From 4e3c4af92f10560d4c3347b50edc7ed3f7c2fe49 Mon Sep 17 00:00:00 2001
From: Drew Parsons <dparsons@debian.org>
Date: Sat, 5 Sep 2020 17:40:10 +0100
Subject: [PATCH] Import dolfin_2019.2.0~git20200629.946dbd3.orig.tar.bz2

[dgit import orig dolfin_2019.2.0~git20200629.946dbd3.orig.tar.bz2]
---
 .circleci/config.yml                          |    95 +
 AUTHORS                                       |    82 +
 CMakeLists.txt                                |   805 +
 COPYING                                       |   674 +
 COPYING.LESSER                                |   165 +
 ChangeLog.rst                                 |  1955 +
 INSTALL                                       |    85 +
 README.rst                                    |   106 +
 bench/CMakeLists.txt                          |    30 +
 bench/README                                  |    23 +
 bench/bench.py                                |   108 +
 bench/common/progress/cpp/main.cpp            |    46 +
 bench/common/timing/cpp/main.cpp              |    60 +
 bench/fem/assembly/cpp/forms.h                |   100 +
 bench/fem/assembly/cpp/forms/Elasticity3D.ufl |    18 +
 .../fem/assembly/cpp/forms/NSEMomentum3D.ufl  |    18 +
 bench/fem/assembly/cpp/forms/Poisson2DP1.ufl  |     6 +
 bench/fem/assembly/cpp/forms/Poisson2DP2.ufl  |     6 +
 bench/fem/assembly/cpp/forms/Poisson2DP3.ufl  |     6 +
 bench/fem/assembly/cpp/forms/StabStokes2D.ufl |    11 +
 bench/fem/assembly/cpp/forms/THStokes2D.ufl   |     8 +
 bench/fem/assembly/cpp/main.cpp               |   170 +
 bench/fem/assembly/python/broken              |    98 +
 bench/fem/convergence/cpp/Poisson2D_1.ufl     |    30 +
 bench/fem/convergence/cpp/Poisson2D_2.ufl     |    30 +
 bench/fem/convergence/cpp/Poisson2D_3.ufl     |    30 +
 bench/fem/convergence/cpp/Poisson2D_4.ufl     |    30 +
 bench/fem/convergence/cpp/Poisson2D_5.ufl     |    30 +
 bench/fem/convergence/cpp/Poisson3D_1.ufl     |    30 +
 bench/fem/convergence/cpp/Poisson3D_2.ufl     |    30 +
 bench/fem/convergence/cpp/Poisson3D_3.ufl     |    30 +
 bench/fem/convergence/cpp/Poisson3D_4.ufl     |    30 +
 bench/fem/convergence/cpp/README              |    46 +
 bench/fem/convergence/cpp/main.cpp            |   270 +
 bench/fem/jit/python/bench_fem_jit_python     |    76 +
 bench/fem/speedup/cpp/Poisson.ufl             |    31 +
 bench/fem/speedup/cpp/README                  |    16 +
 bench/fem/speedup/cpp/analyse-bench           |    90 +
 bench/fem/speedup/cpp/assemble-poisson.cpp    |    71 +
 bench/fem/speedup/cpp/bench_fem_speedup_cpp   |    76 +
 bench/fem/speedup/cpp/clean.sh                |     5 +
 bench/fem/speedup/cpp/solve-poisson.cpp       |   112 +
 bench/fem/speedup/cpp/submit-bench            |    62 +
 bench/function/evaluation/cpp/P1.ufl          |    27 +
 bench/function/evaluation/cpp/main.cpp        |    80 +
 .../bench_function_extrapolation_python       |    48 +
 .../bench_function_interpolation_python       |    49 +
 .../bounding_box_tree_build/cpp/main.cpp      |    46 +
 .../cpp/main.cpp                              |    59 +
 .../cpp/main.cpp                              |    60 +
 bench/la/vector/access/cpp/main.cpp           |    47 +
 bench/la/vector/assignment/cpp/main.cpp       |    44 +
 bench/logs/bench.log                          | 17392 ++++
 bench/logs/milestones.log                     |    24 +
 bench/mesh/iteration/cpp/main.cpp             |    51 +
 bench/mesh/refinement/cpp/main.cpp            |    47 +
 bench/mesh/topology/cpp/main.cpp              |    65 +
 bench/mesh/unitcube/cpp/main.cpp              |    42 +
 bench/plot.py                                 |   259 +
 cmake/modules/CorrectWindowsPaths.cmake       |    14 +
 cmake/modules/FindAMD.cmake                   |    57 +
 cmake/modules/FindBLAS.cmake                  |   643 +
 cmake/modules/FindBLASHeader.cmake            |    50 +
 cmake/modules/FindCHOLMOD.cmake               |   237 +
 cmake/modules/FindEigen3.cmake                |   101 +
 cmake/modules/FindGMP.cmake                   |    19 +
 cmake/modules/FindLAPACK.cmake                |   363 +
 cmake/modules/FindMPFR.cmake                  |    83 +
 cmake/modules/FindMPI.cmake                   |   660 +
 cmake/modules/FindNumPy.cmake                 |    80 +
 cmake/modules/FindPETSc.cmake                 |   229 +
 cmake/modules/FindPETSc4py.cmake              |   112 +
 cmake/modules/FindParMETIS.cmake              |   153 +
 cmake/modules/FindPythonModule.cmake          |    30 +
 cmake/modules/FindSCOTCH.cmake                |   354 +
 cmake/modules/FindSLEPc.cmake                 |   216 +
 cmake/modules/FindSLEPc4py.cmake              |    99 +
 cmake/modules/FindSUNDIALS.cmake              |   190 +
 cmake/modules/FindSphinx.cmake                |    78 +
 cmake/modules/FindUFC.cmake                   |    81 +
 cmake/modules/FindUMFPACK.cmake               |   174 +
 cmake/post-install/CMakeLists.txt             |    22 +
 cmake/scripts/copy-test-demo-data.py          |    70 +
 cmake/scripts/generate-cmakefiles.py          |   177 +
 cmake/scripts/generate-demo-files.py          |    56 +
 cmake/scripts/generate-form-files.py          |    93 +
 cmake/templates/DOLFINConfig.cmake.in         |    55 +
 cmake/templates/DOLFINConfigVersion.cmake.in  |    16 +
 cmake/templates/UseDOLFIN.cmake.in            |    60 +
 cmake/templates/cmake_uninstall.cmake.in      |    21 +
 cmake/templates/dolfin-get-demos.in           |    34 +
 cmake/templates/dolfin-version.in             |     4 +
 cmake/templates/dolfin.conf.in                |    10 +
 cmake/templates/dolfin.pc.in                  |    17 +
 cmake/templates/fenics-version.in             |     4 +
 data/README                                   |     9 +
 demo/CMakeLists.txt                           |    64 +
 demo/README                                   |    58 +
 demo/cmake.local                              |    19 +
 .../auto-adaptive-poisson/common.txt          |   138 +
 .../cpp/AdaptivePoisson.ufl.rst               |    25 +
 .../auto-adaptive-poisson/cpp/main.cpp.rst    |    97 +
 .../auto-adaptive-poisson/u_refined.png       |   Bin 0 -> 39800 bytes
 .../auto-adaptive-poisson/u_unrefined.png     |   Bin 0 -> 31880 bytes
 demo/documented/bcs/aneurysm.xml.gz           |     3 +
 demo/documented/bcs/common.txt                |    55 +
 demo/documented/bcs/cpp/Poisson.ufl           |    33 +
 demo/documented/bcs/cpp/documentation.rst     |     6 +
 demo/documented/bcs/cpp/main.cpp              |    70 +
 demo/documented/bcs/demo_bcs.png              |   Bin 0 -> 62820 bytes
 demo/documented/bcs/python/demo_bcs.py        |    79 +
 demo/documented/bcs/python/documentation.rst  |   103 +
 demo/documented/biharmonic/biharmonic_u.png   |   Bin 0 -> 35721 bytes
 .../biharmonic/cpp/Biharmonic.ufl.rst         |    50 +
 demo/documented/biharmonic/cpp/main.cpp.rst   |   219 +
 demo/documented/built-in-meshes/common.txt    |    15 +
 .../built-in-meshes/cpp/main.cpp.rst          |    57 +
 .../cahn-hilliard/cahn-hilliard_c.png         |   Bin 0 -> 93097 bytes
 demo/documented/cahn-hilliard/common.txt      |    94 +
 .../cahn-hilliard/cpp/CahnHilliard2D.ufl      |    60 +
 .../cahn-hilliard/cpp/CahnHilliard3D.ufl      |    60 +
 .../cahn-hilliard/cpp/documentation.rst       |   414 +
 demo/documented/cahn-hilliard/cpp/main.cpp    |   163 +
 .../eigenvalue/box_with_dent.xml.gz           |     3 +
 demo/documented/eigenvalue/common.txt         |    40 +
 .../eigenvalue/cpp/StiffnessMatrix.ufl.rst    |    11 +
 demo/documented/eigenvalue/cpp/main.cpp.rst   |    65 +
 demo/documented/eigenvalue/eigenvalue_x.png   |   Bin 0 -> 41085 bytes
 .../cpp/HyperElasticity.ufl.rst               |    83 +
 .../hyperelasticity/cpp/main.cpp.rst          |   226 +
 .../hyperelasticity/hyperelasticity.rst       |   145 +
 .../hyperelasticity/hyperelasticity_u0.png    |   Bin 0 -> 40841 bytes
 .../hyperelasticity/hyperelasticity_u1.png    |   Bin 0 -> 42794 bytes
 .../mixed-poisson/cpp/MixedPoisson.ufl.rst    |    44 +
 .../documented/mixed-poisson/cpp/main.cpp.rst |   276 +
 .../mixed-poisson/mixed-poisson_sigma.png     |   Bin 0 -> 78506 bytes
 .../mixed-poisson/mixed-poisson_u.png         |   Bin 0 -> 34205 bytes
 demo/documented/navier-stokes/common.txt      |    91 +
 .../navier-stokes/cpp/PressureUpdate.ufl      |    42 +
 .../navier-stokes/cpp/TentativeVelocity.ufl   |    46 +
 .../navier-stokes/cpp/VelocityUpdate.ufl      |    43 +
 .../navier-stokes/cpp/documentation.rst       |   435 +
 demo/documented/navier-stokes/cpp/main.cpp    |   191 +
 demo/documented/navier-stokes/lshape.xml.gz   |     3 +
 .../navier-stokes/navier-stokes_p.png         |   Bin 0 -> 28878 bytes
 .../navier-stokes/navier-stokes_u.png         |   Bin 0 -> 60472 bytes
 demo/documented/neumann-poisson/common.txt    |    99 +
 .../neumann-poisson/cpp/Poisson.ufl           |    36 +
 .../neumann-poisson/cpp/documentation.rst     |     6 +
 demo/documented/neumann-poisson/cpp/main.cpp  |    99 +
 .../neumann-poisson/neumann-poisson_u.png     |   Bin 0 -> 42812 bytes
 demo/documented/nonlinear-poisson/common.txt  |    80 +
 .../cpp/NonlinearPoisson.ufl                  |    35 +
 .../nonlinear-poisson/cpp/documentation.rst   |     6 +
 .../documented/nonlinear-poisson/cpp/main.cpp |   107 +
 demo/documented/nonlinear-poisson/cpp/plot.py |    10 +
 .../nonmatching-interpolation/cpp/P1.ufl.rst  |    14 +
 .../nonmatching-interpolation/cpp/P3.ufl.rst  |    14 +
 .../cpp/main.cpp.rst                          |   117 +
 demo/documented/periodic/common.txt           |    50 +
 demo/documented/periodic/cpp/Poisson.ufl      |    33 +
 .../documented/periodic/cpp/documentation.rst |     6 +
 demo/documented/periodic/cpp/main.cpp         |   103 +
 demo/documented/periodic/plot_u.png           |   Bin 0 -> 58379 bytes
 demo/documented/poisson/cpp/Poisson.ufl.rst   |    37 +
 demo/documented/poisson/cpp/main.cpp.rst      |   210 +
 demo/documented/poisson/poisson_u.png         |   Bin 0 -> 35484 bytes
 demo/documented/singular-poisson/common.txt   |    78 +
 .../singular-poisson/cpp/Poisson.ufl          |    32 +
 .../singular-poisson/cpp/documentation.rst    |     6 +
 demo/documented/singular-poisson/cpp/main.cpp |   141 +
 .../singular-poisson/singular_u.png           |   Bin 0 -> 45179 bytes
 demo/documented/stokes-iterative/common.txt   |    85 +
 .../stokes-iterative/cpp/Stokes.ufl           |    37 +
 .../cpp/StokesPreconditioner.ufl              |    35 +
 .../stokes-iterative/cpp/documentation.rst    |     6 +
 demo/documented/stokes-iterative/cpp/main.cpp |   173 +
 demo/documented/stokes-taylor-hood/common.txt |    79 +
 .../stokes-taylor-hood/cpp/Stokes.ufl         |    36 +
 .../stokes-taylor-hood/cpp/documentation.rst  |     6 +
 .../stokes-taylor-hood/cpp/main.cpp           |   107 +
 .../documented/stokes-taylor-hood/cpp/plot.py |     9 +
 .../stokes-taylor-hood/dolfin_fine.xml.gz     |     3 +
 .../dolfin_fine_subdomains.xml.gz             |     3 +
 .../stokes-taylor-hood/plot_mesh.png          |   Bin 0 -> 35671 bytes
 .../plot_mesh_boundaries.png                  |   Bin 0 -> 52672 bytes
 demo/documented/stokes-taylor-hood/plot_p.png |   Bin 0 -> 45135 bytes
 demo/documented/stokes-taylor-hood/plot_u.png |   Bin 0 -> 95531 bytes
 demo/documented/subdomains/common.txt         |    29 +
 .../subdomains/cpp/documentation.rst          |     6 +
 demo/documented/subdomains/cpp/main.cpp       |   107 +
 demo/documented/subdomains/dolfin_fine.xml.gz |     3 +
 .../documented/subdomains/plot_subdomains.png |   Bin 0 -> 27143 bytes
 .../cpp/AdvectionDiffusion.ufl                |    40 +
 .../advection-diffusion/cpp/Velocity.ufl      |    25 +
 .../advection-diffusion/cpp/main.cpp          |   106 +
 .../advection-diffusion/dolfin_fine.xml.gz    |     3 +
 .../dolfin_fine_subdomains.xml.gz             |     3 +
 .../dolfin_fine_velocity.xml.gz               |     3 +
 demo/undocumented/ale/cpp/main.cpp            |    59 +
 .../channel_with_flap.xml.gz                  |     3 +
 .../cpp/AdaptiveNavierStokes.ufl              |    52 +
 .../auto-adaptive-navier-stokes/cpp/main.cpp  |   137 +
 .../block-matrix/cpp/StiffnessMatrix.ufl      |    31 +
 demo/undocumented/block-matrix/cpp/main.cpp   |    69 +
 .../conditional/cpp/Conditional.ufl           |    44 +
 demo/undocumented/conditional/cpp/main.cpp    |    72 +
 .../contact-vi-snes/circle_yplane.geo         |    15 +
 .../contact-vi-snes/circle_yplane.xml.gz      |     3 +
 .../contact-vi-snes/cpp/HyperElasticity.ufl   |    63 +
 .../undocumented/contact-vi-snes/cpp/main.cpp |   145 +
 .../contact-vi-tao/circle_yplane.xml.gz       |     3 +
 .../contact-vi-tao/cpp/Elasticity.ufl         |    46 +
 demo/undocumented/contact-vi-tao/cpp/main.cpp |   125 +
 .../curl-curl/cpp/CurrentDensity.ufl          |    34 +
 .../curl-curl/cpp/EddyCurrents.ufl            |    34 +
 demo/undocumented/curl-curl/cpp/P1Space.ufl   |    20 +
 demo/undocumented/curl-curl/cpp/main.cpp      |   163 +
 demo/undocumented/curl-curl/sphere.xml.gz     |     3 +
 .../cpp/AdvectionDiffusion.ufl                |    59 +
 .../dg-advection-diffusion/cpp/Projection.ufl |    32 +
 .../dg-advection-diffusion/cpp/Velocity.ufl   |    26 +
 .../dg-advection-diffusion/cpp/main.cpp       |   121 +
 .../unitsquare_64_64.xml.gz                   |     3 +
 .../unitsquare_64_64_velocity.xml.gz          |     3 +
 demo/undocumented/dg-poisson/cpp/Poisson.ufl  |    55 +
 demo/undocumented/dg-poisson/cpp/main.cpp     |   132 +
 demo/undocumented/dg-poisson/cpp/plot.py      |     4 +
 .../elasticity/cpp/Elasticity.ufl             |    55 +
 demo/undocumented/elasticity/cpp/main.cpp     |   214 +
 demo/undocumented/elasticity/pulley.xdmf      |     3 +
 .../elastodynamics/cpp/DG0_eps_xx.ufl         |    34 +
 .../elastodynamics/cpp/ElastoDynamics.ufl     |    77 +
 demo/undocumented/elastodynamics/cpp/main.cpp |   236 +
 .../elastodynamics/dolfin_fine.xml.gz         |     3 +
 demo/undocumented/eval/cpp/Projection.ufl     |    33 +
 demo/undocumented/eval/cpp/main.cpp           |    69 +
 demo/undocumented/extrapolation/cpp/P1.ufl    |     1 +
 demo/undocumented/extrapolation/cpp/P2.ufl    |     1 +
 demo/undocumented/extrapolation/cpp/main.cpp  |    71 +
 .../functional/cpp/EnergyNorm.ufl             |    26 +
 demo/undocumented/functional/cpp/main.cpp     |    63 +
 demo/undocumented/gmg-poisson/cpp/Poisson.ufl |    37 +
 demo/undocumented/gmg-poisson/cpp/main.cpp    |   116 +
 .../lift-drag/cpp/Functionals.ufl             |    37 +
 demo/undocumented/lift-drag/cpp/README        |     1 +
 demo/undocumented/lift-drag/cpp/main.cpp      |    78 +
 .../undocumented/lift-drag/dolfin_fine.xml.gz |     3 +
 .../lift-drag/dolfin_fine_pressure.xml.gz     |     3 +
 demo/undocumented/matnest/cpp/Stokes.ufl      |    43 +
 demo/undocumented/matnest/cpp/main.cpp        |   327 +
 demo/undocumented/mesh-quality/cpp/main.cpp   |    66 +
 .../mesh-quality/dolfin_fine.xml.gz           |     3 +
 .../meshfunction-refinement/cpp/main.cpp      |    84 +
 .../meshview-2D2D/cpp/MeshView_2D2D.ufl       |    25 +
 demo/undocumented/meshview-2D2D/cpp/main.cpp  |   107 +
 .../meshview-3D1D/cpp/MeshView_3D1D.ufl       |    18 +
 demo/undocumented/meshview-3D1D/cpp/main.cpp  |    78 +
 .../meshview-3D2D/cpp/MeshView_3D2D.ufl       |    18 +
 demo/undocumented/meshview-3D2D/cpp/main.cpp  |    78 +
 .../meshview-3D3D/cpp/MeshView_3D3D.ufl       |    25 +
 demo/undocumented/meshview-3D3D/cpp/main.cpp  |   110 +
 .../multimesh-3d/cpp/MultiMeshH10Norm.ufl     |    20 +
 .../multimesh-3d/cpp/MultiMeshL2Norm.ufl      |    20 +
 .../multimesh-3d/cpp/MultiMeshPoisson.ufl     |    52 +
 demo/undocumented/multimesh-3d/cpp/main.cpp   |   224 +
 .../cpp/MultiMeshPoisson.ufl                  |    51 +
 .../undocumented/multimesh-poisson/cpp/P1.ufl |    27 +
 .../multimesh-poisson/cpp/main.cpp            |   140 +
 .../multimesh-stokes/cpp/MultiMeshStokes.ufl  |    73 +
 .../multimesh-stokes/cpp/main.cpp             |   152 +
 .../cpp/P1_projection.ufl                     |    34 +
 .../nonmatching-projection/cpp/P3.ufl         |    27 +
 .../nonmatching-projection/cpp/main.cpp       |    77 +
 .../parallel-refinement/cpp/main.cpp          |    59 +
 demo/undocumented/parameters/cpp/main.cpp     |   121 +
 .../parameters/cpp/parameters.xml             |     8 +
 .../poisson-disc/cpp/PoissonDisc.ufl          |    53 +
 demo/undocumented/poisson-disc/cpp/main.cpp   |    95 +
 .../poisson1D-in-2D/cpp/Poisson.ufl           |    38 +
 .../undocumented/poisson1D-in-2D/cpp/main.cpp |   146 +
 demo/undocumented/poisson1D/cpp/Poisson.ufl   |    35 +
 demo/undocumented/poisson1D/cpp/main.cpp      |   105 +
 demo/undocumented/refinement/cpp/main.cpp     |    59 +
 .../cpp/SpatialCoordinates.ufl                |    36 +
 .../spatial-coordinates/cpp/main.cpp          |    80 +
 demo/undocumented/submesh/cpp/main.cpp        |    78 +
 .../sym-dirichlet-bc/cpp/Poisson.ufl          |    34 +
 .../sym-dirichlet-bc/cpp/main.cpp             |   138 +
 demo/undocumented/time-series/cpp/main.cpp    |    76 +
 demo/undocumented/waveguide/cpp/Forms.py      |    46 +
 demo/undocumented/waveguide/cpp/Forms.ufl     |    31 +
 demo/undocumented/waveguide/cpp/main.cpp      |   110 +
 doc/Doxyfile                                  |  2496 +
 doc/README                                    |     2 +
 doc/source/ChangeLog.rst                      |     1 +
 doc/source/Makefile                           |    20 +
 doc/source/conf.py                            |   176 +
 doc/source/index.rst                          |    10 +
 dolfin/CMakeLists.txt                         |   347 +
 .../AdaptiveLinearVariationalSolver.cpp       |   124 +
 .../AdaptiveLinearVariationalSolver.h         |   158 +
 .../AdaptiveNonlinearVariationalSolver.cpp    |   120 +
 .../AdaptiveNonlinearVariationalSolver.h      |   160 +
 dolfin/adaptivity/CMakeLists.txt              |    26 +
 dolfin/adaptivity/ErrorControl.cpp            |   519 +
 dolfin/adaptivity/ErrorControl.h              |   236 +
 dolfin/adaptivity/Extrapolation.cpp           |   314 +
 dolfin/adaptivity/Extrapolation.h             |   112 +
 .../GenericAdaptiveVariationalSolver.cpp      |   262 +
 .../GenericAdaptiveVariationalSolver.h        |   159 +
 dolfin/adaptivity/GoalFunctional.cpp          |    34 +
 dolfin/adaptivity/GoalFunctional.h            |    67 +
 dolfin/adaptivity/TimeSeries.cpp              |   417 +
 dolfin/adaptivity/TimeSeries.h                |   177 +
 dolfin/adaptivity/adapt.cpp                   |   633 +
 dolfin/adaptivity/adapt.h                     |   182 +
 dolfin/adaptivity/adaptivesolve.cpp           |   119 +
 dolfin/adaptivity/adaptivesolve.h             |    91 +
 dolfin/adaptivity/dolfin_adaptivity.h         |    18 +
 dolfin/adaptivity/marking.cpp                 |    93 +
 dolfin/adaptivity/marking.h                   |    66 +
 dolfin/ale/ALE.cpp                            |   163 +
 dolfin/ale/ALE.h                              |    98 +
 dolfin/ale/CMakeLists.txt                     |    44 +
 dolfin/ale/HarmonicSmoothing.cpp              |   206 +
 dolfin/ale/HarmonicSmoothing.h                |    60 +
 dolfin/ale/MeshDisplacement.cpp               |   117 +
 dolfin/ale/MeshDisplacement.h                 |   104 +
 dolfin/ale/Poisson1D.ufl                      |    23 +
 dolfin/ale/Poisson2D.ufl                      |    23 +
 dolfin/ale/Poisson3D.ufl                      |    23 +
 dolfin/ale/dolfin_ale.h                       |     9 +
 dolfin/common/Array.h                         |   122 +
 dolfin/common/ArrayView.h                     |   114 +
 dolfin/common/CMakeLists.txt                  |    34 +
 dolfin/common/Hierarchical.h                  |   283 +
 dolfin/common/IndexSet.h                      |   135 +
 dolfin/common/MPI.cpp                         |   372 +
 dolfin/common/MPI.h                           |   890 +
 dolfin/common/NoDeleter.h                     |    50 +
 dolfin/common/RangedIndexSet.h                |   108 +
 dolfin/common/Set.h                           |   137 +
 dolfin/common/SubSystemsManager.cpp           |   319 +
 dolfin/common/SubSystemsManager.h             |   113 +
 dolfin/common/Timer.cpp                       |    77 +
 dolfin/common/Timer.h                         |    87 +
 dolfin/common/UniqueIdGenerator.cpp           |    44 +
 dolfin/common/UniqueIdGenerator.h             |    55 +
 dolfin/common/Variable.cpp                    |    88 +
 dolfin/common/Variable.h                      |    91 +
 dolfin/common/constants.h                     |    39 +
 dolfin/common/defines.cpp                     |   172 +
 dolfin/common/defines.h                       |    87 +
 dolfin/common/dolfin_common.h                 |    22 +
 dolfin/common/dolfin_doc.h                    |    25 +
 dolfin/common/init.cpp                        |    35 +
 dolfin/common/init.h                          |    34 +
 dolfin/common/timing.cpp                      |    73 +
 dolfin/common/timing.h                        |   119 +
 dolfin/common/types.h                         |    39 +
 dolfin/common/utils.cpp                       |    58 +
 dolfin/common/utils.h                         |   107 +
 dolfin/common/version.h.in                    |    12 +
 dolfin/dolfin.h                               |    30 +
 dolfin/fem/Assembler.cpp                      |   690 +
 dolfin/fem/Assembler.h                        |   132 +
 dolfin/fem/AssemblerBase.cpp                  |   344 +
 dolfin/fem/AssemblerBase.h                    |    89 +
 dolfin/fem/BasisFunction.h                    |   130 +
 dolfin/fem/CMakeLists.txt                     |    76 +
 dolfin/fem/DirichletBC.cpp                    |  1247 +
 dolfin/fem/DirichletBC.h                      |   461 +
 dolfin/fem/DiscreteOperators.cpp              |   166 +
 dolfin/fem/DiscreteOperators.h                |    62 +
 dolfin/fem/DofMap.cpp                         |   672 +
 dolfin/fem/DofMap.h                           |   468 +
 dolfin/fem/DofMapBuilder.cpp                  |  1822 +
 dolfin/fem/DofMapBuilder.h                    |   218 +
 dolfin/fem/Equation.cpp                       |    67 +
 dolfin/fem/Equation.h                         |    96 +
 dolfin/fem/FiniteElement.cpp                  |   116 +
 dolfin/fem/FiniteElement.h                    |   265 +
 dolfin/fem/Form.cpp                           |   406 +
 dolfin/fem/Form.h                             |   353 +
 dolfin/fem/GenericDofMap.h                    |   218 +
 dolfin/fem/LinearTimeDependentProblem.cpp     |   110 +
 dolfin/fem/LinearTimeDependentProblem.h       |   101 +
 dolfin/fem/LinearVariationalProblem.cpp       |   128 +
 dolfin/fem/LinearVariationalProblem.h         |    95 +
 dolfin/fem/LinearVariationalSolver.cpp        |   184 +
 dolfin/fem/LinearVariationalSolver.h          |    75 +
 dolfin/fem/LocalAssembler.cpp                 |   314 +
 dolfin/fem/LocalAssembler.h                   |   118 +
 dolfin/fem/LocalSolver.cpp                    |   323 +
 dolfin/fem/LocalSolver.h                      |   149 +
 dolfin/fem/MixedAssembler.cpp                 |   786 +
 dolfin/fem/MixedAssembler.h                   |   124 +
 dolfin/fem/MixedLinearVariationalProblem.cpp  |   297 +
 dolfin/fem/MixedLinearVariationalProblem.h    |   106 +
 dolfin/fem/MixedLinearVariationalSolver.cpp   |   329 +
 dolfin/fem/MixedLinearVariationalSolver.h     |    83 +
 .../fem/MixedNonlinearVariationalProblem.cpp  |   291 +
 dolfin/fem/MixedNonlinearVariationalProblem.h |   137 +
 .../fem/MixedNonlinearVariationalSolver.cpp   |   324 +
 dolfin/fem/MixedNonlinearVariationalSolver.h  |   126 +
 dolfin/fem/MultiMeshAssembler.cpp             |   827 +
 dolfin/fem/MultiMeshAssembler.h               |    84 +
 dolfin/fem/MultiMeshDirichletBC.cpp           |   313 +
 dolfin/fem/MultiMeshDirichletBC.h             |   249 +
 dolfin/fem/MultiMeshDofMap.cpp                |   207 +
 dolfin/fem/MultiMeshDofMap.h                  |   116 +
 dolfin/fem/MultiMeshForm.cpp                  |   179 +
 dolfin/fem/MultiMeshForm.h                    |   142 +
 dolfin/fem/NonlinearVariationalProblem.cpp    |   170 +
 dolfin/fem/NonlinearVariationalProblem.h      |   127 +
 dolfin/fem/NonlinearVariationalSolver.cpp     |   205 +
 dolfin/fem/NonlinearVariationalSolver.h       |   124 +
 dolfin/fem/PETScDMCollection.cpp              |   764 +
 dolfin/fem/PETScDMCollection.h                |   106 +
 dolfin/fem/PointSource.cpp                    |   451 +
 dolfin/fem/PointSource.h                      |    97 +
 dolfin/fem/SparsityPatternBuilder.cpp         |   453 +
 dolfin/fem/SparsityPatternBuilder.h           |    93 +
 dolfin/fem/SystemAssembler.cpp                |  1282 +
 dolfin/fem/SystemAssembler.h                  |   217 +
 dolfin/fem/UFC.cpp                            |   223 +
 dolfin/fem/UFC.h                              |   333 +
 dolfin/fem/assemble.cpp                       |   122 +
 dolfin/fem/assemble.h                         |    79 +
 dolfin/fem/assemble_local.cpp                 |   126 +
 dolfin/fem/assemble_local.h                   |    45 +
 dolfin/fem/dolfin_fem.h                       |    40 +
 dolfin/fem/fem_utils.cpp                      |   322 +
 dolfin/fem/fem_utils.h                        |   112 +
 dolfin/fem/solve.cpp                          |   110 +
 dolfin/fem/solve.h                            |   106 +
 dolfin/function/CMakeLists.txt                |    38 +
 dolfin/function/CoefficientAssigner.cpp       |    45 +
 dolfin/function/CoefficientAssigner.h         |    64 +
 dolfin/function/Constant.cpp                  |   175 +
 dolfin/function/Constant.h                    |   141 +
 dolfin/function/Expression.cpp                |   206 +
 dolfin/function/Expression.h                  |   213 +
 dolfin/function/Function.cpp                  |   640 +
 dolfin/function/Function.h                    |   377 +
 dolfin/function/FunctionAXPY.cpp              |   161 +
 dolfin/function/FunctionAXPY.h                |   107 +
 dolfin/function/FunctionAssigner.cpp          |   499 +
 dolfin/function/FunctionAssigner.h            |   161 +
 dolfin/function/FunctionSpace.cpp             |   482 +
 dolfin/function/FunctionSpace.h               |   358 +
 dolfin/function/GenericFunction.cpp           |   217 +
 dolfin/function/GenericFunction.h             |   163 +
 dolfin/function/LagrangeInterpolator.cpp      |   433 +
 dolfin/function/LagrangeInterpolator.h        |   115 +
 .../function/MultiMeshCoefficientAssigner.cpp |    69 +
 .../function/MultiMeshCoefficientAssigner.h   |    76 +
 dolfin/function/MultiMeshFunction.cpp         |   309 +
 dolfin/function/MultiMeshFunction.h           |   186 +
 dolfin/function/MultiMeshFunctionSpace.cpp    |   190 +
 dolfin/function/MultiMeshFunctionSpace.h      |   161 +
 dolfin/function/MultiMeshSubSpace.cpp         |    88 +
 dolfin/function/MultiMeshSubSpace.h           |    68 +
 dolfin/function/SpecialFacetFunction.cpp      |    62 +
 dolfin/function/SpecialFacetFunction.h        |    95 +
 dolfin/function/SpecialFunctions.cpp          |    75 +
 dolfin/function/SpecialFunctions.h            |    83 +
 dolfin/function/assign.cpp                    |    65 +
 dolfin/function/assign.h                      |    69 +
 dolfin/function/dolfin_function.h             |    21 +
 dolfin/generation/BoxMesh.cpp                 |   265 +
 dolfin/generation/BoxMesh.h                   |   169 +
 dolfin/generation/CMakeLists.txt              |    23 +
 dolfin/generation/IntervalMesh.cpp            |   110 +
 dolfin/generation/IntervalMesh.h              |   116 +
 dolfin/generation/RectangleMesh.cpp           |   310 +
 dolfin/generation/RectangleMesh.h             |   167 +
 dolfin/generation/SphericalShellMesh.cpp      |   100 +
 dolfin/generation/SphericalShellMesh.h        |    51 +
 dolfin/generation/UnitCubeMesh.h              |   120 +
 dolfin/generation/UnitDiscMesh.cpp            |   127 +
 dolfin/generation/UnitDiscMesh.h              |    54 +
 dolfin/generation/UnitIntervalMesh.h          |   100 +
 dolfin/generation/UnitSquareMesh.h            |   158 +
 dolfin/generation/UnitTetrahedronMesh.cpp     |    77 +
 dolfin/generation/UnitTetrahedronMesh.h       |    51 +
 dolfin/generation/UnitTriangleMesh.cpp        |    73 +
 dolfin/generation/UnitTriangleMesh.h          |    50 +
 dolfin/generation/dolfin_generation.h         |    17 +
 dolfin/geometry/BoundingBoxTree.cpp           |   212 +
 dolfin/geometry/BoundingBoxTree.h             |   280 +
 dolfin/geometry/BoundingBoxTree1D.h           |   176 +
 dolfin/geometry/BoundingBoxTree2D.h           |   226 +
 dolfin/geometry/BoundingBoxTree3D.h           |   273 +
 dolfin/geometry/CGALExactArithmetic.h         |  1154 +
 dolfin/geometry/CMakeLists.txt                |    34 +
 dolfin/geometry/CollisionPredicates.cpp       |  1053 +
 dolfin/geometry/CollisionPredicates.h         |   316 +
 dolfin/geometry/ConvexTriangulation.cpp       |   627 +
 dolfin/geometry/ConvexTriangulation.h         |    84 +
 dolfin/geometry/GenericBoundingBoxTree.cpp    |   805 +
 dolfin/geometry/GenericBoundingBoxTree.h      |   381 +
 dolfin/geometry/GeometryDebugging.cpp         |   151 +
 dolfin/geometry/GeometryDebugging.h           |    83 +
 dolfin/geometry/GeometryPredicates.cpp        |   204 +
 dolfin/geometry/GeometryPredicates.h          |    67 +
 dolfin/geometry/GeometryTools.h               |   120 +
 dolfin/geometry/IntersectionConstruction.cpp  |   866 +
 dolfin/geometry/IntersectionConstruction.h    |   292 +
 dolfin/geometry/MeshPointIntersection.cpp     |    44 +
 dolfin/geometry/MeshPointIntersection.h       |    62 +
 dolfin/geometry/Point.cpp                     |    76 +
 dolfin/geometry/Point.h                       |   326 +
 dolfin/geometry/SimplexQuadrature.cpp         |  3686 +
 dolfin/geometry/SimplexQuadrature.h           |   288 +
 dolfin/geometry/dolfin_geometry.h             |    14 +
 dolfin/geometry/intersect.cpp                 |    43 +
 dolfin/geometry/intersect.h                   |    50 +
 dolfin/geometry/predicates.cpp                |  2372 +
 dolfin/geometry/predicates.h                  |    59 +
 dolfin/graph/BoostGraphColoring.h             |   123 +
 dolfin/graph/BoostGraphOrdering.cpp           |   194 +
 dolfin/graph/BoostGraphOrdering.h             |    68 +
 dolfin/graph/CMakeLists.txt                   |    21 +
 dolfin/graph/CSRGraph.h                       |   216 +
 dolfin/graph/Graph.h                          |    43 +
 dolfin/graph/GraphBuilder.cpp                 |   477 +
 dolfin/graph/GraphBuilder.h                   |   113 +
 dolfin/graph/GraphColoring.cpp                |    58 +
 dolfin/graph/GraphColoring.h                  |    47 +
 dolfin/graph/ParMETIS.cpp                     |   446 +
 dolfin/graph/ParMETIS.h                       |    91 +
 dolfin/graph/SCOTCH.cpp                       |   489 +
 dolfin/graph/SCOTCH.h                         |   125 +
 dolfin/graph/ZoltanInterface.cpp              |   180 +
 dolfin/graph/ZoltanInterface.h                |   100 +
 dolfin/graph/dolfin_graph.h                   |    11 +
 dolfin/io/CMakeLists.txt                      |    55 +
 dolfin/io/Encoder.h                           |    96 +
 dolfin/io/File.cpp                            |   216 +
 dolfin/io/File.h                              |   288 +
 dolfin/io/GenericFile.cpp                     |   374 +
 dolfin/io/GenericFile.h                       |   150 +
 dolfin/io/HDF5Attribute.cpp                   |   219 +
 dolfin/io/HDF5Attribute.h                     |   124 +
 dolfin/io/HDF5File.cpp                        |  1981 +
 dolfin/io/HDF5File.h                          |   285 +
 dolfin/io/HDF5Interface.cpp                   |   468 +
 dolfin/io/HDF5Interface.h                     |   683 +
 dolfin/io/HDF5Utility.cpp                     |   426 +
 dolfin/io/HDF5Utility.h                       |   102 +
 dolfin/io/RAWFile.cpp                         |   235 +
 dolfin/io/RAWFile.h                           |    74 +
 dolfin/io/SVGFile.cpp                         |   128 +
 dolfin/io/SVGFile.h                           |    49 +
 dolfin/io/VTKFile.cpp                         |   761 +
 dolfin/io/VTKFile.h                           |   151 +
 dolfin/io/VTKWriter.cpp                       |   412 +
 dolfin/io/VTKWriter.h                         |   158 +
 dolfin/io/X3DFile.cpp                         |   485 +
 dolfin/io/X3DFile.h                           |    93 +
 dolfin/io/X3DOM.cpp                           |  1333 +
 dolfin/io/X3DOM.h                             |   357 +
 dolfin/io/XDMFFile.cpp                        |  3187 +
 dolfin/io/XDMFFile.h                          |   616 +
 dolfin/io/XMLArray.h                          |   125 +
 dolfin/io/XMLFile.cpp                         |   509 +
 dolfin/io/XMLFile.h                           |   190 +
 dolfin/io/XMLFunctionData.cpp                 |   345 +
 dolfin/io/XMLFunctionData.h                   |    63 +
 dolfin/io/XMLMesh.cpp                         |   581 +
 dolfin/io/XMLMesh.h                           |   102 +
 dolfin/io/XMLMeshFunction.h                   |   251 +
 dolfin/io/XMLMeshValueCollection.h            |   181 +
 dolfin/io/XMLParameters.cpp                   |   175 +
 dolfin/io/XMLParameters.h                     |    62 +
 dolfin/io/XMLTable.cpp                        |   127 +
 dolfin/io/XMLTable.h                          |    51 +
 dolfin/io/XMLVector.cpp                       |   145 +
 dolfin/io/XMLVector.h                         |    64 +
 dolfin/io/XYZFile.cpp                         |   209 +
 dolfin/io/XYZFile.h                           |    69 +
 dolfin/io/base64.cpp                          |   127 +
 dolfin/io/base64.h                            |     5 +
 dolfin/io/dolfin_io.h                         |    13 +
 dolfin/io/pugiconfig.hpp                      |    74 +
 dolfin/io/pugixml.cpp                         | 12444 +++
 dolfin/io/pugixml.hpp                         |  1400 +
 dolfin/io/xmlutils.cpp                        |    73 +
 dolfin/io/xmlutils.h                          |    55 +
 dolfin/la/Amesos2LUSolver.cpp                 |   233 +
 dolfin/la/Amesos2LUSolver.h                   |   107 +
 dolfin/la/BelosKrylovSolver.cpp               |   399 +
 dolfin/la/BelosKrylovSolver.h                 |   157 +
 dolfin/la/BlockMatrix.cpp                     |   195 +
 dolfin/la/BlockMatrix.h                       |    91 +
 dolfin/la/BlockVector.cpp                     |   202 +
 dolfin/la/BlockVector.h                       |   113 +
 dolfin/la/CMakeLists.txt                      |    98 +
 dolfin/la/CoordinateMatrix.cpp                |   117 +
 dolfin/la/CoordinateMatrix.h                  |   100 +
 dolfin/la/DefaultFactory.cpp                  |   122 +
 dolfin/la/DefaultFactory.h                    |    87 +
 dolfin/la/EigenFactory.cpp                    |    25 +
 dolfin/la/EigenFactory.h                      |   120 +
 dolfin/la/EigenKrylovSolver.cpp               |   398 +
 dolfin/la/EigenKrylovSolver.h                 |   129 +
 dolfin/la/EigenLUSolver.cpp                   |   345 +
 dolfin/la/EigenLUSolver.h                     |   108 +
 dolfin/la/EigenMatrix.cpp                     |   435 +
 dolfin/la/EigenMatrix.h                       |   233 +
 dolfin/la/EigenVector.cpp                     |   390 +
 dolfin/la/EigenVector.h                       |   313 +
 dolfin/la/GenericLinearAlgebraFactory.h       |   123 +
 dolfin/la/GenericLinearOperator.h             |    77 +
 dolfin/la/GenericLinearSolver.cpp             |    62 +
 dolfin/la/GenericLinearSolver.h               |   106 +
 dolfin/la/GenericMatrix.cpp                   |    75 +
 dolfin/la/GenericMatrix.h                     |   260 +
 dolfin/la/GenericTensor.h                     |   125 +
 dolfin/la/GenericVector.h                     |   331 +
 dolfin/la/Ifpack2Preconditioner.cpp           |    95 +
 dolfin/la/Ifpack2Preconditioner.h             |    84 +
 dolfin/la/IndexMap.cpp                        |   146 +
 dolfin/la/IndexMap.h                          |   139 +
 dolfin/la/KrylovSolver.cpp                    |   157 +
 dolfin/la/KrylovSolver.h                      |   109 +
 dolfin/la/LUSolver.cpp                        |   111 +
 dolfin/la/LUSolver.h                          |   100 +
 dolfin/la/LinearAlgebraObject.h               |   109 +
 dolfin/la/LinearOperator.cpp                  |    72 +
 dolfin/la/LinearOperator.h                    |    90 +
 dolfin/la/LinearSolver.cpp                    |   146 +
 dolfin/la/LinearSolver.h                      |   121 +
 dolfin/la/Matrix.h                            |   247 +
 dolfin/la/MueluPreconditioner.cpp             |    85 +
 dolfin/la/MueluPreconditioner.h               |    81 +
 dolfin/la/PETScBaseMatrix.cpp                 |   150 +
 dolfin/la/PETScBaseMatrix.h                   |   107 +
 dolfin/la/PETScFactory.cpp                    |    94 +
 dolfin/la/PETScFactory.h                      |    99 +
 dolfin/la/PETScKrylovSolver.cpp               |   718 +
 dolfin/la/PETScKrylovSolver.h                 |   227 +
 dolfin/la/PETScLUSolver.cpp                   |   390 +
 dolfin/la/PETScLUSolver.h                     |   146 +
 dolfin/la/PETScLinearOperator.cpp             |   160 +
 dolfin/la/PETScLinearOperator.h               |    91 +
 dolfin/la/PETScMatrix.cpp                     |   819 +
 dolfin/la/PETScMatrix.h                       |   263 +
 dolfin/la/PETScNestMatrix.cpp                 |   214 +
 dolfin/la/PETScNestMatrix.h                   |    88 +
 dolfin/la/PETScObject.cpp                     |    57 +
 dolfin/la/PETScObject.h                       |    52 +
 dolfin/la/PETScOptions.cpp                    |    72 +
 dolfin/la/PETScOptions.h                      |    86 +
 dolfin/la/PETScPreconditioner.cpp             |   266 +
 dolfin/la/PETScPreconditioner.h               |   114 +
 dolfin/la/PETScVector.cpp                     |   958 +
 dolfin/la/PETScVector.h                       |   290 +
 dolfin/la/SLEPcEigenSolver.cpp                |   546 +
 dolfin/la/SLEPcEigenSolver.h                  |   240 +
 dolfin/la/SUNDIALSNVector.h                   |   464 +
 dolfin/la/Scalar.h                            |   233 +
 dolfin/la/SparsityPattern.cpp                 |   620 +
 dolfin/la/SparsityPattern.h                   |   183 +
 dolfin/la/TensorLayout.cpp                    |    94 +
 dolfin/la/TensorLayout.h                      |   125 +
 dolfin/la/TpetraFactory.cpp                   |    94 +
 dolfin/la/TpetraFactory.h                     |    94 +
 dolfin/la/TpetraMatrix.cpp                    |   879 +
 dolfin/la/TpetraMatrix.h                      |   240 +
 dolfin/la/TpetraVector.cpp                    |   732 +
 dolfin/la/TpetraVector.h                      |   278 +
 dolfin/la/TrilinosParameters.cpp              |    82 +
 dolfin/la/TrilinosParameters.h                |    52 +
 dolfin/la/TrilinosPreconditioner.h            |    59 +
 dolfin/la/Vector.h                            |   292 +
 dolfin/la/VectorSpaceBasis.cpp                |   119 +
 dolfin/la/VectorSpaceBasis.h                  |    71 +
 dolfin/la/dolfin_la.h                         |    68 +
 dolfin/la/solve.cpp                           |   275 +
 dolfin/la/solve.h                             |   109 +
 dolfin/la/test_nullspace.cpp                  |    83 +
 dolfin/la/test_nullspace.h                    |    39 +
 dolfin/log/CMakeLists.txt                     |    21 +
 dolfin/log/Event.cpp                          |    58 +
 dolfin/log/Event.h                            |    75 +
 dolfin/log/LogLevel.h                         |    20 +
 dolfin/log/LogManager.cpp                     |    33 +
 dolfin/log/LogManager.h                       |    44 +
 dolfin/log/LogStream.cpp                      |   126 +
 dolfin/log/LogStream.h                        |   107 +
 dolfin/log/Logger.cpp                         |   469 +
 dolfin/log/Logger.h                           |   191 +
 dolfin/log/Progress.cpp                       |   166 +
 dolfin/log/Progress.h                         |   135 +
 dolfin/log/README                             |    44 +
 dolfin/log/Table.cpp                          |   358 +
 dolfin/log/Table.h                            |   158 +
 dolfin/log/dolfin_log.h                       |    13 +
 dolfin/log/log.cpp                            |   233 +
 dolfin/log/log.h                              |   184 +
 dolfin/math/CMakeLists.txt                    |    12 +
 dolfin/math/Lagrange.cpp                      |   180 +
 dolfin/math/Lagrange.h                        |   119 +
 dolfin/math/Legendre.cpp                      |    49 +
 dolfin/math/Legendre.h                        |    66 +
 dolfin/math/basic.cpp                         |    89 +
 dolfin/math/basic.h                           |    70 +
 dolfin/math/dolfin_math.h                     |    10 +
 dolfin/mesh/BoundaryComputation.cpp           |   470 +
 dolfin/mesh/BoundaryComputation.h             |    57 +
 dolfin/mesh/BoundaryMesh.cpp                  |    90 +
 dolfin/mesh/BoundaryMesh.h                    |    85 +
 dolfin/mesh/CMakeLists.txt                    |    94 +
 dolfin/mesh/Cell.cpp                          |    45 +
 dolfin/mesh/Cell.h                            |   418 +
 dolfin/mesh/CellType.cpp                      |   387 +
 dolfin/mesh/CellType.h                        |   191 +
 dolfin/mesh/DistributedMeshTools.cpp          |  1263 +
 dolfin/mesh/DistributedMeshTools.h            |   174 +
 dolfin/mesh/DomainBoundary.h                  |    52 +
 dolfin/mesh/DynamicMeshEditor.cpp             |   233 +
 dolfin/mesh/DynamicMeshEditor.h               |   116 +
 dolfin/mesh/Edge.cpp                          |    68 +
 dolfin/mesh/Edge.h                            |    99 +
 dolfin/mesh/Face.cpp                          |   130 +
 dolfin/mesh/Face.h                            |    66 +
 dolfin/mesh/Facet.cpp                         |   104 +
 dolfin/mesh/Facet.h                           |    89 +
 dolfin/mesh/FacetCell.cpp                     |    59 +
 dolfin/mesh/FacetCell.h                       |    58 +
 dolfin/mesh/HexahedronCell.cpp                |   254 +
 dolfin/mesh/HexahedronCell.h                  |    99 +
 dolfin/mesh/IntervalCell.cpp                  |   259 +
 dolfin/mesh/IntervalCell.h                    |   123 +
 dolfin/mesh/LocalMeshData.cpp                 |   355 +
 dolfin/mesh/LocalMeshData.h                   |   198 +
 dolfin/mesh/LocalMeshValueCollection.h        |   138 +
 dolfin/mesh/Mesh.cpp                          |   582 +
 dolfin/mesh/Mesh.h                            |   557 +
 dolfin/mesh/MeshColoring.cpp                  |   190 +
 dolfin/mesh/MeshColoring.h                    |    80 +
 dolfin/mesh/MeshConnectivity.cpp              |   161 +
 dolfin/mesh/MeshConnectivity.h                |   185 +
 dolfin/mesh/MeshData.cpp                      |   190 +
 dolfin/mesh/MeshData.h                        |   167 +
 dolfin/mesh/MeshDomains.cpp                   |   129 +
 dolfin/mesh/MeshDomains.h                     |    95 +
 dolfin/mesh/MeshEditor.cpp                    |   368 +
 dolfin/mesh/MeshEditor.h                      |   379 +
 dolfin/mesh/MeshEntity.cpp                    |   172 +
 dolfin/mesh/MeshEntity.h                      |   273 +
 dolfin/mesh/MeshEntityIterator.h              |   230 +
 dolfin/mesh/MeshEntityIteratorBase.h          |   195 +
 dolfin/mesh/MeshFunction.cpp                  |    67 +
 dolfin/mesh/MeshFunction.h                    |   692 +
 dolfin/mesh/MeshGeometry.cpp                  |   152 +
 dolfin/mesh/MeshGeometry.h                    |   195 +
 dolfin/mesh/MeshHierarchy.cpp                 |   227 +
 dolfin/mesh/MeshHierarchy.h                   |   109 +
 dolfin/mesh/MeshOrdering.cpp                  |    74 +
 dolfin/mesh/MeshOrdering.h                    |    46 +
 dolfin/mesh/MeshPartitioning.cpp              |  1211 +
 dolfin/mesh/MeshPartitioning.h                |   381 +
 dolfin/mesh/MeshQuality.cpp                   |   327 +
 dolfin/mesh/MeshQuality.h                     |   113 +
 dolfin/mesh/MeshRelation.h                    |    57 +
 dolfin/mesh/MeshRenumbering.cpp               |   268 +
 dolfin/mesh/MeshRenumbering.h                 |    66 +
 dolfin/mesh/MeshSmoothing.cpp                 |   233 +
 dolfin/mesh/MeshSmoothing.h                   |    62 +
 dolfin/mesh/MeshTopology.cpp                  |   263 +
 dolfin/mesh/MeshTopology.h                    |   224 +
 dolfin/mesh/MeshTransformation.cpp            |   224 +
 dolfin/mesh/MeshTransformation.h              |    93 +
 dolfin/mesh/MeshValueCollection.h             |   560 +
 dolfin/mesh/MeshView.cpp                      |   240 +
 dolfin/mesh/MeshView.h                        |    82 +
 dolfin/mesh/MultiMesh.cpp                     |  1670 +
 dolfin/mesh/MultiMesh.h                       |   602 +
 dolfin/mesh/PeriodicBoundaryComputation.cpp   |   385 +
 dolfin/mesh/PeriodicBoundaryComputation.h     |    74 +
 dolfin/mesh/PointCell.cpp                     |   180 +
 dolfin/mesh/PointCell.h                       |   116 +
 dolfin/mesh/QuadrilateralCell.cpp             |   301 +
 dolfin/mesh/QuadrilateralCell.h               |    99 +
 dolfin/mesh/SubDomain.cpp                     |   408 +
 dolfin/mesh/SubDomain.h                       |   317 +
 dolfin/mesh/SubMesh.cpp                       |   322 +
 dolfin/mesh/SubMesh.h                         |    67 +
 dolfin/mesh/SubsetIterator.h                  |   143 +
 dolfin/mesh/TetrahedronCell.cpp               |   596 +
 dolfin/mesh/TetrahedronCell.h                 |   123 +
 dolfin/mesh/TopologyComputation.cpp           |   507 +
 dolfin/mesh/TopologyComputation.h             |    90 +
 dolfin/mesh/TriangleCell.cpp                  |   491 +
 dolfin/mesh/TriangleCell.h                    |   119 +
 dolfin/mesh/Vertex.h                          |    69 +
 dolfin/mesh/dolfin_mesh.h                     |    43 +
 dolfin/multistage/CMakeLists.txt              |    12 +
 dolfin/multistage/MultiStageScheme.cpp        |   273 +
 dolfin/multistage/MultiStageScheme.h          |   147 +
 dolfin/multistage/PointIntegralSolver.cpp     |   852 +
 dolfin/multistage/PointIntegralSolver.h       |   215 +
 dolfin/multistage/RKSolver.cpp                |   139 +
 dolfin/multistage/RKSolver.h                  |    69 +
 dolfin/multistage/dolfin_multistage.h         |    10 +
 dolfin/nls/CMakeLists.txt                     |    16 +
 dolfin/nls/NewtonSolver.cpp                   |   349 +
 dolfin/nls/NewtonSolver.h                     |   250 +
 dolfin/nls/NonlinearProblem.h                 |    77 +
 dolfin/nls/OptimisationProblem.h              |    82 +
 dolfin/nls/PETScSNESSolver.cpp                |   682 +
 dolfin/nls/PETScSNESSolver.h                  |   198 +
 dolfin/nls/PETScTAOSolver.cpp                 |   602 +
 dolfin/nls/PETScTAOSolver.h                   |   206 +
 dolfin/nls/TAOLinearBoundSolver.cpp           |   518 +
 dolfin/nls/TAOLinearBoundSolver.h             |   217 +
 dolfin/nls/dolfin_nls.h                       |    13 +
 dolfin/parameter/CMakeLists.txt               |    12 +
 dolfin/parameter/GlobalParameters.cpp         |   161 +
 dolfin/parameter/GlobalParameters.h           |   170 +
 dolfin/parameter/Parameter.cpp                |   443 +
 dolfin/parameter/Parameter.h                  |   221 +
 dolfin/parameter/Parameters.cpp               |   637 +
 dolfin/parameter/Parameters.h                 |   325 +
 dolfin/parameter/dolfin_parameter.h           |    10 +
 dolfin/refinement/BisectionRefinement1D.cpp   |   105 +
 dolfin/refinement/BisectionRefinement1D.h     |    57 +
 dolfin/refinement/CMakeLists.txt              |    18 +
 dolfin/refinement/LocalMeshCoarsening.cpp     |   433 +
 dolfin/refinement/LocalMeshCoarsening.h       |    71 +
 dolfin/refinement/ParallelRefinement.cpp      |   367 +
 dolfin/refinement/ParallelRefinement.h        |   153 +
 dolfin/refinement/PlazaRefinementND.cpp       |   586 +
 dolfin/refinement/PlazaRefinementND.h         |   156 +
 dolfin/refinement/RegularCutRefinement.cpp    |   702 +
 dolfin/refinement/RegularCutRefinement.h      |   102 +
 dolfin/refinement/dolfin_refinement.h         |     8 +
 dolfin/refinement/refine.cpp                  |   179 +
 dolfin/refinement/refine.h                    |   135 +
 dolfin/ts/CMakeLists.txt                      |     8 +
 dolfin/ts/CVode.cpp                           |   246 +
 dolfin/ts/CVode.h                             |   194 +
 dolfin/ts/dolfin_ts.h                         |     8 +
 python/CMakeLists.txt                         |    81 +
 python/README.rst                             |    31 +
 python/cmake/FindMPI4PY.cmake                 |    36 +
 python/cmake/FindPETSc4py.cmake               |   112 +
 python/demo/conftest.py                       |    16 +
 .../demo_auto-adaptive-poisson.py.rst         |   263 +
 .../auto-adaptive-poisson/u_refined.png       |   Bin 0 -> 39800 bytes
 .../auto-adaptive-poisson/u_unrefined.png     |   Bin 0 -> 31880 bytes
 .../documented/biharmonic/biharmonic_u.png    |   Bin 0 -> 35721 bytes
 .../biharmonic/demo_biharmonic.py.rst         |   195 +
 python/demo/documented/box_with_dent.xml.gz   |     3 +
 .../documented/built-in-meshes/boxmesh.png    |   Bin 0 -> 7418 bytes
 .../demo_built-in-meshes.py.rst               |   152 +
 .../built-in-meshes/rectanglemesh.png         |   Bin 0 -> 3535 bytes
 .../rectanglemesh_left_right.png              |   Bin 0 -> 4891 bytes
 .../built-in-meshes/unitcubemesh.png          |   Bin 0 -> 12548 bytes
 .../built-in-meshes/unitintervalmesh.png      |   Bin 0 -> 1606 bytes
 .../built-in-meshes/unitsquaremesh.png        |   Bin 0 -> 4982 bytes
 .../unitsquaremesh_crossed.png                |   Bin 0 -> 7111 bytes
 .../built-in-meshes/unitsquaremesh_left.png   |   Bin 0 -> 4985 bytes
 .../unitsquaremesh_left_right.png             |   Bin 0 -> 5900 bytes
 .../cahn-hilliard/demo_cahn-hilliard.py.rst   |   338 +
 python/demo/documented/dolfin_fine.xml.gz     |     3 +
 .../documented/dolfin_fine_subdomains.xml.gz  |     3 +
 .../eigenvalue/box_with_dent.xml.gz           |     3 +
 .../eigenvalue/demo_eigenvalue.py.rst         |   103 +
 .../elastodynamics/demo_elastodynamics.py.rst |   503 +
 ...stodynamics-energies_generalized_alpha.png |   Bin 0 -> 320274 bytes
 ...ics-energies_generalized_alpha_damping.png |   Bin 0 -> 325442 bytes
 .../elastodynamics-energies_newmark.png       |   Bin 0 -> 328771 bytes
 .../elastodynamics-transient_deformation.gif  |   Bin 0 -> 833048 bytes
 .../demo_hyperelasticity.py.rst               |   324 +
 .../hyperelasticity/hyperelasticity_u0.png    |   Bin 0 -> 40841 bytes
 .../hyperelasticity/hyperelasticity_u1.png    |   Bin 0 -> 42794 bytes
 python/demo/documented/lshape.xml.gz          |     3 +
 .../demo_maxwell-eigenvalues.py.rst           |   277 +
 .../mixed-poisson/demo_mixed-poisson.py.rst   |   257 +
 .../mixed-poisson/mixed-poisson_sigma.png     |   Bin 0 -> 78506 bytes
 .../mixed-poisson/mixed-poisson_u.png         |   Bin 0 -> 34205 bytes
 .../navier-stokes/demo_navier-stokes.py       |   142 +
 .../navier-stokes/documentation.rst           |   241 +
 .../demo_neumann-poisson.py.rst               |   188 +
 .../neumann-poisson/neumann-poisson_u.png     |   Bin 0 -> 42812 bytes
 .../demo_nonlinear-poisson.py.rst             |   220 +
 .../documented/nonlinear-poisson/plot_u.png   |   Bin 0 -> 25785 bytes
 .../nonlinear-poisson/plot_u_gradient.png     |   Bin 0 -> 34141 bytes
 .../demo_nonmatching-interpolation.py.rst     |    58 +
 .../demo/documented/periodic/demo_periodic.py |    91 +
 .../documented/periodic/documentation.rst     |   178 +
 .../documented/poisson/demo_poisson.py.rst    |   190 +
 python/demo/documented/poisson/poisson_u.png  |   Bin 0 -> 35484 bytes
 .../demo_singular-poisson.py.rst              |   203 +
 .../singular-poisson/singular_u.png           |   Bin 0 -> 45179 bytes
 .../demo_stokes-iterative.py.rst              |   228 +
 .../stokes-mini/demo_stokes-mini.py           |    86 +
 .../documented/stokes-mini/documentation.rst  |   155 +
 .../demo_stokes-taylor-hood.py                |   100 +
 .../stokes-taylor-hood/documentation.rst      |   155 +
 .../demo_subdomains-poisson.py                |   125 +
 .../subdomains-poisson/documentation.rst      |   233 +
 .../documented/subdomains/demo_subdomains.py  |    96 +
 .../documented/subdomains/documentation.rst   |   165 +
 .../demo_tensor-weighted-poisson.py           |   138 +
 .../tensor-weighted-poisson/documentation.rst |   302 +
 .../tensor-weighted-poisson/generate_data.py  |    60 +
 python/demo/generate-demo-files.py            |    61 +
 python/demo/test.py                           |    74 +
 .../adaptive-poisson/demo_adaptive-poisson.py |    94 +
 .../demo_advection-diffusion.py               |   128 +
 python/demo/undocumented/ale/demo_ale.py      |    49 +
 .../demo_auto-adaptive-navier-stokes.py       |   121 +
 .../demo_block-assembly-2D2D-nonlinear.py     |    81 +
 .../demo_block-assembly-2D2D.py               |    94 +
 .../demo_block-assembly-3D1D.py               |    66 +
 .../demo_block-assembly-3D2D.py               |    96 +
 .../block-matrix/demo_block-matrix.py         |    60 +
 .../buckling-tao/demo_buckling-tao.py         |   145 +
 python/demo/undocumented/buckling.xml.gz      |     3 +
 .../undocumented/channel_with_flap.xml.gz     |     3 +
 python/demo/undocumented/circle.xml.gz        |     3 +
 python/demo/undocumented/circle_yplane.xml.gz |     3 +
 .../demo_collision-detection.py               |    84 +
 .../conditional/demo_conditional.py           |    80 +
 .../contact-vi-snes/demo_contact-vi-snes.py   |   115 +
 .../contact-vi-tao/demo_contact-vi-tao.py     |   144 +
 .../coordinates/demo_coordinates.py           |    60 +
 .../undocumented/curl-curl/demo_curl-curl.py  |   173 +
 .../demo_dg-advection-diffusion.py            |   107 +
 .../dg-poisson/demo_dg-poisson.py             |    98 +
 python/demo/undocumented/dolfin_fine.xml.gz   |     3 +
 .../undocumented/dolfin_fine_pressure.xml.gz  |     3 +
 .../dolfin_fine_subdomains.xml.gz             |     3 +
 .../undocumented/dolfin_fine_velocity.xml.gz  |     3 +
 python/demo/undocumented/donut.xml.gz         |     3 +
 .../elasticity/demo_elasticity.py             |   156 +
 .../elementplot/demo_elementplot.py           |    26 +
 python/demo/undocumented/eval/demo_eval.py    |    46 +
 .../extrapolation/demo_extrapolation.py       |    46 +
 .../formsplitter/demo_formsplitter.py         |    58 +
 .../functional/demo_functional.py             |    53 +
 .../ghost-mesh/demo_ghost-mesh.py             |   160 +
 .../interpolation/demo_interpolation.py       |    56 +
 .../undocumented/lift-drag/demo_lift-drag.py  |    65 +
 .../demo/undocumented/matnest/demo_matnest.py |   132 +
 .../mesh-quality/demo_mesh-quality.py         |    45 +
 .../meshview-2D2D/demo_meshview-2D2D.py       |    84 +
 .../meshview-3D1D/demo_meshview-3D1D.py       |    50 +
 .../meshview-3D2D/demo_meshview-3D2D.py       |    56 +
 .../meshview-3D3D/demo_meshview-3D3D.py       |    71 +
 .../demo_mixed-poisson-sphere.py              |    81 +
 .../demo_mixedfunctionspace.py                |    55 +
 python/demo/undocumented/mplot/demo_mplot.py  |   131 +
 .../demo_multimesh_marking.py                 |    77 +
 .../demo_multimesh-poisson.py                 |   132 +
 .../demo_multimesh-quadrature.py              |   146 +
 .../multimesh-stokes/demo_multimesh-stokes.py |   145 +
 .../demo_multistage-solver.py                 |    98 +
 .../demo_nonmatching-projection.py            |    55 +
 .../optimization/demo_optimization.py         |    99 +
 .../demo_overlapping-regions.py               |    79 +
 .../demo_parallel-refinement.py               |    48 +
 .../parameters/demo_parameters.py             |   158 +
 .../undocumented/parameters/parameters.xml    |    14 +
 .../point-integral/demo_point-integral.py     |    80 +
 .../poisson-disc/demo_poisson-disc.py         |   107 +
 .../poisson1D-in-2D/demo_poisson1D-in-2D.py   |   110 +
 .../undocumented/poisson1D/demo_poisson1D.py  |    73 +
 .../demo_projection-interpolation.py          |    49 +
 .../undocumented/propeller_2d_coarse.xml.gz   |     3 +
 .../undocumented/propeller_2d_fine.xml.gz     |     3 +
 python/demo/undocumented/pulley.xdmf          | 78543 ++++++++++++++
 .../refinement/demo_refinement.py             |    73 +
 .../undocumented/smoothing/demo_smoothing.py  |    78 +
 .../demo_spatial-coordinates.py               |    82 +
 .../demo_special-functions.py                 |    60 +
 python/demo/undocumented/sphere.xml.gz        |     3 +
 python/demo/undocumented/sphere_16.xml.gz     |     3 +
 .../demo_sub-function-assignment.py           |    77 +
 .../demo/undocumented/submesh/demo_submesh.py |    66 +
 .../sym-dirichlet-bc/demo_sym-dirichlet-bc.py |    76 +
 .../time-series/demo_time-series.py           |    62 +
 .../demo/undocumented/timing/demo_timing.py   |    65 +
 .../demo/undocumented/unitsquare_64_64.xml.gz |     3 +
 .../unitsquare_64_64_velocity.xml.gz          |     3 +
 .../undocumented/waveguide/demo_waveguide.py  |   105 +
 python/doc/Makefile                           |    20 +
 python/doc/README.rst                         |     8 +
 python/doc/source/ChangeLog.rst               |     1 +
 python/doc/source/api.rst                     |    30 +
 python/doc/source/conf.py                     |   182 +
 python/doc/source/contributing.rst            |    60 +
 python/doc/source/demos.rst                   |    65 +
 python/doc/source/developer.rst               |    15 +
 python/doc/source/index.rst                   |    21 +
 python/doc/source/installation.rst            |    83 +
 python/doc/source/rstprocess.py               |    94 +
 python/doc/source/styleguide_cpp.rst          |   343 +
 python/doc/source/using.rst                   |    13 +
 python/dolfin/__init__.py                     |   212 +
 python/dolfin/common/__init__.py              |    10 +
 python/dolfin/common/plotting.py              |   442 +
 python/dolfin/common/timer.py                 |    86 +
 python/dolfin/fem/__init__.py                 |     0
 python/dolfin/fem/adaptivesolving.py          |   225 +
 python/dolfin/fem/assembling.py               |   522 +
 python/dolfin/fem/dirichletbc.py              |   131 +
 python/dolfin/fem/errorcontrolgenerator.py    |   100 +
 python/dolfin/fem/form.py                     |    91 +
 python/dolfin/fem/formmanipulations.py        |   130 +
 python/dolfin/fem/interpolation.py            |    75 +
 python/dolfin/fem/multimeshdirichletbc.py     |    79 +
 python/dolfin/fem/norms.py                    |   280 +
 python/dolfin/fem/problem.py                  |   237 +
 python/dolfin/fem/projection.py               |   181 +
 python/dolfin/fem/solvers.py                  |    50 +
 python/dolfin/fem/solving.py                  |   519 +
 python/dolfin/function/__init__.py            |     0
 python/dolfin/function/argument.py            |   138 +
 python/dolfin/function/constant.py            |   134 +
 python/dolfin/function/expression.py          |   439 +
 python/dolfin/function/function.py            |   571 +
 python/dolfin/function/functionspace.py       |   257 +
 python/dolfin/function/jit.py                 |   159 +
 python/dolfin/function/multimeshfunction.py   |   246 +
 .../dolfin/function/multimeshfunctionspace.py |   161 +
 python/dolfin/function/specialfunctions.py    |   298 +
 python/dolfin/io/__init__.py                  |    39 +
 python/dolfin/jit/__init__.py                 |    24 +
 python/dolfin/jit/jit.py                      |   182 +
 python/dolfin/jit/pybind11jit.py              |    98 +
 python/dolfin/la/__init__.py                  |    99 +
 python/dolfin/la/solver.py                    |    72 +
 python/dolfin/mesh/__init__.py                |   103 +
 python/dolfin/mesh/ale.py                     |   176 +
 python/dolfin/mesh/meshfunction.py            |    18 +
 python/dolfin/mesh/meshvaluecollection.py     |    18 +
 python/dolfin/mesh/subdomain.py               |   125 +
 python/dolfin/mesh/svgtools.py                |   114 +
 python/dolfin/mesh/ufl_util.py                |    28 +
 python/dolfin/multistage/__init__.py          |    17 +
 python/dolfin/multistage/factorize.py         |   149 +
 python/dolfin/multistage/multistagescheme.py  |   808 +
 python/dolfin/multistage/multistagesolvers.py |    63 +
 python/dolfin/multistage/rushlarsenschemes.py |   599 +
 python/dolfin/parameter/__init__.py           |    90 +
 python/dolfin/ts/cvode.py                     |    42 +
 python/dolfin_utils/meshconvert/__init__.py   |     0
 python/dolfin_utils/meshconvert/abaqus.py     |   482 +
 .../dolfin_utils/meshconvert/meshconvert.py   |  1445 +
 python/dolfin_utils/meshconvert/xml_writer.py |   155 +
 python/dolfin_utils/test/__init__.py          |     5 +
 python/dolfin_utils/test/fixtures.py          |   310 +
 python/dolfin_utils/test/paths.py             |    91 +
 python/dolfin_utils/test/skips.py             |    61 +
 python/fenics/__init__.py                     |     7 +
 python/setup.cfg                              |     2 +
 python/setup.py                               |    99 +
 python/src/MPICommWrapper.cpp                 |    43 +
 python/src/MPICommWrapper.h                   |    54 +
 python/src/adaptivity.cpp                     |   117 +
 python/src/ale.cpp                            |    56 +
 python/src/casters.h                          |    53 +
 python/src/common.cpp                         |   219 +
 python/src/dolfin.cpp                         |   142 +
 python/src/fem.cpp                            |   787 +
 python/src/function.cpp                       |   529 +
 python/src/generation.cpp                     |   158 +
 python/src/geometry.cpp                       |   167 +
 python/src/graph.cpp                          |    46 +
 python/src/io.cpp                             |   447 +
 python/src/la.cpp                             |  1208 +
 python/src/log.cpp                            |    81 +
 python/src/math.cpp                           |    33 +
 python/src/mesh.cpp                           |   608 +
 python/src/mpi_casters.h                      |    83 +
 python/src/multistage.cpp                     |    73 +
 python/src/nls.cpp                            |   234 +
 python/src/parameter.cpp                      |   254 +
 python/src/petsc_casters.h                    |   109 +
 python/src/refinement.cpp                     |    36 +
 python/src/ts.cpp                             |    94 +
 python/test/data/boxes.xml                    |  2473 +
 python/test/data/doughnut.xml                 |  1072 +
 python/test/data/intersecting_surfaces.xml    |  5515 +
 .../unit/adaptivity/test_error_control.py     |   140 +
 .../test/unit/adaptivity/test_time_series.py  |    93 +
 .../test/unit/ale/test_harmonic_smoothing.py  |    92 +
 python/test/unit/common/test_mpi.py           |    43 +
 python/test/unit/common/test_timer.py         |   161 +
 python/test/unit/conftest.py                  |    18 +
 python/test/unit/fem/gmsh_unit_interval.xml   |    31 +
 python/test/unit/fem/test_adapt.py            |    54 +
 python/test/unit/fem/test_assembler.py        |   453 +
 .../unit/fem/test_coordinate_derivative.py    |   273 +
 python/test/unit/fem/test_dirichlet_bc.py     |   265 +
 .../test/unit/fem/test_discrete_operators.py  |    61 +
 python/test/unit/fem/test_dofmap.py           |   564 +
 python/test/unit/fem/test_dp_assemble.py      |   134 +
 python/test/unit/fem/test_finite_element.py   |   171 +
 python/test/unit/fem/test_form.py             |   559 +
 python/test/unit/fem/test_formsplitter.py     |   106 +
 .../fem/test_interior_facet_integral_sides.py |    36 +
 python/test/unit/fem/test_local_assembler.py  |   156 +
 python/test/unit/fem/test_local_solver.py     |   207 +
 python/test/unit/fem/test_manifolds.py        |   387 +
 python/test/unit/fem/test_mixedassembler.py   |   437 +
 .../unit/fem/test_petsc_transfer_matrix.py    |   185 +
 python/test/unit/fem/test_point_source.py     |   476 +
 python/test/unit/fem/test_solving.py          |   125 +
 .../fem/test_symbolic_geometry_assembly.py    |   995 +
 python/test/unit/fem/test_system_assembler.py |   469 +
 .../test/unit/fem/test_variational_problem.py |    70 +
 python/test/unit/fem/tetrahedron.xml          |    15 +
 python/test/unit/function/test_constant.py    |   130 +
 .../test_constrained_function_space.py        |   172 +
 python/test/unit/function/test_expression.py  |   566 +
 python/test/unit/function/test_function.py    |   458 +
 .../unit/function/test_function_assigner.py   |   227 +
 .../test/unit/function/test_function_space.py |   246 +
 .../function/test_lagrange_interpolator.py    |    86 +
 .../test_nonmatching_interpolation.py         |    87 +
 .../unit/function/test_special_functions.py   |    42 +
 .../unit/geometry/test_bounding_box_tree.py   |   483 +
 .../unit/geometry/test_collision_detection.py |   311 +
 .../test_collision_segment_segment.py         |   134 +
 python/test/unit/geometry/test_coordinates.py |   122 +
 .../unit/geometry/test_geometry_issues.py     |   162 +
 .../test/unit/geometry/test_intersection.py   |    85 +
 .../test_intersection_construction.py         |   314 +
 python/test/unit/geometry/test_point.py       |    95 +
 python/test/unit/graph/test_graph_build.py    |    36 +
 python/test/unit/io/test_HDF5.py              |   249 +
 python/test/unit/io/test_HDF5_attribute.py    |   115 +
 python/test/unit/io/test_HDF5_series.py       |    58 +
 python/test/unit/io/test_SVG.py               |    47 +
 python/test/unit/io/test_X3D.py               |   120 +
 python/test/unit/io/test_XDMF.py              |   783 +
 python/test/unit/io/test_XDMF_cell_output.py  |    44 +
 python/test/unit/io/test_XMLFunction.py       |    41 +
 python/test/unit/io/test_XML_mesh.py          |   113 +
 python/test/unit/io/test_XML_mesh_function.py |   133 +
 .../unit/io/test_XML_mesh_value_collection.py |    71 +
 python/test/unit/io/test_XML_table.py         |    47 +
 python/test/unit/io/test_XML_vector.py        |    82 +
 python/test/unit/io/test_XYZ.py               |    56 +
 python/test/unit/io/test_vtk.py               |   201 +
 .../test/unit/io/xml_value_collection_ref.xml |    11 +
 python/test/unit/jit/test_jit.py              |   287 +
 python/test/unit/la/test_krylov_solver.py     |   252 +
 python/test/unit/la/test_la_basic.py          |   348 +
 python/test/unit/la/test_linear_operator.py   |    91 +
 python/test/unit/la/test_lu_solver.py         |   119 +
 python/test/unit/la/test_matrix.py            |   416 +
 python/test/unit/la/test_mg_solver.py         |   176 +
 python/test/unit/la/test_nullspace.py         |   145 +
 python/test/unit/la/test_petsc.py             |   236 +
 python/test/unit/la/test_petsc4py.py          |   101 +
 python/test/unit/la/test_scalar.py            |    47 +
 python/test/unit/la/test_slepc_solver.py      |   266 +
 python/test/unit/la/test_solve.py             |    41 +
 python/test/unit/la/test_sparsity_pattern.py  |   166 +
 python/test/unit/la/test_tensor_layout.py     |   105 +
 python/test/unit/la/test_vector.py            |   448 +
 python/test/unit/log/test_log.py              |    26 +
 python/test/unit/math/test_math.py            |   104 +
 python/test/unit/mesh/test_boundary_mesh.py   |    57 +
 python/test/unit/mesh/test_cell.py            |   151 +
 python/test/unit/mesh/test_edge.py            |    66 +
 python/test/unit/mesh/test_face.py            |    76 +
 python/test/unit/mesh/test_facet.py           |    31 +
 python/test/unit/mesh/test_ghost_mesh.py      |   135 +
 .../unit/mesh/test_manifold_point_search.py   |    36 +
 python/test/unit/mesh/test_mesh.py            |   758 +
 python/test/unit/mesh/test_mesh_coloring.py   |    40 +
 python/test/unit/mesh/test_mesh_data.py       |    31 +
 python/test/unit/mesh/test_mesh_editor.py     |    46 +
 python/test/unit/mesh/test_mesh_function.py   |   160 +
 python/test/unit/mesh/test_mesh_iterator.py   |   155 +
 python/test/unit/mesh/test_mesh_markers.py    |    78 +
 python/test/unit/mesh/test_mesh_quality.py    |   122 +
 .../unit/mesh/test_mesh_transformation.py     |    67 +
 .../unit/mesh/test_mesh_value_collection.py   |   172 +
 python/test/unit/mesh/test_meshview.py        |   117 +
 .../test_periodic_boundary_computation.py     |    67 +
 python/test/unit/mesh/test_sub_domain.py      |   229 +
 python/test/unit/mesh/test_sub_mesh.py        |   114 +
 python/test/unit/meshconvert/data/abaqus.inp  |    79 +
 .../unit/meshconvert/data/abaqus_facet.inp    |   781 +
 .../unit/meshconvert/data/diffpack_tet.grid   |   121 +
 .../unit/meshconvert/data/diffpack_tri.grid   |   138 +
 python/test/unit/meshconvert/data/gmsh.msh    |    29 +
 .../data/gmsh_test_facet_regions_1D_2.geo     |    10 +
 .../data/gmsh_test_facet_regions_1D_2.msh     |    32 +
 .../data/gmsh_test_facet_regions_2D_1.geo     |    15 +
 .../data/gmsh_test_facet_regions_2D_1.msh     |    19 +
 .../data/gmsh_test_facet_regions_2D_2.geo     |    15 +
 .../data/gmsh_test_facet_regions_2D_2.msh     |    20 +
 .../data/gmsh_test_facet_regions_2D_3.geo     |    15 +
 .../data/gmsh_test_facet_regions_2D_3.msh     |    21 +
 .../data/gmsh_test_facet_regions_2D_4.geo     |    15 +
 .../data/gmsh_test_facet_regions_2D_4.msh     |    22 +
 .../data/gmsh_test_facet_regions_3D_1.geo     |    39 +
 .../data/gmsh_test_facet_regions_3D_1.msh     |    51 +
 .../meshconvert/data/test_Triangle_3.edge     |   118 +
 .../unit/meshconvert/data/test_Triangle_3.ele |    60 +
 .../meshconvert/data/test_Triangle_3.node     |    60 +
 .../test/unit/meshconvert/data/triangle.ele   |   161 +
 .../test/unit/meshconvert/data/triangle.node  |    98 +
 .../unit/meshconvert/test_mesh_converter.py   |   577 +
 python/test/unit/mpipipe.sh                   |    38 +
 .../test/unit/multimesh/test_compression.py   |   101 +
 .../unit/multimesh/test_interface_area.py     |   135 +
 python/test/unit/multimesh/test_multimesh.py  |   136 +
 .../multimesh/test_multimesh_autocover.py     |   108 +
 .../multimesh/test_multimesh_cell_types.py    |    98 +
 .../multimesh/test_multimesh_coefficients.py  |   109 +
 .../unit/multimesh/test_multimesh_function.py |    55 +
 .../test_multimesh_initialization.py          |    39 +
 .../unit/multimesh/test_multimesh_issues.py   |    66 +
 .../unit/multimesh/test_multimesh_solve.py    |   127 +
 python/test/unit/multimesh/test_volume.py     |   202 +
 python/test/unit/multistage/test_RK_solver.py |    92 +
 .../test/unit/multistage/test_factorizer.py   |    75 +
 .../multistage/test_point_integral_solver.py  |   157 +
 python/test/unit/nls/test_PETScSNES_solver.py |   272 +
 python/test/unit/nls/test_PETScTAOSolver.py   |   108 +
 .../unit/nls/test_TAO_linear_bound_solver.py  |    98 +
 .../test_solve_result_against_reference.py    |   151 +
 python/test/unit/parameter/test_parameters.py |   207 +
 python/test/unit/scripts/clean.sh             |     4 +
 python/test/unit/scripts/mpidebug.sh          |    45 +
 python/test/unit/scripts/mpirun.sh            |     8 +
 python/test/unit/scripts/prun.sh              |     6 +
 python/test/unit/scripts/run.sh               |     6 +
 python/test/unit/scripts/splitmpidebug.sh     |    48 +
 python/test/unit/ts/test_sundials.py          |    99 +
 .../test_assembly_derivatives.py              |   248 +
 .../test_form_operations.py                   |    51 +
 scripts/dolfin-convert/dolfin-convert         |   132 +
 scripts/dolfin-convert/test_Triangle.edge     |    60 +
 scripts/dolfin-convert/test_Triangle.ele      |    31 +
 scripts/dolfin-convert/test_Triangle.node     |    31 +
 scripts/dolfin-convert/test_exodus.exo        |   Bin 0 -> 7180 bytes
 scripts/dolfin-order/dolfin-order             |    60 +
 scripts/dolfin-plot/dolfin-plot               |   149 +
 scripts/dolfin-plot/plot_book_elements.sh     |    71 +
 scripts/dolfin-plot/plot_elements.sh          |    19 +
 test/codingstyle/test_coding_style.py.in      |   151 +
 test/data/README                              |     4 +
 test/data/aneurysm.xml                        | 85368 ++++++++++++++++
 test/data/manifest.xml                        |    62 +
 test/data/snake.xml                           |  9487 ++
 test/unit/README                              |    23 +
 test/unit/cpp/CMakeLists.txt                  |    37 +
 test/unit/cpp/catch/catch.hpp                 | 11545 +++
 test/unit/cpp/common/SubSystemsManager.cpp    |    45 +
 test/unit/cpp/function/Expression.cpp         |    85 +
 test/unit/cpp/function/Projection.ufl         |    33 +
 .../unit/cpp/geometry/ConvexTriangulation.cpp |   287 +
 .../cpp/geometry/IntersectionConstruction.cpp |    66 +
 test/unit/cpp/io/XMLMeshData.cpp              |    73 +
 test/unit/cpp/io/XMLMeshValueCollection.cpp   |    44 +
 test/unit/cpp/io/xml_value_collection_ref.xml |    11 +
 test/unit/cpp/la/LinearOperator.cpp           |   115 +
 test/unit/cpp/la/SUNDIALSNVector.cpp          |    59 +
 test/unit/cpp/la/Vector.cpp                   |   175 +
 test/unit/cpp/la/forms/ReactionDiffusion.ufl  |    28 +
 .../cpp/la/forms/ReactionDiffusionAction.ufl  |    26 +
 test/unit/cpp/main.cpp                        |     2 +
 test/unit/cpp/mesh/Mesh.cpp                   |   252 +
 test/unit/cpp/mesh/MeshColoring.cpp           |    59 +
 test/unit/cpp/mesh/MeshFunction.cpp           |    78 +
 test/unit/cpp/mesh/MeshValueCollection.cpp    |   165 +
 test/unit/cpp/mesh/MultiMesh.cpp              |    91 +
 test/unit/cpp/parameter/Parameters.cpp        |   102 +
 test/unit/pytest.ini                          |    10 +
 test/unit/python/fem/test_splitter.py         |   114 +
 .../function/test_function_space_product.py   |    85 +
 test/unit/python/mesh/test_meshview.py        |   113 +
 utils/emacs/macros                            |    21 +
 utils/pylit/LICENSE                           |   341 +
 utils/pylit/README.rst                        |    51 +
 utils/pylit/pylit.py                          |  1876 +
 utils/scripts/broken                          |     6 +
 utils/scripts/code-formatting                 |   198 +
 utils/scripts/dolfinreplace                   |   141 +
 utils/scripts/fixme                           |     6 +
 utils/scripts/formatcode                      |   122 +
 utils/scripts/klocs                           |    17 +
 utils/scripts/notinuse                        |    23 +
 utils/scripts/pdebug                          |     7 +
 utils/scripts/plotklocs                       |    88 +
 utils/x3dom/README.rst                        |    27 +
 utils/x3dom/x3dom_support.css                 |   162 +
 utils/x3dom/x3dom_support.js                  |   364 +
 1302 files changed, 438255 insertions(+)
 create mode 100644 .circleci/config.yml
 create mode 100644 AUTHORS
 create mode 100644 CMakeLists.txt
 create mode 100644 COPYING
 create mode 100644 COPYING.LESSER
 create mode 100644 ChangeLog.rst
 create mode 100644 INSTALL
 create mode 100644 README.rst
 create mode 100644 bench/CMakeLists.txt
 create mode 100644 bench/README
 create mode 100644 bench/bench.py
 create mode 100644 bench/common/progress/cpp/main.cpp
 create mode 100644 bench/common/timing/cpp/main.cpp
 create mode 100644 bench/fem/assembly/cpp/forms.h
 create mode 100644 bench/fem/assembly/cpp/forms/Elasticity3D.ufl
 create mode 100644 bench/fem/assembly/cpp/forms/NSEMomentum3D.ufl
 create mode 100644 bench/fem/assembly/cpp/forms/Poisson2DP1.ufl
 create mode 100644 bench/fem/assembly/cpp/forms/Poisson2DP2.ufl
 create mode 100644 bench/fem/assembly/cpp/forms/Poisson2DP3.ufl
 create mode 100644 bench/fem/assembly/cpp/forms/StabStokes2D.ufl
 create mode 100644 bench/fem/assembly/cpp/forms/THStokes2D.ufl
 create mode 100644 bench/fem/assembly/cpp/main.cpp
 create mode 100755 bench/fem/assembly/python/broken
 create mode 100644 bench/fem/convergence/cpp/Poisson2D_1.ufl
 create mode 100644 bench/fem/convergence/cpp/Poisson2D_2.ufl
 create mode 100644 bench/fem/convergence/cpp/Poisson2D_3.ufl
 create mode 100644 bench/fem/convergence/cpp/Poisson2D_4.ufl
 create mode 100644 bench/fem/convergence/cpp/Poisson2D_5.ufl
 create mode 100644 bench/fem/convergence/cpp/Poisson3D_1.ufl
 create mode 100644 bench/fem/convergence/cpp/Poisson3D_2.ufl
 create mode 100644 bench/fem/convergence/cpp/Poisson3D_3.ufl
 create mode 100644 bench/fem/convergence/cpp/Poisson3D_4.ufl
 create mode 100644 bench/fem/convergence/cpp/README
 create mode 100644 bench/fem/convergence/cpp/main.cpp
 create mode 100755 bench/fem/jit/python/bench_fem_jit_python
 create mode 100644 bench/fem/speedup/cpp/Poisson.ufl
 create mode 100644 bench/fem/speedup/cpp/README
 create mode 100755 bench/fem/speedup/cpp/analyse-bench
 create mode 100644 bench/fem/speedup/cpp/assemble-poisson.cpp
 create mode 100755 bench/fem/speedup/cpp/bench_fem_speedup_cpp
 create mode 100755 bench/fem/speedup/cpp/clean.sh
 create mode 100644 bench/fem/speedup/cpp/solve-poisson.cpp
 create mode 100755 bench/fem/speedup/cpp/submit-bench
 create mode 100644 bench/function/evaluation/cpp/P1.ufl
 create mode 100644 bench/function/evaluation/cpp/main.cpp
 create mode 100755 bench/function/extrapolation/python/bench_function_extrapolation_python
 create mode 100755 bench/function/interpolation/python/bench_function_interpolation_python
 create mode 100644 bench/geometry/bounding_box_tree_build/cpp/main.cpp
 create mode 100644 bench/geometry/bounding_box_tree_compute_closest_entity/cpp/main.cpp
 create mode 100644 bench/geometry/bounding_box_tree_compute_entity_collisions/cpp/main.cpp
 create mode 100644 bench/la/vector/access/cpp/main.cpp
 create mode 100644 bench/la/vector/assignment/cpp/main.cpp
 create mode 100644 bench/logs/bench.log
 create mode 100644 bench/logs/milestones.log
 create mode 100644 bench/mesh/iteration/cpp/main.cpp
 create mode 100644 bench/mesh/refinement/cpp/main.cpp
 create mode 100644 bench/mesh/topology/cpp/main.cpp
 create mode 100644 bench/mesh/unitcube/cpp/main.cpp
 create mode 100644 bench/plot.py
 create mode 100644 cmake/modules/CorrectWindowsPaths.cmake
 create mode 100644 cmake/modules/FindAMD.cmake
 create mode 100644 cmake/modules/FindBLAS.cmake
 create mode 100644 cmake/modules/FindBLASHeader.cmake
 create mode 100644 cmake/modules/FindCHOLMOD.cmake
 create mode 100644 cmake/modules/FindEigen3.cmake
 create mode 100644 cmake/modules/FindGMP.cmake
 create mode 100644 cmake/modules/FindLAPACK.cmake
 create mode 100644 cmake/modules/FindMPFR.cmake
 create mode 100644 cmake/modules/FindMPI.cmake
 create mode 100644 cmake/modules/FindNumPy.cmake
 create mode 100644 cmake/modules/FindPETSc.cmake
 create mode 100644 cmake/modules/FindPETSc4py.cmake
 create mode 100644 cmake/modules/FindParMETIS.cmake
 create mode 100644 cmake/modules/FindPythonModule.cmake
 create mode 100644 cmake/modules/FindSCOTCH.cmake
 create mode 100644 cmake/modules/FindSLEPc.cmake
 create mode 100644 cmake/modules/FindSLEPc4py.cmake
 create mode 100644 cmake/modules/FindSUNDIALS.cmake
 create mode 100644 cmake/modules/FindSphinx.cmake
 create mode 100644 cmake/modules/FindUFC.cmake
 create mode 100644 cmake/modules/FindUMFPACK.cmake
 create mode 100644 cmake/post-install/CMakeLists.txt
 create mode 100644 cmake/scripts/copy-test-demo-data.py
 create mode 100644 cmake/scripts/generate-cmakefiles.py
 create mode 100644 cmake/scripts/generate-demo-files.py
 create mode 100644 cmake/scripts/generate-form-files.py
 create mode 100644 cmake/templates/DOLFINConfig.cmake.in
 create mode 100644 cmake/templates/DOLFINConfigVersion.cmake.in
 create mode 100644 cmake/templates/UseDOLFIN.cmake.in
 create mode 100644 cmake/templates/cmake_uninstall.cmake.in
 create mode 100644 cmake/templates/dolfin-get-demos.in
 create mode 100644 cmake/templates/dolfin-version.in
 create mode 100644 cmake/templates/dolfin.conf.in
 create mode 100644 cmake/templates/dolfin.pc.in
 create mode 100644 cmake/templates/fenics-version.in
 create mode 100644 data/README
 create mode 100644 demo/CMakeLists.txt
 create mode 100644 demo/README
 create mode 100755 demo/cmake.local
 create mode 100644 demo/documented/auto-adaptive-poisson/common.txt
 create mode 100644 demo/documented/auto-adaptive-poisson/cpp/AdaptivePoisson.ufl.rst
 create mode 100644 demo/documented/auto-adaptive-poisson/cpp/main.cpp.rst
 create mode 100644 demo/documented/auto-adaptive-poisson/u_refined.png
 create mode 100644 demo/documented/auto-adaptive-poisson/u_unrefined.png
 create mode 100644 demo/documented/bcs/aneurysm.xml.gz
 create mode 100644 demo/documented/bcs/common.txt
 create mode 100644 demo/documented/bcs/cpp/Poisson.ufl
 create mode 100644 demo/documented/bcs/cpp/documentation.rst
 create mode 100644 demo/documented/bcs/cpp/main.cpp
 create mode 100644 demo/documented/bcs/demo_bcs.png
 create mode 100644 demo/documented/bcs/python/demo_bcs.py
 create mode 100644 demo/documented/bcs/python/documentation.rst
 create mode 100644 demo/documented/biharmonic/biharmonic_u.png
 create mode 100644 demo/documented/biharmonic/cpp/Biharmonic.ufl.rst
 create mode 100644 demo/documented/biharmonic/cpp/main.cpp.rst
 create mode 100644 demo/documented/built-in-meshes/common.txt
 create mode 100644 demo/documented/built-in-meshes/cpp/main.cpp.rst
 create mode 100644 demo/documented/cahn-hilliard/cahn-hilliard_c.png
 create mode 100644 demo/documented/cahn-hilliard/common.txt
 create mode 100644 demo/documented/cahn-hilliard/cpp/CahnHilliard2D.ufl
 create mode 100644 demo/documented/cahn-hilliard/cpp/CahnHilliard3D.ufl
 create mode 100644 demo/documented/cahn-hilliard/cpp/documentation.rst
 create mode 100644 demo/documented/cahn-hilliard/cpp/main.cpp
 create mode 100644 demo/documented/eigenvalue/box_with_dent.xml.gz
 create mode 100644 demo/documented/eigenvalue/common.txt
 create mode 100644 demo/documented/eigenvalue/cpp/StiffnessMatrix.ufl.rst
 create mode 100644 demo/documented/eigenvalue/cpp/main.cpp.rst
 create mode 100644 demo/documented/eigenvalue/eigenvalue_x.png
 create mode 100644 demo/documented/hyperelasticity/cpp/HyperElasticity.ufl.rst
 create mode 100644 demo/documented/hyperelasticity/cpp/main.cpp.rst
 create mode 100644 demo/documented/hyperelasticity/hyperelasticity.rst
 create mode 100644 demo/documented/hyperelasticity/hyperelasticity_u0.png
 create mode 100644 demo/documented/hyperelasticity/hyperelasticity_u1.png
 create mode 100644 demo/documented/mixed-poisson/cpp/MixedPoisson.ufl.rst
 create mode 100644 demo/documented/mixed-poisson/cpp/main.cpp.rst
 create mode 100644 demo/documented/mixed-poisson/mixed-poisson_sigma.png
 create mode 100644 demo/documented/mixed-poisson/mixed-poisson_u.png
 create mode 100644 demo/documented/navier-stokes/common.txt
 create mode 100644 demo/documented/navier-stokes/cpp/PressureUpdate.ufl
 create mode 100644 demo/documented/navier-stokes/cpp/TentativeVelocity.ufl
 create mode 100644 demo/documented/navier-stokes/cpp/VelocityUpdate.ufl
 create mode 100644 demo/documented/navier-stokes/cpp/documentation.rst
 create mode 100644 demo/documented/navier-stokes/cpp/main.cpp
 create mode 100644 demo/documented/navier-stokes/lshape.xml.gz
 create mode 100644 demo/documented/navier-stokes/navier-stokes_p.png
 create mode 100644 demo/documented/navier-stokes/navier-stokes_u.png
 create mode 100644 demo/documented/neumann-poisson/common.txt
 create mode 100644 demo/documented/neumann-poisson/cpp/Poisson.ufl
 create mode 100644 demo/documented/neumann-poisson/cpp/documentation.rst
 create mode 100644 demo/documented/neumann-poisson/cpp/main.cpp
 create mode 100644 demo/documented/neumann-poisson/neumann-poisson_u.png
 create mode 100644 demo/documented/nonlinear-poisson/common.txt
 create mode 100644 demo/documented/nonlinear-poisson/cpp/NonlinearPoisson.ufl
 create mode 100644 demo/documented/nonlinear-poisson/cpp/documentation.rst
 create mode 100644 demo/documented/nonlinear-poisson/cpp/main.cpp
 create mode 100644 demo/documented/nonlinear-poisson/cpp/plot.py
 create mode 100644 demo/documented/nonmatching-interpolation/cpp/P1.ufl.rst
 create mode 100644 demo/documented/nonmatching-interpolation/cpp/P3.ufl.rst
 create mode 100644 demo/documented/nonmatching-interpolation/cpp/main.cpp.rst
 create mode 100644 demo/documented/periodic/common.txt
 create mode 100644 demo/documented/periodic/cpp/Poisson.ufl
 create mode 100644 demo/documented/periodic/cpp/documentation.rst
 create mode 100644 demo/documented/periodic/cpp/main.cpp
 create mode 100644 demo/documented/periodic/plot_u.png
 create mode 100644 demo/documented/poisson/cpp/Poisson.ufl.rst
 create mode 100644 demo/documented/poisson/cpp/main.cpp.rst
 create mode 100644 demo/documented/poisson/poisson_u.png
 create mode 100644 demo/documented/singular-poisson/common.txt
 create mode 100644 demo/documented/singular-poisson/cpp/Poisson.ufl
 create mode 100644 demo/documented/singular-poisson/cpp/documentation.rst
 create mode 100644 demo/documented/singular-poisson/cpp/main.cpp
 create mode 100644 demo/documented/singular-poisson/singular_u.png
 create mode 100644 demo/documented/stokes-iterative/common.txt
 create mode 100644 demo/documented/stokes-iterative/cpp/Stokes.ufl
 create mode 100644 demo/documented/stokes-iterative/cpp/StokesPreconditioner.ufl
 create mode 100644 demo/documented/stokes-iterative/cpp/documentation.rst
 create mode 100644 demo/documented/stokes-iterative/cpp/main.cpp
 create mode 100644 demo/documented/stokes-taylor-hood/common.txt
 create mode 100644 demo/documented/stokes-taylor-hood/cpp/Stokes.ufl
 create mode 100644 demo/documented/stokes-taylor-hood/cpp/documentation.rst
 create mode 100644 demo/documented/stokes-taylor-hood/cpp/main.cpp
 create mode 100644 demo/documented/stokes-taylor-hood/cpp/plot.py
 create mode 100644 demo/documented/stokes-taylor-hood/dolfin_fine.xml.gz
 create mode 100644 demo/documented/stokes-taylor-hood/dolfin_fine_subdomains.xml.gz
 create mode 100644 demo/documented/stokes-taylor-hood/plot_mesh.png
 create mode 100644 demo/documented/stokes-taylor-hood/plot_mesh_boundaries.png
 create mode 100644 demo/documented/stokes-taylor-hood/plot_p.png
 create mode 100644 demo/documented/stokes-taylor-hood/plot_u.png
 create mode 100644 demo/documented/subdomains/common.txt
 create mode 100644 demo/documented/subdomains/cpp/documentation.rst
 create mode 100644 demo/documented/subdomains/cpp/main.cpp
 create mode 100644 demo/documented/subdomains/dolfin_fine.xml.gz
 create mode 100644 demo/documented/subdomains/plot_subdomains.png
 create mode 100644 demo/undocumented/advection-diffusion/cpp/AdvectionDiffusion.ufl
 create mode 100644 demo/undocumented/advection-diffusion/cpp/Velocity.ufl
 create mode 100644 demo/undocumented/advection-diffusion/cpp/main.cpp
 create mode 100644 demo/undocumented/advection-diffusion/dolfin_fine.xml.gz
 create mode 100644 demo/undocumented/advection-diffusion/dolfin_fine_subdomains.xml.gz
 create mode 100644 demo/undocumented/advection-diffusion/dolfin_fine_velocity.xml.gz
 create mode 100644 demo/undocumented/ale/cpp/main.cpp
 create mode 100644 demo/undocumented/auto-adaptive-navier-stokes/channel_with_flap.xml.gz
 create mode 100644 demo/undocumented/auto-adaptive-navier-stokes/cpp/AdaptiveNavierStokes.ufl
 create mode 100644 demo/undocumented/auto-adaptive-navier-stokes/cpp/main.cpp
 create mode 100644 demo/undocumented/block-matrix/cpp/StiffnessMatrix.ufl
 create mode 100644 demo/undocumented/block-matrix/cpp/main.cpp
 create mode 100644 demo/undocumented/conditional/cpp/Conditional.ufl
 create mode 100644 demo/undocumented/conditional/cpp/main.cpp
 create mode 100644 demo/undocumented/contact-vi-snes/circle_yplane.geo
 create mode 100644 demo/undocumented/contact-vi-snes/circle_yplane.xml.gz
 create mode 100644 demo/undocumented/contact-vi-snes/cpp/HyperElasticity.ufl
 create mode 100644 demo/undocumented/contact-vi-snes/cpp/main.cpp
 create mode 100644 demo/undocumented/contact-vi-tao/circle_yplane.xml.gz
 create mode 100644 demo/undocumented/contact-vi-tao/cpp/Elasticity.ufl
 create mode 100644 demo/undocumented/contact-vi-tao/cpp/main.cpp
 create mode 100644 demo/undocumented/curl-curl/cpp/CurrentDensity.ufl
 create mode 100644 demo/undocumented/curl-curl/cpp/EddyCurrents.ufl
 create mode 100644 demo/undocumented/curl-curl/cpp/P1Space.ufl
 create mode 100644 demo/undocumented/curl-curl/cpp/main.cpp
 create mode 100644 demo/undocumented/curl-curl/sphere.xml.gz
 create mode 100644 demo/undocumented/dg-advection-diffusion/cpp/AdvectionDiffusion.ufl
 create mode 100644 demo/undocumented/dg-advection-diffusion/cpp/Projection.ufl
 create mode 100644 demo/undocumented/dg-advection-diffusion/cpp/Velocity.ufl
 create mode 100644 demo/undocumented/dg-advection-diffusion/cpp/main.cpp
 create mode 100644 demo/undocumented/dg-advection-diffusion/unitsquare_64_64.xml.gz
 create mode 100644 demo/undocumented/dg-advection-diffusion/unitsquare_64_64_velocity.xml.gz
 create mode 100644 demo/undocumented/dg-poisson/cpp/Poisson.ufl
 create mode 100644 demo/undocumented/dg-poisson/cpp/main.cpp
 create mode 100644 demo/undocumented/dg-poisson/cpp/plot.py
 create mode 100644 demo/undocumented/elasticity/cpp/Elasticity.ufl
 create mode 100644 demo/undocumented/elasticity/cpp/main.cpp
 create mode 100644 demo/undocumented/elasticity/pulley.xdmf
 create mode 100644 demo/undocumented/elastodynamics/cpp/DG0_eps_xx.ufl
 create mode 100644 demo/undocumented/elastodynamics/cpp/ElastoDynamics.ufl
 create mode 100644 demo/undocumented/elastodynamics/cpp/main.cpp
 create mode 100644 demo/undocumented/elastodynamics/dolfin_fine.xml.gz
 create mode 100644 demo/undocumented/eval/cpp/Projection.ufl
 create mode 100644 demo/undocumented/eval/cpp/main.cpp
 create mode 100644 demo/undocumented/extrapolation/cpp/P1.ufl
 create mode 100644 demo/undocumented/extrapolation/cpp/P2.ufl
 create mode 100644 demo/undocumented/extrapolation/cpp/main.cpp
 create mode 100644 demo/undocumented/functional/cpp/EnergyNorm.ufl
 create mode 100644 demo/undocumented/functional/cpp/main.cpp
 create mode 100644 demo/undocumented/gmg-poisson/cpp/Poisson.ufl
 create mode 100644 demo/undocumented/gmg-poisson/cpp/main.cpp
 create mode 100644 demo/undocumented/lift-drag/cpp/Functionals.ufl
 create mode 100644 demo/undocumented/lift-drag/cpp/README
 create mode 100644 demo/undocumented/lift-drag/cpp/main.cpp
 create mode 100644 demo/undocumented/lift-drag/dolfin_fine.xml.gz
 create mode 100644 demo/undocumented/lift-drag/dolfin_fine_pressure.xml.gz
 create mode 100644 demo/undocumented/matnest/cpp/Stokes.ufl
 create mode 100644 demo/undocumented/matnest/cpp/main.cpp
 create mode 100644 demo/undocumented/mesh-quality/cpp/main.cpp
 create mode 100644 demo/undocumented/mesh-quality/dolfin_fine.xml.gz
 create mode 100644 demo/undocumented/meshfunction-refinement/cpp/main.cpp
 create mode 100644 demo/undocumented/meshview-2D2D/cpp/MeshView_2D2D.ufl
 create mode 100644 demo/undocumented/meshview-2D2D/cpp/main.cpp
 create mode 100644 demo/undocumented/meshview-3D1D/cpp/MeshView_3D1D.ufl
 create mode 100644 demo/undocumented/meshview-3D1D/cpp/main.cpp
 create mode 100644 demo/undocumented/meshview-3D2D/cpp/MeshView_3D2D.ufl
 create mode 100644 demo/undocumented/meshview-3D2D/cpp/main.cpp
 create mode 100644 demo/undocumented/meshview-3D3D/cpp/MeshView_3D3D.ufl
 create mode 100644 demo/undocumented/meshview-3D3D/cpp/main.cpp
 create mode 100644 demo/undocumented/multimesh-3d/cpp/MultiMeshH10Norm.ufl
 create mode 100644 demo/undocumented/multimesh-3d/cpp/MultiMeshL2Norm.ufl
 create mode 100644 demo/undocumented/multimesh-3d/cpp/MultiMeshPoisson.ufl
 create mode 100644 demo/undocumented/multimesh-3d/cpp/main.cpp
 create mode 100644 demo/undocumented/multimesh-poisson/cpp/MultiMeshPoisson.ufl
 create mode 100644 demo/undocumented/multimesh-poisson/cpp/P1.ufl
 create mode 100644 demo/undocumented/multimesh-poisson/cpp/main.cpp
 create mode 100644 demo/undocumented/multimesh-stokes/cpp/MultiMeshStokes.ufl
 create mode 100644 demo/undocumented/multimesh-stokes/cpp/main.cpp
 create mode 100644 demo/undocumented/nonmatching-projection/cpp/P1_projection.ufl
 create mode 100644 demo/undocumented/nonmatching-projection/cpp/P3.ufl
 create mode 100644 demo/undocumented/nonmatching-projection/cpp/main.cpp
 create mode 100644 demo/undocumented/parallel-refinement/cpp/main.cpp
 create mode 100644 demo/undocumented/parameters/cpp/main.cpp
 create mode 100644 demo/undocumented/parameters/cpp/parameters.xml
 create mode 100644 demo/undocumented/poisson-disc/cpp/PoissonDisc.ufl
 create mode 100644 demo/undocumented/poisson-disc/cpp/main.cpp
 create mode 100644 demo/undocumented/poisson1D-in-2D/cpp/Poisson.ufl
 create mode 100644 demo/undocumented/poisson1D-in-2D/cpp/main.cpp
 create mode 100644 demo/undocumented/poisson1D/cpp/Poisson.ufl
 create mode 100644 demo/undocumented/poisson1D/cpp/main.cpp
 create mode 100644 demo/undocumented/refinement/cpp/main.cpp
 create mode 100644 demo/undocumented/spatial-coordinates/cpp/SpatialCoordinates.ufl
 create mode 100644 demo/undocumented/spatial-coordinates/cpp/main.cpp
 create mode 100644 demo/undocumented/submesh/cpp/main.cpp
 create mode 100644 demo/undocumented/sym-dirichlet-bc/cpp/Poisson.ufl
 create mode 100644 demo/undocumented/sym-dirichlet-bc/cpp/main.cpp
 create mode 100644 demo/undocumented/time-series/cpp/main.cpp
 create mode 100644 demo/undocumented/waveguide/cpp/Forms.py
 create mode 100644 demo/undocumented/waveguide/cpp/Forms.ufl
 create mode 100644 demo/undocumented/waveguide/cpp/main.cpp
 create mode 100644 doc/Doxyfile
 create mode 100644 doc/README
 create mode 120000 doc/source/ChangeLog.rst
 create mode 100644 doc/source/Makefile
 create mode 100644 doc/source/conf.py
 create mode 100644 doc/source/index.rst
 create mode 100644 dolfin/CMakeLists.txt
 create mode 100644 dolfin/adaptivity/AdaptiveLinearVariationalSolver.cpp
 create mode 100644 dolfin/adaptivity/AdaptiveLinearVariationalSolver.h
 create mode 100644 dolfin/adaptivity/AdaptiveNonlinearVariationalSolver.cpp
 create mode 100644 dolfin/adaptivity/AdaptiveNonlinearVariationalSolver.h
 create mode 100644 dolfin/adaptivity/CMakeLists.txt
 create mode 100644 dolfin/adaptivity/ErrorControl.cpp
 create mode 100644 dolfin/adaptivity/ErrorControl.h
 create mode 100644 dolfin/adaptivity/Extrapolation.cpp
 create mode 100644 dolfin/adaptivity/Extrapolation.h
 create mode 100644 dolfin/adaptivity/GenericAdaptiveVariationalSolver.cpp
 create mode 100644 dolfin/adaptivity/GenericAdaptiveVariationalSolver.h
 create mode 100644 dolfin/adaptivity/GoalFunctional.cpp
 create mode 100644 dolfin/adaptivity/GoalFunctional.h
 create mode 100644 dolfin/adaptivity/TimeSeries.cpp
 create mode 100644 dolfin/adaptivity/TimeSeries.h
 create mode 100644 dolfin/adaptivity/adapt.cpp
 create mode 100644 dolfin/adaptivity/adapt.h
 create mode 100644 dolfin/adaptivity/adaptivesolve.cpp
 create mode 100644 dolfin/adaptivity/adaptivesolve.h
 create mode 100644 dolfin/adaptivity/dolfin_adaptivity.h
 create mode 100644 dolfin/adaptivity/marking.cpp
 create mode 100644 dolfin/adaptivity/marking.h
 create mode 100644 dolfin/ale/ALE.cpp
 create mode 100644 dolfin/ale/ALE.h
 create mode 100644 dolfin/ale/CMakeLists.txt
 create mode 100644 dolfin/ale/HarmonicSmoothing.cpp
 create mode 100644 dolfin/ale/HarmonicSmoothing.h
 create mode 100644 dolfin/ale/MeshDisplacement.cpp
 create mode 100644 dolfin/ale/MeshDisplacement.h
 create mode 100644 dolfin/ale/Poisson1D.ufl
 create mode 100644 dolfin/ale/Poisson2D.ufl
 create mode 100644 dolfin/ale/Poisson3D.ufl
 create mode 100644 dolfin/ale/dolfin_ale.h
 create mode 100644 dolfin/common/Array.h
 create mode 100644 dolfin/common/ArrayView.h
 create mode 100644 dolfin/common/CMakeLists.txt
 create mode 100644 dolfin/common/Hierarchical.h
 create mode 100644 dolfin/common/IndexSet.h
 create mode 100644 dolfin/common/MPI.cpp
 create mode 100644 dolfin/common/MPI.h
 create mode 100644 dolfin/common/NoDeleter.h
 create mode 100644 dolfin/common/RangedIndexSet.h
 create mode 100644 dolfin/common/Set.h
 create mode 100644 dolfin/common/SubSystemsManager.cpp
 create mode 100644 dolfin/common/SubSystemsManager.h
 create mode 100644 dolfin/common/Timer.cpp
 create mode 100644 dolfin/common/Timer.h
 create mode 100644 dolfin/common/UniqueIdGenerator.cpp
 create mode 100644 dolfin/common/UniqueIdGenerator.h
 create mode 100644 dolfin/common/Variable.cpp
 create mode 100644 dolfin/common/Variable.h
 create mode 100644 dolfin/common/constants.h
 create mode 100644 dolfin/common/defines.cpp
 create mode 100644 dolfin/common/defines.h
 create mode 100644 dolfin/common/dolfin_common.h
 create mode 100644 dolfin/common/dolfin_doc.h
 create mode 100644 dolfin/common/init.cpp
 create mode 100644 dolfin/common/init.h
 create mode 100644 dolfin/common/timing.cpp
 create mode 100644 dolfin/common/timing.h
 create mode 100644 dolfin/common/types.h
 create mode 100644 dolfin/common/utils.cpp
 create mode 100644 dolfin/common/utils.h
 create mode 100644 dolfin/common/version.h.in
 create mode 100644 dolfin/dolfin.h
 create mode 100644 dolfin/fem/Assembler.cpp
 create mode 100644 dolfin/fem/Assembler.h
 create mode 100644 dolfin/fem/AssemblerBase.cpp
 create mode 100644 dolfin/fem/AssemblerBase.h
 create mode 100644 dolfin/fem/BasisFunction.h
 create mode 100644 dolfin/fem/CMakeLists.txt
 create mode 100644 dolfin/fem/DirichletBC.cpp
 create mode 100644 dolfin/fem/DirichletBC.h
 create mode 100644 dolfin/fem/DiscreteOperators.cpp
 create mode 100644 dolfin/fem/DiscreteOperators.h
 create mode 100644 dolfin/fem/DofMap.cpp
 create mode 100644 dolfin/fem/DofMap.h
 create mode 100644 dolfin/fem/DofMapBuilder.cpp
 create mode 100644 dolfin/fem/DofMapBuilder.h
 create mode 100644 dolfin/fem/Equation.cpp
 create mode 100644 dolfin/fem/Equation.h
 create mode 100644 dolfin/fem/FiniteElement.cpp
 create mode 100644 dolfin/fem/FiniteElement.h
 create mode 100644 dolfin/fem/Form.cpp
 create mode 100644 dolfin/fem/Form.h
 create mode 100644 dolfin/fem/GenericDofMap.h
 create mode 100644 dolfin/fem/LinearTimeDependentProblem.cpp
 create mode 100644 dolfin/fem/LinearTimeDependentProblem.h
 create mode 100644 dolfin/fem/LinearVariationalProblem.cpp
 create mode 100644 dolfin/fem/LinearVariationalProblem.h
 create mode 100644 dolfin/fem/LinearVariationalSolver.cpp
 create mode 100644 dolfin/fem/LinearVariationalSolver.h
 create mode 100644 dolfin/fem/LocalAssembler.cpp
 create mode 100644 dolfin/fem/LocalAssembler.h
 create mode 100644 dolfin/fem/LocalSolver.cpp
 create mode 100644 dolfin/fem/LocalSolver.h
 create mode 100644 dolfin/fem/MixedAssembler.cpp
 create mode 100644 dolfin/fem/MixedAssembler.h
 create mode 100644 dolfin/fem/MixedLinearVariationalProblem.cpp
 create mode 100644 dolfin/fem/MixedLinearVariationalProblem.h
 create mode 100644 dolfin/fem/MixedLinearVariationalSolver.cpp
 create mode 100644 dolfin/fem/MixedLinearVariationalSolver.h
 create mode 100644 dolfin/fem/MixedNonlinearVariationalProblem.cpp
 create mode 100644 dolfin/fem/MixedNonlinearVariationalProblem.h
 create mode 100644 dolfin/fem/MixedNonlinearVariationalSolver.cpp
 create mode 100644 dolfin/fem/MixedNonlinearVariationalSolver.h
 create mode 100644 dolfin/fem/MultiMeshAssembler.cpp
 create mode 100644 dolfin/fem/MultiMeshAssembler.h
 create mode 100644 dolfin/fem/MultiMeshDirichletBC.cpp
 create mode 100644 dolfin/fem/MultiMeshDirichletBC.h
 create mode 100644 dolfin/fem/MultiMeshDofMap.cpp
 create mode 100644 dolfin/fem/MultiMeshDofMap.h
 create mode 100644 dolfin/fem/MultiMeshForm.cpp
 create mode 100644 dolfin/fem/MultiMeshForm.h
 create mode 100644 dolfin/fem/NonlinearVariationalProblem.cpp
 create mode 100644 dolfin/fem/NonlinearVariationalProblem.h
 create mode 100644 dolfin/fem/NonlinearVariationalSolver.cpp
 create mode 100644 dolfin/fem/NonlinearVariationalSolver.h
 create mode 100644 dolfin/fem/PETScDMCollection.cpp
 create mode 100644 dolfin/fem/PETScDMCollection.h
 create mode 100644 dolfin/fem/PointSource.cpp
 create mode 100644 dolfin/fem/PointSource.h
 create mode 100644 dolfin/fem/SparsityPatternBuilder.cpp
 create mode 100644 dolfin/fem/SparsityPatternBuilder.h
 create mode 100644 dolfin/fem/SystemAssembler.cpp
 create mode 100644 dolfin/fem/SystemAssembler.h
 create mode 100644 dolfin/fem/UFC.cpp
 create mode 100644 dolfin/fem/UFC.h
 create mode 100644 dolfin/fem/assemble.cpp
 create mode 100644 dolfin/fem/assemble.h
 create mode 100644 dolfin/fem/assemble_local.cpp
 create mode 100644 dolfin/fem/assemble_local.h
 create mode 100644 dolfin/fem/dolfin_fem.h
 create mode 100644 dolfin/fem/fem_utils.cpp
 create mode 100644 dolfin/fem/fem_utils.h
 create mode 100644 dolfin/fem/solve.cpp
 create mode 100644 dolfin/fem/solve.h
 create mode 100644 dolfin/function/CMakeLists.txt
 create mode 100644 dolfin/function/CoefficientAssigner.cpp
 create mode 100644 dolfin/function/CoefficientAssigner.h
 create mode 100644 dolfin/function/Constant.cpp
 create mode 100644 dolfin/function/Constant.h
 create mode 100644 dolfin/function/Expression.cpp
 create mode 100644 dolfin/function/Expression.h
 create mode 100644 dolfin/function/Function.cpp
 create mode 100644 dolfin/function/Function.h
 create mode 100644 dolfin/function/FunctionAXPY.cpp
 create mode 100644 dolfin/function/FunctionAXPY.h
 create mode 100644 dolfin/function/FunctionAssigner.cpp
 create mode 100644 dolfin/function/FunctionAssigner.h
 create mode 100644 dolfin/function/FunctionSpace.cpp
 create mode 100644 dolfin/function/FunctionSpace.h
 create mode 100644 dolfin/function/GenericFunction.cpp
 create mode 100644 dolfin/function/GenericFunction.h
 create mode 100644 dolfin/function/LagrangeInterpolator.cpp
 create mode 100644 dolfin/function/LagrangeInterpolator.h
 create mode 100644 dolfin/function/MultiMeshCoefficientAssigner.cpp
 create mode 100644 dolfin/function/MultiMeshCoefficientAssigner.h
 create mode 100644 dolfin/function/MultiMeshFunction.cpp
 create mode 100644 dolfin/function/MultiMeshFunction.h
 create mode 100644 dolfin/function/MultiMeshFunctionSpace.cpp
 create mode 100644 dolfin/function/MultiMeshFunctionSpace.h
 create mode 100644 dolfin/function/MultiMeshSubSpace.cpp
 create mode 100644 dolfin/function/MultiMeshSubSpace.h
 create mode 100644 dolfin/function/SpecialFacetFunction.cpp
 create mode 100644 dolfin/function/SpecialFacetFunction.h
 create mode 100644 dolfin/function/SpecialFunctions.cpp
 create mode 100644 dolfin/function/SpecialFunctions.h
 create mode 100644 dolfin/function/assign.cpp
 create mode 100644 dolfin/function/assign.h
 create mode 100644 dolfin/function/dolfin_function.h
 create mode 100644 dolfin/generation/BoxMesh.cpp
 create mode 100644 dolfin/generation/BoxMesh.h
 create mode 100644 dolfin/generation/CMakeLists.txt
 create mode 100644 dolfin/generation/IntervalMesh.cpp
 create mode 100644 dolfin/generation/IntervalMesh.h
 create mode 100644 dolfin/generation/RectangleMesh.cpp
 create mode 100644 dolfin/generation/RectangleMesh.h
 create mode 100644 dolfin/generation/SphericalShellMesh.cpp
 create mode 100644 dolfin/generation/SphericalShellMesh.h
 create mode 100644 dolfin/generation/UnitCubeMesh.h
 create mode 100644 dolfin/generation/UnitDiscMesh.cpp
 create mode 100644 dolfin/generation/UnitDiscMesh.h
 create mode 100644 dolfin/generation/UnitIntervalMesh.h
 create mode 100644 dolfin/generation/UnitSquareMesh.h
 create mode 100644 dolfin/generation/UnitTetrahedronMesh.cpp
 create mode 100644 dolfin/generation/UnitTetrahedronMesh.h
 create mode 100644 dolfin/generation/UnitTriangleMesh.cpp
 create mode 100644 dolfin/generation/UnitTriangleMesh.h
 create mode 100644 dolfin/generation/dolfin_generation.h
 create mode 100644 dolfin/geometry/BoundingBoxTree.cpp
 create mode 100644 dolfin/geometry/BoundingBoxTree.h
 create mode 100644 dolfin/geometry/BoundingBoxTree1D.h
 create mode 100644 dolfin/geometry/BoundingBoxTree2D.h
 create mode 100644 dolfin/geometry/BoundingBoxTree3D.h
 create mode 100644 dolfin/geometry/CGALExactArithmetic.h
 create mode 100644 dolfin/geometry/CMakeLists.txt
 create mode 100644 dolfin/geometry/CollisionPredicates.cpp
 create mode 100644 dolfin/geometry/CollisionPredicates.h
 create mode 100644 dolfin/geometry/ConvexTriangulation.cpp
 create mode 100644 dolfin/geometry/ConvexTriangulation.h
 create mode 100644 dolfin/geometry/GenericBoundingBoxTree.cpp
 create mode 100644 dolfin/geometry/GenericBoundingBoxTree.h
 create mode 100644 dolfin/geometry/GeometryDebugging.cpp
 create mode 100644 dolfin/geometry/GeometryDebugging.h
 create mode 100644 dolfin/geometry/GeometryPredicates.cpp
 create mode 100644 dolfin/geometry/GeometryPredicates.h
 create mode 100644 dolfin/geometry/GeometryTools.h
 create mode 100644 dolfin/geometry/IntersectionConstruction.cpp
 create mode 100644 dolfin/geometry/IntersectionConstruction.h
 create mode 100644 dolfin/geometry/MeshPointIntersection.cpp
 create mode 100644 dolfin/geometry/MeshPointIntersection.h
 create mode 100644 dolfin/geometry/Point.cpp
 create mode 100644 dolfin/geometry/Point.h
 create mode 100644 dolfin/geometry/SimplexQuadrature.cpp
 create mode 100644 dolfin/geometry/SimplexQuadrature.h
 create mode 100644 dolfin/geometry/dolfin_geometry.h
 create mode 100644 dolfin/geometry/intersect.cpp
 create mode 100644 dolfin/geometry/intersect.h
 create mode 100644 dolfin/geometry/predicates.cpp
 create mode 100644 dolfin/geometry/predicates.h
 create mode 100644 dolfin/graph/BoostGraphColoring.h
 create mode 100644 dolfin/graph/BoostGraphOrdering.cpp
 create mode 100644 dolfin/graph/BoostGraphOrdering.h
 create mode 100644 dolfin/graph/CMakeLists.txt
 create mode 100644 dolfin/graph/CSRGraph.h
 create mode 100644 dolfin/graph/Graph.h
 create mode 100644 dolfin/graph/GraphBuilder.cpp
 create mode 100644 dolfin/graph/GraphBuilder.h
 create mode 100644 dolfin/graph/GraphColoring.cpp
 create mode 100644 dolfin/graph/GraphColoring.h
 create mode 100644 dolfin/graph/ParMETIS.cpp
 create mode 100644 dolfin/graph/ParMETIS.h
 create mode 100644 dolfin/graph/SCOTCH.cpp
 create mode 100644 dolfin/graph/SCOTCH.h
 create mode 100644 dolfin/graph/ZoltanInterface.cpp
 create mode 100644 dolfin/graph/ZoltanInterface.h
 create mode 100644 dolfin/graph/dolfin_graph.h
 create mode 100644 dolfin/io/CMakeLists.txt
 create mode 100644 dolfin/io/Encoder.h
 create mode 100644 dolfin/io/File.cpp
 create mode 100644 dolfin/io/File.h
 create mode 100644 dolfin/io/GenericFile.cpp
 create mode 100644 dolfin/io/GenericFile.h
 create mode 100644 dolfin/io/HDF5Attribute.cpp
 create mode 100644 dolfin/io/HDF5Attribute.h
 create mode 100644 dolfin/io/HDF5File.cpp
 create mode 100644 dolfin/io/HDF5File.h
 create mode 100644 dolfin/io/HDF5Interface.cpp
 create mode 100644 dolfin/io/HDF5Interface.h
 create mode 100644 dolfin/io/HDF5Utility.cpp
 create mode 100644 dolfin/io/HDF5Utility.h
 create mode 100644 dolfin/io/RAWFile.cpp
 create mode 100644 dolfin/io/RAWFile.h
 create mode 100644 dolfin/io/SVGFile.cpp
 create mode 100644 dolfin/io/SVGFile.h
 create mode 100644 dolfin/io/VTKFile.cpp
 create mode 100644 dolfin/io/VTKFile.h
 create mode 100644 dolfin/io/VTKWriter.cpp
 create mode 100644 dolfin/io/VTKWriter.h
 create mode 100644 dolfin/io/X3DFile.cpp
 create mode 100644 dolfin/io/X3DFile.h
 create mode 100644 dolfin/io/X3DOM.cpp
 create mode 100644 dolfin/io/X3DOM.h
 create mode 100644 dolfin/io/XDMFFile.cpp
 create mode 100644 dolfin/io/XDMFFile.h
 create mode 100644 dolfin/io/XMLArray.h
 create mode 100644 dolfin/io/XMLFile.cpp
 create mode 100644 dolfin/io/XMLFile.h
 create mode 100644 dolfin/io/XMLFunctionData.cpp
 create mode 100644 dolfin/io/XMLFunctionData.h
 create mode 100644 dolfin/io/XMLMesh.cpp
 create mode 100644 dolfin/io/XMLMesh.h
 create mode 100644 dolfin/io/XMLMeshFunction.h
 create mode 100644 dolfin/io/XMLMeshValueCollection.h
 create mode 100644 dolfin/io/XMLParameters.cpp
 create mode 100644 dolfin/io/XMLParameters.h
 create mode 100644 dolfin/io/XMLTable.cpp
 create mode 100644 dolfin/io/XMLTable.h
 create mode 100644 dolfin/io/XMLVector.cpp
 create mode 100644 dolfin/io/XMLVector.h
 create mode 100644 dolfin/io/XYZFile.cpp
 create mode 100644 dolfin/io/XYZFile.h
 create mode 100644 dolfin/io/base64.cpp
 create mode 100644 dolfin/io/base64.h
 create mode 100644 dolfin/io/dolfin_io.h
 create mode 100644 dolfin/io/pugiconfig.hpp
 create mode 100644 dolfin/io/pugixml.cpp
 create mode 100644 dolfin/io/pugixml.hpp
 create mode 100644 dolfin/io/xmlutils.cpp
 create mode 100644 dolfin/io/xmlutils.h
 create mode 100644 dolfin/la/Amesos2LUSolver.cpp
 create mode 100644 dolfin/la/Amesos2LUSolver.h
 create mode 100644 dolfin/la/BelosKrylovSolver.cpp
 create mode 100644 dolfin/la/BelosKrylovSolver.h
 create mode 100644 dolfin/la/BlockMatrix.cpp
 create mode 100644 dolfin/la/BlockMatrix.h
 create mode 100644 dolfin/la/BlockVector.cpp
 create mode 100644 dolfin/la/BlockVector.h
 create mode 100644 dolfin/la/CMakeLists.txt
 create mode 100644 dolfin/la/CoordinateMatrix.cpp
 create mode 100644 dolfin/la/CoordinateMatrix.h
 create mode 100644 dolfin/la/DefaultFactory.cpp
 create mode 100644 dolfin/la/DefaultFactory.h
 create mode 100644 dolfin/la/EigenFactory.cpp
 create mode 100644 dolfin/la/EigenFactory.h
 create mode 100644 dolfin/la/EigenKrylovSolver.cpp
 create mode 100644 dolfin/la/EigenKrylovSolver.h
 create mode 100644 dolfin/la/EigenLUSolver.cpp
 create mode 100644 dolfin/la/EigenLUSolver.h
 create mode 100644 dolfin/la/EigenMatrix.cpp
 create mode 100644 dolfin/la/EigenMatrix.h
 create mode 100644 dolfin/la/EigenVector.cpp
 create mode 100644 dolfin/la/EigenVector.h
 create mode 100644 dolfin/la/GenericLinearAlgebraFactory.h
 create mode 100644 dolfin/la/GenericLinearOperator.h
 create mode 100644 dolfin/la/GenericLinearSolver.cpp
 create mode 100644 dolfin/la/GenericLinearSolver.h
 create mode 100644 dolfin/la/GenericMatrix.cpp
 create mode 100644 dolfin/la/GenericMatrix.h
 create mode 100644 dolfin/la/GenericTensor.h
 create mode 100644 dolfin/la/GenericVector.h
 create mode 100644 dolfin/la/Ifpack2Preconditioner.cpp
 create mode 100644 dolfin/la/Ifpack2Preconditioner.h
 create mode 100644 dolfin/la/IndexMap.cpp
 create mode 100644 dolfin/la/IndexMap.h
 create mode 100644 dolfin/la/KrylovSolver.cpp
 create mode 100644 dolfin/la/KrylovSolver.h
 create mode 100644 dolfin/la/LUSolver.cpp
 create mode 100644 dolfin/la/LUSolver.h
 create mode 100644 dolfin/la/LinearAlgebraObject.h
 create mode 100644 dolfin/la/LinearOperator.cpp
 create mode 100644 dolfin/la/LinearOperator.h
 create mode 100644 dolfin/la/LinearSolver.cpp
 create mode 100644 dolfin/la/LinearSolver.h
 create mode 100644 dolfin/la/Matrix.h
 create mode 100644 dolfin/la/MueluPreconditioner.cpp
 create mode 100644 dolfin/la/MueluPreconditioner.h
 create mode 100644 dolfin/la/PETScBaseMatrix.cpp
 create mode 100644 dolfin/la/PETScBaseMatrix.h
 create mode 100644 dolfin/la/PETScFactory.cpp
 create mode 100644 dolfin/la/PETScFactory.h
 create mode 100644 dolfin/la/PETScKrylovSolver.cpp
 create mode 100644 dolfin/la/PETScKrylovSolver.h
 create mode 100644 dolfin/la/PETScLUSolver.cpp
 create mode 100644 dolfin/la/PETScLUSolver.h
 create mode 100644 dolfin/la/PETScLinearOperator.cpp
 create mode 100644 dolfin/la/PETScLinearOperator.h
 create mode 100644 dolfin/la/PETScMatrix.cpp
 create mode 100644 dolfin/la/PETScMatrix.h
 create mode 100644 dolfin/la/PETScNestMatrix.cpp
 create mode 100644 dolfin/la/PETScNestMatrix.h
 create mode 100644 dolfin/la/PETScObject.cpp
 create mode 100644 dolfin/la/PETScObject.h
 create mode 100644 dolfin/la/PETScOptions.cpp
 create mode 100644 dolfin/la/PETScOptions.h
 create mode 100644 dolfin/la/PETScPreconditioner.cpp
 create mode 100644 dolfin/la/PETScPreconditioner.h
 create mode 100644 dolfin/la/PETScVector.cpp
 create mode 100644 dolfin/la/PETScVector.h
 create mode 100644 dolfin/la/SLEPcEigenSolver.cpp
 create mode 100644 dolfin/la/SLEPcEigenSolver.h
 create mode 100644 dolfin/la/SUNDIALSNVector.h
 create mode 100644 dolfin/la/Scalar.h
 create mode 100644 dolfin/la/SparsityPattern.cpp
 create mode 100644 dolfin/la/SparsityPattern.h
 create mode 100644 dolfin/la/TensorLayout.cpp
 create mode 100644 dolfin/la/TensorLayout.h
 create mode 100644 dolfin/la/TpetraFactory.cpp
 create mode 100644 dolfin/la/TpetraFactory.h
 create mode 100644 dolfin/la/TpetraMatrix.cpp
 create mode 100644 dolfin/la/TpetraMatrix.h
 create mode 100644 dolfin/la/TpetraVector.cpp
 create mode 100644 dolfin/la/TpetraVector.h
 create mode 100644 dolfin/la/TrilinosParameters.cpp
 create mode 100644 dolfin/la/TrilinosParameters.h
 create mode 100644 dolfin/la/TrilinosPreconditioner.h
 create mode 100644 dolfin/la/Vector.h
 create mode 100644 dolfin/la/VectorSpaceBasis.cpp
 create mode 100644 dolfin/la/VectorSpaceBasis.h
 create mode 100644 dolfin/la/dolfin_la.h
 create mode 100644 dolfin/la/solve.cpp
 create mode 100644 dolfin/la/solve.h
 create mode 100644 dolfin/la/test_nullspace.cpp
 create mode 100644 dolfin/la/test_nullspace.h
 create mode 100644 dolfin/log/CMakeLists.txt
 create mode 100644 dolfin/log/Event.cpp
 create mode 100644 dolfin/log/Event.h
 create mode 100644 dolfin/log/LogLevel.h
 create mode 100644 dolfin/log/LogManager.cpp
 create mode 100644 dolfin/log/LogManager.h
 create mode 100644 dolfin/log/LogStream.cpp
 create mode 100644 dolfin/log/LogStream.h
 create mode 100644 dolfin/log/Logger.cpp
 create mode 100644 dolfin/log/Logger.h
 create mode 100644 dolfin/log/Progress.cpp
 create mode 100644 dolfin/log/Progress.h
 create mode 100644 dolfin/log/README
 create mode 100644 dolfin/log/Table.cpp
 create mode 100644 dolfin/log/Table.h
 create mode 100644 dolfin/log/dolfin_log.h
 create mode 100644 dolfin/log/log.cpp
 create mode 100644 dolfin/log/log.h
 create mode 100644 dolfin/math/CMakeLists.txt
 create mode 100644 dolfin/math/Lagrange.cpp
 create mode 100644 dolfin/math/Lagrange.h
 create mode 100644 dolfin/math/Legendre.cpp
 create mode 100644 dolfin/math/Legendre.h
 create mode 100644 dolfin/math/basic.cpp
 create mode 100644 dolfin/math/basic.h
 create mode 100644 dolfin/math/dolfin_math.h
 create mode 100644 dolfin/mesh/BoundaryComputation.cpp
 create mode 100644 dolfin/mesh/BoundaryComputation.h
 create mode 100644 dolfin/mesh/BoundaryMesh.cpp
 create mode 100644 dolfin/mesh/BoundaryMesh.h
 create mode 100644 dolfin/mesh/CMakeLists.txt
 create mode 100644 dolfin/mesh/Cell.cpp
 create mode 100644 dolfin/mesh/Cell.h
 create mode 100644 dolfin/mesh/CellType.cpp
 create mode 100644 dolfin/mesh/CellType.h
 create mode 100644 dolfin/mesh/DistributedMeshTools.cpp
 create mode 100644 dolfin/mesh/DistributedMeshTools.h
 create mode 100644 dolfin/mesh/DomainBoundary.h
 create mode 100644 dolfin/mesh/DynamicMeshEditor.cpp
 create mode 100644 dolfin/mesh/DynamicMeshEditor.h
 create mode 100644 dolfin/mesh/Edge.cpp
 create mode 100644 dolfin/mesh/Edge.h
 create mode 100644 dolfin/mesh/Face.cpp
 create mode 100644 dolfin/mesh/Face.h
 create mode 100644 dolfin/mesh/Facet.cpp
 create mode 100644 dolfin/mesh/Facet.h
 create mode 100644 dolfin/mesh/FacetCell.cpp
 create mode 100644 dolfin/mesh/FacetCell.h
 create mode 100644 dolfin/mesh/HexahedronCell.cpp
 create mode 100644 dolfin/mesh/HexahedronCell.h
 create mode 100644 dolfin/mesh/IntervalCell.cpp
 create mode 100644 dolfin/mesh/IntervalCell.h
 create mode 100644 dolfin/mesh/LocalMeshData.cpp
 create mode 100644 dolfin/mesh/LocalMeshData.h
 create mode 100644 dolfin/mesh/LocalMeshValueCollection.h
 create mode 100644 dolfin/mesh/Mesh.cpp
 create mode 100644 dolfin/mesh/Mesh.h
 create mode 100644 dolfin/mesh/MeshColoring.cpp
 create mode 100644 dolfin/mesh/MeshColoring.h
 create mode 100644 dolfin/mesh/MeshConnectivity.cpp
 create mode 100644 dolfin/mesh/MeshConnectivity.h
 create mode 100644 dolfin/mesh/MeshData.cpp
 create mode 100644 dolfin/mesh/MeshData.h
 create mode 100644 dolfin/mesh/MeshDomains.cpp
 create mode 100644 dolfin/mesh/MeshDomains.h
 create mode 100644 dolfin/mesh/MeshEditor.cpp
 create mode 100644 dolfin/mesh/MeshEditor.h
 create mode 100644 dolfin/mesh/MeshEntity.cpp
 create mode 100644 dolfin/mesh/MeshEntity.h
 create mode 100644 dolfin/mesh/MeshEntityIterator.h
 create mode 100644 dolfin/mesh/MeshEntityIteratorBase.h
 create mode 100644 dolfin/mesh/MeshFunction.cpp
 create mode 100644 dolfin/mesh/MeshFunction.h
 create mode 100644 dolfin/mesh/MeshGeometry.cpp
 create mode 100644 dolfin/mesh/MeshGeometry.h
 create mode 100644 dolfin/mesh/MeshHierarchy.cpp
 create mode 100644 dolfin/mesh/MeshHierarchy.h
 create mode 100644 dolfin/mesh/MeshOrdering.cpp
 create mode 100644 dolfin/mesh/MeshOrdering.h
 create mode 100644 dolfin/mesh/MeshPartitioning.cpp
 create mode 100644 dolfin/mesh/MeshPartitioning.h
 create mode 100644 dolfin/mesh/MeshQuality.cpp
 create mode 100644 dolfin/mesh/MeshQuality.h
 create mode 100644 dolfin/mesh/MeshRelation.h
 create mode 100644 dolfin/mesh/MeshRenumbering.cpp
 create mode 100644 dolfin/mesh/MeshRenumbering.h
 create mode 100644 dolfin/mesh/MeshSmoothing.cpp
 create mode 100644 dolfin/mesh/MeshSmoothing.h
 create mode 100644 dolfin/mesh/MeshTopology.cpp
 create mode 100644 dolfin/mesh/MeshTopology.h
 create mode 100644 dolfin/mesh/MeshTransformation.cpp
 create mode 100644 dolfin/mesh/MeshTransformation.h
 create mode 100644 dolfin/mesh/MeshValueCollection.h
 create mode 100644 dolfin/mesh/MeshView.cpp
 create mode 100644 dolfin/mesh/MeshView.h
 create mode 100644 dolfin/mesh/MultiMesh.cpp
 create mode 100644 dolfin/mesh/MultiMesh.h
 create mode 100644 dolfin/mesh/PeriodicBoundaryComputation.cpp
 create mode 100644 dolfin/mesh/PeriodicBoundaryComputation.h
 create mode 100644 dolfin/mesh/PointCell.cpp
 create mode 100644 dolfin/mesh/PointCell.h
 create mode 100644 dolfin/mesh/QuadrilateralCell.cpp
 create mode 100644 dolfin/mesh/QuadrilateralCell.h
 create mode 100644 dolfin/mesh/SubDomain.cpp
 create mode 100644 dolfin/mesh/SubDomain.h
 create mode 100644 dolfin/mesh/SubMesh.cpp
 create mode 100644 dolfin/mesh/SubMesh.h
 create mode 100644 dolfin/mesh/SubsetIterator.h
 create mode 100644 dolfin/mesh/TetrahedronCell.cpp
 create mode 100644 dolfin/mesh/TetrahedronCell.h
 create mode 100644 dolfin/mesh/TopologyComputation.cpp
 create mode 100644 dolfin/mesh/TopologyComputation.h
 create mode 100644 dolfin/mesh/TriangleCell.cpp
 create mode 100644 dolfin/mesh/TriangleCell.h
 create mode 100644 dolfin/mesh/Vertex.h
 create mode 100644 dolfin/mesh/dolfin_mesh.h
 create mode 100644 dolfin/multistage/CMakeLists.txt
 create mode 100644 dolfin/multistage/MultiStageScheme.cpp
 create mode 100644 dolfin/multistage/MultiStageScheme.h
 create mode 100644 dolfin/multistage/PointIntegralSolver.cpp
 create mode 100644 dolfin/multistage/PointIntegralSolver.h
 create mode 100644 dolfin/multistage/RKSolver.cpp
 create mode 100644 dolfin/multistage/RKSolver.h
 create mode 100644 dolfin/multistage/dolfin_multistage.h
 create mode 100644 dolfin/nls/CMakeLists.txt
 create mode 100644 dolfin/nls/NewtonSolver.cpp
 create mode 100644 dolfin/nls/NewtonSolver.h
 create mode 100644 dolfin/nls/NonlinearProblem.h
 create mode 100644 dolfin/nls/OptimisationProblem.h
 create mode 100644 dolfin/nls/PETScSNESSolver.cpp
 create mode 100644 dolfin/nls/PETScSNESSolver.h
 create mode 100644 dolfin/nls/PETScTAOSolver.cpp
 create mode 100644 dolfin/nls/PETScTAOSolver.h
 create mode 100644 dolfin/nls/TAOLinearBoundSolver.cpp
 create mode 100644 dolfin/nls/TAOLinearBoundSolver.h
 create mode 100644 dolfin/nls/dolfin_nls.h
 create mode 100644 dolfin/parameter/CMakeLists.txt
 create mode 100644 dolfin/parameter/GlobalParameters.cpp
 create mode 100644 dolfin/parameter/GlobalParameters.h
 create mode 100644 dolfin/parameter/Parameter.cpp
 create mode 100644 dolfin/parameter/Parameter.h
 create mode 100644 dolfin/parameter/Parameters.cpp
 create mode 100644 dolfin/parameter/Parameters.h
 create mode 100644 dolfin/parameter/dolfin_parameter.h
 create mode 100644 dolfin/refinement/BisectionRefinement1D.cpp
 create mode 100644 dolfin/refinement/BisectionRefinement1D.h
 create mode 100644 dolfin/refinement/CMakeLists.txt
 create mode 100644 dolfin/refinement/LocalMeshCoarsening.cpp
 create mode 100644 dolfin/refinement/LocalMeshCoarsening.h
 create mode 100644 dolfin/refinement/ParallelRefinement.cpp
 create mode 100644 dolfin/refinement/ParallelRefinement.h
 create mode 100644 dolfin/refinement/PlazaRefinementND.cpp
 create mode 100644 dolfin/refinement/PlazaRefinementND.h
 create mode 100644 dolfin/refinement/RegularCutRefinement.cpp
 create mode 100644 dolfin/refinement/RegularCutRefinement.h
 create mode 100644 dolfin/refinement/dolfin_refinement.h
 create mode 100644 dolfin/refinement/refine.cpp
 create mode 100644 dolfin/refinement/refine.h
 create mode 100644 dolfin/ts/CMakeLists.txt
 create mode 100644 dolfin/ts/CVode.cpp
 create mode 100644 dolfin/ts/CVode.h
 create mode 100644 dolfin/ts/dolfin_ts.h
 create mode 100644 python/CMakeLists.txt
 create mode 100644 python/README.rst
 create mode 100644 python/cmake/FindMPI4PY.cmake
 create mode 100644 python/cmake/FindPETSc4py.cmake
 create mode 100644 python/demo/conftest.py
 create mode 100644 python/demo/documented/auto-adaptive-poisson/demo_auto-adaptive-poisson.py.rst
 create mode 100644 python/demo/documented/auto-adaptive-poisson/u_refined.png
 create mode 100644 python/demo/documented/auto-adaptive-poisson/u_unrefined.png
 create mode 100644 python/demo/documented/biharmonic/biharmonic_u.png
 create mode 100644 python/demo/documented/biharmonic/demo_biharmonic.py.rst
 create mode 100644 python/demo/documented/box_with_dent.xml.gz
 create mode 100644 python/demo/documented/built-in-meshes/boxmesh.png
 create mode 100644 python/demo/documented/built-in-meshes/demo_built-in-meshes.py.rst
 create mode 100644 python/demo/documented/built-in-meshes/rectanglemesh.png
 create mode 100644 python/demo/documented/built-in-meshes/rectanglemesh_left_right.png
 create mode 100644 python/demo/documented/built-in-meshes/unitcubemesh.png
 create mode 100644 python/demo/documented/built-in-meshes/unitintervalmesh.png
 create mode 100644 python/demo/documented/built-in-meshes/unitsquaremesh.png
 create mode 100644 python/demo/documented/built-in-meshes/unitsquaremesh_crossed.png
 create mode 100644 python/demo/documented/built-in-meshes/unitsquaremesh_left.png
 create mode 100644 python/demo/documented/built-in-meshes/unitsquaremesh_left_right.png
 create mode 100644 python/demo/documented/cahn-hilliard/demo_cahn-hilliard.py.rst
 create mode 100644 python/demo/documented/dolfin_fine.xml.gz
 create mode 100644 python/demo/documented/dolfin_fine_subdomains.xml.gz
 create mode 100644 python/demo/documented/eigenvalue/box_with_dent.xml.gz
 create mode 100644 python/demo/documented/eigenvalue/demo_eigenvalue.py.rst
 create mode 100644 python/demo/documented/elastodynamics/demo_elastodynamics.py.rst
 create mode 100644 python/demo/documented/elastodynamics/elastodynamics-energies_generalized_alpha.png
 create mode 100644 python/demo/documented/elastodynamics/elastodynamics-energies_generalized_alpha_damping.png
 create mode 100644 python/demo/documented/elastodynamics/elastodynamics-energies_newmark.png
 create mode 100644 python/demo/documented/elastodynamics/elastodynamics-transient_deformation.gif
 create mode 100644 python/demo/documented/hyperelasticity/demo_hyperelasticity.py.rst
 create mode 100644 python/demo/documented/hyperelasticity/hyperelasticity_u0.png
 create mode 100644 python/demo/documented/hyperelasticity/hyperelasticity_u1.png
 create mode 100644 python/demo/documented/lshape.xml.gz
 create mode 100644 python/demo/documented/maxwell-eigenvalues/demo_maxwell-eigenvalues.py.rst
 create mode 100644 python/demo/documented/mixed-poisson/demo_mixed-poisson.py.rst
 create mode 100644 python/demo/documented/mixed-poisson/mixed-poisson_sigma.png
 create mode 100644 python/demo/documented/mixed-poisson/mixed-poisson_u.png
 create mode 100644 python/demo/documented/navier-stokes/demo_navier-stokes.py
 create mode 100644 python/demo/documented/navier-stokes/documentation.rst
 create mode 100644 python/demo/documented/neumann-poisson/demo_neumann-poisson.py.rst
 create mode 100644 python/demo/documented/neumann-poisson/neumann-poisson_u.png
 create mode 100644 python/demo/documented/nonlinear-poisson/demo_nonlinear-poisson.py.rst
 create mode 100644 python/demo/documented/nonlinear-poisson/plot_u.png
 create mode 100644 python/demo/documented/nonlinear-poisson/plot_u_gradient.png
 create mode 100644 python/demo/documented/nonmatching-interpolation/demo_nonmatching-interpolation.py.rst
 create mode 100644 python/demo/documented/periodic/demo_periodic.py
 create mode 100644 python/demo/documented/periodic/documentation.rst
 create mode 100644 python/demo/documented/poisson/demo_poisson.py.rst
 create mode 100644 python/demo/documented/poisson/poisson_u.png
 create mode 100644 python/demo/documented/singular-poisson/demo_singular-poisson.py.rst
 create mode 100644 python/demo/documented/singular-poisson/singular_u.png
 create mode 100644 python/demo/documented/stokes-iterative/demo_stokes-iterative.py.rst
 create mode 100644 python/demo/documented/stokes-mini/demo_stokes-mini.py
 create mode 100644 python/demo/documented/stokes-mini/documentation.rst
 create mode 100644 python/demo/documented/stokes-taylor-hood/demo_stokes-taylor-hood.py
 create mode 100644 python/demo/documented/stokes-taylor-hood/documentation.rst
 create mode 100644 python/demo/documented/subdomains-poisson/demo_subdomains-poisson.py
 create mode 100644 python/demo/documented/subdomains-poisson/documentation.rst
 create mode 100644 python/demo/documented/subdomains/demo_subdomains.py
 create mode 100644 python/demo/documented/subdomains/documentation.rst
 create mode 100644 python/demo/documented/tensor-weighted-poisson/demo_tensor-weighted-poisson.py
 create mode 100644 python/demo/documented/tensor-weighted-poisson/documentation.rst
 create mode 100644 python/demo/documented/tensor-weighted-poisson/generate_data.py
 create mode 100644 python/demo/generate-demo-files.py
 create mode 100644 python/demo/test.py
 create mode 100755 python/demo/undocumented/adaptive-poisson/demo_adaptive-poisson.py
 create mode 100644 python/demo/undocumented/advection-diffusion/demo_advection-diffusion.py
 create mode 100644 python/demo/undocumented/ale/demo_ale.py
 create mode 100644 python/demo/undocumented/auto-adaptive-navier-stokes/demo_auto-adaptive-navier-stokes.py
 create mode 100644 python/demo/undocumented/block-assembly-2D2D/demo_block-assembly-2D2D-nonlinear.py
 create mode 100644 python/demo/undocumented/block-assembly-2D2D/demo_block-assembly-2D2D.py
 create mode 100644 python/demo/undocumented/block-assembly-3D1D/demo_block-assembly-3D1D.py
 create mode 100644 python/demo/undocumented/block-assembly-3D2D/demo_block-assembly-3D2D.py
 create mode 100644 python/demo/undocumented/block-matrix/demo_block-matrix.py
 create mode 100644 python/demo/undocumented/buckling-tao/demo_buckling-tao.py
 create mode 100644 python/demo/undocumented/buckling.xml.gz
 create mode 100644 python/demo/undocumented/channel_with_flap.xml.gz
 create mode 100644 python/demo/undocumented/circle.xml.gz
 create mode 100644 python/demo/undocumented/circle_yplane.xml.gz
 create mode 100644 python/demo/undocumented/collision-detection/demo_collision-detection.py
 create mode 100644 python/demo/undocumented/conditional/demo_conditional.py
 create mode 100644 python/demo/undocumented/contact-vi-snes/demo_contact-vi-snes.py
 create mode 100644 python/demo/undocumented/contact-vi-tao/demo_contact-vi-tao.py
 create mode 100644 python/demo/undocumented/coordinates/demo_coordinates.py
 create mode 100644 python/demo/undocumented/curl-curl/demo_curl-curl.py
 create mode 100644 python/demo/undocumented/dg-advection-diffusion/demo_dg-advection-diffusion.py
 create mode 100644 python/demo/undocumented/dg-poisson/demo_dg-poisson.py
 create mode 100644 python/demo/undocumented/dolfin_fine.xml.gz
 create mode 100644 python/demo/undocumented/dolfin_fine_pressure.xml.gz
 create mode 100644 python/demo/undocumented/dolfin_fine_subdomains.xml.gz
 create mode 100644 python/demo/undocumented/dolfin_fine_velocity.xml.gz
 create mode 100644 python/demo/undocumented/donut.xml.gz
 create mode 100644 python/demo/undocumented/elasticity/demo_elasticity.py
 create mode 100644 python/demo/undocumented/elementplot/demo_elementplot.py
 create mode 100644 python/demo/undocumented/eval/demo_eval.py
 create mode 100644 python/demo/undocumented/extrapolation/demo_extrapolation.py
 create mode 100644 python/demo/undocumented/formsplitter/demo_formsplitter.py
 create mode 100644 python/demo/undocumented/functional/demo_functional.py
 create mode 100755 python/demo/undocumented/ghost-mesh/demo_ghost-mesh.py
 create mode 100644 python/demo/undocumented/interpolation/demo_interpolation.py
 create mode 100644 python/demo/undocumented/lift-drag/demo_lift-drag.py
 create mode 100755 python/demo/undocumented/matnest/demo_matnest.py
 create mode 100644 python/demo/undocumented/mesh-quality/demo_mesh-quality.py
 create mode 100644 python/demo/undocumented/meshview-2D2D/demo_meshview-2D2D.py
 create mode 100644 python/demo/undocumented/meshview-3D1D/demo_meshview-3D1D.py
 create mode 100644 python/demo/undocumented/meshview-3D2D/demo_meshview-3D2D.py
 create mode 100644 python/demo/undocumented/meshview-3D3D/demo_meshview-3D3D.py
 create mode 100644 python/demo/undocumented/mixed-poisson-sphere/demo_mixed-poisson-sphere.py
 create mode 100644 python/demo/undocumented/mixedfunctionspace/demo_mixedfunctionspace.py
 create mode 100644 python/demo/undocumented/mplot/demo_mplot.py
 create mode 100644 python/demo/undocumented/multimesh-marking/demo_multimesh_marking.py
 create mode 100644 python/demo/undocumented/multimesh-poisson/demo_multimesh-poisson.py
 create mode 100644 python/demo/undocumented/multimesh-quadrature/demo_multimesh-quadrature.py
 create mode 100644 python/demo/undocumented/multimesh-stokes/demo_multimesh-stokes.py
 create mode 100644 python/demo/undocumented/multistage-solver/demo_multistage-solver.py
 create mode 100644 python/demo/undocumented/nonmatching-projection/demo_nonmatching-projection.py
 create mode 100644 python/demo/undocumented/optimization/demo_optimization.py
 create mode 100644 python/demo/undocumented/overlapping-regions/demo_overlapping-regions.py
 create mode 100644 python/demo/undocumented/parallel-refinement/demo_parallel-refinement.py
 create mode 100644 python/demo/undocumented/parameters/demo_parameters.py
 create mode 100644 python/demo/undocumented/parameters/parameters.xml
 create mode 100644 python/demo/undocumented/point-integral/demo_point-integral.py
 create mode 100644 python/demo/undocumented/poisson-disc/demo_poisson-disc.py
 create mode 100644 python/demo/undocumented/poisson1D-in-2D/demo_poisson1D-in-2D.py
 create mode 100644 python/demo/undocumented/poisson1D/demo_poisson1D.py
 create mode 100644 python/demo/undocumented/projection-interpolation/demo_projection-interpolation.py
 create mode 100644 python/demo/undocumented/propeller_2d_coarse.xml.gz
 create mode 100644 python/demo/undocumented/propeller_2d_fine.xml.gz
 create mode 100644 python/demo/undocumented/pulley.xdmf
 create mode 100644 python/demo/undocumented/refinement/demo_refinement.py
 create mode 100644 python/demo/undocumented/smoothing/demo_smoothing.py
 create mode 100644 python/demo/undocumented/spatial-coordinates/demo_spatial-coordinates.py
 create mode 100644 python/demo/undocumented/special-functions/demo_special-functions.py
 create mode 100644 python/demo/undocumented/sphere.xml.gz
 create mode 100644 python/demo/undocumented/sphere_16.xml.gz
 create mode 100644 python/demo/undocumented/sub-function-assignment/demo_sub-function-assignment.py
 create mode 100644 python/demo/undocumented/submesh/demo_submesh.py
 create mode 100644 python/demo/undocumented/sym-dirichlet-bc/demo_sym-dirichlet-bc.py
 create mode 100644 python/demo/undocumented/time-series/demo_time-series.py
 create mode 100644 python/demo/undocumented/timing/demo_timing.py
 create mode 100644 python/demo/undocumented/unitsquare_64_64.xml.gz
 create mode 100644 python/demo/undocumented/unitsquare_64_64_velocity.xml.gz
 create mode 100644 python/demo/undocumented/waveguide/demo_waveguide.py
 create mode 100644 python/doc/Makefile
 create mode 100644 python/doc/README.rst
 create mode 120000 python/doc/source/ChangeLog.rst
 create mode 100644 python/doc/source/api.rst
 create mode 100644 python/doc/source/conf.py
 create mode 100644 python/doc/source/contributing.rst
 create mode 100644 python/doc/source/demos.rst
 create mode 100644 python/doc/source/developer.rst
 create mode 100644 python/doc/source/index.rst
 create mode 100644 python/doc/source/installation.rst
 create mode 100644 python/doc/source/rstprocess.py
 create mode 100644 python/doc/source/styleguide_cpp.rst
 create mode 100644 python/doc/source/using.rst
 create mode 100644 python/dolfin/__init__.py
 create mode 100644 python/dolfin/common/__init__.py
 create mode 100644 python/dolfin/common/plotting.py
 create mode 100644 python/dolfin/common/timer.py
 create mode 100644 python/dolfin/fem/__init__.py
 create mode 100644 python/dolfin/fem/adaptivesolving.py
 create mode 100644 python/dolfin/fem/assembling.py
 create mode 100644 python/dolfin/fem/dirichletbc.py
 create mode 100644 python/dolfin/fem/errorcontrolgenerator.py
 create mode 100644 python/dolfin/fem/form.py
 create mode 100644 python/dolfin/fem/formmanipulations.py
 create mode 100644 python/dolfin/fem/interpolation.py
 create mode 100644 python/dolfin/fem/multimeshdirichletbc.py
 create mode 100644 python/dolfin/fem/norms.py
 create mode 100644 python/dolfin/fem/problem.py
 create mode 100644 python/dolfin/fem/projection.py
 create mode 100644 python/dolfin/fem/solvers.py
 create mode 100644 python/dolfin/fem/solving.py
 create mode 100644 python/dolfin/function/__init__.py
 create mode 100644 python/dolfin/function/argument.py
 create mode 100644 python/dolfin/function/constant.py
 create mode 100644 python/dolfin/function/expression.py
 create mode 100644 python/dolfin/function/function.py
 create mode 100644 python/dolfin/function/functionspace.py
 create mode 100644 python/dolfin/function/jit.py
 create mode 100644 python/dolfin/function/multimeshfunction.py
 create mode 100644 python/dolfin/function/multimeshfunctionspace.py
 create mode 100644 python/dolfin/function/specialfunctions.py
 create mode 100644 python/dolfin/io/__init__.py
 create mode 100644 python/dolfin/jit/__init__.py
 create mode 100644 python/dolfin/jit/jit.py
 create mode 100644 python/dolfin/jit/pybind11jit.py
 create mode 100644 python/dolfin/la/__init__.py
 create mode 100644 python/dolfin/la/solver.py
 create mode 100644 python/dolfin/mesh/__init__.py
 create mode 100644 python/dolfin/mesh/ale.py
 create mode 100644 python/dolfin/mesh/meshfunction.py
 create mode 100644 python/dolfin/mesh/meshvaluecollection.py
 create mode 100644 python/dolfin/mesh/subdomain.py
 create mode 100644 python/dolfin/mesh/svgtools.py
 create mode 100644 python/dolfin/mesh/ufl_util.py
 create mode 100644 python/dolfin/multistage/__init__.py
 create mode 100644 python/dolfin/multistage/factorize.py
 create mode 100644 python/dolfin/multistage/multistagescheme.py
 create mode 100644 python/dolfin/multistage/multistagesolvers.py
 create mode 100644 python/dolfin/multistage/rushlarsenschemes.py
 create mode 100644 python/dolfin/parameter/__init__.py
 create mode 100644 python/dolfin/ts/cvode.py
 create mode 100644 python/dolfin_utils/meshconvert/__init__.py
 create mode 100644 python/dolfin_utils/meshconvert/abaqus.py
 create mode 100644 python/dolfin_utils/meshconvert/meshconvert.py
 create mode 100644 python/dolfin_utils/meshconvert/xml_writer.py
 create mode 100644 python/dolfin_utils/test/__init__.py
 create mode 100644 python/dolfin_utils/test/fixtures.py
 create mode 100644 python/dolfin_utils/test/paths.py
 create mode 100644 python/dolfin_utils/test/skips.py
 create mode 100644 python/fenics/__init__.py
 create mode 100644 python/setup.cfg
 create mode 100644 python/setup.py
 create mode 100644 python/src/MPICommWrapper.cpp
 create mode 100644 python/src/MPICommWrapper.h
 create mode 100644 python/src/adaptivity.cpp
 create mode 100644 python/src/ale.cpp
 create mode 100644 python/src/casters.h
 create mode 100644 python/src/common.cpp
 create mode 100644 python/src/dolfin.cpp
 create mode 100644 python/src/fem.cpp
 create mode 100644 python/src/function.cpp
 create mode 100644 python/src/generation.cpp
 create mode 100644 python/src/geometry.cpp
 create mode 100644 python/src/graph.cpp
 create mode 100644 python/src/io.cpp
 create mode 100644 python/src/la.cpp
 create mode 100644 python/src/log.cpp
 create mode 100644 python/src/math.cpp
 create mode 100644 python/src/mesh.cpp
 create mode 100644 python/src/mpi_casters.h
 create mode 100644 python/src/multistage.cpp
 create mode 100644 python/src/nls.cpp
 create mode 100644 python/src/parameter.cpp
 create mode 100644 python/src/petsc_casters.h
 create mode 100644 python/src/refinement.cpp
 create mode 100644 python/src/ts.cpp
 create mode 100644 python/test/data/boxes.xml
 create mode 100644 python/test/data/doughnut.xml
 create mode 100644 python/test/data/intersecting_surfaces.xml
 create mode 100755 python/test/unit/adaptivity/test_error_control.py
 create mode 100755 python/test/unit/adaptivity/test_time_series.py
 create mode 100755 python/test/unit/ale/test_harmonic_smoothing.py
 create mode 100644 python/test/unit/common/test_mpi.py
 create mode 100644 python/test/unit/common/test_timer.py
 create mode 100644 python/test/unit/conftest.py
 create mode 100644 python/test/unit/fem/gmsh_unit_interval.xml
 create mode 100644 python/test/unit/fem/test_adapt.py
 create mode 100644 python/test/unit/fem/test_assembler.py
 create mode 100644 python/test/unit/fem/test_coordinate_derivative.py
 create mode 100644 python/test/unit/fem/test_dirichlet_bc.py
 create mode 100644 python/test/unit/fem/test_discrete_operators.py
 create mode 100644 python/test/unit/fem/test_dofmap.py
 create mode 100644 python/test/unit/fem/test_dp_assemble.py
 create mode 100644 python/test/unit/fem/test_finite_element.py
 create mode 100644 python/test/unit/fem/test_form.py
 create mode 100644 python/test/unit/fem/test_formsplitter.py
 create mode 100644 python/test/unit/fem/test_interior_facet_integral_sides.py
 create mode 100644 python/test/unit/fem/test_local_assembler.py
 create mode 100644 python/test/unit/fem/test_local_solver.py
 create mode 100644 python/test/unit/fem/test_manifolds.py
 create mode 100644 python/test/unit/fem/test_mixedassembler.py
 create mode 100644 python/test/unit/fem/test_petsc_transfer_matrix.py
 create mode 100644 python/test/unit/fem/test_point_source.py
 create mode 100644 python/test/unit/fem/test_solving.py
 create mode 100644 python/test/unit/fem/test_symbolic_geometry_assembly.py
 create mode 100644 python/test/unit/fem/test_system_assembler.py
 create mode 100644 python/test/unit/fem/test_variational_problem.py
 create mode 100644 python/test/unit/fem/tetrahedron.xml
 create mode 100755 python/test/unit/function/test_constant.py
 create mode 100755 python/test/unit/function/test_constrained_function_space.py
 create mode 100755 python/test/unit/function/test_expression.py
 create mode 100755 python/test/unit/function/test_function.py
 create mode 100755 python/test/unit/function/test_function_assigner.py
 create mode 100755 python/test/unit/function/test_function_space.py
 create mode 100755 python/test/unit/function/test_lagrange_interpolator.py
 create mode 100755 python/test/unit/function/test_nonmatching_interpolation.py
 create mode 100755 python/test/unit/function/test_special_functions.py
 create mode 100755 python/test/unit/geometry/test_bounding_box_tree.py
 create mode 100755 python/test/unit/geometry/test_collision_detection.py
 create mode 100755 python/test/unit/geometry/test_collision_segment_segment.py
 create mode 100755 python/test/unit/geometry/test_coordinates.py
 create mode 100755 python/test/unit/geometry/test_geometry_issues.py
 create mode 100755 python/test/unit/geometry/test_intersection.py
 create mode 100755 python/test/unit/geometry/test_intersection_construction.py
 create mode 100644 python/test/unit/geometry/test_point.py
 create mode 100755 python/test/unit/graph/test_graph_build.py
 create mode 100755 python/test/unit/io/test_HDF5.py
 create mode 100755 python/test/unit/io/test_HDF5_attribute.py
 create mode 100644 python/test/unit/io/test_HDF5_series.py
 create mode 100755 python/test/unit/io/test_SVG.py
 create mode 100755 python/test/unit/io/test_X3D.py
 create mode 100755 python/test/unit/io/test_XDMF.py
 create mode 100644 python/test/unit/io/test_XDMF_cell_output.py
 create mode 100755 python/test/unit/io/test_XMLFunction.py
 create mode 100755 python/test/unit/io/test_XML_mesh.py
 create mode 100755 python/test/unit/io/test_XML_mesh_function.py
 create mode 100755 python/test/unit/io/test_XML_mesh_value_collection.py
 create mode 100755 python/test/unit/io/test_XML_table.py
 create mode 100755 python/test/unit/io/test_XML_vector.py
 create mode 100755 python/test/unit/io/test_XYZ.py
 create mode 100755 python/test/unit/io/test_vtk.py
 create mode 100644 python/test/unit/io/xml_value_collection_ref.xml
 create mode 100755 python/test/unit/jit/test_jit.py
 create mode 100755 python/test/unit/la/test_krylov_solver.py
 create mode 100755 python/test/unit/la/test_la_basic.py
 create mode 100755 python/test/unit/la/test_linear_operator.py
 create mode 100755 python/test/unit/la/test_lu_solver.py
 create mode 100755 python/test/unit/la/test_matrix.py
 create mode 100755 python/test/unit/la/test_mg_solver.py
 create mode 100755 python/test/unit/la/test_nullspace.py
 create mode 100755 python/test/unit/la/test_petsc.py
 create mode 100644 python/test/unit/la/test_petsc4py.py
 create mode 100755 python/test/unit/la/test_scalar.py
 create mode 100755 python/test/unit/la/test_slepc_solver.py
 create mode 100755 python/test/unit/la/test_solve.py
 create mode 100644 python/test/unit/la/test_sparsity_pattern.py
 create mode 100644 python/test/unit/la/test_tensor_layout.py
 create mode 100755 python/test/unit/la/test_vector.py
 create mode 100644 python/test/unit/log/test_log.py
 create mode 100755 python/test/unit/math/test_math.py
 create mode 100644 python/test/unit/mesh/test_boundary_mesh.py
 create mode 100644 python/test/unit/mesh/test_cell.py
 create mode 100644 python/test/unit/mesh/test_edge.py
 create mode 100644 python/test/unit/mesh/test_face.py
 create mode 100644 python/test/unit/mesh/test_facet.py
 create mode 100644 python/test/unit/mesh/test_ghost_mesh.py
 create mode 100644 python/test/unit/mesh/test_manifold_point_search.py
 create mode 100644 python/test/unit/mesh/test_mesh.py
 create mode 100644 python/test/unit/mesh/test_mesh_coloring.py
 create mode 100644 python/test/unit/mesh/test_mesh_data.py
 create mode 100644 python/test/unit/mesh/test_mesh_editor.py
 create mode 100644 python/test/unit/mesh/test_mesh_function.py
 create mode 100644 python/test/unit/mesh/test_mesh_iterator.py
 create mode 100644 python/test/unit/mesh/test_mesh_markers.py
 create mode 100644 python/test/unit/mesh/test_mesh_quality.py
 create mode 100644 python/test/unit/mesh/test_mesh_transformation.py
 create mode 100644 python/test/unit/mesh/test_mesh_value_collection.py
 create mode 100644 python/test/unit/mesh/test_meshview.py
 create mode 100644 python/test/unit/mesh/test_periodic_boundary_computation.py
 create mode 100644 python/test/unit/mesh/test_sub_domain.py
 create mode 100644 python/test/unit/mesh/test_sub_mesh.py
 create mode 100644 python/test/unit/meshconvert/data/abaqus.inp
 create mode 100644 python/test/unit/meshconvert/data/abaqus_facet.inp
 create mode 100644 python/test/unit/meshconvert/data/diffpack_tet.grid
 create mode 100644 python/test/unit/meshconvert/data/diffpack_tri.grid
 create mode 100644 python/test/unit/meshconvert/data/gmsh.msh
 create mode 100644 python/test/unit/meshconvert/data/gmsh_test_facet_regions_1D_2.geo
 create mode 100644 python/test/unit/meshconvert/data/gmsh_test_facet_regions_1D_2.msh
 create mode 100644 python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_1.geo
 create mode 100644 python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_1.msh
 create mode 100644 python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_2.geo
 create mode 100644 python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_2.msh
 create mode 100644 python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_3.geo
 create mode 100644 python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_3.msh
 create mode 100644 python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_4.geo
 create mode 100644 python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_4.msh
 create mode 100644 python/test/unit/meshconvert/data/gmsh_test_facet_regions_3D_1.geo
 create mode 100644 python/test/unit/meshconvert/data/gmsh_test_facet_regions_3D_1.msh
 create mode 100644 python/test/unit/meshconvert/data/test_Triangle_3.edge
 create mode 100644 python/test/unit/meshconvert/data/test_Triangle_3.ele
 create mode 100644 python/test/unit/meshconvert/data/test_Triangle_3.node
 create mode 100644 python/test/unit/meshconvert/data/triangle.ele
 create mode 100644 python/test/unit/meshconvert/data/triangle.node
 create mode 100755 python/test/unit/meshconvert/test_mesh_converter.py
 create mode 100755 python/test/unit/mpipipe.sh
 create mode 100644 python/test/unit/multimesh/test_compression.py
 create mode 100755 python/test/unit/multimesh/test_interface_area.py
 create mode 100644 python/test/unit/multimesh/test_multimesh.py
 create mode 100644 python/test/unit/multimesh/test_multimesh_autocover.py
 create mode 100644 python/test/unit/multimesh/test_multimesh_cell_types.py
 create mode 100644 python/test/unit/multimesh/test_multimesh_coefficients.py
 create mode 100644 python/test/unit/multimesh/test_multimesh_function.py
 create mode 100755 python/test/unit/multimesh/test_multimesh_initialization.py
 create mode 100755 python/test/unit/multimesh/test_multimesh_issues.py
 create mode 100644 python/test/unit/multimesh/test_multimesh_solve.py
 create mode 100755 python/test/unit/multimesh/test_volume.py
 create mode 100755 python/test/unit/multistage/test_RK_solver.py
 create mode 100644 python/test/unit/multistage/test_factorizer.py
 create mode 100755 python/test/unit/multistage/test_point_integral_solver.py
 create mode 100755 python/test/unit/nls/test_PETScSNES_solver.py
 create mode 100755 python/test/unit/nls/test_PETScTAOSolver.py
 create mode 100755 python/test/unit/nls/test_TAO_linear_bound_solver.py
 create mode 100755 python/test/unit/parallel-assembly-solve/test_solve_result_against_reference.py
 create mode 100755 python/test/unit/parameter/test_parameters.py
 create mode 100755 python/test/unit/scripts/clean.sh
 create mode 100755 python/test/unit/scripts/mpidebug.sh
 create mode 100755 python/test/unit/scripts/mpirun.sh
 create mode 100755 python/test/unit/scripts/prun.sh
 create mode 100755 python/test/unit/scripts/run.sh
 create mode 100755 python/test/unit/scripts/splitmpidebug.sh
 create mode 100644 python/test/unit/ts/test_sundials.py
 create mode 100755 python/test/unit/ufl-jit-assemble-chain/test_assembly_derivatives.py
 create mode 100755 python/test/unit/ufl-jit-assemble-chain/test_form_operations.py
 create mode 100755 scripts/dolfin-convert/dolfin-convert
 create mode 100644 scripts/dolfin-convert/test_Triangle.edge
 create mode 100644 scripts/dolfin-convert/test_Triangle.ele
 create mode 100644 scripts/dolfin-convert/test_Triangle.node
 create mode 100644 scripts/dolfin-convert/test_exodus.exo
 create mode 100755 scripts/dolfin-order/dolfin-order
 create mode 100755 scripts/dolfin-plot/dolfin-plot
 create mode 100755 scripts/dolfin-plot/plot_book_elements.sh
 create mode 100755 scripts/dolfin-plot/plot_elements.sh
 create mode 100755 test/codingstyle/test_coding_style.py.in
 create mode 100644 test/data/README
 create mode 100644 test/data/aneurysm.xml
 create mode 100755 test/data/manifest.xml
 create mode 100644 test/data/snake.xml
 create mode 100644 test/unit/README
 create mode 100644 test/unit/cpp/CMakeLists.txt
 create mode 100644 test/unit/cpp/catch/catch.hpp
 create mode 100644 test/unit/cpp/common/SubSystemsManager.cpp
 create mode 100644 test/unit/cpp/function/Expression.cpp
 create mode 100644 test/unit/cpp/function/Projection.ufl
 create mode 100644 test/unit/cpp/geometry/ConvexTriangulation.cpp
 create mode 100644 test/unit/cpp/geometry/IntersectionConstruction.cpp
 create mode 100644 test/unit/cpp/io/XMLMeshData.cpp
 create mode 100644 test/unit/cpp/io/XMLMeshValueCollection.cpp
 create mode 100644 test/unit/cpp/io/xml_value_collection_ref.xml
 create mode 100644 test/unit/cpp/la/LinearOperator.cpp
 create mode 100644 test/unit/cpp/la/SUNDIALSNVector.cpp
 create mode 100644 test/unit/cpp/la/Vector.cpp
 create mode 100644 test/unit/cpp/la/forms/ReactionDiffusion.ufl
 create mode 100644 test/unit/cpp/la/forms/ReactionDiffusionAction.ufl
 create mode 100644 test/unit/cpp/main.cpp
 create mode 100644 test/unit/cpp/mesh/Mesh.cpp
 create mode 100644 test/unit/cpp/mesh/MeshColoring.cpp
 create mode 100644 test/unit/cpp/mesh/MeshFunction.cpp
 create mode 100644 test/unit/cpp/mesh/MeshValueCollection.cpp
 create mode 100644 test/unit/cpp/mesh/MultiMesh.cpp
 create mode 100644 test/unit/cpp/parameter/Parameters.cpp
 create mode 100644 test/unit/pytest.ini
 create mode 100644 test/unit/python/fem/test_splitter.py
 create mode 100644 test/unit/python/function/test_function_space_product.py
 create mode 100644 test/unit/python/mesh/test_meshview.py
 create mode 100644 utils/emacs/macros
 create mode 100644 utils/pylit/LICENSE
 create mode 100644 utils/pylit/README.rst
 create mode 100755 utils/pylit/pylit.py
 create mode 100755 utils/scripts/broken
 create mode 100755 utils/scripts/code-formatting
 create mode 100755 utils/scripts/dolfinreplace
 create mode 100755 utils/scripts/fixme
 create mode 100755 utils/scripts/formatcode
 create mode 100755 utils/scripts/klocs
 create mode 100755 utils/scripts/notinuse
 create mode 100755 utils/scripts/pdebug
 create mode 100644 utils/scripts/plotklocs
 create mode 100644 utils/x3dom/README.rst
 create mode 100644 utils/x3dom/x3dom_support.css
 create mode 100644 utils/x3dom/x3dom_support.js

diff --git a/.circleci/config.yml b/.circleci/config.yml
new file mode 100644
index 0000000..853eae2
--- /dev/null
+++ b/.circleci/config.yml
@@ -0,0 +1,95 @@
+version: 2
+jobs:
+  build:
+    docker:
+      - image: quay.io/fenicsproject/dev-env:latest
+    working_directory: /home/fenics/working
+    steps:
+      - run:
+          name: Clone DOLFIN
+          command: git lfs clone https://bitbucket.org/"${CIRCLE_PROJECT_USERNAME}/${CIRCLE_PROJECT_REPONAME}".git .
+      - checkout
+      - run:
+          name: Install/update dependencies  # Install with sudo as tests not run as superuser in circleci/python
+          command: sudo pip3 install flake8 pytest pytest-xdist sphinx sphinx_rtd_theme --upgrade
+      - run:
+          name: Install FEniCS dependencies
+          command: |
+            DEP_BRANCH_NAME="master"
+            pip3 install git+https://github.com/FEniCS/fiat.git@"${DEP_BRANCH_NAME}"
+            pip3 install git+https://github.com/FEniCS/ufl.git@"${DEP_BRANCH_NAME}"
+            pip3 install git+https://bitbucket.org/fenics-project/dijitso.git@"${DEP_BRANCH_NAME}"
+            pip3 install git+https://bitbucket.org/fenics-project/ffc.git@"${DEP_BRANCH_NAME}"
+      - run:
+          name: Flake8 checks on pybind11 Python code
+          command: python3 -m flake8 --append-config=python/setup.cfg python/dolfin
+      - run:
+          name: Build DOLFIN C++ documentation
+          command: cd doc && doxygen
+      - run:
+          name: Configure DOLFIN (C++)
+          command: mkdir -p build && cd build && cmake -DCMAKE_BUILD_TYPE=RelWithDebInfo ../
+      - run:
+          name: Build DOLFIN and install (C++)
+          command: cd build && make -j2 install
+      - run:
+          name: Build and run C++ unit tests (serial)
+          command: cd build && make -j2 unittests && ctest -R unittests
+      - run:
+          name: Build and run C++ regressions tests (serial)
+          command: cd build && make -j2 demos && ctest -j2 -R demo -R serial
+      - run:
+          name: Run C++ regression tests (MPI)
+          command: cd build && make -j2 demos && ctest -R demo -R mpi
+      - run:
+          name: Build Python interface
+          command: |
+            cd python
+            pip3 -v install . --user
+      - run:
+          name: Build DOLFIN Python documentation
+          command: cd python/doc && make html
+      - persist_to_workspace:
+          root: /home/fenics/working
+          paths:
+            - python/doc/build/html/
+      - run:
+          name: Run Python unit tests (serial)
+          command: python3 -m pytest -n 2 python/test/unit/
+      - run:
+          name: Run Python unit tests (MPI)
+          command: mpirun -n 3 python3 -m pytest python/test/unit/
+      - run:
+          name: Generate Python demo (regression) programs
+          command: python3 python/demo/generate-demo-files.py
+      - run:
+          name: Run Python regression tests (serial)
+          command: python3 -m pytest -v -n2 python/demo/test.py
+      - run:
+          name: Run Python regression tests (MPI)
+          command: python3 -m pytest -v python/demo/test.py --mpiexec=mpiexec --num-proc=3
+  pushdoc:
+    docker:
+      - image: circleci/python
+    working_directory: /tmp
+    steps:
+      - attach_workspace:
+          at: /tmp
+      - run:
+          name: Establish authenticity of fenicsproject.org
+          command: mkdir ~/.ssh && echo "fenicsproject.org ecdsa-sha2-nistp256 AAAAE2VjZHNhLXNoYTItbmlzdHAyNTYAAAAIbmlzdHAyNTYAAABBBFbD134YcxSNaHVyio0XPAvJYh8SF90xp/ARqfrbAwOmJaEPTl5CNXm6f3+Sy0k1QTp+j9WawiJON+4/FWQBTD4=" >> ~/.ssh/known_hosts
+      - run:
+          name: Push Python API doc to fenicsproject.org
+          command: cd /tmp/python/doc/build/html && scp -r * docs@fenicsproject.org:/var/www/vhosts/fenicsproject.org/docs/dolfin/dev/python/
+workflows:
+  version: 2
+  build-and-pushdoc:
+    jobs:
+      - build
+      - pushdoc:
+          requires:
+            - build
+          filters:
+            branches:
+              only:
+                - master
diff --git a/AUTHORS b/AUTHORS
new file mode 100644
index 0000000..d16c167
--- /dev/null
+++ b/AUTHORS
@@ -0,0 +1,82 @@
+Authors/contributors in alphabetical order:
+
+  Ido Akkerman          <I.Akkerman@tudelft.nl>             (-)
+  Martin Sandve Alnæs   <martinal@simula.no>                (C)
+  Fredrik Bengzon       <bengzon@math.chalmers.se>          (-)
+  Aslak Bergersen       <aslak.bergersen@gmail.com>         (C)
+  Jan Blechta           <blechta@karlin.mff.cuni.cz>        (C)
+  Rolv Erlend Bredesen  <rolv@simula.no>                    (C)
+  Jed Brown             <fenics@59A2.org>                   (C)
+  Solveig Bruvoll       <solveio@ifi.uio.no>                (C)
+  Jørgen S. Dokken      <dokken92@gmail.com>                (C)
+  Niklas Ericsson       <nen@math.chalmers.se>              (-)
+  Patrick Farrell       <patrick.farrell06@imperial.ac.uk>  (C)
+  Georgios Foufas       <foufas@math.chalmers.se>           (C)
+  Tom Gustafsson        <tom.gustafsson@aalto.fi>           (C)
+  Joachim B Haga        <jobh@broadpark.no>                 (C)
+  Johan Hake            <hake@simula.no>                    (C)
+  Jack S. Hale          <j.hale09@imperial.ac.uk>           (C)
+  Rasmus Hemph          <PDE project course 2001/2002>      (-)
+  David Heintz          <david.heintz@comhem.se>            (-)
+  Johan Hoffman         <hoffman@csc.kth.se>                (C)
+  Par Ingelstrom        <pi@elmagn.chalmers.se>             (-)
+  Anders E. Johansen    <andersej@math.uio.no>              (C)
+  Johan Jansson         <johanjan@math.chalmers.se>         (C)
+  Niclas Jansson        <njansson@kth.se>                   (C)
+  Alexander Jarosch     <alexanj@hi.is>                     (C)
+  Kristen Kaasbjerg     <cosby@fys.ku.dk>                   (C)
+  Benjamin Kehlet       <benjamik@simula.no>                (C)
+  Arve Knudsen          <arvenk@simula.no>                  (C)
+  Karin Kraft           <kakr@math.chalmers.se>             (-)
+  Aleksandra Krusper    <PDE project course 2001/2002>      (-)
+  Evan Lezar            <mail@evanlezar.com>                (C)
+  Tianyi Li             <tianyi.li@polytechnique.edu>       (C)
+  Matthias Liertzer     <matthias.liertzer@tuwien.ac.at>    (C)
+  Dag Lindbo            <dag@csc.kth.se>                    (C)
+  Glenn Terje Lines     <glennli@simula.no>                 (C)
+  Anders Logg           <logg@simula.no>                    (C)
+  Nuno Lopes            <ndl@ptmat.fc.ul.pt>                (C)
+  Kent-Andre Mardal     <kent-and@simula.no>                (C)
+  Sigvald Marholm       <sigvald@marebakken.com>            (C)
+  Andreas Mark          <f00anma@dd.chalmers.se>            (-)
+  Andre Massing         <massing@simula.no>                 (C)
+  Lawrence Mitchell     <lawrence.mitchell@imperial.ac.uk>  (C)
+  Marco Morandini       <morandini@aero.polimi.it>          (C)
+  Mikael Mortensen      <mikael.mortensen@gmail.com>        (C)
+  Corrado Maurini       <cmaurini@gmail.com>                (C)
+  Pablo De Napoli       <pdenapo@gmail.com>                 (-)
+  Harish Narayanan      <hnarayanan@gmail.com>              (C)
+  Andreas Nilsson       <f99anni@dd.chalmers.se>            (-)
+  Minh Do-Quang         <minh@mech.kth.se>                  (-)
+  Chris Richardson      <chris@bpi.cam.ac.uk>               (C)
+  Johannes Ring         <johannr@simula.no>                 (C)
+  Marie E. Rognes       <meg@simula.no>                     (C)
+  John Rudge            <jfr23@cam.ac.uk>                   (-)
+  Bartosz Sawicki       <sawickib@iem.pw.edu.pl>            (C)
+  Nico Schlömer         <nico.schloemer@gmail.com>          (C)
+  Kristoffer Selim      <selim@simula.no>                   (C)
+  Angelo Simone         <a.simone@tudelft.nl>               (C)
+  Ola Skavhaug          <skavhaug@simula.no>                (C)
+  Thomas Svedberg       <thsv@am.chalmers.se>               (-)
+  Erik Svensson         <eriksv@math.chalmers.se>           (C)
+  Harald Svensson       <harald.s@home.se>                  (-)
+  Andy Terrel           <aterrel@uchicago.edu>              (C)
+  Jim Tilander          <jt@dd.chalmers.se>                 (C)
+  Fredrik Valdmanis     <fredrik@valdmanis.com>             (C)
+  Magnus Vikstrøm       <gustavv@ifi.uio.no>                (C)
+  Walter Villanueva     <PDE project course 2001/2002>      (-)
+  Shawn Walker          <walker@cims.nyu.edu>               (C)
+  Garth N. Wells        <gnw20@cam.ac.uk>                   (C)
+  Ilmar Wilbers         <ilmarw@simula.dot.no>              (C)
+  Cian Wilson           <cwilson@ldeo.columbia.edu>         (C)
+  Ivan Yashchuk         <ivan.yashchuk@aalto.fi>            (C)
+  Michele Zaffalon      <michele.zaffalon@gmail.com>        (C)
+  Åsmund Ødegård        <aasmund@simula.no>                 (C)
+  Kristian Ølgaard      <kbo@civil.aau.dk>                  (C)
+
+(C) = copyright form signed
+(!) = missing copyright form!
+(-) = minor change, copyright form not signed
+
+Missing credits? Tell us and we will fix it.
+Send an email to fenics-dev@googlegroups.com
diff --git a/CMakeLists.txt b/CMakeLists.txt
new file mode 100644
index 0000000..fe47574
--- /dev/null
+++ b/CMakeLists.txt
@@ -0,0 +1,805 @@
+# Top level CMakeLists.txt file for DOLFIN
+
+# Require CMake 3.5
+cmake_minimum_required(VERSION 3.5)
+
+#------------------------------------------------------------------------------
+# Set project name and version number
+
+project(DOLFIN)
+set(DOLFIN_VERSION_RELEASE 0)
+set(DOLFIN_VERSION_MAJOR "2019")
+set(DOLFIN_VERSION_MINOR "2")
+set(DOLFIN_VERSION_MICRO "0")
+set(DOLFIN_VERSION "${DOLFIN_VERSION_MAJOR}.${DOLFIN_VERSION_MINOR}.${DOLFIN_VERSION_MICRO}")
+if (NOT DOLFIN_VERSION_RELEASE)
+  set(DOLFIN_VERSION "${DOLFIN_VERSION}.dev0")
+endif()
+
+#------------------------------------------------------------------------------
+# Require and use C++11
+
+# Use C++11
+set(CMAKE_CXX_STANDARD 11)
+
+# Require C++11
+set(CMAKE_CXX_STANDARD_REQUIRED ON)
+
+# Do not enable compler-specific extensions
+set(CMAKE_CXX_EXTENSIONS OFF)
+
+#------------------------------------------------------------------------------
+# Check compiler version
+
+# Check for GCC version - earlier versions have insuffcient C++11
+# support, or bugs.
+if (CMAKE_COMPILER_IS_GNUCXX)
+  if (CMAKE_CXX_COMPILER_VERSION VERSION_LESS 4.8.3)
+    message(FATAL_ERROR "GCC version must be at least 4.8.3 (for sufficient C++11  support and to avoid some compiler bugs). You have version ${CMAKE_CXX_COMPILER_VERSION}")
+  endif()
+endif()
+
+#------------------------------------------------------------------------------
+# Get GIT changeset, if available
+
+# Check for git
+find_program(GIT_FOUND git)
+
+if (GIT_FOUND)
+  # Get the commit hash of the working branch
+  execute_process(COMMAND git rev-parse HEAD
+    WORKING_DIRECTORY ${CMAKE_SOURCE_DIR}
+    OUTPUT_VARIABLE GIT_COMMIT_HASH
+    OUTPUT_STRIP_TRAILING_WHITESPACE
+    )
+else()
+  set(GIT_COMMIT_HASH "unknown")
+endif()
+
+#------------------------------------------------------------------------------
+# General configuration
+
+# Set CMake options, see `cmake --help-policy CMP000x`
+if (COMMAND cmake_policy)
+  cmake_policy(SET CMP0003 NEW)
+  cmake_policy(SET CMP0004 NEW)
+  cmake_policy(SET CMP0042 NEW)
+endif()
+
+# Set location of our FindFoo.cmake modules
+set(DOLFIN_CMAKE_DIR "${DOLFIN_SOURCE_DIR}/cmake" CACHE INTERNAL "")
+set(CMAKE_MODULE_PATH "${DOLFIN_CMAKE_DIR}/modules")
+
+# Make sure CMake uses the correct DOLFINConfig.cmake for tests and demos
+set(CMAKE_PREFIX_PATH ${CMAKE_PREFIX_PATH} ${CMAKE_CURRENT_BINARY_DIR}/dolfin)
+
+#------------------------------------------------------------------------------
+# Configurable options for how we want to build
+
+include(FeatureSummary)
+
+option(BUILD_SHARED_LIBS "Build DOLFIN with shared libraries." ON)
+option(CMAKE_USE_RELATIVE_PATHS "Use relative paths in makefiles and projects." OFF)
+option(DOLFIN_AUTO_DETECT_MPI "Detect MPI automatically (turn this off to use the MPI compiler wrappers directly via setting CXX, CXX, FC)." ON)
+option(DOLFIN_DEPRECATION_ERROR "Turn deprecation warnings into errors." OFF)
+option(DOLFIN_ENABLE_BENCHMARKS "Enable benchmark programs." OFF)
+option(DOLFIN_ENABLE_CODE_COVERAGE "Enable code coverage." OFF)
+option(DOLFIN_ENABLE_DOCS "Enable generation of documentation." ON)
+option(DOLFIN_SKIP_BUILD_TESTS "Skip build tests for testing usability of dependency packages." OFF)
+option(DOLFIN_WITH_LIBRARY_VERSION "Build with library version information." ON)
+option(DOLFIN_ENABLE_GEOMETRY_DEBUGGING "Enable geometry debugging (developers only; requires libcgal-dev and libcgal-qt5-dev)." OFF)
+
+add_feature_info(BUILD_SHARED_LIBS BUILD_SHARED_LIBS "Build DOLFIN with shared libraries.")
+add_feature_info(CMAKE_USE_RELATIVE_PATHS CMAKE_USE_RELATIVE_PATHS "Use relative paths in makefiles and projects.")
+add_feature_info(DOLFIN_AUTO_DETECT_MPI DOLFIN_AUTO_DETECT_MPI "Detect MPI automatically (turn this off to use the MPI compiler wrappers directly via setting CXX, CXX, FC).")
+add_feature_info(DOLFIN_ENABLE_CODE_COVERAGE DOLFIN_ENABLE_CODE_COVERAGE "Enable code coverage.")
+add_feature_info(DOLFIN_WITH_LIBRARY_VERSION DOLFIN_WITH_LIBRARY_VERSION "Build with library version information.")
+add_feature_info(DOLFIN_ENABLE_BENCHMARKS DOLFIN_ENABLE_BENCHMARKS "Enable benchmark programs.")
+add_feature_info(DOLFIN_ENABLE_DOCS DOLFIN_ENABLE_DOCS "Enable generation of documentation.")
+add_feature_info(DOLFIN_SKIP_BUILD_TESTS DOLFIN_SKIP_BUILD_TESTS "Skip build tests for testing usability of dependency packages.")
+add_feature_info(DOLFIN_DEPRECATION_ERROR DOLFIN_DEPRECATION_ERROR "Turn deprecation warnings into errors.")
+add_feature_info(DOLFIN_ENABLE_GEOMETRY_DEBUGGING DOLFIN_ENABLE_GEOMETRY_DEBUGGING "Enable geometry debugging.")
+
+# Add shared library paths so shared libs in non-system paths are found
+option(CMAKE_INSTALL_RPATH_USE_LINK_PATH "Add paths to linker search and installed rpath." ON)
+add_feature_info(CMAKE_INSTALL_RPATH_USE_LINK_PATH CMAKE_INSTALL_RPATH_USE_LINK_PATH "Add paths to linker search and installed rpath.")
+
+# Hande RPATH on OSX when not installing to a system directory, see
+# https://groups.google.com/d/msg/fenics-dev/KSCrob4M_1M/zsJwdN-SCAAJ
+# and https://cmake.org/Wiki/CMake_RPATH_handling#Always_full_RPATH.
+if (APPLE)
+  # The RPATH to be used when installing, but only if it's not a
+  # system directory
+  SET(CMAKE_INSTALL_RPATH "${CMAKE_INSTALL_PREFIX}/lib")
+  LIST(FIND CMAKE_PLATFORM_IMPLICIT_LINK_DIRECTORIES "${CMAKE_INSTALL_PREFIX}/lib" isSystemDir)
+  IF("${isSystemDir}" STREQUAL "-1")
+     SET(CMAKE_INSTALL_RPATH "${CMAKE_INSTALL_PREFIX}/lib")
+  ENDIF("${isSystemDir}" STREQUAL "-1")
+endif()
+
+#------------------------------------------------------------------------------
+# Enable or disable optional packages
+
+# List optional packages
+set(OPTIONAL_PACKAGES "")
+list(APPEND OPTIONAL_PACKAGES "MPI")
+list(APPEND OPTIONAL_PACKAGES "PETSc")
+list(APPEND OPTIONAL_PACKAGES "SLEPc")
+list(APPEND OPTIONAL_PACKAGES "Trilinos")
+list(APPEND OPTIONAL_PACKAGES "UMFPACK")
+list(APPEND OPTIONAL_PACKAGES "CHOLMOD")
+list(APPEND OPTIONAL_PACKAGES "SCOTCH")
+list(APPEND OPTIONAL_PACKAGES "ParMETIS")
+list(APPEND OPTIONAL_PACKAGES "SUNDIALS")
+list(APPEND OPTIONAL_PACKAGES "zlib")
+list(APPEND OPTIONAL_PACKAGES "HDF5")
+
+# Add options
+foreach (OPTIONAL_PACKAGE ${OPTIONAL_PACKAGES})
+  string(TOUPPER "DOLFIN_ENABLE_${OPTIONAL_PACKAGE}" OPTION_NAME)
+  option(${OPTION_NAME} "Compile with support for ${OPTIONAL_PACKAGE}." ON)
+  add_feature_info(${OPTION_NAME} ${OPTION_NAME} "Compile with support for ${OPTIONAL_PACKAGE}.")
+endforeach()
+
+#------------------------------------------------------------------------------
+# Package-specific options
+
+# None at the moment
+
+#------------------------------------------------------------------------------
+# Compiler flags
+
+# Default build type (can be overridden by user)
+if (NOT CMAKE_BUILD_TYPE)
+  set(CMAKE_BUILD_TYPE "RelWithDebInfo" CACHE STRING
+    "Choose the type of build, options are: Debug Developer MinSizeRel Release RelWithDebInfo." FORCE)
+endif()
+
+# Check for some compiler flags
+include(CheckCXXCompilerFlag)
+CHECK_CXX_COMPILER_FLAG(-pipe HAVE_PIPE)
+if (HAVE_PIPE)
+  set(DOLFIN_CXX_DEVELOPER_FLAGS "-pipe ${DOLFIN_CXX_DEVELOPER_FLAGS}")
+endif()
+
+# Add some strict compiler checks
+CHECK_CXX_COMPILER_FLAG("-Wall -Werror -pedantic" HAVE_PEDANTIC)
+if (HAVE_PEDANTIC)
+  set(DOLFIN_CXX_DEVELOPER_FLAGS "-Wall -Werror -pedantic ${DOLFIN_CXX_DEVELOPER_FLAGS}")
+endif()
+
+# Debug flags
+CHECK_CXX_COMPILER_FLAG(-g HAVE_DEBUG)
+if (HAVE_DEBUG)
+  set(DOLFIN_CXX_DEVELOPER_FLAGS "-g ${DOLFIN_CXX_DEVELOPER_FLAGS}")
+endif()
+
+CHECK_CXX_COMPILER_FLAG(-O2 HAVE_O2_OPTIMISATION)
+if (HAVE_O2_OPTIMISATION)
+  set(DOLFIN_CXX_DEVELOPER_FLAGS "-O2 ${DOLFIN_CXX_DEVELOPER_FLAGS}")
+endif()
+
+# Set 'Developer' build type flags
+set(CMAKE_CXX_FLAGS_DEVELOPER "${DOLFIN_CXX_DEVELOPER_FLAGS}" CACHE STRING
+  "Flags used by the compiler during development." FORCE)
+
+# Add flags for generating code coverage reports
+if (DOLFIN_ENABLE_CODE_COVERAGE AND CMAKE_COMPILER_IS_GNUCXX)
+  set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} -fprofile-arcs -ftest-coverage")
+  set(CMAKE_EXE_LINKER_FLAGS "${CMAKE_EXE_LINKER_FLAGS} -fprofile-arcs -ftest-coverage")
+endif()
+
+# Settings for Intel compilers
+if("${CMAKE_CXX_COMPILER_ID}" STREQUAL "Intel")
+  # Use -isystem incluse flag with Intel compiler
+  set(CMAKE_INCLUDE_SYSTEM_FLAG_CXX "-isystem ")
+
+  # Stop spurious warnings from older Intel compilers
+  if("${CMAKE_CXX_COMPILER_VERSION}" LESS "13")
+    set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} -wd654,1125")
+    set(CMAKE_CXX_FLAGS_DEBUG "${CMAKE_CXX_FLAGS_DEBUG} -wd654,1125")
+    set(CMAKE_CXX_FLAGS_DEVELOPER "${CMAKE_CXX_FLAGS_DEVELOPER} -wd654,1125")
+    set(CMAKE_CXX_FLAGS_RELEASE "${CMAKE_CXX_FLAGS_RELEASE} -wd654,1125")
+    set(CMAKE_CXX_FLAGS_RELWITHDEBINFO "${CMAKE_CXX_FLAGS_RELWITHDEBINFO} -wd654,1125")
+  endif()
+endif()
+
+# Set system include flags to get around CMake bug on OSX with gcc See
+# http://public.kitware.com/Bug/print_bug_page.php?bug_id=10837
+if ("${CMAKE_CXX_COMPILER_ID}" STREQUAL "GNU")
+  set(CMAKE_INCLUDE_SYSTEM_FLAG_CXX "-isystem ")
+endif()
+
+if (APPLE)
+  set(CMAKE_INCLUDE_SYSTEM_FLAG_CXX "-isystem ")
+  set(CMAKE_CXX_FLAGS_DEVELOPER "${CMAKE_CXX_FLAGS_DEVELOPER} -Wno-long-long")
+  set(CMAKE_CXX_FLAGS_DEBUG "${CMAKE_CXX_FLAGS_DEBUG} -Wno-long-long")
+  set(CMAKE_CXX_FLAGS_RELWITHDEBINFO "${CMAKE_CXX_FLAGS_RELWITHDEBINFO} -Wno-long-long")
+endif()
+
+#------------------------------------------------------------------------------
+# Check for MPI
+
+# FIXME: Should be set CMake to use the MPI compiler wrappers?
+
+if (DOLFIN_ENABLE_MPI)
+  if (DOLFIN_AUTO_DETECT_MPI)
+    find_package(MPI)
+    set_package_properties(MPI PROPERTIES TYPE OPTIONAL
+      DESCRIPTION "Message Passing Interface (MPI)"
+      PURPOSE "Enables DOLFIN to run in parallel with MPI")
+  else()
+    # Assume user has set MPI compiler wrappers (via CXX, etc or
+    # CMAKE_CXX_COMPILER, etc)
+    set(MPI_CXX_FOUND TRUE)
+    set(MPI_C_FOUND TRUE)
+  endif()
+endif()
+
+#------------------------------------------------------------------------------
+# Run tests to find required packages
+
+# Check for Boost
+set(BOOST_ROOT $ENV{BOOST_DIR} $ENV{BOOST_HOME})
+if (BOOST_ROOT)
+  set(Boost_NO_SYSTEM_PATHS on)
+endif()
+
+# Prevent FindBoost.cmake from looking for system Boost{foo}.cmake
+# files
+set(Boost_NO_BOOST_CMAKE true)
+
+set(Boost_USE_MULTITHREADED $ENV{BOOST_USE_MULTITHREADED})
+find_package(Boost 1.56 QUIET REQUIRED)
+
+# Boost public/private libraries to link to.
+# Note: These should all be private as they do not appear in the
+# DOLFIN public interface , but there is a linking issues with older
+# Boost or CMake. Ubuntu 16.04 requires linking DOLFIN programs with
+# filesystem, whereas Ubuntu 16.10 and macOS (Homebrew) do not.
+if (Boost_VERSION VERSION_LESS 106100)
+  set(DOLFIN_BOOST_COMPONENTS_PUBLIC filesystem timer)
+  set(DOLFIN_BOOST_COMPONENTS_PRIVATE program_options iostreams)
+else()
+  set(DOLFIN_BOOST_COMPONENTS_PUBLIC timer)
+  set(DOLFIN_BOOST_COMPONENTS_PRIVATE filesystem program_options iostreams)
+endif()
+
+# Find required Boost libraries
+find_package(Boost COMPONENTS
+  ${DOLFIN_BOOST_COMPONENTS_PUBLIC} ${DOLFIN_BOOST_COMPONENTS_PRIVATE} REQUIRED)
+set_package_properties(Boost PROPERTIES TYPE REQUIRED
+  DESCRIPTION "Boost C++ libraries"
+  URL "http://www.boost.org")
+
+# Check for required package Eigen3
+find_package(Eigen3 3.2.90 REQUIRED)
+set_package_properties(Eigen3 PROPERTIES TYPE REQUIRED
+  DESCRIPTION "Lightweight C++ template library for linear algebra"
+  URL "http://eigen.tuxfamily.org")
+
+#------------------------------------------------------------------------------
+# Run tests to find optional packages
+
+# Is this still needed?
+find_package(PythonInterp 3)
+
+set_package_properties(PythonInterp PROPERTIES TYPE REQUIRED
+  DESCRIPTION "Interactive high-level object-oriented language"
+  URL "http://www.python.org")
+
+# Check for required package UFC
+find_package(UFC MODULE ${DOLFIN_VERSION_MAJOR}.${DOLFIN_VERSION_MINOR})
+set_package_properties(UFC PROPERTIES TYPE REQUIRED
+  DESCRIPTION "Unified language for form-compilers (part of FFC)"
+  URL "https://bitbucket.org/fenics-project/ffc")
+
+# Check for PETSc and SLEPc
+set(PETSC_FOUND FALSE)
+set(SLEPC_FOUND FALSE)
+if (DOLFIN_ENABLE_PETSC)
+  find_package(PETSc 3.7)
+  set_package_properties(PETSc PROPERTIES TYPE OPTIONAL
+    DESCRIPTION "Portable, Extensible Toolkit for Scientific Computation"
+    URL "https://www.mcs.anl.gov/petsc/"
+    PURPOSE "Enables the PETSc linear algebra backend")
+
+  set(SLEPC_FOUND FALSE)
+  if (PETSC_FOUND AND DOLFIN_ENABLE_SLEPC)
+    find_package(SLEPc 3.7)
+    set_package_properties(SLEPc PROPERTIES TYPE OPTIONAL
+      DESCRIPTION "Scalable Library for Eigenvalue Problem Computations"
+      URL "http://slepc.upv.es/")
+  endif()
+endif()
+
+# Check for ParMETIS and SCOTCH
+if (DOLFIN_ENABLE_MPI AND MPI_C_FOUND)
+  if (DOLFIN_ENABLE_PARMETIS)
+    find_package(ParMETIS 4.0.2)
+    set_package_properties(ParMETIS PROPERTIES TYPE OPTIONAL
+      DESCRIPTION "Parallel Graph Partitioning and Fill-reducing Matrix Ordering"
+      URL "http://glaros.dtc.umn.edu/gkhome/metis/parmetis/overview"
+      PURPOSE "Enables parallel graph partitioning")
+  endif()
+  
+  if (DOLFIN_ENABLE_SUNDIALS)
+    find_package(SUNDIALS 3)
+    set_package_properties(SUNDIALS PROPERTIES TYPE OPTIONAL
+      DESCRIPTION "SUite of Nonlinear and DIfferential/ALgebraic Equation Solvers"
+      URL "http://computation.llnl.gov/projects/sundials"
+      PURPOSE "Provides robust time integrators and nonlinear solvers that can easily be incorporated into existing simulation codes.")
+  endif()
+
+  if (DOLFIN_ENABLE_SCOTCH)
+    find_package(SCOTCH)
+    set_package_properties(SCOTCH PROPERTIES TYPE OPTIONAL
+      DESCRIPTION "Programs and libraries for graph, mesh and hypergraph partitioning"
+      URL "https://www.labri.fr/perso/pelegrin/scotch"
+      PURPOSE "Enables parallel graph partitioning")
+  endif()
+endif()
+
+# Check for UMFPACK
+if (DOLFIN_ENABLE_UMFPACK)
+  find_package(AMD QUIET)
+  find_package(BLAS QUIET)
+  set_package_properties(BLAS PROPERTIES TYPE OPTIONAL
+    DESCRIPTION "Basic Linear Algebra Subprograms"
+    URL "http://netlib.org/blas/")
+  find_package(UMFPACK)
+  set_package_properties(UMFPACK PROPERTIES TYPE OPTIONAL
+    DESCRIPTION "Sparse LU factorization library"
+    URL "http://faculty.cse.tamu.edu/davis/suitesparse.html")
+endif()
+
+# Check for CHOLMOD
+if (DOLFIN_ENABLE_CHOLMOD)
+  find_package(CHOLMOD)
+  set_package_properties(CHOLMOD PROPERTIES TYPE OPTIONAL
+    DESCRIPTION "Sparse Cholesky factorization library for sparse matrices"
+    URL "http://faculty.cse.tamu.edu/davis/suitesparse.html")
+endif()
+
+# Check for HDF5
+if (DOLFIN_ENABLE_HDF5)
+  if (NOT DEFINED ENV{HDF5_ROOT})
+    set(ENV{HDF5_ROOT} "$ENV{HDF5_DIR}")
+  endif()
+  set(HDF5_PREFER_PARALLEL FALSE)
+  if (DOLFIN_ENABLE_MPI)
+    set(HDF5_PREFER_PARALLEL TRUE)
+  endif()
+  find_package(HDF5 COMPONENTS C)
+  set_package_properties(HDF5 PROPERTIES TYPE OPTIONAL
+    DESCRIPTION "Hierarchical Data Format 5 (HDF5)"
+    URL "https://www.hdfgroup.org/HDF5")
+endif()
+
+# Check for Trilinos and the requires Trilinos packages
+if (DOLFIN_ENABLE_TRILINOS)
+  message(STATUS "Checking for Trilinos")
+  find_package(Trilinos QUIET PATHS ${TRILINOS_DIR} ${Trilinos_DIR}
+    $ENV{TRILINOS_DIR})
+  set(DOLFIN_TRILINOS_PACKAGES "Tpetra;Zoltan;MueLu;Amesos2;Ifpack2;Belos")
+
+  if ("${Trilinos_VERSION}" VERSION_LESS "12.4.0")
+    set(Trilinos_FOUND FALSE)
+    message(STATUS "Unable to find Trilinos (>= 12.4.0)")
+  endif()
+
+  set_package_properties(Trilinos PROPERTIES TYPE OPTIONAL
+    DESCRIPTION "Object-oriented framework for large-scale problems"
+    URL "https://trilinos.org")
+
+  # Check for required packages
+  set(DOLFIN_TRILINOS_PACKAGES_FOUND false)
+  if (Trilinos_FOUND)
+    message(STATUS "  Trilinos version ${Trilinos_VERSION} found. Checking for components")
+
+    # Check that necessary packages are enabled
+    set(DOLFIN_TRILINOS_PACKAGES_FOUND true)
+    foreach (required_package ${DOLFIN_TRILINOS_PACKAGES})
+
+      # Search for required package in list of available packages
+      list(FIND Trilinos_PACKAGE_LIST ${required_package} required_trilinos_package_index)
+      if(required_trilinos_package_index EQUAL -1)
+          set(required_trilinos_package_found false)
+      else()
+          set(required_trilinos_package_found true)
+      endif()
+
+      # Print whether or not package is found
+      if (required_trilinos_package_found)
+        message(STATUS "    ${required_package} found")
+      else()
+        message(STATUS "    Trilinos found, but required package ${required_package} not found. Trilinos will be disabled.")
+        set(DOLFIN_TRILINOS_PACKAGES_FOUND false)
+        break()
+      endif()
+
+    endforeach()
+
+    # Add package libraries if all packages have been found
+    if (DOLFIN_TRILINOS_PACKAGES_FOUND)
+      message(STATUS "  All necessary Trilinos components found. Trilinos will be enabled.")
+      set(DOLFIN_TRILINOS_DEFINITIONS)
+
+      # Loop over each package
+      foreach (package ${DOLFIN_TRILINOS_PACKAGES})
+
+        # Loop over libs and get full path
+        foreach (lib ${${package}_LIBRARIES})
+          find_library(TRILINOS_LIB_${lib} ${lib} PATHS ${${package}_LIBRARY_DIRS} NO_DEFAULT_PATH)
+          # Also search the default paths
+          find_library(TRILINOS_LIB_${lib} ${lib})
+          if (TRILINOS_LIB_${lib})
+            list(APPEND DOLFIN_TRILINOS_LIBRARIES ${TRILINOS_LIB_${lib}})
+          endif()
+        endforeach()
+
+      endforeach()
+
+      # Remove duplicates
+      list(REVERSE DOLFIN_TRILINOS_LIBRARIES)
+      list(REMOVE_DUPLICATES DOLFIN_TRILINOS_LIBRARIES)
+      list(REVERSE DOLFIN_TRILINOS_LIBRARIES)
+
+    endif()
+
+  else()
+    message(STATUS "Trilinos could not be found")
+  endif()
+endif()
+
+# Check for zlib
+if (DOLFIN_ENABLE_ZLIB)
+  find_package(ZLIB)
+  set_package_properties(ZLIB PROPERTIES TYPE OPTIONAL
+    DESCRIPTION "Compression library"
+    URL "http://www.zlib.net")
+endif()
+
+# Check for geometry debugging
+if (DOLFIN_ENABLE_GEOMETRY_DEBUGGING)
+  message(STATUS "Enabling geometry debugging")
+  find_package(CGAL REQUIRED)
+  find_package(GMP REQUIRED)
+  find_package(MPFR REQUIRED)
+  if (NOT CGAL_FOUND)
+    message(FATAL_ERROR "Unable to find package CGAL required for DOLFIN_ENABLE_GEOMETRY_DEBUGGING")
+  endif()
+  if (NOT GMP_FOUND)
+    message(FATAL_ERROR "Unable to find package GMP required for DOLFIN_ENABLE_GEOMETRY_DEBUGGING")
+  endif()
+  if (NOT MPFR_FOUND)
+    message(FATAL_ERROR "Unable to find package MPFR required for DOLFIN_ENABLE_GEOMETRY_DEBUGGING")
+  endif()
+endif()
+
+#------------------------------------------------------------------------------
+# Print summary of found and not found optional packages
+
+feature_summary(WHAT ALL)
+
+#------------------------------------------------------------------------------
+# Installation of docstrings
+
+#install(DIRECTORY ${CMAKE_SOURCE_DIR}/site-packages/dolfin/docstrings
+#        DESTINATION ${DOLFIN_INSTALL_PYTHON_MODULE_DIR}/dolfin
+#        USE_SOURCE_PERMISSIONS)
+
+#------------------------------------------------------------------------------
+# Installation of DOLFIN library
+
+# Append the library version information to the library target properties
+if (DOLFIN_WITH_LIBRARY_VERSION)
+  string(REPLACE "+" "" DOLFIN_LIBRARY_VERSION ${DOLFIN_VERSION})
+  # This setting of SOVERSION assumes that any API change
+  # will increment either the minor or major version number.
+  set(DOLFIN_LIBRARY_PROPERTIES ${DOLFIN_LIBRARY_PROPERTIES}
+    VERSION ${DOLFIN_LIBRARY_VERSION}
+    SOVERSION ${DOLFIN_VERSION_MAJOR}.${DOLFIN_VERSION_MINOR}
+  )
+endif()
+
+include(GNUInstallDirs)
+
+# Set DOLFIN install sub-directories
+set(DOLFIN_BIN_DIR "${CMAKE_INSTALL_BINDIR}" CACHE PATH "Binary installation directory.")
+set(DOLFIN_LIB_DIR "${CMAKE_INSTALL_LIBDIR}" CACHE PATH "Library installation directory.")
+set(DOLFIN_INCLUDE_DIR "${CMAKE_INSTALL_INCLUDEDIR}" CACHE PATH "C/C++ header installation directory.")
+set(DOLFIN_PKGCONFIG_DIR "${CMAKE_INSTALL_LIBDIR}/pkgconfig" CACHE PATH "pkg-config file installation directory.")
+set(DOLFIN_SHARE_DIR "${CMAKE_INSTALL_DATAROOTDIR}/dolfin" CACHE PATH "Shared data installation directory.")
+set(DOLFIN_MAN_DIR "${CMAKE_INSTALL_MANDIR}" CACHE PATH "Manual page installation directory.")
+set(DOLFIN_DOC_DIR "${CMAKE_INSTALL_DOCDIR}" CACHE PATH "DOLFIN Documentation directory.")
+set(DOLFIN_ETC_DIR "${CMAKE_INSTALL_SYSCONFDIR}" CACHE PATH "Configuration file directory.")
+
+# Add source directory
+add_subdirectory(dolfin)
+
+#------------------------------------------------------------------------------
+# Installation of DOLFIN utilities
+
+set(DOLFIN_UTILITIES
+  ${DOLFIN_SOURCE_DIR}/scripts/dolfin-convert/dolfin-convert
+  ${DOLFIN_SOURCE_DIR}/scripts/dolfin-order/dolfin-order
+  ${DOLFIN_SOURCE_DIR}/scripts/dolfin-plot/dolfin-plot)
+
+install(FILES ${DOLFIN_UTILITIES}
+  DESTINATION ${DOLFIN_BIN_DIR}
+  PERMISSIONS OWNER_WRITE OWNER_READ GROUP_READ WORLD_READ OWNER_EXECUTE GROUP_EXECUTE WORLD_EXECUTE
+  COMPONENT RuntimeExecutables)
+
+#------------------------------------------------------------------------------
+# Generate and install helper file dolfin.conf
+
+# FIXME: Can CMake provide the library path name variable?
+if (APPLE)
+  set(OS_LIBRARY_PATH_NAME "DYLD_LIBRARY_PATH")
+else()
+  set(OS_LIBRARY_PATH_NAME "LD_LIBRARY_PATH")
+endif()
+
+# FIXME: not cross-platform compatible
+# Create and install dolfin.conf file
+configure_file(${DOLFIN_CMAKE_DIR}/templates/dolfin.conf.in
+               ${CMAKE_BINARY_DIR}/dolfin.conf @ONLY)
+install(FILES ${CMAKE_BINARY_DIR}/dolfin.conf
+        DESTINATION ${DOLFIN_SHARE_DIR}
+        COMPONENT Development)
+
+#------------------------------------------------------------------------------
+# Generate and install helper scripts dolfin-version, fenics-version
+
+# FIXME: not cross-platform compatible
+
+# Create and install dolfin-version
+configure_file(${DOLFIN_CMAKE_DIR}/templates/dolfin-version.in
+               ${CMAKE_BINARY_DIR}/dolfin-version @ONLY)
+install(FILES ${CMAKE_BINARY_DIR}/dolfin-version
+  DESTINATION ${DOLFIN_BIN_DIR}
+  PERMISSIONS OWNER_WRITE OWNER_READ GROUP_READ WORLD_READ
+  OWNER_EXECUTE GROUP_EXECUTE WORLD_EXECUTE
+  COMPONENT RuntimeExecutables)
+
+# Create and install fenics-version
+configure_file(${DOLFIN_CMAKE_DIR}/templates/fenics-version.in
+               ${CMAKE_BINARY_DIR}/fenics-version @ONLY)
+install(FILES ${CMAKE_BINARY_DIR}/fenics-version
+        DESTINATION ${DOLFIN_BIN_DIR}
+  PERMISSIONS OWNER_WRITE OWNER_READ GROUP_READ WORLD_READ
+        OWNER_EXECUTE GROUP_EXECUTE WORLD_EXECUTE
+        COMPONENT RuntimeExecutables)
+
+#------------------------------------------------------------------------------
+# Generate and install utility script dolfin-get-demos
+
+configure_file(${DOLFIN_CMAKE_DIR}/templates/dolfin-get-demos.in
+  ${CMAKE_BINARY_DIR}/dolfin-get-demos @ONLY)
+install(FILES ${CMAKE_BINARY_DIR}/dolfin-get-demos
+  DESTINATION ${DOLFIN_BIN_DIR}
+  PERMISSIONS OWNER_WRITE OWNER_READ GROUP_READ WORLD_READ
+  OWNER_EXECUTE GROUP_EXECUTE WORLD_EXECUTE
+  COMPONENT RuntimeExecutables)
+
+#------------------------------------------------------------------------------
+# Generate demo files from rst
+
+if (PYTHONINTERP_FOUND)
+  message(STATUS "")
+  message(STATUS "Generating demo source files from reStructuredText")
+  message(STATUS "--------------------------------------------------")
+  file(GLOB_RECURSE demo_rst_files "demo/*.py.rst" "demo/*.cpp.rst" "demo/*.ufl.rst")
+  foreach(rst_file ${demo_rst_files})
+    execute_process(COMMAND ${PYTHON_EXECUTABLE} "-B" "-u" ./utils/pylit/pylit.py ${rst_file}
+      WORKING_DIRECTORY ${DOLFIN_SOURCE_DIR})
+    #add_custom_command(TARGET demos_source PRE_BUILD
+    #  COMMAND ${PYTHON_EXECUTABLE} "-B" "-u" ./utils/pylit/pylit.py ${rst_file}
+    #  WORKING_DIRECTORY ${CMAKE_SOURCE_DIR})
+  endforeach()
+endif()
+
+#------------------------------------------------------------------------------
+# Generate form files for tests, bench, demos and DOLFIN if not exists
+# FIXME: Generate files in Build directory instead, at least for
+# bench, demo and tests
+
+set(COPY_DEMO_TEST_DEMO_DATA FALSE)
+if (NOT EXISTS ${DOLFIN_SOURCE_DIR}/demo/documented/poisson/cpp/Poisson.h)
+  message(STATUS "")
+  message(STATUS "Generating form files in demo, test and bench directories. May take some time...")
+  message(STATUS "----------------------------------------------------------------------------------------")
+  execute_process(
+    COMMAND ${PYTHON_EXECUTABLE} "-B" "-u" ${DOLFIN_SOURCE_DIR}/cmake/scripts/generate-form-files.py
+    WORKING_DIRECTORY ${DOLFIN_SOURCE_DIR}
+    RESULT_VARIABLE FORM_GENERATION_RESULT
+    OUTPUT_VARIABLE FORM_GENERATION_OUTPUT
+    ERROR_VARIABLE FORM_GENERATION_OUTPUT
+    )
+
+  if (FORM_GENERATION_RESULT)
+    # Cleanup so download is triggered next time we run cmake
+    if (EXISTS ${DOLFIN_SOURCE_DIR}/demo/documented/poisson/cpp/Poisson.h)
+      file(REMOVE ${DOLFIN_SOURCE_DIR}/demo/documented/poisson/cpp/Poisson.h)
+    endif()
+    message(FATAL_ERROR "Generation of form files failed: \n${FORM_GENERATION_OUTPUT}")
+  endif()
+  set(COPY_DEMO_TEST_DEMO_DATA TRUE)
+endif()
+
+#------------------------------------------------------------------------------
+# Generate CMakeLists.txt files for bench and demos if not existing
+
+# FIXME: Generate files in Build directory instead?
+# NOTE: We need to call this script after generate-formfiles
+
+if (NOT EXISTS ${DOLFIN_SOURCE_DIR}/demo/documented/poisson/cpp/CMakeLists.txt)
+  message(STATUS "")
+  message(STATUS "Generating CMakeLists.txt files in demo, test and bench directories")
+  message(STATUS "-------------------------------------------------------------------")
+  execute_process(
+    COMMAND ${PYTHON_EXECUTABLE} ${DOLFIN_SOURCE_DIR}/cmake/scripts/generate-cmakefiles.py
+    WORKING_DIRECTORY ${DOLFIN_SOURCE_DIR}
+    RESULT_VARIABLE CMAKE_GENERATION_RESULT
+    OUTPUT_VARIABLE CMAKE_GENERATION_OUTPUT
+    ERROR_VARIABLE CMAKE_GENERATION_OUTPUT
+    )
+  if (CMAKE_GENERATION_RESULT)
+
+    # Cleanup so FFC rebuild is triggered next time we run cmake
+    if (EXISTS ${DOLFIN_SOURCE_DIR}/demo/documented/poisson/cpp/CMakeLists.txt)
+      file(REMOVE ${DOLFIN_SOURCE_DIR}/demo/documented/poisson/cpp/CMakeLists.txt)
+    endif()
+    message(FATAL_ERROR "Generation of CMakeLists.txt files failed: \n${CMAKE_GENERATION_OUTPUT}")
+  endif()
+
+  set(COPY_DEMO_TEST_DEMO_DATA TRUE)
+endif()
+
+#------------------------------------------------------------------------------
+# Copy data in demo/bench/test direcories to the build directories
+
+# FIXME: We should probably just generate them directly in the build
+# directory...
+
+if (COPY_DEMO_TEST_DEMO_DATA)
+  message(STATUS "")
+  message(STATUS "Copying demo and test data to build directory.")
+  message(STATUS "----------------------------------------------")
+  execute_process(
+    COMMAND ${PYTHON_EXECUTABLE} "-B" "-u" ${DOLFIN_SOURCE_DIR}/cmake/scripts/copy-test-demo-data.py ${CMAKE_CURRENT_BINARY_DIR}
+    WORKING_DIRECTORY ${CMAKE_CURRENT_BINARY_DIR}
+    RESULT_VARIABLE COPY_DEMO_DATA_RESULT
+    OUTPUT_VARIABLE COPY_DEMO_DATA_OUTPUT
+    ERROR_VARIABLE COPY_DEMO_DATA_OUTPUT)
+  if (COPY_DEMO_DATA_RESULT)
+    message(FATAL_ERROR "Copy demo data failed: \n${COPY_DEMO_DATA_OUTPUT}")
+  endif()
+endif()
+
+#------------------------------------------------------------------------------
+# Add demos and install demo source files and mesh files
+
+# Set make program
+if ("${CMAKE_GENERATOR}" STREQUAL "Unix Makefiles")
+  set(MAKE_PROGRAM "$(MAKE)")
+else()
+  set(MAKE_PROGRAM "${CMAKE_MAKE_PROGRAM}")
+endif()
+
+# Add taget to build .py demo files from Python rst input files, and
+# create a target to build source files from .cpp.rst and .py.rst
+# files (using pylit)
+if (PYTHONINTERP_FOUND)
+  file(GLOB_RECURSE demo_rst_files "demo/*.py.rst" "demo/*.cpp.rst" "demo/*.ufl.rst")
+  add_custom_target(demos_source)
+  foreach(rst_file ${rst_files})
+    add_custom_command(TARGET demos_source PRE_BUILD
+      COMMAND ${PYTHON_EXECUTABLE} "-B" "-u" ./utils/pylit/pylit.py ${rst_file}
+      WORKING_DIRECTORY ${CMAKE_SOURCE_DIR})
+  endforeach()
+endif()
+
+# Install the demo source files
+install(DIRECTORY demo DESTINATION ${DOLFIN_SHARE_DIR}
+  FILES_MATCHING
+  PATTERN "CMakeLists.txt"
+  PATTERN "*.cpp"
+  PATTERN "*.ufl"
+  PATTERN "*.h"
+  PATTERN "*.py"
+  PATTERN "*.xml*"
+  PATTERN "*.off"
+  PATTERN "CMakeFiles" EXCLUDE)
+
+ # Install meshes (data directory)
+install(DIRECTORY data DESTINATION ${DOLFIN_SHARE_DIR})
+
+#------------------------------------------------------------------------------
+# Generate documentation
+
+#if (DOLFIN_ENABLE_DOCS)
+#  if (NOT SPHINX_FOUND)
+#    message(STATUS "Disabling generation of documentation because Sphinx is missing.")
+#  else()
+#    add_subdirectory(doc-old)
+#  endif()
+#endif()
+
+#------------------------------------------------------------------------------
+# Add tests and benchmarks
+
+enable_testing()
+
+# Add target "unittests", but do not add to default target
+add_subdirectory(test/unit/cpp EXCLUDE_FROM_ALL)
+
+# Add demo but do not add to default target
+set(CMAKE_MODULE_PATH "${DOLFIN_CMAKE_DIR}/modules")
+add_subdirectory(demo EXCLUDE_FROM_ALL)
+
+# Add target "copy_data_test_demo"
+add_custom_target(copy_data_test_demo
+  COMMAND ${PYTHON_EXECUTABLE} "-B" "-u" ${DOLFIN_SOURCE_DIR}/cmake/scripts/copy-test-demo-data.py ${CMAKE_CURRENT_BINARY_DIR}
+  WORKING_DIRECTORY ${CMAKE_CURRENT_BINARY_DIR})
+
+# Add target "demos" for building the demos
+add_custom_target(demos
+  COMMAND ${MAKE_PROGRAM}
+  DEPENDS copy_data_test_demo demos_source
+  WORKING_DIRECTORY "${CMAKE_CURRENT_BINARY_DIR}/demo")
+
+#if (DOLFIN_ENABLE_BENCHMARKS)
+#  # Add bench but do not add to default target
+#  #add_subdirectory(bench EXCLUDE_FROM_ALL)
+#
+#  # Add target "bench" for building benchmarks
+#  #add_custom_target(bench
+#  #  COMMAND ${MAKE_PROGRAM}
+#  #  WORKING_DIRECTORY "${CMAKE_CURRENT_BINARY_DIR}/bench")0
+#
+#  # Copy files needed to run benchmarks in build directory
+#  file(COPY bench DESTINATION ${CMAKE_CURRENT_BINARY_DIR}
+#    FILES_MATCHING
+#    PATTERN "*"
+#    PATTERN "CMakeFiles" EXCLUDE)
+#
+#  # Add target "run_bench" for running benchmarks
+#  add_custom_target(run_bench
+#    COMMAND ${PYTHON_EXECUTABLE} "-B" "-u" "bench.py"
+#    DEPENDS bench
+#    WORKING_DIRECTORY "${CMAKE_CURRENT_BINARY_DIR}/bench")
+#endif()
+
+#if (DOLFIN_ENABLE_TESTING)
+
+  # Add target "run_styletest" for running documentation tests
+  #add_custom_target(run_styletest
+  #  COMMAND ${PYTHON_EXECUTABLE} "-B" "-u" "test_coding_style.py"
+  #  DEPENDS copy_data_test_demo
+  #  WORKING_DIRECTORY "${CMAKE_CURRENT_BINARY_DIR}/test/codingstyle")
+
+  # Create test_coding_style.py in build dir (depends on source path)
+  #configure_file(${CMAKE_SOURCE_DIR}/test/codingstyle/test_coding_style.py.in
+  #  ${CMAKE_BINARY_DIR}/test/codingstyle/test_coding_style.py @ONLY)
+
+#endif()
+
+#------------------------------------------------------------------------------
+# Add "make uninstall" target
+
+configure_file(
+  "${DOLFIN_CMAKE_DIR}/templates/cmake_uninstall.cmake.in"
+  "${CMAKE_CURRENT_BINARY_DIR}/cmake_uninstall.cmake"
+  IMMEDIATE @ONLY)
+
+add_custom_target(uninstall
+  "${CMAKE_COMMAND}" -P "${CMAKE_CURRENT_BINARY_DIR}/cmake_uninstall.cmake")
+
+#------------------------------------------------------------------------------
+# Print post-install message
+
+add_subdirectory(cmake/post-install)
+
+#------------------------------------------------------------------------------
diff --git a/COPYING b/COPYING
new file mode 100644
index 0000000..94a9ed0
--- /dev/null
+++ b/COPYING
@@ -0,0 +1,674 @@
+                    GNU GENERAL PUBLIC LICENSE
+                       Version 3, 29 June 2007
+
+ Copyright (C) 2007 Free Software Foundation, Inc. <http://fsf.org/>
+ Everyone is permitted to copy and distribute verbatim copies
+ of this license document, but changing it is not allowed.
+
+                            Preamble
+
+  The GNU General Public License is a free, copyleft license for
+software and other kinds of works.
+
+  The licenses for most software and other practical works are designed
+to take away your freedom to share and change the works.  By contrast,
+the GNU General Public License is intended to guarantee your freedom to
+share and change all versions of a program--to make sure it remains free
+software for all its users.  We, the Free Software Foundation, use the
+GNU General Public License for most of our software; it applies also to
+any other work released this way by its authors.  You can apply it to
+your programs, too.
+
+  When we speak of free software, we are referring to freedom, not
+price.  Our General Public Licenses are designed to make sure that you
+have the freedom to distribute copies of free software (and charge for
+them if you wish), that you receive source code or can get it if you
+want it, that you can change the software or use pieces of it in new
+free programs, and that you know you can do these things.
+
+  To protect your rights, we need to prevent others from denying you
+these rights or asking you to surrender the rights.  Therefore, you have
+certain responsibilities if you distribute copies of the software, or if
+you modify it: responsibilities to respect the freedom of others.
+
+  For example, if you distribute copies of such a program, whether
+gratis or for a fee, you must pass on to the recipients the same
+freedoms that you received.  You must make sure that they, too, receive
+or can get the source code.  And you must show them these terms so they
+know their rights.
+
+  Developers that use the GNU GPL protect your rights with two steps:
+(1) assert copyright on the software, and (2) offer you this License
+giving you legal permission to copy, distribute and/or modify it.
+
+  For the developers' and authors' protection, the GPL clearly explains
+that there is no warranty for this free software.  For both users' and
+authors' sake, the GPL requires that modified versions be marked as
+changed, so that their problems will not be attributed erroneously to
+authors of previous versions.
+
+  Some devices are designed to deny users access to install or run
+modified versions of the software inside them, although the manufacturer
+can do so.  This is fundamentally incompatible with the aim of
+protecting users' freedom to change the software.  The systematic
+pattern of such abuse occurs in the area of products for individuals to
+use, which is precisely where it is most unacceptable.  Therefore, we
+have designed this version of the GPL to prohibit the practice for those
+products.  If such problems arise substantially in other domains, we
+stand ready to extend this provision to those domains in future versions
+of the GPL, as needed to protect the freedom of users.
+
+  Finally, every program is threatened constantly by software patents.
+States should not allow patents to restrict development and use of
+software on general-purpose computers, but in those that do, we wish to
+avoid the special danger that patents applied to a free program could
+make it effectively proprietary.  To prevent this, the GPL assures that
+patents cannot be used to render the program non-free.
+
+  The precise terms and conditions for copying, distribution and
+modification follow.
+
+                       TERMS AND CONDITIONS
+
+  0. Definitions.
+
+  "This License" refers to version 3 of the GNU General Public License.
+
+  "Copyright" also means copyright-like laws that apply to other kinds of
+works, such as semiconductor masks.
+
+  "The Program" refers to any copyrightable work licensed under this
+License.  Each licensee is addressed as "you".  "Licensees" and
+"recipients" may be individuals or organizations.
+
+  To "modify" a work means to copy from or adapt all or part of the work
+in a fashion requiring copyright permission, other than the making of an
+exact copy.  The resulting work is called a "modified version" of the
+earlier work or a work "based on" the earlier work.
+
+  A "covered work" means either the unmodified Program or a work based
+on the Program.
+
+  To "propagate" a work means to do anything with it that, without
+permission, would make you directly or secondarily liable for
+infringement under applicable copyright law, except executing it on a
+computer or modifying a private copy.  Propagation includes copying,
+distribution (with or without modification), making available to the
+public, and in some countries other activities as well.
+
+  To "convey" a work means any kind of propagation that enables other
+parties to make or receive copies.  Mere interaction with a user through
+a computer network, with no transfer of a copy, is not conveying.
+
+  An interactive user interface displays "Appropriate Legal Notices"
+to the extent that it includes a convenient and prominently visible
+feature that (1) displays an appropriate copyright notice, and (2)
+tells the user that there is no warranty for the work (except to the
+extent that warranties are provided), that licensees may convey the
+work under this License, and how to view a copy of this License.  If
+the interface presents a list of user commands or options, such as a
+menu, a prominent item in the list meets this criterion.
+
+  1. Source Code.
+
+  The "source code" for a work means the preferred form of the work
+for making modifications to it.  "Object code" means any non-source
+form of a work.
+
+  A "Standard Interface" means an interface that either is an official
+standard defined by a recognized standards body, or, in the case of
+interfaces specified for a particular programming language, one that
+is widely used among developers working in that language.
+
+  The "System Libraries" of an executable work include anything, other
+than the work as a whole, that (a) is included in the normal form of
+packaging a Major Component, but which is not part of that Major
+Component, and (b) serves only to enable use of the work with that
+Major Component, or to implement a Standard Interface for which an
+implementation is available to the public in source code form.  A
+"Major Component", in this context, means a major essential component
+(kernel, window system, and so on) of the specific operating system
+(if any) on which the executable work runs, or a compiler used to
+produce the work, or an object code interpreter used to run it.
+
+  The "Corresponding Source" for a work in object code form means all
+the source code needed to generate, install, and (for an executable
+work) run the object code and to modify the work, including scripts to
+control those activities.  However, it does not include the work's
+System Libraries, or general-purpose tools or generally available free
+programs which are used unmodified in performing those activities but
+which are not part of the work.  For example, Corresponding Source
+includes interface definition files associated with source files for
+the work, and the source code for shared libraries and dynamically
+linked subprograms that the work is specifically designed to require,
+such as by intimate data communication or control flow between those
+subprograms and other parts of the work.
+
+  The Corresponding Source need not include anything that users
+can regenerate automatically from other parts of the Corresponding
+Source.
+
+  The Corresponding Source for a work in source code form is that
+same work.
+
+  2. Basic Permissions.
+
+  All rights granted under this License are granted for the term of
+copyright on the Program, and are irrevocable provided the stated
+conditions are met.  This License explicitly affirms your unlimited
+permission to run the unmodified Program.  The output from running a
+covered work is covered by this License only if the output, given its
+content, constitutes a covered work.  This License acknowledges your
+rights of fair use or other equivalent, as provided by copyright law.
+
+  You may make, run and propagate covered works that you do not
+convey, without conditions so long as your license otherwise remains
+in force.  You may convey covered works to others for the sole purpose
+of having them make modifications exclusively for you, or provide you
+with facilities for running those works, provided that you comply with
+the terms of this License in conveying all material for which you do
+not control copyright.  Those thus making or running the covered works
+for you must do so exclusively on your behalf, under your direction
+and control, on terms that prohibit them from making any copies of
+your copyrighted material outside their relationship with you.
+
+  Conveying under any other circumstances is permitted solely under
+the conditions stated below.  Sublicensing is not allowed; section 10
+makes it unnecessary.
+
+  3. Protecting Users' Legal Rights From Anti-Circumvention Law.
+
+  No covered work shall be deemed part of an effective technological
+measure under any applicable law fulfilling obligations under article
+11 of the WIPO copyright treaty adopted on 20 December 1996, or
+similar laws prohibiting or restricting circumvention of such
+measures.
+
+  When you convey a covered work, you waive any legal power to forbid
+circumvention of technological measures to the extent such circumvention
+is effected by exercising rights under this License with respect to
+the covered work, and you disclaim any intention to limit operation or
+modification of the work as a means of enforcing, against the work's
+users, your or third parties' legal rights to forbid circumvention of
+technological measures.
+
+  4. Conveying Verbatim Copies.
+
+  You may convey verbatim copies of the Program's source code as you
+receive it, in any medium, provided that you conspicuously and
+appropriately publish on each copy an appropriate copyright notice;
+keep intact all notices stating that this License and any
+non-permissive terms added in accord with section 7 apply to the code;
+keep intact all notices of the absence of any warranty; and give all
+recipients a copy of this License along with the Program.
+
+  You may charge any price or no price for each copy that you convey,
+and you may offer support or warranty protection for a fee.
+
+  5. Conveying Modified Source Versions.
+
+  You may convey a work based on the Program, or the modifications to
+produce it from the Program, in the form of source code under the
+terms of section 4, provided that you also meet all of these conditions:
+
+    a) The work must carry prominent notices stating that you modified
+    it, and giving a relevant date.
+
+    b) The work must carry prominent notices stating that it is
+    released under this License and any conditions added under section
+    7.  This requirement modifies the requirement in section 4 to
+    "keep intact all notices".
+
+    c) You must license the entire work, as a whole, under this
+    License to anyone who comes into possession of a copy.  This
+    License will therefore apply, along with any applicable section 7
+    additional terms, to the whole of the work, and all its parts,
+    regardless of how they are packaged.  This License gives no
+    permission to license the work in any other way, but it does not
+    invalidate such permission if you have separately received it.
+
+    d) If the work has interactive user interfaces, each must display
+    Appropriate Legal Notices; however, if the Program has interactive
+    interfaces that do not display Appropriate Legal Notices, your
+    work need not make them do so.
+
+  A compilation of a covered work with other separate and independent
+works, which are not by their nature extensions of the covered work,
+and which are not combined with it such as to form a larger program,
+in or on a volume of a storage or distribution medium, is called an
+"aggregate" if the compilation and its resulting copyright are not
+used to limit the access or legal rights of the compilation's users
+beyond what the individual works permit.  Inclusion of a covered work
+in an aggregate does not cause this License to apply to the other
+parts of the aggregate.
+
+  6. Conveying Non-Source Forms.
+
+  You may convey a covered work in object code form under the terms
+of sections 4 and 5, provided that you also convey the
+machine-readable Corresponding Source under the terms of this License,
+in one of these ways:
+
+    a) Convey the object code in, or embodied in, a physical product
+    (including a physical distribution medium), accompanied by the
+    Corresponding Source fixed on a durable physical medium
+    customarily used for software interchange.
+
+    b) Convey the object code in, or embodied in, a physical product
+    (including a physical distribution medium), accompanied by a
+    written offer, valid for at least three years and valid for as
+    long as you offer spare parts or customer support for that product
+    model, to give anyone who possesses the object code either (1) a
+    copy of the Corresponding Source for all the software in the
+    product that is covered by this License, on a durable physical
+    medium customarily used for software interchange, for a price no
+    more than your reasonable cost of physically performing this
+    conveying of source, or (2) access to copy the
+    Corresponding Source from a network server at no charge.
+
+    c) Convey individual copies of the object code with a copy of the
+    written offer to provide the Corresponding Source.  This
+    alternative is allowed only occasionally and noncommercially, and
+    only if you received the object code with such an offer, in accord
+    with subsection 6b.
+
+    d) Convey the object code by offering access from a designated
+    place (gratis or for a charge), and offer equivalent access to the
+    Corresponding Source in the same way through the same place at no
+    further charge.  You need not require recipients to copy the
+    Corresponding Source along with the object code.  If the place to
+    copy the object code is a network server, the Corresponding Source
+    may be on a different server (operated by you or a third party)
+    that supports equivalent copying facilities, provided you maintain
+    clear directions next to the object code saying where to find the
+    Corresponding Source.  Regardless of what server hosts the
+    Corresponding Source, you remain obligated to ensure that it is
+    available for as long as needed to satisfy these requirements.
+
+    e) Convey the object code using peer-to-peer transmission, provided
+    you inform other peers where the object code and Corresponding
+    Source of the work are being offered to the general public at no
+    charge under subsection 6d.
+
+  A separable portion of the object code, whose source code is excluded
+from the Corresponding Source as a System Library, need not be
+included in conveying the object code work.
+
+  A "User Product" is either (1) a "consumer product", which means any
+tangible personal property which is normally used for personal, family,
+or household purposes, or (2) anything designed or sold for incorporation
+into a dwelling.  In determining whether a product is a consumer product,
+doubtful cases shall be resolved in favor of coverage.  For a particular
+product received by a particular user, "normally used" refers to a
+typical or common use of that class of product, regardless of the status
+of the particular user or of the way in which the particular user
+actually uses, or expects or is expected to use, the product.  A product
+is a consumer product regardless of whether the product has substantial
+commercial, industrial or non-consumer uses, unless such uses represent
+the only significant mode of use of the product.
+
+  "Installation Information" for a User Product means any methods,
+procedures, authorization keys, or other information required to install
+and execute modified versions of a covered work in that User Product from
+a modified version of its Corresponding Source.  The information must
+suffice to ensure that the continued functioning of the modified object
+code is in no case prevented or interfered with solely because
+modification has been made.
+
+  If you convey an object code work under this section in, or with, or
+specifically for use in, a User Product, and the conveying occurs as
+part of a transaction in which the right of possession and use of the
+User Product is transferred to the recipient in perpetuity or for a
+fixed term (regardless of how the transaction is characterized), the
+Corresponding Source conveyed under this section must be accompanied
+by the Installation Information.  But this requirement does not apply
+if neither you nor any third party retains the ability to install
+modified object code on the User Product (for example, the work has
+been installed in ROM).
+
+  The requirement to provide Installation Information does not include a
+requirement to continue to provide support service, warranty, or updates
+for a work that has been modified or installed by the recipient, or for
+the User Product in which it has been modified or installed.  Access to a
+network may be denied when the modification itself materially and
+adversely affects the operation of the network or violates the rules and
+protocols for communication across the network.
+
+  Corresponding Source conveyed, and Installation Information provided,
+in accord with this section must be in a format that is publicly
+documented (and with an implementation available to the public in
+source code form), and must require no special password or key for
+unpacking, reading or copying.
+
+  7. Additional Terms.
+
+  "Additional permissions" are terms that supplement the terms of this
+License by making exceptions from one or more of its conditions.
+Additional permissions that are applicable to the entire Program shall
+be treated as though they were included in this License, to the extent
+that they are valid under applicable law.  If additional permissions
+apply only to part of the Program, that part may be used separately
+under those permissions, but the entire Program remains governed by
+this License without regard to the additional permissions.
+
+  When you convey a copy of a covered work, you may at your option
+remove any additional permissions from that copy, or from any part of
+it.  (Additional permissions may be written to require their own
+removal in certain cases when you modify the work.)  You may place
+additional permissions on material, added by you to a covered work,
+for which you have or can give appropriate copyright permission.
+
+  Notwithstanding any other provision of this License, for material you
+add to a covered work, you may (if authorized by the copyright holders of
+that material) supplement the terms of this License with terms:
+
+    a) Disclaiming warranty or limiting liability differently from the
+    terms of sections 15 and 16 of this License; or
+
+    b) Requiring preservation of specified reasonable legal notices or
+    author attributions in that material or in the Appropriate Legal
+    Notices displayed by works containing it; or
+
+    c) Prohibiting misrepresentation of the origin of that material, or
+    requiring that modified versions of such material be marked in
+    reasonable ways as different from the original version; or
+
+    d) Limiting the use for publicity purposes of names of licensors or
+    authors of the material; or
+
+    e) Declining to grant rights under trademark law for use of some
+    trade names, trademarks, or service marks; or
+
+    f) Requiring indemnification of licensors and authors of that
+    material by anyone who conveys the material (or modified versions of
+    it) with contractual assumptions of liability to the recipient, for
+    any liability that these contractual assumptions directly impose on
+    those licensors and authors.
+
+  All other non-permissive additional terms are considered "further
+restrictions" within the meaning of section 10.  If the Program as you
+received it, or any part of it, contains a notice stating that it is
+governed by this License along with a term that is a further
+restriction, you may remove that term.  If a license document contains
+a further restriction but permits relicensing or conveying under this
+License, you may add to a covered work material governed by the terms
+of that license document, provided that the further restriction does
+not survive such relicensing or conveying.
+
+  If you add terms to a covered work in accord with this section, you
+must place, in the relevant source files, a statement of the
+additional terms that apply to those files, or a notice indicating
+where to find the applicable terms.
+
+  Additional terms, permissive or non-permissive, may be stated in the
+form of a separately written license, or stated as exceptions;
+the above requirements apply either way.
+
+  8. Termination.
+
+  You may not propagate or modify a covered work except as expressly
+provided under this License.  Any attempt otherwise to propagate or
+modify it is void, and will automatically terminate your rights under
+this License (including any patent licenses granted under the third
+paragraph of section 11).
+
+  However, if you cease all violation of this License, then your
+license from a particular copyright holder is reinstated (a)
+provisionally, unless and until the copyright holder explicitly and
+finally terminates your license, and (b) permanently, if the copyright
+holder fails to notify you of the violation by some reasonable means
+prior to 60 days after the cessation.
+
+  Moreover, your license from a particular copyright holder is
+reinstated permanently if the copyright holder notifies you of the
+violation by some reasonable means, this is the first time you have
+received notice of violation of this License (for any work) from that
+copyright holder, and you cure the violation prior to 30 days after
+your receipt of the notice.
+
+  Termination of your rights under this section does not terminate the
+licenses of parties who have received copies or rights from you under
+this License.  If your rights have been terminated and not permanently
+reinstated, you do not qualify to receive new licenses for the same
+material under section 10.
+
+  9. Acceptance Not Required for Having Copies.
+
+  You are not required to accept this License in order to receive or
+run a copy of the Program.  Ancillary propagation of a covered work
+occurring solely as a consequence of using peer-to-peer transmission
+to receive a copy likewise does not require acceptance.  However,
+nothing other than this License grants you permission to propagate or
+modify any covered work.  These actions infringe copyright if you do
+not accept this License.  Therefore, by modifying or propagating a
+covered work, you indicate your acceptance of this License to do so.
+
+  10. Automatic Licensing of Downstream Recipients.
+
+  Each time you convey a covered work, the recipient automatically
+receives a license from the original licensors, to run, modify and
+propagate that work, subject to this License.  You are not responsible
+for enforcing compliance by third parties with this License.
+
+  An "entity transaction" is a transaction transferring control of an
+organization, or substantially all assets of one, or subdividing an
+organization, or merging organizations.  If propagation of a covered
+work results from an entity transaction, each party to that
+transaction who receives a copy of the work also receives whatever
+licenses to the work the party's predecessor in interest had or could
+give under the previous paragraph, plus a right to possession of the
+Corresponding Source of the work from the predecessor in interest, if
+the predecessor has it or can get it with reasonable efforts.
+
+  You may not impose any further restrictions on the exercise of the
+rights granted or affirmed under this License.  For example, you may
+not impose a license fee, royalty, or other charge for exercise of
+rights granted under this License, and you may not initiate litigation
+(including a cross-claim or counterclaim in a lawsuit) alleging that
+any patent claim is infringed by making, using, selling, offering for
+sale, or importing the Program or any portion of it.
+
+  11. Patents.
+
+  A "contributor" is a copyright holder who authorizes use under this
+License of the Program or a work on which the Program is based.  The
+work thus licensed is called the contributor's "contributor version".
+
+  A contributor's "essential patent claims" are all patent claims
+owned or controlled by the contributor, whether already acquired or
+hereafter acquired, that would be infringed by some manner, permitted
+by this License, of making, using, or selling its contributor version,
+but do not include claims that would be infringed only as a
+consequence of further modification of the contributor version.  For
+purposes of this definition, "control" includes the right to grant
+patent sublicenses in a manner consistent with the requirements of
+this License.
+
+  Each contributor grants you a non-exclusive, worldwide, royalty-free
+patent license under the contributor's essential patent claims, to
+make, use, sell, offer for sale, import and otherwise run, modify and
+propagate the contents of its contributor version.
+
+  In the following three paragraphs, a "patent license" is any express
+agreement or commitment, however denominated, not to enforce a patent
+(such as an express permission to practice a patent or covenant not to
+sue for patent infringement).  To "grant" such a patent license to a
+party means to make such an agreement or commitment not to enforce a
+patent against the party.
+
+  If you convey a covered work, knowingly relying on a patent license,
+and the Corresponding Source of the work is not available for anyone
+to copy, free of charge and under the terms of this License, through a
+publicly available network server or other readily accessible means,
+then you must either (1) cause the Corresponding Source to be so
+available, or (2) arrange to deprive yourself of the benefit of the
+patent license for this particular work, or (3) arrange, in a manner
+consistent with the requirements of this License, to extend the patent
+license to downstream recipients.  "Knowingly relying" means you have
+actual knowledge that, but for the patent license, your conveying the
+covered work in a country, or your recipient's use of the covered work
+in a country, would infringe one or more identifiable patents in that
+country that you have reason to believe are valid.
+
+  If, pursuant to or in connection with a single transaction or
+arrangement, you convey, or propagate by procuring conveyance of, a
+covered work, and grant a patent license to some of the parties
+receiving the covered work authorizing them to use, propagate, modify
+or convey a specific copy of the covered work, then the patent license
+you grant is automatically extended to all recipients of the covered
+work and works based on it.
+
+  A patent license is "discriminatory" if it does not include within
+the scope of its coverage, prohibits the exercise of, or is
+conditioned on the non-exercise of one or more of the rights that are
+specifically granted under this License.  You may not convey a covered
+work if you are a party to an arrangement with a third party that is
+in the business of distributing software, under which you make payment
+to the third party based on the extent of your activity of conveying
+the work, and under which the third party grants, to any of the
+parties who would receive the covered work from you, a discriminatory
+patent license (a) in connection with copies of the covered work
+conveyed by you (or copies made from those copies), or (b) primarily
+for and in connection with specific products or compilations that
+contain the covered work, unless you entered into that arrangement,
+or that patent license was granted, prior to 28 March 2007.
+
+  Nothing in this License shall be construed as excluding or limiting
+any implied license or other defenses to infringement that may
+otherwise be available to you under applicable patent law.
+
+  12. No Surrender of Others' Freedom.
+
+  If conditions are imposed on you (whether by court order, agreement or
+otherwise) that contradict the conditions of this License, they do not
+excuse you from the conditions of this License.  If you cannot convey a
+covered work so as to satisfy simultaneously your obligations under this
+License and any other pertinent obligations, then as a consequence you may
+not convey it at all.  For example, if you agree to terms that obligate you
+to collect a royalty for further conveying from those to whom you convey
+the Program, the only way you could satisfy both those terms and this
+License would be to refrain entirely from conveying the Program.
+
+  13. Use with the GNU Affero General Public License.
+
+  Notwithstanding any other provision of this License, you have
+permission to link or combine any covered work with a work licensed
+under version 3 of the GNU Affero General Public License into a single
+combined work, and to convey the resulting work.  The terms of this
+License will continue to apply to the part which is the covered work,
+but the special requirements of the GNU Affero General Public License,
+section 13, concerning interaction through a network will apply to the
+combination as such.
+
+  14. Revised Versions of this License.
+
+  The Free Software Foundation may publish revised and/or new versions of
+the GNU General Public License from time to time.  Such new versions will
+be similar in spirit to the present version, but may differ in detail to
+address new problems or concerns.
+
+  Each version is given a distinguishing version number.  If the
+Program specifies that a certain numbered version of the GNU General
+Public License "or any later version" applies to it, you have the
+option of following the terms and conditions either of that numbered
+version or of any later version published by the Free Software
+Foundation.  If the Program does not specify a version number of the
+GNU General Public License, you may choose any version ever published
+by the Free Software Foundation.
+
+  If the Program specifies that a proxy can decide which future
+versions of the GNU General Public License can be used, that proxy's
+public statement of acceptance of a version permanently authorizes you
+to choose that version for the Program.
+
+  Later license versions may give you additional or different
+permissions.  However, no additional obligations are imposed on any
+author or copyright holder as a result of your choosing to follow a
+later version.
+
+  15. Disclaimer of Warranty.
+
+  THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY
+APPLICABLE LAW.  EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT
+HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY
+OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO,
+THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
+PURPOSE.  THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM
+IS WITH YOU.  SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF
+ALL NECESSARY SERVICING, REPAIR OR CORRECTION.
+
+  16. Limitation of Liability.
+
+  IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING
+WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES AND/OR CONVEYS
+THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY
+GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE
+USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF
+DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD
+PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS),
+EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF
+SUCH DAMAGES.
+
+  17. Interpretation of Sections 15 and 16.
+
+  If the disclaimer of warranty and limitation of liability provided
+above cannot be given local legal effect according to their terms,
+reviewing courts shall apply local law that most closely approximates
+an absolute waiver of all civil liability in connection with the
+Program, unless a warranty or assumption of liability accompanies a
+copy of the Program in return for a fee.
+
+                     END OF TERMS AND CONDITIONS
+
+            How to Apply These Terms to Your New Programs
+
+  If you develop a new program, and you want it to be of the greatest
+possible use to the public, the best way to achieve this is to make it
+free software which everyone can redistribute and change under these terms.
+
+  To do so, attach the following notices to the program.  It is safest
+to attach them to the start of each source file to most effectively
+state the exclusion of warranty; and each file should have at least
+the "copyright" line and a pointer to where the full notice is found.
+
+    <one line to give the program's name and a brief idea of what it does.>
+    Copyright (C) <year>  <name of author>
+
+    This program is free software: you can redistribute it and/or modify
+    it under the terms of the GNU General Public License as published by
+    the Free Software Foundation, either version 3 of the License, or
+    (at your option) any later version.
+
+    This program is distributed in the hope that it will be useful,
+    but WITHOUT ANY WARRANTY; without even the implied warranty of
+    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+    GNU General Public License for more details.
+
+    You should have received a copy of the GNU General Public License
+    along with this program.  If not, see <http://www.gnu.org/licenses/>.
+
+Also add information on how to contact you by electronic and paper mail.
+
+  If the program does terminal interaction, make it output a short
+notice like this when it starts in an interactive mode:
+
+    <program>  Copyright (C) <year>  <name of author>
+    This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
+    This is free software, and you are welcome to redistribute it
+    under certain conditions; type `show c' for details.
+
+The hypothetical commands `show w' and `show c' should show the appropriate
+parts of the General Public License.  Of course, your program's commands
+might be different; for a GUI interface, you would use an "about box".
+
+  You should also get your employer (if you work as a programmer) or school,
+if any, to sign a "copyright disclaimer" for the program, if necessary.
+For more information on this, and how to apply and follow the GNU GPL, see
+<http://www.gnu.org/licenses/>.
+
+  The GNU General Public License does not permit incorporating your program
+into proprietary programs.  If your program is a subroutine library, you
+may consider it more useful to permit linking proprietary applications with
+the library.  If this is what you want to do, use the GNU Lesser General
+Public License instead of this License.  But first, please read
+<http://www.gnu.org/philosophy/why-not-lgpl.html>.
diff --git a/COPYING.LESSER b/COPYING.LESSER
new file mode 100644
index 0000000..fc8a5de
--- /dev/null
+++ b/COPYING.LESSER
@@ -0,0 +1,165 @@
+		   GNU LESSER GENERAL PUBLIC LICENSE
+                       Version 3, 29 June 2007
+
+ Copyright (C) 2007 Free Software Foundation, Inc. <http://fsf.org/>
+ Everyone is permitted to copy and distribute verbatim copies
+ of this license document, but changing it is not allowed.
+
+
+  This version of the GNU Lesser General Public License incorporates
+the terms and conditions of version 3 of the GNU General Public
+License, supplemented by the additional permissions listed below.
+
+  0. Additional Definitions. 
+
+  As used herein, "this License" refers to version 3 of the GNU Lesser
+General Public License, and the "GNU GPL" refers to version 3 of the GNU
+General Public License.
+
+  "The Library" refers to a covered work governed by this License,
+other than an Application or a Combined Work as defined below.
+
+  An "Application" is any work that makes use of an interface provided
+by the Library, but which is not otherwise based on the Library.
+Defining a subclass of a class defined by the Library is deemed a mode
+of using an interface provided by the Library.
+
+  A "Combined Work" is a work produced by combining or linking an
+Application with the Library.  The particular version of the Library
+with which the Combined Work was made is also called the "Linked
+Version".
+
+  The "Minimal Corresponding Source" for a Combined Work means the
+Corresponding Source for the Combined Work, excluding any source code
+for portions of the Combined Work that, considered in isolation, are
+based on the Application, and not on the Linked Version.
+
+  The "Corresponding Application Code" for a Combined Work means the
+object code and/or source code for the Application, including any data
+and utility programs needed for reproducing the Combined Work from the
+Application, but excluding the System Libraries of the Combined Work.
+
+  1. Exception to Section 3 of the GNU GPL.
+
+  You may convey a covered work under sections 3 and 4 of this License
+without being bound by section 3 of the GNU GPL.
+
+  2. Conveying Modified Versions.
+
+  If you modify a copy of the Library, and, in your modifications, a
+facility refers to a function or data to be supplied by an Application
+that uses the facility (other than as an argument passed when the
+facility is invoked), then you may convey a copy of the modified
+version:
+
+   a) under this License, provided that you make a good faith effort to
+   ensure that, in the event an Application does not supply the
+   function or data, the facility still operates, and performs
+   whatever part of its purpose remains meaningful, or
+
+   b) under the GNU GPL, with none of the additional permissions of
+   this License applicable to that copy.
+
+  3. Object Code Incorporating Material from Library Header Files.
+
+  The object code form of an Application may incorporate material from
+a header file that is part of the Library.  You may convey such object
+code under terms of your choice, provided that, if the incorporated
+material is not limited to numerical parameters, data structure
+layouts and accessors, or small macros, inline functions and templates
+(ten or fewer lines in length), you do both of the following:
+
+   a) Give prominent notice with each copy of the object code that the
+   Library is used in it and that the Library and its use are
+   covered by this License.
+
+   b) Accompany the object code with a copy of the GNU GPL and this license
+   document.
+
+  4. Combined Works.
+
+  You may convey a Combined Work under terms of your choice that,
+taken together, effectively do not restrict modification of the
+portions of the Library contained in the Combined Work and reverse
+engineering for debugging such modifications, if you also do each of
+the following:
+
+   a) Give prominent notice with each copy of the Combined Work that
+   the Library is used in it and that the Library and its use are
+   covered by this License.
+
+   b) Accompany the Combined Work with a copy of the GNU GPL and this license
+   document.
+
+   c) For a Combined Work that displays copyright notices during
+   execution, include the copyright notice for the Library among
+   these notices, as well as a reference directing the user to the
+   copies of the GNU GPL and this license document.
+
+   d) Do one of the following:
+
+       0) Convey the Minimal Corresponding Source under the terms of this
+       License, and the Corresponding Application Code in a form
+       suitable for, and under terms that permit, the user to
+       recombine or relink the Application with a modified version of
+       the Linked Version to produce a modified Combined Work, in the
+       manner specified by section 6 of the GNU GPL for conveying
+       Corresponding Source.
+
+       1) Use a suitable shared library mechanism for linking with the
+       Library.  A suitable mechanism is one that (a) uses at run time
+       a copy of the Library already present on the user's computer
+       system, and (b) will operate properly with a modified version
+       of the Library that is interface-compatible with the Linked
+       Version. 
+
+   e) Provide Installation Information, but only if you would otherwise
+   be required to provide such information under section 6 of the
+   GNU GPL, and only to the extent that such information is
+   necessary to install and execute a modified version of the
+   Combined Work produced by recombining or relinking the
+   Application with a modified version of the Linked Version. (If
+   you use option 4d0, the Installation Information must accompany
+   the Minimal Corresponding Source and Corresponding Application
+   Code. If you use option 4d1, you must provide the Installation
+   Information in the manner specified by section 6 of the GNU GPL
+   for conveying Corresponding Source.)
+
+  5. Combined Libraries.
+
+  You may place library facilities that are a work based on the
+Library side by side in a single library together with other library
+facilities that are not Applications and are not covered by this
+License, and convey such a combined library under terms of your
+choice, if you do both of the following:
+
+   a) Accompany the combined library with a copy of the same work based
+   on the Library, uncombined with any other library facilities,
+   conveyed under the terms of this License.
+
+   b) Give prominent notice with the combined library that part of it
+   is a work based on the Library, and explaining where to find the
+   accompanying uncombined form of the same work.
+
+  6. Revised Versions of the GNU Lesser General Public License.
+
+  The Free Software Foundation may publish revised and/or new versions
+of the GNU Lesser General Public License from time to time. Such new
+versions will be similar in spirit to the present version, but may
+differ in detail to address new problems or concerns.
+
+  Each version is given a distinguishing version number. If the
+Library as you received it specifies that a certain numbered version
+of the GNU Lesser General Public License "or any later version"
+applies to it, you have the option of following the terms and
+conditions either of that published version or of any later version
+published by the Free Software Foundation. If the Library as you
+received it does not specify a version number of the GNU Lesser
+General Public License, you may choose any version of the GNU Lesser
+General Public License ever published by the Free Software Foundation.
+
+  If the Library as you received it specifies that a proxy can decide
+whether future versions of the GNU Lesser General Public License shall
+apply, that proxy's public statement of acceptance of any version is
+permanent authorization for you to choose that version for the
+Library.
diff --git a/ChangeLog.rst b/ChangeLog.rst
new file mode 100644
index 0000000..a220601
--- /dev/null
+++ b/ChangeLog.rst
@@ -0,0 +1,1955 @@
+Change log
+==========
+
+2019.2.0.dev0
+-------------
+
+- No changes yet.
+
+2019.1.0 (2019-04-19)
+---------------------
+
+- Support for shape calculus operations, see file:
+  ``python/test/unit/fem/test_coordinatederivative.py``
+- Support for PETSc and SLEPc 3.10.
+- Documented Python elastodynamics demo.
+- Various bug fixes, e.g. memory leaks, build issues.
+- Enhancements and additions to pybind11-based Python interface.
+
+2018.1.0 (2018-06-14)
+---------------------
+
+- Remove python2 support.
+- Remove SWIG (now use pybind11 for wrapping C++)
+- Rename ``mpi_comm_world()`` to ``MPI.comm_world``.
+- Removed ``from fenics import *``, use ``from dolfin import *``
+- Rename ``ERROR``, ``CRITICAL`` etc. to ``LogLevel.ERROR``, ``LogLevel.CRITICAL``.
+
+2017.2.0 (2017-12-05)
+---------------------
+
+- Remove ``UnitQuadMesh`` and ``UnitHexMesh``. Now use ``UnitSquareMesh`` and
+  ``UnitCubeMesh`` with cell type qualifiers.
+- Remove ``MeshEditor::open`` without cell type. Now you must explicitly
+  specify CellType when opening a ``Mesh`` with ``MeshEditor``.
+- Rename ``Mesh::size_global`` to ``Mesh::num_entities_global``.
+- Remove ``Mesh::size``. Use ``Mesh::num_entities`` instead.
+- Improved mesh topology computation performance.
+- Remove excessive calls to MPI init. It may now be necessary in some
+  cases to explicitly intialise MPI.
+- Improvements to sparsity pattern computation.
+- Addition of some interfaces using ``Eigen::Map/ref`` in addition to
+  ``dolfin::Array(View)``.  ``dolfin::Array(View)``interfaces will be
+  removed in favour of Eigen interfaces in the next release.
+- Update pkg-config (dolfin.pc) file.
+- CMake modernisations, with more use of exported targets.
+- Add experimental pybind11 generated Python interface. Will replace
+  the SWIG generated interface in the 2018.1 release.
+- Remove redundant SLEPc interfaces. Fixes issue `#908
+  <https://bitbucket.org/fenics-project/dolfin/issues/908>`_.
+- Bump required Boost version to 1.55.
+- Remove PETScUserPreconditioner (was unused and untested).
+- Remove VTK plotting backend. Plotting is no longer available from
+  the C++ interface. Basic plotting is available using ``matplotlib``
+  and ``x3dom`` backends via the ``plot()`` free function in the
+  Python interface. Users are advised to move to e.g.  Paraview for
+  more demanding plotting needs.
+- Updates for ``ufc::finite_element::evaluate_vertex_values``
+  interface change.
+- Add new methods ``XDMFFile::write_checkpoint``,
+  ``XDMFFile::read_checkpoint`` to write and read (checkpoint)
+  functions.
+- Implement marking vertex and edge mesh functions by
+  ``SubDomain::mark()`` using ``on_boundary`` flag.
+- Fix quadratic scaling in PETSc matrix allocation with global dofs;
+  assembly with ``Real`` space now exhibits linear scaling in number
+  of dofs.
+- Add assembly for quadrilateral and hexahedral meshes with CG and DG
+  elements.
+- Updates for some demos and tests to show usage of quadrilateral and
+  hexahedral meshes.
+- Deprecate ``CellSize`` (equivalent to ``2*Circumradius``)
+  in favour of new ``CellDiameter``; add ``MinCellEdgeLength``
+  and ``MaxCellEdgeLength``
+- Deprecate subclassing of ``Expression`` in Python; new Python class
+  ``UserExpression`` introduced for user overloads
+- Deprecate ``VertexFunction``, ``EdgeFunction``, ``FaceFunction``,
+  ``FacetFunction``, ``CellFunction``; use ``MeshFunction`` instead
+
+
+2017.1.0 (2017-05-09)
+---------------------
+
+- Refactor PETScLUSolver to use functionality from
+  PETScKrylovSolver. Simplify interface for solving transposed
+  systems. Fixes #815.
+- Switch default Python version to Python 3. Use
+  `-DDOLFIN_USE_PYTHON3=off` to build with Python 2.
+- Remove redundant ``solve_transpose`` functions (use solve with bool
+  argument instead)
+- Remove OpenMpAsssmebler
+- Remove MPI communicator as argument in GenericVector::init functions
+  (communicator should be passed via constructor)
+- Remove ``Function::operator[+-*/]`` to prevent memory corruption problems
+  (does not affect Python interface)
+- Fix XDMF3 output of time series. The default output method is now to assume
+  that all functions have different meshes, and that the meshes change from
+  time step to time step. Two parameters control the output, one limits each
+  function to only one mesh for the whole time series, turn off the default
+  on parameter ``rewrite_function_mesh`` to enable this. You can also make
+  all functions share the same mesh and time series, which currently is better
+  supported in Paraview than the alternative, turn on ``functions_share_mesh``
+  for this. These two parameters can also be combined in case all functions
+  share the same mesh at all time steps. This creates minimal size files.
+- Add ``PETScSNESSolver`` and ``PETScTAOSolver`` constructor accepting
+  both communicator and type
+- Expression("f[0]*f[1]", f=obj) notation now supported for non-scalar
+  GenericFunction obj
+- Expression("f", f=obj) notation now supports obj of MeshFunction types
+  (only cell based)
+- Fix MPI deadlock in case of instant compilation failure
+- Allow using ``Timer`` as context manager and add ``timed`` decorator
+  to measure timings of functions and methods
+- Add ``NonlinearProblem::J_pc`` and support preconditioning matrix in
+  ``NewtonSolver``, ``PETScSNESSolver`` and ``PETScTAOSolver``
+
+2016.2.0 [2016-11-30]
+---------------------
+
+- Updates to XDMFFile interface, now fully supporting MeshFunction and
+  MeshValueCollection with multiple named datasets in one file (useful for
+  volume/boundary markers). Time series now only when a time is explicitly
+  specified for each step. Full support for ASCII/XML XDMF.
+- Improved X3DOM support
+- Improved detection of UFC
+- Add CMake option `-DDOLFIN_USE_PYTHON3` to create a Python 3 build
+- Require CMake version 3.5 or higher
+- Add pylit to generate demo doc from rst
+- More careful checks of Dirichlet BC function spaces
+- Change definition of FunctionSpace::component()
+- Adaptive solving now works for tensor-valued unknowns
+- Improve logging of PETSc errors; details logged at level TRACE
+
+
+2016.1.0 [2016-06-23]
+---------------------
+- Remove support for 'uint'-valued MeshFunction (replaced by 'size_t')
+- Major performance improvements and simplifications of the XDMF IO.
+- Remove Zoltan graph partitioning interface
+- Add new algorithm for computing mesh entiites. Typical speed-up of
+  two with gcc and four with clang. Reduced memory usage for meshes
+  with irregularly numbered cells.
+- Remove STLMatrix, STLVector, MUMPSLUSolver and PastixLUSolver
+  classes
+- Remove PETScPreconditioner::set_near_nullspace and add
+  PETScMatrix::set_near_nullspace
+- Build system updates for VTK 7.0
+- Remove XDMF from File interface. XDMF is XML based, and has many
+  possibilities for file access, which are not accessible through the
+  limited File interface and "<<" ">>" operators. Instead of File, use
+  XDMFFile, and use XDMFFile.read() and XDMFFile.write() for
+  I/O. Demos and tests have been updated to show usage.  XDMF now also
+  supports ASCII I/O in serial, useful for compatibility with users
+  who do not have the HDF5 library available.
+- Require polynomial degree or finite element for Expressions in the
+  Python interface (fixes Issue #355,
+  https://bitbucket.org/fenics-project/dolfin/issues/355)
+- Switch to Google Test framwork for C++ unit tests
+- Fix bug when reading domain data from mesh file for a ghosted mesh
+- Add interface for manipulating mesh geometry using (higher-order) FE
+  functions: free functions set_coordinates, get_coordinates,
+  create_mesh
+- Fix bug when reading domain data from mesh file for a ghosted mesh.
+- Remove reference versions of constructors for many classes that
+  store a pointer/reference to the object passed to the
+  constructor. This is an intrusive interface change for C++ users,
+  but necessary to improve code maintainabilty and to improve memory
+  safety. The Python interface is (virtually) unaffected.
+- Remove class SubSpace. Using FunctionSpace::sub(...) instead
+- Remove reference versions constructors of NonlinearVariationalSolver
+- Remove setting of bounds from NonlinearVariationalSolver (was
+  already available through NonlinearVariationalProblem)
+- Update Trilinos support to include Amesos2, and better support from
+  Python
+- Rewrite interface of TensorLayout and SparsityPattern;
+  local-to-global maps now handled using new IndexMap class;
+  GenericSparsityPattern class removed
+- Remove QT (was an optional dependency)
+- PETScTAOSolver::solve() now returns a pair of number of iterations
+  (std::size_t) and whether iteration converged (bool)
+- Better quality refinement in 2D in Plaza algorithm, by choosing
+  refinement pattern based on max/min edge ratio
+- Removed refine_cell() method in CellTypes
+- Enable marker refinement to work in parallel for 1D meshes too
+- Add std::abort to Python exception hook to avoid parallel deadlocks
+- Extend dof_to_vertex_map with unowned dofs, thus making
+  dof_to_vertex_map an inverse of vertex_to_dof_map
+- Clean-up in PyDOLFIN function space design, issue #576
+- Deprecate MixedFunctionSpace and EnrichedFunctionSpace in favour of
+  initialization by suitable UFL element
+- Add experimental matplotlib-based plotting backend, see mplot demo
+- Remove method argument of DirichletBC::get_boundary_values()
+- Change return types of free functions adapt() to shared_ptr
+
+
+1.6.0 [2015-07-28]
+------------------
+- Remove redundant pressure boundary condition in Stokes demos
+- Require Point in RectangleMesh and BoxMesh constructors
+- Remove BinaryFile (TimeSeries now requires HDF5)
+- Add (highly experimental) support for Tpetra matrices and vectors
+  from Trilinos, interfacing to Belos, Amesos2, IfPack2 and Muelu.
+- Enable (highly experimental) support for Quadrilateral and
+  Hexahedral meshes, including some I/O, but no assembly yet.
+- Enable UMFPACK and CHOLMOD solvers with Eigen backend
+- Add an MPI_Comm to logger, currently defaulted to MPI_COMM_WORLD
+  allowing better control over output in parallel
+- Experimental output of quadratic geometry in XDMF files, allows more
+  exact visualisation of P2 Functions
+- Remove GenericMatrix::compressed (see Issue #61)
+- Deprecate and PETScKryloveSolver::set_nullspace() and add
+  PETScMatrix::set_nullspace()
+- Remove uBLAS backend
+- Remove UmfpackLUSolver and CholmodSolver
+- Add EigenMatrix/Vector::data()
+- Remove GenericMatrix/Vector::data() and GenericMatrix/Vector::data()
+  (to use backends that support data(), cast first to backend type,
+  e.g.  A = A.as_backend_type()
+- Remove cmake.local, replaced by fenics-install-component.sh
+- Make interior facet integrals define - and + cells ordered by
+  cell_domains value.
+- Remove deprecated arguments *_domains from assemble() and Form().
+- Change measure definition notation from dx[mesh_function] to
+  dx(subdomain_data=mesh_function).
+- Set locale to "C" before reading from file
+- Change GenericDofMap::cell_dofs return type from const
+  std::vector<..>& to ArrayView<const ..>
+- Add ArrayView class for views into arrays
+- Change fall back linear algebra backend to Eigen
+- Add Eigen linear algebra backend
+- Remove deprecated GenericDofMap::geometric_dim function (fixes Issue
+  #443)
+- Add quadrature rules for multimesh/cut-cell integration up to order
+  6
+- Implement MPI reductions and XML ouput of Table class
+- list_timings() is now collective and returns MPI average across
+  processes
+- Add dump_timings_to_xml()
+- Add enum TimingType { wall, user, system } for selecting wall-clock,
+  user and system time in timing routines
+- Bump required SWIG version to 3.0.3
+- Increase default maximum iterations in NewtonSolver to 50.
+- Deprecate Python free function homogenize(bc) in favour of member
+  function DirichletBC::homogenize()
+
+
+1.5.0 [2015-01-12]
+------------------
+- DG demos working in parallel
+- Simplify re-use of LU factorisations
+- CMake 3 compatibility
+- Make underlying SLEPc object accessible
+- Full support for linear algebra backends with 64-bit integers
+- Add smoothed aggregation AMG elasticity demo
+- Add support for slepc4py
+- Some self-assignment fixes in mesh data structures
+- Deprecated GenericDofMap::geometric_dimension()
+- Experimental support for ghosted meshes (overlapping region in
+  parallel)
+- Significant memory reduction in dofmap storage
+- Re-write dofmap construction with significant performance and
+  scaling improvements in parallel
+- Switch to local (process-wise) indexing for dof indices
+- Support local (process-wise) indexing in linear algerbra backends
+- Added support for PETSc 3.5, require version >= 3.3
+- Exposed DofMap::tabulate_local_to_global_dofs,
+  MeshEntity::sharing_processes in Python
+- Added GenericDofmap::local_dimension("all"|"owned"|"unowned")
+- Added access to SLEPc or slepc4py EPS object of SLEPcEigenSolver
+  (requires slepc4py version >= 3.5.1)
+- LinearOperator can now be accessed using petsc4py
+- Add interface (PETScTAOSolver) for the PETSc nonlinear
+  (bound-constrained) optimisation solver (TAO)
+- Add GenericMatrix::nnz() function to return number of nonzero
+  entries in matrix (fixes #110)
+- Add smoothed aggregation algerbraic multigrid demo for elasticity
+- Add argument 'function' to project, to store the result into a
+  preallocated function
+- Remove CGAL dependency and mesh generation, now provided by mshr
+- Python 2.7 required
+- Add experimental Python 3 support. Need swig version 3.0.3 or later
+- Move to py.test, speed up unit tests and make tests more robust in
+  parallel
+- Repeated initialization of PETScMatrix is now an error
+- MPI interface change: num_processes -> size, process_number -> rank
+- Add optional argument project(..., function=f), to avoid superfluous
+  allocation
+- Remove excessive printing of points during extrapolation
+- Clean up DG demos by dropping restrictions of Constants: c('+') -> c
+- Fix systemassembler warning when a and L both provide the same
+  subdomain data.
+- Require mesh instead of cell argument to FacetArea, FacetNormal,
+  CellSize, CellVolume, SpatialCoordinate, Circumradius,
+  MinFacetEdgeLength, MaxFacetEdgeLength
+- Remove argument reset_sparsity to assemble()
+- Simplify assemble() and Form() signature: remove arguments mesh,
+  coefficients, function_spaces, common_cell. These are now all found
+  by inspecting the UFL form
+- Speed up assembly of forms with multiple integrals depending on
+  different functions, e.g. f*dx(1) + g*dx(2).
+- Handle accessing of GenericVectors using numpy arrays in python
+  layer instead of in hard-to-maintain C++ layer
+- Add support for mpi groups in jit-compilation
+- Make access to HDFAttributes more dict like
+- Add 1st and 2nd order Rush Larsen schemes for the
+  PointIntegralSolver
+- Add vertex assembler for PointIntegrals
+- Add support for assembly of custom_integral
+- Add support for multimesh assembly, function spaces, dofmaps and
+  functions
+- Fix to Cell-Point collision detection to prevent Points inside the
+  mesh from falling between Cells due to rounding errors
+- Enable reordering of cells and vertices in parallel via SCOTCH and
+  the Giibs-Poole-Stockmeyer algorithm
+- Efficiency improvements in dof assignment in parallel, working on
+  HPC up to 24000 cores
+- Introduction of PlazaRefinement methods based on refinement of the
+  Mesh skeleton, giving better quality refinement in 3D in parallel
+- Basic support for 'ghost cells' allowing integration over interior
+  facets in parallel
+
+
+1.4.0 [2014-06-02]
+------------------
+- Feature: Add set_diagonal (with GenericVector) to GenericMatrix
+- Fix many bugs associated with cell orientations on manifolds
+- Force all global dofs to be ordered last and to be on the last
+  process in parallel
+- Speed up dof reordering of mixed space including global dofs by
+  removing the latter from graph reordering
+- Force all dofs on a shared facet to be owned by the same process
+- Add FEniCS ('fenics') Python module, identical with DOLFIN Python
+  module
+- Add function Form::set_some_coefficients()
+- Remove Boost.MPI dependency
+- Change GenericMatrix::compresss to return a new matrix (7be3a29)
+- Add function GenericTensor::empty()
+- Deprecate resizing of linear algebra via the GenericFoo interfaces
+  (fixes #213)
+- Deprecate MPI::process_number() in favour of MPI::rank(MPI_Comm)
+- Use PETSc built-in reference counting to manage lifetime of wrapped
+  PETSc objects
+- Remove random access function from MeshEntityIterator (fixes #178)
+- Add support for VTK 6 (fixes #149)
+- Use MPI communicator in interfaces. Permits the creation of
+  distributed and local objects, e.g. Meshes.
+- Reduce memory usage and increase speed of mesh topology computation
+
+
+1.3.0 [2014-01-07]
+------------------
+- Feature: Enable assignment of sparse MeshValueCollections to
+  MeshFunctions
+- Feature: Add free function assign that is used for sub function
+  assignment
+- Feature: Add class FunctionAssigner that cache dofs for sub function
+  assignment
+- Fix runtime dependency on checking swig version
+- Deprecate DofMap member methods vertex_to_dof_map and
+  dof_to_vertex_map
+- Add free functions: vertex_to_dof_map and dof_to_vertex_map, and
+  correct the ordering of the map.
+- Introduce CompiledSubDomain a more robust version of
+  compiled_subdomains, which is now deprecated
+- CMake now takes care of calling the correct generate-foo script if
+  so needed.
+- Feature: Add new built-in computational geometry library
+  (BoundingBoxTree)
+- Feature: Add support for setting name and label to an Expression
+  when constructed
+- Feature: Add support for passing a scalar GenericFunction as default
+  value to a CompiledExpression
+- Feature: Add support for distance queries for 3-D meshes
+- Feature: Add PointIntegralSolver, which uses the MultiStageSchemes
+  to solve local ODEs at Vertices
+- Feature: Add RKSolver and MultiStageScheme for general time integral
+  solvers
+- Feature: Add support for assigning a Function with linear
+  combinations of Functions, which lives in the same FunctionSpace
+- Added Python wrapper for SystemAssembler
+- Added a demo using compiled_extension_module with separate source
+  files
+- Fixes for NumPy 1.7
+- Remove DOLFIN wrapper code (moved to FFC)
+- Add set_options_prefix to PETScKrylovSolver
+- Remove base class BoundarCondition
+- Set block size for PETScMatrix when available from TensorLayout
+- Add support to get block compressed format from STLMatrix
+- Add detection of block structures in the dofmap for vector equations
+- Expose PETSc GAMG parameters
+- Modify SystemAssembler to support separate assembly of A and b
+
+
+1.2.0 [2013-03-24]
+------------------
+- Fixes bug where child/parent hierarchy in Python were destroyed
+- Add utility script dolfin-get-demos
+- MeshFunctions in python now support iterable protocol
+- Add timed VTK output for Mesh and MeshFunction in addtion to
+  Functions
+- Expose ufc::dofmap::tabulate_entity_dofs to GenericDofMap interface
+- Expose ufc::dofmap::num_entity_dofs to GenericDofMap interface
+- Allow setting of row dof coordinates in preconditioners (only works
+  with PETSc backed for now)
+- Expose more PETSc/ML parameters
+- Improve speed to tabulating coordinates in some DofMap functions
+- Feature: Add support for passing a Constant as default value to a
+  CompiledExpression
+- Fix bug in dimension check for 1-D ALE
+- Remove some redundant graph code
+- Improvements in speed of parallel dual graph builder
+- Fix bug in XMDF output for cell-based Functions
+- Fixes for latest version of clang compiler
+- LocalSolver class added to efficiently solve cell-wise problems
+- New implementation of periodic boundary conditions. Now incorporated
+  into the dofmap
+- Optional arguments to assemblers removed
+- SymmetricAssembler removed
+- Domains for assemblers can now only be attached to forms
+- SubMesh can now be constructed without a CellFunction argument, if
+  the MeshDomain contains marked celldomains.
+- MeshDomains are propagated to a SubMesh during construction
+- Simplify generation of a MeshFunction from MeshDomains: No need to
+  call mesh_function with mesh
+- Rename dolfin-config.cmake to DOLFINConfig.cmake
+- Use CMake to configure JIT compilation of extension modules
+- Feature: Add vertex_to_dof_map to DofMap, which map vertex indices
+  to dolfin dofs
+- Feature: Add support for solving on m dimensional meshes embedded in
+  n >= m dimensions
+
+
+1.1.0 [2013-01-08]
+------------------
+- Add support for solving singular problems with Krylov solvers (PETSc
+  only)
+- Add new typedef dolfin::la_index for consistent indexing with linear
+  algebra backends.
+- Change default unsigned integer type to std::size_t
+- Add support to attaching operator null space to preconditioner
+  (required for smoothed aggregation AMG)
+- Add basic interface to the PETSc AMG preconditioner
+- Make SCOTCH default graph partitioner (GNU-compatible free license,
+  unlike ParMETIS)
+- Add scalable construction of mesh dual graph for mesh partitioning
+- Improve performance of mesh building in parallel
+- Add mesh output to SVG
+- Add support for Facet and cell markers to mesh converted from
+  Diffpack
+- Add support for Facet and cell markers/attributes to mesh converted
+  from Triangle
+- Change interface for auto-adaptive solvers: these now take the goal
+  functional as a constructor argument
+- Add memory usage monitor: monitor_memory_usage()
+- Compare mesh hash in interpolate_vertex_values
+- Add hash() for Mesh and MeshTopology
+- Expose GenericVector::operator{+=,-=,+,-}(double) to Python
+- Add function Function::compute_vertex_values not needing a mesh
+  argument
+- Add support for XDMF and HDF5
+- Add new interface LinearOperator for matrix-free linear systems
+- Remove MTL4 linear algebra backend
+- Rename down_cast --> as_type in C++ / as_backend_type in Python
+- Remove KrylovMatrix interface
+- Remove quadrature classes
+- JIT compiled C++ code can now include a dolfin namespace
+- Expression string parsing now understand C++ namespace such as
+  std::cosh
+- Fix bug in Expression so one can pass min, max
+- Fix bug in SystemAssembler, where mesh.init(D-1, D) was not called
+  before assemble
+- Fix bug where the reference count of Py_None was not increased
+- Fix bug in reading TimeSeries of size smaller than 3
+- Improve code design for Mesh FooIterators to avoid dubious down cast
+- Bug fix in destruction of PETSc user preconditioners
+- Add CellVolume(mesh) convenience wrapper to Python interface for UFL
+  function
+- Fix bug in producing outward pointing normals of BoundaryMesh
+- Fix bug introduced by SWIG 2.0.5, where typemaps of templated
+  typedefs are not handled correctly
+- Fix bug introduced by SWIG 2.0.5, which treated uint as Python long
+- Add check that sample points for TimeSeries are monotone
+- Fix handling of parameter "report" in Krylov solvers
+- Add new linear algebra backend "PETScCusp" for GPU-accelerated
+  linear algebra
+- Add sparray method in the Python interface of GenericMatrix,
+  requires scipy.sparse
+- Make methods that return a view of contiguous c-arrays, via a NumPy
+  array, keep a reference from the object so it wont get out of scope
+- Add parameter: "use_petsc_signal_handler", which enables/disable
+  PETSc system signals
+- Avoid unnecessary resize of result vector for A*b
+- MPI functionality for distributing values between neighbours
+- SystemAssembler now works in parallel with topological/geometric
+  boundary search
+- New symmetric assembler with ability for stand-alone RHS assemble
+- Major speed-up of DirichletBC computation and mesh marking
+- Major speed-up of assembly of functions and expressions
+- Major speed-up of mesh topology computation
+- Add simple 2D and 3D mesh generation (via CGAL)
+- Add creation of mesh from triangulations of points (via CGAL)
+- Split the SWIG interface into six combined modules instead of one
+- Add has_foo to easy check what solver and preconditioners are
+  available
+- Add convenience functions for listing available
+  linear_algebra_backends
+- Change naming convention for cpp unit tests test.cpp -> Foo.cpp
+- Added cpp unit test for GenericVector::operator{-,+,*,/}= for all la
+  backends
+- Add functionality for rotating meshes
+- Add mesh generation based on NETGEN constructive solid geometry
+- Generalize SparsityPattern and STLMatrix to support column-wise
+  storage
+- Add interfaces to wrap PaStiX and MUMPS direct solvers
+- Add CoordinateMatrix class
+- Make STLMatrix work in parallel
+- Remove all tr1::tuple and use boost::tuple
+- Fix wrong link in Python quick reference.
+
+
+1.0.0 [2011-12-07]
+------------------
+- Change return value of IntervalCell::facet_area() 0.0 --> 1.0.
+- Recompile all forms with FFC 1.0.0
+- Fix for CGAL 3.9 on OS X
+- Improve docstrings for Box and Rectangle
+- Check number of dofs on local patch in extrapolation
+
+
+1.0-rc2 [2011-11-28]
+--------------------
+- Fix bug in 1D mesh refinement
+- Fix bug in handling of subdirectories for TimeSeries
+- Fix logic behind vector assignment, especially in parallel
+
+
+1.0-rc1 [2011-11-21]
+--------------------
+- 33 bugs fixed
+- Implement traversal of bounding box trees for all codimensions
+- Edit and improve all error messages
+- Added [un]equality operator to FunctionSpace
+- Remove batch compilation of Expression (Expressions) from Python
+  interface
+- Added get_value to MeshValueCollection
+- Added assignment operator to MeshValueCollection
+
+
+1.0-beta2 [2011-10-26]
+----------------------
+- Change search path of parameter file to
+  ~/.fenics/dolfin_parameters.xml
+- Add functions Parameters::has_parameter,
+  Parameters::has_parameter_set
+- Added option to store all connectivities in a mesh for TimeSeries
+  (false by default)
+- Added option for gzip compressed binary files for TimeSeries
+- Propagate global parameters to Krylov and LU solvers
+- Fix OpenMp assemble of scalars
+- Make OpenMP assemble over sub domains work
+- DirichletBC.get_boundary_values, FunctionSpace.collapse now return a
+  dict in Python
+- Changed name of has_la_backend to has_linear_algebra_backend
+- Added has_foo functions which can be used instead of the HAS_FOO
+  defines
+- Less trict check on kwargs for compiled Expression
+- Add option to not right-justify tables
+- Rename summary --> list_timings
+- Add function list_linear_solver_methods
+- Add function list_lu_solver_methods
+- Add function list_krylov_solver_methods
+- Add function list_krylov_solver_preconditioners
+- Support subdomains in SystemAssembler (not for interior facet
+  integrals)
+- Add option functionality apply("flush") to PETScMatrix
+- Add option finalize_tensor=true to assemble functions
+- Solver parameters can now be passed to solve
+- Remove deprecated function Variable::disp()
+- Remove deprecated function logging()
+- Add new class MeshValueCollection
+- Add new class MeshDomains replacing old storage of boundary markers
+  as part of MeshData. The following names are no longer supported:
+  - boundary_facet_cells
+  - boundary_facet_numbers
+  - boundary_indicators
+  - material_indicators
+  - cell_domains
+  - interior_facet_domains
+  - exterior_facet_domains
+- Rename XML tag <meshfunction> --> <mesh_function>
+- Rename SubMesh data "global_vertex_indices" -->
+  "parent_vertex_indices"
+- Get XML input/output of boundary markers working again
+- Get FacetArea working again
+
+
+1.0-beta [2011-08-11]
+---------------------
+- Print percentage of non-zero entries when computing sparsity
+  patterns
+- Use ufl.Real for Constant in Python interface
+- Add Dirichlet boundary condition argument to Python project function
+- Add remove functionality for parameter sets
+- Added out typemap for vector of shared_ptr objects
+- Fix typemap bug for list of shared_ptr objects
+- Support parallel XML vector io
+- Add support for gzipped XML output
+- Use pugixml for XML output
+- Move XML SAX parser to libxml2 SAX2 interface
+- Simplify XML io
+- Change interface for variational problems, class VariationalProblem
+  removed
+- Add solve interface: solve(a == L), solve(F == 0)
+- Add new classes Linear/NonlinearVariationalProblem
+- Add new classes Linear/NonlinearVariationalSolver
+- Ad form class aliases ResidualForm and Jacobian form in wrapper code
+- Default argument to variables in Expression are passed as kwargs in
+  the Python interface
+- Add has_openmp as utility function in Python interface
+- Add improved error reporting using dolfin_error
+- Use Boost to compute Legendre polynolials
+- Remove ode code
+- Handle parsing of unrecognized command-line parameters
+- All const std::vector<foo>& now return a read-only NumPy array
+- Make a robust macro for generating a NumPy array from data
+- Exposing low level fem functionality to Python, by adding a Cell ->
+  ufc::cell typemap
+- Added ufl_cell as a method to Mesh in Python interface
+- Fix memory leak in Zoltan interface
+- Remove some 'new' for arrays in favour of std::vector
+- Added cell as an optional argument to Constant
+- Prevent the use of non contiguous NumPy arrays for most typemaps
+- Point can now be used to evaluate a Function or Expression in Python
+- Fixed dimension check for Function and Expression eval in Python
+- Fix compressed VTK output for tensors in 2D
+
+
+0.9.11 [2011-05-16]
+-------------------
+- Change license from LGPL v2.1 to LGPL v3 or later
+- Moved meshconverter to dolfin_utils
+- Add support for conversion of material markers for Gmsh meshes
+- Add support for point sources (class PointSource)
+- Rename logging --> set_log_active
+- Add parameter "clear_on_write" to TimeSeries
+- Add support for input/output of nested parameter sets
+- Check for dimensions in linear solvers
+- Add support for automated error control for variational problems
+- Add support for refinement of MeshFunctions after mesh refinement
+- Change order of test and trial spaces in Form constructors
+- Make SWIG version >= 2.0 a requirement
+- Recognize subdomain data in Assembler from both Form and Mesh
+- Add storage for subdomains (cell_domains etc) in Form class
+- Rename MeshData "boundary facet cells" --> "boundary_facet_cells"
+- Rename MeshData "boundary facet numbers" -->
+  "boundary_facet_numbers"
+- Rename MeshData "boundary indicators" --> "boundary_indicators"
+- Rename MeshData "exterior facet domains" -->
+  "exterior_facet_domains"
+- Updates for UFC 2.0.1
+- Add FiniteElement::evaluate_basis_derivatives_all
+- Add support for VTK output of facet-based MeshFunctions
+- Change default log level from PROGRESS to INFO
+- Add copy functions to FiniteElement and DofMap
+- Simplify DofMap
+- Interpolate vector values when reading from time series
+
+
+0.9.10 [2011-02-23]
+-------------------
+- Updates for UFC 2.0.0
+- Handle TimeSeries stored backward in time (automatic reversal)
+- Automatic storage of hierarchy during refinement
+- Remove directory/library 'main', merged into 'common'
+- dolfin_init --> init, dolfin_set_precision --> set_precision
+- Remove need for mesh argument to functional assembly when possible
+- Add function set_output_stream
+- Add operator () for evaluation at points for Function/Expression in
+  C++
+- Add abs() to GenericVector interface
+- Fix bug for local refinement of manifolds
+- Interface change: VariationalProblem now takes: a, L or F, (dF)
+- Map linear algebra objects to processes consistently with mesh
+  partition
+- Lots of improvemenst to parallel assembly, dof maps and linear
+  algebra
+- Add lists supported_elements and supported_elements_for_plotting in
+  Python
+- Add script dolfin-plot for plotting meshes and elements from the
+  command-line
+- Add support for plotting elements from Python
+- Add experimental OpenMP assembler
+- Thread-safe fixed in Function class
+- Make GenericFunction::eval thread-safe (Data class removed)
+- Optimize and speedup topology computation (mesh.init())
+- Add function Mesh::clean() for cleaning out auxilliary topology data
+- Improve speed and accuracy of timers
+- Fix bug in 3D uniform mesh refinement
+- Add built-in meshes UnitTriangle and UnitTetrahedron
+- Only create output directories when they don't exist
+- Make it impossible to set the linear algebra backend to something
+  illegal
+- Overload value_shape instead of dim for userdefined Python
+  Expressions
+- Permit unset parameters
+- Search only for BLAS library (not cblas.h)
+
+
+0.9.9 [2010-09-01]
+------------------
+- Change build system to CMake
+- Add named MeshFunctions: VertexFunction, EdgeFunction, FaceFunction,
+  FacetFunction, CellFunction
+- Allow setting constant boundary conditions directly without using
+  Constant
+- Allow setting boundary conditions based on string ("x[0] == 0.0")
+- Create missing directories if specified as part of file names
+- Allow re-use of preconditioners for most backends
+- Fixes for UMFPACK solver on some 32 bit machines
+- Provide access to more Hypre preconditioners via PETSc
+- Updates for SLEPc 3.1
+- Improve and implement re-use of LU factorizations for all backends
+- Fix bug in refinement of MeshFunctions
+
+
+0.9.8 [2010-07-01]
+------------------
+- Optimize and improve StabilityAnalysis.
+- Use own implementation of binary search in ODESolution (takes
+  advantage of previous values as initial guess)
+- Improve reading ODESolution spanning multiple files
+- Dramatic speedup of progress bar (and algorithms using it)
+- Fix bug in writing meshes embedded higher dimensions to M-files
+- Zero vector in uBLASVector::resize() to fix spurious bug in Krylov
+  solver
+- Handle named fields (u.rename()) in VTK output
+- Bug fix in computation of FacetArea for tetrahedrons
+- Add support for direct plotting of Dirichlet boundary conditions:
+  plot(bc)
+- Updates for PETSc 3.1
+- Add relaxation parameter to NewtonSolver
+- Implement collapse of renumbered dof maps (serial and parallel)
+- Simplification of DofMapBuilder for parallel dof maps
+- Improve and simplify DofMap
+- Add Armadillo dependency for dense linear algebra
+- Remove LAPACKFoo wrappers
+- Add abstract base class GenericDofMap
+- Zero small values in VTK output to avoid VTK crashes
+- Handle MeshFunction/markers in homogenize bc
+- Make preconditioner selectable in VariationalProblem (new parameter)
+- Read/write meshes in binary format
+- Add parameter "use_ident" in DirichletBC
+- Issue error by default when solvers don't converge (parameter
+  "error_on_convergence")
+- Add option to print matrix/vector for a VariationalProblem
+- Trilinos backend now works in parallel
+- Remove Mesh refine members functions. Use free refine(...) functions
+  instead
+- Remove AdapativeObjects
+- Add Stokes demo using the MINI element
+- Interface change: operator+ now used to denote enriched function
+  spaces
+- Interface change: operator+ --> operator* for mixed elements
+- Add option 'allow_extrapolation' useful when interpolating to
+  refined meshes
+- Add SpatialCoordinates demo
+- Add functionality for accessing time series sample times:
+  vector_times(), mesh_times()
+- Add functionality for snapping mesh to curved boundaries during
+  refinement
+- Add functionality for smoothing the boundary of a mesh
+- Speedup assembly over exterior facets by not using BoundaryMesh
+- Mesh refinement improvements, remove unecessary copying in Python
+  interface
+- Clean PETSc and Epetra Krylov solvers
+- Add separate preconditioner classes for PETSc and Epetra solvers
+- Add function ident_zeros for inserting one on diagonal for zero rows
+- Add LU support for Trilinos interface
+
+
+0.9.7 [2010-02-17]
+------------------
+- Add support for specifying facet orientation in assembly over
+  interior facets
+- Allow user to choose which LU package PETScLUSolver uses
+- Add computation of intersection between arbitrary mesh entities
+- Random access to MeshEntitiyIterators
+- Modify SWIG flags to prevent leak when using SWIG director feature
+- Fix memory leak in std::vector<Foo*> typemaps
+- Add interface for SCOTCH for parallel mesh partitioning
+- Bug fix in SubDomain::mark, fixes bug in DirichletBC based on
+  SubDomain::inside
+- Improvements in time series class, recognizing old stored values
+- Add FacetCell class useful in algorithms iterating over boundary
+  facets
+- Rename reconstruct --> extrapolate
+- Remove GTS dependency
+
+
+0.9.6 [2010-02-03]
+------------------
+- Simplify access to form compiler parameters, now integrated with
+  global parameters
+- Add DofMap member function to return set of dofs
+- Fix memory leak in the LA interface
+- Do not import cos, sin, exp from NumPy to avoid clash with UFL
+  functions
+- Fix bug in MTL4Vector assignment
+- Remove sandbox (moved to separate repository)
+- Remove matrix factory (dolfin/mf)
+- Update .ufl files for changes in UFL
+- Added swig/import/foo.i for easy type importing from dolfin modules
+- Allow optional argument cell when creating Expression
+- Change name of Expression argument cpparg --> cppcode
+- Add simple constructor (dim0, dim1) for C++ matrix Expressions
+- Add example demonstrating the use of cpparg (C++ code in Python)
+- Add least squares solver for dense systems (wrapper for DGELS)
+- New linear algebra wrappers for LAPACK matrices and vectors
+- Experimental support for reconstruction of higher order functions
+- Modified interface for eval() and inside() in C++ using Array
+- Introduce new Array class for simplified wrapping of arrays in SWIG
+- Improved functionality for intersection detection
+- Re-implementation of intersection detection using CGAL
+
+
+0.9.5 [2009-12-03]
+------------------
+- Set appropriate parameters for symmetric eigenvalue problems with
+  SLEPc
+- Fix for performance regression in recent uBLAS releases
+- Simplify Expression interface: f = Expression("sin(x[0])")
+- Simplify Constant interface: c = Constant(1.0)
+- Fix bug in periodic boundary conditions
+- Add simple script dolfin-tetgen for generating DOLFIN XML meshes
+  from STL
+- Make XML parser append/overwrite parameter set when reading
+  parameters from file
+- Refinement of function spaces and automatic interpolation of member
+  functions
+- Allow setting global parameters for Krylov solver
+- Fix handling of Constants in Python interface to avoid repeated JIT
+  compilation
+- Allow simple specification of subdomains in Python without needing
+  to subclass SubDomain
+- Add function homogenize() for simple creation of homogeneous BCs
+  from given BCs
+- Add copy constructor and possibility to change value for DirichletBC
+- Add simple wrapper for ufl.cell.n. FacetNormal(mesh) now works again
+  in Python.
+- Support apply(A), apply(b) and apply(b, x) in PeriodicBC
+- Enable setting spectral transformation for SLEPc eigenvalue solver
+
+0.9.4 [2009-10-12]
+------------------
+- Remove set, get and operator() methods from MeshFunction
+- Added const and none const T &operator[uint/MeshEntity] to
+  MeshFunction
+- More clean up in SWIG interface files, remove global renames and
+  ignores
+- Update Python interface to Expression, with extended tests for value
+  ranks
+- Removed DiscreteFunction class
+- Require value_shape and geometric_dimension in Expression
+- Introduce new class Expression replacing user-defined Functions
+- interpolate_vertex_values --> compute_vertex_values
+- std::map<std::string, Coefficient> replaces generated CoefficientSet
+  code
+- Cleanup logic in Function class as a result of new Expression class
+- Introduce new Coefficient base class for form coefficients
+- Replace CellSize::min,max by Mesh::hmin,hmax
+- Use MUMPS instead of UMFPACK as default direct solver in both serial
+  and parallel
+- Fix bug in SystemAssembler
+- Remove support for PETSc 2.3 and support PETSc 3.0.0 only
+- Remove FacetNormal Function. Use UFL facet normal instead.
+- Add update() function to FunctionSpace and DofMap for use in
+  adaptive mesh refinement
+- Require mesh in constructor of functionals (C++) or argument to
+  assemble (Python)
+
+
+0.9.3 [2009-09-25]
+------------------
+- Add global parameter "ffc_representation" for form representation in
+  FFC JIT compiler
+- Make norm() function handle both vectors and functions in Python
+- Speedup periodic boundary conditions and make work for mixed
+  (vector-valued) elements
+- Add possibilities to use any number numpy array when assigning
+  matrices and vectors
+- Add possibilities to use any integer numpy array for indices in
+  matrices and vectors
+- Fix for int typemaps in PyDOLFIN
+- Split mult into mult and transpmult
+- Filter out PETSc argument when parsing command-line parameters
+- Extend comments to SWIG interface files
+- Add copyright statements to SWIG interface files (not finished yet)
+- Add typemaps for misc std::vector<types> in PyDOLFIN
+- Remove dependencies on std_vector.i reducing SWIG wrapper code size
+- Use relative %includes in dolfin.i
+- Changed names on SWIG interface files dolfin_foo.i -> foo.i
+- Add function interpolate() in Python interface
+- Fix typmaps for uint in python 2.6
+- Use TypeError instead of ValueError in typechecks in typmaps.i
+- Add in/out shared_ptr<Epetra_FEFoo> typemaps for PyDOLFIN
+- Fix JIT compiling in parallel
+- Add a compile_extension_module function in PyDOLFIN
+- Fix bug in Python vector assignment
+- Add support for compressed base64 encoded VTK files (using zlib)
+- Add support for base64 encoded VTK files
+- Experimental support for parallel assembly and solve
+- Bug fix in project() function, update to UFL syntax
+- Remove disp() functions and replace by info(foo, true)
+- Add fem unit test (Python)
+- Clean up SystemAssembler
+- Enable assemble_system through PyDOLFIN
+- Add 'norm' to GenericMatrix
+- Efficiency improvements in NewtonSolver
+- Rename NewtonSolver::get_iteration() to NewtonSolver::iteration()
+- Improvements to EpetraKrylovSolver::solve
+- Add constructor Vector::Vector(const GenericVector& x)
+- Remove SCons deprecation warnings
+- Memory leak fix in PETScKrylovSolver
+- Rename dolfin_assert -> assert and use C++ version
+- Fix debug/optimise flags
+- Remove AvgMeshSize, InvMeshSize, InvFacetArea from SpecialFunctions
+- Rename MeshSize -> CellSize
+- Rewrite parameter system with improved support for command-line
+  parsing, localization of parameters (per class) and usability from
+  Python
+- Remove OutflowFacet from SpecialFunctions
+- Rename interpolate(double*) --> interpolate_vertex_values(double*)
+- Add Python version of Cahn-Hilliard demo
+- Fix bug in assemble.py
+- Permit interpolation of functions between non-matching meshes
+- Remove Function::Function(std::string filename)
+- Transition to new XML io
+- Remove GenericSparsityPattern::sort
+- Require sorted/unsorted parameter in SparsityPattern constructor
+- Improve performance of SparsityPattern::insert
+- Replace enums with strings for linear algebra and built-in meshes
+- Allow direct access to Constant value
+- Initialize entities in MeshEntity constructor automatically and
+  check range
+- Add unit tests to the memorycheck
+- Add call to clean up libxml2 parser at exit
+- Remove unecessary arguments in DofMap member functions
+- Remove reference constructors from DofMap, FiniteElement and
+  FunctionSpace
+- Use a shared_ptr to store the mesh in DofMap objects
+- Interface change for wrapper code: PoissonBilinearForm -->
+  Poisson::BilinearForm
+- Add function info_underline() for writing underlined messages
+- Rename message() --> info() for "compatibility" with Python logging
+  module
+- Add elementwise multiplication in GeneriVector interface
+- GenericVector interface in PyDOLFIN now support the sequence
+  protocol
+- Rename of camelCaps functions names: fooBar --> foo_bar Note:
+  mesh.numVertices() --> mesh.num_vertices(), mesh.numCells() -->
+  mesh.num_cells()
+- Add slicing capabilities for GenericMatrix interface in PyDOLFIN
+  (only getitem)
+- Add slicing capabilities for GenericVector interface in PyDOLFIN
+- Add sum to GenericVector interface
+
+
+0.9.2 [2009-04-07]
+------------------
+- Enable setting parameters for Newton solver in VariationalProblem
+- Simplified and improved implementation of C++ plotting, calling
+  Viper on command-line
+- Remove precompiled elements and projections
+- Automatically interpolate user-defined functions on assignment
+- Add new built-in function MeshCoordinates, useful in ALE simulations
+- Add new constructor to Function class, Function(V, "vector.xml")
+- Remove class Array (using std::vector instead)
+- Add vector_mapping data to MeshData
+- Use std::vector instead of Array in MeshData
+- Add assignment operator and copy constructor for MeshFunction
+- Add function mesh.move(other_mesh) for moving mesh according to
+  matching mesh (for FSI)
+- Add function mesh.move(u) for moving mesh according to displacement
+  function (for FSI)
+- Add macro dolfin_not_implemented()
+- Add new interpolate() function for interpolation of user-defined
+  function to discrete
+- Make _function_space protected in Function
+- Added access to crs data from python for uBLAS and MTL4 backend
+
+
+0.9.1 [2009-02-17]
+------------------
+- Check Rectangle and Box for non-zero dimensions
+- ODE solvers now solve the dual problem
+- New class SubMesh for simple extraction of matching meshes for sub
+  domains
+- Improvements of multiprecision ODE solver
+- Fix Function class copy constructor
+- Bug fixes for errornorm(), updates for new interface
+- Interface update for MeshData: createMeshFunction -->
+  create_mesh_function etc
+- Interface update for Rectangle and Box
+- Add elastodynamics demo
+- Fix memory leak in IntersectionDetector/GTSInterface
+- Add check for swig version, in jit and compile functions
+- Bug fix in dolfin-order script for gzipped files
+- Make shared_ptr work across C++/Python interface
+- Replace std::tr1::shared_ptr with boost::shared_ptr
+- Bug fix in transfinite mean-value interpolation
+- Less annoying progress bar (silent when progress is fast)
+- Fix assignment operator for MeshData
+- Improved adaptive mesh refinement (recursive Rivara) producing
+  better quality meshes
+
+0.9.0 [2009-01-05]
+------------------
+- Cross-platform fixes
+- PETScMatrix::copy fix
+- Some Trilinos fixes
+- Improvements in MeshData class
+- Do not use initial guess in Newton solver
+- Change OutflowFacet to IsOutflowFacet and change syntax
+- Used shared_ptr for underling linear algebra objects
+- Cache subspaces in FunctionSpace
+- Improved plotting, now support plot(grad(u)), plot(div(u)) etc
+- Simple handling of JIT-compiled functions
+- Sign change (bug fix) in increment for Newton solver
+- New class VariationalProblem replacing LinearPDE and NonlinearPDE
+- Parallel parsing and partitioning of meshes (experimental)
+- Add script dolfin-order for ordering mesh files
+- Add new class SubSpace (replacing SubSystem)
+- Add new class FunctionSpace
+- Complete redesign of Function class hierarchy, now a single Function
+  class
+- Increased use of shared_ptr in Function, FunctionSpace, etc
+- New interface for boundary conditions, form not necessary
+- Allow simple setting of coefficient functions based on names (not
+  their index)
+- Don't order mesh automatically, meshes must now be ordered
+  explicitly
+- Simpler definition of user-defined functions (constructors not
+  necessary)
+- Make mesh iterators const to allow for const-correct Mesh code
+
+
+0.8.1 [2008-10-20]
+------------------
+- Add option to use ML multigrid preconditioner through PETSc
+- Interface change for ODE solvers: uBLASVector --> double*
+- Remove homotopy solver
+- Remove typedef real, now using plain double instead
+- Add various operators -=, += to GenericMatrix
+- Don't use -Werror when compiling SWIG generated code
+- Remove init(n) and init(m, n) from GenericVector/Matrix. Use resize
+  and zero instead
+- Add new function is_combatible() for checking compatibility of
+  boundary conditions
+- Use x as initial guess in Krylov solvers (PETSc, uBLAS, ITL)
+- Add new function errornorm()
+- Add harmonic ALE mesh smoothing
+- Refinements of Graph class
+- Add CholmodCholeskySlover (direct solver for symmetric matrices)
+- Implement application of Dirichlet boundary conditions within
+  assembly loop
+- Improve efficiency of SparsityPattern
+- Allow a variable number of smoothings
+- Add class Table for pretty-printing of tables
+- Add experimental MTL4 linear algebra backend
+- Add OutflowFacet to SpecialFunctions for DG transport problems
+- Remove unmaintained OpenDX file format
+- Fix problem with mesh smoothing near nonconvex corners
+- Simple projection of functions in Python
+- Add file format: XYZ for use with Xd3d
+- Add built-in meshes: UnitCircle, Box, Rectangle, UnitSphere
+
+
+0.8.0 [2008-06-23]
+------------------
+- Fix input of matrix data from XML
+- Add function normalize()
+- Integration with VMTK for reading DOLFIN XML meshes produced by VMTK
+- Extend mesh XML format to handle boundary indicators
+- Add support for attaching arbitrarily named data to meshes
+- Add support for dynamically choosing the linear algebra backend
+- Add Epetra/Trilinos linear solvers
+- Add setrow() to matrix interface
+- Add new solver SingularSolver for solving singular (pressure)
+  systems
+- Add MeshSize::min(), max() for easy computation of smallest/largest
+  mesh size
+- LinearSolver now handles all backends and linear solvers
+- Add access to normal in Function, useful for inflow boundary
+  conditions
+- Remove GMRES and LU classes, use solve() instead
+- Improve solve() function, now handles both LU and Krylov +
+  preconditioners
+- Add ALE mesh interpolation (moving mesh according to new boundary
+  coordinates)
+
+
+0.7.3 [2008-04-30]
+------------------
+- Add support for Epetra/Trilinos
+- Bug fix for order of values in interpolate_vertex_values, now
+  according to UFC
+- Boundary meshes are now always oriented with respect to outward
+  facet normals
+- Improved linear algebra, both in C++ and Python
+- Make periodic boundary conditions work in Python
+- Fix saving of user-defined functions
+- Improve plotting
+- Simple computation of various norms of functions from Python
+- Evaluation of Functions at arbitrary points in a mesh
+- Fix bug in assembling over exterior facets (subdomains were ignored)
+- Make progress bar less annoying
+- New scons-based build system replaces autotools
+- Fix bug when choosing iterative solver from Python
+
+
+0.7.2 [2008-02-18]
+------------------
+- Improve sparsity pattern generator efficiency
+- Dimension-independent sparsity pattern generator
+- Add support for setting strong boundary values for DG elements
+- Add option setting boundary conditions based on geometrical search
+- Check UMFPACK return argument for warnings/errors
+- Simplify setting simple Dirichlet boundary conditions
+- Much improved integration with FFC in PyDOLFIN
+- Caching of forms by JIT compiler now works
+- Updates for UFC 1.1
+- Catch exceptions in PyDOLFIN
+- Work on linear algebra interfaces GenericTensor/Matrix/Vector
+- Add linear algebra factory (backend) interface
+- Add support for 1D meshes
+- Make Assembler independent of linear algebra backend
+- Add manager for handling sub systems (PETSc and MPI)
+- Add parallel broadcast of Mesh and MeshFunction
+- Add experimental support for parallel assembly
+- Use PETSc MPI matrices when running in parallel
+- Add predefined functions FacetNormal and AvgMeshSize
+- Add left/right/crisscross options for UnitSquare
+- Add more Python demos
+- Add support for Exodus II format in dolfin-convert
+- Autogenerate docstrings for PyDOLFIN
+- Various small bug fixes and improvements
+
+
+0.7.1 [2007-08-31]
+------------------
+- Integrate FFC form language into PyDOLFIN
+- Just-in-time (JIT) compilation of variational forms
+- Conversion from from Diffpack grid format to DOLFIN XML
+- Name change: BoundaryCondition --> DirichletBC
+- Add support for periodic boundary conditions: class PeriodicBC
+- Redesign default linear algebra interface (Matrix, Vector,
+  KrylovSolver, etc)
+- Add function to return Vector associated with a DiscreteFunction
+
+
+0.7.0-1 [2007-06-22]
+--------------------
+- Recompile all forms with latest FFC release
+- Remove typedefs SparseMatrix and SparseVector
+- Fix includes in LinearPDE
+- Rename DofMaps -> DofMapSet
+
+
+0.7.0 [2007-06-20]
+------------------
+- Move to UFC interface for code generation
+- Major rewrite, restructure, cleanup
+- Add support for Brezzi-Douglas-Marini (BDM) elements
+- Add support for Raviart-Thomas (RT) elements
+- Add support for Discontinuous Galerkin (DG) methods
+- Add support for mesh partitioning (through SCOTCH)
+- Handle both UMFPACK and UFSPARSE
+- Local mesh refinement
+- Mesh smoothing
+- Built-in plotting (through Viper)
+- Cleanup log system
+- Numerous fixes for mesh, in particular MeshFunction
+- Much improved Python bindings for mesh
+- Fix Python interface for vertex and cell maps in boundary
+  computation
+
+
+0.6.4 [2006-12-01]
+------------------
+- Switch from Python Numeric to Python NumPy
+- Improved mesh Python bindings
+- Add input/output support for MeshFunction
+- Change Mesh::vertices() --> Mesh::coordinates()
+- Fix bug in output of mesh to MATLAB format
+- Add plasticty module (experimental)
+- Fix configure test for Python dev (patch from Åsmund Ødegård)
+- Add mesh benchmark
+- Fix memory leak in mesh (data not deleted correctly in MeshTopology)
+- Fix detection of curses libraries
+- Remove Tecplot output format
+
+
+0.6.3 [2006-10-27]
+------------------
+- Move to new mesh library
+- Remove dolfin-config and move to pkg-config
+- Remove unused classes PArray, PList, Table, Tensor
+- Visualization of 2D solutions in OpenDX is now supported (3D
+  supported before)
+- Add support for evaluation of functionals
+- Fix bug in Vector::sum() for uBLAS vectors
+
+
+0.6.2-1 [2006-09-06]
+--------------------
+- Fix compilation error when using --enable-petsc
+  (dolfin::uBLASVector::PETScVector undefined)
+
+
+0.6.2 [2006-09-05]
+------------------
+- Finish chapter in manual on linear algebra
+- Enable PyDOLFIN by default, use --disable-pydolfin to disable
+- Disable PETSc by default, use --enable-petsc to enable
+- Modify ODE solver interface for u0() and f()
+- Add class ConvectionMatrix
+- Readd classes LoadVector, MassMatrix, StiffnessMatrix
+- Add matrix factory for simple creation of standard finite element
+  matrices
+- Collect static solvers in LU and GMRES
+- Bug fixes for Python interface PyDOLFIN
+- Enable use of direct solver for ODE solver (experimental)
+- Remove demo bistable
+- Restructure and cleanup linear algebra
+- Use UMFPACK for LU solver with uBLAS matrix types
+- Add templated wrapper class for different uBLAS matrix types
+- Add ILU preconditioning for uBLAS matrices
+- Add Krylov solver for uBLAS sparse matrices (GMRES and BICGSTAB)
+- Add first version of new mesh library (NewMesh, experimental)
+- Add Parametrized::readParameters() to trigger reading of values on
+  set()
+- Remove output of zeros in Octave matrix file format
+- Use uBLAS-based vector for Vector if PETSc disabled
+- Add wrappers for uBLAS compressed_matrix class
+- Compute eigenvalues using SLEPc (an extension of PETSc)
+- Clean up assembly and linear algebra
+- Add function to solve Ax = b for dense matrices and dense vectors
+- Make it possible to compile without PETSc (--disable-petsc)
+- Much improved ODE solvers
+- Complete multi-adaptive benchmarks reaction and wave
+- Assemble boundary integrals
+- FEM class cleaned up.
+- Fix multi-adaptive benchmark problem reaction
+- Small fixes for Intel C++ compiler version 9.1
+- Test for Intel C++ compiler and configure appropriately
+- Add new classes DenseMatrix and DenseVector (wrappers for ublas)
+- Fix bug in conversion from Gmsh format
+
+
+0.6.1 [2006-03-28]
+------------------
+- Regenerate build system in makedist script
+- Update for new FFC syntax: BasisFunction --> TestFunction,
+  TrialFunction
+- Fixes for conversion script dolfin-convert
+- Initial cleanups and fixes for ODE solvers
+- Numerous small fixes to improve portability
+- Remove dolfin:: qualifier on output << in Parameter.h
+- Don't use anonymous classes in demos, gives errors with some
+  compilers
+- Remove KrylovSolver::solver()
+- Fix bug in convection-diffusion demo (boundary condition for
+  pressure), use direct solver
+- LinearPDE and NewonSolver use umfpack LU solver by default (if
+  available) when doing direct solve
+- Set PETSc matrix type through Matrix constructor
+- Allow linear solver and preconditioner type to be passed to
+  NewtonSolver
+- Fix bug in Stokes demos (wrong boundary conditions)
+- Cleanup Krylov solver
+- Remove KrylovSolver::setPreconditioner() etc. and move to
+  constructors
+- Remove KrylovSolver::setRtol() etc. and replace with parameters
+- Fix remaining name changes: noFoo() --> numFoo()
+- Add Cahn-Hilliard equation demo
+- NewtonSolver option to use residual or incremental convergence
+  criterion
+- Add separate function to nls to test for convergence of Newton
+  iterations
+- Fix bug in dolfin-config (wrong version number)
+
+
+0.6.0 [2006-03-01]
+------------------
+- Fix bug in XML output format (writing multiple objects)
+- Fix bug in XML matrix output format (handle zero rows)
+- Add new nonlinear PDE demo
+- Restructure PDE class to use envelope-letter design
+- Add precompiled finite elements for q <= 5
+- Add FiniteElementSpec and factor function for FiniteElement
+- Add input/output of Function to DOLFIN XML
+- Name change: dof --> node
+- Name change: noFoo() --> numFoo()
+- Add conversion from gmsh format in dolfin-convert script
+- Updates for PETSc 2.3.1
+- Add new type of Function (constant)
+- Simplify use of Function class
+- Add new demo Stokes + convection-diffusion
+- Add new demo Stokes (equal-order stabilized)
+- Add new demo Stokes (Taylor-Hood)
+- Add new parameter for KrylovSolvers: "monitor convergence"
+- Add conversion script dolfin-convert for various mesh formats
+- Add new demo elasticity
+- Move poisson demo to src/demo/pde/poisson
+- Move to Mercurial (hg) from CVS
+- Use libtool to build libraries (including shared)
+
+0.5.12 [2006-01-12]
+-------------------
+- Make Stokes solver dimension independent (2D/3D)
+- Make Poisson solver dimension independent (2D/3D)
+- Fix sparse matrix output format for MATLAB
+- Modify demo problem for Stokes, add exact solution and compute error
+- Change interface for boundary conditions: operator() --> eval()
+- Add two benchmark problems for the Navier-Stokes solver
+- Add support for 2D/3D selection in Navier-Stokes solver
+- Move tic()/toc() to timing.h
+- Navier-Stokes solver back online
+- Make Solver a subclass of Parametrized
+- Add support for localization of parameters
+- Redesign of parameter system
+
+0.5.11 [2005-12-15]
+-------------------
+- Add script monitor for monitoring memory usage
+- Remove meminfo.h (not portable)
+- Remove dependence on parameter system in log system
+- Don't use drand48() (not portable)
+- Don't use strcasecmp() (not portable)
+- Remove sysinfo.h and class System (not portable)
+- Don't include <sys/utsname.h> (not portable)
+- Change ::show() --> ::disp() everywhere
+- Clean out old quadrature classes on triangles and tetrahedra
+- Clean out old sparse matrix code
+- Update chapter on Functions in manual
+- Use std::map to store parameters
+- Implement class KrylovSolver
+- Name change: Node --> Vertex
+- Add nonlinear solver demos
+- Add support for picking sub functions and components of functions
+- Update interface for FiniteElement for latest FFC version
+- Improve and restructure implementation of the Function class
+- Dynamically adjust safety factor during integration
+- Improve output Matrix::disp()
+- Check residual at end of time step, reject step if too large
+- Implement Vector::sum()
+- Implement nonlinear solver
+- New option for ODE solver: "save final solution" --> solution.data
+- New ODE test problem: reaction
+- Fixes for automake 1.9 (nobase_include_HEADERS)
+- Reorganize build system, remove fake install and require make
+  install
+- Add checks for non-standard PETSc component HYPRE in NSE solver
+- Make GMRES solver return the number of iterations
+- Add installation script for Python interface
+- Add Matrix Market format (Haiko Etzel)
+- Automatically reinitialize GMRES solver when system size changes
+- Implement cout << for class Vector
+
+0.5.10 [2005-10-11]
+-------------------
+- Modify ODE solver interface: add T to constructor
+- Fix compilation on AMD 64 bit systems (add -fPIC)
+- Add new BLAS mode for form evaluation
+- Change enum types in File to lowercase
+- Change default file type for .m to Octave
+- Add experimental Python interface PyDOLFIN
+- Fix compilation for gcc 4.0
+
+0.5.9 [2005-09-23]
+------------------
+- Add Stokes module
+- Support for arbitrary mixed elements through FFC
+- VTK output interface now handles time-dependent functions
+  automatically
+- Fix cout for empty matrix
+- Change dolfin_start() --> dolfin_end()
+- Add chapters to manual: about, log system, parameters, reference
+  elements, installation, contributing, license
+- Use new template fenicsmanual.cls for manual
+- Add compiler flag -U__STRICT_ANSI__ when compiling under Cygwin
+- Add class EigenvalueSolver
+
+0.5.8 [2005-07-05]
+------------------
+- Add new output format Paraview/VTK (Garth N. Wells)
+- Update Tecplot interface
+- Move to PETSc 2.3.0
+- Complete support for general order Lagrange elements in triangles
+  and tetrahedra
+- Add test problem in src/demo/fem/convergence/ for general Lagrange
+  elements
+- Make FEM::assemble() estimate the number of nonzeros in each row
+- Implement Matrix::init(M, N, nzmax)
+- Add Matrix::nz(), Matrix::nzsum() and Matrix::nzmax()
+- Improve Mesh::disp()
+- Add FiniteElement::disp() and FEM::disp() (useful for debugging)
+- Remove old class SparseMatrix
+- Change FEM::setBC() --> FEM::applyBC()
+- Change Mesh::tetrahedrons --> Mesh::tetrahedra
+- Implement Dirichlet boundary conditions for tetrahedra
+- Implement Face::contains(const Point& p)
+- Add test for shape dimension of mesh and form in FEM::assemble()
+- Move src/demo/fem/ demo to src/demo/fem/simple/
+- Add README file in src/demo/poisson/ (simple manual)
+- Add simple demo program src/demo/poisson/
+- Update computation of alignment of faces to match FFC/FIAT
+
+0.5.7 [2005-06-23]
+------------------
+- Clean up ODE test problems
+- Implement automatic detection of sparsity pattern from given matrix
+- Clean up homotopy solver
+- Implement automatic computation of Jacobian
+- Add support for assembly of non-square systems (Andy Terrel)
+- Make ODE solver report average number of iterations
+- Make progress bar write first update at 0%
+- Initialize all values of u before solution in multi-adaptive solver,
+  not only components given by dependencies
+- Allow user to modify and verify a converging homotopy path
+- Make homotopy solver save a list of the solutions
+- Add Matrix::norm()
+- Add new test problem for CES economy
+- Remove cast from Parameter to const char* (use std::string)
+- Make solution data filename optional for homotopy solver
+- Append homotopy solution data to file during solution
+- Add dolfin::seed(int) for optionally seeding random number generator
+- Remove dolfin::max,min (use std::max,min)
+- Add polynomial-integer (true polynomial) form of general CES system
+- Compute multi-adaptive efficiency index
+- Updates for gcc 4.0 (patches by Garth N. Wells)
+- Add Matrix::mult(const real x[], uint row) (temporary fix, assumes
+  uniprocessor case)
+- Add Matrix::mult(const Vector& x, uint row) (temporary fix, assumes
+  uniprocessor case)
+- Update shortcuts MassMatrix and StiffnessMatrix to new system
+- Add missing friend to Face.h (reported by Garth N. Wells)
+
+0.5.6 [2005-05-17]
+------------------
+- Implementation of boundary conditions for general order Lagrange
+  (experimental)
+- Use interpolation function automatically generated by FFC
+- Put computation of map into class AffineMap
+- Clean up assembly
+- Use dof maps automatically generated by FFC (experimental)
+- Modify interface FiniteElement for new version of FFC
+- Update ODE homotopy test problems
+- Add cross product to class Point
+- Sort mesh entities locally according to ordering used by FIAT and
+  FFC
+- Add new format for dof maps (preparation for higher-order elements)
+- Code cleanups: NewFoo --> Foo complete
+- Updates for new version of FFC (0.1.7)
+- Bypass log system when finalizing PETSc (may be out of scope)
+
+0.5.5 [2005-04-26]
+------------------
+- Fix broken log system, curses works again
+- Much improved multi-adaptive time-stepping
+- Move elasticity module to new system based on FFC
+- Add boundary conditions for systems
+- Improve regulation of time steps
+- Clean out old assembly classes
+- Clean out old form classes
+- Remove kernel module map
+- Remove kernel module element
+- Move convection-diffusion module to new system based on FFC
+- Add iterators for cell neighbors of edges and faces
+- Implement polynomial for of CES economy
+- Rename all new linear algebra classes: NewFoo --> Foo
+- Clean out old linear algebra
+- Speedup setting of boundary conditions (add MAT_KEEP_ZEROED_ROWS)
+- Fix bug for option --disable-curses
+
+0.5.4 [2005-03-29]
+------------------
+- Remove option to compile with PETSc 2.2.0 (2.2.1 required)
+- Make make install work again (fix missing includes)
+- Add support for mixing multiple finite elements (through FFC)
+- Improve functionality of homotopy solver
+- Simple creation of piecewise linear functions (without having an
+  element)
+- Simple creation of piecewise linear elements
+- Add support of automatic creation of simple meshes (unit cube, unit
+  square)
+
+0.5.3 [2005-02-26]
+------------------
+- Change to PETSc version 2.2.1
+- Add flag --with-petsc=<path> to configure script
+- Move Poisson's equation to system based on FFC
+- Add support for automatic creation of homotopies
+- Make all ODE solvers automatically handle complex ODEs: (M) z' =
+  f(z,t)
+- Implement version of mono-adaptive solver for implicit ODEs: M u' =
+  f(u,t)
+- Implement Newton's method for multi- and mono-adaptive ODE solvers
+- Update PETSc wrappers NewVector, NewMatrix, and NewGMRES
+- Fix initialization of PETSc
+- Add mono-adaptive cG(q) and dG(q) solvers (experimental)
+- Implementation of new assebly: NewFEM, using output from FFC
+- Add access to mesh for nodes, cells, faces and edges
+- Add Tecplot I/O interface; contributed by Garth N. Wells
+
+0.5.2 [2005-01-26]
+------------------
+- Benchmarks for DOLFIN vs PETSc (src/demo/form and src/demo/test)
+- Complete rewrite of the multi-adaptive ODE solver (experimental)
+- Add wrapper for PETSc GMRES solver
+- Update class Point with new operators
+- Complete rewrite of the multi-adaptive solver to improve performance
+- Add PETSc wrappers NewMatrix and NewVector
+- Add DOLFIN/PETSc benchmarks
+
+0.5.1 [2004-11-10]
+------------------
+- Experimental support for automatic generation of forms using FFC
+- Allow user to supply Jacobian to ODE solver
+- Add optional test to check if a dependency already exists (Sparsity)
+- Modify sparse matrix output (Matrix::show())
+- Add FGMRES solver in new format (patch from eriksv)
+- Add non-const version of quick-access of sparse matrices
+- Add linear mappings for simple computation of derivatives
+- Add check of matrix dimensions for ODE sparsity pattern
+- Include missing cmath in Function.cpp
+
+0.5.0 [2004-08-18]
+------------------
+- First prototype of new form evaluation system
+- New classes Jacobi, SOR, Richardson (preconditioners and linear
+  solvers)
+- Add integrals on the boundary (ds), partly working
+- Add maps from boundary of reference cell
+- Add evaluation of map from reference cell
+- New Matrix functions: max, min, norm, and sum of rows and columns
+  (erik)
+- Derivatives/gradients of ElementFunction (coefficients f.ex.)
+  implemented
+- Enable assignment to all elements of a NewArray
+- Add functions Boundary::noNodes(), noFaces(), noEdges()
+- New class GaussSeidel (preconditioner and linear solver)
+- New classes Preconditioner and LinearSolver
+- Bug fix for tetrahedral mesh refinement (ingelstrom)
+- Add iterators for Edge and Face on Boundary
+- Add functionality to Map: bdet() and cell()
+- Add connectivity face-cell and edge-cell
+- New interface for assembly: Galerkin --> FEM
+- Bug fix for PDE systems of size > 3
+
+0.4.11 [2004-04-23]
+-------------------
+- Add multigrid solver (experimental)
+- Update manual
+
+0.4.10
+------
+- Automatic model reduction (experimental)
+- Fix bug in ParticleSystem (divide by mass)
+- Improve control of integration (add function ODE::update())
+- Load/save parameters in XML-format
+- Add assembly test
+- Add simple StiffnessMatrix, MassMatrix, and LoadVector
+- Change dK --> dx
+- Change dx() --> ddx()
+- Add support for GiD file format
+- Add performance tests for multi-adaptivity (both stiff and
+  non-stiff)
+- First version of Newton for the multi-adaptive solver
+- Test for Newton for the multi-adaptive solver
+
+0.4.9
+-----
+- Add multi-adaptive solver for the bistable equation
+- Add BiCGSTAB solver (thsv)
+- Fix bug in SOR (thsv)
+- Improved visual program for OpenDX
+- Fix OpenDX file format for scalar functions
+- Allow access to samples of multi-adaptive solution
+- New patch from thsv for gcc 3.4.0 and 3.5.0
+- Make progress step a parameter
+- New function ODE::sparse(const Matrix& A)
+- Access nodes, cells, edges, faces by id
+- New function Matrix::lump()
+
+0.4.8
+-----
+- Add support for systems (jansson and bengzon)
+- Add new module wave
+- Add new module wave-vector
+- Add new module elasticity
+- Add new module elasticity-stationary
+- Multi-adaptive updates
+- Fix compilation error in LogStream
+- Fix local Newton iteration for higher order elements
+- Init matrix to given type
+- Add output of cG(q) and dG(q) weights in matrix format
+- Fix numbering of frames from plotslab script
+- Add png output for plotslab script
+- Add script for running stiff test problems, plot solutions
+- Fix bug in MeshInit (node neighbors of node)
+- Modify output of sysinfo()
+- Compile with -Wall -Werror -pedantic -ansi -std=c++98 (thsv)
+
+0.4.7
+-----
+- Make all stiff test problems work
+- Display status report also when using step()
+- Improve adaptive damping for stiff problems (remove spikes)
+- Modify Octave/Matlab format for solution data (speed improvement)
+- Adaptive sampling of solution (optional)
+- Restructure stiff test problems
+- Check if value of right-hand side is valid
+- Modify divergence test in AdaptiveIterationLevel1
+
+0.4.6
+-----
+- Save vectors and matrices from Matlab/Octave (foufas)
+- Rename writexml.m to xmlmesh.m
+- Inlining of important functions
+- Optimize evaluation of elements
+- Optimize Lagrange polynomials
+- Optimize sparsity: use stl containers
+- Optimize choice of discrete residual for multi-adaptive solver
+- Don't save solution in benchmark proble
+- Improve computation of divergence factor for underdamped systems
+- Don't check residual on first slab for fixed time step
+- Decrease largest (default) time step to 0.1
+- Add missing <cmath> in TimeStepper
+- Move real into dolfin namespace
+
+0.4.5
+-----
+- Rename function.h to enable compilation under Cygwin
+- Add new benchmark problem for multi-adaptive solver
+- Bug fix for ParticleSystem
+- Initialization of first time step
+- Improve time step regulation (threshold)
+- Improve stabilization
+- Improve TimeStepper interface (Ko Project)
+- Use iterators instead of recursively calling TimeSlab::update()
+- Clean up ODESolver
+- Add iterators for elements in time slabs and element groups
+- Add -f to creation of symbolic links
+
+0.4.4
+-----
+- Add support for 3D graphics in Octave using Open Inventor (jj)
+
+0.4.3
+-----
+- Stabilization of multi-adaptive solver (experimental)
+- Improved non-support for curses (--disable-curses)
+- New class MechanicalSystem for simulating mechanical systems
+- Save debug info from primal and dual (plotslab.m)
+- Fix bug in progress bar
+- Add missing include file in Components.h (kakr)
+- New function dolfin_end(const char* msg, ...)
+- Move numerical differentiation to RHS
+- New class Event for limited display of messages
+- Fix bug in LogStream (large numbers in floating point format)
+- Specify individual time steps for different components
+- Compile without warnings
+- Add -Werror to option enable-debug
+- Specify individual methods for different components
+- Fix bug in dGqMethods
+- Fix bug (delete old block) in ElementData
+- Add parameters for method and order
+- New test problem reaction
+- New class FixedPointIteration
+- Fix bug in grid refinement
+
+0.4.2
+-----
+- Fix bug in computation of residual (divide by k)
+- Add automatic generation and solution of the dual problem
+- Automatic selection of file names for primal and dual
+- Fix bug in progress bar (TerminalLogger)
+- Many updates of multi-adaptive solver
+- Add class ODEFunction
+- Update function class hierarchies
+- Move functions to a separate directory
+- Store multi-adaptive solution binary on disk with cache
+
+0.4.1
+-----
+- First version of multi-adaptive solver working
+- Clean up file formats
+- Start changing from int to unsigned int where necessary
+- Fix bool->int when using stdard in Parameter
+- Add NewArray and NewList (will replace Array and List)
+
+0.4.0
+-----
+- Initiation of the FEniCS project
+- Change syntax of mesh files: grid -> mesh
+- Create symbolic links instead of copying files
+- Tanganyika -> ODE
+- Add Heat module
+- Grid -> Mesh
+- Move forms and mappings to separate libraries
+- Fix missing include of DirectSolver.h
+
+0.3.12
+------
+- Adaptive grid refinement (!)
+- Add User Manual
+- Add function dolfin_log() to turn logging on/off
+- Change from pointers to references for Node, Cell, Edge, Face
+- Update writexml.m
+- Add new grid files and rename old grid files
+
+0.3.11
+------
+- Add configure option --disable-curses
+- Grid refinement updates
+- Make OpenDX file format work for grids (output)
+- Add volume() and diameter() in cell
+- New classes TriGridRefinement and TetGridRefinement
+- Add iterators for faces and edges on a boundary
+- New class GridHierarchy
+
+0.3.10
+------
+- Use new boundary structure in Galerkin
+- Make dolfin_start() and dolfin_end() work
+- Make dolfin_assert() raise segmentation fault for plain text mode
+- Add configure option --enable-debug
+- Use autoreconf instead of scripts/preconfigure
+- Rename configure.in -> configure.ac
+- New class FaceIterator
+- New class Face
+- Move computation of boundary from GridInit to BoundaryInit
+- New class BoundaryData
+- New class BoundaryInit
+- New class Boundary
+- Make InitGrid compute edges
+- Add test program for generic matrix in src/demo/la
+- Clean up Grid classes
+- Add new class GridRefinementData
+- Move data from Cell to GenericCell
+- Make GMRES work with user defined matrix, only mult() needed
+- GMRES now uses only one function to compute residual()
+- Change Matrix structure (a modified envelope/letter)
+- Update script checkerror.m for Poisson
+- Add function dolfin_info_aptr()
+- Add cast to element pointer for iterators
+- Clean up and improve the Tensor class
+- New class: List
+- Name change: List -> Table
+- Name change: ShortList -> Array
+- Make functions in GridRefinement static
+- Make functions in GridInit static
+- Fix bug in GridInit (eriksv)
+- Add output to OpenDX format for 3D grids
+- Clean up ShortList class
+- Clean up List class
+- New class ODE, Equation replaced by PDE
+- Add Lorenz test problem
+- Add new problem type for ODEs
+- Add new module ode
+- Work on multi-adaptive ODE solver (lots of new stuff)
+- Work on grid refinement
+- Write all macros in LoggerMacros in one line
+- Add transpose functions to Matrix (Erik)
+
+0.3.9
+-----
+- Update Krylov solver (Erik, Johan)
+- Add new LU factorization and LU solve (Niklas)
+- Add benchmark test in src/demo/bench
+- Add silent logger
+
+0.3.8
+-----
+- Make sure dolfin-config is regenerated every time
+- Add demo program for cG(q) and dG(q)
+- Add dG(q) precalc of nodal points and weights
+- Add cG(q) precalc of nodal points and weights
+- Fix a bug in configure.in (AC_INIT with README)
+- Add Lagrange polynomials
+- Add multiplication with transpose
+- Add scalar products with rows and columns
+- Add A[i][j] index operator for quick access to dense matrix
+
+0.3.7
+-----
+- Add new Matlab-like syntax like A(i,all) = x or A(3,all) = A(4,all)
+- Add dolfin_assert() macro enabled if debug is defined
+- Redesign of Matrix/DenseMatrix/SparseMatrix to use Matrix as common
+  interface
+- Include missing cmath in Legendre.cpp and GaussianQuadrature.cpp
+
+0.3.6
+-----
+- Add output functionality in DenseMatrix
+- Add high precision solver to DirectSolver
+- Clean up error messages in Matrix
+- Make solvers directly accessible through Matrix and DenseMatrix
+- Add quadrature (Gauss, Radau, and Lobatto) from Tanganyika
+- Start merge with Tanganyika
+- Add support for automatic documentation using doxygen
+- Update configure scripts
+- Add greeting at end of compilation
+
+0.3.5
+-----
+- Define version number only in the file configure.in
+- Fix compilation problem (missing depcomp)
+
+0.3.4
+-----
+- Fix bugs in some of the ElementFunction operators
+- Make convection-diffusion solver work again
+- Fix bug in integration, move multiplication with the determinant
+- Fix memory leaks in ElementFunction
+- Add parameter to choose output format
+- Make OctaveFile and MatlabFile subclasses of MFile
+- Add classes ScalarExpressionFunction and VectorExpressionFunction
+- Make progress bars work cleaner
+- Get ctrl-c in curses logger
+- Remove <Problem>Settings-classes and use dolfin_parameter()
+- Redesign settings to match the structure of the log system
+- Add vector functions: Function::Vector
+- Add vector element functions: ElementFunction::Vector
+
+0.3.3
+-----
+- Increased functionality of curses-based interface
+- Add progress bars to log system
+
+0.3.2
+-----
+- More work on grid refinement
+- Add new curses based log system
+
+0.3.1
+-----
+- Makefile updates: make install should now work properly
+- KrylovSolver updates
+- Preparation for grid refinement
+- Matrix and Vector updates
+
+0.3.0
+-----
+- Make poisson work again, other modules still not working
+- Add output format for octave
+- Fix code to compile with g++-3.2 -Wall -Werror
+- New operators for Matrix
+- New and faster GMRES solver (speedup factor 4)
+- Changed name from SparseMatrix to Matrix
+- Remove old unused code
+- Add subdirectory math containing mathematical functions
+- Better access for A(i,j) += to improve speed in assembling
+- Add benchmark for linear algebra
+- New definition of finite element
+- Add algebra for function spaces
+- Convert grids in data/grids to xml.gz
+- Add iterators for Nodes and Cells
+- Change from .hh to .h
+- Add operators to Vector class (foufas)
+- Add dependence on libxml2
+- Change from .C to .cpp to make Jim happy.
+- Change input/output functionality to streams
+- Change to new data structure for Grid
+- Change to object-oriented API at top level
+- Add use of C++ namespaces
+- Complete and major restructuring of the code
+- Fix compilation error in src/config
+- Fix name of keyword for convection-diffusion
+
+0.2.11-1
+--------
+- Fix compilation error (`source`) on Solaris
+
+0.2.11
+------
+- Automate build process to simplify addition of new modules
+- Fix bug in matlab_write_field() (walter)
+- Fix bug in SparseMatrix::GetCopy() (foufas)
+
+0.2.10-1
+--------
+- Fix compilation errors on RedHat (thsv)
+
+0.2.10
+------
+- Fix compilation of problems to use correct compiler
+- Change default test problems to the ones in the report
+- Improve memory management using mpatrol for tracking allocations
+- Change bool to int for va_arg, seems to be a problem with gcc > 3.0
+- Improve input / output support: GiD, Matlab, OpenDX
+
+0.2.8
+-----
+- Navier-Stokes starting to work again
+- Add Navier-Stokes 2d
+- Bug fixes
+
+0.2.7
+-----
+- Add support for 2D problems
+- Add module convection-diffusion
+- Add local/global fields in equation/problem
+- Bug fixes
+- Navier-Stokes updates (still broken)
+
+0.2.6 [2002-02-19]
+------------------
+- Navier-Stokes updates (still broken)
+- Output to matlab format
+
+0.2.5
+-----
+- Add variational formulation with overloaded operators for systems
+- ShapeFunction/LocalField/FiniteElement according to Scott & Brenner
+
+0.2.4
+-----
+- Add boundary conditions
+- Poisson seems to work ok
+
+0.2.3
+-----
+- Add GMRES solver
+- Add CG solver
+- Add direct solver
+- Add Poisson solver
+- Big changes to the organisation of the source tree
+- Add kwdist.sh script
+- Bug fixes
+
+0.2.2:
+------
+- Remove curses temporarily
+
+0.2.1:
+------
+- Remove all PETSc stuff. Finally!
+- Gauss-Seidel cannot handle the pressure equation
+
+0.2.0:
+------
+- First GPL release
+- Remove all of Klas Samuelssons proprietary grid code
+- Adaptivity and refinement broken, include in next release
diff --git a/INSTALL b/INSTALL
new file mode 100644
index 0000000..c518dfe
--- /dev/null
+++ b/INSTALL
@@ -0,0 +1,85 @@
+Requirements
+------------
+
+DOLFIN uses CMake for configuration and installation. DOLFIN also
+relies on a number of other third-party libraries. Your system will be
+probed for these libraries as part of the configuration process.
+
+Simple build and install
+------------------------
+
+In the simplest case, just issue the commands
+
+  mkdir build
+  cd build
+  cmake ..
+  make install
+
+This will first configure DOLFIN for your system and then compile and
+install DOLFIN in your system's default installation direcory, for
+example in /usr/local/ or /opt/local/.
+
+Local installation
+------------------
+
+It may sometimes be advantageous to install DOLFIN locally as part
+of the DOLFIN source tree. To do this, simply type
+
+  mkdir build
+  cd build
+  cmake -DCMAKE_INSTALL_PREFIX=$PWD/../local ..
+  make install
+
+This configures, compiles, and install DOLFIN in a directory named
+'local' in the DOLFIN source tree.
+
+(Re-)generating the SWIG interface and docstrings
+-------------------------------------------------
+
+In order to regenerate the SWIG interface and update the
+documentation, respectively, run the generator scripts:
+
+   ./cmake/scripts/generate-swig-interface
+   ./cmake/scripts/generate-swig-docstrings
+
+Customized builds
+-----------------
+
+To customize the configuration of DOLFIN, it is convenient to use one
+of the graphical user interfaces for CMake, such as either ccmake or
+cmake-gui. These frontends to CMake allow simple manipulation of
+variables that control the configuration of DOLFIN.
+
+DOLFIN must be built 'out-of-source' which means that all files
+generated by the build process end up in a separate directory without
+cluttering the source tree. To make an out-of-source build for DOLFIN
+using a graphical interface to CMake, simply type
+
+  mkdir build
+  cd build
+  cmake-gui ..
+  make install
+
+Building demos and tests
+------------------------
+
+To build demos, enter the build directory (if any) and type
+
+  make demo
+
+This will build all demos. To build a specific demo, just name the
+demo you want to build, for example the Poisson demo, and type
+
+  make poisson_demo
+
+Alternatively, you may navigate to the demo directory directly, for
+example demo/documented/poisson/cpp and then build the demo using
+CMake:
+
+  cmake .
+  make
+
+Python demos can be run directly by navigating to the directory of the
+demo and typing (in the case of the Poisson demo)
+
+  python demo_poisson.py
diff --git a/README.rst b/README.rst
new file mode 100644
index 0000000..e5e5f1e
--- /dev/null
+++ b/README.rst
@@ -0,0 +1,106 @@
+======
+DOLFIN
+======
+
+DOLFIN is the computational backend of FEniCS and implements the
+FEniCS Problem Solving Environment in Python and C++.
+
+We are currently working on a highly experimental version of DOLFIN
+at: https://github.com/FEniCS/dolfinx
+
+Installation
+============
+
+To build DOLFIN, run::
+
+  mkdir build
+  cd build
+  cmake ..
+  make install
+
+For detailed instructions, see the file INSTALL.
+
+
+Documentation
+=============
+
+Documentation can be viewed at http://fenics-dolfin.readthedocs.org/.
+
+.. image:: https://readthedocs.org/projects/fenics-dolfin/badge/?version=latest
+   :target: http://fenics.readthedocs.io/projects/dolfin/en/latest/?badge=latest
+   :alt: Documentation Status
+
+
+Automated Testing
+=================
+
+We use Bitbucket Pipelines and Atlassian Bamboo to perform automated
+testing.
+
+.. image:: https://bitbucket-badges.useast.atlassian.io/badge/fenics-project/dolfin.svg
+   :target: https://bitbucket.org/fenics-project/dolfin/addon/pipelines/home
+   :alt: Pipelines Build Status
+
+.. image:: http://magpie.bpi.cam.ac.uk:8085/plugins/servlet/wittified/build-status/DOL-DODO
+   :target: http://magpie.bpi.cam.ac.uk:8085/browse/DOL-DODO/latest
+   :alt: Bamboo Build Status
+
+
+Code Coverage
+=============
+
+Code coverage reports can be viewed at
+https://coveralls.io/bitbucket/fenics-project/dolfin.
+
+.. image:: https://coveralls.io/repos/bitbucket/fenics-project/dolfin/badge.svg?branch=master
+   :target: https://coveralls.io/bitbucket/fenics-project/dolfin?branch=master
+   :alt: Coverage Status
+
+
+License
+=======
+
+DOLFIN is free software: you can redistribute it and/or modify
+it under the terms of the GNU Lesser General Public License as published by
+the Free Software Foundation, either version 3 of the License, or
+(at your option) any later version.
+
+DOLFIN is distributed in the hope that it will be useful,
+but WITHOUT ANY WARRANTY; without even the implied warranty of
+MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+GNU Lesser General Public License for more details.
+
+You should have received a copy of the GNU Lesser General Public License
+along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+
+Contact
+=======
+
+For comments and requests, send an email to the FEniCS mailing list:
+
+  fenics-dev@googlegroups.com
+
+For questions related to obtaining, building or installing DOLFIN,
+send an email to the FEniCS support mailing list:
+
+  fenics-support@googlegroups.com
+
+For questions about using DOLFIN, visit the FEniCS Q&A page:
+
+  http://fenicsproject.org/qa
+
+For bug reports, visit the DOLFIN Bitbucket page:
+
+  http://bitbucket.org/fenics-project/dolfin
+
+
+About
+=====
+
+DOLFIN is developed by a group of mathematicians, computational
+scientists and engineers distributed around the world. A list of
+authors can be found in the file AUTHORS. For more information about
+DOLFIN, visit
+
+  http://fenicsproject.org
\ No newline at end of file
diff --git a/bench/CMakeLists.txt b/bench/CMakeLists.txt
new file mode 100644
index 0000000..f2c8f39
--- /dev/null
+++ b/bench/CMakeLists.txt
@@ -0,0 +1,30 @@
+# Require CMake 2.8
+cmake_minimum_required(VERSION 3.5)
+
+# Find DOLFIN config file (not used here, but check that benchmarks will be
+# able to find it
+find_package(DOLFIN REQUIRED)
+
+# If config file is found, add all demo sub-directories, else print helper
+# message
+if (DOLFIN_FOUND)
+
+  # Build list of all cpp directories
+  file( GLOB_RECURSE list "main.cpp")
+  list( SORT list )
+  string(REGEX REPLACE "/main.cpp" "" list "${list}")
+
+  # Add each C++ code directory
+  foreach (cpp_dir ${list})
+    #message(STATUS "Add C++ benchmark: ${cpp_dir}")
+    add_subdirectory(${cpp_dir})
+  endforeach()
+
+  # Add fem/speedup/cpp manually (no main.cpp so not picked up automatically)
+  add_subdirectory(fem/speedup/cpp)
+
+else()
+
+  message(STATUS "Could not locate DOLFINConfig.cmake file. Did you do 'make install' for the DOLFIN library and set the appropriate paths (source <build_dir>/dolfin.conf)?")
+
+endif()
diff --git a/bench/README b/bench/README
new file mode 100644
index 0000000..e65d334
--- /dev/null
+++ b/bench/README
@@ -0,0 +1,23 @@
+This directory (and its sub directories) contain a benchmark suite for
+DOLFIN. To run all benchmarks, simply run the script demo.py.
+
+This script runs all executables/scripts named 'bench' found in the
+directory tree and records the result for benchmark found in foo/bar
+under the name 'foo-bar' in logs/bench.log.
+
+Two pieces of information are extracted from each benchmark:
+
+1. A short description of the benchmark. This is extracted as the
+first line of output from the benchmark.
+
+2. One or more timings. These are extracted from output in the form
+
+  BENCH <totaltime>
+  BENCH <subtask> <subtime>
+
+If no output is given (or <totaltime> is not given), then the total
+running time of the program is recorded.
+
+Important notice: To run the benchmarks correctly, you need to compile
+DOLFIN with option --enable-optimization. Compiling DOLFIN with
+--enable-debug will slow down some of the benchmarks considerably.
diff --git a/bench/bench.py b/bench/bench.py
new file mode 100644
index 0000000..88c7d91
--- /dev/null
+++ b/bench/bench.py
@@ -0,0 +1,108 @@
+"Run all benchmarks"
+
+# Copyright (C) 2010 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Johannes Ring, 2011, 2012
+
+from __future__ import print_function
+import os, sys, time
+
+failed = []
+
+def run_bench(arg, directory, files):
+
+    # Skip directories not containing a benchmark
+    bench_exec = "bench_" + "_".join(directory.split(os.path.sep)[1:])
+    if not bench_exec in files:
+        return
+
+    # Get name of benchmark
+    name = directory.replace("./", "").replace("/", "-")
+    print("Running benchmark %s..." % name)
+
+    # Remove old logfile
+    cwd = os.getcwd()
+    logfile = os.path.join(cwd, "logs", name + ".log")
+    try:
+        os.remove(logfile)
+    except:
+        pass
+
+    # Run benchmark
+    os.chdir(directory)
+    t0 = time.time()
+    status = os.system(os.path.join(os.curdir, bench_exec) + " > %s" % logfile)
+    elapsed_time = time.time() - t0
+
+    # Change to toplevel directory
+    os.chdir(cwd)
+
+    # Report timing
+    if status == 0:
+        print("Completed in %g seconds\n" % elapsed_time)
+    else:
+        global failed
+        failed.append(name)
+        print("*** Failed\n")
+        return
+
+    # Get description of benchmark
+    f = open(logfile)
+    description = f.read().split("\n")[0]
+    f.close()
+
+    # Get timings (if any)
+    f = open(logfile)
+    run_timings = [("", elapsed_time)]
+    for line in [line for line in f.read().split("\n") if "BENCH" in line]:
+        words = [word.strip() for word in line.split()]
+        # Override total time
+        if len(words) == 2:
+            run_timings[0] = ("", float(words[1]))
+        # Add sub timing
+        elif len(words) == 3:
+            run_timings.append((words[1].lower(), float(words[2])))
+    f.close()
+
+    # Append to log file
+    d = time.gmtime()
+    date = str((d.tm_year, d.tm_mon, d.tm_mday, d.tm_hour, d.tm_min, d.tm_sec))
+    f = open(os.path.join("logs", "bench.log"), "a")
+    for (postfix, timing) in run_timings:
+        if postfix == "":
+            n = name
+            d = description
+        else:
+            n = "%s-%s" % (name, postfix)
+            d = "%s ((%s))" % (description, postfix)
+        f.write('%s %s %g "%s"\n'  % (date, n, timing, d))
+
+    return status == 0
+
+# Iterate over benchmarks
+os.path.walk(".", run_bench, None)
+
+# Print summary
+if len(failed) == 0:
+    print("All benchmarks OK")
+else:
+    print("%d benchmark(s) failed:" % len(failed))
+    for name in failed:
+        print("  " + name)
+
+sys.exit(len(failed))
diff --git a/bench/common/progress/cpp/main.cpp b/bench/common/progress/cpp/main.cpp
new file mode 100644
index 0000000..ad1c6fe
--- /dev/null
+++ b/bench/common/progress/cpp/main.cpp
@@ -0,0 +1,46 @@
+// Copyright (C) 2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-06-29
+// Last changed: 2010-11-16
+
+#include <dolfin.h>
+
+using namespace dolfin;
+
+#define NUM_REPS 5
+#define SIZE 500000000
+
+int main(int argc, char* argv[])
+{
+  info("Creating progress bar with %d steps (%d repetitions)",
+       SIZE, NUM_REPS);
+
+  for (int i = 0; i < NUM_REPS; i++)
+  {
+    Progress p("Stepping", SIZE);
+    double sum = 0.0;
+    for (int j = 0; j < SIZE; j++)
+    {
+      sum += 0.1;
+      p++;
+    }
+    dolfin::cout << "sum = " << sum << dolfin::endl;
+  }
+
+  return 0;
+}
diff --git a/bench/common/timing/cpp/main.cpp b/bench/common/timing/cpp/main.cpp
new file mode 100644
index 0000000..e56d6ad
--- /dev/null
+++ b/bench/common/timing/cpp/main.cpp
@@ -0,0 +1,60 @@
+// Copyright (C) 2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-11-16
+// Last changed: 2010-11-16
+
+#include <dolfin.h>
+
+using namespace dolfin;
+
+#define NUM_REPS 10000000
+
+int main(int argc, char* argv[])
+{
+  info("Timing access and registration of timings (%d repetitions)", NUM_REPS);
+
+  // Access to timer
+  double sum = 0.0;
+  double t0 = time();
+  double t1 = t0;
+  Timer timer_function("time() function");
+  for (int i = 0; i < NUM_REPS; i++)
+  {
+    t0 = time();
+    t1 = time();
+    sum += t1 - t0;
+  }
+  timer_function.stop();
+  dolfin::cout << "sum = " << sum << dolfin::endl << dolfin::endl;
+
+  // Test timer
+  Timer timer_loop("timer start/stop");
+  Timer timer_class("Timer class");
+  for (int i = 0; i < NUM_REPS; i++)
+  {
+    timer_loop.start();
+    timer_loop.stop();
+  }
+  timer_class.stop();
+
+  // Report timings
+  list_timings(TimingClear::keep,
+               { TimingType::wall, TimingType::user, TimingType::system });
+
+  return 0;
+}
diff --git a/bench/fem/assembly/cpp/forms.h b/bench/fem/assembly/cpp/forms.h
new file mode 100644
index 0000000..449b185
--- /dev/null
+++ b/bench/fem/assembly/cpp/forms.h
@@ -0,0 +1,100 @@
+// Copyright (C) 2008-2009 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2008-07-22
+// Last changed: 2010-05-03
+
+#include <memory>
+#include <dolfin.h>
+
+#include "forms/Poisson2DP1.h"
+#include "forms/Poisson2DP2.h"
+#include "forms/Poisson2DP3.h"
+#include "forms/THStokes2D.h"
+#include "forms/StabStokes2D.h"
+#include "forms/Elasticity3D.h"
+#include "forms/NSEMomentum3D.h"
+
+#define SIZE_2D 256
+#define SIZE_3D 32
+
+using namespace dolfin;
+
+double bench_form(std::string form_name, double (*foo)(Form&))
+{
+  if (form_name == "poisson1")
+  {
+    auto mesh = std::make_shared<UnitSquareMesh>(SIZE_2D, SIZE_2D);
+    auto V = std::make_shared<Poisson2DP1::FunctionSpace>(mesh);
+    Poisson2DP1::BilinearForm form(V, V);
+    return foo(form);
+  }
+  else if (form_name == "poisson2")
+  {
+    auto mesh = std::make_shared<UnitSquareMesh>(SIZE_2D, SIZE_2D);
+    auto V = std::make_shared<Poisson2DP2::FunctionSpace>(mesh);
+    Poisson2DP2::BilinearForm form(V, V);
+    return foo(form);
+  }
+  else if (form_name == "poisson3")
+  {
+    auto mesh = std::make_shared<UnitSquareMesh>(SIZE_2D, SIZE_2D);
+    auto V = std::make_shared<Poisson2DP3::FunctionSpace>(mesh);
+    Poisson2DP3::BilinearForm form(V, V);
+    return foo(form);
+  }
+  else if (form_name == "stokes")
+  {
+    auto mesh = std::make_shared<UnitSquareMesh>(SIZE_2D, SIZE_2D);
+    auto V = std::make_shared<THStokes2D::FunctionSpace>(mesh);
+    THStokes2D::BilinearForm form(V, V);
+    return foo(form);
+  }
+  else if (form_name == "stabilization")
+  {
+    auto mesh = std::make_shared<UnitSquareMesh>(SIZE_2D, SIZE_2D);
+    auto V = std::make_shared<StabStokes2D::FunctionSpace>(mesh);
+    auto h = std::make_shared<Constant>(1.0);
+    StabStokes2D::BilinearForm form(V, V, h);
+    return foo(form);
+  }
+  else if (form_name == "elasticity")
+  {
+    auto mesh = std::make_shared<UnitCubeMesh>(SIZE_3D, SIZE_3D, SIZE_3D);
+    auto V = std::make_shared<Elasticity3D::FunctionSpace>(mesh);
+    Elasticity3D::BilinearForm form(V, V);
+    return foo(form);
+  }
+  else if (form_name == "navierstokes")
+  {
+    auto mesh = std::make_shared<UnitCubeMesh>(SIZE_3D, SIZE_3D, SIZE_3D);
+    auto V = std::make_shared<NSEMomentum3D::FunctionSpace>(mesh);
+    auto w = std::make_shared<Constant>(1.0, 1.0, 1.0);
+    auto d1 = std::make_shared<Constant>(1.0);
+    auto d2 = std::make_shared<Constant>(1.0);
+    auto k = std::make_shared<Constant>(1.0);
+    auto nu = std::make_shared<Constant>(1.0);
+    NSEMomentum3D::BilinearForm form(V, V, w, d1, d2, k, nu);
+    return foo(form);
+  }
+  else
+  {
+    error("Unknown form: %s.", form_name.c_str());
+  }
+
+  return 0.0;
+}
diff --git a/bench/fem/assembly/cpp/forms/Elasticity3D.ufl b/bench/fem/assembly/cpp/forms/Elasticity3D.ufl
new file mode 100644
index 0000000..da51224
--- /dev/null
+++ b/bench/fem/assembly/cpp/forms/Elasticity3D.ufl
@@ -0,0 +1,18 @@
+element = VectorElement("Lagrange", tetrahedron, 1)
+
+v = TestFunction(element)
+u = TrialFunction(element)
+
+E  = 10.0
+nu = 0.3
+
+mu    = E / (2*(1 + nu))
+lmbda = E*nu / ((1 + nu)*(1 - 2*nu))
+
+def epsilon(v):
+    return 0.5*(grad(v) + (grad(v)).T)
+
+def sigma(v):
+    return 2*mu*epsilon(v) + lmbda*tr(epsilon(v))*Identity(len(v))
+
+a = inner(grad(v), sigma(u))*dx
diff --git a/bench/fem/assembly/cpp/forms/NSEMomentum3D.ufl b/bench/fem/assembly/cpp/forms/NSEMomentum3D.ufl
new file mode 100644
index 0000000..772cdf3
--- /dev/null
+++ b/bench/fem/assembly/cpp/forms/NSEMomentum3D.ufl
@@ -0,0 +1,18 @@
+element = VectorElement("Lagrange", tetrahedron, 1)
+
+v = TestFunction(element)
+u = TrialFunction(element)
+
+constant_scalar = FiniteElement("Discontinuous Lagrange", tetrahedron, 0)
+constant_vector = VectorElement("Discontinuous Lagrange", tetrahedron, 0)
+
+w  = Coefficient(constant_vector)
+d1 = Coefficient(constant_scalar)
+d2 = Coefficient(constant_scalar)
+k  = Coefficient(constant_scalar)
+nu = Coefficient(constant_scalar)
+
+G_a  = inner(v, u)*dx + 0.5*k*nu*inner(grad(v), grad(u))*dx + 0.5*k*inner(v, dot(w, grad(u)))*dx
+SD_a = d1*0.5*k*dot(dot(w, grad(v)), dot(w, grad(u)))*dx + d2*0.5*k*div(v)*div(u)*dx
+
+a = G_a + SD_a
diff --git a/bench/fem/assembly/cpp/forms/Poisson2DP1.ufl b/bench/fem/assembly/cpp/forms/Poisson2DP1.ufl
new file mode 100644
index 0000000..cac2a7a
--- /dev/null
+++ b/bench/fem/assembly/cpp/forms/Poisson2DP1.ufl
@@ -0,0 +1,6 @@
+element = FiniteElement("Lagrange", triangle, 1)
+
+v = TestFunction(element)
+u = TrialFunction(element)
+
+a = dot(grad(v), grad(u))*dx
diff --git a/bench/fem/assembly/cpp/forms/Poisson2DP2.ufl b/bench/fem/assembly/cpp/forms/Poisson2DP2.ufl
new file mode 100644
index 0000000..62120d5
--- /dev/null
+++ b/bench/fem/assembly/cpp/forms/Poisson2DP2.ufl
@@ -0,0 +1,6 @@
+element = FiniteElement("Lagrange", triangle, 2)
+
+v = TestFunction(element)
+u = TrialFunction(element)
+
+a = dot(grad(v), grad(u))*dx
diff --git a/bench/fem/assembly/cpp/forms/Poisson2DP3.ufl b/bench/fem/assembly/cpp/forms/Poisson2DP3.ufl
new file mode 100644
index 0000000..b1a90c7
--- /dev/null
+++ b/bench/fem/assembly/cpp/forms/Poisson2DP3.ufl
@@ -0,0 +1,6 @@
+element = FiniteElement("Lagrange", triangle, 3)
+
+v = TestFunction(element)
+u = TrialFunction(element)
+
+a = dot(grad(v), grad(u))*dx
diff --git a/bench/fem/assembly/cpp/forms/StabStokes2D.ufl b/bench/fem/assembly/cpp/forms/StabStokes2D.ufl
new file mode 100644
index 0000000..8975a7d
--- /dev/null
+++ b/bench/fem/assembly/cpp/forms/StabStokes2D.ufl
@@ -0,0 +1,11 @@
+vector  = VectorElement("Lagrange", triangle, 1)
+scalar  = FiniteElement("Discontinuous Lagrange", triangle, 0)
+element = vector * scalar
+
+(v, q) = TestFunctions(element)
+(u, p) = TrialFunctions(element)
+
+h = Coefficient(scalar)
+delta = 0.2*h*h
+
+a = (inner(grad(v), grad(u)) - div(v)*p + q*div(u) + delta*inner(grad(q), grad(p)))*dx
diff --git a/bench/fem/assembly/cpp/forms/THStokes2D.ufl b/bench/fem/assembly/cpp/forms/THStokes2D.ufl
new file mode 100644
index 0000000..15b8df3
--- /dev/null
+++ b/bench/fem/assembly/cpp/forms/THStokes2D.ufl
@@ -0,0 +1,8 @@
+vector  = VectorElement("Lagrange", triangle, 2)
+scalar  = FiniteElement("Lagrange", triangle, 1)
+element = vector * scalar
+
+(v, q) = TestFunctions(element)
+(u, p) = TrialFunctions(element)
+
+a = (inner(grad(v), grad(u)) - div(v)*p + q*div(u))*dx
diff --git a/bench/fem/assembly/cpp/main.cpp b/bench/fem/assembly/cpp/main.cpp
new file mode 100644
index 0000000..8f76565
--- /dev/null
+++ b/bench/fem/assembly/cpp/main.cpp
@@ -0,0 +1,170 @@
+// Copyright (C) 2008-2010 Dag Lindbo, Anders Logg and Ilmar Wilbers
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2008-07-22
+// Last changed: 2011-09-21
+
+#include <string>
+#include <vector>
+#include <iostream>
+#include <dolfin.h>
+#include "forms.h"
+
+using namespace dolfin;
+
+double assemble_form(Form& form)
+{
+  // Assemble once
+  const double t0 = time();
+  Matrix A;
+  Assembler assembler;
+  assembler.assemble(A, form);
+  return time() - t0;
+}
+
+double reassemble_form(Form& form)
+{
+  // Assemble once
+  Matrix A;
+  Assembler assembler;
+  assembler.assemble(A, form);
+
+  // Reassemble
+  const double t0 = time();
+  assembler.assemble(A, form);
+  return time() - t0;
+}
+
+int main(int argc, char* argv[])
+{
+  info("Assembly for various forms and backends");
+  set_log_active(false);
+
+  // FIXME: Why?
+  parameters["reorder_dofs_serial"] = false;
+
+  // Forms
+  std::vector<std::string> forms;
+  forms.push_back("poisson1");
+  forms.push_back("poisson2");
+  forms.push_back("poisson3");
+  forms.push_back("stokes");
+  forms.push_back("stabilization");
+  forms.push_back("elasticity");
+  forms.push_back("navierstokes");
+
+  // Backends
+  std::vector<std::string> backends = {"PETSc", "Tpetra", "Eigen"};
+  {
+    for (auto it = backends.begin(); it != backends.end();)
+      if (has_linear_algebra_backend(*it))
+        ++it;
+      else
+        it = backends.erase(it);
+  }
+
+  // Override forms and backends with command-line arguments
+  if (argc == 3)
+  {
+    forms.clear();
+    forms.push_back(argv[1]);
+    backends.clear();
+    backends.push_back(argv[2]);
+  }
+  else if (argc != 1)
+  {
+    std::cout << "Usage: bench [form] [backend]" << std::endl;
+    exit(1);
+  }
+
+  // Tables for results
+  Table t0("Assemble total");
+  Table t1("Init dofmap");
+  Table t2("Build sparsity");
+  Table t3("Init tensor");
+  Table t4("Delete sparsity");
+  Table t5("Assemble cells");
+  Table t6("Overhead");
+  Table t7("Reassemble total");
+
+  // Benchmark assembly
+  for (unsigned int i = 0; i < forms.size(); i++)
+  {
+    std::cout << "Form: " << forms[i] << std::endl;
+    for (unsigned int j = 0; j < backends.size(); j++)
+    {
+      parameters["linear_algebra_backend"] = backends[j];
+      parameters["timer_prefix"] = backends[j];
+      std::cout << "  Backend: " << backends[j] << std::endl;
+      const double tt0 = bench_form(forms[i], assemble_form);
+      const auto timing1 = timing(backends[j] + t1.name(), TimingClear::clear);
+      const auto timing2 = timing(backends[j] + t2.name(), TimingClear::clear);
+      const auto timing3 = timing(backends[j] + t3.name(), TimingClear::clear);
+      const auto timing4 = timing(backends[j] + t4.name(), TimingClear::clear);
+      const auto timing5 = timing(backends[j] + t5.name(), TimingClear::clear);
+      const double tt1
+        = std::get<1>(timing1)/static_cast<double>(std::get<0>(timing1));
+      const double tt2
+        = std::get<1>(timing2)/static_cast<double>(std::get<0>(timing2));
+      const double tt3
+        = std::get<1>(timing3)/static_cast<double>(std::get<0>(timing3));
+      const double tt4
+        = std::get<1>(timing4)/static_cast<double>(std::get<0>(timing4));
+      const double tt5
+        = std::get<1>(timing5)/static_cast<double>(std::get<0>(timing5));
+      t0(forms[i], backends[j]) = tt0;
+      t1(forms[i], backends[j]) = tt1;
+      t2(forms[i], backends[j]) = tt2;
+      t3(forms[i], backends[j]) = tt3;
+      t4(forms[i], backends[j]) = tt4;
+      t5(forms[i], backends[j]) = tt5;
+      t6(forms[i], backends[j]) = tt0 - tt1 - tt2 - tt3 - tt4 - tt5;
+      std::cout << "  BENCH " << forms[i] << "-" << backends[j] << " " << tt0
+                << std::endl;
+    }
+  }
+
+  // Benchmark reassembly
+  if (argc == 1)
+  {
+    for (unsigned int i = 0; i < forms.size(); i++)
+    {
+      std::cout << "Form: " << forms[i] << std::endl;
+      for (unsigned int j = 0; j < backends.size(); j++)
+      {
+        parameters["linear_algebra_backend"] = backends[j];
+        parameters["timer_prefix"] = backends[j];
+        std::cout << "  Backend: " << backends[j] << std::endl;
+        t7(forms[i], backends[j]) = bench_form(forms[i], reassemble_form);
+      }
+    }
+  }
+
+  // Display results
+  set_log_active(true);
+  std::cout << std::endl; info(t0, true);
+  std::cout << std::endl; info(t1, true);
+  std::cout << std::endl; info(t2, true);
+  std::cout << std::endl; info(t3, true);
+  std::cout << std::endl; info(t4, true);
+  std::cout << std::endl; info(t5, true);
+  std::cout << std::endl; info(t6, true);
+  if (argc == 1)
+    std::cout << std::endl; info(t7, true);
+
+  return 0;
+}
diff --git a/bench/fem/assembly/python/broken b/bench/fem/assembly/python/broken
new file mode 100755
index 0000000..fed3ea6
--- /dev/null
+++ b/bench/fem/assembly/python/broken
@@ -0,0 +1,98 @@
+# Copyright (C) 2008 Ilmar Wilbers
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg, 2008.
+#
+# First added:  2008-06-04
+# Last changed: 2008-07-21
+
+# Be careful to first run the benchmark once in order for
+# the Python extensions to be created, or else the timings
+# will not be correct.
+
+from dolfin import *
+from time import time
+import sys
+
+def make_form(name, mesh):
+    globals()['mesh'] = mesh
+    execfile("../forms/" + name + '.form', globals())
+    try:
+        return a
+    except:
+        print "No object 'a' to return in file %s.form" %name
+        return None
+
+def bench_form(form, mesh, reps=1):
+    totaltime = 0.0
+    t0 = time()
+    A = assemble(form, mesh)
+    totaltime += time() - t0
+    for i in range(reps - 1):
+        t0 = time()
+        assemble(form, mesh, tensor=A, reset_sparsity=False)
+        totaltime += time() - t0
+    return totaltime / float(reps)
+
+def make_mesh(name, dim):
+    if dim == 3:
+        N = 32
+        mesh = UnitCube(N, N, N)
+        return mesh
+    else:
+        N = 256
+        mesh = UnitSquare(N, N)
+        return mesh
+
+if __name__ == "__main__":
+    try:
+        reps = int(sys.argv[1])
+    except:
+        print 'Usage: %s number_of_repetitions [1]' %sys.argv[0]
+        reps = 1
+
+# Backends
+backends = ["uBLAS", "PETSc", "Tpetra", "Eigen"]
+
+# Forms
+forms = ["Elasticity3D",
+         "PoissonP1",
+         "PoissonP2",
+         "PoissonP3",
+         "THStokes2D",
+         "NSEMomentum3D",
+         "StabStokes2D"]
+
+dolfin_set("output destination", "silent")
+results = Table("Assembly benchmark")
+
+for backend in backends:
+    dolfin_set("linear algebra backend", backend)
+    for form in forms:
+        dim = 2 if not form.find("3D") > -1 else 3
+        m = make_mesh(form, dim)
+        a = make_form(form, m)
+        print "Assembling %s with %s" % (form, backend)
+        t = bench_form(a, m, reps=reps)
+        results.set(backend, form, t)
+
+dolfin_set("output destination", "terminal")
+print ""
+
+results.disp()
+list_timings(TimingClear_keep,
+             [TimingType_wall, TimingType_user, TimingType_system])
diff --git a/bench/fem/convergence/cpp/Poisson2D_1.ufl b/bench/fem/convergence/cpp/Poisson2D_1.ufl
new file mode 100644
index 0000000..1f399d5
--- /dev/null
+++ b/bench/fem/convergence/cpp/Poisson2D_1.ufl
@@ -0,0 +1,30 @@
+# Copyright (C) 2005-2006 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2005
+# Last changed: 2006-03-28
+#
+# Poisson's equation in 2D for q = 1
+
+element = FiniteElement("Lagrange", triangle, 1)
+
+v = TestFunction(element)
+U = TrialFunction(element)
+f = Coefficient(element)
+
+a = v.dx(i)*U.dx(i)*dx
+L = v*f*dx
diff --git a/bench/fem/convergence/cpp/Poisson2D_2.ufl b/bench/fem/convergence/cpp/Poisson2D_2.ufl
new file mode 100644
index 0000000..589cce9
--- /dev/null
+++ b/bench/fem/convergence/cpp/Poisson2D_2.ufl
@@ -0,0 +1,30 @@
+# Copyright (C) 2005-2006 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2005
+# Last changed: 2006-03-28
+#
+# Poisson's equation in 2D for q = 2
+
+element = FiniteElement("Lagrange", triangle, 2)
+
+v = TestFunction(element)
+U = TrialFunction(element)
+f = Coefficient(element)
+
+a = v.dx(i)*U.dx(i)*dx
+L = v*f*dx
diff --git a/bench/fem/convergence/cpp/Poisson2D_3.ufl b/bench/fem/convergence/cpp/Poisson2D_3.ufl
new file mode 100644
index 0000000..b429748
--- /dev/null
+++ b/bench/fem/convergence/cpp/Poisson2D_3.ufl
@@ -0,0 +1,30 @@
+# Copyright (C) 2005-2006 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2005
+# Last changed: 2006-03-28
+#
+# Poisson's equation in 2D for q = 3
+
+element = FiniteElement("Lagrange", triangle, 3)
+
+v = TestFunction(element)
+U = TrialFunction(element)
+f = Coefficient(element)
+
+a = v.dx(i)*U.dx(i)*dx
+L = v*f*dx
diff --git a/bench/fem/convergence/cpp/Poisson2D_4.ufl b/bench/fem/convergence/cpp/Poisson2D_4.ufl
new file mode 100644
index 0000000..7579b42
--- /dev/null
+++ b/bench/fem/convergence/cpp/Poisson2D_4.ufl
@@ -0,0 +1,30 @@
+# Copyright (C) 2005-2006 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2005
+# Last changed: 2006-03-28
+#
+# Poisson's equation in 2D for q = 4
+
+element = FiniteElement("Lagrange", triangle, 4)
+
+v = TestFunction(element)
+U = TrialFunction(element)
+f = Coefficient(element)
+
+a = v.dx(i)*U.dx(i)*dx
+L = v*f*dx
diff --git a/bench/fem/convergence/cpp/Poisson2D_5.ufl b/bench/fem/convergence/cpp/Poisson2D_5.ufl
new file mode 100644
index 0000000..97e5382
--- /dev/null
+++ b/bench/fem/convergence/cpp/Poisson2D_5.ufl
@@ -0,0 +1,30 @@
+# Copyright (C) 2005-2006 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2005
+# Last changed: 2006-03-28
+#
+# Poisson's equation in 2D for q = 5
+
+element = FiniteElement("Lagrange", triangle, 5)
+
+v = TestFunction(element)
+U = TrialFunction(element)
+f = Coefficient(element)
+
+a = v.dx(i)*U.dx(i)*dx
+L = v*f*dx
diff --git a/bench/fem/convergence/cpp/Poisson3D_1.ufl b/bench/fem/convergence/cpp/Poisson3D_1.ufl
new file mode 100644
index 0000000..abc182a
--- /dev/null
+++ b/bench/fem/convergence/cpp/Poisson3D_1.ufl
@@ -0,0 +1,30 @@
+# Copyright (C) 2005-2006 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2005
+# Last changed: 2006-03-28
+#
+# Poisson's equation in 3D for q = 1
+
+element = FiniteElement("Lagrange", tetrahedron, 1)
+
+v = TestFunction(element)
+U = TrialFunction(element)
+f = Coefficient(element)
+
+a = v.dx(i)*U.dx(i)*dx
+L = v*f*dx
diff --git a/bench/fem/convergence/cpp/Poisson3D_2.ufl b/bench/fem/convergence/cpp/Poisson3D_2.ufl
new file mode 100644
index 0000000..31812fe
--- /dev/null
+++ b/bench/fem/convergence/cpp/Poisson3D_2.ufl
@@ -0,0 +1,30 @@
+# Copyright (C) 2005-2006 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2005
+# Last changed: 2006-03-28
+#    
+# Poisson's equation in 3D for q = 2
+
+element = FiniteElement("Lagrange", tetrahedron, 2)
+
+v = TestFunction(element)
+U = TrialFunction(element)
+f = Coefficient(element)
+
+a = v.dx(i)*U.dx(i)*dx
+L = v*f*dx
diff --git a/bench/fem/convergence/cpp/Poisson3D_3.ufl b/bench/fem/convergence/cpp/Poisson3D_3.ufl
new file mode 100644
index 0000000..e105f8c
--- /dev/null
+++ b/bench/fem/convergence/cpp/Poisson3D_3.ufl
@@ -0,0 +1,30 @@
+# Copyright (C) 2005-2006 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2005
+# Last changed: 2006-03-28
+#
+# Poisson's equation in 3D for q = 3
+
+element = FiniteElement("Lagrange", tetrahedron, 3)
+
+v = TestFunction(element)
+U = TrialFunction(element)
+f = Coefficient(element)
+
+a = v.dx(i)*U.dx(i)*dx
+L = v*f*dx
diff --git a/bench/fem/convergence/cpp/Poisson3D_4.ufl b/bench/fem/convergence/cpp/Poisson3D_4.ufl
new file mode 100644
index 0000000..ee902a0
--- /dev/null
+++ b/bench/fem/convergence/cpp/Poisson3D_4.ufl
@@ -0,0 +1,30 @@
+# Copyright (C) 2005-2006 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2005
+# Last changed: 2006-03-28
+#
+# Poisson's equation in 3D for q = 4
+
+element = FiniteElement("Lagrange", tetrahedron, 4)
+
+v = TestFunction(element)
+U = TrialFunction(element)
+f = Coefficient(element)
+
+a = v.dx(i)*U.dx(i)*dx
+L = v*f*dx
diff --git a/bench/fem/convergence/cpp/README b/bench/fem/convergence/cpp/README
new file mode 100644
index 0000000..bb5b742
--- /dev/null
+++ b/bench/fem/convergence/cpp/README
@@ -0,0 +1,46 @@
+This test program solves Poisson's equation
+
+    - div grad u = f
+
+on the unit square and on the unit cube with homogeneous Dirichlet
+boundary conditions.
+
+In 2D, the right-hand side f is given by
+
+    f(x, y) = 2 pi^2 sin(x) sin(y)
+
+and the exact solution is u(x, y) = sin(x) sin(y).
+
+In 3D, the right-hand side f is given by
+
+    f(x, y) = 3 pi^2 sin(x) sin(y) sin(z)
+
+and the exact solution is u(x, y) = sin(x) sin(y) sin(z).
+
+The solution is computed with Lagrange finite elements of degree 1-5
+and the error is computed in the maximum norm (maximum taken only over
+the values at vertices).
+
+Here are the results (2005-06-30, DOLFIN version 0.5.7+):
+
+Maximum norm error in 2D:
+-------------------------
+
+      | h = 1/2   h = 1/4   h = 1/8
+------------------------------------
+q = 1 | 3.831e-01 1.375e-01 3.748e-02
+q = 2 | 1.067e-02 1.782e-03 1.480e-04
+q = 3 | 3.675e-03 5.417e-04 4.243e-05
+q = 4 | 1.027e-03 2.644e-05 4.862e-07
+q = 5 | 1.639e-05 1.803e-06 3.985e-08
+
+Maximum norm error in 3D:
+-------------------------
+
+      | h = 1/2   h = 1/4   h = 1/8
+------------------------------------
+q = 1 | 5.065e-01 2.129e-01 6.127e-02
+q = 2 | 3.890e-02 6.874e-03 5.589e-04
+q = 3 | 1.088e-03 1.722e-03 1.535e-04
+q = 4 | 6.868e-03 2.154e-04 3.983e-06
+q = 5 | 3.821e-04 1.450e-05 3.598e-07
diff --git a/bench/fem/convergence/cpp/main.cpp b/bench/fem/convergence/cpp/main.cpp
new file mode 100644
index 0000000..d8b4d56
--- /dev/null
+++ b/bench/fem/convergence/cpp/main.cpp
@@ -0,0 +1,270 @@
+// Copyright (C) 2005-2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <dolfin.h>
+#include "Poisson2D_1.h"
+#include "Poisson2D_2.h"
+#include "Poisson2D_3.h"
+#include "Poisson2D_4.h"
+#include "Poisson2D_5.h"
+#include "Poisson3D_1.h"
+#include "Poisson3D_2.h"
+#include "Poisson3D_3.h"
+#include "Poisson3D_4.h"
+
+using namespace dolfin;
+
+// Boundary condition
+class DirichletBoundary : public SubDomain
+{
+public:
+
+  DirichletBoundary() {}
+
+  bool inside(const Array<double>& x, bool on_boundary) const
+  { return on_boundary; }
+};
+
+// Right-hand side, 2D
+class Source2D : public Expression
+{
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    values[0] = 2.0*DOLFIN_PI*DOLFIN_PI*sin(DOLFIN_PI*x[0])*sin(DOLFIN_PI*x[1]);
+  }
+};
+
+// Right-hand side, 3D
+class Source3D : public Expression
+{
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    values[0] = 3.0*DOLFIN_PI*DOLFIN_PI*sin(DOLFIN_PI*x[0])*sin(DOLFIN_PI*x[1])*sin(DOLFIN_PI*x[2]);
+  }
+};
+
+// Solve equation and compute error, 2D
+double solve2D(int q, int n)
+{
+  printf("Solving Poisson's equation in 2D for q = %d, n = %d.\n", q, n);
+
+  // Set up problem
+  auto mesh = std::make_shared<UnitSquareMesh>(n, n);
+  auto f = std::make_shared<Source2D>();
+  auto zero = std::make_shared<const Constant>(0.0);
+
+  // Choose forms
+  Form* a = 0;
+  Form* L = 0;
+  std::shared_ptr<const FunctionSpace> V;
+  switch (q)
+  {
+  case 1:
+    V = std::make_shared<Poisson2D_1::FunctionSpace>(mesh);
+    a = new Poisson2D_1::BilinearForm(V, V);
+    L = new Poisson2D_1::LinearForm(V, f);
+    break;
+  case 2:
+    V = std::make_shared<Poisson2D_2::FunctionSpace>(mesh);
+    a = new Poisson2D_2::BilinearForm(V, V);
+    L = new Poisson2D_2::LinearForm(V, f);
+    break;
+  case 3:
+    V = std::make_shared<Poisson2D_3::FunctionSpace>(mesh);
+    a = new Poisson2D_3::BilinearForm(V, V);
+    L = new Poisson2D_3::LinearForm(V, f);
+    break;
+  case 4:
+    V = std::make_shared<Poisson2D_4::FunctionSpace>(mesh);
+    a = new Poisson2D_4::BilinearForm(V, V);
+    L = new Poisson2D_4::LinearForm(V, f);
+    break;
+  case 5:
+    V = std::make_shared<Poisson2D_5::FunctionSpace>(mesh);
+    a = new Poisson2D_5::BilinearForm(V, V);
+    L = new Poisson2D_5::LinearForm(V, f);
+    break;
+  default:
+    error("Forms not compiled for q = %d.", q);
+  }
+
+  // Set up boundary conditions
+  auto boundary = std::make_shared<const DirichletBoundary>();
+  DirichletBC bc(V, zero, boundary);
+
+  // Discretize equation
+  Matrix A;
+  Vector x, b;
+  assemble(A, *a);
+  assemble(b, *L);
+  bc.apply(A, b);
+
+  // Solve the linear system
+  KrylovSolver solver("gmres");
+  solver.parameters["relative_tolerance"] = 1e-14;
+  solver.solve(A, x, b);
+
+  // Compute maximum norm of error
+  double emax = 0.0;
+  std::vector<double> U;
+  x.get_local(U);
+  for (VertexIterator v(*mesh); !v.end(); ++v)
+  {
+    const Point p = v->point();
+    const double u = sin(DOLFIN_PI*p.x())*sin(DOLFIN_PI*p.y());
+    const double e = std::abs(U[v->index()] - u);
+    emax = std::max(emax, e);
+  }
+
+  delete a;
+  delete L;
+
+  return emax;
+}
+
+// Solve equation and compute error, 3D
+double solve3D(int q, int n)
+{
+  printf("Solving Poisson's equation in 3D for q = %d, n = %d.\n", q, n);
+
+  // Set up problem
+  auto mesh = std::make_shared<UnitCubeMesh>(n, n, n);
+  auto f = std::make_shared<Source3D>();
+  auto zero = std::make_shared<const Constant>(0.0);
+
+  // Choose forms
+  Form* a = 0;
+  Form* L = 0;
+  std::shared_ptr<const FunctionSpace> V;
+  switch (q)
+  {
+  case 1:
+    V = std::make_shared<Poisson3D_1::FunctionSpace>(mesh);
+    a = new Poisson3D_1::BilinearForm(V, V);
+    L = new Poisson3D_1::LinearForm(V, f);
+    break;
+  case 2:
+    V = std::make_shared<Poisson3D_2::FunctionSpace>(mesh);
+    a = new Poisson3D_2::BilinearForm(V, V);
+    L = new Poisson3D_2::LinearForm(V, f);
+    break;
+  case 3:
+    V = std::make_shared<Poisson3D_3::FunctionSpace>(mesh);
+    a = new Poisson3D_3::BilinearForm(V, V);
+    L = new Poisson3D_3::LinearForm(V, f);
+    break;
+  case 4:
+    V = std::make_shared<Poisson3D_4::FunctionSpace>(mesh);
+    a = new Poisson3D_4::BilinearForm(V, V);
+    L = new Poisson3D_4::LinearForm(V, f);
+    break;
+  default:
+    error("Forms not compiled for q = %d.", q);
+  }
+
+  // Set up boundary conditions
+  auto boundary = std::make_shared<const DirichletBoundary>();
+  DirichletBC bc(V, zero, boundary);
+
+  // Discretize equation
+  Matrix A;
+  Vector x, b;
+  assemble(A, *a);
+  assemble(b, *L);
+  bc.apply(A, b);
+
+  // Solve the linear system
+  KrylovSolver solver("gmres");
+  solver.parameters["relative_tolerance"] = 1e-14;
+  solver.solve(A, x, b);
+
+  // Compute maximum norm of error
+  double emax = 0.0;
+  std::vector<double> U;
+  x.get_local(U);
+  for (VertexIterator v(*mesh); !v.end(); ++v)
+  {
+    const Point p = v->point();
+    const double u = sin(DOLFIN_PI*p.x())*sin(DOLFIN_PI*p.y())*sin(DOLFIN_PI*p.z());
+    const double e = std::abs(U[v->index()] - u);
+    emax = std::max(emax, e);
+  }
+
+  delete a;
+  delete L;
+
+  return emax;
+}
+
+int main()
+{
+  info("Runtime of convergence benchmark");
+
+  set_log_active(false);
+
+  const int qmax_2D = 5;
+  const int qmax_3D = 4;
+  const int num_meshes = 3;
+  std::vector<std::vector<double>> e2D(qmax_2D,
+                                       std::vector<double>(num_meshes));
+  std::vector<std::vector<double>> e3D(qmax_3D,
+                                       std::vector<double>(num_meshes));
+
+  // Compute errors in 2D
+  for (int q = 1; q <= qmax_2D; q++)
+  {
+    int n = 2;
+    for (int i = 0; i < num_meshes; i++)
+    {
+      e2D[q - 1][i] = solve2D(q, n);
+      n *= 2;
+    }
+  }
+
+  // Compute errors in 3D
+  for (int q = 1; q <= qmax_3D; q++)
+  {
+    int n = 2;
+    for (int i = 0; i < num_meshes; i++)
+    {
+      e3D[q - 1][i] = solve3D(q, n);
+      n *= 2;
+    }
+  }
+
+  // Write errors in 2D
+  printf("\nMaximum norm error in 2D:\n");
+  printf("-------------------------\n");
+  for (int q = 1; q <= qmax_2D; q++)
+  {
+    printf("q = %d:", q);
+    for (int i = 0; i < num_meshes; i++)
+      printf(" %.3e", e2D[q - 1][i]);
+    printf("\n");
+  }
+
+  // Write errors in 3D
+  printf("\nMaximum norm error in 3D:\n");
+  printf("-------------------------\n");
+  for (int q = 1; q <= qmax_3D; q++)
+  {
+    printf("q = %d:", q);
+    for (int i = 0; i < num_meshes; i++)
+      printf(" %.3e", e3D[q - 1][i]);
+    printf("\n");
+  }
+}
diff --git a/bench/fem/jit/python/bench_fem_jit_python b/bench/fem/jit/python/bench_fem_jit_python
new file mode 100755
index 0000000..a411c81
--- /dev/null
+++ b/bench/fem/jit/python/bench_fem_jit_python
@@ -0,0 +1,76 @@
+#!/usr/bin/env python
+
+"""This script provides a benchmark for the JIT compiler, in
+particular the speed of the in-memory cache."""
+
+# Copyright (C) 2008-2010 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2008-09-04
+# Last changed: 2010-05-03
+
+from dolfin import *
+from time import time
+
+print "JIT compilation (in memory cache)"
+
+# Benchmark parameters
+NUM_REPS = 10
+SIZE = 3
+
+# Create mesh
+mesh = UnitCubeMesh(SIZE, SIZE, SIZE)
+
+# Create form (velocity equation for "G2")
+V = VectorFunctionSpace(mesh, "Lagrange", 1)
+Q = FunctionSpace(mesh, "Lagrange", 1)
+DG = FunctionSpace(mesh, "DG", 0)
+DGv = VectorFunctionSpace(mesh, "DG", 0)
+
+v  = TestFunction(V)
+q  = TestFunction(Q)
+u  = TrialFunction(V)
+p  = TrialFunction(Q)
+u0 = Function(V)
+p1 = Function(Q)
+W  = Function(DGv)
+nu = Constant(0.1)
+k  = Constant(0.1)
+h  = 2*Circumradius(mesh)
+d1 = h
+d2 = 2.0*h
+
+U = 0.5*(u0 + u)
+
+F = (1.0/k)*inner(v, u - u0) + inner(v, grad(U)*W) + nu*inner(grad(v), grad(U)) - div(v)*p1 + \
+    d1*inner(grad(v)*W, grad(U)*W) + d2*div(v)*div(U)
+a = lhs(F*dx)
+
+# JIT compile once
+t0 = time()
+jit(a)
+t1 = time() - t0
+
+# Then JIT compile some more
+t0 = time()
+for i in range(NUM_REPS):
+    jit(a)
+t2 = (time() - t0) / float(NUM_REPS)
+
+print "Disk cache:     ", t1
+print "In-memory cache:", t2
+print "BENCH", t2
diff --git a/bench/fem/speedup/cpp/Poisson.ufl b/bench/fem/speedup/cpp/Poisson.ufl
new file mode 100644
index 0000000..44e4af0
--- /dev/null
+++ b/bench/fem/speedup/cpp/Poisson.ufl
@@ -0,0 +1,31 @@
+# Copyright (C) 2009 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2009-09-15
+# Last changed: 2009-09-15
+#
+# The bilinear form a(v, u) and linear form L(v) for
+# Poisson's equation.
+
+element = FiniteElement("Lagrange", tetrahedron, 1)
+
+v = TestFunction(element)
+u = TrialFunction(element)
+f = Coefficient(element)
+
+a = inner(grad(v), grad(u))*dx
+L = v*f*dx
diff --git a/bench/fem/speedup/cpp/README b/bench/fem/speedup/cpp/README
new file mode 100644
index 0000000..713dbc5
--- /dev/null
+++ b/bench/fem/speedup/cpp/README
@@ -0,0 +1,16 @@
+This benchmark tests parallel speedup for assembly and solve.
+It is organized as follows:
+
+  assemble-poisson: simple program for assembling Poisson matrix
+  solve-poisson:    simple program for solving Poisson's equation
+
+  submit-bench:     script for submitting jobs using dolfin_utils.pjobs
+  analyse-bench:    script for analysing output from submit-bench
+
+  bench:            script used on benchbot for simple checking of speedup
+
+Possible future improvements:
+
+ 1. MUMPS vs UMFPACK gives skewed results (MUMPS faster?)
+ 2. Time assemble_cells and apply separately
+ 3. Use barriers between timings
diff --git a/bench/fem/speedup/cpp/analyse-bench b/bench/fem/speedup/cpp/analyse-bench
new file mode 100755
index 0000000..faf6bcc
--- /dev/null
+++ b/bench/fem/speedup/cpp/analyse-bench
@@ -0,0 +1,90 @@
+#!/usr/bin/env python
+
+# Copyright (C) 2009 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Johan Hake, 2009.
+#
+# First added:  2009-09-15
+# Last changed: 2011-01-04
+
+# FIXME: Not checked if working!
+
+from dolfin import *
+from glob import glob
+from numpy import arange
+
+# Size of mesh
+size = 128
+
+# Number of processes to use
+# NOTE: Largest number of processors to run is 2^EXP
+EXP = 6
+num_processes = list(2**arange(EXP+1))
+
+# Function for extracting log file
+def get_filename(pattern):
+    filenames = glob(pattern)
+    if len(filenames) == 0:
+        raise IOError, "Unable to open file: %s" % pattern
+    elif len(filenames) > 1:
+        raise RuntimeError, "More than one data file, don't know which one to pick: " + ", ".join(filenames)
+    filename = filenames[0]
+    print "Reading data from %s..." % filename
+    return filename
+
+# Iterate over process range
+assemble_time = []
+assemble_second_time = []
+solve_time = []
+
+# Remove run with one processor
+if 1 in num_processes:
+    num_processes.remove(1)
+
+for np in num_processes:
+
+    # Read timings for assemble benchmark
+    lines = open(get_filename(\
+        "assemble-poisson_np_%d_size_%d.log*" % (np, size))).readlines()
+    assemble_time.append(float([line for line in lines \
+                                if "TIME (first assembly):" in \
+                                line][0].split("TIME (first assembly): ")[-1]))
+
+    assemble_second_time.append(float([line for line in lines \
+                                       if "TIME (second assembly):" in \
+                                       line][0].split("TIME (second assembly): ")[-1]))
+
+    # Read timings for solve benchmark
+    filename = get_filename("solve-poisson_np_%d_size_%d.log*" % (np, size))
+    solve_time.append(float([line for line in open(filename).readlines()\
+                             if "TIME:" in line][0].split("TIME: ")[-1]))
+
+# Compute speedups
+scale_assemble = [assemble_time[0] / t for t in assemble_time]
+scale_second_assemble = [assemble_second_time[0] / t for t in assemble_second_time]
+scale_solve = [solve_time[0] / t for t in solve_time]
+
+# Print results
+table = Table("Speedup")
+for i, np in enumerate(num_processes):
+    table.set(str(np), "Assemble (first)", scale_assemble[i])
+    table.set(str(np), "Assemble (second)", scale_second_assemble[i])
+    table.set(str(np), "Solve", scale_solve[i])
+
+print ""
+info(table, True)
diff --git a/bench/fem/speedup/cpp/assemble-poisson.cpp b/bench/fem/speedup/cpp/assemble-poisson.cpp
new file mode 100644
index 0000000..23eb45c
--- /dev/null
+++ b/bench/fem/speedup/cpp/assemble-poisson.cpp
@@ -0,0 +1,71 @@
+// Copyright (C) 2009 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2009-09-15
+// Last changed: 2012-12-12
+//
+// Simple Poisson assembler
+
+#include <cstdlib>
+#include <dolfin.h>
+#include "Poisson.h"
+
+using namespace dolfin;
+
+int main(int argc, char* argv[])
+{
+  // Parse command-line arguments
+  if (argc != 2)
+  {
+    info("Usage: solve-poisson n");
+    return 1;
+  }
+  int n = atoi(argv[1]);
+
+  // Create mesh and function space
+  auto mesh = std::make_shared<UnitCubeMesh>(n, n, n);
+  auto V = std::make_shared<Poisson::FunctionSpace>(mesh);
+
+  const MPI_Comm comm = mesh->mpi_comm();
+
+  // Assemble matrix
+  Poisson::BilinearForm a(V, V);
+  Matrix A;
+  dolfin::MPI::barrier(comm);
+  double t = time();
+  Assembler assembler;
+  assembler.assemble(A, a);
+  dolfin::MPI::barrier(comm);
+  t = time() - t;
+
+  // Report timing
+  if (dolfin::MPI::rank(comm) == 0)
+    info("TIME (first assembly): %.5g", t);
+
+  // Re-assemble matrix
+  dolfin::MPI::barrier(comm);
+  t = time();
+  assembler.assemble(A, a);
+  dolfin::MPI::barrier(comm);
+  t = time() - t;
+
+  // Report timing
+  if (dolfin::MPI::rank(comm) == 0)
+    info("TIME (second assembly): %.5g", t);
+
+  return 0;
+}
diff --git a/bench/fem/speedup/cpp/bench_fem_speedup_cpp b/bench/fem/speedup/cpp/bench_fem_speedup_cpp
new file mode 100755
index 0000000..b134894
--- /dev/null
+++ b/bench/fem/speedup/cpp/bench_fem_speedup_cpp
@@ -0,0 +1,76 @@
+#!/usr/bin/env python
+
+# Copyright (C) 2010 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Garth N. Wells, 2011.
+# Modified by Johannes Ring, 2011.
+#
+# First added:  2010-05-03
+# Last changed: 2011-04-05
+
+import commands
+
+# Parameters for benchmark
+SIZE = 64
+NUM_PROCS = 4
+
+print "Assembly/solve speedup running on %s processors" % NUM_PROCS
+
+# Function for extracting test name and time from benchmark
+def get_time(output):
+    lines = [line for line in output.split("\n") if "TIME" in line]
+    timing = []
+    for line in lines:
+        time = float(line.split(":")[-1])
+        name = line.split(":")[-2].strip("Process 0: ").strip("TIME").strip(None).replace("(", "").replace(")", "")
+        timing.append( (name, time) )
+    return timing
+
+# Serial assembly
+output = commands.getoutput("./bench_assemble-poisson %d" % SIZE)
+assembly_t1 = get_time(output)
+print "Serial assembly:", assembly_t1
+
+# Parallel assembly
+output = commands.getoutput("mpirun -n %d ./bench_assemble-poisson %d" % (NUM_PROCS, SIZE))
+assembly_t2 = get_time(output)
+print "Parallel assembly:", assembly_t2
+
+# Serial solve
+output = commands.getoutput("./bench_solve-poisson %d" % SIZE)
+solve_t1 = get_time(output)
+print "Serial solve:", solve_t1
+
+# Parallel solve
+output = commands.getoutput("mpirun -n %d ./bench_solve-poisson %d" % (NUM_PROCS, SIZE))
+solve_t2 = get_time(output)
+print "Parallel solve:", solve_t2
+
+print "assembly"
+for test1, test2  in zip(assembly_t1, assembly_t2):
+    print "  ", test1[0] + ":", test1[1]/test2[1]
+
+print "solve"
+for test1, test2  in zip(solve_t1, solve_t2):
+    print "  ", test1[0] + ":", test1[1]/test2[1]
+
+print "BENCH assembly_1st", assembly_t1[0][1] / assembly_t2[0][1]
+print "BENCH assembly_2nd", assembly_t1[1][1] / assembly_t2[1][1]
+print "BENCH solve_1st", solve_t1[0][1] / solve_t2[0][1]
+print "BENCH solve_same_pc_pattern", solve_t1[1][1] / solve_t2[2][1]
+print "BENCH solve_same_pc", solve_t1[2][1] / solve_t2[2][1]
diff --git a/bench/fem/speedup/cpp/clean.sh b/bench/fem/speedup/cpp/clean.sh
new file mode 100755
index 0000000..2fc94dc
--- /dev/null
+++ b/bench/fem/speedup/cpp/clean.sh
@@ -0,0 +1,5 @@
+#!/bin/sh
+# Clean out old log files
+
+rm -f assemble-poisson*.log*
+rm -f solve-poisson*.log*
diff --git a/bench/fem/speedup/cpp/solve-poisson.cpp b/bench/fem/speedup/cpp/solve-poisson.cpp
new file mode 100644
index 0000000..bbb3e3d
--- /dev/null
+++ b/bench/fem/speedup/cpp/solve-poisson.cpp
@@ -0,0 +1,112 @@
+// Copyright (C) 2009 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2009-09-15
+// Last changed: 2012-12-12
+//
+// Simple Poisson solver
+
+#include <cstdlib>
+#include <dolfin.h>
+#include "Poisson.h"
+
+using namespace dolfin;
+
+int main(int argc, char* argv[])
+{
+  #ifdef HAS_PETSC
+
+  parameters["linear_algebra_backend"] = "PETSc";
+
+  // Parse command-line arguments
+  if (argc != 2)
+  {
+    info("Usage: solve-poisson n");
+    return 1;
+  }
+  int n = atoi(argv[1]);
+
+  // Create mesh and function space
+  auto mesh = std::make_shared<UnitCubeMesh>(n, n, n);
+  auto V = std::make_shared<const Poisson::FunctionSpace>(mesh);
+
+  // MPI communicator
+  const MPI_Comm comm = mesh->mpi_comm();
+
+  // Define boundary condition
+  auto u0 = std::make_shared<const Constant>(0.0);
+  auto boundary = std::make_shared<const DomainBoundary>();
+  DirichletBC bc(V, u0, boundary);
+
+  // Define variational problem
+  Poisson::BilinearForm a(V, V);
+  Poisson::LinearForm L(V);
+  auto f= std::make_shared<Constant>(1.0);
+  L.f = f;
+  Function u(V);
+
+  // Prepare iterative solver
+  const auto pc = std::make_shared<PETScPreconditioner>("petsc_amg");
+  PETScKrylovSolver solver("cg", pc);
+
+  // Assemble matrix and vector, and apply Dirichlet boundary conditions
+  Matrix A;
+  Vector b;
+  assemble(A, a);
+  assemble(b, L);
+  bc.apply(A, b);
+  bc.apply(*u.vector());
+
+  // Solve linear system
+  dolfin::MPI::barrier(comm);
+  double t = time();
+  solver.solve(A, *u.vector(), b);
+  dolfin::MPI::barrier(comm);
+  t = time() - t;
+  if (dolfin::MPI::rank(comm) == 0)
+    info("TIME (first time): %.5g", t);
+
+  // Solve linear system (preconditioner assuming same non-zero pattern)
+  if (solver.parameters.has_key("preconditioner"))
+    solver.parameters("preconditioner")["structure"] = "same_nonzero_pattern";
+  u.vector()->zero();
+  dolfin::MPI::barrier(comm);
+  t = time();
+  solver.solve(A, *u.vector(), b);
+  dolfin::MPI::barrier(comm);
+  t = time() - t;
+  if (dolfin::MPI::rank(comm) == 0)
+    info("TIME (same nonzero pattern): %.5g", t);
+
+  // Solve linear system (re-use preconditioner)
+  if (solver.parameters.has_key("preconditioner"))
+    solver.parameters("preconditioner")["structure"] = "same";
+  u.vector()->zero();
+  dolfin::MPI::barrier(comm);
+  t = time();
+  solver.solve(A, *u.vector(), b);
+  dolfin::MPI::barrier(comm);
+  t = time() - t;
+  if (dolfin::MPI::rank(comm) == 0)
+    info("TIME (re-use preconditioner): %.5g", t);
+
+  #else
+  error("This benchmark requires PETSc.");
+  #endif
+
+  return 0;
+}
diff --git a/bench/fem/speedup/cpp/submit-bench b/bench/fem/speedup/cpp/submit-bench
new file mode 100755
index 0000000..1a243e7
--- /dev/null
+++ b/bench/fem/speedup/cpp/submit-bench
@@ -0,0 +1,62 @@
+#!/usr/bin/env python
+#
+# This script submits jobs for measuring parallel speedup.
+#
+# Copyright (C) 2009 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg, 2009.
+#
+# First added:  2009-09-15
+# Last changed: 2011-01-04
+
+from dolfin_utils.pjobs import submit
+from numpy import arange
+import sys
+
+# Parameters for benchmark
+SIZE = 128
+
+# Number of processes to use
+# NOTE: Largest number of processors to run is 2^EXP
+EXP = 6
+num_processes = list(2**arange(EXP+1))
+
+# Check command-line arguments
+dryrun = True if 'dryrun' in sys.argv else False
+
+# Iterate over process range
+for np in num_processes:
+
+    if np == 1:
+        run_cmd = ""
+    else:
+        run_cmd = "mpirun.openmpi -n %d " % np
+
+    # Submit assemble benchmark
+    submit("%s./assemble-poisson %d" % (run_cmd, SIZE),
+           nodes=max(1, np/8),
+           ppn=8, # Grab all cores on a node
+           name="assemble-poisson_np_%d_size_%d.log" % (np, SIZE),
+           dryrun=dryrun)
+
+    # Submit solve benchmark
+    submit("%s./solve-poisson %d" % (run_cmd, SIZE),
+           nodes=max(1, np/8),
+           ppn=8, # Grab all cores on a node
+           name="solve-poisson_np_%d_size_%d.log" % (np, SIZE),
+           dryrun=dryrun)
diff --git a/bench/function/evaluation/cpp/P1.ufl b/bench/function/evaluation/cpp/P1.ufl
new file mode 100644
index 0000000..602a800
--- /dev/null
+++ b/bench/function/evaluation/cpp/P1.ufl
@@ -0,0 +1,27 @@
+# Copyright (C) 2009 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2009-06-18
+# Last changed: 
+#
+# The bilinear form a(v, u) and linear form L(v) for
+# projection onto piecewise quadratics.
+#
+# Compile this form with FFC: ffc -l dolfin P1.ufl
+
+element = FiniteElement("Lagrange", tetrahedron, 1)
+
diff --git a/bench/function/evaluation/cpp/main.cpp b/bench/function/evaluation/cpp/main.cpp
new file mode 100644
index 0000000..dfb9c4a
--- /dev/null
+++ b/bench/function/evaluation/cpp/main.cpp
@@ -0,0 +1,80 @@
+// Copyright (C) 2010 Andre Massing
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-06-10
+// Last changed: 2012-12-12
+//
+// Description: Benchmark for the evaluations of functions at arbitrary points.
+
+#include <dolfin.h>
+#include "P1.h"
+
+using namespace dolfin;
+
+class F : public Expression
+{
+public:
+
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    values[0] = sin(3.0*x[0])*sin(3.0*x[1])*sin(3.0*x[2]);
+  }
+
+};
+
+int main(int argc, char* argv[])
+{
+  not_working_in_parallel("Function evalutation benchmark");
+
+  info("Evaluations of functions at arbitrary points.");
+
+  const std::size_t mesh_max_size = 32;
+  const std::size_t num_points  = 10000000;
+
+  // Start timing
+  tic();
+  for (std::size_t N = 10; N < mesh_max_size; N += 2)
+  {
+    const auto mesh = std::make_shared<const UnitCubeMesh>(N, N, N);
+
+    const auto V0 = std::make_shared<const P1::FunctionSpace>(mesh);
+    Function f0(V0);
+    F f;
+    f0.interpolate(f);
+
+    Array<double> X(3);
+    Array<double> value(1);
+
+    // Initialize random generator generator (produces same sequence each test).
+    srand(1);
+
+    for (std::size_t i = 1; i <= num_points; ++i)
+    {
+      X[0] = std::rand()/static_cast<double>(RAND_MAX);
+      X[1] = std::rand()/static_cast<double>(RAND_MAX);
+      X[2] = std::rand()/static_cast<double>(RAND_MAX);
+
+      f.eval(value, X);
+    }
+
+    // Use X variable.
+    info("x = %.12e\ty = %.12e\tz = %.12e\tf(x) = %.12e", X[0], X[1], X[2], value[0]);
+  }
+  info("BENCH  %g",toc());
+
+  return 0;
+}
diff --git a/bench/function/extrapolation/python/bench_function_extrapolation_python b/bench/function/extrapolation/python/bench_function_extrapolation_python
new file mode 100755
index 0000000..0472969
--- /dev/null
+++ b/bench/function/extrapolation/python/bench_function_extrapolation_python
@@ -0,0 +1,48 @@
+#!/usr/bin/env python
+
+"""This script provides a benchmark for Extrapolation"""
+
+# Copyright (C) 2010 Marie E. Rognes
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2010-06-07
+# Last changed: 2013-06-17
+
+from dolfin import *
+from time import time
+
+SIZE = 4
+
+info("Extrapolation from P2*dP1 to P3*dP2 on UnitCubeMesh(%d, %d, %d)"
+     % (SIZE, SIZE, SIZE))
+
+mesh = UnitCubeMesh(SIZE, SIZE, SIZE)
+cell = mesh.ufl_cell()
+
+V = FunctionSpace(mesh, VectorElement("CG", cell, 2) * FiniteElement("DG", cell, 1))
+W = FunctionSpace(mesh, VectorElement("CG", cell, 3) * FiniteElement("DG", cell, 2))
+
+u = Expression(("sin(x[0])", "1.0", "x[0]*x[1]", "0.0"), degree=3)
+u = interpolate(u, V)
+
+w = Function(W)
+
+tic = time()
+w.extrapolate(u)
+t = time() - tic
+
+print "BENCH: ", t
diff --git a/bench/function/interpolation/python/bench_function_interpolation_python b/bench/function/interpolation/python/bench_function_interpolation_python
new file mode 100755
index 0000000..132e554
--- /dev/null
+++ b/bench/function/interpolation/python/bench_function_interpolation_python
@@ -0,0 +1,49 @@
+#!/usr/bin/env python
+
+"""This script provides a benchmark for interpolation between meshes"""
+
+# Copyright (C) 2013 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2013-06-17
+# Last changed: 2013-06-21
+
+from dolfin import *
+from time import time
+
+SIZE_0 = 21 #71
+SIZE_1 = 23 #73
+
+info("Extrapolation from P1 on UnitCubeMesh(%d, %d, %d) to "
+     "P1 on UnitCubeMesh(%d, %d, %d)"
+     % (SIZE_0, SIZE_0, SIZE_0, SIZE_1, SIZE_1, SIZE_1))
+
+parameters["allow_extrapolation"] = True
+
+mesh_0 = UnitCubeMesh(SIZE_0, SIZE_0, SIZE_0)
+mesh_1 = UnitCubeMesh(SIZE_1, SIZE_1, SIZE_1)
+
+V0 = FunctionSpace(mesh_0, "CG", 1)
+V1 = FunctionSpace(mesh_1, "CG", 1)
+
+v0 = interpolate(Expression("sin(5*x[0])*cos(7*x[1])"), V0)
+
+tic = time()
+v1 = interpolate(v0, V1)
+t = time() - tic
+
+print "BENCH: ", t
diff --git a/bench/geometry/bounding_box_tree_build/cpp/main.cpp b/bench/geometry/bounding_box_tree_build/cpp/main.cpp
new file mode 100644
index 0000000..7e526a8
--- /dev/null
+++ b/bench/geometry/bounding_box_tree_build/cpp/main.cpp
@@ -0,0 +1,46 @@
+// Copyright (C) 2013 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// This benchmark measures the performance of building a BoundingBoxTree (and
+// one call to compute_entities, which is dominated by building).
+//
+// First added:  2013-04-18
+// Last changed: 2013-06-25
+
+#include <vector>
+#include <dolfin.h>
+
+using namespace dolfin;
+
+#define SIZE 128
+
+int main(int argc, char* argv[])
+{
+  info("Build bounding box tree on UnitCubeMesh(%d, %d, %d)",
+       SIZE, SIZE, SIZE);
+
+  // Create mesh
+  UnitCubeMesh mesh(SIZE, SIZE, SIZE);
+
+  // Create and build tree
+  tic();
+  BoundingBoxTree tree;
+  tree.build(mesh);
+  info("BENCH %g", toc());
+
+  return 0;
+}
diff --git a/bench/geometry/bounding_box_tree_compute_closest_entity/cpp/main.cpp b/bench/geometry/bounding_box_tree_compute_closest_entity/cpp/main.cpp
new file mode 100644
index 0000000..bd0e085
--- /dev/null
+++ b/bench/geometry/bounding_box_tree_compute_closest_entity/cpp/main.cpp
@@ -0,0 +1,59 @@
+// Copyright (C) 2013 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// This benchmark measures the performance of compute_entity_collisions.
+//
+// First added:  2013-05-23
+// Last changed: 2013-09-04
+
+#include <vector>
+#include <dolfin.h>
+
+using namespace dolfin;
+
+#define NUM_REPS 1000000
+#define SIZE 64
+
+int main(int argc, char* argv[])
+{
+  info("Compute closest entity on UnitCubeMesh(%d, %d, %d)",
+       SIZE, SIZE, SIZE);
+
+  // Create mesh
+  UnitCubeMesh mesh(SIZE, SIZE, SIZE);
+
+  // First call
+  BoundingBoxTree tree;
+  tree.build(mesh);
+  Point point(-1.0, -1.0, 0.0);
+  tree.compute_closest_entity(point);
+  cout << "Built tree, searching for closest point" << endl;
+
+  // Call repeatedly
+  tic();
+  for (int i = 0; i < NUM_REPS; i++)
+  {
+    tree.compute_closest_entity(point);
+    point.coordinates()[1] += 2.0 / static_cast<double>(NUM_REPS);
+  }
+  const double t = toc();
+
+  // Report result
+  info("BENCH %g", t);
+
+  return 0;
+}
diff --git a/bench/geometry/bounding_box_tree_compute_entity_collisions/cpp/main.cpp b/bench/geometry/bounding_box_tree_compute_entity_collisions/cpp/main.cpp
new file mode 100644
index 0000000..63fc106
--- /dev/null
+++ b/bench/geometry/bounding_box_tree_compute_entity_collisions/cpp/main.cpp
@@ -0,0 +1,60 @@
+// Copyright (C) 2013 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// This benchmark measures the performance of compute_entity_collisions.
+//
+// First added:  2013-05-23
+// Last changed: 2013-09-04
+
+#include <vector>
+#include <dolfin.h>
+
+using namespace dolfin;
+
+#define NUM_REPS 5000000
+#define SIZE 64
+
+int main(int argc, char* argv[])
+{
+  info("Compute entity collisions on UnitCubeMesh(%d, %d, %d)",
+       SIZE, SIZE, SIZE);
+
+  // Create mesh
+  UnitCubeMesh mesh(SIZE, SIZE, SIZE);
+
+  // First call
+  BoundingBoxTree tree;
+  tree.build(mesh);
+  Point point(0.0, 0.0, 0.0);
+  tree.compute_entity_collisions(point);
+
+  // Call repeatedly
+  tic();
+  for (int i = 0; i < NUM_REPS; i++)
+  {
+    point.coordinates()[0] += 1.0 / static_cast<double>(NUM_REPS);
+    point.coordinates()[1] += 1.0 / static_cast<double>(NUM_REPS);
+    point.coordinates()[2] += 1.0 / static_cast<double>(NUM_REPS);
+    std::vector<unsigned int> entities = tree.compute_entity_collisions(point);
+  }
+  const double t = toc();
+
+  // Report result
+  info("BENCH %g", t);
+
+  return 0;
+}
diff --git a/bench/la/vector/access/cpp/main.cpp b/bench/la/vector/access/cpp/main.cpp
new file mode 100644
index 0000000..4f71586
--- /dev/null
+++ b/bench/la/vector/access/cpp/main.cpp
@@ -0,0 +1,47 @@
+// Copyright (C) 2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2010.
+//
+// First added:  2010-03-30
+// Last changed: 2010-05-03
+
+#include <dolfin.h>
+
+using namespace dolfin;
+
+#define SIZE 10000000
+#define NUM_REPS 100
+
+int main(int argc, char* argv[])
+{
+  info("Accessing vector of size %d (%d repetitions)",
+       SIZE, NUM_REPS);
+
+  parameters.parse(argc, argv);
+
+  Vector x(MPI_COMM_WORLD, SIZE);
+  x.zero();
+
+  double sum = 0.0;
+  for (unsigned int i = 0; i < NUM_REPS; i++)
+    for (unsigned int j = 0; j < SIZE; j++)
+      sum += x[j];
+  dolfin::cout << "Sum is " << sum << dolfin::endl;
+
+  return 0;
+}
diff --git a/bench/la/vector/assignment/cpp/main.cpp b/bench/la/vector/assignment/cpp/main.cpp
new file mode 100644
index 0000000..f316ee5
--- /dev/null
+++ b/bench/la/vector/assignment/cpp/main.cpp
@@ -0,0 +1,44 @@
+// Copyright (C) 2006 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2010.
+//
+// First added:  2006-08-18
+// Last changed: 2010-05-03
+
+#include <dolfin.h>
+
+using namespace dolfin;
+
+#define NUM_REPS 100
+#define SIZE 10000000
+
+int main(int argc, char* argv[])
+{
+  info("Assigning to vector of size %d (%d repetitions)",
+       SIZE, NUM_REPS);
+
+  parameters.parse(argc, argv);
+
+  Vector x(MPI_COMM_WORLD, SIZE);
+
+  for (unsigned int i = 0; i < NUM_REPS; i++)
+    for (unsigned int j = 0; j < SIZE; j++)
+      x.setitem(j, 1.0);
+
+  return 0;
+}
diff --git a/bench/logs/bench.log b/bench/logs/bench.log
new file mode 100644
index 0000000..f15b489
--- /dev/null
+++ b/bench/logs/bench.log
@@ -0,0 +1,17392 @@
+(2008, 4, 30, 14, 12, 50) la-vector-access-cpp 15.8298 "Accessing vector of size 10000000 (100 repetitions)"
+(2008, 4, 30, 14, 13, 9) la-vector-assignment-cpp 18.8627 "Assigning to vector of size 10000000 (100 repetitions)"
+(2008, 4, 30, 14, 13, 16) fem-jit-python 0.555803 "JIT compilation (in memory cache)"
+(2008, 4, 30, 14, 13, 28) fem-convergence-cpp 11.4321 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2008, 4, 30, 14, 13, 34) mesh-unitcube-cpp 6.08171 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2008, 4, 30, 14, 14, 50) mesh-refinement-cpp 75.8 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2008, 4, 30, 14, 15, 5) mesh-iteration-cpp 14.4 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2008, 4, 30, 14, 38, 58) common-progress-cpp 526.775 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2008, 6, 23, 14, 18, 43) la-vector-access-cpp 15.0198 "Accessing vector of size 10000000 (100 repetitions)"
+(2008, 6, 23, 14, 19, 4) la-vector-assignment-cpp 20.8082 "Assigning to vector of size 10000000 (100 repetitions)"
+(2008, 6, 23, 14, 19, 5) fem-jit-python 5.6982e-06 "JIT compilation (in memory cache)"
+(2008, 6, 23, 14, 19, 20) fem-convergence-cpp 14.7388 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2008, 6, 23, 14, 21, 44) fem-assembly-cpp 143.513 "Assembly for various forms and backends"
+(2008, 6, 23, 14, 21, 49) mesh-unitcube-cpp 5.86431 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2008, 6, 23, 14, 23, 5) mesh-refinement-cpp 75.54 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2008, 6, 23, 14, 23, 20) mesh-iteration-cpp 14.43 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2008, 6, 23, 14, 25, 4) common-progress-cpp 520.776 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2008, 10, 20, 14, 31, 31) la-vector-access-cpp 14.8214 "Accessing vector of size 10000000 (100 repetitions)"
+(2008, 10, 20, 14, 31, 52) la-vector-assignment-cpp 20.3453 "Assigning to vector of size 10000000 (100 repetitions)"
+(2008, 10, 20, 14, 31, 57) fem-jit-python 9.65118e-05 "JIT compilation (in memory cache)"
+(2008, 10, 20, 14, 32, 8) fem-convergence-cpp 11.3695 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2008, 10, 20, 14, 36, 28) fem-assembly-cpp 259.766 "Assembly for various forms and backends"
+(2008, 10, 20, 14, 36, 34) mesh-unitcube-cpp 6.17667 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2008, 10, 20, 14, 37, 50) mesh-refinement-cpp 75.76 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2008, 10, 20, 14, 38, 5) mesh-iteration-cpp 13.98 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2008, 10, 20, 14, 5, 48) common-progress-cpp 520.887 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2009, 1, 5, 14, 40, 18) la-vector-access-cpp 15.5729 "Accessing vector of size 10000000 (100 repetitions)"
+(2009, 1, 5, 14, 40, 37) la-vector-assignment-cpp 19.2912 "Assigning to vector of size 10000000 (100 repetitions)"
+(2009, 1, 5, 14, 40, 42) fem-jit-python 9.86099e-05 "JIT compilation (in memory cache)"
+(2009, 1, 5, 14, 40, 53) fem-convergence-cpp 11.4639 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2009, 1, 5, 14, 45, 15) fem-assembly-cpp 261.595 "Assembly for various forms and backends"
+(2009, 1, 5, 14, 45, 52) mesh-unitcube-cpp 37.4356 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2009, 1, 5, 14, 47, 14) mesh-refinement-cpp 81.26 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2009, 1, 5, 14, 47, 32) mesh-iteration-cpp 13.98 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2009, 1, 5, 13, 51, 51) common-progress-cpp 511.406 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2009, 2, 17, 14, 50, 21) la-vector-access-cpp 14.8237 "Accessing vector of size 10000000 (100 repetitions)"
+(2009, 2, 17, 14, 50, 41) la-vector-assignment-cpp 20.2998 "Assigning to vector of size 10000000 (100 repetitions)"
+(2009, 2, 17, 14, 50, 46) fem-jit-python 0.00846782 "JIT compilation (in memory cache)"
+(2009, 2, 17, 14, 50, 57) fem-convergence-cpp 11.3066 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2009, 2, 17, 14, 55, 21) fem-assembly-cpp 263.869 "Assembly for various forms and backends"
+(2009, 2, 17, 14, 55, 59) mesh-unitcube-cpp 38.0645 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2009, 2, 17, 14, 57, 22) mesh-refinement-cpp 82.32 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2009, 2, 17, 14, 57, 40) mesh-iteration-cpp 13.98 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2009, 2, 17, 13, 36, 44) common-progress-cpp 520.814 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2009, 4, 7, 15, 0, 43) la-vector-access-cpp 15.8316 "Accessing vector of size 10000000 (100 repetitions)"
+(2009, 4, 7, 15, 1, 2) la-vector-assignment-cpp 19.2988 "Assigning to vector of size 10000000 (100 repetitions)"
+(2009, 4, 7, 15, 1, 7) fem-jit-python 0.00636039 "JIT compilation (in memory cache)"
+(2009, 4, 7, 15, 1, 42) fem-convergence-cpp 35.5486 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2009, 4, 7, 15, 11, 21) fem-assembly-cpp 579.254 "Assembly for various forms and backends"
+(2009, 4, 7, 15, 12, 0) mesh-unitcube-cpp 38.1176 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2009, 4, 7, 15, 13, 22) mesh-refinement-cpp 82.04 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2009, 4, 7, 15, 13, 40) mesh-iteration-cpp 13.97 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2009, 4, 7, 11, 40, 54) common-progress-cpp 520.816 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2009, 9, 26, 11, 5, 0) common-progress-cpp 595.635 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2009, 9, 26, 11, 12, 6) fem-assembly-cpp 425.772 "Assembly for various forms and backends"
+(2009, 9, 26, 11, 12, 32) fem-convergence-cpp 26.3695 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2009, 9, 26, 11, 12, 40) fem-jit-python 0.0060529 "JIT compilation (in memory cache)"
+(2009, 9, 26, 11, 19, 38) fem-speedup-cpp 417.534 "Assembly/solve speedup running on 4 processors"
+(2009, 9, 26, 11, 19, 38) fem-speedup-cpp-assembly 2.56383 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2009, 9, 26, 11, 19, 38) fem-speedup-cpp-solve 1.81727 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2009, 9, 26, 11, 21, 24) mesh-refinement-cpp 105.12 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2009, 9, 26, 11, 22, 8) mesh-unitcube-cpp 44.2465 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2009, 9, 26, 11, 22, 49) mesh-iteration-cpp 36.16 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2009, 9, 26, 11, 23, 11) function-evaluation-cpp 22.0644 "Evaluations of functions at arbitrary points."
+(2009, 9, 26, 11, 23, 11) function-evaluation-cpp 21.94 "Evaluations of functions at arbitrary points."
+(2009, 9, 26, 11, 24, 2) la-vector-access-cpp 50.4373 "Accessing vector of size 10000000 (100 repetitions)"
+(2009, 9, 26, 11, 24, 24) la-vector-assignment-cpp 22.8032 "Assigning to vector of size 10000000 (100 repetitions)"
+(2009, 10, 12, 10, 7, 22) common-progress-cpp 596.983 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2009, 10, 12, 10, 14, 27) fem-assembly-cpp 425.915 "Assembly for various forms and backends"
+(2009, 10, 12, 10, 14, 54) fem-convergence-cpp 26.3268 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2009, 10, 12, 10, 15, 22) fem-jit-python 0.0067857 "JIT compilation (in memory cache)"
+(2009, 10, 12, 10, 23, 20) fem-speedup-cpp 477.349 "Assembly/solve speedup running on 4 processors"
+(2009, 10, 12, 10, 23, 20) fem-speedup-cpp-assembly 2.57143 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2009, 10, 12, 10, 23, 20) fem-speedup-cpp-solve 2.65017 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2009, 10, 12, 10, 25, 5) mesh-refinement-cpp 104.54 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2009, 10, 12, 10, 25, 49) mesh-unitcube-cpp 44.1032 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2009, 10, 12, 10, 26, 30) mesh-iteration-cpp 36.16 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2009, 10, 12, 10, 26, 51) function-evaluation-cpp 21.0695 "Evaluations of functions at arbitrary points."
+(2009, 10, 12, 10, 26, 51) function-evaluation-cpp 20.95 "Evaluations of functions at arbitrary points."
+(2009, 10, 12, 10, 27, 38) la-vector-access-cpp 46.9329 "Accessing vector of size 10000000 (100 repetitions)"
+(2009, 10, 12, 10, 28, 1) la-vector-assignment-cpp 22.8043 "Assigning to vector of size 10000000 (100 repetitions)"
+(2009, 12, 4, 9, 4, 57) common-progress-cpp 596.335 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2009, 12, 4, 9, 12, 2) fem-assembly-cpp 425.04 "Assembly for various forms and backends"
+(2009, 12, 4, 9, 12, 27) fem-convergence-cpp 25.672 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2009, 12, 4, 9, 12, 28) fem-jit-python 0.0059581 "JIT compilation (in memory cache)"
+(2009, 12, 4, 9, 20, 40) fem-speedup-cpp 491.809 "Assembly/solve speedup running on 4 processors"
+(2009, 12, 4, 9, 20, 40) fem-speedup-cpp-assembly 2.54639 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2009, 12, 4, 9, 20, 40) fem-speedup-cpp-solve 2.55689 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2009, 12, 4, 9, 22, 27) mesh-refinement-cpp 105.47 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2009, 12, 4, 9, 23, 11) mesh-unitcube-cpp 44.4285 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2009, 12, 4, 9, 23, 52) mesh-iteration-cpp 36.12 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2009, 12, 4, 9, 24, 13) function-evaluation-cpp 20.8032 "Evaluations of functions at arbitrary points."
+(2009, 12, 4, 9, 24, 13) function-evaluation-cpp 20.69 "Evaluations of functions at arbitrary points."
+(2009, 12, 4, 9, 25, 0) la-vector-access-cpp 46.9343 "Accessing vector of size 10000000 (100 repetitions)"
+(2009, 12, 4, 9, 25, 23) la-vector-assignment-cpp 23.3136 "Assigning to vector of size 10000000 (100 repetitions)"
+(2010, 2, 3, 9, 28, 57) common-progress-cpp 597.902 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2010, 2, 3, 9, 36, 18) fem-assembly-cpp 440.361 "Assembly for various forms and backends"
+(2010, 2, 3, 9, 36, 31) fem-convergence-cpp 12.7566 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2010, 2, 3, 9, 36, 33) fem-jit-python 0.0244736 "JIT compilation (in memory cache)"
+(2010, 2, 3, 9, 44, 34) fem-speedup-cpp 480.786 "Assembly/solve speedup running on 4 processors"
+(2010, 2, 3, 9, 44, 34) fem-speedup-cpp-assembly 2.50538 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2010, 2, 3, 9, 44, 34) fem-speedup-cpp-solve 2.34291 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2010, 2, 3, 9, 46, 20) mesh-refinement-cpp 105.43 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2010, 2, 3, 9, 47, 10) mesh-unitcube-cpp 49.6756 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2010, 2, 3, 9, 47, 51) mesh-iteration-cpp 36.14 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2010, 2, 3, 9, 48, 13) function-evaluation-cpp 22.2158 "Evaluations of functions at arbitrary points."
+(2010, 2, 3, 9, 48, 13) function-evaluation-cpp 22.06 "Evaluations of functions at arbitrary points."
+(2010, 2, 3, 9, 49, 4) la-vector-access-cpp 50.4234 "Accessing vector of size 10000000 (100 repetitions)"
+(2010, 2, 3, 9, 49, 28) la-vector-assignment-cpp 24.811 "Assigning to vector of size 10000000 (100 repetitions)"
+(2010, 2, 17, 10, 44, 42) common-progress-cpp 593.092 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2010, 2, 17, 10, 52, 2) fem-assembly-cpp 439.682 "Assembly for various forms and backends"
+(2010, 2, 17, 10, 52, 15) fem-convergence-cpp 12.9031 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2010, 2, 17, 10, 52, 17) fem-jit-python 0.0251185 "JIT compilation (in memory cache)"
+(2010, 2, 17, 10, 59, 34) fem-speedup-cpp 436.864 "Assembly/solve speedup running on 4 processors"
+(2010, 2, 17, 10, 59, 34) fem-speedup-cpp-assembly 2.47917 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2010, 2, 17, 10, 59, 34) fem-speedup-cpp-solve 1.4417 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2010, 2, 17, 11, 1, 32) mesh-refinement-cpp 117.03 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2010, 2, 17, 11, 2, 17) mesh-unitcube-cpp 44.5587 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2010, 2, 17, 11, 2, 58) mesh-iteration-cpp 36.21 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2010, 2, 17, 11, 3, 20) function-evaluation-cpp 22.2584 "Evaluations of functions at arbitrary points."
+(2010, 2, 17, 11, 3, 20) function-evaluation-cpp 22.14 "Evaluations of functions at arbitrary points."
+(2010, 2, 17, 11, 4, 7) la-vector-access-cpp 46.4237 "Accessing vector of size 10000000 (100 repetitions)"
+(2010, 2, 17, 11, 4, 30) la-vector-assignment-cpp 23.8103 "Assigning to vector of size 10000000 (100 repetitions)"
+(2010, 7, 1, 11, 18, 53) common-progress-cpp 33.9116 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2010, 7, 1, 11, 22, 53) fem-assembly-cpp 239.567 "Assembly for various forms and backends"
+(2010, 7, 1, 11, 23, 5) fem-convergence-cpp 12.7182 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2010, 7, 1, 11, 23, 8) fem-jit-python 0.0250931 "JIT compilation (in memory cache)"
+(2010, 7, 1, 11, 25, 42) fem-speedup-cpp 153.886 "Assembly/solve speedup running on 4 processors"
+(2010, 7, 1, 11, 25, 42) fem-speedup-cpp-assembly 2.48235 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2010, 7, 1, 11, 25, 42) fem-speedup-cpp-solve 1.5378 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2010, 7, 1, 11, 27, 22) mesh-refinement-cpp 99.99 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2010, 7, 1, 11, 27, 39) mesh-unitcube-cpp 17.167 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2010, 7, 1, 11, 28, 17) mesh-iteration-cpp 36.2 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2010, 7, 1, 11, 28, 39) function-evaluation-cpp 21.9734 "Evaluations of functions at arbitrary points."
+(2010, 7, 1, 11, 28, 39) function-evaluation-cpp 21.89 "Evaluations of functions at arbitrary points."
+(2010, 7, 1, 11, 29, 30) la-vector-access-cpp 50.9623 "Accessing vector of size 10000000 (100 repetitions)"
+(2010, 7, 1, 11, 29, 54) la-vector-assignment-cpp 23.8196 "Assigning to vector of size 10000000 (100 repetitions)"
+(2010, 9, 2, 11, 36, 6) common-progress-cpp 28.1953 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2010, 9, 2, 11, 40, 5) fem-assembly-cpp 239.167 "Assembly for various forms and backends"
+(2010, 9, 2, 11, 40, 17) fem-convergence-cpp 12.6995 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2010, 9, 2, 11, 40, 18) fem-jit-python 0.000318193 "JIT compilation (in memory cache)"
+(2010, 9, 2, 11, 42, 50) fem-speedup-cpp 151.885 "Assembly/solve speedup running on 4 processors"
+(2010, 9, 2, 11, 42, 50) fem-speedup-cpp-assembly 2.44578 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2010, 9, 2, 11, 42, 50) fem-speedup-cpp-solve 1.39037 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2010, 9, 2, 11, 44, 31) mesh-refinement-cpp 100.49 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2010, 9, 2, 11, 44, 46) mesh-unitcube-cpp 15.3218 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2010, 9, 2, 11, 45, 27) mesh-iteration-cpp 38.47 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2010, 9, 2, 11, 45, 48) function-evaluation-cpp 21.9537 "Evaluations of functions at arbitrary points."
+(2010, 9, 2, 11, 45, 48) function-evaluation-cpp 21.83 "Evaluations of functions at arbitrary points."
+(2010, 9, 2, 11, 46, 41) la-vector-access-cpp 47.9873 "Accessing vector of size 10000000 (100 repetitions)"
+(2010, 9, 2, 11, 47, 3) la-vector-assignment-cpp 21.8435 "Assigning to vector of size 10000000 (100 repetitions)"
+(2011, 2, 23, 12, 11, 27) common-progress-cpp 35.2089 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2011, 2, 23, 12, 11, 54) common-timing-cpp 26.9492 "Timing access and registration of timings (10000000 repetitions)"
+(2011, 2, 23, 12, 12, 7) fem-multicore-cpp 13.1911 "Coloring mesh."
+(2011, 2, 23, 12, 16, 32) fem-assembly-cpp 264.223 "Assembly for various forms and backends"
+(2011, 2, 23, 12, 16, 45) fem-convergence-cpp 13.6343 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2011, 2, 23, 12, 16, 46) fem-jit-python 0.000336289 "JIT compilation (in memory cache)"
+(2011, 2, 23, 12, 22, 54) fem-speedup-cpp 367.888 "Assembly/solve speedup running on 4 processors"
+(2011, 2, 23, 12, 22, 54) fem-speedup-cpp-assembly 5.58102 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2011, 2, 23, 12, 22, 54) fem-speedup-cpp-solve 1.40411 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2011, 2, 23, 12, 23, 41) mesh-refinement-cpp 45.4596 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2011, 2, 23, 12, 24, 21) mesh-topology-cpp 39.6228 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2011, 2, 23, 12, 24, 39) mesh-unitcube-cpp 18.1147 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2011, 2, 23, 12, 25, 17) mesh-iteration-cpp 36.588 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2011, 2, 23, 12, 25, 40) function-evaluation-cpp 22.5863 "Evaluations of functions at arbitrary points."
+(2011, 2, 23, 12, 25, 40) function-evaluation-cpp 22.4607 "Evaluations of functions at arbitrary points."
+(2011, 2, 23, 12, 26, 0) la-vector-access-cpp 20.5366 "Accessing vector of size 10000000 (100 repetitions)"
+(2011, 2, 23, 12, 26, 21) la-vector-assignment-cpp 20.7975 "Assigning to vector of size 10000000 (100 repetitions)"
+(2011, 5, 16, 10, 48, 7) common-progress-cpp 33.9909 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2011, 5, 16, 10, 48, 33) common-timing-cpp 26.2898 "Timing access and registration of timings (10000000 repetitions)"
+(2011, 5, 16, 10, 48, 44) fem-multicore-cpp 10.3499 "Coloring mesh."
+(2011, 5, 16, 10, 52, 42) fem-assembly-cpp 238.558 "Assembly for various forms and backends"
+(2011, 5, 16, 10, 52, 56) fem-convergence-cpp 13.8223 "*** Warning: The function 'logging' is deprecated, use 'set_log_active'."
+(2011, 5, 16, 10, 52, 59) fem-jit-python 0.000444913 "JIT compilation (in memory cache)"
+(2011, 5, 16, 10, 58, 47) fem-speedup-cpp 348.541 "Assembly/solve speedup running on 4 processors"
+(2011, 5, 16, 10, 58, 47) fem-speedup-cpp-assembly 5.41016 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2011, 5, 16, 10, 58, 47) fem-speedup-cpp-solve 1.91566 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2011, 5, 16, 10, 59, 33) mesh-refinement-cpp 45.1063 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2011, 5, 16, 11, 0, 14) mesh-topology-cpp 40.5342 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2011, 5, 16, 11, 0, 32) mesh-unitcube-cpp 18.4513 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2011, 5, 16, 11, 1, 14) mesh-iteration-cpp 39.5328 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2011, 5, 16, 11, 1, 36) function-evaluation-cpp 22.2639 "Evaluations of functions at arbitrary points."
+(2011, 5, 16, 11, 1, 36) function-evaluation-cpp 22.1138 "Evaluations of functions at arbitrary points."
+(2011, 5, 16, 11, 1, 54) la-vector-access-cpp 17.6943 "Accessing vector of size 10000000 (100 repetitions)"
+(2011, 5, 16, 11, 2, 16) la-vector-assignment-cpp 22.7888 "Assigning to vector of size 10000000 (100 repetitions)"
+(2011, 8, 11, 6, 24, 7) common-progress-cpp 27.676 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2011, 8, 11, 6, 24, 34) common-timing-cpp 27.158 "Timing access and registration of timings (10000000 repetitions)"
+(2011, 8, 11, 6, 24, 44) fem-multicore-cpp 10.3709 "Coloring mesh."
+(2011, 8, 11, 6, 28, 43) fem-assembly-cpp 239.121 "Assembly for various forms and backends"
+(2011, 8, 11, 6, 28, 57) fem-convergence-cpp 13.9848 "*** Warning: The function 'logging' is deprecated, use 'set_log_active'."
+(2011, 8, 11, 6, 29, 0) fem-jit-python 0.000418997 "JIT compilation (in memory cache)"
+(2011, 8, 11, 6, 35, 12) fem-speedup-cpp 371.482 "Assembly/solve speedup running on 4 processors"
+(2011, 8, 11, 6, 35, 12) fem-speedup-cpp-assembly 5.55195 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2011, 8, 11, 6, 35, 12) fem-speedup-cpp-solve 1.50643 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2011, 8, 11, 6, 35, 58) mesh-refinement-cpp 44.3073 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2011, 8, 11, 6, 36, 38) mesh-topology-cpp 40.0738 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2011, 8, 11, 6, 36, 56) mesh-unitcube-cpp 18.2183 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2011, 8, 11, 6, 37, 36) mesh-iteration-cpp 37.6003 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2011, 8, 11, 6, 37, 59) function-evaluation-cpp 22.8748 "Evaluations of functions at arbitrary points."
+(2011, 8, 11, 6, 37, 59) function-evaluation-cpp 22.7168 "Evaluations of functions at arbitrary points."
+(2011, 8, 11, 6, 38, 17) la-vector-access-cpp 17.9047 "Accessing vector of size 10000000 (100 repetitions)"
+(2011, 8, 11, 6, 38, 38) la-vector-assignment-cpp 21.3412 "Assigning to vector of size 10000000 (100 repetitions)"
+(2011, 12, 7, 8, 35, 11) common-progress-cpp 29.2316 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2011, 12, 7, 8, 35, 40) common-timing-cpp 29.0057 "Timing access and registration of timings (10000000 repetitions)"
+(2011, 12, 7, 8, 35, 50) fem-multicore-cpp 10.5959 "Coloring mesh."
+(2011, 12, 7, 8, 40, 4) fem-assembly-cpp 253.54 "Assembly for various forms and backends"
+(2011, 12, 7, 8, 40, 17) fem-convergence-cpp 13.6581 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2011, 12, 7, 8, 40, 18) fem-jit-python 0.000432897 "JIT compilation (in memory cache)"
+(2011, 12, 7, 8, 47, 5) fem-speedup-cpp 406.216 "Assembly/solve speedup running on 4 processors"
+(2011, 12, 7, 8, 47, 5) fem-speedup-cpp-assembly 5.71627 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2011, 12, 7, 8, 47, 5) fem-speedup-cpp-solve 1.39569 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2011, 12, 7, 8, 48, 13) mesh-refinement-cpp 66.4876 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2011, 12, 7, 8, 48, 53) mesh-topology-cpp 40.1815 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2011, 12, 7, 8, 49, 13) mesh-unitcube-cpp 20.2862 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2011, 12, 7, 8, 49, 58) mesh-iteration-cpp 42.3196 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2011, 12, 7, 8, 50, 22) la-vector-access-cpp 23.939 "Accessing vector of size 10000000 (100 repetitions)"
+(2011, 12, 7, 8, 50, 46) la-vector-assignment-cpp 24.4505 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 2, 14, 10, 39, 5) common-progress-cpp 29.6111 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 2, 14, 10, 39, 34) common-timing-cpp 28.8854 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 2, 14, 10, 39, 44) fem-multicore-cpp 10.1149 "Coloring mesh."
+(2012, 2, 14, 10, 43, 1) fem-assembly-cpp 196.373 "Assembly for various forms and backends"
+(2012, 2, 14, 10, 43, 12) fem-convergence-cpp 11.7074 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 2, 14, 10, 43, 13) fem-jit-python 0.000421596 "JIT compilation (in memory cache)"
+(2012, 2, 14, 10, 48, 31) fem-speedup-cpp 318.02 "Assembly/solve speedup running on 4 processors"
+(2012, 2, 14, 10, 48, 31) fem-speedup-cpp-assembly 5.51232 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 2, 14, 10, 48, 31) fem-speedup-cpp-solve 2.04125 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 2, 14, 10, 49, 2) mesh-refinement-cpp 29.417 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 2, 14, 10, 49, 38) mesh-topology-cpp 35.8703 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 2, 14, 10, 50, 0) mesh-unitcube-cpp 22.188 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 2, 14, 10, 50, 46) mesh-iteration-cpp 43.2879 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 2, 14, 10, 50, 53) function-extrapolation-python 6.7923 "BENCH:  1.92506408691"
+(2012, 2, 14, 10, 50, 53) function-extrapolation-python 1.92506 "BENCH:  1.92506408691"
+(2012, 2, 14, 10, 51, 16) la-vector-access-cpp 23.545 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 2, 14, 10, 51, 42) la-vector-assignment-cpp 25.4055 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 2, 15, 2, 10, 45) common-progress-cpp 36.4267 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 2, 15, 2, 11, 14) common-timing-cpp 28.9545 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 2, 15, 2, 11, 24) fem-multicore-cpp 10.1293 "Coloring mesh."
+(2012, 2, 15, 2, 14, 41) fem-assembly-cpp 197.194 "Assembly for various forms and backends"
+(2012, 2, 15, 2, 14, 53) fem-convergence-cpp 11.9123 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 2, 15, 2, 14, 54) fem-jit-python 0.000424099 "JIT compilation (in memory cache)"
+(2012, 2, 15, 2, 20, 42) fem-speedup-cpp 348.098 "Assembly/solve speedup running on 4 processors"
+(2012, 2, 15, 2, 20, 42) fem-speedup-cpp-assembly 5.49244 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 2, 15, 2, 20, 42) fem-speedup-cpp-solve 1.48337 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 2, 15, 2, 21, 13) mesh-refinement-cpp 29.2876 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 2, 15, 2, 21, 49) mesh-topology-cpp 35.7988 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 2, 15, 2, 22, 11) mesh-unitcube-cpp 22.0805 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 2, 15, 2, 22, 56) mesh-iteration-cpp 42.3068 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 2, 15, 2, 23, 3) function-extrapolation-python 6.6989 "BENCH:  1.95823812485"
+(2012, 2, 15, 2, 23, 3) function-extrapolation-python 1.95824 "BENCH:  1.95823812485"
+(2012, 2, 15, 2, 23, 28) la-vector-access-cpp 24.7837 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 2, 15, 2, 23, 53) la-vector-assignment-cpp 25.4381 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 2, 16, 2, 11, 13) common-progress-cpp 29.7211 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 2, 16, 2, 11, 41) common-timing-cpp 27.9184 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 2, 16, 2, 11, 51) fem-multicore-cpp 10.0904 "Coloring mesh."
+(2012, 2, 16, 2, 15, 8) fem-assembly-cpp 197.416 "Assembly for various forms and backends"
+(2012, 2, 16, 2, 15, 20) fem-convergence-cpp 11.7719 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 2, 16, 2, 15, 23) fem-jit-python 0.000430512 "JIT compilation (in memory cache)"
+(2012, 2, 16, 2, 21, 0) fem-speedup-cpp 337.021 "Assembly/solve speedup running on 4 processors"
+(2012, 2, 16, 2, 21, 0) fem-speedup-cpp-assembly 5.41916 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 2, 16, 2, 21, 0) fem-speedup-cpp-solve 1.57975 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 2, 16, 2, 21, 24) mesh-refinement-cpp 22.9859 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 2, 16, 2, 21, 46) mesh-topology-cpp 21.6153 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 2, 16, 2, 22, 12) mesh-unitcube-cpp 25.9115 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 2, 16, 2, 23, 6) mesh-iteration-cpp 51.0314 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 2, 16, 2, 23, 13) function-extrapolation-python 6.67041 "BENCH:  1.85507106781"
+(2012, 2, 16, 2, 23, 13) function-extrapolation-python 1.85507 "BENCH:  1.85507106781"
+(2012, 2, 16, 2, 23, 35) la-vector-access-cpp 22.4256 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 2, 16, 2, 24, 1) la-vector-assignment-cpp 25.3903 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 2, 17, 2, 11, 2) common-progress-cpp 29.5262 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 2, 17, 2, 11, 29) common-timing-cpp 27.0658 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 2, 17, 2, 11, 39) fem-multicore-cpp 10.0568 "Coloring mesh."
+(2012, 2, 17, 2, 14, 55) fem-assembly-cpp 196.196 "Assembly for various forms and backends"
+(2012, 2, 17, 2, 15, 7) fem-convergence-cpp 11.6798 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 2, 17, 2, 15, 8) fem-jit-python 0.000422406 "JIT compilation (in memory cache)"
+(2012, 2, 17, 2, 20, 18) fem-speedup-cpp 310.227 "Assembly/solve speedup running on 4 processors"
+(2012, 2, 17, 2, 20, 18) fem-speedup-cpp-assembly 5.45884 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 2, 17, 2, 20, 18) fem-speedup-cpp-solve 2.02068 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 2, 17, 2, 20, 42) mesh-refinement-cpp 22.2379 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 2, 17, 2, 21, 3) mesh-topology-cpp 21.1826 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 2, 17, 2, 21, 24) mesh-unitcube-cpp 20.9564 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 2, 17, 2, 22, 7) mesh-iteration-cpp 41.0497 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 2, 17, 2, 22, 14) function-extrapolation-python 6.83684 "BENCH:  1.89804196358"
+(2012, 2, 17, 2, 22, 14) function-extrapolation-python 1.89804 "BENCH:  1.89804196358"
+(2012, 2, 17, 2, 22, 37) la-vector-access-cpp 22.4288 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 2, 17, 2, 23, 2) la-vector-assignment-cpp 25.3919 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 2, 18, 2, 11, 9) common-progress-cpp 29.3891 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 2, 18, 2, 11, 36) common-timing-cpp 27.1296 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 2, 18, 2, 11, 46) fem-multicore-cpp 10.0048 "Coloring mesh."
+(2012, 2, 18, 2, 15, 1) fem-assembly-cpp 195.306 "Assembly for various forms and backends"
+(2012, 2, 18, 2, 15, 13) fem-convergence-cpp 11.5941 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 2, 18, 2, 15, 14) fem-jit-python 0.000431204 "JIT compilation (in memory cache)"
+(2012, 2, 18, 2, 20, 39) fem-speedup-cpp 324.538 "Assembly/solve speedup running on 4 processors"
+(2012, 2, 18, 2, 20, 39) fem-speedup-cpp-assembly 5.52437 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 2, 18, 2, 20, 39) fem-speedup-cpp-solve 1.74741 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 2, 18, 2, 21, 2) mesh-refinement-cpp 22.3391 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 2, 18, 2, 21, 24) mesh-topology-cpp 21.1066 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 2, 18, 2, 21, 45) mesh-unitcube-cpp 21.0726 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 2, 18, 2, 22, 29) mesh-iteration-cpp 41.6188 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 2, 18, 2, 22, 36) function-extrapolation-python 6.7424 "BENCH:  1.93186807632"
+(2012, 2, 18, 2, 22, 36) function-extrapolation-python 1.93187 "BENCH:  1.93186807632"
+(2012, 2, 18, 2, 23, 0) la-vector-access-cpp 23.8191 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 2, 18, 2, 23, 25) la-vector-assignment-cpp 25.388 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 2, 19, 2, 11, 3) common-progress-cpp 29.4786 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 2, 19, 2, 11, 31) common-timing-cpp 28.1226 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 2, 19, 2, 11, 41) fem-multicore-cpp 10.0208 "Coloring mesh."
+(2012, 2, 19, 2, 14, 56) fem-assembly-cpp 195.034 "Assembly for various forms and backends"
+(2012, 2, 19, 2, 15, 8) fem-convergence-cpp 11.6263 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 2, 19, 2, 15, 9) fem-jit-python 0.000423598 "JIT compilation (in memory cache)"
+(2012, 2, 19, 2, 20, 29) fem-speedup-cpp 319.491 "Assembly/solve speedup running on 4 processors"
+(2012, 2, 19, 2, 20, 29) fem-speedup-cpp-assembly 5.5499 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 2, 19, 2, 20, 29) fem-speedup-cpp-solve 1.87927 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 2, 19, 2, 20, 52) mesh-refinement-cpp 22.2182 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 2, 19, 2, 21, 14) mesh-topology-cpp 21.1064 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 2, 19, 2, 21, 35) mesh-unitcube-cpp 20.9159 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 2, 19, 2, 22, 19) mesh-iteration-cpp 42.1144 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 2, 19, 2, 22, 26) function-extrapolation-python 6.7728 "BENCH:  1.94360399246"
+(2012, 2, 19, 2, 22, 26) function-extrapolation-python 1.9436 "BENCH:  1.94360399246"
+(2012, 2, 19, 2, 22, 49) la-vector-access-cpp 22.4431 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 2, 19, 2, 23, 14) la-vector-assignment-cpp 25.3972 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 2, 20, 2, 11, 1) common-progress-cpp 37.7044 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 2, 20, 2, 11, 29) common-timing-cpp 27.8028 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 2, 20, 2, 11, 39) fem-multicore-cpp 10.0327 "Coloring mesh."
+(2012, 2, 20, 2, 14, 54) fem-assembly-cpp 195.107 "Assembly for various forms and backends"
+(2012, 2, 20, 2, 15, 6) fem-convergence-cpp 11.5751 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 2, 20, 2, 15, 7) fem-jit-python 0.000422311 "JIT compilation (in memory cache)"
+(2012, 2, 20, 2, 20, 32) fem-speedup-cpp 324.725 "Assembly/solve speedup running on 4 processors"
+(2012, 2, 20, 2, 20, 32) fem-speedup-cpp-assembly 5.53876 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 2, 20, 2, 20, 32) fem-speedup-cpp-solve 1.73764 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 2, 20, 2, 20, 56) mesh-refinement-cpp 22.2203 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 2, 20, 2, 21, 17) mesh-topology-cpp 21.1084 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 2, 20, 2, 21, 38) mesh-unitcube-cpp 21.0358 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 2, 20, 2, 22, 22) mesh-iteration-cpp 41.62 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 2, 20, 2, 22, 29) function-extrapolation-python 6.77272 "BENCH:  1.94126605988"
+(2012, 2, 20, 2, 22, 29) function-extrapolation-python 1.94127 "BENCH:  1.94126605988"
+(2012, 2, 20, 2, 22, 53) la-vector-access-cpp 24.4551 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 2, 20, 2, 23, 19) la-vector-assignment-cpp 25.3988 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 2, 21, 2, 10, 52) common-progress-cpp 29.4553 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 2, 21, 2, 11, 19) common-timing-cpp 27.1758 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 2, 21, 2, 11, 29) fem-multicore-cpp 10.0762 "Coloring mesh."
+(2012, 2, 21, 2, 14, 45) fem-assembly-cpp 195.472 "Assembly for various forms and backends"
+(2012, 2, 21, 2, 14, 56) fem-convergence-cpp 11.5682 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 2, 21, 2, 14, 57) fem-jit-python 0.000425005 "JIT compilation (in memory cache)"
+(2012, 2, 21, 2, 20, 15) fem-speedup-cpp 317.829 "Assembly/solve speedup running on 4 processors"
+(2012, 2, 21, 2, 20, 15) fem-speedup-cpp-assembly 5.49712 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 2, 21, 2, 20, 15) fem-speedup-cpp-solve 1.88517 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 2, 21, 2, 20, 39) mesh-refinement-cpp 22.2217 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 2, 21, 2, 21, 0) mesh-topology-cpp 21.1646 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 2, 21, 2, 21, 21) mesh-unitcube-cpp 21.0428 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 2, 21, 2, 22, 5) mesh-iteration-cpp 41.6181 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 2, 21, 2, 22, 12) function-extrapolation-python 6.78422 "BENCH:  1.94494700432"
+(2012, 2, 21, 2, 22, 12) function-extrapolation-python 1.94495 "BENCH:  1.94494700432"
+(2012, 2, 21, 2, 22, 37) la-vector-access-cpp 24.4507 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 2, 21, 2, 23, 2) la-vector-assignment-cpp 25.4279 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 2, 22, 2, 11, 9) common-progress-cpp 29.6217 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 2, 22, 2, 11, 35) common-timing-cpp 26.1961 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 2, 22, 2, 11, 45) fem-multicore-cpp 10.0101 "Coloring mesh."
+(2012, 2, 22, 2, 15, 1) fem-assembly-cpp 196.141 "Assembly for various forms and backends"
+(2012, 2, 22, 2, 15, 12) fem-convergence-cpp 11.6069 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 2, 22, 2, 15, 14) fem-jit-python 0.000419712 "JIT compilation (in memory cache)"
+(2012, 2, 22, 2, 20, 37) fem-speedup-cpp 323.285 "Assembly/solve speedup running on 4 processors"
+(2012, 2, 22, 2, 20, 37) fem-speedup-cpp-assembly 5.53815 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 2, 22, 2, 20, 37) fem-speedup-cpp-solve 1.79809 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 2, 22, 2, 21, 1) mesh-refinement-cpp 22.2328 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 2, 22, 2, 21, 22) mesh-topology-cpp 21.2685 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 2, 22, 2, 21, 43) mesh-unitcube-cpp 21.0014 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 2, 22, 2, 22, 28) mesh-iteration-cpp 42.3159 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 2, 22, 2, 22, 35) function-extrapolation-python 6.66545 "BENCH:  1.88887500763"
+(2012, 2, 22, 2, 22, 35) function-extrapolation-python 1.88888 "BENCH:  1.88887500763"
+(2012, 2, 22, 2, 22, 57) la-vector-access-cpp 22.439 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 2, 22, 2, 23, 22) la-vector-assignment-cpp 24.9489 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 2, 23, 2, 11, 29) common-progress-cpp 29.6307 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 2, 23, 2, 11, 57) common-timing-cpp 27.7839 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 2, 23, 2, 12, 7) fem-multicore-cpp 10.0873 "Coloring mesh."
+(2012, 2, 23, 2, 15, 47) fem-assembly-cpp 219.493 "Assembly for various forms and backends"
+(2012, 2, 23, 2, 15, 58) fem-convergence-cpp 11.584 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 2, 23, 2, 15, 59) fem-jit-python 0.000422287 "JIT compilation (in memory cache)"
+(2012, 2, 23, 2, 21, 21) fem-speedup-cpp 322.164 "Assembly/solve speedup running on 4 processors"
+(2012, 2, 23, 2, 21, 21) fem-speedup-cpp-assembly 5.50432 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 2, 23, 2, 21, 21) fem-speedup-cpp-solve 1.81969 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 2, 23, 2, 21, 45) mesh-refinement-cpp 22.2776 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 2, 23, 2, 22, 7) mesh-topology-cpp 21.2501 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 2, 23, 2, 22, 28) mesh-unitcube-cpp 20.993 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 2, 23, 2, 23, 12) mesh-iteration-cpp 41.6129 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 2, 23, 2, 23, 19) function-extrapolation-python 6.73588 "BENCH:  1.9055120945"
+(2012, 2, 23, 2, 23, 19) function-extrapolation-python 1.90551 "BENCH:  1.9055120945"
+(2012, 2, 23, 2, 23, 41) la-vector-access-cpp 22.4054 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 2, 23, 2, 24, 9) la-vector-assignment-cpp 27.9088 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 2, 25, 2, 10, 48) common-progress-cpp 29.7488 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 2, 25, 2, 11, 16) common-timing-cpp 27.6256 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 2, 25, 2, 11, 26) fem-multicore-cpp 10.0566 "Coloring mesh."
+(2012, 2, 25, 2, 15, 6) fem-assembly-cpp 219.736 "Assembly for various forms and backends"
+(2012, 2, 25, 2, 15, 17) fem-convergence-cpp 11.7109 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 2, 25, 2, 15, 20) fem-jit-python 0.000421286 "JIT compilation (in memory cache)"
+(2012, 2, 25, 2, 20, 54) fem-speedup-cpp 333.872 "Assembly/solve speedup running on 4 processors"
+(2012, 2, 25, 2, 20, 54) fem-speedup-cpp-assembly 5.41226 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 2, 25, 2, 20, 54) fem-speedup-cpp-solve 1.6144 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 2, 25, 2, 21, 18) mesh-refinement-cpp 22.2431 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 2, 25, 2, 21, 39) mesh-topology-cpp 21.2707 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 2, 25, 2, 22, 0) mesh-unitcube-cpp 20.9687 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 2, 25, 2, 22, 45) mesh-iteration-cpp 42.4139 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 2, 25, 2, 22, 52) function-extrapolation-python 6.61425 "BENCH:  1.86223196983"
+(2012, 2, 25, 2, 22, 52) function-extrapolation-python 1.86223 "BENCH:  1.86223196983"
+(2012, 2, 25, 2, 23, 14) la-vector-access-cpp 22.4096 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 2, 25, 2, 23, 39) la-vector-assignment-cpp 24.938 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 2, 26, 2, 10, 39) common-progress-cpp 29.6827 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 2, 26, 2, 11, 7) common-timing-cpp 27.5193 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 2, 26, 2, 11, 17) fem-multicore-cpp 10.0022 "Coloring mesh."
+(2012, 2, 26, 2, 14, 57) fem-assembly-cpp 220.613 "Assembly for various forms and backends"
+(2012, 2, 26, 2, 15, 9) fem-convergence-cpp 11.6063 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 2, 26, 2, 15, 10) fem-jit-python 0.000416684 "JIT compilation (in memory cache)"
+(2012, 2, 26, 2, 20, 26) fem-speedup-cpp 316.075 "Assembly/solve speedup running on 4 processors"
+(2012, 2, 26, 2, 20, 26) fem-speedup-cpp-assembly 5.48959 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 2, 26, 2, 20, 26) fem-speedup-cpp-solve 1.94827 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 2, 26, 2, 20, 50) mesh-refinement-cpp 22.2992 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 2, 26, 2, 21, 11) mesh-topology-cpp 21.2619 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 2, 26, 2, 21, 32) mesh-unitcube-cpp 21.0136 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 2, 26, 2, 22, 17) mesh-iteration-cpp 42.2499 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 2, 26, 2, 22, 24) function-extrapolation-python 6.62892 "BENCH:  1.87784814835"
+(2012, 2, 26, 2, 22, 24) function-extrapolation-python 1.87785 "BENCH:  1.87784814835"
+(2012, 2, 26, 2, 22, 46) la-vector-access-cpp 22.4038 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 2, 26, 2, 23, 11) la-vector-assignment-cpp 24.9438 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 2, 27, 2, 10, 49) common-progress-cpp 38.9561 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 2, 27, 2, 11, 16) common-timing-cpp 26.7055 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 2, 27, 2, 11, 26) fem-multicore-cpp 10.0724 "Coloring mesh."
+(2012, 2, 27, 2, 15, 6) fem-assembly-cpp 220.394 "Assembly for various forms and backends"
+(2012, 2, 27, 2, 15, 18) fem-convergence-cpp 11.5158 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 2, 27, 2, 15, 19) fem-jit-python 0.000419307 "JIT compilation (in memory cache)"
+(2012, 2, 27, 2, 20, 44) fem-speedup-cpp 325.516 "Assembly/solve speedup running on 4 processors"
+(2012, 2, 27, 2, 20, 44) fem-speedup-cpp-assembly 5.53022 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 2, 27, 2, 20, 44) fem-speedup-cpp-solve 1.76675 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 2, 27, 2, 21, 8) mesh-refinement-cpp 22.2457 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 2, 27, 2, 21, 30) mesh-topology-cpp 21.3388 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 2, 27, 2, 21, 51) mesh-unitcube-cpp 21.0537 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 2, 27, 2, 22, 39) mesh-iteration-cpp 46.0111 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 2, 27, 2, 22, 46) function-extrapolation-python 6.71978 "BENCH:  1.99281311035"
+(2012, 2, 27, 2, 22, 46) function-extrapolation-python 1.99281 "BENCH:  1.99281311035"
+(2012, 2, 27, 2, 23, 10) la-vector-access-cpp 23.6024 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 2, 27, 2, 23, 35) la-vector-assignment-cpp 24.9446 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 2, 28, 2, 11, 26) common-progress-cpp 29.7783 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 2, 28, 2, 11, 53) common-timing-cpp 26.5032 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 2, 28, 2, 12, 3) fem-multicore-cpp 9.99451 "Coloring mesh."
+(2012, 2, 28, 2, 12, 15) fem-convergence-cpp 11.6563 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 2, 28, 2, 12, 17) fem-jit-python 0.000420713 "JIT compilation (in memory cache)"
+(2012, 2, 28, 2, 17, 44) fem-speedup-cpp 326.469 "Assembly/solve speedup running on 4 processors"
+(2012, 2, 28, 2, 17, 44) fem-speedup-cpp-assembly 5.4348 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 2, 28, 2, 17, 44) fem-speedup-cpp-solve 1.73334 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 2, 28, 2, 18, 8) mesh-refinement-cpp 22.2341 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 2, 28, 2, 18, 29) mesh-topology-cpp 21.111 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 2, 28, 2, 18, 50) mesh-unitcube-cpp 21.0633 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 2, 28, 2, 19, 34) mesh-iteration-cpp 41.6393 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 2, 28, 2, 19, 41) function-extrapolation-python 6.56976 "BENCH:  1.87061309814"
+(2012, 2, 28, 2, 19, 41) function-extrapolation-python 1.87061 "BENCH:  1.87061309814"
+(2012, 2, 28, 2, 20, 7) la-vector-access-cpp 25.7875 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 2, 28, 2, 20, 32) la-vector-assignment-cpp 25.4388 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 2, 29, 2, 11, 15) common-progress-cpp 29.6144 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 2, 29, 2, 11, 43) common-timing-cpp 27.9701 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 2, 29, 2, 11, 53) fem-multicore-cpp 10.097 "Coloring mesh."
+(2012, 2, 29, 2, 12, 5) fem-convergence-cpp 11.5951 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 2, 29, 2, 12, 6) fem-jit-python 0.0004251 "JIT compilation (in memory cache)"
+(2012, 2, 29, 2, 17, 17) fem-speedup-cpp 311.177 "Assembly/solve speedup running on 4 processors"
+(2012, 2, 29, 2, 17, 17) fem-speedup-cpp-assembly 5.52424 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 2, 29, 2, 17, 17) fem-speedup-cpp-solve 2.03784 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 2, 29, 2, 17, 41) mesh-refinement-cpp 22.2815 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 2, 29, 2, 18, 2) mesh-topology-cpp 21.1173 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 2, 29, 2, 18, 23) mesh-unitcube-cpp 21.269 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 2, 29, 2, 19, 7) mesh-iteration-cpp 41.7044 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 2, 29, 2, 19, 14) function-extrapolation-python 6.58109 "BENCH:  1.89537906647"
+(2012, 2, 29, 2, 19, 14) function-extrapolation-python 1.89538 "BENCH:  1.89537906647"
+(2012, 2, 29, 2, 19, 37) la-vector-access-cpp 22.4255 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 2, 29, 2, 20, 2) la-vector-assignment-cpp 25.4497 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 2, 2, 11, 11) common-progress-cpp 37.7166 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 2, 2, 11, 38) common-timing-cpp 27.1555 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 2, 2, 11, 48) fem-multicore-cpp 10.0269 "Coloring mesh."
+(2012, 3, 2, 2, 12, 0) fem-convergence-cpp 11.6895 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 2, 2, 12, 1) fem-jit-python 0.000437784 "JIT compilation (in memory cache)"
+(2012, 3, 2, 2, 17, 23) fem-speedup-cpp 321.856 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 2, 2, 17, 23) fem-speedup-cpp-assembly 5.45692 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 2, 2, 17, 23) fem-speedup-cpp-solve 1.80895 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 2, 2, 17, 46) mesh-refinement-cpp 22.2671 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 2, 2, 18, 8) mesh-topology-cpp 21.1164 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 2, 2, 18, 29) mesh-unitcube-cpp 21.1234 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 2, 2, 19, 13) mesh-iteration-cpp 41.9632 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 2, 2, 19, 20) function-extrapolation-python 6.54491 "BENCH:  1.88551902771"
+(2012, 3, 2, 2, 19, 20) function-extrapolation-python 1.88552 "BENCH:  1.88551902771"
+(2012, 3, 2, 2, 19, 43) la-vector-access-cpp 22.4787 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 2, 2, 20, 10) la-vector-assignment-cpp 27.899 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 3, 2, 11, 35) common-progress-cpp 47.7445 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 3, 2, 12, 2) common-timing-cpp 27.0265 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 3, 2, 12, 12) fem-multicore-cpp 10.0606 "Coloring mesh."
+(2012, 3, 3, 2, 15, 22) fem-assembly-cpp 190.543 "Assembly for various forms and backends"
+(2012, 3, 3, 2, 15, 34) fem-convergence-cpp 11.6461 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 3, 2, 15, 35) fem-jit-python 0.000424099 "JIT compilation (in memory cache)"
+(2012, 3, 3, 2, 21, 15) fem-speedup-cpp 340.129 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 3, 2, 21, 15) fem-speedup-cpp-assembly 5.55108 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 3, 2, 21, 15) fem-speedup-cpp-solve 1.49924 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 3, 2, 21, 39) mesh-refinement-cpp 22.2783 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 3, 2, 22, 0) mesh-topology-cpp 21.0959 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 3, 2, 22, 22) mesh-unitcube-cpp 21.5152 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 3, 2, 23, 6) mesh-iteration-cpp 41.9603 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 3, 2, 23, 13) function-extrapolation-python 6.71577 "BENCH:  1.8930618763"
+(2012, 3, 3, 2, 23, 13) function-extrapolation-python 1.89306 "BENCH:  1.8930618763"
+(2012, 3, 3, 2, 23, 35) la-vector-access-cpp 22.412 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 3, 2, 24, 3) la-vector-assignment-cpp 27.8896 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 4, 2, 11, 22) common-progress-cpp 29.5126 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 4, 2, 11, 50) common-timing-cpp 28.1364 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 4, 2, 12, 1) fem-multicore-cpp 10.3041 "Coloring mesh."
+(2012, 3, 4, 2, 15, 8) fem-assembly-cpp 186.78 "Assembly for various forms and backends"
+(2012, 3, 4, 2, 15, 19) fem-convergence-cpp 11.6616 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 4, 2, 15, 20) fem-jit-python 0.000426793 "JIT compilation (in memory cache)"
+(2012, 3, 4, 2, 20, 32) fem-speedup-cpp 311.883 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 4, 2, 20, 32) fem-speedup-cpp-assembly 5.39823 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 4, 2, 20, 32) fem-speedup-cpp-solve 2.01846 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 4, 2, 20, 56) mesh-refinement-cpp 22.2624 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 4, 2, 21, 17) mesh-topology-cpp 21.2362 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 4, 2, 21, 39) mesh-unitcube-cpp 21.3107 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 4, 2, 22, 26) mesh-iteration-cpp 44.5811 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 4, 2, 22, 33) function-extrapolation-python 6.90531 "BENCH:  1.89593982697"
+(2012, 3, 4, 2, 22, 33) function-extrapolation-python 1.89594 "BENCH:  1.89593982697"
+(2012, 3, 4, 2, 22, 57) la-vector-access-cpp 23.9349 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 4, 2, 23, 25) la-vector-assignment-cpp 27.8937 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 5, 2, 10, 59) common-progress-cpp 29.584 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 5, 2, 11, 27) common-timing-cpp 27.7145 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 5, 2, 11, 37) fem-multicore-cpp 10.082 "Coloring mesh."
+(2012, 3, 5, 2, 14, 44) fem-assembly-cpp 186.607 "Assembly for various forms and backends"
+(2012, 3, 5, 2, 14, 55) fem-convergence-cpp 11.6288 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 5, 2, 14, 56) fem-jit-python 0.000422382 "JIT compilation (in memory cache)"
+(2012, 3, 5, 2, 20, 25) fem-speedup-cpp 328.423 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 5, 2, 20, 25) fem-speedup-cpp-assembly 5.54144 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 5, 2, 20, 25) fem-speedup-cpp-solve 1.67243 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 5, 2, 20, 49) mesh-refinement-cpp 22.3152 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 5, 2, 21, 10) mesh-topology-cpp 21.2385 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 5, 2, 21, 31) mesh-unitcube-cpp 21.0795 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 5, 2, 22, 15) mesh-iteration-cpp 41.964 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 5, 2, 22, 22) function-extrapolation-python 6.66317 "BENCH:  1.8630437851"
+(2012, 3, 5, 2, 22, 22) function-extrapolation-python 1.86304 "BENCH:  1.8630437851"
+(2012, 3, 5, 2, 22, 45) la-vector-access-cpp 23.0149 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 5, 2, 23, 13) la-vector-assignment-cpp 27.8911 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 6, 2, 11, 0) common-progress-cpp 29.6071 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 6, 2, 11, 28) common-timing-cpp 27.6214 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 6, 2, 11, 38) fem-multicore-cpp 10.1785 "Coloring mesh."
+(2012, 3, 6, 2, 14, 45) fem-assembly-cpp 186.838 "Assembly for various forms and backends"
+(2012, 3, 6, 2, 14, 57) fem-convergence-cpp 11.6171 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 6, 2, 14, 58) fem-jit-python 0.000423288 "JIT compilation (in memory cache)"
+(2012, 3, 6, 2, 20, 13) fem-speedup-cpp 315.16 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 6, 2, 20, 13) fem-speedup-cpp-assembly 5.44692 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 6, 2, 20, 13) fem-speedup-cpp-solve 1.92397 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 6, 2, 20, 37) mesh-refinement-cpp 22.3169 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 6, 2, 20, 58) mesh-topology-cpp 21.2779 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 6, 2, 21, 19) mesh-unitcube-cpp 21.0917 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 6, 2, 22, 4) mesh-iteration-cpp 41.9681 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 6, 2, 22, 11) function-extrapolation-python 6.67543 "BENCH:  1.88750600815"
+(2012, 3, 6, 2, 22, 11) function-extrapolation-python 1.88751 "BENCH:  1.88750600815"
+(2012, 3, 6, 2, 22, 33) la-vector-access-cpp 22.4076 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 6, 2, 23, 1) la-vector-assignment-cpp 27.8987 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 7, 2, 11, 12) common-progress-cpp 30.0316 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 7, 2, 11, 40) common-timing-cpp 28.4918 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 7, 2, 11, 51) fem-multicore-cpp 10.0993 "Coloring mesh."
+(2012, 3, 7, 2, 15, 0) fem-assembly-cpp 189.731 "Assembly for various forms and backends"
+(2012, 3, 7, 2, 15, 12) fem-convergence-cpp 11.9791 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 7, 2, 15, 13) fem-jit-python 0.000421 "JIT compilation (in memory cache)"
+(2012, 3, 7, 2, 20, 26) fem-speedup-cpp 312.125 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 7, 2, 20, 26) fem-speedup-cpp-assembly 5.53894 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 7, 2, 20, 26) fem-speedup-cpp-solve 2.03647 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 7, 2, 20, 49) mesh-refinement-cpp 22.458 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 7, 2, 21, 11) mesh-topology-cpp 21.2026 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 7, 2, 21, 33) mesh-unitcube-cpp 21.8754 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 7, 2, 22, 17) mesh-iteration-cpp 41.9637 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 7, 2, 22, 24) function-extrapolation-python 6.59471 "BENCH:  1.89239001274"
+(2012, 3, 7, 2, 22, 24) function-extrapolation-python 1.89239 "BENCH:  1.89239001274"
+(2012, 3, 7, 2, 22, 48) la-vector-access-cpp 23.9145 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 7, 2, 23, 16) la-vector-assignment-cpp 27.8893 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 8, 2, 11, 19) common-progress-cpp 29.6021 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 8, 2, 11, 46) common-timing-cpp 27.6614 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 8, 2, 11, 57) fem-multicore-cpp 10.2437 "Coloring mesh."
+(2012, 3, 8, 2, 15, 5) fem-assembly-cpp 188.78 "Assembly for various forms and backends"
+(2012, 3, 8, 2, 15, 17) fem-convergence-cpp 11.9243 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 8, 2, 15, 18) fem-jit-python 0.000425601 "JIT compilation (in memory cache)"
+(2012, 3, 8, 2, 20, 40) fem-speedup-cpp 322.013 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 8, 2, 20, 40) fem-speedup-cpp-assembly 5.52599 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 8, 2, 20, 40) fem-speedup-cpp-solve 1.84482 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 8, 2, 21, 4) mesh-refinement-cpp 22.3857 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 8, 2, 21, 26) mesh-topology-cpp 21.3154 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 8, 2, 21, 48) mesh-unitcube-cpp 21.7511 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 8, 2, 22, 33) mesh-iteration-cpp 42.9272 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 8, 2, 22, 40) function-extrapolation-python 6.65543 "BENCH:  1.8642950058"
+(2012, 3, 8, 2, 22, 40) function-extrapolation-python 1.8643 "BENCH:  1.8642950058"
+(2012, 3, 8, 2, 23, 2) la-vector-access-cpp 22.4013 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 8, 2, 23, 30) la-vector-assignment-cpp 27.8904 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 9, 2, 11, 18) common-progress-cpp 29.6102 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 9, 2, 11, 45) common-timing-cpp 27.094 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 9, 2, 11, 56) fem-multicore-cpp 10.1509 "Coloring mesh."
+(2012, 3, 9, 2, 15, 11) fem-assembly-cpp 194.975 "Assembly for various forms and backends"
+(2012, 3, 9, 2, 15, 22) fem-convergence-cpp 11.9128 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 9, 2, 15, 24) fem-jit-python 0.000434899 "JIT compilation (in memory cache)"
+(2012, 3, 9, 2, 20, 49) fem-speedup-cpp 325.179 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 9, 2, 20, 49) fem-speedup-cpp-assembly 5.54605 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 9, 2, 20, 49) fem-speedup-cpp-solve 1.76131 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 9, 2, 21, 13) mesh-refinement-cpp 22.4204 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 9, 2, 21, 34) mesh-topology-cpp 21.1347 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 9, 2, 21, 56) mesh-unitcube-cpp 22.103 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 9, 2, 22, 40) mesh-iteration-cpp 41.956 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 9, 2, 23, 10) function-extrapolation-python 29.4167 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2012, 3, 9, 2, 23, 10) function-extrapolation-python 1.88691 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2012, 3, 9, 2, 23, 33) la-vector-access-cpp 22.4162 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 9, 2, 24, 0) la-vector-assignment-cpp 27.8992 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 10, 2, 11, 12) common-progress-cpp 29.6533 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 10, 2, 11, 40) common-timing-cpp 27.756 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 10, 2, 11, 50) fem-multicore-cpp 10.1681 "Coloring mesh."
+(2012, 3, 10, 2, 15, 2) fem-assembly-cpp 192.075 "Assembly for various forms and backends"
+(2012, 3, 10, 2, 15, 14) fem-convergence-cpp 11.9193 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 10, 2, 15, 15) fem-jit-python 0.000426817 "JIT compilation (in memory cache)"
+(2012, 3, 10, 2, 20, 39) fem-speedup-cpp 323.822 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 10, 2, 20, 39) fem-speedup-cpp-assembly 5.53006 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 10, 2, 20, 39) fem-speedup-cpp-solve 1.756 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 10, 2, 21, 3) mesh-refinement-cpp 22.4384 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 10, 2, 21, 25) mesh-topology-cpp 21.1909 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 10, 2, 21, 47) mesh-unitcube-cpp 21.9534 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 10, 2, 22, 34) mesh-iteration-cpp 44.8074 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 10, 2, 22, 41) function-extrapolation-python 6.84385 "BENCH:  1.87336993217"
+(2012, 3, 10, 2, 22, 41) function-extrapolation-python 1.87337 "BENCH:  1.87336993217"
+(2012, 3, 10, 2, 23, 4) la-vector-access-cpp 22.4098 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 10, 2, 23, 29) la-vector-assignment-cpp 25.0954 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 11, 2, 11, 14) common-progress-cpp 38.9438 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 11, 2, 11, 44) common-timing-cpp 29.2966 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 11, 2, 11, 54) fem-multicore-cpp 10.2232 "Coloring mesh."
+(2012, 3, 11, 2, 15, 7) fem-assembly-cpp 192.633 "Assembly for various forms and backends"
+(2012, 3, 11, 2, 15, 19) fem-convergence-cpp 11.8992 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 11, 2, 15, 20) fem-jit-python 0.000436997 "JIT compilation (in memory cache)"
+(2012, 3, 11, 2, 20, 32) fem-speedup-cpp 312.868 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 11, 2, 20, 32) fem-speedup-cpp-assembly 5.49065 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 11, 2, 20, 32) fem-speedup-cpp-solve 2.00588 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 11, 2, 20, 57) mesh-refinement-cpp 22.7526 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 11, 2, 21, 18) mesh-topology-cpp 21.2829 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 11, 2, 21, 41) mesh-unitcube-cpp 23.1452 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 11, 2, 22, 27) mesh-iteration-cpp 42.9893 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 11, 2, 22, 34) function-extrapolation-python 6.74763 "BENCH:  1.89597916603"
+(2012, 3, 11, 2, 22, 34) function-extrapolation-python 1.89598 "BENCH:  1.89597916603"
+(2012, 3, 11, 2, 22, 56) la-vector-access-cpp 22.4736 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 11, 2, 23, 24) la-vector-assignment-cpp 27.89 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 12, 2, 10, 56) common-progress-cpp 29.2054 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 12, 2, 11, 25) common-timing-cpp 29.0935 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 12, 2, 11, 35) fem-multicore-cpp 10.2215 "Coloring mesh."
+(2012, 3, 12, 2, 14, 47) fem-assembly-cpp 192.444 "Assembly for various forms and backends"
+(2012, 3, 12, 2, 14, 59) fem-convergence-cpp 11.9014 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 12, 2, 15, 0) fem-jit-python 0.000441289 "JIT compilation (in memory cache)"
+(2012, 3, 12, 2, 20, 32) fem-speedup-cpp 331.154 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 12, 2, 20, 32) fem-speedup-cpp-assembly 5.47798 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 12, 2, 20, 32) fem-speedup-cpp-solve 1.65601 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 12, 2, 20, 56) mesh-refinement-cpp 22.7983 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 12, 2, 21, 17) mesh-topology-cpp 21.3877 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 12, 2, 21, 41) mesh-unitcube-cpp 23.618 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 12, 2, 22, 27) mesh-iteration-cpp 42.9459 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 12, 2, 22, 33) function-extrapolation-python 6.70933 "BENCH:  1.89374995232"
+(2012, 3, 12, 2, 22, 33) function-extrapolation-python 1.89375 "BENCH:  1.89374995232"
+(2012, 3, 12, 2, 22, 58) la-vector-access-cpp 24.453 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 12, 2, 23, 26) la-vector-assignment-cpp 27.8885 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 13, 2, 11, 12) common-progress-cpp 29.5275 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 13, 2, 11, 40) common-timing-cpp 27.9414 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 13, 2, 11, 50) fem-multicore-cpp 10.0836 "Coloring mesh."
+(2012, 3, 13, 2, 15, 2) fem-assembly-cpp 191.731 "Assembly for various forms and backends"
+(2012, 3, 13, 2, 15, 14) fem-convergence-cpp 11.8683 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 13, 2, 15, 15) fem-jit-python 0.000435519 "JIT compilation (in memory cache)"
+(2012, 3, 13, 2, 20, 37) fem-speedup-cpp 321.986 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 13, 2, 20, 37) fem-speedup-cpp-assembly 5.51489 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 13, 2, 20, 37) fem-speedup-cpp-solve 1.80728 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 13, 2, 21, 1) mesh-refinement-cpp 22.6107 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 13, 2, 21, 23) mesh-topology-cpp 21.2844 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 13, 2, 21, 45) mesh-unitcube-cpp 22.1244 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 13, 2, 22, 30) mesh-iteration-cpp 42.9091 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 13, 2, 22, 58) la-vector-access-cpp 22.6403 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 13, 2, 23, 26) la-vector-assignment-cpp 27.8896 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 14, 2, 11, 8) common-progress-cpp 29.1833 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 14, 2, 11, 37) common-timing-cpp 28.0877 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 14, 2, 11, 47) fem-multicore-cpp 10.1264 "Coloring mesh."
+(2012, 3, 14, 2, 14, 58) fem-assembly-cpp 191.468 "Assembly for various forms and backends"
+(2012, 3, 14, 2, 15, 10) fem-convergence-cpp 11.8851 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 14, 2, 15, 11) fem-jit-python 0.000440598 "JIT compilation (in memory cache)"
+(2012, 3, 14, 2, 20, 22) fem-speedup-cpp 311.137 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 14, 2, 20, 22) fem-speedup-cpp-assembly 5.54597 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 14, 2, 20, 22) fem-speedup-cpp-solve 2.02177 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 14, 2, 20, 46) mesh-refinement-cpp 22.5597 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 14, 2, 21, 8) mesh-topology-cpp 21.1568 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 14, 2, 21, 30) mesh-unitcube-cpp 22.1763 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 14, 2, 22, 15) mesh-iteration-cpp 42.9753 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 14, 2, 22, 45) la-vector-access-cpp 24.9016 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 14, 2, 23, 13) la-vector-assignment-cpp 27.8919 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 15, 2, 10, 55) common-progress-cpp 29.7919 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 15, 2, 11, 25) common-timing-cpp 29.2994 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 15, 2, 11, 35) fem-multicore-cpp 10.176 "Coloring mesh."
+(2012, 3, 15, 2, 14, 46) fem-assembly-cpp 191.525 "Assembly for various forms and backends"
+(2012, 3, 15, 2, 14, 58) fem-convergence-cpp 11.9635 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 15, 2, 14, 59) fem-jit-python 0.000433612 "JIT compilation (in memory cache)"
+(2012, 3, 15, 2, 20, 29) fem-speedup-cpp 329.9 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 15, 2, 20, 29) fem-speedup-cpp-assembly 5.53121 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 15, 2, 20, 29) fem-speedup-cpp-solve 1.67331 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 15, 2, 20, 53) mesh-refinement-cpp 22.4721 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 15, 2, 21, 15) mesh-topology-cpp 21.0975 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 15, 2, 21, 38) mesh-unitcube-cpp 23.535 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 15, 2, 22, 24) mesh-iteration-cpp 42.9694 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 15, 2, 22, 51) la-vector-access-cpp 22.624 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 15, 2, 23, 23) la-vector-assignment-cpp 31.8963 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 16, 2, 11, 20) common-progress-cpp 29.1769 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 16, 2, 11, 49) common-timing-cpp 29.4311 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 16, 2, 11, 59) fem-multicore-cpp 10.1385 "Coloring mesh."
+(2012, 3, 16, 2, 15, 9) fem-assembly-cpp 189.965 "Assembly for various forms and backends"
+(2012, 3, 16, 2, 15, 21) fem-convergence-cpp 11.587 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 16, 2, 15, 22) fem-jit-python 0.000426602 "JIT compilation (in memory cache)"
+(2012, 3, 16, 2, 20, 38) fem-speedup-cpp 316.379 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 16, 2, 20, 38) fem-speedup-cpp-assembly 5.57773 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 16, 2, 20, 38) fem-speedup-cpp-solve 1.93243 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 16, 2, 21, 2) mesh-refinement-cpp 22.4445 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 16, 2, 21, 23) mesh-topology-cpp 21.0381 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 16, 2, 21, 47) mesh-unitcube-cpp 23.7185 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 16, 2, 22, 31) mesh-iteration-cpp 41.9583 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 16, 2, 23, 0) la-vector-access-cpp 23.7331 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 16, 2, 23, 28) la-vector-assignment-cpp 27.9023 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 17, 2, 11, 3) common-progress-cpp 29.6218 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 17, 2, 11, 33) common-timing-cpp 30.1059 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 17, 2, 11, 43) fem-multicore-cpp 10.2326 "Coloring mesh."
+(2012, 3, 17, 2, 14, 56) fem-assembly-cpp 193.14 "Assembly for various forms and backends"
+(2012, 3, 17, 2, 15, 8) fem-convergence-cpp 11.8484 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 17, 2, 15, 9) fem-jit-python 0.000442004 "JIT compilation (in memory cache)"
+(2012, 3, 17, 2, 20, 21) fem-speedup-cpp 311.462 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 17, 2, 20, 21) fem-speedup-cpp-assembly 5.47218 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 17, 2, 20, 21) fem-speedup-cpp-solve 2.02193 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 17, 2, 20, 44) mesh-refinement-cpp 22.4131 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 17, 2, 21, 6) mesh-topology-cpp 21.1438 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 17, 2, 21, 27) mesh-unitcube-cpp 21.165 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 17, 2, 22, 12) mesh-iteration-cpp 42.9161 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 17, 2, 22, 40) la-vector-access-cpp 22.6284 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 17, 2, 23, 8) la-vector-assignment-cpp 27.9458 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 18, 2, 11, 14) common-progress-cpp 29.7763 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 18, 2, 11, 43) common-timing-cpp 29.1075 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 18, 2, 11, 53) fem-multicore-cpp 10.0955 "Coloring mesh."
+(2012, 3, 18, 2, 14, 59) fem-assembly-cpp 186.284 "Assembly for various forms and backends"
+(2012, 3, 18, 2, 15, 11) fem-convergence-cpp 11.8973 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 18, 2, 15, 12) fem-jit-python 0.000438499 "JIT compilation (in memory cache)"
+(2012, 3, 18, 2, 20, 29) fem-speedup-cpp 316.308 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 18, 2, 20, 29) fem-speedup-cpp-assembly 5.50749 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 18, 2, 20, 29) fem-speedup-cpp-solve 1.93064 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 18, 2, 20, 53) mesh-refinement-cpp 22.4646 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 18, 2, 21, 14) mesh-topology-cpp 21.1607 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 18, 2, 21, 36) mesh-unitcube-cpp 21.9807 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 18, 2, 22, 24) mesh-iteration-cpp 45.6159 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 18, 2, 22, 52) la-vector-access-cpp 22.6539 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 18, 2, 23, 20) la-vector-assignment-cpp 27.9433 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 19, 2, 10, 59) common-progress-cpp 29.7581 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 19, 2, 11, 29) common-timing-cpp 29.3136 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 19, 2, 11, 39) fem-multicore-cpp 10.1749 "Coloring mesh."
+(2012, 3, 19, 2, 14, 46) fem-assembly-cpp 186.641 "Assembly for various forms and backends"
+(2012, 3, 19, 2, 14, 57) fem-convergence-cpp 11.8723 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 19, 2, 14, 58) fem-jit-python 0.000418305 "JIT compilation (in memory cache)"
+(2012, 3, 19, 2, 20, 22) fem-speedup-cpp 323.96 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 19, 2, 20, 22) fem-speedup-cpp-assembly 5.52268 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 19, 2, 20, 22) fem-speedup-cpp-solve 1.77541 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 19, 2, 20, 46) mesh-refinement-cpp 22.3813 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 19, 2, 21, 8) mesh-topology-cpp 21.1015 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 19, 2, 21, 30) mesh-unitcube-cpp 21.9139 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 19, 2, 22, 23) mesh-iteration-cpp 51.0405 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 19, 2, 22, 53) la-vector-access-cpp 24.595 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 19, 2, 23, 23) la-vector-assignment-cpp 29.8894 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 20, 2, 11, 0) common-progress-cpp 29.6163 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 20, 2, 11, 30) common-timing-cpp 29.1732 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 20, 2, 11, 40) fem-multicore-cpp 10.1176 "Coloring mesh."
+(2012, 3, 20, 2, 14, 46) fem-assembly-cpp 186.541 "Assembly for various forms and backends"
+(2012, 3, 20, 2, 14, 58) fem-convergence-cpp 11.8774 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 20, 2, 14, 59) fem-jit-python 0.000426602 "JIT compilation (in memory cache)"
+(2012, 3, 20, 2, 20, 11) fem-speedup-cpp 312.039 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 20, 2, 20, 11) fem-speedup-cpp-assembly 5.47704 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 20, 2, 20, 11) fem-speedup-cpp-solve 2.00028 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 20, 2, 20, 35) mesh-refinement-cpp 22.3899 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 20, 2, 20, 57) mesh-topology-cpp 21.1438 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 20, 2, 21, 19) mesh-unitcube-cpp 21.9657 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 20, 2, 22, 3) mesh-iteration-cpp 41.9575 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 20, 2, 22, 33) la-vector-access-cpp 24.7075 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 20, 2, 23, 1) la-vector-assignment-cpp 27.9425 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 21, 2, 11, 20) common-progress-cpp 29.6446 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 21, 2, 11, 50) common-timing-cpp 29.5241 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 21, 2, 12, 0) fem-multicore-cpp 10.0781 "Coloring mesh."
+(2012, 3, 21, 2, 15, 6) fem-assembly-cpp 186.525 "Assembly for various forms and backends"
+(2012, 3, 21, 2, 15, 18) fem-convergence-cpp 11.5829 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 21, 2, 15, 19) fem-jit-python 0.000426292 "JIT compilation (in memory cache)"
+(2012, 3, 21, 2, 20, 30) fem-speedup-cpp 311.429 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 21, 2, 20, 30) fem-speedup-cpp-assembly 5.50763 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 21, 2, 20, 30) fem-speedup-cpp-solve 2.02043 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 21, 2, 20, 54) mesh-refinement-cpp 22.4093 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 21, 2, 21, 16) mesh-topology-cpp 21.1356 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 21, 2, 21, 38) mesh-unitcube-cpp 21.942 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 21, 2, 22, 22) mesh-iteration-cpp 41.9617 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 21, 2, 22, 49) la-vector-access-cpp 22.6346 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 21, 2, 23, 17) la-vector-assignment-cpp 27.9443 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 22, 2, 11, 6) common-progress-cpp 29.6124 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 22, 2, 11, 36) common-timing-cpp 29.527 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 22, 2, 11, 46) fem-multicore-cpp 10.0475 "Coloring mesh."
+(2012, 3, 22, 2, 14, 53) fem-assembly-cpp 186.811 "Assembly for various forms and backends"
+(2012, 3, 22, 2, 15, 5) fem-convergence-cpp 11.8756 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 22, 2, 15, 6) fem-jit-python 0.000440311 "JIT compilation (in memory cache)"
+(2012, 3, 22, 2, 20, 32) fem-speedup-cpp 325.998 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 22, 2, 20, 32) fem-speedup-cpp-assembly 5.49121 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 22, 2, 20, 32) fem-speedup-cpp-solve 1.7379 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 22, 2, 20, 56) mesh-refinement-cpp 22.5104 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 22, 2, 21, 17) mesh-topology-cpp 21.1518 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 22, 2, 21, 39) mesh-unitcube-cpp 21.9391 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 22, 2, 22, 24) mesh-iteration-cpp 41.9631 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 22, 2, 22, 51) la-vector-access-cpp 22.6449 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 22, 2, 23, 20) la-vector-assignment-cpp 27.9458 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 23, 10, 18, 15) common-progress-cpp 29.2502 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 23, 10, 18, 44) common-timing-cpp 28.9173 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 23, 10, 18, 54) fem-multicore-cpp 10.1337 "Coloring mesh."
+(2012, 3, 23, 10, 22, 2) fem-assembly-cpp 187.907 "Assembly for various forms and backends"
+(2012, 3, 23, 10, 22, 14) fem-convergence-cpp 11.855 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 23, 10, 22, 15) fem-jit-python 0.000434303 "JIT compilation (in memory cache)"
+(2012, 3, 23, 10, 28, 3) fem-speedup-cpp 347.987 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 23, 10, 28, 3) fem-speedup-cpp-assembly 5.52104 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 23, 10, 28, 3) fem-speedup-cpp-solve 1.40722 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 23, 10, 28, 27) mesh-refinement-cpp 22.7465 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 23, 10, 28, 48) mesh-topology-cpp 21.129 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 23, 10, 29, 10) mesh-unitcube-cpp 21.2977 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 23, 10, 29, 55) mesh-iteration-cpp 42.8558 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 23, 10, 30, 16) function-evaluation-cpp 21.3397 "Evaluations of functions at arbitrary points."
+(2012, 3, 23, 10, 30, 16) function-evaluation-cpp 21.2454 "Evaluations of functions at arbitrary points."
+(2012, 3, 23, 10, 30, 23) function-extrapolation-python 7.08951 "BENCH:  1.91053199768"
+(2012, 3, 23, 10, 30, 23) function-extrapolation-python 1.91053 "BENCH:  1.91053199768"
+(2012, 3, 23, 10, 30, 46) la-vector-access-cpp 22.4567 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 23, 10, 31, 14) la-vector-assignment-cpp 27.9451 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 24, 2, 11, 35) common-progress-cpp 29.8481 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 24, 2, 12, 6) common-timing-cpp 30.0109 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 24, 2, 12, 16) fem-multicore-cpp 10.011 "Coloring mesh."
+(2012, 3, 24, 2, 15, 24) fem-assembly-cpp 188.197 "Assembly for various forms and backends"
+(2012, 3, 24, 2, 15, 36) fem-convergence-cpp 11.9155 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 24, 2, 15, 48) fem-jit-python 0.000569606 "JIT compilation (in memory cache)"
+(2012, 3, 24, 2, 21, 35) fem-speedup-cpp 346.566 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 24, 2, 21, 35) fem-speedup-cpp-assembly 5.51891 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 24, 2, 21, 35) fem-speedup-cpp-solve 1.43412 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 24, 2, 21, 59) mesh-refinement-cpp 22.7388 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 24, 2, 22, 20) mesh-topology-cpp 21.1862 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 24, 2, 22, 42) mesh-unitcube-cpp 21.3518 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 24, 2, 23, 27) mesh-iteration-cpp 42.6707 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 24, 2, 23, 48) function-evaluation-cpp 21.3317 "Evaluations of functions at arbitrary points."
+(2012, 3, 24, 2, 23, 48) function-evaluation-cpp 21.2392 "Evaluations of functions at arbitrary points."
+(2012, 3, 24, 2, 24, 39) function-extrapolation-python 50.6951 "Calling FFC just-in-time (JIT) compiler, this may take some time."
+(2012, 3, 24, 2, 24, 39) function-extrapolation-python 1.89467 "Calling FFC just-in-time (JIT) compiler, this may take some time."
+(2012, 3, 24, 2, 25, 3) la-vector-access-cpp 23.8564 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 24, 2, 25, 35) la-vector-assignment-cpp 31.9083 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 25, 1, 11, 12) common-progress-cpp 29.5972 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 25, 1, 11, 42) common-timing-cpp 29.5222 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 25, 1, 11, 52) fem-multicore-cpp 10.0221 "Coloring mesh."
+(2012, 3, 25, 1, 15, 0) fem-assembly-cpp 188.188 "Assembly for various forms and backends"
+(2012, 3, 25, 1, 15, 12) fem-convergence-cpp 11.8477 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 25, 1, 15, 13) fem-jit-python 0.000525594 "JIT compilation (in memory cache)"
+(2012, 3, 25, 1, 20, 24) fem-speedup-cpp 311.519 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 25, 1, 20, 24) fem-speedup-cpp-assembly 5.53704 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 25, 1, 20, 24) fem-speedup-cpp-solve 2.03861 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 25, 1, 20, 49) mesh-refinement-cpp 22.7542 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 25, 1, 21, 10) mesh-topology-cpp 21.1512 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 25, 1, 21, 31) mesh-unitcube-cpp 21.3332 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 25, 1, 22, 17) mesh-iteration-cpp 42.8488 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 25, 1, 22, 38) function-evaluation-cpp 21.385 "Evaluations of functions at arbitrary points."
+(2012, 3, 25, 1, 22, 38) function-evaluation-cpp 21.3041 "Evaluations of functions at arbitrary points."
+(2012, 3, 25, 1, 22, 45) function-extrapolation-python 6.80304 "BENCH:  1.9065849781"
+(2012, 3, 25, 1, 22, 45) function-extrapolation-python 1.90658 "BENCH:  1.9065849781"
+(2012, 3, 25, 1, 23, 9) la-vector-access-cpp 23.8583 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 25, 1, 23, 37) la-vector-assignment-cpp 27.9519 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 26, 1, 11, 12) common-progress-cpp 29.6833 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 26, 1, 11, 41) common-timing-cpp 29.1034 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 26, 1, 11, 51) fem-multicore-cpp 9.94161 "Coloring mesh."
+(2012, 3, 26, 1, 14, 58) fem-assembly-cpp 187.507 "Assembly for various forms and backends"
+(2012, 3, 26, 1, 15, 10) fem-convergence-cpp 11.8326 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 26, 1, 15, 11) fem-jit-python 0.000517201 "JIT compilation (in memory cache)"
+(2012, 3, 26, 1, 20, 27) fem-speedup-cpp 316.115 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 26, 1, 20, 27) fem-speedup-cpp-assembly 5.53409 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 26, 1, 20, 27) fem-speedup-cpp-solve 1.92683 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 26, 1, 20, 51) mesh-refinement-cpp 22.7083 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 26, 1, 21, 13) mesh-topology-cpp 21.2153 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 26, 1, 21, 34) mesh-unitcube-cpp 21.2683 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 26, 1, 22, 19) mesh-iteration-cpp 42.8333 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 26, 1, 22, 41) function-evaluation-cpp 21.5819 "Evaluations of functions at arbitrary points."
+(2012, 3, 26, 1, 22, 41) function-evaluation-cpp 21.4958 "Evaluations of functions at arbitrary points."
+(2012, 3, 26, 1, 22, 48) function-extrapolation-python 6.67678 "BENCH:  1.91194415092"
+(2012, 3, 26, 1, 22, 48) function-extrapolation-python 1.91194 "BENCH:  1.91194415092"
+(2012, 3, 26, 1, 23, 10) la-vector-access-cpp 22.447 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 26, 1, 23, 38) la-vector-assignment-cpp 27.9534 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 27, 1, 11, 10) common-progress-cpp 29.8119 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 27, 1, 11, 40) common-timing-cpp 29.6736 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 27, 1, 11, 50) fem-multicore-cpp 10.1445 "Coloring mesh."
+(2012, 3, 27, 1, 14, 57) fem-assembly-cpp 187.423 "Assembly for various forms and backends"
+(2012, 3, 27, 1, 15, 9) fem-convergence-cpp 11.8745 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 27, 1, 15, 10) fem-jit-python 0.000532913 "JIT compilation (in memory cache)"
+(2012, 3, 27, 1, 20, 31) fem-speedup-cpp 320.54 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 27, 1, 20, 31) fem-speedup-cpp-assembly 5.54247 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 27, 1, 20, 31) fem-speedup-cpp-solve 1.83288 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 27, 1, 20, 55) mesh-refinement-cpp 22.6726 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 27, 1, 21, 16) mesh-topology-cpp 21.0875 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 27, 1, 21, 37) mesh-unitcube-cpp 21.2453 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 27, 1, 22, 23) mesh-iteration-cpp 42.867 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 27, 1, 22, 44) function-evaluation-cpp 21.3268 "Evaluations of functions at arbitrary points."
+(2012, 3, 27, 1, 22, 44) function-evaluation-cpp 21.246 "Evaluations of functions at arbitrary points."
+(2012, 3, 27, 1, 22, 51) function-extrapolation-python 6.80449 "BENCH:  1.96759700775"
+(2012, 3, 27, 1, 22, 51) function-extrapolation-python 1.9676 "BENCH:  1.96759700775"
+(2012, 3, 27, 1, 23, 13) la-vector-access-cpp 22.4477 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 27, 1, 23, 41) la-vector-assignment-cpp 27.9519 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 28, 1, 11, 35) common-progress-cpp 36.4359 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 28, 1, 12, 5) common-timing-cpp 29.7557 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 28, 1, 12, 15) fem-multicore-cpp 10.0797 "Coloring mesh."
+(2012, 3, 28, 1, 15, 28) fem-assembly-cpp 193.158 "Assembly for various forms and backends"
+(2012, 3, 28, 1, 15, 40) fem-convergence-cpp 11.8458 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 28, 1, 15, 41) fem-jit-python 0.000517321 "JIT compilation (in memory cache)"
+(2012, 3, 28, 1, 20, 53) fem-speedup-cpp 311.816 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 28, 1, 20, 53) fem-speedup-cpp-assembly 5.35381 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 28, 1, 20, 53) fem-speedup-cpp-solve 2 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 28, 1, 21, 17) mesh-refinement-cpp 22.5773 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 28, 1, 21, 39) mesh-topology-cpp 21.4724 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 28, 1, 22, 0) mesh-unitcube-cpp 21.5984 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 28, 1, 22, 46) mesh-iteration-cpp 42.9169 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 28, 1, 23, 7) function-evaluation-cpp 21.2531 "Evaluations of functions at arbitrary points."
+(2012, 3, 28, 1, 23, 7) function-evaluation-cpp 21.1721 "Evaluations of functions at arbitrary points."
+(2012, 3, 28, 1, 23, 14) function-extrapolation-python 6.65458 "BENCH:  1.91735506058"
+(2012, 3, 28, 1, 23, 14) function-extrapolation-python 1.91736 "BENCH:  1.91735506058"
+(2012, 3, 28, 1, 23, 36) la-vector-access-cpp 22.4146 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 28, 1, 24, 4) la-vector-assignment-cpp 27.9528 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 29, 1, 11, 44) common-progress-cpp 47.7206 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 29, 1, 12, 13) common-timing-cpp 29.4658 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 29, 1, 12, 23) fem-multicore-cpp 10.1128 "Coloring mesh."
+(2012, 3, 29, 1, 15, 36) fem-assembly-cpp 192.811 "Assembly for various forms and backends"
+(2012, 3, 29, 1, 15, 48) fem-convergence-cpp 11.8379 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 29, 1, 15, 49) fem-jit-python 0.000525403 "JIT compilation (in memory cache)"
+(2012, 3, 29, 1, 21, 2) fem-speedup-cpp 313.254 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 29, 1, 21, 2) fem-speedup-cpp-assembly 5.33967 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 29, 1, 21, 2) fem-speedup-cpp-solve 1.9766 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 29, 1, 21, 26) mesh-refinement-cpp 22.5234 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 29, 1, 21, 48) mesh-topology-cpp 21.3866 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 29, 1, 22, 10) mesh-unitcube-cpp 21.6283 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 29, 1, 22, 55) mesh-iteration-cpp 42.9465 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 29, 1, 23, 16) function-evaluation-cpp 21.3256 "Evaluations of functions at arbitrary points."
+(2012, 3, 29, 1, 23, 16) function-evaluation-cpp 21.2446 "Evaluations of functions at arbitrary points."
+(2012, 3, 29, 1, 23, 23) function-extrapolation-python 6.77774 "BENCH:  1.9107670784"
+(2012, 3, 29, 1, 23, 23) function-extrapolation-python 1.91077 "BENCH:  1.9107670784"
+(2012, 3, 29, 1, 23, 47) la-vector-access-cpp 23.8877 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 29, 1, 24, 15) la-vector-assignment-cpp 27.951 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 30, 1, 11, 13) common-progress-cpp 29.1799 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 30, 1, 11, 43) common-timing-cpp 30.3009 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 30, 1, 11, 53) fem-multicore-cpp 9.98761 "Coloring mesh."
+(2012, 3, 30, 1, 15, 6) fem-assembly-cpp 193.031 "Assembly for various forms and backends"
+(2012, 3, 30, 1, 15, 18) fem-convergence-cpp 11.8157 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 30, 1, 15, 19) fem-jit-python 0.0011179 "JIT compilation (in memory cache)"
+(2012, 3, 30, 1, 20, 31) fem-speedup-cpp 312.07 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 30, 1, 20, 31) fem-speedup-cpp-assembly 5.35266 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 30, 1, 20, 31) fem-speedup-cpp-solve 2.00995 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 30, 1, 20, 55) mesh-refinement-cpp 22.5618 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 30, 1, 21, 17) mesh-topology-cpp 21.4106 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 30, 1, 21, 39) mesh-unitcube-cpp 21.6636 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 30, 1, 22, 24) mesh-iteration-cpp 42.9289 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 30, 1, 22, 45) function-evaluation-cpp 21.312 "Evaluations of functions at arbitrary points."
+(2012, 3, 30, 1, 22, 45) function-evaluation-cpp 21.231 "Evaluations of functions at arbitrary points."
+(2012, 3, 30, 1, 22, 52) function-extrapolation-python 6.82452 "BENCH:  1.90303897858"
+(2012, 3, 30, 1, 22, 52) function-extrapolation-python 1.90304 "BENCH:  1.90303897858"
+(2012, 3, 30, 1, 23, 18) la-vector-access-cpp 25.4073 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 30, 1, 23, 46) la-vector-assignment-cpp 27.9508 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 3, 31, 1, 11, 16) common-progress-cpp 29.9434 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 3, 31, 1, 11, 46) common-timing-cpp 29.9282 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 3, 31, 1, 11, 56) fem-multicore-cpp 10.0462 "Coloring mesh."
+(2012, 3, 31, 1, 15, 9) fem-assembly-cpp 192.654 "Assembly for various forms and backends"
+(2012, 3, 31, 1, 15, 21) fem-convergence-cpp 11.8577 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 3, 31, 1, 15, 22) fem-jit-python 0.000411105 "JIT compilation (in memory cache)"
+(2012, 3, 31, 1, 20, 40) fem-speedup-cpp 317.603 "Assembly/solve speedup running on 4 processors"
+(2012, 3, 31, 1, 20, 40) fem-speedup-cpp-assembly 5.33456 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 3, 31, 1, 20, 40) fem-speedup-cpp-solve 1.91342 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 3, 31, 1, 21, 4) mesh-refinement-cpp 22.5222 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 3, 31, 1, 21, 25) mesh-topology-cpp 21.3206 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 3, 31, 1, 21, 47) mesh-unitcube-cpp 21.6934 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 3, 31, 1, 22, 36) mesh-iteration-cpp 46.0533 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 3, 31, 1, 22, 57) function-evaluation-cpp 21.3194 "Evaluations of functions at arbitrary points."
+(2012, 3, 31, 1, 22, 57) function-evaluation-cpp 21.2383 "Evaluations of functions at arbitrary points."
+(2012, 3, 31, 1, 23, 4) function-extrapolation-python 6.69082 "BENCH:  1.8820579052"
+(2012, 3, 31, 1, 23, 4) function-extrapolation-python 1.88206 "BENCH:  1.8820579052"
+(2012, 3, 31, 1, 23, 26) la-vector-access-cpp 22.4411 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 3, 31, 1, 23, 54) la-vector-assignment-cpp 27.9711 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 1, 1, 11, 29) common-progress-cpp 29.6234 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 1, 1, 11, 57) common-timing-cpp 28.0265 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 1, 1, 12, 7) fem-multicore-cpp 10.0726 "Coloring mesh."
+(2012, 4, 1, 1, 15, 20) fem-assembly-cpp 193.379 "Assembly for various forms and backends"
+(2012, 4, 1, 1, 15, 32) fem-convergence-cpp 11.5822 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 1, 1, 15, 33) fem-jit-python 0.000422621 "JIT compilation (in memory cache)"
+(2012, 4, 1, 1, 20, 43) fem-speedup-cpp 310.266 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 1, 1, 20, 43) fem-speedup-cpp-assembly 5.57014 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 1, 1, 20, 43) fem-speedup-cpp-solve 2.03339 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 1, 1, 21, 7) mesh-refinement-cpp 22.6896 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 1, 1, 21, 29) mesh-topology-cpp 21.5138 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 1, 1, 21, 52) mesh-unitcube-cpp 22.3731 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 1, 1, 22, 37) mesh-iteration-cpp 42.9926 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 1, 1, 22, 58) function-evaluation-cpp 21.3313 "Evaluations of functions at arbitrary points."
+(2012, 4, 1, 1, 22, 58) function-evaluation-cpp 21.2499 "Evaluations of functions at arbitrary points."
+(2012, 4, 1, 1, 23, 5) function-extrapolation-python 6.78079 "BENCH:  1.89290785789"
+(2012, 4, 1, 1, 23, 5) function-extrapolation-python 1.89291 "BENCH:  1.89290785789"
+(2012, 4, 1, 1, 23, 28) la-vector-access-cpp 22.8901 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 1, 1, 23, 56) la-vector-assignment-cpp 27.955 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 2, 1, 11, 27) common-progress-cpp 29.5912 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 2, 1, 11, 55) common-timing-cpp 27.9926 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 2, 1, 12, 5) fem-multicore-cpp 9.94763 "Coloring mesh."
+(2012, 4, 2, 1, 15, 17) fem-assembly-cpp 192.68 "Assembly for various forms and backends"
+(2012, 4, 2, 1, 15, 29) fem-convergence-cpp 11.839 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 2, 1, 15, 30) fem-jit-python 0.000409603 "JIT compilation (in memory cache)"
+(2012, 4, 2, 1, 20, 54) fem-speedup-cpp 323.953 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 2, 1, 20, 54) fem-speedup-cpp-assembly 5.57919 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 2, 1, 20, 54) fem-speedup-cpp-solve 1.78626 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 2, 1, 21, 19) mesh-refinement-cpp 22.7456 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 2, 1, 21, 40) mesh-topology-cpp 21.3414 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 2, 1, 22, 3) mesh-unitcube-cpp 22.3971 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 2, 1, 22, 53) mesh-iteration-cpp 48.5393 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 2, 1, 23, 14) function-evaluation-cpp 20.8662 "Evaluations of functions at arbitrary points."
+(2012, 4, 2, 1, 23, 14) function-evaluation-cpp 20.7852 "Evaluations of functions at arbitrary points."
+(2012, 4, 2, 1, 23, 21) function-extrapolation-python 6.82069 "BENCH:  1.89127898216"
+(2012, 4, 2, 1, 23, 21) function-extrapolation-python 1.89128 "BENCH:  1.89127898216"
+(2012, 4, 2, 1, 23, 44) la-vector-access-cpp 22.9127 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 2, 1, 24, 12) la-vector-assignment-cpp 27.9095 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 3, 1, 11, 30) common-progress-cpp 29.6125 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 3, 1, 12, 0) common-timing-cpp 29.2451 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 3, 1, 12, 10) fem-multicore-cpp 10.0172 "Coloring mesh."
+(2012, 4, 3, 1, 15, 23) fem-assembly-cpp 192.942 "Assembly for various forms and backends"
+(2012, 4, 3, 1, 15, 34) fem-convergence-cpp 11.8779 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 3, 1, 15, 36) fem-jit-python 0.000404787 "JIT compilation (in memory cache)"
+(2012, 4, 3, 1, 20, 48) fem-speedup-cpp 311.927 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 3, 1, 20, 48) fem-speedup-cpp-assembly 5.57805 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 3, 1, 20, 48) fem-speedup-cpp-solve 2.03223 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 3, 1, 21, 12) mesh-refinement-cpp 22.7041 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 3, 1, 21, 33) mesh-topology-cpp 21.4215 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 3, 1, 21, 56) mesh-unitcube-cpp 22.4044 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 3, 1, 22, 41) mesh-iteration-cpp 42.9646 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 3, 1, 23, 2) function-evaluation-cpp 21.3042 "Evaluations of functions at arbitrary points."
+(2012, 4, 3, 1, 23, 2) function-evaluation-cpp 21.2234 "Evaluations of functions at arbitrary points."
+(2012, 4, 3, 1, 23, 9) function-extrapolation-python 6.59291 "BENCH:  1.90084600449"
+(2012, 4, 3, 1, 23, 9) function-extrapolation-python 1.90085 "BENCH:  1.90084600449"
+(2012, 4, 3, 1, 23, 33) la-vector-access-cpp 23.9183 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 3, 1, 24, 3) la-vector-assignment-cpp 29.9047 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 4, 1, 11, 33) common-progress-cpp 29.801 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 4, 1, 12, 1) common-timing-cpp 28.113 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 4, 1, 12, 11) fem-multicore-cpp 10.1021 "Coloring mesh."
+(2012, 4, 4, 1, 15, 25) fem-assembly-cpp 193.557 "Assembly for various forms and backends"
+(2012, 4, 4, 1, 15, 37) fem-convergence-cpp 11.8598 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 4, 1, 15, 38) fem-jit-python 0.000418305 "JIT compilation (in memory cache)"
+(2012, 4, 4, 1, 20, 53) fem-speedup-cpp 315.101 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 4, 1, 20, 53) fem-speedup-cpp-assembly 5.39718 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 4, 1, 20, 53) fem-speedup-cpp-solve 1.93364 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 4, 1, 21, 17) mesh-refinement-cpp 22.7536 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 4, 1, 21, 39) mesh-topology-cpp 21.3588 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 4, 1, 22, 1) mesh-unitcube-cpp 22.1709 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 4, 1, 22, 47) mesh-iteration-cpp 43.03 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 4, 1, 23, 8) function-evaluation-cpp 21.5658 "Evaluations of functions at arbitrary points."
+(2012, 4, 4, 1, 23, 8) function-evaluation-cpp 21.4845 "Evaluations of functions at arbitrary points."
+(2012, 4, 4, 1, 23, 15) function-extrapolation-python 6.80863 "BENCH:  1.88338589668"
+(2012, 4, 4, 1, 23, 15) function-extrapolation-python 1.88339 "BENCH:  1.88338589668"
+(2012, 4, 4, 1, 23, 39) la-vector-access-cpp 23.9452 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 4, 1, 24, 4) la-vector-assignment-cpp 24.9566 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 5, 1, 11, 24) common-progress-cpp 29.8204 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 5, 1, 11, 53) common-timing-cpp 29.478 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 5, 1, 12, 3) fem-multicore-cpp 9.97172 "Coloring mesh."
+(2012, 4, 5, 1, 15, 15) fem-assembly-cpp 191.927 "Assembly for various forms and backends"
+(2012, 4, 5, 1, 15, 27) fem-convergence-cpp 11.8568 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 5, 1, 15, 28) fem-jit-python 0.000405502 "JIT compilation (in memory cache)"
+(2012, 4, 5, 1, 20, 50) fem-speedup-cpp 322.331 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 5, 1, 20, 50) fem-speedup-cpp-assembly 5.60304 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 5, 1, 20, 50) fem-speedup-cpp-solve 1.8112 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 5, 1, 21, 15) mesh-refinement-cpp 22.9131 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 5, 1, 21, 36) mesh-topology-cpp 21.2879 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 5, 1, 21, 59) mesh-unitcube-cpp 22.1745 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 5, 1, 22, 44) mesh-iteration-cpp 43.0736 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 5, 1, 23, 6) function-evaluation-cpp 21.3185 "Evaluations of functions at arbitrary points."
+(2012, 4, 5, 1, 23, 6) function-evaluation-cpp 21.2377 "Evaluations of functions at arbitrary points."
+(2012, 4, 5, 1, 23, 12) function-extrapolation-python 6.78808 "BENCH:  1.92564797401"
+(2012, 4, 5, 1, 23, 12) function-extrapolation-python 1.92565 "BENCH:  1.92564797401"
+(2012, 4, 5, 1, 23, 35) la-vector-access-cpp 22.4427 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 5, 1, 24, 0) la-vector-assignment-cpp 24.9598 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 6, 1, 11, 24) common-progress-cpp 29.5914 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 6, 1, 11, 54) common-timing-cpp 30.9051 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 6, 1, 12, 4) fem-multicore-cpp 10.0022 "Coloring mesh."
+(2012, 4, 6, 1, 15, 19) fem-assembly-cpp 194.833 "Assembly for various forms and backends"
+(2012, 4, 6, 1, 15, 31) fem-convergence-cpp 11.8686 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 6, 1, 15, 32) fem-jit-python 0.000404692 "JIT compilation (in memory cache)"
+(2012, 4, 6, 1, 20, 45) fem-speedup-cpp 312.888 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 6, 1, 20, 45) fem-speedup-cpp-assembly 5.51397 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 6, 1, 20, 45) fem-speedup-cpp-solve 1.96147 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 6, 1, 21, 9) mesh-refinement-cpp 22.655 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 6, 1, 21, 31) mesh-topology-cpp 21.3078 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 6, 1, 21, 52) mesh-unitcube-cpp 21.6501 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 6, 1, 22, 37) mesh-iteration-cpp 41.9631 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 6, 1, 22, 59) function-evaluation-cpp 21.9918 "Evaluations of functions at arbitrary points."
+(2012, 4, 6, 1, 22, 59) function-evaluation-cpp 21.9108 "Evaluations of functions at arbitrary points."
+(2012, 4, 6, 1, 23, 6) function-extrapolation-python 6.64582 "BENCH:  1.92029690742"
+(2012, 4, 6, 1, 23, 6) function-extrapolation-python 1.9203 "BENCH:  1.92029690742"
+(2012, 4, 6, 1, 23, 29) la-vector-access-cpp 23.4188 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 6, 1, 23, 54) la-vector-assignment-cpp 25.1107 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 7, 1, 11, 8) common-progress-cpp 29.6045 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 7, 1, 11, 37) common-timing-cpp 29.2484 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 7, 1, 11, 47) fem-multicore-cpp 10.1002 "Coloring mesh."
+(2012, 4, 7, 1, 15, 2) fem-assembly-cpp 194.759 "Assembly for various forms and backends"
+(2012, 4, 7, 1, 15, 14) fem-convergence-cpp 11.8038 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 7, 1, 15, 15) fem-jit-python 0.00042491 "JIT compilation (in memory cache)"
+(2012, 4, 7, 1, 20, 26) fem-speedup-cpp 310.96 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 7, 1, 20, 26) fem-speedup-cpp-assembly 5.5059 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 7, 1, 20, 26) fem-speedup-cpp-solve 2.03805 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 7, 1, 20, 50) mesh-refinement-cpp 22.6697 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 7, 1, 21, 12) mesh-topology-cpp 21.3257 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 7, 1, 21, 33) mesh-unitcube-cpp 21.5497 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 7, 1, 22, 18) mesh-iteration-cpp 41.9542 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 7, 1, 22, 39) function-evaluation-cpp 21.3445 "Evaluations of functions at arbitrary points."
+(2012, 4, 7, 1, 22, 39) function-evaluation-cpp 21.2634 "Evaluations of functions at arbitrary points."
+(2012, 4, 7, 1, 22, 46) function-extrapolation-python 6.7778 "BENCH:  1.91542887688"
+(2012, 4, 7, 1, 22, 46) function-extrapolation-python 1.91543 "BENCH:  1.91542887688"
+(2012, 4, 7, 1, 23, 10) la-vector-access-cpp 23.8879 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 7, 1, 23, 35) la-vector-assignment-cpp 24.9626 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 8, 1, 11, 10) common-progress-cpp 29.6068 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 8, 1, 11, 40) common-timing-cpp 29.3383 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 8, 1, 11, 50) fem-multicore-cpp 10.0317 "Coloring mesh."
+(2012, 4, 8, 1, 15, 4) fem-assembly-cpp 193.816 "Assembly for various forms and backends"
+(2012, 4, 8, 1, 15, 15) fem-convergence-cpp 11.9014 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 8, 1, 15, 17) fem-jit-python 0.000415492 "JIT compilation (in memory cache)"
+(2012, 4, 8, 1, 20, 36) fem-speedup-cpp 319.491 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 8, 1, 20, 36) fem-speedup-cpp-assembly 5.53892 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 8, 1, 20, 36) fem-speedup-cpp-solve 1.83568 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 8, 1, 21, 0) mesh-refinement-cpp 22.6556 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 8, 1, 21, 22) mesh-topology-cpp 21.2851 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 8, 1, 21, 43) mesh-unitcube-cpp 21.5829 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 8, 1, 22, 28) mesh-iteration-cpp 41.959 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 8, 1, 22, 49) function-evaluation-cpp 21.2914 "Evaluations of functions at arbitrary points."
+(2012, 4, 8, 1, 22, 49) function-evaluation-cpp 21.2098 "Evaluations of functions at arbitrary points."
+(2012, 4, 8, 1, 22, 56) function-extrapolation-python 6.80206 "BENCH:  1.91059112549"
+(2012, 4, 8, 1, 22, 56) function-extrapolation-python 1.91059 "BENCH:  1.91059112549"
+(2012, 4, 8, 1, 23, 21) la-vector-access-cpp 24.7488 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 8, 1, 23, 46) la-vector-assignment-cpp 24.9565 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 9, 1, 11, 10) common-progress-cpp 29.6139 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 9, 1, 11, 40) common-timing-cpp 29.3154 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 9, 1, 11, 50) fem-multicore-cpp 10.1391 "Coloring mesh."
+(2012, 4, 9, 1, 15, 5) fem-assembly-cpp 195.676 "Assembly for various forms and backends"
+(2012, 4, 9, 1, 15, 17) fem-convergence-cpp 11.8654 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 9, 1, 15, 18) fem-jit-python 0.000416708 "JIT compilation (in memory cache)"
+(2012, 4, 9, 1, 20, 46) fem-speedup-cpp 327.076 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 9, 1, 20, 46) fem-speedup-cpp-assembly 5.38924 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 9, 1, 20, 46) fem-speedup-cpp-solve 1.72854 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 9, 1, 21, 10) mesh-refinement-cpp 22.6798 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 9, 1, 21, 31) mesh-topology-cpp 21.3687 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 9, 1, 21, 53) mesh-unitcube-cpp 21.5628 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 9, 1, 22, 41) mesh-iteration-cpp 45.5416 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 9, 1, 23, 2) function-evaluation-cpp 21.3215 "Evaluations of functions at arbitrary points."
+(2012, 4, 9, 1, 23, 2) function-evaluation-cpp 21.2402 "Evaluations of functions at arbitrary points."
+(2012, 4, 9, 1, 23, 9) function-extrapolation-python 6.67455 "BENCH:  1.87760996819"
+(2012, 4, 9, 1, 23, 9) function-extrapolation-python 1.87761 "BENCH:  1.87760996819"
+(2012, 4, 9, 1, 23, 32) la-vector-access-cpp 22.8976 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 9, 1, 24, 0) la-vector-assignment-cpp 27.909 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 10, 1, 11, 11) common-progress-cpp 29.6185 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 10, 1, 11, 41) common-timing-cpp 30.2668 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 10, 1, 11, 51) fem-multicore-cpp 10.051 "Coloring mesh."
+(2012, 4, 10, 1, 15, 6) fem-assembly-cpp 194.713 "Assembly for various forms and backends"
+(2012, 4, 10, 1, 15, 18) fem-convergence-cpp 11.8898 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 10, 1, 15, 19) fem-jit-python 0.000405598 "JIT compilation (in memory cache)"
+(2012, 4, 10, 1, 20, 31) fem-speedup-cpp 312.221 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 10, 1, 20, 31) fem-speedup-cpp-assembly 5.50767 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 10, 1, 20, 31) fem-speedup-cpp-solve 2.00828 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 10, 1, 20, 55) mesh-refinement-cpp 22.6637 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 10, 1, 21, 16) mesh-topology-cpp 21.2887 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 10, 1, 21, 38) mesh-unitcube-cpp 21.5207 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 10, 1, 22, 22) mesh-iteration-cpp 41.9577 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 10, 1, 22, 44) function-evaluation-cpp 21.2886 "Evaluations of functions at arbitrary points."
+(2012, 4, 10, 1, 22, 44) function-evaluation-cpp 21.2079 "Evaluations of functions at arbitrary points."
+(2012, 4, 10, 1, 22, 51) function-extrapolation-python 6.71729 "BENCH:  1.90854501724"
+(2012, 4, 10, 1, 22, 51) function-extrapolation-python 1.90855 "BENCH:  1.90854501724"
+(2012, 4, 10, 1, 23, 13) la-vector-access-cpp 22.8883 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 10, 1, 23, 38) la-vector-assignment-cpp 24.8592 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 11, 1, 11, 39) common-progress-cpp 37.6901 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 11, 1, 12, 9) common-timing-cpp 30.061 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 11, 1, 12, 19) fem-multicore-cpp 10.031 "Coloring mesh."
+(2012, 4, 11, 1, 15, 34) fem-assembly-cpp 195.459 "Assembly for various forms and backends"
+(2012, 4, 11, 1, 15, 46) fem-convergence-cpp 11.8761 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 11, 1, 15, 59) fem-jit-python 0.000437808 "JIT compilation (in memory cache)"
+(2012, 4, 11, 1, 21, 24) fem-speedup-cpp 325.611 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 11, 1, 21, 24) fem-speedup-cpp-assembly 5.53267 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 11, 1, 21, 24) fem-speedup-cpp-solve 1.75802 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 11, 1, 21, 49) mesh-refinement-cpp 22.7249 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 11, 1, 22, 10) mesh-topology-cpp 21.2921 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 11, 1, 22, 32) mesh-unitcube-cpp 21.554 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 11, 1, 23, 16) mesh-iteration-cpp 41.9561 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 11, 1, 23, 38) function-evaluation-cpp 21.3437 "Evaluations of functions at arbitrary points."
+(2012, 4, 11, 1, 23, 38) function-evaluation-cpp 21.2627 "Evaluations of functions at arbitrary points."
+(2012, 4, 11, 1, 24, 28) function-extrapolation-python 50.3287 "Calling FFC just-in-time (JIT) compiler, this may take some time."
+(2012, 4, 11, 1, 24, 28) function-extrapolation-python 1.87041 "Calling FFC just-in-time (JIT) compiler, this may take some time."
+(2012, 4, 11, 1, 24, 52) la-vector-access-cpp 23.9218 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 11, 1, 25, 17) la-vector-assignment-cpp 24.958 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 12, 1, 11, 28) common-progress-cpp 29.5758 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 12, 1, 11, 58) common-timing-cpp 29.4504 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 12, 1, 12, 8) fem-multicore-cpp 10.0968 "Coloring mesh."
+(2012, 4, 12, 1, 15, 23) fem-assembly-cpp 195.389 "Assembly for various forms and backends"
+(2012, 4, 12, 1, 15, 35) fem-convergence-cpp 11.9012 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 12, 1, 15, 36) fem-jit-python 0.000413799 "JIT compilation (in memory cache)"
+(2012, 4, 12, 1, 20, 51) fem-speedup-cpp 314.38 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 12, 1, 20, 51) fem-speedup-cpp-assembly 5.49665 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 12, 1, 20, 51) fem-speedup-cpp-solve 1.96089 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 12, 1, 21, 15) mesh-refinement-cpp 22.6922 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 12, 1, 21, 36) mesh-topology-cpp 21.328 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 12, 1, 21, 58) mesh-unitcube-cpp 21.5581 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 12, 1, 22, 42) mesh-iteration-cpp 41.9564 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 12, 1, 23, 3) function-evaluation-cpp 21.3275 "Evaluations of functions at arbitrary points."
+(2012, 4, 12, 1, 23, 3) function-evaluation-cpp 21.2465 "Evaluations of functions at arbitrary points."
+(2012, 4, 12, 1, 23, 10) function-extrapolation-python 6.86228 "BENCH:  1.91826319695"
+(2012, 4, 12, 1, 23, 10) function-extrapolation-python 1.91826 "BENCH:  1.91826319695"
+(2012, 4, 12, 1, 23, 33) la-vector-access-cpp 22.8895 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 12, 1, 23, 58) la-vector-assignment-cpp 24.947 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 13, 1, 11, 5) common-progress-cpp 29.7275 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 13, 1, 11, 35) common-timing-cpp 29.3219 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 13, 1, 11, 45) fem-multicore-cpp 10.0317 "Coloring mesh."
+(2012, 4, 13, 1, 15, 0) fem-assembly-cpp 195.012 "Assembly for various forms and backends"
+(2012, 4, 13, 1, 15, 12) fem-convergence-cpp 11.8576 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 13, 1, 15, 13) fem-jit-python 0.000402689 "JIT compilation (in memory cache)"
+(2012, 4, 13, 1, 20, 23) fem-speedup-cpp 309.903 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 13, 1, 20, 23) fem-speedup-cpp-assembly 5.44764 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 13, 1, 20, 23) fem-speedup-cpp-solve 2.00791 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 13, 1, 20, 47) mesh-refinement-cpp 22.6317 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 13, 1, 21, 8) mesh-topology-cpp 21.2982 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 13, 1, 21, 30) mesh-unitcube-cpp 21.5571 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 13, 1, 22, 14) mesh-iteration-cpp 41.9579 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 13, 1, 22, 35) function-evaluation-cpp 20.895 "Evaluations of functions at arbitrary points."
+(2012, 4, 13, 1, 22, 35) function-evaluation-cpp 20.8135 "Evaluations of functions at arbitrary points."
+(2012, 4, 13, 1, 22, 42) function-extrapolation-python 6.69723 "BENCH:  1.91965317726"
+(2012, 4, 13, 1, 22, 42) function-extrapolation-python 1.91965 "BENCH:  1.91965317726"
+(2012, 4, 13, 1, 23, 5) la-vector-access-cpp 22.8961 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 13, 1, 23, 30) la-vector-assignment-cpp 24.9554 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 14, 1, 11, 13) common-progress-cpp 29.5913 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 14, 1, 11, 42) common-timing-cpp 29.3513 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 14, 1, 11, 52) fem-multicore-cpp 9.95149 "Coloring mesh."
+(2012, 4, 14, 1, 15, 7) fem-assembly-cpp 194.398 "Assembly for various forms and backends"
+(2012, 4, 14, 1, 15, 19) fem-convergence-cpp 11.9192 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 14, 1, 15, 20) fem-jit-python 0.000419497 "JIT compilation (in memory cache)"
+(2012, 4, 14, 1, 20, 37) fem-speedup-cpp 317.428 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 14, 1, 20, 37) fem-speedup-cpp-assembly 5.50765 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 14, 1, 20, 37) fem-speedup-cpp-solve 1.88947 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 14, 1, 21, 1) mesh-refinement-cpp 22.6315 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 14, 1, 21, 23) mesh-topology-cpp 21.315 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 14, 1, 21, 44) mesh-unitcube-cpp 21.5444 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 14, 1, 22, 29) mesh-iteration-cpp 41.9574 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 14, 1, 22, 50) function-evaluation-cpp 21.312 "Evaluations of functions at arbitrary points."
+(2012, 4, 14, 1, 22, 50) function-evaluation-cpp 21.2305 "Evaluations of functions at arbitrary points."
+(2012, 4, 14, 1, 22, 57) function-extrapolation-python 6.84253 "BENCH:  1.91713786125"
+(2012, 4, 14, 1, 22, 57) function-extrapolation-python 1.91714 "BENCH:  1.91713786125"
+(2012, 4, 14, 1, 23, 20) la-vector-access-cpp 23.4699 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 14, 1, 23, 49) la-vector-assignment-cpp 28.4046 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 15, 1, 11, 1) common-progress-cpp 29.6471 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 15, 1, 11, 30) common-timing-cpp 29.3415 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 15, 1, 11, 40) fem-multicore-cpp 10.0903 "Coloring mesh."
+(2012, 4, 15, 1, 14, 55) fem-assembly-cpp 195.025 "Assembly for various forms and backends"
+(2012, 4, 15, 1, 15, 7) fem-convergence-cpp 11.9013 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 15, 1, 15, 8) fem-jit-python 0.000399303 "JIT compilation (in memory cache)"
+(2012, 4, 15, 1, 20, 30) fem-speedup-cpp 321.279 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 15, 1, 20, 30) fem-speedup-cpp-assembly 5.52572 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 15, 1, 20, 30) fem-speedup-cpp-solve 1.79201 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 15, 1, 20, 54) mesh-refinement-cpp 22.6588 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 15, 1, 21, 15) mesh-topology-cpp 21.3575 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 15, 1, 21, 37) mesh-unitcube-cpp 21.5732 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 15, 1, 22, 21) mesh-iteration-cpp 41.9679 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 15, 1, 22, 43) function-evaluation-cpp 21.4094 "Evaluations of functions at arbitrary points."
+(2012, 4, 15, 1, 22, 43) function-evaluation-cpp 21.3282 "Evaluations of functions at arbitrary points."
+(2012, 4, 15, 1, 22, 50) function-extrapolation-python 6.84848 "BENCH:  1.93561601639"
+(2012, 4, 15, 1, 22, 50) function-extrapolation-python 1.93562 "BENCH:  1.93561601639"
+(2012, 4, 15, 1, 23, 15) la-vector-access-cpp 25.3845 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 15, 1, 23, 40) la-vector-assignment-cpp 24.9474 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 16, 1, 11, 8) common-progress-cpp 29.8776 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 16, 1, 11, 37) common-timing-cpp 29.6351 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 16, 1, 11, 47) fem-multicore-cpp 10.0687 "Coloring mesh."
+(2012, 4, 16, 1, 15, 2) fem-assembly-cpp 195.05 "Assembly for various forms and backends"
+(2012, 4, 16, 1, 15, 14) fem-convergence-cpp 11.8756 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 16, 1, 15, 15) fem-jit-python 0.000411296 "JIT compilation (in memory cache)"
+(2012, 4, 16, 1, 20, 33) fem-speedup-cpp 317.598 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 16, 1, 20, 33) fem-speedup-cpp-assembly 5.48247 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 16, 1, 20, 33) fem-speedup-cpp-solve 1.8917 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 16, 1, 20, 57) mesh-refinement-cpp 22.6601 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 16, 1, 21, 19) mesh-topology-cpp 21.3013 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 16, 1, 21, 40) mesh-unitcube-cpp 21.5678 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 16, 1, 22, 25) mesh-iteration-cpp 41.9616 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 16, 1, 22, 46) function-evaluation-cpp 21.2234 "Evaluations of functions at arbitrary points."
+(2012, 4, 16, 1, 22, 46) function-evaluation-cpp 21.1426 "Evaluations of functions at arbitrary points."
+(2012, 4, 16, 1, 22, 53) function-extrapolation-python 6.62327 "BENCH:  1.9081389904"
+(2012, 4, 16, 1, 22, 53) function-extrapolation-python 1.90814 "BENCH:  1.9081389904"
+(2012, 4, 16, 1, 23, 16) la-vector-access-cpp 22.8958 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 16, 1, 23, 41) la-vector-assignment-cpp 25.3182 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 17, 1, 11, 24) common-progress-cpp 29.5943 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 17, 1, 11, 53) common-timing-cpp 29.3269 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 17, 1, 12, 3) fem-multicore-cpp 10.0395 "Coloring mesh."
+(2012, 4, 17, 1, 15, 18) fem-assembly-cpp 195.046 "Assembly for various forms and backends"
+(2012, 4, 17, 1, 15, 30) fem-convergence-cpp 11.8156 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 17, 1, 15, 31) fem-jit-python 0.000405502 "JIT compilation (in memory cache)"
+(2012, 4, 17, 1, 20, 52) fem-speedup-cpp 321.085 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 17, 1, 20, 52) fem-speedup-cpp-assembly 5.49989 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 17, 1, 20, 52) fem-speedup-cpp-solve 1.80138 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 17, 1, 21, 17) mesh-refinement-cpp 22.6523 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 17, 1, 21, 38) mesh-topology-cpp 21.3286 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 17, 1, 22, 0) mesh-unitcube-cpp 21.538 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 17, 1, 22, 45) mesh-iteration-cpp 42.9854 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 17, 1, 23, 7) function-evaluation-cpp 21.5716 "Evaluations of functions at arbitrary points."
+(2012, 4, 17, 1, 23, 7) function-evaluation-cpp 21.491 "Evaluations of functions at arbitrary points."
+(2012, 4, 17, 1, 23, 13) function-extrapolation-python 6.70889 "BENCH:  1.91690993309"
+(2012, 4, 17, 1, 23, 13) function-extrapolation-python 1.91691 "BENCH:  1.91690993309"
+(2012, 4, 17, 1, 23, 38) la-vector-access-cpp 24.7413 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 17, 1, 24, 6) la-vector-assignment-cpp 27.898 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 18, 1, 11, 18) common-progress-cpp 29.5696 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 18, 1, 11, 49) common-timing-cpp 31.2141 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 18, 1, 11, 59) fem-multicore-cpp 10.0536 "Coloring mesh."
+(2012, 4, 18, 1, 15, 14) fem-assembly-cpp 195.05 "Assembly for various forms and backends"
+(2012, 4, 18, 1, 15, 26) fem-convergence-cpp 11.9287 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 18, 1, 15, 27) fem-jit-python 0.000406384 "JIT compilation (in memory cache)"
+(2012, 4, 18, 1, 20, 38) fem-speedup-cpp 310.697 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 18, 1, 20, 38) fem-speedup-cpp-assembly 5.44698 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 18, 1, 20, 38) fem-speedup-cpp-solve 2.02891 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 18, 1, 21, 2) mesh-refinement-cpp 22.6653 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 18, 1, 21, 24) mesh-topology-cpp 21.3476 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 18, 1, 21, 46) mesh-unitcube-cpp 22.4067 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 18, 1, 22, 31) mesh-iteration-cpp 41.9577 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 18, 1, 22, 52) function-evaluation-cpp 21.3133 "Evaluations of functions at arbitrary points."
+(2012, 4, 18, 1, 22, 52) function-evaluation-cpp 21.2324 "Evaluations of functions at arbitrary points."
+(2012, 4, 18, 1, 22, 59) function-extrapolation-python 6.75713 "BENCH:  1.90683197975"
+(2012, 4, 18, 1, 22, 59) function-extrapolation-python 1.90683 "BENCH:  1.90683197975"
+(2012, 4, 18, 1, 23, 22) la-vector-access-cpp 23.4111 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 18, 1, 23, 47) la-vector-assignment-cpp 24.9726 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 19, 1, 11, 3) common-progress-cpp 29.6664 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 19, 1, 11, 34) common-timing-cpp 31.1433 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 19, 1, 11, 44) fem-multicore-cpp 10.2088 "Coloring mesh."
+(2012, 4, 19, 1, 14, 58) fem-assembly-cpp 194.265 "Assembly for various forms and backends"
+(2012, 4, 19, 1, 15, 10) fem-convergence-cpp 11.5099 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 19, 1, 15, 11) fem-jit-python 0.000402379 "JIT compilation (in memory cache)"
+(2012, 4, 19, 1, 20, 31) fem-speedup-cpp 320.158 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 19, 1, 20, 31) fem-speedup-cpp-assembly 5.41944 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 19, 1, 20, 31) fem-speedup-cpp-solve 1.86275 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 19, 1, 20, 55) mesh-refinement-cpp 22.646 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 19, 1, 21, 17) mesh-topology-cpp 21.4082 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 19, 1, 21, 39) mesh-unitcube-cpp 22.4364 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 19, 1, 22, 24) mesh-iteration-cpp 41.9751 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 19, 1, 22, 46) function-evaluation-cpp 22.0381 "Evaluations of functions at arbitrary points."
+(2012, 4, 19, 1, 22, 46) function-evaluation-cpp 21.947 "Evaluations of functions at arbitrary points."
+(2012, 4, 19, 1, 22, 53) function-extrapolation-python 6.80468 "BENCH:  1.90234613419"
+(2012, 4, 19, 1, 22, 53) function-extrapolation-python 1.90235 "BENCH:  1.90234613419"
+(2012, 4, 19, 1, 23, 15) la-vector-access-cpp 22.4238 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 19, 1, 23, 43) la-vector-assignment-cpp 27.8512 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 20, 1, 11, 2) common-progress-cpp 29.7221 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 20, 1, 11, 33) common-timing-cpp 30.9285 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 20, 1, 11, 43) fem-multicore-cpp 10.0384 "Coloring mesh."
+(2012, 4, 20, 1, 14, 57) fem-assembly-cpp 194.188 "Assembly for various forms and backends"
+(2012, 4, 20, 1, 15, 9) fem-convergence-cpp 11.8689 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 20, 1, 15, 10) fem-jit-python 0.000417686 "JIT compilation (in memory cache)"
+(2012, 4, 20, 1, 20, 29) fem-speedup-cpp 318.508 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 20, 1, 20, 29) fem-speedup-cpp-assembly 5.40301 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 20, 1, 20, 29) fem-speedup-cpp-solve 1.8532 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 20, 1, 20, 53) mesh-refinement-cpp 22.6916 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 20, 1, 21, 14) mesh-topology-cpp 21.3408 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 20, 1, 21, 37) mesh-unitcube-cpp 22.4068 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 20, 1, 22, 21) mesh-iteration-cpp 41.9578 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 20, 1, 22, 43) function-evaluation-cpp 21.3187 "Evaluations of functions at arbitrary points."
+(2012, 4, 20, 1, 22, 43) function-evaluation-cpp 21.237 "Evaluations of functions at arbitrary points."
+(2012, 4, 20, 1, 22, 49) function-extrapolation-python 6.67374 "BENCH:  1.90048503876"
+(2012, 4, 20, 1, 22, 49) function-extrapolation-python 1.90049 "BENCH:  1.90048503876"
+(2012, 4, 20, 1, 23, 13) la-vector-access-cpp 23.6049 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 20, 1, 23, 41) la-vector-assignment-cpp 27.8924 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 21, 1, 11, 12) common-progress-cpp 29.9227 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 21, 1, 11, 42) common-timing-cpp 30.6816 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 21, 1, 11, 53) fem-multicore-cpp 10.1222 "Coloring mesh."
+(2012, 4, 21, 1, 15, 7) fem-assembly-cpp 194.172 "Assembly for various forms and backends"
+(2012, 4, 21, 1, 15, 19) fem-convergence-cpp 11.8828 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 21, 1, 15, 20) fem-jit-python 0.000417018 "JIT compilation (in memory cache)"
+(2012, 4, 21, 1, 20, 32) fem-speedup-cpp 312.361 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 21, 1, 20, 32) fem-speedup-cpp-assembly 5.44887 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 21, 1, 20, 32) fem-speedup-cpp-solve 1.98505 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 21, 1, 20, 56) mesh-refinement-cpp 22.7131 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 21, 1, 21, 18) mesh-topology-cpp 21.5561 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 21, 1, 21, 40) mesh-unitcube-cpp 22.4071 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 21, 1, 22, 31) mesh-iteration-cpp 47.9581 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 21, 1, 22, 52) function-evaluation-cpp 21.2446 "Evaluations of functions at arbitrary points."
+(2012, 4, 21, 1, 22, 52) function-evaluation-cpp 21.1633 "Evaluations of functions at arbitrary points."
+(2012, 4, 21, 1, 22, 59) function-extrapolation-python 6.72554 "BENCH:  1.90550684929"
+(2012, 4, 21, 1, 22, 59) function-extrapolation-python 1.90551 "BENCH:  1.90550684929"
+(2012, 4, 21, 1, 23, 21) la-vector-access-cpp 22.4383 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 21, 1, 23, 46) la-vector-assignment-cpp 24.9547 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 22, 1, 11, 1) common-progress-cpp 29.5646 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 22, 1, 11, 33) common-timing-cpp 31.3225 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 22, 1, 11, 43) fem-multicore-cpp 9.93637 "Coloring mesh."
+(2012, 4, 22, 1, 14, 57) fem-assembly-cpp 193.893 "Assembly for various forms and backends"
+(2012, 4, 22, 1, 15, 8) fem-convergence-cpp 11.8767 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 22, 1, 15, 10) fem-jit-python 0.000411415 "JIT compilation (in memory cache)"
+(2012, 4, 22, 1, 20, 23) fem-speedup-cpp 313.282 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 22, 1, 20, 23) fem-speedup-cpp-assembly 5.428 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 22, 1, 20, 23) fem-speedup-cpp-solve 1.98766 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 22, 1, 20, 47) mesh-refinement-cpp 22.6643 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 22, 1, 21, 8) mesh-topology-cpp 21.3226 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 22, 1, 21, 31) mesh-unitcube-cpp 22.4335 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 22, 1, 22, 15) mesh-iteration-cpp 41.9536 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 22, 1, 22, 37) function-evaluation-cpp 21.3033 "Evaluations of functions at arbitrary points."
+(2012, 4, 22, 1, 22, 37) function-evaluation-cpp 21.222 "Evaluations of functions at arbitrary points."
+(2012, 4, 22, 1, 22, 44) function-extrapolation-python 6.77616 "BENCH:  1.90428900719"
+(2012, 4, 22, 1, 22, 44) function-extrapolation-python 1.90429 "BENCH:  1.90428900719"
+(2012, 4, 22, 1, 23, 6) la-vector-access-cpp 22.4397 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 22, 1, 23, 31) la-vector-assignment-cpp 24.9604 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 23, 1, 11, 4) common-progress-cpp 29.5794 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 23, 1, 11, 35) common-timing-cpp 30.9283 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 23, 1, 11, 45) fem-multicore-cpp 10.087 "Coloring mesh."
+(2012, 4, 23, 1, 14, 59) fem-assembly-cpp 193.737 "Assembly for various forms and backends"
+(2012, 4, 23, 1, 15, 11) fem-convergence-cpp 11.9053 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 23, 1, 15, 12) fem-jit-python 0.000401783 "JIT compilation (in memory cache)"
+(2012, 4, 23, 1, 20, 29) fem-speedup-cpp 317.045 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 23, 1, 20, 29) fem-speedup-cpp-assembly 5.43166 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 23, 1, 20, 29) fem-speedup-cpp-solve 1.91184 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 23, 1, 20, 53) mesh-refinement-cpp 22.6769 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 23, 1, 21, 15) mesh-topology-cpp 21.3928 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 23, 1, 21, 37) mesh-unitcube-cpp 22.3844 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 23, 1, 22, 23) mesh-iteration-cpp 42.7467 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 23, 1, 22, 44) function-evaluation-cpp 21.368 "Evaluations of functions at arbitrary points."
+(2012, 4, 23, 1, 22, 44) function-evaluation-cpp 21.2797 "Evaluations of functions at arbitrary points."
+(2012, 4, 23, 1, 22, 51) function-extrapolation-python 6.57987 "BENCH:  1.87099385262"
+(2012, 4, 23, 1, 22, 51) function-extrapolation-python 1.87099 "BENCH:  1.87099385262"
+(2012, 4, 23, 1, 23, 14) la-vector-access-cpp 23.0003 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 23, 1, 23, 39) la-vector-assignment-cpp 25.0918 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 24, 1, 11, 24) common-progress-cpp 29.8705 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 24, 1, 11, 55) common-timing-cpp 30.5995 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 24, 1, 12, 5) fem-multicore-cpp 10.0213 "Coloring mesh."
+(2012, 4, 24, 1, 15, 19) fem-assembly-cpp 194.317 "Assembly for various forms and backends"
+(2012, 4, 24, 1, 15, 31) fem-convergence-cpp 11.8945 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 24, 1, 15, 32) fem-jit-python 0.000413299 "JIT compilation (in memory cache)"
+(2012, 4, 24, 1, 20, 45) fem-speedup-cpp 312.664 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 24, 1, 20, 45) fem-speedup-cpp-assembly 5.43314 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 24, 1, 20, 45) fem-speedup-cpp-solve 1.9839 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 24, 1, 21, 9) mesh-refinement-cpp 22.6099 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 24, 1, 21, 31) mesh-topology-cpp 21.3277 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 24, 1, 21, 53) mesh-unitcube-cpp 22.4734 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 24, 1, 22, 38) mesh-iteration-cpp 41.9552 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 24, 1, 22, 59) function-evaluation-cpp 21.2943 "Evaluations of functions at arbitrary points."
+(2012, 4, 24, 1, 22, 59) function-evaluation-cpp 21.213 "Evaluations of functions at arbitrary points."
+(2012, 4, 24, 1, 23, 6) function-extrapolation-python 6.79949 "BENCH:  1.90289306641"
+(2012, 4, 24, 1, 23, 6) function-extrapolation-python 1.90289 "BENCH:  1.90289306641"
+(2012, 4, 24, 1, 23, 28) la-vector-access-cpp 22.4134 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 24, 1, 23, 53) la-vector-assignment-cpp 24.9436 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 25, 1, 11, 20) common-progress-cpp 29.6066 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 25, 1, 11, 51) common-timing-cpp 30.8745 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 25, 1, 12, 1) fem-multicore-cpp 10.0471 "Coloring mesh."
+(2012, 4, 25, 1, 15, 15) fem-assembly-cpp 194.202 "Assembly for various forms and backends"
+(2012, 4, 25, 1, 15, 27) fem-convergence-cpp 11.8709 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 25, 1, 15, 28) fem-jit-python 0.000406599 "JIT compilation (in memory cache)"
+(2012, 4, 25, 1, 20, 37) fem-speedup-cpp 309.563 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 25, 1, 20, 37) fem-speedup-cpp-assembly 5.05148 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 25, 1, 20, 37) fem-speedup-cpp-solve 2.0173 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 25, 1, 21, 2) mesh-refinement-cpp 22.8024 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 25, 1, 21, 23) mesh-topology-cpp 21.2844 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 25, 1, 21, 46) mesh-unitcube-cpp 22.8737 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 25, 1, 22, 30) mesh-iteration-cpp 41.963 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 25, 1, 22, 52) function-evaluation-cpp 21.3133 "Evaluations of functions at arbitrary points."
+(2012, 4, 25, 1, 22, 52) function-evaluation-cpp 21.2323 "Evaluations of functions at arbitrary points."
+(2012, 4, 25, 1, 22, 59) function-extrapolation-python 6.72501 "BENCH:  1.9053709507"
+(2012, 4, 25, 1, 22, 59) function-extrapolation-python 1.90537 "BENCH:  1.9053709507"
+(2012, 4, 25, 1, 23, 22) la-vector-access-cpp 22.8958 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 25, 1, 23, 47) la-vector-assignment-cpp 24.9489 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 26, 1, 11, 3) common-progress-cpp 29.578 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 26, 1, 11, 33) common-timing-cpp 30.2781 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 26, 1, 11, 43) fem-multicore-cpp 10.0408 "Coloring mesh."
+(2012, 4, 26, 1, 14, 56) fem-assembly-cpp 192.944 "Assembly for various forms and backends"
+(2012, 4, 26, 1, 15, 8) fem-convergence-cpp 11.8974 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 26, 1, 15, 9) fem-jit-python 0.000407696 "JIT compilation (in memory cache)"
+(2012, 4, 26, 1, 20, 20) fem-speedup-cpp 311.103 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 26, 1, 20, 20) fem-speedup-cpp-assembly 5.50609 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 26, 1, 20, 20) fem-speedup-cpp-solve 2.01727 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 26, 1, 20, 44) mesh-refinement-cpp 22.8465 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 26, 1, 21, 6) mesh-topology-cpp 21.1994 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 26, 1, 21, 29) mesh-unitcube-cpp 22.9647 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 26, 1, 22, 13) mesh-iteration-cpp 41.9606 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 26, 1, 22, 34) function-evaluation-cpp 21.1027 "Evaluations of functions at arbitrary points."
+(2012, 4, 26, 1, 22, 34) function-evaluation-cpp 21.0216 "Evaluations of functions at arbitrary points."
+(2012, 4, 26, 1, 22, 41) function-extrapolation-python 6.72148 "BENCH:  1.90126991272"
+(2012, 4, 26, 1, 22, 41) function-extrapolation-python 1.90127 "BENCH:  1.90126991272"
+(2012, 4, 26, 1, 23, 4) la-vector-access-cpp 22.8984 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 26, 1, 23, 32) la-vector-assignment-cpp 27.8939 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 27, 1, 11, 33) common-progress-cpp 29.6143 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 27, 1, 12, 3) common-timing-cpp 30.0286 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 27, 1, 12, 13) fem-multicore-cpp 9.96386 "Coloring mesh."
+(2012, 4, 27, 1, 15, 27) fem-assembly-cpp 193.596 "Assembly for various forms and backends"
+(2012, 4, 27, 1, 15, 39) fem-convergence-cpp 11.8802 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 27, 1, 15, 40) fem-jit-python 0.000405693 "JIT compilation (in memory cache)"
+(2012, 4, 27, 1, 20, 51) fem-speedup-cpp 310.826 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 27, 1, 20, 51) fem-speedup-cpp-assembly 5.3286 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 27, 1, 20, 51) fem-speedup-cpp-solve 2.01275 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 27, 1, 21, 15) mesh-refinement-cpp 22.5063 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 27, 1, 21, 36) mesh-topology-cpp 21.3384 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 27, 1, 22, 0) mesh-unitcube-cpp 23.3504 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 27, 1, 22, 47) mesh-iteration-cpp 44.7476 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 27, 1, 23, 8) function-evaluation-cpp 21.3546 "Evaluations of functions at arbitrary points."
+(2012, 4, 27, 1, 23, 8) function-evaluation-cpp 21.2732 "Evaluations of functions at arbitrary points."
+(2012, 4, 27, 1, 23, 15) function-extrapolation-python 6.73874 "BENCH:  1.90335917473"
+(2012, 4, 27, 1, 23, 15) function-extrapolation-python 1.90336 "BENCH:  1.90335917473"
+(2012, 4, 27, 1, 23, 38) la-vector-access-cpp 22.9011 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 27, 1, 24, 3) la-vector-assignment-cpp 24.9626 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 28, 1, 11, 3) common-progress-cpp 29.5722 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 28, 1, 11, 34) common-timing-cpp 30.8464 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 28, 1, 11, 44) fem-multicore-cpp 9.97898 "Coloring mesh."
+(2012, 4, 28, 1, 14, 56) fem-assembly-cpp 191.886 "Assembly for various forms and backends"
+(2012, 4, 28, 1, 15, 8) fem-convergence-cpp 11.9076 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 28, 1, 15, 9) fem-jit-python 0.000423503 "JIT compilation (in memory cache)"
+(2012, 4, 28, 1, 20, 20) fem-speedup-cpp 311.399 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 28, 1, 20, 20) fem-speedup-cpp-assembly 5.43823 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 28, 1, 20, 20) fem-speedup-cpp-solve 2.03134 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 28, 1, 20, 44) mesh-refinement-cpp 22.5445 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 28, 1, 21, 5) mesh-topology-cpp 21.164 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 28, 1, 21, 28) mesh-unitcube-cpp 22.9426 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 28, 1, 22, 16) mesh-iteration-cpp 45.5473 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 28, 1, 22, 38) function-evaluation-cpp 21.3854 "Evaluations of functions at arbitrary points."
+(2012, 4, 28, 1, 22, 38) function-evaluation-cpp 21.3044 "Evaluations of functions at arbitrary points."
+(2012, 4, 28, 1, 22, 45) function-extrapolation-python 6.73951 "BENCH:  1.89307403564"
+(2012, 4, 28, 1, 22, 45) function-extrapolation-python 1.89307 "BENCH:  1.89307403564"
+(2012, 4, 28, 1, 23, 9) la-vector-access-cpp 24.3891 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 28, 1, 23, 34) la-vector-assignment-cpp 24.9493 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 29, 1, 11, 9) common-progress-cpp 36.4359 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 29, 1, 11, 40) common-timing-cpp 31.5174 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 29, 1, 11, 50) fem-multicore-cpp 10.0968 "Coloring mesh."
+(2012, 4, 29, 1, 15, 4) fem-assembly-cpp 193.244 "Assembly for various forms and backends"
+(2012, 4, 29, 1, 15, 15) fem-convergence-cpp 11.8429 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 29, 1, 15, 17) fem-jit-python 0.000413609 "JIT compilation (in memory cache)"
+(2012, 4, 29, 1, 20, 30) fem-speedup-cpp 313.846 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 29, 1, 20, 30) fem-speedup-cpp-assembly 5.43797 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 29, 1, 20, 30) fem-speedup-cpp-solve 1.98952 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 29, 1, 20, 55) mesh-refinement-cpp 22.6393 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 29, 1, 21, 16) mesh-topology-cpp 21.2768 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 29, 1, 21, 39) mesh-unitcube-cpp 23.0451 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 29, 1, 22, 24) mesh-iteration-cpp 42.5439 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 29, 1, 22, 46) function-evaluation-cpp 21.2636 "Evaluations of functions at arbitrary points."
+(2012, 4, 29, 1, 22, 46) function-evaluation-cpp 21.1828 "Evaluations of functions at arbitrary points."
+(2012, 4, 29, 1, 22, 52) function-extrapolation-python 6.72058 "BENCH:  1.91814398766"
+(2012, 4, 29, 1, 22, 52) function-extrapolation-python 1.91814 "BENCH:  1.91814398766"
+(2012, 4, 29, 1, 23, 15) la-vector-access-cpp 22.8914 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 29, 1, 23, 40) la-vector-assignment-cpp 24.9444 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 4, 30, 1, 11, 6) common-progress-cpp 37.6897 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 4, 30, 1, 11, 38) common-timing-cpp 31.2945 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 4, 30, 1, 11, 48) fem-multicore-cpp 10.0715 "Coloring mesh."
+(2012, 4, 30, 1, 15, 0) fem-assembly-cpp 192.317 "Assembly for various forms and backends"
+(2012, 4, 30, 1, 15, 12) fem-convergence-cpp 11.8947 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 4, 30, 1, 15, 13) fem-jit-python 0.000404596 "JIT compilation (in memory cache)"
+(2012, 4, 30, 1, 20, 24) fem-speedup-cpp 311.524 "Assembly/solve speedup running on 4 processors"
+(2012, 4, 30, 1, 20, 24) fem-speedup-cpp-assembly 5.43241 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 4, 30, 1, 20, 24) fem-speedup-cpp-solve 2.01566 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 4, 30, 1, 20, 48) mesh-refinement-cpp 22.4807 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 4, 30, 1, 21, 10) mesh-topology-cpp 21.147 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 4, 30, 1, 21, 33) mesh-unitcube-cpp 23.0136 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 4, 30, 1, 22, 17) mesh-iteration-cpp 41.9589 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 4, 30, 1, 22, 39) function-evaluation-cpp 21.2606 "Evaluations of functions at arbitrary points."
+(2012, 4, 30, 1, 22, 39) function-evaluation-cpp 21.1795 "Evaluations of functions at arbitrary points."
+(2012, 4, 30, 1, 22, 45) function-extrapolation-python 6.77603 "BENCH:  1.95966100693"
+(2012, 4, 30, 1, 22, 45) function-extrapolation-python 1.95966 "BENCH:  1.95966100693"
+(2012, 4, 30, 1, 23, 8) la-vector-access-cpp 22.8911 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 4, 30, 1, 23, 33) la-vector-assignment-cpp 24.9481 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 1, 1, 11, 14) common-progress-cpp 29.6728 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 1, 1, 11, 45) common-timing-cpp 30.7784 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 1, 1, 11, 55) fem-multicore-cpp 10.0783 "Coloring mesh."
+(2012, 5, 1, 1, 15, 8) fem-assembly-cpp 192.609 "Assembly for various forms and backends"
+(2012, 5, 1, 1, 15, 20) fem-convergence-cpp 11.9016 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 1, 1, 15, 21) fem-jit-python 0.000410104 "JIT compilation (in memory cache)"
+(2012, 5, 1, 1, 20, 31) fem-speedup-cpp 309.921 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 1, 1, 20, 31) fem-speedup-cpp-assembly 5.45925 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 1, 1, 20, 31) fem-speedup-cpp-solve 2.01244 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 1, 1, 20, 55) mesh-refinement-cpp 22.5479 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 1, 1, 21, 16) mesh-topology-cpp 21.1494 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 1, 1, 21, 39) mesh-unitcube-cpp 23.0437 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 1, 1, 22, 24) mesh-iteration-cpp 41.9561 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 1, 1, 22, 45) function-evaluation-cpp 20.9268 "Evaluations of functions at arbitrary points."
+(2012, 5, 1, 1, 22, 45) function-evaluation-cpp 20.8392 "Evaluations of functions at arbitrary points."
+(2012, 5, 1, 1, 22, 52) function-extrapolation-python 6.90457 "BENCH:  1.95063400269"
+(2012, 5, 1, 1, 22, 52) function-extrapolation-python 1.95063 "BENCH:  1.95063400269"
+(2012, 5, 1, 1, 23, 14) la-vector-access-cpp 22.8938 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 1, 1, 23, 39) la-vector-assignment-cpp 24.9443 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 2, 1, 11, 2) common-progress-cpp 29.5664 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 2, 1, 11, 32) common-timing-cpp 30.7228 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 2, 1, 11, 42) fem-multicore-cpp 10.0352 "Coloring mesh."
+(2012, 5, 2, 1, 14, 55) fem-assembly-cpp 192.826 "Assembly for various forms and backends"
+(2012, 5, 2, 1, 15, 7) fem-convergence-cpp 11.916 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 2, 1, 15, 8) fem-jit-python 0.000402808 "JIT compilation (in memory cache)"
+(2012, 5, 2, 1, 20, 20) fem-speedup-cpp 311.846 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 2, 1, 20, 20) fem-speedup-cpp-assembly 5.34273 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 2, 1, 20, 20) fem-speedup-cpp-solve 1.99734 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 2, 1, 20, 44) mesh-refinement-cpp 22.5059 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 2, 1, 21, 5) mesh-topology-cpp 21.2231 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 2, 1, 21, 29) mesh-unitcube-cpp 23.0814 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 2, 1, 22, 13) mesh-iteration-cpp 41.9839 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 2, 1, 22, 35) function-evaluation-cpp 22.006 "Evaluations of functions at arbitrary points."
+(2012, 5, 2, 1, 22, 35) function-evaluation-cpp 21.9155 "Evaluations of functions at arbitrary points."
+(2012, 5, 2, 1, 22, 42) function-extrapolation-python 6.72567 "BENCH:  1.94297981262"
+(2012, 5, 2, 1, 22, 42) function-extrapolation-python 1.94298 "BENCH:  1.94297981262"
+(2012, 5, 2, 1, 23, 5) la-vector-access-cpp 22.8918 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 2, 1, 23, 30) la-vector-assignment-cpp 24.947 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 3, 1, 11, 0) common-progress-cpp 29.6279 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 3, 1, 11, 32) common-timing-cpp 31.5957 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 3, 1, 11, 42) fem-multicore-cpp 10.0787 "Coloring mesh."
+(2012, 5, 3, 1, 14, 55) fem-assembly-cpp 193.423 "Assembly for various forms and backends"
+(2012, 5, 3, 1, 15, 7) fem-convergence-cpp 11.8753 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 3, 1, 15, 8) fem-jit-python 0.000418901 "JIT compilation (in memory cache)"
+(2012, 5, 3, 1, 20, 20) fem-speedup-cpp 311.621 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 3, 1, 20, 20) fem-speedup-cpp-assembly 5.45161 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 3, 1, 20, 20) fem-speedup-cpp-solve 2.00328 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 3, 1, 20, 44) mesh-refinement-cpp 22.5706 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 3, 1, 21, 5) mesh-topology-cpp 21.1757 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 3, 1, 21, 28) mesh-unitcube-cpp 22.97 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 3, 1, 22, 17) mesh-iteration-cpp 46.5573 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 3, 1, 22, 39) function-evaluation-cpp 21.341 "Evaluations of functions at arbitrary points."
+(2012, 5, 3, 1, 22, 39) function-evaluation-cpp 21.2462 "Evaluations of functions at arbitrary points."
+(2012, 5, 3, 1, 22, 45) function-extrapolation-python 6.77149 "BENCH:  1.94217681885"
+(2012, 5, 3, 1, 22, 45) function-extrapolation-python 1.94218 "BENCH:  1.94217681885"
+(2012, 5, 3, 1, 23, 8) la-vector-access-cpp 22.8919 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 3, 1, 23, 33) la-vector-assignment-cpp 24.9502 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 4, 1, 11, 11) common-progress-cpp 37.69 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 4, 1, 11, 42) common-timing-cpp 31.0577 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 4, 1, 11, 52) fem-multicore-cpp 10.1671 "Coloring mesh."
+(2012, 5, 4, 1, 15, 4) fem-assembly-cpp 192.233 "Assembly for various forms and backends"
+(2012, 5, 4, 1, 15, 16) fem-convergence-cpp 11.8399 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 4, 1, 15, 17) fem-jit-python 0.000430417 "JIT compilation (in memory cache)"
+(2012, 5, 4, 1, 20, 28) fem-speedup-cpp 310.953 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 4, 1, 20, 28) fem-speedup-cpp-assembly 5.45039 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 4, 1, 20, 28) fem-speedup-cpp-solve 2.03963 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 4, 1, 20, 52) mesh-refinement-cpp 22.5244 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 4, 1, 21, 14) mesh-topology-cpp 21.281 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 4, 1, 21, 37) mesh-unitcube-cpp 22.9758 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 4, 1, 22, 22) mesh-iteration-cpp 42.2445 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 4, 1, 22, 43) function-evaluation-cpp 21.338 "Evaluations of functions at arbitrary points."
+(2012, 5, 4, 1, 22, 43) function-evaluation-cpp 21.2268 "Evaluations of functions at arbitrary points."
+(2012, 5, 4, 1, 22, 50) function-extrapolation-python 6.82877 "BENCH:  1.91648793221"
+(2012, 5, 4, 1, 22, 50) function-extrapolation-python 1.91649 "BENCH:  1.91648793221"
+(2012, 5, 4, 1, 23, 13) la-vector-access-cpp 22.9364 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 4, 1, 23, 38) la-vector-assignment-cpp 24.9838 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 5, 1, 11, 11) common-progress-cpp 29.1965 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 5, 1, 11, 42) common-timing-cpp 30.9071 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 5, 1, 11, 52) fem-multicore-cpp 10.0601 "Coloring mesh."
+(2012, 5, 5, 1, 15, 5) fem-assembly-cpp 192.683 "Assembly for various forms and backends"
+(2012, 5, 5, 1, 15, 17) fem-convergence-cpp 11.8871 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 5, 1, 15, 18) fem-jit-python 0.000421309 "JIT compilation (in memory cache)"
+(2012, 5, 5, 1, 20, 29) fem-speedup-cpp 310.873 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 5, 1, 20, 29) fem-speedup-cpp-assembly 5.45015 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 5, 1, 20, 29) fem-speedup-cpp-solve 2.01026 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 5, 1, 20, 53) mesh-refinement-cpp 22.5522 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 5, 1, 21, 14) mesh-topology-cpp 21.1878 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 5, 1, 21, 37) mesh-unitcube-cpp 23.0094 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 5, 1, 22, 25) mesh-iteration-cpp 45.3021 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 5, 1, 22, 47) function-evaluation-cpp 21.413 "Evaluations of functions at arbitrary points."
+(2012, 5, 5, 1, 22, 47) function-evaluation-cpp 21.3094 "Evaluations of functions at arbitrary points."
+(2012, 5, 5, 1, 22, 54) function-extrapolation-python 6.90105 "BENCH:  1.92252421379"
+(2012, 5, 5, 1, 22, 54) function-extrapolation-python 1.92252 "BENCH:  1.92252421379"
+(2012, 5, 5, 1, 23, 18) la-vector-access-cpp 23.9142 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 5, 1, 23, 46) la-vector-assignment-cpp 28.3928 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 6, 1, 11, 2) common-progress-cpp 29.6295 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 6, 1, 11, 33) common-timing-cpp 31.2813 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 6, 1, 11, 44) fem-multicore-cpp 10.0412 "Coloring mesh."
+(2012, 5, 6, 1, 14, 56) fem-assembly-cpp 192.481 "Assembly for various forms and backends"
+(2012, 5, 6, 1, 15, 8) fem-convergence-cpp 11.9005 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 6, 1, 15, 9) fem-jit-python 0.000402188 "JIT compilation (in memory cache)"
+(2012, 5, 6, 1, 20, 19) fem-speedup-cpp 309.897 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 6, 1, 20, 19) fem-speedup-cpp-assembly 5.44467 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 6, 1, 20, 19) fem-speedup-cpp-solve 2.01761 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 6, 1, 20, 43) mesh-refinement-cpp 22.5436 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 6, 1, 21, 4) mesh-topology-cpp 21.1975 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 6, 1, 21, 27) mesh-unitcube-cpp 22.9573 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 6, 1, 22, 12) mesh-iteration-cpp 41.9624 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 6, 1, 22, 33) function-evaluation-cpp 21.2298 "Evaluations of functions at arbitrary points."
+(2012, 5, 6, 1, 22, 33) function-evaluation-cpp 21.1328 "Evaluations of functions at arbitrary points."
+(2012, 5, 6, 1, 22, 40) function-extrapolation-python 6.71783 "BENCH:  1.91616392136"
+(2012, 5, 6, 1, 22, 40) function-extrapolation-python 1.91616 "BENCH:  1.91616392136"
+(2012, 5, 6, 1, 23, 3) la-vector-access-cpp 23.4161 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 6, 1, 23, 28) la-vector-assignment-cpp 24.9585 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 7, 1, 11, 0) common-progress-cpp 29.6013 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 7, 1, 11, 30) common-timing-cpp 30.0344 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 7, 1, 11, 40) fem-multicore-cpp 9.99313 "Coloring mesh."
+(2012, 5, 7, 1, 14, 53) fem-assembly-cpp 192.48 "Assembly for various forms and backends"
+(2012, 5, 7, 1, 15, 5) fem-convergence-cpp 11.8372 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 7, 1, 15, 6) fem-jit-python 0.000398088 "JIT compilation (in memory cache)"
+(2012, 5, 7, 1, 20, 17) fem-speedup-cpp 311.283 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 7, 1, 20, 17) fem-speedup-cpp-assembly 5.43498 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 7, 1, 20, 17) fem-speedup-cpp-solve 2.01416 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 7, 1, 20, 41) mesh-refinement-cpp 22.5004 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 7, 1, 21, 2) mesh-topology-cpp 21.2803 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 7, 1, 21, 26) mesh-unitcube-cpp 22.9786 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 7, 1, 22, 10) mesh-iteration-cpp 41.9612 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 7, 1, 22, 31) function-evaluation-cpp 21.3234 "Evaluations of functions at arbitrary points."
+(2012, 5, 7, 1, 22, 31) function-evaluation-cpp 21.2195 "Evaluations of functions at arbitrary points."
+(2012, 5, 7, 1, 22, 38) function-extrapolation-python 6.7076 "BENCH:  1.92141985893"
+(2012, 5, 7, 1, 22, 38) function-extrapolation-python 1.92142 "BENCH:  1.92141985893"
+(2012, 5, 7, 1, 23, 2) la-vector-access-cpp 23.8888 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 7, 1, 23, 31) la-vector-assignment-cpp 28.3937 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 8, 1, 11, 26) common-progress-cpp 36.4364 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 8, 1, 11, 57) common-timing-cpp 30.5164 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 8, 1, 12, 7) fem-multicore-cpp 9.97117 "Coloring mesh."
+(2012, 5, 8, 1, 15, 20) fem-assembly-cpp 193.292 "Assembly for various forms and backends"
+(2012, 5, 8, 1, 15, 32) fem-convergence-cpp 11.8957 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 8, 1, 15, 33) fem-jit-python 0.000415802 "JIT compilation (in memory cache)"
+(2012, 5, 8, 1, 20, 42) fem-speedup-cpp 309.092 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 8, 1, 20, 42) fem-speedup-cpp-assembly 5.43502 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 8, 1, 20, 42) fem-speedup-cpp-solve 2.03607 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 8, 1, 21, 6) mesh-refinement-cpp 22.6704 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 8, 1, 21, 28) mesh-topology-cpp 21.2208 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 8, 1, 21, 51) mesh-unitcube-cpp 22.9858 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 8, 1, 22, 36) mesh-iteration-cpp 42.8899 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 8, 1, 22, 57) function-evaluation-cpp 21.2983 "Evaluations of functions at arbitrary points."
+(2012, 5, 8, 1, 22, 57) function-evaluation-cpp 21.2043 "Evaluations of functions at arbitrary points."
+(2012, 5, 8, 1, 23, 4) function-extrapolation-python 6.8849 "BENCH:  1.92250800133"
+(2012, 5, 8, 1, 23, 4) function-extrapolation-python 1.92251 "BENCH:  1.92250800133"
+(2012, 5, 8, 1, 23, 27) la-vector-access-cpp 22.8915 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 8, 1, 23, 52) la-vector-assignment-cpp 25.0577 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 9, 1, 11, 1) common-progress-cpp 29.6455 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 9, 1, 11, 30) common-timing-cpp 29.4995 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 9, 1, 11, 40) fem-multicore-cpp 10.0212 "Coloring mesh."
+(2012, 5, 9, 1, 14, 54) fem-assembly-cpp 193.563 "Assembly for various forms and backends"
+(2012, 5, 9, 1, 15, 6) fem-convergence-cpp 11.8537 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 9, 1, 15, 7) fem-jit-python 0.000412583 "JIT compilation (in memory cache)"
+(2012, 5, 9, 1, 20, 18) fem-speedup-cpp 311.161 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 9, 1, 20, 18) fem-speedup-cpp-assembly 5.46736 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 9, 1, 20, 18) fem-speedup-cpp-solve 1.99382 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 9, 1, 20, 42) mesh-refinement-cpp 22.5486 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 9, 1, 21, 4) mesh-topology-cpp 21.1867 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 9, 1, 21, 27) mesh-unitcube-cpp 22.9638 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 9, 1, 22, 12) mesh-iteration-cpp 42.8809 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 9, 1, 22, 33) function-evaluation-cpp 20.8885 "Evaluations of functions at arbitrary points."
+(2012, 5, 9, 1, 22, 33) function-evaluation-cpp 20.7947 "Evaluations of functions at arbitrary points."
+(2012, 5, 9, 1, 22, 40) function-extrapolation-python 6.70674 "BENCH:  1.90486907959"
+(2012, 5, 9, 1, 22, 40) function-extrapolation-python 1.90487 "BENCH:  1.90486907959"
+(2012, 5, 9, 1, 23, 3) la-vector-access-cpp 22.8905 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 9, 1, 23, 28) la-vector-assignment-cpp 24.8887 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 10, 1, 11, 28) common-progress-cpp 29.6713 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 10, 1, 11, 58) common-timing-cpp 30.5341 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 10, 1, 12, 8) fem-multicore-cpp 10.0569 "Coloring mesh."
+(2012, 5, 10, 1, 15, 21) fem-assembly-cpp 192.536 "Assembly for various forms and backends"
+(2012, 5, 10, 1, 15, 33) fem-convergence-cpp 11.8702 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 10, 1, 15, 34) fem-jit-python 0.000415206 "JIT compilation (in memory cache)"
+(2012, 5, 10, 1, 20, 44) fem-speedup-cpp 310.053 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 10, 1, 20, 44) fem-speedup-cpp-assembly 5.39773 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 10, 1, 20, 44) fem-speedup-cpp-solve 2.0472 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 10, 1, 21, 8) mesh-refinement-cpp 22.5867 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 10, 1, 21, 29) mesh-topology-cpp 21.0902 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 10, 1, 21, 53) mesh-unitcube-cpp 23.345 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 10, 1, 22, 37) mesh-iteration-cpp 41.9572 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 10, 1, 22, 59) function-evaluation-cpp 21.3066 "Evaluations of functions at arbitrary points."
+(2012, 5, 10, 1, 22, 59) function-evaluation-cpp 21.214 "Evaluations of functions at arbitrary points."
+(2012, 5, 10, 1, 23, 5) function-extrapolation-python 6.62941 "BENCH:  1.90426087379"
+(2012, 5, 10, 1, 23, 5) function-extrapolation-python 1.90426 "BENCH:  1.90426087379"
+(2012, 5, 10, 1, 23, 28) la-vector-access-cpp 22.889 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 10, 1, 23, 56) la-vector-assignment-cpp 27.8939 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 11, 1, 11, 14) common-progress-cpp 29.5793 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 11, 1, 11, 44) common-timing-cpp 29.4822 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 11, 1, 11, 54) fem-multicore-cpp 10.091 "Coloring mesh."
+(2012, 5, 11, 1, 15, 6) fem-assembly-cpp 192.076 "Assembly for various forms and backends"
+(2012, 5, 11, 1, 15, 18) fem-convergence-cpp 11.8655 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 11, 1, 15, 19) fem-jit-python 0.000414896 "JIT compilation (in memory cache)"
+(2012, 5, 11, 1, 20, 29) fem-speedup-cpp 310.324 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 11, 1, 20, 29) fem-speedup-cpp-assembly 5.39041 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 11, 1, 20, 29) fem-speedup-cpp-solve 1.99685 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 11, 1, 20, 53) mesh-refinement-cpp 22.4623 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 11, 1, 21, 15) mesh-topology-cpp 21.4203 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 11, 1, 21, 38) mesh-unitcube-cpp 22.959 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 11, 1, 22, 27) mesh-iteration-cpp 46.0242 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 11, 1, 22, 48) function-evaluation-cpp 21.1649 "Evaluations of functions at arbitrary points."
+(2012, 5, 11, 1, 22, 48) function-evaluation-cpp 21.0715 "Evaluations of functions at arbitrary points."
+(2012, 5, 11, 1, 22, 55) function-extrapolation-python 6.70405 "BENCH:  1.9132399559"
+(2012, 5, 11, 1, 22, 55) function-extrapolation-python 1.91324 "BENCH:  1.9132399559"
+(2012, 5, 11, 1, 23, 18) la-vector-access-cpp 22.8891 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 11, 1, 23, 45) la-vector-assignment-cpp 27.8901 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 12, 1, 11, 38) common-progress-cpp 29.1726 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 12, 1, 12, 8) common-timing-cpp 29.1381 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 12, 1, 12, 18) fem-multicore-cpp 10.2136 "Coloring mesh."
+(2012, 5, 12, 1, 15, 31) fem-assembly-cpp 192.958 "Assembly for various forms and backends"
+(2012, 5, 12, 1, 15, 43) fem-convergence-cpp 11.9306 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 12, 1, 15, 44) fem-jit-python 0.000427794 "JIT compilation (in memory cache)"
+(2012, 5, 12, 1, 20, 56) fem-speedup-cpp 312.037 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 12, 1, 20, 56) fem-speedup-cpp-assembly 5.52015 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 12, 1, 20, 56) fem-speedup-cpp-solve 1.99804 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 12, 1, 21, 20) mesh-refinement-cpp 22.8419 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 12, 1, 21, 42) mesh-topology-cpp 21.3096 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 12, 1, 22, 5) mesh-unitcube-cpp 22.934 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 12, 1, 22, 48) mesh-iteration-cpp 40.3834 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 12, 1, 23, 9) function-evaluation-cpp 21.1984 "Evaluations of functions at arbitrary points."
+(2012, 5, 12, 1, 23, 9) function-evaluation-cpp 21.1019 "Evaluations of functions at arbitrary points."
+(2012, 5, 12, 1, 23, 16) function-extrapolation-python 6.95653 "BENCH:  1.93875288963"
+(2012, 5, 12, 1, 23, 16) function-extrapolation-python 1.93875 "BENCH:  1.93875288963"
+(2012, 5, 12, 1, 23, 39) la-vector-access-cpp 22.6201 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 12, 1, 24, 4) la-vector-assignment-cpp 24.9544 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 13, 1, 11, 5) common-progress-cpp 29.6152 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 13, 1, 11, 34) common-timing-cpp 29.6787 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 13, 1, 11, 44) fem-multicore-cpp 10.0758 "Coloring mesh."
+(2012, 5, 13, 1, 14, 59) fem-assembly-cpp 194.653 "Assembly for various forms and backends"
+(2012, 5, 13, 1, 15, 11) fem-convergence-cpp 11.8781 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 13, 1, 15, 12) fem-jit-python 0.000433397 "JIT compilation (in memory cache)"
+(2012, 5, 13, 1, 20, 24) fem-speedup-cpp 311.862 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 13, 1, 20, 24) fem-speedup-cpp-assembly 5.53048 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 13, 1, 20, 24) fem-speedup-cpp-solve 1.97858 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 13, 1, 20, 48) mesh-refinement-cpp 22.8472 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 13, 1, 21, 10) mesh-topology-cpp 21.4051 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 13, 1, 21, 33) mesh-unitcube-cpp 22.8578 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 13, 1, 22, 16) mesh-iteration-cpp 40.3815 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 13, 1, 22, 37) function-evaluation-cpp 21.3066 "Evaluations of functions at arbitrary points."
+(2012, 5, 13, 1, 22, 37) function-evaluation-cpp 21.2131 "Evaluations of functions at arbitrary points."
+(2012, 5, 13, 1, 22, 44) function-extrapolation-python 6.69725 "BENCH:  1.91420412064"
+(2012, 5, 13, 1, 22, 44) function-extrapolation-python 1.9142 "BENCH:  1.91420412064"
+(2012, 5, 13, 1, 23, 6) la-vector-access-cpp 22.4094 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 13, 1, 23, 31) la-vector-assignment-cpp 24.947 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 14, 1, 11, 0) common-progress-cpp 29.7758 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 14, 1, 11, 29) common-timing-cpp 29.1657 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 14, 1, 11, 39) fem-multicore-cpp 10.0339 "Coloring mesh."
+(2012, 5, 14, 1, 14, 53) fem-assembly-cpp 193.756 "Assembly for various forms and backends"
+(2012, 5, 14, 1, 15, 5) fem-convergence-cpp 11.8774 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 14, 1, 15, 6) fem-jit-python 0.000419116 "JIT compilation (in memory cache)"
+(2012, 5, 14, 1, 20, 20) fem-speedup-cpp 313.853 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 14, 1, 20, 20) fem-speedup-cpp-assembly 5.50463 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 14, 1, 20, 20) fem-speedup-cpp-solve 1.99162 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 14, 1, 20, 44) mesh-refinement-cpp 22.8547 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 14, 1, 21, 6) mesh-topology-cpp 21.2888 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 14, 1, 21, 29) mesh-unitcube-cpp 23.0275 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 14, 1, 22, 12) mesh-iteration-cpp 40.3848 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 14, 1, 22, 33) function-evaluation-cpp 21.3024 "Evaluations of functions at arbitrary points."
+(2012, 5, 14, 1, 22, 33) function-evaluation-cpp 21.2207 "Evaluations of functions at arbitrary points."
+(2012, 5, 14, 1, 22, 40) function-extrapolation-python 6.68933 "BENCH:  1.89248800278"
+(2012, 5, 14, 1, 22, 40) function-extrapolation-python 1.89249 "BENCH:  1.89248800278"
+(2012, 5, 14, 1, 23, 5) la-vector-access-cpp 24.754 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 14, 1, 23, 33) la-vector-assignment-cpp 27.9046 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 15, 1, 11, 24) common-progress-cpp 29.595 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 15, 1, 11, 54) common-timing-cpp 30.1962 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 15, 1, 12, 4) fem-multicore-cpp 10.0939 "Coloring mesh."
+(2012, 5, 15, 1, 15, 17) fem-assembly-cpp 192.951 "Assembly for various forms and backends"
+(2012, 5, 15, 1, 15, 29) fem-convergence-cpp 11.9242 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 15, 1, 15, 30) fem-jit-python 0.000412488 "JIT compilation (in memory cache)"
+(2012, 5, 15, 1, 20, 42) fem-speedup-cpp 311.361 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 15, 1, 20, 42) fem-speedup-cpp-assembly 5.52625 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 15, 1, 20, 42) fem-speedup-cpp-solve 2.03731 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 15, 1, 21, 6) mesh-refinement-cpp 22.8064 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 15, 1, 21, 28) mesh-topology-cpp 21.3559 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 15, 1, 21, 51) mesh-unitcube-cpp 22.8974 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 15, 1, 22, 34) mesh-iteration-cpp 40.4361 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 15, 1, 22, 55) function-evaluation-cpp 21.0107 "Evaluations of functions at arbitrary points."
+(2012, 5, 15, 1, 22, 55) function-evaluation-cpp 20.9296 "Evaluations of functions at arbitrary points."
+(2012, 5, 15, 1, 23, 2) function-extrapolation-python 6.73524 "BENCH:  1.90603494644"
+(2012, 5, 15, 1, 23, 2) function-extrapolation-python 1.90603 "BENCH:  1.90603494644"
+(2012, 5, 15, 1, 23, 24) la-vector-access-cpp 22.4213 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 15, 1, 23, 49) la-vector-assignment-cpp 24.9484 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 16, 1, 11, 13) common-progress-cpp 29.1853 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 16, 1, 11, 42) common-timing-cpp 29.18 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 16, 1, 11, 52) fem-multicore-cpp 10.1642 "Coloring mesh."
+(2012, 5, 16, 1, 15, 6) fem-assembly-cpp 193.686 "Assembly for various forms and backends"
+(2012, 5, 16, 1, 15, 18) fem-convergence-cpp 11.903 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 16, 1, 15, 19) fem-jit-python 0.000425601 "JIT compilation (in memory cache)"
+(2012, 5, 16, 1, 20, 33) fem-speedup-cpp 313.797 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 16, 1, 20, 33) fem-speedup-cpp-assembly 5.51376 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 16, 1, 20, 33) fem-speedup-cpp-solve 1.97963 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 16, 1, 20, 57) mesh-refinement-cpp 22.8326 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 16, 1, 21, 19) mesh-topology-cpp 21.3055 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 16, 1, 21, 42) mesh-unitcube-cpp 22.8758 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 16, 1, 22, 27) mesh-iteration-cpp 42.8695 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 16, 1, 22, 48) function-evaluation-cpp 20.8951 "Evaluations of functions at arbitrary points."
+(2012, 5, 16, 1, 22, 48) function-evaluation-cpp 20.814 "Evaluations of functions at arbitrary points."
+(2012, 5, 16, 1, 22, 55) function-extrapolation-python 6.72322 "BENCH:  1.92462015152"
+(2012, 5, 16, 1, 22, 55) function-extrapolation-python 1.92462 "BENCH:  1.92462015152"
+(2012, 5, 16, 1, 23, 17) la-vector-access-cpp 22.4294 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 16, 1, 23, 42) la-vector-assignment-cpp 24.945 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 17, 1, 11, 6) common-progress-cpp 29.5754 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 17, 1, 11, 35) common-timing-cpp 29.1286 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 17, 1, 11, 45) fem-multicore-cpp 10.0872 "Coloring mesh."
+(2012, 5, 17, 1, 14, 59) fem-assembly-cpp 193.744 "Assembly for various forms and backends"
+(2012, 5, 17, 1, 15, 11) fem-convergence-cpp 11.8708 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 17, 1, 15, 12) fem-jit-python 0.000419092 "JIT compilation (in memory cache)"
+(2012, 5, 17, 1, 20, 22) fem-speedup-cpp 309.934 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 17, 1, 20, 22) fem-speedup-cpp-assembly 5.42661 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 17, 1, 20, 22) fem-speedup-cpp-solve 2.0576 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 17, 1, 20, 46) mesh-refinement-cpp 22.8354 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 17, 1, 21, 7) mesh-topology-cpp 21.3649 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 17, 1, 21, 30) mesh-unitcube-cpp 22.9045 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 17, 1, 22, 14) mesh-iteration-cpp 41.6378 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 17, 1, 22, 36) function-evaluation-cpp 21.3132 "Evaluations of functions at arbitrary points."
+(2012, 5, 17, 1, 22, 36) function-evaluation-cpp 21.204 "Evaluations of functions at arbitrary points."
+(2012, 5, 17, 1, 22, 42) function-extrapolation-python 6.10387 "BENCH:  1.83741283417"
+(2012, 5, 17, 1, 22, 42) function-extrapolation-python 1.83741 "BENCH:  1.83741283417"
+(2012, 5, 17, 1, 23, 4) la-vector-access-cpp 22.4361 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 17, 1, 23, 29) la-vector-assignment-cpp 24.9543 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 18, 1, 11, 2) common-progress-cpp 29.185 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 18, 1, 11, 32) common-timing-cpp 29.8661 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 18, 1, 11, 42) fem-multicore-cpp 10.0076 "Coloring mesh."
+(2012, 5, 18, 1, 14, 56) fem-assembly-cpp 193.839 "Assembly for various forms and backends"
+(2012, 5, 18, 1, 15, 7) fem-convergence-cpp 11.4298 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 18, 1, 15, 9) fem-jit-python 0.000420213 "JIT compilation (in memory cache)"
+(2012, 5, 18, 1, 20, 19) fem-speedup-cpp 310.263 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 18, 1, 20, 19) fem-speedup-cpp-assembly 5.51431 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 18, 1, 20, 19) fem-speedup-cpp-solve 2.02309 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 18, 1, 20, 43) mesh-refinement-cpp 22.8483 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 18, 1, 21, 5) mesh-topology-cpp 21.3057 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 18, 1, 21, 28) mesh-unitcube-cpp 22.9116 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 18, 1, 22, 10) mesh-iteration-cpp 40.376 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 18, 1, 22, 32) function-evaluation-cpp 21.338 "Evaluations of functions at arbitrary points."
+(2012, 5, 18, 1, 22, 32) function-evaluation-cpp 21.2566 "Evaluations of functions at arbitrary points."
+(2012, 5, 18, 1, 22, 39) function-extrapolation-python 6.72392 "BENCH:  1.90056300163"
+(2012, 5, 18, 1, 22, 39) function-extrapolation-python 1.90056 "BENCH:  1.90056300163"
+(2012, 5, 18, 1, 23, 1) la-vector-access-cpp 22.4229 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 18, 1, 23, 30) la-vector-assignment-cpp 28.3925 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 19, 1, 11, 23) common-progress-cpp 29.5897 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 19, 1, 11, 52) common-timing-cpp 29.5265 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 19, 1, 12, 2) fem-multicore-cpp 10.1856 "Coloring mesh."
+(2012, 5, 19, 1, 15, 15) fem-assembly-cpp 192.455 "Assembly for various forms and backends"
+(2012, 5, 19, 1, 15, 27) fem-convergence-cpp 11.9157 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 19, 1, 15, 28) fem-jit-python 0.000427103 "JIT compilation (in memory cache)"
+(2012, 5, 19, 1, 20, 40) fem-speedup-cpp 312.269 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 19, 1, 20, 40) fem-speedup-cpp-assembly 5.27967 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 19, 1, 20, 40) fem-speedup-cpp-solve 2.02355 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 19, 1, 21, 4) mesh-refinement-cpp 22.8047 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 19, 1, 21, 26) mesh-topology-cpp 21.5603 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 19, 1, 21, 48) mesh-unitcube-cpp 21.9737 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 19, 1, 22, 33) mesh-iteration-cpp 42.2436 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 19, 1, 22, 54) function-evaluation-cpp 21.3128 "Evaluations of functions at arbitrary points."
+(2012, 5, 19, 1, 22, 54) function-evaluation-cpp 21.2252 "Evaluations of functions at arbitrary points."
+(2012, 5, 19, 1, 23, 1) function-extrapolation-python 6.93798 "BENCH:  1.97170209885"
+(2012, 5, 19, 1, 23, 1) function-extrapolation-python 1.9717 "BENCH:  1.97170209885"
+(2012, 5, 19, 1, 23, 24) la-vector-access-cpp 22.8908 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 19, 1, 23, 49) la-vector-assignment-cpp 24.9476 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 20, 1, 11, 4) common-progress-cpp 29.0307 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 20, 1, 11, 35) common-timing-cpp 30.4833 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 20, 1, 11, 45) fem-multicore-cpp 10.1456 "Coloring mesh."
+(2012, 5, 20, 1, 14, 56) fem-assembly-cpp 191.331 "Assembly for various forms and backends"
+(2012, 5, 20, 1, 15, 8) fem-convergence-cpp 11.8639 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 20, 1, 15, 9) fem-jit-python 0.000417089 "JIT compilation (in memory cache)"
+(2012, 5, 20, 1, 20, 20) fem-speedup-cpp 310.484 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 20, 1, 20, 20) fem-speedup-cpp-assembly 5.29232 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 20, 1, 20, 20) fem-speedup-cpp-solve 2.04355 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 20, 1, 20, 44) mesh-refinement-cpp 22.8065 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 20, 1, 21, 6) mesh-topology-cpp 21.6726 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 20, 1, 21, 28) mesh-unitcube-cpp 22.0115 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 20, 1, 22, 11) mesh-iteration-cpp 40.402 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 20, 1, 22, 32) function-evaluation-cpp 21.3065 "Evaluations of functions at arbitrary points."
+(2012, 5, 20, 1, 22, 32) function-evaluation-cpp 21.2248 "Evaluations of functions at arbitrary points."
+(2012, 5, 20, 1, 22, 39) function-extrapolation-python 6.85689 "BENCH:  1.93156290054"
+(2012, 5, 20, 1, 22, 39) function-extrapolation-python 1.93156 "BENCH:  1.93156290054"
+(2012, 5, 20, 1, 23, 2) la-vector-access-cpp 22.8902 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 20, 1, 23, 31) la-vector-assignment-cpp 28.3952 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 21, 1, 11, 19) common-progress-cpp 37.6875 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 21, 1, 11, 49) common-timing-cpp 29.6896 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 21, 1, 11, 59) fem-multicore-cpp 10.1579 "Coloring mesh."
+(2012, 5, 21, 1, 15, 10) fem-assembly-cpp 191.493 "Assembly for various forms and backends"
+(2012, 5, 21, 1, 15, 22) fem-convergence-cpp 11.8256 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 21, 1, 15, 23) fem-jit-python 0.000413799 "JIT compilation (in memory cache)"
+(2012, 5, 21, 1, 20, 37) fem-speedup-cpp 313.637 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 21, 1, 20, 37) fem-speedup-cpp-assembly 5.26765 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 21, 1, 20, 37) fem-speedup-cpp-solve 2.00019 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 21, 1, 21, 1) mesh-refinement-cpp 22.7476 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 21, 1, 21, 23) mesh-topology-cpp 21.5406 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 21, 1, 21, 45) mesh-unitcube-cpp 22.0132 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 21, 1, 22, 28) mesh-iteration-cpp 40.3793 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 21, 1, 22, 49) function-evaluation-cpp 21.3211 "Evaluations of functions at arbitrary points."
+(2012, 5, 21, 1, 22, 49) function-evaluation-cpp 21.2394 "Evaluations of functions at arbitrary points."
+(2012, 5, 21, 1, 22, 56) function-extrapolation-python 6.86756 "BENCH:  1.92921495438"
+(2012, 5, 21, 1, 22, 56) function-extrapolation-python 1.92921 "BENCH:  1.92921495438"
+(2012, 5, 21, 1, 23, 19) la-vector-access-cpp 22.8928 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 21, 1, 23, 47) la-vector-assignment-cpp 28.4031 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 22, 1, 11, 8) common-progress-cpp 29.8733 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 22, 1, 11, 38) common-timing-cpp 29.5155 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 22, 1, 11, 48) fem-multicore-cpp 10.073 "Coloring mesh."
+(2012, 5, 22, 1, 14, 59) fem-assembly-cpp 191.628 "Assembly for various forms and backends"
+(2012, 5, 22, 1, 15, 11) fem-convergence-cpp 11.6046 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 22, 1, 15, 12) fem-jit-python 0.000409889 "JIT compilation (in memory cache)"
+(2012, 5, 22, 1, 20, 23) fem-speedup-cpp 311.306 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 22, 1, 20, 23) fem-speedup-cpp-assembly 5.25755 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 22, 1, 20, 23) fem-speedup-cpp-solve 2.03365 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 22, 1, 20, 48) mesh-refinement-cpp 22.7463 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 22, 1, 21, 9) mesh-topology-cpp 21.5485 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 22, 1, 21, 31) mesh-unitcube-cpp 21.921 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 22, 1, 22, 15) mesh-iteration-cpp 41.64 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 22, 1, 22, 38) function-evaluation-cpp 22.0231 "Evaluations of functions at arbitrary points."
+(2012, 5, 22, 1, 22, 38) function-evaluation-cpp 21.9416 "Evaluations of functions at arbitrary points."
+(2012, 5, 22, 1, 22, 45) function-extrapolation-python 6.91431 "BENCH:  1.91852498055"
+(2012, 5, 22, 1, 22, 45) function-extrapolation-python 1.91852 "BENCH:  1.91852498055"
+(2012, 5, 22, 1, 23, 10) la-vector-access-cpp 25.397 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 22, 1, 23, 35) la-vector-assignment-cpp 24.948 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 23, 1, 11, 24) common-progress-cpp 29.6142 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 23, 1, 11, 53) common-timing-cpp 29.3618 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 23, 1, 12, 3) fem-multicore-cpp 10.1015 "Coloring mesh."
+(2012, 5, 23, 1, 15, 15) fem-assembly-cpp 191.992 "Assembly for various forms and backends"
+(2012, 5, 23, 1, 15, 27) fem-convergence-cpp 11.895 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 23, 1, 15, 28) fem-jit-python 0.000430393 "JIT compilation (in memory cache)"
+(2012, 5, 23, 1, 20, 44) fem-speedup-cpp 316.339 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 23, 1, 20, 44) fem-speedup-cpp-assembly 5.27512 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 23, 1, 20, 44) fem-speedup-cpp-solve 1.8932 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 23, 1, 21, 9) mesh-refinement-cpp 22.7397 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 23, 1, 21, 30) mesh-topology-cpp 21.5146 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 23, 1, 21, 52) mesh-unitcube-cpp 22.0919 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 23, 1, 22, 35) mesh-iteration-cpp 40.3782 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 23, 1, 22, 56) function-evaluation-cpp 21.3599 "Evaluations of functions at arbitrary points."
+(2012, 5, 23, 1, 22, 56) function-evaluation-cpp 21.278 "Evaluations of functions at arbitrary points."
+(2012, 5, 23, 1, 23, 3) function-extrapolation-python 6.84355 "BENCH:  1.92967581749"
+(2012, 5, 23, 1, 23, 3) function-extrapolation-python 1.92968 "BENCH:  1.92967581749"
+(2012, 5, 23, 1, 23, 27) la-vector-access-cpp 23.89 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 23, 1, 23, 52) la-vector-assignment-cpp 24.9497 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 24, 1, 11, 33) common-progress-cpp 36.4364 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 24, 1, 12, 3) common-timing-cpp 29.917 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 24, 1, 12, 13) fem-multicore-cpp 10.0968 "Coloring mesh."
+(2012, 5, 24, 1, 15, 24) fem-assembly-cpp 191.1 "Assembly for various forms and backends"
+(2012, 5, 24, 1, 15, 36) fem-convergence-cpp 11.8609 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 24, 1, 15, 37) fem-jit-python 0.000411296 "JIT compilation (in memory cache)"
+(2012, 5, 24, 1, 20, 48) fem-speedup-cpp 310.716 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 24, 1, 20, 48) fem-speedup-cpp-assembly 5.25731 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 24, 1, 20, 48) fem-speedup-cpp-solve 2.03826 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 24, 1, 21, 12) mesh-refinement-cpp 22.8164 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 24, 1, 21, 34) mesh-topology-cpp 21.4963 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 24, 1, 21, 56) mesh-unitcube-cpp 21.9298 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 24, 1, 22, 39) mesh-iteration-cpp 40.3869 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 24, 1, 23, 0) function-evaluation-cpp 21.1227 "Evaluations of functions at arbitrary points."
+(2012, 5, 24, 1, 23, 0) function-evaluation-cpp 21.0415 "Evaluations of functions at arbitrary points."
+(2012, 5, 24, 1, 23, 7) function-extrapolation-python 6.83394 "BENCH:  1.90448999405"
+(2012, 5, 24, 1, 23, 7) function-extrapolation-python 1.90449 "BENCH:  1.90448999405"
+(2012, 5, 24, 1, 23, 30) la-vector-access-cpp 23.1083 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 24, 1, 23, 55) la-vector-assignment-cpp 24.949 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 25, 1, 11, 20) common-progress-cpp 29.8839 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 25, 1, 11, 49) common-timing-cpp 28.9127 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 25, 1, 11, 59) fem-multicore-cpp 10.1458 "Coloring mesh."
+(2012, 5, 25, 1, 15, 11) fem-assembly-cpp 191.513 "Assembly for various forms and backends"
+(2012, 5, 25, 1, 15, 23) fem-convergence-cpp 11.9113 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 25, 1, 15, 24) fem-jit-python 0.000434804 "JIT compilation (in memory cache)"
+(2012, 5, 25, 1, 20, 37) fem-speedup-cpp 312.898 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 25, 1, 20, 37) fem-speedup-cpp-assembly 5.34011 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 25, 1, 20, 37) fem-speedup-cpp-solve 2.00523 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 25, 1, 21, 1) mesh-refinement-cpp 22.6056 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 25, 1, 21, 23) mesh-topology-cpp 21.546 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 25, 1, 21, 45) mesh-unitcube-cpp 21.8756 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 25, 1, 22, 30) mesh-iteration-cpp 43.465 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 25, 1, 22, 52) function-evaluation-cpp 21.331 "Evaluations of functions at arbitrary points."
+(2012, 5, 25, 1, 22, 52) function-evaluation-cpp 21.2401 "Evaluations of functions at arbitrary points."
+(2012, 5, 25, 1, 22, 59) function-extrapolation-python 6.76543 "BENCH:  1.93370103836"
+(2012, 5, 25, 1, 22, 59) function-extrapolation-python 1.9337 "BENCH:  1.93370103836"
+(2012, 5, 25, 1, 23, 22) la-vector-access-cpp 23.4113 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 25, 1, 23, 51) la-vector-assignment-cpp 28.3577 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 26, 1, 11, 10) common-progress-cpp 29.7607 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 26, 1, 11, 40) common-timing-cpp 30.4693 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 26, 1, 11, 50) fem-multicore-cpp 10.0649 "Coloring mesh."
+(2012, 5, 26, 1, 15, 2) fem-assembly-cpp 192.302 "Assembly for various forms and backends"
+(2012, 5, 26, 1, 15, 14) fem-convergence-cpp 11.5876 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 26, 1, 15, 15) fem-jit-python 0.000417519 "JIT compilation (in memory cache)"
+(2012, 5, 26, 1, 20, 28) fem-speedup-cpp 312.653 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 26, 1, 20, 28) fem-speedup-cpp-assembly 5.34531 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 26, 1, 20, 28) fem-speedup-cpp-solve 2.02419 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 26, 1, 20, 52) mesh-refinement-cpp 22.7937 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 26, 1, 21, 14) mesh-topology-cpp 21.4674 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 26, 1, 21, 36) mesh-unitcube-cpp 21.8767 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 26, 1, 22, 19) mesh-iteration-cpp 40.3903 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 26, 1, 22, 40) function-evaluation-cpp 21.2679 "Evaluations of functions at arbitrary points."
+(2012, 5, 26, 1, 22, 40) function-evaluation-cpp 21.1869 "Evaluations of functions at arbitrary points."
+(2012, 5, 26, 1, 22, 47) function-extrapolation-python 6.68463 "BENCH:  1.87658405304"
+(2012, 5, 26, 1, 22, 47) function-extrapolation-python 1.87658 "BENCH:  1.87658405304"
+(2012, 5, 26, 1, 23, 9) la-vector-access-cpp 22.4248 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 26, 1, 23, 34) la-vector-assignment-cpp 24.9583 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 27, 1, 11, 6) common-progress-cpp 29.6723 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 27, 1, 11, 36) common-timing-cpp 30.183 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 27, 1, 11, 46) fem-multicore-cpp 10.001 "Coloring mesh."
+(2012, 5, 27, 1, 14, 58) fem-assembly-cpp 192.08 "Assembly for various forms and backends"
+(2012, 5, 27, 1, 15, 10) fem-convergence-cpp 11.8371 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 27, 1, 15, 11) fem-jit-python 0.00042069 "JIT compilation (in memory cache)"
+(2012, 5, 27, 1, 20, 23) fem-speedup-cpp 312.003 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 27, 1, 20, 23) fem-speedup-cpp-assembly 5.30995 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 27, 1, 20, 23) fem-speedup-cpp-solve 2.02653 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 27, 1, 20, 47) mesh-refinement-cpp 22.6896 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 27, 1, 21, 9) mesh-topology-cpp 21.5698 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 27, 1, 21, 31) mesh-unitcube-cpp 21.9092 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 27, 1, 22, 16) mesh-iteration-cpp 42.8681 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 27, 1, 22, 37) function-evaluation-cpp 21.3879 "Evaluations of functions at arbitrary points."
+(2012, 5, 27, 1, 22, 37) function-evaluation-cpp 21.3012 "Evaluations of functions at arbitrary points."
+(2012, 5, 27, 1, 22, 44) function-extrapolation-python 6.88474 "BENCH:  1.92811703682"
+(2012, 5, 27, 1, 22, 44) function-extrapolation-python 1.92812 "BENCH:  1.92811703682"
+(2012, 5, 27, 1, 23, 7) la-vector-access-cpp 22.468 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 27, 1, 23, 32) la-vector-assignment-cpp 24.9473 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 28, 1, 11, 13) common-progress-cpp 36.4364 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 28, 1, 11, 43) common-timing-cpp 30.0805 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 28, 1, 11, 53) fem-multicore-cpp 10.1594 "Coloring mesh."
+(2012, 5, 28, 1, 15, 5) fem-assembly-cpp 191.795 "Assembly for various forms and backends"
+(2012, 5, 28, 1, 15, 17) fem-convergence-cpp 11.8942 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 28, 1, 15, 18) fem-jit-python 0.00044589 "JIT compilation (in memory cache)"
+(2012, 5, 28, 1, 20, 29) fem-speedup-cpp 310.854 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 28, 1, 20, 29) fem-speedup-cpp-assembly 5.31187 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 28, 1, 20, 29) fem-speedup-cpp-solve 2.01725 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 28, 1, 20, 53) mesh-refinement-cpp 22.8342 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 28, 1, 21, 15) mesh-topology-cpp 21.5352 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 28, 1, 21, 37) mesh-unitcube-cpp 22.2483 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 28, 1, 22, 20) mesh-iteration-cpp 40.3942 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 28, 1, 22, 42) function-evaluation-cpp 21.3141 "Evaluations of functions at arbitrary points."
+(2012, 5, 28, 1, 22, 42) function-evaluation-cpp 21.233 "Evaluations of functions at arbitrary points."
+(2012, 5, 28, 1, 22, 48) function-extrapolation-python 6.79742 "BENCH:  1.92716479301"
+(2012, 5, 28, 1, 22, 48) function-extrapolation-python 1.92716 "BENCH:  1.92716479301"
+(2012, 5, 28, 1, 23, 13) la-vector-access-cpp 24.4848 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 28, 1, 23, 38) la-vector-assignment-cpp 24.9579 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 29, 1, 11, 22) common-progress-cpp 29.5721 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 29, 1, 11, 51) common-timing-cpp 29.353 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 29, 1, 12, 1) fem-multicore-cpp 10.024 "Coloring mesh."
+(2012, 5, 29, 1, 15, 15) fem-assembly-cpp 194.214 "Assembly for various forms and backends"
+(2012, 5, 29, 1, 15, 27) fem-convergence-cpp 11.8917 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 29, 1, 15, 28) fem-jit-python 0.000406408 "JIT compilation (in memory cache)"
+(2012, 5, 29, 1, 20, 41) fem-speedup-cpp 312.617 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 29, 1, 20, 41) fem-speedup-cpp-assembly 5.34119 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 29, 1, 20, 41) fem-speedup-cpp-solve 2.02083 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 29, 1, 21, 5) mesh-refinement-cpp 22.7366 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 29, 1, 21, 27) mesh-topology-cpp 21.5695 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 29, 1, 21, 48) mesh-unitcube-cpp 21.5538 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 29, 1, 22, 31) mesh-iteration-cpp 40.3848 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 29, 1, 22, 52) function-evaluation-cpp 21.2794 "Evaluations of functions at arbitrary points."
+(2012, 5, 29, 1, 22, 52) function-evaluation-cpp 21.1984 "Evaluations of functions at arbitrary points."
+(2012, 5, 29, 1, 22, 59) function-extrapolation-python 6.82393 "BENCH:  1.9122531414"
+(2012, 5, 29, 1, 22, 59) function-extrapolation-python 1.91225 "BENCH:  1.9122531414"
+(2012, 5, 29, 1, 23, 22) la-vector-access-cpp 22.9087 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 29, 1, 23, 47) la-vector-assignment-cpp 25.0548 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 30, 1, 11, 7) common-progress-cpp 29.5942 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 30, 1, 11, 36) common-timing-cpp 29.3557 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 30, 1, 11, 46) fem-multicore-cpp 10.0285 "Coloring mesh."
+(2012, 5, 30, 1, 15, 2) fem-assembly-cpp 195.489 "Assembly for various forms and backends"
+(2012, 5, 30, 1, 15, 13) fem-convergence-cpp 11.8672 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 30, 1, 15, 15) fem-jit-python 0.000409794 "JIT compilation (in memory cache)"
+(2012, 5, 30, 1, 20, 25) fem-speedup-cpp 310.344 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 30, 1, 20, 25) fem-speedup-cpp-assembly 5.31013 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 30, 1, 20, 25) fem-speedup-cpp-solve 2.02744 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 30, 1, 20, 49) mesh-refinement-cpp 22.7933 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 30, 1, 21, 11) mesh-topology-cpp 21.5537 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 30, 1, 21, 33) mesh-unitcube-cpp 21.4803 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 30, 1, 22, 25) mesh-iteration-cpp 50.3892 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 30, 1, 22, 47) function-evaluation-cpp 21.3679 "Evaluations of functions at arbitrary points."
+(2012, 5, 30, 1, 22, 47) function-evaluation-cpp 21.2867 "Evaluations of functions at arbitrary points."
+(2012, 5, 30, 1, 22, 54) function-extrapolation-python 6.75319 "BENCH:  1.91392302513"
+(2012, 5, 30, 1, 22, 54) function-extrapolation-python 1.91392 "BENCH:  1.91392302513"
+(2012, 5, 30, 1, 23, 16) la-vector-access-cpp 22.8961 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 30, 1, 23, 42) la-vector-assignment-cpp 24.9622 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 5, 31, 1, 11, 15) common-progress-cpp 30.2434 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 5, 31, 1, 11, 45) common-timing-cpp 29.95 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 5, 31, 1, 11, 56) fem-multicore-cpp 10.1539 "Coloring mesh."
+(2012, 5, 31, 1, 15, 11) fem-assembly-cpp 195.619 "Assembly for various forms and backends"
+(2012, 5, 31, 1, 15, 23) fem-convergence-cpp 11.9067 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 5, 31, 1, 15, 24) fem-jit-python 0.000415277 "JIT compilation (in memory cache)"
+(2012, 5, 31, 1, 20, 35) fem-speedup-cpp 310.523 "Assembly/solve speedup running on 4 processors"
+(2012, 5, 31, 1, 20, 35) fem-speedup-cpp-assembly 5.35221 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 5, 31, 1, 20, 35) fem-speedup-cpp-solve 2.00606 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 5, 31, 1, 20, 59) mesh-refinement-cpp 22.7502 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 5, 31, 1, 21, 21) mesh-topology-cpp 21.605 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 5, 31, 1, 21, 42) mesh-unitcube-cpp 21.5397 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 5, 31, 1, 22, 25) mesh-iteration-cpp 40.3962 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 5, 31, 1, 22, 47) function-evaluation-cpp 21.3396 "Evaluations of functions at arbitrary points."
+(2012, 5, 31, 1, 22, 47) function-evaluation-cpp 21.2581 "Evaluations of functions at arbitrary points."
+(2012, 5, 31, 1, 22, 53) function-extrapolation-python 6.68259 "BENCH:  1.91393995285"
+(2012, 5, 31, 1, 22, 53) function-extrapolation-python 1.91394 "BENCH:  1.91393995285"
+(2012, 5, 31, 1, 23, 17) la-vector-access-cpp 23.7996 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 5, 31, 1, 23, 42) la-vector-assignment-cpp 25.0495 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 1, 1, 11, 8) common-progress-cpp 29.892 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 1, 1, 11, 38) common-timing-cpp 29.2017 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 1, 1, 11, 48) fem-multicore-cpp 10.0623 "Coloring mesh."
+(2012, 6, 1, 1, 15, 1) fem-assembly-cpp 193.849 "Assembly for various forms and backends"
+(2012, 6, 1, 1, 15, 13) fem-convergence-cpp 11.8302 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 1, 1, 15, 14) fem-jit-python 0.000411201 "JIT compilation (in memory cache)"
+(2012, 6, 1, 1, 20, 26) fem-speedup-cpp 311.968 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 1, 1, 20, 26) fem-speedup-cpp-assembly 5.33225 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 1, 1, 20, 26) fem-speedup-cpp-solve 1.98457 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 1, 1, 20, 51) mesh-refinement-cpp 22.6667 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 1, 1, 21, 12) mesh-topology-cpp 21.5592 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 1, 1, 21, 34) mesh-unitcube-cpp 21.5331 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 1, 1, 22, 17) mesh-iteration-cpp 40.3761 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 1, 1, 22, 38) function-evaluation-cpp 21.3813 "Evaluations of functions at arbitrary points."
+(2012, 6, 1, 1, 22, 38) function-evaluation-cpp 21.2632 "Evaluations of functions at arbitrary points."
+(2012, 6, 1, 1, 22, 45) function-extrapolation-python 6.84335 "BENCH:  1.92669606209"
+(2012, 6, 1, 1, 22, 45) function-extrapolation-python 1.9267 "BENCH:  1.92669606209"
+(2012, 6, 1, 1, 23, 8) la-vector-access-cpp 22.8918 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 1, 1, 23, 33) la-vector-assignment-cpp 24.9478 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 2, 1, 11, 26) common-progress-cpp 29.5682 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 2, 1, 11, 55) common-timing-cpp 29.4358 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 2, 1, 12, 6) fem-multicore-cpp 10.1176 "Coloring mesh."
+(2012, 6, 2, 1, 15, 20) fem-assembly-cpp 194.888 "Assembly for various forms and backends"
+(2012, 6, 2, 1, 15, 32) fem-convergence-cpp 11.8629 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 2, 1, 15, 33) fem-jit-python 0.000422287 "JIT compilation (in memory cache)"
+(2012, 6, 2, 1, 20, 46) fem-speedup-cpp 312.141 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 2, 1, 20, 46) fem-speedup-cpp-assembly 5.42749 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 2, 1, 20, 46) fem-speedup-cpp-solve 2.03296 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 2, 1, 21, 10) mesh-refinement-cpp 22.6487 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 2, 1, 21, 32) mesh-topology-cpp 21.5539 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 2, 1, 21, 53) mesh-unitcube-cpp 21.5304 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 2, 1, 22, 36) mesh-iteration-cpp 40.3734 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 2, 1, 22, 57) function-evaluation-cpp 20.9285 "Evaluations of functions at arbitrary points."
+(2012, 6, 2, 1, 22, 57) function-evaluation-cpp 20.8105 "Evaluations of functions at arbitrary points."
+(2012, 6, 2, 1, 23, 4) function-extrapolation-python 6.91056 "BENCH:  1.89626288414"
+(2012, 6, 2, 1, 23, 4) function-extrapolation-python 1.89626 "BENCH:  1.89626288414"
+(2012, 6, 2, 1, 23, 27) la-vector-access-cpp 22.8956 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 2, 1, 23, 52) la-vector-assignment-cpp 24.9617 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 3, 1, 11, 6) common-progress-cpp 29.7073 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 3, 1, 11, 36) common-timing-cpp 29.6492 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 3, 1, 11, 46) fem-multicore-cpp 10.1124 "Coloring mesh."
+(2012, 6, 3, 1, 15, 0) fem-assembly-cpp 193.997 "Assembly for various forms and backends"
+(2012, 6, 3, 1, 15, 12) fem-convergence-cpp 11.5825 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 3, 1, 15, 13) fem-jit-python 0.000427794 "JIT compilation (in memory cache)"
+(2012, 6, 3, 1, 20, 30) fem-speedup-cpp 317.088 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 3, 1, 20, 30) fem-speedup-cpp-assembly 5.36035 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 3, 1, 20, 30) fem-speedup-cpp-solve 1.90454 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 3, 1, 20, 54) mesh-refinement-cpp 22.662 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 3, 1, 21, 16) mesh-topology-cpp 21.5826 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 3, 1, 21, 37) mesh-unitcube-cpp 21.5292 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 3, 1, 22, 20) mesh-iteration-cpp 40.3793 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 3, 1, 22, 41) function-evaluation-cpp 21.331 "Evaluations of functions at arbitrary points."
+(2012, 6, 3, 1, 22, 41) function-evaluation-cpp 21.2363 "Evaluations of functions at arbitrary points."
+(2012, 6, 3, 1, 22, 49) function-extrapolation-python 6.98481 "BENCH:  1.92869877815"
+(2012, 6, 3, 1, 22, 49) function-extrapolation-python 1.9287 "BENCH:  1.92869877815"
+(2012, 6, 3, 1, 23, 11) la-vector-access-cpp 22.8882 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 3, 1, 23, 43) la-vector-assignment-cpp 31.8781 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 4, 1, 11, 9) common-progress-cpp 29.607 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 4, 1, 11, 40) common-timing-cpp 30.8566 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 4, 1, 11, 50) fem-multicore-cpp 10.1028 "Coloring mesh."
+(2012, 6, 4, 1, 15, 3) fem-assembly-cpp 193.564 "Assembly for various forms and backends"
+(2012, 6, 4, 1, 15, 15) fem-convergence-cpp 11.8916 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 4, 1, 15, 16) fem-jit-python 0.000420904 "JIT compilation (in memory cache)"
+(2012, 6, 4, 1, 20, 28) fem-speedup-cpp 311.697 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 4, 1, 20, 28) fem-speedup-cpp-assembly 5.3027 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 4, 1, 20, 28) fem-speedup-cpp-solve 2.03463 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 4, 1, 20, 52) mesh-refinement-cpp 22.7172 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 4, 1, 21, 14) mesh-topology-cpp 21.6336 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 4, 1, 21, 35) mesh-unitcube-cpp 21.6053 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 4, 1, 22, 18) mesh-iteration-cpp 40.3822 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 4, 1, 22, 39) function-evaluation-cpp 21.3066 "Evaluations of functions at arbitrary points."
+(2012, 6, 4, 1, 22, 39) function-evaluation-cpp 21.213 "Evaluations of functions at arbitrary points."
+(2012, 6, 4, 1, 22, 46) function-extrapolation-python 6.67891 "BENCH:  1.90621995926"
+(2012, 6, 4, 1, 22, 46) function-extrapolation-python 1.90622 "BENCH:  1.90621995926"
+(2012, 6, 4, 1, 23, 9) la-vector-access-cpp 22.9162 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 4, 1, 23, 34) la-vector-assignment-cpp 24.9555 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 5, 1, 11, 3) common-progress-cpp 29.6767 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 5, 1, 11, 32) common-timing-cpp 29.4671 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 5, 1, 11, 42) fem-multicore-cpp 10.015 "Coloring mesh."
+(2012, 6, 5, 1, 14, 56) fem-assembly-cpp 194.016 "Assembly for various forms and backends"
+(2012, 6, 5, 1, 15, 8) fem-convergence-cpp 11.8499 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 5, 1, 15, 9) fem-jit-python 0.000432396 "JIT compilation (in memory cache)"
+(2012, 6, 5, 1, 20, 20) fem-speedup-cpp 310.625 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 5, 1, 20, 20) fem-speedup-cpp-assembly 5.39826 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 5, 1, 20, 20) fem-speedup-cpp-solve 2.0291 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 5, 1, 20, 44) mesh-refinement-cpp 22.6605 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 5, 1, 21, 6) mesh-topology-cpp 21.5928 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 5, 1, 21, 27) mesh-unitcube-cpp 21.5892 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 5, 1, 22, 10) mesh-iteration-cpp 40.3749 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 5, 1, 22, 31) function-evaluation-cpp 21.2994 "Evaluations of functions at arbitrary points."
+(2012, 6, 5, 1, 22, 31) function-evaluation-cpp 21.1948 "Evaluations of functions at arbitrary points."
+(2012, 6, 5, 1, 22, 38) function-extrapolation-python 6.72049 "BENCH:  1.9154291153"
+(2012, 6, 5, 1, 22, 38) function-extrapolation-python 1.91543 "BENCH:  1.9154291153"
+(2012, 6, 5, 1, 23, 1) la-vector-access-cpp 22.8892 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 5, 1, 23, 26) la-vector-assignment-cpp 24.9787 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 6, 1, 11, 11) common-progress-cpp 36.4362 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 6, 1, 11, 40) common-timing-cpp 29.0998 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 6, 1, 11, 50) fem-multicore-cpp 10.0637 "Coloring mesh."
+(2012, 6, 6, 1, 15, 4) fem-assembly-cpp 194.366 "Assembly for various forms and backends"
+(2012, 6, 6, 1, 15, 16) fem-convergence-cpp 11.8895 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 6, 1, 15, 17) fem-jit-python 0.000433302 "JIT compilation (in memory cache)"
+(2012, 6, 6, 1, 20, 31) fem-speedup-cpp 313.468 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 6, 1, 20, 31) fem-speedup-cpp-assembly 5.27284 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 6, 1, 20, 31) fem-speedup-cpp-solve 1.99439 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 6, 1, 20, 55) mesh-refinement-cpp 22.7055 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 6, 1, 21, 17) mesh-topology-cpp 21.6391 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 6, 1, 21, 38) mesh-unitcube-cpp 21.5574 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 6, 1, 22, 21) mesh-iteration-cpp 40.3823 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 6, 1, 22, 42) function-evaluation-cpp 21.3322 "Evaluations of functions at arbitrary points."
+(2012, 6, 6, 1, 22, 42) function-evaluation-cpp 21.2309 "Evaluations of functions at arbitrary points."
+(2012, 6, 6, 1, 22, 49) function-extrapolation-python 6.88828 "BENCH:  1.94164609909"
+(2012, 6, 6, 1, 22, 49) function-extrapolation-python 1.94165 "BENCH:  1.94164609909"
+(2012, 6, 6, 1, 23, 14) la-vector-access-cpp 24.7008 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 6, 1, 23, 42) la-vector-assignment-cpp 27.9355 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 7, 1, 11, 39) common-progress-cpp 29.907 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 7, 1, 12, 9) common-timing-cpp 29.8448 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 7, 1, 12, 19) fem-multicore-cpp 10.1124 "Coloring mesh."
+(2012, 6, 7, 1, 15, 32) fem-assembly-cpp 192.956 "Assembly for various forms and backends"
+(2012, 6, 7, 1, 15, 44) fem-convergence-cpp 11.8814 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 7, 1, 15, 45) fem-jit-python 0.000419784 "JIT compilation (in memory cache)"
+(2012, 6, 7, 1, 20, 54) fem-speedup-cpp 309.291 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 7, 1, 20, 54) fem-speedup-cpp-assembly 5.55141 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 7, 1, 20, 54) fem-speedup-cpp-solve 2.02218 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 7, 1, 21, 18) mesh-refinement-cpp 22.4169 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 7, 1, 21, 40) mesh-topology-cpp 21.1113 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 7, 1, 22, 1) mesh-unitcube-cpp 21.4645 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 7, 1, 22, 44) mesh-iteration-cpp 40.3754 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 7, 1, 23, 5) function-evaluation-cpp 21.3316 "Evaluations of functions at arbitrary points."
+(2012, 6, 7, 1, 23, 5) function-evaluation-cpp 21.2343 "Evaluations of functions at arbitrary points."
+(2012, 6, 7, 1, 23, 12) function-extrapolation-python 6.72874 "BENCH:  1.91428589821"
+(2012, 6, 7, 1, 23, 12) function-extrapolation-python 1.91429 "BENCH:  1.91428589821"
+(2012, 6, 7, 1, 23, 34) la-vector-access-cpp 22.4149 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 7, 1, 24, 0) la-vector-assignment-cpp 25.0207 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 8, 1, 11, 6) common-progress-cpp 29.8863 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 8, 1, 11, 36) common-timing-cpp 29.9752 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 8, 1, 11, 46) fem-multicore-cpp 10.1752 "Coloring mesh."
+(2012, 6, 8, 1, 14, 59) fem-assembly-cpp 192.827 "Assembly for various forms and backends"
+(2012, 6, 8, 1, 15, 11) fem-convergence-cpp 11.8781 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 8, 1, 15, 12) fem-jit-python 0.000407004 "JIT compilation (in memory cache)"
+(2012, 6, 8, 1, 20, 25) fem-speedup-cpp 312.744 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 8, 1, 20, 25) fem-speedup-cpp-assembly 5.51927 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 8, 1, 20, 25) fem-speedup-cpp-solve 1.98713 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 8, 1, 20, 49) mesh-refinement-cpp 22.4902 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 8, 1, 21, 10) mesh-topology-cpp 21.227 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 8, 1, 21, 32) mesh-unitcube-cpp 21.5297 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 8, 1, 22, 14) mesh-iteration-cpp 40.3794 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 8, 1, 22, 36) function-evaluation-cpp 21.3448 "Evaluations of functions at arbitrary points."
+(2012, 6, 8, 1, 22, 36) function-evaluation-cpp 21.2269 "Evaluations of functions at arbitrary points."
+(2012, 6, 8, 1, 22, 42) function-extrapolation-python 6.74054 "BENCH:  1.90929389"
+(2012, 6, 8, 1, 22, 42) function-extrapolation-python 1.90929 "BENCH:  1.90929389"
+(2012, 6, 8, 1, 23, 5) la-vector-access-cpp 22.414 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 8, 1, 23, 30) la-vector-assignment-cpp 25.1507 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 9, 1, 11, 11) common-progress-cpp 29.6083 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 9, 1, 11, 41) common-timing-cpp 29.9019 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 9, 1, 11, 51) fem-multicore-cpp 10.292 "Coloring mesh."
+(2012, 6, 9, 1, 15, 4) fem-assembly-cpp 192.929 "Assembly for various forms and backends"
+(2012, 6, 9, 1, 15, 16) fem-convergence-cpp 11.8579 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 9, 1, 15, 17) fem-jit-python 0.000409293 "JIT compilation (in memory cache)"
+(2012, 6, 9, 1, 20, 27) fem-speedup-cpp 310.53 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 9, 1, 20, 27) fem-speedup-cpp-assembly 5.50762 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 9, 1, 20, 27) fem-speedup-cpp-solve 2.02045 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 9, 1, 20, 51) mesh-refinement-cpp 22.3945 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 9, 1, 21, 13) mesh-topology-cpp 21.4554 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 9, 1, 21, 35) mesh-unitcube-cpp 21.5144 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 9, 1, 22, 17) mesh-iteration-cpp 40.3748 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 9, 1, 22, 39) function-evaluation-cpp 21.2983 "Evaluations of functions at arbitrary points."
+(2012, 6, 9, 1, 22, 39) function-evaluation-cpp 21.1995 "Evaluations of functions at arbitrary points."
+(2012, 6, 9, 1, 22, 46) function-extrapolation-python 6.91573 "BENCH:  1.91140294075"
+(2012, 6, 9, 1, 22, 46) function-extrapolation-python 1.9114 "BENCH:  1.91140294075"
+(2012, 6, 9, 1, 23, 8) la-vector-access-cpp 22.4171 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 9, 1, 23, 33) la-vector-assignment-cpp 24.9578 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 10, 1, 11, 8) common-progress-cpp 29.6028 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 10, 1, 11, 37) common-timing-cpp 29.241 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 10, 1, 11, 47) fem-multicore-cpp 10.2085 "Coloring mesh."
+(2012, 6, 10, 1, 15, 1) fem-assembly-cpp 193.99 "Assembly for various forms and backends"
+(2012, 6, 10, 1, 15, 13) fem-convergence-cpp 11.9072 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 10, 1, 15, 14) fem-jit-python 0.000418711 "JIT compilation (in memory cache)"
+(2012, 6, 10, 1, 20, 30) fem-speedup-cpp 315.755 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 10, 1, 20, 30) fem-speedup-cpp-assembly 5.5264 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 10, 1, 20, 30) fem-speedup-cpp-solve 1.92734 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 10, 1, 20, 54) mesh-refinement-cpp 22.402 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 10, 1, 21, 15) mesh-topology-cpp 21.1577 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 10, 1, 21, 37) mesh-unitcube-cpp 21.4241 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 10, 1, 22, 19) mesh-iteration-cpp 40.3732 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 10, 1, 22, 41) function-evaluation-cpp 21.5731 "Evaluations of functions at arbitrary points."
+(2012, 6, 10, 1, 22, 41) function-evaluation-cpp 21.4726 "Evaluations of functions at arbitrary points."
+(2012, 6, 10, 1, 22, 48) function-extrapolation-python 6.99914 "BENCH:  1.92446279526"
+(2012, 6, 10, 1, 22, 48) function-extrapolation-python 1.92446 "BENCH:  1.92446279526"
+(2012, 6, 10, 1, 23, 12) la-vector-access-cpp 23.4081 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 10, 1, 23, 40) la-vector-assignment-cpp 27.8949 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 11, 1, 11, 16) common-progress-cpp 30.1849 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 11, 1, 11, 46) common-timing-cpp 29.6861 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 11, 1, 11, 56) fem-multicore-cpp 10.1629 "Coloring mesh."
+(2012, 6, 11, 1, 15, 9) fem-assembly-cpp 192.913 "Assembly for various forms and backends"
+(2012, 6, 11, 1, 15, 21) fem-convergence-cpp 11.8951 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 11, 1, 15, 22) fem-jit-python 0.000427198 "JIT compilation (in memory cache)"
+(2012, 6, 11, 1, 20, 34) fem-speedup-cpp 311.439 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 11, 1, 20, 34) fem-speedup-cpp-assembly 5.52724 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 11, 1, 20, 34) fem-speedup-cpp-solve 2.0019 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 11, 1, 20, 58) mesh-refinement-cpp 22.4489 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 11, 1, 21, 19) mesh-topology-cpp 21.1194 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 11, 1, 21, 40) mesh-unitcube-cpp 21.4372 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 11, 1, 22, 23) mesh-iteration-cpp 40.3721 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 11, 1, 22, 45) function-evaluation-cpp 21.3233 "Evaluations of functions at arbitrary points."
+(2012, 6, 11, 1, 22, 45) function-evaluation-cpp 21.2205 "Evaluations of functions at arbitrary points."
+(2012, 6, 11, 1, 22, 51) function-extrapolation-python 6.7301 "BENCH:  1.91325688362"
+(2012, 6, 11, 1, 22, 51) function-extrapolation-python 1.91326 "BENCH:  1.91325688362"
+(2012, 6, 11, 1, 23, 15) la-vector-access-cpp 23.7871 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 11, 1, 23, 40) la-vector-assignment-cpp 24.9551 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 12, 1, 11, 12) common-progress-cpp 29.6005 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 12, 1, 11, 41) common-timing-cpp 29.3649 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 12, 1, 11, 52) fem-multicore-cpp 10.2365 "Coloring mesh."
+(2012, 6, 12, 1, 15, 4) fem-assembly-cpp 192.809 "Assembly for various forms and backends"
+(2012, 6, 12, 1, 15, 16) fem-convergence-cpp 11.902 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 12, 1, 15, 17) fem-jit-python 0.000407386 "JIT compilation (in memory cache)"
+(2012, 6, 12, 1, 20, 30) fem-speedup-cpp 312.619 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 12, 1, 20, 30) fem-speedup-cpp-assembly 5.52872 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 12, 1, 20, 30) fem-speedup-cpp-solve 2.00459 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 12, 1, 20, 54) mesh-refinement-cpp 22.4309 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 12, 1, 21, 15) mesh-topology-cpp 21.147 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 12, 1, 21, 37) mesh-unitcube-cpp 21.552 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 12, 1, 22, 20) mesh-iteration-cpp 40.3784 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 12, 1, 22, 41) function-evaluation-cpp 21.3816 "Evaluations of functions at arbitrary points."
+(2012, 6, 12, 1, 22, 41) function-evaluation-cpp 21.2866 "Evaluations of functions at arbitrary points."
+(2012, 6, 12, 1, 22, 48) function-extrapolation-python 6.75649 "BENCH:  1.92233991623"
+(2012, 6, 12, 1, 22, 48) function-extrapolation-python 1.92234 "BENCH:  1.92233991623"
+(2012, 6, 12, 1, 23, 10) la-vector-access-cpp 22.4226 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 12, 1, 23, 35) la-vector-assignment-cpp 24.9146 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 13, 1, 11, 4) common-progress-cpp 29.8758 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 13, 1, 11, 33) common-timing-cpp 28.8893 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 13, 1, 11, 43) fem-multicore-cpp 10.1614 "Coloring mesh."
+(2012, 6, 13, 1, 14, 56) fem-assembly-cpp 193.134 "Assembly for various forms and backends"
+(2012, 6, 13, 1, 15, 8) fem-convergence-cpp 11.8836 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 13, 1, 15, 9) fem-jit-python 0.000417399 "JIT compilation (in memory cache)"
+(2012, 6, 13, 1, 20, 19) fem-speedup-cpp 309.8 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 13, 1, 20, 19) fem-speedup-cpp-assembly 5.54182 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 13, 1, 20, 19) fem-speedup-cpp-solve 2.05001 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 13, 1, 20, 43) mesh-refinement-cpp 22.4349 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 13, 1, 21, 4) mesh-topology-cpp 21.1341 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 13, 1, 21, 26) mesh-unitcube-cpp 21.4753 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 13, 1, 22, 9) mesh-iteration-cpp 40.3903 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 13, 1, 22, 30) function-evaluation-cpp 21.3232 "Evaluations of functions at arbitrary points."
+(2012, 6, 13, 1, 22, 30) function-evaluation-cpp 21.2204 "Evaluations of functions at arbitrary points."
+(2012, 6, 13, 1, 22, 37) function-extrapolation-python 6.83525 "BENCH:  1.92004990578"
+(2012, 6, 13, 1, 22, 37) function-extrapolation-python 1.92005 "BENCH:  1.92004990578"
+(2012, 6, 13, 1, 23, 1) la-vector-access-cpp 24.3973 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 13, 1, 23, 27) la-vector-assignment-cpp 24.9728 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 14, 1, 11, 29) common-progress-cpp 30.4164 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 14, 1, 11, 59) common-timing-cpp 29.5554 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 14, 1, 12, 9) fem-multicore-cpp 10.1626 "Coloring mesh."
+(2012, 6, 14, 1, 15, 22) fem-assembly-cpp 193.395 "Assembly for various forms and backends"
+(2012, 6, 14, 1, 15, 34) fem-convergence-cpp 11.9002 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 14, 1, 15, 36) fem-jit-python 0.00041461 "JIT compilation (in memory cache)"
+(2012, 6, 14, 1, 20, 47) fem-speedup-cpp 310.316 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 14, 1, 20, 47) fem-speedup-cpp-assembly 5.52806 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 14, 1, 20, 47) fem-speedup-cpp-solve 2.05104 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 14, 1, 21, 10) mesh-refinement-cpp 22.4071 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 14, 1, 21, 31) mesh-topology-cpp 21.2934 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 14, 1, 21, 53) mesh-unitcube-cpp 21.6732 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 14, 1, 22, 36) mesh-iteration-cpp 40.3907 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 14, 1, 22, 57) function-evaluation-cpp 21.1068 "Evaluations of functions at arbitrary points."
+(2012, 6, 14, 1, 22, 57) function-evaluation-cpp 20.9887 "Evaluations of functions at arbitrary points."
+(2012, 6, 14, 1, 23, 26) function-extrapolation-python 29.0757 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2012, 6, 14, 1, 23, 26) function-extrapolation-python 1.91098 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2012, 6, 14, 1, 23, 50) la-vector-access-cpp 23.8802 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 14, 1, 24, 15) la-vector-assignment-cpp 24.962 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 15, 1, 11, 19) common-progress-cpp 29.5797 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 15, 1, 11, 49) common-timing-cpp 30.5908 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 15, 1, 12, 0) fem-multicore-cpp 10.1569 "Coloring mesh."
+(2012, 6, 15, 1, 15, 16) fem-assembly-cpp 196.654 "Assembly for various forms and backends"
+(2012, 6, 15, 1, 15, 28) fem-convergence-cpp 11.9271 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 15, 1, 15, 29) fem-jit-python 0.000416589 "JIT compilation (in memory cache)"
+(2012, 6, 15, 1, 20, 40) fem-speedup-cpp 310.93 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 15, 1, 20, 40) fem-speedup-cpp-assembly 5.49874 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 15, 1, 20, 40) fem-speedup-cpp-solve 2.00135 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 15, 1, 21, 4) mesh-refinement-cpp 22.0645 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 15, 1, 21, 25) mesh-topology-cpp 20.6735 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 15, 1, 21, 46) mesh-unitcube-cpp 21.0208 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 15, 1, 22, 29) mesh-iteration-cpp 40.3737 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 15, 1, 22, 50) function-evaluation-cpp 21.34 "Evaluations of functions at arbitrary points."
+(2012, 6, 15, 1, 22, 50) function-evaluation-cpp 21.2363 "Evaluations of functions at arbitrary points."
+(2012, 6, 15, 1, 22, 57) function-extrapolation-python 6.81551 "BENCH:  1.96959495544"
+(2012, 6, 15, 1, 22, 57) function-extrapolation-python 1.96959 "BENCH:  1.96959495544"
+(2012, 6, 15, 1, 23, 22) la-vector-access-cpp 25.389 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 15, 1, 23, 47) la-vector-assignment-cpp 24.9487 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 16, 1, 11, 8) common-progress-cpp 29.5048 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 16, 1, 11, 39) common-timing-cpp 30.7238 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 16, 1, 11, 49) fem-multicore-cpp 10.0559 "Coloring mesh."
+(2012, 6, 16, 1, 15, 6) fem-assembly-cpp 197.068 "Assembly for various forms and backends"
+(2012, 6, 16, 1, 15, 18) fem-convergence-cpp 11.9068 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 16, 1, 15, 19) fem-jit-python 0.000429916 "JIT compilation (in memory cache)"
+(2012, 6, 16, 1, 20, 29) fem-speedup-cpp 309.285 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 16, 1, 20, 29) fem-speedup-cpp-assembly 5.59151 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 16, 1, 20, 29) fem-speedup-cpp-solve 2.0454 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 16, 1, 20, 52) mesh-refinement-cpp 22.1236 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 16, 1, 21, 13) mesh-topology-cpp 20.6117 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 16, 1, 21, 34) mesh-unitcube-cpp 21.0168 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 16, 1, 22, 19) mesh-iteration-cpp 42.8725 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 16, 1, 22, 40) function-evaluation-cpp 20.807 "Evaluations of functions at arbitrary points."
+(2012, 6, 16, 1, 22, 40) function-evaluation-cpp 20.7038 "Evaluations of functions at arbitrary points."
+(2012, 6, 16, 1, 22, 47) function-extrapolation-python 6.6858 "BENCH:  1.96168613434"
+(2012, 6, 16, 1, 22, 47) function-extrapolation-python 1.96169 "BENCH:  1.96168613434"
+(2012, 6, 16, 1, 23, 12) la-vector-access-cpp 25.3891 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 16, 1, 23, 40) la-vector-assignment-cpp 27.8951 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 17, 1, 11, 9) common-progress-cpp 29.6113 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 17, 1, 11, 40) common-timing-cpp 30.2551 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 17, 1, 11, 50) fem-multicore-cpp 10.1262 "Coloring mesh."
+(2012, 6, 17, 1, 15, 7) fem-assembly-cpp 197.233 "Assembly for various forms and backends"
+(2012, 6, 17, 1, 15, 19) fem-convergence-cpp 11.8976 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 17, 1, 15, 20) fem-jit-python 0.000421381 "JIT compilation (in memory cache)"
+(2012, 6, 17, 1, 20, 30) fem-speedup-cpp 309.934 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 17, 1, 20, 30) fem-speedup-cpp-assembly 5.59283 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 17, 1, 20, 30) fem-speedup-cpp-solve 2.03595 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 17, 1, 20, 54) mesh-refinement-cpp 22.1048 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 17, 1, 21, 15) mesh-topology-cpp 20.6635 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 17, 1, 21, 36) mesh-unitcube-cpp 20.9857 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 17, 1, 22, 18) mesh-iteration-cpp 40.3724 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 17, 1, 22, 39) function-evaluation-cpp 20.9905 "Evaluations of functions at arbitrary points."
+(2012, 6, 17, 1, 22, 39) function-evaluation-cpp 20.9089 "Evaluations of functions at arbitrary points."
+(2012, 6, 17, 1, 22, 46) function-extrapolation-python 6.7089 "BENCH:  1.91786503792"
+(2012, 6, 17, 1, 22, 46) function-extrapolation-python 1.91787 "BENCH:  1.91786503792"
+(2012, 6, 17, 1, 23, 12) la-vector-access-cpp 25.3986 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 17, 1, 23, 40) la-vector-assignment-cpp 27.8999 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 18, 1, 11, 4) common-progress-cpp 29.6312 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 18, 1, 11, 34) common-timing-cpp 30.4561 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 18, 1, 11, 44) fem-multicore-cpp 10.1147 "Coloring mesh."
+(2012, 6, 18, 1, 15, 0) fem-assembly-cpp 196.29 "Assembly for various forms and backends"
+(2012, 6, 18, 1, 15, 12) fem-convergence-cpp 11.9254 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 18, 1, 15, 13) fem-jit-python 0.000420594 "JIT compilation (in memory cache)"
+(2012, 6, 18, 1, 20, 26) fem-speedup-cpp 312.323 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 18, 1, 20, 26) fem-speedup-cpp-assembly 5.57966 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 18, 1, 20, 26) fem-speedup-cpp-solve 2.00593 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 18, 1, 20, 49) mesh-refinement-cpp 22.0531 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 18, 1, 21, 10) mesh-topology-cpp 20.5799 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 18, 1, 21, 31) mesh-unitcube-cpp 20.9718 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 18, 1, 22, 14) mesh-iteration-cpp 40.3808 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 18, 1, 22, 35) function-evaluation-cpp 21.2974 "Evaluations of functions at arbitrary points."
+(2012, 6, 18, 1, 22, 35) function-evaluation-cpp 21.2158 "Evaluations of functions at arbitrary points."
+(2012, 6, 18, 1, 22, 42) function-extrapolation-python 6.77056 "BENCH:  1.96496796608"
+(2012, 6, 18, 1, 22, 42) function-extrapolation-python 1.96497 "BENCH:  1.96496796608"
+(2012, 6, 18, 1, 23, 8) la-vector-access-cpp 25.3872 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 18, 1, 23, 33) la-vector-assignment-cpp 24.9484 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 19, 1, 11, 21) common-progress-cpp 29.5791 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 19, 1, 11, 51) common-timing-cpp 30.5005 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 19, 1, 12, 1) fem-multicore-cpp 10.062 "Coloring mesh."
+(2012, 6, 19, 1, 15, 18) fem-assembly-cpp 196.873 "Assembly for various forms and backends"
+(2012, 6, 19, 1, 15, 30) fem-convergence-cpp 11.905 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 19, 1, 15, 31) fem-jit-python 0.000429606 "JIT compilation (in memory cache)"
+(2012, 6, 19, 1, 20, 42) fem-speedup-cpp 310.724 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 19, 1, 20, 42) fem-speedup-cpp-assembly 5.56819 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 19, 1, 20, 42) fem-speedup-cpp-solve 2.00762 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 19, 1, 21, 6) mesh-refinement-cpp 22.0974 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 19, 1, 21, 27) mesh-topology-cpp 20.63 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 19, 1, 21, 48) mesh-unitcube-cpp 20.9931 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 19, 1, 22, 36) mesh-iteration-cpp 46.0181 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 19, 1, 22, 57) function-evaluation-cpp 21.3652 "Evaluations of functions at arbitrary points."
+(2012, 6, 19, 1, 22, 57) function-evaluation-cpp 21.2063 "Evaluations of functions at arbitrary points."
+(2012, 6, 19, 1, 23, 4) function-extrapolation-python 6.85452 "BENCH:  1.94724607468"
+(2012, 6, 19, 1, 23, 4) function-extrapolation-python 1.94725 "BENCH:  1.94724607468"
+(2012, 6, 19, 1, 23, 30) la-vector-access-cpp 25.3918 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 19, 1, 23, 55) la-vector-assignment-cpp 24.9583 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 20, 1, 11, 32) common-progress-cpp 29.6165 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 20, 1, 12, 2) common-timing-cpp 29.7392 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 20, 1, 12, 12) fem-multicore-cpp 10.2458 "Coloring mesh."
+(2012, 6, 20, 1, 15, 31) fem-assembly-cpp 198.543 "Assembly for various forms and backends"
+(2012, 6, 20, 1, 15, 42) fem-convergence-cpp 11.7064 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 20, 1, 15, 44) fem-jit-python 0.000405312 "JIT compilation (in memory cache)"
+(2012, 6, 20, 1, 20, 55) fem-speedup-cpp 311.85 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 20, 1, 20, 55) fem-speedup-cpp-assembly 5.48203 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 20, 1, 20, 55) fem-speedup-cpp-solve 2.02044 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 20, 1, 21, 19) mesh-refinement-cpp 22.0618 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 20, 1, 21, 40) mesh-topology-cpp 20.5839 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 20, 1, 22, 1) mesh-unitcube-cpp 21.1712 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 20, 1, 22, 45) mesh-iteration-cpp 41.6332 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 20, 1, 23, 6) function-evaluation-cpp 21.3149 "Evaluations of functions at arbitrary points."
+(2012, 6, 20, 1, 23, 6) function-evaluation-cpp 21.2203 "Evaluations of functions at arbitrary points."
+(2012, 6, 20, 1, 23, 13) function-extrapolation-python 6.63328 "BENCH:  1.91113209724"
+(2012, 6, 20, 1, 23, 13) function-extrapolation-python 1.91113 "BENCH:  1.91113209724"
+(2012, 6, 20, 1, 23, 38) la-vector-access-cpp 25.3921 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 20, 1, 24, 4) la-vector-assignment-cpp 24.9485 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 21, 1, 11, 9) common-progress-cpp 29.5482 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 21, 1, 11, 39) common-timing-cpp 30.4116 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 21, 1, 11, 49) fem-multicore-cpp 10.2049 "Coloring mesh."
+(2012, 6, 21, 1, 15, 8) fem-assembly-cpp 198.816 "Assembly for various forms and backends"
+(2012, 6, 21, 1, 15, 20) fem-convergence-cpp 11.9213 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 21, 1, 15, 21) fem-jit-python 0.000418019 "JIT compilation (in memory cache)"
+(2012, 6, 21, 1, 20, 34) fem-speedup-cpp 312.465 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 21, 1, 20, 34) fem-speedup-cpp-assembly 5.50722 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 21, 1, 20, 34) fem-speedup-cpp-solve 2.02664 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 21, 1, 20, 57) mesh-refinement-cpp 22.11 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 21, 1, 21, 18) mesh-topology-cpp 20.644 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 21, 1, 21, 39) mesh-unitcube-cpp 21.0374 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 21, 1, 22, 22) mesh-iteration-cpp 40.3875 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 21, 1, 22, 43) function-evaluation-cpp 21.0824 "Evaluations of functions at arbitrary points."
+(2012, 6, 21, 1, 22, 43) function-evaluation-cpp 20.9891 "Evaluations of functions at arbitrary points."
+(2012, 6, 21, 1, 22, 50) function-extrapolation-python 6.75934 "BENCH:  1.9227771759"
+(2012, 6, 21, 1, 22, 50) function-extrapolation-python 1.92278 "BENCH:  1.9227771759"
+(2012, 6, 21, 1, 23, 15) la-vector-access-cpp 25.3927 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 21, 1, 23, 40) la-vector-assignment-cpp 24.9591 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 22, 1, 11, 10) common-progress-cpp 29.5883 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 22, 1, 11, 41) common-timing-cpp 30.5781 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 22, 1, 11, 51) fem-multicore-cpp 10.1749 "Coloring mesh."
+(2012, 6, 22, 1, 15, 10) fem-assembly-cpp 199.092 "Assembly for various forms and backends"
+(2012, 6, 22, 1, 15, 22) fem-convergence-cpp 11.9102 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 22, 1, 15, 23) fem-jit-python 0.000406694 "JIT compilation (in memory cache)"
+(2012, 6, 22, 1, 20, 36) fem-speedup-cpp 312.915 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 22, 1, 20, 36) fem-speedup-cpp-assembly 5.51407 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 22, 1, 20, 36) fem-speedup-cpp-solve 2.01124 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 22, 1, 21, 0) mesh-refinement-cpp 22.0415 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 22, 1, 21, 21) mesh-topology-cpp 20.579 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 22, 1, 21, 42) mesh-unitcube-cpp 21.3379 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 22, 1, 22, 25) mesh-iteration-cpp 40.3935 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 22, 1, 22, 46) function-evaluation-cpp 21.3151 "Evaluations of functions at arbitrary points."
+(2012, 6, 22, 1, 22, 46) function-evaluation-cpp 21.2194 "Evaluations of functions at arbitrary points."
+(2012, 6, 22, 1, 22, 53) function-extrapolation-python 6.88405 "BENCH:  1.93112683296"
+(2012, 6, 22, 1, 22, 53) function-extrapolation-python 1.93113 "BENCH:  1.93112683296"
+(2012, 6, 22, 1, 23, 18) la-vector-access-cpp 25.3934 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 22, 1, 23, 43) la-vector-assignment-cpp 24.9475 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 23, 1, 11, 28) common-progress-cpp 29.6063 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 23, 1, 11, 58) common-timing-cpp 30.446 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 23, 1, 12, 8) fem-multicore-cpp 10.1256 "Coloring mesh."
+(2012, 6, 23, 1, 15, 27) fem-assembly-cpp 198.646 "Assembly for various forms and backends"
+(2012, 6, 23, 1, 15, 39) fem-convergence-cpp 11.9411 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 23, 1, 15, 40) fem-jit-python 0.000417185 "JIT compilation (in memory cache)"
+(2012, 6, 23, 1, 20, 52) fem-speedup-cpp 311.882 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 23, 1, 20, 52) fem-speedup-cpp-assembly 5.4743 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 23, 1, 20, 52) fem-speedup-cpp-solve 2.01504 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 23, 1, 21, 16) mesh-refinement-cpp 22.124 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 23, 1, 21, 37) mesh-topology-cpp 20.568 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 23, 1, 21, 58) mesh-unitcube-cpp 21.01 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 23, 1, 22, 42) mesh-iteration-cpp 41.6568 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 23, 1, 23, 3) function-evaluation-cpp 21.5815 "Evaluations of functions at arbitrary points."
+(2012, 6, 23, 1, 23, 3) function-evaluation-cpp 21.4783 "Evaluations of functions at arbitrary points."
+(2012, 6, 23, 1, 23, 10) function-extrapolation-python 6.82318 "BENCH:  1.92148900032"
+(2012, 6, 23, 1, 23, 10) function-extrapolation-python 1.92149 "BENCH:  1.92148900032"
+(2012, 6, 23, 1, 23, 36) la-vector-access-cpp 25.3911 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 23, 1, 24, 4) la-vector-assignment-cpp 27.8442 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 24, 1, 11, 12) common-progress-cpp 29.573 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 24, 1, 11, 42) common-timing-cpp 30.3033 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 24, 1, 11, 52) fem-multicore-cpp 10.1529 "Coloring mesh."
+(2012, 6, 24, 1, 15, 12) fem-assembly-cpp 199.243 "Assembly for various forms and backends"
+(2012, 6, 24, 1, 15, 24) fem-convergence-cpp 11.9021 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 24, 1, 15, 25) fem-jit-python 0.000401711 "JIT compilation (in memory cache)"
+(2012, 6, 24, 1, 20, 38) fem-speedup-cpp 312.978 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 24, 1, 20, 38) fem-speedup-cpp-assembly 5.55022 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 24, 1, 20, 38) fem-speedup-cpp-solve 2.03781 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 24, 1, 21, 1) mesh-refinement-cpp 22.1779 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 24, 1, 21, 22) mesh-topology-cpp 20.5895 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 24, 1, 21, 43) mesh-unitcube-cpp 21.0479 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 24, 1, 22, 26) mesh-iteration-cpp 40.3746 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 24, 1, 22, 48) function-evaluation-cpp 22.3893 "Evaluations of functions at arbitrary points."
+(2012, 6, 24, 1, 22, 48) function-evaluation-cpp 22.2908 "Evaluations of functions at arbitrary points."
+(2012, 6, 24, 1, 22, 55) function-extrapolation-python 6.85051 "BENCH:  1.9329020977"
+(2012, 6, 24, 1, 22, 55) function-extrapolation-python 1.9329 "BENCH:  1.9329020977"
+(2012, 6, 24, 1, 23, 21) la-vector-access-cpp 25.3882 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 24, 1, 23, 46) la-vector-assignment-cpp 24.9473 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 25, 1, 11, 10) common-progress-cpp 29.5366 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 25, 1, 11, 41) common-timing-cpp 31.157 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 25, 1, 11, 51) fem-multicore-cpp 10.1419 "Coloring mesh."
+(2012, 6, 25, 1, 15, 10) fem-assembly-cpp 198.689 "Assembly for various forms and backends"
+(2012, 6, 25, 1, 15, 22) fem-convergence-cpp 11.8499 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 25, 1, 15, 23) fem-jit-python 0.0004251 "JIT compilation (in memory cache)"
+(2012, 6, 25, 1, 20, 36) fem-speedup-cpp 313.241 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 25, 1, 20, 36) fem-speedup-cpp-assembly 5.59466 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 25, 1, 20, 36) fem-speedup-cpp-solve 2.00567 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 25, 1, 21, 0) mesh-refinement-cpp 22.0802 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 25, 1, 21, 20) mesh-topology-cpp 20.597 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 25, 1, 21, 41) mesh-unitcube-cpp 21.0991 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 25, 1, 22, 24) mesh-iteration-cpp 40.3755 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 25, 1, 22, 45) function-evaluation-cpp 21.3401 "Evaluations of functions at arbitrary points."
+(2012, 6, 25, 1, 22, 45) function-evaluation-cpp 21.2445 "Evaluations of functions at arbitrary points."
+(2012, 6, 25, 1, 22, 52) function-extrapolation-python 6.74911 "BENCH:  1.9215118885"
+(2012, 6, 25, 1, 22, 52) function-extrapolation-python 1.92151 "BENCH:  1.9215118885"
+(2012, 6, 25, 1, 23, 17) la-vector-access-cpp 25.3874 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 25, 1, 23, 42) la-vector-assignment-cpp 24.9493 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 26, 1, 11, 28) common-progress-cpp 29.6136 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 26, 1, 11, 59) common-timing-cpp 30.5872 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 26, 1, 12, 9) fem-multicore-cpp 10.0909 "Coloring mesh."
+(2012, 6, 26, 1, 15, 25) fem-assembly-cpp 195.933 "Assembly for various forms and backends"
+(2012, 6, 26, 1, 15, 37) fem-convergence-cpp 11.9398 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 26, 1, 15, 38) fem-jit-python 0.000399804 "JIT compilation (in memory cache)"
+(2012, 6, 26, 1, 20, 49) fem-speedup-cpp 310.914 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 26, 1, 20, 49) fem-speedup-cpp-assembly 5.58617 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 26, 1, 20, 49) fem-speedup-cpp-solve 2.03649 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 26, 1, 21, 12) mesh-refinement-cpp 22.1508 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 26, 1, 21, 33) mesh-topology-cpp 20.5792 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 26, 1, 21, 54) mesh-unitcube-cpp 21.0742 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 26, 1, 22, 38) mesh-iteration-cpp 41.0163 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 26, 1, 22, 59) function-evaluation-cpp 21.315 "Evaluations of functions at arbitrary points."
+(2012, 6, 26, 1, 22, 59) function-evaluation-cpp 21.219 "Evaluations of functions at arbitrary points."
+(2012, 6, 26, 1, 23, 6) function-extrapolation-python 6.60352 "BENCH:  1.92566514015"
+(2012, 6, 26, 1, 23, 6) function-extrapolation-python 1.92567 "BENCH:  1.92566514015"
+(2012, 6, 26, 1, 23, 31) la-vector-access-cpp 25.3865 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 26, 1, 23, 56) la-vector-assignment-cpp 24.9464 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 27, 1, 11, 25) common-progress-cpp 29.8897 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 27, 1, 11, 56) common-timing-cpp 30.6465 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 27, 1, 12, 6) fem-multicore-cpp 10.2003 "Coloring mesh."
+(2012, 6, 27, 1, 15, 18) fem-assembly-cpp 191.976 "Assembly for various forms and backends"
+(2012, 6, 27, 1, 15, 30) fem-convergence-cpp 11.9411 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 27, 1, 15, 31) fem-jit-python 0.000414991 "JIT compilation (in memory cache)"
+(2012, 6, 27, 1, 20, 43) fem-speedup-cpp 311.98 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 27, 1, 20, 43) fem-speedup-cpp-assembly 5.60493 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 27, 1, 20, 43) fem-speedup-cpp-solve 1.99835 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 27, 1, 21, 7) mesh-refinement-cpp 22.0564 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 27, 1, 21, 28) mesh-topology-cpp 20.6054 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 27, 1, 21, 50) mesh-unitcube-cpp 21.7215 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 27, 1, 22, 32) mesh-iteration-cpp 40.3773 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 27, 1, 22, 53) function-evaluation-cpp 21.2317 "Evaluations of functions at arbitrary points."
+(2012, 6, 27, 1, 22, 53) function-evaluation-cpp 21.134 "Evaluations of functions at arbitrary points."
+(2012, 6, 27, 1, 23, 0) function-extrapolation-python 6.7933 "BENCH:  1.95113587379"
+(2012, 6, 27, 1, 23, 0) function-extrapolation-python 1.95114 "BENCH:  1.95113587379"
+(2012, 6, 27, 1, 23, 26) la-vector-access-cpp 25.3915 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 27, 1, 23, 54) la-vector-assignment-cpp 27.8938 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 28, 1, 11, 51) common-progress-cpp 36.4371 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 28, 1, 12, 20) common-timing-cpp 28.9524 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 28, 1, 12, 30) fem-multicore-cpp 10.0163 "Coloring mesh."
+(2012, 6, 28, 1, 15, 42) fem-assembly-cpp 191.767 "Assembly for various forms and backends"
+(2012, 6, 28, 1, 15, 54) fem-convergence-cpp 11.9488 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 28, 1, 15, 55) fem-jit-python 0.000433707 "JIT compilation (in memory cache)"
+(2012, 6, 28, 1, 21, 5) fem-speedup-cpp 310.174 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 28, 1, 21, 5) fem-speedup-cpp-assembly 5.57693 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 28, 1, 21, 5) fem-speedup-cpp-solve 2.03365 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 28, 1, 21, 29) mesh-refinement-cpp 22.0733 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 28, 1, 21, 49) mesh-topology-cpp 20.4687 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 28, 1, 22, 11) mesh-unitcube-cpp 21.6383 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 28, 1, 22, 54) mesh-iteration-cpp 40.3758 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 28, 1, 23, 15) function-evaluation-cpp 21.3317 "Evaluations of functions at arbitrary points."
+(2012, 6, 28, 1, 23, 15) function-evaluation-cpp 21.2295 "Evaluations of functions at arbitrary points."
+(2012, 6, 28, 1, 23, 22) function-extrapolation-python 6.76363 "BENCH:  1.91172289848"
+(2012, 6, 28, 1, 23, 22) function-extrapolation-python 1.91172 "BENCH:  1.91172289848"
+(2012, 6, 28, 1, 23, 45) la-vector-access-cpp 22.8985 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 28, 1, 24, 10) la-vector-assignment-cpp 24.9467 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 29, 1, 16, 32) common-progress-cpp 29.6195 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 29, 1, 17, 1) common-timing-cpp 29.1329 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 29, 1, 17, 11) fem-multicore-cpp 10.0964 "Coloring mesh."
+(2012, 6, 29, 1, 20, 24) fem-assembly-cpp 192.598 "Assembly for various forms and backends"
+(2012, 6, 29, 1, 20, 36) fem-convergence-cpp 11.9221 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 29, 1, 20, 37) fem-jit-python 0.00043602 "JIT compilation (in memory cache)"
+(2012, 6, 29, 1, 25, 46) fem-speedup-cpp 308.68 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 29, 1, 25, 46) fem-speedup-cpp-assembly 5.58399 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 29, 1, 25, 46) fem-speedup-cpp-solve 2.05438 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 29, 1, 26, 9) mesh-refinement-cpp 22.081 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 29, 1, 26, 30) mesh-topology-cpp 20.434 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 29, 1, 26, 52) mesh-unitcube-cpp 21.4899 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 29, 1, 27, 34) mesh-iteration-cpp 40.5043 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 29, 1, 27, 55) function-evaluation-cpp 21.1883 "Evaluations of functions at arbitrary points."
+(2012, 6, 29, 1, 27, 55) function-evaluation-cpp 21.0855 "Evaluations of functions at arbitrary points."
+(2012, 6, 29, 1, 28, 2) function-extrapolation-python 6.68353 "BENCH:  1.91109395027"
+(2012, 6, 29, 1, 28, 2) function-extrapolation-python 1.91109 "BENCH:  1.91109395027"
+(2012, 6, 29, 1, 28, 25) la-vector-access-cpp 22.8937 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 29, 1, 28, 50) la-vector-assignment-cpp 24.9483 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 6, 30, 1, 15, 40) common-progress-cpp 29.6137 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 6, 30, 1, 16, 9) common-timing-cpp 29.4747 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 6, 30, 1, 16, 19) fem-multicore-cpp 10.049 "Coloring mesh."
+(2012, 6, 30, 1, 19, 32) fem-assembly-cpp 193.023 "Assembly for various forms and backends"
+(2012, 6, 30, 1, 19, 44) fem-convergence-cpp 11.9579 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 6, 30, 1, 19, 45) fem-jit-python 0.000429201 "JIT compilation (in memory cache)"
+(2012, 6, 30, 1, 25, 11) fem-speedup-cpp 326.068 "Assembly/solve speedup running on 4 processors"
+(2012, 6, 30, 1, 25, 11) fem-speedup-cpp-assembly 5.60321 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 6, 30, 1, 25, 11) fem-speedup-cpp-solve 1.69883 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 6, 30, 1, 25, 35) mesh-refinement-cpp 22.0917 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 6, 30, 1, 25, 55) mesh-topology-cpp 20.4268 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 6, 30, 1, 26, 17) mesh-unitcube-cpp 21.573 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 6, 30, 1, 27, 0) mesh-iteration-cpp 40.3727 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 6, 30, 1, 27, 21) function-evaluation-cpp 21.3041 "Evaluations of functions at arbitrary points."
+(2012, 6, 30, 1, 27, 21) function-evaluation-cpp 21.2163 "Evaluations of functions at arbitrary points."
+(2012, 6, 30, 1, 27, 28) function-extrapolation-python 6.70274 "BENCH:  1.90698099136"
+(2012, 6, 30, 1, 27, 28) function-extrapolation-python 1.90698 "BENCH:  1.90698099136"
+(2012, 6, 30, 1, 27, 51) la-vector-access-cpp 22.8911 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 6, 30, 1, 28, 16) la-vector-assignment-cpp 24.9591 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 1, 1, 15, 39) common-progress-cpp 29.6486 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 1, 1, 16, 8) common-timing-cpp 29.0547 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 1, 1, 16, 18) fem-multicore-cpp 10.2782 "Coloring mesh."
+(2012, 7, 1, 1, 19, 29) fem-assembly-cpp 191.057 "Assembly for various forms and backends"
+(2012, 7, 1, 1, 19, 41) fem-convergence-cpp 11.9412 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 1, 1, 19, 42) fem-jit-python 0.000424194 "JIT compilation (in memory cache)"
+(2012, 7, 1, 1, 24, 52) fem-speedup-cpp 309.605 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 1, 1, 24, 52) fem-speedup-cpp-assembly 5.59463 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 1, 1, 24, 52) fem-speedup-cpp-solve 2.02099 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 1, 1, 25, 16) mesh-refinement-cpp 22.058 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 1, 1, 25, 36) mesh-topology-cpp 20.4891 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 1, 1, 25, 58) mesh-unitcube-cpp 21.4736 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 1, 1, 26, 40) mesh-iteration-cpp 40.3786 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 1, 1, 27, 2) function-evaluation-cpp 21.3167 "Evaluations of functions at arbitrary points."
+(2012, 7, 1, 1, 27, 2) function-evaluation-cpp 21.2348 "Evaluations of functions at arbitrary points."
+(2012, 7, 1, 1, 27, 8) function-extrapolation-python 6.6622 "BENCH:  1.90865588188"
+(2012, 7, 1, 1, 27, 8) function-extrapolation-python 1.90866 "BENCH:  1.90865588188"
+(2012, 7, 1, 1, 27, 33) la-vector-access-cpp 24.7514 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 1, 1, 27, 58) la-vector-assignment-cpp 25.0286 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 2, 1, 15, 45) common-progress-cpp 29.6133 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 2, 1, 16, 14) common-timing-cpp 29.0894 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 2, 1, 16, 24) fem-multicore-cpp 10.2739 "Coloring mesh."
+(2012, 7, 2, 1, 19, 37) fem-assembly-cpp 192.367 "Assembly for various forms and backends"
+(2012, 7, 2, 1, 19, 48) fem-convergence-cpp 11.6683 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 2, 1, 19, 49) fem-jit-python 0.000405407 "JIT compilation (in memory cache)"
+(2012, 7, 2, 1, 25, 4) fem-speedup-cpp 314.726 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 2, 1, 25, 4) fem-speedup-cpp-assembly 5.63825 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 2, 1, 25, 4) fem-speedup-cpp-solve 1.95124 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 2, 1, 25, 28) mesh-refinement-cpp 22.0579 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 2, 1, 25, 48) mesh-topology-cpp 20.4115 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 2, 1, 26, 10) mesh-unitcube-cpp 21.5577 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 2, 1, 26, 55) mesh-iteration-cpp 42.8509 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 2, 1, 27, 16) function-evaluation-cpp 21.2894 "Evaluations of functions at arbitrary points."
+(2012, 7, 2, 1, 27, 16) function-evaluation-cpp 21.1915 "Evaluations of functions at arbitrary points."
+(2012, 7, 2, 1, 27, 23) function-extrapolation-python 6.6945 "BENCH:  1.90479803085"
+(2012, 7, 2, 1, 27, 23) function-extrapolation-python 1.9048 "BENCH:  1.90479803085"
+(2012, 7, 2, 1, 27, 46) la-vector-access-cpp 22.8879 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 2, 1, 28, 11) la-vector-assignment-cpp 24.9607 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 3, 1, 11, 26) common-progress-cpp 29.628 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 3, 1, 11, 55) common-timing-cpp 28.1257 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 3, 1, 15, 9) fem-assembly-cpp 194.238 "Assembly for various forms and backends"
+(2012, 7, 3, 1, 15, 21) fem-convergence-cpp 11.9512 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 3, 1, 15, 22) fem-jit-python 0.000419402 "JIT compilation (in memory cache)"
+(2012, 7, 3, 1, 20, 40) fem-speedup-cpp 317.628 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 3, 1, 20, 40) fem-speedup-cpp-assembly 5.6005 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 3, 1, 20, 40) fem-speedup-cpp-solve 1.88693 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 3, 1, 21, 3) mesh-refinement-cpp 22.1633 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 3, 1, 21, 24) mesh-topology-cpp 20.7193 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 3, 1, 21, 46) mesh-unitcube-cpp 21.4555 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 3, 1, 22, 30) mesh-iteration-cpp 41.636 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 3, 1, 22, 51) function-evaluation-cpp 20.8499 "Evaluations of functions at arbitrary points."
+(2012, 7, 3, 1, 22, 51) function-evaluation-cpp 20.7684 "Evaluations of functions at arbitrary points."
+(2012, 7, 3, 1, 22, 58) function-extrapolation-python 6.85095 "BENCH:  1.90791702271"
+(2012, 7, 3, 1, 22, 58) function-extrapolation-python 1.90792 "BENCH:  1.90791702271"
+(2012, 7, 3, 1, 23, 20) la-vector-access-cpp 22.4229 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 3, 1, 23, 46) la-vector-assignment-cpp 25.3976 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 4, 1, 11, 30) common-progress-cpp 36.4368 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 4, 1, 11, 58) common-timing-cpp 27.9784 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 4, 1, 15, 12) fem-assembly-cpp 193.354 "Assembly for various forms and backends"
+(2012, 7, 4, 1, 15, 23) fem-convergence-cpp 11.9229 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 4, 1, 15, 25) fem-jit-python 0.00042851 "JIT compilation (in memory cache)"
+(2012, 7, 4, 1, 20, 35) fem-speedup-cpp 310.733 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 4, 1, 20, 35) fem-speedup-cpp-assembly 5.5576 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 4, 1, 20, 35) fem-speedup-cpp-solve 2.02502 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 4, 1, 20, 59) mesh-refinement-cpp 22.0479 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 4, 1, 21, 20) mesh-topology-cpp 20.5564 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 4, 1, 21, 41) mesh-unitcube-cpp 21.4302 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 4, 1, 22, 24) mesh-iteration-cpp 40.3744 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 4, 1, 22, 45) function-evaluation-cpp 21.379 "Evaluations of functions at arbitrary points."
+(2012, 7, 4, 1, 22, 45) function-evaluation-cpp 21.2979 "Evaluations of functions at arbitrary points."
+(2012, 7, 4, 1, 22, 52) function-extrapolation-python 6.58007 "BENCH:  1.86557984352"
+(2012, 7, 4, 1, 22, 52) function-extrapolation-python 1.86558 "BENCH:  1.86557984352"
+(2012, 7, 4, 1, 23, 14) la-vector-access-cpp 22.4098 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 4, 1, 23, 40) la-vector-assignment-cpp 25.4512 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 5, 1, 11, 10) common-progress-cpp 29.7995 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 5, 1, 11, 38) common-timing-cpp 28.1751 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 5, 1, 14, 53) fem-assembly-cpp 194.588 "Assembly for various forms and backends"
+(2012, 7, 5, 1, 15, 5) fem-convergence-cpp 11.9151 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 5, 1, 15, 6) fem-jit-python 0.000421095 "JIT compilation (in memory cache)"
+(2012, 7, 5, 1, 20, 17) fem-speedup-cpp 310.645 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 5, 1, 20, 17) fem-speedup-cpp-assembly 5.5981 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 5, 1, 20, 17) fem-speedup-cpp-solve 2.03443 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 5, 1, 20, 41) mesh-refinement-cpp 22.1465 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 5, 1, 21, 2) mesh-topology-cpp 20.6106 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 5, 1, 21, 23) mesh-unitcube-cpp 21.5178 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 5, 1, 22, 6) mesh-iteration-cpp 40.3804 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 5, 1, 22, 27) function-evaluation-cpp 21.0924 "Evaluations of functions at arbitrary points."
+(2012, 7, 5, 1, 22, 27) function-evaluation-cpp 21.0063 "Evaluations of functions at arbitrary points."
+(2012, 7, 5, 1, 22, 34) function-extrapolation-python 6.72323 "BENCH:  1.92064619064"
+(2012, 7, 5, 1, 22, 34) function-extrapolation-python 1.92065 "BENCH:  1.92064619064"
+(2012, 7, 5, 1, 22, 56) la-vector-access-cpp 22.4236 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 5, 1, 23, 22) la-vector-assignment-cpp 25.4492 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 6, 1, 11, 24) common-progress-cpp 29.6113 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 6, 1, 11, 51) common-timing-cpp 27.6632 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 6, 1, 15, 5) fem-assembly-cpp 193.551 "Assembly for various forms and backends"
+(2012, 7, 6, 1, 15, 17) fem-convergence-cpp 11.4544 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 6, 1, 15, 18) fem-jit-python 0.000411701 "JIT compilation (in memory cache)"
+(2012, 7, 6, 1, 20, 28) fem-speedup-cpp 309.882 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 6, 1, 20, 28) fem-speedup-cpp-assembly 5.58177 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 6, 1, 20, 28) fem-speedup-cpp-solve 1.99716 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 6, 1, 20, 51) mesh-refinement-cpp 22.2273 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 6, 1, 21, 12) mesh-topology-cpp 20.6234 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 6, 1, 21, 34) mesh-unitcube-cpp 21.4828 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 6, 1, 22, 17) mesh-iteration-cpp 40.3755 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 6, 1, 22, 38) function-evaluation-cpp 20.9144 "Evaluations of functions at arbitrary points."
+(2012, 7, 6, 1, 22, 38) function-evaluation-cpp 20.8334 "Evaluations of functions at arbitrary points."
+(2012, 7, 6, 1, 22, 44) function-extrapolation-python 6.73101 "BENCH:  1.90335488319"
+(2012, 7, 6, 1, 22, 44) function-extrapolation-python 1.90335 "BENCH:  1.90335488319"
+(2012, 7, 6, 1, 23, 10) la-vector-access-cpp 25.4003 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 6, 1, 23, 35) la-vector-assignment-cpp 25.4528 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 7, 1, 14, 24) common-progress-cpp 36.4364 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 7, 1, 14, 53) common-timing-cpp 28.9885 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 7, 1, 18, 7) fem-assembly-cpp 193.739 "Assembly for various forms and backends"
+(2012, 7, 7, 1, 18, 19) fem-convergence-cpp 11.9366 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 7, 1, 18, 20) fem-jit-python 0.000412583 "JIT compilation (in memory cache)"
+(2012, 7, 7, 1, 23, 30) fem-speedup-cpp 310.244 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 7, 1, 23, 30) fem-speedup-cpp-assembly 5.5773 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 7, 1, 23, 30) fem-speedup-cpp-solve 2.02537 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 7, 1, 23, 54) mesh-refinement-cpp 22.1877 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 7, 1, 24, 15) mesh-topology-cpp 20.5021 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 7, 1, 24, 36) mesh-unitcube-cpp 21.2574 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 7, 1, 25, 25) mesh-iteration-cpp 46.0096 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 7, 1, 25, 49) function-evaluation-cpp 24.1302 "Evaluations of functions at arbitrary points."
+(2012, 7, 7, 1, 25, 49) function-evaluation-cpp 24.0496 "Evaluations of functions at arbitrary points."
+(2012, 7, 7, 1, 25, 56) function-extrapolation-python 6.88995 "BENCH:  1.90162992477"
+(2012, 7, 7, 1, 25, 56) function-extrapolation-python 1.90163 "BENCH:  1.90162992477"
+(2012, 7, 7, 1, 26, 20) la-vector-access-cpp 24.4814 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 7, 1, 26, 46) la-vector-assignment-cpp 25.4047 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 8, 1, 13, 15) common-progress-cpp 29.6378 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 8, 1, 13, 44) common-timing-cpp 28.9003 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 8, 1, 16, 57) fem-assembly-cpp 192.965 "Assembly for various forms and backends"
+(2012, 7, 8, 1, 17, 8) fem-convergence-cpp 11.4697 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 8, 1, 17, 9) fem-jit-python 0.000409007 "JIT compilation (in memory cache)"
+(2012, 7, 8, 1, 22, 21) fem-speedup-cpp 311.156 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 8, 1, 22, 21) fem-speedup-cpp-assembly 5.57145 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 8, 1, 22, 21) fem-speedup-cpp-solve 1.99761 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 8, 1, 22, 44) mesh-refinement-cpp 22.0935 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 8, 1, 23, 5) mesh-topology-cpp 20.5707 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 8, 1, 23, 26) mesh-unitcube-cpp 21.279 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 8, 1, 24, 9) mesh-iteration-cpp 40.376 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 8, 1, 24, 30) function-evaluation-cpp 21.2841 "Evaluations of functions at arbitrary points."
+(2012, 7, 8, 1, 24, 30) function-evaluation-cpp 21.2034 "Evaluations of functions at arbitrary points."
+(2012, 7, 8, 1, 24, 37) function-extrapolation-python 6.76327 "BENCH:  1.9202029705"
+(2012, 7, 8, 1, 24, 37) function-extrapolation-python 1.9202 "BENCH:  1.9202029705"
+(2012, 7, 8, 1, 25, 0) la-vector-access-cpp 22.42 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 8, 1, 25, 25) la-vector-assignment-cpp 25.4584 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 9, 1, 13, 19) common-progress-cpp 29.5748 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 9, 1, 13, 48) common-timing-cpp 28.6257 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 9, 1, 17, 1) fem-assembly-cpp 192.955 "Assembly for various forms and backends"
+(2012, 7, 9, 1, 17, 13) fem-convergence-cpp 11.9453 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 9, 1, 17, 14) fem-jit-python 0.00041399 "JIT compilation (in memory cache)"
+(2012, 7, 9, 1, 22, 26) fem-speedup-cpp 311.295 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 9, 1, 22, 26) fem-speedup-cpp-assembly 5.58353 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 9, 1, 22, 26) fem-speedup-cpp-solve 2.02437 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 9, 1, 22, 49) mesh-refinement-cpp 22.1555 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 9, 1, 23, 10) mesh-topology-cpp 20.5953 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 9, 1, 23, 32) mesh-unitcube-cpp 21.3128 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 9, 1, 24, 14) mesh-iteration-cpp 40.4215 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 9, 1, 24, 36) function-evaluation-cpp 21.5272 "Evaluations of functions at arbitrary points."
+(2012, 7, 9, 1, 24, 36) function-evaluation-cpp 21.4467 "Evaluations of functions at arbitrary points."
+(2012, 7, 9, 1, 24, 43) function-extrapolation-python 6.78775 "BENCH:  1.91103196144"
+(2012, 7, 9, 1, 24, 43) function-extrapolation-python 1.91103 "BENCH:  1.91103196144"
+(2012, 7, 9, 1, 25, 6) la-vector-access-cpp 23.6291 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 9, 1, 25, 34) la-vector-assignment-cpp 27.892 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 10, 1, 14, 38) common-progress-cpp 29.5893 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 10, 1, 15, 7) common-timing-cpp 29.1217 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 10, 1, 18, 22) fem-assembly-cpp 194.469 "Assembly for various forms and backends"
+(2012, 7, 10, 1, 18, 34) fem-convergence-cpp 11.9089 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 10, 1, 18, 35) fem-jit-python 0.000415802 "JIT compilation (in memory cache)"
+(2012, 7, 10, 1, 23, 44) fem-speedup-cpp 309.423 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 10, 1, 23, 44) fem-speedup-cpp-assembly 5.66613 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 10, 1, 23, 44) fem-speedup-cpp-solve 2.03236 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 10, 1, 24, 8) mesh-refinement-cpp 22.3689 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 10, 1, 24, 29) mesh-topology-cpp 20.554 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 10, 1, 24, 50) mesh-unitcube-cpp 20.9391 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 10, 1, 25, 33) mesh-iteration-cpp 40.3767 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 10, 1, 25, 54) function-evaluation-cpp 21.2844 "Evaluations of functions at arbitrary points."
+(2012, 7, 10, 1, 25, 54) function-evaluation-cpp 21.2033 "Evaluations of functions at arbitrary points."
+(2012, 7, 10, 1, 26, 1) function-extrapolation-python 6.67263 "BENCH:  1.9172949791"
+(2012, 7, 10, 1, 26, 1) function-extrapolation-python 1.91729 "BENCH:  1.9172949791"
+(2012, 7, 10, 1, 26, 23) la-vector-access-cpp 22.427 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 10, 1, 26, 51) la-vector-assignment-cpp 27.9069 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 11, 1, 11, 47) common-progress-cpp 29.8045 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 11, 1, 12, 17) common-timing-cpp 30.0524 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 11, 1, 15, 31) fem-assembly-cpp 194.012 "Assembly for various forms and backends"
+(2012, 7, 11, 1, 15, 43) fem-convergence-cpp 11.9505 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 11, 1, 15, 44) fem-jit-python 0.000429821 "JIT compilation (in memory cache)"
+(2012, 7, 11, 1, 20, 56) fem-speedup-cpp 311.849 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 11, 1, 20, 56) fem-speedup-cpp-assembly 5.6531 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 11, 1, 20, 56) fem-speedup-cpp-solve 2.00829 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 11, 1, 21, 20) mesh-refinement-cpp 22.3421 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 11, 1, 21, 41) mesh-topology-cpp 20.6441 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 11, 1, 22, 2) mesh-unitcube-cpp 20.9552 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 11, 1, 22, 44) mesh-iteration-cpp 40.3828 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 11, 1, 23, 6) function-evaluation-cpp 21.9723 "Evaluations of functions at arbitrary points."
+(2012, 7, 11, 1, 23, 6) function-evaluation-cpp 21.8829 "Evaluations of functions at arbitrary points."
+(2012, 7, 11, 1, 23, 13) function-extrapolation-python 6.75829 "BENCH:  1.90943789482"
+(2012, 7, 11, 1, 23, 13) function-extrapolation-python 1.90944 "BENCH:  1.90943789482"
+(2012, 7, 11, 1, 23, 38) la-vector-access-cpp 24.7412 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 11, 1, 24, 3) la-vector-assignment-cpp 25.4111 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 12, 1, 11, 53) common-progress-cpp 36.4373 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 12, 1, 12, 21) common-timing-cpp 28.5086 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 12, 1, 15, 36) fem-assembly-cpp 194.434 "Assembly for various forms and backends"
+(2012, 7, 12, 1, 15, 48) fem-convergence-cpp 11.5306 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 12, 1, 15, 49) fem-jit-python 0.000412893 "JIT compilation (in memory cache)"
+(2012, 7, 12, 1, 20, 57) fem-speedup-cpp 308.792 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 12, 1, 20, 57) fem-speedup-cpp-assembly 5.60959 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 12, 1, 20, 57) fem-speedup-cpp-solve 2.0193 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 12, 1, 21, 21) mesh-refinement-cpp 22.4121 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 12, 1, 21, 42) mesh-topology-cpp 20.5736 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 12, 1, 22, 3) mesh-unitcube-cpp 20.93 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 12, 1, 22, 46) mesh-iteration-cpp 40.3743 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 12, 1, 23, 7) function-evaluation-cpp 21.2894 "Evaluations of functions at arbitrary points."
+(2012, 7, 12, 1, 23, 7) function-evaluation-cpp 21.2081 "Evaluations of functions at arbitrary points."
+(2012, 7, 12, 1, 23, 14) function-extrapolation-python 6.67532 "BENCH:  1.91668891907"
+(2012, 7, 12, 1, 23, 14) function-extrapolation-python 1.91669 "BENCH:  1.91668891907"
+(2012, 7, 12, 1, 23, 38) la-vector-access-cpp 23.6359 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 12, 1, 24, 3) la-vector-assignment-cpp 25.4436 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 13, 1, 11, 28) common-progress-cpp 29.6488 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 13, 1, 11, 59) common-timing-cpp 30.083 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 13, 1, 12, 9) fem-multicore-cpp 10.0839 "Coloring mesh."
+(2012, 7, 13, 1, 15, 22) fem-assembly-cpp 193.626 "Assembly for various forms and backends"
+(2012, 7, 13, 1, 15, 34) fem-convergence-cpp 11.9086 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 13, 1, 15, 35) fem-jit-python 0.000427198 "JIT compilation (in memory cache)"
+(2012, 7, 13, 1, 20, 45) fem-speedup-cpp 309.717 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 13, 1, 20, 45) fem-speedup-cpp-assembly 5.63184 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 13, 1, 20, 45) fem-speedup-cpp-solve 2.04214 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 13, 1, 21, 9) mesh-refinement-cpp 22.153 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 13, 1, 21, 30) mesh-topology-cpp 20.7313 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 13, 1, 21, 51) mesh-unitcube-cpp 21.4905 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 13, 1, 22, 35) mesh-iteration-cpp 41.634 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 13, 1, 22, 56) function-evaluation-cpp 21.2933 "Evaluations of functions at arbitrary points."
+(2012, 7, 13, 1, 22, 56) function-evaluation-cpp 21.2119 "Evaluations of functions at arbitrary points."
+(2012, 7, 13, 1, 23, 3) function-extrapolation-python 6.8248 "BENCH:  1.9243979454"
+(2012, 7, 13, 1, 23, 3) function-extrapolation-python 1.9244 "BENCH:  1.9243979454"
+(2012, 7, 13, 1, 23, 26) la-vector-access-cpp 22.4081 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 13, 1, 23, 51) la-vector-assignment-cpp 25.4809 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 14, 1, 11, 14) common-progress-cpp 38.9434 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 14, 1, 11, 43) common-timing-cpp 29.3379 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 14, 1, 11, 53) fem-multicore-cpp 10.0772 "Coloring mesh."
+(2012, 7, 14, 1, 15, 6) fem-assembly-cpp 193.142 "Assembly for various forms and backends"
+(2012, 7, 14, 1, 15, 18) fem-convergence-cpp 11.8946 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 14, 1, 15, 19) fem-jit-python 0.000407195 "JIT compilation (in memory cache)"
+(2012, 7, 14, 1, 20, 29) fem-speedup-cpp 310.363 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 14, 1, 20, 29) fem-speedup-cpp-assembly 5.55063 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 14, 1, 20, 29) fem-speedup-cpp-solve 2.02214 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 14, 1, 20, 53) mesh-refinement-cpp 22.1168 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 14, 1, 21, 14) mesh-topology-cpp 20.7844 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 14, 1, 21, 36) mesh-unitcube-cpp 21.3481 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 14, 1, 22, 18) mesh-iteration-cpp 40.3815 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 14, 1, 22, 40) function-evaluation-cpp 21.9608 "Evaluations of functions at arbitrary points."
+(2012, 7, 14, 1, 22, 40) function-evaluation-cpp 21.8798 "Evaluations of functions at arbitrary points."
+(2012, 7, 14, 1, 22, 47) function-extrapolation-python 6.8243 "BENCH:  1.92809700966"
+(2012, 7, 14, 1, 22, 47) function-extrapolation-python 1.9281 "BENCH:  1.92809700966"
+(2012, 7, 14, 1, 23, 10) la-vector-access-cpp 22.4038 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 14, 1, 23, 35) la-vector-assignment-cpp 25.5905 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 15, 1, 11, 14) common-progress-cpp 38.9439 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 15, 1, 11, 45) common-timing-cpp 30.8212 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 15, 1, 11, 55) fem-multicore-cpp 10.1311 "Coloring mesh."
+(2012, 7, 15, 1, 15, 10) fem-assembly-cpp 194.769 "Assembly for various forms and backends"
+(2012, 7, 15, 1, 15, 21) fem-convergence-cpp 11.8522 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 15, 1, 15, 22) fem-jit-python 0.000414014 "JIT compilation (in memory cache)"
+(2012, 7, 15, 1, 20, 34) fem-speedup-cpp 311.408 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 15, 1, 20, 34) fem-speedup-cpp-assembly 5.62431 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 15, 1, 20, 34) fem-speedup-cpp-solve 2.02487 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 15, 1, 20, 58) mesh-refinement-cpp 22.0856 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 15, 1, 21, 18) mesh-topology-cpp 20.6847 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 15, 1, 21, 40) mesh-unitcube-cpp 21.4524 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 15, 1, 22, 29) mesh-iteration-cpp 46.2753 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 15, 1, 22, 50) function-evaluation-cpp 21.2861 "Evaluations of functions at arbitrary points."
+(2012, 7, 15, 1, 22, 50) function-evaluation-cpp 21.2044 "Evaluations of functions at arbitrary points."
+(2012, 7, 15, 1, 22, 57) function-extrapolation-python 6.77093 "BENCH:  1.92303419113"
+(2012, 7, 15, 1, 22, 57) function-extrapolation-python 1.92303 "BENCH:  1.92303419113"
+(2012, 7, 15, 1, 23, 22) la-vector-access-cpp 25.3831 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 15, 1, 23, 48) la-vector-assignment-cpp 25.4531 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 16, 1, 11, 11) common-progress-cpp 29.5795 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 16, 1, 11, 41) common-timing-cpp 29.7445 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 16, 1, 11, 51) fem-multicore-cpp 9.94738 "Coloring mesh."
+(2012, 7, 16, 1, 15, 5) fem-assembly-cpp 194.098 "Assembly for various forms and backends"
+(2012, 7, 16, 1, 15, 17) fem-convergence-cpp 11.9348 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 16, 1, 15, 18) fem-jit-python 0.000427079 "JIT compilation (in memory cache)"
+(2012, 7, 16, 1, 20, 27) fem-speedup-cpp 308.865 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 16, 1, 20, 27) fem-speedup-cpp-assembly 5.60095 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 16, 1, 20, 27) fem-speedup-cpp-solve 2.02497 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 16, 1, 20, 50) mesh-refinement-cpp 22.1093 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 16, 1, 21, 11) mesh-topology-cpp 20.8478 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 16, 1, 21, 33) mesh-unitcube-cpp 21.4882 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 16, 1, 22, 16) mesh-iteration-cpp 40.3822 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 16, 1, 22, 37) function-evaluation-cpp 20.9776 "Evaluations of functions at arbitrary points."
+(2012, 7, 16, 1, 22, 37) function-evaluation-cpp 20.8962 "Evaluations of functions at arbitrary points."
+(2012, 7, 16, 1, 22, 43) function-extrapolation-python 6.72694 "BENCH:  1.93575787544"
+(2012, 7, 16, 1, 22, 43) function-extrapolation-python 1.93576 "BENCH:  1.93575787544"
+(2012, 7, 16, 1, 23, 6) la-vector-access-cpp 22.409 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 16, 1, 23, 31) la-vector-assignment-cpp 25.4432 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 17, 1, 11, 31) common-progress-cpp 29.6357 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 17, 1, 12, 2) common-timing-cpp 30.6584 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 17, 1, 12, 12) fem-multicore-cpp 10.0469 "Coloring mesh."
+(2012, 7, 17, 1, 15, 26) fem-assembly-cpp 194.112 "Assembly for various forms and backends"
+(2012, 7, 17, 1, 15, 38) fem-convergence-cpp 11.9217 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 17, 1, 15, 39) fem-jit-python 0.000420213 "JIT compilation (in memory cache)"
+(2012, 7, 17, 1, 20, 50) fem-speedup-cpp 310.945 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 17, 1, 20, 50) fem-speedup-cpp-assembly 5.57088 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 17, 1, 20, 50) fem-speedup-cpp-solve 2.03844 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 17, 1, 21, 14) mesh-refinement-cpp 22.1577 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 17, 1, 21, 35) mesh-topology-cpp 20.764 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 17, 1, 21, 56) mesh-unitcube-cpp 21.3822 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 17, 1, 22, 39) mesh-iteration-cpp 40.3758 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 17, 1, 23, 1) function-evaluation-cpp 21.2812 "Evaluations of functions at arbitrary points."
+(2012, 7, 17, 1, 23, 1) function-evaluation-cpp 21.2001 "Evaluations of functions at arbitrary points."
+(2012, 7, 17, 1, 23, 7) function-extrapolation-python 6.7999 "BENCH:  1.92372608185"
+(2012, 7, 17, 1, 23, 7) function-extrapolation-python 1.92373 "BENCH:  1.92372608185"
+(2012, 7, 17, 1, 23, 32) la-vector-access-cpp 24.7897 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 17, 1, 23, 58) la-vector-assignment-cpp 25.4068 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 19, 1, 11, 9) common-progress-cpp 29.7868 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 19, 1, 11, 38) common-timing-cpp 28.8395 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 19, 1, 11, 48) fem-multicore-cpp 10.2752 "Coloring mesh."
+(2012, 7, 19, 1, 15, 3) fem-assembly-cpp 194.947 "Assembly for various forms and backends"
+(2012, 7, 19, 1, 15, 15) fem-convergence-cpp 11.8983 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 19, 1, 15, 16) fem-jit-python 0.000419402 "JIT compilation (in memory cache)"
+(2012, 7, 19, 1, 20, 25) fem-speedup-cpp 308.963 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 19, 1, 20, 25) fem-speedup-cpp-assembly 5.60969 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 19, 1, 20, 25) fem-speedup-cpp-solve 2.03868 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 19, 1, 20, 49) mesh-refinement-cpp 22.4129 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 19, 1, 21, 10) mesh-topology-cpp 20.761 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 19, 1, 21, 32) mesh-unitcube-cpp 21.5611 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 19, 1, 22, 25) mesh-iteration-cpp 51.0275 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 19, 1, 22, 47) function-evaluation-cpp 21.5729 "Evaluations of functions at arbitrary points."
+(2012, 7, 19, 1, 22, 47) function-evaluation-cpp 21.4917 "Evaluations of functions at arbitrary points."
+(2012, 7, 19, 1, 22, 54) function-extrapolation-python 6.68494 "BENCH:  1.89506697655"
+(2012, 7, 19, 1, 22, 54) function-extrapolation-python 1.89507 "BENCH:  1.89506697655"
+(2012, 7, 19, 1, 23, 16) la-vector-access-cpp 22.4159 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 19, 1, 23, 41) la-vector-assignment-cpp 25.399 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 20, 1, 11, 8) common-progress-cpp 29.0914 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 20, 1, 11, 37) common-timing-cpp 29.2537 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 20, 1, 11, 47) fem-multicore-cpp 10.1507 "Coloring mesh."
+(2012, 7, 20, 1, 15, 4) fem-assembly-cpp 196.471 "Assembly for various forms and backends"
+(2012, 7, 20, 1, 15, 16) fem-convergence-cpp 11.8827 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 20, 1, 15, 17) fem-jit-python 0.000411892 "JIT compilation (in memory cache)"
+(2012, 7, 20, 1, 20, 29) fem-speedup-cpp 312.336 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 20, 1, 20, 29) fem-speedup-cpp-assembly 5.58828 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 20, 1, 20, 29) fem-speedup-cpp-solve 2.0176 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 20, 1, 20, 53) mesh-refinement-cpp 22.4186 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 20, 1, 21, 14) mesh-topology-cpp 20.6485 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 20, 1, 21, 36) mesh-unitcube-cpp 21.7139 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 20, 1, 22, 18) mesh-iteration-cpp 40.3752 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 20, 1, 22, 40) function-evaluation-cpp 21.2835 "Evaluations of functions at arbitrary points."
+(2012, 7, 20, 1, 22, 40) function-evaluation-cpp 21.2025 "Evaluations of functions at arbitrary points."
+(2012, 7, 20, 1, 22, 47) function-extrapolation-python 6.79721 "BENCH:  1.89754605293"
+(2012, 7, 20, 1, 22, 47) function-extrapolation-python 1.89755 "BENCH:  1.89754605293"
+(2012, 7, 20, 1, 23, 11) la-vector-access-cpp 23.9353 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 20, 1, 23, 36) la-vector-assignment-cpp 25.3965 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 21, 1, 11, 32) common-progress-cpp 29.6363 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 21, 1, 12, 2) common-timing-cpp 29.8686 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 21, 1, 12, 12) fem-multicore-cpp 9.95786 "Coloring mesh."
+(2012, 7, 21, 1, 15, 26) fem-assembly-cpp 193.425 "Assembly for various forms and backends"
+(2012, 7, 21, 1, 15, 37) fem-convergence-cpp 11.9171 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 21, 1, 15, 39) fem-jit-python 0.000430417 "JIT compilation (in memory cache)"
+(2012, 7, 21, 1, 20, 48) fem-speedup-cpp 308.931 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 21, 1, 20, 48) fem-speedup-cpp-assembly 5.5555 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 21, 1, 20, 48) fem-speedup-cpp-solve 2.05058 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 21, 1, 21, 11) mesh-refinement-cpp 22.3758 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 21, 1, 21, 32) mesh-topology-cpp 20.6305 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 21, 1, 21, 55) mesh-unitcube-cpp 22.3498 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 21, 1, 22, 41) mesh-iteration-cpp 43.5146 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 21, 1, 23, 2) function-evaluation-cpp 20.8254 "Evaluations of functions at arbitrary points."
+(2012, 7, 21, 1, 23, 2) function-evaluation-cpp 20.7446 "Evaluations of functions at arbitrary points."
+(2012, 7, 21, 1, 23, 8) function-extrapolation-python 6.78721 "BENCH:  1.91753196716"
+(2012, 7, 21, 1, 23, 8) function-extrapolation-python 1.91753 "BENCH:  1.91753196716"
+(2012, 7, 21, 1, 23, 31) la-vector-access-cpp 22.4287 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 21, 1, 23, 56) la-vector-assignment-cpp 25.4559 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 22, 1, 11, 31) common-progress-cpp 47.72 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 22, 1, 12, 1) common-timing-cpp 29.4317 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 22, 1, 12, 11) fem-multicore-cpp 9.94623 "Coloring mesh."
+(2012, 7, 22, 1, 15, 26) fem-assembly-cpp 194.897 "Assembly for various forms and backends"
+(2012, 7, 22, 1, 15, 37) fem-convergence-cpp 11.8542 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 22, 1, 15, 39) fem-jit-python 0.000412416 "JIT compilation (in memory cache)"
+(2012, 7, 22, 1, 20, 49) fem-speedup-cpp 310.132 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 22, 1, 20, 49) fem-speedup-cpp-assembly 5.54072 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 22, 1, 20, 49) fem-speedup-cpp-solve 2.03657 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 22, 1, 21, 13) mesh-refinement-cpp 22.4339 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 22, 1, 21, 34) mesh-topology-cpp 20.6921 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 22, 1, 21, 56) mesh-unitcube-cpp 22.3722 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 22, 1, 22, 40) mesh-iteration-cpp 41.7626 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 22, 1, 23, 1) function-evaluation-cpp 20.7944 "Evaluations of functions at arbitrary points."
+(2012, 7, 22, 1, 23, 1) function-evaluation-cpp 20.7068 "Evaluations of functions at arbitrary points."
+(2012, 7, 22, 1, 23, 8) function-extrapolation-python 6.84596 "BENCH:  1.90588784218"
+(2012, 7, 22, 1, 23, 8) function-extrapolation-python 1.90589 "BENCH:  1.90588784218"
+(2012, 7, 22, 1, 23, 33) la-vector-access-cpp 25.41 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 22, 1, 23, 59) la-vector-assignment-cpp 25.4635 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 23, 1, 11, 6) common-progress-cpp 29.6032 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 23, 1, 11, 36) common-timing-cpp 29.9432 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 23, 1, 11, 46) fem-multicore-cpp 9.90192 "Coloring mesh."
+(2012, 7, 23, 1, 14, 59) fem-assembly-cpp 193.564 "Assembly for various forms and backends"
+(2012, 7, 23, 1, 15, 11) fem-convergence-cpp 11.9282 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 23, 1, 15, 12) fem-jit-python 0.000425696 "JIT compilation (in memory cache)"
+(2012, 7, 23, 1, 20, 23) fem-speedup-cpp 310.915 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 23, 1, 20, 23) fem-speedup-cpp-assembly 5.57585 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 23, 1, 20, 23) fem-speedup-cpp-solve 2.00888 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 23, 1, 20, 47) mesh-refinement-cpp 22.3715 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 23, 1, 21, 8) mesh-topology-cpp 20.6325 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 23, 1, 21, 31) mesh-unitcube-cpp 22.4316 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 23, 1, 22, 14) mesh-iteration-cpp 41.0185 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 23, 1, 22, 35) function-evaluation-cpp 21.3319 "Evaluations of functions at arbitrary points."
+(2012, 7, 23, 1, 22, 35) function-evaluation-cpp 21.2447 "Evaluations of functions at arbitrary points."
+(2012, 7, 23, 1, 22, 42) function-extrapolation-python 6.82343 "BENCH:  1.93197798729"
+(2012, 7, 23, 1, 22, 42) function-extrapolation-python 1.93198 "BENCH:  1.93197798729"
+(2012, 7, 23, 1, 23, 8) la-vector-access-cpp 25.3912 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 23, 1, 23, 36) la-vector-assignment-cpp 27.9007 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 24, 1, 11, 11) common-progress-cpp 29.0819 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 24, 1, 11, 41) common-timing-cpp 29.3601 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 24, 1, 11, 51) fem-multicore-cpp 9.95028 "Coloring mesh."
+(2012, 7, 24, 1, 15, 5) fem-assembly-cpp 194.265 "Assembly for various forms and backends"
+(2012, 7, 24, 1, 15, 17) fem-convergence-cpp 11.9279 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 24, 1, 15, 18) fem-jit-python 0.000419378 "JIT compilation (in memory cache)"
+(2012, 7, 24, 1, 20, 30) fem-speedup-cpp 311.658 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 24, 1, 20, 30) fem-speedup-cpp-assembly 5.49909 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 24, 1, 20, 30) fem-speedup-cpp-solve 2.05009 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 24, 1, 20, 54) mesh-refinement-cpp 22.4222 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 24, 1, 21, 15) mesh-topology-cpp 20.6787 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 24, 1, 21, 37) mesh-unitcube-cpp 22.4159 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 24, 1, 22, 25) mesh-iteration-cpp 46.0234 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 24, 1, 22, 47) function-evaluation-cpp 21.2977 "Evaluations of functions at arbitrary points."
+(2012, 7, 24, 1, 22, 47) function-evaluation-cpp 21.2007 "Evaluations of functions at arbitrary points."
+(2012, 7, 24, 1, 22, 53) function-extrapolation-python 6.86221 "BENCH:  1.92128801346"
+(2012, 7, 24, 1, 22, 53) function-extrapolation-python 1.92129 "BENCH:  1.92128801346"
+(2012, 7, 24, 1, 23, 18) la-vector-access-cpp 24.7522 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 24, 1, 23, 46) la-vector-assignment-cpp 27.8409 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 25, 1, 11, 14) common-progress-cpp 36.4356 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 25, 1, 11, 43) common-timing-cpp 29.6528 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 25, 1, 11, 53) fem-multicore-cpp 9.98029 "Coloring mesh."
+(2012, 7, 25, 1, 15, 7) fem-assembly-cpp 193.57 "Assembly for various forms and backends"
+(2012, 7, 25, 1, 15, 19) fem-convergence-cpp 11.9259 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 25, 1, 15, 20) fem-jit-python 0.000426006 "JIT compilation (in memory cache)"
+(2012, 7, 25, 1, 20, 31) fem-speedup-cpp 310.625 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 25, 1, 20, 31) fem-speedup-cpp-assembly 5.55859 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 25, 1, 20, 31) fem-speedup-cpp-solve 1.99905 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 25, 1, 20, 55) mesh-refinement-cpp 22.4398 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 25, 1, 21, 15) mesh-topology-cpp 20.6706 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 25, 1, 21, 38) mesh-unitcube-cpp 22.3091 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 25, 1, 22, 22) mesh-iteration-cpp 41.6074 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 25, 1, 22, 43) function-evaluation-cpp 21.2907 "Evaluations of functions at arbitrary points."
+(2012, 7, 25, 1, 22, 43) function-evaluation-cpp 21.2097 "Evaluations of functions at arbitrary points."
+(2012, 7, 25, 1, 22, 50) function-extrapolation-python 6.70363 "BENCH:  1.9204351902"
+(2012, 7, 25, 1, 22, 50) function-extrapolation-python 1.92044 "BENCH:  1.9204351902"
+(2012, 7, 25, 1, 23, 12) la-vector-access-cpp 22.4167 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 25, 1, 23, 38) la-vector-assignment-cpp 25.3947 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 27, 1, 11, 26) common-progress-cpp 37.6901 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 27, 1, 11, 56) common-timing-cpp 30.1764 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 27, 1, 12, 6) fem-multicore-cpp 9.98826 "Coloring mesh."
+(2012, 7, 27, 1, 15, 19) fem-assembly-cpp 193.644 "Assembly for various forms and backends"
+(2012, 7, 27, 1, 15, 31) fem-convergence-cpp 11.8717 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 27, 1, 15, 32) fem-jit-python 0.00041101 "JIT compilation (in memory cache)"
+(2012, 7, 27, 1, 20, 42) fem-speedup-cpp 309.846 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 27, 1, 20, 42) fem-speedup-cpp-assembly 5.65637 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 27, 1, 20, 42) fem-speedup-cpp-solve 2.04842 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 27, 1, 21, 6) mesh-refinement-cpp 22.3369 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 27, 1, 21, 27) mesh-topology-cpp 20.7088 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 27, 1, 21, 50) mesh-unitcube-cpp 22.4545 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 27, 1, 22, 32) mesh-iteration-cpp 40.3789 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 27, 1, 22, 54) function-evaluation-cpp 21.9869 "Evaluations of functions at arbitrary points."
+(2012, 7, 27, 1, 22, 54) function-evaluation-cpp 21.8999 "Evaluations of functions at arbitrary points."
+(2012, 7, 27, 1, 23, 1) function-extrapolation-python 6.73873 "BENCH:  1.90853095055"
+(2012, 7, 27, 1, 23, 1) function-extrapolation-python 1.90853 "BENCH:  1.90853095055"
+(2012, 7, 27, 1, 23, 24) la-vector-access-cpp 22.4537 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 27, 1, 23, 49) la-vector-assignment-cpp 24.9493 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 29, 1, 11, 13) common-progress-cpp 29.7298 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 29, 1, 11, 44) common-timing-cpp 30.7616 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 29, 1, 11, 54) fem-multicore-cpp 10.0131 "Coloring mesh."
+(2012, 7, 29, 1, 15, 7) fem-assembly-cpp 193.53 "Assembly for various forms and backends"
+(2012, 7, 29, 1, 15, 19) fem-convergence-cpp 11.426 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 29, 1, 15, 20) fem-jit-python 0.000416112 "JIT compilation (in memory cache)"
+(2012, 7, 29, 1, 20, 31) fem-speedup-cpp 311.399 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 29, 1, 20, 31) fem-speedup-cpp-assembly 5.64124 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 29, 1, 20, 31) fem-speedup-cpp-solve 2.00606 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 29, 1, 20, 55) mesh-refinement-cpp 22.3373 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 29, 1, 21, 16) mesh-topology-cpp 20.6986 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 29, 1, 21, 38) mesh-unitcube-cpp 21.8388 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 29, 1, 22, 21) mesh-iteration-cpp 40.3855 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 29, 1, 22, 42) function-evaluation-cpp 21.3017 "Evaluations of functions at arbitrary points."
+(2012, 7, 29, 1, 22, 42) function-evaluation-cpp 21.2214 "Evaluations of functions at arbitrary points."
+(2012, 7, 29, 1, 22, 49) function-extrapolation-python 6.69555 "BENCH:  1.89014196396"
+(2012, 7, 29, 1, 22, 49) function-extrapolation-python 1.89014 "BENCH:  1.89014196396"
+(2012, 7, 29, 1, 23, 12) la-vector-access-cpp 22.4472 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 29, 1, 23, 40) la-vector-assignment-cpp 27.9015 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 30, 1, 11, 16) common-progress-cpp 29.6569 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 30, 1, 11, 47) common-timing-cpp 30.2102 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 30, 1, 11, 57) fem-multicore-cpp 9.89728 "Coloring mesh."
+(2012, 7, 30, 1, 15, 10) fem-assembly-cpp 193.385 "Assembly for various forms and backends"
+(2012, 7, 30, 1, 15, 22) fem-convergence-cpp 11.9149 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 30, 1, 15, 23) fem-jit-python 0.000411415 "JIT compilation (in memory cache)"
+(2012, 7, 30, 1, 20, 34) fem-speedup-cpp 310.68 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 30, 1, 20, 34) fem-speedup-cpp-assembly 5.68593 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 30, 1, 20, 34) fem-speedup-cpp-solve 2.04506 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 30, 1, 20, 58) mesh-refinement-cpp 22.3722 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 30, 1, 21, 19) mesh-topology-cpp 20.7445 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 30, 1, 21, 40) mesh-unitcube-cpp 21.8393 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 30, 1, 22, 23) mesh-iteration-cpp 40.3795 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 30, 1, 22, 45) function-evaluation-cpp 21.3273 "Evaluations of functions at arbitrary points."
+(2012, 7, 30, 1, 22, 45) function-evaluation-cpp 21.2424 "Evaluations of functions at arbitrary points."
+(2012, 7, 30, 1, 22, 51) function-extrapolation-python 6.76534 "BENCH:  1.95725488663"
+(2012, 7, 30, 1, 22, 51) function-extrapolation-python 1.95725 "BENCH:  1.95725488663"
+(2012, 7, 30, 1, 23, 17) la-vector-access-cpp 25.4715 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 30, 1, 23, 42) la-vector-assignment-cpp 24.9598 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 7, 31, 1, 11, 28) common-progress-cpp 29.5893 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 7, 31, 1, 11, 58) common-timing-cpp 30.1016 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 7, 31, 1, 12, 8) fem-multicore-cpp 9.93331 "Coloring mesh."
+(2012, 7, 31, 1, 15, 19) fem-assembly-cpp 190.548 "Assembly for various forms and backends"
+(2012, 7, 31, 1, 15, 31) fem-convergence-cpp 11.9473 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 7, 31, 1, 15, 32) fem-jit-python 0.000434399 "JIT compilation (in memory cache)"
+(2012, 7, 31, 1, 20, 42) fem-speedup-cpp 310.112 "Assembly/solve speedup running on 4 processors"
+(2012, 7, 31, 1, 20, 42) fem-speedup-cpp-assembly 5.56953 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 7, 31, 1, 20, 42) fem-speedup-cpp-solve 2.02464 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 7, 31, 1, 21, 6) mesh-refinement-cpp 22.5539 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 7, 31, 1, 21, 27) mesh-topology-cpp 20.7692 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 7, 31, 1, 21, 51) mesh-unitcube-cpp 23.7833 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 7, 31, 1, 22, 40) mesh-iteration-cpp 46.0126 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 7, 31, 1, 23, 1) function-evaluation-cpp 21.3054 "Evaluations of functions at arbitrary points."
+(2012, 7, 31, 1, 23, 1) function-evaluation-cpp 21.2248 "Evaluations of functions at arbitrary points."
+(2012, 7, 31, 1, 23, 8) function-extrapolation-python 6.78106 "BENCH:  1.90696597099"
+(2012, 7, 31, 1, 23, 8) function-extrapolation-python 1.90697 "BENCH:  1.90696597099"
+(2012, 7, 31, 1, 23, 37) la-vector-access-cpp 29.4313 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 7, 31, 1, 24, 2) la-vector-assignment-cpp 24.955 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 1, 1, 11, 17) common-progress-cpp 29.5766 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 1, 1, 11, 47) common-timing-cpp 30.4901 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 1, 1, 11, 57) fem-multicore-cpp 9.94622 "Coloring mesh."
+(2012, 8, 1, 1, 15, 8) fem-assembly-cpp 190.876 "Assembly for various forms and backends"
+(2012, 8, 1, 1, 15, 20) fem-convergence-cpp 11.8958 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 1, 1, 15, 21) fem-jit-python 0.000432014 "JIT compilation (in memory cache)"
+(2012, 8, 1, 1, 20, 32) fem-speedup-cpp 311.034 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 1, 1, 20, 32) fem-speedup-cpp-assembly 5.59269 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 1, 1, 20, 32) fem-speedup-cpp-solve 2.03693 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 1, 1, 20, 56) mesh-refinement-cpp 22.598 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 1, 1, 21, 18) mesh-topology-cpp 20.8268 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 1, 1, 21, 41) mesh-unitcube-cpp 23.7219 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 1, 1, 22, 26) mesh-iteration-cpp 41.6373 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 1, 1, 22, 47) function-evaluation-cpp 21.3215 "Evaluations of functions at arbitrary points."
+(2012, 8, 1, 1, 22, 47) function-evaluation-cpp 21.2352 "Evaluations of functions at arbitrary points."
+(2012, 8, 1, 1, 22, 54) function-extrapolation-python 6.78113 "BENCH:  1.93070411682"
+(2012, 8, 1, 1, 22, 54) function-extrapolation-python 1.9307 "BENCH:  1.93070411682"
+(2012, 8, 1, 1, 23, 19) la-vector-access-cpp 25.4321 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 1, 1, 23, 47) la-vector-assignment-cpp 27.9015 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 4, 1, 11, 8) common-progress-cpp 29.5677 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 4, 1, 11, 39) common-timing-cpp 30.7567 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 4, 1, 11, 49) fem-multicore-cpp 10.0697 "Coloring mesh."
+(2012, 8, 4, 1, 15, 3) fem-assembly-cpp 194.446 "Assembly for various forms and backends"
+(2012, 8, 4, 1, 15, 15) fem-convergence-cpp 11.6303 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 4, 1, 15, 16) fem-jit-python 0.0004107 "JIT compilation (in memory cache)"
+(2012, 8, 4, 1, 20, 26) fem-speedup-cpp 310.251 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 4, 1, 20, 26) fem-speedup-cpp-assembly 5.47256 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 4, 1, 20, 26) fem-speedup-cpp-solve 2.01621 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 4, 1, 20, 50) mesh-refinement-cpp 22.653 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 4, 1, 21, 11) mesh-topology-cpp 20.7198 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 4, 1, 21, 34) mesh-unitcube-cpp 22.6232 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 4, 1, 22, 17) mesh-iteration-cpp 40.3965 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 4, 1, 22, 38) function-evaluation-cpp 21.2694 "Evaluations of functions at arbitrary points."
+(2012, 8, 4, 1, 22, 38) function-evaluation-cpp 21.1881 "Evaluations of functions at arbitrary points."
+(2012, 8, 4, 1, 22, 45) function-extrapolation-python 6.82189 "BENCH:  1.91672205925"
+(2012, 8, 4, 1, 22, 45) function-extrapolation-python 1.91672 "BENCH:  1.91672205925"
+(2012, 8, 4, 1, 23, 11) la-vector-access-cpp 25.5452 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 4, 1, 23, 39) la-vector-assignment-cpp 27.9509 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 5, 1, 11, 18) common-progress-cpp 29.6033 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 5, 1, 11, 48) common-timing-cpp 30.2034 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 5, 1, 11, 58) fem-multicore-cpp 9.93131 "Coloring mesh."
+(2012, 8, 5, 1, 15, 12) fem-assembly-cpp 193.977 "Assembly for various forms and backends"
+(2012, 8, 5, 1, 15, 24) fem-convergence-cpp 11.9058 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 5, 1, 15, 25) fem-jit-python 0.000437999 "JIT compilation (in memory cache)"
+(2012, 8, 5, 1, 20, 36) fem-speedup-cpp 311.152 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 5, 1, 20, 36) fem-speedup-cpp-assembly 5.60511 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 5, 1, 20, 36) fem-speedup-cpp-solve 2.02208 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 5, 1, 21, 1) mesh-refinement-cpp 22.6587 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 5, 1, 21, 22) mesh-topology-cpp 20.7138 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 5, 1, 21, 44) mesh-unitcube-cpp 22.6397 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 5, 1, 22, 27) mesh-iteration-cpp 40.3847 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 5, 1, 22, 48) function-evaluation-cpp 21.3067 "Evaluations of functions at arbitrary points."
+(2012, 8, 5, 1, 22, 48) function-evaluation-cpp 21.2124 "Evaluations of functions at arbitrary points."
+(2012, 8, 5, 1, 22, 55) function-extrapolation-python 6.80332 "BENCH:  1.91370081902"
+(2012, 8, 5, 1, 22, 55) function-extrapolation-python 1.9137 "BENCH:  1.91370081902"
+(2012, 8, 5, 1, 23, 21) la-vector-access-cpp 25.4307 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 5, 1, 23, 49) la-vector-assignment-cpp 27.9586 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 6, 1, 11, 17) common-progress-cpp 29.5685 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 6, 1, 11, 47) common-timing-cpp 29.9062 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 6, 1, 11, 57) fem-multicore-cpp 9.99407 "Coloring mesh."
+(2012, 8, 6, 1, 15, 10) fem-assembly-cpp 193.681 "Assembly for various forms and backends"
+(2012, 8, 6, 1, 15, 22) fem-convergence-cpp 11.9636 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 6, 1, 15, 24) fem-jit-python 0.000430202 "JIT compilation (in memory cache)"
+(2012, 8, 6, 1, 20, 34) fem-speedup-cpp 310.882 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 6, 1, 20, 34) fem-speedup-cpp-assembly 5.53369 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 6, 1, 20, 34) fem-speedup-cpp-solve 2.02864 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 6, 1, 20, 59) mesh-refinement-cpp 22.7181 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 6, 1, 21, 20) mesh-topology-cpp 20.722 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 6, 1, 21, 42) mesh-unitcube-cpp 22.6194 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 6, 1, 22, 25) mesh-iteration-cpp 40.3834 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 6, 1, 22, 46) function-evaluation-cpp 21.0041 "Evaluations of functions at arbitrary points."
+(2012, 8, 6, 1, 22, 46) function-evaluation-cpp 20.9226 "Evaluations of functions at arbitrary points."
+(2012, 8, 6, 1, 22, 53) function-extrapolation-python 6.84373 "BENCH:  1.9204390049"
+(2012, 8, 6, 1, 22, 53) function-extrapolation-python 1.92044 "BENCH:  1.9204390049"
+(2012, 8, 6, 1, 23, 20) la-vector-access-cpp 27.4338 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 6, 1, 23, 48) la-vector-assignment-cpp 27.9573 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 7, 1, 11, 34) common-progress-cpp 29.6532 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 7, 1, 12, 4) common-timing-cpp 30.5249 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 7, 1, 12, 14) fem-multicore-cpp 10.0167 "Coloring mesh."
+(2012, 8, 7, 1, 15, 29) fem-assembly-cpp 194.051 "Assembly for various forms and backends"
+(2012, 8, 7, 1, 15, 40) fem-convergence-cpp 11.9458 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 7, 1, 15, 42) fem-jit-python 0.000429392 "JIT compilation (in memory cache)"
+(2012, 8, 7, 1, 20, 51) fem-speedup-cpp 309.81 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 7, 1, 20, 51) fem-speedup-cpp-assembly 5.52202 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 7, 1, 20, 51) fem-speedup-cpp-solve 2.03811 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 7, 1, 21, 16) mesh-refinement-cpp 22.5951 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 7, 1, 21, 36) mesh-topology-cpp 20.7318 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 7, 1, 21, 59) mesh-unitcube-cpp 22.6861 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 7, 1, 22, 42) mesh-iteration-cpp 40.3973 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 7, 1, 23, 3) function-evaluation-cpp 20.9564 "Evaluations of functions at arbitrary points."
+(2012, 8, 7, 1, 23, 3) function-evaluation-cpp 20.8654 "Evaluations of functions at arbitrary points."
+(2012, 8, 7, 1, 23, 10) function-extrapolation-python 6.78835 "BENCH:  1.91855502129"
+(2012, 8, 7, 1, 23, 10) function-extrapolation-python 1.91856 "BENCH:  1.91855502129"
+(2012, 8, 7, 1, 23, 38) la-vector-access-cpp 28.4729 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 7, 1, 24, 6) la-vector-assignment-cpp 27.9488 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 8, 1, 11, 18) common-progress-cpp 29.6504 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 8, 1, 11, 48) common-timing-cpp 29.8586 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 8, 1, 11, 58) fem-multicore-cpp 9.92846 "Coloring mesh."
+(2012, 8, 8, 1, 15, 12) fem-assembly-cpp 194.148 "Assembly for various forms and backends"
+(2012, 8, 8, 1, 15, 24) fem-convergence-cpp 11.9317 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 8, 1, 15, 25) fem-jit-python 0.000427699 "JIT compilation (in memory cache)"
+(2012, 8, 8, 1, 20, 36) fem-speedup-cpp 311.619 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 8, 1, 20, 36) fem-speedup-cpp-assembly 5.56895 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 8, 1, 20, 36) fem-speedup-cpp-solve 2.01393 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 8, 1, 21, 1) mesh-refinement-cpp 22.6399 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 8, 1, 21, 22) mesh-topology-cpp 20.7521 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 8, 1, 21, 44) mesh-unitcube-cpp 22.5742 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 8, 1, 22, 27) mesh-iteration-cpp 40.3871 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 8, 1, 22, 48) function-evaluation-cpp 21.1572 "Evaluations of functions at arbitrary points."
+(2012, 8, 8, 1, 22, 48) function-evaluation-cpp 21.0703 "Evaluations of functions at arbitrary points."
+(2012, 8, 8, 1, 22, 55) function-extrapolation-python 6.75318 "BENCH:  1.91586899757"
+(2012, 8, 8, 1, 22, 55) function-extrapolation-python 1.91587 "BENCH:  1.91586899757"
+(2012, 8, 8, 1, 23, 23) la-vector-access-cpp 27.4304 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 8, 1, 23, 51) la-vector-assignment-cpp 28.0375 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 9, 1, 11, 32) common-progress-cpp 29.1688 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 9, 1, 12, 1) common-timing-cpp 29.1207 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 9, 1, 12, 11) fem-multicore-cpp 10.0195 "Coloring mesh."
+(2012, 8, 9, 1, 15, 24) fem-assembly-cpp 192.693 "Assembly for various forms and backends"
+(2012, 8, 9, 1, 15, 36) fem-convergence-cpp 11.9155 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 9, 1, 15, 37) fem-jit-python 0.000408816 "JIT compilation (in memory cache)"
+(2012, 8, 9, 1, 20, 47) fem-speedup-cpp 310.15 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 9, 1, 20, 47) fem-speedup-cpp-assembly 5.67568 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 9, 1, 20, 47) fem-speedup-cpp-solve 2.03949 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 9, 1, 21, 11) mesh-refinement-cpp 22.3792 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 9, 1, 21, 32) mesh-topology-cpp 20.7918 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 9, 1, 21, 54) mesh-unitcube-cpp 21.6439 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 9, 1, 22, 36) mesh-iteration-cpp 40.4397 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 9, 1, 22, 58) function-evaluation-cpp 21.4014 "Evaluations of functions at arbitrary points."
+(2012, 8, 9, 1, 22, 58) function-evaluation-cpp 21.3149 "Evaluations of functions at arbitrary points."
+(2012, 8, 9, 1, 23, 5) function-extrapolation-python 6.76052 "BENCH:  1.9006588459"
+(2012, 8, 9, 1, 23, 5) function-extrapolation-python 1.90066 "BENCH:  1.9006588459"
+(2012, 8, 9, 1, 23, 29) la-vector-access-cpp 23.8692 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 9, 1, 23, 54) la-vector-assignment-cpp 24.9677 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 10, 1, 11, 18) common-progress-cpp 29.5915 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 10, 1, 11, 45) common-timing-cpp 27.8588 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 10, 1, 11, 55) fem-multicore-cpp 9.97277 "Coloring mesh."
+(2012, 8, 10, 1, 15, 9) fem-assembly-cpp 193.462 "Assembly for various forms and backends"
+(2012, 8, 10, 1, 15, 21) fem-convergence-cpp 11.9182 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 10, 1, 15, 22) fem-jit-python 0.000425386 "JIT compilation (in memory cache)"
+(2012, 8, 10, 1, 20, 33) fem-speedup-cpp 311.223 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 10, 1, 20, 33) fem-speedup-cpp-assembly 5.55217 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 10, 1, 20, 33) fem-speedup-cpp-solve 2.00544 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 10, 1, 20, 57) mesh-refinement-cpp 22.3538 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 10, 1, 21, 18) mesh-topology-cpp 20.7157 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 10, 1, 21, 40) mesh-unitcube-cpp 21.6796 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 10, 1, 22, 22) mesh-iteration-cpp 40.4225 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 10, 1, 22, 44) function-evaluation-cpp 21.3058 "Evaluations of functions at arbitrary points."
+(2012, 8, 10, 1, 22, 44) function-evaluation-cpp 21.2198 "Evaluations of functions at arbitrary points."
+(2012, 8, 10, 1, 22, 51) function-extrapolation-python 6.70799 "BENCH:  1.86585593224"
+(2012, 8, 10, 1, 22, 51) function-extrapolation-python 1.86586 "BENCH:  1.86585593224"
+(2012, 8, 10, 1, 23, 15) la-vector-access-cpp 24.0826 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 10, 1, 23, 43) la-vector-assignment-cpp 27.9036 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 11, 1, 11, 37) common-progress-cpp 29.6069 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 11, 1, 12, 7) common-timing-cpp 29.5002 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 11, 1, 12, 17) fem-multicore-cpp 9.94934 "Coloring mesh."
+(2012, 8, 11, 1, 15, 29) fem-assembly-cpp 192.373 "Assembly for various forms and backends"
+(2012, 8, 11, 1, 15, 41) fem-convergence-cpp 11.8973 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 11, 1, 15, 42) fem-jit-python 0.000414801 "JIT compilation (in memory cache)"
+(2012, 8, 11, 1, 20, 54) fem-speedup-cpp 311.356 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 11, 1, 20, 54) fem-speedup-cpp-assembly 5.59887 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 11, 1, 20, 54) fem-speedup-cpp-solve 2.00801 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 11, 1, 21, 17) mesh-refinement-cpp 22.2398 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 11, 1, 21, 38) mesh-topology-cpp 20.7689 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 11, 1, 22, 0) mesh-unitcube-cpp 21.4631 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 11, 1, 22, 43) mesh-iteration-cpp 40.371 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 11, 1, 23, 4) function-evaluation-cpp 21.3375 "Evaluations of functions at arbitrary points."
+(2012, 8, 11, 1, 23, 4) function-evaluation-cpp 21.2513 "Evaluations of functions at arbitrary points."
+(2012, 8, 11, 1, 23, 11) function-extrapolation-python 6.60068 "BENCH:  1.86741900444"
+(2012, 8, 11, 1, 23, 11) function-extrapolation-python 1.86742 "BENCH:  1.86741900444"
+(2012, 8, 11, 1, 23, 33) la-vector-access-cpp 22.4522 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 11, 1, 23, 58) la-vector-assignment-cpp 24.9455 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 12, 1, 11, 24) common-progress-cpp 36.4359 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 12, 1, 11, 53) common-timing-cpp 29.4811 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 12, 1, 12, 3) fem-multicore-cpp 10.004 "Coloring mesh."
+(2012, 8, 12, 1, 15, 16) fem-assembly-cpp 192.329 "Assembly for various forms and backends"
+(2012, 8, 12, 1, 15, 28) fem-convergence-cpp 11.9107 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 12, 1, 15, 29) fem-jit-python 0.000414395 "JIT compilation (in memory cache)"
+(2012, 8, 12, 1, 20, 39) fem-speedup-cpp 310.181 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 12, 1, 20, 39) fem-speedup-cpp-assembly 5.57826 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 12, 1, 20, 39) fem-speedup-cpp-solve 2.04047 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 12, 1, 21, 3) mesh-refinement-cpp 22.2584 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 12, 1, 21, 24) mesh-topology-cpp 20.7387 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 12, 1, 21, 45) mesh-unitcube-cpp 21.4504 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 12, 1, 22, 28) mesh-iteration-cpp 40.3731 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 12, 1, 22, 49) function-evaluation-cpp 21.3378 "Evaluations of functions at arbitrary points."
+(2012, 8, 12, 1, 22, 49) function-evaluation-cpp 21.2573 "Evaluations of functions at arbitrary points."
+(2012, 8, 12, 1, 22, 56) function-extrapolation-python 6.74439 "BENCH:  1.90518307686"
+(2012, 8, 12, 1, 22, 56) function-extrapolation-python 1.90518 "BENCH:  1.90518307686"
+(2012, 8, 12, 1, 23, 21) la-vector-access-cpp 25.4743 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 12, 1, 23, 46) la-vector-assignment-cpp 24.9611 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 13, 1, 11, 21) common-progress-cpp 29.6003 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 13, 1, 11, 50) common-timing-cpp 29.0404 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 13, 1, 12, 0) fem-multicore-cpp 9.9726 "Coloring mesh."
+(2012, 8, 13, 1, 15, 13) fem-assembly-cpp 192.972 "Assembly for various forms and backends"
+(2012, 8, 13, 1, 15, 25) fem-convergence-cpp 11.92 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 13, 1, 15, 26) fem-jit-python 0.000420594 "JIT compilation (in memory cache)"
+(2012, 8, 13, 1, 20, 36) fem-speedup-cpp 309.958 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 13, 1, 20, 36) fem-speedup-cpp-assembly 5.61779 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 13, 1, 20, 36) fem-speedup-cpp-solve 2.0242 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 13, 1, 21, 0) mesh-refinement-cpp 22.2323 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 13, 1, 21, 21) mesh-topology-cpp 20.7578 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 13, 1, 21, 43) mesh-unitcube-cpp 21.5205 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 13, 1, 22, 34) mesh-iteration-cpp 48.5982 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 13, 1, 22, 55) function-evaluation-cpp 21.3066 "Evaluations of functions at arbitrary points."
+(2012, 8, 13, 1, 22, 55) function-evaluation-cpp 21.2036 "Evaluations of functions at arbitrary points."
+(2012, 8, 13, 1, 23, 2) function-extrapolation-python 6.74164 "BENCH:  1.91136407852"
+(2012, 8, 13, 1, 23, 2) function-extrapolation-python 1.91136 "BENCH:  1.91136407852"
+(2012, 8, 13, 1, 23, 24) la-vector-access-cpp 22.4569 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 13, 1, 23, 52) la-vector-assignment-cpp 27.8951 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 14, 1, 11, 22) common-progress-cpp 29.8172 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 14, 1, 11, 51) common-timing-cpp 29.0471 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 14, 1, 12, 1) fem-multicore-cpp 10.0125 "Coloring mesh."
+(2012, 8, 14, 1, 15, 13) fem-assembly-cpp 192.687 "Assembly for various forms and backends"
+(2012, 8, 14, 1, 15, 25) fem-convergence-cpp 11.8924 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 14, 1, 15, 26) fem-jit-python 0.000396609 "JIT compilation (in memory cache)"
+(2012, 8, 14, 1, 20, 35) fem-speedup-cpp 308.327 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 14, 1, 20, 35) fem-speedup-cpp-assembly 5.6104 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 14, 1, 20, 35) fem-speedup-cpp-solve 2.04878 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 14, 1, 20, 59) mesh-refinement-cpp 22.2217 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 14, 1, 21, 19) mesh-topology-cpp 20.5416 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 14, 1, 21, 41) mesh-unitcube-cpp 21.506 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 14, 1, 22, 26) mesh-iteration-cpp 42.5484 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 14, 1, 22, 47) function-evaluation-cpp 21.3132 "Evaluations of functions at arbitrary points."
+(2012, 8, 14, 1, 22, 47) function-evaluation-cpp 21.2102 "Evaluations of functions at arbitrary points."
+(2012, 8, 14, 1, 23, 2) function-extrapolation-python 15.1869 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2012, 8, 14, 1, 23, 2) function-extrapolation-python 1.92276 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2012, 8, 14, 1, 23, 25) la-vector-access-cpp 22.4531 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 14, 1, 23, 50) la-vector-assignment-cpp 24.8936 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 15, 1, 11, 11) common-progress-cpp 29.8187 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 15, 1, 11, 39) common-timing-cpp 27.9404 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 15, 1, 11, 49) fem-multicore-cpp 9.91794 "Coloring mesh."
+(2012, 8, 15, 1, 15, 1) fem-assembly-cpp 192.054 "Assembly for various forms and backends"
+(2012, 8, 15, 1, 15, 13) fem-convergence-cpp 11.9179 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 15, 1, 15, 14) fem-jit-python 0.000404501 "JIT compilation (in memory cache)"
+(2012, 8, 15, 1, 20, 35) fem-speedup-cpp 320.661 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 15, 1, 20, 35) fem-speedup-cpp-assembly 5.64051 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 15, 1, 20, 35) fem-speedup-cpp-solve 1.80935 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 15, 1, 20, 59) mesh-refinement-cpp 22.2428 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 15, 1, 21, 20) mesh-topology-cpp 20.637 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 15, 1, 21, 41) mesh-unitcube-cpp 21.498 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 15, 1, 22, 30) mesh-iteration-cpp 46.0084 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 15, 1, 22, 51) function-evaluation-cpp 21.4559 "Evaluations of functions at arbitrary points."
+(2012, 8, 15, 1, 22, 51) function-evaluation-cpp 21.3534 "Evaluations of functions at arbitrary points."
+(2012, 8, 15, 1, 22, 58) function-extrapolation-python 6.69634 "BENCH:  1.90821099281"
+(2012, 8, 15, 1, 22, 58) function-extrapolation-python 1.90821 "BENCH:  1.90821099281"
+(2012, 8, 15, 1, 23, 20) la-vector-access-cpp 22.4478 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 15, 1, 23, 48) la-vector-assignment-cpp 27.9062 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 16, 1, 11, 13) common-progress-cpp 29.5439 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 16, 1, 11, 43) common-timing-cpp 29.4157 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 16, 1, 11, 52) fem-multicore-cpp 9.91404 "Coloring mesh."
+(2012, 8, 16, 1, 15, 5) fem-assembly-cpp 192.963 "Assembly for various forms and backends"
+(2012, 8, 16, 1, 15, 17) fem-convergence-cpp 11.895 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 16, 1, 15, 18) fem-jit-python 0.0004107 "JIT compilation (in memory cache)"
+(2012, 8, 16, 1, 20, 38) fem-speedup-cpp 319.618 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 16, 1, 20, 38) fem-speedup-cpp-assembly 5.57104 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 16, 1, 20, 38) fem-speedup-cpp-solve 1.839 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 16, 1, 21, 2) mesh-refinement-cpp 22.1943 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 16, 1, 21, 23) mesh-topology-cpp 20.5452 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 16, 1, 21, 44) mesh-unitcube-cpp 20.9311 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 16, 1, 22, 26) mesh-iteration-cpp 40.3767 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 16, 1, 22, 48) function-evaluation-cpp 21.3144 "Evaluations of functions at arbitrary points."
+(2012, 8, 16, 1, 22, 48) function-evaluation-cpp 21.2126 "Evaluations of functions at arbitrary points."
+(2012, 8, 16, 1, 22, 54) function-extrapolation-python 6.81123 "BENCH:  1.90908384323"
+(2012, 8, 16, 1, 22, 54) function-extrapolation-python 1.90908 "BENCH:  1.90908384323"
+(2012, 8, 16, 1, 23, 17) la-vector-access-cpp 22.4566 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 16, 1, 23, 42) la-vector-assignment-cpp 24.9612 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 17, 1, 11, 16) common-progress-cpp 29.6005 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 17, 1, 11, 45) common-timing-cpp 29.2083 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 17, 1, 11, 55) fem-multicore-cpp 10.0308 "Coloring mesh."
+(2012, 8, 17, 1, 15, 7) fem-assembly-cpp 191.725 "Assembly for various forms and backends"
+(2012, 8, 17, 1, 15, 19) fem-convergence-cpp 11.8967 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 17, 1, 15, 20) fem-jit-python 0.000408387 "JIT compilation (in memory cache)"
+(2012, 8, 17, 1, 20, 39) fem-speedup-cpp 319.603 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 17, 1, 20, 39) fem-speedup-cpp-assembly 5.57295 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 17, 1, 20, 39) fem-speedup-cpp-solve 1.83149 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 17, 1, 21, 3) mesh-refinement-cpp 22.1609 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 17, 1, 21, 24) mesh-topology-cpp 20.6038 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 17, 1, 21, 45) mesh-unitcube-cpp 20.8285 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 17, 1, 22, 31) mesh-iteration-cpp 43.4951 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 17, 1, 22, 52) function-evaluation-cpp 21.3142 "Evaluations of functions at arbitrary points."
+(2012, 8, 17, 1, 22, 52) function-evaluation-cpp 21.2279 "Evaluations of functions at arbitrary points."
+(2012, 8, 17, 1, 22, 59) function-extrapolation-python 6.89417 "BENCH:  1.92462897301"
+(2012, 8, 17, 1, 22, 59) function-extrapolation-python 1.92463 "BENCH:  1.92462897301"
+(2012, 8, 17, 1, 23, 24) la-vector-access-cpp 25.4594 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 17, 1, 23, 49) la-vector-assignment-cpp 24.9556 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 24, 1, 11, 1) common-progress-cpp 29.8743 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 24, 1, 11, 30) common-timing-cpp 28.658 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 24, 4, 6, 34) fem-multicore-cpp 10504.5 "Coloring mesh."
+(2012, 8, 24, 4, 9, 48) fem-assembly-cpp 193.646 "Assembly for various forms and backends"
+(2012, 8, 24, 4, 10, 0) fem-convergence-cpp 11.7719 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 24, 4, 10, 5) fem-jit-python 0.000407386 "JIT compilation (in memory cache)"
+(2012, 8, 24, 4, 15, 23) fem-speedup-cpp 317.976 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 24, 4, 15, 23) fem-speedup-cpp-assembly 5.44423 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 24, 4, 15, 23) fem-speedup-cpp-solve 1.91317 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 24, 4, 15, 47) mesh-refinement-cpp 22.2461 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 24, 4, 16, 8) mesh-topology-cpp 20.7809 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 24, 4, 16, 29) mesh-unitcube-cpp 21.0413 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 24, 4, 17, 12) mesh-iteration-cpp 41.641 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 24, 4, 17, 34) function-evaluation-cpp 21.5348 "Evaluations of functions at arbitrary points."
+(2012, 8, 24, 4, 17, 34) function-evaluation-cpp 21.4538 "Evaluations of functions at arbitrary points."
+(2012, 8, 24, 4, 17, 40) function-extrapolation-python 6.50722 "BENCH:  1.90129494667"
+(2012, 8, 24, 4, 17, 40) function-extrapolation-python 1.90129 "BENCH:  1.90129494667"
+(2012, 8, 24, 4, 18, 4) la-vector-access-cpp 23.8915 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 24, 4, 18, 32) la-vector-assignment-cpp 27.9114 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 25, 1, 11, 21) common-progress-cpp 29.5834 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 25, 1, 11, 50) common-timing-cpp 29.3365 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 25, 3, 58, 20) fem-multicore-cpp 9989.49 "Coloring mesh."
+(2012, 8, 25, 4, 1, 36) fem-assembly-cpp 195.508 "Assembly for various forms and backends"
+(2012, 8, 25, 4, 1, 48) fem-convergence-cpp 11.8139 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 25, 4, 1, 53) fem-jit-python 0.000408888 "JIT compilation (in memory cache)"
+(2012, 8, 25, 4, 7, 9) fem-speedup-cpp 316.274 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 25, 4, 7, 9) fem-speedup-cpp-assembly 5.47493 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 25, 4, 7, 9) fem-speedup-cpp-solve 1.91709 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 25, 4, 7, 33) mesh-refinement-cpp 22.4666 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 25, 4, 7, 54) mesh-topology-cpp 20.9077 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 25, 4, 8, 15) mesh-unitcube-cpp 21.3295 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 25, 4, 8, 58) mesh-iteration-cpp 40.5254 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 25, 4, 9, 20) function-evaluation-cpp 21.1887 "Evaluations of functions at arbitrary points."
+(2012, 8, 25, 4, 9, 20) function-evaluation-cpp 21.1076 "Evaluations of functions at arbitrary points."
+(2012, 8, 25, 4, 9, 26) function-extrapolation-python 6.45974 "BENCH:  1.93025588989"
+(2012, 8, 25, 4, 9, 26) function-extrapolation-python 1.93026 "BENCH:  1.93025588989"
+(2012, 8, 25, 4, 9, 49) la-vector-access-cpp 22.4612 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 25, 4, 10, 17) la-vector-assignment-cpp 27.9046 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 26, 1, 10, 58) common-progress-cpp 29.578 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 26, 1, 11, 26) common-timing-cpp 28.554 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 26, 4, 29, 28) fem-multicore-cpp 11882.1 "Coloring mesh."
+(2012, 8, 26, 4, 32, 43) fem-assembly-cpp 195.024 "Assembly for various forms and backends"
+(2012, 8, 26, 4, 32, 55) fem-convergence-cpp 11.769 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 26, 4, 33, 0) fem-jit-python 0.000400996 "JIT compilation (in memory cache)"
+(2012, 8, 26, 4, 38, 28) fem-speedup-cpp 328.448 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 26, 4, 38, 28) fem-speedup-cpp-assembly 5.46016 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 26, 4, 38, 28) fem-speedup-cpp-solve 1.67566 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 26, 4, 38, 52) mesh-refinement-cpp 22.4752 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 26, 4, 39, 13) mesh-topology-cpp 20.8396 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 26, 4, 39, 35) mesh-unitcube-cpp 21.3037 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 26, 4, 40, 17) mesh-iteration-cpp 40.3935 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 26, 4, 40, 39) function-evaluation-cpp 21.3049 "Evaluations of functions at arbitrary points."
+(2012, 8, 26, 4, 40, 39) function-evaluation-cpp 21.2185 "Evaluations of functions at arbitrary points."
+(2012, 8, 26, 4, 40, 45) function-extrapolation-python 6.57617 "BENCH:  1.90819191933"
+(2012, 8, 26, 4, 40, 45) function-extrapolation-python 1.90819 "BENCH:  1.90819191933"
+(2012, 8, 26, 4, 41, 9) la-vector-access-cpp 23.8171 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 26, 4, 41, 34) la-vector-assignment-cpp 24.9598 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 27, 1, 11, 22) common-progress-cpp 29.5425 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 27, 1, 11, 51) common-timing-cpp 28.8016 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 27, 4, 15, 43) fem-multicore-cpp 11032.2 "Coloring mesh."
+(2012, 8, 27, 4, 18, 59) fem-assembly-cpp 195.105 "Assembly for various forms and backends"
+(2012, 8, 27, 4, 19, 10) fem-convergence-cpp 11.7484 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 27, 4, 19, 15) fem-jit-python 0.000409412 "JIT compilation (in memory cache)"
+(2012, 8, 27, 4, 24, 31) fem-speedup-cpp 315.887 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 27, 4, 24, 31) fem-speedup-cpp-assembly 5.48086 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 27, 4, 24, 31) fem-speedup-cpp-solve 1.91503 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 27, 4, 24, 55) mesh-refinement-cpp 22.1121 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 27, 4, 25, 16) mesh-topology-cpp 20.5943 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 27, 4, 25, 38) mesh-unitcube-cpp 21.4914 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 27, 4, 26, 20) mesh-iteration-cpp 40.3717 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 27, 4, 26, 42) function-evaluation-cpp 21.4769 "Evaluations of functions at arbitrary points."
+(2012, 8, 27, 4, 26, 42) function-evaluation-cpp 21.3843 "Evaluations of functions at arbitrary points."
+(2012, 8, 27, 4, 26, 48) function-extrapolation-python 5.95758 "BENCH:  1.89759898186"
+(2012, 8, 27, 4, 26, 48) function-extrapolation-python 1.8976 "BENCH:  1.89759898186"
+(2012, 8, 27, 4, 27, 11) la-vector-access-cpp 23.7317 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 27, 4, 27, 36) la-vector-assignment-cpp 24.9449 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 28, 1, 11, 2) common-progress-cpp 29.1471 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 28, 1, 11, 32) common-timing-cpp 29.5819 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 28, 4, 34, 44) fem-multicore-cpp 12192.2 "Coloring mesh."
+(2012, 8, 28, 4, 37, 58) fem-assembly-cpp 193.658 "Assembly for various forms and backends"
+(2012, 8, 28, 4, 38, 9) fem-convergence-cpp 11.7615 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 28, 4, 38, 14) fem-jit-python 0.000422001 "JIT compilation (in memory cache)"
+(2012, 8, 28, 4, 43, 31) fem-speedup-cpp 316.501 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 28, 4, 43, 31) fem-speedup-cpp-assembly 5.5541 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 28, 4, 43, 31) fem-speedup-cpp-solve 1.90491 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 28, 4, 43, 54) mesh-refinement-cpp 22.0557 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 28, 4, 44, 15) mesh-topology-cpp 20.5836 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 28, 4, 44, 37) mesh-unitcube-cpp 21.3962 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 28, 4, 45, 20) mesh-iteration-cpp 40.4135 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 28, 4, 45, 41) function-evaluation-cpp 21.6928 "Evaluations of functions at arbitrary points."
+(2012, 8, 28, 4, 45, 41) function-evaluation-cpp 21.5991 "Evaluations of functions at arbitrary points."
+(2012, 8, 28, 4, 45, 52) function-extrapolation-python 11.0376 "BENCH:  2.02043700218"
+(2012, 8, 28, 4, 45, 52) function-extrapolation-python 2.02044 "BENCH:  2.02043700218"
+(2012, 8, 28, 4, 46, 16) la-vector-access-cpp 23.7492 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 28, 4, 46, 41) la-vector-assignment-cpp 24.9605 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 29, 1, 10, 56) common-progress-cpp 29.5577 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 29, 1, 11, 25) common-timing-cpp 28.878 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 29, 4, 9, 22) fem-multicore-cpp 10676.2 "Coloring mesh."
+(2012, 8, 29, 4, 12, 36) fem-assembly-cpp 193.966 "Assembly for various forms and backends"
+(2012, 8, 29, 4, 12, 48) fem-convergence-cpp 11.7888 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 29, 4, 12, 53) fem-jit-python 0.000405383 "JIT compilation (in memory cache)"
+(2012, 8, 29, 4, 18, 9) fem-speedup-cpp 316.449 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 29, 4, 18, 9) fem-speedup-cpp-assembly 5.53233 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 29, 4, 18, 9) fem-speedup-cpp-solve 1.93681 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 29, 4, 18, 33) mesh-refinement-cpp 22.1238 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 29, 4, 18, 53) mesh-topology-cpp 20.5463 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 29, 4, 19, 15) mesh-unitcube-cpp 21.4682 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 29, 4, 19, 58) mesh-iteration-cpp 40.3799 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 29, 4, 20, 19) function-evaluation-cpp 21.3564 "Evaluations of functions at arbitrary points."
+(2012, 8, 29, 4, 20, 19) function-evaluation-cpp 21.2693 "Evaluations of functions at arbitrary points."
+(2012, 8, 29, 4, 20, 26) function-extrapolation-python 6.59316 "BENCH:  1.92814803123"
+(2012, 8, 29, 4, 20, 26) function-extrapolation-python 1.92815 "BENCH:  1.92814803123"
+(2012, 8, 29, 4, 20, 48) la-vector-access-cpp 22.453 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 29, 4, 21, 13) la-vector-assignment-cpp 24.9591 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 30, 1, 11, 25) common-progress-cpp 29.6086 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 30, 1, 11, 55) common-timing-cpp 30.4986 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 30, 19, 31, 31) fem-multicore-cpp 65975.9 "Coloring mesh."
+(2012, 8, 30, 19, 37, 30) fem-assembly-cpp 358.629 "Assembly for various forms and backends"
+(2012, 8, 30, 19, 37, 43) fem-convergence-cpp 13.3816 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 30, 19, 37, 47) fem-jit-python 0.000408697 "JIT compilation (in memory cache)"
+(2012, 8, 30, 19, 42, 52) fem-speedup-cpp 305.02 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 30, 19, 42, 52) fem-speedup-cpp-assembly 5.77223 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 30, 19, 42, 52) fem-speedup-cpp-solve 1.655 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 30, 19, 43, 15) mesh-refinement-cpp 22.0642 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 30, 19, 43, 36) mesh-topology-cpp 20.6893 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 30, 19, 43, 57) mesh-unitcube-cpp 20.6617 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 30, 19, 44, 40) mesh-iteration-cpp 40.3913 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 30, 19, 45, 2) function-evaluation-cpp 21.8022 "Evaluations of functions at arbitrary points."
+(2012, 8, 30, 19, 45, 2) function-evaluation-cpp 21.7156 "Evaluations of functions at arbitrary points."
+(2012, 8, 30, 19, 45, 9) function-extrapolation-python 7.47366 "BENCH:  1.97645187378"
+(2012, 8, 30, 19, 45, 9) function-extrapolation-python 1.97645 "BENCH:  1.97645187378"
+(2012, 8, 30, 19, 45, 32) la-vector-access-cpp 22.4584 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 30, 19, 46, 0) la-vector-assignment-cpp 27.9069 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 8, 31, 1, 11, 19) common-progress-cpp 30.0397 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 8, 31, 1, 11, 49) common-timing-cpp 30.3872 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 8, 31, 19, 34, 39) fem-multicore-cpp 66170.3 "Coloring mesh."
+(2012, 8, 31, 19, 40, 32) fem-assembly-cpp 352.912 "Assembly for various forms and backends"
+(2012, 8, 31, 19, 40, 45) fem-convergence-cpp 13.1759 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 8, 31, 19, 40, 49) fem-jit-python 0.000409317 "JIT compilation (in memory cache)"
+(2012, 8, 31, 19, 45, 56) fem-speedup-cpp 306.6 "Assembly/solve speedup running on 4 processors"
+(2012, 8, 31, 19, 45, 56) fem-speedup-cpp-assembly 5.89598 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 8, 31, 19, 45, 56) fem-speedup-cpp-solve 1.62596 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 8, 31, 19, 46, 19) mesh-refinement-cpp 22.1125 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 8, 31, 19, 46, 40) mesh-topology-cpp 20.6376 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 8, 31, 19, 47, 1) mesh-unitcube-cpp 20.6487 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 8, 31, 19, 47, 43) mesh-iteration-cpp 40.3864 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 8, 31, 19, 48, 5) function-evaluation-cpp 21.5704 "Evaluations of functions at arbitrary points."
+(2012, 8, 31, 19, 48, 5) function-evaluation-cpp 21.4837 "Evaluations of functions at arbitrary points."
+(2012, 8, 31, 19, 48, 12) function-extrapolation-python 7.25649 "BENCH:  1.97002291679"
+(2012, 8, 31, 19, 48, 12) function-extrapolation-python 1.97002 "BENCH:  1.97002291679"
+(2012, 8, 31, 19, 48, 36) la-vector-access-cpp 23.3603 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 8, 31, 19, 49, 1) la-vector-assignment-cpp 24.956 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 1, 1, 11, 40) common-progress-cpp 36.435 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 1, 1, 12, 11) common-timing-cpp 30.6524 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 1, 19, 20, 50) fem-multicore-cpp 65318.7 "Coloring mesh."
+(2012, 9, 1, 19, 26, 41) fem-assembly-cpp 350.995 "Assembly for various forms and backends"
+(2012, 9, 1, 19, 26, 54) fem-convergence-cpp 13.2139 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 1, 19, 26, 58) fem-jit-python 0.000410318 "JIT compilation (in memory cache)"
+(2012, 9, 1, 19, 32, 6) fem-speedup-cpp 308.201 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 1, 19, 32, 6) fem-speedup-cpp-assembly 5.8024 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 1, 19, 32, 6) fem-speedup-cpp-solve 1.61389 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 1, 19, 32, 30) mesh-refinement-cpp 22.1571 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 1, 19, 32, 50) mesh-topology-cpp 20.6384 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 1, 19, 33, 11) mesh-unitcube-cpp 20.6526 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 1, 19, 33, 54) mesh-iteration-cpp 40.3768 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 1, 19, 34, 16) function-evaluation-cpp 21.926 "Evaluations of functions at arbitrary points."
+(2012, 9, 1, 19, 34, 16) function-evaluation-cpp 21.8449 "Evaluations of functions at arbitrary points."
+(2012, 9, 1, 19, 34, 23) function-extrapolation-python 7.32387 "BENCH:  1.97256088257"
+(2012, 9, 1, 19, 34, 23) function-extrapolation-python 1.97256 "BENCH:  1.97256088257"
+(2012, 9, 1, 19, 34, 46) la-vector-access-cpp 22.4532 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 1, 19, 35, 11) la-vector-assignment-cpp 24.9643 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 2, 1, 11, 25) common-progress-cpp 37.6895 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 2, 1, 11, 55) common-timing-cpp 30.4091 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 2, 19, 10, 21) fem-multicore-cpp 64705.6 "Coloring mesh."
+(2012, 9, 2, 19, 16, 14) fem-assembly-cpp 353.478 "Assembly for various forms and backends"
+(2012, 9, 2, 19, 16, 27) fem-convergence-cpp 13.1566 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 2, 19, 16, 30) fem-jit-python 0.000413704 "JIT compilation (in memory cache)"
+(2012, 9, 2, 19, 21, 34) fem-speedup-cpp 304.89 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 2, 19, 21, 34) fem-speedup-cpp-assembly 5.84812 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 2, 19, 21, 34) fem-speedup-cpp-solve 1.67032 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 2, 19, 21, 57) mesh-refinement-cpp 22.1585 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 2, 19, 22, 18) mesh-topology-cpp 20.6684 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 2, 19, 22, 39) mesh-unitcube-cpp 20.8423 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 2, 19, 23, 22) mesh-iteration-cpp 40.3766 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 2, 19, 23, 43) function-evaluation-cpp 21.4348 "Evaluations of functions at arbitrary points."
+(2012, 9, 2, 19, 23, 43) function-evaluation-cpp 21.3481 "Evaluations of functions at arbitrary points."
+(2012, 9, 2, 19, 23, 49) function-extrapolation-python 5.35787 "BENCH:  1.97291898727"
+(2012, 9, 2, 19, 23, 49) function-extrapolation-python 1.97292 "BENCH:  1.97291898727"
+(2012, 9, 2, 19, 24, 13) la-vector-access-cpp 23.9989 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 2, 19, 24, 38) la-vector-assignment-cpp 24.9542 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 3, 1, 11, 1) common-progress-cpp 29.6154 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 3, 1, 11, 32) common-timing-cpp 30.8066 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 3, 19, 37, 53) fem-multicore-cpp 66381.2 "Coloring mesh."
+(2012, 9, 3, 19, 43, 47) fem-assembly-cpp 353.906 "Assembly for various forms and backends"
+(2012, 9, 3, 19, 44, 0) fem-convergence-cpp 13.204 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 3, 19, 44, 3) fem-jit-python 0.000414205 "JIT compilation (in memory cache)"
+(2012, 9, 3, 19, 49, 9) fem-speedup-cpp 306.308 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 3, 19, 49, 9) fem-speedup-cpp-assembly 5.77531 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 3, 19, 49, 9) fem-speedup-cpp-solve 1.63016 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 3, 19, 49, 32) mesh-refinement-cpp 22.1092 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 3, 19, 49, 54) mesh-topology-cpp 21.4351 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 3, 19, 50, 14) mesh-unitcube-cpp 20.7103 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 3, 19, 50, 57) mesh-iteration-cpp 40.3736 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 3, 19, 51, 19) function-evaluation-cpp 21.6735 "Evaluations of functions at arbitrary points."
+(2012, 9, 3, 19, 51, 19) function-evaluation-cpp 21.5859 "Evaluations of functions at arbitrary points."
+(2012, 9, 3, 19, 51, 24) function-extrapolation-python 5.38296 "BENCH:  1.98295307159"
+(2012, 9, 3, 19, 51, 24) function-extrapolation-python 1.98295 "BENCH:  1.98295307159"
+(2012, 9, 3, 19, 51, 47) la-vector-access-cpp 22.4489 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 3, 19, 52, 12) la-vector-assignment-cpp 24.9559 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 4, 1, 11, 18) common-progress-cpp 29.555 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 4, 1, 11, 48) common-timing-cpp 30.352 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 4, 19, 40, 57) fem-multicore-cpp 66549.2 "Coloring mesh."
+(2012, 9, 4, 19, 47, 9) fem-assembly-cpp 371.179 "Assembly for various forms and backends"
+(2012, 9, 4, 19, 47, 22) fem-convergence-cpp 13.4013 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 4, 19, 47, 24) fem-jit-python 0.000415802 "JIT compilation (in memory cache)"
+(2012, 9, 4, 19, 52, 31) fem-speedup-cpp 306.795 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 4, 19, 52, 31) fem-speedup-cpp-assembly 5.91365 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 4, 19, 52, 31) fem-speedup-cpp-solve 1.64665 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 4, 19, 52, 54) mesh-refinement-cpp 22.3169 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 4, 19, 53, 15) mesh-topology-cpp 21.0624 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 4, 19, 53, 37) mesh-unitcube-cpp 21.0063 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 4, 19, 54, 19) mesh-iteration-cpp 40.3747 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 4, 19, 54, 41) function-evaluation-cpp 21.9393 "Evaluations of functions at arbitrary points."
+(2012, 9, 4, 19, 54, 41) function-evaluation-cpp 21.8525 "Evaluations of functions at arbitrary points."
+(2012, 9, 4, 19, 54, 47) function-extrapolation-python 5.19274 "BENCH:  1.96293091774"
+(2012, 9, 4, 19, 54, 47) function-extrapolation-python 1.96293 "BENCH:  1.96293091774"
+(2012, 9, 4, 19, 55, 10) la-vector-access-cpp 23.5033 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 4, 19, 55, 38) la-vector-assignment-cpp 27.9047 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 5, 1, 11, 23) common-progress-cpp 29.5939 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 5, 1, 11, 55) common-timing-cpp 31.1492 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 5, 19, 48, 33) fem-multicore-cpp 66998.1 "Coloring mesh."
+(2012, 9, 5, 19, 54, 42) fem-assembly-cpp 369.477 "Assembly for various forms and backends"
+(2012, 9, 5, 19, 54, 56) fem-convergence-cpp 13.4173 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 5, 19, 54, 58) fem-jit-python 0.000405693 "JIT compilation (in memory cache)"
+(2012, 9, 5, 20, 0, 11) fem-speedup-cpp 313.094 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 5, 20, 0, 11) fem-speedup-cpp-assembly 5.76646 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 5, 20, 0, 11) fem-speedup-cpp-solve 1.55733 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 5, 20, 0, 34) mesh-refinement-cpp 22.3776 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 5, 20, 0, 55) mesh-topology-cpp 21.028 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 5, 20, 1, 17) mesh-unitcube-cpp 20.9815 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 5, 20, 1, 59) mesh-iteration-cpp 40.3801 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 5, 20, 2, 21) function-evaluation-cpp 21.9014 "Evaluations of functions at arbitrary points."
+(2012, 9, 5, 20, 2, 21) function-evaluation-cpp 21.8147 "Evaluations of functions at arbitrary points."
+(2012, 9, 5, 20, 2, 27) function-extrapolation-python 5.39935 "BENCH:  1.95831203461"
+(2012, 9, 5, 20, 2, 27) function-extrapolation-python 1.95831 "BENCH:  1.95831203461"
+(2012, 9, 5, 20, 2, 51) la-vector-access-cpp 24.4459 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 5, 20, 3, 23) la-vector-assignment-cpp 31.8966 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 6, 1, 11, 24) common-progress-cpp 29.5608 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 6, 1, 11, 53) common-timing-cpp 29.7331 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 6, 19, 48, 58) fem-multicore-cpp 67024.4 "Coloring mesh."
+(2012, 9, 6, 19, 55, 8) fem-assembly-cpp 370.287 "Assembly for various forms and backends"
+(2012, 9, 6, 19, 55, 22) fem-convergence-cpp 13.4429 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 6, 19, 55, 24) fem-jit-python 0.000417709 "JIT compilation (in memory cache)"
+(2012, 9, 6, 20, 0, 31) fem-speedup-cpp 307.13 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 6, 20, 0, 31) fem-speedup-cpp-assembly 5.86936 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 6, 20, 0, 31) fem-speedup-cpp-solve 1.63583 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 6, 20, 0, 54) mesh-refinement-cpp 22.3903 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 6, 20, 1, 15) mesh-topology-cpp 20.8413 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 6, 20, 1, 37) mesh-unitcube-cpp 21.2655 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 6, 20, 2, 22) mesh-iteration-cpp 42.5653 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 6, 20, 2, 44) function-evaluation-cpp 21.9231 "Evaluations of functions at arbitrary points."
+(2012, 9, 6, 20, 2, 44) function-evaluation-cpp 21.8363 "Evaluations of functions at arbitrary points."
+(2012, 9, 6, 20, 2, 49) function-extrapolation-python 5.36616 "BENCH:  1.96219110489"
+(2012, 9, 6, 20, 2, 49) function-extrapolation-python 1.96219 "BENCH:  1.96219110489"
+(2012, 9, 6, 20, 3, 12) la-vector-access-cpp 22.4555 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 6, 20, 3, 40) la-vector-assignment-cpp 27.9026 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 7, 1, 11, 23) common-progress-cpp 29.1164 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 7, 1, 11, 53) common-timing-cpp 29.8478 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 7, 12, 55, 46) fem-multicore-cpp 42233.4 "Coloring mesh."
+(2012, 9, 7, 13, 1, 36) fem-assembly-cpp 349.136 "Assembly for various forms and backends"
+(2012, 9, 7, 13, 1, 49) fem-convergence-cpp 13.2804 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 7, 13, 1, 51) fem-jit-python 0.0004035 "JIT compilation (in memory cache)"
+(2012, 9, 7, 13, 8, 13) fem-speedup-cpp 381.55 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 7, 13, 8, 13) fem-speedup-cpp-assembly 6.10032 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 7, 13, 8, 13) fem-speedup-cpp-solve 1.57736 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 7, 13, 8, 36) mesh-refinement-cpp 22.1586 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 7, 13, 8, 57) mesh-topology-cpp 20.6734 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 7, 13, 9, 18) mesh-unitcube-cpp 21.2095 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 7, 13, 10, 7) mesh-iteration-cpp 46.0039 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 7, 13, 10, 29) function-evaluation-cpp 21.8716 "Evaluations of functions at arbitrary points."
+(2012, 9, 7, 13, 10, 29) function-evaluation-cpp 21.7906 "Evaluations of functions at arbitrary points."
+(2012, 9, 7, 13, 10, 34) function-extrapolation-python 5.39313 "BENCH:  1.92531085014"
+(2012, 9, 7, 13, 10, 34) function-extrapolation-python 1.92531 "BENCH:  1.92531085014"
+(2012, 9, 7, 13, 10, 57) la-vector-access-cpp 22.4554 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 7, 13, 11, 22) la-vector-assignment-cpp 24.9557 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 8, 1, 11, 24) common-progress-cpp 29.648 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 8, 1, 11, 55) common-timing-cpp 30.8156 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 8, 13, 7, 35) fem-multicore-cpp 42940.6 "Coloring mesh."
+(2012, 9, 8, 13, 13, 24) fem-assembly-cpp 348.849 "Assembly for various forms and backends"
+(2012, 9, 8, 13, 13, 37) fem-convergence-cpp 13.1329 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 8, 13, 13, 40) fem-jit-python 0.000404501 "JIT compilation (in memory cache)"
+(2012, 9, 8, 13, 20, 2) fem-speedup-cpp 382.047 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 8, 13, 20, 2) fem-speedup-cpp-assembly 6.08771 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 8, 13, 20, 2) fem-speedup-cpp-solve 1.60074 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 8, 13, 20, 25) mesh-refinement-cpp 22.0717 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 8, 13, 20, 46) mesh-topology-cpp 20.7544 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 8, 13, 21, 7) mesh-unitcube-cpp 21.4244 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 8, 13, 21, 50) mesh-iteration-cpp 40.3868 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 8, 13, 22, 12) function-evaluation-cpp 21.8589 "Evaluations of functions at arbitrary points."
+(2012, 9, 8, 13, 22, 12) function-evaluation-cpp 21.7517 "Evaluations of functions at arbitrary points."
+(2012, 9, 8, 13, 22, 27) function-extrapolation-python 14.4207 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2012, 9, 8, 13, 22, 27) function-extrapolation-python 1.96067 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2012, 9, 8, 13, 22, 49) la-vector-access-cpp 22.8787 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 8, 13, 23, 15) la-vector-assignment-cpp 24.9518 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 9, 1, 11, 37) common-progress-cpp 29.8691 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 9, 1, 12, 7) common-timing-cpp 30.3262 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 9, 12, 47, 13) fem-assembly-cpp 349.715 "Assembly for various forms and backends"
+(2012, 9, 9, 12, 47, 26) fem-convergence-cpp 13.2086 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 9, 12, 47, 28) fem-jit-python 0.000411987 "JIT compilation (in memory cache)"
+(2012, 9, 9, 12, 53, 53) fem-speedup-cpp 384.017 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 9, 12, 53, 53) fem-speedup-cpp-assembly 6.05459 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 9, 12, 53, 53) fem-speedup-cpp-solve 1.55812 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 9, 12, 54, 16) mesh-refinement-cpp 22.1192 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 9, 12, 54, 37) mesh-topology-cpp 20.8795 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 9, 12, 54, 59) mesh-unitcube-cpp 21.2642 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 9, 12, 55, 41) mesh-iteration-cpp 40.3734 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 9, 12, 56, 3) function-evaluation-cpp 21.8774 "Evaluations of functions at arbitrary points."
+(2012, 9, 9, 12, 56, 3) function-evaluation-cpp 21.7966 "Evaluations of functions at arbitrary points."
+(2012, 9, 9, 12, 56, 9) function-extrapolation-python 5.29122 "BENCH:  1.87799406052"
+(2012, 9, 9, 12, 56, 9) function-extrapolation-python 1.87799 "BENCH:  1.87799406052"
+(2012, 9, 9, 12, 56, 31) la-vector-access-cpp 22.4534 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 9, 12, 56, 56) la-vector-assignment-cpp 24.9631 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 10, 1, 11, 41) common-progress-cpp 29.5617 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 10, 1, 12, 10) common-timing-cpp 29.8504 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 10, 12, 45, 4) fem-assembly-cpp 347.319 "Assembly for various forms and backends"
+(2012, 9, 10, 12, 45, 18) fem-convergence-cpp 13.2249 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 10, 12, 45, 20) fem-jit-python 0.000414491 "JIT compilation (in memory cache)"
+(2012, 9, 10, 12, 51, 42) fem-speedup-cpp 382.666 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 10, 12, 51, 42) fem-speedup-cpp-assembly 6.10554 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 10, 12, 51, 42) fem-speedup-cpp-solve 1.57108 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 10, 12, 52, 6) mesh-refinement-cpp 22.0961 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 10, 12, 52, 27) mesh-topology-cpp 20.7155 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 10, 12, 52, 48) mesh-unitcube-cpp 21.1334 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 10, 12, 53, 31) mesh-iteration-cpp 40.3921 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 10, 12, 53, 53) function-evaluation-cpp 21.878 "Evaluations of functions at arbitrary points."
+(2012, 9, 10, 12, 53, 53) function-evaluation-cpp 21.7911 "Evaluations of functions at arbitrary points."
+(2012, 9, 10, 12, 53, 58) function-extrapolation-python 5.31745 "BENCH:  1.89025998116"
+(2012, 9, 10, 12, 53, 58) function-extrapolation-python 1.89026 "BENCH:  1.89025998116"
+(2012, 9, 10, 12, 54, 21) la-vector-access-cpp 22.4589 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 10, 12, 54, 46) la-vector-assignment-cpp 25.1076 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 11, 1, 11, 55) common-progress-cpp 29.6292 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 11, 1, 12, 25) common-timing-cpp 30.1381 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 11, 12, 43, 19) fem-assembly-cpp 347.635 "Assembly for various forms and backends"
+(2012, 9, 11, 12, 43, 32) fem-convergence-cpp 13.3449 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 11, 12, 43, 34) fem-jit-python 0.000408792 "JIT compilation (in memory cache)"
+(2012, 9, 11, 12, 50, 5) fem-speedup-cpp 390.856 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 11, 12, 50, 5) fem-speedup-cpp-assembly 6.11155 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 11, 12, 50, 5) fem-speedup-cpp-solve 1.48925 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 11, 12, 50, 29) mesh-refinement-cpp 22.1867 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 11, 12, 50, 50) mesh-topology-cpp 20.8785 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 11, 12, 51, 11) mesh-unitcube-cpp 21.1004 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 11, 12, 51, 54) mesh-iteration-cpp 40.3758 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 11, 12, 52, 16) function-evaluation-cpp 21.6863 "Evaluations of functions at arbitrary points."
+(2012, 9, 11, 12, 52, 16) function-evaluation-cpp 21.6053 "Evaluations of functions at arbitrary points."
+(2012, 9, 11, 12, 52, 21) function-extrapolation-python 5.38411 "BENCH:  1.94400215149"
+(2012, 9, 11, 12, 52, 21) function-extrapolation-python 1.944 "BENCH:  1.94400215149"
+(2012, 9, 11, 12, 52, 44) la-vector-access-cpp 22.4543 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 11, 12, 53, 9) la-vector-assignment-cpp 24.9595 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 12, 1, 11, 32) common-progress-cpp 36.4371 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 12, 1, 12, 1) common-timing-cpp 29.5084 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 12, 12, 41, 1) fem-assembly-cpp 347.333 "Assembly for various forms and backends"
+(2012, 9, 12, 12, 41, 14) fem-convergence-cpp 13.3065 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 12, 12, 41, 17) fem-jit-python 0.000404406 "JIT compilation (in memory cache)"
+(2012, 9, 12, 12, 47, 39) fem-speedup-cpp 382.711 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 12, 12, 47, 39) fem-speedup-cpp-assembly 6.07984 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 12, 12, 47, 39) fem-speedup-cpp-solve 1.58246 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 12, 12, 48, 3) mesh-refinement-cpp 22.185 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 12, 12, 48, 24) mesh-topology-cpp 20.8243 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 12, 12, 48, 45) mesh-unitcube-cpp 21.0921 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 12, 12, 49, 28) mesh-iteration-cpp 40.3826 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 12, 12, 49, 50) function-evaluation-cpp 21.9126 "Evaluations of functions at arbitrary points."
+(2012, 9, 12, 12, 49, 50) function-evaluation-cpp 21.8315 "Evaluations of functions at arbitrary points."
+(2012, 9, 12, 12, 49, 55) function-extrapolation-python 5.56267 "BENCH:  1.95282721519"
+(2012, 9, 12, 12, 49, 55) function-extrapolation-python 1.95283 "BENCH:  1.95282721519"
+(2012, 9, 12, 12, 50, 18) la-vector-access-cpp 22.518 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 12, 12, 50, 43) la-vector-assignment-cpp 24.8598 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 13, 1, 11, 23) common-progress-cpp 29.5793 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 13, 1, 11, 53) common-timing-cpp 29.8039 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 13, 12, 48, 27) fem-assembly-cpp 346.829 "Assembly for various forms and backends"
+(2012, 9, 13, 12, 48, 40) fem-convergence-cpp 13.3287 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 13, 12, 48, 43) fem-jit-python 0.000405312 "JIT compilation (in memory cache)"
+(2012, 9, 13, 12, 55, 12) fem-speedup-cpp 389.505 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 13, 12, 55, 12) fem-speedup-cpp-assembly 6.06103 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 13, 12, 55, 12) fem-speedup-cpp-solve 1.51599 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 13, 12, 55, 36) mesh-refinement-cpp 22.166 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 13, 12, 55, 57) mesh-topology-cpp 20.8705 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 13, 12, 56, 18) mesh-unitcube-cpp 21.0782 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 13, 12, 57, 1) mesh-iteration-cpp 40.3775 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 13, 12, 57, 23) function-evaluation-cpp 21.8964 "Evaluations of functions at arbitrary points."
+(2012, 9, 13, 12, 57, 23) function-evaluation-cpp 21.815 "Evaluations of functions at arbitrary points."
+(2012, 9, 13, 12, 57, 29) function-extrapolation-python 5.50112 "BENCH:  1.9168510437"
+(2012, 9, 13, 12, 57, 29) function-extrapolation-python 1.91685 "BENCH:  1.9168510437"
+(2012, 9, 13, 12, 57, 51) la-vector-access-cpp 22.4541 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 13, 12, 58, 16) la-vector-assignment-cpp 24.9638 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 14, 1, 11, 39) common-progress-cpp 36.4364 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 14, 1, 12, 10) common-timing-cpp 30.2412 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 14, 12, 25, 43) fem-assembly-cpp 347.315 "Assembly for various forms and backends"
+(2012, 9, 14, 12, 25, 56) fem-convergence-cpp 13.3531 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 14, 12, 25, 58) fem-jit-python 0.000406313 "JIT compilation (in memory cache)"
+(2012, 9, 14, 12, 32, 29) fem-speedup-cpp 390.186 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 14, 12, 32, 29) fem-speedup-cpp-assembly 6.10476 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 14, 12, 32, 29) fem-speedup-cpp-solve 1.49782 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 14, 12, 32, 52) mesh-refinement-cpp 22.1111 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 14, 12, 33, 13) mesh-topology-cpp 20.6805 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 14, 12, 33, 34) mesh-unitcube-cpp 21.0993 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 14, 12, 34, 17) mesh-iteration-cpp 40.3802 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 14, 12, 34, 39) function-evaluation-cpp 21.9003 "Evaluations of functions at arbitrary points."
+(2012, 9, 14, 12, 34, 39) function-evaluation-cpp 21.8196 "Evaluations of functions at arbitrary points."
+(2012, 9, 14, 12, 34, 45) function-extrapolation-python 5.40911 "BENCH:  1.89039516449"
+(2012, 9, 14, 12, 34, 45) function-extrapolation-python 1.8904 "BENCH:  1.89039516449"
+(2012, 9, 14, 12, 35, 9) la-vector-access-cpp 23.8229 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 14, 12, 35, 34) la-vector-assignment-cpp 24.962 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 15, 1, 11, 28) common-progress-cpp 29.5854 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 15, 1, 11, 57) common-timing-cpp 28.7927 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 15, 12, 28, 50) fem-convergence-cpp 13.0818 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 15, 12, 28, 52) fem-jit-python 0.000412393 "JIT compilation (in memory cache)"
+(2012, 9, 15, 12, 35, 27) fem-speedup-cpp 394.561 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 15, 12, 35, 27) fem-speedup-cpp-assembly 6.09929 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 15, 12, 35, 27) fem-speedup-cpp-solve 1.44758 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 15, 12, 35, 51) mesh-refinement-cpp 22.4542 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 15, 12, 36, 12) mesh-topology-cpp 20.901 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 15, 12, 36, 36) mesh-unitcube-cpp 23.5594 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 15, 12, 37, 18) mesh-iteration-cpp 40.3736 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 15, 12, 37, 40) function-evaluation-cpp 21.815 "Evaluations of functions at arbitrary points."
+(2012, 9, 15, 12, 37, 40) function-evaluation-cpp 21.7257 "Evaluations of functions at arbitrary points."
+(2012, 9, 15, 12, 37, 46) function-extrapolation-python 5.43882 "BENCH:  1.89907884598"
+(2012, 9, 15, 12, 37, 46) function-extrapolation-python 1.89908 "BENCH:  1.89907884598"
+(2012, 9, 15, 12, 38, 9) la-vector-access-cpp 23.3205 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 15, 12, 38, 35) la-vector-assignment-cpp 25.5206 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 16, 1, 11, 16) common-progress-cpp 38.9439 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 16, 1, 11, 45) common-timing-cpp 28.9383 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 16, 13, 9, 30) fem-multicore-cpp 43065.4 "Coloring mesh."
+(2012, 9, 16, 13, 9, 45) fem-convergence-cpp 13.0918 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 16, 13, 9, 48) fem-jit-python 0.000410509 "JIT compilation (in memory cache)"
+(2012, 9, 16, 13, 16, 19) fem-speedup-cpp 391.508 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 16, 13, 16, 19) fem-speedup-cpp-assembly 6.06307 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 16, 13, 16, 19) fem-speedup-cpp-solve 1.47197 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 16, 13, 16, 43) mesh-refinement-cpp 22.49 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 16, 13, 17, 4) mesh-topology-cpp 20.86 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 16, 13, 17, 28) mesh-unitcube-cpp 23.5676 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 16, 13, 18, 11) mesh-iteration-cpp 40.3725 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 16, 13, 18, 33) function-evaluation-cpp 21.8604 "Evaluations of functions at arbitrary points."
+(2012, 9, 16, 13, 18, 33) function-evaluation-cpp 21.7796 "Evaluations of functions at arbitrary points."
+(2012, 9, 16, 13, 18, 38) function-extrapolation-python 5.20525 "BENCH:  1.89735102654"
+(2012, 9, 16, 13, 18, 38) function-extrapolation-python 1.89735 "BENCH:  1.89735102654"
+(2012, 9, 16, 13, 19, 1) la-vector-access-cpp 22.3997 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 16, 13, 19, 26) la-vector-assignment-cpp 25.5192 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 17, 1, 10, 46) common-progress-cpp 29.612 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 17, 1, 11, 15) common-timing-cpp 28.7437 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 17, 13, 24, 34) fem-multicore-cpp 43998.9 "Coloring mesh."
+(2012, 9, 17, 13, 24, 49) fem-convergence-cpp 13.1166 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 17, 13, 24, 52) fem-jit-python 0.000408792 "JIT compilation (in memory cache)"
+(2012, 9, 17, 13, 31, 26) fem-speedup-cpp 394.534 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 17, 13, 31, 26) fem-speedup-cpp-assembly 6.11943 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 17, 13, 31, 26) fem-speedup-cpp-solve 1.45052 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 17, 13, 31, 50) mesh-refinement-cpp 22.5091 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 17, 13, 32, 11) mesh-topology-cpp 20.8864 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 17, 13, 32, 35) mesh-unitcube-cpp 23.6286 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 17, 13, 33, 18) mesh-iteration-cpp 40.3785 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 17, 13, 33, 41) function-evaluation-cpp 22.9586 "Evaluations of functions at arbitrary points."
+(2012, 9, 17, 13, 33, 41) function-evaluation-cpp 22.8698 "Evaluations of functions at arbitrary points."
+(2012, 9, 17, 13, 33, 47) function-extrapolation-python 5.3996 "BENCH:  1.89168787003"
+(2012, 9, 17, 13, 33, 47) function-extrapolation-python 1.89169 "BENCH:  1.89168787003"
+(2012, 9, 17, 13, 34, 15) la-vector-access-cpp 27.8828 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 17, 13, 34, 40) la-vector-assignment-cpp 25.5082 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 18, 1, 10, 49) common-progress-cpp 29.5931 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 18, 1, 11, 17) common-timing-cpp 28.1017 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 18, 12, 49, 11) fem-multicore-cpp 41874.5 "Coloring mesh."
+(2012, 9, 18, 12, 49, 26) fem-convergence-cpp 13.1149 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 18, 12, 49, 28) fem-jit-python 0.000406289 "JIT compilation (in memory cache)"
+(2012, 9, 18, 12, 56, 1) fem-speedup-cpp 392.847 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 18, 12, 56, 1) fem-speedup-cpp-assembly 6.04611 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 18, 12, 56, 1) fem-speedup-cpp-solve 1.48035 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 18, 12, 56, 26) mesh-refinement-cpp 22.5223 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 18, 12, 56, 47) mesh-topology-cpp 20.8932 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 18, 12, 57, 10) mesh-unitcube-cpp 23.5504 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 18, 12, 57, 53) mesh-iteration-cpp 40.3742 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 18, 12, 58, 15) function-evaluation-cpp 21.881 "Evaluations of functions at arbitrary points."
+(2012, 9, 18, 12, 58, 15) function-evaluation-cpp 21.7839 "Evaluations of functions at arbitrary points."
+(2012, 9, 18, 12, 58, 21) function-extrapolation-python 5.30175 "BENCH:  1.90063285828"
+(2012, 9, 18, 12, 58, 21) function-extrapolation-python 1.90063 "BENCH:  1.90063285828"
+(2012, 9, 18, 12, 58, 45) la-vector-access-cpp 24.4174 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 18, 12, 59, 13) la-vector-assignment-cpp 27.8988 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 19, 1, 11, 8) common-progress-cpp 29.8735 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 19, 1, 11, 37) common-timing-cpp 29.1151 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 19, 13, 25, 15) fem-multicore-cpp 44018.3 "Coloring mesh."
+(2012, 9, 19, 13, 25, 30) fem-convergence-cpp 13.2066 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 19, 13, 25, 32) fem-jit-python 0.000416398 "JIT compilation (in memory cache)"
+(2012, 9, 19, 13, 31, 56) fem-speedup-cpp 383.872 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 19, 13, 31, 56) fem-speedup-cpp-assembly 6.10301 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 19, 13, 31, 56) fem-speedup-cpp-solve 1.56911 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 19, 13, 32, 20) mesh-refinement-cpp 22.3385 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 19, 13, 32, 41) mesh-topology-cpp 20.4917 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 19, 13, 33, 4) mesh-unitcube-cpp 22.4845 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 19, 13, 33, 48) mesh-iteration-cpp 41.6145 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 19, 13, 34, 10) function-evaluation-cpp 21.9973 "Evaluations of functions at arbitrary points."
+(2012, 9, 19, 13, 34, 10) function-evaluation-cpp 21.9161 "Evaluations of functions at arbitrary points."
+(2012, 9, 19, 13, 34, 15) function-extrapolation-python 5.26828 "BENCH:  1.89837098122"
+(2012, 9, 19, 13, 34, 15) function-extrapolation-python 1.89837 "BENCH:  1.89837098122"
+(2012, 9, 19, 13, 34, 38) la-vector-access-cpp 22.4024 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 19, 13, 35, 3) la-vector-assignment-cpp 25.514 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 20, 1, 11, 5) common-progress-cpp 29.7306 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 20, 1, 11, 34) common-timing-cpp 29.1986 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 20, 13, 20, 37) fem-multicore-cpp 43742.7 "Coloring mesh."
+(2012, 9, 20, 13, 20, 52) fem-convergence-cpp 13.2042 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 20, 13, 20, 54) fem-jit-python 0.000415611 "JIT compilation (in memory cache)"
+(2012, 9, 20, 13, 27, 17) fem-speedup-cpp 382.221 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 20, 13, 27, 17) fem-speedup-cpp-assembly 6.11515 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 20, 13, 27, 17) fem-speedup-cpp-solve 1.59161 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 20, 13, 27, 41) mesh-refinement-cpp 22.3458 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 20, 13, 28, 1) mesh-topology-cpp 20.4703 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 20, 13, 28, 24) mesh-unitcube-cpp 22.5939 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 20, 13, 29, 7) mesh-iteration-cpp 40.377 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 20, 13, 29, 29) function-evaluation-cpp 21.8748 "Evaluations of functions at arbitrary points."
+(2012, 9, 20, 13, 29, 29) function-evaluation-cpp 21.7941 "Evaluations of functions at arbitrary points."
+(2012, 9, 20, 13, 29, 34) function-extrapolation-python 5.24601 "BENCH:  1.89654994011"
+(2012, 9, 20, 13, 29, 34) function-extrapolation-python 1.89655 "BENCH:  1.89654994011"
+(2012, 9, 20, 13, 29, 56) la-vector-access-cpp 22.4008 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 20, 13, 30, 22) la-vector-assignment-cpp 25.5189 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 21, 1, 11, 12) common-progress-cpp 29.6577 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 21, 1, 11, 41) common-timing-cpp 29.1631 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 21, 9, 7, 39) common-progress-cpp 29.6845 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 21, 9, 8, 8) common-timing-cpp 29.4578 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 21, 10, 24, 25) fem-jit-python 0.000410795 "JIT compilation (in memory cache)"
+(2012, 9, 21, 10, 27, 13) function-extrapolation-python 3.39918 "BENCH:  1.87466597557"
+(2012, 9, 21, 10, 27, 13) function-extrapolation-python 1.87467 "BENCH:  1.87466597557"
+(2012, 9, 22, 1, 11, 19) common-progress-cpp 29.1781 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 22, 1, 11, 48) common-timing-cpp 29.5232 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 22, 1, 13, 36) fem-multicore-cpp 107.78 "Coloring mesh."
+(2012, 9, 22, 1, 13, 51) fem-convergence-cpp 13.1441 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 22, 1, 13, 51) fem-jit-python 0.000403094 "JIT compilation (in memory cache)"
+(2012, 9, 22, 1, 20, 27) fem-speedup-cpp 395.787 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 22, 1, 20, 27) fem-speedup-cpp-assembly 6.05911 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 22, 1, 20, 27) fem-speedup-cpp-solve 1.44451 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 22, 1, 21, 1) mesh-refinement-cpp 31.5896 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 22, 1, 21, 22) mesh-topology-cpp 20.8219 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 22, 1, 21, 43) mesh-unitcube-cpp 21.7527 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 22, 1, 22, 47) mesh-iteration-cpp 61.0734 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 22, 1, 23, 9) function-evaluation-cpp 21.8743 "Evaluations of functions at arbitrary points."
+(2012, 9, 22, 1, 23, 9) function-evaluation-cpp 21.7859 "Evaluations of functions at arbitrary points."
+(2012, 9, 22, 1, 23, 15) function-extrapolation-python 5.58182 "BENCH:  1.90315103531"
+(2012, 9, 22, 1, 23, 15) function-extrapolation-python 1.90315 "BENCH:  1.90315103531"
+(2012, 9, 22, 1, 23, 40) la-vector-access-cpp 24.9702 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 22, 1, 24, 5) la-vector-assignment-cpp 25.5096 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 23, 1, 11, 0) common-progress-cpp 30.7373 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 23, 1, 11, 28) common-timing-cpp 28.1362 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 23, 1, 13, 15) fem-multicore-cpp 107.745 "Coloring mesh."
+(2012, 9, 23, 1, 13, 30) fem-convergence-cpp 13.3992 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 23, 1, 13, 31) fem-jit-python 0.000411797 "JIT compilation (in memory cache)"
+(2012, 9, 23, 1, 20, 9) fem-speedup-cpp 398.523 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 23, 1, 20, 9) fem-speedup-cpp-assembly 6.18453 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 23, 1, 20, 9) fem-speedup-cpp-solve 1.39178 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 23, 1, 20, 43) mesh-refinement-cpp 31.5799 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 23, 1, 21, 4) mesh-topology-cpp 20.8693 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 23, 1, 21, 26) mesh-unitcube-cpp 21.8442 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 23, 1, 22, 10) mesh-iteration-cpp 41.6302 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 23, 1, 22, 32) function-evaluation-cpp 21.8793 "Evaluations of functions at arbitrary points."
+(2012, 9, 23, 1, 22, 32) function-evaluation-cpp 21.7983 "Evaluations of functions at arbitrary points."
+(2012, 9, 23, 1, 22, 37) function-extrapolation-python 5.56562 "BENCH:  1.9037539959"
+(2012, 9, 23, 1, 22, 37) function-extrapolation-python 1.90375 "BENCH:  1.9037539959"
+(2012, 9, 23, 1, 23, 0) la-vector-access-cpp 22.3991 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 23, 1, 23, 28) la-vector-assignment-cpp 28.3515 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 24, 1, 11, 1) common-progress-cpp 29.5841 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 24, 1, 11, 30) common-timing-cpp 29.0484 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 24, 1, 13, 19) fem-multicore-cpp 108.684 "Coloring mesh."
+(2012, 9, 24, 1, 13, 33) fem-convergence-cpp 13.4175 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 24, 1, 13, 34) fem-jit-python 0.000411797 "JIT compilation (in memory cache)"
+(2012, 9, 24, 1, 19, 42) fem-speedup-cpp 367.845 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 24, 1, 19, 42) fem-speedup-cpp-assembly 6.07892 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 24, 1, 19, 42) fem-speedup-cpp-solve 1.80876 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 24, 1, 20, 15) mesh-refinement-cpp 31.6335 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 24, 1, 20, 36) mesh-topology-cpp 20.9318 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 24, 1, 20, 58) mesh-unitcube-cpp 21.8601 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 24, 1, 21, 42) mesh-iteration-cpp 41.5928 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 24, 1, 22, 4) function-evaluation-cpp 21.9059 "Evaluations of functions at arbitrary points."
+(2012, 9, 24, 1, 22, 4) function-evaluation-cpp 21.8099 "Evaluations of functions at arbitrary points."
+(2012, 9, 24, 1, 22, 10) function-extrapolation-python 5.5134 "BENCH:  1.92673611641"
+(2012, 9, 24, 1, 22, 10) function-extrapolation-python 1.92674 "BENCH:  1.92673611641"
+(2012, 9, 24, 1, 22, 32) la-vector-access-cpp 22.3992 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 24, 1, 22, 58) la-vector-assignment-cpp 25.4026 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 25, 1, 11, 24) common-progress-cpp 48.2572 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 25, 1, 11, 54) common-timing-cpp 29.7911 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 25, 1, 13, 42) fem-multicore-cpp 108.482 "Coloring mesh."
+(2012, 9, 25, 1, 16, 6) fem-assembly-cpp 143.666 "Assembly for various forms and backends"
+(2012, 9, 25, 1, 16, 19) fem-convergence-cpp 13.3206 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 25, 1, 16, 20) fem-jit-python 0.000407314 "JIT compilation (in memory cache)"
+(2012, 9, 25, 1, 23, 0) fem-speedup-cpp 400.125 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 25, 1, 23, 0) fem-speedup-cpp-assembly 6.09379 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 25, 1, 23, 0) fem-speedup-cpp-solve 1.36736 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 25, 1, 23, 25) mesh-refinement-cpp 23.5491 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 25, 1, 23, 46) mesh-topology-cpp 20.5739 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 25, 1, 24, 8) mesh-unitcube-cpp 21.9915 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 25, 1, 24, 51) mesh-iteration-cpp 41.0121 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 25, 1, 25, 13) function-evaluation-cpp 21.8873 "Evaluations of functions at arbitrary points."
+(2012, 9, 25, 1, 25, 13) function-evaluation-cpp 21.806 "Evaluations of functions at arbitrary points."
+(2012, 9, 25, 1, 25, 19) function-extrapolation-python 5.54546 "BENCH:  1.89376592636"
+(2012, 9, 25, 1, 25, 19) function-extrapolation-python 1.89377 "BENCH:  1.89376592636"
+(2012, 9, 25, 1, 25, 41) la-vector-access-cpp 22.4 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 25, 1, 26, 7) la-vector-assignment-cpp 25.5236 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 26, 1, 11, 38) common-progress-cpp 29.6016 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 26, 1, 12, 8) common-timing-cpp 29.4257 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 26, 1, 13, 56) fem-multicore-cpp 108.321 "Coloring mesh."
+(2012, 9, 26, 1, 16, 22) fem-assembly-cpp 145.668 "Assembly for various forms and backends"
+(2012, 9, 26, 1, 16, 35) fem-convergence-cpp 13.4098 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 26, 1, 16, 36) fem-jit-python 0.000411701 "JIT compilation (in memory cache)"
+(2012, 9, 26, 1, 22, 47) fem-speedup-cpp 370.705 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 26, 1, 22, 47) fem-speedup-cpp-assembly 6.08716 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 26, 1, 22, 47) fem-speedup-cpp-solve 1.7315 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 26, 1, 23, 11) mesh-refinement-cpp 23.4647 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 26, 1, 23, 32) mesh-topology-cpp 20.6221 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 26, 1, 23, 54) mesh-unitcube-cpp 21.877 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 26, 1, 24, 40) mesh-iteration-cpp 43.5017 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 26, 1, 25, 2) function-evaluation-cpp 21.5565 "Evaluations of functions at arbitrary points."
+(2012, 9, 26, 1, 25, 2) function-evaluation-cpp 21.4753 "Evaluations of functions at arbitrary points."
+(2012, 9, 26, 1, 25, 7) function-extrapolation-python 5.58725 "BENCH:  1.94169616699"
+(2012, 9, 26, 1, 25, 7) function-extrapolation-python 1.9417 "BENCH:  1.94169616699"
+(2012, 9, 26, 1, 25, 33) la-vector-access-cpp 25.1789 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 26, 1, 25, 58) la-vector-assignment-cpp 25.518 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 27, 1, 10, 49) common-progress-cpp 29.0637 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 27, 1, 11, 19) common-timing-cpp 29.6664 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 27, 1, 13, 8) fem-multicore-cpp 109.065 "Coloring mesh."
+(2012, 9, 27, 1, 15, 34) fem-assembly-cpp 146.163 "Assembly for various forms and backends"
+(2012, 9, 27, 1, 15, 48) fem-convergence-cpp 13.3473 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 27, 1, 15, 48) fem-jit-python 0.000416493 "JIT compilation (in memory cache)"
+(2012, 9, 27, 1, 22, 5) fem-speedup-cpp 376.931 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 27, 1, 22, 5) fem-speedup-cpp-assembly 6.25234 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 27, 1, 22, 5) fem-speedup-cpp-solve 1.65077 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 27, 1, 22, 30) mesh-refinement-cpp 23.6467 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 27, 1, 22, 51) mesh-topology-cpp 20.5443 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 27, 1, 23, 13) mesh-unitcube-cpp 21.8913 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 27, 1, 23, 57) mesh-iteration-cpp 41.0244 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 27, 1, 24, 19) function-evaluation-cpp 21.9048 "Evaluations of functions at arbitrary points."
+(2012, 9, 27, 1, 24, 19) function-evaluation-cpp 21.8233 "Evaluations of functions at arbitrary points."
+(2012, 9, 27, 1, 24, 24) function-extrapolation-python 5.54644 "BENCH:  1.94915890694"
+(2012, 9, 27, 1, 24, 24) function-extrapolation-python 1.94916 "BENCH:  1.94915890694"
+(2012, 9, 27, 1, 24, 47) la-vector-access-cpp 22.5069 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 27, 1, 25, 12) la-vector-assignment-cpp 25.5253 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 28, 1, 11, 13) common-progress-cpp 29.6133 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 28, 1, 11, 42) common-timing-cpp 29.0405 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 28, 1, 13, 30) fem-multicore-cpp 107.814 "Coloring mesh."
+(2012, 9, 28, 1, 15, 52) fem-assembly-cpp 142.62 "Assembly for various forms and backends"
+(2012, 9, 28, 1, 16, 6) fem-convergence-cpp 13.3901 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 28, 1, 16, 6) fem-jit-python 0.000418305 "JIT compilation (in memory cache)"
+(2012, 9, 28, 1, 22, 26) fem-speedup-cpp 379.907 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 28, 1, 22, 26) fem-speedup-cpp-assembly 6.04427 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 28, 1, 22, 26) fem-speedup-cpp-solve 1.61463 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 28, 1, 22, 52) mesh-refinement-cpp 24.0284 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 28, 1, 23, 13) mesh-topology-cpp 20.7403 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 28, 1, 23, 36) mesh-unitcube-cpp 22.8326 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 28, 1, 24, 19) mesh-iteration-cpp 41.0062 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 28, 1, 24, 42) function-evaluation-cpp 21.9311 "Evaluations of functions at arbitrary points."
+(2012, 9, 28, 1, 24, 42) function-evaluation-cpp 21.8367 "Evaluations of functions at arbitrary points."
+(2012, 9, 28, 1, 24, 47) function-extrapolation-python 5.49925 "BENCH:  1.93289494514"
+(2012, 9, 28, 1, 24, 47) function-extrapolation-python 1.93289 "BENCH:  1.93289494514"
+(2012, 9, 28, 1, 25, 12) la-vector-access-cpp 24.8691 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 28, 1, 25, 40) la-vector-assignment-cpp 27.9045 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 29, 1, 11, 31) common-progress-cpp 47.7193 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 29, 1, 12, 0) common-timing-cpp 28.5082 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 29, 1, 13, 48) fem-multicore-cpp 107.933 "Coloring mesh."
+(2012, 9, 29, 1, 16, 11) fem-assembly-cpp 143.145 "Assembly for various forms and backends"
+(2012, 9, 29, 1, 16, 24) fem-convergence-cpp 13.3756 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 29, 1, 16, 25) fem-jit-python 0.000413704 "JIT compilation (in memory cache)"
+(2012, 9, 29, 1, 22, 42) fem-speedup-cpp 376.965 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 29, 1, 22, 42) fem-speedup-cpp-assembly 6.23284 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 29, 1, 22, 42) fem-speedup-cpp-solve 1.65074 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 29, 1, 23, 8) mesh-refinement-cpp 24.0957 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 29, 1, 23, 29) mesh-topology-cpp 20.771 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 29, 1, 23, 52) mesh-unitcube-cpp 22.8637 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 29, 1, 24, 42) mesh-iteration-cpp 47.9873 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 29, 1, 25, 4) function-evaluation-cpp 21.9068 "Evaluations of functions at arbitrary points."
+(2012, 9, 29, 1, 25, 4) function-evaluation-cpp 21.8096 "Evaluations of functions at arbitrary points."
+(2012, 9, 29, 1, 25, 10) function-extrapolation-python 5.53809 "BENCH:  1.93129992485"
+(2012, 9, 29, 1, 25, 10) function-extrapolation-python 1.9313 "BENCH:  1.93129992485"
+(2012, 9, 29, 1, 25, 33) la-vector-access-cpp 23.0662 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 29, 1, 25, 58) la-vector-assignment-cpp 25.5173 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 9, 30, 1, 11, 8) common-progress-cpp 29.5861 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 9, 30, 1, 11, 37) common-timing-cpp 28.4111 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 9, 30, 1, 13, 25) fem-multicore-cpp 108.645 "Coloring mesh."
+(2012, 9, 30, 1, 15, 48) fem-assembly-cpp 142.402 "Assembly for various forms and backends"
+(2012, 9, 30, 1, 16, 1) fem-convergence-cpp 13.3853 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 9, 30, 1, 16, 2) fem-jit-python 0.000404596 "JIT compilation (in memory cache)"
+(2012, 9, 30, 1, 22, 5) fem-speedup-cpp 362.844 "Assembly/solve speedup running on 4 processors"
+(2012, 9, 30, 1, 22, 5) fem-speedup-cpp-assembly 5.97461 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 9, 30, 1, 22, 5) fem-speedup-cpp-solve 1.88495 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 9, 30, 1, 22, 30) mesh-refinement-cpp 23.9759 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 9, 30, 1, 22, 52) mesh-topology-cpp 20.7914 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 9, 30, 1, 23, 14) mesh-unitcube-cpp 22.8583 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 9, 30, 1, 23, 58) mesh-iteration-cpp 41.0752 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 9, 30, 1, 24, 20) function-evaluation-cpp 21.881 "Evaluations of functions at arbitrary points."
+(2012, 9, 30, 1, 24, 20) function-evaluation-cpp 21.8001 "Evaluations of functions at arbitrary points."
+(2012, 9, 30, 1, 24, 25) function-extrapolation-python 5.35302 "BENCH:  1.89962601662"
+(2012, 9, 30, 1, 24, 25) function-extrapolation-python 1.89963 "BENCH:  1.89962601662"
+(2012, 9, 30, 1, 24, 49) la-vector-access-cpp 23.6877 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 9, 30, 1, 25, 15) la-vector-assignment-cpp 25.5145 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 10, 1, 1, 14, 26) common-progress-cpp 29.7977 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 10, 1, 1, 14, 55) common-timing-cpp 28.9869 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 10, 1, 1, 16, 43) fem-multicore-cpp 107.883 "Coloring mesh."
+(2012, 10, 1, 1, 19, 6) fem-assembly-cpp 142.334 "Assembly for various forms and backends"
+(2012, 10, 1, 1, 19, 19) fem-convergence-cpp 13.3669 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 10, 1, 1, 19, 20) fem-jit-python 0.000411797 "JIT compilation (in memory cache)"
+(2012, 10, 1, 1, 25, 44) fem-speedup-cpp 384.676 "Assembly/solve speedup running on 4 processors"
+(2012, 10, 1, 1, 25, 44) fem-speedup-cpp-assembly 6.21876 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 10, 1, 1, 25, 44) fem-speedup-cpp-solve 1.55803 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 10, 1, 1, 26, 10) mesh-refinement-cpp 24.001 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 10, 1, 1, 26, 31) mesh-topology-cpp 20.7638 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 10, 1, 1, 26, 54) mesh-unitcube-cpp 22.8602 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 10, 1, 1, 27, 37) mesh-iteration-cpp 41.0101 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 10, 1, 1, 27, 59) function-evaluation-cpp 21.5396 "Evaluations of functions at arbitrary points."
+(2012, 10, 1, 1, 27, 59) function-evaluation-cpp 21.4428 "Evaluations of functions at arbitrary points."
+(2012, 10, 1, 1, 28, 4) function-extrapolation-python 5.29918 "BENCH:  1.90193295479"
+(2012, 10, 1, 1, 28, 4) function-extrapolation-python 1.90193 "BENCH:  1.90193295479"
+(2012, 10, 1, 1, 28, 26) la-vector-access-cpp 22.248 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 10, 1, 1, 28, 52) la-vector-assignment-cpp 25.519 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 10, 2, 1, 11, 10) common-progress-cpp 29.6006 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 10, 2, 1, 11, 39) common-timing-cpp 28.3973 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 10, 2, 1, 13, 28) fem-multicore-cpp 108.952 "Coloring mesh."
+(2012, 10, 2, 1, 15, 52) fem-assembly-cpp 143.9 "Assembly for various forms and backends"
+(2012, 10, 2, 1, 16, 5) fem-convergence-cpp 13.3715 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 10, 2, 1, 16, 6) fem-jit-python 0.000425506 "JIT compilation (in memory cache)"
+(2012, 10, 2, 1, 22, 32) fem-speedup-cpp 386.403 "Assembly/solve speedup running on 4 processors"
+(2012, 10, 2, 1, 22, 32) fem-speedup-cpp-assembly 6.12962 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 10, 2, 1, 22, 32) fem-speedup-cpp-solve 1.53724 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 10, 2, 1, 22, 58) mesh-refinement-cpp 24.0623 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 10, 2, 1, 23, 19) mesh-topology-cpp 20.7278 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 10, 2, 1, 23, 42) mesh-unitcube-cpp 22.8369 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 10, 2, 1, 24, 25) mesh-iteration-cpp 41.0071 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 10, 2, 1, 24, 47) function-evaluation-cpp 21.8894 "Evaluations of functions at arbitrary points."
+(2012, 10, 2, 1, 24, 47) function-evaluation-cpp 21.794 "Evaluations of functions at arbitrary points."
+(2012, 10, 2, 1, 24, 53) function-extrapolation-python 5.35678 "BENCH:  1.90628290176"
+(2012, 10, 2, 1, 24, 53) function-extrapolation-python 1.90628 "BENCH:  1.90628290176"
+(2012, 10, 2, 1, 25, 15) la-vector-access-cpp 22.2436 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 10, 2, 1, 25, 41) la-vector-assignment-cpp 25.5693 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 10, 3, 1, 11, 17) common-progress-cpp 29.569 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 10, 3, 1, 11, 45) common-timing-cpp 28.3248 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 10, 3, 1, 13, 34) fem-multicore-cpp 109.109 "Coloring mesh."
+(2012, 10, 3, 1, 15, 57) fem-assembly-cpp 142.903 "Assembly for various forms and backends"
+(2012, 10, 3, 1, 16, 10) fem-convergence-cpp 13.384 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 10, 3, 1, 16, 11) fem-jit-python 0.000418591 "JIT compilation (in memory cache)"
+(2012, 10, 3, 1, 22, 26) fem-speedup-cpp 374.484 "Assembly/solve speedup running on 4 processors"
+(2012, 10, 3, 1, 22, 26) fem-speedup-cpp-assembly 6.09382 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 10, 3, 1, 22, 26) fem-speedup-cpp-solve 1.70573 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 10, 3, 1, 22, 51) mesh-refinement-cpp 23.7131 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 10, 3, 1, 23, 12) mesh-topology-cpp 20.7221 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 10, 3, 1, 23, 34) mesh-unitcube-cpp 21.9531 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 10, 3, 1, 24, 21) mesh-iteration-cpp 44.4199 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 10, 3, 1, 24, 43) function-evaluation-cpp 21.82 "Evaluations of functions at arbitrary points."
+(2012, 10, 3, 1, 24, 43) function-evaluation-cpp 21.7338 "Evaluations of functions at arbitrary points."
+(2012, 10, 3, 1, 24, 48) function-extrapolation-python 5.53245 "BENCH:  1.93266105652"
+(2012, 10, 3, 1, 24, 48) function-extrapolation-python 1.93266 "BENCH:  1.93266105652"
+(2012, 10, 3, 1, 25, 13) la-vector-access-cpp 24.8894 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 10, 3, 1, 25, 39) la-vector-assignment-cpp 25.5064 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 10, 4, 1, 11, 11) common-progress-cpp 36.4362 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 10, 4, 1, 11, 41) common-timing-cpp 29.8187 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 10, 4, 1, 13, 29) fem-multicore-cpp 108.076 "Coloring mesh."
+(2012, 10, 4, 1, 15, 52) fem-assembly-cpp 143.135 "Assembly for various forms and backends"
+(2012, 10, 4, 1, 16, 6) fem-convergence-cpp 13.3825 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 10, 4, 1, 16, 7) fem-jit-python 0.000425911 "JIT compilation (in memory cache)"
+(2012, 10, 4, 1, 22, 14) fem-speedup-cpp 367.408 "Assembly/solve speedup running on 4 processors"
+(2012, 10, 4, 1, 22, 14) fem-speedup-cpp-assembly 6.25707 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 10, 4, 1, 22, 14) fem-speedup-cpp-solve 1.82569 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 10, 4, 1, 22, 39) mesh-refinement-cpp 23.6219 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 10, 4, 1, 23, 0) mesh-topology-cpp 20.9927 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 10, 4, 1, 23, 22) mesh-unitcube-cpp 21.5831 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 10, 4, 1, 24, 4) mesh-iteration-cpp 39.8708 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 10, 4, 1, 24, 26) function-evaluation-cpp 21.9227 "Evaluations of functions at arbitrary points."
+(2012, 10, 4, 1, 24, 26) function-evaluation-cpp 21.8203 "Evaluations of functions at arbitrary points."
+(2012, 10, 4, 1, 24, 32) function-extrapolation-python 5.44318 "BENCH:  1.94250607491"
+(2012, 10, 4, 1, 24, 32) function-extrapolation-python 1.94251 "BENCH:  1.94250607491"
+(2012, 10, 4, 1, 24, 57) la-vector-access-cpp 24.9693 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 10, 4, 1, 25, 25) la-vector-assignment-cpp 28.3925 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 10, 5, 1, 10, 47) common-progress-cpp 29.6076 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 10, 5, 1, 11, 17) common-timing-cpp 29.8419 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 10, 5, 1, 13, 5) fem-multicore-cpp 108.098 "Coloring mesh."
+(2012, 10, 5, 1, 15, 29) fem-assembly-cpp 143.573 "Assembly for various forms and backends"
+(2012, 10, 5, 1, 15, 42) fem-convergence-cpp 13.3563 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 10, 5, 1, 15, 43) fem-jit-python 0.000414705 "JIT compilation (in memory cache)"
+(2012, 10, 5, 1, 22, 10) fem-speedup-cpp 386.838 "Assembly/solve speedup running on 4 processors"
+(2012, 10, 5, 1, 22, 10) fem-speedup-cpp-assembly 6.18296 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 10, 5, 1, 22, 10) fem-speedup-cpp-solve 1.55 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 10, 5, 1, 22, 35) mesh-refinement-cpp 23.6266 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 10, 5, 1, 22, 56) mesh-topology-cpp 21.036 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 10, 5, 1, 23, 18) mesh-unitcube-cpp 21.9407 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 10, 5, 1, 24, 0) mesh-iteration-cpp 39.8735 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 10, 5, 1, 24, 22) function-evaluation-cpp 21.9317 "Evaluations of functions at arbitrary points."
+(2012, 10, 5, 1, 24, 22) function-evaluation-cpp 21.8358 "Evaluations of functions at arbitrary points."
+(2012, 10, 5, 1, 24, 28) function-extrapolation-python 5.52398 "BENCH:  1.90278792381"
+(2012, 10, 5, 1, 24, 28) function-extrapolation-python 1.90279 "BENCH:  1.90278792381"
+(2012, 10, 5, 1, 24, 56) la-vector-access-cpp 27.8847 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 10, 5, 1, 25, 21) la-vector-assignment-cpp 25.5232 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 10, 6, 1, 11, 4) common-progress-cpp 29.5893 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 10, 6, 1, 11, 33) common-timing-cpp 29.3947 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 10, 6, 1, 13, 48) fem-multicore-cpp 134.171 "Coloring mesh."
+(2012, 10, 6, 1, 20, 49) fem-assembly-cpp 421.039 "Assembly for various forms and backends"
+(2012, 10, 6, 1, 21, 2) fem-convergence-cpp 13.0996 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 10, 6, 1, 21, 2) fem-jit-python 0.000415993 "JIT compilation (in memory cache)"
+(2012, 10, 6, 2, 16, 7) fem-speedup-cpp 3304.04 "Assembly/solve speedup running on 4 processors"
+(2012, 10, 6, 2, 16, 7) fem-speedup-cpp-assembly 6.22398 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 10, 6, 2, 16, 7) fem-speedup-cpp-solve 1.92808 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 10, 6, 2, 16, 32) mesh-refinement-cpp 23.9863 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 10, 6, 2, 16, 53) mesh-topology-cpp 20.7132 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 10, 6, 2, 17, 17) mesh-unitcube-cpp 24.2534 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 10, 6, 2, 18, 0) mesh-iteration-cpp 39.8714 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 10, 6, 2, 18, 28) function-evaluation-cpp 28.4574 "Evaluations of functions at arbitrary points."
+(2012, 10, 6, 2, 18, 28) function-evaluation-cpp 28.3718 "Evaluations of functions at arbitrary points."
+(2012, 10, 6, 2, 18, 34) function-extrapolation-python 5.49477 "BENCH:  1.94015908241"
+(2012, 10, 6, 2, 18, 34) function-extrapolation-python 1.94016 "BENCH:  1.94015908241"
+(2012, 10, 6, 2, 18, 59) la-vector-access-cpp 24.8462 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 10, 6, 2, 19, 24) la-vector-assignment-cpp 25.5061 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 10, 7, 1, 11, 3) common-progress-cpp 29.8116 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 10, 7, 1, 11, 31) common-timing-cpp 28.1932 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 10, 7, 1, 13, 47) fem-multicore-cpp 135.999 "Coloring mesh."
+(2012, 10, 7, 1, 20, 51) fem-assembly-cpp 424.349 "Assembly for various forms and backends"
+(2012, 10, 7, 1, 21, 4) fem-convergence-cpp 13.2273 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 10, 7, 1, 21, 5) fem-jit-python 0.00043571 "JIT compilation (in memory cache)"
+(2012, 10, 7, 2, 16, 28) fem-speedup-cpp 3323.09 "Assembly/solve speedup running on 4 processors"
+(2012, 10, 7, 2, 16, 28) fem-speedup-cpp-assembly 6.27355 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 10, 7, 2, 16, 28) fem-speedup-cpp-solve 1.53843 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 10, 7, 2, 16, 54) mesh-refinement-cpp 23.8286 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 10, 7, 2, 17, 15) mesh-topology-cpp 20.826 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 10, 7, 2, 17, 39) mesh-unitcube-cpp 23.9602 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 10, 7, 2, 18, 27) mesh-iteration-cpp 46.0029 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 10, 7, 2, 18, 56) function-evaluation-cpp 28.4519 "Evaluations of functions at arbitrary points."
+(2012, 10, 7, 2, 18, 56) function-evaluation-cpp 28.3571 "Evaluations of functions at arbitrary points."
+(2012, 10, 7, 2, 19, 2) function-extrapolation-python 5.54058 "BENCH:  1.9537229538"
+(2012, 10, 7, 2, 19, 2) function-extrapolation-python 1.95372 "BENCH:  1.9537229538"
+(2012, 10, 7, 2, 19, 24) la-vector-access-cpp 22.4965 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 10, 7, 2, 19, 50) la-vector-assignment-cpp 25.4159 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 10, 8, 1, 11, 7) common-progress-cpp 36.4363 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 10, 8, 1, 11, 35) common-timing-cpp 28.1186 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 10, 8, 1, 13, 50) fem-multicore-cpp 134.317 "Coloring mesh."
+(2012, 10, 8, 1, 20, 57) fem-assembly-cpp 426.917 "Assembly for various forms and backends"
+(2012, 10, 8, 1, 21, 10) fem-convergence-cpp 13.2095 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 10, 8, 1, 21, 11) fem-jit-python 0.000414491 "JIT compilation (in memory cache)"
+(2012, 10, 8, 2, 16, 35) fem-speedup-cpp 3324.54 "Assembly/solve speedup running on 4 processors"
+(2012, 10, 8, 2, 16, 35) fem-speedup-cpp-assembly 6.07838 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 10, 8, 2, 16, 35) fem-speedup-cpp-solve 1.86639 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 10, 8, 2, 17, 0) mesh-refinement-cpp 23.8644 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 10, 8, 2, 17, 21) mesh-topology-cpp 20.7884 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 10, 8, 2, 17, 46) mesh-unitcube-cpp 24.7006 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 10, 8, 2, 18, 28) mesh-iteration-cpp 39.877 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 10, 8, 2, 18, 57) function-evaluation-cpp 28.4609 "Evaluations of functions at arbitrary points."
+(2012, 10, 8, 2, 18, 57) function-evaluation-cpp 28.3395 "Evaluations of functions at arbitrary points."
+(2012, 10, 8, 2, 19, 2) function-extrapolation-python 4.85098 "BENCH:  1.88601994514"
+(2012, 10, 8, 2, 19, 2) function-extrapolation-python 1.88602 "BENCH:  1.88601994514"
+(2012, 10, 8, 2, 19, 27) la-vector-access-cpp 24.9781 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 10, 8, 2, 19, 52) la-vector-assignment-cpp 25.5121 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 10, 10, 1, 10, 55) common-progress-cpp 29.6756 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 10, 10, 1, 11, 26) common-timing-cpp 31.2842 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 10, 10, 1, 13, 15) fem-multicore-cpp 108.393 "Coloring mesh."
+(2012, 10, 10, 1, 15, 40) fem-assembly-cpp 145.062 "Assembly for various forms and backends"
+(2012, 10, 10, 1, 15, 53) fem-convergence-cpp 12.8455 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 10, 10, 1, 15, 53) fem-jit-python 0.000422287 "JIT compilation (in memory cache)"
+(2012, 10, 10, 1, 22, 16) fem-speedup-cpp 382.598 "Assembly/solve speedup running on 4 processors"
+(2012, 10, 10, 1, 22, 16) fem-speedup-cpp-assembly 6.27907 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 10, 10, 1, 22, 16) fem-speedup-cpp-solve 1.60051 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 10, 10, 1, 22, 42) mesh-refinement-cpp 23.8081 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 10, 10, 1, 23, 2) mesh-topology-cpp 20.4471 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 10, 10, 1, 23, 28) mesh-unitcube-cpp 25.2329 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 10, 10, 1, 24, 10) mesh-iteration-cpp 39.8649 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 10, 10, 1, 24, 32) function-evaluation-cpp 21.9984 "Evaluations of functions at arbitrary points."
+(2012, 10, 10, 1, 24, 32) function-evaluation-cpp 21.8963 "Evaluations of functions at arbitrary points."
+(2012, 10, 10, 1, 24, 38) function-extrapolation-python 5.44042 "BENCH:  1.89774489403"
+(2012, 10, 10, 1, 24, 38) function-extrapolation-python 1.89774 "BENCH:  1.89774489403"
+(2012, 10, 10, 1, 25, 3) la-vector-access-cpp 24.9716 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 10, 10, 1, 25, 31) la-vector-assignment-cpp 27.8934 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 10, 11, 1, 11, 9) common-progress-cpp 29.7959 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 10, 11, 1, 11, 38) common-timing-cpp 29.7389 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 10, 11, 1, 13, 26) fem-multicore-cpp 107.618 "Coloring mesh."
+(2012, 10, 11, 1, 15, 50) fem-assembly-cpp 143.99 "Assembly for various forms and backends"
+(2012, 10, 11, 1, 16, 3) fem-convergence-cpp 13.283 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 10, 11, 1, 16, 4) fem-jit-python 0.000419879 "JIT compilation (in memory cache)"
+(2012, 10, 11, 1, 22, 10) fem-speedup-cpp 366.102 "Assembly/solve speedup running on 4 processors"
+(2012, 10, 11, 1, 22, 10) fem-speedup-cpp-assembly 6.16601 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 10, 11, 1, 22, 10) fem-speedup-cpp-solve 1.88006 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 10, 11, 1, 22, 36) mesh-refinement-cpp 23.9996 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 10, 11, 1, 22, 57) mesh-topology-cpp 20.6914 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 10, 11, 1, 23, 22) mesh-unitcube-cpp 25.1739 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 10, 11, 1, 24, 7) mesh-iteration-cpp 41.7616 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 10, 11, 1, 24, 28) function-evaluation-cpp 21.7646 "Evaluations of functions at arbitrary points."
+(2012, 10, 11, 1, 24, 28) function-evaluation-cpp 21.6625 "Evaluations of functions at arbitrary points."
+(2012, 10, 11, 1, 24, 34) function-extrapolation-python 5.38501 "BENCH:  1.8960211277"
+(2012, 10, 11, 1, 24, 34) function-extrapolation-python 1.89602 "BENCH:  1.8960211277"
+(2012, 10, 11, 1, 24, 59) la-vector-access-cpp 24.997 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 10, 11, 1, 25, 27) la-vector-assignment-cpp 27.8964 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 10, 12, 1, 11, 4) common-progress-cpp 29.6314 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 10, 12, 1, 11, 34) common-timing-cpp 30.112 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 10, 12, 1, 13, 21) fem-multicore-cpp 107.016 "Coloring mesh."
+(2012, 10, 12, 1, 15, 44) fem-assembly-cpp 143.37 "Assembly for various forms and backends"
+(2012, 10, 12, 1, 15, 57) fem-convergence-cpp 13.0292 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 10, 12, 1, 15, 58) fem-jit-python 0.000414109 "JIT compilation (in memory cache)"
+(2012, 10, 12, 1, 22, 28) fem-speedup-cpp 389.83 "Assembly/solve speedup running on 4 processors"
+(2012, 10, 12, 1, 22, 28) fem-speedup-cpp-assembly 6.15052 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 10, 12, 1, 22, 28) fem-speedup-cpp-solve 1.51194 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 10, 12, 1, 22, 53) mesh-refinement-cpp 23.8275 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 10, 12, 1, 23, 14) mesh-topology-cpp 20.6546 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 10, 12, 1, 23, 39) mesh-unitcube-cpp 25.149 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 10, 12, 1, 24, 22) mesh-iteration-cpp 39.8918 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 10, 12, 1, 24, 44) function-evaluation-cpp 21.8857 "Evaluations of functions at arbitrary points."
+(2012, 10, 12, 1, 24, 44) function-evaluation-cpp 21.7849 "Evaluations of functions at arbitrary points."
+(2012, 10, 12, 1, 24, 50) function-extrapolation-python 5.70246 "BENCH:  1.89557099342"
+(2012, 10, 12, 1, 24, 50) function-extrapolation-python 1.89557 "BENCH:  1.89557099342"
+(2012, 10, 12, 1, 25, 18) la-vector-access-cpp 27.885 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 10, 12, 1, 25, 50) la-vector-assignment-cpp 31.9626 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 10, 13, 1, 11, 6) common-progress-cpp 29.7911 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 10, 13, 1, 11, 34) common-timing-cpp 28.1414 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 10, 13, 1, 13, 21) fem-multicore-cpp 107.134 "Coloring mesh."
+(2012, 10, 13, 1, 15, 46) fem-assembly-cpp 145.19 "Assembly for various forms and backends"
+(2012, 10, 13, 1, 16, 0) fem-convergence-cpp 13.1017 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 10, 13, 1, 16, 0) fem-jit-python 0.000406003 "JIT compilation (in memory cache)"
+(2012, 10, 13, 1, 22, 4) fem-speedup-cpp 363.206 "Assembly/solve speedup running on 4 processors"
+(2012, 10, 13, 1, 22, 4) fem-speedup-cpp-assembly 6.16716 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 10, 13, 1, 22, 4) fem-speedup-cpp-solve 1.89728 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 10, 13, 1, 22, 29) mesh-refinement-cpp 23.6697 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 10, 13, 1, 22, 49) mesh-topology-cpp 20.3828 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 10, 13, 1, 23, 15) mesh-unitcube-cpp 25.1925 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 10, 13, 1, 23, 59) mesh-iteration-cpp 42.1989 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 10, 13, 1, 24, 21) function-evaluation-cpp 21.8454 "Evaluations of functions at arbitrary points."
+(2012, 10, 13, 1, 24, 21) function-evaluation-cpp 21.7607 "Evaluations of functions at arbitrary points."
+(2012, 10, 13, 1, 24, 27) function-extrapolation-python 5.42938 "BENCH:  1.89672780037"
+(2012, 10, 13, 1, 24, 27) function-extrapolation-python 1.89673 "BENCH:  1.89672780037"
+(2012, 10, 13, 1, 24, 52) la-vector-access-cpp 25.0082 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 10, 13, 1, 25, 20) la-vector-assignment-cpp 27.8997 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 10, 14, 1, 10, 59) common-progress-cpp 29.6104 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 10, 14, 1, 11, 28) common-timing-cpp 29.303 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 10, 14, 1, 13, 17) fem-multicore-cpp 108.286 "Coloring mesh."
+(2012, 10, 14, 1, 15, 42) fem-assembly-cpp 145.013 "Assembly for various forms and backends"
+(2012, 10, 14, 1, 15, 55) fem-convergence-cpp 13.1318 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 10, 14, 1, 15, 56) fem-jit-python 0.000409698 "JIT compilation (in memory cache)"
+(2012, 10, 14, 1, 22, 5) fem-speedup-cpp 369.518 "Assembly/solve speedup running on 4 processors"
+(2012, 10, 14, 1, 22, 5) fem-speedup-cpp-assembly 6.18168 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 10, 14, 1, 22, 5) fem-speedup-cpp-solve 1.78852 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 10, 14, 1, 22, 30) mesh-refinement-cpp 23.6548 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 10, 14, 1, 22, 51) mesh-topology-cpp 20.4598 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 10, 14, 1, 23, 16) mesh-unitcube-cpp 25.1253 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 10, 14, 1, 23, 59) mesh-iteration-cpp 39.8827 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 10, 14, 1, 24, 21) function-evaluation-cpp 21.9072 "Evaluations of functions at arbitrary points."
+(2012, 10, 14, 1, 24, 21) function-evaluation-cpp 21.8176 "Evaluations of functions at arbitrary points."
+(2012, 10, 14, 1, 24, 26) function-extrapolation-python 5.48543 "BENCH:  1.89035010338"
+(2012, 10, 14, 1, 24, 26) function-extrapolation-python 1.89035 "BENCH:  1.89035010338"
+(2012, 10, 14, 1, 24, 54) la-vector-access-cpp 27.896 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 10, 14, 1, 25, 22) la-vector-assignment-cpp 27.9296 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 10, 15, 1, 11, 3) common-progress-cpp 29.6303 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 10, 15, 1, 11, 31) common-timing-cpp 28.7557 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 10, 15, 1, 13, 18) fem-multicore-cpp 106.775 "Coloring mesh."
+(2012, 10, 15, 1, 15, 42) fem-assembly-cpp 143.434 "Assembly for various forms and backends"
+(2012, 10, 15, 1, 15, 55) fem-convergence-cpp 13.1809 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 10, 15, 1, 15, 56) fem-jit-python 0.000412297 "JIT compilation (in memory cache)"
+(2012, 10, 15, 1, 22, 2) fem-speedup-cpp 365.924 "Assembly/solve speedup running on 4 processors"
+(2012, 10, 15, 1, 22, 2) fem-speedup-cpp-assembly 6.21584 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 10, 15, 1, 22, 2) fem-speedup-cpp-solve 1.84441 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 10, 15, 1, 22, 27) mesh-refinement-cpp 23.7086 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 10, 15, 1, 22, 48) mesh-topology-cpp 20.4438 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 10, 15, 1, 23, 13) mesh-unitcube-cpp 24.9571 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 10, 15, 1, 23, 55) mesh-iteration-cpp 39.8855 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 10, 15, 1, 24, 17) function-evaluation-cpp 22.0873 "Evaluations of functions at arbitrary points."
+(2012, 10, 15, 1, 24, 17) function-evaluation-cpp 21.9876 "Evaluations of functions at arbitrary points."
+(2012, 10, 15, 1, 24, 23) function-extrapolation-python 5.46758 "BENCH:  1.88941311836"
+(2012, 10, 15, 1, 24, 23) function-extrapolation-python 1.88941 "BENCH:  1.88941311836"
+(2012, 10, 15, 1, 24, 48) la-vector-access-cpp 25.0158 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 10, 15, 1, 25, 18) la-vector-assignment-cpp 29.8982 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 10, 16, 1, 11, 2) common-progress-cpp 29.6326 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 10, 16, 1, 11, 31) common-timing-cpp 28.9816 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 10, 16, 1, 13, 18) fem-multicore-cpp 107.339 "Coloring mesh."
+(2012, 10, 16, 1, 15, 42) fem-assembly-cpp 144.256 "Assembly for various forms and backends"
+(2012, 10, 16, 1, 15, 56) fem-convergence-cpp 13.0873 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 10, 16, 1, 15, 56) fem-jit-python 0.00041759 "JIT compilation (in memory cache)"
+(2012, 10, 16, 1, 22, 20) fem-speedup-cpp 383.173 "Assembly/solve speedup running on 4 processors"
+(2012, 10, 16, 1, 22, 20) fem-speedup-cpp-assembly 6.16102 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 10, 16, 1, 22, 20) fem-speedup-cpp-solve 1.58601 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 10, 16, 1, 22, 45) mesh-refinement-cpp 23.7392 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 10, 16, 1, 23, 6) mesh-topology-cpp 20.4203 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 10, 16, 1, 23, 31) mesh-unitcube-cpp 24.9546 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 10, 16, 1, 24, 13) mesh-iteration-cpp 39.8789 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 10, 16, 1, 24, 35) function-evaluation-cpp 21.9034 "Evaluations of functions at arbitrary points."
+(2012, 10, 16, 1, 24, 35) function-evaluation-cpp 21.8018 "Evaluations of functions at arbitrary points."
+(2012, 10, 16, 1, 24, 41) function-extrapolation-python 5.57063 "BENCH:  1.88705778122"
+(2012, 10, 16, 1, 24, 41) function-extrapolation-python 1.88706 "BENCH:  1.88705778122"
+(2012, 10, 16, 1, 25, 9) la-vector-access-cpp 27.881 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 10, 16, 1, 25, 37) la-vector-assignment-cpp 27.8991 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 10, 17, 1, 11, 23) common-progress-cpp 47.7146 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 10, 17, 1, 11, 53) common-timing-cpp 29.3424 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 10, 17, 1, 13, 40) fem-multicore-cpp 107.024 "Coloring mesh."
+(2012, 10, 17, 1, 16, 3) fem-assembly-cpp 143.514 "Assembly for various forms and backends"
+(2012, 10, 17, 1, 16, 16) fem-convergence-cpp 13.2208 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 10, 17, 1, 16, 17) fem-jit-python 0.000418711 "JIT compilation (in memory cache)"
+(2012, 10, 17, 1, 22, 20) fem-speedup-cpp 362.632 "Assembly/solve speedup running on 4 processors"
+(2012, 10, 17, 1, 22, 20) fem-speedup-cpp-assembly 6.15154 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 10, 17, 1, 22, 20) fem-speedup-cpp-solve 1.88051 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 10, 17, 1, 22, 45) mesh-refinement-cpp 23.7093 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 10, 17, 1, 23, 6) mesh-topology-cpp 20.4665 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 10, 17, 1, 23, 31) mesh-unitcube-cpp 24.9678 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 10, 17, 1, 24, 13) mesh-iteration-cpp 39.8805 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 10, 17, 1, 24, 35) function-evaluation-cpp 21.9202 "Evaluations of functions at arbitrary points."
+(2012, 10, 17, 1, 24, 35) function-evaluation-cpp 21.8163 "Evaluations of functions at arbitrary points."
+(2012, 10, 17, 1, 24, 41) function-extrapolation-python 5.50883 "BENCH:  1.90085911751"
+(2012, 10, 17, 1, 24, 41) function-extrapolation-python 1.90086 "BENCH:  1.90085911751"
+(2012, 10, 17, 1, 25, 9) la-vector-access-cpp 27.9921 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 10, 17, 1, 25, 37) la-vector-assignment-cpp 27.9122 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 10, 18, 1, 10, 57) common-progress-cpp 37.6863 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 10, 18, 1, 11, 26) common-timing-cpp 28.8341 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 10, 18, 1, 13, 13) fem-multicore-cpp 106.985 "Coloring mesh."
+(2012, 10, 18, 1, 15, 36) fem-assembly-cpp 143.382 "Assembly for various forms and backends"
+(2012, 10, 18, 1, 15, 49) fem-convergence-cpp 13.1261 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 10, 18, 1, 15, 50) fem-jit-python 0.000414801 "JIT compilation (in memory cache)"
+(2012, 10, 18, 1, 22, 4) fem-speedup-cpp 373.573 "Assembly/solve speedup running on 4 processors"
+(2012, 10, 18, 1, 22, 4) fem-speedup-cpp-assembly 6.39121 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 10, 18, 1, 22, 4) fem-speedup-cpp-solve 1.705 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 10, 18, 1, 22, 29) mesh-refinement-cpp 23.7853 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 10, 18, 1, 22, 50) mesh-topology-cpp 20.4528 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 10, 18, 1, 23, 15) mesh-unitcube-cpp 24.9561 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 10, 18, 1, 23, 59) mesh-iteration-cpp 41.6841 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 10, 18, 1, 24, 21) function-evaluation-cpp 21.9286 "Evaluations of functions at arbitrary points."
+(2012, 10, 18, 1, 24, 21) function-evaluation-cpp 21.8291 "Evaluations of functions at arbitrary points."
+(2012, 10, 18, 1, 24, 27) function-extrapolation-python 5.50077 "BENCH:  1.90567708015"
+(2012, 10, 18, 1, 24, 27) function-extrapolation-python 1.90568 "BENCH:  1.90567708015"
+(2012, 10, 18, 1, 24, 52) la-vector-access-cpp 25.0288 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 10, 18, 1, 25, 24) la-vector-assignment-cpp 31.9189 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 10, 19, 1, 11, 9) common-progress-cpp 29.7909 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 10, 19, 1, 11, 39) common-timing-cpp 29.2514 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 10, 19, 1, 13, 28) fem-multicore-cpp 109.284 "Coloring mesh."
+(2012, 10, 19, 1, 15, 51) fem-assembly-cpp 143.255 "Assembly for various forms and backends"
+(2012, 10, 19, 1, 16, 4) fem-convergence-cpp 13.1273 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 10, 19, 1, 16, 5) fem-jit-python 0.000416088 "JIT compilation (in memory cache)"
+(2012, 10, 19, 1, 22, 28) fem-speedup-cpp 383.027 "Assembly/solve speedup running on 4 processors"
+(2012, 10, 19, 1, 22, 28) fem-speedup-cpp-assembly 6.22418 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 10, 19, 1, 22, 28) fem-speedup-cpp-solve 1.57998 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 10, 19, 1, 22, 53) mesh-refinement-cpp 23.7088 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 10, 19, 1, 23, 14) mesh-topology-cpp 20.4493 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 10, 19, 1, 23, 39) mesh-unitcube-cpp 25.0553 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 10, 19, 1, 24, 28) mesh-iteration-cpp 46.0101 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 10, 19, 1, 24, 50) function-evaluation-cpp 21.9119 "Evaluations of functions at arbitrary points."
+(2012, 10, 19, 1, 24, 50) function-evaluation-cpp 21.8117 "Evaluations of functions at arbitrary points."
+(2012, 10, 19, 1, 24, 56) function-extrapolation-python 5.75036 "BENCH:  1.90998411179"
+(2012, 10, 19, 1, 24, 56) function-extrapolation-python 1.90998 "BENCH:  1.90998411179"
+(2012, 10, 19, 1, 25, 21) la-vector-access-cpp 24.9921 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 10, 19, 1, 25, 49) la-vector-assignment-cpp 27.8993 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 11, 1, 15, 5, 58) common-progress-cpp 36.4445 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 11, 1, 15, 6, 26) common-timing-cpp 27.9173 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 11, 1, 15, 8, 14) fem-multicore-cpp 107.797 "Coloring mesh."
+(2012, 11, 1, 15, 10, 38) fem-assembly-cpp 144.005 "Assembly for various forms and backends"
+(2012, 11, 1, 15, 10, 49) fem-convergence-cpp 11.4147 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 11, 1, 15, 10, 50) fem-jit-python 0.000419116 "JIT compilation (in memory cache)"
+(2012, 11, 1, 15, 16, 13) fem-speedup-cpp 322.674 "Assembly/solve speedup running on 4 processors"
+(2012, 11, 1, 15, 16, 13) fem-speedup-cpp-assembly 6.36108 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 11, 1, 15, 16, 13) fem-speedup-cpp-solve 2.18473 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 11, 1, 15, 16, 39) mesh-refinement-cpp 24.2369 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 11, 1, 15, 17, 0) mesh-topology-cpp 20.8887 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 11, 1, 15, 17, 28) mesh-unitcube-cpp 27.4108 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 11, 1, 15, 18, 11) mesh-iteration-cpp 39.8901 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 11, 1, 15, 18, 32) function-evaluation-cpp 21.7326 "Evaluations of functions at arbitrary points."
+(2012, 11, 1, 15, 18, 32) function-evaluation-cpp 21.6272 "Evaluations of functions at arbitrary points."
+(2012, 11, 1, 15, 18, 38) function-extrapolation-python 5.16388 "BENCH:  1.91285610199"
+(2012, 11, 1, 15, 18, 38) function-extrapolation-python 1.91286 "BENCH:  1.91285610199"
+(2012, 11, 1, 15, 19, 2) la-vector-access-cpp 24.0428 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 11, 1, 15, 19, 29) la-vector-assignment-cpp 27.5389 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 11, 2, 2, 11, 51) common-progress-cpp 29.6003 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 11, 2, 2, 12, 17) common-timing-cpp 26.192 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 11, 2, 2, 14, 5) fem-multicore-cpp 107.897 "Coloring mesh."
+(2012, 11, 2, 2, 16, 27) fem-assembly-cpp 142.676 "Assembly for various forms and backends"
+(2012, 11, 2, 2, 16, 39) fem-convergence-cpp 11.4203 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 11, 2, 2, 16, 40) fem-jit-python 0.000414681 "JIT compilation (in memory cache)"
+(2012, 11, 2, 2, 22, 34) fem-speedup-cpp 354.373 "Assembly/solve speedup running on 4 processors"
+(2012, 11, 2, 2, 22, 34) fem-speedup-cpp-assembly 6.4215 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 11, 2, 2, 22, 34) fem-speedup-cpp-solve 1.55178 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 11, 2, 2, 23, 0) mesh-refinement-cpp 23.9968 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 11, 2, 2, 23, 21) mesh-topology-cpp 20.6611 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 11, 2, 2, 23, 48) mesh-unitcube-cpp 27.3273 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 11, 2, 2, 24, 31) mesh-iteration-cpp 39.8803 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 11, 2, 2, 24, 52) function-evaluation-cpp 21.2047 "Evaluations of functions at arbitrary points."
+(2012, 11, 2, 2, 24, 52) function-evaluation-cpp 21.1056 "Evaluations of functions at arbitrary points."
+(2012, 11, 2, 2, 24, 58) function-extrapolation-python 5.29053 "BENCH:  1.87143492699"
+(2012, 11, 2, 2, 24, 58) function-extrapolation-python 1.87143 "BENCH:  1.87143492699"
+(2012, 11, 2, 2, 25, 21) la-vector-access-cpp 23.2768 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 11, 2, 2, 25, 49) la-vector-assignment-cpp 27.4323 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 11, 3, 2, 11, 42) common-progress-cpp 28.9295 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 11, 3, 2, 12, 10) common-timing-cpp 27.4472 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 11, 3, 2, 13, 58) fem-multicore-cpp 108.795 "Coloring mesh."
+(2012, 11, 3, 2, 16, 22) fem-assembly-cpp 143.373 "Assembly for various forms and backends"
+(2012, 11, 3, 2, 16, 33) fem-convergence-cpp 11.4252 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 11, 3, 2, 16, 34) fem-jit-python 0.00041132 "JIT compilation (in memory cache)"
+(2012, 11, 3, 2, 21, 50) fem-speedup-cpp 315.672 "Assembly/solve speedup running on 4 processors"
+(2012, 11, 3, 2, 21, 50) fem-speedup-cpp-assembly 6.45748 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 11, 3, 2, 21, 50) fem-speedup-cpp-solve 2.37984 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 11, 3, 2, 22, 16) mesh-refinement-cpp 24.1271 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 11, 3, 2, 22, 37) mesh-topology-cpp 20.7534 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 11, 3, 2, 23, 4) mesh-unitcube-cpp 27.6688 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 11, 3, 2, 23, 53) mesh-iteration-cpp 46.1058 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 11, 3, 2, 24, 15) function-evaluation-cpp 21.681 "Evaluations of functions at arbitrary points."
+(2012, 11, 3, 2, 24, 15) function-evaluation-cpp 21.5906 "Evaluations of functions at arbitrary points."
+(2012, 11, 3, 2, 24, 20) function-extrapolation-python 5.27907 "BENCH:  1.85399603844"
+(2012, 11, 3, 2, 24, 20) function-extrapolation-python 1.854 "BENCH:  1.85399603844"
+(2012, 11, 3, 2, 24, 46) la-vector-access-cpp 25.4366 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 11, 3, 2, 25, 13) la-vector-assignment-cpp 27.4319 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 11, 4, 2, 11, 32) common-progress-cpp 28.9459 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 11, 4, 2, 11, 59) common-timing-cpp 26.7289 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 11, 4, 2, 13, 48) fem-multicore-cpp 109.168 "Coloring mesh."
+(2012, 11, 4, 2, 16, 12) fem-assembly-cpp 143.575 "Assembly for various forms and backends"
+(2012, 11, 4, 2, 16, 23) fem-convergence-cpp 11.3999 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 11, 4, 2, 16, 24) fem-jit-python 0.000411105 "JIT compilation (in memory cache)"
+(2012, 11, 4, 2, 21, 41) fem-speedup-cpp 317.117 "Assembly/solve speedup running on 4 processors"
+(2012, 11, 4, 2, 21, 41) fem-speedup-cpp-assembly 6.4321 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 11, 4, 2, 21, 41) fem-speedup-cpp-solve 2.33182 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 11, 4, 2, 22, 7) mesh-refinement-cpp 24.173 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 11, 4, 2, 22, 28) mesh-topology-cpp 20.6735 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 11, 4, 2, 22, 56) mesh-unitcube-cpp 27.6971 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 11, 4, 2, 23, 38) mesh-iteration-cpp 39.883 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 11, 4, 2, 24, 0) function-evaluation-cpp 21.6981 "Evaluations of functions at arbitrary points."
+(2012, 11, 4, 2, 24, 0) function-evaluation-cpp 21.6002 "Evaluations of functions at arbitrary points."
+(2012, 11, 4, 2, 24, 6) function-extrapolation-python 5.19064 "BENCH:  1.86858487129"
+(2012, 11, 4, 2, 24, 6) function-extrapolation-python 1.86858 "BENCH:  1.86858487129"
+(2012, 11, 4, 2, 24, 31) la-vector-access-cpp 25.412 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 11, 4, 2, 24, 59) la-vector-assignment-cpp 27.922 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 11, 5, 2, 16, 33) common-progress-cpp 28.9358 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 11, 5, 2, 17, 0) common-timing-cpp 26.9958 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 11, 5, 2, 18, 49) fem-multicore-cpp 108.871 "Coloring mesh."
+(2012, 11, 5, 2, 21, 13) fem-assembly-cpp 143.36 "Assembly for various forms and backends"
+(2012, 11, 5, 2, 21, 24) fem-convergence-cpp 11.4351 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 11, 5, 2, 21, 25) fem-jit-python 0.000419998 "JIT compilation (in memory cache)"
+(2012, 11, 5, 2, 26, 43) fem-speedup-cpp 318.145 "Assembly/solve speedup running on 4 processors"
+(2012, 11, 5, 2, 26, 43) fem-speedup-cpp-assembly 6.43513 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 11, 5, 2, 26, 43) fem-speedup-cpp-solve 2.31065 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 11, 5, 2, 27, 9) mesh-refinement-cpp 24.1595 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 11, 5, 2, 27, 30) mesh-topology-cpp 20.6874 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 11, 5, 2, 27, 58) mesh-unitcube-cpp 27.6708 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 11, 5, 2, 28, 47) mesh-iteration-cpp 46.1245 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 11, 5, 2, 29, 9) function-evaluation-cpp 21.7343 "Evaluations of functions at arbitrary points."
+(2012, 11, 5, 2, 29, 9) function-evaluation-cpp 21.6329 "Evaluations of functions at arbitrary points."
+(2012, 11, 5, 2, 29, 14) function-extrapolation-python 5.40821 "BENCH:  1.85706400871"
+(2012, 11, 5, 2, 29, 14) function-extrapolation-python 1.85706 "BENCH:  1.85706400871"
+(2012, 11, 5, 2, 29, 40) la-vector-access-cpp 25.4278 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 11, 5, 2, 30, 7) la-vector-assignment-cpp 27.5069 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 11, 6, 2, 11, 54) common-progress-cpp 28.9825 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 11, 6, 2, 12, 21) common-timing-cpp 26.9318 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 11, 6, 2, 14, 5) fem-multicore-cpp 104.376 "Coloring mesh."
+(2012, 11, 6, 2, 16, 29) fem-assembly-cpp 143.59 "Assembly for various forms and backends"
+(2012, 11, 6, 2, 16, 40) fem-convergence-cpp 11.428 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 11, 6, 2, 16, 41) fem-jit-python 0.000420594 "JIT compilation (in memory cache)"
+(2012, 11, 6, 2, 21, 58) fem-speedup-cpp 316.873 "Assembly/solve speedup running on 4 processors"
+(2012, 11, 6, 2, 21, 58) fem-speedup-cpp-assembly 6.44359 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 11, 6, 2, 21, 58) fem-speedup-cpp-solve 2.33874 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 11, 6, 2, 22, 24) mesh-refinement-cpp 24.095 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 11, 6, 2, 22, 45) mesh-topology-cpp 20.7545 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 11, 6, 2, 23, 13) mesh-unitcube-cpp 27.4974 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 11, 6, 2, 24, 7) mesh-iteration-cpp 51.0524 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 11, 6, 2, 24, 29) function-evaluation-cpp 21.704 "Evaluations of functions at arbitrary points."
+(2012, 11, 6, 2, 24, 29) function-evaluation-cpp 21.6003 "Evaluations of functions at arbitrary points."
+(2012, 11, 6, 2, 24, 34) function-extrapolation-python 5.48166 "BENCH:  1.91927194595"
+(2012, 11, 6, 2, 24, 34) function-extrapolation-python 1.91927 "BENCH:  1.91927194595"
+(2012, 11, 6, 2, 24, 58) la-vector-access-cpp 24.0551 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 11, 6, 2, 25, 24) la-vector-assignment-cpp 26.0356 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 11, 7, 2, 11, 45) common-progress-cpp 28.9308 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 11, 7, 2, 12, 11) common-timing-cpp 26.381 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 11, 7, 2, 13, 55) fem-multicore-cpp 104.198 "Coloring mesh."
+(2012, 11, 7, 2, 16, 19) fem-assembly-cpp 144.06 "Assembly for various forms and backends"
+(2012, 11, 7, 2, 16, 31) fem-convergence-cpp 11.4373 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 11, 7, 2, 16, 32) fem-jit-python 0.000416589 "JIT compilation (in memory cache)"
+(2012, 11, 7, 2, 21, 48) fem-speedup-cpp 316.653 "Assembly/solve speedup running on 4 processors"
+(2012, 11, 7, 2, 21, 48) fem-speedup-cpp-assembly 6.38083 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 11, 7, 2, 21, 48) fem-speedup-cpp-solve 2.3388 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 11, 7, 2, 22, 14) mesh-refinement-cpp 24.0422 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 11, 7, 2, 22, 35) mesh-topology-cpp 20.8434 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 11, 7, 2, 23, 3) mesh-unitcube-cpp 27.504 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 11, 7, 2, 23, 49) mesh-iteration-cpp 43.097 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 11, 7, 2, 24, 11) function-evaluation-cpp 21.7229 "Evaluations of functions at arbitrary points."
+(2012, 11, 7, 2, 24, 11) function-evaluation-cpp 21.6206 "Evaluations of functions at arbitrary points."
+(2012, 11, 7, 2, 24, 16) function-extrapolation-python 5.34945 "BENCH:  1.92649912834"
+(2012, 11, 7, 2, 24, 16) function-extrapolation-python 1.9265 "BENCH:  1.92649912834"
+(2012, 11, 7, 2, 24, 41) la-vector-access-cpp 25.4098 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 11, 7, 2, 25, 8) la-vector-assignment-cpp 26.0462 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 11, 8, 2, 11, 43) common-progress-cpp 29.0081 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 11, 8, 2, 12, 10) common-timing-cpp 27.3438 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 11, 8, 2, 13, 56) fem-multicore-cpp 105.21 "Coloring mesh."
+(2012, 11, 8, 2, 16, 21) fem-assembly-cpp 144.998 "Assembly for various forms and backends"
+(2012, 11, 8, 2, 16, 32) fem-convergence-cpp 11.3915 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 11, 8, 2, 16, 33) fem-jit-python 0.000414896 "JIT compilation (in memory cache)"
+(2012, 11, 8, 2, 21, 48) fem-speedup-cpp 314.792 "Assembly/solve speedup running on 4 processors"
+(2012, 11, 8, 2, 21, 48) fem-speedup-cpp-assembly 6.32696 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 11, 8, 2, 21, 48) fem-speedup-cpp-solve 2.39419 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 11, 8, 2, 22, 14) mesh-refinement-cpp 24.1881 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 11, 8, 2, 22, 35) mesh-topology-cpp 20.9319 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 11, 8, 2, 23, 1) mesh-unitcube-cpp 26.4599 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 11, 8, 2, 23, 47) mesh-iteration-cpp 42.6353 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 11, 8, 2, 24, 9) function-evaluation-cpp 21.5761 "Evaluations of functions at arbitrary points."
+(2012, 11, 8, 2, 24, 9) function-evaluation-cpp 21.4752 "Evaluations of functions at arbitrary points."
+(2012, 11, 8, 2, 24, 14) function-extrapolation-python 5.40031 "BENCH:  1.85234689713"
+(2012, 11, 8, 2, 24, 14) function-extrapolation-python 1.85235 "BENCH:  1.85234689713"
+(2012, 11, 8, 2, 24, 37) la-vector-access-cpp 23.4463 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 11, 8, 2, 25, 5) la-vector-assignment-cpp 27.4914 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 11, 10, 2, 11, 56) common-progress-cpp 28.9608 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 11, 10, 2, 12, 23) common-timing-cpp 27.3722 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 11, 10, 2, 14, 7) fem-multicore-cpp 104.169 "Coloring mesh."
+(2012, 11, 10, 2, 16, 33) fem-assembly-cpp 145.387 "Assembly for various forms and backends"
+(2012, 11, 10, 2, 16, 44) fem-convergence-cpp 11.493 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 11, 10, 2, 16, 45) fem-jit-python 0.000420904 "JIT compilation (in memory cache)"
+(2012, 11, 10, 2, 22, 2) fem-speedup-cpp 317.019 "Assembly/solve speedup running on 4 processors"
+(2012, 11, 10, 2, 22, 2) fem-speedup-cpp-assembly 6.41965 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 11, 10, 2, 22, 2) fem-speedup-cpp-solve 2.29975 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 11, 10, 2, 22, 28) mesh-refinement-cpp 24.1195 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 11, 10, 2, 22, 49) mesh-topology-cpp 20.697 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 11, 10, 2, 23, 17) mesh-unitcube-cpp 27.503 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 11, 10, 2, 24, 5) mesh-iteration-cpp 45.5578 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 11, 10, 2, 24, 27) function-evaluation-cpp 21.7149 "Evaluations of functions at arbitrary points."
+(2012, 11, 10, 2, 24, 27) function-evaluation-cpp 21.6137 "Evaluations of functions at arbitrary points."
+(2012, 11, 10, 2, 24, 32) function-extrapolation-python 5.16611 "BENCH:  1.83399105072"
+(2012, 11, 10, 2, 24, 32) function-extrapolation-python 1.83399 "BENCH:  1.83399105072"
+(2012, 11, 10, 2, 24, 56) la-vector-access-cpp 23.9919 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 11, 10, 2, 25, 24) la-vector-assignment-cpp 27.9097 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 11, 11, 2, 12, 32) common-progress-cpp 28.9619 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 11, 11, 2, 13, 0) common-timing-cpp 27.348 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 11, 11, 2, 14, 45) fem-multicore-cpp 105.465 "Coloring mesh."
+(2012, 11, 11, 2, 17, 11) fem-assembly-cpp 146.202 "Assembly for various forms and backends"
+(2012, 11, 11, 2, 17, 23) fem-convergence-cpp 11.4787 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 11, 11, 2, 17, 24) fem-jit-python 0.000419784 "JIT compilation (in memory cache)"
+(2012, 11, 11, 2, 22, 40) fem-speedup-cpp 316.689 "Assembly/solve speedup running on 4 processors"
+(2012, 11, 11, 2, 22, 40) fem-speedup-cpp-assembly 6.39714 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 11, 11, 2, 22, 40) fem-speedup-cpp-solve 2.36122 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 11, 11, 2, 23, 7) mesh-refinement-cpp 24.9192 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 11, 11, 2, 23, 28) mesh-topology-cpp 20.9472 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 11, 11, 2, 24, 0) mesh-unitcube-cpp 31.6438 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 11, 11, 2, 24, 43) mesh-iteration-cpp 39.882 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 11, 11, 2, 25, 5) function-evaluation-cpp 21.7498 "Evaluations of functions at arbitrary points."
+(2012, 11, 11, 2, 25, 5) function-evaluation-cpp 21.6475 "Evaluations of functions at arbitrary points."
+(2012, 11, 11, 2, 25, 10) function-extrapolation-python 5.22367 "BENCH:  1.87814593315"
+(2012, 11, 11, 2, 25, 10) function-extrapolation-python 1.87815 "BENCH:  1.87814593315"
+(2012, 11, 11, 2, 25, 35) la-vector-access-cpp 24.9081 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 11, 11, 2, 26, 3) la-vector-assignment-cpp 27.4879 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 11, 12, 2, 11, 58) common-progress-cpp 28.9458 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 11, 12, 2, 12, 26) common-timing-cpp 28.0505 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 11, 12, 2, 14, 12) fem-multicore-cpp 105.863 "Coloring mesh."
+(2012, 11, 12, 2, 16, 38) fem-assembly-cpp 146.921 "Assembly for various forms and backends"
+(2012, 11, 12, 2, 16, 50) fem-convergence-cpp 11.5374 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 11, 12, 2, 16, 51) fem-jit-python 0.000414801 "JIT compilation (in memory cache)"
+(2012, 11, 12, 2, 22, 8) fem-speedup-cpp 317.01 "Assembly/solve speedup running on 4 processors"
+(2012, 11, 12, 2, 22, 8) fem-speedup-cpp-assembly 6.30255 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 11, 12, 2, 22, 8) fem-speedup-cpp-solve 2.35125 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 11, 12, 2, 22, 35) mesh-refinement-cpp 24.8949 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 11, 12, 2, 22, 56) mesh-topology-cpp 20.9926 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 11, 12, 2, 23, 28) mesh-unitcube-cpp 31.5892 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 11, 12, 2, 24, 11) mesh-iteration-cpp 39.9205 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 11, 12, 2, 24, 33) function-evaluation-cpp 21.7417 "Evaluations of functions at arbitrary points."
+(2012, 11, 12, 2, 24, 33) function-evaluation-cpp 21.6408 "Evaluations of functions at arbitrary points."
+(2012, 11, 12, 2, 24, 38) function-extrapolation-python 5.37756 "BENCH:  1.92436099052"
+(2012, 11, 12, 2, 24, 38) function-extrapolation-python 1.92436 "BENCH:  1.92436099052"
+(2012, 11, 12, 2, 25, 1) la-vector-access-cpp 23.253 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 11, 12, 2, 25, 27) la-vector-assignment-cpp 26.0218 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 11, 13, 2, 12, 31) common-progress-cpp 28.9718 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 11, 13, 2, 12, 59) common-timing-cpp 28.1378 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 11, 13, 2, 14, 44) fem-multicore-cpp 104.446 "Coloring mesh."
+(2012, 11, 13, 2, 17, 8) fem-assembly-cpp 144.153 "Assembly for various forms and backends"
+(2012, 11, 13, 2, 17, 20) fem-convergence-cpp 11.4939 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 11, 13, 2, 17, 20) fem-jit-python 0.000418997 "JIT compilation (in memory cache)"
+(2012, 11, 13, 2, 22, 38) fem-speedup-cpp 317.377 "Assembly/solve speedup running on 4 processors"
+(2012, 11, 13, 2, 22, 38) fem-speedup-cpp-assembly 6.32971 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 11, 13, 2, 22, 38) fem-speedup-cpp-solve 2.35113 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 11, 13, 2, 23, 5) mesh-refinement-cpp 24.855 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 11, 13, 2, 23, 26) mesh-topology-cpp 20.9461 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 11, 13, 2, 23, 57) mesh-unitcube-cpp 31.4813 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 11, 13, 2, 24, 40) mesh-iteration-cpp 39.8781 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 11, 13, 2, 25, 2) function-evaluation-cpp 21.7166 "Evaluations of functions at arbitrary points."
+(2012, 11, 13, 2, 25, 2) function-evaluation-cpp 21.6188 "Evaluations of functions at arbitrary points."
+(2012, 11, 13, 2, 25, 7) function-extrapolation-python 5.29317 "BENCH:  1.90870881081"
+(2012, 11, 13, 2, 25, 7) function-extrapolation-python 1.90871 "BENCH:  1.90870881081"
+(2012, 11, 13, 2, 25, 31) la-vector-access-cpp 23.6758 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 11, 13, 2, 25, 57) la-vector-assignment-cpp 26.014 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 11, 14, 2, 11, 44) common-progress-cpp 29.0845 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 11, 14, 2, 12, 12) common-timing-cpp 28.0741 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 11, 14, 2, 13, 57) fem-multicore-cpp 104.757 "Coloring mesh."
+(2012, 11, 14, 2, 16, 21) fem-assembly-cpp 143.982 "Assembly for various forms and backends"
+(2012, 11, 14, 2, 16, 32) fem-convergence-cpp 11.4462 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 11, 14, 2, 16, 33) fem-jit-python 0.000419021 "JIT compilation (in memory cache)"
+(2012, 11, 14, 2, 22, 14) fem-speedup-cpp 340.992 "Assembly/solve speedup running on 4 processors"
+(2012, 11, 14, 2, 22, 14) fem-speedup-cpp-assembly 6.07228 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 11, 14, 2, 22, 14) fem-speedup-cpp-solve 1.7922 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 11, 14, 2, 22, 41) mesh-refinement-cpp 24.7302 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 11, 14, 2, 23, 2) mesh-topology-cpp 21.0199 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 11, 14, 2, 23, 34) mesh-unitcube-cpp 31.4853 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 11, 14, 2, 24, 17) mesh-iteration-cpp 39.8702 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 11, 14, 2, 24, 39) function-evaluation-cpp 21.7129 "Evaluations of functions at arbitrary points."
+(2012, 11, 14, 2, 24, 39) function-evaluation-cpp 21.6124 "Evaluations of functions at arbitrary points."
+(2012, 11, 14, 2, 24, 44) function-extrapolation-python 5.33034 "BENCH:  1.8638241291"
+(2012, 11, 14, 2, 24, 44) function-extrapolation-python 1.86382 "BENCH:  1.8638241291"
+(2012, 11, 14, 2, 25, 9) la-vector-access-cpp 24.9088 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 11, 14, 2, 25, 35) la-vector-assignment-cpp 26.0161 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 11, 28, 10, 45, 39) common-progress-cpp 29.8699 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 11, 28, 10, 46, 6) common-timing-cpp 27.3613 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 11, 28, 10, 47, 55) fem-multicore-cpp 109.027 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 11, 28, 10, 50, 25) fem-assembly-cpp 149.446 "Assembly for various forms and backends"
+(2012, 11, 28, 10, 50, 36) fem-convergence-cpp 11.6192 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 11, 28, 10, 50, 37) fem-jit-python 0.000410485 "JIT compilation (in memory cache)"
+(2012, 11, 28, 10, 56, 1) fem-speedup-cpp 324.372 "Assembly/solve speedup running on 4 processors"
+(2012, 11, 28, 10, 56, 1) fem-speedup-cpp-assembly 6.36426 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 11, 28, 10, 56, 1) fem-speedup-cpp-solve 2.21717 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 11, 28, 10, 56, 29) mesh-refinement-cpp 24.9411 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 11, 28, 10, 56, 50) mesh-topology-cpp 21.5957 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 11, 28, 10, 57, 17) mesh-unitcube-cpp 27.1692 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 11, 28, 10, 58, 6) mesh-iteration-cpp 46.0245 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 11, 28, 10, 58, 28) function-evaluation-cpp 21.7517 "Evaluations of functions at arbitrary points."
+(2012, 11, 28, 10, 58, 28) function-evaluation-cpp 21.6487 "Evaluations of functions at arbitrary points."
+(2012, 11, 28, 10, 58, 33) function-extrapolation-python 5.11629 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 11, 28, 10, 58, 33) function-extrapolation-python 1.85061 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 11, 28, 10, 58, 57) la-vector-access-cpp 23.6232 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 11, 28, 10, 59, 32) la-vector-assignment-cpp 35.5079 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 11, 29, 2, 13, 32) common-progress-cpp 30.9797 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 11, 29, 2, 14, 0) common-timing-cpp 27.3327 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 11, 29, 2, 15, 48) fem-multicore-cpp 108.347 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 11, 29, 2, 18, 15) fem-assembly-cpp 146.68 "Assembly for various forms and backends"
+(2012, 11, 29, 2, 18, 27) fem-convergence-cpp 11.6503 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 11, 29, 2, 18, 28) fem-jit-python 0.000407696 "JIT compilation (in memory cache)"
+(2012, 11, 29, 2, 23, 51) fem-speedup-cpp 322.737 "Assembly/solve speedup running on 4 processors"
+(2012, 11, 29, 2, 23, 51) fem-speedup-cpp-assembly 6.2628 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 11, 29, 2, 23, 51) fem-speedup-cpp-solve 2.21315 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 11, 29, 2, 24, 18) mesh-refinement-cpp 25.1911 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 11, 29, 2, 24, 40) mesh-topology-cpp 21.7557 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 11, 29, 2, 25, 8) mesh-unitcube-cpp 27.827 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 11, 29, 2, 25, 56) mesh-iteration-cpp 44.6855 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 11, 29, 2, 26, 17) function-evaluation-cpp 21.2149 "Evaluations of functions at arbitrary points."
+(2012, 11, 29, 2, 26, 17) function-evaluation-cpp 21.1175 "Evaluations of functions at arbitrary points."
+(2012, 11, 29, 2, 26, 22) function-extrapolation-python 4.89231 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 11, 29, 2, 26, 22) function-extrapolation-python 1.85643 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 11, 29, 2, 26, 45) la-vector-access-cpp 23.0024 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 11, 29, 2, 27, 16) la-vector-assignment-cpp 31.4937 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 11, 30, 2, 13, 28) common-progress-cpp 31.0549 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 11, 30, 2, 13, 56) common-timing-cpp 27.8077 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 11, 30, 2, 15, 45) fem-multicore-cpp 108.963 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 11, 30, 2, 18, 13) fem-assembly-cpp 147.799 "Assembly for various forms and backends"
+(2012, 11, 30, 2, 18, 24) fem-convergence-cpp 11.6782 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 11, 30, 2, 18, 26) fem-jit-python 0.000415087 "JIT compilation (in memory cache)"
+(2012, 11, 30, 2, 23, 48) fem-speedup-cpp 322.268 "Assembly/solve speedup running on 4 processors"
+(2012, 11, 30, 2, 23, 48) fem-speedup-cpp-assembly 6.17554 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 11, 30, 2, 23, 48) fem-speedup-cpp-solve 2.23146 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 11, 30, 2, 24, 16) mesh-refinement-cpp 25.1416 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 11, 30, 2, 24, 38) mesh-topology-cpp 21.799 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 11, 30, 2, 25, 5) mesh-unitcube-cpp 27.8141 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 11, 30, 2, 25, 53) mesh-iteration-cpp 44.677 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 11, 30, 2, 26, 15) function-evaluation-cpp 21.7458 "Evaluations of functions at arbitrary points."
+(2012, 11, 30, 2, 26, 15) function-evaluation-cpp 21.6485 "Evaluations of functions at arbitrary points."
+(2012, 11, 30, 2, 26, 20) function-extrapolation-python 5.01753 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 11, 30, 2, 26, 20) function-extrapolation-python 1.85042 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 11, 30, 2, 26, 43) la-vector-access-cpp 23.0474 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 11, 30, 2, 27, 10) la-vector-assignment-cpp 26.9439 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 1, 2, 13, 24) common-progress-cpp 30.8381 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 1, 2, 13, 51) common-timing-cpp 27.3641 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 1, 2, 15, 40) fem-multicore-cpp 108.48 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 12, 1, 2, 18, 7) fem-assembly-cpp 147.143 "Assembly for various forms and backends"
+(2012, 12, 1, 2, 18, 19) fem-convergence-cpp 11.6838 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 1, 2, 18, 20) fem-jit-python 0.000421095 "JIT compilation (in memory cache)"
+(2012, 12, 1, 2, 23, 41) fem-speedup-cpp 320.362 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 1, 2, 23, 41) fem-speedup-cpp-assembly 6.07905 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 1, 2, 23, 41) fem-speedup-cpp-solve 2.28325 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 1, 2, 24, 8) mesh-refinement-cpp 25.2071 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 1, 2, 24, 30) mesh-topology-cpp 21.8705 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 1, 2, 24, 58) mesh-unitcube-cpp 27.8679 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 1, 2, 25, 45) mesh-iteration-cpp 44.1876 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 1, 2, 26, 7) function-evaluation-cpp 21.7473 "Evaluations of functions at arbitrary points."
+(2012, 12, 1, 2, 26, 7) function-evaluation-cpp 21.6479 "Evaluations of functions at arbitrary points."
+(2012, 12, 1, 2, 26, 12) function-extrapolation-python 4.98174 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 12, 1, 2, 26, 12) function-extrapolation-python 1.92596 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 12, 1, 2, 26, 36) la-vector-access-cpp 23.6385 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 1, 2, 27, 3) la-vector-assignment-cpp 26.9472 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 2, 2, 13, 37) common-progress-cpp 31.0547 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 2, 2, 14, 5) common-timing-cpp 27.2938 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 2, 2, 15, 53) fem-multicore-cpp 108.191 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 12, 2, 2, 18, 21) fem-assembly-cpp 148.078 "Assembly for various forms and backends"
+(2012, 12, 2, 2, 18, 33) fem-convergence-cpp 11.6612 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 2, 2, 18, 35) fem-jit-python 0.000414801 "JIT compilation (in memory cache)"
+(2012, 12, 2, 2, 23, 57) fem-speedup-cpp 321.856 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 2, 2, 23, 57) fem-speedup-cpp-assembly 6.21593 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 2, 2, 23, 57) fem-speedup-cpp-solve 2.25051 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 2, 2, 24, 24) mesh-refinement-cpp 25.0493 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 2, 2, 24, 46) mesh-topology-cpp 21.7952 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 2, 2, 25, 14) mesh-unitcube-cpp 27.9996 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 2, 2, 26, 1) mesh-iteration-cpp 44.6613 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 2, 2, 26, 23) function-evaluation-cpp 21.8016 "Evaluations of functions at arbitrary points."
+(2012, 12, 2, 2, 26, 23) function-evaluation-cpp 21.6906 "Evaluations of functions at arbitrary points."
+(2012, 12, 2, 2, 26, 28) function-extrapolation-python 5.11694 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 12, 2, 2, 26, 28) function-extrapolation-python 1.88872 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 12, 2, 2, 26, 54) la-vector-access-cpp 25.5805 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 2, 2, 27, 21) la-vector-assignment-cpp 26.9355 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 3, 2, 13, 28) common-progress-cpp 37.6836 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 3, 2, 13, 57) common-timing-cpp 28.5344 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 3, 2, 15, 46) fem-multicore-cpp 109.156 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 12, 3, 2, 18, 15) fem-assembly-cpp 149.058 "Assembly for various forms and backends"
+(2012, 12, 3, 2, 18, 27) fem-convergence-cpp 11.6717 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 3, 2, 18, 29) fem-jit-python 0.000430393 "JIT compilation (in memory cache)"
+(2012, 12, 3, 2, 23, 57) fem-speedup-cpp 328.098 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 3, 2, 23, 57) fem-speedup-cpp-assembly 6.24401 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 3, 2, 23, 57) fem-speedup-cpp-solve 2.0813 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 3, 2, 24, 24) mesh-refinement-cpp 25.0092 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 3, 2, 24, 46) mesh-topology-cpp 21.983 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 3, 2, 25, 14) mesh-unitcube-cpp 28.0109 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 3, 2, 26, 2) mesh-iteration-cpp 44.6116 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 3, 2, 26, 23) function-evaluation-cpp 21.4359 "Evaluations of functions at arbitrary points."
+(2012, 12, 3, 2, 26, 23) function-evaluation-cpp 21.3245 "Evaluations of functions at arbitrary points."
+(2012, 12, 3, 2, 26, 28) function-extrapolation-python 5.03537 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 12, 3, 2, 26, 28) function-extrapolation-python 1.89278 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 12, 3, 2, 26, 51) la-vector-access-cpp 23.0156 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 3, 2, 27, 24) la-vector-assignment-cpp 32.9353 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 4, 2, 13, 35) common-progress-cpp 37.6919 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 4, 2, 14, 2) common-timing-cpp 26.6364 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 4, 2, 15, 50) fem-multicore-cpp 107.982 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 12, 4, 2, 18, 18) fem-assembly-cpp 148.019 "Assembly for various forms and backends"
+(2012, 12, 4, 2, 18, 30) fem-convergence-cpp 11.6783 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 4, 2, 18, 32) fem-jit-python 0.000423789 "JIT compilation (in memory cache)"
+(2012, 12, 4, 2, 23, 54) fem-speedup-cpp 322.32 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 4, 2, 23, 54) fem-speedup-cpp-assembly 6.20075 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 4, 2, 23, 54) fem-speedup-cpp-solve 2.26538 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 4, 2, 24, 22) mesh-refinement-cpp 25.6088 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 4, 2, 24, 44) mesh-topology-cpp 21.6699 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 4, 2, 25, 17) mesh-unitcube-cpp 33.442 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 4, 2, 26, 5) mesh-iteration-cpp 44.6827 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 4, 2, 26, 27) function-evaluation-cpp 21.7768 "Evaluations of functions at arbitrary points."
+(2012, 12, 4, 2, 26, 27) function-evaluation-cpp 21.6651 "Evaluations of functions at arbitrary points."
+(2012, 12, 4, 2, 26, 32) function-extrapolation-python 4.97931 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 12, 4, 2, 26, 32) function-extrapolation-python 1.9061 "*** Warning: UnitCube is deprecated. Use UnitCubeMesh"
+(2012, 12, 4, 2, 26, 56) la-vector-access-cpp 24.3218 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 4, 2, 27, 22) la-vector-assignment-cpp 26.0215 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 5, 2, 14, 4) common-progress-cpp 29.1975 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 5, 2, 14, 32) common-timing-cpp 27.6865 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 5, 2, 16, 59) fem-assembly-cpp 146.982 "Assembly for various forms and backends"
+(2012, 12, 5, 2, 17, 11) fem-convergence-cpp 11.6838 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 5, 2, 17, 12) fem-jit-python 0.000422406 "JIT compilation (in memory cache)"
+(2012, 12, 5, 2, 22, 37) fem-speedup-cpp 324.082 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 5, 2, 22, 37) fem-speedup-cpp-assembly 6.20012 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 5, 2, 22, 37) fem-speedup-cpp-solve 2.18646 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 5, 2, 23, 3) mesh-refinement-cpp 24.9222 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 5, 2, 23, 26) mesh-topology-cpp 21.9294 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 5, 2, 23, 53) mesh-unitcube-cpp 27.0426 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 5, 2, 24, 38) mesh-iteration-cpp 42.5934 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 5, 2, 25, 6) la-vector-access-cpp 24.3764 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 5, 2, 25, 32) la-vector-assignment-cpp 26.0256 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 6, 2, 13, 33) common-progress-cpp 28.9727 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 6, 2, 14, 0) common-timing-cpp 26.922 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 6, 2, 15, 48) fem-multicore-cpp 107.778 "Coloring mesh."
+(2012, 12, 6, 2, 18, 15) fem-assembly-cpp 147.517 "Assembly for various forms and backends"
+(2012, 12, 6, 2, 18, 27) fem-convergence-cpp 11.6778 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 6, 2, 18, 29) fem-jit-python 0.000414801 "JIT compilation (in memory cache)"
+(2012, 12, 6, 2, 23, 52) fem-speedup-cpp 323.501 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 6, 2, 23, 52) fem-speedup-cpp-assembly 6.13647 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 6, 2, 23, 52) fem-speedup-cpp-solve 2.21196 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 6, 2, 24, 20) mesh-refinement-cpp 25.2882 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 6, 2, 24, 41) mesh-topology-cpp 21.5749 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 6, 2, 25, 8) mesh-unitcube-cpp 26.4855 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 6, 2, 25, 53) mesh-iteration-cpp 41.876 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 6, 2, 26, 14) function-evaluation-cpp 21.6652 "Evaluations of functions at arbitrary points."
+(2012, 12, 6, 2, 26, 14) function-evaluation-cpp 21.5614 "Evaluations of functions at arbitrary points."
+(2012, 12, 6, 2, 26, 40) la-vector-access-cpp 23.0849 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 6, 2, 27, 6) la-vector-assignment-cpp 26.0251 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 7, 2, 13, 29) common-progress-cpp 28.9728 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 7, 2, 13, 56) common-timing-cpp 26.7469 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 7, 2, 15, 44) fem-multicore-cpp 107.907 "Coloring mesh."
+(2012, 12, 7, 2, 18, 11) fem-assembly-cpp 147.177 "Assembly for various forms and backends"
+(2012, 12, 7, 2, 18, 22) fem-convergence-cpp 11.6811 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 7, 2, 18, 24) fem-jit-python 0.00041101 "JIT compilation (in memory cache)"
+(2012, 12, 7, 2, 23, 47) fem-speedup-cpp 322.171 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 7, 2, 23, 47) fem-speedup-cpp-assembly 6.20805 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 7, 2, 23, 47) fem-speedup-cpp-solve 2.23711 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 7, 2, 24, 14) mesh-refinement-cpp 25.431 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 7, 2, 24, 36) mesh-topology-cpp 21.5766 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 7, 2, 25, 2) mesh-unitcube-cpp 26.4238 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 7, 2, 25, 45) mesh-iteration-cpp 40.3383 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 7, 2, 26, 7) function-evaluation-cpp 21.6979 "Evaluations of functions at arbitrary points."
+(2012, 12, 7, 2, 26, 7) function-evaluation-cpp 21.5938 "Evaluations of functions at arbitrary points."
+(2012, 12, 7, 2, 26, 35) la-vector-access-cpp 24.3346 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 7, 2, 27, 1) la-vector-assignment-cpp 26.0214 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 8, 2, 13, 21) common-progress-cpp 28.9727 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 8, 2, 13, 48) common-timing-cpp 26.9482 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 8, 2, 15, 36) fem-multicore-cpp 108.174 "Coloring mesh."
+(2012, 12, 8, 2, 18, 3) fem-assembly-cpp 146.566 "Assembly for various forms and backends"
+(2012, 12, 8, 2, 18, 15) fem-convergence-cpp 11.7335 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 8, 2, 18, 17) fem-jit-python 0.000417399 "JIT compilation (in memory cache)"
+(2012, 12, 8, 2, 23, 45) fem-speedup-cpp 328.415 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 8, 2, 23, 45) fem-speedup-cpp-assembly 6.2053 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 8, 2, 23, 45) fem-speedup-cpp-solve 2.07078 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 8, 2, 24, 12) mesh-refinement-cpp 24.8384 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 8, 2, 24, 34) mesh-topology-cpp 21.7294 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 8, 2, 25, 1) mesh-unitcube-cpp 27.6182 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 8, 2, 25, 45) mesh-iteration-cpp 40.2858 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 8, 2, 26, 6) function-evaluation-cpp 21.6586 "Evaluations of functions at arbitrary points."
+(2012, 12, 8, 2, 26, 6) function-evaluation-cpp 21.556 "Evaluations of functions at arbitrary points."
+(2012, 12, 8, 2, 26, 34) la-vector-access-cpp 24.3336 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 8, 2, 27, 0) la-vector-assignment-cpp 25.9746 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 9, 2, 13, 27) common-progress-cpp 29.0143 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 9, 2, 13, 55) common-timing-cpp 28.2108 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 9, 2, 15, 44) fem-multicore-cpp 108.241 "Coloring mesh."
+(2012, 12, 9, 2, 18, 10) fem-assembly-cpp 146.471 "Assembly for various forms and backends"
+(2012, 12, 9, 2, 18, 22) fem-convergence-cpp 11.715 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 9, 2, 18, 24) fem-jit-python 0.000421 "JIT compilation (in memory cache)"
+(2012, 12, 9, 2, 23, 48) fem-speedup-cpp 324.711 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 9, 2, 23, 48) fem-speedup-cpp-assembly 6.31489 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 9, 2, 23, 48) fem-speedup-cpp-solve 2.08223 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 9, 2, 24, 15) mesh-refinement-cpp 24.9089 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 9, 2, 24, 37) mesh-topology-cpp 21.8068 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 9, 2, 25, 4) mesh-unitcube-cpp 27.4638 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 9, 2, 25, 54) mesh-iteration-cpp 46.2157 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 9, 2, 26, 15) function-evaluation-cpp 21.6875 "Evaluations of functions at arbitrary points."
+(2012, 12, 9, 2, 26, 15) function-evaluation-cpp 21.5542 "Evaluations of functions at arbitrary points."
+(2012, 12, 9, 2, 26, 43) la-vector-access-cpp 24.0787 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 9, 2, 27, 11) la-vector-assignment-cpp 28.0499 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 10, 2, 13, 22) common-progress-cpp 29.1393 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 10, 2, 13, 50) common-timing-cpp 27.2842 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 10, 2, 15, 37) fem-multicore-cpp 107.596 "Coloring mesh."
+(2012, 12, 10, 2, 18, 6) fem-assembly-cpp 148.379 "Assembly for various forms and backends"
+(2012, 12, 10, 2, 18, 17) fem-convergence-cpp 11.6703 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 10, 2, 18, 19) fem-jit-python 0.000418091 "JIT compilation (in memory cache)"
+(2012, 12, 10, 2, 23, 49) fem-speedup-cpp 330.092 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 10, 2, 23, 49) fem-speedup-cpp-assembly 6.29587 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 10, 2, 23, 49) fem-speedup-cpp-solve 1.95925 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 10, 2, 24, 16) mesh-refinement-cpp 24.8545 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 10, 2, 24, 38) mesh-topology-cpp 21.664 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 10, 2, 25, 6) mesh-unitcube-cpp 27.6158 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 10, 2, 25, 49) mesh-iteration-cpp 40.2808 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 10, 2, 26, 11) function-evaluation-cpp 21.6777 "Evaluations of functions at arbitrary points."
+(2012, 12, 10, 2, 26, 11) function-evaluation-cpp 21.5682 "Evaluations of functions at arbitrary points."
+(2012, 12, 10, 2, 26, 39) la-vector-access-cpp 24.9206 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 10, 2, 27, 5) la-vector-assignment-cpp 26.0242 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 11, 2, 13, 13) common-progress-cpp 29.0144 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 11, 2, 13, 40) common-timing-cpp 26.8327 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 11, 2, 15, 28) fem-multicore-cpp 107.576 "Coloring mesh."
+(2012, 12, 11, 2, 17, 56) fem-assembly-cpp 147.83 "Assembly for various forms and backends"
+(2012, 12, 11, 2, 18, 7) fem-convergence-cpp 11.6604 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 11, 2, 18, 9) fem-jit-python 0.000420809 "JIT compilation (in memory cache)"
+(2012, 12, 11, 2, 23, 35) fem-speedup-cpp 325.251 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 11, 2, 23, 35) fem-speedup-cpp-assembly 6.23278 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 11, 2, 23, 35) fem-speedup-cpp-solve 2.07781 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 11, 2, 24, 1) mesh-refinement-cpp 24.853 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 11, 2, 24, 23) mesh-topology-cpp 21.6676 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 11, 2, 24, 51) mesh-unitcube-cpp 27.6461 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 11, 2, 25, 34) mesh-iteration-cpp 40.3338 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 11, 2, 25, 56) function-evaluation-cpp 21.6709 "Evaluations of functions at arbitrary points."
+(2012, 12, 11, 2, 25, 56) function-evaluation-cpp 21.524 "Evaluations of functions at arbitrary points."
+(2012, 12, 11, 2, 26, 23) la-vector-access-cpp 24.34 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 11, 2, 26, 49) la-vector-assignment-cpp 25.9889 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 12, 2, 13, 39) common-progress-cpp 36.5011 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 12, 2, 14, 6) common-timing-cpp 26.6948 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 12, 2, 15, 55) fem-multicore-cpp 108.8 "Coloring mesh."
+(2012, 12, 12, 2, 18, 22) fem-assembly-cpp 146.779 "Assembly for various forms and backends"
+(2012, 12, 12, 2, 18, 33) fem-convergence-cpp 11.7195 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 12, 2, 18, 35) fem-jit-python 0.000428104 "JIT compilation (in memory cache)"
+(2012, 12, 12, 2, 23, 57) fem-speedup-cpp 322.113 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 12, 2, 23, 57) fem-speedup-cpp-assembly 6.1429 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 12, 2, 23, 57) fem-speedup-cpp-solve 2.11719 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 12, 2, 24, 24) mesh-refinement-cpp 24.8416 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 12, 2, 24, 45) mesh-topology-cpp 21.5376 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 12, 2, 25, 13) mesh-unitcube-cpp 27.4487 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 12, 2, 25, 56) mesh-iteration-cpp 40.3285 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 12, 2, 26, 18) function-evaluation-cpp 21.7355 "Evaluations of functions at arbitrary points."
+(2012, 12, 12, 2, 26, 18) function-evaluation-cpp 21.5837 "Evaluations of functions at arbitrary points."
+(2012, 12, 12, 2, 26, 45) la-vector-access-cpp 24.3411 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 12, 2, 27, 12) la-vector-assignment-cpp 26.9404 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 13, 2, 13, 36) common-progress-cpp 28.9477 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 13, 2, 14, 3) common-timing-cpp 27.2035 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 13, 2, 15, 52) fem-multicore-cpp 109.355 "Coloring mesh."
+(2012, 12, 13, 2, 18, 20) fem-assembly-cpp 147.36 "Assembly for various forms and backends"
+(2012, 12, 13, 2, 18, 31) fem-convergence-cpp 11.6826 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 13, 2, 18, 33) fem-jit-python 0.000417089 "JIT compilation (in memory cache)"
+(2012, 12, 13, 2, 23, 57) fem-speedup-cpp 323.46 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 13, 2, 23, 57) fem-speedup-cpp-assembly 6.31413 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 13, 2, 23, 57) fem-speedup-cpp-solve 2.10175 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 13, 2, 24, 23) mesh-refinement-cpp 24.8889 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 13, 2, 24, 45) mesh-topology-cpp 21.9512 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 13, 2, 25, 13) mesh-unitcube-cpp 27.7404 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 13, 2, 25, 59) mesh-iteration-cpp 43.2183 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 13, 2, 26, 21) function-evaluation-cpp 21.7209 "Evaluations of functions at arbitrary points."
+(2012, 12, 13, 2, 26, 21) function-evaluation-cpp 21.5806 "Evaluations of functions at arbitrary points."
+(2012, 12, 13, 2, 26, 49) la-vector-access-cpp 24.3415 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 13, 2, 27, 15) la-vector-assignment-cpp 26.0252 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 14, 2, 13, 30) common-progress-cpp 29.0323 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 14, 2, 13, 58) common-timing-cpp 27.2585 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 14, 2, 15, 47) fem-multicore-cpp 109.32 "Coloring mesh."
+(2012, 12, 14, 2, 18, 16) fem-assembly-cpp 148.463 "Assembly for various forms and backends"
+(2012, 12, 14, 2, 18, 27) fem-convergence-cpp 11.6121 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 14, 2, 18, 29) fem-jit-python 0.000419402 "JIT compilation (in memory cache)"
+(2012, 12, 14, 2, 23, 52) fem-speedup-cpp 322.701 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 14, 2, 23, 52) fem-speedup-cpp-assembly 6.24069 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 14, 2, 23, 52) fem-speedup-cpp-solve 2.12094 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 14, 2, 24, 18) mesh-refinement-cpp 24.8999 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 14, 2, 24, 40) mesh-topology-cpp 21.9843 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 14, 2, 25, 8) mesh-unitcube-cpp 27.8451 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 14, 2, 25, 56) mesh-iteration-cpp 45.2509 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 14, 2, 26, 18) function-evaluation-cpp 21.7323 "Evaluations of functions at arbitrary points."
+(2012, 12, 14, 2, 26, 18) function-evaluation-cpp 21.5954 "Evaluations of functions at arbitrary points."
+(2012, 12, 14, 2, 26, 46) la-vector-access-cpp 24.0774 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 14, 2, 27, 12) la-vector-assignment-cpp 26.0304 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 15, 2, 13, 28) common-progress-cpp 29.2071 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 15, 2, 13, 55) common-timing-cpp 26.9454 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 15, 2, 15, 44) fem-multicore-cpp 109.106 "Coloring mesh."
+(2012, 12, 15, 2, 18, 13) fem-assembly-cpp 149.112 "Assembly for various forms and backends"
+(2012, 12, 15, 2, 18, 25) fem-convergence-cpp 11.6841 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 15, 2, 18, 27) fem-jit-python 0.000422287 "JIT compilation (in memory cache)"
+(2012, 12, 15, 2, 23, 50) fem-speedup-cpp 322.967 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 15, 2, 23, 50) fem-speedup-cpp-assembly 6.32278 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 15, 2, 23, 50) fem-speedup-cpp-solve 2.1039 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 15, 2, 24, 16) mesh-refinement-cpp 24.8879 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 15, 2, 24, 38) mesh-topology-cpp 22.0019 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 15, 2, 25, 6) mesh-unitcube-cpp 27.9895 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 15, 2, 25, 52) mesh-iteration-cpp 43.1356 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 15, 2, 26, 14) function-evaluation-cpp 21.7075 "Evaluations of functions at arbitrary points."
+(2012, 12, 15, 2, 26, 14) function-evaluation-cpp 21.5679 "Evaluations of functions at arbitrary points."
+(2012, 12, 15, 2, 26, 42) la-vector-access-cpp 24.3325 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 15, 2, 27, 9) la-vector-assignment-cpp 27.4288 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 16, 2, 13, 6) common-progress-cpp 29.0322 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 16, 2, 13, 33) common-timing-cpp 26.9458 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 16, 2, 15, 22) fem-multicore-cpp 109.062 "Coloring mesh."
+(2012, 12, 16, 2, 17, 51) fem-assembly-cpp 149.133 "Assembly for various forms and backends"
+(2012, 12, 16, 2, 18, 3) fem-convergence-cpp 11.6778 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 16, 2, 18, 5) fem-jit-python 0.000422001 "JIT compilation (in memory cache)"
+(2012, 12, 16, 2, 23, 34) fem-speedup-cpp 329.319 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 16, 2, 23, 34) fem-speedup-cpp-assembly 6.29477 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 16, 2, 23, 34) fem-speedup-cpp-solve 1.9898 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 16, 2, 24, 1) mesh-refinement-cpp 24.8575 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 16, 2, 24, 23) mesh-topology-cpp 22.0094 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 16, 2, 24, 51) mesh-unitcube-cpp 27.7353 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 16, 2, 25, 40) mesh-iteration-cpp 45.9221 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 16, 2, 26, 1) function-evaluation-cpp 21.7257 "Evaluations of functions at arbitrary points."
+(2012, 12, 16, 2, 26, 1) function-evaluation-cpp 21.6219 "Evaluations of functions at arbitrary points."
+(2012, 12, 16, 2, 26, 29) la-vector-access-cpp 24.3184 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 16, 2, 26, 55) la-vector-assignment-cpp 25.8787 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 17, 2, 13, 4) common-progress-cpp 29.0322 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 17, 2, 13, 31) common-timing-cpp 26.6655 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 17, 2, 15, 20) fem-multicore-cpp 109.022 "Coloring mesh."
+(2012, 12, 17, 2, 17, 49) fem-assembly-cpp 148.84 "Assembly for various forms and backends"
+(2012, 12, 17, 2, 18, 1) fem-convergence-cpp 11.6696 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 17, 2, 18, 3) fem-jit-python 0.000425291 "JIT compilation (in memory cache)"
+(2012, 12, 17, 2, 23, 27) fem-speedup-cpp 324.706 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 17, 2, 23, 27) fem-speedup-cpp-assembly 6.24436 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 17, 2, 23, 27) fem-speedup-cpp-solve 2.08727 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 17, 2, 23, 54) mesh-refinement-cpp 24.9221 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 17, 2, 24, 17) mesh-topology-cpp 22.1276 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 17, 2, 24, 44) mesh-unitcube-cpp 27.7595 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 17, 2, 25, 30) mesh-iteration-cpp 42.8699 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 17, 2, 25, 52) function-evaluation-cpp 21.7213 "Evaluations of functions at arbitrary points."
+(2012, 12, 17, 2, 25, 52) function-evaluation-cpp 21.6154 "Evaluations of functions at arbitrary points."
+(2012, 12, 17, 2, 26, 19) la-vector-access-cpp 24.3298 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 17, 2, 26, 45) la-vector-assignment-cpp 26.0138 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 18, 2, 13, 31) common-progress-cpp 29.0239 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 18, 2, 13, 58) common-timing-cpp 27.1075 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 18, 2, 15, 48) fem-multicore-cpp 109.763 "Coloring mesh."
+(2012, 12, 18, 2, 18, 13) fem-assembly-cpp 145.7 "Assembly for various forms and backends"
+(2012, 12, 18, 2, 18, 25) fem-convergence-cpp 11.6877 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 18, 2, 18, 27) fem-jit-python 0.000414085 "JIT compilation (in memory cache)"
+(2012, 12, 18, 2, 23, 51) fem-speedup-cpp 323.823 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 18, 2, 23, 51) fem-speedup-cpp-assembly 6.16698 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 18, 2, 23, 51) fem-speedup-cpp-solve 2.08549 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 18, 2, 24, 17) mesh-refinement-cpp 24.8653 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 18, 2, 24, 39) mesh-topology-cpp 22.0175 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 18, 2, 25, 7) mesh-unitcube-cpp 27.8598 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 18, 2, 25, 53) mesh-iteration-cpp 42.878 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 18, 2, 26, 15) function-evaluation-cpp 21.7492 "Evaluations of functions at arbitrary points."
+(2012, 12, 18, 2, 26, 15) function-evaluation-cpp 21.6077 "Evaluations of functions at arbitrary points."
+(2012, 12, 18, 2, 26, 43) la-vector-access-cpp 25.4171 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 18, 2, 27, 11) la-vector-assignment-cpp 27.4802 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 19, 2, 13, 32) common-progress-cpp 29.0489 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 19, 2, 14, 0) common-timing-cpp 27.1396 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 19, 2, 15, 49) fem-multicore-cpp 109.052 "Coloring mesh."
+(2012, 12, 19, 2, 18, 14) fem-assembly-cpp 145.112 "Assembly for various forms and backends"
+(2012, 12, 19, 2, 18, 25) fem-convergence-cpp 11.6985 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 19, 2, 18, 27) fem-jit-python 0.000419688 "JIT compilation (in memory cache)"
+(2012, 12, 19, 2, 23, 52) fem-speedup-cpp 324.61 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 19, 2, 23, 52) fem-speedup-cpp-assembly 6.23634 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 19, 2, 23, 52) fem-speedup-cpp-solve 2.06688 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 19, 2, 24, 18) mesh-refinement-cpp 24.8315 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 19, 2, 24, 41) mesh-topology-cpp 22.0915 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 19, 2, 25, 9) mesh-unitcube-cpp 27.7826 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 19, 2, 25, 55) mesh-iteration-cpp 43.0979 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 19, 2, 26, 19) function-evaluation-cpp 24.1554 "Evaluations of functions at arbitrary points."
+(2012, 12, 19, 2, 26, 19) function-evaluation-cpp 24.0283 "Evaluations of functions at arbitrary points."
+(2012, 12, 19, 2, 26, 46) la-vector-access-cpp 24.3283 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 19, 2, 27, 12) la-vector-assignment-cpp 26.0187 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 20, 2, 13, 57) common-progress-cpp 29.1488 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 20, 2, 14, 25) common-timing-cpp 27.6833 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 20, 2, 16, 13) fem-multicore-cpp 108.924 "Coloring mesh."
+(2012, 12, 20, 2, 18, 41) fem-assembly-cpp 147.147 "Assembly for various forms and backends"
+(2012, 12, 20, 2, 18, 52) fem-convergence-cpp 11.6702 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 20, 2, 18, 54) fem-jit-python 0.000423098 "JIT compilation (in memory cache)"
+(2012, 12, 20, 2, 24, 18) fem-speedup-cpp 323.5 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 20, 2, 24, 18) fem-speedup-cpp-assembly 6.22749 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 20, 2, 24, 18) fem-speedup-cpp-solve 2.08634 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 20, 2, 24, 45) mesh-refinement-cpp 25.1577 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 20, 2, 25, 7) mesh-topology-cpp 22.0001 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 20, 2, 25, 34) mesh-unitcube-cpp 27.1674 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 20, 2, 26, 20) mesh-iteration-cpp 43.7318 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 20, 2, 26, 42) function-evaluation-cpp 21.7056 "Evaluations of functions at arbitrary points."
+(2012, 12, 20, 2, 26, 42) function-evaluation-cpp 21.5613 "Evaluations of functions at arbitrary points."
+(2012, 12, 20, 2, 27, 8) la-vector-access-cpp 23.0751 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 20, 2, 27, 34) la-vector-assignment-cpp 26.0183 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 21, 2, 13, 27) common-progress-cpp 29.0239 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 21, 2, 13, 53) common-timing-cpp 26.1405 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 21, 2, 15, 41) fem-multicore-cpp 108.325 "Coloring mesh."
+(2012, 12, 21, 2, 18, 10) fem-assembly-cpp 148.394 "Assembly for various forms and backends"
+(2012, 12, 21, 2, 18, 21) fem-convergence-cpp 11.6802 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 21, 2, 18, 23) fem-jit-python 0.000420713 "JIT compilation (in memory cache)"
+(2012, 12, 21, 2, 23, 45) fem-speedup-cpp 321.903 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 21, 2, 23, 45) fem-speedup-cpp-assembly 6.32324 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 21, 2, 23, 45) fem-speedup-cpp-solve 2.12434 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 21, 2, 24, 12) mesh-refinement-cpp 24.8268 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 21, 2, 24, 33) mesh-topology-cpp 21.785 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 21, 2, 25, 1) mesh-unitcube-cpp 27.2246 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 21, 2, 25, 44) mesh-iteration-cpp 40.2766 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 21, 2, 26, 6) function-evaluation-cpp 21.725 "Evaluations of functions at arbitrary points."
+(2012, 12, 21, 2, 26, 6) function-evaluation-cpp 21.5773 "Evaluations of functions at arbitrary points."
+(2012, 12, 21, 2, 26, 32) la-vector-access-cpp 23.4319 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 21, 2, 26, 58) la-vector-assignment-cpp 26.0252 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 22, 2, 13, 13) common-progress-cpp 28.9739 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 22, 2, 13, 39) common-timing-cpp 26.0747 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 22, 2, 15, 26) fem-multicore-cpp 107.704 "Coloring mesh."
+(2012, 12, 22, 2, 17, 55) fem-assembly-cpp 148.472 "Assembly for various forms and backends"
+(2012, 12, 22, 2, 18, 7) fem-convergence-cpp 11.7415 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 22, 2, 18, 9) fem-jit-python 0.000417686 "JIT compilation (in memory cache)"
+(2012, 12, 22, 2, 23, 35) fem-speedup-cpp 326.017 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 22, 2, 23, 35) fem-speedup-cpp-assembly 6.29701 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 22, 2, 23, 35) fem-speedup-cpp-solve 2.0374 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 22, 2, 24, 2) mesh-refinement-cpp 24.9012 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 22, 2, 24, 23) mesh-topology-cpp 21.7896 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 22, 2, 24, 51) mesh-unitcube-cpp 27.1716 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 22, 2, 25, 40) mesh-iteration-cpp 46.0368 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 22, 2, 26, 1) function-evaluation-cpp 21.752 "Evaluations of functions at arbitrary points."
+(2012, 12, 22, 2, 26, 1) function-evaluation-cpp 21.6145 "Evaluations of functions at arbitrary points."
+(2012, 12, 22, 2, 26, 28) la-vector-access-cpp 23.0926 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 22, 2, 26, 54) la-vector-assignment-cpp 26.0175 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 23, 2, 13, 21) common-progress-cpp 29.0822 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 23, 2, 13, 46) common-timing-cpp 25.7393 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 23, 2, 15, 35) fem-multicore-cpp 108.785 "Coloring mesh."
+(2012, 12, 23, 2, 18, 4) fem-assembly-cpp 148.926 "Assembly for various forms and backends"
+(2012, 12, 23, 2, 18, 16) fem-convergence-cpp 11.7111 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 23, 2, 18, 18) fem-jit-python 0.000428796 "JIT compilation (in memory cache)"
+(2012, 12, 23, 2, 23, 47) fem-speedup-cpp 329.65 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 23, 2, 23, 47) fem-speedup-cpp-assembly 6.28928 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 23, 2, 23, 47) fem-speedup-cpp-solve 1.96131 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 23, 2, 24, 14) mesh-refinement-cpp 24.8607 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 23, 2, 24, 36) mesh-topology-cpp 21.801 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 23, 2, 25, 3) mesh-unitcube-cpp 27.0871 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 23, 2, 25, 47) mesh-iteration-cpp 40.2912 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 23, 2, 26, 8) function-evaluation-cpp 21.7183 "Evaluations of functions at arbitrary points."
+(2012, 12, 23, 2, 26, 8) function-evaluation-cpp 21.6116 "Evaluations of functions at arbitrary points."
+(2012, 12, 23, 2, 26, 36) la-vector-access-cpp 24.8538 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 23, 2, 27, 2) la-vector-assignment-cpp 26.023 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 24, 2, 13, 39) common-progress-cpp 28.9573 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 24, 2, 14, 5) common-timing-cpp 26.8616 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 24, 2, 15, 54) fem-multicore-cpp 108.985 "Coloring mesh."
+(2012, 12, 24, 2, 18, 23) fem-assembly-cpp 148.074 "Assembly for various forms and backends"
+(2012, 12, 24, 2, 18, 34) fem-convergence-cpp 11.6873 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 24, 2, 18, 36) fem-jit-python 0.000423598 "JIT compilation (in memory cache)"
+(2012, 12, 24, 2, 24, 7) fem-speedup-cpp 330.902 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 24, 2, 24, 7) fem-speedup-cpp-assembly 6.21077 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 24, 2, 24, 7) fem-speedup-cpp-solve 1.97674 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 24, 2, 24, 34) mesh-refinement-cpp 25.236 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 24, 2, 24, 56) mesh-topology-cpp 21.7018 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 24, 2, 25, 24) mesh-unitcube-cpp 27.4367 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 24, 2, 26, 7) mesh-iteration-cpp 40.2467 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 24, 2, 26, 29) function-evaluation-cpp 21.7405 "Evaluations of functions at arbitrary points."
+(2012, 12, 24, 2, 26, 29) function-evaluation-cpp 21.628 "Evaluations of functions at arbitrary points."
+(2012, 12, 24, 2, 26, 55) la-vector-access-cpp 22.9861 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 24, 2, 27, 21) la-vector-assignment-cpp 26.0143 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 25, 2, 13, 30) common-progress-cpp 29.0073 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 25, 2, 13, 57) common-timing-cpp 26.8355 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 25, 2, 15, 45) fem-multicore-cpp 108.254 "Coloring mesh."
+(2012, 12, 25, 2, 18, 13) fem-assembly-cpp 148.426 "Assembly for various forms and backends"
+(2012, 12, 25, 2, 18, 25) fem-convergence-cpp 11.6963 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 25, 2, 18, 27) fem-jit-python 0.000414491 "JIT compilation (in memory cache)"
+(2012, 12, 25, 2, 23, 52) fem-speedup-cpp 324.822 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 25, 2, 23, 52) fem-speedup-cpp-assembly 6.3266 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 25, 2, 23, 52) fem-speedup-cpp-solve 2.10992 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 25, 2, 24, 19) mesh-refinement-cpp 25.318 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 25, 2, 24, 41) mesh-topology-cpp 21.6827 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 25, 2, 25, 8) mesh-unitcube-cpp 27.4621 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 25, 2, 25, 51) mesh-iteration-cpp 40.2768 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 25, 2, 26, 13) function-evaluation-cpp 21.7806 "Evaluations of functions at arbitrary points."
+(2012, 12, 25, 2, 26, 13) function-evaluation-cpp 21.5986 "Evaluations of functions at arbitrary points."
+(2012, 12, 25, 2, 26, 39) la-vector-access-cpp 23.0233 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 25, 2, 27, 8) la-vector-assignment-cpp 28.0347 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 26, 2, 13, 9) common-progress-cpp 29.0405 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 26, 2, 13, 36) common-timing-cpp 26.9821 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 26, 2, 15, 24) fem-multicore-cpp 108.168 "Coloring mesh."
+(2012, 12, 26, 2, 17, 52) fem-assembly-cpp 148.114 "Assembly for various forms and backends"
+(2012, 12, 26, 2, 18, 4) fem-convergence-cpp 11.6671 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 26, 2, 18, 6) fem-jit-python 0.000422621 "JIT compilation (in memory cache)"
+(2012, 12, 26, 2, 23, 39) fem-speedup-cpp 333.372 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 26, 2, 23, 39) fem-speedup-cpp-assembly 6.29044 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 26, 2, 23, 39) fem-speedup-cpp-solve 1.92494 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 26, 2, 24, 6) mesh-refinement-cpp 25.1923 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 26, 2, 24, 28) mesh-topology-cpp 21.6682 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 26, 2, 24, 55) mesh-unitcube-cpp 27.5047 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 26, 2, 25, 39) mesh-iteration-cpp 40.3036 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 26, 2, 26, 0) function-evaluation-cpp 21.7269 "Evaluations of functions at arbitrary points."
+(2012, 12, 26, 2, 26, 0) function-evaluation-cpp 21.6199 "Evaluations of functions at arbitrary points."
+(2012, 12, 26, 2, 26, 27) la-vector-access-cpp 22.9979 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 26, 2, 26, 54) la-vector-assignment-cpp 27.4878 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 27, 2, 13, 27) common-progress-cpp 28.9991 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 27, 2, 13, 55) common-timing-cpp 27.1153 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 27, 2, 15, 43) fem-multicore-cpp 108.197 "Coloring mesh."
+(2012, 12, 27, 2, 18, 10) fem-assembly-cpp 147.47 "Assembly for various forms and backends"
+(2012, 12, 27, 2, 18, 22) fem-convergence-cpp 11.7034 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 27, 2, 18, 24) fem-jit-python 0.000424385 "JIT compilation (in memory cache)"
+(2012, 12, 27, 2, 23, 50) fem-speedup-cpp 326.475 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 27, 2, 23, 50) fem-speedup-cpp-assembly 6.3998 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 27, 2, 23, 50) fem-speedup-cpp-solve 2.07613 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 27, 2, 24, 17) mesh-refinement-cpp 25.2119 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 27, 2, 24, 39) mesh-topology-cpp 21.6611 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 27, 2, 25, 7) mesh-unitcube-cpp 27.6063 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 27, 2, 25, 50) mesh-iteration-cpp 40.2987 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 27, 2, 26, 12) function-evaluation-cpp 21.9805 "Evaluations of functions at arbitrary points."
+(2012, 12, 27, 2, 26, 12) function-evaluation-cpp 21.8329 "Evaluations of functions at arbitrary points."
+(2012, 12, 27, 2, 26, 41) la-vector-access-cpp 25.4526 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 27, 2, 27, 7) la-vector-assignment-cpp 26.0238 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 28, 2, 13, 32) common-progress-cpp 29.0655 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 28, 2, 13, 58) common-timing-cpp 26.238 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 28, 2, 15, 48) fem-multicore-cpp 109.167 "Coloring mesh."
+(2012, 12, 28, 2, 18, 15) fem-assembly-cpp 147.683 "Assembly for various forms and backends"
+(2012, 12, 28, 2, 18, 27) fem-convergence-cpp 11.7358 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 28, 2, 18, 29) fem-jit-python 0.000418305 "JIT compilation (in memory cache)"
+(2012, 12, 28, 2, 24, 1) fem-speedup-cpp 332.376 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 28, 2, 24, 1) fem-speedup-cpp-assembly 6.24272 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 28, 2, 24, 1) fem-speedup-cpp-solve 1.95932 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 28, 2, 24, 29) mesh-refinement-cpp 24.9065 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 28, 2, 24, 51) mesh-topology-cpp 21.8203 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 28, 2, 25, 20) mesh-unitcube-cpp 28.6299 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 28, 2, 26, 3) mesh-iteration-cpp 40.2737 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 28, 2, 26, 24) function-evaluation-cpp 21.1953 "Evaluations of functions at arbitrary points."
+(2012, 12, 28, 2, 26, 24) function-evaluation-cpp 21.0886 "Evaluations of functions at arbitrary points."
+(2012, 12, 28, 2, 26, 52) la-vector-access-cpp 24.3344 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 28, 2, 27, 18) la-vector-assignment-cpp 26.0212 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 30, 2, 13, 50) common-progress-cpp 46.6583 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 30, 2, 14, 17) common-timing-cpp 26.896 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 30, 2, 16, 6) fem-multicore-cpp 108.83 "Coloring mesh."
+(2012, 12, 30, 2, 18, 34) fem-assembly-cpp 147.589 "Assembly for various forms and backends"
+(2012, 12, 30, 2, 18, 46) fem-convergence-cpp 11.7084 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 30, 2, 18, 48) fem-jit-python 0.000419688 "JIT compilation (in memory cache)"
+(2012, 12, 30, 2, 24, 10) fem-speedup-cpp 322.443 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 30, 2, 24, 10) fem-speedup-cpp-assembly 6.32365 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 30, 2, 24, 10) fem-speedup-cpp-solve 2.08285 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 30, 2, 24, 37) mesh-refinement-cpp 24.9664 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 30, 2, 24, 59) mesh-topology-cpp 21.7461 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 30, 2, 25, 26) mesh-unitcube-cpp 27.4331 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 30, 2, 26, 9) mesh-iteration-cpp 40.2772 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 30, 2, 26, 31) function-evaluation-cpp 21.6977 "Evaluations of functions at arbitrary points."
+(2012, 12, 30, 2, 26, 31) function-evaluation-cpp 21.5547 "Evaluations of functions at arbitrary points."
+(2012, 12, 30, 2, 26, 58) la-vector-access-cpp 24.3215 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 30, 2, 27, 25) la-vector-assignment-cpp 26.9333 "Assigning to vector of size 10000000 (100 repetitions)"
+(2012, 12, 31, 2, 13, 28) common-progress-cpp 29.1655 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2012, 12, 31, 2, 13, 56) common-timing-cpp 28.0255 "Timing access and registration of timings (10000000 repetitions)"
+(2012, 12, 31, 2, 15, 45) fem-multicore-cpp 108.873 "Coloring mesh."
+(2012, 12, 31, 2, 18, 12) fem-assembly-cpp 147.631 "Assembly for various forms and backends"
+(2012, 12, 31, 2, 18, 24) fem-convergence-cpp 11.6496 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2012, 12, 31, 2, 18, 26) fem-jit-python 0.000419092 "JIT compilation (in memory cache)"
+(2012, 12, 31, 2, 23, 48) fem-speedup-cpp 322.078 "Assembly/solve speedup running on 4 processors"
+(2012, 12, 31, 2, 23, 48) fem-speedup-cpp-assembly 6.31242 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2012, 12, 31, 2, 23, 48) fem-speedup-cpp-solve 2.10099 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2012, 12, 31, 2, 24, 15) mesh-refinement-cpp 24.9202 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2012, 12, 31, 2, 24, 37) mesh-topology-cpp 21.7964 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2012, 12, 31, 2, 25, 4) mesh-unitcube-cpp 27.3034 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2012, 12, 31, 2, 25, 47) mesh-iteration-cpp 40.2757 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2012, 12, 31, 2, 26, 9) function-evaluation-cpp 21.5395 "Evaluations of functions at arbitrary points."
+(2012, 12, 31, 2, 26, 9) function-evaluation-cpp 21.376 "Evaluations of functions at arbitrary points."
+(2012, 12, 31, 2, 26, 36) la-vector-access-cpp 24.3255 "Accessing vector of size 10000000 (100 repetitions)"
+(2012, 12, 31, 2, 27, 3) la-vector-assignment-cpp 26.9392 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 1, 2, 13, 38) common-progress-cpp 29.1904 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 1, 2, 14, 6) common-timing-cpp 27.4852 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 1, 2, 15, 54) fem-multicore-cpp 108.066 "Coloring mesh."
+(2013, 1, 1, 2, 18, 21) fem-assembly-cpp 147.773 "Assembly for various forms and backends"
+(2013, 1, 1, 2, 18, 33) fem-convergence-cpp 11.6448 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 1, 2, 18, 35) fem-jit-python 0.000428605 "JIT compilation (in memory cache)"
+(2013, 1, 1, 2, 23, 55) fem-speedup-cpp 320.02 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 1, 2, 23, 55) fem-speedup-cpp-assembly 6.30526 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 1, 2, 23, 55) fem-speedup-cpp-solve 2.14649 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 1, 2, 24, 22) mesh-refinement-cpp 25.0549 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 1, 2, 24, 44) mesh-topology-cpp 21.9906 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 1, 2, 25, 14) mesh-unitcube-cpp 29.9711 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 1, 2, 25, 57) mesh-iteration-cpp 40.2668 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 1, 2, 26, 19) function-evaluation-cpp 21.7586 "Evaluations of functions at arbitrary points."
+(2013, 1, 1, 2, 26, 19) function-evaluation-cpp 21.6251 "Evaluations of functions at arbitrary points."
+(2013, 1, 1, 2, 26, 47) la-vector-access-cpp 24.3313 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 1, 2, 27, 13) la-vector-assignment-cpp 26.0209 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 2, 2, 13, 22) common-progress-cpp 29.0827 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 2, 2, 13, 51) common-timing-cpp 28.3639 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 2, 2, 15, 39) fem-multicore-cpp 108.285 "Coloring mesh."
+(2013, 1, 2, 2, 18, 7) fem-assembly-cpp 147.852 "Assembly for various forms and backends"
+(2013, 1, 2, 2, 18, 19) fem-convergence-cpp 11.6661 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 2, 2, 18, 20) fem-jit-python 0.000412893 "JIT compilation (in memory cache)"
+(2013, 1, 2, 2, 23, 44) fem-speedup-cpp 323.195 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 2, 2, 23, 44) fem-speedup-cpp-assembly 6.31078 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 2, 2, 23, 44) fem-speedup-cpp-solve 2.07754 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 2, 2, 24, 11) mesh-refinement-cpp 25.0994 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 2, 2, 24, 33) mesh-topology-cpp 22.0951 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 2, 2, 25, 3) mesh-unitcube-cpp 29.9758 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 2, 2, 25, 50) mesh-iteration-cpp 43.6582 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 2, 2, 26, 12) function-evaluation-cpp 21.983 "Evaluations of functions at arbitrary points."
+(2013, 1, 2, 2, 26, 12) function-evaluation-cpp 21.8297 "Evaluations of functions at arbitrary points."
+(2013, 1, 2, 2, 26, 39) la-vector-access-cpp 24.3228 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 2, 2, 27, 5) la-vector-assignment-cpp 26.0199 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 3, 2, 13, 20) common-progress-cpp 29.0572 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 3, 2, 13, 48) common-timing-cpp 27.4562 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 3, 2, 15, 36) fem-multicore-cpp 108.144 "Coloring mesh."
+(2013, 1, 3, 2, 18, 4) fem-assembly-cpp 148.32 "Assembly for various forms and backends"
+(2013, 1, 3, 2, 18, 16) fem-convergence-cpp 11.6262 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 3, 2, 18, 18) fem-jit-python 0.000415707 "JIT compilation (in memory cache)"
+(2013, 1, 3, 2, 23, 37) fem-speedup-cpp 319.496 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 3, 2, 23, 37) fem-speedup-cpp-assembly 6.27728 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 3, 2, 23, 37) fem-speedup-cpp-solve 2.15972 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 3, 2, 24, 4) mesh-refinement-cpp 25.0932 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 3, 2, 24, 26) mesh-topology-cpp 22.0119 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 3, 2, 24, 56) mesh-unitcube-cpp 29.9568 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 3, 2, 25, 50) mesh-iteration-cpp 50.8641 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 3, 2, 26, 12) function-evaluation-cpp 21.7498 "Evaluations of functions at arbitrary points."
+(2013, 1, 3, 2, 26, 12) function-evaluation-cpp 21.5963 "Evaluations of functions at arbitrary points."
+(2013, 1, 3, 2, 26, 39) la-vector-access-cpp 24.33 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 3, 2, 27, 5) la-vector-assignment-cpp 26.0178 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 4, 2, 14, 3) common-progress-cpp 29.0405 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 4, 2, 14, 29) common-timing-cpp 25.7598 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 4, 2, 16, 17) fem-multicore-cpp 108.493 "Coloring mesh."
+(2013, 1, 4, 2, 18, 46) fem-assembly-cpp 148.97 "Assembly for various forms and backends"
+(2013, 1, 4, 2, 18, 58) fem-convergence-cpp 11.6567 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 4, 2, 19, 0) fem-jit-python 0.000427198 "JIT compilation (in memory cache)"
+(2013, 1, 4, 2, 24, 28) fem-speedup-cpp 328.273 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 4, 2, 24, 28) fem-speedup-cpp-assembly 6.24089 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 4, 2, 24, 28) fem-speedup-cpp-solve 2.06369 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 4, 2, 24, 56) mesh-refinement-cpp 25.7528 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 4, 2, 25, 19) mesh-topology-cpp 22.8493 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 4, 2, 25, 48) mesh-unitcube-cpp 29.8246 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 4, 2, 26, 32) mesh-iteration-cpp 40.266 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 4, 2, 26, 53) function-evaluation-cpp 21.5245 "Evaluations of functions at arbitrary points."
+(2013, 1, 4, 2, 26, 53) function-evaluation-cpp 21.4111 "Evaluations of functions at arbitrary points."
+(2013, 1, 4, 2, 27, 22) la-vector-access-cpp 25.408 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 4, 2, 27, 53) la-vector-assignment-cpp 31.488 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 5, 2, 13, 47) common-progress-cpp 28.974 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 5, 2, 14, 14) common-timing-cpp 26.2999 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 5, 2, 16, 2) fem-multicore-cpp 107.946 "Coloring mesh."
+(2013, 1, 5, 2, 18, 30) fem-assembly-cpp 147.991 "Assembly for various forms and backends"
+(2013, 1, 5, 2, 18, 41) fem-convergence-cpp 11.6166 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 5, 2, 18, 43) fem-jit-python 0.000426292 "JIT compilation (in memory cache)"
+(2013, 1, 5, 2, 24, 12) fem-speedup-cpp 328.557 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 5, 2, 24, 12) fem-speedup-cpp-assembly 6.22563 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 5, 2, 24, 12) fem-speedup-cpp-solve 2.03482 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 5, 2, 24, 39) mesh-refinement-cpp 25.4168 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 5, 2, 25, 2) mesh-topology-cpp 22.3457 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 5, 2, 25, 32) mesh-unitcube-cpp 29.7962 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 5, 2, 26, 15) mesh-iteration-cpp 40.2716 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 5, 2, 26, 37) function-evaluation-cpp 21.5918 "Evaluations of functions at arbitrary points."
+(2013, 1, 5, 2, 26, 37) function-evaluation-cpp 21.4536 "Evaluations of functions at arbitrary points."
+(2013, 1, 5, 2, 27, 3) la-vector-access-cpp 23.0904 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 5, 2, 27, 29) la-vector-assignment-cpp 26.0253 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 6, 2, 13, 46) common-progress-cpp 29.0073 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 6, 2, 14, 12) common-timing-cpp 25.9913 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 6, 2, 16, 0) fem-multicore-cpp 107.69 "Coloring mesh."
+(2013, 1, 6, 2, 18, 26) fem-assembly-cpp 146.227 "Assembly for various forms and backends"
+(2013, 1, 6, 2, 18, 38) fem-convergence-cpp 11.6923 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 6, 2, 18, 40) fem-jit-python 0.000419903 "JIT compilation (in memory cache)"
+(2013, 1, 6, 2, 24, 5) fem-speedup-cpp 325.15 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 6, 2, 24, 5) fem-speedup-cpp-assembly 6.2811 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 6, 2, 24, 5) fem-speedup-cpp-solve 2.10139 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 6, 2, 24, 32) mesh-refinement-cpp 25.5182 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 6, 2, 24, 55) mesh-topology-cpp 22.5053 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 6, 2, 25, 25) mesh-unitcube-cpp 29.8467 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 6, 2, 26, 10) mesh-iteration-cpp 41.4966 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 6, 2, 26, 31) function-evaluation-cpp 21.6417 "Evaluations of functions at arbitrary points."
+(2013, 1, 6, 2, 26, 31) function-evaluation-cpp 21.4913 "Evaluations of functions at arbitrary points."
+(2013, 1, 6, 2, 26, 58) la-vector-access-cpp 23.422 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 6, 2, 27, 26) la-vector-assignment-cpp 28.0429 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 7, 2, 13, 26) common-progress-cpp 29.064 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 7, 2, 13, 52) common-timing-cpp 26.4392 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 7, 2, 15, 40) fem-multicore-cpp 107.793 "Coloring mesh."
+(2013, 1, 7, 2, 18, 6) fem-assembly-cpp 145.698 "Assembly for various forms and backends"
+(2013, 1, 7, 2, 18, 17) fem-convergence-cpp 11.6308 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 7, 2, 18, 20) fem-jit-python 0.000425911 "JIT compilation (in memory cache)"
+(2013, 1, 7, 2, 23, 53) fem-speedup-cpp 333.605 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 7, 2, 23, 53) fem-speedup-cpp-assembly 6.32009 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 7, 2, 23, 53) fem-speedup-cpp-solve 1.94115 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 7, 2, 24, 21) mesh-refinement-cpp 25.4597 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 7, 2, 24, 43) mesh-topology-cpp 22.3211 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 7, 2, 25, 13) mesh-unitcube-cpp 29.8543 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 7, 2, 25, 56) mesh-iteration-cpp 40.304 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 7, 2, 26, 18) function-evaluation-cpp 21.6466 "Evaluations of functions at arbitrary points."
+(2013, 1, 7, 2, 26, 18) function-evaluation-cpp 21.5327 "Evaluations of functions at arbitrary points."
+(2013, 1, 7, 2, 26, 45) la-vector-access-cpp 23.2755 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 7, 2, 27, 11) la-vector-assignment-cpp 26.0323 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 8, 9, 30, 3) common-progress-cpp 27.6769 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 8, 9, 30, 31) common-timing-cpp 27.89 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 8, 9, 32, 19) fem-multicore-cpp 108.086 "Coloring mesh."
+(2013, 1, 8, 9, 34, 48) fem-assembly-cpp 148.336 "Assembly for various forms and backends"
+(2013, 1, 8, 9, 34, 59) fem-convergence-cpp 11.5748 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 8, 9, 35, 0) fem-jit-python 0.000421596 "JIT compilation (in memory cache)"
+(2013, 1, 8, 9, 40, 29) fem-speedup-cpp 329.284 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 8, 9, 40, 29) fem-speedup-cpp-assembly 6.44639 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 8, 9, 40, 29) fem-speedup-cpp-solve 2.04301 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 8, 9, 40, 57) mesh-refinement-cpp 25.4305 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 8, 9, 41, 20) mesh-topology-cpp 22.7566 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 8, 9, 41, 50) mesh-unitcube-cpp 30.018 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 8, 9, 42, 39) mesh-iteration-cpp 45.9287 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 8, 9, 43, 3) function-evaluation-cpp 24.6349 "Evaluations of functions at arbitrary points."
+(2013, 1, 8, 9, 43, 3) function-evaluation-cpp 24.4969 "Evaluations of functions at arbitrary points."
+(2013, 1, 8, 9, 43, 9) function-extrapolation-python 5.06534 "*** -------------------------------------------------------------------------"
+(2013, 1, 8, 9, 43, 9) function-extrapolation-python 1.89934 "*** -------------------------------------------------------------------------"
+(2013, 1, 8, 9, 43, 34) la-vector-access-cpp 25.4216 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 8, 9, 44, 0) la-vector-assignment-cpp 26.0434 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 10, 2, 14, 15) common-progress-cpp 46.5251 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 10, 2, 14, 41) common-timing-cpp 26.03 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 10, 2, 17, 38) fem-multicore-cpp 176.271 "Coloring mesh."
+(2013, 1, 10, 2, 21, 8) fem-assembly-cpp 210.527 "Assembly for various forms and backends"
+(2013, 1, 10, 2, 21, 21) fem-convergence-cpp 13.1854 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 10, 2, 26, 53) fem-speedup-cpp 329.794 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 10, 2, 26, 53) fem-speedup-cpp-assembly 6.65393 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 10, 2, 26, 53) fem-speedup-cpp-solve 2.10296 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 10, 2, 27, 20) mesh-refinement-cpp 25.0142 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 10, 2, 27, 42) mesh-topology-cpp 21.9036 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 10, 2, 28, 10) mesh-unitcube-cpp 27.6654 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 10, 2, 28, 58) mesh-iteration-cpp 45.2356 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 10, 2, 29, 19) function-evaluation-cpp 21.6253 "Evaluations of functions at arbitrary points."
+(2013, 1, 10, 2, 29, 19) function-evaluation-cpp 21.4886 "Evaluations of functions at arbitrary points."
+(2013, 1, 10, 2, 29, 47) la-vector-access-cpp 25.4046 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 10, 2, 30, 13) la-vector-assignment-cpp 26.0207 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 11, 2, 14, 1) common-progress-cpp 28.9075 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 11, 2, 14, 29) common-timing-cpp 27.7615 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 11, 2, 17, 25) fem-multicore-cpp 176.202 "Coloring mesh."
+(2013, 1, 11, 2, 20, 53) fem-assembly-cpp 207.36 "Assembly for various forms and backends"
+(2013, 1, 11, 2, 21, 5) fem-convergence-cpp 12.9138 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 11, 2, 26, 43) fem-speedup-cpp 327.716 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 11, 2, 26, 43) fem-speedup-cpp-assembly 6.74337 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 11, 2, 26, 43) fem-speedup-cpp-solve 2.13362 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 11, 2, 27, 10) mesh-refinement-cpp 25.579 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 11, 2, 27, 33) mesh-topology-cpp 22.4433 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 11, 2, 28, 3) mesh-unitcube-cpp 29.9766 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 11, 2, 28, 48) mesh-iteration-cpp 41.9984 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 11, 2, 29, 9) function-evaluation-cpp 21.6899 "Evaluations of functions at arbitrary points."
+(2013, 1, 11, 2, 29, 9) function-evaluation-cpp 21.5237 "Evaluations of functions at arbitrary points."
+(2013, 1, 11, 2, 30, 0) function-extrapolation-python 50.6551 "*** -------------------------------------------------------------------------"
+(2013, 1, 11, 2, 30, 0) function-extrapolation-python 1.88481 "*** -------------------------------------------------------------------------"
+(2013, 1, 11, 2, 30, 26) la-vector-access-cpp 25.9293 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 11, 2, 30, 54) la-vector-assignment-cpp 27.4855 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 12, 2, 13, 45) common-progress-cpp 29.0638 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 12, 2, 14, 13) common-timing-cpp 28.4146 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 12, 2, 17, 9) fem-multicore-cpp 175.394 "Coloring mesh."
+(2013, 1, 12, 2, 17, 23) fem-convergence-cpp 12.8391 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 12, 2, 17, 36) fem-jit-python 0.000464296 "JIT compilation (in memory cache)"
+(2013, 1, 12, 2, 22, 55) fem-speedup-cpp 319.498 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 12, 2, 22, 55) fem-speedup-cpp-assembly 6.66774 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 12, 2, 22, 55) fem-speedup-cpp-solve 2.33399 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 12, 2, 23, 22) mesh-refinement-cpp 25.0449 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 12, 2, 23, 44) mesh-topology-cpp 22.1335 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 12, 2, 24, 12) mesh-unitcube-cpp 27.9635 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 12, 2, 24, 55) mesh-iteration-cpp 40.2816 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 12, 2, 25, 17) function-evaluation-cpp 21.6981 "Evaluations of functions at arbitrary points."
+(2013, 1, 12, 2, 25, 17) function-evaluation-cpp 21.5212 "Evaluations of functions at arbitrary points."
+(2013, 1, 12, 2, 26, 2) function-extrapolation-python 44.8762 "*** -------------------------------------------------------------------------"
+(2013, 1, 12, 2, 26, 2) function-extrapolation-python 1.88083 "*** -------------------------------------------------------------------------"
+(2013, 1, 12, 2, 26, 25) la-vector-access-cpp 23.0557 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 12, 2, 26, 53) la-vector-assignment-cpp 28.1005 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 13, 2, 13, 29) common-progress-cpp 29.1072 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 13, 2, 13, 55) common-timing-cpp 26.8199 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 13, 2, 16, 51) fem-multicore-cpp 175.762 "Coloring mesh."
+(2013, 1, 13, 2, 17, 5) fem-convergence-cpp 12.8878 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 13, 2, 17, 7) fem-jit-python 0.000425696 "JIT compilation (in memory cache)"
+(2013, 1, 13, 2, 22, 27) fem-speedup-cpp 319.732 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 13, 2, 22, 27) fem-speedup-cpp-assembly 6.59921 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 13, 2, 22, 27) fem-speedup-cpp-solve 2.32908 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 13, 2, 22, 54) mesh-refinement-cpp 25.1064 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 13, 2, 23, 16) mesh-topology-cpp 22.0354 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 13, 2, 23, 45) mesh-unitcube-cpp 28.7885 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 13, 2, 24, 28) mesh-iteration-cpp 40.2882 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 13, 2, 24, 49) function-evaluation-cpp 21.4172 "Evaluations of functions at arbitrary points."
+(2013, 1, 13, 2, 24, 49) function-evaluation-cpp 21.2329 "Evaluations of functions at arbitrary points."
+(2013, 1, 13, 2, 24, 55) function-extrapolation-python 5.10637 "*** -------------------------------------------------------------------------"
+(2013, 1, 13, 2, 24, 55) function-extrapolation-python 1.87679 "*** -------------------------------------------------------------------------"
+(2013, 1, 13, 2, 25, 20) la-vector-access-cpp 24.9473 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 13, 2, 25, 46) la-vector-assignment-cpp 26.0215 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 14, 2, 13, 40) common-progress-cpp 29.1072 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 14, 2, 14, 8) common-timing-cpp 28.3639 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 14, 2, 17, 4) fem-multicore-cpp 175.802 "Coloring mesh."
+(2013, 1, 14, 2, 17, 18) fem-convergence-cpp 12.7995 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 14, 2, 17, 28) fem-jit-python 0.000466394 "JIT compilation (in memory cache)"
+(2013, 1, 14, 2, 22, 48) fem-speedup-cpp 320.547 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 14, 2, 22, 48) fem-speedup-cpp-assembly 6.57529 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 14, 2, 22, 48) fem-speedup-cpp-solve 2.30587 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 14, 2, 23, 15) mesh-refinement-cpp 25.1114 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 14, 2, 23, 37) mesh-topology-cpp 22.037 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 14, 2, 24, 6) mesh-unitcube-cpp 28.7315 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 14, 2, 24, 49) mesh-iteration-cpp 40.2851 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 14, 2, 25, 10) function-evaluation-cpp 21.1488 "Evaluations of functions at arbitrary points."
+(2013, 1, 14, 2, 25, 10) function-evaluation-cpp 20.9846 "Evaluations of functions at arbitrary points."
+(2013, 1, 14, 2, 25, 51) function-extrapolation-python 40.5416 "*** -------------------------------------------------------------------------"
+(2013, 1, 14, 2, 25, 51) function-extrapolation-python 1.85788 "*** -------------------------------------------------------------------------"
+(2013, 1, 14, 2, 26, 15) la-vector-access-cpp 24.3184 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 14, 2, 26, 43) la-vector-assignment-cpp 27.4852 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 15, 2, 13, 27) common-progress-cpp 29.332 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 15, 2, 13, 55) common-timing-cpp 27.2501 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 15, 2, 16, 51) fem-multicore-cpp 176.051 "Coloring mesh."
+(2013, 1, 15, 2, 17, 5) fem-convergence-cpp 12.8666 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 15, 2, 17, 7) fem-jit-python 0.000440693 "JIT compilation (in memory cache)"
+(2013, 1, 15, 2, 22, 28) fem-speedup-cpp 321.63 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 15, 2, 22, 28) fem-speedup-cpp-assembly 6.58088 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 15, 2, 22, 28) fem-speedup-cpp-solve 2.27925 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 15, 2, 22, 55) mesh-refinement-cpp 25.2067 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 15, 2, 23, 17) mesh-topology-cpp 21.9983 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 15, 2, 23, 46) mesh-unitcube-cpp 28.6831 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 15, 2, 24, 29) mesh-iteration-cpp 40.2741 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 15, 2, 24, 51) function-evaluation-cpp 21.7253 "Evaluations of functions at arbitrary points."
+(2013, 1, 15, 2, 24, 51) function-evaluation-cpp 21.5417 "Evaluations of functions at arbitrary points."
+(2013, 1, 15, 2, 24, 56) function-extrapolation-python 5.14986 "*** -------------------------------------------------------------------------"
+(2013, 1, 15, 2, 24, 56) function-extrapolation-python 1.87687 "*** -------------------------------------------------------------------------"
+(2013, 1, 15, 2, 25, 21) la-vector-access-cpp 24.3784 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 15, 2, 25, 47) la-vector-assignment-cpp 26.0258 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 16, 2, 13, 30) common-progress-cpp 29.0156 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 16, 2, 13, 57) common-timing-cpp 27.5074 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 16, 2, 16, 53) fem-multicore-cpp 175.747 "Coloring mesh."
+(2013, 1, 16, 2, 17, 7) fem-convergence-cpp 12.7917 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 16, 2, 17, 13) fem-jit-python 0.000468087 "JIT compilation (in memory cache)"
+(2013, 1, 16, 2, 22, 35) fem-speedup-cpp 321.892 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 16, 2, 22, 35) fem-speedup-cpp-assembly 6.62603 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 16, 2, 22, 35) fem-speedup-cpp-solve 2.26544 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 16, 2, 23, 2) mesh-refinement-cpp 25.1595 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 16, 2, 23, 24) mesh-topology-cpp 22.1158 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 16, 2, 23, 53) mesh-unitcube-cpp 28.6837 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 16, 2, 24, 36) mesh-iteration-cpp 40.2749 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 16, 2, 24, 58) function-evaluation-cpp 21.5979 "Evaluations of functions at arbitrary points."
+(2013, 1, 16, 2, 24, 58) function-evaluation-cpp 21.4564 "Evaluations of functions at arbitrary points."
+(2013, 1, 16, 2, 25, 3) function-extrapolation-python 5.07854 "*** -------------------------------------------------------------------------"
+(2013, 1, 16, 2, 25, 3) function-extrapolation-python 1.85513 "*** -------------------------------------------------------------------------"
+(2013, 1, 16, 2, 25, 27) la-vector-access-cpp 23.8834 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 16, 2, 25, 53) la-vector-assignment-cpp 26.0283 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 17, 2, 13, 41) common-progress-cpp 29.0073 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 17, 2, 14, 9) common-timing-cpp 27.9297 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 17, 2, 17, 5) fem-multicore-cpp 175.821 "Coloring mesh."
+(2013, 1, 17, 2, 17, 19) fem-convergence-cpp 12.8058 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 17, 2, 17, 21) fem-jit-python 0.000441289 "JIT compilation (in memory cache)"
+(2013, 1, 17, 2, 22, 41) fem-speedup-cpp 320.424 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 17, 2, 22, 41) fem-speedup-cpp-assembly 6.58347 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 17, 2, 22, 41) fem-speedup-cpp-solve 2.31455 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 17, 2, 23, 8) mesh-refinement-cpp 25.1426 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 17, 2, 23, 30) mesh-topology-cpp 22.0589 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 17, 2, 23, 59) mesh-unitcube-cpp 28.5793 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 17, 2, 24, 44) mesh-iteration-cpp 42.7842 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 17, 2, 25, 6) function-evaluation-cpp 21.6734 "Evaluations of functions at arbitrary points."
+(2013, 1, 17, 2, 25, 6) function-evaluation-cpp 21.4883 "Evaluations of functions at arbitrary points."
+(2013, 1, 17, 2, 25, 11) function-extrapolation-python 5.18334 "*** -------------------------------------------------------------------------"
+(2013, 1, 17, 2, 25, 11) function-extrapolation-python 1.85616 "*** -------------------------------------------------------------------------"
+(2013, 1, 17, 2, 25, 36) la-vector-access-cpp 24.3091 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 17, 2, 26, 2) la-vector-assignment-cpp 26.1076 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 18, 2, 13, 38) common-progress-cpp 28.9989 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 18, 2, 14, 8) common-timing-cpp 29.693 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 18, 2, 17, 4) fem-multicore-cpp 175.731 "Coloring mesh."
+(2013, 1, 18, 2, 17, 18) fem-convergence-cpp 12.9016 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 18, 2, 17, 20) fem-jit-python 0.000437999 "JIT compilation (in memory cache)"
+(2013, 1, 18, 2, 22, 43) fem-speedup-cpp 323.569 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 18, 2, 22, 43) fem-speedup-cpp-assembly 6.5989 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 18, 2, 22, 43) fem-speedup-cpp-solve 2.26139 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 18, 2, 23, 10) mesh-refinement-cpp 24.8542 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 18, 2, 23, 32) mesh-topology-cpp 21.9163 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 18, 2, 23, 59) mesh-unitcube-cpp 27.4605 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 18, 2, 24, 43) mesh-iteration-cpp 40.3387 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 18, 2, 25, 4) function-evaluation-cpp 21.6172 "Evaluations of functions at arbitrary points."
+(2013, 1, 18, 2, 25, 4) function-evaluation-cpp 21.4665 "Evaluations of functions at arbitrary points."
+(2013, 1, 18, 2, 25, 10) function-extrapolation-python 5.15149 "*** -------------------------------------------------------------------------"
+(2013, 1, 18, 2, 25, 10) function-extrapolation-python 1.85093 "*** -------------------------------------------------------------------------"
+(2013, 1, 18, 2, 25, 35) la-vector-access-cpp 25.7341 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 18, 2, 26, 3) la-vector-assignment-cpp 27.9165 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 19, 2, 13, 33) common-progress-cpp 29.0406 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 19, 2, 14, 2) common-timing-cpp 28.4299 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 19, 2, 16, 57) fem-multicore-cpp 175.758 "Coloring mesh."
+(2013, 1, 19, 2, 17, 11) fem-convergence-cpp 12.8436 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 19, 2, 17, 13) fem-jit-python 0.000450706 "JIT compilation (in memory cache)"
+(2013, 1, 19, 2, 22, 34) fem-speedup-cpp 320.408 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 19, 2, 22, 34) fem-speedup-cpp-assembly 6.61059 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 19, 2, 22, 34) fem-speedup-cpp-solve 2.34127 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 19, 2, 23, 0) mesh-refinement-cpp 24.8787 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 19, 2, 23, 22) mesh-topology-cpp 22.0097 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 19, 2, 23, 50) mesh-unitcube-cpp 27.3828 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 19, 2, 24, 33) mesh-iteration-cpp 40.2712 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 19, 2, 24, 57) function-evaluation-cpp 24.4473 "Evaluations of functions at arbitrary points."
+(2013, 1, 19, 2, 24, 57) function-evaluation-cpp 24.2817 "Evaluations of functions at arbitrary points."
+(2013, 1, 19, 2, 25, 3) function-extrapolation-python 5.02378 "*** -------------------------------------------------------------------------"
+(2013, 1, 19, 2, 25, 3) function-extrapolation-python 1.883 "*** -------------------------------------------------------------------------"
+(2013, 1, 19, 2, 25, 29) la-vector-access-cpp 25.9917 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 19, 2, 25, 55) la-vector-assignment-cpp 26.0252 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 20, 2, 13, 42) common-progress-cpp 28.9823 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 20, 2, 14, 11) common-timing-cpp 28.42 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 20, 2, 17, 8) fem-multicore-cpp 176.585 "Coloring mesh."
+(2013, 1, 20, 2, 17, 22) fem-convergence-cpp 12.9216 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 20, 2, 17, 24) fem-jit-python 0.00043211 "JIT compilation (in memory cache)"
+(2013, 1, 20, 2, 22, 45) fem-speedup-cpp 321.325 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 20, 2, 22, 45) fem-speedup-cpp-assembly 6.59784 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 20, 2, 22, 45) fem-speedup-cpp-solve 2.32001 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 20, 2, 23, 12) mesh-refinement-cpp 24.974 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 20, 2, 23, 34) mesh-topology-cpp 22.0486 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 20, 2, 24, 2) mesh-unitcube-cpp 27.9062 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 20, 2, 24, 45) mesh-iteration-cpp 40.265 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 20, 2, 25, 6) function-evaluation-cpp 21.509 "Evaluations of functions at arbitrary points."
+(2013, 1, 20, 2, 25, 6) function-evaluation-cpp 21.338 "Evaluations of functions at arbitrary points."
+(2013, 1, 20, 2, 25, 12) function-extrapolation-python 5.12828 "*** -------------------------------------------------------------------------"
+(2013, 1, 20, 2, 25, 12) function-extrapolation-python 1.88845 "*** -------------------------------------------------------------------------"
+(2013, 1, 20, 2, 25, 38) la-vector-access-cpp 25.9707 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 20, 2, 26, 4) la-vector-assignment-cpp 26.0248 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 21, 2, 13, 50) common-progress-cpp 36.6006 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 21, 2, 14, 19) common-timing-cpp 28.448 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 21, 2, 17, 15) fem-multicore-cpp 176.479 "Coloring mesh."
+(2013, 1, 21, 2, 17, 29) fem-convergence-cpp 12.9281 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 21, 2, 17, 35) fem-jit-python 0.000461888 "JIT compilation (in memory cache)"
+(2013, 1, 21, 2, 22, 56) fem-speedup-cpp 321.418 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 21, 2, 22, 56) fem-speedup-cpp-assembly 6.60954 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 21, 2, 22, 56) fem-speedup-cpp-solve 2.30787 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 21, 2, 23, 23) mesh-refinement-cpp 24.8547 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 21, 2, 23, 45) mesh-topology-cpp 21.9757 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 21, 2, 24, 13) mesh-unitcube-cpp 27.8767 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 21, 2, 24, 56) mesh-iteration-cpp 40.3027 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 21, 2, 25, 18) function-evaluation-cpp 21.6614 "Evaluations of functions at arbitrary points."
+(2013, 1, 21, 2, 25, 18) function-evaluation-cpp 21.5169 "Evaluations of functions at arbitrary points."
+(2013, 1, 21, 2, 25, 23) function-extrapolation-python 4.94182 "*** -------------------------------------------------------------------------"
+(2013, 1, 21, 2, 25, 23) function-extrapolation-python 1.84695 "*** -------------------------------------------------------------------------"
+(2013, 1, 21, 2, 25, 49) la-vector-access-cpp 25.9738 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 21, 2, 26, 15) la-vector-assignment-cpp 26.0201 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 22, 2, 13, 48) common-progress-cpp 28.9574 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 22, 2, 14, 16) common-timing-cpp 28.3909 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 22, 2, 17, 14) fem-multicore-cpp 177.196 "Coloring mesh."
+(2013, 1, 22, 2, 17, 28) fem-convergence-cpp 12.9342 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 22, 2, 17, 30) fem-jit-python 0.000439119 "JIT compilation (in memory cache)"
+(2013, 1, 22, 2, 22, 52) fem-speedup-cpp 321.926 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 22, 2, 22, 52) fem-speedup-cpp-assembly 6.58873 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 22, 2, 22, 52) fem-speedup-cpp-solve 2.29602 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 22, 2, 23, 18) mesh-refinement-cpp 24.9235 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 22, 2, 23, 40) mesh-topology-cpp 21.9956 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 22, 2, 24, 8) mesh-unitcube-cpp 27.9028 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 22, 2, 24, 52) mesh-iteration-cpp 40.3414 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 22, 2, 25, 13) function-evaluation-cpp 21.607 "Evaluations of functions at arbitrary points."
+(2013, 1, 22, 2, 25, 13) function-evaluation-cpp 21.4252 "Evaluations of functions at arbitrary points."
+(2013, 1, 22, 2, 25, 18) function-extrapolation-python 5.16426 "*** -------------------------------------------------------------------------"
+(2013, 1, 22, 2, 25, 18) function-extrapolation-python 1.8926 "*** -------------------------------------------------------------------------"
+(2013, 1, 22, 2, 25, 44) la-vector-access-cpp 25.407 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 22, 2, 26, 10) la-vector-assignment-cpp 26.0217 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 23, 2, 14, 1) common-progress-cpp 29.0323 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 23, 2, 14, 32) common-timing-cpp 30.8028 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 23, 2, 17, 28) fem-multicore-cpp 176.407 "Coloring mesh."
+(2013, 1, 23, 2, 17, 42) fem-convergence-cpp 12.7902 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 23, 2, 17, 55) fem-jit-python 0.000463915 "JIT compilation (in memory cache)"
+(2013, 1, 23, 2, 23, 22) fem-speedup-cpp 326.326 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 23, 2, 23, 22) fem-speedup-cpp-assembly 6.46845 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 23, 2, 23, 22) fem-speedup-cpp-solve 2.18454 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 23, 2, 23, 49) mesh-refinement-cpp 24.895 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 23, 2, 24, 11) mesh-topology-cpp 21.9758 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 23, 2, 24, 39) mesh-unitcube-cpp 27.8992 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 23, 2, 25, 24) mesh-iteration-cpp 42.8175 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 23, 2, 25, 46) function-evaluation-cpp 21.6573 "Evaluations of functions at arbitrary points."
+(2013, 1, 23, 2, 25, 46) function-evaluation-cpp 21.5382 "Evaluations of functions at arbitrary points."
+(2013, 1, 23, 2, 26, 30) function-extrapolation-python 44.3454 "*** -------------------------------------------------------------------------"
+(2013, 1, 23, 2, 26, 30) function-extrapolation-python 1.89657 "*** -------------------------------------------------------------------------"
+(2013, 1, 23, 2, 26, 56) la-vector-access-cpp 25.9762 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 23, 2, 27, 22) la-vector-assignment-cpp 26.0193 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 24, 2, 14, 9) common-progress-cpp 28.974 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 24, 2, 14, 37) common-timing-cpp 27.2276 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 24, 2, 17, 33) fem-multicore-cpp 175.999 "Coloring mesh."
+(2013, 1, 24, 2, 17, 47) fem-convergence-cpp 12.7795 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 24, 2, 17, 49) fem-jit-python 0.00043149 "JIT compilation (in memory cache)"
+(2013, 1, 24, 2, 23, 9) fem-speedup-cpp 320.158 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 24, 2, 23, 9) fem-speedup-cpp-assembly 6.61103 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 24, 2, 23, 9) fem-speedup-cpp-solve 2.31415 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 24, 2, 23, 35) mesh-refinement-cpp 24.7524 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 24, 2, 23, 57) mesh-topology-cpp 21.7797 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 24, 2, 24, 25) mesh-unitcube-cpp 27.6775 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 24, 2, 25, 8) mesh-iteration-cpp 40.2959 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 24, 2, 25, 30) function-evaluation-cpp 21.7424 "Evaluations of functions at arbitrary points."
+(2013, 1, 24, 2, 25, 30) function-evaluation-cpp 21.586 "Evaluations of functions at arbitrary points."
+(2013, 1, 24, 2, 25, 35) function-extrapolation-python 5.09456 "*** -------------------------------------------------------------------------"
+(2013, 1, 24, 2, 25, 35) function-extrapolation-python 1.89557 "*** -------------------------------------------------------------------------"
+(2013, 1, 24, 2, 25, 59) la-vector-access-cpp 24.3083 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 24, 2, 26, 25) la-vector-assignment-cpp 25.9697 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 25, 2, 13, 36) common-progress-cpp 46.6334 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 25, 2, 14, 3) common-timing-cpp 27.5028 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 25, 2, 17, 0) fem-multicore-cpp 176.666 "Coloring mesh."
+(2013, 1, 25, 2, 17, 14) fem-convergence-cpp 12.8285 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 25, 2, 17, 27) fem-jit-python 0.00124471 "JIT compilation (in memory cache)"
+(2013, 1, 25, 2, 22, 53) fem-speedup-cpp 326.365 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 25, 2, 22, 53) fem-speedup-cpp-assembly 6.65954 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 25, 2, 22, 53) fem-speedup-cpp-solve 2.1487 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 25, 2, 23, 20) mesh-refinement-cpp 24.732 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 25, 2, 23, 42) mesh-topology-cpp 21.7758 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 25, 2, 24, 10) mesh-unitcube-cpp 27.5992 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 25, 2, 24, 54) mesh-iteration-cpp 41.6061 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 25, 2, 25, 16) function-evaluation-cpp 21.7214 "Evaluations of functions at arbitrary points."
+(2013, 1, 25, 2, 25, 16) function-evaluation-cpp 21.5959 "Evaluations of functions at arbitrary points."
+(2013, 1, 25, 2, 26, 0) function-extrapolation-python 44.2916 "*** -------------------------------------------------------------------------"
+(2013, 1, 25, 2, 26, 0) function-extrapolation-python 1.8612 "*** -------------------------------------------------------------------------"
+(2013, 1, 25, 2, 26, 25) la-vector-access-cpp 24.3241 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 25, 2, 26, 51) la-vector-assignment-cpp 26.0231 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 26, 2, 13, 41) common-progress-cpp 29.0572 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 26, 2, 14, 9) common-timing-cpp 27.3754 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 26, 2, 17, 4) fem-multicore-cpp 175.443 "Coloring mesh."
+(2013, 1, 26, 2, 17, 18) fem-convergence-cpp 12.8325 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 26, 2, 17, 20) fem-jit-python 0.0011827 "JIT compilation (in memory cache)"
+(2013, 1, 26, 2, 22, 42) fem-speedup-cpp 322.163 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 26, 2, 22, 42) fem-speedup-cpp-assembly 6.68567 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 26, 2, 22, 42) fem-speedup-cpp-solve 2.26771 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 26, 2, 23, 9) mesh-refinement-cpp 24.8247 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 26, 2, 23, 31) mesh-topology-cpp 21.8361 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 26, 2, 23, 59) mesh-unitcube-cpp 27.6278 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 26, 2, 24, 42) mesh-iteration-cpp 40.2689 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 26, 2, 25, 3) function-evaluation-cpp 21.4792 "Evaluations of functions at arbitrary points."
+(2013, 1, 26, 2, 25, 3) function-evaluation-cpp 21.3553 "Evaluations of functions at arbitrary points."
+(2013, 1, 26, 2, 25, 8) function-extrapolation-python 4.92343 "*** -------------------------------------------------------------------------"
+(2013, 1, 26, 2, 25, 8) function-extrapolation-python 1.85815 "*** -------------------------------------------------------------------------"
+(2013, 1, 26, 2, 25, 32) la-vector-access-cpp 23.4097 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 26, 2, 25, 58) la-vector-assignment-cpp 26.0248 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 27, 2, 13, 45) common-progress-cpp 36.5507 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 27, 2, 14, 12) common-timing-cpp 27.355 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 27, 2, 17, 8) fem-multicore-cpp 175.584 "Coloring mesh."
+(2013, 1, 27, 2, 17, 22) fem-convergence-cpp 12.8384 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 27, 2, 17, 24) fem-jit-python 0.0011826 "JIT compilation (in memory cache)"
+(2013, 1, 27, 2, 22, 46) fem-speedup-cpp 321.761 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 27, 2, 22, 46) fem-speedup-cpp-assembly 6.61098 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 27, 2, 22, 46) fem-speedup-cpp-solve 2.27064 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 27, 2, 23, 12) mesh-refinement-cpp 24.7441 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 27, 2, 23, 34) mesh-topology-cpp 21.7775 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 27, 2, 24, 2) mesh-unitcube-cpp 27.6418 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 27, 2, 24, 45) mesh-iteration-cpp 40.272 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 27, 2, 25, 7) function-evaluation-cpp 21.7653 "Evaluations of functions at arbitrary points."
+(2013, 1, 27, 2, 25, 7) function-evaluation-cpp 21.5784 "Evaluations of functions at arbitrary points."
+(2013, 1, 27, 2, 25, 12) function-extrapolation-python 5.04005 "*** -------------------------------------------------------------------------"
+(2013, 1, 27, 2, 25, 12) function-extrapolation-python 1.84921 "*** -------------------------------------------------------------------------"
+(2013, 1, 27, 2, 25, 36) la-vector-access-cpp 24.3332 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 27, 2, 26, 2) la-vector-assignment-cpp 26.0227 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 28, 2, 13, 31) common-progress-cpp 29.0906 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 28, 2, 13, 59) common-timing-cpp 27.7402 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 28, 2, 16, 56) fem-multicore-cpp 176.709 "Coloring mesh."
+(2013, 1, 28, 2, 17, 10) fem-convergence-cpp 12.8045 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 28, 2, 17, 12) fem-jit-python 0.00118959 "JIT compilation (in memory cache)"
+(2013, 1, 28, 2, 22, 31) fem-speedup-cpp 319.714 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 28, 2, 22, 31) fem-speedup-cpp-assembly 6.63927 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 28, 2, 22, 31) fem-speedup-cpp-solve 2.33265 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 28, 2, 22, 58) mesh-refinement-cpp 24.7539 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 28, 2, 23, 20) mesh-topology-cpp 21.7714 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 28, 2, 23, 47) mesh-unitcube-cpp 27.6728 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 28, 2, 24, 30) mesh-iteration-cpp 40.2776 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 28, 2, 24, 52) function-evaluation-cpp 21.7903 "Evaluations of functions at arbitrary points."
+(2013, 1, 28, 2, 24, 52) function-evaluation-cpp 21.609 "Evaluations of functions at arbitrary points."
+(2013, 1, 28, 2, 24, 57) function-extrapolation-python 5.11035 "*** -------------------------------------------------------------------------"
+(2013, 1, 28, 2, 24, 57) function-extrapolation-python 1.8778 "*** -------------------------------------------------------------------------"
+(2013, 1, 28, 2, 25, 22) la-vector-access-cpp 24.3376 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 28, 2, 25, 49) la-vector-assignment-cpp 27.4268 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 29, 2, 13, 43) common-progress-cpp 29.2905 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 29, 2, 14, 10) common-timing-cpp 27.4955 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 29, 2, 17, 7) fem-multicore-cpp 176.159 "Coloring mesh."
+(2013, 1, 29, 2, 17, 20) fem-convergence-cpp 12.8013 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 29, 2, 17, 23) fem-jit-python 0.0011946 "JIT compilation (in memory cache)"
+(2013, 1, 29, 2, 22, 47) fem-speedup-cpp 324.311 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 29, 2, 22, 47) fem-speedup-cpp-assembly 6.59535 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 29, 2, 22, 47) fem-speedup-cpp-solve 2.20879 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 29, 2, 23, 14) mesh-refinement-cpp 24.6256 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 29, 2, 23, 35) mesh-topology-cpp 21.7591 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 29, 2, 24, 3) mesh-unitcube-cpp 27.8751 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 29, 2, 24, 47) mesh-iteration-cpp 40.2807 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 29, 2, 25, 9) function-evaluation-cpp 22.4213 "Evaluations of functions at arbitrary points."
+(2013, 1, 29, 2, 25, 9) function-evaluation-cpp 22.3029 "Evaluations of functions at arbitrary points."
+(2013, 1, 29, 2, 25, 14) function-extrapolation-python 5.16509 "*** -------------------------------------------------------------------------"
+(2013, 1, 29, 2, 25, 14) function-extrapolation-python 1.8694 "*** -------------------------------------------------------------------------"
+(2013, 1, 29, 2, 25, 38) la-vector-access-cpp 24.326 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 29, 2, 26, 5) la-vector-assignment-cpp 26.0185 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 30, 2, 14, 30) common-progress-cpp 28.9739 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 30, 2, 14, 58) common-timing-cpp 27.7129 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 30, 2, 17, 54) fem-multicore-cpp 175.873 "Coloring mesh."
+(2013, 1, 30, 2, 18, 8) fem-convergence-cpp 12.7941 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 30, 2, 18, 21) fem-jit-python 0.00127661 "JIT compilation (in memory cache)"
+(2013, 1, 30, 2, 23, 42) fem-speedup-cpp 321.313 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 30, 2, 23, 42) fem-speedup-cpp-assembly 6.65346 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 30, 2, 23, 42) fem-speedup-cpp-solve 2.28961 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 30, 2, 24, 9) mesh-refinement-cpp 24.7683 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 30, 2, 24, 31) mesh-topology-cpp 21.7878 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 30, 2, 24, 58) mesh-unitcube-cpp 27.3436 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 30, 2, 25, 41) mesh-iteration-cpp 40.2682 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 30, 2, 26, 3) function-evaluation-cpp 21.6926 "Evaluations of functions at arbitrary points."
+(2013, 1, 30, 2, 26, 3) function-evaluation-cpp 21.5498 "Evaluations of functions at arbitrary points."
+(2013, 1, 30, 2, 26, 48) function-extrapolation-python 44.675 "*** -------------------------------------------------------------------------"
+(2013, 1, 30, 2, 26, 48) function-extrapolation-python 1.85632 "*** -------------------------------------------------------------------------"
+(2013, 1, 30, 2, 27, 11) la-vector-access-cpp 23.0839 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 30, 2, 27, 37) la-vector-assignment-cpp 26.0244 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 1, 31, 2, 13, 43) common-progress-cpp 29.0323 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 1, 31, 2, 14, 11) common-timing-cpp 28.0397 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 1, 31, 2, 17, 6) fem-multicore-cpp 175.468 "Coloring mesh."
+(2013, 1, 31, 2, 17, 20) fem-convergence-cpp 12.8566 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 1, 31, 2, 17, 22) fem-jit-python 0.0012038 "JIT compilation (in memory cache)"
+(2013, 1, 31, 2, 22, 42) fem-speedup-cpp 319.394 "Assembly/solve speedup running on 4 processors"
+(2013, 1, 31, 2, 22, 42) fem-speedup-cpp-assembly 6.78627 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 1, 31, 2, 22, 42) fem-speedup-cpp-solve 2.21678 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 1, 31, 2, 23, 8) mesh-refinement-cpp 24.7231 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 1, 31, 2, 23, 30) mesh-topology-cpp 21.8377 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 1, 31, 2, 23, 58) mesh-unitcube-cpp 27.4743 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 1, 31, 2, 24, 42) mesh-iteration-cpp 40.9686 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 1, 31, 2, 25, 3) function-evaluation-cpp 21.6549 "Evaluations of functions at arbitrary points."
+(2013, 1, 31, 2, 25, 3) function-evaluation-cpp 21.5415 "Evaluations of functions at arbitrary points."
+(2013, 1, 31, 2, 25, 8) function-extrapolation-python 5.02747 "*** -------------------------------------------------------------------------"
+(2013, 1, 31, 2, 25, 8) function-extrapolation-python 1.85629 "*** -------------------------------------------------------------------------"
+(2013, 1, 31, 2, 25, 32) la-vector-access-cpp 23.0452 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 1, 31, 2, 25, 59) la-vector-assignment-cpp 27.3739 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 2, 1, 2, 13, 38) common-progress-cpp 28.949 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 2, 1, 2, 14, 7) common-timing-cpp 28.6266 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 2, 1, 2, 17, 3) fem-multicore-cpp 175.707 "Coloring mesh."
+(2013, 2, 1, 2, 17, 17) fem-convergence-cpp 12.9295 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 2, 1, 2, 17, 19) fem-jit-python 0.00121191 "JIT compilation (in memory cache)"
+(2013, 2, 1, 2, 22, 35) fem-speedup-cpp 316.106 "Assembly/solve speedup running on 4 processors"
+(2013, 2, 1, 2, 22, 35) fem-speedup-cpp-assembly 6.79646 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 2, 1, 2, 22, 35) fem-speedup-cpp-solve 2.331 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 2, 1, 2, 23, 2) mesh-refinement-cpp 24.7623 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 2, 1, 2, 23, 24) mesh-topology-cpp 21.9673 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 2, 1, 2, 23, 52) mesh-unitcube-cpp 28.0743 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 2, 1, 2, 24, 38) mesh-iteration-cpp 42.8807 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 2, 1, 2, 24, 59) function-evaluation-cpp 21.7134 "Evaluations of functions at arbitrary points."
+(2013, 2, 1, 2, 24, 59) function-evaluation-cpp 21.5891 "Evaluations of functions at arbitrary points."
+(2013, 2, 1, 2, 25, 5) function-extrapolation-python 5.04747 "*** -------------------------------------------------------------------------"
+(2013, 2, 1, 2, 25, 5) function-extrapolation-python 1.84771 "*** -------------------------------------------------------------------------"
+(2013, 2, 1, 2, 25, 29) la-vector-access-cpp 24.3275 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 2, 1, 2, 25, 55) la-vector-assignment-cpp 26.0251 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 2, 2, 2, 14, 5) common-progress-cpp 29.0558 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 2, 2, 2, 14, 33) common-timing-cpp 27.8623 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 2, 2, 2, 16, 20) fem-multicore-cpp 107.325 "Coloring mesh."
+(2013, 2, 2, 2, 16, 33) fem-convergence-cpp 11.6857 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 2, 2, 2, 16, 35) fem-jit-python 0.00123742 "JIT compilation (in memory cache)"
+(2013, 2, 2, 2, 21, 46) fem-speedup-cpp 311.211 "Assembly/solve speedup running on 4 processors"
+(2013, 2, 2, 2, 21, 46) fem-speedup-cpp-assembly 6.47385 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 2, 2, 2, 21, 46) fem-speedup-cpp-solve 2.35899 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 2, 2, 2, 22, 13) mesh-refinement-cpp 24.7819 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 2, 2, 2, 22, 35) mesh-topology-cpp 22.058 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 2, 2, 2, 23, 2) mesh-unitcube-cpp 27.4631 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 2, 2, 2, 23, 45) mesh-iteration-cpp 40.2504 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 2, 2, 2, 24, 7) function-evaluation-cpp 21.6428 "Evaluations of functions at arbitrary points."
+(2013, 2, 2, 2, 24, 7) function-evaluation-cpp 21.5019 "Evaluations of functions at arbitrary points."
+(2013, 2, 2, 2, 24, 12) function-extrapolation-python 5.03068 "*** -------------------------------------------------------------------------"
+(2013, 2, 2, 2, 24, 12) function-extrapolation-python 1.85362 "*** -------------------------------------------------------------------------"
+(2013, 2, 2, 2, 24, 37) la-vector-access-cpp 24.3377 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 2, 2, 2, 25, 3) la-vector-assignment-cpp 26.024 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 2, 3, 2, 13, 47) common-progress-cpp 29.0573 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 2, 3, 2, 14, 16) common-timing-cpp 28.2761 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 2, 3, 2, 16, 4) fem-multicore-cpp 108.034 "Coloring mesh."
+(2013, 2, 3, 2, 16, 16) fem-convergence-cpp 11.7451 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 2, 3, 2, 16, 18) fem-jit-python 0.00121939 "JIT compilation (in memory cache)"
+(2013, 2, 3, 2, 21, 23) fem-speedup-cpp 304.801 "Assembly/solve speedup running on 4 processors"
+(2013, 2, 3, 2, 21, 23) fem-speedup-cpp-assembly 6.5549 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 2, 3, 2, 21, 23) fem-speedup-cpp-solve 2.47267 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 2, 3, 2, 21, 50) mesh-refinement-cpp 25.2302 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 2, 3, 2, 22, 12) mesh-topology-cpp 21.9697 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 2, 3, 2, 22, 40) mesh-unitcube-cpp 27.522 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 2, 3, 2, 23, 23) mesh-iteration-cpp 40.2736 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 2, 3, 2, 23, 45) function-evaluation-cpp 21.7926 "Evaluations of functions at arbitrary points."
+(2013, 2, 3, 2, 23, 45) function-evaluation-cpp 21.6351 "Evaluations of functions at arbitrary points."
+(2013, 2, 3, 2, 23, 50) function-extrapolation-python 5.20108 "*** -------------------------------------------------------------------------"
+(2013, 2, 3, 2, 23, 50) function-extrapolation-python 1.90171 "*** -------------------------------------------------------------------------"
+(2013, 2, 3, 2, 24, 13) la-vector-access-cpp 23.0619 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 2, 3, 2, 24, 41) la-vector-assignment-cpp 27.6175 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 2, 4, 2, 13, 43) common-progress-cpp 29.0656 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 2, 4, 2, 14, 12) common-timing-cpp 28.9802 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 2, 4, 2, 16, 0) fem-multicore-cpp 108.145 "Coloring mesh."
+(2013, 2, 4, 2, 16, 13) fem-convergence-cpp 11.8229 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 2, 4, 2, 16, 15) fem-jit-python 0.00121241 "JIT compilation (in memory cache)"
+(2013, 2, 4, 2, 21, 22) fem-speedup-cpp 307.635 "Assembly/solve speedup running on 4 processors"
+(2013, 2, 4, 2, 21, 22) fem-speedup-cpp-assembly 6.43624 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 2, 4, 2, 21, 22) fem-speedup-cpp-solve 2.40658 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 2, 4, 2, 21, 49) mesh-refinement-cpp 24.9727 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 2, 4, 2, 22, 11) mesh-topology-cpp 21.8537 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 2, 4, 2, 22, 38) mesh-unitcube-cpp 27.0644 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 2, 4, 2, 23, 23) mesh-iteration-cpp 41.8261 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 2, 4, 2, 23, 45) function-evaluation-cpp 21.7448 "Evaluations of functions at arbitrary points."
+(2013, 2, 4, 2, 23, 45) function-evaluation-cpp 21.6173 "Evaluations of functions at arbitrary points."
+(2013, 2, 4, 2, 23, 50) function-extrapolation-python 4.96734 "*** -------------------------------------------------------------------------"
+(2013, 2, 4, 2, 23, 50) function-extrapolation-python 1.86512 "*** -------------------------------------------------------------------------"
+(2013, 2, 4, 2, 24, 14) la-vector-access-cpp 24.3338 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 2, 4, 2, 24, 40) la-vector-assignment-cpp 26.0144 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 2, 5, 2, 14, 46) common-progress-cpp 28.9574 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 2, 5, 2, 15, 15) common-timing-cpp 28.4751 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 2, 5, 2, 17, 4) fem-multicore-cpp 109.332 "Coloring mesh."
+(2013, 2, 5, 2, 17, 17) fem-convergence-cpp 11.8202 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 2, 5, 2, 17, 34) fem-jit-python 0.00128171 "JIT compilation (in memory cache)"
+(2013, 2, 5, 2, 22, 39) fem-speedup-cpp 305.471 "Assembly/solve speedup running on 4 processors"
+(2013, 2, 5, 2, 22, 39) fem-speedup-cpp-assembly 6.4724 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 2, 5, 2, 22, 39) fem-speedup-cpp-solve 2.43799 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 2, 5, 2, 23, 6) mesh-refinement-cpp 25.0061 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 2, 5, 2, 23, 28) mesh-topology-cpp 21.9141 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 2, 5, 2, 23, 55) mesh-unitcube-cpp 27.1391 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 2, 5, 2, 24, 38) mesh-iteration-cpp 40.3617 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 2, 5, 2, 25, 0) function-evaluation-cpp 21.7322 "Evaluations of functions at arbitrary points."
+(2013, 2, 5, 2, 25, 0) function-evaluation-cpp 21.5795 "Evaluations of functions at arbitrary points."
+(2013, 2, 5, 2, 25, 49) function-extrapolation-python 49.0225 "*** -------------------------------------------------------------------------"
+(2013, 2, 5, 2, 25, 49) function-extrapolation-python 1.87354 "*** -------------------------------------------------------------------------"
+(2013, 2, 5, 2, 26, 14) la-vector-access-cpp 24.9135 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 2, 5, 2, 26, 40) la-vector-assignment-cpp 26.0214 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 2, 6, 2, 14, 3) common-progress-cpp 29.024 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 2, 6, 2, 14, 32) common-timing-cpp 28.1353 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 2, 6, 2, 16, 20) fem-multicore-cpp 108.128 "Coloring mesh."
+(2013, 2, 6, 2, 16, 32) fem-convergence-cpp 11.8088 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 2, 6, 2, 16, 49) fem-jit-python 0.00132279 "JIT compilation (in memory cache)"
+(2013, 2, 6, 2, 21, 55) fem-speedup-cpp 305.848 "Assembly/solve speedup running on 4 processors"
+(2013, 2, 6, 2, 21, 55) fem-speedup-cpp-assembly 6.32375 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 2, 6, 2, 21, 55) fem-speedup-cpp-solve 2.42394 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 2, 6, 2, 22, 22) mesh-refinement-cpp 25.0894 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 2, 6, 2, 22, 44) mesh-topology-cpp 21.8889 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 2, 6, 2, 23, 11) mesh-unitcube-cpp 27.1583 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 2, 6, 2, 23, 54) mesh-iteration-cpp 40.3066 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 2, 6, 2, 24, 16) function-evaluation-cpp 21.7427 "Evaluations of functions at arbitrary points."
+(2013, 2, 6, 2, 24, 16) function-evaluation-cpp 21.5884 "Evaluations of functions at arbitrary points."
+(2013, 2, 6, 2, 25, 5) function-extrapolation-python 49.2393 "*** -------------------------------------------------------------------------"
+(2013, 2, 6, 2, 25, 5) function-extrapolation-python 1.88775 "*** -------------------------------------------------------------------------"
+(2013, 2, 6, 2, 25, 31) la-vector-access-cpp 25.9241 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 2, 6, 2, 25, 59) la-vector-assignment-cpp 28.0415 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 2, 7, 2, 14, 24) common-progress-cpp 28.9074 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 2, 7, 2, 14, 53) common-timing-cpp 29.0648 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 2, 7, 2, 16, 41) fem-multicore-cpp 108.198 "Coloring mesh."
+(2013, 2, 7, 2, 16, 54) fem-convergence-cpp 11.7889 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 2, 7, 2, 16, 56) fem-jit-python 0.00122221 "JIT compilation (in memory cache)"
+(2013, 2, 7, 2, 22, 4) fem-speedup-cpp 307.608 "Assembly/solve speedup running on 4 processors"
+(2013, 2, 7, 2, 22, 4) fem-speedup-cpp-assembly 6.43816 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 2, 7, 2, 22, 4) fem-speedup-cpp-solve 2.36678 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 2, 7, 2, 22, 30) mesh-refinement-cpp 25.0651 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 2, 7, 2, 22, 52) mesh-topology-cpp 22.0341 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 2, 7, 2, 23, 21) mesh-unitcube-cpp 28.1955 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 2, 7, 2, 24, 4) mesh-iteration-cpp 40.2668 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 2, 7, 2, 24, 25) function-evaluation-cpp 21.3928 "Evaluations of functions at arbitrary points."
+(2013, 2, 7, 2, 24, 25) function-evaluation-cpp 21.2568 "Evaluations of functions at arbitrary points."
+(2013, 2, 7, 2, 24, 30) function-extrapolation-python 4.94471 "*** -------------------------------------------------------------------------"
+(2013, 2, 7, 2, 24, 30) function-extrapolation-python 1.86673 "*** -------------------------------------------------------------------------"
+(2013, 2, 7, 2, 24, 53) la-vector-access-cpp 23.0027 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 2, 7, 2, 25, 19) la-vector-assignment-cpp 26.0184 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 2, 8, 2, 13, 38) common-progress-cpp 28.9574 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 2, 8, 2, 14, 6) common-timing-cpp 28.3846 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 2, 8, 2, 15, 54) fem-multicore-cpp 107.901 "Coloring mesh."
+(2013, 2, 8, 2, 18, 24) fem-assembly-cpp 150.086 "Assembly for various forms and backends"
+(2013, 2, 8, 2, 18, 36) fem-convergence-cpp 11.6963 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 2, 8, 2, 18, 38) fem-jit-python 0.00120771 "JIT compilation (in memory cache)"
+(2013, 2, 8, 2, 23, 46) fem-speedup-cpp 308.366 "Assembly/solve speedup running on 4 processors"
+(2013, 2, 8, 2, 23, 46) fem-speedup-cpp-assembly 6.48082 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 2, 8, 2, 23, 46) fem-speedup-cpp-solve 2.34454 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 2, 8, 2, 24, 13) mesh-refinement-cpp 25.0465 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 2, 8, 2, 24, 35) mesh-topology-cpp 22.0649 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 2, 8, 2, 25, 3) mesh-unitcube-cpp 28.1039 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 2, 8, 2, 25, 47) mesh-iteration-cpp 40.2657 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 2, 8, 2, 26, 9) function-evaluation-cpp 22.3809 "Evaluations of functions at arbitrary points."
+(2013, 2, 8, 2, 26, 9) function-evaluation-cpp 22.2596 "Evaluations of functions at arbitrary points."
+(2013, 2, 8, 2, 26, 14) function-extrapolation-python 5.15655 "*** -------------------------------------------------------------------------"
+(2013, 2, 8, 2, 26, 14) function-extrapolation-python 1.90242 "*** -------------------------------------------------------------------------"
+(2013, 2, 8, 2, 26, 37) la-vector-access-cpp 22.9383 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 2, 8, 2, 27, 3) la-vector-assignment-cpp 26.0266 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 2, 9, 2, 13, 33) common-progress-cpp 28.9655 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 2, 9, 2, 14, 2) common-timing-cpp 28.9988 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 2, 9, 2, 15, 51) fem-multicore-cpp 108.211 "Coloring mesh."
+(2013, 2, 9, 2, 18, 20) fem-assembly-cpp 149.044 "Assembly for various forms and backends"
+(2013, 2, 9, 2, 18, 31) fem-convergence-cpp 11.658 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 2, 9, 2, 18, 33) fem-jit-python 0.00125461 "JIT compilation (in memory cache)"
+(2013, 2, 9, 2, 23, 37) fem-speedup-cpp 303.356 "Assembly/solve speedup running on 4 processors"
+(2013, 2, 9, 2, 23, 37) fem-speedup-cpp-assembly 6.47674 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 2, 9, 2, 23, 37) fem-speedup-cpp-solve 2.47292 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 2, 9, 2, 24, 3) mesh-refinement-cpp 24.9881 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 2, 9, 2, 24, 25) mesh-topology-cpp 22.0403 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 2, 9, 2, 24, 54) mesh-unitcube-cpp 28.2083 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 2, 9, 2, 25, 38) mesh-iteration-cpp 40.9762 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 2, 9, 2, 26, 0) function-evaluation-cpp 22.7584 "Evaluations of functions at arbitrary points."
+(2013, 2, 9, 2, 26, 0) function-evaluation-cpp 22.6253 "Evaluations of functions at arbitrary points."
+(2013, 2, 9, 2, 26, 6) function-extrapolation-python 5.27845 "*** -------------------------------------------------------------------------"
+(2013, 2, 9, 2, 26, 6) function-extrapolation-python 1.92038 "*** -------------------------------------------------------------------------"
+(2013, 2, 9, 2, 26, 29) la-vector-access-cpp 23.0386 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 2, 9, 2, 26, 55) la-vector-assignment-cpp 26.0226 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 2, 10, 2, 13, 12) common-progress-cpp 28.9739 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 2, 10, 2, 13, 41) common-timing-cpp 28.7327 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 2, 10, 2, 15, 29) fem-multicore-cpp 108.072 "Coloring mesh."
+(2013, 2, 10, 2, 17, 58) fem-assembly-cpp 149.41 "Assembly for various forms and backends"
+(2013, 2, 10, 2, 18, 10) fem-convergence-cpp 11.7535 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 2, 10, 2, 18, 12) fem-jit-python 0.00121648 "JIT compilation (in memory cache)"
+(2013, 2, 10, 2, 23, 18) fem-speedup-cpp 305.659 "Assembly/solve speedup running on 4 processors"
+(2013, 2, 10, 2, 23, 18) fem-speedup-cpp-assembly 6.35544 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 2, 10, 2, 23, 18) fem-speedup-cpp-solve 2.41892 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 2, 10, 2, 23, 44) mesh-refinement-cpp 25.0709 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 2, 10, 2, 24, 7) mesh-topology-cpp 22.0626 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 2, 10, 2, 24, 35) mesh-unitcube-cpp 28.122 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 2, 10, 2, 25, 19) mesh-iteration-cpp 41.6044 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 2, 10, 2, 25, 41) function-evaluation-cpp 21.7655 "Evaluations of functions at arbitrary points."
+(2013, 2, 10, 2, 25, 41) function-evaluation-cpp 21.6049 "Evaluations of functions at arbitrary points."
+(2013, 2, 10, 2, 25, 46) function-extrapolation-python 5.34174 "*** -------------------------------------------------------------------------"
+(2013, 2, 10, 2, 25, 46) function-extrapolation-python 1.90602 "*** -------------------------------------------------------------------------"
+(2013, 2, 10, 2, 26, 10) la-vector-access-cpp 23.9848 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 2, 10, 2, 26, 36) la-vector-assignment-cpp 25.9775 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 2, 11, 2, 13, 16) common-progress-cpp 29.1488 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 2, 11, 2, 13, 44) common-timing-cpp 28.7064 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 2, 11, 2, 15, 33) fem-multicore-cpp 108.558 "Coloring mesh."
+(2013, 2, 11, 2, 18, 3) fem-assembly-cpp 150.23 "Assembly for various forms and backends"
+(2013, 2, 11, 2, 18, 15) fem-convergence-cpp 11.7624 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 2, 11, 2, 18, 17) fem-jit-python 0.00121739 "JIT compilation (in memory cache)"
+(2013, 2, 11, 2, 23, 29) fem-speedup-cpp 312.283 "Assembly/solve speedup running on 4 processors"
+(2013, 2, 11, 2, 23, 29) fem-speedup-cpp-assembly 6.48718 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 2, 11, 2, 23, 29) fem-speedup-cpp-solve 2.24288 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 2, 11, 2, 23, 56) mesh-refinement-cpp 25.0178 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 2, 11, 2, 24, 19) mesh-topology-cpp 22.0694 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 2, 11, 2, 24, 47) mesh-unitcube-cpp 28.1513 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 2, 11, 2, 25, 30) mesh-iteration-cpp 40.2508 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 2, 11, 2, 25, 51) function-evaluation-cpp 21.2304 "Evaluations of functions at arbitrary points."
+(2013, 2, 11, 2, 25, 51) function-evaluation-cpp 21.127 "Evaluations of functions at arbitrary points."
+(2013, 2, 11, 2, 25, 56) function-extrapolation-python 5.16633 "*** -------------------------------------------------------------------------"
+(2013, 2, 11, 2, 25, 56) function-extrapolation-python 1.89689 "*** -------------------------------------------------------------------------"
+(2013, 2, 11, 2, 26, 19) la-vector-access-cpp 22.9786 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 2, 11, 2, 26, 45) la-vector-assignment-cpp 26.0351 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 2, 13, 2, 13, 23) common-progress-cpp 37.991 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 2, 13, 2, 13, 52) common-timing-cpp 29.257 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 2, 13, 2, 15, 40) fem-multicore-cpp 107.9 "Coloring mesh."
+(2013, 2, 13, 2, 18, 10) fem-assembly-cpp 149.526 "Assembly for various forms and backends"
+(2013, 2, 13, 2, 18, 21) fem-convergence-cpp 11.7732 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 2, 13, 2, 18, 23) fem-jit-python 0.0012167 "JIT compilation (in memory cache)"
+(2013, 2, 13, 2, 23, 34) fem-speedup-cpp 310.742 "Assembly/solve speedup running on 4 processors"
+(2013, 2, 13, 2, 23, 34) fem-speedup-cpp-assembly 6.40043 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 2, 13, 2, 23, 34) fem-speedup-cpp-solve 2.27336 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 2, 13, 2, 24, 1) mesh-refinement-cpp 25.0649 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 2, 13, 2, 24, 23) mesh-topology-cpp 22.0066 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 2, 13, 2, 24, 51) mesh-unitcube-cpp 27.4921 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 2, 13, 2, 25, 37) mesh-iteration-cpp 43.3767 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 2, 13, 2, 25, 59) function-evaluation-cpp 21.7028 "Evaluations of functions at arbitrary points."
+(2013, 2, 13, 2, 25, 59) function-evaluation-cpp 21.5992 "Evaluations of functions at arbitrary points."
+(2013, 2, 13, 2, 26, 4) function-extrapolation-python 5.17176 "*** -------------------------------------------------------------------------"
+(2013, 2, 13, 2, 26, 4) function-extrapolation-python 1.88215 "*** -------------------------------------------------------------------------"
+(2013, 2, 13, 2, 26, 29) la-vector-access-cpp 24.9309 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 2, 13, 2, 26, 55) la-vector-assignment-cpp 26.0104 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 2, 14, 12, 55, 19) common-progress-cpp 28.7135 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 2, 14, 12, 55, 48) common-timing-cpp 28.8756 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 2, 14, 12, 57, 36) fem-multicore-cpp 107.991 "Coloring mesh."
+(2013, 2, 14, 13, 0, 6) fem-assembly-cpp 150.234 "Assembly for various forms and backends"
+(2013, 2, 14, 13, 0, 18) fem-convergence-cpp 11.7666 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 2, 14, 13, 0, 20) fem-jit-python 0.00122778 "JIT compilation (in memory cache)"
+(2013, 2, 14, 13, 5, 27) fem-speedup-cpp 307.219 "Assembly/solve speedup running on 4 processors"
+(2013, 2, 14, 13, 5, 27) fem-speedup-cpp-assembly 6.54057 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 2, 14, 13, 5, 27) fem-speedup-cpp-solve 2.38725 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 2, 14, 13, 5, 54) mesh-refinement-cpp 25.2902 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 2, 14, 13, 6, 16) mesh-topology-cpp 22.0283 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 2, 14, 13, 6, 44) mesh-unitcube-cpp 27.2148 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 2, 14, 13, 7, 32) mesh-iteration-cpp 46.0374 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 2, 14, 13, 7, 54) function-evaluation-cpp 21.5406 "Evaluations of functions at arbitrary points."
+(2013, 2, 14, 13, 7, 54) function-evaluation-cpp 21.4457 "Evaluations of functions at arbitrary points."
+(2013, 2, 14, 13, 8, 23) la-vector-access-cpp 25.6993 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 2, 14, 13, 8, 55) la-vector-assignment-cpp 31.5685 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 2, 15, 2, 13, 24) common-progress-cpp 28.8301 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 2, 15, 2, 13, 55) common-timing-cpp 30.0053 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 2, 15, 2, 15, 43) fem-multicore-cpp 108.608 "Coloring mesh."
+(2013, 2, 15, 2, 18, 16) fem-assembly-cpp 152.935 "Assembly for various forms and backends"
+(2013, 2, 15, 2, 18, 28) fem-convergence-cpp 11.7358 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 2, 15, 2, 18, 30) fem-jit-python 0.00121601 "JIT compilation (in memory cache)"
+(2013, 2, 15, 2, 23, 36) fem-speedup-cpp 306.106 "Assembly/solve speedup running on 4 processors"
+(2013, 2, 15, 2, 23, 36) fem-speedup-cpp-assembly 6.4591 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 2, 15, 2, 23, 36) fem-speedup-cpp-solve 2.42291 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 2, 15, 2, 24, 3) mesh-refinement-cpp 25.5327 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 2, 15, 2, 24, 26) mesh-topology-cpp 22.1235 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 2, 15, 2, 24, 53) mesh-unitcube-cpp 27.2293 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 2, 15, 2, 25, 36) mesh-iteration-cpp 40.2672 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 2, 15, 2, 25, 58) function-evaluation-cpp 22.2663 "Evaluations of functions at arbitrary points."
+(2013, 2, 15, 2, 25, 58) function-evaluation-cpp 22.1668 "Evaluations of functions at arbitrary points."
+(2013, 2, 15, 2, 26, 3) function-extrapolation-python 4.78032 "*** -------------------------------------------------------------------------"
+(2013, 2, 15, 2, 26, 3) function-extrapolation-python 1.95565 "*** -------------------------------------------------------------------------"
+(2013, 2, 15, 2, 26, 26) la-vector-access-cpp 22.9809 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 2, 15, 2, 26, 54) la-vector-assignment-cpp 28.0228 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 2, 16, 2, 13, 48) common-progress-cpp 28.8133 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 2, 16, 2, 14, 17) common-timing-cpp 29.3088 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 2, 16, 2, 16, 7) fem-multicore-cpp 109.268 "Coloring mesh."
+(2013, 2, 16, 2, 18, 40) fem-assembly-cpp 152.789 "Assembly for various forms and backends"
+(2013, 2, 16, 2, 18, 51) fem-convergence-cpp 11.7382 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 2, 16, 2, 18, 53) fem-jit-python 0.00122449 "JIT compilation (in memory cache)"
+(2013, 2, 16, 2, 24, 1) fem-speedup-cpp 307.572 "Assembly/solve speedup running on 4 processors"
+(2013, 2, 16, 2, 24, 1) fem-speedup-cpp-assembly 6.4494 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 2, 16, 2, 24, 1) fem-speedup-cpp-solve 2.36775 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 2, 16, 2, 24, 28) mesh-refinement-cpp 25.528 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 2, 16, 2, 24, 51) mesh-topology-cpp 22.094 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 2, 16, 2, 25, 18) mesh-unitcube-cpp 27.1552 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 2, 16, 2, 26, 1) mesh-iteration-cpp 40.2643 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 2, 16, 2, 26, 23) function-evaluation-cpp 21.6683 "Evaluations of functions at arbitrary points."
+(2013, 2, 16, 2, 26, 23) function-evaluation-cpp 21.5472 "Evaluations of functions at arbitrary points."
+(2013, 2, 16, 2, 26, 38) function-extrapolation-python 15.0923 "*** -------------------------------------------------------------------------"
+(2013, 2, 16, 2, 26, 38) function-extrapolation-python 1.95866 "*** -------------------------------------------------------------------------"
+(2013, 2, 16, 2, 27, 1) la-vector-access-cpp 23.4226 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 2, 16, 2, 27, 31) la-vector-assignment-cpp 29.5305 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 3, 3, 13, 7, 16) common-progress-cpp 28.7683 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 3, 3, 13, 7, 47) common-timing-cpp 31.3816 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 3, 3, 13, 9, 35) fem-multicore-cpp 107.387 "Coloring mesh."
+(2013, 3, 3, 13, 12, 3) fem-assembly-cpp 148.528 "Assembly for various forms and backends"
+(2013, 3, 3, 13, 12, 15) fem-convergence-cpp 11.893 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 3, 3, 13, 12, 17) fem-jit-python 0.0012048 "JIT compilation (in memory cache)"
+(2013, 3, 3, 13, 17, 26) fem-speedup-cpp 308.684 "Assembly/solve speedup running on 4 processors"
+(2013, 3, 3, 13, 17, 26) fem-speedup-cpp-assembly 6.48294 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 3, 3, 13, 17, 26) fem-speedup-cpp-solve 2.31179 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 3, 3, 13, 17, 52) mesh-refinement-cpp 24.1048 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 3, 3, 13, 18, 14) mesh-topology-cpp 22.1031 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 3, 3, 13, 18, 37) mesh-unitcube-cpp 23.584 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 3, 3, 13, 19, 18) mesh-iteration-cpp 38.4754 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 3, 3, 13, 19, 40) function-evaluation-cpp 21.6033 "Evaluations of functions at arbitrary points."
+(2013, 3, 3, 13, 19, 40) function-evaluation-cpp 21.4773 "Evaluations of functions at arbitrary points."
+(2013, 3, 3, 13, 19, 45) function-extrapolation-python 5.35753 "*** -------------------------------------------------------------------------"
+(2013, 3, 3, 13, 19, 45) function-extrapolation-python 1.97276 "*** -------------------------------------------------------------------------"
+(2013, 3, 3, 13, 20, 8) la-vector-access-cpp 22.8951 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 3, 3, 13, 20, 34) la-vector-assignment-cpp 25.9654 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 3, 4, 2, 13, 58) common-progress-cpp 28.8767 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 3, 4, 2, 14, 29) common-timing-cpp 30.6059 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 3, 4, 2, 16, 16) fem-multicore-cpp 107.368 "Coloring mesh."
+(2013, 3, 4, 2, 18, 45) fem-assembly-cpp 149.109 "Assembly for various forms and backends"
+(2013, 3, 4, 2, 18, 57) fem-convergence-cpp 11.5695 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 3, 4, 2, 18, 59) fem-jit-python 0.0012198 "JIT compilation (in memory cache)"
+(2013, 3, 4, 2, 24, 7) fem-speedup-cpp 308.564 "Assembly/solve speedup running on 4 processors"
+(2013, 3, 4, 2, 24, 7) fem-speedup-cpp-assembly 6.49526 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 3, 4, 2, 24, 7) fem-speedup-cpp-solve 2.3264 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 3, 4, 2, 24, 33) mesh-refinement-cpp 24.0848 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 3, 4, 2, 24, 55) mesh-topology-cpp 22.372 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 3, 4, 2, 25, 19) mesh-unitcube-cpp 23.8255 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 3, 4, 2, 25, 59) mesh-iteration-cpp 37.3498 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 3, 4, 2, 26, 21) function-evaluation-cpp 21.5945 "Evaluations of functions at arbitrary points."
+(2013, 3, 4, 2, 26, 21) function-evaluation-cpp 21.4631 "Evaluations of functions at arbitrary points."
+(2013, 3, 4, 2, 26, 36) function-extrapolation-python 14.8548 "*** -------------------------------------------------------------------------"
+(2013, 3, 4, 2, 26, 36) function-extrapolation-python 2.01239 "*** -------------------------------------------------------------------------"
+(2013, 3, 4, 2, 26, 58) la-vector-access-cpp 22.5985 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 3, 4, 2, 27, 24) la-vector-assignment-cpp 25.9598 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 3, 5, 2, 14, 33) common-progress-cpp 37.5771 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 3, 5, 2, 15, 4) common-timing-cpp 30.5963 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 3, 5, 2, 16, 52) fem-multicore-cpp 107.857 "Coloring mesh."
+(2013, 3, 5, 2, 19, 22) fem-assembly-cpp 150.47 "Assembly for various forms and backends"
+(2013, 3, 5, 2, 19, 34) fem-convergence-cpp 11.6881 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 3, 5, 2, 19, 50) fem-jit-python 0.00128992 "JIT compilation (in memory cache)"
+(2013, 3, 5, 2, 24, 59) fem-speedup-cpp 308.883 "Assembly/solve speedup running on 4 processors"
+(2013, 3, 5, 2, 24, 59) fem-speedup-cpp-assembly 6.60461 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 3, 5, 2, 24, 59) fem-speedup-cpp-solve 2.30416 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 3, 5, 2, 25, 25) mesh-refinement-cpp 24.162 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 3, 5, 2, 25, 47) mesh-topology-cpp 22.2656 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 3, 5, 2, 26, 11) mesh-unitcube-cpp 23.8759 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 3, 5, 2, 26, 51) mesh-iteration-cpp 37.2091 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 3, 5, 2, 27, 12) function-evaluation-cpp 21.6553 "Evaluations of functions at arbitrary points."
+(2013, 3, 5, 2, 27, 12) function-evaluation-cpp 21.5275 "Evaluations of functions at arbitrary points."
+(2013, 3, 5, 2, 28, 0) function-extrapolation-python 47.2473 "*** -------------------------------------------------------------------------"
+(2013, 3, 5, 2, 28, 0) function-extrapolation-python 2.15593 "*** -------------------------------------------------------------------------"
+(2013, 3, 5, 2, 28, 25) la-vector-access-cpp 25.4 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 3, 5, 2, 28, 53) la-vector-assignment-cpp 27.4834 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 3, 6, 2, 13, 48) common-progress-cpp 37.7604 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 3, 6, 2, 14, 18) common-timing-cpp 30.5238 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 3, 6, 2, 16, 6) fem-multicore-cpp 107.718 "Coloring mesh."
+(2013, 3, 6, 2, 18, 36) fem-assembly-cpp 150.135 "Assembly for various forms and backends"
+(2013, 3, 6, 2, 18, 48) fem-convergence-cpp 11.6943 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 3, 6, 2, 18, 50) fem-jit-python 0.0012342 "JIT compilation (in memory cache)"
+(2013, 3, 6, 2, 23, 59) fem-speedup-cpp 309.399 "Assembly/solve speedup running on 4 processors"
+(2013, 3, 6, 2, 23, 59) fem-speedup-cpp-assembly 6.56379 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 3, 6, 2, 23, 59) fem-speedup-cpp-solve 2.29875 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 3, 6, 2, 24, 25) mesh-refinement-cpp 24.1371 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 3, 6, 2, 24, 47) mesh-topology-cpp 22.0929 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 3, 6, 2, 25, 11) mesh-unitcube-cpp 23.7726 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 3, 6, 2, 25, 50) mesh-iteration-cpp 37.2055 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 3, 6, 2, 26, 12) function-evaluation-cpp 21.5366 "Evaluations of functions at arbitrary points."
+(2013, 3, 6, 2, 26, 12) function-evaluation-cpp 21.4162 "Evaluations of functions at arbitrary points."
+(2013, 3, 6, 2, 26, 17) function-extrapolation-python 5.30403 "*** -------------------------------------------------------------------------"
+(2013, 3, 6, 2, 26, 17) function-extrapolation-python 2.14405 "*** -------------------------------------------------------------------------"
+(2013, 3, 6, 2, 26, 40) la-vector-access-cpp 22.8846 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 3, 6, 2, 27, 6) la-vector-assignment-cpp 25.9638 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 3, 7, 2, 14, 0) common-progress-cpp 28.8432 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 3, 7, 2, 14, 33) common-timing-cpp 32.5581 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 3, 7, 2, 16, 20) fem-multicore-cpp 107.121 "Coloring mesh."
+(2013, 3, 7, 2, 18, 50) fem-assembly-cpp 150.293 "Assembly for various forms and backends"
+(2013, 3, 7, 2, 19, 2) fem-convergence-cpp 11.7221 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 3, 7, 2, 19, 4) fem-jit-python 0.00121648 "JIT compilation (in memory cache)"
+(2013, 3, 7, 2, 24, 14) fem-speedup-cpp 309.767 "Assembly/solve speedup running on 4 processors"
+(2013, 3, 7, 2, 24, 14) fem-speedup-cpp-assembly 6.61758 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 3, 7, 2, 24, 14) fem-speedup-cpp-solve 2.30439 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 3, 7, 2, 24, 39) mesh-refinement-cpp 24.4643 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 3, 7, 2, 25, 2) mesh-topology-cpp 22.5519 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 3, 7, 2, 25, 26) mesh-unitcube-cpp 23.6465 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 3, 7, 2, 26, 10) mesh-iteration-cpp 41.3081 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 3, 7, 2, 26, 31) function-evaluation-cpp 21.3388 "Evaluations of functions at arbitrary points."
+(2013, 3, 7, 2, 26, 31) function-evaluation-cpp 21.2109 "Evaluations of functions at arbitrary points."
+(2013, 3, 7, 2, 26, 36) function-extrapolation-python 5.38117 "*** -------------------------------------------------------------------------"
+(2013, 3, 7, 2, 26, 36) function-extrapolation-python 2.14497 "*** -------------------------------------------------------------------------"
+(2013, 3, 7, 2, 27, 2) la-vector-access-cpp 25.4054 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 3, 7, 2, 27, 29) la-vector-assignment-cpp 27.5381 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 3, 8, 2, 14, 19) common-progress-cpp 47.56 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 3, 8, 2, 14, 52) common-timing-cpp 32.3784 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 3, 8, 2, 16, 39) fem-multicore-cpp 107.116 "Coloring mesh."
+(2013, 3, 8, 2, 19, 9) fem-assembly-cpp 149.545 "Assembly for various forms and backends"
+(2013, 3, 8, 2, 19, 20) fem-convergence-cpp 11.7503 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 3, 8, 2, 19, 22) fem-jit-python 0.0012197 "JIT compilation (in memory cache)"
+(2013, 3, 8, 2, 24, 30) fem-speedup-cpp 307.962 "Assembly/solve speedup running on 4 processors"
+(2013, 3, 8, 2, 24, 30) fem-speedup-cpp-assembly 6.61209 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 3, 8, 2, 24, 30) fem-speedup-cpp-solve 2.34787 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 3, 8, 2, 24, 56) mesh-refinement-cpp 24.3243 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 3, 8, 2, 25, 19) mesh-topology-cpp 22.6476 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 3, 8, 2, 25, 43) mesh-unitcube-cpp 24.2202 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 3, 8, 2, 26, 29) mesh-iteration-cpp 43.6634 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 3, 8, 2, 26, 51) function-evaluation-cpp 21.6032 "Evaluations of functions at arbitrary points."
+(2013, 3, 8, 2, 26, 51) function-evaluation-cpp 21.4784 "Evaluations of functions at arbitrary points."
+(2013, 3, 8, 2, 26, 56) function-extrapolation-python 5.2382 "*** -------------------------------------------------------------------------"
+(2013, 3, 8, 2, 26, 56) function-extrapolation-python 2.14476 "*** -------------------------------------------------------------------------"
+(2013, 3, 8, 2, 27, 20) la-vector-access-cpp 23.3109 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 3, 8, 2, 27, 46) la-vector-assignment-cpp 25.9593 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 3, 9, 2, 13, 56) common-progress-cpp 28.8184 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 3, 9, 2, 14, 28) common-timing-cpp 32.053 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 3, 9, 2, 16, 15) fem-multicore-cpp 107.571 "Coloring mesh."
+(2013, 3, 9, 2, 18, 44) fem-assembly-cpp 149.283 "Assembly for various forms and backends"
+(2013, 3, 9, 2, 18, 57) fem-convergence-cpp 12.2405 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 3, 9, 2, 18, 59) fem-jit-python 0.00121739 "JIT compilation (in memory cache)"
+(2013, 3, 9, 2, 24, 7) fem-speedup-cpp 308.411 "Assembly/solve speedup running on 4 processors"
+(2013, 3, 9, 2, 24, 7) fem-speedup-cpp-assembly 6.57784 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 3, 9, 2, 24, 7) fem-speedup-cpp-solve 2.34974 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 3, 9, 2, 24, 33) mesh-refinement-cpp 24.3245 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 3, 9, 2, 24, 55) mesh-topology-cpp 22.4345 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 3, 9, 2, 25, 19) mesh-unitcube-cpp 23.7048 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 3, 9, 2, 26, 3) mesh-iteration-cpp 41.2939 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 3, 9, 2, 26, 25) function-evaluation-cpp 21.853 "Evaluations of functions at arbitrary points."
+(2013, 3, 9, 2, 26, 25) function-evaluation-cpp 21.7216 "Evaluations of functions at arbitrary points."
+(2013, 3, 9, 2, 26, 30) function-extrapolation-python 5.3218 "*** -------------------------------------------------------------------------"
+(2013, 3, 9, 2, 26, 30) function-extrapolation-python 2.15123 "*** -------------------------------------------------------------------------"
+(2013, 3, 9, 2, 26, 56) la-vector-access-cpp 25.4647 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 3, 9, 2, 27, 22) la-vector-assignment-cpp 25.9641 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 3, 10, 2, 13, 37) common-progress-cpp 28.8017 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 3, 10, 2, 14, 10) common-timing-cpp 33.037 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 3, 10, 2, 15, 57) fem-multicore-cpp 106.971 "Coloring mesh."
+(2013, 3, 10, 2, 18, 26) fem-assembly-cpp 149.295 "Assembly for various forms and backends"
+(2013, 3, 10, 2, 18, 38) fem-convergence-cpp 12.2664 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 3, 10, 2, 18, 40) fem-jit-python 0.00122659 "JIT compilation (in memory cache)"
+(2013, 3, 10, 2, 23, 49) fem-speedup-cpp 308.88 "Assembly/solve speedup running on 4 processors"
+(2013, 3, 10, 2, 23, 49) fem-speedup-cpp-assembly 6.52528 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 3, 10, 2, 23, 49) fem-speedup-cpp-solve 2.3563 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 3, 10, 2, 24, 15) mesh-refinement-cpp 24.3412 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 3, 10, 2, 24, 37) mesh-topology-cpp 22.3231 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 3, 10, 2, 25, 1) mesh-unitcube-cpp 23.6815 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 3, 10, 2, 25, 45) mesh-iteration-cpp 41.182 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 3, 10, 2, 26, 6) function-evaluation-cpp 21.6225 "Evaluations of functions at arbitrary points."
+(2013, 3, 10, 2, 26, 6) function-evaluation-cpp 21.4896 "Evaluations of functions at arbitrary points."
+(2013, 3, 10, 2, 26, 12) function-extrapolation-python 5.10432 "*** -------------------------------------------------------------------------"
+(2013, 3, 10, 2, 26, 12) function-extrapolation-python 2.15485 "*** -------------------------------------------------------------------------"
+(2013, 3, 10, 2, 26, 35) la-vector-access-cpp 23.0955 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 3, 10, 2, 27, 1) la-vector-assignment-cpp 25.9728 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 3, 11, 2, 13, 43) common-progress-cpp 37.5522 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 3, 11, 2, 14, 14) common-timing-cpp 31.7833 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 3, 11, 2, 16, 2) fem-multicore-cpp 107.314 "Coloring mesh."
+(2013, 3, 11, 2, 18, 31) fem-assembly-cpp 149.155 "Assembly for various forms and backends"
+(2013, 3, 11, 2, 18, 43) fem-convergence-cpp 12.196 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 3, 11, 2, 18, 45) fem-jit-python 0.00122781 "JIT compilation (in memory cache)"
+(2013, 3, 11, 2, 23, 54) fem-speedup-cpp 309.246 "Assembly/solve speedup running on 4 processors"
+(2013, 3, 11, 2, 23, 54) fem-speedup-cpp-assembly 6.50769 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 3, 11, 2, 23, 54) fem-speedup-cpp-solve 2.34776 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 3, 11, 2, 24, 20) mesh-refinement-cpp 24.3332 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 3, 11, 2, 24, 43) mesh-topology-cpp 22.2754 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 3, 11, 2, 25, 6) mesh-unitcube-cpp 23.6453 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 3, 11, 2, 25, 50) mesh-iteration-cpp 41.2463 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 3, 11, 2, 26, 12) function-evaluation-cpp 21.8302 "Evaluations of functions at arbitrary points."
+(2013, 3, 11, 2, 26, 12) function-evaluation-cpp 21.6935 "Evaluations of functions at arbitrary points."
+(2013, 3, 11, 2, 26, 17) function-extrapolation-python 5.2171 "*** -------------------------------------------------------------------------"
+(2013, 3, 11, 2, 26, 17) function-extrapolation-python 2.16002 "*** -------------------------------------------------------------------------"
+(2013, 3, 11, 2, 26, 40) la-vector-access-cpp 22.9469 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 3, 11, 2, 27, 6) la-vector-assignment-cpp 25.9677 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 3, 12, 2, 14, 14) common-progress-cpp 28.8084 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 3, 12, 2, 14, 46) common-timing-cpp 32.5913 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 3, 12, 2, 16, 34) fem-multicore-cpp 107.404 "Coloring mesh."
+(2013, 3, 12, 2, 19, 1) fem-assembly-cpp 147.424 "Assembly for various forms and backends"
+(2013, 3, 12, 2, 19, 13) fem-convergence-cpp 12.2643 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 3, 12, 2, 19, 15) fem-jit-python 0.00121729 "JIT compilation (in memory cache)"
+(2013, 3, 12, 2, 24, 26) fem-speedup-cpp 310.399 "Assembly/solve speedup running on 4 processors"
+(2013, 3, 12, 2, 24, 26) fem-speedup-cpp-assembly 6.47694 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 3, 12, 2, 24, 26) fem-speedup-cpp-solve 2.32033 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 3, 12, 2, 24, 52) mesh-refinement-cpp 24.4576 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 3, 12, 2, 25, 14) mesh-topology-cpp 22.2033 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 3, 12, 2, 25, 38) mesh-unitcube-cpp 23.5273 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 3, 12, 2, 26, 19) mesh-iteration-cpp 39.4213 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 3, 12, 2, 26, 41) function-evaluation-cpp 21.8973 "Evaluations of functions at arbitrary points."
+(2013, 3, 12, 2, 26, 41) function-evaluation-cpp 21.7654 "Evaluations of functions at arbitrary points."
+(2013, 3, 12, 2, 26, 47) function-extrapolation-python 5.11899 "*** -------------------------------------------------------------------------"
+(2013, 3, 12, 2, 26, 47) function-extrapolation-python 2.15039 "*** -------------------------------------------------------------------------"
+(2013, 3, 12, 2, 27, 9) la-vector-access-cpp 22.9179 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 3, 12, 2, 27, 35) la-vector-assignment-cpp 25.966 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 3, 13, 2, 14, 29) common-progress-cpp 37.6021 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 3, 13, 2, 15, 2) common-timing-cpp 32.7789 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 3, 13, 2, 16, 49) fem-multicore-cpp 107.121 "Coloring mesh."
+(2013, 3, 13, 2, 19, 17) fem-assembly-cpp 148.339 "Assembly for various forms and backends"
+(2013, 3, 13, 2, 19, 30) fem-convergence-cpp 12.3528 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 3, 13, 2, 19, 46) fem-jit-python 0.00127511 "JIT compilation (in memory cache)"
+(2013, 3, 13, 2, 24, 55) fem-speedup-cpp 308.687 "Assembly/solve speedup running on 4 processors"
+(2013, 3, 13, 2, 24, 55) fem-speedup-cpp-assembly 6.56106 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 3, 13, 2, 24, 55) fem-speedup-cpp-solve 2.37074 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 3, 13, 2, 25, 21) mesh-refinement-cpp 24.2996 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 3, 13, 2, 25, 43) mesh-topology-cpp 22.4627 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 3, 13, 2, 26, 7) mesh-unitcube-cpp 23.8317 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 3, 13, 2, 26, 47) mesh-iteration-cpp 37.2392 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 3, 13, 2, 27, 8) function-evaluation-cpp 21.6867 "Evaluations of functions at arbitrary points."
+(2013, 3, 13, 2, 27, 8) function-evaluation-cpp 21.5673 "Evaluations of functions at arbitrary points."
+(2013, 3, 13, 2, 27, 55) function-extrapolation-python 46.914 "*** -------------------------------------------------------------------------"
+(2013, 3, 13, 2, 27, 55) function-extrapolation-python 2.17642 "*** -------------------------------------------------------------------------"
+(2013, 3, 13, 2, 28, 18) la-vector-access-cpp 22.6385 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 3, 13, 2, 28, 45) la-vector-assignment-cpp 27.4089 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 3, 14, 2, 14, 9) common-progress-cpp 28.7684 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 3, 14, 2, 14, 42) common-timing-cpp 32.9984 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 3, 14, 2, 16, 29) fem-multicore-cpp 107.233 "Coloring mesh."
+(2013, 3, 14, 2, 19, 0) fem-assembly-cpp 150.523 "Assembly for various forms and backends"
+(2013, 3, 14, 2, 19, 12) fem-convergence-cpp 12.2397 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 3, 14, 2, 19, 14) fem-jit-python 0.00122569 "JIT compilation (in memory cache)"
+(2013, 3, 14, 2, 24, 26) fem-speedup-cpp 311.559 "Assembly/solve speedup running on 4 processors"
+(2013, 3, 14, 2, 24, 26) fem-speedup-cpp-assembly 6.58504 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 3, 14, 2, 24, 26) fem-speedup-cpp-solve 2.30054 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 3, 14, 2, 24, 52) mesh-refinement-cpp 24.3645 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 3, 14, 2, 25, 14) mesh-topology-cpp 22.3912 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 3, 14, 2, 25, 37) mesh-unitcube-cpp 23.0243 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 3, 14, 2, 26, 17) mesh-iteration-cpp 37.5232 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 3, 14, 2, 26, 39) function-evaluation-cpp 21.9613 "Evaluations of functions at arbitrary points."
+(2013, 3, 14, 2, 26, 39) function-evaluation-cpp 21.8542 "Evaluations of functions at arbitrary points."
+(2013, 3, 14, 2, 26, 45) function-extrapolation-python 5.24009 "*** -------------------------------------------------------------------------"
+(2013, 3, 14, 2, 26, 45) function-extrapolation-python 2.10843 "*** -------------------------------------------------------------------------"
+(2013, 3, 14, 2, 27, 8) la-vector-access-cpp 22.9719 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 3, 14, 2, 27, 34) la-vector-assignment-cpp 25.9694 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 3, 15, 2, 13, 32) common-progress-cpp 28.8016 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 3, 15, 2, 14, 5) common-timing-cpp 32.0957 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 3, 15, 2, 15, 52) fem-multicore-cpp 107.226 "Coloring mesh."
+(2013, 3, 15, 2, 18, 20) fem-assembly-cpp 148.401 "Assembly for various forms and backends"
+(2013, 3, 15, 2, 18, 32) fem-convergence-cpp 12.2013 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 3, 15, 2, 18, 34) fem-jit-python 0.0012234 "JIT compilation (in memory cache)"
+(2013, 3, 15, 2, 23, 45) fem-speedup-cpp 310.362 "Assembly/solve speedup running on 4 processors"
+(2013, 3, 15, 2, 23, 45) fem-speedup-cpp-assembly 6.47895 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 3, 15, 2, 23, 45) fem-speedup-cpp-solve 2.31461 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 3, 15, 2, 24, 11) mesh-refinement-cpp 24.3441 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 3, 15, 2, 24, 33) mesh-topology-cpp 22.3299 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 3, 15, 2, 24, 56) mesh-unitcube-cpp 22.9755 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 3, 15, 2, 25, 37) mesh-iteration-cpp 39.0737 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 3, 15, 2, 25, 59) function-evaluation-cpp 21.8787 "Evaluations of functions at arbitrary points."
+(2013, 3, 15, 2, 25, 59) function-evaluation-cpp 21.7553 "Evaluations of functions at arbitrary points."
+(2013, 3, 15, 2, 26, 5) function-extrapolation-python 5.21209 "*** -------------------------------------------------------------------------"
+(2013, 3, 15, 2, 26, 5) function-extrapolation-python 2.15956 "*** -------------------------------------------------------------------------"
+(2013, 3, 15, 2, 26, 28) la-vector-access-cpp 22.9567 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 3, 15, 2, 26, 55) la-vector-assignment-cpp 27.4805 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 3, 16, 2, 14, 11) common-progress-cpp 28.8684 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 3, 16, 2, 14, 43) common-timing-cpp 31.3065 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 3, 16, 2, 16, 30) fem-multicore-cpp 107.333 "Coloring mesh."
+(2013, 3, 16, 2, 19, 0) fem-assembly-cpp 149.993 "Assembly for various forms and backends"
+(2013, 3, 16, 2, 19, 12) fem-convergence-cpp 12.2928 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 3, 16, 2, 19, 14) fem-jit-python 0.00123 "JIT compilation (in memory cache)"
+(2013, 3, 16, 2, 24, 26) fem-speedup-cpp 312.124 "Assembly/solve speedup running on 4 processors"
+(2013, 3, 16, 2, 24, 26) fem-speedup-cpp-assembly 6.46337 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 3, 16, 2, 24, 26) fem-speedup-cpp-solve 2.30694 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 3, 16, 2, 24, 53) mesh-refinement-cpp 24.9901 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 3, 16, 2, 25, 16) mesh-topology-cpp 22.5543 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 3, 16, 2, 25, 42) mesh-unitcube-cpp 26.5926 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 3, 16, 2, 26, 25) mesh-iteration-cpp 40.4265 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 3, 16, 2, 26, 47) function-evaluation-cpp 21.8843 "Evaluations of functions at arbitrary points."
+(2013, 3, 16, 2, 26, 47) function-evaluation-cpp 21.7497 "Evaluations of functions at arbitrary points."
+(2013, 3, 16, 2, 26, 52) function-extrapolation-python 5.09462 "*** -------------------------------------------------------------------------"
+(2013, 3, 16, 2, 26, 52) function-extrapolation-python 2.10553 "*** -------------------------------------------------------------------------"
+(2013, 3, 16, 2, 27, 15) la-vector-access-cpp 22.4321 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 3, 16, 2, 27, 42) la-vector-assignment-cpp 27.4719 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 3, 17, 2, 29, 42) common-progress-cpp 28.9765 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 3, 17, 2, 30, 13) common-timing-cpp 31.3009 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 3, 17, 2, 32, 0) fem-multicore-cpp 107.195 "Coloring mesh."
+(2013, 3, 17, 2, 34, 30) fem-assembly-cpp 149.737 "Assembly for various forms and backends"
+(2013, 3, 17, 2, 34, 42) fem-convergence-cpp 12.3258 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 3, 17, 2, 34, 44) fem-jit-python 0.00122299 "JIT compilation (in memory cache)"
+(2013, 3, 17, 2, 39, 54) fem-speedup-cpp 310.183 "Assembly/solve speedup running on 4 processors"
+(2013, 3, 17, 2, 39, 54) fem-speedup-cpp-assembly 6.51568 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 3, 17, 2, 39, 54) fem-speedup-cpp-solve 2.35324 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 3, 17, 2, 40, 21) mesh-refinement-cpp 25.0468 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 3, 17, 2, 40, 43) mesh-topology-cpp 22.547 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 3, 17, 2, 41, 10) mesh-unitcube-cpp 26.493 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 3, 17, 2, 41, 50) mesh-iteration-cpp 37.4055 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 3, 17, 2, 42, 12) function-evaluation-cpp 21.5286 "Evaluations of functions at arbitrary points."
+(2013, 3, 17, 2, 42, 12) function-evaluation-cpp 21.4091 "Evaluations of functions at arbitrary points."
+(2013, 3, 17, 2, 42, 17) function-extrapolation-python 5.24485 "*** -------------------------------------------------------------------------"
+(2013, 3, 17, 2, 42, 17) function-extrapolation-python 2.16948 "*** -------------------------------------------------------------------------"
+(2013, 3, 17, 2, 42, 45) la-vector-access-cpp 27.9113 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 3, 17, 2, 43, 13) la-vector-assignment-cpp 27.9133 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 3, 18, 2, 13, 58) common-progress-cpp 37.7687 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 3, 18, 2, 14, 31) common-timing-cpp 32.4334 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 3, 18, 2, 16, 18) fem-multicore-cpp 107.27 "Coloring mesh."
+(2013, 3, 18, 2, 18, 48) fem-assembly-cpp 149.848 "Assembly for various forms and backends"
+(2013, 3, 18, 2, 19, 0) fem-convergence-cpp 12.3602 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 3, 18, 2, 19, 2) fem-jit-python 0.00122349 "JIT compilation (in memory cache)"
+(2013, 3, 18, 2, 24, 14) fem-speedup-cpp 311.341 "Assembly/solve speedup running on 4 processors"
+(2013, 3, 18, 2, 24, 14) fem-speedup-cpp-assembly 6.5241 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 3, 18, 2, 24, 14) fem-speedup-cpp-solve 2.31743 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 3, 18, 2, 24, 40) mesh-refinement-cpp 25.0306 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 3, 18, 2, 25, 3) mesh-topology-cpp 22.5197 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 3, 18, 2, 25, 29) mesh-unitcube-cpp 26.524 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 3, 18, 2, 26, 9) mesh-iteration-cpp 37.4762 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 3, 18, 2, 26, 31) function-evaluation-cpp 21.9725 "Evaluations of functions at arbitrary points."
+(2013, 3, 18, 2, 26, 31) function-evaluation-cpp 21.8378 "Evaluations of functions at arbitrary points."
+(2013, 3, 18, 2, 26, 37) function-extrapolation-python 5.22097 "*** -------------------------------------------------------------------------"
+(2013, 3, 18, 2, 26, 37) function-extrapolation-python 2.15231 "*** -------------------------------------------------------------------------"
+(2013, 3, 18, 2, 26, 59) la-vector-access-cpp 22.6207 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 3, 18, 2, 27, 25) la-vector-assignment-cpp 25.9718 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 3, 19, 2, 13, 51) common-progress-cpp 28.8619 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 3, 19, 2, 14, 22) common-timing-cpp 31.2971 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 3, 19, 2, 16, 10) fem-multicore-cpp 107.35 "Coloring mesh."
+(2013, 3, 19, 2, 18, 39) fem-assembly-cpp 148.884 "Assembly for various forms and backends"
+(2013, 3, 19, 2, 18, 51) fem-convergence-cpp 12.375 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 3, 19, 2, 18, 53) fem-jit-python 0.00122199 "JIT compilation (in memory cache)"
+(2013, 3, 19, 2, 24, 3) fem-speedup-cpp 309.909 "Assembly/solve speedup running on 4 processors"
+(2013, 3, 19, 2, 24, 3) fem-speedup-cpp-assembly 6.50401 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 3, 19, 2, 24, 3) fem-speedup-cpp-solve 2.34787 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 3, 19, 2, 24, 29) mesh-refinement-cpp 24.9867 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 3, 19, 2, 24, 52) mesh-topology-cpp 22.3912 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 3, 19, 2, 25, 19) mesh-unitcube-cpp 27.1669 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 3, 19, 2, 25, 59) mesh-iteration-cpp 37.195 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 3, 19, 2, 26, 21) function-evaluation-cpp 21.845 "Evaluations of functions at arbitrary points."
+(2013, 3, 19, 2, 26, 21) function-evaluation-cpp 21.7126 "Evaluations of functions at arbitrary points."
+(2013, 3, 19, 2, 26, 26) function-extrapolation-python 5.39671 "*** -------------------------------------------------------------------------"
+(2013, 3, 19, 2, 26, 26) function-extrapolation-python 2.17694 "*** -------------------------------------------------------------------------"
+(2013, 3, 19, 2, 26, 49) la-vector-access-cpp 23.0423 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 3, 19, 2, 27, 15) la-vector-assignment-cpp 25.9685 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 3, 20, 2, 13, 30) common-progress-cpp 28.8516 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 3, 20, 2, 14, 1) common-timing-cpp 31.3052 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 3, 20, 2, 15, 49) fem-multicore-cpp 107.1 "Coloring mesh."
+(2013, 3, 20, 2, 18, 18) fem-assembly-cpp 149.056 "Assembly for various forms and backends"
+(2013, 3, 20, 2, 18, 30) fem-convergence-cpp 12.2928 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 3, 20, 2, 18, 32) fem-jit-python 0.00124729 "JIT compilation (in memory cache)"
+(2013, 3, 20, 2, 23, 42) fem-speedup-cpp 309.893 "Assembly/solve speedup running on 4 processors"
+(2013, 3, 20, 2, 23, 42) fem-speedup-cpp-assembly 6.50628 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 3, 20, 2, 23, 42) fem-speedup-cpp-solve 2.34703 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 3, 20, 2, 24, 8) mesh-refinement-cpp 24.9927 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 3, 20, 2, 24, 31) mesh-topology-cpp 22.528 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 3, 20, 2, 24, 58) mesh-unitcube-cpp 27.1177 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 3, 20, 2, 25, 38) mesh-iteration-cpp 37.2224 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 3, 20, 2, 26, 0) function-evaluation-cpp 21.8283 "Evaluations of functions at arbitrary points."
+(2013, 3, 20, 2, 26, 0) function-evaluation-cpp 21.7086 "Evaluations of functions at arbitrary points."
+(2013, 3, 20, 2, 26, 5) function-extrapolation-python 5.31842 "*** -------------------------------------------------------------------------"
+(2013, 3, 20, 2, 26, 5) function-extrapolation-python 2.18448 "*** -------------------------------------------------------------------------"
+(2013, 3, 20, 2, 26, 31) la-vector-access-cpp 25.4125 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 3, 20, 2, 26, 58) la-vector-assignment-cpp 27.5367 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 3, 21, 2, 13, 45) common-progress-cpp 37.6687 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 3, 21, 2, 14, 16) common-timing-cpp 31.3976 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 3, 21, 2, 16, 5) fem-multicore-cpp 108.533 "Coloring mesh."
+(2013, 3, 21, 2, 18, 34) fem-assembly-cpp 148.958 "Assembly for various forms and backends"
+(2013, 3, 21, 2, 18, 46) fem-convergence-cpp 12.3336 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 3, 21, 2, 18, 48) fem-jit-python 0.0012275 "JIT compilation (in memory cache)"
+(2013, 3, 21, 2, 23, 58) fem-speedup-cpp 309.647 "Assembly/solve speedup running on 4 processors"
+(2013, 3, 21, 2, 23, 58) fem-speedup-cpp-assembly 6.58366 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 3, 21, 2, 23, 58) fem-speedup-cpp-solve 2.33447 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 3, 21, 2, 24, 24) mesh-refinement-cpp 24.9678 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 3, 21, 2, 24, 47) mesh-topology-cpp 22.419 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 3, 21, 2, 25, 14) mesh-unitcube-cpp 27.2319 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 3, 21, 2, 25, 54) mesh-iteration-cpp 37.2007 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 3, 21, 2, 26, 16) function-evaluation-cpp 21.82 "Evaluations of functions at arbitrary points."
+(2013, 3, 21, 2, 26, 16) function-evaluation-cpp 21.6916 "Evaluations of functions at arbitrary points."
+(2013, 3, 21, 2, 26, 21) function-extrapolation-python 5.29022 "*** -------------------------------------------------------------------------"
+(2013, 3, 21, 2, 26, 21) function-extrapolation-python 2.18094 "*** -------------------------------------------------------------------------"
+(2013, 3, 21, 2, 26, 44) la-vector-access-cpp 22.9142 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 3, 21, 2, 27, 12) la-vector-assignment-cpp 27.486 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 3, 24, 6, 22, 37) common-progress-cpp 27.6739 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 3, 24, 6, 23, 9) common-timing-cpp 32.9443 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 3, 24, 6, 24, 57) fem-multicore-cpp 107.69 "Coloring mesh."
+(2013, 3, 24, 6, 27, 27) fem-assembly-cpp 150.216 "Assembly for various forms and backends"
+(2013, 3, 24, 6, 27, 39) fem-convergence-cpp 11.6622 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 3, 24, 6, 27, 40) fem-jit-python 0.001227 "JIT compilation (in memory cache)"
+(2013, 3, 24, 6, 32, 51) fem-speedup-cpp 311.42 "Assembly/solve speedup running on 4 processors"
+(2013, 3, 24, 6, 32, 51) fem-speedup-cpp-assembly 6.65614 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 3, 24, 6, 32, 51) fem-speedup-cpp-solve 2.25599 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 3, 24, 6, 33, 17) mesh-refinement-cpp 24.3632 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 3, 24, 6, 33, 40) mesh-topology-cpp 22.3285 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 3, 24, 6, 34, 3) mesh-unitcube-cpp 23.0828 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 3, 24, 6, 34, 43) mesh-iteration-cpp 37.7172 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 3, 24, 6, 35, 5) function-evaluation-cpp 21.6222 "Evaluations of functions at arbitrary points."
+(2013, 3, 24, 6, 35, 5) function-evaluation-cpp 21.4611 "Evaluations of functions at arbitrary points."
+(2013, 3, 24, 6, 35, 10) function-extrapolation-python 5.17026 "*** -------------------------------------------------------------------------"
+(2013, 3, 24, 6, 35, 10) function-extrapolation-python 2.13267 "*** -------------------------------------------------------------------------"
+(2013, 3, 24, 6, 35, 35) la-vector-access-cpp 22.9433 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 3, 24, 6, 36, 1) la-vector-assignment-cpp 25.9617 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 3, 10, 37, 41) common-progress-cpp 28.6709 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 3, 10, 38, 12) common-timing-cpp 31.0144 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 3, 10, 39, 59) fem-multicore-cpp 107.346 "Coloring mesh."
+(2013, 4, 3, 10, 42, 31) fem-assembly-cpp 151.204 "Assembly for various forms and backends"
+(2013, 4, 3, 10, 42, 43) fem-convergence-cpp 12.2534 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 3, 10, 43, 0) fem-jit-python 0.001281 "JIT compilation (in memory cache)"
+(2013, 4, 3, 10, 48, 10) fem-speedup-cpp 309.873 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 3, 10, 48, 10) fem-speedup-cpp-assembly 6.69817 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 3, 10, 48, 10) fem-speedup-cpp-solve 2.33368 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 3, 10, 48, 36) mesh-refinement-cpp 24.3806 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 3, 10, 48, 58) mesh-topology-cpp 22.284 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 3, 10, 49, 22) mesh-unitcube-cpp 23.9109 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 3, 10, 50, 2) mesh-iteration-cpp 37.2358 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 3, 10, 50, 24) function-evaluation-cpp 21.6453 "Evaluations of functions at arbitrary points."
+(2013, 4, 3, 10, 50, 24) function-evaluation-cpp 21.5208 "Evaluations of functions at arbitrary points."
+(2013, 4, 3, 10, 51, 21) function-extrapolation-python 57.1881 "*** -------------------------------------------------------------------------"
+(2013, 4, 3, 10, 51, 21) function-extrapolation-python 2.1405 "*** -------------------------------------------------------------------------"
+(2013, 4, 3, 10, 51, 44) la-vector-access-cpp 22.7763 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 3, 10, 52, 10) la-vector-assignment-cpp 26.174 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 4, 1, 16, 22) common-progress-cpp 28.8295 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 4, 1, 16, 53) common-timing-cpp 31.1556 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 4, 1, 18, 41) fem-multicore-cpp 107.981 "Coloring mesh."
+(2013, 4, 4, 1, 21, 9) fem-assembly-cpp 148.047 "Assembly for various forms and backends"
+(2013, 4, 4, 1, 21, 21) fem-convergence-cpp 12.2995 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 4, 1, 21, 23) fem-jit-python 0.00122399 "JIT compilation (in memory cache)"
+(2013, 4, 4, 1, 26, 34) fem-speedup-cpp 310.941 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 4, 1, 26, 34) fem-speedup-cpp-assembly 6.66642 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 4, 1, 26, 34) fem-speedup-cpp-solve 2.34365 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 4, 1, 27, 0) mesh-refinement-cpp 24.3782 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 4, 1, 27, 22) mesh-topology-cpp 22.2689 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 4, 1, 27, 46) mesh-unitcube-cpp 23.9058 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 4, 1, 28, 29) mesh-iteration-cpp 40.411 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 4, 1, 28, 51) function-evaluation-cpp 21.7702 "Evaluations of functions at arbitrary points."
+(2013, 4, 4, 1, 28, 51) function-evaluation-cpp 21.6467 "Evaluations of functions at arbitrary points."
+(2013, 4, 4, 1, 28, 56) function-extrapolation-python 4.99667 "*** -------------------------------------------------------------------------"
+(2013, 4, 4, 1, 28, 56) function-extrapolation-python 2.11086 "*** -------------------------------------------------------------------------"
+(2013, 4, 4, 1, 29, 19) la-vector-access-cpp 22.656 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 4, 1, 29, 50) la-vector-assignment-cpp 31.4756 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 5, 1, 16, 37) common-progress-cpp 28.8126 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 5, 1, 17, 8) common-timing-cpp 31.1561 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 5, 1, 18, 56) fem-multicore-cpp 107.415 "Coloring mesh."
+(2013, 4, 5, 1, 21, 24) fem-assembly-cpp 148.539 "Assembly for various forms and backends"
+(2013, 4, 5, 1, 21, 36) fem-convergence-cpp 12.2717 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 5, 1, 21, 39) fem-jit-python 0.00122499 "JIT compilation (in memory cache)"
+(2013, 4, 5, 1, 26, 48) fem-speedup-cpp 309.227 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 5, 1, 26, 48) fem-speedup-cpp-assembly 6.61499 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 5, 1, 26, 48) fem-speedup-cpp-solve 2.3687 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 5, 1, 27, 14) mesh-refinement-cpp 24.3807 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 5, 1, 27, 36) mesh-topology-cpp 22.3226 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 5, 1, 28, 0) mesh-unitcube-cpp 23.931 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 5, 1, 28, 42) mesh-iteration-cpp 39.0971 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 5, 1, 29, 3) function-evaluation-cpp 21.8304 "Evaluations of functions at arbitrary points."
+(2013, 4, 5, 1, 29, 3) function-evaluation-cpp 21.6999 "Evaluations of functions at arbitrary points."
+(2013, 4, 5, 1, 29, 8) function-extrapolation-python 5.08045 "*** -------------------------------------------------------------------------"
+(2013, 4, 5, 1, 29, 8) function-extrapolation-python 2.13236 "*** -------------------------------------------------------------------------"
+(2013, 4, 5, 1, 29, 31) la-vector-access-cpp 22.4153 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 5, 1, 29, 58) la-vector-assignment-cpp 26.9331 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 6, 1, 17, 12) common-progress-cpp 30.0282 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 6, 1, 17, 42) common-timing-cpp 30.0913 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 6, 1, 19, 29) fem-multicore-cpp 107.415 "Coloring mesh."
+(2013, 4, 6, 1, 21, 59) fem-assembly-cpp 149.664 "Assembly for various forms and backends"
+(2013, 4, 6, 1, 22, 11) fem-convergence-cpp 12.3273 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 6, 1, 22, 14) fem-jit-python 0.00123191 "JIT compilation (in memory cache)"
+(2013, 4, 6, 1, 27, 24) fem-speedup-cpp 310.03 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 6, 1, 27, 24) fem-speedup-cpp-assembly 6.51814 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 6, 1, 27, 24) fem-speedup-cpp-solve 2.31374 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 6, 1, 27, 49) mesh-refinement-cpp 24.0426 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 6, 1, 28, 11) mesh-topology-cpp 22.0998 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 6, 1, 28, 35) mesh-unitcube-cpp 23.5254 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 6, 1, 29, 15) mesh-iteration-cpp 37.2303 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 6, 1, 29, 36) function-evaluation-cpp 21.7618 "Evaluations of functions at arbitrary points."
+(2013, 4, 6, 1, 29, 36) function-evaluation-cpp 21.6373 "Evaluations of functions at arbitrary points."
+(2013, 4, 6, 1, 29, 41) function-extrapolation-python 5.1518 "*** -------------------------------------------------------------------------"
+(2013, 4, 6, 1, 29, 41) function-extrapolation-python 2.11751 "*** -------------------------------------------------------------------------"
+(2013, 4, 6, 1, 30, 9) la-vector-access-cpp 27.9036 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 6, 1, 30, 37) la-vector-assignment-cpp 27.5259 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 7, 1, 16, 29) common-progress-cpp 29.9531 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 7, 1, 16, 59) common-timing-cpp 30.0019 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 7, 1, 18, 47) fem-multicore-cpp 107.778 "Coloring mesh."
+(2013, 4, 7, 1, 21, 17) fem-assembly-cpp 149.832 "Assembly for various forms and backends"
+(2013, 4, 7, 1, 21, 29) fem-convergence-cpp 12.2765 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 7, 1, 21, 31) fem-jit-python 0.00122931 "JIT compilation (in memory cache)"
+(2013, 4, 7, 1, 26, 40) fem-speedup-cpp 308.661 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 7, 1, 26, 40) fem-speedup-cpp-assembly 6.43973 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 7, 1, 26, 40) fem-speedup-cpp-solve 2.3552 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 7, 1, 27, 5) mesh-refinement-cpp 24.0794 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 7, 1, 27, 27) mesh-topology-cpp 22.0646 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 7, 1, 27, 51) mesh-unitcube-cpp 23.4444 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 7, 1, 28, 31) mesh-iteration-cpp 37.3231 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 7, 1, 28, 52) function-evaluation-cpp 21.9451 "Evaluations of functions at arbitrary points."
+(2013, 4, 7, 1, 28, 52) function-evaluation-cpp 21.8204 "Evaluations of functions at arbitrary points."
+(2013, 4, 7, 1, 28, 58) function-extrapolation-python 5.31725 "*** -------------------------------------------------------------------------"
+(2013, 4, 7, 1, 28, 58) function-extrapolation-python 2.11719 "*** -------------------------------------------------------------------------"
+(2013, 4, 7, 1, 29, 26) la-vector-access-cpp 28.3989 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 7, 1, 29, 54) la-vector-assignment-cpp 27.5348 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 8, 1, 16, 28) common-progress-cpp 37.7627 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 8, 1, 16, 58) common-timing-cpp 29.9162 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 8, 1, 18, 46) fem-multicore-cpp 107.609 "Coloring mesh."
+(2013, 4, 8, 1, 21, 14) fem-assembly-cpp 148.673 "Assembly for various forms and backends"
+(2013, 4, 8, 1, 21, 26) fem-convergence-cpp 12.2434 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 8, 1, 21, 29) fem-jit-python 0.00123191 "JIT compilation (in memory cache)"
+(2013, 4, 8, 1, 26, 37) fem-speedup-cpp 308.861 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 8, 1, 26, 37) fem-speedup-cpp-assembly 6.45204 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 8, 1, 26, 37) fem-speedup-cpp-solve 2.35208 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 8, 1, 27, 3) mesh-refinement-cpp 24.0579 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 8, 1, 27, 25) mesh-topology-cpp 22.104 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 8, 1, 27, 49) mesh-unitcube-cpp 23.4969 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 8, 1, 28, 30) mesh-iteration-cpp 38.4778 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 8, 1, 28, 51) function-evaluation-cpp 21.9117 "Evaluations of functions at arbitrary points."
+(2013, 4, 8, 1, 28, 51) function-evaluation-cpp 21.7856 "Evaluations of functions at arbitrary points."
+(2013, 4, 8, 1, 28, 57) function-extrapolation-python 5.14718 "*** -------------------------------------------------------------------------"
+(2013, 4, 8, 1, 28, 57) function-extrapolation-python 2.12018 "*** -------------------------------------------------------------------------"
+(2013, 4, 8, 1, 29, 25) la-vector-access-cpp 28.3954 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 8, 1, 29, 53) la-vector-assignment-cpp 27.6135 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 9, 1, 16, 31) common-progress-cpp 30.0448 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 9, 1, 17, 1) common-timing-cpp 29.8397 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 9, 1, 18, 48) fem-multicore-cpp 107.257 "Coloring mesh."
+(2013, 4, 9, 1, 21, 18) fem-assembly-cpp 149.894 "Assembly for various forms and backends"
+(2013, 4, 9, 1, 21, 30) fem-convergence-cpp 12.2793 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 9, 1, 21, 32) fem-jit-python 0.0012243 "JIT compilation (in memory cache)"
+(2013, 4, 9, 1, 26, 41) fem-speedup-cpp 309.246 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 9, 1, 26, 41) fem-speedup-cpp-assembly 6.44508 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 9, 1, 26, 41) fem-speedup-cpp-solve 2.35306 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 9, 1, 27, 7) mesh-refinement-cpp 24.0455 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 9, 1, 27, 29) mesh-topology-cpp 22.0375 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 9, 1, 27, 52) mesh-unitcube-cpp 23.4152 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 9, 1, 28, 33) mesh-iteration-cpp 37.7987 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 9, 1, 28, 55) function-evaluation-cpp 22.0637 "Evaluations of functions at arbitrary points."
+(2013, 4, 9, 1, 28, 55) function-evaluation-cpp 21.9178 "Evaluations of functions at arbitrary points."
+(2013, 4, 9, 1, 29, 0) function-extrapolation-python 5.28518 "*** -------------------------------------------------------------------------"
+(2013, 4, 9, 1, 29, 0) function-extrapolation-python 2.12131 "*** -------------------------------------------------------------------------"
+(2013, 4, 9, 1, 29, 26) la-vector-access-cpp 25.4006 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 9, 1, 29, 53) la-vector-assignment-cpp 27.5325 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 10, 1, 16, 22) common-progress-cpp 30.4026 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 10, 1, 16, 52) common-timing-cpp 29.8269 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 10, 1, 18, 39) fem-multicore-cpp 107.227 "Coloring mesh."
+(2013, 4, 10, 1, 21, 8) fem-assembly-cpp 149.014 "Assembly for various forms and backends"
+(2013, 4, 10, 1, 21, 20) fem-convergence-cpp 12.2822 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 10, 1, 21, 22) fem-jit-python 0.00123022 "JIT compilation (in memory cache)"
+(2013, 4, 10, 1, 26, 33) fem-speedup-cpp 310.705 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 10, 1, 26, 33) fem-speedup-cpp-assembly 6.52232 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 10, 1, 26, 33) fem-speedup-cpp-solve 2.31407 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 10, 1, 26, 58) mesh-refinement-cpp 24.0041 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 10, 1, 27, 21) mesh-topology-cpp 22.1267 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 10, 1, 27, 44) mesh-unitcube-cpp 23.4961 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 10, 1, 28, 24) mesh-iteration-cpp 37.2778 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 10, 1, 28, 46) function-evaluation-cpp 21.8222 "Evaluations of functions at arbitrary points."
+(2013, 4, 10, 1, 28, 46) function-evaluation-cpp 21.6903 "Evaluations of functions at arbitrary points."
+(2013, 4, 10, 1, 28, 51) function-extrapolation-python 5.24485 "*** -------------------------------------------------------------------------"
+(2013, 4, 10, 1, 28, 51) function-extrapolation-python 2.14506 "*** -------------------------------------------------------------------------"
+(2013, 4, 10, 1, 29, 19) la-vector-access-cpp 27.9033 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 10, 1, 29, 47) la-vector-assignment-cpp 27.5347 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 11, 1, 16, 36) common-progress-cpp 30.0364 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 11, 1, 17, 6) common-timing-cpp 30.624 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 11, 1, 18, 54) fem-multicore-cpp 107.282 "Coloring mesh."
+(2013, 4, 11, 1, 21, 23) fem-assembly-cpp 149.614 "Assembly for various forms and backends"
+(2013, 4, 11, 1, 21, 36) fem-convergence-cpp 12.2424 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 11, 1, 21, 38) fem-jit-python 0.0012377 "JIT compilation (in memory cache)"
+(2013, 4, 11, 1, 26, 46) fem-speedup-cpp 308.627 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 11, 1, 26, 46) fem-speedup-cpp-assembly 6.57084 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 11, 1, 26, 46) fem-speedup-cpp-solve 2.37068 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 11, 1, 27, 12) mesh-refinement-cpp 24.0488 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 11, 1, 27, 34) mesh-topology-cpp 22.1544 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 11, 1, 27, 58) mesh-unitcube-cpp 23.5401 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 11, 1, 28, 38) mesh-iteration-cpp 37.6379 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 11, 1, 29, 0) function-evaluation-cpp 21.8286 "Evaluations of functions at arbitrary points."
+(2013, 4, 11, 1, 29, 0) function-evaluation-cpp 21.7027 "Evaluations of functions at arbitrary points."
+(2013, 4, 11, 1, 29, 5) function-extrapolation-python 5.35448 "*** -------------------------------------------------------------------------"
+(2013, 4, 11, 1, 29, 5) function-extrapolation-python 2.12137 "*** -------------------------------------------------------------------------"
+(2013, 4, 11, 1, 29, 30) la-vector-access-cpp 25.4105 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 11, 1, 29, 58) la-vector-assignment-cpp 27.4704 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 12, 1, 16, 26) common-progress-cpp 30.0612 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 12, 1, 16, 57) common-timing-cpp 30.9756 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 12, 1, 18, 44) fem-multicore-cpp 107.025 "Coloring mesh."
+(2013, 4, 12, 1, 21, 13) fem-assembly-cpp 149.179 "Assembly for various forms and backends"
+(2013, 4, 12, 1, 21, 26) fem-convergence-cpp 12.2428 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 12, 1, 21, 28) fem-jit-python 0.00122929 "JIT compilation (in memory cache)"
+(2013, 4, 12, 1, 26, 38) fem-speedup-cpp 310.413 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 12, 1, 26, 38) fem-speedup-cpp-assembly 6.49091 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 12, 1, 26, 38) fem-speedup-cpp-solve 2.32624 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 12, 1, 27, 4) mesh-refinement-cpp 24.0474 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 12, 1, 27, 26) mesh-topology-cpp 22.0204 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 12, 1, 27, 49) mesh-unitcube-cpp 23.5027 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 12, 1, 28, 29) mesh-iteration-cpp 37.2771 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 12, 1, 28, 51) function-evaluation-cpp 21.8202 "Evaluations of functions at arbitrary points."
+(2013, 4, 12, 1, 28, 51) function-evaluation-cpp 21.6921 "Evaluations of functions at arbitrary points."
+(2013, 4, 12, 1, 28, 56) function-extrapolation-python 5.23324 "*** -------------------------------------------------------------------------"
+(2013, 4, 12, 1, 28, 56) function-extrapolation-python 2.1324 "*** -------------------------------------------------------------------------"
+(2013, 4, 12, 1, 29, 25) la-vector-access-cpp 28.4149 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 12, 1, 29, 56) la-vector-assignment-cpp 31.4842 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 13, 1, 16, 25) common-progress-cpp 30.078 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 13, 1, 16, 56) common-timing-cpp 30.8103 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 13, 1, 18, 43) fem-multicore-cpp 107.104 "Coloring mesh."
+(2013, 4, 13, 1, 21, 12) fem-assembly-cpp 149.179 "Assembly for various forms and backends"
+(2013, 4, 13, 1, 21, 24) fem-convergence-cpp 12.3201 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 13, 1, 21, 26) fem-jit-python 0.00122671 "JIT compilation (in memory cache)"
+(2013, 4, 13, 1, 26, 37) fem-speedup-cpp 310.668 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 13, 1, 26, 37) fem-speedup-cpp-assembly 6.48678 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 13, 1, 26, 37) fem-speedup-cpp-solve 2.3043 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 13, 1, 27, 2) mesh-refinement-cpp 24.0435 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 13, 1, 27, 25) mesh-topology-cpp 22.0711 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 13, 1, 27, 48) mesh-unitcube-cpp 23.5141 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 13, 1, 28, 28) mesh-iteration-cpp 37.2366 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 13, 1, 28, 50) function-evaluation-cpp 21.9283 "Evaluations of functions at arbitrary points."
+(2013, 4, 13, 1, 28, 50) function-evaluation-cpp 21.8007 "Evaluations of functions at arbitrary points."
+(2013, 4, 13, 1, 28, 55) function-extrapolation-python 5.2738 "*** -------------------------------------------------------------------------"
+(2013, 4, 13, 1, 28, 55) function-extrapolation-python 2.12933 "*** -------------------------------------------------------------------------"
+(2013, 4, 13, 1, 29, 21) la-vector-access-cpp 25.4122 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 13, 1, 29, 50) la-vector-assignment-cpp 29.5329 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 14, 1, 16, 22) common-progress-cpp 30.0946 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 14, 1, 16, 52) common-timing-cpp 30.4087 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 14, 1, 18, 40) fem-multicore-cpp 107.529 "Coloring mesh."
+(2013, 4, 14, 1, 21, 9) fem-assembly-cpp 149.576 "Assembly for various forms and backends"
+(2013, 4, 14, 1, 21, 21) fem-convergence-cpp 12.2776 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 14, 1, 21, 24) fem-jit-python 0.0012233 "JIT compilation (in memory cache)"
+(2013, 4, 14, 1, 26, 33) fem-speedup-cpp 309.251 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 14, 1, 26, 33) fem-speedup-cpp-assembly 6.57893 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 14, 1, 26, 33) fem-speedup-cpp-solve 2.34953 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 14, 1, 26, 58) mesh-refinement-cpp 24.0256 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 14, 1, 27, 20) mesh-topology-cpp 22.0164 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 14, 1, 27, 44) mesh-unitcube-cpp 23.4539 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 14, 1, 28, 24) mesh-iteration-cpp 37.2981 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 14, 1, 28, 45) function-evaluation-cpp 21.4629 "Evaluations of functions at arbitrary points."
+(2013, 4, 14, 1, 28, 45) function-evaluation-cpp 21.3353 "Evaluations of functions at arbitrary points."
+(2013, 4, 14, 1, 28, 50) function-extrapolation-python 5.19524 "*** -------------------------------------------------------------------------"
+(2013, 4, 14, 1, 28, 50) function-extrapolation-python 2.11549 "*** -------------------------------------------------------------------------"
+(2013, 4, 14, 1, 29, 21) la-vector-access-cpp 30.8065 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 14, 1, 29, 49) la-vector-assignment-cpp 27.538 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 15, 1, 16, 34) common-progress-cpp 30.0689 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 15, 1, 17, 5) common-timing-cpp 30.4732 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 15, 1, 18, 52) fem-multicore-cpp 106.941 "Coloring mesh."
+(2013, 4, 15, 1, 21, 21) fem-assembly-cpp 149.51 "Assembly for various forms and backends"
+(2013, 4, 15, 1, 21, 33) fem-convergence-cpp 12.2485 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 15, 1, 21, 36) fem-jit-python 0.0012269 "JIT compilation (in memory cache)"
+(2013, 4, 15, 1, 26, 45) fem-speedup-cpp 309.596 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 15, 1, 26, 45) fem-speedup-cpp-assembly 6.53485 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 15, 1, 26, 45) fem-speedup-cpp-solve 2.33955 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 15, 1, 27, 11) mesh-refinement-cpp 24.0765 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 15, 1, 27, 33) mesh-topology-cpp 22.0727 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 15, 1, 27, 56) mesh-unitcube-cpp 23.4702 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 15, 1, 28, 37) mesh-iteration-cpp 38.5673 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 15, 1, 28, 59) function-evaluation-cpp 21.7059 "Evaluations of functions at arbitrary points."
+(2013, 4, 15, 1, 28, 59) function-evaluation-cpp 21.5747 "Evaluations of functions at arbitrary points."
+(2013, 4, 15, 1, 29, 4) function-extrapolation-python 5.17164 "*** -------------------------------------------------------------------------"
+(2013, 4, 15, 1, 29, 4) function-extrapolation-python 2.12217 "*** -------------------------------------------------------------------------"
+(2013, 4, 15, 1, 29, 30) la-vector-access-cpp 25.4026 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 15, 1, 29, 57) la-vector-assignment-cpp 27.5354 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 16, 1, 16, 41) common-progress-cpp 37.6048 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 16, 1, 17, 12) common-timing-cpp 30.3956 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 16, 1, 18, 59) fem-multicore-cpp 107.191 "Coloring mesh."
+(2013, 4, 16, 1, 21, 28) fem-assembly-cpp 149.562 "Assembly for various forms and backends"
+(2013, 4, 16, 1, 21, 41) fem-convergence-cpp 12.2565 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 16, 1, 21, 43) fem-jit-python 0.0012275 "JIT compilation (in memory cache)"
+(2013, 4, 16, 1, 26, 53) fem-speedup-cpp 310.21 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 16, 1, 26, 53) fem-speedup-cpp-assembly 6.50801 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 16, 1, 26, 53) fem-speedup-cpp-solve 2.32547 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 16, 1, 27, 18) mesh-refinement-cpp 24.0031 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 16, 1, 27, 41) mesh-topology-cpp 22.0714 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 16, 1, 28, 4) mesh-unitcube-cpp 23.5169 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 16, 1, 28, 44) mesh-iteration-cpp 37.3408 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 16, 1, 29, 6) function-evaluation-cpp 21.9287 "Evaluations of functions at arbitrary points."
+(2013, 4, 16, 1, 29, 6) function-evaluation-cpp 21.8047 "Evaluations of functions at arbitrary points."
+(2013, 4, 16, 1, 29, 11) function-extrapolation-python 5.18916 "*** -------------------------------------------------------------------------"
+(2013, 4, 16, 1, 29, 11) function-extrapolation-python 2.11961 "*** -------------------------------------------------------------------------"
+(2013, 4, 16, 1, 29, 37) la-vector-access-cpp 25.4169 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 16, 1, 30, 4) la-vector-assignment-cpp 27.5381 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 17, 1, 16, 41) common-progress-cpp 30.0281 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 17, 1, 17, 11) common-timing-cpp 30.3992 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 17, 1, 18, 58) fem-multicore-cpp 107.095 "Coloring mesh."
+(2013, 4, 17, 1, 21, 28) fem-assembly-cpp 149.916 "Assembly for various forms and backends"
+(2013, 4, 17, 1, 21, 40) fem-convergence-cpp 12.291 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 17, 1, 21, 42) fem-jit-python 0.00123098 "JIT compilation (in memory cache)"
+(2013, 4, 17, 1, 26, 52) fem-speedup-cpp 309.229 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 17, 1, 26, 52) fem-speedup-cpp-assembly 6.50473 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 17, 1, 26, 52) fem-speedup-cpp-solve 2.35744 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 17, 1, 27, 17) mesh-refinement-cpp 24.0897 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 17, 1, 27, 39) mesh-topology-cpp 22.1139 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 17, 1, 28, 3) mesh-unitcube-cpp 23.4394 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 17, 1, 28, 43) mesh-iteration-cpp 37.3842 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 17, 1, 29, 5) function-evaluation-cpp 21.7642 "Evaluations of functions at arbitrary points."
+(2013, 4, 17, 1, 29, 5) function-evaluation-cpp 21.6307 "Evaluations of functions at arbitrary points."
+(2013, 4, 17, 1, 29, 10) function-extrapolation-python 5.09776 "*** -------------------------------------------------------------------------"
+(2013, 4, 17, 1, 29, 10) function-extrapolation-python 2.12191 "*** -------------------------------------------------------------------------"
+(2013, 4, 17, 1, 29, 41) la-vector-access-cpp 30.8804 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 17, 1, 30, 8) la-vector-assignment-cpp 27.5269 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 18, 1, 16, 43) common-progress-cpp 30.0864 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 18, 1, 17, 13) common-timing-cpp 30.6651 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 18, 1, 19, 1) fem-multicore-cpp 107.203 "Coloring mesh."
+(2013, 4, 18, 1, 21, 30) fem-assembly-cpp 148.897 "Assembly for various forms and backends"
+(2013, 4, 18, 1, 21, 42) fem-convergence-cpp 12.2786 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 18, 1, 21, 44) fem-jit-python 0.00123661 "JIT compilation (in memory cache)"
+(2013, 4, 18, 1, 26, 54) fem-speedup-cpp 310.546 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 18, 1, 26, 54) fem-speedup-cpp-assembly 6.5257 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 18, 1, 26, 54) fem-speedup-cpp-solve 2.30883 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 18, 1, 27, 20) mesh-refinement-cpp 24.0494 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 18, 1, 27, 42) mesh-topology-cpp 22.0448 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 18, 1, 28, 6) mesh-unitcube-cpp 23.5334 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 18, 1, 28, 46) mesh-iteration-cpp 37.844 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 18, 1, 29, 8) function-evaluation-cpp 21.7619 "Evaluations of functions at arbitrary points."
+(2013, 4, 18, 1, 29, 8) function-evaluation-cpp 21.6312 "Evaluations of functions at arbitrary points."
+(2013, 4, 18, 1, 29, 13) function-extrapolation-python 5.16996 "*** -------------------------------------------------------------------------"
+(2013, 4, 18, 1, 29, 13) function-extrapolation-python 2.11797 "*** -------------------------------------------------------------------------"
+(2013, 4, 18, 1, 29, 39) la-vector-access-cpp 25.4085 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 18, 1, 30, 6) la-vector-assignment-cpp 27.4324 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 19, 1, 16, 25) common-progress-cpp 30.0612 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 19, 1, 16, 55) common-timing-cpp 30.163 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 19, 1, 18, 42) fem-multicore-cpp 107.24 "Coloring mesh."
+(2013, 4, 19, 1, 21, 12) fem-assembly-cpp 149.212 "Assembly for various forms and backends"
+(2013, 4, 19, 1, 21, 24) fem-convergence-cpp 12.2827 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 19, 1, 21, 26) fem-jit-python 0.00122929 "JIT compilation (in memory cache)"
+(2013, 4, 19, 1, 26, 35) fem-speedup-cpp 309.438 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 19, 1, 26, 35) fem-speedup-cpp-assembly 6.47643 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 19, 1, 26, 35) fem-speedup-cpp-solve 2.33866 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 19, 1, 27, 1) mesh-refinement-cpp 24.0889 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 19, 1, 27, 23) mesh-topology-cpp 22.0827 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 19, 1, 27, 47) mesh-unitcube-cpp 23.48 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 19, 1, 28, 26) mesh-iteration-cpp 37.2363 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 19, 1, 28, 48) function-evaluation-cpp 21.7474 "Evaluations of functions at arbitrary points."
+(2013, 4, 19, 1, 28, 48) function-evaluation-cpp 21.6206 "Evaluations of functions at arbitrary points."
+(2013, 4, 19, 1, 28, 53) function-extrapolation-python 5.12529 "*** -------------------------------------------------------------------------"
+(2013, 4, 19, 1, 28, 53) function-extrapolation-python 2.12127 "*** -------------------------------------------------------------------------"
+(2013, 4, 19, 1, 29, 19) la-vector-access-cpp 25.4028 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 19, 1, 29, 46) la-vector-assignment-cpp 27.5266 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 20, 1, 16, 27) common-progress-cpp 30.0697 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 20, 1, 16, 56) common-timing-cpp 29.4944 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 20, 1, 18, 44) fem-multicore-cpp 107.152 "Coloring mesh."
+(2013, 4, 20, 1, 21, 13) fem-assembly-cpp 149.299 "Assembly for various forms and backends"
+(2013, 4, 20, 1, 21, 25) fem-convergence-cpp 12.1712 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 20, 1, 21, 27) fem-jit-python 0.00123081 "JIT compilation (in memory cache)"
+(2013, 4, 20, 1, 26, 36) fem-speedup-cpp 308.726 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 20, 1, 26, 36) fem-speedup-cpp-assembly 6.57181 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 20, 1, 26, 36) fem-speedup-cpp-solve 2.36212 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 20, 1, 27, 1) mesh-refinement-cpp 24.0528 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 20, 1, 27, 24) mesh-topology-cpp 22.3305 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 20, 1, 27, 47) mesh-unitcube-cpp 23.5215 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 20, 1, 28, 27) mesh-iteration-cpp 37.2495 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 20, 1, 28, 49) function-evaluation-cpp 21.8205 "Evaluations of functions at arbitrary points."
+(2013, 4, 20, 1, 28, 49) function-evaluation-cpp 21.6922 "Evaluations of functions at arbitrary points."
+(2013, 4, 20, 1, 28, 54) function-extrapolation-python 5.1729 "*** -------------------------------------------------------------------------"
+(2013, 4, 20, 1, 28, 54) function-extrapolation-python 2.12485 "*** -------------------------------------------------------------------------"
+(2013, 4, 20, 1, 29, 23) la-vector-access-cpp 29.0416 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 20, 1, 30, 24) la-vector-assignment-cpp 61.0233 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 21, 1, 16, 29) common-progress-cpp 30.1195 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 21, 1, 16, 59) common-timing-cpp 30.4108 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 21, 1, 18, 46) fem-multicore-cpp 107.171 "Coloring mesh."
+(2013, 4, 21, 1, 21, 16) fem-assembly-cpp 149.312 "Assembly for various forms and backends"
+(2013, 4, 21, 1, 21, 28) fem-convergence-cpp 12.2573 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 21, 1, 21, 30) fem-jit-python 0.00121622 "JIT compilation (in memory cache)"
+(2013, 4, 21, 1, 26, 41) fem-speedup-cpp 310.378 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 21, 1, 26, 41) fem-speedup-cpp-assembly 6.44424 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 21, 1, 26, 41) fem-speedup-cpp-solve 2.31931 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 21, 1, 27, 6) mesh-refinement-cpp 24.014 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 21, 1, 27, 28) mesh-topology-cpp 22.0332 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 21, 1, 27, 52) mesh-unitcube-cpp 23.4614 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 21, 1, 28, 31) mesh-iteration-cpp 37.2483 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 21, 1, 28, 53) function-evaluation-cpp 21.8204 "Evaluations of functions at arbitrary points."
+(2013, 4, 21, 1, 28, 53) function-evaluation-cpp 21.6965 "Evaluations of functions at arbitrary points."
+(2013, 4, 21, 1, 28, 59) function-extrapolation-python 5.26024 "*** -------------------------------------------------------------------------"
+(2013, 4, 21, 1, 28, 59) function-extrapolation-python 2.1406 "*** -------------------------------------------------------------------------"
+(2013, 4, 21, 1, 29, 24) la-vector-access-cpp 25.3963 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 21, 1, 29, 51) la-vector-assignment-cpp 27.5293 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 22, 1, 16, 28) common-progress-cpp 30.0779 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 22, 1, 16, 58) common-timing-cpp 30.3436 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 22, 1, 18, 45) fem-multicore-cpp 107.127 "Coloring mesh."
+(2013, 4, 22, 1, 21, 15) fem-assembly-cpp 149.673 "Assembly for various forms and backends"
+(2013, 4, 22, 1, 21, 27) fem-convergence-cpp 12.2513 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 22, 1, 21, 29) fem-jit-python 0.00122828 "JIT compilation (in memory cache)"
+(2013, 4, 22, 1, 26, 41) fem-speedup-cpp 311.468 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 22, 1, 26, 41) fem-speedup-cpp-assembly 6.5123 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 22, 1, 26, 41) fem-speedup-cpp-solve 2.29889 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 22, 1, 27, 7) mesh-refinement-cpp 24.055 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 22, 1, 27, 29) mesh-topology-cpp 22.1764 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 22, 1, 27, 52) mesh-unitcube-cpp 23.4557 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 22, 1, 28, 32) mesh-iteration-cpp 37.2372 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 22, 1, 28, 54) function-evaluation-cpp 21.8006 "Evaluations of functions at arbitrary points."
+(2013, 4, 22, 1, 28, 54) function-evaluation-cpp 21.7006 "Evaluations of functions at arbitrary points."
+(2013, 4, 22, 1, 28, 59) function-extrapolation-python 5.0892 "*** -------------------------------------------------------------------------"
+(2013, 4, 22, 1, 28, 59) function-extrapolation-python 2.09897 "*** -------------------------------------------------------------------------"
+(2013, 4, 22, 1, 29, 27) la-vector-access-cpp 28.411 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 22, 1, 29, 59) la-vector-assignment-cpp 31.4175 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 23, 1, 16, 32) common-progress-cpp 37.5714 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 23, 1, 17, 2) common-timing-cpp 29.992 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 23, 1, 18, 49) fem-multicore-cpp 107.08 "Coloring mesh."
+(2013, 4, 23, 1, 21, 18) fem-assembly-cpp 148.779 "Assembly for various forms and backends"
+(2013, 4, 23, 1, 21, 30) fem-convergence-cpp 12.2415 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 23, 1, 21, 32) fem-jit-python 0.00122111 "JIT compilation (in memory cache)"
+(2013, 4, 23, 1, 26, 42) fem-speedup-cpp 309.393 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 23, 1, 26, 42) fem-speedup-cpp-assembly 6.58957 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 23, 1, 26, 42) fem-speedup-cpp-solve 2.34169 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 23, 1, 27, 7) mesh-refinement-cpp 24.0729 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 23, 1, 27, 30) mesh-topology-cpp 22.0567 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 23, 1, 27, 53) mesh-unitcube-cpp 23.5832 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 23, 1, 28, 35) mesh-iteration-cpp 39.1265 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 23, 1, 28, 57) function-evaluation-cpp 21.7725 "Evaluations of functions at arbitrary points."
+(2013, 4, 23, 1, 28, 57) function-evaluation-cpp 21.6337 "Evaluations of functions at arbitrary points."
+(2013, 4, 23, 1, 29, 2) function-extrapolation-python 5.11435 "*** -------------------------------------------------------------------------"
+(2013, 4, 23, 1, 29, 2) function-extrapolation-python 2.13043 "*** -------------------------------------------------------------------------"
+(2013, 4, 23, 1, 29, 27) la-vector-access-cpp 25.4071 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 23, 1, 29, 55) la-vector-assignment-cpp 27.5341 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 26, 12, 47, 40) common-progress-cpp 27.6499 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 26, 12, 48, 10) common-timing-cpp 30.1125 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 26, 12, 49, 57) fem-multicore-cpp 106.995 "Coloring mesh."
+(2013, 4, 26, 12, 52, 29) fem-assembly-cpp 152.106 "Assembly for various forms and backends"
+(2013, 4, 26, 12, 52, 41) fem-convergence-cpp 12.1343 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 26, 12, 52, 42) fem-jit-python 0.00104089 "JIT compilation (in memory cache)"
+(2013, 4, 26, 12, 57, 52) fem-speedup-cpp 309.935 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 26, 12, 57, 52) fem-speedup-cpp-assembly 6.77273 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 26, 12, 57, 52) fem-speedup-cpp-solve 2.22318 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 26, 12, 58, 14) mesh-refinement-cpp 19.9167 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 26, 12, 58, 33) mesh-topology-cpp 19.4751 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 26, 12, 58, 58) mesh-unitcube-cpp 24.414 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 26, 12, 59, 39) mesh-iteration-cpp 39.2249 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 26, 13, 0, 1) function-evaluation-cpp 21.2531 "Evaluations of functions at arbitrary points."
+(2013, 4, 26, 13, 0, 1) function-evaluation-cpp 21.1609 "Evaluations of functions at arbitrary points."
+(2013, 4, 26, 13, 0, 5) function-extrapolation-python 4.73804 "*** -------------------------------------------------------------------------"
+(2013, 4, 26, 13, 0, 5) function-extrapolation-python 2.0828 "*** -------------------------------------------------------------------------"
+(2013, 4, 26, 13, 0, 28) la-vector-access-cpp 22.9922 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 26, 13, 0, 56) la-vector-assignment-cpp 27.1467 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 27, 1, 22, 13) common-progress-cpp 28.7031 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 27, 1, 22, 43) common-timing-cpp 29.6109 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 27, 1, 24, 29) fem-multicore-cpp 106.523 "Coloring mesh."
+(2013, 4, 27, 1, 27, 1) fem-assembly-cpp 152.207 "Assembly for various forms and backends"
+(2013, 4, 27, 1, 27, 13) fem-convergence-cpp 12.088 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 27, 1, 27, 15) fem-jit-python 0.0010329 "JIT compilation (in memory cache)"
+(2013, 4, 27, 1, 32, 18) fem-speedup-cpp 302.445 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 27, 1, 32, 18) fem-speedup-cpp-assembly 6.5291 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 27, 1, 32, 18) fem-speedup-cpp-solve 2.37791 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 27, 1, 32, 38) mesh-refinement-cpp 19.8266 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 27, 1, 32, 58) mesh-topology-cpp 19.5002 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 27, 1, 33, 22) mesh-unitcube-cpp 24.3913 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 27, 1, 34, 4) mesh-iteration-cpp 39.1551 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 27, 1, 34, 25) function-evaluation-cpp 21.1631 "Evaluations of functions at arbitrary points."
+(2013, 4, 27, 1, 34, 25) function-evaluation-cpp 21.0797 "Evaluations of functions at arbitrary points."
+(2013, 4, 27, 1, 34, 30) function-extrapolation-python 4.5029 "*** -------------------------------------------------------------------------"
+(2013, 4, 27, 1, 34, 30) function-extrapolation-python 2.10061 "*** -------------------------------------------------------------------------"
+(2013, 4, 27, 1, 34, 53) la-vector-access-cpp 23.6455 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 27, 1, 35, 18) la-vector-assignment-cpp 25.0595 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 28, 1, 19, 43) common-progress-cpp 28.728 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 28, 1, 20, 13) common-timing-cpp 30.2908 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 28, 1, 22, 0) fem-multicore-cpp 106.645 "Coloring mesh."
+(2013, 4, 28, 1, 24, 32) fem-assembly-cpp 151.774 "Assembly for various forms and backends"
+(2013, 4, 28, 1, 24, 44) fem-convergence-cpp 12.1097 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 28, 1, 24, 46) fem-jit-python 0.00103259 "JIT compilation (in memory cache)"
+(2013, 4, 28, 1, 29, 50) fem-speedup-cpp 304.72 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 28, 1, 29, 50) fem-speedup-cpp-assembly 6.41555 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 28, 1, 29, 50) fem-speedup-cpp-solve 2.34267 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 28, 1, 30, 12) mesh-refinement-cpp 19.8524 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 28, 1, 30, 31) mesh-topology-cpp 19.5594 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 28, 1, 30, 56) mesh-unitcube-cpp 24.3569 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 28, 1, 31, 37) mesh-iteration-cpp 39.1565 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 28, 1, 31, 59) function-evaluation-cpp 21.1951 "Evaluations of functions at arbitrary points."
+(2013, 4, 28, 1, 31, 59) function-evaluation-cpp 21.0698 "Evaluations of functions at arbitrary points."
+(2013, 4, 28, 1, 32, 3) function-extrapolation-python 4.68604 "*** -------------------------------------------------------------------------"
+(2013, 4, 28, 1, 32, 3) function-extrapolation-python 2.1135 "*** -------------------------------------------------------------------------"
+(2013, 4, 28, 1, 32, 27) la-vector-access-cpp 23.447 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 28, 1, 32, 52) la-vector-assignment-cpp 25.0858 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 29, 1, 21, 46) common-progress-cpp 28.6946 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 29, 1, 22, 16) common-timing-cpp 30.0305 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 29, 1, 24, 2) fem-multicore-cpp 106.72 "Coloring mesh."
+(2013, 4, 29, 1, 26, 35) fem-assembly-cpp 152.258 "Assembly for various forms and backends"
+(2013, 4, 29, 1, 26, 47) fem-convergence-cpp 12.114 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 29, 1, 26, 49) fem-jit-python 0.00103331 "JIT compilation (in memory cache)"
+(2013, 4, 29, 1, 31, 55) fem-speedup-cpp 306.045 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 29, 1, 31, 55) fem-speedup-cpp-assembly 6.5082 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 29, 1, 31, 55) fem-speedup-cpp-solve 2.27672 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 29, 1, 32, 16) mesh-refinement-cpp 19.8818 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 29, 1, 32, 35) mesh-topology-cpp 19.5351 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 29, 1, 33, 0) mesh-unitcube-cpp 24.4207 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 29, 1, 33, 42) mesh-iteration-cpp 39.1558 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 29, 1, 34, 3) function-evaluation-cpp 21.1693 "Evaluations of functions at arbitrary points."
+(2013, 4, 29, 1, 34, 3) function-evaluation-cpp 21.0766 "Evaluations of functions at arbitrary points."
+(2013, 4, 29, 1, 34, 7) function-extrapolation-python 4.54451 "*** -------------------------------------------------------------------------"
+(2013, 4, 29, 1, 34, 7) function-extrapolation-python 2.10333 "*** -------------------------------------------------------------------------"
+(2013, 4, 29, 1, 34, 31) la-vector-access-cpp 23.4516 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 29, 1, 34, 56) la-vector-assignment-cpp 25.0252 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 4, 30, 1, 25, 46) common-progress-cpp 28.6698 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 4, 30, 1, 26, 17) common-timing-cpp 31.0393 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 4, 30, 1, 28, 4) fem-multicore-cpp 106.913 "Coloring mesh."
+(2013, 4, 30, 1, 30, 36) fem-assembly-cpp 152.33 "Assembly for various forms and backends"
+(2013, 4, 30, 1, 30, 48) fem-convergence-cpp 12.1062 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 4, 30, 1, 30, 54) fem-jit-python 0.00108891 "JIT compilation (in memory cache)"
+(2013, 4, 30, 1, 36, 2) fem-speedup-cpp 307.453 "Assembly/solve speedup running on 4 processors"
+(2013, 4, 30, 1, 36, 2) fem-speedup-cpp-assembly 6.53321 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 4, 30, 1, 36, 2) fem-speedup-cpp-solve 2.27357 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 4, 30, 1, 36, 24) mesh-refinement-cpp 19.8983 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 4, 30, 1, 36, 43) mesh-topology-cpp 19.5177 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 4, 30, 1, 37, 8) mesh-unitcube-cpp 24.3351 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 4, 30, 1, 37, 49) mesh-iteration-cpp 39.1636 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 4, 30, 1, 38, 11) function-evaluation-cpp 21.4616 "Evaluations of functions at arbitrary points."
+(2013, 4, 30, 1, 38, 11) function-evaluation-cpp 21.3271 "Evaluations of functions at arbitrary points."
+(2013, 4, 30, 1, 38, 16) function-extrapolation-python 4.68595 "*** -------------------------------------------------------------------------"
+(2013, 4, 30, 1, 38, 16) function-extrapolation-python 2.10592 "*** -------------------------------------------------------------------------"
+(2013, 4, 30, 1, 38, 39) la-vector-access-cpp 23.4471 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 4, 30, 1, 39, 4) la-vector-assignment-cpp 25.0839 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 1, 1, 21, 37) common-progress-cpp 28.7197 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 1, 1, 22, 7) common-timing-cpp 30.488 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 1, 1, 23, 54) fem-multicore-cpp 106.667 "Coloring mesh."
+(2013, 5, 1, 1, 26, 26) fem-assembly-cpp 152 "Assembly for various forms and backends"
+(2013, 5, 1, 1, 26, 38) fem-convergence-cpp 12.1005 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 1, 1, 26, 40) fem-jit-python 0.00103481 "JIT compilation (in memory cache)"
+(2013, 5, 1, 1, 31, 43) fem-speedup-cpp 302.781 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 1, 1, 31, 43) fem-speedup-cpp-assembly 6.54239 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 1, 1, 31, 43) fem-speedup-cpp-solve 2.35936 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 1, 1, 32, 4) mesh-refinement-cpp 19.8865 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 1, 1, 32, 23) mesh-topology-cpp 19.5457 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 1, 1, 32, 47) mesh-unitcube-cpp 24.4115 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 1, 1, 33, 29) mesh-iteration-cpp 39.1655 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 1, 1, 33, 50) function-evaluation-cpp 21.2094 "Evaluations of functions at arbitrary points."
+(2013, 5, 1, 1, 33, 50) function-evaluation-cpp 21.1268 "Evaluations of functions at arbitrary points."
+(2013, 5, 1, 1, 33, 55) function-extrapolation-python 4.33048 "*** -------------------------------------------------------------------------"
+(2013, 5, 1, 1, 33, 55) function-extrapolation-python 2.11074 "*** -------------------------------------------------------------------------"
+(2013, 5, 1, 1, 34, 18) la-vector-access-cpp 23.4327 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 1, 1, 34, 44) la-vector-assignment-cpp 25.3839 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 2, 1, 19, 40) common-progress-cpp 28.703 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 2, 1, 20, 10) common-timing-cpp 30.3627 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 2, 1, 21, 57) fem-multicore-cpp 107.058 "Coloring mesh."
+(2013, 5, 2, 1, 24, 30) fem-assembly-cpp 152.541 "Assembly for various forms and backends"
+(2013, 5, 2, 1, 24, 42) fem-convergence-cpp 12.1145 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 2, 1, 24, 44) fem-jit-python 0.0010366 "JIT compilation (in memory cache)"
+(2013, 5, 2, 1, 29, 50) fem-speedup-cpp 305.85 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 2, 1, 29, 50) fem-speedup-cpp-assembly 6.4985 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 2, 1, 29, 50) fem-speedup-cpp-solve 2.30241 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 2, 1, 30, 12) mesh-refinement-cpp 19.9071 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 2, 1, 30, 32) mesh-topology-cpp 19.6088 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 2, 1, 30, 56) mesh-unitcube-cpp 24.332 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 2, 1, 31, 43) mesh-iteration-cpp 44.1971 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 2, 1, 32, 4) function-evaluation-cpp 21.1703 "Evaluations of functions at arbitrary points."
+(2013, 5, 2, 1, 32, 4) function-evaluation-cpp 21.0478 "Evaluations of functions at arbitrary points."
+(2013, 5, 2, 1, 32, 9) function-extrapolation-python 4.57198 "*** -------------------------------------------------------------------------"
+(2013, 5, 2, 1, 32, 9) function-extrapolation-python 2.10814 "*** -------------------------------------------------------------------------"
+(2013, 5, 2, 1, 32, 32) la-vector-access-cpp 23.462 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 2, 1, 32, 57) la-vector-assignment-cpp 25.0895 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 3, 1, 21, 2) common-progress-cpp 28.703 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 3, 1, 21, 32) common-timing-cpp 29.5902 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 3, 1, 23, 19) fem-multicore-cpp 106.725 "Coloring mesh."
+(2013, 5, 3, 1, 25, 51) fem-assembly-cpp 152.213 "Assembly for various forms and backends"
+(2013, 5, 3, 1, 26, 3) fem-convergence-cpp 12.0994 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 3, 1, 26, 5) fem-jit-python 0.0010428 "JIT compilation (in memory cache)"
+(2013, 5, 3, 1, 31, 8) fem-speedup-cpp 303.394 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 3, 1, 31, 8) fem-speedup-cpp-assembly 6.57193 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 3, 1, 31, 8) fem-speedup-cpp-solve 2.22086 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 3, 1, 31, 30) mesh-refinement-cpp 19.8577 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 3, 1, 31, 50) mesh-topology-cpp 19.5836 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 3, 1, 32, 14) mesh-unitcube-cpp 24.3928 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 3, 1, 32, 56) mesh-iteration-cpp 39.1616 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 3, 1, 33, 18) function-evaluation-cpp 21.8032 "Evaluations of functions at arbitrary points."
+(2013, 5, 3, 1, 33, 18) function-evaluation-cpp 21.6738 "Evaluations of functions at arbitrary points."
+(2013, 5, 3, 1, 33, 23) function-extrapolation-python 4.70257 "*** -------------------------------------------------------------------------"
+(2013, 5, 3, 1, 33, 23) function-extrapolation-python 2.11634 "*** -------------------------------------------------------------------------"
+(2013, 5, 3, 1, 33, 46) la-vector-access-cpp 23.6619 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 3, 1, 34, 11) la-vector-assignment-cpp 25.0234 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 4, 1, 19, 17) common-progress-cpp 28.703 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 4, 1, 19, 48) common-timing-cpp 31.7999 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 4, 1, 21, 35) fem-multicore-cpp 106.937 "Coloring mesh."
+(2013, 5, 4, 1, 24, 7) fem-assembly-cpp 151.884 "Assembly for various forms and backends"
+(2013, 5, 4, 1, 24, 19) fem-convergence-cpp 12.0982 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 4, 1, 24, 21) fem-jit-python 0.0010298 "JIT compilation (in memory cache)"
+(2013, 5, 4, 1, 29, 24) fem-speedup-cpp 302.639 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 4, 1, 29, 24) fem-speedup-cpp-assembly 6.4109 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 4, 1, 29, 24) fem-speedup-cpp-solve 2.37475 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 4, 1, 29, 45) mesh-refinement-cpp 19.9123 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 4, 1, 30, 5) mesh-topology-cpp 19.6394 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 4, 1, 30, 29) mesh-unitcube-cpp 24.4061 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 4, 1, 31, 18) mesh-iteration-cpp 46.0641 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 4, 1, 31, 39) function-evaluation-cpp 21.1095 "Evaluations of functions at arbitrary points."
+(2013, 5, 4, 1, 31, 39) function-evaluation-cpp 21.0277 "Evaluations of functions at arbitrary points."
+(2013, 5, 4, 1, 31, 43) function-extrapolation-python 4.42952 "*** -------------------------------------------------------------------------"
+(2013, 5, 4, 1, 31, 43) function-extrapolation-python 2.1133 "*** -------------------------------------------------------------------------"
+(2013, 5, 4, 1, 32, 7) la-vector-access-cpp 23.3996 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 4, 1, 32, 34) la-vector-assignment-cpp 27.5743 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 5, 1, 21, 54) common-progress-cpp 28.6863 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 5, 1, 22, 24) common-timing-cpp 30.3428 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 5, 1, 24, 11) fem-multicore-cpp 106.663 "Coloring mesh."
+(2013, 5, 5, 1, 26, 44) fem-assembly-cpp 153.035 "Assembly for various forms and backends"
+(2013, 5, 5, 1, 26, 56) fem-convergence-cpp 12.0975 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 5, 1, 26, 58) fem-jit-python 0.00102999 "JIT compilation (in memory cache)"
+(2013, 5, 5, 1, 32, 4) fem-speedup-cpp 305.597 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 5, 1, 32, 4) fem-speedup-cpp-assembly 6.56843 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 5, 1, 32, 4) fem-speedup-cpp-solve 2.31122 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 5, 1, 32, 24) mesh-refinement-cpp 19.8644 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 5, 1, 32, 44) mesh-topology-cpp 19.553 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 5, 1, 33, 8) mesh-unitcube-cpp 24.3934 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 5, 1, 33, 50) mesh-iteration-cpp 39.1597 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 5, 1, 34, 11) function-evaluation-cpp 21.1446 "Evaluations of functions at arbitrary points."
+(2013, 5, 5, 1, 34, 11) function-evaluation-cpp 21.0471 "Evaluations of functions at arbitrary points."
+(2013, 5, 5, 1, 34, 16) function-extrapolation-python 4.55283 "*** -------------------------------------------------------------------------"
+(2013, 5, 5, 1, 34, 16) function-extrapolation-python 2.12224 "*** -------------------------------------------------------------------------"
+(2013, 5, 5, 1, 34, 39) la-vector-access-cpp 23.4574 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 5, 1, 35, 4) la-vector-assignment-cpp 25.087 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 6, 1, 20, 4) common-progress-cpp 28.703 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 6, 1, 20, 35) common-timing-cpp 30.3224 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 6, 1, 22, 22) fem-multicore-cpp 106.92 "Coloring mesh."
+(2013, 5, 6, 1, 24, 53) fem-assembly-cpp 151.941 "Assembly for various forms and backends"
+(2013, 5, 6, 1, 25, 6) fem-convergence-cpp 12.0977 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 6, 1, 25, 7) fem-jit-python 0.00104599 "JIT compilation (in memory cache)"
+(2013, 5, 6, 1, 30, 13) fem-speedup-cpp 306.103 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 6, 1, 30, 13) fem-speedup-cpp-assembly 6.455 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 6, 1, 30, 13) fem-speedup-cpp-solve 2.3164 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 6, 1, 30, 35) mesh-refinement-cpp 19.8456 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 6, 1, 30, 55) mesh-topology-cpp 19.601 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 6, 1, 31, 19) mesh-unitcube-cpp 24.4714 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 6, 1, 32, 1) mesh-iteration-cpp 39.1292 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 6, 1, 32, 22) function-evaluation-cpp 21.1705 "Evaluations of functions at arbitrary points."
+(2013, 5, 6, 1, 32, 22) function-evaluation-cpp 21.0599 "Evaluations of functions at arbitrary points."
+(2013, 5, 6, 1, 32, 27) function-extrapolation-python 4.59439 "*** -------------------------------------------------------------------------"
+(2013, 5, 6, 1, 32, 27) function-extrapolation-python 2.08691 "*** -------------------------------------------------------------------------"
+(2013, 5, 6, 1, 32, 50) la-vector-access-cpp 23.4394 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 6, 1, 33, 15) la-vector-assignment-cpp 25.0899 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 7, 1, 18, 16) common-progress-cpp 28.6531 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 7, 1, 18, 46) common-timing-cpp 29.9226 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 7, 1, 20, 33) fem-multicore-cpp 106.748 "Coloring mesh."
+(2013, 5, 7, 1, 23, 5) fem-assembly-cpp 152.267 "Assembly for various forms and backends"
+(2013, 5, 7, 1, 23, 17) fem-convergence-cpp 12.1049 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 7, 1, 23, 19) fem-jit-python 0.00104439 "JIT compilation (in memory cache)"
+(2013, 5, 7, 1, 28, 24) fem-speedup-cpp 305.046 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 7, 1, 28, 24) fem-speedup-cpp-assembly 6.45969 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 7, 1, 28, 24) fem-speedup-cpp-solve 2.23675 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 7, 1, 28, 46) mesh-refinement-cpp 19.876 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 7, 1, 29, 6) mesh-topology-cpp 19.5867 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 7, 1, 29, 30) mesh-unitcube-cpp 24.3237 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 7, 1, 30, 12) mesh-iteration-cpp 39.1545 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 7, 1, 30, 33) function-evaluation-cpp 21.2371 "Evaluations of functions at arbitrary points."
+(2013, 5, 7, 1, 30, 33) function-evaluation-cpp 21.1068 "Evaluations of functions at arbitrary points."
+(2013, 5, 7, 1, 30, 38) function-extrapolation-python 4.56615 "*** -------------------------------------------------------------------------"
+(2013, 5, 7, 1, 30, 38) function-extrapolation-python 2.11616 "*** -------------------------------------------------------------------------"
+(2013, 5, 7, 1, 31, 1) la-vector-access-cpp 23.4819 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 7, 1, 31, 26) la-vector-assignment-cpp 25.0778 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 8, 1, 18, 44) common-progress-cpp 28.6864 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 8, 1, 19, 14) common-timing-cpp 29.8535 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 8, 1, 21, 1) fem-multicore-cpp 107.235 "Coloring mesh."
+(2013, 5, 8, 1, 23, 33) fem-assembly-cpp 152.249 "Assembly for various forms and backends"
+(2013, 5, 8, 1, 23, 45) fem-convergence-cpp 12.1019 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 8, 1, 23, 47) fem-jit-python 0.00104451 "JIT compilation (in memory cache)"
+(2013, 5, 8, 1, 28, 51) fem-speedup-cpp 304.416 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 8, 1, 28, 51) fem-speedup-cpp-assembly 6.5183 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 8, 1, 28, 51) fem-speedup-cpp-solve 2.31567 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 8, 1, 29, 12) mesh-refinement-cpp 19.8711 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 8, 1, 29, 32) mesh-topology-cpp 19.499 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 8, 1, 29, 56) mesh-unitcube-cpp 24.5936 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 8, 1, 30, 38) mesh-iteration-cpp 39.1602 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 8, 1, 30, 59) function-evaluation-cpp 21.3978 "Evaluations of functions at arbitrary points."
+(2013, 5, 8, 1, 30, 59) function-evaluation-cpp 21.2933 "Evaluations of functions at arbitrary points."
+(2013, 5, 8, 1, 31, 16) function-extrapolation-python 16.7852 "*** -------------------------------------------------------------------------"
+(2013, 5, 8, 1, 31, 16) function-extrapolation-python 2.13427 "*** -------------------------------------------------------------------------"
+(2013, 5, 8, 1, 31, 41) la-vector-access-cpp 24.9319 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 8, 1, 32, 6) la-vector-assignment-cpp 25.066 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 9, 1, 21, 1) common-progress-cpp 28.7281 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 9, 1, 21, 31) common-timing-cpp 30.2288 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 9, 1, 23, 18) fem-multicore-cpp 106.799 "Coloring mesh."
+(2013, 5, 9, 1, 25, 46) fem-assembly-cpp 147.739 "Assembly for various forms and backends"
+(2013, 5, 9, 1, 25, 58) fem-convergence-cpp 12.1154 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 9, 1, 26, 0) fem-jit-python 0.00103281 "JIT compilation (in memory cache)"
+(2013, 5, 9, 1, 31, 4) fem-speedup-cpp 303.736 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 9, 1, 31, 4) fem-speedup-cpp-assembly 6.43074 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 9, 1, 31, 4) fem-speedup-cpp-solve 2.33124 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 9, 1, 31, 24) mesh-refinement-cpp 19.8871 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 9, 1, 31, 44) mesh-topology-cpp 19.3851 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 9, 1, 32, 8) mesh-unitcube-cpp 24.3987 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 9, 1, 32, 57) mesh-iteration-cpp 46.0594 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 9, 1, 33, 18) function-evaluation-cpp 21.1426 "Evaluations of functions at arbitrary points."
+(2013, 5, 9, 1, 33, 18) function-evaluation-cpp 21.0643 "Evaluations of functions at arbitrary points."
+(2013, 5, 9, 1, 33, 22) function-extrapolation-python 4.54238 "*** -------------------------------------------------------------------------"
+(2013, 5, 9, 1, 33, 22) function-extrapolation-python 2.11416 "*** -------------------------------------------------------------------------"
+(2013, 5, 9, 1, 33, 46) la-vector-access-cpp 23.4261 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 9, 1, 34, 12) la-vector-assignment-cpp 26.4632 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 10, 1, 20, 11) common-progress-cpp 29.0283 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 10, 1, 20, 43) common-timing-cpp 31.4199 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 10, 1, 22, 30) fem-multicore-cpp 107.097 "Coloring mesh."
+(2013, 5, 10, 1, 24, 57) fem-assembly-cpp 147.533 "Assembly for various forms and backends"
+(2013, 5, 10, 1, 25, 9) fem-convergence-cpp 12.1081 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 10, 1, 25, 11) fem-jit-python 0.0010258 "JIT compilation (in memory cache)"
+(2013, 5, 10, 1, 30, 16) fem-speedup-cpp 304.707 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 10, 1, 30, 16) fem-speedup-cpp-assembly 6.50599 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 10, 1, 30, 16) fem-speedup-cpp-solve 2.33266 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 10, 1, 30, 37) mesh-refinement-cpp 19.8851 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 10, 1, 30, 56) mesh-topology-cpp 19.4559 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 10, 1, 31, 21) mesh-unitcube-cpp 24.3756 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 10, 1, 32, 3) mesh-iteration-cpp 39.1606 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 10, 1, 32, 24) function-evaluation-cpp 21.1395 "Evaluations of functions at arbitrary points."
+(2013, 5, 10, 1, 32, 24) function-evaluation-cpp 21.0513 "Evaluations of functions at arbitrary points."
+(2013, 5, 10, 1, 32, 28) function-extrapolation-python 4.56953 "*** -------------------------------------------------------------------------"
+(2013, 5, 10, 1, 32, 28) function-extrapolation-python 2.10541 "*** -------------------------------------------------------------------------"
+(2013, 5, 10, 1, 32, 53) la-vector-access-cpp 24.9269 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 10, 1, 33, 18) la-vector-assignment-cpp 25.0606 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 11, 1, 21, 30) common-progress-cpp 28.7779 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 11, 1, 22, 1) common-timing-cpp 30.3501 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 11, 1, 23, 48) fem-multicore-cpp 107.454 "Coloring mesh."
+(2013, 5, 11, 1, 26, 18) fem-assembly-cpp 150.228 "Assembly for various forms and backends"
+(2013, 5, 11, 1, 26, 30) fem-convergence-cpp 12.1122 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 11, 1, 26, 32) fem-jit-python 0.00103781 "JIT compilation (in memory cache)"
+(2013, 5, 11, 1, 31, 39) fem-speedup-cpp 306.255 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 11, 1, 31, 39) fem-speedup-cpp-assembly 6.66266 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 11, 1, 31, 39) fem-speedup-cpp-solve 2.318 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 11, 1, 32, 0) mesh-refinement-cpp 19.8429 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 11, 1, 32, 20) mesh-topology-cpp 19.2927 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 11, 1, 32, 44) mesh-unitcube-cpp 24.5239 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 11, 1, 33, 22) mesh-iteration-cpp 35.48 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 11, 1, 33, 44) function-evaluation-cpp 21.2372 "Evaluations of functions at arbitrary points."
+(2013, 5, 11, 1, 33, 44) function-evaluation-cpp 21.1171 "Evaluations of functions at arbitrary points."
+(2013, 5, 11, 1, 33, 48) function-extrapolation-python 4.48031 "*** -------------------------------------------------------------------------"
+(2013, 5, 11, 1, 33, 48) function-extrapolation-python 2.09146 "*** -------------------------------------------------------------------------"
+(2013, 5, 11, 1, 34, 13) la-vector-access-cpp 24.9474 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 11, 1, 34, 38) la-vector-assignment-cpp 25.0796 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 12, 1, 20, 34) common-progress-cpp 28.728 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 12, 1, 21, 5) common-timing-cpp 31.223 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 12, 1, 22, 53) fem-multicore-cpp 108.313 "Coloring mesh."
+(2013, 5, 12, 1, 25, 24) fem-assembly-cpp 151.04 "Assembly for various forms and backends"
+(2013, 5, 12, 1, 25, 37) fem-convergence-cpp 12.1588 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 12, 1, 25, 38) fem-jit-python 0.00104308 "JIT compilation (in memory cache)"
+(2013, 5, 12, 1, 30, 45) fem-speedup-cpp 306.497 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 12, 1, 30, 45) fem-speedup-cpp-assembly 6.58497 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 12, 1, 30, 45) fem-speedup-cpp-solve 2.32124 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 12, 1, 31, 7) mesh-refinement-cpp 19.967 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 12, 1, 31, 27) mesh-topology-cpp 19.464 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 12, 1, 31, 51) mesh-unitcube-cpp 24.2139 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 12, 1, 32, 33) mesh-iteration-cpp 39.1528 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 12, 1, 32, 55) function-evaluation-cpp 22.6945 "Evaluations of functions at arbitrary points."
+(2013, 5, 12, 1, 32, 55) function-evaluation-cpp 22.568 "Evaluations of functions at arbitrary points."
+(2013, 5, 12, 1, 33, 0) function-extrapolation-python 4.52773 "*** -------------------------------------------------------------------------"
+(2013, 5, 12, 1, 33, 0) function-extrapolation-python 2.10171 "*** -------------------------------------------------------------------------"
+(2013, 5, 12, 1, 33, 25) la-vector-access-cpp 24.9897 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 12, 1, 33, 50) la-vector-assignment-cpp 25.0889 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 13, 1, 20, 41) common-progress-cpp 28.7446 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 13, 1, 21, 12) common-timing-cpp 30.9912 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 13, 1, 23, 0) fem-multicore-cpp 108.233 "Coloring mesh."
+(2013, 5, 13, 1, 25, 31) fem-assembly-cpp 151.069 "Assembly for various forms and backends"
+(2013, 5, 13, 1, 25, 43) fem-convergence-cpp 12.1688 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 13, 1, 25, 45) fem-jit-python 0.00102742 "JIT compilation (in memory cache)"
+(2013, 5, 13, 1, 30, 49) fem-speedup-cpp 304.105 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 13, 1, 30, 49) fem-speedup-cpp-assembly 6.54235 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 13, 1, 30, 49) fem-speedup-cpp-solve 2.33474 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 13, 1, 31, 10) mesh-refinement-cpp 19.9462 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 13, 1, 31, 30) mesh-topology-cpp 19.4084 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 13, 1, 31, 54) mesh-unitcube-cpp 24.257 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 13, 1, 32, 36) mesh-iteration-cpp 39.1609 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 13, 1, 32, 57) function-evaluation-cpp 21.1819 "Evaluations of functions at arbitrary points."
+(2013, 5, 13, 1, 32, 57) function-evaluation-cpp 21.1019 "Evaluations of functions at arbitrary points."
+(2013, 5, 13, 1, 33, 1) function-extrapolation-python 4.42833 "*** -------------------------------------------------------------------------"
+(2013, 5, 13, 1, 33, 1) function-extrapolation-python 2.09207 "*** -------------------------------------------------------------------------"
+(2013, 5, 13, 1, 33, 24) la-vector-access-cpp 22.9352 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 13, 1, 33, 52) la-vector-assignment-cpp 27.5797 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 14, 1, 24, 29) common-progress-cpp 32.7661 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 14, 1, 24, 58) common-timing-cpp 29.1928 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 14, 1, 26, 46) fem-multicore-cpp 107.239 "Coloring mesh."
+(2013, 5, 14, 1, 29, 16) fem-assembly-cpp 149.901 "Assembly for various forms and backends"
+(2013, 5, 14, 1, 29, 28) fem-convergence-cpp 12.0958 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 14, 1, 29, 30) fem-jit-python 0.00102239 "JIT compilation (in memory cache)"
+(2013, 5, 14, 1, 34, 36) fem-speedup-cpp 306.824 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 14, 1, 34, 36) fem-speedup-cpp-assembly 6.60443 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 14, 1, 34, 36) fem-speedup-cpp-solve 2.29173 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 14, 1, 34, 59) mesh-refinement-cpp 20.0175 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 14, 1, 35, 18) mesh-topology-cpp 19.3419 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 14, 1, 35, 42) mesh-unitcube-cpp 24.0576 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 14, 1, 36, 24) mesh-iteration-cpp 39.1568 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 14, 1, 36, 45) function-evaluation-cpp 21.3955 "Evaluations of functions at arbitrary points."
+(2013, 5, 14, 1, 36, 45) function-evaluation-cpp 21.2643 "Evaluations of functions at arbitrary points."
+(2013, 5, 14, 1, 36, 50) function-extrapolation-python 4.50211 "*** -------------------------------------------------------------------------"
+(2013, 5, 14, 1, 36, 50) function-extrapolation-python 2.11037 "*** -------------------------------------------------------------------------"
+(2013, 5, 14, 1, 37, 13) la-vector-access-cpp 22.9491 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 14, 1, 37, 38) la-vector-assignment-cpp 25.0906 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 15, 1, 19, 10) common-progress-cpp 29.1026 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 15, 1, 19, 41) common-timing-cpp 30.4436 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 15, 1, 21, 28) fem-multicore-cpp 106.814 "Coloring mesh."
+(2013, 5, 15, 1, 23, 59) fem-assembly-cpp 150.894 "Assembly for various forms and backends"
+(2013, 5, 15, 1, 24, 11) fem-convergence-cpp 12.0981 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 15, 1, 24, 12) fem-jit-python 0.00103028 "JIT compilation (in memory cache)"
+(2013, 5, 15, 1, 29, 21) fem-speedup-cpp 308.904 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 15, 1, 29, 21) fem-speedup-cpp-assembly 6.5603 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 15, 1, 29, 21) fem-speedup-cpp-solve 2.24798 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 15, 1, 29, 43) mesh-refinement-cpp 19.894 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 15, 1, 30, 3) mesh-topology-cpp 19.3737 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 15, 1, 30, 27) mesh-unitcube-cpp 24.0552 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 15, 1, 31, 9) mesh-iteration-cpp 39.1598 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 15, 1, 31, 30) function-evaluation-cpp 21.2177 "Evaluations of functions at arbitrary points."
+(2013, 5, 15, 1, 31, 30) function-evaluation-cpp 21.1229 "Evaluations of functions at arbitrary points."
+(2013, 5, 15, 1, 31, 34) function-extrapolation-python 4.52671 "*** -------------------------------------------------------------------------"
+(2013, 5, 15, 1, 31, 34) function-extrapolation-python 2.10369 "*** -------------------------------------------------------------------------"
+(2013, 5, 15, 1, 31, 59) la-vector-access-cpp 24.9479 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 15, 1, 32, 25) la-vector-assignment-cpp 25.3165 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 16, 1, 20, 51) common-progress-cpp 28.8445 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 16, 1, 21, 22) common-timing-cpp 30.1864 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 16, 1, 23, 9) fem-multicore-cpp 106.955 "Coloring mesh."
+(2013, 5, 16, 1, 25, 40) fem-assembly-cpp 151.816 "Assembly for various forms and backends"
+(2013, 5, 16, 1, 25, 53) fem-convergence-cpp 12.1272 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 16, 1, 25, 54) fem-jit-python 0.00103111 "JIT compilation (in memory cache)"
+(2013, 5, 16, 1, 30, 58) fem-speedup-cpp 304.063 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 16, 1, 30, 58) fem-speedup-cpp-assembly 6.52952 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 16, 1, 30, 58) fem-speedup-cpp-solve 2.33616 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 16, 1, 31, 21) mesh-refinement-cpp 20.122 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 16, 1, 31, 40) mesh-topology-cpp 19.4495 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 16, 1, 32, 4) mesh-unitcube-cpp 23.958 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 16, 1, 32, 46) mesh-iteration-cpp 39.1588 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 16, 1, 33, 7) function-evaluation-cpp 21.1297 "Evaluations of functions at arbitrary points."
+(2013, 5, 16, 1, 33, 7) function-evaluation-cpp 21.0501 "Evaluations of functions at arbitrary points."
+(2013, 5, 16, 1, 33, 11) function-extrapolation-python 4.57905 "*** -------------------------------------------------------------------------"
+(2013, 5, 16, 1, 33, 11) function-extrapolation-python 2.14267 "*** -------------------------------------------------------------------------"
+(2013, 5, 16, 1, 33, 35) la-vector-access-cpp 23.4297 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 16, 1, 34, 0) la-vector-assignment-cpp 25.0683 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 17, 1, 19, 35) common-progress-cpp 28.9361 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 17, 1, 20, 6) common-timing-cpp 30.6966 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 17, 1, 21, 53) fem-multicore-cpp 107.309 "Coloring mesh."
+(2013, 5, 17, 1, 24, 25) fem-assembly-cpp 151.509 "Assembly for various forms and backends"
+(2013, 5, 17, 1, 24, 37) fem-convergence-cpp 12.1082 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 17, 1, 24, 39) fem-jit-python 0.00105009 "JIT compilation (in memory cache)"
+(2013, 5, 17, 1, 29, 47) fem-speedup-cpp 307.57 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 17, 1, 29, 47) fem-speedup-cpp-assembly 6.55186 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 17, 1, 29, 47) fem-speedup-cpp-solve 2.29484 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 17, 1, 30, 9) mesh-refinement-cpp 20.0431 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 17, 1, 30, 28) mesh-topology-cpp 19.4711 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 17, 1, 30, 52) mesh-unitcube-cpp 24.0535 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 17, 1, 31, 34) mesh-iteration-cpp 39.1519 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 17, 1, 31, 55) function-evaluation-cpp 21.2443 "Evaluations of functions at arbitrary points."
+(2013, 5, 17, 1, 31, 55) function-evaluation-cpp 21.1529 "Evaluations of functions at arbitrary points."
+(2013, 5, 17, 1, 32, 0) function-extrapolation-python 4.52667 "*** -------------------------------------------------------------------------"
+(2013, 5, 17, 1, 32, 0) function-extrapolation-python 2.09405 "*** -------------------------------------------------------------------------"
+(2013, 5, 17, 1, 32, 25) la-vector-access-cpp 24.9493 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 17, 1, 32, 51) la-vector-assignment-cpp 26.5935 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 18, 1, 21, 52) common-progress-cpp 28.8361 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 18, 1, 22, 22) common-timing-cpp 29.8164 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 18, 1, 24, 8) fem-multicore-cpp 106.682 "Coloring mesh."
+(2013, 5, 18, 1, 26, 38) fem-assembly-cpp 150.036 "Assembly for various forms and backends"
+(2013, 5, 18, 1, 26, 50) fem-convergence-cpp 12.1088 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 18, 1, 26, 52) fem-jit-python 0.00104172 "JIT compilation (in memory cache)"
+(2013, 5, 18, 1, 31, 57) fem-speedup-cpp 304.491 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 18, 1, 31, 57) fem-speedup-cpp-assembly 6.5882 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 18, 1, 31, 57) fem-speedup-cpp-solve 2.32749 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 18, 1, 32, 18) mesh-refinement-cpp 20.0809 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 18, 1, 32, 37) mesh-topology-cpp 19.4287 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 18, 1, 33, 1) mesh-unitcube-cpp 23.9386 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 18, 1, 33, 43) mesh-iteration-cpp 39.1571 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 18, 1, 34, 4) function-evaluation-cpp 21.4158 "Evaluations of functions at arbitrary points."
+(2013, 5, 18, 1, 34, 4) function-evaluation-cpp 21.3358 "Evaluations of functions at arbitrary points."
+(2013, 5, 18, 1, 34, 9) function-extrapolation-python 4.44161 "*** -------------------------------------------------------------------------"
+(2013, 5, 18, 1, 34, 9) function-extrapolation-python 2.12951 "*** -------------------------------------------------------------------------"
+(2013, 5, 18, 1, 34, 33) la-vector-access-cpp 24.9375 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 18, 1, 34, 59) la-vector-assignment-cpp 25.0731 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 19, 1, 18, 39) common-progress-cpp 28.8946 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 19, 1, 19, 9) common-timing-cpp 30.0161 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 19, 1, 20, 56) fem-multicore-cpp 106.846 "Coloring mesh."
+(2013, 5, 19, 1, 23, 26) fem-assembly-cpp 149.82 "Assembly for various forms and backends"
+(2013, 5, 19, 1, 23, 38) fem-convergence-cpp 12.1073 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 19, 1, 23, 40) fem-jit-python 0.00102971 "JIT compilation (in memory cache)"
+(2013, 5, 19, 1, 28, 44) fem-speedup-cpp 304.363 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 19, 1, 28, 44) fem-speedup-cpp-assembly 6.41508 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 19, 1, 28, 44) fem-speedup-cpp-solve 2.34097 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 19, 1, 29, 5) mesh-refinement-cpp 20.1861 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 19, 1, 29, 25) mesh-topology-cpp 19.5613 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 19, 1, 29, 49) mesh-unitcube-cpp 23.9706 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 19, 1, 30, 30) mesh-iteration-cpp 39.1538 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 19, 1, 30, 52) function-evaluation-cpp 21.2196 "Evaluations of functions at arbitrary points."
+(2013, 5, 19, 1, 30, 52) function-evaluation-cpp 21.0766 "Evaluations of functions at arbitrary points."
+(2013, 5, 19, 1, 30, 56) function-extrapolation-python 4.52784 "*** -------------------------------------------------------------------------"
+(2013, 5, 19, 1, 30, 56) function-extrapolation-python 2.14135 "*** -------------------------------------------------------------------------"
+(2013, 5, 19, 1, 31, 20) la-vector-access-cpp 23.4278 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 19, 1, 31, 47) la-vector-assignment-cpp 27.0797 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 20, 1, 22, 21) common-progress-cpp 32.6912 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 20, 1, 22, 52) common-timing-cpp 30.752 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 20, 1, 24, 39) fem-multicore-cpp 106.931 "Coloring mesh."
+(2013, 5, 20, 1, 27, 9) fem-assembly-cpp 150.006 "Assembly for various forms and backends"
+(2013, 5, 20, 1, 27, 21) fem-convergence-cpp 12.0994 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 20, 1, 27, 23) fem-jit-python 0.0010319 "JIT compilation (in memory cache)"
+(2013, 5, 20, 1, 32, 28) fem-speedup-cpp 305.075 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 20, 1, 32, 28) fem-speedup-cpp-assembly 6.53101 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 20, 1, 32, 28) fem-speedup-cpp-solve 2.31491 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 20, 1, 32, 50) mesh-refinement-cpp 20.094 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 20, 1, 33, 9) mesh-topology-cpp 19.4123 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 20, 1, 33, 33) mesh-unitcube-cpp 23.9109 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 20, 1, 34, 15) mesh-iteration-cpp 39.1567 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 20, 1, 34, 36) function-evaluation-cpp 21.1334 "Evaluations of functions at arbitrary points."
+(2013, 5, 20, 1, 34, 36) function-evaluation-cpp 21.051 "Evaluations of functions at arbitrary points."
+(2013, 5, 20, 1, 34, 40) function-extrapolation-python 4.57326 "*** -------------------------------------------------------------------------"
+(2013, 5, 20, 1, 34, 40) function-extrapolation-python 2.13656 "*** -------------------------------------------------------------------------"
+(2013, 5, 20, 1, 35, 5) la-vector-access-cpp 24.946 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 20, 1, 35, 30) la-vector-assignment-cpp 25.0624 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 21, 1, 20, 10) common-progress-cpp 28.8362 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 21, 1, 20, 40) common-timing-cpp 29.9423 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 21, 1, 22, 27) fem-multicore-cpp 107.041 "Coloring mesh."
+(2013, 5, 21, 1, 24, 57) fem-assembly-cpp 150.408 "Assembly for various forms and backends"
+(2013, 5, 21, 1, 25, 9) fem-convergence-cpp 12.157 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 21, 1, 25, 11) fem-jit-python 0.00105901 "JIT compilation (in memory cache)"
+(2013, 5, 21, 1, 30, 18) fem-speedup-cpp 306.65 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 21, 1, 30, 18) fem-speedup-cpp-assembly 6.57408 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 21, 1, 30, 18) fem-speedup-cpp-solve 2.29544 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 21, 1, 30, 39) mesh-refinement-cpp 20.0847 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 21, 1, 30, 59) mesh-topology-cpp 19.4154 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 21, 1, 31, 23) mesh-unitcube-cpp 23.9815 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 21, 1, 32, 4) mesh-iteration-cpp 39.1527 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 21, 1, 32, 26) function-evaluation-cpp 21.1544 "Evaluations of functions at arbitrary points."
+(2013, 5, 21, 1, 32, 26) function-evaluation-cpp 21.0314 "Evaluations of functions at arbitrary points."
+(2013, 5, 21, 1, 32, 30) function-extrapolation-python 4.61956 "*** -------------------------------------------------------------------------"
+(2013, 5, 21, 1, 32, 30) function-extrapolation-python 2.11824 "*** -------------------------------------------------------------------------"
+(2013, 5, 21, 1, 32, 55) la-vector-access-cpp 24.9548 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 21, 1, 33, 20) la-vector-assignment-cpp 25.089 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 22, 1, 20, 42) common-progress-cpp 28.7197 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 22, 1, 21, 12) common-timing-cpp 29.7857 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 22, 1, 22, 59) fem-multicore-cpp 106.819 "Coloring mesh."
+(2013, 5, 22, 1, 25, 30) fem-assembly-cpp 150.91 "Assembly for various forms and backends"
+(2013, 5, 22, 1, 25, 42) fem-convergence-cpp 12.1158 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 22, 1, 25, 44) fem-jit-python 0.00103281 "JIT compilation (in memory cache)"
+(2013, 5, 22, 1, 30, 49) fem-speedup-cpp 304.746 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 22, 1, 30, 49) fem-speedup-cpp-assembly 6.6097 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 22, 1, 30, 49) fem-speedup-cpp-solve 2.32667 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 22, 1, 31, 9) mesh-refinement-cpp 20.0798 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 22, 1, 31, 29) mesh-topology-cpp 19.4705 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 22, 1, 31, 53) mesh-unitcube-cpp 24.0869 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 22, 1, 32, 35) mesh-iteration-cpp 39.1569 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 22, 1, 32, 56) function-evaluation-cpp 21.1544 "Evaluations of functions at arbitrary points."
+(2013, 5, 22, 1, 32, 56) function-evaluation-cpp 21.0712 "Evaluations of functions at arbitrary points."
+(2013, 5, 22, 1, 33, 0) function-extrapolation-python 4.51483 "*** -------------------------------------------------------------------------"
+(2013, 5, 22, 1, 33, 0) function-extrapolation-python 2.12681 "*** -------------------------------------------------------------------------"
+(2013, 5, 22, 1, 33, 24) la-vector-access-cpp 23.4383 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 22, 1, 33, 51) la-vector-assignment-cpp 27.1967 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 23, 1, 22, 18) common-progress-cpp 28.9694 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 23, 1, 22, 48) common-timing-cpp 30.7527 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 23, 1, 24, 36) fem-multicore-cpp 107.227 "Coloring mesh."
+(2013, 5, 23, 1, 27, 6) fem-assembly-cpp 150.524 "Assembly for various forms and backends"
+(2013, 5, 23, 1, 27, 18) fem-convergence-cpp 12.1274 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 23, 1, 27, 20) fem-jit-python 0.00103579 "JIT compilation (in memory cache)"
+(2013, 5, 23, 1, 32, 29) fem-speedup-cpp 309.053 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 23, 1, 32, 29) fem-speedup-cpp-assembly 6.51775 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 23, 1, 32, 29) fem-speedup-cpp-solve 2.23861 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 23, 1, 32, 51) mesh-refinement-cpp 20.1012 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 23, 1, 33, 11) mesh-topology-cpp 19.4229 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 23, 1, 33, 35) mesh-unitcube-cpp 23.9371 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 23, 1, 34, 26) mesh-iteration-cpp 49.2226 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 23, 1, 34, 48) function-evaluation-cpp 21.3877 "Evaluations of functions at arbitrary points."
+(2013, 5, 23, 1, 34, 48) function-evaluation-cpp 21.2816 "Evaluations of functions at arbitrary points."
+(2013, 5, 23, 1, 34, 52) function-extrapolation-python 4.51764 "*** -------------------------------------------------------------------------"
+(2013, 5, 23, 1, 34, 52) function-extrapolation-python 2.08921 "*** -------------------------------------------------------------------------"
+(2013, 5, 23, 1, 35, 16) la-vector-access-cpp 23.4442 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 23, 1, 35, 41) la-vector-assignment-cpp 25.036 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 24, 1, 21, 35) common-progress-cpp 28.9109 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 24, 1, 22, 6) common-timing-cpp 30.8263 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 24, 1, 23, 52) fem-multicore-cpp 106.961 "Coloring mesh."
+(2013, 5, 24, 1, 26, 22) fem-assembly-cpp 149.883 "Assembly for various forms and backends"
+(2013, 5, 24, 1, 26, 34) fem-convergence-cpp 12.1327 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 24, 1, 26, 36) fem-jit-python 0.00103981 "JIT compilation (in memory cache)"
+(2013, 5, 24, 1, 31, 40) fem-speedup-cpp 304.123 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 24, 1, 31, 40) fem-speedup-cpp-assembly 6.52779 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 24, 1, 31, 40) fem-speedup-cpp-solve 2.34078 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 24, 1, 32, 2) mesh-refinement-cpp 20.1018 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 24, 1, 32, 21) mesh-topology-cpp 19.3792 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 24, 1, 32, 45) mesh-unitcube-cpp 23.9445 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 24, 1, 33, 27) mesh-iteration-cpp 39.1624 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 24, 1, 33, 48) function-evaluation-cpp 21.1176 "Evaluations of functions at arbitrary points."
+(2013, 5, 24, 1, 33, 48) function-evaluation-cpp 21.0336 "Evaluations of functions at arbitrary points."
+(2013, 5, 24, 1, 33, 52) function-extrapolation-python 4.62782 "*** -------------------------------------------------------------------------"
+(2013, 5, 24, 1, 33, 52) function-extrapolation-python 2.16172 "*** -------------------------------------------------------------------------"
+(2013, 5, 24, 1, 34, 17) la-vector-access-cpp 24.9448 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 24, 1, 34, 42) la-vector-assignment-cpp 24.9165 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 25, 1, 20, 41) common-progress-cpp 28.7695 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 25, 1, 21, 12) common-timing-cpp 30.9639 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 25, 1, 22, 59) fem-multicore-cpp 107.133 "Coloring mesh."
+(2013, 5, 25, 1, 25, 30) fem-assembly-cpp 150.222 "Assembly for various forms and backends"
+(2013, 5, 25, 1, 25, 42) fem-convergence-cpp 12.128 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 25, 1, 25, 44) fem-jit-python 0.0010354 "JIT compilation (in memory cache)"
+(2013, 5, 25, 1, 30, 51) fem-speedup-cpp 307.203 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 25, 1, 30, 51) fem-speedup-cpp-assembly 6.57998 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 25, 1, 30, 51) fem-speedup-cpp-solve 2.26721 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 25, 1, 31, 13) mesh-refinement-cpp 19.9634 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 25, 1, 31, 32) mesh-topology-cpp 19.3921 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 25, 1, 31, 56) mesh-unitcube-cpp 23.9344 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 25, 1, 32, 38) mesh-iteration-cpp 39.1571 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 25, 1, 32, 59) function-evaluation-cpp 21.2128 "Evaluations of functions at arbitrary points."
+(2013, 5, 25, 1, 32, 59) function-evaluation-cpp 21.0869 "Evaluations of functions at arbitrary points."
+(2013, 5, 25, 1, 33, 4) function-extrapolation-python 4.59302 "*** -------------------------------------------------------------------------"
+(2013, 5, 25, 1, 33, 4) function-extrapolation-python 2.09164 "*** -------------------------------------------------------------------------"
+(2013, 5, 25, 1, 33, 27) la-vector-access-cpp 23.444 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 25, 1, 33, 55) la-vector-assignment-cpp 27.5433 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 26, 1, 20, 12) common-progress-cpp 32.5165 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 26, 1, 20, 43) common-timing-cpp 31.43 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 26, 1, 22, 31) fem-multicore-cpp 107.112 "Coloring mesh."
+(2013, 5, 26, 1, 25, 0) fem-assembly-cpp 149.708 "Assembly for various forms and backends"
+(2013, 5, 26, 1, 25, 12) fem-convergence-cpp 12.1366 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 26, 1, 25, 14) fem-jit-python 0.00103519 "JIT compilation (in memory cache)"
+(2013, 5, 26, 1, 30, 21) fem-speedup-cpp 306.286 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 26, 1, 30, 21) fem-speedup-cpp-assembly 6.60275 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 26, 1, 30, 21) fem-speedup-cpp-solve 2.28959 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 26, 1, 30, 41) mesh-refinement-cpp 19.9603 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 26, 1, 31, 1) mesh-topology-cpp 19.4221 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 26, 1, 31, 25) mesh-unitcube-cpp 23.9701 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 26, 1, 32, 7) mesh-iteration-cpp 39.1547 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 26, 1, 32, 28) function-evaluation-cpp 21.1501 "Evaluations of functions at arbitrary points."
+(2013, 5, 26, 1, 32, 28) function-evaluation-cpp 21.0719 "Evaluations of functions at arbitrary points."
+(2013, 5, 26, 1, 32, 32) function-extrapolation-python 4.58616 "*** -------------------------------------------------------------------------"
+(2013, 5, 26, 1, 32, 32) function-extrapolation-python 2.13118 "*** -------------------------------------------------------------------------"
+(2013, 5, 26, 1, 32, 56) la-vector-access-cpp 23.4307 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 26, 1, 33, 53) la-vector-assignment-cpp 57.0087 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 27, 1, 20, 55) common-progress-cpp 28.6947 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 27, 1, 21, 25) common-timing-cpp 30.2411 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 27, 1, 23, 12) fem-multicore-cpp 106.289 "Coloring mesh."
+(2013, 5, 27, 1, 25, 42) fem-assembly-cpp 150.881 "Assembly for various forms and backends"
+(2013, 5, 27, 1, 25, 54) fem-convergence-cpp 12.0935 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 27, 1, 25, 56) fem-jit-python 0.0010488 "JIT compilation (in memory cache)"
+(2013, 5, 27, 1, 31, 0) fem-speedup-cpp 303.779 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 27, 1, 31, 0) fem-speedup-cpp-assembly 6.69875 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 27, 1, 31, 0) fem-speedup-cpp-solve 2.34753 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 27, 1, 31, 21) mesh-refinement-cpp 19.9028 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 27, 1, 31, 40) mesh-topology-cpp 19.4461 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 27, 1, 32, 5) mesh-unitcube-cpp 24.131 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 27, 1, 32, 46) mesh-iteration-cpp 39.1556 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 27, 1, 33, 7) function-evaluation-cpp 21.1814 "Evaluations of functions at arbitrary points."
+(2013, 5, 27, 1, 33, 7) function-evaluation-cpp 21.1019 "Evaluations of functions at arbitrary points."
+(2013, 5, 27, 1, 33, 12) function-extrapolation-python 4.51966 "*** -------------------------------------------------------------------------"
+(2013, 5, 27, 1, 33, 12) function-extrapolation-python 2.12959 "*** -------------------------------------------------------------------------"
+(2013, 5, 27, 1, 33, 35) la-vector-access-cpp 22.9838 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 27, 1, 34, 0) la-vector-assignment-cpp 25.0716 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 28, 1, 19, 5) common-progress-cpp 29.011 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 28, 1, 19, 37) common-timing-cpp 31.242 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 28, 1, 21, 24) fem-multicore-cpp 107.088 "Coloring mesh."
+(2013, 5, 28, 1, 23, 55) fem-assembly-cpp 151.585 "Assembly for various forms and backends"
+(2013, 5, 28, 1, 24, 7) fem-convergence-cpp 12.0813 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 28, 1, 24, 9) fem-jit-python 0.0010371 "JIT compilation (in memory cache)"
+(2013, 5, 28, 1, 29, 16) fem-speedup-cpp 307.109 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 28, 1, 29, 16) fem-speedup-cpp-assembly 6.62981 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 28, 1, 29, 16) fem-speedup-cpp-solve 2.28976 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 28, 1, 29, 39) mesh-refinement-cpp 19.8446 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 28, 1, 29, 59) mesh-topology-cpp 19.4459 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 28, 1, 30, 23) mesh-unitcube-cpp 24.1726 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 28, 1, 31, 5) mesh-iteration-cpp 39.162 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 28, 1, 31, 26) function-evaluation-cpp 21.2293 "Evaluations of functions at arbitrary points."
+(2013, 5, 28, 1, 31, 26) function-evaluation-cpp 21.0526 "Evaluations of functions at arbitrary points."
+(2013, 5, 28, 1, 31, 31) function-extrapolation-python 4.57018 "*** -------------------------------------------------------------------------"
+(2013, 5, 28, 1, 31, 31) function-extrapolation-python 2.11285 "*** -------------------------------------------------------------------------"
+(2013, 5, 28, 1, 31, 54) la-vector-access-cpp 23.0034 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 28, 1, 32, 19) la-vector-assignment-cpp 25.083 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 29, 1, 18, 58) common-progress-cpp 28.9861 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 29, 1, 19, 28) common-timing-cpp 30.5528 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 29, 1, 21, 14) fem-multicore-cpp 106.3 "Coloring mesh."
+(2013, 5, 29, 1, 23, 46) fem-assembly-cpp 151.697 "Assembly for various forms and backends"
+(2013, 5, 29, 1, 23, 58) fem-convergence-cpp 12.0829 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 29, 1, 24, 0) fem-jit-python 0.0010299 "JIT compilation (in memory cache)"
+(2013, 5, 29, 1, 29, 3) fem-speedup-cpp 303.439 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 29, 1, 29, 3) fem-speedup-cpp-assembly 6.65012 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 29, 1, 29, 3) fem-speedup-cpp-solve 2.35138 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 29, 1, 29, 24) mesh-refinement-cpp 19.8514 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 29, 1, 29, 44) mesh-topology-cpp 19.4783 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 29, 1, 30, 8) mesh-unitcube-cpp 24.1873 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 29, 1, 30, 50) mesh-iteration-cpp 39.1601 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 29, 1, 31, 11) function-evaluation-cpp 21.148 "Evaluations of functions at arbitrary points."
+(2013, 5, 29, 1, 31, 11) function-evaluation-cpp 21.0599 "Evaluations of functions at arbitrary points."
+(2013, 5, 29, 1, 31, 15) function-extrapolation-python 4.58603 "*** -------------------------------------------------------------------------"
+(2013, 5, 29, 1, 31, 15) function-extrapolation-python 2.11564 "*** -------------------------------------------------------------------------"
+(2013, 5, 29, 1, 31, 38) la-vector-access-cpp 23.171 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 29, 1, 32, 4) la-vector-assignment-cpp 25.119 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 30, 1, 18, 25) common-progress-cpp 29.0192 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 30, 1, 18, 56) common-timing-cpp 30.4525 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 30, 1, 20, 43) fem-multicore-cpp 107.009 "Coloring mesh."
+(2013, 5, 30, 1, 23, 14) fem-assembly-cpp 151.376 "Assembly for various forms and backends"
+(2013, 5, 30, 1, 23, 26) fem-convergence-cpp 12.0844 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 30, 1, 23, 28) fem-jit-python 0.00106471 "JIT compilation (in memory cache)"
+(2013, 5, 30, 1, 28, 32) fem-speedup-cpp 303.388 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 30, 1, 28, 32) fem-speedup-cpp-assembly 6.58356 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 30, 1, 28, 32) fem-speedup-cpp-solve 2.35103 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 30, 1, 28, 52) mesh-refinement-cpp 19.876 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 30, 1, 29, 12) mesh-topology-cpp 19.6286 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 30, 1, 29, 36) mesh-unitcube-cpp 24.2816 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 30, 1, 30, 18) mesh-iteration-cpp 39.1608 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 30, 1, 30, 39) function-evaluation-cpp 21.1254 "Evaluations of functions at arbitrary points."
+(2013, 5, 30, 1, 30, 39) function-evaluation-cpp 21.0471 "Evaluations of functions at arbitrary points."
+(2013, 5, 30, 1, 30, 43) function-extrapolation-python 4.42653 "*** -------------------------------------------------------------------------"
+(2013, 5, 30, 1, 30, 43) function-extrapolation-python 2.13002 "*** -------------------------------------------------------------------------"
+(2013, 5, 30, 1, 31, 6) la-vector-access-cpp 22.9348 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 30, 1, 31, 33) la-vector-assignment-cpp 27.0872 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 5, 31, 1, 20, 38) common-progress-cpp 28.7612 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 5, 31, 1, 21, 9) common-timing-cpp 30.7114 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 5, 31, 1, 22, 56) fem-multicore-cpp 106.856 "Coloring mesh."
+(2013, 5, 31, 1, 25, 26) fem-assembly-cpp 150.784 "Assembly for various forms and backends"
+(2013, 5, 31, 1, 25, 38) fem-convergence-cpp 12.1384 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 5, 31, 1, 25, 40) fem-jit-python 0.0010422 "JIT compilation (in memory cache)"
+(2013, 5, 31, 1, 30, 44) fem-speedup-cpp 303.213 "Assembly/solve speedup running on 4 processors"
+(2013, 5, 31, 1, 30, 44) fem-speedup-cpp-assembly 6.56542 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 5, 31, 1, 30, 44) fem-speedup-cpp-solve 2.36584 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 5, 31, 1, 31, 4) mesh-refinement-cpp 19.843 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 5, 31, 1, 31, 24) mesh-topology-cpp 19.2905 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 5, 31, 1, 31, 47) mesh-unitcube-cpp 23.8696 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 5, 31, 1, 32, 25) mesh-iteration-cpp 35.5184 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 5, 31, 1, 32, 47) function-evaluation-cpp 21.1315 "Evaluations of functions at arbitrary points."
+(2013, 5, 31, 1, 32, 47) function-evaluation-cpp 21.0523 "Evaluations of functions at arbitrary points."
+(2013, 5, 31, 1, 32, 51) function-extrapolation-python 4.50307 "*** -------------------------------------------------------------------------"
+(2013, 5, 31, 1, 32, 51) function-extrapolation-python 2.11167 "*** -------------------------------------------------------------------------"
+(2013, 5, 31, 1, 33, 15) la-vector-access-cpp 23.4316 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 5, 31, 1, 33, 40) la-vector-assignment-cpp 25.0665 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 1, 1, 20, 10) common-progress-cpp 28.9527 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 1, 1, 20, 40) common-timing-cpp 29.7848 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 1, 1, 22, 26) fem-multicore-cpp 106.183 "Coloring mesh."
+(2013, 6, 1, 1, 24, 56) fem-assembly-cpp 150.162 "Assembly for various forms and backends"
+(2013, 6, 1, 1, 25, 8) fem-convergence-cpp 12.0929 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 1, 1, 25, 10) fem-jit-python 0.00105009 "JIT compilation (in memory cache)"
+(2013, 6, 1, 1, 30, 15) fem-speedup-cpp 304.325 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 1, 1, 30, 15) fem-speedup-cpp-assembly 6.56287 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 1, 1, 30, 15) fem-speedup-cpp-solve 2.3471 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 1, 1, 30, 35) mesh-refinement-cpp 19.8949 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 1, 1, 30, 55) mesh-topology-cpp 19.5427 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 1, 1, 31, 19) mesh-unitcube-cpp 24.1476 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 1, 1, 32, 1) mesh-iteration-cpp 39.1554 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 1, 1, 32, 22) function-evaluation-cpp 21.2354 "Evaluations of functions at arbitrary points."
+(2013, 6, 1, 1, 32, 22) function-evaluation-cpp 21.1289 "Evaluations of functions at arbitrary points."
+(2013, 6, 1, 1, 32, 27) function-extrapolation-python 4.51113 "*** -------------------------------------------------------------------------"
+(2013, 6, 1, 1, 32, 27) function-extrapolation-python 2.11699 "*** -------------------------------------------------------------------------"
+(2013, 6, 1, 1, 32, 52) la-vector-access-cpp 24.925 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 1, 1, 33, 19) la-vector-assignment-cpp 27.0494 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 2, 1, 21, 33) common-progress-cpp 29.0277 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 2, 1, 22, 3) common-timing-cpp 30.1406 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 2, 1, 23, 49) fem-multicore-cpp 106.31 "Coloring mesh."
+(2013, 6, 2, 1, 26, 19) fem-assembly-cpp 150.112 "Assembly for various forms and backends"
+(2013, 6, 2, 1, 26, 32) fem-convergence-cpp 12.0952 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 2, 1, 26, 33) fem-jit-python 0.0010268 "JIT compilation (in memory cache)"
+(2013, 6, 2, 1, 31, 37) fem-speedup-cpp 303.771 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 2, 1, 31, 37) fem-speedup-cpp-assembly 6.60848 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 2, 1, 31, 37) fem-speedup-cpp-solve 2.34083 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 2, 1, 31, 58) mesh-refinement-cpp 19.878 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 2, 1, 32, 17) mesh-topology-cpp 19.5544 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 2, 1, 32, 42) mesh-unitcube-cpp 24.1094 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 2, 1, 33, 23) mesh-iteration-cpp 39.1558 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 2, 1, 33, 44) function-evaluation-cpp 21.1284 "Evaluations of functions at arbitrary points."
+(2013, 6, 2, 1, 33, 44) function-evaluation-cpp 21.0596 "Evaluations of functions at arbitrary points."
+(2013, 6, 2, 1, 33, 49) function-extrapolation-python 4.57792 "*** -------------------------------------------------------------------------"
+(2013, 6, 2, 1, 33, 49) function-extrapolation-python 2.13477 "*** -------------------------------------------------------------------------"
+(2013, 6, 2, 1, 34, 12) la-vector-access-cpp 22.9349 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 2, 1, 34, 37) la-vector-assignment-cpp 25.0653 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 3, 1, 18, 31) common-progress-cpp 28.9318 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 3, 1, 19, 2) common-timing-cpp 30.5338 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 3, 1, 20, 49) fem-multicore-cpp 107.012 "Coloring mesh."
+(2013, 6, 3, 1, 23, 19) fem-assembly-cpp 149.945 "Assembly for various forms and backends"
+(2013, 6, 3, 1, 23, 31) fem-convergence-cpp 12.0869 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 3, 1, 23, 33) fem-jit-python 0.001033 "JIT compilation (in memory cache)"
+(2013, 6, 3, 1, 28, 38) fem-speedup-cpp 305.454 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 3, 1, 28, 38) fem-speedup-cpp-assembly 6.66777 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 3, 1, 28, 38) fem-speedup-cpp-solve 2.29007 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 3, 1, 28, 59) mesh-refinement-cpp 19.8768 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 3, 1, 29, 19) mesh-topology-cpp 19.5038 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 3, 1, 29, 43) mesh-unitcube-cpp 24.1324 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 3, 1, 30, 24) mesh-iteration-cpp 39.1625 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 3, 1, 30, 46) function-evaluation-cpp 21.3895 "Evaluations of functions at arbitrary points."
+(2013, 6, 3, 1, 30, 46) function-evaluation-cpp 21.3203 "Evaluations of functions at arbitrary points."
+(2013, 6, 3, 1, 30, 50) function-extrapolation-python 4.54526 "*** -------------------------------------------------------------------------"
+(2013, 6, 3, 1, 30, 50) function-extrapolation-python 2.13303 "*** -------------------------------------------------------------------------"
+(2013, 6, 3, 1, 31, 15) la-vector-access-cpp 24.9275 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 3, 1, 31, 42) la-vector-assignment-cpp 26.4625 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 4, 1, 19, 24) common-progress-cpp 28.8704 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 4, 1, 19, 54) common-timing-cpp 29.7689 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 4, 1, 21, 43) fem-multicore-cpp 109.287 "Coloring mesh."
+(2013, 6, 4, 1, 24, 17) fem-assembly-cpp 154.155 "Assembly for various forms and backends"
+(2013, 6, 4, 1, 24, 29) fem-convergence-cpp 12.1457 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 4, 1, 24, 31) fem-jit-python 0.0010354 "JIT compilation (in memory cache)"
+(2013, 6, 4, 1, 29, 35) fem-speedup-cpp 304.081 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 4, 1, 29, 35) fem-speedup-cpp-assembly 6.55852 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 4, 1, 29, 35) fem-speedup-cpp-solve 2.33502 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 4, 1, 29, 56) mesh-refinement-cpp 19.7441 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 4, 1, 30, 15) mesh-topology-cpp 19.4309 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 4, 1, 30, 39) mesh-unitcube-cpp 24.1853 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 4, 1, 31, 18) mesh-iteration-cpp 35.6294 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 4, 1, 31, 39) function-evaluation-cpp 21.1423 "Evaluations of functions at arbitrary points."
+(2013, 6, 4, 1, 31, 39) function-evaluation-cpp 21.0674 "Evaluations of functions at arbitrary points."
+(2013, 6, 4, 1, 31, 43) function-extrapolation-python 4.45936 "*** -------------------------------------------------------------------------"
+(2013, 6, 4, 1, 31, 43) function-extrapolation-python 2.12229 "*** -------------------------------------------------------------------------"
+(2013, 6, 4, 1, 32, 8) la-vector-access-cpp 24.9485 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 4, 1, 32, 33) la-vector-assignment-cpp 25.0679 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 5, 1, 18, 46) common-progress-cpp 28.9092 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 5, 1, 19, 16) common-timing-cpp 29.9818 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 5, 1, 21, 6) fem-multicore-cpp 109.886 "Coloring mesh."
+(2013, 6, 5, 1, 23, 39) fem-assembly-cpp 153.32 "Assembly for various forms and backends"
+(2013, 6, 5, 1, 23, 51) fem-convergence-cpp 12.1586 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 5, 1, 23, 53) fem-jit-python 0.001039 "JIT compilation (in memory cache)"
+(2013, 6, 5, 1, 28, 59) fem-speedup-cpp 306.246 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 5, 1, 28, 59) fem-speedup-cpp-assembly 6.5046 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 5, 1, 28, 59) fem-speedup-cpp-solve 2.30423 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 5, 1, 29, 20) mesh-refinement-cpp 19.7301 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 5, 1, 29, 40) mesh-topology-cpp 19.5537 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 5, 1, 30, 4) mesh-unitcube-cpp 24.5751 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 5, 1, 30, 42) mesh-iteration-cpp 35.492 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 5, 1, 31, 3) function-evaluation-cpp 21.1502 "Evaluations of functions at arbitrary points."
+(2013, 6, 5, 1, 31, 3) function-evaluation-cpp 21.0668 "Evaluations of functions at arbitrary points."
+(2013, 6, 5, 1, 31, 8) function-extrapolation-python 4.49461 "*** -------------------------------------------------------------------------"
+(2013, 6, 5, 1, 31, 8) function-extrapolation-python 2.15063 "*** -------------------------------------------------------------------------"
+(2013, 6, 5, 1, 31, 33) la-vector-access-cpp 25.0229 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 5, 1, 31, 58) la-vector-assignment-cpp 25.0633 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 6, 1, 20, 25) common-progress-cpp 28.628 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 6, 1, 20, 56) common-timing-cpp 30.264 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 6, 1, 22, 45) fem-multicore-cpp 109.217 "Coloring mesh."
+(2013, 6, 6, 1, 25, 18) fem-assembly-cpp 153.592 "Assembly for various forms and backends"
+(2013, 6, 6, 1, 25, 31) fem-convergence-cpp 12.135 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 6, 1, 25, 32) fem-jit-python 0.0010386 "JIT compilation (in memory cache)"
+(2013, 6, 6, 1, 30, 42) fem-speedup-cpp 309.396 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 6, 1, 30, 42) fem-speedup-cpp-assembly 6.44119 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 6, 1, 30, 42) fem-speedup-cpp-solve 2.2324 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 6, 1, 31, 3) mesh-refinement-cpp 19.7073 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 6, 1, 31, 23) mesh-topology-cpp 19.5126 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 6, 1, 31, 47) mesh-unitcube-cpp 24.1189 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 6, 1, 32, 34) mesh-iteration-cpp 44.1734 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 6, 1, 32, 55) function-evaluation-cpp 21.205 "Evaluations of functions at arbitrary points."
+(2013, 6, 6, 1, 32, 55) function-evaluation-cpp 21.0518 "Evaluations of functions at arbitrary points."
+(2013, 6, 6, 1, 33, 0) function-extrapolation-python 4.59656 "*** -------------------------------------------------------------------------"
+(2013, 6, 6, 1, 33, 0) function-extrapolation-python 2.13076 "*** -------------------------------------------------------------------------"
+(2013, 6, 6, 1, 33, 23) la-vector-access-cpp 23.4494 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 6, 1, 33, 48) la-vector-assignment-cpp 25.0937 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 7, 1, 21, 5) geometry-bounding_box_tree_compute_entity_collisions-cpp 2.01301 "Running DOLFIN bench"
+(2013, 6, 7, 1, 21, 6) geometry-bounding_box_tree_compute_closest_entity-cpp 0.249131 "Running DOLFIN bench"
+(2013, 6, 7, 1, 21, 15) geometry-bounding_box_tree_build-cpp 8.95832 "Running DOLFIN bench"
+(2013, 6, 7, 1, 21, 43) common-progress-cpp 27.6497 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 7, 1, 22, 12) common-timing-cpp 29.3385 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 7, 1, 23, 59) fem-multicore-cpp 106.492 "Coloring mesh."
+(2013, 6, 7, 1, 26, 28) fem-assembly-cpp 148.787 "Assembly for various forms and backends"
+(2013, 6, 7, 1, 26, 40) fem-convergence-cpp 12.124 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 7, 1, 26, 41) fem-jit-python 0.00103331 "JIT compilation (in memory cache)"
+(2013, 6, 7, 1, 31, 47) fem-speedup-cpp 305.662 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 7, 1, 31, 47) fem-speedup-cpp-assembly 6.5561 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 7, 1, 31, 47) fem-speedup-cpp-solve 2.22155 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 7, 1, 32, 9) mesh-refinement-cpp 19.831 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 7, 1, 32, 28) mesh-topology-cpp 19.4082 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 7, 1, 32, 52) mesh-unitcube-cpp 23.9951 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 7, 1, 33, 38) mesh-iteration-cpp 43.4799 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 7, 1, 34, 0) function-evaluation-cpp 21.2135 "Evaluations of functions at arbitrary points."
+(2013, 6, 7, 1, 34, 0) function-evaluation-cpp 21.0912 "Evaluations of functions at arbitrary points."
+(2013, 6, 7, 1, 34, 4) function-extrapolation-python 4.5052 "*** -------------------------------------------------------------------------"
+(2013, 6, 7, 1, 34, 4) function-extrapolation-python 2.11318 "*** -------------------------------------------------------------------------"
+(2013, 6, 7, 1, 34, 31) la-vector-access-cpp 26.7159 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 7, 1, 34, 58) la-vector-assignment-cpp 26.6114 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 8, 1, 20, 22) geometry-bounding_box_tree_compute_entity_collisions-cpp 2.05756 "Running DOLFIN bench"
+(2013, 6, 8, 1, 20, 23) geometry-bounding_box_tree_compute_closest_entity-cpp 0.245334 "Running DOLFIN bench"
+(2013, 6, 8, 1, 20, 32) geometry-bounding_box_tree_build-cpp 8.98392 "Running DOLFIN bench"
+(2013, 6, 8, 1, 21, 0) common-progress-cpp 27.6508 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 8, 1, 21, 30) common-timing-cpp 29.5223 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 8, 1, 23, 16) fem-multicore-cpp 106.322 "Coloring mesh."
+(2013, 6, 8, 1, 25, 44) fem-assembly-cpp 147.95 "Assembly for various forms and backends"
+(2013, 6, 8, 1, 25, 56) fem-convergence-cpp 12.1327 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 8, 1, 25, 58) fem-jit-python 0.0010324 "JIT compilation (in memory cache)"
+(2013, 6, 8, 1, 31, 2) fem-speedup-cpp 304.169 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 8, 1, 31, 2) fem-speedup-cpp-assembly 6.56678 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 8, 1, 31, 2) fem-speedup-cpp-solve 2.25447 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 8, 1, 31, 24) mesh-refinement-cpp 19.856 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 8, 1, 31, 43) mesh-topology-cpp 19.3393 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 8, 1, 32, 7) mesh-unitcube-cpp 23.9121 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 8, 1, 32, 49) mesh-iteration-cpp 39.1578 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 8, 1, 33, 10) function-evaluation-cpp 21.5966 "Evaluations of functions at arbitrary points."
+(2013, 6, 8, 1, 33, 10) function-evaluation-cpp 21.4718 "Evaluations of functions at arbitrary points."
+(2013, 6, 8, 1, 33, 15) function-extrapolation-python 4.53625 "*** -------------------------------------------------------------------------"
+(2013, 6, 8, 1, 33, 15) function-extrapolation-python 2.13548 "*** -------------------------------------------------------------------------"
+(2013, 6, 8, 1, 33, 42) la-vector-access-cpp 27.0107 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 8, 1, 34, 7) la-vector-assignment-cpp 25.085 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 9, 1, 22, 31) geometry-bounding_box_tree_compute_entity_collisions-cpp 2.02184 "Running DOLFIN bench"
+(2013, 6, 9, 1, 22, 32) geometry-bounding_box_tree_compute_closest_entity-cpp 0.244613 "Running DOLFIN bench"
+(2013, 6, 9, 1, 22, 41) geometry-bounding_box_tree_build-cpp 8.95586 "Running DOLFIN bench"
+(2013, 6, 9, 1, 23, 9) common-progress-cpp 27.6507 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 9, 1, 23, 37) common-timing-cpp 28.906 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 9, 1, 25, 24) fem-multicore-cpp 106.276 "Coloring mesh."
+(2013, 6, 9, 1, 27, 53) fem-assembly-cpp 148.887 "Assembly for various forms and backends"
+(2013, 6, 9, 1, 28, 5) fem-convergence-cpp 12.1382 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 9, 1, 28, 7) fem-jit-python 0.00104301 "JIT compilation (in memory cache)"
+(2013, 6, 9, 1, 33, 17) fem-speedup-cpp 310.704 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 9, 1, 33, 17) fem-speedup-cpp-assembly 6.53361 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 9, 1, 33, 17) fem-speedup-cpp-solve 2.23057 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 9, 1, 33, 39) mesh-refinement-cpp 19.888 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 9, 1, 33, 59) mesh-topology-cpp 19.5623 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 9, 1, 34, 23) mesh-unitcube-cpp 23.926 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 9, 1, 35, 1) mesh-iteration-cpp 35.4889 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 9, 1, 35, 22) function-evaluation-cpp 21.3549 "Evaluations of functions at arbitrary points."
+(2013, 6, 9, 1, 35, 22) function-evaluation-cpp 21.2372 "Evaluations of functions at arbitrary points."
+(2013, 6, 9, 1, 35, 27) function-extrapolation-python 4.56941 "*** -------------------------------------------------------------------------"
+(2013, 6, 9, 1, 35, 27) function-extrapolation-python 2.10789 "*** -------------------------------------------------------------------------"
+(2013, 6, 9, 1, 35, 53) la-vector-access-cpp 26.7159 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 9, 1, 36, 19) la-vector-assignment-cpp 25.0904 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 10, 1, 20, 3) geometry-bounding_box_tree_compute_entity_collisions-cpp 2.0468 "Running DOLFIN bench"
+(2013, 6, 10, 1, 20, 4) geometry-bounding_box_tree_compute_closest_entity-cpp 0.24488 "Running DOLFIN bench"
+(2013, 6, 10, 1, 20, 13) geometry-bounding_box_tree_build-cpp 8.95046 "Running DOLFIN bench"
+(2013, 6, 10, 1, 20, 40) common-progress-cpp 27.6524 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 10, 1, 21, 10) common-timing-cpp 29.6591 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 10, 1, 22, 57) fem-multicore-cpp 107.124 "Coloring mesh."
+(2013, 6, 10, 1, 25, 26) fem-assembly-cpp 148.408 "Assembly for various forms and backends"
+(2013, 6, 10, 1, 25, 38) fem-convergence-cpp 12.1444 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 10, 1, 25, 40) fem-jit-python 0.00103419 "JIT compilation (in memory cache)"
+(2013, 6, 10, 1, 30, 44) fem-speedup-cpp 304.582 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 10, 1, 30, 44) fem-speedup-cpp-assembly 6.54888 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 10, 1, 30, 44) fem-speedup-cpp-solve 2.2433 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 10, 1, 31, 6) mesh-refinement-cpp 19.8181 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 10, 1, 31, 25) mesh-topology-cpp 19.3632 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 10, 1, 31, 49) mesh-unitcube-cpp 23.8818 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 10, 1, 32, 27) mesh-iteration-cpp 35.4235 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 10, 1, 32, 49) function-evaluation-cpp 21.4318 "Evaluations of functions at arbitrary points."
+(2013, 6, 10, 1, 32, 49) function-evaluation-cpp 21.3466 "Evaluations of functions at arbitrary points."
+(2013, 6, 10, 1, 32, 53) function-extrapolation-python 4.49854 "*** -------------------------------------------------------------------------"
+(2013, 6, 10, 1, 32, 53) function-extrapolation-python 2.10525 "*** -------------------------------------------------------------------------"
+(2013, 6, 10, 1, 33, 20) la-vector-access-cpp 26.6579 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 10, 1, 33, 45) la-vector-assignment-cpp 25.0978 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 11, 1, 19, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 2.0324 "Running DOLFIN bench"
+(2013, 6, 11, 1, 19, 44) geometry-bounding_box_tree_compute_closest_entity-cpp 0.246274 "Running DOLFIN bench"
+(2013, 6, 11, 1, 19, 53) geometry-bounding_box_tree_build-cpp 8.97825 "Running DOLFIN bench"
+(2013, 6, 11, 1, 20, 21) common-progress-cpp 27.6511 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 11, 1, 20, 50) common-timing-cpp 29.1142 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 11, 1, 22, 36) fem-multicore-cpp 106.106 "Coloring mesh."
+(2013, 6, 11, 1, 25, 6) fem-assembly-cpp 149.317 "Assembly for various forms and backends"
+(2013, 6, 11, 1, 25, 18) fem-convergence-cpp 12.1185 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 11, 1, 25, 20) fem-jit-python 0.00104868 "JIT compilation (in memory cache)"
+(2013, 6, 11, 1, 30, 25) fem-speedup-cpp 305.527 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 11, 1, 30, 25) fem-speedup-cpp-assembly 6.51268 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 11, 1, 30, 25) fem-speedup-cpp-solve 2.32068 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 11, 1, 30, 46) mesh-refinement-cpp 19.8779 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 11, 1, 31, 5) mesh-topology-cpp 19.3061 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 11, 1, 31, 29) mesh-unitcube-cpp 23.9519 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 11, 1, 32, 7) mesh-iteration-cpp 35.4795 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 11, 1, 32, 28) function-evaluation-cpp 21.1894 "Evaluations of functions at arbitrary points."
+(2013, 6, 11, 1, 32, 28) function-evaluation-cpp 21.0572 "Evaluations of functions at arbitrary points."
+(2013, 6, 11, 1, 32, 33) function-extrapolation-python 4.55296 "*** -------------------------------------------------------------------------"
+(2013, 6, 11, 1, 32, 33) function-extrapolation-python 2.12619 "*** -------------------------------------------------------------------------"
+(2013, 6, 11, 1, 33, 0) la-vector-access-cpp 26.7174 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 11, 1, 33, 25) la-vector-assignment-cpp 25.0665 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 12, 1, 20, 58) geometry-bounding_box_tree_compute_entity_collisions-cpp 2.0526 "Running DOLFIN bench"
+(2013, 6, 12, 1, 20, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 0.247519 "Running DOLFIN bench"
+(2013, 6, 12, 1, 21, 8) geometry-bounding_box_tree_build-cpp 8.97001 "Running DOLFIN bench"
+(2013, 6, 12, 1, 21, 36) common-progress-cpp 27.6509 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 12, 1, 22, 5) common-timing-cpp 29.1896 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 12, 1, 23, 52) fem-multicore-cpp 106.902 "Coloring mesh."
+(2013, 6, 12, 1, 26, 21) fem-assembly-cpp 149.272 "Assembly for various forms and backends"
+(2013, 6, 12, 1, 26, 33) fem-convergence-cpp 12.1211 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 12, 1, 26, 35) fem-jit-python 0.00102742 "JIT compilation (in memory cache)"
+(2013, 6, 12, 1, 31, 39) fem-speedup-cpp 303.354 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 12, 1, 31, 39) fem-speedup-cpp-assembly 6.51311 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 12, 1, 31, 39) fem-speedup-cpp-solve 2.35757 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 12, 1, 32, 0) mesh-refinement-cpp 19.9212 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 12, 1, 32, 19) mesh-topology-cpp 19.3652 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 12, 1, 32, 43) mesh-unitcube-cpp 23.9507 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 12, 1, 33, 21) mesh-iteration-cpp 35.4818 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 12, 1, 33, 42) function-evaluation-cpp 21.2842 "Evaluations of functions at arbitrary points."
+(2013, 6, 12, 1, 33, 42) function-evaluation-cpp 21.2095 "Evaluations of functions at arbitrary points."
+(2013, 6, 12, 1, 33, 47) function-extrapolation-python 4.43415 "*** -------------------------------------------------------------------------"
+(2013, 6, 12, 1, 33, 47) function-extrapolation-python 2.10769 "*** -------------------------------------------------------------------------"
+(2013, 6, 12, 1, 34, 13) la-vector-access-cpp 26.6957 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 12, 1, 34, 38) la-vector-assignment-cpp 25.0686 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 13, 1, 19, 34) geometry-bounding_box_tree_compute_entity_collisions-cpp 2.00226 "Running DOLFIN bench"
+(2013, 6, 13, 1, 19, 35) geometry-bounding_box_tree_compute_closest_entity-cpp 0.245903 "Running DOLFIN bench"
+(2013, 6, 13, 1, 19, 44) geometry-bounding_box_tree_build-cpp 8.97117 "Running DOLFIN bench"
+(2013, 6, 13, 1, 20, 12) common-progress-cpp 27.6528 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 13, 1, 20, 41) common-timing-cpp 28.9743 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 13, 1, 22, 27) fem-multicore-cpp 106.276 "Coloring mesh."
+(2013, 6, 13, 1, 24, 55) fem-assembly-cpp 148.083 "Assembly for various forms and backends"
+(2013, 6, 13, 1, 25, 7) fem-convergence-cpp 12.1385 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 13, 1, 25, 26) fem-jit-python 0.0011157 "JIT compilation (in memory cache)"
+(2013, 6, 13, 1, 30, 32) fem-speedup-cpp 305.62 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 13, 1, 30, 32) fem-speedup-cpp-assembly 6.54277 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 13, 1, 30, 32) fem-speedup-cpp-solve 2.31912 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 13, 1, 30, 53) mesh-refinement-cpp 19.8245 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 13, 1, 31, 12) mesh-topology-cpp 19.2943 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 13, 1, 31, 36) mesh-unitcube-cpp 23.908 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 13, 1, 32, 14) mesh-iteration-cpp 35.4946 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 13, 1, 32, 36) function-evaluation-cpp 21.1554 "Evaluations of functions at arbitrary points."
+(2013, 6, 13, 1, 32, 36) function-evaluation-cpp 21.0298 "Evaluations of functions at arbitrary points."
+(2013, 6, 13, 1, 33, 32) function-extrapolation-python 56.0351 "*** -------------------------------------------------------------------------"
+(2013, 6, 13, 1, 33, 32) function-extrapolation-python 1.09231 "*** -------------------------------------------------------------------------"
+(2013, 6, 13, 1, 33, 58) la-vector-access-cpp 26.6967 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 13, 1, 34, 23) la-vector-assignment-cpp 25.1072 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 14, 1, 21, 37) geometry-bounding_box_tree_compute_entity_collisions-cpp 2.02256 "Running DOLFIN bench"
+(2013, 6, 14, 1, 21, 38) geometry-bounding_box_tree_compute_closest_entity-cpp 0.243262 "Running DOLFIN bench"
+(2013, 6, 14, 1, 21, 47) geometry-bounding_box_tree_build-cpp 8.96069 "Running DOLFIN bench"
+(2013, 6, 14, 1, 22, 14) common-progress-cpp 27.65 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 14, 1, 22, 44) common-timing-cpp 29.3873 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 14, 1, 24, 30) fem-multicore-cpp 106.398 "Coloring mesh."
+(2013, 6, 14, 1, 27, 0) fem-assembly-cpp 149.471 "Assembly for various forms and backends"
+(2013, 6, 14, 1, 27, 12) fem-convergence-cpp 12.1346 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 14, 1, 27, 14) fem-jit-python 0.0010407 "JIT compilation (in memory cache)"
+(2013, 6, 14, 1, 32, 17) fem-speedup-cpp 303.655 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 14, 1, 32, 17) fem-speedup-cpp-assembly 6.52897 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 14, 1, 32, 17) fem-speedup-cpp-solve 2.34996 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 14, 1, 32, 38) mesh-refinement-cpp 19.8584 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 14, 1, 32, 57) mesh-topology-cpp 19.3516 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 14, 1, 33, 21) mesh-unitcube-cpp 24.0054 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 14, 1, 33, 59) mesh-iteration-cpp 35.495 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 14, 1, 34, 21) function-evaluation-cpp 21.1744 "Evaluations of functions at arbitrary points."
+(2013, 6, 14, 1, 34, 21) function-evaluation-cpp 21.1004 "Evaluations of functions at arbitrary points."
+(2013, 6, 14, 1, 34, 24) function-extrapolation-python 3.32842 "*** -------------------------------------------------------------------------"
+(2013, 6, 14, 1, 34, 24) function-extrapolation-python 1.0946 "*** -------------------------------------------------------------------------"
+(2013, 6, 14, 1, 34, 52) la-vector-access-cpp 28.6016 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 14, 1, 35, 20) la-vector-assignment-cpp 27.0824 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 15, 1, 24, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 2.00732 "Running DOLFIN bench"
+(2013, 6, 15, 1, 24, 43) geometry-bounding_box_tree_compute_closest_entity-cpp 0.245619 "Running DOLFIN bench"
+(2013, 6, 15, 1, 24, 52) geometry-bounding_box_tree_build-cpp 8.95958 "Running DOLFIN bench"
+(2013, 6, 15, 1, 25, 20) common-progress-cpp 27.6515 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 15, 1, 25, 49) common-timing-cpp 29.1221 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 15, 1, 27, 36) fem-multicore-cpp 106.553 "Coloring mesh."
+(2013, 6, 15, 1, 30, 4) fem-assembly-cpp 148.474 "Assembly for various forms and backends"
+(2013, 6, 15, 1, 30, 16) fem-convergence-cpp 12.1375 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 15, 1, 30, 18) fem-jit-python 0.00101709 "JIT compilation (in memory cache)"
+(2013, 6, 15, 1, 35, 21) fem-speedup-cpp 302.668 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 15, 1, 35, 21) fem-speedup-cpp-assembly 6.54733 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 15, 1, 35, 21) fem-speedup-cpp-solve 2.38717 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 15, 1, 35, 42) mesh-refinement-cpp 19.8638 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 15, 1, 36, 1) mesh-topology-cpp 19.2633 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 15, 1, 36, 25) mesh-unitcube-cpp 24.0531 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 15, 1, 37, 3) mesh-iteration-cpp 35.4788 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 15, 1, 37, 24) function-evaluation-cpp 21.1652 "Evaluations of functions at arbitrary points."
+(2013, 6, 15, 1, 37, 24) function-evaluation-cpp 21.0717 "Evaluations of functions at arbitrary points."
+(2013, 6, 15, 1, 37, 28) function-extrapolation-python 3.41584 "*** -------------------------------------------------------------------------"
+(2013, 6, 15, 1, 37, 28) function-extrapolation-python 1.08063 "*** -------------------------------------------------------------------------"
+(2013, 6, 15, 1, 37, 54) la-vector-access-cpp 26.699 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 15, 1, 38, 19) la-vector-assignment-cpp 25.0603 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 16, 1, 21, 3) geometry-bounding_box_tree_compute_entity_collisions-cpp 2.00694 "Running DOLFIN bench"
+(2013, 6, 16, 1, 21, 5) geometry-bounding_box_tree_compute_closest_entity-cpp 0.244941 "Running DOLFIN bench"
+(2013, 6, 16, 1, 21, 14) geometry-bounding_box_tree_build-cpp 8.95179 "Running DOLFIN bench"
+(2013, 6, 16, 1, 21, 41) common-progress-cpp 27.7328 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 16, 1, 22, 11) common-timing-cpp 29.8826 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 16, 1, 23, 58) fem-multicore-cpp 106.802 "Coloring mesh."
+(2013, 6, 16, 1, 26, 27) fem-assembly-cpp 149.307 "Assembly for various forms and backends"
+(2013, 6, 16, 1, 26, 39) fem-convergence-cpp 12.1309 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 16, 1, 26, 41) fem-jit-python 0.00104001 "JIT compilation (in memory cache)"
+(2013, 6, 16, 1, 31, 46) fem-speedup-cpp 304.33 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 16, 1, 31, 46) fem-speedup-cpp-assembly 6.56543 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 16, 1, 31, 46) fem-speedup-cpp-solve 2.32645 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 16, 1, 32, 6) mesh-refinement-cpp 19.8714 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 16, 1, 32, 26) mesh-topology-cpp 19.1904 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 16, 1, 32, 50) mesh-unitcube-cpp 24.0324 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 16, 1, 33, 28) mesh-iteration-cpp 35.4825 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 16, 1, 33, 49) function-evaluation-cpp 21.1587 "Evaluations of functions at arbitrary points."
+(2013, 6, 16, 1, 33, 49) function-evaluation-cpp 21.0778 "Evaluations of functions at arbitrary points."
+(2013, 6, 16, 1, 33, 52) function-extrapolation-python 3.47736 "*** -------------------------------------------------------------------------"
+(2013, 6, 16, 1, 33, 52) function-extrapolation-python 1.09515 "*** -------------------------------------------------------------------------"
+(2013, 6, 16, 1, 34, 18) la-vector-access-cpp 26.1826 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 16, 1, 34, 46) la-vector-assignment-cpp 27.1088 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 17, 1, 20, 11) geometry-bounding_box_tree_compute_entity_collisions-cpp 2.01547 "Running DOLFIN bench"
+(2013, 6, 17, 1, 20, 13) geometry-bounding_box_tree_compute_closest_entity-cpp 0.244685 "Running DOLFIN bench"
+(2013, 6, 17, 1, 20, 21) geometry-bounding_box_tree_build-cpp 8.93985 "Running DOLFIN bench"
+(2013, 6, 17, 1, 20, 49) common-progress-cpp 27.6513 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 17, 1, 21, 18) common-timing-cpp 29.1432 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 17, 1, 23, 4) fem-multicore-cpp 106.193 "Coloring mesh."
+(2013, 6, 17, 1, 25, 34) fem-assembly-cpp 149.157 "Assembly for various forms and backends"
+(2013, 6, 17, 1, 25, 46) fem-convergence-cpp 12.1364 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 17, 1, 25, 48) fem-jit-python 0.0010232 "JIT compilation (in memory cache)"
+(2013, 6, 17, 1, 30, 51) fem-speedup-cpp 303.697 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 17, 1, 30, 51) fem-speedup-cpp-assembly 6.5317 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 17, 1, 30, 51) fem-speedup-cpp-solve 2.3499 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 17, 1, 31, 12) mesh-refinement-cpp 19.8781 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 17, 1, 31, 31) mesh-topology-cpp 19.2823 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 17, 1, 31, 55) mesh-unitcube-cpp 23.9485 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 17, 1, 32, 33) mesh-iteration-cpp 35.4873 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 17, 1, 32, 55) function-evaluation-cpp 21.1531 "Evaluations of functions at arbitrary points."
+(2013, 6, 17, 1, 32, 55) function-evaluation-cpp 21.0757 "Evaluations of functions at arbitrary points."
+(2013, 6, 17, 1, 32, 58) function-extrapolation-python 3.47327 "*** -------------------------------------------------------------------------"
+(2013, 6, 17, 1, 32, 58) function-extrapolation-python 1.06724 "*** -------------------------------------------------------------------------"
+(2013, 6, 17, 1, 33, 24) la-vector-access-cpp 26.1886 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 17, 1, 33, 52) la-vector-assignment-cpp 27.5728 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 18, 1, 20, 2) geometry-bounding_box_tree_compute_entity_collisions-cpp 2.03107 "Running DOLFIN bench"
+(2013, 6, 18, 1, 20, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 0.246672 "Running DOLFIN bench"
+(2013, 6, 18, 1, 20, 12) geometry-bounding_box_tree_build-cpp 8.94435 "Running DOLFIN bench"
+(2013, 6, 18, 1, 20, 40) common-progress-cpp 27.6514 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 18, 1, 21, 9) common-timing-cpp 29.2873 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 18, 1, 22, 56) fem-multicore-cpp 106.936 "Coloring mesh."
+(2013, 6, 18, 1, 25, 25) fem-assembly-cpp 149.183 "Assembly for various forms and backends"
+(2013, 6, 18, 1, 25, 37) fem-convergence-cpp 12.1295 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 18, 1, 25, 39) fem-jit-python 0.00102999 "JIT compilation (in memory cache)"
+(2013, 6, 18, 1, 30, 43) fem-speedup-cpp 304.447 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 18, 1, 30, 43) fem-speedup-cpp-assembly 6.55596 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 18, 1, 30, 43) fem-speedup-cpp-solve 2.32533 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 18, 1, 31, 4) mesh-refinement-cpp 19.8619 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 18, 1, 31, 24) mesh-topology-cpp 19.3972 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 18, 1, 31, 48) mesh-unitcube-cpp 23.9717 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 18, 1, 32, 26) mesh-iteration-cpp 35.4805 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 18, 1, 32, 47) function-evaluation-cpp 21.1808 "Evaluations of functions at arbitrary points."
+(2013, 6, 18, 1, 32, 47) function-evaluation-cpp 21.075 "Evaluations of functions at arbitrary points."
+(2013, 6, 18, 1, 32, 50) function-extrapolation-python 3.52044 "*** -------------------------------------------------------------------------"
+(2013, 6, 18, 1, 32, 50) function-extrapolation-python 1.07925 "*** -------------------------------------------------------------------------"
+(2013, 6, 18, 1, 33, 17) la-vector-access-cpp 26.7025 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 18, 1, 33, 44) la-vector-assignment-cpp 27.0588 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 19, 1, 22, 58) geometry-bounding_box_tree_compute_entity_collisions-cpp 1.9954 "Running DOLFIN bench"
+(2013, 6, 19, 1, 22, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 0.245347 "Running DOLFIN bench"
+(2013, 6, 19, 1, 23, 8) geometry-bounding_box_tree_build-cpp 8.94959 "Running DOLFIN bench"
+(2013, 6, 19, 1, 23, 35) common-progress-cpp 27.6504 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 19, 1, 24, 6) common-timing-cpp 30.2021 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 19, 1, 25, 52) fem-multicore-cpp 106.283 "Coloring mesh."
+(2013, 6, 19, 1, 28, 21) fem-assembly-cpp 148.838 "Assembly for various forms and backends"
+(2013, 6, 19, 1, 28, 33) fem-convergence-cpp 12.1174 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 19, 1, 28, 35) fem-jit-python 0.00101779 "JIT compilation (in memory cache)"
+(2013, 6, 19, 1, 33, 41) fem-speedup-cpp 306.198 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 19, 1, 33, 41) fem-speedup-cpp-assembly 6.49712 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 19, 1, 33, 41) fem-speedup-cpp-solve 2.24618 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 19, 1, 34, 3) mesh-refinement-cpp 19.8246 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 19, 1, 34, 22) mesh-topology-cpp 19.2895 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 19, 1, 34, 46) mesh-unitcube-cpp 23.931 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 19, 1, 35, 24) mesh-iteration-cpp 35.463 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 19, 1, 35, 46) function-evaluation-cpp 21.6718 "Evaluations of functions at arbitrary points."
+(2013, 6, 19, 1, 35, 46) function-evaluation-cpp 21.5515 "Evaluations of functions at arbitrary points."
+(2013, 6, 19, 1, 35, 49) function-extrapolation-python 3.42869 "*** -------------------------------------------------------------------------"
+(2013, 6, 19, 1, 35, 49) function-extrapolation-python 1.072 "*** -------------------------------------------------------------------------"
+(2013, 6, 19, 1, 36, 18) la-vector-access-cpp 28.5933 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 19, 1, 36, 43) la-vector-assignment-cpp 25.0884 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 20, 1, 19, 32) geometry-bounding_box_tree_compute_entity_collisions-cpp 2.04821 "Running DOLFIN bench"
+(2013, 6, 20, 1, 19, 34) geometry-bounding_box_tree_compute_closest_entity-cpp 0.247757 "Running DOLFIN bench"
+(2013, 6, 20, 1, 19, 43) geometry-bounding_box_tree_build-cpp 8.94202 "Running DOLFIN bench"
+(2013, 6, 20, 1, 20, 10) common-progress-cpp 27.6682 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 20, 1, 20, 39) common-timing-cpp 29.0679 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 20, 1, 22, 26) fem-multicore-cpp 106.75 "Coloring mesh."
+(2013, 6, 20, 1, 24, 56) fem-assembly-cpp 150.162 "Assembly for various forms and backends"
+(2013, 6, 20, 1, 25, 8) fem-convergence-cpp 12.1359 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 20, 1, 25, 10) fem-jit-python 0.00104589 "JIT compilation (in memory cache)"
+(2013, 6, 20, 1, 30, 16) fem-speedup-cpp 305.57 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 20, 1, 30, 16) fem-speedup-cpp-assembly 6.59022 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 20, 1, 30, 16) fem-speedup-cpp-solve 2.30706 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 20, 1, 30, 37) mesh-refinement-cpp 19.9497 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 20, 1, 30, 56) mesh-topology-cpp 19.2791 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 20, 1, 31, 20) mesh-unitcube-cpp 23.703 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 20, 1, 31, 58) mesh-iteration-cpp 35.6198 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 20, 1, 32, 19) function-evaluation-cpp 21.1828 "Evaluations of functions at arbitrary points."
+(2013, 6, 20, 1, 32, 19) function-evaluation-cpp 21.0847 "Evaluations of functions at arbitrary points."
+(2013, 6, 20, 1, 32, 23) function-extrapolation-python 3.48642 "*** -------------------------------------------------------------------------"
+(2013, 6, 20, 1, 32, 23) function-extrapolation-python 1.07007 "*** -------------------------------------------------------------------------"
+(2013, 6, 20, 1, 32, 49) la-vector-access-cpp 26.6633 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 20, 1, 33, 14) la-vector-assignment-cpp 25.0629 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 21, 1, 20, 32) geometry-bounding_box_tree_compute_entity_collisions-cpp 2.00255 "Running DOLFIN bench"
+(2013, 6, 21, 1, 20, 33) geometry-bounding_box_tree_compute_closest_entity-cpp 0.241965 "Running DOLFIN bench"
+(2013, 6, 21, 1, 20, 42) geometry-bounding_box_tree_build-cpp 8.91783 "Running DOLFIN bench"
+(2013, 6, 21, 1, 21, 10) common-progress-cpp 27.6518 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 21, 1, 21, 39) common-timing-cpp 29.6996 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 21, 1, 23, 26) fem-multicore-cpp 106.675 "Coloring mesh."
+(2013, 6, 21, 1, 25, 56) fem-assembly-cpp 149.796 "Assembly for various forms and backends"
+(2013, 6, 21, 1, 26, 8) fem-convergence-cpp 12.1228 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 21, 1, 26, 10) fem-jit-python 0.00104182 "JIT compilation (in memory cache)"
+(2013, 6, 21, 1, 31, 14) fem-speedup-cpp 304.175 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 21, 1, 31, 14) fem-speedup-cpp-assembly 6.52679 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 21, 1, 31, 14) fem-speedup-cpp-solve 2.35608 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 21, 1, 31, 35) mesh-refinement-cpp 19.9568 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 21, 1, 31, 54) mesh-topology-cpp 19.2496 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 21, 1, 32, 18) mesh-unitcube-cpp 23.7255 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 21, 1, 32, 56) mesh-iteration-cpp 35.5501 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 21, 1, 33, 17) function-evaluation-cpp 21.2465 "Evaluations of functions at arbitrary points."
+(2013, 6, 21, 1, 33, 17) function-evaluation-cpp 21.0945 "Evaluations of functions at arbitrary points."
+(2013, 6, 21, 1, 33, 20) function-extrapolation-python 3.34933 "*** -------------------------------------------------------------------------"
+(2013, 6, 21, 1, 33, 20) function-extrapolation-python 1.07003 "*** -------------------------------------------------------------------------"
+(2013, 6, 21, 1, 33, 47) la-vector-access-cpp 26.6105 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 21, 1, 34, 12) la-vector-assignment-cpp 25.0683 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 22, 1, 19, 31) geometry-bounding_box_tree_compute_entity_collisions-cpp 2.0347 "Running DOLFIN bench"
+(2013, 6, 22, 1, 19, 32) geometry-bounding_box_tree_compute_closest_entity-cpp 0.247956 "Running DOLFIN bench"
+(2013, 6, 22, 1, 19, 41) geometry-bounding_box_tree_build-cpp 8.91841 "Running DOLFIN bench"
+(2013, 6, 22, 1, 20, 8) common-progress-cpp 27.6515 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 22, 1, 20, 38) common-timing-cpp 29.363 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 22, 1, 22, 24) fem-multicore-cpp 106.15 "Coloring mesh."
+(2013, 6, 22, 1, 24, 54) fem-assembly-cpp 150.281 "Assembly for various forms and backends"
+(2013, 6, 22, 1, 25, 6) fem-convergence-cpp 12.1131 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 22, 1, 25, 8) fem-jit-python 0.0010313 "JIT compilation (in memory cache)"
+(2013, 6, 22, 1, 30, 12) fem-speedup-cpp 304.27 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 22, 1, 30, 12) fem-speedup-cpp-assembly 6.65971 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 22, 1, 30, 12) fem-speedup-cpp-solve 2.34752 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 22, 1, 30, 33) mesh-refinement-cpp 19.977 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 22, 1, 30, 53) mesh-topology-cpp 19.3671 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 22, 1, 31, 16) mesh-unitcube-cpp 23.7933 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 22, 1, 31, 54) mesh-iteration-cpp 35.5379 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 22, 1, 32, 16) function-evaluation-cpp 21.1421 "Evaluations of functions at arbitrary points."
+(2013, 6, 22, 1, 32, 16) function-evaluation-cpp 21.0617 "Evaluations of functions at arbitrary points."
+(2013, 6, 22, 1, 32, 19) function-extrapolation-python 3.48722 "*** -------------------------------------------------------------------------"
+(2013, 6, 22, 1, 32, 19) function-extrapolation-python 1.06074 "*** -------------------------------------------------------------------------"
+(2013, 6, 22, 1, 32, 46) la-vector-access-cpp 26.6689 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 22, 1, 33, 11) la-vector-assignment-cpp 25.0185 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 23, 1, 20, 24) geometry-bounding_box_tree_compute_entity_collisions-cpp 2.04981 "Running DOLFIN bench"
+(2013, 6, 23, 1, 20, 25) geometry-bounding_box_tree_compute_closest_entity-cpp 0.251087 "Running DOLFIN bench"
+(2013, 6, 23, 1, 20, 34) geometry-bounding_box_tree_build-cpp 8.91578 "Running DOLFIN bench"
+(2013, 6, 23, 1, 21, 1) common-progress-cpp 27.6709 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 23, 1, 21, 30) common-timing-cpp 29.0022 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 23, 1, 23, 18) fem-multicore-cpp 107.152 "Coloring mesh."
+(2013, 6, 23, 1, 25, 48) fem-assembly-cpp 150.594 "Assembly for various forms and backends"
+(2013, 6, 23, 1, 26, 0) fem-convergence-cpp 12.1143 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 23, 1, 26, 2) fem-jit-python 0.00102971 "JIT compilation (in memory cache)"
+(2013, 6, 23, 1, 31, 9) fem-speedup-cpp 306.745 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 23, 1, 31, 9) fem-speedup-cpp-assembly 6.60189 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 23, 1, 31, 9) fem-speedup-cpp-solve 2.2781 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 23, 1, 31, 30) mesh-refinement-cpp 19.9 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 23, 1, 31, 49) mesh-topology-cpp 19.3828 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 23, 1, 32, 13) mesh-unitcube-cpp 23.6912 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 23, 1, 32, 51) mesh-iteration-cpp 35.542 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 23, 1, 33, 12) function-evaluation-cpp 21.392 "Evaluations of functions at arbitrary points."
+(2013, 6, 23, 1, 33, 12) function-evaluation-cpp 21.2975 "Evaluations of functions at arbitrary points."
+(2013, 6, 23, 1, 33, 16) function-extrapolation-python 3.52865 "*** -------------------------------------------------------------------------"
+(2013, 6, 23, 1, 33, 16) function-extrapolation-python 1.06646 "*** -------------------------------------------------------------------------"
+(2013, 6, 23, 1, 33, 43) la-vector-access-cpp 26.6464 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 23, 1, 34, 8) la-vector-assignment-cpp 25.0864 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 24, 1, 22, 5) geometry-bounding_box_tree_compute_entity_collisions-cpp 2.02357 "Running DOLFIN bench"
+(2013, 6, 24, 1, 22, 6) geometry-bounding_box_tree_compute_closest_entity-cpp 0.252157 "Running DOLFIN bench"
+(2013, 6, 24, 1, 22, 15) geometry-bounding_box_tree_build-cpp 8.92266 "Running DOLFIN bench"
+(2013, 6, 24, 1, 22, 43) common-progress-cpp 27.6514 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 24, 1, 23, 12) common-timing-cpp 29.4971 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 24, 1, 24, 59) fem-multicore-cpp 106.448 "Coloring mesh."
+(2013, 6, 24, 1, 27, 28) fem-assembly-cpp 149.021 "Assembly for various forms and backends"
+(2013, 6, 24, 1, 27, 40) fem-convergence-cpp 12.0973 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 24, 1, 27, 42) fem-jit-python 0.0010267 "JIT compilation (in memory cache)"
+(2013, 6, 24, 1, 32, 47) fem-speedup-cpp 305.462 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 24, 1, 32, 47) fem-speedup-cpp-assembly 6.57214 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 24, 1, 32, 47) fem-speedup-cpp-solve 2.30769 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 24, 1, 33, 8) mesh-refinement-cpp 19.841 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 24, 1, 33, 27) mesh-topology-cpp 19.2275 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 24, 1, 33, 51) mesh-unitcube-cpp 23.7731 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 24, 1, 34, 38) mesh-iteration-cpp 44.1729 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 24, 1, 34, 59) function-evaluation-cpp 21.1377 "Evaluations of functions at arbitrary points."
+(2013, 6, 24, 1, 34, 59) function-evaluation-cpp 21.0585 "Evaluations of functions at arbitrary points."
+(2013, 6, 24, 1, 35, 3) function-extrapolation-python 3.44717 "*** -------------------------------------------------------------------------"
+(2013, 6, 24, 1, 35, 3) function-extrapolation-python 1.06254 "*** -------------------------------------------------------------------------"
+(2013, 6, 24, 1, 35, 29) la-vector-access-cpp 26.6648 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 24, 1, 36, 21) la-vector-assignment-cpp 51.9926 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 25, 1, 24, 36) geometry-bounding_box_tree_compute_entity_collisions-cpp 2.01368 "Running DOLFIN bench"
+(2013, 6, 25, 1, 24, 37) geometry-bounding_box_tree_compute_closest_entity-cpp 0.249098 "Running DOLFIN bench"
+(2013, 6, 25, 1, 24, 46) geometry-bounding_box_tree_build-cpp 8.94414 "Running DOLFIN bench"
+(2013, 6, 25, 1, 25, 13) common-progress-cpp 27.6515 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 25, 1, 25, 43) common-timing-cpp 29.6993 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 25, 1, 27, 29) fem-multicore-cpp 106.12 "Coloring mesh."
+(2013, 6, 25, 1, 29, 58) fem-assembly-cpp 148.979 "Assembly for various forms and backends"
+(2013, 6, 25, 1, 30, 10) fem-convergence-cpp 12.1281 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 25, 1, 30, 12) fem-jit-python 0.00102642 "JIT compilation (in memory cache)"
+(2013, 6, 25, 1, 35, 17) fem-speedup-cpp 304.555 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 25, 1, 35, 17) fem-speedup-cpp-assembly 6.56854 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 25, 1, 35, 17) fem-speedup-cpp-solve 2.3434 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 25, 1, 35, 38) mesh-refinement-cpp 19.9316 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 25, 1, 35, 57) mesh-topology-cpp 19.2516 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 25, 1, 36, 21) mesh-unitcube-cpp 23.7794 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 25, 1, 36, 59) mesh-iteration-cpp 35.482 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 25, 1, 37, 23) function-evaluation-cpp 23.8374 "Evaluations of functions at arbitrary points."
+(2013, 6, 25, 1, 37, 23) function-evaluation-cpp 23.7472 "Evaluations of functions at arbitrary points."
+(2013, 6, 25, 1, 37, 26) function-extrapolation-python 3.43714 "*** -------------------------------------------------------------------------"
+(2013, 6, 25, 1, 37, 26) function-extrapolation-python 1.06803 "*** -------------------------------------------------------------------------"
+(2013, 6, 25, 1, 37, 53) la-vector-access-cpp 26.6494 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 25, 1, 38, 18) la-vector-assignment-cpp 25.0626 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 26, 1, 19, 37) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.052 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 6, 26, 1, 19, 56) geometry-bounding_box_tree_compute_closest_entity-cpp 15.9759 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 6, 26, 1, 20, 13) geometry-bounding_box_tree_build-cpp 13.9509 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 6, 26, 1, 20, 41) common-progress-cpp 27.6734 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 26, 1, 21, 10) common-timing-cpp 29.6124 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 26, 1, 22, 57) fem-multicore-cpp 106.824 "Coloring mesh."
+(2013, 6, 26, 1, 25, 26) fem-assembly-cpp 148.913 "Assembly for various forms and backends"
+(2013, 6, 26, 1, 25, 38) fem-convergence-cpp 12.0976 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 26, 1, 25, 40) fem-jit-python 0.0010273 "JIT compilation (in memory cache)"
+(2013, 6, 26, 1, 30, 45) fem-speedup-cpp 304.521 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 26, 1, 30, 45) fem-speedup-cpp-assembly 6.56625 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 26, 1, 30, 45) fem-speedup-cpp-solve 2.3378 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 26, 1, 31, 6) mesh-refinement-cpp 20.2577 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 26, 1, 31, 25) mesh-topology-cpp 19.1865 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 26, 1, 31, 49) mesh-unitcube-cpp 24.2101 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 26, 1, 32, 27) mesh-iteration-cpp 35.4874 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 26, 1, 32, 48) function-evaluation-cpp 21.142 "Evaluations of functions at arbitrary points."
+(2013, 6, 26, 1, 32, 48) function-evaluation-cpp 21.0654 "Evaluations of functions at arbitrary points."
+(2013, 6, 26, 1, 32, 52) function-extrapolation-python 3.32757 "BENCH:  1.07621788979"
+(2013, 6, 26, 1, 32, 52) function-extrapolation-python 1.07622 "BENCH:  1.07621788979"
+(2013, 6, 26, 1, 33, 5) function-interpolation-python 13.677 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2013, 6, 26, 1, 33, 5) function-interpolation-python 1.01533 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2013, 6, 26, 1, 33, 29) la-vector-access-cpp 23.4307 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 26, 1, 33, 54) la-vector-assignment-cpp 25.2351 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 27, 1, 18, 26) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1635 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 6, 27, 1, 18, 45) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5452 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 6, 27, 1, 19, 2) geometry-bounding_box_tree_build-cpp 13.9163 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 6, 27, 1, 19, 29) common-progress-cpp 27.6513 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 27, 1, 19, 59) common-timing-cpp 29.4253 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 27, 1, 21, 46) fem-multicore-cpp 107.207 "Coloring mesh."
+(2013, 6, 27, 1, 24, 16) fem-assembly-cpp 150.237 "Assembly for various forms and backends"
+(2013, 6, 27, 1, 24, 28) fem-convergence-cpp 12.0987 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 27, 1, 24, 30) fem-jit-python 0.00102119 "JIT compilation (in memory cache)"
+(2013, 6, 27, 1, 29, 37) fem-speedup-cpp 306.713 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 27, 1, 29, 37) fem-speedup-cpp-assembly 6.43291 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 27, 1, 29, 37) fem-speedup-cpp-solve 2.20448 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 27, 1, 29, 59) mesh-refinement-cpp 20.3919 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 27, 1, 30, 19) mesh-topology-cpp 19.2391 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 27, 1, 30, 43) mesh-unitcube-cpp 23.9996 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 27, 1, 31, 21) mesh-iteration-cpp 35.4696 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 27, 1, 31, 42) function-evaluation-cpp 21.2065 "Evaluations of functions at arbitrary points."
+(2013, 6, 27, 1, 31, 42) function-evaluation-cpp 21.109 "Evaluations of functions at arbitrary points."
+(2013, 6, 27, 1, 31, 46) function-extrapolation-python 3.39981 "BENCH:  1.04391694069"
+(2013, 6, 27, 1, 31, 46) function-extrapolation-python 1.04392 "BENCH:  1.04391694069"
+(2013, 6, 27, 1, 31, 47) function-interpolation-python 1.70294 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 6, 27, 1, 31, 47) function-interpolation-python 1.01541 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 6, 27, 1, 32, 11) la-vector-access-cpp 23.466 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 27, 1, 32, 36) la-vector-assignment-cpp 25.0813 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 28, 1, 21, 59) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.233 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 6, 28, 1, 22, 18) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4551 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 6, 28, 1, 22, 35) geometry-bounding_box_tree_build-cpp 13.9201 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 6, 28, 1, 23, 2) common-progress-cpp 27.6522 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 28, 1, 23, 32) common-timing-cpp 29.6371 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 28, 1, 25, 19) fem-multicore-cpp 107.22 "Coloring mesh."
+(2013, 6, 28, 1, 27, 50) fem-assembly-cpp 150.501 "Assembly for various forms and backends"
+(2013, 6, 28, 1, 28, 2) fem-convergence-cpp 12.1224 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 28, 1, 28, 4) fem-jit-python 0.0010252 "JIT compilation (in memory cache)"
+(2013, 6, 28, 1, 33, 8) fem-speedup-cpp 304.421 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 28, 1, 33, 8) fem-speedup-cpp-assembly 6.42501 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 28, 1, 33, 8) fem-speedup-cpp-solve 2.33589 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 28, 1, 33, 29) mesh-refinement-cpp 20.4394 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 28, 1, 33, 49) mesh-topology-cpp 19.1051 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 28, 1, 34, 13) mesh-unitcube-cpp 24.1013 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 28, 1, 34, 51) mesh-iteration-cpp 35.4871 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 28, 1, 35, 12) function-evaluation-cpp 21.1355 "Evaluations of functions at arbitrary points."
+(2013, 6, 28, 1, 35, 12) function-evaluation-cpp 21.0556 "Evaluations of functions at arbitrary points."
+(2013, 6, 28, 1, 35, 15) function-extrapolation-python 3.47554 "BENCH:  1.08120799065"
+(2013, 6, 28, 1, 35, 15) function-extrapolation-python 1.08121 "BENCH:  1.08120799065"
+(2013, 6, 28, 1, 35, 17) function-interpolation-python 1.73452 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 6, 28, 1, 35, 17) function-interpolation-python 1.02952 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 6, 28, 1, 35, 42) la-vector-access-cpp 24.9347 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 28, 1, 36, 7) la-vector-assignment-cpp 25.0677 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 29, 1, 20, 7) geometry-bounding_box_tree_compute_entity_collisions-cpp 9.98778 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 6, 29, 1, 20, 26) geometry-bounding_box_tree_compute_closest_entity-cpp 15.956 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 6, 29, 1, 20, 42) geometry-bounding_box_tree_build-cpp 13.946 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 6, 29, 1, 21, 10) common-progress-cpp 27.6508 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 29, 1, 21, 40) common-timing-cpp 29.626 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 29, 1, 23, 26) fem-multicore-cpp 106.519 "Coloring mesh."
+(2013, 6, 29, 1, 25, 58) fem-assembly-cpp 151.622 "Assembly for various forms and backends"
+(2013, 6, 29, 1, 26, 10) fem-convergence-cpp 12.14 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 29, 1, 26, 12) fem-jit-python 0.00102689 "JIT compilation (in memory cache)"
+(2013, 6, 29, 1, 31, 17) fem-speedup-cpp 305.375 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 29, 1, 31, 17) fem-speedup-cpp-assembly 6.53872 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 29, 1, 31, 17) fem-speedup-cpp-solve 2.30211 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 29, 1, 31, 39) mesh-refinement-cpp 19.8389 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 29, 1, 31, 58) mesh-topology-cpp 19.189 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 29, 1, 32, 22) mesh-unitcube-cpp 23.8037 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 29, 1, 33, 0) mesh-iteration-cpp 35.5468 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 29, 1, 33, 21) function-evaluation-cpp 21.2393 "Evaluations of functions at arbitrary points."
+(2013, 6, 29, 1, 33, 21) function-evaluation-cpp 21.1169 "Evaluations of functions at arbitrary points."
+(2013, 6, 29, 1, 33, 25) function-extrapolation-python 3.48692 "BENCH:  1.05940794945"
+(2013, 6, 29, 1, 33, 25) function-extrapolation-python 1.05941 "BENCH:  1.05940794945"
+(2013, 6, 29, 1, 33, 27) function-interpolation-python 1.70543 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 6, 29, 1, 33, 27) function-interpolation-python 0.989151 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 6, 29, 1, 33, 50) la-vector-access-cpp 22.9622 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 29, 1, 34, 16) la-vector-assignment-cpp 26.5791 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 6, 30, 1, 18, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 9.94825 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 6, 30, 1, 19, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6785 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 6, 30, 1, 19, 17) geometry-bounding_box_tree_build-cpp 13.9037 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 6, 30, 1, 19, 44) common-progress-cpp 27.6507 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 6, 30, 1, 20, 13) common-timing-cpp 29.2491 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 6, 30, 1, 22, 1) fem-multicore-cpp 107.062 "Coloring mesh."
+(2013, 6, 30, 1, 24, 32) fem-assembly-cpp 151.972 "Assembly for various forms and backends"
+(2013, 6, 30, 1, 24, 45) fem-convergence-cpp 12.1418 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 6, 30, 1, 24, 46) fem-jit-python 0.00101938 "JIT compilation (in memory cache)"
+(2013, 6, 30, 1, 29, 51) fem-speedup-cpp 304.355 "Assembly/solve speedup running on 4 processors"
+(2013, 6, 30, 1, 29, 51) fem-speedup-cpp-assembly 6.46667 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 6, 30, 1, 29, 51) fem-speedup-cpp-solve 2.29099 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 6, 30, 1, 30, 11) mesh-refinement-cpp 19.8138 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 6, 30, 1, 30, 31) mesh-topology-cpp 19.0801 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 6, 30, 1, 30, 54) mesh-unitcube-cpp 23.7084 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 6, 30, 1, 31, 32) mesh-iteration-cpp 35.5482 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 6, 30, 1, 31, 54) function-evaluation-cpp 21.3393 "Evaluations of functions at arbitrary points."
+(2013, 6, 30, 1, 31, 54) function-evaluation-cpp 21.2598 "Evaluations of functions at arbitrary points."
+(2013, 6, 30, 1, 31, 57) function-extrapolation-python 3.43798 "BENCH:  1.06357097626"
+(2013, 6, 30, 1, 31, 57) function-extrapolation-python 1.06357 "BENCH:  1.06357097626"
+(2013, 6, 30, 1, 31, 59) function-interpolation-python 1.71728 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 6, 30, 1, 31, 59) function-interpolation-python 0.988438 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 6, 30, 1, 32, 22) la-vector-access-cpp 22.9315 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 6, 30, 1, 32, 47) la-vector-assignment-cpp 25.0601 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 1, 1, 19, 29) geometry-bounding_box_tree_compute_entity_collisions-cpp 9.94445 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 1, 1, 19, 48) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5602 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 1, 1, 20, 5) geometry-bounding_box_tree_build-cpp 13.9307 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 1, 1, 20, 32) common-progress-cpp 27.6927 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 1, 1, 21, 2) common-timing-cpp 30.2776 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 1, 1, 22, 49) fem-multicore-cpp 106.882 "Coloring mesh."
+(2013, 7, 1, 1, 25, 21) fem-assembly-cpp 151.188 "Assembly for various forms and backends"
+(2013, 7, 1, 1, 25, 33) fem-convergence-cpp 12.1325 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 1, 1, 25, 35) fem-jit-python 0.00104339 "JIT compilation (in memory cache)"
+(2013, 7, 1, 1, 30, 43) fem-speedup-cpp 308.667 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 1, 1, 30, 43) fem-speedup-cpp-assembly 6.54876 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 1, 1, 30, 43) fem-speedup-cpp-solve 2.24878 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 1, 1, 31, 5) mesh-refinement-cpp 19.8094 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 1, 1, 31, 24) mesh-topology-cpp 19.1102 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 1, 1, 31, 48) mesh-unitcube-cpp 23.6569 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 1, 1, 32, 26) mesh-iteration-cpp 35.5557 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 1, 1, 32, 48) function-evaluation-cpp 21.7388 "Evaluations of functions at arbitrary points."
+(2013, 7, 1, 1, 32, 48) function-evaluation-cpp 21.5251 "Evaluations of functions at arbitrary points."
+(2013, 7, 1, 1, 32, 51) function-extrapolation-python 3.48752 "BENCH:  1.04092788696"
+(2013, 7, 1, 1, 32, 51) function-extrapolation-python 1.04093 "BENCH:  1.04092788696"
+(2013, 7, 1, 1, 32, 53) function-interpolation-python 1.67918 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 1, 1, 32, 53) function-interpolation-python 0.988947 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 1, 1, 33, 16) la-vector-access-cpp 22.9659 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 1, 1, 33, 47) la-vector-assignment-cpp 31.0876 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 2, 1, 18, 37) geometry-bounding_box_tree_compute_entity_collisions-cpp 9.95872 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 2, 1, 18, 57) geometry-bounding_box_tree_compute_closest_entity-cpp 15.8588 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 2, 1, 19, 13) geometry-bounding_box_tree_build-cpp 13.9414 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 2, 1, 19, 41) common-progress-cpp 27.6939 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 2, 1, 20, 11) common-timing-cpp 30.0686 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 2, 1, 21, 58) fem-multicore-cpp 106.887 "Coloring mesh."
+(2013, 7, 2, 1, 24, 29) fem-assembly-cpp 150.977 "Assembly for various forms and backends"
+(2013, 7, 2, 1, 24, 41) fem-convergence-cpp 12.1506 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 2, 1, 24, 43) fem-jit-python 0.0010335 "JIT compilation (in memory cache)"
+(2013, 7, 2, 1, 29, 49) fem-speedup-cpp 305.941 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 2, 1, 29, 49) fem-speedup-cpp-assembly 6.55237 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 2, 1, 29, 49) fem-speedup-cpp-solve 2.32496 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 2, 1, 30, 10) mesh-refinement-cpp 19.8874 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 2, 1, 30, 29) mesh-topology-cpp 19.1405 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 2, 1, 30, 53) mesh-unitcube-cpp 23.6454 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 2, 1, 31, 39) mesh-iteration-cpp 43.488 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 2, 1, 32, 0) function-evaluation-cpp 21.2226 "Evaluations of functions at arbitrary points."
+(2013, 7, 2, 1, 32, 0) function-evaluation-cpp 21.0906 "Evaluations of functions at arbitrary points."
+(2013, 7, 2, 1, 32, 4) function-extrapolation-python 3.43693 "BENCH:  1.08355903625"
+(2013, 7, 2, 1, 32, 4) function-extrapolation-python 1.08356 "BENCH:  1.08355903625"
+(2013, 7, 2, 1, 32, 5) function-interpolation-python 1.68331 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 2, 1, 32, 5) function-interpolation-python 0.983895 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 2, 1, 32, 28) la-vector-access-cpp 22.9534 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 2, 1, 32, 54) la-vector-assignment-cpp 25.1391 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 3, 1, 20, 15) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0174 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 3, 1, 20, 34) geometry-bounding_box_tree_compute_closest_entity-cpp 15.8954 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 3, 1, 20, 51) geometry-bounding_box_tree_build-cpp 13.922 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 3, 1, 21, 19) common-progress-cpp 27.6511 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 3, 1, 21, 48) common-timing-cpp 29.2757 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 3, 1, 23, 35) fem-multicore-cpp 106.784 "Coloring mesh."
+(2013, 7, 3, 1, 26, 5) fem-assembly-cpp 150.519 "Assembly for various forms and backends"
+(2013, 7, 3, 1, 26, 17) fem-convergence-cpp 12.1423 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 3, 1, 26, 19) fem-jit-python 0.00102601 "JIT compilation (in memory cache)"
+(2013, 7, 3, 1, 31, 24) fem-speedup-cpp 304.578 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 3, 1, 31, 24) fem-speedup-cpp-assembly 6.55427 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 3, 1, 31, 24) fem-speedup-cpp-solve 2.32802 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 3, 1, 31, 45) mesh-refinement-cpp 19.9214 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 3, 1, 32, 4) mesh-topology-cpp 19.0688 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 3, 1, 32, 27) mesh-unitcube-cpp 23.6578 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 3, 1, 33, 5) mesh-iteration-cpp 35.5686 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 3, 1, 33, 27) function-evaluation-cpp 21.5741 "Evaluations of functions at arbitrary points."
+(2013, 7, 3, 1, 33, 27) function-evaluation-cpp 21.4359 "Evaluations of functions at arbitrary points."
+(2013, 7, 3, 1, 33, 30) function-extrapolation-python 3.41227 "BENCH:  1.06535696983"
+(2013, 7, 3, 1, 33, 30) function-extrapolation-python 1.06536 "BENCH:  1.06535696983"
+(2013, 7, 3, 1, 33, 32) function-interpolation-python 1.69855 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 3, 1, 33, 32) function-interpolation-python 0.986731 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 3, 1, 33, 55) la-vector-access-cpp 22.9329 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 3, 1, 34, 20) la-vector-assignment-cpp 25.0666 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 4, 1, 19, 1) geometry-bounding_box_tree_compute_entity_collisions-cpp 9.98408 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 4, 1, 19, 20) geometry-bounding_box_tree_compute_closest_entity-cpp 15.8282 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 4, 1, 19, 37) geometry-bounding_box_tree_build-cpp 13.9292 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 4, 1, 20, 4) common-progress-cpp 27.6884 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 4, 1, 20, 33) common-timing-cpp 28.9368 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 4, 1, 22, 20) fem-multicore-cpp 107.197 "Coloring mesh."
+(2013, 7, 4, 1, 24, 51) fem-assembly-cpp 150.949 "Assembly for various forms and backends"
+(2013, 7, 4, 1, 25, 3) fem-convergence-cpp 12.1425 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 4, 1, 25, 5) fem-jit-python 0.0010258 "JIT compilation (in memory cache)"
+(2013, 7, 4, 1, 30, 10) fem-speedup-cpp 304.242 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 4, 1, 30, 10) fem-speedup-cpp-assembly 6.5339 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 4, 1, 30, 10) fem-speedup-cpp-solve 2.32998 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 4, 1, 30, 30) mesh-refinement-cpp 19.8843 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 4, 1, 30, 49) mesh-topology-cpp 19.0281 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 4, 1, 31, 13) mesh-unitcube-cpp 23.6529 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 4, 1, 32, 0) mesh-iteration-cpp 44.1699 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 4, 1, 32, 21) function-evaluation-cpp 21.2045 "Evaluations of functions at arbitrary points."
+(2013, 7, 4, 1, 32, 21) function-evaluation-cpp 21.1103 "Evaluations of functions at arbitrary points."
+(2013, 7, 4, 1, 32, 24) function-extrapolation-python 3.42298 "BENCH:  1.05984997749"
+(2013, 7, 4, 1, 32, 24) function-extrapolation-python 1.05985 "BENCH:  1.05984997749"
+(2013, 7, 4, 1, 32, 26) function-interpolation-python 1.72571 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 4, 1, 32, 26) function-interpolation-python 1.00254 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 4, 1, 32, 49) la-vector-access-cpp 22.9283 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 4, 1, 33, 16) la-vector-assignment-cpp 27.0832 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 5, 1, 22, 25) geometry-bounding_box_tree_compute_entity_collisions-cpp 9.98344 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 5, 1, 22, 44) geometry-bounding_box_tree_compute_closest_entity-cpp 15.7737 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 5, 1, 23, 0) geometry-bounding_box_tree_build-cpp 13.9459 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 5, 1, 23, 28) common-progress-cpp 27.6494 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 5, 1, 23, 57) common-timing-cpp 29.3252 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 5, 1, 25, 44) fem-multicore-cpp 107.175 "Coloring mesh."
+(2013, 7, 5, 1, 28, 15) fem-assembly-cpp 150.562 "Assembly for various forms and backends"
+(2013, 7, 5, 1, 28, 27) fem-convergence-cpp 12.1569 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 5, 1, 28, 29) fem-jit-python 0.00102131 "JIT compilation (in memory cache)"
+(2013, 7, 5, 1, 33, 35) fem-speedup-cpp 305.534 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 5, 1, 33, 35) fem-speedup-cpp-assembly 6.42825 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 5, 1, 33, 35) fem-speedup-cpp-solve 2.3151 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 5, 1, 33, 56) mesh-refinement-cpp 19.859 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 5, 1, 34, 15) mesh-topology-cpp 19.0733 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 5, 1, 34, 38) mesh-unitcube-cpp 23.6133 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 5, 1, 35, 17) mesh-iteration-cpp 35.9329 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 5, 1, 35, 38) function-evaluation-cpp 21.2105 "Evaluations of functions at arbitrary points."
+(2013, 7, 5, 1, 35, 38) function-evaluation-cpp 21.1304 "Evaluations of functions at arbitrary points."
+(2013, 7, 5, 1, 35, 41) function-extrapolation-python 3.40392 "BENCH:  1.05796909332"
+(2013, 7, 5, 1, 35, 41) function-extrapolation-python 1.05797 "BENCH:  1.05796909332"
+(2013, 7, 5, 1, 35, 43) function-interpolation-python 1.69202 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 5, 1, 35, 43) function-interpolation-python 0.983444 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 5, 1, 36, 6) la-vector-access-cpp 22.927 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 5, 1, 36, 34) la-vector-assignment-cpp 27.5813 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 6, 1, 21, 39) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0943 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 6, 1, 21, 58) geometry-bounding_box_tree_compute_closest_entity-cpp 15.9917 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 6, 1, 22, 15) geometry-bounding_box_tree_build-cpp 13.9244 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 6, 1, 22, 42) common-progress-cpp 27.6511 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 6, 1, 23, 12) common-timing-cpp 29.9151 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 6, 1, 24, 59) fem-multicore-cpp 106.766 "Coloring mesh."
+(2013, 7, 6, 1, 27, 30) fem-assembly-cpp 151.133 "Assembly for various forms and backends"
+(2013, 7, 6, 1, 27, 42) fem-convergence-cpp 12.1484 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 6, 1, 27, 44) fem-jit-python 0.00102439 "JIT compilation (in memory cache)"
+(2013, 7, 6, 1, 32, 52) fem-speedup-cpp 307.635 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 6, 1, 32, 52) fem-speedup-cpp-assembly 6.56845 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 6, 1, 32, 52) fem-speedup-cpp-solve 2.31764 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 6, 1, 33, 14) mesh-refinement-cpp 19.841 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 6, 1, 33, 33) mesh-topology-cpp 19.0317 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 6, 1, 33, 56) mesh-unitcube-cpp 23.6101 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 6, 1, 34, 34) mesh-iteration-cpp 35.543 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 6, 1, 34, 56) function-evaluation-cpp 21.1976 "Evaluations of functions at arbitrary points."
+(2013, 7, 6, 1, 34, 56) function-evaluation-cpp 21.0719 "Evaluations of functions at arbitrary points."
+(2013, 7, 6, 1, 34, 59) function-extrapolation-python 3.4121 "BENCH:  1.06983804703"
+(2013, 7, 6, 1, 34, 59) function-extrapolation-python 1.06984 "BENCH:  1.06983804703"
+(2013, 7, 6, 1, 35, 1) function-interpolation-python 1.68892 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 6, 1, 35, 1) function-interpolation-python 0.990675 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 6, 1, 35, 29) la-vector-access-cpp 28.4662 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 6, 1, 36, 0) la-vector-assignment-cpp 31.1232 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 7, 1, 18, 49) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1408 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 7, 1, 19, 9) geometry-bounding_box_tree_compute_closest_entity-cpp 15.8396 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 7, 1, 19, 25) geometry-bounding_box_tree_build-cpp 13.9329 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 7, 1, 19, 53) common-progress-cpp 27.6509 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 7, 1, 20, 23) common-timing-cpp 29.6991 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 7, 1, 22, 9) fem-multicore-cpp 106.778 "Coloring mesh."
+(2013, 7, 7, 1, 24, 41) fem-assembly-cpp 151.93 "Assembly for various forms and backends"
+(2013, 7, 7, 1, 24, 53) fem-convergence-cpp 12.1423 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 7, 1, 24, 55) fem-jit-python 0.00102012 "JIT compilation (in memory cache)"
+(2013, 7, 7, 1, 30, 2) fem-speedup-cpp 306.449 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 7, 1, 30, 2) fem-speedup-cpp-assembly 6.51973 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 7, 1, 30, 2) fem-speedup-cpp-solve 2.30563 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 7, 1, 30, 23) mesh-refinement-cpp 19.8291 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 7, 1, 30, 44) mesh-topology-cpp 20.1929 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 7, 1, 31, 7) mesh-unitcube-cpp 23.7033 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 7, 1, 31, 46) mesh-iteration-cpp 35.7503 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 7, 1, 32, 7) function-evaluation-cpp 21.2559 "Evaluations of functions at arbitrary points."
+(2013, 7, 7, 1, 32, 7) function-evaluation-cpp 21.1299 "Evaluations of functions at arbitrary points."
+(2013, 7, 7, 1, 32, 10) function-extrapolation-python 3.44534 "BENCH:  1.04738879204"
+(2013, 7, 7, 1, 32, 10) function-extrapolation-python 1.04739 "BENCH:  1.04738879204"
+(2013, 7, 7, 1, 32, 12) function-interpolation-python 1.70355 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 7, 1, 32, 12) function-interpolation-python 0.98673 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 7, 1, 32, 35) la-vector-access-cpp 23.1092 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 7, 1, 33, 0) la-vector-assignment-cpp 25.0661 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 8, 1, 18, 46) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0342 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 8, 1, 19, 5) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6658 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 8, 1, 19, 22) geometry-bounding_box_tree_build-cpp 13.9396 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 8, 1, 19, 50) common-progress-cpp 27.6501 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 8, 1, 20, 18) common-timing-cpp 28.8151 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 8, 1, 22, 5) fem-multicore-cpp 106.787 "Coloring mesh."
+(2013, 7, 8, 1, 24, 36) fem-assembly-cpp 150.746 "Assembly for various forms and backends"
+(2013, 7, 8, 1, 24, 48) fem-convergence-cpp 12.1321 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 8, 1, 24, 50) fem-jit-python 0.00102851 "JIT compilation (in memory cache)"
+(2013, 7, 8, 1, 29, 59) fem-speedup-cpp 308.532 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 8, 1, 29, 59) fem-speedup-cpp-assembly 6.5338 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 8, 1, 29, 59) fem-speedup-cpp-solve 2.24668 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 8, 1, 30, 20) mesh-refinement-cpp 19.8252 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 8, 1, 30, 39) mesh-topology-cpp 19.0122 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 8, 1, 31, 3) mesh-unitcube-cpp 23.6488 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 8, 1, 31, 41) mesh-iteration-cpp 35.5809 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 8, 1, 32, 2) function-evaluation-cpp 21.2309 "Evaluations of functions at arbitrary points."
+(2013, 7, 8, 1, 32, 2) function-evaluation-cpp 21.1236 "Evaluations of functions at arbitrary points."
+(2013, 7, 8, 1, 32, 6) function-extrapolation-python 3.32295 "BENCH:  1.05665493011"
+(2013, 7, 8, 1, 32, 6) function-extrapolation-python 1.05665 "BENCH:  1.05665493011"
+(2013, 7, 8, 1, 32, 8) function-interpolation-python 1.75593 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 8, 1, 32, 8) function-interpolation-python 1.00926 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 8, 1, 32, 31) la-vector-access-cpp 22.9717 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 8, 1, 32, 56) la-vector-assignment-cpp 25.084 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 9, 1, 18, 31) geometry-bounding_box_tree_compute_entity_collisions-cpp 9.91525 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 9, 1, 18, 50) geometry-bounding_box_tree_compute_closest_entity-cpp 15.7343 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 9, 1, 19, 7) geometry-bounding_box_tree_build-cpp 13.928 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 9, 1, 19, 35) common-progress-cpp 27.6506 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 9, 1, 20, 4) common-timing-cpp 29.6309 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 9, 1, 21, 51) fem-multicore-cpp 107.104 "Coloring mesh."
+(2013, 7, 9, 1, 24, 22) fem-assembly-cpp 150.474 "Assembly for various forms and backends"
+(2013, 7, 9, 1, 24, 34) fem-convergence-cpp 12.1342 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 9, 1, 24, 36) fem-jit-python 0.00103209 "JIT compilation (in memory cache)"
+(2013, 7, 9, 1, 29, 45) fem-speedup-cpp 309.241 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 9, 1, 29, 45) fem-speedup-cpp-assembly 6.45651 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 9, 1, 29, 45) fem-speedup-cpp-solve 2.26068 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 9, 1, 30, 8) mesh-refinement-cpp 19.8057 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 9, 1, 30, 27) mesh-topology-cpp 19.076 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 9, 1, 30, 50) mesh-unitcube-cpp 23.6881 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 9, 1, 31, 29) mesh-iteration-cpp 35.5806 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 9, 1, 31, 50) function-evaluation-cpp 21.2677 "Evaluations of functions at arbitrary points."
+(2013, 7, 9, 1, 31, 50) function-evaluation-cpp 21.1783 "Evaluations of functions at arbitrary points."
+(2013, 7, 9, 1, 31, 53) function-extrapolation-python 3.29906 "BENCH:  1.05690097809"
+(2013, 7, 9, 1, 31, 53) function-extrapolation-python 1.0569 "BENCH:  1.05690097809"
+(2013, 7, 9, 1, 31, 55) function-interpolation-python 1.6841 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 9, 1, 31, 55) function-interpolation-python 0.987605 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 9, 1, 32, 18) la-vector-access-cpp 22.9736 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 9, 1, 32, 44) la-vector-assignment-cpp 26.4678 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 10, 1, 19, 54) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0287 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 10, 1, 20, 13) geometry-bounding_box_tree_compute_closest_entity-cpp 15.9357 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 10, 1, 20, 30) geometry-bounding_box_tree_build-cpp 14.0298 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 10, 1, 20, 57) common-progress-cpp 27.6509 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 10, 1, 21, 26) common-timing-cpp 28.9474 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 10, 1, 23, 12) fem-multicore-cpp 106.343 "Coloring mesh."
+(2013, 7, 10, 1, 25, 44) fem-assembly-cpp 151.815 "Assembly for various forms and backends"
+(2013, 7, 10, 1, 25, 56) fem-convergence-cpp 12.1328 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 10, 1, 25, 58) fem-jit-python 0.00103672 "JIT compilation (in memory cache)"
+(2013, 7, 10, 1, 31, 3) fem-speedup-cpp 304.755 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 10, 1, 31, 3) fem-speedup-cpp-assembly 6.54785 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 10, 1, 31, 3) fem-speedup-cpp-solve 2.30383 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 10, 1, 31, 24) mesh-refinement-cpp 19.8678 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 10, 1, 31, 43) mesh-topology-cpp 19.0905 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 10, 1, 32, 7) mesh-unitcube-cpp 23.6286 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 10, 1, 32, 53) mesh-iteration-cpp 44.1694 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 10, 1, 33, 15) function-evaluation-cpp 21.1804 "Evaluations of functions at arbitrary points."
+(2013, 7, 10, 1, 33, 15) function-evaluation-cpp 21.0951 "Evaluations of functions at arbitrary points."
+(2013, 7, 10, 1, 33, 18) function-extrapolation-python 3.39606 "BENCH:  1.05440497398"
+(2013, 7, 10, 1, 33, 18) function-extrapolation-python 1.0544 "BENCH:  1.05440497398"
+(2013, 7, 10, 1, 33, 20) function-interpolation-python 1.72841 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 10, 1, 33, 20) function-interpolation-python 1.01078 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 10, 1, 33, 45) la-vector-access-cpp 24.9499 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 10, 1, 34, 12) la-vector-assignment-cpp 27.5975 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 11, 1, 18, 13) geometry-bounding_box_tree_compute_entity_collisions-cpp 9.99981 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 11, 1, 18, 33) geometry-bounding_box_tree_compute_closest_entity-cpp 15.8902 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 11, 1, 18, 49) geometry-bounding_box_tree_build-cpp 13.9417 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 11, 1, 19, 17) common-progress-cpp 27.6512 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 11, 1, 19, 46) common-timing-cpp 29.5256 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 11, 1, 21, 33) fem-multicore-cpp 106.466 "Coloring mesh."
+(2013, 7, 11, 1, 24, 4) fem-assembly-cpp 151.071 "Assembly for various forms and backends"
+(2013, 7, 11, 1, 24, 16) fem-convergence-cpp 12.1399 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 11, 1, 24, 18) fem-jit-python 0.00102508 "JIT compilation (in memory cache)"
+(2013, 7, 11, 1, 29, 25) fem-speedup-cpp 307.202 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 11, 1, 29, 25) fem-speedup-cpp-assembly 6.49706 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 11, 1, 29, 25) fem-speedup-cpp-solve 2.2824 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 11, 1, 29, 47) mesh-refinement-cpp 19.9043 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 11, 1, 30, 6) mesh-topology-cpp 19.0098 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 11, 1, 30, 30) mesh-unitcube-cpp 23.5735 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 11, 1, 31, 8) mesh-iteration-cpp 35.5772 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 11, 1, 31, 29) function-evaluation-cpp 21.2811 "Evaluations of functions at arbitrary points."
+(2013, 7, 11, 1, 31, 29) function-evaluation-cpp 21.1039 "Evaluations of functions at arbitrary points."
+(2013, 7, 11, 1, 31, 33) function-extrapolation-python 3.48712 "BENCH:  1.04549098015"
+(2013, 7, 11, 1, 31, 33) function-extrapolation-python 1.04549 "BENCH:  1.04549098015"
+(2013, 7, 11, 1, 31, 34) function-interpolation-python 1.68644 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 11, 1, 31, 34) function-interpolation-python 0.987597 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 11, 1, 31, 57) la-vector-access-cpp 22.9651 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 11, 1, 32, 22) la-vector-assignment-cpp 24.9 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 12, 1, 18, 21) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.064 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 12, 1, 18, 40) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5812 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 12, 1, 18, 57) geometry-bounding_box_tree_build-cpp 13.9269 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 12, 1, 19, 24) common-progress-cpp 27.6515 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 12, 1, 19, 54) common-timing-cpp 29.5787 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 12, 1, 21, 40) fem-multicore-cpp 106.595 "Coloring mesh."
+(2013, 7, 12, 1, 24, 12) fem-assembly-cpp 151.348 "Assembly for various forms and backends"
+(2013, 7, 12, 1, 24, 24) fem-convergence-cpp 12.1808 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 12, 1, 24, 26) fem-jit-python 0.0010334 "JIT compilation (in memory cache)"
+(2013, 7, 12, 1, 29, 33) fem-speedup-cpp 307.086 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 12, 1, 29, 33) fem-speedup-cpp-assembly 6.53124 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 12, 1, 29, 33) fem-speedup-cpp-solve 2.25542 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 12, 1, 29, 53) mesh-refinement-cpp 19.8769 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 12, 1, 30, 13) mesh-topology-cpp 19.0599 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 12, 1, 30, 36) mesh-unitcube-cpp 23.6652 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 12, 1, 31, 18) mesh-iteration-cpp 39.1563 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 12, 1, 31, 39) function-evaluation-cpp 21.624 "Evaluations of functions at arbitrary points."
+(2013, 7, 12, 1, 31, 39) function-evaluation-cpp 21.5489 "Evaluations of functions at arbitrary points."
+(2013, 7, 12, 1, 31, 43) function-extrapolation-python 3.36171 "BENCH:  1.06769394875"
+(2013, 7, 12, 1, 31, 43) function-extrapolation-python 1.06769 "BENCH:  1.06769394875"
+(2013, 7, 12, 1, 31, 45) function-interpolation-python 1.74685 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 12, 1, 31, 45) function-interpolation-python 0.990435 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 12, 1, 32, 8) la-vector-access-cpp 22.9349 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 12, 1, 32, 33) la-vector-assignment-cpp 25.0589 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 13, 1, 18, 51) geometry-bounding_box_tree_compute_entity_collisions-cpp 9.92917 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 13, 1, 19, 10) geometry-bounding_box_tree_compute_closest_entity-cpp 15.8593 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 13, 1, 19, 26) geometry-bounding_box_tree_build-cpp 13.9087 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 13, 1, 19, 54) common-progress-cpp 27.6511 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 13, 1, 20, 24) common-timing-cpp 29.876 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 13, 1, 22, 11) fem-multicore-cpp 106.654 "Coloring mesh."
+(2013, 7, 13, 1, 24, 41) fem-assembly-cpp 150.641 "Assembly for various forms and backends"
+(2013, 7, 13, 1, 24, 53) fem-convergence-cpp 12.1345 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 13, 1, 24, 55) fem-jit-python 0.00101712 "JIT compilation (in memory cache)"
+(2013, 7, 13, 1, 30, 0) fem-speedup-cpp 304.499 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 13, 1, 30, 0) fem-speedup-cpp-assembly 6.53773 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 13, 1, 30, 0) fem-speedup-cpp-solve 2.34874 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 13, 1, 30, 20) mesh-refinement-cpp 19.8643 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 13, 1, 30, 40) mesh-topology-cpp 19.0804 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 13, 1, 31, 3) mesh-unitcube-cpp 23.6499 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 13, 1, 31, 41) mesh-iteration-cpp 35.5453 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 13, 1, 32, 3) function-evaluation-cpp 21.1705 "Evaluations of functions at arbitrary points."
+(2013, 7, 13, 1, 32, 3) function-evaluation-cpp 21.0901 "Evaluations of functions at arbitrary points."
+(2013, 7, 13, 1, 32, 6) function-extrapolation-python 3.37889 "BENCH:  1.05212593079"
+(2013, 7, 13, 1, 32, 6) function-extrapolation-python 1.05213 "BENCH:  1.05212593079"
+(2013, 7, 13, 1, 32, 8) function-interpolation-python 1.71661 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 13, 1, 32, 8) function-interpolation-python 0.988547 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 13, 1, 32, 31) la-vector-access-cpp 22.9248 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 13, 1, 33, 26) la-vector-assignment-cpp 55.4213 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 14, 1, 18, 23) geometry-bounding_box_tree_compute_entity_collisions-cpp 9.97594 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 14, 1, 18, 42) geometry-bounding_box_tree_compute_closest_entity-cpp 15.7256 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 14, 1, 18, 58) geometry-bounding_box_tree_build-cpp 13.9138 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 14, 1, 19, 26) common-progress-cpp 27.6515 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 14, 1, 19, 56) common-timing-cpp 29.5342 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 14, 1, 21, 42) fem-multicore-cpp 106.856 "Coloring mesh."
+(2013, 7, 14, 1, 24, 13) fem-assembly-cpp 150.357 "Assembly for various forms and backends"
+(2013, 7, 14, 1, 24, 25) fem-convergence-cpp 12.1437 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 14, 1, 24, 27) fem-jit-python 0.00100989 "JIT compilation (in memory cache)"
+(2013, 7, 14, 1, 29, 31) fem-speedup-cpp 304.247 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 14, 1, 29, 31) fem-speedup-cpp-assembly 6.58345 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 14, 1, 29, 31) fem-speedup-cpp-solve 2.33907 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 14, 1, 29, 52) mesh-refinement-cpp 19.8696 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 14, 1, 30, 11) mesh-topology-cpp 19.0261 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 14, 1, 30, 34) mesh-unitcube-cpp 23.6569 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 14, 1, 31, 13) mesh-iteration-cpp 35.729 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 14, 1, 31, 34) function-evaluation-cpp 21.4095 "Evaluations of functions at arbitrary points."
+(2013, 7, 14, 1, 31, 34) function-evaluation-cpp 21.3343 "Evaluations of functions at arbitrary points."
+(2013, 7, 14, 1, 31, 37) function-extrapolation-python 3.4012 "BENCH:  1.05881810188"
+(2013, 7, 14, 1, 31, 37) function-extrapolation-python 1.05882 "BENCH:  1.05881810188"
+(2013, 7, 14, 1, 31, 39) function-interpolation-python 1.72811 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 14, 1, 31, 39) function-interpolation-python 1.00277 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 14, 1, 32, 5) la-vector-access-cpp 25.4835 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 14, 1, 32, 30) la-vector-assignment-cpp 25.0565 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 15, 1, 17, 48) geometry-bounding_box_tree_compute_entity_collisions-cpp 9.97036 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 15, 1, 18, 7) geometry-bounding_box_tree_compute_closest_entity-cpp 15.8873 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 15, 1, 18, 24) geometry-bounding_box_tree_build-cpp 14.0707 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 15, 1, 18, 51) common-progress-cpp 27.6519 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 15, 1, 19, 20) common-timing-cpp 28.9185 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 15, 1, 21, 7) fem-multicore-cpp 106.52 "Coloring mesh."
+(2013, 7, 15, 1, 23, 38) fem-assembly-cpp 151.459 "Assembly for various forms and backends"
+(2013, 7, 15, 1, 23, 50) fem-convergence-cpp 12.131 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 15, 1, 23, 52) fem-jit-python 0.00102201 "JIT compilation (in memory cache)"
+(2013, 7, 15, 1, 28, 57) fem-speedup-cpp 304.422 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 15, 1, 28, 57) fem-speedup-cpp-assembly 6.48505 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 15, 1, 28, 57) fem-speedup-cpp-solve 2.23534 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 15, 1, 29, 19) mesh-refinement-cpp 19.7811 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 15, 1, 29, 38) mesh-topology-cpp 19.0518 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 15, 1, 30, 2) mesh-unitcube-cpp 23.696 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 15, 1, 30, 40) mesh-iteration-cpp 35.5452 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 15, 1, 31, 1) function-evaluation-cpp 21.2729 "Evaluations of functions at arbitrary points."
+(2013, 7, 15, 1, 31, 1) function-evaluation-cpp 21.1645 "Evaluations of functions at arbitrary points."
+(2013, 7, 15, 1, 31, 4) function-extrapolation-python 3.43764 "BENCH:  1.04265785217"
+(2013, 7, 15, 1, 31, 4) function-extrapolation-python 1.04266 "BENCH:  1.04265785217"
+(2013, 7, 15, 1, 31, 6) function-interpolation-python 1.67503 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 15, 1, 31, 6) function-interpolation-python 0.986848 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 15, 1, 31, 29) la-vector-access-cpp 22.951 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 15, 1, 32, 0) la-vector-assignment-cpp 31.0985 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 16, 1, 18, 4) geometry-bounding_box_tree_compute_entity_collisions-cpp 9.97083 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 16, 1, 18, 23) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6486 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 16, 1, 18, 39) geometry-bounding_box_tree_build-cpp 13.9228 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 16, 1, 19, 7) common-progress-cpp 27.651 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 16, 1, 19, 36) common-timing-cpp 28.8434 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 16, 1, 21, 23) fem-multicore-cpp 106.965 "Coloring mesh."
+(2013, 7, 16, 1, 23, 54) fem-assembly-cpp 151.016 "Assembly for various forms and backends"
+(2013, 7, 16, 1, 24, 6) fem-convergence-cpp 12.1383 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 16, 1, 24, 8) fem-jit-python 0.00102201 "JIT compilation (in memory cache)"
+(2013, 7, 16, 1, 29, 14) fem-speedup-cpp 306.193 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 16, 1, 29, 14) fem-speedup-cpp-assembly 6.57166 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 16, 1, 29, 14) fem-speedup-cpp-solve 2.31181 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 16, 1, 29, 36) mesh-refinement-cpp 19.8503 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 16, 1, 29, 55) mesh-topology-cpp 19.0814 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 16, 1, 30, 19) mesh-unitcube-cpp 23.6384 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 16, 1, 30, 57) mesh-iteration-cpp 35.5524 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 16, 1, 31, 18) function-evaluation-cpp 21.2645 "Evaluations of functions at arbitrary points."
+(2013, 7, 16, 1, 31, 18) function-evaluation-cpp 21.1568 "Evaluations of functions at arbitrary points."
+(2013, 7, 16, 1, 31, 22) function-extrapolation-python 3.49521 "BENCH:  1.05919599533"
+(2013, 7, 16, 1, 31, 22) function-extrapolation-python 1.0592 "BENCH:  1.05919599533"
+(2013, 7, 16, 1, 31, 23) function-interpolation-python 1.68954 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 16, 1, 31, 23) function-interpolation-python 0.989933 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 16, 1, 31, 46) la-vector-access-cpp 22.9565 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 16, 1, 32, 12) la-vector-assignment-cpp 25.0814 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 17, 1, 20, 47) geometry-bounding_box_tree_compute_entity_collisions-cpp 9.99746 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 17, 1, 21, 6) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6891 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 17, 1, 21, 23) geometry-bounding_box_tree_build-cpp 13.9412 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 17, 1, 21, 54) common-progress-cpp 31.4126 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 17, 1, 22, 23) common-timing-cpp 29.3737 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 17, 1, 24, 10) fem-multicore-cpp 106.781 "Coloring mesh."
+(2013, 7, 17, 1, 26, 41) fem-assembly-cpp 151.302 "Assembly for various forms and backends"
+(2013, 7, 17, 1, 26, 54) fem-convergence-cpp 12.1408 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 17, 1, 26, 55) fem-jit-python 0.00103559 "JIT compilation (in memory cache)"
+(2013, 7, 17, 1, 32, 1) fem-speedup-cpp 305.248 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 17, 1, 32, 1) fem-speedup-cpp-assembly 6.59119 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 17, 1, 32, 1) fem-speedup-cpp-solve 2.27285 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 17, 1, 32, 23) mesh-refinement-cpp 19.8289 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 17, 1, 32, 42) mesh-topology-cpp 19.1244 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 17, 1, 33, 5) mesh-unitcube-cpp 23.6103 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 17, 1, 33, 43) mesh-iteration-cpp 35.5332 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 17, 1, 34, 5) function-evaluation-cpp 21.2646 "Evaluations of functions at arbitrary points."
+(2013, 7, 17, 1, 34, 5) function-evaluation-cpp 21.1484 "Evaluations of functions at arbitrary points."
+(2013, 7, 17, 1, 34, 8) function-extrapolation-python 3.4538 "BENCH:  1.05830597878"
+(2013, 7, 17, 1, 34, 8) function-extrapolation-python 1.05831 "BENCH:  1.05830597878"
+(2013, 7, 17, 1, 34, 10) function-interpolation-python 1.72793 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 17, 1, 34, 10) function-interpolation-python 1.00475 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 17, 1, 34, 33) la-vector-access-cpp 22.9513 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 17, 1, 34, 58) la-vector-assignment-cpp 25.0889 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 18, 1, 18, 4) geometry-bounding_box_tree_compute_entity_collisions-cpp 9.93762 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 18, 1, 18, 23) geometry-bounding_box_tree_compute_closest_entity-cpp 15.797 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 18, 1, 18, 39) geometry-bounding_box_tree_build-cpp 13.9475 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 18, 1, 19, 7) common-progress-cpp 27.6516 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 18, 1, 19, 36) common-timing-cpp 29.2863 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 18, 1, 21, 24) fem-multicore-cpp 107.129 "Coloring mesh."
+(2013, 7, 18, 1, 23, 54) fem-assembly-cpp 150.605 "Assembly for various forms and backends"
+(2013, 7, 18, 1, 24, 6) fem-convergence-cpp 12.1504 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 18, 1, 24, 8) fem-jit-python 0.0010257 "JIT compilation (in memory cache)"
+(2013, 7, 18, 1, 29, 17) fem-speedup-cpp 308.591 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 18, 1, 29, 17) fem-speedup-cpp-assembly 6.51866 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 18, 1, 29, 17) fem-speedup-cpp-solve 2.28439 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 18, 1, 29, 39) mesh-refinement-cpp 19.8179 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 18, 1, 29, 58) mesh-topology-cpp 19.1706 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 18, 1, 30, 22) mesh-unitcube-cpp 23.6178 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 18, 1, 31, 0) mesh-iteration-cpp 35.5583 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 18, 1, 31, 21) function-evaluation-cpp 21.3794 "Evaluations of functions at arbitrary points."
+(2013, 7, 18, 1, 31, 21) function-evaluation-cpp 21.2301 "Evaluations of functions at arbitrary points."
+(2013, 7, 18, 1, 31, 25) function-extrapolation-python 3.53282 "BENCH:  1.06168103218"
+(2013, 7, 18, 1, 31, 25) function-extrapolation-python 1.06168 "BENCH:  1.06168103218"
+(2013, 7, 18, 1, 31, 26) function-interpolation-python 1.69614 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 18, 1, 31, 26) function-interpolation-python 1.00782 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 18, 1, 31, 51) la-vector-access-cpp 24.9473 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 18, 1, 32, 16) la-vector-assignment-cpp 25.031 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 19, 1, 18, 32) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0751 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 19, 1, 18, 51) geometry-bounding_box_tree_compute_closest_entity-cpp 15.8084 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 19, 1, 19, 8) geometry-bounding_box_tree_build-cpp 14.0056 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 19, 1, 19, 35) common-progress-cpp 27.6514 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 19, 1, 20, 6) common-timing-cpp 31.0301 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 19, 1, 21, 53) fem-multicore-cpp 106.616 "Coloring mesh."
+(2013, 7, 19, 1, 24, 24) fem-assembly-cpp 151.515 "Assembly for various forms and backends"
+(2013, 7, 19, 1, 24, 37) fem-convergence-cpp 12.1277 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 19, 1, 24, 38) fem-jit-python 0.00102739 "JIT compilation (in memory cache)"
+(2013, 7, 19, 1, 29, 45) fem-speedup-cpp 306.558 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 19, 1, 29, 45) fem-speedup-cpp-assembly 6.46923 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 19, 1, 29, 45) fem-speedup-cpp-solve 2.26993 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 19, 1, 30, 7) mesh-refinement-cpp 19.838 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 19, 1, 30, 26) mesh-topology-cpp 19.0439 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 19, 1, 30, 49) mesh-unitcube-cpp 23.6054 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 19, 1, 31, 27) mesh-iteration-cpp 35.5374 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 19, 1, 31, 49) function-evaluation-cpp 21.939 "Evaluations of functions at arbitrary points."
+(2013, 7, 19, 1, 31, 49) function-evaluation-cpp 21.7642 "Evaluations of functions at arbitrary points."
+(2013, 7, 19, 1, 31, 53) function-extrapolation-python 3.58701 "BENCH:  1.03702187538"
+(2013, 7, 19, 1, 31, 53) function-extrapolation-python 1.03702 "BENCH:  1.03702187538"
+(2013, 7, 19, 1, 31, 55) function-interpolation-python 1.70192 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 19, 1, 31, 55) function-interpolation-python 0.996866 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 19, 1, 32, 18) la-vector-access-cpp 22.958 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 19, 1, 32, 45) la-vector-assignment-cpp 27.1062 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 20, 1, 17, 37) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2128 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 20, 1, 17, 56) geometry-bounding_box_tree_compute_closest_entity-cpp 15.7231 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 20, 1, 18, 13) geometry-bounding_box_tree_build-cpp 13.9218 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 20, 1, 18, 40) common-progress-cpp 27.6883 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 20, 1, 19, 10) common-timing-cpp 29.6875 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 20, 1, 20, 57) fem-multicore-cpp 106.824 "Coloring mesh."
+(2013, 7, 20, 1, 23, 28) fem-assembly-cpp 151.614 "Assembly for various forms and backends"
+(2013, 7, 20, 1, 23, 41) fem-convergence-cpp 12.1907 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 20, 1, 23, 42) fem-jit-python 0.00103128 "JIT compilation (in memory cache)"
+(2013, 7, 20, 1, 28, 50) fem-speedup-cpp 307.719 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 20, 1, 28, 50) fem-speedup-cpp-assembly 6.52763 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 20, 1, 28, 50) fem-speedup-cpp-solve 2.29249 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 20, 1, 29, 12) mesh-refinement-cpp 19.8286 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 20, 1, 29, 31) mesh-topology-cpp 19.1506 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 20, 1, 29, 55) mesh-unitcube-cpp 23.6698 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 20, 1, 30, 41) mesh-iteration-cpp 44.1741 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 20, 1, 31, 5) function-evaluation-cpp 23.9123 "Evaluations of functions at arbitrary points."
+(2013, 7, 20, 1, 31, 5) function-evaluation-cpp 23.7863 "Evaluations of functions at arbitrary points."
+(2013, 7, 20, 1, 31, 9) function-extrapolation-python 3.49244 "BENCH:  1.07639193535"
+(2013, 7, 20, 1, 31, 9) function-extrapolation-python 1.07639 "BENCH:  1.07639193535"
+(2013, 7, 20, 1, 31, 11) function-interpolation-python 1.69812 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 20, 1, 31, 11) function-interpolation-python 1.01782 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 20, 1, 31, 34) la-vector-access-cpp 22.9654 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 20, 1, 32, 1) la-vector-assignment-cpp 27.2714 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 21, 1, 19, 8) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0012 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 21, 1, 19, 27) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6464 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 21, 1, 19, 43) geometry-bounding_box_tree_build-cpp 13.928 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 21, 1, 20, 11) common-progress-cpp 27.652 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 21, 1, 20, 40) common-timing-cpp 29.5734 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 21, 1, 22, 27) fem-multicore-cpp 106.923 "Coloring mesh."
+(2013, 7, 21, 1, 24, 59) fem-assembly-cpp 151.808 "Assembly for various forms and backends"
+(2013, 7, 21, 1, 25, 11) fem-convergence-cpp 12.1731 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 21, 1, 25, 13) fem-jit-python 0.0010319 "JIT compilation (in memory cache)"
+(2013, 7, 21, 1, 30, 18) fem-speedup-cpp 304.669 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 21, 1, 30, 18) fem-speedup-cpp-assembly 6.52735 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 21, 1, 30, 18) fem-speedup-cpp-solve 2.30222 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 21, 1, 30, 39) mesh-refinement-cpp 19.9697 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 21, 1, 30, 58) mesh-topology-cpp 19.106 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 21, 1, 31, 22) mesh-unitcube-cpp 23.7362 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 21, 1, 32, 3) mesh-iteration-cpp 39.1036 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 21, 1, 32, 24) function-evaluation-cpp 21.217 "Evaluations of functions at arbitrary points."
+(2013, 7, 21, 1, 32, 24) function-evaluation-cpp 21.075 "Evaluations of functions at arbitrary points."
+(2013, 7, 21, 1, 32, 28) function-extrapolation-python 3.47906 "BENCH:  1.05915498734"
+(2013, 7, 21, 1, 32, 28) function-extrapolation-python 1.05915 "BENCH:  1.05915498734"
+(2013, 7, 21, 1, 32, 30) function-interpolation-python 1.75239 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 21, 1, 32, 30) function-interpolation-python 1.01089 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 21, 1, 32, 53) la-vector-access-cpp 22.9286 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 21, 1, 33, 24) la-vector-assignment-cpp 31.0843 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 22, 1, 17, 32) geometry-bounding_box_tree_compute_entity_collisions-cpp 9.92627 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 22, 1, 17, 51) geometry-bounding_box_tree_compute_closest_entity-cpp 15.914 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 22, 1, 18, 8) geometry-bounding_box_tree_build-cpp 13.9849 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 22, 1, 18, 35) common-progress-cpp 27.6508 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 22, 1, 19, 5) common-timing-cpp 29.6839 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 22, 1, 20, 52) fem-multicore-cpp 106.671 "Coloring mesh."
+(2013, 7, 22, 1, 23, 23) fem-assembly-cpp 151.214 "Assembly for various forms and backends"
+(2013, 7, 22, 1, 23, 35) fem-convergence-cpp 12.149 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 22, 1, 23, 37) fem-jit-python 0.00104589 "JIT compilation (in memory cache)"
+(2013, 7, 22, 1, 28, 48) fem-speedup-cpp 310.936 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 22, 1, 28, 48) fem-speedup-cpp-assembly 6.46761 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 22, 1, 28, 48) fem-speedup-cpp-solve 2.23589 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 22, 1, 29, 9) mesh-refinement-cpp 19.884 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 22, 1, 29, 29) mesh-topology-cpp 19.0747 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 22, 1, 29, 52) mesh-unitcube-cpp 23.5547 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 22, 1, 30, 30) mesh-iteration-cpp 35.5506 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 22, 1, 30, 52) function-evaluation-cpp 21.4473 "Evaluations of functions at arbitrary points."
+(2013, 7, 22, 1, 30, 52) function-evaluation-cpp 21.3504 "Evaluations of functions at arbitrary points."
+(2013, 7, 22, 1, 30, 55) function-extrapolation-python 3.38351 "BENCH:  1.05044412613"
+(2013, 7, 22, 1, 30, 55) function-extrapolation-python 1.05044 "BENCH:  1.05044412613"
+(2013, 7, 22, 1, 30, 57) function-interpolation-python 1.7139 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 22, 1, 30, 57) function-interpolation-python 1.01586 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 22, 1, 31, 20) la-vector-access-cpp 22.9637 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 22, 1, 31, 47) la-vector-assignment-cpp 27.0995 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 23, 1, 19, 15) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0312 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 23, 1, 19, 35) geometry-bounding_box_tree_compute_closest_entity-cpp 15.9057 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 23, 1, 19, 51) geometry-bounding_box_tree_build-cpp 13.9175 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 23, 1, 20, 19) common-progress-cpp 27.6897 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 23, 1, 20, 49) common-timing-cpp 29.7265 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 23, 1, 22, 35) fem-multicore-cpp 106.683 "Coloring mesh."
+(2013, 7, 23, 1, 25, 7) fem-assembly-cpp 151.484 "Assembly for various forms and backends"
+(2013, 7, 23, 1, 25, 19) fem-convergence-cpp 12.1302 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 23, 1, 25, 21) fem-jit-python 0.00102 "JIT compilation (in memory cache)"
+(2013, 7, 23, 1, 30, 26) fem-speedup-cpp 305.004 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 23, 1, 30, 26) fem-speedup-cpp-assembly 6.48651 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 23, 1, 30, 26) fem-speedup-cpp-solve 2.32136 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 23, 1, 30, 46) mesh-refinement-cpp 19.8748 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 23, 1, 31, 5) mesh-topology-cpp 19.0003 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 23, 1, 31, 29) mesh-unitcube-cpp 23.7693 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 23, 1, 32, 11) mesh-iteration-cpp 39.1538 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 23, 1, 32, 32) function-evaluation-cpp 21.3518 "Evaluations of functions at arbitrary points."
+(2013, 7, 23, 1, 32, 32) function-evaluation-cpp 21.266 "Evaluations of functions at arbitrary points."
+(2013, 7, 23, 1, 32, 35) function-extrapolation-python 3.33282 "BENCH:  1.06447482109"
+(2013, 7, 23, 1, 32, 35) function-extrapolation-python 1.06447 "BENCH:  1.06447482109"
+(2013, 7, 23, 1, 32, 37) function-interpolation-python 1.71955 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 23, 1, 32, 37) function-interpolation-python 1.01365 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 23, 1, 33, 0) la-vector-access-cpp 22.9004 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 23, 1, 33, 31) la-vector-assignment-cpp 31.0893 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 24, 1, 18, 8) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0569 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 24, 1, 18, 27) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6179 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 24, 1, 18, 43) geometry-bounding_box_tree_build-cpp 13.9532 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 24, 1, 19, 11) common-progress-cpp 27.6516 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 24, 1, 19, 41) common-timing-cpp 29.4583 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 24, 1, 21, 27) fem-multicore-cpp 106.546 "Coloring mesh."
+(2013, 7, 24, 1, 23, 59) fem-assembly-cpp 151.764 "Assembly for various forms and backends"
+(2013, 7, 24, 1, 24, 11) fem-convergence-cpp 12.1404 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 24, 1, 24, 13) fem-jit-python 0.0010278 "JIT compilation (in memory cache)"
+(2013, 7, 24, 1, 29, 18) fem-speedup-cpp 305.064 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 24, 1, 29, 18) fem-speedup-cpp-assembly 6.52501 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 24, 1, 29, 18) fem-speedup-cpp-solve 2.27892 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 24, 1, 29, 39) mesh-refinement-cpp 19.8261 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 24, 1, 29, 59) mesh-topology-cpp 19.1535 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 24, 1, 30, 22) mesh-unitcube-cpp 23.6353 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 24, 1, 31, 0) mesh-iteration-cpp 35.5519 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 24, 1, 31, 22) function-evaluation-cpp 21.248 "Evaluations of functions at arbitrary points."
+(2013, 7, 24, 1, 31, 22) function-evaluation-cpp 21.1217 "Evaluations of functions at arbitrary points."
+(2013, 7, 24, 1, 31, 25) function-extrapolation-python 3.48699 "BENCH:  1.04801487923"
+(2013, 7, 24, 1, 31, 25) function-extrapolation-python 1.04801 "BENCH:  1.04801487923"
+(2013, 7, 24, 1, 31, 27) function-interpolation-python 1.72332 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 24, 1, 31, 27) function-interpolation-python 1.01363 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 24, 1, 31, 50) la-vector-access-cpp 22.9582 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 24, 1, 32, 17) la-vector-assignment-cpp 27.1103 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 25, 1, 18, 33) geometry-bounding_box_tree_compute_entity_collisions-cpp 9.91429 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 25, 1, 18, 52) geometry-bounding_box_tree_compute_closest_entity-cpp 15.7018 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 25, 1, 19, 9) geometry-bounding_box_tree_build-cpp 13.9045 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 25, 1, 19, 37) common-progress-cpp 27.6518 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 25, 1, 20, 6) common-timing-cpp 29.0688 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 25, 1, 21, 52) fem-multicore-cpp 106.354 "Coloring mesh."
+(2013, 7, 25, 1, 24, 23) fem-assembly-cpp 151.178 "Assembly for various forms and backends"
+(2013, 7, 25, 1, 24, 35) fem-convergence-cpp 12.1495 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 25, 1, 24, 37) fem-jit-python 0.0010262 "JIT compilation (in memory cache)"
+(2013, 7, 25, 1, 29, 42) fem-speedup-cpp 305.293 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 25, 1, 29, 42) fem-speedup-cpp-assembly 6.53432 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 25, 1, 29, 42) fem-speedup-cpp-solve 2.26699 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 25, 1, 30, 3) mesh-refinement-cpp 19.8821 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 25, 1, 30, 22) mesh-topology-cpp 19.074 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 25, 1, 30, 46) mesh-unitcube-cpp 23.7186 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 25, 1, 31, 28) mesh-iteration-cpp 39.1559 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 25, 1, 31, 50) function-evaluation-cpp 22.0183 "Evaluations of functions at arbitrary points."
+(2013, 7, 25, 1, 31, 50) function-evaluation-cpp 21.9331 "Evaluations of functions at arbitrary points."
+(2013, 7, 25, 1, 31, 53) function-extrapolation-python 3.52895 "BENCH:  1.08823299408"
+(2013, 7, 25, 1, 31, 53) function-extrapolation-python 1.08823 "BENCH:  1.08823299408"
+(2013, 7, 25, 1, 31, 55) function-interpolation-python 1.7827 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 25, 1, 31, 55) function-interpolation-python 1.01551 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 25, 1, 32, 20) la-vector-access-cpp 24.9518 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 25, 1, 32, 47) la-vector-assignment-cpp 27.0816 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 26, 1, 32, 57) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8357 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 26, 1, 33, 16) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4289 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 26, 1, 33, 32) geometry-bounding_box_tree_build-cpp 13.9295 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 26, 1, 34, 0) common-progress-cpp 27.6522 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 26, 1, 34, 29) common-timing-cpp 29.3048 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 26, 1, 36, 16) fem-multicore-cpp 106.808 "Coloring mesh."
+(2013, 7, 26, 1, 38, 45) fem-assembly-cpp 149.245 "Assembly for various forms and backends"
+(2013, 7, 26, 1, 38, 57) fem-convergence-cpp 12.0954 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 26, 1, 38, 59) fem-jit-python 0.0010324 "JIT compilation (in memory cache)"
+(2013, 7, 26, 1, 44, 6) fem-speedup-cpp 306.664 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 26, 1, 44, 6) fem-speedup-cpp-assembly 6.46767 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 26, 1, 44, 6) fem-speedup-cpp-solve 2.28157 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 26, 1, 44, 27) mesh-refinement-cpp 19.9331 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 26, 1, 44, 46) mesh-topology-cpp 19.2752 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 26, 1, 45, 10) mesh-unitcube-cpp 23.9851 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 26, 1, 45, 48) mesh-iteration-cpp 35.5488 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 26, 1, 46, 9) function-evaluation-cpp 21.1529 "Evaluations of functions at arbitrary points."
+(2013, 7, 26, 1, 46, 9) function-evaluation-cpp 21.0716 "Evaluations of functions at arbitrary points."
+(2013, 7, 26, 1, 46, 13) function-extrapolation-python 3.41242 "BENCH:  1.06968593597"
+(2013, 7, 26, 1, 46, 13) function-extrapolation-python 1.06969 "BENCH:  1.06968593597"
+(2013, 7, 26, 1, 46, 15) function-interpolation-python 1.7068 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 26, 1, 46, 15) function-interpolation-python 0.974432 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 26, 1, 46, 39) la-vector-access-cpp 24.9422 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 26, 1, 47, 5) la-vector-assignment-cpp 25.0615 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 27, 1, 25, 25) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.648 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 27, 1, 25, 43) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1914 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 27, 1, 26, 0) geometry-bounding_box_tree_build-cpp 13.8779 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 27, 1, 26, 27) common-progress-cpp 27.6531 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 27, 1, 26, 57) common-timing-cpp 29.1611 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 27, 1, 28, 43) fem-multicore-cpp 106.705 "Coloring mesh."
+(2013, 7, 27, 1, 31, 12) fem-assembly-cpp 148.199 "Assembly for various forms and backends"
+(2013, 7, 27, 1, 31, 24) fem-convergence-cpp 12.1193 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 27, 1, 31, 26) fem-jit-python 0.0010288 "JIT compilation (in memory cache)"
+(2013, 7, 27, 1, 36, 33) fem-speedup-cpp 307.907 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 27, 1, 36, 33) fem-speedup-cpp-assembly 6.7843 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 27, 1, 36, 33) fem-speedup-cpp-solve 2.21279 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 27, 1, 36, 54) mesh-refinement-cpp 19.8739 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 27, 1, 37, 13) mesh-topology-cpp 19.1819 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 27, 1, 37, 37) mesh-unitcube-cpp 23.8984 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 27, 1, 38, 23) mesh-iteration-cpp 43.4933 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 27, 1, 38, 44) function-evaluation-cpp 21.1308 "Evaluations of functions at arbitrary points."
+(2013, 7, 27, 1, 38, 44) function-evaluation-cpp 21.0487 "Evaluations of functions at arbitrary points."
+(2013, 7, 27, 1, 38, 48) function-extrapolation-python 3.39592 "BENCH:  1.06241202354"
+(2013, 7, 27, 1, 38, 48) function-extrapolation-python 1.06241 "BENCH:  1.06241202354"
+(2013, 7, 27, 1, 38, 50) function-interpolation-python 1.71973 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 27, 1, 38, 50) function-interpolation-python 0.983558 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 27, 1, 39, 15) la-vector-access-cpp 24.9409 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 27, 1, 39, 40) la-vector-assignment-cpp 25.0484 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 28, 1, 39, 11) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.4281 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 28, 1, 39, 29) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3285 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 28, 1, 39, 46) geometry-bounding_box_tree_build-cpp 13.8874 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 28, 1, 40, 13) common-progress-cpp 27.6524 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 28, 1, 40, 42) common-timing-cpp 28.2414 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 28, 1, 42, 28) fem-multicore-cpp 106.675 "Coloring mesh."
+(2013, 7, 28, 1, 44, 57) fem-assembly-cpp 148.21 "Assembly for various forms and backends"
+(2013, 7, 28, 1, 45, 9) fem-convergence-cpp 12.1267 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 28, 1, 45, 11) fem-jit-python 0.00103991 "JIT compilation (in memory cache)"
+(2013, 7, 28, 1, 50, 17) fem-speedup-cpp 306.216 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 28, 1, 50, 17) fem-speedup-cpp-assembly 6.42771 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 28, 1, 50, 17) fem-speedup-cpp-solve 2.28056 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 28, 1, 50, 38) mesh-refinement-cpp 19.9213 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 28, 1, 50, 57) mesh-topology-cpp 19.1526 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 28, 1, 51, 21) mesh-unitcube-cpp 23.9458 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 28, 1, 52, 7) mesh-iteration-cpp 43.5389 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 28, 1, 52, 28) function-evaluation-cpp 21.1276 "Evaluations of functions at arbitrary points."
+(2013, 7, 28, 1, 52, 28) function-evaluation-cpp 21.0374 "Evaluations of functions at arbitrary points."
+(2013, 7, 28, 1, 52, 31) function-extrapolation-python 3.34089 "BENCH:  1.0704369545"
+(2013, 7, 28, 1, 52, 31) function-extrapolation-python 1.07044 "BENCH:  1.0704369545"
+(2013, 7, 28, 1, 52, 33) function-interpolation-python 1.69298 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 28, 1, 52, 33) function-interpolation-python 0.974667 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 28, 1, 52, 58) la-vector-access-cpp 24.9371 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 28, 1, 53, 25) la-vector-assignment-cpp 27.5753 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 29, 1, 33, 16) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.86 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 29, 1, 33, 35) geometry-bounding_box_tree_compute_closest_entity-cpp 15.404 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 29, 1, 33, 51) geometry-bounding_box_tree_build-cpp 13.9519 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 29, 1, 34, 19) common-progress-cpp 27.6526 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 29, 1, 34, 48) common-timing-cpp 28.8879 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 29, 1, 36, 35) fem-multicore-cpp 106.715 "Coloring mesh."
+(2013, 7, 29, 1, 39, 3) fem-assembly-cpp 148.025 "Assembly for various forms and backends"
+(2013, 7, 29, 1, 39, 15) fem-convergence-cpp 12.1061 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 29, 1, 39, 17) fem-jit-python 0.0010309 "JIT compilation (in memory cache)"
+(2013, 7, 29, 1, 44, 22) fem-speedup-cpp 305.176 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 29, 1, 44, 22) fem-speedup-cpp-assembly 6.48856 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 29, 1, 44, 22) fem-speedup-cpp-solve 2.26292 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 29, 1, 44, 42) mesh-refinement-cpp 19.8754 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 29, 1, 45, 2) mesh-topology-cpp 19.1465 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 29, 1, 45, 25) mesh-unitcube-cpp 23.8806 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 29, 1, 46, 3) mesh-iteration-cpp 35.4578 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 29, 1, 46, 25) function-evaluation-cpp 21.6172 "Evaluations of functions at arbitrary points."
+(2013, 7, 29, 1, 46, 25) function-evaluation-cpp 21.5314 "Evaluations of functions at arbitrary points."
+(2013, 7, 29, 1, 46, 28) function-extrapolation-python 3.38748 "BENCH:  1.08705210686"
+(2013, 7, 29, 1, 46, 28) function-extrapolation-python 1.08705 "BENCH:  1.08705210686"
+(2013, 7, 29, 1, 46, 30) function-interpolation-python 1.68298 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 29, 1, 46, 30) function-interpolation-python 0.977137 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 29, 1, 46, 58) la-vector-access-cpp 27.9328 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 29, 1, 47, 23) la-vector-assignment-cpp 25.1531 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 7, 31, 1, 26, 49) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9718 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 31, 1, 27, 8) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5362 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 7, 31, 1, 27, 25) geometry-bounding_box_tree_build-cpp 13.8878 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 7, 31, 1, 27, 52) common-progress-cpp 27.652 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 7, 31, 1, 28, 21) common-timing-cpp 29.0704 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 7, 31, 1, 30, 9) fem-multicore-cpp 107.287 "Coloring mesh."
+(2013, 7, 31, 1, 32, 36) fem-assembly-cpp 147.742 "Assembly for various forms and backends"
+(2013, 7, 31, 1, 32, 49) fem-convergence-cpp 12.1113 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 7, 31, 1, 32, 50) fem-jit-python 0.00104589 "JIT compilation (in memory cache)"
+(2013, 7, 31, 1, 37, 58) fem-speedup-cpp 307.615 "Assembly/solve speedup running on 4 processors"
+(2013, 7, 31, 1, 37, 58) fem-speedup-cpp-assembly 6.55567 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 7, 31, 1, 37, 58) fem-speedup-cpp-solve 2.22618 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 7, 31, 1, 38, 19) mesh-refinement-cpp 19.8377 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 7, 31, 1, 38, 39) mesh-topology-cpp 19.1642 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 7, 31, 1, 39, 2) mesh-unitcube-cpp 23.8466 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 7, 31, 1, 39, 40) mesh-iteration-cpp 35.4885 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 7, 31, 1, 40, 2) function-evaluation-cpp 21.3148 "Evaluations of functions at arbitrary points."
+(2013, 7, 31, 1, 40, 2) function-evaluation-cpp 21.196 "Evaluations of functions at arbitrary points."
+(2013, 7, 31, 1, 40, 5) function-extrapolation-python 3.59531 "BENCH:  1.07835102081"
+(2013, 7, 31, 1, 40, 5) function-extrapolation-python 1.07835 "BENCH:  1.07835102081"
+(2013, 7, 31, 1, 40, 7) function-interpolation-python 1.66624 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 31, 1, 40, 7) function-interpolation-python 0.979514 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 7, 31, 1, 40, 35) la-vector-access-cpp 27.9492 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 7, 31, 1, 41, 0) la-vector-assignment-cpp 25.0869 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 1, 1, 39, 13) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.4727 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 1, 1, 39, 32) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3798 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 1, 1, 39, 48) geometry-bounding_box_tree_build-cpp 13.9167 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 1, 1, 40, 16) common-progress-cpp 27.6525 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 1, 1, 40, 45) common-timing-cpp 29.2722 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 1, 1, 42, 32) fem-multicore-cpp 106.555 "Coloring mesh."
+(2013, 8, 1, 1, 45, 0) fem-assembly-cpp 147.688 "Assembly for various forms and backends"
+(2013, 8, 1, 1, 45, 12) fem-convergence-cpp 12.0977 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 1, 1, 45, 14) fem-jit-python 0.0010354 "JIT compilation (in memory cache)"
+(2013, 8, 1, 1, 50, 19) fem-speedup-cpp 305.365 "Assembly/solve speedup running on 4 processors"
+(2013, 8, 1, 1, 50, 19) fem-speedup-cpp-assembly 6.74386 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 8, 1, 1, 50, 19) fem-speedup-cpp-solve 2.2743 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 8, 1, 1, 50, 40) mesh-refinement-cpp 19.8651 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 1, 1, 50, 59) mesh-topology-cpp 19.1834 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 1, 1, 51, 23) mesh-unitcube-cpp 23.8155 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 1, 1, 52, 5) mesh-iteration-cpp 39.1078 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 1, 1, 52, 26) function-evaluation-cpp 21.4897 "Evaluations of functions at arbitrary points."
+(2013, 8, 1, 1, 52, 26) function-evaluation-cpp 21.3422 "Evaluations of functions at arbitrary points."
+(2013, 8, 1, 1, 52, 30) function-extrapolation-python 3.5455 "BENCH:  1.09359121323"
+(2013, 8, 1, 1, 52, 30) function-extrapolation-python 1.09359 "BENCH:  1.09359121323"
+(2013, 8, 1, 1, 52, 32) function-interpolation-python 1.70183 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 1, 1, 52, 32) function-interpolation-python 0.976344 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 1, 1, 52, 57) la-vector-access-cpp 24.974 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 1, 1, 53, 22) la-vector-assignment-cpp 25.3144 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 2, 1, 28, 52) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.3877 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 2, 1, 29, 11) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3117 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 2, 1, 29, 27) geometry-bounding_box_tree_build-cpp 13.8861 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 2, 1, 29, 55) common-progress-cpp 27.6521 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 2, 1, 30, 24) common-timing-cpp 28.4944 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 2, 1, 32, 10) fem-multicore-cpp 106.684 "Coloring mesh."
+(2013, 8, 2, 1, 34, 38) fem-assembly-cpp 147.827 "Assembly for various forms and backends"
+(2013, 8, 2, 1, 34, 50) fem-convergence-cpp 12.1092 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 2, 1, 34, 52) fem-jit-python 0.00102439 "JIT compilation (in memory cache)"
+(2013, 8, 2, 1, 39, 58) fem-speedup-cpp 305.712 "Assembly/solve speedup running on 4 processors"
+(2013, 8, 2, 1, 39, 58) fem-speedup-cpp-assembly 6.49978 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 8, 2, 1, 39, 58) fem-speedup-cpp-solve 2.29703 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 8, 2, 1, 40, 18) mesh-refinement-cpp 19.8816 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 2, 1, 40, 38) mesh-topology-cpp 19.2233 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 2, 1, 41, 2) mesh-unitcube-cpp 23.926 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 2, 1, 41, 48) mesh-iteration-cpp 44.1865 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 2, 1, 42, 10) function-evaluation-cpp 21.2475 "Evaluations of functions at arbitrary points."
+(2013, 8, 2, 1, 42, 10) function-evaluation-cpp 21.1655 "Evaluations of functions at arbitrary points."
+(2013, 8, 2, 1, 42, 13) function-extrapolation-python 3.45499 "BENCH:  1.0774269104"
+(2013, 8, 2, 1, 42, 13) function-extrapolation-python 1.07743 "BENCH:  1.0774269104"
+(2013, 8, 2, 1, 42, 15) function-interpolation-python 1.70972 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 2, 1, 42, 15) function-interpolation-python 0.992673 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 2, 1, 42, 40) la-vector-access-cpp 24.9398 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 2, 1, 43, 5) la-vector-assignment-cpp 25.0641 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 3, 1, 31, 14) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.4989 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 3, 1, 31, 32) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4774 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 3, 1, 31, 49) geometry-bounding_box_tree_build-cpp 13.9001 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 3, 1, 32, 17) common-progress-cpp 27.6714 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 3, 1, 32, 45) common-timing-cpp 28.8472 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 3, 1, 34, 32) fem-multicore-cpp 107.079 "Coloring mesh."
+(2013, 8, 3, 1, 37, 1) fem-assembly-cpp 148.654 "Assembly for various forms and backends"
+(2013, 8, 3, 1, 37, 13) fem-convergence-cpp 12.1355 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 3, 1, 37, 15) fem-jit-python 0.00103362 "JIT compilation (in memory cache)"
+(2013, 8, 3, 1, 42, 22) fem-speedup-cpp 306.73 "Assembly/solve speedup running on 4 processors"
+(2013, 8, 3, 1, 42, 22) fem-speedup-cpp-assembly 6.56741 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 8, 3, 1, 42, 22) fem-speedup-cpp-solve 2.28335 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 8, 3, 1, 42, 43) mesh-refinement-cpp 19.8179 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 3, 1, 43, 3) mesh-topology-cpp 19.1521 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 3, 1, 43, 26) mesh-unitcube-cpp 23.881 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 3, 1, 44, 13) mesh-iteration-cpp 44.185 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 3, 1, 44, 35) function-evaluation-cpp 21.8312 "Evaluations of functions at arbitrary points."
+(2013, 8, 3, 1, 44, 35) function-evaluation-cpp 21.6971 "Evaluations of functions at arbitrary points."
+(2013, 8, 3, 1, 44, 38) function-extrapolation-python 3.52665 "BENCH:  1.07765603065"
+(2013, 8, 3, 1, 44, 38) function-extrapolation-python 1.07766 "BENCH:  1.07765603065"
+(2013, 8, 3, 1, 44, 40) function-interpolation-python 1.67445 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 3, 1, 44, 40) function-interpolation-python 0.969365 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 3, 1, 45, 5) la-vector-access-cpp 24.971 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 3, 1, 46, 1) la-vector-assignment-cpp 55.5208 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 4, 1, 41, 25) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.6843 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 4, 1, 41, 44) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3567 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 4, 1, 42, 0) geometry-bounding_box_tree_build-cpp 13.9098 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 4, 1, 42, 28) common-progress-cpp 27.6529 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 4, 1, 42, 57) common-timing-cpp 28.8279 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 4, 1, 44, 44) fem-multicore-cpp 106.909 "Coloring mesh."
+(2013, 8, 4, 1, 47, 12) fem-assembly-cpp 148.587 "Assembly for various forms and backends"
+(2013, 8, 4, 1, 47, 24) fem-convergence-cpp 12.1192 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 4, 1, 47, 26) fem-jit-python 0.00103061 "JIT compilation (in memory cache)"
+(2013, 8, 4, 1, 52, 34) fem-speedup-cpp 307.233 "Assembly/solve speedup running on 4 processors"
+(2013, 8, 4, 1, 52, 34) fem-speedup-cpp-assembly 6.56102 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 8, 4, 1, 52, 34) fem-speedup-cpp-solve 2.22183 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 8, 4, 1, 52, 54) mesh-refinement-cpp 19.835 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 4, 1, 53, 13) mesh-topology-cpp 19.1706 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 4, 1, 53, 38) mesh-unitcube-cpp 24.1551 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 4, 1, 54, 24) mesh-iteration-cpp 43.553 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 4, 1, 54, 45) function-evaluation-cpp 21.1334 "Evaluations of functions at arbitrary points."
+(2013, 8, 4, 1, 54, 45) function-evaluation-cpp 21.0477 "Evaluations of functions at arbitrary points."
+(2013, 8, 4, 1, 54, 48) function-extrapolation-python 3.39345 "BENCH:  1.08501887321"
+(2013, 8, 4, 1, 54, 48) function-extrapolation-python 1.08502 "BENCH:  1.08501887321"
+(2013, 8, 4, 1, 54, 50) function-interpolation-python 1.67907 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 4, 1, 54, 50) function-interpolation-python 0.961259 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 4, 1, 55, 15) la-vector-access-cpp 24.9584 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 4, 1, 55, 40) la-vector-assignment-cpp 25.0679 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 5, 1, 25, 48) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.7885 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 5, 1, 26, 7) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4096 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 5, 1, 26, 23) geometry-bounding_box_tree_build-cpp 13.8964 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 5, 1, 26, 51) common-progress-cpp 27.6527 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 5, 1, 27, 20) common-timing-cpp 28.7543 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 5, 1, 29, 7) fem-multicore-cpp 106.983 "Coloring mesh."
+(2013, 8, 5, 1, 31, 35) fem-assembly-cpp 147.844 "Assembly for various forms and backends"
+(2013, 8, 5, 1, 31, 47) fem-convergence-cpp 12.1354 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 5, 1, 31, 49) fem-jit-python 0.00102918 "JIT compilation (in memory cache)"
+(2013, 8, 5, 1, 36, 55) fem-speedup-cpp 305.959 "Assembly/solve speedup running on 4 processors"
+(2013, 8, 5, 1, 36, 55) fem-speedup-cpp-assembly 6.53383 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 8, 5, 1, 36, 55) fem-speedup-cpp-solve 2.27532 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 8, 5, 1, 37, 15) mesh-refinement-cpp 19.8757 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 5, 1, 37, 34) mesh-topology-cpp 19.1757 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 5, 1, 37, 58) mesh-unitcube-cpp 23.9099 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 5, 1, 38, 36) mesh-iteration-cpp 35.4793 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 5, 1, 38, 58) function-evaluation-cpp 21.263 "Evaluations of functions at arbitrary points."
+(2013, 8, 5, 1, 38, 58) function-evaluation-cpp 21.1828 "Evaluations of functions at arbitrary points."
+(2013, 8, 5, 1, 39, 1) function-extrapolation-python 3.40403 "BENCH:  1.0744330883"
+(2013, 8, 5, 1, 39, 1) function-extrapolation-python 1.07443 "BENCH:  1.0744330883"
+(2013, 8, 5, 1, 39, 3) function-interpolation-python 1.68084 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 5, 1, 39, 3) function-interpolation-python 0.968702 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 5, 1, 39, 28) la-vector-access-cpp 24.9795 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 5, 1, 39, 53) la-vector-assignment-cpp 25.0686 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 6, 1, 35, 25) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.831 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 6, 1, 35, 44) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2973 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 6, 1, 36, 0) geometry-bounding_box_tree_build-cpp 13.8768 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 6, 1, 36, 28) common-progress-cpp 27.6525 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 6, 1, 36, 57) common-timing-cpp 28.669 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 6, 1, 38, 44) fem-multicore-cpp 107.62 "Coloring mesh."
+(2013, 8, 6, 1, 41, 13) fem-assembly-cpp 148.393 "Assembly for various forms and backends"
+(2013, 8, 6, 1, 41, 25) fem-convergence-cpp 12.1228 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 6, 1, 41, 27) fem-jit-python 0.00102811 "JIT compilation (in memory cache)"
+(2013, 8, 6, 1, 46, 35) fem-speedup-cpp 308.59 "Assembly/solve speedup running on 4 processors"
+(2013, 8, 6, 1, 46, 35) fem-speedup-cpp-assembly 6.54911 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 8, 6, 1, 46, 35) fem-speedup-cpp-solve 2.21345 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 8, 6, 1, 46, 56) mesh-refinement-cpp 19.8853 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 6, 1, 47, 15) mesh-topology-cpp 19.3026 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 6, 1, 47, 39) mesh-unitcube-cpp 23.9211 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 6, 1, 48, 17) mesh-iteration-cpp 35.5593 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 6, 1, 48, 39) function-evaluation-cpp 21.3737 "Evaluations of functions at arbitrary points."
+(2013, 8, 6, 1, 48, 39) function-evaluation-cpp 21.2876 "Evaluations of functions at arbitrary points."
+(2013, 8, 6, 1, 48, 42) function-extrapolation-python 3.49559 "BENCH:  1.08021306992"
+(2013, 8, 6, 1, 48, 42) function-extrapolation-python 1.08021 "BENCH:  1.08021306992"
+(2013, 8, 6, 1, 48, 44) function-interpolation-python 1.70168 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 6, 1, 48, 44) function-interpolation-python 0.96744 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 6, 1, 49, 12) la-vector-access-cpp 27.9191 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 6, 1, 49, 37) la-vector-assignment-cpp 25.026 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 7, 1, 38, 19) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.6532 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 7, 1, 38, 38) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5974 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 7, 1, 38, 54) geometry-bounding_box_tree_build-cpp 13.9513 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 7, 1, 39, 27) common-progress-cpp 32.72 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 7, 1, 39, 56) common-timing-cpp 29.6147 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 7, 1, 41, 44) fem-multicore-cpp 107.075 "Coloring mesh."
+(2013, 8, 7, 1, 44, 12) fem-assembly-cpp 148.323 "Assembly for various forms and backends"
+(2013, 8, 7, 1, 44, 24) fem-convergence-cpp 12.128 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 7, 1, 44, 26) fem-jit-python 0.0010227 "JIT compilation (in memory cache)"
+(2013, 8, 7, 1, 49, 31) fem-speedup-cpp 305.171 "Assembly/solve speedup running on 4 processors"
+(2013, 8, 7, 1, 49, 31) fem-speedup-cpp-assembly 6.54031 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 8, 7, 1, 49, 31) fem-speedup-cpp-solve 2.22884 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 8, 7, 1, 49, 53) mesh-refinement-cpp 19.859 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 7, 1, 50, 12) mesh-topology-cpp 19.145 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 7, 1, 50, 36) mesh-unitcube-cpp 23.9015 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 7, 1, 51, 14) mesh-iteration-cpp 35.4751 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 7, 1, 51, 35) function-evaluation-cpp 21.1654 "Evaluations of functions at arbitrary points."
+(2013, 8, 7, 1, 51, 35) function-evaluation-cpp 21.03 "Evaluations of functions at arbitrary points."
+(2013, 8, 7, 1, 51, 38) function-extrapolation-python 3.33722 "BENCH:  1.06779313087"
+(2013, 8, 7, 1, 51, 38) function-extrapolation-python 1.06779 "BENCH:  1.06779313087"
+(2013, 8, 7, 1, 51, 40) function-interpolation-python 1.6575 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 7, 1, 51, 40) function-interpolation-python 0.967171 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 7, 1, 52, 8) la-vector-access-cpp 27.9762 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 7, 1, 52, 33) la-vector-assignment-cpp 25.0818 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 8, 1, 39, 7) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.5775 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 8, 1, 39, 26) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4071 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 8, 1, 39, 42) geometry-bounding_box_tree_build-cpp 13.9409 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 8, 1, 40, 10) common-progress-cpp 27.6519 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 8, 1, 40, 39) common-timing-cpp 28.7396 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 8, 1, 42, 25) fem-multicore-cpp 106.911 "Coloring mesh."
+(2013, 8, 8, 1, 44, 54) fem-assembly-cpp 148.626 "Assembly for various forms and backends"
+(2013, 8, 8, 1, 45, 6) fem-convergence-cpp 12.1204 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 8, 1, 45, 8) fem-jit-python 0.0010474 "JIT compilation (in memory cache)"
+(2013, 8, 8, 1, 50, 15) fem-speedup-cpp 307.236 "Assembly/solve speedup running on 4 processors"
+(2013, 8, 8, 1, 50, 15) fem-speedup-cpp-assembly 6.50746 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 8, 8, 1, 50, 15) fem-speedup-cpp-solve 2.26756 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 8, 8, 1, 50, 39) mesh-refinement-cpp 19.8766 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 8, 1, 50, 58) mesh-topology-cpp 19.1145 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 8, 1, 51, 22) mesh-unitcube-cpp 23.8653 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 8, 1, 52, 0) mesh-iteration-cpp 35.4708 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 8, 1, 52, 21) function-evaluation-cpp 21.2067 "Evaluations of functions at arbitrary points."
+(2013, 8, 8, 1, 52, 21) function-evaluation-cpp 21.0854 "Evaluations of functions at arbitrary points."
+(2013, 8, 8, 1, 52, 24) function-extrapolation-python 3.37869 "BENCH:  1.0582280159"
+(2013, 8, 8, 1, 52, 24) function-extrapolation-python 1.05823 "BENCH:  1.0582280159"
+(2013, 8, 8, 1, 52, 26) function-interpolation-python 1.66341 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 8, 1, 52, 26) function-interpolation-python 0.967375 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 8, 1, 52, 54) la-vector-access-cpp 27.9801 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 8, 1, 53, 19) la-vector-assignment-cpp 25.075 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 9, 1, 38, 37) geometry-bounding_box_tree_compute_entity_collisions-cpp 9.97718 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 9, 1, 38, 56) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4435 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 9, 1, 39, 13) geometry-bounding_box_tree_build-cpp 13.959 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 9, 1, 39, 40) common-progress-cpp 27.6523 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 9, 1, 40, 10) common-timing-cpp 29.978 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 9, 1, 41, 58) fem-multicore-cpp 107.297 "Coloring mesh."
+(2013, 8, 9, 1, 44, 26) fem-assembly-cpp 148.325 "Assembly for various forms and backends"
+(2013, 8, 9, 1, 44, 38) fem-convergence-cpp 12.1115 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 9, 1, 44, 40) fem-jit-python 0.00103259 "JIT compilation (in memory cache)"
+(2013, 8, 9, 1, 49, 47) fem-speedup-cpp 307.202 "Assembly/solve speedup running on 4 processors"
+(2013, 8, 9, 1, 49, 47) fem-speedup-cpp-assembly 6.52362 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 8, 9, 1, 49, 47) fem-speedup-cpp-solve 2.23068 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 8, 9, 1, 50, 9) mesh-refinement-cpp 20.0758 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 9, 1, 50, 28) mesh-topology-cpp 19.1616 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 9, 1, 50, 53) mesh-unitcube-cpp 24.3457 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 9, 1, 51, 39) mesh-iteration-cpp 44.1844 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 9, 1, 52, 1) function-evaluation-cpp 21.1735 "Evaluations of functions at arbitrary points."
+(2013, 8, 9, 1, 52, 1) function-evaluation-cpp 21.0478 "Evaluations of functions at arbitrary points."
+(2013, 8, 9, 1, 52, 4) function-extrapolation-python 3.36801 "BENCH:  1.06341600418"
+(2013, 8, 9, 1, 52, 4) function-extrapolation-python 1.06342 "BENCH:  1.06341600418"
+(2013, 8, 9, 1, 52, 6) function-interpolation-python 1.69133 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 9, 1, 52, 6) function-interpolation-python 1.00928 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 9, 1, 52, 34) la-vector-access-cpp 27.9606 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 9, 1, 52, 59) la-vector-assignment-cpp 25.0921 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 10, 1, 28, 30) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0617 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 10, 1, 28, 49) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5376 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 10, 1, 29, 6) geometry-bounding_box_tree_build-cpp 13.9398 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 10, 1, 29, 33) common-progress-cpp 27.711 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 10, 1, 30, 3) common-timing-cpp 29.5057 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 10, 1, 31, 50) fem-multicore-cpp 107.191 "Coloring mesh."
+(2013, 8, 10, 1, 34, 19) fem-assembly-cpp 148.787 "Assembly for various forms and backends"
+(2013, 8, 10, 1, 34, 31) fem-convergence-cpp 12.1214 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 10, 1, 34, 33) fem-jit-python 0.00102639 "JIT compilation (in memory cache)"
+(2013, 8, 10, 1, 39, 41) fem-speedup-cpp 308.48 "Assembly/solve speedup running on 4 processors"
+(2013, 8, 10, 1, 39, 41) fem-speedup-cpp-assembly 6.56523 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 8, 10, 1, 39, 41) fem-speedup-cpp-solve 2.21603 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 8, 10, 1, 40, 3) mesh-refinement-cpp 19.9983 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 10, 1, 40, 22) mesh-topology-cpp 19.185 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 10, 1, 40, 47) mesh-unitcube-cpp 24.3062 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 10, 1, 41, 26) mesh-iteration-cpp 36.7437 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 10, 1, 41, 47) function-evaluation-cpp 21.1904 "Evaluations of functions at arbitrary points."
+(2013, 8, 10, 1, 41, 47) function-evaluation-cpp 21.0738 "Evaluations of functions at arbitrary points."
+(2013, 8, 10, 1, 41, 51) function-extrapolation-python 3.4954 "BENCH:  1.07068109512"
+(2013, 8, 10, 1, 41, 51) function-extrapolation-python 1.07068 "BENCH:  1.07068109512"
+(2013, 8, 10, 1, 41, 52) function-interpolation-python 1.68025 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 10, 1, 41, 52) function-interpolation-python 0.998028 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 10, 1, 42, 17) la-vector-access-cpp 24.9651 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 10, 1, 42, 42) la-vector-assignment-cpp 25.0923 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 11, 1, 28, 20) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1327 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 11, 1, 28, 39) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4899 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 11, 1, 28, 55) geometry-bounding_box_tree_build-cpp 13.9146 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 11, 1, 29, 23) common-progress-cpp 27.6527 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 11, 1, 29, 52) common-timing-cpp 29.3516 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 11, 1, 31, 39) fem-multicore-cpp 107.135 "Coloring mesh."
+(2013, 8, 11, 1, 34, 8) fem-assembly-cpp 148.826 "Assembly for various forms and backends"
+(2013, 8, 11, 1, 34, 20) fem-convergence-cpp 12.1183 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 11, 1, 34, 22) fem-jit-python 0.00103371 "JIT compilation (in memory cache)"
+(2013, 8, 11, 1, 39, 32) fem-speedup-cpp 309.779 "Assembly/solve speedup running on 4 processors"
+(2013, 8, 11, 1, 39, 32) fem-speedup-cpp-assembly 6.5308 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 8, 11, 1, 39, 32) fem-speedup-cpp-solve 2.19844 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 8, 11, 1, 39, 54) mesh-refinement-cpp 19.9707 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 11, 1, 40, 13) mesh-topology-cpp 19.1777 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 11, 1, 40, 38) mesh-unitcube-cpp 24.3165 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 11, 1, 41, 16) mesh-iteration-cpp 36.0375 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 11, 1, 41, 38) function-evaluation-cpp 21.1652 "Evaluations of functions at arbitrary points."
+(2013, 8, 11, 1, 41, 38) function-evaluation-cpp 21.0418 "Evaluations of functions at arbitrary points."
+(2013, 8, 11, 1, 41, 41) function-extrapolation-python 3.39699 "BENCH:  1.05698800087"
+(2013, 8, 11, 1, 41, 41) function-extrapolation-python 1.05699 "BENCH:  1.05698800087"
+(2013, 8, 11, 1, 41, 43) function-interpolation-python 1.688 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 11, 1, 41, 43) function-interpolation-python 0.992373 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 11, 1, 42, 8) la-vector-access-cpp 24.9549 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 11, 1, 42, 35) la-vector-assignment-cpp 27.0904 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 12, 1, 29, 19) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2828 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 12, 1, 29, 38) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6988 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 12, 1, 29, 54) geometry-bounding_box_tree_build-cpp 13.8845 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 12, 1, 30, 22) common-progress-cpp 27.6521 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 12, 1, 30, 53) common-timing-cpp 30.9291 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 12, 1, 32, 40) fem-multicore-cpp 107.116 "Coloring mesh."
+(2013, 8, 12, 1, 35, 11) fem-assembly-cpp 150.797 "Assembly for various forms and backends"
+(2013, 8, 12, 1, 35, 23) fem-convergence-cpp 12.1069 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 12, 1, 35, 25) fem-jit-python 0.00104201 "JIT compilation (in memory cache)"
+(2013, 8, 12, 1, 40, 30) fem-speedup-cpp 305.437 "Assembly/solve speedup running on 4 processors"
+(2013, 8, 12, 1, 40, 30) fem-speedup-cpp-assembly 6.58536 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2013, 8, 12, 1, 40, 30) fem-speedup-cpp-solve 2.25804 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2013, 8, 12, 1, 40, 51) mesh-refinement-cpp 19.969 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 12, 1, 41, 10) mesh-topology-cpp 19.078 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 12, 1, 41, 34) mesh-unitcube-cpp 24.2732 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 12, 1, 42, 16) mesh-iteration-cpp 39.1608 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 12, 1, 42, 38) function-evaluation-cpp 21.5864 "Evaluations of functions at arbitrary points."
+(2013, 8, 12, 1, 42, 38) function-evaluation-cpp 21.5077 "Evaluations of functions at arbitrary points."
+(2013, 8, 12, 1, 42, 41) function-extrapolation-python 3.45743 "BENCH:  1.06352710724"
+(2013, 8, 12, 1, 42, 41) function-extrapolation-python 1.06353 "BENCH:  1.06352710724"
+(2013, 8, 12, 1, 42, 43) function-interpolation-python 1.73152 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 12, 1, 42, 43) function-interpolation-python 0.999738 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 12, 1, 43, 6) la-vector-access-cpp 23.4342 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 12, 1, 43, 31) la-vector-assignment-cpp 25.0658 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 13, 1, 30, 32) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0241 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 13, 1, 30, 51) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4037 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 13, 1, 31, 7) geometry-bounding_box_tree_build-cpp 13.9484 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 13, 1, 31, 35) common-progress-cpp 27.6525 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 13, 1, 32, 5) common-timing-cpp 29.6965 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 13, 1, 33, 52) fem-multicore-cpp 107.115 "Coloring mesh."
+(2013, 8, 13, 1, 36, 21) fem-assembly-cpp 149.547 "Assembly for various forms and backends"
+(2013, 8, 13, 1, 36, 34) fem-convergence-cpp 12.1174 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 13, 1, 36, 35) fem-jit-python 0.00102611 "JIT compilation (in memory cache)"
+(2013, 8, 13, 1, 42, 1) mesh-refinement-cpp 19.7741 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 13, 1, 42, 21) mesh-topology-cpp 19.069 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 13, 1, 42, 45) mesh-unitcube-cpp 23.9753 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 13, 1, 43, 23) mesh-iteration-cpp 35.5453 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 13, 1, 43, 45) function-evaluation-cpp 21.989 "Evaluations of functions at arbitrary points."
+(2013, 8, 13, 1, 43, 45) function-evaluation-cpp 21.9033 "Evaluations of functions at arbitrary points."
+(2013, 8, 13, 1, 43, 48) function-extrapolation-python 3.45407 "BENCH:  1.06975007057"
+(2013, 8, 13, 1, 43, 48) function-extrapolation-python 1.06975 "BENCH:  1.06975007057"
+(2013, 8, 13, 1, 43, 50) function-interpolation-python 1.70201 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 13, 1, 43, 50) function-interpolation-python 0.993179 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 13, 1, 44, 15) la-vector-access-cpp 25.4377 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 13, 1, 44, 44) la-vector-assignment-cpp 29.099 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 14, 1, 34, 3) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1619 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 14, 1, 34, 22) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4298 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 14, 1, 34, 38) geometry-bounding_box_tree_build-cpp 13.9632 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 14, 1, 35, 6) common-progress-cpp 27.6528 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 14, 1, 35, 36) common-timing-cpp 30.0964 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 14, 1, 37, 24) fem-multicore-cpp 107.553 "Coloring mesh."
+(2013, 8, 14, 1, 39, 53) fem-assembly-cpp 149.226 "Assembly for various forms and backends"
+(2013, 8, 14, 1, 40, 5) fem-convergence-cpp 12.119 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 14, 1, 40, 7) fem-jit-python 0.00104291 "JIT compilation (in memory cache)"
+(2013, 8, 14, 1, 45, 34) mesh-refinement-cpp 19.6692 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 14, 1, 45, 53) mesh-topology-cpp 19.0427 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 14, 1, 46, 17) mesh-unitcube-cpp 24.1043 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 14, 1, 46, 59) mesh-iteration-cpp 39.1619 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 14, 1, 47, 20) function-evaluation-cpp 21.1819 "Evaluations of functions at arbitrary points."
+(2013, 8, 14, 1, 47, 20) function-evaluation-cpp 21.0348 "Evaluations of functions at arbitrary points."
+(2013, 8, 14, 1, 47, 24) function-extrapolation-python 3.54554 "BENCH:  1.07405281067"
+(2013, 8, 14, 1, 47, 24) function-extrapolation-python 1.07405 "BENCH:  1.07405281067"
+(2013, 8, 14, 1, 47, 25) function-interpolation-python 1.68059 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 14, 1, 47, 25) function-interpolation-python 0.985128 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 14, 1, 47, 49) la-vector-access-cpp 23.4845 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 14, 1, 48, 16) la-vector-assignment-cpp 27.0837 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 15, 1, 35, 37) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0388 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 15, 1, 35, 56) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5463 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 15, 1, 36, 13) geometry-bounding_box_tree_build-cpp 13.949 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 15, 1, 36, 40) common-progress-cpp 27.6926 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 15, 1, 37, 10) common-timing-cpp 29.5317 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 15, 1, 38, 57) fem-multicore-cpp 107.211 "Coloring mesh."
+(2013, 8, 15, 1, 41, 26) fem-assembly-cpp 149.318 "Assembly for various forms and backends"
+(2013, 8, 15, 1, 41, 39) fem-convergence-cpp 12.1089 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 15, 1, 41, 40) fem-jit-python 0.00103989 "JIT compilation (in memory cache)"
+(2013, 8, 15, 1, 47, 7) mesh-refinement-cpp 19.6627 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 15, 1, 47, 26) mesh-topology-cpp 19.0479 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 15, 1, 47, 50) mesh-unitcube-cpp 23.9587 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 15, 1, 48, 28) mesh-iteration-cpp 35.5438 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 15, 1, 48, 50) function-evaluation-cpp 21.4899 "Evaluations of functions at arbitrary points."
+(2013, 8, 15, 1, 48, 50) function-evaluation-cpp 21.3608 "Evaluations of functions at arbitrary points."
+(2013, 8, 15, 1, 48, 53) function-extrapolation-python 3.42887 "BENCH:  1.06464219093"
+(2013, 8, 15, 1, 48, 53) function-extrapolation-python 1.06464 "BENCH:  1.06464219093"
+(2013, 8, 15, 1, 48, 55) function-interpolation-python 1.68364 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 15, 1, 48, 55) function-interpolation-python 0.987284 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 15, 1, 49, 18) la-vector-access-cpp 23.4684 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 15, 1, 49, 46) la-vector-assignment-cpp 28.1084 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 16, 1, 30, 1) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.157 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 16, 1, 30, 20) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5268 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 16, 1, 30, 37) geometry-bounding_box_tree_build-cpp 13.9169 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 16, 1, 31, 4) common-progress-cpp 27.6528 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 16, 1, 31, 34) common-timing-cpp 29.8024 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 16, 1, 33, 22) fem-multicore-cpp 107.582 "Coloring mesh."
+(2013, 8, 16, 1, 35, 51) fem-assembly-cpp 149.686 "Assembly for various forms and backends"
+(2013, 8, 16, 1, 36, 3) fem-convergence-cpp 12.1138 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 16, 1, 36, 5) fem-jit-python 0.0010246 "JIT compilation (in memory cache)"
+(2013, 8, 16, 1, 41, 32) mesh-refinement-cpp 19.7091 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 16, 1, 41, 52) mesh-topology-cpp 19.0539 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 16, 1, 42, 16) mesh-unitcube-cpp 24.0192 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 16, 1, 42, 57) mesh-iteration-cpp 39.1605 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 16, 1, 43, 19) function-evaluation-cpp 21.4923 "Evaluations of functions at arbitrary points."
+(2013, 8, 16, 1, 43, 19) function-evaluation-cpp 21.4079 "Evaluations of functions at arbitrary points."
+(2013, 8, 16, 1, 43, 22) function-extrapolation-python 3.45402 "BENCH:  1.0782160759"
+(2013, 8, 16, 1, 43, 22) function-extrapolation-python 1.07822 "BENCH:  1.0782160759"
+(2013, 8, 16, 1, 43, 24) function-interpolation-python 1.70071 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 16, 1, 43, 24) function-interpolation-python 0.980738 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 16, 1, 43, 47) la-vector-access-cpp 23.4338 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 16, 1, 44, 14) la-vector-assignment-cpp 26.9666 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 17, 1, 37, 34) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1059 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 17, 1, 37, 53) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6572 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 17, 1, 38, 10) geometry-bounding_box_tree_build-cpp 13.9366 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 17, 1, 38, 37) common-progress-cpp 27.6529 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 17, 1, 39, 7) common-timing-cpp 29.6877 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 17, 1, 40, 54) fem-multicore-cpp 107.153 "Coloring mesh."
+(2013, 8, 17, 1, 43, 24) fem-assembly-cpp 149.321 "Assembly for various forms and backends"
+(2013, 8, 17, 1, 43, 36) fem-convergence-cpp 12.1125 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 17, 1, 43, 38) fem-jit-python 0.0010309 "JIT compilation (in memory cache)"
+(2013, 8, 17, 1, 49, 5) mesh-refinement-cpp 19.7317 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 17, 1, 49, 24) mesh-topology-cpp 19.1088 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 17, 1, 49, 48) mesh-unitcube-cpp 23.9583 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 17, 1, 50, 26) mesh-iteration-cpp 35.5424 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 17, 1, 50, 47) function-evaluation-cpp 21.1737 "Evaluations of functions at arbitrary points."
+(2013, 8, 17, 1, 50, 47) function-evaluation-cpp 21.0623 "Evaluations of functions at arbitrary points."
+(2013, 8, 17, 1, 50, 50) function-extrapolation-python 3.42052 "BENCH:  1.05454802513"
+(2013, 8, 17, 1, 50, 50) function-extrapolation-python 1.05455 "BENCH:  1.05454802513"
+(2013, 8, 17, 1, 50, 52) function-interpolation-python 1.66117 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 17, 1, 50, 52) function-interpolation-python 0.981249 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 17, 1, 51, 16) la-vector-access-cpp 23.4603 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 17, 1, 51, 43) la-vector-assignment-cpp 27.0856 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 18, 1, 34, 40) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0011 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 18, 1, 34, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5313 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 18, 1, 35, 16) geometry-bounding_box_tree_build-cpp 13.8817 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 18, 1, 35, 43) common-progress-cpp 27.6526 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 18, 1, 36, 13) common-timing-cpp 29.8438 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 18, 1, 38, 1) fem-multicore-cpp 107.524 "Coloring mesh."
+(2013, 8, 18, 1, 40, 30) fem-assembly-cpp 149.51 "Assembly for various forms and backends"
+(2013, 8, 18, 1, 40, 42) fem-convergence-cpp 12.1168 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 18, 1, 40, 44) fem-jit-python 0.00102959 "JIT compilation (in memory cache)"
+(2013, 8, 18, 1, 46, 11) mesh-refinement-cpp 19.7557 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 18, 1, 46, 30) mesh-topology-cpp 19.0728 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 18, 1, 46, 54) mesh-unitcube-cpp 23.9239 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 18, 1, 47, 32) mesh-iteration-cpp 35.5647 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 18, 1, 47, 53) function-evaluation-cpp 21.1502 "Evaluations of functions at arbitrary points."
+(2013, 8, 18, 1, 47, 53) function-evaluation-cpp 21.0625 "Evaluations of functions at arbitrary points."
+(2013, 8, 18, 1, 47, 57) function-extrapolation-python 3.39587 "BENCH:  1.07850408554"
+(2013, 8, 18, 1, 47, 57) function-extrapolation-python 1.0785 "BENCH:  1.07850408554"
+(2013, 8, 18, 1, 47, 58) function-interpolation-python 1.71663 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 18, 1, 47, 58) function-interpolation-python 0.991286 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 18, 1, 48, 22) la-vector-access-cpp 23.4148 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 18, 1, 48, 50) la-vector-assignment-cpp 28.0935 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 19, 1, 33, 21) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0347 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 19, 1, 33, 40) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5302 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 19, 1, 33, 57) geometry-bounding_box_tree_build-cpp 13.959 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 19, 1, 34, 24) common-progress-cpp 27.6894 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 19, 1, 34, 54) common-timing-cpp 29.7698 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 19, 1, 36, 42) fem-multicore-cpp 107.61 "Coloring mesh."
+(2013, 8, 19, 1, 39, 11) fem-assembly-cpp 149.545 "Assembly for various forms and backends"
+(2013, 8, 19, 1, 39, 23) fem-convergence-cpp 12.1109 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 19, 1, 39, 25) fem-jit-python 0.0010288 "JIT compilation (in memory cache)"
+(2013, 8, 19, 1, 44, 56) mesh-refinement-cpp 19.7029 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 19, 1, 45, 15) mesh-topology-cpp 19.0506 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 19, 1, 45, 39) mesh-unitcube-cpp 23.8949 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 19, 1, 46, 17) mesh-iteration-cpp 35.5753 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 19, 1, 46, 38) function-evaluation-cpp 21.3738 "Evaluations of functions at arbitrary points."
+(2013, 8, 19, 1, 46, 38) function-evaluation-cpp 21.2511 "Evaluations of functions at arbitrary points."
+(2013, 8, 19, 1, 46, 42) function-extrapolation-python 3.36224 "BENCH:  1.0701379776"
+(2013, 8, 19, 1, 46, 42) function-extrapolation-python 1.07014 "BENCH:  1.0701379776"
+(2013, 8, 19, 1, 46, 44) function-interpolation-python 1.68547 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 19, 1, 46, 44) function-interpolation-python 0.994866 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 19, 1, 47, 9) la-vector-access-cpp 25.4601 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 19, 1, 47, 36) la-vector-assignment-cpp 27.0887 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 20, 1, 33, 23) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2098 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 20, 1, 33, 42) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6292 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 20, 1, 33, 59) geometry-bounding_box_tree_build-cpp 13.936 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 20, 1, 34, 26) common-progress-cpp 27.6523 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 20, 1, 34, 56) common-timing-cpp 29.9126 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 20, 1, 36, 43) fem-multicore-cpp 107.315 "Coloring mesh."
+(2013, 8, 20, 1, 39, 13) fem-assembly-cpp 149.665 "Assembly for various forms and backends"
+(2013, 8, 20, 1, 39, 25) fem-convergence-cpp 12.1433 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 20, 1, 39, 27) fem-jit-python 0.00102808 "JIT compilation (in memory cache)"
+(2013, 8, 20, 1, 44, 54) mesh-refinement-cpp 19.688 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 20, 1, 45, 13) mesh-topology-cpp 19.0522 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 20, 1, 45, 37) mesh-unitcube-cpp 24.3722 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 20, 1, 46, 15) mesh-iteration-cpp 35.5501 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 20, 1, 46, 36) function-evaluation-cpp 21.2071 "Evaluations of functions at arbitrary points."
+(2013, 8, 20, 1, 46, 36) function-evaluation-cpp 21.047 "Evaluations of functions at arbitrary points."
+(2013, 8, 20, 1, 46, 40) function-extrapolation-python 3.39304 "BENCH:  1.07953190804"
+(2013, 8, 20, 1, 46, 40) function-extrapolation-python 1.07953 "BENCH:  1.07953190804"
+(2013, 8, 20, 1, 46, 42) function-interpolation-python 1.66658 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 20, 1, 46, 42) function-interpolation-python 0.97045 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 20, 1, 47, 7) la-vector-access-cpp 25.4608 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 20, 1, 47, 34) la-vector-assignment-cpp 27.0924 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 21, 1, 34, 16) geometry-bounding_box_tree_compute_entity_collisions-cpp 9.97891 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 21, 1, 34, 35) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4209 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 21, 1, 34, 51) geometry-bounding_box_tree_build-cpp 13.9314 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 21, 1, 35, 19) common-progress-cpp 27.6531 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 21, 1, 35, 48) common-timing-cpp 29.5588 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 21, 1, 37, 36) fem-multicore-cpp 107.83 "Coloring mesh."
+(2013, 8, 21, 1, 40, 5) fem-assembly-cpp 149.148 "Assembly for various forms and backends"
+(2013, 8, 21, 1, 40, 18) fem-convergence-cpp 12.1096 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 21, 1, 40, 19) fem-jit-python 0.0010334 "JIT compilation (in memory cache)"
+(2013, 8, 21, 1, 45, 47) mesh-refinement-cpp 19.7165 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 21, 1, 46, 6) mesh-topology-cpp 19.1289 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 21, 1, 46, 30) mesh-unitcube-cpp 23.9397 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 21, 1, 47, 8) mesh-iteration-cpp 35.5482 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 21, 1, 47, 29) function-evaluation-cpp 21.152 "Evaluations of functions at arbitrary points."
+(2013, 8, 21, 1, 47, 29) function-evaluation-cpp 21.0574 "Evaluations of functions at arbitrary points."
+(2013, 8, 21, 1, 47, 33) function-extrapolation-python 3.43729 "BENCH:  1.07766795158"
+(2013, 8, 21, 1, 47, 33) function-extrapolation-python 1.07767 "BENCH:  1.07766795158"
+(2013, 8, 21, 1, 47, 34) function-interpolation-python 1.68293 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 21, 1, 47, 34) function-interpolation-python 0.98242 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 21, 1, 47, 58) la-vector-access-cpp 23.4316 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 21, 1, 48, 25) la-vector-assignment-cpp 27.0692 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 22, 1, 41, 13) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1633 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 22, 1, 41, 32) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5437 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 22, 1, 41, 48) geometry-bounding_box_tree_build-cpp 13.9018 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 22, 1, 42, 16) common-progress-cpp 27.6528 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 22, 1, 42, 45) common-timing-cpp 29.7343 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 22, 1, 44, 33) fem-multicore-cpp 107.339 "Coloring mesh."
+(2013, 8, 22, 1, 47, 1) fem-assembly-cpp 147.821 "Assembly for various forms and backends"
+(2013, 8, 22, 1, 47, 13) fem-convergence-cpp 12.1131 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 22, 1, 47, 14) fem-jit-python 0.00101988 "JIT compilation (in memory cache)"
+(2013, 8, 22, 1, 52, 42) mesh-refinement-cpp 19.8313 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 22, 1, 53, 1) mesh-topology-cpp 19.1747 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 22, 1, 53, 25) mesh-unitcube-cpp 24.0708 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 22, 1, 54, 3) mesh-iteration-cpp 35.4753 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 22, 1, 54, 24) function-evaluation-cpp 21.161 "Evaluations of functions at arbitrary points."
+(2013, 8, 22, 1, 54, 24) function-evaluation-cpp 21.0795 "Evaluations of functions at arbitrary points."
+(2013, 8, 22, 1, 54, 28) function-extrapolation-python 3.44571 "BENCH:  1.06874084473"
+(2013, 8, 22, 1, 54, 28) function-extrapolation-python 1.06874 "BENCH:  1.06874084473"
+(2013, 8, 22, 1, 54, 29) function-interpolation-python 1.71545 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 22, 1, 54, 29) function-interpolation-python 0.98559 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 22, 1, 54, 53) la-vector-access-cpp 23.4312 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 22, 1, 55, 20) la-vector-assignment-cpp 27.073 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 23, 1, 28, 40) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.242 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 23, 1, 28, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5556 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 23, 1, 29, 15) geometry-bounding_box_tree_build-cpp 14.0003 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 23, 1, 29, 43) common-progress-cpp 27.653 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 23, 1, 30, 13) common-timing-cpp 29.5955 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 23, 1, 31, 59) fem-multicore-cpp 106.916 "Coloring mesh."
+(2013, 8, 23, 1, 34, 28) fem-assembly-cpp 148.097 "Assembly for various forms and backends"
+(2013, 8, 23, 1, 34, 40) fem-convergence-cpp 12.1088 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 23, 1, 34, 42) fem-jit-python 0.00104151 "JIT compilation (in memory cache)"
+(2013, 8, 23, 1, 40, 12) mesh-refinement-cpp 19.8325 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 23, 1, 40, 32) mesh-topology-cpp 19.0871 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 23, 1, 40, 56) mesh-unitcube-cpp 23.9952 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 23, 1, 41, 34) mesh-iteration-cpp 35.4766 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 23, 1, 41, 55) function-evaluation-cpp 21.2071 "Evaluations of functions at arbitrary points."
+(2013, 8, 23, 1, 41, 55) function-evaluation-cpp 21.0508 "Evaluations of functions at arbitrary points."
+(2013, 8, 23, 1, 41, 58) function-extrapolation-python 3.54535 "BENCH:  1.09432315826"
+(2013, 8, 23, 1, 41, 58) function-extrapolation-python 1.09432 "BENCH:  1.09432315826"
+(2013, 8, 23, 1, 42, 0) function-interpolation-python 1.70435 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 23, 1, 42, 0) function-interpolation-python 0.997619 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 23, 1, 42, 24) la-vector-access-cpp 23.4479 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 23, 1, 42, 51) la-vector-assignment-cpp 27.0923 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 24, 1, 26, 21) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2205 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 24, 1, 26, 40) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5829 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 24, 1, 26, 57) geometry-bounding_box_tree_build-cpp 13.9053 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 24, 1, 27, 24) common-progress-cpp 27.653 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 24, 1, 27, 54) common-timing-cpp 29.9517 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 24, 1, 29, 42) fem-multicore-cpp 107.16 "Coloring mesh."
+(2013, 8, 24, 1, 32, 9) fem-assembly-cpp 147.87 "Assembly for various forms and backends"
+(2013, 8, 24, 1, 32, 22) fem-convergence-cpp 12.1414 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 24, 1, 32, 23) fem-jit-python 0.00104651 "JIT compilation (in memory cache)"
+(2013, 8, 24, 1, 37, 51) mesh-refinement-cpp 19.8106 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 24, 1, 38, 10) mesh-topology-cpp 19.028 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 24, 1, 38, 34) mesh-unitcube-cpp 24.0868 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 24, 1, 39, 12) mesh-iteration-cpp 35.4311 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 24, 1, 39, 34) function-evaluation-cpp 21.9966 "Evaluations of functions at arbitrary points."
+(2013, 8, 24, 1, 39, 34) function-evaluation-cpp 21.8937 "Evaluations of functions at arbitrary points."
+(2013, 8, 24, 1, 39, 38) function-extrapolation-python 3.63718 "BENCH:  1.0871860981"
+(2013, 8, 24, 1, 39, 38) function-extrapolation-python 1.08719 "BENCH:  1.0871860981"
+(2013, 8, 24, 1, 39, 39) function-interpolation-python 1.68271 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 24, 1, 39, 39) function-interpolation-python 0.965442 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 24, 1, 40, 3) la-vector-access-cpp 23.4306 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 24, 1, 40, 30) la-vector-assignment-cpp 27.0702 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 25, 1, 27, 47) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2155 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 25, 1, 28, 6) geometry-bounding_box_tree_compute_closest_entity-cpp 15.556 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 25, 1, 28, 23) geometry-bounding_box_tree_build-cpp 13.9012 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 25, 1, 28, 50) common-progress-cpp 27.6527 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 25, 1, 29, 20) common-timing-cpp 30.2048 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 25, 1, 31, 8) fem-multicore-cpp 107.387 "Coloring mesh."
+(2013, 8, 25, 1, 33, 34) fem-assembly-cpp 146.65 "Assembly for various forms and backends"
+(2013, 8, 25, 1, 33, 47) fem-convergence-cpp 12.1122 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 25, 1, 33, 48) fem-jit-python 0.00102611 "JIT compilation (in memory cache)"
+(2013, 8, 25, 1, 39, 18) mesh-refinement-cpp 19.7606 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 25, 1, 39, 37) mesh-topology-cpp 19.0406 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 25, 1, 40, 1) mesh-unitcube-cpp 24.0438 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 25, 1, 40, 48) mesh-iteration-cpp 44.1876 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 25, 1, 41, 10) function-evaluation-cpp 22.0397 "Evaluations of functions at arbitrary points."
+(2013, 8, 25, 1, 41, 10) function-evaluation-cpp 21.917 "Evaluations of functions at arbitrary points."
+(2013, 8, 25, 1, 41, 14) function-extrapolation-python 3.64267 "BENCH:  1.06951498985"
+(2013, 8, 25, 1, 41, 14) function-extrapolation-python 1.06951 "BENCH:  1.06951498985"
+(2013, 8, 25, 1, 41, 15) function-interpolation-python 1.68502 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 25, 1, 41, 15) function-interpolation-python 0.970874 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 25, 1, 41, 39) la-vector-access-cpp 23.4612 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 25, 1, 42, 7) la-vector-assignment-cpp 28.1235 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 26, 1, 28, 8) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.159 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 26, 1, 28, 27) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5303 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 26, 1, 28, 43) geometry-bounding_box_tree_build-cpp 13.9238 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 26, 1, 29, 11) common-progress-cpp 27.6528 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 26, 1, 29, 41) common-timing-cpp 30.3243 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 26, 1, 31, 28) fem-multicore-cpp 106.721 "Coloring mesh."
+(2013, 8, 26, 1, 33, 55) fem-assembly-cpp 147.296 "Assembly for various forms and backends"
+(2013, 8, 26, 1, 34, 8) fem-convergence-cpp 12.1133 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 26, 1, 34, 9) fem-jit-python 0.00102899 "JIT compilation (in memory cache)"
+(2013, 8, 26, 1, 39, 38) mesh-refinement-cpp 19.7435 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 26, 1, 39, 57) mesh-topology-cpp 19.0231 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 26, 1, 40, 21) mesh-unitcube-cpp 24.0455 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 26, 1, 40, 59) mesh-iteration-cpp 35.4755 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 26, 1, 41, 20) function-evaluation-cpp 21.174 "Evaluations of functions at arbitrary points."
+(2013, 8, 26, 1, 41, 20) function-evaluation-cpp 21.0568 "Evaluations of functions at arbitrary points."
+(2013, 8, 26, 1, 41, 24) function-extrapolation-python 3.3543 "BENCH:  1.06886506081"
+(2013, 8, 26, 1, 41, 24) function-extrapolation-python 1.06887 "BENCH:  1.06886506081"
+(2013, 8, 26, 1, 41, 25) function-interpolation-python 1.64721 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 26, 1, 41, 25) function-interpolation-python 0.967554 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 26, 1, 41, 51) la-vector-access-cpp 25.4723 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 26, 1, 42, 20) la-vector-assignment-cpp 29.1231 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 27, 1, 36, 48) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2084 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 27, 1, 37, 8) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6492 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 27, 1, 37, 24) geometry-bounding_box_tree_build-cpp 13.9458 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 27, 1, 37, 52) common-progress-cpp 27.6533 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 27, 1, 38, 21) common-timing-cpp 29.6701 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 27, 1, 40, 8) fem-multicore-cpp 106.952 "Coloring mesh."
+(2013, 8, 27, 1, 42, 36) fem-assembly-cpp 147.639 "Assembly for various forms and backends"
+(2013, 8, 27, 1, 42, 48) fem-convergence-cpp 12.1161 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 27, 1, 42, 50) fem-jit-python 0.00104239 "JIT compilation (in memory cache)"
+(2013, 8, 27, 1, 48, 21) mesh-refinement-cpp 19.7705 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 27, 1, 48, 40) mesh-topology-cpp 19.0239 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 27, 1, 49, 4) mesh-unitcube-cpp 24.032 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 27, 1, 49, 42) mesh-iteration-cpp 35.4677 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 27, 1, 50, 3) function-evaluation-cpp 21.2154 "Evaluations of functions at arbitrary points."
+(2013, 8, 27, 1, 50, 3) function-evaluation-cpp 21.0981 "Evaluations of functions at arbitrary points."
+(2013, 8, 27, 1, 50, 6) function-extrapolation-python 3.34552 "BENCH:  1.05961799622"
+(2013, 8, 27, 1, 50, 6) function-extrapolation-python 1.05962 "BENCH:  1.05961799622"
+(2013, 8, 27, 1, 50, 8) function-interpolation-python 1.64476 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 27, 1, 50, 8) function-interpolation-python 0.965227 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 27, 1, 50, 34) la-vector-access-cpp 25.4667 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 27, 1, 51, 1) la-vector-assignment-cpp 27.0917 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 28, 1, 37, 9) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2287 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 28, 1, 37, 28) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6886 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 28, 1, 37, 44) geometry-bounding_box_tree_build-cpp 13.8839 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 28, 1, 38, 12) common-progress-cpp 27.6529 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 28, 1, 38, 42) common-timing-cpp 30.357 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 28, 1, 40, 30) fem-multicore-cpp 107.501 "Coloring mesh."
+(2013, 8, 28, 1, 42, 57) fem-assembly-cpp 147.489 "Assembly for various forms and backends"
+(2013, 8, 28, 1, 43, 9) fem-convergence-cpp 12.1169 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 28, 1, 43, 11) fem-jit-python 0.00102992 "JIT compilation (in memory cache)"
+(2013, 8, 28, 1, 48, 38) mesh-refinement-cpp 19.8076 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 28, 1, 48, 57) mesh-topology-cpp 19.06 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 28, 1, 49, 21) mesh-unitcube-cpp 24.056 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 28, 1, 49, 59) mesh-iteration-cpp 35.5001 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 28, 1, 50, 20) function-evaluation-cpp 21.1397 "Evaluations of functions at arbitrary points."
+(2013, 8, 28, 1, 50, 20) function-evaluation-cpp 21.0499 "Evaluations of functions at arbitrary points."
+(2013, 8, 28, 1, 50, 24) function-extrapolation-python 3.37918 "BENCH:  1.06580996513"
+(2013, 8, 28, 1, 50, 24) function-extrapolation-python 1.06581 "BENCH:  1.06580996513"
+(2013, 8, 28, 1, 50, 26) function-interpolation-python 1.68922 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 28, 1, 50, 26) function-interpolation-python 0.968645 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 28, 1, 50, 49) la-vector-access-cpp 23.4405 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 28, 1, 51, 16) la-vector-assignment-cpp 27.0238 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 29, 1, 38, 57) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2082 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 29, 1, 39, 16) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4964 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 29, 1, 39, 32) geometry-bounding_box_tree_build-cpp 13.9043 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 29, 1, 40, 0) common-progress-cpp 27.6533 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 29, 1, 40, 30) common-timing-cpp 30.0317 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 29, 1, 42, 17) fem-multicore-cpp 107.421 "Coloring mesh."
+(2013, 8, 29, 1, 44, 45) fem-assembly-cpp 147.434 "Assembly for various forms and backends"
+(2013, 8, 29, 1, 44, 57) fem-convergence-cpp 12.107 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 29, 1, 44, 58) fem-jit-python 0.0010339 "JIT compilation (in memory cache)"
+(2013, 8, 29, 1, 50, 26) mesh-refinement-cpp 19.8443 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 29, 1, 50, 45) mesh-topology-cpp 19.1561 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 29, 1, 51, 9) mesh-unitcube-cpp 24.0152 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 29, 1, 51, 47) mesh-iteration-cpp 35.4744 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 29, 1, 52, 8) function-evaluation-cpp 21.136 "Evaluations of functions at arbitrary points."
+(2013, 8, 29, 1, 52, 8) function-evaluation-cpp 21.0444 "Evaluations of functions at arbitrary points."
+(2013, 8, 29, 1, 52, 12) function-extrapolation-python 3.52903 "BENCH:  1.08780002594"
+(2013, 8, 29, 1, 52, 12) function-extrapolation-python 1.0878 "BENCH:  1.08780002594"
+(2013, 8, 29, 1, 52, 14) function-interpolation-python 1.7117 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 29, 1, 52, 14) function-interpolation-python 0.989075 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 29, 1, 52, 37) la-vector-access-cpp 23.4331 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 29, 1, 53, 4) la-vector-assignment-cpp 27.0694 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 30, 1, 35, 20) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1712 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 30, 1, 35, 39) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6562 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 30, 1, 35, 56) geometry-bounding_box_tree_build-cpp 13.8993 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 30, 1, 36, 23) common-progress-cpp 27.6536 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 30, 1, 36, 53) common-timing-cpp 29.2374 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 30, 1, 38, 40) fem-multicore-cpp 106.99 "Coloring mesh."
+(2013, 8, 30, 1, 41, 6) fem-assembly-cpp 146.731 "Assembly for various forms and backends"
+(2013, 8, 30, 1, 41, 18) fem-convergence-cpp 12.1084 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 30, 1, 41, 20) fem-jit-python 0.00102789 "JIT compilation (in memory cache)"
+(2013, 8, 30, 1, 46, 50) mesh-refinement-cpp 19.8221 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 30, 1, 47, 9) mesh-topology-cpp 19.1056 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 30, 1, 47, 33) mesh-unitcube-cpp 24.1155 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 30, 1, 48, 15) mesh-iteration-cpp 39.1589 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 30, 1, 48, 36) function-evaluation-cpp 21.1466 "Evaluations of functions at arbitrary points."
+(2013, 8, 30, 1, 48, 36) function-evaluation-cpp 21.0684 "Evaluations of functions at arbitrary points."
+(2013, 8, 30, 1, 48, 39) function-extrapolation-python 3.44779 "BENCH:  1.09775018692"
+(2013, 8, 30, 1, 48, 39) function-extrapolation-python 1.09775 "BENCH:  1.09775018692"
+(2013, 8, 30, 1, 48, 41) function-interpolation-python 1.71379 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 30, 1, 48, 41) function-interpolation-python 0.967359 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 30, 1, 49, 4) la-vector-access-cpp 23.4089 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 30, 1, 49, 31) la-vector-assignment-cpp 27.0456 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 8, 31, 1, 34, 26) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.159 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 31, 1, 34, 45) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6174 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 8, 31, 1, 35, 2) geometry-bounding_box_tree_build-cpp 13.9047 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 8, 31, 1, 35, 29) common-progress-cpp 27.6531 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 8, 31, 1, 35, 59) common-timing-cpp 29.7881 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 8, 31, 1, 37, 46) fem-multicore-cpp 107.484 "Coloring mesh."
+(2013, 8, 31, 1, 40, 14) fem-assembly-cpp 147.879 "Assembly for various forms and backends"
+(2013, 8, 31, 1, 40, 26) fem-convergence-cpp 12.1066 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 8, 31, 1, 40, 28) fem-jit-python 0.0010278 "JIT compilation (in memory cache)"
+(2013, 8, 31, 1, 45, 57) mesh-refinement-cpp 19.85 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 8, 31, 1, 46, 16) mesh-topology-cpp 19.0538 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 8, 31, 1, 46, 40) mesh-unitcube-cpp 24.3912 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 8, 31, 1, 47, 27) mesh-iteration-cpp 44.1629 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 8, 31, 1, 47, 49) function-evaluation-cpp 21.5885 "Evaluations of functions at arbitrary points."
+(2013, 8, 31, 1, 47, 49) function-evaluation-cpp 21.5053 "Evaluations of functions at arbitrary points."
+(2013, 8, 31, 1, 47, 52) function-extrapolation-python 3.47949 "BENCH:  1.09370994568"
+(2013, 8, 31, 1, 47, 52) function-extrapolation-python 1.09371 "BENCH:  1.09370994568"
+(2013, 8, 31, 1, 47, 54) function-interpolation-python 1.6867 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 31, 1, 47, 54) function-interpolation-python 0.966482 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 8, 31, 1, 48, 17) la-vector-access-cpp 23.4141 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 8, 31, 1, 48, 45) la-vector-assignment-cpp 28.078 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 1, 1, 32, 0) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.337 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 1, 1, 32, 19) geometry-bounding_box_tree_compute_closest_entity-cpp 15.456 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 1, 1, 32, 35) geometry-bounding_box_tree_build-cpp 13.8984 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 1, 1, 33, 3) common-progress-cpp 27.653 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 1, 1, 33, 34) common-timing-cpp 30.4644 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 1, 1, 35, 21) fem-multicore-cpp 107.359 "Coloring mesh."
+(2013, 9, 1, 1, 37, 49) fem-assembly-cpp 147.849 "Assembly for various forms and backends"
+(2013, 9, 1, 1, 38, 1) fem-convergence-cpp 12.1151 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 1, 1, 38, 3) fem-jit-python 0.00103521 "JIT compilation (in memory cache)"
+(2013, 9, 1, 1, 43, 33) mesh-refinement-cpp 19.7962 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 1, 1, 43, 52) mesh-topology-cpp 19.0728 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 1, 1, 44, 16) mesh-unitcube-cpp 24.1598 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 1, 1, 45, 3) mesh-iteration-cpp 44.1031 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 1, 1, 45, 24) function-evaluation-cpp 21.3237 "Evaluations of functions at arbitrary points."
+(2013, 9, 1, 1, 45, 24) function-evaluation-cpp 21.2078 "Evaluations of functions at arbitrary points."
+(2013, 9, 1, 1, 45, 28) function-extrapolation-python 3.45091 "BENCH:  1.05152201653"
+(2013, 9, 1, 1, 45, 28) function-extrapolation-python 1.05152 "BENCH:  1.05152201653"
+(2013, 9, 1, 1, 45, 29) function-interpolation-python 1.65548 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 1, 1, 45, 29) function-interpolation-python 0.967372 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 1, 1, 45, 53) la-vector-access-cpp 23.448 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 1, 1, 46, 20) la-vector-assignment-cpp 27.0937 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 2, 1, 35, 38) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.4671 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 2, 1, 35, 57) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5409 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 2, 1, 36, 13) geometry-bounding_box_tree_build-cpp 13.8917 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 2, 1, 36, 41) common-progress-cpp 27.6533 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 2, 1, 37, 10) common-timing-cpp 29.1117 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 2, 1, 38, 57) fem-multicore-cpp 106.798 "Coloring mesh."
+(2013, 9, 2, 1, 41, 23) fem-assembly-cpp 146.611 "Assembly for various forms and backends"
+(2013, 9, 2, 1, 41, 36) fem-convergence-cpp 12.1059 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 2, 1, 41, 37) fem-jit-python 0.00103259 "JIT compilation (in memory cache)"
+(2013, 9, 2, 1, 47, 5) mesh-refinement-cpp 19.7983 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 2, 1, 47, 24) mesh-topology-cpp 19.1523 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 2, 1, 47, 48) mesh-unitcube-cpp 24.0441 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 2, 1, 48, 26) mesh-iteration-cpp 35.4857 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 2, 1, 48, 47) function-evaluation-cpp 21.1558 "Evaluations of functions at arbitrary points."
+(2013, 9, 2, 1, 48, 47) function-evaluation-cpp 21.0742 "Evaluations of functions at arbitrary points."
+(2013, 9, 2, 1, 48, 51) function-extrapolation-python 3.52892 "BENCH:  1.08873105049"
+(2013, 9, 2, 1, 48, 51) function-extrapolation-python 1.08873 "BENCH:  1.08873105049"
+(2013, 9, 2, 1, 48, 53) function-interpolation-python 1.69405 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 2, 1, 48, 53) function-interpolation-python 0.981467 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 2, 1, 49, 16) la-vector-access-cpp 23.4271 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 2, 1, 49, 43) la-vector-assignment-cpp 27.0741 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 3, 1, 36, 30) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.5103 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 3, 1, 36, 49) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5622 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 3, 1, 37, 5) geometry-bounding_box_tree_build-cpp 13.9055 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 3, 1, 37, 33) common-progress-cpp 27.6518 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 3, 1, 38, 3) common-timing-cpp 29.5935 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 3, 1, 39, 49) fem-multicore-cpp 106.892 "Coloring mesh."
+(2013, 9, 3, 1, 42, 16) fem-assembly-cpp 146.958 "Assembly for various forms and backends"
+(2013, 9, 3, 1, 42, 29) fem-convergence-cpp 12.1185 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 3, 1, 42, 30) fem-jit-python 0.00103302 "JIT compilation (in memory cache)"
+(2013, 9, 3, 1, 47, 59) mesh-refinement-cpp 19.7749 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 3, 1, 48, 18) mesh-topology-cpp 19.0566 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 3, 1, 48, 43) mesh-unitcube-cpp 24.0798 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 3, 1, 49, 21) mesh-iteration-cpp 35.5072 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 3, 1, 49, 42) function-evaluation-cpp 21.1668 "Evaluations of functions at arbitrary points."
+(2013, 9, 3, 1, 49, 42) function-evaluation-cpp 21.0691 "Evaluations of functions at arbitrary points."
+(2013, 9, 3, 1, 49, 45) function-extrapolation-python 3.47091 "BENCH:  1.07803201675"
+(2013, 9, 3, 1, 49, 45) function-extrapolation-python 1.07803 "BENCH:  1.07803201675"
+(2013, 9, 3, 1, 49, 47) function-interpolation-python 1.73744 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 3, 1, 49, 47) function-interpolation-python 0.968631 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 3, 1, 50, 10) la-vector-access-cpp 23.45 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 3, 1, 50, 39) la-vector-assignment-cpp 28.1161 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 4, 1, 27, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1979 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 4, 1, 28, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5105 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 4, 1, 28, 18) geometry-bounding_box_tree_build-cpp 13.9288 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 4, 1, 28, 46) common-progress-cpp 27.6527 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 4, 1, 29, 15) common-timing-cpp 29.0341 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 4, 1, 31, 2) fem-multicore-cpp 107.006 "Coloring mesh."
+(2013, 9, 4, 1, 33, 29) fem-assembly-cpp 147.47 "Assembly for various forms and backends"
+(2013, 9, 4, 1, 33, 41) fem-convergence-cpp 12.1119 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 4, 1, 33, 54) fem-jit-python 0.00110939 "JIT compilation (in memory cache)"
+(2013, 9, 4, 1, 39, 29) mesh-refinement-cpp 19.7505 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 4, 1, 39, 48) mesh-topology-cpp 19.0354 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 4, 1, 40, 12) mesh-unitcube-cpp 24.0708 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 4, 1, 40, 50) mesh-iteration-cpp 35.4269 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 4, 1, 41, 12) function-evaluation-cpp 21.3437 "Evaluations of functions at arbitrary points."
+(2013, 9, 4, 1, 41, 12) function-evaluation-cpp 21.2508 "Evaluations of functions at arbitrary points."
+(2013, 9, 4, 1, 42, 2) function-extrapolation-python 50.223 "Calling FFC just-in-time (JIT) compiler, this may take some time."
+(2013, 9, 4, 1, 42, 2) function-extrapolation-python 1.06637 "Calling FFC just-in-time (JIT) compiler, this may take some time."
+(2013, 9, 4, 1, 42, 3) function-interpolation-python 1.65448 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 4, 1, 42, 3) function-interpolation-python 0.96664 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 4, 1, 42, 27) la-vector-access-cpp 23.4428 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 4, 1, 42, 54) la-vector-assignment-cpp 27.1227 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 5, 1, 40, 28) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1056 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 5, 1, 40, 47) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3015 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 5, 1, 41, 3) geometry-bounding_box_tree_build-cpp 13.8614 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 5, 1, 41, 31) common-progress-cpp 27.6526 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 5, 1, 42, 0) common-timing-cpp 29.4477 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 5, 1, 43, 48) fem-multicore-cpp 107.477 "Coloring mesh."
+(2013, 9, 5, 1, 46, 18) fem-assembly-cpp 150.269 "Assembly for various forms and backends"
+(2013, 9, 5, 1, 46, 30) fem-convergence-cpp 12.1362 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 5, 1, 46, 32) fem-jit-python 0.00103431 "JIT compilation (in memory cache)"
+(2013, 9, 5, 1, 51, 59) mesh-refinement-cpp 19.9393 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 5, 1, 52, 19) mesh-topology-cpp 19.3966 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 5, 1, 52, 43) mesh-unitcube-cpp 23.9958 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 5, 1, 53, 21) mesh-iteration-cpp 35.5334 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 5, 1, 53, 42) function-evaluation-cpp 21.1233 "Evaluations of functions at arbitrary points."
+(2013, 9, 5, 1, 53, 42) function-evaluation-cpp 21.0443 "Evaluations of functions at arbitrary points."
+(2013, 9, 5, 1, 53, 45) function-extrapolation-python 3.58762 "BENCH:  1.09185791016"
+(2013, 9, 5, 1, 53, 45) function-extrapolation-python 1.09186 "BENCH:  1.09185791016"
+(2013, 9, 5, 1, 53, 47) function-interpolation-python 1.68164 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 5, 1, 53, 47) function-interpolation-python 0.964694 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 5, 1, 54, 11) la-vector-access-cpp 23.4282 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 5, 1, 54, 38) la-vector-assignment-cpp 27.0729 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 6, 1, 35, 56) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0468 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 6, 1, 36, 15) geometry-bounding_box_tree_compute_closest_entity-cpp 15.502 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 6, 1, 36, 31) geometry-bounding_box_tree_build-cpp 13.874 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 6, 1, 36, 59) common-progress-cpp 27.6544 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 6, 1, 37, 28) common-timing-cpp 29.4024 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 6, 1, 39, 16) fem-multicore-cpp 107.387 "Coloring mesh."
+(2013, 9, 6, 1, 41, 46) fem-assembly-cpp 150.033 "Assembly for various forms and backends"
+(2013, 9, 6, 1, 41, 58) fem-convergence-cpp 12.1347 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 6, 1, 42, 0) fem-jit-python 0.00102112 "JIT compilation (in memory cache)"
+(2013, 9, 6, 1, 47, 26) mesh-refinement-cpp 19.932 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 6, 1, 47, 46) mesh-topology-cpp 19.3848 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 6, 1, 48, 10) mesh-unitcube-cpp 24.1627 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 6, 1, 48, 56) mesh-iteration-cpp 43.5492 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 6, 1, 49, 17) function-evaluation-cpp 21.1839 "Evaluations of functions at arbitrary points."
+(2013, 9, 6, 1, 49, 17) function-evaluation-cpp 21.0936 "Evaluations of functions at arbitrary points."
+(2013, 9, 6, 1, 49, 21) function-extrapolation-python 3.46722 "BENCH:  1.08668613434"
+(2013, 9, 6, 1, 49, 21) function-extrapolation-python 1.08669 "BENCH:  1.08668613434"
+(2013, 9, 6, 1, 49, 22) function-interpolation-python 1.65644 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 6, 1, 49, 22) function-interpolation-python 0.951913 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 6, 1, 49, 47) la-vector-access-cpp 24.9374 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 6, 1, 50, 16) la-vector-assignment-cpp 29.1041 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 7, 1, 31, 8) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1463 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 7, 1, 31, 27) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4807 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 7, 1, 31, 44) geometry-bounding_box_tree_build-cpp 13.8554 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 7, 1, 32, 11) common-progress-cpp 27.6525 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 7, 1, 32, 41) common-timing-cpp 29.3273 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 7, 1, 34, 29) fem-multicore-cpp 107.96 "Coloring mesh."
+(2013, 9, 7, 1, 36, 58) fem-assembly-cpp 149.216 "Assembly for various forms and backends"
+(2013, 9, 7, 1, 37, 10) fem-convergence-cpp 12.1415 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 7, 1, 37, 12) fem-jit-python 0.00102489 "JIT compilation (in memory cache)"
+(2013, 9, 7, 1, 42, 40) mesh-refinement-cpp 19.9405 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 7, 1, 42, 59) mesh-topology-cpp 19.3759 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 7, 1, 43, 23) mesh-unitcube-cpp 23.9579 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 7, 1, 44, 1) mesh-iteration-cpp 35.5765 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 7, 1, 44, 23) function-evaluation-cpp 21.1302 "Evaluations of functions at arbitrary points."
+(2013, 9, 7, 1, 44, 23) function-evaluation-cpp 21.0385 "Evaluations of functions at arbitrary points."
+(2013, 9, 7, 1, 44, 26) function-extrapolation-python 3.59679 "BENCH:  1.09853887558"
+(2013, 9, 7, 1, 44, 26) function-extrapolation-python 1.09854 "BENCH:  1.09853887558"
+(2013, 9, 7, 1, 44, 28) function-interpolation-python 1.65632 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 7, 1, 44, 28) function-interpolation-python 0.949793 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 7, 1, 44, 51) la-vector-access-cpp 23.4279 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 7, 1, 45, 18) la-vector-assignment-cpp 27.072 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 8, 1, 35, 55) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0233 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 8, 1, 36, 14) geometry-bounding_box_tree_compute_closest_entity-cpp 15.416 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 8, 1, 36, 30) geometry-bounding_box_tree_build-cpp 13.8931 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 8, 1, 36, 58) common-progress-cpp 27.6529 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 8, 1, 37, 27) common-timing-cpp 29.2261 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 8, 1, 39, 15) fem-multicore-cpp 107.691 "Coloring mesh."
+(2013, 9, 8, 1, 41, 44) fem-assembly-cpp 148.944 "Assembly for various forms and backends"
+(2013, 9, 8, 1, 41, 56) fem-convergence-cpp 12.145 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 8, 1, 41, 58) fem-jit-python 0.00103338 "JIT compilation (in memory cache)"
+(2013, 9, 8, 1, 47, 30) mesh-refinement-cpp 19.8907 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 8, 1, 47, 50) mesh-topology-cpp 19.416 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 8, 1, 48, 14) mesh-unitcube-cpp 23.911 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 8, 1, 48, 52) mesh-iteration-cpp 35.5526 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 8, 1, 49, 13) function-evaluation-cpp 21.2074 "Evaluations of functions at arbitrary points."
+(2013, 9, 8, 1, 49, 13) function-evaluation-cpp 21.0866 "Evaluations of functions at arbitrary points."
+(2013, 9, 8, 1, 49, 17) function-extrapolation-python 3.49526 "BENCH:  1.07830500603"
+(2013, 9, 8, 1, 49, 17) function-extrapolation-python 1.07831 "BENCH:  1.07830500603"
+(2013, 9, 8, 1, 49, 18) function-interpolation-python 1.64315 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 8, 1, 49, 18) function-interpolation-python 0.954983 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 8, 1, 49, 44) la-vector-access-cpp 25.9725 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 8, 1, 50, 12) la-vector-assignment-cpp 27.2369 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 9, 1, 43, 6) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.7717 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 9, 1, 43, 25) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5203 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 9, 1, 43, 41) geometry-bounding_box_tree_build-cpp 13.9121 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 9, 1, 44, 9) common-progress-cpp 27.6533 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 9, 1, 44, 39) common-timing-cpp 30.073 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 9, 1, 46, 25) fem-multicore-cpp 106.602 "Coloring mesh."
+(2013, 9, 9, 1, 48, 55) fem-assembly-cpp 149.27 "Assembly for various forms and backends"
+(2013, 9, 9, 1, 49, 7) fem-convergence-cpp 12.1329 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 9, 1, 49, 9) fem-jit-python 0.00102019 "JIT compilation (in memory cache)"
+(2013, 9, 9, 1, 54, 35) mesh-refinement-cpp 19.8754 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 9, 1, 54, 54) mesh-topology-cpp 19.5646 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 9, 1, 55, 18) mesh-unitcube-cpp 23.8683 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 9, 1, 56, 5) mesh-iteration-cpp 44.1777 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 9, 1, 56, 26) function-evaluation-cpp 21.1301 "Evaluations of functions at arbitrary points."
+(2013, 9, 9, 1, 56, 26) function-evaluation-cpp 21.0513 "Evaluations of functions at arbitrary points."
+(2013, 9, 9, 1, 56, 29) function-extrapolation-python 3.52172 "BENCH:  1.07437300682"
+(2013, 9, 9, 1, 56, 29) function-extrapolation-python 1.07437 "BENCH:  1.07437300682"
+(2013, 9, 9, 1, 56, 31) function-interpolation-python 1.70656 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 9, 1, 56, 31) function-interpolation-python 0.99112 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 9, 1, 56, 55) la-vector-access-cpp 23.407 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 9, 1, 57, 22) la-vector-assignment-cpp 27.0531 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 10, 1, 27, 20) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.4991 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 10, 1, 27, 39) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4587 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 10, 1, 27, 56) geometry-bounding_box_tree_build-cpp 13.9781 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 10, 1, 28, 24) common-progress-cpp 27.6536 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 10, 1, 28, 53) common-timing-cpp 29.768 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 10, 1, 30, 41) fem-multicore-cpp 107.737 "Coloring mesh."
+(2013, 9, 10, 1, 33, 13) fem-assembly-cpp 152.4 "Assembly for various forms and backends"
+(2013, 9, 10, 1, 33, 26) fem-convergence-cpp 12.1337 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 10, 1, 33, 28) fem-jit-python 0.00102949 "JIT compilation (in memory cache)"
+(2013, 9, 10, 1, 38, 55) mesh-refinement-cpp 19.804 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 10, 1, 39, 14) mesh-topology-cpp 19.1878 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 10, 1, 39, 38) mesh-unitcube-cpp 23.8731 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 10, 1, 40, 16) mesh-iteration-cpp 35.9371 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 10, 1, 40, 37) function-evaluation-cpp 21.1614 "Evaluations of functions at arbitrary points."
+(2013, 9, 10, 1, 40, 37) function-evaluation-cpp 21.0859 "Evaluations of functions at arbitrary points."
+(2013, 9, 10, 1, 40, 41) function-extrapolation-python 3.52456 "BENCH:  1.06768894196"
+(2013, 9, 10, 1, 40, 41) function-extrapolation-python 1.06769 "BENCH:  1.06768894196"
+(2013, 9, 10, 1, 40, 43) function-interpolation-python 1.69319 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 10, 1, 40, 43) function-interpolation-python 0.972653 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 10, 1, 41, 6) la-vector-access-cpp 23.4405 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 10, 1, 41, 33) la-vector-assignment-cpp 27.0772 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 11, 1, 32, 16) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8305 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 11, 1, 32, 36) geometry-bounding_box_tree_compute_closest_entity-cpp 16.0055 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 11, 1, 32, 52) geometry-bounding_box_tree_build-cpp 13.9812 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 11, 1, 33, 20) common-progress-cpp 27.6532 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 11, 1, 33, 49) common-timing-cpp 28.5469 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 11, 1, 35, 36) fem-multicore-cpp 107.624 "Coloring mesh."
+(2013, 9, 11, 1, 38, 7) fem-assembly-cpp 150.794 "Assembly for various forms and backends"
+(2013, 9, 11, 1, 38, 19) fem-convergence-cpp 12.0821 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 11, 1, 38, 21) fem-jit-python 0.00106239 "JIT compilation (in memory cache)"
+(2013, 9, 11, 1, 43, 50) mesh-refinement-cpp 20.1488 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 11, 1, 44, 10) mesh-topology-cpp 19.4903 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 11, 1, 44, 34) mesh-unitcube-cpp 24.4336 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 11, 1, 45, 12) mesh-iteration-cpp 35.5755 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 11, 1, 45, 33) function-evaluation-cpp 21.1335 "Evaluations of functions at arbitrary points."
+(2013, 9, 11, 1, 45, 33) function-evaluation-cpp 21.0549 "Evaluations of functions at arbitrary points."
+(2013, 9, 11, 1, 45, 37) function-extrapolation-python 3.4873 "BENCH:  1.07768201828"
+(2013, 9, 11, 1, 45, 37) function-extrapolation-python 1.07768 "BENCH:  1.07768201828"
+(2013, 9, 11, 1, 45, 39) function-interpolation-python 1.73838 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 11, 1, 45, 39) function-interpolation-python 0.998629 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 11, 1, 46, 2) la-vector-access-cpp 23.4346 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 11, 1, 46, 29) la-vector-assignment-cpp 27.0901 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 12, 1, 33, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9082 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 12, 1, 34, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6911 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 12, 1, 34, 19) geometry-bounding_box_tree_build-cpp 14.0068 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 12, 1, 34, 47) common-progress-cpp 27.6528 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 12, 1, 35, 16) common-timing-cpp 28.6927 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 12, 1, 37, 3) fem-multicore-cpp 107.704 "Coloring mesh."
+(2013, 9, 12, 1, 39, 35) fem-assembly-cpp 151.063 "Assembly for various forms and backends"
+(2013, 9, 12, 1, 39, 47) fem-convergence-cpp 12.084 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 12, 1, 39, 48) fem-jit-python 0.0010443 "JIT compilation (in memory cache)"
+(2013, 9, 12, 1, 45, 15) mesh-refinement-cpp 20.0849 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 12, 1, 45, 35) mesh-topology-cpp 19.3911 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 12, 1, 45, 59) mesh-unitcube-cpp 24.3966 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 12, 1, 46, 41) mesh-iteration-cpp 39.1688 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 12, 1, 47, 2) function-evaluation-cpp 21.1757 "Evaluations of functions at arbitrary points."
+(2013, 9, 12, 1, 47, 2) function-evaluation-cpp 21.0767 "Evaluations of functions at arbitrary points."
+(2013, 9, 12, 1, 47, 5) function-extrapolation-python 3.57691 "BENCH:  1.1063439846"
+(2013, 9, 12, 1, 47, 5) function-extrapolation-python 1.10634 "BENCH:  1.1063439846"
+(2013, 9, 12, 1, 47, 7) function-interpolation-python 1.71146 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 12, 1, 47, 7) function-interpolation-python 1.00486 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 12, 1, 47, 36) la-vector-access-cpp 28.4178 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 12, 1, 48, 3) la-vector-assignment-cpp 27.087 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 13, 1, 31, 55) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9989 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 13, 1, 32, 14) geometry-bounding_box_tree_compute_closest_entity-cpp 16.0555 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 13, 1, 32, 31) geometry-bounding_box_tree_build-cpp 14.0016 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 13, 1, 32, 59) common-progress-cpp 27.663 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 13, 1, 33, 28) common-timing-cpp 29.4416 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 13, 1, 35, 15) fem-multicore-cpp 106.7 "Coloring mesh."
+(2013, 9, 13, 1, 37, 46) fem-assembly-cpp 150.908 "Assembly for various forms and backends"
+(2013, 9, 13, 1, 37, 58) fem-convergence-cpp 12.0873 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 13, 1, 38, 0) fem-jit-python 0.0010401 "JIT compilation (in memory cache)"
+(2013, 9, 13, 1, 43, 27) mesh-refinement-cpp 20.0904 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 13, 1, 43, 46) mesh-topology-cpp 19.3394 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 13, 1, 44, 11) mesh-unitcube-cpp 24.4129 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 13, 1, 44, 49) mesh-iteration-cpp 35.4855 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 13, 1, 45, 10) function-evaluation-cpp 21.1258 "Evaluations of functions at arbitrary points."
+(2013, 9, 13, 1, 45, 10) function-evaluation-cpp 21.038 "Evaluations of functions at arbitrary points."
+(2013, 9, 13, 1, 45, 13) function-extrapolation-python 3.51222 "BENCH:  1.07154798508"
+(2013, 9, 13, 1, 45, 13) function-extrapolation-python 1.07155 "BENCH:  1.07154798508"
+(2013, 9, 13, 1, 45, 15) function-interpolation-python 1.72971 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 13, 1, 45, 15) function-interpolation-python 1.0023 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 13, 1, 45, 40) la-vector-access-cpp 24.9403 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 13, 1, 46, 8) la-vector-assignment-cpp 27.3666 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 14, 1, 30, 48) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8375 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 14, 1, 31, 7) geometry-bounding_box_tree_compute_closest_entity-cpp 15.7463 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 14, 1, 31, 23) geometry-bounding_box_tree_build-cpp 13.9461 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 14, 1, 31, 51) common-progress-cpp 27.653 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 14, 1, 32, 20) common-timing-cpp 28.7382 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 14, 1, 34, 7) fem-multicore-cpp 107.21 "Coloring mesh."
+(2013, 9, 14, 1, 36, 38) fem-assembly-cpp 151.091 "Assembly for various forms and backends"
+(2013, 9, 14, 1, 36, 50) fem-convergence-cpp 12.0862 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 14, 1, 37, 9) fem-jit-python 0.00106699 "JIT compilation (in memory cache)"
+(2013, 9, 14, 1, 42, 36) mesh-refinement-cpp 20.0807 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 14, 1, 42, 56) mesh-topology-cpp 19.3361 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 14, 1, 43, 20) mesh-unitcube-cpp 24.4357 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 14, 1, 43, 58) mesh-iteration-cpp 35.4249 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 14, 1, 44, 19) function-evaluation-cpp 21.2198 "Evaluations of functions at arbitrary points."
+(2013, 9, 14, 1, 44, 19) function-evaluation-cpp 21.1381 "Evaluations of functions at arbitrary points."
+(2013, 9, 14, 1, 45, 24) function-extrapolation-python 64.3285 "Calling FFC just-in-time (JIT) compiler, this may take some time."
+(2013, 9, 14, 1, 45, 24) function-extrapolation-python 1.08295 "Calling FFC just-in-time (JIT) compiler, this may take some time."
+(2013, 9, 14, 1, 45, 31) function-interpolation-python 7.60645 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2013, 9, 14, 1, 45, 31) function-interpolation-python 0.995712 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2013, 9, 14, 1, 45, 55) la-vector-access-cpp 23.4345 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 14, 1, 46, 22) la-vector-assignment-cpp 27.0854 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 15, 1, 31, 19) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8126 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 15, 1, 31, 38) geometry-bounding_box_tree_compute_closest_entity-cpp 15.7425 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 15, 1, 31, 55) geometry-bounding_box_tree_build-cpp 14.0139 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 15, 1, 32, 23) common-progress-cpp 27.6529 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 15, 1, 32, 52) common-timing-cpp 29.4479 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 15, 1, 34, 39) fem-multicore-cpp 106.679 "Coloring mesh."
+(2013, 9, 15, 1, 37, 10) fem-assembly-cpp 151.156 "Assembly for various forms and backends"
+(2013, 9, 15, 1, 37, 22) fem-convergence-cpp 12.0846 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 15, 1, 37, 24) fem-jit-python 0.000998187 "JIT compilation (in memory cache)"
+(2013, 9, 15, 1, 42, 54) mesh-refinement-cpp 20.0672 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 15, 1, 43, 14) mesh-topology-cpp 19.3549 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 15, 1, 43, 38) mesh-unitcube-cpp 24.3444 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 15, 1, 44, 16) mesh-iteration-cpp 35.4816 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 15, 1, 44, 37) function-evaluation-cpp 21.1492 "Evaluations of functions at arbitrary points."
+(2013, 9, 15, 1, 44, 37) function-evaluation-cpp 21.0238 "Evaluations of functions at arbitrary points."
+(2013, 9, 15, 1, 44, 41) function-extrapolation-python 3.46043 "BENCH:  1.10047793388"
+(2013, 9, 15, 1, 44, 41) function-extrapolation-python 1.10048 "BENCH:  1.10047793388"
+(2013, 9, 15, 1, 44, 43) function-interpolation-python 1.66484 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 15, 1, 44, 43) function-interpolation-python 0.991965 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 15, 1, 45, 6) la-vector-access-cpp 23.4761 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 15, 1, 45, 33) la-vector-assignment-cpp 27.0938 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 16, 1, 32, 20) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8358 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 16, 1, 32, 39) geometry-bounding_box_tree_compute_closest_entity-cpp 15.7564 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 16, 1, 32, 56) geometry-bounding_box_tree_build-cpp 14.0046 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 16, 1, 33, 23) common-progress-cpp 27.6529 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 16, 1, 33, 52) common-timing-cpp 28.8452 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 16, 1, 35, 40) fem-multicore-cpp 107.695 "Coloring mesh."
+(2013, 9, 16, 1, 38, 10) fem-assembly-cpp 150.593 "Assembly for various forms and backends"
+(2013, 9, 16, 1, 38, 23) fem-convergence-cpp 12.0833 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 16, 1, 38, 24) fem-jit-python 0.0010113 "JIT compilation (in memory cache)"
+(2013, 9, 16, 1, 43, 51) mesh-refinement-cpp 20.0519 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 16, 1, 44, 11) mesh-topology-cpp 19.3845 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 16, 1, 44, 35) mesh-unitcube-cpp 24.3572 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 16, 1, 45, 13) mesh-iteration-cpp 35.4788 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 16, 1, 45, 35) function-evaluation-cpp 21.9118 "Evaluations of functions at arbitrary points."
+(2013, 9, 16, 1, 45, 35) function-evaluation-cpp 21.8173 "Evaluations of functions at arbitrary points."
+(2013, 9, 16, 1, 45, 39) function-extrapolation-python 3.51208 "BENCH:  1.07490205765"
+(2013, 9, 16, 1, 45, 39) function-extrapolation-python 1.0749 "BENCH:  1.07490205765"
+(2013, 9, 16, 1, 45, 41) function-interpolation-python 1.69376 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 16, 1, 45, 41) function-interpolation-python 0.99663 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 16, 1, 46, 4) la-vector-access-cpp 23.5684 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 16, 1, 46, 31) la-vector-assignment-cpp 27.0687 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 17, 1, 33, 11) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8691 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 17, 1, 33, 31) geometry-bounding_box_tree_compute_closest_entity-cpp 15.8719 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 17, 1, 33, 47) geometry-bounding_box_tree_build-cpp 13.9539 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 17, 1, 34, 15) common-progress-cpp 27.6534 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 17, 1, 34, 45) common-timing-cpp 29.9478 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 17, 1, 36, 32) fem-multicore-cpp 107.503 "Coloring mesh."
+(2013, 9, 17, 1, 39, 3) fem-assembly-cpp 150.59 "Assembly for various forms and backends"
+(2013, 9, 17, 1, 39, 15) fem-convergence-cpp 12.1392 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 17, 1, 39, 17) fem-jit-python 0.001001 "JIT compilation (in memory cache)"
+(2013, 9, 17, 1, 44, 43) mesh-refinement-cpp 20.0807 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 17, 1, 45, 2) mesh-topology-cpp 19.3754 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 17, 1, 45, 27) mesh-unitcube-cpp 24.421 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 17, 1, 46, 5) mesh-iteration-cpp 35.4924 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 17, 1, 46, 26) function-evaluation-cpp 21.1404 "Evaluations of functions at arbitrary points."
+(2013, 9, 17, 1, 46, 26) function-evaluation-cpp 21.0562 "Evaluations of functions at arbitrary points."
+(2013, 9, 17, 1, 46, 30) function-extrapolation-python 3.54555 "BENCH:  1.07709693909"
+(2013, 9, 17, 1, 46, 30) function-extrapolation-python 1.0771 "BENCH:  1.07709693909"
+(2013, 9, 17, 1, 46, 31) function-interpolation-python 1.69311 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 17, 1, 46, 31) function-interpolation-python 0.999534 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 17, 1, 46, 55) la-vector-access-cpp 23.4384 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 17, 1, 47, 23) la-vector-assignment-cpp 28.1092 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 18, 1, 37, 24) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2919 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 18, 1, 37, 43) geometry-bounding_box_tree_compute_closest_entity-cpp 15.8306 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 18, 1, 38, 0) geometry-bounding_box_tree_build-cpp 13.9817 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 18, 1, 38, 28) common-progress-cpp 27.6542 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 18, 1, 38, 57) common-timing-cpp 29.5945 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 18, 1, 42, 22) fem-multicore-cpp 204.88 "Coloring mesh."
+(2013, 9, 18, 1, 44, 54) fem-assembly-cpp 152.387 "Assembly for various forms and backends"
+(2013, 9, 18, 1, 45, 9) fem-convergence-cpp 14.2262 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 18, 1, 45, 10) fem-jit-python 0.00105371 "JIT compilation (in memory cache)"
+(2013, 9, 18, 1, 53, 15) mesh-refinement-cpp 20.0068 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 18, 1, 53, 35) mesh-topology-cpp 19.5757 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 18, 1, 53, 59) mesh-unitcube-cpp 24.083 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 18, 1, 54, 40) mesh-iteration-cpp 39.1739 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 18, 1, 55, 2) function-evaluation-cpp 21.0941 "Evaluations of functions at arbitrary points."
+(2013, 9, 18, 1, 55, 2) function-evaluation-cpp 20.9717 "Evaluations of functions at arbitrary points."
+(2013, 9, 18, 1, 55, 5) function-extrapolation-python 3.60408 "BENCH:  1.05839109421"
+(2013, 9, 18, 1, 55, 5) function-extrapolation-python 1.05839 "BENCH:  1.05839109421"
+(2013, 9, 18, 1, 55, 7) function-interpolation-python 1.62787 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 18, 1, 55, 7) function-interpolation-python 0.964344 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 18, 1, 55, 32) la-vector-access-cpp 25.4647 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 18, 1, 55, 59) la-vector-assignment-cpp 27.0758 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 19, 1, 24, 27) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1688 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 19, 1, 24, 46) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5593 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 19, 1, 25, 3) geometry-bounding_box_tree_build-cpp 13.9742 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 19, 1, 25, 30) common-progress-cpp 27.6526 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 19, 1, 26, 1) common-timing-cpp 30.1424 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 19, 1, 29, 26) fem-multicore-cpp 205.269 "Coloring mesh."
+(2013, 9, 19, 1, 31, 58) fem-assembly-cpp 152 "Assembly for various forms and backends"
+(2013, 9, 19, 1, 32, 12) fem-convergence-cpp 14.1866 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 19, 1, 32, 14) fem-jit-python 0.00103731 "JIT compilation (in memory cache)"
+(2013, 9, 19, 1, 40, 15) mesh-refinement-cpp 20.0784 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 19, 1, 40, 35) mesh-topology-cpp 19.5747 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 19, 1, 41, 0) mesh-unitcube-cpp 24.6586 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 19, 1, 41, 46) mesh-iteration-cpp 44.1798 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 19, 1, 42, 7) function-evaluation-cpp 21.0493 "Evaluations of functions at arbitrary points."
+(2013, 9, 19, 1, 42, 7) function-evaluation-cpp 20.9664 "Evaluations of functions at arbitrary points."
+(2013, 9, 19, 1, 42, 11) function-extrapolation-python 3.54431 "BENCH:  1.06100296974"
+(2013, 9, 19, 1, 42, 11) function-extrapolation-python 1.061 "BENCH:  1.06100296974"
+(2013, 9, 19, 1, 42, 13) function-interpolation-python 1.65769 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 19, 1, 42, 13) function-interpolation-python 0.965463 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 19, 1, 42, 38) la-vector-access-cpp 25.4484 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 19, 1, 43, 6) la-vector-assignment-cpp 28.1904 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 20, 1, 29, 58) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1764 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 20, 1, 30, 16) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4981 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 20, 1, 30, 33) geometry-bounding_box_tree_build-cpp 13.9017 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 20, 1, 31, 1) common-progress-cpp 27.6529 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 20, 1, 31, 32) common-timing-cpp 31.0592 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 20, 1, 34, 57) fem-multicore-cpp 205.494 "Coloring mesh."
+(2013, 9, 20, 1, 37, 29) fem-assembly-cpp 151.32 "Assembly for various forms and backends"
+(2013, 9, 20, 1, 37, 43) fem-convergence-cpp 14.1858 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 20, 1, 37, 45) fem-jit-python 0.001034 "JIT compilation (in memory cache)"
+(2013, 9, 20, 1, 45, 48) mesh-refinement-cpp 19.9887 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 20, 1, 46, 8) mesh-topology-cpp 19.6018 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 20, 1, 46, 32) mesh-unitcube-cpp 24.1416 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 20, 1, 47, 10) mesh-iteration-cpp 35.4887 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 20, 1, 47, 31) function-evaluation-cpp 21.1095 "Evaluations of functions at arbitrary points."
+(2013, 9, 20, 1, 47, 31) function-evaluation-cpp 21.0156 "Evaluations of functions at arbitrary points."
+(2013, 9, 20, 1, 47, 35) function-extrapolation-python 3.44591 "BENCH:  1.0674598217"
+(2013, 9, 20, 1, 47, 35) function-extrapolation-python 1.06746 "BENCH:  1.0674598217"
+(2013, 9, 20, 1, 47, 37) function-interpolation-python 1.63662 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 20, 1, 47, 37) function-interpolation-python 0.971224 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 20, 1, 48, 5) la-vector-access-cpp 28.4881 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 20, 1, 48, 32) la-vector-assignment-cpp 27.2363 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 21, 1, 27, 34) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.3061 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 21, 1, 27, 53) geometry-bounding_box_tree_compute_closest_entity-cpp 15.7407 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 21, 1, 28, 9) geometry-bounding_box_tree_build-cpp 13.9143 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 21, 1, 28, 42) common-progress-cpp 32.6686 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 21, 1, 29, 13) common-timing-cpp 30.6477 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 21, 1, 32, 39) fem-multicore-cpp 206.137 "Coloring mesh."
+(2013, 9, 21, 1, 35, 10) fem-assembly-cpp 151.23 "Assembly for various forms and backends"
+(2013, 9, 21, 1, 35, 24) fem-convergence-cpp 14.1815 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 21, 1, 35, 26) fem-jit-python 0.001017 "JIT compilation (in memory cache)"
+(2013, 9, 21, 1, 43, 29) mesh-refinement-cpp 20.0585 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 21, 1, 43, 48) mesh-topology-cpp 19.5444 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 21, 1, 44, 13) mesh-unitcube-cpp 24.2112 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 21, 1, 44, 51) mesh-iteration-cpp 35.4221 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 21, 1, 45, 12) function-evaluation-cpp 21.3082 "Evaluations of functions at arbitrary points."
+(2013, 9, 21, 1, 45, 12) function-evaluation-cpp 21.2201 "Evaluations of functions at arbitrary points."
+(2013, 9, 21, 1, 45, 15) function-extrapolation-python 3.43787 "BENCH:  1.0566368103"
+(2013, 9, 21, 1, 45, 15) function-extrapolation-python 1.05664 "BENCH:  1.0566368103"
+(2013, 9, 21, 1, 45, 17) function-interpolation-python 1.66554 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 21, 1, 45, 17) function-interpolation-python 0.969048 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 21, 1, 45, 46) la-vector-access-cpp 28.4473 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 21, 1, 46, 13) la-vector-assignment-cpp 27.0334 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 22, 1, 29, 38) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2515 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 22, 1, 29, 57) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5416 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 22, 1, 30, 13) geometry-bounding_box_tree_build-cpp 13.9462 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 22, 1, 30, 41) common-progress-cpp 27.6533 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 22, 1, 31, 12) common-timing-cpp 30.6471 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 22, 1, 34, 37) fem-multicore-cpp 205.059 "Coloring mesh."
+(2013, 9, 22, 1, 37, 8) fem-assembly-cpp 151.561 "Assembly for various forms and backends"
+(2013, 9, 22, 1, 37, 23) fem-convergence-cpp 14.2059 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 22, 1, 37, 24) fem-jit-python 0.00102489 "JIT compilation (in memory cache)"
+(2013, 9, 22, 1, 45, 25) mesh-refinement-cpp 20.0177 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 22, 1, 45, 44) mesh-topology-cpp 19.6154 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 22, 1, 46, 9) mesh-unitcube-cpp 24.2461 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 22, 1, 46, 47) mesh-iteration-cpp 35.5352 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 22, 1, 47, 8) function-evaluation-cpp 21.1677 "Evaluations of functions at arbitrary points."
+(2013, 9, 22, 1, 47, 8) function-evaluation-cpp 21.0685 "Evaluations of functions at arbitrary points."
+(2013, 9, 22, 1, 47, 11) function-extrapolation-python 3.47708 "BENCH:  1.06166815758"
+(2013, 9, 22, 1, 47, 11) function-extrapolation-python 1.06167 "BENCH:  1.06166815758"
+(2013, 9, 22, 1, 47, 13) function-interpolation-python 1.65907 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 22, 1, 47, 13) function-interpolation-python 0.970722 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 22, 1, 47, 38) la-vector-access-cpp 25.4446 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 22, 1, 48, 6) la-vector-assignment-cpp 27.0689 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 23, 1, 29, 37) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1791 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 23, 1, 29, 56) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6485 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 23, 1, 30, 13) geometry-bounding_box_tree_build-cpp 13.9134 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 23, 1, 30, 40) common-progress-cpp 27.6526 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 23, 1, 31, 11) common-timing-cpp 30.9794 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 23, 1, 34, 37) fem-multicore-cpp 205.36 "Coloring mesh."
+(2013, 9, 23, 1, 37, 8) fem-assembly-cpp 151.486 "Assembly for various forms and backends"
+(2013, 9, 23, 1, 37, 22) fem-convergence-cpp 14.194 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 23, 1, 37, 24) fem-jit-python 0.00102909 "JIT compilation (in memory cache)"
+(2013, 9, 23, 1, 45, 24) mesh-refinement-cpp 19.9843 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 23, 1, 45, 43) mesh-topology-cpp 19.6142 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 23, 1, 46, 8) mesh-unitcube-cpp 24.2098 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 23, 1, 46, 46) mesh-iteration-cpp 35.4938 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 23, 1, 47, 7) function-evaluation-cpp 21.1121 "Evaluations of functions at arbitrary points."
+(2013, 9, 23, 1, 47, 7) function-evaluation-cpp 21 "Evaluations of functions at arbitrary points."
+(2013, 9, 23, 1, 47, 10) function-extrapolation-python 3.52908 "BENCH:  1.06049919128"
+(2013, 9, 23, 1, 47, 10) function-extrapolation-python 1.0605 "BENCH:  1.06049919128"
+(2013, 9, 23, 1, 47, 12) function-interpolation-python 1.67787 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 23, 1, 47, 12) function-interpolation-python 0.969448 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 23, 1, 47, 37) la-vector-access-cpp 25.4436 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 23, 1, 48, 5) la-vector-assignment-cpp 27.0878 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 24, 1, 34, 17) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.3622 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 24, 1, 34, 36) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6279 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 24, 1, 34, 53) geometry-bounding_box_tree_build-cpp 13.8999 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 24, 1, 35, 20) common-progress-cpp 27.6537 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 24, 1, 35, 51) common-timing-cpp 30.2772 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 24, 1, 39, 16) fem-multicore-cpp 205.146 "Coloring mesh."
+(2013, 9, 24, 1, 41, 47) fem-assembly-cpp 151.152 "Assembly for various forms and backends"
+(2013, 9, 24, 1, 42, 1) fem-convergence-cpp 14.1983 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 24, 1, 42, 3) fem-jit-python 0.00104001 "JIT compilation (in memory cache)"
+(2013, 9, 24, 1, 50, 7) mesh-refinement-cpp 20.0585 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 24, 1, 50, 27) mesh-topology-cpp 19.5446 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 24, 1, 50, 51) mesh-unitcube-cpp 24.1553 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 24, 1, 51, 29) mesh-iteration-cpp 35.4917 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 24, 1, 51, 50) function-evaluation-cpp 21.1105 "Evaluations of functions at arbitrary points."
+(2013, 9, 24, 1, 51, 50) function-evaluation-cpp 21.0285 "Evaluations of functions at arbitrary points."
+(2013, 9, 24, 1, 51, 54) function-extrapolation-python 3.55087 "BENCH:  1.06886100769"
+(2013, 9, 24, 1, 51, 54) function-extrapolation-python 1.06886 "BENCH:  1.06886100769"
+(2013, 9, 24, 1, 51, 55) function-interpolation-python 1.67705 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 24, 1, 51, 55) function-interpolation-python 0.972507 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 24, 1, 52, 24) la-vector-access-cpp 28.4463 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 24, 1, 52, 51) la-vector-assignment-cpp 27.0973 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 25, 1, 25, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2169 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 25, 1, 26, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.7394 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 25, 1, 26, 19) geometry-bounding_box_tree_build-cpp 13.9305 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 25, 1, 26, 47) common-progress-cpp 27.6555 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 25, 1, 27, 17) common-timing-cpp 30.508 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 25, 1, 30, 43) fem-multicore-cpp 205.676 "Coloring mesh."
+(2013, 9, 25, 1, 33, 16) fem-assembly-cpp 153.005 "Assembly for various forms and backends"
+(2013, 9, 25, 1, 33, 30) fem-convergence-cpp 14.2226 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 25, 1, 33, 32) fem-jit-python 0.00101972 "JIT compilation (in memory cache)"
+(2013, 9, 25, 1, 41, 31) mesh-refinement-cpp 19.9764 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 25, 1, 41, 50) mesh-topology-cpp 19.4984 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 25, 1, 42, 14) mesh-unitcube-cpp 24.0983 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 25, 1, 42, 52) mesh-iteration-cpp 35.4973 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 25, 1, 43, 13) function-evaluation-cpp 21.1453 "Evaluations of functions at arbitrary points."
+(2013, 9, 25, 1, 43, 13) function-evaluation-cpp 21.0586 "Evaluations of functions at arbitrary points."
+(2013, 9, 25, 1, 43, 17) function-extrapolation-python 3.54581 "BENCH:  1.08921313286"
+(2013, 9, 25, 1, 43, 17) function-extrapolation-python 1.08921 "BENCH:  1.08921313286"
+(2013, 9, 25, 1, 43, 19) function-interpolation-python 1.65365 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 25, 1, 43, 19) function-interpolation-python 0.953854 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 25, 1, 43, 44) la-vector-access-cpp 25.4442 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 25, 1, 44, 11) la-vector-assignment-cpp 27.0409 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 26, 1, 23, 17) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2784 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 26, 1, 23, 36) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5226 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 26, 1, 23, 52) geometry-bounding_box_tree_build-cpp 13.9074 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 26, 1, 24, 20) common-progress-cpp 27.653 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 26, 1, 24, 50) common-timing-cpp 29.8304 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 26, 1, 28, 15) fem-multicore-cpp 205.524 "Coloring mesh."
+(2013, 9, 26, 1, 30, 48) fem-assembly-cpp 152.683 "Assembly for various forms and backends"
+(2013, 9, 26, 1, 31, 2) fem-convergence-cpp 14.2046 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 26, 1, 31, 4) fem-jit-python 0.00102 "JIT compilation (in memory cache)"
+(2013, 9, 26, 1, 39, 3) mesh-refinement-cpp 19.9666 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 26, 1, 39, 22) mesh-topology-cpp 19.4873 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 26, 1, 39, 46) mesh-unitcube-cpp 24.0988 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 26, 1, 40, 28) mesh-iteration-cpp 39.1696 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 26, 1, 40, 49) function-evaluation-cpp 21.1318 "Evaluations of functions at arbitrary points."
+(2013, 9, 26, 1, 40, 49) function-evaluation-cpp 21.0351 "Evaluations of functions at arbitrary points."
+(2013, 9, 26, 1, 40, 53) function-extrapolation-python 3.70398 "BENCH:  1.08206582069"
+(2013, 9, 26, 1, 40, 53) function-extrapolation-python 1.08207 "BENCH:  1.08206582069"
+(2013, 9, 26, 1, 40, 55) function-interpolation-python 1.63508 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 26, 1, 40, 55) function-interpolation-python 0.966312 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 26, 1, 41, 20) la-vector-access-cpp 25.4728 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 26, 1, 41, 47) la-vector-assignment-cpp 27.0971 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 27, 1, 23, 2) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2051 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 27, 1, 23, 21) geometry-bounding_box_tree_compute_closest_entity-cpp 15.7808 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 27, 1, 23, 38) geometry-bounding_box_tree_build-cpp 13.9336 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 27, 1, 24, 5) common-progress-cpp 27.6632 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 27, 1, 24, 35) common-timing-cpp 29.9394 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 27, 1, 28, 1) fem-multicore-cpp 205.8 "Coloring mesh."
+(2013, 9, 27, 1, 30, 34) fem-assembly-cpp 153.245 "Assembly for various forms and backends"
+(2013, 9, 27, 1, 30, 49) fem-convergence-cpp 14.2043 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 27, 1, 30, 50) fem-jit-python 0.0010273 "JIT compilation (in memory cache)"
+(2013, 9, 27, 1, 38, 53) mesh-refinement-cpp 19.9559 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 27, 1, 39, 13) mesh-topology-cpp 19.4859 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 27, 1, 39, 37) mesh-unitcube-cpp 24.1277 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 27, 1, 40, 15) mesh-iteration-cpp 35.4216 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 27, 1, 40, 36) function-evaluation-cpp 21.1238 "Evaluations of functions at arbitrary points."
+(2013, 9, 27, 1, 40, 36) function-evaluation-cpp 21.0154 "Evaluations of functions at arbitrary points."
+(2013, 9, 27, 1, 40, 40) function-extrapolation-python 3.47082 "BENCH:  1.06766915321"
+(2013, 9, 27, 1, 40, 40) function-extrapolation-python 1.06767 "BENCH:  1.06766915321"
+(2013, 9, 27, 1, 40, 41) function-interpolation-python 1.65261 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 27, 1, 40, 41) function-interpolation-python 0.966008 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 27, 1, 41, 7) la-vector-access-cpp 25.4445 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 27, 1, 41, 34) la-vector-assignment-cpp 27.0964 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 28, 1, 34, 5) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2037 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 28, 1, 34, 24) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6541 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 28, 1, 34, 41) geometry-bounding_box_tree_build-cpp 13.9105 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 28, 1, 35, 9) common-progress-cpp 27.6983 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 28, 1, 35, 38) common-timing-cpp 29.6619 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 28, 1, 39, 4) fem-multicore-cpp 205.708 "Coloring mesh."
+(2013, 9, 28, 1, 41, 37) fem-assembly-cpp 153.46 "Assembly for various forms and backends"
+(2013, 9, 28, 1, 41, 52) fem-convergence-cpp 14.1977 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 28, 1, 41, 54) fem-jit-python 0.0010283 "JIT compilation (in memory cache)"
+(2013, 9, 28, 1, 49, 55) mesh-refinement-cpp 19.9882 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 28, 1, 50, 14) mesh-topology-cpp 19.4742 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 28, 1, 50, 38) mesh-unitcube-cpp 24.1688 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 28, 1, 51, 25) mesh-iteration-cpp 44.1761 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 28, 1, 51, 46) function-evaluation-cpp 21.0949 "Evaluations of functions at arbitrary points."
+(2013, 9, 28, 1, 51, 46) function-evaluation-cpp 21.0094 "Evaluations of functions at arbitrary points."
+(2013, 9, 28, 1, 51, 50) function-extrapolation-python 3.57366 "BENCH:  1.08244895935"
+(2013, 9, 28, 1, 51, 50) function-extrapolation-python 1.08245 "BENCH:  1.08244895935"
+(2013, 9, 28, 1, 51, 52) function-interpolation-python 1.65361 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 28, 1, 51, 52) function-interpolation-python 0.964955 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 28, 1, 52, 17) la-vector-access-cpp 25.442 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 28, 1, 52, 44) la-vector-assignment-cpp 26.9872 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 29, 1, 30, 8) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2405 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 29, 1, 30, 27) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6477 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 29, 1, 30, 44) geometry-bounding_box_tree_build-cpp 13.9739 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 29, 1, 31, 11) common-progress-cpp 27.6535 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 29, 1, 31, 42) common-timing-cpp 30.2627 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 29, 1, 35, 8) fem-multicore-cpp 206.069 "Coloring mesh."
+(2013, 9, 29, 1, 37, 41) fem-assembly-cpp 153.107 "Assembly for various forms and backends"
+(2013, 9, 29, 1, 37, 55) fem-convergence-cpp 14.2171 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 29, 1, 37, 57) fem-jit-python 0.0010253 "JIT compilation (in memory cache)"
+(2013, 9, 29, 1, 45, 56) mesh-refinement-cpp 19.9574 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 29, 1, 46, 16) mesh-topology-cpp 19.5648 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 29, 1, 46, 40) mesh-unitcube-cpp 24.093 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 29, 1, 47, 18) mesh-iteration-cpp 35.4802 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 29, 1, 47, 39) function-evaluation-cpp 21.1159 "Evaluations of functions at arbitrary points."
+(2013, 9, 29, 1, 47, 39) function-evaluation-cpp 21.0217 "Evaluations of functions at arbitrary points."
+(2013, 9, 29, 1, 47, 43) function-extrapolation-python 3.66224 "BENCH:  1.06667804718"
+(2013, 9, 29, 1, 47, 43) function-extrapolation-python 1.06668 "BENCH:  1.06667804718"
+(2013, 9, 29, 1, 47, 45) function-interpolation-python 1.66283 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 29, 1, 47, 45) function-interpolation-python 0.964002 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 29, 1, 48, 10) la-vector-access-cpp 25.472 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 29, 1, 48, 37) la-vector-assignment-cpp 27.1015 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 9, 30, 1, 27, 28) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2359 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 30, 1, 27, 47) geometry-bounding_box_tree_compute_closest_entity-cpp 15.551 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 9, 30, 1, 28, 4) geometry-bounding_box_tree_build-cpp 13.9624 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 9, 30, 1, 28, 31) common-progress-cpp 27.6526 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 9, 30, 1, 29, 2) common-timing-cpp 30.5294 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 9, 30, 1, 32, 28) fem-multicore-cpp 205.816 "Coloring mesh."
+(2013, 9, 30, 1, 35, 1) fem-assembly-cpp 152.988 "Assembly for various forms and backends"
+(2013, 9, 30, 1, 35, 15) fem-convergence-cpp 14.2009 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 9, 30, 1, 35, 17) fem-jit-python 0.0010253 "JIT compilation (in memory cache)"
+(2013, 9, 30, 1, 43, 19) mesh-refinement-cpp 19.9378 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 9, 30, 1, 43, 38) mesh-topology-cpp 19.4735 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 9, 30, 1, 44, 3) mesh-unitcube-cpp 24.1112 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 9, 30, 1, 44, 49) mesh-iteration-cpp 44.1903 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 9, 30, 1, 45, 10) function-evaluation-cpp 21.1726 "Evaluations of functions at arbitrary points."
+(2013, 9, 30, 1, 45, 10) function-evaluation-cpp 21.0739 "Evaluations of functions at arbitrary points."
+(2013, 9, 30, 1, 45, 14) function-extrapolation-python 3.52768 "BENCH:  1.04921603203"
+(2013, 9, 30, 1, 45, 14) function-extrapolation-python 1.04922 "BENCH:  1.04921603203"
+(2013, 9, 30, 1, 45, 16) function-interpolation-python 1.65985 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 30, 1, 45, 16) function-interpolation-python 0.963018 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 9, 30, 1, 45, 44) la-vector-access-cpp 28.4764 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 9, 30, 1, 46, 11) la-vector-assignment-cpp 27.1333 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 1, 1, 36, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2179 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 1, 1, 37, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.738 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 1, 1, 37, 19) geometry-bounding_box_tree_build-cpp 13.953 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 1, 1, 37, 47) common-progress-cpp 27.6538 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 1, 1, 38, 17) common-timing-cpp 30.0495 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 1, 1, 41, 42) fem-multicore-cpp 205.832 "Coloring mesh."
+(2013, 10, 1, 1, 44, 16) fem-assembly-cpp 153.427 "Assembly for various forms and backends"
+(2013, 10, 1, 1, 44, 30) fem-convergence-cpp 14.2077 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 1, 1, 44, 32) fem-jit-python 0.00101299 "JIT compilation (in memory cache)"
+(2013, 10, 1, 1, 52, 30) mesh-refinement-cpp 19.9788 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 1, 1, 52, 50) mesh-topology-cpp 19.5295 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 1, 1, 53, 14) mesh-unitcube-cpp 24.0903 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 1, 1, 53, 52) mesh-iteration-cpp 35.4861 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 1, 1, 54, 13) function-evaluation-cpp 21.1186 "Evaluations of functions at arbitrary points."
+(2013, 10, 1, 1, 54, 13) function-evaluation-cpp 21.0132 "Evaluations of functions at arbitrary points."
+(2013, 10, 1, 1, 54, 16) function-extrapolation-python 3.67901 "BENCH:  1.07571601868"
+(2013, 10, 1, 1, 54, 16) function-extrapolation-python 1.07572 "BENCH:  1.07571601868"
+(2013, 10, 1, 1, 54, 18) function-interpolation-python 1.64451 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 1, 1, 54, 18) function-interpolation-python 0.956019 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 1, 1, 54, 47) la-vector-access-cpp 28.4633 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 1, 1, 55, 14) la-vector-assignment-cpp 27.0963 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 2, 1, 34, 12) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1837 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 2, 1, 34, 32) geometry-bounding_box_tree_compute_closest_entity-cpp 15.8518 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 2, 1, 34, 48) geometry-bounding_box_tree_build-cpp 13.9266 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 2, 1, 35, 16) common-progress-cpp 27.7078 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 2, 1, 35, 46) common-timing-cpp 29.9973 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 2, 1, 39, 12) fem-multicore-cpp 206.46 "Coloring mesh."
+(2013, 10, 2, 1, 41, 45) fem-assembly-cpp 152.871 "Assembly for various forms and backends"
+(2013, 10, 2, 1, 42, 0) fem-convergence-cpp 14.216 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 2, 1, 42, 1) fem-jit-python 0.00103109 "JIT compilation (in memory cache)"
+(2013, 10, 2, 1, 50, 4) mesh-refinement-cpp 19.9922 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 2, 1, 50, 23) mesh-topology-cpp 19.4925 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 2, 1, 50, 47) mesh-unitcube-cpp 24.1124 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 2, 1, 51, 29) mesh-iteration-cpp 39.1661 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 2, 1, 51, 50) function-evaluation-cpp 21.0991 "Evaluations of functions at arbitrary points."
+(2013, 10, 2, 1, 51, 50) function-evaluation-cpp 21.0148 "Evaluations of functions at arbitrary points."
+(2013, 10, 2, 1, 51, 54) function-extrapolation-python 3.55264 "BENCH:  1.10233402252"
+(2013, 10, 2, 1, 51, 54) function-extrapolation-python 1.10233 "BENCH:  1.10233402252"
+(2013, 10, 2, 1, 51, 56) function-interpolation-python 1.65173 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 2, 1, 51, 56) function-interpolation-python 0.968611 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 2, 1, 52, 24) la-vector-access-cpp 28.4477 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 2, 1, 52, 51) la-vector-assignment-cpp 27.0896 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 3, 1, 24, 23) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1769 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 3, 1, 24, 42) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6067 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 3, 1, 24, 58) geometry-bounding_box_tree_build-cpp 13.9311 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 3, 1, 25, 26) common-progress-cpp 27.6529 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 3, 1, 25, 55) common-timing-cpp 29.261 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 3, 1, 29, 21) fem-multicore-cpp 205.745 "Coloring mesh."
+(2013, 10, 3, 1, 31, 54) fem-assembly-cpp 152.919 "Assembly for various forms and backends"
+(2013, 10, 3, 1, 32, 8) fem-convergence-cpp 14.2125 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 3, 1, 32, 10) fem-jit-python 0.0010536 "JIT compilation (in memory cache)"
+(2013, 10, 3, 1, 40, 11) mesh-refinement-cpp 19.9858 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 3, 1, 40, 30) mesh-topology-cpp 19.5508 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 3, 1, 40, 54) mesh-unitcube-cpp 24.1076 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 3, 1, 41, 32) mesh-iteration-cpp 35.492 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 3, 1, 41, 54) function-evaluation-cpp 21.08 "Evaluations of functions at arbitrary points."
+(2013, 10, 3, 1, 41, 54) function-evaluation-cpp 20.996 "Evaluations of functions at arbitrary points."
+(2013, 10, 3, 1, 41, 57) function-extrapolation-python 3.61241 "BENCH:  1.07668590546"
+(2013, 10, 3, 1, 41, 57) function-extrapolation-python 1.07669 "BENCH:  1.07668590546"
+(2013, 10, 3, 1, 41, 59) function-interpolation-python 1.68845 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 3, 1, 41, 59) function-interpolation-python 0.959476 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 3, 1, 42, 24) la-vector-access-cpp 25.4449 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 3, 1, 42, 51) la-vector-assignment-cpp 27.0841 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 4, 1, 31, 11) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2423 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 4, 1, 31, 30) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5403 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 4, 1, 31, 47) geometry-bounding_box_tree_build-cpp 13.9001 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 4, 1, 32, 15) common-progress-cpp 27.6538 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 4, 1, 32, 45) common-timing-cpp 30.4291 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 4, 1, 36, 11) fem-multicore-cpp 205.84 "Coloring mesh."
+(2013, 10, 4, 1, 38, 44) fem-assembly-cpp 153.415 "Assembly for various forms and backends"
+(2013, 10, 4, 1, 38, 58) fem-convergence-cpp 14.2057 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 4, 1, 39, 0) fem-jit-python 0.00105212 "JIT compilation (in memory cache)"
+(2013, 10, 4, 1, 47, 0) mesh-refinement-cpp 20.004 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 4, 1, 47, 20) mesh-topology-cpp 19.5044 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 4, 1, 47, 44) mesh-unitcube-cpp 24.1192 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 4, 1, 48, 22) mesh-iteration-cpp 35.4482 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 4, 1, 48, 43) function-evaluation-cpp 21.0934 "Evaluations of functions at arbitrary points."
+(2013, 10, 4, 1, 48, 43) function-evaluation-cpp 21.0024 "Evaluations of functions at arbitrary points."
+(2013, 10, 4, 1, 48, 46) function-extrapolation-python 3.55419 "BENCH:  1.08774518967"
+(2013, 10, 4, 1, 48, 46) function-extrapolation-python 1.08775 "BENCH:  1.08774518967"
+(2013, 10, 4, 1, 48, 48) function-interpolation-python 1.67038 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 4, 1, 48, 48) function-interpolation-python 0.964839 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 4, 1, 49, 14) la-vector-access-cpp 25.4455 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 4, 1, 49, 41) la-vector-assignment-cpp 27.0838 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 5, 1, 34, 21) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.172 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 5, 1, 34, 40) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5067 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 5, 1, 34, 56) geometry-bounding_box_tree_build-cpp 14.0038 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 5, 1, 35, 24) common-progress-cpp 27.6545 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 5, 1, 35, 54) common-timing-cpp 30.3125 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 5, 1, 39, 20) fem-multicore-cpp 205.686 "Coloring mesh."
+(2013, 10, 5, 1, 41, 53) fem-assembly-cpp 153.291 "Assembly for various forms and backends"
+(2013, 10, 5, 1, 42, 7) fem-convergence-cpp 14.2004 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 5, 1, 42, 9) fem-jit-python 0.00103581 "JIT compilation (in memory cache)"
+(2013, 10, 5, 1, 50, 10) mesh-refinement-cpp 20.0372 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 5, 1, 50, 30) mesh-topology-cpp 19.4921 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 5, 1, 50, 54) mesh-unitcube-cpp 24.1373 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 5, 1, 51, 32) mesh-iteration-cpp 35.4948 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 5, 1, 51, 53) function-evaluation-cpp 21.1026 "Evaluations of functions at arbitrary points."
+(2013, 10, 5, 1, 51, 53) function-evaluation-cpp 21.0112 "Evaluations of functions at arbitrary points."
+(2013, 10, 5, 1, 51, 57) function-extrapolation-python 3.52105 "BENCH:  1.07699298859"
+(2013, 10, 5, 1, 51, 57) function-extrapolation-python 1.07699 "BENCH:  1.07699298859"
+(2013, 10, 5, 1, 51, 59) function-interpolation-python 1.65767 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 5, 1, 51, 59) function-interpolation-python 0.953594 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 5, 1, 52, 24) la-vector-access-cpp 25.4458 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 5, 1, 52, 51) la-vector-assignment-cpp 27.087 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 6, 1, 31, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2236 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 6, 1, 32, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 15.793 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 6, 1, 32, 19) geometry-bounding_box_tree_build-cpp 13.8958 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 6, 1, 32, 47) common-progress-cpp 27.7017 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 6, 1, 33, 16) common-timing-cpp 29.3658 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 6, 1, 36, 42) fem-multicore-cpp 205.685 "Coloring mesh."
+(2013, 10, 6, 1, 39, 15) fem-assembly-cpp 152.715 "Assembly for various forms and backends"
+(2013, 10, 6, 1, 39, 29) fem-convergence-cpp 14.2049 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 6, 1, 39, 31) fem-jit-python 0.0010392 "JIT compilation (in memory cache)"
+(2013, 10, 6, 1, 47, 33) mesh-refinement-cpp 19.9816 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 6, 1, 47, 53) mesh-topology-cpp 19.5168 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 6, 1, 48, 17) mesh-unitcube-cpp 24.1788 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 6, 1, 48, 55) mesh-iteration-cpp 35.5056 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 6, 1, 49, 17) function-evaluation-cpp 21.9193 "Evaluations of functions at arbitrary points."
+(2013, 10, 6, 1, 49, 17) function-evaluation-cpp 21.8309 "Evaluations of functions at arbitrary points."
+(2013, 10, 6, 1, 49, 21) function-extrapolation-python 3.62091 "BENCH:  1.09147000313"
+(2013, 10, 6, 1, 49, 21) function-extrapolation-python 1.09147 "BENCH:  1.09147000313"
+(2013, 10, 6, 1, 49, 22) function-interpolation-python 1.64509 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 6, 1, 49, 22) function-interpolation-python 0.959383 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 6, 1, 49, 48) la-vector-access-cpp 25.4431 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 6, 1, 50, 15) la-vector-assignment-cpp 27.4613 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 7, 1, 22, 17) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1612 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 7, 1, 22, 35) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5026 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 7, 1, 22, 52) geometry-bounding_box_tree_build-cpp 13.9024 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 7, 1, 23, 20) common-progress-cpp 27.6543 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 7, 1, 23, 50) common-timing-cpp 30.4938 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 7, 1, 27, 16) fem-multicore-cpp 205.74 "Coloring mesh."
+(2013, 10, 7, 1, 29, 50) fem-assembly-cpp 153.815 "Assembly for various forms and backends"
+(2013, 10, 7, 1, 30, 4) fem-convergence-cpp 14.21 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 7, 1, 30, 6) fem-jit-python 0.0010479 "JIT compilation (in memory cache)"
+(2013, 10, 7, 1, 38, 8) mesh-refinement-cpp 20.0396 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 7, 1, 38, 28) mesh-topology-cpp 19.5117 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 7, 1, 38, 52) mesh-unitcube-cpp 24.1223 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 7, 1, 39, 30) mesh-iteration-cpp 35.498 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 7, 1, 39, 51) function-evaluation-cpp 21.0898 "Evaluations of functions at arbitrary points."
+(2013, 10, 7, 1, 39, 51) function-evaluation-cpp 21.0068 "Evaluations of functions at arbitrary points."
+(2013, 10, 7, 1, 39, 55) function-extrapolation-python 3.54647 "BENCH:  1.07335305214"
+(2013, 10, 7, 1, 39, 55) function-extrapolation-python 1.07335 "BENCH:  1.07335305214"
+(2013, 10, 7, 1, 39, 56) function-interpolation-python 1.66153 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 7, 1, 39, 56) function-interpolation-python 0.966186 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 7, 1, 40, 22) la-vector-access-cpp 25.4471 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 7, 1, 40, 49) la-vector-assignment-cpp 27.3791 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 8, 1, 27, 58) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1714 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 8, 1, 28, 17) geometry-bounding_box_tree_compute_closest_entity-cpp 15.8123 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 8, 1, 28, 34) geometry-bounding_box_tree_build-cpp 13.8922 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 8, 1, 29, 2) common-progress-cpp 27.6544 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 8, 1, 29, 32) common-timing-cpp 30.1013 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 8, 1, 32, 57) fem-multicore-cpp 205.671 "Coloring mesh."
+(2013, 10, 8, 1, 35, 30) fem-assembly-cpp 153.068 "Assembly for various forms and backends"
+(2013, 10, 8, 1, 35, 45) fem-convergence-cpp 14.2023 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 8, 1, 35, 47) fem-jit-python 0.00103979 "JIT compilation (in memory cache)"
+(2013, 10, 8, 1, 43, 49) mesh-refinement-cpp 20.0194 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 8, 1, 44, 8) mesh-topology-cpp 19.5115 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 8, 1, 44, 32) mesh-unitcube-cpp 24.1516 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 8, 1, 45, 19) mesh-iteration-cpp 44.1916 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 8, 1, 45, 40) function-evaluation-cpp 21.248 "Evaluations of functions at arbitrary points."
+(2013, 10, 8, 1, 45, 40) function-evaluation-cpp 21.165 "Evaluations of functions at arbitrary points."
+(2013, 10, 8, 1, 45, 44) function-extrapolation-python 3.38204 "BENCH:  1.03664708138"
+(2013, 10, 8, 1, 45, 44) function-extrapolation-python 1.03665 "BENCH:  1.03664708138"
+(2013, 10, 8, 1, 45, 45) function-interpolation-python 1.65062 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 8, 1, 45, 45) function-interpolation-python 0.958467 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 8, 1, 46, 11) la-vector-access-cpp 25.4482 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 8, 1, 46, 38) la-vector-assignment-cpp 27.1013 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 9, 1, 24, 24) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1729 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 9, 1, 24, 43) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4633 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 9, 1, 25, 0) geometry-bounding_box_tree_build-cpp 13.8902 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 9, 1, 25, 27) common-progress-cpp 27.6542 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 9, 1, 25, 59) common-timing-cpp 31.2178 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 9, 1, 29, 25) fem-multicore-cpp 205.904 "Coloring mesh."
+(2013, 10, 9, 1, 31, 58) fem-assembly-cpp 153.311 "Assembly for various forms and backends"
+(2013, 10, 9, 1, 32, 12) fem-convergence-cpp 14.2161 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 9, 1, 32, 14) fem-jit-python 0.0010448 "JIT compilation (in memory cache)"
+(2013, 10, 9, 1, 40, 16) mesh-refinement-cpp 19.9798 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 9, 1, 40, 36) mesh-topology-cpp 19.4669 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 9, 1, 41, 0) mesh-unitcube-cpp 24.1202 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 9, 1, 41, 38) mesh-iteration-cpp 35.4889 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 9, 1, 41, 59) function-evaluation-cpp 21.0781 "Evaluations of functions at arbitrary points."
+(2013, 10, 9, 1, 41, 59) function-evaluation-cpp 21.0003 "Evaluations of functions at arbitrary points."
+(2013, 10, 9, 1, 42, 3) function-extrapolation-python 3.41691 "BENCH:  1.052120924"
+(2013, 10, 9, 1, 42, 3) function-extrapolation-python 1.05212 "BENCH:  1.052120924"
+(2013, 10, 9, 1, 42, 4) function-interpolation-python 1.65973 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 9, 1, 42, 4) function-interpolation-python 0.96377 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 9, 1, 42, 30) la-vector-access-cpp 25.4125 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 9, 1, 42, 59) la-vector-assignment-cpp 29.1111 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 10, 1, 29, 33) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2728 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 10, 1, 29, 52) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4543 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 10, 1, 30, 9) geometry-bounding_box_tree_build-cpp 13.9127 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 10, 1, 30, 37) common-progress-cpp 27.654 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 10, 1, 31, 6) common-timing-cpp 29.799 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 10, 1, 34, 32) fem-multicore-cpp 205.965 "Coloring mesh."
+(2013, 10, 10, 1, 37, 6) fem-assembly-cpp 153.953 "Assembly for various forms and backends"
+(2013, 10, 10, 1, 37, 20) fem-convergence-cpp 14.2085 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 10, 1, 37, 22) fem-jit-python 0.00104251 "JIT compilation (in memory cache)"
+(2013, 10, 10, 1, 45, 22) mesh-refinement-cpp 19.9958 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 10, 1, 45, 42) mesh-topology-cpp 19.4907 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 10, 1, 46, 6) mesh-unitcube-cpp 24.1582 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 10, 1, 46, 44) mesh-iteration-cpp 35.4912 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 10, 1, 47, 5) function-evaluation-cpp 21.1344 "Evaluations of functions at arbitrary points."
+(2013, 10, 10, 1, 47, 5) function-evaluation-cpp 21.0501 "Evaluations of functions at arbitrary points."
+(2013, 10, 10, 1, 47, 8) function-extrapolation-python 3.42955 "BENCH:  1.04549312592"
+(2013, 10, 10, 1, 47, 8) function-extrapolation-python 1.04549 "BENCH:  1.04549312592"
+(2013, 10, 10, 1, 47, 10) function-interpolation-python 1.66636 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 10, 1, 47, 10) function-interpolation-python 0.963219 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 10, 1, 47, 35) la-vector-access-cpp 25.4454 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 10, 1, 48, 3) la-vector-assignment-cpp 27.0883 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 11, 1, 25, 52) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2517 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 11, 1, 26, 11) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4675 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 11, 1, 26, 28) geometry-bounding_box_tree_build-cpp 13.9087 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 11, 1, 26, 55) common-progress-cpp 27.654 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 11, 1, 27, 26) common-timing-cpp 30.3191 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 11, 1, 30, 51) fem-multicore-cpp 205.802 "Coloring mesh."
+(2013, 10, 11, 1, 33, 25) fem-assembly-cpp 153.561 "Assembly for various forms and backends"
+(2013, 10, 11, 1, 33, 39) fem-convergence-cpp 14.2147 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 11, 1, 33, 41) fem-jit-python 0.0010422 "JIT compilation (in memory cache)"
+(2013, 10, 11, 1, 41, 42) mesh-refinement-cpp 19.9884 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 11, 1, 42, 2) mesh-topology-cpp 19.4407 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 11, 1, 42, 26) mesh-unitcube-cpp 24.1511 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 11, 1, 43, 4) mesh-iteration-cpp 35.4242 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 11, 1, 43, 25) function-evaluation-cpp 21.5886 "Evaluations of functions at arbitrary points."
+(2013, 10, 11, 1, 43, 25) function-evaluation-cpp 21.4889 "Evaluations of functions at arbitrary points."
+(2013, 10, 11, 1, 43, 29) function-extrapolation-python 3.49587 "BENCH:  1.05149507523"
+(2013, 10, 11, 1, 43, 29) function-extrapolation-python 1.0515 "BENCH:  1.05149507523"
+(2013, 10, 11, 1, 43, 31) function-interpolation-python 1.66646 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 11, 1, 43, 31) function-interpolation-python 0.9587 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 11, 1, 43, 56) la-vector-access-cpp 25.4456 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 11, 1, 44, 23) la-vector-assignment-cpp 27.1223 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 12, 1, 23, 18) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.3262 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 12, 1, 23, 37) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5781 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 12, 1, 23, 54) geometry-bounding_box_tree_build-cpp 13.9129 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 12, 1, 24, 22) common-progress-cpp 27.6994 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 12, 1, 24, 51) common-timing-cpp 29.6179 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 12, 1, 28, 17) fem-multicore-cpp 206.165 "Coloring mesh."
+(2013, 10, 12, 1, 30, 51) fem-assembly-cpp 153.099 "Assembly for various forms and backends"
+(2013, 10, 12, 1, 31, 5) fem-convergence-cpp 14.1997 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 12, 1, 31, 7) fem-jit-python 0.00104721 "JIT compilation (in memory cache)"
+(2013, 10, 12, 1, 39, 8) mesh-refinement-cpp 20.0286 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 12, 1, 39, 27) mesh-topology-cpp 19.5319 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 12, 1, 39, 51) mesh-unitcube-cpp 24.1438 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 12, 1, 40, 29) mesh-iteration-cpp 35.4232 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 12, 1, 40, 50) function-evaluation-cpp 21.1512 "Evaluations of functions at arbitrary points."
+(2013, 10, 12, 1, 40, 50) function-evaluation-cpp 21.0398 "Evaluations of functions at arbitrary points."
+(2013, 10, 12, 1, 40, 54) function-extrapolation-python 3.55272 "BENCH:  1.05189394951"
+(2013, 10, 12, 1, 40, 54) function-extrapolation-python 1.05189 "BENCH:  1.05189394951"
+(2013, 10, 12, 1, 40, 56) function-interpolation-python 1.65244 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 12, 1, 40, 56) function-interpolation-python 0.959537 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 12, 1, 41, 21) la-vector-access-cpp 25.444 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 12, 1, 41, 50) la-vector-assignment-cpp 29.1551 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 13, 1, 32, 34) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.3028 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 13, 1, 32, 53) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5486 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 13, 1, 33, 9) geometry-bounding_box_tree_build-cpp 13.8936 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 13, 1, 33, 37) common-progress-cpp 27.6534 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 13, 1, 34, 7) common-timing-cpp 29.4836 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 13, 1, 37, 32) fem-multicore-cpp 205.716 "Coloring mesh."
+(2013, 10, 13, 1, 40, 6) fem-assembly-cpp 153.832 "Assembly for various forms and backends"
+(2013, 10, 13, 1, 40, 20) fem-convergence-cpp 14.2053 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 13, 1, 40, 22) fem-jit-python 0.0010504 "JIT compilation (in memory cache)"
+(2013, 10, 13, 1, 48, 24) mesh-refinement-cpp 19.9856 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 13, 1, 48, 43) mesh-topology-cpp 19.4784 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 13, 1, 49, 7) mesh-unitcube-cpp 24.2334 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 13, 1, 49, 54) mesh-iteration-cpp 44.1901 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 13, 1, 50, 15) function-evaluation-cpp 21.1017 "Evaluations of functions at arbitrary points."
+(2013, 10, 13, 1, 50, 15) function-evaluation-cpp 21.0228 "Evaluations of functions at arbitrary points."
+(2013, 10, 13, 1, 50, 19) function-extrapolation-python 3.50942 "BENCH:  1.059237957"
+(2013, 10, 13, 1, 50, 19) function-extrapolation-python 1.05924 "BENCH:  1.059237957"
+(2013, 10, 13, 1, 50, 20) function-interpolation-python 1.64345 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 13, 1, 50, 20) function-interpolation-python 0.957713 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 13, 1, 50, 46) la-vector-access-cpp 25.4443 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 13, 1, 51, 13) la-vector-assignment-cpp 27.0373 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 14, 1, 26, 11) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.166 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 14, 1, 26, 30) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5309 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 14, 1, 26, 46) geometry-bounding_box_tree_build-cpp 13.9187 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 14, 1, 27, 14) common-progress-cpp 27.6534 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 14, 1, 27, 45) common-timing-cpp 30.4655 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 14, 1, 31, 10) fem-multicore-cpp 205.478 "Coloring mesh."
+(2013, 10, 14, 1, 33, 43) fem-assembly-cpp 153.22 "Assembly for various forms and backends"
+(2013, 10, 14, 1, 33, 57) fem-convergence-cpp 14.2167 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 14, 1, 33, 59) fem-jit-python 0.0010437 "JIT compilation (in memory cache)"
+(2013, 10, 14, 1, 42, 0) mesh-refinement-cpp 19.9629 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 14, 1, 42, 20) mesh-topology-cpp 19.4957 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 14, 1, 42, 44) mesh-unitcube-cpp 24.1358 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 14, 1, 43, 22) mesh-iteration-cpp 35.4821 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 14, 1, 43, 43) function-evaluation-cpp 21.0829 "Evaluations of functions at arbitrary points."
+(2013, 10, 14, 1, 43, 43) function-evaluation-cpp 21.0002 "Evaluations of functions at arbitrary points."
+(2013, 10, 14, 1, 43, 46) function-extrapolation-python 3.50349 "BENCH:  1.05115294456"
+(2013, 10, 14, 1, 43, 46) function-extrapolation-python 1.05115 "BENCH:  1.05115294456"
+(2013, 10, 14, 1, 43, 48) function-interpolation-python 1.70877 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 14, 1, 43, 48) function-interpolation-python 0.960066 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 14, 1, 44, 14) la-vector-access-cpp 25.4876 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 14, 1, 44, 41) la-vector-assignment-cpp 27.0381 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 15, 1, 26, 28) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2003 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 15, 1, 26, 47) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4288 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 15, 1, 27, 4) geometry-bounding_box_tree_build-cpp 13.9256 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 15, 1, 27, 32) common-progress-cpp 27.6531 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 15, 1, 28, 2) common-timing-cpp 30.2115 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 15, 1, 31, 28) fem-multicore-cpp 206.349 "Coloring mesh."
+(2013, 10, 15, 1, 34, 1) fem-assembly-cpp 152.6 "Assembly for various forms and backends"
+(2013, 10, 15, 1, 34, 15) fem-convergence-cpp 14.2011 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 15, 1, 34, 17) fem-jit-python 0.00103641 "JIT compilation (in memory cache)"
+(2013, 10, 15, 1, 42, 14) mesh-refinement-cpp 19.9771 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 15, 1, 42, 34) mesh-topology-cpp 19.4941 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 15, 1, 42, 58) mesh-unitcube-cpp 24.2276 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 15, 1, 43, 36) mesh-iteration-cpp 35.421 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 15, 1, 43, 57) function-evaluation-cpp 21.1841 "Evaluations of functions at arbitrary points."
+(2013, 10, 15, 1, 43, 57) function-evaluation-cpp 21.0839 "Evaluations of functions at arbitrary points."
+(2013, 10, 15, 1, 44, 1) function-extrapolation-python 3.70392 "BENCH:  1.0477449894"
+(2013, 10, 15, 1, 44, 1) function-extrapolation-python 1.04774 "BENCH:  1.0477449894"
+(2013, 10, 15, 1, 44, 3) function-interpolation-python 1.63328 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 15, 1, 44, 3) function-interpolation-python 0.961099 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 15, 1, 44, 28) la-vector-access-cpp 25.4821 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 15, 1, 44, 55) la-vector-assignment-cpp 27.1022 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 16, 1, 36, 25) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1894 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 16, 1, 36, 44) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4606 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 16, 1, 37, 1) geometry-bounding_box_tree_build-cpp 13.9155 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 16, 1, 37, 29) common-progress-cpp 27.6539 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 16, 1, 37, 59) common-timing-cpp 30.342 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 16, 1, 41, 23) fem-multicore-cpp 204.023 "Coloring mesh."
+(2013, 10, 16, 1, 43, 55) fem-assembly-cpp 152.257 "Assembly for various forms and backends"
+(2013, 10, 16, 1, 44, 9) fem-convergence-cpp 14.2078 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 16, 1, 44, 11) fem-jit-python 0.001055 "JIT compilation (in memory cache)"
+(2013, 10, 16, 1, 52, 14) mesh-refinement-cpp 19.9869 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 16, 1, 52, 34) mesh-topology-cpp 19.5308 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 16, 1, 52, 58) mesh-unitcube-cpp 24.2922 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 16, 1, 53, 36) mesh-iteration-cpp 35.4795 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 16, 1, 53, 57) function-evaluation-cpp 21.1449 "Evaluations of functions at arbitrary points."
+(2013, 10, 16, 1, 53, 57) function-evaluation-cpp 21.0534 "Evaluations of functions at arbitrary points."
+(2013, 10, 16, 1, 54, 1) function-extrapolation-python 3.42836 "BENCH:  1.04853320122"
+(2013, 10, 16, 1, 54, 1) function-extrapolation-python 1.04853 "BENCH:  1.04853320122"
+(2013, 10, 16, 1, 54, 2) function-interpolation-python 1.67661 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 16, 1, 54, 2) function-interpolation-python 0.962554 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 16, 1, 54, 26) la-vector-access-cpp 23.4363 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 16, 1, 54, 53) la-vector-assignment-cpp 27.0872 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 17, 1, 29, 20) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1932 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 17, 1, 29, 39) geometry-bounding_box_tree_compute_closest_entity-cpp 15.583 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 17, 1, 29, 56) geometry-bounding_box_tree_build-cpp 13.8975 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 17, 1, 30, 24) common-progress-cpp 27.6539 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 17, 1, 30, 53) common-timing-cpp 29.8792 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 17, 1, 34, 17) fem-multicore-cpp 203.882 "Coloring mesh."
+(2013, 10, 17, 1, 36, 49) fem-assembly-cpp 151.94 "Assembly for various forms and backends"
+(2013, 10, 17, 1, 37, 4) fem-convergence-cpp 14.2185 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 17, 1, 37, 5) fem-jit-python 0.0010479 "JIT compilation (in memory cache)"
+(2013, 10, 17, 1, 45, 5) mesh-refinement-cpp 19.976 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 17, 1, 45, 25) mesh-topology-cpp 19.6033 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 17, 1, 45, 49) mesh-unitcube-cpp 24.1105 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 17, 1, 46, 27) mesh-iteration-cpp 35.6844 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 17, 1, 46, 49) function-evaluation-cpp 21.1123 "Evaluations of functions at arbitrary points."
+(2013, 10, 17, 1, 46, 49) function-evaluation-cpp 21.0183 "Evaluations of functions at arbitrary points."
+(2013, 10, 17, 1, 46, 52) function-extrapolation-python 3.51254 "BENCH:  1.04783797264"
+(2013, 10, 17, 1, 46, 52) function-extrapolation-python 1.04784 "BENCH:  1.04783797264"
+(2013, 10, 17, 1, 46, 54) function-interpolation-python 1.67046 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 17, 1, 46, 54) function-interpolation-python 0.975351 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 17, 1, 47, 17) la-vector-access-cpp 23.4541 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 17, 1, 47, 44) la-vector-assignment-cpp 27.0867 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 18, 1, 25, 15) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1458 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 18, 1, 25, 34) geometry-bounding_box_tree_compute_closest_entity-cpp 15.9294 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 18, 1, 25, 51) geometry-bounding_box_tree_build-cpp 13.905 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 18, 1, 26, 18) common-progress-cpp 27.6538 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 18, 1, 26, 49) common-timing-cpp 30.5058 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 18, 1, 30, 13) fem-multicore-cpp 204.059 "Coloring mesh."
+(2013, 10, 18, 1, 32, 44) fem-assembly-cpp 151.656 "Assembly for various forms and backends"
+(2013, 10, 18, 1, 32, 59) fem-convergence-cpp 14.2242 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 18, 1, 33, 1) fem-jit-python 0.0010509 "JIT compilation (in memory cache)"
+(2013, 10, 18, 1, 41, 0) mesh-refinement-cpp 19.9802 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 18, 1, 41, 20) mesh-topology-cpp 19.4808 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 18, 1, 41, 44) mesh-unitcube-cpp 24.0913 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 18, 1, 42, 22) mesh-iteration-cpp 35.4891 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 18, 1, 42, 43) function-evaluation-cpp 21.1065 "Evaluations of functions at arbitrary points."
+(2013, 10, 18, 1, 42, 43) function-evaluation-cpp 21.0334 "Evaluations of functions at arbitrary points."
+(2013, 10, 18, 1, 42, 46) function-extrapolation-python 3.4294 "BENCH:  1.03152608871"
+(2013, 10, 18, 1, 42, 46) function-extrapolation-python 1.03153 "BENCH:  1.03152608871"
+(2013, 10, 18, 1, 42, 48) function-interpolation-python 1.67217 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 18, 1, 42, 48) function-interpolation-python 0.966518 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 18, 1, 43, 11) la-vector-access-cpp 23.4445 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 18, 1, 43, 38) la-vector-assignment-cpp 26.9759 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 19, 1, 24, 19) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2409 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 19, 1, 24, 38) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6008 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 19, 1, 24, 54) geometry-bounding_box_tree_build-cpp 13.8931 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 19, 1, 25, 22) common-progress-cpp 27.6532 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 19, 1, 25, 53) common-timing-cpp 30.8574 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 19, 1, 29, 17) fem-multicore-cpp 203.946 "Coloring mesh."
+(2013, 10, 19, 1, 31, 49) fem-assembly-cpp 152.208 "Assembly for various forms and backends"
+(2013, 10, 19, 1, 32, 3) fem-convergence-cpp 14.235 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 19, 1, 32, 5) fem-jit-python 0.0010391 "JIT compilation (in memory cache)"
+(2013, 10, 19, 1, 40, 7) mesh-refinement-cpp 19.9542 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 19, 1, 40, 26) mesh-topology-cpp 19.5557 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 19, 1, 40, 51) mesh-unitcube-cpp 24.1495 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 19, 1, 41, 29) mesh-iteration-cpp 35.5138 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 19, 1, 41, 50) function-evaluation-cpp 21.2203 "Evaluations of functions at arbitrary points."
+(2013, 10, 19, 1, 41, 50) function-evaluation-cpp 21.1362 "Evaluations of functions at arbitrary points."
+(2013, 10, 19, 1, 41, 53) function-extrapolation-python 3.47924 "BENCH:  1.05130505562"
+(2013, 10, 19, 1, 41, 53) function-extrapolation-python 1.05131 "BENCH:  1.05130505562"
+(2013, 10, 19, 1, 41, 55) function-interpolation-python 1.66018 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 19, 1, 41, 55) function-interpolation-python 0.971152 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 19, 1, 42, 19) la-vector-access-cpp 23.4636 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 19, 1, 42, 46) la-vector-assignment-cpp 27.0826 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 20, 1, 37, 19) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2259 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 20, 1, 37, 38) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5893 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 20, 1, 37, 54) geometry-bounding_box_tree_build-cpp 13.9742 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 20, 1, 38, 26) common-progress-cpp 31.4647 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 20, 1, 38, 56) common-timing-cpp 30.7248 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 20, 1, 42, 21) fem-multicore-cpp 204.23 "Coloring mesh."
+(2013, 10, 20, 1, 44, 52) fem-assembly-cpp 151.64 "Assembly for various forms and backends"
+(2013, 10, 20, 1, 45, 7) fem-convergence-cpp 14.1961 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 20, 1, 45, 9) fem-jit-python 0.0010421 "JIT compilation (in memory cache)"
+(2013, 10, 20, 1, 53, 10) mesh-refinement-cpp 19.9724 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 20, 1, 53, 29) mesh-topology-cpp 19.5091 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 20, 1, 53, 53) mesh-unitcube-cpp 24.0889 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 20, 1, 54, 31) mesh-iteration-cpp 35.4826 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 20, 1, 54, 52) function-evaluation-cpp 21.1203 "Evaluations of functions at arbitrary points."
+(2013, 10, 20, 1, 54, 52) function-evaluation-cpp 21.0471 "Evaluations of functions at arbitrary points."
+(2013, 10, 20, 1, 54, 56) function-extrapolation-python 3.46949 "BENCH:  1.04470419884"
+(2013, 10, 20, 1, 54, 56) function-extrapolation-python 1.0447 "BENCH:  1.04470419884"
+(2013, 10, 20, 1, 54, 58) function-interpolation-python 1.66814 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 20, 1, 54, 58) function-interpolation-python 0.965249 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 20, 1, 55, 23) la-vector-access-cpp 25.4452 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 20, 1, 55, 51) la-vector-assignment-cpp 28.1963 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 22, 1, 28, 4) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1973 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 22, 1, 28, 23) geometry-bounding_box_tree_compute_closest_entity-cpp 15.882 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 22, 1, 28, 40) geometry-bounding_box_tree_build-cpp 13.9339 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 22, 1, 29, 8) common-progress-cpp 27.7007 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 22, 1, 29, 38) common-timing-cpp 30.1005 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 22, 1, 33, 2) fem-multicore-cpp 204.082 "Coloring mesh."
+(2013, 10, 22, 1, 35, 35) fem-assembly-cpp 152.746 "Assembly for various forms and backends"
+(2013, 10, 22, 1, 35, 49) fem-convergence-cpp 14.2042 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 22, 1, 35, 51) fem-jit-python 0.00104568 "JIT compilation (in memory cache)"
+(2013, 10, 22, 1, 43, 52) mesh-refinement-cpp 20.0136 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 22, 1, 44, 11) mesh-topology-cpp 19.4639 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 22, 1, 44, 35) mesh-unitcube-cpp 24.1807 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 22, 1, 45, 13) mesh-iteration-cpp 35.4833 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 22, 1, 45, 35) function-evaluation-cpp 21.3886 "Evaluations of functions at arbitrary points."
+(2013, 10, 22, 1, 45, 35) function-evaluation-cpp 21.3155 "Evaluations of functions at arbitrary points."
+(2013, 10, 22, 1, 45, 38) function-extrapolation-python 3.52108 "BENCH:  1.06083893776"
+(2013, 10, 22, 1, 45, 38) function-extrapolation-python 1.06084 "BENCH:  1.06083893776"
+(2013, 10, 22, 1, 45, 40) function-interpolation-python 1.66047 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 22, 1, 45, 40) function-interpolation-python 0.968526 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 22, 1, 46, 3) la-vector-access-cpp 23.4463 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 22, 1, 46, 31) la-vector-assignment-cpp 27.1137 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 23, 1, 26, 5) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.044 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 23, 1, 26, 25) geometry-bounding_box_tree_compute_closest_entity-cpp 15.9257 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 23, 1, 26, 41) geometry-bounding_box_tree_build-cpp 13.9294 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 23, 1, 27, 9) common-progress-cpp 27.664 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 23, 1, 27, 40) common-timing-cpp 31.1204 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 23, 1, 31, 4) fem-multicore-cpp 204.036 "Coloring mesh."
+(2013, 10, 23, 1, 33, 36) fem-assembly-cpp 151.929 "Assembly for various forms and backends"
+(2013, 10, 23, 1, 33, 50) fem-convergence-cpp 14.2205 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 23, 1, 33, 52) fem-jit-python 0.0010458 "JIT compilation (in memory cache)"
+(2013, 10, 23, 1, 41, 54) mesh-refinement-cpp 20.0746 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 23, 1, 42, 14) mesh-topology-cpp 19.9764 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 23, 1, 42, 39) mesh-unitcube-cpp 24.2103 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 23, 1, 43, 17) mesh-iteration-cpp 35.4828 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 23, 1, 43, 38) function-evaluation-cpp 21.0654 "Evaluations of functions at arbitrary points."
+(2013, 10, 23, 1, 43, 38) function-evaluation-cpp 20.9323 "Evaluations of functions at arbitrary points."
+(2013, 10, 23, 1, 43, 41) function-extrapolation-python 3.52907 "BENCH:  1.05461382866"
+(2013, 10, 23, 1, 43, 41) function-extrapolation-python 1.05461 "BENCH:  1.05461382866"
+(2013, 10, 23, 1, 43, 43) function-interpolation-python 1.65621 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 23, 1, 43, 43) function-interpolation-python 0.968356 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 23, 1, 44, 9) la-vector-access-cpp 25.4685 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 23, 1, 44, 36) la-vector-assignment-cpp 27.2208 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 24, 1, 37, 57) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1101 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 24, 1, 38, 16) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6399 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 24, 1, 38, 33) geometry-bounding_box_tree_build-cpp 13.9122 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 24, 1, 39, 1) common-progress-cpp 27.702 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 24, 1, 39, 33) common-timing-cpp 32.0949 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 24, 1, 42, 57) fem-multicore-cpp 204.202 "Coloring mesh."
+(2013, 10, 24, 1, 45, 28) fem-assembly-cpp 151.442 "Assembly for various forms and backends"
+(2013, 10, 24, 1, 45, 43) fem-convergence-cpp 14.215 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 24, 1, 45, 44) fem-jit-python 0.001051 "JIT compilation (in memory cache)"
+(2013, 10, 24, 1, 53, 45) mesh-refinement-cpp 20.0413 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 24, 1, 54, 5) mesh-topology-cpp 19.9657 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 24, 1, 54, 29) mesh-unitcube-cpp 24.2088 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 24, 1, 55, 9) mesh-iteration-cpp 37.2989 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 24, 1, 55, 30) function-evaluation-cpp 20.998 "Evaluations of functions at arbitrary points."
+(2013, 10, 24, 1, 55, 30) function-evaluation-cpp 20.9029 "Evaluations of functions at arbitrary points."
+(2013, 10, 24, 1, 55, 34) function-extrapolation-python 3.44526 "BENCH:  1.04851603508"
+(2013, 10, 24, 1, 55, 34) function-extrapolation-python 1.04852 "BENCH:  1.04851603508"
+(2013, 10, 24, 1, 55, 35) function-interpolation-python 1.6714 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 24, 1, 55, 35) function-interpolation-python 0.961992 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 24, 1, 55, 59) la-vector-access-cpp 23.4402 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 24, 1, 56, 27) la-vector-assignment-cpp 28.1198 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 25, 1, 38, 3) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2149 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 25, 1, 38, 23) geometry-bounding_box_tree_compute_closest_entity-cpp 15.9088 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 25, 1, 38, 39) geometry-bounding_box_tree_build-cpp 13.954 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 25, 1, 39, 7) common-progress-cpp 27.6534 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 25, 1, 39, 38) common-timing-cpp 31.2016 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 25, 1, 43, 2) fem-multicore-cpp 204.088 "Coloring mesh."
+(2013, 10, 25, 1, 45, 34) fem-assembly-cpp 151.257 "Assembly for various forms and backends"
+(2013, 10, 25, 1, 45, 48) fem-convergence-cpp 14.2057 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 25, 1, 45, 50) fem-jit-python 0.00104771 "JIT compilation (in memory cache)"
+(2013, 10, 25, 1, 53, 47) mesh-refinement-cpp 20.1168 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 25, 1, 54, 7) mesh-topology-cpp 19.8886 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 25, 1, 54, 32) mesh-unitcube-cpp 24.2103 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 25, 1, 55, 10) mesh-iteration-cpp 35.4605 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 25, 1, 55, 31) function-evaluation-cpp 21.0416 "Evaluations of functions at arbitrary points."
+(2013, 10, 25, 1, 55, 31) function-evaluation-cpp 20.9519 "Evaluations of functions at arbitrary points."
+(2013, 10, 25, 1, 55, 34) function-extrapolation-python 3.62083 "BENCH:  1.0487909317"
+(2013, 10, 25, 1, 55, 34) function-extrapolation-python 1.04879 "BENCH:  1.0487909317"
+(2013, 10, 25, 1, 55, 36) function-interpolation-python 1.64534 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 25, 1, 55, 36) function-interpolation-python 0.96404 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 25, 1, 55, 59) la-vector-access-cpp 23.4747 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 25, 1, 56, 27) la-vector-assignment-cpp 27.0934 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 26, 1, 35, 1) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0883 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 26, 1, 35, 20) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5332 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 26, 1, 35, 36) geometry-bounding_box_tree_build-cpp 13.9515 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 26, 1, 36, 4) common-progress-cpp 27.653 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 26, 1, 36, 36) common-timing-cpp 31.7032 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 26, 1, 40, 0) fem-multicore-cpp 204.038 "Coloring mesh."
+(2013, 10, 26, 1, 42, 32) fem-assembly-cpp 152.365 "Assembly for various forms and backends"
+(2013, 10, 26, 1, 42, 46) fem-convergence-cpp 14.2081 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 26, 1, 42, 59) fem-jit-python 0.00106812 "JIT compilation (in memory cache)"
+(2013, 10, 26, 1, 51, 1) mesh-refinement-cpp 19.9852 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 26, 1, 51, 21) mesh-topology-cpp 19.8565 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 26, 1, 51, 45) mesh-unitcube-cpp 24.1747 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 26, 1, 52, 31) mesh-iteration-cpp 43.5542 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 26, 1, 52, 52) function-evaluation-cpp 21.0777 "Evaluations of functions at arbitrary points."
+(2013, 10, 26, 1, 52, 52) function-evaluation-cpp 20.9776 "Evaluations of functions at arbitrary points."
+(2013, 10, 26, 1, 53, 39) function-extrapolation-python 47.5096 "Calling FFC just-in-time (JIT) compiler, this may take some time."
+(2013, 10, 26, 1, 53, 39) function-extrapolation-python 1.03434 "Calling FFC just-in-time (JIT) compiler, this may take some time."
+(2013, 10, 26, 1, 53, 41) function-interpolation-python 1.64401 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 26, 1, 53, 41) function-interpolation-python 0.972739 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 26, 1, 54, 5) la-vector-access-cpp 23.4653 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 26, 1, 54, 32) la-vector-assignment-cpp 27.0979 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 27, 2, 23, 48) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0541 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 27, 2, 24, 7) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6206 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 27, 2, 24, 24) geometry-bounding_box_tree_build-cpp 13.8988 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 27, 2, 24, 51) common-progress-cpp 27.7002 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 27, 2, 25, 23) common-timing-cpp 31.956 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 27, 2, 28, 47) fem-multicore-cpp 204.099 "Coloring mesh."
+(2013, 10, 27, 2, 31, 19) fem-assembly-cpp 151.312 "Assembly for various forms and backends"
+(2013, 10, 27, 2, 31, 33) fem-convergence-cpp 14.2159 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 27, 2, 31, 35) fem-jit-python 0.00107372 "JIT compilation (in memory cache)"
+(2013, 10, 27, 2, 39, 35) mesh-refinement-cpp 20.0151 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 27, 2, 39, 55) mesh-topology-cpp 19.8809 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 27, 2, 40, 19) mesh-unitcube-cpp 24.1813 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 27, 2, 41, 6) mesh-iteration-cpp 44.1985 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 27, 2, 41, 27) function-evaluation-cpp 21.053 "Evaluations of functions at arbitrary points."
+(2013, 10, 27, 2, 41, 27) function-evaluation-cpp 20.958 "Evaluations of functions at arbitrary points."
+(2013, 10, 27, 2, 41, 31) function-extrapolation-python 3.52044 "BENCH:  1.04091596603"
+(2013, 10, 27, 2, 41, 31) function-extrapolation-python 1.04092 "BENCH:  1.04091596603"
+(2013, 10, 27, 2, 41, 32) function-interpolation-python 1.66706 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 27, 2, 41, 32) function-interpolation-python 0.980854 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 27, 2, 41, 56) la-vector-access-cpp 23.4359 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 27, 2, 42, 23) la-vector-assignment-cpp 27.103 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 28, 2, 41, 55) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0987 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 28, 2, 42, 14) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6389 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 28, 2, 42, 31) geometry-bounding_box_tree_build-cpp 13.9527 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 28, 2, 42, 59) common-progress-cpp 27.6535 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 28, 2, 43, 30) common-timing-cpp 31.1796 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 28, 2, 46, 54) fem-multicore-cpp 203.9 "Coloring mesh."
+(2013, 10, 28, 2, 49, 25) fem-assembly-cpp 151.718 "Assembly for various forms and backends"
+(2013, 10, 28, 2, 49, 40) fem-convergence-cpp 14.2156 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 28, 2, 49, 42) fem-jit-python 0.00105221 "JIT compilation (in memory cache)"
+(2013, 10, 28, 2, 57, 44) mesh-refinement-cpp 20.0544 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 28, 2, 58, 4) mesh-topology-cpp 19.9463 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 28, 2, 58, 28) mesh-unitcube-cpp 24.1807 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 28, 2, 59, 6) mesh-iteration-cpp 35.4874 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 28, 2, 59, 27) function-evaluation-cpp 21.0705 "Evaluations of functions at arbitrary points."
+(2013, 10, 28, 2, 59, 27) function-evaluation-cpp 20.936 "Evaluations of functions at arbitrary points."
+(2013, 10, 28, 2, 59, 31) function-extrapolation-python 3.52103 "BENCH:  1.06225013733"
+(2013, 10, 28, 2, 59, 31) function-extrapolation-python 1.06225 "BENCH:  1.06225013733"
+(2013, 10, 28, 2, 59, 32) function-interpolation-python 1.67158 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 28, 2, 59, 32) function-interpolation-python 0.970899 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 28, 2, 59, 56) la-vector-access-cpp 23.4428 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 28, 3, 0, 23) la-vector-assignment-cpp 27.0818 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 29, 2, 27, 9) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2762 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 29, 2, 27, 28) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6261 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 29, 2, 27, 44) geometry-bounding_box_tree_build-cpp 13.9128 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 29, 2, 28, 12) common-progress-cpp 27.6798 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 29, 2, 28, 43) common-timing-cpp 31.4459 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 29, 2, 32, 7) fem-multicore-cpp 203.962 "Coloring mesh."
+(2013, 10, 29, 2, 34, 39) fem-assembly-cpp 151.393 "Assembly for various forms and backends"
+(2013, 10, 29, 2, 34, 53) fem-convergence-cpp 14.2518 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 29, 2, 34, 55) fem-jit-python 0.0010577 "JIT compilation (in memory cache)"
+(2013, 10, 29, 2, 42, 56) mesh-refinement-cpp 20.0375 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 29, 2, 43, 16) mesh-topology-cpp 19.9066 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 29, 2, 43, 41) mesh-unitcube-cpp 24.2292 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 29, 2, 44, 19) mesh-iteration-cpp 35.4854 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 29, 2, 44, 40) function-evaluation-cpp 21.0342 "Evaluations of functions at arbitrary points."
+(2013, 10, 29, 2, 44, 40) function-evaluation-cpp 20.9165 "Evaluations of functions at arbitrary points."
+(2013, 10, 29, 2, 44, 43) function-extrapolation-python 3.71131 "BENCH:  1.06067013741"
+(2013, 10, 29, 2, 44, 43) function-extrapolation-python 1.06067 "BENCH:  1.06067013741"
+(2013, 10, 29, 2, 44, 45) function-interpolation-python 1.69406 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 29, 2, 44, 45) function-interpolation-python 0.971827 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 29, 2, 45, 8) la-vector-access-cpp 23.47 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 29, 2, 45, 37) la-vector-assignment-cpp 28.1183 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 30, 2, 38, 0) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1028 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 30, 2, 38, 19) geometry-bounding_box_tree_compute_closest_entity-cpp 15.8771 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 30, 2, 38, 36) geometry-bounding_box_tree_build-cpp 13.8916 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 30, 2, 39, 3) common-progress-cpp 27.6634 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 30, 2, 39, 35) common-timing-cpp 31.6893 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 30, 2, 42, 59) fem-multicore-cpp 204.479 "Coloring mesh."
+(2013, 10, 30, 2, 45, 31) fem-assembly-cpp 151.532 "Assembly for various forms and backends"
+(2013, 10, 30, 2, 45, 45) fem-convergence-cpp 14.2044 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 30, 2, 45, 47) fem-jit-python 0.0010483 "JIT compilation (in memory cache)"
+(2013, 10, 30, 2, 53, 49) mesh-refinement-cpp 20.0422 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 30, 2, 54, 9) mesh-topology-cpp 19.9478 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 30, 2, 54, 33) mesh-unitcube-cpp 24.2041 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 30, 2, 55, 11) mesh-iteration-cpp 35.4793 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 30, 2, 55, 32) function-evaluation-cpp 21.0616 "Evaluations of functions at arbitrary points."
+(2013, 10, 30, 2, 55, 32) function-evaluation-cpp 20.9657 "Evaluations of functions at arbitrary points."
+(2013, 10, 30, 2, 55, 35) function-extrapolation-python 3.49502 "BENCH:  1.05853796005"
+(2013, 10, 30, 2, 55, 35) function-extrapolation-python 1.05854 "BENCH:  1.05853796005"
+(2013, 10, 30, 2, 55, 37) function-interpolation-python 1.65206 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 30, 2, 55, 37) function-interpolation-python 0.966297 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 30, 2, 56, 1) la-vector-access-cpp 23.4415 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 30, 2, 56, 29) la-vector-assignment-cpp 28.1158 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 10, 31, 2, 36, 49) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.194 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 31, 2, 37, 8) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4887 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 10, 31, 2, 37, 24) geometry-bounding_box_tree_build-cpp 13.9588 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 10, 31, 2, 37, 52) common-progress-cpp 27.7062 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 10, 31, 2, 38, 23) common-timing-cpp 31.2512 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 10, 31, 2, 41, 47) fem-multicore-cpp 203.962 "Coloring mesh."
+(2013, 10, 31, 2, 44, 19) fem-assembly-cpp 151.988 "Assembly for various forms and backends"
+(2013, 10, 31, 2, 44, 33) fem-convergence-cpp 14.2106 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 10, 31, 2, 44, 35) fem-jit-python 0.00105848 "JIT compilation (in memory cache)"
+(2013, 10, 31, 2, 52, 37) mesh-refinement-cpp 20.0302 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 10, 31, 2, 52, 57) mesh-topology-cpp 19.8567 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 10, 31, 2, 53, 21) mesh-unitcube-cpp 24.2175 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 10, 31, 2, 54, 0) mesh-iteration-cpp 36.0563 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 10, 31, 2, 54, 21) function-evaluation-cpp 21.0515 "Evaluations of functions at arbitrary points."
+(2013, 10, 31, 2, 54, 21) function-evaluation-cpp 20.9254 "Evaluations of functions at arbitrary points."
+(2013, 10, 31, 2, 54, 25) function-extrapolation-python 3.53652 "BENCH:  1.05553793907"
+(2013, 10, 31, 2, 54, 25) function-extrapolation-python 1.05554 "BENCH:  1.05553793907"
+(2013, 10, 31, 2, 54, 26) function-interpolation-python 1.64321 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 31, 2, 54, 26) function-interpolation-python 0.969507 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 10, 31, 2, 54, 52) la-vector-access-cpp 25.4872 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 10, 31, 2, 55, 19) la-vector-assignment-cpp 27.1019 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 1, 2, 25, 48) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.07 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 1, 2, 26, 7) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5758 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 1, 2, 26, 24) geometry-bounding_box_tree_build-cpp 13.9167 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 1, 2, 26, 52) common-progress-cpp 27.699 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 1, 2, 27, 23) common-timing-cpp 30.8096 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 1, 2, 30, 47) fem-multicore-cpp 204.623 "Coloring mesh."
+(2013, 11, 1, 2, 33, 19) fem-assembly-cpp 151.966 "Assembly for various forms and backends"
+(2013, 11, 1, 2, 33, 33) fem-convergence-cpp 14.2001 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 1, 2, 33, 35) fem-jit-python 0.0010556 "JIT compilation (in memory cache)"
+(2013, 11, 1, 2, 41, 37) mesh-refinement-cpp 20.0394 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 1, 2, 41, 57) mesh-topology-cpp 19.8387 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 1, 2, 42, 21) mesh-unitcube-cpp 24.1916 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 1, 2, 42, 59) mesh-iteration-cpp 35.4874 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 1, 2, 43, 20) function-evaluation-cpp 21.0232 "Evaluations of functions at arbitrary points."
+(2013, 11, 1, 2, 43, 20) function-evaluation-cpp 20.9106 "Evaluations of functions at arbitrary points."
+(2013, 11, 1, 2, 43, 24) function-extrapolation-python 3.49661 "BENCH:  1.05543804169"
+(2013, 11, 1, 2, 43, 24) function-extrapolation-python 1.05544 "BENCH:  1.05543804169"
+(2013, 11, 1, 2, 43, 26) function-interpolation-python 1.66051 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 1, 2, 43, 26) function-interpolation-python 0.973091 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 1, 2, 43, 49) la-vector-access-cpp 23.4363 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 1, 2, 44, 16) la-vector-assignment-cpp 27.0848 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 2, 2, 29, 9) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1275 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 2, 2, 29, 28) geometry-bounding_box_tree_compute_closest_entity-cpp 15.8684 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 2, 2, 29, 45) geometry-bounding_box_tree_build-cpp 13.9235 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 2, 2, 30, 18) common-progress-cpp 32.7266 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 2, 2, 30, 50) common-timing-cpp 31.9902 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 2, 2, 34, 14) fem-multicore-cpp 204.147 "Coloring mesh."
+(2013, 11, 2, 2, 36, 45) fem-assembly-cpp 151.731 "Assembly for various forms and backends"
+(2013, 11, 2, 2, 37, 0) fem-convergence-cpp 14.2216 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 2, 2, 37, 2) fem-jit-python 0.00104589 "JIT compilation (in memory cache)"
+(2013, 11, 2, 2, 45, 4) mesh-refinement-cpp 20.0365 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 2, 2, 45, 24) mesh-topology-cpp 19.8177 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 2, 2, 45, 48) mesh-unitcube-cpp 24.2727 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 2, 2, 46, 26) mesh-iteration-cpp 35.4854 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 2, 2, 46, 47) function-evaluation-cpp 21.0673 "Evaluations of functions at arbitrary points."
+(2013, 11, 2, 2, 46, 47) function-evaluation-cpp 20.9723 "Evaluations of functions at arbitrary points."
+(2013, 11, 2, 2, 46, 51) function-extrapolation-python 3.47945 "BENCH:  1.04890799522"
+(2013, 11, 2, 2, 46, 51) function-extrapolation-python 1.04891 "BENCH:  1.04890799522"
+(2013, 11, 2, 2, 46, 52) function-interpolation-python 1.66781 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 2, 2, 46, 52) function-interpolation-python 0.973919 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 2, 2, 47, 21) la-vector-access-cpp 28.4543 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 2, 2, 47, 48) la-vector-assignment-cpp 27.163 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 3, 2, 24, 33) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0751 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 3, 2, 24, 52) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5087 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 3, 2, 25, 9) geometry-bounding_box_tree_build-cpp 13.9049 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 3, 2, 25, 40) common-progress-cpp 31.4159 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 3, 2, 26, 11) common-timing-cpp 31.1207 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 3, 2, 29, 35) fem-multicore-cpp 204.213 "Coloring mesh."
+(2013, 11, 3, 2, 32, 7) fem-assembly-cpp 151.322 "Assembly for various forms and backends"
+(2013, 11, 3, 2, 32, 21) fem-convergence-cpp 14.2214 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 3, 2, 32, 23) fem-jit-python 0.0010494 "JIT compilation (in memory cache)"
+(2013, 11, 3, 2, 40, 24) mesh-refinement-cpp 20.1594 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 3, 2, 40, 44) mesh-topology-cpp 19.866 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 3, 2, 41, 8) mesh-unitcube-cpp 24.2032 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 3, 2, 41, 47) mesh-iteration-cpp 36.7267 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 3, 2, 42, 9) function-evaluation-cpp 21.0537 "Evaluations of functions at arbitrary points."
+(2013, 11, 3, 2, 42, 9) function-evaluation-cpp 20.9578 "Evaluations of functions at arbitrary points."
+(2013, 11, 3, 2, 42, 12) function-extrapolation-python 3.53771 "BENCH:  1.07924699783"
+(2013, 11, 3, 2, 42, 12) function-extrapolation-python 1.07925 "BENCH:  1.07924699783"
+(2013, 11, 3, 2, 42, 14) function-interpolation-python 1.68781 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 3, 2, 42, 14) function-interpolation-python 0.97136 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 3, 2, 42, 37) la-vector-access-cpp 23.4411 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 3, 2, 43, 5) la-vector-assignment-cpp 27.2244 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 4, 2, 32, 39) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0128 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 4, 2, 32, 58) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6417 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 4, 2, 33, 15) geometry-bounding_box_tree_build-cpp 13.9693 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 4, 2, 33, 42) common-progress-cpp 27.6588 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 4, 2, 34, 15) common-timing-cpp 32.4599 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 4, 2, 37, 39) fem-multicore-cpp 204.396 "Coloring mesh."
+(2013, 11, 4, 2, 40, 12) fem-assembly-cpp 152.316 "Assembly for various forms and backends"
+(2013, 11, 4, 2, 40, 26) fem-convergence-cpp 14.2039 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 4, 2, 40, 28) fem-jit-python 0.00106471 "JIT compilation (in memory cache)"
+(2013, 11, 4, 2, 48, 30) mesh-refinement-cpp 20.0573 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 4, 2, 48, 50) mesh-topology-cpp 19.9124 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 4, 2, 49, 14) mesh-unitcube-cpp 24.3509 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 4, 2, 50, 0) mesh-iteration-cpp 43.5606 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 4, 2, 50, 21) function-evaluation-cpp 21.0128 "Evaluations of functions at arbitrary points."
+(2013, 11, 4, 2, 50, 21) function-evaluation-cpp 20.9173 "Evaluations of functions at arbitrary points."
+(2013, 11, 4, 2, 50, 25) function-extrapolation-python 3.50523 "BENCH:  1.04606413841"
+(2013, 11, 4, 2, 50, 25) function-extrapolation-python 1.04606 "BENCH:  1.04606413841"
+(2013, 11, 4, 2, 50, 27) function-interpolation-python 1.69143 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 4, 2, 50, 27) function-interpolation-python 0.976129 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 4, 2, 50, 52) la-vector-access-cpp 25.4321 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 4, 2, 51, 19) la-vector-assignment-cpp 27.0416 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 5, 2, 22, 23) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1363 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 5, 2, 22, 42) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5872 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 5, 2, 22, 59) geometry-bounding_box_tree_build-cpp 13.9249 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 5, 2, 23, 27) common-progress-cpp 27.6552 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 5, 2, 23, 58) common-timing-cpp 31.3317 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 5, 2, 27, 22) fem-multicore-cpp 204.362 "Coloring mesh."
+(2013, 11, 5, 2, 29, 54) fem-assembly-cpp 151.695 "Assembly for various forms and backends"
+(2013, 11, 5, 2, 30, 8) fem-convergence-cpp 14.2175 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 5, 2, 30, 10) fem-jit-python 0.0010561 "JIT compilation (in memory cache)"
+(2013, 11, 5, 2, 38, 8) mesh-refinement-cpp 20.0312 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 5, 2, 38, 28) mesh-topology-cpp 19.8619 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 5, 2, 38, 52) mesh-unitcube-cpp 24.161 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 5, 2, 39, 30) mesh-iteration-cpp 35.4846 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 5, 2, 39, 51) function-evaluation-cpp 21.0648 "Evaluations of functions at arbitrary points."
+(2013, 11, 5, 2, 39, 51) function-evaluation-cpp 20.9739 "Evaluations of functions at arbitrary points."
+(2013, 11, 5, 2, 39, 55) function-extrapolation-python 3.52771 "BENCH:  1.04784202576"
+(2013, 11, 5, 2, 39, 55) function-extrapolation-python 1.04784 "BENCH:  1.04784202576"
+(2013, 11, 5, 2, 39, 57) function-interpolation-python 1.67427 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 5, 2, 39, 57) function-interpolation-python 0.967395 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 5, 2, 40, 20) la-vector-access-cpp 23.4703 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 5, 2, 40, 47) la-vector-assignment-cpp 27.096 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 6, 2, 26, 45) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.146 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 6, 2, 27, 5) geometry-bounding_box_tree_compute_closest_entity-cpp 15.85 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 6, 2, 27, 21) geometry-bounding_box_tree_build-cpp 13.9405 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 6, 2, 27, 49) common-progress-cpp 27.6666 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 6, 2, 28, 21) common-timing-cpp 31.7748 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 6, 2, 31, 44) fem-multicore-cpp 203.879 "Coloring mesh."
+(2013, 11, 6, 2, 34, 16) fem-assembly-cpp 151.773 "Assembly for various forms and backends"
+(2013, 11, 6, 2, 34, 30) fem-convergence-cpp 14.214 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 6, 2, 34, 32) fem-jit-python 0.00104961 "JIT compilation (in memory cache)"
+(2013, 11, 6, 2, 42, 35) mesh-refinement-cpp 20.0232 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 6, 2, 42, 56) mesh-topology-cpp 19.9816 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 6, 2, 43, 20) mesh-unitcube-cpp 24.2015 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 6, 2, 43, 58) mesh-iteration-cpp 35.4905 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 6, 2, 44, 19) function-evaluation-cpp 21.1803 "Evaluations of functions at arbitrary points."
+(2013, 11, 6, 2, 44, 19) function-evaluation-cpp 21.0873 "Evaluations of functions at arbitrary points."
+(2013, 11, 6, 2, 44, 23) function-extrapolation-python 3.48604 "BENCH:  1.02658700943"
+(2013, 11, 6, 2, 44, 23) function-extrapolation-python 1.02659 "BENCH:  1.02658700943"
+(2013, 11, 6, 2, 44, 24) function-interpolation-python 1.64104 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 6, 2, 44, 24) function-interpolation-python 0.969151 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 6, 2, 44, 48) la-vector-access-cpp 23.4568 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 6, 2, 45, 15) la-vector-assignment-cpp 27.1048 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 7, 2, 28, 27) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.083 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 7, 2, 28, 47) geometry-bounding_box_tree_compute_closest_entity-cpp 15.9419 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 7, 2, 29, 3) geometry-bounding_box_tree_build-cpp 13.9396 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 7, 2, 29, 31) common-progress-cpp 27.6653 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 7, 2, 30, 2) common-timing-cpp 31.0078 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 7, 2, 33, 26) fem-multicore-cpp 204.022 "Coloring mesh."
+(2013, 11, 7, 2, 35, 58) fem-assembly-cpp 152.049 "Assembly for various forms and backends"
+(2013, 11, 7, 2, 36, 12) fem-convergence-cpp 14.2119 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 7, 2, 36, 14) fem-jit-python 0.00104651 "JIT compilation (in memory cache)"
+(2013, 11, 7, 2, 44, 14) mesh-refinement-cpp 20.0308 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 7, 2, 44, 34) mesh-topology-cpp 19.9358 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 7, 2, 44, 59) mesh-unitcube-cpp 24.3146 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 7, 2, 45, 46) mesh-iteration-cpp 44.2042 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 7, 2, 46, 7) function-evaluation-cpp 21.0613 "Evaluations of functions at arbitrary points."
+(2013, 11, 7, 2, 46, 7) function-evaluation-cpp 20.9252 "Evaluations of functions at arbitrary points."
+(2013, 11, 7, 2, 46, 10) function-extrapolation-python 3.61894 "BENCH:  1.05936098099"
+(2013, 11, 7, 2, 46, 10) function-extrapolation-python 1.05936 "BENCH:  1.05936098099"
+(2013, 11, 7, 2, 46, 12) function-interpolation-python 1.66783 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 7, 2, 46, 12) function-interpolation-python 0.970193 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 7, 2, 46, 35) la-vector-access-cpp 23.4596 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 7, 2, 47, 3) la-vector-assignment-cpp 27.0996 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 8, 2, 34, 4) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1191 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 8, 2, 34, 24) geometry-bounding_box_tree_compute_closest_entity-cpp 15.8712 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 8, 2, 34, 40) geometry-bounding_box_tree_build-cpp 13.9123 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 8, 2, 35, 8) common-progress-cpp 27.6682 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 8, 2, 35, 39) common-timing-cpp 30.9854 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 8, 2, 39, 3) fem-multicore-cpp 204.384 "Coloring mesh."
+(2013, 11, 8, 2, 41, 35) fem-assembly-cpp 151.628 "Assembly for various forms and backends"
+(2013, 11, 8, 2, 41, 49) fem-convergence-cpp 14.2191 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 8, 2, 41, 51) fem-jit-python 0.00104909 "JIT compilation (in memory cache)"
+(2013, 11, 8, 2, 49, 51) mesh-refinement-cpp 20.0348 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 8, 2, 50, 11) mesh-topology-cpp 19.8633 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 8, 2, 50, 35) mesh-unitcube-cpp 24.2126 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 8, 2, 51, 21) mesh-iteration-cpp 43.5683 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 8, 2, 51, 42) function-evaluation-cpp 21.0023 "Evaluations of functions at arbitrary points."
+(2013, 11, 8, 2, 51, 42) function-evaluation-cpp 20.9067 "Evaluations of functions at arbitrary points."
+(2013, 11, 8, 2, 51, 46) function-extrapolation-python 3.50103 "BENCH:  1.04474496841"
+(2013, 11, 8, 2, 51, 46) function-extrapolation-python 1.04474 "BENCH:  1.04474496841"
+(2013, 11, 8, 2, 51, 48) function-interpolation-python 1.65167 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 8, 2, 51, 48) function-interpolation-python 0.971233 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 8, 2, 52, 11) la-vector-access-cpp 23.4499 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 8, 2, 52, 38) la-vector-assignment-cpp 27.4007 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 9, 2, 27, 32) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0884 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 9, 2, 27, 51) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5868 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 9, 2, 28, 7) geometry-bounding_box_tree_build-cpp 13.9412 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 9, 2, 28, 35) common-progress-cpp 27.6679 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 9, 2, 29, 6) common-timing-cpp 31.4171 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 9, 2, 32, 30) fem-multicore-cpp 204.112 "Coloring mesh."
+(2013, 11, 9, 2, 35, 2) fem-assembly-cpp 151.47 "Assembly for various forms and backends"
+(2013, 11, 9, 2, 35, 16) fem-convergence-cpp 14.2269 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 9, 2, 35, 18) fem-jit-python 0.00105228 "JIT compilation (in memory cache)"
+(2013, 11, 9, 2, 43, 19) mesh-refinement-cpp 20.062 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 9, 2, 43, 39) mesh-topology-cpp 19.851 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 9, 2, 44, 3) mesh-unitcube-cpp 24.2165 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 9, 2, 44, 50) mesh-iteration-cpp 44.1985 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 9, 2, 45, 11) function-evaluation-cpp 21.0408 "Evaluations of functions at arbitrary points."
+(2013, 11, 9, 2, 45, 11) function-evaluation-cpp 20.9454 "Evaluations of functions at arbitrary points."
+(2013, 11, 9, 2, 45, 14) function-extrapolation-python 3.43958 "BENCH:  1.05045986176"
+(2013, 11, 9, 2, 45, 14) function-extrapolation-python 1.05046 "BENCH:  1.05045986176"
+(2013, 11, 9, 2, 45, 16) function-interpolation-python 1.67412 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 9, 2, 45, 16) function-interpolation-python 0.969179 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 9, 2, 45, 39) la-vector-access-cpp 23.4419 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 9, 2, 46, 6) la-vector-assignment-cpp 27.086 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 10, 2, 24, 25) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0732 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 10, 2, 24, 45) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6512 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 10, 2, 25, 1) geometry-bounding_box_tree_build-cpp 13.9146 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 10, 2, 25, 29) common-progress-cpp 27.6655 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 10, 2, 26, 0) common-timing-cpp 30.7664 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 10, 2, 29, 24) fem-multicore-cpp 204.318 "Coloring mesh."
+(2013, 11, 10, 2, 31, 56) fem-assembly-cpp 152.211 "Assembly for various forms and backends"
+(2013, 11, 10, 2, 32, 10) fem-convergence-cpp 14.2278 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 10, 2, 32, 12) fem-jit-python 0.0010565 "JIT compilation (in memory cache)"
+(2013, 11, 10, 2, 40, 13) mesh-refinement-cpp 20.0813 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 10, 2, 40, 33) mesh-topology-cpp 19.865 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 10, 2, 40, 58) mesh-unitcube-cpp 24.208 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 10, 2, 41, 36) mesh-iteration-cpp 35.4223 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 10, 2, 41, 57) function-evaluation-cpp 21.1101 "Evaluations of functions at arbitrary points."
+(2013, 11, 10, 2, 41, 57) function-evaluation-cpp 21.0037 "Evaluations of functions at arbitrary points."
+(2013, 11, 10, 2, 42, 0) function-extrapolation-python 3.5694 "BENCH:  1.05070614815"
+(2013, 11, 10, 2, 42, 0) function-extrapolation-python 1.05071 "BENCH:  1.05070614815"
+(2013, 11, 10, 2, 42, 2) function-interpolation-python 1.69483 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 10, 2, 42, 2) function-interpolation-python 0.97506 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 10, 2, 42, 25) la-vector-access-cpp 23.4422 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 10, 2, 42, 53) la-vector-assignment-cpp 27.0875 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 11, 2, 42, 9) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0795 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 11, 2, 42, 28) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6182 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 11, 2, 42, 44) geometry-bounding_box_tree_build-cpp 13.89 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 11, 2, 43, 12) common-progress-cpp 27.7012 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 11, 2, 43, 43) common-timing-cpp 31.3255 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 11, 2, 47, 7) fem-multicore-cpp 203.826 "Coloring mesh."
+(2013, 11, 11, 2, 49, 39) fem-assembly-cpp 152.21 "Assembly for various forms and backends"
+(2013, 11, 11, 2, 49, 53) fem-convergence-cpp 14.2022 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 11, 2, 49, 55) fem-jit-python 0.0010504 "JIT compilation (in memory cache)"
+(2013, 11, 11, 2, 57, 55) mesh-refinement-cpp 20.054 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 11, 2, 58, 15) mesh-topology-cpp 19.8344 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 11, 2, 58, 39) mesh-unitcube-cpp 24.2141 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 11, 2, 59, 17) mesh-iteration-cpp 35.4805 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 11, 2, 59, 38) function-evaluation-cpp 21.0438 "Evaluations of functions at arbitrary points."
+(2013, 11, 11, 2, 59, 38) function-evaluation-cpp 20.9478 "Evaluations of functions at arbitrary points."
+(2013, 11, 11, 2, 59, 41) function-extrapolation-python 3.42945 "BENCH:  1.05228090286"
+(2013, 11, 11, 2, 59, 41) function-extrapolation-python 1.05228 "BENCH:  1.05228090286"
+(2013, 11, 11, 2, 59, 43) function-interpolation-python 1.65882 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 11, 2, 59, 43) function-interpolation-python 0.975693 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 11, 3, 0, 7) la-vector-access-cpp 23.4308 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 11, 3, 0, 34) la-vector-assignment-cpp 27.0493 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 12, 2, 28, 6) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1824 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 12, 2, 28, 25) geometry-bounding_box_tree_compute_closest_entity-cpp 15.7069 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 12, 2, 28, 41) geometry-bounding_box_tree_build-cpp 13.9467 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 12, 2, 29, 9) common-progress-cpp 27.7012 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 12, 2, 29, 40) common-timing-cpp 31.0411 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 12, 2, 33, 4) fem-multicore-cpp 204.167 "Coloring mesh."
+(2013, 11, 12, 2, 35, 36) fem-assembly-cpp 151.626 "Assembly for various forms and backends"
+(2013, 11, 12, 2, 35, 50) fem-convergence-cpp 14.2098 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 12, 2, 35, 52) fem-jit-python 0.00106621 "JIT compilation (in memory cache)"
+(2013, 11, 12, 2, 43, 52) mesh-refinement-cpp 20.0192 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 12, 2, 44, 12) mesh-topology-cpp 19.8869 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 12, 2, 44, 37) mesh-unitcube-cpp 24.2521 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 12, 2, 45, 15) mesh-iteration-cpp 35.493 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 12, 2, 45, 36) function-evaluation-cpp 21.0607 "Evaluations of functions at arbitrary points."
+(2013, 11, 12, 2, 45, 36) function-evaluation-cpp 20.9563 "Evaluations of functions at arbitrary points."
+(2013, 11, 12, 2, 45, 39) function-extrapolation-python 3.52914 "BENCH:  1.04079508781"
+(2013, 11, 12, 2, 45, 39) function-extrapolation-python 1.0408 "BENCH:  1.04079508781"
+(2013, 11, 12, 2, 45, 41) function-interpolation-python 1.66768 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 12, 2, 45, 41) function-interpolation-python 0.973944 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 12, 2, 46, 5) la-vector-access-cpp 23.4468 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 12, 2, 46, 32) la-vector-assignment-cpp 27.0877 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 13, 2, 32, 45) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1313 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 13, 2, 33, 4) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5321 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 13, 2, 33, 21) geometry-bounding_box_tree_build-cpp 13.9165 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 13, 2, 33, 48) common-progress-cpp 27.7034 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 13, 2, 34, 20) common-timing-cpp 31.705 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 13, 2, 37, 44) fem-multicore-cpp 203.949 "Coloring mesh."
+(2013, 11, 13, 2, 40, 16) fem-assembly-cpp 151.425 "Assembly for various forms and backends"
+(2013, 11, 13, 2, 40, 30) fem-convergence-cpp 14.2117 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 13, 2, 40, 32) fem-jit-python 0.0010504 "JIT compilation (in memory cache)"
+(2013, 11, 13, 2, 48, 33) mesh-refinement-cpp 20.0361 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 13, 2, 48, 53) mesh-topology-cpp 19.8867 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 13, 2, 49, 17) mesh-unitcube-cpp 24.2487 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 13, 2, 50, 4) mesh-iteration-cpp 44.1841 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 13, 2, 50, 25) function-evaluation-cpp 21.0707 "Evaluations of functions at arbitrary points."
+(2013, 11, 13, 2, 50, 25) function-evaluation-cpp 20.9674 "Evaluations of functions at arbitrary points."
+(2013, 11, 13, 2, 50, 28) function-extrapolation-python 3.53923 "BENCH:  1.04507184029"
+(2013, 11, 13, 2, 50, 28) function-extrapolation-python 1.04507 "BENCH:  1.04507184029"
+(2013, 11, 13, 2, 50, 30) function-interpolation-python 1.70151 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 13, 2, 50, 30) function-interpolation-python 0.980131 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 13, 2, 50, 55) la-vector-access-cpp 25.4493 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 13, 2, 51, 24) la-vector-assignment-cpp 28.1173 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 14, 2, 35, 32) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0542 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 14, 2, 35, 51) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5163 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 14, 2, 36, 8) geometry-bounding_box_tree_build-cpp 13.9189 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 14, 2, 36, 35) common-progress-cpp 27.6665 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 14, 2, 37, 6) common-timing-cpp 30.8118 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 14, 2, 40, 30) fem-multicore-cpp 204.176 "Coloring mesh."
+(2013, 11, 14, 2, 43, 2) fem-assembly-cpp 151.949 "Assembly for various forms and backends"
+(2013, 11, 14, 2, 43, 16) fem-convergence-cpp 14.2085 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 14, 2, 43, 18) fem-jit-python 0.0010536 "JIT compilation (in memory cache)"
+(2013, 11, 14, 2, 51, 22) mesh-refinement-cpp 20.0292 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 14, 2, 51, 41) mesh-topology-cpp 19.8912 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 14, 2, 52, 6) mesh-unitcube-cpp 24.2423 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 14, 2, 52, 52) mesh-iteration-cpp 43.5676 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 14, 2, 53, 13) function-evaluation-cpp 21.1988 "Evaluations of functions at arbitrary points."
+(2013, 11, 14, 2, 53, 13) function-evaluation-cpp 21.1249 "Evaluations of functions at arbitrary points."
+(2013, 11, 14, 2, 53, 16) function-extrapolation-python 3.3364 "BENCH:  1.04505085945"
+(2013, 11, 14, 2, 53, 16) function-extrapolation-python 1.04505 "BENCH:  1.04505085945"
+(2013, 11, 14, 2, 53, 18) function-interpolation-python 1.67961 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 14, 2, 53, 18) function-interpolation-python 0.971674 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 14, 2, 53, 41) la-vector-access-cpp 23.4427 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 14, 2, 54, 9) la-vector-assignment-cpp 27.0833 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 15, 2, 26, 18) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1446 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 15, 2, 26, 37) geometry-bounding_box_tree_compute_closest_entity-cpp 15.8595 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 15, 2, 26, 54) geometry-bounding_box_tree_build-cpp 13.9337 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 15, 2, 27, 21) common-progress-cpp 27.6656 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 15, 2, 27, 53) common-timing-cpp 31.9143 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 15, 2, 31, 18) fem-multicore-cpp 204.489 "Coloring mesh."
+(2013, 11, 15, 2, 33, 50) fem-assembly-cpp 152.038 "Assembly for various forms and backends"
+(2013, 11, 15, 2, 34, 4) fem-convergence-cpp 14.2097 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 15, 2, 34, 6) fem-jit-python 0.0010699 "JIT compilation (in memory cache)"
+(2013, 11, 15, 2, 42, 8) mesh-refinement-cpp 20.0424 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 15, 2, 42, 28) mesh-topology-cpp 19.8497 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 15, 2, 42, 52) mesh-unitcube-cpp 24.2827 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 15, 2, 43, 38) mesh-iteration-cpp 43.5616 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 15, 2, 43, 59) function-evaluation-cpp 21.0429 "Evaluations of functions at arbitrary points."
+(2013, 11, 15, 2, 43, 59) function-evaluation-cpp 20.9468 "Evaluations of functions at arbitrary points."
+(2013, 11, 15, 2, 44, 3) function-extrapolation-python 3.5061 "BENCH:  1.04563903809"
+(2013, 11, 15, 2, 44, 3) function-extrapolation-python 1.04564 "BENCH:  1.04563903809"
+(2013, 11, 15, 2, 44, 4) function-interpolation-python 1.67044 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 15, 2, 44, 4) function-interpolation-python 0.972305 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 15, 2, 44, 29) la-vector-access-cpp 24.9043 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 15, 2, 44, 58) la-vector-assignment-cpp 29.0686 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 16, 2, 32, 29) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1574 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 16, 2, 32, 48) geometry-bounding_box_tree_compute_closest_entity-cpp 15.8384 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 16, 2, 33, 5) geometry-bounding_box_tree_build-cpp 13.9222 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 16, 2, 33, 33) common-progress-cpp 28.307 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 16, 2, 34, 4) common-timing-cpp 31.1348 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 16, 2, 37, 29) fem-multicore-cpp 204.675 "Coloring mesh."
+(2013, 11, 16, 2, 40, 0) fem-assembly-cpp 151.583 "Assembly for various forms and backends"
+(2013, 11, 16, 2, 40, 15) fem-convergence-cpp 14.2079 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 16, 2, 40, 17) fem-jit-python 0.0010488 "JIT compilation (in memory cache)"
+(2013, 11, 16, 2, 48, 17) mesh-refinement-cpp 20.1198 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 16, 2, 48, 37) mesh-topology-cpp 19.9085 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 16, 2, 49, 1) mesh-unitcube-cpp 24.2244 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 16, 2, 49, 40) mesh-iteration-cpp 35.9709 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 16, 2, 50, 1) function-evaluation-cpp 21.385 "Evaluations of functions at arbitrary points."
+(2013, 11, 16, 2, 50, 1) function-evaluation-cpp 21.2795 "Evaluations of functions at arbitrary points."
+(2013, 11, 16, 2, 50, 5) function-extrapolation-python 3.57104 "BENCH:  1.05328798294"
+(2013, 11, 16, 2, 50, 5) function-extrapolation-python 1.05329 "BENCH:  1.05328798294"
+(2013, 11, 16, 2, 50, 7) function-interpolation-python 1.66673 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 16, 2, 50, 7) function-interpolation-python 0.971936 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 16, 2, 50, 30) la-vector-access-cpp 23.4464 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 16, 2, 50, 57) la-vector-assignment-cpp 27.081 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 17, 2, 28, 18) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2376 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 17, 2, 28, 37) geometry-bounding_box_tree_compute_closest_entity-cpp 15.7833 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 17, 2, 28, 54) geometry-bounding_box_tree_build-cpp 13.9403 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 17, 2, 29, 21) common-progress-cpp 27.6565 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 17, 2, 29, 53) common-timing-cpp 31.5266 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 17, 2, 33, 17) fem-multicore-cpp 204.333 "Coloring mesh."
+(2013, 11, 17, 2, 35, 49) fem-assembly-cpp 151.735 "Assembly for various forms and backends"
+(2013, 11, 17, 2, 36, 3) fem-convergence-cpp 14.1984 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 17, 2, 36, 5) fem-jit-python 0.00104702 "JIT compilation (in memory cache)"
+(2013, 11, 17, 2, 44, 8) mesh-refinement-cpp 20.029 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 17, 2, 44, 28) mesh-topology-cpp 19.849 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 17, 2, 44, 52) mesh-unitcube-cpp 24.1579 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 17, 2, 45, 38) mesh-iteration-cpp 43.5552 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 17, 2, 45, 59) function-evaluation-cpp 21.0365 "Evaluations of functions at arbitrary points."
+(2013, 11, 17, 2, 45, 59) function-evaluation-cpp 20.9436 "Evaluations of functions at arbitrary points."
+(2013, 11, 17, 2, 46, 3) function-extrapolation-python 3.58052 "BENCH:  1.04013609886"
+(2013, 11, 17, 2, 46, 3) function-extrapolation-python 1.04014 "BENCH:  1.04013609886"
+(2013, 11, 17, 2, 46, 5) function-interpolation-python 1.65869 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 17, 2, 46, 5) function-interpolation-python 0.972991 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 17, 2, 46, 28) la-vector-access-cpp 23.4784 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 17, 2, 46, 56) la-vector-assignment-cpp 28.2309 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 18, 2, 32, 20) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2366 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 18, 2, 32, 39) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6157 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 18, 2, 32, 55) geometry-bounding_box_tree_build-cpp 13.9411 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 18, 2, 33, 23) common-progress-cpp 27.6666 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 18, 2, 33, 54) common-timing-cpp 31.1714 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 18, 2, 37, 19) fem-multicore-cpp 204.398 "Coloring mesh."
+(2013, 11, 18, 2, 39, 50) fem-assembly-cpp 151.792 "Assembly for various forms and backends"
+(2013, 11, 18, 2, 40, 5) fem-convergence-cpp 14.2037 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 18, 2, 40, 7) fem-jit-python 0.00104761 "JIT compilation (in memory cache)"
+(2013, 11, 18, 2, 48, 8) mesh-refinement-cpp 19.9929 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 18, 2, 48, 28) mesh-topology-cpp 19.8496 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 18, 2, 48, 53) mesh-unitcube-cpp 24.1785 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 18, 2, 49, 31) mesh-iteration-cpp 35.4885 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 18, 2, 49, 52) function-evaluation-cpp 21.1433 "Evaluations of functions at arbitrary points."
+(2013, 11, 18, 2, 49, 52) function-evaluation-cpp 21.0442 "Evaluations of functions at arbitrary points."
+(2013, 11, 18, 2, 49, 55) function-extrapolation-python 3.41244 "BENCH:  1.03689599037"
+(2013, 11, 18, 2, 49, 55) function-extrapolation-python 1.0369 "BENCH:  1.03689599037"
+(2013, 11, 18, 2, 49, 57) function-interpolation-python 1.65454 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 18, 2, 49, 57) function-interpolation-python 0.978387 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 18, 2, 50, 21) la-vector-access-cpp 23.4755 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 18, 2, 50, 48) la-vector-assignment-cpp 27.0103 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 19, 2, 25, 22) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1097 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 19, 2, 25, 42) geometry-bounding_box_tree_compute_closest_entity-cpp 15.9976 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 19, 2, 25, 58) geometry-bounding_box_tree_build-cpp 13.9148 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 19, 2, 26, 26) common-progress-cpp 27.6649 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 19, 2, 26, 58) common-timing-cpp 31.9418 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 19, 2, 30, 22) fem-multicore-cpp 204.005 "Coloring mesh."
+(2013, 11, 19, 2, 32, 54) fem-assembly-cpp 152.073 "Assembly for various forms and backends"
+(2013, 11, 19, 2, 33, 8) fem-convergence-cpp 14.2149 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 19, 2, 33, 10) fem-jit-python 0.0010484 "JIT compilation (in memory cache)"
+(2013, 11, 19, 2, 41, 12) mesh-refinement-cpp 20.1492 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 19, 2, 41, 31) mesh-topology-cpp 19.8813 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 19, 2, 41, 56) mesh-unitcube-cpp 24.4398 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 19, 2, 42, 34) mesh-iteration-cpp 35.4931 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 19, 2, 42, 55) function-evaluation-cpp 21.0096 "Evaluations of functions at arbitrary points."
+(2013, 11, 19, 2, 42, 55) function-evaluation-cpp 20.9135 "Evaluations of functions at arbitrary points."
+(2013, 11, 19, 2, 42, 58) function-extrapolation-python 3.5092 "BENCH:  1.06636595726"
+(2013, 11, 19, 2, 42, 58) function-extrapolation-python 1.06637 "BENCH:  1.06636595726"
+(2013, 11, 19, 2, 43, 0) function-interpolation-python 1.67739 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 19, 2, 43, 0) function-interpolation-python 0.967599 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 19, 2, 43, 24) la-vector-access-cpp 23.4344 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 19, 2, 43, 51) la-vector-assignment-cpp 27.0916 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 20, 2, 40, 21) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1298 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 20, 2, 40, 40) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6133 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 20, 2, 40, 57) geometry-bounding_box_tree_build-cpp 13.9228 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 20, 2, 41, 24) common-progress-cpp 27.666 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 20, 2, 41, 56) common-timing-cpp 31.3131 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 20, 2, 45, 20) fem-multicore-cpp 204.163 "Coloring mesh."
+(2013, 11, 20, 2, 47, 52) fem-assembly-cpp 151.902 "Assembly for various forms and backends"
+(2013, 11, 20, 2, 48, 6) fem-convergence-cpp 14.1959 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 20, 2, 48, 8) fem-jit-python 0.00106039 "JIT compilation (in memory cache)"
+(2013, 11, 20, 2, 56, 11) mesh-refinement-cpp 20.0212 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 20, 2, 56, 31) mesh-topology-cpp 19.8433 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 20, 2, 56, 55) mesh-unitcube-cpp 24.2406 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 20, 2, 57, 33) mesh-iteration-cpp 35.5059 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 20, 2, 57, 54) function-evaluation-cpp 21.0478 "Evaluations of functions at arbitrary points."
+(2013, 11, 20, 2, 57, 54) function-evaluation-cpp 20.9529 "Evaluations of functions at arbitrary points."
+(2013, 11, 20, 2, 57, 57) function-extrapolation-python 3.44614 "BENCH:  1.05194282532"
+(2013, 11, 20, 2, 57, 57) function-extrapolation-python 1.05194 "BENCH:  1.05194282532"
+(2013, 11, 20, 2, 57, 59) function-interpolation-python 1.67498 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 20, 2, 57, 59) function-interpolation-python 0.973174 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 20, 2, 58, 25) la-vector-access-cpp 25.4458 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 20, 2, 58, 52) la-vector-assignment-cpp 27.2393 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 21, 2, 24, 20) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1057 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 21, 2, 24, 39) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6146 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 21, 2, 24, 56) geometry-bounding_box_tree_build-cpp 13.9242 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 21, 2, 25, 24) common-progress-cpp 27.6672 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 21, 2, 25, 55) common-timing-cpp 31.0778 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 21, 2, 29, 19) fem-multicore-cpp 204.161 "Coloring mesh."
+(2013, 11, 21, 2, 31, 51) fem-assembly-cpp 152.121 "Assembly for various forms and backends"
+(2013, 11, 21, 2, 32, 5) fem-convergence-cpp 14.22 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 21, 2, 32, 7) fem-jit-python 0.0010556 "JIT compilation (in memory cache)"
+(2013, 11, 21, 2, 40, 8) mesh-refinement-cpp 20.1132 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 21, 2, 40, 28) mesh-topology-cpp 19.8701 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 21, 2, 40, 52) mesh-unitcube-cpp 24.2193 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 21, 2, 41, 34) mesh-iteration-cpp 39.1731 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 21, 2, 41, 55) function-evaluation-cpp 21.0675 "Evaluations of functions at arbitrary points."
+(2013, 11, 21, 2, 41, 55) function-evaluation-cpp 20.9632 "Evaluations of functions at arbitrary points."
+(2013, 11, 21, 2, 41, 58) function-extrapolation-python 3.42943 "BENCH:  1.04349899292"
+(2013, 11, 21, 2, 41, 58) function-extrapolation-python 1.0435 "BENCH:  1.04349899292"
+(2013, 11, 21, 2, 42, 0) function-interpolation-python 1.68277 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 21, 2, 42, 0) function-interpolation-python 0.965812 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 21, 2, 42, 23) la-vector-access-cpp 23.4239 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 21, 2, 42, 51) la-vector-assignment-cpp 27.0914 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 22, 2, 26, 49) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1144 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 22, 2, 27, 8) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6123 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 22, 2, 27, 24) geometry-bounding_box_tree_build-cpp 13.9129 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 22, 2, 27, 52) common-progress-cpp 27.6663 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 22, 2, 28, 24) common-timing-cpp 31.5368 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 22, 2, 31, 48) fem-multicore-cpp 204.6 "Coloring mesh."
+(2013, 11, 22, 2, 34, 20) fem-assembly-cpp 151.457 "Assembly for various forms and backends"
+(2013, 11, 22, 2, 34, 34) fem-convergence-cpp 14.2149 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 22, 2, 34, 36) fem-jit-python 0.00105669 "JIT compilation (in memory cache)"
+(2013, 11, 22, 2, 42, 38) mesh-refinement-cpp 20.0123 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 22, 2, 42, 57) mesh-topology-cpp 19.8496 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 22, 2, 43, 22) mesh-unitcube-cpp 24.2328 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 22, 2, 44, 0) mesh-iteration-cpp 35.4895 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 22, 2, 44, 21) function-evaluation-cpp 21.0271 "Evaluations of functions at arbitrary points."
+(2013, 11, 22, 2, 44, 21) function-evaluation-cpp 20.9314 "Evaluations of functions at arbitrary points."
+(2013, 11, 22, 2, 44, 24) function-extrapolation-python 3.31815 "BENCH:  1.04382109642"
+(2013, 11, 22, 2, 44, 24) function-extrapolation-python 1.04382 "BENCH:  1.04382109642"
+(2013, 11, 22, 2, 44, 26) function-interpolation-python 1.65075 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 22, 2, 44, 26) function-interpolation-python 0.958864 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 22, 2, 44, 49) la-vector-access-cpp 23.4888 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 22, 2, 45, 17) la-vector-assignment-cpp 28.1142 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 23, 2, 28, 16) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1413 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 23, 2, 28, 35) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6121 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 23, 2, 28, 52) geometry-bounding_box_tree_build-cpp 13.9208 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 23, 2, 29, 20) common-progress-cpp 27.6657 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 23, 2, 29, 51) common-timing-cpp 31.7788 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 23, 2, 33, 15) fem-multicore-cpp 203.99 "Coloring mesh."
+(2013, 11, 23, 2, 35, 47) fem-assembly-cpp 151.641 "Assembly for various forms and backends"
+(2013, 11, 23, 2, 36, 1) fem-convergence-cpp 14.1978 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 23, 2, 36, 3) fem-jit-python 0.001052 "JIT compilation (in memory cache)"
+(2013, 11, 23, 2, 44, 2) mesh-refinement-cpp 20.0403 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 23, 2, 44, 22) mesh-topology-cpp 19.8559 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 23, 2, 44, 46) mesh-unitcube-cpp 24.3186 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 23, 2, 45, 24) mesh-iteration-cpp 35.487 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 23, 2, 45, 45) function-evaluation-cpp 21.5045 "Evaluations of functions at arbitrary points."
+(2013, 11, 23, 2, 45, 45) function-evaluation-cpp 21.3998 "Evaluations of functions at arbitrary points."
+(2013, 11, 23, 2, 45, 49) function-extrapolation-python 3.47083 "BENCH:  1.06326293945"
+(2013, 11, 23, 2, 45, 49) function-extrapolation-python 1.06326 "BENCH:  1.06326293945"
+(2013, 11, 23, 2, 45, 51) function-interpolation-python 1.67477 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 23, 2, 45, 51) function-interpolation-python 0.970725 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 23, 2, 46, 16) la-vector-access-cpp 25.4465 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 23, 2, 46, 45) la-vector-assignment-cpp 29.1164 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 24, 2, 22, 2) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1417 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 24, 2, 22, 21) geometry-bounding_box_tree_compute_closest_entity-cpp 15.9306 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 24, 2, 22, 38) geometry-bounding_box_tree_build-cpp 13.9119 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 24, 2, 23, 5) common-progress-cpp 27.6548 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 24, 2, 23, 36) common-timing-cpp 30.8113 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 24, 2, 27, 0) fem-multicore-cpp 204.032 "Coloring mesh."
+(2013, 11, 24, 2, 29, 32) fem-assembly-cpp 152.299 "Assembly for various forms and backends"
+(2013, 11, 24, 2, 29, 47) fem-convergence-cpp 14.2204 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 24, 2, 29, 49) fem-jit-python 0.00106931 "JIT compilation (in memory cache)"
+(2013, 11, 24, 2, 37, 54) mesh-refinement-cpp 20.1372 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 24, 2, 38, 14) mesh-topology-cpp 19.8709 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 24, 2, 38, 38) mesh-unitcube-cpp 24.1657 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 24, 2, 39, 16) mesh-iteration-cpp 35.4929 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 24, 2, 39, 37) function-evaluation-cpp 21.009 "Evaluations of functions at arbitrary points."
+(2013, 11, 24, 2, 39, 37) function-evaluation-cpp 20.917 "Evaluations of functions at arbitrary points."
+(2013, 11, 24, 2, 39, 41) function-extrapolation-python 3.52081 "BENCH:  1.03221297264"
+(2013, 11, 24, 2, 39, 41) function-extrapolation-python 1.03221 "BENCH:  1.03221297264"
+(2013, 11, 24, 2, 39, 42) function-interpolation-python 1.66349 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 24, 2, 39, 42) function-interpolation-python 0.970856 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 24, 2, 40, 8) la-vector-access-cpp 25.9655 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 24, 2, 40, 35) la-vector-assignment-cpp 27.1018 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 25, 2, 37, 23) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1734 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 25, 2, 37, 42) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6441 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 25, 2, 37, 58) geometry-bounding_box_tree_build-cpp 13.9273 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 25, 2, 38, 26) common-progress-cpp 27.6661 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 25, 2, 38, 58) common-timing-cpp 31.9567 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 25, 2, 42, 22) fem-multicore-cpp 204.425 "Coloring mesh."
+(2013, 11, 25, 2, 44, 54) fem-assembly-cpp 151.784 "Assembly for various forms and backends"
+(2013, 11, 25, 2, 45, 8) fem-convergence-cpp 14.1928 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 25, 2, 45, 10) fem-jit-python 0.001052 "JIT compilation (in memory cache)"
+(2013, 11, 25, 2, 53, 12) mesh-refinement-cpp 20.0296 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 25, 2, 53, 32) mesh-topology-cpp 19.8824 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 25, 2, 53, 56) mesh-unitcube-cpp 24.3423 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 25, 2, 54, 34) mesh-iteration-cpp 35.4888 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 25, 2, 54, 55) function-evaluation-cpp 21.0092 "Evaluations of functions at arbitrary points."
+(2013, 11, 25, 2, 54, 55) function-evaluation-cpp 20.9129 "Evaluations of functions at arbitrary points."
+(2013, 11, 25, 2, 54, 59) function-extrapolation-python 3.52712 "BENCH:  1.06823301315"
+(2013, 11, 25, 2, 54, 59) function-extrapolation-python 1.06823 "BENCH:  1.06823301315"
+(2013, 11, 25, 2, 55, 0) function-interpolation-python 1.66896 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 25, 2, 55, 0) function-interpolation-python 0.982672 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 25, 2, 55, 24) la-vector-access-cpp 23.4386 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 25, 2, 55, 53) la-vector-assignment-cpp 29.1133 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 26, 2, 34, 2) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1321 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 26, 2, 34, 21) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6575 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 26, 2, 34, 38) geometry-bounding_box_tree_build-cpp 13.9443 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 26, 2, 35, 6) common-progress-cpp 27.6658 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 26, 2, 35, 36) common-timing-cpp 30.8301 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 26, 2, 39, 1) fem-multicore-cpp 204.331 "Coloring mesh."
+(2013, 11, 26, 2, 41, 34) fem-assembly-cpp 152.692 "Assembly for various forms and backends"
+(2013, 11, 26, 2, 41, 48) fem-convergence-cpp 14.2685 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 26, 2, 41, 50) fem-jit-python 0.00109029 "JIT compilation (in memory cache)"
+(2013, 11, 26, 2, 49, 52) mesh-refinement-cpp 19.992 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 26, 2, 50, 12) mesh-topology-cpp 19.8687 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 26, 2, 50, 36) mesh-unitcube-cpp 24.195 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 26, 2, 51, 22) mesh-iteration-cpp 43.5638 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 26, 2, 51, 43) function-evaluation-cpp 21.0427 "Evaluations of functions at arbitrary points."
+(2013, 11, 26, 2, 51, 43) function-evaluation-cpp 20.9498 "Evaluations of functions at arbitrary points."
+(2013, 11, 26, 2, 51, 47) function-extrapolation-python 3.49615 "BENCH:  1.04934620857"
+(2013, 11, 26, 2, 51, 47) function-extrapolation-python 1.04935 "BENCH:  1.04934620857"
+(2013, 11, 26, 2, 51, 49) function-interpolation-python 1.64357 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 26, 2, 51, 49) function-interpolation-python 0.971371 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 26, 2, 52, 12) la-vector-access-cpp 23.46 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 26, 2, 52, 39) la-vector-assignment-cpp 27.0988 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 27, 2, 31, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1285 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 27, 2, 32, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.511 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 27, 2, 32, 17) geometry-bounding_box_tree_build-cpp 13.9401 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 27, 2, 32, 44) common-progress-cpp 27.6655 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 27, 2, 33, 16) common-timing-cpp 31.7784 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 27, 2, 36, 40) fem-multicore-cpp 204.171 "Coloring mesh."
+(2013, 11, 27, 2, 39, 13) fem-assembly-cpp 152.222 "Assembly for various forms and backends"
+(2013, 11, 27, 2, 39, 27) fem-convergence-cpp 14.267 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 27, 2, 39, 29) fem-jit-python 0.00104849 "JIT compilation (in memory cache)"
+(2013, 11, 27, 2, 47, 33) mesh-refinement-cpp 20.0079 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 27, 2, 47, 53) mesh-topology-cpp 19.8011 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 27, 2, 48, 17) mesh-unitcube-cpp 24.135 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 27, 2, 48, 55) mesh-iteration-cpp 35.4832 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 27, 2, 49, 17) function-evaluation-cpp 21.5628 "Evaluations of functions at arbitrary points."
+(2013, 11, 27, 2, 49, 17) function-evaluation-cpp 21.477 "Evaluations of functions at arbitrary points."
+(2013, 11, 27, 2, 49, 20) function-extrapolation-python 3.44595 "BENCH:  1.02978491783"
+(2013, 11, 27, 2, 49, 20) function-extrapolation-python 1.02978 "BENCH:  1.02978491783"
+(2013, 11, 27, 2, 49, 22) function-interpolation-python 1.6423 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 27, 2, 49, 22) function-interpolation-python 0.969616 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 27, 2, 49, 45) la-vector-access-cpp 23.449 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 27, 2, 50, 12) la-vector-assignment-cpp 27.0988 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 28, 2, 39, 54) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.181 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 28, 2, 40, 13) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4645 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 28, 2, 40, 30) geometry-bounding_box_tree_build-cpp 13.9943 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 28, 2, 40, 58) common-progress-cpp 27.7169 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 28, 2, 41, 30) common-timing-cpp 31.8142 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 28, 2, 44, 54) fem-multicore-cpp 204.198 "Coloring mesh."
+(2013, 11, 28, 2, 47, 25) fem-assembly-cpp 151.576 "Assembly for various forms and backends"
+(2013, 11, 28, 2, 47, 40) fem-convergence-cpp 14.207 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 28, 2, 47, 42) fem-jit-python 0.00105631 "JIT compilation (in memory cache)"
+(2013, 11, 28, 2, 55, 41) mesh-refinement-cpp 19.9669 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 28, 2, 56, 1) mesh-topology-cpp 19.841 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 28, 2, 56, 26) mesh-unitcube-cpp 24.2155 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 28, 2, 57, 4) mesh-iteration-cpp 35.4952 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 28, 2, 57, 25) function-evaluation-cpp 21.0928 "Evaluations of functions at arbitrary points."
+(2013, 11, 28, 2, 57, 25) function-evaluation-cpp 20.9608 "Evaluations of functions at arbitrary points."
+(2013, 11, 28, 2, 57, 28) function-extrapolation-python 3.49482 "BENCH:  1.03860902786"
+(2013, 11, 28, 2, 57, 28) function-extrapolation-python 1.03861 "BENCH:  1.03860902786"
+(2013, 11, 28, 2, 57, 30) function-interpolation-python 1.63964 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 28, 2, 57, 30) function-interpolation-python 0.967661 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 28, 2, 57, 53) la-vector-access-cpp 23.456 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 28, 2, 58, 21) la-vector-assignment-cpp 27.0962 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 29, 2, 41, 49) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0635 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 29, 2, 42, 9) geometry-bounding_box_tree_compute_closest_entity-cpp 16.1862 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 29, 2, 42, 26) geometry-bounding_box_tree_build-cpp 13.9665 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 29, 2, 42, 53) common-progress-cpp 27.667 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 29, 2, 43, 24) common-timing-cpp 30.9215 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 29, 2, 46, 49) fem-multicore-cpp 204.368 "Coloring mesh."
+(2013, 11, 29, 2, 49, 20) fem-assembly-cpp 151.699 "Assembly for various forms and backends"
+(2013, 11, 29, 2, 49, 35) fem-convergence-cpp 14.2139 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 29, 2, 49, 36) fem-jit-python 0.00106089 "JIT compilation (in memory cache)"
+(2013, 11, 29, 2, 57, 37) mesh-refinement-cpp 20.0503 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 29, 2, 57, 57) mesh-topology-cpp 19.9228 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 29, 2, 58, 22) mesh-unitcube-cpp 24.1819 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 29, 2, 59, 0) mesh-iteration-cpp 35.4965 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 29, 2, 59, 21) function-evaluation-cpp 21.0291 "Evaluations of functions at arbitrary points."
+(2013, 11, 29, 2, 59, 21) function-evaluation-cpp 20.8943 "Evaluations of functions at arbitrary points."
+(2013, 11, 29, 2, 59, 24) function-extrapolation-python 3.61987 "BENCH:  1.06337881088"
+(2013, 11, 29, 2, 59, 24) function-extrapolation-python 1.06338 "BENCH:  1.06337881088"
+(2013, 11, 29, 2, 59, 26) function-interpolation-python 1.66077 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 29, 2, 59, 26) function-interpolation-python 0.975817 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 29, 2, 59, 52) la-vector-access-cpp 26.0346 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 29, 3, 0, 19) la-vector-assignment-cpp 27.0896 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 11, 30, 2, 25, 16) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1443 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 30, 2, 25, 35) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5972 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 11, 30, 2, 25, 52) geometry-bounding_box_tree_build-cpp 13.9496 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 11, 30, 2, 26, 20) common-progress-cpp 27.6552 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 11, 30, 2, 26, 51) common-timing-cpp 31.5243 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 11, 30, 2, 30, 15) fem-multicore-cpp 203.822 "Coloring mesh."
+(2013, 11, 30, 2, 32, 47) fem-assembly-cpp 151.801 "Assembly for various forms and backends"
+(2013, 11, 30, 2, 33, 1) fem-convergence-cpp 14.2145 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 11, 30, 2, 33, 3) fem-jit-python 0.00107179 "JIT compilation (in memory cache)"
+(2013, 11, 30, 2, 41, 4) mesh-refinement-cpp 20.0609 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 11, 30, 2, 41, 24) mesh-topology-cpp 19.8878 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 11, 30, 2, 41, 48) mesh-unitcube-cpp 24.2146 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 11, 30, 2, 42, 26) mesh-iteration-cpp 35.4347 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 11, 30, 2, 42, 47) function-evaluation-cpp 21.0376 "Evaluations of functions at arbitrary points."
+(2013, 11, 30, 2, 42, 47) function-evaluation-cpp 20.9419 "Evaluations of functions at arbitrary points."
+(2013, 11, 30, 2, 42, 50) function-extrapolation-python 3.48769 "BENCH:  1.0535941124"
+(2013, 11, 30, 2, 42, 50) function-extrapolation-python 1.05359 "BENCH:  1.0535941124"
+(2013, 11, 30, 2, 42, 52) function-interpolation-python 1.68338 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 30, 2, 42, 52) function-interpolation-python 0.968644 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 11, 30, 2, 43, 15) la-vector-access-cpp 23.4396 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 11, 30, 2, 43, 43) la-vector-assignment-cpp 27.0843 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 12, 1, 2, 26, 53) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1328 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 1, 2, 27, 12) geometry-bounding_box_tree_compute_closest_entity-cpp 15.915 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 1, 2, 27, 28) geometry-bounding_box_tree_build-cpp 13.9498 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 12, 1, 2, 27, 56) common-progress-cpp 27.6654 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 12, 1, 2, 28, 27) common-timing-cpp 31.1224 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 12, 1, 2, 31, 52) fem-multicore-cpp 204.485 "Coloring mesh."
+(2013, 12, 1, 2, 34, 24) fem-assembly-cpp 152.044 "Assembly for various forms and backends"
+(2013, 12, 1, 2, 34, 38) fem-convergence-cpp 14.2179 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 12, 1, 2, 34, 40) fem-jit-python 0.00106142 "JIT compilation (in memory cache)"
+(2013, 12, 1, 2, 42, 44) mesh-refinement-cpp 19.9896 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 12, 1, 2, 43, 3) mesh-topology-cpp 19.8575 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 12, 1, 2, 43, 28) mesh-unitcube-cpp 24.2128 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 12, 1, 2, 44, 6) mesh-iteration-cpp 35.4886 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 12, 1, 2, 44, 27) function-evaluation-cpp 21.0736 "Evaluations of functions at arbitrary points."
+(2013, 12, 1, 2, 44, 27) function-evaluation-cpp 20.9788 "Evaluations of functions at arbitrary points."
+(2013, 12, 1, 2, 44, 30) function-extrapolation-python 3.48758 "BENCH:  1.05216908455"
+(2013, 12, 1, 2, 44, 30) function-extrapolation-python 1.05217 "BENCH:  1.05216908455"
+(2013, 12, 1, 2, 44, 32) function-interpolation-python 1.67526 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 1, 2, 44, 32) function-interpolation-python 0.975429 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 1, 2, 44, 56) la-vector-access-cpp 23.4687 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 12, 1, 2, 45, 23) la-vector-assignment-cpp 27.2434 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 12, 2, 2, 30, 13) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1482 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 2, 2, 30, 32) geometry-bounding_box_tree_compute_closest_entity-cpp 15.9859 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 2, 2, 30, 49) geometry-bounding_box_tree_build-cpp 13.8983 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 12, 2, 2, 31, 21) common-progress-cpp 32.6692 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 12, 2, 2, 31, 53) common-timing-cpp 31.3442 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 12, 2, 2, 35, 17) fem-multicore-cpp 204.021 "Coloring mesh."
+(2013, 12, 2, 2, 37, 49) fem-assembly-cpp 151.803 "Assembly for various forms and backends"
+(2013, 12, 2, 2, 38, 3) fem-convergence-cpp 14.2129 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 12, 2, 2, 38, 5) fem-jit-python 0.0010571 "JIT compilation (in memory cache)"
+(2013, 12, 2, 2, 46, 6) mesh-refinement-cpp 20.0066 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 12, 2, 2, 46, 26) mesh-topology-cpp 19.8617 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 12, 2, 2, 46, 51) mesh-unitcube-cpp 24.2151 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 12, 2, 2, 47, 29) mesh-iteration-cpp 35.4835 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 12, 2, 2, 47, 50) function-evaluation-cpp 21.0606 "Evaluations of functions at arbitrary points."
+(2013, 12, 2, 2, 47, 50) function-evaluation-cpp 20.9569 "Evaluations of functions at arbitrary points."
+(2013, 12, 2, 2, 47, 53) function-extrapolation-python 3.43774 "BENCH:  1.05160403252"
+(2013, 12, 2, 2, 47, 53) function-extrapolation-python 1.0516 "BENCH:  1.05160403252"
+(2013, 12, 2, 2, 47, 55) function-interpolation-python 1.64387 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 2, 2, 47, 55) function-interpolation-python 0.967753 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 2, 2, 48, 20) la-vector-access-cpp 24.9432 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 12, 2, 2, 48, 47) la-vector-assignment-cpp 27.0871 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 12, 3, 2, 23, 29) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2029 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 3, 2, 23, 49) geometry-bounding_box_tree_compute_closest_entity-cpp 15.7367 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 3, 2, 24, 5) geometry-bounding_box_tree_build-cpp 13.9455 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 12, 3, 2, 24, 33) common-progress-cpp 27.6543 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 12, 3, 2, 25, 4) common-timing-cpp 31.501 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 12, 3, 2, 28, 28) fem-multicore-cpp 203.745 "Coloring mesh."
+(2013, 12, 3, 2, 31, 0) fem-assembly-cpp 152.439 "Assembly for various forms and backends"
+(2013, 12, 3, 2, 31, 15) fem-convergence-cpp 14.2129 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 12, 3, 2, 31, 17) fem-jit-python 0.00105081 "JIT compilation (in memory cache)"
+(2013, 12, 3, 2, 39, 20) mesh-refinement-cpp 20.0186 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 12, 3, 2, 39, 40) mesh-topology-cpp 19.843 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 12, 3, 2, 40, 5) mesh-unitcube-cpp 24.1698 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 12, 3, 2, 40, 43) mesh-iteration-cpp 35.5197 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 12, 3, 2, 41, 4) function-evaluation-cpp 21.7466 "Evaluations of functions at arbitrary points."
+(2013, 12, 3, 2, 41, 4) function-evaluation-cpp 21.645 "Evaluations of functions at arbitrary points."
+(2013, 12, 3, 2, 41, 8) function-extrapolation-python 3.48739 "BENCH:  1.0320110321"
+(2013, 12, 3, 2, 41, 8) function-extrapolation-python 1.03201 "BENCH:  1.0320110321"
+(2013, 12, 3, 2, 41, 10) function-interpolation-python 1.63149 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 3, 2, 41, 10) function-interpolation-python 0.967768 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 3, 2, 41, 33) la-vector-access-cpp 23.4725 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 12, 3, 2, 42, 0) la-vector-assignment-cpp 27.0948 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 12, 4, 2, 29, 23) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1006 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 4, 2, 29, 42) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5333 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 4, 2, 29, 58) geometry-bounding_box_tree_build-cpp 13.9283 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 12, 4, 2, 30, 26) common-progress-cpp 27.6539 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 12, 4, 2, 30, 59) common-timing-cpp 33.1281 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 12, 4, 2, 34, 23) fem-multicore-cpp 204.079 "Coloring mesh."
+(2013, 12, 4, 2, 36, 55) fem-assembly-cpp 151.947 "Assembly for various forms and backends"
+(2013, 12, 4, 2, 37, 9) fem-convergence-cpp 14.1854 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 12, 4, 2, 37, 11) fem-jit-python 0.00105569 "JIT compilation (in memory cache)"
+(2013, 12, 4, 2, 45, 15) mesh-refinement-cpp 20.0768 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 12, 4, 2, 45, 35) mesh-topology-cpp 19.7484 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 12, 4, 2, 45, 59) mesh-unitcube-cpp 24.2013 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 12, 4, 2, 46, 37) mesh-iteration-cpp 35.492 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 12, 4, 2, 46, 58) function-evaluation-cpp 21.0133 "Evaluations of functions at arbitrary points."
+(2013, 12, 4, 2, 46, 58) function-evaluation-cpp 20.9169 "Evaluations of functions at arbitrary points."
+(2013, 12, 4, 2, 47, 2) function-extrapolation-python 3.41167 "BENCH:  1.05474114418"
+(2013, 12, 4, 2, 47, 2) function-extrapolation-python 1.05474 "BENCH:  1.05474114418"
+(2013, 12, 4, 2, 47, 3) function-interpolation-python 1.65855 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 4, 2, 47, 3) function-interpolation-python 0.968401 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 4, 2, 47, 27) la-vector-access-cpp 23.443 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 12, 4, 2, 47, 54) la-vector-assignment-cpp 27.0809 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 12, 5, 2, 24, 0) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0158 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 5, 2, 24, 19) geometry-bounding_box_tree_compute_closest_entity-cpp 15.7188 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 5, 2, 24, 36) geometry-bounding_box_tree_build-cpp 13.9445 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 12, 5, 2, 25, 3) common-progress-cpp 27.6672 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 12, 5, 2, 25, 35) common-timing-cpp 31.5123 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 12, 5, 2, 28, 59) fem-multicore-cpp 204.085 "Coloring mesh."
+(2013, 12, 5, 2, 31, 31) fem-assembly-cpp 151.978 "Assembly for various forms and backends"
+(2013, 12, 5, 2, 31, 45) fem-convergence-cpp 14.2311 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 12, 5, 2, 31, 47) fem-jit-python 0.00104101 "JIT compilation (in memory cache)"
+(2013, 12, 5, 2, 39, 47) mesh-refinement-cpp 20.0053 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 12, 5, 2, 40, 7) mesh-topology-cpp 19.8799 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 12, 5, 2, 40, 31) mesh-unitcube-cpp 24.1804 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 12, 5, 2, 41, 9) mesh-iteration-cpp 35.5044 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 12, 5, 2, 41, 30) function-evaluation-cpp 21.0796 "Evaluations of functions at arbitrary points."
+(2013, 12, 5, 2, 41, 30) function-evaluation-cpp 20.9362 "Evaluations of functions at arbitrary points."
+(2013, 12, 5, 2, 41, 34) function-extrapolation-python 3.53757 "BENCH:  1.06758499146"
+(2013, 12, 5, 2, 41, 34) function-extrapolation-python 1.06758 "BENCH:  1.06758499146"
+(2013, 12, 5, 2, 41, 36) function-interpolation-python 1.67493 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 5, 2, 41, 36) function-interpolation-python 0.974641 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 5, 2, 41, 59) la-vector-access-cpp 23.4603 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 12, 5, 2, 42, 26) la-vector-assignment-cpp 27.2547 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 12, 6, 2, 26, 31) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.3322 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 6, 2, 26, 51) geometry-bounding_box_tree_compute_closest_entity-cpp 16.2079 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 6, 2, 27, 8) geometry-bounding_box_tree_build-cpp 13.9598 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 12, 6, 2, 27, 35) common-progress-cpp 27.6662 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 12, 6, 2, 28, 6) common-timing-cpp 31.0271 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 12, 6, 2, 31, 30) fem-multicore-cpp 203.899 "Coloring mesh."
+(2013, 12, 6, 2, 34, 3) fem-assembly-cpp 152.658 "Assembly for various forms and backends"
+(2013, 12, 6, 2, 34, 17) fem-convergence-cpp 14.2104 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 12, 6, 2, 34, 19) fem-jit-python 0.0010649 "JIT compilation (in memory cache)"
+(2013, 12, 6, 2, 42, 20) mesh-refinement-cpp 20.1109 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 12, 6, 2, 42, 40) mesh-topology-cpp 19.8517 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 12, 6, 2, 43, 4) mesh-unitcube-cpp 24.2667 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 12, 6, 2, 43, 46) mesh-iteration-cpp 39.1735 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 12, 6, 2, 44, 7) function-evaluation-cpp 21.14 "Evaluations of functions at arbitrary points."
+(2013, 12, 6, 2, 44, 7) function-evaluation-cpp 21.0004 "Evaluations of functions at arbitrary points."
+(2013, 12, 6, 2, 44, 11) function-extrapolation-python 3.74559 "BENCH:  1.05666995049"
+(2013, 12, 6, 2, 44, 11) function-extrapolation-python 1.05667 "BENCH:  1.05666995049"
+(2013, 12, 6, 2, 44, 12) function-interpolation-python 1.65552 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 6, 2, 44, 12) function-interpolation-python 0.970658 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 6, 2, 44, 38) la-vector-access-cpp 25.4688 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 12, 6, 2, 45, 5) la-vector-assignment-cpp 27.0926 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 12, 7, 2, 28, 10) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2825 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 7, 2, 28, 29) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6001 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 7, 2, 28, 46) geometry-bounding_box_tree_build-cpp 13.9226 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 12, 7, 2, 29, 13) common-progress-cpp 27.6643 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 12, 7, 2, 29, 46) common-timing-cpp 32.8103 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 12, 7, 2, 33, 10) fem-multicore-cpp 203.927 "Coloring mesh."
+(2013, 12, 7, 2, 35, 43) fem-assembly-cpp 152.414 "Assembly for various forms and backends"
+(2013, 12, 7, 2, 35, 57) fem-convergence-cpp 14.2166 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 12, 7, 2, 35, 59) fem-jit-python 0.00105691 "JIT compilation (in memory cache)"
+(2013, 12, 7, 2, 43, 58) mesh-refinement-cpp 20.0326 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 12, 7, 2, 44, 18) mesh-topology-cpp 19.8747 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 12, 7, 2, 44, 42) mesh-unitcube-cpp 24.1549 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 12, 7, 2, 45, 20) mesh-iteration-cpp 35.4851 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 12, 7, 2, 45, 41) function-evaluation-cpp 21.0078 "Evaluations of functions at arbitrary points."
+(2013, 12, 7, 2, 45, 41) function-evaluation-cpp 20.9116 "Evaluations of functions at arbitrary points."
+(2013, 12, 7, 2, 45, 45) function-extrapolation-python 3.48746 "BENCH:  1.0745651722"
+(2013, 12, 7, 2, 45, 45) function-extrapolation-python 1.07457 "BENCH:  1.0745651722"
+(2013, 12, 7, 2, 45, 47) function-interpolation-python 1.66493 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 7, 2, 45, 47) function-interpolation-python 0.96934 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 7, 2, 46, 10) la-vector-access-cpp 23.407 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 12, 7, 2, 46, 37) la-vector-assignment-cpp 27.0601 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 12, 8, 2, 35, 10) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1844 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 8, 2, 35, 29) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5704 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 8, 2, 35, 46) geometry-bounding_box_tree_build-cpp 13.9216 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 12, 8, 2, 36, 13) common-progress-cpp 27.6657 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 12, 8, 2, 36, 44) common-timing-cpp 30.7988 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 12, 8, 2, 40, 8) fem-multicore-cpp 204.301 "Coloring mesh."
+(2013, 12, 8, 2, 42, 40) fem-assembly-cpp 151.565 "Assembly for various forms and backends"
+(2013, 12, 8, 2, 42, 54) fem-convergence-cpp 14.2302 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 12, 8, 2, 42, 56) fem-jit-python 0.00104921 "JIT compilation (in memory cache)"
+(2013, 12, 8, 2, 50, 57) mesh-refinement-cpp 20.0377 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 12, 8, 2, 51, 17) mesh-topology-cpp 19.8608 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 12, 8, 2, 51, 42) mesh-unitcube-cpp 24.266 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 12, 8, 2, 52, 23) mesh-iteration-cpp 39.1041 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 12, 8, 2, 52, 45) function-evaluation-cpp 21.2655 "Evaluations of functions at arbitrary points."
+(2013, 12, 8, 2, 52, 45) function-evaluation-cpp 21.1702 "Evaluations of functions at arbitrary points."
+(2013, 12, 8, 2, 52, 48) function-extrapolation-python 3.51954 "BENCH:  1.04911088943"
+(2013, 12, 8, 2, 52, 48) function-extrapolation-python 1.04911 "BENCH:  1.04911088943"
+(2013, 12, 8, 2, 52, 50) function-interpolation-python 1.65222 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 8, 2, 52, 50) function-interpolation-python 0.968558 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 8, 2, 53, 19) la-vector-access-cpp 28.9022 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 12, 8, 2, 53, 47) la-vector-assignment-cpp 28.0837 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 12, 9, 2, 24, 39) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0604 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 9, 2, 24, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6247 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 9, 2, 25, 15) geometry-bounding_box_tree_build-cpp 13.9195 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 12, 9, 2, 25, 43) common-progress-cpp 27.6656 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 12, 9, 2, 26, 14) common-timing-cpp 31.4657 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 12, 9, 2, 29, 38) fem-multicore-cpp 204.043 "Coloring mesh."
+(2013, 12, 9, 2, 32, 10) fem-assembly-cpp 152.053 "Assembly for various forms and backends"
+(2013, 12, 9, 2, 32, 25) fem-convergence-cpp 14.2225 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 12, 9, 2, 32, 26) fem-jit-python 0.0010489 "JIT compilation (in memory cache)"
+(2013, 12, 9, 2, 40, 29) mesh-refinement-cpp 20.0745 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 12, 9, 2, 40, 49) mesh-topology-cpp 19.9055 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 12, 9, 2, 41, 13) mesh-unitcube-cpp 24.2344 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 12, 9, 2, 41, 51) mesh-iteration-cpp 35.491 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 12, 9, 2, 42, 12) function-evaluation-cpp 21.0556 "Evaluations of functions at arbitrary points."
+(2013, 12, 9, 2, 42, 12) function-evaluation-cpp 20.9507 "Evaluations of functions at arbitrary points."
+(2013, 12, 9, 2, 42, 15) function-extrapolation-python 3.46278 "BENCH:  1.04752492905"
+(2013, 12, 9, 2, 42, 15) function-extrapolation-python 1.04752 "BENCH:  1.04752492905"
+(2013, 12, 9, 2, 42, 17) function-interpolation-python 1.71003 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 9, 2, 42, 17) function-interpolation-python 0.969362 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 9, 2, 42, 41) la-vector-access-cpp 23.4626 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 12, 9, 2, 43, 10) la-vector-assignment-cpp 29.1162 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 12, 10, 2, 27, 55) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.2096 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 10, 2, 28, 15) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6607 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 10, 2, 28, 31) geometry-bounding_box_tree_build-cpp 13.9318 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 12, 10, 2, 28, 59) common-progress-cpp 27.6663 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 12, 10, 2, 29, 30) common-timing-cpp 31.2156 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 12, 10, 2, 32, 54) fem-multicore-cpp 204.231 "Coloring mesh."
+(2013, 12, 10, 2, 35, 27) fem-assembly-cpp 152.315 "Assembly for various forms and backends"
+(2013, 12, 10, 2, 35, 41) fem-convergence-cpp 14.2107 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 12, 10, 2, 35, 43) fem-jit-python 0.0010551 "JIT compilation (in memory cache)"
+(2013, 12, 10, 2, 43, 43) mesh-refinement-cpp 20.0575 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 12, 10, 2, 44, 3) mesh-topology-cpp 19.9015 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 12, 10, 2, 44, 27) mesh-unitcube-cpp 24.1952 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 12, 10, 2, 45, 5) mesh-iteration-cpp 35.5027 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 12, 10, 2, 45, 26) function-evaluation-cpp 21.067 "Evaluations of functions at arbitrary points."
+(2013, 12, 10, 2, 45, 26) function-evaluation-cpp 20.9397 "Evaluations of functions at arbitrary points."
+(2013, 12, 10, 2, 45, 30) function-extrapolation-python 3.53767 "BENCH:  1.04689908028"
+(2013, 12, 10, 2, 45, 30) function-extrapolation-python 1.0469 "BENCH:  1.04689908028"
+(2013, 12, 10, 2, 45, 32) function-interpolation-python 1.6594 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 10, 2, 45, 32) function-interpolation-python 0.960385 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 10, 2, 45, 55) la-vector-access-cpp 23.4583 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 12, 10, 2, 46, 22) la-vector-assignment-cpp 26.9738 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 12, 11, 2, 24, 28) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1124 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 11, 2, 24, 47) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6448 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 11, 2, 25, 3) geometry-bounding_box_tree_build-cpp 13.92 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 12, 11, 2, 25, 31) common-progress-cpp 27.6667 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 12, 11, 2, 26, 2) common-timing-cpp 30.7792 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 12, 11, 2, 29, 26) fem-multicore-cpp 204.544 "Coloring mesh."
+(2013, 12, 11, 2, 31, 58) fem-assembly-cpp 151.813 "Assembly for various forms and backends"
+(2013, 12, 11, 2, 32, 13) fem-convergence-cpp 14.2103 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 12, 11, 2, 32, 14) fem-jit-python 0.00106249 "JIT compilation (in memory cache)"
+(2013, 12, 11, 2, 40, 16) mesh-refinement-cpp 20.0299 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 12, 11, 2, 40, 35) mesh-topology-cpp 19.8482 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 12, 11, 2, 41, 0) mesh-unitcube-cpp 24.1965 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 12, 11, 2, 41, 38) mesh-iteration-cpp 35.49 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 12, 11, 2, 41, 59) function-evaluation-cpp 21.2308 "Evaluations of functions at arbitrary points."
+(2013, 12, 11, 2, 41, 59) function-evaluation-cpp 21.1259 "Evaluations of functions at arbitrary points."
+(2013, 12, 11, 2, 42, 2) function-extrapolation-python 3.52911 "BENCH:  1.06168103218"
+(2013, 12, 11, 2, 42, 2) function-extrapolation-python 1.06168 "BENCH:  1.06168103218"
+(2013, 12, 11, 2, 42, 4) function-interpolation-python 1.67578 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 11, 2, 42, 4) function-interpolation-python 0.975324 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 11, 2, 42, 29) la-vector-access-cpp 24.9438 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 12, 11, 2, 42, 56) la-vector-assignment-cpp 27.0071 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 12, 12, 2, 25, 19) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0962 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 12, 2, 25, 38) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6015 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 12, 2, 25, 55) geometry-bounding_box_tree_build-cpp 13.9588 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 12, 12, 2, 26, 22) common-progress-cpp 27.6662 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 12, 12, 2, 26, 55) common-timing-cpp 32.334 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 12, 12, 2, 30, 19) fem-multicore-cpp 204.246 "Coloring mesh."
+(2013, 12, 12, 2, 32, 51) fem-assembly-cpp 152.168 "Assembly for various forms and backends"
+(2013, 12, 12, 2, 33, 5) fem-convergence-cpp 14.2041 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 12, 12, 2, 33, 7) fem-jit-python 0.0010679 "JIT compilation (in memory cache)"
+(2013, 12, 12, 2, 41, 9) mesh-refinement-cpp 19.9668 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 12, 12, 2, 41, 29) mesh-topology-cpp 19.8618 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 12, 12, 2, 41, 53) mesh-unitcube-cpp 24.2211 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 12, 12, 2, 42, 31) mesh-iteration-cpp 35.4919 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 12, 12, 2, 42, 52) function-evaluation-cpp 21.0819 "Evaluations of functions at arbitrary points."
+(2013, 12, 12, 2, 42, 52) function-evaluation-cpp 20.9472 "Evaluations of functions at arbitrary points."
+(2013, 12, 12, 2, 42, 56) function-extrapolation-python 3.47083 "BENCH:  1.05420804024"
+(2013, 12, 12, 2, 42, 56) function-extrapolation-python 1.05421 "BENCH:  1.05420804024"
+(2013, 12, 12, 2, 42, 58) function-interpolation-python 1.65233 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 12, 2, 42, 58) function-interpolation-python 0.972923 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 12, 2, 43, 23) la-vector-access-cpp 25.4816 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 12, 12, 2, 43, 50) la-vector-assignment-cpp 27.0991 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 12, 13, 2, 26, 53) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.092 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 13, 2, 27, 12) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6894 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 13, 2, 27, 29) geometry-bounding_box_tree_build-cpp 13.9437 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 12, 13, 2, 27, 57) common-progress-cpp 27.6664 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 12, 13, 2, 28, 28) common-timing-cpp 31.3424 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 12, 13, 2, 31, 52) fem-multicore-cpp 204.421 "Coloring mesh."
+(2013, 12, 13, 2, 34, 24) fem-assembly-cpp 151.759 "Assembly for various forms and backends"
+(2013, 12, 13, 2, 34, 38) fem-convergence-cpp 14.2198 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 12, 13, 2, 34, 40) fem-jit-python 0.0010488 "JIT compilation (in memory cache)"
+(2013, 12, 13, 2, 42, 42) mesh-refinement-cpp 20.0278 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 12, 13, 2, 43, 2) mesh-topology-cpp 19.8834 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 12, 13, 2, 43, 26) mesh-unitcube-cpp 24.2237 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 12, 13, 2, 44, 4) mesh-iteration-cpp 35.4878 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 12, 13, 2, 44, 26) function-evaluation-cpp 22.167 "Evaluations of functions at arbitrary points."
+(2013, 12, 13, 2, 44, 26) function-evaluation-cpp 22.0323 "Evaluations of functions at arbitrary points."
+(2013, 12, 13, 2, 44, 30) function-extrapolation-python 3.64889 "BENCH:  1.06616711617"
+(2013, 12, 13, 2, 44, 30) function-extrapolation-python 1.06617 "BENCH:  1.06616711617"
+(2013, 12, 13, 2, 44, 32) function-interpolation-python 1.65178 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 13, 2, 44, 32) function-interpolation-python 0.968548 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 13, 2, 44, 55) la-vector-access-cpp 23.4589 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 12, 13, 2, 45, 22) la-vector-assignment-cpp 27.0993 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 12, 14, 2, 33, 38) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0843 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 14, 2, 33, 57) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4994 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 14, 2, 34, 14) geometry-bounding_box_tree_build-cpp 13.9778 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 12, 14, 2, 34, 41) common-progress-cpp 27.6679 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 12, 14, 2, 35, 12) common-timing-cpp 31.059 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 12, 14, 2, 38, 37) fem-multicore-cpp 204.225 "Coloring mesh."
+(2013, 12, 14, 2, 41, 9) fem-assembly-cpp 152.584 "Assembly for various forms and backends"
+(2013, 12, 14, 2, 41, 23) fem-convergence-cpp 14.2123 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 12, 14, 2, 41, 25) fem-jit-python 0.00104721 "JIT compilation (in memory cache)"
+(2013, 12, 14, 2, 49, 27) mesh-refinement-cpp 19.9799 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 12, 14, 2, 49, 47) mesh-topology-cpp 19.8787 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 12, 14, 2, 50, 11) mesh-unitcube-cpp 24.1565 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 12, 14, 2, 50, 49) mesh-iteration-cpp 35.4932 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 12, 14, 2, 51, 10) function-evaluation-cpp 21.1028 "Evaluations of functions at arbitrary points."
+(2013, 12, 14, 2, 51, 10) function-evaluation-cpp 21.0007 "Evaluations of functions at arbitrary points."
+(2013, 12, 14, 2, 51, 13) function-extrapolation-python 3.41264 "BENCH:  1.04101395607"
+(2013, 12, 14, 2, 51, 13) function-extrapolation-python 1.04101 "BENCH:  1.04101395607"
+(2013, 12, 14, 2, 51, 15) function-interpolation-python 1.63382 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 14, 2, 51, 15) function-interpolation-python 0.961303 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 14, 2, 51, 38) la-vector-access-cpp 23.4369 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 12, 14, 2, 52, 8) la-vector-assignment-cpp 29.0137 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 12, 15, 2, 30, 0) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.1239 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 15, 2, 30, 20) geometry-bounding_box_tree_compute_closest_entity-cpp 15.7447 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 15, 2, 30, 36) geometry-bounding_box_tree_build-cpp 13.9429 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 12, 15, 2, 31, 4) common-progress-cpp 27.6675 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 12, 15, 2, 31, 35) common-timing-cpp 31.1223 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 12, 15, 2, 34, 59) fem-multicore-cpp 204.198 "Coloring mesh."
+(2013, 12, 15, 2, 37, 31) fem-assembly-cpp 152.254 "Assembly for various forms and backends"
+(2013, 12, 15, 2, 37, 46) fem-convergence-cpp 14.2229 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 12, 15, 2, 37, 48) fem-jit-python 0.0010452 "JIT compilation (in memory cache)"
+(2013, 12, 15, 2, 45, 48) mesh-refinement-cpp 20.0653 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 12, 15, 2, 46, 8) mesh-topology-cpp 19.9068 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 12, 15, 2, 46, 32) mesh-unitcube-cpp 24.1908 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 12, 15, 2, 47, 10) mesh-iteration-cpp 35.5202 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 12, 15, 2, 47, 32) function-evaluation-cpp 21.3665 "Evaluations of functions at arbitrary points."
+(2013, 12, 15, 2, 47, 32) function-evaluation-cpp 21.2652 "Evaluations of functions at arbitrary points."
+(2013, 12, 15, 2, 47, 35) function-extrapolation-python 3.58744 "BENCH:  1.03307199478"
+(2013, 12, 15, 2, 47, 35) function-extrapolation-python 1.03307 "BENCH:  1.03307199478"
+(2013, 12, 15, 2, 47, 37) function-interpolation-python 1.66843 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 15, 2, 47, 37) function-interpolation-python 0.981521 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 15, 2, 48, 1) la-vector-access-cpp 23.4565 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 12, 15, 2, 48, 28) la-vector-assignment-cpp 27.0971 "Assigning to vector of size 10000000 (100 repetitions)"
+(2013, 12, 16, 2, 27, 32) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.0753 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 16, 2, 27, 51) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5092 "Computed bounding box tree with 3145727 nodes for 1572864 entities."
+(2013, 12, 16, 2, 28, 8) geometry-bounding_box_tree_build-cpp 13.9193 "Computed bounding box tree with 25165823 nodes for 12582912 entities."
+(2013, 12, 16, 2, 28, 36) common-progress-cpp 27.6677 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2013, 12, 16, 2, 29, 7) common-timing-cpp 31.4475 "Timing access and registration of timings (10000000 repetitions)"
+(2013, 12, 16, 2, 32, 31) fem-multicore-cpp 203.899 "Coloring mesh."
+(2013, 12, 16, 2, 35, 3) fem-assembly-cpp 152.171 "Assembly for various forms and backends"
+(2013, 12, 16, 2, 35, 17) fem-convergence-cpp 14.1967 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2013, 12, 16, 2, 35, 19) fem-jit-python 0.0010586 "JIT compilation (in memory cache)"
+(2013, 12, 16, 2, 43, 20) mesh-refinement-cpp 20.0753 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2013, 12, 16, 2, 43, 40) mesh-topology-cpp 19.9107 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2013, 12, 16, 2, 44, 4) mesh-unitcube-cpp 24.209 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2013, 12, 16, 2, 44, 42) mesh-iteration-cpp 35.4916 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2013, 12, 16, 2, 45, 3) function-evaluation-cpp 21.0484 "Evaluations of functions at arbitrary points."
+(2013, 12, 16, 2, 45, 3) function-evaluation-cpp 20.9522 "Evaluations of functions at arbitrary points."
+(2013, 12, 16, 2, 45, 7) function-extrapolation-python 3.4461 "BENCH:  1.04169797897"
+(2013, 12, 16, 2, 45, 7) function-extrapolation-python 1.0417 "BENCH:  1.04169797897"
+(2013, 12, 16, 2, 45, 8) function-interpolation-python 1.66678 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 16, 2, 45, 8) function-interpolation-python 0.972675 "Computed bounding box tree with 111131 nodes for 55566 entities."
+(2013, 12, 16, 2, 45, 32) la-vector-access-cpp 23.4437 "Accessing vector of size 10000000 (100 repetitions)"
+(2013, 12, 16, 2, 45, 59) la-vector-assignment-cpp 27.0857 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 1, 15, 15, 37, 58) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9512 "BENCH 10.9512"
+(2014, 1, 15, 15, 38, 17) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2343 "Building point search tree to accelerate distance queries."
+(2014, 1, 15, 15, 38, 34) geometry-bounding_box_tree_build-cpp 14.2419 "BENCH 14.2419"
+(2014, 1, 15, 15, 39, 2) common-progress-cpp 27.9688 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 1, 15, 15, 39, 34) common-timing-cpp 32.4573 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 1, 15, 15, 42, 57) fem-multicore-cpp 203.19 "Coloring mesh."
+(2014, 1, 15, 15, 45, 25) fem-assembly-cpp 147.176 "Assembly for various forms and backends"
+(2014, 1, 15, 15, 45, 39) fem-convergence-cpp 14.1108 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 1, 15, 15, 45, 41) fem-jit-python 0.0010133 "JIT compilation (in memory cache)"
+(2014, 1, 15, 15, 53, 5) mesh-refinement-cpp 10.4608 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 1, 15, 15, 53, 27) mesh-topology-cpp 21.8558 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 1, 15, 15, 53, 51) mesh-unitcube-cpp 24.3154 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 1, 15, 15, 54, 37) mesh-iteration-cpp 43.5951 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 1, 15, 15, 54, 58) function-evaluation-cpp 20.9954 "Evaluations of functions at arbitrary points."
+(2014, 1, 15, 15, 54, 58) function-evaluation-cpp 20.9156 "Evaluations of functions at arbitrary points."
+(2014, 1, 15, 15, 55, 2) function-extrapolation-python 4.14469 "BENCH:  1.99085402489"
+(2014, 1, 15, 15, 55, 2) function-extrapolation-python 1.99085 "BENCH:  1.99085402489"
+(2014, 1, 15, 15, 55, 4) function-interpolation-python 1.48756 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 15, 15, 55, 4) function-interpolation-python 0.791098 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 15, 15, 55, 29) la-vector-access-cpp 25.4301 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 1, 15, 15, 55, 57) la-vector-assignment-cpp 27.1269 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 1, 16, 2, 25, 18) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0877 "BENCH 11.0877"
+(2014, 1, 16, 2, 25, 36) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0364 "Building point search tree to accelerate distance queries."
+(2014, 1, 16, 2, 25, 52) geometry-bounding_box_tree_build-cpp 13.9516 "BENCH 13.9516"
+(2014, 1, 16, 2, 26, 20) common-progress-cpp 27.6185 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 1, 16, 2, 26, 52) common-timing-cpp 32.1613 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 1, 16, 2, 30, 16) fem-multicore-cpp 203.767 "Coloring mesh."
+(2014, 1, 16, 2, 32, 46) fem-assembly-cpp 149.751 "Assembly for various forms and backends"
+(2014, 1, 16, 2, 33, 0) fem-convergence-cpp 14.1014 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 1, 16, 2, 33, 2) fem-jit-python 0.0010288 "JIT compilation (in memory cache)"
+(2014, 1, 16, 2, 40, 39) mesh-refinement-cpp 10.2775 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 1, 16, 2, 41, 1) mesh-topology-cpp 21.7882 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 1, 16, 2, 41, 25) mesh-unitcube-cpp 23.5057 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 1, 16, 2, 42, 3) mesh-iteration-cpp 35.5101 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 1, 16, 2, 42, 24) function-evaluation-cpp 20.939 "Evaluations of functions at arbitrary points."
+(2014, 1, 16, 2, 42, 24) function-evaluation-cpp 20.8532 "Evaluations of functions at arbitrary points."
+(2014, 1, 16, 2, 42, 28) function-extrapolation-python 4.12487 "BENCH:  2.00645303726"
+(2014, 1, 16, 2, 42, 28) function-extrapolation-python 2.00645 "BENCH:  2.00645303726"
+(2014, 1, 16, 2, 42, 29) function-interpolation-python 1.53639 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 16, 2, 42, 29) function-interpolation-python 0.840103 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 16, 2, 42, 56) la-vector-access-cpp 26.4941 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 1, 16, 2, 43, 30) la-vector-assignment-cpp 33.9831 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 1, 17, 2, 24, 56) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.2582 "BENCH 11.2582"
+(2014, 1, 17, 2, 25, 15) geometry-bounding_box_tree_compute_closest_entity-cpp 15.107 "Building point search tree to accelerate distance queries."
+(2014, 1, 17, 2, 25, 31) geometry-bounding_box_tree_build-cpp 13.9052 "BENCH 13.9052"
+(2014, 1, 17, 2, 25, 59) common-progress-cpp 27.6181 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 1, 17, 2, 26, 31) common-timing-cpp 31.7952 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 1, 17, 2, 29, 54) fem-multicore-cpp 202.892 "Coloring mesh."
+(2014, 1, 17, 2, 32, 23) fem-assembly-cpp 148.945 "Assembly for various forms and backends"
+(2014, 1, 17, 2, 32, 37) fem-convergence-cpp 14.0928 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 1, 17, 2, 32, 39) fem-jit-python 0.00102639 "JIT compilation (in memory cache)"
+(2014, 1, 17, 2, 40, 10) mesh-refinement-cpp 10.2611 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 1, 17, 2, 40, 32) mesh-topology-cpp 21.6839 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 1, 17, 2, 40, 55) mesh-unitcube-cpp 23.4812 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 1, 17, 2, 41, 33) mesh-iteration-cpp 35.6531 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 1, 17, 2, 41, 54) function-evaluation-cpp 20.9125 "Evaluations of functions at arbitrary points."
+(2014, 1, 17, 2, 41, 54) function-evaluation-cpp 20.8323 "Evaluations of functions at arbitrary points."
+(2014, 1, 17, 2, 41, 59) function-extrapolation-python 4.17272 "BENCH:  2.01546216011"
+(2014, 1, 17, 2, 41, 59) function-extrapolation-python 2.01546 "BENCH:  2.01546216011"
+(2014, 1, 17, 2, 42, 0) function-interpolation-python 1.53046 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 17, 2, 42, 0) function-interpolation-python 0.839257 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 17, 2, 42, 27) la-vector-access-cpp 26.5073 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 1, 17, 2, 43, 0) la-vector-assignment-cpp 33.9273 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 1, 18, 2, 39, 6) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.4363 "BENCH 11.4363"
+(2014, 1, 18, 2, 39, 25) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0315 "Building point search tree to accelerate distance queries."
+(2014, 1, 18, 2, 39, 41) geometry-bounding_box_tree_build-cpp 13.9031 "BENCH 13.9031"
+(2014, 1, 18, 2, 40, 9) common-progress-cpp 27.6186 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 1, 18, 2, 40, 41) common-timing-cpp 32.4759 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 1, 18, 2, 44, 4) fem-multicore-cpp 202.98 "Coloring mesh."
+(2014, 1, 18, 2, 46, 33) fem-assembly-cpp 148.112 "Assembly for various forms and backends"
+(2014, 1, 18, 2, 46, 47) fem-convergence-cpp 14.0864 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 1, 18, 2, 46, 48) fem-jit-python 0.00102012 "JIT compilation (in memory cache)"
+(2014, 1, 18, 2, 54, 21) mesh-refinement-cpp 10.2569 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 1, 18, 2, 54, 43) mesh-topology-cpp 21.8375 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 1, 18, 2, 55, 7) mesh-unitcube-cpp 23.6159 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 1, 18, 2, 55, 45) mesh-iteration-cpp 35.4824 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 1, 18, 2, 56, 6) function-evaluation-cpp 20.9861 "Evaluations of functions at arbitrary points."
+(2014, 1, 18, 2, 56, 6) function-evaluation-cpp 20.8708 "Evaluations of functions at arbitrary points."
+(2014, 1, 18, 2, 56, 10) function-extrapolation-python 4.13156 "BENCH:  2.00491189957"
+(2014, 1, 18, 2, 56, 10) function-extrapolation-python 2.00491 "BENCH:  2.00491189957"
+(2014, 1, 18, 2, 56, 11) function-interpolation-python 1.53641 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 18, 2, 56, 11) function-interpolation-python 0.847156 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 18, 2, 56, 36) la-vector-access-cpp 24.8002 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 1, 18, 2, 57, 10) la-vector-assignment-cpp 33.9716 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 1, 19, 2, 37, 7) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.6788 "BENCH 11.6788"
+(2014, 1, 19, 2, 37, 26) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1043 "Building point search tree to accelerate distance queries."
+(2014, 1, 19, 2, 37, 42) geometry-bounding_box_tree_build-cpp 13.9194 "BENCH 13.9194"
+(2014, 1, 19, 2, 38, 10) common-progress-cpp 27.6183 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 1, 19, 2, 38, 42) common-timing-cpp 31.8808 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 1, 19, 2, 42, 5) fem-multicore-cpp 203.021 "Coloring mesh."
+(2014, 1, 19, 2, 44, 33) fem-assembly-cpp 148.626 "Assembly for various forms and backends"
+(2014, 1, 19, 2, 44, 48) fem-convergence-cpp 14.0958 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 1, 19, 2, 44, 49) fem-jit-python 0.0010247 "JIT compilation (in memory cache)"
+(2014, 1, 19, 2, 52, 25) mesh-refinement-cpp 10.2562 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 1, 19, 2, 52, 47) mesh-topology-cpp 21.8621 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 1, 19, 2, 53, 10) mesh-unitcube-cpp 23.576 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 1, 19, 2, 53, 48) mesh-iteration-cpp 35.4844 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 1, 19, 2, 54, 9) function-evaluation-cpp 20.9459 "Evaluations of functions at arbitrary points."
+(2014, 1, 19, 2, 54, 9) function-evaluation-cpp 20.8395 "Evaluations of functions at arbitrary points."
+(2014, 1, 19, 2, 54, 13) function-extrapolation-python 4.13796 "BENCH:  2.00580501556"
+(2014, 1, 19, 2, 54, 13) function-extrapolation-python 2.00581 "BENCH:  2.00580501556"
+(2014, 1, 19, 2, 54, 15) function-interpolation-python 1.53034 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 19, 2, 54, 15) function-interpolation-python 0.839177 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 19, 2, 54, 40) la-vector-access-cpp 24.8406 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 1, 19, 2, 55, 14) la-vector-assignment-cpp 33.9841 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 1, 20, 2, 38, 47) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1122 "BENCH 11.1122"
+(2014, 1, 20, 2, 39, 6) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3124 "Building point search tree to accelerate distance queries."
+(2014, 1, 20, 2, 39, 22) geometry-bounding_box_tree_build-cpp 14.0116 "BENCH 14.0116"
+(2014, 1, 20, 2, 39, 50) common-progress-cpp 27.6524 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 1, 20, 2, 40, 19) common-timing-cpp 29.2958 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 1, 20, 2, 43, 42) fem-multicore-cpp 202.767 "Coloring mesh."
+(2014, 1, 20, 2, 46, 11) fem-assembly-cpp 148.565 "Assembly for various forms and backends"
+(2014, 1, 20, 2, 46, 25) fem-convergence-cpp 14.0867 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 1, 20, 2, 46, 27) fem-jit-python 0.0010318 "JIT compilation (in memory cache)"
+(2014, 1, 20, 2, 54, 0) mesh-refinement-cpp 10.2603 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 1, 20, 2, 54, 22) mesh-topology-cpp 21.6092 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 1, 20, 2, 54, 45) mesh-unitcube-cpp 23.594 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 1, 20, 2, 55, 23) mesh-iteration-cpp 35.4787 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 1, 20, 2, 55, 44) function-evaluation-cpp 20.9903 "Evaluations of functions at arbitrary points."
+(2014, 1, 20, 2, 55, 44) function-evaluation-cpp 20.8859 "Evaluations of functions at arbitrary points."
+(2014, 1, 20, 2, 55, 48) function-extrapolation-python 4.15949 "BENCH:  2.01744294167"
+(2014, 1, 20, 2, 55, 48) function-extrapolation-python 2.01744 "BENCH:  2.01744294167"
+(2014, 1, 20, 2, 55, 50) function-interpolation-python 1.50444 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 20, 2, 55, 50) function-interpolation-python 0.812313 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 20, 2, 56, 20) la-vector-access-cpp 29.9914 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 1, 20, 2, 56, 52) la-vector-assignment-cpp 31.9187 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 1, 21, 2, 40, 23) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9924 "BENCH 10.9924"
+(2014, 1, 21, 2, 40, 41) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2025 "Building point search tree to accelerate distance queries."
+(2014, 1, 21, 2, 40, 58) geometry-bounding_box_tree_build-cpp 14.0279 "BENCH 14.0279"
+(2014, 1, 21, 2, 41, 26) common-progress-cpp 27.6549 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 1, 21, 2, 41, 55) common-timing-cpp 29.7597 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 1, 21, 2, 45, 20) fem-multicore-cpp 204.834 "Coloring mesh."
+(2014, 1, 21, 2, 47, 48) fem-assembly-cpp 147.535 "Assembly for various forms and backends"
+(2014, 1, 21, 2, 48, 2) fem-convergence-cpp 14.0709 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 1, 21, 2, 48, 4) fem-jit-python 0.0010221 "JIT compilation (in memory cache)"
+(2014, 1, 21, 2, 55, 39) mesh-refinement-cpp 10.3604 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 1, 21, 2, 56, 1) mesh-topology-cpp 22.1511 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 1, 21, 2, 56, 26) mesh-unitcube-cpp 24.591 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 1, 21, 2, 57, 13) mesh-iteration-cpp 44.1666 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 1, 21, 2, 57, 34) function-evaluation-cpp 21.5867 "Evaluations of functions at arbitrary points."
+(2014, 1, 21, 2, 57, 34) function-evaluation-cpp 21.4917 "Evaluations of functions at arbitrary points."
+(2014, 1, 21, 2, 57, 38) function-extrapolation-python 4.29282 "BENCH:  2.00982284546"
+(2014, 1, 21, 2, 57, 38) function-extrapolation-python 2.00982 "BENCH:  2.00982284546"
+(2014, 1, 21, 2, 57, 40) function-interpolation-python 1.48564 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 21, 2, 57, 40) function-interpolation-python 0.798807 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 21, 2, 58, 7) la-vector-access-cpp 26.9942 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 1, 21, 2, 58, 43) la-vector-assignment-cpp 35.9288 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 1, 22, 2, 26, 10) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0606 "BENCH 11.0606"
+(2014, 1, 22, 2, 26, 29) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2837 "Building point search tree to accelerate distance queries."
+(2014, 1, 22, 2, 26, 45) geometry-bounding_box_tree_build-cpp 13.903 "BENCH 13.903"
+(2014, 1, 22, 2, 27, 13) common-progress-cpp 27.6164 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 1, 22, 2, 27, 44) common-timing-cpp 30.884 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 1, 22, 2, 31, 12) fem-multicore-cpp 208.191 "Coloring mesh."
+(2014, 1, 22, 2, 33, 45) fem-assembly-cpp 152.808 "Assembly for various forms and backends"
+(2014, 1, 22, 2, 33, 59) fem-convergence-cpp 14.09 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 1, 22, 2, 34, 1) fem-jit-python 0.00102119 "JIT compilation (in memory cache)"
+(2014, 1, 22, 2, 41, 34) mesh-refinement-cpp 10.376 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 1, 22, 2, 41, 56) mesh-topology-cpp 21.7187 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 1, 22, 2, 42, 20) mesh-unitcube-cpp 24.4275 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 1, 22, 2, 42, 58) mesh-iteration-cpp 35.5339 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 1, 22, 2, 43, 20) function-evaluation-cpp 21.0845 "Evaluations of functions at arbitrary points."
+(2014, 1, 22, 2, 43, 20) function-evaluation-cpp 20.9691 "Evaluations of functions at arbitrary points."
+(2014, 1, 22, 2, 43, 24) function-extrapolation-python 4.10016 "BENCH:  2.01358008385"
+(2014, 1, 22, 2, 43, 24) function-extrapolation-python 2.01358 "BENCH:  2.01358008385"
+(2014, 1, 22, 2, 43, 25) function-interpolation-python 1.49253 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 22, 2, 43, 25) function-interpolation-python 0.809683 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 22, 2, 43, 50) la-vector-access-cpp 24.8502 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 1, 22, 2, 44, 22) la-vector-assignment-cpp 31.9205 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 1, 23, 2, 28, 13) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0559 "BENCH 11.0559"
+(2014, 1, 23, 2, 28, 32) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5543 "Building point search tree to accelerate distance queries."
+(2014, 1, 23, 2, 28, 48) geometry-bounding_box_tree_build-cpp 14.0371 "BENCH 14.0371"
+(2014, 1, 23, 2, 29, 16) common-progress-cpp 27.6591 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 1, 23, 2, 29, 48) common-timing-cpp 31.5902 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 1, 23, 2, 33, 17) fem-multicore-cpp 208.801 "Coloring mesh."
+(2014, 1, 23, 2, 35, 48) fem-assembly-cpp 151.335 "Assembly for various forms and backends"
+(2014, 1, 23, 2, 36, 2) fem-convergence-cpp 14.1213 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 1, 23, 2, 36, 4) fem-jit-python 0.0010361 "JIT compilation (in memory cache)"
+(2014, 1, 23, 2, 43, 42) mesh-refinement-cpp 10.4052 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 1, 23, 2, 44, 4) mesh-topology-cpp 21.9404 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 1, 23, 2, 44, 28) mesh-unitcube-cpp 24.08 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 1, 23, 2, 45, 6) mesh-iteration-cpp 35.4865 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 1, 23, 2, 45, 27) function-evaluation-cpp 21.0149 "Evaluations of functions at arbitrary points."
+(2014, 1, 23, 2, 45, 27) function-evaluation-cpp 20.9051 "Evaluations of functions at arbitrary points."
+(2014, 1, 23, 2, 45, 32) function-extrapolation-python 4.14087 "BENCH:  2.01658511162"
+(2014, 1, 23, 2, 45, 32) function-extrapolation-python 2.01659 "BENCH:  2.01658511162"
+(2014, 1, 23, 2, 45, 33) function-interpolation-python 1.49715 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 23, 2, 45, 33) function-interpolation-python 0.814686 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 23, 2, 46, 0) la-vector-access-cpp 27.0048 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 1, 23, 2, 46, 34) la-vector-assignment-cpp 33.4811 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 1, 24, 2, 33, 11) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0937 "BENCH 11.0937"
+(2014, 1, 24, 2, 33, 29) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9468 "Building point search tree to accelerate distance queries."
+(2014, 1, 24, 2, 33, 46) geometry-bounding_box_tree_build-cpp 13.9493 "BENCH 13.9493"
+(2014, 1, 24, 2, 34, 13) common-progress-cpp 27.6856 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 1, 24, 2, 34, 43) common-timing-cpp 29.9066 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 1, 24, 2, 38, 11) fem-multicore-cpp 208.396 "Coloring mesh."
+(2014, 1, 24, 2, 40, 42) fem-assembly-cpp 150.226 "Assembly for various forms and backends"
+(2014, 1, 24, 2, 40, 56) fem-convergence-cpp 14.1239 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 1, 24, 2, 40, 58) fem-jit-python 0.0010217 "JIT compilation (in memory cache)"
+(2014, 1, 24, 2, 48, 36) mesh-refinement-cpp 10.3527 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 1, 24, 2, 48, 57) mesh-topology-cpp 21.8798 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 1, 24, 2, 49, 21) mesh-unitcube-cpp 23.9441 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 1, 24, 2, 49, 59) mesh-iteration-cpp 35.487 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 1, 24, 2, 50, 20) function-evaluation-cpp 21.0412 "Evaluations of functions at arbitrary points."
+(2014, 1, 24, 2, 50, 20) function-evaluation-cpp 20.9227 "Evaluations of functions at arbitrary points."
+(2014, 1, 24, 2, 50, 25) function-extrapolation-python 4.13858 "BENCH:  2.02727198601"
+(2014, 1, 24, 2, 50, 25) function-extrapolation-python 2.02727 "BENCH:  2.02727198601"
+(2014, 1, 24, 2, 50, 26) function-interpolation-python 1.48759 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 24, 2, 50, 26) function-interpolation-python 0.796274 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 24, 2, 50, 53) la-vector-access-cpp 26.5933 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 1, 24, 2, 51, 26) la-vector-assignment-cpp 33.5474 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 1, 25, 2, 35, 17) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.9783 "BENCH 11.9783"
+(2014, 1, 25, 2, 35, 36) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3416 "Building point search tree to accelerate distance queries."
+(2014, 1, 25, 2, 35, 52) geometry-bounding_box_tree_build-cpp 13.8975 "BENCH 13.8975"
+(2014, 1, 25, 2, 36, 20) common-progress-cpp 27.6859 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 1, 25, 2, 36, 51) common-timing-cpp 30.7044 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 1, 25, 2, 40, 15) fem-multicore-cpp 204.228 "Coloring mesh."
+(2014, 1, 25, 2, 42, 41) fem-assembly-cpp 146.323 "Assembly for various forms and backends"
+(2014, 1, 25, 2, 42, 55) fem-convergence-cpp 14.0739 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 1, 25, 2, 42, 57) fem-jit-python 0.00102668 "JIT compilation (in memory cache)"
+(2014, 1, 25, 2, 50, 29) mesh-refinement-cpp 10.5274 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 1, 25, 2, 50, 51) mesh-topology-cpp 21.7013 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 1, 25, 2, 51, 15) mesh-unitcube-cpp 24.4922 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 1, 25, 2, 51, 53) mesh-iteration-cpp 35.5404 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 1, 25, 2, 52, 14) function-evaluation-cpp 21.0292 "Evaluations of functions at arbitrary points."
+(2014, 1, 25, 2, 52, 14) function-evaluation-cpp 20.9129 "Evaluations of functions at arbitrary points."
+(2014, 1, 25, 2, 52, 19) function-extrapolation-python 4.14919 "BENCH:  2.0251019001"
+(2014, 1, 25, 2, 52, 19) function-extrapolation-python 2.0251 "BENCH:  2.0251019001"
+(2014, 1, 25, 2, 52, 20) function-interpolation-python 1.50835 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 25, 2, 52, 20) function-interpolation-python 0.823975 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 25, 2, 52, 45) la-vector-access-cpp 24.9177 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 1, 25, 2, 53, 17) la-vector-assignment-cpp 31.951 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 1, 26, 2, 26, 2) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.9514 "BENCH 11.9514"
+(2014, 1, 26, 2, 26, 20) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2094 "Building point search tree to accelerate distance queries."
+(2014, 1, 26, 2, 26, 37) geometry-bounding_box_tree_build-cpp 13.9236 "BENCH 13.9236"
+(2014, 1, 26, 2, 27, 4) common-progress-cpp 27.626 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 1, 26, 2, 27, 36) common-timing-cpp 31.1299 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 1, 26, 2, 30, 59) fem-multicore-cpp 203.438 "Coloring mesh."
+(2014, 1, 26, 2, 33, 26) fem-assembly-cpp 147.075 "Assembly for various forms and backends"
+(2014, 1, 26, 2, 33, 40) fem-convergence-cpp 14.0641 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 1, 26, 2, 33, 42) fem-jit-python 0.00102148 "JIT compilation (in memory cache)"
+(2014, 1, 26, 2, 41, 15) mesh-refinement-cpp 10.5487 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 1, 26, 2, 41, 36) mesh-topology-cpp 21.6187 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 1, 26, 2, 42, 1) mesh-unitcube-cpp 24.4409 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 1, 26, 2, 42, 47) mesh-iteration-cpp 43.5822 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 1, 26, 2, 43, 8) function-evaluation-cpp 21.1064 "Evaluations of functions at arbitrary points."
+(2014, 1, 26, 2, 43, 8) function-evaluation-cpp 20.9909 "Evaluations of functions at arbitrary points."
+(2014, 1, 26, 2, 43, 12) function-extrapolation-python 4.14615 "BENCH:  2.01171588898"
+(2014, 1, 26, 2, 43, 12) function-extrapolation-python 2.01172 "BENCH:  2.01171588898"
+(2014, 1, 26, 2, 43, 13) function-interpolation-python 1.49893 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 26, 2, 43, 13) function-interpolation-python 0.81606 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 26, 2, 43, 38) la-vector-access-cpp 24.9007 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 1, 26, 2, 44, 10) la-vector-assignment-cpp 31.9596 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 1, 28, 2, 39, 49) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.96 "BENCH 11.96"
+(2014, 1, 28, 2, 40, 8) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9661 "Building point search tree to accelerate distance queries."
+(2014, 1, 28, 2, 40, 24) geometry-bounding_box_tree_build-cpp 13.9708 "BENCH 13.9708"
+(2014, 1, 28, 2, 40, 52) common-progress-cpp 27.6867 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 1, 28, 2, 41, 22) common-timing-cpp 29.7707 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 1, 28, 2, 43, 30) fem-multicore-cpp 128.187 "Coloring mesh."
+(2014, 1, 28, 2, 46, 0) fem-assembly-cpp 150.539 "Assembly for various forms and backends"
+(2014, 1, 28, 2, 46, 15) fem-convergence-cpp 14.1272 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 1, 28, 2, 46, 16) fem-jit-python 0.0010134 "JIT compilation (in memory cache)"
+(2014, 1, 28, 2, 53, 53) mesh-refinement-cpp 10.2192 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 1, 28, 2, 54, 15) mesh-topology-cpp 21.5145 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 1, 28, 2, 54, 38) mesh-unitcube-cpp 23.3338 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 1, 28, 2, 55, 16) mesh-iteration-cpp 35.5276 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 1, 28, 2, 55, 39) function-evaluation-cpp 22.5328 "Evaluations of functions at arbitrary points."
+(2014, 1, 28, 2, 55, 39) function-evaluation-cpp 22.4137 "Evaluations of functions at arbitrary points."
+(2014, 1, 28, 2, 55, 43) function-extrapolation-python 4.13268 "BENCH:  2.03891706467"
+(2014, 1, 28, 2, 55, 43) function-extrapolation-python 2.03892 "BENCH:  2.03891706467"
+(2014, 1, 28, 2, 55, 44) function-interpolation-python 1.51555 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 28, 2, 55, 44) function-interpolation-python 0.822274 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 28, 2, 56, 9) la-vector-access-cpp 24.7856 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 1, 28, 2, 56, 42) la-vector-assignment-cpp 32.9275 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 1, 29, 2, 26, 12) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.7165 "BENCH 11.7165"
+(2014, 1, 29, 2, 26, 31) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4288 "Building point search tree to accelerate distance queries."
+(2014, 1, 29, 2, 26, 47) geometry-bounding_box_tree_build-cpp 13.8807 "BENCH 13.8807"
+(2014, 1, 29, 2, 27, 15) common-progress-cpp 27.6539 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 1, 29, 2, 27, 47) common-timing-cpp 32.0411 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 1, 29, 2, 29, 55) fem-multicore-cpp 127.874 "Coloring mesh."
+(2014, 1, 29, 2, 32, 26) fem-assembly-cpp 151.082 "Assembly for various forms and backends"
+(2014, 1, 29, 2, 32, 40) fem-convergence-cpp 14.1306 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 1, 29, 2, 32, 42) fem-jit-python 0.00102539 "JIT compilation (in memory cache)"
+(2014, 1, 29, 2, 40, 15) mesh-refinement-cpp 10.3281 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 1, 29, 2, 40, 37) mesh-topology-cpp 21.5167 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 1, 29, 2, 41, 1) mesh-unitcube-cpp 24.4291 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 1, 29, 2, 41, 43) mesh-iteration-cpp 39.152 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 1, 29, 2, 42, 4) function-evaluation-cpp 21.0387 "Evaluations of functions at arbitrary points."
+(2014, 1, 29, 2, 42, 4) function-evaluation-cpp 20.9262 "Evaluations of functions at arbitrary points."
+(2014, 1, 29, 2, 42, 8) function-extrapolation-python 4.13379 "BENCH:  2.03488993645"
+(2014, 1, 29, 2, 42, 8) function-extrapolation-python 2.03489 "BENCH:  2.03488993645"
+(2014, 1, 29, 2, 42, 10) function-interpolation-python 1.51036 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 29, 2, 42, 10) function-interpolation-python 0.824071 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 29, 2, 42, 36) la-vector-access-cpp 25.9897 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 1, 29, 2, 43, 8) la-vector-assignment-cpp 32.2278 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 1, 30, 2, 39, 38) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.7523 "BENCH 11.7523"
+(2014, 1, 30, 2, 39, 57) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9561 "Building point search tree to accelerate distance queries."
+(2014, 1, 30, 2, 40, 13) geometry-bounding_box_tree_build-cpp 13.9674 "BENCH 13.9674"
+(2014, 1, 30, 2, 40, 41) common-progress-cpp 27.6539 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 1, 30, 2, 41, 11) common-timing-cpp 30.4635 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 1, 30, 2, 43, 21) fem-multicore-cpp 129.713 "Coloring mesh."
+(2014, 1, 30, 2, 45, 51) fem-assembly-cpp 150.233 "Assembly for various forms and backends"
+(2014, 1, 30, 2, 46, 6) fem-convergence-cpp 14.1467 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 1, 30, 2, 46, 7) fem-jit-python 0.0010371 "JIT compilation (in memory cache)"
+(2014, 1, 30, 2, 53, 46) mesh-refinement-cpp 10.3367 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 1, 30, 2, 54, 7) mesh-topology-cpp 21.3854 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 1, 30, 2, 54, 32) mesh-unitcube-cpp 24.7038 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 1, 30, 2, 55, 10) mesh-iteration-cpp 35.5132 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 1, 30, 2, 55, 31) function-evaluation-cpp 21.2958 "Evaluations of functions at arbitrary points."
+(2014, 1, 30, 2, 55, 31) function-evaluation-cpp 21.1892 "Evaluations of functions at arbitrary points."
+(2014, 1, 30, 2, 55, 35) function-extrapolation-python 4.21072 "BENCH:  2.02427196503"
+(2014, 1, 30, 2, 55, 35) function-extrapolation-python 2.02427 "BENCH:  2.02427196503"
+(2014, 1, 30, 2, 55, 37) function-interpolation-python 1.52789 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 30, 2, 55, 37) function-interpolation-python 0.839809 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 30, 2, 56, 2) la-vector-access-cpp 24.9087 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 1, 30, 2, 56, 34) la-vector-assignment-cpp 31.922 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 1, 31, 2, 26, 51) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1103 "BENCH 11.1103"
+(2014, 1, 31, 2, 27, 10) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2151 "Building point search tree to accelerate distance queries."
+(2014, 1, 31, 2, 27, 26) geometry-bounding_box_tree_build-cpp 13.9359 "BENCH 13.9359"
+(2014, 1, 31, 2, 27, 54) common-progress-cpp 27.6391 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 1, 31, 2, 28, 24) common-timing-cpp 30.7703 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 1, 31, 2, 30, 32) fem-multicore-cpp 127.927 "Coloring mesh."
+(2014, 1, 31, 2, 33, 0) fem-assembly-cpp 147.253 "Assembly for various forms and backends"
+(2014, 1, 31, 2, 33, 14) fem-convergence-cpp 14.1893 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 1, 31, 2, 33, 16) fem-jit-python 0.00102489 "JIT compilation (in memory cache)"
+(2014, 1, 31, 2, 40, 44) mesh-refinement-cpp 8.63186 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 1, 31, 2, 41, 5) mesh-topology-cpp 21.6185 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 1, 31, 2, 41, 29) mesh-unitcube-cpp 23.3489 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 1, 31, 2, 42, 15) mesh-iteration-cpp 44.1695 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 1, 31, 2, 42, 36) function-evaluation-cpp 20.989 "Evaluations of functions at arbitrary points."
+(2014, 1, 31, 2, 42, 36) function-evaluation-cpp 20.8714 "Evaluations of functions at arbitrary points."
+(2014, 1, 31, 2, 42, 40) function-extrapolation-python 4.20617 "BENCH:  2.03970885277"
+(2014, 1, 31, 2, 42, 40) function-extrapolation-python 2.03971 "BENCH:  2.03970885277"
+(2014, 1, 31, 2, 42, 42) function-interpolation-python 1.4866 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 31, 2, 42, 42) function-interpolation-python 0.812988 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 1, 31, 2, 43, 8) la-vector-access-cpp 26.4921 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 1, 31, 2, 43, 42) la-vector-assignment-cpp 33.4886 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 2, 1, 2, 27, 3) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.4747 "BENCH 11.4747"
+(2014, 2, 1, 2, 27, 22) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2751 "Building point search tree to accelerate distance queries."
+(2014, 2, 1, 2, 27, 38) geometry-bounding_box_tree_build-cpp 14.0163 "BENCH 14.0163"
+(2014, 2, 1, 2, 28, 6) common-progress-cpp 27.651 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 2, 1, 2, 28, 40) common-timing-cpp 34.5283 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 2, 1, 2, 30, 48) fem-multicore-cpp 127.399 "Coloring mesh."
+(2014, 2, 1, 2, 33, 16) fem-assembly-cpp 147.874 "Assembly for various forms and backends"
+(2014, 2, 1, 2, 33, 30) fem-convergence-cpp 14.1923 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 2, 1, 2, 33, 32) fem-jit-python 0.00102789 "JIT compilation (in memory cache)"
+(2014, 2, 1, 2, 41, 6) mesh-refinement-cpp 8.55332 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 2, 1, 2, 41, 28) mesh-topology-cpp 21.6848 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 2, 1, 2, 41, 51) mesh-unitcube-cpp 23.3207 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 2, 1, 2, 42, 29) mesh-iteration-cpp 35.4651 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 2, 1, 2, 42, 50) function-evaluation-cpp 20.9784 "Evaluations of functions at arbitrary points."
+(2014, 2, 1, 2, 42, 50) function-evaluation-cpp 20.8659 "Evaluations of functions at arbitrary points."
+(2014, 2, 1, 2, 42, 54) function-extrapolation-python 4.25899 "BENCH:  2.00344491005"
+(2014, 2, 1, 2, 42, 54) function-extrapolation-python 2.00344 "BENCH:  2.00344491005"
+(2014, 2, 1, 2, 42, 56) function-interpolation-python 1.50501 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 2, 1, 2, 42, 56) function-interpolation-python 0.824445 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 2, 1, 2, 43, 21) la-vector-access-cpp 24.9185 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 2, 1, 2, 43, 54) la-vector-assignment-cpp 33.4806 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 2, 2, 2, 25, 5) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1557 "BENCH 11.1557"
+(2014, 2, 2, 2, 25, 24) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2377 "Building point search tree to accelerate distance queries."
+(2014, 2, 2, 2, 25, 40) geometry-bounding_box_tree_build-cpp 13.9366 "BENCH 13.9366"
+(2014, 2, 2, 2, 26, 12) common-progress-cpp 31.4097 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 2, 2, 2, 26, 42) common-timing-cpp 30.9458 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 2, 2, 2, 28, 50) fem-multicore-cpp 127.615 "Coloring mesh."
+(2014, 2, 2, 2, 31, 17) fem-assembly-cpp 146.733 "Assembly for various forms and backends"
+(2014, 2, 2, 2, 31, 31) fem-convergence-cpp 14.1744 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 2, 2, 2, 31, 33) fem-jit-python 0.00103571 "JIT compilation (in memory cache)"
+(2014, 2, 2, 2, 39, 7) mesh-refinement-cpp 8.553 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 2, 2, 2, 39, 28) mesh-topology-cpp 21.5969 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 2, 2, 2, 39, 52) mesh-unitcube-cpp 23.2511 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 2, 2, 2, 40, 29) mesh-iteration-cpp 35.563 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 2, 2, 2, 40, 50) function-evaluation-cpp 20.9805 "Evaluations of functions at arbitrary points."
+(2014, 2, 2, 2, 40, 50) function-evaluation-cpp 20.8714 "Evaluations of functions at arbitrary points."
+(2014, 2, 2, 2, 40, 55) function-extrapolation-python 4.1105 "BENCH:  2.01057386398"
+(2014, 2, 2, 2, 40, 55) function-extrapolation-python 2.01057 "BENCH:  2.01057386398"
+(2014, 2, 2, 2, 40, 56) function-interpolation-python 1.48431 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 2, 2, 2, 40, 56) function-interpolation-python 0.808568 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 2, 2, 2, 41, 26) la-vector-access-cpp 30.0492 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 2, 2, 2, 42, 0) la-vector-assignment-cpp 33.4829 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 2, 3, 2, 35, 57) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.2224 "BENCH 11.2224"
+(2014, 2, 3, 2, 36, 16) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2988 "Building point search tree to accelerate distance queries."
+(2014, 2, 3, 2, 36, 32) geometry-bounding_box_tree_build-cpp 13.9391 "BENCH 13.9391"
+(2014, 2, 3, 2, 37, 0) common-progress-cpp 27.6434 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 2, 3, 2, 37, 31) common-timing-cpp 31.1442 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 2, 3, 2, 39, 40) fem-multicore-cpp 128.856 "Coloring mesh."
+(2014, 2, 3, 2, 42, 7) fem-assembly-cpp 147.219 "Assembly for various forms and backends"
+(2014, 2, 3, 2, 42, 21) fem-convergence-cpp 14.2224 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 2, 3, 2, 42, 23) fem-jit-python 0.00102181 "JIT compilation (in memory cache)"
+(2014, 2, 3, 2, 49, 57) mesh-refinement-cpp 8.57177 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 2, 3, 2, 50, 18) mesh-topology-cpp 21.5131 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 2, 3, 2, 50, 42) mesh-unitcube-cpp 23.2338 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 2, 3, 2, 51, 20) mesh-iteration-cpp 35.4699 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 2, 3, 2, 51, 41) function-evaluation-cpp 21.0771 "Evaluations of functions at arbitrary points."
+(2014, 2, 3, 2, 51, 41) function-evaluation-cpp 20.9471 "Evaluations of functions at arbitrary points."
+(2014, 2, 3, 2, 51, 45) function-extrapolation-python 4.13928 "BENCH:  2.02389383316"
+(2014, 2, 3, 2, 51, 45) function-extrapolation-python 2.02389 "BENCH:  2.02389383316"
+(2014, 2, 3, 2, 51, 46) function-interpolation-python 1.49282 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 2, 3, 2, 51, 46) function-interpolation-python 0.808365 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 2, 3, 2, 52, 11) la-vector-access-cpp 24.8726 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 2, 3, 2, 52, 45) la-vector-assignment-cpp 33.468 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 2, 4, 2, 27, 54) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1451 "BENCH 11.1451"
+(2014, 2, 4, 2, 28, 12) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3818 "Building point search tree to accelerate distance queries."
+(2014, 2, 4, 2, 28, 29) geometry-bounding_box_tree_build-cpp 13.9423 "BENCH 13.9423"
+(2014, 2, 4, 2, 29, 0) common-progress-cpp 31.407 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 2, 4, 2, 29, 31) common-timing-cpp 30.8856 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 2, 4, 2, 31, 40) fem-multicore-cpp 128.476 "Coloring mesh."
+(2014, 2, 4, 2, 34, 4) fem-assembly-cpp 144.421 "Assembly for various forms and backends"
+(2014, 2, 4, 2, 34, 18) fem-convergence-cpp 14.194 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 2, 4, 2, 34, 20) fem-jit-python 0.0010278 "JIT compilation (in memory cache)"
+(2014, 2, 4, 2, 41, 53) mesh-refinement-cpp 8.65397 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 2, 4, 2, 42, 14) mesh-topology-cpp 21.7049 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 2, 4, 2, 42, 38) mesh-unitcube-cpp 23.2986 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 2, 4, 2, 43, 17) mesh-iteration-cpp 36.4868 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 2, 4, 2, 43, 38) function-evaluation-cpp 21.0365 "Evaluations of functions at arbitrary points."
+(2014, 2, 4, 2, 43, 38) function-evaluation-cpp 20.9242 "Evaluations of functions at arbitrary points."
+(2014, 2, 4, 2, 43, 42) function-extrapolation-python 4.1236 "BENCH:  2.01024198532"
+(2014, 2, 4, 2, 43, 42) function-extrapolation-python 2.01024 "BENCH:  2.01024198532"
+(2014, 2, 4, 2, 43, 43) function-interpolation-python 1.50191 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 2, 4, 2, 43, 43) function-interpolation-python 0.806589 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 2, 4, 2, 44, 7) la-vector-access-cpp 23.8154 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 2, 4, 2, 44, 41) la-vector-assignment-cpp 33.9897 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 2, 5, 2, 32, 56) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0274 "BENCH 11.0274"
+(2014, 2, 5, 2, 33, 15) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2162 "Building point search tree to accelerate distance queries."
+(2014, 2, 5, 2, 33, 31) geometry-bounding_box_tree_build-cpp 13.9636 "BENCH 13.9636"
+(2014, 2, 5, 2, 33, 59) common-progress-cpp 27.6341 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 2, 5, 2, 34, 30) common-timing-cpp 31.2916 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 2, 5, 2, 36, 38) fem-multicore-cpp 128.404 "Coloring mesh."
+(2014, 2, 5, 2, 39, 3) fem-assembly-cpp 144.391 "Assembly for various forms and backends"
+(2014, 2, 5, 2, 39, 17) fem-convergence-cpp 14.1907 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 2, 5, 2, 39, 19) fem-jit-python 0.00102279 "JIT compilation (in memory cache)"
+(2014, 2, 5, 2, 46, 49) mesh-refinement-cpp 8.53868 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 2, 5, 2, 47, 11) mesh-topology-cpp 21.6395 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 2, 5, 2, 47, 34) mesh-unitcube-cpp 23.3238 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 2, 5, 2, 48, 12) mesh-iteration-cpp 35.469 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 2, 5, 2, 48, 34) function-evaluation-cpp 22.1981 "Evaluations of functions at arbitrary points."
+(2014, 2, 5, 2, 48, 34) function-evaluation-cpp 22.0708 "Evaluations of functions at arbitrary points."
+(2014, 2, 5, 2, 48, 38) function-extrapolation-python 4.17364 "BENCH:  1.99095797539"
+(2014, 2, 5, 2, 48, 38) function-extrapolation-python 1.99096 "BENCH:  1.99095797539"
+(2014, 2, 5, 2, 48, 40) function-interpolation-python 1.48685 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 2, 5, 2, 48, 40) function-interpolation-python 0.807773 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 2, 5, 2, 49, 5) la-vector-access-cpp 24.973 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 2, 5, 2, 49, 39) la-vector-assignment-cpp 34.0565 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 2, 6, 2, 30, 40) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0587 "BENCH 11.0587"
+(2014, 2, 6, 2, 30, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6703 "Building point search tree to accelerate distance queries."
+(2014, 2, 6, 2, 31, 16) geometry-bounding_box_tree_build-cpp 13.9458 "BENCH 13.9458"
+(2014, 2, 6, 2, 31, 43) common-progress-cpp 27.6536 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 2, 6, 2, 32, 14) common-timing-cpp 30.9606 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 2, 6, 2, 34, 21) fem-multicore-cpp 126.463 "Coloring mesh."
+(2014, 2, 6, 2, 36, 45) fem-assembly-cpp 144.437 "Assembly for various forms and backends"
+(2014, 2, 6, 2, 36, 59) fem-convergence-cpp 14.1005 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 2, 6, 2, 37, 1) fem-jit-python 0.00102301 "JIT compilation (in memory cache)"
+(2014, 2, 6, 2, 44, 32) mesh-refinement-cpp 8.58761 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 2, 6, 2, 44, 53) mesh-topology-cpp 21.5833 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 2, 6, 2, 45, 16) mesh-unitcube-cpp 23.3295 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 2, 6, 2, 45, 55) mesh-iteration-cpp 36.5064 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 2, 6, 2, 46, 16) function-evaluation-cpp 20.9848 "Evaluations of functions at arbitrary points."
+(2014, 2, 6, 2, 46, 16) function-evaluation-cpp 20.8777 "Evaluations of functions at arbitrary points."
+(2014, 2, 6, 2, 46, 20) function-extrapolation-python 4.1197 "BENCH:  2.01532387733"
+(2014, 2, 6, 2, 46, 20) function-extrapolation-python 2.01532 "BENCH:  2.01532387733"
+(2014, 2, 6, 2, 46, 22) function-interpolation-python 1.47883 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 2, 6, 2, 46, 22) function-interpolation-python 0.806746 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 2, 6, 2, 46, 48) la-vector-access-cpp 25.9954 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 2, 6, 2, 47, 22) la-vector-assignment-cpp 33.9801 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 2, 7, 2, 38, 50) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9128 "BENCH 10.9128"
+(2014, 2, 7, 2, 39, 9) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5373 "Building point search tree to accelerate distance queries."
+(2014, 2, 7, 2, 39, 26) geometry-bounding_box_tree_build-cpp 13.9607 "BENCH 13.9607"
+(2014, 2, 7, 2, 39, 53) common-progress-cpp 27.6483 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 2, 7, 2, 40, 26) common-timing-cpp 32.3849 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 2, 7, 2, 42, 33) fem-multicore-cpp 126.909 "Coloring mesh."
+(2014, 2, 7, 2, 45, 0) fem-assembly-cpp 147.615 "Assembly for various forms and backends"
+(2014, 2, 7, 2, 45, 14) fem-convergence-cpp 14.074 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 2, 7, 2, 45, 33) fem-jit-python 0.000377989 "JIT compilation (in memory cache)"
+(2014, 2, 7, 2, 53, 8) mesh-refinement-cpp 8.4859 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 2, 7, 2, 53, 29) mesh-topology-cpp 21.5361 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 2, 7, 2, 53, 52) mesh-unitcube-cpp 23.1907 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 2, 7, 2, 54, 30) mesh-iteration-cpp 35.4917 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 2, 7, 2, 54, 51) function-evaluation-cpp 20.9772 "Evaluations of functions at arbitrary points."
+(2014, 2, 7, 2, 54, 51) function-evaluation-cpp 20.8695 "Evaluations of functions at arbitrary points."
+(2014, 2, 7, 2, 55, 44) function-extrapolation-python 52.572 "Calling FFC just-in-time (JIT) compiler, this may take some time."
+(2014, 2, 7, 2, 55, 44) function-extrapolation-python 2.01246 "Calling FFC just-in-time (JIT) compiler, this may take some time."
+(2014, 2, 7, 2, 55, 45) function-interpolation-python 1.48531 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 2, 7, 2, 55, 45) function-interpolation-python 0.799276 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 2, 7, 2, 56, 10) la-vector-access-cpp 24.7867 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 2, 7, 2, 56, 42) la-vector-assignment-cpp 32.4186 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 2, 8, 2, 27, 24) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0254 "BENCH 11.0254"
+(2014, 2, 8, 2, 27, 43) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2307 "Building point search tree to accelerate distance queries."
+(2014, 2, 8, 2, 28, 0) geometry-bounding_box_tree_build-cpp 13.9672 "BENCH 13.9672"
+(2014, 2, 8, 2, 28, 27) common-progress-cpp 27.6139 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 2, 8, 2, 28, 56) common-timing-cpp 29.2142 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 2, 8, 2, 31, 2) fem-multicore-cpp 126.11 "Coloring mesh."
+(2014, 2, 8, 2, 33, 27) fem-assembly-cpp 144.201 "Assembly for various forms and backends"
+(2014, 2, 8, 2, 33, 41) fem-convergence-cpp 14.0413 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 2, 8, 2, 33, 43) fem-jit-python 0.000353193 "JIT compilation (in memory cache)"
+(2014, 2, 8, 2, 41, 18) mesh-refinement-cpp 8.50042 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 2, 8, 2, 41, 40) mesh-topology-cpp 21.9878 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 2, 8, 2, 42, 3) mesh-unitcube-cpp 23 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 2, 8, 2, 42, 45) mesh-iteration-cpp 39.119 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 2, 8, 2, 43, 6) function-evaluation-cpp 20.9739 "Evaluations of functions at arbitrary points."
+(2014, 2, 8, 2, 43, 6) function-evaluation-cpp 20.8693 "Evaluations of functions at arbitrary points."
+(2014, 2, 8, 2, 43, 10) function-extrapolation-python 4.12897 "BENCH:  2.01829910278"
+(2014, 2, 8, 2, 43, 10) function-extrapolation-python 2.0183 "BENCH:  2.01829910278"
+(2014, 2, 8, 2, 43, 11) function-interpolation-python 1.48256 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 2, 8, 2, 43, 11) function-interpolation-python 0.79725 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 2, 8, 2, 43, 38) la-vector-access-cpp 27.0878 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 2, 8, 2, 44, 11) la-vector-assignment-cpp 32.4739 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 7, 2, 10, 18, 21) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.3047 "BENCH 11.3047"
+(2014, 7, 2, 10, 18, 39) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2294 "Building point search tree to accelerate distance queries."
+(2014, 7, 2, 10, 18, 57) geometry-bounding_box_tree_build-cpp 14.4811 "BENCH 14.4811"
+(2014, 7, 2, 10, 19, 25) common-progress-cpp 28.0973 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 7, 2, 10, 19, 56) common-timing-cpp 31.0175 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 7, 2, 10, 21, 30) fem-convergence-cpp 3.95093 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 7, 2, 10, 21, 32) fem-jit-python 0.000343704 "JIT compilation (in memory cache)"
+(2014, 7, 2, 10, 46, 4) mesh-refinement-cpp 8.59842 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 7, 2, 10, 46, 27) mesh-topology-cpp 22.6657 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 7, 2, 10, 46, 50) mesh-unitcube-cpp 23.4783 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 7, 2, 10, 47, 32) mesh-iteration-cpp 39.2779 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 7, 2, 10, 47, 55) function-evaluation-cpp 23.3481 "Evaluations of functions at arbitrary points."
+(2014, 7, 2, 10, 47, 55) function-evaluation-cpp 23.2492 "Evaluations of functions at arbitrary points."
+(2014, 7, 2, 10, 48, 0) function-extrapolation-python 4.62164 "Size of local-to-local: 10431"
+(2014, 7, 2, 10, 48, 0) function-extrapolation-python 2.0234 "Size of local-to-local: 10431"
+(2014, 7, 2, 10, 48, 2) function-interpolation-python 1.89533 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 7, 2, 10, 48, 2) function-interpolation-python 0.907394 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 7, 2, 10, 50, 17) la-vector-access-cpp 134.991 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 7, 2, 10, 50, 49) la-vector-assignment-cpp 32.112 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 7, 3, 1, 26, 47) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.3127 "BENCH 11.3127"
+(2014, 7, 3, 1, 27, 5) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0643 "Building point search tree to accelerate distance queries."
+(2014, 7, 3, 1, 27, 22) geometry-bounding_box_tree_build-cpp 13.9784 "BENCH 13.9784"
+(2014, 7, 3, 1, 27, 49) common-progress-cpp 27.6228 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 7, 3, 1, 28, 18) common-timing-cpp 28.8784 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 7, 3, 1, 29, 50) fem-convergence-cpp 3.91488 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 7, 3, 1, 29, 52) fem-jit-python 0.000348091 "JIT compilation (in memory cache)"
+(2014, 7, 3, 5, 6, 33) mesh-refinement-cpp 8.84145 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 7, 3, 5, 6, 56) mesh-topology-cpp 22.7719 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 7, 3, 5, 7, 19) mesh-unitcube-cpp 23.5724 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 7, 3, 5, 8, 1) mesh-iteration-cpp 39.1655 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 7, 3, 5, 8, 24) function-evaluation-cpp 22.8668 "Evaluations of functions at arbitrary points."
+(2014, 7, 3, 5, 8, 24) function-evaluation-cpp 22.768 "Evaluations of functions at arbitrary points."
+(2014, 7, 3, 5, 8, 29) function-extrapolation-python 4.7125 "Size of local-to-local: 10431"
+(2014, 7, 3, 5, 8, 29) function-extrapolation-python 2.04281 "Size of local-to-local: 10431"
+(2014, 7, 3, 5, 8, 31) function-interpolation-python 1.90006 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 7, 3, 5, 8, 31) function-interpolation-python 0.899753 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 7, 3, 5, 10, 44) la-vector-access-cpp 133.643 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 7, 3, 5, 11, 16) la-vector-assignment-cpp 32.0402 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 7, 4, 1, 29, 1) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.3187 "BENCH 11.3187"
+(2014, 7, 4, 1, 29, 20) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1377 "Building point search tree to accelerate distance queries."
+(2014, 7, 4, 1, 29, 36) geometry-bounding_box_tree_build-cpp 13.9265 "BENCH 13.9265"
+(2014, 7, 4, 1, 30, 4) common-progress-cpp 27.6636 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 7, 4, 1, 30, 32) common-timing-cpp 28.4233 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 7, 4, 1, 32, 5) fem-convergence-cpp 3.90253 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 7, 4, 1, 32, 6) fem-jit-python 0.000353599 "JIT compilation (in memory cache)"
+(2014, 7, 4, 2, 11, 56) mesh-refinement-cpp 8.58864 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 7, 4, 2, 12, 19) mesh-topology-cpp 22.5968 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 7, 4, 2, 12, 43) mesh-unitcube-cpp 23.5129 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 7, 4, 2, 13, 24) mesh-iteration-cpp 39.1708 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 7, 4, 2, 13, 47) function-evaluation-cpp 22.6914 "Evaluations of functions at arbitrary points."
+(2014, 7, 4, 2, 13, 47) function-evaluation-cpp 22.5926 "Evaluations of functions at arbitrary points."
+(2014, 7, 4, 2, 13, 52) function-extrapolation-python 4.46566 "Size of local-to-local: 10431"
+(2014, 7, 4, 2, 13, 52) function-extrapolation-python 2.04701 "Size of local-to-local: 10431"
+(2014, 7, 4, 2, 13, 53) function-interpolation-python 1.8706 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 7, 4, 2, 13, 53) function-interpolation-python 0.90085 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 7, 4, 2, 16, 7) la-vector-access-cpp 133.399 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 7, 4, 2, 16, 39) la-vector-assignment-cpp 32.0477 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 7, 5, 1, 26, 46) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.6891 "BENCH 11.6891"
+(2014, 7, 5, 1, 27, 5) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0682 "Building point search tree to accelerate distance queries."
+(2014, 7, 5, 1, 27, 21) geometry-bounding_box_tree_build-cpp 13.9382 "BENCH 13.9382"
+(2014, 7, 5, 1, 27, 49) common-progress-cpp 27.6574 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 7, 5, 1, 28, 18) common-timing-cpp 29.2292 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 7, 5, 1, 29, 50) fem-convergence-cpp 3.86247 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 7, 5, 1, 29, 52) fem-jit-python 0.000353193 "JIT compilation (in memory cache)"
+(2014, 7, 5, 5, 4, 43) mesh-refinement-cpp 8.96663 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 7, 5, 5, 5, 6) mesh-topology-cpp 22.5666 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 7, 5, 5, 5, 29) mesh-unitcube-cpp 23.4949 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 7, 5, 5, 6, 11) mesh-iteration-cpp 39.1615 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 7, 5, 5, 6, 34) function-evaluation-cpp 22.6459 "Evaluations of functions at arbitrary points."
+(2014, 7, 5, 5, 6, 34) function-evaluation-cpp 22.5423 "Evaluations of functions at arbitrary points."
+(2014, 7, 5, 5, 6, 38) function-extrapolation-python 4.68126 "Size of local-to-local: 10431"
+(2014, 7, 5, 5, 6, 38) function-extrapolation-python 2.0386 "Size of local-to-local: 10431"
+(2014, 7, 5, 5, 6, 40) function-interpolation-python 1.89517 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 7, 5, 5, 6, 40) function-interpolation-python 0.912955 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 7, 5, 5, 8, 56) la-vector-access-cpp 136.108 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 7, 5, 5, 9, 29) la-vector-assignment-cpp 33.067 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 7, 6, 1, 21, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.2509 "BENCH 11.2509"
+(2014, 7, 6, 1, 22, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1458 "Building point search tree to accelerate distance queries."
+(2014, 7, 6, 1, 22, 18) geometry-bounding_box_tree_build-cpp 13.9784 "BENCH 13.9784"
+(2014, 7, 6, 1, 22, 45) common-progress-cpp 27.6584 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 7, 6, 1, 23, 14) common-timing-cpp 28.7272 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 7, 6, 1, 24, 47) fem-convergence-cpp 3.92311 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 7, 6, 1, 24, 49) fem-jit-python 0.000357008 "JIT compilation (in memory cache)"
+(2014, 7, 6, 5, 9, 58) mesh-refinement-cpp 9.06574 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 7, 6, 5, 10, 22) mesh-topology-cpp 23.2399 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 7, 6, 5, 10, 46) mesh-unitcube-cpp 23.7118 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 7, 6, 5, 11, 27) mesh-iteration-cpp 39.1798 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 7, 6, 5, 11, 50) function-evaluation-cpp 22.9826 "Evaluations of functions at arbitrary points."
+(2014, 7, 6, 5, 11, 50) function-evaluation-cpp 22.879 "Evaluations of functions at arbitrary points."
+(2014, 7, 6, 5, 11, 55) function-extrapolation-python 4.77623 "Size of local-to-local: 10431"
+(2014, 7, 6, 5, 11, 55) function-extrapolation-python 2.04514 "Size of local-to-local: 10431"
+(2014, 7, 6, 5, 11, 57) function-interpolation-python 1.8745 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 7, 6, 5, 11, 57) function-interpolation-python 0.891722 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 7, 6, 5, 14, 11) la-vector-access-cpp 133.554 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 7, 6, 5, 14, 43) la-vector-assignment-cpp 32.0162 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 7, 7, 1, 22, 11) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0498 "BENCH 11.0498"
+(2014, 7, 7, 1, 22, 30) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1739 "Building point search tree to accelerate distance queries."
+(2014, 7, 7, 1, 22, 46) geometry-bounding_box_tree_build-cpp 13.9542 "BENCH 13.9542"
+(2014, 7, 7, 1, 23, 14) common-progress-cpp 27.6619 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 7, 7, 1, 23, 44) common-timing-cpp 29.9119 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 7, 7, 1, 25, 16) fem-convergence-cpp 3.91938 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 7, 7, 1, 25, 18) fem-jit-python 0.000354791 "JIT compilation (in memory cache)"
+(2014, 7, 7, 4, 55, 21) mesh-refinement-cpp 8.70565 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 7, 7, 4, 55, 44) mesh-topology-cpp 22.221 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 7, 7, 4, 56, 7) mesh-unitcube-cpp 23.3569 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 7, 7, 4, 56, 46) mesh-iteration-cpp 36.2743 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 7, 7, 4, 57, 9) function-evaluation-cpp 23.5237 "Evaluations of functions at arbitrary points."
+(2014, 7, 7, 4, 57, 9) function-evaluation-cpp 23.4148 "Evaluations of functions at arbitrary points."
+(2014, 7, 7, 4, 57, 14) function-extrapolation-python 4.40324 "Size of local-to-local: 10431"
+(2014, 7, 7, 4, 57, 14) function-extrapolation-python 2.01151 "Size of local-to-local: 10431"
+(2014, 7, 7, 4, 57, 16) function-interpolation-python 1.83829 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 7, 7, 4, 57, 16) function-interpolation-python 0.872781 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 7, 7, 4, 59, 33) la-vector-access-cpp 137.597 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 7, 7, 5, 0, 5) la-vector-assignment-cpp 32.0332 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 8, 19, 11, 48, 14) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.077 "BENCH 11.077"
+(2014, 8, 19, 11, 48, 33) geometry-bounding_box_tree_compute_closest_entity-cpp 15.285 "Building point search tree to accelerate distance queries."
+(2014, 8, 19, 11, 48, 49) geometry-bounding_box_tree_build-cpp 14.1294 "BENCH 14.1294"
+(2014, 8, 19, 11, 49, 17) common-progress-cpp 27.6725 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 8, 19, 11, 49, 48) common-timing-cpp 31.2013 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 8, 19, 11, 51, 22) fem-convergence-cpp 3.86397 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 8, 19, 11, 51, 44) fem-jit-python 0.000450301 "JIT compilation (in memory cache)"
+(2014, 8, 19, 12, 8, 18) mesh-refinement-cpp 8.49906 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 8, 19, 12, 8, 40) mesh-topology-cpp 21.5914 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 8, 19, 12, 9, 4) mesh-unitcube-cpp 23.42 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 8, 19, 12, 9, 50) mesh-iteration-cpp 43.7055 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 8, 19, 12, 9, 50) function-evaluation-cpp 0.053781 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 8, 19, 12, 11, 2) function-extrapolation-python 71.9837 "Calling FFC just-in-time (JIT) compiler, this may take some time."
+(2014, 8, 19, 12, 11, 2) function-extrapolation-python 2.00071 "Calling FFC just-in-time (JIT) compiler, this may take some time."
+(2014, 8, 19, 12, 11, 10) function-interpolation-python 8.03047 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2014, 8, 19, 12, 11, 10) function-interpolation-python 0.913345 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2014, 8, 19, 12, 13, 41) la-vector-access-cpp 151.196 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 8, 19, 12, 14, 23) la-vector-assignment-cpp 42.1399 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 8, 20, 1, 8, 37) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8741 "BENCH 10.8741"
+(2014, 8, 20, 1, 8, 56) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9806 "Building point search tree to accelerate distance queries."
+(2014, 8, 20, 1, 9, 13) geometry-bounding_box_tree_build-cpp 14.1011 "BENCH 14.1011"
+(2014, 8, 20, 1, 9, 40) common-progress-cpp 27.8524 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 8, 20, 1, 10, 12) common-timing-cpp 31.1595 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 8, 20, 1, 11, 47) fem-convergence-cpp 3.9314 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 8, 20, 1, 11, 49) fem-jit-python 0.000422001 "JIT compilation (in memory cache)"
+(2014, 8, 20, 4, 19, 46) mesh-refinement-cpp 8.48749 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 8, 20, 4, 20, 8) mesh-topology-cpp 21.8703 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 8, 20, 4, 20, 31) mesh-unitcube-cpp 23.4506 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 8, 20, 4, 21, 10) mesh-iteration-cpp 36.0472 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 8, 20, 4, 21, 10) function-evaluation-cpp 0.0671489 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 8, 20, 4, 21, 16) function-extrapolation-python 5.95647 "BENCH:  1.99171614647"
+(2014, 8, 20, 4, 21, 16) function-extrapolation-python 1.99172 "BENCH:  1.99171614647"
+(2014, 8, 20, 4, 21, 18) function-interpolation-python 2.22188 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 20, 4, 21, 18) function-interpolation-python 0.894065 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 20, 4, 23, 56) la-vector-access-cpp 158.179 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 8, 20, 4, 24, 34) la-vector-assignment-cpp 38.0037 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 8, 21, 1, 8, 38) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0166 "BENCH 11.0166"
+(2014, 8, 21, 1, 8, 57) geometry-bounding_box_tree_compute_closest_entity-cpp 15.033 "Building point search tree to accelerate distance queries."
+(2014, 8, 21, 1, 9, 13) geometry-bounding_box_tree_build-cpp 14.1668 "BENCH 14.1668"
+(2014, 8, 21, 1, 9, 41) common-progress-cpp 27.9021 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 8, 21, 1, 10, 13) common-timing-cpp 31.4008 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 8, 21, 1, 11, 47) fem-convergence-cpp 3.86568 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 8, 21, 1, 11, 49) fem-jit-python 0.000415516 "JIT compilation (in memory cache)"
+(2014, 8, 21, 4, 25, 53) mesh-refinement-cpp 8.46743 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 8, 21, 4, 26, 15) mesh-topology-cpp 21.6883 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 8, 21, 4, 26, 38) mesh-unitcube-cpp 23.6333 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 8, 21, 4, 27, 17) mesh-iteration-cpp 36.0312 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 8, 21, 4, 27, 17) function-evaluation-cpp 0.07534 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 8, 21, 4, 27, 23) function-extrapolation-python 5.86548 "BENCH:  1.98863577843"
+(2014, 8, 21, 4, 27, 23) function-extrapolation-python 1.98864 "BENCH:  1.98863577843"
+(2014, 8, 21, 4, 27, 25) function-interpolation-python 2.22035 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 21, 4, 27, 25) function-interpolation-python 0.899141 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 21, 4, 30, 3) la-vector-access-cpp 158.174 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 8, 21, 4, 30, 41) la-vector-assignment-cpp 37.9964 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 8, 22, 1, 8, 48) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.904 "BENCH 10.904"
+(2014, 8, 22, 1, 9, 7) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2122 "Building point search tree to accelerate distance queries."
+(2014, 8, 22, 1, 9, 24) geometry-bounding_box_tree_build-cpp 13.9089 "BENCH 13.9089"
+(2014, 8, 22, 1, 9, 51) common-progress-cpp 27.6201 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 8, 22, 1, 10, 22) common-timing-cpp 31.2708 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 8, 22, 1, 11, 56) fem-convergence-cpp 3.80037 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 8, 22, 1, 11, 58) fem-jit-python 0.000435209 "JIT compilation (in memory cache)"
+(2014, 8, 22, 4, 19, 34) mesh-refinement-cpp 8.48611 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 8, 22, 4, 19, 56) mesh-topology-cpp 21.708 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 8, 22, 4, 20, 19) mesh-unitcube-cpp 23.3928 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 8, 22, 4, 20, 58) mesh-iteration-cpp 36.0517 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 8, 22, 4, 20, 58) function-evaluation-cpp 0.0837071 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 8, 22, 4, 21, 4) function-extrapolation-python 5.68663 "BENCH:  1.99803900719"
+(2014, 8, 22, 4, 21, 4) function-extrapolation-python 1.99804 "BENCH:  1.99803900719"
+(2014, 8, 22, 4, 21, 6) function-interpolation-python 2.21084 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 22, 4, 21, 6) function-interpolation-python 0.891272 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 22, 4, 23, 44) la-vector-access-cpp 158.212 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 8, 22, 4, 24, 22) la-vector-assignment-cpp 37.9906 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 8, 23, 1, 8, 38) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.929 "BENCH 10.929"
+(2014, 8, 23, 1, 8, 56) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9172 "Building point search tree to accelerate distance queries."
+(2014, 8, 23, 1, 9, 13) geometry-bounding_box_tree_build-cpp 14.3342 "BENCH 14.3342"
+(2014, 8, 23, 1, 9, 41) common-progress-cpp 27.874 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 8, 23, 1, 10, 12) common-timing-cpp 31.0914 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 8, 23, 1, 11, 47) fem-convergence-cpp 3.82958 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 8, 23, 1, 11, 48) fem-jit-python 0.000421405 "JIT compilation (in memory cache)"
+(2014, 8, 23, 4, 31, 9) mesh-refinement-cpp 8.4711 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 8, 23, 4, 31, 31) mesh-topology-cpp 21.6672 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 8, 23, 4, 31, 54) mesh-unitcube-cpp 23.4117 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 8, 23, 4, 32, 33) mesh-iteration-cpp 36.0319 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 8, 23, 4, 32, 33) function-evaluation-cpp 0.0753469 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 8, 23, 4, 32, 39) function-extrapolation-python 5.92421 "BENCH:  2.01829004288"
+(2014, 8, 23, 4, 32, 39) function-extrapolation-python 2.01829 "BENCH:  2.01829004288"
+(2014, 8, 23, 4, 32, 41) function-interpolation-python 2.21605 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 23, 4, 32, 41) function-interpolation-python 0.896607 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 23, 4, 35, 17) la-vector-access-cpp 156.218 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 8, 23, 4, 35, 55) la-vector-assignment-cpp 37.9969 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 8, 24, 1, 8, 39) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8986 "BENCH 10.8986"
+(2014, 8, 24, 1, 8, 57) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9513 "Building point search tree to accelerate distance queries."
+(2014, 8, 24, 1, 9, 14) geometry-bounding_box_tree_build-cpp 13.973 "BENCH 13.973"
+(2014, 8, 24, 1, 9, 42) common-progress-cpp 27.9071 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 8, 24, 1, 10, 12) common-timing-cpp 30.6658 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 8, 24, 1, 11, 47) fem-convergence-cpp 3.88126 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 8, 24, 1, 11, 48) fem-jit-python 0.000416899 "JIT compilation (in memory cache)"
+(2014, 8, 24, 4, 19, 1) mesh-refinement-cpp 8.43317 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 8, 24, 4, 19, 23) mesh-topology-cpp 21.7043 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 8, 24, 4, 19, 47) mesh-unitcube-cpp 23.4283 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 8, 24, 4, 20, 25) mesh-iteration-cpp 36.0563 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 8, 24, 4, 20, 25) function-evaluation-cpp 0.075469 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 8, 24, 4, 20, 31) function-extrapolation-python 5.66587 "BENCH:  1.98955583572"
+(2014, 8, 24, 4, 20, 31) function-extrapolation-python 1.98956 "BENCH:  1.98955583572"
+(2014, 8, 24, 4, 20, 33) function-interpolation-python 2.21552 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 24, 4, 20, 33) function-interpolation-python 0.895287 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 24, 4, 23, 11) la-vector-access-cpp 158.152 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 8, 24, 4, 23, 49) la-vector-assignment-cpp 38.0358 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 8, 25, 1, 8, 39) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9642 "BENCH 10.9642"
+(2014, 8, 25, 1, 8, 58) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3169 "Building point search tree to accelerate distance queries."
+(2014, 8, 25, 1, 9, 15) geometry-bounding_box_tree_build-cpp 14.0211 "BENCH 14.0211"
+(2014, 8, 25, 1, 9, 43) common-progress-cpp 27.8728 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 8, 25, 1, 10, 14) common-timing-cpp 31.9251 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 8, 25, 1, 11, 49) fem-convergence-cpp 3.83493 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 8, 25, 1, 11, 50) fem-jit-python 0.000431108 "JIT compilation (in memory cache)"
+(2014, 8, 25, 4, 23, 1) mesh-refinement-cpp 8.48825 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 8, 25, 4, 23, 23) mesh-topology-cpp 21.6512 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 8, 25, 4, 23, 47) mesh-unitcube-cpp 23.4021 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 8, 25, 4, 24, 25) mesh-iteration-cpp 36.028 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 8, 25, 4, 24, 25) function-evaluation-cpp 0.050108 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 8, 25, 4, 24, 31) function-extrapolation-python 5.76555 "BENCH:  2.00843095779"
+(2014, 8, 25, 4, 24, 31) function-extrapolation-python 2.00843 "BENCH:  2.00843095779"
+(2014, 8, 25, 4, 24, 33) function-interpolation-python 2.22132 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 25, 4, 24, 33) function-interpolation-python 0.892987 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 25, 4, 27, 10) la-vector-access-cpp 156.214 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 8, 25, 4, 27, 48) la-vector-assignment-cpp 37.9736 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 8, 26, 1, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8956 "BENCH 10.8956"
+(2014, 8, 26, 1, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1347 "Building point search tree to accelerate distance queries."
+(2014, 8, 26, 1, 9, 18) geometry-bounding_box_tree_build-cpp 14.1684 "BENCH 14.1684"
+(2014, 8, 26, 1, 9, 46) common-progress-cpp 27.8921 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 8, 26, 1, 10, 17) common-timing-cpp 30.9387 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 8, 26, 1, 11, 51) fem-convergence-cpp 3.81667 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 8, 26, 1, 11, 53) fem-jit-python 0.000411701 "JIT compilation (in memory cache)"
+(2014, 8, 26, 4, 29, 11) mesh-refinement-cpp 8.5057 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 8, 26, 4, 29, 33) mesh-topology-cpp 21.6696 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 8, 26, 4, 29, 57) mesh-unitcube-cpp 23.433 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 8, 26, 4, 30, 35) mesh-iteration-cpp 36.0279 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 8, 26, 4, 30, 35) function-evaluation-cpp 0.0584321 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 8, 26, 4, 30, 52) function-extrapolation-python 16.6677 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2014, 8, 26, 4, 30, 52) function-extrapolation-python 2.00544 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2014, 8, 26, 4, 31, 0) function-interpolation-python 7.6663 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2014, 8, 26, 4, 31, 0) function-interpolation-python 0.905526 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2014, 8, 26, 4, 33, 34) la-vector-access-cpp 154.256 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 8, 26, 4, 34, 16) la-vector-assignment-cpp 41.9977 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 8, 27, 1, 8, 50) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9746 "BENCH 10.9746"
+(2014, 8, 27, 1, 9, 9) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2658 "Building point search tree to accelerate distance queries."
+(2014, 8, 27, 1, 9, 25) geometry-bounding_box_tree_build-cpp 13.9547 "BENCH 13.9547"
+(2014, 8, 27, 1, 9, 53) common-progress-cpp 27.6262 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 8, 27, 1, 10, 24) common-timing-cpp 30.945 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 8, 27, 1, 11, 58) fem-convergence-cpp 3.82194 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 8, 27, 1, 12, 0) fem-jit-python 0.000418401 "JIT compilation (in memory cache)"
+(2014, 8, 27, 4, 24, 49) mesh-refinement-cpp 8.48804 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 8, 27, 4, 25, 11) mesh-topology-cpp 21.7373 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 8, 27, 4, 25, 34) mesh-unitcube-cpp 23.4172 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 8, 27, 4, 26, 13) mesh-iteration-cpp 36.1167 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 8, 27, 4, 26, 13) function-evaluation-cpp 0.0784979 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 8, 27, 4, 26, 19) function-extrapolation-python 6.42418 "BENCH:  2.09120702744"
+(2014, 8, 27, 4, 26, 19) function-extrapolation-python 2.09121 "BENCH:  2.09120702744"
+(2014, 8, 27, 4, 26, 22) function-interpolation-python 2.31158 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 27, 4, 26, 22) function-interpolation-python 0.946009 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 27, 4, 28, 57) la-vector-access-cpp 155.509 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 8, 27, 4, 29, 35) la-vector-assignment-cpp 37.9954 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 8, 28, 1, 8, 50) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0549 "BENCH 11.0549"
+(2014, 8, 28, 1, 9, 8) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1792 "Building point search tree to accelerate distance queries."
+(2014, 8, 28, 1, 9, 25) geometry-bounding_box_tree_build-cpp 14.3099 "BENCH 14.3099"
+(2014, 8, 28, 1, 9, 53) common-progress-cpp 27.888 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 8, 28, 1, 10, 24) common-timing-cpp 31.384 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 8, 28, 1, 11, 59) fem-convergence-cpp 3.88893 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 8, 28, 1, 12, 0) fem-jit-python 0.000419188 "JIT compilation (in memory cache)"
+(2014, 8, 28, 4, 27, 58) mesh-refinement-cpp 8.62345 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 8, 28, 4, 28, 20) mesh-topology-cpp 21.9155 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 8, 28, 4, 28, 44) mesh-unitcube-cpp 23.6162 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 8, 28, 4, 29, 22) mesh-iteration-cpp 36.2655 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 8, 28, 4, 29, 22) function-evaluation-cpp 0.0813129 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 8, 28, 4, 29, 29) function-extrapolation-python 6.01153 "BENCH:  2.04151010513"
+(2014, 8, 28, 4, 29, 29) function-extrapolation-python 2.04151 "BENCH:  2.04151010513"
+(2014, 8, 28, 4, 29, 31) function-interpolation-python 2.30388 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 28, 4, 29, 31) function-interpolation-python 0.919988 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 28, 4, 32, 7) la-vector-access-cpp 156.549 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 8, 28, 4, 32, 45) la-vector-assignment-cpp 37.9682 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 8, 29, 1, 8, 45) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9203 "BENCH 10.9203"
+(2014, 8, 29, 1, 9, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 14.8842 "Building point search tree to accelerate distance queries."
+(2014, 8, 29, 1, 9, 20) geometry-bounding_box_tree_build-cpp 13.9697 "BENCH 13.9697"
+(2014, 8, 29, 1, 9, 48) common-progress-cpp 27.8818 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 8, 29, 1, 10, 18) common-timing-cpp 30.6499 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 8, 29, 1, 11, 53) fem-convergence-cpp 3.85991 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 8, 29, 1, 12, 0) fem-jit-python 0.000456786 "JIT compilation (in memory cache)"
+(2014, 8, 29, 4, 22, 45) mesh-refinement-cpp 8.51531 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 8, 29, 4, 23, 7) mesh-topology-cpp 21.4879 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 8, 29, 4, 23, 30) mesh-unitcube-cpp 22.6354 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 8, 29, 4, 24, 8) mesh-iteration-cpp 35.5387 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 8, 29, 4, 24, 8) function-evaluation-cpp 0.0533762 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 8, 29, 4, 24, 14) function-extrapolation-python 5.93574 "BENCH:  2.02293300629"
+(2014, 8, 29, 4, 24, 14) function-extrapolation-python 2.02293 "BENCH:  2.02293300629"
+(2014, 8, 29, 4, 24, 16) function-interpolation-python 2.23636 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 29, 4, 24, 16) function-interpolation-python 0.87529 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 29, 4, 26, 58) la-vector-access-cpp 161.785 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 8, 29, 4, 27, 40) la-vector-assignment-cpp 42.0398 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 8, 30, 1, 8, 47) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9434 "BENCH 10.9434"
+(2014, 8, 30, 1, 9, 5) geometry-bounding_box_tree_compute_closest_entity-cpp 15.105 "Building point search tree to accelerate distance queries."
+(2014, 8, 30, 1, 9, 22) geometry-bounding_box_tree_build-cpp 14.0379 "BENCH 14.0379"
+(2014, 8, 30, 1, 9, 50) common-progress-cpp 27.8936 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 8, 30, 1, 10, 20) common-timing-cpp 30.3724 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 8, 30, 1, 11, 56) fem-convergence-cpp 3.87327 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 8, 30, 1, 11, 58) fem-jit-python 0.000426698 "JIT compilation (in memory cache)"
+(2014, 8, 30, 4, 24, 13) mesh-refinement-cpp 8.48145 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 8, 30, 4, 24, 35) mesh-topology-cpp 21.4934 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 8, 30, 4, 24, 58) mesh-unitcube-cpp 22.6508 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 8, 30, 4, 25, 36) mesh-iteration-cpp 35.5615 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 8, 30, 4, 25, 36) function-evaluation-cpp 0.0640409 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 8, 30, 4, 25, 42) function-extrapolation-python 5.94789 "BENCH:  2.00775980949"
+(2014, 8, 30, 4, 25, 42) function-extrapolation-python 2.00776 "BENCH:  2.00775980949"
+(2014, 8, 30, 4, 25, 44) function-interpolation-python 2.25067 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 30, 4, 25, 44) function-interpolation-python 0.904744 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 30, 4, 28, 22) la-vector-access-cpp 158.142 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 8, 30, 4, 29, 7) la-vector-assignment-cpp 44.2976 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 8, 31, 1, 8, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8723 "BENCH 10.8723"
+(2014, 8, 31, 1, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1068 "Building point search tree to accelerate distance queries."
+(2014, 8, 31, 1, 9, 17) geometry-bounding_box_tree_build-cpp 14.3833 "BENCH 14.3833"
+(2014, 8, 31, 1, 9, 45) common-progress-cpp 27.931 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 8, 31, 1, 10, 16) common-timing-cpp 31.0883 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 8, 31, 1, 11, 52) fem-convergence-cpp 3.86391 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 8, 31, 1, 11, 53) fem-jit-python 0.000422096 "JIT compilation (in memory cache)"
+(2014, 8, 31, 4, 30, 39) mesh-refinement-cpp 8.45525 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 8, 31, 4, 31, 1) mesh-topology-cpp 21.3585 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 8, 31, 4, 31, 24) mesh-unitcube-cpp 22.6825 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 8, 31, 4, 32, 2) mesh-iteration-cpp 35.5453 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 8, 31, 4, 32, 2) function-evaluation-cpp 0.053719 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 8, 31, 4, 32, 8) function-extrapolation-python 5.98229 "BENCH:  2.00886392593"
+(2014, 8, 31, 4, 32, 8) function-extrapolation-python 2.00886 "BENCH:  2.00886392593"
+(2014, 8, 31, 4, 32, 10) function-interpolation-python 2.21536 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 31, 4, 32, 10) function-interpolation-python 0.884962 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 8, 31, 4, 34, 47) la-vector-access-cpp 157.489 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 8, 31, 4, 35, 30) la-vector-assignment-cpp 42.0686 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 1, 1, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9115 "BENCH 10.9115"
+(2014, 9, 1, 1, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5028 "Building point search tree to accelerate distance queries."
+(2014, 9, 1, 1, 9, 17) geometry-bounding_box_tree_build-cpp 14.195 "BENCH 14.195"
+(2014, 9, 1, 1, 9, 45) common-progress-cpp 27.8993 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 1, 1, 10, 16) common-timing-cpp 31.0683 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 1, 1, 11, 52) fem-convergence-cpp 3.83639 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 1, 1, 11, 53) fem-jit-python 0.000415611 "JIT compilation (in memory cache)"
+(2014, 9, 1, 4, 47, 2) mesh-refinement-cpp 8.60175 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 1, 4, 47, 24) mesh-topology-cpp 21.5571 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 1, 4, 47, 47) mesh-unitcube-cpp 22.9359 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 1, 4, 48, 25) mesh-iteration-cpp 35.7878 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 1, 4, 48, 25) function-evaluation-cpp 0.078711 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 1, 4, 48, 32) function-extrapolation-python 6.07803 "BENCH:  2.1369228363"
+(2014, 9, 1, 4, 48, 32) function-extrapolation-python 2.13692 "BENCH:  2.1369228363"
+(2014, 9, 1, 4, 48, 34) function-interpolation-python 2.30394 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 1, 4, 48, 34) function-interpolation-python 0.914327 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 1, 4, 51, 8) la-vector-access-cpp 154.595 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 1, 4, 51, 50) la-vector-assignment-cpp 42.0277 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 2, 1, 8, 52) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0015 "BENCH 11.0015"
+(2014, 9, 2, 1, 9, 10) geometry-bounding_box_tree_compute_closest_entity-cpp 14.979 "Building point search tree to accelerate distance queries."
+(2014, 9, 2, 1, 9, 27) geometry-bounding_box_tree_build-cpp 14.2437 "BENCH 14.2437"
+(2014, 9, 2, 1, 9, 55) common-progress-cpp 27.917 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 2, 1, 10, 26) common-timing-cpp 31.0079 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 2, 1, 12, 1) fem-convergence-cpp 3.86938 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 2, 1, 12, 2) fem-jit-python 0.000417185 "JIT compilation (in memory cache)"
+(2014, 9, 2, 4, 28, 49) mesh-refinement-cpp 8.47656 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 2, 4, 29, 11) mesh-topology-cpp 21.4633 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 2, 4, 29, 34) mesh-unitcube-cpp 23.38 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 2, 4, 30, 12) mesh-iteration-cpp 35.5757 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 2, 4, 30, 13) function-evaluation-cpp 0.0771639 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 2, 4, 30, 18) function-extrapolation-python 5.81751 "BENCH:  2.0208530426"
+(2014, 9, 2, 4, 30, 18) function-extrapolation-python 2.02085 "BENCH:  2.0208530426"
+(2014, 9, 2, 4, 30, 21) function-interpolation-python 2.26008 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 2, 4, 30, 21) function-interpolation-python 0.913586 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 2, 4, 32, 57) la-vector-access-cpp 155.822 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 2, 4, 33, 42) la-vector-assignment-cpp 45.2544 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 3, 1, 8, 47) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8367 "BENCH 10.8367"
+(2014, 9, 3, 1, 9, 5) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3025 "Building point search tree to accelerate distance queries."
+(2014, 9, 3, 1, 9, 22) geometry-bounding_box_tree_build-cpp 14.1915 "BENCH 14.1915"
+(2014, 9, 3, 1, 9, 50) common-progress-cpp 27.8836 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 3, 1, 10, 20) common-timing-cpp 30.1277 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 3, 1, 11, 55) fem-convergence-cpp 3.88529 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 3, 1, 11, 57) fem-jit-python 0.000422812 "JIT compilation (in memory cache)"
+(2014, 9, 3, 4, 26, 13) mesh-refinement-cpp 8.47785 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 3, 4, 26, 35) mesh-topology-cpp 21.411 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 3, 4, 26, 58) mesh-unitcube-cpp 23.0924 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 3, 4, 27, 36) mesh-iteration-cpp 35.5674 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 3, 4, 27, 36) function-evaluation-cpp 0.0721509 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 3, 4, 27, 42) function-extrapolation-python 5.7285 "BENCH:  2.01886510849"
+(2014, 9, 3, 4, 27, 42) function-extrapolation-python 2.01887 "BENCH:  2.01886510849"
+(2014, 9, 3, 4, 27, 44) function-interpolation-python 2.24199 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 3, 4, 27, 44) function-interpolation-python 0.912348 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 3, 4, 30, 18) la-vector-access-cpp 154.246 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 3, 4, 31, 5) la-vector-assignment-cpp 46.0905 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 4, 1, 8, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0112 "BENCH 11.0112"
+(2014, 9, 4, 1, 8, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0598 "Building point search tree to accelerate distance queries."
+(2014, 9, 4, 1, 9, 16) geometry-bounding_box_tree_build-cpp 14.0399 "BENCH 14.0399"
+(2014, 9, 4, 1, 9, 44) common-progress-cpp 27.8849 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 4, 1, 10, 14) common-timing-cpp 30.5947 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 4, 1, 11, 51) fem-convergence-cpp 3.85542 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 4, 1, 11, 52) fem-jit-python 0.00042069 "JIT compilation (in memory cache)"
+(2014, 9, 4, 4, 22, 17) mesh-refinement-cpp 8.50664 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 4, 4, 22, 39) mesh-topology-cpp 21.4017 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 4, 4, 23, 2) mesh-unitcube-cpp 23.0456 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 4, 4, 23, 48) mesh-iteration-cpp 44.2171 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 4, 4, 23, 48) function-evaluation-cpp 0.0501351 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 4, 4, 23, 54) function-extrapolation-python 5.80395 "BENCH:  2.00869512558"
+(2014, 9, 4, 4, 23, 54) function-extrapolation-python 2.0087 "BENCH:  2.00869512558"
+(2014, 9, 4, 4, 23, 57) function-interpolation-python 2.25807 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 4, 4, 23, 57) function-interpolation-python 0.903686 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 4, 4, 26, 31) la-vector-access-cpp 154.298 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 4, 4, 27, 13) la-vector-assignment-cpp 42.0208 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 5, 1, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.764 "BENCH 10.764"
+(2014, 9, 5, 1, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2216 "Building point search tree to accelerate distance queries."
+(2014, 9, 5, 1, 9, 18) geometry-bounding_box_tree_build-cpp 14.1082 "BENCH 14.1082"
+(2014, 9, 5, 1, 9, 46) common-progress-cpp 27.8915 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 5, 1, 10, 17) common-timing-cpp 30.9337 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 5, 1, 11, 51) fem-convergence-cpp 3.85862 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 5, 1, 11, 52) fem-jit-python 0.000414109 "JIT compilation (in memory cache)"
+(2014, 9, 5, 4, 22, 23) mesh-refinement-cpp 8.46208 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 5, 4, 22, 45) mesh-topology-cpp 21.4841 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 5, 4, 23, 8) mesh-unitcube-cpp 22.9852 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 5, 4, 23, 46) mesh-iteration-cpp 36.2857 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 5, 4, 23, 46) function-evaluation-cpp 0.062017 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 5, 4, 23, 52) function-extrapolation-python 5.80298 "BENCH:  2.01900601387"
+(2014, 9, 5, 4, 23, 52) function-extrapolation-python 2.01901 "BENCH:  2.01900601387"
+(2014, 9, 5, 4, 23, 55) function-interpolation-python 2.49063 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 5, 4, 23, 55) function-interpolation-python 0.911128 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 5, 4, 26, 29) la-vector-access-cpp 154.273 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 5, 4, 27, 11) la-vector-assignment-cpp 42.0408 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 6, 1, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8047 "BENCH 10.8047"
+(2014, 9, 6, 1, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1886 "Building point search tree to accelerate distance queries."
+(2014, 9, 6, 1, 9, 19) geometry-bounding_box_tree_build-cpp 14.2227 "BENCH 14.2227"
+(2014, 9, 6, 1, 9, 47) common-progress-cpp 27.8941 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 6, 1, 10, 18) common-timing-cpp 31.3185 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 6, 1, 11, 53) fem-convergence-cpp 3.85491 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 6, 1, 11, 55) fem-jit-python 0.000408816 "JIT compilation (in memory cache)"
+(2014, 9, 6, 4, 31, 7) mesh-refinement-cpp 8.47211 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 6, 4, 31, 29) mesh-topology-cpp 21.5082 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 6, 4, 31, 52) mesh-unitcube-cpp 23.2232 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 6, 4, 32, 30) mesh-iteration-cpp 35.5478 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 6, 4, 32, 30) function-evaluation-cpp 0.0516791 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 6, 4, 32, 36) function-extrapolation-python 6.01284 "BENCH:  2.00429582596"
+(2014, 9, 6, 4, 32, 36) function-extrapolation-python 2.0043 "BENCH:  2.00429582596"
+(2014, 9, 6, 4, 32, 38) function-interpolation-python 2.22167 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 6, 4, 32, 38) function-interpolation-python 0.900598 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 6, 4, 35, 12) la-vector-access-cpp 153.945 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 6, 4, 35, 54) la-vector-assignment-cpp 42.0276 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 7, 1, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8879 "BENCH 10.8879"
+(2014, 9, 7, 1, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0942 "Building point search tree to accelerate distance queries."
+(2014, 9, 7, 1, 9, 18) geometry-bounding_box_tree_build-cpp 14.072 "BENCH 14.072"
+(2014, 9, 7, 1, 9, 46) common-progress-cpp 27.898 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 7, 1, 10, 17) common-timing-cpp 31.0605 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 7, 1, 11, 51) fem-convergence-cpp 3.84389 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 7, 1, 11, 52) fem-jit-python 0.000417495 "JIT compilation (in memory cache)"
+(2014, 9, 7, 4, 30, 50) mesh-refinement-cpp 8.46327 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 7, 4, 31, 11) mesh-topology-cpp 21.3922 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 7, 4, 31, 34) mesh-unitcube-cpp 22.9951 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 7, 4, 32, 12) mesh-iteration-cpp 35.5474 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 7, 4, 32, 13) function-evaluation-cpp 0.075016 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 7, 4, 32, 18) function-extrapolation-python 5.7426 "BENCH:  2.02323198318"
+(2014, 9, 7, 4, 32, 18) function-extrapolation-python 2.02323 "BENCH:  2.02323198318"
+(2014, 9, 7, 4, 32, 21) function-interpolation-python 2.25956 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 7, 4, 32, 21) function-interpolation-python 0.905533 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 7, 4, 34, 55) la-vector-access-cpp 154.281 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 7, 4, 35, 41) la-vector-assignment-cpp 46.0512 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 8, 1, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9712 "BENCH 10.9712"
+(2014, 9, 8, 1, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9414 "Building point search tree to accelerate distance queries."
+(2014, 9, 8, 1, 9, 17) geometry-bounding_box_tree_build-cpp 14.1928 "BENCH 14.1928"
+(2014, 9, 8, 1, 9, 45) common-progress-cpp 27.8832 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 8, 1, 10, 17) common-timing-cpp 32.0855 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 8, 1, 11, 51) fem-convergence-cpp 3.89564 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 8, 1, 11, 52) fem-jit-python 0.000423908 "JIT compilation (in memory cache)"
+(2014, 9, 8, 4, 24, 23) mesh-refinement-cpp 8.45608 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 8, 4, 24, 45) mesh-topology-cpp 21.6336 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 8, 4, 25, 8) mesh-unitcube-cpp 23.1143 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 8, 4, 25, 46) mesh-iteration-cpp 35.5826 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 8, 4, 25, 46) function-evaluation-cpp 0.049273 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 8, 4, 25, 52) function-extrapolation-python 5.65838 "BENCH:  2.01732492447"
+(2014, 9, 8, 4, 25, 52) function-extrapolation-python 2.01732 "BENCH:  2.01732492447"
+(2014, 9, 8, 4, 25, 54) function-interpolation-python 2.23275 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 8, 4, 25, 54) function-interpolation-python 0.903293 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 8, 4, 28, 28) la-vector-access-cpp 154.207 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 8, 4, 29, 11) la-vector-assignment-cpp 42.0417 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 9, 1, 8, 45) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9074 "BENCH 10.9074"
+(2014, 9, 9, 1, 9, 4) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0337 "Building point search tree to accelerate distance queries."
+(2014, 9, 9, 1, 9, 20) geometry-bounding_box_tree_build-cpp 14.2708 "BENCH 14.2708"
+(2014, 9, 9, 1, 9, 48) common-progress-cpp 27.8971 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 9, 1, 10, 18) common-timing-cpp 29.921 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 9, 1, 11, 54) fem-convergence-cpp 3.85837 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 9, 1, 11, 55) fem-jit-python 0.000415301 "JIT compilation (in memory cache)"
+(2014, 9, 9, 4, 32, 46) mesh-refinement-cpp 8.44559 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 9, 4, 33, 7) mesh-topology-cpp 21.5361 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 9, 4, 33, 30) mesh-unitcube-cpp 23.0574 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 9, 4, 34, 11) mesh-iteration-cpp 38.5622 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 9, 4, 34, 12) function-evaluation-cpp 0.0723112 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 9, 4, 34, 17) function-extrapolation-python 5.68205 "BENCH:  2.03897309303"
+(2014, 9, 9, 4, 34, 17) function-extrapolation-python 2.03897 "BENCH:  2.03897309303"
+(2014, 9, 9, 4, 34, 20) function-interpolation-python 2.22627 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 9, 4, 34, 20) function-interpolation-python 0.905261 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 9, 4, 36, 54) la-vector-access-cpp 154.239 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 9, 4, 37, 36) la-vector-assignment-cpp 42.0299 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 10, 1, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.087 "BENCH 11.087"
+(2014, 9, 10, 1, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0756 "Building point search tree to accelerate distance queries."
+(2014, 9, 10, 1, 9, 18) geometry-bounding_box_tree_build-cpp 14.2406 "BENCH 14.2406"
+(2014, 9, 10, 1, 9, 46) common-progress-cpp 27.8986 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 10, 1, 10, 17) common-timing-cpp 30.6666 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 10, 1, 11, 52) fem-convergence-cpp 3.84558 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 10, 1, 11, 53) fem-jit-python 0.000425386 "JIT compilation (in memory cache)"
+(2014, 9, 10, 4, 30, 26) mesh-refinement-cpp 8.48355 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 10, 4, 30, 48) mesh-topology-cpp 21.4691 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 10, 4, 31, 11) mesh-unitcube-cpp 23.0309 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 10, 4, 31, 52) mesh-iteration-cpp 39.3577 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 10, 4, 31, 53) function-evaluation-cpp 0.0497038 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 10, 4, 31, 59) function-extrapolation-python 5.94594 "BENCH:  2.01752090454"
+(2014, 9, 10, 4, 31, 59) function-extrapolation-python 2.01752 "BENCH:  2.01752090454"
+(2014, 9, 10, 4, 32, 1) function-interpolation-python 2.27198 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 10, 4, 32, 1) function-interpolation-python 0.917033 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 10, 4, 34, 36) la-vector-access-cpp 154.723 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 10, 4, 35, 18) la-vector-assignment-cpp 42.0062 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 11, 1, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0399 "BENCH 11.0399"
+(2014, 9, 11, 1, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.186 "Building point search tree to accelerate distance queries."
+(2014, 9, 11, 1, 9, 18) geometry-bounding_box_tree_build-cpp 14.3375 "BENCH 14.3375"
+(2014, 9, 11, 1, 9, 46) common-progress-cpp 27.8976 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 11, 1, 10, 16) common-timing-cpp 30.7362 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 11, 1, 11, 52) fem-convergence-cpp 3.86909 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 11, 1, 11, 54) fem-jit-python 0.000418401 "JIT compilation (in memory cache)"
+(2014, 9, 11, 4, 33, 28) mesh-refinement-cpp 8.48814 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 11, 4, 33, 50) mesh-topology-cpp 21.497 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 11, 4, 34, 13) mesh-unitcube-cpp 23.1856 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 11, 4, 34, 59) mesh-iteration-cpp 43.5618 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 11, 4, 34, 59) function-evaluation-cpp 0.0638158 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 11, 4, 35, 5) function-extrapolation-python 5.85155 "BENCH:  2.01931405067"
+(2014, 9, 11, 4, 35, 5) function-extrapolation-python 2.01931 "BENCH:  2.01931405067"
+(2014, 9, 11, 4, 35, 7) function-interpolation-python 2.23355 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 11, 4, 35, 7) function-interpolation-python 0.903938 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 11, 4, 37, 42) la-vector-access-cpp 154.736 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 11, 4, 38, 24) la-vector-assignment-cpp 42.0671 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 12, 1, 8, 46) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8273 "BENCH 10.8273"
+(2014, 9, 12, 1, 9, 4) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1261 "Building point search tree to accelerate distance queries."
+(2014, 9, 12, 1, 9, 21) geometry-bounding_box_tree_build-cpp 14.2071 "BENCH 14.2071"
+(2014, 9, 12, 1, 9, 49) common-progress-cpp 27.8936 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 12, 1, 10, 20) common-timing-cpp 31.1874 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 12, 1, 11, 54) fem-convergence-cpp 3.91883 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 12, 1, 11, 55) fem-jit-python 0.000412393 "JIT compilation (in memory cache)"
+(2014, 9, 12, 4, 35, 36) mesh-refinement-cpp 8.46094 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 12, 4, 35, 58) mesh-topology-cpp 21.4469 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 12, 4, 36, 21) mesh-unitcube-cpp 23.1699 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 12, 4, 36, 59) mesh-iteration-cpp 35.5497 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 12, 4, 36, 59) function-evaluation-cpp 0.0518649 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 12, 4, 37, 5) function-extrapolation-python 5.87377 "BENCH:  2.04101991653"
+(2014, 9, 12, 4, 37, 5) function-extrapolation-python 2.04102 "BENCH:  2.04101991653"
+(2014, 9, 12, 4, 37, 7) function-interpolation-python 2.22415 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 12, 4, 37, 7) function-interpolation-python 0.90332 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 12, 4, 39, 41) la-vector-access-cpp 154.286 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 12, 4, 40, 23) la-vector-assignment-cpp 42.0293 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 13, 1, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8967 "BENCH 10.8967"
+(2014, 9, 13, 1, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2407 "Building point search tree to accelerate distance queries."
+(2014, 9, 13, 1, 9, 19) geometry-bounding_box_tree_build-cpp 14.3111 "BENCH 14.3111"
+(2014, 9, 13, 1, 9, 47) common-progress-cpp 27.8827 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 13, 1, 10, 19) common-timing-cpp 32.1116 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 13, 1, 11, 53) fem-convergence-cpp 3.8763 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 13, 1, 11, 54) fem-jit-python 0.000419998 "JIT compilation (in memory cache)"
+(2014, 9, 13, 4, 31, 0) mesh-refinement-cpp 8.45984 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 13, 4, 31, 22) mesh-topology-cpp 21.3931 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 13, 4, 31, 45) mesh-unitcube-cpp 23.0035 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 13, 4, 32, 23) mesh-iteration-cpp 35.5684 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 13, 4, 32, 23) function-evaluation-cpp 0.070559 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 13, 4, 32, 29) function-extrapolation-python 5.71352 "BENCH:  2.0042989254"
+(2014, 9, 13, 4, 32, 29) function-extrapolation-python 2.0043 "BENCH:  2.0042989254"
+(2014, 9, 13, 4, 32, 31) function-interpolation-python 2.23088 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 13, 4, 32, 31) function-interpolation-python 0.901292 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 13, 4, 35, 5) la-vector-access-cpp 154.263 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 13, 4, 35, 47) la-vector-assignment-cpp 41.9548 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 14, 1, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.999 "BENCH 10.999"
+(2014, 9, 14, 1, 9, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5079 "Building point search tree to accelerate distance queries."
+(2014, 9, 14, 1, 9, 19) geometry-bounding_box_tree_build-cpp 14.1384 "BENCH 14.1384"
+(2014, 9, 14, 1, 9, 47) common-progress-cpp 27.8918 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 14, 1, 10, 19) common-timing-cpp 31.4969 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 14, 1, 11, 53) fem-convergence-cpp 3.88005 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 14, 1, 11, 55) fem-jit-python 0.000421786 "JIT compilation (in memory cache)"
+(2014, 9, 14, 4, 22, 25) mesh-refinement-cpp 8.50049 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 14, 4, 22, 46) mesh-topology-cpp 21.3652 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 14, 4, 23, 10) mesh-unitcube-cpp 23.4214 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 14, 4, 23, 48) mesh-iteration-cpp 36.0728 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 14, 4, 23, 48) function-evaluation-cpp 0.064131 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 14, 4, 23, 54) function-extrapolation-python 5.73508 "BENCH:  1.99808907509"
+(2014, 9, 14, 4, 23, 54) function-extrapolation-python 1.99809 "BENCH:  1.99808907509"
+(2014, 9, 14, 4, 23, 56) function-interpolation-python 2.25231 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 14, 4, 23, 56) function-interpolation-python 0.902024 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 14, 4, 26, 32) la-vector-access-cpp 155.278 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 14, 4, 27, 14) la-vector-assignment-cpp 42.0296 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 15, 1, 8, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.7953 "BENCH 10.7953"
+(2014, 9, 15, 1, 8, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2086 "Building point search tree to accelerate distance queries."
+(2014, 9, 15, 1, 9, 16) geometry-bounding_box_tree_build-cpp 14.1424 "BENCH 14.1424"
+(2014, 9, 15, 1, 9, 44) common-progress-cpp 27.8856 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 15, 1, 10, 15) common-timing-cpp 31.203 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 15, 1, 11, 50) fem-convergence-cpp 3.85298 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 15, 1, 11, 51) fem-jit-python 0.000429606 "JIT compilation (in memory cache)"
+(2014, 9, 15, 4, 35, 24) mesh-refinement-cpp 8.50251 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 15, 4, 35, 45) mesh-topology-cpp 21.3698 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 15, 4, 36, 9) mesh-unitcube-cpp 23.4559 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 15, 4, 36, 47) mesh-iteration-cpp 36.0467 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 15, 4, 36, 47) function-evaluation-cpp 0.07511 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 15, 4, 36, 53) function-extrapolation-python 5.88011 "BENCH:  1.98558187485"
+(2014, 9, 15, 4, 36, 53) function-extrapolation-python 1.98558 "BENCH:  1.98558187485"
+(2014, 9, 15, 4, 36, 56) function-interpolation-python 2.24582 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 15, 4, 36, 56) function-interpolation-python 0.907002 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 15, 4, 39, 31) la-vector-access-cpp 155.798 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 15, 4, 40, 14) la-vector-assignment-cpp 42.0389 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 16, 1, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0602 "BENCH 11.0602"
+(2014, 9, 16, 1, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3187 "Building point search tree to accelerate distance queries."
+(2014, 9, 16, 1, 9, 19) geometry-bounding_box_tree_build-cpp 14.2834 "BENCH 14.2834"
+(2014, 9, 16, 1, 9, 47) common-progress-cpp 27.8961 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 16, 1, 10, 17) common-timing-cpp 30.8638 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 16, 1, 11, 53) fem-convergence-cpp 3.89368 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 16, 1, 11, 54) fem-jit-python 0.000425601 "JIT compilation (in memory cache)"
+(2014, 9, 16, 4, 30, 7) mesh-refinement-cpp 8.49763 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 16, 4, 30, 29) mesh-topology-cpp 21.4045 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 16, 4, 30, 53) mesh-unitcube-cpp 23.6097 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 16, 4, 31, 31) mesh-iteration-cpp 36.0477 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 16, 4, 31, 31) function-evaluation-cpp 0.053659 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 16, 4, 31, 37) function-extrapolation-python 5.71606 "BENCH:  1.99019193649"
+(2014, 9, 16, 4, 31, 37) function-extrapolation-python 1.99019 "BENCH:  1.99019193649"
+(2014, 9, 16, 4, 31, 39) function-interpolation-python 2.24231 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 16, 4, 31, 39) function-interpolation-python 0.904181 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 16, 4, 34, 15) la-vector-access-cpp 155.321 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 16, 4, 34, 57) la-vector-assignment-cpp 42.0513 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 17, 1, 8, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9969 "BENCH 10.9969"
+(2014, 9, 17, 1, 8, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2115 "Building point search tree to accelerate distance queries."
+(2014, 9, 17, 1, 9, 16) geometry-bounding_box_tree_build-cpp 14.0336 "BENCH 14.0336"
+(2014, 9, 17, 1, 9, 44) common-progress-cpp 27.9423 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 17, 1, 10, 15) common-timing-cpp 31.2551 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 17, 1, 11, 51) fem-convergence-cpp 3.85725 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 17, 1, 11, 52) fem-jit-python 0.000427699 "JIT compilation (in memory cache)"
+(2014, 9, 17, 4, 45, 55) mesh-refinement-cpp 8.69792 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 17, 4, 46, 17) mesh-topology-cpp 21.7025 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 17, 4, 46, 41) mesh-unitcube-cpp 23.7121 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 17, 4, 47, 22) mesh-iteration-cpp 38.7907 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 17, 4, 47, 22) function-evaluation-cpp 0.0828941 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 17, 4, 47, 28) function-extrapolation-python 5.97779 "BENCH:  2.10019922256"
+(2014, 9, 17, 4, 47, 28) function-extrapolation-python 2.1002 "BENCH:  2.10019922256"
+(2014, 9, 17, 4, 47, 31) function-interpolation-python 2.33556 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 17, 4, 47, 31) function-interpolation-python 0.942898 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 17, 4, 50, 45) la-vector-access-cpp 194.017 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 17, 4, 51, 31) la-vector-assignment-cpp 46.0424 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 18, 1, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.101 "BENCH 11.101"
+(2014, 9, 18, 1, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2089 "Building point search tree to accelerate distance queries."
+(2014, 9, 18, 1, 9, 18) geometry-bounding_box_tree_build-cpp 14.2114 "BENCH 14.2114"
+(2014, 9, 18, 1, 9, 46) common-progress-cpp 27.8847 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 18, 1, 10, 17) common-timing-cpp 31.1032 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 18, 1, 11, 51) fem-convergence-cpp 3.89368 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 18, 1, 11, 52) fem-jit-python 0.000413084 "JIT compilation (in memory cache)"
+(2014, 9, 18, 4, 41, 50) mesh-refinement-cpp 8.64996 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 18, 4, 42, 12) mesh-topology-cpp 21.8171 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 18, 4, 42, 37) mesh-unitcube-cpp 24.9379 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 18, 4, 43, 16) mesh-iteration-cpp 36.2505 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 18, 4, 43, 16) function-evaluation-cpp 0.089798 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 18, 4, 43, 22) function-extrapolation-python 5.71488 "BENCH:  2.1001329422"
+(2014, 9, 18, 4, 43, 22) function-extrapolation-python 2.10013 "BENCH:  2.1001329422"
+(2014, 9, 18, 4, 43, 24) function-interpolation-python 2.35624 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 18, 4, 43, 24) function-interpolation-python 0.974304 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 18, 4, 46, 1) la-vector-access-cpp 156.459 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 18, 4, 46, 43) la-vector-assignment-cpp 42.0549 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 19, 1, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0143 "BENCH 11.0143"
+(2014, 9, 19, 1, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0658 "Building point search tree to accelerate distance queries."
+(2014, 9, 19, 1, 9, 18) geometry-bounding_box_tree_build-cpp 14.2031 "BENCH 14.2031"
+(2014, 9, 19, 1, 9, 46) common-progress-cpp 27.8976 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 19, 1, 10, 16) common-timing-cpp 30.2126 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 19, 1, 11, 51) fem-convergence-cpp 3.91275 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 19, 1, 11, 52) fem-jit-python 0.000416279 "JIT compilation (in memory cache)"
+(2014, 9, 19, 4, 30, 3) mesh-refinement-cpp 8.49221 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 19, 4, 30, 25) mesh-topology-cpp 21.415 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 19, 4, 30, 48) mesh-unitcube-cpp 23.485 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 19, 4, 31, 29) mesh-iteration-cpp 38.5588 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 19, 4, 31, 29) function-evaluation-cpp 0.050014 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 19, 4, 31, 35) function-extrapolation-python 5.86136 "BENCH:  2.04458999634"
+(2014, 9, 19, 4, 31, 35) function-extrapolation-python 2.04459 "BENCH:  2.04458999634"
+(2014, 9, 19, 4, 31, 37) function-interpolation-python 2.25768 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 19, 4, 31, 37) function-interpolation-python 0.919307 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 19, 4, 34, 16) la-vector-access-cpp 158.013 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 19, 4, 35, 2) la-vector-assignment-cpp 46.2198 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 20, 1, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8409 "BENCH 10.8409"
+(2014, 9, 20, 1, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0705 "Building point search tree to accelerate distance queries."
+(2014, 9, 20, 1, 9, 17) geometry-bounding_box_tree_build-cpp 14.4091 "BENCH 14.4091"
+(2014, 9, 20, 1, 9, 45) common-progress-cpp 27.8971 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 20, 1, 10, 17) common-timing-cpp 31.3716 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 20, 1, 11, 52) fem-convergence-cpp 3.88396 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 20, 1, 11, 53) fem-jit-python 0.000415111 "JIT compilation (in memory cache)"
+(2014, 9, 20, 4, 27, 53) mesh-refinement-cpp 8.55761 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 20, 4, 28, 15) mesh-topology-cpp 21.4002 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 20, 4, 28, 38) mesh-unitcube-cpp 23.459 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 20, 4, 29, 17) mesh-iteration-cpp 36.0529 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 20, 4, 29, 17) function-evaluation-cpp 0.0768311 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 20, 4, 29, 22) function-extrapolation-python 5.56265 "BENCH:  2.00479102135"
+(2014, 9, 20, 4, 29, 22) function-extrapolation-python 2.00479 "BENCH:  2.00479102135"
+(2014, 9, 20, 4, 29, 25) function-interpolation-python 2.27146 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 20, 4, 29, 25) function-interpolation-python 0.916429 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 20, 4, 32, 2) la-vector-access-cpp 156.823 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 20, 4, 32, 44) la-vector-assignment-cpp 42.0132 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 21, 1, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9414 "BENCH 10.9414"
+(2014, 9, 21, 1, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.348 "Building point search tree to accelerate distance queries."
+(2014, 9, 21, 1, 9, 18) geometry-bounding_box_tree_build-cpp 14.2593 "BENCH 14.2593"
+(2014, 9, 21, 1, 9, 45) common-progress-cpp 27.8775 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 21, 1, 10, 17) common-timing-cpp 31.2306 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 21, 1, 11, 53) fem-convergence-cpp 3.87029 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 21, 1, 11, 54) fem-jit-python 0.000414419 "JIT compilation (in memory cache)"
+(2014, 9, 21, 4, 26, 52) mesh-refinement-cpp 8.52229 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 21, 4, 27, 14) mesh-topology-cpp 21.4348 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 21, 4, 27, 37) mesh-unitcube-cpp 23.4083 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 21, 4, 28, 16) mesh-iteration-cpp 36.1512 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 21, 4, 28, 16) function-evaluation-cpp 0.0704591 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 21, 4, 28, 23) function-extrapolation-python 6.79436 "BENCH:  2.13737201691"
+(2014, 9, 21, 4, 28, 23) function-extrapolation-python 2.13737 "BENCH:  2.13737201691"
+(2014, 9, 21, 4, 28, 25) function-interpolation-python 2.36722 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 21, 4, 28, 25) function-interpolation-python 0.974815 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 21, 4, 31, 4) la-vector-access-cpp 158.909 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 21, 4, 31, 46) la-vector-assignment-cpp 42.0413 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 22, 1, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.951 "BENCH 10.951"
+(2014, 9, 22, 1, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2064 "Building point search tree to accelerate distance queries."
+(2014, 9, 22, 1, 9, 18) geometry-bounding_box_tree_build-cpp 14.2948 "BENCH 14.2948"
+(2014, 9, 22, 1, 9, 46) common-progress-cpp 27.8922 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 22, 1, 10, 17) common-timing-cpp 30.7481 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 22, 1, 11, 53) fem-convergence-cpp 3.93826 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 22, 1, 11, 55) fem-jit-python 0.000423789 "JIT compilation (in memory cache)"
+(2014, 9, 22, 4, 26, 55) mesh-refinement-cpp 8.54175 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 22, 4, 27, 17) mesh-topology-cpp 21.346 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 22, 4, 27, 41) mesh-unitcube-cpp 23.4687 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 22, 4, 28, 19) mesh-iteration-cpp 36.0898 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 22, 4, 28, 19) function-evaluation-cpp 0.0639369 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 22, 4, 28, 25) function-extrapolation-python 5.77948 "BENCH:  1.9955329895"
+(2014, 9, 22, 4, 28, 25) function-extrapolation-python 1.99553 "BENCH:  1.9955329895"
+(2014, 9, 22, 4, 28, 27) function-interpolation-python 2.25586 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 22, 4, 28, 27) function-interpolation-python 0.917332 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 22, 4, 31, 3) la-vector-access-cpp 155.302 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 22, 4, 31, 45) la-vector-assignment-cpp 42.0406 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 23, 1, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8492 "BENCH 10.8492"
+(2014, 9, 23, 1, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1892 "Building point search tree to accelerate distance queries."
+(2014, 9, 23, 1, 9, 18) geometry-bounding_box_tree_build-cpp 14.1414 "BENCH 14.1414"
+(2014, 9, 23, 1, 9, 46) common-progress-cpp 27.8846 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 23, 1, 10, 17) common-timing-cpp 31.7835 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 23, 1, 11, 52) fem-convergence-cpp 3.8623 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 23, 1, 11, 53) fem-jit-python 0.00042212 "JIT compilation (in memory cache)"
+(2014, 9, 23, 4, 28, 13) mesh-refinement-cpp 8.50321 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 23, 4, 28, 35) mesh-topology-cpp 21.3576 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 23, 4, 28, 58) mesh-unitcube-cpp 23.4227 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 23, 4, 29, 36) mesh-iteration-cpp 35.528 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 23, 4, 29, 36) function-evaluation-cpp 0.0537109 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 23, 4, 29, 42) function-extrapolation-python 5.93524 "BENCH:  2.01120114326"
+(2014, 9, 23, 4, 29, 42) function-extrapolation-python 2.0112 "BENCH:  2.01120114326"
+(2014, 9, 23, 4, 29, 44) function-interpolation-python 2.23306 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 23, 4, 29, 44) function-interpolation-python 0.894264 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 23, 4, 32, 19) la-vector-access-cpp 154.302 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 23, 4, 33, 1) la-vector-assignment-cpp 42.0595 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 24, 1, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1491 "BENCH 11.1491"
+(2014, 9, 24, 1, 9, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2092 "Building point search tree to accelerate distance queries."
+(2014, 9, 24, 1, 9, 19) geometry-bounding_box_tree_build-cpp 14.3528 "BENCH 14.3528"
+(2014, 9, 24, 1, 9, 47) common-progress-cpp 27.9283 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 24, 1, 10, 19) common-timing-cpp 31.217 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 24, 1, 11, 53) fem-convergence-cpp 3.88184 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 24, 1, 11, 54) fem-jit-python 0.000418901 "JIT compilation (in memory cache)"
+(2014, 9, 24, 4, 30, 21) mesh-refinement-cpp 8.49878 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 24, 4, 30, 43) mesh-topology-cpp 21.5534 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 24, 4, 31, 6) mesh-unitcube-cpp 23.3418 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 24, 4, 31, 44) mesh-iteration-cpp 35.588 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 24, 4, 31, 45) function-evaluation-cpp 0.049747 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 24, 4, 31, 51) function-extrapolation-python 5.96101 "BENCH:  2.00972104073"
+(2014, 9, 24, 4, 31, 51) function-extrapolation-python 2.00972 "BENCH:  2.00972104073"
+(2014, 9, 24, 4, 31, 53) function-interpolation-python 2.23352 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 24, 4, 31, 53) function-interpolation-python 0.894531 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 24, 4, 34, 27) la-vector-access-cpp 154.268 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 24, 4, 35, 9) la-vector-assignment-cpp 42.0282 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 25, 1, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.7908 "BENCH 10.7908"
+(2014, 9, 25, 1, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1314 "Building point search tree to accelerate distance queries."
+(2014, 9, 25, 1, 9, 17) geometry-bounding_box_tree_build-cpp 14.2859 "BENCH 14.2859"
+(2014, 9, 25, 1, 9, 45) common-progress-cpp 27.883 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 25, 1, 10, 17) common-timing-cpp 31.3564 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 25, 1, 11, 52) fem-convergence-cpp 3.88491 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 25, 1, 11, 53) fem-jit-python 0.00042181 "JIT compilation (in memory cache)"
+(2014, 9, 25, 4, 25, 21) mesh-refinement-cpp 8.50017 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 25, 4, 25, 42) mesh-topology-cpp 21.4533 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 25, 4, 26, 6) mesh-unitcube-cpp 23.3197 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 25, 4, 26, 47) mesh-iteration-cpp 38.5635 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 25, 4, 26, 47) function-evaluation-cpp 0.0521839 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 25, 4, 26, 52) function-extrapolation-python 5.54495 "BENCH:  2.0075750351"
+(2014, 9, 25, 4, 26, 52) function-extrapolation-python 2.00758 "BENCH:  2.0075750351"
+(2014, 9, 25, 4, 26, 54) function-interpolation-python 2.22203 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 25, 4, 26, 54) function-interpolation-python 0.892605 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 25, 4, 29, 29) la-vector-access-cpp 154.291 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 25, 4, 30, 15) la-vector-assignment-cpp 45.9802 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 26, 1, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9056 "BENCH 10.9056"
+(2014, 9, 26, 1, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1094 "Building point search tree to accelerate distance queries."
+(2014, 9, 26, 1, 9, 19) geometry-bounding_box_tree_build-cpp 14.3074 "BENCH 14.3074"
+(2014, 9, 26, 1, 9, 47) common-progress-cpp 27.8892 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 26, 1, 10, 18) common-timing-cpp 31.0198 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 26, 1, 11, 52) fem-convergence-cpp 3.86583 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 26, 1, 11, 53) fem-jit-python 0.000421906 "JIT compilation (in memory cache)"
+(2014, 9, 26, 4, 39, 22) mesh-refinement-cpp 8.81858 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 26, 4, 39, 44) mesh-topology-cpp 21.718 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 26, 4, 40, 8) mesh-unitcube-cpp 23.5064 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 26, 4, 40, 46) mesh-iteration-cpp 35.7745 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 26, 4, 40, 46) function-evaluation-cpp 0.0752182 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 26, 4, 40, 52) function-extrapolation-python 5.77899 "BENCH:  2.06900191307"
+(2014, 9, 26, 4, 40, 52) function-extrapolation-python 2.069 "BENCH:  2.06900191307"
+(2014, 9, 26, 4, 40, 54) function-interpolation-python 2.34204 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 26, 4, 40, 54) function-interpolation-python 0.915697 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 26, 4, 43, 30) la-vector-access-cpp 155.617 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 26, 4, 44, 12) la-vector-assignment-cpp 42.0274 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 27, 1, 8, 40) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8425 "BENCH 10.8425"
+(2014, 9, 27, 1, 8, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2715 "Building point search tree to accelerate distance queries."
+(2014, 9, 27, 1, 9, 16) geometry-bounding_box_tree_build-cpp 14.0672 "BENCH 14.0672"
+(2014, 9, 27, 1, 9, 47) common-progress-cpp 31.6567 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 27, 1, 10, 19) common-timing-cpp 31.3865 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 27, 1, 11, 54) fem-convergence-cpp 3.90212 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 27, 1, 11, 55) fem-jit-python 0.000434899 "JIT compilation (in memory cache)"
+(2014, 9, 27, 4, 30, 12) mesh-refinement-cpp 8.51362 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 27, 4, 30, 34) mesh-topology-cpp 21.4867 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 27, 4, 30, 58) mesh-unitcube-cpp 23.3 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 27, 4, 31, 39) mesh-iteration-cpp 39.1668 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 27, 4, 31, 39) function-evaluation-cpp 0.0582652 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 27, 4, 31, 45) function-extrapolation-python 5.73513 "BENCH:  2.00963401794"
+(2014, 9, 27, 4, 31, 45) function-extrapolation-python 2.00963 "BENCH:  2.00963401794"
+(2014, 9, 27, 4, 31, 47) function-interpolation-python 2.25838 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 27, 4, 31, 47) function-interpolation-python 0.894807 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 27, 4, 34, 22) la-vector-access-cpp 154.152 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 27, 4, 35, 4) la-vector-assignment-cpp 41.9971 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 28, 1, 8, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0839 "BENCH 11.0839"
+(2014, 9, 28, 1, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3657 "Building point search tree to accelerate distance queries."
+(2014, 9, 28, 1, 9, 17) geometry-bounding_box_tree_build-cpp 14.3299 "BENCH 14.3299"
+(2014, 9, 28, 1, 9, 45) common-progress-cpp 27.8965 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 28, 1, 10, 16) common-timing-cpp 31.3245 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 28, 1, 11, 51) fem-convergence-cpp 3.83967 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 28, 1, 11, 52) fem-jit-python 0.000418496 "JIT compilation (in memory cache)"
+(2014, 9, 28, 4, 28, 26) mesh-refinement-cpp 8.51343 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 28, 4, 28, 48) mesh-topology-cpp 21.3599 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 28, 4, 29, 11) mesh-unitcube-cpp 23.2552 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 28, 4, 29, 49) mesh-iteration-cpp 35.5422 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 28, 4, 29, 49) function-evaluation-cpp 0.0555959 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 28, 4, 29, 55) function-extrapolation-python 5.91994 "BENCH:  2.01455712318"
+(2014, 9, 28, 4, 29, 55) function-extrapolation-python 2.01456 "BENCH:  2.01455712318"
+(2014, 9, 28, 4, 29, 57) function-interpolation-python 2.22802 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 28, 4, 29, 57) function-interpolation-python 0.897801 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 28, 4, 32, 33) la-vector-access-cpp 156.169 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 28, 4, 33, 16) la-vector-assignment-cpp 42.0193 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 29, 1, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0543 "BENCH 11.0543"
+(2014, 9, 29, 1, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.099 "Building point search tree to accelerate distance queries."
+(2014, 9, 29, 1, 9, 17) geometry-bounding_box_tree_build-cpp 14.2272 "BENCH 14.2272"
+(2014, 9, 29, 1, 9, 45) common-progress-cpp 27.8845 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 29, 1, 10, 16) common-timing-cpp 30.8714 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 29, 1, 11, 50) fem-convergence-cpp 3.89073 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 29, 1, 11, 52) fem-jit-python 0.000421691 "JIT compilation (in memory cache)"
+(2014, 9, 29, 4, 26, 47) mesh-refinement-cpp 8.49733 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 29, 4, 27, 9) mesh-topology-cpp 21.5463 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 29, 4, 27, 32) mesh-unitcube-cpp 23.2916 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 29, 4, 28, 13) mesh-iteration-cpp 38.5636 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 29, 4, 28, 13) function-evaluation-cpp 0.076966 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 29, 4, 28, 19) function-extrapolation-python 5.60594 "BENCH:  1.99918317795"
+(2014, 9, 29, 4, 28, 19) function-extrapolation-python 1.99918 "BENCH:  1.99918317795"
+(2014, 9, 29, 4, 28, 21) function-interpolation-python 2.23976 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 29, 4, 28, 21) function-interpolation-python 0.901228 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 29, 4, 30, 56) la-vector-access-cpp 155.194 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 29, 4, 31, 38) la-vector-assignment-cpp 42.0154 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 9, 30, 1, 8, 48) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0721 "BENCH 11.0721"
+(2014, 9, 30, 1, 9, 7) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1258 "Building point search tree to accelerate distance queries."
+(2014, 9, 30, 1, 9, 24) geometry-bounding_box_tree_build-cpp 14.3291 "BENCH 14.3291"
+(2014, 9, 30, 1, 9, 52) common-progress-cpp 27.9029 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 9, 30, 1, 10, 23) common-timing-cpp 31.4779 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 9, 30, 1, 11, 57) fem-convergence-cpp 3.87395 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 9, 30, 1, 11, 58) fem-jit-python 0.000417209 "JIT compilation (in memory cache)"
+(2014, 9, 30, 4, 38, 4) mesh-refinement-cpp 8.67036 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 9, 30, 4, 38, 26) mesh-topology-cpp 21.6809 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 9, 30, 4, 38, 50) mesh-unitcube-cpp 23.5122 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 9, 30, 4, 39, 31) mesh-iteration-cpp 38.8064 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 9, 30, 4, 39, 31) function-evaluation-cpp 0.0811729 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 9, 30, 4, 39, 37) function-extrapolation-python 5.61372 "BENCH:  2.05579996109"
+(2014, 9, 30, 4, 39, 37) function-extrapolation-python 2.0558 "BENCH:  2.05579996109"
+(2014, 9, 30, 4, 39, 39) function-interpolation-python 2.30629 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 30, 4, 39, 39) function-interpolation-python 0.9172 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 9, 30, 4, 42, 14) la-vector-access-cpp 154.508 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 9, 30, 4, 42, 57) la-vector-assignment-cpp 43.4938 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 1, 1, 8, 50) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8781 "BENCH 10.8781"
+(2014, 10, 1, 1, 9, 8) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2013 "Building point search tree to accelerate distance queries."
+(2014, 10, 1, 1, 9, 25) geometry-bounding_box_tree_build-cpp 14.3034 "BENCH 14.3034"
+(2014, 10, 1, 1, 9, 53) common-progress-cpp 27.8803 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 1, 1, 10, 24) common-timing-cpp 31.088 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 1, 1, 11, 59) fem-convergence-cpp 3.8645 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 1, 1, 12, 0) fem-jit-python 0.000415301 "JIT compilation (in memory cache)"
+(2014, 10, 1, 4, 27, 35) mesh-refinement-cpp 8.49695 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 1, 4, 27, 56) mesh-topology-cpp 21.4234 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 1, 4, 28, 19) mesh-unitcube-cpp 23.3324 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 1, 4, 29, 0) mesh-iteration-cpp 38.5604 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 1, 4, 29, 1) function-evaluation-cpp 0.0557079 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 1, 4, 29, 6) function-extrapolation-python 5.75855 "BENCH:  2.00493192673"
+(2014, 10, 1, 4, 29, 6) function-extrapolation-python 2.00493 "BENCH:  2.00493192673"
+(2014, 10, 1, 4, 29, 9) function-interpolation-python 2.23496 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 1, 4, 29, 9) function-interpolation-python 0.895412 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 1, 4, 31, 44) la-vector-access-cpp 155.219 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 1, 4, 32, 26) la-vector-assignment-cpp 42.0296 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 2, 1, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1719 "BENCH 11.1719"
+(2014, 10, 2, 1, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.155 "Building point search tree to accelerate distance queries."
+(2014, 10, 2, 1, 9, 18) geometry-bounding_box_tree_build-cpp 14.3138 "BENCH 14.3138"
+(2014, 10, 2, 1, 9, 46) common-progress-cpp 27.89 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 2, 1, 10, 17) common-timing-cpp 31.186 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 2, 1, 11, 52) fem-convergence-cpp 3.91019 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 2, 1, 11, 53) fem-jit-python 0.000414896 "JIT compilation (in memory cache)"
+(2014, 10, 2, 4, 26, 34) mesh-refinement-cpp 8.48326 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 2, 4, 26, 55) mesh-topology-cpp 21.384 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 2, 4, 27, 19) mesh-unitcube-cpp 23.5556 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 2, 4, 28, 0) mesh-iteration-cpp 39.1712 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 2, 4, 28, 0) function-evaluation-cpp 0.0510559 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 2, 4, 28, 6) function-extrapolation-python 5.67373 "BENCH:  2.01869916916"
+(2014, 10, 2, 4, 28, 6) function-extrapolation-python 2.0187 "BENCH:  2.01869916916"
+(2014, 10, 2, 4, 28, 8) function-interpolation-python 2.23501 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 2, 4, 28, 8) function-interpolation-python 0.896465 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 2, 4, 30, 43) la-vector-access-cpp 154.184 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 2, 4, 31, 25) la-vector-assignment-cpp 41.9595 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 3, 1, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9665 "BENCH 10.9665"
+(2014, 10, 3, 1, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1822 "Building point search tree to accelerate distance queries."
+(2014, 10, 3, 1, 9, 18) geometry-bounding_box_tree_build-cpp 14.3665 "BENCH 14.3665"
+(2014, 10, 3, 1, 9, 50) common-progress-cpp 31.656 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 3, 1, 10, 21) common-timing-cpp 31.0636 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 3, 1, 11, 55) fem-convergence-cpp 3.87488 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 3, 1, 11, 57) fem-jit-python 0.000423121 "JIT compilation (in memory cache)"
+(2014, 10, 3, 4, 32, 16) mesh-refinement-cpp 8.52139 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 3, 4, 32, 37) mesh-topology-cpp 21.3468 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 3, 4, 33, 0) mesh-unitcube-cpp 23.0375 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 3, 4, 33, 41) mesh-iteration-cpp 38.5625 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 3, 4, 33, 42) function-evaluation-cpp 0.055589 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 3, 4, 33, 47) function-extrapolation-python 5.70589 "BENCH:  2.01905012131"
+(2014, 10, 3, 4, 33, 47) function-extrapolation-python 2.01905 "BENCH:  2.01905012131"
+(2014, 10, 3, 4, 33, 50) function-interpolation-python 2.22781 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 3, 4, 33, 50) function-interpolation-python 0.897971 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 3, 4, 36, 24) la-vector-access-cpp 154.236 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 3, 4, 37, 6) la-vector-assignment-cpp 42.0846 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 4, 1, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.893 "BENCH 10.893"
+(2014, 10, 4, 1, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1858 "Building point search tree to accelerate distance queries."
+(2014, 10, 4, 1, 9, 17) geometry-bounding_box_tree_build-cpp 14.4122 "BENCH 14.4122"
+(2014, 10, 4, 1, 9, 45) common-progress-cpp 27.8866 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 4, 1, 10, 16) common-timing-cpp 31.0169 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 4, 1, 11, 50) fem-convergence-cpp 3.93432 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 4, 1, 11, 51) fem-jit-python 0.000430393 "JIT compilation (in memory cache)"
+(2014, 10, 4, 4, 25, 37) mesh-refinement-cpp 8.48516 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 4, 4, 25, 59) mesh-topology-cpp 21.3893 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 4, 4, 26, 22) mesh-unitcube-cpp 23.0891 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 4, 4, 27, 0) mesh-iteration-cpp 35.5529 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 4, 4, 27, 0) function-evaluation-cpp 0.053648 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 4, 4, 27, 6) function-extrapolation-python 5.93343 "BENCH:  2.01114201546"
+(2014, 10, 4, 4, 27, 6) function-extrapolation-python 2.01114 "BENCH:  2.01114201546"
+(2014, 10, 4, 4, 27, 9) function-interpolation-python 2.59183 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 4, 4, 27, 9) function-interpolation-python 0.916569 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 4, 4, 29, 44) la-vector-access-cpp 155.226 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 4, 4, 30, 26) la-vector-assignment-cpp 42.0174 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 5, 1, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9155 "BENCH 10.9155"
+(2014, 10, 5, 1, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0557 "Building point search tree to accelerate distance queries."
+(2014, 10, 5, 1, 9, 19) geometry-bounding_box_tree_build-cpp 14.2879 "BENCH 14.2879"
+(2014, 10, 5, 1, 9, 47) common-progress-cpp 27.8931 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 5, 1, 10, 18) common-timing-cpp 31.15 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 5, 1, 11, 52) fem-convergence-cpp 3.8545 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 5, 1, 11, 53) fem-jit-python 0.000417304 "JIT compilation (in memory cache)"
+(2014, 10, 5, 4, 40, 46) mesh-refinement-cpp 8.60625 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 5, 4, 41, 8) mesh-topology-cpp 21.6281 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 5, 4, 41, 31) mesh-unitcube-cpp 23.3003 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 5, 4, 42, 12) mesh-iteration-cpp 38.8076 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 5, 4, 42, 12) function-evaluation-cpp 0.101288 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 5, 4, 42, 18) function-extrapolation-python 5.82829 "BENCH:  2.0464630127"
+(2014, 10, 5, 4, 42, 18) function-extrapolation-python 2.04646 "BENCH:  2.0464630127"
+(2014, 10, 5, 4, 42, 20) function-interpolation-python 2.28717 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 5, 4, 42, 20) function-interpolation-python 0.912151 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 5, 4, 44, 55) la-vector-access-cpp 154.576 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 5, 4, 45, 41) la-vector-assignment-cpp 46.0407 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 6, 1, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0669 "BENCH 11.0669"
+(2014, 10, 6, 1, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1671 "Building point search tree to accelerate distance queries."
+(2014, 10, 6, 1, 9, 19) geometry-bounding_box_tree_build-cpp 14.3451 "BENCH 14.3451"
+(2014, 10, 6, 1, 9, 46) common-progress-cpp 27.9049 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 6, 1, 10, 18) common-timing-cpp 31.1473 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 6, 1, 11, 53) fem-convergence-cpp 3.92093 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 6, 1, 11, 54) fem-jit-python 0.000416183 "JIT compilation (in memory cache)"
+(2014, 10, 6, 4, 47, 16) mesh-refinement-cpp 8.62842 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 6, 4, 47, 39) mesh-topology-cpp 22.2265 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 6, 4, 48, 2) mesh-unitcube-cpp 23.3149 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 6, 4, 48, 40) mesh-iteration-cpp 35.7799 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 6, 4, 48, 40) function-evaluation-cpp 0.0833149 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 6, 4, 48, 46) function-extrapolation-python 5.9871 "BENCH:  2.08976006508"
+(2014, 10, 6, 4, 48, 46) function-extrapolation-python 2.08976 "BENCH:  2.08976006508"
+(2014, 10, 6, 4, 48, 49) function-interpolation-python 2.31442 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 6, 4, 48, 49) function-interpolation-python 0.920124 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 6, 4, 51, 23) la-vector-access-cpp 154.605 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 6, 4, 52, 5) la-vector-assignment-cpp 42.033 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 7, 1, 8, 46) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9612 "BENCH 10.9612"
+(2014, 10, 7, 1, 9, 5) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1082 "Building point search tree to accelerate distance queries."
+(2014, 10, 7, 1, 9, 21) geometry-bounding_box_tree_build-cpp 14.0918 "BENCH 14.0918"
+(2014, 10, 7, 1, 9, 49) common-progress-cpp 27.961 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 7, 1, 10, 21) common-timing-cpp 31.1998 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 7, 1, 11, 56) fem-convergence-cpp 3.93426 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 7, 1, 11, 57) fem-jit-python 0.000424695 "JIT compilation (in memory cache)"
+(2014, 10, 7, 4, 12, 54) mesh-refinement-cpp 8.47257 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 7, 4, 13, 16) mesh-topology-cpp 21.3798 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 7, 4, 13, 39) mesh-unitcube-cpp 23.114 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 7, 4, 14, 17) mesh-iteration-cpp 35.5535 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 7, 4, 14, 17) function-evaluation-cpp 0.0519001 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 7, 4, 14, 23) function-extrapolation-python 5.61906 "BENCH:  2.01215291023"
+(2014, 10, 7, 4, 14, 23) function-extrapolation-python 2.01215 "BENCH:  2.01215291023"
+(2014, 10, 7, 4, 14, 25) function-interpolation-python 2.20827 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 7, 4, 14, 25) function-interpolation-python 0.886221 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 7, 4, 16, 59) la-vector-access-cpp 154.18 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 7, 4, 17, 42) la-vector-assignment-cpp 42.0608 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 8, 1, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9253 "BENCH 10.9253"
+(2014, 10, 8, 1, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1144 "Building point search tree to accelerate distance queries."
+(2014, 10, 8, 1, 9, 19) geometry-bounding_box_tree_build-cpp 14.169 "BENCH 14.169"
+(2014, 10, 8, 1, 9, 47) common-progress-cpp 27.8872 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 8, 1, 10, 18) common-timing-cpp 31.0389 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 8, 1, 11, 52) fem-convergence-cpp 3.85443 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 8, 1, 11, 54) fem-jit-python 0.000423217 "JIT compilation (in memory cache)"
+(2014, 10, 8, 4, 24, 24) mesh-refinement-cpp 8.4788 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 8, 4, 24, 46) mesh-topology-cpp 21.5302 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 8, 4, 25, 9) mesh-unitcube-cpp 23.093 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 8, 4, 25, 50) mesh-iteration-cpp 38.5634 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 8, 4, 25, 50) function-evaluation-cpp 0.052043 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 8, 4, 25, 56) function-extrapolation-python 5.69608 "BENCH:  1.98846483231"
+(2014, 10, 8, 4, 25, 56) function-extrapolation-python 1.98846 "BENCH:  1.98846483231"
+(2014, 10, 8, 4, 25, 58) function-interpolation-python 2.21073 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 8, 4, 25, 58) function-interpolation-python 0.88885 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 8, 4, 28, 32) la-vector-access-cpp 154.193 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 8, 4, 29, 15) la-vector-assignment-cpp 42.0177 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 9, 1, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9985 "BENCH 10.9985"
+(2014, 10, 9, 1, 9, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9919 "Building point search tree to accelerate distance queries."
+(2014, 10, 9, 1, 9, 19) geometry-bounding_box_tree_build-cpp 14.3308 "BENCH 14.3308"
+(2014, 10, 9, 1, 9, 47) common-progress-cpp 27.8888 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 9, 1, 10, 18) common-timing-cpp 31.0812 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 9, 1, 11, 53) fem-convergence-cpp 3.88196 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 9, 1, 11, 54) fem-jit-python 0.000424194 "JIT compilation (in memory cache)"
+(2014, 10, 9, 4, 37, 30) mesh-refinement-cpp 8.46553 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 9, 4, 37, 51) mesh-topology-cpp 21.469 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 9, 4, 38, 14) mesh-unitcube-cpp 23.0453 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 9, 4, 38, 52) mesh-iteration-cpp 35.5717 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 9, 4, 38, 53) function-evaluation-cpp 0.0513761 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 9, 4, 38, 58) function-extrapolation-python 5.7404 "BENCH:  2.00910282135"
+(2014, 10, 9, 4, 38, 58) function-extrapolation-python 2.0091 "BENCH:  2.00910282135"
+(2014, 10, 9, 4, 39, 1) function-interpolation-python 2.22021 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 9, 4, 39, 1) function-interpolation-python 0.890134 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 9, 4, 41, 35) la-vector-access-cpp 154.183 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 9, 4, 42, 17) la-vector-assignment-cpp 42.0269 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 10, 1, 8, 45) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1485 "BENCH 11.1485"
+(2014, 10, 10, 1, 9, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2242 "Building point search tree to accelerate distance queries."
+(2014, 10, 10, 1, 9, 20) geometry-bounding_box_tree_build-cpp 14.4198 "BENCH 14.4198"
+(2014, 10, 10, 1, 9, 48) common-progress-cpp 27.9462 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 10, 1, 10, 19) common-timing-cpp 31.2092 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 10, 1, 11, 55) fem-convergence-cpp 3.98971 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 10, 1, 11, 56) fem-jit-python 0.000413895 "JIT compilation (in memory cache)"
+(2014, 10, 10, 4, 34, 21) mesh-refinement-cpp 8.63973 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 10, 4, 34, 43) mesh-topology-cpp 21.7594 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 10, 4, 35, 8) mesh-unitcube-cpp 24.1944 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 10, 4, 35, 48) mesh-iteration-cpp 36.9437 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 10, 4, 35, 48) function-evaluation-cpp 0.0942171 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 10, 4, 35, 53) function-extrapolation-python 5.71667 "BENCH:  2.08676409721"
+(2014, 10, 10, 4, 35, 53) function-extrapolation-python 2.08676 "BENCH:  2.08676409721"
+(2014, 10, 10, 4, 35, 56) function-interpolation-python 2.31748 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 10, 4, 35, 56) function-interpolation-python 0.924802 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 10, 4, 38, 32) la-vector-access-cpp 156.261 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 10, 4, 39, 18) la-vector-assignment-cpp 46.045 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 11, 1, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0916 "BENCH 11.0916"
+(2014, 10, 11, 1, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2207 "Building point search tree to accelerate distance queries."
+(2014, 10, 11, 1, 9, 18) geometry-bounding_box_tree_build-cpp 14.3936 "BENCH 14.3936"
+(2014, 10, 11, 1, 9, 46) common-progress-cpp 27.8975 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 11, 1, 10, 17) common-timing-cpp 31.4182 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 11, 1, 11, 52) fem-convergence-cpp 3.92906 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 11, 1, 11, 54) fem-jit-python 0.000420594 "JIT compilation (in memory cache)"
+(2014, 10, 11, 4, 36, 22) mesh-refinement-cpp 8.47047 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 11, 4, 36, 44) mesh-topology-cpp 21.365 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 11, 4, 37, 7) mesh-unitcube-cpp 23.0508 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 11, 4, 37, 45) mesh-iteration-cpp 35.5549 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 11, 4, 37, 45) function-evaluation-cpp 0.0501201 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 11, 4, 37, 51) function-extrapolation-python 5.95774 "BENCH:  2.06594109535"
+(2014, 10, 11, 4, 37, 51) function-extrapolation-python 2.06594 "BENCH:  2.06594109535"
+(2014, 10, 11, 4, 37, 53) function-interpolation-python 2.22619 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 11, 4, 37, 53) function-interpolation-python 0.887264 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 11, 4, 40, 29) la-vector-access-cpp 155.543 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 11, 4, 41, 11) la-vector-assignment-cpp 42.0037 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 12, 1, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.932 "BENCH 10.932"
+(2014, 10, 12, 1, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2913 "Building point search tree to accelerate distance queries."
+(2014, 10, 12, 1, 9, 19) geometry-bounding_box_tree_build-cpp 14.2362 "BENCH 14.2362"
+(2014, 10, 12, 1, 9, 47) common-progress-cpp 27.891 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 12, 1, 10, 18) common-timing-cpp 31.199 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 12, 1, 11, 53) fem-convergence-cpp 3.90146 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 12, 1, 11, 54) fem-jit-python 0.000422001 "JIT compilation (in memory cache)"
+(2014, 10, 12, 4, 33, 49) mesh-refinement-cpp 8.4891 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 12, 4, 34, 10) mesh-topology-cpp 21.4451 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 12, 4, 34, 33) mesh-unitcube-cpp 23.0461 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 12, 4, 35, 11) mesh-iteration-cpp 35.544 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 12, 4, 35, 12) function-evaluation-cpp 0.070313 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 12, 4, 35, 17) function-extrapolation-python 5.68862 "BENCH:  2.00841999054"
+(2014, 10, 12, 4, 35, 17) function-extrapolation-python 2.00842 "BENCH:  2.00841999054"
+(2014, 10, 12, 4, 35, 19) function-interpolation-python 2.224 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 12, 4, 35, 19) function-interpolation-python 0.893331 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 12, 4, 37, 54) la-vector-access-cpp 154.209 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 12, 4, 38, 36) la-vector-assignment-cpp 41.9819 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 13, 1, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.125 "BENCH 11.125"
+(2014, 10, 13, 1, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2195 "Building point search tree to accelerate distance queries."
+(2014, 10, 13, 1, 9, 17) geometry-bounding_box_tree_build-cpp 14.1867 "BENCH 14.1867"
+(2014, 10, 13, 1, 9, 45) common-progress-cpp 27.8875 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 13, 1, 10, 16) common-timing-cpp 31.0396 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 13, 1, 11, 50) fem-convergence-cpp 3.92416 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 13, 1, 11, 51) fem-jit-python 0.00041759 "JIT compilation (in memory cache)"
+(2014, 10, 13, 4, 28, 9) mesh-refinement-cpp 8.65918 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 13, 4, 28, 32) mesh-topology-cpp 22.2379 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 13, 4, 28, 55) mesh-unitcube-cpp 23.3666 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 13, 4, 29, 33) mesh-iteration-cpp 35.7702 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 13, 4, 29, 34) function-evaluation-cpp 0.0925412 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 13, 4, 29, 40) function-extrapolation-python 5.95963 "BENCH:  2.04638409615"
+(2014, 10, 13, 4, 29, 40) function-extrapolation-python 2.04638 "BENCH:  2.04638409615"
+(2014, 10, 13, 4, 29, 42) function-interpolation-python 2.29892 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 13, 4, 29, 42) function-interpolation-python 0.914397 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 13, 4, 32, 16) la-vector-access-cpp 154.581 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 13, 4, 32, 59) la-vector-assignment-cpp 42.0291 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 14, 1, 8, 45) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8625 "BENCH 10.8625"
+(2014, 10, 14, 1, 9, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2436 "Building point search tree to accelerate distance queries."
+(2014, 10, 14, 1, 9, 20) geometry-bounding_box_tree_build-cpp 14.0115 "BENCH 14.0115"
+(2014, 10, 14, 1, 9, 48) common-progress-cpp 27.9409 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 14, 1, 10, 19) common-timing-cpp 31.037 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 14, 1, 11, 52) fem-convergence-cpp 3.89751 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 14, 1, 11, 53) fem-jit-python 0.000419092 "JIT compilation (in memory cache)"
+(2014, 10, 14, 4, 35, 26) mesh-refinement-cpp 8.47226 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 14, 4, 35, 48) mesh-topology-cpp 21.3715 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 14, 4, 36, 11) mesh-unitcube-cpp 23.1417 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 14, 4, 36, 49) mesh-iteration-cpp 35.5484 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 14, 4, 36, 49) function-evaluation-cpp 0.0518708 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 14, 4, 36, 55) function-extrapolation-python 5.76596 "BENCH:  2.00197720528"
+(2014, 10, 14, 4, 36, 55) function-extrapolation-python 2.00198 "BENCH:  2.00197720528"
+(2014, 10, 14, 4, 36, 57) function-interpolation-python 2.23528 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 14, 4, 36, 57) function-interpolation-python 0.888572 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 14, 4, 39, 32) la-vector-access-cpp 155.036 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 14, 4, 40, 14) la-vector-assignment-cpp 42.0827 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 15, 1, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9191 "BENCH 10.9191"
+(2014, 10, 15, 1, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2391 "Building point search tree to accelerate distance queries."
+(2014, 10, 15, 1, 9, 18) geometry-bounding_box_tree_build-cpp 14.2395 "BENCH 14.2395"
+(2014, 10, 15, 1, 9, 45) common-progress-cpp 27.8935 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 15, 1, 10, 17) common-timing-cpp 31.2458 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 15, 1, 11, 51) fem-convergence-cpp 3.87559 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 15, 1, 11, 52) fem-jit-python 0.000420189 "JIT compilation (in memory cache)"
+(2014, 10, 15, 4, 30, 33) mesh-refinement-cpp 8.46886 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 15, 4, 30, 55) mesh-topology-cpp 21.517 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 15, 4, 31, 18) mesh-unitcube-cpp 23.0825 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 15, 4, 31, 56) mesh-iteration-cpp 35.5596 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 15, 4, 31, 56) function-evaluation-cpp 0.0762911 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 15, 4, 32, 2) function-extrapolation-python 5.85747 "BENCH:  1.98217606544"
+(2014, 10, 15, 4, 32, 2) function-extrapolation-python 1.98218 "BENCH:  1.98217606544"
+(2014, 10, 15, 4, 32, 4) function-interpolation-python 2.21926 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 15, 4, 32, 4) function-interpolation-python 0.888716 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 15, 4, 34, 38) la-vector-access-cpp 154.229 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 15, 4, 35, 24) la-vector-assignment-cpp 46.0459 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 16, 1, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0624 "BENCH 11.0624"
+(2014, 10, 16, 1, 9, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9969 "Building point search tree to accelerate distance queries."
+(2014, 10, 16, 1, 9, 20) geometry-bounding_box_tree_build-cpp 14.3147 "BENCH 14.3147"
+(2014, 10, 16, 1, 9, 48) common-progress-cpp 27.8836 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 16, 1, 10, 18) common-timing-cpp 30.6228 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 16, 1, 11, 53) fem-convergence-cpp 3.89952 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 16, 1, 11, 55) fem-jit-python 0.00043571 "JIT compilation (in memory cache)"
+(2014, 10, 16, 4, 27, 5) mesh-refinement-cpp 8.49134 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 16, 4, 27, 27) mesh-topology-cpp 21.4104 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 16, 4, 27, 50) mesh-unitcube-cpp 23.1098 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 16, 4, 28, 28) mesh-iteration-cpp 35.5425 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 16, 4, 28, 28) function-evaluation-cpp 0.053473 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 16, 4, 28, 34) function-extrapolation-python 5.72271 "BENCH:  2.00569415092"
+(2014, 10, 16, 4, 28, 34) function-extrapolation-python 2.00569 "BENCH:  2.00569415092"
+(2014, 10, 16, 4, 28, 36) function-interpolation-python 2.22002 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 16, 4, 28, 36) function-interpolation-python 0.8883 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 16, 4, 31, 10) la-vector-access-cpp 154.197 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 16, 4, 31, 56) la-vector-assignment-cpp 46.0274 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 17, 1, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9121 "BENCH 10.9121"
+(2014, 10, 17, 1, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.137 "Building point search tree to accelerate distance queries."
+(2014, 10, 17, 1, 9, 18) geometry-bounding_box_tree_build-cpp 14.2048 "BENCH 14.2048"
+(2014, 10, 17, 1, 9, 46) common-progress-cpp 27.9011 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 17, 1, 10, 17) common-timing-cpp 31.2122 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 17, 1, 11, 51) fem-convergence-cpp 3.86669 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 17, 1, 11, 53) fem-jit-python 0.000417399 "JIT compilation (in memory cache)"
+(2014, 10, 17, 4, 32, 58) mesh-refinement-cpp 8.48145 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 17, 4, 33, 19) mesh-topology-cpp 21.5264 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 17, 4, 33, 42) mesh-unitcube-cpp 23.0192 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 17, 4, 34, 24) mesh-iteration-cpp 39.1933 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 17, 4, 34, 24) function-evaluation-cpp 0.058466 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 17, 4, 34, 30) function-extrapolation-python 5.70768 "BENCH:  1.99677300453"
+(2014, 10, 17, 4, 34, 30) function-extrapolation-python 1.99677 "BENCH:  1.99677300453"
+(2014, 10, 17, 4, 34, 32) function-interpolation-python 2.22259 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 17, 4, 34, 32) function-interpolation-python 0.891714 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 17, 4, 37, 7) la-vector-access-cpp 154.829 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 17, 4, 37, 49) la-vector-assignment-cpp 42.3622 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 18, 1, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8581 "BENCH 10.8581"
+(2014, 10, 18, 1, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1227 "Building point search tree to accelerate distance queries."
+(2014, 10, 18, 1, 9, 18) geometry-bounding_box_tree_build-cpp 14.3789 "BENCH 14.3789"
+(2014, 10, 18, 1, 9, 45) common-progress-cpp 27.9011 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 18, 1, 10, 17) common-timing-cpp 31.2991 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 18, 1, 11, 51) fem-convergence-cpp 3.92525 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 18, 1, 11, 53) fem-jit-python 0.000423813 "JIT compilation (in memory cache)"
+(2014, 10, 18, 4, 28, 30) mesh-refinement-cpp 8.50549 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 18, 4, 28, 51) mesh-topology-cpp 21.3034 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 18, 4, 29, 15) mesh-unitcube-cpp 23.279 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 18, 4, 29, 56) mesh-iteration-cpp 38.5593 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 18, 4, 29, 56) function-evaluation-cpp 0.058557 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 18, 4, 30, 1) function-extrapolation-python 5.6628 "BENCH:  2.01583719254"
+(2014, 10, 18, 4, 30, 1) function-extrapolation-python 2.01584 "BENCH:  2.01583719254"
+(2014, 10, 18, 4, 30, 4) function-interpolation-python 2.23246 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 18, 4, 30, 4) function-interpolation-python 0.901038 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 18, 4, 32, 38) la-vector-access-cpp 154.178 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 18, 4, 33, 24) la-vector-assignment-cpp 46.0251 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 19, 1, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9403 "BENCH 10.9403"
+(2014, 10, 19, 1, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0535 "Building point search tree to accelerate distance queries."
+(2014, 10, 19, 1, 9, 19) geometry-bounding_box_tree_build-cpp 14.0825 "BENCH 14.0825"
+(2014, 10, 19, 1, 9, 47) common-progress-cpp 27.8804 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 19, 1, 10, 18) common-timing-cpp 31.0802 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 19, 1, 11, 52) fem-convergence-cpp 3.9351 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 19, 1, 11, 53) fem-jit-python 0.000415778 "JIT compilation (in memory cache)"
+(2014, 10, 19, 4, 32, 59) mesh-refinement-cpp 8.46614 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 19, 4, 33, 20) mesh-topology-cpp 21.4803 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 19, 4, 33, 44) mesh-unitcube-cpp 23.0745 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 19, 4, 34, 22) mesh-iteration-cpp 35.543 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 19, 4, 34, 22) function-evaluation-cpp 0.0605161 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 19, 4, 34, 27) function-extrapolation-python 5.64239 "BENCH:  1.99154186249"
+(2014, 10, 19, 4, 34, 27) function-extrapolation-python 1.99154 "BENCH:  1.99154186249"
+(2014, 10, 19, 4, 34, 30) function-interpolation-python 2.20988 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 19, 4, 34, 30) function-interpolation-python 0.887558 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 19, 4, 37, 8) la-vector-access-cpp 158.771 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 19, 4, 37, 51) la-vector-assignment-cpp 42.292 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 20, 1, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.8894 "BENCH 10.8894"
+(2014, 10, 20, 1, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1307 "Building point search tree to accelerate distance queries."
+(2014, 10, 20, 1, 9, 17) geometry-bounding_box_tree_build-cpp 14.2916 "BENCH 14.2916"
+(2014, 10, 20, 1, 9, 45) common-progress-cpp 27.9585 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 20, 1, 10, 16) common-timing-cpp 31.3228 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 20, 1, 11, 51) fem-convergence-cpp 3.88984 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 20, 1, 11, 52) fem-jit-python 0.000408101 "JIT compilation (in memory cache)"
+(2014, 10, 20, 4, 31, 48) mesh-refinement-cpp 8.46638 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 20, 4, 32, 9) mesh-topology-cpp 21.4107 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 20, 4, 32, 32) mesh-unitcube-cpp 23.0575 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 20, 4, 33, 14) mesh-iteration-cpp 39.178 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 20, 4, 33, 14) function-evaluation-cpp 0.060257 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 20, 4, 33, 20) function-extrapolation-python 5.94623 "BENCH:  1.99621105194"
+(2014, 10, 20, 4, 33, 20) function-extrapolation-python 1.99621 "BENCH:  1.99621105194"
+(2014, 10, 20, 4, 33, 22) function-interpolation-python 2.23853 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 20, 4, 33, 22) function-interpolation-python 0.891514 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 20, 4, 35, 57) la-vector-access-cpp 154.186 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 20, 4, 36, 39) la-vector-assignment-cpp 42.0194 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 21, 1, 8, 49) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.6956 "BENCH 11.6956"
+(2014, 10, 21, 1, 9, 8) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6925 "Building point search tree to accelerate distance queries."
+(2014, 10, 21, 1, 9, 24) geometry-bounding_box_tree_build-cpp 14.1688 "BENCH 14.1688"
+(2014, 10, 21, 1, 9, 52) common-progress-cpp 27.8783 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 21, 1, 10, 23) common-timing-cpp 30.3759 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 21, 1, 11, 57) fem-convergence-cpp 3.91842 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 21, 1, 11, 58) fem-jit-python 0.000419617 "JIT compilation (in memory cache)"
+(2014, 10, 21, 4, 21, 45) mesh-refinement-cpp 8.54341 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 21, 4, 22, 7) mesh-topology-cpp 21.7309 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 21, 4, 22, 30) mesh-unitcube-cpp 23.1977 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 21, 4, 23, 16) mesh-iteration-cpp 43.5747 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 21, 4, 23, 16) function-evaluation-cpp 0.058279 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 21, 4, 23, 22) function-extrapolation-python 5.63363 "BENCH:  2.00619387627"
+(2014, 10, 21, 4, 23, 22) function-extrapolation-python 2.00619 "BENCH:  2.00619387627"
+(2014, 10, 21, 4, 23, 24) function-interpolation-python 2.29013 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 21, 4, 23, 24) function-interpolation-python 0.934132 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 21, 4, 25, 56) la-vector-access-cpp 151.256 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 21, 4, 26, 34) la-vector-assignment-cpp 38.0545 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 22, 1, 8, 45) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.6706 "BENCH 11.6706"
+(2014, 10, 22, 1, 9, 4) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5235 "Building point search tree to accelerate distance queries."
+(2014, 10, 22, 1, 9, 21) geometry-bounding_box_tree_build-cpp 14.2244 "BENCH 14.2244"
+(2014, 10, 22, 1, 9, 48) common-progress-cpp 27.8821 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 22, 1, 10, 19) common-timing-cpp 30.1797 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 22, 1, 11, 54) fem-convergence-cpp 3.85106 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 22, 1, 11, 55) fem-jit-python 0.000421906 "JIT compilation (in memory cache)"
+(2014, 10, 22, 4, 20, 8) mesh-refinement-cpp 8.57119 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 22, 4, 20, 30) mesh-topology-cpp 21.7798 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 22, 4, 20, 53) mesh-unitcube-cpp 23.1814 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 22, 4, 21, 35) mesh-iteration-cpp 39.18 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 22, 4, 21, 35) function-evaluation-cpp 0.0869849 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 22, 4, 21, 40) function-extrapolation-python 5.656 "BENCH:  1.99994492531"
+(2014, 10, 22, 4, 21, 40) function-extrapolation-python 1.99994 "BENCH:  1.99994492531"
+(2014, 10, 22, 4, 21, 43) function-interpolation-python 2.27017 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 22, 4, 21, 43) function-interpolation-python 0.930895 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 22, 4, 24, 14) la-vector-access-cpp 151.174 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 22, 4, 24, 52) la-vector-assignment-cpp 38.0086 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 23, 1, 8, 46) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0354 "BENCH 11.0354"
+(2014, 10, 23, 1, 9, 5) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1097 "Building point search tree to accelerate distance queries."
+(2014, 10, 23, 1, 9, 21) geometry-bounding_box_tree_build-cpp 14.2176 "BENCH 14.2176"
+(2014, 10, 23, 1, 9, 49) common-progress-cpp 27.9537 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 23, 1, 10, 20) common-timing-cpp 30.4108 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 23, 1, 11, 54) fem-convergence-cpp 3.82471 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 23, 1, 11, 56) fem-jit-python 0.000419998 "JIT compilation (in memory cache)"
+(2014, 10, 23, 4, 38, 39) mesh-refinement-cpp 8.52561 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 23, 4, 39, 1) mesh-topology-cpp 21.6209 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 23, 4, 39, 24) mesh-unitcube-cpp 22.8523 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 23, 4, 40, 6) mesh-iteration-cpp 39.1798 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 23, 4, 40, 6) function-evaluation-cpp 0.0722249 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 23, 4, 40, 11) function-extrapolation-python 5.5987 "BENCH:  2.00957489014"
+(2014, 10, 23, 4, 40, 11) function-extrapolation-python 2.00957 "BENCH:  2.00957489014"
+(2014, 10, 23, 4, 40, 14) function-interpolation-python 2.24004 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 23, 4, 40, 14) function-interpolation-python 0.908606 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 23, 4, 42, 45) la-vector-access-cpp 151.594 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 23, 4, 43, 24) la-vector-assignment-cpp 38.2895 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 24, 1, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1593 "BENCH 11.1593"
+(2014, 10, 24, 1, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0552 "Building point search tree to accelerate distance queries."
+(2014, 10, 24, 1, 9, 18) geometry-bounding_box_tree_build-cpp 14.322 "BENCH 14.322"
+(2014, 10, 24, 1, 9, 45) common-progress-cpp 27.9016 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 24, 1, 10, 16) common-timing-cpp 30.8148 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 24, 1, 11, 51) fem-convergence-cpp 3.89832 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 24, 1, 11, 52) fem-jit-python 0.000407004 "JIT compilation (in memory cache)"
+(2014, 10, 24, 4, 28, 34) mesh-refinement-cpp 8.57309 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 24, 4, 28, 55) mesh-topology-cpp 21.574 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 24, 4, 29, 19) mesh-unitcube-cpp 23.7722 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 24, 4, 30, 1) mesh-iteration-cpp 39.1757 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 24, 4, 30, 1) function-evaluation-cpp 0.0622101 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 24, 4, 30, 7) function-extrapolation-python 5.99373 "BENCH:  1.99651503563"
+(2014, 10, 24, 4, 30, 7) function-extrapolation-python 1.99652 "BENCH:  1.99651503563"
+(2014, 10, 24, 4, 30, 9) function-interpolation-python 2.25934 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 24, 4, 30, 9) function-interpolation-python 0.902858 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 24, 4, 32, 41) la-vector-access-cpp 151.814 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 24, 4, 33, 19) la-vector-assignment-cpp 38.0103 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 25, 1, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.159 "BENCH 11.159"
+(2014, 10, 25, 1, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3135 "Building point search tree to accelerate distance queries."
+(2014, 10, 25, 1, 9, 19) geometry-bounding_box_tree_build-cpp 14.436 "BENCH 14.436"
+(2014, 10, 25, 1, 9, 52) common-progress-cpp 32.9022 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 25, 1, 10, 22) common-timing-cpp 30.2973 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 25, 1, 11, 58) fem-convergence-cpp 3.90044 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 25, 1, 11, 59) fem-jit-python 0.000406313 "JIT compilation (in memory cache)"
+(2014, 10, 25, 4, 29, 47) mesh-refinement-cpp 8.55928 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 25, 4, 30, 8) mesh-topology-cpp 21.55 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 25, 4, 30, 32) mesh-unitcube-cpp 23.468 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 25, 4, 31, 18) mesh-iteration-cpp 43.5757 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 25, 4, 31, 18) function-evaluation-cpp 0.0745301 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 25, 4, 31, 24) function-extrapolation-python 5.99599 "BENCH:  2.0088031292"
+(2014, 10, 25, 4, 31, 24) function-extrapolation-python 2.0088 "BENCH:  2.0088031292"
+(2014, 10, 25, 4, 31, 26) function-interpolation-python 2.24296 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 25, 4, 31, 26) function-interpolation-python 0.895253 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 25, 4, 33, 57) la-vector-access-cpp 150.731 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 25, 4, 34, 35) la-vector-assignment-cpp 38.014 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 26, 2, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.062 "BENCH 11.062"
+(2014, 10, 26, 2, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 14.989 "Building point search tree to accelerate distance queries."
+(2014, 10, 26, 2, 9, 18) geometry-bounding_box_tree_build-cpp 14.2302 "BENCH 14.2302"
+(2014, 10, 26, 2, 9, 46) common-progress-cpp 28.0124 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 26, 2, 10, 15) common-timing-cpp 29.7158 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 26, 2, 11, 49) fem-convergence-cpp 3.85475 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 26, 2, 11, 51) fem-jit-python 0.000421906 "JIT compilation (in memory cache)"
+(2014, 10, 26, 5, 30, 50) mesh-refinement-cpp 8.69131 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 26, 5, 31, 12) mesh-topology-cpp 21.7343 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 26, 5, 31, 36) mesh-unitcube-cpp 23.679 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 26, 5, 32, 18) mesh-iteration-cpp 39.4166 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 26, 5, 32, 18) function-evaluation-cpp 0.089154 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 26, 5, 32, 24) function-extrapolation-python 5.89083 "BENCH:  2.03053402901"
+(2014, 10, 26, 5, 32, 24) function-extrapolation-python 2.03053 "BENCH:  2.03053402901"
+(2014, 10, 26, 5, 32, 26) function-interpolation-python 2.29373 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 26, 5, 32, 26) function-interpolation-python 0.921347 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 26, 5, 34, 57) la-vector-access-cpp 150.99 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 26, 5, 35, 39) la-vector-assignment-cpp 42.0274 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 27, 2, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0295 "BENCH 11.0295"
+(2014, 10, 27, 2, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.12 "Building point search tree to accelerate distance queries."
+(2014, 10, 27, 2, 9, 18) geometry-bounding_box_tree_build-cpp 14.2951 "BENCH 14.2951"
+(2014, 10, 27, 2, 9, 46) common-progress-cpp 27.8832 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 27, 2, 10, 16) common-timing-cpp 29.8866 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 27, 2, 11, 49) fem-convergence-cpp 3.86232 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 27, 2, 11, 50) fem-jit-python 0.000419497 "JIT compilation (in memory cache)"
+(2014, 10, 27, 5, 25, 20) mesh-refinement-cpp 8.55113 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 27, 5, 25, 41) mesh-topology-cpp 21.5124 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 27, 5, 26, 5) mesh-unitcube-cpp 23.5818 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 27, 5, 26, 47) mesh-iteration-cpp 39.1717 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 27, 5, 26, 47) function-evaluation-cpp 0.0619938 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 27, 5, 26, 53) function-extrapolation-python 5.69118 "BENCH:  1.99518585205"
+(2014, 10, 27, 5, 26, 53) function-extrapolation-python 1.99519 "BENCH:  1.99518585205"
+(2014, 10, 27, 5, 26, 55) function-interpolation-python 2.21938 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 27, 5, 26, 55) function-interpolation-python 0.893302 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 27, 5, 29, 26) la-vector-access-cpp 150.711 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 27, 5, 30, 4) la-vector-assignment-cpp 38.0112 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 28, 2, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9708 "BENCH 10.9708"
+(2014, 10, 28, 2, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1407 "Building point search tree to accelerate distance queries."
+(2014, 10, 28, 2, 9, 17) geometry-bounding_box_tree_build-cpp 14.2398 "BENCH 14.2398"
+(2014, 10, 28, 2, 9, 45) common-progress-cpp 27.922 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 28, 2, 10, 15) common-timing-cpp 30.1472 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 28, 2, 11, 50) fem-convergence-cpp 3.81522 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 28, 2, 11, 51) fem-jit-python 0.000424004 "JIT compilation (in memory cache)"
+(2014, 10, 28, 5, 47, 1) mesh-refinement-cpp 8.83603 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 28, 5, 47, 23) mesh-topology-cpp 21.7899 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 28, 5, 47, 47) mesh-unitcube-cpp 23.6861 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 28, 5, 48, 33) mesh-iteration-cpp 43.5884 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 28, 5, 48, 33) function-evaluation-cpp 0.0724461 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 28, 5, 48, 39) function-extrapolation-python 5.46461 "BENCH:  1.9933218956"
+(2014, 10, 28, 5, 48, 39) function-extrapolation-python 1.99332 "BENCH:  1.9933218956"
+(2014, 10, 28, 5, 48, 41) function-interpolation-python 2.23247 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 28, 5, 48, 41) function-interpolation-python 0.891896 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 28, 5, 51, 12) la-vector-access-cpp 150.7 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 28, 5, 51, 54) la-vector-assignment-cpp 42.0218 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 29, 2, 8, 47) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1712 "BENCH 11.1712"
+(2014, 10, 29, 2, 9, 6) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1633 "Building point search tree to accelerate distance queries."
+(2014, 10, 29, 2, 9, 23) geometry-bounding_box_tree_build-cpp 14.0887 "BENCH 14.0887"
+(2014, 10, 29, 2, 9, 50) common-progress-cpp 27.6201 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 29, 2, 10, 20) common-timing-cpp 30.2474 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 29, 2, 11, 55) fem-convergence-cpp 3.81475 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 29, 2, 11, 56) fem-jit-python 0.000425887 "JIT compilation (in memory cache)"
+(2014, 10, 29, 5, 33, 11) mesh-refinement-cpp 8.56165 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 29, 5, 33, 33) mesh-topology-cpp 21.6458 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 29, 5, 33, 56) mesh-unitcube-cpp 23.4395 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 29, 5, 34, 38) mesh-iteration-cpp 39.1111 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 29, 5, 34, 38) function-evaluation-cpp 0.0744588 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 29, 5, 34, 44) function-extrapolation-python 5.90783 "BENCH:  2.0017850399"
+(2014, 10, 29, 5, 34, 44) function-extrapolation-python 2.00179 "BENCH:  2.0017850399"
+(2014, 10, 29, 5, 34, 46) function-interpolation-python 2.25268 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 29, 5, 34, 46) function-interpolation-python 0.904835 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 29, 5, 37, 17) la-vector-access-cpp 150.484 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 29, 5, 37, 55) la-vector-assignment-cpp 38.0123 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 30, 2, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0848 "BENCH 11.0848"
+(2014, 10, 30, 2, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0471 "Building point search tree to accelerate distance queries."
+(2014, 10, 30, 2, 9, 17) geometry-bounding_box_tree_build-cpp 14.207 "BENCH 14.207"
+(2014, 10, 30, 2, 9, 45) common-progress-cpp 27.8812 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 30, 2, 10, 15) common-timing-cpp 30.0858 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 30, 2, 11, 50) fem-convergence-cpp 3.85671 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 30, 2, 11, 52) fem-jit-python 0.000422883 "JIT compilation (in memory cache)"
+(2014, 10, 30, 5, 31, 26) mesh-refinement-cpp 8.57116 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 30, 5, 31, 48) mesh-topology-cpp 21.6542 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 30, 5, 32, 12) mesh-unitcube-cpp 23.4339 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 30, 5, 32, 53) mesh-iteration-cpp 39.1871 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 30, 5, 32, 53) function-evaluation-cpp 0.070245 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 30, 5, 32, 59) function-extrapolation-python 5.8043 "BENCH:  1.99066901207"
+(2014, 10, 30, 5, 32, 59) function-extrapolation-python 1.99067 "BENCH:  1.99066901207"
+(2014, 10, 30, 5, 33, 2) function-interpolation-python 2.25158 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 30, 5, 33, 2) function-interpolation-python 0.895503 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 30, 5, 35, 33) la-vector-access-cpp 151.24 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 30, 5, 36, 11) la-vector-assignment-cpp 38.0111 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 10, 31, 2, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1768 "BENCH 11.1768"
+(2014, 10, 31, 2, 9, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3583 "Building point search tree to accelerate distance queries."
+(2014, 10, 31, 2, 9, 20) geometry-bounding_box_tree_build-cpp 14.343 "BENCH 14.343"
+(2014, 10, 31, 2, 9, 48) common-progress-cpp 27.8879 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 10, 31, 2, 10, 18) common-timing-cpp 30.6418 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 10, 31, 2, 11, 53) fem-convergence-cpp 3.84455 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 10, 31, 2, 11, 54) fem-jit-python 0.000427485 "JIT compilation (in memory cache)"
+(2014, 10, 31, 5, 34, 56) mesh-refinement-cpp 8.59252 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 10, 31, 5, 35, 18) mesh-topology-cpp 21.4965 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 10, 31, 5, 35, 42) mesh-unitcube-cpp 23.7136 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 10, 31, 5, 36, 23) mesh-iteration-cpp 39.1813 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 10, 31, 5, 36, 24) function-evaluation-cpp 0.063935 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 10, 31, 5, 36, 29) function-extrapolation-python 5.77328 "BENCH:  2.01375484467"
+(2014, 10, 31, 5, 36, 29) function-extrapolation-python 2.01375 "BENCH:  2.01375484467"
+(2014, 10, 31, 5, 36, 32) function-interpolation-python 2.24669 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 31, 5, 36, 32) function-interpolation-python 0.898741 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 10, 31, 5, 39, 2) la-vector-access-cpp 150.684 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 10, 31, 5, 39, 40) la-vector-assignment-cpp 38.019 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 1, 2, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1329 "BENCH 11.1329"
+(2014, 11, 1, 2, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1576 "Building point search tree to accelerate distance queries."
+(2014, 11, 1, 2, 9, 18) geometry-bounding_box_tree_build-cpp 14.1864 "BENCH 14.1864"
+(2014, 11, 1, 2, 9, 50) common-progress-cpp 31.6389 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 1, 2, 10, 21) common-timing-cpp 30.9122 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 1, 2, 11, 55) fem-convergence-cpp 3.86266 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 1, 2, 11, 57) fem-jit-python 0.000414205 "JIT compilation (in memory cache)"
+(2014, 11, 1, 5, 25, 19) mesh-refinement-cpp 8.61724 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 1, 5, 25, 41) mesh-topology-cpp 21.5759 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 1, 5, 26, 4) mesh-unitcube-cpp 23.4414 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 1, 5, 26, 46) mesh-iteration-cpp 39.1791 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 1, 5, 26, 46) function-evaluation-cpp 0.0769939 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 1, 5, 26, 52) function-extrapolation-python 5.64524 "BENCH:  1.99228000641"
+(2014, 11, 1, 5, 26, 52) function-extrapolation-python 1.99228 "BENCH:  1.99228000641"
+(2014, 11, 1, 5, 26, 54) function-interpolation-python 2.2298 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 1, 5, 26, 54) function-interpolation-python 0.896246 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 1, 5, 29, 25) la-vector-access-cpp 150.686 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 1, 5, 30, 3) la-vector-assignment-cpp 38.0279 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 2, 2, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1125 "BENCH 11.1125"
+(2014, 11, 2, 2, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0944 "Building point search tree to accelerate distance queries."
+(2014, 11, 2, 2, 9, 18) geometry-bounding_box_tree_build-cpp 14.0655 "BENCH 14.0655"
+(2014, 11, 2, 2, 9, 46) common-progress-cpp 27.8922 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 2, 2, 10, 17) common-timing-cpp 30.7812 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 2, 2, 11, 52) fem-convergence-cpp 3.83019 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 2, 2, 11, 53) fem-jit-python 0.000413513 "JIT compilation (in memory cache)"
+(2014, 11, 2, 5, 33, 54) mesh-refinement-cpp 8.73721 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 2, 5, 34, 16) mesh-topology-cpp 21.8735 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 2, 5, 34, 40) mesh-unitcube-cpp 23.6877 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 2, 5, 35, 26) mesh-iteration-cpp 43.8435 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 2, 5, 35, 26) function-evaluation-cpp 0.0747271 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 2, 5, 35, 32) function-extrapolation-python 5.68925 "BENCH:  2.06611704826"
+(2014, 11, 2, 5, 35, 32) function-extrapolation-python 2.06612 "BENCH:  2.06611704826"
+(2014, 11, 2, 5, 35, 34) function-interpolation-python 2.28669 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 2, 5, 35, 34) function-interpolation-python 0.91682 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 2, 5, 38, 5) la-vector-access-cpp 151.003 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 2, 5, 38, 43) la-vector-assignment-cpp 38.0242 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 3, 2, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1897 "BENCH 11.1897"
+(2014, 11, 3, 2, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2746 "Building point search tree to accelerate distance queries."
+(2014, 11, 3, 2, 9, 18) geometry-bounding_box_tree_build-cpp 14.1962 "BENCH 14.1962"
+(2014, 11, 3, 2, 9, 46) common-progress-cpp 27.8841 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 3, 2, 10, 17) common-timing-cpp 30.6664 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 3, 2, 11, 52) fem-convergence-cpp 3.8923 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 3, 2, 11, 53) fem-jit-python 0.000409484 "JIT compilation (in memory cache)"
+(2014, 11, 3, 5, 28, 4) mesh-refinement-cpp 8.57199 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 3, 5, 28, 26) mesh-topology-cpp 21.5977 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 3, 5, 28, 49) mesh-unitcube-cpp 23.4697 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 3, 5, 29, 31) mesh-iteration-cpp 39.176 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 3, 5, 29, 31) function-evaluation-cpp 0.0745251 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 3, 5, 29, 37) function-extrapolation-python 5.71608 "BENCH:  1.99472284317"
+(2014, 11, 3, 5, 29, 37) function-extrapolation-python 1.99472 "BENCH:  1.99472284317"
+(2014, 11, 3, 5, 29, 39) function-interpolation-python 2.25196 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 3, 5, 29, 39) function-interpolation-python 0.904003 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 3, 5, 32, 10) la-vector-access-cpp 150.724 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 3, 5, 32, 52) la-vector-assignment-cpp 42.2564 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 4, 2, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.2981 "BENCH 11.2981"
+(2014, 11, 4, 2, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.029 "Building point search tree to accelerate distance queries."
+(2014, 11, 4, 2, 9, 19) geometry-bounding_box_tree_build-cpp 14.4299 "BENCH 14.4299"
+(2014, 11, 4, 2, 9, 47) common-progress-cpp 27.9014 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 4, 2, 10, 17) common-timing-cpp 30.5036 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 4, 2, 11, 52) fem-convergence-cpp 3.86769 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 4, 2, 11, 53) fem-jit-python 0.00042119 "JIT compilation (in memory cache)"
+(2014, 11, 4, 5, 33, 14) mesh-refinement-cpp 8.83908 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 4, 5, 33, 36) mesh-topology-cpp 21.8505 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 4, 5, 33, 59) mesh-unitcube-cpp 23.6559 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 4, 5, 34, 41) mesh-iteration-cpp 39.3895 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 4, 5, 34, 41) function-evaluation-cpp 0.0769849 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 4, 5, 34, 47) function-extrapolation-python 5.87353 "BENCH:  2.0394718647"
+(2014, 11, 4, 5, 34, 47) function-extrapolation-python 2.03947 "BENCH:  2.0394718647"
+(2014, 11, 4, 5, 34, 50) function-interpolation-python 2.32688 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 4, 5, 34, 50) function-interpolation-python 0.926297 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 4, 5, 37, 22) la-vector-access-cpp 152.659 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 4, 5, 38, 0) la-vector-assignment-cpp 37.9671 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 5, 2, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0927 "BENCH 11.0927"
+(2014, 11, 5, 2, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1851 "Building point search tree to accelerate distance queries."
+(2014, 11, 5, 2, 9, 17) geometry-bounding_box_tree_build-cpp 14.1325 "BENCH 14.1325"
+(2014, 11, 5, 2, 9, 45) common-progress-cpp 27.8923 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 5, 2, 10, 16) common-timing-cpp 30.5506 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 5, 2, 11, 51) fem-convergence-cpp 3.84255 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 5, 2, 11, 52) fem-jit-python 0.0004143 "JIT compilation (in memory cache)"
+(2014, 11, 5, 5, 33, 27) mesh-refinement-cpp 8.57944 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 5, 5, 33, 49) mesh-topology-cpp 21.564 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 5, 5, 34, 12) mesh-unitcube-cpp 23.4395 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 5, 5, 34, 54) mesh-iteration-cpp 39.1757 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 5, 5, 34, 54) function-evaluation-cpp 0.07692 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 5, 5, 35, 0) function-extrapolation-python 5.76433 "BENCH:  2.01263093948"
+(2014, 11, 5, 5, 35, 0) function-extrapolation-python 2.01263 "BENCH:  2.01263093948"
+(2014, 11, 5, 5, 35, 2) function-interpolation-python 2.2562 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 5, 5, 35, 2) function-interpolation-python 0.916118 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 5, 5, 37, 35) la-vector-access-cpp 153.074 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 5, 5, 38, 14) la-vector-assignment-cpp 38.282 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 6, 2, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9808 "BENCH 10.9808"
+(2014, 11, 6, 2, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1164 "Building point search tree to accelerate distance queries."
+(2014, 11, 6, 2, 9, 18) geometry-bounding_box_tree_build-cpp 14.3504 "BENCH 14.3504"
+(2014, 11, 6, 2, 9, 46) common-progress-cpp 27.8809 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 6, 2, 10, 16) common-timing-cpp 29.8311 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 6, 2, 11, 52) fem-convergence-cpp 3.88443 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 6, 2, 11, 53) fem-jit-python 0.000427794 "JIT compilation (in memory cache)"
+(2014, 11, 6, 5, 32, 15) mesh-refinement-cpp 8.71488 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 6, 5, 32, 37) mesh-topology-cpp 21.6479 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 6, 5, 33, 1) mesh-unitcube-cpp 23.8873 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 6, 5, 33, 43) mesh-iteration-cpp 39.4135 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 6, 5, 33, 43) function-evaluation-cpp 0.079735 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 6, 5, 33, 48) function-extrapolation-python 5.52255 "BENCH:  2.04936504364"
+(2014, 11, 6, 5, 33, 48) function-extrapolation-python 2.04937 "BENCH:  2.04936504364"
+(2014, 11, 6, 5, 33, 51) function-interpolation-python 2.2765 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 6, 5, 33, 51) function-interpolation-python 0.91461 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 6, 5, 36, 22) la-vector-access-cpp 151.541 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 6, 5, 37, 4) la-vector-assignment-cpp 41.9956 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 7, 2, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.973 "BENCH 10.973"
+(2014, 11, 7, 2, 9, 4) geometry-bounding_box_tree_compute_closest_entity-cpp 15.6656 "Building point search tree to accelerate distance queries."
+(2014, 11, 7, 2, 9, 20) geometry-bounding_box_tree_build-cpp 14.1323 "BENCH 14.1323"
+(2014, 11, 7, 2, 9, 48) common-progress-cpp 27.9404 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 7, 2, 10, 18) common-timing-cpp 29.7348 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 7, 2, 11, 51) fem-convergence-cpp 3.8358 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 7, 2, 11, 52) fem-jit-python 0.000423598 "JIT compilation (in memory cache)"
+(2014, 11, 7, 5, 19, 5) mesh-refinement-cpp 8.55839 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 7, 5, 19, 27) mesh-topology-cpp 21.5156 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 7, 5, 19, 50) mesh-unitcube-cpp 23.4877 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 7, 5, 20, 32) mesh-iteration-cpp 39.1805 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 7, 5, 20, 32) function-evaluation-cpp 0.0762701 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 7, 5, 20, 38) function-extrapolation-python 5.73122 "BENCH:  2.02365708351"
+(2014, 11, 7, 5, 20, 38) function-extrapolation-python 2.02366 "BENCH:  2.02365708351"
+(2014, 11, 7, 5, 20, 40) function-interpolation-python 2.22803 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 7, 5, 20, 40) function-interpolation-python 0.896808 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 7, 5, 23, 12) la-vector-access-cpp 151.916 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 7, 5, 23, 50) la-vector-assignment-cpp 38.0204 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 8, 2, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0432 "BENCH 11.0432"
+(2014, 11, 8, 2, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9913 "Building point search tree to accelerate distance queries."
+(2014, 11, 8, 2, 9, 17) geometry-bounding_box_tree_build-cpp 14.0684 "BENCH 14.0684"
+(2014, 11, 8, 2, 9, 44) common-progress-cpp 27.8908 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 8, 2, 10, 15) common-timing-cpp 30.1833 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 8, 2, 11, 49) fem-convergence-cpp 3.83 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 8, 2, 11, 50) fem-jit-python 0.00042181 "JIT compilation (in memory cache)"
+(2014, 11, 8, 5, 28, 25) mesh-refinement-cpp 8.56076 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 8, 5, 28, 47) mesh-topology-cpp 21.6926 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 8, 5, 29, 11) mesh-unitcube-cpp 23.6028 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 8, 5, 29, 52) mesh-iteration-cpp 39.0982 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 8, 5, 29, 52) function-evaluation-cpp 0.0870249 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 8, 5, 29, 58) function-extrapolation-python 5.83516 "BENCH:  2.05952310562"
+(2014, 11, 8, 5, 29, 58) function-extrapolation-python 2.05952 "BENCH:  2.05952310562"
+(2014, 11, 8, 5, 30, 1) function-interpolation-python 2.35402 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 8, 5, 30, 1) function-interpolation-python 0.952389 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 8, 5, 32, 34) la-vector-access-cpp 153.36 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 8, 5, 33, 16) la-vector-assignment-cpp 42.0217 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 9, 2, 8, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1599 "BENCH 11.1599"
+(2014, 11, 9, 2, 8, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1473 "Building point search tree to accelerate distance queries."
+(2014, 11, 9, 2, 9, 16) geometry-bounding_box_tree_build-cpp 14.1587 "BENCH 14.1587"
+(2014, 11, 9, 2, 9, 44) common-progress-cpp 27.8856 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 9, 2, 10, 15) common-timing-cpp 30.962 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 9, 2, 11, 50) fem-convergence-cpp 3.83735 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 9, 2, 11, 51) fem-jit-python 0.000421691 "JIT compilation (in memory cache)"
+(2014, 11, 9, 5, 33, 43) mesh-refinement-cpp 8.5665 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 9, 5, 34, 4) mesh-topology-cpp 21.5765 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 9, 5, 34, 28) mesh-unitcube-cpp 23.5025 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 9, 5, 35, 10) mesh-iteration-cpp 39.1712 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 9, 5, 35, 10) function-evaluation-cpp 0.052187 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 9, 5, 35, 15) function-extrapolation-python 5.728 "BENCH:  2.00523686409"
+(2014, 11, 9, 5, 35, 15) function-extrapolation-python 2.00524 "BENCH:  2.00523686409"
+(2014, 11, 9, 5, 35, 18) function-interpolation-python 2.22628 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 9, 5, 35, 18) function-interpolation-python 0.893958 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 9, 5, 37, 48) la-vector-access-cpp 150.694 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 9, 5, 38, 26) la-vector-assignment-cpp 37.979 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 10, 2, 8, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.2474 "BENCH 11.2474"
+(2014, 11, 10, 2, 8, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1376 "Building point search tree to accelerate distance queries."
+(2014, 11, 10, 2, 9, 16) geometry-bounding_box_tree_build-cpp 14.1706 "BENCH 14.1706"
+(2014, 11, 10, 2, 9, 44) common-progress-cpp 27.8843 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 10, 2, 10, 15) common-timing-cpp 30.8137 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 10, 2, 11, 49) fem-convergence-cpp 3.86626 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 10, 2, 11, 51) fem-jit-python 0.000417185 "JIT compilation (in memory cache)"
+(2014, 11, 10, 5, 27, 31) mesh-refinement-cpp 8.56199 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 10, 5, 27, 52) mesh-topology-cpp 21.589 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 10, 5, 28, 16) mesh-unitcube-cpp 23.4664 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 10, 5, 28, 58) mesh-iteration-cpp 39.1773 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 10, 5, 28, 58) function-evaluation-cpp 0.051223 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 10, 5, 29, 3) function-extrapolation-python 5.53876 "BENCH:  1.99187994003"
+(2014, 11, 10, 5, 29, 3) function-extrapolation-python 1.99188 "BENCH:  1.99187994003"
+(2014, 11, 10, 5, 29, 6) function-interpolation-python 2.22736 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 10, 5, 29, 6) function-interpolation-python 0.896078 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 10, 5, 31, 36) la-vector-access-cpp 150.664 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 10, 5, 32, 14) la-vector-assignment-cpp 38.0202 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 11, 2, 8, 39) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0118 "BENCH 11.0118"
+(2014, 11, 11, 2, 8, 57) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3467 "Building point search tree to accelerate distance queries."
+(2014, 11, 11, 2, 9, 14) geometry-bounding_box_tree_build-cpp 14.2835 "BENCH 14.2835"
+(2014, 11, 11, 2, 9, 42) common-progress-cpp 27.877 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 11, 2, 10, 13) common-timing-cpp 30.5448 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 11, 2, 11, 48) fem-convergence-cpp 3.83798 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 11, 2, 11, 49) fem-jit-python 0.000419903 "JIT compilation (in memory cache)"
+(2014, 11, 11, 5, 30, 26) mesh-refinement-cpp 8.57733 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 11, 5, 30, 48) mesh-topology-cpp 21.577 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 11, 5, 31, 11) mesh-unitcube-cpp 23.6135 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 11, 5, 31, 53) mesh-iteration-cpp 39.1773 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 11, 5, 31, 53) function-evaluation-cpp 0.061244 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 11, 5, 31, 59) function-extrapolation-python 5.94534 "BENCH:  1.9957818985"
+(2014, 11, 11, 5, 31, 59) function-extrapolation-python 1.99578 "BENCH:  1.9957818985"
+(2014, 11, 11, 5, 32, 1) function-interpolation-python 2.30012 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 11, 5, 32, 1) function-interpolation-python 0.893837 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 11, 5, 34, 32) la-vector-access-cpp 150.71 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 11, 5, 35, 10) la-vector-assignment-cpp 37.955 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 12, 2, 8, 45) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1893 "BENCH 11.1893"
+(2014, 11, 12, 2, 9, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9574 "Building point search tree to accelerate distance queries."
+(2014, 11, 12, 2, 9, 20) geometry-bounding_box_tree_build-cpp 14.2366 "BENCH 14.2366"
+(2014, 11, 12, 2, 9, 48) common-progress-cpp 27.9002 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 12, 2, 10, 18) common-timing-cpp 30.43 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 12, 2, 11, 53) fem-convergence-cpp 3.88116 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 12, 2, 11, 54) fem-jit-python 0.000415182 "JIT compilation (in memory cache)"
+(2014, 11, 12, 5, 25, 53) mesh-refinement-cpp 8.59727 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 12, 5, 26, 15) mesh-topology-cpp 21.7704 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 12, 5, 26, 38) mesh-unitcube-cpp 23.6679 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 12, 5, 27, 30) mesh-iteration-cpp 48.8458 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 12, 5, 27, 30) function-evaluation-cpp 0.0789721 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 12, 5, 27, 35) function-extrapolation-python 5.64251 "BENCH:  2.06761288643"
+(2014, 11, 12, 5, 27, 35) function-extrapolation-python 2.06761 "BENCH:  2.06761288643"
+(2014, 11, 12, 5, 27, 38) function-interpolation-python 2.34344 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 12, 5, 27, 38) function-interpolation-python 0.92622 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 12, 5, 30, 9) la-vector-access-cpp 151.144 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 12, 5, 30, 47) la-vector-assignment-cpp 38.0224 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 13, 2, 8, 39) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0856 "BENCH 11.0856"
+(2014, 11, 13, 2, 8, 57) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1592 "Building point search tree to accelerate distance queries."
+(2014, 11, 13, 2, 9, 14) geometry-bounding_box_tree_build-cpp 14.334 "BENCH 14.334"
+(2014, 11, 13, 2, 9, 42) common-progress-cpp 27.87 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 13, 2, 10, 13) common-timing-cpp 30.7049 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 13, 2, 11, 46) fem-convergence-cpp 3.83172 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 13, 2, 11, 48) fem-jit-python 0.000420499 "JIT compilation (in memory cache)"
+(2014, 11, 13, 5, 39, 29) mesh-refinement-cpp 8.56523 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 13, 5, 39, 51) mesh-topology-cpp 21.7378 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 13, 5, 40, 14) mesh-unitcube-cpp 23.4337 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 13, 5, 40, 56) mesh-iteration-cpp 39.1773 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 13, 5, 40, 56) function-evaluation-cpp 0.0721881 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 13, 5, 41, 2) function-extrapolation-python 5.66101 "BENCH:  2.00613808632"
+(2014, 11, 13, 5, 41, 2) function-extrapolation-python 2.00614 "BENCH:  2.00613808632"
+(2014, 11, 13, 5, 41, 4) function-interpolation-python 2.26246 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 13, 5, 41, 4) function-interpolation-python 0.914194 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 13, 5, 43, 35) la-vector-access-cpp 151.179 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 13, 5, 44, 13) la-vector-assignment-cpp 38.0234 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 14, 2, 8, 45) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9115 "BENCH 10.9115"
+(2014, 11, 14, 2, 9, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2506 "Building point search tree to accelerate distance queries."
+(2014, 11, 14, 2, 9, 20) geometry-bounding_box_tree_build-cpp 14.293 "BENCH 14.293"
+(2014, 11, 14, 2, 9, 48) common-progress-cpp 27.8781 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 14, 2, 10, 18) common-timing-cpp 30.0494 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 14, 2, 11, 52) fem-convergence-cpp 3.93225 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 14, 2, 11, 53) fem-jit-python 0.000420403 "JIT compilation (in memory cache)"
+(2014, 11, 14, 5, 26, 7) mesh-refinement-cpp 8.58126 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 14, 5, 26, 29) mesh-topology-cpp 21.714 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 14, 5, 26, 52) mesh-unitcube-cpp 23.5037 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 14, 5, 27, 44) mesh-iteration-cpp 48.6059 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 14, 5, 27, 44) function-evaluation-cpp 0.074435 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 14, 5, 27, 49) function-extrapolation-python 5.64376 "BENCH:  2.02567696571"
+(2014, 11, 14, 5, 27, 49) function-extrapolation-python 2.02568 "BENCH:  2.02567696571"
+(2014, 11, 14, 5, 27, 52) function-interpolation-python 2.25691 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 14, 5, 27, 52) function-interpolation-python 0.916077 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 14, 5, 30, 22) la-vector-access-cpp 150.757 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 14, 5, 31, 0) la-vector-assignment-cpp 38.006 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 15, 2, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.087 "BENCH 11.087"
+(2014, 11, 15, 2, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0689 "Building point search tree to accelerate distance queries."
+(2014, 11, 15, 2, 9, 19) geometry-bounding_box_tree_build-cpp 14.192 "BENCH 14.192"
+(2014, 11, 15, 2, 9, 47) common-progress-cpp 27.8543 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 15, 2, 10, 18) common-timing-cpp 30.55 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 15, 2, 11, 52) fem-convergence-cpp 3.84475 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 15, 2, 11, 53) fem-jit-python 0.0004246 "JIT compilation (in memory cache)"
+(2014, 11, 15, 5, 32, 49) mesh-refinement-cpp 8.58526 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 15, 5, 33, 11) mesh-topology-cpp 21.7255 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 15, 5, 33, 34) mesh-unitcube-cpp 23.4851 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 15, 5, 34, 16) mesh-iteration-cpp 39.1772 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 15, 5, 34, 16) function-evaluation-cpp 0.074549 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 15, 5, 34, 22) function-extrapolation-python 5.69328 "BENCH:  2.02185893059"
+(2014, 11, 15, 5, 34, 22) function-extrapolation-python 2.02186 "BENCH:  2.02185893059"
+(2014, 11, 15, 5, 34, 24) function-interpolation-python 2.24235 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 15, 5, 34, 24) function-interpolation-python 0.89334 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 15, 5, 36, 55) la-vector-access-cpp 150.67 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 15, 5, 37, 33) la-vector-assignment-cpp 38.0204 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 16, 2, 8, 39) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.004 "BENCH 11.004"
+(2014, 11, 16, 2, 8, 58) geometry-bounding_box_tree_compute_closest_entity-cpp 15.123 "Building point search tree to accelerate distance queries."
+(2014, 11, 16, 2, 9, 15) geometry-bounding_box_tree_build-cpp 14.1946 "BENCH 14.1946"
+(2014, 11, 16, 2, 9, 43) common-progress-cpp 27.9543 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 16, 2, 10, 13) common-timing-cpp 30.5193 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 16, 2, 11, 48) fem-convergence-cpp 3.90808 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 16, 2, 11, 49) fem-jit-python 0.000424409 "JIT compilation (in memory cache)"
+(2014, 11, 16, 5, 25, 48) mesh-refinement-cpp 8.58584 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 16, 5, 26, 9) mesh-topology-cpp 21.6329 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 16, 5, 26, 33) mesh-unitcube-cpp 23.5097 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 16, 5, 27, 19) mesh-iteration-cpp 43.573 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 16, 5, 27, 19) function-evaluation-cpp 0.0525801 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 16, 5, 27, 25) function-extrapolation-python 5.83663 "BENCH:  1.9994969368"
+(2014, 11, 16, 5, 27, 25) function-extrapolation-python 1.9995 "BENCH:  1.9994969368"
+(2014, 11, 16, 5, 27, 27) function-interpolation-python 2.27689 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 16, 5, 27, 27) function-interpolation-python 0.890873 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 16, 5, 29, 58) la-vector-access-cpp 151.263 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 16, 5, 30, 41) la-vector-assignment-cpp 42.0294 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 17, 2, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.036 "BENCH 11.036"
+(2014, 11, 17, 2, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1217 "Building point search tree to accelerate distance queries."
+(2014, 11, 17, 2, 9, 17) geometry-bounding_box_tree_build-cpp 14.1482 "BENCH 14.1482"
+(2014, 11, 17, 2, 9, 45) common-progress-cpp 27.8894 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 17, 2, 10, 16) common-timing-cpp 30.9943 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 17, 2, 11, 50) fem-convergence-cpp 3.82643 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 17, 2, 11, 52) fem-jit-python 0.000437403 "JIT compilation (in memory cache)"
+(2014, 11, 17, 5, 28, 47) mesh-refinement-cpp 8.66925 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 17, 5, 29, 9) mesh-topology-cpp 22.0489 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 17, 5, 29, 33) mesh-unitcube-cpp 23.486 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 17, 5, 30, 15) mesh-iteration-cpp 39.3997 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 17, 5, 30, 15) function-evaluation-cpp 0.081877 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 17, 5, 30, 21) function-extrapolation-python 5.91871 "BENCH:  2.08673191071"
+(2014, 11, 17, 5, 30, 21) function-extrapolation-python 2.08673 "BENCH:  2.08673191071"
+(2014, 11, 17, 5, 30, 23) function-interpolation-python 2.30621 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 17, 5, 30, 23) function-interpolation-python 0.9142 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 17, 5, 32, 54) la-vector-access-cpp 151.086 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 17, 5, 33, 36) la-vector-assignment-cpp 42.0217 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 18, 2, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1254 "BENCH 11.1254"
+(2014, 11, 18, 2, 9, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2841 "Building point search tree to accelerate distance queries."
+(2014, 11, 18, 2, 9, 20) geometry-bounding_box_tree_build-cpp 14.4065 "BENCH 14.4065"
+(2014, 11, 18, 2, 9, 53) common-progress-cpp 32.9163 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 18, 2, 10, 24) common-timing-cpp 31.3074 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 18, 2, 11, 58) fem-convergence-cpp 3.86259 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 18, 2, 11, 59) fem-jit-python 0.000422192 "JIT compilation (in memory cache)"
+(2014, 11, 18, 5, 27, 11) mesh-refinement-cpp 8.83404 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 18, 5, 27, 33) mesh-topology-cpp 22.1794 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 18, 5, 27, 57) mesh-unitcube-cpp 23.8075 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 18, 5, 28, 39) mesh-iteration-cpp 39.4131 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 18, 5, 28, 39) function-evaluation-cpp 0.0959661 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 18, 5, 28, 45) function-extrapolation-python 5.56272 "BENCH:  2.11515712738"
+(2014, 11, 18, 5, 28, 45) function-extrapolation-python 2.11516 "BENCH:  2.11515712738"
+(2014, 11, 18, 5, 28, 47) function-interpolation-python 2.29952 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 18, 5, 28, 47) function-interpolation-python 0.92317 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 18, 5, 31, 18) la-vector-access-cpp 151.127 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 18, 5, 31, 56) la-vector-assignment-cpp 38.0277 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 19, 2, 8, 46) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0342 "BENCH 11.0342"
+(2014, 11, 19, 2, 9, 5) geometry-bounding_box_tree_compute_closest_entity-cpp 15.544 "Building point search tree to accelerate distance queries."
+(2014, 11, 19, 2, 9, 21) geometry-bounding_box_tree_build-cpp 14.2308 "BENCH 14.2308"
+(2014, 11, 19, 2, 9, 49) common-progress-cpp 27.892 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 19, 2, 10, 20) common-timing-cpp 30.8986 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 19, 2, 11, 55) fem-convergence-cpp 3.83568 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 19, 2, 11, 56) fem-jit-python 0.000417686 "JIT compilation (in memory cache)"
+(2014, 11, 19, 5, 31, 54) mesh-refinement-cpp 8.57422 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 19, 5, 32, 16) mesh-topology-cpp 21.7366 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 19, 5, 32, 39) mesh-unitcube-cpp 23.4858 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 19, 5, 33, 21) mesh-iteration-cpp 39.4001 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 19, 5, 33, 21) function-evaluation-cpp 0.0863519 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 19, 5, 33, 27) function-extrapolation-python 5.98273 "BENCH:  2.08429694176"
+(2014, 11, 19, 5, 33, 27) function-extrapolation-python 2.0843 "BENCH:  2.08429694176"
+(2014, 11, 19, 5, 33, 30) function-interpolation-python 2.32928 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 19, 5, 33, 30) function-interpolation-python 0.911104 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 19, 5, 36, 1) la-vector-access-cpp 151.457 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 19, 5, 36, 39) la-vector-assignment-cpp 38.0183 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 20, 2, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0335 "BENCH 11.0335"
+(2014, 11, 20, 2, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1808 "Building point search tree to accelerate distance queries."
+(2014, 11, 20, 2, 9, 17) geometry-bounding_box_tree_build-cpp 14.0261 "BENCH 14.0261"
+(2014, 11, 20, 2, 9, 50) common-progress-cpp 32.9025 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 20, 2, 10, 20) common-timing-cpp 30.1239 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 20, 2, 11, 54) fem-convergence-cpp 3.84419 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 20, 2, 11, 55) fem-jit-python 0.000416613 "JIT compilation (in memory cache)"
+(2014, 11, 20, 5, 27, 21) mesh-refinement-cpp 8.45026 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 20, 5, 27, 43) mesh-topology-cpp 21.4819 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 20, 5, 28, 6) mesh-unitcube-cpp 23.1853 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 20, 5, 28, 52) mesh-iteration-cpp 43.5634 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 20, 5, 28, 52) function-evaluation-cpp 0.078639 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 20, 5, 28, 58) function-extrapolation-python 5.6746 "BENCH:  2.0331017971"
+(2014, 11, 20, 5, 28, 58) function-extrapolation-python 2.0331 "BENCH:  2.0331017971"
+(2014, 11, 20, 5, 29, 0) function-interpolation-python 2.2375 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 20, 5, 29, 0) function-interpolation-python 0.880509 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 20, 5, 31, 31) la-vector-access-cpp 151.229 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 20, 5, 32, 13) la-vector-assignment-cpp 42.001 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 21, 2, 8, 38) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.155 "BENCH 11.155"
+(2014, 11, 21, 2, 8, 57) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2205 "Building point search tree to accelerate distance queries."
+(2014, 11, 21, 2, 9, 14) geometry-bounding_box_tree_build-cpp 14.2611 "BENCH 14.2611"
+(2014, 11, 21, 2, 9, 42) common-progress-cpp 27.8924 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 21, 2, 10, 12) common-timing-cpp 30.5561 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 21, 2, 11, 47) fem-convergence-cpp 3.85588 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 21, 2, 11, 49) fem-jit-python 0.000424194 "JIT compilation (in memory cache)"
+(2014, 11, 21, 5, 40, 13) mesh-refinement-cpp 8.51906 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 21, 5, 40, 35) mesh-topology-cpp 21.7448 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 21, 5, 40, 59) mesh-unitcube-cpp 23.4332 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 21, 5, 41, 41) mesh-iteration-cpp 39.4074 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 21, 5, 41, 41) function-evaluation-cpp 0.109499 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 21, 5, 41, 47) function-extrapolation-python 5.69102 "BENCH:  2.08780217171"
+(2014, 11, 21, 5, 41, 47) function-extrapolation-python 2.0878 "BENCH:  2.08780217171"
+(2014, 11, 21, 5, 41, 49) function-interpolation-python 2.28101 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 21, 5, 41, 49) function-interpolation-python 0.904316 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 21, 5, 44, 20) la-vector-access-cpp 151.489 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 21, 5, 44, 58) la-vector-assignment-cpp 38.0209 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 22, 2, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0283 "BENCH 11.0283"
+(2014, 11, 22, 2, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0228 "Building point search tree to accelerate distance queries."
+(2014, 11, 22, 2, 9, 19) geometry-bounding_box_tree_build-cpp 14.1958 "BENCH 14.1958"
+(2014, 11, 22, 2, 9, 47) common-progress-cpp 27.8488 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 22, 2, 10, 17) common-timing-cpp 30.6715 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 22, 2, 11, 53) fem-convergence-cpp 3.9171 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 22, 2, 11, 54) fem-jit-python 0.00042448 "JIT compilation (in memory cache)"
+(2014, 11, 22, 5, 39, 43) mesh-refinement-cpp 8.59384 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 22, 5, 40, 5) mesh-topology-cpp 21.8222 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 22, 5, 40, 29) mesh-unitcube-cpp 23.8658 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 22, 5, 41, 11) mesh-iteration-cpp 39.4028 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 22, 5, 41, 11) function-evaluation-cpp 0.079587 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 22, 5, 41, 17) function-extrapolation-python 5.81155 "BENCH:  2.11507296562"
+(2014, 11, 22, 5, 41, 17) function-extrapolation-python 2.11507 "BENCH:  2.11507296562"
+(2014, 11, 22, 5, 41, 20) function-interpolation-python 2.31685 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 22, 5, 41, 20) function-interpolation-python 0.907344 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 22, 5, 43, 51) la-vector-access-cpp 151.516 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 22, 5, 44, 29) la-vector-assignment-cpp 38.0251 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 23, 2, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9392 "BENCH 10.9392"
+(2014, 11, 23, 2, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.8783 "Building point search tree to accelerate distance queries."
+(2014, 11, 23, 2, 9, 19) geometry-bounding_box_tree_build-cpp 14.3036 "BENCH 14.3036"
+(2014, 11, 23, 2, 9, 47) common-progress-cpp 27.8971 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 23, 2, 10, 17) common-timing-cpp 30.4252 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 23, 2, 11, 52) fem-convergence-cpp 3.89475 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 23, 2, 11, 53) fem-jit-python 0.000417113 "JIT compilation (in memory cache)"
+(2014, 11, 23, 5, 36, 26) mesh-refinement-cpp 8.46508 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 23, 5, 36, 48) mesh-topology-cpp 21.4844 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 23, 5, 37, 11) mesh-unitcube-cpp 23.1917 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 23, 5, 37, 52) mesh-iteration-cpp 39.1774 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 23, 5, 37, 52) function-evaluation-cpp 0.0744219 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 23, 5, 37, 58) function-extrapolation-python 5.81166 "BENCH:  2.03416991234"
+(2014, 11, 23, 5, 37, 58) function-extrapolation-python 2.03417 "BENCH:  2.03416991234"
+(2014, 11, 23, 5, 38, 1) function-interpolation-python 2.22093 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 23, 5, 38, 1) function-interpolation-python 0.880612 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 23, 5, 40, 32) la-vector-access-cpp 151.184 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 23, 5, 41, 10) la-vector-assignment-cpp 37.9549 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 24, 2, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9971 "BENCH 10.9971"
+(2014, 11, 24, 2, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5678 "Building point search tree to accelerate distance queries."
+(2014, 11, 24, 2, 9, 18) geometry-bounding_box_tree_build-cpp 14.3415 "BENCH 14.3415"
+(2014, 11, 24, 2, 9, 46) common-progress-cpp 27.8817 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 24, 2, 10, 16) common-timing-cpp 30.0517 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 24, 2, 11, 50) fem-convergence-cpp 3.8862 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 24, 2, 11, 51) fem-jit-python 0.000428391 "JIT compilation (in memory cache)"
+(2014, 11, 24, 5, 28, 21) mesh-refinement-cpp 8.48427 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 24, 5, 28, 43) mesh-topology-cpp 21.462 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 24, 5, 29, 6) mesh-unitcube-cpp 23.2037 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 24, 5, 29, 48) mesh-iteration-cpp 39.1804 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 24, 5, 29, 48) function-evaluation-cpp 0.0750339 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 24, 5, 29, 54) function-extrapolation-python 5.64656 "BENCH:  2.02073216438"
+(2014, 11, 24, 5, 29, 54) function-extrapolation-python 2.02073 "BENCH:  2.02073216438"
+(2014, 11, 24, 5, 29, 56) function-interpolation-python 2.25768 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 24, 5, 29, 56) function-interpolation-python 0.884494 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 24, 5, 32, 27) la-vector-access-cpp 151.206 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 24, 5, 33, 5) la-vector-assignment-cpp 37.9962 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 25, 2, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9472 "BENCH 10.9472"
+(2014, 11, 25, 2, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0149 "Building point search tree to accelerate distance queries."
+(2014, 11, 25, 2, 9, 18) geometry-bounding_box_tree_build-cpp 14.2869 "BENCH 14.2869"
+(2014, 11, 25, 2, 9, 45) common-progress-cpp 27.8959 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 25, 2, 10, 16) common-timing-cpp 30.1409 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 25, 2, 11, 50) fem-convergence-cpp 3.87457 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 25, 2, 11, 52) fem-jit-python 0.000413322 "JIT compilation (in memory cache)"
+(2014, 11, 25, 5, 32, 4) mesh-refinement-cpp 8.44344 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 25, 5, 32, 26) mesh-topology-cpp 21.3319 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 25, 5, 32, 49) mesh-unitcube-cpp 23.2974 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 25, 5, 33, 30) mesh-iteration-cpp 39.1706 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 25, 5, 33, 31) function-evaluation-cpp 0.0742581 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 25, 5, 33, 36) function-extrapolation-python 5.79533 "BENCH:  2.02150583267"
+(2014, 11, 25, 5, 33, 36) function-extrapolation-python 2.02151 "BENCH:  2.02150583267"
+(2014, 11, 25, 5, 33, 39) function-interpolation-python 2.21199 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 25, 5, 33, 39) function-interpolation-python 0.879973 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 25, 5, 36, 10) la-vector-access-cpp 151.17 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 25, 5, 36, 48) la-vector-assignment-cpp 38.0043 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 26, 2, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.2882 "BENCH 11.2882"
+(2014, 11, 26, 2, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5724 "Building point search tree to accelerate distance queries."
+(2014, 11, 26, 2, 9, 18) geometry-bounding_box_tree_build-cpp 14.3579 "BENCH 14.3579"
+(2014, 11, 26, 2, 9, 46) common-progress-cpp 27.9743 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 26, 2, 10, 16) common-timing-cpp 30.6618 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 26, 2, 11, 52) fem-convergence-cpp 3.92183 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 26, 2, 11, 54) fem-jit-python 0.000416613 "JIT compilation (in memory cache)"
+(2014, 11, 26, 5, 27, 14) mesh-refinement-cpp 8.42394 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 26, 5, 27, 35) mesh-topology-cpp 21.4659 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 26, 5, 27, 58) mesh-unitcube-cpp 23.0631 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 26, 5, 28, 36) mesh-iteration-cpp 35.5572 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 26, 5, 28, 36) function-evaluation-cpp 0.0495212 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 26, 5, 28, 42) function-extrapolation-python 5.58798 "BENCH:  2.0147550106"
+(2014, 11, 26, 5, 28, 42) function-extrapolation-python 2.01476 "BENCH:  2.0147550106"
+(2014, 11, 26, 5, 28, 44) function-interpolation-python 2.2327 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 26, 5, 28, 44) function-interpolation-python 0.900616 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 26, 5, 31, 16) la-vector-access-cpp 151.215 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 26, 5, 31, 58) la-vector-assignment-cpp 42.0126 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 27, 2, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.2077 "BENCH 11.2077"
+(2014, 11, 27, 2, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0056 "Building point search tree to accelerate distance queries."
+(2014, 11, 27, 2, 9, 18) geometry-bounding_box_tree_build-cpp 14.3457 "BENCH 14.3457"
+(2014, 11, 27, 2, 9, 51) common-progress-cpp 32.9151 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 27, 2, 10, 21) common-timing-cpp 30.1639 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 27, 2, 11, 56) fem-convergence-cpp 3.88184 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 27, 2, 11, 57) fem-jit-python 0.000427699 "JIT compilation (in memory cache)"
+(2014, 11, 27, 5, 23, 30) mesh-refinement-cpp 8.55183 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 27, 5, 23, 51) mesh-topology-cpp 21.4173 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 27, 5, 24, 15) mesh-unitcube-cpp 23.5162 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 27, 5, 24, 53) mesh-iteration-cpp 36.0379 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 27, 5, 24, 54) function-evaluation-cpp 0.0579078 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 27, 5, 24, 59) function-extrapolation-python 5.73823 "BENCH:  2.04011201859"
+(2014, 11, 27, 5, 24, 59) function-extrapolation-python 2.04011 "BENCH:  2.04011201859"
+(2014, 11, 27, 5, 25, 2) function-interpolation-python 2.28077 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 27, 5, 25, 2) function-interpolation-python 0.911958 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 27, 5, 27, 33) la-vector-access-cpp 151.071 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 27, 5, 28, 11) la-vector-assignment-cpp 38.0186 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 28, 2, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1795 "BENCH 11.1795"
+(2014, 11, 28, 2, 9, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3544 "Building point search tree to accelerate distance queries."
+(2014, 11, 28, 2, 9, 19) geometry-bounding_box_tree_build-cpp 14.3571 "BENCH 14.3571"
+(2014, 11, 28, 2, 9, 47) common-progress-cpp 27.8828 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 28, 2, 10, 17) common-timing-cpp 29.6392 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 28, 2, 11, 50) fem-convergence-cpp 3.82646 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 28, 2, 11, 51) fem-jit-python 0.000423193 "JIT compilation (in memory cache)"
+(2014, 11, 28, 5, 19, 11) mesh-refinement-cpp 8.44101 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 28, 5, 19, 33) mesh-topology-cpp 21.5348 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 28, 5, 19, 56) mesh-unitcube-cpp 23.4426 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 28, 5, 20, 35) mesh-iteration-cpp 36.05 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 28, 5, 20, 35) function-evaluation-cpp 0.060262 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 28, 5, 20, 41) function-extrapolation-python 5.98987 "BENCH:  2.0201189518"
+(2014, 11, 28, 5, 20, 41) function-extrapolation-python 2.02012 "BENCH:  2.0201189518"
+(2014, 11, 28, 5, 20, 43) function-interpolation-python 2.25485 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 28, 5, 20, 43) function-interpolation-python 0.889753 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 28, 5, 23, 15) la-vector-access-cpp 152.218 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 28, 5, 23, 55) la-vector-assignment-cpp 39.5606 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 29, 2, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1398 "BENCH 11.1398"
+(2014, 11, 29, 2, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.5481 "Building point search tree to accelerate distance queries."
+(2014, 11, 29, 2, 9, 19) geometry-bounding_box_tree_build-cpp 14.267 "BENCH 14.267"
+(2014, 11, 29, 2, 9, 47) common-progress-cpp 27.8978 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 29, 2, 10, 17) common-timing-cpp 29.9774 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 29, 2, 11, 51) fem-convergence-cpp 3.83514 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 29, 2, 11, 52) fem-jit-python 0.000418687 "JIT compilation (in memory cache)"
+(2014, 11, 29, 5, 26, 59) mesh-refinement-cpp 8.41353 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 29, 5, 27, 21) mesh-topology-cpp 21.5866 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 29, 5, 27, 44) mesh-unitcube-cpp 23.2291 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 29, 5, 28, 25) mesh-iteration-cpp 39.1754 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 29, 5, 28, 25) function-evaluation-cpp 0.0584619 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 29, 5, 28, 31) function-extrapolation-python 5.84035 "BENCH:  2.02479100227"
+(2014, 11, 29, 5, 28, 31) function-extrapolation-python 2.02479 "BENCH:  2.02479100227"
+(2014, 11, 29, 5, 28, 34) function-interpolation-python 2.23139 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 29, 5, 28, 34) function-interpolation-python 0.891395 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 29, 5, 31, 5) la-vector-access-cpp 151.218 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 29, 5, 31, 43) la-vector-assignment-cpp 38.0125 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 11, 30, 2, 8, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1433 "BENCH 11.1433"
+(2014, 11, 30, 2, 8, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9586 "Building point search tree to accelerate distance queries."
+(2014, 11, 30, 2, 9, 16) geometry-bounding_box_tree_build-cpp 14.2624 "BENCH 14.2624"
+(2014, 11, 30, 2, 9, 44) common-progress-cpp 27.9769 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 11, 30, 2, 10, 14) common-timing-cpp 30.4883 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 11, 30, 2, 11, 48) fem-convergence-cpp 3.87806 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 11, 30, 2, 11, 49) fem-jit-python 0.000415802 "JIT compilation (in memory cache)"
+(2014, 11, 30, 5, 30, 9) mesh-refinement-cpp 8.42986 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 11, 30, 5, 30, 31) mesh-topology-cpp 21.5223 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 11, 30, 5, 30, 54) mesh-unitcube-cpp 23.1856 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 11, 30, 5, 31, 32) mesh-iteration-cpp 35.5686 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 11, 30, 5, 31, 32) function-evaluation-cpp 0.0887389 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 11, 30, 5, 31, 39) function-extrapolation-python 6.09071 "BENCH:  2.0510430336"
+(2014, 11, 30, 5, 31, 39) function-extrapolation-python 2.05104 "BENCH:  2.0510430336"
+(2014, 11, 30, 5, 31, 41) function-interpolation-python 2.22844 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 30, 5, 31, 41) function-interpolation-python 0.896044 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 11, 30, 5, 34, 12) la-vector-access-cpp 151.219 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 11, 30, 5, 34, 50) la-vector-assignment-cpp 38.0233 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 1, 2, 8, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1623 "BENCH 11.1623"
+(2014, 12, 1, 2, 8, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0995 "Building point search tree to accelerate distance queries."
+(2014, 12, 1, 2, 9, 16) geometry-bounding_box_tree_build-cpp 14.1981 "BENCH 14.1981"
+(2014, 12, 1, 2, 9, 44) common-progress-cpp 27.9516 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 1, 2, 10, 15) common-timing-cpp 30.7541 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 1, 2, 11, 50) fem-convergence-cpp 3.89599 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 1, 2, 11, 51) fem-jit-python 0.00042851 "JIT compilation (in memory cache)"
+(2014, 12, 1, 5, 24, 3) mesh-refinement-cpp 8.43002 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 1, 5, 24, 25) mesh-topology-cpp 21.3613 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 1, 5, 24, 48) mesh-unitcube-cpp 23.2172 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 1, 5, 25, 26) mesh-iteration-cpp 35.5725 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 1, 5, 25, 26) function-evaluation-cpp 0.072073 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 1, 5, 25, 32) function-extrapolation-python 5.53547 "BENCH:  2.01897788048"
+(2014, 12, 1, 5, 25, 32) function-extrapolation-python 2.01898 "BENCH:  2.01897788048"
+(2014, 12, 1, 5, 25, 34) function-interpolation-python 2.21438 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 1, 5, 25, 34) function-interpolation-python 0.891385 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 1, 5, 28, 7) la-vector-access-cpp 153.215 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 1, 5, 28, 49) la-vector-assignment-cpp 42.0255 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 2, 2, 8, 46) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1611 "BENCH 11.1611"
+(2014, 12, 2, 2, 9, 5) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1738 "Building point search tree to accelerate distance queries."
+(2014, 12, 2, 2, 9, 21) geometry-bounding_box_tree_build-cpp 14.2546 "BENCH 14.2546"
+(2014, 12, 2, 2, 9, 49) common-progress-cpp 27.8803 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 2, 2, 10, 20) common-timing-cpp 30.6836 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 2, 2, 11, 55) fem-convergence-cpp 3.87538 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 2, 2, 11, 56) fem-jit-python 0.000425696 "JIT compilation (in memory cache)"
+(2014, 12, 2, 5, 26, 1) mesh-refinement-cpp 8.44052 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 2, 5, 26, 23) mesh-topology-cpp 21.5855 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 2, 5, 26, 46) mesh-unitcube-cpp 23.1677 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 2, 5, 27, 24) mesh-iteration-cpp 35.5527 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 2, 5, 27, 24) function-evaluation-cpp 0.06847 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 2, 5, 27, 30) function-extrapolation-python 5.71011 "BENCH:  2.02131605148"
+(2014, 12, 2, 5, 27, 30) function-extrapolation-python 2.02132 "BENCH:  2.02131605148"
+(2014, 12, 2, 5, 27, 32) function-interpolation-python 2.24553 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 2, 5, 27, 32) function-interpolation-python 0.894265 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 2, 5, 30, 2) la-vector-access-cpp 150.528 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 2, 5, 30, 40) la-vector-assignment-cpp 38.017 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 3, 2, 8, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9466 "BENCH 10.9466"
+(2014, 12, 3, 2, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0225 "Building point search tree to accelerate distance queries."
+(2014, 12, 3, 2, 9, 17) geometry-bounding_box_tree_build-cpp 14.3543 "BENCH 14.3543"
+(2014, 12, 3, 2, 9, 45) common-progress-cpp 27.8943 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 3, 2, 10, 15) common-timing-cpp 30.0983 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 3, 2, 11, 50) fem-convergence-cpp 3.83692 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 3, 2, 11, 51) fem-jit-python 0.000436497 "JIT compilation (in memory cache)"
+(2014, 12, 3, 5, 30, 45) mesh-refinement-cpp 8.57648 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 3, 5, 31, 6) mesh-topology-cpp 21.2971 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 3, 5, 31, 30) mesh-unitcube-cpp 23.8189 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 3, 5, 32, 8) mesh-iteration-cpp 35.5158 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 3, 5, 32, 8) function-evaluation-cpp 0.0638831 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 3, 5, 32, 14) function-extrapolation-python 6.07975 "BENCH:  2.04424977303"
+(2014, 12, 3, 5, 32, 14) function-extrapolation-python 2.04425 "BENCH:  2.04424977303"
+(2014, 12, 3, 5, 32, 16) function-interpolation-python 2.24729 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 3, 5, 32, 16) function-interpolation-python 0.92166 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 3, 5, 35, 5) la-vector-access-cpp 168.557 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 3, 5, 35, 43) la-vector-assignment-cpp 38.0319 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 4, 2, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0513 "BENCH 11.0513"
+(2014, 12, 4, 2, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2148 "Building point search tree to accelerate distance queries."
+(2014, 12, 4, 2, 9, 19) geometry-bounding_box_tree_build-cpp 14.4316 "BENCH 14.4316"
+(2014, 12, 4, 2, 9, 47) common-progress-cpp 27.8767 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 4, 2, 10, 18) common-timing-cpp 30.3181 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 4, 2, 11, 51) fem-convergence-cpp 3.83863 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 4, 2, 11, 52) fem-jit-python 0.000419307 "JIT compilation (in memory cache)"
+(2014, 12, 4, 5, 32, 28) mesh-refinement-cpp 8.53671 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 4, 5, 32, 50) mesh-topology-cpp 21.3068 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 4, 5, 33, 14) mesh-unitcube-cpp 23.9496 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 4, 5, 33, 52) mesh-iteration-cpp 35.5017 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 4, 5, 33, 52) function-evaluation-cpp 0.080543 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 4, 5, 33, 58) function-extrapolation-python 6.09157 "BENCH:  2.20002579689"
+(2014, 12, 4, 5, 33, 58) function-extrapolation-python 2.20003 "BENCH:  2.20002579689"
+(2014, 12, 4, 5, 34, 0) function-interpolation-python 2.42382 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 4, 5, 34, 0) function-interpolation-python 1.00143 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 4, 5, 36, 39) la-vector-access-cpp 158.871 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 4, 5, 37, 17) la-vector-assignment-cpp 38.028 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 5, 2, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0552 "BENCH 11.0552"
+(2014, 12, 5, 2, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0921 "Building point search tree to accelerate distance queries."
+(2014, 12, 5, 2, 9, 19) geometry-bounding_box_tree_build-cpp 14.2181 "BENCH 14.2181"
+(2014, 12, 5, 2, 9, 47) common-progress-cpp 27.8756 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 5, 2, 10, 18) common-timing-cpp 31.0291 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 5, 2, 11, 52) fem-convergence-cpp 3.90746 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 5, 2, 11, 54) fem-jit-python 0.000413585 "JIT compilation (in memory cache)"
+(2014, 12, 5, 5, 29, 58) mesh-refinement-cpp 8.57406 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 5, 5, 30, 19) mesh-topology-cpp 21.3319 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 5, 5, 30, 43) mesh-unitcube-cpp 23.8515 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 5, 5, 31, 25) mesh-iteration-cpp 39.1826 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 5, 5, 31, 25) function-evaluation-cpp 0.051332 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 5, 5, 31, 30) function-extrapolation-python 5.64393 "BENCH:  2.02772808075"
+(2014, 12, 5, 5, 31, 30) function-extrapolation-python 2.02773 "BENCH:  2.02772808075"
+(2014, 12, 5, 5, 31, 33) function-interpolation-python 2.26315 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 5, 5, 31, 33) function-interpolation-python 0.926614 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 5, 5, 34, 6) la-vector-access-cpp 153.202 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 5, 5, 34, 44) la-vector-assignment-cpp 38.0257 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 6, 2, 8, 45) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.0331 "BENCH 11.0331"
+(2014, 12, 6, 2, 9, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 15.003 "Building point search tree to accelerate distance queries."
+(2014, 12, 6, 2, 9, 20) geometry-bounding_box_tree_build-cpp 14.2856 "BENCH 14.2856"
+(2014, 12, 6, 2, 9, 48) common-progress-cpp 27.8982 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 6, 2, 10, 19) common-timing-cpp 30.8003 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 6, 2, 11, 54) fem-convergence-cpp 3.9381 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 6, 2, 11, 55) fem-jit-python 0.000418901 "JIT compilation (in memory cache)"
+(2014, 12, 6, 5, 26, 14) mesh-refinement-cpp 8.57738 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 6, 5, 26, 36) mesh-topology-cpp 21.5417 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 6, 5, 26, 59) mesh-unitcube-cpp 23.8586 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 6, 5, 27, 37) mesh-iteration-cpp 35.4949 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 6, 5, 27, 37) function-evaluation-cpp 0.0511379 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 6, 5, 27, 43) function-extrapolation-python 5.74341 "BENCH:  2.01074385643"
+(2014, 12, 6, 5, 27, 43) function-extrapolation-python 2.01074 "BENCH:  2.01074385643"
+(2014, 12, 6, 5, 27, 46) function-interpolation-python 2.26593 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 6, 5, 27, 46) function-interpolation-python 0.921959 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 6, 5, 30, 23) la-vector-access-cpp 157.206 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 6, 5, 31, 1) la-vector-assignment-cpp 38.0292 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 7, 2, 8, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 10.9062 "BENCH 10.9062"
+(2014, 12, 7, 2, 8, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 15.404 "Building point search tree to accelerate distance queries."
+(2014, 12, 7, 2, 9, 16) geometry-bounding_box_tree_build-cpp 14.2632 "BENCH 14.2632"
+(2014, 12, 7, 2, 9, 44) common-progress-cpp 27.8752 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 7, 2, 10, 14) common-timing-cpp 30.1152 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 7, 2, 11, 49) fem-convergence-cpp 3.83022 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 7, 2, 11, 51) fem-jit-python 0.000415301 "JIT compilation (in memory cache)"
+(2014, 12, 7, 5, 45, 30) mesh-refinement-cpp 8.76469 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 7, 5, 45, 52) mesh-topology-cpp 21.5272 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 7, 5, 46, 16) mesh-unitcube-cpp 24.0883 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 7, 5, 46, 57) mesh-iteration-cpp 38.8052 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 7, 5, 46, 57) function-evaluation-cpp 0.0768728 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 7, 5, 47, 3) function-extrapolation-python 5.75214 "BENCH:  2.06273508072"
+(2014, 12, 7, 5, 47, 3) function-extrapolation-python 2.06274 "BENCH:  2.06273508072"
+(2014, 12, 7, 5, 47, 6) function-interpolation-python 2.37832 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 7, 5, 47, 6) function-interpolation-python 0.940044 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 7, 5, 49, 39) la-vector-access-cpp 153.685 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 7, 5, 50, 21) la-vector-assignment-cpp 42.0184 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 8, 2, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1775 "BENCH 11.1775"
+(2014, 12, 8, 2, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4396 "Building point search tree to accelerate distance queries."
+(2014, 12, 8, 2, 9, 19) geometry-bounding_box_tree_build-cpp 14.2997 "BENCH 14.2997"
+(2014, 12, 8, 2, 9, 46) common-progress-cpp 27.8902 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 8, 2, 10, 16) common-timing-cpp 29.6516 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 8, 2, 11, 51) fem-convergence-cpp 3.8878 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 8, 2, 11, 52) fem-jit-python 0.000425696 "JIT compilation (in memory cache)"
+(2014, 12, 8, 5, 32, 5) mesh-refinement-cpp 8.59314 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 8, 5, 32, 26) mesh-topology-cpp 21.2677 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 8, 5, 32, 50) mesh-unitcube-cpp 23.8049 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 8, 5, 33, 28) mesh-iteration-cpp 35.5715 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 8, 5, 33, 28) function-evaluation-cpp 0.0513871 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 8, 5, 33, 34) function-extrapolation-python 5.79644 "BENCH:  2.00842189789"
+(2014, 12, 8, 5, 33, 34) function-extrapolation-python 2.00842 "BENCH:  2.00842189789"
+(2014, 12, 8, 5, 33, 36) function-interpolation-python 2.27048 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 8, 5, 33, 36) function-interpolation-python 0.926154 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 8, 5, 36, 14) la-vector-access-cpp 157.006 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 8, 5, 36, 52) la-vector-assignment-cpp 38.0143 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 9, 2, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 11.1356 "BENCH 11.1356"
+(2014, 12, 9, 2, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1201 "Building point search tree to accelerate distance queries."
+(2014, 12, 9, 2, 9, 18) geometry-bounding_box_tree_build-cpp 14.3785 "BENCH 14.3785"
+(2014, 12, 9, 2, 9, 46) common-progress-cpp 27.8935 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 9, 2, 10, 16) common-timing-cpp 30.0126 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 9, 2, 11, 51) fem-convergence-cpp 3.85427 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 9, 2, 11, 52) fem-jit-python 0.000422192 "JIT compilation (in memory cache)"
+(2014, 12, 9, 5, 33, 2) mesh-refinement-cpp 8.72281 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 9, 5, 33, 23) mesh-topology-cpp 21.5446 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 9, 5, 33, 48) mesh-unitcube-cpp 24.0808 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 9, 5, 34, 26) mesh-iteration-cpp 35.9119 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 9, 5, 34, 26) function-evaluation-cpp 0.0855582 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 9, 5, 34, 32) function-extrapolation-python 5.89859 "BENCH:  2.13737511635"
+(2014, 12, 9, 5, 34, 32) function-extrapolation-python 2.13738 "BENCH:  2.13737511635"
+(2014, 12, 9, 5, 34, 34) function-interpolation-python 2.36377 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 9, 5, 34, 34) function-interpolation-python 0.972647 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 9, 5, 37, 8) la-vector-access-cpp 153.706 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 9, 5, 37, 46) la-vector-assignment-cpp 38.0243 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 10, 2, 8, 51) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.9057 "BENCH 13.9057"
+(2014, 12, 10, 2, 9, 9) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1701 "Building point search tree to accelerate distance queries."
+(2014, 12, 10, 2, 9, 26) geometry-bounding_box_tree_build-cpp 14.2647 "BENCH 14.2647"
+(2014, 12, 10, 2, 9, 54) common-progress-cpp 27.8819 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 10, 2, 10, 23) common-timing-cpp 29.186 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 10, 2, 11, 57) fem-convergence-cpp 3.90364 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 10, 2, 11, 58) fem-jit-python 0.000419903 "JIT compilation (in memory cache)"
+(2014, 12, 10, 5, 28, 49) mesh-refinement-cpp 8.60041 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 10, 5, 29, 10) mesh-topology-cpp 21.3144 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 10, 5, 29, 34) mesh-unitcube-cpp 23.8885 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 10, 5, 30, 13) mesh-iteration-cpp 36.0084 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 10, 5, 30, 13) function-evaluation-cpp 0.051332 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 10, 5, 30, 19) function-extrapolation-python 5.83498 "BENCH:  2.05190706253"
+(2014, 12, 10, 5, 30, 19) function-extrapolation-python 2.05191 "BENCH:  2.05190706253"
+(2014, 12, 10, 5, 30, 21) function-interpolation-python 2.28131 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 10, 5, 30, 21) function-interpolation-python 0.935288 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 10, 5, 32, 56) la-vector-access-cpp 155.26 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 10, 5, 33, 34) la-vector-assignment-cpp 38.0555 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 11, 2, 8, 47) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.8314 "BENCH 12.8314"
+(2014, 12, 11, 2, 9, 5) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9006 "Building point search tree to accelerate distance queries."
+(2014, 12, 11, 2, 9, 22) geometry-bounding_box_tree_build-cpp 14.2316 "BENCH 14.2316"
+(2014, 12, 11, 2, 9, 50) common-progress-cpp 27.8976 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 11, 2, 10, 20) common-timing-cpp 29.7156 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 11, 2, 11, 53) fem-convergence-cpp 3.88637 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 11, 2, 11, 55) fem-jit-python 0.000425005 "JIT compilation (in memory cache)"
+(2014, 12, 11, 5, 36, 47) mesh-refinement-cpp 8.51818 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 11, 5, 37, 8) mesh-topology-cpp 21.4174 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 11, 5, 37, 32) mesh-unitcube-cpp 23.8422 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 11, 5, 38, 23) mesh-iteration-cpp 48.5165 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 11, 5, 38, 23) function-evaluation-cpp 0.0513809 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 11, 5, 38, 29) function-extrapolation-python 5.93456 "BENCH:  1.99134087563"
+(2014, 12, 11, 5, 38, 29) function-extrapolation-python 1.99134 "BENCH:  1.99134087563"
+(2014, 12, 11, 5, 38, 31) function-interpolation-python 2.25299 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 11, 5, 38, 31) function-interpolation-python 0.910212 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 11, 5, 41, 7) la-vector-access-cpp 155.317 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 11, 5, 41, 45) la-vector-assignment-cpp 38.0423 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 12, 2, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1017 "BENCH 13.1017"
+(2014, 12, 12, 2, 9, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4417 "Building point search tree to accelerate distance queries."
+(2014, 12, 12, 2, 9, 20) geometry-bounding_box_tree_build-cpp 14.2022 "BENCH 14.2022"
+(2014, 12, 12, 2, 9, 48) common-progress-cpp 27.9017 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 12, 2, 10, 19) common-timing-cpp 30.9786 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 12, 2, 11, 53) fem-convergence-cpp 3.88432 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 12, 2, 11, 54) fem-jit-python 0.000429106 "JIT compilation (in memory cache)"
+(2014, 12, 12, 5, 24, 57) mesh-refinement-cpp 8.47242 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 12, 5, 25, 19) mesh-topology-cpp 21.8559 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 12, 5, 25, 42) mesh-unitcube-cpp 22.8273 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 12, 5, 26, 28) mesh-iteration-cpp 43.5774 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 12, 5, 26, 28) function-evaluation-cpp 0.053828 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 12, 5, 26, 33) function-extrapolation-python 5.49019 "BENCH:  2.01706314087"
+(2014, 12, 12, 5, 26, 33) function-extrapolation-python 2.01706 "BENCH:  2.01706314087"
+(2014, 12, 12, 5, 26, 36) function-interpolation-python 2.27918 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 12, 5, 26, 36) function-interpolation-python 0.953322 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 12, 5, 29, 8) la-vector-access-cpp 152.701 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 12, 5, 29, 46) la-vector-assignment-cpp 38.0115 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 13, 2, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0859 "BENCH 13.0859"
+(2014, 12, 13, 2, 9, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4561 "Building point search tree to accelerate distance queries."
+(2014, 12, 13, 2, 9, 20) geometry-bounding_box_tree_build-cpp 14.1995 "BENCH 14.1995"
+(2014, 12, 13, 2, 9, 48) common-progress-cpp 27.9003 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 13, 2, 10, 18) common-timing-cpp 30.6068 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 13, 2, 11, 53) fem-convergence-cpp 3.88772 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 13, 2, 11, 55) fem-jit-python 0.000417399 "JIT compilation (in memory cache)"
+(2014, 12, 13, 5, 28, 57) mesh-refinement-cpp 8.40802 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 13, 5, 29, 18) mesh-topology-cpp 21.6505 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 13, 5, 29, 41) mesh-unitcube-cpp 22.8536 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 13, 5, 30, 23) mesh-iteration-cpp 39.1799 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 13, 5, 30, 23) function-evaluation-cpp 0.0537529 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 13, 5, 30, 29) function-extrapolation-python 5.78319 "BENCH:  2.02463197708"
+(2014, 12, 13, 5, 30, 29) function-extrapolation-python 2.02463 "BENCH:  2.02463197708"
+(2014, 12, 13, 5, 30, 31) function-interpolation-python 2.27945 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 13, 5, 30, 31) function-interpolation-python 0.953687 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 13, 5, 33, 7) la-vector-access-cpp 155.699 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 13, 5, 33, 49) la-vector-assignment-cpp 42.0067 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 14, 2, 8, 45) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0771 "BENCH 13.0771"
+(2014, 12, 14, 2, 9, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3546 "Building point search tree to accelerate distance queries."
+(2014, 12, 14, 2, 9, 20) geometry-bounding_box_tree_build-cpp 14.2997 "BENCH 14.2997"
+(2014, 12, 14, 2, 9, 48) common-progress-cpp 27.9107 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 14, 2, 10, 19) common-timing-cpp 30.9396 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 14, 2, 11, 54) fem-convergence-cpp 3.93471 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 14, 2, 11, 56) fem-jit-python 0.000420117 "JIT compilation (in memory cache)"
+(2014, 12, 14, 5, 17, 31) mesh-refinement-cpp 8.45236 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 14, 5, 17, 53) mesh-topology-cpp 21.8024 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 14, 5, 18, 16) mesh-unitcube-cpp 22.7846 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 14, 5, 18, 57) mesh-iteration-cpp 39.176 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 14, 5, 18, 58) function-evaluation-cpp 0.074486 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 14, 5, 19, 3) function-extrapolation-python 5.62811 "BENCH:  2.0052549839"
+(2014, 12, 14, 5, 19, 3) function-extrapolation-python 2.00525 "BENCH:  2.0052549839"
+(2014, 12, 14, 5, 19, 6) function-interpolation-python 2.30022 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 14, 5, 19, 6) function-interpolation-python 0.957675 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 14, 5, 21, 39) la-vector-access-cpp 153.766 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 14, 5, 22, 17) la-vector-assignment-cpp 38.01 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 15, 2, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1915 "BENCH 13.1915"
+(2014, 12, 15, 2, 9, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1045 "Building point search tree to accelerate distance queries."
+(2014, 12, 15, 2, 9, 20) geometry-bounding_box_tree_build-cpp 14.2413 "BENCH 14.2413"
+(2014, 12, 15, 2, 9, 48) common-progress-cpp 27.9807 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 15, 2, 10, 18) common-timing-cpp 30.7174 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 15, 2, 11, 53) fem-convergence-cpp 3.847 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 15, 2, 11, 54) fem-jit-python 0.000411701 "JIT compilation (in memory cache)"
+(2014, 12, 15, 5, 28, 13) mesh-refinement-cpp 8.43813 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 15, 5, 28, 35) mesh-topology-cpp 21.5852 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 15, 5, 28, 58) mesh-unitcube-cpp 22.8495 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 15, 5, 29, 39) mesh-iteration-cpp 39.1754 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 15, 5, 29, 39) function-evaluation-cpp 0.053679 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 15, 5, 29, 45) function-extrapolation-python 5.98334 "BENCH:  2.00072407722"
+(2014, 12, 15, 5, 29, 45) function-extrapolation-python 2.00072 "BENCH:  2.00072407722"
+(2014, 12, 15, 5, 29, 48) function-interpolation-python 2.26344 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 15, 5, 29, 48) function-interpolation-python 0.928461 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 15, 5, 32, 20) la-vector-access-cpp 152.714 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 15, 5, 33, 2) la-vector-assignment-cpp 42.0198 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 16, 2, 8, 47) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1309 "BENCH 13.1309"
+(2014, 12, 16, 2, 9, 6) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0919 "Building point search tree to accelerate distance queries."
+(2014, 12, 16, 2, 9, 22) geometry-bounding_box_tree_build-cpp 14.2994 "BENCH 14.2994"
+(2014, 12, 16, 2, 9, 50) common-progress-cpp 27.8915 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 16, 2, 10, 21) common-timing-cpp 30.5716 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 16, 2, 11, 56) fem-convergence-cpp 3.87463 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 16, 2, 11, 57) fem-jit-python 0.000426102 "JIT compilation (in memory cache)"
+(2014, 12, 16, 5, 38, 39) mesh-refinement-cpp 8.57738 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 16, 5, 39, 1) mesh-topology-cpp 21.8224 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 16, 5, 39, 24) mesh-unitcube-cpp 23.0424 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 16, 5, 40, 7) mesh-iteration-cpp 40.6312 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 16, 5, 40, 7) function-evaluation-cpp 0.106404 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 16, 5, 40, 13) function-extrapolation-python 5.64746 "BENCH:  2.09751391411"
+(2014, 12, 16, 5, 40, 13) function-extrapolation-python 2.09751 "BENCH:  2.09751391411"
+(2014, 12, 16, 5, 40, 15) function-interpolation-python 2.37509 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 16, 5, 40, 15) function-interpolation-python 0.954701 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 16, 5, 42, 49) la-vector-access-cpp 154.045 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 16, 5, 43, 31) la-vector-assignment-cpp 41.9887 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 17, 2, 8, 53) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0108 "BENCH 13.0108"
+(2014, 12, 17, 2, 9, 12) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2991 "Building point search tree to accelerate distance queries."
+(2014, 12, 17, 2, 9, 29) geometry-bounding_box_tree_build-cpp 14.2865 "BENCH 14.2865"
+(2014, 12, 17, 2, 9, 57) common-progress-cpp 27.8872 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 17, 2, 10, 27) common-timing-cpp 30.4421 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 17, 2, 12, 1) fem-convergence-cpp 3.88998 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 17, 2, 12, 2) fem-jit-python 0.000418687 "JIT compilation (in memory cache)"
+(2014, 12, 17, 5, 40, 1) mesh-refinement-cpp 8.47739 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 17, 5, 40, 23) mesh-topology-cpp 21.6157 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 17, 5, 40, 47) mesh-unitcube-cpp 23.2545 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 17, 5, 41, 28) mesh-iteration-cpp 39.1765 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 17, 5, 41, 28) function-evaluation-cpp 0.049916 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 17, 5, 41, 34) function-extrapolation-python 5.80313 "BENCH:  2.00367093086"
+(2014, 12, 17, 5, 41, 34) function-extrapolation-python 2.00367 "BENCH:  2.00367093086"
+(2014, 12, 17, 5, 41, 36) function-interpolation-python 2.2558 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 17, 5, 41, 36) function-interpolation-python 0.930046 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 17, 5, 44, 10) la-vector-access-cpp 153.955 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 17, 5, 44, 48) la-vector-assignment-cpp 38.1429 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 18, 2, 8, 45) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9899 "BENCH 12.9899"
+(2014, 12, 18, 2, 9, 4) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3152 "Building point search tree to accelerate distance queries."
+(2014, 12, 18, 2, 9, 21) geometry-bounding_box_tree_build-cpp 14.347 "BENCH 14.347"
+(2014, 12, 18, 2, 9, 48) common-progress-cpp 27.8795 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 18, 2, 10, 19) common-timing-cpp 30.7719 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 18, 2, 11, 53) fem-convergence-cpp 3.86956 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 18, 2, 11, 54) fem-jit-python 0.000414109 "JIT compilation (in memory cache)"
+(2014, 12, 18, 5, 23, 42) mesh-refinement-cpp 8.4328 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 18, 5, 24, 5) mesh-topology-cpp 21.8284 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 18, 5, 24, 28) mesh-unitcube-cpp 23.1051 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 18, 5, 25, 9) mesh-iteration-cpp 39.1977 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 18, 5, 25, 10) function-evaluation-cpp 0.0723219 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 18, 5, 25, 15) function-extrapolation-python 5.59039 "BENCH:  2.02850008011"
+(2014, 12, 18, 5, 25, 15) function-extrapolation-python 2.0285 "BENCH:  2.02850008011"
+(2014, 12, 18, 5, 25, 17) function-interpolation-python 2.26601 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 18, 5, 25, 17) function-interpolation-python 0.923468 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 18, 5, 27, 51) la-vector-access-cpp 153.461 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 18, 5, 28, 33) la-vector-assignment-cpp 42.3102 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 19, 2, 8, 47) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0998 "BENCH 13.0998"
+(2014, 12, 19, 2, 9, 6) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1642 "Building point search tree to accelerate distance queries."
+(2014, 12, 19, 2, 9, 22) geometry-bounding_box_tree_build-cpp 14.1554 "BENCH 14.1554"
+(2014, 12, 19, 2, 9, 50) common-progress-cpp 27.8847 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 19, 2, 10, 21) common-timing-cpp 30.4001 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 19, 2, 11, 55) fem-convergence-cpp 3.86711 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 19, 2, 11, 56) fem-jit-python 0.000420117 "JIT compilation (in memory cache)"
+(2014, 12, 19, 5, 32, 13) mesh-refinement-cpp 8.44807 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 19, 5, 32, 35) mesh-topology-cpp 21.8598 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 19, 5, 32, 58) mesh-unitcube-cpp 23.1617 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 19, 5, 33, 40) mesh-iteration-cpp 39.1825 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 19, 5, 33, 40) function-evaluation-cpp 0.0514779 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 19, 5, 33, 46) function-extrapolation-python 5.69784 "BENCH:  2.00138998032"
+(2014, 12, 19, 5, 33, 46) function-extrapolation-python 2.00139 "BENCH:  2.00138998032"
+(2014, 12, 19, 5, 33, 48) function-interpolation-python 2.25231 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 19, 5, 33, 48) function-interpolation-python 0.925456 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 19, 5, 36, 23) la-vector-access-cpp 154.753 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 19, 5, 37, 5) la-vector-assignment-cpp 42.1489 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 23, 2, 8, 36) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0205 "BENCH 13.0205"
+(2014, 12, 23, 2, 8, 54) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9105 "Building point search tree to accelerate distance queries."
+(2014, 12, 23, 2, 9, 11) geometry-bounding_box_tree_build-cpp 14.1741 "BENCH 14.1741"
+(2014, 12, 23, 2, 9, 38) common-progress-cpp 27.8771 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 23, 2, 10, 10) common-timing-cpp 31.1484 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 23, 2, 11, 44) fem-convergence-cpp 3.86662 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 23, 2, 11, 46) fem-jit-python 0.000421095 "JIT compilation (in memory cache)"
+(2014, 12, 23, 5, 32, 31) mesh-refinement-cpp 8.57416 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 23, 5, 32, 53) mesh-topology-cpp 21.4062 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 23, 5, 33, 16) mesh-unitcube-cpp 23.3596 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 23, 5, 33, 55) mesh-iteration-cpp 36.7639 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 23, 5, 33, 55) function-evaluation-cpp 0.0537641 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 23, 5, 34, 1) function-extrapolation-python 5.63767 "BENCH:  2.00522613525"
+(2014, 12, 23, 5, 34, 1) function-extrapolation-python 2.00523 "BENCH:  2.00522613525"
+(2014, 12, 23, 5, 34, 3) function-interpolation-python 2.2847 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 23, 5, 34, 3) function-interpolation-python 0.95027 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 23, 5, 36, 41) la-vector-access-cpp 157.199 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 23, 5, 37, 19) la-vector-assignment-cpp 38.026 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 24, 2, 8, 46) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.4929 "BENCH 13.4929"
+(2014, 12, 24, 2, 9, 5) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3121 "Building point search tree to accelerate distance queries."
+(2014, 12, 24, 2, 9, 22) geometry-bounding_box_tree_build-cpp 14.222 "BENCH 14.222"
+(2014, 12, 24, 2, 9, 50) common-progress-cpp 27.8882 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 24, 2, 10, 21) common-timing-cpp 31.0581 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 24, 2, 11, 54) fem-convergence-cpp 3.84017 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 24, 2, 11, 56) fem-jit-python 0.000421405 "JIT compilation (in memory cache)"
+(2014, 12, 24, 5, 20, 7) mesh-refinement-cpp 8.43344 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 24, 5, 20, 29) mesh-topology-cpp 21.3469 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 24, 5, 20, 52) mesh-unitcube-cpp 23.3858 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 24, 5, 21, 30) mesh-iteration-cpp 36.0824 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 24, 5, 21, 31) function-evaluation-cpp 0.0537429 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 24, 5, 21, 36) function-extrapolation-python 5.52536 "BENCH:  2.00918698311"
+(2014, 12, 24, 5, 21, 36) function-extrapolation-python 2.00919 "BENCH:  2.00918698311"
+(2014, 12, 24, 5, 21, 38) function-interpolation-python 2.25565 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 24, 5, 21, 38) function-interpolation-python 0.921512 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 24, 5, 24, 10) la-vector-access-cpp 151.65 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 24, 5, 24, 48) la-vector-assignment-cpp 38.0048 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 25, 2, 8, 40) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0325 "BENCH 13.0325"
+(2014, 12, 25, 2, 8, 58) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1388 "Building point search tree to accelerate distance queries."
+(2014, 12, 25, 2, 9, 15) geometry-bounding_box_tree_build-cpp 14.4462 "BENCH 14.4462"
+(2014, 12, 25, 2, 9, 43) common-progress-cpp 27.8902 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 25, 2, 10, 14) common-timing-cpp 30.8919 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 25, 2, 11, 48) fem-convergence-cpp 3.83714 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 25, 2, 11, 50) fem-jit-python 0.00042119 "JIT compilation (in memory cache)"
+(2014, 12, 25, 5, 27, 15) mesh-refinement-cpp 8.3942 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 25, 5, 27, 37) mesh-topology-cpp 21.6328 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 25, 5, 28, 0) mesh-unitcube-cpp 22.8113 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 25, 5, 28, 38) mesh-iteration-cpp 35.5434 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 25, 5, 28, 38) function-evaluation-cpp 0.0523801 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 25, 5, 28, 44) function-extrapolation-python 5.8692 "BENCH:  2.01356601715"
+(2014, 12, 25, 5, 28, 44) function-extrapolation-python 2.01357 "BENCH:  2.01356601715"
+(2014, 12, 25, 5, 28, 46) function-interpolation-python 2.27188 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 25, 5, 28, 46) function-interpolation-python 0.928945 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 25, 5, 31, 18) la-vector-access-cpp 152.156 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 25, 5, 31, 56) la-vector-assignment-cpp 38.0173 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 26, 2, 8, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.043 "BENCH 13.043"
+(2014, 12, 26, 2, 8, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1618 "Building point search tree to accelerate distance queries."
+(2014, 12, 26, 2, 9, 16) geometry-bounding_box_tree_build-cpp 14.2187 "BENCH 14.2187"
+(2014, 12, 26, 2, 9, 44) common-progress-cpp 27.8859 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 26, 2, 10, 15) common-timing-cpp 30.6585 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 26, 2, 11, 50) fem-convergence-cpp 3.87689 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 26, 2, 11, 51) fem-jit-python 0.000415802 "JIT compilation (in memory cache)"
+(2014, 12, 26, 5, 14, 5) mesh-refinement-cpp 8.36464 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 26, 5, 14, 26) mesh-topology-cpp 21.3147 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 26, 5, 14, 49) mesh-unitcube-cpp 22.8014 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 26, 5, 15, 27) mesh-iteration-cpp 35.5059 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 26, 5, 15, 27) function-evaluation-cpp 0.0761781 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 26, 5, 15, 33) function-extrapolation-python 5.6102 "BENCH:  2.00827407837"
+(2014, 12, 26, 5, 15, 33) function-extrapolation-python 2.00827 "BENCH:  2.00827407837"
+(2014, 12, 26, 5, 15, 35) function-interpolation-python 2.26896 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 26, 5, 15, 35) function-interpolation-python 0.926316 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 26, 5, 18, 7) la-vector-access-cpp 152.149 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 26, 5, 18, 45) la-vector-assignment-cpp 38.0188 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 27, 2, 8, 40) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9544 "BENCH 12.9544"
+(2014, 12, 27, 2, 8, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2534 "Building point search tree to accelerate distance queries."
+(2014, 12, 27, 2, 9, 16) geometry-bounding_box_tree_build-cpp 14.1478 "BENCH 14.1478"
+(2014, 12, 27, 2, 9, 43) common-progress-cpp 27.8693 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 27, 2, 10, 15) common-timing-cpp 31.483 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 27, 2, 11, 50) fem-convergence-cpp 3.84296 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 27, 2, 11, 51) fem-jit-python 0.000421095 "JIT compilation (in memory cache)"
+(2014, 12, 27, 5, 21, 10) mesh-refinement-cpp 8.37553 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 27, 5, 21, 32) mesh-topology-cpp 21.412 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 27, 5, 21, 54) mesh-unitcube-cpp 22.7872 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 27, 5, 22, 32) mesh-iteration-cpp 35.5673 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 27, 5, 22, 32) function-evaluation-cpp 0.0704529 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 27, 5, 22, 38) function-extrapolation-python 5.79081 "BENCH:  1.9982919693"
+(2014, 12, 27, 5, 22, 38) function-extrapolation-python 1.99829 "BENCH:  1.9982919693"
+(2014, 12, 27, 5, 22, 41) function-interpolation-python 2.29557 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 27, 5, 22, 41) function-interpolation-python 0.929562 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 27, 5, 25, 13) la-vector-access-cpp 152.055 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 27, 5, 25, 52) la-vector-assignment-cpp 39.5414 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 28, 2, 8, 40) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9989 "BENCH 12.9989"
+(2014, 12, 28, 2, 8, 58) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0488 "Building point search tree to accelerate distance queries."
+(2014, 12, 28, 2, 9, 15) geometry-bounding_box_tree_build-cpp 14.2363 "BENCH 14.2363"
+(2014, 12, 28, 2, 9, 43) common-progress-cpp 27.9004 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 28, 2, 10, 13) common-timing-cpp 30.1166 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 28, 2, 11, 47) fem-convergence-cpp 3.84924 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 28, 2, 11, 49) fem-jit-python 0.000420213 "JIT compilation (in memory cache)"
+(2014, 12, 28, 5, 21, 52) mesh-refinement-cpp 8.38026 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 28, 5, 22, 13) mesh-topology-cpp 21.3829 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 28, 5, 22, 36) mesh-unitcube-cpp 22.7971 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 28, 5, 23, 14) mesh-iteration-cpp 35.5507 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 28, 5, 23, 14) function-evaluation-cpp 0.074311 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 28, 5, 23, 20) function-extrapolation-python 5.86704 "BENCH:  2.00494098663"
+(2014, 12, 28, 5, 23, 20) function-extrapolation-python 2.00494 "BENCH:  2.00494098663"
+(2014, 12, 28, 5, 23, 22) function-interpolation-python 2.26242 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 28, 5, 23, 22) function-interpolation-python 0.936496 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 28, 5, 25, 55) la-vector-access-cpp 152.168 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 28, 5, 26, 34) la-vector-assignment-cpp 39.6396 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 29, 2, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.7379 "BENCH 13.7379"
+(2014, 12, 29, 2, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2807 "Building point search tree to accelerate distance queries."
+(2014, 12, 29, 2, 9, 18) geometry-bounding_box_tree_build-cpp 14.3613 "BENCH 14.3613"
+(2014, 12, 29, 2, 9, 46) common-progress-cpp 27.8795 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 29, 2, 10, 16) common-timing-cpp 30.5232 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 29, 2, 11, 53) fem-convergence-cpp 3.82216 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 29, 2, 11, 54) fem-jit-python 0.000424385 "JIT compilation (in memory cache)"
+(2014, 12, 29, 5, 30, 24) mesh-refinement-cpp 8.2567 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 29, 5, 30, 46) mesh-topology-cpp 21.6195 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 29, 5, 31, 9) mesh-unitcube-cpp 22.5672 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 29, 5, 31, 47) mesh-iteration-cpp 35.5462 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 29, 5, 31, 47) function-evaluation-cpp 0.0515208 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 29, 5, 31, 53) function-extrapolation-python 6.11285 "BENCH:  2.00217986107"
+(2014, 12, 29, 5, 31, 53) function-extrapolation-python 2.00218 "BENCH:  2.00217986107"
+(2014, 12, 29, 5, 31, 55) function-interpolation-python 2.25533 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 29, 5, 31, 55) function-interpolation-python 0.911716 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 29, 5, 34, 56) la-vector-access-cpp 180.299 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 29, 5, 35, 34) la-vector-assignment-cpp 38.0125 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 30, 2, 8, 45) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1599 "BENCH 13.1599"
+(2014, 12, 30, 2, 9, 4) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2722 "Building point search tree to accelerate distance queries."
+(2014, 12, 30, 2, 9, 20) geometry-bounding_box_tree_build-cpp 14.2412 "BENCH 14.2412"
+(2014, 12, 30, 2, 9, 48) common-progress-cpp 27.8842 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 30, 2, 10, 18) common-timing-cpp 29.9201 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 30, 2, 11, 54) fem-convergence-cpp 3.8754 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 30, 2, 11, 55) fem-jit-python 0.000415802 "JIT compilation (in memory cache)"
+(2014, 12, 30, 5, 23, 12) mesh-refinement-cpp 8.34546 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 30, 5, 23, 34) mesh-topology-cpp 21.6367 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 30, 5, 23, 57) mesh-unitcube-cpp 22.8416 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 30, 5, 24, 39) mesh-iteration-cpp 39.1713 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 30, 5, 24, 39) function-evaluation-cpp 0.074703 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 30, 5, 24, 44) function-extrapolation-python 5.64559 "BENCH:  2.01603007317"
+(2014, 12, 30, 5, 24, 44) function-extrapolation-python 2.01603 "BENCH:  2.01603007317"
+(2014, 12, 30, 5, 24, 47) function-interpolation-python 2.23919 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 30, 5, 24, 47) function-interpolation-python 0.904289 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 30, 5, 27, 45) la-vector-access-cpp 178.718 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 30, 5, 28, 27) la-vector-assignment-cpp 41.9852 "Assigning to vector of size 10000000 (100 repetitions)"
+(2014, 12, 31, 2, 8, 45) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0906 "BENCH 13.0906"
+(2014, 12, 31, 2, 9, 4) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0515 "Building point search tree to accelerate distance queries."
+(2014, 12, 31, 2, 9, 20) geometry-bounding_box_tree_build-cpp 14.1686 "BENCH 14.1686"
+(2014, 12, 31, 2, 9, 48) common-progress-cpp 27.8896 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2014, 12, 31, 2, 10, 19) common-timing-cpp 30.5862 "Timing access and registration of timings (10000000 repetitions)"
+(2014, 12, 31, 2, 11, 54) fem-convergence-cpp 3.83313 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2014, 12, 31, 2, 11, 55) fem-jit-python 0.00042758 "JIT compilation (in memory cache)"
+(2014, 12, 31, 5, 34, 16) mesh-refinement-cpp 8.3458 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2014, 12, 31, 5, 34, 37) mesh-topology-cpp 21.5631 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2014, 12, 31, 5, 35, 0) mesh-unitcube-cpp 22.5946 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2014, 12, 31, 5, 35, 38) mesh-iteration-cpp 35.5439 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2014, 12, 31, 5, 35, 38) function-evaluation-cpp 0.057802 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2014, 12, 31, 5, 35, 44) function-extrapolation-python 5.75814 "BENCH:  2.01219081879"
+(2014, 12, 31, 5, 35, 44) function-extrapolation-python 2.01219 "BENCH:  2.01219081879"
+(2014, 12, 31, 5, 35, 46) function-interpolation-python 2.24748 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 31, 5, 35, 46) function-interpolation-python 0.911566 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2014, 12, 31, 5, 38, 45) la-vector-access-cpp 178.298 "Accessing vector of size 10000000 (100 repetitions)"
+(2014, 12, 31, 5, 39, 23) la-vector-assignment-cpp 38.0089 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 1, 2, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0587 "BENCH 13.0587"
+(2015, 1, 1, 2, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9975 "Building point search tree to accelerate distance queries."
+(2015, 1, 1, 2, 9, 18) geometry-bounding_box_tree_build-cpp 14.3001 "BENCH 14.3001"
+(2015, 1, 1, 2, 9, 46) common-progress-cpp 27.8824 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 1, 2, 10, 15) common-timing-cpp 29.7459 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 1, 2, 11, 50) fem-convergence-cpp 3.87901 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 1, 2, 11, 51) fem-jit-python 0.000419617 "JIT compilation (in memory cache)"
+(2015, 1, 1, 5, 19, 52) mesh-refinement-cpp 8.297 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 1, 5, 20, 13) mesh-topology-cpp 21.3629 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 1, 5, 20, 36) mesh-unitcube-cpp 22.3229 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 1, 5, 21, 14) mesh-iteration-cpp 35.5587 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 1, 5, 21, 14) function-evaluation-cpp 0.055769 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 1, 5, 21, 20) function-extrapolation-python 5.90148 "BENCH:  2.0072247982"
+(2015, 1, 1, 5, 21, 20) function-extrapolation-python 2.00722 "BENCH:  2.0072247982"
+(2015, 1, 1, 5, 21, 22) function-interpolation-python 2.26069 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 1, 5, 21, 22) function-interpolation-python 0.908384 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 1, 5, 24, 22) la-vector-access-cpp 180.358 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 1, 5, 25, 0) la-vector-assignment-cpp 38.0083 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 2, 2, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.3204 "BENCH 13.3204"
+(2015, 1, 2, 2, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1585 "Building point search tree to accelerate distance queries."
+(2015, 1, 2, 2, 9, 17) geometry-bounding_box_tree_build-cpp 14.1261 "BENCH 14.1261"
+(2015, 1, 2, 2, 9, 45) common-progress-cpp 27.9043 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 2, 2, 10, 14) common-timing-cpp 29.7639 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 2, 2, 11, 49) fem-convergence-cpp 3.84597 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 2, 2, 11, 51) fem-jit-python 0.000416017 "JIT compilation (in memory cache)"
+(2015, 1, 2, 5, 22, 36) mesh-refinement-cpp 8.2922 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 2, 5, 22, 58) mesh-topology-cpp 21.5705 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 2, 5, 23, 21) mesh-unitcube-cpp 22.5825 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 2, 5, 23, 59) mesh-iteration-cpp 35.5596 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 2, 5, 23, 59) function-evaluation-cpp 0.0744019 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 2, 5, 24, 5) function-extrapolation-python 5.96587 "BENCH:  1.99899816513"
+(2015, 1, 2, 5, 24, 5) function-extrapolation-python 1.999 "BENCH:  1.99899816513"
+(2015, 1, 2, 5, 24, 7) function-interpolation-python 2.28387 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 2, 5, 24, 7) function-interpolation-python 0.914806 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 2, 5, 27, 5) la-vector-access-cpp 177.815 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 2, 5, 27, 43) la-vector-assignment-cpp 38.024 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 3, 2, 8, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.5334 "BENCH 13.5334"
+(2015, 1, 3, 2, 8, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1997 "Building point search tree to accelerate distance queries."
+(2015, 1, 3, 2, 9, 16) geometry-bounding_box_tree_build-cpp 14.2138 "BENCH 14.2138"
+(2015, 1, 3, 2, 9, 44) common-progress-cpp 27.8864 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 3, 2, 10, 13) common-timing-cpp 29.6123 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 3, 2, 11, 48) fem-convergence-cpp 3.81842 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 3, 2, 11, 50) fem-jit-python 0.000417399 "JIT compilation (in memory cache)"
+(2015, 1, 3, 5, 32, 46) mesh-refinement-cpp 8.33575 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 3, 5, 33, 7) mesh-topology-cpp 21.6951 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 3, 5, 33, 30) mesh-unitcube-cpp 22.7261 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 3, 5, 34, 16) mesh-iteration-cpp 42.928 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 3, 5, 34, 16) function-evaluation-cpp 0.0763421 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 3, 5, 34, 22) function-extrapolation-python 5.82072 "BENCH:  2.00965189934"
+(2015, 1, 3, 5, 34, 22) function-extrapolation-python 2.00965 "BENCH:  2.00965189934"
+(2015, 1, 3, 5, 34, 24) function-interpolation-python 2.24636 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 3, 5, 34, 24) function-interpolation-python 0.919411 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 3, 5, 37, 24) la-vector-access-cpp 180.672 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 3, 5, 38, 3) la-vector-assignment-cpp 38.0143 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 4, 2, 8, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0676 "BENCH 13.0676"
+(2015, 1, 4, 2, 8, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9599 "Building point search tree to accelerate distance queries."
+(2015, 1, 4, 2, 9, 16) geometry-bounding_box_tree_build-cpp 14.3822 "BENCH 14.3822"
+(2015, 1, 4, 2, 9, 44) common-progress-cpp 27.9026 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 4, 2, 10, 13) common-timing-cpp 29.3578 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 4, 2, 11, 49) fem-convergence-cpp 3.84838 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 4, 2, 11, 51) fem-jit-python 0.000413513 "JIT compilation (in memory cache)"
+(2015, 1, 4, 5, 17, 24) mesh-refinement-cpp 8.37261 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 4, 5, 17, 45) mesh-topology-cpp 21.5224 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 4, 5, 18, 8) mesh-unitcube-cpp 22.6913 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 4, 5, 18, 46) mesh-iteration-cpp 35.4926 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 4, 5, 18, 46) function-evaluation-cpp 0.0520051 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 4, 5, 18, 52) function-extrapolation-python 5.62222 "BENCH:  2.00227999687"
+(2015, 1, 4, 5, 18, 52) function-extrapolation-python 2.00228 "BENCH:  2.00227999687"
+(2015, 1, 4, 5, 18, 54) function-interpolation-python 2.25625 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 4, 5, 18, 54) function-interpolation-python 0.921135 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 4, 5, 22, 20) la-vector-access-cpp 205.464 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 4, 5, 22, 58) la-vector-assignment-cpp 38.0132 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 5, 2, 8, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1085 "BENCH 13.1085"
+(2015, 1, 5, 2, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2546 "Building point search tree to accelerate distance queries."
+(2015, 1, 5, 2, 9, 16) geometry-bounding_box_tree_build-cpp 14.2243 "BENCH 14.2243"
+(2015, 1, 5, 2, 9, 44) common-progress-cpp 27.884 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 5, 2, 10, 13) common-timing-cpp 29.1849 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 5, 2, 11, 49) fem-convergence-cpp 3.82368 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 5, 2, 11, 50) fem-jit-python 0.000422812 "JIT compilation (in memory cache)"
+(2015, 1, 5, 5, 23, 26) mesh-refinement-cpp 8.3452 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 5, 5, 23, 48) mesh-topology-cpp 21.6097 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 5, 5, 24, 11) mesh-unitcube-cpp 22.7151 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 5, 5, 24, 49) mesh-iteration-cpp 35.5421 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 5, 5, 24, 49) function-evaluation-cpp 0.0556581 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 5, 5, 24, 55) function-extrapolation-python 5.83613 "BENCH:  2.01349687576"
+(2015, 1, 5, 5, 24, 55) function-extrapolation-python 2.0135 "BENCH:  2.01349687576"
+(2015, 1, 5, 5, 24, 57) function-interpolation-python 2.25661 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 5, 5, 24, 57) function-interpolation-python 0.913172 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 5, 5, 27, 57) la-vector-access-cpp 180.376 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 5, 5, 28, 36) la-vector-assignment-cpp 38.0147 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 6, 2, 8, 47) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.3748 "BENCH 13.3748"
+(2015, 1, 6, 2, 9, 6) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2036 "Building point search tree to accelerate distance queries."
+(2015, 1, 6, 2, 9, 23) geometry-bounding_box_tree_build-cpp 14.1506 "BENCH 14.1506"
+(2015, 1, 6, 2, 9, 50) common-progress-cpp 27.8925 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 6, 2, 10, 20) common-timing-cpp 29.9094 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 6, 2, 11, 56) fem-convergence-cpp 3.80816 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 6, 2, 11, 57) fem-jit-python 0.000406003 "JIT compilation (in memory cache)"
+(2015, 1, 6, 5, 27, 33) mesh-refinement-cpp 8.34632 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 6, 5, 27, 55) mesh-topology-cpp 21.7033 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 6, 5, 28, 17) mesh-unitcube-cpp 22.756 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 6, 5, 28, 55) mesh-iteration-cpp 35.489 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 6, 5, 28, 56) function-evaluation-cpp 0.072443 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 6, 5, 29, 4) function-extrapolation-python 8.38209 "BENCH:  2.16803002357"
+(2015, 1, 6, 5, 29, 4) function-extrapolation-python 2.16803 "BENCH:  2.16803002357"
+(2015, 1, 6, 5, 29, 6) function-interpolation-python 2.46719 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 6, 5, 29, 6) function-interpolation-python 0.922065 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 6, 5, 32, 11) la-vector-access-cpp 184.665 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 6, 5, 32, 49) la-vector-assignment-cpp 38.0218 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 7, 2, 8, 49) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1593 "BENCH 13.1593"
+(2015, 1, 7, 2, 9, 8) geometry-bounding_box_tree_compute_closest_entity-cpp 14.8902 "Building point search tree to accelerate distance queries."
+(2015, 1, 7, 2, 9, 24) geometry-bounding_box_tree_build-cpp 14.2057 "BENCH 14.2057"
+(2015, 1, 7, 2, 9, 52) common-progress-cpp 27.8808 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 7, 2, 10, 22) common-timing-cpp 29.726 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 7, 2, 11, 57) fem-convergence-cpp 3.83448 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 7, 2, 11, 59) fem-jit-python 0.000418019 "JIT compilation (in memory cache)"
+(2015, 1, 7, 5, 31, 59) mesh-refinement-cpp 8.35124 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 7, 5, 32, 21) mesh-topology-cpp 21.4891 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 7, 5, 32, 43) mesh-unitcube-cpp 22.7289 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 7, 5, 33, 24) mesh-iteration-cpp 38.5672 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 7, 5, 33, 24) function-evaluation-cpp 0.0537319 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 7, 5, 33, 30) function-extrapolation-python 5.59979 "BENCH:  2.02233314514"
+(2015, 1, 7, 5, 33, 30) function-extrapolation-python 2.02233 "BENCH:  2.02233314514"
+(2015, 1, 7, 5, 33, 32) function-interpolation-python 2.27106 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 7, 5, 33, 32) function-interpolation-python 0.919375 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 7, 5, 36, 30) la-vector-access-cpp 177.862 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 7, 5, 37, 8) la-vector-assignment-cpp 38.0527 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 8, 2, 8, 51) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1278 "BENCH 13.1278"
+(2015, 1, 8, 2, 9, 10) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1927 "Building point search tree to accelerate distance queries."
+(2015, 1, 8, 2, 9, 26) geometry-bounding_box_tree_build-cpp 14.1781 "BENCH 14.1781"
+(2015, 1, 8, 2, 9, 58) common-progress-cpp 31.6574 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 8, 2, 10, 27) common-timing-cpp 29.116 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 8, 2, 12, 3) fem-convergence-cpp 3.84759 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 8, 2, 12, 4) fem-jit-python 0.000414586 "JIT compilation (in memory cache)"
+(2015, 1, 8, 5, 40, 4) mesh-refinement-cpp 8.34765 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 8, 5, 40, 26) mesh-topology-cpp 21.5923 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 8, 5, 40, 49) mesh-unitcube-cpp 22.7214 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 8, 5, 41, 27) mesh-iteration-cpp 35.5546 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 8, 5, 41, 27) function-evaluation-cpp 0.0580332 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 8, 5, 41, 33) function-extrapolation-python 5.70398 "BENCH:  2.01378583908"
+(2015, 1, 8, 5, 41, 33) function-extrapolation-python 2.01379 "BENCH:  2.01378583908"
+(2015, 1, 8, 5, 41, 35) function-interpolation-python 2.26885 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 8, 5, 41, 35) function-interpolation-python 0.916959 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 8, 5, 44, 34) la-vector-access-cpp 178.486 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 8, 5, 45, 12) la-vector-assignment-cpp 38.3204 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 9, 2, 8, 50) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.2731 "BENCH 13.2731"
+(2015, 1, 9, 2, 9, 9) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1343 "Building point search tree to accelerate distance queries."
+(2015, 1, 9, 2, 9, 25) geometry-bounding_box_tree_build-cpp 14.2723 "BENCH 14.2723"
+(2015, 1, 9, 2, 9, 53) common-progress-cpp 27.9066 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 9, 2, 10, 23) common-timing-cpp 29.8519 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 9, 2, 12, 0) fem-convergence-cpp 3.90938 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 9, 2, 12, 1) fem-jit-python 0.000414896 "JIT compilation (in memory cache)"
+(2015, 1, 9, 5, 21, 40) mesh-refinement-cpp 8.34622 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 9, 5, 22, 2) mesh-topology-cpp 21.5423 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 9, 5, 22, 25) mesh-unitcube-cpp 22.7429 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 9, 5, 23, 3) mesh-iteration-cpp 35.5506 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 9, 5, 23, 3) function-evaluation-cpp 0.0746551 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 9, 5, 23, 9) function-extrapolation-python 6.0087 "BENCH:  2.00626206398"
+(2015, 1, 9, 5, 23, 9) function-extrapolation-python 2.00626 "BENCH:  2.00626206398"
+(2015, 1, 9, 5, 23, 11) function-interpolation-python 2.28338 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 9, 5, 23, 11) function-interpolation-python 0.920552 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 9, 5, 26, 9) la-vector-access-cpp 177.845 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 9, 5, 26, 51) la-vector-assignment-cpp 42.02 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 10, 2, 8, 49) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.8081 "BENCH 12.8081"
+(2015, 1, 10, 2, 9, 8) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2087 "Building point search tree to accelerate distance queries."
+(2015, 1, 10, 2, 9, 24) geometry-bounding_box_tree_build-cpp 14.3514 "BENCH 14.3514"
+(2015, 1, 10, 2, 9, 52) common-progress-cpp 27.8845 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 10, 2, 10, 23) common-timing-cpp 30.8278 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 10, 2, 11, 58) fem-convergence-cpp 3.83043 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 10, 2, 11, 59) fem-jit-python 0.000421906 "JIT compilation (in memory cache)"
+(2015, 1, 10, 5, 30, 16) mesh-refinement-cpp 8.33409 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 10, 5, 30, 37) mesh-topology-cpp 21.4447 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 10, 5, 31, 0) mesh-unitcube-cpp 22.8475 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 10, 5, 31, 38) mesh-iteration-cpp 35.4945 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 10, 5, 31, 38) function-evaluation-cpp 0.059942 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 10, 5, 31, 44) function-extrapolation-python 6.08539 "BENCH:  2.00567293167"
+(2015, 1, 10, 5, 31, 44) function-extrapolation-python 2.00567 "BENCH:  2.00567293167"
+(2015, 1, 10, 5, 31, 47) function-interpolation-python 2.29375 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 10, 5, 31, 47) function-interpolation-python 0.950035 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 10, 5, 34, 23) la-vector-access-cpp 156.687 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 10, 5, 35, 9) la-vector-assignment-cpp 46.0391 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 11, 2, 8, 40) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.8139 "BENCH 12.8139"
+(2015, 1, 11, 2, 8, 58) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0228 "Building point search tree to accelerate distance queries."
+(2015, 1, 11, 2, 9, 15) geometry-bounding_box_tree_build-cpp 14.1776 "BENCH 14.1776"
+(2015, 1, 11, 2, 9, 43) common-progress-cpp 27.8902 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 11, 2, 10, 13) common-timing-cpp 30.2543 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 11, 2, 11, 47) fem-convergence-cpp 3.86529 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 11, 2, 11, 48) fem-jit-python 0.000416517 "JIT compilation (in memory cache)"
+(2015, 1, 11, 5, 28, 4) mesh-refinement-cpp 8.40151 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 11, 5, 28, 26) mesh-topology-cpp 21.3656 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 11, 5, 28, 49) mesh-unitcube-cpp 22.8252 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 11, 5, 29, 35) mesh-iteration-cpp 44.1914 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 11, 5, 29, 36) function-evaluation-cpp 0.0763211 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 11, 5, 29, 41) function-extrapolation-python 5.63749 "BENCH:  2.01725697517"
+(2015, 1, 11, 5, 29, 41) function-extrapolation-python 2.01726 "BENCH:  2.01725697517"
+(2015, 1, 11, 5, 29, 44) function-interpolation-python 2.28352 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 11, 5, 29, 44) function-interpolation-python 0.948207 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 11, 5, 32, 20) la-vector-access-cpp 156.743 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 11, 5, 33, 2) la-vector-assignment-cpp 42.0952 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 12, 2, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.7947 "BENCH 12.7947"
+(2015, 1, 12, 2, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0547 "Building point search tree to accelerate distance queries."
+(2015, 1, 12, 2, 9, 17) geometry-bounding_box_tree_build-cpp 14.0345 "BENCH 14.0345"
+(2015, 1, 12, 2, 9, 45) common-progress-cpp 27.8819 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 12, 2, 10, 15) common-timing-cpp 29.6903 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 12, 2, 11, 49) fem-convergence-cpp 3.86737 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 12, 2, 11, 50) fem-jit-python 0.00042181 "JIT compilation (in memory cache)"
+(2015, 1, 12, 5, 25, 19) mesh-refinement-cpp 8.33512 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 12, 5, 25, 41) mesh-topology-cpp 21.3879 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 12, 5, 26, 4) mesh-unitcube-cpp 22.807 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 12, 5, 26, 42) mesh-iteration-cpp 35.545 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 12, 5, 26, 42) function-evaluation-cpp 0.053803 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 12, 5, 26, 47) function-extrapolation-python 5.6395 "BENCH:  2.0159637928"
+(2015, 1, 12, 5, 26, 47) function-extrapolation-python 2.01596 "BENCH:  2.0159637928"
+(2015, 1, 12, 5, 26, 50) function-interpolation-python 2.27788 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 12, 5, 26, 50) function-interpolation-python 0.949602 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 12, 5, 29, 26) la-vector-access-cpp 155.726 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 12, 5, 30, 12) la-vector-assignment-cpp 45.9608 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 13, 2, 8, 54) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.8649 "BENCH 12.8649"
+(2015, 1, 13, 2, 9, 12) geometry-bounding_box_tree_compute_closest_entity-cpp 14.7849 "Building point search tree to accelerate distance queries."
+(2015, 1, 13, 2, 9, 29) geometry-bounding_box_tree_build-cpp 14.1641 "BENCH 14.1641"
+(2015, 1, 13, 2, 9, 57) common-progress-cpp 27.8841 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 13, 2, 10, 27) common-timing-cpp 30.0876 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 13, 2, 12, 0) fem-convergence-cpp 3.85457 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 13, 2, 12, 21) fem-jit-python 0.000453305 "JIT compilation (in memory cache)"
+(2015, 1, 13, 5, 24, 2) mesh-refinement-cpp 8.39043 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 13, 5, 24, 23) mesh-topology-cpp 21.4659 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 13, 5, 24, 46) mesh-unitcube-cpp 22.8977 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 13, 5, 25, 27) mesh-iteration-cpp 38.4988 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 13, 5, 25, 27) function-evaluation-cpp 0.074666 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 13, 5, 26, 35) function-extrapolation-python 68.289 "Calling FFC just-in-time (JIT) compiler, this may take some time."
+(2015, 1, 13, 5, 26, 35) function-extrapolation-python 1.99764 "Calling FFC just-in-time (JIT) compiler, this may take some time."
+(2015, 1, 13, 5, 26, 43) function-interpolation-python 7.81263 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2015, 1, 13, 5, 26, 43) function-interpolation-python 0.953647 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2015, 1, 13, 5, 29, 19) la-vector-access-cpp 155.76 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 13, 5, 30, 1) la-vector-assignment-cpp 42.0151 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 14, 2, 8, 39) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.8291 "BENCH 12.8291"
+(2015, 1, 14, 2, 8, 58) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9222 "Building point search tree to accelerate distance queries."
+(2015, 1, 14, 2, 9, 15) geometry-bounding_box_tree_build-cpp 14.2174 "BENCH 14.2174"
+(2015, 1, 14, 2, 9, 42) common-progress-cpp 27.8864 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 14, 2, 10, 12) common-timing-cpp 29.5192 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 14, 2, 11, 47) fem-convergence-cpp 3.92293 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 14, 2, 11, 48) fem-jit-python 0.000429392 "JIT compilation (in memory cache)"
+(2015, 1, 14, 5, 34, 17) mesh-refinement-cpp 8.34241 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 14, 5, 34, 39) mesh-topology-cpp 21.3381 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 14, 5, 35, 2) mesh-unitcube-cpp 22.9236 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 14, 5, 35, 40) mesh-iteration-cpp 35.569 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 14, 5, 35, 40) function-evaluation-cpp 0.0829289 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 14, 5, 35, 46) function-extrapolation-python 6.62873 "BENCH:  2.096118927"
+(2015, 1, 14, 5, 35, 46) function-extrapolation-python 2.09612 "BENCH:  2.096118927"
+(2015, 1, 14, 5, 35, 49) function-interpolation-python 2.4353 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 14, 5, 35, 49) function-interpolation-python 1.02672 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 14, 5, 38, 25) la-vector-access-cpp 156.522 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 14, 5, 39, 12) la-vector-assignment-cpp 46.0434 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 15, 2, 8, 45) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9918 "BENCH 12.9918"
+(2015, 1, 15, 2, 9, 4) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1896 "Building point search tree to accelerate distance queries."
+(2015, 1, 15, 2, 9, 20) geometry-bounding_box_tree_build-cpp 14.1485 "BENCH 14.1485"
+(2015, 1, 15, 2, 9, 48) common-progress-cpp 27.8825 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 15, 2, 10, 18) common-timing-cpp 29.4368 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 15, 2, 11, 52) fem-convergence-cpp 3.87741 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 15, 2, 11, 53) fem-jit-python 0.000416303 "JIT compilation (in memory cache)"
+(2015, 1, 15, 5, 23, 17) mesh-refinement-cpp 8.31426 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 15, 5, 23, 39) mesh-topology-cpp 21.4694 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 15, 5, 24, 2) mesh-unitcube-cpp 22.8877 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 15, 5, 24, 40) mesh-iteration-cpp 35.5491 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 15, 5, 24, 40) function-evaluation-cpp 0.0518129 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 15, 5, 24, 46) function-extrapolation-python 5.61356 "BENCH:  2.00211000443"
+(2015, 1, 15, 5, 24, 46) function-extrapolation-python 2.00211 "BENCH:  2.00211000443"
+(2015, 1, 15, 5, 24, 48) function-interpolation-python 2.28541 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 15, 5, 24, 48) function-interpolation-python 0.949981 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 15, 5, 27, 24) la-vector-access-cpp 155.737 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 15, 5, 28, 6) la-vector-assignment-cpp 42.0192 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 16, 2, 8, 55) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9335 "BENCH 12.9335"
+(2015, 1, 16, 2, 9, 13) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0538 "Building point search tree to accelerate distance queries."
+(2015, 1, 16, 2, 9, 29) geometry-bounding_box_tree_build-cpp 13.8976 "BENCH 13.8976"
+(2015, 1, 16, 2, 9, 57) common-progress-cpp 27.6304 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 16, 2, 10, 27) common-timing-cpp 29.9098 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 16, 2, 12, 0) fem-convergence-cpp 3.83205 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 16, 2, 12, 2) fem-jit-python 0.000410914 "JIT compilation (in memory cache)"
+(2015, 1, 16, 5, 28, 4) mesh-refinement-cpp 8.33054 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 16, 5, 28, 25) mesh-topology-cpp 21.4062 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 16, 5, 28, 48) mesh-unitcube-cpp 22.8267 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 16, 5, 29, 29) mesh-iteration-cpp 38.5419 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 16, 5, 29, 29) function-evaluation-cpp 0.0540919 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 16, 5, 29, 35) function-extrapolation-python 5.78303 "BENCH:  1.99957108498"
+(2015, 1, 16, 5, 29, 35) function-extrapolation-python 1.99957 "BENCH:  1.99957108498"
+(2015, 1, 16, 5, 29, 37) function-interpolation-python 2.28011 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 16, 5, 29, 37) function-interpolation-python 0.956341 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 16, 5, 32, 14) la-vector-access-cpp 156.984 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 16, 5, 33, 1) la-vector-assignment-cpp 46.3291 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 17, 2, 8, 46) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.01 "BENCH 13.01"
+(2015, 1, 17, 2, 9, 5) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0168 "Building point search tree to accelerate distance queries."
+(2015, 1, 17, 2, 9, 22) geometry-bounding_box_tree_build-cpp 14.3072 "BENCH 14.3072"
+(2015, 1, 17, 2, 9, 49) common-progress-cpp 27.8924 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 17, 2, 10, 19) common-timing-cpp 30.0094 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 17, 2, 11, 53) fem-convergence-cpp 3.89478 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 17, 2, 11, 54) fem-jit-python 0.000423813 "JIT compilation (in memory cache)"
+(2015, 1, 17, 5, 22, 55) mesh-refinement-cpp 8.31758 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 17, 5, 23, 17) mesh-topology-cpp 21.3774 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 17, 5, 23, 40) mesh-unitcube-cpp 22.8568 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 17, 5, 24, 18) mesh-iteration-cpp 35.5163 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 17, 5, 24, 18) function-evaluation-cpp 0.0727181 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 17, 5, 24, 24) function-extrapolation-python 5.7864 "BENCH:  1.9984459877"
+(2015, 1, 17, 5, 24, 24) function-extrapolation-python 1.99845 "BENCH:  1.9984459877"
+(2015, 1, 17, 5, 24, 26) function-interpolation-python 2.29294 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 17, 5, 24, 26) function-interpolation-python 0.953182 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 17, 5, 27, 2) la-vector-access-cpp 155.665 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 17, 5, 27, 44) la-vector-assignment-cpp 41.9984 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 18, 2, 8, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9547 "BENCH 12.9547"
+(2015, 1, 18, 2, 8, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 14.8164 "Building point search tree to accelerate distance queries."
+(2015, 1, 18, 2, 9, 15) geometry-bounding_box_tree_build-cpp 14.1116 "BENCH 14.1116"
+(2015, 1, 18, 2, 9, 43) common-progress-cpp 27.8945 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 18, 2, 10, 14) common-timing-cpp 30.5726 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 18, 2, 11, 48) fem-convergence-cpp 3.83719 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 18, 2, 11, 49) fem-jit-python 0.000416708 "JIT compilation (in memory cache)"
+(2015, 1, 18, 5, 30, 51) mesh-refinement-cpp 8.34175 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 18, 5, 31, 13) mesh-topology-cpp 21.4229 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 18, 5, 31, 36) mesh-unitcube-cpp 22.8335 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 18, 5, 32, 13) mesh-iteration-cpp 35.5179 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 18, 5, 32, 14) function-evaluation-cpp 0.0649691 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 18, 5, 32, 19) function-extrapolation-python 5.89365 "BENCH:  1.99503993988"
+(2015, 1, 18, 5, 32, 19) function-extrapolation-python 1.99504 "BENCH:  1.99503993988"
+(2015, 1, 18, 5, 32, 22) function-interpolation-python 2.28234 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 18, 5, 32, 22) function-interpolation-python 0.950215 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 18, 5, 34, 57) la-vector-access-cpp 155.607 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 18, 5, 35, 39) la-vector-assignment-cpp 41.9789 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 19, 2, 8, 45) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.957 "BENCH 12.957"
+(2015, 1, 19, 2, 9, 4) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9742 "Building point search tree to accelerate distance queries."
+(2015, 1, 19, 2, 9, 20) geometry-bounding_box_tree_build-cpp 14.2274 "BENCH 14.2274"
+(2015, 1, 19, 2, 9, 48) common-progress-cpp 27.8882 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 19, 2, 10, 18) common-timing-cpp 30.0796 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 19, 2, 11, 52) fem-convergence-cpp 3.83207 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 19, 2, 11, 53) fem-jit-python 0.000418305 "JIT compilation (in memory cache)"
+(2015, 1, 19, 5, 28, 51) mesh-refinement-cpp 8.31321 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 19, 5, 29, 13) mesh-topology-cpp 21.4081 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 19, 5, 29, 36) mesh-unitcube-cpp 22.7877 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 19, 5, 30, 22) mesh-iteration-cpp 44.1636 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 19, 5, 30, 22) function-evaluation-cpp 0.054148 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 19, 5, 30, 28) function-extrapolation-python 5.68525 "BENCH:  1.99312996864"
+(2015, 1, 19, 5, 30, 28) function-extrapolation-python 1.99313 "BENCH:  1.99312996864"
+(2015, 1, 19, 5, 30, 30) function-interpolation-python 2.26295 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 19, 5, 30, 30) function-interpolation-python 0.948084 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 19, 5, 33, 7) la-vector-access-cpp 156.626 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 19, 5, 33, 53) la-vector-assignment-cpp 46.0023 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 20, 2, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.938 "BENCH 12.938"
+(2015, 1, 20, 2, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3592 "Building point search tree to accelerate distance queries."
+(2015, 1, 20, 2, 9, 17) geometry-bounding_box_tree_build-cpp 14.1309 "BENCH 14.1309"
+(2015, 1, 20, 2, 9, 45) common-progress-cpp 27.888 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 20, 2, 10, 15) common-timing-cpp 29.9419 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 20, 2, 11, 49) fem-convergence-cpp 3.90545 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 20, 2, 11, 51) fem-jit-python 0.000413918 "JIT compilation (in memory cache)"
+(2015, 1, 20, 5, 20, 37) mesh-refinement-cpp 8.33833 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 20, 5, 20, 59) mesh-topology-cpp 21.3345 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 20, 5, 21, 21) mesh-unitcube-cpp 22.8396 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 20, 5, 22, 8) mesh-iteration-cpp 44.1665 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 20, 5, 22, 8) function-evaluation-cpp 0.054038 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 20, 5, 22, 14) function-extrapolation-python 5.66934 "BENCH:  1.99401187897"
+(2015, 1, 20, 5, 22, 14) function-extrapolation-python 1.99401 "BENCH:  1.99401187897"
+(2015, 1, 20, 5, 22, 16) function-interpolation-python 2.29171 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 20, 5, 22, 16) function-interpolation-python 0.95182 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 20, 5, 24, 53) la-vector-access-cpp 156.635 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 20, 5, 25, 35) la-vector-assignment-cpp 42.0132 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 21, 2, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9162 "BENCH 12.9162"
+(2015, 1, 21, 2, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 14.8577 "Building point search tree to accelerate distance queries."
+(2015, 1, 21, 2, 9, 17) geometry-bounding_box_tree_build-cpp 14.1069 "BENCH 14.1069"
+(2015, 1, 21, 2, 9, 45) common-progress-cpp 27.899 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 21, 2, 10, 15) common-timing-cpp 30.1389 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 21, 2, 11, 49) fem-convergence-cpp 3.85707 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 21, 2, 11, 51) fem-jit-python 0.000429916 "JIT compilation (in memory cache)"
+(2015, 1, 21, 5, 23, 27) mesh-refinement-cpp 8.3288 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 21, 5, 23, 48) mesh-topology-cpp 21.3835 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 21, 5, 24, 11) mesh-unitcube-cpp 22.7911 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 21, 5, 24, 49) mesh-iteration-cpp 35.5586 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 21, 5, 24, 49) function-evaluation-cpp 0.0538089 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 21, 5, 24, 55) function-extrapolation-python 5.68216 "BENCH:  1.99137687683"
+(2015, 1, 21, 5, 24, 55) function-extrapolation-python 1.99138 "BENCH:  1.99137687683"
+(2015, 1, 21, 5, 24, 57) function-interpolation-python 2.27558 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 21, 5, 24, 57) function-interpolation-python 0.947757 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 21, 5, 27, 33) la-vector-access-cpp 155.673 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 21, 5, 28, 15) la-vector-assignment-cpp 42.0759 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 22, 2, 8, 47) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0302 "BENCH 13.0302"
+(2015, 1, 22, 2, 9, 5) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0981 "Building point search tree to accelerate distance queries."
+(2015, 1, 22, 2, 9, 22) geometry-bounding_box_tree_build-cpp 14.2438 "BENCH 14.2438"
+(2015, 1, 22, 2, 9, 54) common-progress-cpp 31.6639 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 22, 2, 10, 23) common-timing-cpp 29.4664 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 22, 2, 11, 57) fem-convergence-cpp 3.84376 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 22, 2, 11, 59) fem-jit-python 0.000420499 "JIT compilation (in memory cache)"
+(2015, 1, 22, 5, 22, 48) mesh-refinement-cpp 8.36185 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 22, 5, 23, 10) mesh-topology-cpp 21.3294 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 22, 5, 23, 32) mesh-unitcube-cpp 22.7715 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 22, 5, 24, 10) mesh-iteration-cpp 35.5338 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 22, 5, 24, 10) function-evaluation-cpp 0.0662131 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 22, 5, 24, 16) function-extrapolation-python 5.57816 "BENCH:  2.01826906204"
+(2015, 1, 22, 5, 24, 16) function-extrapolation-python 2.01827 "BENCH:  2.01826906204"
+(2015, 1, 22, 5, 24, 18) function-interpolation-python 2.28365 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 22, 5, 24, 18) function-interpolation-python 0.951847 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 22, 5, 26, 54) la-vector-access-cpp 155.663 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 22, 5, 27, 36) la-vector-assignment-cpp 42.0044 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 23, 2, 8, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9662 "BENCH 12.9662"
+(2015, 1, 23, 2, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9537 "Building point search tree to accelerate distance queries."
+(2015, 1, 23, 2, 9, 16) geometry-bounding_box_tree_build-cpp 14.2481 "BENCH 14.2481"
+(2015, 1, 23, 2, 9, 44) common-progress-cpp 27.9001 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 23, 2, 10, 14) common-timing-cpp 29.8833 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 23, 2, 11, 49) fem-convergence-cpp 3.84386 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 23, 2, 11, 51) fem-jit-python 0.000425005 "JIT compilation (in memory cache)"
+(2015, 1, 23, 5, 18, 18) mesh-refinement-cpp 8.33415 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 23, 5, 18, 39) mesh-topology-cpp 21.3355 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 23, 5, 19, 2) mesh-unitcube-cpp 22.7969 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 23, 5, 19, 40) mesh-iteration-cpp 35.52 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 23, 5, 19, 40) function-evaluation-cpp 0.0749261 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 23, 5, 19, 46) function-extrapolation-python 5.81342 "BENCH:  2.0104060173"
+(2015, 1, 23, 5, 19, 46) function-extrapolation-python 2.01041 "BENCH:  2.0104060173"
+(2015, 1, 23, 5, 19, 48) function-interpolation-python 2.27555 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 23, 5, 19, 48) function-interpolation-python 0.951791 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 23, 5, 22, 24) la-vector-access-cpp 155.669 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 23, 5, 23, 6) la-vector-assignment-cpp 41.9932 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 24, 2, 8, 46) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0154 "BENCH 13.0154"
+(2015, 1, 24, 2, 9, 4) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9741 "Building point search tree to accelerate distance queries."
+(2015, 1, 24, 2, 9, 21) geometry-bounding_box_tree_build-cpp 14.2417 "BENCH 14.2417"
+(2015, 1, 24, 2, 9, 49) common-progress-cpp 27.8892 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 24, 2, 10, 18) common-timing-cpp 29.7009 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 24, 2, 11, 53) fem-convergence-cpp 3.84152 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 24, 2, 11, 54) fem-jit-python 0.000420094 "JIT compilation (in memory cache)"
+(2015, 1, 24, 5, 35, 33) mesh-refinement-cpp 8.33555 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 24, 5, 35, 55) mesh-topology-cpp 21.4045 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 24, 5, 36, 17) mesh-unitcube-cpp 22.8117 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 24, 5, 36, 56) mesh-iteration-cpp 35.784 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 24, 5, 36, 56) function-evaluation-cpp 0.0561161 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 24, 5, 37, 1) function-extrapolation-python 5.8041 "BENCH:  2.01261305809"
+(2015, 1, 24, 5, 37, 1) function-extrapolation-python 2.01261 "BENCH:  2.01261305809"
+(2015, 1, 24, 5, 37, 4) function-interpolation-python 2.27188 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 24, 5, 37, 4) function-interpolation-python 0.948429 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 24, 5, 39, 39) la-vector-access-cpp 155.65 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 24, 5, 40, 21) la-vector-assignment-cpp 41.9903 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 25, 2, 8, 40) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9225 "BENCH 12.9225"
+(2015, 1, 25, 2, 8, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0413 "Building point search tree to accelerate distance queries."
+(2015, 1, 25, 2, 9, 16) geometry-bounding_box_tree_build-cpp 14.2568 "BENCH 14.2568"
+(2015, 1, 25, 2, 9, 44) common-progress-cpp 27.8962 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 25, 2, 10, 14) common-timing-cpp 30.168 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 25, 2, 11, 48) fem-convergence-cpp 3.85531 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 25, 2, 11, 49) fem-jit-python 0.000419188 "JIT compilation (in memory cache)"
+(2015, 1, 25, 5, 23, 19) mesh-refinement-cpp 8.35611 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 25, 5, 23, 40) mesh-topology-cpp 21.3933 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 25, 5, 24, 3) mesh-unitcube-cpp 22.8202 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 25, 5, 24, 41) mesh-iteration-cpp 35.5174 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 25, 5, 24, 41) function-evaluation-cpp 0.0540471 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 25, 5, 24, 47) function-extrapolation-python 5.65895 "BENCH:  1.9947681427"
+(2015, 1, 25, 5, 24, 47) function-extrapolation-python 1.99477 "BENCH:  1.9947681427"
+(2015, 1, 25, 5, 24, 49) function-interpolation-python 2.29256 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 25, 5, 24, 49) function-interpolation-python 0.953536 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 25, 5, 27, 25) la-vector-access-cpp 155.651 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 25, 5, 28, 7) la-vector-assignment-cpp 41.9976 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 26, 2, 8, 40) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.7158 "BENCH 12.7158"
+(2015, 1, 26, 2, 8, 58) geometry-bounding_box_tree_compute_closest_entity-cpp 14.8494 "Building point search tree to accelerate distance queries."
+(2015, 1, 26, 2, 9, 15) geometry-bounding_box_tree_build-cpp 14.3352 "BENCH 14.3352"
+(2015, 1, 26, 2, 9, 42) common-progress-cpp 27.8912 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 26, 2, 10, 13) common-timing-cpp 30.5711 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 26, 2, 11, 47) fem-convergence-cpp 3.84786 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 26, 2, 11, 49) fem-jit-python 0.00042069 "JIT compilation (in memory cache)"
+(2015, 1, 26, 5, 26, 38) mesh-refinement-cpp 8.33337 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 26, 5, 27, 0) mesh-topology-cpp 21.4984 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 26, 5, 27, 23) mesh-unitcube-cpp 22.7893 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 26, 5, 28, 1) mesh-iteration-cpp 35.5359 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 26, 5, 28, 1) function-evaluation-cpp 0.0542519 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 26, 5, 28, 6) function-extrapolation-python 5.74605 "BENCH:  2.00397396088"
+(2015, 1, 26, 5, 28, 6) function-extrapolation-python 2.00397 "BENCH:  2.00397396088"
+(2015, 1, 26, 5, 28, 9) function-interpolation-python 2.2845 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 26, 5, 28, 9) function-interpolation-python 0.952035 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 26, 5, 30, 44) la-vector-access-cpp 155.659 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 26, 5, 31, 27) la-vector-assignment-cpp 42.1982 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 27, 2, 8, 45) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9286 "BENCH 12.9286"
+(2015, 1, 27, 2, 9, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 14.8295 "Building point search tree to accelerate distance queries."
+(2015, 1, 27, 2, 9, 20) geometry-bounding_box_tree_build-cpp 14.3962 "BENCH 14.3962"
+(2015, 1, 27, 2, 9, 48) common-progress-cpp 27.8978 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 27, 2, 10, 17) common-timing-cpp 29.3535 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 27, 2, 11, 54) fem-convergence-cpp 3.86384 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 27, 2, 11, 56) fem-jit-python 0.000411701 "JIT compilation (in memory cache)"
+(2015, 1, 27, 5, 29, 50) mesh-refinement-cpp 8.27834 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 27, 5, 30, 11) mesh-topology-cpp 21.4234 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 27, 5, 30, 34) mesh-unitcube-cpp 22.7617 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 27, 5, 31, 13) mesh-iteration-cpp 36.0146 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 27, 5, 31, 13) function-evaluation-cpp 0.077997 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 27, 5, 31, 18) function-extrapolation-python 5.69492 "BENCH:  1.99704194069"
+(2015, 1, 27, 5, 31, 18) function-extrapolation-python 1.99704 "BENCH:  1.99704194069"
+(2015, 1, 27, 5, 31, 21) function-interpolation-python 2.26771 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 27, 5, 31, 21) function-interpolation-python 0.898407 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 27, 5, 33, 56) la-vector-access-cpp 155.672 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 27, 5, 34, 42) la-vector-assignment-cpp 46.0215 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 28, 2, 8, 45) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0188 "BENCH 13.0188"
+(2015, 1, 28, 2, 9, 4) geometry-bounding_box_tree_compute_closest_entity-cpp 15.219 "Building point search tree to accelerate distance queries."
+(2015, 1, 28, 2, 9, 21) geometry-bounding_box_tree_build-cpp 14.2625 "BENCH 14.2625"
+(2015, 1, 28, 2, 9, 49) common-progress-cpp 27.9836 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 28, 2, 10, 18) common-timing-cpp 29.2911 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 28, 2, 11, 55) fem-convergence-cpp 3.8915 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 28, 2, 11, 56) fem-jit-python 0.000416088 "JIT compilation (in memory cache)"
+(2015, 1, 28, 5, 31, 40) mesh-refinement-cpp 8.25751 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 28, 5, 32, 1) mesh-topology-cpp 21.5208 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 28, 5, 32, 24) mesh-unitcube-cpp 22.5288 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 28, 5, 33, 2) mesh-iteration-cpp 35.5203 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 28, 5, 33, 2) function-evaluation-cpp 0.0531292 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 28, 5, 33, 7) function-extrapolation-python 5.5854 "BENCH:  1.99143505096"
+(2015, 1, 28, 5, 33, 7) function-extrapolation-python 1.99144 "BENCH:  1.99143505096"
+(2015, 1, 28, 5, 33, 10) function-interpolation-python 2.23877 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 28, 5, 33, 10) function-interpolation-python 0.897829 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 28, 5, 36, 26) la-vector-access-cpp 196.529 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 28, 5, 37, 8) la-vector-assignment-cpp 41.9942 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 29, 2, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.8724 "BENCH 12.8724"
+(2015, 1, 29, 2, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0227 "Building point search tree to accelerate distance queries."
+(2015, 1, 29, 2, 9, 18) geometry-bounding_box_tree_build-cpp 14.1372 "BENCH 14.1372"
+(2015, 1, 29, 2, 9, 46) common-progress-cpp 27.8926 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 29, 2, 10, 17) common-timing-cpp 30.3719 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 29, 2, 11, 54) fem-convergence-cpp 3.87615 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 29, 2, 11, 55) fem-jit-python 0.000417113 "JIT compilation (in memory cache)"
+(2015, 1, 29, 5, 19, 13) mesh-refinement-cpp 8.30901 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 29, 5, 19, 35) mesh-topology-cpp 21.5235 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 29, 5, 19, 57) mesh-unitcube-cpp 22.569 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 29, 5, 20, 35) mesh-iteration-cpp 35.5451 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 29, 5, 20, 35) function-evaluation-cpp 0.052731 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 29, 5, 20, 41) function-extrapolation-python 5.7619 "BENCH:  1.98129105568"
+(2015, 1, 29, 5, 20, 41) function-extrapolation-python 1.98129 "BENCH:  1.98129105568"
+(2015, 1, 29, 5, 20, 43) function-interpolation-python 2.2345 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 29, 5, 20, 43) function-interpolation-python 0.896309 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 29, 5, 23, 19) la-vector-access-cpp 155.652 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 29, 5, 24, 5) la-vector-assignment-cpp 46.0091 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 30, 2, 8, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.7906 "BENCH 12.7906"
+(2015, 1, 30, 2, 8, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9329 "Building point search tree to accelerate distance queries."
+(2015, 1, 30, 2, 9, 16) geometry-bounding_box_tree_build-cpp 14.2302 "BENCH 14.2302"
+(2015, 1, 30, 2, 9, 43) common-progress-cpp 27.9042 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 30, 2, 10, 15) common-timing-cpp 31.4452 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 30, 2, 11, 52) fem-convergence-cpp 3.84434 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 30, 2, 11, 53) fem-jit-python 0.000427198 "JIT compilation (in memory cache)"
+(2015, 1, 30, 5, 31, 48) mesh-refinement-cpp 8.2837 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 30, 5, 32, 10) mesh-topology-cpp 21.5219 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 30, 5, 32, 32) mesh-unitcube-cpp 22.6069 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 30, 5, 33, 10) mesh-iteration-cpp 35.5189 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 30, 5, 33, 10) function-evaluation-cpp 0.0529749 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 30, 5, 33, 16) function-extrapolation-python 5.96111 "BENCH:  2.00668096542"
+(2015, 1, 30, 5, 33, 16) function-extrapolation-python 2.00668 "BENCH:  2.00668096542"
+(2015, 1, 30, 5, 33, 19) function-interpolation-python 2.23988 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 30, 5, 33, 19) function-interpolation-python 0.900872 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 30, 5, 35, 54) la-vector-access-cpp 155.634 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 30, 5, 36, 36) la-vector-assignment-cpp 41.9938 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 1, 31, 2, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9474 "BENCH 12.9474"
+(2015, 1, 31, 2, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 14.932 "Building point search tree to accelerate distance queries."
+(2015, 1, 31, 2, 9, 19) geometry-bounding_box_tree_build-cpp 14.2834 "BENCH 14.2834"
+(2015, 1, 31, 2, 9, 46) common-progress-cpp 27.8964 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 1, 31, 2, 10, 17) common-timing-cpp 30.2897 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 1, 31, 2, 11, 52) fem-convergence-cpp 3.87908 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 1, 31, 2, 11, 54) fem-jit-python 0.000415897 "JIT compilation (in memory cache)"
+(2015, 1, 31, 5, 28, 12) mesh-refinement-cpp 8.22658 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 1, 31, 5, 28, 33) mesh-topology-cpp 21.5747 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 1, 31, 5, 28, 56) mesh-unitcube-cpp 22.6085 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 1, 31, 5, 29, 34) mesh-iteration-cpp 35.7343 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 1, 31, 5, 29, 34) function-evaluation-cpp 0.0932131 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 1, 31, 5, 29, 40) function-extrapolation-python 5.73736 "BENCH:  2.10626316071"
+(2015, 1, 31, 5, 29, 40) function-extrapolation-python 2.10626 "BENCH:  2.10626316071"
+(2015, 1, 31, 5, 29, 42) function-interpolation-python 2.32087 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 31, 5, 29, 42) function-interpolation-python 0.931475 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 1, 31, 5, 32, 19) la-vector-access-cpp 156.221 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 1, 31, 5, 33, 1) la-vector-assignment-cpp 42.0006 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 2, 1, 2, 8, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0846 "BENCH 13.0846"
+(2015, 2, 1, 2, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0823 "Building point search tree to accelerate distance queries."
+(2015, 2, 1, 2, 9, 16) geometry-bounding_box_tree_build-cpp 14.2469 "BENCH 14.2469"
+(2015, 2, 1, 2, 9, 44) common-progress-cpp 27.8901 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 2, 1, 2, 10, 14) common-timing-cpp 29.9912 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 2, 1, 2, 11, 50) fem-convergence-cpp 3.87176 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 2, 1, 2, 11, 52) fem-jit-python 0.000423312 "JIT compilation (in memory cache)"
+(2015, 2, 1, 5, 19, 54) mesh-refinement-cpp 8.2386 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 2, 1, 5, 20, 15) mesh-topology-cpp 21.5764 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 2, 1, 5, 20, 38) mesh-unitcube-cpp 22.5593 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 2, 1, 5, 21, 16) mesh-iteration-cpp 35.5222 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 2, 1, 5, 21, 16) function-evaluation-cpp 0.053803 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 2, 1, 5, 21, 22) function-extrapolation-python 5.65852 "BENCH:  1.99313807487"
+(2015, 2, 1, 5, 21, 22) function-extrapolation-python 1.99314 "BENCH:  1.99313807487"
+(2015, 2, 1, 5, 21, 24) function-interpolation-python 2.23719 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 1, 5, 21, 24) function-interpolation-python 0.898627 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 1, 5, 24, 39) la-vector-access-cpp 194.606 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 2, 1, 5, 25, 21) la-vector-assignment-cpp 42.0002 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 2, 2, 2, 8, 45) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.7663 "BENCH 12.7663"
+(2015, 2, 2, 2, 9, 3) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0363 "Building point search tree to accelerate distance queries."
+(2015, 2, 2, 2, 9, 20) geometry-bounding_box_tree_build-cpp 14.0539 "BENCH 14.0539"
+(2015, 2, 2, 2, 9, 48) common-progress-cpp 27.8635 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 2, 2, 2, 10, 18) common-timing-cpp 29.9548 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 2, 2, 2, 11, 53) fem-convergence-cpp 3.84214 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 2, 2, 2, 11, 54) fem-jit-python 0.000419211 "JIT compilation (in memory cache)"
+(2015, 2, 2, 5, 23, 29) mesh-refinement-cpp 8.28255 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 2, 2, 5, 23, 51) mesh-topology-cpp 21.4119 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 2, 2, 5, 24, 14) mesh-unitcube-cpp 22.5144 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 2, 2, 5, 24, 51) mesh-iteration-cpp 35.5114 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 2, 2, 5, 24, 52) function-evaluation-cpp 0.051955 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 2, 2, 5, 24, 57) function-extrapolation-python 5.61891 "BENCH:  1.99913811684"
+(2015, 2, 2, 5, 24, 57) function-extrapolation-python 1.99914 "BENCH:  1.99913811684"
+(2015, 2, 2, 5, 24, 59) function-interpolation-python 2.22905 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 2, 5, 24, 59) function-interpolation-python 0.889984 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 2, 5, 27, 37) la-vector-access-cpp 157.171 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 2, 2, 5, 28, 23) la-vector-assignment-cpp 46.0146 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 2, 3, 2, 8, 46) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.793 "BENCH 12.793"
+(2015, 2, 3, 2, 9, 4) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0672 "Building point search tree to accelerate distance queries."
+(2015, 2, 3, 2, 9, 21) geometry-bounding_box_tree_build-cpp 14.1047 "BENCH 14.1047"
+(2015, 2, 3, 2, 9, 49) common-progress-cpp 27.887 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 2, 3, 2, 10, 19) common-timing-cpp 30.1409 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 2, 3, 2, 11, 56) fem-convergence-cpp 3.85087 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 2, 3, 2, 11, 58) fem-jit-python 0.000412917 "JIT compilation (in memory cache)"
+(2015, 2, 3, 5, 20, 58) mesh-refinement-cpp 8.24532 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 2, 3, 5, 21, 19) mesh-topology-cpp 21.3599 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 2, 3, 5, 21, 42) mesh-unitcube-cpp 22.4781 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 2, 3, 5, 22, 20) mesh-iteration-cpp 35.5103 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 2, 3, 5, 22, 20) function-evaluation-cpp 0.0778661 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 2, 3, 5, 22, 26) function-extrapolation-python 5.74858 "BENCH:  2.01262307167"
+(2015, 2, 3, 5, 22, 26) function-extrapolation-python 2.01262 "BENCH:  2.01262307167"
+(2015, 2, 3, 5, 22, 28) function-interpolation-python 2.24297 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 3, 5, 22, 28) function-interpolation-python 0.892446 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 3, 5, 25, 5) la-vector-access-cpp 157.21 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 2, 3, 5, 25, 47) la-vector-assignment-cpp 41.9989 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 2, 4, 2, 8, 47) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.2765 "BENCH 13.2765"
+(2015, 2, 4, 2, 9, 5) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1752 "Building point search tree to accelerate distance queries."
+(2015, 2, 4, 2, 9, 22) geometry-bounding_box_tree_build-cpp 14.0402 "BENCH 14.0402"
+(2015, 2, 4, 2, 9, 50) common-progress-cpp 27.8841 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 2, 4, 2, 10, 21) common-timing-cpp 30.8417 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 2, 4, 2, 11, 57) fem-convergence-cpp 3.83733 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 2, 4, 2, 11, 58) fem-jit-python 0.000423002 "JIT compilation (in memory cache)"
+(2015, 2, 4, 5, 37, 8) mesh-refinement-cpp 8.47136 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 2, 4, 5, 37, 30) mesh-topology-cpp 22.1027 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 2, 4, 5, 37, 53) mesh-unitcube-cpp 23.1241 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 2, 4, 5, 38, 32) mesh-iteration-cpp 36.2096 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 2, 4, 5, 38, 32) function-evaluation-cpp 0.0746 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 2, 4, 5, 38, 39) function-extrapolation-python 6.33811 "BENCH:  2.01691484451"
+(2015, 2, 4, 5, 38, 39) function-extrapolation-python 2.01691 "BENCH:  2.01691484451"
+(2015, 2, 4, 5, 38, 41) function-interpolation-python 2.28027 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 4, 5, 38, 41) function-interpolation-python 0.947862 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 4, 5, 41, 19) la-vector-access-cpp 157.578 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 2, 4, 5, 42, 1) la-vector-assignment-cpp 42.0061 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 2, 5, 2, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9417 "BENCH 12.9417"
+(2015, 2, 5, 2, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2308 "Building point search tree to accelerate distance queries."
+(2015, 2, 5, 2, 9, 19) geometry-bounding_box_tree_build-cpp 14.3289 "BENCH 14.3289"
+(2015, 2, 5, 2, 9, 47) common-progress-cpp 27.9223 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 2, 5, 2, 10, 17) common-timing-cpp 30.399 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 2, 5, 2, 11, 55) fem-convergence-cpp 3.98873 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 2, 5, 2, 11, 56) fem-jit-python 0.000418997 "JIT compilation (in memory cache)"
+(2015, 2, 5, 5, 35, 22) mesh-refinement-cpp 8.57701 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 2, 5, 5, 35, 43) mesh-topology-cpp 21.7172 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 2, 5, 5, 36, 7) mesh-unitcube-cpp 23.0297 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 2, 5, 5, 36, 45) mesh-iteration-cpp 36.392 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 2, 5, 5, 36, 45) function-evaluation-cpp 0.098614 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 2, 5, 5, 36, 51) function-extrapolation-python 5.47868 "BENCH:  2.08205604553"
+(2015, 2, 5, 5, 36, 51) function-extrapolation-python 2.08206 "BENCH:  2.08205604553"
+(2015, 2, 5, 5, 36, 53) function-interpolation-python 2.38113 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 5, 5, 36, 53) function-interpolation-python 0.989093 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 5, 5, 39, 47) la-vector-access-cpp 173.161 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 2, 5, 5, 40, 29) la-vector-assignment-cpp 42.0201 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 2, 6, 2, 10, 13) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9155 "BENCH 12.9155"
+(2015, 2, 6, 2, 10, 32) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0706 "Building point search tree to accelerate distance queries."
+(2015, 2, 6, 2, 10, 48) geometry-bounding_box_tree_build-cpp 14.1847 "BENCH 14.1847"
+(2015, 2, 6, 2, 11, 16) common-progress-cpp 27.8861 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 2, 6, 2, 11, 47) common-timing-cpp 30.4256 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 2, 6, 2, 13, 24) fem-convergence-cpp 3.87622 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 2, 6, 2, 13, 25) fem-jit-python 0.000423908 "JIT compilation (in memory cache)"
+(2015, 2, 6, 5, 24, 41) mesh-refinement-cpp 8.43665 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 2, 6, 5, 25, 3) mesh-topology-cpp 21.5684 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 2, 6, 5, 25, 26) mesh-unitcube-cpp 23.106 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 2, 6, 5, 26, 5) mesh-iteration-cpp 36.0361 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 2, 6, 5, 26, 5) function-evaluation-cpp 0.0771489 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 2, 6, 5, 26, 10) function-extrapolation-python 5.59798 "BENCH:  2.02288913727"
+(2015, 2, 6, 5, 26, 10) function-extrapolation-python 2.02289 "BENCH:  2.02288913727"
+(2015, 2, 6, 5, 26, 13) function-interpolation-python 2.28042 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 6, 5, 26, 13) function-interpolation-python 0.941998 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 6, 5, 28, 49) la-vector-access-cpp 156.672 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 2, 6, 5, 29, 35) la-vector-assignment-cpp 46.0157 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 2, 7, 2, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.8681 "BENCH 12.8681"
+(2015, 2, 7, 2, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9657 "Building point search tree to accelerate distance queries."
+(2015, 2, 7, 2, 9, 18) geometry-bounding_box_tree_build-cpp 14.354 "BENCH 14.354"
+(2015, 2, 7, 2, 9, 46) common-progress-cpp 27.904 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 2, 7, 2, 10, 16) common-timing-cpp 30.5559 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 2, 7, 2, 11, 54) fem-convergence-cpp 3.86834 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 2, 7, 2, 11, 55) fem-jit-python 0.000422001 "JIT compilation (in memory cache)"
+(2015, 2, 7, 5, 22, 35) mesh-refinement-cpp 8.41782 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 2, 7, 5, 22, 57) mesh-topology-cpp 21.4043 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 2, 7, 5, 23, 19) mesh-unitcube-cpp 22.7344 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 2, 7, 5, 23, 58) mesh-iteration-cpp 36.0492 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 2, 7, 5, 23, 58) function-evaluation-cpp 0.0645189 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 2, 7, 5, 24, 4) function-extrapolation-python 5.72379 "BENCH:  2.0016849041"
+(2015, 2, 7, 5, 24, 4) function-extrapolation-python 2.00168 "BENCH:  2.0016849041"
+(2015, 2, 7, 5, 24, 6) function-interpolation-python 2.2845 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 7, 5, 24, 6) function-interpolation-python 0.944619 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 7, 5, 26, 44) la-vector-access-cpp 157.671 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 2, 7, 5, 27, 26) la-vector-assignment-cpp 41.9998 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 2, 8, 2, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9149 "BENCH 12.9149"
+(2015, 2, 8, 2, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 14.8533 "Building point search tree to accelerate distance queries."
+(2015, 2, 8, 2, 9, 19) geometry-bounding_box_tree_build-cpp 14.2944 "BENCH 14.2944"
+(2015, 2, 8, 2, 9, 47) common-progress-cpp 27.878 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 2, 8, 2, 10, 17) common-timing-cpp 30.3629 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 2, 8, 2, 11, 55) fem-convergence-cpp 3.86025 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 2, 8, 2, 11, 56) fem-jit-python 0.000429106 "JIT compilation (in memory cache)"
+(2015, 2, 8, 5, 23, 51) mesh-refinement-cpp 8.42952 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 2, 8, 5, 24, 12) mesh-topology-cpp 21.5769 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 2, 8, 5, 24, 35) mesh-unitcube-cpp 22.8324 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 2, 8, 5, 25, 14) mesh-iteration-cpp 36.0491 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 2, 8, 5, 25, 14) function-evaluation-cpp 0.072722 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 2, 8, 5, 25, 19) function-extrapolation-python 5.56836 "BENCH:  1.99747180939"
+(2015, 2, 8, 5, 25, 19) function-extrapolation-python 1.99747 "BENCH:  1.99747180939"
+(2015, 2, 8, 5, 25, 22) function-interpolation-python 2.29429 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 8, 5, 25, 22) function-interpolation-python 0.946924 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 8, 5, 27, 57) la-vector-access-cpp 155.732 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 2, 8, 5, 28, 39) la-vector-assignment-cpp 41.9954 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 2, 9, 2, 8, 42) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0256 "BENCH 13.0256"
+(2015, 2, 9, 2, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2805 "Building point search tree to accelerate distance queries."
+(2015, 2, 9, 2, 9, 17) geometry-bounding_box_tree_build-cpp 14.3428 "BENCH 14.3428"
+(2015, 2, 9, 2, 9, 45) common-progress-cpp 27.8874 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 2, 9, 2, 10, 15) common-timing-cpp 29.6803 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 2, 9, 2, 11, 49) fem-convergence-cpp 3.84817 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 2, 9, 2, 11, 51) fem-jit-python 0.000415683 "JIT compilation (in memory cache)"
+(2015, 2, 9, 5, 25, 22) mesh-refinement-cpp 8.41362 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 2, 9, 5, 25, 44) mesh-topology-cpp 21.4063 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 2, 9, 5, 26, 7) mesh-unitcube-cpp 22.769 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 2, 9, 5, 26, 48) mesh-iteration-cpp 38.5509 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 2, 9, 5, 26, 48) function-evaluation-cpp 0.079474 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 2, 9, 5, 26, 54) function-extrapolation-python 5.89367 "BENCH:  2.00670695305"
+(2015, 2, 9, 5, 26, 54) function-extrapolation-python 2.00671 "BENCH:  2.00670695305"
+(2015, 2, 9, 5, 26, 56) function-interpolation-python 2.26866 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 9, 5, 26, 56) function-interpolation-python 0.945634 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 9, 5, 29, 34) la-vector-access-cpp 157.658 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 2, 9, 5, 30, 16) la-vector-assignment-cpp 42.0093 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 2, 10, 2, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9004 "BENCH 12.9004"
+(2015, 2, 10, 2, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 14.8766 "Building point search tree to accelerate distance queries."
+(2015, 2, 10, 2, 9, 19) geometry-bounding_box_tree_build-cpp 14.2157 "BENCH 14.2157"
+(2015, 2, 10, 2, 9, 47) common-progress-cpp 27.9047 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 2, 10, 2, 10, 17) common-timing-cpp 30.4034 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 2, 10, 2, 11, 52) fem-convergence-cpp 3.84225 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 2, 10, 2, 11, 53) fem-jit-python 0.000425196 "JIT compilation (in memory cache)"
+(2015, 2, 10, 5, 24, 15) mesh-refinement-cpp 8.43726 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 2, 10, 5, 24, 36) mesh-topology-cpp 21.4342 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 2, 10, 5, 24, 59) mesh-unitcube-cpp 22.7271 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 2, 10, 5, 25, 40) mesh-iteration-cpp 38.4914 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 2, 10, 5, 25, 40) function-evaluation-cpp 0.099462 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 2, 10, 5, 25, 46) function-extrapolation-python 5.61698 "BENCH:  2.02750897408"
+(2015, 2, 10, 5, 25, 46) function-extrapolation-python 2.02751 "BENCH:  2.02750897408"
+(2015, 2, 10, 5, 25, 48) function-interpolation-python 2.28898 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 10, 5, 25, 48) function-interpolation-python 0.959003 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 10, 5, 28, 24) la-vector-access-cpp 155.638 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 2, 10, 5, 29, 6) la-vector-assignment-cpp 42.1738 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 2, 11, 2, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9498 "BENCH 12.9498"
+(2015, 2, 11, 2, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 14.8947 "Building point search tree to accelerate distance queries."
+(2015, 2, 11, 2, 9, 19) geometry-bounding_box_tree_build-cpp 14.0294 "BENCH 14.0294"
+(2015, 2, 11, 2, 9, 47) common-progress-cpp 28.234 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 2, 11, 2, 10, 17) common-timing-cpp 30.0576 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 2, 11, 2, 11, 54) fem-convergence-cpp 3.84135 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 2, 11, 2, 11, 55) fem-jit-python 0.000418901 "JIT compilation (in memory cache)"
+(2015, 2, 11, 5, 20, 39) mesh-refinement-cpp 8.41591 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 2, 11, 5, 21, 0) mesh-topology-cpp 21.5134 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 2, 11, 5, 21, 23) mesh-unitcube-cpp 22.8824 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 2, 11, 5, 22, 4) mesh-iteration-cpp 38.5528 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 2, 11, 5, 22, 4) function-evaluation-cpp 0.0545449 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 2, 11, 5, 22, 10) function-extrapolation-python 5.6231 "BENCH:  1.99815392494"
+(2015, 2, 11, 5, 22, 10) function-extrapolation-python 1.99815 "BENCH:  1.99815392494"
+(2015, 2, 11, 5, 22, 12) function-interpolation-python 2.29979 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 11, 5, 22, 12) function-interpolation-python 0.953307 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 11, 5, 25, 16) la-vector-access-cpp 183.397 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 2, 11, 5, 25, 58) la-vector-assignment-cpp 42.0038 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 2, 12, 2, 8, 46) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9211 "BENCH 12.9211"
+(2015, 2, 12, 2, 9, 5) geometry-bounding_box_tree_compute_closest_entity-cpp 14.8819 "Building point search tree to accelerate distance queries."
+(2015, 2, 12, 2, 9, 21) geometry-bounding_box_tree_build-cpp 14.117 "BENCH 14.117"
+(2015, 2, 12, 2, 9, 49) common-progress-cpp 27.8984 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 2, 12, 2, 10, 20) common-timing-cpp 31.0567 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 2, 12, 2, 11, 57) fem-convergence-cpp 3.84313 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 2, 12, 2, 11, 59) fem-jit-python 0.00041461 "JIT compilation (in memory cache)"
+(2015, 2, 12, 5, 31, 40) mesh-refinement-cpp 8.40614 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 2, 12, 5, 32, 2) mesh-topology-cpp 21.5804 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 2, 12, 5, 32, 25) mesh-unitcube-cpp 22.7311 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 2, 12, 5, 33, 3) mesh-iteration-cpp 36.0717 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 2, 12, 5, 33, 3) function-evaluation-cpp 0.072602 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 2, 12, 5, 33, 9) function-extrapolation-python 5.54261 "BENCH:  2.005879879"
+(2015, 2, 12, 5, 33, 9) function-extrapolation-python 2.00588 "BENCH:  2.005879879"
+(2015, 2, 12, 5, 33, 11) function-interpolation-python 2.28128 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 12, 5, 33, 11) function-interpolation-python 0.943221 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 12, 5, 35, 47) la-vector-access-cpp 155.691 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 2, 12, 5, 36, 29) la-vector-assignment-cpp 41.9873 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 2, 13, 2, 8, 47) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.8979 "BENCH 12.8979"
+(2015, 2, 13, 2, 9, 5) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9874 "Building point search tree to accelerate distance queries."
+(2015, 2, 13, 2, 9, 22) geometry-bounding_box_tree_build-cpp 14.0418 "BENCH 14.0418"
+(2015, 2, 13, 2, 9, 50) common-progress-cpp 27.8811 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 2, 13, 2, 10, 20) common-timing-cpp 29.8306 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 2, 13, 2, 11, 57) fem-convergence-cpp 3.88574 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 2, 13, 2, 11, 58) fem-jit-python 0.000418305 "JIT compilation (in memory cache)"
+(2015, 2, 13, 5, 31, 47) mesh-refinement-cpp 8.56194 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 2, 13, 5, 32, 9) mesh-topology-cpp 21.572 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 2, 13, 5, 32, 32) mesh-unitcube-cpp 22.9348 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 2, 13, 5, 33, 11) mesh-iteration-cpp 36.4053 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 2, 13, 5, 33, 11) function-evaluation-cpp 0.0773149 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 2, 13, 5, 33, 17) function-extrapolation-python 5.74959 "BENCH:  2.05807304382"
+(2015, 2, 13, 5, 33, 17) function-extrapolation-python 2.05807 "BENCH:  2.05807304382"
+(2015, 2, 13, 5, 33, 19) function-interpolation-python 2.34395 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 13, 5, 33, 19) function-interpolation-python 0.966344 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 13, 5, 35, 57) la-vector-access-cpp 157.43 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 2, 13, 5, 36, 43) la-vector-assignment-cpp 46.0285 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 2, 14, 2, 8, 44) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0511 "BENCH 13.0511"
+(2015, 2, 14, 2, 9, 2) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2607 "Building point search tree to accelerate distance queries."
+(2015, 2, 14, 2, 9, 19) geometry-bounding_box_tree_build-cpp 14.2074 "BENCH 14.2074"
+(2015, 2, 14, 2, 9, 47) common-progress-cpp 27.8872 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 2, 14, 2, 10, 17) common-timing-cpp 30.4027 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 2, 14, 2, 11, 53) fem-convergence-cpp 3.84649 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 2, 14, 2, 11, 54) fem-jit-python 0.000420499 "JIT compilation (in memory cache)"
+(2015, 2, 14, 5, 30, 25) mesh-refinement-cpp 8.61695 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 2, 14, 5, 30, 47) mesh-topology-cpp 21.8707 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 2, 14, 5, 31, 10) mesh-unitcube-cpp 23.0261 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 2, 14, 5, 31, 56) mesh-iteration-cpp 43.8163 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 2, 14, 5, 31, 56) function-evaluation-cpp 0.112423 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 2, 14, 5, 32, 2) function-extrapolation-python 5.47676 "BENCH:  2.07007479668"
+(2015, 2, 14, 5, 32, 2) function-extrapolation-python 2.07007 "BENCH:  2.07007479668"
+(2015, 2, 14, 5, 32, 4) function-interpolation-python 2.31784 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 14, 5, 32, 4) function-interpolation-python 0.952871 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 14, 5, 34, 41) la-vector-access-cpp 157.058 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 2, 14, 5, 35, 23) la-vector-assignment-cpp 42.0052 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 2, 15, 2, 8, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9295 "BENCH 12.9295"
+(2015, 2, 15, 2, 9, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 14.8282 "Building point search tree to accelerate distance queries."
+(2015, 2, 15, 2, 9, 16) geometry-bounding_box_tree_build-cpp 14.2533 "BENCH 14.2533"
+(2015, 2, 15, 2, 9, 44) common-progress-cpp 27.8847 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 2, 15, 2, 10, 14) common-timing-cpp 29.7358 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 2, 15, 2, 11, 50) fem-convergence-cpp 3.86424 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 2, 15, 2, 11, 51) fem-jit-python 0.00041852 "JIT compilation (in memory cache)"
+(2015, 2, 15, 5, 28, 1) mesh-refinement-cpp 8.42518 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 2, 15, 5, 28, 22) mesh-topology-cpp 21.4052 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 2, 15, 5, 28, 45) mesh-unitcube-cpp 22.7658 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 2, 15, 5, 29, 23) mesh-iteration-cpp 36.0638 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 2, 15, 5, 29, 23) function-evaluation-cpp 0.0539842 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 2, 15, 5, 29, 29) function-extrapolation-python 5.72886 "BENCH:  2.00570416451"
+(2015, 2, 15, 5, 29, 29) function-extrapolation-python 2.0057 "BENCH:  2.00570416451"
+(2015, 2, 15, 5, 29, 32) function-interpolation-python 2.26687 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 15, 5, 29, 32) function-interpolation-python 0.92876 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 15, 5, 32, 7) la-vector-access-cpp 155.653 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 2, 15, 5, 32, 49) la-vector-assignment-cpp 42.017 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 2, 16, 2, 8, 46) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9412 "BENCH 12.9412"
+(2015, 2, 16, 2, 9, 4) geometry-bounding_box_tree_compute_closest_entity-cpp 14.8664 "Building point search tree to accelerate distance queries."
+(2015, 2, 16, 2, 9, 21) geometry-bounding_box_tree_build-cpp 14.1623 "BENCH 14.1623"
+(2015, 2, 16, 2, 9, 49) common-progress-cpp 28.0251 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 2, 16, 2, 10, 19) common-timing-cpp 30.8004 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 2, 16, 2, 11, 56) fem-convergence-cpp 3.89275 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 2, 16, 2, 11, 59) fem-jit-python 0.000421786 "JIT compilation (in memory cache)"
+(2015, 2, 16, 5, 27, 51) mesh-refinement-cpp 8.45581 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 2, 16, 5, 28, 13) mesh-topology-cpp 21.418 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 2, 16, 5, 28, 36) mesh-unitcube-cpp 22.7987 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 2, 16, 5, 29, 14) mesh-iteration-cpp 36.0286 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 2, 16, 5, 29, 14) function-evaluation-cpp 0.0912499 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 2, 16, 5, 29, 20) function-extrapolation-python 5.59939 "BENCH:  1.99086213112"
+(2015, 2, 16, 5, 29, 20) function-extrapolation-python 1.99086 "BENCH:  1.99086213112"
+(2015, 2, 16, 5, 29, 22) function-interpolation-python 2.274 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 16, 5, 29, 22) function-interpolation-python 0.927842 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 16, 5, 31, 59) la-vector-access-cpp 156.662 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 2, 16, 5, 32, 41) la-vector-assignment-cpp 41.9894 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 2, 17, 2, 8, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9363 "BENCH 12.9363"
+(2015, 2, 17, 2, 9, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 14.7393 "Building point search tree to accelerate distance queries."
+(2015, 2, 17, 2, 9, 17) geometry-bounding_box_tree_build-cpp 14.0866 "BENCH 14.0866"
+(2015, 2, 17, 2, 9, 45) common-progress-cpp 27.8845 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 2, 17, 2, 10, 15) common-timing-cpp 30.2329 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 2, 17, 2, 11, 53) fem-convergence-cpp 3.8627 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 2, 17, 2, 11, 54) fem-jit-python 0.000426412 "JIT compilation (in memory cache)"
+(2015, 2, 17, 5, 26, 45) mesh-refinement-cpp 8.39926 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 2, 17, 5, 27, 7) mesh-topology-cpp 21.5359 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 2, 17, 5, 27, 30) mesh-unitcube-cpp 22.7673 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 2, 17, 5, 28, 8) mesh-iteration-cpp 36.0274 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 2, 17, 5, 28, 8) function-evaluation-cpp 0.054383 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 2, 17, 5, 28, 14) function-extrapolation-python 5.84207 "BENCH:  2.02217888832"
+(2015, 2, 17, 5, 28, 14) function-extrapolation-python 2.02218 "BENCH:  2.02217888832"
+(2015, 2, 17, 5, 28, 16) function-interpolation-python 2.27814 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 17, 5, 28, 16) function-interpolation-python 0.932276 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 17, 5, 31, 20) la-vector-access-cpp 183.302 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 2, 17, 5, 32, 2) la-vector-assignment-cpp 42.0414 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 2, 18, 2, 8, 46) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.8985 "BENCH 12.8985"
+(2015, 2, 18, 2, 9, 4) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9901 "Building point search tree to accelerate distance queries."
+(2015, 2, 18, 2, 9, 21) geometry-bounding_box_tree_build-cpp 14.2467 "BENCH 14.2467"
+(2015, 2, 18, 2, 9, 53) common-progress-cpp 31.6521 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 2, 18, 2, 10, 23) common-timing-cpp 29.9154 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 2, 18, 2, 11, 57) fem-convergence-cpp 3.86983 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 2, 18, 2, 11, 59) fem-jit-python 0.0004287 "JIT compilation (in memory cache)"
+(2015, 2, 18, 5, 27, 6) mesh-refinement-cpp 8.54528 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 2, 18, 5, 27, 29) mesh-topology-cpp 22.3321 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 2, 18, 5, 27, 52) mesh-unitcube-cpp 23.0074 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 2, 18, 5, 28, 31) mesh-iteration-cpp 36.2444 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 2, 18, 5, 28, 31) function-evaluation-cpp 0.0931251 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 2, 18, 5, 28, 37) function-extrapolation-python 5.89335 "BENCH:  2.08315205574"
+(2015, 2, 18, 5, 28, 37) function-extrapolation-python 2.08315 "BENCH:  2.08315205574"
+(2015, 2, 18, 5, 28, 39) function-interpolation-python 2.35012 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 18, 5, 28, 39) function-interpolation-python 0.950281 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 18, 5, 31, 15) la-vector-access-cpp 156.085 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 2, 18, 5, 31, 57) la-vector-assignment-cpp 42.0192 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 2, 19, 2, 9, 3) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.2872 "BENCH 13.2872"
+(2015, 2, 19, 2, 9, 22) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3014 "Building point search tree to accelerate distance queries."
+(2015, 2, 19, 2, 9, 38) geometry-bounding_box_tree_build-cpp 14.1043 "BENCH 14.1043"
+(2015, 2, 19, 2, 10, 6) common-progress-cpp 27.9106 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 2, 19, 2, 10, 36) common-timing-cpp 29.3973 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 2, 19, 2, 12, 9) fem-convergence-cpp 3.90614 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 2, 19, 2, 12, 10) fem-jit-python 0.000422001 "JIT compilation (in memory cache)"
+(2015, 2, 19, 5, 28, 51) mesh-refinement-cpp 8.24996 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 2, 19, 5, 29, 13) mesh-topology-cpp 21.786 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 2, 19, 5, 29, 36) mesh-unitcube-cpp 22.4425 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 2, 19, 5, 30, 14) mesh-iteration-cpp 35.5109 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 2, 19, 5, 30, 14) function-evaluation-cpp 0.062834 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 2, 19, 5, 30, 19) function-extrapolation-python 5.70348 "BENCH:  2.00259017944"
+(2015, 2, 19, 5, 30, 19) function-extrapolation-python 2.00259 "BENCH:  2.00259017944"
+(2015, 2, 19, 5, 30, 22) function-interpolation-python 2.30721 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 19, 5, 30, 22) function-interpolation-python 0.968658 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2015, 2, 19, 5, 32, 53) la-vector-access-cpp 151.027 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 2, 19, 5, 33, 35) la-vector-assignment-cpp 42.0061 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 3, 20, 8, 9, 3) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9364 "BENCH 12.9364"
+(2015, 3, 20, 8, 9, 21) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9867 "Building point search tree to accelerate distance queries."
+(2015, 3, 20, 8, 9, 37) geometry-bounding_box_tree_build-cpp 14.1886 "BENCH 14.1886"
+(2015, 3, 20, 8, 10, 5) common-progress-cpp 27.7346 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 3, 20, 8, 11, 18) common-timing-cpp 72.5637 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 3, 20, 8, 12, 48) fem-convergence-cpp 3.64517 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 3, 21, 2, 9, 37) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.982 "BENCH 12.982"
+(2015, 3, 21, 2, 9, 56) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0123 "Building point search tree to accelerate distance queries."
+(2015, 3, 21, 2, 10, 12) geometry-bounding_box_tree_build-cpp 13.9065 "BENCH 13.9065"
+(2015, 3, 21, 2, 10, 40) common-progress-cpp 27.6032 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 3, 21, 2, 11, 52) common-timing-cpp 72.5305 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 3, 21, 2, 13, 21) fem-convergence-cpp 3.5965 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 3, 21, 5, 1, 54) fem-speedup-cpp 10111.1 "Assembly/solve speedup running on 4 processors"
+(2015, 3, 21, 5, 1, 54) fem-speedup-cpp-assembly 6.45968 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 3, 21, 5, 1, 54) fem-speedup-cpp-solve 0.682783 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 3, 21, 5, 2, 4) mesh-refinement-cpp 9.6983 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 3, 21, 5, 2, 26) mesh-topology-cpp 21.4044 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 3, 21, 5, 2, 48) mesh-unitcube-cpp 22.1685 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 3, 21, 5, 3, 26) mesh-iteration-cpp 35.5517 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 3, 21, 5, 3, 26) function-evaluation-cpp 0.03566 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 3, 21, 5, 5, 22) la-vector-access-cpp 112.442 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 3, 21, 5, 5, 59) la-vector-assignment-cpp 37.4748 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 3, 22, 2, 9, 32) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9707 "BENCH 12.9707"
+(2015, 3, 22, 2, 9, 50) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9672 "Building point search tree to accelerate distance queries."
+(2015, 3, 22, 2, 10, 7) geometry-bounding_box_tree_build-cpp 14.1644 "BENCH 14.1644"
+(2015, 3, 22, 2, 10, 35) common-progress-cpp 27.7926 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 3, 22, 2, 11, 47) common-timing-cpp 72.2379 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 3, 22, 2, 13, 16) fem-convergence-cpp 3.64729 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 3, 22, 4, 55, 18) fem-speedup-cpp 9720.27 "Assembly/solve speedup running on 4 processors"
+(2015, 3, 22, 4, 55, 18) fem-speedup-cpp-assembly 6.46243 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 3, 22, 4, 55, 18) fem-speedup-cpp-solve 0.69393 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 3, 22, 4, 55, 28) mesh-refinement-cpp 9.6657 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 3, 22, 4, 55, 50) mesh-topology-cpp 21.33 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 3, 22, 4, 56, 12) mesh-unitcube-cpp 22.0677 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 3, 22, 4, 56, 50) mesh-iteration-cpp 35.5197 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 3, 22, 4, 56, 50) function-evaluation-cpp 0.03547 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 3, 22, 4, 58, 45) la-vector-access-cpp 111.883 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 3, 22, 4, 59, 23) la-vector-assignment-cpp 37.4854 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 3, 23, 2, 9, 33) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9633 "BENCH 12.9633"
+(2015, 3, 23, 2, 9, 51) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0446 "Building point search tree to accelerate distance queries."
+(2015, 3, 23, 2, 10, 7) geometry-bounding_box_tree_build-cpp 14.1177 "BENCH 14.1177"
+(2015, 3, 23, 2, 10, 35) common-progress-cpp 27.7901 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 3, 23, 2, 11, 50) common-timing-cpp 74.5936 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 3, 23, 2, 13, 19) fem-convergence-cpp 3.65482 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 3, 23, 5, 13, 12) fem-speedup-cpp 10791.9 "Assembly/solve speedup running on 4 processors"
+(2015, 3, 23, 5, 13, 12) fem-speedup-cpp-assembly 6.44391 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 3, 23, 5, 13, 12) fem-speedup-cpp-solve 0.596431 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 3, 23, 5, 13, 23) mesh-refinement-cpp 9.67308 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 3, 23, 5, 13, 44) mesh-topology-cpp 21.3146 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 3, 23, 5, 14, 6) mesh-unitcube-cpp 22.0786 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 3, 23, 5, 14, 44) mesh-iteration-cpp 35.4986 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 3, 23, 5, 14, 44) function-evaluation-cpp 0.0391459 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 3, 23, 5, 16, 39) la-vector-access-cpp 110.934 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 3, 23, 5, 17, 20) la-vector-assignment-cpp 40.9414 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 3, 24, 2, 9, 38) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0505 "BENCH 13.0505"
+(2015, 3, 24, 2, 9, 56) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0085 "Building point search tree to accelerate distance queries."
+(2015, 3, 24, 2, 10, 13) geometry-bounding_box_tree_build-cpp 14.1158 "BENCH 14.1158"
+(2015, 3, 24, 2, 10, 41) common-progress-cpp 27.8055 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 3, 24, 2, 11, 53) common-timing-cpp 72.2283 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 3, 24, 2, 13, 23) fem-convergence-cpp 3.64277 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 3, 24, 5, 2, 16) fem-speedup-cpp 10132 "Assembly/solve speedup running on 4 processors"
+(2015, 3, 24, 5, 2, 16) fem-speedup-cpp-assembly 6.2482 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 3, 24, 5, 2, 16) fem-speedup-cpp-solve 0.653102 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 3, 24, 5, 2, 26) mesh-refinement-cpp 9.68068 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 3, 24, 5, 2, 48) mesh-topology-cpp 21.3483 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 3, 24, 5, 3, 10) mesh-unitcube-cpp 22.186 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 3, 24, 5, 3, 48) mesh-iteration-cpp 35.5008 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 3, 24, 5, 3, 48) function-evaluation-cpp 0.0390491 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 3, 24, 5, 5, 44) la-vector-access-cpp 112.12 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 3, 24, 5, 6, 21) la-vector-assignment-cpp 37.5554 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 3, 25, 2, 9, 38) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0383 "BENCH 13.0383"
+(2015, 3, 25, 2, 9, 57) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1951 "Building point search tree to accelerate distance queries."
+(2015, 3, 25, 2, 10, 13) geometry-bounding_box_tree_build-cpp 14.1323 "BENCH 14.1323"
+(2015, 3, 25, 2, 10, 41) common-progress-cpp 27.8443 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 3, 25, 2, 11, 54) common-timing-cpp 72.3458 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 3, 25, 2, 13, 24) fem-convergence-cpp 3.62637 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 3, 25, 5, 2, 29) fem-speedup-cpp 10143.7 "Assembly/solve speedup running on 4 processors"
+(2015, 3, 25, 5, 2, 29) fem-speedup-cpp-assembly 6.49894 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 3, 25, 5, 2, 29) fem-speedup-cpp-solve 0.656719 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 3, 25, 5, 2, 39) mesh-refinement-cpp 9.65583 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 3, 25, 5, 3, 1) mesh-topology-cpp 21.3106 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 3, 25, 5, 3, 23) mesh-unitcube-cpp 22.151 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 3, 25, 5, 4, 1) mesh-iteration-cpp 35.5123 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 3, 25, 5, 4, 1) function-evaluation-cpp 0.038727 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 3, 25, 5, 5, 57) la-vector-access-cpp 112.99 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 3, 25, 5, 6, 39) la-vector-assignment-cpp 41.4771 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 3, 26, 2, 9, 34) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0301 "BENCH 13.0301"
+(2015, 3, 26, 2, 9, 52) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0209 "Building point search tree to accelerate distance queries."
+(2015, 3, 26, 2, 10, 9) geometry-bounding_box_tree_build-cpp 14.1601 "BENCH 14.1601"
+(2015, 3, 26, 2, 10, 37) common-progress-cpp 27.7787 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 3, 26, 2, 11, 50) common-timing-cpp 72.9241 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 3, 26, 2, 13, 20) fem-convergence-cpp 3.63802 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 3, 26, 4, 59, 31) fem-speedup-cpp 9970.21 "Assembly/solve speedup running on 4 processors"
+(2015, 3, 26, 4, 59, 31) fem-speedup-cpp-assembly 6.36023 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 3, 26, 4, 59, 31) fem-speedup-cpp-solve 0.664266 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 3, 26, 4, 59, 41) mesh-refinement-cpp 9.69414 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 3, 26, 5, 0, 3) mesh-topology-cpp 21.3054 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 3, 26, 5, 0, 25) mesh-unitcube-cpp 22.0974 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 3, 26, 5, 1, 3) mesh-iteration-cpp 35.5122 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 3, 26, 5, 1, 3) function-evaluation-cpp 0.035718 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 3, 26, 5, 2, 56) la-vector-access-cpp 109.424 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 3, 26, 5, 3, 33) la-vector-assignment-cpp 37.4888 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 3, 27, 2, 9, 35) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0322 "BENCH 13.0322"
+(2015, 3, 27, 2, 9, 53) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1999 "Building point search tree to accelerate distance queries."
+(2015, 3, 27, 2, 10, 10) geometry-bounding_box_tree_build-cpp 14.2077 "BENCH 14.2077"
+(2015, 3, 27, 2, 10, 38) common-progress-cpp 27.7875 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 3, 27, 2, 11, 51) common-timing-cpp 73.573 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 3, 27, 2, 13, 20) fem-convergence-cpp 3.62865 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 3, 27, 4, 54, 3) fem-speedup-cpp 9641.67 "Assembly/solve speedup running on 4 processors"
+(2015, 3, 27, 4, 54, 3) fem-speedup-cpp-assembly 6.37373 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 3, 27, 4, 54, 3) fem-speedup-cpp-solve 0.699076 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 3, 27, 4, 54, 14) mesh-refinement-cpp 9.68937 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 3, 27, 4, 54, 35) mesh-topology-cpp 21.3365 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 3, 27, 4, 54, 57) mesh-unitcube-cpp 22.0976 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 3, 27, 4, 55, 36) mesh-iteration-cpp 36.8735 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 3, 27, 4, 55, 36) function-evaluation-cpp 0.0354409 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 3, 27, 4, 57, 32) la-vector-access-cpp 112.453 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 3, 27, 4, 58, 10) la-vector-assignment-cpp 37.4824 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 3, 28, 2, 9, 36) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1162 "BENCH 13.1162"
+(2015, 3, 28, 2, 9, 55) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0197 "Building point search tree to accelerate distance queries."
+(2015, 3, 28, 2, 10, 11) geometry-bounding_box_tree_build-cpp 14.1425 "BENCH 14.1425"
+(2015, 3, 28, 2, 10, 39) common-progress-cpp 27.7741 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 3, 28, 2, 11, 52) common-timing-cpp 73.0875 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 3, 28, 2, 13, 21) fem-convergence-cpp 3.64967 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 3, 28, 5, 20, 40) fem-speedup-cpp 11237.1 "Assembly/solve speedup running on 4 processors"
+(2015, 3, 28, 5, 20, 40) fem-speedup-cpp-assembly 6.36185 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 3, 28, 5, 20, 40) fem-speedup-cpp-solve 0.544172 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 3, 28, 5, 20, 50) mesh-refinement-cpp 9.67083 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 3, 28, 5, 21, 12) mesh-topology-cpp 21.3457 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 3, 28, 5, 21, 34) mesh-unitcube-cpp 22.3124 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 3, 28, 5, 22, 12) mesh-iteration-cpp 35.4978 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 3, 28, 5, 22, 12) function-evaluation-cpp 0.0353961 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 3, 28, 5, 24, 7) la-vector-access-cpp 111.928 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 3, 28, 5, 24, 45) la-vector-assignment-cpp 37.5116 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 3, 29, 1, 9, 33) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0502 "BENCH 13.0502"
+(2015, 3, 29, 1, 9, 52) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1291 "Building point search tree to accelerate distance queries."
+(2015, 3, 29, 1, 10, 8) geometry-bounding_box_tree_build-cpp 14.0597 "BENCH 14.0597"
+(2015, 3, 29, 1, 10, 36) common-progress-cpp 27.7997 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 3, 29, 1, 11, 49) common-timing-cpp 73.0022 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 3, 29, 1, 13, 19) fem-convergence-cpp 3.65721 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 3, 29, 4, 8, 39) fem-speedup-cpp 10518.5 "Assembly/solve speedup running on 4 processors"
+(2015, 3, 29, 4, 8, 39) fem-speedup-cpp-assembly 6.31959 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 3, 29, 4, 8, 39) fem-speedup-cpp-solve 0.603944 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 3, 29, 4, 8, 49) mesh-refinement-cpp 9.70359 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 3, 29, 4, 9, 11) mesh-topology-cpp 21.3499 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 3, 29, 4, 9, 33) mesh-unitcube-cpp 22.1585 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 3, 29, 4, 10, 10) mesh-iteration-cpp 35.5036 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 3, 29, 4, 10, 11) function-evaluation-cpp 0.0357509 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 3, 29, 4, 12, 5) la-vector-access-cpp 110.89 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 3, 29, 4, 12, 47) la-vector-assignment-cpp 41.4822 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 3, 30, 1, 9, 33) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9603 "BENCH 12.9603"
+(2015, 3, 30, 1, 9, 52) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1731 "Building point search tree to accelerate distance queries."
+(2015, 3, 30, 1, 10, 8) geometry-bounding_box_tree_build-cpp 14.1585 "BENCH 14.1585"
+(2015, 3, 30, 1, 10, 41) common-progress-cpp 32.8053 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 3, 30, 1, 11, 54) common-timing-cpp 73.2411 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 3, 30, 1, 13, 24) fem-convergence-cpp 3.63205 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 3, 30, 4, 15, 54) fem-speedup-cpp 10948.6 "Assembly/solve speedup running on 4 processors"
+(2015, 3, 30, 4, 15, 54) fem-speedup-cpp-assembly 6.36559 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 3, 30, 4, 15, 54) fem-speedup-cpp-solve 0.589143 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 3, 30, 4, 16, 4) mesh-refinement-cpp 9.67372 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 3, 30, 4, 16, 26) mesh-topology-cpp 21.3859 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 3, 30, 4, 16, 48) mesh-unitcube-cpp 22.2561 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 3, 30, 4, 17, 26) mesh-iteration-cpp 35.5267 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 3, 30, 4, 17, 26) function-evaluation-cpp 0.035145 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 3, 30, 4, 19, 25) la-vector-access-cpp 115.791 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 3, 30, 4, 20, 7) la-vector-assignment-cpp 41.4756 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 3, 31, 1, 9, 32) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1344 "BENCH 13.1344"
+(2015, 3, 31, 1, 9, 50) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0434 "Building point search tree to accelerate distance queries."
+(2015, 3, 31, 1, 10, 7) geometry-bounding_box_tree_build-cpp 14.0284 "BENCH 14.0284"
+(2015, 3, 31, 1, 10, 38) common-progress-cpp 31.5462 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 3, 31, 1, 11, 52) common-timing-cpp 73.3037 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 3, 31, 1, 13, 21) fem-convergence-cpp 3.62996 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 3, 31, 4, 8, 44) fem-speedup-cpp 10522.2 "Assembly/solve speedup running on 4 processors"
+(2015, 3, 31, 4, 8, 44) fem-speedup-cpp-assembly 6.29657 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 3, 31, 4, 8, 44) fem-speedup-cpp-solve 0.591001 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 3, 31, 4, 8, 55) mesh-refinement-cpp 9.64323 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 3, 31, 4, 9, 16) mesh-topology-cpp 21.4307 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 3, 31, 4, 9, 38) mesh-unitcube-cpp 21.6919 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 3, 31, 4, 10, 19) mesh-iteration-cpp 39.1356 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 3, 31, 4, 10, 19) function-evaluation-cpp 0.0353961 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 3, 31, 4, 12, 14) la-vector-access-cpp 111.431 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 3, 31, 4, 12, 55) la-vector-assignment-cpp 40.9787 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 1, 1, 9, 32) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0933 "BENCH 13.0933"
+(2015, 4, 1, 1, 9, 50) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9485 "Building point search tree to accelerate distance queries."
+(2015, 4, 1, 1, 10, 6) geometry-bounding_box_tree_build-cpp 14.091 "BENCH 14.091"
+(2015, 4, 1, 1, 10, 34) common-progress-cpp 27.7913 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 1, 1, 11, 47) common-timing-cpp 72.4916 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 1, 1, 13, 16) fem-convergence-cpp 3.63863 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 1, 3, 55, 27) fem-speedup-cpp 9729.53 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 1, 3, 55, 27) fem-speedup-cpp-assembly 6.36345 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 1, 3, 55, 27) fem-speedup-cpp-solve 0.689531 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 1, 3, 55, 37) mesh-refinement-cpp 9.63922 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 1, 3, 55, 59) mesh-topology-cpp 21.3666 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 1, 3, 56, 20) mesh-unitcube-cpp 21.6769 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 1, 3, 56, 58) mesh-iteration-cpp 35.5269 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 1, 3, 56, 58) function-evaluation-cpp 0.0354221 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 1, 3, 58, 58) la-vector-access-cpp 115.76 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 1, 3, 59, 35) la-vector-assignment-cpp 37.4821 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 2, 1, 9, 33) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.3026 "BENCH 13.3026"
+(2015, 4, 2, 1, 9, 51) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1131 "Building point search tree to accelerate distance queries."
+(2015, 4, 2, 1, 10, 8) geometry-bounding_box_tree_build-cpp 14.1829 "BENCH 14.1829"
+(2015, 4, 2, 1, 10, 35) common-progress-cpp 27.797 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 2, 1, 11, 47) common-timing-cpp 72.0636 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 2, 1, 13, 18) fem-convergence-cpp 3.64341 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 2, 3, 59, 52) fem-speedup-cpp 9993.54 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 2, 3, 59, 52) fem-speedup-cpp-assembly 6.25165 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 2, 3, 59, 52) fem-speedup-cpp-solve 0.669682 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 2, 4, 0, 3) mesh-refinement-cpp 9.66889 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 2, 4, 0, 24) mesh-topology-cpp 21.3509 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 2, 4, 0, 46) mesh-unitcube-cpp 21.6824 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 2, 4, 1, 24) mesh-iteration-cpp 35.4969 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 2, 4, 1, 24) function-evaluation-cpp 0.035593 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 2, 4, 3, 20) la-vector-access-cpp 112.476 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 2, 4, 3, 57) la-vector-assignment-cpp 37.5137 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 3, 1, 9, 36) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.3462 "BENCH 13.3462"
+(2015, 4, 3, 1, 9, 54) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9524 "Building point search tree to accelerate distance queries."
+(2015, 4, 3, 1, 10, 10) geometry-bounding_box_tree_build-cpp 14.0217 "BENCH 14.0217"
+(2015, 4, 3, 1, 10, 38) common-progress-cpp 27.7768 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 3, 1, 11, 51) common-timing-cpp 72.7836 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 3, 1, 13, 21) fem-convergence-cpp 3.66019 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 3, 3, 56, 53) fem-speedup-cpp 9810.88 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 3, 3, 56, 53) fem-speedup-cpp-assembly 6.71282 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 3, 3, 56, 53) fem-speedup-cpp-solve 0.662128 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 3, 3, 57, 4) mesh-refinement-cpp 9.65438 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 3, 3, 57, 25) mesh-topology-cpp 21.3812 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 3, 3, 57, 47) mesh-unitcube-cpp 21.6871 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 3, 3, 58, 25) mesh-iteration-cpp 35.4898 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 3, 3, 58, 25) function-evaluation-cpp 0.035744 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 3, 4, 0, 22) la-vector-access-cpp 113.908 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 3, 4, 0, 59) la-vector-assignment-cpp 36.4831 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 4, 1, 9, 32) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.3173 "BENCH 13.3173"
+(2015, 4, 4, 1, 9, 50) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9574 "Building point search tree to accelerate distance queries."
+(2015, 4, 4, 1, 10, 7) geometry-bounding_box_tree_build-cpp 14.1174 "BENCH 14.1174"
+(2015, 4, 4, 1, 10, 35) common-progress-cpp 27.7887 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 4, 1, 11, 48) common-timing-cpp 73.3024 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 4, 1, 13, 18) fem-convergence-cpp 3.64401 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 4, 4, 17, 38) fem-speedup-cpp 11059.5 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 4, 4, 17, 38) fem-speedup-cpp-assembly 6.4694 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 4, 4, 17, 38) fem-speedup-cpp-solve 0.568368 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 4, 4, 17, 49) mesh-refinement-cpp 9.61396 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 4, 4, 18, 10) mesh-topology-cpp 21.5116 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 4, 4, 18, 32) mesh-unitcube-cpp 21.7626 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 4, 4, 19, 13) mesh-iteration-cpp 39.1351 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 4, 4, 19, 13) function-evaluation-cpp 0.039237 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 4, 4, 21, 11) la-vector-access-cpp 113.507 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 4, 4, 21, 47) la-vector-assignment-cpp 36.4969 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 5, 1, 9, 35) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.3351 "BENCH 13.3351"
+(2015, 4, 5, 1, 9, 54) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1845 "Building point search tree to accelerate distance queries."
+(2015, 4, 5, 1, 10, 10) geometry-bounding_box_tree_build-cpp 14.1159 "BENCH 14.1159"
+(2015, 4, 5, 1, 10, 38) common-progress-cpp 27.7801 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 5, 1, 11, 51) common-timing-cpp 73.2506 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 5, 1, 13, 21) fem-convergence-cpp 3.62065 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 5, 4, 17, 9) fem-speedup-cpp 11026.8 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 5, 4, 17, 9) fem-speedup-cpp-assembly 6.48604 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 5, 4, 17, 9) fem-speedup-cpp-solve 0.6979 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 5, 4, 17, 20) mesh-refinement-cpp 9.65171 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 5, 4, 17, 41) mesh-topology-cpp 21.4417 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 5, 4, 18, 3) mesh-unitcube-cpp 21.6716 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 5, 4, 18, 41) mesh-iteration-cpp 35.8234 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 5, 4, 18, 41) function-evaluation-cpp 0.043462 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 5, 4, 20, 39) la-vector-access-cpp 114.277 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 5, 4, 21, 19) la-vector-assignment-cpp 39.4888 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 6, 1, 9, 37) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.7024 "BENCH 13.7024"
+(2015, 4, 6, 1, 9, 56) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3824 "Building point search tree to accelerate distance queries."
+(2015, 4, 6, 1, 10, 12) geometry-bounding_box_tree_build-cpp 14.0984 "BENCH 14.0984"
+(2015, 4, 6, 1, 10, 40) common-progress-cpp 27.7735 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 6, 1, 11, 53) common-timing-cpp 72.94 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 6, 1, 13, 23) fem-convergence-cpp 3.63467 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 6, 4, 13, 38) fem-speedup-cpp 10813.9 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 6, 4, 13, 38) fem-speedup-cpp-assembly 6.73676 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 6, 4, 13, 38) fem-speedup-cpp-solve 0.561516 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 6, 4, 13, 48) mesh-refinement-cpp 9.6234 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 6, 4, 14, 10) mesh-topology-cpp 21.48 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 6, 4, 14, 32) mesh-unitcube-cpp 21.6753 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 6, 4, 15, 9) mesh-iteration-cpp 35.5129 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 6, 4, 15, 9) function-evaluation-cpp 0.0354102 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 6, 4, 17, 7) la-vector-access-cpp 114.335 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 6, 4, 17, 44) la-vector-assignment-cpp 36.4938 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 7, 1, 9, 35) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.4472 "BENCH 13.4472"
+(2015, 4, 7, 1, 9, 54) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9809 "Building point search tree to accelerate distance queries."
+(2015, 4, 7, 1, 10, 10) geometry-bounding_box_tree_build-cpp 14.0727 "BENCH 14.0727"
+(2015, 4, 7, 1, 10, 38) common-progress-cpp 27.7865 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 7, 1, 11, 51) common-timing-cpp 73.7367 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 7, 1, 13, 22) fem-convergence-cpp 3.63024 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 7, 4, 4, 0) fem-speedup-cpp 10237 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 7, 4, 4, 0) fem-speedup-cpp-assembly 6.74871 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 7, 4, 4, 0) fem-speedup-cpp-solve 0.603304 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 7, 4, 4, 10) mesh-refinement-cpp 9.62282 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 7, 4, 4, 32) mesh-topology-cpp 21.4942 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 7, 4, 4, 54) mesh-unitcube-cpp 21.7091 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 7, 4, 5, 31) mesh-iteration-cpp 35.5348 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 7, 4, 5, 31) function-evaluation-cpp 0.0389779 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 7, 4, 7, 29) la-vector-access-cpp 113.439 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 7, 4, 8, 5) la-vector-assignment-cpp 36.521 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 8, 8, 51, 32) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.4379 "BENCH 13.4379"
+(2015, 4, 8, 8, 51, 50) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0969 "Building point search tree to accelerate distance queries."
+(2015, 4, 8, 8, 52, 7) geometry-bounding_box_tree_build-cpp 14.1019 "BENCH 14.1019"
+(2015, 4, 8, 8, 52, 34) common-progress-cpp 27.8402 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 8, 8, 53, 38) common-timing-cpp 63.9655 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 8, 8, 55, 8) fem-convergence-cpp 3.62104 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 8, 10, 36, 5) mesh-refinement-cpp 9.14802 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 8, 10, 36, 26) mesh-topology-cpp 21.238 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 8, 10, 36, 48) mesh-unitcube-cpp 21.6292 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 8, 10, 37, 26) mesh-iteration-cpp 35.4998 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 8, 10, 37, 26) function-evaluation-cpp 0.0352221 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 8, 10, 39, 25) la-vector-access-cpp 116.317 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 8, 10, 40, 2) la-vector-assignment-cpp 36.5087 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 9, 1, 9, 40) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.2085 "BENCH 13.2085"
+(2015, 4, 9, 1, 9, 58) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2299 "Building point search tree to accelerate distance queries."
+(2015, 4, 9, 1, 10, 14) geometry-bounding_box_tree_build-cpp 13.8995 "BENCH 13.8995"
+(2015, 4, 9, 1, 10, 42) common-progress-cpp 27.603 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 9, 1, 11, 46) common-timing-cpp 63.9817 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 9, 1, 13, 16) fem-convergence-cpp 3.59788 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 9, 4, 12, 15) fem-speedup-cpp 10738.2 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 9, 4, 12, 15) fem-speedup-cpp-assembly 6.57987 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 9, 4, 12, 15) fem-speedup-cpp-solve 0.684451 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 9, 4, 12, 25) mesh-refinement-cpp 9.16209 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 9, 4, 12, 46) mesh-topology-cpp 21.382 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 9, 4, 13, 8) mesh-unitcube-cpp 21.8049 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 9, 4, 13, 46) mesh-iteration-cpp 35.519 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 9, 4, 13, 46) function-evaluation-cpp 0.038352 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 9, 4, 15, 44) la-vector-access-cpp 114.303 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 9, 4, 16, 20) la-vector-assignment-cpp 36.4739 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 10, 1, 9, 37) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.591 "BENCH 13.591"
+(2015, 4, 10, 1, 9, 55) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0553 "Building point search tree to accelerate distance queries."
+(2015, 4, 10, 1, 10, 12) geometry-bounding_box_tree_build-cpp 14.1165 "BENCH 14.1165"
+(2015, 4, 10, 1, 10, 40) common-progress-cpp 27.8776 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 10, 1, 11, 44) common-timing-cpp 64.1436 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 10, 1, 13, 13) fem-convergence-cpp 3.62725 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 10, 4, 1, 21) fem-speedup-cpp 10086.9 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 10, 4, 1, 21) fem-speedup-cpp-assembly 6.68044 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 10, 4, 1, 21) fem-speedup-cpp-solve 0.666504 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 10, 4, 1, 31) mesh-refinement-cpp 9.17588 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 10, 4, 1, 53) mesh-topology-cpp 21.3396 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 10, 4, 2, 14) mesh-unitcube-cpp 21.653 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 10, 4, 2, 52) mesh-iteration-cpp 35.5009 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 10, 4, 2, 52) function-evaluation-cpp 0.034878 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 10, 4, 4, 54) la-vector-access-cpp 117.761 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 10, 4, 5, 30) la-vector-assignment-cpp 36.4777 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 11, 1, 9, 33) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1601 "BENCH 13.1601"
+(2015, 4, 11, 1, 9, 51) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0435 "Building point search tree to accelerate distance queries."
+(2015, 4, 11, 1, 10, 8) geometry-bounding_box_tree_build-cpp 14.1495 "BENCH 14.1495"
+(2015, 4, 11, 1, 10, 35) common-progress-cpp 27.794 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 11, 1, 11, 39) common-timing-cpp 63.4772 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 11, 1, 13, 8) fem-convergence-cpp 3.62251 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 11, 3, 54, 38) fem-speedup-cpp 9689.09 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 11, 3, 54, 38) fem-speedup-cpp-assembly 6.50448 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 11, 3, 54, 38) fem-speedup-cpp-solve 0.691481 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 11, 3, 54, 48) mesh-refinement-cpp 9.15763 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 11, 3, 55, 9) mesh-topology-cpp 21.2523 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 11, 3, 55, 31) mesh-unitcube-cpp 21.6626 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 11, 3, 56, 9) mesh-iteration-cpp 35.5048 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 11, 3, 56, 9) function-evaluation-cpp 0.040292 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 11, 3, 58, 7) la-vector-access-cpp 114.262 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 11, 3, 58, 43) la-vector-assignment-cpp 36.4692 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 12, 1, 9, 34) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1518 "BENCH 13.1518"
+(2015, 4, 12, 1, 9, 53) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1155 "Building point search tree to accelerate distance queries."
+(2015, 4, 12, 1, 10, 9) geometry-bounding_box_tree_build-cpp 14.2739 "BENCH 14.2739"
+(2015, 4, 12, 1, 10, 37) common-progress-cpp 27.7924 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 12, 1, 11, 41) common-timing-cpp 63.2712 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 12, 1, 13, 11) fem-convergence-cpp 3.61227 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 12, 4, 1, 19) fem-speedup-cpp 10087.4 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 12, 4, 1, 19) fem-speedup-cpp-assembly 6.72262 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 12, 4, 1, 19) fem-speedup-cpp-solve 0.644347 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 12, 4, 1, 29) mesh-refinement-cpp 9.16893 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 12, 4, 1, 50) mesh-topology-cpp 21.2774 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 12, 4, 2, 12) mesh-unitcube-cpp 21.6701 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 12, 4, 2, 50) mesh-iteration-cpp 35.6816 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 12, 4, 2, 50) function-evaluation-cpp 0.027941 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 12, 4, 4, 49) la-vector-access-cpp 115.838 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 12, 4, 5, 26) la-vector-assignment-cpp 36.4761 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 13, 1, 9, 36) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0692 "BENCH 13.0692"
+(2015, 4, 13, 1, 9, 55) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0913 "Building point search tree to accelerate distance queries."
+(2015, 4, 13, 1, 10, 11) geometry-bounding_box_tree_build-cpp 14.1144 "BENCH 14.1144"
+(2015, 4, 13, 1, 10, 39) common-progress-cpp 27.803 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 13, 1, 11, 44) common-timing-cpp 64.9613 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 13, 1, 13, 13) fem-convergence-cpp 3.60443 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 13, 4, 4, 55) fem-speedup-cpp 10301.4 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 13, 4, 4, 55) fem-speedup-cpp-assembly 6.76648 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 13, 4, 4, 55) fem-speedup-cpp-solve 0.604945 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 13, 4, 5, 5) mesh-refinement-cpp 9.14718 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 13, 4, 5, 27) mesh-topology-cpp 21.3448 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 13, 4, 5, 49) mesh-unitcube-cpp 21.6934 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 13, 4, 6, 26) mesh-iteration-cpp 35.4928 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 13, 4, 6, 26) function-evaluation-cpp 0.038332 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 13, 4, 8, 26) la-vector-access-cpp 115.658 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 13, 4, 9, 5) la-vector-assignment-cpp 39.4667 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 14, 1, 9, 38) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1476 "BENCH 13.1476"
+(2015, 4, 14, 1, 9, 56) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0144 "Building point search tree to accelerate distance queries."
+(2015, 4, 14, 1, 10, 13) geometry-bounding_box_tree_build-cpp 14.0995 "BENCH 14.0995"
+(2015, 4, 14, 1, 10, 40) common-progress-cpp 27.7907 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 14, 1, 11, 44) common-timing-cpp 63.7126 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 14, 1, 13, 14) fem-convergence-cpp 3.6255 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 14, 4, 2, 10) fem-speedup-cpp 10135.6 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 14, 4, 2, 10) fem-speedup-cpp-assembly 6.46744 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 14, 4, 2, 10) fem-speedup-cpp-solve 0.624507 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 14, 4, 2, 20) mesh-refinement-cpp 9.14568 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 14, 4, 2, 42) mesh-topology-cpp 21.2478 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 14, 4, 3, 3) mesh-unitcube-cpp 21.7618 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 14, 4, 3, 41) mesh-iteration-cpp 35.5299 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 14, 4, 3, 41) function-evaluation-cpp 0.0382171 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 14, 4, 5, 41) la-vector-access-cpp 116.271 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 14, 4, 6, 21) la-vector-assignment-cpp 39.4614 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 15, 1, 9, 37) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.2145 "BENCH 13.2145"
+(2015, 4, 15, 1, 9, 56) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0778 "Building point search tree to accelerate distance queries."
+(2015, 4, 15, 1, 10, 12) geometry-bounding_box_tree_build-cpp 14.203 "BENCH 14.203"
+(2015, 4, 15, 1, 10, 40) common-progress-cpp 27.8022 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 15, 1, 11, 44) common-timing-cpp 64.3117 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 15, 1, 13, 13) fem-convergence-cpp 3.6242 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 15, 4, 0, 21) fem-speedup-cpp 10026.3 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 15, 4, 0, 21) fem-speedup-cpp-assembly 6.50696 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 15, 4, 0, 21) fem-speedup-cpp-solve 0.670853 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 15, 4, 0, 31) mesh-refinement-cpp 9.14554 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 15, 4, 0, 52) mesh-topology-cpp 21.2688 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 15, 4, 1, 14) mesh-unitcube-cpp 21.909 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 15, 4, 1, 52) mesh-iteration-cpp 35.4966 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 15, 4, 1, 52) function-evaluation-cpp 0.0349629 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 15, 4, 3, 51) la-vector-access-cpp 115.73 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 15, 4, 4, 29) la-vector-assignment-cpp 37.4664 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 16, 1, 9, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1963 "BENCH 13.1963"
+(2015, 4, 16, 1, 10, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0939 "Building point search tree to accelerate distance queries."
+(2015, 4, 16, 1, 10, 16) geometry-bounding_box_tree_build-cpp 14.0298 "BENCH 14.0298"
+(2015, 4, 16, 1, 10, 44) common-progress-cpp 27.7917 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 16, 1, 11, 49) common-timing-cpp 64.7233 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 16, 1, 13, 18) fem-convergence-cpp 3.61638 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 16, 4, 4, 37) fem-speedup-cpp 10277.5 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 16, 4, 4, 37) fem-speedup-cpp-assembly 6.38835 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 16, 4, 4, 37) fem-speedup-cpp-solve 0.620408 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 16, 4, 4, 47) mesh-refinement-cpp 9.15574 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 16, 4, 5, 8) mesh-topology-cpp 21.2789 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 16, 4, 5, 30) mesh-unitcube-cpp 21.6483 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 16, 4, 6, 8) mesh-iteration-cpp 35.5066 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 16, 4, 6, 8) function-evaluation-cpp 0.036684 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 16, 4, 8, 7) la-vector-access-cpp 115.594 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 16, 4, 8, 44) la-vector-assignment-cpp 36.4722 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 17, 1, 9, 37) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.4965 "BENCH 13.4965"
+(2015, 4, 17, 1, 9, 56) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9747 "Building point search tree to accelerate distance queries."
+(2015, 4, 17, 1, 10, 12) geometry-bounding_box_tree_build-cpp 14.0599 "BENCH 14.0599"
+(2015, 4, 17, 1, 10, 40) common-progress-cpp 27.8042 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 17, 1, 11, 44) common-timing-cpp 64.2935 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 17, 1, 13, 14) fem-convergence-cpp 3.61955 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 17, 4, 11, 15) fem-speedup-cpp 10680.2 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 17, 4, 11, 15) fem-speedup-cpp-assembly 6.42855 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 17, 4, 11, 15) fem-speedup-cpp-solve 0.6013 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 17, 4, 11, 25) mesh-refinement-cpp 9.15371 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 17, 4, 11, 46) mesh-topology-cpp 21.2584 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 17, 4, 12, 8) mesh-unitcube-cpp 21.6452 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 17, 4, 12, 46) mesh-iteration-cpp 35.5034 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 17, 4, 12, 46) function-evaluation-cpp 0.0376451 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 17, 4, 14, 44) la-vector-access-cpp 114.283 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 17, 4, 15, 20) la-vector-assignment-cpp 36.4755 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 18, 1, 9, 37) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.2123 "BENCH 13.2123"
+(2015, 4, 18, 1, 9, 55) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1565 "Building point search tree to accelerate distance queries."
+(2015, 4, 18, 1, 10, 11) geometry-bounding_box_tree_build-cpp 14.0401 "BENCH 14.0401"
+(2015, 4, 18, 1, 10, 39) common-progress-cpp 27.8243 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 18, 1, 11, 43) common-timing-cpp 63.9508 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 18, 1, 13, 13) fem-convergence-cpp 3.62749 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 18, 3, 58, 53) fem-speedup-cpp 9939.21 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 18, 3, 58, 53) fem-speedup-cpp-assembly 6.47647 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 18, 3, 58, 53) fem-speedup-cpp-solve 0.644115 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 18, 3, 59, 3) mesh-refinement-cpp 9.21698 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 18, 3, 59, 24) mesh-topology-cpp 21.27 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 18, 3, 59, 46) mesh-unitcube-cpp 21.6802 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 18, 4, 0, 24) mesh-iteration-cpp 35.4939 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 18, 4, 0, 24) function-evaluation-cpp 0.0358541 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 18, 4, 2, 25) la-vector-access-cpp 117.745 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 18, 4, 3, 2) la-vector-assignment-cpp 36.4757 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 19, 1, 9, 33) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.627 "BENCH 13.627"
+(2015, 4, 19, 1, 9, 51) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9444 "Building point search tree to accelerate distance queries."
+(2015, 4, 19, 1, 10, 7) geometry-bounding_box_tree_build-cpp 14.0878 "BENCH 14.0878"
+(2015, 4, 19, 1, 10, 35) common-progress-cpp 27.7724 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 19, 1, 11, 39) common-timing-cpp 63.8627 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 19, 1, 13, 9) fem-convergence-cpp 3.61193 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 19, 4, 3, 19) fem-speedup-cpp 10209.3 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 19, 4, 3, 19) fem-speedup-cpp-assembly 6.80954 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 19, 4, 3, 19) fem-speedup-cpp-solve 0.682124 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 19, 4, 3, 29) mesh-refinement-cpp 9.14876 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 19, 4, 3, 50) mesh-topology-cpp 21.3514 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 19, 4, 4, 12) mesh-unitcube-cpp 21.7411 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 19, 4, 4, 50) mesh-iteration-cpp 35.4968 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 19, 4, 4, 50) function-evaluation-cpp 0.0377541 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 19, 4, 6, 48) la-vector-access-cpp 114.255 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 19, 4, 7, 24) la-vector-assignment-cpp 36.4751 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 20, 1, 9, 31) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.2428 "BENCH 13.2428"
+(2015, 4, 20, 1, 9, 49) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0815 "Building point search tree to accelerate distance queries."
+(2015, 4, 20, 1, 10, 6) geometry-bounding_box_tree_build-cpp 14.1582 "BENCH 14.1582"
+(2015, 4, 20, 1, 10, 33) common-progress-cpp 27.7913 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 20, 1, 11, 37) common-timing-cpp 63.8659 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 20, 1, 13, 6) fem-convergence-cpp 3.60441 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 20, 4, 7, 33) fem-speedup-cpp 10465.1 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 20, 4, 7, 33) fem-speedup-cpp-assembly 6.36324 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 20, 4, 7, 33) fem-speedup-cpp-solve 0.621485 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 20, 4, 7, 43) mesh-refinement-cpp 9.17669 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 20, 4, 8, 4) mesh-topology-cpp 21.2291 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 20, 4, 8, 26) mesh-unitcube-cpp 21.8095 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 20, 4, 9, 4) mesh-iteration-cpp 35.5152 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 20, 4, 9, 4) function-evaluation-cpp 0.03426 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 20, 4, 11, 2) la-vector-access-cpp 114.294 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 20, 4, 11, 41) la-vector-assignment-cpp 39.4686 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 21, 1, 9, 40) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.3882 "BENCH 13.3882"
+(2015, 4, 21, 1, 9, 58) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0361 "Building point search tree to accelerate distance queries."
+(2015, 4, 21, 1, 10, 15) geometry-bounding_box_tree_build-cpp 14.076 "BENCH 14.076"
+(2015, 4, 21, 1, 10, 43) common-progress-cpp 27.7929 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 21, 1, 11, 46) common-timing-cpp 63.906 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 21, 1, 13, 16) fem-convergence-cpp 3.61848 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 21, 4, 6, 48) fem-speedup-cpp 10410.6 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 21, 4, 6, 48) fem-speedup-cpp-assembly 6.67826 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 21, 4, 6, 48) fem-speedup-cpp-solve 0.607917 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 21, 4, 6, 58) mesh-refinement-cpp 9.27125 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 21, 4, 6, 59) mesh-topology-cpp 1.33654 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 21, 4, 7, 22) mesh-unitcube-cpp 22.1842 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 21, 4, 8, 0) mesh-iteration-cpp 35.7457 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 21, 4, 8, 0) function-evaluation-cpp 0.037791 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 21, 4, 9, 59) la-vector-access-cpp 115.772 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 21, 4, 10, 35) la-vector-assignment-cpp 35.9818 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 22, 1, 9, 37) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1908 "BENCH 13.1908"
+(2015, 4, 22, 1, 9, 55) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1477 "Building point search tree to accelerate distance queries."
+(2015, 4, 22, 1, 10, 12) geometry-bounding_box_tree_build-cpp 14.1099 "BENCH 14.1099"
+(2015, 4, 22, 1, 10, 40) common-progress-cpp 27.7906 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 22, 1, 11, 43) common-timing-cpp 63.213 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 22, 1, 13, 13) fem-convergence-cpp 3.62069 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 22, 4, 4, 9) fem-speedup-cpp 10254.9 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 22, 4, 4, 9) fem-speedup-cpp-assembly 6.41021 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 22, 4, 4, 9) fem-speedup-cpp-solve 0.640712 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 22, 4, 4, 19) mesh-refinement-cpp 9.20264 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 22, 4, 4, 20) mesh-topology-cpp 1.33284 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 22, 4, 4, 42) mesh-unitcube-cpp 22.1166 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 22, 4, 5, 20) mesh-iteration-cpp 35.478 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 22, 4, 5, 20) function-evaluation-cpp 0.037667 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 22, 4, 7, 20) la-vector-access-cpp 116.28 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 22, 4, 7, 56) la-vector-assignment-cpp 35.9827 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 23, 1, 9, 40) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.2766 "BENCH 13.2766"
+(2015, 4, 23, 1, 9, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 14.8697 "Building point search tree to accelerate distance queries."
+(2015, 4, 23, 1, 10, 15) geometry-bounding_box_tree_build-cpp 14.0791 "BENCH 14.0791"
+(2015, 4, 23, 1, 10, 43) common-progress-cpp 27.7834 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 23, 1, 11, 47) common-timing-cpp 63.9912 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 23, 1, 13, 17) fem-convergence-cpp 3.63087 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 23, 4, 3, 36) fem-speedup-cpp 10218.8 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 23, 4, 3, 36) fem-speedup-cpp-assembly 6.49663 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 23, 4, 3, 36) fem-speedup-cpp-solve 0.617887 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 23, 4, 3, 47) mesh-refinement-cpp 9.21024 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 23, 4, 3, 48) mesh-topology-cpp 1.33339 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 23, 4, 4, 10) mesh-unitcube-cpp 22.1295 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 23, 4, 4, 56) mesh-iteration-cpp 44.1427 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 23, 4, 4, 57) function-evaluation-cpp 0.034364 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 23, 4, 6, 54) la-vector-access-cpp 114.239 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 23, 4, 7, 30) la-vector-assignment-cpp 35.9838 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 24, 1, 9, 40) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.127 "BENCH 13.127"
+(2015, 4, 24, 1, 9, 58) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0772 "Building point search tree to accelerate distance queries."
+(2015, 4, 24, 1, 10, 15) geometry-bounding_box_tree_build-cpp 14.2133 "BENCH 14.2133"
+(2015, 4, 24, 1, 10, 43) common-progress-cpp 27.7949 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 24, 1, 11, 46) common-timing-cpp 63.2649 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 24, 1, 13, 15) fem-convergence-cpp 3.62138 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 24, 4, 8, 10) fem-speedup-cpp 10494.4 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 24, 4, 8, 10) fem-speedup-cpp-assembly 6.82869 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 24, 4, 8, 10) fem-speedup-cpp-solve 0.609111 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 24, 4, 8, 20) mesh-refinement-cpp 9.2111 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 24, 4, 8, 22) mesh-topology-cpp 1.33133 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 24, 4, 8, 44) mesh-unitcube-cpp 22.1796 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 24, 4, 9, 22) mesh-iteration-cpp 35.528 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 24, 4, 9, 22) function-evaluation-cpp 0.0352299 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 24, 4, 11, 20) la-vector-access-cpp 114.317 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 24, 4, 11, 56) la-vector-assignment-cpp 35.9852 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 25, 1, 9, 33) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1298 "BENCH 13.1298"
+(2015, 4, 25, 1, 9, 52) geometry-bounding_box_tree_compute_closest_entity-cpp 14.985 "Building point search tree to accelerate distance queries."
+(2015, 4, 25, 1, 10, 8) geometry-bounding_box_tree_build-cpp 14.0954 "BENCH 14.0954"
+(2015, 4, 25, 1, 10, 36) common-progress-cpp 27.7815 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 25, 1, 11, 41) common-timing-cpp 64.7918 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 25, 1, 13, 10) fem-convergence-cpp 3.62762 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 25, 4, 5, 20) fem-speedup-cpp 10329 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 25, 4, 5, 20) fem-speedup-cpp-assembly 6.47005 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 25, 4, 5, 20) fem-speedup-cpp-solve 0.627884 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 25, 4, 5, 30) mesh-refinement-cpp 9.18892 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 25, 4, 5, 32) mesh-topology-cpp 1.33027 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 25, 4, 5, 54) mesh-unitcube-cpp 22.1017 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 25, 4, 6, 32) mesh-iteration-cpp 35.5081 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 25, 4, 6, 32) function-evaluation-cpp 0.0343881 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 25, 4, 8, 29) la-vector-access-cpp 114.288 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 25, 4, 9, 5) la-vector-assignment-cpp 35.9791 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 26, 1, 9, 35) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.4863 "BENCH 13.4863"
+(2015, 4, 26, 1, 9, 53) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3225 "Building point search tree to accelerate distance queries."
+(2015, 4, 26, 1, 10, 10) geometry-bounding_box_tree_build-cpp 14.1405 "BENCH 14.1405"
+(2015, 4, 26, 1, 10, 38) common-progress-cpp 27.7882 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 26, 1, 11, 41) common-timing-cpp 63.6421 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 26, 1, 13, 11) fem-convergence-cpp 3.62832 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 26, 4, 3, 40) fem-speedup-cpp 10227.6 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 26, 4, 3, 40) fem-speedup-cpp-assembly 6.39645 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 26, 4, 3, 40) fem-speedup-cpp-solve 0.719526 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 26, 4, 3, 49) mesh-refinement-cpp 9.22817 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 26, 4, 3, 51) mesh-topology-cpp 1.33867 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 26, 4, 4, 13) mesh-unitcube-cpp 22.4204 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 26, 4, 4, 51) mesh-iteration-cpp 35.5024 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 26, 4, 4, 51) function-evaluation-cpp 0.034106 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 26, 4, 6, 51) la-vector-access-cpp 115.84 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 26, 4, 7, 27) la-vector-assignment-cpp 36.0699 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 27, 1, 9, 30) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1501 "BENCH 13.1501"
+(2015, 4, 27, 1, 9, 49) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1377 "Building point search tree to accelerate distance queries."
+(2015, 4, 27, 1, 10, 6) geometry-bounding_box_tree_build-cpp 14.2875 "BENCH 14.2875"
+(2015, 4, 27, 1, 10, 33) common-progress-cpp 27.8033 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 27, 1, 11, 39) common-timing-cpp 65.2472 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 27, 1, 13, 8) fem-convergence-cpp 3.6252 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 27, 4, 15, 43) fem-speedup-cpp 10954.2 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 27, 4, 15, 43) fem-speedup-cpp-assembly 6.44218 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 27, 4, 15, 43) fem-speedup-cpp-solve 0.601751 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 27, 4, 15, 53) mesh-refinement-cpp 9.24067 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 27, 4, 15, 55) mesh-topology-cpp 1.33275 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 27, 4, 16, 17) mesh-unitcube-cpp 22.193 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 27, 4, 16, 55) mesh-iteration-cpp 35.5279 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 27, 4, 16, 55) function-evaluation-cpp 0.034445 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 27, 4, 18, 53) la-vector-access-cpp 114.263 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 27, 4, 19, 29) la-vector-assignment-cpp 35.9776 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 28, 1, 9, 40) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1393 "BENCH 13.1393"
+(2015, 4, 28, 1, 9, 58) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9272 "Building point search tree to accelerate distance queries."
+(2015, 4, 28, 1, 10, 15) geometry-bounding_box_tree_build-cpp 14.1232 "BENCH 14.1232"
+(2015, 4, 28, 1, 10, 42) common-progress-cpp 27.799 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 28, 1, 11, 47) common-timing-cpp 64.3191 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 28, 1, 13, 16) fem-convergence-cpp 3.61657 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 28, 4, 10, 39) fem-speedup-cpp 10642.3 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 28, 4, 10, 39) fem-speedup-cpp-assembly 6.51455 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 28, 4, 10, 39) fem-speedup-cpp-solve 0.595347 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 28, 4, 10, 49) mesh-refinement-cpp 9.32179 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 28, 4, 10, 51) mesh-topology-cpp 1.33548 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 28, 4, 11, 13) mesh-unitcube-cpp 22.1749 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 28, 4, 11, 51) mesh-iteration-cpp 35.5042 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 28, 4, 11, 51) function-evaluation-cpp 0.0343492 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 28, 4, 13, 48) la-vector-access-cpp 114.03 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 28, 4, 14, 27) la-vector-assignment-cpp 38.9139 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 29, 1, 9, 36) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.3096 "BENCH 13.3096"
+(2015, 4, 29, 1, 9, 55) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2465 "Building point search tree to accelerate distance queries."
+(2015, 4, 29, 1, 10, 11) geometry-bounding_box_tree_build-cpp 14.0984 "BENCH 14.0984"
+(2015, 4, 29, 1, 10, 39) common-progress-cpp 27.9258 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 29, 1, 11, 45) common-timing-cpp 65.6278 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 29, 1, 13, 14) fem-convergence-cpp 3.6139 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 29, 4, 16, 38) fem-speedup-cpp 11002.8 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 29, 4, 16, 38) fem-speedup-cpp-assembly 6.41102 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 29, 4, 16, 38) fem-speedup-cpp-solve 0.601815 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 29, 4, 16, 48) mesh-refinement-cpp 9.24805 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 29, 4, 16, 49) mesh-topology-cpp 1.3351 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 29, 4, 17, 12) mesh-unitcube-cpp 22.1454 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 29, 4, 17, 49) mesh-iteration-cpp 35.5179 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 29, 4, 17, 49) function-evaluation-cpp 0.037694 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 29, 4, 19, 49) la-vector-access-cpp 115.809 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 29, 4, 20, 25) la-vector-assignment-cpp 35.9823 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 4, 30, 1, 9, 37) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.252 "BENCH 13.252"
+(2015, 4, 30, 1, 9, 56) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1466 "Building point search tree to accelerate distance queries."
+(2015, 4, 30, 1, 10, 12) geometry-bounding_box_tree_build-cpp 14.1009 "BENCH 14.1009"
+(2015, 4, 30, 1, 10, 40) common-progress-cpp 27.7946 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 4, 30, 1, 11, 44) common-timing-cpp 63.8807 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 4, 30, 1, 13, 13) fem-convergence-cpp 3.62591 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 4, 30, 4, 2, 49) fem-speedup-cpp 10174.9 "Assembly/solve speedup running on 4 processors"
+(2015, 4, 30, 4, 2, 49) fem-speedup-cpp-assembly 6.70051 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 4, 30, 4, 2, 49) fem-speedup-cpp-solve 0.658303 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 4, 30, 4, 2, 59) mesh-refinement-cpp 9.26497 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 4, 30, 4, 3, 1) mesh-topology-cpp 1.33582 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 4, 30, 4, 3, 23) mesh-unitcube-cpp 22.1691 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 4, 30, 4, 4, 4) mesh-iteration-cpp 39.1205 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 4, 30, 4, 4, 4) function-evaluation-cpp 0.0377491 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 4, 30, 4, 6, 4) la-vector-access-cpp 115.655 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 4, 30, 4, 6, 40) la-vector-assignment-cpp 35.9795 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 1, 1, 9, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.3916 "BENCH 13.3916"
+(2015, 5, 1, 1, 10, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1031 "Building point search tree to accelerate distance queries."
+(2015, 5, 1, 1, 10, 18) geometry-bounding_box_tree_build-cpp 14.1213 "BENCH 14.1213"
+(2015, 5, 1, 1, 10, 45) common-progress-cpp 27.7879 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 1, 1, 11, 50) common-timing-cpp 64.2198 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 1, 1, 13, 19) fem-convergence-cpp 3.60775 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 1, 4, 8, 18) fem-speedup-cpp 10497.6 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 1, 4, 8, 18) fem-speedup-cpp-assembly 6.75316 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 1, 4, 8, 18) fem-speedup-cpp-solve 0.666971 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 1, 4, 8, 28) mesh-refinement-cpp 9.23515 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 1, 4, 8, 29) mesh-topology-cpp 1.33692 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 1, 4, 8, 52) mesh-unitcube-cpp 22.2531 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 1, 4, 9, 29) mesh-iteration-cpp 35.5034 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 1, 4, 9, 29) function-evaluation-cpp 0.0350571 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 1, 4, 11, 27) la-vector-access-cpp 114.075 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 1, 4, 12, 3) la-vector-assignment-cpp 35.9778 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 2, 1, 9, 35) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.3049 "BENCH 13.3049"
+(2015, 5, 2, 1, 9, 53) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9532 "Building point search tree to accelerate distance queries."
+(2015, 5, 2, 1, 10, 10) geometry-bounding_box_tree_build-cpp 14.1583 "BENCH 14.1583"
+(2015, 5, 2, 1, 10, 38) common-progress-cpp 27.7897 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 2, 1, 11, 41) common-timing-cpp 63.6705 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 2, 1, 13, 11) fem-convergence-cpp 3.61901 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 2, 4, 8, 9) fem-speedup-cpp 10497.3 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 2, 4, 8, 9) fem-speedup-cpp-assembly 6.68014 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 2, 4, 8, 9) fem-speedup-cpp-solve 0.705326 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 2, 4, 8, 19) mesh-refinement-cpp 9.19727 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 2, 4, 8, 21) mesh-topology-cpp 1.33485 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 2, 4, 8, 43) mesh-unitcube-cpp 22.1784 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 2, 4, 9, 24) mesh-iteration-cpp 39.1313 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 2, 4, 9, 24) function-evaluation-cpp 0.0362399 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 2, 4, 11, 20) la-vector-access-cpp 111.887 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 2, 4, 11, 56) la-vector-assignment-cpp 35.9775 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 3, 1, 9, 31) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1809 "BENCH 13.1809"
+(2015, 5, 3, 1, 9, 50) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3801 "Building point search tree to accelerate distance queries."
+(2015, 5, 3, 1, 10, 6) geometry-bounding_box_tree_build-cpp 14.2466 "BENCH 14.2466"
+(2015, 5, 3, 1, 10, 34) common-progress-cpp 27.812 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 3, 1, 11, 38) common-timing-cpp 63.3593 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 3, 1, 13, 7) fem-convergence-cpp 3.62116 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 3, 4, 7, 44) fem-speedup-cpp 10475.5 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 3, 4, 7, 44) fem-speedup-cpp-assembly 6.44249 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 3, 4, 7, 44) fem-speedup-cpp-solve 0.638994 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 3, 4, 7, 54) mesh-refinement-cpp 9.18968 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 3, 4, 7, 55) mesh-topology-cpp 1.33324 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 3, 4, 8, 18) mesh-unitcube-cpp 22.145 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 3, 4, 8, 55) mesh-iteration-cpp 35.501 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 3, 4, 8, 55) function-evaluation-cpp 0.031553 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 3, 4, 10, 53) la-vector-access-cpp 113.882 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 3, 4, 11, 29) la-vector-assignment-cpp 35.9921 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 4, 1, 9, 34) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1769 "BENCH 13.1769"
+(2015, 5, 4, 1, 9, 53) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3681 "Building point search tree to accelerate distance queries."
+(2015, 5, 4, 1, 10, 9) geometry-bounding_box_tree_build-cpp 14.1525 "BENCH 14.1525"
+(2015, 5, 4, 1, 10, 37) common-progress-cpp 27.8031 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 4, 1, 11, 41) common-timing-cpp 63.7817 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 4, 1, 13, 10) fem-convergence-cpp 3.61341 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 4, 4, 3, 28) fem-speedup-cpp 10217.1 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 4, 4, 3, 28) fem-speedup-cpp-assembly 6.49471 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 4, 4, 3, 28) fem-speedup-cpp-solve 0.667914 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 4, 4, 3, 38) mesh-refinement-cpp 9.19906 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 4, 4, 3, 40) mesh-topology-cpp 1.32894 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 4, 4, 4, 2) mesh-unitcube-cpp 22.1444 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 4, 4, 4, 40) mesh-iteration-cpp 35.5155 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 4, 4, 4, 40) function-evaluation-cpp 0.0600781 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 4, 4, 6, 39) la-vector-access-cpp 115.701 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 4, 4, 7, 15) la-vector-assignment-cpp 35.9845 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 5, 1, 9, 33) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.2422 "BENCH 13.2422"
+(2015, 5, 5, 1, 9, 52) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3069 "Building point search tree to accelerate distance queries."
+(2015, 5, 5, 1, 10, 8) geometry-bounding_box_tree_build-cpp 14.218 "BENCH 14.218"
+(2015, 5, 5, 1, 10, 36) common-progress-cpp 27.8013 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 5, 1, 11, 39) common-timing-cpp 63.501 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 5, 1, 13, 9) fem-convergence-cpp 3.60328 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 5, 4, 11, 29) fem-speedup-cpp 10699.2 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 5, 4, 11, 29) fem-speedup-cpp-assembly 6.72412 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 5, 4, 11, 29) fem-speedup-cpp-solve 0.595569 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 5, 4, 11, 39) mesh-refinement-cpp 9.21576 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 5, 4, 11, 40) mesh-topology-cpp 1.33347 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 5, 4, 12, 3) mesh-unitcube-cpp 22.1891 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 5, 4, 12, 40) mesh-iteration-cpp 35.5179 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 5, 4, 12, 40) function-evaluation-cpp 0.026839 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 5, 4, 14, 40) la-vector-access-cpp 115.823 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 5, 4, 15, 16) la-vector-assignment-cpp 35.9849 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 6, 1, 9, 38) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1269 "BENCH 13.1269"
+(2015, 5, 6, 1, 9, 57) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1539 "Building point search tree to accelerate distance queries."
+(2015, 5, 6, 1, 10, 13) geometry-bounding_box_tree_build-cpp 14.1364 "BENCH 14.1364"
+(2015, 5, 6, 1, 10, 41) common-progress-cpp 27.7964 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 6, 1, 11, 46) common-timing-cpp 64.7608 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 6, 1, 13, 15) fem-convergence-cpp 3.6169 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 6, 4, 1, 22) fem-speedup-cpp 10086.1 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 6, 4, 1, 22) fem-speedup-cpp-assembly 6.7631 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 6, 4, 1, 22) fem-speedup-cpp-solve 0.651919 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 6, 4, 1, 33) mesh-refinement-cpp 9.19839 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 6, 4, 1, 34) mesh-topology-cpp 1.32919 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 6, 4, 1, 56) mesh-unitcube-cpp 22.1314 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 6, 4, 2, 38) mesh-iteration-cpp 39.1986 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 6, 4, 2, 38) function-evaluation-cpp 0.031312 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 6, 4, 4, 37) la-vector-access-cpp 115.724 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 6, 4, 5, 13) la-vector-assignment-cpp 35.978 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 7, 1, 9, 37) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.286 "BENCH 13.286"
+(2015, 5, 7, 1, 9, 55) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0032 "Building point search tree to accelerate distance queries."
+(2015, 5, 7, 1, 10, 12) geometry-bounding_box_tree_build-cpp 14.1178 "BENCH 14.1178"
+(2015, 5, 7, 1, 10, 39) common-progress-cpp 27.822 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 7, 1, 11, 44) common-timing-cpp 64.5017 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 7, 1, 13, 14) fem-convergence-cpp 3.62513 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 7, 4, 2, 53) fem-speedup-cpp 10178 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 7, 4, 2, 53) fem-speedup-cpp-assembly 6.3487 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 7, 4, 2, 53) fem-speedup-cpp-solve 0.640873 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 7, 4, 3, 3) mesh-refinement-cpp 9.19681 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 7, 4, 3, 4) mesh-topology-cpp 1.33526 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 7, 4, 3, 27) mesh-unitcube-cpp 22.2315 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 7, 4, 4, 5) mesh-iteration-cpp 35.4977 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 7, 4, 4, 5) function-evaluation-cpp 0.0313361 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 7, 4, 6, 4) la-vector-access-cpp 115.598 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 7, 4, 6, 40) la-vector-assignment-cpp 35.9767 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 8, 1, 9, 34) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.333 "BENCH 13.333"
+(2015, 5, 8, 1, 9, 53) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9318 "Building point search tree to accelerate distance queries."
+(2015, 5, 8, 1, 10, 9) geometry-bounding_box_tree_build-cpp 14.1801 "BENCH 14.1801"
+(2015, 5, 8, 1, 10, 37) common-progress-cpp 27.7838 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 8, 1, 11, 41) common-timing-cpp 64.1077 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 8, 1, 13, 11) fem-convergence-cpp 3.61972 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 8, 4, 28, 53) fem-speedup-cpp 11740.7 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 8, 4, 28, 53) fem-speedup-cpp-assembly 6.38319 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 8, 4, 28, 53) fem-speedup-cpp-solve 0.643348 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 8, 4, 29, 3) mesh-refinement-cpp 9.44242 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 8, 4, 29, 5) mesh-topology-cpp 1.36346 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 8, 4, 29, 27) mesh-unitcube-cpp 22.5659 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 8, 4, 30, 7) mesh-iteration-cpp 37.1618 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 8, 4, 30, 7) function-evaluation-cpp 0.0418441 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 8, 4, 32, 9) la-vector-access-cpp 118.361 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 8, 4, 32, 45) la-vector-assignment-cpp 35.9868 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 9, 1, 9, 31) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.105 "BENCH 13.105"
+(2015, 5, 9, 1, 9, 50) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9785 "Building point search tree to accelerate distance queries."
+(2015, 5, 9, 1, 10, 6) geometry-bounding_box_tree_build-cpp 14.0586 "BENCH 14.0586"
+(2015, 5, 9, 1, 10, 34) common-progress-cpp 27.7846 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 9, 1, 11, 41) common-timing-cpp 66.9516 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 9, 1, 13, 10) fem-convergence-cpp 3.59804 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 9, 4, 26, 47) fem-speedup-cpp 11616 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 9, 4, 26, 47) fem-speedup-cpp-assembly 6.35108 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 9, 4, 26, 47) fem-speedup-cpp-solve 0.65702 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 9, 4, 26, 57) mesh-refinement-cpp 9.24196 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 9, 4, 26, 58) mesh-topology-cpp 1.33529 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 9, 4, 27, 21) mesh-unitcube-cpp 22.2079 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 9, 4, 27, 59) mesh-iteration-cpp 35.7816 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 9, 4, 27, 59) function-evaluation-cpp 0.0350521 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 9, 4, 30, 0) la-vector-access-cpp 117.742 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 9, 4, 30, 40) la-vector-assignment-cpp 39.4738 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 10, 1, 9, 31) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0942 "BENCH 13.0942"
+(2015, 5, 10, 1, 9, 49) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2329 "Building point search tree to accelerate distance queries."
+(2015, 5, 10, 1, 10, 6) geometry-bounding_box_tree_build-cpp 14.1026 "BENCH 14.1026"
+(2015, 5, 10, 1, 10, 34) common-progress-cpp 27.7957 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 10, 1, 11, 39) common-timing-cpp 65.1618 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 10, 1, 13, 8) fem-convergence-cpp 3.60671 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 10, 4, 22, 17) fem-speedup-cpp 11348.2 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 10, 4, 22, 17) fem-speedup-cpp-assembly 6.35993 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 10, 4, 22, 17) fem-speedup-cpp-solve 0.569338 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 10, 4, 22, 27) mesh-refinement-cpp 9.22262 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 10, 4, 22, 29) mesh-topology-cpp 1.34306 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 10, 4, 22, 51) mesh-unitcube-cpp 22.2386 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 10, 4, 23, 29) mesh-iteration-cpp 35.5047 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 10, 4, 23, 29) function-evaluation-cpp 0.0395811 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 10, 4, 25, 27) la-vector-access-cpp 114.359 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 10, 4, 26, 3) la-vector-assignment-cpp 35.9801 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 11, 1, 9, 31) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.2812 "BENCH 13.2812"
+(2015, 5, 11, 1, 9, 50) geometry-bounding_box_tree_compute_closest_entity-cpp 14.8705 "Building point search tree to accelerate distance queries."
+(2015, 5, 11, 1, 10, 6) geometry-bounding_box_tree_build-cpp 14.1654 "BENCH 14.1654"
+(2015, 5, 11, 1, 10, 34) common-progress-cpp 27.804 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 11, 1, 11, 37) common-timing-cpp 63.5965 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 11, 1, 13, 7) fem-convergence-cpp 3.60635 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 11, 3, 58, 6) fem-speedup-cpp 9897.63 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 11, 3, 58, 6) fem-speedup-cpp-assembly 6.65418 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 11, 3, 58, 6) fem-speedup-cpp-solve 0.658484 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 11, 3, 58, 16) mesh-refinement-cpp 9.25455 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 11, 3, 58, 17) mesh-topology-cpp 1.33601 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 11, 3, 58, 39) mesh-unitcube-cpp 22.1975 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 11, 3, 59, 17) mesh-iteration-cpp 35.5126 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 11, 3, 59, 17) function-evaluation-cpp 0.035089 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 11, 4, 1, 16) la-vector-access-cpp 115.574 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 11, 4, 1, 56) la-vector-assignment-cpp 39.4618 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 12, 1, 9, 36) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1916 "BENCH 13.1916"
+(2015, 5, 12, 1, 9, 54) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1956 "Building point search tree to accelerate distance queries."
+(2015, 5, 12, 1, 10, 11) geometry-bounding_box_tree_build-cpp 14.1227 "BENCH 14.1227"
+(2015, 5, 12, 1, 10, 39) common-progress-cpp 27.7881 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 12, 1, 11, 42) common-timing-cpp 63.7534 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 12, 1, 13, 12) fem-convergence-cpp 3.62458 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 12, 3, 59, 17) fem-speedup-cpp 9964.21 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 12, 3, 59, 17) fem-speedup-cpp-assembly 6.47625 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 12, 3, 59, 17) fem-speedup-cpp-solve 0.674075 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 12, 3, 59, 27) mesh-refinement-cpp 9.19405 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 12, 3, 59, 29) mesh-topology-cpp 1.33516 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 12, 3, 59, 51) mesh-unitcube-cpp 22.3238 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 12, 4, 0, 29) mesh-iteration-cpp 35.4929 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 12, 4, 0, 29) function-evaluation-cpp 0.027689 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 12, 4, 2, 24) la-vector-access-cpp 111.853 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 12, 4, 3, 0) la-vector-assignment-cpp 35.9819 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 13, 1, 9, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.02 "BENCH 13.02"
+(2015, 5, 13, 1, 10, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 14.8263 "Building point search tree to accelerate distance queries."
+(2015, 5, 13, 1, 10, 17) geometry-bounding_box_tree_build-cpp 14.1537 "BENCH 14.1537"
+(2015, 5, 13, 1, 10, 45) common-progress-cpp 27.8072 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 13, 1, 11, 49) common-timing-cpp 63.9778 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 13, 1, 13, 18) fem-convergence-cpp 3.60392 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 13, 3, 59, 56) fem-speedup-cpp 9996.21 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 13, 3, 59, 56) fem-speedup-cpp-assembly 6.56391 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 13, 3, 59, 56) fem-speedup-cpp-solve 0.656601 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 13, 4, 0, 5) mesh-refinement-cpp 9.10503 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 13, 4, 0, 7) mesh-topology-cpp 1.32504 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 13, 4, 0, 29) mesh-unitcube-cpp 21.6359 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 13, 4, 1, 6) mesh-iteration-cpp 35.4939 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 13, 4, 1, 6) function-evaluation-cpp 0.0445838 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 13, 4, 3, 6) la-vector-access-cpp 115.737 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 13, 4, 3, 42) la-vector-assignment-cpp 36.4723 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 14, 1, 9, 38) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0821 "BENCH 13.0821"
+(2015, 5, 14, 1, 9, 57) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2316 "Building point search tree to accelerate distance queries."
+(2015, 5, 14, 1, 10, 13) geometry-bounding_box_tree_build-cpp 14.1653 "BENCH 14.1653"
+(2015, 5, 14, 1, 10, 41) common-progress-cpp 27.7959 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 14, 1, 11, 45) common-timing-cpp 63.74 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 14, 1, 13, 15) fem-convergence-cpp 3.62163 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 14, 4, 1, 19) fem-speedup-cpp 10082.7 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 14, 4, 1, 19) fem-speedup-cpp-assembly 6.46595 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 14, 4, 1, 19) fem-speedup-cpp-solve 0.68896 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 14, 4, 1, 29) mesh-refinement-cpp 9.19429 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 14, 4, 1, 30) mesh-topology-cpp 1.3294 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 14, 4, 1, 53) mesh-unitcube-cpp 22.502 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 14, 4, 2, 39) mesh-iteration-cpp 44.1367 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 14, 4, 2, 39) function-evaluation-cpp 0.0368998 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 14, 4, 4, 39) la-vector-access-cpp 116.073 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 14, 4, 5, 15) la-vector-assignment-cpp 35.4609 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 15, 1, 9, 35) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0923 "BENCH 13.0923"
+(2015, 5, 15, 1, 9, 54) geometry-bounding_box_tree_compute_closest_entity-cpp 15.492 "Building point search tree to accelerate distance queries."
+(2015, 5, 15, 1, 10, 10) geometry-bounding_box_tree_build-cpp 14.1569 "BENCH 14.1569"
+(2015, 5, 15, 1, 10, 38) common-progress-cpp 27.8163 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 15, 1, 11, 41) common-timing-cpp 62.9399 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 15, 1, 13, 11) fem-convergence-cpp 3.61412 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 15, 4, 6, 19) fem-speedup-cpp 10387.3 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 15, 4, 6, 19) fem-speedup-cpp-assembly 6.58943 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 15, 4, 6, 19) fem-speedup-cpp-solve 0.649473 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 15, 4, 6, 29) mesh-refinement-cpp 9.21166 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 15, 4, 6, 31) mesh-topology-cpp 1.33391 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 15, 4, 6, 53) mesh-unitcube-cpp 22.2499 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 15, 4, 7, 31) mesh-iteration-cpp 35.5015 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 15, 4, 7, 31) function-evaluation-cpp 0.0313599 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 15, 4, 9, 33) la-vector-access-cpp 118.372 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 15, 4, 10, 8) la-vector-assignment-cpp 35.48 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 16, 1, 9, 30) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1017 "BENCH 13.1017"
+(2015, 5, 16, 1, 9, 49) geometry-bounding_box_tree_compute_closest_entity-cpp 15.422 "Building point search tree to accelerate distance queries."
+(2015, 5, 16, 1, 10, 6) geometry-bounding_box_tree_build-cpp 14.2061 "BENCH 14.2061"
+(2015, 5, 16, 1, 10, 33) common-progress-cpp 27.7992 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 16, 1, 11, 37) common-timing-cpp 63.5072 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 16, 1, 13, 6) fem-convergence-cpp 3.62827 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 16, 4, 2, 32) fem-speedup-cpp 10164.6 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 16, 4, 2, 32) fem-speedup-cpp-assembly 6.68347 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 16, 4, 2, 32) fem-speedup-cpp-solve 0.644706 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 16, 4, 2, 42) mesh-refinement-cpp 9.18675 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 16, 4, 2, 43) mesh-topology-cpp 1.33247 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 16, 4, 3, 6) mesh-unitcube-cpp 22.2515 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 16, 4, 3, 43) mesh-iteration-cpp 35.4869 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 16, 4, 3, 43) function-evaluation-cpp 0.0528982 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 16, 4, 5, 43) la-vector-access-cpp 116.065 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 16, 4, 6, 17) la-vector-assignment-cpp 33.4704 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 17, 1, 9, 36) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0692 "BENCH 13.0692"
+(2015, 5, 17, 1, 9, 55) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2863 "Building point search tree to accelerate distance queries."
+(2015, 5, 17, 1, 10, 12) geometry-bounding_box_tree_build-cpp 14.1382 "BENCH 14.1382"
+(2015, 5, 17, 1, 10, 39) common-progress-cpp 27.792 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 17, 1, 11, 43) common-timing-cpp 63.3082 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 17, 1, 13, 12) fem-convergence-cpp 3.63546 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 17, 4, 7, 57) fem-speedup-cpp 10484.1 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 17, 4, 7, 57) fem-speedup-cpp-assembly 6.72715 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 17, 4, 7, 57) fem-speedup-cpp-solve 0.604418 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 17, 4, 8, 7) mesh-refinement-cpp 9.19743 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 17, 4, 8, 9) mesh-topology-cpp 1.33812 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 17, 4, 8, 31) mesh-unitcube-cpp 22.3097 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 17, 4, 9, 9) mesh-iteration-cpp 35.5041 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 17, 4, 9, 9) function-evaluation-cpp 0.031534 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 17, 4, 11, 9) la-vector-access-cpp 116.337 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 17, 4, 11, 42) la-vector-assignment-cpp 33.471 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 18, 1, 9, 37) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.2006 "BENCH 13.2006"
+(2015, 5, 18, 1, 9, 56) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3881 "Building point search tree to accelerate distance queries."
+(2015, 5, 18, 1, 10, 12) geometry-bounding_box_tree_build-cpp 14.1302 "BENCH 14.1302"
+(2015, 5, 18, 1, 10, 40) common-progress-cpp 27.788 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 18, 1, 11, 43) common-timing-cpp 63.1407 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 18, 1, 13, 13) fem-convergence-cpp 3.62292 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 18, 3, 52, 56) fem-speedup-cpp 9581.63 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 18, 3, 52, 56) fem-speedup-cpp-assembly 6.64952 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 18, 3, 52, 56) fem-speedup-cpp-solve 0.712101 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 18, 3, 53, 6) mesh-refinement-cpp 9.18237 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 18, 3, 53, 7) mesh-topology-cpp 1.33161 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 18, 3, 53, 29) mesh-unitcube-cpp 22.2909 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 18, 3, 54, 7) mesh-iteration-cpp 35.4651 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 18, 3, 54, 7) function-evaluation-cpp 0.044569 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 18, 3, 56, 11) la-vector-access-cpp 119.75 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 18, 3, 56, 46) la-vector-assignment-cpp 34.9184 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 19, 1, 9, 35) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1062 "BENCH 13.1062"
+(2015, 5, 19, 1, 9, 53) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2652 "Building point search tree to accelerate distance queries."
+(2015, 5, 19, 1, 10, 10) geometry-bounding_box_tree_build-cpp 14.0972 "BENCH 14.0972"
+(2015, 5, 19, 1, 10, 38) common-progress-cpp 27.7832 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 19, 1, 11, 41) common-timing-cpp 63.0396 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 19, 1, 13, 10) fem-convergence-cpp 3.62534 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 19, 4, 2, 54) fem-speedup-cpp 10182.9 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 19, 4, 2, 54) fem-speedup-cpp-assembly 6.47302 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 19, 4, 2, 54) fem-speedup-cpp-solve 0.648827 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 19, 4, 3, 4) mesh-refinement-cpp 9.17086 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 19, 4, 3, 5) mesh-topology-cpp 1.33115 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 19, 4, 3, 28) mesh-unitcube-cpp 22.2405 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 19, 4, 4, 5) mesh-iteration-cpp 35.4968 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 19, 4, 4, 5) function-evaluation-cpp 0.031419 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 19, 4, 6, 7) la-vector-access-cpp 118.27 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 19, 4, 6, 41) la-vector-assignment-cpp 33.4779 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 20, 1, 9, 41) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.2799 "BENCH 13.2799"
+(2015, 5, 20, 1, 10, 0) geometry-bounding_box_tree_compute_closest_entity-cpp 15.4288 "Building point search tree to accelerate distance queries."
+(2015, 5, 20, 1, 10, 16) geometry-bounding_box_tree_build-cpp 14.0988 "BENCH 14.0988"
+(2015, 5, 20, 1, 10, 44) common-progress-cpp 27.7831 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 20, 1, 11, 47) common-timing-cpp 63.5677 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 20, 1, 13, 17) fem-convergence-cpp 3.63273 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 20, 4, 16, 38) fem-speedup-cpp 10999.7 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 20, 4, 16, 38) fem-speedup-cpp-assembly 6.71979 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 20, 4, 16, 38) fem-speedup-cpp-solve 0.564518 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 20, 4, 16, 48) mesh-refinement-cpp 9.19663 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 20, 4, 16, 49) mesh-topology-cpp 1.33903 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 20, 4, 17, 11) mesh-unitcube-cpp 22.3058 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 20, 4, 17, 49) mesh-iteration-cpp 35.4981 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 20, 4, 17, 49) function-evaluation-cpp 0.0400188 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 20, 4, 19, 53) la-vector-access-cpp 119.831 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 20, 4, 20, 26) la-vector-assignment-cpp 33.4705 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 21, 1, 9, 39) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0793 "BENCH 13.0793"
+(2015, 5, 21, 1, 9, 58) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3295 "Building point search tree to accelerate distance queries."
+(2015, 5, 21, 1, 10, 14) geometry-bounding_box_tree_build-cpp 14.0527 "BENCH 14.0527"
+(2015, 5, 21, 1, 10, 42) common-progress-cpp 27.8197 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 21, 1, 11, 46) common-timing-cpp 63.7731 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 21, 1, 13, 15) fem-convergence-cpp 3.6158 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 21, 3, 59, 44) fem-speedup-cpp 9987.67 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 21, 3, 59, 44) fem-speedup-cpp-assembly 6.64901 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 21, 3, 59, 44) fem-speedup-cpp-solve 0.65516 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 21, 3, 59, 54) mesh-refinement-cpp 9.2202 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 21, 3, 59, 56) mesh-topology-cpp 1.33504 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 21, 4, 0, 18) mesh-unitcube-cpp 22.2203 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 21, 4, 0, 56) mesh-iteration-cpp 35.4997 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 21, 4, 0, 56) function-evaluation-cpp 0.0396161 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 21, 4, 2, 59) la-vector-access-cpp 119.638 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 21, 4, 3, 35) la-vector-assignment-cpp 35.4622 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 22, 1, 9, 39) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.073 "BENCH 13.073"
+(2015, 5, 22, 1, 9, 58) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2407 "Building point search tree to accelerate distance queries."
+(2015, 5, 22, 1, 10, 15) geometry-bounding_box_tree_build-cpp 14.1881 "BENCH 14.1881"
+(2015, 5, 22, 1, 10, 46) common-progress-cpp 31.5631 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 22, 1, 11, 50) common-timing-cpp 63.6722 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 22, 1, 13, 19) fem-convergence-cpp 3.61861 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 22, 4, 6, 22) fem-speedup-cpp 10381.3 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 22, 4, 6, 22) fem-speedup-cpp-assembly 6.23963 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 22, 4, 6, 22) fem-speedup-cpp-solve 0.719185 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 22, 4, 6, 32) mesh-refinement-cpp 9.18518 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 22, 4, 6, 33) mesh-topology-cpp 1.32972 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 22, 4, 6, 55) mesh-unitcube-cpp 22.2147 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 22, 4, 7, 33) mesh-iteration-cpp 35.4962 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 22, 4, 7, 33) function-evaluation-cpp 0.039968 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 22, 4, 9, 33) la-vector-access-cpp 116.303 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 22, 4, 10, 7) la-vector-assignment-cpp 33.4661 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 23, 1, 9, 38) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.054 "BENCH 13.054"
+(2015, 5, 23, 1, 9, 56) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0558 "Building point search tree to accelerate distance queries."
+(2015, 5, 23, 1, 10, 13) geometry-bounding_box_tree_build-cpp 14.1691 "BENCH 14.1691"
+(2015, 5, 23, 1, 10, 41) common-progress-cpp 27.813 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 23, 1, 11, 44) common-timing-cpp 63.3912 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 23, 1, 13, 15) fem-convergence-cpp 3.63453 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 23, 4, 13, 47) fem-speedup-cpp 10830.8 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 23, 4, 13, 47) fem-speedup-cpp-assembly 6.77954 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 23, 4, 13, 47) fem-speedup-cpp-solve 0.571426 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 23, 4, 13, 57) mesh-refinement-cpp 9.18243 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 23, 4, 13, 58) mesh-topology-cpp 1.33325 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 23, 4, 14, 20) mesh-unitcube-cpp 22.1584 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 23, 4, 15, 2) mesh-iteration-cpp 39.1656 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 23, 4, 15, 2) function-evaluation-cpp 0.0401371 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 23, 4, 17, 1) la-vector-access-cpp 115.794 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 23, 4, 17, 35) la-vector-assignment-cpp 33.6034 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 24, 1, 9, 39) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.2301 "BENCH 13.2301"
+(2015, 5, 24, 1, 9, 57) geometry-bounding_box_tree_compute_closest_entity-cpp 15.13 "Building point search tree to accelerate distance queries."
+(2015, 5, 24, 1, 10, 14) geometry-bounding_box_tree_build-cpp 14.115 "BENCH 14.115"
+(2015, 5, 24, 1, 10, 42) common-progress-cpp 27.79 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 24, 1, 11, 46) common-timing-cpp 64.323 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 24, 1, 13, 16) fem-convergence-cpp 3.63862 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 24, 4, 2, 25) fem-speedup-cpp 10148 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 24, 4, 2, 25) fem-speedup-cpp-assembly 6.47607 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 24, 4, 2, 25) fem-speedup-cpp-solve 0.65411 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 24, 4, 2, 35) mesh-refinement-cpp 9.1844 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 24, 4, 2, 36) mesh-topology-cpp 1.33284 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 24, 4, 2, 59) mesh-unitcube-cpp 22.1717 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 24, 4, 3, 36) mesh-iteration-cpp 35.5782 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 24, 4, 3, 37) function-evaluation-cpp 0.039763 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 24, 4, 5, 31) la-vector-access-cpp 110.339 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 24, 4, 6, 4) la-vector-assignment-cpp 33.6123 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 25, 1, 9, 36) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1317 "BENCH 13.1317"
+(2015, 5, 25, 1, 9, 55) geometry-bounding_box_tree_compute_closest_entity-cpp 15.062 "Building point search tree to accelerate distance queries."
+(2015, 5, 25, 1, 10, 11) geometry-bounding_box_tree_build-cpp 14.131 "BENCH 14.131"
+(2015, 5, 25, 1, 10, 39) common-progress-cpp 27.7945 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 25, 1, 11, 43) common-timing-cpp 64.102 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 25, 1, 13, 13) fem-convergence-cpp 3.64034 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 25, 3, 56, 42) fem-speedup-cpp 9808.74 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 25, 3, 56, 42) fem-speedup-cpp-assembly 6.46907 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 25, 3, 56, 42) fem-speedup-cpp-solve 0.692098 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 25, 3, 56, 52) mesh-refinement-cpp 9.18119 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 25, 3, 56, 54) mesh-topology-cpp 1.33201 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 25, 3, 57, 16) mesh-unitcube-cpp 22.1656 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 25, 3, 57, 54) mesh-iteration-cpp 35.4964 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 25, 3, 57, 54) function-evaluation-cpp 0.0395319 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 25, 3, 59, 53) la-vector-access-cpp 115.678 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 25, 4, 0, 27) la-vector-assignment-cpp 33.5344 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 26, 1, 9, 35) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1692 "BENCH 13.1692"
+(2015, 5, 26, 1, 9, 54) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1991 "Building point search tree to accelerate distance queries."
+(2015, 5, 26, 1, 10, 10) geometry-bounding_box_tree_build-cpp 14.1592 "BENCH 14.1592"
+(2015, 5, 26, 1, 10, 38) common-progress-cpp 27.7909 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 26, 1, 11, 43) common-timing-cpp 64.5831 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 26, 1, 13, 12) fem-convergence-cpp 3.63471 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 26, 4, 5, 44) fem-speedup-cpp 10351 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 26, 4, 5, 44) fem-speedup-cpp-assembly 6.65164 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 26, 4, 5, 44) fem-speedup-cpp-solve 0.626458 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 26, 4, 5, 54) mesh-refinement-cpp 9.17867 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 26, 4, 5, 56) mesh-topology-cpp 1.33212 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 26, 4, 6, 18) mesh-unitcube-cpp 22.1565 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 26, 4, 6, 56) mesh-iteration-cpp 35.4959 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 26, 4, 6, 56) function-evaluation-cpp 0.0400879 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 26, 4, 8, 53) la-vector-access-cpp 113.925 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 26, 4, 9, 29) la-vector-assignment-cpp 35.4713 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 27, 1, 9, 39) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1039 "BENCH 13.1039"
+(2015, 5, 27, 1, 9, 57) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9967 "Building point search tree to accelerate distance queries."
+(2015, 5, 27, 1, 10, 14) geometry-bounding_box_tree_build-cpp 14.1639 "BENCH 14.1639"
+(2015, 5, 27, 1, 10, 41) common-progress-cpp 27.8088 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 27, 1, 11, 45) common-timing-cpp 63.7079 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 27, 1, 13, 15) fem-convergence-cpp 3.64222 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 27, 4, 11, 44) fem-speedup-cpp 10708.3 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 27, 4, 11, 44) fem-speedup-cpp-assembly 6.75209 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 27, 4, 11, 44) fem-speedup-cpp-solve 0.59584 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 27, 4, 11, 54) mesh-refinement-cpp 9.18061 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 27, 4, 11, 56) mesh-topology-cpp 1.33289 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 27, 4, 12, 18) mesh-unitcube-cpp 22.1645 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 27, 4, 12, 56) mesh-iteration-cpp 36.0776 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 27, 4, 12, 56) function-evaluation-cpp 0.034977 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 27, 4, 14, 50) la-vector-access-cpp 110.33 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 27, 4, 15, 24) la-vector-assignment-cpp 33.4631 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 28, 1, 9, 34) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1549 "BENCH 13.1549"
+(2015, 5, 28, 1, 9, 52) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2985 "Building point search tree to accelerate distance queries."
+(2015, 5, 28, 1, 10, 9) geometry-bounding_box_tree_build-cpp 14.0955 "BENCH 14.0955"
+(2015, 5, 28, 1, 10, 37) common-progress-cpp 27.7823 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 28, 1, 11, 40) common-timing-cpp 63.1981 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 28, 1, 13, 9) fem-convergence-cpp 3.62635 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 28, 4, 6, 53) fem-speedup-cpp 10422.7 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 28, 4, 6, 53) fem-speedup-cpp-assembly 6.37557 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 28, 4, 6, 53) fem-speedup-cpp-solve 0.61855 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 28, 4, 7, 3) mesh-refinement-cpp 9.17186 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 28, 4, 7, 4) mesh-topology-cpp 1.33146 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 28, 4, 7, 26) mesh-unitcube-cpp 22.1993 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 28, 4, 8, 6) mesh-iteration-cpp 37.6185 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 28, 4, 8, 6) function-evaluation-cpp 0.059747 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 28, 4, 10, 2) la-vector-access-cpp 111.832 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 28, 4, 10, 38) la-vector-assignment-cpp 35.5461 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 29, 1, 9, 35) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1965 "BENCH 13.1965"
+(2015, 5, 29, 1, 9, 53) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0843 "Building point search tree to accelerate distance queries."
+(2015, 5, 29, 1, 10, 10) geometry-bounding_box_tree_build-cpp 14.1967 "BENCH 14.1967"
+(2015, 5, 29, 1, 10, 38) common-progress-cpp 27.791 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 29, 1, 11, 42) common-timing-cpp 63.8591 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 29, 1, 13, 12) fem-convergence-cpp 3.62871 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 29, 4, 2, 30) fem-speedup-cpp 10157 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 29, 4, 2, 30) fem-speedup-cpp-assembly 6.54513 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 29, 4, 2, 30) fem-speedup-cpp-solve 0.644168 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 29, 4, 2, 40) mesh-refinement-cpp 9.20834 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 29, 4, 2, 41) mesh-topology-cpp 1.33024 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 29, 4, 3, 3) mesh-unitcube-cpp 22.2337 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 29, 4, 3, 41) mesh-iteration-cpp 35.4975 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 29, 4, 3, 41) function-evaluation-cpp 0.035125 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 29, 4, 5, 37) la-vector-access-cpp 111.849 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 29, 4, 6, 9) la-vector-assignment-cpp 32.4764 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 30, 1, 9, 40) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0537 "BENCH 13.0537"
+(2015, 5, 30, 1, 9, 59) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1262 "Building point search tree to accelerate distance queries."
+(2015, 5, 30, 1, 10, 15) geometry-bounding_box_tree_build-cpp 14.0357 "BENCH 14.0357"
+(2015, 5, 30, 1, 10, 43) common-progress-cpp 27.7927 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 30, 1, 11, 47) common-timing-cpp 63.96 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 30, 1, 13, 16) fem-convergence-cpp 3.62078 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 30, 4, 12, 55) fem-speedup-cpp 10777.1 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 30, 4, 12, 55) fem-speedup-cpp-assembly 6.46509 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 30, 4, 12, 55) fem-speedup-cpp-solve 0.601104 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 30, 4, 13, 52) mesh-refinement-cpp 56.5105 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 30, 4, 13, 53) mesh-topology-cpp 1.33562 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 30, 4, 14, 16) mesh-unitcube-cpp 22.2629 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 30, 4, 14, 53) mesh-iteration-cpp 35.4927 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 30, 4, 14, 53) function-evaluation-cpp 0.0350139 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 30, 4, 16, 51) la-vector-access-cpp 114.147 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 30, 4, 17, 24) la-vector-assignment-cpp 32.5975 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 5, 31, 1, 9, 35) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9543 "BENCH 12.9543"
+(2015, 5, 31, 1, 9, 54) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3911 "Building point search tree to accelerate distance queries."
+(2015, 5, 31, 1, 10, 11) geometry-bounding_box_tree_build-cpp 14.2107 "BENCH 14.2107"
+(2015, 5, 31, 1, 10, 38) common-progress-cpp 27.7872 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 5, 31, 1, 11, 42) common-timing-cpp 63.805 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 5, 31, 1, 13, 11) fem-convergence-cpp 3.63784 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 5, 31, 3, 59, 30) fem-speedup-cpp 9977.87 "Assembly/solve speedup running on 4 processors"
+(2015, 5, 31, 3, 59, 30) fem-speedup-cpp-assembly 6.60786 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 5, 31, 3, 59, 30) fem-speedup-cpp-solve 0.633574 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 5, 31, 4, 0, 28) mesh-refinement-cpp 56.5378 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 5, 31, 4, 0, 29) mesh-topology-cpp 1.33151 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 5, 31, 4, 0, 52) mesh-unitcube-cpp 22.2179 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 5, 31, 4, 1, 29) mesh-iteration-cpp 35.5112 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 5, 31, 4, 1, 29) function-evaluation-cpp 0.034982 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 5, 31, 4, 3, 29) la-vector-access-cpp 115.709 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 5, 31, 4, 4, 4) la-vector-assignment-cpp 35.4738 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 6, 1, 1, 9, 36) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9724 "BENCH 12.9724"
+(2015, 6, 1, 1, 9, 54) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0399 "Building point search tree to accelerate distance queries."
+(2015, 6, 1, 1, 10, 11) geometry-bounding_box_tree_build-cpp 14.1122 "BENCH 14.1122"
+(2015, 6, 1, 1, 10, 39) common-progress-cpp 27.7921 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 6, 1, 1, 11, 43) common-timing-cpp 64.17 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 6, 1, 1, 13, 13) fem-convergence-cpp 3.62823 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 6, 1, 4, 18, 25) fem-speedup-cpp 11110.8 "Assembly/solve speedup running on 4 processors"
+(2015, 6, 1, 4, 18, 25) fem-speedup-cpp-assembly 6.45291 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 6, 1, 4, 18, 25) fem-speedup-cpp-solve 0.653592 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 6, 1, 4, 19, 22) mesh-refinement-cpp 56.6729 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 6, 1, 4, 19, 23) mesh-topology-cpp 1.33115 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 6, 1, 4, 19, 46) mesh-unitcube-cpp 22.1575 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 6, 1, 4, 20, 23) mesh-iteration-cpp 35.5269 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 6, 1, 4, 20, 23) function-evaluation-cpp 0.0316911 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 6, 1, 4, 22, 23) la-vector-access-cpp 115.753 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 6, 1, 4, 22, 56) la-vector-assignment-cpp 32.4727 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 6, 2, 1, 9, 58) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1557 "BENCH 13.1557"
+(2015, 6, 2, 1, 10, 18) geometry-bounding_box_tree_compute_closest_entity-cpp 16.1171 "Building point search tree to accelerate distance queries."
+(2015, 6, 2, 1, 10, 34) geometry-bounding_box_tree_build-cpp 14.2383 "BENCH 14.2383"
+(2015, 6, 2, 1, 11, 2) common-progress-cpp 27.7828 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 6, 2, 1, 12, 6) common-timing-cpp 63.9632 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 6, 2, 1, 13, 36) fem-convergence-cpp 3.62058 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 6, 2, 4, 13, 18) fem-speedup-cpp 10781.5 "Assembly/solve speedup running on 4 processors"
+(2015, 6, 2, 4, 13, 18) fem-speedup-cpp-assembly 6.43249 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 6, 2, 4, 13, 18) fem-speedup-cpp-solve 0.636069 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 6, 2, 4, 14, 16) mesh-refinement-cpp 56.3707 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 6, 2, 4, 14, 17) mesh-topology-cpp 1.33689 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 6, 2, 4, 14, 39) mesh-unitcube-cpp 22.1904 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 6, 2, 4, 15, 17) mesh-iteration-cpp 35.5202 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 6, 2, 4, 15, 17) function-evaluation-cpp 0.0351071 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 6, 2, 4, 17, 15) la-vector-access-cpp 114.035 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 6, 2, 4, 17, 51) la-vector-assignment-cpp 35.9738 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 10, 1, 8, 23, 11) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.868 "BENCH 13.868"
+(2015, 10, 1, 8, 23, 29) geometry-bounding_box_tree_compute_closest_entity-cpp 14.8265 "Building point search tree to accelerate distance queries."
+(2015, 10, 1, 8, 23, 46) geometry-bounding_box_tree_build-cpp 14.1841 "BENCH 14.1841"
+(2015, 10, 1, 8, 24, 13) common-progress-cpp 27.6473 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 10, 1, 8, 25, 21) common-timing-cpp 67.3676 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 10, 1, 10, 37, 29) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.8858 "BENCH 12.8858"
+(2015, 10, 1, 10, 37, 48) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9127 "Building point search tree to accelerate distance queries."
+(2015, 10, 1, 10, 38, 4) geometry-bounding_box_tree_build-cpp 14.1632 "BENCH 14.1632"
+(2015, 10, 1, 10, 38, 32) common-progress-cpp 27.8573 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 10, 1, 10, 39, 38) common-timing-cpp 66.1329 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 10, 1, 10, 41, 10) fem-convergence-cpp 3.65488 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 10, 1, 14, 31, 51) fem-speedup-cpp 13838.4 "Assembly/solve speedup running on 4 processors"
+(2015, 10, 1, 14, 31, 51) fem-speedup-cpp-assembly 6.47118 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 10, 1, 14, 31, 51) fem-speedup-cpp-solve 1.32891 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 10, 1, 14, 32, 43) mesh-refinement-cpp 51.0654 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 10, 1, 14, 32, 45) mesh-topology-cpp 1.36636 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 10, 1, 14, 33, 6) mesh-unitcube-cpp 21.6493 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 10, 1, 14, 33, 52) mesh-iteration-cpp 43.5068 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 10, 1, 14, 33, 52) function-evaluation-cpp 0.083353 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 10, 1, 14, 36, 9) la-vector-access-cpp 132.079 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 10, 1, 14, 36, 45) la-vector-assignment-cpp 35.959 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 10, 2, 1, 10, 48) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9539 "BENCH 12.9539"
+(2015, 10, 2, 1, 11, 7) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1559 "Building point search tree to accelerate distance queries."
+(2015, 10, 2, 1, 11, 23) geometry-bounding_box_tree_build-cpp 13.9152 "BENCH 13.9152"
+(2015, 10, 2, 1, 11, 51) common-progress-cpp 27.6401 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 10, 2, 1, 12, 57) common-timing-cpp 66.1957 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 10, 2, 1, 14, 30) fem-convergence-cpp 3.62948 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 10, 2, 4, 26, 53) fem-speedup-cpp 11542.3 "Assembly/solve speedup running on 4 processors"
+(2015, 10, 2, 4, 26, 53) fem-speedup-cpp-assembly 6.73345 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 10, 2, 4, 26, 53) fem-speedup-cpp-solve 1.04887 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 10, 2, 4, 27, 45) mesh-refinement-cpp 50.458 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 10, 2, 4, 27, 46) mesh-topology-cpp 1.37204 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 10, 2, 4, 28, 8) mesh-unitcube-cpp 21.7509 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 10, 2, 4, 28, 46) mesh-iteration-cpp 35.5101 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 10, 2, 4, 28, 46) function-evaluation-cpp 0.0834799 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 10, 2, 4, 31, 3) la-vector-access-cpp 132.962 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 10, 2, 4, 31, 43) la-vector-assignment-cpp 40.0095 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 10, 3, 1, 10, 43) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0063 "BENCH 13.0063"
+(2015, 10, 3, 1, 11, 1) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9672 "Building point search tree to accelerate distance queries."
+(2015, 10, 3, 1, 11, 18) geometry-bounding_box_tree_build-cpp 14.2761 "BENCH 14.2761"
+(2015, 10, 3, 1, 11, 46) common-progress-cpp 28.0115 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 10, 3, 1, 12, 52) common-timing-cpp 66.4155 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 10, 3, 1, 14, 25) fem-convergence-cpp 3.64651 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 10, 3, 4, 22, 1) fem-speedup-cpp 11255.5 "Assembly/solve speedup running on 4 processors"
+(2015, 10, 3, 4, 22, 1) fem-speedup-cpp-assembly 6.39372 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 10, 3, 4, 22, 1) fem-speedup-cpp-solve 1.1077 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 10, 3, 4, 22, 46) mesh-refinement-cpp 43.5946 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 10, 3, 4, 22, 47) mesh-topology-cpp 1.37345 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 10, 3, 4, 23, 9) mesh-unitcube-cpp 22.0839 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 10, 3, 4, 23, 47) mesh-iteration-cpp 35.4531 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 10, 3, 4, 23, 47) function-evaluation-cpp 0.0834908 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 10, 3, 4, 26, 4) la-vector-access-cpp 133.166 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 10, 3, 4, 26, 41) la-vector-assignment-cpp 36.5269 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 10, 4, 1, 10, 25) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9048 "BENCH 12.9048"
+(2015, 10, 4, 1, 10, 43) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0772 "Building point search tree to accelerate distance queries."
+(2015, 10, 4, 1, 10, 59) geometry-bounding_box_tree_build-cpp 14.1211 "BENCH 14.1211"
+(2015, 10, 4, 1, 11, 27) common-progress-cpp 27.9925 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 10, 4, 1, 12, 34) common-timing-cpp 66.6978 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 10, 4, 1, 14, 9) fem-convergence-cpp 3.68284 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 10, 4, 4, 58, 46) fem-speedup-cpp 13476.3 "Assembly/solve speedup running on 4 processors"
+(2015, 10, 4, 4, 58, 46) fem-speedup-cpp-assembly 6.43066 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 10, 4, 4, 58, 46) fem-speedup-cpp-solve 0.997223 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 10, 4, 4, 59, 34) mesh-refinement-cpp 45.6495 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 10, 4, 4, 59, 35) mesh-topology-cpp 1.51458 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 10, 4, 4, 59, 59) mesh-unitcube-cpp 23.458 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 10, 4, 5, 0, 38) mesh-iteration-cpp 36.9863 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 10, 4, 5, 0, 39) function-evaluation-cpp 0.127343 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 10, 4, 5, 2, 53) la-vector-access-cpp 130.734 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 10, 4, 5, 3, 27) la-vector-assignment-cpp 33.5224 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 10, 5, 1, 10, 25) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9663 "BENCH 12.9663"
+(2015, 10, 5, 1, 10, 44) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0519 "Building point search tree to accelerate distance queries."
+(2015, 10, 5, 1, 11, 1) geometry-bounding_box_tree_build-cpp 14.354 "BENCH 14.354"
+(2015, 10, 5, 1, 11, 28) common-progress-cpp 27.9373 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 10, 5, 1, 12, 35) common-timing-cpp 66.2193 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 10, 5, 1, 14, 6) fem-convergence-cpp 3.64699 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 10, 5, 4, 36, 36) fem-speedup-cpp 12149.2 "Assembly/solve speedup running on 4 processors"
+(2015, 10, 5, 4, 36, 36) fem-speedup-cpp-assembly 6.46818 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 10, 5, 4, 36, 36) fem-speedup-cpp-solve 1.08054 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 10, 5, 4, 37, 21) mesh-refinement-cpp 43.9704 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 10, 5, 4, 37, 23) mesh-topology-cpp 1.37521 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 10, 5, 4, 37, 45) mesh-unitcube-cpp 22.0812 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 10, 5, 4, 38, 31) mesh-iteration-cpp 43.5028 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 10, 5, 4, 38, 31) function-evaluation-cpp 0.083483 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 10, 5, 4, 40, 44) la-vector-access-cpp 129.096 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 10, 5, 4, 41, 20) la-vector-assignment-cpp 36.0117 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 10, 6, 1, 10, 39) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.8688 "BENCH 12.8688"
+(2015, 10, 6, 1, 10, 57) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0222 "Building point search tree to accelerate distance queries."
+(2015, 10, 6, 1, 11, 14) geometry-bounding_box_tree_build-cpp 14.2543 "BENCH 14.2543"
+(2015, 10, 6, 1, 11, 42) common-progress-cpp 27.9561 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 10, 6, 1, 12, 47) common-timing-cpp 65.4735 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 10, 6, 1, 12, 57) fem-convergence-cpp 3.66275 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 10, 6, 4, 25, 53) fem-speedup-cpp 11575.4 "Assembly/solve speedup running on 4 processors"
+(2015, 10, 6, 4, 25, 53) fem-speedup-cpp-assembly 6.50386 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 10, 6, 4, 25, 53) fem-speedup-cpp-solve 1.04638 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 10, 6, 4, 26, 38) mesh-refinement-cpp 44.2493 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 10, 6, 4, 26, 40) mesh-topology-cpp 1.38087 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 10, 6, 4, 27, 2) mesh-unitcube-cpp 22.1959 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 10, 6, 4, 27, 48) mesh-iteration-cpp 43.5135 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 10, 6, 4, 27, 48) function-evaluation-cpp 0.0779641 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 10, 6, 4, 30, 5) la-vector-access-cpp 133.52 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 10, 6, 4, 30, 38) la-vector-assignment-cpp 32.5162 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 10, 7, 1, 10, 46) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.3652 "BENCH 13.3652"
+(2015, 10, 7, 1, 11, 4) geometry-bounding_box_tree_compute_closest_entity-cpp 14.8993 "Building point search tree to accelerate distance queries."
+(2015, 10, 7, 1, 11, 21) geometry-bounding_box_tree_build-cpp 14.2974 "BENCH 14.2974"
+(2015, 10, 7, 1, 11, 48) common-progress-cpp 27.9534 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 10, 7, 1, 12, 57) common-timing-cpp 68.9611 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 10, 7, 1, 13, 7) fem-convergence-cpp 3.67022 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 10, 7, 4, 30, 46) fem-speedup-cpp 11857.9 "Assembly/solve speedup running on 4 processors"
+(2015, 10, 7, 4, 30, 46) fem-speedup-cpp-assembly 6.39553 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 10, 7, 4, 30, 46) fem-speedup-cpp-solve 1.03566 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 10, 7, 4, 31, 30) mesh-refinement-cpp 43.3144 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 10, 7, 4, 31, 32) mesh-topology-cpp 1.36764 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 10, 7, 4, 31, 53) mesh-unitcube-cpp 21.5323 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 10, 7, 4, 32, 31) mesh-iteration-cpp 35.5022 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 10, 7, 4, 32, 31) function-evaluation-cpp 0.0777099 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 10, 7, 4, 35, 2) la-vector-access-cpp 146.528 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 10, 7, 4, 35, 36) la-vector-assignment-cpp 33.7382 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 10, 8, 1, 10, 23) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0246 "BENCH 13.0246"
+(2015, 10, 8, 1, 10, 42) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1043 "Building point search tree to accelerate distance queries."
+(2015, 10, 8, 1, 10, 58) geometry-bounding_box_tree_build-cpp 14.1725 "BENCH 14.1725"
+(2015, 10, 8, 1, 11, 26) common-progress-cpp 27.957 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 10, 8, 1, 12, 33) common-timing-cpp 67.3633 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 10, 8, 1, 12, 43) fem-convergence-cpp 3.67977 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 10, 8, 3, 55, 4) fem-speedup-cpp 9739.89 "Assembly/solve speedup running on 4 processors"
+(2015, 10, 8, 3, 55, 4) fem-speedup-cpp-assembly 6.41048 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 10, 8, 3, 55, 4) fem-speedup-cpp-solve 1.06121 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 10, 8, 3, 55, 48) mesh-refinement-cpp 43.3083 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 10, 8, 3, 55, 50) mesh-topology-cpp 1.36514 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 10, 8, 3, 56, 11) mesh-unitcube-cpp 21.3923 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 10, 8, 3, 56, 57) mesh-iteration-cpp 43.505 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 10, 8, 3, 56, 57) function-evaluation-cpp 0.077934 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 10, 8, 3, 59, 26) la-vector-access-cpp 144.975 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 10, 8, 4, 0, 0) la-vector-assignment-cpp 33.4515 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 10, 9, 1, 10, 23) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.2625 "BENCH 13.2625"
+(2015, 10, 9, 1, 10, 41) geometry-bounding_box_tree_compute_closest_entity-cpp 15.2746 "Building point search tree to accelerate distance queries."
+(2015, 10, 9, 1, 10, 58) geometry-bounding_box_tree_build-cpp 14.1672 "BENCH 14.1672"
+(2015, 10, 9, 1, 11, 26) common-progress-cpp 28.0114 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 10, 9, 1, 12, 35) common-timing-cpp 68.7436 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 10, 9, 1, 12, 44) fem-convergence-cpp 3.66727 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 10, 9, 4, 6, 7) fem-speedup-cpp 10401.6 "Assembly/solve speedup running on 4 processors"
+(2015, 10, 9, 4, 6, 7) fem-speedup-cpp-assembly 6.4454 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 10, 9, 4, 6, 7) fem-speedup-cpp-solve 1.05344 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 10, 9, 4, 6, 52) mesh-refinement-cpp 43.4011 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 10, 9, 4, 6, 53) mesh-topology-cpp 1.36247 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 10, 9, 4, 7, 15) mesh-unitcube-cpp 21.497 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 10, 9, 4, 7, 52) mesh-iteration-cpp 35.5042 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 10, 9, 4, 7, 52) function-evaluation-cpp 0.078007 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 10, 9, 4, 10, 20) la-vector-access-cpp 143.893 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 10, 9, 4, 10, 54) la-vector-assignment-cpp 33.4507 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 10, 10, 1, 10, 57) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0096 "BENCH 13.0096"
+(2015, 10, 10, 1, 11, 16) geometry-bounding_box_tree_compute_closest_entity-cpp 14.972 "Building point search tree to accelerate distance queries."
+(2015, 10, 10, 1, 11, 32) geometry-bounding_box_tree_build-cpp 14.181 "BENCH 14.181"
+(2015, 10, 10, 1, 12, 0) common-progress-cpp 27.9524 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 10, 10, 1, 13, 6) common-timing-cpp 65.9889 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 10, 10, 1, 13, 16) fem-convergence-cpp 3.64206 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 10, 10, 4, 29, 14) fem-speedup-cpp 11757.2 "Assembly/solve speedup running on 4 processors"
+(2015, 10, 10, 4, 29, 14) fem-speedup-cpp-assembly 6.36321 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 10, 10, 4, 29, 14) fem-speedup-cpp-solve 0.956146 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 10, 10, 4, 29, 58) mesh-refinement-cpp 43.3836 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 10, 10, 4, 30, 0) mesh-topology-cpp 1.36694 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 10, 10, 4, 30, 21) mesh-unitcube-cpp 21.4641 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 10, 10, 4, 31, 3) mesh-iteration-cpp 39.1195 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 10, 10, 4, 31, 3) function-evaluation-cpp 0.0777721 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 10, 10, 4, 33, 31) la-vector-access-cpp 144.298 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 10, 10, 4, 34, 9) la-vector-assignment-cpp 37.4541 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 10, 11, 1, 10, 22) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9928 "BENCH 12.9928"
+(2015, 10, 11, 1, 10, 41) geometry-bounding_box_tree_compute_closest_entity-cpp 14.8762 "Building point search tree to accelerate distance queries."
+(2015, 10, 11, 1, 10, 57) geometry-bounding_box_tree_build-cpp 14.1424 "BENCH 14.1424"
+(2015, 10, 11, 1, 11, 25) common-progress-cpp 27.9932 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 10, 11, 1, 12, 33) common-timing-cpp 68.2888 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 10, 11, 1, 12, 43) fem-convergence-cpp 3.67741 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 10, 11, 4, 26, 34) fem-speedup-cpp 11629.3 "Assembly/solve speedup running on 4 processors"
+(2015, 10, 11, 4, 26, 34) fem-speedup-cpp-assembly 6.27018 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 10, 11, 4, 26, 34) fem-speedup-cpp-solve 1.05243 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 10, 11, 4, 27, 18) mesh-refinement-cpp 43.6719 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 10, 11, 4, 27, 20) mesh-topology-cpp 1.37007 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 10, 11, 4, 27, 41) mesh-unitcube-cpp 21.6116 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 10, 11, 4, 28, 19) mesh-iteration-cpp 35.5123 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 10, 11, 4, 28, 19) function-evaluation-cpp 0.0778549 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 10, 11, 4, 30, 48) la-vector-access-cpp 144.523 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 10, 11, 4, 31, 21) la-vector-assignment-cpp 33.4478 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 10, 12, 1, 10, 23) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.217 "BENCH 13.217"
+(2015, 10, 12, 1, 10, 41) geometry-bounding_box_tree_compute_closest_entity-cpp 15.0076 "Building point search tree to accelerate distance queries."
+(2015, 10, 12, 1, 10, 58) geometry-bounding_box_tree_build-cpp 14.2142 "BENCH 14.2142"
+(2015, 10, 12, 1, 11, 31) common-progress-cpp 32.9442 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 10, 12, 1, 12, 38) common-timing-cpp 66.8853 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 10, 12, 1, 12, 47) fem-convergence-cpp 3.68608 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 10, 12, 4, 10, 57) fem-speedup-cpp 10688.6 "Assembly/solve speedup running on 4 processors"
+(2015, 10, 12, 4, 10, 57) fem-speedup-cpp-assembly 6.31784 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 10, 12, 4, 10, 57) fem-speedup-cpp-solve 1.08165 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 10, 12, 4, 11, 42) mesh-refinement-cpp 43.3394 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 10, 12, 4, 11, 43) mesh-topology-cpp 1.36363 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 10, 12, 4, 12, 5) mesh-unitcube-cpp 21.4352 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 10, 12, 4, 12, 42) mesh-iteration-cpp 35.5036 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 10, 12, 4, 12, 42) function-evaluation-cpp 0.0779529 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 10, 12, 4, 15, 9) la-vector-access-cpp 142.506 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 10, 12, 4, 15, 43) la-vector-assignment-cpp 33.5055 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 10, 13, 1, 10, 23) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.0836 "BENCH 13.0836"
+(2015, 10, 13, 1, 10, 42) geometry-bounding_box_tree_compute_closest_entity-cpp 14.7692 "Building point search tree to accelerate distance queries."
+(2015, 10, 13, 1, 10, 58) geometry-bounding_box_tree_build-cpp 14.1163 "BENCH 14.1163"
+(2015, 10, 13, 1, 11, 26) common-progress-cpp 27.9336 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 10, 13, 1, 12, 33) common-timing-cpp 67.1536 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 10, 13, 1, 12, 43) fem-convergence-cpp 3.66291 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 10, 13, 4, 9, 2) fem-speedup-cpp 10578.7 "Assembly/solve speedup running on 4 processors"
+(2015, 10, 13, 4, 9, 2) fem-speedup-cpp-assembly 6.36985 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 10, 13, 4, 9, 2) fem-speedup-cpp-solve 1.05971 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 10, 13, 4, 9, 47) mesh-refinement-cpp 43.3787 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 10, 13, 4, 9, 48) mesh-topology-cpp 1.36231 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 10, 13, 4, 10, 10) mesh-unitcube-cpp 21.329 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 10, 13, 4, 10, 55) mesh-iteration-cpp 43.5009 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 10, 13, 4, 10, 55) function-evaluation-cpp 0.0778451 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 10, 13, 4, 13, 19) la-vector-access-cpp 139.006 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 10, 13, 4, 13, 52) la-vector-assignment-cpp 33.4994 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 10, 14, 1, 10, 57) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9036 "BENCH 12.9036"
+(2015, 10, 14, 1, 11, 16) geometry-bounding_box_tree_compute_closest_entity-cpp 15.139 "Building point search tree to accelerate distance queries."
+(2015, 10, 14, 1, 11, 32) geometry-bounding_box_tree_build-cpp 14.1545 "BENCH 14.1545"
+(2015, 10, 14, 1, 12, 0) common-progress-cpp 27.9677 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 10, 14, 1, 13, 7) common-timing-cpp 67.2447 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 10, 14, 1, 13, 17) fem-convergence-cpp 3.65761 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 10, 14, 4, 15, 7) fem-speedup-cpp 10908.6 "Assembly/solve speedup running on 4 processors"
+(2015, 10, 14, 4, 15, 7) fem-speedup-cpp-assembly 6.37425 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 10, 14, 4, 15, 7) fem-speedup-cpp-solve 1.10867 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 10, 14, 4, 15, 51) mesh-refinement-cpp 43.3868 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 10, 14, 4, 15, 52) mesh-topology-cpp 1.36329 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 10, 14, 4, 16, 14) mesh-unitcube-cpp 21.4763 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 10, 14, 4, 17, 0) mesh-iteration-cpp 43.5014 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 10, 14, 4, 17, 0) function-evaluation-cpp 0.0777609 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 10, 14, 4, 19, 26) la-vector-access-cpp 141.663 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 10, 14, 4, 19, 59) la-vector-assignment-cpp 33.449 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 10, 15, 1, 10, 21) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1661 "BENCH 13.1661"
+(2015, 10, 15, 1, 10, 40) geometry-bounding_box_tree_compute_closest_entity-cpp 14.8812 "Building point search tree to accelerate distance queries."
+(2015, 10, 15, 1, 10, 56) geometry-bounding_box_tree_build-cpp 14.2048 "BENCH 14.2048"
+(2015, 10, 15, 1, 11, 24) common-progress-cpp 27.9823 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 10, 15, 1, 12, 31) common-timing-cpp 67.0245 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 10, 15, 1, 12, 41) fem-convergence-cpp 3.66993 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 10, 15, 4, 36, 10) fem-speedup-cpp 12208.5 "Assembly/solve speedup running on 4 processors"
+(2015, 10, 15, 4, 36, 10) fem-speedup-cpp-assembly 6.36905 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 10, 15, 4, 36, 10) fem-speedup-cpp-solve 1.10716 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 10, 15, 4, 36, 55) mesh-refinement-cpp 43.3009 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 10, 15, 4, 36, 56) mesh-topology-cpp 1.36589 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 10, 15, 4, 37, 18) mesh-unitcube-cpp 21.4298 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 10, 15, 4, 37, 59) mesh-iteration-cpp 39.2077 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 10, 15, 4, 37, 59) function-evaluation-cpp 0.078197 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 10, 15, 4, 40, 24) la-vector-access-cpp 140.765 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 10, 15, 4, 40, 58) la-vector-assignment-cpp 33.4298 "Assigning to vector of size 10000000 (100 repetitions)"
+(2015, 10, 16, 1, 10, 58) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.1583 "BENCH 13.1583"
+(2015, 10, 16, 1, 11, 17) geometry-bounding_box_tree_compute_closest_entity-cpp 14.9526 "Building point search tree to accelerate distance queries."
+(2015, 10, 16, 1, 11, 33) geometry-bounding_box_tree_build-cpp 14.1348 "BENCH 14.1348"
+(2015, 10, 16, 1, 12, 1) common-progress-cpp 27.9648 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2015, 10, 16, 1, 13, 9) common-timing-cpp 67.2636 "Timing access and registration of timings (10000000 repetitions)"
+(2015, 10, 16, 1, 13, 18) fem-convergence-cpp 3.67179 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2015, 10, 16, 4, 14, 18) fem-speedup-cpp 10858.9 "Assembly/solve speedup running on 4 processors"
+(2015, 10, 16, 4, 14, 18) fem-speedup-cpp-assembly 6.35766 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2015, 10, 16, 4, 14, 18) fem-speedup-cpp-solve 0.960496 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2015, 10, 16, 4, 15, 3) mesh-refinement-cpp 43.5144 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2015, 10, 16, 4, 15, 4) mesh-topology-cpp 1.3632 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2015, 10, 16, 4, 15, 26) mesh-unitcube-cpp 21.4539 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2015, 10, 16, 4, 16, 7) mesh-iteration-cpp 39.1171 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2015, 10, 16, 4, 16, 7) function-evaluation-cpp 0.0781951 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2015, 10, 16, 4, 18, 34) la-vector-access-cpp 142.526 "Accessing vector of size 10000000 (100 repetitions)"
+(2015, 10, 16, 4, 19, 7) la-vector-assignment-cpp 33.5249 "Assigning to vector of size 10000000 (100 repetitions)"
+(2016, 1, 13, 16, 3, 4) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.506 "BENCH 13.506"
+(2016, 1, 13, 16, 3, 22) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1554 "Building point search tree to accelerate distance queries."
+(2016, 1, 13, 16, 3, 36) geometry-bounding_box_tree_build-cpp 11.594 "BENCH 11.594"
+(2016, 1, 13, 16, 4, 7) common-progress-cpp 31.4197 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2016, 1, 13, 16, 5, 8) common-timing-cpp 60.6782 "Timing access and registration of timings (10000000 repetitions)"
+(2016, 1, 13, 16, 5, 17) fem-convergence-cpp 3.47625 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2016, 1, 13, 16, 5, 51) fem-jit-python 0.0005023 "JIT compilation (in memory cache)"
+(2016, 1, 13, 16, 10, 43) fem-speedup-cpp 292.091 "Assembly/solve speedup running on 4 processors"
+(2016, 1, 13, 16, 10, 43) fem-speedup-cpp-assembly 4.50146 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2016, 1, 13, 16, 10, 43) fem-speedup-cpp-solve 2.00072 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2016, 1, 13, 16, 11, 24) mesh-refinement-cpp 40.2751 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2016, 1, 13, 16, 11, 25) mesh-topology-cpp 1.35198 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2016, 1, 13, 16, 11, 46) mesh-unitcube-cpp 20.7443 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2016, 1, 13, 16, 12, 27) mesh-iteration-cpp 38.511 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2016, 1, 13, 16, 12, 27) function-evaluation-cpp 0.080951 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2016, 1, 13, 16, 13, 29) function-extrapolation-python 61.7874 "Calling FFC just-in-time (JIT) compiler, this may take some time."
+(2016, 1, 13, 16, 13, 29) function-extrapolation-python 1.67974 "Calling FFC just-in-time (JIT) compiler, this may take some time."
+(2016, 1, 13, 16, 13, 40) function-interpolation-python 11.5981 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2016, 1, 13, 16, 13, 40) function-interpolation-python 0.940371 "Calling DOLFIN just-in-time (JIT) compiler, this may take some time."
+(2016, 1, 13, 16, 15, 44) la-vector-access-cpp 124.272 "Accessing vector of size 10000000 (100 repetitions)"
+(2016, 1, 13, 16, 16, 16) la-vector-assignment-cpp 32.0029 "Assigning to vector of size 10000000 (100 repetitions)"
+(2016, 1, 14, 2, 15, 8) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.7979 "BENCH 12.7979"
+(2016, 1, 14, 2, 15, 27) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1097 "Building point search tree to accelerate distance queries."
+(2016, 1, 14, 2, 15, 41) geometry-bounding_box_tree_build-cpp 11.9556 "BENCH 11.9556"
+(2016, 1, 14, 2, 16, 12) common-progress-cpp 31.394 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2016, 1, 14, 2, 17, 17) common-timing-cpp 64.6461 "Timing access and registration of timings (10000000 repetitions)"
+(2016, 1, 14, 2, 17, 26) fem-convergence-cpp 3.4811 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2016, 1, 14, 2, 17, 27) fem-jit-python 0.000479102 "JIT compilation (in memory cache)"
+(2016, 1, 14, 2, 22, 17) fem-speedup-cpp 290.087 "Assembly/solve speedup running on 4 processors"
+(2016, 1, 14, 2, 22, 17) fem-speedup-cpp-assembly 4.54294 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2016, 1, 14, 2, 22, 17) fem-speedup-cpp-solve 2.04486 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2016, 1, 14, 2, 22, 58) mesh-refinement-cpp 40.6016 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2016, 1, 14, 2, 23, 0) mesh-topology-cpp 1.31767 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2016, 1, 14, 2, 23, 20) mesh-unitcube-cpp 19.9415 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2016, 1, 14, 2, 24, 0) mesh-iteration-cpp 38.5566 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2016, 1, 14, 2, 24, 0) function-evaluation-cpp 0.0667651 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2016, 1, 14, 2, 24, 6) function-extrapolation-python 5.68779 "BENCH:  1.68426918983"
+(2016, 1, 14, 2, 24, 6) function-extrapolation-python 1.68427 "BENCH:  1.68426918983"
+(2016, 1, 14, 2, 24, 9) function-interpolation-python 2.49873 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2016, 1, 14, 2, 24, 9) function-interpolation-python 0.927591 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2016, 1, 14, 2, 26, 17) la-vector-access-cpp 128.29 "Accessing vector of size 10000000 (100 repetitions)"
+(2016, 1, 14, 2, 26, 51) la-vector-assignment-cpp 34.0574 "Assigning to vector of size 10000000 (100 repetitions)"
+(2016, 1, 15, 2, 15, 29) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.8773 "BENCH 12.8773"
+(2016, 1, 15, 2, 15, 48) geometry-bounding_box_tree_compute_closest_entity-cpp 15.3814 "Building point search tree to accelerate distance queries."
+(2016, 1, 15, 2, 16, 3) geometry-bounding_box_tree_build-cpp 12.7854 "BENCH 12.7854"
+(2016, 1, 15, 2, 16, 34) common-progress-cpp 31.4387 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2016, 1, 15, 2, 17, 38) common-timing-cpp 63.4933 "Timing access and registration of timings (10000000 repetitions)"
+(2016, 1, 15, 2, 17, 47) fem-convergence-cpp 3.53207 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2016, 1, 15, 2, 17, 50) fem-jit-python 0.000484204 "JIT compilation (in memory cache)"
+(2016, 1, 15, 2, 22, 40) fem-speedup-cpp 290.87 "Assembly/solve speedup running on 4 processors"
+(2016, 1, 15, 2, 22, 40) fem-speedup-cpp-assembly 4.439 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2016, 1, 15, 2, 22, 40) fem-speedup-cpp-solve 2.06219 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2016, 1, 15, 2, 23, 22) mesh-refinement-cpp 40.9061 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2016, 1, 15, 2, 23, 23) mesh-topology-cpp 1.32659 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2016, 1, 15, 2, 23, 44) mesh-unitcube-cpp 20.5496 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2016, 1, 15, 2, 24, 34) mesh-iteration-cpp 47.8602 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2016, 1, 15, 2, 24, 34) function-evaluation-cpp 0.0660989 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2016, 1, 15, 2, 24, 40) function-extrapolation-python 5.93016 "BENCH:  1.66257119179"
+(2016, 1, 15, 2, 24, 40) function-extrapolation-python 1.66257 "BENCH:  1.66257119179"
+(2016, 1, 15, 2, 24, 42) function-interpolation-python 2.46605 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2016, 1, 15, 2, 24, 42) function-interpolation-python 0.918086 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2016, 1, 15, 2, 26, 48) la-vector-access-cpp 125.244 "Accessing vector of size 10000000 (100 repetitions)"
+(2016, 1, 15, 2, 27, 20) la-vector-assignment-cpp 32.0039 "Assigning to vector of size 10000000 (100 repetitions)"
+(2016, 1, 16, 2, 15, 23) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.9146 "BENCH 12.9146"
+(2016, 1, 16, 2, 15, 42) geometry-bounding_box_tree_compute_closest_entity-cpp 15.8391 "Building point search tree to accelerate distance queries."
+(2016, 1, 16, 2, 15, 56) geometry-bounding_box_tree_build-cpp 12.1027 "BENCH 12.1027"
+(2016, 1, 16, 2, 16, 28) common-progress-cpp 31.669 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2016, 1, 16, 2, 17, 31) common-timing-cpp 63.0912 "Timing access and registration of timings (10000000 repetitions)"
+(2016, 1, 16, 2, 17, 40) fem-convergence-cpp 3.50697 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2016, 1, 16, 2, 17, 42) fem-jit-python 0.000497794 "JIT compilation (in memory cache)"
+(2016, 1, 16, 2, 22, 32) fem-speedup-cpp 290.234 "Assembly/solve speedup running on 4 processors"
+(2016, 1, 16, 2, 22, 32) fem-speedup-cpp-assembly 4.52228 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2016, 1, 16, 2, 22, 32) fem-speedup-cpp-solve 2.06122 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2016, 1, 16, 2, 23, 13) mesh-refinement-cpp 40.7782 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2016, 1, 16, 2, 23, 15) mesh-topology-cpp 1.32719 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2016, 1, 16, 2, 23, 35) mesh-unitcube-cpp 20.5641 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2016, 1, 16, 2, 24, 19) mesh-iteration-cpp 40.9487 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2016, 1, 16, 2, 24, 19) function-evaluation-cpp 0.0583792 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2016, 1, 16, 2, 24, 25) function-extrapolation-python 6.04254 "BENCH:  1.66025710106"
+(2016, 1, 16, 2, 24, 25) function-extrapolation-python 1.66026 "BENCH:  1.66025710106"
+(2016, 1, 16, 2, 24, 27) function-interpolation-python 2.49797 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2016, 1, 16, 2, 24, 27) function-interpolation-python 0.922166 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2016, 1, 16, 2, 26, 32) la-vector-access-cpp 124.897 "Accessing vector of size 10000000 (100 repetitions)"
+(2016, 1, 16, 2, 27, 4) la-vector-assignment-cpp 32.0119 "Assigning to vector of size 10000000 (100 repetitions)"
+(2016, 1, 17, 2, 15, 30) geometry-bounding_box_tree_compute_entity_collisions-cpp 12.8844 "BENCH 12.8844"
+(2016, 1, 17, 2, 15, 48) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1341 "Building point search tree to accelerate distance queries."
+(2016, 1, 17, 2, 16, 2) geometry-bounding_box_tree_build-cpp 11.9931 "BENCH 11.9931"
+(2016, 1, 17, 2, 16, 34) common-progress-cpp 31.4539 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2016, 1, 17, 2, 17, 37) common-timing-cpp 63.1319 "Timing access and registration of timings (10000000 repetitions)"
+(2016, 1, 17, 2, 17, 46) fem-convergence-cpp 3.48352 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2016, 1, 17, 2, 17, 47) fem-jit-python 0.000487208 "JIT compilation (in memory cache)"
+(2016, 1, 17, 2, 22, 44) fem-speedup-cpp 297.13 "Assembly/solve speedup running on 4 processors"
+(2016, 1, 17, 2, 22, 44) fem-speedup-cpp-assembly 4.5637 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2016, 1, 17, 2, 22, 44) fem-speedup-cpp-solve 1.95258 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2016, 1, 17, 2, 23, 26) mesh-refinement-cpp 40.9425 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2016, 1, 17, 2, 23, 27) mesh-topology-cpp 1.31377 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2016, 1, 17, 2, 23, 48) mesh-unitcube-cpp 20.6877 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2016, 1, 17, 2, 24, 31) mesh-iteration-cpp 40.9479 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2016, 1, 17, 2, 24, 31) function-evaluation-cpp 0.065727 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2016, 1, 17, 2, 24, 37) function-extrapolation-python 5.7739 "BENCH:  1.66412186623"
+(2016, 1, 17, 2, 24, 37) function-extrapolation-python 1.66412 "BENCH:  1.66412186623"
+(2016, 1, 17, 2, 24, 39) function-interpolation-python 2.49006 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2016, 1, 17, 2, 24, 39) function-interpolation-python 0.93913 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2016, 1, 17, 2, 26, 45) la-vector-access-cpp 125.926 "Accessing vector of size 10000000 (100 repetitions)"
+(2016, 1, 17, 2, 27, 17) la-vector-assignment-cpp 32.0128 "Assigning to vector of size 10000000 (100 repetitions)"
+(2016, 1, 18, 2, 15, 29) geometry-bounding_box_tree_compute_entity_collisions-cpp 13.9525 "BENCH 13.9525"
+(2016, 1, 18, 2, 15, 47) geometry-bounding_box_tree_compute_closest_entity-cpp 15.1188 "Building point search tree to accelerate distance queries."
+(2016, 1, 18, 2, 16, 2) geometry-bounding_box_tree_build-cpp 12.1198 "BENCH 12.1198"
+(2016, 1, 18, 2, 16, 33) common-progress-cpp 31.4964 "Creating progress bar with 500000000 steps (5 repetitions)"
+(2016, 1, 18, 2, 17, 32) common-timing-cpp 58.8124 "Timing access and registration of timings (10000000 repetitions)"
+(2016, 1, 18, 2, 17, 41) fem-convergence-cpp 3.49213 "Solving Poisson's equation in 2D for q = 1, n = 2."
+(2016, 1, 18, 2, 17, 42) fem-jit-python 0.000485015 "JIT compilation (in memory cache)"
+(2016, 1, 18, 2, 22, 34) fem-speedup-cpp 291.706 "Assembly/solve speedup running on 4 processors"
+(2016, 1, 18, 2, 22, 34) fem-speedup-cpp-assembly 4.56212 "Assembly/solve speedup running on 4 processors ((assembly_1st+2nd))"
+(2016, 1, 18, 2, 22, 34) fem-speedup-cpp-solve 2.03206 "Assembly/solve speedup running on 4 processors ((solve_1st))"
+(2016, 1, 18, 2, 23, 15) mesh-refinement-cpp 40.5546 "Uniform refinement of unit cube of size 4 x 4 x 4 (5 refinements)"
+(2016, 1, 18, 2, 23, 17) mesh-topology-cpp 1.35012 "Creating cell-cell connectivity for unit cube of size 64 x 64 x 64 (5 repetitions)"
+(2016, 1, 18, 2, 23, 38) mesh-unitcube-cpp 21.0976 "Creating unit cube of size 128 x 128 x 128 (10 repetitions)"
+(2016, 1, 18, 2, 24, 21) mesh-iteration-cpp 40.9485 "Iteration over entities of unit cube of size 128 x 128 x 128 (100 repetitions)"
+(2016, 1, 18, 2, 24, 21) function-evaluation-cpp 0.0591931 "DOLFIN must be compiled with CGAL to run function eval benchmark."
+(2016, 1, 18, 2, 24, 27) function-extrapolation-python 5.84827 "BENCH:  1.6565310955"
+(2016, 1, 18, 2, 24, 27) function-extrapolation-python 1.65653 "BENCH:  1.6565310955"
+(2016, 1, 18, 2, 24, 29) function-interpolation-python 2.45584 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2016, 1, 18, 2, 24, 29) function-interpolation-python 0.916362 "*** Warning: Plotting not available. DOLFIN has been compiled without VTK support."
+(2016, 1, 18, 2, 26, 40) la-vector-access-cpp 130.74 "Accessing vector of size 10000000 (100 repetitions)"
+(2016, 1, 18, 2, 27, 12) la-vector-assignment-cpp 32.0081 "Assigning to vector of size 10000000 (100 repetitions)"
diff --git a/bench/logs/milestones.log b/bench/logs/milestones.log
new file mode 100644
index 0000000..db5d016
--- /dev/null
+++ b/bench/logs/milestones.log
@@ -0,0 +1,24 @@
+2008-02-18 DOLFIN 0.7.2
+2008-04-30 DOLFIN 0.7.3
+2008-06-23 DOLFIN 0.8.0
+2008-10-20 DOLFIN 0.8.1
+2009-01-05 DOLFIN 0.9.0
+2009-02-17 DOLFIN 0.9.1
+2009-04-07 DOLFIN 0.9.2
+2009-09-26 DOLFIN 0.9.3
+2009-10-12 DOLFIN 0.9.4
+2009-12-04 DOLFIN 0.9.5
+2010-02-03 DOLFIN 0.9.6
+2010-02-17 DOLFIN 0.9.7
+2010-07-01 DOLFIN 0.9.8
+2010-09-02 DOLFIN 0.9.9
+2011-02-23 DOLFIN 0.9.10
+2011-05-16 DOLFIN 0.9.11
+2011-08-11 DOLFIN 1.0-beta
+2011-12-06 DOLFIN 1.0.0
+2013-01-08 DOLFIN 1.1.0
+2013-03-24 DOLFIN 1.2.0
+2014-01-07 DOLFIN 1.3.0
+2014-06-02 DOLFIN 1.4.0
+2015-01-12 DOLFIN 1.5.0
+2015-07-28 DOLFIN 1.6.0
diff --git a/bench/mesh/iteration/cpp/main.cpp b/bench/mesh/iteration/cpp/main.cpp
new file mode 100644
index 0000000..d404137
--- /dev/null
+++ b/bench/mesh/iteration/cpp/main.cpp
@@ -0,0 +1,51 @@
+// Copyright (C) 2006-2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2006-11-01
+// Last changed: 2012-12-12
+
+#include <dolfin.h>
+
+using namespace dolfin;
+
+#define NUM_REPS 100
+#define SIZE 128
+
+int main(int argc, char* argv[])
+{
+  info("Iteration over entities of unit cube of size %d x %d x %d (%d repetitions)",
+       SIZE, SIZE, SIZE, NUM_REPS);
+
+  parameters.parse(argc, argv);
+
+  UnitCubeMesh mesh(SIZE, SIZE, SIZE);
+
+  std::size_t sum = 0;
+  tic();
+  for (int i = 0; i < NUM_REPS; i++)
+  {
+    for (CellIterator c(mesh); !c.end(); ++c)
+      for (VertexIterator v(*c); !v.end(); ++v)
+        sum += v->index();
+  }
+  info("BENCH %g", toc());
+
+  // To prevent optimizing the loop away
+  info("Sum is %llu", (unsigned long long)sum);
+
+  return 0;
+}
diff --git a/bench/mesh/refinement/cpp/main.cpp b/bench/mesh/refinement/cpp/main.cpp
new file mode 100644
index 0000000..e23a43a
--- /dev/null
+++ b/bench/mesh/refinement/cpp/main.cpp
@@ -0,0 +1,47 @@
+// Copyright (C) 2006-2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2006-11-01
+// Last changed: 2012-12-12
+
+#include <dolfin.h>
+
+using namespace dolfin;
+
+#define NUM_REPS 5
+#define SIZE 4
+
+int main(int argc, char* argv[])
+{
+  info("Uniform refinement of unit cube of size %d x %d x %d (%d refinements)",
+       SIZE, SIZE, SIZE, NUM_REPS);
+
+  parameters.parse(argc, argv);
+
+  UnitCubeMesh unitcube_mesh(SIZE, SIZE, SIZE);
+  Mesh mesh(unitcube_mesh);
+
+  tic();
+  for (int i = 0; i < NUM_REPS; i++)
+  {
+    mesh = refine(mesh);
+    dolfin::cout << "Refined mesh: " << mesh << dolfin::endl;
+  }
+  info("BENCH %g", toc());
+
+  return 0;
+}
diff --git a/bench/mesh/topology/cpp/main.cpp b/bench/mesh/topology/cpp/main.cpp
new file mode 100644
index 0000000..455ddfb
--- /dev/null
+++ b/bench/mesh/topology/cpp/main.cpp
@@ -0,0 +1,65 @@
+// Copyright (C) 2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-11-25
+// Last changed: 2012-12-12
+
+#include <dolfin.h>
+#include <dolfin/log/LogLevel.h>
+
+using namespace dolfin;
+
+#define NUM_REPS 5
+#define SIZE 64
+
+// Use for quick testing
+//#define NUM_REPS 2
+//#define SIZE 32
+
+int main(int argc, char* argv[])
+{
+  info("Creating cell-cell connectivity for unit cube of size %d x %d x %d (%d repetitions)",
+       SIZE, SIZE, SIZE, NUM_REPS);
+
+  set_log_level(DBG);
+
+  parameters.parse(argc, argv);
+
+  UnitCubeMesh mesh(SIZE, SIZE, SIZE);
+  const int D = mesh.topology().dim();
+
+  // Clear timing (if there is some)
+  { Timer t("Compute connectivity 3-3"); }
+  timing("Compute connectivity 3-3", TimingClear::clear);
+
+  for (int i = 0; i < NUM_REPS; i++)
+  {
+    mesh.clean();
+    mesh.init(D, D);
+    dolfin::cout << "Created unit cube: " << mesh << dolfin::endl;
+  }
+
+  // Report timings
+  list_timings(TimingClear::keep,
+               { TimingType::wall, TimingType::user, TimingType::system });
+
+  // Report timing
+  const auto t = timing("Compute connectivity 3-3", TimingClear::clear);
+  info("BENCH %g", std::get<1>(t));
+
+  return 0;
+}
diff --git a/bench/mesh/unitcube/cpp/main.cpp b/bench/mesh/unitcube/cpp/main.cpp
new file mode 100644
index 0000000..cc6240e
--- /dev/null
+++ b/bench/mesh/unitcube/cpp/main.cpp
@@ -0,0 +1,42 @@
+// Copyright (C) 2006-2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2006-11-01
+// Last changed: 2010-05-03
+
+#include <dolfin.h>
+
+using namespace dolfin;
+
+#define NUM_REPS 10
+#define SIZE 128
+
+int main(int argc, char* argv[])
+{
+  info("Creating unit cube of size %d x %d x %d (%d repetitions)",
+       SIZE, SIZE, SIZE, NUM_REPS);
+
+  parameters.parse(argc, argv);
+
+  for (int i = 0; i < NUM_REPS; i++)
+  {
+    UnitCubeMesh mesh(SIZE, SIZE, SIZE);
+    dolfin::cout << "Created unit cube: " << mesh << dolfin::endl;
+  }
+
+  return 0;
+}
diff --git a/bench/plot.py b/bench/plot.py
new file mode 100644
index 0000000..69c2a76
--- /dev/null
+++ b/bench/plot.py
@@ -0,0 +1,259 @@
+#!/usr/bin/env python
+
+"""
+This script parses logs/bench.log and create plots for each case with
+the timings function of time (date plot). It also creates a web page
+index.html for easy viewing of the generated plots.
+"""
+
+# Copyright (C) 2010 Johannes Ring
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2010-04-06
+# Last changed: 2010-04-13
+
+from __future__ import print_function
+import os
+import re
+import time
+import datetime
+import textwrap
+import numpy
+import matplotlib.pyplot as plt
+import matplotlib.dates as mdates
+
+# Change some of the default Matplotlib parameters
+plt.rcParams.update({'figure.figsize': [6, 4],
+                     'font.size' : 10,
+                     'axes.labelsize' : 10,
+                     'axes.grid': True,
+                     'text.fontsize' : 10,
+                     'legend.fontsize' : 8,
+                     'xtick.labelsize' : 8,
+                     'ytick.labelsize' : 8,
+                     })
+
+# Write to web page index.html
+outfile = open("index.html", "w")
+outfile.write("<h1><big>DOLFIN Benchmarks</big></h1>\n")
+outfile.write("Last updated: %s.\n\n" % time.asctime())
+
+# Open and read in logs/bench.log
+benchlog = "logs/bench.log"
+lines = open(benchlog, 'r').readlines()
+
+benchmarks = {}
+pattern = "\((.*)\)\s+(.*)\s+(.*)\s+\"(.*)\""
+
+# Extract data from logfile
+print("Parsing %s..." % benchlog)
+for line in lines:
+    match = re.search(pattern, line)
+    if match:
+        year, month, day, hour, minute, second = \
+              [int(i) for i in match.group(1).split(',')]
+        #date = datetime.datetime(year, month, day, hour, minute, second)
+        date = datetime.date(year, month, day)
+        name = match.group(2)
+        elapsed_time = float(match.group(3))
+        description = match.group(4)
+
+        if not name in benchmarks:
+            benchmarks[name] = [[[date], [elapsed_time], description]]
+        else:
+            benchmarks[name][0][0].append(date)
+            benchmarks[name][0][1].append(elapsed_time)
+            benchmarks[name][0][2] = description # take later description
+
+# Open and read in logs/milestones.log
+milestones = []
+milestoneslog = "logs/milestones.log"
+if os.path.isfile(milestoneslog):
+    lines = open(milestoneslog, 'r').readlines()
+    for line in lines:
+        date = datetime.datetime.strptime(line.split()[0], "%Y-%m-%d")
+        progname = ' '.join(line.split()[1:])
+        milestones.append([date, progname])
+
+# Get Matplotlib line markers for use later
+markers = []
+for m in plt.Line2D.markers:
+    try:
+        if len(m) == 1 and m != ' ':
+            markers.append(m)
+    except TypeError:
+        pass
+
+year = datetime.timedelta(days=365)
+month = datetime.timedelta(days=30)
+week = datetime.timedelta(days=7)
+today = datetime.date.today()
+lasts = ['week', 'month', 'year', 'five years']
+locators = [mdates.DayLocator(), mdates.DayLocator(interval=2),
+            mdates.MonthLocator(), mdates.YearLocator()]
+date_fmts = ['%Y-%m-%d', '%d %b', '%b %Y', '%Y']
+xmins = [today - week, today - month, today - year, today - 5*year]
+
+outfile.write("<h2>All benchmarks</h2><p>\n")
+outfile.write("<center>\n")
+outfile.write("<table border=\"0\">\n")
+
+def get_maxtime(dates, min_date, max_date, run_timings):
+    """Return the maximum time between min_date and max_date"""
+    max_time = 0
+    for i, date in enumerate(dates):
+        if date < min_date:
+            continue
+        elif date > max_date:
+            break
+        else:
+            if max_time < run_timings[i]:
+                max_time = run_timings[i]
+    return max_time
+
+# Create normalized plots with all benchmarks in same plot for
+# last week, last month, last year, and last five years
+linetypes = {}
+print("Generating plots for all benchmarks...")
+for last, locator, date_fmt, xmin in zip(lasts, locators, date_fmts, xmins):
+    fig = plt.figure()
+    ax = fig.gca()
+    num = 0
+    ymax = 0
+    for benchmark, values in benchmarks.items():
+        num += 1
+        dates = values[0][0]
+        run_timings = values[0][1]/numpy.linalg.norm(values[0][1])
+        p = ax.plot(dates, run_timings,
+                    marker=markers[num % len(markers)], markersize=3,
+                    label=benchmark)
+        ax.hold(True)
+        linetypes[benchmark] = p[0]
+        maxtime = get_maxtime(dates, xmin, today, run_timings)
+        if maxtime > ymax:
+            ymax = maxtime
+    ax.xaxis.set_major_locator(locator)
+    ax.xaxis.set_major_formatter(mdates.DateFormatter(date_fmt))
+    ax.set_xlim(xmin, today)
+    ax.set_ylim(0, ymax)
+
+    # Add milestones to plot
+    for milestone in milestones:
+        milestone_num = mdates.date2num(milestone[0])
+        ax.annotate(milestone[1], xy=(milestone_num, 0.1E-10),
+                    xycoords='data', xytext=(0, 30),
+                    textcoords='offset points',
+                    horizontalalignment='center',
+                    verticalalignment='bottom',
+                    style='italic', fontsize=6,
+                    alpha=0.7, rotation='vertical',
+                    arrowprops=dict(arrowstyle="->", alpha=0.3)
+                    )
+
+    #lgd = plt.legend(loc='best')
+    fig.autofmt_xdate()
+    plt.title("All benchmarks (last %s)" % last)
+    filename = "all_last_%s.png" % last.replace(' ', '_')
+    plt.savefig(filename, facecolor='#eeeeee')
+
+    # Add plots to web page
+    if last in ['week', 'year']:
+        outfile.write("  <tr><td><img src=\"%s\" /></td>\n" % filename)
+    else:
+        outfile.write("  <td><img src=\"%s\" /></td></tr>\n" % filename)
+
+# Separate legend
+linetypes = sorted(linetypes.items())
+handles = [p for (t, p) in linetypes]
+labels = [t for (t, p) in linetypes]
+plt.figure(figsize=(12, 4)) # twice wide the default
+plt.figlegend(handles, labels, 'center', ncol=3)
+plt.savefig('all_legend.png')
+outfile.write("  <tr><td colspan=\"2\"><img src=\"%s\" /></td></tr>\n" % 'all_legend.png')
+
+outfile.write("</table>\n")
+outfile.write("</center>\n")
+
+# Put together subtasks benchmarks which should be plotted together
+# (annotated by ((...)) in description)
+for benchmark, values in benchmarks.items():
+    postfix = values[0][2].split("((")
+    if len(postfix) == 1:
+        continue
+    assert len(postfix) == 2
+    postfix = postfix[1].strip().replace("))", "")
+    benchmarks.pop(benchmark)
+    name = "-".join(benchmark.split("-")[:3]) + "-subtasks"
+    if not name in benchmarks:
+        benchmarks[name] = []
+    benchmarks[name].append((values[0][0], values[0][1], postfix))
+
+# Now create separate plots for every benchmark
+for benchmark, values in sorted(benchmarks.items()):
+    print("Generating plots for %s..." % benchmark)
+
+    outfile.write("<h2>%s</h2><p>\n" % benchmark)
+    outfile.write("<center>\n")
+    outfile.write("<table border=\"0\">\n")
+
+    # Create plots for last week, last month, last year, and last five years
+    for last, locator, date_fmt, xmin in zip(lasts, locators, date_fmts, xmins):
+        fig = plt.figure()
+        ax = fig.gca()
+        if any(s in benchmark for s in ["fem-speedup-cpp-"]):
+            ax.set_ylabel("speedup")
+        else:
+            ax.set_ylabel("time (seconds)")
+        maxtime = 0.0
+        for v in values:
+            dates = v[0]
+            run_timings = v[1]
+            description = textwrap.fill(v[2], width=30)
+            maxtime = max(maxtime, get_maxtime(dates, xmin, today, run_timings))
+            ax.set_ylim(0, maxtime + maxtime/2)
+            ax.plot(dates, run_timings, marker='o', markersize=3, label=description)
+        ax.legend(loc='best')
+        ax.xaxis.set_major_locator(locator)
+        ax.xaxis.set_major_formatter(mdates.DateFormatter(date_fmt))
+        ax.set_xlim(xmin, today)
+
+        # Add milestones to plot
+        for milestone in milestones:
+            milestone_num = mdates.date2num(milestone[0])
+            ax.annotate(milestone[1], xy=(milestone_num, 0.1E-10),
+                        xycoords='data', xytext=(0, 30),
+                        textcoords='offset points',
+                        horizontalalignment='center',
+                        verticalalignment='bottom',
+                        style='italic', fontsize=6,
+                        alpha=0.7, rotation='vertical',
+                        arrowprops=dict(arrowstyle="->", alpha=0.3)
+                        )
+
+        fig.autofmt_xdate()
+        plt.title("%s (last %s)" % (benchmark, last))
+        filename = "%s_last_%s.png" % (benchmark, last.replace(' ', '_'))
+        plt.savefig(filename, facecolor='#eeeeee')
+
+        # Add plots to web page
+        if last in ['week', 'year']:
+            outfile.write("  <tr><td><img src=\"%s\" /></td>\n" % filename)
+        else:
+            outfile.write("  <td><img src=\"%s\" /></td></tr>\n" % filename)
+
+    outfile.write("</table>\n")
+    outfile.write("</center>\n")
diff --git a/cmake/modules/CorrectWindowsPaths.cmake b/cmake/modules/CorrectWindowsPaths.cmake
new file mode 100644
index 0000000..09bcdd6
--- /dev/null
+++ b/cmake/modules/CorrectWindowsPaths.cmake
@@ -0,0 +1,14 @@
+# CorrectWindowsPaths - this module defines one macro
+#
+# CONVERT_CYGWIN_PATH( PATH )
+#  This uses the command cygpath (provided by cygwin) to convert
+#  unix-style paths into paths useable by cmake on windows
+
+macro (CONVERT_CYGWIN_PATH _path)
+  if (WIN32)
+    EXECUTE_PROCESS(COMMAND cygpath.exe -m ${${_path}}
+      OUTPUT_VARIABLE ${_path})
+    string (STRIP ${${_path}} ${_path})
+  endif (WIN32)
+endmacro (CONVERT_CYGWIN_PATH)
+
diff --git a/cmake/modules/FindAMD.cmake b/cmake/modules/FindAMD.cmake
new file mode 100644
index 0000000..c9afdde
--- /dev/null
+++ b/cmake/modules/FindAMD.cmake
@@ -0,0 +1,57 @@
+# - Try to find AMD
+# Once done this will define
+#
+#  AMD_FOUND        - system has AMD
+#  AMD_INCLUDE_DIRS - include directories for AMD
+#  AMD_LIBRARIES    - libraries for AMD
+
+#=============================================================================
+# Copyright (C) 2010 Anders Logg
+# All rights reserved.
+#
+# Redistribution and use in source and binary forms, with or without
+# modification, are permitted provided that the following conditions
+# are met:
+#
+# 1. Redistributions of source code must retain the above copyright
+#    notice, this list of conditions and the following disclaimer.
+# 2. Redistributions in binary form must reproduce the above copyright
+#    notice, this list of conditions and the following disclaimer in
+#    the documentation and/or other materials provided with the
+#    distribution.
+#
+# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
+# "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
+# LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS
+# FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
+# COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,
+# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
+# BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
+# LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
+# CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
+# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
+# ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
+# POSSIBILITY OF SUCH DAMAGE.
+#=============================================================================
+
+message(STATUS "Checking for package 'AMD'")
+
+# Check for header file
+find_path(AMD_INCLUDE_DIRS amd.h
+ HINTS ${AMD_DIR}/include $ENV{AMD_DIR}/include ${PETSC_INCLUDE_DIRS} $ENV{PETSC_DIR}/include
+ PATH_SUFFIXES suitesparse ufsparse
+ DOC "Directory where the AMD header is located"
+ )
+mark_as_advanced(AMD_INCLUDE_DIRS)
+
+# Check for AMD library
+find_library(AMD_LIBRARIES amd
+  HINTS ${AMD_DIR}/lib $ENV{AMD_DIR}/lib ${PETSC_LIBRARY_DIRS} $ENV{PETSC_DIR}/lib
+  DOC "The AMD library")
+mark_as_advanced(AMD_LIBRARIES)
+
+# Standard package handling
+include(FindPackageHandleStandardArgs)
+find_package_handle_standard_args(AMD
+  "AMD could not be found. Be sure to set AMD_DIR."
+  AMD_LIBRARIES AMD_INCLUDE_DIRS)
diff --git a/cmake/modules/FindBLAS.cmake b/cmake/modules/FindBLAS.cmake
new file mode 100644
index 0000000..9233820
--- /dev/null
+++ b/cmake/modules/FindBLAS.cmake
@@ -0,0 +1,643 @@
+# - Find BLAS library
+# This module finds an installed fortran library that implements the BLAS
+# linear-algebra interface (see http://www.netlib.org/blas/).
+# The list of libraries searched for is taken
+# from the autoconf macro file, acx_blas.m4 (distributed at
+# http://ac-archive.sourceforge.net/ac-archive/acx_blas.html).
+#
+# This module sets the following variables:
+#  BLAS_FOUND - set to true if a library implementing the BLAS interface
+#    is found
+#  BLAS_LINKER_FLAGS - uncached list of required linker flags (excluding -l
+#    and -L).
+#  BLAS_LIBRARIES - uncached list of libraries (using full path name) to
+#    link against to use BLAS
+#  BLAS95_LIBRARIES - uncached list of libraries (using full path name)
+#    to link against to use BLAS95 interface
+#  BLAS95_FOUND - set to true if a library implementing the BLAS f95 interface
+#    is found
+#  BLA_STATIC  if set on this determines what kind of linkage we do (static)
+#  BLA_VENDOR  if set checks only the specified vendor, if not set checks
+#     all the possibilities
+#  BLA_F95     if set on tries to find the f95 interfaces for BLAS/LAPACK
+##########
+### List of vendors (BLA_VENDOR) valid in this module
+##  Goto,ATLAS PhiPACK,CXML,DXML,SunPerf,SCSL,SGIMATH,IBMESSL,Intel10_32 (intel mkl v10 32 bit),Intel10_64lp (intel mkl v10 64 bit,lp thread model, lp64 model),
+##  Intel10_64lp_seq (intel mkl v10 64 bit,sequential code, lp64 model),
+##  Intel( older versions of mkl 32 and 64 bit), ACML,ACML_MP,ACML_GPU,Apple, NAS, Generic
+# C/CXX should be enabled to use Intel mkl
+
+#=============================================================================
+# Copyright 2007-2009 Kitware, Inc.
+#
+# Redistribution and use in source and binary forms, with or without
+# modification, are permitted provided that the following conditions
+# are met:
+#
+# 1. Redistributions of source code must retain the copyright
+#    notice, this list of conditions and the following disclaimer.
+# 2. Redistributions in binary form must reproduce the copyright
+#    notice, this list of conditions and the following disclaimer in the
+#    documentation and/or other materials provided with the distribution.
+# 3. The name of the author may not be used to endorse or promote products
+#    derived from this software without specific prior written permission.
+#
+# THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR
+# IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES
+# OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
+# IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT,
+# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT
+# NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
+# DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
+# THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
+# (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF
+# THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
+#=============================================================================
+
+include(CheckFunctionExists)
+include(CheckFortranFunctionExists)
+
+set(_blas_ORIG_CMAKE_FIND_LIBRARY_SUFFIXES ${CMAKE_FIND_LIBRARY_SUFFIXES})
+
+# Check the language being used
+get_property( _LANGUAGES_ GLOBAL PROPERTY ENABLED_LANGUAGES )
+if( _LANGUAGES_ MATCHES Fortran AND CMAKE_Fortran_COMPILER_WORKS )
+  set( _CHECK_FORTRAN TRUE )
+elseif( (_LANGUAGES_ MATCHES C) OR (_LANGUAGES_ MATCHES CXX) )
+  set( _CHECK_FORTRAN FALSE )
+else()
+  if(BLAS_FIND_REQUIRED)
+    message(FATAL_ERROR "FindBLAS requires Fortran, C, or C++ to be enabled.")
+  else(BLAS_FIND_REQUIRED)
+    message(STATUS "Looking for BLAS... - NOT found (Unsupported languages)")
+    return()
+  endif(BLAS_FIND_REQUIRED)
+endif( )
+
+macro(Check_Fortran_Libraries LIBRARIES _prefix _name _flags _list _thread)
+# This macro checks for the existence of the combination of fortran libraries
+# given by _list.  If the combination is found, this macro checks (using the
+# Check_Fortran_Function_Exists macro) whether can link against that library
+# combination using the name of a routine given by _name using the linker
+# flags given by _flags.  If the combination of libraries is found and passes
+# the link test, LIBRARIES is set to the list of complete library paths that
+# have been found.  Otherwise, LIBRARIES is set to FALSE.
+
+# N.B. _prefix is the prefix applied to the names of all cached variables that
+# are generated internally and marked advanced by this macro.
+
+set(_libdir ${ARGN})
+
+set(_libraries_work TRUE)
+set(${LIBRARIES})
+set(_combined_name)
+if (NOT _libdir)
+  if (WIN32)
+    set(_libdir ENV LIB)
+  elseif (APPLE)
+    set(_libdir /usr/local/lib /usr/lib /usr/local/lib64 /usr/lib64 ENV DYLD_LIBRARY_PATH)
+  else ()
+    set(_libdir /usr/local/lib /usr/lib /usr/local/lib64 /usr/lib64 ENV LD_LIBRARY_PATH)
+  endif ()
+endif ()
+
+foreach(_library ${_list})
+  set(_combined_name ${_combined_name}_${_library})
+
+  if(_libraries_work)
+    if (BLA_STATIC)
+      if (WIN32)
+        set(CMAKE_FIND_LIBRARY_SUFFIXES .lib ${CMAKE_FIND_LIBRARY_SUFFIXES})
+      endif ( WIN32 )
+      if (APPLE)
+        set(CMAKE_FIND_LIBRARY_SUFFIXES .lib ${CMAKE_FIND_LIBRARY_SUFFIXES})
+      else (APPLE)
+        set(CMAKE_FIND_LIBRARY_SUFFIXES .a ${CMAKE_FIND_LIBRARY_SUFFIXES})
+      endif (APPLE)
+    else (BLA_STATIC)
+      if (CMAKE_SYSTEM_NAME STREQUAL "Linux")
+        # for ubuntu's libblas3gf and liblapack3gf packages
+        #set(CMAKE_FIND_LIBRARY_SUFFIXES ${CMAKE_FIND_LIBRARY_SUFFIXES} .so.3gf)
+      endif ()
+    endif (BLA_STATIC)
+    find_library(${_prefix}_${_library}_LIBRARY
+      NAMES ${_library}
+      PATHS ${_libdir}
+      )
+    mark_as_advanced(${_prefix}_${_library}_LIBRARY)
+    set(${LIBRARIES} ${${LIBRARIES}} ${${_prefix}_${_library}_LIBRARY})
+    set(_libraries_work ${${_prefix}_${_library}_LIBRARY})
+  endif(_libraries_work)
+endforeach(_library ${_list})
+if(_libraries_work)
+  # Test this combination of libraries.
+  set(CMAKE_REQUIRED_LIBRARIES ${_flags} ${${LIBRARIES}} ${_thread})
+#  message("DEBUG: CMAKE_REQUIRED_LIBRARIES = ${CMAKE_REQUIRED_LIBRARIES}")
+
+  # GNW: Add special flags for static BLAS libraries for function check
+  if(BLA_STATIC AND UNIX)
+    set(CMAKE_REQUIRED_LIBRARIES ${_flags} "-Wl,--start-group ${${LIBRARIES}};-Wl,--end-group" ${_thread})
+  endif()
+
+  if (_CHECK_FORTRAN)
+    check_fortran_function_exists("${_name}" ${_prefix}${_combined_name}_WORKS)
+  else()
+    check_function_exists("${_name}_" ${_prefix}${_combined_name}_WORKS)
+  endif()
+
+  set(CMAKE_REQUIRED_LIBRARIES)
+  mark_as_advanced(${_prefix}${_combined_name}_WORKS)
+  set(_libraries_work ${${_prefix}${_combined_name}_WORKS})
+endif(_libraries_work)
+if(NOT _libraries_work)
+  set(${LIBRARIES} FALSE)
+endif(NOT _libraries_work)
+#message("DEBUG: ${LIBRARIES} = ${${LIBRARIES}}")
+endmacro(Check_Fortran_Libraries)
+
+set(BLAS_LINKER_FLAGS)
+set(BLAS_LIBRARIES)
+set(BLAS95_LIBRARIES)
+if ($ENV{BLA_VENDOR} MATCHES ".+")
+  set(BLA_VENDOR $ENV{BLA_VENDOR})
+else ($ENV{BLA_VENDOR} MATCHES ".+")
+  if(NOT BLA_VENDOR)
+    set(BLA_VENDOR "All")
+  endif(NOT BLA_VENDOR)
+endif ($ENV{BLA_VENDOR} MATCHES ".+")
+
+if (BLA_VENDOR STREQUAL "Goto" OR BLA_VENDOR STREQUAL "All")
+ if(NOT BLAS_LIBRARIES)
+  # gotoblas (http://www.tacc.utexas.edu/tacc-projects/gotoblas2)
+  check_fortran_libraries(
+  BLAS_LIBRARIES
+  BLAS
+  sgemm
+  ""
+  "goto2"
+  ""
+  )
+ endif(NOT BLAS_LIBRARIES)
+endif (BLA_VENDOR STREQUAL "Goto" OR BLA_VENDOR STREQUAL "All")
+
+if (BLA_VENDOR STREQUAL "OpenBLAS" OR BLA_VENDOR STREQUAL "All")
+ if(NOT BLAS_LIBRARIES)
+  # openblas (http://www.openblas.net)
+  check_fortran_libraries(
+  BLAS_LIBRARIES
+  BLAS
+  sgemm
+  ""
+  "openblas"
+  ""
+  )
+ endif(NOT BLAS_LIBRARIES)
+endif (BLA_VENDOR STREQUAL "OpenBLAS" OR BLA_VENDOR STREQUAL "All")
+
+if (BLA_VENDOR STREQUAL "ATLAS" OR BLA_VENDOR STREQUAL "All")
+ if(NOT BLAS_LIBRARIES)
+  # BLAS in ATLAS library? (http://math-atlas.sourceforge.net/)
+  check_fortran_libraries(
+  BLAS_LIBRARIES
+  BLAS
+  dgemm
+  ""
+  "cblas;f77blas;atlas"
+  ""
+  )
+ endif(NOT BLAS_LIBRARIES)
+endif (BLA_VENDOR STREQUAL "ATLAS" OR BLA_VENDOR STREQUAL "All")
+
+# BLAS in PhiPACK libraries? (requires generic BLAS lib, too)
+if (BLA_VENDOR STREQUAL "PhiPACK" OR BLA_VENDOR STREQUAL "All")
+ if(NOT BLAS_LIBRARIES)
+  check_fortran_libraries(
+  BLAS_LIBRARIES
+  BLAS
+  sgemm
+  ""
+  "sgemm;dgemm;blas"
+  ""
+  )
+ endif(NOT BLAS_LIBRARIES)
+endif (BLA_VENDOR STREQUAL "PhiPACK" OR BLA_VENDOR STREQUAL "All")
+
+# BLAS in Alpha CXML library?
+if (BLA_VENDOR STREQUAL "CXML" OR BLA_VENDOR STREQUAL "All")
+ if(NOT BLAS_LIBRARIES)
+  check_fortran_libraries(
+  BLAS_LIBRARIES
+  BLAS
+  sgemm
+  ""
+  "cxml"
+  ""
+  )
+ endif(NOT BLAS_LIBRARIES)
+endif (BLA_VENDOR STREQUAL "CXML" OR BLA_VENDOR STREQUAL "All")
+
+# BLAS in Alpha DXML library? (now called CXML, see above)
+if (BLA_VENDOR STREQUAL "DXML" OR BLA_VENDOR STREQUAL "All")
+ if(NOT BLAS_LIBRARIES)
+  check_fortran_libraries(
+  BLAS_LIBRARIES
+  BLAS
+  sgemm
+  ""
+  "dxml"
+  ""
+  )
+ endif(NOT BLAS_LIBRARIES)
+endif (BLA_VENDOR STREQUAL "DXML" OR BLA_VENDOR STREQUAL "All")
+
+# BLAS in Sun Performance library?
+if (BLA_VENDOR STREQUAL "SunPerf" OR BLA_VENDOR STREQUAL "All")
+ if(NOT BLAS_LIBRARIES)
+  check_fortran_libraries(
+  BLAS_LIBRARIES
+  BLAS
+  sgemm
+  "-xlic_lib=sunperf"
+  "sunperf;sunmath"
+  ""
+  )
+  if(BLAS_LIBRARIES)
+    set(BLAS_LINKER_FLAGS "-xlic_lib=sunperf")
+  endif(BLAS_LIBRARIES)
+ endif(NOT BLAS_LIBRARIES)
+endif (BLA_VENDOR STREQUAL "SunPerf" OR BLA_VENDOR STREQUAL "All")
+
+# BLAS in SCSL library?  (SGI/Cray Scientific Library)
+if (BLA_VENDOR STREQUAL "SCSL" OR BLA_VENDOR STREQUAL "All")
+ if(NOT BLAS_LIBRARIES)
+  check_fortran_libraries(
+  BLAS_LIBRARIES
+  BLAS
+  sgemm
+  ""
+  "scsl"
+  ""
+  )
+ endif(NOT BLAS_LIBRARIES)
+endif (BLA_VENDOR STREQUAL "SCSL" OR BLA_VENDOR STREQUAL "All")
+
+# BLAS in SGIMATH library?
+if (BLA_VENDOR STREQUAL "SGIMATH" OR BLA_VENDOR STREQUAL "All")
+ if(NOT BLAS_LIBRARIES)
+  check_fortran_libraries(
+  BLAS_LIBRARIES
+  BLAS
+  sgemm
+  ""
+  "complib.sgimath"
+  ""
+  )
+ endif(NOT BLAS_LIBRARIES)
+endif (BLA_VENDOR STREQUAL "SGIMATH" OR BLA_VENDOR STREQUAL "All")
+
+# BLAS in IBM ESSL library? (requires generic BLAS lib, too)
+if (BLA_VENDOR STREQUAL "IBMESSL" OR BLA_VENDOR STREQUAL "All")
+ if(NOT BLAS_LIBRARIES)
+  check_fortran_libraries(
+  BLAS_LIBRARIES
+  BLAS
+  sgemm
+  ""
+  "essl;blas"
+  ""
+  )
+ endif(NOT BLAS_LIBRARIES)
+endif (BLA_VENDOR STREQUAL "IBMESSL" OR BLA_VENDOR STREQUAL "All")
+
+#BLAS in acml library?
+if (BLA_VENDOR MATCHES "ACML.*" OR BLA_VENDOR STREQUAL "All")
+ if( ((BLA_VENDOR STREQUAL "ACML") AND (NOT BLAS_ACML_LIB_DIRS)) OR
+     ((BLA_VENDOR STREQUAL "ACML_MP") AND (NOT BLAS_ACML_MP_LIB_DIRS)) OR
+     ((BLA_VENDOR STREQUAL "ACML_GPU") AND (NOT BLAS_ACML_GPU_LIB_DIRS))
+   )
+   # try to find acml in "standard" paths
+   if( WIN32 )
+    file( GLOB _ACML_ROOT "C:/AMD/acml*/ACML-EULA.txt" )
+   else()
+    file( GLOB _ACML_ROOT "/opt/acml*/ACML-EULA.txt" )
+   endif()
+   if( WIN32 )
+    file( GLOB _ACML_GPU_ROOT "C:/AMD/acml*/GPGPUexamples" )
+   else()
+    file( GLOB _ACML_GPU_ROOT "/opt/acml*/GPGPUexamples" )
+   endif()
+   list(GET _ACML_ROOT 0 _ACML_ROOT)
+   list(GET _ACML_GPU_ROOT 0 _ACML_GPU_ROOT)
+   if( _ACML_ROOT )
+    get_filename_component( _ACML_ROOT ${_ACML_ROOT} PATH )
+    if( SIZEOF_INTEGER EQUAL 8 )
+     set( _ACML_PATH_SUFFIX "_int64" )
+    else()
+    set( _ACML_PATH_SUFFIX "" )
+   endif()
+   if( CMAKE_Fortran_COMPILER_ID STREQUAL "Intel" )
+    set( _ACML_COMPILER32 "ifort32" )
+    set( _ACML_COMPILER64 "ifort64" )
+   elseif( CMAKE_Fortran_COMPILER_ID STREQUAL "SunPro" )
+    set( _ACML_COMPILER32 "sun32" )
+    set( _ACML_COMPILER64 "sun64" )
+   elseif( CMAKE_Fortran_COMPILER_ID STREQUAL "PGI" )
+    set( _ACML_COMPILER32 "pgi32" )
+    if( WIN32 )
+     set( _ACML_COMPILER64 "win64" )
+    else()
+     set( _ACML_COMPILER64 "pgi64" )
+    endif()
+   elseif( CMAKE_Fortran_COMPILER_ID STREQUAL "Open64" )
+    # 32 bit builds not supported on Open64 but for code simplicity
+    # We'll just use the same directory twice
+    set( _ACML_COMPILER32 "open64_64" )
+    set( _ACML_COMPILER64 "open64_64" )
+   elseif( CMAKE_Fortran_COMPILER_ID STREQUAL "NAG" )
+    set( _ACML_COMPILER32 "nag32" )
+    set( _ACML_COMPILER64 "nag64" )
+   else() #if( CMAKE_Fortran_COMPILER_ID STREQUAL "GNU" )
+    set( _ACML_COMPILER32 "gfortran32" )
+    set( _ACML_COMPILER64 "gfortran64" )
+   endif()
+
+   if( BLA_VENDOR STREQUAL "ACML_MP" )
+    set(_ACML_MP_LIB_DIRS
+     "${_ACML_ROOT}/${_ACML_COMPILER32}_mp${_ACML_PATH_SUFFIX}/lib"
+     "${_ACML_ROOT}/${_ACML_COMPILER64}_mp${_ACML_PATH_SUFFIX}/lib" )
+   else() #if( _BLAS_VENDOR STREQUAL "ACML" )
+    set(_ACML_LIB_DIRS
+     "${_ACML_ROOT}/${_ACML_COMPILER32}${_ACML_PATH_SUFFIX}/lib"
+     "${_ACML_ROOT}/${_ACML_COMPILER64}${_ACML_PATH_SUFFIX}/lib" )
+   endif()
+  endif()
+ elseif(BLAS_${BLA_VENDOR}_LIB_DIRS)
+   set(_${BLA_VENDOR}_LIB_DIRS ${BLAS_${BLA_VENDOR}_LIB_DIRS})
+ endif()
+
+ if( BLA_VENDOR STREQUAL "ACML_MP" )
+  foreach( BLAS_ACML_MP_LIB_DIRS ${_ACML_MP_LIB_DIRS})
+   check_fortran_libraries (
+     BLAS_LIBRARIES
+     BLAS
+     sgemm
+     "" "acml_mp;acml_mv" "" ${BLAS_ACML_MP_LIB_DIRS}
+   )
+   if( BLAS_LIBRARIES )
+    break()
+   endif()
+  endforeach()
+ elseif( BLA_VENDOR STREQUAL "ACML_GPU" )
+  foreach( BLAS_ACML_GPU_LIB_DIRS ${_ACML_GPU_LIB_DIRS})
+   check_fortran_libraries (
+     BLAS_LIBRARIES
+     BLAS
+     sgemm
+     "" "acml;acml_mv;CALBLAS" "" ${BLAS_ACML_GPU_LIB_DIRS}
+   )
+   if( BLAS_LIBRARIES )
+    break()
+   endif()
+  endforeach()
+ else() #if( _BLAS_VENDOR STREQUAL "ACML" )
+  foreach( BLAS_ACML_LIB_DIRS ${_ACML_LIB_DIRS} )
+   check_fortran_libraries (
+     BLAS_LIBRARIES
+     BLAS
+     sgemm
+     "" "acml;acml_mv" "" ${BLAS_ACML_LIB_DIRS}
+   )
+   if( BLAS_LIBRARIES )
+    break()
+   endif()
+  endforeach()
+ endif()
+
+ # Either acml or acml_mp should be in LD_LIBRARY_PATH but not both
+ if(NOT BLAS_LIBRARIES)
+  check_fortran_libraries(
+  BLAS_LIBRARIES
+  BLAS
+  sgemm
+  ""
+  "acml;acml_mv"
+  ""
+  )
+ endif(NOT BLAS_LIBRARIES)
+ if(NOT BLAS_LIBRARIES)
+  check_fortran_libraries(
+  BLAS_LIBRARIES
+  BLAS
+  sgemm
+  ""
+  "acml_mp;acml_mv"
+  ""
+  )
+ endif(NOT BLAS_LIBRARIES)
+ if(NOT BLAS_LIBRARIES)
+  check_fortran_libraries(
+  BLAS_LIBRARIES
+  BLAS
+  sgemm
+  ""
+  "acml;acml_mv;CALBLAS"
+  ""
+  )
+ endif(NOT BLAS_LIBRARIES)
+endif () # ACML
+
+# Apple BLAS library?
+if (BLA_VENDOR STREQUAL "Apple" OR BLA_VENDOR STREQUAL "All")
+if(NOT BLAS_LIBRARIES)
+  check_fortran_libraries(
+  BLAS_LIBRARIES
+  BLAS
+  dgemm
+  ""
+  "Accelerate"
+  ""
+  )
+ endif(NOT BLAS_LIBRARIES)
+endif (BLA_VENDOR STREQUAL "Apple" OR BLA_VENDOR STREQUAL "All")
+
+if (BLA_VENDOR STREQUAL "NAS" OR BLA_VENDOR STREQUAL "All")
+ if ( NOT BLAS_LIBRARIES )
+    check_fortran_libraries(
+    BLAS_LIBRARIES
+    BLAS
+    dgemm
+    ""
+    "vecLib"
+    ""
+    )
+ endif ( NOT BLAS_LIBRARIES )
+endif (BLA_VENDOR STREQUAL "NAS" OR BLA_VENDOR STREQUAL "All")
+# Generic BLAS library?
+if (BLA_VENDOR STREQUAL "Generic" OR BLA_VENDOR STREQUAL "All")
+ if(NOT BLAS_LIBRARIES)
+  check_fortran_libraries(
+  BLAS_LIBRARIES
+  BLAS
+  sgemm
+  ""
+  "blas"
+  ""
+  )
+ endif(NOT BLAS_LIBRARIES)
+endif (BLA_VENDOR STREQUAL "Generic" OR BLA_VENDOR STREQUAL "All")
+
+#BLAS in intel mkl 10 library? (em64t 64bit)
+if (BLA_VENDOR MATCHES "Intel*" OR BLA_VENDOR STREQUAL "All")
+ if (NOT WIN32)
+  set(LM "-lm")
+ endif ()
+ if (_LANGUAGES_ MATCHES C OR _LANGUAGES_ MATCHES CXX)
+  if(BLAS_FIND_QUIETLY OR NOT BLAS_FIND_REQUIRED)
+    find_package(Threads)
+  else(BLAS_FIND_QUIETLY OR NOT BLAS_FIND_REQUIRED)
+    find_package(Threads REQUIRED)
+  endif(BLAS_FIND_QUIETLY OR NOT BLAS_FIND_REQUIRED)
+
+  set(BLAS_SEARCH_LIBS "")
+
+  if(BLA_F95)
+    set(BLAS_mkl_SEARCH_SYMBOL SGEMM)
+    set(_LIBRARIES BLAS95_LIBRARIES)
+    if (WIN32)
+      list(APPEND BLAS_SEARCH_LIBS
+        "mkl_blas95 mkl_intel_c mkl_intel_thread mkl_core libguide40")
+    else (WIN32)
+      if (BLA_VENDOR STREQUAL "Intel10_32" OR BLA_VENDOR STREQUAL "All")
+        list(APPEND BLAS_SEARCH_LIBS
+          "mkl_blas95 mkl_intel mkl_intel_thread mkl_core guide")
+      endif ()
+      if (BLA_VENDOR STREQUAL "Intel10_64lp" OR BLA_VENDOR STREQUAL "All")
+        # old version
+        list(APPEND BLAS_SEARCH_LIBS
+          "mkl_blas95 mkl_intel_lp64 mkl_intel_thread mkl_core guide")
+
+        # mkl >= 10.3
+        if (CMAKE_C_COMPILER MATCHES ".+gcc.*")
+          list(APPEND BLAS_SEARCH_LIBS
+            "mkl_blas95_lp64 mkl_intel_lp64 mkl_gnu_thread mkl_core")
+          set(LM "${LM};-lgomp")
+        else ()
+          list(APPEND BLAS_SEARCH_LIBS
+            "mkl_blas95_lp64 mkl_intel_lp64 mkl_intel_thread mkl_core iomp5")
+        endif ()
+      endif ()
+    endif (WIN32)
+    if (BLA_VENDOR STREQUAL "Intel10_64lp_seq" OR BLA_VENDOR STREQUAL "All")
+      list(APPEND BLAS_SEARCH_LIBS
+        "mkl_blas95_lp64 mkl_intel_lp64 mkl_sequential mkl_core")
+    endif ()
+  else (BLA_F95)
+    set(BLAS_mkl_SEARCH_SYMBOL sgemm)
+    set(_LIBRARIES BLAS_LIBRARIES)
+    if (WIN32)
+      list(APPEND BLAS_SEARCH_LIBS
+        "mkl_c_dll mkl_intel_thread_dll mkl_core_dll libguide40")
+    else (WIN32)
+      if (BLA_VENDOR STREQUAL "Intel10_32" OR BLA_VENDOR STREQUAL "All")
+        list(APPEND BLAS_SEARCH_LIBS
+          "mkl_intel mkl_intel_thread mkl_core guide")
+      endif ()
+      if (BLA_VENDOR STREQUAL "Intel10_64lp" OR BLA_VENDOR STREQUAL "All")
+
+        # old version
+        list(APPEND BLAS_SEARCH_LIBS
+          "mkl_intel_lp64 mkl_intel_thread mkl_core guide")
+
+        # mkl >= 10.3
+        if (CMAKE_C_COMPILER MATCHES ".+gcc.*")
+          list(APPEND BLAS_SEARCH_LIBS
+            "mkl_intel_lp64 mkl_gnu_thread mkl_core")
+          set(LM "${LM};-lgomp")
+        else ()
+          list(APPEND BLAS_SEARCH_LIBS
+            "mkl_intel_lp64 mkl_intel_thread mkl_core iomp5")
+        endif ()
+      endif ()
+
+      #older vesions of intel mkl libs
+      if (BLA_VENDOR STREQUAL "Intel" OR BLA_VENDOR STREQUAL "All")
+        list(APPEND BLAS_SEARCH_LIBS
+          "mkl")
+        list(APPEND BLAS_SEARCH_LIBS
+          "mkl_ia32")
+        list(APPEND BLAS_SEARCH_LIBS
+          "mkl_em64t")
+      endif ()
+    endif (WIN32)
+    if (BLA_VENDOR STREQUAL "Intel10_64lp_seq" OR BLA_VENDOR STREQUAL "All")
+      list(APPEND BLAS_SEARCH_LIBS
+        "mkl_intel_lp64 mkl_sequential mkl_core")
+    endif ()
+  endif (BLA_F95)
+
+  foreach (IT ${BLAS_SEARCH_LIBS})
+    string(REPLACE " " ";" SEARCH_LIBS ${IT})
+    if (${_LIBRARIES})
+    else ()
+      check_fortran_libraries(
+        ${_LIBRARIES}
+        BLAS
+        ${BLAS_mkl_SEARCH_SYMBOL}
+        ""
+        "${SEARCH_LIBS}"
+        "${CMAKE_THREAD_LIBS_INIT};${LM}"
+        )
+    endif ()
+  endforeach ()
+
+ endif (_LANGUAGES_ MATCHES C OR _LANGUAGES_ MATCHES CXX)
+endif (BLA_VENDOR MATCHES "Intel*" OR BLA_VENDOR STREQUAL "All")
+
+
+if(BLA_F95)
+ if(BLAS95_LIBRARIES)
+    set(BLAS95_FOUND TRUE)
+  else(BLAS95_LIBRARIES)
+    set(BLAS95_FOUND FALSE)
+  endif(BLAS95_LIBRARIES)
+
+  if(NOT BLAS_FIND_QUIETLY)
+    if(BLAS95_FOUND)
+      message(STATUS "A library with BLAS95 API found.")
+    else(BLAS95_FOUND)
+      if(BLAS_FIND_REQUIRED)
+        message(FATAL_ERROR
+        "A required library with BLAS95 API not found. Please specify library location.")
+      else(BLAS_FIND_REQUIRED)
+        message(STATUS
+        "A library with BLAS95 API not found. Please specify library location.")
+      endif(BLAS_FIND_REQUIRED)
+    endif(BLAS95_FOUND)
+  endif(NOT BLAS_FIND_QUIETLY)
+  set(BLAS_FOUND TRUE)
+  set(BLAS_LIBRARIES "${BLAS95_LIBRARIES}")
+else(BLA_F95)
+  if(BLAS_LIBRARIES)
+    set(BLAS_FOUND TRUE)
+  else(BLAS_LIBRARIES)
+    set(BLAS_FOUND FALSE)
+  endif(BLAS_LIBRARIES)
+
+  if(NOT BLAS_FIND_QUIETLY)
+    if(BLAS_FOUND)
+      message(STATUS "Found BLAS: ${BLAS_LIBRARIES}")
+    else(BLAS_FOUND)
+      if(BLAS_FIND_REQUIRED)
+        message(FATAL_ERROR
+        "A required library with BLAS API not found. Please specify library location."
+        )
+      else(BLAS_FIND_REQUIRED)
+        message(STATUS
+        "A library with BLAS API not found. Please specify library location."
+        )
+      endif(BLAS_FIND_REQUIRED)
+    endif(BLAS_FOUND)
+  endif(NOT BLAS_FIND_QUIETLY)
+endif(BLA_F95)
+
+set(CMAKE_FIND_LIBRARY_SUFFIXES ${_blas_ORIG_CMAKE_FIND_LIBRARY_SUFFIXES})
diff --git a/cmake/modules/FindBLASHeader.cmake b/cmake/modules/FindBLASHeader.cmake
new file mode 100644
index 0000000..c17997d
--- /dev/null
+++ b/cmake/modules/FindBLASHeader.cmake
@@ -0,0 +1,50 @@
+# - Try to find BLAS header cblas.h
+# Once done this will define
+#
+#  BLASHEADER_FOUND  - system has BLAS
+#  BLAS_INCLUDE_DIRS - include directories for BLAS
+#
+
+#=============================================================================
+# Copyright (C) 2010 Garth N. Wells
+# All rights reserved.
+#
+# Redistribution and use in source and binary forms, with or without
+# modification, are permitted provided that the following conditions
+# are met:
+#
+# 1. Redistributions of source code must retain the above copyright
+#    notice, this list of conditions and the following disclaimer.
+# 2. Redistributions in binary form must reproduce the above copyright
+#    notice, this list of conditions and the following disclaimer in
+#    the documentation and/or other materials provided with the
+#    distribution.
+#
+# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
+# "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
+# LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS
+# FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
+# COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,
+# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
+# BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
+# LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
+# CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
+# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
+# ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
+# POSSIBILITY OF SUCH DAMAGE.
+#=============================================================================
+
+message(STATUS "Checking for package 'BLAS'")
+
+# Check for header file
+find_path(BLASHEADER_INCLUDE_DIRS cblas.h
+ HINTS ${BLASHEADER_DIR}/include $ENV{BLASHEADER_DIR}/include
+ DOC "Directory where the BLAS header is located"
+ )
+mark_as_advanced(BLASBLASHEADER_INCLUDE_DIRS)
+
+# Standard package handling
+include(FindPackageHandleStandardArgs)
+find_package_handle_standard_args(BLASHEADER
+  "BLAS C header could not be found. Be sure to set BLASHEADER_DIR."
+  BLASHEADER_INCLUDE_DIRS)
diff --git a/cmake/modules/FindCHOLMOD.cmake b/cmake/modules/FindCHOLMOD.cmake
new file mode 100644
index 0000000..011c343
--- /dev/null
+++ b/cmake/modules/FindCHOLMOD.cmake
@@ -0,0 +1,237 @@
+# - Try to find CHOLMOD
+# Once done this will define
+#
+#  CHOLMOD_FOUND        - system has CHOLMOD
+#  CHOLMOD_INCLUDE_DIRS - include directories for CHOLMOD
+#  CHOLMOD_LIBRARIES    - libraries for CHOLMOD
+
+#=============================================================================
+# Copyright (C) 2010-2011 Garth N. Wells, Anders Logg and Johannes Ring
+# All rights reserved.
+#
+# Redistribution and use in source and binary forms, with or without
+# modification, are permitted provided that the following conditions
+# are met:
+#
+# 1. Redistributions of source code must retain the above copyright
+#    notice, this list of conditions and the following disclaimer.
+# 2. Redistributions in binary form must reproduce the above copyright
+#    notice, this list of conditions and the following disclaimer in
+#    the documentation and/or other materials provided with the
+#    distribution.
+#
+# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
+# "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
+# LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS
+# FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
+# COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,
+# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
+# BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
+# LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
+# CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
+# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
+# ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
+# POSSIBILITY OF SUCH DAMAGE.
+#=============================================================================
+
+message(STATUS "Checking for package 'CHOLMOD'")
+
+# Find packages that CHOLMOD depends on
+set(CMAKE_LIBRARY_PATH ${BLAS_DIR}/lib $ENV{BLAS_DIR}/lib ${CMAKE_LIBRARY_PATH})
+set(CMAKE_LIBRARY_PATH ${LAPACK_DIR}/lib $ENV{LAPACK_DIR}/lib ${CMAKE_LIBRARY_PATH})
+find_package(AMD QUIET)
+find_package(BLAS QUIET)
+find_package(LAPACK QUIET)
+if (DOLFIN_ENABLE_PARMETIS)
+  find_package(ParMETIS 4.0.2 QUIET)
+endif()
+
+# FIXME: Should we have separate FindXX modules for CAMD, COLAMD, and CCOLAMD?
+# FIXME: find_package(CAMD)
+# FIXME: find_package(COLAMD)
+# FIXME: find_package(CCOLAMD)
+
+# FIXME: It may be necessary to link to LAPACK and BLAS (or the vecLib
+# FIXME: framework on Darwin).
+
+# Check for header file
+find_path(CHOLMOD_INCLUDE_DIRS cholmod.h
+  HINTS ${CHOLMOD_DIR}/include $ENV{CHOLMOD_DIR}/include ${PETSC_INCLUDE_DIRS} $ENV{PETSC_DIR}/include
+  PATH_SUFFIXES suitesparse ufsparse
+  DOC "Directory where the CHOLMOD header is located")
+
+# Check for CHOLMOD library
+find_library(CHOLMOD_LIBRARY cholmod
+  HINTS ${CHOLMOD_DIR}/lib $ENV{CHOLMOD_DIR}/lib ${PETSC_LIBRARY_DIRS} $ENV{PETSC_DIR}/lib
+  DOC "The CHOLMOD library")
+
+# Check for CAMD library
+find_library(CAMD_LIBRARY camd
+  HINTS ${CHOLMOD_DIR}/lib ${CAMD_DIR}/lib $ENV{CHOLMOD_DIR}/lib
+  $ENV{CAMD_DIR}/lib ${PETSC_LIBRARY_DIRS} $ENV{PETSC_DIR}/lib
+  DOC "The CAMD library")
+
+# Check for COLAMD library
+find_library(COLAMD_LIBRARY colamd
+  HINTS ${CHOLMOD_DIR}/lib ${COLAMD_DIR}/lib $ENV{CHOLMOD_DIR}/lib
+  $ENV{COLAMD_DIR}/lib ${PETSC_LIBRARY_DIRS} $ENV{PETSC_DIR}/lib
+  DOC "The COLAMD library"
+  )
+
+# Check for CCOLAMD library
+find_library(CCOLAMD_LIBRARY ccolamd
+  HINTS ${CHOLMOD_DIR}/lib ${CCOLAMD_DIR}/lib $ENV{CHOLMOD_DIR}/lib
+  $ENV{CCOLAMD_DIR}/lib ${PETSC_LIBRARY_DIRS} $ENV{PETSC_DIR}/lib
+  DOC "The CCOLAMD library")
+
+# Check for SUITESPARSECONFIG library
+find_library(SUITESPARSECONFIG_LIBRARY suitesparseconfig
+  HINTS ${CHOLMOD_DIR}/lib ${CCOLAMD_DIR}/lib $ENV{CHOLMOD_DIR}/lib
+  $ENV{CCOLAMD_DIR}/lib ${PETSC_LIBRARY_DIRS} $ENV{PETSC_DIR}/lib
+  DOC "The SUITESPARSECONFIG library")
+
+if ("${CMAKE_CXX_COMPILER_ID}" STREQUAL "GNU" AND NOT APPLE)
+  # Check for rt library
+  find_library(RT_LIBRARY rt
+    DOC "The RT library")
+endif()
+
+# Collect libraries (order is important)
+set(CHOLMOD_LIBRARIES)
+if (CHOLMOD_LIBRARY)
+  set(CHOLMOD_LIBRARIES ${CHOLMOD_LIBRARIES} ${CHOLMOD_LIBRARY})
+endif()
+if (AMD_FOUND)
+  set(CHOLMOD_LIBRARIES ${CHOLMOD_LIBRARIES}  ${AMD_LIBRARIES})
+endif()
+if (CAMD_LIBRARY)
+  set(CHOLMOD_LIBRARIES ${CHOLMOD_LIBRARIES} ${CAMD_LIBRARY})
+endif()
+if (COLAMD_LIBRARY)
+  set(CHOLMOD_LIBRARIES ${CHOLMOD_LIBRARIES} ${COLAMD_LIBRARY})
+endif()
+if (CCOLAMD_LIBRARY)
+  set(CHOLMOD_LIBRARIES ${CHOLMOD_LIBRARIES} ${CCOLAMD_LIBRARY})
+endif()
+if (SUITESPARSECONFIG_LIBRARY)
+  set(CHOLMOD_LIBRARIES ${CHOLMOD_LIBRARIES} ${SUITESPARSECONFIG_LIBRARY})
+endif()
+if (RT_LIBRARY)
+  set(CHOLMOD_LIBRARIES ${CHOLMOD_LIBRARIES} ${RT_LIBRARY})
+endif()
+
+if (PARMETIS_FOUND)
+  set(CHOLMOD_LIBRARIES ${CHOLMOD_LIBRARIES} ${PARMETIS_LIBRARIES})
+endif()
+if (LAPACK_FOUND)
+  set(CHOLMOD_LIBRARIES ${CHOLMOD_LIBRARIES} ${LAPACK_LIBRARIES})
+endif()
+if (BLAS_FOUND)
+  set(CHOLMOD_LIBRARIES ${CHOLMOD_LIBRARIES} ${BLAS_LIBRARIES})
+endif()
+
+find_program(GFORTRAN_EXECUTABLE gfortran)
+if (GFORTRAN_EXECUTABLE)
+  execute_process(COMMAND ${GFORTRAN_EXECUTABLE} -print-file-name=libgfortran.so
+  OUTPUT_VARIABLE GFORTRAN_LIBRARY
+  OUTPUT_STRIP_TRAILING_WHITESPACE)
+  if (EXISTS "${GFORTRAN_LIBRARY}")
+    set(CHOLMOD_LIBRARIES ${CHOLMOD_LIBRARIES} ${GFORTRAN_LIBRARY})
+  endif()
+endif()
+
+mark_as_advanced(CHOLMOD_INCLUDE_DIRS CHOLMOD_LIBRARY CHOLMOD_LIBRARIES
+  CAMD_LIBRARY COLAMD_LIBRARY CCOLAMD_LIBRARY)
+
+# Try to run a test program that uses CHOLMOD
+if (DOLFIN_SKIP_BUILD_TESTS)
+  set(CHOLMOD_TEST_RUNS TRUE)
+elseif (CHOLMOD_INCLUDE_DIRS AND CHOLMOD_LIBRARIES AND AMD_FOUND)
+
+  set(CMAKE_REQUIRED_INCLUDES  ${CHOLMOD_INCLUDE_DIRS} ${AMD_INCLUDE_DIRS})
+  set(CMAKE_REQUIRED_LIBRARIES ${CHOLMOD_LIBRARIES})
+
+  set(CHOLMOD_TEST_LIB_CPP
+    "${CMAKE_CURRENT_BINARY_DIR}/CMakeFiles/cholmod_test_lib.cpp")
+  file(WRITE ${CHOLMOD_TEST_LIB_CPP} "
+#include <stdio.h>
+#include <cholmod.h>
+
+int main()
+{
+  cholmod_dense *D;
+  cholmod_sparse *S;
+  cholmod_dense *x, *b, *r;
+  cholmod_factor *L;
+  double one[2] = {1,0}, m1[2] = {-1,0};
+  double *dx;
+  cholmod_common c;
+  int n = 5;
+  double K[5][5] = {{1.0, 0.0, 0.0, 0.0, 0.0},
+                    {0.0, 2.0,-1.0, 0.0, 0.0},
+                    {0.0,-1.0, 2.0,-1.0, 0.0},
+                    {0.0, 0.0,-1.0, 2.0, 0.0},
+                    {0.0, 0.0, 0.0, 0.0, 1.0}};
+  cholmod_start (&c);
+  D = cholmod_allocate_dense(n, n, n, CHOLMOD_REAL, &c);
+  dx = (double*)D->x;
+  for (int i=0; i < n; i++)
+    for (int j=0; j < n; j++)
+      dx[i+j*n] = K[i][j];
+  S = cholmod_dense_to_sparse(D, 1, &c);
+  S->stype = 1;
+  cholmod_reallocate_sparse(cholmod_nnz(S, &c), S, &c);
+  b = cholmod_ones(S->nrow, 1, S->xtype, &c);
+  L = cholmod_analyze(S, &c);
+/*
+  cholmod_factorize(S, L, &c);
+  x = cholmod_solve(CHOLMOD_A, L, b, &c);
+  r = cholmod_copy_dense(b, &c);
+  cholmod_sdmult(S, 0, m1, one, x, r, &c);
+  cholmod_free_factor(&L, &c);
+  cholmod_free_dense(&D, &c);
+  cholmod_free_sparse(&S, &c);
+  cholmod_free_dense(&r, &c);
+  cholmod_free_dense(&x, &c);
+  cholmod_free_dense(&b, &c);
+  cholmod_finish(&c);
+  return 0;
+*/
+}
+")
+
+  try_run(CHOLMOD_TEST_LIB_EXITCODE
+    CHOLMOD_TEST_LIB_COMPILED
+    ${CMAKE_CURRENT_BINARY_DIR}
+    ${CHOLMOD_TEST_LIB_CPP}
+    CMAKE_FLAGS
+    "-DINCLUDE_DIRECTORIES:STRING=${CMAKE_REQUIRED_INCLUDES}"
+    "-DLINK_LIBRARIES:STRING=${CMAKE_REQUIRED_LIBRARIES}"
+    COMPILE_OUTPUT_VARIABLE CHOLMOD_TEST_LIB_COMPILE_OUTPUT
+    RUN_OUTPUT_VARIABLE CHOLMOD_TEST_LIB_OUTPUT
+    )
+
+  if (CHOLMOD_TEST_LIB_COMPILED AND CHOLMOD_TEST_LIB_EXITCODE EQUAL 0)
+    message(STATUS "Performing test CHOLMOD_TEST_RUNS - Success")
+    set(CHOLMOD_TEST_RUNS TRUE)
+  else()
+    message(STATUS "Performing test CHOLMOD_TEST_RUNS - Failed")
+
+    file(APPEND ${CMAKE_BINARY_DIR}${CMAKE_FILES_DIRECTORY}/CMakeError.log
+      "Failed to run CHOLMOD test:\n"
+      "CMAKE_REQUIRED_INCLUDES: ${CMAKE_REQUIRED_INCLUDES}\n"
+      "CMAKE_REQUIRED_LIBRARIES: ${CMAKE_REQUIRED_LIBRARIES}\n"
+      "CMAKE_REQUIRED_FLAGS: ${CMAKE_REQUIRED_FLAGS}\n"
+      "CHOLMOD_TEST_LIB_EXITCODE: ${CHOLMOD_TEST_LIB_EXITCODE}\n"
+      "CHOLMOD_TEST_LIB_COMPILED: ${CHOLMOD_TEST_LIB_COMPILED}\n"
+      "CHOLMOD_TEST_LIB_COMPILE_OUTPUT: ${CHOLMOD_TEST_LIB_COMPILE_OUTPUT}\n"
+      "CHOLMOD_TEST_LIB_OUTPUT: ${CHOLMOD_TEST_LIB_OUTPUT}\n\n")
+  endif()
+
+endif()
+
+# Standard package handling
+include(FindPackageHandleStandardArgs)
+find_package_handle_standard_args(CHOLMOD
+  "CHOLMOD could not be found. Be sure to set CHOLMOD_DIR."
+  CHOLMOD_LIBRARIES CHOLMOD_INCLUDE_DIRS CHOLMOD_TEST_RUNS)
diff --git a/cmake/modules/FindEigen3.cmake b/cmake/modules/FindEigen3.cmake
new file mode 100644
index 0000000..deda49d
--- /dev/null
+++ b/cmake/modules/FindEigen3.cmake
@@ -0,0 +1,101 @@
+# - Try to find Eigen3 lib
+#
+# This module supports requiring a minimum version, e.g. you can do
+#   find_package(Eigen3 3.1.2)
+# to require version 3.1.2 or newer of Eigen3.
+#
+# Once done this will define
+#
+#  EIGEN3_FOUND - system has eigen lib with correct version
+#  EIGEN3_INCLUDE_DIR - the eigen include directory
+#  EIGEN3_VERSION - eigen version
+#
+# This module reads hints about search locations from
+# the following enviroment variables:
+#
+# EIGEN3_ROOT
+# EIGEN3_ROOT_DIR
+
+# Copyright (c) 2006, 2007 Montel Laurent, <montel@kde.org>
+# Copyright (c) 2008, 2009 Gael Guennebaud, <g.gael@free.fr>
+# Copyright (c) 2009 Benoit Jacob <jacob.benoit.1@gmail.com>
+# Redistribution and use is allowed according to the terms of the 2-clause BSD license.
+
+# Modified by Garth N. Wells <gnw20@cam.ac.uk> to add EIGEN_DIR to
+# search path
+
+if(NOT Eigen3_FIND_VERSION)
+  if(NOT Eigen3_FIND_VERSION_MAJOR)
+    set(Eigen3_FIND_VERSION_MAJOR 2)
+  endif(NOT Eigen3_FIND_VERSION_MAJOR)
+  if(NOT Eigen3_FIND_VERSION_MINOR)
+    set(Eigen3_FIND_VERSION_MINOR 91)
+  endif(NOT Eigen3_FIND_VERSION_MINOR)
+  if(NOT Eigen3_FIND_VERSION_PATCH)
+    set(Eigen3_FIND_VERSION_PATCH 0)
+  endif(NOT Eigen3_FIND_VERSION_PATCH)
+
+  set(Eigen3_FIND_VERSION "${Eigen3_FIND_VERSION_MAJOR}.${Eigen3_FIND_VERSION_MINOR}.${Eigen3_FIND_VERSION_PATCH}")
+endif(NOT Eigen3_FIND_VERSION)
+
+macro(_eigen3_check_version)
+  file(READ "${EIGEN3_INCLUDE_DIR}/Eigen/src/Core/util/Macros.h" _eigen3_version_header)
+
+  string(REGEX MATCH "define[ \t]+EIGEN_WORLD_VERSION[ \t]+([0-9]+)" _eigen3_world_version_match "${_eigen3_version_header}")
+  set(EIGEN3_WORLD_VERSION "${CMAKE_MATCH_1}")
+  string(REGEX MATCH "define[ \t]+EIGEN_MAJOR_VERSION[ \t]+([0-9]+)" _eigen3_major_version_match "${_eigen3_version_header}")
+  set(EIGEN3_MAJOR_VERSION "${CMAKE_MATCH_1}")
+  string(REGEX MATCH "define[ \t]+EIGEN_MINOR_VERSION[ \t]+([0-9]+)" _eigen3_minor_version_match "${_eigen3_version_header}")
+  set(EIGEN3_MINOR_VERSION "${CMAKE_MATCH_1}")
+
+  set(EIGEN3_VERSION ${EIGEN3_WORLD_VERSION}.${EIGEN3_MAJOR_VERSION}.${EIGEN3_MINOR_VERSION})
+  if(${EIGEN3_VERSION} VERSION_LESS ${Eigen3_FIND_VERSION})
+    set(EIGEN3_VERSION_OK FALSE)
+  else(${EIGEN3_VERSION} VERSION_LESS ${Eigen3_FIND_VERSION})
+    set(EIGEN3_VERSION_OK TRUE)
+  endif(${EIGEN3_VERSION} VERSION_LESS ${Eigen3_FIND_VERSION})
+
+  if(NOT EIGEN3_VERSION_OK)
+
+    message(STATUS "Eigen3 version ${EIGEN3_VERSION} found in ${EIGEN3_INCLUDE_DIR}, "
+                   "but at least version ${Eigen3_FIND_VERSION} is required")
+  endif(NOT EIGEN3_VERSION_OK)
+endmacro(_eigen3_check_version)
+
+if (EIGEN3_INCLUDE_DIR)
+
+  # in cache already
+  _eigen3_check_version()
+  set(EIGEN3_FOUND ${EIGEN3_VERSION_OK})
+
+else (EIGEN3_INCLUDE_DIR)
+
+  # search first if an Eigen3Config.cmake is available in the system,
+  # if successful this would set EIGEN3_INCLUDE_DIR and the rest of
+  # the script will work as usual
+  find_package(Eigen3 ${Eigen3_FIND_VERSION} NO_MODULE QUIET)
+
+  if(NOT EIGEN3_INCLUDE_DIR)
+    find_path(EIGEN3_INCLUDE_DIR NAMES signature_of_eigen3_matrix_library
+        HINTS
+        ${EIGEN_DIR}
+        ENV EIGEN_DIR
+        ENV EIGEN3_ROOT
+        ENV EIGEN3_ROOT_DIR
+        PATHS
+        ${CMAKE_INSTALL_PREFIX}/include
+        ${KDE4_INCLUDE_DIR}
+        PATH_SUFFIXES eigen3 eigen
+      )
+  endif(NOT EIGEN3_INCLUDE_DIR)
+
+  if(EIGEN3_INCLUDE_DIR)
+    _eigen3_check_version()
+  endif(EIGEN3_INCLUDE_DIR)
+
+  include(FindPackageHandleStandardArgs)
+  find_package_handle_standard_args(Eigen3 DEFAULT_MSG EIGEN3_INCLUDE_DIR EIGEN3_VERSION_OK)
+
+  mark_as_advanced(EIGEN3_INCLUDE_DIR)
+
+endif(EIGEN3_INCLUDE_DIR)
diff --git a/cmake/modules/FindGMP.cmake b/cmake/modules/FindGMP.cmake
new file mode 100644
index 0000000..820f402
--- /dev/null
+++ b/cmake/modules/FindGMP.cmake
@@ -0,0 +1,19 @@
+# Try to find the GMP librairies
+# GMP_FOUND - system has GMP lib
+# GMP_INCLUDE_DIR - the GMP include directory
+# GMP_LIBRARIES - Libraries needed to use GMP
+
+if (GMP_INCLUDE_DIR AND GMP_LIBRARIES)
+		# Already in cache, be silent
+		set(GMP_FIND_QUIETLY TRUE)
+endif (GMP_INCLUDE_DIR AND GMP_LIBRARIES)
+
+find_path(GMP_INCLUDE_DIR NAMES gmp.h )
+find_library(GMP_LIBRARIES NAMES gmp libgmp )
+find_library(GMPXX_LIBRARIES NAMES gmpxx libgmpxx )
+MESSAGE(STATUS "GMP libs: " ${GMP_LIBRARIES} " " ${GMPXX_LIBRARIES} )
+
+include(FindPackageHandleStandardArgs)
+FIND_PACKAGE_HANDLE_STANDARD_ARGS(GMP DEFAULT_MSG GMP_INCLUDE_DIR GMP_LIBRARIES)
+
+mark_as_advanced(GMP_INCLUDE_DIR GMP_LIBRARIES)
diff --git a/cmake/modules/FindLAPACK.cmake b/cmake/modules/FindLAPACK.cmake
new file mode 100644
index 0000000..42e4b40
--- /dev/null
+++ b/cmake/modules/FindLAPACK.cmake
@@ -0,0 +1,363 @@
+# - Find LAPACK library
+# This module finds an installed fortran library that implements the LAPACK
+# linear-algebra interface (see http://www.netlib.org/lapack/).
+#
+# The approach follows that taken for the autoconf macro file, acx_lapack.m4
+# (distributed at http://ac-archive.sourceforge.net/ac-archive/acx_lapack.html).
+#
+# This module sets the following variables:
+#  LAPACK_FOUND - set to true if a library implementing the LAPACK interface
+#    is found
+#  LAPACK_LINKER_FLAGS - uncached list of required linker flags (excluding -l
+#    and -L).
+#  LAPACK_LIBRARIES - uncached list of libraries (using full path name) to
+#    link against to use LAPACK
+#  LAPACK95_LIBRARIES - uncached list of libraries (using full path name) to
+#    link against to use LAPACK95
+#  LAPACK95_FOUND - set to true if a library implementing the LAPACK f95
+#    interface is found
+#  BLA_STATIC  if set on this determines what kind of linkage we do (static)
+#  BLA_VENDOR  if set checks only the specified vendor, if not set checks
+#     all the possibilities
+#  BLA_F95     if set on tries to find the f95 interfaces for BLAS/LAPACK
+### List of vendors (BLA_VENDOR) valid in this module
+##  Intel(mkl), ACML,Apple, NAS, Generic
+
+#=============================================================================
+# Copyright 2007-2009 Kitware, Inc.
+#
+# Redistribution and use in source and binary forms, with or without
+# modification, are permitted provided that the following conditions
+# are met:
+#
+# 1. Redistributions of source code must retain the copyright
+#    notice, this list of conditions and the following disclaimer.
+# 2. Redistributions in binary form must reproduce the copyright
+#    notice, this list of conditions and the following disclaimer in the
+#    documentation and/or other materials provided with the distribution.
+# 3. The name of the author may not be used to endorse or promote products
+#    derived from this software without specific prior written permission.
+#
+# THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR
+# IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES
+# OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
+# IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT,
+# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT
+# NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
+# DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
+# THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
+# (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF
+# THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
+#=============================================================================
+
+set(_lapack_ORIG_CMAKE_FIND_LIBRARY_SUFFIXES ${CMAKE_FIND_LIBRARY_SUFFIXES})
+
+get_property(_LANGUAGES_ GLOBAL PROPERTY ENABLED_LANGUAGES)
+if (NOT _LANGUAGES_ MATCHES Fortran OR NOT CMAKE_Fortran_COMPILER_WORKS)
+include(CheckFunctionExists)
+else (NOT _LANGUAGES_ MATCHES Fortran OR NOT CMAKE_Fortran_COMPILER_WORKS)
+include(CheckFortranFunctionExists)
+endif (NOT _LANGUAGES_ MATCHES Fortran OR NOT CMAKE_Fortran_COMPILER_WORKS)
+
+set(LAPACK_FOUND FALSE)
+set(LAPACK95_FOUND FALSE)
+
+# TODO: move this stuff to separate module
+
+macro(Check_Lapack_Libraries LIBRARIES _prefix _name _flags _list _blas _threads)
+# This macro checks for the existence of the combination of fortran libraries
+# given by _list.  If the combination is found, this macro checks (using the
+# Check_Fortran_Function_Exists macro) whether can link against that library
+# combination using the name of a routine given by _name using the linker
+# flags given by _flags.  If the combination of libraries is found and passes
+# the link test, LIBRARIES is set to the list of complete library paths that
+# have been found.  Otherwise, LIBRARIES is set to FALSE.
+
+# N.B. _prefix is the prefix applied to the names of all cached variables that
+# are generated internally and marked advanced by this macro.
+
+set(_libraries_work TRUE)
+set(${LIBRARIES})
+set(_combined_name)
+if (NOT _libdir)
+  if (WIN32)
+    set(_libdir ENV LIB)
+  elseif (APPLE)
+    set(_libdir /usr/local/lib /usr/lib /usr/local/lib64 /usr/lib64 ENV DYLD_LIBRARY_PATH)
+  else ()
+    set(_libdir /usr/local/lib /usr/lib /usr/local/lib64 /usr/lib64 ENV LD_LIBRARY_PATH)
+  endif ()
+endif ()
+foreach(_library ${_list})
+  set(_combined_name ${_combined_name}_${_library})
+
+  if(_libraries_work)
+    if (BLA_STATIC)
+      if (WIN32)
+        set(CMAKE_FIND_LIBRARY_SUFFIXES .lib ${CMAKE_FIND_LIBRARY_SUFFIXES})
+      endif ( WIN32 )
+      if (APPLE)
+        set(CMAKE_FIND_LIBRARY_SUFFIXES .lib ${CMAKE_FIND_LIBRARY_SUFFIXES})
+      else (APPLE)
+        set(CMAKE_FIND_LIBRARY_SUFFIXES .a ${CMAKE_FIND_LIBRARY_SUFFIXES})
+      endif (APPLE)
+    else (BLA_STATIC)
+      if (CMAKE_SYSTEM_NAME STREQUAL "Linux")
+        # for ubuntu's libblas3gf and liblapack3gf packages
+        #set(CMAKE_FIND_LIBRARY_SUFFIXES ${CMAKE_FIND_LIBRARY_SUFFIXES} .so.3gf)
+      endif ()
+    endif (BLA_STATIC)
+    find_library(${_prefix}_${_library}_LIBRARY
+      NAMES ${_library}
+      PATHS ${_libdir}
+      )
+    mark_as_advanced(${_prefix}_${_library}_LIBRARY)
+    set(${LIBRARIES} ${${LIBRARIES}} ${${_prefix}_${_library}_LIBRARY})
+    set(_libraries_work ${${_prefix}_${_library}_LIBRARY})
+  endif(_libraries_work)
+endforeach(_library ${_list})
+
+if(_libraries_work)
+  # Test this combination of libraries.
+  if(UNIX AND BLA_STATIC)
+    set(CMAKE_REQUIRED_LIBRARIES ${_flags} "-Wl,--start-group" ${${LIBRARIES}} ${_blas} "-Wl,--end-group" ${_threads})
+  else(UNIX AND BLA_STATIC)
+    set(CMAKE_REQUIRED_LIBRARIES ${_flags} ${${LIBRARIES}} ${_blas} ${_threads})
+  endif(UNIX AND BLA_STATIC)
+#  message("DEBUG: CMAKE_REQUIRED_LIBRARIES = ${CMAKE_REQUIRED_LIBRARIES}")
+  if (NOT _LANGUAGES_ MATCHES Fortran OR NOT CMAKE_Fortran_COMPILER_WORKS)
+    check_function_exists("${_name}_" ${_prefix}${_combined_name}_WORKS)
+  else (NOT _LANGUAGES_ MATCHES Fortran OR NOT CMAKE_Fortran_COMPILER_WORKS)
+    check_fortran_function_exists(${_name} ${_prefix}${_combined_name}_WORKS)
+  endif (NOT _LANGUAGES_ MATCHES Fortran OR NOT CMAKE_Fortran_COMPILER_WORKS)
+  set(CMAKE_REQUIRED_LIBRARIES)
+  mark_as_advanced(${_prefix}${_combined_name}_WORKS)
+  set(_libraries_work ${${_prefix}${_combined_name}_WORKS})
+  #message("DEBUG: ${LIBRARIES} = ${${LIBRARIES}}")
+endif(_libraries_work)
+
+ if(_libraries_work)
+   set(${LIBRARIES} ${${LIBRARIES}} ${_blas} ${_threads})
+ else(_libraries_work)
+    set(${LIBRARIES} FALSE)
+ endif(_libraries_work)
+
+endmacro(Check_Lapack_Libraries)
+
+
+set(LAPACK_LINKER_FLAGS)
+set(LAPACK_LIBRARIES)
+set(LAPACK95_LIBRARIES)
+
+
+if(LAPACK_FIND_QUIETLY OR NOT LAPACK_FIND_REQUIRED)
+  find_package(BLAS)
+else(LAPACK_FIND_QUIETLY OR NOT LAPACK_FIND_REQUIRED)
+  find_package(BLAS REQUIRED)
+endif(LAPACK_FIND_QUIETLY OR NOT LAPACK_FIND_REQUIRED)
+
+
+if(BLAS_FOUND)
+  set(LAPACK_LINKER_FLAGS ${BLAS_LINKER_FLAGS})
+  if ($ENV{BLA_VENDOR} MATCHES ".+")
+    set(BLA_VENDOR $ENV{BLA_VENDOR})
+  else ($ENV{BLA_VENDOR} MATCHES ".+")
+    if(NOT BLA_VENDOR)
+      set(BLA_VENDOR "All")
+    endif(NOT BLA_VENDOR)
+  endif ($ENV{BLA_VENDOR} MATCHES ".+")
+
+if (BLA_VENDOR STREQUAL "Goto" OR BLA_VENDOR STREQUAL "All")
+ if(NOT LAPACK_LIBRARIES)
+  check_lapack_libraries(
+  LAPACK_LIBRARIES
+  LAPACK
+  cheev
+  ""
+  "goto2"
+  "${BLAS_LIBRARIES}"
+  ""
+  )
+ endif(NOT LAPACK_LIBRARIES)
+endif (BLA_VENDOR STREQUAL "Goto" OR BLA_VENDOR STREQUAL "All")
+
+if (BLA_VENDOR STREQUAL "OpenBLAS" OR BLA_VENDOR STREQUAL "All")
+ if(NOT LAPACK_LIBRARIES)
+  check_lapack_libraries(
+  LAPACK_LIBRARIES
+  LAPACK
+  cheev
+  ""
+  "openblas"
+  "${BLAS_LIBRARIES}"
+  ""
+  )
+ endif(NOT LAPACK_LIBRARIES)
+endif (BLA_VENDOR STREQUAL "OpenBLAS" OR BLA_VENDOR STREQUAL "All")
+
+#acml lapack
+ if (BLA_VENDOR MATCHES "ACML.*" OR BLA_VENDOR STREQUAL "All")
+   if (BLAS_LIBRARIES MATCHES ".+acml.+")
+     set (LAPACK_LIBRARIES ${BLAS_LIBRARIES})
+   endif ()
+ endif ()
+
+# Apple LAPACK library?
+if (BLA_VENDOR STREQUAL "Apple" OR BLA_VENDOR STREQUAL "All")
+ if(NOT LAPACK_LIBRARIES)
+  check_lapack_libraries(
+  LAPACK_LIBRARIES
+  LAPACK
+  cheev
+  ""
+  "Accelerate"
+  "${BLAS_LIBRARIES}"
+  ""
+  )
+ endif(NOT LAPACK_LIBRARIES)
+endif (BLA_VENDOR STREQUAL "Apple" OR BLA_VENDOR STREQUAL "All")
+if (BLA_VENDOR STREQUAL "NAS" OR BLA_VENDOR STREQUAL "All")
+  if ( NOT LAPACK_LIBRARIES )
+    check_lapack_libraries(
+    LAPACK_LIBRARIES
+    LAPACK
+    cheev
+    ""
+    "vecLib"
+    "${BLAS_LIBRARIES}"
+    ""
+    )
+  endif ( NOT LAPACK_LIBRARIES )
+endif (BLA_VENDOR STREQUAL "NAS" OR BLA_VENDOR STREQUAL "All")
+# Generic LAPACK library?
+if (BLA_VENDOR STREQUAL "Generic" OR
+    BLA_VENDOR STREQUAL "ATLAS" OR
+    BLA_VENDOR STREQUAL "All")
+  if ( NOT LAPACK_LIBRARIES )
+    check_lapack_libraries(
+    LAPACK_LIBRARIES
+    LAPACK
+    cheev
+    ""
+    "lapack"
+    "${BLAS_LIBRARIES}"
+    ""
+    )
+  endif ( NOT LAPACK_LIBRARIES )
+endif ()
+#intel lapack
+if (BLA_VENDOR MATCHES "Intel*" OR BLA_VENDOR STREQUAL "All")
+  if (NOT WIN32)
+    set(LM "-lm")
+  endif ()
+  if (_LANGUAGES_ MATCHES C OR _LANGUAGES_ MATCHES CXX)
+    if(LAPACK_FIND_QUIETLY OR NOT LAPACK_FIND_REQUIRED)
+      find_PACKAGE(Threads)
+    else(LAPACK_FIND_QUIETLY OR NOT LAPACK_FIND_REQUIRED)
+      find_package(Threads REQUIRED)
+    endif(LAPACK_FIND_QUIETLY OR NOT LAPACK_FIND_REQUIRED)
+    if (BLA_F95)
+      if(NOT LAPACK95_LIBRARIES)
+        # old
+        check_lapack_libraries(
+          LAPACK95_LIBRARIES
+          LAPACK
+          cheev
+          ""
+          "mkl_lapack95"
+          "${BLAS95_LIBRARIES}"
+          "${CMAKE_THREAD_LIBS_INIT};${LM}"
+          )
+      endif(NOT LAPACK95_LIBRARIES)
+      if(NOT LAPACK95_LIBRARIES)
+        # new >= 10.3
+        check_lapack_libraries(
+          LAPACK95_LIBRARIES
+          LAPACK
+          CHEEV
+          ""
+          "mkl_intel_lp64"
+          "${BLAS95_LIBRARIES}"
+          "${CMAKE_THREAD_LIBS_INIT};${LM}"
+          )
+      endif(NOT LAPACK95_LIBRARIES)
+    else(BLA_F95)
+      if(NOT LAPACK_LIBRARIES)
+        # old
+        check_lapack_libraries(
+          LAPACK_LIBRARIES
+          LAPACK
+          cheev
+          ""
+          "mkl_lapack"
+          "${BLAS_LIBRARIES}"
+          "${CMAKE_THREAD_LIBS_INIT};${LM}"
+          )
+      endif(NOT LAPACK_LIBRARIES)
+      if(NOT LAPACK_LIBRARIES)
+        # new >= 10.3
+        check_lapack_libraries(
+          LAPACK_LIBRARIES
+          LAPACK
+          cheev
+          ""
+          "mkl_gf_lp64"
+          "${BLAS_LIBRARIES}"
+          "${CMAKE_THREAD_LIBS_INIT};${LM}"
+          )
+      endif(NOT LAPACK_LIBRARIES)
+    endif(BLA_F95)
+  endif (_LANGUAGES_ MATCHES C OR _LANGUAGES_ MATCHES CXX)
+endif(BLA_VENDOR MATCHES "Intel*" OR BLA_VENDOR STREQUAL "All")
+else(BLAS_FOUND)
+  message(STATUS "LAPACK requires BLAS")
+endif(BLAS_FOUND)
+
+if(BLA_F95)
+ if(LAPACK95_LIBRARIES)
+  set(LAPACK95_FOUND TRUE)
+ else(LAPACK95_LIBRARIES)
+  set(LAPACK95_FOUND FALSE)
+ endif(LAPACK95_LIBRARIES)
+ if(NOT LAPACK_FIND_QUIETLY)
+  if(LAPACK95_FOUND)
+    message(STATUS "A library with LAPACK95 API found.")
+  else(LAPACK95_FOUND)
+    if(LAPACK_FIND_REQUIRED)
+      message(FATAL_ERROR
+      "A required library with LAPACK95 API not found. Please specify library location."
+      )
+    else(LAPACK_FIND_REQUIRED)
+      message(STATUS
+      "A library with LAPACK95 API not found. Please specify library location."
+      )
+    endif(LAPACK_FIND_REQUIRED)
+  endif(LAPACK95_FOUND)
+ endif(NOT LAPACK_FIND_QUIETLY)
+ set(LAPACK_FOUND "${LAPACK95_FOUND}")
+ set(LAPACK_LIBRARIES "${LAPACK95_LIBRARIES}")
+else(BLA_F95)
+ if(LAPACK_LIBRARIES)
+  set(LAPACK_FOUND TRUE)
+ else(LAPACK_LIBRARIES)
+  set(LAPACK_FOUND FALSE)
+ endif(LAPACK_LIBRARIES)
+
+ if(NOT LAPACK_FIND_QUIETLY)
+  if(LAPACK_FOUND)
+    message(STATUS "Found LAPACK: ${LAPACK_LIBRARIES}")
+  else(LAPACK_FOUND)
+    if(LAPACK_FIND_REQUIRED)
+      message(FATAL_ERROR
+      "A required library with LAPACK API not found. Please specify library location."
+      )
+    else(LAPACK_FIND_REQUIRED)
+      message(STATUS
+      "A library with LAPACK API not found. Please specify library location."
+      )
+    endif(LAPACK_FIND_REQUIRED)
+  endif(LAPACK_FOUND)
+ endif(NOT LAPACK_FIND_QUIETLY)
+endif(BLA_F95)
+
+set(CMAKE_FIND_LIBRARY_SUFFIXES ${_lapack_ORIG_CMAKE_FIND_LIBRARY_SUFFIXES})
diff --git a/cmake/modules/FindMPFR.cmake b/cmake/modules/FindMPFR.cmake
new file mode 100644
index 0000000..094aa2d
--- /dev/null
+++ b/cmake/modules/FindMPFR.cmake
@@ -0,0 +1,83 @@
+# Try to find the MPFR library
+# See http://www.mpfr.org/
+#
+# This module supports requiring a minimum version, e.g. you can do
+#   find_package(MPFR 2.3.0)
+# to require version 2.3.0 to newer of MPFR.
+#
+# Once done this will define
+#
+#  MPFR_FOUND - system has MPFR lib with correct version
+#  MPFR_INCLUDES - the MPFR include directory
+#  MPFR_LIBRARIES - the MPFR library
+#  MPFR_VERSION - MPFR version
+
+# Copyright (c) 2006, 2007 Montel Laurent, <montel@kde.org>
+# Copyright (c) 2008, 2009 Gael Guennebaud, <g.gael@free.fr>
+# Copyright (c) 2010 Jitse Niesen, <jitse@maths.leeds.ac.uk>
+# Redistribution and use is allowed according to the terms of the BSD license.
+
+# Set MPFR_INCLUDES
+
+find_path(MPFR_INCLUDES
+  NAMES
+  mpfr.h
+  PATHS
+  $ENV{GMPDIR}
+  ${INCLUDE_INSTALL_DIR}
+)
+
+# Set MPFR_FIND_VERSION to 1.0.0 if no minimum version is specified
+
+if(NOT MPFR_FIND_VERSION)
+  if(NOT MPFR_FIND_VERSION_MAJOR)
+    set(MPFR_FIND_VERSION_MAJOR 1)
+  endif(NOT MPFR_FIND_VERSION_MAJOR)
+  if(NOT MPFR_FIND_VERSION_MINOR)
+    set(MPFR_FIND_VERSION_MINOR 0)
+  endif(NOT MPFR_FIND_VERSION_MINOR)
+  if(NOT MPFR_FIND_VERSION_PATCH)
+    set(MPFR_FIND_VERSION_PATCH 0)
+  endif(NOT MPFR_FIND_VERSION_PATCH)
+
+  set(MPFR_FIND_VERSION "${MPFR_FIND_VERSION_MAJOR}.${MPFR_FIND_VERSION_MINOR}.${MPFR_FIND_VERSION_PATCH}")
+endif(NOT MPFR_FIND_VERSION)
+
+
+if(MPFR_INCLUDES)
+
+  # Set MPFR_VERSION
+
+  file(READ "${MPFR_INCLUDES}/mpfr.h" _mpfr_version_header)
+
+  string(REGEX MATCH "define[ \t]+MPFR_VERSION_MAJOR[ \t]+([0-9]+)" _mpfr_major_version_match "${_mpfr_version_header}")
+  set(MPFR_MAJOR_VERSION "${CMAKE_MATCH_1}")
+  string(REGEX MATCH "define[ \t]+MPFR_VERSION_MINOR[ \t]+([0-9]+)" _mpfr_minor_version_match "${_mpfr_version_header}")
+  set(MPFR_MINOR_VERSION "${CMAKE_MATCH_1}")
+  string(REGEX MATCH "define[ \t]+MPFR_VERSION_PATCHLEVEL[ \t]+([0-9]+)" _mpfr_patchlevel_version_match "${_mpfr_version_header}")
+  set(MPFR_PATCHLEVEL_VERSION "${CMAKE_MATCH_1}")
+
+  set(MPFR_VERSION ${MPFR_MAJOR_VERSION}.${MPFR_MINOR_VERSION}.${MPFR_PATCHLEVEL_VERSION})
+
+  # Check whether found version exceeds minimum version
+
+  if(${MPFR_VERSION} VERSION_LESS ${MPFR_FIND_VERSION})
+    set(MPFR_VERSION_OK FALSE)
+    message(STATUS "MPFR version ${MPFR_VERSION} found in ${MPFR_INCLUDES}, "
+                   "but at least version ${MPFR_FIND_VERSION} is required")
+  else(${MPFR_VERSION} VERSION_LESS ${MPFR_FIND_VERSION})
+    set(MPFR_VERSION_OK TRUE)
+  endif(${MPFR_VERSION} VERSION_LESS ${MPFR_FIND_VERSION})
+
+endif(MPFR_INCLUDES)
+
+# Set MPFR_LIBRARIES
+
+find_library(MPFR_LIBRARIES mpfr PATHS $ENV{GMPDIR} ${LIB_INSTALL_DIR})
+
+# Epilogue
+
+include(FindPackageHandleStandardArgs)
+find_package_handle_standard_args(MPFR DEFAULT_MSG
+                                  MPFR_INCLUDES MPFR_LIBRARIES MPFR_VERSION_OK)
+mark_as_advanced(MPFR_INCLUDES MPFR_LIBRARIES)
diff --git a/cmake/modules/FindMPI.cmake b/cmake/modules/FindMPI.cmake
new file mode 100644
index 0000000..2c657b2
--- /dev/null
+++ b/cmake/modules/FindMPI.cmake
@@ -0,0 +1,660 @@
+# - Find a Message Passing Interface (MPI) implementation
+# The Message Passing Interface (MPI) is a library used to write
+# high-performance distributed-memory parallel applications, and
+# is typically deployed on a cluster. MPI is a standard interface
+# (defined by the MPI forum) for which many implementations are
+# available. All of them have somewhat different include paths,
+# libraries to link against, etc., and this module tries to smooth
+# out those differences.
+#
+# === Variables ===
+#
+# This module will set the following variables per language in your project,
+# where <lang> is one of C, CXX, or Fortran:
+#   MPI_<lang>_FOUND           TRUE if FindMPI found MPI flags for <lang>
+#   MPI_<lang>_COMPILER        MPI Compiler wrapper for <lang>
+#   MPI_<lang>_COMPILE_FLAGS   Compilation flags for MPI programs
+#   MPI_<lang>_INCLUDE_PATH    Include path(s) for MPI header
+#   MPI_<lang>_LINK_FLAGS      Linking flags for MPI programs
+#   MPI_<lang>_LIBRARIES       All libraries to link MPI programs against
+# Additionally, FindMPI sets the following variables for running MPI
+# programs from the command line:
+#   MPIEXEC                    Executable for running MPI programs
+#   MPIEXEC_NUMPROC_FLAG       Flag to pass to MPIEXEC before giving
+#                              it the number of processors to run on
+#   MPIEXEC_PREFLAGS           Flags to pass to MPIEXEC directly
+#                              before the executable to run.
+#   MPIEXEC_POSTFLAGS          Flags to pass to MPIEXEC after other flags
+# === Usage ===
+#
+# To use this module, simply call FindMPI from a CMakeLists.txt file, or
+# run find_package(MPI), then run CMake.  If you are happy with the auto-
+# detected configuration for your language, then you're done.  If not, you
+# have two options:
+#   1. Set MPI_<lang>_COMPILER to the MPI wrapper (mpicc, etc.) of your
+#      choice and reconfigure.  FindMPI will attempt to determine all the
+#      necessary variables using THAT compiler's compile and link flags.
+#   2. If this fails, or if your MPI implementation does not come with
+#      a compiler wrapper, then set both MPI_<lang>_LIBRARIES and
+#      MPI_<lang>_INCLUDE_PATH.  You may also set any other variables
+#      listed above, but these two are required.  This will circumvent
+#      autodetection entirely.
+# When configuration is successful, MPI_<lang>_COMPILER will be set to the
+# compiler wrapper for <lang>, if it was found.  MPI_<lang>_FOUND and other
+# variables above will be set if any MPI implementation was found for <lang>,
+# regardless of whether a compiler was found.
+#
+# When using MPIEXEC to execute MPI applications, you should typically use
+# all of the MPIEXEC flags as follows:
+#   ${MPIEXEC} ${MPIEXEC_NUMPROC_FLAG} PROCS
+#     ${MPIEXEC_PREFLAGS} EXECUTABLE ${MPIEXEC_POSTFLAGS} ARGS
+# where PROCS is the number of processors on which to execute the program,
+# EXECUTABLE is the MPI program, and ARGS are the arguments to pass to the
+# MPI program.
+#
+# === Backward Compatibility ===
+#
+# For backward compatibility with older versions of FindMPI, these
+# variables are set, but deprecated:
+#   MPI_FOUND           MPI_COMPILER        MPI_LIBRARY
+#   MPI_COMPILE_FLAGS   MPI_INCLUDE_PATH    MPI_EXTRA_LIBRARY
+#   MPI_LINK_FLAGS      MPI_LIBRARIES
+# In new projects, please use the MPI_<lang>_XXX equivalents.
+
+#=============================================================================
+# Copyright 2001-2011 Kitware, Inc.
+# Copyright 2010-2011 Todd Gamblin tgamblin@llnl.gov
+# Copyright 2001-2009 Dave Partyka
+#
+# Redistribution and use in source and binary forms, with or without
+# modification, are permitted provided that the following conditions
+# are met:
+#
+# 1. Redistributions of source code must retain the copyright
+#    notice, this list of conditions and the following disclaimer.
+# 2. Redistributions in binary form must reproduce the copyright
+#    notice, this list of conditions and the following disclaimer in the
+#    documentation and/or other materials provided with the distribution.
+# 3. The name of the author may not be used to endorse or promote products
+#    derived from this software without specific prior written permission.
+#
+# THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR
+# IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES
+# OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
+# IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT,
+# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT
+# NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
+# DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
+# THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
+# (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF
+# THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
+#=============================================================================
+
+# include this to handle the QUIETLY and REQUIRED arguments
+include(FindPackageHandleStandardArgs)
+include(GetPrerequisites)
+
+#
+# This part detects MPI compilers, attempting to wade through the mess of compiler names in
+# a sensible way.
+#
+# The compilers are detected in this order:
+#
+# 1. Try to find the most generic availble MPI compiler, as this is usually set up by
+#    cluster admins.  e.g., if plain old mpicc is available, we'll use it and assume it's
+#    the right compiler.
+#
+# 2. If a generic mpicc is NOT found, then we attempt to find one that matches
+#    CMAKE_<lang>_COMPILER_ID. e.g. if you are using XL compilers, we'll try to find mpixlc
+#    and company, but not mpiicc.  This hopefully prevents toolchain mismatches.
+#
+# If you want to force a particular MPI compiler other than what we autodetect (e.g. if you
+# want to compile regular stuff with GNU and parallel stuff with Intel), you can always set
+# your favorite MPI_<lang>_COMPILER explicitly and this stuff will be ignored.
+#
+
+# Start out with the generic MPI compiler names, as these are most commonly used.
+set(_MPI_C_COMPILER_NAMES                  mpicc    mpcc      mpicc_r mpcc_r)
+set(_MPI_CXX_COMPILER_NAMES                mpicxx   mpiCC     mpcxx   mpCC    mpic++   mpc++
+                                           mpicxx_r mpiCC_r   mpcxx_r mpCC_r  mpic++_r mpc++_r)
+set(_MPI_Fortran_COMPILER_NAMES            mpif95   mpif95_r  mpf95   mpf95_r
+                                           mpif90   mpif90_r  mpf90   mpf90_r
+                                           mpif77   mpif77_r  mpf77   mpf77_r)
+
+# GNU compiler names
+set(_MPI_GNU_C_COMPILER_NAMES              mpigcc mpgcc mpigcc_r mpgcc_r)
+set(_MPI_GNU_CXX_COMPILER_NAMES            mpig++ mpg++ mpig++_r mpg++_r)
+set(_MPI_GNU_Fortran_COMPILER_NAMES        mpigfortran mpgfortran mpigfortran_r mpgfortran_r
+                                           mpig77 mpig77_r mpg77 mpg77_r)
+
+# Intel MPI compiler names
+set(_MPI_Intel_C_COMPILER_NAMES            mpiicc)
+set(_MPI_Intel_CXX_COMPILER_NAMES          mpiicpc  mpiicxx mpiic++ mpiiCC)
+set(_MPI_Intel_Fortran_COMPILER_NAMES      mpiifort mpiif95 mpiif90 mpiif77)
+
+# PGI compiler names
+set(_MPI_PGI_C_COMPILER_NAMES              mpipgcc mppgcc)
+set(_MPI_PGI_CXX_COMPILER_NAMES            mpipgCC mppgCC)
+set(_MPI_PGI_Fortran_COMPILER_NAMES        mpipgf95 mpipgf90 mppgf95 mppgf90 mpipgf77 mppgf77)
+
+# XLC MPI Compiler names
+set(_MPI_XL_C_COMPILER_NAMES               mpxlc      mpxlc_r    mpixlc     mpixlc_r)
+set(_MPI_XL_CXX_COMPILER_NAMES             mpixlcxx   mpixlC     mpixlc++   mpxlcxx   mpxlc++   mpixlc++   mpxlCC
+                                           mpixlcxx_r mpixlC_r   mpixlc++_r mpxlcxx_r mpxlc++_r mpixlc++_r mpxlCC_r)
+set(_MPI_XL_Fortran_COMPILER_NAMES         mpixlf95   mpixlf95_r mpxlf95 mpxlf95_r
+                                           mpixlf90   mpixlf90_r mpxlf90 mpxlf90_r
+                                           mpixlf77   mpixlf77_r mpxlf77 mpxlf77_r
+                                           mpixlf     mpixlf_r   mpxlf   mpxlf_r)
+
+# append vendor-specific compilers to the list if we either don't know the compiler id,
+# or if we know it matches the regular compiler.
+foreach (lang C CXX Fortran)
+  foreach (id GNU Intel PGI XL)
+    if (NOT CMAKE_${lang}_COMPILER_ID OR "${CMAKE_${lang}_COMPILER_ID}" STREQUAL "${id}")
+      list(APPEND _MPI_${lang}_COMPILER_NAMES ${_MPI_${id}_${lang}_COMPILER_NAMES})
+    endif()
+    unset(_MPI_${id}_${lang}_COMPILER_NAMES)    # clean up the namespace here
+  endforeach()
+endforeach()
+
+
+# Names to try for MPI exec
+set(_MPI_EXEC_NAMES                        mpiexec mpirun lamexec srun)
+
+# Grab the path to MPI from the registry if we're on windows.
+set(_MPI_PREFIX_PATH)
+if(WIN32)
+  list(APPEND _MPI_PREFIX_PATH "[HKEY_LOCAL_MACHINE\\SOFTWARE\\MPICH\\SMPD;binary]/..")
+  list(APPEND _MPI_PREFIX_PATH "[HKEY_LOCAL_MACHINE\\SOFTWARE\\MPICH2;Path]")
+  list(APPEND _MPI_PREFIX_PATH "$ENV{ProgramW6432}/MPICH2/")
+endif()
+
+# Build a list of prefixes to search for MPI.
+foreach(SystemPrefixDir ${CMAKE_SYSTEM_PREFIX_PATH})
+  foreach(MpiPackageDir ${_MPI_PREFIX_PATH})
+    if(EXISTS ${SystemPrefixDir}/${MpiPackageDir})
+      list(APPEND _MPI_PREFIX_PATH "${SystemPrefixDir}/${MpiPackageDir}")
+    endif()
+  endforeach()
+endforeach()
+
+
+#
+# interrogate_mpi_compiler(lang try_libs)
+#
+# Attempts to extract compiler and linker args from an MPI compiler. The arguments set
+# by this function are:
+#
+#   MPI_<lang>_INCLUDE_PATH    MPI_<lang>_LINK_FLAGS     MPI_<lang>_FOUND
+#   MPI_<lang>_COMPILE_FLAGS   MPI_<lang>_LIBRARIES
+#
+# MPI_<lang>_COMPILER must be set beforehand to the absolute path to an MPI compiler for
+# <lang>.  Additionally, MPI_<lang>_INCLUDE_PATH and MPI_<lang>_LIBRARIES may be set
+# to skip autodetection.
+#
+# If try_libs is TRUE, this will also attempt to find plain MPI libraries in the usual
+# way.  In general, this is not as effective as interrogating the compilers, as it
+# ignores language-specific flags and libraries.  However, some MPI implementations
+# (Windows implementations) do not have compiler wrappers, so this approach must be used.
+#
+function (interrogate_mpi_compiler lang try_libs)
+  # MPI_${lang}_NO_INTERROGATE will be set to a compiler name when the *regular* compiler was
+  # discovered to be the MPI compiler.  This happens on machines like the Cray XE6 that use
+  # modules to set cc, CC, and ftn to the MPI compilers.  If the user force-sets another MPI
+  # compiler, MPI_${lang}_COMPILER won't be equal to MPI_${lang}_NO_INTERROGATE, and we'll
+  # inspect that compiler anew.  This allows users to set new compilers w/o rm'ing cache.
+  string(COMPARE NOTEQUAL "${MPI_${lang}_NO_INTERROGATE}" "${MPI_${lang}_COMPILER}" interrogate)
+
+  # If MPI is set already in the cache, don't bother with interrogating the compiler.
+  if (interrogate AND ((NOT MPI_${lang}_INCLUDE_PATH) OR (NOT MPI_${lang}_LIBRARIES)))
+    if (MPI_${lang}_COMPILER)
+      # Check whether the -showme:compile option works. This indicates that we have either OpenMPI
+      # or a newer version of LAM-MPI, and implies that -showme:link will also work.
+      execute_process(
+        COMMAND ${MPI_${lang}_COMPILER} -showme:compile
+        OUTPUT_VARIABLE  MPI_COMPILE_CMDLINE OUTPUT_STRIP_TRAILING_WHITESPACE
+        ERROR_VARIABLE   MPI_COMPILE_CMDLINE ERROR_STRIP_TRAILING_WHITESPACE
+        RESULT_VARIABLE  MPI_COMPILER_RETURN)
+
+      if (MPI_COMPILER_RETURN EQUAL 0)
+        # If we appear to have -showme:compile, then we should
+        # also have -showme:link. Try it.
+        execute_process(
+          COMMAND ${MPI_${lang}_COMPILER} -showme:link
+          OUTPUT_VARIABLE  MPI_LINK_CMDLINE OUTPUT_STRIP_TRAILING_WHITESPACE
+          ERROR_VARIABLE   MPI_LINK_CMDLINE ERROR_STRIP_TRAILING_WHITESPACE
+          RESULT_VARIABLE  MPI_COMPILER_RETURN)
+
+        if (MPI_COMPILER_RETURN EQUAL 0)
+          # We probably have -showme:incdirs and -showme:libdirs as well,
+          # so grab that while we're at it.
+          execute_process(
+            COMMAND ${MPI_${lang}_COMPILER} -showme:incdirs
+            OUTPUT_VARIABLE  MPI_INCDIRS OUTPUT_STRIP_TRAILING_WHITESPACE
+            ERROR_VARIABLE   MPI_INCDIRS ERROR_STRIP_TRAILING_WHITESPACE)
+
+          execute_process(
+            COMMAND ${MPI_${lang}_COMPILER} -showme:libdirs
+            OUTPUT_VARIABLE  MPI_LIBDIRS OUTPUT_STRIP_TRAILING_WHITESPACE
+            ERROR_VARIABLE   MPI_LIBDIRS ERROR_STRIP_TRAILING_WHITESPACE)
+
+        else()
+          # reset things here if something went wrong.
+          set(MPI_COMPILE_CMDLINE)
+          set(MPI_LINK_CMDLINE)
+        endif()
+      endif ()
+
+      # Older versions of LAM-MPI have "-showme". Try to find that.
+      if (NOT MPI_COMPILER_RETURN EQUAL 0)
+        execute_process(
+          COMMAND ${MPI_${lang}_COMPILER} -showme
+          OUTPUT_VARIABLE  MPI_COMPILE_CMDLINE OUTPUT_STRIP_TRAILING_WHITESPACE
+          ERROR_VARIABLE   MPI_COMPILE_CMDLINE ERROR_STRIP_TRAILING_WHITESPACE
+          RESULT_VARIABLE  MPI_COMPILER_RETURN)
+      endif()
+
+      # MVAPICH uses -compile-info and -link-info.  Try them.
+      if (NOT MPI_COMPILER_RETURN EQUAL 0)
+        execute_process(
+          COMMAND ${MPI_${lang}_COMPILER} -compile-info
+          OUTPUT_VARIABLE  MPI_COMPILE_CMDLINE OUTPUT_STRIP_TRAILING_WHITESPACE
+          ERROR_VARIABLE   MPI_COMPILE_CMDLINE ERROR_STRIP_TRAILING_WHITESPACE
+          RESULT_VARIABLE  MPI_COMPILER_RETURN)
+
+        # If we have compile-info, also have link-info.
+        if (MPI_COMPILER_RETURN EQUAL 0)
+          execute_process(
+            COMMAND ${MPI_${lang}_COMPILER} -link-info
+            OUTPUT_VARIABLE  MPI_LINK_CMDLINE OUTPUT_STRIP_TRAILING_WHITESPACE
+            ERROR_VARIABLE   MPI_LINK_CMDLINE ERROR_STRIP_TRAILING_WHITESPACE
+            RESULT_VARIABLE  MPI_COMPILER_RETURN)
+        endif()
+
+        # make sure we got compile and link.  Reset vars if something's wrong.
+        if (NOT MPI_COMPILER_RETURN EQUAL 0)
+          set(MPI_COMPILE_CMDLINE)
+          set(MPI_LINK_CMDLINE)
+        endif()
+      endif()
+
+      # MPICH just uses "-show". Try it.
+      if (NOT MPI_COMPILER_RETURN EQUAL 0)
+        execute_process(
+          COMMAND ${MPI_${lang}_COMPILER} -show
+          OUTPUT_VARIABLE  MPI_COMPILE_CMDLINE OUTPUT_STRIP_TRAILING_WHITESPACE
+          ERROR_VARIABLE   MPI_COMPILE_CMDLINE ERROR_STRIP_TRAILING_WHITESPACE
+          RESULT_VARIABLE  MPI_COMPILER_RETURN)
+      endif()
+
+      if (MPI_COMPILER_RETURN EQUAL 0)
+        # We have our command lines, but we might need to copy MPI_COMPILE_CMDLINE
+        # into MPI_LINK_CMDLINE, if we didn't find the link line.
+        if (NOT MPI_LINK_CMDLINE)
+          set(MPI_LINK_CMDLINE ${MPI_COMPILE_CMDLINE})
+        endif()
+      else()
+        message(STATUS "Unable to determine MPI from MPI driver ${MPI_${lang}_COMPILER}")
+        set(MPI_COMPILE_CMDLINE)
+        set(MPI_LINK_CMDLINE)
+      endif()
+
+      # Here, we're done with the interrogation part, and we'll try to extract args we care
+      # about from what we learned from the compiler wrapper scripts.
+
+      # If interrogation came back with something, extract our variable from the MPI command line
+      if (MPI_COMPILE_CMDLINE OR MPI_LINK_CMDLINE)
+        # Extract compile flags from the compile command line.
+        string(REGEX MATCHALL "(^| )-[Df]([^\" ]+|\"[^\"]+\")" MPI_ALL_COMPILE_FLAGS "${MPI_COMPILE_CMDLINE}")
+        set(MPI_COMPILE_FLAGS_WORK)
+
+        foreach(FLAG ${MPI_ALL_COMPILE_FLAGS})
+          if (MPI_COMPILE_FLAGS_WORK)
+            set(MPI_COMPILE_FLAGS_WORK "${MPI_COMPILE_FLAGS_WORK} ${FLAG}")
+          else()
+            set(MPI_COMPILE_FLAGS_WORK ${FLAG})
+          endif()
+        endforeach()
+
+        # Extract include paths from compile command line
+        string(REGEX MATCHALL "(^| )-I([^\" ]+|\"[^\"]+\")" MPI_ALL_INCLUDE_PATHS "${MPI_COMPILE_CMDLINE}")
+        foreach(IPATH ${MPI_ALL_INCLUDE_PATHS})
+          string(REGEX REPLACE "^ ?-I" "" IPATH ${IPATH})
+          string(REGEX REPLACE "//" "/" IPATH ${IPATH})
+          list(APPEND MPI_INCLUDE_PATH_WORK ${IPATH})
+        endforeach()
+
+        # try using showme:incdirs if extracting didn't work.
+        if (NOT MPI_INCLUDE_PATH_WORK)
+          set(MPI_INCLUDE_PATH_WORK ${MPI_INCDIRS})
+          separate_arguments(MPI_INCLUDE_PATH_WORK)
+        endif()
+
+        # If all else fails, just search for mpi.h in the normal include paths.
+        if (NOT MPI_INCLUDE_PATH_WORK)
+          set(MPI_HEADER_PATH "MPI_HEADER_PATH-NOTFOUND" CACHE FILEPATH "Cleared" FORCE)
+          find_path(MPI_HEADER_PATH mpi.h
+            HINTS ${_MPI_BASE_DIR} ${_MPI_PREFIX_PATH}
+            PATH_SUFFIXES include)
+          set(MPI_INCLUDE_PATH_WORK ${MPI_HEADER_PATH})
+        endif()
+
+        # Extract linker paths from the link command line
+        string(REGEX MATCHALL "(^| |-Wl,)-L([^\" ]+|\"[^\"]+\")" MPI_ALL_LINK_PATHS "${MPI_LINK_CMDLINE}")
+        set(MPI_LINK_PATH)
+        foreach(LPATH ${MPI_ALL_LINK_PATHS})
+          string(REGEX REPLACE "^(| |-Wl,)-L" "" LPATH ${LPATH})
+          string(REGEX REPLACE "//" "/" LPATH ${LPATH})
+          list(APPEND MPI_LINK_PATH ${LPATH})
+        endforeach()
+
+        # try using showme:libdirs if extracting didn't work.
+        if (NOT MPI_LINK_PATH)
+          set(MPI_LINK_PATH ${MPI_LIBDIRS})
+          separate_arguments(MPI_LINK_PATH)
+        endif()
+
+        # Extract linker flags from the link command line
+        string(REGEX MATCHALL "(^| )-Wl,([^\" ]+|\"[^\"]+\")" MPI_ALL_LINK_FLAGS "${MPI_LINK_CMDLINE}")
+        set(MPI_LINK_FLAGS_WORK)
+        foreach(FLAG ${MPI_ALL_LINK_FLAGS})
+          if (MPI_LINK_FLAGS_WORK)
+            set(MPI_LINK_FLAGS_WORK "${MPI_LINK_FLAGS_WORK} ${FLAG}")
+          else()
+            set(MPI_LINK_FLAGS_WORK ${FLAG})
+          endif()
+        endforeach()
+
+        # Extract the set of libraries to link against from the link command
+        # line
+        string(REGEX MATCHALL "(^| )-l([^\" ]+|\"[^\"]+\")" MPI_LIBNAMES "${MPI_LINK_CMDLINE}")
+        # add the compiler implicit directories because some compilers
+        # such as the intel compiler have libraries that show up
+        # in the showme list that can only be found in the implicit
+        # link directories of the compiler. Do this for C++ and C
+        # compilers if the implicit link directories are defined.
+        if (DEFINED CMAKE_CXX_IMPLICIT_LINK_DIRECTORIES)
+          set(MPI_LINK_PATH
+            "${MPI_LINK_PATH};${CMAKE_CXX_IMPLICIT_LINK_DIRECTORIES}")
+        endif ()
+
+        if (DEFINED CMAKE_C_IMPLICIT_LINK_DIRECTORIES)
+          set(MPI_LINK_PATH
+            "${MPI_LINK_PATH};${CMAKE_C_IMPLICIT_LINK_DIRECTORIES}")
+        endif ()
+
+        # Determine full path names for all of the libraries that one needs
+        # to link against in an MPI program
+        foreach(LIB ${MPI_LIBNAMES})
+          string(REGEX REPLACE "^ ?-l" "" LIB ${LIB})
+          # MPI_LIB is cached by find_library, but we don't want that.
+          # Clear it first.
+          set(MPI_LIB "MPI_LIB-NOTFOUND" CACHE FILEPATH "Cleared" FORCE)
+          find_library(MPI_LIB NAMES ${LIB}
+                       HINTS ${MPI_LINK_PATH}
+                       NO_DEFAULT_PATH
+                       )
+          find_library(MPI_LIB NAMES ${LIB})
+
+          if (MPI_LIB)
+            list(APPEND MPI_LIBRARIES_WORK ${MPI_LIB})
+          elseif (NOT MPI_FIND_QUIETLY)
+            message(WARNING "Unable to find MPI library ${LIB}")
+          endif()
+        endforeach()
+
+        # Sanity check MPI_LIBRARIES to make sure there are enough libraries
+        list(LENGTH MPI_LIBRARIES_WORK MPI_NUMLIBS)
+        list(LENGTH MPI_LIBNAMES MPI_NUMLIBS_EXPECTED)
+        if (NOT MPI_NUMLIBS EQUAL MPI_NUMLIBS_EXPECTED)
+          set(MPI_LIBRARIES_WORK "MPI_${lang}_LIBRARIES-NOTFOUND")
+        endif()
+      endif()
+
+    elseif(try_libs)
+      # If we didn't have an MPI compiler script to interrogate, attempt to find everything
+      # with plain old find functions.  This is nasty because MPI implementations have LOTS of
+      # different library names, so this section isn't going to be very generic.  We need to
+      # make sure it works for MS MPI, though, since there are no compiler wrappers for that.
+      find_path(MPI_HEADER_PATH mpi.h
+        HINTS ${_MPI_BASE_DIR} ${_MPI_PREFIX_PATH}
+        PATH_SUFFIXES include Inc)
+      set(MPI_INCLUDE_PATH_WORK ${MPI_HEADER_PATH})
+
+      # Decide between 32-bit and 64-bit libraries for Microsoft's MPI
+      if("${CMAKE_SIZEOF_VOID_P}" EQUAL 8)
+        set(MS_MPI_ARCH_DIR amd64)
+      else()
+        set(MS_MPI_ARCH_DIR i386)
+      endif()
+
+      set(MPI_LIB "MPI_LIB-NOTFOUND" CACHE FILEPATH "Cleared" FORCE)
+      find_library(MPI_LIB
+        NAMES         mpi mpich mpich2 msmpi
+        HINTS         ${_MPI_BASE_DIR} ${_MPI_PREFIX_PATH}
+        PATH_SUFFIXES lib lib/${MS_MPI_ARCH_DIR} Lib Lib/${MS_MPI_ARCH_DIR}
+        NO_DEFAULT_PATH
+        )
+      find_library(MPI_LIB
+        NAMES         mpi mpich mpich2 msmpi
+        )
+      set(MPI_LIBRARIES_WORK ${MPI_LIB})
+
+      # Right now, we only know about the extra libs for C++.
+      # We could add Fortran here (as there is usually libfmpich, etc.), but
+      # this really only has to work with MS MPI on Windows.
+      # Assume that other MPI's are covered by the compiler wrappers.
+      if (${lang} STREQUAL CXX)
+        set(MPI_LIB "MPI_LIB-NOTFOUND" CACHE FILEPATH "Cleared" FORCE)
+        find_library(MPI_LIB
+          NAMES         mpi++ mpicxx cxx mpi_cxx
+          HINTS         ${_MPI_BASE_DIR} ${_MPI_PREFIX_PATH}
+          PATH_SUFFIXES lib
+          NO_DEFAULT_PATH
+          )
+        find_library(MPI_LIB
+          NAMES         mpi++ mpicxx cxx mpi_cxx
+          )
+        if (MPI_LIBRARIES_WORK AND MPI_LIB)
+          list(APPEND MPI_LIBRARIES_WORK ${MPI_LIB})
+        endif()
+      endif()
+
+      if (NOT MPI_LIBRARIES_WORK)
+        set(MPI_LIBRARIES_WORK "MPI_${lang}_LIBRARIES-NOTFOUND")
+      endif()
+    endif()
+
+    # If we found MPI, set up all of the appropriate cache entries
+    set(MPI_${lang}_COMPILE_FLAGS ${MPI_COMPILE_FLAGS_WORK} CACHE STRING "MPI ${lang} compilation flags"         FORCE)
+    set(MPI_${lang}_INCLUDE_PATH  ${MPI_INCLUDE_PATH_WORK}  CACHE STRING "MPI ${lang} include path"              FORCE)
+    set(MPI_${lang}_LINK_FLAGS    ${MPI_LINK_FLAGS_WORK}    CACHE STRING "MPI ${lang} linking flags"             FORCE)
+    set(MPI_${lang}_LIBRARIES     ${MPI_LIBRARIES_WORK}     CACHE STRING "MPI ${lang} libraries to link against" FORCE)
+    mark_as_advanced(MPI_${lang}_COMPILE_FLAGS MPI_${lang}_INCLUDE_PATH MPI_${lang}_LINK_FLAGS MPI_${lang}_LIBRARIES)
+
+    # clear out our temporary lib/header detectionv variable here.
+    set(MPI_LIB         "MPI_LIB-NOTFOUND"         CACHE INTERNAL "Scratch variable for MPI lib detection"    FORCE)
+    set(MPI_HEADER_PATH "MPI_HEADER_PATH-NOTFOUND" CACHE INTERNAL "Scratch variable for MPI header detection" FORCE)
+  endif()
+
+  # finally set a found variable for each MPI language
+  if (MPI_${lang}_INCLUDE_PATH AND MPI_${lang}_LIBRARIES)
+    set(MPI_${lang}_FOUND TRUE PARENT_SCOPE)
+  else()
+    set(MPI_${lang}_FOUND FALSE PARENT_SCOPE)
+  endif()
+endfunction()
+
+
+# This function attempts to compile with the regular compiler, to see if MPI programs
+# work with it.  This is a last ditch attempt after we've tried interrogating mpicc and
+# friends, and after we've tried to find generic libraries.  Works on machines like
+# Cray XE6, where the modules environment changes what MPI version cc, CC, and ftn use.
+function(try_regular_compiler lang success)
+  set(scratch_directory ${CMAKE_CURRENT_BINARY_DIR}${CMAKE_FILES_DIRECTORY})
+  if (${lang} STREQUAL Fortran)
+    set(test_file ${scratch_directory}/cmake_mpi_test.f90)
+    file(WRITE ${test_file}
+      "program hello\n"
+      "include 'mpif.h'\n"
+      "integer ierror\n"
+      "call MPI_INIT(ierror)\n"
+      "call MPI_FINALIZE(ierror)\n"
+      "end\n")
+  else()
+    if (${lang} STREQUAL CXX)
+      set(test_file ${scratch_directory}/cmake_mpi_test.cpp)
+    else()
+      set(test_file ${scratch_directory}/cmake_mpi_test.c)
+    endif()
+    file(WRITE ${test_file}
+      "#include <mpi.h>\n"
+      "int main(int argc, char **argv) {\n"
+      "  MPI_Init(&argc, &argv);\n"
+      "  MPI_Finalize();\n"
+      "}\n")
+  endif()
+  try_compile(compiler_has_mpi ${scratch_directory} ${test_file})
+  if (compiler_has_mpi)
+    set(MPI_${lang}_NO_INTERROGATE ${CMAKE_${lang}_COMPILER} CACHE STRING "Whether to interrogate MPI ${lang} compiler" FORCE)
+    set(MPI_${lang}_COMPILER       ${CMAKE_${lang}_COMPILER} CACHE STRING "MPI ${lang} compiler"                        FORCE)
+    set(MPI_${lang}_COMPILE_FLAGS  ""                        CACHE STRING "MPI ${lang} compilation flags"               FORCE)
+    set(MPI_${lang}_INCLUDE_PATH   ""                        CACHE STRING "MPI ${lang} include path"                    FORCE)
+    set(MPI_${lang}_LINK_FLAGS     ""                        CACHE STRING "MPI ${lang} linking flags"                   FORCE)
+    set(MPI_${lang}_LIBRARIES      ""                        CACHE STRING "MPI ${lang} libraries to link against"       FORCE)
+  endif()
+  set(${success} ${compiler_has_mpi} PARENT_SCOPE)
+  unset(compiler_has_mpi CACHE)
+endfunction()
+
+# End definitions, commence real work here.
+
+# Most mpi distros have some form of mpiexec which gives us something we can reliably look for.
+find_program(MPIEXEC
+  NAMES ${_MPI_EXEC_NAMES}
+  PATHS ${_MPI_PREFIX_PATH}
+  PATH_SUFFIXES bin
+  DOC "Executable for running MPI programs.")
+
+# call get_filename_component twice to remove mpiexec and the directory it exists in (typically bin).
+# This gives us a fairly reliable base directory to search for /bin /lib and /include from.
+get_filename_component(_MPI_BASE_DIR "${MPIEXEC}" PATH)
+get_filename_component(_MPI_BASE_DIR "${_MPI_BASE_DIR}" PATH)
+
+set(MPIEXEC_NUMPROC_FLAG "-np" CACHE STRING "Flag used by MPI to specify the number of processes for MPIEXEC; the next option will be the number of processes.")
+set(MPIEXEC_PREFLAGS     ""    CACHE STRING "These flags will be directly before the executable that is being run by MPIEXEC.")
+set(MPIEXEC_POSTFLAGS    ""    CACHE STRING "These flags will come after all flags given to MPIEXEC.")
+set(MPIEXEC_MAX_NUMPROCS "2"   CACHE STRING "Maximum number of processors available to run MPI applications.")
+mark_as_advanced(MPIEXEC MPIEXEC_NUMPROC_FLAG MPIEXEC_PREFLAGS MPIEXEC_POSTFLAGS MPIEXEC_MAX_NUMPROCS)
+
+
+#=============================================================================
+# Backward compatibility input hacks.  Propagate the FindMPI hints to C and
+# CXX if the respective new versions are not defined.  Translate the old
+# MPI_LIBRARY and MPI_EXTRA_LIBRARY to respective MPI_${lang}_LIBRARIES.
+#
+# Once we find the new variables, we translate them back into their old
+# equivalents below.
+foreach (lang C CXX)
+  # Old input variables.
+  set(_MPI_OLD_INPUT_VARS COMPILER COMPILE_FLAGS INCLUDE_PATH LINK_FLAGS)
+
+  # Set new vars based on their old equivalents, if the new versions are not already set.
+  foreach (var ${_MPI_OLD_INPUT_VARS})
+    if (NOT MPI_${lang}_${var} AND MPI_${var})
+      set(MPI_${lang}_${var} "${MPI_${var}}")
+    endif()
+  endforeach()
+
+  # Special handling for MPI_LIBRARY and MPI_EXTRA_LIBRARY, which we nixed in the
+  # new FindMPI.  These need to be merged into MPI_<lang>_LIBRARIES
+  if (NOT MPI_${lang}_LIBRARIES AND (MPI_LIBRARY OR MPI_EXTRA_LIBRARY))
+    set(MPI_${lang}_LIBRARIES ${MPI_LIBRARY} ${MPI_EXTRA_LIBRARY})
+  endif()
+endforeach()
+#=============================================================================
+
+
+# This loop finds the compilers and sends them off for interrogation.
+foreach (lang C CXX Fortran)
+  if (CMAKE_${lang}_COMPILER_WORKS)
+    # If the user supplies a compiler *name* instead of an absolute path, assume that we need to find THAT compiler.
+    if (MPI_${lang}_COMPILER)
+      is_file_executable(MPI_${lang}_COMPILER MPI_COMPILER_IS_EXECUTABLE)
+      if (NOT MPI_COMPILER_IS_EXECUTABLE)
+        # Get rid of our default list of names and just search for the name the user wants.
+        set(_MPI_${lang}_COMPILER_NAMES ${MPI_${lang}_COMPILER})
+        set(MPI_${lang}_COMPILER "MPI_${lang}_COMPILER-NOTFOUND" CACHE FILEPATH "Cleared" FORCE)
+        # If the user specifies a compiler, we don't want to try to search libraries either.
+        set(try_libs FALSE)
+      endif()
+    else()
+      set(try_libs TRUE)
+    endif()
+
+    find_program(MPI_${lang}_COMPILER
+      NAMES  ${_MPI_${lang}_COMPILER_NAMES}
+      PATHS  "${MPI_HOME}/bin" "$ENV{MPI_HOME}/bin" ${_MPI_PREFIX_PATH})
+    interrogate_mpi_compiler(${lang} ${try_libs})
+    mark_as_advanced(MPI_${lang}_COMPILER)
+
+    # last ditch try -- if nothing works so far, just try running the regular compiler and
+    # see if we can create an MPI executable.
+    set(regular_compiler_worked 0)
+    if (NOT MPI_${lang}_LIBRARIES OR NOT MPI_${lang}_INCLUDE_PATH)
+      try_regular_compiler(${lang} regular_compiler_worked)
+    endif()
+
+    if (regular_compiler_worked)
+      find_package_handle_standard_args(MPI_${lang} DEFAULT_MSG MPI_${lang}_COMPILER)
+    else()
+      find_package_handle_standard_args(MPI_${lang} DEFAULT_MSG MPI_${lang}_LIBRARIES MPI_${lang}_INCLUDE_PATH)
+    endif()
+  endif()
+endforeach()
+
+
+#=============================================================================
+# More backward compatibility stuff
+#
+# Bare MPI sans ${lang} vars are set to CXX then C, depending on what was found.
+# This mimics the behavior of the old language-oblivious FindMPI.
+set(_MPI_OLD_VARS FOUND COMPILER INCLUDE_PATH COMPILE_FLAGS LINK_FLAGS LIBRARIES)
+if (MPI_CXX_FOUND)
+  foreach (var ${_MPI_OLD_VARS})
+    set(MPI_${var} ${MPI_CXX_${var}})
+  endforeach()
+elseif (MPI_C_FOUND)
+  foreach (var ${_MPI_OLD_VARS})
+    set(MPI_${var} ${MPI_C_${var}})
+  endforeach()
+else()
+  # Note that we might still have found Fortran, but you'll need to use MPI_Fortran_FOUND
+  set(MPI_FOUND FALSE)
+endif()
+
+# Chop MPI_LIBRARIES into the old-style MPI_LIBRARY and MPI_EXTRA_LIBRARY, and set them in cache.
+if (MPI_LIBRARIES)
+  list(GET MPI_LIBRARIES 0 MPI_LIBRARY_WORK)
+  set(MPI_LIBRARY ${MPI_LIBRARY_WORK} CACHE FILEPATH "MPI library to link against" FORCE)
+else()
+  set(MPI_LIBRARY "MPI_LIBRARY-NOTFOUND" CACHE FILEPATH "MPI library to link against" FORCE)
+endif()
+
+list(LENGTH MPI_LIBRARIES MPI_NUMLIBS)
+if (MPI_NUMLIBS GREATER 1)
+  set(MPI_EXTRA_LIBRARY_WORK ${MPI_LIBRARIES})
+  list(REMOVE_AT MPI_EXTRA_LIBRARY_WORK 0)
+  set(MPI_EXTRA_LIBRARY ${MPI_EXTRA_LIBRARY_WORK} CACHE STRING "Extra MPI libraries to link against" FORCE)
+else()
+  set(MPI_EXTRA_LIBRARY "MPI_EXTRA_LIBRARY-NOTFOUND" CACHE STRING "Extra MPI libraries to link against" FORCE)
+endif()
+#=============================================================================
+
+# unset these vars to cleanup namespace
+unset(_MPI_OLD_VARS)
+unset(_MPI_PREFIX_PATH)
+unset(_MPI_BASE_DIR)
+foreach (lang C CXX Fortran)
+  unset(_MPI_${lang}_COMPILER_NAMES)
+endforeach()
diff --git a/cmake/modules/FindNumPy.cmake b/cmake/modules/FindNumPy.cmake
new file mode 100644
index 0000000..410fc18
--- /dev/null
+++ b/cmake/modules/FindNumPy.cmake
@@ -0,0 +1,80 @@
+# - Find NumPy
+# Find the native NumPy includes
+# This module defines
+#  NUMPY_INCLUDE_DIR, where to find numpy/arrayobject.h, etc.
+#  NUMPY_VERSION, The string version of the numpy version
+#  NUMPY_VERSION_MAJOR, The first number of the numpy version
+#  NUMPY_VERSION_MINOR, The second number of the numpy version
+#  NUMPY_VERSION_MICRO, The third number of the numpy version
+#  NUMPY_FOUND, If false, do not try to use NumPy headers.
+
+#=============================================================================
+# Copyright (C) 2010 Johannes Ring
+# All rights reserved.
+#
+# Redistribution and use in source and binary forms, with or without
+# modification, are permitted provided that the following conditions
+# are met:
+#
+# 1. Redistributions of source code must retain the above copyright
+#    notice, this list of conditions and the following disclaimer.
+# 2. Redistributions in binary form must reproduce the above copyright
+#    notice, this list of conditions and the following disclaimer in
+#    the documentation and/or other materials provided with the
+#    distribution.
+#
+# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
+# "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
+# LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS
+# FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
+# COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,
+# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
+# BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
+# LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
+# CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
+# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
+# ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
+# POSSIBILITY OF SUCH DAMAGE.
+#=============================================================================
+
+if(NUMPY_INCLUDE_DIR)
+  # in cache already
+  set(NUMPY_FIND_QUIETLY TRUE)
+endif(NUMPY_INCLUDE_DIR)
+
+execute_process(
+  COMMAND ${PYTHON_EXECUTABLE} -c "import numpy; print(numpy.get_include())"
+  OUTPUT_VARIABLE NUMPY_INCLUDE_DIR
+  RESULT_VARIABLE NUMPY_NOT_FOUND
+  OUTPUT_STRIP_TRAILING_WHITESPACE
+  )
+
+if(NUMPY_INCLUDE_DIR)
+  set(NUMPY_FOUND TRUE)
+  set(NUMPY_INCLUDE_DIR ${NUMPY_INCLUDE_DIR} CACHE STRING "NumPy include path")
+else(NUMPY_INCLUDE_DIR)
+  set(NUMPY_FOUND FALSE)
+endif(NUMPY_INCLUDE_DIR)
+
+if(NUMPY_FOUND)
+  execute_process(
+    COMMAND ${PYTHON_EXECUTABLE} -c "import numpy; print(numpy.version.version)"
+    OUTPUT_VARIABLE NUMPY_VERSION
+    RESULT_VARIABLE NUMPY_NOT_FOUND
+    OUTPUT_STRIP_TRAILING_WHITESPACE
+    )
+  string(REPLACE "." ";" NUMPY_VERSION_LIST ${NUMPY_VERSION})
+  list(GET NUMPY_VERSION_LIST 0 NUMPY_VERSION_MAJOR)
+  list(GET NUMPY_VERSION_LIST 1 NUMPY_VERSION_MINOR)
+  list(GET NUMPY_VERSION_LIST 2 NUMPY_VERSION_MICRO)
+  if(NOT NUMPY_FIND_QUIETLY)
+    message(STATUS "NumPy header version ${NUMPY_VERSION} found")
+  endif(NOT NUMPY_FIND_QUIETLY)
+else(NUMPY_FOUND)
+  if(NUMPY_FIND_REQUIRED)
+    message(FATAL_ERROR "NumPy headers missing")
+  endif(NUMPY_FIND_REQUIRED)
+endif(NUMPY_FOUND)
+
+mark_as_advanced(NUMPY_INCLUDE_DIR, NUMPY_VERSION, NUMPY_VERSION_MAJOR, 
+  NUMPY_VERSION_MINOR, NUMPY_VERSION_MICRO)
diff --git a/cmake/modules/FindPETSc.cmake b/cmake/modules/FindPETSc.cmake
new file mode 100644
index 0000000..80faffd
--- /dev/null
+++ b/cmake/modules/FindPETSc.cmake
@@ -0,0 +1,229 @@
+# - Try to find PETSc
+# Once done this will define
+#
+#  PETSC_FOUND             - system has PETSc
+#  PETSC_INCLUDE_DIRS      - include directories for PETSc
+#  PETSC_LIBRARY_DIRS      - library directories for PETSc
+#  PETSC_LIBRARIES         - libraries for PETSc
+#  PETSC_STATIC_LIBRARIES  - libraries for PETSc (static linking, undefined if not required)
+#  PETSC_VERSION           - version for PETSc
+#  PETSC_VERSION_MAJOR     - First number in PETSC_VERSION
+#  PETSC_VERSION_MINOR     - Second number in PETSC_VERSION
+#  PETSC_VERSION_SUBMINOR  - Third number in PETSC_VERSION
+#  PETSC_INT_SIZE          - sizeof(PetscInt)
+#
+#=============================================================================
+# Copyright (C) 2010-2016 Garth N. Wells, Anders Logg and Johannes Ring
+# All rights reserved.
+#
+# Redistribution and use in source and binary forms, with or without
+# modification, are permitted provided that the following conditions
+# are met:
+#
+# 1. Redistributions of source code must retain the above copyright
+#    notice, this list of conditions and the following disclaimer.
+# 2. Redistributions in binary form must reproduce the above copyright
+#    notice, this list of conditions and the following disclaimer in
+#    the documentation and/or other materials provided with the
+#    distribution.
+#
+# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
+# "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
+# LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS
+# FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
+# COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,
+# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
+# BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
+# LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
+# CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
+# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
+# ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
+# POSSIBILITY OF SUCH DAMAGE.
+#=============================================================================
+
+# Outline:
+# 1. Get flags from PETSc-generated pkg-config file
+# 2. Test compile and run program using shared library linking
+# 3. If shared library linking fails, test with static library linking
+
+# Load pkg-config module (provided by CMake)
+find_package(PkgConfig REQUIRED)
+
+# Find PETSc pkg-config file. Note: craypetsc_real is on Cray systems
+set(ENV{PKG_CONFIG_PATH} "$ENV{CRAY_PETSC_PREFIX_DIR}/lib/pkgconfig:$ENV{PETSC_DIR}/$ENV{PETSC_ARCH}/lib/pkgconfig:$ENV{PETSC_DIR}/lib/pkgconfig:$ENV{PKG_CONFIG_PATH}")
+pkg_search_module(PETSC craypetsc_real PETSc)
+
+# Extract major, minor, etc from version string
+if (PETSC_VERSION)
+  string(REPLACE "." ";" VERSION_LIST ${PETSC_VERSION})
+  list(GET VERSION_LIST 0 PETSC_VERSION_MAJOR)
+  list(GET VERSION_LIST 1 PETSC_VERSION_MINOR)
+  list(GET VERSION_LIST 2 PETSC_VERSION_SUBMINOR)
+endif()
+
+# Configure PETSc IMPORT (this involves creating an 'imported' target
+# and attaching 'properties')
+if (PETSC_FOUND AND NOT TARGET PETSC::petsc)
+  add_library(PETSC::petsc INTERFACE IMPORTED)
+
+  # Add include paths
+  set_property(TARGET PETSC::petsc PROPERTY
+    INTERFACE_INCLUDE_DIRECTORIES ${PETSC_INCLUDE_DIRS})
+
+  # Add libraries
+  unset(_libs)
+  foreach (lib ${PETSC_LIBRARIES})
+    find_library(LIB_${lib} NAMES ${lib} PATHS ${PETSC_LIBRARY_DIRS} NO_DEFAULT_PATH)
+    list(APPEND _libs ${LIB_${lib}})
+  endforeach()
+  set_property(TARGET PETSC::petsc PROPERTY INTERFACE_LINK_LIBRARIES "${_libs}")
+endif()
+
+# Configure PETSc 'static' IMPORT (this involves creating an
+# 'imported' target and attaching 'properties')
+if (PETSC_FOUND AND NOT TARGET PETSC::petsc_static)
+  add_library(PETSC::petsc_static INTERFACE IMPORTED)
+
+  # Add libraries (static)
+  unset(_libs)
+  foreach (lib ${PETSC_STATIC_LIBRARIES})
+    find_library(LIB_${lib} ${lib} HINTS ${PETSC_STATIC_LIBRARY_DIRS})
+    list(APPEND _libs ${LIB_${lib}})
+  endforeach()
+  set_property(TARGET PETSC::petsc_static PROPERTY INTERFACE_LINK_LIBRARIES "${_libs}")
+endif()
+
+# Attempt to build and run PETSc test program
+if (DOLFIN_SKIP_BUILD_TESTS)
+
+  # Assume PETSc works
+  set(PETSC_TEST_RUNS TRUE)
+
+elseif (PETSC_FOUND)
+
+  # Create PETSc test program
+  set(PETSC_TEST_LIB_CPP
+    "${CMAKE_CURRENT_BINARY_DIR}/CMakeFiles/petsc_test_lib.cpp")
+  file(WRITE ${PETSC_TEST_LIB_CPP} "
+#include \"petscts.h\"
+#include \"petsc.h\"
+int main()
+{
+  PetscErrorCode ierr;
+  TS ts;
+  int argc = 0;
+  char** argv = NULL;
+  ierr = PetscInitialize(&argc, &argv, PETSC_NULL, PETSC_NULL);CHKERRQ(ierr);
+  ierr = TSCreate(PETSC_COMM_WORLD,&ts);CHKERRQ(ierr);
+  ierr = TSSetFromOptions(ts);CHKERRQ(ierr);
+  ierr = TSDestroy(&ts);CHKERRQ(ierr);
+  ierr = PetscFinalize();CHKERRQ(ierr);
+  return 0;
+}
+")
+
+  # Add MPI variables if MPI has been found
+  if (MPI_C_FOUND)
+    set(CMAKE_REQUIRED_INCLUDES ${CMAKE_REQUIRED_INCLUDES} ${MPI_C_INCLUDE_PATH})
+    set(CMAKE_REQUIRED_LIBRARIES ${CMAKE_REQUIRED_LIBRARIES} ${MPI_C_LIBRARIES})
+    set(CMAKE_REQUIRED_FLAGS "${CMAKE_REQUIRED_FLAGS} ${MPI_C_COMPILE_FLAGS}")
+  endif()
+
+  # Try to run test program (shared linking)
+  try_run(
+    PETSC_TEST_LIB_EXITCODE
+    PETSC_TEST_LIB_COMPILED
+    ${CMAKE_CURRENT_BINARY_DIR}
+    ${PETSC_TEST_LIB_CPP}
+    CMAKE_FLAGS
+    "-DINCLUDE_DIRECTORIES:STRING=${CMAKE_REQUIRED_INCLUDES}"
+    LINK_LIBRARIES ${CMAKE_REQUIRED_LIBRARIES} PETSC::petsc
+    COMPILE_OUTPUT_VARIABLE PETSC_TEST_LIB_COMPILE_OUTPUT
+    RUN_OUTPUT_VARIABLE PETSC_TEST_LIB_OUTPUT)
+
+  # Check program output
+  if (PETSC_TEST_LIB_COMPILED AND PETSC_TEST_LIB_EXITCODE EQUAL 0)
+
+    message(STATUS "Test PETSC_TEST_RUNS with shared library linking - Success")
+    set(PETSC_TEST_RUNS TRUE)
+
+    # Static libraries not required, so unset
+    set_property(TARGET PETSC::petsc_static PROPERTY INTERFACE_LINK_LIBRARIES)
+
+  else()
+
+    message(STATUS "Test PETSC_TEST_RUNS with shared library linking - Failed")
+
+    file(APPEND ${CMAKE_BINARY_DIR}${CMAKE_FILES_DIRECTORY}/CMakeError.log
+      "Failed to run PETSc test with shared library linking:\n"
+      "CMAKE_REQUIRED_INCLUDES: ${CMAKE_REQUIRED_INCLUDES}\n"
+      "CMAKE_REQUIRED_LIBRARIES: ${CMAKE_REQUIRED_LIBRARIES}\n"
+      "CMAKE_REQUIRED_FLAGS: ${CMAKE_REQUIRED_FLAGS}\n"
+      "PETSC_TEST_LIB_EXITCODE: ${PETSC_TEST_LIB_EXITCODE}\n"
+      "PETSC_TEST_LIB_COMPILED: ${PETSC_TEST_LIB_COMPILED}\n"
+      "PETSC_TEST_LIB_COMPILE_OUTPUT: ${PETSC_TEST_LIB_COMPILE_OUTPUT}\n"
+      "PETSC_TEST_LIB_OUTPUT: ${PETSC_TEST_LIB_OUTPUT}\n\n")
+
+    # Add MPI variables if MPI has been found
+    if (MPI_C_FOUND)
+      set(CMAKE_REQUIRED_INCLUDES ${CMAKE_REQUIRED_INCLUDES} ${MPI_C_INCLUDE_PATH})
+      set(CMAKE_REQUIRED_LIBRARIES ${CMAKE_REQUIRED_LIBRARIES} ${MPI_C_LIBRARIES})
+      set(CMAKE_REQUIRED_FLAGS "${CMAKE_REQUIRED_FLAGS} ${MPI_C_COMPILE_FLAGS}")
+    endif()
+
+    # Try to run test program (static linking)
+    try_run(
+      PETSC_TEST_LIB_EXITCODE
+      PETSC_TEST_LIB_COMPILED
+      ${CMAKE_CURRENT_BINARY_DIR}
+      ${PETSC_TEST_LIB_CPP}
+      CMAKE_FLAGS
+      "-DINCLUDE_DIRECTORIES:STRING=${CMAKE_REQUIRED_INCLUDES}"
+      LINK_LIBRARIES ${CMAKE_REQUIRED_LIBRARIES} PETSC::petsc PETSC::petsc_static
+      COMPILE_OUTPUT_VARIABLE PETSC_TEST_LIB_COMPILE_OUTPUT
+      RUN_OUTPUT_VARIABLE PETSC_TEST_LIB_OUTPUT)
+
+    if (PETSC_TEST_LIB_COMPILED AND PETSC_TEST_LIB_EXITCODE EQUAL 0)
+      message(STATUS "Test PETSC_TEST_RUNS static linking - Success")
+      set(PETSC_TEST_RUNS TRUE)
+    else()
+      message(STATUS "Test PETSC_TEST_RUNS static linking - Failed")
+
+      file(APPEND ${CMAKE_BINARY_DIR}${CMAKE_FILES_DIRECTORY}/CMakeError.log
+        "Failed to run PETSc test with static library linking:\n"
+        "CMAKE_REQUIRED_INCLUDES: ${CMAKE_REQUIRED_INCLUDES}\n"
+        "CMAKE_REQUIRED_LIBRARIES: ${CMAKE_REQUIRED_LIBRARIES}\n"
+        "CMAKE_REQUIRED_FLAGS: ${CMAKE_REQUIRED_FLAGS}\n"
+        "PETSC_TEST_LIB_EXITCODE: ${PETSC_TEST_LIB_EXITCODE}\n"
+        "PETSC_TEST_LIB_COMPILED: ${PETSC_TEST_LIB_COMPILED}\n"
+        "PETSC_TEST_LIB_COMPILE_OUTPUT: ${PETSC_TEST_LIB_COMPILE_OUTPUT}\n"
+        "PETSC_TEST_LIB_OUTPUT: ${PETSC_TEST_LIB_OUTPUT}\n\n")
+
+      set(PETSC_TEST_RUNS FALSE)
+    endif()
+
+  endif()
+endif()
+
+# Check sizeof(PetscInt)
+if (PETSC_INCLUDE_DIRS)
+  include(CheckTypeSize)
+  set(CMAKE_REQUIRED_INCLUDES ${CMAKE_REQUIRED_INCLUDES} ${PETSC_INCLUDE_DIRS})
+  set(CMAKE_EXTRA_INCLUDE_FILES petscsys.h)
+  check_type_size("PetscInt" PETSC_INT_SIZE)
+
+  unset(CMAKE_EXTRA_INCLUDE_FILES)
+  unset(CMAKE_REQUIRED_INCLUDES)
+endif()
+
+# Standard package handling
+include(FindPackageHandleStandardArgs)
+if (PETSC_FOUND)
+  find_package_handle_standard_args(PETSc
+    REQUIRED_VARS PETSC_FOUND PETSC_TEST_RUNS VERSION_VAR PETSC_VERSION
+    FAIL_MESSAGE "PETSc could not be configured.")
+else()
+  find_package_handle_standard_args(PETSc
+    REQUIRED_VARS PETSC_FOUND
+    FAIL_MESSAGE "PETSc could not be found. Be sure to set PETSC_DIR.")
+endif()
diff --git a/cmake/modules/FindPETSc4py.cmake b/cmake/modules/FindPETSc4py.cmake
new file mode 100644
index 0000000..7b13280
--- /dev/null
+++ b/cmake/modules/FindPETSc4py.cmake
@@ -0,0 +1,112 @@
+# - Try to find petsc4py
+# Once done this will define
+#
+#  PETSC4PY_FOUND        - system has petsc4py
+#  PETSC4PY_INCLUDE_DIRS  - include directories for petsc4py
+#  PETSC4PY_VERSION      - version of petsc4py
+#  PETSC4PY_VERSION_MAJOR - first number in PETSC4PY_VERSION
+#  PETSC4PY_VERSION_MINOR - second number in PETSC4PY_VERSION
+
+# Based on FindNumPy.cmake
+
+#=============================================================================
+# Copyright (C) 2013 Lawrence Mitchell
+# All rights reserved.
+#
+# Redistribution and use in source and binary forms, with or without
+# modification, are permitted provided that the following conditions
+# are met:
+#
+# 1. Redistributions of source code must retain the above copyright
+#    notice, this list of conditions and the following disclaimer.
+# 2. Redistributions in binary form must reproduce the above copyright
+#    notice, this list of conditions and the following disclaimer in
+#    the documentation and/or other materials provided with the
+#    distribution.
+#
+# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
+# "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
+# LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS
+# FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
+# COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,
+# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
+# BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
+# LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
+# CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
+# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
+# ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
+# POSSIBILITY OF SUCH DAMAGE.
+#=============================================================================
+
+message(STATUS "Checking for package 'PETSc4Py'")
+
+if(PETSC4PY_INCLUDE_DIRS)
+  # In cache already
+  set(PETSC4PY_FIND_QUIETLY TRUE)
+endif(PETSC4PY_INCLUDE_DIRS)
+
+execute_process(
+  COMMAND ${PYTHON_EXECUTABLE} -c "import petsc4py; print(petsc4py.get_include())"
+  OUTPUT_VARIABLE PETSC4PY_INCLUDE_DIRS
+  RESULT_VARIABLE PETSC4PY_NOT_FOUND
+  ERROR_QUIET
+  OUTPUT_STRIP_TRAILING_WHITESPACE
+  )
+
+if(PETSC4PY_INCLUDE_DIRS)
+  set(PETSC4PY_FOUND TRUE)
+  set(PETSC4PY_INCLUDE_DIRS ${PETSC4PY_INCLUDE_DIRS} CACHE STRING "petsc4py include path")
+else(PETSC4PY_INCLUDE_DIRS)
+  set(PETSC4PY_FOUND FALSE)
+endif(PETSC4PY_INCLUDE_DIRS)
+
+if(PETSC4PY_FOUND)
+  execute_process(
+    COMMAND ${PYTHON_EXECUTABLE} -c "import petsc4py; print(petsc4py.__version__)"
+    OUTPUT_VARIABLE PETSC4PY_VERSION
+    RESULT_VARIABLE PETSC4PY_NOT_FOUND
+    OUTPUT_STRIP_TRAILING_WHITESPACE
+    )
+  string(REPLACE "." ";" PETSC4PY_VERSION_LIST ${PETSC4PY_VERSION})
+  list(GET PETSC4PY_VERSION_LIST 0 PETSC4PY_VERSION_MAJOR)
+  list(GET PETSC4PY_VERSION_LIST 1 PETSC4PY_VERSION_MINOR)
+  if(NOT PETSC4PY_FIND_QUIETLY)
+    message(STATUS "petsc4py version ${PETSC4PY_VERSION} found")
+  endif(NOT PETSC4PY_FIND_QUIETLY)
+else(PETSC4PY_FOUND)
+  if(PETSC4PY_FIND_REQUIRED)
+    message(FATAL_ERROR "petsc4py missing")
+  endif(PETSC4PY_FIND_REQUIRED)
+endif(PETSC4PY_FOUND)
+
+mark_as_advanced(PETSC4PY_INCLUDE_DIRS, PETSC4PY_VERSION, PETSC4PY_VERSION_MAJOR, PETSC4PY_VERSION_MINOR)
+
+if (PETSc4py_FIND_VERSION)
+  # Check if version found is >= required version
+  if (NOT "${PETSC4PY_VERSION}" VERSION_LESS "${PETSc4py_FIND_VERSION}")
+    set(PETSC4PY_VERSION_OK TRUE)
+  endif()
+else()
+  # No specific version requested
+  set(PETSC4PY_VERSION_OK TRUE)
+endif()
+mark_as_advanced(PETSC4PY_VERSION_OK)
+
+# Standard package handling
+include(FindPackageHandleStandardArgs)
+find_package_handle_standard_args(PETSc4py
+  "PETSc4py could not be found. Be sure to set PYTHONPATH appropriately."
+  PETSC4PY_INCLUDE_DIRS PETSC4PY_VERSION PETSC4PY_VERSION_OK)
+
+# Check petsc4py.i for PETSC_INT
+if(PETSC4PY_INCLUDE_DIRS)
+  file(STRINGS "${PETSC4PY_INCLUDE_DIRS}/petsc4py/petsc4py.i" PETSC4PY_INT)
+  string(REGEX MATCH "SWIG_TYPECHECK_INT[0-9]+" PETSC4PY_INT "${PETSC4PY_INT}")
+  string(REPLACE "SWIG_TYPECHECK_INT" "" PETSC4PY_INT "${PETSC4PY_INT}")
+  math(EXPR PETSC_INT "${PETSC_INT_SIZE}*8")
+  if(NOT PETSC_INT STREQUAL PETSC4PY_INT)
+    message(STATUS "PETSC_INT = ${PETSC4PY_INT} ${PETSC_INT}")
+    message(STATUS " - does not match")
+    set(PETSC4PY_FOUND FALSE)
+  endif()
+endif()
\ No newline at end of file
diff --git a/cmake/modules/FindParMETIS.cmake b/cmake/modules/FindParMETIS.cmake
new file mode 100644
index 0000000..c88e59a
--- /dev/null
+++ b/cmake/modules/FindParMETIS.cmake
@@ -0,0 +1,153 @@
+# - Try to find ParMETIS
+# Once done this will define
+#
+#  PARMETIS_FOUND        - system has ParMETIS
+#  PARMETIS_INCLUDE_DIRS - include directories for ParMETIS
+#  PARMETIS_LIBRARIES    - libraries for ParMETIS
+#  PARMETIS_VERSION      - version for ParMETIS
+
+#=============================================================================
+# Copyright (C) 2010 Garth N. Wells, Anders Logg and Johannes Ring
+# All rights reserved.
+#
+# Redistribution and use in source and binary forms, with or without
+# modification, are permitted provided that the following conditions
+# are met:
+#
+# 1. Redistributions of source code must retain the above copyright
+#    notice, this list of conditions and the following disclaimer.
+# 2. Redistributions in binary form must reproduce the above copyright
+#    notice, this list of conditions and the following disclaimer in
+#    the documentation and/or other materials provided with the
+#    distribution.
+#
+# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
+# "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
+# LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS
+# FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
+# COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,
+# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
+# BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
+# LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
+# CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
+# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
+# ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
+# POSSIBILITY OF SUCH DAMAGE.
+#=============================================================================
+
+if (MPI_CXX_FOUND)
+  find_path(PARMETIS_INCLUDE_DIRS parmetis.h
+    HINTS ${PARMETIS_DIR}/include $ENV{PARMETIS_DIR}/include ${PETSC_INCLUDE_DIRS}
+    DOC "Directory where the ParMETIS header files are located"
+  )
+
+  find_library(PARMETIS_LIBRARY parmetis
+    HINTS ${PARMETIS_DIR}/lib $ENV{PARMETIS_DIR}/lib ${PETSC_LIBRARY_DIRS}
+    NO_DEFAULT_PATH
+    DOC "Directory where the ParMETIS library is located"
+  )
+  find_library(PARMETIS_LIBRARY parmetis
+    DOC "Directory where the ParMETIS library is located"
+  )
+
+  find_library(METIS_LIBRARY metis
+    HINTS ${PARMETIS_DIR}/lib $ENV{PARMETIS_DIR}/lib ${PETSC_LIBRARY_DIRS}
+    NO_DEFAULT_PATH
+    DOC "Directory where the METIS library is located"
+  )
+  find_library(METIS_LIBRARY metis
+    DOC "Directory where the METIS library is located"
+  )
+
+  set(PARMETIS_LIBRARIES ${PARMETIS_LIBRARY})
+  if (METIS_LIBRARY)
+    set(PARMETIS_LIBRARIES ${PARMETIS_LIBRARIES} ${METIS_LIBRARY})
+  endif()
+
+  # Try compiling and running test program
+  if (DOLFIN_SKIP_BUILD_TESTS)
+    set(PARMETIS_TEST_RUNS TRUE)
+    set(PARMETIS_VERSION "UNKNOWN")
+    set(PARMETIS_VERSION_OK TRUE)
+  elseif (PARMETIS_INCLUDE_DIRS AND PARMETIS_LIBRARY)
+
+  # Set flags for building test program
+  set(CMAKE_REQUIRED_INCLUDES  ${PARMETIS_INCLUDE_DIRS} ${MPI_CXX_INCLUDE_PATH})
+  set(CMAKE_REQUIRED_LIBRARIES ${PARMETIS_LIBRARIES}    ${MPI_CXX_LIBRARIES})
+  set(CMAKE_REQUIRED_FLAGS     ${CMAKE_REQUIRED_FLAGS}  ${MPI_CXX_COMPILE_FLAGS})
+
+  # Check ParMETIS version
+  set(PARMETIS_CONFIG_TEST_VERSION_CPP
+    "${CMAKE_CURRENT_BINARY_DIR}/CMakeFiles/parmetis_config_test_version.cpp")
+  file(WRITE ${PARMETIS_CONFIG_TEST_VERSION_CPP} "
+#define MPICH_IGNORE_CXX_SEEK 1
+#include <iostream>
+#include \"parmetis.h\"
+
+int main() {
+#ifdef PARMETIS_SUBMINOR_VERSION
+  std::cout << PARMETIS_MAJOR_VERSION << \".\"
+	    << PARMETIS_MINOR_VERSION << \".\"
+            << PARMETIS_SUBMINOR_VERSION;
+#else
+  std::cout << PARMETIS_MAJOR_VERSION << \".\"
+	    << PARMETIS_MINOR_VERSION;
+#endif
+  return 0;
+}
+")
+
+    try_run(
+      PARMETIS_CONFIG_TEST_VERSION_EXITCODE
+      PARMETIS_CONFIG_TEST_VERSION_COMPILED
+      ${CMAKE_CURRENT_BINARY_DIR}
+      ${PARMETIS_CONFIG_TEST_VERSION_CPP}
+      CMAKE_FLAGS
+        "-DINCLUDE_DIRECTORIES:STRING=${CMAKE_REQUIRED_INCLUDES}"
+	"-DLINK_LIBRARIES:STRING=${CMAKE_REQUIRED_LIBRARIES}"
+      COMPILE_OUTPUT_VARIABLE PARMETIS_CONFIG_TEST_VERSION_COMPILE_OUTPUT
+      RUN_OUTPUT_VARIABLE PARMETIS_CONFIG_TEST_VERSION_OUTPUT
+      )
+
+    if (PARMETIS_CONFIG_TEST_VERSION_EXITCODE EQUAL 0)
+      set(PARMETIS_VERSION ${PARMETIS_CONFIG_TEST_VERSION_OUTPUT} CACHE TYPE STRING)
+      mark_as_advanced(PARMETIS_VERSION)
+    endif()
+
+    if (ParMETIS_FIND_VERSION)
+      # Check if version found is >= required version
+      if (NOT "${PARMETIS_VERSION}" VERSION_LESS "${ParMETIS_FIND_VERSION}")
+	set(PARMETIS_VERSION_OK TRUE)
+      endif()
+    else()
+      # No specific version requested
+      set(PARMETIS_VERSION_OK TRUE)
+    endif()
+    mark_as_advanced(PARMETIS_VERSION_OK)
+
+    # Build and run test program
+    include(CheckCXXSourceRuns)
+    check_cxx_source_runs("
+#define MPICH_IGNORE_CXX_SEEK 1
+#include <mpi.h>
+#include <parmetis.h>
+
+int main()
+{
+  // FIXME: Find a simple but sensible test for ParMETIS
+
+  return 0;
+}
+" PARMETIS_TEST_RUNS)
+
+  endif()
+endif()
+
+# Standard package handling
+find_package_handle_standard_args(ParMETIS
+                                  "ParMETIS could not be found/configured."
+                                  PARMETIS_LIBRARIES
+                                  PARMETIS_TEST_RUNS
+                                  PARMETIS_INCLUDE_DIRS
+				  PARMETIS_VERSION
+				  PARMETIS_VERSION_OK)
diff --git a/cmake/modules/FindPythonModule.cmake b/cmake/modules/FindPythonModule.cmake
new file mode 100644
index 0000000..02194b4
--- /dev/null
+++ b/cmake/modules/FindPythonModule.cmake
@@ -0,0 +1,30 @@
+# Find if a Python module is installed
+# Found at http://www.cmake.org/pipermail/cmake/2011-January/041666.html
+# To use do: find_python_module(PyQt4 REQUIRED)
+
+# Modified to give PY_FOO_FOUND global scope
+
+function(find_python_module module)
+  string(TOUPPER ${module} module_upper)
+  if(NOT PY_${module_upper}_path)
+    if(ARGC GREATER 1 AND ARGV1 STREQUAL "REQUIRED")
+      set(${module}_FIND_REQUIRED TRUE)
+    endif()
+    # A module's location is usually a directory, but for binary modules
+    # it's a .so file.
+    execute_process(COMMAND "${PYTHON_EXECUTABLE}" "-c"
+      "import re, ${module}; print(re.compile('/__init__.py.*').sub('',${module}.__file__))"
+      RESULT_VARIABLE _${module}_status
+      OUTPUT_VARIABLE _${module}_location
+      ERROR_QUIET
+      OUTPUT_STRIP_TRAILING_WHITESPACE)
+    if(NOT _${module}_status)
+      set(PY_${module_upper}_path ${_${module}_location} CACHE STRING
+	"Location of Python module ${module}")
+    endif(NOT _${module}_status)
+  endif(NOT PY_${module_upper}_path)
+  find_package_handle_standard_args(PY_${module} DEFAULT_MSG PY_${module_upper}_path)
+
+  # Raise scope (make PY_FOO_FOUND global)
+  SET(PY_${module_upper}_FOUND ${PY_${module_upper}_FOUND} PARENT_SCOPE)
+endfunction(find_python_module)
\ No newline at end of file
diff --git a/cmake/modules/FindSCOTCH.cmake b/cmake/modules/FindSCOTCH.cmake
new file mode 100644
index 0000000..fa25bca
--- /dev/null
+++ b/cmake/modules/FindSCOTCH.cmake
@@ -0,0 +1,354 @@
+# - Try to find SCOTCH
+# Once done this will define
+#
+#  SCOTCH_FOUND        - system has found SCOTCH
+#  SCOTCH_INCLUDE_DIRS - include directories for SCOTCH
+#  SCOTCH_LIBARIES     - libraries for SCOTCH
+#  SCOTCH_VERSION      - version for SCOTCH
+#
+# Variables used by this module, they can change the default behaviour and
+# need to be set before calling find_package:
+#
+#  SCOTCH_DEBUG        - Set this to TRUE to enable debugging output
+#                        of FindScotchPT.cmake if you are having problems.
+#                        Please enable this before filing any bug reports.
+
+#=============================================================================
+# Copyright (C) 2010-2011 Garth N. Wells, Johannes Ring and Anders Logg
+# All rights reserved.
+#
+# Redistribution and use in source and binary forms, with or without
+# modification, are permitted provided that the following conditions
+# are met:
+#
+# 1. Redistributions of source code must retain the above copyright
+#    notice, this list of conditions and the following disclaimer.
+# 2. Redistributions in binary form must reproduce the above copyright
+#    notice, this list of conditions and the following disclaimer in
+#    the documentation and/or other materials provided with the
+#    distribution.
+#
+# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
+# "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
+# LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS
+# FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
+# COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,
+# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
+# BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
+# LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
+# CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
+# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
+# ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
+# POSSIBILITY OF SUCH DAMAGE.
+#=============================================================================
+
+set(SCOTCH_FOUND FALSE)
+
+message(STATUS "Checking for package 'SCOTCH-PT'")
+
+# Check for header file
+find_path(SCOTCH_INCLUDE_DIRS ptscotch.h
+  HINTS ${SCOTCH_DIR}/include $ENV{SCOTCH_DIR}/include ${PETSC_INCLUDE_DIRS}
+  PATH_SUFFIXES scotch
+  DOC "Directory where the SCOTCH-PT header is located"
+  )
+
+# Check for scotch
+find_library(SCOTCH_LIBRARY
+  NAMES scotch
+  HINTS ${SCOTCH_DIR}/lib $ENV{SCOTCH_DIR}/lib ${PETSC_LIBRARY_DIRS}
+  NO_DEFAULT_PATH
+  DOC "The SCOTCH library"
+  )
+find_library(SCOTCH_LIBRARY
+  NAMES scotch
+  DOC "The SCOTCH library"
+  )
+
+# Check for scotcherr
+find_library(SCOTCHERR_LIBRARY
+  NAMES scotcherr
+  HINTS ${SCOTCH_DIR}/lib $ENV{SCOTCH_DIR}/lib
+  NO_DEFAULT_PATH
+  DOC "The SCOTCH-ERROR library"
+  )
+find_library(SCOTCHERR_LIBRARY
+  NAMES scotcherr
+  DOC "The SCOTCH-ERROR library"
+  )
+
+# Check for ptscotch
+find_library(PTSCOTCH_LIBRARY
+  NAMES ptscotch
+  HINTS ${SCOTCH_DIR}/lib $ENV{SCOTCH_DIR}/lib ${PETSC_LIBRARY_DIRS}
+  NO_DEFAULT_PATH
+  DOC "The PTSCOTCH library"
+  )
+find_library(PTSCOTCH_LIBRARY
+  NAMES ptscotch
+  DOC "The PTSCOTCH library"
+  )
+
+# Check for ptesmumps
+find_library(PTESMUMPS_LIBRARY
+  NAMES ptesmumps esmumps
+  HINTS ${SCOTCH_DIR}/lib $ENV{SCOTCH_DIR}/lib ${PETSC_LIBRARY_DIRS}
+  NO_DEFAULT_PATH
+  DOC "The PTSCOTCH-ESMUMPS library"
+  )
+find_library(PTESMUMPS_LIBRARY
+  NAMES ptesmumps esmumps
+  DOC "The PTSCOTCH-ESMUMPS library"
+  )
+
+# Check for ptscotcherr
+find_library(PTSCOTCHERR_LIBRARY
+  NAMES ptscotcherr
+  HINTS ${SCOTCH_DIR}/lib $ENV{SCOTCH_DIR}/lib ${PETSC_LIBRARY_DIRS}
+  NO_DEFAULT_PATH
+  DOC "The PTSCOTCH-ERROR library"
+  )
+find_library(PTSCOTCHERR_LIBRARY
+  NAMES ptscotcherr
+  DOC "The PTSCOTCH-ERROR library"
+  )
+
+set(SCOTCH_LIBRARIES ${PTSCOTCH_LIBRARY})
+if (PTESMUMPS_LIBRARY)
+  set(SCOTCH_LIBRARIES ${SCOTCH_LIBRARIES}  ${PTESMUMPS_LIBRARY})
+endif()
+set(SCOTCH_LIBRARIES ${SCOTCH_LIBRARIES} ${PTSCOTCHERR_LIBRARY})
+
+# Basic check of SCOTCH_VERSION which does not require compilation
+if (SCOTCH_INCLUDE_DIRS)
+  file(STRINGS "${SCOTCH_INCLUDE_DIRS}/ptscotch.h" PTSCOTCH_H)
+  string(REGEX MATCH "SCOTCH_VERSION [0-9]+" SCOTCH_VERSION "${PTSCOTCH_H}")
+  string(REGEX MATCH "[0-9]+" SCOTCH_VERSION "${SCOTCH_VERSION}")
+endif()
+
+# If SCOTCH_VERSION was not found in ptscotch.h, look in scotch.h
+if (SCOTCH_INCLUDE_DIRS AND NOT SCOTCH_VERSION)
+  file(STRINGS "${SCOTCH_INCLUDE_DIRS}/scotch.h" SCOTCH_H)
+  string(REGEX MATCH "SCOTCH_VERSION [0-9]+" SCOTCH_VERSION "${SCOTCH_H}")
+  string(REGEX MATCH "[0-9]+" SCOTCH_VERSION "${SCOTCH_VERSION}")
+endif()
+
+# For SCOTCH version > 6, need to add libraries scotch and ptscotch
+if (NOT "${SCOTCH_VERSION}" VERSION_LESS "6")
+  set(SCOTCH_LIBRARIES ${PTSCOTCH_LIBRARY} ${SCOTCH_LIBRARY} ${PTSCOTCHERR_LIBRARY})
+  set(CMAKE_REQUIRED_LIBRARIES ${CMAKE_REQUIRED_LIBRARIES} ${SCOTCH_LIBRARY})
+endif()
+
+# Try compiling and running test program
+if (DOLFIN_SKIP_BUILD_TESTS)
+  message(STATUS "Found SCOTCH (version ${SCOTCH_VERSION})")
+  set(SCOTCH_TEST_RUNS TRUE)
+elseif (SCOTCH_INCLUDE_DIRS AND SCOTCH_LIBRARIES)
+  if (SCOTCH_DEBUG)
+    message(STATUS "[ ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE} ] "
+                   "location of ptscotch.h: ${SCOTCH_INCLUDE_DIRS}/ptscotch.h")
+    message(STATUS "[ ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE} ] "
+                   "location of libscotch: ${SCOTCH_LIBRARY}")
+    message(STATUS "[ ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE} ] "
+                   "location of libptscotch: ${PTSCOTCH_LIBRARY}")
+    message(STATUS "[ ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE} ] "
+                   "location of libptscotcherr: ${PTSCOTCHERR_LIBRARY}")
+  endif()
+
+  # Set flags for building test program
+  set(CMAKE_REQUIRED_INCLUDES ${SCOTCH_INCLUDE_DIRS})
+  set(CMAKE_REQUIRED_LIBRARIES ${SCOTCH_LIBRARIES})
+  #set(CMAKE_REQUIRED_LIBRARIES ${SCOTCH_LIBRARY} ${SCOTCHERR_LIBRARY})
+
+  # Add MPI variables if MPI has been found
+  if (MPI_CXX_FOUND)
+    set(CMAKE_REQUIRED_INCLUDES ${CMAKE_REQUIRED_INCLUDES} ${MPI_CXX_INCLUDE_PATH})
+    set(CMAKE_REQUIRED_LIBRARIES ${CMAKE_REQUIRED_LIBRARIES} ${MPI_CXX_LIBRARIES})
+    set(CMAKE_REQUIRED_FLAGS "${CMAKE_REQUIRED_FLAGS} ${MPI_CXX_COMPILE_FLAGS}")
+  endif()
+
+  set(SCOTCH_CONFIG_TEST_VERSION_CPP
+    "${CMAKE_CURRENT_BINARY_DIR}/CMakeFiles/scotch_config_test_version.cpp")
+  file(WRITE ${SCOTCH_CONFIG_TEST_VERSION_CPP} "
+#define MPICH_IGNORE_CXX_SEEK 1
+#include <stdint.h>
+#include <stdio.h>
+#include <mpi.h>
+#include <ptscotch.h>
+#include <iostream>
+
+int main() {
+  std::cout << SCOTCH_VERSION << \".\"
+	    << SCOTCH_RELEASE << \".\"
+	    << SCOTCH_PATCHLEVEL;
+  return 0;
+}
+")
+
+  try_run(
+    SCOTCH_CONFIG_TEST_VERSION_EXITCODE
+    SCOTCH_CONFIG_TEST_VERSION_COMPILED
+    ${CMAKE_CURRENT_BINARY_DIR}
+    ${SCOTCH_CONFIG_TEST_VERSION_CPP}
+    CMAKE_FLAGS
+      "-DINCLUDE_DIRECTORIES:STRING=${CMAKE_REQUIRED_INCLUDES}"
+      "-DLINK_LIBRARIES:STRING=${CMAKE_REQUIRED_LIBRARIES}"
+    COMPILE_OUTPUT_VARIABLE COMPILE_OUTPUT
+    RUN_OUTPUT_VARIABLE OUTPUT
+    )
+
+  # Set version number
+  if (SCOTCH_CONFIG_TEST_VERSION_EXITCODE EQUAL 0)
+    set(SCOTCH_VERSION ${OUTPUT} CACHE TYPE STRING)
+    message(STATUS "Found SCOTCH (version ${SCOTCH_VERSION})")
+  endif()
+
+  # PT-SCOTCH was first introduced in SCOTCH version 5.0
+  # FIXME: parallel graph partitioning features in PT-SCOTCH was first
+  #        introduced in 5.1. Do we require version 5.1?
+  if (NOT ${SCOTCH_VERSION} VERSION_LESS "5.0")
+    set(SCOTCH_TEST_LIB_CPP
+      "${CMAKE_CURRENT_BINARY_DIR}/CMakeFiles/scotch_test_lib.cpp")
+    file(WRITE ${SCOTCH_TEST_LIB_CPP} "
+#define MPICH_IGNORE_CXX_SEEK 1
+#include <stdint.h>
+#include <stdio.h>
+#include <mpi.h>
+#include <ptscotch.h>
+#include <iostream>
+#include <cstdlib>
+
+int main() {
+  int provided;
+  SCOTCH_Dgraph dgrafdat;
+
+  MPI_Init_thread(0, 0, MPI_THREAD_MULTIPLE, &provided);
+
+  if (SCOTCH_dgraphInit(&dgrafdat, MPI_COMM_WORLD) != 0) {
+    if (MPI_THREAD_MULTIPLE > provided) {
+      std::cout << \"MPI implementation is not thread-safe:\" << std::endl;
+      std::cout << \"SCOTCH should be compiled without SCOTCH_PTHREAD\" << std::endl;
+      exit(1);
+    }
+    else {
+      std::cout << \"libptscotch linked to libscotch or other unknown error\" << std::endl;
+      exit(2);
+    }
+  }
+  else {
+    SCOTCH_dgraphExit(&dgrafdat);
+  }
+
+  MPI_Finalize();
+
+  return 0;
+}
+")
+
+    message(STATUS "Performing test SCOTCH_TEST_RUNS")
+    try_run(
+      SCOTCH_TEST_LIB_EXITCODE
+      SCOTCH_TEST_LIB_COMPILED
+      ${CMAKE_CURRENT_BINARY_DIR}
+      ${SCOTCH_TEST_LIB_CPP}
+      CMAKE_FLAGS
+        "-DINCLUDE_DIRECTORIES:STRING=${CMAKE_REQUIRED_INCLUDES}"
+        "-DLINK_LIBRARIES:STRING=${CMAKE_REQUIRED_LIBRARIES}"
+      COMPILE_OUTPUT_VARIABLE SCOTCH_TEST_LIB_COMPILE_OUTPUT
+      RUN_OUTPUT_VARIABLE SCOTCH_TEST_LIB_OUTPUT
+      )
+
+    if (SCOTCH_TEST_LIB_COMPILED AND SCOTCH_TEST_LIB_EXITCODE EQUAL 0)
+      message(STATUS "Performing test SCOTCH_TEST_RUNS - Success")
+      set(SCOTCH_TEST_RUNS TRUE)
+    else()
+      message(STATUS "Performing test SCOTCH_TEST_RUNS - Failed")
+
+      file(APPEND ${CMAKE_BINARY_DIR}${CMAKE_FILES_DIRECTORY}/CMakeError.log
+        "Failed to run SCOTCH test:\n"
+        "CMAKE_REQUIRED_INCLUDES: ${CMAKE_REQUIRED_INCLUDES}\n"
+        "CMAKE_REQUIRED_LIBRARIES: ${CMAKE_REQUIRED_LIBRARIES}\n"
+        "CMAKE_REQUIRED_FLAGS: ${CMAKE_REQUIRED_FLAGS}\n"
+        "SCOTCH_TEST_LIB_EXITCODE: ${SCOTCH_TEST_LIB_EXITCODE}\n"
+        "SCOTCH_TEST_LIB_COMPILED: ${SCOTCH_TEST_LIB_COMPILED}\n"
+        "SCOTCH_TEST_LIB_COMPILE_OUTPUT: ${SCOTCH_TEST_LIB_COMPILE_OUTPUT}\n"
+        "SCOTCH_TEST_LIB_OUTPUT: ${SCOTCH_TEST_LIB_OUTPUT}\n\n")
+
+      if (SCOTCH_DEBUG)
+        # Output some variables
+        message(STATUS "[ ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE} ] "
+                       "SCOTCH_TEST_LIB_COMPILED = ${SCOTCH_TEST_LIB_COMPILED}")
+        message(STATUS "[ ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE} ] "
+                       "SCOTCH_TEST_LIB_COMPILE_OUTPUT = ${SCOTCH_TEST_LIB_COMPILE_OUTPUT}")
+        message(STATUS "[ ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE} ] "
+                       "SCOTCH_TEST_LIB_EXITCODE = ${SCOTCH_TEST_LIB_EXITCODE}")
+        message(STATUS "[ ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE} ] "
+                       "SCOTCH_TEST_LIB_OUTPUT = ${SCOTCH_TEST_LIB_OUTPUT}")
+      endif()
+    endif()
+
+    # If program does not run, try adding zlib library and test again
+    if(NOT SCOTCH_TEST_RUNS)
+      if (NOT ZLIB_FOUND)
+        find_package(ZLIB)
+      endif()
+
+      if (ZLIB_INCLUDE_DIRS AND ZLIB_LIBRARIES)
+        set(CMAKE_REQUIRED_INCLUDES ${CMAKE_REQUIRED_INCLUDES} ${ZLIB_INCLUDE_DIRS})
+        set(CMAKE_REQUIRED_LIBRARIES ${CMAKE_REQUIRED_LIBRARIES} ${ZLIB_LIBRARIES})
+
+        message(STATUS "Performing test SCOTCH_ZLIB_TEST_RUNS")
+        try_run(
+          SCOTCH_ZLIB_TEST_LIB_EXITCODE
+          SCOTCH_ZLIB_TEST_LIB_COMPILED
+          ${CMAKE_CURRENT_BINARY_DIR}
+          ${SCOTCH_TEST_LIB_CPP}
+          CMAKE_FLAGS
+                  "-DINCLUDE_DIRECTORIES:STRING=${CMAKE_REQUIRED_INCLUDES}"
+                  "-DLINK_LIBRARIES:STRING=${CMAKE_REQUIRED_LIBRARIES}"
+          COMPILE_OUTPUT_VARIABLE SCOTCH_ZLIB_TEST_LIB_COMPILE_OUTPUT
+          RUN_OUTPUT_VARIABLE SCOTCH_ZLIB_TEST_LIB_OUTPUT
+          )
+
+        # Add zlib flags if required and set test run to 'true'
+        if (SCOTCH_ZLIB_TEST_LIB_COMPILED AND SCOTCH_ZLIB_TEST_LIB_EXITCODE EQUAL 0)
+          message(STATUS "Performing test SCOTCH_ZLIB_TEST_RUNS - Success")
+          set(SCOTCH_INCLUDE_DIRS ${SCOTCH_INCLUDE_DIRS} ${ZLIB_INCLUDE_DIRS})
+          set(SCOTCH_LIBRARIES ${SCOTCH_LIBRARIES} ${ZLIB_LIBRARIES})
+          set(SCOTCH_TEST_RUNS TRUE)
+        else()
+          message(STATUS "Performing test SCOTCH_ZLIB_TEST_RUNS - Failed")
+
+          file(APPEND ${CMAKE_BINARY_DIR}${CMAKE_FILES_DIRECTORY}/CMakeError.log
+            "Failed to run SCOTCH test with zlib:\n"
+            "CMAKE_REQUIRED_INCLUDES: ${CMAKE_REQUIRED_INCLUDES}\n"
+            "CMAKE_REQUIRED_LIBRARIES: ${CMAKE_REQUIRED_LIBRARIES}\n"
+            "CMAKE_REQUIRED_FLAGS: ${CMAKE_REQUIRED_FLAGS}\n"
+            "SCOTCH_ZLIB_TEST_LIB_EXITCODE: ${SCOTCH_ZLIB_TEST_LIB_EXITCODE}\n"
+            "SCOTCH_ZLIB_TEST_LIB_COMPILED: ${SCOTCH_ZLIB_TEST_LIB_COMPILED}\n"
+            "SCOTCH_ZLIB_TEST_LIB_COMPILE_OUTPUT: ${SCOTCH_ZLIB_TEST_LIB_COMPILE_OUTPUT}\n"
+            "SCOTCH_ZLIB_TEST_LIB_OUTPUT: ${SCOTCH_ZLIB_TEST_LIB_OUTPUT}\n\n")
+
+          if (SCOTCH_DEBUG)
+            message(STATUS "[ ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE} ] "
+                           "SCOTCH_ZLIB_TEST_LIB_COMPILED = ${SCOTCH_ZLIB_TEST_LIB_COMPILED}")
+            message(STATUS "[ ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE} ] "
+                           "SCOTCH_ZLIB_TEST_LIB_COMPILE_OUTPUT = ${SCOTCH_ZLIB_TEST_LIB_COMPILE_OUTPUT}")
+            message(STATUS "[ ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE} ] "
+                           "SCOTCH_TEST_LIB_EXITCODE = ${SCOTCH_TEST_LIB_EXITCODE}")
+            message(STATUS "[ ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE} ] "
+                           "SCOTCH_TEST_LIB_OUTPUT = ${SCOTCH_TEST_LIB_OUTPUT}")
+          endif()
+        endif()
+
+      endif()
+    endif()
+  endif()
+endif()
+
+# Standard package handling
+find_package_handle_standard_args(SCOTCH
+                                  "SCOTCH could not be found. Be sure to set SCOTCH_DIR."
+                                  SCOTCH_LIBRARIES
+                                  SCOTCH_INCLUDE_DIRS
+                                  SCOTCH_TEST_RUNS)
diff --git a/cmake/modules/FindSLEPc.cmake b/cmake/modules/FindSLEPc.cmake
new file mode 100644
index 0000000..327cffc
--- /dev/null
+++ b/cmake/modules/FindSLEPc.cmake
@@ -0,0 +1,216 @@
+# - Try to find SLEPC
+# Once done this will define
+#
+#  SLEPC_FOUND            - system has SLEPc
+#  SLEPC_INCLUDE_DIRS     - include directories for SLEPc
+#  SLEPC_LIBRARY_DIRS     - library directories for SLEPc
+#  SLEPC_LIBARIES         - libraries for SLEPc
+#  SLEPC_STATIC_LIBARIES  - ibraries for SLEPc (static linking, undefined if not required)
+#  SLEPC_VERSION          - version of SLEPc
+#  SLEPC_VERSION_MAJOR    - First number in SLEPC_VERSION
+#  SLEPC_VERSION_MINOR    - Second number in SLEPC_VERSION
+#  SLEPC_VERSION_SUBMINOR - Third number in SLEPC_VERSION
+
+
+#=============================================================================
+# Copyright (C) 2010-2016 Garth N. Wells, Anders Logg and Johannes Ring
+# All rights reserved.
+#
+# Redistribution and use in source and binary forms, with or without
+# modification, are permitted provided that the following conditions
+# are met:
+#
+# 1. Redistributions of source code must retain the above copyright
+#    notice, this list of conditions and the following disclaimer.
+# 2. Redistributions in binary form must reproduce the above copyright
+#    notice, this list of conditions and the following disclaimer in
+#    the documentation and/or other materials provided with the
+#    distribution.
+#
+# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
+# "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
+# LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS
+# FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
+# COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,
+# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
+# BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
+# LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
+# CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
+# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
+# ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
+# POSSIBILITY OF SUCH DAMAGE.
+#=============================================================================
+
+# Load CMake pkg-config module
+find_package(PkgConfig REQUIRED)
+
+# Find SLEPc pkg-config file
+set(ENV{PKG_CONFIG_PATH} "$ENV{SLEPC_DIR}/$ENV{PETSC_ARCH}/lib/pkgconfig:$ENV{SLEPC_DIR}/lib/pkgconfig:$ENV{PKG_CONFIG_PATH}")
+set(ENV{PKG_CONFIG_PATH} "$ENV{PETSC_DIR}/$ENV{PETSC_ARCH}/lib/pkgconfig:$ENV{PETSC_DIR}/lib/pkgconfig:$ENV{PKG_CONFIG_PATH}")
+set(ENV{PKG_CONFIG_PATH} "$ENV{PETSC_DIR}/$ENV{PETSC_ARCH}:$ENV{PETSC_DIR}:$ENV{PKG_CONFIG_PATH}")
+pkg_search_module(SLEPC crayslepc_real SLEPc)
+
+# Extract major, minor, etc from version string
+if (SLEPC_VERSION)
+  string(REPLACE "." ";" VERSION_LIST ${SLEPC_VERSION})
+  list(GET VERSION_LIST 0 SLEPC_VERSION_MAJOR)
+  list(GET VERSION_LIST 1 SLEPC_VERSION_MINOR)
+  list(GET VERSION_LIST 2 SLEPC_VERSION_SUBMINOR)
+endif()
+
+# Configure SLEPc IMPORT (this involves creating an 'imported' target
+# and attaching 'properties')
+if (SLEPC_FOUND AND NOT TARGET SLEPC::slepc)
+  add_library(SLEPC::slepc INTERFACE IMPORTED)
+
+  # Add include paths
+  set_property(TARGET SLEPC::slepc PROPERTY
+    INTERFACE_INCLUDE_DIRECTORIES ${SLEPC_INCLUDE_DIRS})
+
+  # Add libraries
+  unset(_libs)
+  foreach (lib ${SLEPC_LIBRARIES})
+    find_library(LIB_${lib} NAMES ${lib} PATHS ${SLEPC_LIBRARY_DIRS} NO_DEFAULT_PATH)
+    list(APPEND _libs ${LIB_${lib}})
+  endforeach()
+  set_property(TARGET SLEPC::slepc PROPERTY INTERFACE_LINK_LIBRARIES "${_libs}")
+endif()
+
+if (SLEPC_FOUND AND NOT TARGET SLEPC::slepc_static)
+  add_library(SLEPC::slepc_static INTERFACE IMPORTED)
+
+  # Add libraries (static)
+  unset(_libs)
+  foreach (lib ${SLEPC_STATIC_LIBRARIES})
+    find_library(LIB_${lib} ${lib} HINTS ${SLEPC_STATIC_LIBRARY_DIRS})
+    list(APPEND _libs ${LIB_${lib}})
+  endforeach()
+  set_property(TARGET SLEPC::slepc_static PROPERTY INTERFACE_LINK_LIBRARIES "${_libs}")
+
+endif()
+
+
+# Compile and run test
+if (DOLFIN_SKIP_BUILD_TESTS)
+
+  # Assume SLEPc works
+  set(SLEPC_TEST_RUNS TRUE)
+
+elseif (SLEPC_FOUND)
+
+  # Create SLEPc test program
+  set(SLEPC_TEST_LIB_CPP
+    "${CMAKE_CURRENT_BINARY_DIR}/CMakeFiles/slepc_test_lib.cpp")
+  file(WRITE ${SLEPC_TEST_LIB_CPP} "
+#include \"petsc.h\"
+#include \"slepceps.h\"
+int main()
+{
+  PetscErrorCode ierr;
+  int argc = 0;
+  char** argv = NULL;
+  ierr = SlepcInitialize(&argc, &argv, PETSC_NULL, PETSC_NULL);
+  EPS eps;
+  ierr = EPSCreate(PETSC_COMM_SELF, &eps); CHKERRQ(ierr);
+  //ierr = EPSSetFromOptions(eps); CHKERRQ(ierr);
+  ierr = EPSDestroy(&eps); CHKERRQ(ierr);
+  ierr = SlepcFinalize(); CHKERRQ(ierr);
+  return 0;
+}
+")
+
+  # Add MPI variables if MPI has been found
+  if (MPI_C_FOUND)
+    set(CMAKE_REQUIRED_INCLUDES ${CMAKE_REQUIRED_INCLUDES} ${MPI_C_INCLUDE_PATH})
+    set(CMAKE_REQUIRED_LIBRARIES ${CMAKE_REQUIRED_LIBRARIES} ${MPI_C_LIBRARIES})
+    set(CMAKE_REQUIRED_FLAGS "${CMAKE_REQUIRED_FLAGS} ${MPI_C_COMPILE_FLAGS}")
+  endif()
+
+  # Try to run test program (shared linking)
+  try_run(
+    SLEPC_TEST_LIB_EXITCODE
+    SLEPC_TEST_LIB_COMPILED
+    ${CMAKE_CURRENT_BINARY_DIR}
+    ${SLEPC_TEST_LIB_CPP}
+    CMAKE_FLAGS
+    "-DINCLUDE_DIRECTORIES:STRING=${CMAKE_REQUIRED_INCLUDES}"
+    LINK_LIBRARIES ${CMAKE_REQUIRED_LIBRARIES} PETSC::petsc SLEPC::slepc
+    COMPILE_OUTPUT_VARIABLE SLEPC_TEST_LIB_COMPILE_OUTPUT
+    RUN_OUTPUT_VARIABLE SLEPC_TEST_LIB_OUTPUT
+    )
+
+  if (SLEPC_TEST_LIB_COMPILED AND SLEPC_TEST_LIB_EXITCODE EQUAL 0)
+
+    message(STATUS "Test SLEPC_TEST_RUNS with shared library linking - Success")
+    set(SLEPC_TEST_RUNS TRUE)
+
+    # Static libraries not required, so unset
+    set_property(TARGET SLEPC::slepc_static PROPERTY INTERFACE_LINK_LIBRARIES)
+
+  else()
+
+    message(STATUS "Test SLEPC_TEST_RUNS with shared library linking - Failed")
+
+    file(APPEND ${CMAKE_BINARY_DIR}${CMAKE_FILES_DIRECTORY}/CMakeError.log
+      "Failed to run SLEPc test with shared library linking:\n"
+      "CMAKE_REQUIRED_INCLUDES: ${CMAKE_REQUIRED_INCLUDES}\n"
+      "CMAKE_REQUIRED_LIBRARIES: ${CMAKE_REQUIRED_LIBRARIES}\n"
+      "CMAKE_REQUIRED_FLAGS: ${CMAKE_REQUIRED_FLAGS}\n"
+      "SLEPC_TEST_LIB_EXITCODE: ${SLEPC_TEST_LIB_EXITCODE}\n"
+      "SLEPC_TEST_LIB_COMPILED: ${SLEPC_TEST_LIB_COMPILED}\n"
+      "SLEPC_TEST_LIB_COMPILE_OUTPUT: ${SLEPC_TEST_LIB_COMPILE_OUTPUT}\n"
+      "SLEPC_TEST_LIB_OUTPUT: ${SLEPC_TEST_LIB_OUTPUT}\n\n")
+
+    # Add MPI variables if MPI has been found
+    if (MPI_C_FOUND)
+      set(CMAKE_REQUIRED_INCLUDES ${CMAKE_REQUIRED_INCLUDES} ${MPI_C_INCLUDE_PATH})
+      set(CMAKE_REQUIRED_LIBRARIES ${CMAKE_REQUIRED_LIBRARIES} ${MPI_C_LIBRARIES})
+      set(CMAKE_REQUIRED_FLAGS "${CMAKE_REQUIRED_FLAGS} ${MPI_C_COMPILE_FLAGS}")
+    endif()
+
+    # Try to run test program (static linking)
+    try_run(
+      SLEPC_TEST_STATIC_LIBS_EXITCODE
+      SLEPC_TEST_STATIC_LIBS_COMPILED
+      ${CMAKE_CURRENT_BINARY_DIR}
+      ${SLEPC_TEST_LIB_CPP}
+      CMAKE_FLAGS
+      "-DINCLUDE_DIRECTORIES:STRING=${CMAKE_REQUIRED_INCLUDES}"
+      LINK_LIBRARIES ${CMAKE_REQUIRED_LIBRARIES} SLEPC::slepc SLEPC::slepc_static
+      COMPILE_OUTPUT_VARIABLE SLEPC_TEST_STATIC_LIBS_COMPILE_OUTPUT
+      RUN_OUTPUT_VARIABLE SLEPC_TEST_STATIC_LIBS_OUTPUT
+      )
+
+    if (SLEPC_TEST_STATIC_LIBS_COMPILED AND SLEPC_TEST_STATIC_LIBS_EXITCODE EQUAL 0)
+      message(STATUS "Test SLEPC_TEST__RUNS with static linking - Success")
+      set(SLEPC_TEST_RUNS TRUE)
+    else()
+      message(STATUS "Test SLEPC_TETS_RUNS with static linking - Failed")
+
+      file(APPEND ${CMAKE_BINARY_DIR}${CMAKE_FILES_DIRECTORY}/CMakeError.log
+        "Failed to run SLEPc test with static library linking:\n"
+        "CMAKE_REQUIRED_INCLUDES: ${CMAKE_REQUIRED_INCLUDES}\n"
+        "CMAKE_REQUIRED_LIBRARIES: ${CMAKE_REQUIRED_LIBRARIES}\n"
+        "CMAKE_REQUIRED_FLAGS: ${CMAKE_REQUIRED_FLAGS}\n"
+        "SLEPC_TEST_STATIC_LIB_EXITCODE: ${SLEPC_TEST_STATIC_LIB_EXITCODE}\n"
+        "SLEPC_TEST_STATIC_LIB_COMPILED: ${PETSC_TEST_STATIC_LIB_COMPILED}\n"
+        "SLEPC_TEST_STATIC_LIBS_COMPILE_OUTPUT: ${SLEPC_TEST_STATIC_LIBS_COMPILE_OUTPUT}\n"
+        "SLEPC_TEST_STATIC_LIBS_OUTPUT: ${SLEPC_TEST_STATIC_LIBS_OUTPUT}\n\n")
+
+      set(SLEPC_TEST_RUNS FALSE)
+    endif()
+  endif()
+endif()
+
+# Standard package handling
+include(FindPackageHandleStandardArgs)
+if (SLEPC_FOUND)
+  find_package_handle_standard_args(SLEPc
+    REQUIRED_VARS SLEPC_FOUND SLEPC_TEST_RUNS
+    VERSION_VAR SLEPC_VERSION
+    FAIL_MESSAGE "SLEPc could not be configured.")
+else()
+  find_package_handle_standard_args(SLEPc
+    REQUIRED_VARS SLEPC_FOUND
+    FAIL_MESSAGE "SLEPc could not be found. Be sure to set SLEPC_DIR.")
+endif()
diff --git a/cmake/modules/FindSLEPc4py.cmake b/cmake/modules/FindSLEPc4py.cmake
new file mode 100644
index 0000000..b5e0f55
--- /dev/null
+++ b/cmake/modules/FindSLEPc4py.cmake
@@ -0,0 +1,99 @@
+# - Try to find slepc4py
+# Once done this will define
+#
+#  SLEPC4PY_FOUND        - system has slepc4py
+#  SLEPC4PY_INCLUDE_DIRS  - include directories for slepc4py
+#  SLEPC4PY_VERSION      - version of slepc4py
+#  SLEPC4PY_VERSION_MAJOR - first number in SLEPC4PY_VERSION
+#  SLEPC4PY_VERSION_MINOR - second number in SLEPC4PY_VERSION
+
+# Based on FindPETSc4py.cmake
+
+#=============================================================================
+# Copyright (C) 2013 Lawrence Mitchell
+# All rights reserved.
+#
+# Redistribution and use in source and binary forms, with or without
+# modification, are permitted provided that the following conditions
+# are met:
+#
+# 1. Redistributions of source code must retain the above copyright
+#    notice, this list of conditions and the following disclaimer.
+# 2. Redistributions in binary form must reproduce the above copyright
+#    notice, this list of conditions and the following disclaimer in
+#    the documentation and/or other materials provided with the
+#    distribution.
+#
+# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
+# "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
+# LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS
+# FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
+# COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,
+# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
+# BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
+# LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
+# CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
+# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
+# ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
+# POSSIBILITY OF SUCH DAMAGE.
+#=============================================================================
+
+message(STATUS "Checking for package 'SLEPc4Py'")
+
+if(SLEPC4PY_INCLUDE_DIRS)
+  # In cache already
+  set(SLEPC4PY_FIND_QUIETLY TRUE)
+endif(SLEPC4PY_INCLUDE_DIRS)
+
+execute_process(
+  COMMAND ${PYTHON_EXECUTABLE} -c "import slepc4py; print(slepc4py.get_include())"
+  OUTPUT_VARIABLE SLEPC4PY_INCLUDE_DIRS
+  RESULT_VARIABLE SLEPC4PY_NOT_FOUND
+  ERROR_QUIET
+  OUTPUT_STRIP_TRAILING_WHITESPACE
+  )
+
+if(SLEPC4PY_INCLUDE_DIRS)
+  set(SLEPC4PY_FOUND TRUE)
+  set(SLEPC4PY_INCLUDE_DIRS ${SLEPC4PY_INCLUDE_DIRS} CACHE STRING "slepc4py include path")
+else(SLEPC4PY_INCLUDE_DIRS)
+  set(SLEPC4PY_FOUND FALSE)
+endif(SLEPC4PY_INCLUDE_DIRS)
+
+if(SLEPC4PY_FOUND)
+  execute_process(
+    COMMAND ${PYTHON_EXECUTABLE} -c "import slepc4py; print(slepc4py.__version__)"
+    OUTPUT_VARIABLE SLEPC4PY_VERSION
+    RESULT_VARIABLE SLEPC4PY_NOT_FOUND
+    OUTPUT_STRIP_TRAILING_WHITESPACE
+    )
+  string(REPLACE "." ";" SLEPC4PY_VERSION_LIST ${SLEPC4PY_VERSION})
+  list(GET SLEPC4PY_VERSION_LIST 0 SLEPC4PY_VERSION_MAJOR)
+  list(GET SLEPC4PY_VERSION_LIST 1 SLEPC4PY_VERSION_MINOR)
+  if(NOT SLEPC4PY_FIND_QUIETLY)
+    message(STATUS "slepc4py version ${SLEPC4PY_VERSION} found")
+  endif(NOT SLEPC4PY_FIND_QUIETLY)
+else(SLEPC4PY_FOUND)
+  if(SLEPC4PY_FIND_REQUIRED)
+    message(FATAL_ERROR "slepc4py missing")
+  endif(SLEPC4PY_FIND_REQUIRED)
+endif(SLEPC4PY_FOUND)
+
+mark_as_advanced(SLEPC4PY_INCLUDE_DIRS, SLEPC4PY_VERSION, SLEPC4PY_VERSION_MAJOR, SLEPC4PY_VERSION_MINOR)
+
+if (SLEPc4py_FIND_VERSION)
+  # Check if version found is >= required version
+  if (NOT "${SLEPC4PY_VERSION}" VERSION_LESS "${SLEPc4py_FIND_VERSION}")
+    set(SLEPC4PY_VERSION_OK TRUE)
+  endif()
+else()
+  # No specific version requested
+  set(SLEPC4PY_VERSION_OK TRUE)
+endif()
+mark_as_advanced(SLEPC4PY_VERSION_OK)
+
+# Standard package handling
+include(FindPackageHandleStandardArgs)
+find_package_handle_standard_args(SLEPc4py
+  "SLEPc4py could not be found. Be sure to set PYTHONPATH appropriately."
+  SLEPC4PY_INCLUDE_DIRS SLEPC4PY_VERSION SLEPC4PY_VERSION_OK)
diff --git a/cmake/modules/FindSUNDIALS.cmake b/cmake/modules/FindSUNDIALS.cmake
new file mode 100644
index 0000000..383d78c
--- /dev/null
+++ b/cmake/modules/FindSUNDIALS.cmake
@@ -0,0 +1,190 @@
+# - Try to find SUNDIALS
+# Once done this will define
+#
+#  SUNDIALS_FOUND        - system has SUNDIALS
+#  SUNDIALS_INCLUDE_DIRS - include directories for SUNDIALS
+#  SUNDIALS_LIBRARIES    - libraries for SUNDIALS
+#  SUNDIALS_VERSION      - version for SUNDIALS
+
+#=============================================================================
+# Copyright (C) 2010 Garth N. Wells, Anders Logg and Johannes Ring
+# All rights reserved.
+#
+# Redistribution and use in source and binary forms, with or without
+# modification, are permitted provided that the following conditions
+# are met:
+#
+# 1. Redistributions of source code must retain the above copyright
+#    notice, this list of conditions and the following disclaimer.
+# 2. Redistributions in binary form must reproduce the above copyright
+#    notice, this list of conditions and the following disclaimer in
+#    the documentation and/or other materials provided with the
+#    distribution.
+#
+# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
+# "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
+# LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS
+# FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
+# COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,
+# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
+# BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
+# LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
+# CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
+# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
+# ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
+# POSSIBILITY OF SUCH DAMAGE.
+#=============================================================================
+
+if (MPI_CXX_FOUND)
+  find_path(SUNDIALS_INCLUDE_DIRS
+    NAMES cvode/cvode.h
+    HINTS ${SUNDIALS_DIR}/include $ENV{SUNDIALS_DIR}/include ${PETSC_INCLUDE_DIRS}
+    DOC "Directory where the SUNDIALS CVODE header files are located"
+  )
+  find_library(SUNDIALS_LIBRARY 
+    NAMES sundials_cvode
+    HINTS ${SUNDIALS_DIR}/lib $ENV{SUNDIALS_DIR}/lib ${PETSC_LIBRARY_DIRS}
+    NO_DEFAULT_PATH
+    DOC "Directory where the SUNDIALS CVODE library is located"
+  )
+  find_library(SUNDIALS_NVECTOR_SERIAL_LIBRARY
+    NAMES sundials_nvecserial
+    HINTS ${SUNDIALS_DIR}/lib $ENV{SUNDIALS_DIR}/lib ${PETSC_LIBRARY_DIRS}
+    NO_DEFAULT_PATH
+    DOC "Directory where the SUNDIALS CVODE library is located"
+  )
+
+  set(SUNDIALS_LIBRARIES ${SUNDIALS_LIBRARY})
+  set(SUNDIALS_LIBRARIES ${SUNDIALS_LIBRARIES} ${SUNDIALS_NVECTOR_PARALLEL_LIBRARY})
+  set(SUNDIALS_LIBRARIES ${SUNDIALS_LIBRARIES} ${SUNDIALS_NVECTOR_SERIAL_LIBRARY})
+
+  # Try compiling and running test program
+  if (DOLFIN_SKIP_BUILD_TESTS)
+    set(SUNDIALS_TEST_RUNS TRUE)
+    set(SUNDIALS_VERSION "UNKNOWN")
+    set(SUNDIALS_VERSION_OK TRUE)
+  elseif (SUNDIALS_INCLUDE_DIRS AND SUNDIALS_LIBRARIES)
+
+  # Set flags for building test program
+  set(CMAKE_REQUIRED_INCLUDES  ${CMAKE_REQUIRED_INCLUDES} ${MPI_CXX_INCLUDE_PATH})
+  set(CMAKE_REQUIRED_LIBRARIES ${CMAKE_REQUIRED_LIBRARIES}    ${MPI_CXX_LIBRARIES})
+  set(CMAKE_REQUIRED_FLAGS     ${CMAKE_REQUIRED_FLAGS}  ${MPI_CXX_COMPILE_FLAGS})
+
+  set(CMAKE_REQUIRED_INCLUDES  ${CMAKE_REQUIRED_INCLUDES} ${SUNDIALS_INCLUDE_DIRS})
+  set(CMAKE_REQUIRED_LIBRARIES ${CMAKE_REQUIRED_LIBRARIES} ${SUNDIALS_LIBRARIES})
+
+  # Check SUNDIALS version
+  set(SUNDIALS_CONFIG_TEST_VERSION_CPP
+    "${CMAKE_CURRENT_BINARY_DIR}/CMakeFiles/sundials_config_test_version.cpp")
+  file(WRITE ${SUNDIALS_CONFIG_TEST_VERSION_CPP} "
+#define MPICH_IGNORE_CXX_SEEK 1
+#include <iostream>
+#include \"cvode/cvode.h\"
+
+int main() {
+#ifdef SUNDIALS_VERSION
+  std::cout << SUNDIALS_VERSION;
+#elif defined(SUNDIALS_PACKAGE_VERSION)
+  std::cout << SUNDIALS_PACKAGE_VERSION;
+#else
+  std::cout << SUNDIALS_VERSION_MAJOR << \".\"
+  << SUNDIALS_VERSION_MINOR;
+#endif
+  return 0;
+}
+")
+
+    try_run(
+      SUNDIALS_CONFIG_TEST_VERSION_EXITCODE
+      SUNDIALS_CONFIG_TEST_VERSION_COMPILED
+      ${CMAKE_CURRENT_BINARY_DIR}
+      ${SUNDIALS_CONFIG_TEST_VERSION_CPP}
+      CMAKE_FLAGS
+        "-DINCLUDE_DIRECTORIES:STRING=${CMAKE_REQUIRED_INCLUDES}"
+      	"-DLINK_LIBRARIES:STRING=${CMAKE_REQUIRED_LIBRARIES}"
+      COMPILE_OUTPUT_VARIABLE SUNDIALS_CONFIG_TEST_VERSION_COMPILE_OUTPUT
+      RUN_OUTPUT_VARIABLE SUNDIALS_CONFIG_TEST_VERSION_OUTPUT
+      )
+
+    if (SUNDIALS_CONFIG_TEST_VERSION_EXITCODE EQUAL 0)
+      set(SUNDIALS_VERSION ${SUNDIALS_CONFIG_TEST_VERSION_OUTPUT} CACHE TYPE STRING)
+      mark_as_advanced(SUNDIALS_VERSION)
+    endif()
+
+    if (SUNDIALS_FIND_VERSION)
+      string(REPLACE "." ";" VERSION_LIST ${SUNDIALS_VERSION})
+      list(GET VERSION_LIST 0 SUNDIALS_VERSION_MAJOR)
+      list(GET VERSION_LIST 1 SUNDIALS_VERSION_MINOR)
+      # Check if version found is >= required version
+      if (NOT "${SUNDIALS_VERSION_MAJOR}" VERSION_LESS "3")
+      	set(SUNDIALS_VERSION_OK TRUE)
+      endif()
+    else()
+      # No specific version requested
+      set(SUNDIALS_VERSION_OK TRUE)
+    endif()
+    mark_as_advanced(SUNDIALS_VERSION_OK)
+
+    # Build and run test program
+    set(SUNDIALS_TEST_LIB_CPP "${CMAKE_CURRENT_BINARY_DIR}${CMAKE_FILES_DIRECTORY}/sundials_test_lib.cpp")
+    file(WRITE ${SUNDIALS_TEST_LIB_CPP} "
+#define MPICH_IGNORE_CXX_SEEK 1
+#define NEQ 10
+#include <iostream>
+#include <nvector/nvector_serial.h>
+#include <cvode/cvode.h>
+
+int main(int argc, char** argv)
+{
+  int my_pe, npes;
+  long int local_N, nperpe, nrem;
+  N_Vector u;  
+
+  u = N_VNew_Serial(NEQ);
+  N_VDestroy_Serial(u);
+
+  return 0;
+}") 
+
+
+
+    message(STATUS "Performing test SUNDIALS_TEST_RUNS")
+    try_run(
+      SUNDIALS_TEST_LIB_EXITCODE
+      SUNDIALS_TEST_LIB_COMPILED
+      ${CMAKE_CURRENT_BINARY_DIR}
+      ${SUNDIALS_TEST_LIB_CPP}
+      CMAKE_FLAGS
+        "-DINCLUDE_DIRECTORIES:STRING=${CMAKE_REQUIRED_INCLUDES}"
+        "-DLINK_LIBRARIES:STRING=${CMAKE_REQUIRED_LIBRARIES}"
+      COMPILE_OUTPUT_VARIABLE SUNDIALS_TEST_LIB_COMPILE_OUTPUT
+      RUN_OUTPUT_VARIABLE SUNDIALS_TEST_LIB_OUTPUT
+      )
+
+    if (SUNDIALS_TEST_LIB_COMPILED AND SUNDIALS_TEST_LIB_EXITCODE EQUAL 0)
+      message(STATUS "Performing test SUNDIALS_TEST_RUNS - Success")
+      set(SUNDIALS_TEST_RUNS TRUE)
+    else()
+      message(STATUS "Performing test SUNDIALS_TEST_RUNS - Failed")
+      if (SUNDIALS_DEBUG)
+        # Output some variables
+        message(STATUS "[ ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE} ] "
+                       "SUNDIALS_TEST_LIB_COMPILED = ${SUNDIALS_TEST_LIB_COMPILED}")
+        message(STATUS "[ ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE} ] "
+                       "SUNDIALS_TEST_LIB_COMPILE_OUTPUT = ${SUNDIALS_TEST_LIB_COMPILE_OUTPUT}")
+        message(STATUS "[ ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE} ] "
+                       "SUNDIALS_TEST_LIB_EXITCODE = ${SUNDIALS_TEST_LIB_EXITCODE}")
+        message(STATUS "[ ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE} ] "
+                       "SUNDIALS_TEST_LIB_OUTPUT = ${SUNDIALS_TEST_LIB_OUTPUT}")
+      endif()
+    endif()
+  endif()
+endif()
+# Standard package handling
+find_package_handle_standard_args(SUNDIALS
+                                  "SUNDIALS could not be found/configured."
+                                  SUNDIALS_LIBRARIES
+				  SUNDIALS_TEST_RUNS
+                                  SUNDIALS_INCLUDE_DIRS
+				  SUNDIALS_VERSION
+				  SUNDIALS_VERSION_OK)
diff --git a/cmake/modules/FindSphinx.cmake b/cmake/modules/FindSphinx.cmake
new file mode 100644
index 0000000..f8616de
--- /dev/null
+++ b/cmake/modules/FindSphinx.cmake
@@ -0,0 +1,78 @@
+# - Try to find Sphinx (sphinx-build)
+
+# Once done this will define
+#
+#   SPHINX_FOUND      - system has Sphinx
+#   SPHINX_EXECUTABLE - full path to the Sphinx documentation generator tool
+#   SPHINX_VERSION    - the version of Sphinx which was found, e.g. "1.0.7"
+
+#=============================================================================
+# Copyright (C) 2011 Marie Rognes and Johannes Ring
+# All rights reserved.
+#
+# Redistribution and use in source and binary forms, with or without
+# modification, are permitted provided that the following conditions
+# are met:
+#
+# 1. Redistributions of source code must retain the above copyright
+#    notice, this list of conditions and the following disclaimer.
+# 2. Redistributions in binary form must reproduce the above copyright
+#    notice, this list of conditions and the following disclaimer in
+#    the documentation and/or other materials provided with the
+#    distribution.
+#
+# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
+# "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
+# LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS
+# FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
+# COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,
+# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
+# BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
+# LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
+# CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
+# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
+# ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
+# POSSIBILITY OF SUCH DAMAGE.
+#=============================================================================
+
+message(STATUS "Checking for package 'Sphinx'")
+
+# Make sure Python is available
+if (NOT PYTHON_EXECUTABLE)
+  find_package(PythonInterp)
+endif()
+
+# Try to find sphinx-build
+find_program(SPHINX_EXECUTABLE sphinx-build
+  HINTS ${SPHINX_DIR} $ENV{SPHINX_DIR}
+  PATH_SUFFIXES bin
+  DOC "Sphinx documentation generator tool"
+)
+
+if (SPHINX_EXECUTABLE)
+  # Try to check Sphinx version by importing Sphinx
+  execute_process(
+    COMMAND ${PYTHON_EXECUTABLE} -c "import sphinx; print(sphinx.__version__)"
+    OUTPUT_VARIABLE SPHINX_VERSION
+    OUTPUT_STRIP_TRAILING_WHITESPACE)
+
+  if (Sphinx_FIND_VERSION)
+    # Check if version found is >= required version
+    if (NOT "${SPHINX_VERSION}" VERSION_LESS "${Sphinx_FIND_VERSION}")
+      set(SPHINX_VERSION_OK TRUE)
+    endif()
+  else()
+    # No specific version of Sphinx is requested
+    set(SPHINX_VERSION_OK TRUE)
+  endif()
+endif()
+
+mark_as_advanced(
+  SPHINX_EXECUTABLE
+  SPHINX_VERSION
+  SPHINX_VERSION_OK
+)
+
+include(FindPackageHandleStandardArgs)
+find_package_handle_standard_args(Sphinx DEFAULT_MSG
+  SPHINX_EXECUTABLE SPHINX_VERSION_OK)
diff --git a/cmake/modules/FindUFC.cmake b/cmake/modules/FindUFC.cmake
new file mode 100644
index 0000000..a6381ba
--- /dev/null
+++ b/cmake/modules/FindUFC.cmake
@@ -0,0 +1,81 @@
+# - Try to find UFC
+#
+# Once done this will define
+#
+# This module defines
+#
+#  UFC_FOUND        - system has UFC with correct version
+#  UFC_INCLUDE_DIRS - where to find ufc.h
+#  UFC_VERSION      - UFC version
+#  UFC_SIGNATURE    - UFC signature
+
+#=============================================================================
+# Copyright (C) 2010 Johannes Ring
+# All rights reserved.
+#
+# Redistribution and use in source and binary forms, with or without
+# modification, are permitted provided that the following conditions
+# are met:
+#
+# 1. Redistributions of source code must retain the above copyright
+#    notice, this list of conditions and the following disclaimer.
+# 2. Redistributions in binary form must reproduce the above copyright
+#    notice, this list of conditions and the following disclaimer in
+#    the documentation and/or other materials provided with the
+#    distribution.
+#
+# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
+# "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
+# LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS
+# FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
+# COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,
+# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
+# BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
+# LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
+# CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
+# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
+# ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
+# POSSIBILITY OF SUCH DAMAGE.
+#=============================================================================
+
+execute_process(
+  COMMAND ${PYTHON_EXECUTABLE} -c "import ffc, sys; sys.stdout.write(ffc.backends.ufc.get_include_path())"
+  OUTPUT_VARIABLE UFC_INCLUDE_DIR
+  )
+
+if (UFC_INCLUDE_DIR)
+  set(UFC_INCLUDE_DIRS ${UFC_INCLUDE_DIR} CACHE STRING "Where to find ufc.h")
+  mark_as_advanced(UFC_INCLUDE_DIRS)
+
+  execute_process(
+    COMMAND ${PYTHON_EXECUTABLE} -c "import ffc, sys; sys.stdout.write(ffc.__version__)"
+    OUTPUT_VARIABLE UFC_VERSION
+    )
+  mark_as_advanced(UFC_VERSION)
+
+  if (UFC_FIND_VERSION)
+    # Check if version found is >= required version
+    if (NOT "${UFC_VERSION}" VERSION_LESS "${UFC_FIND_VERSION}")
+      set(UFC_VERSION_OK TRUE)
+    endif()
+  else()
+    # No specific version requested
+    set(UFC_VERSION_OK TRUE)
+  endif()
+  mark_as_advanced(UFC_VERSION_OK)
+
+  execute_process(
+    COMMAND ${PYTHON_EXECUTABLE} -c "import ffc, sys; sys.stdout.write(ffc.ufc_signature())"
+    OUTPUT_VARIABLE UFC_SIGNATURE
+    )
+  mark_as_advanced(UFC_SIGNATURE)
+
+endif()
+
+# Standard package handling
+find_package_handle_standard_args(UFC
+                                  "UFC could not be found."
+                                  UFC_INCLUDE_DIRS
+                                  UFC_VERSION
+                                  UFC_VERSION_OK
+                                  UFC_SIGNATURE)
diff --git a/cmake/modules/FindUMFPACK.cmake b/cmake/modules/FindUMFPACK.cmake
new file mode 100644
index 0000000..33a3800
--- /dev/null
+++ b/cmake/modules/FindUMFPACK.cmake
@@ -0,0 +1,174 @@
+# - Try to find UMFPACK
+# Once done this will define
+#
+#  UMFPACK_FOUND        - system has UMFPACK
+#  UMFPACK_INCLUDE_DIRS - include directories for UMFPACK
+#  UMFPACK_LIBRARIES    - libraries for UMFPACK
+
+message(STATUS "Checking for package 'UMFPACK'")
+
+# Find packages that UMFPACK depends on
+#set(CMAKE_LIBRARY_PATH ${BLAS_DIR}/lib $ENV{BLAS_DIR}/lib ${CMAKE_LIBRARY_PATH})
+find_package(AMD QUIET)
+find_package(BLAS QUIET)
+find_package(CHOLMOD QUIET)
+
+# Check for header file
+find_path(UMFPACK_INCLUDE_DIRS umfpack.h
+  HINTS ${UMFPACK_DIR}/include $ENV{UMFPACK_DIR}/include ${PETSC_INCLUDE_DIRS} $ENV{PETSC_DIR}/include
+  PATH_SUFFIXES suitesparse ufsparse
+  DOC "Directory where the UMFPACK header is located")
+mark_as_advanced(UMFPACK_INCLUDE_DIRS)
+
+# Check for UMFPACK library
+find_library(UMFPACK_LIBRARY umfpack
+  HINTS ${UMFPACK_DIR}/lib $ENV{UMFPACK_DIR}/lib ${PETSC_LIBRARY_DIRS} $ENV{PETSC_DIR}/lib
+  DOC "The UMFPACK library")
+mark_as_advanced(UMFPACK_LIBRARY)
+
+#  Check for SUITESPARSE library on Apple
+if (APPLE)
+  find_library(SUITESPARSE_LIBRARY SuiteSparse
+    HINTS ${UMFPACK_DIR}/lib $ENV{UMFPACK_DIR}/lib ${PETSC_LIBRARY_DIRS} $ENV{PETSC_DIR}/lib
+    DOC "The SUITESPARSE library")
+  mark_as_advanced(SUITESPARSE_LIBRARY)
+endif()
+
+# Check for SUITESPARSECONFIG library
+find_library(SUITESPARSECONFIG_LIBRARY suitesparseconfig
+  HINTS ${UMFPACK_DIR}/lib $ENV{UMFPACK_DIR}/lib ${PETSC_LIBRARY_DIRS} $ENV{PETSC_DIR}/lib
+  DOC "The SUITESPARSE library")
+mark_as_advanced(SUITESPARSECONFIG_LIBRARY)
+
+# Collect libraries
+if (AMD_FOUND)
+  set(UMFPACK_LIBRARIES ${UMFPACK_LIBRARY} ${AMD_LIBRARIES})
+endif()
+if (BLAS_FOUND)
+  set(UMFPACK_LIBRARIES ${UMFPACK_LIBRARIES} ${BLAS_LIBRARIES})
+endif()
+if (CHOLMOD_FOUND)
+  set(UMFPACK_LIBRARIES ${UMFPACK_LIBRARIES} ${CHOLMOD_LIBRARIES})
+endif()
+
+if (SUITESPARSE_LIBRARY)
+  set(UMFPACK_LIBRARIES ${UMFPACK_LIBRARIES} ${SUITESPARSE_LIBRARY})
+endif()
+if (SUITESPARSECONFIG_LIBRARY)
+  set(UMFPACK_LIBRARIES ${UMFPACK_LIBRARIES} ${SUITESPARSECONFIG_LIBRARY})
+endif()
+
+find_program(GFORTRAN_EXECUTABLE gfortran)
+if (GFORTRAN_EXECUTABLE)
+  execute_process(COMMAND ${GFORTRAN_EXECUTABLE} -print-file-name=libgfortran.so
+  OUTPUT_VARIABLE GFORTRAN_LIBRARY
+  OUTPUT_STRIP_TRAILING_WHITESPACE)
+  if (EXISTS "${GFORTRAN_LIBRARY}")
+    set(UMFPACK_LIBRARIES ${UMFPACK_LIBRARIES} ${GFORTRAN_LIBRARY})
+  endif()
+endif()
+
+# Try compiling and running test program
+if (DOLFIN_SKIP_BUILD_TESTS)
+  set(UMFPACK_TEST_RUNS TRUE)
+elseif (UMFPACK_INCLUDE_DIRS AND UMFPACK_LIBRARIES AND AMD_LIBRARIES)
+
+  # Set flags for building test program
+  set(CMAKE_REQUIRED_INCLUDES ${UMFPACK_INCLUDE_DIRS})
+  set(CMAKE_REQUIRED_LIBRARIES ${UMFPACK_LIBRARIES})
+
+  set(UMFPACK_TEST_LIB_CPP
+    "${CMAKE_CURRENT_BINARY_DIR}/CMakeFiles/umfpack_test_lib.cpp")
+  file(WRITE ${UMFPACK_TEST_LIB_CPP} "
+/* Test program umfpack-ex1.c */
+
+#include <umfpack.h>
+
+int main()
+{
+  int n = 5;
+  double x[5];
+  void *Symbolic, *Numeric;
+  int i;
+
+  int Ap[] = { 0, 2, 5, 9, 10, 12 };
+  int Ai[] = { 0, 1, 0,  2, 4, 1,  2, 3, 4, 2, 1, 4 };
+  double Ax[] = { 2, 3, 3, -1, 4, 4, -3, 1, 2, 2, 6, 1 };
+  double b[] = { 8, 45, -3, 3, 19 };
+
+  umfpack_di_symbolic(n, n, Ap, Ai, Ax, &Symbolic, NULL, NULL);
+  umfpack_di_numeric(Ap, Ai, Ax, Symbolic, &Numeric, NULL, NULL);
+  umfpack_di_free_symbolic(&Symbolic);
+
+  umfpack_di_solve(UMFPACK_A, Ap, Ai, Ax, x, b, Numeric, NULL, NULL);
+  umfpack_di_free_numeric(&Numeric);
+
+  return 0;
+}
+")
+
+  try_run(UMFPACK_TEST_LIB_EXITCODE
+    UMFPACK_TEST_LIB_COMPILED
+    ${CMAKE_CURRENT_BINARY_DIR}
+    ${UMFPACK_TEST_LIB_CPP}
+    CMAKE_FLAGS
+    "-DINCLUDE_DIRECTORIES:STRING=${CMAKE_REQUIRED_INCLUDES}"
+    "-DLINK_LIBRARIES:STRING=${CMAKE_REQUIRED_LIBRARIES}"
+    COMPILE_OUTPUT_VARIABLE UMFPACK_TEST_LIB_COMPILE_OUTPUT
+    RUN_OUTPUT_VARIABLE UMFPACK_TEST_LIB_OUTPUT
+    )
+
+  if (UMFPACK_TEST_LIB_COMPILED AND UMFPACK_TEST_LIB_EXITCODE EQUAL 0)
+    message(STATUS "Performing test UMFPACK_TEST_RUNS - Success")
+    set(UMFPACK_TEST_RUNS TRUE)
+  else()
+    message(STATUS "Performing test UMFPACK_TEST_RUNS - Failed")
+
+    file(APPEND ${CMAKE_BINARY_DIR}${CMAKE_FILES_DIRECTORY}/CMakeError.log
+      "Failed to run UMFPACK test:\n"
+      "CMAKE_REQUIRED_INCLUDES: ${CMAKE_REQUIRED_INCLUDES}\n"
+      "CMAKE_REQUIRED_LIBRARIES: ${CMAKE_REQUIRED_LIBRARIES}\n"
+      "CMAKE_REQUIRED_FLAGS: ${CMAKE_REQUIRED_FLAGS}\n"
+      "UMFPACK_TEST_LIB_EXITCODE: ${UMFPACK_TEST_LIB_EXITCODE}\n"
+      "UMFPACK_TEST_LIB_COMPILED: ${UMFPACK_TEST_LIB_COMPILED}\n"
+      "UMFPACK_TEST_LIB_COMPILE_OUTPUT: ${UMFPACK_TEST_LIB_COMPILE_OUTPUT}\n"
+      "UMFPACK_TEST_LIB_OUTPUT: ${UMFPACK_TEST_LIB_OUTPUT}\n\n")
+  endif()
+
+  # Build and run test program
+  include(CheckCXXSourceRuns)
+  check_cxx_source_runs("
+/* Test program umfpack-ex1.c */
+
+#include <umfpack.h>
+
+int main()
+{
+  int n = 5;
+  double x[5];
+  void *Symbolic, *Numeric;
+  int i;
+
+  int Ap[] = { 0, 2, 5, 9, 10, 12 };
+  int Ai[] = { 0, 1, 0,  2, 4, 1,  2, 3, 4, 2, 1, 4 };
+  double Ax[] = { 2, 3, 3, -1, 4, 4, -3, 1, 2, 2, 6, 1 };
+  double b[] = { 8, 45, -3, 3, 19 };
+
+  umfpack_di_symbolic(n, n, Ap, Ai, Ax, &Symbolic, NULL, NULL);
+  umfpack_di_numeric(Ap, Ai, Ax, Symbolic, &Numeric, NULL, NULL);
+  umfpack_di_free_symbolic(&Symbolic);
+
+  umfpack_di_solve(UMFPACK_A, Ap, Ai, Ax, x, b, Numeric, NULL, NULL);
+  umfpack_di_free_numeric(&Numeric);
+
+  return 0;
+}
+" UMFPACK_TEST_RUNS)
+endif()
+
+# Standard package handling
+include(FindPackageHandleStandardArgs)
+find_package_handle_standard_args(UMFPACK
+  "UMFPACK could not be found. Be sure to set UMFPACK_DIR."
+  UMFPACK_LIBRARIES UMFPACK_INCLUDE_DIRS AMD_LIBRARIES BLAS_LIBRARIES
+  UMFPACK_TEST_RUNS)
diff --git a/cmake/post-install/CMakeLists.txt b/cmake/post-install/CMakeLists.txt
new file mode 100644
index 0000000..7ae46de
--- /dev/null
+++ b/cmake/post-install/CMakeLists.txt
@@ -0,0 +1,22 @@
+install(CODE "MESSAGE(
+\"----------------------------------------------------------------------------
+DOLFIN has now been installed in
+
+    ${CMAKE_INSTALL_PREFIX}
+
+and the demo programs have been installed in
+
+    ${CMAKE_INSTALL_PREFIX}/${DOLFIN_SHARE_DIR}/demo
+
+Before rushing off to try the demos, don't forget to update your
+environment variables. This can be done easily using the helper file
+'dolfin.conf' which sets the appropriate variables (for users of the
+Bash shell).
+
+To update your environment variables, run the following command:
+
+    source ${CMAKE_INSTALL_PREFIX}/${DOLFIN_SHARE_DIR}/dolfin.conf
+
+For future reference, we recommend that you add this command to your
+configuration (.bashrc, .profile or similar).
+----------------------------------------------------------------------------\")")
diff --git a/cmake/scripts/copy-test-demo-data.py b/cmake/scripts/copy-test-demo-data.py
new file mode 100644
index 0000000..e300032
--- /dev/null
+++ b/cmake/scripts/copy-test-demo-data.py
@@ -0,0 +1,70 @@
+# Copyright (C) 2013 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Copy all data, tests and demo to a given directory relative to the top dolfin
+# source directory
+
+import os
+import sys
+import re
+import shutil
+
+# Subdirectories
+sub_directories = ['demo', 'test', 'bench']
+
+# Copy all files with the following suffixes
+suffix_patterns = ["py", "h", "cpp", "cpp.rst", "ufl", "ufl.rst", "xdmf",
+                   "xml", "xml.gz", "off", "inp", "msh", "supp", "rst",
+                   "py.rst", "ele", "node", "grid", "edge", "sh"]
+
+suffix_pattern = re.compile("(%s)," % ("|".join("[\w-]+\.%s" % pattern
+                                                for pattern in suffix_patterns)))
+
+script_rel_path = os.sep.join(__file__.split(os.sep)[:-1])
+script_rel_path = script_rel_path or "."
+dolfin_dir = os.path.abspath(os.path.join(script_rel_path, os.pardir, os.pardir))
+
+
+def copy_data(top_destdir):
+
+    abs_destdir = top_destdir if os.path.isabs(top_destdir) else os.path.join(dolfin_dir, top_destdir)
+
+    if abs_destdir == dolfin_dir:
+        raise RuntimeError("destination directory cannot be the same as "
+                           "the dolfin source directory")
+
+    if not os.path.isdir(abs_destdir):
+        raise RuntimeError("%s is not a directory." % abs_destdir)
+
+    for subdir in sub_directories:
+
+        top_dir = os.path.join(dolfin_dir, subdir)
+        for dirpath, dirnames, filenames in os.walk(top_dir):
+            destdir = dirpath.replace(dolfin_dir, abs_destdir)
+            if not os.path.isdir(destdir):
+                os.makedirs(destdir)
+            for f in re.findall(suffix_pattern, " ".join("%s," % f for f in filenames)):
+                srcfile = os.path.join(dirpath, f)
+                shutil.copy(srcfile, destdir)
+
+
+if __name__ == "__main__":
+    # Expecting a destination argument
+    if len(sys.argv) != 2:
+        raise RuntimeError("Expecting 1 argument with the destination directory")
+
+    copy_data(sys.argv[-1])
diff --git a/cmake/scripts/generate-cmakefiles.py b/cmake/scripts/generate-cmakefiles.py
new file mode 100644
index 0000000..ba57baf
--- /dev/null
+++ b/cmake/scripts/generate-cmakefiles.py
@@ -0,0 +1,177 @@
+# Copyright (C) 2010-16 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Generate CMakeLists.txt files in demo and test directories
+# This script should be run from the top level directory.
+#
+# Modified by Anders Logg 2013, 2014
+
+import os
+import subprocess
+
+cmakelists_str = \
+"""# This file is automatically generated by running
+#
+#     cmake/scripts/generate-cmakefiles
+#
+# Require CMake 3.5
+cmake_minimum_required(VERSION 3.5)
+
+set(PROJECT_NAME %(project_name)s)
+project(${PROJECT_NAME})
+
+# Set CMake behavior
+cmake_policy(SET CMP0004 NEW)
+
+# Get DOLFIN configuration data (DOLFINConfig.cmake must be in
+# DOLFIN_CMAKE_CONFIG_PATH)
+find_package(DOLFIN REQUIRED)
+
+include(${DOLFIN_USE_FILE})
+
+# Default build type (can be overridden by user)
+if (NOT CMAKE_BUILD_TYPE)
+  set(CMAKE_BUILD_TYPE "RelWithDebInfo" CACHE STRING
+      "Choose the type of build, options are: Debug MinSizeRel Release RelWithDebInfo." FORCE)
+endif()
+
+# Do not throw error for 'multi-line comments' (these are typical in
+# rst which includes LaTeX)
+include(CheckCXXCompilerFlag)
+CHECK_CXX_COMPILER_FLAG("-Wno-comment" HAVE_NO_MULTLINE)
+if (HAVE_NO_MULTLINE)
+  set(CMAKE_CXX_FLAGS "-Wno-comment ${CMAKE_CXX_FLAGS}")
+endif()
+
+# Executable
+%(executables)s
+
+# Target libraries
+%(target_libraries)s
+
+# Test targets
+set(test_parameters -np 3 ${MPIEXEC_PARAMS} "./${PROJECT_NAME}")
+add_test(NAME ${PROJECT_NAME}_mpi COMMAND "mpirun" ${test_parameters})
+add_test(NAME ${PROJECT_NAME}_serial COMMAND ${PROJECT_NAME})
+"""
+
+executable_str = "add_executable(%s %s)"
+target_link_libraries_str = "target_link_libraries(%s dolfin)"
+
+# Subdirectories
+sub_directories = ['demo', 'bench']
+# Prefix map for subdirectories
+executable_prefixes = dict(demo="demo_",
+                           bench="bench_")
+
+# Main file name map for subdirectories
+main_file_names = dict(demo=set(["main.cpp", "main.cpp.rst"]),
+                       bench=set(["main.cpp"]))
+
+# Projects that use custom CMakeLists.txt (shouldn't overwrite)
+#exclude_projects = [os.path.join('demo', 'undocumented', 'plot-qt')]
+exclude_projects = []
+
+def generate_cmake_files(subdirectory, generated_files):
+    """Search for C++ code and write CMakeLists.txt files"""
+    cwd = os.getcwd()
+    executable_prefix = executable_prefixes[subdirectory]
+    main_file_name = main_file_names[subdirectory]
+    for root, dirs, files in os.walk(cwd + "/" + subdirectory):
+
+        executable_names = set()
+
+        # For 'cpp' directories, get list of .cpp files
+        if "cpp" in dirs:
+            cpp_files = set()
+            program_dir = root + "/cpp"
+            program_name = os.path.split(root)[-1]
+
+            skip = False
+            for exclude in exclude_projects :
+                if exclude in root :
+                    skip = True
+
+            if skip :
+                print("Skipping custom CMakeLists.txt file:", root)
+                continue
+
+            if executable_prefix == "bench_":
+                program_name = program_dir[program_dir.find("bench")+6:].replace(os.path.sep, "_")
+
+            name_forms = dict(
+                project_name=executable_prefix + program_name,
+                executables="NOT_SET",
+                target_libraries="NOT_SET")
+            for f in os.listdir(program_dir):
+                filename, extension = os.path.splitext(f)
+                if extension == ".cpp":
+                    cpp_files.add(f)
+                if ".cpp.rst" in f:
+                    cpp_files.add(filename)
+
+            # If no .cpp continue
+            if not cpp_files:
+                continue
+
+            # Ensure deterministic output across py2/py3
+            cpp_files = sorted(cpp_files)
+
+            # Name of demo and cpp source files
+            if not main_file_name.isdisjoint(cpp_files):
+
+                # If directory contains a main file we assume that
+                # only one executable should be generated for this
+                # directory and all other .cpp files should be linked
+                # to this
+                name_forms["executables"] = executable_str % \
+                                            ("${PROJECT_NAME}",
+                                             ' '.join(cpp_files))
+                name_forms["target_libraries"] = target_link_libraries_str % \
+                                                 "${PROJECT_NAME}"
+            else:
+                # If no main file in source files, we assume each
+                # source should be compiled as an executable
+                name_forms["executables"] = "\n".join(\
+                    executable_str % (executable_prefix + f.replace(".cpp", ""), f) \
+                    for f in cpp_files)
+                name_forms["target_libraries"] = "\n".join(\
+                    target_link_libraries_str % (\
+                        executable_prefix + f.replace(".cpp", "")) \
+                    for f in cpp_files)
+
+            # Check for duplicate executable names
+            if program_name not in executable_names:
+                executable_names.add(program_name)
+            else:
+                print("Warning: duplicate executable names found when generating CMakeLists.txt files.")
+
+            # Write file
+            filename = os.path.join(program_dir, "CMakeLists.txt")
+            generated_files.append(filename)
+            with open(filename, "w") as f:
+                f.write(cmakelists_str % name_forms)
+
+
+# Generate CMakeLists.txt files for all subdirectories
+generated_files = []
+for subdirectory in sub_directories:
+    generate_cmake_files(subdirectory, generated_files)
+
+# Print list of generated files
+print("The following files were generated:")
+print("\n".join(generated_files))
diff --git a/cmake/scripts/generate-demo-files.py b/cmake/scripts/generate-demo-files.py
new file mode 100644
index 0000000..8e0ac20
--- /dev/null
+++ b/cmake/scripts/generate-demo-files.py
@@ -0,0 +1,56 @@
+# Copyright (C) 2016 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Recompile all ffc forms (use when FFC has been updated)
+# This script should be run from the top level directory.
+
+import os, sys
+
+# Directories to scan
+subdirs = ["demo"]
+
+# Check that we can find pylint.py
+parser = "./utils/pylit/pylit.py"
+if os.path.isfile(parser):
+    pass
+else:
+    raise RuntimeError("Cannot find pylit.py. Are you running from the top level directory")
+
+# Get absolute path to parser
+parser = os.path.abspath(parser)
+
+# Generate .py files from all .py.rst files
+topdir = os.getcwd()
+for subdir in subdirs:
+    for root, dirs, files in os.walk(subdir):
+
+        # Check for .py.rst files
+        rstfiles = [f for f in files if len(f) > 7 and f[-7:] == ".py.rst"]
+        if len(rstfiles) == 0:
+            continue
+
+        # Compile files
+        os.chdir(root)
+        print("Converting rst files in in {} ...".format(root))
+        for f in rstfiles:
+            command = sys.executable + " " + parser + " " + os.path.abspath(f)
+            #print("  " + command)
+            ret = os.system(command)
+            if not ret == 0:
+                raise RuntimeError("Unable to convert rst file to a .py ({})".format(f))
+
+        os.chdir(topdir)
diff --git a/cmake/scripts/generate-form-files.py b/cmake/scripts/generate-form-files.py
new file mode 100644
index 0000000..651a820
--- /dev/null
+++ b/cmake/scripts/generate-form-files.py
@@ -0,0 +1,93 @@
+# Copyright (C) 2005-2010 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Recompile all ffc forms (use when FFC has been updated)
+# This script should be run from the top level directory.
+
+import os
+import ffc
+
+# Forms that need special options
+use_error = ["AdaptivePoisson.ufl",
+             "AdaptiveNavierStokes.ufl",
+]
+
+use_representation = {"HyperElasticity.ufl": "uflacs",
+                      "CahnHilliard2D.ufl": "uflacs",
+                      "CahnHilliard3D.ufl": "uflacs",
+}
+
+use_split = ["Poisson2D_1.ufl",
+             "Poisson2D_2.ufl",
+             "Poisson2D_3.ufl",
+             "Poisson2D_4.ufl",
+             "Poisson2D_5.ufl",
+             "Poisson3D_1.ufl",
+             "Poisson3D_2.ufl",
+             "Poisson3D_3.ufl",
+             "Poisson3D_4.ufl",
+             "Poisson3D_5.ufl",
+             "CahnHilliard2D.ufl",
+             "CahnHilliard3D.ufl",
+]
+
+# Forms for which we don't want to generate functions for evaluating
+# the basis
+skip_basis = ["Poisson2D_5.ufl", "Poisson3D_4.ufl"]
+
+# Directories to scan
+subdirs = ["demo", "bench", "test"]
+
+# Compile all form files
+topdir = os.getcwd()
+for subdir in subdirs:
+    for root, dirs, files in os.walk(subdir):
+        # Check for .ufl files
+        formfiles = [f for f in files if f[-4:] == ".ufl"]
+        if not formfiles:
+            continue
+
+        # Compile files
+        os.chdir(root)
+        print("Compiling %d forms in %s..." % (len(formfiles), root))
+        for f in formfiles:
+            args = ["-l", "dolfin"]
+            args.append("-s")
+            args.append("-O")
+
+            args.append("-r")
+            args.append(use_representation.get(f, "auto"))
+
+            if f in use_split:
+                args.append("-fsplit")
+
+            if f in use_error:
+                args.append("-e")
+
+            if f in skip_basis:
+                args.append("-fno-evaluate_basis")
+                args.append("-fno-evaluate_basis_derivatives")
+
+            args.append(f)
+
+            command = "ffc " + " ".join(args) # + " >> compile.log"
+            print(command)
+
+            ret = ffc.main(args)
+            if ret != 0:
+                raise RuntimeError("Unable to compile form: %s/%s" % (root, f))
+        os.chdir(topdir)
diff --git a/cmake/templates/DOLFINConfig.cmake.in b/cmake/templates/DOLFINConfig.cmake.in
new file mode 100644
index 0000000..346b2d5
--- /dev/null
+++ b/cmake/templates/DOLFINConfig.cmake.in
@@ -0,0 +1,55 @@
+# - Build details for DOLFIN: Dynamic Object-oriented Library for
+# - FINite element computation
+#
+# This file has been automatically generated.
+
+# FIXME: Check that naming conforms to CMake standards
+
+if (POLICY CMP0011)
+  cmake_policy(SET CMP0011 NEW)
+endif()
+
+if (POLICY CMP0012)
+  cmake_policy(SET CMP0012 NEW)
+endif()
+
+# Compute path
+get_filename_component(DOLFIN_CMAKE_DIR "${CMAKE_CURRENT_LIST_FILE}" PATH)
+
+# Library dependencies (contains definitions for IMPORTED targets)
+# NOTE: DOLFIN demo CMakeLists.txt are written to be stand-alone, as
+# well as the build system building the demo. Therefore, we need the
+# below guard to avoid exporting the targets twice.
+if (NOT TARGET dolfin)
+  include("${DOLFIN_CMAKE_DIR}/DOLFINTargets.cmake")
+endif()
+
+# Compilers
+set(DOLFIN_CXX_COMPILER "@CMAKE_CXX_COMPILER@")
+
+# Compiler defintions
+set(DOLFIN_CXX_DEFINITIONS "-DDOLFIN_VERSION=\"@DOLFIN_VERSION@\";@DOLFIN_CXX_DEFINITIONS@")
+
+# Compiler flags
+set(DOLFIN_CXX_FLAGS "@CMAKE_CXX_FLAGS@")
+
+# Linker flags
+set(DOLFIN_LINK_FLAGS "@CMAKE_EXE_LINKER_FLAGS@")
+
+# Include directories
+set(DOLFIN_INCLUDE_DIRS "@CMAKE_INSTALL_PREFIX@/@DOLFIN_INCLUDE_DIR@")
+
+# Third party include directories
+set(DOLFIN_3RD_PARTY_INCLUDE_DIRS "@DOLFIN_DEP_INCLUDE_DIRECTORIES@;@DOLFIN_DEP_SYSTEM_INCLUDE_DIRECTORIES@")
+
+# DOLFIN library
+set(DOLFIN_LIBRARIES dolfin)
+
+# Version
+set(DOLFIN_VERSION_MAJOR "@DOLFIN_VERSION_MAJOR@")
+set(DOLFIN_VERSION_MINOR "@DOLFIN_VERSION_MINOR@")
+set(DOLFIN_VERSION_MICRO "@DOLFIN_VERSION_MICRO@")
+set(DOLFIN_VERSION_STR   "@DOLFIN_VERSION@")
+
+# The location of the UseDOLFIN.cmake file
+set(DOLFIN_USE_FILE "${DOLFIN_CMAKE_DIR}/UseDOLFIN.cmake")
diff --git a/cmake/templates/DOLFINConfigVersion.cmake.in b/cmake/templates/DOLFINConfigVersion.cmake.in
new file mode 100644
index 0000000..1d3a16c
--- /dev/null
+++ b/cmake/templates/DOLFINConfigVersion.cmake.in
@@ -0,0 +1,16 @@
+set(PACKAGE_VERSION "@DOLFIN_VERSION@")
+set(PACKAGE_VERSION_MAJOR "@DOLFIN_VERSION_MAJOR@")
+set(PACKAGE_VERSION_MINOR "@DOLFIN_VERSION_MINOR@")
+set(PACKAGE_VERSION_PATCH "@DOLFIN_VERSION_MICRO@")
+
+# FIXME: When should versions be defined as compatible?
+# This version is compatible only with matching major.minor versions.
+if ("${PACKAGE_VERSION_MAJOR}.${PACKAGE_VERSION_MINOR}" VERSION_EQUAL "${PACKAGE_FIND_VERSION_MAJOR}.${PACKAGE_FIND_VERSION_MINOR}")
+  # This version is compatible with equal or lesser patch versions.
+  if (NOT "${PACKAGE_VERSION_PATCH}" VERSION_LESS "${PACKAGE_FIND_VERSION_PATCH}")
+    set(PACKAGE_VERSION_COMPATIBLE 1)
+    if ("${PACKAGE_VERSION_PATCH}" VERSION_EQUAL "${PACKAGE_FIND_VERSION_PATCH}")
+      set(PACKAGE_VERSION_EXACT 1)
+    endif()
+  endif()
+endif()
diff --git a/cmake/templates/UseDOLFIN.cmake.in b/cmake/templates/UseDOLFIN.cmake.in
new file mode 100644
index 0000000..bd0d896
--- /dev/null
+++ b/cmake/templates/UseDOLFIN.cmake.in
@@ -0,0 +1,60 @@
+#
+# This file sets up include directories, link directories, and
+# compiler settings for a project to use DOLFIN. It should not be
+# included directly, but rather through the DOLFIN_USE_FILE setting
+# obtained from DOLFINConfig.cmake.
+#
+
+if (NOT DOLFIN_USE_FILE_INCLUDED)
+  set(DOLFIN_USE_FILE_INCLUDED 1)
+
+  if(POLICY CMP0012)
+    cmake_policy(SET CMP0012 NEW)
+  endif()
+
+  # Require and use C++11
+  set(CMAKE_CXX_STANDARD 11)
+  set(CMAKE_CXX_STANDARD_REQUIRED ON)
+  set(CMAKE_CXX_EXTENSIONS OFF)
+
+  # Add DOLFIN-installed FindFoo.cmake files to path
+  list(APPEND CMAKE_MODULE_PATH "${CMAKE_CURRENT_LIST_DIR}")
+
+  # Check for Boost
+  set(BOOST_ROOT $ENV{BOOST_DIR} $ENV{BOOST_HOME})
+  if (BOOST_ROOT)
+    set(Boost_NO_SYSTEM_PATHS on)
+  endif()
+
+  # Prevent FindBoost.cmake from looking for system Boost{foo}.cmake
+  # files
+  set(Boost_NO_BOOST_CMAKE true)
+
+  set(Boost_USE_MULTITHREADED $ENV{BOOST_USE_MULTITHREADED})
+  find_package(Boost 1.48 QUIET REQUIRED COMPONENTS
+    @DOLFIN_BOOST_COMPONENTS_PUBLIC@)
+
+  if (@PETSC_FOUND@)
+    if (NOT PETSC::petsc)
+      set(DOLFIN_SKIP_BUILD_TESTS TRUE)
+      find_package(PETSc REQUIRED QUIET)
+      endif()
+  endif()
+
+  if (@SLEPC_FOUND@)
+    if (NOT SLEPC::slepc)
+      set(DOLFIN_SKIP_BUILD_TESTS TRUE)
+      find_package(SLEPc REQUIRED QUIET)
+    endif()
+  endif()
+
+  # Add include directories needed to use DOLFIN
+  include_directories(${DOLFIN_INCLUDE_DIRS})
+
+  # Add compiler flags needed to use DOLFIN
+  #set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} ${DOLFIN_CXX_FLAGS}")
+  #set(CMAKE_EXE_LINKER_FLAGS "${CMAKE_EXE_LINKER_FLAGS} ${DOLFIN_LINK_FLAGS}")
+  #set(CMAKE_SHARED_LINKER_FLAGS "${CMAKE_SHARED_LINKER_FLAGS} ${DOLFIN_LINK_FLAGS}")
+  #set(CMAKE_MODULE_LINKER_FLAGS "${CMAKE_MODULE_LINKER_FLAGS} ${DOLFIN_LINK_FLAGS}")
+
+endif()
diff --git a/cmake/templates/cmake_uninstall.cmake.in b/cmake/templates/cmake_uninstall.cmake.in
new file mode 100644
index 0000000..1c6a9e1
--- /dev/null
+++ b/cmake/templates/cmake_uninstall.cmake.in
@@ -0,0 +1,21 @@
+if (NOT EXISTS "@CMAKE_CURRENT_BINARY_DIR@/install_manifest.txt")
+  message(FATAL_ERROR "Cannot find install manifest: \"@CMAKE_CURRENT_BINARY_DIR@/install_manifest.txt\"")
+endif()
+
+file(READ "@CMAKE_CURRENT_BINARY_DIR@/install_manifest.txt" files)
+string(REGEX REPLACE "\n" ";" files "${files}")
+foreach (file ${files})
+  message(STATUS "Uninstalling \"$ENV{DESTDIR}${file}\"")
+  if (EXISTS "$ENV{DESTDIR}${file}")
+    exec_program(
+      "@CMAKE_COMMAND@" ARGS "-E remove \"$ENV{DESTDIR}${file}\""
+      OUTPUT_VARIABLE rm_out
+      RETURN_VALUE rm_retval
+      )
+    if (NOT "${rm_retval}" STREQUAL 0)
+      message(FATAL_ERROR "Problem when removing \"$ENV{DESTDIR}${file}\"")
+    endif()
+  else()
+    message(STATUS "File \"$ENV{DESTDIR}${file}\" does not exist.")
+  endif()
+endforeach()
diff --git a/cmake/templates/dolfin-get-demos.in b/cmake/templates/dolfin-get-demos.in
new file mode 100644
index 0000000..a3cbe10
--- /dev/null
+++ b/cmake/templates/dolfin-get-demos.in
@@ -0,0 +1,34 @@
+#!/bin/bash
+#
+# Utility script for installing demos in user's home directory
+
+DEMO_DIR=@CMAKE_INSTALL_PREFIX@/@DOLFIN_SHARE_DIR@/demo
+INSTALL_DIR=$HOME/dolfin-demos
+URL="http://fenicsproject.org/documentation/doc_"`echo @DOLFIN_VERSION@ | cut -d'+' -f1`".html"
+
+echo "This script will install the DOLFIN demos in your home directory:"
+echo
+echo "  $INSTALL_DIR"
+echo
+echo -n "Do you want to install the DOLFIN demos in your home directory? [y] "
+read answer
+
+if [[ $answer == "y" || $answer == "" ]]; then
+    echo "Installing demos..."
+    cp -r $DEMO_DIR $INSTALL_DIR
+    echo
+    echo "The demos have now been installed in $INSTALL_DIR."
+    echo
+    echo "-------------------------------------------------------------------------------"
+    echo "To get started, enter the following command:"
+    echo
+    echo "  cd $INSTALL_DIR/pde"
+    echo
+    echo "The documentation can be found at the following address:"
+    echo
+    echo "  $URL"
+    echo "-------------------------------------------------------------------------------"
+    echo
+else
+    echo "ok, demos not installed"
+fi
diff --git a/cmake/templates/dolfin-version.in b/cmake/templates/dolfin-version.in
new file mode 100644
index 0000000..488c39a
--- /dev/null
+++ b/cmake/templates/dolfin-version.in
@@ -0,0 +1,4 @@
+#!/bin/bash
+
+# Helper script to print the version of DOLFIN
+echo @DOLFIN_VERSION@
diff --git a/cmake/templates/dolfin.conf.in b/cmake/templates/dolfin.conf.in
new file mode 100644
index 0000000..94626a1
--- /dev/null
+++ b/cmake/templates/dolfin.conf.in
@@ -0,0 +1,10 @@
+# Helper file for setting non-default DOLFIN environment variables
+
+# Common Unix variables
+export @OS_LIBRARY_PATH_NAME@=@CMAKE_INSTALL_PREFIX@/@DOLFIN_LIB_DIR@:$@OS_LIBRARY_PATH_NAME@
+export PATH=@CMAKE_INSTALL_PREFIX@/@DOLFIN_BIN_DIR@:$PATH
+export PKG_CONFIG_PATH=@CMAKE_INSTALL_PREFIX@/@DOLFIN_PKGCONFIG_DIR@:$PKG_CONFIG_PATH
+export MANPATH=@CMAKE_INSTALL_PREFIX@/@DOLFIN_MAN_DIR@:$MANPATH
+
+# Special Mac variables
+export DYLD_FRAMEWORK_PATH=/opt/local/Library/Frameworks:$DYLD_FRAMEWORK_PATH
diff --git a/cmake/templates/dolfin.pc.in b/cmake/templates/dolfin.pc.in
new file mode 100644
index 0000000..3faf2c3
--- /dev/null
+++ b/cmake/templates/dolfin.pc.in
@@ -0,0 +1,17 @@
+# pkg-config configuration for DOLFIN
+prefix=@CMAKE_INSTALL_PREFIX@
+exec_prefix=@CMAKE_INSTALL_PREFIX@
+libdir=${exec_prefix}/@DOLFIN_LIB_DIR@
+includedir=${prefix}/@DOLFIN_INCLUDE_DIR@
+compiler=@CMAKE_CXX_COMPILER@
+definitions=@PKG_DEFINITIONS@
+extlibs=@DOLFIN_EXT_LIBS@
+boost_includedir=@BOOST_INCLUDE_DIR@
+
+Name: DOLFIN
+Description: Dynamic Object-oriented Library for FINite element computation
+Version: @DOLFIN_VERSION@
+Requires: @PKG_REQUIRES@
+Conflicts:
+Libs: @PKG_LINKFLAGS@ -L${libdir} -ldolfin
+Cflags: @PKG_CXXFLAGS@ -DDOLFIN_VERSION=\"@DOLFIN_VERSION@\" ${definitions} -I${includedir} @PKG_INCLUDES@
diff --git a/cmake/templates/fenics-version.in b/cmake/templates/fenics-version.in
new file mode 100644
index 0000000..41549e9
--- /dev/null
+++ b/cmake/templates/fenics-version.in
@@ -0,0 +1,4 @@
+#!/bin/bash
+
+# Helper script to print the version of FEniCS
+echo @DOLFIN_VERSION@
diff --git a/data/README b/data/README
new file mode 100644
index 0000000..8854a9a
--- /dev/null
+++ b/data/README
@@ -0,0 +1,9 @@
+The data in this directory, including example meshes, have been moved
+to the FEniCS web server to decrease the size of this repository. For
+a selection of meshes, please visit
+
+  http://fenicsproject.org/download/data.html
+  http://fenicsproject.org/pub/data/meshes/
+
+Update 2016: The meshes are now stored again as part of the DOLFIN
+repository using Git LFS (https://git-lfs.github.com/).
diff --git a/demo/CMakeLists.txt b/demo/CMakeLists.txt
new file mode 100644
index 0000000..495e6c9
--- /dev/null
+++ b/demo/CMakeLists.txt
@@ -0,0 +1,64 @@
+project(dolfin-demos)
+
+# Require CMake 2.8
+cmake_minimum_required(VERSION 3.5)
+
+# Find DOLFIN config file (not used here, but check that the demo will
+# be able to find it
+#find_package(DOLFIN PATHS ${CMAKE_BINARY_DIR} REQUIRED)
+include_directories(${DOLFIN_SOURCE_DIR} ${DOLFIN_SOURCE_DIR}/dolfin ${DOLFIN_BINARY_DIR})
+
+# Documented demos
+add_subdirectory(documented/auto-adaptive-poisson/cpp)
+add_subdirectory(documented/bcs/cpp)
+add_subdirectory(documented/biharmonic/cpp)
+add_subdirectory(documented/built-in-meshes/cpp)
+add_subdirectory(documented/cahn-hilliard/cpp)
+add_subdirectory(documented/eigenvalue/cpp)
+add_subdirectory(documented/hyperelasticity/cpp)
+add_subdirectory(documented/mixed-poisson/cpp)
+add_subdirectory(documented/navier-stokes/cpp)
+add_subdirectory(documented/neumann-poisson/cpp)
+add_subdirectory(documented/nonlinear-poisson/cpp)
+add_subdirectory(documented/nonmatching-interpolation/cpp)
+add_subdirectory(documented/periodic/cpp)
+add_subdirectory(documented/poisson/cpp)
+add_subdirectory(documented/singular-poisson/cpp)
+add_subdirectory(documented/stokes-iterative/cpp)
+add_subdirectory(documented/stokes-taylor-hood/cpp)
+add_subdirectory(documented/subdomains/cpp)
+
+# Undocumented demos
+add_subdirectory(undocumented/advection-diffusion/cpp)
+add_subdirectory(undocumented/ale/cpp)
+add_subdirectory(undocumented/auto-adaptive-navier-stokes/cpp)
+add_subdirectory(undocumented/block-matrix/cpp)
+add_subdirectory(undocumented/conditional/cpp)
+add_subdirectory(undocumented/contact-vi-snes/cpp)
+add_subdirectory(undocumented/contact-vi-tao/cpp)
+add_subdirectory(undocumented/curl-curl/cpp)
+add_subdirectory(undocumented/dg-advection-diffusion/cpp)
+add_subdirectory(undocumented/dg-poisson/cpp)
+add_subdirectory(undocumented/elasticity/cpp)
+add_subdirectory(undocumented/elastodynamics/cpp)
+add_subdirectory(undocumented/eval/cpp)
+add_subdirectory(undocumented/extrapolation/cpp)
+add_subdirectory(undocumented/functional/cpp)
+add_subdirectory(undocumented/gmg-poisson/cpp)
+add_subdirectory(undocumented/lift-drag/cpp)
+add_subdirectory(undocumented/mesh-quality/cpp)
+add_subdirectory(undocumented/meshfunction-refinement/cpp)
+add_subdirectory(undocumented/multimesh-poisson/cpp)
+add_subdirectory(undocumented/multimesh-stokes/cpp)
+add_subdirectory(undocumented/nonmatching-projection/cpp)
+add_subdirectory(undocumented/parallel-refinement/cpp)
+add_subdirectory(undocumented/parameters/cpp)
+add_subdirectory(undocumented/poisson1D/cpp)
+add_subdirectory(undocumented/poisson1D-in-2D/cpp)
+add_subdirectory(undocumented/poisson-disc/cpp)
+add_subdirectory(undocumented/refinement/cpp)
+add_subdirectory(undocumented/spatial-coordinates/cpp)
+add_subdirectory(undocumented/submesh/cpp)
+add_subdirectory(undocumented/sym-dirichlet-bc/cpp)
+add_subdirectory(undocumented/time-series/cpp)
+add_subdirectory(undocumented/waveguide/cpp)
diff --git a/demo/README b/demo/README
new file mode 100644
index 0000000..6706580
--- /dev/null
+++ b/demo/README
@@ -0,0 +1,58 @@
+Documenting DOLFIN demos
+========================
+
+The documentation for the DOLFIN demos is written by hand and located
+together with the demos in the DOLFIN source tree. To document a (new)
+DOLFIN demo located in the directory foo (for instance pde/poisson),
+follow the two steps below. In general, the simplest way is probably
+to look at one of the documented demos for instance
+(demo/pde/poisson/) and follow the same setup.
+
+1) Add these 3 files
+
+  * foo/common.txt -- containing common information such as the main
+    features the demo illustrates and, if applicable, a mathematical
+    description of the differential equation that is solved. This file
+    should then be included in the C++ and Python versions.
+
+  * foo/cpp/documentation.rst -- containing the reST source file with
+    the documentation that is specific to the C++ version of the demo.
+
+  * foo/python/documentation.rst -- containing the reST source file
+    with the documentation that is specific to the Python version of
+    the demo.
+
+   If either the C++ or the Python version of the demo does not exist,
+   feel free to add the version and continue.
+
+2) Move the directory foo from the directory undocumented/ to the
+   suitable directory (for instance pde/ or la/).
+
+
+Note
+
+   The demo documentation is automatically included in the complete
+   DOLFIN documentation when running make doc after building
+   DOLFIN. While documenting a demo, it may be handy to only run
+   make doc_demo and then make doc_html_[python|cpp].
+
+Note
+
+   Tests for the validity of the code snippets used in the demo
+   documentation are included in the standard DOLFIN tests.
+
+C++ and Python specific contents
+================================
+
+The C++ and Python documentation reST source files should
+
+* Explain each step of the solution procedure. Do this by including
+  and explaining code snippets from the demo source code.
+
+* Include links to the API documentation using the :cpp:class: and
+  :py:class: directives. Note that for the Python classes, the
+  full module path is required (for instance
+  py:class:dolfin.cpp.NewtonSolver)
+
+* Include the complete set of files needed to run the demo using the
+  include directive.
diff --git a/demo/cmake.local b/demo/cmake.local
new file mode 100755
index 0000000..c7516dd
--- /dev/null
+++ b/demo/cmake.local
@@ -0,0 +1,19 @@
+#!/bin/sh
+
+# Configure for a local install. Build files will be generated in the
+# directory $toplevel/local and installation will go in the directory
+# $toplevel/build.
+#
+# This is useful to be able to run demos from within the source tree
+# without needing to specify an installation directory.
+
+# TODO: Add -DCMAKE_BUILD_TYPE=xxxx flag
+
+INSTALLDIR=`pwd`"/local"
+
+mkdir -p ../build_demo
+cd ../build_demo
+
+cmake ../demo -DCMAKE_INSTALL_PREFIX=$INSTALLDIR
+make
+
diff --git a/demo/documented/auto-adaptive-poisson/common.txt b/demo/documented/auto-adaptive-poisson/common.txt
new file mode 100644
index 0000000..4b7b2b2
--- /dev/null
+++ b/demo/documented/auto-adaptive-poisson/common.txt
@@ -0,0 +1,138 @@
+In this demo we will use goal oriented adaptivity and error control
+which applies a duality technique to derive error estimates taken
+directly from the computed solution which then are used to weight
+local residuals. To this end, we derive an :math:`\textit{a
+posteriori}` error estimate and error indicators. We define a goal
+functional :math:`\mathcal{M} : V \rightarrow \mathbb{R}`, which
+expresses the localized physical properties of the solution of a
+simulation. The objective of goal oriented adaptive error control is
+to minimize computational work to obtain a given level of accuracy in
+:math:`\mathcal{M}`.
+
+We will thus illustrate how to:
+
+* Solve a linear partial differential equation with automatic adaptive mesh refinement
+* Define a goal functional
+* Use :py:class:`AdaptiveLinearVariationalSolver <dolfin.cpp.fem.AdaptiveLinearVariationalSolver>`
+
+The two solutions for u in this demo will look as follows, where the
+first is the unrefined while the second is the refined solution:
+
+.. image:: ../u_unrefined.png
+    :scale: 75 %
+
+.. image:: ../u_refined.png
+    :scale: 75 %
+
+
+Equation and problem definition
+-------------------------------
+
+The Poisson equation is the canonical elliptic partial differential
+equation. For a domain :math:`\Omega \subset \mathbb{R}^n` with
+boundary :math:`\partial \Omega = \Gamma_{D} \cup \Gamma_{N}`, the
+Poisson equation with particular boundary conditions reads:
+
+
+.. math::
+
+    - \nabla^{2} u &= f \quad {\rm in} \ \Omega, \\
+    u &= 0 \quad {\rm on} \ \Gamma_{D}, \\
+    \nabla u \cdot n &= g \quad {\rm on} \ \Gamma_{N}. \\
+
+Here, :math:`f` and :math:`g` are input data and n denotes the outward
+directed boundary normal. The variational form of Poisson equation
+reads: find :math:`u \in V` such that
+
+.. math::
+
+	a(u, v) = L(v) \quad \forall \ v \in \hat{V},
+
+which we will call the continous primal problem, where :math:`V`,
+:math:`\hat{V}` are the trial- and test spaces and
+
+
+.. math::
+
+    a(u, v) &= \int_{\Omega} \nabla u \cdot \nabla v \, {\rm d} x, \\
+    L(v)    &= \int_{\Omega} f v \, {\rm d} x + \int_{\Gamma_{N}} g v \, {\rm d} s.
+
+The expression :math:`a(u, v)` is the bilinear form and :math:`L(v)`
+is the linear form. It is assumed that all functions in :math:`V`
+satisfy the Dirichlet boundary conditions (:math:`u = 0 \ {\rm on} \
+\Gamma_{D}`).
+
+The above definitions is that of the continuous problem. In the actual
+computer implementation we use a descrete formulation which reads:
+find :math:`u \in V_h` such that
+
+
+.. math::
+
+    a(u_h, v) = L(v) \quad \forall \ v \in \hat{V}_h.
+
+We will refer to the above equation as the discrete primal
+problem. Here, :math:`V_h` and :math:`\hat{V_h}` are finite
+dimensional subspaces.
+
+The weak residual is defined as
+
+.. math::
+
+    r(v) = L(v) - a(u_h, v).
+
+By the Galerkin orthogonality, we have
+
+
+.. math::
+
+    r(v) = L(v) - a(u_h, v) = a(u_h, v) -  a(u_h, v) = 0\,\, \forall v \in \hat{V}_{h},
+
+which means that the residual vanishes for all functions in
+:math:`\hat{V}_{h}`. This property is used further in the derivation
+of the error estimates. wish to compute a solution :math:`u_h` to the
+discrete primal problem defined above such that for a given tolerance
+:math:`\mathrm{TOL}` we have
+
+.. math::
+
+    \eta = \left| \mathcal{M}(u_h) - \mathcal{u_h} \right| \leq \mathrm{TOL}.
+
+Next we derive an :math:`\textit{a posteriori}` error estimate by
+defining the discrete dual variational problem: find :math:`z_h \in
+V_h^*` such that
+
+.. :math::
+
+    a^*(z_h,v) = \mathcal{v}, \quad \forall v \in \hat{V}_h^*.
+
+Here :math:`V^*, \hat{V}_h^*` are the dual trial- and test spaces and
+:math:`a^* : V^* \times \hat{V}^* \rightarrow \mathbb{R}` is the
+adjoint of :math:`a` such that :math:`a^*(v,w) = a(w,v)`. We find that
+
+.. math::
+
+    \mathcal{M}(u - \mathcal{u_h}) = a^*(z, u - u_h) = a(u - u_h, z) = a(u,z) - a(u_h,z) = L(z) - a(u_h,z) = r(z)
+
+and by Galerkin orthogonality we have :math:`r(z) = r(z - v_h)\,\,
+\forall v_h \in \hat{V}_h`. Note that the residual vanishes if
+:math:`z \in \hat{V}_h^*` and has to either be approximated in a
+higher order element space or one may use an extrapolation. The choice
+of goal functional depends on what quantity you are interested in.
+Here, we take the goal functional to be defined as
+
+.. math::
+
+    \mathcal{M}(u) = \int_{\Omega}  u dx.
+
+
+We use :math:`D\ddot{o}rfler` marking as the mesh marking procedure.
+
+In this demo, we shall consider the following definitions of the input functions, the domain, and the boundaries:
+
+* :math:`\Omega = [0,1] \times [0,1]\,` (a unit square)
+* :math:`\Gamma_{D} = \{(0, y) \cup (1, y) \subset \partial \Omega\}\,` (Dirichlet boundary)
+* :math:`\Gamma_{N} = \{(x, 0) \cup (x, 1) \subset \partial \Omega\}\,` (Neumann boundary)
+* :math:`g = \sin(5x)\,` (normal derivative)
+* :math:`f = 10\exp(-((x - 0.5)^2 + (y - 0.5)^2) / 0.02)\,` (source term)
+
diff --git a/demo/documented/auto-adaptive-poisson/cpp/AdaptivePoisson.ufl.rst b/demo/documented/auto-adaptive-poisson/cpp/AdaptivePoisson.ufl.rst
new file mode 100644
index 0000000..d650952
--- /dev/null
+++ b/demo/documented/auto-adaptive-poisson/cpp/AdaptivePoisson.ufl.rst
@@ -0,0 +1,25 @@
+UFL input for the auto adaptive Poisson problem
+===============================================
+
+UFL code::
+
+  element = FiniteElement("CG", triangle, 1)
+  u = TrialFunction(element)
+  v = TestFunction(element)
+
+  f = Coefficient(element)
+  g = Coefficient(element)
+
+  a = dot(grad(u), grad(v))*dx()
+  L = f*v*dx() + g*v*ds()
+  M = u*dx()
+
+Before the form file can be used in the C++ program, it must be
+compiled using FFC by running (on the command-line):
+
+.. code-block:: sh
+
+   ffc -l dolfin -e AdaptivePoisson.ufl
+
+Parameter ``-e`` ensures that a code for forms used for error control
+is generated.
diff --git a/demo/documented/auto-adaptive-poisson/cpp/main.cpp.rst b/demo/documented/auto-adaptive-poisson/cpp/main.cpp.rst
new file mode 100644
index 0000000..38d7747
--- /dev/null
+++ b/demo/documented/auto-adaptive-poisson/cpp/main.cpp.rst
@@ -0,0 +1,97 @@
+Auto adaptive Poisson equation (C++)
+====================================
+
+Implementation
+--------------
+
+Running this demo requires the files: :download:`main.cpp`,
+:download:`AdaptivePoisson.ufl` and :download:`CMakeLists.txt`.
+
+Under construction.
+
+.. code-block:: cpp
+
+   #include <dolfin.h>
+   #include "AdaptivePoisson.h"
+
+   using namespace dolfin;
+
+   // Source term (right-hand side)
+   class Source : public Expression
+     {
+       void eval(Array<double>& values, const Array<double>& x) const
+       {
+         double dx = x[0] - 0.5;
+         double dy = x[1] - 0.5;
+         values[0] = 10*exp(-(dx*dx + dy*dy) / 0.02);
+       }
+     };
+
+   // Normal derivative (Neumann boundary condition)
+   class dUdN : public Expression
+   {
+     void eval(Array<double>& values, const Array<double>& x) const
+     { values[0] = sin(5*x[0]); }
+   };
+
+   // Sub domain for Dirichlet boundary condition
+   class DirichletBoundary : public SubDomain
+   {
+     bool inside(const Array<double>& x, bool on_boundary) const
+     { return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS; }
+   };
+
+   int main()
+   {
+     if (dolfin::MPI::size(MPI_COMM_WORLD) > 1)
+     {
+       std::cout << "This demo does not work in parallel" << std::endl;
+       return 0;
+     }
+
+     // Create mesh and define function space
+     auto mesh = std::make_shared<UnitSquareMesh>(8, 8);
+     auto V = std::make_shared<AdaptivePoisson::BilinearForm::TrialSpace>(mesh);
+
+     // Define boundary condition
+     auto u0 = std::make_shared<Constant>(0.0);
+     auto boundary = std::make_shared<DirichletBoundary>();
+     auto bc = std::make_shared<DirichletBC>(V, u0, boundary);
+
+     // Define variational forms
+     auto a = std::make_shared<AdaptivePoisson::BilinearForm>(V, V);
+     auto L = std::make_shared<AdaptivePoisson::LinearForm>(V);
+     auto f = std::make_shared<Source>();
+     auto g = std::make_shared<dUdN>();
+     L->f = f;
+     L->g = g;
+
+     // Define Function for solution
+     auto u = std::make_shared<Function>(V);
+
+     // Define goal functional (quantity of interest)
+     auto M = std::make_shared<AdaptivePoisson::GoalFunctional>(mesh);
+
+     // Define error tolerance
+     double tol = 1.e-5;
+
+     // Solve equation a = L with respect to u and the given boundary
+     // conditions, such that the estimated error (measured in M) is less
+     // than tol
+     std::vector<std::shared_ptr<const DirichletBC>> bcs({bc});
+     auto problem = std::make_shared<LinearVariationalProblem>(a, L, u, bcs);
+     AdaptiveLinearVariationalSolver solver(problem, M);
+     solver.parameters("error_control")("dual_variational_solver")["linear_solver"]
+     = "cg";
+     solver.parameters("error_control")("dual_variational_solver")["symmetric"]
+     = true;
+     solver.solve(tol);
+
+     solver.summary();
+
+     // Output solution to XDMF for Paraview
+     XDMFFile("initial_solution.xdmf").write(u->root_node());
+     XDMFFile("final_solution.xdmf").write(u->leaf_node());
+
+     return 0;
+   }
diff --git a/demo/documented/auto-adaptive-poisson/u_refined.png b/demo/documented/auto-adaptive-poisson/u_refined.png
new file mode 100644
index 0000000000000000000000000000000000000000..69489da331505d85b07408530e0685fa8acb760a
GIT binary patch
literal 39800
zcmeFYRZyE>^fnqO#fn35cUs)t3GTE=Deh9V1a}C9pv4`6mKKNN6n6<$+`YIvU-+Hx
zKXc~HnR9h6znNTQCwbp@`CjXJcD`w-$z!6Eq5}W`OhpA*EdT&f4*)=jLq&vt@~Hc5
z3;>`8D9TFdcxE27I#se+e_g&6{deeBPOX4QPeMb_8Alw^=Rr+K)5-oyn({5AH?Ckf
z6#KjDh~!9jd9|Iwfh%5HH@&t;7={((P>^H;(OhQQGm}8Y(9+}w-a=kw66!&}<ZBh&
z_p@5a>hwsv*-OXX+g%1upd6nH$-pCttGnr6Zub{QOU<BTzq`H5oCFO5IZXm^<mZD|
z%#r!bkx`0hrkVtDF5`(fgzzs=RR7QN|5)Sy_h2wwUUVB1tMHyK`_ix$URKd|_qM{b
zX9=|OXvyF9{B+;`41cBDm)|Bk-6rQe&gCT4`dz%Dx&fe2J>T@TXA?C+m}yue^BW+y
zCt!((e4<v=KN%|z+W}W&Pjhc|4PA!VelLFg`*~+^cFFj5Q1=N&^$6p5TIX2y+R2i*
zgG$^Tf!ckVJ4OUn9`dmLc4esU#{b?*rx1y5c;v$KpaF8TeEhilue|vv>)5wA4I%F0
zmBh)boW}#}fDHlvje}^3n-1({|NFz7+hJ?C4#)r}uc1%=w<!U)ApafE=yJklpZHbP
zj`($>@xq(WMk+-2fS2^Di1*6=?^3vMG-?2a7kS14p3c>C#QpZCN_py^`{l*Yte+2Z
zFyA7btP{20L_7Iz+<N9!1m|r2eOjytq7nih>XyUc_ZmvNKWZLZdJ)P=SA2tH4B-6y
zc%9Swm<3wCeKFxsMb6z+arRkaab_%0QwwucC3EDu>(+VBvuNP^iWb-Av;DFP<dZNC
z-?f9oPxgST`^Og-96vv{KUY!RS5ZB!QHfJ=xO-_z>%o)2OD6k-oqc&oe!T;Q%J($N
zSaj^XRJ+*dEFmScov6w1KaU8qmN#yvZ)|M9Wjp@m<o8e6_-+E*clFiE<I;*>6&6s}
zaGZEe$oOaIi!f)sOTT;5nge=@<655X{yncrJb<yqF2+|Ln**+mpZ^8;WgG2Quab3F
zvPI?#N|rb6zXM>4p8WCH3c(gfUHzu+yG}wDa5tIrl=6ILoLzOsSK&3%{`mX(s>&~K
zC<d?dKQq}^w0fi$sr#ROUq}kL0SDMv{WbDABq3YzyIuk<y7a-V+;cbx*XiW$Uqyg}
z@oqKrKj~bzc6WE{7ryumeOj*eWMODMbaZOIocUC2i+D0FgWY=UcN_(NQJ<WGqIHYS
zNk9AO2(Ixb<E!cvzef&teYd&xAh-lF+p139lkkW<d%5bWu7a<|_`c5AXUu20#@(m!
zdfDf=VIyXj`f8I&;&#Nz{~Y^i726-KRoh04NZUmr$K&GI<06yz={Hcz28HqS8^4j=
z$O<<UV~QP>WS0ND%Dw%X!?VNb`O4||`u=bG)1|~sh{Vlm2=>!m#q-^--^<>k(a+l}
z4;gToeI%YvW82|kJjPSq##@V@r%^rb%2zZWHT6A&v2*<RYxA-Jz)o`7bFWfcpUBh7
zEph*^y`Tp*3a(C6xbZC9h0*QR|1Cp`UW}D5XruJMmu8{xjiX0y1F;WvOi};8g_QP7
z1Zk4<GW_o)*NbP?^I;qZCd+PGg#Vvg4#UvP7DW`@h`#^w`1N(I|M#15=}P&*CD$}G
z{2xjFw_xvpFAq25y((tE!cCO>PZGiZk>vkzuL17=gf|b^UniPM!65{X9zRmhts<h~
z;m`*HsDEX6Jum@wJ3&vO#y2u-k?X#aj?Xhu>wt#)V=^Q}^izDKZc;o_#NUryaWlqZ
z$*2feHlp4`8A_y4>t)*#eik4a<0IPu(}1f%yv}v99PH-`#yqaCqjA+te^7<`D*-e?
zh@)B^f57DE)Uek*$+DopxC!S>3XbRd!YH}ZBo=tpJMVXDYb22@tR|6)$BCCF9+#5-
zvxtk$c4Jk;iPW?BK`#`&*_k;%@CakYZZ?Yg%d<~mgxqO_@0~f34r<PA3;e-=n?KLX
ztY>)?$Qsn9aov@#9c{7+X7T`mxqoOpPi^`s1&%ZTN4BrgPd-?~7~Qd<8dV)__{j24
z_wOZUI3DJhBb77Z$>lkG(;iSy(lNzfYdI&?DfSgBiq0KZ6s!p-(cr^%#>J>I|3OV(
zxS|8-cLyT^k}XpJ2U(N!C_FI=2O^Tgh!KCE6j;nO>EXUOB|ZswoctCn^&LT4CfyG(
zHCdoMi32dfeIq+)Y7v<bH*Rf$hJI!-Q(~=$8*fNzTWCrREVpd{@^RaA;t(`(@(G^j
zvAcJKVYRdoR0(>*Lty>iy6&>L3)fQwq46&76Y8JbxZd#=4S7UA%5s<{Bkn{mjb~{v
zG^Vqz7mJRTIDdCgk{XHVr)BjpZBP_#IIwfoB*hTWNF@6({>*K>dj63h1uN%f3Kr(u
zxFdRhbCARk+G9Deuu=sbFCmbwl-e(iAV;?jWSRIhwd3w#)izv-8#XO$NZ|5~;BJPQ
zd<bzfjTL|4(!UcOW6K^BOL%pHHnK(=DLhCJo99%1S;JM2oc6^MAI@vq-DOKih9?OV
zi*Hns3Wp<TP(6)9o%KSy-q?+=)4c{3K2#E<v=GPCY8vmqNgLAsqz&Xsuy3-)!%PL5
zhGIJ^1!ekdkA{X!d1O)`svXmGwQcl0UkMos$el(j!8<zNw+~Pd#bIjtUkt_$DONQY
z22$r+LR0!MegGZ2P1jAv&M?tPBJtQIU64-ypf_Sd><10fu=O|@Q=Lr^SQ4ek_A=@&
zZrab-a)NOf3#X4K6Y^K_pT;aG^5&aB=EhhZbKB|5b|Bvq`+QakOs%x%RN`6x%Xv>a
zjk;n!K&pzuBBlOmoMOsAiWt)}dEP7L0(Rm4<$fr0hz~u_Y5xeCOFM*~)GqvSr4;z9
z_0`fO%RcRbLOIQL%pA=`*c>dVaich(cC+#ZdFT3RH&|`^@hU?tr?on?vZ3I%%D6Ef
z7c&(#WHl8P@q3UK9ppre6d{j<nU}dGSCiWmN*Fh%;fRStx(4m`&z5gaQ^ob04Q}K_
zZMQjKU~RD_MUWozus@aO!zR-VEMOl`mFixT&k8$Q?H*S^u|gr;PE$Luj<~sP_luEO
z%D?H&h1VI%cq;$D8^w(HMd8RW7^=)eB5pbt3C7@l#3{a?4W)^e#R#iDRC$n@6A4f0
z6hCEA<6Eej&SalA)hF3cd=B)S7CHbfP_6BUjwAc)v?H9V98-KGE7h<r1T{f%tbcK0
z{G+L~J29ZgEHKA-DM#cR1-KhCGoEih2UywJ$<obQ$_@qCB{Q1zo4#_G4I>=jHk9Kc
zs2Vf4E3?$6kq<86Kb%QE>*$eh($R(}-R8!ocR~ozyT&5Re>P)-Y!s*g8Qj{yVEfsy
zDsVI*dM1SfuC|3<=#rb)(ap4g|6Z^kx||Ebi%)rO$=Yv1Z9AvNOG*)H(mMjJGIpuQ
z(+vv#T&P6Ta61#%Q`3x;dcjnYv1&ABu>p~sdDrl&mi8zoWSCnTY(6)Jiit($dKv``
z-d%Lty6J0FE)XHF{&rOAyT*7(Q>Y?0JghYlMoGAa!8go9{y^mPupagx8@b-{QumoW
z4>^pc(@D8hO>}Ea-|**|*F96yjhiO2>GR;8FO=yQ4LH|g*FkpUHF75Prux&R2v^@1
zaof_5vcfv*j<5K&N=9_hjS~sZPg11IM(dKlXrXwk3)mh6iCl~x#j}JgPfm+~fXJ!^
z(}FG!oS6p{Si?Na&)7;>QBFwy*KP0FH;0xU65T?H;T1+XSofJqm#k7G@=TnBiv+^`
zM$Rx=Iwk=PDvgK<wLr8b#p8ysH2c}Vu}kX+ji*SD@4*o=Tkd<-=c5{t9owy|KQL!C
zPah|GuYow;!{7o`3WB7gXW$T;-iR`|2Vs7O(5FA1uJch0{zceWT<i1?hn!QMbNQcB
z`K=-P3d^}X!5xAQxN&;g`#wB{kywNrG9MZaxl%2PK+Jz%z)k=|wK#ENVb{T$Kg{zY
z2j+eJ$EhNj3yQW#`~EdFgBLcg9L+nPImnxw(w@1@H{miNkKTdSqYx>y5vD1{6>I#N
z;1A1NE?F+&sa&}-(km<~*VLK3u8v1aERQ~443vPKfcuBA$L`2=E_lZz=>Fv~%|1Pk
zuMTZDoslm;ZI@G9P)`1Hu7O2IDrugOU%^PV3q(^Ktl7YyqOWC6U1EPIC@fskAqRBQ
zRG3em-Y6h%vQ|Fg-@5y771wShWh#sLP275HLT`?OeZKYznzjQ=8W~`b#aiNFPt`A?
zz`DXB>G~ynU5m;v%Hu6hv@?0LJ0|XFDqffGiP1<9>f973uR-vs?Y_9&9!UB?d}J5B
zMAP51YXl4#qf-SE<drje52qLBe=lwt#<?;U6+_v%a{tcFCc(`#6h-c8bKw<D1QbYP
zP~~Ool*7Vw9lpm8L6Z^uZQA*h(IONXI!No6%@tdU-Rk~_@!iF-XEbg#%;$&6e3<0Q
z`)Vtb%-A*Mt+v_Npk61xrRnR3Nfh>*K0N|sqGHg)AX%0*Jb<G9j7YdVy3^B*2#zh2
zS{|?iXlX{Ugctc#O=qgcaB=C8GzoU;JMERw)HLjXUvUcvxTJYVyUtz#ayl}{--q6C
zP1?m_{tbVVDC?>Eo9_|{l}fCUZ)S+F*yd^q+1(o(AdURS+@YclM`v){dbp2FJ3$f(
zy4a|to+BP8jEe5>UG5sE$7n-gO6R2N^6))+zUlUdJfFloy9P;&=QsR>_Z#fI0c%u?
z<E*}Zf2!t3rx;39LjfVe7<Lu}zd-WEkf<_^ZOEuysWIaSjnx5rBruL%vP(2-&=_2-
zQyxKO6$8<X6pm!bxUjhGHY322XGUmz1@+~;iwW0upVAyRF!%}!{1n=M;u|hU%q0!F
z@J!~JuI<RONflXyiI{nuaBoQGnn_qld<-SKH!{5z|5qWQ7@hM}DA5|2W2b4@3&$yl
zVs;)|Gm5f)!jcGyRp;dcIl<EXmc1oL&S0|6F|_<+OXT41a`+DK5-c+b`S7ZeQ=9XB
zJ23zQ@kBBjySYuSI)2Gx#cquGVdT;ETxT{GlE(E4*gwKU2<BX(_oyk{vaf7$i`>1y
z^lFKP0@JT4I0^|iL)*Zp5=Lice~^I;y>aTtyPx$tslLo+CsBEQ$wJI|O1FR7@DT@f
zh%e?h_`aACXXVU%MU)~<8CC?LBw@8_)(LJLVzri1h#OF7Z0aK8aUq~~ZW+7K<N+p*
z(hLvRb0bOd07$1#FWM3(<R|&e2y{X%Q`t50j^nq&8iBZ9x{F{c;jdB>I^?j__263&
z)y4GFD<P`laN9(!3onQI21Pl2wesCQx^bIv1#(R6cM8X=1W+#25Kvf%ZXe=JZM*9)
z(9>!A%^1;H2zz8jB)B+=imo=w56~lZ@>4)`$oe8}c`qy23oI|b$+ex<I%#>%bw?hy
z1L=-y)UG``FawQd!F(n=uslrL`}||QwyRwUn=5mwa)dxf*Mixwpcse0+#({*q8pyE
zUcIN3#n-bS@?&#$yv)?FgL7Js;_sg`&F}DFVdaaiS&TtnTQO*3uV;_>KqEC*ed*Wp
z$1steDSx7vSXh={xX8B9r|PfrIW%DFOEJ^bSeVEiCE{Jx6qf`mjz6o=Hn@kA*Sw7*
zk3B<jpQWPVXg<Xl6yJ`}bGw=CbL2H$X7sfSQ^3&gavBaaygzEYKjNr4ZNC+G-o9FJ
z3Yhqw?GFFCWt*=8KF^ES{NKQaG0&r#>`T_{O**REe)DI4c0u?ww39;iT<m09YypJP
zH%g|_qbOd@agorYrCRpxDju@)kV?vcXZP6Y(mJFs)oK*nzUhao4bfZ0<<lZEUk@`d
z<X4NU0)-UgoyXR{;TMJ`Tw_qN*WoXim>PtNtw2Ysu?inX=Iz$luJVs-esVsPoU>*C
zFI&5MoHKzIT%_X`;dW$V8fbv}p@!12>a5F+13Z)vA^N5eAgN8mw&lu2<MYnb`J)RF
zQ8sqKO&3SN?T}OJ<%~f4?Z_nW<6y<Z;L9+Y(SDn;a+|f{b=7+u@O=M*le{1r66ZV;
zZtm_EG4Nqiq-{gQ|M@!LxhUgHB<7d4+wB*y1n_ib{4``Odi}=urn6Y$aWCijHs`tC
z>Av1_E9c%V;Hagw=8gO`+)VMsPuOF1+x0RTiyqaCJii$;Ot!76(SQQMItv3BiNh8!
z*<RV$hTLHj#+woXdK?yLKXR_7QiSCqUIEWy9^IR8I^){ow_=t+8)rJO`KD~qfUIRt
zQSrRALt0%(oBOXIP;@YQ`Q=;XinLSrv31~ukY8SAN%WK4Yq8z}8I;ynKv2W1wR2w^
zILZ%O<)F`$uljh+M|d`Nug|$S^O5&?$mwyw>$Wl~s{7ji_}U1x^!3<xM}%!1VFLT%
z54P`BP0nNV%1v~Qfd7$O&V9>{*s*TFrEW?z9A0UEo+{ODzff*>?@gwcxT=a3yKWr&
zJoAD(39R^@!@-4X)s+j?*tOGu)s8-iaG(3gmWLm17mTb?m4e2iTTZ@ZbvC|?L@=ok
zlOr`LHNLyd$)w@&YmM)?)Q@_OX71xL6F1^RigYG)>IE`7vFVYVn+k_DcEQ6^AxO-?
zh>>d&sp0u=!;J$6sXxm=fD^UG<k=p6d-rJEBDsF9AO5?UPVQeU8fMv>1{~_*#IfnL
zRuk`ceR?#C9f0$wY(m_DQj#lRBArx0305>eY_)@82C7G`4GQ#v2D)og?frcsv7TnX
zC(!dvi~n6um}&M7w*N^8+(f#lWPk(^9J_);Ne`37>N&z+^K&k9p7wJ5*YR_1`krs7
zoCN%r{uy02{cSyhwakcJFS=b$>l%ZW%nz)d*N@iacj3F=d1qb4Ex(AI5SnL7yp3iK
zwf**z=~R^iEl@F#gnE!+AmRwI#D>e96E9Rod@{GBG<M!gYWE`kwRxH_Vz^o_v9t`8
zV*?jGPTV$E1|pMhUcAx|Q#xRktaxoH%SB;>hA1pS1j~O<gKoGO?2GkJ11J3PH+_!<
zUUWZNI)cfv^5C5}C6`Pfdtm0wl~X;L-yi6=KR>5Kgf)HQlmu*F1u=;}-+_<VCr_$(
z;043&+FIg%ZXs#RvzG_381VcU)y3nv8idkzeBX9_3rF!hwl*lQ8=fC>s6Gf!!&N@d
z+!2+Zpn5)~GX6UKLEW<xzwM~2T?gK?QJQDp3?5f%SJH)uFrFWcU?hSBq`zP>jqHuA
z@{H#%2DV~H;mE%7DR9@426?2UVep24V@51KA^|H7r%J`~NsY7vC5c$kDX&aX+1KUY
z>3si}h{n<lv^P9anZyz1sxk7Tu+Nz>y)l%pblw|h>nI{$CJ2YdgdH^W&IV#4`m&S(
zTHfb}`2Tc{cFp&;n6yY|MjFxAQ+x&CvQTon2~vFZnYTJ9E~}d9p@+=Z$@rnwhw7d~
z$|djSVMhXcb?|+~VtLEmei?%A+8b+ri-2vOoZGSITL}sCEuWS9WulhV*Rk7mM~yq#
z61U$ayn1=EU5;C?)8}3)M!=c+)4=b5``-bF@&N-H(t4uFhF|ZEYoW;>wNb7rDW=!r
z4tIS_gVVe~_+mN;fzVg{KmO5zdaLmvQ{3{5s@+2G5Ec7bspgN}7Lla1kUrz(juuJ=
zOVbb9BpS++yU+zmdg6o6FyC_;3`0sxQQ`*Dl>J)0#U(yN6I5??j>+%CL%k#rBTXNo
z*U@`dXxDhoRw-z00db1;!629Xv9p*;0wF01_ELQON+MYcDrXvD6xoX@1$@kz;aE8o
zpMZyeOJ0dz;O8#uu}R(h20$FsI~>BX9o@|r82Qu6-OP2{b!)8Eh7Vl-AQZ}*(ww`}
z1*i7Mm-l<{ENQ<;d7AhPTDttTa`(&l64%%a-o(U`sC&+hco1YO-5hvWa1Jz+Drkdx
z1HaAjaX~G8^yx5>8)d@Bv7;>Ttu0D<Wpdt9OiS;WRgKZkR`HKA7H*UzGLhKkCx#Fp
z$VF4v>4nZ>7)06+v`}5GBv5QbM0%|N(Z>`rX>h*Y5jW=c*^?R^51HwC-a4q2e#Cna
zT+Cc#oRYQC2<{YUrhDCJhP`Zwf6p3}-hrI+7L5B(`zEMGN6C~l*z6SrKWwS7tJGTJ
zLk&g1wuIRBO5}RN78DL4zBf9Jd<pjU!}<lvkt?Tw`-O`3r#pDb^a8wq&@Gq0oR*HS
zU+TvF%Jb8?Z^2F$9E+-28}l8D5+tD&>a|uw1|9a$4X*jj#T@-H;)lI<6Eqn?Dt!eD
z#Xm9cS^Z2$%y(I1V!CfiAl<JZcPpDJCgxY5DNZF+h*t}a#k+S9_>tL%lt=YS!3S5*
zEEMuF-*75k13aep?%#&yu~4r6*Y9@UHH4G@c9VcZ>mzcCpWWbB7j0^N;pq4AR&_*K
z;qWMM=;LMHLFL!_ybrnUbPbE+QCrpM6n&Kp(|4-Y?zZ5)v87nLnA(u|L7zT^4O%e>
zYKzvDK!jJgF~{Fa9(@#`hhOcNzbUuMTHw&FnE43y<2ZKf>T3=`adB~BVebohA7t#`
zO35tj0hFL~(5XVEg7gyK8xid*ORgS=*D~AQ3E~zQ1!KV>KwR-515`qlU3OthS_CGR
zgFUW<<<!%fRt3Ea8dVf}zvS4xkkao;M5Z}^y}w<MSzWN7E8kbu=SSdDThM#34{)Rr
zr6;6~?f!#y*pLd;<E+9gMKI-8KGFuyQ0E;dF@!@AR11FJP#&ST4kKxDEoZ16;IbN`
zyzAw%4OLGfsmAm`LQBsY8Q$&76=BrkJlV}~8n-=sZrD6ITm4a1j(GCt6}IS}qPoFH
zaX8it$iC@j5}&Af$@-KR*xGAA*?*15e+}dJKHX`>({wxHiP*}y*g}#z9I}s%jXiFE
zej;;fIkgvgQVxYj!oT&%od5yz$jG!Q#aFMbIz&mQ=#sSKDfWG4;}u;6LaHyuwgO2Q
zZj2lVv<VnWb^=kM3h1a}$|BgVQY3=IImt$n7GPp#-r?$!z_>gAXo7IzUUP$CDX^8}
zuRo5wr;xa{>JBXpREHf>rKrv?$oyOBSQ&tldz&?iv|4rq580LCr!c}#A)<8gG?D3V
z(SB?2e;h&n!6s7>A7ByO=LJKZd*_n|%yGr#+He7FOkPxuJv$Ao6^_>ZH4;&sgoF13
z8BT3p`nO;>%V6bkSob&koF(7{CE%nwrS+h>?O*fqWjRQ75}FhUPy7|{9g&sWs#rgV
z_nGb2KJB2bB;94_E==RGPYnbOH~h9Px32pOMu-{tHGEC6UnYka{dm5HMhviM=G*LZ
zNoCWxifiX*iq}wq&ts_luvg^MZkah#x%x<9@mrgIqj#s3p836B_JD+bW#-AIqJGQf
z;xjGAZ=O0&XGOMK?~G2ny{HCQ^a*e~WlY3pd=1Wx#LdNl65*iXzT1ki-M;<4GyQYh
z9#@HvIk4+}pOL;ZA>F$wPLGA_U7s7HHeHG2CSRa?=&AWFYtEXO^_#M;>j~D_hCPg&
znpQFvq0L4N-5Z6P3GVkiviPgKux?~~6a10J@2cyY9_UwsYJXS8v)vzi9%J4bXG5XT
zg)hyAY;X>39V_Xg{&(x)%qJ(zc%R)o@G`uZvMoG!P(5_KP)S5>Ct=6_*Ug~jC1^mN
zZu{MI&ci0t%G1?v4*P8{{|&O0n|=7Fu$^tgYB<#I8%^%_Z>VNN7gXCnhqCKhrHM5%
z`pwn!BRhb1unY2?FP|i@5|It4a1e%!YlZRlvX%CTC|p&7(2*rg(rDv)0`(G8MpN9p
zG-YQ(9FuzXS}0pX43kFIFDxYfcs|7<)f0WDWn5LY)n~K#r=N8_a(=8ql%-b{q9U_F
zc=n>_X}hZy5J~K=L=h2WOQ95@sB(*l6~x<LGv@hz@_)_(baO&uB7!3?TOp}-^Z$19
z5%6I>$O-<DGr7pITv}F>Uj=SbuAVf$9<|AOO=c{+!^ut2i*cC>zeD?xgTMZVf0xg*
zuUQ=}k6N#nMUEQigd_a+wR61ZhKxMmG1az)>2w2nK3Z`EoxzFH-J$luoagg^Cno=O
zrk4iI?*dBI`gpY<0q<V_W4Pda)XL)#C?Kov`Gg@C3P-thM~?J4`mizsXIA_4NKHEX
zE(JnSg`ml*=MW0TJD1-S)UNr*&1hMby*9^+U_PbXyfIjw4leE#E1r9FpsoYpqA(pX
z^dpt+jr4h3+R{{Q#8#?^4SX`S*hP=E=_Z<Nos-$*ws)U;7vB92Yyi*^S27Fm)_I@p
z(98eu1F$>v6fYsasEPQK>)ZyQOGr8&lbVFbj9Lx+$~MVnLc%>vPNEwVgE!u>t8H$c
z5YEXRb(X3^uxQ{$<iRT)Z8sH@Ia}^!_iX5;#35&N5=``P1!v0Ok<$CZlohLGd9T6y
zl7H<_|KL2?zqwCON5@Y`FWexUAk50TI<xV1d@-Wus9W~=cX&V3e)6W>8J^wnAOAXr
zw>vM4XWzD?p$?onJDuhdd;CbL>JY>4hN8Bv=CF=c8?(*-ZQDG$Pa*^0#<N48jtW~O
zwF%BlRHf}fcK?m6H6x2284bO((RpIo&?kQ#oM`2u5^hYGoCF)^S#Uo7ix|cw!1-Y^
zB^d1gaZrVb&i!}9dfcCB!V68xhN?H}wHb2-y(X!}_AMH=LkJc_NoA)3cI+u$*M@iQ
zeTsI5q+Ubkx<p%ZsXAr^j6eF433lBIvb8Airb|hJOSLK5P%PSrg#9=U3nyEj1Eyn(
zJXyW^9wHRQc0!*0?>MY0;N!~8yVNf&n3x(wX6re{v9XC`oWz*RH3%NZ7E=TF3M70Z
z6!=o{$!vTX9fo`3QF~`vU>_^xPSgR4-3Zt@4N|t7cgh_KqH?3(N0g#ZuHTiu@1+7r
zi0-BdH?8hHkIrzUd#l5pP7}-Zd7_xZ^U~N91-|hROEvk<Y*YH`xLHKniX^~Wd|Hdx
zYUGhF`6gT#&3BnbnYDrgyqL9l3byvf%s@}ZAYv&8bKa?LQH^wj{V%)}&1tsWeDFF`
zVtyQ8@cO1l01F<<&_c0Gel;jFhkI9Y!>S4${nxSgdwA4~_juG7bB^2^X9vlc(Csgn
z5pi!r<Nh4fh7&VT>Dp=GP4x^r5AW&{Xma*&+TZ&c^=eq8m-sTT1J8qrn`AL=kph{m
z)Q@T9r>Wy6s+nnN#|5wO-(o1Y6Fa!7`avUx)C*Y6Sh`c&k?KDTFhrzY&t<5Rtyq)R
z4w_-mXvxY&VNAGqDzhLb?*#TL2+Ps&xte^s)8vY0$1ZjgeK(%J*=}3C$0D%bV1N8H
z?q}Qu+C%)aH)bPV)2HWxrp48{UTuae5k;+Qv<&r#{znK%e#2ufjf9X|D!-L6yX*5C
z%{g{Bo%bsctTFP1knaqs0L%Nw=khdMc5N%R+;w!yiUHhL=VCbDO0YI2a0t%#OcB{x
z_`}6N0tZ#lzvacI8qWu356T#CMC>hz>MJp0P7f#9mk-xdT~~Khuf}&FMnF9@H4&?s
z>-b|PIS-RD|5jRB^hgG$a-_u=h7F|+Th8C~19(jcS@(Ggu|(v)4n$bZiYV3<L5s}m
z?7vK%9^|xdJ``SU5*Z)JFtd}vheLTepZ$R7<X@sSN37sZbigk(v3s$547&7E5QK3&
z0V?uo>MxiueG?}ylM7YK=Qpwj<gQbn+GGw(H9=Sli|$y{HhD`4q2QQrLe>p~2I=eN
z1yW>M$h#HmKOB!>WWhWC4`ew(@edpK8rT|9w1{z{mmC)A$|RyQjE;E*8RARm|0-3f
zd-Wiyzxjjr*GQHNlEhUOev#zfK7ortBNijN{U4$_x0aMVh>7Q9PYK9i<Aei0yQJpd
zQhAG~<*%N$k#a`;vMq|4cRy53|9n5!?yN{0aTU6A<|0sA>}UL}{=9BRrR+lTG5`tp
zM=bwROd~O_Zh45EQXZ$)C1M&<{;Hy!UwRF>C7GhA!Z0gH<2<93k?^JWd)I8j@igY(
zGr}N@3J@>8VOx`2*?AqHInqxtg1WBYv*$xx3)#ec@AjlMxMoME#YM!D9uO{#J1z<o
zxh0+uap0!geiRIl+~`lCA$8O7Ydb}T$RtsJLmm!<eJs<AXd3oxXSdf&`epvME1H?T
zs_TI(IMI;XUdA!y95pu{3)I6bi?Ja{KOUn(v1`UNLSdB}R%*&msd_jdV0)C>9B{hM
zOdFfsx%B;{flMmU*k`3;J@;kmrT7)*<8nBKW-)-ol0%|<w+uZbGIb`(#7qxUOznD;
zuDgFR__a7}weXF5l1%sR=Wbs#*<aEZDN>|TEdF^BYi|x=BbZa^o1JS>1-R^jcP)w}
zBN!y83B@GV$r}K^@FP4M%zJRpuihI{LqlN~4lJ`{`@YCRioPZsiIgu$e=KmR!dRgY
zcvrp5#5;a%qW$g{cq{dIGK-fD7godCefc&7w&ruLXxFVK7YEx#Dd)t0O-xO<NFvls
zs@XSCOO#=Iyr?>%=HsN^goZV;)b6}CVdvQ+;MPPc|F?q**i8DUOmt8fHIxqTX5UX{
zd!W#H6V<;Bvl`E2INIlYMR8=4T>8E1OarBO%}ALpHeGBXS8gJJ=(ANG`h~us(fbLl
za1jC;2dJHyJ+<9;7HE%glZz`b5yDO#b;=XmK!EBUNhR;h7D@;Z#Wy|UH%X1fVbmV2
z_*==6MmmY%S89mSI6rk*Xy!!OvnxvZ$&MI0vf9NhvlDTr$YaLoBAP}X!s}bmDyydY
zQ4zP^pWP+AP;`D8^4f+DanGKgh0M&5+on>Kn3OK#8}Mr`iAAcMeL4o#MXA_r+CH2J
z>w79Zf2*_!)An)~i)}+ADDHa|d}X8lMWD6l8Rj!O8ATY2hFz0j899U)?oQk=5C{?W
z-cUeAOT+2GWeJ7s&Ht0G*$oUP=PBc@SHT$Ahta!*){*C$klHoteZsiZ8hh`{Z~1CU
zp7Z@dPiriMSnfexxjmI3QUF|8IAV=_N#h_1!BWe>Gt-lgLSGMMm>2X;vn!bV;!WHu
zLm?bb``cpE`MoU8-{b<9etvf@Ede_F8R!bc^a47U=qf9OUKqnb!@N)qL?8b6&_Icu
zJneE(MfJ&GI#iJYPVr9iTjgsHYhh_-V$_&(_s_C0dE2XdC*NV9+!>w2$DWI_Tf*#D
z*>_g6xHRHNB!T0UIReIq=(TjRI}7<YN-r~fuqjfQSqISCF(MD3{M#0V^-Mz5b^8Ok
zv{mV5C^aH~5rbC&Fgz;uV(l)fb|70#J7!4uypWE<)iA2@A#hucx@+m3+@a_s-~PR(
zw?v}D0)<a}_*Wh)ToIx$z2Nv$R#Uq&V*;707JGrh9zv*<u$w+tL7WX{e^8imJdM<a
z>7KseHwtQ-G{S$`Vg5?G<+N<PEvajl7<FzKzbLJ|xBrHUc#qVRq>Fl2GIY_Ze64lS
z-Q=>2G(kOcCcc>kO4>u3Bl+`0iqN>-Lr_0U1+;vAJUDrlmW&-;FRpuDr1QsINLt03
zoCeqw1FEt*j|Os0bOC_OL!J2zhm#Hbqt$#*BzW<zko1|Sh#y1<t(aJ&7!jx{2|GdK
z?zBuafjsncBCKg84lC<>m{QY$7{jrOm|R2#m@_M)ZV;$<kM<~D<A@KB?=rx<x{<;=
z>Z{dCP4^%I1pq0olx0RL@y+jUnY6kcYfo_=py0YMAqcf!z7@*H4xM3?IZnkuO|k78
zm1Z3mDN3Hkbd$FSaDm%XNW>4sBavlN1&dTos&W`C8hboZkW3>w-`MifDg=~-JGtp?
zm&qqu%MypN7U-2p5szAuh5Iz9n?^#>3JFZY*-=wTGo3Mo+)Jdmw9QcvJVm`x%4^HA
zU&*cw@wVyQQfzGGB*|Me!xlUQ+R`W|Pz4Wkewc_LPJMZ>e_Vb(FT0;0LII+go+c^W
zkM;N0(37bC(LyRns{$}h2qj;EvD@{#8z7;pLg86RO(w2|f?M4TGKpdeQT4zwKJ3r#
z4$u%pu*lS3kKFDe-|Q}@vMOaumpsEk&DM!KLpC)&?b-**X01B~usYA*Vs;!PZ<L_V
z7OZx&!Jp-!e*=yM=h;#~xRt%LR(6dWrBagDRh&xn8xIFNr}j3Ry{`Dg|G4gMEfCff
zZcp_vL_h^ccf0keiY3akctdj#jxIBY-lynrUUWK-+0WcX)2ONAC6pV`T*^c1pqZ&G
z+R6}SP(-GOhQ$nC<fMGqN}6LsS{Jssn&kp!yu)flMRivUwIojibo#?lLXlZ$PobL6
ze1P&N*4&e54~vdvPD<{lZJBByI<m@gquz%j!v{#V5;7TsBi(3fJ?U#JJ}=@gDyQGQ
z-x<%dLf*R)JI?9zR_rCWo9XHD?h6tiNv5lLX+)Lwu@Y{2!s=vH2ayMcDICpFf#hly
zZ^AO%t6sMbVKgI$);P~JExtDSEA4F-WQ&D2!#O5{RZIhx1sxc$R}T0>Sk!n_mhwz7
z-i?)aT6px!)+!{t{=`d>6vihcT4?`B+xP0!V*<O`_tgX;fnw}4hH^e;3R_>g)vh`A
zuP{xlxO7_PcR2G1D(&_y(Y7dh==2VBkqSgM>^|u9pEhlxGl*2iJP#kzjQv%fXd|5z
z;5ouEw2wf($6Tc)MsBY$_O7;t@vgrzFqOvyy3hWaFJF~}0s@n#BX2+>WPf{+hJj{j
z;ZhI_oL7FgB`Aq1bYiB*Ny>l;<@2x_!9cNM+;*N~A+1XSvd$Ib&N$dV_M1J+^)y~X
zu5fLXBg0LqdYpssD!(ZkI_qZ(JT`pR`>2L*&~*Ud6d9)O?2U{4c95sS6_uK59kGh^
z*IBPTEiZEBE4rJgme|I|>NitWYToqGZbh=ojIzJ(S(*@4##m|)FfxJbI4Sw2Oir#X
z*<WbT>BDTjh*zvnY%12z@lG5G-1-pTx;HhKYN_Wg`(2ylM%sd&=n<s`a;IDHW}pp^
zp0y~|eitx_4xfMX=P?Xg?dTU_6BH@9A_~afgt^hm`hv>f=+qQL+HFGgz2&G&b3`iL
zvE>PG%-x}@Rhurtd?K^->NX=k@DDi$r;8m2wvm$EyCvXQeb3o~szvPrrS9z#`~2Qd
zF6qsn+`6Aoi8`0)dNfDGK=D_9O6j_HR|S90aDr5tYY{>ChLt_~>6DtI6#RLr&R}q%
zXQI}8(nQ0JT94rQMZ~RslM=Wum768A4Hm$*94uwVk3+mB9}25`5JoJEAS_8fE65hN
zh})YUDOo#dOE3I}R(Mr(#!iVsh9Xrdm1hUDWA+)hj7!89L<l?<c>B)HhF+hjX?;j@
zC3YRxR{dVQp0MUTHJ^Z}gfkK7?#y5a)l6q6rL!oGhgCIAaT?mmto5FQw}i0o$HMjT
zva7d*zo}~PaT0d@sB!tc4O|Auf=?pUV)i4dDsQAo{56I0OI$R?WkqTgdiwFiRPbq3
zlRr||&WD*ks&%0+W)12dQ2a6#A@&v6B0HvNejjK`(aXOC3x7gO6%j<h_{Yh_Cmd8s
z1Vzr-6~i~r+~r9xH2vwK<{c}WPOcpf{?~;P1G5jOqX84sjEpzAjBcoK_$i68b)CK@
z^><BK1jo*q$?C*RM0{oky<g`<M_aJ$bHON+(EgnE@t|RncqQA*w_Gd?e`BV!1)9Q%
zUFNqHO)29U^A$dz(R~Ld$KExlR;War{lp#C!RHb+pUax4smGubVeE3yqIXLj_2iQq
z@G&-o+Lze69R4C2)|8Jo{>Pd>UJ`&BwITbYT&oyT-NdRhnY{ILPY+Y}dw$kvb&$RX
z%2r7VcAA4ZQ`9P-^7|7T-rF-QdmBeZ-_NI}g0yEgF@f=Xc9=CGe`>oHb)lRG<Zcmy
z;>ctk;oqE1+QEls!z1y0(%#-?eI%a|z0k>Um!U_Ni%?d9_sOG&G+`K+1&;Fwkg>=~
zJBsit;C@WLL{9aE^G#W!up<|}pz`Ol#IU9Gx_o*=hj0h>%{}*`%~D^BD0>4&d~5P%
z#Vrc9Hu4w!yW-JP-<g{9f8tjda$FBEkxc-)!TS3lMf69!9elzz=G}>BB-Azrt&s|4
z>~GrXeEWOEC)Xbh=HqA$T+Kbj{R(DH*g`(dcg0t`)U7m$5w$bpjvBzm9W1&b#Z(kq
zVQu<?#(b8aran-pJO2E`QZZJR;XdT~4xoZBdl6%sf;F*=j9*m1)pUv>M9}2C9~sXm
zLw?LffoW{h$6LtB#u3j}lOmeF`<RvYQArsjuvM|gM{)S!b#VOOgn?3J0u8-mPuk=Z
zGFcPPT3F2i<kh$GU5-D)9_TsOoG>Bb2Mc`t{_voFh6@Er3?h$ypVX++t#7O>-SU2>
zBQfjM`S6280*Af2FoW6znvHqni9cNN9;Gc<6}Ey*bXpM%yrKAeq^Bx0J{b)*xZYDI
znME`xV@cMDprMpx6Wik1N(mxm_QFvhdx=vd73yR<Ye-8QVqQR(h6oGzmOq)#lu})L
z`PG3zn>X2#g){*)j_#+Vi7Zzbe-;av^f#g&lGC6!n)0a(*=Z;HS0+G4ASx1KpHFI@
zh=+*aY{arQ5qYXLf&-@6u<oGtEYypPo|_&R2P(2vD2Y`fhKzlO-GRNLxLy4=65q)u
z6sSrp=J9(}|2hHS&@u3=fo`P>=?8^ayB>7BnLaIF{ydlK{ighUaAR2G%=D$Adeqwc
z&N%0Jqr&%B08Wnp_e(tB_`_8CFl3w+2@Sg~40|S5eupAJHPj;qCAOmP`&S8kErd)C
zkZw^o_QgHg`fUlyU22`se%pVkBQTfLU!ia)J2R*8pLY&IwBj8Mmzz~H@NfQ1>Z`9U
z*clWh!zT-?b~aL;Mhb$m5G`t3($pfy7A-S9pYbj`S&R?I*dmf`#|Y-NzM@lW)C)az
zJ4&OQR3N1k$3$4nL-?F(eW2#TOzW9A)EdIJ8SIA)(hH7=93W2vBmpf7elVkGhR<LQ
zsR+4P5GO$E9DH}Pvp+P_$#MA>&$WnHRx0zS_k=x9hldyj`rb&TEL6b6zqFE($(12G
z2=6sgV46lL$4253rm#coCtRT;G$QsJN}-B)`wW69bC_v-C3Vw`;g~7WGiq(K>4Acs
zkx}ggbg#`%KbsXe;S9;~W4mgKvu-4Rq;v8b>G5z7ty=E&sY7F&trZ8^&8fApE$~w3
zhuar$W_gdG{t<h>^@%*)KK<-N1Lf(DiBtPy?u{?f$9OVCTP7K~{Sl^-#@%n`#yxgB
z{YSINvj+Kj@5LagG1azNR^4i{HWJyC6|>CJkpmH$3=(#1^lnWwm}1y<28%zv?g|{*
zQ@nViusUmS4F%cuT-mM6nvCff`hcy##Zx`Td5G@p-RpJG*g?_Svk{v#yF>~(+b74q
ze8DLA6iHr7W<25&Wc`teb%2B2f=nF{Hw%cM8*?^{1=^<5<NJA@&J6h*IC1}4QsGW!
zh`!Nc=KyAZWb4)#EF6ukHzM$=-ljQhhY_*9lj^0MoT^C<DrF9;!KJLbV0g!E2_fs-
zo0V6Ij^ixE{kGK2i6X@-GaGtjGr4{u;_}%8O!Bj8XV}QVAe5R@q+poZGUPD-lC&8r
z0x5f9>%p63@0EsE#!!B_Hl}T{d3JHiVIRF$Xk(qvI<nU~gOylxt%+hsJ_=@2*4=rr
z=Ov;;<T;$a7MgPPwgqoP4!We?0fSxUowPg}21aXe^4a3K$hY?7k!_R@I5!271m3?-
zOjFl#m%>x1KZ_yUDS%f76sAF>#$i>7q3|lzKxYCy2uj_Raqq0ZD7`!oB}Ja_!|6p6
z+fg0v=Sjsf$uji9Gdr(Rd>~=9^(Q;ih~o%SeslYO&J2>1F+xL}z7BJ*k&#%o4m-?n
z@g|uwc)I!z#%{<1_fU0WvYpt5);sk{<%zM=It=RH)*;)^$@Uf*dew%6vNu?haobPD
zoy_V<>bB`4WHzk4>OMlHB^MPRm2u@%!pKii1(_fhsZj1y#N)r~wANF879^}`E&iJr
zczrRAr{NKaCZx4IXA_E?601WB>(-Pb6(%z4&5J_(qf&x~!dlI4eZCj&9HVYYKQAf1
zc;jUa1f;7oHWA9fPrzm>HlJ2-{u_WF$1-~&C)~r^99}pnOjl=#G$qYE3`+>l*@s+`
zoNw6BcaC^xR{2W*<Arp_Yu9}JYNsQGv9)}oY|9q)kF9(PC(!mcniRq$43#0Kte7u>
zJF386#gUwphnKi*k`uU~)eBUCI%{MLgM0KuNrz~_^-3n0{kt7YZa|m2P$u)SOuU9a
zC4)Aw1N<79+&9hI_6W4OOPZol^VZ^OZ5$ztIL?2p>w1};PxSeFc8!55xM>7@ZLf)2
zk2)=k96H?f<r|z?eg|rm)un=<9~MyAg_FzeNk|Pdu~o{v7G5!Z0iHEWk{Ndri`Ct1
zZG=+N{Ol}#zBB@wx+K8!f>p2xd%N<g5}zN9Wwzn9o2iSHnfY(btx3;8r7tyuwDJ&V
zeZA}$O~I<SHF;k4w8Mf0AD)3+SFV*aAIYW<x^cq<^$q-K%xzcny0j?btKJu+;7Qus
zKGv#^{)o2c#{BiGi+5f#CYwo%!d&CS0z#k&`D&sZSjuiQF(lT;mcZ&?HU(stVo5uH
zR<JJO%Cw#8E!fbV-Aw~+Hs;)j1`OK>!^+qNSR;^s7A?i9f$VxAodk=!CRYb7^fts6
zE%YC~>Esp=R5z*3MgUeBdrma6l*j!cwqAqyRCzAN4a0hD&g(E=x%rmEVxyr9pRmfv
z&8s4n!zcYszgvz@uQ$V!0Y99EShp}Q7%-YB$!eu<GzwtV&nkm#h3yvTx_#&)5M>uJ
zTy*a0CsQX$|6NNzM;u0c_q&b^td~#(gxuKyD#@J?0Q|qa*fr|EM>*0OPZ|6$pm$8L
zVWUeeBab1#vnTtWC@E+NCf}~^;3=j0mDlHuxY20(+8Z30ye5fL>O2=H(p;SX#-WOe
zKi@~qK29F?TJFZb!J4T^`YURxS`|X8`EnO0Y4KN+$W2w?Ux5tjaqB>?c$Ptl@DN_|
z7HIo0_axV3sQK;*Ni`Fz7jIV*j@9}Nq8%RzL(K7pb6attjq<H&_L~^@)!o5u<@eX|
zqy<LHuyqIar-!KZg#4u&T`>B(EdD^vaGeV#>2lXJSWp&ArtITea=eCA7weXXN~VvW
zH?OKNBpuh*ISpr6-vA8=3E1_zQgPM!Rpcu(>lI8?_?$>KYk(Pm&LURNN|sNcI<)#%
z#O0$9^?3rA;J67JX2MArdSKq6iDRv>y-7&^cl#$gQkW}~BN5p+qicTWZKJZb02Usm
zBk3#Lu97-mZO4>i?kRT=x?_rUviZrRAd`bg{pajY_La5=j-+jdY$zl<9+^e}9JZ$(
z*O-XaiB#&NuMS=jwm;G;%aPVGezpZY7{v#hZWLcxra=~s*#<OK>|ydFEa5f0>4~Ja
zhkMTyk!CXbp*@Pp_UOKJR#7@OxU}U%dFtYksOmqcD~SWTs_LfOKj{AzXCUEF!e^^k
ziV{g=N=~6O><UfJ7P8n;Vr@2s)~9h#mJp&y*7h>Ybz%J4T4N>2)64`0v!$0nTqP|B
zLIKi_4%n>uA`gX<1evo}gzo*7`Cl_(^UmL6I4us|S$8h1??kQ1_1Aky+NXAXu|Mc^
zM@QVw-lkjNTu@l)V!X)&<B)JA=TOzDN5{q%jGZpCblmScLLIceuY~QEiQ`$fM6vB7
zmev(9dY`kTH))yYZw?kUaDt`7M5f<<$Ntu@vFwYI^ji&Ts7Z_<&Gwa_d|5O2Fw`fX
z89qPr5SOAEe9AMqc!+Sg{>A=f!^@f!B!fO<G5WQJ+{t<L&BV8c*!3U%awDT#ovVW6
zWJG^Ndo>eK$5}5qkO7}Ws)|p%?2xcZb*Swn>4oZtmu<A0bW(~<v|E=j@U(Gh>8$9$
zly>tI2&^ljym#K=^#~at(zRBCmWHz$Rp(rv?J0Nlq{B9ykAHe~7&C~Y9g??atI`6O
zLN~wyJEmYSY(TvXr1qF%+%pN4Tn$q0Bpy5OU)Y#bY#!sQiJsfXyt#IGaGJ)xtO>E}
z>`#uwAal0;(xgZg_Qu(!)-H-iX=8VlQ|;qLJBff)n~n%pyW58uV>40TAoI|jd_!oD
zQuAKLw%=1FYG2_pPgA`x$#1L0%7JA0nP);D<&2%IlF}7)n{=SH%@2O@*^&80{uYaR
z#pG{}GPsJaUn!C6t7bXRc)H}iX}03{L<o>DhW3}}^%pa<)mLJP1g5fdXQC1?vK3#X
zY@dA@rlWO0S?Iw0vUff;vtt`5g^VJcpT~RN_Ggtmt?+c2sh?WL0e`8u%fe#F9MG5k
z?a)SuB(r?g{q;cv&F6Y^VcYYp1noP`U$A*^#yJHtNAU&cE9u+(DEp~iYa}+OXh;2u
z6W<A(uDs5}0ha|{@fjBhUjHRlNQHJi>AYyI`zEy7&({|`Bw~<Rz}mTv5&nn*85*A%
z^O|XIFk$~vVOaCAZbw{K#7Wfh!yx{%nk<T!tCx;aT!cqT)LB*pZj3xyVD)zapMRp~
z5oL0D^@Z_V1?<Xy9e&1g5ybc5m$FkEkcF>u;s;eF=u=BrNp`T}%bE*CBKGA`8wSpt
zO=PKAfa8?#326+rrRPg1EXaDzh}G8wKQqc*IRJ6yc+*R{rhZd!4KY>E*$Apl_JaS|
z`jU#pj_@Hn*PZT-xX`*PkMtXoVpZ&|s~!hh9{M&Z%B0o^WUL2HYFQk`c{DBj&shNZ
zG@Uw|<9-&o(KOOq9@w>`BF@P6Ds7FwrD8tX*X}dqNJKbzQqRd?sZG)FL5lq<2dMML
zYmfA5uHk@&YRG=SX=}jIb?7_cY6KQm*c;uy>(7SA*JH_&A%#YWrbVnqwXD$*hiNm4
z<V$G=5yS<QDNoFW&X!ds2R;z`#8`PQ>2GsHy{;+;cv$4@^HnY0seM9U1rx0bwGin}
z&@s>~lGQ`Y)UmjdxTA9-xVL+2kuP<Wf?&LAZf%PtiN-r<RxEOQf6h_e_y@;#P-Cn(
z^m1g>5FmD1TNqy7=8)WdZ{oM{-PoWAWHrA8!t%19-%G=dEW0vvWPuA4TZEW%mNeY~
zE$QLyVn|wDkyF*&ZEuE7-@b;EWURFrPwyIA$64!eGCY^lkk_yN8XCD71%7y)!X^M(
zUt~QU{+9s%W0pO&*=Md89+CWCXOKF@ADrc@bDTW<G5u6H2Ghifl|q*4Cgw$5yoDmX
zqJ`P7u_5T4Ew%6dt!$`l>(RMvguKls^vz7dpBb_N))b)Bu?k>7-y!S&2`}iOr$ZqX
z^!~xtlsaM)PLbx_?nx%%u)ZkMrGT-4XJT%TBS`fM@M-hFSvyc3KR?%Ob4bHavtXKQ
zq=5>}>y0MawxvNRl8CISyQR9rCk`%QR}L*JXc%T((J6^B^@4#nDOXRt()ZtZYkXEd
zclLJyzSxmbBYXa*mb>dzQZBYt^PkB6Zq+~0_}gvPnZr7xN7;OckH)8Qy{o&nN!V30
zA3$)#C7uKQXGroNd>TnJG@S4R%pe`{H-T^1ELqsve?}RjBY?wpU^YG_ns44m?!B`B
z67B_hZ%2(nmprJfx$Z_;DW(EdQL>4XdDS@OwNT};`KdeOFzVi*LA<*c2dX&>cib*h
z_&vv(Zq^JL0%s~ED05swNVZOdBy1NtvXC#lGA*dG)yw^1#2#daR^ugJJdIv1hHALR
zR$p55dIJqGNXc!v5mS<@C-jz6{k(*GOVKn5-Y#iw>D|>~FZk;vi%XXdvrE?=QW$9J
zRI4BW4vX6BEf@*{3s-Q+WLSF~kg)nH%J%A+%?w|s$p7}4Onc^kOJuFEcJ)EP9{A<;
zSrEQuaC`(8MndBEwID--d}rA+tu>%!9$%BSm#2s8H-fi;_~YCZjNYF(RLgw~NFl?R
zq&)4&X~YR=+{m)?I|`AC@;2moG}R{S#q!pgxlwt+ZM?@MB8Ei05Balsbc3@bPaigi
zaB=&i#Zg48#MNqrcxDNX<6#FMBHfAg%$N0eoe4hDev!p+m`hq>oR8t}89|2*I^PD;
z)-cK=l~Wy@{N~A6DM(9W;$9B2fgU+qa628e%_<V&##E$*!yR(rdR^<ecTQhd+`bKa
z_)4&H0zby&Fn1#d{=(Kvt{y=$%1wyCy8ORrI?J#qyRHonJ){f_-92=N^w8ZP-QC^Y
zE#2MS0@5wrjUXi@C`gG2eDl1=@%^7ad+xngU*}S1+2-@EnYB03arG;`s{b*D`(?tA
z&4VNXdy|FvN`kfOd=lQMvonh<|2C*&&Oe4`$GEu?%*u-X%a&DB5thX9`SB21lg1SD
z%}@Zj1RdZND_nElFAZ7cDs*S$usly)(qKHE3sj35R*}20DLRc_DAPqBxe7~RAaMF`
zTJkAJ{Ou+(9vLuNik>At4GJdY$!Yy{i)m19uJR(hcVUm7CL|L)=WV$E8@dQdo40jp
zf8slCTAuW1_*OnXAbjx0FsN0Z+gxUO(Ve+tPu6J=(z@OH@_>h;glYyV;6Xg7pZhXC
z^;sQS<jI=El5=leyc08@*2Nz3a-cWpEL=HLo-ho@lG<|9PF25@qB6foKGWu7#jb`R
zo~>_C3|SJ=*Zh@BnZ5?rl*t3gRQeTX;vRp<C4VNu>HZTC)JMQZ#{Y#8B;%CNI#XZ1
zB}2f^+ByX6!F)T-`I&N$uziy4jwfwBnIbyo^1cv+l(_86J$t}AhYatj%3h=Fi6UNn
z%i3Z^oSrqB<Y6gA@iC3q>N%Hy*d)U>NhZV1u8{91i$I#H6=#ZH>_M61)*Y{NI;5c=
z1dLTgbaQL6?^h?5=gAMF8~;xjU$T3*!G}|$eXPU(eLW^FskZCI>*$Hpns{L|7=d5W
zMh3-gqItv~1UGbc8TEbRN;DfJC%FT$6j*r%{z+2*4SbeKVgCEsb#(-ND}Ec0zi8vS
zI=DcFxGgn~O_kV}zZOh3ShNObgPQJc@lcWB%3DKlq7EvuM{&>bPX$shs2uA>W3%$f
zZ|1qBXA)+ea}T{O?Cl^Kxa)ifcL>Qn{mMjDt7h;|_sk}=3iAj>;sSdDgDh)^+S03j
zSS;e}><l*dpDA4W3E{hh;%jCs5=U}U404o3grcfag9q#|SEYbN^_BH&0!>qX30)kZ
zLN_K|t=41FtV^@srr0+hXVer0?Yf>WciD06B4NMZ$5S2|%o}?SSFFVQHs_KuQz_zl
zeg;dSHlu0YVn;;QRXc^rewCwr%X3g-<=d_MRMZzVN{vVi>a#%tdMDiOvJJ$_P5NBS
ze?5PxN%@?j^fhw4k?Cy97T8%5EKkC}>;)c}osCco;}A$zgnX`K7AdZ^8QOf!up8tu
zo^>WNK>wT$L86<VTGzQ!9%mLAE^^=O?w4dw=cESu7k5*6Q*7Ls<BU+l+b1=#t@Q>`
z2ZEmVes(bLTYi``m4KHLBLI%Ak`vQQcpyvJki&5s{0O0WJ1>?qeFUe1lLnV#^Crk=
zq5D#cJ==JwEEwOUx3Zy5B{{0{tyO!$(bM`3yTpw?Bb2GUn2+IBnhAsso>w&in<TH9
zaQ4D3$*tE|!G}27B(J(JM?B<R@4%l5NpIxUt^#BR*jDP++ewrKm~ub4{9T@4u()A#
zUdrl5w169->**tJ$;8_2N@6c)o%7D);R+EMpFPF>CpeZ=y-gkt<YOD(?4aOO?~$ap
z1b)>2Q{9haZ8wx=NO@NrSAs<Q$(&G~dF;N7I=Lapgy$mB3|RExt1K0gG@?~~DRF8e
zTRTBMZLADh3#(?Qik}9}2X`#0`kT92Y|}7x4P^F;-us@k14^@=&^mN`T{A)A(<pE1
znCrK=4a+ONkq)L2wDq$*QQA?2{dY;WPwe9YWeb#F;kipQ`J|<4%<X&y`P3UkB7m3#
zpI(l~enA{nr0J!*B3?AO3FECax;oj&QVkE&lBIe5YrnYeHq$CldHP?KN-Ku(sRq4i
zu|ND+f85A1E!g}OySY7qbZ_J}_n1}KWiGu?gMCc%^S2Q#b&^|(a->T-E*Gxt*d$4t
z93>_t!bPGVa-83Zp?nW&BdS1U<{2T+ybMcJ4z2<ue^Pc=4ZuG$-c}3+#n*^2UyOp)
z@D#M98*8-x0T5Z-_7ZGMD8q<f^g_?pt*aMQ<N^af^vJ}kBTwe|e@Iogw3W~VT6U20
zyh=~oR<!K?6GxObzo2<>{CMaz+{@HF_GoLr+{AhL@M|%2D~Q{X-)RRG@!ON;TiT=3
zmVNm{a)P&KToj0H*gMG1vT5z96Epl-U9HI8DkPt+^iy0EVu_sTRc{lolS&^Ws0TX8
z;{BulP<rq?KcDp~d`BG8^*<_c5^_bPVav#$kr63(5~g?dL=pn_F%~lD@|u+D3Kn#Y
zq_z(51ec`~u}^&>n>{3xfz3gVKQszaH6rBw6ADAUCBN<O;(RmALD!~<QxGSGwe5of
zOE$m!a<AaS<Ui&B1FRY0hAyo5vJZf1U(Bv|2-mZM9PKq^^}^5?&;HK;nQAGFwA5PV
zExjYc^ULaNuY&t&{3eOwdvkOV5}S&7waCdgibKGbMSOrm0G%XyC-k~uV%?QDNh|(S
za#(bfXs6=WA;xoHTFq5?O0~X9f!wD`BLK4{uv61qrKi6m6{7_ia?x1@u4(_chL@`G
zJMV&JrLuHbAi>{yt%{I%7W@nSsGHKU7JtwX1+x6s6E-qqkn+#-O1RF#SZMIzT`OtB
zFiCoxAln4LEJKL5y<?3CQpcsaow97BJc(`e-!o6{a9(GnhSX~0d7my$fSO}UyTCLt
z4Tf6AeBnjMfPSy~6dWxk`VPS^9{S^goxKLlM03NA>5lnQFb~=5_Z`lh^MUHD?mKh1
z5k<kTvLE;D``NVMhZajM><#=Utoa|7*Prp4Y<xkgUcYwvQi4)!32JrQDP*tAbsVE9
zfMw2hHaPz%F~Ra@80Vfv>%=<+f7YZpEBo7d_q6VpEdc2sA30^@O1AIHs6@+=x01>;
z8_T~jspRInQjq`2&Gh~N&kc&MR*P7GqxyB}x&&zM?+j&Pt3h3fvR_z~mZ^V=8*~fv
z?nDDEeWt4KYAixH978qXNllegMk$`NH|NZ!gu1CxA+<|p9a+6ol9q~UT-?5Szr({9
zt28taP)A>PzJZMP_aVXi4(B5hko{(|Op(TB$8QO1s%NU_YRi_VeUK9~v<V^h_#Xc%
z?UNBBk5!Zt*>l|4bi52F9lNg<LA6|~H;ZYUxn&NLyzM<FID9?P0Qn5@)58j013<6m
zjR6CG2G|IoLdy@?Uty)~(fV>=w;_e;+M1XS@u5@@#p6e-F%$l^#R+%I@F$~&ocM?Z
zRBDsDZa7zfGeu9rhDNETK%$t_$DzIg<_y+EATq+bfX{^=%CCHC#S$$|pkjNNOKe=v
z`N<Mag;NcjxA{$!08m$}__=}k6vxyW#s_jPK$8jYsI}<%Kpo=b#*g?$_V>r{0yej}
z3HV6ZycwC4Pxf3RtxfjI1(-(;Id|8l#YOD%S2?QRrK;vv-~H1<uF$?-E$BE`4vM#6
zmJmpNUtrP)NTKPOA;;Oq5qU{T*mMfpr!Wm!)@U#&KpEk-;E8u|2?nJE*?zmiBSnh-
zfw#5f^r-Ii@Z30Mf%DEj5m>r`Zb1v9NN)AJmK&W#90gVDk^b%xzi|((n0h7h@q8LC
z^}@W5@x-MXAv2>G6Z7zCJ{0~)jT6C$VWQw@Cu<zZWZlKDiBcExC6xthNOGf*UM1Z#
z;CDLn?o>Q$MK8NU>pNn)pF;2|1RB1j=G={JcT_Cm-BKUJUsJAM^H785fraoV6U+U9
z4o9M5cuEuaU1P<fww-Vi&FGlakflgE13QHIYu&IBoW!uTw(^cvzj5Ck!2Igg?oBv{
zE&^Aq3XcjSfLVIvANEyO&j@)985~jt3Fo^Ts;H)9Q~?Y$TNHY?<?SNOA=(ONtLwki
zT`p)ip_s%kQr!C`o<I;mpb(&$K5Nh9*S#?EnF2FWPja+&52h6Ik8UULSnnP461sKe
zx&7?45<+VzlvAkhnBa;|9N{<p=~b{Y&JIMk%*ER=Hx^P$%{u2cSSd7p`?YAq+n$GC
zU+$oi1RdLWde~H?)E;`w+68MF=aCW|2SGN+-Y}=k#jdnPBF?bFOqmpqOsZ7v9BYA2
zdGGi2)m8xdVQQHDt7*lNaHAM>iedABv0@xsFKS&h-7Rj3de^$NPrSrl+~yewAmC|x
z7Nxe?Y|PWtR-6^Q-L_rIgBHAQCt)M8D_%g`MyC39Tqk!vesTlZcD*}cROAf2GI9CE
z9`b1je4TBqqGrAYcWK`?N=o?fZcK}RwViBZHH1c}p%LG<w>6*Wq%pFQbIbl(Op$MA
zFOb<gO2kf~ETt6ZY372)`TgSa9n8Uab@)wxV0W|o?+)8Ke#{T${wzAmcqSa)YSr)+
zCD_QD=MlSQ<Ev@yz<JRXyErQYa1$5_57&PJ#$6Dptx={w!l)FlKV7Ti`_Kz^t(qX-
z(ddcti_l=vyT}w%?2_oTHY8LbB(=Yvx2a9$%*t|2c)&)iP#~Eycxi-dUMEtr{zce<
zXexBClbF~>flASoQQcjr>69W9N;fbrB^pgZp)RC^is9js6@k~7s>a)aete6-9J;*=
zM|#TTg39151&N3^b^g{TwJsQpQn<eooVRneLW|6=&w3rBArK>J7Zc|6PUdy;_e;0~
z+t!jIA3kMYM!8L-fkWqQ85tV==#O<z$mFY;wOVDb_Cm_*6)|<!w%N+Ouf&QeJ7Aen
zLQdv0l9yTyCQ^r|Z5;D0pwJe%x1f2)7!Pr^!3$6!7z0Vo)V@zwLoWa5U30j*ozXAO
z(^gK_&Vs2)XUWx&k+YTm74@1??lXDtBS@&(K$UU#^4B8a9_mqea@$@7Pf^fxnpwmY
zhyLp31Xhz2N$0;Jp3?eL^Fy}S<JdcyodymvwIkQ7^k=ekaow+Ko57qfZ44CQZa))L
z(sy1iAJl(e?eZ~v!CA0#tU`Y$N$?8H>ZYU`ArA?iP4LFvq%v&(I3)_cM2-73X;Q?b
zIf3pMEi>UfG3pO0x?@vDTV&g$6DEP5kF-+Y70`oY>R1LdFE5E|E2#Ls%S}AU@>$$l
zw2yqiarl7TZ89R3C>WYKIbDY%P9z0v^xS9hn{(P$*UA`v&UhGCp*Kh~L>9E4RN%g)
z<7A-i$Nwt&Ty&olqd|RCpd#h(+^&sAM%J5F8q_>)SMS2O%Wtow&}Wbzq6%-1m4x#q
z<q>%M%8RIh{I#b-x^YSWG2K>7zK5C9g!%QyS*!)6?W=iDF;#ESy^ooQZddW!deAmb
zwhoK9FXKd35cXy`|3`BA$1sZhHJ%T1h{9Cq#X<Z|0Z`-G&Jy*w5#;{D46QK%tWLzx
ziOmr*2)s^BCb9#q`oU+lx+#Gzj{yxShIKUj852G)4D1iGf=7vFlAS0FpY^FsQS(aI
z_7@j05y-Zdpo*2-f5dHkmu5(STb6J@wCKzaEt{1;4}Y_T`t&-#SeZ(-Shb2U5^GD!
ze#3G0pO6SGE>;*7-Wh^eIJsOFHpFF-Lc|fyyQ6C1V!%YpEK~;jd9z$0Wbm@Re^S7X
zslr<-3>o1H6)GJL$=Lo&fqH`<JuAGQx6ASoExTVE?@Psoak6z`hn|vQNVkhqMoioq
zRiTVuz4&E812TxJQz>42_$Y%Z0=JGU7ODfJy+SkkU9#O9J4`?|;(0ziyg*y%_+79K
zV-fXJ85jr1YuClkgWKPj3Yol5T*PVIv*5lh;2d9U{&TZ9S*C1#M(X=IGV3joN~A6&
zS>V@3^JCy0KwR&tJo+`WB~I?8*as!b<azg`EZMJ4+|EJ6d~`oV9R!wf`H84SFiH6{
zklKN`7!#YF=x;VYJQ4d6=JE~)bv|*gN^=w)5-laJpTuvoz#HPw+(!j0??c<KQ#}t+
zjxTjMM=LSiW0iO?6C6)vb3K?vuxlQFwp#J>oxlww(+iJl<dLg;uH3P8%`0#A$kyRN
z9>*h>@^d~R-<KGwHNC&_9>gy!UbF2O$al7;6zS~C&QrmN<RzK3$9aZd!&aKj;d^#D
z-i%zZ_HL7>ve6*k3W^)*^ic+1@n~u5B>J-<>ST*MDf~#?W+YW`@<m@%!Wfavv+&U;
zw_(I_aGpe`@?D|q$aQEfrE-zNx6n{!Qcq8w%6jF$%BGxE-I@KKS*YG~5+oy^W+TKr
z-A}C~R=;LYSAK@Gd(?QXN0Zt37iNTrbSw&(HKH?|eznQ&=J_u&WP@QFLjn0$(S}JZ
z+j+rIY`!?BKBZ=}m}W90+8&8=0?PscY(I*5S|C7)UJ_m-uo6)4QulKoMLd$5SF`-u
zP8ra#OjuN@YBAwN>a_@kYwTkf0sCZF`hL1m5yBWv8|wp)$jRcfYSEdT?Sqt;fEm<?
zC$&(TennFG$s9rI^8u2O6+xHXxXIX8wuuE_Wvzrdvv1DG@_$I_U-DblS(9V;B5f4e
zk4AanrKFWij%uuFa_tkZoVvjb1Gw4#T<tN%rtw&Ql~N=>0hi?8xwdlI{~ef~NUQ`A
zZtWuKvTQA#3h?FMM~OySVXRaVI_`G`g?XJUG92_cRe*-0^U^w0%h>6kF)urV-kvqj
zRes5c=jEp;*h3s>Js)V9?b?)lur+M#D^;NUcJR0ti1UlN;`szrEjGhwg=!44P%#LO
zWe>8K%<gDkOi!538Ac(e3x|uE&1zux2Dwf^XPL8$p3Q7}bMsp9Zy)uOtq*fZ>Ui<C
z(uEu@9I6etP9G36BsyKj=VNtjtv*Sv39np{Xye_gY2YdfN<!$MoVbUxX$O42c&=<w
zX0RL`xqploM3LP%Jh=pX4aSGhpw^4_G!=s(cj@9MAEF$X`^_x5k`*7s@{1+^ZR9Ra
zW{nEiy8Zie)7AH#b;HnOuGQkpPZ$i6J@_U;%=~B}@Pr%ZhCk$%|GDVp>#3;E^HtY>
zEP?-i`JaFs26!yGCm}1*4ZU8DuePmUCk5GP!67A0yhnR@+__@9h*vwwx=}I_u-uWM
zl`AC+#fI0B2vcCd$gB~kTkYca!eFZ1|4K`o9EkhAT?lev`A4eoUoqWxF5D{aAJIK#
zUi*j$3nf?jPMB7G6b8bprr8f1V%$RGV!T{EFr$f<Fh$ueIGLMgUBscfsDNzc2ujWp
zET31>y}GG=9;wjzaMt3|gKuEZ+nv-y*|}VS`9{dH_!|I6F$~6iSd1UJ)KM^1A6h1Q
zlsXTj1Y*z)top8q4w|AZ|C9DZ?P{I93Uc`t^29loWaPTkG+D@x0pKw7NudV^zup#y
zTsfGa@59993n-%3VKlPIeLuaLdw&f)2X8+7$KQa7Ap>B{fug6?|L7Ai&1A#IkH^8c
zm;V%d-abAiFBc!g{#}pSJj$RzwmI_X*rEuVp7B5uJWW8fQn1rZry8VFSv`(*e8b1!
zuk}C@cw}OFLJ|aT@UBn@-$ChIYLTRI%f!hcFeu5&SEm!~`Va%fp)8qit!j)ks%W&#
ziECF{`#dADO<dRuu6N?@h!J0z)U{0D4O!Q0C=ya$&mgTzq+W_%?NsGZT<P!XO1=k7
zD{!%I$_e)RQDnW5(nuCI#mOa6Cj`Q|U_LE!izzBj{DnX|Gl?<MUOC#Tc8RIU^`+I$
z#?9fPxX&$e9C4y*b(J@JUT_R_Ld={g7VtN3jy3OUzgPyYF+J(`%AQel!m5<M_2g9F
z0ami#?yC6zlcoPzj1kp}w^{p7Lo4=slBW3et~%rnUHaI;<awJJMujoFo&GTJTN_5}
z{Q@J0eqH;Ia8OuS_#atj;Up>8^WQ)Ix2<-+C+?($zB~2>!_TWg_D`_^m);Ivo4V!?
z5+9sI*6ufwzvieXOrVpHpyq9Yq^5`yKV39Q*-fb`#wdU(rTYZWb`027AvAr745_{z
z4kbCGA8|Cdyxgs~)L4I~z%$qk8x$~GsV~~c&8~B_ww7C8bHqLMi*HoV(U$k`4&-MX
zYr5LROi<dTz*S^$wy2Hou?>a_;wpcZl9;Xw!o2z5DY~N9dOv5yP0;3p-8ndEB^AHC
zAfquFDHvjV5+jEsm%~Z?0l_@!(So@NOBs7xMRSt}824y{rQepx$p4AGeMX$4FS?~U
ze|-+D=Q?YE`lk2yH2#azT3DQ4(c8a;w|_812y^K<PO8tqZ6W`j@6q1g-u(Rh%C|MK
zf1_gmuD-oq{rWfm>#o=Ti_qT9e{`L%14{#&J0i~;MfI=;j1zy*V`7I&{gLf<EB}qQ
z*~2Y2^OYUWOD-YFKqYgRyv>ilQIi-hZ5~Oav@Xs&RKJmltw&<rSJP|T#+=B%Cn1Xi
zLG7_XK+t>~PlJKp(AUEW5iMTtewWu4U*ufCq)J%R(Eja4aTue@O*9eiLCuB>BPu7T
zI5Bv8f;h-E?NddqDB84|4w~{Cs;Mg-v@;?u%dwrNEJ&a_adX<3%cB|*8MOfYWaH^9
z9q`Blnu|L#oX&Pqd=njS{CT;Yuvc33EbWOy0+`dJ8lDiGN^Dl;OA6(WiwScH@=P*Q
zim({`#`>JxA8b%Gs#3T8;HS3TSSa8op>6W|JNuE@<v)n>N727$FnrGAosSo+4*Val
z2=+%>4E{b_Du+=;9_Oz}j3QeB2XuHaQd*oJjHT7K$tS)5ksxlr*Prq8x|XkCTm2Rf
zsBILn+xrwirt(s^Qx|b<X`pjXe2-{KYl-$`d->&|fdoZv(A39ozQ^t%gz>5;TlOOK
zL%-=FJ$jWASe&GTwu*9Yql{t`T`lPixF79*`_HUX#%*4K6dfAx`LgNQf_tLO;kaO5
z)^He~yk6X{g3*H+dALef=*f2Wt;r2a=*i<C1xDI=R{=E&>@8C7IGQIA%uMuj2wtEI
zjDg;nyFfA9@qynci<9o3XCjU080tfD#FGAf_8c61KvEP+!*|;7^8i1OgvEZL2q7JU
z0j-ysg}pBcLp7^aM9Pi&|3d=9SizrNzW=9DUQy;R+~My5!V0~L+-dM-RAtRJJ};Zm
zU6eQv{0#<(tHfht{Xud#Jj|&<J-lo`*3UHiuDHd|*0YS*z>H09VUUt#!cw<^Mh8l>
zA6F~>-*|fsy<g-`x7aTlKPw3njj@pn>Ns(ZWVB}tr-gKe*v%k_^V8_I@$@(%05Xf9
zyl(@I?G2_nbmjE`p^hfp(FLf4|50R&ICI1k=QE(ASq#iGq0x2STu<Py&Pr%DQp8{4
zR$N~G!A3su2-Q<bf#Kl@xDhz8c(X8YS#247wXR4l?|`zCI{09G*UA0r{-D$$l<N9(
zl9jFdMN)vURh2PgYsQA?Kl=`|<$M3x{J_B_r2ooHnXzuTm)Fg`WjwL*Ge)+?q1f}s
znw!~gvjM+abaO1rVnhZZbb{Nx$jV?!M6QMbiYg7y2XsewQI#8xoMI_^p4TsTuUwtK
z1mUiu%e)eF>FJ+{Z7eEeVzQCL0BsxI0YF6KrsU10Sh@HKB~yT@Q|A?OdMY%NldE!|
zRU5Z|qsB&yIp&km?*MX{d2h}~!^*@^DR@nQT!cusnHV|R0a-_o%QBr<msUBPJ8IHd
zTBV8^ZdV@txQpfC<1*7k>(b_@_5Ys*pa{t!JYg0*In_xrzqjpV?F{|)ap37kKE~pQ
z2Q><-)oR~MRPFtJOW6g@z^56L|7g*BFya0;?;WSp`y{>qf<4*p{~in3LPC8m)FS&z
zX`6s>T|sX9+yoxpBRBFL`XoJ<n>0(4%DG0NeI(a?Swj*QJt@60{C+{UGecm(E~;6{
z*@?eZ;ZZtVa>&DH=98^j1x0u7lI~wW*G)D*eT?g1C5*MT;)ocvBLFlodanZEVl!V1
zq4tZ|@3nWTnOZ@NC4kIzp;bq($<Gh);<KT#hbE&f)6LaJrw9)~P<aK}lOmpNjL`6t
z?YEX85E~^GCC9?R7(vlsV$B>pBX&|VD@Bp|?d^+?A%|$hsLeoR5fa~(A~WbqZE82t
zkL$THIk(VY<X(i^g`Wven$9SUDXblRHImu^?p5csB0B=X|Ni_(WjQVM8TeuJOR(9+
zGj$AB*ii9QDuEm46FCF5evvL1z8*VAOj08Zx)VXc56AMousx;kZQ)e&I4bey)|5DS
zS6I0jB<gi^L3o0<s&psfoo{09O#9AFT2>ZrS6P)Z4i<|sM_5!eG9z(4?FoYf+nwH@
zYMRfCqFHgs$jSCHQJ45Apfk>40IVW0?#OvW;o|3qnL#3oR@YXM##Qr_gkuR-yKp#$
zpo<o1Q`Z8A$c4#o1H4--JVLF!Rhvs=0xPM!%CiaIV&wJ&KKn=@Qt@K~E(Um>jZfE~
zCK9r5+U?oRtOdpg_)Zo&OBu<~&9W9%xGZut-t;`<29ncc+`X7FecdK9KNzF#A5W!!
zF!IuF3cPIn0uX+CS`h0EA{Pt(2P1Cuf6p=yg@Ns@+3o`Smd0^mxfagS#I+z2;_nG^
z^@*LB44|2fqyhk3Q!j%_hE9Tb(kR@Blt@EbW2vOqc3F{$oaAMjg5R4ci^6LY6DtJ)
zEFzcYpU_o2VvE~^i_*ZQk|BJK^7hvL+C!a}7Io`fP+Q_tL>yFiQKHf+JlXR5pH199
zhEOgAd$k$t!{t;&0YxGz1gTE@NIv_eq0u`oV`b9WG<Jv@63-wG7BkeX$WqprADI+h
zTql+r)b*Y>-U<=9_zSwJm@&PHl#Ps|%CIw4q2C!5M=%7l2~c6lGaY|pz+-6h8mQ1(
zth+qi$Wt4It`>2cdHAB({ug4_;VO`LbxYMbW%5{Z6g38&Og4rQ1CIpuV6-n-OzF`S
z2;+SzFn%xzy4SnBu7|~tBzxD<|4}4ha6s9KR=BbEA>|27Sn{<VaTEkLhXqB$=(qF+
zB5TJ3v7xHAki)A9<8nsgQ9oHVr=N}42#tDqM#c?Y@yI`Q^fw5rKR&oxgTPca?q&Q5
zoPPyUalOoU%To$!NY0|asxka!d#njq6<HTqH(EE+b;%P{=P&Si|I2;vsLy6*5z}$_
zZ_}0|noa<on)+tZA;!VO@5|>^)Z3=FdfXEumEP4{L67b73D|^vH?PZ1)O?PQ-s9wZ
zoP|uF;i`i6>J)LGpN#<e5Ar5FuL!|b74dG$K2zq!T>ar(!7yS!m9UW1%m%f4P_(#B
z{MqG$Na~*c5iR>(svZ)!L&H29-O6=r;w7LBVvy{MNc_D~a|$~9c_!#w$Al(LCgHA^
zGI(=YY}-5_?FH-aj_57rPlSU6w)G$Pu*dn(JNVq2TS@x_1LdH=wjGdQP89hb#)-YG
zhy~>ZJi~A<FwRETz<+GUGg+}7{l=mt60$RaYYNji3X;Mg?4*BQ*qc&3I;TIDTEA0x
zB?xqmn4OuJ7FuCzEc^D_I-G2&+|$-Alowv%Ts8U4=Qc$E-+#B73<NR0df3&-%)Psg
zsPj-v_g>|gAQ>+l0BDr`BiQL(5Gupa=>1_zL>rKvHH;__y2%A%)SM^$KrPwc#BBSd
zL4?E&%mR&`5#!^Im-HM!`7@xF99I}t*L6iexFs|UsZ5*=2$P|$B)>I$3YCA@_8%Z!
zJ-YqjI)A8?zN*0X!_=47q`=lHO~LPvi>^z1gQ<T9G`$DEno*?*Z97Ot6T6TJ=21_A
z;$9RxTUtC(o!#&fp%tuNsuKnkI|Jo$IG(qZDI>6`^4tGNdt<n&eX#um%$0%vA^0}G
zh-U2?5Bx{mf^C>kt&Z5_AGk^4?>oSREyoylc|CCnhA~ghirePx#r`JE3!X@`w2yh<
zG$tN}2o>7M;`RzsbYx=a!6`sDJC>1b=erh(IL6AdSk^8ZtasY3T)mAj`q^r7wQx&S
z5-}J+?-v{ktaS;!XzX1XPo?OwozCPn7cJ9&c=PTD+hNRO&tOyzpQt%vP*W1ZBcW!f
zJNgAx5TW56BLb|z4|&T964QYB9A+zkRD(%PB80aOo7*cI13qkhXnY&7G7E|R3?(DS
z#%xn3?9jg;tDYq|CHUsuCVKMfbo?u`{4d0`erbB{5LL{seUA0y(a)LRa6$6V8i=GW
ztGv>Re0Dq7e&Pn!sL_Yfwma$lXUG7<2q}7i&>yD*6I-Rq2uqZighBL2W&Yi}|JaU$
z_XdOa4ucO4LPA2YZ4wTm_qD41H?TDvRnJfVF=B8TR0;&#4q@hU_c5ce$m3pyz>K9|
z=3NNJ#*6y{`W#z1^_qXYM4t(yr>Y!Yx^<6p$*04TtwSLoGaEyCRmcAT@;AB6-hr7|
zZ*g(FMqmk!0h1uImxdDjMb=%#*_<UMwi@F}pAok~Q*mV*sX^uwd-KOxVbkGN1O|@C
zh~Q6Ye0nV&>pOgLv4|7ej+CKt&UU}m%bmv!Ldz0^bMOCB@BE=9`gfZ>oJ&oG73^xr
zQzp_71&B^bAId2%(QRJB?i5!O|7$XWnOU11$4X;y9?1gnW0Pe9yuYV*O)zTZc%@!f
zd;nfix_)b;6iRqNU7nt8?tCffr$yw#6ev$nmWA|URburAned|-@gD7HN>Uy%OX?}+
zvOCN8E*=#Jzp^fT-+37nYag@&;LG@)mCq#D@8u!nzRlJ<a8=2LamD+kX^Y>Y0a`Lh
zk)mS}%Uo$AQ?zXNO|&Clw#oI$**=#n(sHaO-J)=6maM3_d!KRruGXX#!}BWRhv%)8
z+o!-=Iqv%BUCr+V|0^67qqIp@cou@-t@`YNoK&xETG8!BU2N`@yUexR<}-R`-}|{N
z@t}%O+6Ii9!E`E;I_zK9nz+bh6`8pDKL1cn8%Enx^4QwIBzjuFDI<i}GPO8C3lpE9
z54id0?5HuO#y5rU^pmEX2vgjN3_Ay2MU@=6e&*7)i{3ro=%H=5!_jH+xP008a7tqZ
zUH+f&cvz#NqfEf>#0j$Tpm^5)Dd(V9v`|tyIsg^l9hY`p67lcDg=DrH7FfV8N#Up0
zCVOtP@OF@{svViW08ovD+@#IM*11Xbde-TZf7-NSah^H&W0Qz`sGvSbxv-}xgIEy$
zl~K*^2~`_xwmZg+TT-;QjM`x(UHBC!b_E*BM395D@E<*^7PJe;z-{}(ym#XVPaqfr
zp<|i@xqD({Uft)8<PV5&Vis%qvI*5)LQkHkY?7fYEWuk=4Y@5|XHxvfm<Z|lz_vZ3
z&Y%;cL-TT6Vf+^NEaG&J6}#D%{_Q?DD^Xl{Sl}#a>8<n!>rVF)$_eT+D*<lBT?FH|
zpD*DNNtBxgK6{1Bm26c&2ksAuEpT(L5q-@Gg<$c{pFTbB<FNxEqQvb6KhENm3SKvh
zr*Ld2Ry1e~5C5T%ocJklHse3B?@(1|Oni{gR@kd&ZqPm3%@bKb_4nzh0W*#57`F?W
zD19v1yn3yO?yeN)_q(c?F$1GrOc0gMcPgs%2KUjA3wK7tGYo_TH*46eW6{cdGxA16
zoCrfqCWQ+%0|SnTSM1a{5^Hc#FAeD%a+sn)9=zVRCwyuG3mjQhnMcV8nM?EfROO1+
zmXwsYY?VV^oYL{%KkWX7+B|a4=!XxY#tMEO6uwA!kWXnL@TXC|-gco?igXKz==`2*
zw=67T5Ie~_<S@$u;?%X1eYX6TcbstO&H~_TFT&KJ*|{1z_fs*ji913ZN>-M!;>Zff
z7keB&z=;vSrxczA`7OP2MM({~4#(IjhOfydHfIu2gxca;VB6Aa;6+vB@zA$7|I7%*
zNs-Xv2DJeNn28KsEj;2N+xM|sgmjTAJnhlSE0yMZN4Ln>zIVbj-##V<EkdY&fC2&t
zksCgc$~Zo>ct`;gY0kRkXrjDu0QKeK<A!=NwRl|Sx~WWD{@d+|T))(1V&C7LW_)aG
zm^&EaLX$6y<gi8s-^lFo<%cKxVWt0^Q(ZnWk`eNfuaGBW40mBH%gSH-q?>+@G~q79
zkNHNde5_;aiGIz6o=3aPYdqd{{#X#47)XHGW=jGNJKepC^dwt9azM9IRxD5m?ixXk
z0r&zs$`yt4VFeLa*=u1bnT!jcH9e0RtCQH>EG$gVhE5jB8mbhkv5BVV5+ew!to;mq
z3Ml2`7z)rqQd*=qmZ)v_DXtB;V=}!zJ_WhEOjw+<t@+KDf03q1$R->9$@Y<ayu)TR
z(~=M_ESa*~L+fOBf*=MD%`#72#vNHoN49~pHdZ`SAw!)~w6E5gg&<yEZ~c%PMAcwQ
zhYX;;8T^#bEJ0&;xx2U&%>&Id6HA=}SI+~(oQ`i7&do`^h1sVxTZUxN0*ryj?%!5d
zO-Kl%8!xP@$*z3bD%n{Z@d+U$-;`!v^xHPgIO;>^fiLKmXbL;0-^ZKDj1IS8$w`bT
zalOzeJjDQ#MOYE;?R^m_3f>->RaRkCy)i{xD18(*iL~~}czoQVFFq5MCPlYqd}a*X
zO;Mn_Ag@_PZO~2qCgyh&{_R}?IXDKYLz7HC+;QNK0*KB`WLD~><!InofH0eJ+Q)uY
z&?`+W@J0$vY`{B829|Iu++Yb=vC4E>g{tgJVMw$!kd9h@CzsN&L}V78Q?TXD1A?Jp
zmhFotwIv3`_9d#;%9#+icWW%zn<&1Q5L4Ovo_Tu_f4W#|jRrl&3~F@;M56_w#m#r7
z7jeef4s)24C0<$FJpZT|w^k?r<ehobxKH%5xFuT{Bj2*Qy_$DFWD{Q!JxSKd^oFdG
z-x4bkUxt<7Fexy4KJu1Zc@KQmp8zXBPb4b4q2zl4Now);s_J>@63p)-GH=<cM2tH}
z-UYkLH3@wBi}K!I%G<~74r2e^nm{%g4X%+;CuQU_TG*O;^PV>DOama3tIS!vq+wDI
zm;vfRAu6S;%iygDjmH^f#yDN}Ddm=T?X)jbMWSz*!=#(T1J0d_!d2f9P1+{yuR_p$
zZBaEkdiJw~T<ak@TdP<!0rX$wEG-3BdD-Dx4^7Zq4?{^RtZv@5N=75|UN>mtgDl-l
zE_kVg`=bGtQ_19qu-kndty>)|5A-zjoR=N!%tTb|L0n}DSC_rpIh$>MIMx`Ea%uUn
zs|nQx*0PkM<I!c*6!5c1XswFqqq^>mEByIm5rg<PpSaTdx>V$&HIbRLF|IqVU#s3N
z%H;Jf^0C^046jgas7}IFn0no<F;RmbLet3Jnb?$^3M!x>V_K)n)M6CMB_^;|$sF7F
zjKcs~jTCJc(4(p$5+b0dr~7?VA9863=W;$b@675tE=P@*?vsb=;((?iAL_8TWs2H=
zfbFF^WqH2=ZU#`zw<e=oNh3F1DBKsU>H&@b(hA?Hr2n1Mb;9+Eo!<|AF-(s>1gz$Z
zE9*dg@#^0Ul!?em8N&YLj|%hkd%OltTU4&`NesM?6gCUJ=i~{YBs%vx#mom5F$Az<
zY91&Hdso_i*Nwvai4MYGUe(i)<@}X8R6<QNqi|xBg(s)pPBK4|%N4JKCG^uC8&!?8
zBJq`X!>IU73de#{=bR-J=esz7E&itBEQ`AoIs0}bKeWQj(M*8!(B;U&Kqi2vKym&H
z1jV|MQ}a_$YLlu8GQ_$3!{TsV5+l3~j|QIvs+f5DEPu^y07Cx7&T{poP0FO}OY?e+
zs6SgUx}u>WtS(7~sd{ys_~&J2?+J<c0m?0rV~pIw0x6@mHCk`*i`UW3(^_-7kE%)4
zOp3w|Ps7!lQqXdIh@JK$P!$c9o5(3ND!}*?GQ6hzr4(;;vWEe2dRik}gP%4?3K=2@
zojQnB)00_>Lu>tvuLE4&ih859y2Iz@l8S4>iNqK_t)szL_;8hwASTom5U*%3kdYdH
zsTlf<9(<nXbEmL=RxBp`j#EaUwj#o6gSd*udkRP+QY=8{?20I5hzQ103z64BG+^Ut
z-FYUAy&37y=p^uNnxdOGV&NU3n>Vp-2J=P}OcgR6x~{cOZ0=oa)Pti<)cOT$5Lc@%
zmvv+|a?JhI^F;+1BXi;ua+D?1Vfke&rfQ*n6CLZo<0ImA8G*cZqP8cJHkJcax^eHL
zwU^e(N=ByZiLcgJ&7Q)n0y|ADHB!e3?~k-jiMqMLaBMEYo)!rkb8)>)YfKD~GS3GG
zqA!!EX!W0LGIii*YwyItNSJywPmD&nEtuK1*Ar5`(f05a72~E2NqGxOE|j?NPn~N#
zKe1Shbyzynf6~17OXAf7Y27EH&T=p>iLZ+uJxC?cVX4D<=RgaX^*LgKYw;h!wRI;n
zz|xdbEQnX#a?;nddoi~?o8$m-xmSCiihY)eZr2EE(AdSs^U78Yd`qhe6%$k`xMqGq
zH_@sgMB^vHa5%u2$-pWFYdbV`;%H^y&B{V(h}1stXTZ-7QMP0`dPfz9QhhE-sUh)S
zxtgVHBSBL?bokg;f>G%<*1<oPhpe)dUtpyD@lallE)}xbF2Zb1kOH%>C~_(%o!1R`
zzx1<n1r8|#=YL2ka7tQ!0rU>XBo{_h%WDcS8PSNsWhi>zslmo~VmN8twY0!F@0nO5
zsBzBKIDf~KHRat{%>?R5Liwe^205JKkzBgfYG@hl{;Z2%!MN&rk6QdSy~06uHqc^q
zVSfoYLl37`E<+-9{xS}3>gjkdnj;W{t3EW<425szgAI<xI%Q)jzW{Coj6`-_ihuGc
zg+r^`Gp0i&e@@6`*LgEOWR2Ngt159tdy*Jc)%>~EGNZKDEeoGWQ8mjuQ*36L7{$rR
zx=bmD1OOMTl(z|HRi^K8%0=0Bx2zZ?PK}GlX<G$)K<c*Z@g)yR6On-L%z%qTRF}o5
zqV=^9^ZszWaX~`d1~#(LaC-s~f*A}jla>{rZuvon86eT`bJn0XAAlB>G$Hb`2_I&I
z`!R54VF$Ara?7@nJ>{7<Ucr;?Cdz81+?WELM)NW!8aIkyJ|nlHvv+jC)`2hEa?WV9
zJWE@$-?c$hD9)}QQzMPRpkHg5SmTK{Gmf9(DR)pvG^*;OOW_KRj!Q<QjJ8C2p^P0E
zizP?Oy~zK`x`<HigLwvRELOJ4mk-0))}QpnCGu>xC+ko5LN5RQJ6*H@W;V<c4z^9Q
znt1gca@T$0K|OE7V`cX4Y8%P%kd8JrEi1~JvUm<qJj6!2G(}AUuU(^-q)g*cpzv@n
zedhj<bS%Q;17KsYOpQZrtdeK`v_hPpG&z<j$oF8(>`PA?G7Tx2#q|D`dT5b=w44kx
zl{jOG&v%S>1Ao*c0a;pz`kn2_xSA4D@hRg*LBw0K&Ku~MWW2n*y9H?3><J0)dmHQo
zK#G=rPW|3>M6~=@`Qd1@WK<__laZ{Z@6(1XV!E7)PIEPmGM+g!CVqr?8Ml?6vf;PR
z;+#@-{`-AEpoEu5r-(`B^uE*6m{3atgRHSMPiL_Z2cTZhd)c+eSuiDH^?gs?86POT
zakIFAH-y<tssP<})tw2<vtsr5?mIS%r%``yQt=Z+BOobbiakHH*b<#tF}c5`m7NJj
zkZv2J6bC8ROGGk3rk=`vGf;6bB7J&~9^fHTAywT$&%7%kb?Ul{2#x7atC>)%MFv-n
z2g4lrTGnLZrEP~iNdb$0R)x3alDu=Q#d6#*>$M{F=K7E`BuhZ)zmJ0sCvqNnmbXp-
zObGRuR}Y{6S-xm*B|!veq-H`GqD)wS%;TBq$_dw+lJ_d_IS7mosD>To<IO&7?cK(p
zJwR`LWV$WuVh=hb)YN(j#IvG96p&n}RF`RHoTlWQ-?$>8tQBWO>_a1TBH&2x_-9|E
zY6xXiYq65TWC}<6+f13sWi|7**Z`K$rx<j85p745rrZK2T@bBJwvE(BbHyU6JU4aF
zN$2Vlh9%y}3zOML2%FDny@FkW@?&#cZ7EzBamjliV!`QjSSlDBuQ-5BqaJ4IQwS!L
zKtwwM`uqISJ*Fs)29x%(`IFjH;Rw9Cg8F(%2iP=wUBI+RW3_!y-~7iPwX#3L!xxl=
z?>_yVYu18zMLfwDYiauoD-=Rnf<+nvR^tF(l8_(K`c!<O5^!`3@QVumE-vx+=)W?u
zqR|VKg>!?tkS-h-W-A*8_TL=c&F%$FzJQW0GIe|`$})7{H0AzDl8fJN=U;w$nGxwO
zFYn;x@+1k^;%ZUEQD&tf{l$FM=+rK%<U>DsFnM%8=wCE=L07b*OL%aA1|2HGgSRok
zme6V|h0O@hsp&R)9>25bj@&@M8qve^@VY9%X}_qr#q9}jA09-<{`N-#>3TVT0)9Oy
zgSXTm5xWFqgvbizA`x3FOPh*O5^flcC=$Ccu2fe{!~Z}HkUDJ1qP%&Ixe2s&m5pv0
zKdw?)LW>_#h~}(&KS34eVy)jWT?78PknGPSiOAbto`znrB;<*zv9QTk6?=tNnJz&{
z<7sy$YC-LA$(31&cv{8&sqc(B_kFdx&&Pj%lIA^F60fhvV1ZH?+3zi<&y;7T`j?Vr
zraN-5Zu>7q$SIM2C8Um+F{7?#y4Jnfy~|y-_|HRM$$nIlOR(9%o7f!u1#&}8?>w+{
zeGD%)Mo`mc1SRNC1~cV^I8Fh)<0_DvLn;A38ks0`xZ)+63BC)XU4i-66J@~6muwDU
zT_#@Bg$9sD=x{Az6pYab^QcH!ZP{ifhdjx8;Yi6t01WY)q#*VQWue)KSd0{H(jkCm
za4AicF&4lwiff{BSs@-_n#1s|dHxqc-<Ss>I*qUrl##CLoN3Gwi<j62SMal72e#mh
zExmQuI|VrV%rdTU52QGIO*m#WPG+t9j&%kvpBrgIo|~jM9)v$%noTk@&!l)+F(3#R
z<kQJ#QhKP9J*QY`sNs-uTTjDsu8ImNQ1MU8U&E#WIL1Iwh9|x^eSCF^zik0KYjor4
z#@~4!P!hPNv%(gmEmkDbRSQx3Xlu5Ox`NZLRrU{0sD3__;}eI@KX1LHenTOIGAAXe
zPaNxK8Vth!J$WiL&G))^YWvdAbN_h!Fy+PXEC~DG$)X?~@N3XiDxx(sUbdRAnkxPm
zOa7%|$2h8>#}IG$>$Z(%D@&22Hkux&UIe!li`ukq{ES&>i)u~ju4Dg733or;qY}nQ
z94!YLSA;IYwNkDI8iX)DGoQ?H_9Fy|g*s|G5WO%AI?KLvZqgY8+V+|Xdc2G)G2jx;
zeeX^0A6At{CqlS1i5zW?Ahj<dM@6e`;Ttp^wpr@lX~qOFs<SsFu`THy8-_JP-^s&X
zdRZ(Z5&}ql+>0|(Yh&^(QDSJ~)EajQO$RL97^=a1qAyd%)M0KN)F%3L7Fa5Fh$BW%
z{^t^Th}n5Zy|SUC7a~-~Z3T7)OJnSDpfQglKh0-+N}-)YkG0Nf;grX<0&5kYsvt!l
zMp@Sr%x7@<&f^C4V^gZ5X$?tG_T7>N@jREbi+dw3@kReoi8x*&i~RhxReT{?VUrZ&
zUx&O*0HL>4?I0pJmYQnCqxYhnu#x&qTrp!fDUtf<{>?u4?9KP*;F%=8*A0lxO@&4s
zTRiEZ6uy?T^g}<kB|X}xT%NsF|Db-OL?sh{yz*Moh28GUums{erNEaW5diz(m7E^b
zW+5S~wMLI#XD@SyE1XO4%|WV#t1xQf3BD)MB=e*#hsH|qG)o0{M-z=9IZhCMd(s?@
zhqoB$Py!gwH+g)qO5>W|#Aa4!f|cCDWfl>6!!5(ae;=9!Oh;c;b$B1i*&JYd)TPsV
zcaG3uNyFkuU5Qy55q_hZN*O2#1gHXN6a-Sm#{)eTG$0K%Oox1^Ve7kpkK>|%<dc6U
zM0x?nujsN~8hUuU<(ELfF7`<k31Z^qnH15i|Jj!MQ50oG&d9j6z?dVA%eD^2lK{e#
z#6n&?x++trB`>0ylsLW|70@fmHhoB-3q8RsTl6ZUk}-hDofu5D7~dhov5!A_Fan?~
z_rX{@#Dhk@E!mlyJ>;1=1-OpuElLej^9l2`2ByYPMLT@MvBLH$=h&ZZ7MB`E1A(IE
zbqb+{CAb~#MU)pKOLh~6>dcS!LFUk51d4BeR?l66FL*MncyJk=2H@k>;@}zKc{?J&
zsW{&Exd1r|B&1VyXj+AMJi%(B05N3Sk{uqBO2e9Le_pPpW<<07`9(&fCfR#+c?}+A
zQZ6wC#8pH^%Bn12AK3b00M%&~(a&0YJDm))`yyr45s})46>X2(h(l8jTQ{fZW!O<3
zLk+7d+lCucT1rzjicb=gwvOz#s7VcP&BPp%t?JgZo*9ofsETsE{NXn|3>`xV`AZv`
z{c`v{@+_K5rqZ=);j&PYcLiP6NQ#CHEs5`IRjs2#g*G;BK@AW1PJv2cwve!suxR+B
zjfu$VR7MZrrUgMPF~j#WutNr}4OKQ*h(8RY-1AIEygtfiO>N0W0Z!kF(`@1I%rSD2
z4y^r@JfeGO`UMt&Q_l*yAdOIq`hS=OsRGq!_bRE;W*3R1)onmgT1#k+@K)NncdI`5
zVByG{A%-G=>u7%So#i=ln>%CDvVo<EH~>KMPF@PCCC#a&m^%@!5iNlUl<F|!?v0}D
zL(2J#g~W!2322wH2kZfWdTQ}qeA2Spgu?8FIED6}=m+owRMdQed#<3uh77%_^k_d)
zwP<==UffauSNOCbuVcCHw=j<FM{I%6(0Rq$>#Z;5H72lt()G%q4<EP^J8vG5<vEST
zRfDU$!bKJ3Tu{SZMbz*$|9<Lx_1hI2#JBrsIOI*2C@P*yw^v<F4|$T(m_C10L;wMM
zp2sOc4}k=lxLR{7ape8UfiC{=axtw~VWE)8b|nv-0&A8f@?;0$zsW6>z?90GLf)Gg
zc!kvxI%8;U;fc=m*-OvK_1#B%LS2<?6MBqV(9|~kR>ow$eY;4EYo%Jc7+G294?{Mq
zzE>xL<9fqG(uon^J7|p@6ixt%G4eBV<<Mj?7%(k}KEfErRI?Z_XwY^x<>JD2hoX1*
zId<^bhXKy;F<~KF-LovQjKo}8Z5bL%RS*^NM@vFdG<{Y8AFY0g;by{dU2hI8(z(*-
z31iL+KmxY_7*w*rmur>T6NS$XOBT23Q4NF#*x$c&^U$*pb)pbVR?vPjc(B7M93SCW
z$nH9aTjGS34$^|Mh|kyQu)JX=qQ$~@DxWG8s!ydxCvxBKpk_nS<e;ZHzqo~RyY7Ec
zx{LnuKFhc1=s@)!VCde*$Z5_>H;4~mjs8(Xfn)*wuc`m7^s!_!n3@4xRl#lS(3Yp<
zD`UUPXmKooAdt|-<M3VbiWF?MqZt;oa#2ohha~2$u*x$|Ll4&f<yfqV5te^L#?B02
zMABNn>K%=a<=rEooFLib6Z_*b|LoH_=9d8TAA#MnizjkJiV@ff7}+iK+apARaCiuf
z5TMTGoNBNGbXbv}{O{&B1mCIVzQwK5I4kS2*l68}!l;fY3A*VNf$Xal+gf#0m<xPY
zA`9KT>c>B8<|6!oRJQCoPaxy-RZ?7LiBpzQL5nV(OJ<ON$S=QDl2=4oL*w}l-m{0W
z5vwBF<H6esg=1Y8?p8`Crz6I!Nty8+#|Do;GRYNg1c6)!z9X+VhsRR}`sX`d&amDD
z1kF7fr{U{tHHDy8>Br!>1nPko7YZcTIU})J?$nhl6jz-LxGgtizD2Hc)AJ5)SNlm@
zM9n4PdzIZo#-v%Bm1Hbsw{%iasoq@D?y;$!@|X4|B4rrwpQUrX97k_4ICqUbROgCE
zSd(P!$In;+Nj5ViKqAn`lE-LAXyMxe&Z!72?SV@^$P)@v&?<rV2sN*f5z(xJC=`~o
zm!L6Mq27jvD_(w-6@4IMgs%jHvJ;Vq2+6=^yv}qDqScFY;WC$M1;tYU#`o16CrD^|
zv0;Sp=qPQW2<{w6$gZv%roY7~oCKr}T0;4F%_AG6WQI5G<Es{LJRRTyF{C}y<r&Wx
zlj?NGf1j~o@e4GCE^%smtF4z3V~$cY3*_Uu_nD>6lJ3JIW+)b1iTOHYRO}ZL-tjx!
z_?}YoCNhzip(*sBuZo5hH<Pl1nET^zFZYCFwB_^YF~dd=Cw|zlA`PJ+1PLvL9{*|<
zFNzB79tqPf(M`5^D?{f|N8qmZGx^@f#&Z8kudno>OZ}uBX_adI2VHB#N1yb#ctDJ!
zq5?S9F)1Z+yahPSfPIX{6fb<x@Mn?n%KNe5WZ0ea)ap{o5l7~ZXS8y>)8O^O@I<yr
z?J3#EQDqo-4iQD%m-gw$05FW(BZg@-z=0H6V-`E`(6l2)hn-HgWLL)-b7@$ExYBcZ
zog`LR5X<5uSSyLvpnL*}iMHJ51dyP=fyo-b`5Z4;vi`5O^9*XL>-PAeBSk||KtVvH
zNk<_R>CFd0s)7_jy3&gjAtv<DK@<d}i=rS%4+tbw6@dU!6+wXzIwBY#A;~>>=bd@p
zFZbKcOfr)_=j^lg-fQi1W}o%nzljM24_j;KVaq`A=ew?qwP_b~XorQdGbj0Yq_3`z
zR2ZUqZ-4mpSY7yn%bXa)pa{p1iwezY&a)Q72w4eK@0ScN!AJnZI!83C4*6irMt9fO
zz_*O-tUr=n;dhl8v%V}F-}w^YH2Ao2Huj_KnOemQ>YtxH@-e7h6)kV3^7D61d#-vp
z4crIPM_)whC-uKTk|SpP_dcCHeDdAJ?&H@hN{D+#;(+W})<ih@+j8QW&6Vim#ScFe
zZ0@6AFY1TS0h4tXoAo%KWf*$LNp5dcHc)6W68_r>a3D_>Gsb0?r9##_J!0}R69$}r
zyBP<)UwE8niHNyWM7#Md@?n!4;}>u#vz5U1aWCz?@kL;MdULbu?1OZTl34986DrUO
zu1*V~@rx1VtOJVbENO15EI<f!B#<7^*u+;>10|XfMd)PFVOMFFyx4O}#<48XO4s$G
zubHw)RAbsnf3_W0^c=xE;5_wH;JVo2*fY!2pMhd;GeRqJ>7-ho$SGRtNtTxuT0rPl
zgHD%uSNMMAlbMVC#vm=_Y<lKC&Go%pzNoHS^_e*#j&vgOv{D~WzWdEU*j_NbUkTiL
zYbMDkL=3U_hTdlIkaGKeHN86Xw3{i*gO@ilpNcGSGRcDv2SVT^iw3My8P1%myK;!E
zD8oqKl3r>jr7<w%sxa+1QJ18E8e&C(-F@qBccd`A;=(0fNyjw#4z9jdp#sU6v`zNR
z?hWZ=2-3rpqkJ9}S&Y3wb-7%SpL9M=<SVZM61A;cj%Kri^W8RhDgcx<V8%5D@0z?G
zKH(Y9{V{!oQFq1TQ+koX-^Ekq=~Wk>YCjrtgEuxz7W-T9C0#)rXQE6eb-NSzaY+5G
zq}dInm+l2$Bj-hrd(rEapbn!$hejKTe9P>ke!fUuk?3d*31!o?19e@tpDT_dZG=+p
z0+HvhEojG<UN6TBx^{AEP*-iezSWcx-qF(Dj?VViMs5Jk8t%yC`h>00>eB1Q-E@4{
z@9+KS3mDScR}E5z$>ZdoV?G50Zm-X`jU=}AmZk|FB~p)K&7y|iXPo^#6QDzTbIARg
z%nxn0t+6T~{=RGqZECOf?dVw379rL~ZJ7yGK*}TGvPt6W{L<4rs+cdO6&2cbbTvsz
z3eWULcPsgW=Y)xF(g}VMO;pJzA(pfZ^`X2qTn`pSP6>}EN$Bg$@a3F{|2tgTt`}se
zsx(}Ts3gegXZu@D<^f5&=Ru-YE>LrXZ?Q}WFxQVBYP_7TK+ounIrGU<1i3)bLgBke
zb)|7H#nc+zEuV}fFeHqKJ<jR)JTe#ZeIQacD9b$ULipYDbTKE}t|YY8*(6m9i|jRC
z_ZVP#?#5fn6*sO?5-zU%y?jffqQfOA<tq5*74g&KL|{YQP$7oiqySA?j@Lwq%DxTX
zz*78y-1!~W8zeU&(Y7Q-H^o%rIe<^6tn9XQzDXlQZ!jI3x-w#yL};}NyFG1jjVVrt
zChKJKMi;w~0Jk@M><#Rq+r-yI-3qorlh?PL!EH3$n)K>sC80$(E40n@5cN4=d^>}W
z2N)OB@=50)88#1Wit*`{<?ZvR5u=t~(X(bpPQ`6UJX=1<ipKV`DGs`^lK!97B4=HR
zQ3{`h#vDe&F8H$E`oNdpH^*rF0x$RKx3a(Cw78ufp9+(ET9?VaY;4Q|_k>Y-!h7X=
zk|sp&06oZa`pkMd8r6s@OPY1Ao(EwQiCP4QLK2-|TMN=XC;Vj>Uwq>Yh1jNt&$}Xa
ze@w~kWyu8o^MR|l?Hp$J5rs!mib<G*yFf_gAoXJHFHyCVn3dr3oCMqMO`D6LCV|Ii
zXnOEnF$!7J1O=v%m5_GKxwi_zFGMnruxb@IZ8{Hn@`eS%yj*M8g+8;?Gm3Nl&}P<P
zXCANsDqnp)0GH-(fE_YY#$2Kh`-pDF<dgt<<U?aG=lNHfyC;BL^3gXSd+ZvszR^4L
z8A+`~UImrrdu=b_pH>MouyJL^Yp3CtxL&O2!$mQVhn_}<eEGJL#4E}ivMUNPb%Uh2
zPHKzO$cO~c&(iTB!|8#LDfQ2g5pkNXfV?N*SlCLx8I9%cF`L^u>nE&|w6Zrs4J$o$
zKS`AEA-nhxYDPIsEM;hDd)M$%3l<>P-n~>}t<Cz5(P+P+;7{ivPH*}(gDr<tkihUh
zr{x%pS|g2_ns%a437zWWmt9%5%`!$ojTWb^g>5=FE}xvjoaL@$4BuW-VKq00YU`+8
z3eq<j6`_+4*qsj8taVtCyPM<*0hd*56~Ywr)HL=gSYcPMOYi6{?!k{-0VB!`m7Z_b
zw6?-sQ^{wWKc<7P!(M6e2W8UxLPsmay(*wGIAkVtKw>Kjo9oTZ&h&1At-LkAZ(vJt
zR7;8uMFZRl9-#xw^g>PidLFV|kjT|TKIB})Rhm7=H$;ZJD2&VPu(^cqY(oA}ue;|9
zQWoMh%S3YycIrsE)N_bJ>K0sqL-LF9cAAGFPwpk>TUT4ORfhA3*3YobXYb<cq2MNx
zPrFHh*};4DI!iVUdeC;KR8NJJ&z=rCu0vyD=H)+H=&ZLDFR}Ou<+dU`h>=JH0<z1M
zNefY9mx~A{6VPzk8#|m>H84U|gySj$@&#M>bp;1FuU~DLCROdz*ir|nYm%lfss!$6
zhSVA)1v#&N9pF}@a><D*r<7vM6(QDkKOsZL$jl7md(FBfPub3Cu&Hn(ypa}q-9#J2
z4@NaorKCg%4^9zdeL2Gw#s5bE;H~Z5JB6pV%Le*^T0A=L(<6sjSjUwfTbHDU)FC{a
z2}4vu<BGxx%rl;`c5(2st*zwePQH^FD}8JK+RTggtdhR4q~`Dmdx|cdUCAfUr~*y7
z<Y&?nnz0aX=92fa!SS@}!yK*aMwYU4+(h~%=C#H8haBts3dP;O+VRWPvO61Kicl;^
zPs%)f-kJy%8?TuuniJk!cZl6?j-N=|-XbE?Y5c23(C=DBn$^-ze(%}P$yUYcUiUXX
zK`Nn{8)28+qxb5)Ho0|oKDJ=)MSoQS1G3H(Cm8)o*xN|o`=87Fi+eDn_T+R_Soo;#
zpI#08zR&q16mL{q%KbfOee%|;^)SkUu3#VM_2-|TbspG%;h{DSImSG;`}p|2WdK7B
zf@AH?4W4wO{L6(gD}S{%MjOmohgfxClcz5wec^9!u41MWr02d~@x1yPF)BM8IbUs&
zPNR--&y*6%)qxhh5uk7^Nen2M%NO>p#bb~`e4#acQERQL*&i|l;h*j2f`*i)_|-!<
z($%*P7I@%K5I>Ckk6N*?Es)xcUIQ7FAbRcnR@-_Pli)@%3?$x(ecP#!gRS1%I&=Xa
zDRaT0V&(giJFf)8L0{87i4NwJX&$;=M{9HUfy7`$;>l=*XPFAENp$ZPmzg#oMi?cp
zQyKF3?+p+U_9N>O!pO4F9Y%hJni7W_4u-A#D7O0v$pYpjTuTv{vpAM<c8SV{RJnel
zXl0}XmX2XJTP0{SIDl3QOsYl`nraz-745g<=>!ijSt3TqsJ&yghG*T*|EWhKY`nI5
z)p<DNPx&cG`Pt#vzHqu$C8Y;7t=nwfdtJJ&7u*%4pGr9OMNTI!cI1`z-s;GjsS&AJ
zv5}>C^OJWR+lLO+9mAE=A7_EF1lI0;7CPi>f^tK^8EfQ>xQUTfQW|0@o3@0TxyuR@
zS5IrECrD>D0a6zEpEp7~R!!x?yI3{%N>4p?(O^0tw4ljZM&}RrK*+ZV^brnJgT1lo
zSX&gNhHH{0TRI<jdg6NoDe?%?*8A<{0)NfGh2CSruV(}=%z>gsP4tXpDf;K?PBc7X
zdEkFXBSp3!{u|BptGhH}qQ&R*sz|CZ=c>Ms$BEJ>2`O>5hY-X!0Z9JY9$l+qVoKg`
zi+SU|_oT0em*vYHP8M;}ykjEM#7TG~ek?xgv`3TQW4n^_@e!aIp!n+jPXD=J+%b6+
zgo*}+g@u8|tNu}I<FAVkl8O%+v`7udbi`uvadSZZRS)M2_|XUW(K+<aIgm%Yk4rrt
zgk6y*^tpp%-{H0LV)v_uS;bnxxC=SAU6Mp)+n!NBQ@vPwv?yMP+y2EycoB!lD!*&Y
znvT+!r0K!CE{r?m<;o><0I7gJG;ddEdDbvOsIPCy4C0g50SXZuv$3fXaxsG=;u!HY
zJt|RE-2zM{HJ`{uAK}OY=loDKnDPwGhu<GeX^_+K5s!8Y=4VCt5amW0k3gME18(s{
z26fzw%>C(@P;PT40*A|WdK8)%$k7kx%^e#!SGiBUPwsatO{u$ef7-ICQpw_SD2jFp
zldPh<=R4gd=6i>O?a+jq8CH?g%x>t^?~d68!!TVZ{ZO+h=7I`~Dr0N+AN8OJ*oq?-
zcNlTB^MMA;7CucLaQ%=@qw?TB+8Pgr-x%1%*&ub(jIv}#z|Mi7MCkXBY#BjNL+~C1
zN3ug_e?87^Uz)CS1$$hJ^t3h#Cw+49LMpgp(XsbNj{84cAO1Z*D`P*`_59Yg?uU-7
zuw;K>ND=YTMJ|_F&gSzjPFdG<v{}qyal)*<1T-fftV|f{+?0j>^RuNeF@w_R;#4#C
zCItIv@mS&6u?^b>Bg^+x2515(8=EI}%)bYLmS#m)4?##f=`YY8L^+c8%&2>}`TGq(
z4f(MpOk#W6TZ6ctZP*Z5J$icMS0y^vANDC*7!49jd@+8J>mu3e3Qg(FYvl;uu77&j
zQY-~2Jors6r*{XxbJ0;C=(nBpeY+E+9s3Lkl1BwQ4*KLCO;p`s_+cRTaP(N2bT5DI
za5!u(7#qEBEUS&`<-E@SvGUaWwNi&&L7fAy*-0l;mpH33p?db$=Lm1*D&M~9*W2Bg
z${e@V8WZr|<i^rw5;yIO3(SbFprVCX@dg{T2ztS>z~`8v{C;jiv7=?Kjk-%A)>4UJ
z0(0Yx&+vl0VmJry8jsMiPn-;05ouWpiU=eKnK%q4D2|3bsf*5FZsskWboo|vCmM7I
zj5s4eESxGtV}F}0f?#j@0I(0MYT7Q@XcDGf0Z`kBFaF*S&d2CKV9s+ZF6S5mpSO9G
zf<9mcwDyCwrnY|(*K6l}l#kVWm(@~J<j?%?war$-_RFm!e!>8C`E`%OWNk284|}H4
z6em+7^Cw7TZxl}Chao(9kL469>HG6=>JW7Pxs)IXRks`fY4NZ#=iq;;oM1hm$btxp
zEJQ$&g^DubU<2f^m!5*HfC5!JC*~tiof^~!YUF~4ly<Lbk$X_guHYMkx?bx1FgZ@Y
zbt@2n3v_&StTgy~p|bJ}`L@1n4RY2rNzd+%-K?qX1rZyvj@Lw4;kj5L$cbvxX0JH=
zegmXklZ0%bjBi#`<ryV<28M}i3p<0)<9YI|@Tr$??cXfMdL9mMN6dY=eSm|a!x(ew
z2n2$X_v8{hn+!UBtrNP4Bo--_-5R;S6-~#KELrsY`D}xynXBvKpY<szDXHCUMOD>S
z@2Q%ut}ZabhaK|@3r)qc&nf$$f^Y*d>O8-u;B%xp|7&-hD1Y|-<<^*Ka_T@u>GJZj
ziP)E!nY?Qk4Gj$w5)<)@;)OTDLP7?iR~eF>+QaL@w&&K?*1o(l(|WikK|Nz?YN{T#
zwXwdwzO@C4p>{f9q&YNPOI|+n#w)AW)(RgagrHU{>jbKxnl1vj`Lid{6I;{)r#`xQ
z^CoC5cr$wZX=(O4wn*b!ovRTAWV}n=sIW{tDM0KY<8w38(~H!@{Gy`TYiepLDk^Gg
z{Wrfh_3@V@Zc-1n%c#E$o>BJaJ3AymVc3u*bGQ3$yb*A~H~9DOGY+s-%=tp}LS8Wt
zM9B$VAZGb4AK<bG{vh-IQ=G>^3n`eDd&<f~c2ffn5&O?M9&tdgXMZXLa1s4?kr<Se
zi^?bwp%?P`PpyAXNpuI0Sh@2#Gzi<{EB!6w69(!&4fPA^{a3|1a1~Z<6lkN+oqyM0
zcVuM@#5^sK$sjR<$9MmiA^52SQr&?W04Q+A0raL2TF8~ly1;^~Av3V^UnRTVw`avi
zz&0uCFl&#{3j;b_;0Z%Lia@Uz9&Gp{l(<<D|JCpSGVxDSQ`6?==HlXFiqu>uEOG`K
zx;^K(lxD1Em`X2<N&fw#EB58fmlDat#ai&g-?*Dqx0ImJjI=bFGL@&sWc+@9e!jB*
zoWtPP$LSok^$xN;`+UH`-N&EYU@-DTl?_*tKDR-uLrqoH`cMHhY-{##c)_Ojj_*u8
zZt|`D+qZ97Yh;4(^$)Zt0un;|Tc>1MbP-QoLqnV2yt(h=Q(anmm$J~?tFNcmv$q#=
z^X5cZO1Xqu@bVy7nYg(4=Yav1S{XSxxqJBVLoaS;TsVo~t6cEC?SVI?&$K|<z+!Lf
z`_y;yfBKv{qgq2&$C9|j2L=YtIM|O3*X@o=U<P&$ckvR*Z>p+x<t8U54K1!HDgDvt
zo2qdv$jeiWItbYDPMK8=1>N?kN6ozgD71o9wBR5+H9rqu`j}M<LRXI4Eg~Qcu%f`A
z04=@rG?^r%6)!|@Tca6ukf{}9-?9bIaQ0}JIU-0E44s*N@oa%Yp|~lw`hIJEJed=c
z$}2N!cpAaL&d$F1@$!``)>c+r2BY9yxcgZXM&vdaU7M&v+ud;sR4eQZT<rgpEuP|J
zKc?U!4n}KLQBjct_$_K{YfDZ}#$$`|xgAl5idomjCnjJ`?H?CXc;x(MQFUNPA2f*y
zh=j&KoN<-a)jqzy9RWYPkMNnT4t~zgC16;Um0d_KGZDM2re^0B$ZhcD%a_>LSkMfx
zcjYLCeH-l|(yeqfzce03MivwlT+TD`^z^)t#mmRXcm8}4RU<b<?fdAc0@dnLJUB$g
z6_!?3R*sI26?0x)g}IshfYj&dX<K`HdvLA*J%d6f`OkN1P{+VI1Wm*`m8cX9DPOq~
z5*8-6V946p7IKiJ1jKk4{>y#;`uo5A`Twn;aUS^5r!jKMvPKyIKmQoq(67;Tj`<(c
CD~Npn

literal 0
HcmV?d00001

diff --git a/demo/documented/auto-adaptive-poisson/u_unrefined.png b/demo/documented/auto-adaptive-poisson/u_unrefined.png
new file mode 100644
index 0000000000000000000000000000000000000000..f1373a9bcf24b78ad560f425258f8ba8e4e8b0b9
GIT binary patch
literal 31880
zcmeFYQ*>ofyDgfeqDod&v2EM7ZQHhOS8P>mqhhOKR#Y)6w%1v;|Fc`WXFuF_AMWFM
zn_6@BZ;Vg9kFlba6eJPgaNxkez!0RR#8kk*Ahf{1z>{DhKvzCAqi4auh`^-9gw?!q
z&wG4Z%+>v`UOs-c&aNN(pM5|;l1a>Igh^S$O2Db;Ip|yCbK;*QZN^!Jn7aK=K0?IW
zb{^{)-h?kRb!ho2k-`<%Y0dWKf`SESaU1+MK5wnwZ<T&6aw?;wro#NCpEK*e^)G(~
zkN$G5>i8C@imT_*JYKQ39sYLx^{^TFqQA5A{;M-8tB5M5m})3S`wUeHO<Xy(R4iOc
z8BHA9MhzAnbXp|we^3AKX#D@~3^Vp^_8X7APd$!95eUuA&AM%N-h0uM&}yG6?Y-{%
z@th2Xy?&ru?VB!B@QmF=tC#D|$D9HCoHM*v-LVW^Cv6)JzK3a=3a>)P$TVRf4?bo}
z6#RVV-FZ;}BLqH=3BIk*Cd9|<`#&t}wmaC@yq}aL8u(tcmXwqfeBPG}zDy|2{Q9LI
z@N&r5`&_L1)AMS(x~|LScqZ>@+xJRR@OAzw5cuX8__k4kkv|taLm!ou@rw5^KvE7O
za2>RId>%fYb{ylt`=|ds=y|#MGESPfL~H1CTAHEnu^x&ffJM9GclYbU<L#~h$QQ(W
z*|85oH?!LN*s4(tWfTzbi5Yl<x${ux`Ef%Cyon|_*%bK~YlnKJtAATJE^2k#4V*{N
z8?PrQ3%d7WXpfGLeqXfJbO!=I(`Yq6w{||Z(&=?gc1aWYTsG|6JHbxRmaBnBj-M8H
zN57mehL8l`b^9LvStd~QB@Zi5jI!@S`g#|7VsWmbm};_fvQGbJO>2gpOEg{g^&mX>
z`F77wm6tyQp;!J_zNO#6u?Puwnk|unKHi?LwtluZJyuoM{cg6L?e%|CI1xI=t1T4(
z7YD&5<Mw-I3OYTt*5=~nh5vIhUy?S7Y3O$&io~x*?f1MJS>Jst19o?J2NqMDWSh5a
zdW6a|#~sNd0vbzK++w<}lh<pEA=5;Dj~)Lf{{vD&@CJviuB@!A!1uAhRP=nWy=ZpZ
zl^UJaGj)O!I!XK@5O}8BB~?ZH^`^tipI07vA!7HmeYdoM&yj&%zt~r~!fB^&^L;O0
z{=f)&=_rPd%~%l{?+^S}KAW+xX<f+Gw#D2u+i0`T;dJahEz7y=zMIi{e(M9i2|l?B
zK27z#PxamL_L<i9fPA3<^!>h%jXr;N7#>Qmcr0BIY+^GD3+VoVP#E*wBGE`NI^DLK
z9SzX?Hd?F~TUQO<I%oYABzR{9f$w94fw@_Zormd2fzLyRZ@*UsZj%!`K5{pMXVCux
zNL`~=XW6DT-~Ult`}zHD7T45d%pm+?qutPR%Y9YP^%rLEH58|TlFPg}Cjb4MC}=i-
zbCCk~N1S~xqJ*z=(u5~?|J!fO-Q3(ja}NUT7^lK=S1#~S`M17rJ9;yjRI>Lrt$z4*
zqup@_gmE+;m(c4^aB^~Tz)%0(aLj)LAo$iS7%S8HCwRts<^>*93a~9MJCF0L>w90v
zlS$jReX5y{rVKxCG5elJxHhH|@Od4&PANE@CtYXx{~?uERNQeM!{7P1^gLA9+_Xlt
zy?_z84%T((JUkBkJjM(xOo<pXI7Czc$ftwqi+8OvD0~C%a(24^*8LQC9zbf_xQNH)
z40xzE?D>5C`<K1%<HGUkcdPAcoqi67eO1kO)wqwB0^p0PBL71vqyOm-B)6F&)f#G0
z?8`=cOk-aZu@c&iyDbZV91G37V*a0($26I(v2IANS$!^{(10EkjfVrdPYlaa1@eDR
zAOGvJ>?rmnsh!wA*ZP0l``?dR5&pZ}WR`0AIMN+oL8=By0ueaq|M`kC@&9o;Z-)Kv
z;}a*RK|Y`Zac!OdQAJx4{}oql79XBM1JHqTI>!Ha(ZzqgKRwRDw{lkKKY$MY8|?qU
zPBBF#!<xA1(C<X(K^U~PW;mFx_?uinP~2O7&Ytlj$j9WUQ~*X?+vjtt@1|)?Xi1Q%
z6DY725|uRo*?|OhYv}lDiY_kBEgkTBFrLM?>FxM;1zsIC&G-QL&i}=$`Z(So6i%dq
z2-fI`EKH1uX>avM?A6b5y-8cuR983<Zf;b+LnHte-V&n1c8BmC3+YKIvvt9fKl@=d
zmRRRw#+8b)TB<Mz{iO9S@OeKZ{OId(<mQWV3f$|Y9r)z^3`t54^x+Uu)_YoDNpS_0
zdcb=qD@_=tVVOup_e$rnXl*RV^|02+i!$LcCgisp+wY@#tC_Irib9V#2qvj3z|Y5R
zl}!S1?!QXJYN@KDS09R`Wy9jQLKLvOh0m1il|*51JmULvxUdkK;Y<?*^e2cg!^(jd
zflA715t#oBfO_8u<hP-V8wvj#4M=H3HI*Njm0-*?DbK=0!&z-lWKtDid+CGPBo<n0
zMgn^z9Ofrf<yMP80sYpy)$iG`JswKC%ZWd^(JT{?n7A5OcpZ`@Kdo<iAHskUqc=k1
zANJ8=pS%_6`xGH!1O(Sgg8G;z^q9HFS4$;7%sQ5sJ=op$k{${)p$P*e<O|OPY}vA~
z#ttL=tdJi3T({SibEq6OrWHIUuD!4~SQsp^V~G7gFF?0T5M4hJd{aO0R&cgp0JoA#
zHX7s{xd7mPB&8nRlK+gMt=zyiA_gDxM0|ET7b6ufRO5+&NTnZ}5XIAFJg_I(kccv@
zK@M;QpGWn1N{A=e{G_g&4)$+Mm>u5QQ$`0n`wK&$(CtFtzBi(#eB>JXLqY``+l!C<
zXx*oZsc%Yjnl&gdrpC+W9W;W$#>gTGI4T*N+5AvXWlaD<p-bO+_f#E(dW|~qwuPsu
zVHTj0flAqpmaeNLVy`SDq{}qPQd4cz!}KR4#@K*A!Fap`NA^K>{kVe<(=>?QJFX$t
z<`Tb$4|JbRW_3zIKb*en!JIwG@!s(f7VQgF=&H^A@?IS%XkTL-dvDwzuHBDiGGrzc
zE{iQbt5kAys2>3dty@MSg`14b7}GU=eV98Y-WbI;-{T7oR;K;_T^KSm1TG}=&%qpo
zGCpuwe-ZHdz7;t$e4&v_EQ(*`qTxDq^~(p7YOrVqt!~HYJ3gIXFBLYg0JVBjwi=W7
z03UD5f+W?gQ1q4<Yiv`H@5hAZLt=$63OE>y-U?N@AGRaR`k0h?!@Vr<=8tvvevFF+
zH!fZgT#-xqEhBKKsp>fmEo0T53P(K&j-a3dslf3z#JilRxEMuqBtZy_?ieHK48v*1
z;7SlB0Z?ost&=8$*i8bNSUowGyEK0|&-YA-m^-RlPi2V=nltM^{GN=n`b5~VgCQal
zT?h=q6c6y<rP7^6#_`<Bz6-}p!)t8et8eCcIxGBwj>}lfSP%{!J72`7lIfNp@Ch#&
zT>kkrh00~c)=C%&`1!f`L`yZ9B@F6Ds^0H@YKq<1#zdK1ylTjxrg<>Y#VG=?c%`fx
zjNEnDB<QtAeTB;nH|OAC2YdMymR=+Hd!}E%Rn_y{!!fG76dR^ivH=fC-xN0Li>S);
z9ItSAQzC!bT<G;ErI@ESha0|zs*e^kQ%BHu*3+)GPY&XI;Sh_c1j8;MMa5KU0<fUV
z)uYSJD3XmM7g1}E`kNmxnn4JywPS*<fg;l`2=c)Y3YspN+$o*t3%r)gBqnKb0}-x@
zwFvubDX?QQ<g<Qf!}WInwzzkEiAV(<f8TRtbsoG}-52A5K#f{L>Uj2uwIG11@Bs!u
zc^5NI*!s1?XjdIUo3U_-&!i~U`#j}fnDs69L`m?b`T>4rc-H<(L)*mh4HjcqesWB1
zmm?`&yDZKK;pXz^s@9y~X6xUU51E+TZ1Hd<ZJB^i!CL2USad|@9!%LHqcIPprN*ji
zFtSO+H18qI(@-*^#?MCLP^J=8&MWXzCg-AMu`Cjk>6s0INF@u)$KnpchE!}Uf2qR=
z8Bs>+k6vgdF+)mWakBC;0zUIw0k8GI&%?!gU+PKQZ|EZC6JBFuE4-p;8*hAg**~0L
zc*;Yj%P`;(=9NwRq2lF>YLK#!43x~mpy_L@307gyAjH<%BU9SE$!*Utf9OarjYp`1
z8O6&c4Va`dLdyDkBP(#;53c&XNv`V7c>=d)R6kRwC#fw1!Z7OGvO$F}J)&B`2ONMR
zrzT)4uEYi<)o8M1WnDup(q}Y+h{FMm7O~9Bi=~c?L1lI%>+soxWj&eT9D3sUo<zOY
zH{+Z+Sm2#1Dr6C3;*k~?WuY2fhHwbs9p5tik(Nj^nIWmvW7B(UH^wbR8DICC{K{~d
ze^T(}d)WfjBm}6W$o7YG*6MvENCQ3et{`lMm7#U%bUAf!6c)##gesatU#3~85GaXT
z3Lz@Yd&N@5L@)zi<&ej(1w<%S^Y)D`vLpm4_ljX2C%?_mz;own+gBwd?Y$Q_q@rCO
z5~dk!aAgYCyBeh%P8gcWfLTH?GlSQ^U1<Oh0$2HP#IeIbfh@rd9Ca_F(zMTQv>On6
z=%@h1u*isx2Emv4WLpW31~r>ur$%%WXerHOT|fpK_>_g|df<EFHA(y9rEE@79VNb1
z&T(b-_vVGTAFp!Rgg6lqx&<0xX7Fnr&G=or3O`D%P0kIB??QekjQpYWaNr=I9nE2Q
z&ahq2#z*RLa}mrc?mhxd!wlZ>mQy};!|kMY+e%I&kuL`%%%SCDx3VoA<&CU$@o12o
zXom6Zb0HNvHR=6f`P9kvU`WADc<ACj)3><^<Kqs`c-Ul>vg~K}-@|GP?Y4911YX)5
z5`$73KYM1nVH+s454i*@)g(PbzAP~Z%)B{rHn8*dHSLE5u!wVSO}D1^CeG14e5D#1
zj4<p9iqh0;oMzFcu$|B`u^o=gjIIUB6|A;Fn+ul;TPxwv!1oy;OhS}?trp88P`18a
zNSw?F(7Jp#?!1fiI9^N_b{O{2lA@-p8%9v@ME%KRddZck_a`08A<IN-K}C!9nE8P`
zKoDS4fm+qmlv4t?f^EGxj-_L|g!6^P^t4Ee3XgPHg(E>UAm~BYp#5?*R$*STDwp1F
zqwNAjYjz?Ka4jq?+wInGhfx&)74Nl<{(nbt9rb$sUO=}%y=pq9ftT^kPoIy!hKk&Z
z0xt*Foj+J(LDNm46}S~H*8Ofj)dS~4&!$0D0Ay-pUp$W2F7h*160n_9#1FhRb9`z(
zoKnnS6tw5I$;pW%M--2$Ov_>@3rp?X&&-)3n^O@#`(7n3-h$@Nmj1&mPs_!KlW=VW
z#$%am5@nMTUUt<+wOXFk9$BfeB(3};hDReMNQ@kL<+FLUAb&?&8-gJ4{l>HRE)PuL
z^CmIyvAF;r7x(AuS#`U^)^Dwsc}c>a$KSS+l9GZSr;35MDFwMXIX~ZTr$BscWaRt|
zM9u_3zZ1O6n&qSL8p7RnlBm1AF9vnd<r%H3?|@br)l}N;Hh{y-9G5*#O{OHhd_|9)
zsO}6t4kk|78iyQI-}?a{xG5{q5a|UPL@Cp@um@xeR2iLC%%!uYAYwIa4l1hO%E`n7
ziqFm6i27vR?0IxgC<`!!y9ObAt5c2GF6}UO^ga7hc?QtVZWrGgVZWRH<o6L-z9*@X
z{vFq$!}#HB`DrJxj~N<_wGa4lwbSW(45GLy^?o2?ZQ!wPjwJAGR0AT`ob4MIvw@#?
z@Rv4!S86r&-IqaxcBMw!6>b)28%d$CyNz*>VS%&lR_h-&X>ImvSx^=V)oWc>Lz|(8
zHN=_UV7N@c$;n3a=lu)g`mnY3UWGBs+CxtQG4dL6{0#C?h;gWp^9igQzEu%0QCyNJ
z9Lg;*5>v@+%ZXVxd~Qt=G&r{5ZblikJE)z~a{ZNLBWh=^b@{c-i~(EToRFahi#2PK
zaEq@8Ic`b?sm(Tvxa-;eJI}%&d}*#B2K7%5^@08%;0j$}$nzKNI{_o;n$xqh?HlWU
zD<F;+c$8%+a1*UKKH0wI0iyR?ZJGM^Ad2bX;Q<<;^2cup@pS%1E~m3X-nC7yc^M&@
zQ5ikv?5yU5JHlGgQ40qV&e*W-H;TGRzrGYP`q$qrq~J3#e~}|qjTp*#zYQusK@rQX
zn0ALOBN%wuC%L8OxieEr)k*EvQ9U+<O?h?YYKX;EZ-C&0HMF-kr2r2W7T*ZeF;&yX
zHf*Ajr7c>(V$r{;<7D)znp~gwe^V0bJNDqTxda4yEobvb&TT*@IQs45W_g2@7RdxW
zZUoI{GZ3dzfUoB0jfSJxTj#8AWR_$Du5npyhR{=R#H9&5Q#XmmG6@YDT|Fh@nz$_L
zp$0San2$ft5q%-GZ?dL?)EpHF+O<cCZ2!f|<I2pAmZ~e%&n+hS+nD)lG5QT}mKoRW
zac6_jQOoFi4!rN(fWb-&(*_M9IWd^l4ZLIH3ZB<_WeS(M`PcssO2*`WY+&qrzYWJU
z=rA2aG@S;~Y2Y5?=ia|$QrS~X4r-jZN9g+YTxeuenNViCt@EOyRKyYY(MncKTt2+4
z?Z`23V5H80pUfm20c4@5^aNQ9dR$9mFyI@Mx7Z{}yY@0fB3MMbvt2a74kyNX=B02)
z{$X|3f9jyUt0aXn$<E2^3Ea4OCG2y<O01@+E#~-hOKV08E9A@{wCjeawr@CWV?}p9
zXZ92{xOIspKaEW6T!jgI&l}%BddY4ip}}+=NUZR<{xcx>k|Nl7Gm48u!1r7p_*#DD
zHOAZKu=RSxS#XB}g)VZa)^vVLn}<TSmo>G*x-ku<Qxu+Vvij%w)p>^zD`FaV$nJXb
z(KI46O8y%(X9W_-z19;yV(T+4i35y-lMm)RQ^nCCRT8t_vn$RFhv3r?%Yu;`r|N?T
zipNzBvVGv*E;$X^+uJE`6{5j6pjZjL102r2SH{5Gtx*O?S#E!NF#Ou3{OtRLQ8R$&
zdstEh35A^?D>xmuyE9({A2b77L1NJq!%sjzNGiDcdDZLC?)!GpF8F#<QvM>R$O|G?
z)TWR0j-E8Id#9WZRtZtiwo(p%AWf&MjdJNCCjO*dNalSy!(x2bBFJMf;bI#F>PZqE
z?j3(7lOFyYtKA`zHpGAmpFNn+aGsNGhq8Q)>?k=0zR_xmqv6sS)e6A7^R=~`CD>$4
z6TX$dIH6y*DvKG(>GMsRKaC6i8Zu8}k?(fs)Es8JCgH8EZ11@nPXW63Yg1byt>{>9
z)#!Hw`uv|tl=!91Vwrqep5KWmVb|>>EpOh;$;pXyJ`a;7oqtsfs1(^`dM`@Yc%$dO
ztlx1<h~@ae7)Ki$G530qh>O8<K*O{X5{G>4@vS6fcnXo5UxQqSmu0x69+{Obn??Lp
zQuwhb1|HU;YB*I}Eo;Qp7j}}5Yjp5hPZ8v7#>m>-;)yrQm0OMkkd!_5;TgJsGdAs8
zt%M)bYg(AcJWA;4AYAEC&awNo7NH*Sr?jCg#jz*5mizGo=y^>}B|APn4G0Q_K?2FQ
zd>8~gZm|7L=2Nfst)SE;pTnUK5?~A7Hjho{+^*|-Z{i)nyq<pU&_CUEt@hL{o`Mv}
zH;@7*7>?=wudy+pPjP&PQcV?xy12(>Xka1vEeRhzfMK2~aB;F28D$hTp-7nb3bB8C
z@<TD+c-NS#11Bg?5e`52{9w*n^ePj6E#?kmSJ)W2+SVW6r6<T_StuBl_AP=K9FG?k
zEYf4+5e+Kkc!>{IpNsW4I`rhNIzdEHx^I{8+aQXnA?3p2z`@^Kl5A5!?#p|}&(f{w
zfMH^~_!@1(H<YoRdxo}=&BZ{$laMrWljSP)T8+Q!mIXa$Rn;cDAQK$pv|DY|_bEVv
zTi<2Z-@4ADY(~Fb_*#wcK?6Tu|0#@bSA9Sj!RO#}vG?t#UQT}g9^;{iMJIDhG<>D{
zZW;;(?+j`g8kt3!N-E23Cj<ATZfavX+*p!yt;_|jxI96HQ3BuBLShaFy&^))lUFF=
zVn4S@Wai{>V-kuXF@WhJi*t2e1Yk0J+nH80$f3cH=7zB>DkZi|U5u-HgJ5g6R-BKS
zfdQZ5<JiNCbFAs$1s2dkDed+!@yD`)f=8@G-b|U*!Te`ZiAJXU=W<{|j~AYGF|VpN
z#}tDT&bs&G-`FmhLjY)c(+{UIrj)P$iKHKUv5Z~H*Pz7y@=s2E>OSVLyM4Ua;I#kU
z;=Df!L+IB)FpJkv4U#we9%>ywrY!~Tf|30C)h{1>I5(Y!pfL5WR|7v*>yO_1ma@Fr
za|)<96A7v?t3VYZ|0Z_F9<IRY<g@jQo{_;C|H3K%7IW`YydI%ZDI*g@JB2(`NSafH
zCLwhDZ#0n->jtq?U&z18bG;bX;{*xooRD}MWBxP@Qjby8?K~~K<Tc-XXa6oIMF-8G
zSo(czVdu&5UauhcGO}e09=TbnjI-%=aebZX^XcOX_=IHrb-@M4V#GPR(2u1Bt?hda
z)fTaiRvpl`S)DSUtG@|SK{XBiA3#d0L(hYT>2yZl`ype%O{}v{7Cx`XrrV<Y%r)QB
zrt7M{=hprGJ-+AW&DK?b=H>9O8V(~(N1w$Ufyc(gf2AHIZ!X1iZg)8D^eXzFsq%W9
zgQQv*gTt3udY-X|`=SITZs}2mO)+unm<6=b95MU72TTiz2B`!ldNhyA7ypvKqq)cM
z`w&^M1Mkd-hcoblOvz7y*9>zKj8YLFXv+Y&P^!s&fhjQ^Axidn2nepWa<>>FI}%tw
zw*pPEFANx7(H^gfRzm#cfpt6+lO}ATy4Wy0M0X(p%j0B4^Q4pJfk;Y^7>BU_md0B7
zz*CfRKL-<zrF7%UP2jZ2r$Q=g|Gx(HC&=w{cHS+1Zf$os?_YghUTr%KAvi2ADhm3q
zn`d--d<Mf1JTDu5ERXVw5o0ybf*HO{YJQ$1ex5{A=4-XuEI+Io0vi+k?G7i?>TeH#
zs|Gv0(~AR+Er?71R7z9}vkyVm+V3&>nghjbwJv*mu~ki)sDquDj|p|yp*Ii~{Y8dK
zCx&z|sExQRSLYU@Tub576W@1D=n$~!5}`CH595nx_f386F!1AFCFS}X{W+jygIA=w
z?|UigV=BC?6uBHO#TSRI@Jw>7+p_7-PiGwatCFP`D`Ejn{7aCGz)1?)M(vk(*~oPq
zr|c@U^EZ?{yb$@9n3=h<Tt3TCWE(3rZe|@@V5c>6E;qb`-Fb*?O)F8<#284T%a{gw
zF=F#JSqvfsm!mnDF<%l*q1el}jd#@GX5o;A1QSD?eC|ApA*YVfsk6m&U)&`ytuhg2
z0t^!_+f(g-Gj$N<`34q$W>I{^M#7%*P499s(BT;}OZ{0RjnZPRC9!Zz)H25QHe(sh
zUTYcmSX>5wxX)wT4}#?w!Y}U$_?<N}GZpy`>0u`v5l?Ju4A9lB@hg!PYK3V->LQJC
zX)6|~$ORiY3q;|CGVS}b_9D0sGqd^=nm*X-v*0mF*mjw0sH;UOW1Xwe(8;W6#E3Y~
zna<Cq+tihyP5cQ<^+cSnjndV<kykDXk2qcoGN|OOR=P-8Y!{Et%iYk+3W@Zj0J*#B
zbEF=v3kF=tN6IJz0Y^MeghRfU#{RI6<so6s3_HsnX?iJ}ZkRNT?}05Gae<+kKnyvt
zF2`6lz4GT@WGHUHRt})aNR_T{=|$Z4<So=8s~C1BLO=x6xIjkvyF07YJ-!J3rBt?k
zbu-w!Fi2n0VLx??*T<V{&Hv~zl8Xm#0taW_5#^F8AagmP<X<1s6!b<Ey*|^p)H*=~
zND3im${j;Lq4Io?rt3OWc)>PKInCeT=vDfn!7^{fFaoTFay6W9T^OF!Vew1(uvx%L
zJZsD%05QeXT5xrc3Zk74wz|#x(`p1fM`G#YLG&ra$7os6c8%xqcI$yJ6aT#z;H%yF
zZXll5tOB#exe4;(?O##wG+sep3PmAqNl+ogkZnBUSMx%5OK9lXjsKuf{(J6~B_|yL
z?ogZSV*0+B#MvKaU0+IgH>fGsVzWDU*6$6M!}9z*LxA$74NDqs453(@{pWslCxI{|
zRJ;s^rM0#aP)}SYWK1jU^QCt}somt$t^=*OqC6ml=^{SIZ`nR~lt`oZyI@&hd}@4T
z%N|44QsqfN#hIKC5l7wAiYBcE<sYbpdygw9)OdwKrkZf(T|)+oo#~aJ34)jH{-0jo
z=hj9(w?UF#y(=gE43iTNVpaDeNTtV+pI#%Q*qeXI&}n;cvU)1#ok*p6w*}LsEz6=u
z35|{x;W2H{N4rNca-yv$<RxIa!{mV+088lEeAv~tK*lTyU9O^t2S6V^x<=(`j7lx_
z=m$`OalvPvIhFij9}&UsUt;To?q<D`BbuERe(p#z6m^ck)4bFpOyN?)@j=;iND?Yw
zCnexodo~PO55k_FmP0?Bx>PSqP7mW@LDBwVs%xtm;(saEX_<&A#j%ua!XbuXH+`?$
z4{3YeNC^W}2`zg3yJ+vkN`|}`^Y`5bUEuJ?KfB<wQb}2xF6CRJsC*bN3I_)}JYqmb
z39s~_hLqHQT`c(lNUOpWGlwGLy-Vm@A~#_H>rdbBW|==jxP)~JAA8JLa2pM>+2+mk
zAhurW>-r-<b8uLho#^Lr#5K$<9OuFN%jyi{=(y@T1{o9f@Ep4ovBB9$%NcC+5G`&A
z>ElKgvUYfm+5(sZ+|L*xpLjBefsSuqOhXfRFr`Ma)s4PTw5eTgT&OP|LSV8I*_Lg?
z9it=)28#=oWQ6%n9(=;?I+E9RbG*aK6N7;XHSV^v^HkAA!4)-8#i(BuX($b}I%1$G
z_p3P0DjLyYKWk)nXfc0j>#al-o^Lph^nL4Ggsr{7NOsLYG!zb#w+>k4OU|UA@AYaB
zv53#+zEo#AHS9@P5|5k{yut*RoAFYICmFl3RU4>MMf-;Jw4cEROCB2hn8|5+nRMs6
zX@vYCus(%DE*a(IJJbvwYQz;LJrw5vVCuZ=y<S6(aBleJ*btqUatTqJAquT4tBk+i
zM9#9L(>nUqrt`|Y0g4crb2+myR(NU+CtuOgzc{%dy6HGz=2|k%0i)KZy<sJ-fPPyv
zJ|UlVIvKQ%b`0l?)4U9n7f=bA<YycXzSxFm$N|^oY~hEGfnH8Zug98IH9g=Z$8!C7
zJXj&@%%TC18Hc?vtR<cE7woP7k?N`17@EZx*KoMa*Pof2@bib<L6RC1P)9p<M$dsz
z{O(d!WI*|Ev1M$28$ZU#Kz&w0J@&9u=>!o(gpn#2kB{@Cpb1x;bMXnPQWiLa5xu6r
z@pv9_(p0i@({XXhr}rrG+OtwssmWniN0I*_xt2+r(U)z-2)Q>Ci~U*p@%&i7n2lkJ
z*44g<<k?UHUo>-LHP|%qT^BP6jUI7}u~gqcIq_4Iq8ZJg4lRzqKV}o-|I9^-56cDM
zu=Rf}z;+DZ^3Ih%KNleQFchyShI0Y1Jc>RS@4pSg`e58Be%CE8OAT6~g3T11uGMI+
zLP!@f<3P#dPMRjF-5AijE2jR@lJp|pKIcH1Fkx26O1OFqJr721;-=QsKN)g(t_Ft1
zIReH?!}#bdO1TE1{P;(W>BsUj3cDSk5h*c+edP9mm~(mUiy#y#Ah|V4Cv%6W`4#iy
zC2EIH{MQ?dI4KUkItFN8l6I!aLtkNtE-ho?M~DaT&P;|<Y91a!Z+fQ7W9{K<m+?2b
zx{Ps8m(It$tk`Ij934-v&2`sYxeIob>x+C__vlxF_f=f+)enw#!C$1R+80w_AzLK6
zd2oy_nNWwKyePsP4h_Bgbr^#y+OO9s92n6qk(b#RAA%ydRfj~rjnB93fJ8%&qrv8&
zdJXqrV(aDD7;7}C{;q5XUP9jZ%ef@@lr8|yejf{}cF0Z4iCV)#xfb2Vp9P!qBFtpl
zBJI06r-5a|tcnRV4K|f+Z1>nn5s;Q08`RPIZa)M6`-`B9>ks0%O3ArF6A$jSF3d4r
z$?<a><A^IdGPuNRib^8SCxWNDD3z3KaIm$A8vx56X)vSV{;%E(V6zvAsFOb$%Jrxu
zCZ5eHSBZ=+m2mnRvA))93}1Hhmh^tZ!W^7t*(;`j{~~V;>*6yIWpkz>Kh0B}(DY;G
zrqE;tvkb~40)5Ijm=5*Jp`SbvIJB;dV2pbuvzgpE7odp}Rh||7-am#a*8#J+-ZaBx
z2ojC0w`lfi{W?-vzuI`g6#=w(Jp(>n^^_Sxk4oqVJ*pC15g0H-zh`2>9cS(_6Z{V7
zoj@UR!w89vX+&XJ37P5{3j^ZbU(cA3WCi@l7iS9Uq$4e3;en`CuJRUx=KebEDydk(
zJEtu~2obLu^_V6UCJLBqdsQEe3_3y7E&0q{1O8<-)8d+#XXZqL=o%Bp<2aYaqstE#
zyeP(xSPreh{f<O<XknR?WtTB9%`xpX6m(N!p;wp=SR?T-Wpc*Tee{pH{zzcrds@6l
z{*Lj^U)FfH@S&A^ZtbRq9S2H(U}Do2g9P5cEr$!wpklKQ1E7^jegp?YT0F`(*}6uL
zXEthh0+Z>0tb#Z}Tt#qTZ9&mAndQ-==7gKF^u?+JYZ5%tw(<Sct^sQY4@Zd3xhB6x
zoKo<*Xq0z{SG`CSAS$IHa7l~N5EUw5_=engTD4A2wA6S5x0qv9V|*SDl4eo{*jOY0
zS`wahuYN?;s+&}~<j3uTkc3&_tb0F_*Ft`-oML0+F4zEuzTbSg{<`u&+SCe`Ol%>#
z(nQ=qyzvE_6Ui`ceUge{_DZVH7*@8tpvymBLNX2Y-x5`nNl3-LJ@<=SMn$-Vk9g*f
zuy@`Ym4u4bk-}uVL{BdVfyKTfA*&>$DH0o!rN%a8HW}A98B}`xvlr5;D64Ij8NxPc
z;AWd}F^*}G3IwlfFB#W(YMV}bsI~g*nS1%SWjy<G<qSEgDPgo?L%0&skRWF!-vAy>
zXVIZnURe&7BR_&JS7Y43_o~^+Qf44})IJ$IAPHPzlL!t1wX1G_{yTXDaZo%I>iXw`
z)n@zw8&bhj9YQhI4~2Vw4-YcsxaP;W{JVN3O$Azz)I$`*&Pm$q!)axF&pvVwmw~Zs
zhP<pC3V>ivi%dk(w!x*r@Hdih5VBFcXMf4X+zJj)^oxlyY_ZtQX?D1aY!<Rgts@JL
zs!GQerVcLp{Z+QGnu&*ojWLRTimHOwJ)ybx@X$e1EQ^NZg6xDxRH}B<)^^$x!9(9g
zencM;klU2ADRh*I)34JH)*sazJ<RX16{&z?TtiEl32hyx%_{wU=#V|O_&!h=ZR4+B
z0ppkHk=LgT#t-z==0t7-zn@MtR&b%9jPQkc=a8(0$!nl8jhK-_%E*4Hklzi>tWrOz
zk}dtq*DHJ(6lFHx3j`CXQDJi*n+UK9Q<*Rn94wPJ*Q6+nt%>AyFge{;6EnTPVU8%+
zd3SL2aABN{9STB*HY7LfI6u)8BE&6R$TEqU*t*hYvhUZ@%*c-+e}GMvoEb~HQ1u0&
ztB>n$RknlQHyIMa{kEHus~!*RBzZ?DXO3h$<j(wulBf7+3zSi$b|NeZBnH!V2AACm
z<tR}WTCn1qR_c=FJV8!_;9|3XwnSqvSrbn$$zV+h7(xWNi3!-u5peJA6!QMQ{l?|g
zmLb+kS=AN&#I>vY)Icu63|ASLDk*8p>nx#UmJ}mobqSvm3R%Lsvo@hAkKn%*PPQTw
z3;@?K@}beMQxk?Z2>d$XbaFS#t|Q6`+qVbYoFHqQ$|qBbmnIcp^CBE4rjn`U(C%k?
zI1=yR&{Lw1j|8`b6whij+LsCA2^m<5309pV%4DJ;99F>52ii67PURBD*Sl+11`x^d
zjA4x?^c57}gF@w0w(-#-b50-<QrQx6{{(g?dH)S^f<ORv$jmQ<D83B?qi-!;7t!<%
zoajeT$Kjbon{9Na?@EhGnhgmRd+Ta{H&e)ikd>82@}^jlkjTiv4HV|fA6+#(H~|Ll
zbgQ`cSS)6C`630JiSb=86)5bE6H9=|L}G!tF+vGl7?8BwVghx{l?pD^Jc?W+#fjSr
zekA0%b(zAVNr-!g&x7A02(B`AB}rdeL_!`suETQ^l~sARE803&n+!TG=kKT|tEBRe
z=;hDyqr&ll&lkot$~vMwP+fg35~%?6iwmm;Ey>m0G7h@FQt?1sG=33tfb~fd+WQ0b
zAvlbnEW;?0PArM4&OW_=j}*~4mV1<EEdz;O$4pR)8b_p}QlZKFZIr=31k%9CISR@m
zAqkn@`O=iz>suCZu>Zbg_77~r$PP||eyBDNRqo}8GYV!8F+h<B;#zT5N2G*(x&;|8
zuQ4v$C5mwLP6#l1WSAu+zJUcD>O<U2VPN6$mzDki+MUhF_Uou4uD{vTGg?l*Idlzz
z$uG#_N_FNVZ2ba3(aHS+6{zS%_G(%_-FX3#!*dEZI3Gr?#@~r(re0sokdyg+lH^)s
z0YMTHVwrIxeZQVFq@qIJ*@B3I&A>t~$|_gSbi<>p76jWpKAFnH7WA%(WHt%PESZ_b
zYc;H_LuaJJ;aP~(K)pEZjYJ<8JG~12U0YXGh;>#r9Eh`R8;MvTWL~Ebk_$&6QB7<_
zpibwb6jQxQhIF9i*{hSrE+t|`P&oDOpphaR)f4APNNKCcSOks!Hj7>dgOZ?lXQX&H
z(3%-+*&Ps(aQY~)`K_e<S}0P%rdrdpzRtT!v^b1oK`SYFee=bP?(MXJyYok~#<j4>
z?5i7cM5oN{sCLAK55~bSL#1IiF`G`)Nk#Vt+#m%Ud}S0q#NrcjGaKwpsCY%;wvJGK
z!|7@?<pCl9q=lS3ICE-N>oRd;$#<4BM;~@M92zBkeBq8imhyCdH<1{f?9)q(2bl-a
z;+@5fXd~CGG4<jbO#O1qHaI}~Q8+|Ls(aR09YJS+E(s^I?s%RvJla_pO6qi**i+_D
zzJeHbp0rE-hhPYQ&FEH;yWxQN>??{P)c{)?MXzdf)XOt15iZ5veI*;@oD}?MxG3$w
zM1W+}X<8-Ki=bd^j-evtWm6zA$${A>!Xxtncdi9?DU%+tJ2|v+u8xGWqp4~odTrPz
zG>u87Tv~Bh&@MSL3B@{-mLi;i_zO<Ds^ebJ<gvcZ@b*dh?Aj}Aj7H9;*>8ZL-=GUD
z1QXqOL#)HwZbU$4MUDydjAOF-T!piKUfcdr%*{$d_m7u+fxud{;;hdMgg&_3-Zxu7
zAHrBX)}PDdR5TtI_15K^<N7M2UJYd%P@eNAf?kWOcV}FEm_5IH%dCl2^oiZuz=%MK
zM1%{rSUREx&-6{-`oWsE4nuv9NCNLUX}?ufVF~Gms9S(W+LqGGbY`fQ-Z)X^3exCL
zjpUW*QaK=uTz*U2TW#LW&|&XZ!{_(CeW)o(6;=qfP8wl`lGOy3oO<;4Z)569ZOAj6
z?M0rB!LIY|0`y&E-dh)*AJ*PZ3BkIP-AbUd`pu3@2g7+$x4)yOxMEq$6$Yll!V3Vo
zauEl{eEEgZ@}N~|`JBgj|31lCqbt<_g<ckp&jN)enLxW{*#6v#Tl>}K2%x#X8Pml<
zjqI+^!?HyAmmA3!hz$DHB`lvSIo02<r2G+-vbATN9@9@2lIaPWVUh5}N-+^LG^&|S
zX%_3fqsd!)Hgi`KnwQz-_#Tt#+xyH&1%+2$R(#{48omr&8p$XoPeVmofWWdom!nnN
zf65)c7^#t~ICFimF`%NQ*Me)@T}=4(jMFk~p1HTU+1+89YS7LKEV|upzJgH3kym*4
zkE80Q`#6Wk8-jiXT0Q~npKnxqiI*g0Y134mz)nxHt<)8_jvqQbBZ3vwmNDMG7AfZ0
zWzQPKYS~0(jqcMJdH!a03-kq)C~xanq@-f;5=?FP!aR5+yi0!z{7&nv_QzWr^l6vp
z$3}8(Q^&p;@<i$fs>R{IrsQS1Un!LnVMI4h*cBS^h0YyF&Qh8oEmKvv`dohWbV9`~
zte?Y|{wWeZD7G$zqUpfArijg|EY!0oK0JQwKl;R9`J2FLvJK@!iF=gb4zGM3E*a<W
zP2{$uW+1N1h`MOV`F9JJl$6b3>87rPr{|s+%k4xIjSkjm2;|1>3BE@l^-NB2=KM(o
z3l_RasZ8UMMO^*<j6*S5@PPX;MhvLvl|pv4{`xYb$C&6S=1U$m@nas%q1{?=nCQ`)
zd05+*;6vCi0Z?nRN<I>%bIIB}jl34r|I2=N?FZkRO+4KnZY31TvXtdJXy!VAec-J`
zCnH*ZJ<dDeNyn?#2Fk@*!83jSUASw)%Ux`M?)7Kq`Flu~!Mbw9mMS1%Wtri`e1x=%
zkRJ}yWY!Q_894}LAEJCSI-N!Bjs>>>SIlZ@%%oZ;^E~jGe=sp6zw2Gao9ciRB?jBd
zO|24CqL!HG-JX!YZb;G{jBqwD;h+ye!ieX>7P-^OA`fXSh=Ioh%lEk!V48N{l~~cy
zrlUlmcR6Hs|7C%Dl@#v7!OofP5&PYUR18I%lf73(@-2#)IS*2$WgKiFDY_w<Gm?x}
z7Cm(j6Z6$<SnGHxNi&@$vzsWKbIJF6A&XEZf1eRDEB=}?#j0dQ6@F~BB0+LV#$7t{
zu1Zf9WT=TnEjF`2S_`Tp!&vKJhKQcFI=tyGH+~iPMf9+p5k~`(9tUk@KAJF@ydU1%
z#T_1^3O!pm()Kka3vFcXW|xm9a21Y{tmvuqol}UdWV|RN6fA5wNH}psU$As7<Op7V
z{7_!E_95kJke1uS6!Fm}1~W3j8R&ifXzU1QQ6}YC_~Y((Xn~HFuZUO*W&$J}WK0c+
zu4z`PG72ck(^Ic0(#`xD<K-mDNHH$f3eQ5Y3^zbphC((t8{X0MW@;38Q-s500#dj-
zY=>&2AKo3uRzd)SglYt6r4saVmcl}|3m-lGJP+uBaFgo;oB#GogLa%xP_1m^SVn&R
zr5>{eUbs?0NUEIk9$s?R@mQw$O`F3Tt^)57Io?8Rgg?g}Tf}S5OMpxRd~0ZhX|x+?
z`+dKx{({<i86zT;S0;-kEV{D89SfDXs~E@Mn1zaZglyc`0USkrE-^cd5KAkit_se=
zCL^Hp04fwRLbjwO{g0#!*y3?}=0phM#R>VZ8)CVuPZK9rxbKUdPK05z@S$(!f+lY9
z7Q+qX4XR=V)Tj|wqlOHbQ`s01x^On~PF^YysB2MDY%r3DU?Z<PbcV09@Sm5HNuYXr
zpcZdLfcYTNKoUHN)8$dNYKr=(q|8oi&3tsK;k+s_friaY%$9ALl8qq;4l!yWUl(^;
zgQMQS57n5{dr9Qe%cdlR7Ey#U4^)0FSnJ+{w+%PI;9e6B^khLt`($)SULh?gLS?3{
z7nct;I9!?IrN_8ykkZcM={p=nB-oxu@F7vL>gnjzA{Y6rc%uZ=x<wZf)3RmmCoyKf
zqF@IIID|S-r%0h(Sk;BI@gy)w3A#td^nu?@J<%$ofkHn-3a)lk+_c<i@R;t|qjc4L
z|Md}>ptmH>e6*xELF`X{>6*h>=;$O_Un8|p_)^{(!<)aoqI3aA6cr6M9L}(V2}Qg#
zX32hu9)%&54-rh}$k90#u1J_Vda5F-GH)s74~ssnxIqN+8r`9okk=t^cQL<!EI!9D
zVab5s@z%vz5}n94lNrHSq*6Dla3#{+auEojZ?Sca>PgLRTi^6T;Fv1-5gEO1R9_lJ
z1<ieWMW$ELA21#`3js)=5Fr^BFTsnz=wQztmHI)!Ibfdg-VwzG)Q<8i{qQo)h{byY
zEM%gk%ueR9zd=PA>5xUFMQ%m8PV~LDUQkz|J&NN@JEbYWQ(6o@aK?uq{|e}JKck$Y
zA+@r#09U<ko_J(OgTt@&5}xFk-poJIt**0gh>#x4Vs_rH$cZ=_SNvIl*oZX2sn#ir
zclia18?wCLI#v1#r;^DCXaX0P(2rBNa0l-kl2#y}Zi%EMOyOT7Avyc)XsR@$s8sOF
zAzg@w9@+$KF*{ARiSptpA?rBw1)xj3$VL5eQ;_+7a<h4zNTd(XpBQxw?O?B10e&RE
z2?XB4R+6&P&{umsmTX;kGC~6E<-}_jxJMtwJP4k)FAaZ{R&7L&Ql=s09d5yxDK5WX
z2-!H>KqEh>qW_n)B@3Wvht&$kiobC>HeHUbnfET8hbpW9q4ZoSIm9ccCjifk(rCPj
zk8_Y5^|94bx)Y<ruBfTntENTmSW^jL2mOJn5CgNc_<~X)CBORoo36)Vyi5)i3-{J)
z3(DaID>y&yomBKD73};w&jj7(&*j>TexHpIgr<zZ!}*CCx-K;BpS}Ae?-|U@`|MQ{
zK=6Th^$)|Sv~N!5QWsRl8|#N)MmndHy!Z|c{%Yvmqau_7?x@<8DY~MJLq=+dI?)M7
z8_>9uV8(W$Ip7vNpDHi|h~K}?%kBpX0f|F!Cz7GJTw`K=Dghr+E^?#`iT#^*S9T^4
zt;38sG(>NUcPN|C+-hh-;Y!hHe;uHr!Ov@zku`at>?5-#ygFlglp*UwCVa`_cZpm+
zdHoWJiZ5jC8G~U*k>jReqxnOKL&Xl3#+$28w0*zZ)Dv4(tu9gV@Nx-=0+`=0!HiE6
z@Y67}Y1EKN-jGs^htFeT;!sc}emAKm@!aLE_o7|YU}zk&qG=qkE`OC^$LFs@pP#St
zfZL7JT~9DaW|h!PXdt&ZBcM`+MmV_s`VtzI<lM61Y@rHED-W;@mig|_MZIB49Mf8$
zCUCB1u2NDGBO0!R0*MZgU}7UQ0NM~MsdXEv2=73CR}<TrB%Y?ziFQ;G-i;3}>YK|T
zWu@`A)B8-@=tSY0m&&9D8@(y%OspWkAqrz#)Wrz<8IxvuR!QqA!K9i2-AW3rV=4`T
zUD<sEWlO<glY^y-#n!|V!epPLCR<ZWKGX5Uz#RIqR6x9m6HvS|9TjWrf%NF-h1y6v
z?@7wJCOkZVp1L68@5Uw&{OmeepuhL)A{c=+I-Q<BVCl@(P3;EM2M4e9V_dA|x~xw;
zC~}PWtIq*-Q4m~6;jv9D*dg@b<m4JBW-15}<?}S;M~uKqQc_3X^I#>Be8BVdvszQ7
z7Y3>9)h0h&m;~J6Pt3uZX@6MDZBXFH3{pS>z))L9SxV1mR@EBj8R4X3Lz$cQRkGR3
z=YbF3&qsdkyT>M#@`_z9=q@Ut$X^*LZpOy!eo;zH7)<Pqnx8-8j~%bH8_GM%Cydw?
zZ?r(J=2cFQd)Z!?np-FccH#K5Uo5_XkZ#GVXarmkW`i?`3VBo=U~(d<F~3Ypm3KI7
z7NX7^ndI`xz$EqfF4@`C6+J(}CX@80nIiT<YGh%KMw8x@p>u8qF6yoR==YO>o(P<E
z3YUyYV_e0Eh7_X5zlz3uUcmurf-yu`1cen{th7OKPfkf-FY^|)mV80G>(B_Y+VnYW
z^IMRK52Rd==$1vRC_fJlN4#~}3deN9ij%6X${2qT*cY2{T4~Jcd1WY2!X&~H=4FI|
zh$z(m&c7qmX+d^{X@|!pJPdm`^6dBZ3(IaApn^&dOR}JkMjWv;qa4sz=?EuTJ{>gX
z*SYsBtRVUj4(FoM!S&PP7X<X(665WuuEUix)8YX{Gpa2PH6tGJ1kXuH>I|bqDOvyu
zOLlg?$uR7o0Sp6U%FuK8JLFr3%M1K4)F~JDMtZP`&r(lYuV=^K*nVM5+>#P0<%Om4
z=xfq2_yj{ysL9!1K$C5XZ?0%+@d-3Ra77S>T5q;YkeAQVi(%EeM9=GbnG?7frG$@`
zLSkmcPBLH30_h+C!f-Isya!LHD?hx}Pf{xtX;p|Z1$VWAPSXP1yhh}QIT?j?`bQ5b
z=pl`LUPQ{%>gWZOqy#A~awoQoYu34Him_06iQSIBuXr5)d41gLGjf(?8NwuFT~GoR
zW<0cZVwC!lUIp!lGP9p;n;Y_oyY+Fs<)oh*ZL&@<3{L(^0mKweroc9;LP+2|RRhpL
zV~$2vS6Qf=V{6<4k%Ue%3<I7@jxwI4D1qK6&rGecfXyNnfalI$wB)#khL4|T<Fjlb
zbY@7pNQ_65XQ*f8M{SUDZeG%govEFCVFM-&)f_P3Ct{y0Oqyq?P91CqDXuhWGA)^d
zy_8qoo$ILl$w=Vfbm-QD2gEsp$U4JRwXcto<k^dlK>NXDzS=PRTY5vKcgSdIUvqNx
zXhUUpM`K*C=Iz(*AyAK>{ZOt5wEuNI*cEN}hCk71w2VDAcJz;B166TkA{bK!Ir`wX
zdR~E5!ys94ssy<Yb*+ph-;fd$i@Dhs%&B8U9k_JoeoG(naBkMnNLfdPiZy{#?LleS
z^;l-Eqj1wA^x_TlDKrO-rS2}3Bhjz4p;T1WDUYL|zIF5DdB5JNL*yG!L#}8i=B?(}
z6LO`Qd&G`9jfp`?rX4G8n;Jo$WWkBmCr#OaL4!sx+^ys452DzcN}HR$wA<fe;ZAGR
zD<56g-jryV_6E2RnFsDsVK3EDy6-fuM7PlKH0&d<$=N8WuNiM$5#g0xC;$^I+GRQ;
zrAa56G`nmY2{}R3?37$X^Xr1^spWS}6w+Ut#=oU2{){mErEoLcn2LjUnZX~=C#Oln
zw8kD0W>uD}Uqj}U!JEPyxivAF_7?MX3m7<|Djh4nzI#Rw|LdS23IG|`hj^oo?EqR}
z(|cs8<TXZzT<bAg&X`&&!($OH#^!8l@bFm5rDpvW@pb0-$dOsW&ZgAYSe(Hcy`C7t
zejWmvUhGUBpu^=K!l3k>S7fr4zHpP`?7#N{Ah|>LX{pMnnfwUal!4RLI?|H5&~`CQ
zB#g2yCi_I-v??^O$r_~iCHwb`p{6R;!eo<nuaVmm(`H`T8RwEcHNE>nHqfmpQWKAu
z+?E+EJ^_)NCQLLjF&27%o{>RE5e^-7(hJ=To+-=bTJ^be3C;J0m3UCfTYOw#umVjE
znlvRM=q0q2DR5a7;hBr{M1efaRl00~NeN9|KTZcLA6ZN&jj7eI=+AGVRb|frl{+E_
z@Pmt~CFM~;7`o=A!RG^HnPQTK&0ww)r4nH5Q<6)T^a55L0`=|qII!=PJ)^@-*4i(3
zjR}>IKYs<+@nMtZX8L>QhTm$FE^~V*4!%AQ&sOQIrV25hjfh@L!3Ao5B29IZ{CFkN
zOZLLcSHYBUi3xYY@3qhu@31iu&8>HGB`0igepWM3wRCcIa#^KxdKM)|#M=GceBq*B
z`<IGYO`wt8dbRJEgs2zyr5&h}9rGvszriguerHTIl(d9jWgM5ggPDrKkBd;j8n)T9
z>R_AfivS4_8(Q?`nhRDrL$WlTn5EgF-RhrKVN1%j!+}$>smA6?U3n~!OFR&)1Ai%#
zmR&4333IM3Nf>a@l(ArdgJo3(Q>iLw8FzNRH_NE*$-0>nX%v@+1nQS09A&3qoh>e0
ztk7i|b4ze=z3%gbXLl(00n$*^?vCLwki))b=SqByd{Y`-r!96mklGAK@aBcD>~wL{
zEfN;7$yp+NGim|N5%qv^T>4Fdht{|o#Gi4CO$P=O=Fv?DO&QcULgK>W$rO^9g319R
zr=Hd6N>QVzp&eRJIZ6@e?qNgmfB+7%@W<%b2n2uCi4}R|Y?<u+;_LX%N;m^HUG(#A
z@*y$1n6s(~S(IKS1}{>qdiul=4hBm@afvwEK=!TR_yY#y8%pVIg;#NGB5@tWjmg7l
z^Wrk6kMqKFfmHaCW_k;g(f5Ic0*nP|vxv<tt{)GL4Gc2Yoh=Q+a&;x06T8c`xFuFE
z-I-0(p40)iGR8eRLzUE`VQ{<GDm8EJK(4spgoZ>+veiSehg&qvw0QyK6ynS>49ch2
zHq%gfh+=<0NiXhlouQqriF%CpeOlM=COx7?KN@nSt_3KI_^*9p<oIaT>V4+0#<FiU
zvUw*IHS4`C$n^VBnqp^oXX=cjj=Jss>a-JJPjnkZzL%D0jE?uSbhjRsd7UnbkU?^>
zCD9C1PSsU5GB<Ku4hB7thjI(23_Sq)4{Rz~NqUAe_+%Y=8x3Jt^f-cKuts#s2Nxd8
z_qT~=3d!MXJId}Vfz(VAEQwVqhCxgT3e7`}77F(pf0UaV?sN^d?_i@#lZ)oqA@I{_
zbmGEq6n$XS`B{&oJo@vJ)Njv&P6UlE1xD6O^DEP^teKU*6)-#HSeIt|X&$wURX_X?
zI7xwD{#SEv9Tms3b%7FGg1ZGL_~7pD?(UwD;4Xu^yF+kyhd>DK7Mu{=h6HzB=XdX0
z>$~4~*Zcde)oaakO;>eS^{I1us?XlLVmA_PVL)@d`AMx?sXAMsE>X;$FiU`cup9%8
z?Yi9-hx@$+fJ*{3Wa3XaT4@+ApjWjG97y&nynyuOD17wP6(?)1(Zg%mnZ(^-CQPED
ztw_`KTm)K**v34@e%{eh7!`D3<{00RUscOtBCwR@zQ0WWqAb|QRN(tOQ2Bi#!bipG
zR+aud<xKys-?x^kqtZ+(S3;y>{G;yVL1As^3yC6%V?^Y5r&lb((&1r!u{iG+oD=^V
z3KnEbV^%-hxS77nHk0n=xr2i+q()oUq-r>%5GUnt!@HmgjI@e}3XX;`PTkHo<C-9k
z+5`f@9!jFkL3$@9J`&ERk0d&%tiI2`iU3T~yc%Y=u_lk1TM%QH6x)2GQCO@K<wQV<
ze0h`8=UV&E5BWg?6;3qc6$EC)>M@R)RUjR1)i6}t0SaqXL)QXibqR=KR5Ycf4EUL~
zzuaJ|(M>*WG^rouA(>$$Jw#=u$9pH8SaM)cK6sVWaCd2Oyh8mwb5nj`bDbD(i$0xA
zteDo^1ML8lGG<kF8Hdv$tzq|t7Ub<pZ9Yv(X8&Np(gYnx$8P#&A%r}$0>$9^;MkzS
zAM{8P;kU46rY|{|W~$I&5Z0S&r>jOmBK`EczxT7+oz~PG-=qb+7cOjqoh1#+aaQ)K
z0<~kC>zIr*o#CLIg*Ty}HPl6XL^?bS|MvT6y%78_Ojp_f&Lh5>;#4sB=I1r>j@7M;
zKMYQT2~)Ee=JUl*#Z0jVjSeXIv3CO~If%;L;#;M}o#%17it(Kl3qIjKFpzKLCUi@Q
zTc7((Yzy$T<81UHdp(ry-u7h9DWONM(&-O4t|Z$D>X+bPl0v%3*PHlgXb26Ke`c2u
z<feT-`UTXw=8Qo~7-bOpfkSFyQ#E5)dRRvrfq)w%fIB&c^i?H~2>?l*hrS;-5^3!6
z*ChHOGFJA?(G|9CGkxiP`*&Mn-lcteZ&WOutfMpdK-<yIZ8@en_PwWesoAL2XqhEg
zL%uSaKkS2)wBks#nJOEXzG6I{MoU=TyV;lkPbD||zE6HyJF7z%s<zTk2PA)K9su0e
zBe&x+tAIckkgfba&(mCVug>qx0mt*<sEpC!Zzl4F=T7W+I%uoj>>G32`o#bWDCa6@
zib4}H91DvD!wnZ_F)(3w&ZeE>!l=Iol+g2X?XBKi6kFx`M=fYZEJIQ`M0$@QO=<T|
zo}+i}%XyF^U%ECFNLa7;&hq^Gdmn+k)1Es^xt|SkMA_6o5`Mfrq<`eK{y}tmbh~rv
zwF&X-UBB$!xa_VOU4vF1{zMu58|jE!xgl%axH0(1>rFY~aO3!rAAg}U(bGBlv6F{k
zT%QzYL_aN_#s`i?meN)0#tlzwx-Bs>_^vj82ja06_x=}+>etDjE};|8r$560?}!KV
z9l(n6vNG-O?&x@WTvfN(>E_V)@E11)aBti!Tf{Hw2mz>x9{@`VfHx@n3n25qNOo~?
zNjLGoj|TO6IwSChBRY|4g@u`K)OAHpj_6{1)1?e+Ag66)eTz&(XJ#MTm}S<%$RIj+
zc)d>NNlA-L1+5Xu3O1|vwTi;c7t7M&mZD)9+hL4dXb-bG&<M&^aWBUC9%;3%JVZN+
zJA?qG5nsiOLu)h<Al~FKcPSM!(TQ4fMm!-2xzX<KE#IBp#asyWK^`|&<t@GQHv&a9
z2>O*Yev|zrfBI2tnL92tLO?PjW74X0q#x^LE1^N%$f`nct^z-7gQ&ynD$A^Y*JMvW
z*xsrSY0bC~b-L!`!2blCK`2tTUSDp{*E=o~W!@2XQ(!&=3?l7Ua|#xt0QAfo$XXV<
z`x*RMhiA*zrEBBm=|JSw9*r}@<l#@3@#Oydu^%ii;ogNem}nHKaXqv$vTs{ibHda^
z_M2Bd2y)H!I@xgT)N#z}l4z3hra8a#%jBM5e}@kI3C)+5RK9&fIH-d5)wJXF<_r2B
z)_XhH%F1C|{=`+jTZ@&|6rF*iR|Gl6&@4@Xi{1kTL^A{T&nT#$)!u4K-azBU4V7Du
zr5K^jcR?BBe4Ce26(i3SxfzdOh#+4K^a#4x9b};JA?M)RPaCJYyf98^ON9Bj8rX7Q
z`P=+~)kVp<9|l}+!_i}Weq!?auvBA^%ln4BXw9kbIf}71BR}7%EgRK?>VJaLjQ)j5
zb6=|vQVqTDNZz{9EEMPU<t2n^^vz^q84Em{r_a!VAAyowKPjDsuvO|I?R?i%XZ?9f
zRdiW3D22IO$?f@OhfzuE9tsL1vY4uFGwA#s6eoowITzx3?Zx5g9Q&)0OH=5a7T(s_
zICiIE)V}Vi{XNa6mG3n#9UO~Oefm5UsYbV8&ww8iI%MMLWCQFNoJ={SpSxEwNlFhe
z;$G#yrQ`6U<Yz^)i9F1xd%3c7A^Dwa1~4}Z4PIhSTcCC!;d`L%#X(kE#`S$hY0^i4
zN#Bj}6|&I<YX1rTet!IKDxCibVAJp^Xu`l9*rx0WYb$jTHc1&5Y$@8u-vLu#xU>-m
z7db<0`=-a%V2va+F-o{qYcU(&$67>0$JH_A@O=_kf7aBYGt{uvWTJu--&w;dQ4e#7
zO*b%`^`;XqcxnCqA@sE5NMXf#5uZ60)dBsfeV2}*VC6>}5f0lqEmIdsC)SEdPaVDh
zelp3Bs=ccG76OtJi5!tkfScGFIX_||qsfB)A03S1>X(|3-7WbMSk}e-IQ!exn}JN5
z`PM~<`O7%V{`MZz&hPDSP^D#MR@<kiOo7ER@p&_~EWLNX!ryt9tKa?phHm1ums)ls
zYD2*g@=cm+kz<~Z#SBatg_FTr3XWWFN8}Nmac(;)TZ{YPH}Pro%ru90GPW*0|Ka}H
zfU9-x)XUzuQs0VD9COE6SJVe9g&G565qukIz_r!-!h-{qR`aLEzM5Bd&iQsu=F+#M
ze@@qk(VoP!7vT@bM0YQ)M6uP6Pzk+q{qB<#XR~e_yut+n6x^Xiid_sl45`C$oH*8L
zDkW>RD63#4YWUf^kRKx!!;y`?BmwrVum*iLw;Iv>D;v?Zx(kJle@KEagu@7Wd{YGh
z7k9hiu?6rV`F5f=1EeZwglf}7zlusC(6yf_zv5WSyYLThun>aW=-aR>zHqD0pr_Tf
z_waV;pDAX3y?h+soNXlNZy=pxzf-7ief(}^$F`a*x2wtqHZ;P0?K1wt^ZNnciSV|K
ztZ);ld==^J%W8p*xx&|{H^kT<CL;Re=rtCm_tM0Fh;2SS?_c?fr=qGw77vNx^e>mh
z^Ul*|XACBBG=!`p#Y#!#1T!}Yi;R7g`WB0AGjmIeEg`c6^A{KbFg`(gA0d<3Jo!s7
zZu{x}0H?$@M&hrc*{b^h=FrIb%K0d)<YamgnYY1TH{ulTu7+k4@bjqsDSqP43!`i~
zWVkI*TQ<^(W(1VD67%C$D;SBaC`gB~a=($S`e6xMRYjyEcIKL1hlW%UtyXRAwj1`m
zgp5xUn=`1=t+0$ASHsGNvY=y=LdyDBP);~0p2ft%L`Fpr@M22R(OJkD*TBQJS!6G5
zyZM=5{zD_<xTCq}>T#++I#uxk^4b(x9l@_t+Of;>w549=3yMR>0e!~F%ocaiz3=q^
zL=5QG7J!uT*z`KE6PnQjBX6rx41(m}7-US`)5zG4^m&O94Sz(S)xzF+`f|4?CaqyN
zq_JK@33pj{RpfpXmnP}>r2C_H!#~yP0C|YkrER$5(^8D7KE!2>Wc;!8tLE8{fe&`7
z!<`Gcfuy^~g`_*mPYKb<f}Wk`DVHp=$Q-|%Y!10%YT4Ec714s^nQ%6Fk-w9s5NUjl
za@GpgW&d2K;}@5-7N<OjPk8zCIUoR@P;%;{!6Fs+D@9J|#KZ&?ujlWd7klFt|1U4p
z>F!O(|Hi&uxsn{7ZgXL6YvD<~L!&7JU+0NKV^Z7+^4WuZNY9}|@1zjYT!*-1rw|_m
zv&IGs%N;lQW==>(G-m>pZ2i7f`8HWmaaavd4AHW2Q+$al-a(uK@qpRlg}FLgrlS^{
zeYu$HEc*wu^$m1gTi|vZd*#%jYFk%!7$@$KIa&u|YFO<={kXU|xnAe|_{<mu4Bgvv
zYy`-@FkCMViD8PNNnxSt?xyftMZH<{%+=b%c4tKok3wK$eawuUInlZ$pXzm{vU7zl
z#wN%un2ij3T)9Kk?zw*Z%f;OCxl*f2zh<dvT9^?fKj6j7Vge{oHV^+lI5=ndvL{g+
zU@h&Ncmw1I6oqH~=NQQdFy$3A@)osak`JkT9u}^Etk{#egv83s)ldA(uyU7zHNNE|
zl2du4Q&MJBaXPLTG0v4%|CKvqX#!8AiNToA;N4XQLV8?Uz1F62o%xH!=j%GP5pbLA
z;)8@)Fg7c>_#~}%MkMZ#TtT1eyKa%!t}wbHk{!BqvxAkXrnCBpP)h3AkY~+g+kt#F
z);LOfdD}c4;R1RwT4Qn#1xVUqYU*&(YLonOJ#F|)j127vy?OGB+TOT1=LM6+e<$A>
zUH&)u7L&8n|7PEEZ0&$UcU5+oG6{5srq*i8T)-3)ju_TLy!Iib4MWNW7l8x%LTtr+
z$8DbS>_4EutP9N~=7PPL7TkFF^`xpoE%_6_u#q4}1gRE^szcAaNf;YmGPGe#nmFpq
z!Bb~Dv3wg&e5}Fgli-wV;coLUsQ)@R_;nCDIkP)-lL!;k>1^%BEa|<dMj-mFp7aKk
zVmc%H$*~_%JVPWPu3wDu3MB3H!{k26c=h8-8(BxDA%19CO8VH_7)A28mU~kTjtEC_
zBU`sQv)_CGsxaV@QrLNSq^51tKIZ-cz`uP5`Lj*kG+GSDWq<6nW8;Vr`oH+MT4#<b
zRN)!9`FTsiy@~C4f$9wQFkhCpOuu*suArkZ@ME`CL-5#RA_B>n=+sFgDhhTxLNKYs
z&rRRwOESj_D>4u`1It95<(e58F}|{BIPBt#SOjT&c7Dqkey~Y_=T9Q7pIVXIU(%mX
zp`NWk29FGt%<F<3`q+%V!;Y+?(N{UKPI!_R>SD>@%yG*CEWh2j@p=k-+#}ApzyWzI
zR3Z(FFXmokgvllkCuBOkn!>0p6%Uwp<(%x9@XoIBi>)3!fuG}c<BWljx%ITqa}Iz#
z(fxl1pSk<&48@u}AM4chy*yxVOt%4iW=37^X8=t3FT7VvSw>|sXiD6*cDArU_tt?N
z{`%>(0N(DGD$h=NK5q&mM}#w<iht3pum3D70zF|ujtpl$??R-Zm#uKV%z_Hdac|nN
zFSs02dZv#EflfN<bdiP?9*H={^aE~4r0)f>u)>n+$f4p3)9uIWw6sqjRL6Eh2gAI~
zbj#1iL^5=#5oo`}1x4<edCF@xI%b_V2kOfuza%b4o*zVaFy~03ka)xL*%RE>h*C-A
zOc9&Q&!uRr+H9&pmgTntL!TIr_l$S(m?A%~>Qe;I@adbl-JooDOic^D^m2H$pLZAY
z+d(a0qG6YiA#P{Ac*iN~n_{TCFR${dv%*OQql5%Bnc8M53dg-WgnPyY{fy-+$wbat
zwhbEfK;Xw!d<G*<U!KW<BLbKmVF^|IigA7n4;4f}m{2hz^y$FvZ#9Q8U}Bt}oM?2A
zx2K0bJVp1-jYU6CFl%Y(`XJ{T8lyY1oD$<}%2Q<e!w`xndgc9ko!bg2&q3jPQ%`!5
z60c9YfMb-}l8Ck5QuJy2#J*_%W<ab;<vP|M(@Z*hEQr8XsUw^X@{TWDym+iiCiHiU
zO2duz-7Yp7;I(JEQdsX@qoQy2&3LP%i};it|K#(k=OONGSHA3FMUV#x9iV9Na`J?-
z@FSbS4(Gr|X$$@k1O;uq`n<0G`SjTl$|C7toKsA{<2ToFW}irdbGJz&Zu$!-XIaFT
zz9%T{(mv6oy<=~xT<+;tBL4Axa@ktCXVkAbJqUwbgltI#Vp%yk!!XT{o`YD6Dp`Y$
zr$uGLJmcNi@{^S!0_p@kVeR&`A=HOZEy9JYxZdA65pj9*t}XGZeApqzUoGzvnpvAP
zm3h1`A-Q1nQFZ}>o1MMkz^{AT9rBWzhxr74AWc^OzHW_~^g%N$sMTcuvFc9D^_PJ6
zqnMqC2JIQ}(Y(LgARl>skfi6D^qWp$1L>TES8jWIA--5(l1GZy*PAJ!_PFDz%RU!K
z%ez*qdkPU&4qg~u<8PMMO6KpZ%T2rM<LFhkD+Vodyi$;Gx^NlF-EDZfQk_32F=rc<
zr7;ZSqK7~!Plzfep=v}rxWf>bL#OsfEN39@m>R%`Fps8L%IVDc<!!ypmUT@ZK^|wm
z^>()P<*P?(-yZdr)lEDf-ah8KtfIz_jGeL19-&D+1nV>uoba?O1V5zXf9IAjlMA+i
z6M^)I7kkZgGP;zlEr0ykHDh1!O1PI2hn7l)<6RRxU0mNAMa`j*i&gkx2LWX4nq2f|
zhbXS>D=u;|zr>qk(g;@gkTcwg=uYBLrY0=^Wt*_zhpxKj5OO(&RO?Y(I@KR&C_7$a
zyV`H$Fgk+BflY4vKuQU&_nbGrM#Y<h{`g8QYueVl%5Sht7#q{5Yve71(GRa1<Su4)
z=ZSp<zS$}?iOi6CY!BsDO&*NFg?s1CN2}^hR>mtnvhGkyO?B0)?2Z7zLq-FEl@q#^
zbL~iYaD=4BT*dE3Eb5Z?tpm0nvHJ7>_@~}Q#hp<uQC)9A@3>l!peFtt$k1+tSY~>V
zEWE)m%T3n3!DYm|S~NS5imXVW7&Rt#7$rET4<7R1%EAOsCbFv`TdD-%B7nVjzVTf8
z-^o98Jr|BcNZT`2D6y6f{FZ&6E7<cLc%Bmx>Bcs=du6bk4K!hXL<b>;#gK*Y`m-LK
z8n+boHz`|YEwsDtF48T0HQ>sQc%resT00HbE<Ik)<-aA_5apx^O((jhwhZxT?3hKl
zThQe`ZE75#-xRHXji+-}PNC|_ed&KHPyIa8M?p)0rL(TXd+XY<8AJq68S`eKo}93u
zAQNAUa4R6}cgTh=A|5IdmSH<DgALL&SPExk02#JsyCCSepyOaCE(hnMIK!Qplc4-2
z^CMCtd%mS_bNZrj22WSD#>Z~y6n1kp0qF|PJ0CW4HXF2}IML<HrO05t^B=7jani3J
zSRv}Kt&SR5AE2Mv9}ar6d_tJ<kBhZgR&K%_mFuye8ceN3v_~f*!d}=DCu2{iju~UD
zV>hLxeD>;J6A-_MZg{fgK)d-*#oxaXPJEO}xTQ_4=>u0J4F`Mm(+n$IAW=H+2zrQM
zs!<fr7f#)&bdemENkk4-ha?oS@+zu(;k~6xV1hgDF9~hvo(k~JS5JeJ!;tH@z(*FJ
zG1Z|sBBIO)ywnz<p>*FnXgwwCpw8C~SGi9&@~L@^tav51k`zFxye!Vcg!AcAte!T!
z#i^k^NWbmxkGTvV<?`UnItZ<YJ91pMn@c$J-6D_)Z5yA-Fr{5dL9C@ZF2&0{Mb57W
z4~(F$tbdVNiLo+_&oW6(eG7A5+A=R2<ULz<lh5k!vitIJ{pThpWw`_SfHy5A=vX@B
z;oLHnwl2nIEXffxC7)o5RmsX*lrK<7CZWp&I%b$bhaE+I9MPvrv3&yP$?$rXl4m9j
z$Sx<&>rq`E$v<J))p0uIa(-!Vl<ijMG`1|3Dt{9y>{X*HDbov%j8q|=sCO7ssd2Kt
zY<yF+MeSr*&Sjr6Sqxd(S6<0MoJPFzwH8jw>oIY<=L1VZeiN=N?2=$HEqIphf_O15
zk(%lf+v<2+q@Qf4MQU7xP$&h6h=EHllQdpX3g;II8;*$5L&8e>;@n-%f|k5+2?<rZ
zN7<8Vp-RO@l%^5M6*_tWV=&R6yW_&Df$1r_%X%L!h|9w+$1au-wCjZ1<fRWpNSV&O
zrv6B<TxvcyIC{^bfP1iWRtgktj0rt{b>n()hR=Uls#-36+cEQaD`q*k9k~yiz0YwC
zteGk1->*p;nqsk^3R-;YE9jue$_l;h+&RMPL)?KF_GNh-BeC<8u0{M5I5Pf<iZGcw
z5;p`BQC~}+hwqji^I6F{JlI@2DTMNTNAuJ6ulj5htwu2%9r8re5}5wOAl9RoZdOh2
zhAQ$*Y8UZ@oQhROg<+)Ee#d+RW{GX`#EuG%a>oO|+^slVMCA9LHXdtE5I_4939=q`
z2#xsbC%-0P46fcGBJ!Pm*=xr30LIK06eYWQtoVm~Wl0WFT4aWu?#7^ETgRKaOy%^~
z+d?N*45X>plYrotu5&3L_vHg?nNR^T_?6jl82gZ)SVfmb+YzcIk$SSU?D@SXUqq94
znL4cp<LqrCsC{tzzs|94+kxZYN{FF}EG+4S5_lx!bb_ceWTa0Hf=hSWLEop1-!oIC
z#S+yJghCHo3b(^yKIU&|bBL`!SEl_+Jvq<?^#{FrZ}VWPnYZqWCe26eP7tsdwsAD2
z^h*?B9l%-0`+Rd^BC^g_zk0yyZaL-U8}rz4n06U@wCe_8nvpdYvq4i<JGcT%ajFk4
zZ$^o!l5_U%rgNDgAz`&}8!ghImb2tV@DWLf@Zeok<q@>qD|xn$<em+T=L>{1mm`A+
z?n@X>eKtY^k6|Kl7v^*r3shieC&ig)@3L%ruI|Gyb{i8ytJ`$%?`JL(meuJZikvbJ
z(*dF7hPLG_wj&eAp0YVsS~}L>6!W>Kmcr-wPj?)%Mj{hJF{h<8--L1;abVos2V0%?
zi6oHLc#sb~d?)^Wv?r*Q6=Riitvh3x1dCGGts(fi(u@?P^G`m5I_VelAX9hNGL(=_
z2?khnH{2XLR;?e%F}rPjmpz`}Y}RQM27<`5U#)C9G<1|d#&HfrGlfLh4k=Q58<V;%
zG+FvZV?TMZU&{MAra=a#I9|NxHd>FtQpy!GUWs}dRAt+JDurLwChV>8B-J@5DDZNQ
z+jjWU4;f4)nOM577#fTJKv7n!JayAyVkXOT9Kn{p<Z(6@EQKI{=pXnkMUk48UnN12
zf-#^?UhyY~O2mo9_seTY0mXX^OZgJb+1lZ-t=_7w5KsVHe<!uVW~Z=x8FeUj8RHp|
zQHNHXYIU)9*=4iUEx)%!;%_vohl?ULERCHcX=Hi^(~5|>f{#wS;*&uPLEUuWXt)|i
z6$^AyUGoZSL~M*~k$fNGe&_U!EgXja%qK!iJBX<V{Zz1&v4E1)?IXaWmK#8YrRP(K
zNO<i&S7zdMo=wYNDs;q<cAG(hbrA<e4Ru7X2F%^&Z?=2Vo~OXb6n@2c4A3Vp0{P9p
z<g;CM7`fWe$1E*%C{oY$Nc5M}KtYi({?!Q3lVONeAW~xPaO*9I8elU~^@NnvEJ}u+
z39{^WkEs`nF&acIs=IQQ!YE-)MhnScA-xl*<B~IWU-11lQ4un<7J7O}0~2iZl}1d&
zZ)P;QQ9y&0PXUp(;!4u>Tfj>KAtjfftUA(>a)XCV6E6$32<R9NObvGc-{e1*aw>V4
z*-b9b8XG4XRB|_}aw&O*Z<3{TPk;LS-cm;G!Zy&=X(^L@`RDftYrA^e3H&V3HYxH{
zV@A{^bcLGxvy8D$Y#WuWm`*}3mDDBHRw9$<Q};F>hX9e5WXRhSoQQg3GxZ(i<@Z>q
zmL;OWFPFVliDCfs|J~3@J97s9BHo0_gzbUcR=^x~;m^X_ZcCzIXvTdTkx|T9A(J`u
z(hlGJE^q|h&QJtubas)saH9_{CVrTNwD!K{z#N?TtA7pZaPCL<jFA`i!D=TeN3piH
z?cyT4$d#Dk$A|>dSW*l#qhGM#smqPrUx^^W++UIPKLg1S^)D=_K=Ss2AXt1B>)ejt
z-nKD>h{$+@5+k9?K>-hPX%XB`%+EQkNkN+-$>k85%m}*q^v_IORW+lPDDWiK=?~C+
zDgoJ!_o2BqCR?kj#u^-hZ||nN{{+H4=k7w9<5njnci6WQ6>}ihU6H4@&(N4l#QY!z
zB4`-1oPHRb#sX~o%7s7{WO=JGmBX1CLQ*Q{1L<#59IbMQ?}U@F6_LbQTq~b`4eL>^
zHn+^SWYr6Yzc1@-T;^&zy^l%0%xSUZhJz7S@Pr6Hmupr&cFTYa4D{?5$Pg`-m|(cs
z%Pt+1k}7yGo5|N?&aB_aL=7=k7iYe+lqt&<@2prg3Pe1?IC%XT_!^_4CIG5bhoMg4
zGTBVZe_`7avF2Ct4l3X=5wFJ(j4?cP1&EHOFlPID+8WWL=iIAja*fqzNTuZ@S5S81
zijq)ly2PWVLRS;>L8*~%gCdz=rAsAH;gko!(q}V0JD<KB-o!=_)skaHGD1K(K8-~t
z2<4c7pDG^tq)I7dKXjL<0rOE!6>jf+>Q3wKz|fza1MFDJpWR<?erM)b5`{y9Q2Ts^
zl_X#HH}@NvrFg9~EwebCG4aN(eWY_NLLA;CukfieYztD!9OpauEO3+gd_-BN(nx{J
zEymTIiKnN>q3`@`)0!U94TZme3Rpv;ZfC3|>zN)Cs8agznW-FcPYUimJ~wjV(AJ3p
zXC&P#U+{0wT}5Novcj(l)8o_e*t4W2d8C3rt7?m;ZBxxwR69!qWJ99%p<SLWlqE9^
zS%=5DmyKPA$20aM{N$)2k8z=+N2dKtlYWQ^z_%<&QA}&uibV;_gByDi1MmVL0QU!q
zdW(R1Ahl@Qr-ri|h?b0!mD3TnbDp2BE=Ny#kon^Bh1Z!j{aqL|h_UXJjH+llz)LyP
zT?)ECBB6nEPk98rT{=hP2WjlD$BA6OpZI9chcg6-7Ad&jTE3RM+I~7M@4&hH!c0dQ
zXZ<j6&eT{uFZ<>avHwbg1vF-X&r2sF1@W96e6prUC8rfT!tPP8luX7DCw#et>A(6^
zXx~QYgLXznQzY^@?#$0wt{X%ViieIm>9CI=lL^N`qi-<LZ7a#AdUP7nTTLV4fMzc0
z?~e~{qen9uctC3@Ry<8pBnlgT4JWB9LY?-3ky~kVJo;i8?qIaD^vRXd)t`e8nVPcy
z2wRA~5NlHGl@EDBG>9YkM*ye1WZTo8VStV%`Qb^WZ%@5vG&|*WT;#xaoF-EmteQ(%
z6`JPZ0nag{a1ZJ4v(@CsI;@wq{ROJ9p*q|Lgl1x5)G>53o;*=FN@Ao?m`m6Y^&*^H
ze65{>p4mcv(G+=E<<=?M(U&L=@O<BSVp6E4I-*P5;7BG34lm68WW2hh>rQK05i<iR
zNTb$B()O@~N@^wvj4VM_9g@Qnf7-zM=C#4BSDkQHm4AUKW5=VcF~=qaj&JP%Esg$C
znnFNdMKr`ML;zZl9W=HI9!tzG{<hoAR}0-jIvfz7Oq-G*FPrMf{vPEb)FQKTgQz_4
z+jK0(>_O{f*KXYxw~--qv7`?*)znRvG`e!L>!(iw>J@Colmv7LMBi+{7cM3<%0<$l
zNu3Hb&Up`XdNO?TI_xPd7qo$$fJtGy8ZR&xXLzZ-JD-ooawU@kg~*5C$VwiePsvq;
zXwKcwHNhhVnWE1AS!czpxtC|eOjMTBzRNVSTbA7{8NC>+{$4WyPPL?2_9BRMe*SXR
zBsX}9XFjJ+LfR5O>UnV~pvf8WRvY7N3U}0te{y+qG_yD1Y@!W%WmW-&b|KhqP>+(A
z0L32VI8-9FDX!enj^g$W&O?Qw<dH_cY(<FWFnH7&3#_4P`oVd3g@W=Sxo)Bl_QwrO
ze^?1~-i<Dj_8UGulO;`r_v15yDhi1q@+C1kba|Luz!RzaNG&Nmlk5w;4~+y~%2D(k
zz)Z;|H4?Xkj$tO00L*7<K9**t3<&O=FBo>bgIS!xW;2a7?OG-O*qyydouQ1MF62-o
zt#(r=$nNKI6Mp33L!Z9sSuENU12O_}UB=EA{+<z#qrhdfE`|W(M};3|VO23rl1<nH
z$o=B6r4upbCUBhW<=+`16miVN&~#N*_q(mS=IB)|Wll&V>RCQj27ioI&A`L)9?ckB
z_u6HcVd_fwIdSw+h*O$@J{80M@Rkl?2|f3fS61@%xDM}*us3S@gTAnVK)lpS#`K+Y
z^LrsG<dPn%m}s`}QQiI=+mF|&eB4;v`2m>N0q>;bP)et>&x1a_Yuhy`TIX&ozDAVP
zC2RLmJ7}WWIKhXbdB5M>8Bf7U=21+>mVflHT#bTU5hg53t{dL{8Xqj#d{KulO?oAA
znEhH1sh31{19v^7@05hPoygv*P$o^^9q!npH-@8Bv#I=!xOLAae~(73<(1C1Uld0d
z+ENBYRgMX^`#KhlrBV8W5kLoFBIDFTN7Bt-7iMCT3Ug^M8oWu*LC+&3FLHRXPHeNe
z(L(jFOon5ecMr3GZYV&e6)(=dpW;w2mVy=&L2gbx;=)t9bbFTy7mrT7Cz1Y@Kyw=G
zjw1{CWA~d9{Ozwb`vESdbT|_PvYF<=r3>Kzr#x#3L^P54+geM8tHf&GOMl(_wb1KN
z`7p8dTKMi@05gfhIlB;E3R+kpYHTVoE;hQ9&wW{D+jGjWZ_WJ+h17e$Ra;p$p<SNV
z@WoI2-HD@2nfExGbc>BEvr(wX_ON<qXn_^Qmqj^e6r+t^y|#IE3N*FQ8;0fi_>=yw
zLlY5b`C)Jt!(FduJ6q4dW6z-Ws=Kjtv*pV?6KW@%_@2N78XHX$C+IuFPt#GR>+a}4
z^OnBc`4U@QSyYsAvmjgDpIXR#et8@R!M7y1U!@S-O2maUf^*t`y+rn$o9+ii)VI#Y
zXOHAq0H+VahT}(ewL#EFb_EZt%h+_s*d9;Fwm3m+CQrR?N=a6|p2%M`7QdOU2*eb6
z&&L5bo&w*a5t1jbD~u5n0lkucuk&Om#$>xhnP^KnOKn~Escb@E3l_Z_x7*87#s&(R
zOPo~;R-;vhli4*-hO9!=jE?p4b2<;5w0!Err}kAIC~Mf^*8>E}=Hqj1;$wzi+yVnt
z)DHGpjpd7!(jmymMq8i0_;lJStuX1<=MgGE9FY(3LUlhCw?W<}3iN8WVM~5td6x&7
z<t*S1M0Ci_u{E@0!9J#A&A`W11UHi9ry=QL;Oq^)3M)%8u8CM2&k&I6GyIHBGH2Cg
z!kWMZA>iqhKI;!shd8<~%2qd06Hi9WEXQFKHZdDGIfrNSf1py{E)1AOh`pc~id*8x
zFhfn&?OY_K$JR9E1!bKH)6jea7ch~Xdf%?rz1nI1elOw80Y{i;XcnzB>a5KuRJx#Q
z&5J>e9Fo*48Cl(N|6S^^dAESKMq{wsfKr*z+u~u<UlopgAZy4oPI9!{7LuH7EbUtD
zQ@^?a&ykzlwM9`>_4;fR4Htl!Xfmp0Ew9JyZD?CD8ru8YvI!qk|B*_HpfSs*YYO-2
z>`)_0HYI#hH1iX~L<kXubnFuQfG+K%swp`rOW^Sh6C!Q@(eNh3`-yo=T|R_Hhti5@
z%7y)eEk90p<8$FswdAw-n9wmo%FX!b3UyX+<6FrnnqFGHqqiIB#3;12%f=ffcp1nM
zhz_ZPbD)lZp}UG%RaMyz7cx)6*#;H($`uRM?40|TY)RL}8<A*NIV(ye79OIJ5AbOj
zY&RJqoic9Zvf8P$@zBrFlA#{_?mOmubHB<$sKnp-8=afZP5**wL6X#+_l%GK^s3W(
zS#+O=t<I3Cx^uvy*;ZVzbZ>ipB6)=n;MeuO_0xn6F&n44wXY)QR7*8pi*(jrcZ9QP
zvWT9rxW6T5nq>bvEq<H6ZC5$sb>}8kU*3xcp(fH7X@{i2q?$bFYZd`I9PowExd7qp
zAD2SA?@)?S5F7vN(WW}-imBJBA^kNmy@w+uIVPCtI@18<9#`x#X(A2oWJlz%m{zW6
zT2{u%0BznN^?D~UlOiBKumGci{fZ=yLx{8Qv*lqeA9MQ^Y?{UQSezbdyMoUneL`KC
zqHB%U&7nQttei;4%0Mc=-A%`#Mj<gk9I7TfU6Fm?1QW`G4Nw#@s)o>FQ3~+uX~F~l
zwRX1;3liFAJPhSik4{42`b&xr%3hs*?O3^z6T~#H)6MueC%+T3kO`6|msJZkk5a6S
zKt7kBj)_5}OeIhACqIm3|K9xY*VPHh?@M)j+7_bM+V@q_dPFoA+nRp4e-a_h81W<o
z7PqKrU`jt@m#s#m*rH|A{~FU2%Z~KL?Lv%yT8$u80{-=TB@oq!!9G@~iGapJFVB%G
zETQpW(^FAIUimPYp9V})3{7a+MXxxeU-UK$RH^PzV(KC%qL0~__LT$d)&39$?V`PL
ziwjdP_6}4$Zn<!RZ7k+Ok<<-748`dwNQf+-*`oh4hU%-n*BjK%{yQK*TJrL|J3Z#w
zO8j0<PmgcL`Ca%PK0BqssCuPgh<^U=yI3rWGUMnB_GxfvmFl4rvZ=UG25TgZ!5P<L
z1Z>62RzKL3_S2t|gK#tmy3T4h(sgwXf;NG}CwzJYe(!8W{$?=WwSQevKDFb-1L7cf
zR!YoL#(`Keq$R9El#)UhwHpNmO!)nG)il=Z`q~ROB|Z@vY;n<7Renx>5K&7b(LLo`
zsSvdjTjI5C*K(b(+i$%yo@&@Y8`u%`OP|W*c)irPJQZbAiBD^t>!1)5AFk0OZEq$`
zTBvG7`ReJv@UwHuVR}c)hD(#s;7t%xWR3U}V5>=8(s^Db2<wkIfP0{+u5`vlLs~-o
z*F%VLE`ByV{gzpT;6RlSJf@drIr)la(<c|{T{hQRx-19y!!>x~@CH?cc&q9i?KROe
ziN6!V!OF%&^j>XxI^dBtZ0Py)@tm{U;|~<@kS_V>vdH&O?$ht^MF=|79-+w7v+MBf
zQ@G|x=`XyP>gAPS2XWxVk=2#vz*w&*0Bu%tAyGnVHw;z~wXrz>UcNT@-d`*&EdfNl
zq<qenbFq&P4*=J5r|oQ!O2ETBkOWA;ku3x0J=vSNTpiAix>-oS!Cb-tyS*{LLu5j<
zkDf>j7<spWok2=KbZIUfgvlPwP9qhYOWz04cjXyETj{|YO!U~{DSw!F08->G_p_a7
zi)6_Bt^ffuM|*qywvR?KGQ-qFj3s|lSpKTD0sOaOK0c2;02MHxGUjs-7Z>O5<|g!K
z5W9~}x5Iglx|3}l<IQ$3p@R95HWu)R42V?O-@*mj6>K-X7JKqHk1S`Z7h4n!O+}O<
zYZME*kLaqzjyjn$+Yqdi_c^Kz2quCI+^=f8Ao|^&e>kQEsY<9Rtv3M$vy~>Bzm)iq
z+`>S@2EgAf^7Q)~Kx2zN3s9K@(qSFn!qEi|++AI(jk;Rf+B`;+Xf#g4M%Nz$gi9Xt
z$t&K!3U*_24G@9lSeX!y!%o+>T)C~EPhN4esCZKwIEF6i#ugE;^>+H^{N}9sk|ZQ@
zqoaSJvg|C+`U(dCwA*oUXfh&_)FHM`P9{y(O0>y#j*dC1J3uPdUyZsrxX8mL1E-A!
zi*OHb8yg!3hm&95qsx|Kq3nHcEYJN{MeUopWtmpSsQQ?59z_-*h*0w?ki&pc(r0N%
z?kmYubfX>)Qxg83soE#-bTPrBmfT6E!%T{!YV5AQlT)4gah5|Zn@6o~132R0;emFw
zy{G3HNR7Hi%jI{oKbkAqjL*%@t<tVB-v{*GO4TdmJS^aWWeWJvUb3nNjYS9?RC?Na
z*DL)kWNXj=maHbqwBAzJ^7Ji2mJ|V-IcEFkCOTc}7)Bw*FeMmcNai&aK&7xSH)jrU
z{P2OMXm)lsl3SS?Yt)iGeVkO-_wJ}H-yhJ41K7KT>#TtOs;Epy;WE~CUyK3P`d2_~
zxxpg&aOf>;g&Ne?7^>UNfKS{>RlV4J!9})etO?{=gjkbO2bghv`o4i><omy56s%-W
zgj7@xt;^!-IU0=pot<OD!^53=u9tj;x0aVZ0fKO!M*#tW@USp|srKA)z5TPT?O_+7
zU8cmdu`oOP`T6>XN)a&!as&nxtIKG<=kl7eaaY;MGGP%NmAw*P6=tc)XON=~ES2@J
zj1ncMYLAN2wXh9VG#>MqbyH7I4<Nc{+~@y14(js-xcf0@H+y{2nGIUKuk9)IJ6(@}
z97C55L%{MCKs}mgEGoFbc~psaRs1JcWS?etN{U2Vho?fM2nZ3=j7f)d&6RQk%)KEt
z532H++v)1|QL&*I<7v!~fK+0td`a*9q*E^-`XJft|NJ1@1SIht0s@62)=kNWVF=TK
zNY@w?Pz6JDuFnECRG$}bsbWX^gNnltpG6a{{Ko?@XA6&CH)%Q(D>$4s1u2P$i1h1C
zgW6m?Ju@Qqr}IS$hm4GjhU3Wq*|=n{F+dRS5m4R(DoKP#90IzA-CkFKEFjQnKR-Y0
z<Ds`-texATpfC!4&%%VppMzYt&iO$0;yn$y{#yBZ&d>N<zuSpC4N-knP<@?f4H6<&
zS67opcSn=oPv(}X<fo~(wzMdf{{d2FxPhzT=C*!E`tF@^t0N)iUro5b$`7WS_YD@q
z`uh55AQR!jj}xNg;!vWK8h5+B11o2tO=}9MBuafmeBZ>3o)FyrumKy_p|6ntN|%Ti
z(6_%rcR&(`mzS*dCSclt<VVsdHD-x=1q=e3=G@)Qnv;{Q?Q)Aly2s~|1>i27x9^})
zt^yp_z!ly?u62+`4lV&g=H*7K=#)lB9&28%87U~Ja*V~xw#`;YpR^I9@0>0(s8FFq
zFCV!&-77qI6J>yW+I0Dn)(>m6CBA^xULKGY<s_62f&5M4^GP&}974fo@x7Xr>APvE
zb8~b1u-Wb9>kH&;lZkx(H3+z>h(jQyWDQWkfI%1h4ai>t*4oh57ciYCw6U?VN#t14
zr3O8fmh~~f>noN66qM>(_w&u#U)E?qMU#k_*s1%^P+h?D382xJ?s5odR+{v9x7_oY
z6tQ8F@_sV?mkfhmv+XP}819gDI~E$3pI?KV0O3o3#oNxo!6lAGzqx#X5x@9odMhie
zt-yRv#DsVg2@?>sEhpj-3n~BmErRQx51^n>Is&j}DADR5#5Yh-gGB$a^EM4AQ{`gS
zg$LAd%h>_TgbLJ!`Hu#29LnACG5#sy`7gh}(_8r4ZeS(!ziR#KkYJ*}Emij4>n%c{
zDaC=t|G-ni0*2@Sm<JS8!@qa_Ij`vTh*|wxpj1`sKYmoD0xGC-@tXLdQv8>?mH9bv
zK!Ya#90pa1B8dnf_Lf9LfQHOb|FxspCyxXawtf;;J7XdLrwyn7ata~j#rWaMEf}C?
zLDYXVP#_I7THyW92b3oMe+=C}-PVi;m%F3?x6%3cIP|jvtyaQY{Ow?%U0GApB@oT@
zdVRfs7*eW~4G3<q9}NLS<t_Dm-dDDv2g>EdTCl*C26q0M<k{-J-_MRb1Vm)~E=J#H
zXJrAV`(t*NEpiA@O$FS5ir}9?r?=X*hI*qN*vHatm=lI)!oc}5xc^eze~-o&xt!oo
zm!~w}2l(Cdg?w(l<D2Bz?f_98P;tDuxna?3v@AN%UPi_IysdzED|H$I+{yxfU{1xx
z#*&hf0xF+>+}{a#yG~{SG|in24WGqh0ohD4VIVjM2M3G8GJ2IvD^X*mdK4d%a{&^|
z*Ao9Hnt^9kSBCyGdW}uzs`6B#{k=!m-$q6dF<Y9OGXx9_3?glToV}u0AQ1R?duvzg
z{#B%GZEf9j9%mkoBdyw9M{+AZ{(FN|onYBBl~X@r{XG^48t=Sz6Z7)&c825YjJj@0
zvp*i6o>u=3rCo?+0DJwlh@urB0swA9yUtiiQX!pXqsPaCCEdZvDF6_$soZEe`e)4b
ztxQe7GIe-a2&Af8-<6~=d``rQ{ZVH^X8SZFfxZFIrLQ=)CgEoRS3mL=RTD7#6sxUX
zzbe$fjQaof*6i7+=;+w9PxqHFW$7P%4`%?+j0UIN0SFN^t~i>Qm>jvhUx=;zJI6$8
z<~BE{;Lpy^K79BvYIy;;UF)X#G8F~-wbfN<p!U<lNu3CQa0sGz2m0?|XZP1|{zv`i
znVFeS2e}@9Q|8Ad*e~;hd;nNYf+B4sU8+3bObU{Q0C^5RuZvwE-t|NuT;2oJ_l_%#
zQu2Ba>x~;3Y7^~fKqoSg;{`89I^9mxD;5B^_$37d=+6SL63%N5<~BBZye_RlQ;f5B
z{~ultfFjiGhRT!W>ahZ5{!mn0yn|wLH_+{Mi3c+F1+u(ff&9ZOG*S_N!QZ2Rr{j42
zh2PhH*1EPomHSu$u<BO<iFu(Y_zWU#SF@QgX}Z8%#Blg$X8$jb@gLLo|Cc-auQ06h
WP#sXoS^9wCLCHxeOV)~;g8v`(kkj`7

literal 0
HcmV?d00001

diff --git a/demo/documented/bcs/aneurysm.xml.gz b/demo/documented/bcs/aneurysm.xml.gz
new file mode 100644
index 0000000..5096d5f
--- /dev/null
+++ b/demo/documented/bcs/aneurysm.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:95ece98fe8dbf0e3ecc46cdf01cf0a9cbd65da1f1ebc4a27eebc564dad6f978c
+size 703208
diff --git a/demo/documented/bcs/common.txt b/demo/documented/bcs/common.txt
new file mode 100644
index 0000000..7e91683
--- /dev/null
+++ b/demo/documented/bcs/common.txt
@@ -0,0 +1,55 @@
+This demo illustrates how to:
+
+* Use meshes with boundary indicators
+* Solve the Poisson equation with Dirichlet boundary values
+
+
+The solution for :math:`u` in this demo will look as follows:
+
+.. image:: ../demo_bcs.png
+    :scale: 75 %
+
+Equation and the problem definition
+-----------------------------------
+We will use the Poisson equation as a model problem when we demonstrate
+how to set boundary conditions for an imported mesh that includes boundary indicators.
+The Poisson equation is the canonical elliptic partial differential equation.
+For a domain :math:`\Omega \subset \mathbb{R}^3` with boundary :math:`\partial \Omega = \cup_{i = 0}^3 \Gamma_{D, i}`,
+the Poisson equation with particular boundary conditions reads:
+
+.. math::
+	- \nabla^{2} u &= f \quad {\rm in} \ \Omega, \\
+             u &= u_0 \quad {\rm on} \ \Gamma_{D, 0}, \\
+             u &= u_1 \quad {\rm on} \ \Gamma_{D, 1}, \\
+             u &= u_2 \quad {\rm on} \ \Gamma_{D, 2}, \\
+             u &= u_3 \quad {\rm on} \ \Gamma_{D, 3}. \\
+
+Here, :math:`f` is some given input data and :math:`u_0`, :math:`u_1`, :math:`u_2` and :math:`u_3`
+are the prescribed values of :math:`u` at the boundaries.
+The variational form of the Poisson equation reads: find :math:`u \in V` such that
+
+.. math::
+	a(u, v) = L(v) \quad \forall \ v \in V,
+
+where :math:`V` is a suitable function space and
+
+.. math::
+	a(u, v) &= \int_{\Omega} \nabla u \cdot \nabla v \, {\rm d} x, \\
+	L(v)    &= \int_{\Omega} f v \, {\rm d} x.
+
+The expression :math:`a(u, v)` is the bilinear form and :math:`L(v)` is the linear form.
+It is assumed that all functions in :math:`V` satisfy the Dirichlet boundary conditions.
+
+In this demo we shall consider the domain :math:`\Omega` to be a model
+of blood vessels with an aneurysm.  It has one inlet vessel and two
+outlet vessels.  We define noslip boundary conditions on the walls of
+the vessels and aneurysm, that is :math:`u = u_0 = 0.0`.  We let
+:math:`u = u_1 = 1.0` be the Dirichlet condition on the inlet, the
+outlets will have the prescribed values :math:`u = u_2 = 2.0` and
+:math:`u = u_3 = 3.0`.  In summary, we have:
+
+* :math:`u = u_0 = 0.0 \text{ on } \Gamma_{D, 0}`  (noslip boundary)
+* :math:`u = u_1 = 1.0 \text{ on } \Gamma_{D, 1}`  (inlet)
+* :math:`u = u_2 = 2.0 \text{ on } \Gamma_{D, 2}`  (outlet 1)
+* :math:`u = u_3 = 3.0 \text{ on } \Gamma_{D, 3}`  (outlet 2)
+* :math:`f = 0.0`  (source term)
diff --git a/demo/documented/bcs/cpp/Poisson.ufl b/demo/documented/bcs/cpp/Poisson.ufl
new file mode 100644
index 0000000..187f7f0
--- /dev/null
+++ b/demo/documented/bcs/cpp/Poisson.ufl
@@ -0,0 +1,33 @@
+# Copyright (C) 2008 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2008-05-23
+# Last changed: 2011-03-09
+#
+# The bilinear form a(u, v) and linear form L(v) for
+# Poisson's equation.
+#
+# Compile these forms with FFC: ffc -l dolfin Poisson.ufl
+
+element = FiniteElement("Lagrange", tetrahedron, 1)
+
+v = TestFunction(element)
+u = TrialFunction(element)
+f = Coefficient(element)
+
+a = dot(grad(u), grad(v))*dx
+L = f*v*dx
diff --git a/demo/documented/bcs/cpp/documentation.rst b/demo/documented/bcs/cpp/documentation.rst
new file mode 100644
index 0000000..0a1f40e
--- /dev/null
+++ b/demo/documented/bcs/cpp/documentation.rst
@@ -0,0 +1,6 @@
+.. Documentation for the bcs demo from DOLFIN.
+
+.. _demo_pde_bcs_cpp_documentation:
+
+There is as yet no documentation for the C++ version of this demo.
+Please consider contributing the missing documentation.
diff --git a/demo/documented/bcs/cpp/main.cpp b/demo/documented/bcs/cpp/main.cpp
new file mode 100644
index 0000000..889a136
--- /dev/null
+++ b/demo/documented/bcs/cpp/main.cpp
@@ -0,0 +1,70 @@
+// Copyright (C) 2008 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2008-05-23
+// Last changed: 2012-07-05
+//
+// This demo illustrates how to set boundary conditions for meshes
+// that include boundary indicators. The mesh used in this demo was
+// generated with VMTK (http://www.vmtk.org/).
+
+#include <dolfin.h>
+#include "Poisson.h"
+
+using namespace dolfin;
+
+int main()
+{
+  // Create mesh and finite element
+  auto mesh = std::make_shared<Mesh>("../aneurysm.xml.gz");
+
+  // Define variational problem
+  auto f = std::make_shared<Constant>(0.0);
+  auto V = std::make_shared<Poisson::FunctionSpace>(mesh);
+  Poisson::BilinearForm a(V, V);
+  Poisson::LinearForm L(V);
+  L.f = f;
+
+  // Define boundary condition values
+  auto u0 = std::make_shared<Constant>(0.0);
+  auto u1 = std::make_shared<Constant>(1.0);
+  auto u2 = std::make_shared<Constant>(2.0);
+  auto u3 = std::make_shared<Constant>(3.0);
+
+  // Define boundary conditions
+  DirichletBC bc0(V, u0, 0);
+  DirichletBC bc1(V, u1, 1);
+  DirichletBC bc2(V, u2, 2);
+  DirichletBC bc3(V, u3, 3);
+  std::vector<const DirichletBC*> bcs{{&bc0, &bc1, &bc2, &bc3}};
+
+  // Set PETSc MUMPS paramter (this is required to prevent a memory
+  // error in some cases when using MUMPS LU solver).
+  #ifdef HAS_PETSC
+  PETScOptions::set("mat_mumps_icntl_14", 40.0);
+  #endif
+
+  // Compute solution
+  Function u(V);
+  solve(a == L, u, bcs);
+
+  // Write solution to file
+  File file("u.pvd");
+  file << u;
+
+  return 0;
+}
diff --git a/demo/documented/bcs/demo_bcs.png b/demo/documented/bcs/demo_bcs.png
new file mode 100644
index 0000000000000000000000000000000000000000..a38b45f81b84e893b9ab18b5a84a86cada9596c1
GIT binary patch
literal 62820
zcmeFZ_dlEe8$TLiZ(5sLZPiwr+PhS#y+`e>8Wbh5wQ99BYwu0fs2QV0?OChVTM=7{
z6(r}5&-tG7ADo{~@<TlG$bG+F_cfo_^SWN%={?sVCt)H1fk5O>HC6RNAbj9YFcA?h
z@WFt;at;EqgPy7?8NSKdTMGQlViF>Geb`|%vo!V1wZXLhL2Wl|-Zwlxg5Fgf<~bnk
z&>KVe#$!2#<;|}ix~x@vi>U~HMnX*(RZh~6ci-l;G}(z0Z0wme<hU4Fx)>}zI@-6h
zoBgga3odD^+*v+Ptk|gm-ezKxkg>N4&Iy)QMpjmyBNM~TP<U|dxOqhE?aSrsC(;nG
z>i=G)V6ZUt?Mr}|tm}W@HQW~l-MRg4;$s)++5f)O#{K_)`2VeV!du2A6@ewiymJ<s
z?Pt-fpyfAbD9P+^q50l1v9Xz?w+a!Uu|c;9T`%5g_OJftb{1@xo}3;V8~HmZ|1b<t
zH^L!gySDSVR`;#{<z@Wn<%-FlV|eZN4agFpU~yIgTTV_+x4=Vm*J+zgsLOus2S|0b
z0Oq$n*+WkAdIs3L*x0hD5R8V(m&1$x(la^VgJO-eY{{t=w|0M*K3mR$;%NKZ9~tex
z-J1xwUg$a|eVCTZ*E;q~%U-$V<wM;+jVrl)ag6D)E>G7)G=ayN{wM)OADo6j=bP$9
zm$o6*;#vA6J?S&F2Z4~?+MB2Sa*1AYY5~AcN1_GBu@?jpG+nD4ob4MM3t9xPelTG>
zlo@&+kl-xSPhKh9%jrW-f!!_19Ig)VYXPTqqvnl(PO`4SyWjXCpZPs0ekE$<JH*3f
zgg4Dnvpo}*5%w;YPO?c6F!2{d1C;v<Z$`4MQTY1C787-?*}j83rCIt5Jf)wrQ~Oxj
z7J*&yE$08fSGeC^aZ1nrB%d3Hfye$5zqNXC6q4ZF+Sg8pcs6U=8Zzv+iQXMy9<zpS
zU9qLZ+a7WjJnSLCx>+MEY~<Xl9YvZX2P00#Pudx7_18lSlrHHnoJwRtDnbr~8r(4n
zHdmh#O3(Jwn=QCG3rf0gU2w$9_N1d_v03R1@5!^+Zz*l&^QrX$8%zr+Ov)-md0Xwz
zwld}o`=6eEUqX%@zI-A^J@H@f(>lNe%E~?4cT%s%1!Hq|1lQljZYb|Xj4Qiwh(*$k
zD<k%JNeAYBmN$7d%f67wnB8bFRaK3nyfrQH^6T-Mc#|buP(i;C=KVc}EtNCHc*U-`
z&XoAQ_n&8e8}oi2OfHw0>3E*lX(^w<Y)b&>!Qp>;7;ypitArXcoT@$D%%ffqx+Y+*
ztB;;<YPWQ$ee1f^;*st5vAMe(E808%Gea40Gn6~vN&*u$d+m`$xjQl=ipSn?<OT<}
z*|bqP6m_Pb-(lz?M8BZ@X@5i6xbXG-Jon<E|5%}g_n)(xPwhm2NrV4)FG1|Rnm3-H
z!4u#Kg7voy^pRuK=`=^E+(xQa&z}`qNCEnVp-=O^92RFHbq5|cu33Kt_7~t0SWBf|
zWw`YVPUhNHarj9RMiJTdy^9TL(OV00=dksIwD`veN=-tF)-<Q0BpQsZUoqfr`!99+
zR{1>39*zfYv!0{T>?<ow{X*Lw^pF!!ViMc+TG#$cd5KMtttFLfFvXpPp=RS?dR2|`
zRjsMVyf_Te{+_j}d*rmwn|IGr*10pnq`B#+UsV3@`lvME`abtg(1g{JV+Z3V^QTez
zaVlYb*Lb7iaQpNcu^W;)yH?nA4Xc=Duf=_yC7jr=JrkeI*)D*MbpG2r^_FqI`DGay
z8%y_o990xbMg>@7c2U?^h(NR7xGtQN^eatY6cu9^&VAM4XQR>AW)|nBSBzVlQ^`sw
zakBnJ(0gO2`%BiE0eAKH@2ruRO38;_I6yBiudnW5weF@?g-sa~%Ewc+vUfl~v|{-|
z47+&=I3#-G6zuLF>!{4roj;T8Pk#6e?NE2&07T7c%4T|TGpRMN>1Uc<snJK-#{GKi
zT(<R8XG_*c-}?)&)$rt@4La04z=mDkF<tzb^|gTFtv4p|akSpV^35vy;|S_eJfDW)
zvVdUW!VZJerj@J)E$B3VoehNsOAX~V>n{y3I#AxyM<36r#%hR(OxvHZ`s|PCi=J$Z
zi-a&WAbzFx(zyU3(3}CBdv)@Mo(%D8z`BL5PX;vp0I~jW?CwyWXwqPvp$`6>Fso~;
za%vUwpVs2H6jsS$9#JcasRxxK2d3gF+bm;{_>{i>KI@DtA!Uz9Kp@f{VSqDCTF-wX
zJi36Bfuz23+ss2ZcdvR%vuT6g{KM=hum-5dE%gPw6~jaT55*O%mX;gJ{7aD^T#}b!
z5pAKhsL#wp`wVAab1G$W+KXBlY~EI5b=OJ8vqame;_qh`*9M+`!-R|jkteesKCorl
zKM`XFyvdvbaNY@h<Y3O*5CnPUyv@ncup}~vR%bv}G>vVc@!vk1+D^9cXq2F80;78=
zw9^s{;>4H32lYfnTZCI^shB!xJ)NSBF8{;RWt8AfAC<uyxM3q|RbQ&5>}1uC>=eoV
zeS8w5+isfK%RJu*?KimcuOoV<I<1UN7pd=ERSwDI&?79J@8VXz*z=@s+F}FOSjdPj
zT>P(jY|V~JvU*5xy=m%OPkN^3PxC(0scS8+5BiTZY;RbL8i`DWl0{F~*z@)qHWjmo
zPPx_u?VGxKc<iN^!LzNd7=bm+iTeR#6Y#Y@koz_MCGv5)lOuMCk$`R~He)I#ziu|L
zB_oQtq#)UlKMv1UZUXTW`6$x9cqnDTn<`=`!*KwT5Znu!%3jZ?d3<QsA}kxKIkLmr
z0k}y(XRZ~Ha|9x20ozd9{j6>?w!SjlQO}Jz81q!{6H<!n>#OwoMY;dJXr<0I2K~Fp
z1|$rNTx-KsqzjrBG(R(3c;?*mc+M}+qjD0zn#Ewg#Dv5;w0qzk{pKVEke>v?aIgVJ
zhJ2#=KV&;eV*?Ok!$ua5RoZN`2v0tyi#kk>uNc<R=szsEY!M;*?hijN-3ZVl-S|vi
zI>#|AQCaO!qU~?Sn{rm@ofH~puNk1M$m2ZSsBOIX!B}$vP{*_9TtL3TCXI$NS+o$i
zcJEj2rXFfAM|SH+!Trm8D<G)hgFei5zqJ}>{5mq$xK)+0y{qP1i9gp(Ygw(A<HD!w
zr2oJm#j`Y>H@^JWv|&XD|Hv;x<KhKX-Y*~3jrpeP_8@5j<c>~%pV?#rK;$0Q;5h#Q
zRxXPk`J=po|Kdm2X7KA~Z}7({AtnihI5CKH;D3CD2iKV~W{3&IJ^c9NxfcODb)wQ4
zgLKtZYoA99n^?769yHJm{*F!&;a}vLk9M?}ug`c@-SmTD_+1{Lb0X{_FYD^I&sPtW
zjA7+DxuI&@e=~$vh@>8K|7slf7jGdURxNZI9$%^ZYu9zunx~>>n<%K<<2QSkJGwE|
zTw4Lfo8Ra&L;|w|?#^7|X_{bAU+l=7n!VkmZO;Vzoi0_C_c+wlCiJP$lo0g`Qad1W
zy9JV3UoD;X%5H_1)L~V%2v1=PB0lB^39o?clxFd5zv9*twwf*#^0^x07T6(ABXNE9
z@~rHXVsPsOanVDrO9ok*u71ODo#V>x91WhPC3ctjvvJ+#Dda=<=1pYVgZ15^k&hcL
z))S#;qHLHw2p0M1L;_Y))+q1>g?|)rbBy8NW7QM=MJWgWw<Dxf#4!o7wIpicbZX*F
zj<U>n%ZLvuU_~*2x`;xegkIu_T0OApC-Hoef@F3PqK*9B-#}-sJ^QL?uk5e2tMs^m
z*Zc%YG>7)OkLM6+m&x@GidiA>B*nX<z8gabfI($!86Z%_IC;2AdfZRwFSsYCXTbR9
zpQr)~H;K=-lSy&7mgS{dUCMahUK+IHo|7cx`2&K|>v)1Y5;1Lgevc0#Jpz4ck*}(Y
z4YI`eT}_*)@b{nNs`WyO?4BAt(@99{%kv}Y(t*BNAIU{Oi@*S-$aDiXc9<K97Oj*f
zu6CI&ybv`Pj!q2^6QJB^k~IwRuw;PdnBpXp-y28=@z+zO!e59c8;O&p;ea10OM}?;
zsmj044k{-q)2|b9fT=t;e$g%nJng;v((rw_n3XHj<iMk;<Pt8{*T)w`5G^p}+pEQ0
zA-L=%6a*j!aV%oUEbP!Y`r8dLEAG=i8(&Qz@5myF)%y~<@jm_2kN27<--J1PA#24e
zXRBdR1Q6<lXhG0Xa6V4#-J}YyxVwhbkJJg7)4~OyrE+F?56KNQMY&i_G84pDdmk5X
zf8Vfc&N7Gobd-dm&ND)R2W0|``9)>xVSe{Fx`UZq>F`pD;z6&9y^_zyqyb#hssugT
z%?sC-rTz%-8#nd+iGDv(>EH%(DXNDJjO7PAB6<`}IG`OLE5?>h{lYGWB;V}MyK~Xf
z4_FN{6GT`zSe)x2yCYD@;z+Is1Ru~TzU5+eY?%>Hhi!a+p_;7U0B>7)y;j<v&z14r
zN)%x0onw_TNw-isB@UAxGm*WF-$OUI+`d6#(?W0VOg`o|9OG9srCK5%V<eTUvn(AF
z^q>3r!C>%nU&8XS27Cyqt=b?}hYO^DicsWD_O3Ow)n+;=Ntq?LVQ`SQB^3Y7;Ju0X
z5{`lgc0T<lGlZfZp$XC)7V(2de!)H4^szj+CS&|S<xEBQL#u2e{iUzRD^t@!p7KfU
zMK<(qXJ@DSIZ%XF-^OI)MsH+8Xsjzy`lJuUzvo~%<UZJ;9cf|AQ@n9@U08bJR5q`=
z*-2w1EO<2g_`UF*DR0Nl%7x9X_dW#1kIf{%5?RK|eq3sNWuB-$1c&7S?<>m{+TUj}
zn5^xzSeM6k_<-jbW%Rtch6O4mPTiShlSwRsQI%9rI&vHNPB}^%LEe)vnrI7w-32ON
zQ%rm`)PWy+FgSys`)ToNV!#0tw0N_THVQOT-Vi|-R>^x(O+;0skDUj-5Kj@mR<qb|
zc8EcGgdOpn<h6_F0r>r8N}w)y2-skO@q<Y5?bVG}7Wv=*yX#<UfD2OwOrk@pmOj8n
zYVEnS=L7Ej9^ST>^?SSmrHqkJ;}#U}-{cqsSmKZr+~H)_DOwid=tis%Y}1#edN#6}
zSe(@)MN{ZT8I=iOjK_v?VL6fas(*Fl{HbQ!JH)I<pQ`|l{tg>y9_-Kk>#f(yP8Sj2
zYJ^UwKhn)^^H?r<c}9Se;oXl~{>c2R3%^ZlL+SyymH(7uwWpD>OB}zjiuSLreN5^i
ziXrK9D7fI8*H;^EWGTKJt)XM}xbP~XDd(Bx5dEpzY9!Jk&`%C`%M8&gPM8jO0NrEk
z1E&@>`uO=bxC9if@%GO2y(zyy&G;{jYxQP0(j922fLUE3ML+UiNn1bHk=Y)kTG1r%
zHxSB}GV~Qy<2LY}N)Q<w<)g|lI1wzLC->;&Yu?}(_-5CcKOr`R9v&mGo&ITi7<o4@
z997Ng>U(BUF3@$R;7l#@isq9RwN%rkSz@=`sy9ea14l6n2lPl~alE%>QGOU}&9RRG
zfYDf#pU;+NxK$))R98$76D<jZ=vNQ(s<f7@F-;l`QkRYNu2t>2ak(?rNPJG!Vy;PT
zN)<|U*DzyB9=9+?_fGHx47&2QY=8VD*qZV2i$79ib)e@aHxK{YKUTJ(Ls^n_a^V%d
z06oKxe5zXz)?@2<6ZIUUN}{_s^yA$;DfvJ1W%p>qPRnf2r{P{wNaN}I4py+M|IRSz
zfaif~stw<7H~BD`S0>}@$8W=<Z*Zg>i~bf7K>GBfeaN?&dQK&t^)?n=Y4a6T7EexU
zw>L>x3dCqfS5`bpd{*|A#=}v1P+wC+r0xrEIdbCHM8T9XWa@#W6+}d>kx5_qF-S<7
zdF9{N>+w699nCKmMca{!j6vz)Iq!4ql<-8$h`B^!B@0Xg!jB2Tv!hK$;aB{~H=h4h
zzsSHNg<Ww@4=pw;{J;tmal6m^Ce1q1p3y!UaZVZwK8+K}kJX3#&7|ebwzrnqLCifm
zjBbaIzg8?Ec{{puLl68?Z1C>!NEbSKwv`m}YnauHem1-h&P`{@_7$<-Z~mKu(?Yh>
z5{1rHD*cihIx<xH6b?88?hH?D1$X2Yr7kaSnhLjAUS5JCTf|<tM81Ju|9`qwpP{G1
z(?cO0-t*`cA+dH5YH9(R+jPfk01+wiA$hK)={eB!^<!O;+{WjWBv)`W<bx)NKr5)|
zQE>gX+X1<_0-xh|^G-2YFTNp+uYiSF&GR&)5*nCBoYya`uIuFqMaV%YJZL6A>t#1L
zfy7D*+X7I6x~mlOl<Vb&%B|UT8Si(ebNVn6)dqhSes8L)%odY_Joz@D?7(57q^nHt
z_NguhSs(<Fo`q^dG0sdKq(FJ1dcj8u6q7qkJ}<mZ>Up*ko~J}1l5k0)9p_RThH4g5
zzV--=r$UOUlwCdx+kNpYe<pq&t<}x->E}efk7Z?MSc+p?YN4p3q=9ky*I&JW`#?k}
zeygeb`H~kEb0}Q==&O_`pP-lrpG-!x4*89Y&D^92y6~B!Pp9vOxlh)nB^Ba)X9}_R
zE)*oL<nqZqtr%QvURjw9R{PI_9YD%4*eK#iY(Kc&^nrNDOY#FnsfWd6lSAO(S5MF4
zXAC{!9Uu=73`T&|BsSwq`C6Y$=i>QDAdya;bfZb{au!JdUaWE4ZL0smGk53H^F$iw
znWguPQwv&g+M!49;!ReF=E0!N;yS@7f0%yHHfR2I+;|WCbbEG@ZFI(ek8vilDnW@Y
z_h7k$+mWN*CzR|w5ERm3f;`7O2C&?OelGxrrza<)eCO*^^RpU@_Kjc$lY%W3a@mg~
z-HG}?*KicW2-qVDg!QKx`96s(atVwtNXeM_hL3Lf&_j-9j31@?>7b0b!v$Vtu1IG;
z2iOI^fGasFR<ynSzL+kR6^xZ^p4QJkAU?V<kWX#Z_xhC(2RB{loy}zb9N38gLIn1w
zM8RoMlzL+F2X-$DmNV9MiylkaBG)8!fD-M~jQT_(IV=r$Ig02*_#T^nhDgj1C)YG6
z(rc}+7a!;$#XHD_Xwr<@CSj(=SH}yaT~59alISA-{O;ZXpXd)X!kRbr{>&GU)-wlH
zdDYdN^Sp~3P)yrRh|VO6#E~--!0cqo)PcoGLd4dbb`O5Vb%G#_byzf#Dsmf(r<>O}
zq1polt#zgn{L(wLVFrNyS`eJ}j^t~Z`pOqKW1Nq0NfB$DBE~UvjJ5bd4Z?1fHJQiW
zW{rFh6;mqMLUWRLI^Aej>Y>^_i?rx_>5V70@5CG=Vc+K~+Ff>V>GF17dS3hxL8`vQ
zX8_&(L4tT{%X`V9$QpivH_dVQ!sf8pBN(We|GUM4+4z1$eU%<dPERPZe6<qHqqBYY
z3KqSz47AoXY!K|kSBue}nd*s^@%14uD=Y;tsZ0J*g0a)Xs7xIqw3t}~LDO5I=F{Mr
zpTQ&A%sCXX2ew?<!jDttkIFQZit?#*!}z!&)#wJ)?R^|QeD0%g5xXHnXBud~%r5}v
z_A>!qPet8W(Me9f5p$+&I(}#T4iziaL)%opCQHHRT9O;j&DEQ!)I*T8<I5^MtQ;l_
z3B2>Id;Z_aeQOuknqQ}H2fP~c^wdLFTQq7yqDt@*Z~BtDLq!9X3iF<r7v(Q~f9>Wr
zy2elyf!H1SFhgO7Gq7|<c=JX6Bl6z6SeNZpZvg=D2;z6~;hLQP`aq!N75ua|!sTS>
zWh(;<MTJ8sO|-tJ;+17V)jfNV^$)i%x%Pwb{I!+k@s(IqEHldMDL-zEd0|wVhYI~u
z^EXc&@=1I`@fs;Lm5^`Ru7XznKo>PoK|%>oIv@l-zOIgnE&EB#cbSeaN5(j8`9S2<
z*+nr}R9bTMt5*+bb?2KDDe~pIq(Y1t`Bkp_ly}Gv@xo6EUld#YQDRoJCzip<t)Qxe
zo+Z){GSGA^CYcJ9S9?CP2tQAYKgfuUO-(0=qoSgIVK77~Pmz4e_Qq;lyxq@urrTAp
zNEhT^CNHZ(6BOPOKpj`I^6O#(o}#O$I!h*KcFv*QXu||k(0;x2?Zfza;G>(0LOl&T
z%I^8K(iOzH&p}h7@C^<13vy#@^^lq{3bmNRkIxgSiqq>&lKV$rF8Fs>nclwg2Pm(<
zAn}1JNh^xSO<sY>T=ivU?ug{WEO%uGKyJ(VZuF4JT9!4=IxVSwqM&?QDuK(s$#nn?
z^eDkqRSgqwG13Mh8zE@IddbKJr{*40m{%NSGfEYq<V*0oFrRR;R$$i-1dBBbOfffm
zcJeKU44t~}hW@ub`((-8R^kqHgUZ!~&}ZG4fMNv}F4z?+_W0bbzZO&pUSw-2t*sUM
zr?0Bo5cw59Gq%icMm)|~v~JCLdMAG^owV$ZUz;W3r6<L^BAah#gCJY+_bb!-$4{(@
zifu>>NMGU)Yv<86g!>oTkoX4rXg+}6ojd{uz^P>}LVq`5iq#`(?Z*oNfmE`OMVT@N
z&=M-HM3Z72zYOPAZj-C4y6h%O5cTLo<F>qA`4x{pM67GdZ2%icBxph0MXZf}KWert
zFJ2oauyS&>rS=8RF?&Bppq|QeT#53vIOhGTuJ=-5W}@K^Z%2^Gg+wJAm<)hb`H2Lz
z>G;OjoK}Hv=QphlpXyWsa@pXme}5*hB*JOH=|(Ed;D_zTHN1)+Z|%gjls5d}V9WmS
z28I8Z3`s<<V$MR)M6nrguQGe0;sxm7Xta#Evob;f-}d<wdmeWfXC70NB3pIvwjPZ?
zy43q7b02e)tzN6Fs`>-q^$O@72IYBzs63P8@*Tdk3+sQUmMOusZ2rxoH{aK-y5R(<
zVcJ<69f3yy{ZoxA3h|TP!T;s&NW+BhaGRXy;QEOw$CS4sE%G(&4u_XeIs1#vx=>L-
zPk*tHMu5(m>^E2Z%XhOx``)_ru#OWy>Bl!acCk&XIMBR?_OK`Sa@8K#G!SmA5X8M8
zh0~im(0m!?b-#W;?yJ$b^#k8lj%17HGu!aeStlBe&RCWJe9?2yl#A2NtezXeL@v%7
zM;3`cu}>e<L7lQdF(NF6yJW1xO0AUfyr^<92#=FAa!c|!)5;Hm@V1;1Z%hE_T<L&*
zUE6BHXWq&@HgEBzjCA0N4My^+ktHAKG9uLx<IM%au)7dx-}cVyN{ux%ZqVHwTd%1@
z5x|WmhHsxr1|_8`@n|sc8>10L;M4DTa>Ns?TJ67BD|UQ5Igck3WQdBcg{w3+&soQ}
z0alvL)EivzRJ<G`T{4sx%HRX(zHg^I`<9DiGlHR(S|%&3cVk5hiJwQ|1$AKNehc(M
z%x;O5r<bfk7ZwZAL?*B&dEEI4N__&fT>M?(g6b#}X1y4YVuMm*zfHBsjdui2)-;kp
z{(R&5TmX7hD_r>#J?Bj`aZhx}{Nf7^NVVvCH<?v0e@qMMP;_k(;`Rt^G6-Koke1j0
zWjz<gJW&7Y%;3i>zuq$5@kPDq<xYd)>Uq7P$fHnVBWRyvx#=?0Rb<5_!)(Ro?Co~E
zrIXavd3fGZ+hxwSV22As#FBQEGloF)b3<=#*0%c2)`ClmZ`8pd(`>uDvPMtgAszIh
zSn>VAmcR{~<u^&r{d=|iOjR))#*(e!X`yoBYO90(o=b`5V}0&T>Qmn1_*Tpi@jQ+X
zwyz4A)XPX^IBqzniC7g#<W!wjWhu|4;p80Sv%&w)4sTAy#vX8TYGK>3(<ol6@wFcX
z-1*$=B{Sq3Msj2m1_8LB=^_fE$^|-RX*b2hub37;@;~VP>oY>TEav&$pN3FS9Yv>X
z`D%We?|QwL{^hJfX4pN7L3nqaUA2lztT^cV)v7#rf?_=_e90h$*&2Sc_Qd($8Nj(0
z-1_M!QyfF%6(hwz?W)Tjrpa<Y5sVw(m2(3&*IKQ*$<%jjA#gBEV7%I8^~`&#>G}z5
zfkYUzUbO>R`3E_2cC6;AWo75ML7kY-k8jupRy!QXmxYLnI-OR-VL-hd`<w<#g}6_u
zv4f?QG=0`b%Y|@foB8NrhWniA;u|))#iXr4(~$#)r5{UDKe8?CmfD=?OmN`}!^qfo
z9{Q^fBTZ()>(<6XjL4h)#n08}{0!n^eiYlxDf~fq*bJ|FV%wZOSm}K{R!LOqBoV%0
z&lh*_;E*)Ls{zX5Q65!&9mj)8rXHY3I3uKda?QpW#Q%!X)a@m6?fj1SJFi0prP$MZ
zj_e}iKhw!rbXC&Ao|g4MxKqOhEvNh#=XBvP3X1YOKG4paWN7BRC(u~=-+Gz6e2ut3
zmoG|osCImV0EPTNvjFN&l_c-GS{Y2xr}rh5XOCv-Mpb{4|L!GrHaKDWezS;9MMS^K
zv1up2<Jt9rTY5?YdDm9OR8i*g$;h4Qm|fAjZ<Vd%$^AFde{#JshnU*h+M1_8x5VY_
zR$s<CZZm4J&p}k#;}7y!uFWKAq}0cWvJKJrpgRTRL7X2$m*_!?rX3+H;6EZ2D$wNc
zSJuNq;2HQ!FemF^m*34;3c@19i%B?7o7nSmA|KupX&joIajPpiEKvOYiEY8EO}jxQ
z(fD<oCfHSha`zSDm#rZ;EINKX6h$5?^Ttup6s_XN&hW-ELSS5gOB2o$OA&i_I4)n^
z?GyKc@?t)jr6>rfd~~DknYax+j3l<othq~u$!sOtdWuLM2n{9*lA48z0?3_ugzFZZ
z7E>y<lfZ0NXC5G47Rl~XXTzdR@4Y69#bb~om@tcPJDtXfh4}eAq#_YGea-b^3Sj6*
zJX_dawy-(Ilj0}}M({qMpe6)?>o^^)JyjBQPF`}7$G4KPRD&w*z6&X{)n>adEK|s3
z?!p`4m_AqQC_tVPxAGjb4Z)wgBZzDA?ypJ;lMqPp=4B=_&NgaJi+YX?ly$J%;Xoky
zoYZ4AflW~`QJTG#3&-?#HHDQKQETUxG(>+X!G(b0T;Xb>*$dPngBw6OtyzQljYcbY
zA)NpxbGpSAv}T|@?rXcQ6k6E&7T@v9r^G>G>4%aDG7=;1K{yO$bYT%lX140`Ut}I3
z{0c~Ahcpu$^*5ti4n26o+obTuvEyhwUEHG~_|pk`m<;X{%H&_CD?LE*ty+p5+jzlO
z591dm&hrniTo6R)y?CDZFxtqEtkn)wQ)CnQzRQgPq*_vY{-4>hf&lCfYa;%gA{+o*
z=oS<4?+n7nVWcjxj%eR;(F~^6!AL~74Bi!Y{3e-+hV3EDWy}-Bg^jc_YJZhi06KLf
z=U&7Bt{FnbFUHMDl!iQU)Km)8%eNai2|`KKVOjvDCd4CCRP|wvk|LO5^}-&a#>7e9
zGMQ^reMUkIH$?E1f%P;v#$cv6UpY5f{P4~SsWLj3hp>PJF@4L<Ilkj(ue=${889^U
zvlp>v&UZFKpV}-$O5|JHoxH9bSo+7H$M~5vuLk#ntpq>ja2g-7|Hp7fv@LJSuXwff
zP*M&*q$k%!XA#71f(tUnRhsRPr|@GLwWlfv7HY<v!^hUJ;}IiNSlR9VqP!Vcp|OJD
zIXJi$?7THO#gVF^ZheK);gmu)JE{)BUGwgK3Y9Bh=1dXpHyX)sjTM__K)xA%;fIS-
zg_tbum{~LUTSuR8vEx6wmDJ3wVdW}3Nv0Rh%6mi)WQaA!d}on!BTxLfaF>`MoFo|T
z_|W67kr5$GkScE=UM&m}T}R{8s@1>u$x4wPxIG>KQJ-tGMqKg#S%TsH*-yM){E(xj
zstTdGy?KTuf!qOQ#oc9v?S~CutM^sjhJ4dRa&gDC_!IZ64rh;Wg~h+MPQYDl+iP%H
z-db|%Q)MeMp%DDmD*j3-`DfhfHdZG3{<&dS{L@4bYM<9%<R@kWHu$ZR0mpcLyF}7G
z!uvl&K#Gj5WYmMjJ&`%#mc-vdc~&6UF&oN+AqtVxc}=Rw`Yx^$cEulwjE?oCUUj15
z!30%oOXlk+7KIr#GMX0sr~CT>;st{9hcA0Rm&_l`9&PC9V+1FX2;e_3F*i4oI#=p|
zn>@$%n6Roih`uaQcaHrGR}}`?O|$yvTa|H*N2PZfQ==yG5`GH22Y(*}fj(%_i;0(}
z|H{2#Z2u(lcPf8sN5qF*0Ts<up+>Jt578&1Ac3Q&Zfy#J?XbHk_27b9hM}h0;b+Al
zMIiks&y2!^^VHe(<3p*+><~}8Vm~MB9u#@^GCKudK^6eD)AZop|1it_{57rX15K5x
z2pN(e@r=fW#41rLj~R|W)iqT{*<iN0^m;=&(jH?0!uD<D|Go;Ld@v!17>pLY-&{=x
zVm8;<>1f;{126YTe`<{3Rg+}^E*L#n-i8nl!fBGIqA_w@#$eyfG4Y<i73^TbpKAmY
zlFuMU%}a;9A#}nwHnPY^)7^mOHhIIn=?;O>AVkqE<(7WEsvDL^#KM*JW@tto!4z8J
zryNJ1QNCt7R7S4d$Q83|QB}_K_uzs<RR(4DH0qpGQ4HK4TABATY&|Haw3vJC8gIu(
z*nxGt(8mUEd<DABUjtCaVr;ki|0FwQGd^RGO)6u49Pb(VJ8C?FhKe3`>f_f|Ld23I
zW$wUH|N47~%nZT71&^x5Fp=lPJ&&J`tM>~?gE&#yqTta_J~<!ooa9KH>0y?b_^dOa
zQhcs}4fk~SWmXSjE(zGdR(M)U^bn7)k_$xDq>Tb2tyCmxpdJ7gH1t&_5H=@Ax#Uh5
zPC^zo4&I1_zONsUd`FCMEqOfk0P!ksPnV!(h<H85?{BgU-qzEy-U$QV?EnKPhHVs?
z4W#K2w%fHtrI1qt_Q}LAeI}K~C#ZW)!9i=F=cnA^ObMT%Av}33mTL@DMK*3);D9$P
z_W^3`rQcEuo$VE)DMUTNu+aO0goizaB?1SuL0C93i^IDunKI<Lvw|cP4dDjnkxqF1
zEwPwDa>DEhY4U)gzY>3hDV=CZ^JGirbPtoOezh(<rSWw*ep1i230tCcE}fy*>T?hp
zX);yG{IgnHuRkwwwq%7QIoySChoGQR<q=xNbB$gQ`6$bo!x&rsPV~IQ_ADH?U&J1a
z_wo#osahP>5djVTN6Pg1+#qTIXW*%=0xgg_z!s`+&d$zqhQH(mO8WHcCI>km4Sa~4
zyC~?u<A*w~&Q*AS^bt2@jXs%bMUZxdwNVB!_&VAgT3|VQ7rX!4s>a7|1OgO>*+Fp<
zu@Z=Ns@-t83{4(W`uw4!?hD=8yDWl4yEL}_Y0w+elKdebo3a`OGH-R4SNexBn-*TH
zqk5nOW7wz7z%#d>J1H&gIhsn@uqzhTCm%@jxH&cU*_7znWdM$%{wBF?%Qpm=p1H)*
zcMY)!9z?ktwNy{Iri%Yh*5e!t7*n(<okEjA8jj)(0Bl~s@6!m>g=wNr@eJ&Kl7Y@#
zy72Xrwv-YT6NmphMdD4{A>O%pN?SVkpD88=-JDbb!h0cVi*<i-U+E)R*nse=+t%wc
zB9?p*z9+XJdzE(A=ap%5-3FC3*j@I5lbibMMF;&^kgj?_#xH>pYb5ziR8a4LGegAE
zmddI1RPJ6y&pbFFF|DIn!8ZU9o6`jaHh5vj><Z{UvAty}=sz?%i^hr3?)<7|yKkKM
zkYLqL@%P5!-~<hl8bsDL;$gcw`X}x8^nPk6wP`e8mmlEjcz)<2hAQq=`4xn5JF=1$
z)S?3)!zOo~@NbGhpCSuam85_WG|d2O{mz`7YSxw?Wu0y7RQ1TOXNAh|4ldW{&>N|{
zsQLVP+@)vwv-equpv%<}(qlA}wf(s--kR-)3ZX^;@*L#*B{X+r3~0y7{?EhH!cJX=
zV{K}QvQ%}IG&C+N?&P=BI(WWlHowA0x*!@>Tc*W)17tINRF$i8T#@8=hS<j{`)vIl
zEu67%e+*R^yxn9JmOYs<OckNw>59!guF%H=9E(q*@ZWc*%`G2lsjN`<Kn0~a+$Da3
zCV7I`??Rwut<m^GZ=Qd#rUYLJg4+E*dw1xe_7{(wu<6rHf&~n~`N6*;dE}f1R>!jj
zti+aSp*UUTqtUbmJ>>Gt)lcD%dzGfRU+s#G`8H!jhb3`O?c4EHDSv1U7>yU^i=aPj
zQ$t0ZlcOz(<*;v~wyK7-P&EQg6$g}rrP$Uvz#l-~V~1cHKVFZ20_Bl*zZCTx2Y^T(
z#h=X>3#sw`Fwr|ge@CKeT|+5E^SIsJ;S~?1%*G!mB2Q08Z*InA8Rt+8A5Lf}hwedD
z@JKbrgb8*zkuIkZv=~ma*edvbbwqJO?-KY__OBcC)b(5uiXj*6#M=5)BzEYr`dLk+
zpmNN~JK_m~31SB(iK?J)c1Af2o|&{xzFXh=!%YeN5DtgAn@_R9V!3LlvHfzAmvyvY
z5tEsEFHD~0=3zOPiE<4d3*wg#YGerocRDA)nj+~f<&%^{#@n^r`$FN3D#N({A2dvc
zLh2RkH<%0wqIJHGS76-O&$wvLtZ*C2#PIzNPc4Nvc;fL|L8&=<=0R+p`_fR?Q`U*E
zQ7iXH?|s)bNn`qLug8x8oaxhTBuXKpkO!g<2xhu=SS^4XOr|*V{DP%~^qt1d&-j8n
z4=<ncd=5Qb%UG7o);BID?Wn=Ed<y@nD*0DBzY{^DXLI2>Fxnd;Q{OL_w20hhlmp5{
zM1wsx#uZ2M)ug;i2SFa2?^S0xfklvYzM(j<+$6OIqN;@GvAEx1)dM|sJHpOkUIZ;q
z?vcvXR~m)9_!O%B?<CczqWh6@{ID3RqR{7D6>b4K2O*_~0Df<}!4wCG0RqtqDzt96
zM=ndQDJriVtrb9E9~!6kH8~_Mh~x$2E^)xiDP@K^l<9St&&f9pZXpQX;o?&zhJRN7
z#HU}(UAm!W96>&mieIm>t{IP=ATs8vAOAFi-g@sw{k>$_!eq0$#O5&Hik0cT7UuQH
z&r-LkS{X87kWjnJrDXaF^OU&4?6^VKU0Y>`Yq)_GOc1=Ls~fpOdq|0@E~HRuxV`hp
z2dqD({5?s;wf^c=e`e~(TZMX8UJySnjw6+o<St`wcQJ1Y0TnhDhN}ewL1^n(!X-zH
z7t^O%2D;j&Pqqd~Or0L0kg*@7EA?ri0JM`Ryn0yh(+e1~I%qrW#GtQoLs8pY8VL{x
zBr9M!@Gxk$Ep#g&bSs=xP>Qzp&3`}MT^+(PomU4}^JAg@i1GY8+|RRK^)c@Lt`0t}
zw7FS6?>yhBtbJarPwFS`#;fcucVh;KnMI;={mx}JA*d_piRzOE^6xW$I89U<`tfZ+
zlZpMUdh{?H5GT3j_uz<rAhgPJ``sf1RaY?11=8$Xc6K&<Lmd|1wu@$xPF!wvuf*1%
zX9jGv_%ZK|lHC+~0G^d2aKXn4cB7z2Xiw3i+Z)(gdp-%^;&uLmoLIW@;DeSegIv_~
zSNq2|s^x||eazm&8@~FZi<-ml-n|pBXnMP?ZBxJhBakgk$fnbEsw5G5y*|}>aBUr*
zNrf4WjWtg~9BWvSkaB{P@%g*n+f4SA=I#GLk}56&9b_;k=>$F?R`^cJs-L67Z@x1H
zp|Y^Wj>LOp0Cj^220i?HoMEk;s5U7y?xOhpigQ)DrtC&PX7!p(5mS;lwjDw>QQ*6k
z9bg@><o9)(Ua`e;xjpd2Z`MlEM(ukkppSw$LDcn@!U}sWuGFjlew50emN$3odkVp?
zk6qiC#JRC4#`q%}>M<x*u<J~;PQ#RnE-BjOocpvo)G?x#UBCpM8r9hfE7v@z9>0@M
zU*WL&Zea=`_GxQYq8LoYheKMx%6UgLJLO)S*Q~&oyV{98^W<`LCms0-T}xo879D`?
z>VOzG>#D|$MNrDWnbMIAT$GcOvuO5WWnyBwcW=2Z;7|d*uF$zDUi**2bFpcE$Oe7<
z3;t)hBUsYwkLlBV_uo}5YthWdm)F`t9b)3*r^iD=hjU-o0aeIe?S1RGLqJGa+p?LN
zoSZ!6BkpF7ouG7k!09LbHzR46eHO>qv$S$R8L3$F>`fC`F6CmPRE8o%_MzVPtM3Yx
zi{*M~I@MsWDef!D5Vy0#h|Ms>H3>}f5iK83<<U8q_?2Rm-kFSOs?^|mAj%_=d>jSf
zMF2&~b%XnJ!`cgwIsm>X@XwKZ*Q~4>7q;6<Zv~lnJtjxETJ>#oq2=|~<yJ16yq&M_
zaW5PCsL68?1o88``HvoM+EnHBDvXgYMGJmC1i#+<hE|Z5{NvM`Dqu0Wo&IyVq@+Z`
zd-*M(T;5_3kRRl(k9td7b6P83h~5S@{9k^c0#PLH(ZhaTwTicP3;2+?iIu>k;Zi-`
zMeY1cKjC|gKZQ%I1Eoa`bDn*pOb*vnY5>#e0nhR8?}9gSk?UjV?%ZMr#`l1a6W3=Y
z<UDYjz6)61ZBhv4A#r5_JvDL8_M?M+{rVM-xq>TXq+RvUck2DBJYNnzq=#SpoNFh^
ztFHD0{5N1Fr1@MpcMQ7DydqU>Qs~r&<<3NoBT~>?ibbR{rgWx>+*KDl`yYn7P^ufe
zjWIjiax|>4Y~dNY?1wF5Gk%oDCVg5At(!k>t?;U%p&{MPF>UY{D8I8eucNoTu7ov!
zL;=H~YB9$Wg5OuecWc@N&$1E{62?N$zAc~iQYy%9&DMKf0b!(~`6grR?dHuP6w{#F
zf=2Cnw`|aPx543X!wPg>)=K4zPq(!j$3wk4uuo166<<Q`)4cO5@+eEt&?R?V9YmUR
z-u>YlOHtNqsp*YFPIk>$H59HvQYNNA2$@6*FzHd1=S6!zh_(w*m`1mDq?mP|1GWwd
zdJnK&vQGjIkP?Dzd-VhY-D#G-@0$Nj8|aQ)Hr{)C)Lp2N$eErL7(Lc{x%tJU#*%pT
z;@>)@{KYCyE0ef1))iA9OCeRQjEQxkjLJd5hB^c_u7TtgZ$nRBn_5xNtt{cR$jT^w
zR$GlqZd-@C1w5d*rZ|y5^{ISveSq*`AZYlM6e_1Ke$zAX3Qvj}2h{NU>ii1h)xKj?
z>*llRZgXYs-8+=^T2x93;n}_=cj)S!yPbrU;tHyI<+zFM&1#qdMBL5y`Z@=gBP@!*
z>B6ysY0i|`bg_}`rNw1y?)~FY{9SC5c+~rG1(Owyh*h<5rU!NH?RUHt^bUWn+yK<>
zF`2o1d#yZqy;EOW9<y0rK;b-Ph2!>$8&3u)ZiveYeR9KGz#yw<qrX%e8XgsQ9@Ba|
z$y>hqNlQLj_1Ai+;!AmGU(Va(r{4BAsMBvj|1B<`HNnxlaDt;@(Xp(8N`X3srx$mF
zC$5H{mHIn@uqjx=7Pn#|sG2s2MN_3He|Jg<gd>MDL9jm^&qND5yUJA~RMj|k=bvF~
zAO%hez&TEqSCc__AN<Cj7Y)>ABUYXvXK_7M?i(KZ;p{wGt*$WAV2xOyFS23Yae-o<
z1>?VSc_m7=j&<N?qg4?3TI-IWQ6ZBI&)uxoqZu=I_-3}Za-rzER`HoESi(U&dF#Sn
z3dcq0Xl{Jt2ZgB|MKVPR9G5-9mg{DVbC>&pr-^-?KTHI|_%d+6Knj#KSSBzrdzA_R
z4lz<N7)r3dXWMz8*GKzMj7FZZ9HaLqUI-WL1ErQN4wY%J_vy4@rK=%r(UBb9kfWNQ
zDQT=3&VBpuC;ix^%=$W-1b-+^C>PjO<%MyL@S#cJ!~Xx<85QtBayVaEK#}L(--(lP
zsv<M%z;Xm@)f;+}hbj&<u9XX7d?2E-H0I?5#O}?EStnS=?6SMx)-!gfq5C|-hNR{*
z(s_Y~pzF(w^xF7isg+v!Y5cC}oU02tPV-D4ww+}kzU^N`$FE$(OWTyvNSRcXv4JNw
zC3X`J)3d5-+~ncd-C&QGn7@BTp_lMv71!xHO;9P#>5{S&mZK?KmH-0XAA*<8cXj1%
z5JL4AJ1nR21luW9pSiTXKvm~HG-uTz>pJ)rikc||@HGIk=P=JyMJ46s(c8LE6l%Bj
z{9fmQUv1mjg8SCnM&EhNi@B*O(MoP7k&H~f;j5XlUth5kha$%+3Q>L!KnUL=Q8Pg>
zOP8i*3sWmm7h5ai3k=xenL?Eb>*n}M6o<ZMHQ{~RA0uvbat1XxgX6_|;J2m?q%se0
z2&~2rzWL;m?>BWIzqIWKY@yX-U0g4|z%Re_vq9TU`45)b0?rSXqQc=28{QODpJeAN
zkx#Zp4UIDx7x$unaifPbWzx5`F$LqZ(HGm{1njB!G1`hZx(9g#WpU#a4$i&wM8zvb
zBy}=-OC+%6Wo>8w6){Qz0yKZ~rMK-3FNg?i{(%0?16xH(l^j~KqkB>JD&_cOX^kTm
zyzk%8@oDRx*Q0e+rvmrB_8+wF)?{WY$9jkCT9{Y|ZiN4#p|;2a`rj|~D~&v=YkR_&
zC`v}(Q-GpDe?RQB<{t}L<mvL&ZrYgPRerPr23v52*Hfi-qGg#2_)O`B?o21yPuAky
zpO!C+pt4e2SgF><J4yNiP*7RZiyQ^TTJ9a5ixL!>#Zf)L5vCWw@h9|Mb(g?sE&2va
zIvMR50g#2s{poeZhYJ*}vu9PG9yWYljwyWxFE#TzkpKzvRw~X)D#r~Z`qduFJ%e09
zQ7VD`Ao?9uD%b;dj-Gg=XQ=I2=acDIP$L2MfJID3X|tMY+&ry`B>-~Xt@kIgDTKaV
z=?qC}DLLpk2cX2c{81N}`x_0-&&l!!GU~3I-e0gt`}b$5rzt=iuDg{;j`nl1v+>1g
zE}|=NVbK93pAC#*F@G~*$cH~+Jjrj$c@NJ*oVoY3{?(-sTwtH1GX6^s7UI5IR72Qz
z`{(BZ@Y-org$*^{48Pg$?(PP(&nElkh|lIy%W)}>JLk=R5p36a`l6;&IZkSVGqv+T
z%Lpj%g}<LDTDtGne}ByvKTiG-M^L3LK9ppd&_fQtvDTmDrA&5Jt6ym(&II+!nXG^u
zj%MtJqQqLH?OdH;bldKgM7!7TS~XQ|>)_xkZux)jfK_e$=N*@GV(tYYfMmGSvrH?X
zbUUo3OwaKw7DDAWIHA-ozC#EOCa(cFXH_~*uoQaObPC=87N@X^WFi)fLhC?<(*l%U
ze{2h}=%EG|$bF5rS;4o;kLH^)Q*wYk`>(7_3w1g=8zuidR9*G;%*@Q`(qZWNNA2sU
zcugMjFBknP>#4J~u&Y*cG+%moUuL+G{k}7S(`C18YfDYi!5B+sYp5L+ihh;1+gj2K
zhMnF;O09xmLDXg2?ZpOyoft-d)c`ncOMGgJpYiTtza7hZ8&AsKk*N|U5od44-=UZZ
z?I;0Rtva)*LPT0yThadsp?enP{rBcnDCHXJ&Q-L@v5`2AYJ&DdBykH(fdFcT8a1fg
zFcZD}h5{n3Pf~+a*e!RXeL-oGuq6@Vac`M=<XPjjdx!X(iR9vI53-tC(C)jV75jb3
z=mACk6Z<-*I32h&KqbhyrdbDVi_coFdqPjXtjK0)yJpMIIiGEf{XY&3oYxBg!(@zu
z731+Qo8&j%Uu<W~J>H+1NI+;UzCLYK4<{AUu92ORjpM^G!DumeEE~8#hvTR&<}e>U
zDd1WU&F9V|6%CT1o*=UXko|HW04M`QW-~kq{qn~VD_<`={ttB5GeDmPIN=1hKKuAN
z>{B1*6CkDSxAYuBM-|VIUT=Dl=g&@tY(TE9mo;u$-OH-utz_a^*J;*c(M;tx50vP;
zzOJZ>=~|y;&c0zLq+m(!omyPD{&`(eLQ~SF>+|0aV(-Gj!q!+6ww_^`#n!txm)#hg
z)kK_{Bjp4^P%8YPkLrfa8zInGosPCLgO5$s(*Ehld$PY7AQYV#Xp0bP*{lmf>~>rr
zSBA@t_o1oIV5ed3S+~3DR!Y_lDh(?1d2z5OZG+V^_f#FZOx;YoLvTP>x$nxBDMODU
zfC}r)A|QfUvb3`hph(>JWRZcmPzWt7FCRqB0Lb*<;2=Zcu|z!(P3ahRzf9du3E%)z
z0#_D6lVcq()lTaKf8ehQ*HW-#Zfng#0)H)t+q%EG8M8)p_>K%8UOW7a$zhy3X1mOH
zzUf~pZvhP$C2fJq_;vQSEudZxh|g;jN{bEtb#1m)P!7-Hcq$(M7(G>eg1nC$o(&XK
zNt~s9Pp<g&G9&h*CJ#{FhI(IRIOk*lJ+cou`+FbUUuBMFin}MUJ|S5BNpDkCB_MmJ
zw-+r-#Aj>>{eazcs@L^y*MH(Czoc&uDTN`9oH_LSZL<sl=As1^8)D9W`2W&UBrIO_
z^>fxi`q{(=Rs>CG!@K>S=U<PDf-TT;3P>`TCTa65p`c06cOqXSpH`SGct`VeTR{;`
zICeoPk0Cp<T}hD(F*!r7pgIkL7E7a7QV7>&ff1MS^j8G_`JP=cpe5_#t>}G&GPRDU
zA74-YncHEOhtpN__D2`mnX@7QsDq80a)EMqd3iZQwsP|FZ6Bla@S2)X`%w=Nbii{!
z9T!c`?1cUy7ku`Hxi)0qU3UVTZq=WwPLrr|Q{Ct_`**G=_d14E>Vj2$oa&S(8x%;9
z!hbWU&`i?62!TRxTTTk_NX)e@Dh)RZz(=9P&0tCrpIx;Es@cvn7C1EJD?Ti#{18o&
zvLc;zbxq27MaW#+>9=|Ym8X@2zW+-IMR*6|Fu;H*bK}pdivY29xkg81+`EH2`8YRm
zx@d)$Ifx~QY<v&;u)ws^q}I#(Tp{e{U*c{|*$-wWrelfF4U<qu3L*2r-yS9}D(+Sa
zwIT{`5%FyV?Wu$sN8`-uo>ginGk#Z!NCai6PneKv=#D8m@NLtBknha?oI%?E?1tdC
zNV1!Bn^U^WRgq8pVdj=6h*6gxYP{6Q{*!v8wkc`xfcOe$P8%+hp6QrLwx>)V<`WkT
z5fM#}cA@+z3{qtE{v3*fcw7f?Ld20&v(~}Y%@P)!wEt%o;6@jN)aByhiXS`w1B8a<
zJ|hz=@fi9J)J|nbJP?W7Vkp^i*1nNM^_=Z5?%D)|)~f3yVEG@l*v|?FCc5ebpcoxd
zJp)1;YoP`$DZaZfHOaqj>{k0K{!ocUW?f)n;@iJWA<y<r?aO@nV-+C~4?Ea_-MF{?
z?xv%#P>iLx&OtSYNsNfkQoBt7X`fn>`-w{1>t@V1O-x_crf1`pSiaU}Gbaz&gcL5y
zJ_*AQA=7KjO-D?)q5RIlz|f@op9itApj9rm%h=`@kM4F}{1kc~j0PBj3q)Zeu8X%f
z^t^2)8<NRbrhrUsZr|u36~YsimcGO?N73h(rBGC9u|9Fvds;q0fXeuPR8*}}#4h8u
z6`pWptXARbGn1bW?{-C_TZ``A1M#=soQBTGD-tl8o}G=pd}~;By}AyZYI9wm3D}GY
zB^cOALquObG=-D3kkyy^yZ*;`tkvBYNX7ckrqA8BgS^ij^w$fs6>l<v49K4HSbYtp
z047FsLkMaFu8q%T6R%Fsbd}g5HC5879;y;>g41Edeg!fc>G!bzD?uD`xse7xtwzIX
z0P3UTu=9#3>w1u{_ANq%?YIegcph5YjeOyihfex@T=K>1xaknUYgi|mTK+ql{e+N!
zpnV@pEv;F~-C}4gqQ^!3#(ac7kjc+ZM{kh;ykC^E_uh_13NTBg=H(Vk_Sa3}#+X}$
z29)=_2@`00qTtakleY2?S5>(8Q(CYA^EG0(@;Wk8hm6h>OO$lK6&=>LYnS;qv=BSJ
z$SwnD^h@jAth+F32U|Is2D!1Squqa#-oxTLM52=$HT|G(&?yb)SFbqDUq(^^lt67W
zEa^9D!M*kdH4C@S*pl{`t+B#F&F%<7oUD+udC8TxCs{T~EJpH1Z+ZtU=3e~Z_WHgS
z{p;5SWo+Yb=w%x8G9jS7cW4sed@lcTD+FrQs*gPT5$X<*#0K+kMrKc*<WSy|u48I4
zf9I&gBcwFUZoNkM{OXlrl>VbtG_IS?kz)Qe%-FzBH<!Bhh!mLq9#E_adnE`P7`prr
z`L0SQHuE&TV?-jBc19JzGx^L3>aTO7fNnL=c|Z7le!6mo&ge*)vRhxQ9aGrpso-Cq
zCTNk^lm*6dguH^bj-;)UW5l;jG%(89&a3jIbFk<(wjDjMseYjI;bM-t%*9+T!fzI}
zF4_95e1AP)yFqBwwjU3^9+h@>b8`c#0W5W56|l6i(PzkeI>41^8Mu)`F8C-CbNE)@
zmXVRM<>J3Mn>XEuR_1N~`-JjGVK$gk8->I66XR-gaaq}RC<gsj9uojP4+uU#I34}v
z^i4%Yh2DncoAUCtwP$`A+`It)`6Xr)X<&QXJz`&w*B=q)1n(Y4n#Hx>NmVk1B`1aL
zFW~#Bj75Iq7FnSMZ2{deQ&!l?R15xU{NaUz-YG4Wm9S8>N8OpdKIrVtW7GSa%XO}z
zbvKWYuRwbCpe6-~!Ai8Gm<$F&z3HA5B>7=*$KVx?sVNm}(iV<&<!fa!y7?VRm5_Z&
zSr1dzh?}xze5pDpXd<<3zYqwdVs|dzqC*aYR~k+<{UDI*e&}`o;tKk#uT+N_hQlJ|
zvkKI4wa?UNOm%g~fU2?vAor$TH{!2d_tKDeZ4x>&!O{>Ic7QE$#36v-6xg?lTICr&
z0ShOMYx9GMt#HW@2p2wu8!hN)(fkPs{4zU+y`JjfhZ9>Xf)-rO2ZT!ijkmzDz+s|T
z6Y<Y{z;6o3EcJv1ojoist=4pTAGWc#Npzm<f-RWht)IvpM=0Ro<-NFRtlfM~xIMOR
zmCYa<m{RzDZq%6?<^F%sbd>>7cTbm2X#q(w0Hte5>5}e}mXf8rWNDCAkZw>|x?56#
zN9kBPRbXiZ7Ic?|_Xqr6zN~(cyZ7EXbLPysqfbG#g=MnrCrqHHI(ZKP=yZR+Q9b<I
zi_gXRXM5o0Yu#Le>C!d2n-c|es>^@lArM%FqrLju@u1byvuQ1nvC7jR5Lol(Ej*|b
z=)MEL{94W%lSY9EV?;#88(Z@&Q=9MN?>EnlwG>M}VkB6-J)(d<S!KnLc>wg-^Rc+3
zpDal4n}z_xF384yZpEAfvmzSF>15=*<!Ykf;qYT4p9)X;kZ9fdH-HrxbJ8N?AGZva
zW(i$2r@aL}Ug63zx6#?!d7tCjO1WU&znbOVjQ4@G0E1gkll@&8{!0l;&G>#Bd0kS$
z_(nvZTvPrN)eu_lAC=v|(ebnuR1s+dkf*%dfB*LZxcfaTfanP*wP#amye8?*t}7jg
zy}6#F;3Lx>Nbu(-iDc&`$Z;P&aILQq+tSznIBUOn9<TScw6uVLs5fmr1T=*0W+3GO
zjDu$erpay?S|)w^aTOn!Jn*Ft=uGQRA6<{H<|wP^t^n_@89t~P_!t?u3B|vOw0*=U
zXFQ)GLu?+4pNMd_9&Q*?Zb^2Qv^I(7{yx;8EEs)QfmapamM?kob;xauq4rH*OS+%)
zaEq{zJ_w7BaN!+AAuhR7<Jl^#`8VZ7xAf1|cMPWXH1W{Q3$cLg|K2f(xY~M(qZroK
zQgr2A4rz&9Vp%*rDQdOr*n>~syz{Z!$Bf26mWThK@7-S(;Xz#p;-q5q5l<1UenAdA
zUnPG$BMSba{)gs>(_Pw@zG-^g4##xzY`PaQ7eFtX{qGpE9sujr=&i8qeUK8uTY)6U
zH1qiAKRuv$!Pg;&P8qX@xsib4DyBP6>8dQrBS}Vq)R5ZoL;Ark0-3XVRw~l9qfzND
zY;Eue%a|O;I`O?x55GLvs&KDr-NJHbk1D5fECGgZ)Ua%fK4hKGrtjfTYiM!xp>2LN
z!>f5V_><fHb(_(n2$DXUCQsagz}1592utM)!|gD^Q`B{+m~htxIwJi~E??($$fh41
zwk(@jzyp1%>`cWG>o>M}z6GJHlI3T(k4^un?_0_O3y`dr<@S^%j|6?&U+&q06-pg;
zm6H@v+x$#Y20_y*EgRP@vAq}FzJKpG+?(2%y-XbDxz->cu#oxtHH+h007_)GiwcLT
zyhD)qYdKQj5pCJnmZgkL9TO;w-iPhf@Pb}B@hd^I(I+zcne;5Oqk_E7;7nBTY}QJM
zQ8ztZ7-yk*?^&?0^%nn-Hi<qJD4O1@RoZoJN=7<d>is{WvnRbH%sM^cECl@>ayWIs
z2iU>)x<|H=%UQH<uJ<!((TVpFUzSmaK&9`yXKyMY26@PVfBge=)fRpoej|dyD`eB!
z^u`Y6%fDUzFq;>YSrxkzpf;d7;d<p=^qbzLi=GP%HOM}v^#!!wre8TZb)hgBy6&s>
zmdm7@9ylSUr8HaWJ$DqseZdOYEm`B!cNjFl2Lh_{E>X`xGn*<(_On!-=Tz%qcw}Xx
ztqP-+7Mjh|5B_(1q20~Q_g|2X&u%TdC<BPJWPJ{t<a2bMux8xM9PB-T`^4=D#aBhl
zee`O%E(zoGlVwGJ;SDkqI>!9qh0UHn*t5M}UVfM@?G!|t1C_NevDtTNb4e_eye+%k
zn;=iGYQISn1N*Xf?>pwrieMvSXwHOr3xz(?v#{NI4=H!EzanEN!Sq^U#H+RRPXhS@
z1VJF!_2n>6h)9KsJKM%TnOCyeI@*!Ek(z6So=%5_1qv?JFT;{z8?(I@Edo+_bB?Qa
z`F2yng3SWz+-bWy30tg{_|;}CJQjLTn>js~v9mJ+!A4ikB}%!-(Sx;nBqJZZwWbKa
zvzI^)YEqQ3CxcxpCLqycS9uf&PJ-~d*@<8XH?9mLu#=GnW6M_|!@t7^nVdKYwNodK
z!BS+2ChjWzxM#9u(66&I$>&)%YoKdvFph&5VvmYay_ij>toK1eTCOE^zDrVil)TeY
z&k&cjcog}XZAGE&E0Ezk>Z4M;hU_|?dV1FR=tb27YScNpVACmxG_(DX3ZufX7;-?w
z0CmZd%(^_#MVQjyGOZ|k7vu=0qH~V&SqZ{fstCgqk*~h9KfU?$>z{wO&s?ZLt|S}x
zNtleINt<GZPq@1b&DhHi#s5T;7t*e@WG|dLq1l0d-mScgi#sokvbbOWtU?2-0p-S}
zGwbqf3^j3&6QSvHQD5?rjvH{NogPro+$o3j#DRrSQl=E*%W1CoOHlOues$MEyD4YJ
z#r|}teGi!eh(J@V<Y%xdjMpF0%NUEqWx#bgSaY`@zn1FScHuN@WVu<QuL1^e2dcpK
z7i+`|cr7iq{F)bowYgrVI{Ou0D0MYyaiQ5kFn;#b^3sd$#&O*X^Pndi@%uT)&POke
zH*9Bha&jN#a!L3R*M}!Mfw+sb&N(OSJYKh53tAgo2)Vbqdxx*99|b47&n+*L74sf;
zJ4ut0=r`7V;$|(0a52PY*O^G$ZIw|%4@Sa=w0%DM-$p7@;WkotmC|qpD@QXG%YsnQ
zzA!@ofYqE$FF*d8J@i7VHyvf~IY_-t4YsKi8JG_A_+mi)srnxCpT}8ptsnGG%ts!V
z78;%6K<&Hh^uGI~%D^qYPr7GtX28C36|>pbbXiaM6p-i(RzmQDV-2x+d&zf20<eDK
zOPglH*?(TI+1EgF=I?Ohf2$eH<(e;}zc=&atL3RaLXtz_E6pT6-|+X&D=g9J!~Yh0
zhzy3)EqO*!1Fsgqkya95Z-SN80q;uAS997Lek-zi<&%^skw?pRFgJDg!EUE3+lj?|
zv4J1+@^7q~14NJJLS-NRnQ^0PrfN>LVn<G<)fxhTK|V|QI22cw+)%`RRlIoXL1xw3
z(gRIwz4v_)pLh$Ck-N0$`Li=`*nIGunY7md$!w-Z&c!{wcWOb8mN7%=NAIJ5yl)I&
z!sQfo7aNf;QR-sWiOR_KHfa9U_e&as%Ktn)rV4M&HgLOJ>erRSyJfW!EYof^jY1_s
z-rYl7HaY3nK5ljKR%M9XAU}3ma+J{xh}GVK7%}u!ORbjNlcm?K(vK>H^&KsP@25KU
zO6XNX!m^y)WD<k^%v;A28Ay1}LI1Nza^iJks=@J~ZFH`-VgPD;^Sxhr9MDco11%i=
z(kNZNu*J&=zOZ4N0c^M|?~_11{wh8f{gtjkfm*Bnt`-}bB72`&EpM&MwX8}-G|>%o
z(NOdPA5J(q$*-P9jz*lAV^_vQO?>nz9rm6<Eiv>KLj2d7MQnc+gg_etv{Y*qkXvI!
zgO%0mBaY{XhK8t)zbu8xocSj6WRIzgK}43?OyYK3g>Q>bY_}MZ^(o`3Hz_XCCyY=S
z?&SYzqy$JGyKE%^FR13Z?DfFPc}3YzWTNcsns&AQ9)06^Z=6UW319?jP<q@f2pim(
zW3BA7w>S^mH;8ZQkM&5im!^~uu>dWb<WpoD`H5|tZHAy`-gQQLV0+?dN8~$^ehKhB
z9Gjit<S<02XLW4`VSrPOkex|j3^+T1rLJ#^X`@LML>o)y3@WmUGX8c&4V(ond~n(&
zs?C}l|Ar25Pguf?e|}tl$}Q|oSdTWvWQ}(3T1G`>?H($lUQ5ih*bx!3RVo$J*L}f4
zIE@21m)#sLKl2PM2yWWv`h|<Pz0DyA3CkTf1LNYKzXFH<t|`E_-*#;^EhpTc;l1Y>
z`iuVnqKvR{9Y)cn+yzLq>}|MK*!v#xjHs0H(cOnHh2m8tforPLDl6p4nyAykGv9ac
zwqm8W1J2#x%`omUX)HvywQ_JsGVrUb3JyW-3a@`Xx8B^UC1GMSuL%44yQ2|xl)Z92
zx>5Ry&dcjMrCTRQV0VtE8XD#$0;_rZgM2gYMJH7?nxXii<@eV>fZ$jk+%Y1bR0Z0g
zPGmli5+ta#xCLKn&<0~Q{$7m{?hu9SJTdq)j;cX>VPqF-TU%6ore%_K!7d~%;T-8E
zEF{&K@sHYEDljID(b`kMm@#y7c-cmLpJU$dV8~E(!yS6C>broAn-|2abFOHV)mx6<
z%UkMP%GxcdUXd2QRJ~mW_v2e)=2JqS`A?3ZDg5)vpY*~GY<HT*$gJA)dk-1GQ68h)
zl-10|N<=>!)$z8|+NZm0<=YH0pAYYIH@)_V{bNc^tKm~#9mfJjFkX3&nVp7oj*^3-
z!Nr4uqczd7;XKvRX{{lc6Iw+NTeN6K-d6hTOq(>_B0AF@q6exwv@xzThNbqwY!lYx
zO6#TGndB~@ats{C$I!&!#>8gkLP-2$LG}pw)-8dRy^^2IYS>IGZNnd=NBnCasr-1|
zUPcHOSj_~EU||6*KQ4IR5zD;_LZ#m*hiw$nZqMJt?so0V&ptKutTaL_Hp_A+`}W(r
z+#Lc;ub4ZA{aLFzu=$@X=NN;@gUNdtYv=_eE=Xo*F7#63LuwpyVX7I;q$SWleH|h(
zCu%a=$p-g3<Ni!XP{j><>9!jys=L%P1am+nxwp2iqO44n&}^9F-PF0s;WfQnpO)xQ
zt?^=EVjD0uY-IWvC4iNYh;V{ia-ii7{&z*~E&iX9!cyHfcqH7Q2RSh_qrdZhp<N<3
z1&3Z3b3Qw@eM%#E@t?5vl8yuU{s~bqNup{>Q0imj=7!fsp9}PL@bq3&RK_-ZbHsfi
z;@I2l>{q#Lmjm_Kn<c$McFDYPx=vTM<U9RCE7FW=-#xg=`2>|XJJ?(RRS5+6DQ&1&
z7}zRK5<)ELYNI~KwrNj*k<gdRRq%s7@IMWoHW)aKG%E+CL@$u{p);y~pu$9078{gL
zM>pOw^=#P~JLlPfev`oK96v9%`^)T^3i!}Z4gyfZ5yFW^uW?U;vk}moUJ!}U6lCl(
zT~9@<*iPDT+!yJ_OyLUq1ItF^6p<ROzei7RVWE0@?{vfj<J&FM!-lGiyxn{<ya6_s
zjWmfCex~2}h0k-pZ*Y|tLy#I#z%=Hk5#9v*P0rC2wy0Ux^$FaR&EntpquMG$cVdho
zN1mb(45bI3hVp297sTa6QG-uR)UosPI#+mPT<C>_dz*ALF6iYGiw1RmLF=1Bs2?e0
z3L|AlHhxq%j$OILq5&?);{3nGtUSwjQvrU!(desIZKW2uBVNCIwb*JN?o`MxPGYaA
z8-mX-;m435GXx^iB`;=U=~o~x{qR*~%6SsejNOnOfNSVpQ*1!nLCy)w#kaT&{phzM
zKBJw(KU`<#QQfQh!&?r)Rf;)&&@&{JW=Jw0Ck7_VOkH?-+?(}}*iKh$BqS60oWR+*
zc_;nF6L+1x>T)AV;?_sEN6FxElXz#bJfIa72vkt#H~b{N;mnqd$EHtPWcHwJ_RPWG
zE<To(T3Glj?q9hTXY=sQM?Eal<xcM-gw^nV44C|C+}D0@)wXl5OEtEWCPNGce(Hvc
zN~<>*jeU!{65GRDh8_d&cS11Gzt;oKbVgM4nVJckW37n$o<q53g-S`|$K-3Yj{a>r
z{2>LdH;%Q>|FDHhqIat;$drR6weP#(!yQu!l#S-=beGge)Z2e5W)F!~hsMT&NzCkP
zv(-a11X4i0`3%re*i;7O(KNVN4m+niMT(84H{OIU_vM<D&MyzqCd>W~RqV=z_S%s#
zh~0#0^y{sQ>*uEyE-mz;8rY-)J&X2_^tRjIN$ooSHXF7pi!pcy5xBZ^sG+%G<}A(x
zcd%ps<A*Y0y0>0npTskm82)4+P_0_c(hT(0^^n1r4(!Fj7BNkXEgvq3$J%_3X4R#F
zGOccFzv^h0uD_RrR9SmHT31Y+%Y5?IA5rBi_aj)l9<OChP5VR^!5^lFP<uqbOc8MK
z@eG^uRrxL2>D>KV+yu*Nk!J*g*m$Y7r)+jL(OK;gQYq<7nissyrI1g%pBCDe4t!v5
zd|sUp^tG9;sv1;EYo%J@gD>gSDX}tLg*k#)0ET3)`%|qlc<xGC%Snaq-2CGE2{u?z
zNG9#t!bq%_4w3Ua$RU<ltFfvCzqIV4%BmfR_wYJ<3e1~;kK>Pb49b5>l-<T+$hffQ
zUHfOidOYcQM&By)bf5q39HTFTTIOddbL(mHH=sDjrLJ!5DkbfbtGrN)tmk?18pWE5
z8gf24%an3PWMXXn-W;~>Q5qH5k)1>mzXXOcfNU7hQd~GJfl<j;QA{CZ$L6kyPN$Si
zg1iV2d9r)M%I5iAQojK(5T;chUN8Gx-S5~--5`R#)M$!*HkZpy&?)^j%zP7L9Jm;d
z^{JXiJGFJMDx&E%%!d-7@pkSl9(s=a6(>QCuOI6(4HoW!=~2(S2XjnhjsN^pc%V()
z0=92yQ#&>c&x4nJkuQOIpuWgx6h`mL!(xEaSKbl(69y=}f+{yg3df4nZY~oPHVkt!
zTylW%BH=Ti9i&EmZmP}71n3|2kd#@;|B>1)mffhr33dYZ2J7DXB5?(-WZnn^l4%~Y
zpcW%DtXCP`b>N2f_F6mK031nLYBMkE@wAIyw%~^SB3wRDErpJx#xf}0gmoDhS>PmW
z8w6r46)!*2(0&5_UPZX}P3Y&i`x<DjwfnN8=%^TnGc+Dbfq^F2c-lvb;af=dSwNI0
zikfp9vg$TEh@1H@0U0$rGi+L2?$F?W6Kx2qr@emUCxnDRiR3y`yd+Ah(??{XVpdNQ
zmn0a6Dz_|5ewLkw>L78`4A1@b3@)@Y*Ym~^x9TaUzdwRu-0&5(^F2`PBBqUY1ahLs
zb>JQRseb2sXGZlcH4Bqb%YwWhC7p?K<S1>Qr^p_$8_T?`KQkB~jNkSQj`?By&|3B=
zs2#gnjTm$F_NGDZZrZL2==klzMiHoPr-+tM5?aEx;zR|e5-N(_34A^@R8g7*Ah8lX
z%A|Wktx=^X!sxU~H{2<Bi7l~6*vS6WkkVS5Twir9QUQC&W2M4TFbwveU~G8)>A{);
z_V!7u7ySbQUt`vhXUKBQfF2KpKv^`Uq&UcDVft0`ZOp0M#hk?}JzC7n2=bxju`=p1
z0l0cx?N0hV{^3kqqxyyMkaAfPP`H@-(OOEEUMHuTOhnkEGuE-OFzwu$Wt1FDJCXXD
zGA+9|%W)4{PyNGc6K(PWzM?pW@4H!eVeW-i<q>fgi`unAe%S5HVR<S#+C3vYvvn3#
zIY%v-Wa3G;2wcD!(Mdnk>N)8gPTHH?4@<nu{TfcYFyCP%-i++t(C5#+?2@@kl8v4@
zB*Q~n(daArM&TWT89p^QRhq+ZLLDA$lYk}p$vGU&2Znek>h}Jk{;~)atg<iz!E<Ma
z?L)dRpNQ;hP))758k}#eaVH||-c7k#f&{Qc=auS6<R)+c?Mf44ZZdgPJp}H^YkFI;
zJ-)l#VvkDmlw_xOD#L>49KnH`Q%2N*OTImtM|+2G(LVo57)RIO{<6`5A-O~^q_f0A
z7MqqT)aF+!%kfNagTdAM6<eKj11W-tu8M<eO_r0Ng6-vJPiL&k4?v+GW1cp&e--p)
z;29t{IxQ$BXDG=2k|gJ+Rso(k2D9`C2EIRZ(bF4;`exi7n%Lc;fnRm<j_kpH$iOoR
zn$#}Lq0H&5Iz4@KGh>PuZci)o;7redqiI0ya$LcUG?gde^+ttZF@j+SO+M@qU1|D?
z5~lrcGa{c7Eh=QPW;ip-F@fmG@^eswb!sP>OCfIOKOBnKbg1O>as%$`Zd_we`T-<c
zO`724<&E4>H~C)p<qZa8mzNW_lfrE~FmwKO^St>u+rYt&$_Sa$>)D`_ak@}L=GPFk
zWR$OEG9wAVFI@C+vZCeDY^0CAogod1<C>lLvd%bp7`Y`xW_wE|y*IgWeNaM=`aVMH
z9#zCn0!W#~><WIkjWIO0jAymjB9$eU^e3O~+vxkL0j~ChLt8C;z#h)>2V(F9ZB>jP
zmeqA+{x1;7^pOS{P5p;N4CJ>}Wo0&yM={}6fzZ-Dt)*(xNW41mG*Q0p_ig&GY<=U+
zUa2XX!I?Q-Br+~c+NTR6Uq$;KK+~c`s9Jv~5)B(_$_?q!<qW^#iBO~YI5w?izWuHi
zT2u&uiEce@^IWJ9lkh`LOqY%zN!=L@@?Wg{_uWbwXOXMV)4Cz4+Apn;%r>H6Z-O<D
zuO$TklJ{0ml5P60Q}!hR!1MdTWz8tL2Ojo?;TUr2LdLyNclX%x)j6GCGnQEuYw(Q<
z94ogi=LA>BMoU4m$wDk6YORWDdqc<iHxgRb6~=fMLHSM%aeh{pULH|CZ+_dgEbe#J
zfA4MdvUFhG?>rQARr&MzM}nX9WAWME&0P`ZbvvwWSS>31HG+6r7gOyf+xXvU0Gv&y
z<vrLbVUlqIqGOzgkQHD+2V5Dc`V9k+V&#-7*h(YH--G3A+I6LavJDd#e-6GkH_$|~
zrJoRi>cn>FaZ$rw<HQvVY-FFFUeOh%UcZ7p?c<rjL4JVjib#nR8UH0>xV$%FhHfdV
zzf(~6{->Zmr5wJ$tCscEj=pWt5D`3c2t?t4N>95-1dR~U8LStx!m;*s`s7f4%{_})
zU4s&wrQCbM5kGT@1#_kz>q?IBGjP^m>2ssVtsA>|8FE%QvkG}x|BR#4U&JnAec+Ta
zM-Vg1YNF}+GMRDUN1bG49pJkX%knOke5VY1y9skYW^&B+!sgrHIwSQ0h+&M;@-LX1
z^z%kNHTQhl?=d&%4jsEzhv9+sq^M_^M^t{w?k;jIaan%hnBXXT(Ip|UQZz^Cc-i<h
zIi!Zj)yQW8Dh|d0h11LLHwSb6zZW2}D7yxx$AqPhkA8sUSC8DW?#Rrq=A;q(x{#Z@
z>a`hXctgSn_OS16E^}k9VJ=5@Z<RhaCsdZHnU2buh_#_uxwO>xBG2mn0g=Eat8KMq
z0J!n;Ue)^519hNl`lph9lfKP%aVje)Gd1nQU@SFb?xE{8-Bl)@#if^exuj_fxp-8P
zGLPX4nnC3A;ut>3i2w$(hd6xf4mDS44lQ?wQ~5t-=u=1idqQV?MrI*JGs#L)khURl
zSZY%Kz1d_$9{Yc@A?F}l?j<CFF;~@eYdA`xw*p!H-5E6{!n7*m!YqeJYg1(N%TN17
zV{>@$hc5yy(q1dq8QsqZrMG)FdrvP>Qu`ChhDxD1@)-8k;N3LNR~5G?$MC<CDJ``~
zq>rIMb<g17ofX9qz8-E(r^qeGXi0rV$0&KP>6IRA`1vzV1_E>ap5QHGrH2t|3a;|9
zltwStM(Db!&0v_KlfA)-YbmE#ZYr33BHq;S;JIK*>OwgQ`T8p_9wPD61tnZ6QL&Sk
zo{%e>*hAb2WmCOcXN@lKe?B+LRKK`9z2XgRz&-mlV?kQdLQv;e(n5phGZ91J>mPJK
zQvMqmd#3Dpt<!ZX)kZ~q|Ee4YTrr%&5BdI^(ImFF8^nb~eQ1DsdrWn;WjbLkMTJNs
zdGv)nGZwAmm!Cw&u3Lrsl_NUiotve3rL61<$%PLQ_ye@=%0~mak(y4e&|BR~t+oB6
z;1@}>=&eeI={5C35EQrg%DlfdLh5%meAc<?^cczw9gWbWd%jN>MgDl?_%R>9xx_@D
zw*ZOrG{0g3_rAX4_IdkjF1?a{wTMA3xgi51W~@qx%}--^8sU1@p429{3s&=YgL>7M
z*^gkuRS4))a&bVums=@{$V|<|B`CY-c2HCUgessokNn?4K;e+wW5x@qu`TZT6n=XO
zB~`}$kxaQSO^e}Ra>;pcGcs31;sVwmYeOECqLJWnB4MKPL1BTdxE?#!+GH0mr)o3D
z`QDSG64~(f?I_6@!;uR*x5X%qQLti98L9?lyA|wCQ@ZW?;+w)c^~aifTt}fsZd@dg
zv7$%4jQw0CgZAfNy#C%D6jJ`Sod8R6iTFr3;nJ(C#P%<fhs)rdmNFZDn=6dB@F5rB
z1>!qxz!=GF%aJDHA1o%$wN8cM-$$sWo-SOJ-Asdax<#TAt6GgnFNU=z+40d~L!b@k
zPT0r#kO=e83oaG~P}L*nt;T%!KgDA>WBAhB6K98ViL%dDl5e(!B<Ys7G|Mlhw_sYO
z|A;A{Pc-XiWM+xL+{H0Hh@6br`JMLcsMTiXGz<OCjF(Z|T*hR)h_ZaSezGTEB`06c
z-}J*h=XA~j3fsZ6<&(GlC-2}>sy2q`3V@j3YcnfHt1WC7(&I=Fw3GlPx%T4x_hyA3
z<!f!y?trpOyU`Ah__NK|xXpx}!F~%P41{4f9U&^5!bY758QMlsmYFP8buw_4bvfFU
z{g{Jq2Opot7GS=3;N|SptK8DmwD%u~W0FjCG)S@QT}&xR%^QYnaeYnVoa^^eOqlgg
z#TY1Dwm2JVT{O0+=Q0}3c{iVb15-{vna3&|?6PY$pYUgx9^@(-oQk0sxPBODX|hmp
zTkoPDliu{~=nI=sj|sj!gDcP(;>(rYe_U*XStV>Y<ECCm-N^SXE*$g2l-1Xwoil?T
z#f=Qnj+HojX@h}+#MJVYUCs7<JRY4MgS~qPF$G%a#GM>IGZxb;@RX_6c}ZPN2WubD
zsCU`0ib?!H>PxX-H|Un+S_O&7l016<*WspRM}Ax1;bpF#8gi~WbH5n}e3=dOZ5&PP
z3>4MEMZ%jgXWfJbX_YK3A*s`+I-PdedbpXtGM}VPF8)*T{4=8Hvetw65Z&UHtfqqF
z?uLtoU;<s8XGZ@iIYcAu)_g+pN)dRS0Haj)gkI-vJv%!fU_GzB!88B6WPkJRu}uG&
zNNfIWxU_E6H|G=`qQo1i_q-OKCmI<WJI`Su^)bxpmBEqaApRvcLCAp-<yi7_kEidA
z<yu?jD1$6JfOMbFnx?~4Osf9l9toPMlnbiU8eU6jCle2N*yfa0?me9c?rOPK7o58S
z^%>q{U0mf_Vji~5+nC4UK|>H9Y%8Dk=6t)ty=?$kKbc@UDZplUa3{Y<07S|DB80e6
z-|*89H9SK*x&J8VYIlpl`K){T#Sk34zlmPu*e{~9ltHo%!>`-L3{pPqNqkkL%N6Z4
zXs+tup%9@<mp3vk?4~>yh~$LT{usAe%%nP}nbP8V396$<+&it<8c7EV^QcZuCM?sd
z3R~*b0Ec<5!j|7LJ5Mr8z7s4R{#S-d`}Y5hLViBVbqRuhk-*{2;!Ovw63LJR^G##S
zPO;M&i;>W!<Ng7%x*cb5j4DPF)4IY!$8Xb4Ws@V3E;%0Yz~@x=UDPBmVqMOUhVPSZ
zawul(hWzqw@GQF*=4eBj9^*@;|27ky*?!Ke^Tahgqfn_KxoD+A^=EM>>zY~x#D<8e
zC}rIN#NV}j@c((q=q@jT&iH2tz?9i^tY#?=l`mFIt7p||y_PGlt13zgsr`MTH4L$H
zlJt7SR6(|nBWUsM&XvZ@Kv8*UEv`bXLRvoY)V7@U+U49{MlQP4zCtSM#R0CCQV#h-
zJrpg0g~H#*7zSPfZFp9Jz;mVcZ~H=j#TrFcn)=3lX3n!JL+Y<xZlb$?@J_B@1a4J0
zaB}-Oa0(32>$JK>91XrqMX1<{DZ}h%p`nB5MRA2SE7b}I%m?@Fc3a^XD6T@XBC-;)
z5-lql{`kz-JHKjZx2r0N6^v{G;Q`wXgQb3v&)Z7*kt|yZ=Vw2^MiDd;grQiOjN=)4
z2O;<i{`Lm)u)^qy3(oko%-*c^?U8r-*caVcB~U^u<nA@!%;Ig#W3$}q=cDh5tk5qj
zUSWcv6f<o4*ak86)C$|XzZNclk*UwdG4sdwMI_Z}^*)vwV2Qf2e8hR`$FG*jIzl)S
zTlLi98<(6u&FKrA(wHn>w|3hmz5YK*Ek-9l9vb`eystoFV5tKZ{+vN+d|nQ>mMSpx
zAku*{H#}QL!<Hj%!0BB9@yE)w2PDylM%q+==7hWu<3?lvBm!U^a|_m>uQM~aJ2~?>
zV>W!m7NKV>Bd-TL?pY?7gj%_})*y3hwlUZrYcCv1m11`QRkemyYPFd`+Q*!iKSeE&
zEcOBK?yWl0*O^qn*K*90WBIyvKdmhvE57^U7-7w1Ro6HEKICN)0M^c|2Ug)$;p-n0
znDIvB9{p`k4+iZ7N5EG<ElkZE%8k0;;M08Xo$k{N$nav0Xn8LzuNMsbPQ9lbFoFab
zvgzS?aZpm0UrU9wY-9y>e{v&~JChU#D(V7q4gTnD4wu9J`E;qU_-XTZe7+pk8ULR6
zMbl|$i{9wy7ui>kRZ6zGBM~S;!Qtz4RU+Apk%bmP_*3=8`!y-nTZ;@B4_N(mHVdsJ
z0Ige`wb7E*Pdv;-NqUl3J$wG4uOEfv#9}a{rw_Py;dOm?NNWE^!+a{c!}grBMpW;N
zpjm+XW0L~byHhpgTsfyQo7V`ZgVz~4_j>pDm(RQh9*1*7$)~?6kQXnmf5yp4+9q>K
zkc}#QVO}QKoE_bNUpQ2_)W!UegSATSYrb0SlS-RS%ZjknY}i4AuQHy#(=O<<-cjed
z&Fn|g7XNcMnr6v7={Zd?uRLGHEGOloJvjC`ad_6w^}HL9Xu|6b-yyG53GPU&P3F*a
zPlq5|UD?8jwHAg%Ra;_Oom^tc;B?K4PzWXZxBITXSlR<?&El4T7|+A{zB3m0$!>$)
zR{XBGf=^cv=jEc-!blCWMxk6}q8fP9&|m}GsNB-&Q^vOWxEV?ZLoQr!IHRz|6g4+y
z#20p;n%w#ANN#v7a&<23?9Cba#QK&=vJx517Q10T7Q1C}u|UWQERNV?IlvY}RmX@x
zJE$%i^lw#~pV!^z0$5Y`S&Ij`thP|)dnp3L_x0aA^jM7+-ohy*S&2(AQWR>Mb`-2%
zTNu=_|Gqc)aX+^;zA2vfpU4o<n0IaMKP4QOhp9mVeoam6G##9DEI2MS#<hGmL@(}9
zNb+&t<l=A^+dCO5Ju^FyWUDPz2G8ru7dH2HyhCf6LUW)Uq|*at*IvQ*Ul>r^ma7U3
zhB@w2U+^7>3i*kucCE?cHD@V5jB4>pBmTsBM5=SdG1;Uupq$O)8Hj9+k8!9$DTuQr
z$r(Mu*%|RTsJyIVKM6V+=pZhTKiZ?itWuhMeSJf)<(Ths4`3l-Rk*ObI!|Ku2ps>)
zI9A}eSd&UFW8wYzyjJNs0SCx^@vE?dzc@*5Q>6x5LeQykk5GevXl<ldVDsaXg){12
zd%BJqS`QqZX39gueXe3YHR|;Jw+%oWwlZ!g4_!$(UbaPDqWh@A-mdQ9W$sumC~SJ&
zp<rLR=;7&Bfr2!DqtUGqO7_1ecZRIV#o#0_3QS$=o#FMj0o%Ss<V_iN*<=vImVPh7
zd^mUcvDsNzGrOIHg}3)dj*S$8-%<fR1~HFEJQV}B6$pn4wDeED6s9oSV|o#Ym#6TW
zjJ$T*O&dtP*&2xOLu$(0q(%ML|D}S$)Mj|IWZ-S*)P-z>V{y3d2o0d*003U`wjWDx
z6L{oSM3&)b#iB~0RT*YJ@AWVat1V6)o7q6P0pCR(UtN|bozl8PlkkG0(X^{MeP1vS
zjL0d8H~H4YuhVVf!G<Y1+cm^boJn=~-a~{sOzELYMn$r^#=)3*`P7w$c8(5c#(u^=
zT<=s>lt1jWZ(Qnd8XnA)4b3|zp3*8Ldx>>>Vea2um_Z=!<<87|eIH;I4|V<ekk+^L
z{q1~X@}g}?q1Ud+JRwnkdwY9Bd@Fudujs=zb#$p**ULzt!DpgFGR$5Xrcp-TVFtsJ
zvk^b^CZV53d~~1VS>>{#;pp;irPZ8I?&rd)p8ecTF?%&S;LIMjR(}}P6y~l&nB%K>
z>~&rm=vU-RnVW40n${ZGN9T1r-0l_L-Cix0G^0NIRtgxl$4HUJL-A$`4GrJ^y+4N}
z0OVEeCE1}4SKssWlUNP>+~YBc-g?=^uZ)#-AL4O~yKqbR*#SB63H(Xs=PFLqrwuAS
ztoL1K&&)7<HJRB}{lCBJh7@`lNFL0~8*+@1=Rg10qZ%(QAB)a`uIW;;I=j_nb<Y@Y
zfRZ4hmJ^+R>=im<JvU+IZ1sukhWjqw9OLNKw}%Tzm5S)Bp^=io1M6SQM#1loosI5u
z$V!+B$UKzQkXgy|Pg&P@;x)2P0{m3{>hx1I*!igzeeE<FdEvr><Y_=Wo?9)mKHH(T
zeXOr-e|c`=rKkw^?tOee*P+pvC)7m_K^dxBXC}Z_bpCbWLh`{d)DjhtPFZ;WEUlrd
z^U;58Kf5G~_`5EG(YMXk+2;q*XPC^PcST*QeksQhuUBe?WgKpn4VFHMfjo#{46q-C
zN_Wfo(ODkhYJ17fb%&e#e$_ACBpY}J|L^nFAUq}1rSZ4(23002yha=C8?D_F&l)yu
zQ2ps=B)D>%b~2{4toB5Czw>;s>C(Vomd#}GjG%?2b>BF350Y09=ts4JZ7XGsR+#*7
zlb&%NDcxTE#S)N@iqme&Sr^fy)@yITUi8svy-mQdhG<6RdS!pvd2>@^?6is`j$JpO
z;H;#uM8IcGdEuPzQ~`eie`3h2!S#84HX;?mS+^^~_TOPGy;e4~ifrtx97Nr{+}KI|
zEIcoYo!Ab~bMV6<l}P?NP8|d**!JC@+cYP8ciq{tR!=$MpB8Fm3%+rEB+v=2a|iQQ
zCs21!EcIZJ=kBf=rltJw-Hi20fU&(XObScDYiVyA$XCHuF|09{+*Ul3J(J~(PR+HZ
zt};X0Ul`#@4>72bw{COqu;(uJG-qr}4_Yz8{&QNt#Ex=(#N4TlU3OlZM-SWum0Puy
zMgOi>I7%5jH~3;`u+{`n-Jj6W<+iE-ax|^8tV`GzG=rWl{xGQ~jw!a8ek1*N@cPt<
zF)rp7j(6n}Q<|b|MCBVMH`=eCXaTxs1CM~)z<<GQVD_F?THnhp(|*g*!rUa+)Wo_O
zS6*K>b~PVwx)zj${d#fm1#b*u2*I~fTa$U?=35+Oe}1(^{^Zsl5OKFEjn^fGiAHv+
z()J>r0swdflVp_%rMGpkx>bd_ysbTD_o5eda~?eF1<h4+otVuRxY;eQ&6)S+hTbqd
z>ycPW<<=jl&m4cn${=K&*8h^<Y;`ak7>*LIKP3_um1HWTw=m%i*(ydRe$Va=K+&ql
ztcq}s-N+C)eRnIU765#3nNJod_441U+Pd#!Y~LG+JdOeksiM^P0lDXLZh5|ZWqYZA
zY|DS}tB@VN=tJD<K3Iu>B)o%ftC;c};bPL^2}w{^vH2ug>`&-5Ph{jp;B`N6m6Poo
zmkrG{x-`+zhK4V`#inkDf~l@=+up+-DSwrAZoW6;2ENv1QfC$?+0Vb9Ine!lg8F+e
zV51;pDn`lt@A%H{X!@(qAOwB!QPCHH;Ypi+vi0|7wTgFJ`kW7`^J5`ck_FxRW~IjC
zW5CZ!cHUUCgh0GwFW<uA7#OFS@IR&V^WO3Q5U2KPY3?|&cINaH=F4<;pFJHP5+sU+
zixIlef|z<VtuzbCN($7OY#QMSYc*brHa#LW5zQEhJ6#Wt9eC?QxF5;*D_KiwVw-N5
zzZv*w`t}l&?cD8ga2Q-l=4ZjpsTN63-P#ODrWb=(_p1Sot4(M<V1#f+!T$Y@H7V8p
zO9ot&x2x)=lRJH)NW&RL<=G6pJNUX8A$=_s6z<Vn^>gg&XYt19>~CCF={iqLb{MEk
ztJ>EJc|v#Om~h#+TC2Dh2xA-*Y!?r!8fsp8G=6TtUKp0zWJIivoZ+LN<fDURAxUle
z#$u1af(qD3LQ`?Ra4`ZMNb_W{U{Hw7t6NwYEHzD)>czgJq0w2ZsIZ0MHTgPhYGV>c
zNu^P$-clz6OYhLdc2+%a*9L}WBkiE5C5CW3kc6M<f?Xb-Qm1eallqX;KkU#&{VWIK
zOuLz_I2-e`w=LO5j$cxIH>*@(Zg4{Lyzh<NCh89nIZm8D<bWGuba?`dqV4Tm_yjcM
zE}-Nf6VV~6-9eX&!^eT5M{&v*n8lErZRE!6j(D&266idVOlNnrHKSgj*pi}>G}bc}
z(BTJ#IVEOjEE2wnC<<w!j%JkIAG7!O<2k&UHTjs-i{Hne{m3(ZJW`xmrLykvyW?R1
z;yuukO!;K_(B;%0^<Jk3((NjX-Yvs`4xobj+K)Q4mj3kBG&n`#I9Lg>H5hcd4B7h;
z8t|e%f_Kys=Z%gSSot?@cdukk@`iGSW8BeV6b}4}uO2S6*B%SCE28x9zo&b?uEk!d
zBtc_POEOTm+uF5(Z?FGKn%P;iAM0F1Ys}8#p|WC_5f_z9N4{|)kt%OlOa}i@(e{A|
z9SrQisbq=LBRv3?#)ohHbhTi(B@eK}cIgoZN{CV$)V|ey|1pC3<wa6T9_1y_X=fpj
zzav^Mf<P)#xCoNC&n2fgRqlqxzAGZiEv*i74y^%?jICHai&B&w-Vw5#I|KOl8rw<3
zvk0$OO*t2yD6v)wdy47jdOdhTTeeXRi0y~3&{$i~z>FYzHFSBo5xX+b{onC6_BT}I
zEFs^uLj~ipx*}9@-1iVm3b)q7{`YsAvD8$`<9Yyb1Y==8D0ZXTXA#8)CDCh{(y)e2
z<mEuS!Uq}D?C*`M6u-rMv){R;H8s5O4F0;uEYYOjn<#9w%Q>SY_g)gdGWCZMMJmy5
z?<L}19;S)rm4p#pyVea|MCDI%crMbQ=BE)iMJqRZ=!N;Iw0#Y_jp;!y?r$eQ+_FXG
zdlfpXlq!jKH3o`N=%CXKH|Pt+8`&z7>$VL!`(iq1P5Dgnf=6>gGF%MH7}I&+*mp)0
zNe=i|paT11N+3Q-pouuW&rN3T`>&JeiMsugLgqiu)W&aiJ_7Sik2r|+HOII!drR|n
z-kDaojq)F97~&1VK5=weh6H$AxiB?;bV|$pCJi_XY_>YI%J@e%Owxv1sA#1MQvPlW
zkSuqV%v`0-+`JZ$HKzFAqN>Z|O*_XGAO3hZrEVsKQQ<h?evyMyR!FQ75u6|k($ScJ
z{#ig@R3JGU6pMZdts5hiYQ&BK^~94pMJ?Xk8n@0-UK<_s5ftXNODnSta?j4qHJ5)J
zfgl`7>3o9$(#M9m`;^IFl&LaEEo5m~ZOO7f8p_(n>NDB#rNpfkc6c%pLl{}AfW0S&
zDF}OtJU=tAWA45oUIf%H8J^zA)xBq{7o%6Gt~$vTyCm`z<-fqhH#p|m#X*ad758h<
zh7X}8g#I3w(>m|i4oHtNJe`+a)w9V#Csp=p{AIM}3W-HZe729nG+Mu1CJcLL34^IH
z!ZP0O(e;<QL`13q>Lo1}gSj&eQT+npBb*6YTs~dTFUG?6CSox3scd*98@Ia}Q9bzk
zOMWEHr`Gqqu&C1Td6!I2FNF9ke*3arwTB-v0VNR|0b5vBCFJ$-jUT07shIt0i{(yl
z!hfZg(PR;V+;?G`+0tj-MG>|Xwb(_o?TQSJ*lcZJ$hhOJqlKL1q!kaait(X6q`|q!
zs7A}YNadAwioRL(QFgC+4sj6H6F@7A7}YhzK()9mlRfW-3YzQj?}MdsETWK!wM&Xo
zJP46TIA(r7Csy|5+LxR=#>z<rx=I8#W={(pAlC)|qz_q<Qq37f;uB$nBYi?ZpU))-
zmzFpIv%>Wu;~AiT=}JqJLJT!#Y!^e?f+V)Wcc*Xqv57D5lU9_qZG2G10lwN^<WAR-
zY{)~Hx|)R!L1Yp$^o8_1?jyt;RX(<d(ME?xslgKrgj#Rgu@%M${|pYe*i#b}zKGMT
z{+w%?f#;2hm}P6U)MV=duci*K{5yKZ#A4wk61g&n1W#IP1+NDU>J3Xk5S9>9rJuGa
zd&VMq$2g#B5Zco(HbUqUuE%NEnIZ!}WP-BwX@=*OBXK)g)wPc3UQ^y&YjWK?YaKfP
z2aa7=BMYVvAHRJh<kIVIM#3o^hF;%}w4z1K&65=RiRAUjy9{#4;tONqEa}+HSjI!J
zSUN<g{xK4-&*KZn3loWdj;^pyuO>93x4#GMe4`pEx7<fOF(Ydl9cyVVkU^ttw{MeW
zqbkg~$*Z){1KW%79%8PDte6cGFw;`*;_$M}M??N2nSDSa8J<@-TmTvhn;7`JJyH_J
z916*_a)20LoCAu7aX=ZctKlsAcX}I|uj@jx(e1BGI5&@BOROW+ik1t*)|(1QggK4_
z<zYkd96ORGbTL6Z*3l-3!b0K9r5Hu1`T6Qq=&I39F#h8aouKsEFg2YgW1p&_=jxqY
zydn*D#U8R_2H)(f%4vGDtnAYW`3_T&3}l9nko<h`vNzok$GE`LDfqIjNWWlX5ilW@
z<t;xvyq?kDhJJxZ!|rqc*;k&(rIH|tu3C*F^wNpMErBbdzpefEVu0GedWCj$^#r4t
z_<#rYE%#{$8OVBcwHS_Y44HC`beQZ+UKe`z=ITXP5PVgsF5aE?n{fGe_@DwdyJPQj
zk5P6KjhW0!HiMV&(VSi#LxbHD)mQJMA5&S2v&K!1Y$G3hW^>O*?lB3RPAI~vEMPIt
zIh%p;$jTMZq;S2S`(Tr(ZSwB>y^Q0UHPa+E|A{d26h4e~W1(tUK`oA~lHC*4xdmc@
zI}@fkAPK9EcofG>nFDT3g}S^g-g~+|WBOHSf@U@CxOE{3(}TC!(ppC$lm8kx*YC5>
zGHYlhpN4r=r13nZabj?nj1iW9l3Js_G+nG?!oTe*<xOXa9`sJ}99_*!{U_<zT>U$)
zW<A|ep20vX<T1j!bMh}?@zMMXu-AQ%HO!47?c*=kbTYm{?h<-*T}U|E?ZTH&PmlIO
z;%=Elcc{VnN>6%mG58U3<IBZ7$|!K{fxD;k^(-WEG5Oo}JR14Pl!Q~1`f*wDaQ210
zP#tgZw2yy8Fe~HmP7AuRB2A||(6FpZ$eVph+`pR-qZ87&zr2(0B+9r+V$DFjV)uI`
z;Y;3!R{6QZDzv-3?Q5)<ZE{ge=OE&XqF30aD3LCz(8HdQ{eTcax(nXEf5X^|81D`|
zaYxeVwKyG>XnF=3<nDZ3x=X8FlaR_5$hRt6CwXvDBF8|uUn2Y!tBEttyjjh+BD#7>
zU3+C;WbmlqzCn_@`uf}BM$duI*y_dOU81%U?WtAB_l+SE3Ee}7i~$mfB8#sUK7Z>Q
z-vM!|ua8s^+3v6TyTp56Z3Abiu62E0NO;52WS=Q}-Wo$00JG@me!J(^qBMIPr(Dpu
zc+hnmBzG`JRnsX%pak-@5p!2B6Zh<bAD?iLaLg-08dGNd--t>dJINC$A%j}(&=Jy9
zLH0M21M%h6wB-2A!J>qK8ms^?<%W}cO?_9p9`{fA44_wB#@24?|9b(>PhQhsGJXkN
z?a@W)sM9vCfApHF61BfaGaTtblAV>@e_t=eK<eRqYsjy(OxD1)-2AJd-OihS9^i-0
z8xKD83c0=r2^nJYdx3<PoSvR8wYo{8&!&N9#LZ}(1-p#ri2aL-U<;lOB9j`IcS~>C
zp6Q(k-Y~DK03gLNHG28!gs_60RIrN%a|krG)>^L9;S%{5#K44$gzjV{1B)xma?wAU
z(8E0MD@-qP84b#OQ{ev#bikNU8x}1C%(<$D&fF%2CI{K)d=zo&4@((2{<tNl|Gu~6
z#4TG@u<|3ZtbX*x**j*B5A#gf(rR__$mFtvcO|I2R_FZ!dkU`<BrCPi+2bkBkbo5k
zx{kUx_6)c9Xw(eBRv&^ZYdreEMhZEZY~celNR~V|hGiP{AYmbYV?zD{kJceR7H4A;
zM_=H@@zFiVn>VNkm=T%uRr^*cRTN$jL&PvUM@kvdUFQvH8#o?RD1X*<a^9X7G7>58
zw|%lp3+*C8KSip99uG|Pa*+oY9CL-MVAxCy{ZOM@(%v@S+nRB%{j{l70r_tD^+zos
zERuk_ID3;<j)0%I&WtBi4-t=u3`Q`NkclCj2rTgmTMVmIKeIN6yHF3a!7kDH5}iZm
zNQ#lilTQ?q*_3X3`G#Wg@$olfoq)H-trrx<y>s2?&E@6gd$m1RCVw{a5%CaUOwHS^
zN=ie)JA%c2dpQHhkSs`o4K>0s1s7!(Es0IG=Y0n~pZ`#$Q7QT@BpwgIZE(s;*mRb3
zA31E{>k9%YSV0NsucwSa*Zj3iD(dXSEDU|rHrg2UmOmP2?08B0zOpW+L{yS39NVKm
z9u$~$PE<0P%OvUsiETtJ6uv1~BzIKCW9i^!4-T8%^LvM+#<2!XANYn`ZHHW?7BqF8
z0nb=@(Nny^SEmIb>tXom>FK15qQ_CZZ#RJXLVk@4I8C!RPphx~CSUtgTb$K&9_~uZ
z81LO3NZ?k(@ETwUXKz+JDQdT$+^t+pp8BWX?W(7KL^@+1iew<rR0NFYg-O{gf$ul3
zlT4yN(Yk8>1rhlEW<P5ThkaTy(e6o~l7ZW4UEpcY(ma?*wqKjm-N<eYkq3G>i=g4N
z!}`tUGd(DMA6>$g@8T=5?&<tS0-$fl36#{h*_lJb8Ij@4i^<t+mE$W)D8cvF#;#YF
zOP@~wi(6$DFc{@#n$Mr}fbF~svg>2A?OZ)wuH%iEhY;ZKkg!?^H53MJUG^Mi&Cs_^
zdZ9(zb$J4ehTP=EmOd4f76g9WNy_qk7ahy;&d+AA%~&2yVBZN!`B`}=q+Lc2m0Y&8
zvi59~Fp_8TV&9ib^%uQ<-_ueDs^ADc$4m9atr(pS)XrNPrNWqOcapHTBxY=(HqIq0
z8rqeHJ%0iR8)|ku`w%2*&ajy)M0wcBj9aEs^bk}2>ofilk0z@6$rUJJxZuKD$-eR{
z5PT(eQLYYVdO$NnGcu{}_L~v;Qu-G?d_~^7_Cl&3enUKwyPU{8;PvD27td?-MFB7t
zw#$M{^!oDDt@EJe`}gk^eFwg%n*jj8--XwKC*yfJIYEJ&<@xdP^fsE3h?xj{GOUne
z{E*{5U>uMm*Zx06oMV}%IIn<0SaLc$5H^zUhutKtcdUr1iy#JC>%ZX2+BQO~FVW4y
z?jki`?-Rdh#)Un7ODI!EcRW*i0x_&GrCWFhms)jeV3sEDfI^-VM)DZ-w6Sd4K|j01
zJo<$m+!YB%-S69p+@83!>-QpP`OFKF^><Z5V<pJsa=g&>kf=XDL>+xeK;rgiRjxe+
z4A#JlQ)Q`>5617Jt^L1}h@4Rr%QP-r-i(6#@PT4I-PE-mF>7ixu2|szGu9Z5MQh=2
zz4O4j`mR>Z18UV3pyVl3$5vh&O(q?;+xL5bV(RzODJgfX8sv+IidT?gZY;D^r2cTU
znzBs)@xlUIk`GD_bWELXEW+hdTp~>{%$ACDznqy**J$^E2#ScCFUc%Z5_6%JzrqV_
zE;|3vWV=0Yrv+Ke|MGToSBk|GR*S%OKgu654Q@j$zCl)q7$yNmSz}xP9#6Bzzbyf1
zKLCs_`w>>Qzu3G73@S-zl?KN4*5t<{340%h&T-y}I%uy`jSyepMX?kRcPmSd;u@7?
z4*P3^)IuTRA*J++E<=oXd_$Au>aRu@F2%&J6Ds-$kT@HWey_AADhD?^kpUuq+_WP(
zD)pF>h3FRx)x<YDmR>RtJIuI^)=2;RJdK~y$uY7K)Z;ROwZ+nxg;TaTru7dzC8>`s
z+^PBUH+Ah|wie!)H#ZMN>W|_Jln9b^(y#2|ZLw`8Q15_$0%0{vrS*cst!I<ljqaqX
z0KHIvPL=*gwZ4_(W+6$dp(=B<+<pp-=;UT<{P6)0fbQbyQ6}J=+h49Nd02*~%a+DB
zHetwDJ0<G(QX3=GjBulLmhb#R@5Lzi8rSw<$oT46AL-0X#iyr_g;*-cYxwI~O#=fj
zsa*NgprzZ(NDlGUcPzcRk-{@(S$q3rxmn}+`NpHeaCR3^Ee@IhOa)G;ulzz6*z&c`
zqtf74W)jJ{p%~^1BGYNx^#r8GArGql@44F<Q}NN*elS3Ne)h)#<h=40^S_@vSqM6}
zcN6opv8=+^y5ab5C%<7@be`8jUJ=3=h;H3F^W;G3k-y-@+Qg5)vm$$DPB8Um`wDt6
z)(^`h6<QAaHn?xSRrISXFq722z80BCSZIO{x{vDZmNT^Y&)aO6qmEYBROgqx2;-F1
z1U^5LTR#T+85k#9=o)*2EXd)h&V<FHJ3qO&<nI)q|Fu1`@r8nEsRzlovh*4uaWgaE
zP>vjD<KOnTSRthSP*U7U3@$Jxj?(R^SZn1*aV+*1U)(yrJ7+CJ6i~>y9du(%7y04$
zY3|Z~g|APCu6x5jOVd>llAK}Et9X>M=t*&WcG3gm>s=7(iK&k}I_JT9rRb+42$1PB
zs!Z$Nv`F%A!3oR5BTK~-eI_#&Zc9=N_G%QR8J5xDc`o==zmbQ4dn~e<y^LP8B?Ms|
z*lL{=cax4tC=@4wkx8v?Yu#SkV^?X=x1<lH7~Pz2MhTiVt+<Aume!J56)|dU?jQ&o
zXnCL;uMab<iSx$wP!xaTB(*~%Wsc?g8&9?Y`<!?vIB>E@<4k9U07>4bi7~D8kp0;e
z=cjl;x`aJr{IQ`Mu6KEm4+_!~VxzTW3Tlkn>J30R{RnmpCP!n0E@njw4P9t5O%F8b
zMBxv4uy_kdeJ2uTx5l(-&~!WO;8>vxj)6<*11*jE8(ZHjIWT7<XbrV`QFB%$aoF}`
zb-vkYj-wq8%s^zwNW<d+hIIi0y5H{GJVc#j^juB=!}9*FNBl7X5NU(=vY+?MpG3C=
zVpU=%id$CA@D6x|FBr5Y?KO&c!#AWY{2;;g|7g1Icq-rbe^kh9N|KbBU6hlZ$~aba
zvbRFnvNsWutYc+YR`%YTj6(?7$BGlj%sMz6=XXCozwhVsdi9s*JkNdK*LYvo^}eqw
z|9zRq=iA`U993)lm*w$g)u4a%<q?Hq@0euo_Y`8<BZr$aZz-lyh&CL_4!NM4<#0(?
z%cQg}<=qUJCx6|yh4kH()x+zo{j5B4{(&ueA+Uzl)p$I!!SG{C=uP+fZ=;}Zdjb=_
zA!6Z{<ynT#z`p2ILOmp$+o9&wZu6A53VhRdqf-Q^9qVgglw2f+PR&9c$Pd@+pa#JN
z(0I8PwEYDwqI?NB=Q~$Yjs82VSI}XB)kKKN?>s}#&0h9@VJ&KHAEcb4`l(l(_x+9A
zt*np2&aZbXsuI<m_tI~*eYLXaDv`@9dT@4pha&UJp77i+&5GqC9mHDR6JlcY@4RI-
zkn8lcx31TsQ!?{qFudlt$Q4I2`YCw^%G!?I^a5S18a6wa=hrgs4{ZAkaFAWy-^rFq
zdC?>dI>G!)nmPLG+OT5q{IW*a1x<kybS8Qo<m6<^_TV8m6niIUFE7^(#mBbXy?^!H
zwJaL}{j#&h^cRz5i)prFdSc1HD^i5xUS0``Y$5yf5ap}4ZTR-woc_75gTB5y##FVR
z-L<xI{i|^ojQ>&zJ+vtm2zONe7?7rXv{tzGF+=ln$Cau6E#K_J_OTDpU9DD%ucIpl
zpd*p4)huY*UcG=))<nyBQ$F|$95ZpOQ`%*tVNZ~sU-Ec=zO1Yak~C4faAlc)P&=-s
z{m`bX{XF@%{@ZMJ;fB2`zl52l5Q5IV>1SeU_Y2bVDla7e$uMVhY+ZXw@#8{ktvJ(z
zTlB#<Vx%&!U8Qy|_;mQfv)?}Nc=N);r6)cmdmGPTWqvMdZpG0PAQ!;%geJiq_1j3J
z?YD5?7b5w*2jGQo%hej4L4ghg`419Q0Ve1*`E>A<gp={c@)?oEAOW!OJv#k??Z)44
z9am?_rW?Hv>EM`uFJyLKpi@Ejz#%mW8%xV&s3le1^ll*}GN*u)J#7FTlL=EZ#HmHX
zm7r|y=i>qY6$WJAUfWL_h(LOhSA-J6=#6Gix!(7?#{HmIsq-JFntu?WqsTB_z4NQZ
zFL!s%C*v928)I=bibZi4_q8!szj-O=I+O643Z9Mc!T9;+&Q)I#F8fF!ugpY49|!m(
zL(cbiG+!qMh)zw4PE8Wi<hG4CAwV7OjsTIawyW1ZkoY#4qc*og&`H!dZy5A`_1;2r
zM^7ut>^zpaCn4eaH{o?$AKss_es<${eWMU`o{I3<NpIdDPHzx@KPCPKy~s(){NC7|
zQx}>~pM7m^p1N@#%4+tXE67of5d+PuC7f_mRA16=f-;#2+nY=E&2mrp@|OGy&gh-3
z{F25&kj@HlQ2nI-0bJd#U}BIl5A!@&E<Y>`Gc6q7#8#)-OFWF{*qo@kaQn@}HaR73
z8B)(L!B1MSzgG#;uC`&ba=#7#7}Tq+F`UVci}j|z^L!$WXHh2ad}3s|^wyQ@Q%@J|
za6T6te@mEv4%x^0zX8>e`JD_QU54;0So*S^k<)-2)HKYpVi6O@y!8#Vz=PVYN3knh
zxpKv}@!)S+zjR%Hvh4Yzg{Q|0P+NIv(2YrV1vG?(0D!yT71F(G34&1n-o;c_!z;&&
zw-k6^5k@au0GWglvBScH^n`OHns@Q7iC0^*=;$7ic&cSV#BfXSH^ywUX<+IpaX2vK
zw7<xqMjrB&;Q5@twRC1r`_H@Q3a6YJdTaK*`<Gc@<Db~Qb#Mh){_T9&!QEb?Z!U)I
zxSqlhEx8Dzp%Urhw_6Xw-23de<ByXdlP!A67ysH9-{;yWGVQY&YUH(2P?ZWGe%`-t
zYc6%;*K-T!)~aT1EMBCP{WlBx<2CrG^^2#isz}Z#yZP(~c7)tgP`bbmB}Dsnre_il
z8mz@4r&IVzoDII|dv<4{KfC{wB)r|3U*i67<8gm_#LK_n`s;_>udI805npI*-e{?R
z?;dF5&r}WCeo{=^li=_R&rox7q4eHt#t$tY5(3mykp%XuEAF1<VbV|Bq+3M6Z?%Ej
z>vM(Lc3J|TRaEoK#~8lf{e5-$vOnX+`e*gfqRzsn-R6NQF6x|w0+#s3olI6gg0}}F
z3lhLzBd^Whzb}8OIL0hW@0E}89QmD~uA3msSY>|fSjds}ZBO-^-O$17ZyOi9`>AF-
zzXto9oxf2bTKF)mE=y^gw-?+{O>tndc8~}aeh}5jz$=b>^(6brX~vc3N%RE7&r^gi
zu2I1tYdussIC?#ZJ`7&{U^$%OXU^4Bh4yzN?P~4HxX`or<@fl?Wx{Y5>LdSo`Ik}k
zaXrYq?;NFb>;^6x^=yEvEG8`A6yc3)Hg=(HYTVr1O&}Pp2fYdnSsA@SP<`DF8vo!i
z!p)e<o^dt~s)OADmE$v$fR7_FxpMnf?YWzhoei!L9j}aj(-&Sy4HWx0kt{Zv{IDI}
zR^s2Ad5G_xSj69vI{VDh&oeo9##Gb}D|R^Qbcg2IQuAf0C-&5YXMdj&9bo?V7RLum
zG>gSTq~lbv0_m>sfxY@5WL!et^gZughSN~_TAR`9Xr7fcY(yNc*8271#}BASKaEhm
z{gl2FXg#;t0Z_o9{!bxE#t+av^qbmQMFcbm(k?n)jNY|QKm4Vz>XKFI$Se{uVd9E!
zRCc;4VK#~F9_**?J8u$qhdZCy`kViA+DM~Yeu4v4n~L6-9q&2bbMZ?Lem4KRuQzX|
zTu5E+ouK!15u-s}bT;_JsrIQ8Kls3FC!LiTYjhB+{UJOe!gr3w$Za<-l$?F!pIo%k
zz*7+CIXY3z=_o*a`!l!92+Q!(B26UMzI|)$h$>f!icqRbGfBOncK+5|{*E8kZ(#y`
zP-k03>hFe7UB4uI=GJ?1a%M9#8w~cg{{wB^@!(3{oonpaUlwn1501x^0mmZjQ!wk7
z1IGlZxzI9$sGb{_k}7FP^gYa{=5ve~Jfxzl4`^6piUFrv^eh;A;JXXj5VF%hf`(~8
zJ<6(0e|yv}Eo9hu_^xWp4O5xyo^&#h?TWNCwwG<X^?t`Td$Z|lqS~Iv#e0&`(@o81
zEH8S)yg|9RuvEQn;hM!0r*oESd*-{vA*BKzKCyh6ygiQ@eHntgVXV5EdmcM>JWToB
z0A@_v?OwABzbv13q)|@#EOQ$zCAjUQS7#*dJ<RYQqBv?dI%+Q>P8792avI7~O*_Oa
z8XiuJ7WRb-3J4gu%>{1iupV?N6jp=27vc&L6Re3~riN4jr_3Qg<;6J(*nuCgb?+sI
zw3^)i=E6NC*p7Yi>r!2%rHy-}MV-Tms)Y5L%055F-w&S4pBEBqRk1t&?&!|#f!0CZ
zfy*JYCC}IyLf{n1r#AOR)NebUzyCKo`OWY-RnBWK&r7b}P>Gqn`^J>w{22-g^Ut`I
z9q$dI<YGj{$h6g(vTMJ})1t<Dqv8Ac4I^bEhIIuFyRUuILd_RCGzc|HO_9twLd_m}
zSesbp*!-Wm2woZ875X(@vss>+9Q!x6uVfZG?5(g$NVy8~qic(Sq7E-g`+M&`9F^u9
z%KW|2?qc4jmHYN%jGNFKJ$Ol+*35;8#`8~`<Og@t+$AcEV0oSJ#?3Ik!s^zDn6<Sv
z(v}d(p-*g)e;jUOWd){iJe35l0{pX`MmqXD?L;~z9(VlhO^VnJin@I24(v;aL7Mk#
zlk6ty!l*%{yi(5%bu65hLBmHeHv8ozRkP!VC`^WmCYKNbUvu+xT}S3YK1Kyhj^8vz
znt0i~(ZqH;WZFLstq3$gxID3aVryO5uj#IikNg?5Y=NBmHS=BZM+JMYwDJPN(&$;v
z)uzmW6&X*e03Wja8%E%KbCowLD=I)AWP{;^Z*i+hn%Q0ABk1JN_HRvZ3Ak+5p%BIM
zWLIIoFy5{t>~7k@D;}26EZL1eCga)aK8l$yBi|F*iaFpsnf{BR-fEdf-?vP)&)^+5
zV)UJdzafj)qc#&c=8Oq>#s8Qu^*0YM<sr*HT{F{gN9Jgu^;jpTB#8t`9`T(jwS}NO
z+-O+tmi63f<>B$}t2$}N&HTO7FuqPGlM0&o4bIqFSsj9m-r}RL#XB=QpmXaE9GZU7
zdBf8>^|jby<6gtY!K9t%B>%Y!`~qi;VGot-q&?BQX&w!$WaFnR8f@>3d{2DeATU^d
zk4F`qVYVggo{*2ZpmBpnsZmvPCFN7YC(gOrR=b`2J1~XxjqCaPh)g4NzTMz~yQq9F
zGeNI2I%Ck=A)R;Q1&%CskHKYU+O<EP+WU2{vlguQ(NXWrQE#x!k%_NFT0d!)Qsx0@
zuNl{#)Oa|xp_b`SCImVer!MNWzuau0WQ~dGHHVr2zw&;;(f(lc8#@yW_SLb!>Dw5I
z#$9j0CW^xhE607Lh+fEu;eFaA{d|(CAUsPgdi-{@tuX1E4tunPTmMIW#Fpt1UJ$vn
zTV+ku*Kd5IdCnEB!I8IRsDVdMe*4XXtVY@6&&673-(vsVlIQV`(UkI<VBUn{{9sew
z*5vZ~ip<{Yy28U}(Ri=`2;0_xR=>nGeZf5d1tF~dpv5X{sAc<`zO6L&_*5ef>IDzd
zPI9Qbe^Wiz-9dg)-1BgAbF-{Zd}Tm^HFoFgIqxO>q@7ITo`L<0pewgG4Z2!VY9^$b
zsu||zUNg5{Wzck(hXO0aq4r)T^y%&t@Dd+jgy&$o?1-!vIYS%>8<hXsR@pYu1pHW1
z4N_n{(K`BA$rfo_iZ(We3%GJ@iGONr#BKEG2?<>%uIzTNXy8dy8<pgqPuA^2bLu$|
znQ3UcE*&%jp>JZhMkf6qjj_hT3K;bPHM%`^5ltdOaRqtKheZ32$64>pOlF+Gtf~7&
z?qM=H!-U-x&~5t|7`F;bNfD84NU9EJNR1hwktB$!;6lFc^VdJ3Z^HUR%pzg1?b4On
zbIP?odvMcph=9@nB~ohri<QaDnJ-&H90<XS&%!XDF`rek@9`W+rA_)@UG0wA*U8z~
zUhQtt{ZS#6Sv>F5c1^BABmU2T7Si2LfS9P}-XNT!)Zh>vVH43sr<kfz=uUwjD&m+o
zAl1lBf%T-!`@@P$y})7RP&`L~=AX-JYu-y=ga7&liu65T--NHNuGX(rP6{^ezeJoq
zefo8pH=e~6GuM<~2D-cgL-hyrirqDu_E;%U<|e+B{ti103-6_?BQ>qK`YNMT>X1TF
zxVXzlD||9n@pPgln<I)`U`U>2G@7#EOM2kUXQ#0Xx+qhHfL$M}*4GJAY^pu6E8M-j
z8?oN{Iq{?4iZXul&68E@T&Ui9v!I%_qQD-Ei(jHK9_GDFO(YVz9RfAoP2;HlAv}hF
zBw;V5?LXPYLJ<U%iCr!0Ute2eVPWxJh*DUu-|n*mMTSe4F8Kri6R=e|X`45_i2N6(
z^mMQ)@{^2eZ|#xE83tombIJH_&AD!thU0CcsJ)jOsr0onb#uBG)l#nToYF(noU$x9
zdmZa)o{Fl~m5J>}G4^#xjz{`1n2(lX+{!ouGq;3drLwPhdppMariC;i3gh0b`E|?i
zt$Gm)`_}|_8hpZ6V6eCV8Pc|lQIii5>WeKV#)AVpS)l2`Y~Z<8VYJ`M7^hB%HH{x5
z^2`1_MF)FeURPK*5zE?e?8q9K6e)Fm)w!)@OL5CIH<VUG;*kWp`^HD39DX<#od2+%
zx4#R-tG6YtJ~4y8uv+RyIxiI!v1u%1VYwE#7Q%D4>M@`7tILsVsy;b8R<R!K`Z%~D
zU9rLf*K*Q+wDb78R=uo^x<%h<*9{UFp4hD902)JsR6v`SfwP8Syw&huPzTrrNX>J*
z7cNw>6MFE4<{oTzf6Bg1b#&u6Zg3K7L%Ww?e7xA5E{nPE&ckWOiOv9OS|w|ni?}uF
zga{jwRqpOK%|s=)p0azKFiPJO_QN&P49P3QugXUxj6M8A=<BbLI9uexadmw1i@n-L
zVG~Avo!l>WZMG$#YR1R2L>mKa;ICiLUcX)(DbSnw7X*i<1wmFsH|48G&OxF9+%-LR
z>GAX|CXC|(n7_vTeT-zcnCe@B6p9{Y7WBSc`ZTzvoIlfa<jmm<p=jKj(%PcI3emgR
zJ9ie%CK6{9u(%)tP2Rk%>cOH=eHj6s<bxU>cKC&rBkQymSh4X%YHz#g-Emh2!Ze1U
z4}+nez*2`U5|>ZGiuErO`WiQ;i&73pdKMbgr{l&5&E{p2Xe>5sfnq^Ez{|?$*>btP
zb#W-iTq(xX`-k(ZDBaDN<U~_ry{i3pK&Uj_jl9BUN|R%3Yf1x2KD;us+=htbrocw{
zM(w)qc`$xJdmU1?D-TOZjEjxC!U+{ym0des<>YsV1Er$ZiZOne_dh8TlIwf7L=^;$
ztw@>@kLq|Va>wi1SDH)u`b~CX)u*$6=WKZdu-nSps!WULG#ot9L18}dk{CY0HRWV?
z8WNXiVA@x{1M`F^hQVmQ{MrjzDLSM9vKGgT@>au(jmsw3@(3XetB~1f&l1dqn&;z>
z9bQGz>_<yxb3U~d|9m~qoe+CZBZ<04H4s<DuZj?<@NlpU{V85^cU*Qnz#(8u6zzo0
zNGx(Q-OJlDLYWQ<;~vc=ANp)HtskOEY+!O{@ylQ2*I>nWTnzS15J0+eF&}>F)>v5R
z#$HHJ<Kgpsf?6;YHw#`s;3JXF%4}j{e5%UwSq8{o2jdzvmBSO(V~i8hMtlbyh4<Jq
z7g{$0RFi%Zbf?BLT7`>d+@82Jv1ZVC+hKNVNQO(E^QVsFVK8ldY}U*_Hh&l`O#4m+
z?P~wQ^-q+72p)H#I4L$)_3rLT4p((-14?6=!9lcC7sb)E?I_R1BAKnSYr&us)5@ZO
z^}DRYi=bw_E*Pjx3G84}eZi)As*1S2uEmpB65Ae_&Fv@5C(;`Ty+YB1;<%P$+>)YD
zF}0p<FsS%4KZ2Je@1i(8(#5NE3(hk%d?bZ=k9jyoQ)|LS17~1*zKYI|u4-%y<8Vjj
z7QbpM?AMoFCx;ow8eimxHMdIa9i3y`kl}#y!}*8U?NSzoi#Dwyx}@1XpG}7@>~@ta
zvy^aH*RoX@$?U0#^7k{Z9qC6U#a(u>!$;dIp;ot1)ZP-D4Ac^bF7>T5+TZ(WV9iMT
zyvfKN0gn0fzg_=RsK+IwuZ}`T-|86=NGuP+fqhF9p5QfbBZ@gvLN~P0Je|XxIkUW8
zFsE=qk9$?ZCL+j+T-o(?q`?2U0KgG<r9IC3<%%yf@O{1{;rUMH77V6*j?7KX=^X`(
zzy8q-Q=p?qsEoJabZCr+Me(R=k5jkwt(?m9QKMWou@k07k!Z9uADkC~r%DJbbx&~O
zCnSaw;Eo~=3Rv@un}jQbKGYMiH8AJ105e3t99@)t<~5n7OugKUQc=r^=iNnWq((Bw
zFn_#PwIzx`S{7iwV?JQsT#X%~%e#^p;H#>em43zBd55r4xW3{kQo{&?-IIe+z>+Tq
zHi}S7^xs~0SNv#d3=S#lx5c1^LqO?clWu`wb2m{dU|1&ckt%BV4=Sz?ZdA{qv8l01
zG2ITajg5}Lc8KSs(ZFE*MgUzlqf1vDS#LM4-5L)NHV{tP4ek}s9N}@+)jpqkmaAKM
z+_;uMny$NbS~)R)hmSmuNdu2SCD{r$Uj;kq4=E>i6q@)I6T^{d$TKu<jW7gQFL`01
zBjBE1r)uZvV(w`AKepJa+#^li9<c;bEn63H7%Z=i^eZdF?iN$pZ<=ju1o>5%{Y3_s
zRKugHyW?%(Pjj@o%iHObl7H$l0RdOz%H9zjZ!1+u<eq!8vwMIW&5u&zUj$1qSFpPa
zYeuM#ZFU=nr0<B<+!}8~rFo8aO>)@1`0T@wZ_Gg+=IERMlRmSOTtXGZAJI0cK4reQ
z6aEk>8CPDB!TiiZfFe8yArShI*n`=?s^?q+LxOhE^%YS|lm1oDaih0MhM84p&*#z4
zf5dt#H7JeC=<gp=z+ikAKtusPn_wv9s=ofFnw`^A(YzogPxbKn_a8<c!eR;aAmque
zH_TLfL2%v@?V039#Ln>U9xA2rAY2}zkb0q>H>7IPD8Wg*J~;`Er9-<4wqm5i>C)2x
z)O$U?i1(BY9?$~vJzvt}-mv8n>mEAzn%CRI)VB?z3xmPl{`cJNqj&dMF25t%_G8nA
z={r&ON?8p61=!{ve>6|8kMDLu92iGP{UKHP_Oo;2Ucg{}41Un6YX~lln$tmF;vF<_
zuT>Lk2NYl9mirXR$DD5OUUN@UcSoXB8Y`1!E%P$|5FxdI36#)Ygv~DSu6h+@5O|7?
z!hcN@x(a!C^7j%8i*>Y*@3ROqn~5(M*@|O377BEh>L_5w2MKTUDw-|+PTE%-`@>+N
zx4W84g{`cJaeNWOx=#+p>h6v&1|W-#j_C-J3WG(=g*Hj`D(C&c?g(7*t^LOeJ{Q~E
zo!^&sK>B#1O17h~XV?!cMxv{9%nN`;eg`7ToC&sO4O^A<?+cLE%L+;#fYr-qEiOz+
z0;75tdaOMvmgDdfM}lpFt-DZ^6o==-j%bT`i+CNOGQ(+}x&A8&>s(W*M6zaSyL6;b
z?4Ym}@vRhm^?0)V0Q`pW_$}b`)M|@q%4K?o->muJ;s&FB)X7c<-Jz}O2~)~6wzhvU
zE$`0EuC)^B(0-gYNOSG~^_4&9(G0V{K-1alis-QKM=O69&xkzIvv|ZijGxTTa3d7p
zKZv@!3+a6KgrtfVNLBGw7w^9j0a3LBY{dv=6!UW|j&SK);7bH=yRf~%8oXQ2w{6i*
z$4>%!fF63_Hb$0*uS}=AJ4_LUtVnn9tuC8rG?6uyIjxndzRW2wRD|xC)W!^b%b<n9
zG~pv;z{G*i8ZWIvuf*b_SWvD?&yEXtNxBIvEiT>%qw(=L&F+pYzi=Rj^_cG}g<~Y+
zuNz@B2V`J7x4PG_UOA)t{4cQv3WwT}?)rvB90_VQcipEPqDv^SMtlthxqPI*X0@E?
z1x~aY!rel?baxbfu>2PQ^f<`#*mUpwOQ8Xu9(e|S%Px<j22n$W7&N_eb!?k)x3|Yh
zL8O3V{GB}?Uu?i|z*=zzA&$#+Yn=t?$_uZ@;2Sss8_TdA9OPD~4tov~Mcr4h1@ToH
zIa*4ZTR;E|?Yy%J;tRdQR$P6;ft|E&*#Kh1?+U348?TJ|WT7OFg!)YL!h*bR_?C0P
z=IAi3{^(a8?vNZ{(H^pZjE3<A_XeaA7jykiXmc3GKAKh^Zv5aEmzmkb%flrS*u_Lh
zAg)9)hhnwi*M$H)AEqBRn>GG!|K1|LN|THIKnBHO7fqTu_Tg;?wlWA>wW(P`-$b7F
zg|YT)BWAO2NUwpZ2~hFOaF(|`_sZT7`L^FzU`*gN(9d^Zybvrj<JVs8A7VsLSl0@w
z)-<9!j9kvRC>vcWk38?E>eQ0)Nu^FDYlKVlai1cjp7}_Z;lk6Bb|=f+vTAbCHgpxB
z&`OONePMK5uq9HQcQ2%IfTE&m352Z@-5lC5zu~Nfr8x;oA6b~6+>4aMW!!{xkuq<O
zs^Y;|gpS@}RCHGBTw|GVif{^2K1*5U3>^&i2ht|F!O^{1V}PCM-3*X&(|^YzaD~L%
zoJ=*y=ur7X8A{wJqp2~_TwZ7^2TaXID3e4d?8La?x!sL5YC`b-W{rWG3J#tjUy?|t
zM<`G*a&~Ax5hjZkfhm*zwAa_j*ZOs^@@8o^4v9%o%rr*#OlOy2#$|=aPojmc_<FRu
zf^X5JhkpNULcU5iMp64r_|Gxxb6sJg$#+<M$Mfl}#m!1L4J;ClLT31Z%pgw8K-r22
zqaq5I>#S9%SK4*syG*twko=y&oH6?L;Nu__UF2rtM%pYLIEC2v;LsHPaVVBgvA*8U
zEMKPvt}N=+SfG`#<~X>K0O>@@)l2BXH*8*ZNxkB(5v9Wy9i0@HWmyL@N>v(`y2rZ*
zXfeK_0aLQMH;b>^qUmA9x<9q4lO1RKPr;i1l%C!iQAXh+rSf;I%s3FXN{Q61#ZouR
z<Xgy$)KDs#-NPQLld=hY1l|(nSe;AZoPY09!nEbAR|i74_IqHk;_uXpPK+c2lz&b!
z1W(aIlYiUpNP=(-YbL5lH~&5l^F>7~+IG-93{!qjAX-d}^%T$q<(Muq7~&2~i+tud
zvLQ<kr6SKYDomVcDSoSE-INyGdyS;wOX`2Rqe%v9R+0s%gI^GSGe^`hmif7vZ<&ke
z_j6VCYGp8e13C19=|~rS^3v2PAhytkX*=2S;s-^qyt5fAm7^$(^YtF4T{UNu80}dR
zJ5D<DKa=$x01*^(tVP6H7{fao0a#Ce^Ja6t;=$-5rLixjh$GW<Yw*3w>k`ttz*<MJ
zPz)4Fh4#^Ps{%_F+ET)1-&QKW9yr!hyJdHiPnB|DbRjcl^;tBhKlo(c4*p+2NQX!F
zxTf}tawP>fRE1fDSsdmaE&+Ut8&#@Az~W5Lp(n3f*O`-ztvo*%AEO4ijGGA<Q;!%O
zN;g4BiN1-Xl$_TKZDFq%|GJ_|NyF9N-NeJA&w*x%9c70bN-PC25*k53G{_qclcWTq
zc=J|lXRL?ZS|%<s3AHE8BmHMoHJJGYYC%3DUqxK8>3P<RLXN;~;~Eo0`(c_mRTVvm
z$2lPxehz}U%hto>#)z$jAS;6uZ?4j{@a~1Ar^a)mo~jCWE;v;jtqAb|!_y4u?V0_Q
zI1PA;h9PS8R!vD9cWrtvCDrI3ThXN_Ho+VSoGuwi#pQeaw+MIlB#xXdH`CX8#m^56
zwrN+xgY;qvwAT%|(N0P_H6}a)nOLrm#3t=x2}&5OhY9j1OT32xw5t?tZ1!GwbI<Q+
zoeEgKHigTJ-L@drV9eDvum9P}ftm|E`KJ{^n=2^hb0sg#IF^5nqJw|K!8wPxRD1HN
zo=SSPRspQ0dA5;-62{SDG}N__$y4*(U5bvb<CPUjwC=rn6w;v$7+by^(fj39&ttQn
zc7&aV6`Sh3{%c!advfkVdEGvlPvbeF<3Fjyb6ALfZX17n4(-(C)Xid}Nfs9q2P7%a
z=ptI0)%MvjIV_(oQ>pFRyASCgJ78P_w)XmtKfRkn`d00N&9mk9t&tula)v1aRf#YV
ziz(qL5DczF>9Cu<)Y=;=!bMu_x$f-AxFKc0@n{R4M7t?yrSW3M9bH5zWz59I8@&ML
z3L+ea94-OdIAy}U_yB&{CxMxs3dlRBg}&18XfO~%OE~~-i^r%XjM#_1b{~&TZ#8nM
zs;YG;&I^~x6xYv&Tv2VBmannk;nYyukAqb0A*5=RjVVR3XbJ{{A(mBV1+2VY>U?;&
z>c~d<<0wWGinypx3y9&87I3z(o6zQjyu}ivunOi<Cb<ZTa0L1WNWtqW1=5gfef&fQ
zAOh;d?rDu3=pux55>$6Pmq9?j-{VH%GE7};v{lf@B~X*_<=@I}5>R0n<dgjXqC#XE
zYOatM)QCS)uAtRdZuLo96z4<;uUz?K4nCB+1yZp0pKSr;zU3~3j987t6m!I~KL4v)
zmMX@n6~|Zgq4A>t*H0KwqudtpW=A$)-Y-5IJ4pOP>{mi!UAOvBmqS|^d^I>m?G1HN
zDuzfe?^*H8E>TGObhSrUJx#zoQ(&d+!NpOe)Agc^H?%kCD0k$+7_XB1SfkrsOwwEF
zSR=a>Yp)VcU?4u8>_yk8Xn^6b3x*Mx_aHb-+)M99_z((&NLLO?^G|Fq1EsjC;!h5&
zI&%?&9bc2x2%CUblyIlRKurB^i_@>;h^iXw0~7Fbgp-%wSwqTC%kx}P31pDDKK@Vl
zr_+4~8Fp5eXiWiFk_*Dg6<Aa06UFzL8(oPL-ej|PzPItvw4YxC6Qg2i`FU@!Jdhdp
zk|gwW-v#VjsRB4)jtp^P>?ljZpx8wxD?VbbGtYw|VWQ^gJHTObcm$HcP$mvYQvzR+
zo~`&`u-F3Eyx52kxkL?uhcnvZqW5VF#FnA{B!JeLdFr?A``$HC!C)a>-KMW3FatMf
zJE@yg-I2OnlNqehEHOu0cGmd(V=0o(k|&XBN(cnGhV7LE!>eSCAmHWrVz(%oP}ucr
zCK>ZQhYi3H?}BALW{TBqiASD;pB6ay#<{eLK;CJ;5`>?MK;$02R8iwqMj>S*mb%~l
zdnQRiSpy%wLpydqq{SIG>RH0U)dIEzI&9Q}Gn#(5W4=1wLBUEvwN9lDW7-oN**au-
zxBBfmUw0D_-zU&+d?|L+E5^zPY!wyho}mvHuc4~hBy3MPwQ;5_v<oua1i$s4Sl+g4
zP|?aii|Go3o6gq4l2K@Q!V__I%yt^LOFRr_%nAMJ#h1Yu$(RrKZrQ08tT<GhUDYpm
z3(y;b4)s{rZ&sBCOENoP8u_i9XitNKC^Wa4$SB8{K06bhWt7J1r>c-a+Fn&AQ_j-E
zlksrJh7y}hIXPg>-R4vLFU%jF2=RP}e^|GOQc)~NbQJnMQ+3%mkI#i_N!OiNnP5%l
z`?F4Eb1gv5ZexX4VEykP2%)5w_1Lz)ai-KFngwb3IJArxHR@Guw<Dfqkj3tz3Z!ir
z5?-pekAaU8K_YCQnA^BDD+2deRdW!6H!kKXMtAH5lT{0Xv=mJ7CCIfrY^}e+lin>d
zXLZR-%<9~IJ65OULPgG+1TMP7ETf^u^Ly05wZKnAbNFs^N&PjZdUf}gg~~At9rJe|
z4Dk~O!5G>9j&w@}1m|IjxG$u#{;<(U4mPjbQZ0GL0P3{e<sy3CFpNwBd5j)L$TXaf
zj`o(utViNPGL4K36qdMfqgp7wo_q_3AJR`ruVG+nA#?}}LaL@2F{_bCp?F*fi|f1q
z<!P-1!34T3QN<U%;U}*?^BH8<BCj9T*YB3RZ8D7b%`U+Kzg#KCF?4H)XIR6}QP?1V
z9i##60|Ek|8K>ub_uD{~Y!#$o!GB4jHWRhZD|v>yxjkT@JSg&XnS&;roK%??4{Yg=
z{9!Qk+e;NYD->pw*n()byV@vblvIZLYYt+c48hz~oU`tqD?RLuNm~#ds4l3U6I;A;
zv<9XEe--JMbUa>j-IykVX^NG@1Aqs`Y*)Y8V|470qyBMS#(uW>-D%1jU>H205WbqK
z1w}{KsbMXnHFxDgi2_IE^|-ie5S-4~r#Ud!W!;DxWglWU1L1H-hW@X~n!Ci>fuL;>
zVJi+H?R&t|fwZkwlkRurH83W0veE`j0dzDV6o47@`<tN914;*;`0>|_%LOHG_5)yG
z`+Xa}y`d<SoX$vK4VWsgXS^TL*jpj@_lGb_3$wixG7X>v?qIjbx8dgKI3Q})ET-!9
zmNzssjOsh8mS}q|=VWtnbAwvS_#r3|fpLUV*q9eb6riF3ksSa1`{!RTafQy{3lPS;
zRsmFnDw=&tu~*iTP0f%|sXu!g8^SdFCKG=ittReuo`&(~16E-XGK6SExa<5}T638C
zpTzWLIJjHk(}xEy4U@>u&W47afgf-2b??1DigB9{tI=QM8wI0lt;b8TU_|^lAYp=O
z;DC)Gq-zD37@oMy_-Qb=6L&Aia(vd87xwUx3V=B#?#yOe4lf)6=)$bM&e%ECX>eyL
z5-KR$QY1HE#!<;W1Y9WIu&>6F+^sX5<#qDgj!lC_Wh261dISYaVB>bmMm;Ek*$kH!
z6s&<6k`rKb9yZ=cFh`qz+UIZ$Vg-b6c$e%ifs%(}c-p&wwNFrD)CI|z>ee$CWOKGd
zqt~(t^+}8W_%LKz0A?H_=Js!Pt}U3j1{krdGjd9qg9TO7%XYq7(P_z?M9l^gaf1Zd
zjB9oq6BSk-9)$hrYoQU4H3-*Xc8@}#gXLyFsz;fp@&8uB>e9L>=w%sYx=)ief4s~B
z^TLqr1JWk`MY&AFwq!ryceZqeNgD-J2y>nB-rH=re}&bc70CEqPylhd$qB!av(p!B
zM2*j={1SxGEg{W-%(7Uc1UZafc9^UgQWikg*fhv!YMPmG8?Boj9vHaWUnVXg0i8~f
zFL4D0sBo;%RL0J|b(%bVwce>W&L^6T4ev1WM2hCa`lF*HE#!sgdcK#_o|AxSC*(5B
z&I^)wQQurw$KI-Nr@BtN`@noa#Vh=9icvH3C%fH=9)@hyz7k4lN_|fvuMFGucfkhT
zw)$grRQu0p=zIWiHx2{@O84th6=BC~cD^fi$sWr&olbxF3^%EL=R>$tAFR7}vb|Ed
z47>T<w!V_yzBoJaoruXr+itsGJF<WM|5=|?5OI{*HYRJP7M7AS5NH6uB<*o;DYV>n
zs`iz5NiCQCF10oR0&%E6qjq8Sw&Nx_zw=d<lmex`@olC!I?UDmluoz;GuD}?vNNi=
zuEJd6eTWA$%7K2*bITl{hn~t10S6u-4pgPmZpH^(^a8XxxdX4pVdvaUXCh&@)9Liu
zTFcK+P~z)+OHw=o8Oj*_NQ<?|`cz$t$~L9;LpcD>4bm2M)E^hkj4AQrN!FuOGXR{1
zd{86v9#Vx9{{_qB>xC~t_g(hqf}23OJr(Rk6)13W#_PXSX@fCYn45RZEa7lsS<K&q
zmX{fdcLpE}8d-}-YFPgwRL*QMBF<^1x946sq`kFkDtf(B>J%(49|X+^i1ci(^T`$P
zHo*Kq325r3l369wmC1>Ta2$njf|w?2^TiWqoL)RXENd}JM_#9r*Uo)}DB$gVU6sq2
z0$)*dduNNje8~FX-60SwfdT4bJD_N;n75sPH`>wJndW<Z@Up}WTnck_aUm!)9q$%3
z0gbB|5!I*4I}4c<^j)SJrPa*ZHbk+%f$G!f-!Dz=%2K$5iWC@n?G}LLVzTd(<7-|S
zEh3FnH9Bv$GivRXS5@ud@%Y_cs5%MFO9j@J69?|0dCfD=>@)gqGE!kSzZJXm6@_R?
zK;BN4hlf+*GSdRHx$%&cR!P-e3V4Q*r#9-cn%7H^m?QD;q`3RTfs$jsJ`Sd5#gm>I
z0ur7ssOr@^TMfklvvdI6xPdCnU_NDK##3Ly5X8ybARTWAO*aUBa|kgUcZAB0H=k$C
zJ+~1SUK7Zzz;<kNvcuP(Iu5TArnYjU6Boh{Maf{w-C*kT@f_>%oDHCK0KyE!!`8%&
z#;avF;VX(#-gYpdy0KfTpxK~yRS0J=WFF*A7Wp_3JT(J^S0IP);xiSKuTHI{=%D(s
z+0a_4|5&O?vJm)VegT{l0b(9Qege$NOart?$I5=J0~l+sMO=gC9QR9Z|3oy(@;`@g
z+u*g(=9c4f6`zr-`cd6<U*Vrx@Wm=#Vw}-@c+w)(6fclPH1_Xg-D0nukE4-M8i&;y
z#E*@3f1zCqMG&StYi?%M331F3ERG6RlUxQp&4m->;=21b-DsyD-Ay@+Jy5+&v%(b^
z+v5(YJxug!%1s{V-K8L6Nie=Jn_Ek(&qsbZP*w6zkDDDnTy1Or_8cgDYd5&8V{mq>
zlT}5V-yO?jbkxeF;!Z)Q$wVZQxHA2@qgV?2n+IU4A{IGpv58NN;1?hh+GA=Z6ma!=
zj4zIy4wk3sT$m3W&DYI0IqKqBd0`O|{ZnU^p@eE=j7o;xwtY4C&t_Zx>9KBA(ADLG
zU7paCi12~Ah+_7FO=PKRAHZzatVRoW;X%PxR((|!6$i}G(b1hw6)i2YzUgIUj<?q7
zL*F?ApoU)JOD;&-BbOc3Af4aLs~9TDD!gn2LkE%)$8=kq2jC+i9u2$^-3tr9n-=5w
z$!TFdqYDcQ;O+!*y%V~^#!4Ju?ImHpe!b-jL5SfLz!mV>0sj<mEgWe3lT{<xW_sTl
zod@D<!6T%KKrz#E+o&Pd=E}7-!JFns<!gm%Zc-%0{C>7yP*`YMYdK_;p#Qf2Rh?QN
z2t4`y0nY=OvjfCJnE*{xRUvcxA7v{~!qd|;;<^|c4$Yk=2~65w-wMlQLqG>O>KD&R
z&J5nTzE4gDyEyFdHN75Fjd7ABif(0m($B<R>UBapwY%PTi3Bk!H@F6}2M>1^UVK@y
zWCwZQ;gljTvtnM^p@b6i&3|p@4w*rzJ}(0IgyRDw)`@84V@d7jsUVvip%Q<Y3f(ty
z?KYnor_lFX3Y`>(*cmPyoVA_>WZG;0wbBs7C|SM!m2}=nTGZ*Qf$nV_<0q%_mCMH>
z{j?qJNBf;J(pi($D}{AOVSwer^8XC4$m;T#aN5&x3!v!Vf$hjFS4mQdSBZ!@=V&MW
zsWGheDh99$V4D7}z`o|F|4Mlc@W!@eo;JTUxaff@9bc7WG*F-NZ6RmeXNGP|cr5+;
z>TYP`<#hz~cDpM5?KS1=Cn(tSOC?KQw}-HaklCT>>g6G>=vdy86x;7}gBCnPl0@V&
zxt|#ui=||_`}SW*i;nR#B;pJSOl?lsww#}z2e&f-asX73fPuTscEFYq4Sxaek#_L&
z^<Q^Sh-7(RN=m>2_!c|&9=*TrS1v+<BR{!?SQE1&2a#ayl+%G)=s!DUnbYB<z2Dnq
zdhLcI7}TpR%KJ4-0gy8L(}4FtB|C1o_j{VNHc9{z(7SV9vk<%K_sEFLTE(b*gh%Qg
zm?<3(zU_Ez#s^Sw61Jy(2t#Sp_HA^>cz|iA?q$BRIEm#ziBtkVv4E9d1|*)nM-SMY
z)N3l$k&(%qShHIHf!6g890}@ch(*IMM>H@#c|eV@shaw0caD}8nr%INp~e}%G2;s?
zx-aQ)X77ZyBjkI~vodjnPCG(N%p9os9s&~V(*03=k-K*Xb}aj9An935^KDG~2?SOK
zUlNhB-`Vo*?lCo}eDO;Uz4cyo{>z`BhBn%-x@^O}VP<krrKW}l>N0d?(!iYqKd7NT
z!47B3Dc;`OINWrm*#@<XZDW;U^TWGx5eLc6Jpxr;e=encZ<GWVE@k#x&ZUAc1)w!O
zJv~Blt1HEI`T$tMvP5&pTTa^66?kC3&&|z295En1DI|xUI05LAhhWVD3Zig>@weBn
zUGo693_iC10hc3YH1c`@mC_TxDz=he_LuZkty1K8%>Xg;Nce{M;UTDdLcwoGxzQ!&
zoFr*bJW5!8-#?GM8q^S<gWprituz@dJ-y44xEl54)O8Jyhj@1oBN`8+)Wi63(B$O*
z*gIm2<V6km32+IRMs=uY1H>j9V2kr!==Bz6XD`;x5N(~MmpNY^ruLv315J-S7D+Pw
zaZs^<Bdd5`j_$C#BG6YgSS7gL7F5hF5?sLlh4$$NT-<P;nwk-6(H0~^g_;h=*9XAz
zG0<uwa5ub0zfdCyA~Zttx_jX>lFEeGa<iT|PcW1i+#H;)emlQvM<{e{u-cezP!{-q
zcGgA5^+1x{<}q2qzo&6K30oc<=zD^1V*vd{_`|5?Xx^QQ7pp!s%VPphQM^yPr8yCW
z`eSdYA@AT$e?!vkaIK0lw7tP|kDiXs*~JBbyIndvw>B^&I<=~Cx1jUhQ;i(;S`d!_
zzG7b|tM3sAeLRm376HWZ@bs**o$?rvV{8Dh$_K4%=rFLw55(vu4Dm!(eM`D4<jW~Z
z?!SB>BhbxKKyD1CV>_57Sm!4olo@K?CU_OllqZE4DwfJ(=mv|Tt~KJ|7VaxowvK^=
ze{5&BQD^}8YZK0Y;=4_S?Vw9=$M~wW{mkOukUxyfXR5&krDzsjpLxM@RgwYSAhIc{
zR%$}neTf^T3)UNdxk*YMgUSuqkC2^IG3neupd=<%jm1#!RtS8tpcbNcgNGB!hdV`Q
z>z(&26P7AHe7XY?&&^v;7~jAi{xM(3vSRsa)s5nIkFrS1JEBdd8>I`sSNs^Mo2xj-
z!8p8Cgu4JzneC7t=WJ#HX@&9Qpq6Hbxrl4@2z;PDALqES%Nq#}xgk4qSz9KUUuK7n
z$9~^Q@*-T~x^3@0+NE8c8YcI(5)8ALjPx&8eZ2j`cSe0#9|GM_skbfJ`gQP7ws2c~
zz2hwNDcD1QwoCWntW^AHr8U%Oq>n}uw<yQhA|iElPL}|Z33*o`Gy3II4AraRFd-{-
zZUHQ_xS*V6D?ZTeKnrCm4otVJb+-5MlMPTu<$ro2v7M%-6Il7yQ4xn;dHjevtKKlx
zw>HCHEz1gx`6{pNStM>o$4S;WfYt}=Ccv2^A?Wc<MP86S)-*y<JdTz>=eoMz8jT5Q
zQE?}1)3nq9tLOmoqj^vXHS+UIQUFrW@XUy$aPgmhAwCJVAs(}&UK*m4&144q&=YV#
z8o_tL{w?fZ5>8TS8+;;C7EW2Hq|8*q<1QsY-Q<icW%oJ&gq2)~rNK{@)nGEZ$~2~!
z8bkfp-L~`*iX-PD4~dt#J`|lY+Y3^yW*_ZZK%7lY)6}9kD=vamQj)`e{x`F<)iiYM
z+e%f!7HnB6yIw)*h9`q*@{W+DUh)OilQ@bYLC+`CL1SugCc&4cy1|pUB`T9wq+xq|
ztmVf_$^{$4>LidGq<R~7qtS7e@eEA++RMC4H4_m@F?`B~p*xdZ2vNmWTmCqo0Qj>0
zcRjEJJtvh|Xa`D0vkKbZOeYklIR<DRVolTXo;KnARJg$o`Duhg^7%~HmTgOT*dr*H
zsV2Sm&$@b9hfczcgmprcbnIzi7Su;i{EbE6Wc{$8PIl|F%7b1FPE0HcT~WBw*QH_J
zi`Gd9H<sc!ELYK0L)N%pRt&!AQG$<vkl;fHl_ZRxir&9LIs^(y*K<liBXRG8C=1|E
ztmGKcjb*UU;Nw<6=?s=fbs|Cat6ws7DewtD^O>}xZVaepDNO$*L^TXB_~kK;-O!E%
zTLJ62{9p88)s}0mqy&<ZS^2_DVu;KuuRT!Q>E?NqaPRbTUP`E}t37TlcHcF9I1E~9
zIJze&bE1~5IG3rqJNn4Mw)_x@KqZ^j@4xSV%GZI;k3!Dz4{hr|rvj_}5r=mDFD%e;
zAAe^&<V2A<HQU)`y5gHCQ=<eb1tv8QCP+1LZp2Gr3%iUPV(ur@4;`qStr!DR0?*@;
zzO(jPO>mB~?P>lIQU;9pfA&)^Tcd`iGJe+1HyVL7q1SUVV7a>&upOK-OG@}>W%6pd
ziY_<e^SW5*1h2YB?Ds%5WR}hpX#c~ZHR#KAQ?R>Dea2`Xy>ZrI=hJwZX~0+ns{>M-
zbI}y{aO_}wC5j_fn-;9$zXMh=SrkPGTVV@|)(RvqSebs?maMu>4j$ON@<P5d%_)2b
z$oMiO;~d>iie@<%nF&_sg7j3i#7dE3pIR7daz^qv@Au&)c|rt#0X0-R$+ySg&cemb
z!~+C>;h+5*{8{?5D7M=H8+1^ZJ9>`}JA*(Vm253dY;OQ7@<RudN1;?M>Xmo~86sCQ
z9h6;US;qRCbNa4i%UvwWk?zV*j<tTqB+Al@1Q!l=d``jg)m^wG{&#RHZ~Nzk=^~cj
z@QgVr(BD({cqN%&Sz4fISQZ=EZ9+&9dshdE1;dO#^pZ6CTE4mqHBn<A?+6!+j?&*3
zc`Bfrm|U+q7m6$)#dkWk!C=N>P&Nb=8|NTE&s38$enW$6xVWcMTkyf)e2z~nsKpfP
zLKOq_Z9FL(6UmWKAESv)*xy_})5pWZ?%tc_6z+g3i1p2Lv_c>~M$qLjP#%H`s~o&t
z%`C`@WGhRZ(HqpRS*-_oiPANHaPX|VL}3`Db|-E@{_Dn1#iiJL0v3hBcD%^*g_gr>
zIw(fvrk1O-sElJNsM2FR3~>^`uBp4TVfuQ2wR}m3(GC^KyX!V`P;$*vn)0+?S%HWM
z@B}5=6jUJj3g@zmHZ?`IxRz!apfINSVHUMFi=zikRL26}i6#c?2^=KFqOTmXjsae>
zz!)VNFe~3xDiXCWk^xeK-;c|LX*T$+Xqr?70PV93rU|+{)uOc3xh2b1tsKd5!bsh2
zQ67><QpTn+)&yQroCYjEzc*x-9RQvD={8TIs;9T>8;fb0Q`z(Bq3Q8-g*vOg#?!8#
zprLuT_90lzCECs1jB@ot8Ow=Gl?(}|p`|1g?|`GZ-W{}RC2a>d7=|yWAh-E-qlsLP
zi{0HJeOEw5-Y_1sb5ywK`rbCtCoCo|S*7aoj&IgkTCnMlp-u11z!uO{Iik4X7sXav
zIm2@wd%bqIcHdlHcQcjXG&2q6;Mpw=taSy)x(Xd@2+tLg>#DQO9sBzPafHL;<GJFp
zaz=L__qnEm)HgYRITT<!>=X>nz!^G&i!mRIc2>};im|#oHhrNSCPTHt)-TIUYRC}6
zQnEsC?kBl}l4$;$6V=eHr(NMPn*evoR7~wcIYaezwtSD?Hu=zsnmh`BqA&5xx3KBz
zMUW=@AP~Lrw^`^cEb=>->^;tC)C>O8b?E(EMTQ!r>G5mERa(Q|uJJKW0}fcWVOIAg
zZjVW@-%_A9%?Rz~MJ#WLsb0#No(0p|40C5)I6Iu7V=9O;At?$Z#4SCSyPM1d>Qzsk
zGG;m{b;MiVaKb*NTVvhwl+{|u%0L>VPh_R}VEeN*)=o)Xut<)T^kw1zn>2AE`*%|u
z9+w6PkLyx|7ra*&AP0}I1<sh~;@}TT9-~$tK3H_r%u?p!R^@S?X!W57&+(r;7viEG
zZa#aJTPsRL*akI|Wqa@~<~Ja=3!KU}oiKBl+m&A^h{oxB>4yRTM+fBvEQWb<R1B(j
z)9vIOOgjJOt7vAaW{J?Y`LxyUBvJd+-yh6S@ie`gF&BLVpg=R2UuFWy>)w%k7GGsg
zIXVm&Z!2x;G1bxB>RdI}l-TaU^4}xRnBtNFn;{JDZs#EjD$pl2K=fM?VT+otgp|G{
zn|!;UpG-49nXW`sqq!J!=<nc1(CLgIjVE{FZT~Y`6J~=BD3+M2LeaD`8L!dUKbNHY
z6{Dz&t%+Y|Zo@BS7}=HaHqp2OnoRZ~X-|g1#p~rQX<(0({ZlMTa!)<_&m-{lWN;S6
z`AiKMvwv>q)$i?6RZ!#W<o4>j%`46^<|L2TT8vjy#u27RfevJz7^mm_$M?3n(f4;u
z;!K63(8)xV6-J+)O_wOpWFaeHJ@OlNrW{zM%}dpgT=SoloHj?4s2Opw3zlVu8llb7
z(NPxh!X|T7I_mheH(@v}RF&8kn;y&Y3(U5!+Uz<6IU)VwC+j%ZMkgXO`hba)FwBMZ
z=e2F<&QJGO$go~((Q^ORUJ9Aa_LD-DFyYWw0KwZMM-Y+Ve)Weg<ub)9ID2$d{hdyN
zL3)9D6uJl0buV_lD96Pxhh-W`+zvEI2QSK%1;z77a7kvZBBaPNIhn5Rp+pXw2HU&J
z-@gn|+?fl!COQvT)KWBv2=w?Edp{k@2T(BrA&8r?pJ_1ki(woce(%YQPE00}_~h4p
zh8o!feJ?6bsPLFC4*^Pk^1`pzlH+*kwha#WPQU)+nb;SiA+>B8p@c%C5s7geo{_+X
zYP+whOXKvkm!TB$MRh88V$fJjj0N#~DIE@eNk;tA<;b;n#%V^Bm9nJ8Ki(v_Q=qT}
zi(@@WMhcc*2r0F_H^_A(zyOp6bu61=CmywwC?7DnNl)d1Rf5)Wz#OF)JJxZayY(2Y
ze_m0|yIXykmSAIg^j0cU(L@LQs%}z+u;6tv(~s>^og@&(HaoOk1xB>=+t(_#O#hZ<
zTXl2Q$FJDo?CD*M)dNE|cb4F}BP21QGEJ_cL6d}XkPf-B49vct*$JYLvvC_|i?4O~
zRWh#HRUYig{^IrcEp&8<lWp#k!J;Z1)GE!~-KW!`YD*p93mqOqF-EC=n=&6lRN7^<
z_es#M+P#`jEO-*TR*sD62n7%msq5?d++_zr%(jx#laOyccY>)W?#y1*n*pyGu6nz9
zx7kJ8w%S9bkbg0I=`@7s3VmM<aoIIwm^b8u7k!lbFPLc+GBvpB&F8>AIHFs%C~o`6
z+@@NJ0nwzP>7tku|9hiQk{>axi2!U4!^WF{*XNhn91E})1a$#AMPbU-<Ir+=2_^)%
zbkH8cSp&#TsMVGUTN0ajn2MSxx94q9cBfzF2F_*Gi(fAh0jB0>Ix{P_NplLu@x8Wo
z<NME!E+2M4i3terF1(!Yxxhwq^FYqncc}=C5KGYKmz!h<SbaDvNKl5qOt6{@xKnRP
z>P+2H;G#>`tIc7j9y&DEY{FC+DNmj4RfwH?p77~shuf|;(zKKh(XAN!<??maCR?YG
zScoN})CMtneq45Gti)^NhpHVWpL3<ZFV+kEw^=EwpopM3&b~S7!&CiL;vRUH>dCt_
zJY}Eus8UX5UGvK}O)@h^*y;lZ9{spvt4K&-NMJ}KbmSryKt@ewNDkjdMKw!b(y9J#
zabZk@yEC_|_vc%8u=Qc!M%REit9KDd++TME<f1rs=+EzZduJ=7luDwSOV|oH(9(>a
zxU39Z*Gd9`R)2+*9EU?$L~}@7TorK#q}dGs#x=#EvOfT(9DMVL)MRi+wW_8uED4oF
z>tO9o*zJ9v?!`__Q`NIq+TL5El_yuo>jk_1x(_*<d>Rsz{FscJGuNKxb~!1HPt^BH
zAJ&7y@o#>j5(=ZDjgw-_Y^zC6r(=t@P5@Kng)MldW=Lg#p-*%04uIzmd}h&&fte?8
zH&Q0pQO@?Exm9r|OYG<+ix*LR$|!Hytn}SXUWaIhR{}Im6=WT2vdeK9czYX&HnIho
zLG;^s*@P<bgfcW*wd+Py)h+87)aG_>6q=IeRA)?Eo<;^rrK}?S+E5Woq`DC&5OBV0
z-ajB%u#<8t({v*9&grBI)IxZd>hCJiRE#1~4WXoLfmSpFyw*~EIl&tNM5f}G6-Edq
zo)@d6s=xz4^)N=C)Yr_;DO>Px!_QA{g#VZfWQk2OH-=x*xr#u==Iis^2q-JrSqXpN
zZYutm?EevF$QEA%7x!zkkstU;MGDbjN=?8EF1qugDVqzV^vM(SiLy;w;3zf!bCkCF
zTceM=JK`1#oZpA{zW_e9E@uQ(AVBtf<&)Ib>V*&p&*z??qMTxp+A~qn=pHBKgPT-!
z?5L0!-#j{njE@*~>zoXEF1{jz^<s{M7?oQ5EKN^S`yVNqO)+4OgqxeWL4{$}BvU-2
z9;04;v)G8TPua{ucbT5sKl}q7p&(Z?;DvBaP}wIHCAD4}KwRW^bm5hO@H#b+x940e
z^rvm3LHS>1wf~<!6+Bml&i#Q)Z+<;qm#|x>JsR%PwE|KvNs+i589)Nge+FSl6yR0y
zWMVtor2Ah~+<(WJK#y>U-pykZoBZR!lYl226k@ciV<BM;<!6y(I%5Y;n;OC!h~<^T
z(+TCP4+TDSd~8mzfBl%Ea1p)mGH_=0ha~~9j}aE*CJ5n_VJ=WFdT@LWLLKKIy?736
zaiMOJIh+$zm!iYUlVkGeH=U!D-2mHPe>*slIrOp*QK}8Ku&adPvSeZgU+M&X=^*C)
z0)mr=;fHb4+0{MY@QUknBE_tJufrOp%eZbI5stQsTB(cqdQ5Hik7oFPaRU>td=1iz
zj7Kx9XY_2JaS24np%r<?zy7Vzf%C#eikA4$y+5qlQQsUDJcUy+KdHRIM;3cQtE1vu
z#Rv}FNI3kz^1eJC%C>L+atjsG+;yi28A>WtNLlM{&?FQ}q9_VkMwXDZ)fO5=ceY~e
zYxXcGB}?{w##Xk*VC?(wey_Tp&*%AlKEL;Qp7;It^_StA>pHJ<J<jiOe2=p>6tA%Z
zO6I<nbT;v<eTdwm$k+N!Y1qpOD%5XX-|;tsjqM~CREjEu0B#?_r?Uc#?s)>S`Pk6z
z^q2ghmV|rf@mj|-d>B_+vvz8CDto;g$Zzlb{GIvqW6)r!2Xgw;z`y|Tar3Cz5X9;g
zfDwnEM9s(o+uoH_eezfiXfq%I7Xs@&`UYoq&GLS)9V$6Bh0e6~1~qs!+lzNJhAQ&L
zIcHADMwy7>VX_Xh{QYq}0LFMt$k93JTeg1AbTtZs0w=Z4B3HMYnwp~K8Q{(|tRueQ
z^^pTC5J8c_%A;rpzMScXg_Fg=2|)U<5(Bpym)J@>pJ4Aks->khGP_*G<WZVy`pZ1#
z)CPULkGz^2%d}354_M<Q4joc#9yyJ!J|7_w8U%D}t}&H58J!a1)fKtoHJW&$iZ_h?
zHSE+Sh>tEDWeUC!&D9Fw@{&X<{3wtO2x0=%V5K-)-`vh_3T!5pP!~f;1C^wZ>-*72
z_S53F+NG!IifDKExbny~J6-hs8T|2P!f?{C8dgfPk}bU_&j^1=wIxgCts{zN0nZk+
z=uF(QIm56*Dz<d}t>y@{gBbOHsOGSvYaAHt1Sa;8k@@GfKd%T5Mn#tV0XaLGXzt#P
zYz;_M1`#C{n+yED&)3&>)tQ#z5BDdC9uD-O-m|@6dtu?6O~a`D$?2C$2UmMM7T07=
zy;%m9E@*3)Pda6}%{8ktBcLqxfpUGX>W29Yp`s_DW&@1Z;_|QPyuDZiG1wN`;P|sy
zFw+vyT}{g@9(%|k_`(r%D9X!2p_(OoQQ8<tc5PAepa7!?oT)}j?+||e^fr(@g+t^w
z<~Y81Oy-<e2-Fzq4$(43Bbb3c{5$MJA?ZtI_e;^-6EU7l7V=hoo|us1XZF8epF4&>
ze%+q+9W$}lYv;nE^p;)7-Xtjxnnru}Vl?pIWQGSJE!@V&My}Vf6`D@6e9ayY8SRkq
zy-}^MZ12u+tJ-7!wS3wXTu_BJriIoQz9=ueOQdz4($7E`UGD~8Wde;NwQ2Uu-+hMQ
zJEQ}1IODhLO2-e$@!hw!ji7Din7h)-2pf`3;aLTQR8wP?U<WDBH+zd}3TF`S<%2KJ
z1G}GA&aBb)v=7hLpI=`r-)N0p&nqVb3rVBVLS4MxLT>SA#tNmq-Rbim`Z6{SQv)9=
zeRx)>sP$}_+%?Ja7r%lwH-vYyAE~Jc)Yy|k?$$nVBGAEMT0OFV`Te1*1X^+!ciNW_
zgIqfyHsneKc!5!Q0@tmpW)<nWu`6xBP>XVNaY5_$icPPJ;?;xpE(85OOxOT7z;4j4
zM4kxPhA2-WrAIu4(|(GBW!Cz^7NaV2tc-Vwz;GB*s_NR2eOZBhtLQTs#Z5h=QtQo9
zXR`N=Jo@wO`8Mil!&49U$?mk@f%$F!T~={TwkI0CA?#_`z+`0FPNyo2^doUGb*}aV
z;mH=0+3Y}=NE)MZ8A7XHUB+F5zeGJ=9E~UDk3{7+^jU2<tVQ?tSzVUHaY<@4%Y8iG
zAWJ54ueQ2mtVQxq2!C6v4?p)>gr1Sm@7_$)L)c%%y*#Wx5}2S7ao^GLf}I}lQcrnr
zyebrO9U_wL@0<nkf&i$l0(@mOBP0w@Tr2#r{|%4gRK+QWXG+hdkIj?!8OTbEG=7pI
zntQV(mlK$chl?B6`x^Sw__5If7)<5DQlRgTz;u<6@aFQ*EtINrB`>|KycRU?cX-Ys
zQF-^Bv(`EaGpUdFAUoSkEP!sU$spN*B?X9hdNI>5L1=AQayL_{tEl6t>uOwpq&zT@
z>hx1rSz_#$<;FbD<n$3^gl}zz*eIV`fnmGzb9uY{IWgD7T_R=(k|`b^+FJ;GL^YXq
z&s2hHi!3RN!<!{>5?->JpL5rdS8WxQ+Z2uvO6OWMTHUouR!~iwCv&CL17sS(%??LP
zCh>^v8mEpOEN}CLF3r<KvJjEmu+p`VtJLs}OCj}bsIW>xb-@G|xmj<uHZ3#27b=*x
zcXt~fhUjT_O>EP}oggIh?0W_Ntt9qswhtASwz!=QzYSg6st@&-Qeo1xgFA8y3!Ss)
zip5xpK1gkbXK~-0jvExg=B#xL2cGTQ6TdA=)jIfxkZ;j&w2Fb#n<<4_x$DP8LK@EH
z5c}CoZn3vs)7S6pQgUwX>x+?l@Zdq>a?~@I@poUYWL$e$h)O8}n;q(3%Yu&0bu~FY
zh?0G?5~biI4048k#0STmav1sgm-NN}&pPU&>H+S#AmmZ58kJdM`ygF`$UJjT>c{w3
z9NX?4iQSWq1n)7*6~HK9YcUCw%8JJ`TkRxi{w_9)+mH)YK>`XhRp|z~2V}GJ^PLK{
zyZFIef%4l9pS||gY`jKC)f(SwobGp@t>*zw*_MjQxR!snJ@s;3gp_f%$p>(&Dl@AI
z5#4jM{xf^|KG;$=?as+y4Lq+W$K~dhy)BAcqr8ND<l0K0@6E==$q-KkkqQ5U>Up@Z
z;#i}6vC(a(4GpQJ6*<|!qOac^QL@o<xz2cG0w&f}Jw8)Tax@R3{;APxefHRiL6nw)
zBH6*zp?AoXxh0=PYBNNqn)dCITB&?^=fwHT1yWc6%Yb-cR~L(wz%Hg*(g!5UQSG=$
zj^^3oeC=Tpi-pN!?Tv=0Q?sa&t}EK-inl{jlzlBKijlSIum%zi_`mVV$r}aM2Il5A
zTl`R`K`@DN&zE1z+|TzK;W}+v-AA1_v?P(;b0;vCILod(<*w|R<F7p(SXBq2X@!SF
z_FypW577s=^pIz0N~b&!zFN>+zH?umDP<0WS4GwHJ*JKgIo1|zMQLgDw?2Xoz}XFT
zn>u1tluagkO!mAF*d<ZST%e-L#@Pl1DaL&;)aB{BRqyi@My|!~?p2~A4yV`ecTOZV
zUWFd1K5Shr(EO5;SXP3+cK5KVey6I8I&`>^n;!B$!K?#kCs4i5>dFc>PVW$^RUB^s
zS&|o!kh2T$d`fSxlGpkg#;qYzjsXkW61b*@#;y&CVeWxa6{urZbwSsmyqMLtZVneC
zh?UAbQ4Lr>itSyFfZ&*5%C=J7;}^FFRX<SQ&^fH?bbaD&e{(B?yMKK>Ok2?VSq_k?
z3XD=|0_cuDKUUxh91#J5q7*owq3Tp<4p^7EENF82k`W+^6%us#dJNOt-|q#c2-=;N
zvn&7uA&)o$E6!Nym03|%Q`nEe;B`eciFvpd9V_*eh0r|Jf`t3j*^Aw7M8}Tb?21h&
zcUVr7d)*l1$P?``4tv}d<Bi@Mm4OlinAB-~V~=@s0Wb8@(5N%1xKZZ5Y?VbW5Hqji
z022Gn8Ln~ru<->Kt>aTo1e~?dLWl4E?=sjx(q8<jkdbqX0cPcx2e%`!_jf%}V&%#v
zB<mgO-|(DBjL`*etEIu<*rhHovz}H^#eG6uEL8(`sp9glq23t>+(O!bbvk|aYUz)z
z>KXS)HPR&y^Ug)*5&`)=3v}P}L>X@PZf=b_{OD$99P5<uB0#}X@P&4D!w&b0^Y>hJ
z`RxCP8{^;wDVE*dYC65UF~l$tH|H)lycs!O-^0h5korex?xOSZ3wIaKjoF3>!#^>*
zO?b?@E$Vh@X>a)P_b`8CS8iJ!H&-c%2>Kn96!YM2-__hZ^;6FLqmPb;LD}M=Y~|cN
z8&O%$US>@h2`trkP4M527<ij<GLUrpE2C)S+#S_0v4!WykiohLqnM%$K&gSPF0cxC
zflJ!Zud#b*A~1f4y|WhlObVZsQ}^*c>0RpJcth0df9~rmnp2OdIY`}ind8=!FC+YJ
z<L`{|vfG{8G>M=`o^`m!NyR%{-OOh)L!nS+stRmGCRF8$x%p2F1vWI$dID_iO#2LS
z?_Bp>9&TN#sjQDWB~9RxEczqR`Ak=!2lSPl0lWgOOoG(7drx7pcncH8h+|{j$7N&t
zS+K7phE=UnZFNbj>M($)!^37(o9l3_M`MD5f)r^s-~x7ZyVj?^YBy9Tf%ef-kKvd4
zu--mbFoU&KUBF4tb9EZzAoqcd*Iu&&oy1rET=Paj_jhHyqG{uw{TIuC2zf&^W5P6W
znxFL#%7<G7Mm9@(w34&2@`G0-r4Zt}bXcBRfl^!#bI3tg!OHvNYX#>?7$Q3`=u?ZR
z6We5836>NWC(_NzKzOU4*6w>Sq7Kx7UdM>Sfb={(JhIAG?&1`|uRnBa1pusiepnOs
zxW8-QJ#^mx5`ygPM701UY=2;-L=z(8ubL#tk2loo4<adH<7Qea6inNkS|48b63OYS
zUJ;@9lQqgVckBiwfPlr}-&ij+fN(QLPR(fZU9Pk%8MXYJypmDj(%m41K!tFHs3NB^
zQjYM5HCTQux%61~=ctmBlG!R$U;2R;?MhhapwEbT+uA%e&N}~q=|AoA@cY8s)spJ2
zenr1uO4<MI?V?t2xMzH+G*b<STMXSGXq&TK6h)1r`drqgzlh1AX6X(5>U-~f%8RN&
z<?<h#NSS3TV}3k}tK+$|Rj4)r6g8fY;&YCyf-Eei5LF0%=={gy)!r?&iR_Y+Kae9q
zwDBYD&&jyddvu7IcV%nlOZPA9ThnkIyavV+TX?j~yGMMxB$%lP>xB*j^XQjyf*y0t
z^Yl(_yEd>yL5;jim1LB(x?!=jEoUy2dVniCcVd%Y5gZ=C&Kpn$rmtcrQ%g!#;VfYr
zoQ#}YtV6@8$60dKY&T_4bda#OS;vr5-qO$aVYJ(9tW2C#4yN!7-z7f0m8cD?;lYVR
zmc7I8Zqj&7X0%Rzd$N|;9}^RU%FZ9f+mh!y`uh5Oe~gXE1N=}Q*A+ZU<XJ<_l3?d3
zLhzcfGL9Uu90EWv`!dUYKVbvL_A1!Q$WFe1k+}|_*PyQqrVt-x*3w1E&8>ez-+XvP
z`Sux6iF{eU(1q&0z_F6b2lJ{OJGyOG4^I|cbvzXkbWR>i#bC}B>=Zor@vIP&%_Ox&
z26Q=AvkTDvv#2F$k1*=w2L`Jz3V&kFPZ?ah7g=+Upi>OGV+6g5!dqP-RCT)Wh>de5
zxELH}t32JEL1p{XskO(UQ56TvKf0lN%a|l{e#}EBdQpS*rH-KLg0}FFl>Mwcy#s}W
ztLzQjxPGFud^M}x@6E<kYjOSS5&GWxnQK`}F|4QGp}vg8urHrk&@Y>LX_fgtF)7LX
zQ;b1)FKk;uI<F>ZHQEr3R*F-j_JHxmym74S$X`D}V-k%dtpzX|gulc>6vc*W$y-kO
z_4KA+FIfQP%};N$wN5IboVf_cWjNDy7db!f4smZhj96^yJ-jiPmuu@!5(#0(uT4i2
zNV6iA!503G<u@O{##;KP%f*%EK2S_v(K0J(e_@EV^jqK9yOjU?rNDLBOU&!IBg*rk
z+UZ5NuZ?cXW>E7iTLHc=&eTbbmZR%1AiL{1W;NhT=3c?VVck<S4Tn_FCnw85ro<7D
z23jm_*mJ^H<S6C`@Dq(;gY4muXRt_A7xeSZ%*=#5go46CZJS*%RZ*L$NsT85pVvv1
zuaQEv(AfsmyZ^|WP*+)LHhE3{?td60;z1u~_ueHKz3{VOj&F2_eiOPu6?*-{X$LgT
zzMn5FofR-wagOKt3<i^d@yO4ylUHfUyk_8%v{o)4f$6TMD>8of*2sSnW#d;HP~w<Y
zy7#5I2sV{*$3t729))cEHs5JnKAuy@u5Zsr1>_knWvpDZHsgC>x3_-Q4W^&AJC@)D
zYUo!>hpvdMpu0(!e{Esv?TInoSn2$!WBfE18M(lD93wHhb51$2Pd)gxiFV;>)~3@i
z+?8)xNz`7s5llk6G0$_7$SpS<SNgNdK?l`k)MZp<ROi&^)C-hyCMuQfr&Nw5Tw(-h
zT@&e*YUw8CeSYB~!1AgHRE`-}-+c!!|5F3rtW}fm9ceA?Y5EM;t~#ho8`t=h6k6lP
zTI1qWYZ>HuWM0c31J`_OOUpeOjUS(Kf)dcU&%RE=l+>Tx&vw%q1x(>2+N*<Jso@Xn
z)N#j$Vn)sGkT}LyMC~%=&4{DnzQU{gmt)e%ueg@8E;wD+>*RL7V<nn#$@Sfp9hs%f
zPlKJ3H%eV7BdiyX!qkt#CFWxP#`gdzbm}3LE#HB0)brk9v@zBTYz~b;&d(v>c#+(A
z&z;_pQ34^P;*t`mT=KoaDmWl=d3F?qK@mpwHRf;v06s%^{>+W-e+=B)f)=#3VM(aB
zyjv<xJWdK5N7H3x$f(LoW3d#U-U%atg1Y9@T$!aOTONO4WpS~S_))eYU{E$XRq$EN
z*7du7u-4#nWZ<zd5?qHaJFiI6sRW#S?m`h^*qJqpXP2iN`>p^%nYG~eWDJu?miu$1
z*Y(Xe1z{&qiDA<1C3!=nq70Ho-%Oh^R2OcDP7w3d=jW?WsDH|=GoHs4SY|I~KGwh_
zJhU_POK$sUH^;NQCQ*{qZ+#XgDp8Nu?XNZ7pqN%5+1kHDe?8K_G7_tX)4LJqdyXRV
z*PiymXA<jsF&;#+K(pL-Z=az)l5AX_)#zJ%k-W}?9M)3%wX>+E2k{EPI%JiES0r;I
zLf)T~+_C2cF4Y87NLx88>&vOqL`3Eq?&APnw`6~cET<}rC&+{Z`QF9l<T@JlZf_>$
zg@+{C;NKIPr(<Kvx)FpMNU=BHq89#os;yXdC^a%p2C9>muGAE{-gmAyw>lMLAX-`8
zcAv9Cfau7js1n6hUx9aUXepJj>?4M)?22}$IBKyY$_KlHE;$phqq{5+zJ|i}vF{{_
zz_CbHsXTNm@O+Fv{&}*R9+oaN-0N%MZ?-|9G<Sy!XNh6(I)}t0EGeZTaJzYek>iY?
zn=%{nh9w0yPcAKYDLG_H=j+=HRe7n95enT^RPg<_y_lEPhcF4(#7`Q_AAXIc`C16N
z;yR-8@<r?EE%vgO{v=m*y%pYQmzg{$nZ-`Di$|%(D&Luodx|$SHe=w9n?@|&&tes;
zRMW@O1(MmFamTIN=J*9H&2=ry7h5~#Ee*Bh<I82FnH_SOe<k9fn$+0<Gqgc5Cp6>b
z(rg=2%X!;nZaGY3yrWkbh=&{rk-_>|cj+`@Foq)7kb=D2ko(q}3I$a`g`pibmed0J
zh9hm>c<tkjS6oQbc0K3;xc;@VVavJ&$MPdK%&a^I-D2a{d0wL8js9k8IQpd1K>ALi
z8YL`D18*oh@k85ujufqAxjI5xW}Yix%(&PU$ci@}tWOVHpc+vK4wM2(8#<oqRyIA{
zh%ZO73A!xoZ!pmhKHj4}uTC}0vG*!qrdVuT(5p4@5~oY4Cn(YTrKr=MX4H5Y5pnZN
zsiFzzNo0J=@up1NJd^U`yf^{p<<McQ`I^$YN6GR_N1mw$<-Kgq{H4j|s@NNjy}XiX
zizF6rvIg{@GZ{<MHvR8clMZh%->3IPTwYhADIQ1*i!TqGkH|fLYNgJgl>eQQ<=y%n
z1fA4viTxzKniaR4^WrH(f4vX83`HU(EQXF~TGAItHijv=ViR2<mkW%XYjkM5i2uHt
zob<j?1c@&O`@C|8FEiF|R#%i|Y?KbBwcFPj<jaO6Qk2Uq-CBB#I4dkOHb>3Rn=uoT
z!*b7yuhbFq#Om9R^l3)+)y6JqQVXK($JMix7<0No^2H6Io4jdFc|Sfsi2c)JE<@4!
zkrErketOH9qZ`bIjTKt0mzQMpbj`sDA!b6l4#3l#<c!~<_g}iJ@!D{PLI^vAFBYM`
zi@$O#GY^*%RiGD=SXO;PjW&^ILrwYOIY;4aR9ZGwZ*#Rpj(UJkV?tljMIn!k`_-G=
zwpJkSCwm+j!En68OiQ{*yrOj42{B7uGotEo8Fn!V0lcmbX9bxFjg?bC+7CBg6QfQq
z7)xAtoFV$ex)=T6tSD1M1S1fx3ZI(##a^$v$K`%`vh4AU1}_n;pS=c!5_X$vs=h0s
zgOm^=Gav2#X)RRcep8K)fPIVb4zlW2MA>oEz&(RaoZdX4bV(+I=9xhxVUF#7;KhVE
z{eH}))p*+!ar{Dn&Vvb8bDWM6?L{TssQ@{B7FEU}UA)Oi@ZsLHQD9IIZa{7b@@Bgt
zOinPtB_Ehqeyk>jup-F#j+MwU5B9(Ym~sL6qjqb^X<^`1|MdshDj^6kY#!cU;z4ut
zpM2%lox3=|F3TjgNeVU>Y(STGiJ9Tajc=OYgFYDX{u5<wkb`K}*njhZx(_ZG-(me&
zMi9No#Q4SK^YhA2)zFCzLAIhYGI&p*7XIaj56TsA!RiywW!t@n&|m-a7mtIh7uXC`
zA3E#>c#c#k3v2wWKjY2tkAGG2U+<L74e}-UQrhAc8O5J(5PQ+dhjG$qAAJ3PT73WC
zM*nwTysN{Iws8Er{6C8V2nazgqVY%sd5Vg6{{J6L_(9@i0)Bqk-_Z2DsSg||Y2ifg
zuz|loz#&S-YaJyB09`D>@fvq+ZEdF>cii6ET6yB!AU@}-Dm3{*TeyUwZ80qo&1C^d
z5<icgcqLc9To19H1ln9rfIOKaqi$#7C3_R-8d^Dp2PnE|yDqeiwWl>Iua5UKC!KfD
zN-dh>(A@w$)AOuAo}})p8^28zp-pcR4A}6_^!LvM@?{NSIG}|I2Lr^<HmYoZGk%P;
zc>@}n1JtEB*K~HV*SQ}eIN^(@W~xOX`_mY8i{-X&D!y=&vZZ1WumIwnLZ6sWf`jg2
zLDs+437dowNSnP2kgd-FO;iRJ4$Y#uo6m;{;FY@Z?w0C%#h17J5*Ob%{q?bL9}=AQ
z%@&pQD&y8i2<vx_%J)I$s@H0vm%=T_=f04i6bUfwi^}@Fbt`A*MKp(cGy49?oDk_o
zO#D|?Rse7>0wtsV$#{L(7}DALqpOqAW7{CbAPB|loyJ}sd3nnp_ChUmY3O->*^joM
zF1#L3G_()q7^GeRrbi?HW@zniJ2mtIB6DI`xZV2gnvnfYiWb)svm-WF4BA6FA97Un
zuzu!OevJspXcH(R;6AX2KT1%6Dw<b<D^HVUY6mIMk$oB<3>PY=b!s>a&y7YDpkgO|
zT_91L?uJ&O)L$;bdD*a>BHrQ;zCGogse=970of@CB-Qal!mW-6&$S5gi&AL6JF5Cm
z;d3+xw|8R4m=oOP;R95d;4RMg)${uG>!EyIe@DK@&__Ic@NVnR65~UL0%7Y5)#=AG
zPN!Sh+BQ%_14UbZUG(=IE(GiP{-G<V@Uw#@^Ztju{-4G}cG7_o%w(Q*)UR7Cc?0f6
zDq_ay^hmu8*fgJ@oS`3QQ#SeaLJ)3oHH9t`%2x#G^`*_--3I;Wa6lt@2y)?)y1IH_
z7o;PT*eCH1qWb>nU(Eo?XRE*?_jt;~pJ5_+^S`Seot!In3P5hGt0@Hf;ocBcFMVhC
z?c<6dwEvqMKZk&S5Fq{1X^1Im-yNvrQHhcZI{DrA|G5IvchXCzffUFD3*1NXC{qp2
z=0g+Eq`753dm!p_fV_&^p><NY{Am$n(X7z3Vh5593FQ33LOE=4aj_P-p<`CVIL0R)
zPm;x(ynj9W-)#7AeG2rg^(K2Xk>%L<E{5DTAUDFSzLZ^?GwuLJ^*~{7$KXSZfSG}@
zW$Na(>Z`;6G8-cMhq9s@q7|Iswb7(~U!h3Rnt^2WMlx)Cs6q`HCu&BXKvQvHw`#vm
zhq{%7wC?>H;d{YZoMW$DMO7fbG33uqPEJCE*V!&%7*cA*V%=w8_sTyZ{bgH4t7jAW
z*gx);0waqF)IGlu?_Fz%bzXybZ?}1@l3MIN)~P%pM@rIZ))_A7yxB=GMhkC!_D3y{
zy;-;IE*Wh}(13lDl0@^p2WTgsVgbm9Ac>mB#{IyiqEY$srSAb?s89vtzq_O3g!5z%
zY_HJx4|-V184iKA0kjpCO#WVu4d48m#qrk?^KaMC|C^UR+29G*?DW1DzY2mY1i`Cn
K;WGa;dGud31pizB

literal 0
HcmV?d00001

diff --git a/demo/documented/bcs/python/demo_bcs.py b/demo/documented/bcs/python/demo_bcs.py
new file mode 100644
index 0000000..6485199
--- /dev/null
+++ b/demo/documented/bcs/python/demo_bcs.py
@@ -0,0 +1,79 @@
+"""This demo illustrates how to set boundary conditions for meshes
+that include boundary indicators. The mesh used in this demo was
+generated with VMTK (http://www.vmtk.org/)."""
+
+# Copyright (C) 2008-2012 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Martin Alnaes 2012
+#
+# First added:  2008-05-23
+# Last changed: 2012-10-16
+# Begin demo
+
+import matplotlib.pyplot as plt
+from dolfin import *
+
+# Create mesh and define function space
+mesh = Mesh("../aneurysm.xml.gz")
+V = FunctionSpace(mesh, "CG", 1)
+
+# Define variational problem
+u = TrialFunction(V)
+v = TestFunction(V)
+f = Constant(0.0)
+a = dot(grad(u), grad(v))*dx
+L = f*v*dx
+
+# Define boundary condition values
+u0 = Constant(0.0)
+u1 = Constant(1.0)
+u2 = Constant(2.0)
+u3 = Constant(3.0)
+
+if has_pybind11():
+    markers = MeshFunction("size_t", mesh, mesh.topology().dim()-1, 9999)
+    for (f, v) in mesh.domains().markers(mesh.topology().dim()-1).items():
+        markers[f] = v
+
+    # Define boundary conditions
+    bc0 = DirichletBC(V, u0, markers, 0)
+    bc1 = DirichletBC(V, u1, markers, 1)
+    bc2 = DirichletBC(V, u2, markers, 2)
+    bc3 = DirichletBC(V, u3, markers, 3)
+else:
+    # Define boundary conditions
+    bc0 = DirichletBC(V, u0, 0)
+    bc1 = DirichletBC(V, u1, 1)
+    bc2 = DirichletBC(V, u2, 2)
+    bc3 = DirichletBC(V, u3, 3)
+
+# Set PETSc MUMPS paramter (this is required to prevent a memory error
+# in some cases when using MUMPS LU solver).
+if has_petsc():
+    PETScOptions.set("mat_mumps_icntl_14", 40.0)
+
+# Compute solution
+u = Function(V)
+solve(a == L, u, [bc0, bc1, bc2, bc3])
+
+# Write solution to file
+File("u.pvd") << u
+
+# Plot solution
+plot(u)
+plt.show()
diff --git a/demo/documented/bcs/python/documentation.rst b/demo/documented/bcs/python/documentation.rst
new file mode 100644
index 0000000..e6bed96
--- /dev/null
+++ b/demo/documented/bcs/python/documentation.rst
@@ -0,0 +1,103 @@
+.. Documentation for the bcs demo from DOLFIN.
+
+.. _demo_pde_bcs_documentation:
+
+
+Set boundary conditions for meshes that include boundary indicators
+===================================================================
+
+This demo is implemented in a single python file, :download:`demo_bcs.py`,
+which contains both the variational form and the solver.
+
+
+.. include:: ../common.txt
+
+Implementation
+--------------
+
+This description goes through the implementation (in
+:download:`demo_bcs.py`) of a solver for the above described Poisson
+equation and how to set boundary conditions for a mesh that includes
+boundary indicators.
+
+First, the :py:mod:`dolfin` module is imported:
+
+.. code-block:: python
+
+    from dolfin import *
+
+Then, we import the mesh and create a finite element function space
+:math:`V` relative to this mesh. In this case we create a
+:py:class:`FunctionSpace<dolfin.functions.functionspace.FunctionSpace>`
+``V`` consisting of continuous piecewise linear polynomials.
+
+.. code-block:: python
+
+    # Create mesh and define function space
+    mesh = Mesh("../aneurysm.xml.gz")
+    V = FunctionSpace(mesh, "CG", 1)
+
+Now, we define the trial function u and the test function v, both living in the function space ``V``. We also define our variational problem, a and L. u and v are defined using the classes
+:py:class:`TrialFunction <dolfin.functions.function.TrialFunction>` and
+:py:class:`TestFunction<dolfin.functions.function.TrialFunction>`,
+respetively, on the :py:class:`FunctionSpace<dolfin.functions.functionspace.FunctionSpace>` ``V``.
+The source :math:`f` may be defined as a :py:class:`Constant <dolfin.functions.constant.Constant>`.
+The bilinear and linear forms, ``a`` and ``L`` respectively, are defined using UFL operators.
+Thus, the definition of the variational problem reads:
+
+.. code-block:: python
+
+    # Define variational problem
+    u = TrialFunction(V)
+    v = TestFunction(V)
+    f = Constant(0.0)
+    a = dot(grad(u), grad(v))*dx
+    L = f*v*dx
+
+Before we can solve the problem we must specify the boundary conditions.
+We begin with specifying the values of the boundary conditions as :py:class:`Constant <dolfin.functions.constant.Constant>`s.
+Then we use the class :py:class:`DirichletBC <dolfin.fem.bcs.DirichletBC>` to define the Dirichlet boundary conditions:
+
+.. code-block:: python
+
+    # Define boundary condition values
+    u0 = Constant(0.0)
+    u1 = Constant(1.0)
+    u2 = Constant(2.0)
+    u3 = Constant(3.0)
+
+    # Define boundary conditions
+    bc0 = DirichletBC(V, u0, 0)
+    bc1 = DirichletBC(V, u1, 1)
+    bc2 = DirichletBC(V, u2, 2)
+    bc3 = DirichletBC(V, u3, 3)
+
+:py:class:`DirichletBC <dolfin.fem.bcs.DirichletBC>` takes three arguments, the first one is our function space ``V``,
+the next is the boundary condition value and the third is the subdomain indicator which is information stored in the mesh.
+
+At this point we are ready to create a :py:class:`Function <dolfin.cpp.function.Function>` ``u`` to store the solution and call the solve function with the arguments
+``a == L``, ``u``, ``[bc0, bc1, bc2, bc3]``, as follows:
+
+.. code-block:: python
+
+    # Compute solution
+    u = Function(V)
+    solve(a == L, u, [bc0, bc1, bc2, bc3])
+
+When we have solved the problem, we save the solution to file and plot it.
+
+.. code-block:: python
+
+    # Write solution to file
+    File("u.pvd") << u
+
+    # Plot solution
+    plot(u, interactive=True)
+
+
+Complete code
+-------------
+
+.. literalinclude:: demo_bcs.py
+   :start-after: # Begin demo
+
diff --git a/demo/documented/biharmonic/biharmonic_u.png b/demo/documented/biharmonic/biharmonic_u.png
new file mode 100644
index 0000000000000000000000000000000000000000..f2e7fdc45a3856d7c2de380ef0f6624601c6bebb
GIT binary patch
literal 35721
zcmXt92RzjO|Nq={&f)CM8QD8Z=2<xzotah6OehpGlCyUxQWQtXNXQ7;I~2(#dt_6g
zvi_&<@Bg^F$35<IkH_cze!tf9`5K=XyrB*?k{t;E0JSbo%NPK_AOHZ#A;9D-ij()N
z$X}p)#yT3n+s~Y<<R5T*JsmCJ^z21yc>RQYh0+sec@F@n7|uQ*ApHd^`67k4u7Nhi
z1PaEepisCOMg9*1=xV8(`b}&!SXShAC7<&(Y(EHk?!R3^ZHCP*Lkl26p_E%2w{u6@
zaQPG;9S3cPUS&GUe$=Nue?iLOLVicS{Dpb_Qu~V;_V33&RdKYN`?T$$GXmSwv@gWu
zAw6}h=8Nn74>BIM_Is%r(uG8Iy%s;&8TPE5tK_4c4qyrXWAb48^~Ydw?yOdl1F`Eh
z@56)hb9dW1B75&TU>@V>1ws(U4aYkyzgzluyVUODc05r#JAQu`4pcdAG{p5*<({;K
zwt>N+nFnI@-LJwAxaS&levd2t{-QRo<1zOkc!4lG$2vQ=>+O7ck!QAYzGk*;hy0mE
z(;-Hz0UUq}J>Z#ZaH~JS$)f7-C-5{yGzC(f{<z8oSLTE$D`)0xoYwCA`A`!S(o5Zy
z_u`nAE(#`-Qhzn{yI&G?lycj4p+ScYg`}_li4HzxJ~@#%ic|9v_-~i*7L-cE)9x&M
zhTXB9?aa<RX5r+kj+PGvVz9)e^l(6A&I(Cy%G!LGxOlANw@o)4KpT9jcXVw1n<aPy
z_usy?I)nc#d9LID%_aPaRMiiT5*5V9ay}lGFuJrh`xLQ+>Wp&1r~RYvbI+%3&j~fP
zCkDryF3l*R{1o7Re#&;cGY=ZT%`xu{$C%x}Oxa^GU^<Nw2qK5`)S8PVCCl<_OOw3y
zZRM2rGhO}DoryE8Jje2lrwlq^+Ae@LQ3%uc!`|;$b?f@vXUdC)^;4cU2K%=BPsb{n
z8k=pPxyDEvA?3Qx!%=F;4*5>Ust->tJp7^e=j7^6Q*ggs^Fm=_M=+H8s?USXrJYWQ
zaxm3Jni_?jyKT45Yd5o(Uv7VTp!p@_rwWwLNp;pL$+*eyS@VDgFJ}2LnzdH)x72j}
z>5mViCt^E0ip^~c3o#xKFVsKeIq;Y#n@9)?h0U7=gvI*pm^WR)A}rz(*+7pN7V~|$
zxy?=aieJjkcXnC^?i&l=qWlhcr-Mu-&o;MDe(N3epQg1Dqa27)T{_$|{_^B|-Y@m^
z`3?-k66NiwE%?(cK5t7LUPN^VAF)G-8Why5J1(Ii2i)^4+p{-47FIkKf{)b5Hj+8w
zDcQYH7(Wvv(RiY~Wi$UHJT8HS;>Cp*=A5Gsk8Jrr(BuDP`9d%*3PfKXC<<tS3Sxj!
z(ozJDSOXHk5>NN<&z~+z|EKIP?K}@;8vlylxjx%TnHEI@y#53<KTahQKA)(IfWX*i
zZXw1f#A6KNDPRMk!~use2pXf+V*=aTw+$9Mi8{S@vbJq=ZvV_jeoHS*W+j%YMrEYk
z^=awlM*-p%d{2q2Z1-RUOH#o^$lcD;u3!xe8*=S-VWBM}9M{U*q~ZW1yWae=E;SIW
z#Qg}w&CPSC-dGfvR$u}Y-j11zQ{A2RIN$>Itu%yKfpA?rB3cHZG<F4pct_EMVp3Ap
zBr-DiWcYXKiHA_cKL=8M@q7EB)O2lY0@YMaa|c}%lUt(%48jhy6Ir{4W(tnt!7uDE
zATXUY?;_hgAmWXVz@=!3H(SY&(!f~o$xiRC?Ws-_=$|#xDxMV2#2nn2?S$QV;i>p^
zqsa-dFxyWQPrx$37uTO2Q`0ZPc{QNwczppVT8r-*pi2pe9s1-)_Ux$~ov<vN?!Tsi
z{C6;$qm`Lx+O65;vs)<>ddGu1>g+Ac#A9JaPi%rX#aWxan^T~qlb{+<k*-s71}GR5
zgVyNQ5|IW3=F@TF!&v9|8v!&kCmKiZgSY;tK=t<EAF00wRi^6Ohbg0|C(T7jNI)hI
z1mb-MA?6W7-%-hrH-W)0Ug7knVJPS^Iz|gh0Kxdgzp2+L)buRCn)UkU-AX%yPgVYR
z<Qd7vp8<ZmmeY-`9dwiC9%7?R>wI~L?l_Qrtw$qG34>f4Hk10Z|4a%v93hPOE}jGp
zw?PV^G3a}5h3re<%rIcIxoUPkS|?P8Qc88bN%5Z~XC$YOZ2VR&RRgJBLujnUz%?Ta
zr;j^`c<)&hgblEo?w2LD5MLbMV$Ggny}}o51pDEy))e@r?<&AAK&R&%k~>8cYSQ{D
ze3J6?$a>fII5`dcPp(b3lmjyk?#%fKj|W?iYt1?(JE_~~Dd7vW@aADrL;d2ELn&%E
zNI%p7SkhZ0PL!vJSG^kt2*~2??=U<zrckEmgeB5*3r^L>1n&?3_NccWYLg+m{>5mu
z->wf<x!+1M0`A(#8&)uM3*vG(w)5_hPGh<L{smSdJun12cR%t<qbQ4dCm&`JiD?7s
z7&)PI7SK2XlMU6Q!ZGS^4KW_UA}5n-UabFO^zYa07jMu?sdaIrDKIieTbqSt&~Wm#
zhN7Dh)rXzn!j1kqxlTOxn^MX*WgHVUCG#%_3Kt1-lonp5qq7(R1GN|h0UH73y4LfF
zM`^47pyq1)O6FWiaUa-7w<Y@0;i&be6UTg_hS!6zMxHzJhxg@KYpGK@wB%TzX56d<
zQWa}Q5fm!jhE3_AqNL?Zq&K8||8^&8CiZk9;y<&uJ%3W+(RFy=Q*qvpa4xj0L}f1u
z#w)8uNr&1PS1YPlvt1O$UW06`HZns8$qEy4MQibc(5@8&Rnh>}qLtru9544{azqrU
z`H5&c9R3|#^FMnPTlgdu-rv+6$3R2DO#=g-Rwb#)j2zlPwJtCtMy4$*uzv(Mk7fYu
zCav&e?2RHL9cZkFi{9}^tOgLuC{P0rm3|w|1|ho5wF&67B#6}?AP%-Wd5+udn*V97
zeD}vs<(HnyI|Ts2l8%w89TtzE`uS8R4?6G;Yy1|(Tlh|`2MK}!F7hBy@(_V2fcv72
zl@zj&!SuF{3eS5!g_^hU?ixLIX#FJi;Lp#K4|{&|e7_T$7h+;he@*Usw|69WK^{@O
z5u3LX3Q?jmz2p8K?*=|c!}9II<LC7r#~PNMT#^$X+VzF$k_Q8b?-ubM(T+iBv6mYZ
zV=OBz=vdyEeQH#g>!dzvd7pC{t5Q$1von@>@kU%$FxzXgP&jG)5r98}ly~wOEa9T)
zxw0JQ<f=$D1Ow3Er0;H~+Sk8xRGLbg0tt?f(Rv?^aJ=dc;csE<krL!h7gN=rqDvb&
zn+_m1!~aFYe80I%FANp9{FUt|kuXL*y5=&R&00%v;keobHqx(K)f-n6py{U{Wq~*`
zE#3zcK9*urd%&$$A}e#jEo9$PIIBQ6fUgV*-%FpYvbiyPUh2>Gcv~%oHc{kc)_V5`
z{cDG0ko*2k3p8`}hDS816Fh7!M)jkrl0I8j?YMDq+mL$c=9LXjBY%wzWn-bxwV-HJ
zazZY$JZLwXYJ_P$(q~~ex|iYM>EvgG{~3WO@Y}q%yM|<8QRXgp2D*)RTE{wDL^nTo
zh=QKKOH}!iv91d#Sk26N*91i{(L)cv<j1{LtbCdq3cYDZur9w-U(>t<YuqU!gY7+a
zZf^O^V4AcvWv+DrPb2VHK1dc7A9Y;x>w+%ETJhd96!8miH>`kB6&K)!H$!NZJQ>Qx
z`=3u3pUPD&tK^S?sx!8SKPwXur?hTub0Z(WcID{))|?M9iUOFOv`tJ)tEtBWWp^#d
z`@fh$Twc)faerOASN-R;f-=_r(%#Bvp2Ee%#!oj-I}y4Cwwl5&DO90^I}u!>Gp(`b
zq*N#U6v*&h+OV2Oj2b0lU-J@^q?Eq`;d;5d%edOuE#d?)Ve;o$zFvl5A^fg7##K}y
z5wRFbsyrTo1Z|@p-))l?G5-*@*mwU+F=+KY1{L~D0Qt0i$!a9LP5!FTRHKAcBWv()
z&273LWPtw7*tPvYNi{Hyg~g&84AgNI5U_YgJQo-ruXZk4Un>cUn`Ff&liovC*<^yg
z$PlG3&@-Winuc`Nc!af}A{UVw8WzuVvz-<mJ2rIAh4)51*s1@`^H0uM(|!wjyKAv5
zX%<veLm*N@nEFh*2;Rv47BVy$Hjmw2yiAe=Z(r|AT(Ge=(t55Mw^kerFOPln^4j&~
zyo(WZt#jcV7k^K<k*&awYj*cmLdJVf|Cm-V8E)(3(LPjo{!m7i_RKdic;BO^3u<ob
zLY;qzImeH@@hss#$8EJnp#ZP0O4A6`nN2-Ekx!T)?t_(t)nIVuksSQtUp1#btOUc(
z@FJ_{ch9x?pZ!1mS_7Kjd6j6|t-MovC40AkPa+^uZ4&>?RMG`^T%zP690uc}{cK0H
zn7GXNP*}3yhyEaesGf`0q_k^!91$WgDNmzgb7S{YY3FubUICfeb-k9j^KEYFTs36W
zV8k5sM&j@Z6>A6g=@-<4&d97aN?sqF1y~1F(6wimTE+x%Y@)&IsvX2XvT0mYNy!C_
zgh^!^7trAXwTuYL-q@w|-YQN*1=aQvrC)0B#6&S0+MVBi^PfsPdiC6+l<7KO9A_|T
zS+Ev?r>v!i)uI~vKQFvz?yup8=U(C5qqr0Ydh?#E5GYcq3}&mlT$qZiFhs`{8d*GB
zc~PNU_9j{^4K_*lnxS#-#$E0k6n+ni=J&a{6D??MXm1N*R&)$i(X~7&3Nt5J>qK)X
z@rcQu=<J!|g&!9%e{^c9mBjd?%N(%0CM@}N@Cry8T&<f@E{A}r;~sa+`F+~NL`Bv3
zXOuqVeYoBK@_)wHeyxd(M|swFw$AKk^o!%Pw@^|E)TQgxm3rvf`vC<NQ?6%I3=pkN
zny`ovWlcPDuQgxytoom;4c8cAJCZb9a07VtW*Bb>Wjrdbece5#XA?7dSaWZbjhD<X
z60aK2l`SDjRuCq@Vq@G^teF~hW$<;%rbG~P{N8UVACEp8C~#BKDyHl;{PhFd7v~&>
z5$U-$?}AOUEH`e8^hh(b@p*OJO>k=SZSG)d{N;S~WII6Qj3n>IJSq*kS$nEn4UvUE
zLt-9DH$OZoy+C`O#WeA>)exCY*@`v%=3`o;>P{fJr%I`i-i>mlV0bSE8-s|rLnus5
z%L79YALoIfw8A5H72B|O;cxGd@4agj<<`p0bF2RMm3n`w5=1mdYpVq{Z@P$_I3OoK
zCRz!jf1K)1C!9P?gX^uo%xMS`k%kExM{6NO{$xFQCLYM(i1*cW&42Tj+vNSN8O!T2
z71AEvmKW|&ypY`O9KFuDPflSLo^bR}ugtX%(p2)A1JaGyScE<6w-9$e$(zAGSHC!C
z;;#@lDTYTsDOM_~;q_XU;3m{0%GU2oL{}E4dz@=|STO&yZejf@OwICL39pWT+5JYF
zZ#%}#ZR=#AyVM{3@$+Yha&QW{%Rf+5aax1CoWjvQRyzJVbW$av1jJa)h(FB@Dr*d6
z=Prb4Avx8Co;S!n@e<jaV7n~6D6in?$PqzBwGdllr}V=!=3?Wj(0STYh_Y&o*LLj<
zXnWNroMaA0KVNAjL4o0+{`v|dAt!VU3KWA_%JMxZo#4AA3i4TI-Y>K@VyQw9=;_pr
zhq2rI#y(h+)M5cF0{t_p-~zqK`&e0VdiqxRr*55QPpP9IrFUwQU!29<ta`rLD!=+Z
zZ6Gbxt0a)G*RrNGT0Pfpxa!b)^LV>YHR^e(;+%H6M#~LG72*av*1zirlr1%pA9BKJ
zCPU~CG>ijT3J@^G3%B?`^h}p4%U4U^v7lA3+3B6xZF~N2i8nPFaYX*KK5z-bZIyyL
zZVOr^21+>}{_9&4lKu@VL6qo@(UO6wE1kNXBlS}(hREE?zZ*J1GxRr<o(@APGL(q%
z=Tyg32IcU9q1X++c{1I`TunGfIf@vyFz+;|=9hfyxBmQhTvkBVzd$6!cjJM4<B_Yv
zi!yFepg<)#0)ceZEnWJ0uk+^E+`*Ua@zEM=Z>#&Ltan7w2Ca&S`2_CgSQ)E`g6+^D
zBkAcU&)Enh9b+y5%f;qE7qu?&n5wm^-A$ZhH0o|mvtDVf!p50n=*9%n`qebgbw3LV
z84-nDJ4f*FQM%2Kzs~63^X=&|LklSmfQCVR0^_a3@{_T0^axX~W*a0{OAc79&k|)^
z8sc%aBpvC{AwuK?#zbIu!_ckr?-U*=%zA$eq@7PZ9nm|ZqlvGTGlS1PT;B665XWaC
zB{{%PCnOjmhY0~XV^B!!JK7KfB=;IIR~Tas2;V#og~E_Oew7wM*yT-m)iE(hAlEtA
zcki0$u}Ly%N<#+>zhy?l|GZhCfZt)xs#Siz^EaM`rRFrY*XIl$t_CX~($fmLcg>^N
znVlsI3?L|_R?{cvD3HRmkbZlt;Q=q6>&WT;70mgQaM?t$(IFpfW0E~R6oif!NMZ<5
z4;7?=7|?g;X?6l%aOhMYEil9L+j$JF@@-Y^OkN8CDGTSgANc;6YzkNm*7&!g7pIh;
zg3O(0u?$uMKo|-+Pappk2-AG=kTZd1Fw|259D1E+WS{clZPLZCM?Sy@igpamHD(-}
zCN@{~v0fDRi+Iv-R0YI1B*aamt&JLP&TaUkkLoSb??KI6M}AinhwY!6>vQdU#2O|b
znyR(v4Q67;bo$fe_9uUyoB0jKtI%&5N3LzQdrx`vU4_NJTnH=DE#J@I5H*sH`C4PS
zE%vFAu16(j&g7+cMr8K{)@GHHnvPdCZ0T<E99XJxnL_@|WizMwX6Yv>^<cy)`l6$I
zuIo3a=pfGLFfeEvY_quKm7p?Z>ti?IgO<B-WSkN7FT2cVSI<J=mzp(<R3Zr0ibh0x
z5<}vlqa7xSHvGz>dd@UDwLvrgGlBEdzmNAm2feix3{BDT#)MrtehPC1nvKws-gu=B
zihYU41EU4$W%HrASDKNO0nbW+KrOV~%GbdlV_4M06<b8!!1XXBRSH}e8<6D^79wn?
zZozgfhT@Kn|L)#WRPb`qS#hSz<QjCU*|*sq1SC(eRZ7LmFaawnkAg10i3ME;5ZVBO
zGp!qfQ(T=K!4&WTzO~8&BeAKPK^2b;m3**F#d#NKmV{W|;k3lsWI2$jRUh^J{VX*4
ze#E#7O+OepO*y0Fnbm&B_eVd_)^M^G>3CaITu;9nUQIRcLq}L{9m?$P>@Kbd&Z5yP
zVl%y`9*}5}LG7%vx_$fcIDe=qS5l}3_&T#APd2vT+b<^zeN6Vlv1FQ_$(4vvpO-(X
z!t)Ghes)Mns2wp#!Tzn4sqn4&aU79a20|<Z#$JamWU8yBs^f?6h7I~q@2MqeJf(7N
zYc*C1fuF+)_8fE4nM%6a;?rA5W{|vus%x~5ds2YMjBKQ7bjTEjF+|%h0nNr7ZZ_Y!
zDSWNJM)V&({%T)oYM2g;>FunMxq}eX*o}C*K=`TktlD1C`ktZ7mV3_u^?o&klGPk%
zJY+BPe3OrWZ{a+ptgunt#DPW1q@J>foCo>S$pi)#Y_gSDC+m1Ui*JR^vGbN@su7fS
zTh@DL>i%2Gw7tVXlH;Bd-lnCVm%zJ$e^%>a(z3A*a#shgqfG&fFK>2X%h2N0N%{&1
z0H<{E)z!EiC0_qonlH&)NkltIp4bVaEcU_+h8nwZY|4k+W=fS+uJ3uQ7xH2H<K|gV
zlWV`(R6ZT}JOP2!lLWi$Lnzn-71$+VP8AE!4y@^tYQCb<=P)D|(4SjlCSZ18qi*l&
zQ6fqU@0!<)p~P`%;c<8+EfKJ8&z`W8^{P3g?zlX&S=RT~nk!R&HA#o15^8^`{->QC
zzFFop2f<MEMNeLqyCQBOg|sJL-qZbZiuo16#i%QK-yanJQMq+F+F6!l3H^A3ju4G8
z3gnC14&S7Xz+tawy5T?m78%MX#X_CBFHLF-7=+$Z6lQQ5w8I?4NZQc6<DMmF7G$%2
z!Yvi-({RAXEaC@Yi7XJIfdH{n7fosg*qgnx-#y?Bbwop4lox&kCR}N@Oiuj<3Lu0-
zMXHQRzhm-qBNOrr#Z6KaUL<4Jd@k~oY-Vd{Q}F&WaP8~a;q!7*p7j*DZ)^GRN6`OH
zHB?i7J&stl86&`N_ky>%JBT8B4R-y}(I=jiWBY5!>CvcRzK;*H0qp(&)|KN{F<g;9
zHwL35^|S@c&dLZRO$##OM~ou*C<~~a>??Oug74&EgyTACEE4Pgy!fx^bJbPZ&mm|(
zwT$yF7nV7&riJ%WbmSsA4!Q)^kjuOSl%n4R3?pS^cr&;$zQ*p4{N4R(q&`541Ya2I
zL^S3ZM+zFnM&DwU*TynO<<Z1Z@;ytb{l!-gzxE?JJarcn#c^_Nc~?C$OGH_<yCxuV
zow66?<zPYbndO5oI(A*)>z%LdY~+4dIpW#%w`8>~M*L!BB7S3XBH*o-Yg-M}r{R7t
zPxjcQw8W`|#q^dJUg^cQk>MxT1!x+5I2*ZKzEYiM{I)k&=Uc=6Q36HvG+{lY^uf)a
zO>+O@Xid$}!5^(@3wLMVr6$jorL@de8#b^BcvE3+Q@n)D1yE1Yg_nz&-i{tJP&eo8
zcBH-eA)1for;R#35>lx!6@xLFFS{-|LKI4bM%6u$ElW}}6D`=xo{(#0gg%$=$+ff)
z(26vh2SstHN-dw6{9?y>si?j7r6dY)citsUJX@O)b!g$M^1<+xq0*aRW2T2yG*iz`
z+UvD4-*Bn30gji!pAaI6B(FH)CWC}-R>wuYa`uSjzB?=7CSRjIB;vi8*Ya7|lzY<q
z_)yaCz*rL)D>Efk8uhx-jgyi6Ftvc0)5U+`iDV&F!&$~@anLb}Bz%18Ike6@slggX
zk-efb)EE7dkEpxatZ9ND0SdecBlD!^msx@Dqj{i85LODDTcewnJ7W@DMa!-jTB$q$
zhgtQztpRv}kar-1i6PdBA&WZ<$SN~$r>WT@ViyI|TXL2oz1wrYntaseve4Tm7CzBm
zfq^kkC6)^%p>}qYlMQvkH$5BJ^0%Wt4ypD0<Y<!me(=}JXVM5kf9T)z!1tGwV6vsN
zi>-0m#f`LF?$`Pz1F4Ln?36f~M|W#$eR=ukd-mE{npVkJLZ+5i^*Qf&s@%QgxHpJa
zuN=4S%^rvY4IwN_;rV=+!p5rwCTg1tb&P0vQGF$z=5cWsVK8*uzEv(PosTGg7-!+{
z|AGm(sgzSNjnD0bF)8BWOXOH#+MG`}xaqEOzO`XGYf&tGjHd9ovmVn+XXlg_%92t}
ztk*4<G#_$f86I!C<H-5>P)VDp8aBDlOM2P!WD`NpY->2V|5Yja@k!ZQ$=`eDe(_<w
zOX)Urc{F{Di=&9O<AsJ=6{jg0BXUH*_!F%TDL!82j?L8vJ3eIhCKs#x!1MDoY5cv|
zW<^Nz08OrM`&UWC*RE5dR%A8;v4DSe2gwIAV@4@@s{V~*XE+}QHr2*9Y};dlbeveS
zong@eMJ5G&;aG94)Hz^i9>`Y^-pua)Y5#`hwmC-FOQ9H?b_3~mRs-<rYLI%ft}O{h
z(K#ZvK$I4im<h#Z?zO1rz^Bfk^AA<*4=Nt0WNO}mnDOHNx+FfV8{Iahpt?McofvER
zE$_{S>4jXOB%v;j&10@srGg8}9ep5%7>&#Vj7GK9nrxs=`Hh|Ni}j5E<mix49B9`-
zm|``51zqg)H5|8%%Si=!P?J!5Ls=Gv!j#7vf!dI2mCAJxWBMaZ^~)dk9KKHp3|;6o
z(FON#=14I<dFL*>dV>_|$alp!bH=rP$JjO%0=DE3{z;Rwu^7(#Ro#*aJLXxx^j}Qw
zVqbT<L&10L0$)KQXeF%V2KC78PzCWAxdUN0;9bA-B(=!*Nj}RDmn@$Io=4=oqbkut
z?|HLs!1j``E1`emEpAZ9d{H46<1fQ>9o|MszkfpW@)caDNZiJBUU5@!sjdYpZjcj=
zGOCfjGbZV`a&Nu=<VW@?R{*)n_5igz_@4HnEy_;YB9)OdTH!+2vPc;XT=9C*&xap8
zbk*+nU&N6vhdw<nl#FG?s?d#~?f0pN?+gywEWMFV8h=0y>{;m_+%%%OER7$=PR5CB
zPRwWFtRHjA8di3ShGa5X2)spbNNrtuwSE?1WIBAqdXuv!+nhu!;y~A_xvy)Oy$*gB
zOMLN*1NF<t&RxUf({K5_3@XC|CZ_#Irz%?hG5a<i<}o6!-H#$uhirR8{XNyYkBv#e
z+i&>q4%(#Vrhv7Q-c+8y5;<98ch6~T;XOi4-S235_vqUDy~lPE?@<71Wr(nuI|3b)
zT&uQb@vv5M{=mfaUbI};YRlVBur>Ejmrszz-s4B_w-iUyb$ljWE`&T&#r<Ja3h-IK
z2}@;vlREc>x9T%mc*?}3r!F>%s;#FiVx`IFSJUOQIIX&-Fomo=SIMB>!7lujrIRy9
zB1)a3q=<#&%~g}N@;rr=FhuBuee^V%L820}+v~5<E2$0+P8Te9h{NPcnE15><ZGYB
z(ha`U7^6e&6EG~Gq-EY@I}CVK+8~E&KIDIHU_^F<+w14ro(>aWK%futI_g#|5xV|r
zz&$Jbv0yqx>*YuGM@LomtjOqxSzJ@Ux<W*#ei>9AR{ot`W+=2$4?Z`Dd}JQCVG5~c
z1YXNi=H0A}S@CI=^sw!IKPAvp#>f48YV?0jz%L0l<b7*KS&%WWBVSW>sR$m7(k7aR
zt=k1%L$QhiD3*<3z<28-S60nE-p<S3DWU6CL*HZ#R#O{Y1y`N3U%C<pSGs?EKvX*2
zIQ^_$SL?mWkf3D(qZyl0Y$ey{7hc70#@d<qVBheT#@7D-EWnBh1YrD%Fui+@i6uNg
z)Lh<TO^_((jvP}5`|?HeOLu$r2c5j8LC~rn&#D40lDHoucKctd>s3)3G|a3*vx;=#
z8o#@1xwAFUU*r(l?-UTc-2Mj%ZC6iztDN@!IxBq+ESy|Syl5M5N$JvneY5aJ+SxNm
z!Q4yz(&$QCV{>)*@~M@cOYeG4GL{KSuKl6mz-L&C=h5i595`Gn4Z_z%Ltok8&~Y*6
zGiv3@i6jbhDy(Ql@<kSMXDjkxZwm<#3gI<~3Q^DA!s}-#Yhom#uEp=WL^dK<0-XE0
zB;7INhvn#z^M_1l<j}p{KJca)P_i2=b-4Yl*ZZjS6=mcRn=r2#!v+TQ!N$EP<O-Cj
z>lT3rj?@qiVukXm7nLOaWm}eT*yOtgQD^Oj*>&7q{M65NGAGr*c-B@T_g=TI(Y(KL
zqcvn4Q}B0es55nhMoZ&<y~R0F?#Ws&U<Sqi(ZnttL_+`46*hYQ@Z-Z-YKHk*xC;hD
z1JAY8E;M1o)S0tjt<!=j6I;68>ek+|QimeNPr_e{MT$}dB;wh);p8@z4f4g-|LS7A
zUAyMdU47tW7=&a=S`K+($$lG7;Vmgl7t%gPk9=;WF=_YkDTo-vMi2!DG&FPV2OIuf
zGYkkBtZ4f6WnRS&aAF5==nkrJXCY1I@>K9AJWd2^pNt=iCEB3H5pEWe?Wd|L<djKu
zQ7t`gV0d=y0=!s}B)Dw{HovES>7o!$CPMO$#H89)arFJypc*xvoo9Ri1K_E+IeM{s
zK`-Rt&Zu7!N66Z4li)%47Qw1d0M6ms0h6x+ZXY{Jfkjyv<5p!a^$GKm>l@5lK?}bY
zf)5^@rv8hN!d|EM4bu+NJP9twp5aDe<FUZjCfIEg>vLWjd6;-fo|Xxq-n_T3@po|c
z!O?5)0hdftVkvleh}Mk0TT;qYm{hM)!+BZ^$C%TTF0^cQ(hKu>O2U58;z7i8rtU!J
zP-(OgE8WGnX@(SMjgJQ|<u@X8;KhZrpTSih1<fHh3&PZt95R(=%dbJvffw_DSFXUy
z(CpmrnSgK<;9Zc^)!iboPCLJYg8xlUNxe}?2U>fbcj@q8tMG@Dd@?W;mll`InVu&c
z7YOCAA=23`ocG9l`1ksMEM4_`&EfFZ;W)i9R_0{`!B^}yz7X_Rjc1RssX@VfZP@Pb
zVW%`K?X`4><IuwZBGzKd;9);c*9QIMDz$7Lb`&wu(!{yL3*mM=d5we=q=Hgcz1M}c
zuO38D_3ZVTA{|2u5~)mO087^B+0dGZy&kiFr5sw`>NjwY>(p;$0XHF+YhXfy7r`v#
zMW)Fp4K7}nN6FPwCgLHAANm#LTA~rPk1t2a<sCkUwOW7{_fN{%3lg&RuQNv`O*k8V
z)1!b4OT?Oocmv%Jl7D3xIfW<bbTWIYkNK_Zy|z7y`7cx8v6(t)-CavP=e}r_p`L+x
zV?i3BpSX51=&9~>k$7Wy@TYghAE~H=^R7E`0!M!G7H{;zQ|>dL=M!H^!n*Er>47fw
z!gSYRq4aRyA;Je!l7_YpxS`3N&;?Exf06c?CCE>Gs&)B4NT;xYPEq#CIPwV(eXH(Z
zl8kFsX987&lLCf3w6QtftONc{4pD+G!kTYa8d1PTLCY(8U=Q&bh2BQA<|CS49Bccs
za#I7s3=k_?JS>Erc^$wvfvO(LW{3|PW33X={5^|1J)Vfyhm%TYB>K)j=Xe&)!prHZ
z=E56Fba`~j4<EWTX;1yliWps;`d%PNgz~m(r(Sl9%kWeXou6@-WdLqisp2hyyCgJU
z)rieC+?+Xjje;rT;8Qi5?jQ(jaw@y}kx4W_gm^(5{^dcsF(Q`Gj2DEXTh5g}UtIk&
zeCqPwsx^muad8xSW8LTU$*EkutpI3Z&mtnwBV!(h&VBqcCZ<5fCduW*dHz9NU^p&A
zsKPz*1gcFjGM-g8D{UJiJc=(T4@Na&R-dY;Z+UFdIlt+9#QFZBdWra!ZBpnk97v_p
zFp9jFF|hp8{;W*KGt1Ls79E8i!CPy@MAHBu6eGI{=Ft`GdPJqr7929j#x2S;I;hII
z1|+{YE)Gi~Sa6j-X&eTMaCnm@&zr7T)5dLS%#-^`-<4@dTg=l7q3xAPPvxKJ(wdIC
zk{$@0Lk%gC6sT@VBA~BGzuZEsYmQTUvreOI|Js(GCD9&C@0+~q{BGSo53-~r2x#mh
z<*&cUi6yQ<(>}6V<v4X$rKm{aNbAJTrDv}l-{B$`f+b|F>^&0S50Xj|&yHSE|8Wov
zqe1b>Zm=<XKhlfUAk<=3RT(0=27l4@)Bx!*Nlb9Z9hyN=FW~2Gb(`AX_0RsT%d`H8
zH8JEHM)&}nob9PTaiZ_h9&sh^nKV{(*ktUL5nQ<S^%~RKW_H2#A7Ep5Co*w!qr>-t
zucHb5!Wv><Vt;*knH^jF{BmdR%6)Ii?n=s!-25rA9RsQcatKHRV?h{L!}r=3D<r{g
zto75V)ahJ5nGc+yiUeP##u)3F#I2R^Ai$7IJr(Dn^E1<48$?XKf6FMF`xIvWRr{^D
zEQh@*NXA3^XU11u+c5)8gEgMdN3RkJzUzWSR=EQ&<nUFqy8xJ_60qQS8>EP0Jrwl4
z{GI6iUl)x|yX&NhfFz0|t@wLz^O>fb{FQ(16)%LH69Wk=@dv_4H|uhL|Gik3KSe9~
z$(Y#k+3jNi^-W#hw-8JP`-@$YIZ&0+xD+G-seCQs1<DsL+aa)P-X8Rz2*&9x$seYL
zl1w4D*xB*K?2&<kr@SR7y}Za=b-h#zap%ZZ8m9GVgd{KL;(W)~Nwr`8GH38TvvGA%
zw!H+`l8u7jD}aP25iW!D=?F|jQz1WVzO*ZM#2z*IYv4ygihFSzpWyG2Sk2H>kh_68
z>W}RxWHUe#9B*awz0j+W_+12)o4isUfOR`J|NF(={Za;qGldF9;xNp~{h4c3GjsKa
zX@Rvfj?B?fa#8ZC)EgVN5n_bJ-F;eP<=)GD1rk2D4ie;O*N7e?A%)bo=~SZmmr_x;
zing)G{fP%iU_qE@AO81A_Jf>*qa3H38m#Bo;#jjSvW_RyLDAknbWH15GCLrf0<P4>
zO2(<GIe))hyqbsKs*vrA*!{k~eCEp!E1D9ESs(Gf0VUgXV<QLlJFX#x58Ks0)+JOt
zp9t}Oe^qJh70=O4S6sM~ZZPf`ns+l$8@Xz^IG8(RkXv31{@&Gr8!w{jo)2NCUVrB)
z#vvTI5v&LS0vgH+;l3yVsI%`ItjpykBxI5KPNUZX&&h9|WAYdQnGj|%?=q6>kD+`<
z0Eq@3wM>;ud(upzSag(l<?&OR(w&Px;Ni*;ZLF8Ee(Z?Y8l{;WxA7%{)>?~jsJ$4V
z=eXw`ygdCVCcy#fYfiXIFMOQuD`S}#Rwq4hs5Lx#=>z4G`4`q2z8f{N|5_GT<CSci
zylR@>J=c^2x-<7eG@O_1&>?nK8g>Eh`P7m=VB!Knnxg(Y6)@!KRc%_}NY4>8J>xdU
z*$HP~tM7j)b@w%RKpPPBs*$HE%myv9h3=0Gt&*ns<<4uMP2~Er-W%hugoU&KBZ>fB
zJc^^V(Q~0h?SR}bBOi8D3M^?q_QTzi^fXk{H<&-;QuvR%_=Mkq64`r<lZC-@zR@e|
z#HSw%C$M?98C_CLCK>bd2-N~o3*i$a>H`W#k2J?(=Ve9UItTizRPG(wc!oqUu)jn4
zsw$l>J@n9_?RmLaTRcGo=2-jde@i~fu&wiYP$rw9DXxWZH)%1WMTfd0-+pczpcoVU
z;0u&7SbzKe`X~E6F1+d$hIrlBEe57G#?ACrJ9{GZo;pDu^$GS80ze>g@SHl;XGs_X
zhK|jwLqF2*lFR75&M9*w>2utY(-XS*kc=0q_x3*9HZ28D{&V9_+fFkSMF}+J5vgvV
zehBpa`pco!8yT95ICj8U#E%n|UmZPQ?{S`nUZya(NzD7=-YI)xzXRxA;CD9Gq(LE9
z!{dn0rCjPb`@nEgUA&ec+xURG?1L}qwdn#NW;3EqTfkS_?SD(%2sfE!*RTuG01+o>
zQpAWCC<wm;zB0<y{aAlQ5`?Y)A*!<WHFD5v9=u+T_J)x@XzVdccb#PI7N=(jIf>Kl
zD`^R-00Tkl^4oEjLj#Vaq?`9cbk+wVDIi?Acu;_2pJax6Ne-%+z6RrdhiCE3VcptG
zO1~*8UyC8JqPx*!RvMb+OKFBGtot*JAS>s*xzM}vn6?K%igMXC5SBVR`$~(l38>Fz
zfJP~IHZ+jN>sdk=_bZC-?o$GZxY)Pny?F7$y#Sm=@TH-W_o*hYZYbF#Eb`Sx6iZD9
ztX~bD3!XbWX=0ooT^sw4I#zN=SHQ>CVwyvLzd>e#Kfr}T7LZN>U#ArAQ#IhiOORe8
z2?{5pe}KdA^Dp|JGqpZ@cl_ec=H7zSoShA6nBqE<a6Nudwyn0&_)8$nbsPP6R@2gV
zyfgB42L3sF+#-GJ7uz5IR!rb1ol#aEtAR^`WOz<BtD}?Z6}Ugu`YA-e8oclqUj$%N
z!Ap*M+U*06<*O{aOaXfXek~>3H8q9f<c(`1<#x`63K}i-+BfpoDNzFb_Y<f(A{!j`
zD6cR{dldcb;H)oPuM0PiWi^$b(VMw6Wg60qxN~=Rt>k^v%73(~mT&g5d02&>i!jhk
zKDDC}xSMPFW-COv^gSIwc<%S*Qo7QOY--wg8gW<dXLsL<6nJTYU4w}G3;j#Y1h&d;
zj%<DY{4h1a388H~hv9M3`9PTCGrmk`#<3WTikdrTxP2xQ!9uhC*R_T-!2N@W>X!E`
z(Z;&R+5cU$ty;CYX!g_;s`AH)2@<mD_NCA-fYaP;x)`_;B^-H4c9U_)m4QYRwXiaF
z5L4mca9GsrKp+jOmN5<#pbHX}4Os4{DH?sgY$-ahSppwX_y%T$gnClG?w@+FQhM5Q
zI&>C;J8S+dZ*Gn!=zR$>&_QR=OM62@7~ln8RaP8hEoCyfrHnyFo5FpUecnCMrM_<Q
zp4p_6nUw7@{7&^{9sNchsJB#;;$>KfoogQ>w8W_ZfH;>}uz<`j6fAWhNE&9s-(kN#
zDcV2rTQ$r%Q|brp=38@5V@UXYcohE6>A=wC$<*_UK?d7pSzUoo(|<O~S=KDBJ6=G&
zs3rO2ggu2y|HK)aBjO6AY=R}8$R{~lYq5o=hZ0!ea2{U&7owz945OM6+uzW>AAkuO
za3zez(+q8q>L;H38D;&*TJxu`>`bzZX|^>!ekW)o09``sT!-R>hCb<IyMPL&4#6Vc
z-Rj*Df0Em~zojp=I!_GNioR822sc#;6FP~F4#wxrzv^Ru#*5)F=eZp3sbo+mMTDqw
zU2qI0IEMFSqzm9ninLKmW-VB)O{~jP`W}<QRB#BL&EkC3&FPc4tiLn$<Q+u)b*r&z
zV@{q7A;Wn);Hv_daJcB^y`d_9cYBhi;YOB7n6<T#Gtt(6Kdr9$ZYjQu)>z35#k+50
z&Go%PElQ>BCe4Wwj%3{QoSg%a^R2FB>&-=_1eseM&d#hVhkEB3_5_X27{sL!rLJD7
z>BTFOMu{*}`VeFDCJsKFkoSo8`<HoYH!Ci!f=0IQy^y(ZqH%@y`?`>}N;D;Xc)%|4
z^AAQVT&t?mQ2)tLPDz0=0Sw8E3h`a<zhsR>=^L#S7Kw|Whm4Aq*Cp#DQlD>Y-mU1b
zKfHDWc{V%;0FR_>!ZjD^#pqJvh$N-Zf%^}hSEzB^&Kb=r&Mh?!@v7bN-p^k>$2Bx-
zg?u(oaM_g`8bFB3zLlB2bhPek41wn?g=8l7D<R5%gH{(#rz<_3!d)r8w6oY*ND~60
zat-O@7aSbqNvkBY`G}^YGt+eqUoc*7y~2<0J;`PQjSCc1E~UH!wE36~Kwch`%+7q5
z<F$o8Exd@qT=)HDh?}!GhfO|lw98Q_$9@%jo(!AdVnO#d;rOGSS#eJi@k%F}zQ1|O
zKdH&8x6W$aZt=E~9(Yl)j`p?OdXA1}t!ZEAy+3{2(tngVLx$9^+$>p54d2vKTV^fZ
z!%}XC|COUrVK+Zdc$jiIl}m>3`CY<fTFW`c!BOKJkF3giv~Y*`Yxg`JcGJo9k|0Jp
z>nEsgIgW1$dBjz!&?_T{d05df>jp*_CTt<CsHpz=wtWrwgDOo3oHF2ct{XU%*OdPf
zrH}``4|(7nm>*`Q;bl<o=2B+{!lC27s%x9e{%NU#p~9a&B-p>cUD)u+H>%Z@;<dp{
zgno{T3W;ZD_|V*p^oRvz$h15)^W59Dr^_(W=zc_c;8)t724B)D_hrhl=X@gzupVp1
zB5m)tkai254eiNM6INb6_~p4ZgB-H=X8j%8y759a_=%q5I)aZalw6>5o_#7Mw!-%k
zF+m4WxH`G@c(;f337J<Izk4>YTx+MP!Zhf)Q#kUW-Nmp=^Oo#`hV<6-cWOiK*RG$q
z`DMQpH0l7WT$YSvhJ5}LFWSdS*ZN4Qnf+sOh<-fCO`-Ac)Q6cvrC_GBIz@m(&{k+v
zv_&+D5B{AGa{wv#K!#a4Tj*yxd5Dw76{wa!bKE|<)sP4Zf%g8mnvfmvwf=iTv+HSY
zr8cxgF5BQ|n3lv!u>O-kmsbJY*U-5q-9rbKqVY%+xtC(?;^>hc?{Eol;<wX}usCPG
zK5dEw7do`ba6WE=l8sGunC=l(nnetW4}$nu1gAZ0#XnK?;lj#Gi?1Y}Dp?0i&ZRH!
zWTp$X%P~gYVJ=!hAa#ZWmLhrBB_fA{@09dGfgBeW2&Kd-2kZA*|G}sPQE5bLXvO(X
ztCX$AyMeu1D|T^xLTr}{Hp0=8yE{D<+d-$>#}Tt+z`qs$btQ9rD+@_C<UNaysx8w8
zn?20xc&v`lgO(4n^l%&AZi=`NRVJ^##)qBcl)mb==Nv3rUSo8Mm((oDPojhG#}Qv@
zJG=^y_gCy|ZT9bqJ~jsSiB0Dv@oq4Efx+>UFSa30FKOrn$<HdZwWQjS1Ibml_TmI<
zIA8!Z`V^6@((!bwS6ObdFUvr!058<D>nIx3S(DQ)Fpxgno;oz})z09=OrK7WjXd5{
z;)0gxUHB3oiE@xNctWju-<SfD@{u;B)6FI49*stWNOuopAa~#m?c`g$Oz*lpy}loI
z;inb`N}tE*w>urEc2wTPc_#Af<tl+beoKP(j`8tY(N$cyIMBe!lVR^{SK!lxK^pjw
zRr<LGRpeKHTiG{;$3fQ<0(6Rh(a2)6C`YcoC3e`g5ecU|;)yrI35BO`qq_^BxwVXA
z{oBtT{TZ7Jm96w{qm)3rl20`EelpHpTIoiq`529k&|AFqGcAma8LziTPy3w4%q8i@
zIYUF@%}{09Sb6SVrO$3$B=7EOgkO4r><9bL-$Afz-a1WYVSx@eXS81lLi(Jqhyevm
z=auwCWG3`bFm(yVjnT>e!^lMuxVMiV%SS&7UXh}k?*+?xr2F;^MM#pd1H7I3_Tp3l
zF#K8_AQ*{JuW8@g+Kf{BQ`;nbCJ1f1M|66VY-~()jNxyhHU<oC=8CpCNa0_iFZWlt
z!<EK<MrNS2ZvM<V&zvnM_L1~h^>y4n=bFB)Zz6S$W`<YBLqoZ5IBFJApRb%8?s_ga
zqXPD?mIPPMfqax!-7#M%d7M;ZZ<RjNpC08?!WP?9CL_WDuzHR7TxUcR-@hGr9Zfat
zjZ<}YqW}n%X|?vd`;6u?*u;}HV^Tt7q1lav<fenLwNK6IUyPo9R`J*6LcZb+B?v(x
z%R`Y6tx2VkgQUVK!+UF47pdd)J3{2<wLhri?Z^*w2+~JxWW_<gJov1@GBQ)72a+#v
zkBsfG7=6BX%N0+2)g`uGDh$1xjImMSI12+svBbE9_0T-d({oT?0I?vdkq57ki@cCF
zfTTR+R^Oa>w>=?XxVK}fLNE=>z5;!=@}6y0m4c+CUf2PY>*9S6m|1^1J*OEg(oGTl
zQ`AUuoYcI%-@k*2!9jjHOkAb_`3Kiy*Dg4fR}VUP+{vIXfUy^gVnGbg?(289^-9$r
zgf;D^MUo9fNR38HwL<lNY8=oWjc$oXhpWqjBlxKFyqvq;de<#8^Fa|W0#`m+J>jH8
z2w+4w`sF3k7Q8Zx5}mk_CXX~;p@?1>Vi=8hs@kY=h{|e4i>Ojs{@0RCD%Tk6bisNd
zl-!S-`6mVj1DV7-!lt4`ugjplkH`W?_BQj;<D0$cZ~{6enViL+g$NO_B<&Qlc!&Wd
zUMmUneTjds;8PBKv=8@m=(5bly*Yn+fwH`ZkNtmLqer(pS`^ubDpHDN@Tf56cih;j
z3}NR(m?>jl(w(0m2CM_nuerlh%R|q3<g4OxeF&2mtP)QLB(kdoUD$ZODuUKUT{-ku
zY)W$%%&DXA+`E0diWh?j!$nV0(N3RcH0`lOpGimA&!Sdq8A*a*-6*NcHn9fOpTA|H
zwV@yV(*~gM;TO+|Nj$G5!N?NF$9}gdKUur!XPnkEzq3WS1se?mv3>&wG%k__4Q87X
zZ8XVwG+**9aW7khjD=UtjjjxiJ~p%eIJ$6!?VGA8Ci_B=)n8oc`we+5mgh{tc|PEM
zz7Qw_r5zBVhw2JzQarQZIj^IQ<E1U9Y+^b)CtL<onJ4r8XLIWHYh3C~@E$>sW2TVl
zOf)p<(q2W=N9W1xs-|VDTTbft6j*;}sjy*(p7w$%UoK=n&ZSl#`qDCi>t-{>7f0&6
zLLlxslXFG+!-MI8H%LdItjL2mc_X&G&<%G9=EO?4ZWeaWdq4r+;=If#pa(Yclt6d|
z?aa>2kh>XV#Zi(wUmT;|`p^zIgb{9BjwN^Yz}Sy<OmNW(d}OQZz7YGIrWrK%FR!&c
z=2InhDc}}gi!^&ayY{6UsA@D9ynFhIA`OM7I70D<1*1Z#J5?W+NC%O<EclHhJtM+`
zr?T&AF(rM8GjZ-x*}2vNU150PSM~fqsSR&esWm|Av1wEEZEJbNGmTxWX4#VHpVo>;
z#BrfM1L%}b510X0b8`-dzi6VVDGuxMQcmmYaUP;z2%m~{i318GUq0M<&F;e9&9}N;
z%orMbX-K>&$+VqvDEj%_@uVTg#9SnoK!F;PKyYy9!qQ=4<k6pMAC|>^mk&u-Iv?2n
zcYLO9Xvs(M_DoQASo(H>IyjG$c$^^|lmk*1K#bH()gFAmd57yP>(!0-^g&Lxp5tqO
z3ttI@eq|DM-~uXdC%bCve>~ZEnS9%b(%XP=E~IW-+qeHW7qhf3tOIQI3fFt$OavPE
zapEkwS^28g5_FD<VA&*04{ccN3pxRPA7B`2xpE-JLhfxm{mbKwxciXjFk1Rk8mJjy
zeWs*khZ5+y6CEy2i5C!`n;*0lIio>%K9}og$b2hlKY~f=4`yj<dZg?91+JVAT14Yp
z%wNu%;Hed!|Gma_kz54i!>)MKXag39Mk^bol8%l^q#sJ1k1#4vE<}S^mj=(rZD*ew
z`Ma8u<?<eN#kI>(GeRJrz5Am|OfFZJ(F?Cs)^EDjbHl2F(6$pcRBw{JsJXNb8X1Z~
zydqeqS>NY5o)<a^@FLetwL0c1q{Q#PWn~GE&WC<)Bt5p&tb(j9(q?aJh`~%(94ImB
z8Y@-<uA%sQ9zm^!bl3(N;|lD%YtWP>X$Z^E#VHqRf^5vXME2NH=x2BOfn!pUG1>?j
zG6pKoU52v{J5aP=#z_aMr!GF{3@22D`={s!-L`)z@EOaKhxdVoVlLmf@n^k*OpY0@
zK{;v2&tT%1gAsP!hg!{;!F*7U3+th~r&pYt^OrZ~m&lTlB#rzUk0svSp+z#mWk{AV
zFVDxSPre6sre!0fMQ%`2AW}vv-(GT->`u4YU;=&Pv6j0%WGQ<KVt<)~JXd7El;rrX
zwys|j9=X|~pzf@Y#djaK)c-3zP@BSxhi~s?#lsX70A-~MFII|CBqPT=`@p$}^?^@h
zWQ$vPaWcq+Du&895E6)G@9XqQ(Yd>S^U~q{!P<N3h>eU7#+J0>f)68BVu`xcclxeM
zfrq}j(@C>w46!@oj>Wqczr2jrHc_#K{!+xYv)i*Qzh<X6_l-YgMv-gfiCNea3|o}Z
zh5=(*DL$UvMhu?p-%I^Bf>rFc88?vU_zI)dS*d#3({{Rjc+z^NyIe*Pi_lxD`A{_4
zVHN5mph(reMQ>$&4+&H%k`^1c)Sqw|R*qSBg*|t@F2e{C^!h5j_g&X_M!(e@qJ1ez
z@=sB%v>P>a`2567`_?V>ps|%c*z+LScOPutJOy8&zEkaWu0rS)kdaPuh*ZuO^Pa|=
zXHtf-!Qs+dKj~!Nl?{DM`EzhpBPR`fX5P6oze*<8srqFlwNb*?vyH?+4d*I+pt@~g
zh7`kd!0<jpGYaw?)>BOUfDx~{k1L^hHO+*t0*yem9z8IU0z1y!&`>083`1Wy+6@gt
zdWut&E0VuFgWrO~N7`zueX4Jjw(bb9whG1c$*ZgNw)Ftg4sB&`lAC|UFgF$^QfG8H
z$eO9}as7xk{@`?3ShDx{8uxLx9*E3JU#rc(w4O3|1cVFKWGk?);>7B6mFextSD<eR
zfE>kDwxy1TYqav^MSRV^5AOE$l1DM(kFG97<nn9^ZQfrFc4;Sm8}3N#0*b!Mi5tDI
z<@^6x0C)-)MHNc{xp8`LDt9S89awN|Zd7=)2CxcIvbo3Q^4h#lDR}j1!XL8MWx9*$
zkLx%mP99?;2d0mh&}t^Hxp$awbLddZEFp!c%7DhF0yw59H@$+*zd{<@0~F)byh!?u
z=j~O71IsI~B$R~YpSe4QkBtmYRC^oJ6OZF_o+3=V^@=}7g`O`U;Fy%sCR2!pCvvXQ
zWdX$7v=XKdgPx$`2WBt0j#zA=D9S7?^i>BN7|UL2Oz4V`#^A{Lx~apyS3IXxO`&A8
z%bXv(;U_X(8&X63#9zP+@)5^e{pAXLPr#auZQP(6yn67)rm5`b+I4Q>(+xqd%ZI~U
z>eXVE&JR`<?5aR8N{RboIXppS+4Z{jA6dP`ItBZ5zW+0Gho0LFT-9x~+I*Q+IELHa
zJ#?s>^{yp8UB~)9p1yp3XX|)KZ314M&`Hd`%~+JaYG(5%@3B#ir_vv>ZgN-<kpdf1
zh>JN)iGW$5Awk08LzHs^!-QwqWm_~u`_Xm^+6TzlH<~uV!NVIfC@z=JzxhSv*tL@m
z#q8hkLT}0tj*5KLlJsZ3u(7&O?7W434<3Q@vMb``Be%Ft#RT-fc1TZa<(n}+HE^Z5
zx7X{;!Be63=KpBA>bR!9_kWj+Q5!js7#$+rIZ`APkOpZGQE3H{7~P13fFO*Jk_Hiw
z1`#kwDUk+|5NVM5&CmDsd+q+W?cQ^r^M2wy=lwiKV5_b*Pbvnk5>3A0btL{QXz@R1
zH_Eu-O|>Zgj*)>IUeAFoYpNE6ha-Whu*_@Q-RmGll~}3ca^_Ys<TWi3;lO&Oi=wNv
zniN8B!cUhZKB&ufOvir-D$o70nrt78jNW`m^PPfGKi_vAHGQLA3ih^8xvOIm6MKU(
zXOr8AAOFKnRQFB%mE!Oln{N2L)eq`=18J=ko(t=5B3b@T7RP+(#tTbT#uxFRUXJ`L
z&<FuUlz+*ltH-^G@*-ThvxmlJ1^>H#!0{EbQZnS;QTctqQ7m@NRisF^wv!KB)*hT3
zAwOC-VdVOE(MiDGS#?d2d>`g&Oq!t`67Jv3_KV=gp04TCH~|%F?>B*Hit7VI0!1dw
z`-Zq}2G$BrJU(elks}oA_DMW9aDTLY*EEF~58RFheUGii3OO;yKaUT^8AFYbd`5un
zK}3;t_V;~Y|CLDDJEb}~6|{JT<eC*)WUc;hhI=f&4dPXw_4{O&`Q$Y8>3Qd)V05oj
z*9;?awMqI@53H24#g%j`r8|I`yk44{pK|2Js@t%lYqaJmog}qYmil`Uf+>aRUW+v{
zgEepUH<zuWRxOc)P1G|9Y8Bxiq1k40mPH@5zBcHWp-0kUFXKRibpc%bJIH`=w@f?5
z#quDcO{$i6FtB*-@y%`53eP}-F2t!mO+{yk6WwE{ZTpT^gs+2rVLKHNQ=FC$9n;0t
ztqxz7Z{f5?gb16eBph1PVt>J;r_&vRw9-)qubDGQ!z!VD`sd_&`FR4}uWzJ!#`!Aw
zo)ftw6RAWgjT%Fl*R3X#MRA#G(1&PtYB3;nSwl*cAk2b3R0N$=+*>Oz{j8g;#7h2c
zru1W&Z)C$*MTKC)+2EwfnDWD1y(I4`n{;rPfWi^t3$6aGGYI+qp3+#*lhK(b6389q
zn?<5VH+uA`roZ*bpZu6nk3k;1q2}Z%z}%GBh@O@0`Fq7pi<w^NzdW469gU9j!JhBF
zWwb4L15D<XkO3<*+y0BZ8{m8?xU^(r?q6?}p&z&}Q&yy1pXqSl)u;Ga-ePA5y7p|V
z7lUJc<Uf)A4K}Jjl;tR?;A~j_xQz0lgv(G-8ii_%O|>H-9iK0aZp$+2F0Q*}vN-us
z(LMH8`+2g^=IG4(>w8G8Tk!MX-+2|0C`5PY3Tivx;_uzdXYIBB3{o=3yoYKjz@Z9#
zfbKx_H(z7Vb7_1+Uw$p7+|{F!#5JF5p9$~(fDLLF?nV{mx<5XZ6O&$b(z>0%Uxdaa
zsOB*iw(&Z11pC+|!NMxp2VtF6ks;>Nm^8ds`EOf~B1yh`7*w4zLAA@8rCOX*iWY=a
z*6>ZWXQdUf8k$c<Gri%N()#*8AF^utbo+zfsSuIpo)5*_)1}w7V^JrYHfi`~CF?hx
zE-d+xgWH#a_aB*S_PTEC8_>&9mrTvu73fHH*`?8^=7v8eH`YXtv}hkCa3J4{r-C6`
zIM3@t-+vA!tGK3kJk1`czfOxG)a|{#;RE2a*CfgNGS-YetA!~C;bR%Rq&{`}jHs(q
z?P^`+NG+R+UIcQ9-o5?t`Cj{<iF6{QXl$U&RgDj#$r?*u49$?yUPTwi;$xvBKl0u%
zSsi}(dG{Vy$>RY*epXj3L5%moRIb|nqAz{r+)=yPCDyoZo`pOFikr+EqbR>b2g+Di
zDOQ^I)CjQ<s}tuNitHk+VZTfkx^8Di4&bOFwjM>lxEQuz+jM~(WMcM#Z?@Cp+#3Tp
z2I(J8CF$UUbZ!LNZeg+RUtn<SV*B9h-om(dG?9{sk_U{u5n9CA(>c$Z>R#!7Y8v*5
z2aseO3J7s2Cn{t!R^`r5L(1bomKLS2@1!(-Fmb*0S@Z77ht9Qdv%Vaup-t+{kiwML
z+{d6@-h5=Wfy~dCWcr_d+{CbBqECC8opj~M#{}|B;P&Q(ADuPBN+qw4Ls-@ey6&i%
z&~z09jRaMXXbL0AML67c#y2L~kHv%2WZ`}aof;j#oL`Yy8tJ&u!a2Y-`nV@d_zM2M
zSkRiQ#}A&!-VL0n>YY_5VX%J;zIoMDK1};<Bu<(};}waJWTy;mZ_eVCz|qbQL)_#m
zQvK?&r?LCs(~svyu&2hVD>{c`wreSkXowtn##@jH-DLkon9PGASpM3DHu8W`^r6H<
z|M19{ge%(VY!<IhG(X>kS28U8(e>XhzEJfh|Kn#LTtm_Wvx6{rfb3U;5l(c)ma2Qz
z8DnGeC7n&(yb>7OIo8qpV2#&YY2(Fh*bjsH>0s{Dbg9&wwo;v_7o8+hchkYiHE0Ax
zAtMxDgqUx%`23lI${rZo3Ere&DGzeA{gWV&R4)J=G-_`wA$Epl9S%vi-zL=lX2`h{
zCh<T5Pd8l2gc8#>d(yluEJh5fcn{M5p50&Am0Eg9Ix|iEvWb9jl=Kq-dtFEApb5@l
z8~n;?K7$=W>ul@zA*!Q;g3LC80ZQ|`S@xA@a<=;|V*)_U52ZV0d{h*)C{YQpUg~qj
z)7#q-%N<D1beQYJNLh|KMGjX;sh-v|<bC6gHBg{%O(lf<exdTK_@$mNw#_0JuNXp0
zT9fPYB-YF9fOss5dQmi+wb1us+{W!6@>tRJ*%*c%3ae&JQk`-ZE%Qqi{TwnH_Lms!
zhbUg*I5s})4GHhJhDTraL+}C4ydTOs--lN7g%FEmhxR~Y#vjZ`Y%k+)?Wt_mGQIk3
ztYWL#)7bqtJ0fH}P`Rx0i<nmLOIs9#wHWE6$)`N28J#8iR&M$#4Vk!b5gexLiL?A(
zvVKDz@mBi9_W`WT%)!J<qMoK4U1>d<@_0n$sb<!}O%=hfV)h71=N&ynwf;@8+40bT
zbd3RT;(3a0z1nST#+q<J5?e$S_qIwk)+s6aAkpnpRmoq&sV4!C=I+K6SL(~N^w!yT
zRJl-XP1zW&I5@*Zyj8+@9#|?5mVjefTq%9_8Ugr7>DBHqFFUztm&YV)Q#FYs*Hlke
zQaJ2X6nfuGRL<=x8T^~jGQ?yh%Jc;X_D!cb72-8h(l}Y+gZzk<$($<jJsLrn`go0S
zLr(6?qsi}TYJ=@u@0oPJ9pB?;YS0ig9JAGbNdM*=P`cZu)O<^7xK^4%#O+F?0E4Dz
z$IZ|kQNf`h-sx|)H6Me&rEoSgi9G5kM2@}gdC8Le>P7IUQ{NNN3~z);BIRU-Onz^q
zY-#UjR%&t*^U5>2pF}SX)o3~QYB^y}uQ&p;gY{?<E5I51c-3DLhDDUV{78i3`t43_
z`i8B%Qr<7xzu&F&BqaT+>s(p>Jb<9McJ}a{9z*OSijH1``fp8Ar_#$ATp^0xd53TZ
zE?&PD3;?rRa<ij=WE9SO`{;uus8d50*gsGOQG?~N4Rc)6f~v;3E(b~Yzp@RrgtW&u
zNFivD7U=@YJz(cA+vS*z|39dyhmT(CQ8NJ(8zjX;iAiS^o)Cv0K^u{TRV2Cc5tOuz
z-}}^mDc+6Jr*ykRQKVR1H#u3IP8ODAX{jOG-y#te_}#_Pw3kW}bdYD$yfB=IsrGIq
zfsFVG)tn_6x|~MZjdGQ(5dw_?O{fX7b4;Xc6^JzKpa<bM>qDmPq^GzeYNK3CDWF!w
zLV_<I0qm`((iiJQ({bDwhtCoY&!T!sJ>;%$k5A?3@Podk|C%hH@vc91-$yvl`Q|tD
zn5kgHd2%W1;MIbTdo+di>v5@AXC)kq;(eVppBKEVEOtMm2`U2kd+-(6^l+OPkbc1P
zKjbW9yKS%Wf0fyak*O_Jk_+S5)CUeFwdwj!A4`yH#`dpZhV~s2Bp-hZ8!)+lKeEyR
zxmj(Wycr}$^*8vyzddAYX+hmz`vA>vXj*l#_qXh9rQ?Ji;r2)#T2nbWDbRTfJ-Ul~
zxWa#d8o4!He=W}<Pm&1o8^e}?{yHvK1PQ<SzC{*{60RP}MTkg-As;y54JaBE^Xoh%
zeAlq#ztQ>iA#$o#$?qSd%5qdIPCoiXB#yhUca}0?HWx%*fb+>hD^VpDpxgXdV!<f8
z6AH;?-TO({`f`Mkov07bY7mV(*qH#3otjlA?DJ6^wssKOqYZW1_&H67d<~aoH_a4@
z{!wFijcxLK*e*z!zqx3#gYg-5^of={3tUk`p8{DjB7Mz4&B<6hlMMXavneCHCiW9s
zNp4!&s}k+NzmSA96*fxXK^Ur7uH&Na)tWr{rYR5$6T1<defg4Wjl~!1U1bcigvPuS
z)f7*l`+z_;B4BnJEelmD{{|@T7Xbf6>IvcO0@qu<jsI%s!4n#8yLN#p*T%Vl2BzJQ
zBJb<v7Md?vGXR(X7m|lJPp!+t+9z)g<vCnW(b^<6$^7uG!T38%eXwu=X6TqL@$O}w
ziq^KoBxeL%4)NFpS8YjB60DsDvfaU!-oqnV1Alrv70L5`_0p9{85pMlV=8@(Ky{D(
zFkEi8sAA<TaagUEzr6>RmtSpSh-$$`125-|OlU<!KX4TxCxenkT-xFG5QZ!&E*st2
zH}7Ws8F9Oiu(T=MRo!gJPY|SDy3D3&ak&AMy{hNte)%J%T<`UHhs7I;#m}>tDGhKp
z@oPwV=KgFo&QhSLl|#Z|tgbA6v6}mQqcr#YI9FBqSMf#t$jz6o0=Mke&txayWep@7
z4sC`o&B?X7QkBrZCzG^(dHAb~PBN`Iv!24T|HOFl&TsouOQYpXNSDPo+a+oXGlC%n
zEx>o%%$!Qg$lr|-&LhcSB<Au{AvM#Rfz&n<qO0S=5I!Z7pU2WC2zJQ5MYAID@l}LK
zdo3cvFhK21s}NQ;_skgWIGI<9SaYxslbMlMx_)BXiDyM<g?U>&y;+-O_kh1zTnPAZ
zx~*6oyuH~=?X2H%lk#0!DhRdUCC_Z5w;eQSll)JH57E_DF5LJbCC?AnDib4NwOx4Y
z%gF$`LLw`S20I<^P9ADuSy-FEnd;<o<WHmao9dIJ^Bimax%jk-%No-7Q*G)eR4|OX
zq~O{ce)wwPt^3T<Vk)VDbJ0zR4s-gF!efCyhje?TtAUd0FVtgNWlu>ykb#nQ!UMCg
znTEc?q>(H3%{GWHp+@EH%*Oq1@c=_Onb6?z#xPNj3(o13_Ta)fD`rq#Z##2(=c`~<
zd0R5$N)7QS;(nR7=9*?+gYWJ2kURdBxoJSwxrWP+k~&MY_HC5B6u$#u#DvSaw2&Vm
z!+I(DWJxWJ<vitzLQ)_wpZ%B35^Ch=q9u~M|GFE1CU^Dhz5|7xX_fc`>w-0v@S<<Y
z`OgjypL^GV!?10)k<bH&m`6+BMYCshw*w|@GX9CqxZD(RrOU#NPYhq}3+2a@2%^;3
zk6+(-gY%BZ{d$wfL~25s^qMV4qD5a;zK$1_vxTgfYIkQG<=q+J%)Db8*r*$ut8qC$
z=@~!C0M~u@OmXwgTj<?rf^~eKH4Hz?IVRn|=Grj^;-ns1%{}zf-V-!SBiYRY8#;$a
zZYt}7El2fBYJu**)y~QjL{mq;kz@5u$LM9F2~=d3{G)KO?`1)|1aUR56v{DwRpE!4
zStrG3U}!odwAom$WCFy@5J+c|>vWfkf}wC_YT&H?<A=`?c35QOrf>r1;?Q2f_(;|{
zXvhr}n0H1%W^gQ-GJs}eH%IA76)ZtSGN>3PI#HwJGon8pszFtv-d^}(@$M~z*5Cz-
zbWasiQ#1sLQoaeM%8Ig6<kJ1%ctn9qaeqsTAnCQVdn(&{2?>t)mjdlW3!|iZAzc;{
zc7g*O^)Vm=uB1&pm4j%ZA6XTnDi8+fDA@4|4_RKp%tXD8_<i{17iH$dPu?y!KI#ii
zYB=11yEJIZ4X4Od!Jm;wy~TcW4Y}w0fsbd*<m8?{j;9@~L2=`R>fRXS?^L_!MJAax
zJy)~BP~m(z$)-TJ$uSGHB2OrS^Fj1#BJFMUx~F3FSJ}ts%rEYfcC7@N+2~RQuT}kv
zU#PayeShj%LVGl!#@yIZmDa2Ezn|o-w+d&?UF{!*ch<}D9mqCrbZan+kUiD-RHq*o
z@L`i`jY7FWcyvGVcc{u}{uDo_lmFnyH=Q%))Hquri#4_j3k*?`ZFtw3^O-yh(-axX
z@od1ZQG1@=)%$(pw1-X<_X`9{7Pt=OraXG}{Bay!_9E^DiN(h^4OgZ`Q^$|;Cc%ff
zCok-PPv_N2T2z69@x%}?$_!c_&+DOKCd&l9W=tCWh*d@!miA&u=_U6o+T@P5&#hTl
zOr6UQwBwB0Yu?+8k#Bfx`$p}wktPl%7Tl|wM?*)*&8O;bgo{)yH|{Mk_AwsV<T)w$
zfSGfrcX~FHKwEBhb)0QB#b}`L5XLX0#fUt(t&GGJI{w0La7#0vd=Z?y=wj5J^Vnu!
zDvr(z>RfZ+q)j4E^<(K`e|>cJ;os(92m{FG!;VmwLA98?T1n@88A*>EW(E!`i35H;
z{+#yv#zV^cGewix9%GmcxjeFIDcemDzW;PUH($7nZG<xFVTWMYo5JUymnHAzg@*QH
zGJmo4qBV1|d^??BJUG7fpzAi;R!HKsDv6++!NlMg1x$;p(S=J=7q+%x70>UF!#7#}
z97In!N=pQF|K&|)%uA&SKHoxdg`#|&PPGvqQ)dq*%8Ak>)-i}MqY|4Ce6Awt+MsJ1
zAWcDW(1$Z|Oza&qhM;?LF3Z|H1yDr}tpA($pGP5LZr-#Rk2(u5gzMCi^|SR*3De<2
zlXY%;eVf!wl#~WgOrLvRgq?!n`_<}~LWICYaWR*}Z@`91r=}5v`H(VJ?AGxdliCL7
zLBSNco8s$FR2GL8VVcIkdY<{sOhqmueylk=0*i6~v~Zt2+tB}`&D(#*XsBxIaKfYU
zJBXkQo8Z9Tw$VR`qbJpnO_O6OYF3Rpdv}{6T8b=rcGkfN6xh6dDE|U6!b9MEMJVN>
zJoA>6+7jy?l5#yl_El03-Rj7G8SK)QahP};X8QrqsXc0AGB{nyV?O&itFLN!5QHj}
z1HTZoNoCRtZ>g^6Qe%?-?BhJQDcu0>a9bJ*Sl_;tL`ru*{O=WQV<QW8Tq6#N^*DB(
zY|EJSb^lM9v`M2shJu>7$G*bjpw;{!6`X)j$+FVDs~lOM>SUvHHNayFfVVDJ6kVHr
z^3%c7=8Zzthy_cRgS%@aZ$2^?HHq(kup4M=rlT2odU?R(pUFq~g`R=|pAs_c1Qt%n
z7*BGQP$(l+wkB+52HTBD%CbJs1{N(*Rk2%1{j$cm_oQ3iDw|X7XWE9>V2CGBR>piT
z>?~DO)xz-6=z;JV-6j#Emdlsl=jIoLt^!8<esqFk#0vTFENZ+8xy#+)GC}1RU@3-)
z!fBvG>ayObi4#unz3Jt_lo3N1K2M0foj>a<|C^!Ck8tZvAkbLkRa4lmc(HN4Ok>!n
zb~6rC?QM6MFC3_DgLLk+1>--%7!?qsQ#S8nbM#hTpr^g5S%OxaO<(@i?{#n&d5(#N
z;L+g7tmIiuKl)GX<-$vU-3^-$Cu)fRb*GN!g%V5J1|z;1gN)SdD)<qasLH$6D|E5v
zhPK+2%m~iWE7SMbY8;x+cu^`444$5D|N3g>!x=u>PsF|h(-AlC21vr+ZxdSDt<4^R
zR%&91QJP~VoR&XzJ*KVbsU#oJf3AE_5OJ8zPAqr-gh)_MXIU<}sbBla_sfF}A=s|4
z49HRlhNVJRCe5l@bwIkps)Ja6@g~_6?GM?E5z*QH811o<rJxY!u@2zr%*fy+9N2E$
z6vK-T_;Kp8^tzIZ0TBF;9~bJI`4rW!0X=gWL3=J=Nr;A2fBoHF+s|ec`#Je})tERS
zWhyK3!IdC?;Z27>_iO_N??TlwsgiO17cUX{Y0<YCfc;0gBs}F<D<oK#23{0ACIz$e
zq9$&N^*xY8Dw<1~#g2ysU-q2rz;prrXI$!irwFp;JAd#VWV<)blpt1+XV{5fe?ML@
z`I7&Up#nZKJUJ2QdcL49YHLjCNsQ6yK-x&5EnEe+#Hj|Px8Ke-WGru-GPILtIs~>T
z+iQhZS>k6E;gLw8Y)Sv?RJ9OA+*pX*S-QC6l`K^;ie7C6|4i>Ew&F1AE;m~5FS@Ap
z?}&%ZlVg0O5#PvYBh}p#I97Yv;~4{{<wR&fV#0b?g6mQ&Q*NA}K)A3t>ZA^!2@d&#
zFzdLU#JS9*g56eO1(Sc@e%n5>e?jDcv=C{X3EhD`Iv>E_uIxYX;0N<vJH48&PXXcP
zAJLWFdUgK6Hf&!{=rOh5bt=?GqkiHc*YyvW$(^$WC3N9ge&=v^5%3~|16TDn#9Amg
z63oQtu94&6Ti3GkMdOgT;K_#>e0O+YTEckD)PpZST3^6d7h^WU8r_)v1@$D5J1@kN
z?=0S*3s5sw?LWgYVpZYKttzb5SVI`*)%w)_)CR2|kpV5I?SDW0AT}1I2Ne(QEPBtQ
zUn69UkR`Ji_8Q)Ee}k8y^-Sc~VB7WKyECihQ<^?v2<k`C5`gM&`S-8bLwolcD_K7`
zh;1Uq*5xx|ftSCkpOBl$#tg`c$dEw5;*z{Z>H#K*URRuNgoVQ}2q5-cjudYbK!`Lz
z`hzZSrSLtzRutv_MZ4#{msW1b<VwW8Jc(FL;eeer<f>L*_qtjT2-~`+e7r#%qeJW#
zYgZ{fD5_c9Ys+%!IybiZ8)zKsq6uF6${1qKEOi?T8QsN%Va-O?KIeb@h*o*sh>5{6
z+Cok%<Qot!GY29p&gY@~w_HqMU(qUxKelK=VDCRwSIwux@=PHxa#zVA5TOIVgAjwM
zSjs7I&jz+*V-Zo0M7_~?#RrqHuBoh2aaE?5yIh@;jR3d_j;MU=W9xs~el*ccRDUC=
zRnYT~rYJ9Tb;y+=`A{zRgb5AYHp!N2^$y8fJ(crg;mA?9kIte?@9h=RjSW|4sAF#|
zu>jph*p~?VIqJRp)G9Phg?GX6=RZ2YbTMX!O<4Img3m@Fv~r{rn0g^>$$5wVO^?#t
z9Z5io1b>snE{9&z;qb`v;xtn0^^vy2;bZNP5H!<S?bb)O`;~c?^?Bt$Ore&bp1Kto
zIp(^+KML>;!y|?TfVFe$(tUd)Oz=&tg81MY(<&wFKwo3EQN2+;;d<%>iso`Oiz^g_
zhJ%=TcAH$Fb|r)m(fY)J^+Y*=u6=<pPCog#g1BAL^>`f_!kgO34w3v3z0;6*GERy^
za;XHI!4U4-)285=r@y}_@D8@V!*#KKj*p$Fa{qDkXua+1)tS?(uqYK6ZpLGaCq&F^
zWB8sET;PXV_)ZZ`1TWuu)(<eLmd~Yj2*LL0SERd^@bN--2&rt4hob8V`8^K4*~k~~
zkNId&TQ>a+4D7~{;E+a?N(Krc2EyBEpu#}lWu;dwR_dhiKzl)b&*DLU@LxliRzC&w
z6{zR%RPf|ek92g;TQrQmRuDPb<X|17-RAiU^}J;J79*d~tBX<7Y2P0r9fC-3b5@>r
z(je3aAR(PbJj6fP&OLzEBkoW_I_f(6BIWWkX!`xboSJSeFZGOD|4}eXq)U-hm{Fup
zl-GdPEZMmcX0jZvp_i`{`d<Z)LFds3QK574oc68{2IP=hS)c{*HK66<1YTV6IKlNb
z?u+ZfvC-8yo~TY~3YXEa(M@GEd+aVdG5<hFRFy-R?{|m7g(MBiWMuJ5Xn$fAq+8lW
z*WIm8ZWvqommAFS-PbuNL#}`}@f-R|!tvbU;#_>Y9V&JuVjS?dH5++@&)!EYIRdw4
z#cG^?NjPvI>NAbRsN&_&w2G)>hm|WoXW23o^fQH=f700L86?p*QrhA796l&9no~A}
zgJ9ILzeTo`_Acgwukb|0aTrOpkaN6@?z+}u8$0qO(O!v3LrsEzhF)tnSIxP`2Qoaz
zdP<f)l}?nTZrp1U)37Tr>1+_rnv82hh3vHp2g%8rElD)g-Vt+jO#37_51pC;gw<pv
zaYs0P1yTd>wV#BtLezwEBsdUnwe^RU$pMvL0(-Z^SKPac2Q<lSIjFK1LuDX0cc$se
z<@PSR4jf*5NTWLskTatM1h48tq2)p)9_M1*9ah20x@3^7haGc;9dLH)o77VINqnw3
z2%WEH0x*^=X^QiRTi>Ps4bve+Q(EN|>tT)(K}>=kK<ZoN^bIf;dv`gG|DOx+0&>#Y
zJ_s)ugumG{QJuanjJ%f8K>M1UBLrK~8EdGHilfq}g+(k=!!2-jjL8h5-wwB}&WepF
zkhuavYKvTq8X;(c&&66)Rg`Q(EjvyVvZ61NfUrNY>%H6$!{cK#X*VhSULwL%QCG;Z
z@(_fR8Mdh*e-z_-wLt&<1Fm?78cGH5r1P9lH&91QBSGngxWnLqvf>>fVF8$JXWL<^
z6g%Fv?AWaJ9#__rKyJpQK9cacfaL;i12jS)&*_OeYG=U)6BpwuM$K20Y_Ob;fLKR=
zQTRhCVD1phvCFrB;xz3WcnB4Ub-^;k!8M^E9mxJvVA7RfoH_3R?`Ihk%)rJIzF2bX
zh?7%s1iNY~P@=CZkg}k%#O}4=9z4UH)cu*LJyhVth(qQ^p?Q>TF*z992bCFTO!{HZ
zN`Vqc=+uVdo4eDqEQUe>Q4X2c1=!Vdq<f;kMDErwX}TKJV6tl920Lo%!LpJfeNNo+
zg5P?E9}YL|1@%PL9CMdbXlxVNhn2P=XMypCor%LLXF&$E;Z7(Z33CM-Y4yTQX%of6
z5&wE|x$&e-AK#@H?(heH9-*_DMO2j{81U8Z=wQBiP1BoR3krgmX+qk#>QPaAMZFH@
zltwO6b**M#I3H~!Y95=?+6B`jHHK2CYEi~JX5u}BYBZtz0q9>8_Dq=66fqqkviwyD
z;w5?Evx4yUg0)v^0KU*ug%PcueHPN@!btO(>hG*jQUaLoIaZr2j2uP?MIf;X87uVK
zu_i;2f`VQPCvDbE?SJ@Bi>|;kenoPA47n0zGEoeIr(p@7;de#w8on5`y&T<V*CT_k
zZn|mVVsi|e2Vuj{YC}s10|yDpE*iNfmSfS_XdfQ+`!zF}@YVsR(vopHL8eihj)1yD
z6sgwKp<zsRTc&C?jvTJO@+^nC?}FgOhqL3;cZ@$*Cn(Hz6sAh3hq>*(3)j}hIZ|f$
zxKvBfhJ+vAR_`ew8dbcx9!jK^@jFS_hJ7cv6Tn^Z7>WWjqL%^3+h(%TGHmF03+fDl
z9HV~!h#^aaju(V-r`Luu?pZXJk8ER)v!n-QMt%JWIs26>U=bj5^_oA+VuE~+!|&1n
z85q)kM<^peSd{bG@nQR)3zX5(`*3|eu{4BZnzBk{hXarf0Y7xn&8UpV<cKs0Um3za
zH%N-ZdiPOsv0?xWJmWRU)`R<TBA7X1+{K(M^&{xDD)Y$;TP`*vttU>F8y;hL5ARWF
z^2iMQ$W1wbo`0sOM!Ni_gm(=H-J|W3y3+*=JBrG(3JQ>4GX$5kaVKnZNUbLu3Gpp=
zVL!lPy7Y$yd9uRUqanx&{TFlqBNP`<<ndSC@NdOT9m8INxY=%N5W75=U9Jp=;iQ(}
z@a@)hVy73#XMu`9v#(&4kHw)RplKj18RoSqb(O5&8Bx#&cNo8)#s^Qc49;huLC)`n
zM!MK?9Z8vaT;AhAsKN5qyY$I(3yq{z@ASz55J?IG!*%Tm;WH&a*Ipg<K80%Dh(ax9
zb#qYgr?Q)98O}l~G=z1i+Tgj7OUUxcvDnvWpF#(U1brVNq%d#*qH~S}IoqK`T1da&
z?@RzFIVr)EE3yDHt=O=J0ERilG@4T|3|Q7s$yCx25n;*N+%MgE_k!uwIAFT_5^K{P
z1|{W)9`I*hrV+f4RCBs^8wFj{^XNQe?9tVOQD}|BVBdqO_>Fi%BwM5WPKDJ#0?!CT
zwuD+`yw<0E_}?O{`DXoy5y^Zq0n+6e3G$LEKFOXieB9Q3qBg#;4;i=pnKrM9y^rXy
z!>d$L%VF0;#V)RYCi@f>kv3&(blTO(*0YSOT(y)+P5D@G-4?cz?=9BytHWL3!vi}6
zZMXu4AP819&!dg8{aBTC%PQ5dK$VvyWm3z+UG>+I&NythE6DcR9R<oYaqdO{*wx4P
zyvThG>boEIk;XPwhTt>DXUviRtCNc)9~3RZL5upCo6Q{(!|PCeImY|HK?3*?(ai^N
zX`~FX0}S(5BUO-CL}Lq=#4Q--QfNsD$)neRu$?StxzEvLN4tXnlS}>UD&__=D#68t
z5{Zb2dyeJ`Oznlm{=1A_x;*mXAiVy2vx+l=GbQe?i1W5V8?`4~bH{t29T*E22#BS|
z3SJ50zOK$4OGu4~hAXA+rQ8_M(KowP!y+4ES&@11cWyqX33%>D4FQO5!1ewmiHja6
z(ODfeuVq56J*oK>Os8kJ{3*oG#;mh7e~#LVcrE}{Y(}fwn`a@kB_>Zsv+1b2$of0e
z`uXzytS;|$^YJ48P$(dzxh$WjcvH%Ft>p@7!${nvjf}odyaX%s{dm1M+VeM=QdQ$B
zEe4=PJTLvTF$`SY7mQOsSsui0WC`&hN4xSWSwo~8k~9Ca7)~gWdLrHcae6)y0IYnK
z#|?p6vPWjRB#8~9;-g9HI%irx7JS?AJ-c_NFS!J6h|0CR$(RR?g^qG)oGWsyr$A(S
zVKm+<`-<Tp)tL*XQYU?FWi==wnR4+2$R#CElgqI5umm=g-r|Bsa|iiVVz_`*Yq>Z2
zV8Kx8Br$Jd3@JeZ&8^Q)h7Ws1kN!_3L4-Oqi3ubTp9L_(nc<tLp0_wi(5X#0_<<I#
z>F92S9f&NvrbT6mgTg<COwMbtTVVIZXwET#Uxza6%x4!-WKX8)XS=r1O$zD(#S6%Y
z+Z1VIxy01{fq__T^c9#4K-&}&`jfwzWY^m(98Y)z6biZ+k#W^_#xE~4qj7y%+3exr
zNkW`P9$o+3Bn1%Vuz~fs<B`G&M2b5N3DU)b0pugX3pUE77_14ofEhtX;aL(+Z)Ln2
zXRV`sBb<;So+qGA8aappOLed$U!&B%rr)&lG5m2Uf->|O+cGa9@)z=n_syK@et`$|
zReL4+y`TpZZ1IT;r-2;L>4ij!)@XP<#cV{aDSPfl?f4H-XBN=^;dq6strKFEpqdO`
zr#Y0ACKu6RYG(8poi75ed(-nl0E8I<$5yWe*jm%An`3!sC>|^dsg`xIT!nhP+&r(z
zv!t>knAfX>`o(e~M<8Fr4fP+25xSagXJ5VfC`v;Mr8~$k4-bXcFp~$Eq5LihhjXC)
z2<p4~SXy;Rgl@Z>5XP}p|4FuEs41(UvX6+n*cyX4AVMzkh7uf^_+eaSzNkfJt-1>O
z1t7fs71of!Q^F91?-fj9Zo|}JX41JiPsSqK8aM?X*V8(YjP2^-#wTCD*a<7)jMbct
zYN2$ef#^}*(q-YJB&;7A+`394P-=cvyg&X88@0aMU|mn!e5juU_B*)bZ1k!HI)ckc
zv;&wldvZxh_Zs_z43(!UTAMI3+VdZZTmf5}29vNXury^-4X%w-@EK4WOL#m<mtA*h
z&4gGtBTSbKIr0thK~S_A3^~SB(uSi5)j)RbRtm#xiQ*;*Q&gOqemSiXy_EfrVjf5G
z+X6^F`Q#W8SLUUco`FRxs3Db^intlTpk;^m1<ecMcreVOfjFUudV~ltZR)wcglzNy
zs>i_cf<fXx8A0)1H6O6R-I8axb|rA*)bU}~n9414tP&US>4u#-5B{EdT*xnwX`3!X
z`)3Icg!q_3wN|aBnTlx5lq55ZxNFyPOKpnF>R50Qr1E)<aOOk^qlJ>4P`Fy5$S4D#
zI5bO-R<QMP)qIF5%}SaUpL|!q6Y8BZuA+UtPK;ye#<h`Y!e^Su_0Fz;zD5)vFYoT;
z>`MsCQfCHZz|6bXI$3PU#^9fuL!UtPWdbuv`DnWA*l@HcEzOeNwA-9%L+cU%%;H?v
zl>80bH$G*R{v%;-ov?5>b&$r}oRUY9rnInM+M|YibOTMIP8O5>eOMBp|D@*^$gvYd
zDgr#d9u5{fx|$!3lL#d?68*-GILKGIg8PT&rT?KBz&*W2?#7i3NU!h{(0KOkb9oI)
zAnzIn;IcxiQbaWX0^)4hRwCcKEj_bvIudKbev!QWx1KhAaP1`n>oX%_EpWZZ$!CKp
zd5H~<o6SK<v$?M_<>xrSSf%54eCLHFQbv0hH^*V<_fCoOaqRfG0a$ley&IkYi+7Ax
zo1V-34?0Ys4mperwFmQz%sgTdVLNdPv8H9$D8(6UQO-ghDA5s(W&g4k1;rMNh~z|l
zGa{{wAxq3;)*e3gmrTt5j&Y>a|C;_R2byIEgmYfg31z#2(=i7a#Z~yz4B}U*kISnq
zFv!H(b0s4PV3>@~-;HK#;YsdLq9rT}kY=@?T_V&TBT!*Xw?iHx060LLt9t-O0SuSI
zUm;;8+2lwBKL&}>_ff@m5-?-^_WJQ_SiU_Ftuy|{qX_@UQszUWspF=^pjcjd<i#Hg
zIC6Vdg7S}G@Rwpv(K@l2j}BTlNLl2J7!aA)bv;yog_dh@IJA7*6b2|WF@>@%oR^X#
zW8yA>Q+IZZsbjOoZg{Bn5J06B8kk8U^$*E9;Et<#Z|Ob2GZOQB_7m5EuqP<&-w=|d
zXEDO&SkqZ{6zKvUhGc%b_zo@5Ge2hdm0F?trbr^SpuTquyRf}r!><g-Oh**XE(09_
zw)%}Rmp7-iPBOt*WPa}@HkuXz*rn!&-ywfaneH05+krby&K}B2$aKJY=(#o`!UK}F
zw*<UejQT_(3Tz#vFfcF8+p84+f;sBhU|YIIx_J}OO||<>wop%6s|jA<tgt$t5%WE0
zX<PN4i+%pk8NCcpXxRDfG!UQ46x4OkRG{sby<Cj?)w{3u=W5f{MCCBXMz^*2$Q5O(
zewk{Ucc<M`(qb>XZg0rv)wo<Tgp9C_6xkpfrS1yF3b<w<@3c~1bF3)FL?wM9>A&%1
zcve}VFMYDN>tECh5CZuc!#cmH-iI}k;_ZAGVPhZ+^ubdumtO+}Rhra?Ck_~tr1H)x
z%SLw4o(;?gDd|_;5Nv7-q|Jw?o=dwb-Z7Fbjis%TD`$2fESO7DC;fe1ut459sbSxI
zrpwt(2;+Oe7&b72(_H$)3@lynRbGM~;S}g;C<jD=078JwO~U0^?)QHyd_g$AyR!l!
zO<7^yVSu-L0d@PSf-6OucHlolIBOqxa8PPdAmaG3<#TThv`CC|D_mV8<^6R#0pecm
zjY}Q=yK!<r$za?7S+Bzy`jG;jN7T>=L0b>Qb-crp%4ul=8WDVB4=xLYKsQl4w4zV9
zxju#Lh6=_QA{lyY!vgjHi-Y=3-xb-}a@LPS5>@WQJ-A2!X^Z9yFC2yp+yRmiw8Lsa
zdirrUK(HXa3SYst*&004x6L0{RSIHFk~3%byERsUjmK*NUYXN~1dF83752~t`;ug%
zN4f?Yzvc38gD0rCS)f>fP(E^mh&F(0d{3p|_ax~$92?FdBdcj~Err~T&!6<ap&$Uc
zOZ0SAX!+(xJs{C`mPF*``ygWmCQCaeAbbB<j7s-`BL;4{>(BCK<j5dZT>t$m+L9zL
zQbRCZsQsP@W#{oio_w#*;Y)%3H)dIg0-+l9r{WsBbkjznnHIb-a<dA>*SnzC3}4UX
zBS0!pfP<vNCx1}}|0LM3fRW0eM_HE-V_JPZpP#rbLQHJ<Uv}!@Y4D@?f~1`bnRpSf
z49EWbu6%`;QuQ-nIRKLh@Rb2^{zKCiSgkb|0V~+m6eBWjhZ2209@?y*uCodwekI9y
zm7)(&iBM0?<8|~QVRj!d?%sIB`{sA~Qr;FfU<;7)1Nw~w!#HrEK3{SPCDQs1wGy<p
zg?LIMrRh-cy2D`_F{oJjet8LX<DSPfisC74doP}8%dU|F)4;Vk<j??&JphVV0P{sb
z3BJ}|bG&Ao(LYSg2^mKOk45eBU}g|t@&YY-kz0c^Ca0zoUtm1ofJYf5GicZIJ9r^g
zHHJ_(^zbj<n^-?n9ir%Fs!+x&TRm9d^im#69+mrmY_BSWYMGFPjQrNoa!N=gHl^^}
z`{%7H_uw85Ll)ak!PEF|L;;@jM1)w%stzW6u*HAF!_l}Q5@<46s2{^Kg3gpf@-pe}
z+nl??#e&3dzR4_TsW*`eR!d>$e<w5fRF$3v{+goR8Y;BI^qND<19D@Y-9EL{t`_a`
zy`I!jq+!^2em98C4BDXzLi*(m9O*u<;spgkZB_m)vOz$1vC4-2t=)PMT$Bwlvm-}<
zgkGvp0r^OTIb}y$|132Xu1uwGiiLeE#lt!r*$;`uTi^z@D)h>|y0lH2Le-P0$Y@$<
zpKFwjcGXL(mGoiwHd`(3OhZYTP-dyKc(u%y*CPiXeTa>-ux0pxo#6+uju>PiQtjle
zimXL+r=7|(3}AOz`fQqEPNai;=1(v&4R+IMpK>)(X%zJEbn6nI9_E(*{Zf#qQZJ6L
zsezPLMc0XqZ}L#Gy?#lgJZ1!!`1r;1Dd(Z5kiva>E0#{JLgl7KA<@oBL<qsl@V(G-
zk`}2xUDa)3wWlA);e6vviv~5EZ}2y=oeHH(O7AY5!3n39jSgMM=G_tKZpO)2ybd%A
zw*&r&iRXcw4nr#>51+RzF~Ai7^6Do*&ZWv%@XnU<Y8oMcN%u*VEPpWc<c0aSN2sHk
zkzb<932%#I-b<QKzT7!TbBJGRnA3vuvxgY$++4P>{cI0QxmO+eysO?ZsN7gjkXOfg
zN!c{vtJ`T)kkw;l<w?l;iF{!Grm14z_Wp@GXg6iACiTOp^U<dXd)IH9=hdhX2I?og
zc7QF$cAS=)r+sq?-{5mj4&bT6Qg5?^9F>Ur7#}FwtHi%>QZvB6B<A<L=O&YA&C~J7
zN<lV->X5sYmvrk_o~Rp|mR{`9@Dz%2=^3v@(7%2;!@w}B+<|93+D(1>Wc57GGLl}s
zb>s(4RLUZE<J?bQyq$3ji6dZZl{8gbe$>;%&8izLKXK7Re-)xJcv`0*;(JaD1BJp=
z73V%BCYdNc<6w_Rsz7U1CG`Ik)(=w1>l!RO#w1(IR&-RM)%m{`i_(SpgP+LyQ9IEi
zPzBGE7xjL=<CwaWEYj!IC3wY(^2B~GL~Tk&YCb}lY7hi1*m96etVZ$8hoT-7yLjTK
zwy&vYoa9YjFr<VyaFpyHD9{cuyC}SursH$TvamAY!#*CK1~kV4*^6c$((qcbF{fU>
zZl1VNNo7(M{nxF8L&RQ}?m1uG&nq5j2zzEqG8o_YUsnb78Ih<zeI4SecG>7~Fjfup
zgbb%n4<&lPR;XXKeR>oq;jo`2fq1%LI{NZmS8F7<=z{m2U)}<0v5<r}EwhVDM@=&K
z^=`XSXNqw}Jk-dFUV=L`v6eOVB+$V3#=UJDTi_E^%Q|{krB#6f7YO8v^xbj}Qa;)}
z=evp%yQ*JUs)KxUG<JRSyDP@_kb0?eQ@Hy=ICW}1^=X+>sGh>Sms*GsCF8f=?@VmX
zR_SqaD8s)2R`hTQB)IH3K0h(Su)>BlJ`~uodA`X_2Ozg^DF!Fr;>A&^J7<)sg22zI
z`P4wfCQ0NXr(w9Ra}L@LCjZwX_w8DFjjyuYZzN3P@ntPfogU*za$>iXN%ArZRZot`
z1lWz*!{C!RZSo#>ez&>Ux=t8*-vbY`%WiYR=FJxp&LSO*dC4cg>d=Sh>kmA(OO@+{
zmp*+L<PE@EY!6eAQ?aJ<k80&;K19B8+4x{2Uo-RLc7Aia?w;${q<YgBmivnoh|<y2
z#Czp_R4T<j<@BcP!V@#Yw+rTh567a1I72z%XtI3=*+Xl_2|7n2af}+(7ggxPGO*-j
zW--P{JTL@f`xrmpX-7`=`07*VN3I#;C$DiZJXnNZ^4IZ7vatH_cdhjB@dcI1ZJp%D
z1|CAM>3;^^QFz!`l+q+6wm8C4*a?pazLHEm$xaSsqV~#<D?%0@2WrpkQk6GEW-`Jv
zSW5h=O$;@uc;A&7@H-lxbMLm=xz4d9$&ywLYjK2@wFdub<`*GYOyu%Zl&mX2TUSey
z5r#vF;8zKKC-iJ0B`7Bj{Gt?wsw0Q}@KlAIoj$Ql6$)TC6%XuAoBuuFIH@{vq0`-U
z5wE??=A&hIp2Br}ZV?kL@bLWrCl@EG%zHRiUrK=7AX$s-`Ykb!4gu=&07avQ%Lnyb
z-6G>`9ly!}xSy`R$Z^kN5g?$o6dXOWsox1^{FkykKkW|t#?AV9Yxu;yY~Lz=?dX+S
z?U)iJ16DCl@GUwRG^^YXv!l4hZEeK)Sj2Ip#LG%g$ixVggtVc(?*Z{V=d5IA=m6TU
zk+Ln{1LiZGiS^ERf@8t|LFuXNeCMnh)Jfu9)JciDw$!9EN&WkM-;%*%D4$U*-BH3L
z^o`}RF;SU*T8(d93u|Z7Ou_L0mZ@GhL95vI^j02+cx*xd4*J0s<pU$Rhp(*_9}66R
zcQzdOUu=^u%T>R6A-NEJlJk-_@19D0Qh2z_O>+%~hcAz+Rzh88pFHfmcXs0nIa#7j
zgeq6(07);ZIAITFomt=n#(n=KZuhRXDP3gt$D8b1VoKuT<RVW`7CQwPInJ^?&XaOv
zQw}G35FF5Jbj&a6M~HQ=B1i@S=PxCpgBgA|)4o)ZQ=VDgXcL5GFjBbCf4{Wn=U;gH
z1V_Mz)NV`!2BtoDK6-j9u&)hEbnL+ok~}=XR03w{sU*+p*YWqxNpfn-@+HurW6Sv)
zGMUrV{KHZPvdXf5auFG`dY`tG)ky)w$JU7nUooW{Sdd0MD%e6B+5O*?WnP0&(Nf)v
zaf9U89|$!(E}qLK1HYxe{Uf7*^`*W~yA)<<R!y}(b^n+1f|bqK<KLz0SRVPjkI+II
z6%_ZLEb#f#^!)_|<nw1A1pq%j!#V7B$GhmpWM6g$p+WTI!So;hMQD8Q(p75D5?yhj
zMgi3i6Aty=rb7|?%%oKXBMbyE+&);(SQPYR&EPpuua8gm)O5e#ct8K|o@ML{1SqRZ
zKDx9^KhTOBNn$<6jVH*t8m2%zcleNHBm!`*!m$I98GRDTx;}vz>P>?TdP;Fns$)p#
zshuwF7Xonf#@(biSXFjOe`kl!oQms&SU;sf|J7C&dc6a@h#+zOQGmV3TC*IZ01xGm
zl)V=2LWJ0-XU9Uc_!$?cY^i|E%69e8)VW(&PzW95pOT)>{=t!<jii|-@FQM}kg5dD
z8|;RXw?JjJsBt5|@ew)FaJ>32?$^OFK^^WMaufTe{mgj>RT@CyB~lO}@(&rLYT<Kb
zx-oESv$vyEOOSGgj_8)FJRh`c?(q$c9ZWEBC*gkd-EMp(oCR<N^nySxQ?^pV<<gg+
z_x4|it2S#n1vAD4(0bBP_Q}2FbJ4L=_W1YDZmSmFxNbwktiN)@^=V}!w9svKs)gYe
z*wdPC@$q6pa0c(%m-aa!194(<RT&_%d53lg%>&UCSw?p3`W=ZavT08sdU2{d3!gIW
zaw~7YR-FtHNW#9{`4p!TQh#FO<;3^vD2@{j{0lBgtfP}$bts=fFBF-SH7PJxOkAsq
z3Efc|+Ui<qohl+KZQ0||J4$!rGpKBV{F7~UqQxt~tDsY8fIr2LVK4ugqCUTlcb8_j
z7*$pz@LYk*5vnSgq1hh$uI6`J4aPbnW)2wYxK_-rFFLF}DrVD#P+IFzMuy{T#y%4h
zjGMUP_(P(l{N#I%BInhi&7$|ciabjRo#fi#bfx?Hx`~un7v+8vXRzgb4S?eE;XEha
z7ARZ#E$;_KEmQ3zdwvA5y`I%8CASkrz2@lbz1fMUul~B-Pf}XP95Hu&4T1t?@lZVw
z3Q#g>BdJfNN;Gxf+k5II66mRr%Q=@7Ty;n5pBRKW74Yjj&yAKgY6cEWSxaDm@mt=5
z+kOE8cY>dYc<<|^0YeUW74Ga*oNDVy#p9KXfB311KqRyV*LAV={M`zcXuKK=@O9z2
z$Q`Yf9-r%of%^#gjcOca*!3?qE)y}CMASwggvFSmKeqAla`ntoE3;p!<=vg&CvZQp
z=!C_zwv*tMYsk6<onFvLJvBFX-?q|=9>UGlYo3B4{@xO)jZ5yjbcLc=mSL)Sap~_A
z?EALyo9uk5AaU_H$Y(+IlA`$P&{-7|F749M5%G?aM9O61LAD5lH=u)t_4Mbq)!_cU
zt24zP0+O2g(Tjm90rkIO*MfaS94|-v@hHHb38r3-DscyFP3{Yw{`@Mxt+3NW^Zv*0
z<KyFd#jg(gIG^<t7k$0AYgWheX8(=N`TA$^!R(xz-;dwl&Gzgqc&5aZ{pVybcvkjk
z_GpzZ=;`6+lTVhjVv352Qc{l(r|w?<_HD1zaP#9oJp3B?+hL9nNOIn9DYSL|m=Zxa
za+kPtoA!k&Hs`DkhFxs8r1Mxbrm`v~AF_}P&OP6|)|HUbZoJ*cwwCS*?D*#d^@CU1
z7e7w1M3Ck4f!A6K0sZ%1iI4Pr9(Z{=SJjvyo|T(B*Yc#!`*+~>(_GmEo(b;((!xad
zna1ar20<5lxe#>V(fhfF@4iR-t>r~MmSa)>_r5nQ*0Xt@N#3v3R=(JI_L0cd@!Xnz
zJ0;7T8z82<P?Y87`qm=a?~CLFYIwHw=|tt7xacTmufCxn6i3_17x#vL?`I<Dd^kD5
z?7JJw8MLv=>iOdthkfy=MvvtE@mGIxkD8i-50syt4Z6?F5U=iwpX}1_zE=bc{kzWI
zTAm2Itw7vX&fR`rHZ|E0fBe{+_!pbzCY#2l+@`5JZjXzzek?c#FPfb7RUGG8dKO!H
zMrBR?cD^8|$#@C?$f+CZDn?aVCplRciCJy^dUI<<m$Q0-KlFag7gat=vGGi~{G=Du
zuNO3|clI``aX>F%HX-<HLhyKk&F@~J)9%W>!>#XBdkxNCnAFvKuCqSjdV7(ncr@ev
zku6w(BgbdtMyvH;w&s>xaW-!Kc<bF<V)X6Xx2JNQyCW&$;^Kxj4k(q+Jk-zrPPE@t
zm-qdxuKttx@=D=Xb1SRzz;g2xI-Y#JEGhOyhW29(j=#gtg2JOA5Xc8v;uCJY`~Ia(
zNBMMWFnaB5Z}56goKSOg^yAG*bhdk(l_$THjjr@5qJdJS=jrx2j6*Jp>g?~6)xXBu
zmq}UQw^mtwyxSjpUoNh)dUzkbZvuedkLr|t>sSGknJtqu84`S^{Ev7N{4a9gqVu0v
z#DK<Gy`XP;)=RCI-^hVVkEP(1-pi4Mz}|$wzc{m>pM~1bywn3WEaxn0F4V`ij|Sy7
z1l0ppuG*X|r`&ou>Qei)bVKUV*^Kv~M$eu1k9T-O-fy>EK|hoK-MD#qdbEALr=~_U
z$ngImbu<@zxxBo*VSUuR+5SxVLPq)SV2&b@<1}0A^r@qxV`yk-aghW4<@0CkVq4&8
z^jghFR<)kz&(W64(>k8!aZQbl8BJxDZcQ-sGsVM<p!T_!-<O<^8mH!tbEAH2cDo(2
zU)Fv90te<>FE^FnPuVn2*)&e&z9+U2pL#kI3kH6BiC-=|Ux@xEgSM?AV(R6`TG7Q<
zy}&PecedYM1{XZJ9P|f{w@JF>?jHW>rt*FNqrbnO1ED{W8{OdcBQ{!GT%1bb4_-DQ
zawEIh?c37c-d;gLK}t#r5gcc$U$T^sJE?xpwdY39+zQ&I0sOY^+ho;f9L+uz2ABi)
zhqJx3UyUx;IP01GBHlgtZ0Do<`>lq}_S}=tcY%35cYhi{;e3CTsBK>FzPIj==sazm
zEz-*p(;7syk+21z0Hu@uTi}it*DN1Ae<S>1MX1Qz&Cd@5+>}{>0*%YbI%v;d@80-7
zHLXb%UUO3R7sEe4H8Q&JU=2pQplyjC7g85eTT<Kpxoyz37+TLD)hd}2Zeys$Z_^9K
z?I(kyx0KIIZw0!p45XDFkl?RYHZJad5+=dl&3Up)G=K`L84k5~8#bEkU)`Q~xPD9_
zJ@bcX1r>;Jct`9yTY2Yw!^7_lk2XvI4<eeW{;#-me{14O<2cA7%d&{b1|AnMR4Q~$
zxpaBl5xK+`C{K%oDiuVz2q@VK3^#$?NKmT;vcbA4_XJv&vMv%t5eSzAgb;%UYPknO
zxF(vAL?}rhVaN{dAF=bCXXd9l?{nVI`F`Is=Z7;UJ@WG{!%V=ShBLEGYxrQEtE^v-
zmB(hU^Bj<*_x-c&=?V=2%gCK%1`t8cwp84mZ`KEMw=!vtQdA_D3U=F`J$p8zlfAI=
zY71dqSXuRy+C})cUVT*t8FUd5uw>Frw&c;=;itnzn_89@o!V0`JH|W<*=Q;hckj7q
zw|G!Ip1TQ;53>6B0^w2UEe}N!XMM;qqX+)&X^-@TjFBJD(;GJ%(ZatD1O)}b@p|Jk
zU~f~Cb=|`6zHP~ocZECGR#g!O9OpAN6VYCuewsGhZf(NqR-H08%TtQZ(@c53;YU&@
zNe{JZ31!4rM%o%c25!7`-NSpnDJosur761vZclb_o`d2phF|`^)7mNX!lo9E9?^me
zX__Fcwen3CHemqo{&hd?9?BlirfuJ_AuYf`2r@qjJ6}Doob52{(@Z5u)C!O2-cTE5
zKv%o&ZDMcel%@YmO36>7@wkuq`_=0oeYx+5U8b75qQ*}A6xO><J5WQzCnhf5wDLSX
z=tWwz8ex}cj9Yv(r>*U}v=Xa=lde;VB|B2UbfE~n^P?|al#B5-)$A3%JVkQ{N12}C
zc=#}Ws(bz+MAt)s|De-9TH4tmed(P(^VHl{%`t!@r~b$HPSfTuK{n3BwN@%_=rHz*
zyCieKnmVn_1Hie?tmUCKd{j$(!B{wexZAZ<f;yN5=`|7l>)(51^Nw;0c{MdP!Gi%r
z?ZG!MUc9h+mCHuxx)9t<6j_==mZzw)eEjBKi$N(LlzIYC1gJ-fH`76V6aW<f8p_<b
z5R_j6<<+3v5!}cSujGOoC~)Z&xI_b&jsxU|mYwY|K>HogE~LlFhXPl-YOjm$BENC)
zv5mtm-lpRE%^k*Blrkh4rt#DVo}ixx$98~>xKZo4)M3l_%Tw`0rMW|Fra{?(<qjX>
zg*xZ{$+rLfd+($3S$yZ<O@^Ap_w9gZgo~l(RHGnSSoQc<xSGhM()|_|XdQbLVIkSo
zcGRbYT%_<zof(+Mv3G0JtpoOK!o7sPq!f7HB`)9Dwg9$`pus&chHxT)-|PU$6(}gL
z=8T0)R6kP|e$L2>l;lQA@*-pOI<<IZO1xqXZd?Si=+#?}z&d(v>mj(44UjAIq4LgF
znt0khRyP`_t7jRoEW@IiENSFi6|AnhTL+H!oVy0)tLA*Yy$h*(-bH;|?9M#7`XKV)
z`V!3xR(f%2xbKYxTv;|+**2z!c3~=(?lpzf=y?1w+x|z5%o3_Hj|el2v3w&0BxizU
zOroj;f#T?T)wXBlHRD-6;Byp7QlPtfyU*3tHRQYoerdS&iiA@@#Z4y`Aws1x8IU#&
zcNv%a&?Ec)D;%4KpU2CtlCKG?PB1Xow6ryjL1hTwV1eAG>LqxWTIpsS2`3A~<JE4Q
zB{$BB+pdV7@NNjL7z(5(Q*I=eFHG}JYAx5uf9yu~t0)7iq9;V#Qu0FKMOi~bLo`=E
zLB%PbPyHw2&|~8aww8eiWF>GppL|c*-Igf{tX^g$#wC!GBO7@waDq*0Mk;*}i4mMO
zhf(HF#$f4my0wiBcURK_4}z$za4kK#&lc7v0}_tsoZ|~`qBsQju-jEHzM($9XW4n@
zD^=(6fnd_IqvV2<?{BYtY}adYMp_Zz)0bYCKdUX!&gi&Cs41%X&rVKra48J?I=f4d
z0k=*8H`gu!ZrOImF*;?QZbXz8?C0<9>vl*6G9l#P8{P6-L*{kGjrNh4puTlJvX=1A
z%aDV;{RrB)Q(0MwY0TMt6Pl1WbCt4U^2-k4gQ#Ilr17(%&u5j^j(>|Kyldbct&abp
za>f+fT#TaHo0hqB3vVx8Nb;>kJ{hOzk6-e9=8(L%cD86^tBU?`x0Xmjqw9>XPqYVq
zSW;8Y{NPQ(>^FlT$&(3h!@%X!3Kxy&45PXC8tSvDq`Jm{pa_aWE>Q9Y1z{q=sKPy!
zpXHskv5;eJ;})UvZ=%c=X;JPr$1s!3!3NA^X$KkU-o&@K!z8Y|cleD0{xJb|CL&S7
zllwS!e?RYzg=t-VT->eVu-372m?K}uuIL3AH2(JlQU9)b@k%o)>EGoi*^QkK78?cy
zv|#}wMEsXWd_Op@O<<!F@(lAaz8<T&KPwV64+@&G)km%uV+*m4$ln#Bl^(?CMDM?+
vq@-y1jxnM`6>tvWj~)2_e}43?XpN?CGd-~tyt-)<`1&dY6U_SJ^3DGO-HPj?

literal 0
HcmV?d00001

diff --git a/demo/documented/biharmonic/cpp/Biharmonic.ufl.rst b/demo/documented/biharmonic/cpp/Biharmonic.ufl.rst
new file mode 100644
index 0000000..b57db2e
--- /dev/null
+++ b/demo/documented/biharmonic/cpp/Biharmonic.ufl.rst
@@ -0,0 +1,50 @@
+UFL input for the Biharmonic equation
+=====================================
+
+The finite element space is defined::
+
+   element = FiniteElement("Lagrange", triangle, 2)
+
+On the space ``element``, trial and test functions, and the source
+term are defined::
+
+   # Trial and test functions
+   u = TrialFunction(element)
+   v = TestFunction(element)
+   f = Coefficient(element)
+
+
+Next, the outward unit normal to cell boundaries and a measure of the
+cell size are defined. The average size of cells sharing a facet will
+be used (``h_avg``).  The UFL syntax ``('+')`` and ``('-')`` restricts
+a function to the ``('+')`` and ``('-')`` sides of a facet,
+respectively.  The penalty parameter ``alpha`` is made a
+:cpp:class:`Constant` so that it can be changed in the program without
+regenerating the code. ::
+
+   # Normal component, mesh size and right-hand side
+   n  = FacetNormal(triangle)
+   h = CellDiameter(triangle)
+   h_avg = (h('+') + h('-'))/2
+
+   # Parameters
+   alpha = Coefficient(FiniteElement("Real", triangle, 0))
+
+Finally the bilinear and linear forms are defined. Integrals over
+internal facets are indicated by ``*dS``. ::
+
+   # Bilinear form
+   a = inner(div(grad(u)), div(grad(v)))*dx \
+     - inner(avg(div(grad(u))), jump(grad(v), n))*dS \
+     - inner(jump(grad(u), n), avg(div(grad(v))))*dS \
+     + alpha/h_avg*inner(jump(grad(u), n), jump(grad(v),n))*dS
+
+   # Linear form
+   L = f*v*dx
+
+Before the form file can be used in the C++ program, it must be
+compiled using FFC by running (on the command-line):
+
+.. code-block:: sh
+
+   ffc -l dolfin Biharmonic.ufl
diff --git a/demo/documented/biharmonic/cpp/main.cpp.rst b/demo/documented/biharmonic/cpp/main.cpp.rst
new file mode 100644
index 0000000..a4f5f31
--- /dev/null
+++ b/demo/documented/biharmonic/cpp/main.cpp.rst
@@ -0,0 +1,219 @@
+Biharmonic equation (C++)
+=========================
+
+This demo illustrates how to:
+
+* Solve a linear partial differential equation
+* Use a discontinuous Galerkin method
+* Solve a fourth-order differential equation
+
+The solution for :math:`u` in this demo will look as follows:
+
+.. image:: ../biharmonic_u.png
+    :scale: 75 %
+
+Equation and problem definition
+-------------------------------
+
+The biharmonic equation is a fourth-order elliptic equation. On the
+domain :math:`\Omega \subset \mathbb{R}^{d}`, :math:`1 \le d \le 3`,
+it reads
+
+.. math::
+   \nabla^{4} u = f \quad {\rm in} \ \Omega,
+
+where :math:`\nabla^{4} \equiv \nabla^{2} \nabla^{2}` is the
+biharmonic operator and :math:`f` is a prescribed source term. To
+formulate a complete boundary value problem, the biharmonic equation
+must be complemented by suitable boundary conditions.
+
+Multiplying the biharmonic equation by a test function and integrating
+by parts twice leads to a problem second-order derivatives, which
+would requires :math:`H^{2}` conforming (roughly :math:`C^{1}`
+continuous) basis functions.  To solve the biharmonic equation using
+Lagrange finite element basis functions, the biharmonic equation can
+be split into two second-order equations (see the Mixed Poisson demo
+for a mixed method for the Poisson equation), or a variational
+formulation can be constructed that imposes weak continuity of normal
+derivatives between finite element cells.  The demo uses a
+discontinuous Galerkin approach to impose continuity of the normal
+derivative weakly.
+
+Consider a triangulation :math:`\mathcal{T}` of the domain
+:math:`\Omega`, where the set of interior facets is denoted by
+:math:`\mathcal{E}_h^{\rm int}`.  Functions evaluated on opposite
+sides of a facet are indicated by the subscripts ':math:`+`' and
+':math:`-`'.  Using the standard continuous Lagrange finite element
+space
+
+.. math::
+    V = \left\{v \in H^{1}_{0}(\Omega)\,:\, v \in P_{k}(K) \ \forall \ K \in \mathcal{T} \right\}
+
+and considering the boundary conditions
+
+.. math::
+   u            &= 0 \quad {\rm on} \ \partial\Omega \\
+   \nabla^{2} u &= 0 \quad {\rm on} \ \partial\Omega
+
+a weak formulation of the biharmonic problem reads: find :math:`u \in
+V` such that
+
+.. math::
+  a(u,v)=L(v) \quad \forall \ v \in V,
+
+where the bilinear form is
+
+.. math::
+   a(u, v) = \sum_{K \in \mathcal{T}} \int_{K} \nabla^{2} u \nabla^{2} v \, {\rm d}x \
+  +\sum_{E \in \mathcal{E}_h^{\rm int}}\left(\int_{E} \frac{\alpha}{h_E} [\!\![ \nabla u ]\!\!] [\!\![ \nabla v ]\!\!] \, {\rm d}s
+  - \int_{E} \left<\nabla^{2} u \right>[\!\![ \nabla v ]\!\!]  \, {\rm d}s
+  - \int_{E} [\!\![ \nabla u ]\!\!]  \left<\nabla^{2} v \right>  \, {\rm d}s\right)
+
+and the linear form is
+
+.. math::
+  L(v) = \int_{\Omega} fv \, {\rm d}x
+
+Furthermore, :math:`\left< u \right> = \frac{1}{2} (u_{+} + u_{-})`, :math:`[\!\![
+w ]\!\!]  = w_{+} \cdot n_{+} + w_{-} \cdot n_{-}`, :math:`\alpha \ge
+0` is a penalty parameter and :math:`h_E` is a measure of the cell size.
+
+The input parameters for this demo are defined as follows:
+
+* :math:`\Omega = [0,1] \times [0,1]` (a unit square)
+* :math:`\alpha = 8.0` (penalty parameter)
+* :math:`f = 4.0 \pi^4\sin(\pi x)\sin(\pi y)` (source term)
+
+
+Implementation
+--------------
+
+The implementation is split in two files, a form file containing the
+definition of the variational forms expressed in UFL and the solver
+which is implemented in a C++ file.
+
+Running this demo requires the files: :download:`main.cpp`,
+:download:`Biharmonic.ufl` and :download:`CMakeLists.txt`.
+
+UFL form file
+^^^^^^^^^^^^^
+
+The UFL file is implemented in :download:`Biharmonic.ufl`, and the
+explanation of the UFL file can be found at :doc:`here
+<Biharmonic.ufl>`.
+
+
+C++ program
+^^^^^^^^^^^
+
+The DOLFIN interface and the code generated from the UFL input is
+included, and the DOLFIN namespace is used:
+
+.. code-block:: cpp
+
+  #include <dolfin.h>
+  #include "Biharmonic.h"
+
+  using namespace dolfin;
+
+A class ``Source`` is defined for the function :math:`f`, with the
+function ``Expression::eval`` overloaded:
+
+.. code-block:: cpp
+
+  // Source term
+  class Source : public Expression
+  {
+  public:
+
+    void eval(Array<double>& values, const Array<double>& x) const
+    {
+      values[0] = 4.0*std::pow(DOLFIN_PI, 4)*
+        std::sin(DOLFIN_PI*x[0])*std::sin(DOLFIN_PI*x[1]);
+    }
+
+  };
+
+A boundary subdomain is defined, which in this case is the entire
+boundary:
+
+.. code-block:: cpp
+
+  // Sub domain for Dirichlet boundary condition
+  class DirichletBoundary : public SubDomain
+  {
+    bool inside(const Array<double>& x, bool on_boundary) const
+    { return on_boundary; }
+  };
+
+The main part of the program is begun, and a mesh is created with 32
+vertices in each direction:
+
+.. code-block:: cpp
+
+  int main()
+  {
+    // Make mesh ghosted for evaluation of DG terms
+    parameters["ghost_mode"] = "shared_facet";
+
+    // Create mesh
+    auto mesh = std::make_shared<UnitSquareMesh>(32, 32);
+
+The source function, a function for the cell size and the penalty term
+are declared:
+
+.. code-block:: cpp
+
+    // Create functions
+    auto f = std::make_shared<Source>();
+    auto alpha = std::make_shared<Constant>(8.0);
+
+A function space object, which is defined in the generated code, is
+created:
+
+.. code-block:: cpp
+
+    // Create function space
+    auto V = std::make_shared<Biharmonic::FunctionSpace>(mesh);
+
+The Dirichlet boundary condition on :math:`u` is constructed by
+defining a :cpp:class:`Constant` which is equal to zero, defining the
+boundary (``DirichletBoundary``), and using these, together with
+``V``, to create ``bc``:
+
+.. code-block:: cpp
+
+    // Define boundary condition
+    auto u0 = std::make_shared<Constant>(0.0);
+    auto boundary = std::make_shared<DirichletBoundary>();
+    DirichletBC bc(V, u0, boundary);
+
+Using the function space ``V``, the bilinear and linear forms are
+created, and function are attached:
+
+.. code-block:: cpp
+
+    // Define variational problem
+    Biharmonic::BilinearForm a(V, V);
+    Biharmonic::LinearForm L(V);
+    a.alpha = alpha; L.f = f;
+
+A :cpp:class:`Function` is created to hold the solution and the
+problem is solved:
+
+.. code-block:: cpp
+
+    // Compute solution
+    Function u(V);
+    solve(a == L, u, bc);
+
+The solution is then written to a file in VTK format:
+
+.. code-block:: cpp
+
+    // Save solution in VTK format
+    File file("biharmonic.pvd");
+    file << u;
+
+    return 0;
+  }
diff --git a/demo/documented/built-in-meshes/common.txt b/demo/documented/built-in-meshes/common.txt
new file mode 100644
index 0000000..e9f0940
--- /dev/null
+++ b/demo/documented/built-in-meshes/common.txt
@@ -0,0 +1,15 @@
+This demo illustrates:
+
+* How to define some of the different built-in meshes in DOLFIN
+
+Problem definition
+------------------
+
+The demo focuses on the built-in meshes. We will look at the following
+meshes:
+
+* :py:class:`UnitIntervalMesh <dolfin.cpp.mesh.UnitIntervalMesh>`
+* :py:class:`UnitSquareMesh <dolfin.cpp.mesh.UnitSquareMesh>`
+* :py:class:`RectangleMesh <dolfin.cpp.mesh.RectangleMesh>`
+* :py:class:`UnitCubeMesh <dolfin.cpp.mesh.UnitCubeMesh>`
+* :py:class:`BoxMesh <dolfin.cpp.mesh.BoxMesh>`
diff --git a/demo/documented/built-in-meshes/cpp/main.cpp.rst b/demo/documented/built-in-meshes/cpp/main.cpp.rst
new file mode 100644
index 0000000..fe37077
--- /dev/null
+++ b/demo/documented/built-in-meshes/cpp/main.cpp.rst
@@ -0,0 +1,57 @@
+Built-in meshes
+===============
+
+This demo illustrates:
+
+* How to define some of the different built-in meshes in DOLFIN
+* Writing meshes to the XDMF format for viewing in Paraview.
+
+Implementation
+--------------
+
+Running this demo requires the files: :download:`main.cpp` and
+:download:`CMakeLists.txt`.
+
+
+Under construction
+
+.. code-block:: cpp
+
+   #include <dolfin.h>
+
+   using namespace dolfin;
+
+   int main()
+   {
+     if (dolfin::MPI::size(MPI_COMM_WORLD) == 1)
+     {
+       UnitIntervalMesh interval(10);
+       XDMFFile("interval.xdmf").write(interval);
+     }
+
+     UnitSquareMesh square_default(10, 10);
+     XDMFFile("square_default.xdmf").write(square_default);
+
+     UnitSquareMesh square_left(10, 10, "left");
+     XDMFFile("square_left.xdmf").write(square_left);
+
+     UnitSquareMesh square_crossed(10, 10, "crossed");
+     XDMFFile("square_crossed.xdmf").write(square_crossed);
+
+     UnitSquareMesh square_right_left(10, 10, "right/left");
+     XDMFFile("square_right_left.xdmf").write(square_right_left);
+
+     RectangleMesh rectangle_default(Point(0.0, 0.0), Point(10.0, 4.0), 10, 10);
+     XDMFFile("rectangle_default.xdmf").write(rectangle_default);
+
+     RectangleMesh rectangle_right_left(Point(-3.0, 2.0), Point(7.0, 6.0), 10, 10, "right/left");
+     XDMFFile("rectangle_right_left.xdmf").write(rectangle_right_left);
+
+     UnitCubeMesh cube(10, 10, 10);
+     XDMFFile("cube.xdmf").write(cube);
+
+     BoxMesh box(Point(0.0, 0.0, 0.0), Point(10.0, 4.0, 2.0), 10, 10, 10);
+     XDMFFile("box.xdmf").write(box);
+
+     return 0;
+   }
diff --git a/demo/documented/cahn-hilliard/cahn-hilliard_c.png b/demo/documented/cahn-hilliard/cahn-hilliard_c.png
new file mode 100644
index 0000000000000000000000000000000000000000..d81f3ee0b5b29ac9394a4c8869b59371d830e01b
GIT binary patch
literal 93097
zcmd42V|OG>)Gj=eiETR*+jcs(ZQI67(y?t%Y&)6Qw(U%8zI{K>d(Lk-yTA16wYpZ-
zR_%T5tHKrKB@ke7VZVL*h9D&=ru^+2nC7={-{YXcK)-xwgin9_M*K}mOjy-3>mu7D
z%S<i#qvvhoO(giTT7KsDMuL@d5^*n(ie@O+X~KzV>SSUX_}vA}Vu)!3n;A+>3>;z<
zEWyQ|1%aUAEZApywMTG@`)SiUD>tHXZb2*eiMqU_;%w8yz-d{}r>3j9lm_O1WFF&)
z$nV?#e*cpENh&J|lC&jBv9vglFjd8eF_D18NSh4BNCYH(jpC$z!2iT5S`7HVOW=k>
zqoIPNm>m^`;wMOCZT??cNS4v}@nu!;6&bWeLLJb_n4+%-vCQSaW})Ka;;ykpK?gbw
zO#Nr_t-|+!TM8X?1o*fxCL`^gN)OXFJ8D?@y0NzySzVAukmJ4zk%&o*KK6zkMxqS!
z9GrIYYF7g8mB@eo<Z}o8Y4;{7Qy}SIH;mViRB9e-*vxOa?Elmi2GUimLg%hf!yT#D
z?V~0jDTjQV3cciiG*?WFV$`>fK*U9=!xCF^MXZn(s|GI5MZ}zxr%3UiMbcoE<Whk^
z1enxr!S#Kz^T+3{PgB+ga-As?@yJ;UQG^g3(-1z&>F1;146}kj=ptnrzettO{l*2_
z|LiH2Rx7;w9x&|<u_?gGFI1DaNsJYeF=5HPW?U+4KLTz-MUYN1{=5XpIL0P3cFYS@
z@y0xVzO7m2MbUq)NmmQWytuCuYlne}Rr)h$*%ty-PjnB`5~WKE{!Vrv($ULbVP(d~
z3XZ<y`d7yUs4UEk_=Cps{n?{5Cg*F4j?*-x`*7~boaW-?Ml2Mx2=^cEKG0bZ>GC_R
zAfT}A{lYd3;bCDD`Lja2dcOoTWF$`aTBuTXQmK~(Q68l$_mbw6xn9YSJ9#G=DSq-D
z{bw7|z+e&TUKm8DKDlwN#qU&fI+JGO+-xqm+^`0`5;CD~NenY3YUp&oS(a)2@0KQ(
zt@y9Xm3d&tPaPCMhP+-80T~?u2J>cZDx7O~j#qQ@FsVWnftL=<XqDzR%RQ(jyF}ea
zM6oV{EDRth*ZO&V-eMXZwV{$j{OLuo<n$O_Mw|P8mnl-Fl6UM&_9#Qc@7y&M7JA+)
zqPnL~gpj8$z^BVjVo;^#hwuhG7l<xLa;=+_%}-e!9zdeN=am**zhyQ#yrh<td|iQ@
zQ&iGC9ki=p<75o9${cvQ(m>po*VW6_j*&j*<_x6kD?ydN)I|mIijJkiLg+G*=~@c@
z=_avB_M?u86W>bb=+jRcd;{HsZorOByZD?y(Ml%L&MLPOXV?p??#L1*E4pGLqts8b
zUKnCvFr3(&%vb1o4@=W9!Q<@c*9h~p*7ttRzB<9t5NdVI29FQ~olY{1ZO>vM7J};v
zyXC5R28s<n_5am><Ut84>>v5oJ%+)Zib4zh=?0HOJggHJk5o;pK^^l>vxRaC#T&sh
zr2!Xrjw?Pf%n8F!XqOO6PD{=}my*@I&AjCKF&w;v{9^YAiH9~&0{MglWsU##%91A(
z>|!rAh$YE==e_XjI+1gno71`_&R)1?p)bU=$#AFgv`+#qHz3FBPPl$w1ar!Gi;9e1
zd_Afe$DVb~*gP{Hvmr#2D^Vxq9D-A&Qlmy5qzZ!|Pz>Us`sytV<$F>R8!Gk>%d4~V
zxmax7k#*hW6C?9NYzDTg3^nA<U;k6!y;h=9y6jxRZxu_KFxi4`2uWifu*}@W6s0$B
zOy{1MAUTSucZ^yk!|yIUz}fr*%7BEd|3w-}FY2vv-;Wgg7?3Bb<hI0?UWcx8St|&0
zy)vzOp*5w<DYw5a096Oo{MbUM+;vU6KVY@k5~C$>@Qho-nbY7+Mp!ctLJE2C?dn$X
z{av~)8^fcXJWqwo<UoF#CgdDVVJqo~DqToZ8iw`&Pzsw<eEx9L4af!alR33K$rGlE
zK&HS!pY3VmdQC5^XXG<z-r_>GgDEG*Mh-%i&TBI&l_DFa9_EwTde_T78LdoeP60Wx
z(Er9mWf<T?=mVprVZXTay7!BWb0Zv=>Gntz;~=9$$a9-o_MUwKfC0d#LM=llJSFZ=
zZ03NX+uhEg@GlIGP7Fj;Tqqz8q#@-R$#dm8;T8Dg^O_1c?W|)Hi~n!$H2>|rRJt(7
z*?k3!vLFQSQW!ylVgKS>4KURaex>_|<~H6UJThh0+PBZjE^rSeepWv-)1gOt%PFl?
zkt&hgPhxqFI-M?!E}iZ)$yM5$<1^8$-qbBNr^w<ZS0mm3#WI&5?OA(^pM<eH$KDYQ
z^%M5bmk}z*&u17Byig+F3M65Kv%pT?EAve|6?bjArPB|alY7hN#WL`qD3Jpt48q?(
z-~aK}e|d+?-ZO_R@_&oJX64@`-L;6YH2-S^FFyFDp>~St3hOtVA6rkl;TL&PVDg9V
z6ut6w+V?Ya`NupcKnUZ}jru~shw~&(_B8V|W>{2>jsdS-k&PO2jOiyq*TGm)O2&F&
z31#MIe$n?e%0NMH6Za$DdOgfLV00R{?DAYg6c*_7lul(@A2+JpNp+$98q+<e!lO<h
z!=o-ug~2>$FInQr2K9P8&4%Tt`Rbl0;qdC)J}D>p9QnV|87;yzffB(b9PK$C1#5bn
zPgdlL9V8j{>U-R~hhDMg%H*97M2YMHA0{-D=jB;<X3&`|T!lWItS&k}(H?rkz+%yY
zr()v6=N~qeD$}M3-VXYHXEDOLeOrnn;lMjpYM88+=xRrNN-L1v%0#j|P4*Fx0CIgq
zDyA@z?c=vCt=EDea*3X6+U{FeD~@j&W6<#I>4GvbnngWrXeCB24%oSIJtG|6dxB;P
z-hs9(nei0Se6^cmxj99y_w>OCSu}?5L)(TtEF>=Zgm~jc`D&-JCKX<>@@}q!%XjMH
zWgG9`{!u`}%4`cH?8YU=PPyyDD`I+*|C1Bq4fvU^i$>TY8S&pWp^#E`T+x;XaoF5}
zvHP5g8@w?ykv?m_MRjMvWC6tbM=nZG)qLAdqki-?E@t5G^*CPGpvP&}0Wm?CzxZ>!
z)dRuCyYiG-3EXN0DKemm7`j`TI$sfF4!BUgp(e%dg7g0GQ@lqGT{s`RybU&2dwV)<
zC+glYIfXiN4fpuL`|q(|7=m91Efxj>Iw;(yNUpHboFm(9w;!t*SJMmu0U3U>p7^BH
z|J_Cm&5%tg9seky34D)RIz6eYqWDC?$%yyRf5^YgjSu$f$XDrz17?5ZE^r-RxCQBV
z->lhQLU-7XZJ?MVu`a+TTrMxqO;~YI5zt_Z8r4bLgPA;k;VP;*VF!s^YM_D{xhkRD
zBx0y@eHFf-Z9h>)(U)}5uDhFnce`~r<IXX9S&H0cDde90N~S!>8N`~3?^AxBl?>HP
zstq`+aRwuJ8neA?`=#rYdRZIx!uoP{<+XbmBp0!T;5yr5_U6l1)(;%U0F{8YlC?k*
zZ_0ulu`W_E$Fb=cj>#x-1`0B?D4Ye6J57m?SC{Xfrw7s~V?2wq23@o^hjgo9vzQIq
z@a$Hcqb^zf)|TI;zl)^ATO|1hD)zG07erWk8arW=<%mH=OAWf@{~{9Q`&!}Sy!hA>
z3Z?8O(P2t_`cw>foObSwwq>E%OvuNvWfO%R?%}7+6pVC_#3CZ5G$@~hyfc^HRh5OF
za-vy!!Gh{@5X>QZbqE*|el1HiD>0C7=siagPWEd_s>!MXi-teG?$prC>Zc~+ne#n4
zKu^iIeir_pEXg4r6%tD-|2#CEWxnA|Th(vLF~Sn{9VTM(E(<yx{s_PO3#>lM!jF;#
z?fqz*<=E1UB_QP>@b_%7d5C$8+dcg+6$-cvZYpCTW(HTNMX&GW=>?w>G&I;FKcO4G
z!%63fkcAmyB-vap3{oBxWVx3yVE-^19=si1=k}%iWuO=B)*1z8KcC)T-~I!KGP~v<
z1tx4s5ov@==^)R;#T!<}Z-Lu{%H*4+{x%nGY}J>sE4Qb~6*uN3CGAQDcw#Pxaj`&{
zSjInu|D`EGf&3;I*x)V?46SiaeM<l1_)#!8bpxTMwwX9HHoOCFW3IzP@3o5idyVsQ
zv|DwC1_{%B=AjTAE9N;^;2O0sRg&_{TAM7UtFOU~F}v&jYfRtZCGl=#q_u|l`+)iz
zy3Nq?jKDqPwBwrD8Ex0qN4J0jBU9(wu=f@{pPd9@){Kk8oW4}aOt?UzUprt$wX+y2
zSM@YSb3op2&LH46pzHACS<ozpsmIyeam)X?q<#IU)R4vBjXk)qF)5|bn4qWQci%1J
zwB%$Ta2N^XfA1!a_q|6ucAsYkf^hN!;lN&)UYH(%`HwvUmW_hV0n;D5%AWqpu+bZ$
zVWJf$C64!WT?ti~OaW1JC91C}IYo}Y8wbv1$oyosS+sxw4=Tu?cPFVZx|-?6?+Uf?
z*Jm6!Uu~4NnODpGPbs<jrPg40UAM$a`N=m~n`S-az9(22WE~C^iTpzyu5c9IuF|ic
zlDeMU4}*gk<F6K9+dBx2J>6OT9!MTYjB6Um3|)E-K4A^^bNb-{=qY`3V@f~&smOZr
z39Ax4uy4Y^1VB=Dv79Hl!ts!&((V6|`Bc6eq>QyI9mKqUQ^rL1<F_5LXWpK`BWJ}9
zazSTUx?uzNe~l<b8Mum^2Kl8S#yOSDD}<Sp(J5AGkwF}uxDNJrv(G4@g5m7yNk|H~
z`uauaO#crgTQ;VU2}70vLwKztnfe5?QqocdqN>+KaYw|R?$E~hL1<AqMa-$aS2J6I
z)aGCHo{(HTexTiFZf}mPz?&no+9ctS!6VJu&)El4vg4$O5f%RIc4vm>yE9n+hwgud
zpw$8wV?Lx9^u?tXnz`XkwC$ZZK>$V`T98L48g%#B#K+b<hWJ!H2xGua)@F`Mhy+UE
zyI0Y<T@-j$ECE13!-_A*^ji3|0He=rPQYwUfx@IasXpB0Z=XF5^I7aF$jL0eA3-9g
zC&~A8n=A*u>a0hLg?O}C$$#$9ehUzz2cbz1_thCjygXB{xzxepHWg!~>ic*_YYJ)6
zN8B<@{l-Vn#kd>@AY3@>qNUb-#)LQE)vM{roX#n@dT%awoUJM!`C-#)L$0wsx;XCo
z0IdEuLr?AI$ft(TtemB$*I2*y>1+M_K2pNsQzz^@|6jPLREI7#kbP0OKjHP*dovKx
zAhJ<QqMEVsjKw2uu4WggWj!~D)6GyntGQm9(sS)fhn}O13UT;MD81$rCjzoREEuYD
zL{uF|>;W$q{6Pfs(DI`3Gc9B9h!hfvzexqI(M(4E{(9a}qT)~0d?o)#DEMPg+g>4a
z6e-9@WTDNqKpGNaptBpOGW4=8brlv)D*FxPtMfDYwY+e^RmCCYMx<e}n3E9do!s{Z
z%Yc4)3#QM-gVjR6upxu5Rvd0zSmq#)^15mqn*e72ot`pyUYWe`XsnDNs%%cdW-6WW
z%f|l3ir0Het#p>`iG?VDoO1(*r_$gv+ozYXzBp2dwj?_q2BAL+v!_%1&8&XnC!ha+
zUGi0^K{vxVxSG0~D0s$QM+9)L?l|T4LBoPFr{Z|yxkulaprACU%eHM_-FaC$E3p2>
zSJerT5<R9H0e0Hzr$~?z%iusLv^+CvIMYx*Mojf0oP+WBOO{tt_a}0j2SzTxny6tE
zL=Z0gJ%JVl;v_iqdx_JQAd~TC(`irMBd2_Yd=8gVF5%~d-=8ydeOKBB+%@Essu_Co
zNViH{sNOrpT}ztagt8<je=<z~z?j&JE-sKp@L5bB{XQ}yS)AKb1BU=rt-1#aC}Y2W
z8G2BS(e9kE!L&h)mcd=l<|3xqu9;G`K>A-_4^hUJaqZEU?l7j!J(=}3oPNQ&Wnw3|
zu;D9H<C+u`z$4jxGxW6>e}b|5+c>vYNV*6qSoyCV66oNs3=4dI;A>*J_EIf>Om5WV
zh~7>k3$j_%#k%r~3q)n6109DJy>E*uPnp*GXaJ2x_w+@3d5+4~r2*=AK_&z&NkVr2
zO#T^^yw8f$UZ{;L#wRkWV^nwXDz0J4FL!914HeE&r>z>#(qT>?5WLM^mR*HB+Bt4i
z?xQ!I^YPAhs;J4SmA6x|j4(*F+63#nU_DifCvVJ*2#I>kQ?J_%WFkT@WX4@{2`K|%
z0+4jCn{7*ft5kOh)`qDtVFzK?TRtRtHhm1~)QeBabhlPx?R$|muS=-HI(RJ9zAWi*
zFFn@9<WTl>V<Ive!(%&>PY0Ev3A2e!hbi)8A-2}4%r$+(n?B-|h@{DV4c3-`>4q<t
zF4hE~D?#VT3Olk~AHhe_2-qAMvHJN7)}qm!2?3&%fLQoH%L6U7Sk`8+F63DgcPZ|~
zHJO6k<!PZj*M*gN<lALnB}A#&7ks*K7o;&m`jK<3RBozU(s;<n2RWg8-c_C=O2$e8
zPGSU<?RBPl*NuRn{}yJG#ij2Ef`#BFjZ!6Ed;V7mJj7IdlH=L$Bt>4q$0W>MMYfo7
z7o>5S<j71IIAI@BUX7Z=kE;l1e%{=*d6;<HSZ*hvq{4Z>g69GAIVyPWv)$?aBAIC*
znGYoU;{e_x@CDdEV&?LBMj-wrd4K3#bdr~s?zS3~GaCsA%Pa&$?zuEC8p%>!_kBqN
z<MYle0Bn!YT}fh0IF#?oxlcb;MSHIAdiJc=M+w*KN3k;}jKyi+-|dB`3&^L}Bo*|?
zKa<Q2_x=E5Q&|^{2C`L@7_HT?Fo>Wj@#}I+C2JOHa*9DFEjFnim0iP;3y6=K340KH
zuTJjt%I%r1Q4s0#mH;(yl^*bi@a)+3z;6>fvUNrwHKoB~Z!!(h_7nP2yZ0LkM;|9=
zjWg7uzueeG^ic^BDc<tsG%e#oK4%-&XiwXON$QLRzPwQIfY}MbF2c`OtXxl!n|?47
zm(<2odM6Xfh!w)i-r_Y#BMN?DkrjoNOoJ>uW_bedv)G86WOVBHL{BS8K`rKQ(W}l3
zF5;G)*w%9+mIoy7DmYou+DfVy3;T5{f;hE#;bm2`X!n;`&|?glwWfruYw#_Whd&;&
za6nNQC1)}J?`|k)9^&Wj&98f(tXhAkC#ZV$Aorl{P1NJb>{rr1M0z#Ybx~x$a?C3W
zSg>tRc*R4s*l~u3$X=4;7b}hH9ffPu`Jatm{IgO|cwxcDQ*iw~nVT5a8Z;4JifC;4
zKt+RNgZv{E{)aQHjz+RLr<;;-6&4q<;5ifxWB_YkQ3Ujd@!-Dyi7M9}soz+0{WvM8
zsIr?IYYWISqt$ATfTB3@#tfxIEGs-iiKtrf$d>=Ja9)7wfgTwI=b()77mcZACA28g
z^ai_ME(3?6K2M0^AS5I|nK|k1qUiRHvm^|JB@u#>Pp$v#i0FtG&WYT|5NT-XkNlq}
z39=*TqNOowX^8VJ*75k4ItWf2e?8uGbsyq-Bc#k@0?Eg%*tHgWMS8^GwJKX9z9gTy
zaqsH0@fHC5qNVXc?#e)NxNjl28?H4BT0gBVJ?T&4B)^mN*liN#i;b5`s$nHx_X>7Y
zkWYoxyW+Lk;n48CeN*a(b2m9971xPs)?7c%NBk%a@`D#Q>TeB;@Fcyj5~i&q*TOq4
zJusmfD%VuIa++lAel>CH3k(r(;7spOJc?r4_&IHvcKz>xIcfvgeh>XE*W3TGM)1{#
z6MncSgLcC6BNqluLGoE94%C2q4@AV8gYc{8Sqy<8fJ|tWX)azX^9M_zG|F0r{khhw
zy5H$^h0q&Q=%3V()Xid#8sjP1qlu)O9F43wTJnK>wHFI`(;~A7(#9~sUug34|2X$)
zOKuut+qU)dGp7>ebL~+Ow*cHHccaBrA_a2^p`-O~aLFtuD1m6zJ$n6Y`C~Jp_QS#T
z(?=78Fm5IWZU1bLX9TGJ61^<>9h;6tMx00594(fe7Gs7%#aZCjx6ox*)vQRkYfYrw
zr3sEjafl)~i>mYc{*ssP=#`Ar5}m*`whbfm*jq#T)N|VvUN;kfabMJ!uk!6H{B>`W
zR7+^|9-SgaSfH+?>PB;>C@jO2mbM6^gd(maiP=nUh0c$AX!roFEY<4AZJ}T7VliuP
zl;2pIJc0Ga=B=)Z{(wk;XK^;JU3T|Z4}5l=aHiyvIO(Db$H#%8r;WOvn6!M$d!O^$
z5_-O*Ui1svHRU8rw|;~-hqoaHf<pkiu3yvJyPyop52yB&9Jr>9J_PCE?poXZ`n@?M
z2}ISh+!L&T%T7oHZmy>G>aYWxnsxP6@oul~%jPmR7GQ0f06uNL+=+t?3kfS*z3^zG
zMcZdurAqz!tAT0HKE<lmm&UuDuvOc+;H}(Nf~!&AHV_2oox|A(<h;;JQht)O%dlxa
z`cXCiI0g$SCDVXM$E{v(E?$?d)B|Qq8^w{#<dei%=93st@~A6>*mV_&I^(M8srCkx
zV+)&&b!KB!I-ddfygUT%$oyvY>$g!cCl3BrS#f$UqIo?afkk2uFs`x3!=dQPCYD($
zfWvfg5+LWpE*j<@D{T|Ime!Umwsfg^yXU>PD<KZuIwvj6k{&2n6>&w67#3_3la`hb
zunKBMk|1I*A@N|mEJ3`U{rHLId-7WlFtCdBWogRBl7TasWsa%-z*7{@I%iz4Q*KgU
zM5G(5+iKX{c7|3=b^5e_QRdu_b!WHzsNuMa^`*eE2K_Nb@+IZ_8!y^8xl15hT(lTV
z*^14mi$p(iybLqVad)ZLK;3(my6CP?sWZQDF8D`ml>E*3!gywjz%N{X_wI}=c7h=v
zSGZ_uR%N@;ux+YdJ*g_s6HZbX8a_K8uUkaAbVj)0KdaC@=Rho((inAJLRqT4I3B!3
zqO&3kdb0(@Zsrqi6GzexoPX$*XZ6KcbC5hvkJ~yv<*$xvQB~FrV}|Vk1SL_i+)boL
zqAHc=?JHyhBi%ZqiizfAkT=ljUsOiL-J6D`y^4wIL40sGo?CqxW~DO|R_v`8qUUw8
z-iMUYur@wXPbW!1S->7-%1#R2#}}NL2ChSxyP&6G$t>nz+13MtgddjPB%pfByZ21N
zeCzMa;T;q@SFM&fDU6>m)))5IBAi5I(k}D!o8Svo@*D|s`h=;gcV*5Wl^J>yswhN4
zb*M&FBKm7D+P5oGB!>BZchg<l_^4#POP&6D4Bci~#vak9bRttlt@TS)rM#g-#X2}m
zg;h*i70vSQ%vz7aw;g4EPaF3wV3Xg{qt-ec-3oP(T(Px#2yalSnOa)QMwN-C8tX_>
zIx0huW^^M0r>^al-eC08Ii<V`yYKCC1iY;n>484P5u5XE)&wwLq33ee!=i&@;xBd(
zv#!sDH%Y=(7ysKocJHSMq2K;!e~5my?ZE{Uw?4F`ni+VTxzB%myOUV;V|CXYxUsP5
z_#KaoRr`X!Cbx#r9iSyWnXWHcGz)wP#CDOw;Ux8naS{NKr!3G|B?y<X?TrbQx$2aP
zB1#wHeiTrk^DZunz#Wc7-p5q9n!|NuXay2jh@_vKKO|nbgpHa6%^>Y$GMVdVo{9Q>
zT@;_+i%Lk@Q{j^a(RYxE8q@pO7N_c?rQtyq)OxGZ^Av2?dn=9)RtJp7x7okKpJLq8
zZzjm&p!JhqjFoaKeoTt7$6nE#RmC$DbPI=-J`d!qJsVaQM?{$8IB>}-`d^#hm8m@V
zO(XBHmYfR`;p>apkFeg-VOzu*x+-IBsiRjYYgU%$%1yAgJ-B$~)U6t*)V+Td-u?4!
z@B(wC9~wTfoCpnqXZRB7K41U3pC@=KpRkIn&72m+0PY8r)U4=8k4L~@#>T@$^O=s2
z<7U}|VEpS7lR?Uca#8i6isVIV3~sE$>_{gweJ<|;7L|wGh3CRExK{<f8o#Fw`x1zY
zwla9mptfxbowow5X%_#kj-H*1OwY}8*^O_)W+`Q3nV9@nd>@yBGA)LOp3o+=)|D5u
zaW$(-(bxZY#R@D+s_(>%p_KNpgNX}%L;FR=M4&ZybiwbR*<I@3O{8~~f_<QP&)P!c
zE(jJb&gi%`IX$<_p{ty$TZd`7s5*$XlC?d8o!jbq8F|h%?@n}oD1Oh1gv3G1>7t|7
zwI!0q7QL?$V?6g$apxjq4Rf4My#+XY-06Cb53_tNeZG$o3%#Y>2qZ$76uvHz!S_8e
z%uI47SjY9}8NX*Er^EDMr}~m?-x=vX=hjTahQ>N<2G}SHc-LQcxAD0_rBi7#Pr2i%
zXh$T-D(+@tQTOQ}O?Ka}FHmPO{Es600R=C6SBl>WWNW>GhJL}Z+ZvWu&uVSX<R<}j
z*?#D+da74q-}r3T`q<MbY>I2+RN;qvrD3*{Bb@N!B7~@!(@blYCu*FxOnFH3(33S^
zp1B~_Y{o1*Fv{bw&=EaNWn>5zv6R6=Gp?hO`F?%AKJzh{mk;`~hdVRbnmSvoN1HSG
zq}7qEv0~dZ7fw!&i+bzYI|8Lma3m;Xu$Ig`Nf*)zkD&SGF{;k$hR}>$$DXIr0Y5`3
zUaY*G;w<XF9u1!trXTb|eZ1o%9TxR43wdhefIPL4a=OPBqJaGbYQ`E`(oTyeduD@y
zot>Po2{o;ECX?futz@mx-yud7ZKc<VGTg7o{_YSiAzJGeYN;}*@tlX_B{m&^ic$Uw
zw@WID=6gQ8w>)i9B7^IfN%6t8|HB3F?ePE}zh3s3?kAGaY(neU<5PX{OF)l71r%TT
zM@--p*P@fJI~?%K{>aZ|^82r~o|OOqi>zxc#m5UQ%KnDc@tnC-$W?_~7B_!8FH$1w
zb++1RH&`ukpasq1yvIYp!`s@=HTvhNq4pTjjwa)(4-rD8_RTrxj_kG<ka`4N`oaxb
zw*4bb@BSPkJH~Wq0I%j8CA9++<6tk#HU;%Ng><+@5xSe!xE4rA`D$#G*0{%)Z~t;-
z2l|Jr97WA+C4mqhP!ARj-;?cR7fT1%4>L4Fd#deQojKk7n2GME?B!NhJ)!_uumlX{
zc<b50B!w6*c&_dL3wsdIf%(isdY2S@0gHJF_CH>9-nMqv{PpzV9?6w0f~`$VafRJ;
z!rXnuaMZO~uiKKw2wnZRchX>j^3C=2{`DS~KEkmu5iWJ3H|6eSlpNm=Td)HkSckGE
zC$6n)=+;U5k3%_uQ%NMb_0@0W?plWgw@ilXPQ|N-DB+jLb=;t~xVGW*io!ie;f@zd
zfzEy0ub2I%1z7gFdjy#)1HgHhf{e3Wm{^L-53!>f>fE=g5NY*$Hfu{ct6i#W)n#gC
zQ|{<uHrzF9shs%{t47Nvt0qg%5j-~BgSO|boMrVPLk4$N9g>gwc!VKVd(D_M&&4I7
zKZsEzpz7O_4V%EYb<i<$mxGMniv5~(?QevWH^eXKa?MaTYx=W-$N?K-3_&H%HPccl
z-XDi!>lkM1(Oi$Iug#)n^+d{JKg(%}mQNAVyKUSqCl9=8)1U3Lax+F648d-(ESYx%
zrHiEfED&wd=``!8#&r(bOu4m0Kg^MoP>6P`k|50TyQEHKl^-9naxoRQMME-enGG&I
zg*b5vA*kRaT0Pi(91!!acRXFYQ2G8AkvRZQMHo%xJOdV~g9oX-hW5BgMQWgZ`BqCb
zW*8f{OByw0tgN7yx1v!nCyf)CfBi`Pbt{PFxFi>0^a!8Mnix-F9y4P<YaiU^pBQg}
zDv+ue{s6T>d-CK~KfWeK!Ry*ysXgu(Nt9J`<<-35Bp5l&bu{dKp>$gXcP|GuW*W;*
zkkkF+@AA}gccFz@!H$hZ(cFovFbI~2Wzp?ysJB-nam6iHRw*yUCG;PdqQ!8Cu8Skt
z@>L3%v&7KE40C*D;WSChhpfs{ClnpuN$7x_UHNPlz$Qjm%4d*_(3eU{)cR7i_!$cC
z?PNt?*P}k9UHv2#vP`*WVAW5IGn`%AVK2^VG6ikGqZb=c*7?DtWY#(wrCvLsn&?Gg
zp7XtkMQH}?My3qE%>eE&&US|MLH4Le&U)Q18@R^Oce3g3T+w;CgfdGrFW0}CQZCMK
zBF6N70_GO;rg27TKmkkiS?0f!?z|p!QK#kUq3-bmr5va?hNw-^N!w=F2Q+o0Z=+JX
zG8k9<!E6e7ezLYxUl!FN-}WdVJJhFTv@8)OL%c!zj6s?msLp#CT^@|O(rb+H#X;6P
zQdktL*n%!EU6Nn~f8|xZ;V+oWqZR8@w9yc8WzgrDx=5hz!R1^+^|6_ko(;+|LzJk5
zavM&zM~p7HpV2A1<t1i6`LF=HJUOEg{niaz$v#Eiz~A2uKJYr`CaqZu2PG46=tJ<}
z4;%4xoi#B2@oVxMAnal^`KE{jk<3G-xyd|~ZJ5a#>rnRDF`XgD$W@gC<c2h+X8vIn
z_A%CoAq@9y=z2!xs#=)yY8saR?wt4*q??xe9zPlwP8vm&H0GIGjgT1M%dC1Oj2I&=
zUHoiz_Lz?RkDvsvis;~)3=J2O(tUlXA*S<M=;eU+Flbu?UO{in4#{aSdyW3&zU^^~
zsgZN5P@}$iy4Ao#x2T&s*m}2-i1YVKxi;;+F`cfdF#TQ|Jw7L+#g;7QggC->n<9$9
z1Fhfo^h2YK=V~{8bC>MBsJXWvq-!=c3f8d&T@nlQ#5wPDVB>n2urcwQQ%!=+)e@Qk
z?Y^GhBHCdu3}HrI<MVZoGBx|a1-UE{i1*;hrc~wh6rHZzKUiA-OZ+G?G`?WrA1gaU
z77OoHG=1(T5F#UF7L!$H!ghAT%JhKZI+s!;SNtfpq;_}3Hkzyg0zC(=Up}f#>d*PL
zfg1)Q$ucR0$?#+!eE&Ei_->#MMi6ccH=uzgRCe!g2;_M9ai4ve{=MsXuYBn!i=x{@
z`3FYN61whkeo$Fwp$gPliTq_ptH)mG*QUhZ5#C&^W`V9}A?~ALo&Z&bR>1ZH`pv;I
zHTD$<%bZIz7&R3hp1Y~wQ++EB4gp^fDM4-sXb|DD_O&WP+zN~yb_BZb`{a;YdyX5`
ze=Y4@k?40bGOnn!LlnV1ffp@pr^d-BeyAs*&fQ8UcPI8q?~XWM>O?bVxi)Wo3bpbo
z?XF`vURi@iMWGa~4}V?}C@FRG)C;NJhd*PJuAcxPEKUMp*_Y`&`CdBaEBkdZC`dvT
z=!S7(TvW#ruWo`-Z9FNAEX(f0;IL`1#(gJ_ZO5`EVpKn!L8!5zGw5Y=I$qv%?$Cqj
zs1n|{CK~aaY$g}6ii@%Mb<*?KRM$CE-R0i;dG53q5ExIEA`QY~gQ)Hom9R{}U&*&W
zf*$v%yeVl!@T7`dSGXQ8m-2<;-9nx|$hV}znA~>YozCZl2($-DVeiZ#AYUh9Rrl@R
zN-jx{w=17&%nOD+V>1a2>!(dse<uQvXN-bPW!+#XYma)=$mAU<Iz77LV#^n4h6{?@
z*kb~GUz2Jnp2PGMcPDIGuPOea&jtmp^p3-%A2mM~KOfUrUpcTdQ)_vu2;8A{9Wiv@
z;-%EgzG=9u2W>P3YW$=8NYLjl-B{BO7Bu1^et<?JB+z}m!pQ@bd`c+Z<j`k7$G;E6
zFQ$BNE6eq?IQ<1j#9?#N5#oRTn!$R}e5c74iDMVyoPkr}!*!Ab&yHhVUtaNmf$8sQ
zK&E!^D|f=>AV$}U3${iILwCZ{q_%4$Lddj3n?xg-mvAlutn2BvwkUu3VK?`jG6pPd
zQH(t*7mC}m|KoS;guBSRLbxUimN`aLh<@>%30WOL0z;kn27D;BSSe15U4>}=hmdix
zo?|p&bMDjG^}FZ*_3~!bCPUcP4RNktx9h8>gi$&jm`1!3`g1t6=!#x4+?nDJ_zRl+
zaGUGIq;6qeXo+mxRPUGUixvdR55nL59%un)Q=N#0C4h@oO?^LQ)yA9De320+z##lq
zD$CYAI!C8L0!au6O;&TYCfnay<a2`Ys4*PnTXG!*&R0LUfz>(XP#V1wgJ$;<P!+s%
zM8}`(6ZohBC^v7h-iLo%P}hLT$dw2r3tBVs7{O|C(<E4a!}c6Q1zHnCX04!-AbS6p
z0IpBbg_s${_F35T9bNcRDN=_cXheNu9;(dJ#?s@&ot&m#`>kH_*y(e4Gn)8tt*1mb
z{He^J4@p@5v;Oc;WRnhXv9}8w4C~csC(T(YhG;PO;~{`_7J;=19~W%vXN*+@oa@Q?
zT%h9^M0sDp=fq2{%h=!n<T;Z_&7VynqfUwKknorsf=+5RYnw7I(SPq@8EfIU7&47p
zzExBC;l}sZn_#^?=N$qZA)uQ;;dUzsN(INw?ULR8z0lK2Q&r6g&pq6;;yQNv=85+9
zwI2}7&8o=_8g<DW)orKLTPN7>I;0JJ8H0Z*^)>#7noE4|@wI7g9yZNgB;d&Dtu(Sa
zn4>*Oy_b1)H%uv81~e7dK^iC)_Mco~gPRC=;c?_nQkXP4M+yJ5rOu%Hk*!&@80PYd
zD}E?V5a*=!h_5QPna7~*WE2fn0yL|c_ixx$19y%9DCs-@BF6WLAgu2q&T<m19eNHa
zQt|g7n}jSX)RAm~-@j8oT@?n(RjE-U)kKEi<DiwzdcMZ@I*E5Xb(dlXB&o^sR3FFA
z<0<;te-knCx|%Q2VX^_y6#h||^jD_+F;Ek;qc>7p@>_{3!HsF?Ug}R=>eue6e`+p`
zXHP5-nf_8{?gUMRcQ^1bb_oPkcZ${vNC%T3jXsXYcfz6FloZ<KHM=pHod?hW0D&jb
zl0MF<g=93_1{7Wf(>I7Y`<aPR7O_C+>Kt;AkAZ-V?TFk?f%E$x$6m49l4xX6@O8~H
zH3RL!{SJm`RRSnDCw*nQtua&=?@RW~p}`GltbK}T%(5xHt+RE)HQ>c%w0#-V#>AZL
z*jR89r)^AJG9V&_k7f`POPnl*4vD%>a6|RcUgnREX(CaC(2Efi8SW?Z$E_@Xsa*vn
z;S$4RIc$6B4r(+dhh#*V>v2`a9&EbSxN=4=!(Pqg2VG72HN8-{LM`zE74f5~+gT<)
zGXtl-aU?8^ZvXbr?S3=$O!B)l-o6c`Blx?18Mgw7-Dx|!kNm1E-kY4_vvsv%Lf*lB
zZJVRfzc7{J@;o{Qu5qP~?=}ZxysJJi4qQqGoh@E(NUataI+GT6+#62Wc#Y8&sjR^l
zHl%9Qg{(`d;@J^Hi)mAJ)>;3sYE5(KG5{UI{f_5B6NJ4qew<t{F!N9#w(Tdy`}0Hk
zRZ4P7H-cYb=H)VoBPjP|)q@{(zY1cVUHz$A1eD0CSVmV{$NI?ABdtVC9@QFB$b(2{
zC#<tbZnO5`LDdHCH3f^w?afzZubr2})NTah@O~P1gOX~#6*ZYiB%6x>!4Y9dj&$s+
zNw1dcJKBX~OOMXO`adeQ#(`bUJ4bJ$tV10?CV3=HA3BvQpsb_atl=0$q|_lS&H@+_
zZ&c7Qv!t`u(4iD~2U=Iu?*;$al$^cA#%=z`OQOq}yfDIyt@DI0iF$gEdNKSQSmL%C
zYaB{)!6?d9eVtY@bc=PK|3QpjYofSFvOjcv`-AI4o8OnZ$1}1t0Z+gAYA0*`?BEw`
zGXG+aa-DR(@~d-Tp5qwz>)oANu*D@A4SLEl;ot8vnk<6Q+xZl%q1bkHhq{$;a)-HD
z*=)OPA}r%S-{n?(T!!8%FKf&D%jKDH7}6QTw(69<ArNG$HA9tDnSUb=4x4xnLpd$!
z(=h+ZPfGnAjM2l8TNh-@ojQw|4&%BveASs>XVK5;Zl?-tO8&joAbr1?1Z!k#04s6H
z)JsP;Wuz80JyPx5wZFUgL9Jr`wwDuH&Ql(ed1*R4$mX*3{uAdaA9v`?&-K_baxrlN
zXI93+A``%Zj+Z_(<B>+^8EI^2mABYCw#`K&NDK(#G2hav+$^VVBL7QDlCu~nYG<a1
ziagaBWkDDQ>)=T`y_F2Auhyd2s6lKHRtIqGtNE5v00PBbpc?w5b(66mk#WU4crUDY
zA1S5Id~o%n1X(%7&+9VBLl#x8;}FLK(CnIVO)lzsm{)Oyf7u2FPJCbq)4P?%hXcK<
zs66r&J-9?bNjy~X@F22rb7z&eVb~l*R&og)ZHU_v@PYn)rC)hx4kv{uFZdIXc0J;B
zMOoh$Z!uxnFiVvgQ+ESz-sqUpMpnP73tQnYzdCJhm8?Ura<H?bq+?{jPsms3d*)uh
zImG7dj5c)Tog!6JCrts{<IOpe)VGT@i`43PhSd1b)UJe{vUs#k<<yBEMd*iPNnm|e
z>rLO6vtHO2J3X)PHR8q7c|!4V)!-(V8cvwV-wpu?cRL7)hpeDj4G70Bz>NABFK@(?
zV?e5z5&vxonR~8UR7w*>;$5cS0krZK4rXOsupp$f_WWq>ypdvYNvkswU-yqi^$JnL
z#YyCUb%Jdus4FMto5^!>bev(yQbx?S{x!Fg^s;rO3RoC%5_F@%e-i~fe?s5~gvdWy
zvRkpA4i*Fs4fd&Q1-e<+HhoOfQi=#wz#6>A_-w}4--)pFCwQ?0Bx#98vEkUyO@Mew
zK0x|o1bNTC#{Wp(5;1Q}EDL`&^EM4z2RD@5wFmesTsup|y&T!e`u7SypfGx9ymcTE
zM4ql8jVgOKUBq81vrX@~;W^Ve14pqL)2Py^PFKo86tHM>)iSNEo!I#RE8V=rnaWVC
z!DdyT>S~YW-Fey4fQRuqX{wjN&TC|)cmht7L0qrVt$Oo>QNrNpbv)^aguZ%5Ov;=R
zUI+0OA`>}XId1-qxIXkLA1(-MzhZrx2OR`6(Exw>k7+4@Dwn5$(k=kcDu;E!^buN1
zK-0~JMS9rf3AyB68dhRkoc+Bd%xg0dO@8?=8S7vGIA)4Hy^q5%jz&4G#6LzF{H7YJ
z&KGK9pv*SoKZ<`8ADYRVo<$WooJoO`I}-~-tberA)P@Y2DX+*&KJ+b+T*jS`qJWNf
zeErm-++=dq9Uj-biN<Edcpx$rpEK9)7KoZ7Rbtu-sQ3;2Wx?pRD&TzQtj8yF<*oRk
z=AX@xUsMpyWsMmo-Kb1YGd@LS&|YH8lbMal%rUV>T4|pfHQ7u$HC~}`7a`bVKZN6W
zt-5TyX|Y?7?Yw!;+Z3xtX=|8b6!ANlYYPi5jdKG8jNQXl!WGRHz-L*|Pu=eEn>`JZ
z@D-`TCR=OORSBN<Yf>f%r|Ec5Ow=O5(}|HOEP6dCRgc6=n0`XXrj;n*x#>(<e9DGs
z`?Kl8f*Oiy6Bci+A1G@x{BDwE=UFLk4sgb?Od&n81U^s4FF9(vy8NK=<nG&XX@qT4
zSWQlTE;nG=eS|gYx?e`*ULoH#LYttqc$R-ZB}|Q4t&<eK=UdD?quN!}rYoYv1<i1e
z*n;D`mNmRh`vfj59`e(6L>EV5c?9VBOq@3efxz!h-b)2>*5hHs(@s=0x7<t7V=`0E
zg9zw9_&{XGm5P$4h=L(Ldw}shhy3c^)a@YDcnlo2-EN)<sOHNKl<yV8Poc7ondy!s
zO#d4gM9kUKCgnTy#ABW%$)R=}{t8A0^RHQRD!HAc2-PB>Q`=)*UG)HA+HBRYbhqH#
zYZ7fx`zM?rjqPLj3yZuKTV&r&R#BFR$6-?0Bl+Ml#BpK+1X`-Rs+~wxv#ytyog?Ya
z70Wx#&P+&?6EE;DXOGR*dy?uM<!2}m@+ViQ3N@XA)>uvT+$dqTKs08wCzAkn*Ir-k
zGgB7l4Q<#5o)KgVK~BPAK!@6ZV?T>sSn00Jwub}PT&ZaAE@YPgr!SqO^735RZ})5#
z@IPf?tjJd)LgD1Va^Y5Y)W6h|S^M3)%?2ZQNH;$oZ;Q6uIR&KDWdk9V(zt(tz}JxZ
zE6^arD)hexHTdd6K_sMfl!3D(xHzfwg|3~>26bZ^j0KGc0__lGw`QthHd{(%FJ|sK
zHb^VN9O;0Z-@w^0dz`mGh(y51Ou0CjYTu5qsaDyW(tct@bVil^5c2>+qq5#ind)y!
z02UU3>g6OAEnrs9Bd+#rGp{e&;}pK6f+B4-Aq4z5av4V;agcgxmi9E2E!YpsagnRd
z_yY&o$tWDCTB*zITEx|)eX=XHmWN0g_IfDe|09@le8=#V91U;M@Y6TOKR4>h>PQ(S
zZ73CoLz3zv!G5$`XFPqGd8@>36lTMLq{2!#T!LLw7@wOR@^lcaEG$@gF_8Hzy~g>&
z_qO9wZ#pq~AG-2#)>@LaM5i1)6mc^!Wv6f8r?I2J)X*D{odLNT7XFv>K(F(mZOqzt
zx2$KMO>>jSZJv!y-viZ;+|=<ykGg)5sC=VVleX8D-$1M2|I~_n+%1SDrp5|GA^U*m
zg`Tv@S&}|K_B^M>=M|pQBzr6VtP%c^DUGtnxD*leZ)ru3GnvwsG&731AsQuDcG46j
z!fmnDwTy(Qex?^&XctW3c}h`@8X<z|wxEnnx@$lpPQ`QB1Q4uNs|5fCl$#t^)s7P?
zVrY4_*mt17nU7f}ZWw|eLvA21i3l^GD<;W4x|$42V^pL`=ZN33hM`4^Q9XcN?6AEy
zHe9m+RDIni%!Z=^E?*MxoP#z=ef^BmFI1?sI2L1ZyHe$YzM8=?c=Z0Ivix*I=wd+e
z{;VLxov50n=2_%z_YI^wv%<)!%T?Mv^%>*zFO*N8J<5m4Xyd?}Yr@9TH<_Me6OPwV
zIM^n3`vK5oht3X+fMwN{Wahs-JgQ&E03Z;31p8k#-FBSs<1k_O@A8f;rv3zQ{rjJ|
zM`n<3OI9Q$S1x}Bby{n(z1NSFF8BE?6t92zz4sA#YKM?*0+hP!G*+;t-4wR;Qy7d#
zeTPC$b(Zcm=Rp)PY*XL*aL(rE3P(n52B@Z`4BEv(t5BvMZ0Q;!4l;lJOwm{kuMT^%
zT1?uz5+3(O&0w@wkM>QD<Utb_4t)0+4IfHhkJ`q3n=~A89lEqZ^9Hj}i25&CJ@>AP
zsp-EDD*S*dDJ>%MO43P@ndUJff%YSeW!cWdqwp`UwkS5_B3F{N4iy%{jw+JuYUuC$
z{1qe_#JAGB-@M6-mf#EAhQ}7}3Y)lWHCV^NkChq=u+f&(^gZ`?1ooFxD|!IWHL2rW
z6>S~}CHiIRq7^Lozc|5h(oxSsax>zXq=~fq&a&P=X}X^44fj4?wO)sLRf83>%fmq2
z$F>I&j@)5R2Gx>0Q<0pTB|VWz!T-O}hTe8jCMQD&1U)(zKo-IuOBSQ~h2Z)gH#u*1
z(HV??*xZM_rJdZ(w8}rOS`$J?nvbq9xrCY(;(*u_tuQmxX;dfZvuu{>bW|AOe#B?y
zDeX+!5|o2KSnI^KUnJfkcq;VjD}=ksC9rXw>voGR8?8z!_=80Wwa3r!Hn%dzvjB6}
zOdHS@P)3Sy4^_Ry?BrnpW_V5!;|)9{WHE&+aA^+xT^R8{3Bn76!ujorxSJ35Ivd<x
z3-;HDHvy}R|2-Zd#3s5|L}`yHwl3S77l<zZ8sK?=SfmN7F6J%rH#P}!j6nY54%S6g
z>0w7ZXbum7ZF%rYL@7LU3-yrAn8f&@`LvRioESzj-V4-rqQZkt%{71GVtJZA-xD{y
zslds19+Q1^R9Ce+oKW+|1X^5Bd`^93I<Td_s%iB}$j>U^lNTY>Fmpz+t@{036feR0
z@0J&7&8u5*i7IRNi%?m^(V8lciQ-tq{%no1?_Fb<0@eRfaX6#kC~MsRAX&91ELj`m
zSShC!1C`UML^c|73GSP*7-55@DG@LWLqj!?W_eBkC6OAZ($q^tDSvr_&OJ9E1Xo^m
z5V-avph*c}<+1h6IjxyJB+_|B`eXZj{FMclvGZcAp+qQ5L&U{tOVSf@l9<GvFN(_@
zwYQ&d3s9;Mw-&T&i^VWjA1>=1`8-;LL_XQPqZeBaaA<jw4C`xumDQk^Pi~-*Xkj8v
z)F6t>P-S)A6TfVfN%Jk9V_TYynIMD4$dt5$N5d~46CElKK<^WQdQXl_`U9kZ1E7j)
z?4;+AverC_1F>1_GEDGT`4T}1#ojt~@>^LYccKiGG^+*%MZ5RjmFG}(L0^f&Qi~u0
zJQPDbQf{Tfrf^7RUS-ArbXzZOPIpioQ}%zOI26(&IjGdZJlwK-*h{Ud3JMX4+Vt58
zEw03L`sNI%u|p3da5l+;4WJMjqgVu3$vs^nM4}%)$>r*CsT6($aSFo6u=TPsUpY1V
zoNy=-on)55eGV3y)(ir}UQQRdQrY14!l>c=x-D->a-s#i9rYySq%Cp{CWSbDThR!W
z^sDDGwftzXIH6`w{Jix{6!YFt98P@{r}^bVMXQgJI*vtDY33fTT7V=YiVn|Mv{TIa
zB^+Q`j}rz$6Ut@@2)1wfdo*Zt-r>q7h}q~|CB+DSKtBIr{n!op6P33xsL$36hn<w-
zJz7&qv^5=C6kV-BF`cgVtT6Z;I=Y;xTO?L@tQk+H<WEf_zE=?4FpDRz$kVb<hV0~i
zq48`lRTubRY`qoQe}qkst!X5Ng%&<NpklY;E;a9MZ|-S>drD32^qt4UlLZ^7#k$j5
zReQRAOjPc0)cy|-AsbMMr4D%by)j6ely44Mc4iKq`w`r7>f)YwW$@?AzctH|5Xvq(
zJYgij_Ry5#!ViIjah8m1QT;oD$17=4UAv}K0ks%cGFXMNX;DRI7J;lHd=x7xgj}*R
zW;5$V&&uoX2EM}d*)glh{PfV!ueS*Uquw?q#*?6ON*^`^dOTJ0MSONtb)h7EHmjXK
z6S?@HeUCa+H~r<$#QBSWIu9mz@n%RZ&CP4eRgPZ!7vl*?q^zy(p*3$(uTUbUtEtMH
zP#A%Ez}*J4`JIb2%cZ~9FoIGxQllS;C?<*FhG|Yo9F;A$Y?+pKoubrp+}i_W3>YV9
zZ{c&z?)GF%=kKe>xR<WICm_R_Tv351R~O_p8h{Bi9{AF@=_qPctt;O|wHYka_x`bt
zFx!&l86x0i;WfSs*6A6bw3|kBDv^uSS40$7lRIvo`As;<hmw`MgW=QXJs{~?^S{@C
z5{P)o>WkveJ0(Z93$)GUM>yy&S9hLkG4T-l{p(UZPT$+7rygyRc_6%E!Yhu%92K>*
za(Uo`rK|qrs4JH-AgIwWz{{AK=*(K%p?<5oIh^3$M&!h{nj0H+xsCGG&$CkidWo}^
zEas`5L!g===SiPx&gY*1jmy4PCPrkD^*yS^@rUA2`gEg)GJo8}m+)EnaG!ho?bh-v
z(sS%JJmG!O5v?smIIoG?@?oN?+4{o$amR*UrxV+K*J*Vjw|2xF9c9t(uGS+{CwKMz
z&=nNfRvzf9mamFg+Q?MS>_JBXh$J_j?X<5^b*W{+_Nk4#_VAlo$+WEG)RBZ_ZrmVm
zg29Vh@eB+$R~r@*X%=!*CDj0opXxZI9R|5K%}2_ZW)J@skwUWjK2mz$qZEwEAR=Q3
z+^cMwrd+gB>rCale%b~j^y{zYeq7qx#aa;Ny6*1dgFq-kZe4nG@jVGf4;sLUAe2&k
zw8g3Voz+3!fe6FB%o;uNr51ti8^26h-3rD}{r|%SkkFiKIEb_8B~DCtglUdn4GczA
zb+vX=r3qZnTwib#+vUOe6Zp6DZXCdhlOxxG(oE>Rb$gSU4i0lNx~>7?BH9nsl*uip
zF(gO_Ju#Rd>OF>mu1w2I4i(u}dzx$5-OJ&=h2LkwiO!N8A!oxKto?E)c@Rgq(%t!$
zPXF-Z;m+Kc|MXMvaf@%NzMSXlv)XT}OKnk)A8c}AazhpjVTCk^n3#)%1~F{blI@et
zI^=2b=MV`EZlcD1Txs~wz;`Hg08>~2%UIsT$WKz%$(b3p89hC<r!AL9{VO7$e|}ST
zY+eQ*g9j3uA8onC?WNT`Pa8UKtJB)kcXSy!mbbsY$>|IC9DO3#w#5kxftlz*=EVFM
zY~n-uLk5uiDmQ3h6JBj&1fO-yEvzmfKeqCsYz(Kg6Zug<9<Wca`-jZ5rYc=91kK(*
zZt%{la`^t&4Kq#byegbrClT|NVdq_7SjIRLLiaLqDStWYTgSW~Mm#Iyatr>kz7w$P
z-Nz1T4DJzX_YUiPbU2e|OkX|!DjpZ5oxP-|&2!a4T=UsfpNts4YTMUK81P38Dlz{H
zBHkYcx<s!!^aA$(1NT4(zku+ObM(D0kViMM<5CoSU_;Lg@^vtMN}SRcof2gZzRJ;A
zg3lo}ZGmWmf~_{8HhNLfreNEyi+YhgZmhOmAd}lL-l1C<)hk@?fms93IjjA~kDZt-
zB}7Cia49$&F<cA*A1H*y^YPwFaAPG?g9OrnGEg{NK!pOlPzug9A|J1+PEc-MLu0IW
zxTJv1z6+OBvVaC~a`!q#c;Im@OQFC8q-2o9PG$C)U@w_Z@VRt}tiRv7rKv8O{ePPa
zS)D{HzrD&XdmB=9v{p-C52(8*yx|DhWh*Aej2}O9cRun%-DR2Fyp~!S1Y9uYmpQ0f
zxSBeVkUG?xWo>&ebubs`pyuGGq!XDlZS4oYt{-@XoP4_e+w0{km$Gh(foH5_qC?>*
z9ff0_;sdh-x&;#*zWRs7qqF*_r;dyjPtG;+5subxz8XheyZn`o|83jZ3lEYNTc%WK
zCr9ony^4Q0U&R4je_u0SFs8;#51M{qt<2W;L9IijxuL&0u^v(eMQ4(VxU}_1*PQ0I
z3)g+E+H-4Jv6yWavc-HBPB0#8o?<%Ky7g!%4tVTR`<{MizCeXKScdf=Wugu|J<p@F
zJTzs@GABys#DHkyv(KApQY%#t2sho=Jmu_CuXEKgM_Q*r7Ef6rcdaMpv%TbL^6-?o
zDdG^?T3bH9=*ElRE#e&FrNs#UBNJiEXPNw$tu&dG0B&?pW^N68Z_kP?m>5Hx^lBcT
z2KbBT${i2uBUAW1Xg;L`#Dhgu({d2TpJHQvYn7l{hu9!w(;AO3-8U(eh}`#x1`$L~
zIzkX$a3H7tlm{NykG@>SO6GN$*JW~yh2!?;q6xNH#P&<rX)B(!7cYORtocash9in!
z^V=|5{|B!TBOI;YeEGJ=Ao2-q{#PuG2Ds$`?tWM&$54kTSKg@y?To@FULjuTS2j>E
zZv7&-f`JF<dvG|1S89(3QkyUq=t9nvNkvi8pCL61o6;zd3bqoYp@YJ$->yIXQYppy
zL$=bB%C-;%35KoK)pN!aiQ{<V<tg#P;y{TI%;y(1w0)muWq@<$uZTaWQVK;2#srTB
zM>%ZHyWu`XMAIk88roKYSJMmO;NcD2{fKr;F1&@e9xZo2rgyK?70AK`co=x;D1y{z
zj&f_{Hc5NguetLs-DVpZrh`@vZT&Urj8u$ws|=lxk`nd4E9+<N&Gt)~=(2tj%a_nC
zdFqb#=9%d?;dyZ?h)Zok6$Vu!8I9^3ZH-*^N(d6Xgg{Y>2KHNNboP&4B=<e6|8`DL
zWvb7T3D!?>=t_NH1LGYgx-6d0SV70NUO{le#2CPaS$Y*-dDruJ?yBMk*N-ZtPpUOy
zgroJFui<EqX3jv}Fv2MCYr1rwIL9I||L%J_Tk+^7ZdpqmEK0jq*|_;CFkKmD#7^EI
z#foNyr<$LS)?cNKg-w~X@eWF8^FjzPbwT}4FO~6<u@0TmYN09y%ze+SXQsACoPao6
zF;g?^nXP3e^)hE$k4z9F<_*+%VLuqp8)#;G_P_E-sa|bgHt@}Ss7jk>+EDPs3&Rkr
zv-`iHZ)q$lyyX~C$Bs*7<18C`Y4D-u!A~~luOalU*qXg}lee7c@|_H(+Z1isVQcV3
zL$$>ZOGaxY1bOHRf8^e5yM%$~(HYLW1$F$}B?eb#{fy`DE0s?(mBP@s#W5J9_mw8n
zsVz<%@LnP#3`*rSAc%bL@(}6ZyI<{2I!fksIPPgO(c%8b=nYsf&eBO1PtYlexkxG$
zj<P_-Qr#!V*>ZuMY(^;f<Xa;~I9k8?ip4sb@ey{Y*EGow2*UPTvF@?BfpWsrBvves
z-dh%obIMQj@RiaJ=zy7u04PoYb5L}|dSH2kA;f(UWQYT`W&N5ulnfgRf$Xf0pt!?r
z^;SDc6tHAI6g166%DLVckW1<m7K(FHI0Px27A~q(qAgD2aCWotDIwU;&L!4}j?wer
z74^-bRFqy#7YosLiEh%m$vK8w(hK2}&rcgi0kz^%YYq6@GtIgXTbMC8#-(^2pYA}`
z&cyZ}$(j;|?{JV5ubr%o@dLpap=Pu;rHquns9$jiwKunWfY%;jN2HJZfM@K+3s-U0
zjYJ@fDYB9}vhhT9(Cfy6)ATdqdqBKut$0<hu|XJS)`Zfr+fL$Z#1YlSL1QGkyyP%6
z=+=wbIK%mGm$5FB<MeDKqzDv2BRdXA%9K}CmQ1FXa<raYYXpR&^_#D#o)Aci!@LP6
zjh`mE=2ETFsS20hsV5vDpFTevx1aPqiwcT@TOVTaB*gQ0VGcG4xBz1DBAWCvSp}M*
zYjc^5B<pu$C5$N52xkslS1;Q_p0P7tDPuu371?5`HeN&KTgf4Sa}<H1peQIEg;Hqp
z_-A{*;scVzoN;L~L=LP)XCM)^`-n}$h?lE@5a<XlM`L4QV}^qgzcj^oCJ}G+6~tC$
z1d^zqdDgxl^4;qVkIVQc)XDVHPMC|~22nfel{|kc4?b+yNJ%C_Qni+JG|A1>V?*8B
zlR;%P&Iy<Nl3ljp^XKbHPY2~MPSeZ&N?y1hzj%OKH{lftbUG3eta>ONA*PTcii(**
z#emRD1j6n(p|TtzyKf?2I6Itlbezk<H-5~#F*LB(b_{%MLQCY7IUXmPKp^G;i7Gzm
zTffDbfA(MdYc*QG`!y<!j@EC!e43MxilXAh1Q$c|$}^M5o3ilf^Yy7a$sXHs+e6&5
zo`1W9M`!5Q47^$C2Wi}3greMP+DtF=>mE&kl%_V@VvrJqm0Qa0TT#X2HX8FojC0H5
zf2S*^QzJ7z8W~G0d#V*Pqt3-1t$gq_IXwoHCq@_;XoIp<N)K;0{6hOq#wqiy8{0|-
zANqU{`&seMUvvxV_|TcU`!=XBsGHeUxo_7<oE)2dD|JnY)k>q%3?&XCDzd{Z)$?bn
z7ghDksC`R56Tjz*JL_ZXx)B+PIb;w%f1y5g7yIUyzEl3-i+c4vym<eH5jM5fb_P1)
zvsflSkwEYgYKcU=^49G9(dFU!&rBU_;p^uI6*>j|inks^KhUeC=Or3gdoh>X%dD4K
zZ?9vla`!y5wa7>-^JH8jMmSo(`HK6joy-&O$puDjXc>zZ$e^z{)QO7XSiK8JtVCgY
zz*#@ji7t;$%c6OVje*$EA{AVWk|`twc8aRSXVap30S#)k#9x7hny6FDO8BNRztwye
zjHN^vM+ipFqJ=Snai03*3d+(rQ^%#Tf`SiP3ZnSPID;`lpQ@VCGZ&X?V}3Vlc>=sz
zaagK&Od;??BN9bZAvCXC&h<$;6bYQ90&KMU#ryE=Rj6b4tvTr+E?d(|BTM0D04^3h
z%>ogu{)ty@D$GOP330-TUk=1kDR|WJl45W=9Z`t|)#bNUWN9m8biCpY1P<KA!fOBW
zRQ-qFlea!g7Ip!`M%}8*!=>b(WzE85A2j-%d^KJ*c!`W~c8wqFu<Op$m6Xm@N&!wh
zR)R_)`nB^^m3JP`Umx#gD>n8mtEdh}-(#)UIZ7<7HAV&19ybEQC*vA1!qNK8*X!R?
zHDV2EJu;7p8+1<RGF~WgYkqVSk8R@T_v_?%G(I<^Fea15%ApN)LVT*uWfewyU$!0J
z*?vt^Bb9`g38CTIbLzztjCTwLog*Z`i=4o`97!EB6B%JWR5GnpbCI*JHrv5NKhR5*
zanNFc-bPjp@h!W1x;Z%;qSVq#gOexx^Wl3Ezot&qIbzz?cc__3ob~+bU}Bc`E!EAL
zrHMj)Xro{*jfx68+%<3oJ8dIXRt9-qq}7YGdI|MQr3Q9ep4{$<)5k-}zB{9iPkdih
zIO$M9c;hL$smG>Sj#??p7s*z=gnzV}lt?f=s(8c>6N;~0bP#sOO<-k(+99(C#~&tz
z@K-MskXzQW=CLGks*Mr$qTDG^g{A-yN&g2g;Pi_|N|`6&8Uf*G{Z^|Tsoba*^Ul?-
zunBjsLxnrn>NfLr-);HkRh)V`2kjyY#+j`U(MPA59awdAkQ5UEsY43}5|PsOX5G?}
zW{H2Ui?;PL5eq;4a_QIR6wJIW1j`kR9IH`>R=Hx<_yUvQv%$iw*sK|<oi;_$A$)3z
zjm@Aw^YBS5ga#4cGT~*^Y}cGaW7iw{yte^<a`|n#dUsU#><?9iSN?-8U&`<8&xw0B
zx3t~-OEu3{xz%yd>KrsGD(zQRoI{*cSpk$zFm_f5s7P)0#8}!DuUvmOE0^0#^G|;$
z*WJT=zNK&cqTc!-e|wJp>^^2IHuYK1Vd;9!@1H;_1=EyXeQXfcE=or05M0U5I}y~}
z{k!ihLHP2SK}AmcQBYy5!)p$c7d=(t@Wo!uOij=0tk+%|$Cy>V{a`QXAdKkXlXi_t
zqoeg(tsoF>@kz=dLw<(lEN{p8<az)0)zqFtcjfKh)IT{^&c1=^fll|?)MrAXx(`aq
zq#%uXo?>h-2}aTo2^EXf!g9Y15$&(TR>Bv%P&yV*ST0)OT3KsKP&y?)yF-^Q5OLJO
zw2K`_sPS=(Q7{RpQ(V9cA{0q(;~`B%k71ZN1jUI)sG|*pE%QSmDH{bTTJ%m5mS>r0
zE|N;y-X5#INhuSu(9}WTBd-@#zWk@6%4A0fdi-_*T+)|3OsYLoDc>|F1V_G&CP5Mn
z!nLRL_c~TYs5FJ`#rc%6aH-sI2fMAHs`1IWACCpQ?|_f-a&YZEAe{S7cj+&5aR-2!
zuA?aFd#akTd&0&ZWBV2X4b3}1L4vCB=~_b2;AQ%rYW{>No<z9ta@}=B6EoB)IPF~h
z`G?)c9y1jRm7{Q~>GYsVQP_l#po-#<5K`3b2ne5~Ys3gg>$h5&sSL%Mv<Qkee>TZ4
zKfj9&vpi)x)=%@7&y^e3=p$2#NF9t6Rz4-JsbrjJn<YXE0NV0J6`KIm!ond&c-SE9
zw3HQ#*<wCrNl_rKWw%f6?DaD|vWb~g9nHip+u>WWFJ|)F%!gNDG8vz%qm7J6e5;2V
zTF-9i`~2$qr{s}FZC==XkbYuRzC2}TD@Ut{I<d0|8r!-jpAinI!>L~lRuoN2nJk%6
z;amUaFFDQcKJ9mT(C>Cnee5H3!a{k~u_6v!qP#6ZP-Mfq@7T(|v9_qD&Zwy4AHQn{
zmrHK7cIIa<(vG9+m?&8^#&!$YafxiZQ2fn466M(Nvs54zpNgX1i}!TL;#oujHimb%
z-3XZPu&OxaO)^t4U1>jPKWNWue2IIWzPA^mhAOB<0%3Zn*e4#XC*>M3!qNJzmTxII
zOp%hJmb0)hvWGTe-MOB_c4qw)z!viXp1LDHxJkPmT*17GQYbriuD8vnWuA*<&@}p1
z7ZpV<U^>-B8{%c&30?WPf5!f@WSoWLjCIT~7gJzNY7YwEx=y|F$h3M9dpc=iUz*V#
z^*K19X#W-^xH4*(=%A!n)LJD(S4k>7s%V?cMIXAfklxIiNx^~Gb4ezOSg~xFcb-}m
z;D$T&DLbSVspGm|>Z%>N^d_FWA7@|5E1%BZ+p}So*BwUx20vBPs~C8EpkFaLM#srm
z$&tHD=@=`RDCsx~c=mmR|L0uw6YO__L)dR6_dL{CNHqoPM2^_VWLo+l4?nzCUvelf
zdb%LI_f&oFOXbp=^{#ci?MOixc$UtyL&<oD$u8S1l!qVFhfke(Xo{t8T8JpYg`hs*
zYYDaU-g{4HT(;Ya;8ECqz3#EQ1mWy|_gDS31ODo1?)+Qy`Zc<25&blkKE}3+vqZf}
zse|GIMfx}zA4iPv$+|{BI9k8eiVAg0{Yrmk<wY+2MW)glNVluk-Jr+pDTA8vF5Qxi
zeV($dRDo+2>g^9PF|JcRnShDHn2pWJOHo^{)%la$`IAHzhY^>I9Kx!eKW1N9zJ$f&
zjFl8=kY43YB1moDVNjz&@T{L^VhmT{JT4H`p)QdIpu{4fHPs<QQeZ|56KzKII;fN7
za&s;VA==}_Ja%3v5;_Xm+ZQL<V$w<SPt@EfZAnJiduIurkV3fCNV%T)2|ee}-8X(3
zj$b7quy9<W-=JUN166I3*Epjp;(gcAaW+W#rUzNE1#5buj#ayJ>%Ej6I|fB)af$}J
zwz|!6P4uKOR8B?2sS3Y;lpy?KEv49Kzz_XU-*AY;knWJ2E%U}$zC@<_JpSFO$7Xb@
zhYwtR5Bt7#a>I9~D$j}~Y&priiiP8{aGd@mFP^9Kh3%dx-?~Cyeu!wItsDC|XW!X5
zTwwz>qkPnqq7Y4ou|@s08~N&)_3!EzYqWl+YXpR&^;<3f1QbksX>+Aa5Cnd5NjP*D
z*<wEPx=eHlae{#3x_fos?YL_l(|tN!iVhvcD^AT<5I6m%Ll)Uvs|^`Rnzp)GjdlhO
z_VwzOvhVgxbQmiwQc_b-C@2FDf;c|)V>K^-A%1{|iE#?03g8e;2nsF{;?S}+cp`Db
zOT+>jo#>L!!6h-yW+-Sd7QY4xtSCyhtJ4fQ%1cr}wu;71r-*p8Zda0pFMKz=;+Zif
zjpy!9J&=F7AZ(hYTOb8O;&9{mK<!O8<h?lu3ZZnAf)h&Nh+V<S6_;p4)><t_6*C(c
zJuh5K1UuxN5DzatLOywVSigZkf4S_m72mr;3t_jdK={xP^^Xsi0G*@=H5I5*2j+KK
zHXpANlwQq&JJ7j#TKAJem>g$bmrh}Ty>=75nnxeCe}39ewJ4bwPkxw`b<iA};_Ct-
zmW~s<jnFu%i$00h2ngr;y8C^_?|nr}$HljY-{7AIL_`}DOn;^=Uaa&dqN4Zy+#k7z
zY`=(!E@P!_`alTmze4&o-*?)t@ImV!LGda%v84e*D-ouZVNcr-*v#fdSY6lqY%fQy
z1Q;vnmVj;X)*V#l6^wVd=r*3ek9_l5t%4A64t11)j@r;7QA))n$A~1jN(EaBplPbL
zF{7)6ZLw+^|5d(Jm87rPOc$D>rJG#uRKLx)AfcVrT4|?}CLjb+$49>&-gKPQebzjr
z(|z83oH)Tj>5O+q6pV(s+T%T5(Lm|wL@abTsFXu@Vd0(}u$KvQB;7_A&qY=!phkxn
zVJeWu|NorTvfY-v|4aJUuaM}xJoz~J&=2&a1Lg2t0e*6q0ih;4L^nQVHPh$9^saEw
zDd?7T3c3Z(asB;6w#8VcCWov-p>`RqhvZ22NQe~(W?CHq;gficfN)N)2R=|Z;cLGy
zwdd#WD*oV9t(9x<`Tv24Ax;}et4Tg<X=IEP-V+YrO_ojCfxUF7q6KwG6K>(pj+Rec
zsC6_i2kKxkU<qZco0ChUi5Dhm45F&(uTeF_>c0Q$<0WpLQF=P?HiFz0R&$HbpmZF&
z7au;C6IaU@exkKXr$f;(*$#n1qj4UGI3bD{gJcj)H$-d-qtPVSj4zJBoQ)8T4<VLD
z#kSzAnsJhIzS1aKk)+CO^$1g&FbEn__zncP<_?ZnWi{k4zsp^Eg97(I#{4l#$5?5D
zf+G;t9v`S{Do<783+jL<9ib39j!uCOM5*qnr?Yw=5MzXKxd<L=b39@p)Z4f#%~*KB
zwR*zg605bZI)+m((oH><FXGPioU~d_*azVJTiJR6l{Z4>Gl8@BnZ4iQO>kl;SfoM9
z{n`q%HkcyK2B}+K##k54aw_WwTeH&y$*2YUNij^uN9#$nMnE{HSEr;5c%>4Gz*k-^
zwdeYG6z@D+gYtu)|L2GpB1LJFLfZSX1knes46Ao!$qur`d?q@Ef|lwT7}RtN#y#^o
zEa-Cb^W+m3=)`y$X^ZJ)T7H2{2qQRZ({j_?21AAN=k?cLZ(kZitK*11gI){{Guez_
z{Ep}F;U59a447Zo*H;0QL7;SamBI>`W@XFvhLGVpRXejDmDKQ~Wd|JUXsUr|iw=q@
zWyIQ75fx1=6IbHj*+L$oBnOSv*O)b0s|JxvZ#HG-pl0iZESNBUY)mv5Bdi=nMIqFl
z!cz!^P>S^kRp<md@c`i<mKl?bC_6^t4T-kMgntsyh)KZpx9R+@MJq&2%6JDA-gB1j
zznz&~7Ed$@20o{`Y6}ZfqcjeS=%i7};^_OtK80Gry0A^WT)bCh>yVXSCg)<uGiBQ<
z=iM`6giq!*0>Zhw9{)&D7O2AooKPyIr*aHx-g%6ypXQWT7gK#U_I0Yq-~H%UgW|j1
z(f`ng$Iu3+G;KQ9ey=)g7nU!PXC2JKak^1+=qSXt7*z|AsXWsIru+B+${P=p=>Zo!
zY<pjnQ0CLP<N|5>M5`BQ(+4j(v;O4=#XZf`mg}bImXw8&gOHF!uzj;%v2=b@bzHTa
zpWV-()-f+t0z#)z@=pzADvi1{r6F$U@xt8ZKq!eS8$wv!G68lhAjczxl}6LV;0)MN
zDMNDj(Za%zSY|}llrm}qr<_w2Iq}&pmX5!DkxF2PrF`@iZoHF*52GOvJU%cGh(%*H
zfl?v3NCzF`9UBw){<9R}>YEtUbh;)TQYd2E)!B7gSyDEyj*1|Tul^{!_y{@gYF#?c
z!f_UigYf!84BQS_P8}!;I?0<~r>i2PR9Z11s1Te(gtKmJe!3I}doGEpVvjJEM&n6H
z1t*euA?clvIj9u!xzAO<>95*o{ZC&bAe_6aC<z`7;OvMUcL9M#;}niX6LF%t^eR62
z^5Wqso$532+_IL7e%aunjg=M7{#@mR_q{-72FwoF^B_5FR|YkOW1_=&2f&AfLuygi
zs%+{33@W+>b!o@&Beq~eFWhrKZYNh~6Gaw|CdnvmQU%{XrM~ff(s{2$HG~uHeS}Vd
zhaxnZ3!)uEa6t>lY|Xld>DL^v!n8lHIaE&hsm@eX-hi-3jK`-&pi6tYPjJOBJ508X
zc-7hfp`;P;u{(Ho*l`idCMg2bo0uN(!15;QOj=mj0HJNzn%o?=?~_LKWu?r)`^%S3
z4=+2$rf|IYFuCw5{ioNuu@3Xbm_KIn79Xe`)D#L{vys0jDB^IwWVDaDtWjq>J3tC*
zj1I=jD8z6s2CM223Q9mPx|)OcmG$dEqCuVqH?U#}Cp}%>eTF_V#Y+#6zd1)g{vyeT
zAaO{b3`52YO>iiY5vIrmph}KF6&vgvZ&-Gu)R>moi$)a8MOT+*^IC;}q?DNhYXpRI
zcRjcfrz~4wdyNL15(MX%9B1Ab1J7(SmMxpaZ!P_r=>doC%-3F5#C{vXt|?OFFOHRk
z;{<rl-niI}s~Hr`>qctQv<9ObBlE&}UA9|{Dwo_ogeVgoSu(-&CSALchc@ckjZ}ey
zUr^)&JMf(^)LSp)Q?FoROvXFB>#w8=xPtrFr{bAVduqfvf~vEstSC645Ghn+%C^E)
z_n@JvM$YspI#wO^Dx&Jl17L`lNB8AxmZU!nF6N-*B4#XYDk3&J(4ivV{&)ZOBW2kn
zTTL>r%ls~1x=P1>=@r6(g}3i183+><HcqP~Ct_rT$-5HkkZ~&)Y2wJgb)la678hCU
zc-O2N&Y@651g&k>L@Y2yHBEe)@pU9YUE!D=FgAf;wMVe)^vR&<L2cx(ro;e&ux2gu
z$K-9VcDLP&6YZ8<b2sXE{WIjH`|~&7*P~WS;nKZ}2a4$TPr29)BF1*FSX7=0-@cA2
zMVq=*22h%^bFI`WsyIi;b#}3PB@QnQ(3%8k6g~2!ULzo!yDQd<)=p76x`jyxW3L6M
zy?q?>r78~zx5U}hn@&l$q*F4#Yf=T9<Y47HDo<HZ*=SP)LSRrcGhmBJLLh|Hpi&eL
z-PMHqA#myKw!8Hzrnh3YlGszM*M)A06FLQx<Gkc`vUpyiUBYa|rh!F<#uX97$E=Y=
z<9xt}B&<-G_39<@3}NX4zWfumm@oG~rV~M`KqrV-P@5O%^U%RuwjIhRGlHZoz{a?&
zWNC~FU;Kvu;PYgwNw%6~@dQzg@y0`>4*0;wf9yrr=9sd<+PK-Hq+!UAyc3wfGS4_P
z$*AMVr;Cbw^2`49FO^TdRz%owOEgZph;ZfOY<H@fey#E7<8xww0|<elurA&E&(?^M
zGkrP}Y?c6!uuyyy6QzsEHh*i!3b)^<Dl#)*(KyHM!=39;;X~)>k-N)__XXwDD|yw^
zkmzlXL$buMP_k5*777B`Q03SNES<?{X`&UHu3_YeBnY(ER1lGDeF^AK*E%->!YB0_
z0pZ+TQHK({P;o9nA(W}&mN$1VI7hcgD!bH%$&dI~5*dmo^tBr)<Iq~nco)SND7}iA
ziVf?jYWCc^2_nhDdav|rg-{KT001BWNkl<Z_Sl-~J_Apk`iQYg*(vE3ltq%um#LyF
z^lDU67cfyv!Q_IHDr}04Q>Z+J0`z=SW{m4Khsg)d(tFl1Io})wRREQcrr#Aw+Zmfo
z?M|MgqG$~HYy%-l4x^4w|BHX;F|zF<mQAv7oCI-A5A2VhA(iLjXV>xn?R8?Op@WtZ
zpt&HKCRAvWrI;8b8||O_3|U!n^xhJp6+}!1k}ZQi(65=P$v_x^U*gwzio)y%kzF~*
zz#9sBaF*FE`HkVpx!6stjEB{$+}a0K96>n$ry+R8yPSIyN9@Jle_ua-k`PegD^~(^
zN?bsMI!?d{He{GoAhkQ2Z(kgJ?5!#rKN&078LHKZPyf)Rw{HF|h@h%jg(RZFXFomo
z-~IbHTK|LA2ngrs`q}$SQ3<LAbPEf)j$SKCCau_dfnl|Js}e|RBb5&4xcBi?Pjfhz
zf~4c4pkD*1%51Hb;scd(-F^62c=Q~w!c?7A&CGyWn|&(Ih?wX$Qcvd)hoo>2AMAQG
z@sFmdmLw;tMhYV%EF1wUZ{<W%DJ<7TKln0v&lxsRVJzuoT246eqAq#fO~{gNj<&vA
zI#g%|>{#M^(_ymv)>aXX{jGS^Xzn!tuRBN{nc>kH*8jM^V?B32s#ASl_|~q9(sW5B
z$s;A%&n2M0xSxZU+Md4W0!}<w`oVxU0-?>^2*wCw#9EbJkwyvxyDdY(DSv&Y8h>)J
z<|$58TDh+wy*;9WrrjO%%4JvU>U~5U-}+&A!O^a+RbXD1eO92tYmWfo<nQWKPk=u<
zJiW5<mZ<4eGZ2P!b4j3h`gL|{sTC>h%W9=eiYlBjLdm!&CYwsHVnV^(YR!t$(Rz}u
z5fIMN6+l(J8lprLboM{Y+hFXZRd>pU?slKX*HnRlM?q31rwbM?6G66+D3g((416@p
zYn(rxGe@qv*D9r`C75&z#!L3xnp+>DESk%xlea7uSM6$(N+mbOA_cTyw&V#Dmqa?L
zmZ(OnvH%634vabe=4JAxFNN;7)WLivA#ql-Po&al!w8*y4{L8Z3z#t}q-fMGK7O@-
z=5Dg}0_Js@NK7v>p4i3A8ku=rmcm4bE$6etVh-6^yt3i4Dvn2pgB#awWbG8s+Edo<
zQG|3=0dY>h`pxjn)$ULC)_PCrd)wUekMkh`p~nY$afni&_T2X<or3dk);Aw13PoW;
zn2>H%r<0EbB3NufXxZ{2#>5(Fj#vYH5JaE#3{e==bR3<M6ITn$ek&y6^e$T^*n_L@
z=71IUZF8U0MLR?UbyAW8M)c#%kP>?{*YVsFlW*OyeG@~$G-|kM5Yj@*(Ry;P5fIMN
zRVTE2bc&4+69P`@6pWXw+zMdDV%Ba*8j!3@OegVp;?BIM4(3v~P8JlYj~E%DX-tAm
zx(Q0HQmbl9QXjWY5=sfi`4INlhI4La|K&#PW|V$Sze3aY8ZkI-)=?-ZsVJIuW<x#+
z1f_5dcWenVAPGCGV7u_6Q!HL+dYM8K7AEnbOAd;mNAulGt4X7A5zyJ|!qI!mviU3=
zr(0NSFhX&|ch$mZx+RMo^SjiZer^5QE$79r6t4_Cdu+|xjnsi<xB9ZgIS$@KYQ=Aj
zKTx(=tTR=LR%z|&8ohv;0%be{uY<s*K2tMRQ;q$zFJGpA_YwitPurP8oRp>Ae`khK
zX<$S0y-lbrc$I)Y^#ECOZ<yER2S3&qJzGLx(IPqp2p|1-{n)Dn_|&UKl@EMZpS_n{
zeiu*O!QO1~-o_$D$oiFZGDG?CZB{QGcr=McgGTU^=$%k!kC5cM&gu*}N66WGBB})R
z@&}8Nlm1D+MnE`6m(S5td0Ilkq`X&dyO6b0t$&lKQk7y~s$ndQa)V62ayYdCVK71v
zw9#~Eo<NjDk3fI|Iu0Dy+{?~ea?VX0v=hMWz|uep;h`z!kC`SSC}l}E(ZLd9W-;^H
zrN(FUPQ=n>k${loYs{+-)YfL?RnL%%Z>I{BfikC;AzmA?3^@Wu5K$2{SVgoAgs~RK
z_2Fqdvc-Is%r|F37JzE&=0}xE#^!8Y@GaX(Jeovf-<rqMo%eJcm*1{M!M;04Q0`f;
zOC}|x#vbXXWYvjJ>XIsrPZ|WHO@H((cgiJtzzSJE4RG>VnokdsW@TiJN$L@5gC)Zb
zLN9o=^t%^5*IjUN2!XK<7v0QJtN8sRQO5^Q*H67#6u$I2xqThW7PgwK$vz(gvSYa-
zot?lj-oZI*C&$B(MjL)&f!bz-&c;qPXC*r*SXNSQ5RMq(lYWh~P;+$E#Q3WOLUv~7
zCwD52Z(j?-1-BW8P^bd^II+EAdcdXuQv+rydNs2(vlZ3we7-ocyi)q!#(ejKfmWRd
z^|c4@Wj%#h;ZdC2^Z*Fw+)SrnV~@vYnCdYzpkL!0>o#e;hIl<Q6*Cq6U_Y@=*N{K3
zT|UJ?*Oq${xt%muB2>z<C87>jph6v}yg4A75x%Vp4*%IB)#7AuP5smzS+<ZZCat5E
zg&wgfMOy%ps&*Eek|ja~V+9i(dyIFu_C8~ZF`yvNh`(Wt-utLd4`f4+zGn~&<ocez
z*M89aGPUp3AceGDcnd1*zXMO(m5qHi_N*+Ni_f8Th>0SUkV5sm{0gPal~-v9h~w;Y
zg9;ibpi}ac9V2QA!YdC$9UnZ)qGG>tg=Xug6N|ZtuE9=WaebYFv68V4Wx@7K80*+^
zA-<97&~lo({6T9vV@e|mj^L7mGZ!jEzW9&5|E}ND(fZx25hI+V>+tv27reI&X&*-*
zn9}m}>o{~5uDF{|UZiKfQ6AigkDF|5c~|{lk_yDCkwKA|>!B(^q8%a*aE~p$B4&9w
zQyAueD~%V>s1l5~6|vbCGfg_FRavm#wp@EJB7FBo?UV#z{<!UQHPk{UerJbfMi{H3
z={p-8OtPA|H2FPZODWbxi^Ncm+LO!I=vWZnFv1o9ST!{%WsvCGi+WKd<&~h1UR=HQ
z5D9_B6D<QkqST=Uw7S`=B~~>pBD>8Q*{Sv$Ukj_sI<xG>f?hrc5GdlP3N<NfNRu?$
z2b74EQRM_&f3HP`tMazf*me<K5tUpujRAO8c+5g7kw{oGoJ0gY;Hj>j5fPqwxKrp2
zaE?yFOpkRN^h@XK(n;2B;NU;u1qYzQH?HIz&k@aDk>qyQ;d>KTZ1;+A#htq2)<(xs
z>f~CH1be|*CPPGSdw--)=6A)YK{$8Th!M`+6)91KpIjGx-7{p{#ik=a^N$4KqF+Ls
zJW%k!2Brs0516jlG+?G?rn1rAgXA%IBFPveI#}y)m8`W(=B`_!gWPbxR?1KAQWZ|W
zMsfVhC5q#~oj71en-RZ$TBrKV)<$AxD|&UJJ}UVF>VyYTmE$FkjNhEk`4l^H+giQh
zUcKfn-Fa*F*p@*}Z4E-P{Ih5euz^zzjTq*F_WAoRtnWRq{=bfuMe|rZ-|n{c(pm|q
zb(>PRy09ckNUUwfXoAQT3&&YEQF#j?iyze5<a5SXWDuHfJ5VEq_UfcNlV7a(4=?*A
zt9Htc0^arwUA4jvJy|dF)AM}RIwc}Fd_PlGoKFhX5Wq>OQDHD((Ly?<ob)UggipLd
zUU|46Tz3zjxqxq9!{m63GC-kljc>JE((Tag*k9wrIgZ?eBX*_o&C$y0qPaBcQnFq8
zWM+i<9oW1T;fnjqkz{l(tPvxeyDRqyLpliG`XF8vF`Wp)*RSFkyV>;iPRZIS=8sbr
z20Sj{3d`^;F#okv4MB`@<*hte$IIm@JaNZK+7oT%AggfyhEzEO9PfC(Q~214+;AT#
zr(CW@VQTotW*8r%6Q|@TzNRR^qmHsjj4(~pO?i@L84NT^)VMb5S%%d8I{C%&kqZdg
zkizn|5S~(G=NyfFLXEOG8&3Q1MfIOQ2PZNJO@^l`kIk}amde}chHgQ(Wbp((5VD^m
z^#W~)l?Nl|hFH1P7<p|iz?6TDQp75BU=ScAVM{V;#2%-0(GmdXx+uc;uH$6~^Qj-`
zSKs1ZdJs?BS^n`ygn%S0j1z0y@Nbe)yQ{f6DqhtqKFHejI#zJuPnp+MRk|G>o3Vi*
zA3RM@I$ZW%4x;D&rThNR^z<wB)lZi=7C26jFO!Egzh0W|(sZBcKA*cpotV2(lf)*M
zM#+Op5(?%Xp~UDoQ%XzIQ~clmn>Skj<JJfW=kCgEOw*>1aK<&9@KkVo_<Q>HV`Rk^
z?6!=bKZwG2Z$uoMD&~*dM&A*%rXTZ1KqFI8T#}?_(^uA~D2>y(QL(ogZ$4`J)6Vtm
zRW`}!a~FnJ9%Kd0DkS-z2ZvUuqewFlf<iz88t3T7&tn4AXzbH0V~JN1_r3_(PiXH&
z_VAa_;?q}f$h@%Ma{2I?;qA|pr|;w|&s)BN!lph?e^r?b^=8#O$$3@6(NZa*YE$%*
z@gw#!HEr1rssV*#vdbVe^2i*mN%BOxYygK-uT~#TZ^4K=0ZCX}DjtdO7K^148mWs@
zajnBj3?8cjHL9@hP8__u!N6s=*(j`-+Ziu9K+vYmtjU28wI;FQ*RG2iBSg<VFBF0X
zbwa1a2U+*HDxCC8QRTSRqN+c*Q9C84y;%a3f;h^8ZeelWV1Gs+)PO2mEnw?~25COd
z3MM9in_g6g@K1sxIK_zw!HJ8(r}l=(??5^A6Vtz=U&zt=?^`1voV&}8>Jm`{58H3S
zc1utJC(qj#bsV!2VDD`?`FrM@bIM?rPDz|xkra}2;s+sV2wOlH)ufh&mCR(ABu_W1
zOy-lgF%0__?7x#~`R-az<p~hHsF-QL@Dzbk5T%II<^m*0c4{mtTik$<1c$j-7dOFl
zG3mlwHm&pQ?LzEVz5O_6{V3rdUuCX_I{3P3LUtx6KzVFBO^`r*AgIP&yY}?z9MOq_
zQ^rc1WBoMUf>LlUjSfy7vZxa&oN;u^d`VztQ*l9pwMg3qPlAmc3TRPSxLOXk3$4Ow
zEY(K95arF!5mnyxbv^Ih^2g7W_kUZ95-E%kdI(O`nSDZlI5JUSv$*X*2%>P<Gu`}o
zdf^Y%31uOb*C6thAL^TrmrtLie|~~|^&<Y{*?jq8J#HTns9?c3WkENFy(KCiUr*QS
z>M6Y9AW^4xPnkh5_L~zUlx&=EE`7#OkRak({Ld=Dqq6ASSfd`{++B5+Yev;WqG++F
zV$C7po7eEoYY5P<>3e!Ly_(tB8myacR!m?SSdUPxN0=tkg;rbciJiG8s4E*rsE%)4
z!IgJwb4iXP_mnD7)kz^48(`jgQF$zFm2|2@Ex=YUFt-e!*eQ(0xF}^j|9aGM?QN>U
zzB|aJx2Ov5_=bjLpzM2MY<Fr;vUmYS!MaUUsR`GQa?K!pm42Y-=>@xnSdHve6a^1%
zV7!w~5;XPUI1VW$?0_NqDOYOjT>4~3iT2P+n<wtEg6AN02jf%oNS$D^-J7&lXsQr=
z`g=CQ@Vxgpb=>)&YMyEfwby_Q-?uiomm!uP%*z-m6zTUVOZqicjS740fC|q&P!J|M
zeD*x8J#~<N&9a4zcWs17uB-dh>5S5z*&20RcRvUx9prpU!Xpv-F!X`xMTcafu6Y~8
zx5QOzI->^R99bhEoV&{>Ow!HJ$Z^9O+x~8Sh*it^<--J}@+L*;*Cwgx`y}xQwhQ-t
zg2rStObsLnB6XS-{zO$pTVRqqI!(_hsovjxhKU$A^(@XNszO3)Zf)ku$Xm0QAw&#M
z`0Hj!`NZnzX_pun$3K7kZda!{c>_<cts4s5_Zas*KIBQr9+LP4J>RH!27!$|$`1EE
z&Zf%1{xg?qNS47&eWKSs3ne22`XFgOM)OF~+Y&MmM)?dw&om!a>^ehwfntR<2EPgF
zxZ`2H^CA7g^{jbBbLvp-pQsOt=0XV~Suz?g(gz7aaD<wR&I>a=7EYpY?7^aN)PbVH
zQ+5I2&CeAPKL2{xuNim?`yRBUSP=qyUIszpDP*SR!Hq0i$mMr(`JEb4bgep}?VWJZ
zIMLYZGa}{&LA>(7$U!)V)(8ma?rKDvEjp+z?78l4)N$$Ulm)#CReA$@1A4Xj>atk0
zEeB18LakdK!OTwTmO>{JuXHeP(n%~0OHjuFyTocOIC<%6*=L0yyzr?q-Pb7QtW!15
zC}7lfCbBz(ZT#o3w>bo+yYaf`iVBz9qAFZ<yVhw_?kCagY;Bx)@T)A9bs~jn6L08X
z{Q7$zYku5kF4i|6A$ih}l~x^Xe)8ojG-ec}r`$+?eLDdsvE<FUc#1oyTgC|!)*=Bp
z_c~RP;|~^fy!$Jv&g#QiXA}u>kk}fG>XODsXfL`(r3}GKP}V)BBK+hUG*Ad*6QXQ>
ztG{uPe)QjUb`W);+9~OK83Y*wsnlR^HlkqU;$Eg}rjv5``2FQY2be1~7$c03X0w`F
zCPGPcP+Dif#sq2B#?hJsYXpRIchzD*rL6*K5V0e3)Q*b0d^JUZIHm^FfnG(OwtKIM
z*$iW0+)&!J#|C&>^;knhM+^U2DCi9TLW>bbLblIxIrC~Z_UPA^*&TQAfj9R>yFeGn
z5G%hz;*YdRQfT8u`WWHzn~hB1IAo=$Gs;yIO!evcR2R*}#k>$&tJcHjgh9|uUTbaY
zw^8W-uNP}1G4Y$g5DHqHck1c|#jDZ5=pPRW0&8tfIh)m-ed`e<9V5~sYD$fZr`!Je
zV+7%noB7D^$xHTcypKn}wA9u+C*DtcwCyp84hFPeQ;4b(l`??Bsb{MSpE*NSK=FYM
zGjuz2O4)j`^gQt~TQgfrde95ZdS*Q{wG4vPO04&;ol1_(=AE-S3yihUY$Xg%()*-&
z+o<sEzn}UKe}_ivNwP*jICod(XQ_RXvLYQS?6sX9ze>;jxgxyj2<~04kIyhYNS3uU
z6e;tt+B|kc9_n0y%!zLGuW8E#Lqr21ZSxF_ll|--E7;;#vt9>vLjmj1?B+g2iu`I|
z%ln;3o13=#TNz3t47}#J%nwlEsyobKQj`=W>!+Em>D5i`E_UOppfS$Iyz1$>*H~Mt
zsoyGIIscaU?BwcuboI`n!bi@v+&67$Y9br^=CuZRm2dGsZRs;*h!#Jgdf9rJB$Y<n
zo=yP%`8#^*1xkX__r6S2*lSyP-D;k>P4jYZeu&AWKi5UQcvT+=Xs9Vf>srgwB70QW
zeJ4@j$W`*CALzy&n|l2C-3}1PY;BoAGZiy6Gm#F~cIN2Ca=pC+rB-HZRCxdMC9s)U
zLWUqP_6waIxf&wd>LQQm;M`dwAe_4^Z^WAFkP&#|E`R;Ka^BD7HBZ-*{#8%<oZk5e
z4{g*s4VRB1k%&NpL<)T?w#}d=V_^#p8_M|qp)7gxn%24A@r*r19q;+3LJWzv5kggp
zWvO*DQYgRTo2SpGEw3&25I<C*MTLv6AGTl%*WGCu-)CH<kIv|9t+QVH?Yd}4M)lz)
zoarZpHere%yzF36$IA}_#|OV_NvGLZ8MUJ!2}FwmklIVgjk@&R>NGNN2nF5doH#yB
zpa04*I>L*OlIJ|#N{dh5(>j-*J|`?+%$vTbz;Qcht{)EF*z{=Xv_X85jD|`8Uo(Fm
zfDgoYYZWfMNlV9|qE|7f*<t~mlIfW0*FwSBdPsjXNO1&Sql`=ArFv3bw24)V5NP3Q
z!zeg(2=K@?_jE=L!nw0XKsa}o&qb|72P6Gb$CoeC2ObCEferGpm&?A(=@v}&Orm0A
zax)gTG#WnkglK3%)J;4gaOBr8l@|O2;ih{v#A2Z1Uw^2nQ^-k&lKF(y^fJeadYM+w
ztc?dxV504oq&%TQiwZxzsbPnA+^2C%{p|mW<II`r^XLqZ&RDw5AT$!qDm0xrQ}GOI
zRx=jX$y@pP3k+*df2;fZABOk6K)M~ie1%5Kgr)$ti*IMV!+1AQVG<oo)X;0|Cd03&
zJP#FwB_LkJW4IV^SM-_u-zT~Eem<zkB{%V@bM)9fK;-A|lUF^B2OiU7H~A!MO3gMJ
zjZ9Dpi1!k_vrHKw)M#L4ma-!X&JjSB&wf+icA^0NiftFOep;t`Z0s>JV7f&Ld)|b&
z)@^Mi2lYI&wa(U7(S7xPtz=Pwp>WZba5Q!b)#aNrY7oxBHS!V8-Sx(k>wkW4nYowk
z3jrL@U+p$-jQR+fnpTBw$yA@Io{o(PHLk=3oF^tU;;5BEE#A|U2NEUYx6N%g5v0r8
z6Qm|n+(|X-MO**ZvMnPgyX<CNGM`St%z(;k?Zq@BL1OpJsg1mdnPh>cyXKOEK3)bf
zJi2vH+M)>+f+(U&+CXjUp~)$MSc~&B%pb=&RVTq&bY)CJacRs&osv{H7q6yZIdvSp
zpIz0}_vq1k3&Q6w(>EL@U}J`2gK%<;TA5U4YBp^o*rfVq$ObXhB{vA0HeR|F$uOsz
zm9mYn>c!XU-aFF~QQ<Yub6Lqk;l6Wqs4I?IDXX@Zd)BjZW2NxWv136*kYN5sXfoBr
zdkI0-ZzKdljVgsOF%N|!50h`45#Dg3TRfjHeNQ*du=OJT`LzPv_OLFRXLGC~AugN^
zAan|<K_xl`<DId5xSGdibh^(OSE5@EW1-=nL~1Clh*8vPAy{aRsPNqnZ}_kHy&J9n
zfosGF=kzkST<#7EDt!L?8Y^ta?5a~!3cTz9S-rD#N~U`B21(+P(k$Cji>%hm6~8dV
z$s{EH@oR|S&{#W7J*Uk@@WLC8mC7@yj1>B|V1!nWF!8WoWtP~yh4#eGWzLcgmdGmF
za(AdCMQE_W7nuuIElO(BHnjN>J~OabLR2pKMbczOdxj8EaP^K7=Q!H%VP(3{l6fo|
zXMUGUeyKy#Foqdn^ZC>mYd_P5noCP=n*Ir?9~rOe(wp>`Yf$0euhnl{!Qs2f+9~$m
zp65S>WA~7wSIVYS`$5PR(I}7!0k4LFKA>o*x#1V8fught$qIOWe12H9SYPurKKcrI
z*9+vb+X>*D^pi{`c2(;%KO_o{DsA|*PdB+r73nuWJDx`p{~HPyjfIdDF^U9jHwcXp
z{&)Unj@IvXjeu}YuT&kfog(g)hwf(_<*i?1&13xHLEisez3DzZYHykDGu6{Nn%P4t
zPR0@ENZr<e3`;TF;}1g{pN5gIU6WK{$L$S=5RN@i)X8PP(8c45aN5P{gxZ^t!&`E+
zIl$WOw_j6(Z4C@!2m&|5!rgXunGpu%+FSHzcWB&IKlE*_vVkG(#c_j9MYf>~0Y8jP
zjmHjvyVe;5e(2kZaN`<Xy_0<QVy#1yB320F9TrWnXoAmQs))gVGao9?@o3nswC`=Z
zcWci2{Fz*0MREks`#u-qA>fd`xZr21@UfT60~@&gVa<W12(LX@UT|ao;*)2Z2BC^q
z34!3n2MsE1rOcjNam+UQdn<MSp8m@#<c){Q!ZCUSZhKH~dx*lZX~3pIGdC)imusk0
zV|CQGqI23PXnEyBGEr&X;ZY-#P*8=8g8B4t?cLo`gK$o*QE7BeFGHPXY^em%EcW|@
zgJj(lrQ;?0%Nf_}4{p%dDV&@SH7+um!ni{es>JH3PvP3lW|E4NRx6F6Yw6G(Vzo-!
zD5cHG9n_Hx&Px``v3tn3E~PBAL1ImVe-#fd{)tGe2O`aI_Vxys>!LZt`3Yd0F+;@$
z<9+fC>Jbq;3dAQ{Yct-}LZ1b4sA)=n4k<=19}D7ONMcPGQO7F}M;(W*6jeU{a*0;L
zZb?~C2(?l=7K}08AwaLDBZ!MfT2V9(Y-(=Z@Hv2#SS?MSoFs*<X6n4hZm5?tE)2i_
z0{6{x!wH9r3QymSuU@KK9V>UO)3+WjK3HKqPQ%#L=k3SH#`8DzD%MSL`Ca_-VJ63z
z9Amu0c8l0&3EhHc?#EvoBj31Mm(G*L6E;)uwsmYdDPw)T`5~4qW}ahuKv8Jf6^RvT
zXDM`~gmjl2jTV?k66h+mvi&j?{_Mc;>0cDuqS~gENf9&RBnYDE?U99Jj2PkES|cEw
z)2rF;TO+)K5R^l<WK*C0ms>K{&G++^<*a#}4KqwmuwXug$K|0!idV}Kjd<V{5%Fn%
zA?;j{hW)nonc&bsaD>o+P`Wk=XokaF;Ckr+Ao7U|G!|)nD$=5oT?8?XGWQ5+T}-?X
zL@jVM1EJ|2H48>kQ51DC%bFlgq2DtaTIcB&iBI@6v^J8ekZO#wStT|zLS@yi)(LC6
zal)4_(GMOk1uU9R=_rJtOpehhIqOOt?=V}_uPDl9+=QegnpVTF&4A-&C~@m&hzlk@
zt(RS+d+a1dN@0D;5fb2xOZEAyqz-!h8r4AQC>=^lLxlxnY`cg}eW^S%6;IoVUPZ6s
zMXPvlBM)w1s>kvB5(2g7g#Bf_v={E@YndE3k9<(=)mjBvw~57*jMWrn19*-UFQAt5
zo@WsHNW>E<)D%&Riz%#v%g%ax!y5|5c_GeZx~V}ZBStu<)(8ma^in55BMNHH*T9MQ
zl#VSHG1a46(kb}B@$#>iDWHL=S)G`WK~2#yQYaA!BPt-GDrwk*tyF5WNanU8PY59^
z54BCm;s>Jq<Yu;BV7Q3r85irO8J5oD9Y@P2e~J&(DrKM!Ce<lu{*(-a7yu7Jq5VgR
zysasjstR5kB)<7pEfrO2rPt@Zr|6=EW_ynVH@uBuGEnqckYZ08X@O<NLa$tLtM0cG
z;^Yh84^_oGPLLb#*83lk^_%d4n7v8*Rsx%501jKp`M;o7Gp0?4BR;j<$lR<f><tJ_
z!<5P5P}vs1^0@Ok;KpB22w%KN580K+XZZUQM4=E$N72Exe*D65yfUbnt=MOK6b3b0
zEnv@WQC9S<001BWNkl<ZQr^1IDNyKnyr&K<U&4ky;~iYz1}H{z>TFHd+W@8v@b+^A
zRmm@<ken*%Xrh7$pZOlTOS&6YAXQV!h=e$ODZcN;-nIGGo%^?s{WiZ@qxFB*8ubY0
z^m^NS2BD=U2x&aqPL-C9rSq&EH8}?Gzn&qB#sD_XGSj!r>vqaz)@%6eAsZ4P3?-;N
zLA{a!KGOEx-j&2PjPQbMxc5=+U9VrbOo2Z=q-hhHgD?w5+U9`-PObJ>>wh)rGn<Ey
zMI`vaS$@I#F!6Y}>t20y6R-MksFRDoN}bV$TD9l94&jjGeq?T=)&N%c6?o-Qu|Fpp
zXY^wyN&x5B&_{)du5n!8g#G1&RkEo^uhzypkv`D$#FNrzxJ{VvK-=ojYN-;7z;N8r
zrWbWW;ShLyn#v<WSu`_p$2-g)v$x8^305p&mu0M4L0M21h%nKyRJl06Feb9*$4t!@
zlaxh@3(%(KY%v8x)0MTY?x{76S=J^fu2#YE+3$1sz8pE<KYy~e9-*L4j$b!;&YFRh
zKujjn4wT_%cXmg0(YdxpjBu{6+?-Q~22|)i5EgAKyKKoshi*Z)K;hsWQTXZ=%%9+~
zO-#*bw<|@BD-lnb^@`Z=zuY6tJ4zlWl*w6a7UtP+i3mnECYr1istE|=m-Y4GKF?e!
zhwQ>wfx?zSr=p1>P*_}<*af6bGfziK4a3$osHkXa5jDW9q5<(Y*V`=M&yJE9@O{)C
zy!d@#yDiO0nVV8Y>-jp1bV<1|=?BRW>T5PW?z>WaZ57cVoP3(D-jT;=ELpA7q1!<m
zwK8vvPQkK;eEfWXv69}voE2cSiF}M`X>+pXDBp+32z`<Z1@NgLyyu>7FdI!H_CnnK
zus*sGfq`eD00}|%zJmybSlhBw*u32QO80~HgF6NHKW=bXWVWhQp4wY1gZJi?@00`(
zheu*WLx8@g2!_G&IXahKJ*CKREu|uMsijtS+CCP$b#ffw17Fkc{B;G~|Ddt~?<s}j
zZtpK!K(Au9;_Tfft%q#~uaSdr&aDw6oa-w&D6A?tbz?YSh3vHrTTZfM9*ZZK9Am*a
zizXQF@Q*K(Q(h?o8)xa)4C<C@)Uqz6F)*~nFGIaC$)d{tFkB{j$Rv`~$OtdGICPvG
zxP#PzPAoPCPCP(fv#TDrl_o}*?EKnrwU#z=v$okVUu->gxHGJL&>y>}9I~_QvmM<6
zfu$3=bRrKRObl3uo^PUkPe>9liYz`g<Z@p26}O^}L5&J8IaH#N9HCRv?SM1`C7eSY
zZ#$L~SF`&zNj2JHbq0aMV$ml&yTpAHQf7mHh-okI{fk0?GtUbuQV5-b<x9}O$6qEL
z$5@AMNw=gZKrBf-jv9_q&-F9h`*<3=;ic!Ll^5F3!CsIEgz>Vwr36ib?}Z=?w3PtY
z5_WlMhK=Mnp~xL^{L9&T_$vG2GvDXban6+*3#4TM!iT@d^gwzQXQ#k~pe{B_b+~~&
zT61BI7~x!B4G(jA?f3m394b35VTYx33L9qY(x$L*oR6JPt@?)t^Tn%~n$e;orAGpt
zAcay|xD~!d3XP~VqD>+82_<%Nl+@GOOeT}JLd6&%!t%weT*kZ(6CLJtr~~nPhd{@1
z?4-^NnAs5S9xp<R4~3>jDCv**SL3KEkO=5WGrnKbui5VquD_4c(J7eMWyMkyd=Nyx
zb8}0rs?<seb+WX(T-^oD{L_>>l7T0tjK+k|I4AZM$4CgGqK{AWPp^@(q*FF1SO~7L
zpHbH!eBg!htWRj=>6A$+qavs#`-Dm=kUF~w)*wtWqA-;7CPDS8t99irE*kt)WV}>O
zb<q%*-=$L+NhRh0q(qyPHejERwg(WW_+azm0UxM5PGT8T`Zcq)#AxyW-HwfE%(Y6N
z$56HyEvft)pG~bA&po+8c=#$VyNP2DOuboQ-<?3Y@CKf>Hy`?re)#2XP;2GwjD?73
zRwm1j|7QJv)$iN?%ifzu+jdpe-oG)|+Iyes*17lQrmjf{2_dAe5r_r^0zp9{pn^)J
zf<6=kA1Fj5@cDeA2m%@fLah`*kh(}gLTX8UlaK^ReRHc*?7i2V<NYzloNJw6YhP>M
zr|o&oo}P9+oFsRzwe~)<&)!ELeN5JW$u(hwkM-ppa)FP3p!wzFWzW?dwu!kZW(WS~
zphvG_P&26c!=K}So+SvsdK~jhj2lKxrh_R@Kj;*k9@Ve??@gIlRyfS~*JfO0{|*Um
zyd)jEyKG#++<+AW`Zd!%=K4(cnCY`}inY^hT*0Ol^5h-qu=~@#cco4lOv;?OWpprK
z?FDaZeti^wbr|cKy5f+Hj3S5b&Vd`)dyV@Nt!?pzPnKSMbbT~F>c-2Qjc&#9QU9}3
zpOfVQC<`Mb5GqpUJxdMuY^AD6Flrb@_xgYB_rj<tHCj!6s%VQ|+P?a-47pYmmEspA
z!Qn@V<$q#kUFGU)wF(RyX8Ziri=<ckA<6X5CJ&Zc%oCdz8kU?IN*P4eogmTVELNkB
zc0CQo2uqo{Js6d4hmr}<t+SS5VHtOI<6R`=X~&2LdHaWx2L9!8RpFce#wRb+w|-hh
zWi-~|n1!K@H)%`7*KZ!Q9^%P*%&Z9`e5^0qS=Qb#e(TT63yyI-GbzmYR?l2^K<?T4
zqq8I?K7EzWFH!aA4QLX*Tq+AnbO*WywIKjT6xwD!v5J|uQ)Dm(O>P|3>{m2Lg9MHD
zq$Br~ebzA7XR4-O=Oi;>#v(?uWkxKED=>;Yt%^0&iSs_IcRa)$5Axtn-t-rJ;DpU%
zGqQgC3Vqi(^6EE=z@TPv#B85&%DzfPm6<-OY+3Ni*89(usJ!Dc#z}g(Bx@sWMWir7
zYd?^VPt|TMZ{kj6lE|?~s%l#njc%i*F^Z`^{qeh-A=B=D%|+Lxd$-H5p_g)pL8eNX
z5tacF)+&Hd`sTcm{Lu%OBr%Dg2OJO*oO!xjdzIe%2pd<h$7-(`_d|{oO8L*^{LEe#
zNQm`TT5m~{^0g(;O*NQ|5K%+2l>fAIPecL^e%-bQue=r$a_7IbFQ<&TgW^k9P)g2g
zXGw|sck28|mPTCi6Nb-Rg(Oi)ZX2HHqL0Nj0m8@nN+P3+$FF&|Wr0!$DkUjPk(j7#
z*G?>sSv}+Zg2s)$`#)ryc+SUs{)2rLEz1H*qHjvRq(#Jxfq?bSr+-Hs&Eg*GA5I7E
zEt^&`H(*dRsHg%qY1O32zEDq52UH26HRhOEA9(XKWM)7J)D?9a_bTegQCHmc5P$q^
z86{UWmqr93DJcP{$z@5+_p)LdQL4aOFH&Idnun4km8jZAi)C+)w9XXAeC_hHqDE%k
z_TkUQ=RPIecBfu*v+lLdD^-RiV;Cofsr2c4X6fGR<PFc@DeqxgTc=FtRV15_T79@E
z)3E$X3Q0{QG(c?p8h-S!)^NaX9Jro30Bj%nzuW?$wo$H*h2lS{K-3G#NgV}E#_U!u
z%TPu;IdvFq>t{9>OV=A@X#?h)9p^HtKL-KfGj9)HzKpkjB)#&P^1*-Aeb%u!;=Jd}
zBMUT*PrF2r7_?GFE#&V%<u`4z{tK@O5I&~YG5d$hUQc+oM=}EQL#hflEF>=wHj%}K
zN49u3^j@nOMQj}4$Id~O*L>I5m{@mt)ZCY)CFfcc38KzPtaUGMI9<&19zO49(C>V{
zIp;~TaigrAW%UfbK(C?>Uc5A0zx`PU>IxgwAbBIUSs5aPz%WvEd?gR;U=*$FM--`)
zaa6nI8sA$L8xwCg;3cr6y!F}Auc?GLe?HC6gqQ``=&sQ$c!I%TscY$S?X=@?5$iHE
z#GRWa1+NP>iY6BuQ_j~GeAbc%`NnH`&fjUs{76gWiY$xUPPxRE|6j)@<Hbu&N=#zP
z=y<GO{HmUHhM*j^H&5P|bB~i@1F&@|_aI_ToHWUE#&dp<go+Rd>Zv-7YRtJXE~r`~
ze76xI-;^;zKNYpnpopC*)K59ieYI_vF~1VZHJds8Nxbtz>E+J~D!lSpg0k0IVq)t&
zTNfFRJzqW*n(Q^gQcs?&$IzMp;bV6_^uMZa{;pWiWhLCT#oNL{&aN!>|8Zoo@q>I+
z?$`o~DxbVk>q@G?34OgrL$XSt^$)1IH*NdtAYLeq6Oy|MFs$+YI_DrO==II7og|x9
zv2u#39=+fJD?ywN8va$4Cv_PRQnuRYvl5+_2{me4|ISg4ATfn7p`b=tAgR;h?nAIE
z4xngdc>(aUljVp#^;H+QKGh&ZAqc71Qabx;rf3?=RAk%`d&coWg-yG2%`MDLqgFOk
z$Gl+<@(zL~D!B1J&OJ#G-tb9%=}~;-CR0tN)CF5!=z%yQLJ&#b9bj>K62-+yS9cQ$
z{mwVjnLiuudr&XCR8QQ8C+*FX_LjvlBJ?VD4zn^Datplrn<9Y_2$erZixWy6uBJ*7
zr-O8wDVt0&kz5g^^N|S4ftK8LQy8s}0}~6nIqk`L3P(q+T^KPOv15^~^91-283;9q
ziel<CSN!n<{~5n-ll5PDO@Qz*x4!p>)!Y<w17>=@L*4P9vxG*7hy+&x?W_%Ac8sJN
zGd7qi_55R`5-MR(@sYodRmIUiR~1E6z-xp##7tXtw3SKe7PNwDA|ciH$9t}neGZh_
zfrFeC1*@!u8p$){GmcmVk}_^G>q<0<Vf6i1JmE|tT0vBI`HQrn)ta@ty3F>=0x4~e
zAc9!Wz?~225qkl=_f)-fGoKrYm9+wG%8axoRiW*#$SH0ajZ`!%in3;oxoKi9S&<N7
zm^%sp3;9&gz#BiIFF#FybAx{L*4&ehbbIPG7YIWhlO&SE<T~o8)4?PvJno2KPMH%o
z>67+muQjr6mR=wTH{M4G?(PW{Dl`d&U|6N(^jUvgs?HikJVHp6u?3>$rigZQiP|G}
zoxD2?*{i3tbkIJB=7jP-3VY6iHHN<6Oi|$-7o=A_M?U)<T^g}{k>5U39^S#+0HzF0
zMUq)=<;L6l(knv#WIcw~1PC7!>#fhO4&KOg4?$N>i($!*C6f9EZ>6=SkqF|4WTSwR
za&<?&M^N$NnV<TTBEmIqw*5Xmu$}YnuZ$5!RN9Tj2Eb{qQ)#Ims`}WuJ+5r#`pov3
zK1gQz%=8)ba-2%WX4Fxw2%(q`sd+w>!C02;AiL~^C{+2fZGu67N?jne(qIiqs8V}t
znwgoX6VR&ShY!2W=Wo9a$`O08<C<g$z42$NP|W?_zi-_L&WCcxLUys{e`I_8+zih>
z*{g#HNeSwRZf29H{ODm2zWi@`+F@uwln;DeFMX4MKI^lcK~Y`rrNN<ySK9KZrhFx8
zr-x{Aal<$NIsVcy?7fCfD`n#xz5J->N1mQ1!KW!T$tj?}w{01ZppJ8nUXq!&ND#Ld
zl~4kEEQX)%AI|BZrNC)dZbfGGQna?Zr~>@pPCex)dDr{nubmx|^6ZnvIzV<Vaoqm$
z&<-}NU~Y<s16xjCE0RJJG-z_G(tq~v;$;0-ToWMNRoCCYtQwB7j<?~MM;7?;BRW3>
z7>+q~cltHGz-}vK(<)9onCZS{Vu>-QQSyVlVT{KPLlfKbTY(4F4s9y_#B2hrh1(xu
zzxDjnRUEf3OARldiCY)A?_s@f8~=1Ir@yLSF57(?k{Oc%oOb)D4)g+3`+A!5pvR!{
zea)6Jw&ITfLM{i|<~U5A{5ei-?J9ba(!i4n>fGrVEhaSh?L@GFM@gv@G5D)XM;#TI
zA9D8=-L~L6{jK-0X%+jg19;`>a`1XkUU6Xzfy2(JB}=kaBUB`by1Ao8K{aXAl3YId
zrF7imL~*gv0T}m{;9EZ{W*Fx%8Y4iLz9}Fa^VW3oL2}P@m1}H1GCrfS<Uci2#*SrF
ziAiD-MGjhQ&OB8P*o{?FZcwuK>asfs6`=y5SEEW*W8nsB_9Xx(g~os-5tR@Ge0+!I
z`4}<NxHgdh56Gs>NGeX5;BvHBw_mOi8oiE6gX^NkR?m65gXl$<X}_jvIO!mc*h|;U
zuxeU1SBPDn3K~>X0=41Gll9nJ6Cm6r*Z1F29kC~0xzRVu`6Z@m4%=N;Pcz%sxq+-0
zcr>L2LW($BA~Dun?MrU%H;NV#ViUl184yZGIx9G2ySXS$<ldbieCBEdwk@$VW`2pK
zhPi<pu%6dH9c~)~^CNaFv3*G`*XngolZ6rXH9g1LSz=<k$8?W6bb7RvVdE)cegP><
ztf1<K7hn__MjwhBLMeAq<?%?8d;3CW57zHNj?y+NX}V}oQj!odYt4Yv<jSIob5nyc
z;DU?wPtO+MkDehh@s^J@A#l{Wy&MT9DkROllAW)cf5MYjkrWlyu4HbSC`guPL-vRo
zibVAs&hOpMQyvdM;I}T&w?7w@Z~hNETg1!n<R8XWw^-PTS2IRfdMAAFR!SiyJ!xq)
zH(>9h#X3g^HFZUkAM#=Y5i`P=EyX?w7I!8k_Do!CXx+h*?VTM<t;K|<{EgjXD9$Nz
zQnrvncCo0#p)P-h4N@GZ!8BDB4RZe9#@~2e_{c@+MaQ%MZmgS?*#Z5E+ZF`TB!m=v
z1Y<&xYyRXX|H;3*ll5P5O@MHhT=on9)WZ;{1N}h1A|+Pz`N=k^im5VWJX0#AQAR~!
zQ*XIL#CDb-gfhpc*c>uvDjRW22bGi<M}WnKRWqPW^_l8%+<pL;-Ok39-d15P`Mrt|
z#KI@-hlgz<i1XSiV550N=m)C6sA1Gln};wtIn$~=wVP{y6d5Omkx|3Y`3IOH2bI?&
z)hve<NN|CXT>n#AzlLF<kqeXiI-7YrYo1&NOS$TK-t**x-$CHy18EYkK11H~O?~&9
z$G`WEz8zS!_*U94NoWv0{)u$Tlf(7bGdC@B)8w8%?^n^B<C^j}(RfebLtoQ({*wIi
z$x<q3=Y3I8PCG<iQpcGP!<f+U@##T{l?j4$g5?tO_itJH)Ne`<1_S#0F{qjDG1YS#
zYfpF-`N~aB+9Xj`P!V#$vQi%?QutKYd70ZPoc@-4n+7e>Zsp<Id*>~KZJ97fE8uXL
z49hJdRi!1AaNN=I?!Qh`)4cE*@;}ZLcBb>rmVMSzS8lNS%tQ8>mn0B_9rbR#b&5%W
z@UglkK)6e;l>Zc{1p@OU<_27RJ4ftEuc8;6^eEiBovLzM9qt)%IFx{ZWG*P3*{30c
zL?}LW+n$P2np}QN!WBQ%ryeSwxI*7}mi+B^^xe;w%WmiKn{pg8p1_i{ZE}c-nE|6n
z73kIUdZgqPzDiJK)X+r62^E5N+MKmWs@bNfY+E3y$5%!rR7h}AQbVYWNvK%AV16>8
zbZ3`d>>L|rJh>~18Z3=-103q)=6iSOK^wyb-%U?DOb*z<sRue5yz48ho0BK(si`nR
zbFVCq1~o`K?zr%st99SC%*{~Mxg@6LjvpOT6XEnH_~l)3yQgTr_QU%A7t7g4$)Ot=
z$95=3QeM3<1YYwoogeZKza}c&x6L)~*#R&9Jppe`=~YbkyxY$r3u2<Ks3RgQj!=Qf
zU_gk}c?7Y|qRO&&mfXo+Apyyvf`AXFEGX#Xpc^G3by(IivAhG)QMBmud)?aD(>~)6
zA8N7GuydX#ypY8)v;8!CB-4EvWJhsQ=7;FRer*YnC`nLNRgnn}K33NR2zSX9C0iT?
zg50-VH_UPMT|8+YR9P6Yb{0`$;>x?JD(Z?*IaR7_Cl&@01h;_%by8?5mZ@GLP?7Pk
zU}1^r%Dvcba6nY#-M_$Pw}Y~F#&_YAwMyGnhmq6}0+mo9m9aE&hl`Ov!`g9lQB)J6
zm_xP6&Q-H)guvySnVn*Kz%VjwsA|&K>t`X**jXWO%8qau1&iovh%Uwc0~Kw~sy!k)
z>CZs4K1-3mzgQ37E01y&5dQ36^z0|eTQAc6*UN?P7`@<)eE<<_&0o$4-KJYts4_Rr
z(@v0#zy3#Qsw>#(daUwiFAi7Ss_*!m{=+Ne{Vx@icYaAP_!X%u`aNQD?mIU{75Ln1
zq^|hkL;klPy&rYR2b#z@f>Kxh)`OFN5qHueZp0-JdJr9`YGJGd^$`<YAPiZMEk+^t
z4|go1DNEK?+(ilzloGLRC!XRrHcjG#=Z~*>qnI9$l<7cK`3LEVd!x!?!{V4KFx~U6
zn+JDL1vH4D_nxquL^Op|sj3CwOpx#~x+XxlOD?m?CEGoPL65t)Fgrz60c@J}Vp5gd
z<5#}wiaI%4GHp$g+v+RHhx%Nc6UnZJoR(s2rj19*6AY~P>y6Kn4}3Gd=r|eF9KRpn
z1AE0f6QZ{?j1#H^kt$gvn@Cd0Tr+=(ZQ=<n4FSnS;2IIe))%3mJhI4q!(2lMj1qnE
z8kJQsYiNWJ409X^%>YSemcg9&C5qZMMYDbsItVCZi1ti`1lQezz~OtNntKd`yz`6c
z?4tyD%d_N<zo19%V?JEZ#O^RcAA2MLg{nf8x<?A#umM3x$<RW5Y6Kb)75%%f=<|*T
z;euDmmA7-sfxPQq^uk}4DtH!XQWnRIA|rd$h>GsFo`)A$GiPI@Bt~LV1HvW}hr~!s
zpzOZV^@CC5x*xG&j;P%I2zAZa+E5b7nkJE^xQe`DxGW}HvJC5YB|iKs1!5$LB-C=+
z4E*p`dTE_9{x*2;$6x*N`0!00v2EH0&=&?h*3L1E^lDblFx7aCGbSXkX$`-1MUdbn
z(hx&LRF#Qk^s&7rK)6dTGui<Jx%O_Yg|)L;(1d>NjOydx&k!gOsB1=vDpFNhZ?r>n
zhDMvTPOc1v_OEmqP&-HaGT126+83X+pQz+6H$c3+G>VMPm#<<?(;;QUz3pwHWgFEb
zDHU&y8yw9cVTQn%==Yo!y#KpeRT5#CnCklm8Y%~y%4E;zmBJ9b8IjykU=K4WjUqt=
zpGj+fdR$AsPR+5FNkmnxI=Ih<ym1SE_IbVJ5RThVj@=*NwV%*_#mzs_>)$at=MM(C
zMkpBtTR&$?QdNplRh<H1UYUaDwteJ=pK#(KVm?QElT;wcsgI-A^Hzsp<1>$JI%803
z*g2MzykKb}XG}Cnnxx~1rdCZA<;UAvY`f+jML1}KTy_V0tYeh?bfVDDy?}HWVaOke
zt~A<K5JeiaJx)OsF(4%Cq8ST2N~x6=;az_?K4b$IzD!0b52#9B!!}l0A)1s#RhyC_
z<rhKo87P6opel-NzG+%|{NVh}|KY!?leJ5%$@Ga`a+!B=`;go2SKB3BoDA|8U)6q(
ztMBGxSFqHuF!ry-F-r~O#8PB_%&_rk0A)Ua)#n;*)xRh-B~dzufW+>My<EFOL<8Ud
zp=yA@d%od&+}P;aSmwtv-^hF;i;<<oD1Qwji}uyXVv~QEd@lJY54ZE|l7I^1#NyaP
zaO%p<qUMy@IrQ(F90^^7#6~;UOp7ZqtDSjxy$|XuKQ9j?Pe{-I4kXxj0~g<l1}^xP
zYT)(<IQ9U3|1%zpy>70UQ^+F@#Myjj;Da&3)6S6jMYS_Zkpxp%CWj{R$qXSt;3-FW
zzx<VVfbhM|`i~cDuNH*GhJ`VUjVwkfPkVk`Mh41A872P=3?oZX#_Gc&tnH+so#!x4
zyzv?G#<S#;SL(t@oBWQL_p0^XbcQ-5K|^QWMOWaJtR)nIT}T!y6WUL*OQWGo3y~5>
zuweyjX8igW4DW6HMUtf`!ziP~Fv*h7#1JdQl5+sufRjQ>AwlvE3i*Hk#ha}Erfb3o
zcgf}87kp@gWpG^ZZT48DzxQ;xe;Wtv#=rg8W5(<(Y%_g|5J#d?-w})yR=IZ@012Wd
z3~FbJLM{_Z(lQE1tqJ-Qm-4hHcuOKSUQW5=LFa`=<Lo~doSE4vOtUT10-7;{D6K2U
z*wc<hwk^1cbl<hCTR{_f*T1R?0j*T5r<)3mP?;R-uVMs6$b`kebK{0u{V&s(<X$8x
z+j4QrD4ug>+xKnvvF~pD%#nVNfA%^3>t7L7Zh1%e?T;!+*RPbL_mz9MDZ+*4Exq6k
z(;lOm8DT^d5`u|yRP{1OnBR)!_~HH<_jahr`JYIyd8WMM)A~Qpk?Y<Tn#8z~VZ)Mr
z#oU;e?J7~FDnTuYCecJvLX(Z2AZ06U%BGZ~_5%3Q4|w|H<x^MdI5JLDi5MBwxg!En
zuxvTwUecOeLh&27V3R~rAVv?p^Y$Jo>^29jwe64I3i;P>9v!e7E2mj#uq#Q3x0(bh
zrGiGNqeZ`p2$is7iR}x#=f@#8BWj94l6c@d6BK+*uL%(Dk}GELE2)eG&i^I3<Yu*;
zk+0prQj?GKV<fnKm4vDWvOPVbfnIRn3CU$cYpXDvNF4_txpSjyzE7wMPddOOP6)jJ
zrHm4)Y+cNK(BckN#~UwMLD!s8dH;qbUu!nUYStvj+P0T%eh_d^si-HL)Iz1Cghr|$
zDnu*ZS@lOcBZAFJ)6GE1KQy2sH<`3RNb9Mw%h-1#DSD0S56+QW?{U=q)-C$nqj};U
zg7DYhX7@GR`4F`oL^Ow=b-xk<S6rflinE?B<wZ5yPJY@cBZ0sFlAdvd6rt~renCF;
zHT~_Mkx}FAC`%2)#$)6h2y<^@UHSJuK`Hx>qN1uPTcwIqNrQa(dbN+uxbY}+D>nBe
zBX{<BhFsgD1nY?UBhB!x`K?SM(E?yC;la3|w0~L+QaiA^ZjKdGyye+4Kc-1y78|>T
zs-h?KlyO6?H0me_%#WFGa^o!Aebo9e3Q2=%LPa&mq?P_Lye87<F1b=kVwCp#OKwvQ
zAiVmcYB69thb)XddS=)#iY(<rbd!rK!<<ZQV%J!U1iFlZ#8MRO{G;SQ7qUF7!ZDO*
zk^lf807*naRCV|0NM)E@g&QV@QBC0-X%2sJ*;7YF1<gX}P#M$FB#Sy%TFo+D_{xo(
zeyB7i^hNI`94DeOY+6~b$e541o%ZMDA3f^sx}#q^ig7Cd<|l8&(>T@}KHh?-3a@$!
zNAD|5qzdG0Pw9M-tR||WULce_Sy#$c#m+ZH8a?p{f5qpYB34lw^i1Srv2nq3SXAiP
zz8ysjFOq3decPv9J`ag;;?q~^Fmk{~5Ps=I88z(yrd9|QzxY-T4drtp36hDNj~cOC
z`Uq1ijcR}(8pN~Kmd|sZ8!+fG-!MPUx@f~<WR#`sQ62@nnD5&D<wo1LDW#w>Bqbu6
zL{)D3%bWji|5{Jh|Ftz?guCRjZ80C2eUj~iJK1doh<xrf0KfTRRb;A<2z3n+shq)B
zA<Enf0^>vy@7}AjPzlb19@P_;q`iPL#EwkVOiCR_NvbI^Y`mopEsgB}l2ihf^A9l(
zXLLu5k1;BeX<>xsT(#T~l*jLd!u*h4-~WCpD!VB&ng)VO{?}XAMv=h^BQ!P>vNY;)
zZssn<DPvAlr*vZN;bH@jZuv2G3OV-_QQ_M+=|SrRc=PA97)GLBT9HOG2Iolfs`BtK
z@f&yjHq${@Q)4bGe(7p`;ZtPeZm7!p{w2-ySxP=BJ|>2VrRdF+K~#jO;_0aY&2-RS
z$-4D5n`X`0Ivg>-#QY+4c5<F^sGxlP79B)-iMsY`t8}m}2!#$7UEO?1<)fvLf`yJ|
zEKH0OR1SWc&lWy3!-nSuKK-`Q`Z;C?GC%g)DRFDX(_}Y-5}*#$!s3|4NU~|Y2&l%O
zDVX2t_8VtqvJpPE*Mt%7lIuDDGbWKJZKD-|22}XQ%|6oTeJ_#Q?$?KQIw2?tWM-Ke
z`&b`oy)ZvbKBU8({O8Ng=EYZH*Kont)wtR)F^sYlWvMt>k`AMelyTB=Qo8`7Bjwe{
zFv`dI)~G^uZRBgX<pB`+>J45`diF80bBS^E(XYk`Bl(+rcU`~9zf1nwpD*)txG$z*
z86)ieJ1YF+SGD*XPdQj$_fdWMX@YR)1H9}c`L&Z|+dMdSwu-1tF??uyM*VCVEu2Xo
zbz#}vbMH0-Lh04cZ@ztv2H|UO3avLPyI@91jd|Puw5QQ}k+hTc*=4{GabB2;TR5P?
zYcEU-BWHv~uyrSGXrn<jJetYn=edkBnqM?_X45+a`ty7gKbBs_bf1|)zO{~(Dbjvg
zmQ!9`7;9Ah$8D93`PCril!=I@pc*DM!pHcU9E5h&m5Le}Bq^8Qs&iAt-61EwJ*}H#
z6xq6<Q+-jfE&&Jx(CB@2Ri|@%8ChD+obt~^a{GiXw+L=nOG+jN3ZlbEOk8uPRuuuy
z^Q`QMAM#(E{F^E_N+%>G^{7d5;&v`pjdPNVOJ^PVapw}_#M}&x`b}A_QT>jkm~;xq
zwThs3P`ekyCC!u{fxo_ridw*FDlLFs!juFW1nlr3Ke$IvJxHGOWPRVaSz6L_kC#9B
zq5`KK%ykcN(Yxl)`n}oA2y^d5_JwMvccROjI*hOrt`<q~+%x0{H|qg=2&yTub&;qn
zjdj?#33HeSVp$Jp$j`0hxRMFCF+;zSY^y1CSq*&aW_|qL0p-Ml<)5$8wQFP?>E(b0
z$=`(hKa=-twvW9$QgVSXmI)Xt(K<$58WlQ+Jp15<Am_hoc+|d359B$=GE&c}v1oFC
zPtE_7#QHLml2k_xqul>mKGG=#Ns=lgnPqfRAbd=(2@vk8tM$uByG5FP=Bqd8FP|X4
z_enkRAhs?tJz#Z(0u@ARNRfbJhVKmB4sHx!@{iPPCMsFxBEMoGD;h*q75VW)x_%`i
zB_&45O`Aap84*pID$!`6ND_rxXbTM8n>99O_Rg>VKv&H$HN~|*1mT3oarx#vCp|Gv
z)S(T6vHm&Ah#zV5VoDZ_bacE_Jf->HvAGZ_`$dzu9G$XFi4I}<)=daJv|V3%f^1*n
z)n|wmXt`dmx{r2JAlOjcoFpL4qCWd2F4mP*&K%v^WC%3n6#?M~ckA2~TNf1=Cq|7w
z$zf{y*(JCWiu`y}qO#9VC(<S5*aVxnJ68X>nWujDAJd5k%h|`u&0DCGdsqx@3xyRy
zLPkNiDLv|u3c*qW)WiVy>>xpM!PSglK}4izt^4lA^niZNQf#9hO8lP5p(GRy!DHB(
zJVeZ-dvnU%ao`@+&|2vUNmS+bzrFVV%P-+%{dZXtAly|~acXEllS@NJ$ewx#x8BRU
zUm#z&Ru@KWUC=>arUp(5HBVUzN|j2#1Z6Ukw5+gA^(2p}aE4TR>fx3j>BiNPM9w;a
z@lZ7zI-1l5d52^|rdJ9jwBuXLi^W`S49owKk6h?5!a>jVx+m_BC~y4?>sB(3)JjmA
z<YAPO=le)5yh)}hDyV1>u>zspTM%_1%v1?-3Cg88&EJ^q#jCStJV`Xj|Ndn9jk5&d
z_Ir6`Cp(9}znhKoX@|(Q4|-X)?Y%R4r`&Xx&ef<$w?yl&o<~oZQzrKvI?V;S=;D-=
zHM4A8^#3HLmeSeXh03#L90=9Zul@1jHPMnJkV?}eh;Zp``l_D`ulxJ-f)nMS4G2^>
za$BBLUnF9iGH6a_A7ShRBg%2huMpEkQ(=VOU6WBza?rL1v|9CV(5F|?>oJV<aypV_
zCP=Ons`|UE1@H6G%2EIUji!hSi634+E4@jD=&`;gpMYI;Wh#aSuD?^)ukq>LyU!}Z
zD^KTJH|n#FmR`lSMYb>MC^Bl?TG`~Nvu1fAZQ0kqS3ir7s;g1t+15H})k-VXSnVg4
ztvpxzI_>$TAF=Io_qJ}9l?jaz{%8w>L9SW_5I%bq!$vJ*+HR+m2@N)yybs3Z_R%B~
zdDK0Mm*PVElb<Sab!vo#g(E6F_hfH4x%*+ZEi!CSr5Bj4SutSq1A6u$y7J5Og$`!o
zD+#KKs%Nh&Dw5h(bT6uv5TA&|+>__6go?l$&XI*Ni;X*GN7*1++SN-Ef|m(%b<hih
z?OQKVB<6P^YrmqxFP<bH_@<YEJLie4rb=5N%(%Gxq1jC#%N}@PggO6KrL~OOy<3g&
z&wq2+tLfKr%3+=ZFzVz#G+?tV8vHW4AFT#HHs8wyLNo<UA%Ui#T1{H%Cu_n8chwd1
zc9V?^65)sUvwjmF{5Bir2!Ze1q>E#cvTcDuAFmWv)Ity{^{ixYJ7X!ml?t5v^cEo~
zf~Yl4M0DRhWpUAWTRX@%aOo{t2T0z&RuY+WS<e1uX_ZkaCRV3G`PJI)y#%XPusC#E
zX=&3Qjv0;_M;fJ0KB`_k-NnJU%3bQ7xZSA~8XXi-6*?myj2=2m(+-DAd0IjeHb20z
zs~rh6bDiyr{ONO~S5b#nhJDH*Vuz34J%7h(uU(n3P&A<`Ri#y)?$oIfN((2s&0yz<
zgjh7@_pj5L0Lts1CktaAJc$r0-~HQKZ>Q*+iYDB#!iuzXP_r&-;~?zs{N8P<fj>J}
z6h!^R(_UNfY4TYb&EI74nc^DNpHkQHSzWGPhSoS*xOfnDUrn!~-(!?W(Hj<%crCdY
zfa@Z37mIIJu(L>urjTOLDuonOLwVej^_X1~Aly|~3p~Ls9uca*UH8hyIS^iStXz1d
z0>g&1!1O??o){1k2;w7Ni#jT~fJdjzyaR+%sxWAg3S9*2GC~bB5GuwI4Q^f0(j;!0
znUqRoexa<3l0n5SJRRF->QE48p8~=uhs*Up^vr1U%Zw9Mpi+{ESigbQ2+1|VQWPx1
z@x<d%^25kY6ka2=kZ4`T5kUeMUZkf!Q8cjITCV&7x80*_XXsVT_L=JEGOIF*G>N5#
z^PeX>Zrky-{bwCk&Djz3g})L~?$c;x;T8ogn@uICb>)BWR^4NkuV1G-9)Xit9DCMv
z@LI5Uo8&u{0)AEnEIC1?U85LtOp6{Xjf%omx9j8g&2LHo<*Lmbe*nkB{g3FiA}Rm<
zU9*gxExLy)e`nPa5K5A`L}-#m4;r;(HN!$l?qd=}`+fR7e(4PEeFPM>0w<~}<zCFB
zBl&g`U=8~nr_AO(_71}UXtuXboHCO&0m5B%z3ffR-~35!Wx_-DmpJxH&-%VDjAUs{
z6PaJ)fDLlTgSvCb)<t@KW&|oHg-w!>r?gu+t!0F^T3<;y*lR9Lb$S3?2h##h4TQk3
z@y#{S4(Jik7HfRSgB6pKH=AX4l>xzLu4eeL`L9NT|L7mmv4;raaRDaz1}_#7^Xo=`
zH7^m;=^B*0Z;HsH=FxS4un2tx1>G+b0>>UH<pgl_L3-=myzBWgH(+i+T~P~FU>rT<
zWv%f2AM(f|hhH<_ByA#>?KYDXjgmkt-K0Z^HH*^450zA+ibAheg%tyR-MKQqNZqII
zgP8wFB19K8t^Db4po%2*)<%n{)_mM4Q<syN<S420UV9W-0M*0xMwN5^TtD~QvIn|m
z3ebzBvi1oHk}?2$NOmUvmT-+A;>l_Wn*$|HQa=e93I<6*L<k~Dc<(C~58jie5yTHP
zc4u~x!HA%}da<yoKgondn=}mwDF#U)si53_?Odqk?hk+O|K~5`WbNu}0))HpDm$|A
zLaSFjv>;1kfF^O;L44<SJz#@ee~)gPXR5EgekO$#O`^`E&>FdywNqu_%7g(-x>PTz
zlzO45Wa<Kx-1Z|)L;1|b`g6yMCMSi4YLx?_bQH4=#%3kW>^}t#n@;)A#W!^(`oc5h
z$bI>z%NaI08p}9Rt5k~Q+Gom)$ke}>$*7wdJMvw}CFB>RW|tN10AZ(X4t$hgM-+YU
z7dT>1Hmzd1&s2@6qgC)}e^KcLo^_-T;`rZRr%4=k_d-&dDXzSLC;w`%rQHC0>MxqP
z0eh@w-7HBNH4GzL=1IyyYvmm;7MmyeS6|e{5&eNwm9?bXLzD85$!8S9Irp$EyIq@%
zk)1L*Rh7V@`^pu!=&6Ux-+eW`<0avm%^bETqI~YPg7S?U^o7R=%Bfr9aLl#))fO&l
zhno`O>Lgo>FrJgukf=0CWA4*vQ`W>uA);&N7>#-DFLTXi)~?Ejn|x}scK*;!H?`Zu
zhdq5}p&xRWjwaC<6zn%gb>fqltO*eA%F8?y>a`h-uyH{b8#c~)lJYpo`WaPGl%`?Z
zBE3Fy0V+bzttFx~ok*8}6#P?ADTD!>Bz0<LdAHJFnxVSh7&!e%iT>|778bw@rIR6p
zUx7w%6ST@)K$CV`_d2i0zh1@T_h~IN^NXyUVI1j2YPVFn9Z{SVO8&;^pmUYHZ;FU^
z?Xno^OQ{hSo2c7I?S6xI0g47yk^R=`g}*M-J*H~<H3BgKO!t`$G?Aq-<Hn!uYn~!8
z5hG3FBbV!jIfh?us=(5iVWWeZLCx7uw5jnTp2n${|B$2*WMRacKdf(isQ^(KMi$2m
z1P%U#OS=e}pIOJGmcsyA%4U+ABh7T$WSeeGsBp>=mVoNjJMz1L@WSH+<+nbjuRK+v
zvhR(}{D`e5)=63x-f19|EC9GJYW<Fl5>t*yFN{#UcS41!0q4CeplZGtdxt`4RSa#M
z4FR!c9zpU@ky1ebcgm<}NMSN`VzO*afN&RHvD-l*a^Nrx8xGyzj?i&r6glHy`PODV
zVL!R#P92Wev8cU)P*F#3yfbyw<V2g&O@RX2E`6i4vYFyeMQugGlHX`skf4EaA}F=e
zkbAey)X-%jd8bszBq^o4PSb*R@vqo1fE(^IgN8o$L{#LeTirO?BnQH%xoI6K0;zPE
zZc#_^e<WR-PT_f~UL(}y1;PYUVZHY6{fN$rUi907(5sjkfT3WH_8vuVnV%N6FOigj
zf(s+gc%1B9qKUbYK*grU*THGAWm3l^(>+~k09_o()D&;|h`#kDCWNv$Ce)}B^64RW
zhGe!awCy55cAVOqo3c%*prF^G@kln{>djb!%oR83$p`U`ALt989De)4^q0RV+ZNfn
zz&MhWbV;*gs9Tp<`OJYxr+p&Br(_h2NKESaYC%LqtG0dO>u=ln_&vC9I}$kaXh6Pq
ztGb4tKMbY@m%$f!l%0RN+}Ir2F@zdT7qt$GYT}fcEG9s>ORp9o0xRx`LzNV%#Jw;E
zTqvg>DDz_wx$G`o9I|tfP&;5W)>E(2<UYSrCM$}ccY@gujU;7A=z3N)kW^h33p7fV
zkgA2ilGy3g(CJuaETyWn3<%wYQEHIoMG@bf%LX@W7&S~q$92ga6x~ruvBPdVrNQz|
zdv*TsL=Y_itQ}TrJ8TG~B$wQzpL{tpeNk95i@;LM&r`gCB&npN*49?nK4GH@%r7vC
z)PboUv0~g11(d4S&Wji)nn;s)XeZM>78|w?=?M!%q~dKC>dcHI-zb3v#tNB}wGXxk
ziIU$5?c8m#j9S)q+t89f3~ztATzw1w>z~pGe<!GL_Wz@G#ctDj?>4qBFpA9f8AtjR
zs|Jjs%#Yai?a|JWE{>TyyYB_U0HPwfz)bs5w8n|A{q6AReR#s2tQhd(<7pC)+sNHp
zKzP+(>W1BDRBXC(*P$A`JlWCnJH}BBe%`ue_5c~1y9|=3hM#=uTmM<VpOdxgtO*eA
z!Yj3mP-2plIBs9x(Z-RKh(cvbSLEPzy2naBe+%P=CelP#z^n;9=JE8ozSAyO4uRG`
zB8s-HV;L<HK0B8{lL*QEqIABh47aiD((>ppuN5UX&?lQeZq-oV-$l)v0~)yRey+Ps
z7nWEtmL^hJ)e}<3FXL>}tQMI9wg}O}gLHH}LtN`skR;|+%pOiLFQNc%Jw>B(&<0{+
zDf(-L+@z3HqR%-JRbtXqCLbkc`pooAG;}~3NABBBzj97LZhWBNbdSIJuKvQ4<vrih
z12zy7qlSKDkUJ)0?iC5Tj4<T~o2h-N#UiM;GpJtz$-42hG&{QG@*lpa&p%Bx@PXHb
z@7<`U9K!G{Sw98vfnOGZshXJ{mY<$-yzMxWki{{JmyhkS-f_&psCRBHl@Gpqbm~ED
zoMrtSd(@oyET(!gXO9JvveYo$*JECpj(xnS&?t5O@Y{WbkUtpqe$le~Xpc3BdrFgp
z7@`tV`0>?qp`H{7CkrM(xJ$1Lgfh6XQRJlk{pYIGfqu;(GCy)+)Fc@;Jau2a<bK8t
z<0#REL<t=%wD!9e34gkkP<%pyLBg5iCJL|rydLwjwMOS~@BeiAnPVj+szlWhLklTv
z3sa>~*FnT=mRSzB7U*RIX+@!sQ3(9*=_1P4Z_>?;)Y0#y6c;;{G78>>PE}I8MwkUt
zg-$`M^af-etSM&>sB-&Nar9I<=|CAqO-c?nq4Z+dFa*<wQzEHY2Bs!bHmDRj-b98C
z(|yK`555TE>}S;Qic@5%VfPi>@c?`6rd2IXNiEMh@VFy!$Cd?pv90S5QYVF_CW_{P
zQ?YINmw&rkPdE&UNDxrr8#mb7DIffnKH(QcU~$Y|o2UYnJ6GKwWQ^7xbxa&`*Ko%Y
zJBB1>P%~_J>TgOA#z}+7R83uxk}C)H+{TGDGlJ;mMYNN~kQ@d5gF&Yg#$GN73HjXC
zse0DWUCE{VNh|$iEn5>H+=bWgzhV5R=k@#7HWK9I{o0?K92B6g7}QMlnC>yC=~p_a
zI92q)dA206A>&OarP|#FMF@3V=%Avp2s>+E(FA43{zT<X&yp9tuX)L@RErCuqDLOg
zI6B4j|1t-j<()Zyle_n<Jmf$~Rzy1;<xT-@;%jngG%4S|ksGd8RbFzuJo5=6=tVd1
zz(5SzqmrB*wJ0d1?rHo%mjBS<x>F;}X3I_!g;T>ju85!gtuRhD*3t7VJ7_QFlXRIb
z<-{*VRct7{DuUV!tZ3;!P0QMwh9;vzO2o*;oAsa#EH=y!>G#`NyQyQ4X;dm)fh?Ny
zPj!rVHPl?HS%~fw2=kXAjo_sJ@;u(;Lto<!KhHR_bI8(&GY_Q-4%;F4aUzHhKj~HU
z0t!`N=a8KvdI56=Re@eb5Q)i~LG7kS(dTFyf*!F+^ggypo{bzZdyTdQLQf^ld_Rl2
zmaHa<*w6_P6*Z^KBwA~-fC&)p>MIHTN>F+g<U@VcNm&fSiok52xdAJtWYv&$bL=(Z
z$6M1qKOr6vVn-K^Dj5!oLMW;>P%z_{pvW(#X2%nm>w|LXW-hs1UwDFi<@51po?hMb
zgS38)j3QN5M_u<**W*fWU#DbcnB-WfW&cX8L8j{(ML6zA8_=UFvUNdEJ4m+dWV+8x
zpPxIFQPNL69Fj^zWA2(0Y0G3~9=$jmmKveoCEXgK*>*HbqxnkSdAKed92OcM|1?fn
zI#yzytzoRI3O?j7lS0=;Qv#(ne`93aaOZ>cYxZC34{gs?09V|_DAEgP%}M*qrFZG-
zSsqy|t(@(j<_t0wQp9=_TiQ)VLCMuY&DU6(2pbn#-GHMY0S!FucuB&0K9PRynFg?0
z3-A4^zT<3}A0f(gpE_V#W6CN(T`?U9(&qW~DmG5BM_|;jIA$g~K$fA5s#sv&uwhuU
zG-j!Be5Fy9(D^(FAxF#v5jQ;-)?a+HqV}N)s!d2pNFjOG(S#9B7EFL}S6{2HjVhdS
zK>HKTbkI)v-hQC;YF11$Y?vQ0KVrj5Idl_S7W9z^(j$9Sp^!p#gNgZOR571H`vM{_
z3FCQXP}3+V#~#Ru2g|$u6%yb0T3j*fw5AscNka1NsTJVL-_$AHsd(Z{3xu>NsHI~v
z*S&xgc;AKT$c>z|zwEQdQLqZW<NxBiv^ZvQfhz}99uu4Kp!2NSX&4z0{mPcr2+L)7
z@5KIhH!nU}caFlskZ~d=*8r{Bra0PJowBN^4gV5kxYGQS9gFN(WO3veV5ng4-v=(%
zx1QyfRR^SIrpLR#p}&5zTyi%LEodq>9CEg*u_7T_o60gS=(3?r!pa6FP%*LB&?u_p
zC?D@EJo@qS;eSp~Ken7?xcN>!a1ZK=r7??RYN1y#)$6ti0zT|wY{wu0p$=3PjWQfN
z@m({MA041XdrE;SP*wD6dKJCKx#o%c%cXbeXr|3Qr(-1UgxX{ZZWk;hl>j#n4@;N>
zSRS}?E>zWnU-<HW#Bbqb?ec2^guC`q<@5ux{ZHG<3R$DGjowOnz;ut*Gc1i=u-ZGa
zeMuhNnI3$AEe8ZigiH$aa;}!Y*I!|rgvAk6po@>cf0huq=xVKM7Dx0O2AL5G$WMt-
zP71O4<L!R!AY?fv8Tm>z)Uc4Oo$j}SLpR8Q>#-!4nZBo1DhwOyKre9Oj<_)5roF3{
z1mch=g1UYvdGLb)q9S$ySsKlFywBzl$|0M${0>2M(`t{vP8kF2Ad>7dln|W%rTp&L
zxkR)4=-JkGQwbHmajWjXUOse*zU7(nzVCwa<h@xMvvWu<@VYZ3Chpy$WyFLt!j7IP
z(B#z378?LVK`9!yA2?9A0>xGl%`=3>S<|<!<r$~&>{CTWzJ6`G^hN^gSfXFk51f4@
z+BxLdM2m4Qj)p9jCTJoGO=Q%N5<lKflh}VZf8!j(Vy<oqAy5YfwJX5K@5B5^Zz$0U
zp$#2v4>W@0W7Fq<w4$Dkil}PJpC?TLt+L^GvL<T+guC*psxUL4R}q!(yxP0*-29NW
zuVN8t<u9dI=lwFUree(s9v3k2@5|bgHe$v|q3Md8`QUi3b*K;{(SB~IE2f`u?g=3B
z&6{;`$V_C^Q1!f3Q9AWPmZM;6SHWS4%*Hf`YEeYBP{S-&a`ZkNwmYk5m>aNSko93D
zDx=1`4u%bj4Qn2bOAW(@&4=~Kw^k+v6-HP9gUm_|2v50Z)UQ;7r1cIz{T}^V78*pd
z9fqF*La3~UmsFE;yHvuU&6!dFqkTm?5$I)ia^#+z{}p}lv4S!`WMRbDZqbN5^$_{c
z6<X+i>Wug(eU{M_S3h2ebfLoE25&s~0ZbxUV%37Fx82Jzt2q5QS-nz{>e{tv;@5v(
zKKx}}ihS@T(hIrS5rz@7gBmK6ov1;mRD*XVio&=dCAFv2ByPIj`EgPXUf+IV+X|=x
zKFT8{4&I@6&DgZwJd)FN(avqA>~%7EKPf4h2wSGoPk?Z;d`*CG7hZLsS7D6mr1z-8
zWxpk56Zh>d;|hg^XqNKuJjRrbixT9_aia}sCuclC-npgrnv2TQ9~|368&&Sx?h_5O
z<KI<B6<%~ApZ*@RvpP4D{uI4Lunza-O^VoNrLN$qNcM3!E*cv%kD{eBKPp*9;eo5;
z<2K5kt6Mr~mc=U2cBjR*32)f2)Ufw`W83!^M!f2yx?{-e|7sw@7tb3FYBsK9w$I_4
z*szjyb22+{7PVtYua>%Y0Fz|n9kh?sRr@53{3azONt8xF4UklWh;-WZ3LT6^3dX77
z2fwRF?d{&vkN&Elyy+tS^%G_1kUdt3DXuR&UcPX<>!K~PiuYQiA{COURgV5CK&VcB
z%k^k<Ej=S*?o4p65K@{rt!uMiQwirB#hnjR1viV92Ep=9TL8L93)^asNHun_+<t!Z
z{h34xmC*M=^8i7pD`p1tYCih;c<MQopN+CvrhI;AJ+6`nrZ-!@Xh=bmOe~|5)m;-H
z+=W-aX94_(5R{~x@RvFq((m!T*R{1Sgp`X|F%P-5T&qGHQx-5yIy0{H`|FxFe_Ros
zf4tEPX_TLA$;Qr7_5*=&<JroqW>{EaX~dvm5DC!*(r%EcASF84gjcT-=6dAvp89T$
zP?B)Pm(%G7ari#6=W13>G2LgTN3Zr^&#ELZ<F<>E*wQ4D&0>sfUEqDcEQ=%hSB`oW
zho32fnkJ#Da|4;1Vo>`9B)D%oRitjHYi~jrLtlu{lTsUVQ#X-HjQ{{307*naRBTdG
z@*(NA%i9US2uP+%K3>XnQKMxDm*2q?_jPE}-~*4|`~`jE(*<R>8J@U1pS*^#v9?7`
zE2Xfv^5w8+HBT$hwN9B#<gEuqT2$7Ie-VwjgD?ax{7gFSn4rSnd^o=J>~Q^!dd;n>
z%7<PmG4YGXaMOMMA+#fiio`6FhJZk&YIWLFm|}7)jH<;+Tb@iw1FtJ2uwt6sSNK1>
z@@{{0uR2|J{y6O%vi*snV+ay4S-aG0Ma-jg%ls2k6|MjD{wr35Ds1`c7yhGvBPVND
zT@xVOg;&4Ix?<kzY^B6ee-?qO{-9DJrFLkojb4g5Mk`c+tAFHHddUup%Wu=?9OtDS
zggw_W*4BUFrcwZ6B<9|Tzk9X3>~C2ZGCg86MMy0WhL)e^hKekm`TrGZbeU_kI~`tc
z|5|hQ6WO?e-B+<;j;S6N%UM_MuqfK5;7!?u8phnf5EH9sSQvp4gmKJPjts?yZ6-Ee
zeg{=em8h*Vvi4_gm|>$f>=8)@LeGuMT@!{(Ro>;vh&5IkZH+3S^Im-PGX32%<@|rq
z{nqlchxxnvJD<@DUL?PGG~eA!qimb!=hy1@$BwvJ8qHcj#)kZ+c6%r6g+#HAdiTZT
z8et2rA#mcc!QO~7PY$LuBxM|V@d?<wIgFVoi=P`5LLda!!$WdlODfJ96-~tAq*XT%
zc^V%m^iAyyTy_V~JqqCS*R%H;qDAB8d6U%@X~$4kJhhe%BP>ca;sBpCsH!F~U35|)
zoUG280O78>2EDLyCRcqx0+L+yN?C#Yi#0POdBv7_(+Rf^3As_sK(SJ)>>;=0Vz1`~
zF1|&BPe%2ZXw;%QTm^MuNdcOMCVGhu;X|+BHUG$H%&4K4Y|MqkZkbTq6l@1AaSx~W
zxOIfMVpO^AGvmYe<oQR-rd7-inC&yuXS&C9k6z`3ON6Q_BX@jz?bSYiv2?1bGN-Jb
zMl}y_lI+*WtI6znaZII-g0<2Q80WA6=swgns#c@&ccgXwh$Eb46m-i>wv&w2t635K
zw|h8b4<9&eH*n6;vToM*^xyfkUU06w?_x#SW2HppH%^o$vF+A0{e<9s9hni9%g9w#
zqf1#DZRwzQI@+-NtcYqtqTN%j{}l)3WjAZ3RKk^a`GbmC@1@hQX-6L)JR($i{BPY=
zM>Urxi`z(DsILVHBEpqFRN(X10UQATKmfnIfnkH<@<tH1M>SEld?jvM)cw!t*=^dR
z{^D(G>e*zG1)3z8g~oxf`Vaa=oUH#2YXXG3>Z+=if|xX_x%{JfH@Bnn->jbd&8<5F
zJhYS9sg@2RR8ZHxWe2E(>v%TYwN#I6b8F!Kt!mV*l|}{3@sXGxG92--i$R!QU}?x;
ztb-&!T_%*`m$Bo&NH&g&bw78T2sLoS$47^6k{28!E2fwmFx_($+-;7+Z)}x9V+fwi
zQedf4>WY5tfY(Ita5sQVoesa8d`*HcT&EHws3*7eK|Cgov0<Um$E7(k3>#y1AB}kH
zcbl=33uBEH<it_okUet`2E6VpIsc3L$WGpHmb~o?`q@{=3yzitcXG}XWy6f$?1wIA
z7&&GyMqARBJ%W$O@CPEnQ+2eI2}|z;Uf3<|gQ93Lpjs1Qf*);RI-qdH%{=uKzV>~6
z(X*r<m|x_M^JK@6og?PQt+-lM4toSg!I)6gYJLcHKByIYQSs1f2O0(X0SR39BURXt
zb<y4C{2PItOZ;RTOJi!G4ovr0H6>fV*sOk5?VR2zuc0Ezn&^FO=EO2OS<BW02zS+0
zMy<AtP}|y=t&hH8+l&5mwZeOMn?>cwAMRX?40;ZPRYg#0oD>GJu0cZPlq$=B&}<z=
zI4vesmN&dV?*!_Kb1TmKSEfb`A|X+?>S(+2=G<D|ExtqqMLznr(LQTAe3Klsp0kgX
ze#Ojyl~YXj*nc;#CpF0t$lUpE$4DpyZS5N|Z?7IanM;XQFEnzRk`KxdlhWL?!>~aD
z5~!3)Ndbvev>T~LB94Dno@{kF^O%?xswKM(iZt4xak13u3@`)FJ4V*eqRMAqC6{jY
zFu7NMQa|+)dC$d)vU*yg>L@ZAqqnB?#42K$GHv68g{vi3o+VGJm+X|$95L!x*zL`?
z3ZEva>-2#ObY_+-uhN|hy!NU5+fP`(lKBzC*vg@G=D}tXPF}5ZbgV0X4k^>bqKK9h
zIy;UGYBoQ}aI6M$_NYJbE&cOf5R`X*MPG5M>{wz@BTxmVdn`39HLRLqs~fjafgq|O
zp#e!LDCUSYMmTZGOjf%lK)B1U7Df=<B4~w~m<S=HlyGZ?kb(x?Ib^Y6W{N5hVPF$n
z8|n%Il|XV*Xd0$%sRan{+p6u$br~TfA$CS4B_RrbbFRGpvpO14_h}NpvL@aA5G-)s
zMf!}F)dDe301TNFzV{8I<M(633fXrJuRK-O%&>NbwX;n1SigdP&pFn}+SNPt(V(4?
zgMuQJx`Jobv5vLJeJ#O=i*etWp-Y`3T3PW^SL!ICNkfp3s1+)tp&!tMgyp%c`P(ul
z52IYcNlD1MC>?1ux_p|OLx8}A-`3dh++%DaJeS^q3V-rN{rqprOOBDBZ0DRK<bbuH
z{KJ(ps7Q(7Shrjr?_c1Ub81Sh*AE%XdMCu|lpap4xpCf!pp@PT2|;bh)M=;4?rYd<
zFQ)F+lQ(ko-U2+Z6E(qH{9NMmA5iIJxEtnWt=d&h*YG=j*HS5r%C;ShGqe2WE&77v
z#4lLn{C`a^KSh?tRN|G$o+3SZHPeX?UC9Zj`8(mHPz9A+wjG(OND7+Ra@h*0s~s1A
z>Ob<Aak6&tH37n1b?sb8>(>Ot^3RMBil7FBWqH(BLMy%X<Q4m0ykopbzelK`q2Gh#
zBkPlx5-OJES;$KO6VgiE%NSv6&uLrzmc^lI;QZ%_C`&sO)w}O!{S1SOKm1v__lCGI
zVt&M8!`y%dt%Oz6^2g7V>7EZ{SUJV&X?iuiiYmCBH5T2HtOMI+q?T5K384~_R>3Jz
zXyGak@j-3dEy*US1A$Ery=)?*BvnOKk%X!=2M8fhysxcsKPS=H^V5!Zqx)1-j<+t2
z3JF!=>bp4YaRARfUJOFs{#kwfS%UKUSIQN4@b<6hKfkQN3J)*n#yJ_(tecUYBMxYE
z>9U4XYbpFM+hlT$&^@}eDQhGz5VjB)vt?AHlmg+YXn%itmE6CB@jP`+UHOC%=kdwT
zG+u0O3xu6=vK=){xK6n-qs?(uubVb`fQCK84}6P1f1#ZJB|YgtvDnf-_$PhyS<)Ah
zP%BNO5<+cWAyxR7Yc|xg(OxsDkb*gb@|51mnyhwBfN)n{o&M-h%3}ebm*3cw0)j+q
zot8UJTd~i#{||d_9xmHeRf~_Yc2%9`_UZeOgoHqPAV3;OLkNU`2pW(FiUw>D)Q4b;
zKHpD8!RJFj<pabgVgMnKL>h(AH%aK*BoNZ~3Awqs?K#!#HOKp7&b9Zhdv6dse(zpt
zef6DG&OJ@lt~zV3G3FR!ZmETSA535soNCVKF?PYKi2X_f4`r}<r~DL{2!w~)rU_D~
z_$YkqCOvd-47Xvgl~|~7`v#b>|C;#r64T5op;w__g(GmTLQ3dY==VYk>Q(2iP3ZT~
z?-grUxeh3f_y+n^LL#de!qal6snvEe1hfV>v^9hAyb6BuI?N9^k?I<wjH<$7g}$H+
z)<_j9p>h=2T!^k?y&;y%9hLs5x(p;+cGR4vP6X80C|~gSXv%)!R)Dzl=LzAzU#c^Y
z0Dy<?$x#geR$)aSy@Wx9dp};^y%`UG-oQ;12oqrk5wbLTjS7M^>U(=57)lxb)nC-V
zaV~CI&lU67Hp0Rj<`a6rfYChmM{YT~fT>WUaDKI+ixF_p?IJB4?4ZMm1yFXz{(@5i
z&42a=o$^rp(Fb(#FA~5XoKI7GNfYtbZ=$M#1eU)jq=`wA(TQycniay?+F{KK;V!(K
z%?o@Md?r&8fVz&adGGJt|EyQ-Nl=zh$&AAqeSkfTGUz*3lXq;8&@Th)o8RJaqV1|o
zBSNZ>qKTgAZ@{Oo#$o5+>Ki1s6Atg+hBXT@G?*yUgAqfc`aUb8cp(xo&KT7g=Lm$$
zLa&M$3oP?^%f|-yL~)%MQbJ|nZ)=<(qcOG)u`~pMBlm5qU~UZfITE5Dc_?1{Q9be@
ztc3@bAYx*eWGF!yeY*BFXun3J0|qKmfhKJsM48Tr5(LAx>iEo{R7u2HC(uLY;M$Ia
zKe|+}d}>HvUUrFIb$<NNlMjp+>E;J;#VrsxthJ(#y;k7v%f@$X!tERJlfOS#Ds+=1
z=dWAyz^249ZX#U21%u4@Tr~OJ^Y{nn^Y{bNtI+S^b2kAKSi%5Mg^KZ9vUg`Klro_j
zt(p^)`$G#HEM-sKDoAFiC}~j<pZl(!{W!k$V|e`0fnqOyaf0yM@3YtbL_GTS+ag6F
z^&smc+LWwq^W&gjcnLGf=xpt<W`%H9UY#?(gCVy-_&+tv9MM@)FAKcu+|>tsY;(#$
z0y9v7R=fu;KWT;t3h-eOY=5lEM|v|%0%2tCGzi1XmC6u#Ld3eh)(!aQm+Pfx(x(nZ
zdPs_h91m`u@5St%QI5jnRd8%j8I_k2UWG=J;=64ks;Zr1z>;!VA!gMQ7-kG>)IuVz
zyEi<DYvzL&o#c>mY#jl_%g*I%FUP%`wbyFyvkv`?ai~h-;`9m{%$-ZFa=F@*N>gvB
z#-SLYDlLYl<EnrBl+HR1BL42<R%iV5<0<08Cm@a#3C}w@Uh+Trm@a(*-*gq8d?YrF
zaL8JWYD|o4=CFB$Jr?wkJ+NhjoBq$}-mSQI3!e4Ib7b?rX&#dI2wB3_+*Yr>zBAcp
zCI08rI9K7Yy&@yjfN>30Pz@tkp`W4<_IyB+p>kf7t)B#LXz0K}B6v~7jAgpdB!flL
z>{X0PIQa;?;|l%iQ{rv+Tkq8~Pm06T?_8?iK9>NpA@y+71p_kzh*VJ|KhjBw1_4{H
zoI{m{U%KeO<_~hVcGWd2guD1E>J=cYgeifEYP^JiygTA^XBd-CQ`zvCQB_ek+UnV%
zMjhgyG?q~AGd6m<La)P%($C^etL!T`;+Xxw#6SOtUVe^GX^&HUFQMPVpu(UEB`1hU
zGvC~%ZjPvOjauDJwmirb(~hhIaGfKq6aq*B%Qc2MI)d&#{N#7=%#*-`2R4I6G25?j
z(dPwXalk|@jWx+J!O_PzDkGIvmcI_UBS=xv+_v*Hq614YuvbBZWxAoeEMlCNC&%h%
z&ZLP*5C!5-KB(V)N&(cwr9aCzT?q(V$Eb5$PXVjuu-Hd7Zku4+1P83ra*YR;aqr)b
zwvDkg#wTyUOWv>m1wb`MaliJR!^J-KTg?O3VC~-YNtO$J^iz0UF26=|10*9dSfMho
zSaGa8DnF2^{S2G)iqJM|owHR*bW=$fa5#v>&tESBU-&K-2l$nzQo^5Hs+T_n&wM0a
z`96L2H~Bl4=#}R&8%7hn<vKqD`74iqxoZFZqPZpGhWj6hgrHGpyy$H0Y|RScuDsfg
z6oVZt!cprAM=jVoxgJ!!=e*SiT)sK=;Mio~){8PSkiqzccb-A?bxh)gX7m&*6uDzZ
zFGE0|`xe%&2qF7dZ^jdk;%P^OV=n>yDw={#6=Z2jO@!K_95z+3wkR!=jLJtOmWF6@
z>q3#{TM;YzrdS&)6ypTta8P0*`b9Is#P8gpg`Qv3uvI+cM1J>PTyc|9;?h{78ht~R
z(Gx34LM8NsND-K#Mx#|3)9Tq_0tt{Afu6HF|IkkQJ?SX!xl*6IPUoIPuP%T0G5hUj
zrN8?Oe&^}9@U$>jDB({(tY12XhwTLj3j-_+@U6S>v`65Jx5q`!h81%#VVvpi0>7l&
z#yI&9)R!!e4auh^8|HdkIfsWlf`QBXSm<NE7nRlLZRK)=N;Q;F38Rc8W{I6~xZO*E
z?)bx|J4nLKu4=DL_(@8G(BEwPtO@UmAHsh6^Z>G-`R(*O@6(SR&x6*&-;wD?%4BLs
zN;)-akXcG#IQ3_RaJF`~W`%GUUj-2ot$Z{RzsmZ+AKZKXAMFbeIjNUnq&P983|ENK
z!s_mgv{ngO7(d^Y)a+>G3)K9lWPzH`0YE^6i$1RBokQPzK7XT5I0&N}EMtV5Dmd2*
zW3^AX9n~0RjOvh9jyrJB5ln4G9E5QAHIK?et_eEz>IjdWuODV)LC_$P30Hhqd#u2B
z?$)4>L-z!P+t#BtjB8x~J%Bjv2!8HneCKW~k1;<V723;y&yH}DN!hzOb)ia0X!~L1
zpwPAkgB^`p=*7OOAmXRaq{p+}xgkvP@BAWOb}nB3F+F4tJpFh--{Ae%=w(kJfb)+5
zfX5vYan)bCqxI+cZ*OpRZI~DvpF0p^<*S6b9{N=%T>R(w*PC$JH`MPV8JI!C0FY1_
z4D7kMhC+%&m<F%2JJYLt($v058ag2(9IjU0a<1ok_m%q9^ZBP2>(`%30l)Wdz2*Wu
z{RI5(B|7gIUiNiBNEMW5N}?f<H%nf)$0cEg2xsfT)~pcj!fX9{JLtf~Vw6jSxm#d|
zzjU(%2$oc=^5&=eq8F@++@>Rl3E1ajzEvbIT_bYrW(0uj+gU31YQli0otjj}gM%2?
zfG}5uE~cO0Lwvlt)PgBWpnvpl3|_Qbh8cNXsTAU>c`%X{eQWq26;V5`CG_AluPa};
zK??)yw+A4+`U85)3;32#>%3zKpw2jIUyN#uYJB2q9kdsg##m|SWlS<yIi{hv#}F5a
zDAqlq=!pn;N)8~k6BctL7G+C~-m)Hht%b<59tm><ocP-p@Q(ZRThHX5T%zB3S|FaM
zpAd{Rh?kv70N=V3hpdf9;>y^^9SRBG{$44`p;-wv(8OBbNJwhSwe9||d;2OO6WRO6
z#$-qtwa^2`8A#2f3!=$&^VcR7nX$kWK;7Gc{>pWQqq*>+BEE8?j(rF=Y${`f6Q6fR
zLBr+U`L*BUWnTw?FB_{K%wo2eUj@ZXFG>{*0=9j=a#ilX^Y3l8cHcF7Pwd*O9Xrl&
z+NBbw(p_dWP)1oY!jSGhZ(Zz$)~1ivZOE2)51Bz@`ABBM;NE#!DSo-Bf}PtT2eNS!
zid>`)S%YmO+_h0|kmwaZ0~ymWMm4rgux(s!lj!G-EkL37)oQdd#TwIhN_t#;G2>q|
zQ46DtVUB?hTSmBjLwML7!@c?E(wjex(~e-BF`7WYaEzRB?Ol55*;pE3d5m%0)@(N$
z_;o9n3%0XM(X>w6kBAHC|EmHGtAy)sEA7?PnK?y({JArM1QEY-4wZ26SA~T4Uo9nk
z^X?)SN^ujgTw`Q7VlN!IH`Xp-%>q_0V9f&dS%rhv;^4J7cr6ZGgZ)-xuNBy15$hJQ
zZUxpYV)Z;02O%S>O7HePU(uvwmp89P2F89hN_AH`4|Sh=$6dqj|F-WRphlU+0f;!}
zFdE1NCcg9;=}+HdUjKgo-P*VWCA{)|x^X>@I}qQxOH~i4hpHFtMiWIy$;2D)JsDOh
zCuJWfl}1;;?T7wnI$Qs*uUR47#aH2=nA&pK@LkQ4B_mBVqp=LJ^8{+2M`1CQB6J+Z
z=+@rajVwxFCZpJttu2?i;SC}*ZwMub*fz$k8+5`!>{mgzI#$>^!qOO9$Jjc?(gedA
z%XPUk!SW<jqm9qH?$p2bruLH)O@BeBROjN}^E**v5?=EGTz#ibI}&q!Y#HNwThLGF
zSLh|2cn|?R_c7eMtkJ|R7K%|GMASmxe>?krZfag)T(s6N$QBDu6Qrpsv33a;{j(|2
zh&wm<2JUoUl<mNGsnw?d!HRpX`f|p|Z-!CEs(GxK!>W0#UckzEEY4x=BKBU1y;otM
zmDqPx)W0?JSUr!`^H?<(nXYrakn)DT#ORYu6d5txi3y~XaKDpV?l+3x)ET9mt6E-^
z_~uPA;NDF@#Y?X=5zjj-{q?^{i2~mIB7(T!WPo_@*90K-kSeS?Ytb+7hp*UAiSm3K
zt6-HZ$(=njI5=B7TeG*tF1|WSMV9y#Cg<+jb@?CN;k8gX$&!f%TCtGl4kB#)3EkbQ
zV8jlm*WJ{n-SkTM`gKr>l6lkZ67j~5;+{=9^)NOA2i(B^y)D?VjEzHV@j^JpFk_f8
z%9sda!%`i{CL}W*IN02}xUdE$O?f6VQMdSGs&Z$<aB~q)dsJM>tz+EzfDT^Qjy9|k
z9(6GHUx}YMiKB50wDLZdm4KMcsd8&g7tk?ui;&p8P}}7Xgqywu)1YlAhWye9B)s9n
zA^7;!bHdsAt-G;YW4XpZU5)o&i;rB7uib@Vjgdta99mq`r5b~N+~)e2A7F6+pS(EN
z!@>ZI1FRTe<sb^7|L;N{mwr<os9hJ~k`?>lR0-Sx3pQ82`}xfFG|-$&n$e5~Jp6Dv
zcgh5kul`5(L;%DK&Z3BK+^T0kI)!5Q@RTZ~9?U`t4OAc^P}C}wTLA6Znynqy>}|1Y
zFZXM=aIh(dX-cGk!j76H3wD%upR>1j3LOz<F&CoG8c^7r-@BcyW+USiB5d~hhaDLk
zw~+=a;TO-q#^sW>j2JbL4V#A8G{mN5Y#w51jBOJvjboI2@NdGXVMpC(2G(My96E*D
zv2}C%O4%*gT`VHvk}u#j{}dRj4=oOG+1CI7L`BT^uyTMq9{_;;S7K=#m&+&p#xVB=
z*fqbJ1t3mU1vVFCJ8HCqd?Hl}GXrt<$w|aN{EK-xeD%eChtE2>1%)5@CJxyX!|Z;8
zNaaoySYhM16haGJI2I;`yEfyFO_=K=RROXy(C>v()N5qFhq*o$2Us<a)$>@ph?5Rt
zFJW9`G{Gcy4o3by;S{cIc-^)NZby@LsL^=sfGkd$<Au*`s^UHT+;ftM|M~oM!`*uQ
z2le~^7?Usm>Fc(68A?o*^P<5~OG%))6|um<ZC}VUrOa$S*qVuDcJWmZp^9+S%b^QL
z8wUkkFOv-Bc_oxUFblHCk#T!m-5C&3X6FXa+W5pfzgvx9rcr!2*{IZFCK1>4tNH!(
zj*Wy+RruL;X2k6epebM`q!jHv14bF12-<#uK^E935ye1(qPjp6HIqW14*&u|F{axG
zQ1hL4<1!LO;QW(g<P$5x@LNx&fL_r|_A8uxXjt^#`2~%}><v&wlZ+LRy915U2Hc=b
zOLx^MIt{<J)!L;-0U%n29^h$gzw2k7M9WYrRS^D!)lkqZOlflrnv@iq&Z`ym`^Nim
zz?w3YqX|F|7J5ZxT4F-`eO&%^AmQwzdGXgYHl!R6xc0Dxa=fTo`(PV%*V4A^Dvsl|
z@j;9ZE^D9$4a&t+5r;WWT?zm{c`E<*6RM;KwqolLdlQ!YtwI2Bk&zOV1cg$@uc@W+
zP5<XV{3kbCyWyIhk9PUhRmy;1BGXQUqo4ZYTZ?2SS*EEp3kxW0*-@Knq;1z)o2K|e
zK~p+CQxcB`0sP_LSZ&Nk_w<W++s5?w8`CIbsi<R?CRnbc9k?{cur4Z$4*ym_;m&%5
z?V~LXC!+SpMowYD4muQh)`<{t#6I}uZ4mIkKP&)==vP?mW7Qm1&0)nH7Wx=ec*C>#
z2d5W4xkDP4V#dPz!3qsqVD$E+X!)}CcK=cgBW!{QRMe;Myj&tK{;WWVRKokdC?p)T
z7g!D)XjGaNSQXLG^ljXTMTzxGEz};DhT_H{HVx6MB2BGVAtn6yNqG8k_|$iG!J{~u
z$V#Eg5y=2`D|*9%c0QIjL+2tCc~Q%6$Bah*QM`XEnDD_X^t97y#9Q8PH{2}|FMbLE
z%=dBM7H!yubthF0l+_TeN+3;1;w^Wa?n)VdU(QA^&DMjhSs~oD*B!U!woO=S;ZB94
zaLEj4IhAe-?|#C57QASDv|vZssf8i;Xtwpd{l3OdZ_IaU1|nqm95R(7F$BgKjC$2V
z8dRt%09dZEJc%eZmt{^2W9wEp7&++_>>ZnhZH?KE9o??AS!!4~JxZtWOE=@!pTsQm
z66T#AoWtTA=6e|QV8Zek4=mvs2jD4t$j=aMAuLs)Rl%?jr>(-aNJhcV{n8+;V4%Qn
z-Hr%0NI3S$WF!kDy5Y{^MFGBc8$=$kt_<TXK%5m)6}{4lH%+|?3gaR*@`o2yu+XP|
z&X^eP-Gc9JEs+HU*!|hF_|7kc>%Z~8d!Mzu8R%6|ol9LP;`XiLZ>>E2GBx(WT&|>w
z^};$G)4#mTCAE6eF<8F^n}@|ONQ{qPok0UXdgZ=Kkq-f@U=@l|X2y%o)`P9tJ7bq$
zM7vuxJ6EFHwx*W3v)EEpMDI?isAftntc!4T`!dsP>)no5vzt$Ce^g=v6g*F)Hk#;F
z2W4OS!pbzLaNWHc)uH(C`sanPX%jY`OJl1Vt*6C@b+f%<y5N<Ew4GQ{#7Dmp4vKHy
z3QfYFHs8a1AB%HXvw*dWSTTncb67ct{nz58L-3SG;58o+fHUT-0}4y2D{a5rRf=|w
z3%NNo0EW&10!S%z|5b&5yi8qOc*2ovioxe^Y6(&`oN8)s&QDIzN}s$IHVC`vWqNgt
z4x+`^jJ=yE+_f3s+lmcKxb|**_j~xWkHnZ=wY5JE6H}FM>PWN$5KQffq&=e)m9Hrf
zVMcJgXFoQ$)90OAGT(`Jeg^k#!R8URjlxeN(v%!fN=Z{nnIuanN||b(Z~ZX;HfL*B
zS+hd8>o0as?krs*Vuyr%v*MsInx%kxYKQz~A&Vx~Wkjm$<EP7E2X$>%5j!8%+2Xwr
zW}}mGYVx=VC46~J+C0SOAto8ilcEk)aG|wLNizw-<fs4uAOJ~3K~$zRDbtv5NA7XE
zTLVy<C-V3cDMW2%#lQQEKxAR>mDqCy)~$#txMCiw7O;8&gC3aho&S#)o`M%X7B^m*
zn<`lDG}egiZabV6+Q-vu{SmoYB|Y|${L=L@G9t?Xk-zd23B+Ikk*6LVu*rW8JB85U
zV6A|I+tJ8%f$2e<TK6L-#)%^Kx-Nc|1J>f;wE%G3fhDS@)ZkpCJzZ>Vsl$tQ<wB{w
zGA+{%*5$0zcrm>}c=?qwgOP8&B!oiA-!sDIA%<f-{G5K!5Ag$IREOl@YJ{Q?E`4cR
zyyrOhq5pl()-JGSg>aW&O?(L&beNnVC8sgrRj<C$+(cnXIViikPdV6GzM!X?y4b0F
z&Gt0iBW%2J(box$Xz62#H1O^3GY}iMFblP4Dwenu(Q8T=POy0xvnIS2=2D5rHYEow
zSZWGV>=cezX$`jZucLA8{!=5ueC=~M$ygp^ua#Iek3kQ;DhSf~!IW>$1S3BF-}%N9
zEC}R|cC_4Q+c4{vL$8-znG8cJ={2UR+LSdfb;le<BmVj_6Y<oO*>Jfk&&A&aV%s2W
z6rs5(hirM#y1>E4ojDP^_iJ#1wiX)kigO8IH0fYLL{rlq3>3CkfX<FOdzss2YS;(;
z^CtKlr;Xc!=l{&t+r$GAKYu>o@d+Ka4~AoG9d`Pusa#btR9{L`k~at~L6p(zR|2y_
zI9oeevqHG*uf{$f;hP}o-fASI>26_k2Q8T;skE;g`8CbLVym}qEu8XBpxMYexX>{Q
zTSS;(O?J#E)lfEO(Ys2h(A2_x&!{#JwQbx6Z8s!dH|(aX$jIF)((Jix5^!kUve!P^
z(xWO{`Nf|yxBS29qmp2TCme}h730_YJ&+}80I?%C7smywfBEqI7f0kNwMa`E?|5$L
zUa=0nSuUo?s)E3(hj(9Q=+wL?oJg;fmwirXa2Thk(Nsm9s|)z6r_V8ds_@JK2ZGHP
zPp0Z3YB@S&2KqfH;T7jHm)O#H>ATcupg@-QK&LMl7`-6oa81w?e<G>Q*$5zuPM$yE
zF?`bLG~&sRqmggC*jzodG{Vw2c+rAK<6!ZzEBBGxC&W8%KHIy4vI@~7?B{zA`~TrD
zbhiGVU$a8E%dhQVU(w6#L^ujS&W>iUg<ej0_ahJU!0S53wYQ+q8q_tVok6psS!Z|a
zIO?cG6ke3X(sDMhC{|Eo>F#(ftgV1T!#KC<2}2X;RZ2@MNa@6tHEpMzaF21Ps~TOd
zqXL0GJ(zELJ_i;0Rjb;E4}@~GWSA&MB-SNuoJGg+?l0j9>+25GYszr<;_OJ7vVpeN
zpewY95WvG9)<UiZ{gka9@O1UWZiBF?YCG+ox`?JLD9u0(HbDw?rxr%wS&CQlvp3-6
zgQt3gQ!F>V1WrG}ZjEfuPu;gu)W0Sj&428tu96Fz1$^X-5OLOt@kSqxF&yLc3kD^8
zfXhd(G0=>NL1Q$eVx>>*L*&dYHd{Mivv<ZWzi#+;e&{h(0|%SIH{4kvw49KDB$<3X
zp_fh**tQAXjqH<bfW}AIc=d{G!Iub#WwKrD*GN#J%77k=EE1ZOMN+BR)?H#MY#U>K
z4!-wM$i;Q00(!f$pb!V49nObx2xvQ|<<SytIca%OQ1oAgH@w&0`3tOwQx3<{1Xc2}
zj$k{rfCed?+?dqZGQ^f;Ofs&&Cw|fC_e?;1{)m1mSJmequ;}}v+ZXj)rJT!4g3k;R
zkt%?A?8#iY01@x~fIa8@blJ!3tVjA2!-)?~A^@cXBU49w#0qt}WL5DF3P_|B!x(DC
zW%cQRJ|L;{dIE^)5R)4H1%UYM4UJ(m>R%MIA{kW~%k0VTiLgk)W&2wAgZ9x7jp!yA
z2wLGGHZLPlr$3H1hKRSlCqL)>B;kr{_2uv4z&&u^CJZO-d(0>kK_5Mzl!`~kDu2jJ
zpSzeVpGc1zn625`*_ypGc8k>-q`V+R;^=lkYXH9b=ili>%n-SXle=$2##$aRL*JWR
z%a=n8$%fIIhGIMNU@dXy#p#~KeYb6;|9rEM0=kL9Z~LFqGlgWPF-WxduYlAYIMSUW
zt%5v?r?3+j9^kT6BLFbr?Joj=(~rdZB@8o`GlrSNn#*+<?1mY`%u%M_U#hWGV=QFh
z(7kc+p4e{{4qS!PAA(op$@Bwjq@f+caJvT_NGR|Ph>-AzMjU%|Dw0u_qeHp2X^Iy`
zDprKnG{US7VkV4JLYUm)QRBw=n1Qk3ru+4!TP2{^!xh)ZT#u$lsP=^}F|*SceJWcH
zZCtyFCCP|Z?lhhjCYt#9Yhc7#k4qxn{4RUJ`831b8!?(-IDw}jh){~Yql`k5yi-Ui
zDJQ7n;+arV^(XnBy?-cwjkC4utyv-59afvz(LkaEB<|>-fVT<ddYL5Gj`~L2X%n`E
zr&9|X25*Y)Yj<`Qy0Y1!T59yZPu(>crJBlObP5?*P+@mwRx}9P?qE04v#TzdZV+x~
z6WpGcYj@#J*RyQs4so9Fuyoo{%;0j(<vL2B&%TJb&i2Mp4yQ+(^etrI+IyoK^*=m%
z>C&h}eopx;n`1;bs#^*HjzdP3!GsQ;tavBBbtf+SRB=|2tU_Q30!d2Shmtp)!ot(W
zubXr{g|)cTfP%WXDVodm%jfVn&SMK|%fsl@!orSvw>V9EY#41tD>ctbR9>N!<@NQ7
zt4xMoC3$!eaq97W_ea!Am`pILao&Y<K{+&nRRuLFB_Z8={gXQm!ZNUGwr1-=)~pcj
z4lC$8vSA40R&C!wgxl&pT*fP+Xyl#89chA<Hep)@jag;O2I9WBUEyhTk}82%Mi<4<
z<$nS;Z>}>fd&G=Iw2eA>H2a?2&%&rK9m*~!EFOcMV5!1$<|(BNyZ@R?;^kC~IBDch
zKZ~zBUtWE`eRs^eSk9#cTB&~)pYd9_RI{}+mWtw=?dw0T7oR~8zp{1I#f2?e>H;Pr
zgg*#Gc>DcoDoycDP~>AzOd<w-9DNv3iV(Y|OgC$?+aP2U2yUJ9A7l6{rZlB($8P&V
z=vDdC-xU&&_&3ikuQFOmlx;5@ZHjKIn{5k!(T?U4{@y`^1ogO6k{M4wHNE|v_NlMQ
z`D+vQScOrINp5tc;ik`^89#N!K2qiFQ}+%^Zr~7n!0~L&)`P5Bk8n3xZG2Rt9ZgCJ
zd1tc;VH6Wg22v>liO2#4%Ta`qcj-i$vVnjU2vgCB1me^5GAtIb7|lXi#FG+`8OJsI
z2|Y3Ua91cLh|B;TOsK7bgny(8^V`5(0A&WQP?9ZCzQ%V+mPQ@uJ-%oPI%n8)xkQX}
zT1Xhx7#j%mfC{K8B*m<#$bcry;BBsvO%)6Px80BPPvGl68sPj<f2<P^1~@$aW%CGW
zCDGA&c0Z~R(E_W=3t=cBMKy>Jz}x_lvPJ<|oFmXQ2pJ}FdX!J|N=00!S1*E~nwj+~
zeN{Dm;PMWtOC+0$y~Gn-U;6ht?hxF9g8LivPo$DHT6)#d31)eJs=OX;Hcgy$;vltk
zh(uTh1S3v+48MA{{^lZETm%fa+zSEcUN}&S*<MQ6cK9BGDEMG$6O$6G@|f4**FS^a
zfke*ttox7umCe@fx@L%QcUU)FTgSaJr`L4~DS_DDL2=DrT-}-|lw_43(u1AzHePAr
zSkuL^*s2^6TG3|~kkQOiD7~%-mnpgx;hx)7j~riG08J~TnMxC@XjWZSUw8F{T}OXM
zJDRt{h&yx&n>1AG%sOZa_Gi8*?@ewVAp^rYCKe6rc7V~ac>HT&n6X^9D9}H7=SF~d
z!^d>^-Z*-H-gG}M{zZP^m-&Gg^Hs~E$j@xYbabe~!VoriI#uw4#dofe1WS$x<Kv*;
z`s$F7i?y+!u_*y<^RfBWQ$ry-6zKQoMWYacNO<Yr>$rmp8_AXiH@2<`wY+qvh1~dC
z)V_<n8y(0MGWf{`GJf?sxB}+<C-Kq8Fad);0IZ%5{<%Sf(OGnLD5Fj2R(b?43jf)&
zHCqq1W`%G!St^J6)>7ybdUvWFwIri|lqHwU+;;TQCgvOjX_yP!kDcHTM=(2T<vWyP
zvmrJE1k#ZQgqyHY2^zz~5f(b^{lvL$d(tp1nb|2dx})}lQ#GJrCX06>EDcUS{_k_?
zL!dSfqW}+U4Qn-H5r@Sx(fSIe3q~!7s0|110TCB}MIzqti4d5+;u4*I&2Xxd+9|{F
z2wmSHHm(W5b(Jig!l-tGJ{kw1HwZgky5?5=lwJ2{=Mu%)C9%eXbO%c$+t}RI$1mK7
z7eARV`8z%56#UfV_}s_vcTem@%uIirs)EgI-cB4{vDJ6=qTZ;62s4;a^>oqOGZe{c
zW>_)6{%i24L!<toiSzaxd83b{mn&sTgV2VbfP}?Y{gD0+XKUA7Gir1<St^`iP*_yx
zWh!E#?Y}rvDS>7QFajw<Ny*vKoRNh}L6!zV8b5;)6~g#30m-KgwcDba9-*AK6aZwi
zdc;i2O4*n!B@c*90FdC>C~P&N0D!EBbJ?!j8H8&mWEG?e7nj;^@JHxnZ#pxY5U^>f
zqsI|4RA<yck}5G(NC{Q(=`}ujPibjJ8Tb1b)lmjs{*?H&uXvvT{P+n3@MBjGL0oe5
zLQ^?frH`9CArp{LRZ!-Q_h{`32zdX+_OPR>4}HiUb7BG+`jHe3LSq95>6e{T7X+!}
zEh+Dhj#r`(p`ja!D@#J2>Ek{^=fgjDoqp=H7!d{FCtqi;dp<8&s+to|B8?&mB9Yc)
z{vj%PXkW$XFE+B|QWS%&6=CdEddy>Z)i<^Oo%-%ANWvZqc*Op==ePla7xg!c450YM
zPwcC?<e4(}fBSs062&9{w(TGOy?<4+^`o+8h;VmV-Zd(FKcjO-rn3Ka)^}h34d+G8
z57D_&WEO|8pwY`@A=^~zE&z?1t$a$FAJnMtdeN&ZNpIWIJ@-xOy4dQ)tdy0Sa4aji
zEgl8lq^xa^2)hJnqljtD_2>+|Z3x>&qfwYTuei@xqpf53ZB%1Y!pD8Q`?zZ`==cq~
zX*JyxZ?CLM{L7E&g{SenV|m`OJoW$_yFb2s6OP|^O8C>FRl!O&rZI3~svuEGM;()p
z1jd9yM?xxvu!VyOJDAzGr-<YJbogg$wAc>j8palv`s=soi2Xy{`}z;X!Q^$%Cx~aR
z%!&vz$7h|eh16kUOCCbNaYuxW2rJOPmL?Da5kC49LLBr(V6LY#9*VOb#xss0t5#<0
zAKgkH0|?a)<Bh1(*_y2%V9nkryUA)mpSsTa1XkN8j>eZo^mgd$5E-N}A!k}H?K*^Z
zH0aPmY87_0%Zsv;vIY;Av5ucw%NTA(Jz_RyAeRSFJd1_U>*k&AtO`z5k!~?=**`Wq
z$xcOVDrNhPTSnSCj@wf0xi)knw9!wtGaUR*lV8)R%Kr5NKKKoRIP>8V2m0EN3B=p3
z!iA>-#2;>4e#}+Nxp~Z9J5@Ba4pof;s$PWGNI=5z$91N5Fh*IiDsZqQT&u&8cF!m~
zkk~uv6c$pHxf$DJ$byK69>81%CBF5SlM;UNFKoZH+;25s`7Zsh!*l5oc3+E~7$-`0
zOv`)6StlrW3Q$fmUVS5sfbireCjvkF82s3YJo9M0eKN1)qgBFlx%uEdO^t&vNy(IA
z`jV>QSAX+|_4hYhyY`w<qr1tv_1f{F$IP|=-vq3ro$JQU5)7hOvm_uh-*UvU54r6c
zTEwj-kwOM2W^-Yl=gR~u$`E9R9uiIJV`oQZiYh&+$LXL$>(O2HN@OToN>VaXp{8-6
z#GdCYJn-oug}Na{HFaKVC8A#J(TM4T2@LB<VNd-lRh()CIq4mLJ9*p-!m($-JTUN)
zK-PXcfU3};0IUcsyNIwZ8@m6(tM4cy1BrLMkZ-#J0RHOJ0s!IAJ$dREmp=RGMS}_g
zPF6ByTqh!+s$`;EFq`Dg!aFx%-_-!AB#=xh);$CeN(~c$;Jg`KMkhSk9GKdB#e37a
zyba}>0V`9Ql>k8r&;DQbYfp{K^V#1^0>1Lj$%%(BJ$Wt_p4O>zI8*A}wCDJkPYNt3
z&{MX{aYuy7AXYtH_YDn%`@U??I~EV$pKBMeW&zj$w2=Zaj2Gti!Ah!}f{-f4yLGl^
z>jzphM7aB`Mpe-WW_(mVxxH`{K;&*)ax~_LXeq_^l&1r@-R4z*OVK!NXNjX1wL+1_
z?VRWLJ?w3apUrC8ger_HEhw@AF+mel;NUbU?1Xtb8rvQkZkG(+B}ltMO&Yjz5!*)C
zHp14C+Xv+iiV%o)gF2hZu?^AJ;a!6lRXGr(@H70y<@(y~IN@MC<rqBU1fG8^&pU?4
z?2lvi!%cs=?Upw!g@wZ?wajo7!kz>mLBf%b2+zo%-|9tU?qG?vvu=d<judF~0(A%E
zrs8nlffx0Wkk(Gh#b>?^5pQ_EknpSL^KnN}2|xE1yYW8U^gSJS5MFvVetLPd^+Tg+
zy{L~~YOX&T2Vv>RHd)&t>vWQ!R{_ESV>|T-Jmzp5uoefd!@jE{Qw?1<7?e_^jQTJ_
zbsU7VHCsQ}njym7ak*5a%&cd{k}uh=+y3gy2mRWk5@<@Xi2_CocGQqEr`&`>mLzu*
zGU87f3mQv@(pfSTy$t1Z#sR>nu{Mk*i+lI$9(u+s(pVL}4CQ8k*d?2|QBFNC_osFA
zGp%GMz#$458v>pJUo)k$DT}Boyy}DcwR0(8FbCDJgsMVq>=iKTz{wPX5yzTpLTXAC
zboV-e(~fREk7qxeBL4A<`lZuZ8*)Z@u=pS6aadz?{qWrnnGb3d5U_a}1EVUW#4I2Q
zNJjY)XRhDY+Ek48evz9JIHi<<t5?Fw7n!TmSJa=P`Nel~QsJFwrJllhkA>%~e)ih9
zG#9?n)^7oTw|q)3K9gI9s55@*Q5fGm9A|v`5eqDMJ>Z~UzG<b5L0%>^Fsi{inG8bJ
z)2jRJ_nymfjcnLs5xu1IE?+sfXWa>u2}DTaH~!@S%_T>~Td)0bum_bl=xoi_53pv3
zrrl?iJuU!5TOM{6v<8ou$;m{sgj~txGoEmkcbLl5DBa7xpRs+LFj8F*&@cis6QdZL
zxHT<r#-z3ga`PUcMe9*kewxrWlNtcJU7N7^)#!r1(hi(@U=6Y<RS>-Ntz*ALfBGS9
z8)KX?wlWrYhaAqlUG~Zj{yZP@_sOf}6yj??sBheczxud9WW&-JOCv0gF`8gpV>pTX
zqY2LX*6`8SZYvL1RpmqKDWidC(!mgu>x($n;b8Ib#W>tH_N*(1*%>a};WM3Q8Y3x6
z_s%a}u@VLj1M!?w`JvxPZ~LqWER8X#QP-H%kf9>ZxMum(uMQt|)v&QlOgRWqQbtkO
zQ3!<9lo8iY_TOX|{UX<`z`B*#Z*81TP=SsJo6%IsiH!h)0SDEC5-g3s{gNNv-`;HP
z;%kNocb|3pHKT)%oo`EFtCx9@HepVQK%%Lr5{a7*Iq~p&zR|FwRbW9-%<=>e#?T5y
zd#~g~w{|ykuR>8YM61$NPipS<(0X)hUg2#*(wGd8{5wShi?zQ5+yGOD`#>5Ev}rnp
zh-d9i61Gs#ks%Fg%#PjG={TcT0~HKV9i6mFfj<QqkW}C`p~8`NxKkSNxQFvypRyO8
z%b!1o5Z?MiUi<|;<rv=f00s$*10-NjK|-C8Gv+H?y+P}@V&z?%1>AT1LQ2t(lu?MR
zHJ1bXlWIG!6$<922a2TzBqgNM_#{2Cr%B&?uoYNPC1B6k;$5%qe|<4FFGIwizRP~~
ze2RF-6<Qi;+YsX#W~hi>LH{OL583eeFAT>S;~HOn><XX^oe(6tyeNwqGEvfVSC8Iv
z72fayrWDa`DPdwTLk`-YLcCjP<i>sXWM*o}VkH=*9+kR&klC88e|60Y;cm62$e^Yo
zKA3PcCnZockw&Q!VazgQAz8$&p-gCs%IC5VF}dX%p^@<d<{W8(8uBSQBvOJ&d9;+Y
zSdUmk8Ollt$YL_&Dr%{S)#t9*^2u!`W~nMqr93D4mS|wac6GvZP-HSx@Tbi;Dtrqv
z@}k!+FD^8lRD9!<HIMqrrpkHX8mU5zIR^-sn5b5R6F(%nk}a|cO-hM+0WSFxzPA~-
z-mk?z_gaZjjfFly)P^ddU!hmw>?0|lHoW{&@s8zwh1Dnb;x%z^xN!4zT0n}CP9;<&
z^g$)O&1+$6B19nt*r|ovy*JeU2S7U)sTlhT7RQ%w!Z|0Aw3qxiC7ypWM7;SUdi=w%
zWf?C$o7qs&ThZtzR0%5YMR#IM3{SdxTQ+>@7JThCU4IYGdiiP-1iXB4`TivtVLh1e
zXV2wCNFH!1m{-9JGoXT)lng0qyMakG^I`NUjw<R+zh!1?w*K`sD}=k@3L85@TiEDj
z%%+aX_q_S4{eI!Jvb#Iu1`uX|kTa4oTgOvx1)+%Eql)HFBN+u6;ixFV8(M@HLSv0z
z=-2P9N7R_PuWYO&Gg^UPG^!Fx_U2TZP#qO$+jJ`bTOL4aYGSkrTS2OKq=XjRIp7m9
z&gl7WF3^z73n2ldQZkw-b7yYVm6-^>tzUSa2M&n9y_>ae5!*&sF@S`S{R4AV-0_V*
z3)%4Mr?WOpGA4QXh40cy=MF-lT8M7ZPYH5!p1?8-KA>S@1dSH86oW=>WwgzTyCsA{
zCEYu8K;0a>45S1lJn7_6sT{sPAUyIg-2DKuVbc<-gjI7`Ifp?HgQ{qN0e{{7ia9Pk
z`{8)fv0RwrLf+aN1bm<C!-Tz7vRB0r=EO3N!;lS@alz%Q=GR&9{3X}aL|D4^pANtv
zK^4TMZ~p|?6YO6Bz_T@5(`(iv+^v>Gb*lrxM1G$(VXkBeIYLK~6LNLqK9BbNGe3zp
z8+~pi?}!HBRMuK+C2UjHQYbj+a(<J>w&A{!#;J~cHO4%O61C-0z{Y9bGzisL_?xy<
z8C}#W64^{SXKrUjF*gqhG$&FUYLqZ=Vi?!qrY{*|?a=n-=|og%BTwzdpL%~T;dPf9
zh__s>jZ0WLhkg%pJrGd{)hLWqj0<Y(5`l_%%X9dm)sq*k8!MDPFk<5}<R_Itob9Zu
zu2?iY=54$gr~eln;pmj}vbi|j66np~l<>y)2%r*PbCHR7(?9FZ4cNGZrykGSAHXDI
zt`9Ph?x4c_0E+`G4lvilpoc*Zi*s0<<H~t14A?NtB2tAaam5@xvS1=iEararB*;<5
z$hqvW(z7*<Si|a9iit}-|KG`tFZeJ1Q=6^bYRwSgZne~$_Pd?Jgq;Sh!P!ygGo2kp
z<#kj>XGe1ejYQKXL=prhI4c(;Zsl3YQCe7pj?uw_7h?BFZ{x7WIA?+xs*E`?DY}F-
z0$Gf*M<I&|kyX?D1~`<9hoQI=4Z={%#y@x3gr##Ch|uv33I{mOU=K7@DJnrNP|^2l
zVgXRn+BB_{iQXRhjMD(}fOT5CfI$!QJzh29Lc;ocaN*&KGl}9ssgS8ak<OO833$<(
zdg68t%l}+eszWmBT&)^8jO!&+6qqpcp#_2@QhBmduYLi|DrG6MSW8G=mJFy8&UjQ9
zF3&o_sRnFX!f^+2X^aEcV&xoq34;oQ3cZ9xq|mh%m@XKY`Yq6$80w6Age>%Wg@rbx
zgjB+1yisii38?&{bd)lrDJ3IRNzEjx-t2HcTmOzVD}=k%y6c+d1CCulBPC(%xU6>m
z^?s)IU6RFjr73n4mfeyNmIjomODfei8Lhw+|8-WFRNqg14u*a2)!gg1C!;Oc@8R|E
zrd~#_lr2#-Bc+hWD8Y@=Av_J)1BE17JTHV6#tBj{@kOWK6qw?!@QcAlte+ZhL_At%
zVU$so4yYr)3W5C4se(@QInkP@5n(w0NF|JGtaw;;PsaKL8a{EQ9d|U}aR>Vei}Tv>
z027d;7aipX3uHqgs)RZtF@z_B9%_%fGhARf_p>b_Z^btcs$^)SG@5o$6f%`1jFSXH
zbcA>oe%<6n&6~ciQGyB_jEK8y@5C98#I@hS`#-N2KAkeW@dJ`@z*-)@H}+nIeO6=t
zHJI;5A@rYJC4WI6U}6|&WT`ghGJH5yFrYRV;o%ANrmRpgp0ZP;GD!Y!sT{4S#PxgZ
z&51XnD<Q!Wy+Ifu4zo2||AsXyguCC0b3P(l<@*J#-S_rS?*068lnB5?T8iU#*@kjv
zGC^$IgmO?=a%U*Ol2y5Q`B~b8ML3#-W@|FkqZjq-f2v2+IMoAH#w27bx!qn;Dy=wo
z)wWM;u~LBjUogFycT$|``+17#guYqALvNa<SrN;C2@$~>h>+iY!X8Io@xVBvA|Uh&
z?O7Epm^(TYg-d}MDpfF|VZ77!H~(x0tw9YW!lgZrK8d4IbQWFYD8aysZk8*4a@Gru
zEZR$JdxvcTOUy}z36Ec&rR-hFm%L9ed*#52BBlYDtx^VU74KX;g;oZHHwe8RgGO}?
z@7^E;FzDgW-exa-CO`R2?70Gm?ukS9#DQyZz#6Pu5mm5XJpK|!4(5Q`Fv=KbWK%Os
zq}K-%YqbXw&kst1sZ579Z=>o(pIEtKB>*20S*T!3$!HNgnn0hv<Qv*-Tbr$a+nT*&
zcDFSx91T!NAE2<)ueYQKrb1=TDdMJ8ryV}JG8>XB*E88`RWlMjWi1uuqAZzfPuO&@
znkjlAmH_}WU}AONvN12N>*tk|EGEfK6aiZmLWgj&3nsW&w8M-RkQRur82p<;Sfnr=
zqPVqBbgN)NpLBM#pTL6iDk3)oW2X>Wsf8^ZENXr4iB4+lcj7?IN}kFV!2+IcbNLlI
z`8Y^`VJTy-LP~)6wi}S73h3nJ`VjyCAOJ~3K~z^*zZJjmh^Z2&^0Aq(=fCkE{u_1k
z#GlBoU#4wiY#rkdUp*koT->50id*5YrS=M_M2QyfpbT(cG*Mr>26M#op3cu+iNC&7
zlZ;c2;2B5bVf%5v)oQTdAO#k8OMa>`uCa9-GMQl=LYP_r(F1yY)k0OpaY{l(R0#h@
z-4uQU>5h;}DJvCFXf&l8-*X@bNvddRc++#i3QYB_&-nNL^~~0f=$aM6-EGB5zo;l(
zIO^bFN8u;{<>WJT1eke85fHoVXsVe9@a9--TiwJ_FNDb)3nFwJfe2f%41l~DBt{yJ
z>Rby#7Ak~QKWexoFuUs1!bZ^4;I<1og$U6m-5_uw!qQO?p;t-I8uiDc4kCml^OR99
zy@)zj0l8CJ!_ued2u>A30>CYILBzcqgSRxwd!rJOWTJpm9?g2<=0qfa5~+w&y~rgj
z&f~4$0fa<J`1wb$TL@9;Vw7v<8l1m;CLdVF#%108q4Cx+wv4c4gj0WRt`x$ygNy*n
zYVHdyFX|@3+6!Sb+LnZrGcI^E&paBZAIbSX=6js$V^9H7Hjt=@l(00038NaL36{oK
zo?uvqPrn9ILIv~!zp6RYsGNRkYhQvakO>vQ1b;hJZqN5vxkytJlhgwe(f?2SOPZ}8
zp*1UnyWJ{gKD6#PhGuaZF8aFv-5=ibg7cL;3OPAZ2C-#FO)1B8C9g&)#w<k-4<a+I
zQpiuDDk<_}*nwY@o5Wro*>I2J$N9RsNy>AUl>!ke+M2Kg%A66E8|X^qQwa0J576mZ
zhFd$jgry)y0YlX5PLD7g7Y4ILq%3#>TUErOl?SJFdC~CZ!{sDl1`oAr$b~-mX?w==
z`Zjb!qfDfO&IGg2^()2ma0N=Z0~NFSL@mw(L^k-||MnY-zX7=LVNsb->R<cH3#;eR
zuefHxofufIvGmdL(pXCq9P;cQ(DqD=8^y;-234Ec#-15?%YB+lK!$+JKV!oUdeSjG
z=@2~mI3{9YfQ3H#3E5C*`XFdOb*);!>IGbLM_UU=x#aZ-gSimGRK0f4qchtok>6wq
zBPD=@6eOsWTz=)$s8mr&O0)#@s0y<}I9vbrH7kU>+q&nPrTvaw0iZyqVnwTV)+7Yb
zvZF9DDFG17ifYu|gsCR_O`Fhlo=lAaKuKm+8dGR9FloebKeqPE7jI&ZdFjKcx2G))
zdTUnKBM!z@o|73ZAsZ`$(HoFN3UFX5Mt(2})+IZmx{9FpETb+)o6yUk2gMMCms*$N
zv++JkvSi?QPu}myuihg=1=K>Xu%q@MJ;LInC=;N-4}ZqaJeiX^^fFd@gd`*~DO)IQ
zk)*;0s%h*wA{3NRRhS3HH7X)o(S8U3F1jf|;e`)tlrHgc(8F4wcFRGHQ61vUN#=%S
z+<i&DZ>!cX;m(bC?r#lLE?&pS(J@Yx24Sw5pwE0u`$&7Q;zhqi@7@h6EDW%1RE(af
zh&q!K&!TY5!I1Fj>(R@2U^&J*mX{c&xUc}}Ko-AFRC_a31r8R1S}(bL#o|Ij3MZzJ
zByAWRB+Dj3l~BPdg_XWHD}=N4?^v@!xErn}d89Of$ixQ=T0>z+-FqO{%Ye70Cmw2_
z2zImrYnq8A_RMvB;i(6c(Q>lN8dlcYNa)aPutxw^-w$Bn=tob6Nuw&Snz&LXq&IMe
zj_7Idl(plJZL*>rZGLr8#0DZ%_$x|Zv9N%_mj=uP;14OpGEK*{AVNyaW$J~Ofr{Ko
zk5KNNU`r&H2vZP7)OFGKgGMIDf9C%iB1yz&9E7Q2U_`HQ9>+63hg1PV)jZ|$?EGP0
zbTcH#aN$wSQ-_3p!a~2uHEWDB#u@7tap)e{IOLWgmL}T#f$_F6?%IS~H{iPO;T3;0
zC&C)-PZ|1=60+%<FWWrufmfzpLe)c`$c8&NV6Kn3J}Lu%1T0UmZHUA730}G>uBRV`
z*L+B;RzO4zR6W#1a#aBd%!ubz#W0Gv)Q-zhB~*Zi{W<IxWHgeNfFw(#rwk0hs=o8g
z|D3;~+4@mhvqHEVuELlF@#SRUg9%3gz$hjUB@2f#Afx*zJl(?+wGl?{k}ng&QNof;
z)@xZwYfXl+uXQIuX_A-M*Q?gfWyqa^*>x<C*8~;f)5<Knh8?vccyyZ51*45{l&x?S
zA-pN4fe2)25Fv_A#ArwW+Cqr1;a8<+*62+bhJ8&>1EwK<-<Dy?gATuk`yZXSRUkry
z=K)?0*%^E2Bxs@~&Cem{Xblz~IIMvxdP@oKyw$HMe&+BNAPVSJnD4{FiHM0|)jTAO
zYHk@}VmR&qm~i(N+<eLC)(yCO6P6~}GJ**|_sjji|C{>r|04~0=$(<O3gZj|l+my7
z?YlA8FW|8l{FWxzR^v;zK*D1WZy~0DO+(Z~zmE*eCG-tFp%Qu}XP~@UA%nsX8n1##
zSIQIuISG;_LAPCWa2ixllBMw-F9heia;n*ytsi{N3gK?KylduK5s^d^Q{#r)em(I1
z%ho>aCw-o(MMWWG&SF`HnJhEaFezJ*q5)8fz1b`&m-x}`5MgAzb$;bYOQXpo=iaEw
z^Qy#bOrB<)Kua<q$%1zc0gIQn==?RN0I@3^_3D@+V~&9n$?}tA9g;JUqWOG3Im_o3
zy3!-`&LHD=JI*W<8%okmK*Q4>O9AKpOur;|Q-YET>xmW-lF=q)kj>717DO0B9+Whw
zd`w5DAzGTFEKy`Wk^#bd?~2lR!NDy+tSa;>0GJq>L67SeQ7gdW9xHLo0i5e&&__z>
z_0a3F*USIyH`AyNmwnH%8gbVqj5CZFWhfzg6-<DzZGxpqJku*~fP_;X3IVVCumEga
z!ooa6qyZ)tPR|_E8-ojt{DWfF^r;u2ltHB=c@JAKO9lz9l&Qc3tOWWGN_x!JY<=G~
zD}=k@3d9uJ5f(f}Jcw`<fHG0$43>EZytRJHp@R>@kPK#J{$7tLK0*c3iPUE^sj|`|
zjDisZ38!7o_0s*^=j3s|x*GTLys{Dzu{9PF&m>v2^n|F007d_YNQY4a?V`{zG^9nP
z<GH9sQd5LAt!4zIQ=>?1Y>Q2}S{0KtislGFM7osR?G80+VoF|UsRS7TF~Jn9X@q2!
z8Z1JJ7?;YUaU3=lYrJ3AUgco3AVQby2#p8C@vS<V(s$nh3C}$wek1@9b16D=9+fvB
z<^fNxi5gk*bRfxSIiRhl=k$QhOCfmiD>urK3t9<v)>0h<B~;#lSKbH$DIp~+FJl5M
z%p(J1iz7=W6Wh^`exdxp=5<$Sy%UHGc1cq9prMi}V+mLV5g7mH|2fUpkHDHmFzklw
zzN@#!y$1I<EPHUh3@k-jW8A4=9^vRC17QZ$R9(V670DxQ;;7HN_tfTyvJ9@(MKr0C
zcUo__U3IQU)TqiZ^UM)T=AolTvzTC4OcWl169J?#un^6IiG0!WPi+6mz2Qv)s%MRM
zlVt!|GE2(o=Hm_v-#W@DBD5p#%adw?I-6kC@_9q}+k8f#*WHrB8a{f)!;TD^aPO6|
z5{cy&mPC&RWreDTUZ1@_dVTbI=nv5Aqv|2`P(nB(iZeh~;=AtPJ8t7ex3UQtPpKVz
zQNVIkH3ODwY#!piEl#D%jqt-7!;EomWuKEG=FGq_W0Wz>TAE;Nov5Amlz_93CsWL2
z^b0$&_NZZH6k@G5#MMt+2K@SaSAvOEJTITfvB3_rNES^%f>lrg7JyXWbNqkBAJlB^
z_G?xMch9A^tp)^>$nR4KH+|&Y%1OCWPG*!<vPzb$q<dtOWyY;DFVJgG7L_TZS!xoT
zgBk_hx|gQkYpU~TlQgbWr|dt(s~~7fCQ7WHxR;gmZ6D*_W^=bH$5QQ@lH7a?*wn%<
znc1y^0L<uz08{dBY4kFUin7!~kKRTkdY2y?Ul|cCZF#e)Tx=hk5WuvXndxDyYBu)3
zf^5FgL&cQ93alb{v;D~l)~TSVsLJoe?H#xCA8u`$jA2yI-Z=D9S7Ve>m!ZUWZ^HU*
z*fNTF#S_C=7+X}qTBYC-wJ^*YWi00qd3LW@CdLLNJo{8m43mty40fKBLfB03XrsUh
zkL=0*mSut}kVs_!uO(T!<822)l`MROz)I*rf&^!4w*Iv>qeger#gJVTYLrM~!2vs6
z&W<+a!4t!LR8X*^nXJiL7$~*jG0k>PGs$En;I#PfliatLrba=j&ZCWE+h+wQ%snMA
zN0mS_z`|;$BDF7VLcrNkBdZXIBHD)prt)RnYah1uh8-<ksD>VuB}4KnlS_4vfqXux
zqOnhuuAWiTt~<GF{yi7hr~Oo)NlMYUG(<<!Ai5ri1eAPepZSjp;?y~3puj=WQkz0n
zdTCAxm#9?&QY-vv)G{p@;6()ga65Ym&)#3n6p>Mlv0;)i%Hed(z{HR$)QVf^cMLTk
zVIt)q-OIs3MMo3ASwYAH5cXWtFxRadH?^ZJih~e9id<BZl1g@~w?wN5lmQ`^arr5r
z@>9TM!>hnKq(lCre>Jo9qq=5@aQ9rT)w<ab6TgpM258w)St{e1s@os<aT#P0cBM>Z
znlZ<Kq!xz-sPd0xB$Gll)6u6izisRKVS3!yYE67bx%>A$IxDzV17rG9nNHWRqaNz!
z2_x+nI4>&Z1`Ec|X{JQQj*pJb-wHJvKME0dY1<*fcCOR3Sf-%?4NJokz@5UA?jHF7
zd2;1y)3AgUqlFM7)`RD4p=5jBumTg!DOSG|aInZu%Bc20geedtdq_R7hfCM<vim}-
z`M?skjj=Sw(gb7cc;0=Wt~6G_!HF==7?}#C$y^FsEz|`QH`p#i292}gArS}f9aq)S
zzxynk@3N-wlg>z6<i-#cg$fBm@{XXtUQi`RgjNA_P==QN3;vR3>qlbE5aI5*?!S7=
z9>=aO8j?n2nSKzxOrR{$#q1Wg17#EH#2T!TDk9Nx^3fF$y`81X{RkQD7Ee(RJ!ijb
zKX^~~*VP+uo_oj>C%NvA=FBX6plC<=>3CKph}p#CR%>@qOt}f^xVMy)paBCo7_DOI
zgfTj%3@91aNl=j-P+W9E_GY3(v4D_-!i?C~Ldby6eOgP)#UVkp&s~m4=`t9(!qZhR
zF)|{4j%zOiCMJLQ3L@9lJVjl}4&)PC5sk_;D>Pt{@%sB`QUVit;)ge5kB#c}(CbC@
z>M_P-dG?L7pp}JHu?)KiJxeE@4u(eM(>hW>n4z`^?Dok}jZfd@pkDlHph_T1BNOhj
zr-0vl>-=EPk}^udlEm;%Fh(7h*60=><$DhL&-@dbtskW|D}=lGY9l2X$sfo&se%Bu
ze)jKIoc2Pbs6>z?LMFkC&W@(i((w|QNF?UMj=FFZQN>jHlz>tffwhmV&ZD6g#udi2
z9<x9z#tb8ji3z9fZ(qCz|ChaY54J47%EP{I{m$*~>CqsNgd`(`g^UP6F*1q-1|b0k
zD_|4^MU{zNfijQSU?r8L@~BFYO2w3^O5wzIL~I@@BijP=4A=&zRA3ww^L_~o7E&Yx
zdJP)QjHch+_niG(U;bEY{q{aR{kSuIyFJx+FLhnrxqZ(*uia<u^{wv_W~6ECUGjN1
zwzQ53UMI?Wdxk$n$iiY2rS==5z-(>dCjb*wLualDTaGLoS~nmzlq&5+EGad*lUL$J
zLBK}35f0M91WN^xEi>gQI%y__p(l`zck#o5pFMqGLmin^($FO;V<e*q6@zrqGsCnc
zT+kZPg^zv$A9_sO!5XY37%PG;?F*t8$^m7LL_DJ~@*Wf$6$qbdkm8hvcoA0Cew@2t
z2i)p<V%Y`jMUKPLOyR?g28**1PfRa$cF=~)C}Gff0KnP^*Ls?@LZkO>Y5q2$Ng8ez
zOqk_VZ|J6OL6(8H%!KRg4)65Id@@gr)V$kF*K|`ajI_{5!Qf2<jJDb9gg#CB7<6db
zS}m?Jwm$eW?s0^Sg;Mcl(t)}UBs0;`L`20srp!P`>md!oey+6=)TMX(!<W2#o(Ppx
zjse!qsrTTFwGs}z>NS=wtqXS^B{W)yC?ctG7J3X18X?)9vPJZ~#Xd3tLsiiHjHwn)
zbpKCT%eL_c40N=Co7}9)aN+s9vcu(V#w3O4ejuEauyyT(tz+vrjK5{!qRb_tlY=Kb
zNVc(h+&X9w@PGZXMC_)S@he6ztj8ZLq{TrxNH$pPPMZvoI~Z@)AOGMdAryq(`h~v=
zZJ}$&|4(SG6I1I%c>h*GSUDL4525k8v20oD^Od<Es6qbW5C11GddZJ4EoRiZ#cpQ|
zg{pW4gk4#x+abBqjLqUPaK91i$|D!ge9p6`cWydjozx44g;SpSbm2Z4-ls~}GKR04
zik6XvGMcBA+>HjarEFyeS!VX1i$=(VVWn#7N}I8W?X^L#DIKB4;xMK|2ZY!B#b>*^
zIkm|(7@e}j24ipyED=r%Ug!)kvPN;_&j}A`&=B1;u3N{m#z2S*=atGdN9nQ>uS`hq
zX-h>S09@JX)G0>Fup#^mKvrH-;G)9h0MS}rQ>B4il93QYsK$dwE)FN**Z)A<E&jt#
z$8WqB*S0wnE|#DS$GahD89=W9T9X;j;+%|$(8ci7i;0kFSK$58S3muKDQlhhS{vbg
zTbetb^0U%Vo+~%0@>(m_sU*TZ((e@Vf{C2KfJx2V$e!pZMY)OzqF65ha2U+_q(;~;
zyyw&>|Annj)*H9h6O<bPb>Z9HGNDP4ydwvYIfVxIkeB6y&Jiy~_GMCPa`>iamn<S>
zwM(g+42)2X@Y@u-6jUG!@KXhkDy0!h+GNp3g{v3jpox-+kyK0%K5aS`R1c0#Xow|p
z6-pP_f+;(4=Mjk+<JTS0?U`+k^*l7*F^q;Z-o`;XHKu7mZeXE<m)Z7xZcdL-;)Y%r
z_O7}hJTY~SRt*SqSYvo9)X${_1RA+ZGQ8^3;SKLU7mbiU3ndXQ=_(_nIF17qC*71@
z+XhLpT#M4+rf8G8#W}s!TDPwi8oh7p-0z+r`?C0&L43UFn||dtz89V9rf$JXR4;T?
z3v{&8JKP6ATEx+A?&eAvqPt0LIF8~;QbGWl`pzdE8g?xSgq{ZsRieD9u+X5D4mDwj
z{gW~}w1Zko=?7A3^G}ALzLXa}_^#a~7BrfN3R-NBZpVEQ{rH1=VD){HK>`{rWnp}u
zFlix#(VlZCoH?H{cfwOmSi=1JnyNt#$|$cB<D=w;Lrut*fT|B#sZlly1a~<Ev(HbB
zvy;HAc28W?u?L6NuW=gSYW2eCd9VJoQm2%4j$24X(l;P(9;UY6_P5WV#s05>VKGV-
zIawmq3gl&f^i_B3U(s48qt=P=zOESnWa+g8+RccgKp2A=NG1A3xxy`_b-2SjY%)x8
z(r9iBN3mhO9Yd2SArM0#+@}MfyYBAVv-$<;Ow*Q<s3498j%jc+ar*2}+5Gm0%;5%e
z_BoCZa7&)!_0VX7n7LkyZkOm9fK2|&$IwlYR$+8z`1=qPI@kdd^Cd~&IK<CqXf*VW
z90?bY0X^~*NfUZbe)+$cca88GF$Gy6oYf!$UkzkC)@5V6SzMo_sMtIah7u2Anvss1
z1f!Rx;k!mMEY^(Z9S1F5%~VE~sv(EV!DmUZf#m>>V#?&C$iD1_!ImZ7{Nwt>Po`t6
zHdPD4#a(0wFxYC%855x>*@fMoa`s1m;>ExfsiZJBzpz_tts~ZY4&BeCv3Nmg28P@J
z&8nN6V<Lo`ygmE}UoWSe-Q_hD%Hba0n2RYW?3QDkH@QjXvKWJ&Y%T*p=ik}SxwcI^
z)6N{|p0+ZfDGWuUVn7Trb^L8iR56mO?AGQH5Q~X0ymBmml89;bOG162fb>!mrUy#-
zw<!rSdq!(B0VjBs6p^#6s++4!*W#}<nsxfFIq4SAXd0Bu#?Y1=87(A(Ui8j=TN(J6
zky`O(Y7h)5p^Q0x#gti;nc;ah6;mcXbml2-oC|wG_%SaIADMVfmbhpaUi#u>#Ju4(
zvHTqj)jGa0?=kFb$?%ksg^Ox~F@b?F|6ABNp#Nv<huB(oUh6q@pI3Yw7Zu@p^Xn(q
zwcmX+dV!+7$ot;Be7E~B9W4+wzA0Hf)3L0lXQ{k-WY68`uKT6mzk2Pp+dg^M%pDEP
z(^EPv4{>7jm@*y3+$`sw6uxK)W=3v9KAs|uCJhzE$N(_6!03p@U+v`{=O~5#;ER@H
zz~Zj!Qy%36b{#ZY-|scWqK(YzdrSAV0fA=g$|#SN*bh&&fpaeZAcgr<a!1F}va6{T
zh}zJVl+kIJtS-F*_F&I}UM{{Ljk9cKm*e1+^B=zJ#}v*r!%VLF>y2y*09ebVC7KAx
zBy%_PbaAacr}dA%{P_RbtaZX_ZG`uG6=xI(arkYBqd<r#3@M)|8}1O3B|1v)%x`?G
z29ZJq4TqX0nY;;vw-<ljOG3_n{R5o(&L?+i+th7zvRnZ=)!RIlIn~j}jx9Rnycb+}
za4&32-AzuHdCB_*lSs&RUY0s0Pp0U?s%AD_n>!zdh_H5+)e&QQ&gCDogQk_tXo_H{
z`?U~MgtTK%6fs1E%e`8`i8(Khm0=1ea@rf)K@XdooCRmO1sY{|&MVu_u}hP2Ue^V4
z3?0K?h$V)#y5&}{dSNLmN;~h$SvG*`&wrW5%2Sr@`LiFMUh%={`@Vfwsh14xgp5$G
zI&(+ZDPOv*a{UBb>sV?%jqc~V@O$SL|3v__u#dUb`>sGoJ$(K11Ne{M^>uP+Vt09m
zCaNQ6!Ne!oQ&V3gm+YV>nADs%X~2A7ns$C@*cm3viBPO@Fx&7RUuF?Wp(5AJ(C8jb
zCZN%5&p8o_7{Q6ygGS}{p69%3bio`7#{o<3)`z?ga7O3L9pP*^XK61djb&wN3JH%r
zWlnqZL_0Vvd+eCx#mp+h>jpvR@;{04S4+>fF~ydX*<yC2lU<m+u*M?4EPItN+Tju`
zy^bj}J7|wUi4sf1()6KI{Ohktm+aS}fBv=Ua~_!hyy+k6Prh)zy!adcQ=^55FcyS1
z?6&Ki9F1_TwT_|IMtHxMW+7n_>g|S;*<4O^3;HN}<=wb>$RUzDY9X}uK3JEfsrT%o
z3f5>^hBn#t&N6v#m;SBJLEENn^G;38Rk*9uo$=Wh!o9iq&EBM?-=87M#g5PmKAn9~
zQI=#_LZiyejaX`;4`{UVC>C_eO0*bS`@vQvVmy_{<}ZIDx19V`+rbhwsty=tqyjZQ
z>c?o9^7Cb1jK($?q&EOaqYIY9>OKwCa+?^fv1^Y7dIMVQK4o-t#2a-%P7AV37exHM
zAJ*5tp3gdy&+F@7?tk}hP9T2rmjK{RZ_%qim2I<F5FTu3O#zJ(Qj>V$+GohyV?X$#
zy71jngHuBP=*#ZLKbo~pTCI)nzAx_gA4?I%&1?JK?<_?^aTA;hHJ%C`oj7pOV5}&G
z69bBD#d8TmkmduJ-7mlLyO$q-o$uh2urp1S1J!Fs*xTV}e7etT!ZPL#fOJSWuna65
zQ)4VIvsGv2Vrl2EC(Cs6Tz1yRalw@7s+HK1BZF#tjtHhtiJ^1;UKU8H7nLT(@+uFS
z)Tie}TmCYmb<MbFO=&d|))MhX<}!O-&_^q^y&Ylh`GP4kX48H7#QX>KLtDf&-h?R=
z=;+H{ns%c;##Z8|eqR6LZ`x1%BHr?IdfV^dl`rA;G}>mK2x%?zd{q-6GAz^Gapn!_
z;Mcz4*#EVxbuw#hg!g%sNZ|TS;caf_fJ=@b&cvs05LGbIUB#D)eWA@>YqONFaM7}~
z4i}Q^H1&0NZQFBAh{<wk*K_}uX&6Nu^}&}B9Wy;=!4#eOGTEDFQfQ0eZ0{wi9pRw)
zc+zBY@3_dafbWB%ULdCn-Zf8zve{fs$yqHap?S#)gDIL#E{LOpK{M!`gDGP%0*)|>
z;+JMSyiP}0j2_JD!~Er1(V^wv_7ZH=5_A@x>`_Lm?ac!sYO~12b};RD*g+Y-`v>*s
zUt{qg|NFn=(S74&{FX1}2Oq~{7u7cS+`n=<#z7ZhA);?U8!?0##tZnBe_o^X#XJ4y
zvDR7u)<$^$*MLS-EpWT2`Y7+!3xg~}$R2s;UtT0JVJIkSB4i(^U<Nt0;>%cR>Upz9
z*r#m}N7b9A<~=x^i%p>xj-&BSEY%iZY{?$xAg5F^ByyX*5K0~4Qc%BK6NZ#95z$3Y
zE#fGAq~3?QOx{cF2$6o$qv6R*;eeP33$FBPdofwY3y2x&^fAK?)kNwIsL>S1Ah@?F
z#9kLHvP=pv3~GDK&tUq*6x;Xv-#$P(G$aEZU5M`YL+4$P@z1@+gmf1Dx&PCC>gV;H
zKcJuZMTz*p<M`tzbm1!6!4SYKT}B(wgw#$T7KCxWT>Ku0{qZk2)_*E%o!nX*;eB40
z-u0M97X(w)KBUn%soe+uma40$m$WT9L>X{vGVf3gg*n5CUR;}MEiKVe7<l6z+@JWz
z+D^VBc1;sC&FYJ4PEA@!^v0SH6=CQl;lOMzlcDpPTU{Qul$A-A@da_Tw}pbD_%g){
z?K9Fi6aDjbasbup%E&uAnMPCO9vqrxY=eoK559)NW$f`DYjgmlT8ImC$g{{8siO@D
zH$@kFtH&`ZcFm0~=R#ZD<2(Y^bwF(^`<NQ{b@aov{CnQ&0^a^xnX~azZ<kjN$y<L`
zAAC%guHnzT(v}Ot@BFW?(VChGEkXy8OqurhkAMF-XZ+%K9pgWfwN7}gjqn82=z{V8
z@kx1GKaL(lq0b+RV%mpJC87vTeTGhOF@6mZVSa=KU*^dH6!T*|2OTzTsm_6pqWCfi
zjV^}5N}@=kwL(w<IchZk03ZNKL_t(-@MY#qiJ_es?J%aULP!&X9S=K<*5+|=DJ2}e
za3Ls+lnmizZ+IcP&7+=MPH72&4&qF8(=icRl4a6KK#QQgl-1AZsK~u8WhE|LQeZ|G
z#OQ)`lOlp9b{fMR=63624SD?(xPVx%<H!_DIy}{;Qq#Zg^UQ&-_)?1aw!f8uUElZ>
z6!6K<#g#+sI@%^C!n~xw!DdW^LY_hwuf80<epsz_w`x7NPC{{i21>`#TM<VA_+cpZ
z0^usmP=$`dCniZGh@;)qt*4Zbd%e(`U{JdSP3O}4KQwjkE_G;Xiq&KBW#D%8CI7)7
zj{1T)8uOeNJiA9;Et!8x8%MU(h^7dqv6u*JN9c=*un+sqT1m!AY@UtAg3ycR8XxGf
z-K-7bP)*Esqro5@Hl#B&nzH)b{4Ip=qd%$kg_>m*vy^bZ3of<)9CP6U@LVh%v2c4?
zcES1gOD|aMb3vocW#L{_eP}(?eGh--Yv%j<!Jm<Y!yR0(4caEhK?k{MNf}j(=nd8B
zcbxww)>>;(>$!CTYN?<o`NS<lC;(vk$eYop=!F9vee~aatrRPuSQDbuge*Ilv5=#B
z_-<R!-{qU<zTz`(amG#4&U?!0mm>F>L>d`{O4&v(+Xhlv$Y=f}`l4(+uqDb`UZWJ}
zuBkMaY47IiR3gHefQndxE+)e4d7~xUaGx1_L2-D9FRX2{@z8@w#B3PD6Hc1Z&d^uP
zNaoxQXLPhM(mL$IVSElvthHZFnHYZ+>r$`L(1+M@ad$<NnZ<~`VA7?bOls;icR?>H
z;XnO3iTK@j3Zy#@Cv@Rp1KXPj4Mtje0hEYvZ$Y@$TE||i>Gu6!m*4xy*_XaRV%j-J
z8c-vq+ugEnftHpjIk_Z}1U)o`0AYl8W2GKBj7S4bF+}Dr7zDA0gz?6f--lc8XKiaZ
zFisMhGBC;HCPp_+Tr@mOJi57;HMLV6nc!!p_*9iq<{pVsjC)?D7R%{9bJRhoL)G58
z7`sgiXKR4TvKes@;q>P2wHJ(0&yzK(u;B*fhVT`Sc*XcR0jJ96I)2jyh_tvvkTf82
z7{h%#yy4s;){w?{67fdFz!>Z(&Tls=d5VI?5$0aF+(#Bnnk-Y!j@y;O6nRP1h`quH
zX5u^x_E3oczy5FaWnYB9@g4m?{|1xruYOY-(~F*qE7x%50etc6E#B!)28oHJ%!m!p
z5DHY7yzRYdYpr#xwN8X5qr!uu=0X}r7SSzgdhE^Wu@7|k1n=;kV!lrG*scxh?VQ8X
zEIau!3zs!D@mBZgyY3y@Hg#%hBMoY{s!6^~LZd3RUnwY9gqMYJXyUZX&83x^zD!4#
z7Hc!6ip3xHQr3G3&##*Z-~X`k>5m=Z;Kj)DK}OdMDoxF8;X4y?7PEpP+HJL{9QBrX
zW(W<9MPs6@z}uy_&H}g0@sR^`t*LI_4s!ARlh=enC|%&9HAIGvzB6srdT1v+7_ew2
zk$>rHl0*A-Z!kGNb_tsePHpnYXTIP82fFybzv(>e42-}gm@;D`JpZ;gAKO2Nwbt6N
zwGp0>;=Cyw{xY}T5k~cGb%Pyz3*W+%FN29bQJo$gvCqh4F;iMLm}32TLb5k*hF9MG
zejS=R)S=0gWYjjGOLzte-C#{P_rj&+_prR#-&uy5zS5dfda=M`QB8M93Fii*O0gJN
zqUg>m4{xKx<qwCwKu};nxQXzb4w?MYYL;OIUaAi!q&%b!!$fB2CAjQukVU&)@Mg7G
z77p#>5Je0r$bd%4#6?H<U3S5lDLOaB+?dX4!V;F0FHbzLKljBZgB&8>@eYY_VbgGG
zgD?CGEy=XyV-5gzRxL$@u^qg8`4#HxC)HYavDVY;<P;ZQ4Ha*9o9c(~9n|4F`A)ul
z>>aP2`7)uVC{4u}4d<=ck}spCh`+eGigD^Y@8M<IP!nDZg{XwyS`*U4`(})EL&ZM~
z-cr#~Mx)gWQ4?X@=`2GG!A5HNIeKAVhV;giSsv4==&#u^^^VAJiD-Vc$P9P4F$JQ`
zafU!XTc%V~tj#E8ely}4_FP8iQF4DlSS@f?!52wY*D+{@+1udD%$96Ry~J26b`9c8
z5Qz5EmpuF!vTc9+w@+{T*OC#!5B;=1|JgXb!59C>o6&I#P-SbDwlb-mNS8jX3&OST
zX046zM3lw~XrD538{#O?FMJ=iAHwt~w1sx?U9d^rfr;n=mj-2K__M^H#4|IeKBDT?
zz#F)%&2??-UD(a$GPA{uw@WX0mB+raY;MBryQU~E2ruJSMV6V{Wb~?q*J#Eo?rG{n
z8aP9vDDI3?ITY697u4C<ll3x@0m50$hqzF~S!Ogvgc+OHUQad5rNq#SKDrS36<#_B
zr9<Yp?=!xn^Nf+Jv=d?bGEanqdV_tWbns4xUSg(?GNLLLxl61r$nGi9|DE^9iLd!;
zJ9Pjje);z#;p!G&{KieGAvrDrT*RiqnrJ`+!{N`++p3*d>#o*HmN^l1^^YEY;8R|N
z%rK{dIBHbC{cZc@AGI@I0#3jg_<2A4mFK<Y(?p<C6S0AZWsH-ad>Jt<Op@N<k~hJ#
z5#B^f2*7t!@3L(}BPODmU<x$VS$vsX6H;hyZiDhj(bN+sq=n&T(pBID<ZddmOfXTv
zps^U-q_{F{kW{ALU2KBKWQSltYId^rObJ$p1I-ORveV-pO`F6#%~LxMz>4qcg2_-M
zQYsVe%e2(U6rdXj!U0mWvdJTz%3$Br5-NUW4+$qh#qY!9ATkX~*-bG*qfo(z8VxxA
z7lfP4kuT0I5b5-q&BwD5hT^m}g_-zQy^+81OEO_{eDPOr#yAU(Wi27XNH$<2gybf*
z6PJJCJD%Q|zt&nuskITFl$u$i04W%CTTOkHU;DYeLpfxy4u!uY>4bFy^8*=X$(KO`
z2zj#pypiC|PdeZBFj~WDU}~T_j7A5{n<xlrd77OsmGulCI1b_{GlfWW1KmgnPPd4X
zuLYq1<PE#YqB{zbizawa(@~42B5*cH^GZyF3qHvO>qZZcHqc3!hnWu|r>V63Zq80n
zP}tXjaL^JO%|98-WCGyP4hL(L2%0F|>gvWAZ|>Zsm@L!0PytM|<cUh!3&kBd7z3xJ
zmd$TI7@6Fw02(}ISp~_qJ9@k<0KsPXy?6M5(+Nl}Jm*=nU5=vT0wg7V|C>JcmjCWF
ztsy9*nZCqz99-*e*LsGXsA67svt;#8s~-R5_adOtiHen8Vx*Nsk(;@JMz+w@7c_d)
z`#t=?`+Sn8tUitw=x8hdvk^d1yGaknnUe1HBCIa?GDVijon<-8+<-M&-@otCuk=C8
zN!Cp8VhU~@CZ)2FRQhmML+T}lpkjEUIxCx=3;BGm5{FBwrTkHKN7si@&?DNgo?3-$
zJV`+~L!+}8fBv<UPYj0Yf`e1g==f%jaij8@StNc$|LdMFS11Vo>=&BEpZ_%}1R{>Z
zDK1fnTy|2gIvb=UAY6|Oh_l6{cJ<;b*9GBPce~b!@WfPI#m_s!JGl&Uc%Y*_KhZ2D
zaTIAV52m9`f(6tFN}IF){wps0+B<G>U|zlE2M@9nX6#fNXvPO+1rv5i%#p{<4eW-7
z5Z$RGF;9@PL?%VS=q6Xa6p7G!kXgGyF`EIBD0g@_`aBVuhiAERwu`vn=*^RY$ir^F
zaR*GZ^|obSj7OzV89Hc!JJ}6{lN4Pv>`#O)nAc<(LO?)t)c{`B0AnIVz0+7=nq#no
zB8X~qwS`UtgTomQHhmW~kAsn1RWG5l$U%!7V@HPwy!Qio!Al_F)B%3w?fU)q$Q`fw
znvIMx(Xt4uau!xW8AC)E+6j1D=oQym>#o$=2v1H?wHZ@xosQr*dXth%giSy;LLzzz
zkk|4sIxTW@;BZI{E)_}V#+rJ-cN4p8B4}uc*`cCz6}>01JkL*lH->5<o|g=uiN=uC
z145*vD_r8V6cGZEfEOS0iXWL6;&(?muGMEY2o0tT+@+BWmEA5?hH#RQ8%V{Ym5G38
zPV`Vsq|J<)O!=sMxg&I^fo^8XJt=A)jEj!g??JgEr02SCSj-~Ypu*qIYxGkI4SP|k
z7V-&{v~gY#vUK$He4#>7?{Puk=#H2OyVD^fTElPus-F^19f$%ZJoG@)Q)kB<#L~9l
zRy&;{!qQI2?RI+Cwbr`RTA|UCQrAB8f!TU{prf|AEphaQ^~A5f3n8M2UYKe^$}7}<
zFV(1(0e5KXZ}q|EyQ%V+Fj$~S+_GJK=(Q^1XlVI^$XL$ToZ-zUL8Eh`6R>C%Od4uD
z?D@7W`ky+7d}83Mvp6KEp@Limji#GgjDuwko)ckkZgL`Ir7~5Dua{$-d$C3b`kG#G
z#mKGwS^Rt!5iVtp<LeOrEpX93+}C0;Sv$go-6-c<Eo6l~Z=2tH8kDC^c`#)ha<H}B
z>3+#q7=&rUb}E1HjFAfcB3=A}zy25i*jbEm&`mP9UHgr1dm5+cT5BD>)`{>WRq$m}
zIbft6oiB5PgSpV5Fchf`7JEejv4njHcQwdc%!Pr~-R!X2554=$%U`Q0;tUK3E=dh=
zQY88)MnFpuMWBW0(&E7=G31^JYLKkr6%oMTNS{DgaV(9d0_-$AYv}CAM&V&iKuJNC
z@eosf{Ga|*N$MpZ3`UFr-9*pfMkacuA$sDy7TidNFeKK5W|GH57;=3N)~Lpn41!;Z
zR9z?@lM{s_&c8|`-k+EYOGV@2p1<f)L=n&^Y93r5tIW}@@Yi&VgU3V&b!XU=|Ix#G
zutA-_@;iFodvqFd;q%^bAOaNvWyCxIN7;ix87&9Zwk`<Qx(Bs3!V^_2!Xy|t-<_aN
z4ktK4o0tyF;}bLJnij-)Le1fHN)3X1bK5jT9B%tYt&>v&8J3|yIc4X16491O!s&)2
z<I@W2G!!)I07R1RhK`vglj#%lDlOej1BG?Ez;52*F+93OOY-QiPI(C}1f{Id<E1dq
zU_v)h#pM}OpeW`ZQPG)#4;pg1v9fcA8C(w07`lgC_Nm-m2Q&(XI3|rovx}u&DNWJF
zI7Yw_0xndhzSj$x?`PgDg%csY08$|70u)S9bXTvJq8a3XaOwaM-u(eQa4Hlf<!fqm
zV0y(_^=yP@)}H(FK^cW?ck$J$!{}P~pw>osl1lSXSRZV6!j};&Cc>dFW8_psFAQ4a
zJj!_k5X8}2H$rW<en!?IGc-cs5}mw^B9g>X5F$#iz>utkq9X)%wO@qGNO0J5FPvrI
zs!w`j4zLDODDkaRjxI9#E)0T0NMfgZLZcB8MU%w>RWeC(ll8O}b@Pn_GfW!jYaovy
zkVsyS=#`no5Ft7NEnc^59*S;eDW8x$o?A_X!o1{5dT2-%%Iq|tQDlcMqnTpLFt09h
zL0DHCbvotBc45KOogEIKHE0J3r#67l59K~v#O2Z!$Wgn7*U(M`tqC-EgVs*C)?Kf)
z5uTt*MR=^p0-}OF?T?xBzx8_$z3P>mpswT;_7K0D!pJn4jWm^%P!2T^x6srB@Ljjw
z<)u?JL-n&<5E_aslajjNIMxtj>LlYaSbkW?B<DuYZi>OH?BlbYN}6O6T@xBjKRIIr
zYlN84l{-8|%M?AwM0C@}(@@kys-H3ml-R>%idk_uYFiq9dd_WDgd8L@Ho?#`2lDKS
z<ye!W-eMxexaMGh$3wf9;~>4mJ-gsy5ttm7I7GfGb)=*nAsVWLV9KPFekcg7xweqg
z;1CYC`1~(B?a|ANGD^(k9RN)2L^5R}S!(;v|MKacp=+&m)LO|hC#bd``NO>WRw*d%
zWFiEz8KlJ)6*gQ8>+0ESG`J5ic_V4Jya4N0FJRhf+q?s*O-#NFyj^Txg4t+0ZB8*v
zw?{zk2%{K$nPS1zj9M~-=(vN4+Vh4Vc<0x-B4LArsG`d6UHF>PV>arMERim2k<E+x
zHAmcqg`23n5+_P+=_8vrrG(t)_$0+<Siubs)w;=(ytXx)gNqm}oA`w!%eZ+@<;B2R
z7fhLvHnk+$Ann<Frpb8u&vj>)9)29?g!tR<k{s{*ur{sMkaK_{$1#8MTR#HCK;DE6
zl+dWOen72tFKV3#Pg)JWOwvQ{=wP+36G0<-XxzrEX;2UvW5Q}sml}Xu2VeNPKRWf&
z*Ljz9YBIDG9taFAhCp-<IFtxyHM#)8azHdNKS=`-w3^A1EE6L#GgVP36flHXPsZ$O
z5jd3!KM(za#Ii6=S5imo^acy6i99^JBksYAAQKa01uexAkqSF)^w6g#G%A``YJ=RJ
zb@wIdbE-x|#dHkjUY0&Xqq#*5*+Xd;pfu@@Osg_PT{geOM&mZ|UD?0M6gNmQWk~6R
zDFZptntV%2r#C>y%s>kG+EkRC9DnQFoP`r~!qza}weC@^jqqeu@G^v0%ospeyM?On
zHb--S!bF+Stz_(VEzfL(5FL&%P}Zh>+UHKc^9#2=G7k^^z}cbbXBn3<WPdTng`Pe^
zy>M2OsFV^GQ4*Bk4RE8Il?EIr5k>T$cv)zP2g1aRT8yL#cXJqF6dekQKpLM0lGx1+
z?rc5zr4-QxGeM4QijtSmBDzsZ>Qs@t0~&QX-AK{REOwds=#*Y|DdvML90oLuMper_
zgou!qx{+Ztn&FWVS)4k_5>dq25Kt(|T%pd#OzDYgO_);p1yiPXv|!3im=1ODP!qv)
z3t;RZ0rjyU1Zby$4X}yx$1i=s3R$gnZ)$CXC#~W$Z}`jLPKcwI{>?ice8uM^G#a1e
zITU8DduZJ(?#_V_6sq0!1I~Ay(=}}#P}ob0pru0GGlUkNnt`+?2^Y|KUOgv5nAPwH
zWf)U{!x%r$Y+2++O)0W$q~@^04lA+@0nrc^qi!yD!6kL#Af<#z2UHqN!I>?P(P!hB
zuu03DKxd!HG9JD&hT^1pjAbU)7SKGIPgGnNglSDm{xv#QP(K5erAkddIIi%L;H&Ir
z;*qipzw?S>oII#@tCZ5mK~hAR)FZjPiJC-VyT!rB2k*v|8c4`+_0u21wA4<Vjr668
zm}=lU5w3MFYHfrktQHsGcch&d$4g2}&K}Bf!6YNYahooMln~JcwIS`+V`#tp@aF6%
zs53xUDPn}fR@(uh6oiUdF=Hhx39)X;6OpMt_gyg&mQRi9Md*vh!9g&o1YLnWhNs|i
zM7K~#?J`rzsqW~OF@#|(fI*NknL9F0P?7&ook@XJ#<n$gW`K;M$2KozAG5VtJjM#d
zNLX}mLHD93a-fq1Dr>=%ir*!i-qk&|G|>eum@LU<sRJwoh%rUeIa5Y`FMa9!MQnB^
zxg66@k3Fhpuu~KOGg(c%++)fBsiqfNP)4OTz4sgM{1jblt=ra$Je;iBJ^r3~KXV+7
z5H2_(RvvEXfl@9!tbGwx?{U4qNmTY0N4@;8diRcGrgS1mH@yM{6-G8?x82LeMT0f7
z$QSH}u<ahsGE0}Ww5A>h9K@WW$wW?XPdjXBX_}J(6mX#v3p<z$-7RaFngR#?)rvU7
zy_-~WZ=j}0tI=#{Q#RlEli5%vSTNW5ZjUJ4J}ha<Sw_VGDzZ$*C;~S$m+4^S&d;ow
z;>h%1(4;}RT9fZ6@ee;F@6v=9fAeS9LC%_WJy7f$@MpgD!}+eaPXsoA<;8*4%k;JG
zQLU%i2`mCJh~OA{VQlPr?B<XIS!nVs64p&n#q5RGS}VTCEo(Pnb4_+eG&FOV>PD9j
zzv2OVTXaE^as*!{O+teNlu8G~;KhWl(G5jZ$@#{yR8WNS9Ae;~gD>Mw4%s_0k2iws
zue|HB4$ek1c2XFj6Cnz;KuXQSL58Uv>~zajqB$bAB5vXWWgd+J45E&CqP7&kpbt?w
z-=*(rLZc&tDV|bfLq-~~lutj{tuA*mVP=LWkH=y$&`}f^i*fO!V0<bSCgzT=V9I!h
zAo`9F4jQ&XKU8;cGenHzE8J~QFE1e|qi(Xb5w3ObYMlsAUd`y}F-VoK{Qj>;5?x@V
zs-X~L7Ie#DP9|^C2HF$~dCP~noiH5+V^e+Pqgzo<fbao}ZdAseSjrnlz<po%ow^--
z=9j0Zi~v!=bga2>4r1@=Bbxd3-G-RK$K;pa0Fy90QOljBCPLN^>laWD7-bO<1L&N@
zR1@J+q>=K8(Zd!Kq3??>$`(A@o5sWTh0&;+JA1rbwIE!KhC_OhYRGzE=-@ccY%~f5
zKq^o>_8`q}5eveP{P4TjO1YEHGHG+#HJ=6ofK7~pe&zKmWpu53R%;_XfyEpL)3f7_
z&jAmhvh?p63TPqzgWDJc3naX~xeNfm@*Z?YpQ;z8BR0~Dd5|_Kp}Js+?LvJx1DF<F
zYG?sb1X=)?uE3$L%!tUZGxDjx4-*BY&;7~D=^NO&D^TKrj+O~{Ho4e1CXXhWJD7hb
z^D7kM!a`+-tT6O~3k6|@EMBKO9H6Kc(5UZ2sVIeFvPPF=nb}->w%Z2Xt?w%o11TLb
zgawf5>K4A^6h^FDJaIuU`sP2~uaO&qEd!X035~k>q7g!ZHYGFMOz;2NJ3TYkTI*=F
zHo_BE)46w-nlRA8+pOzuUlLsE3ja@a%QfMwXK&Du)wj&4Z?|iN*B({xaF6X{beFNc
zODSI5V{Yjzty@a}zR=fac*VRpM2Rs1u<Z$uDwl;8ec<8W_{La3s?&RAKIGPLG$%;V
z&Z9A-CbsIPoFDMKq%4|iMbhUlBV&6P3&Lg7T`mYK!lGu->Tnias=6S&?;WB37Gpu^
zeOA+ZxvcF)PgIxfaoha`p^F{ETulUgXA=JSQSB!0hj52AKL7coS<+-ck(ZzUylBkv
zc3W!+jmG=9;-YKa!&)2RiLCI&8ZM4^*as7ab9IfO5I&I17JqU(s0MB9lfUq`jSv93
zV>(3Ng`;V7i<s>o)B-QZxX7l*+;!&0gWk{^=62FByha7!Oa{#Rc<}Mag$S4E^y2C4
z`Ml&r2syS-JmL;H^20sd)G}5{IT03kyEg^Gmn@hCStcjKdG5?HaY3K4{kAlQLJVM2
zd*k5Tz1*#PejSc$8Y5u2&-8(d&aqATtm`;wuGS$Jd`I6=LKFI==}_*pP0(a4Gnf>V
zQFG@ne(U@5y|z=3M(#u!FRZoJJ*l-3p2*7Hr3_-Yvt8lgdwy9CxQaWPBb0g$VTj%n
zUC<+W{Pt2p0DkG+n6~m=a8u!^E@)TJzp>VY19HqEY>baSK-wBi=kJSJA^<o89jGtp
zqdD6-yw_N{fJT?mhS}AC;jw~DHw+JM6<H?JDh659%YALp6xD6CK#d*Y!d7kWe{%%m
zk~>-*v?jvEv*z45!~U&Ti|w@_ELKsiIFZ}Iz(r#y%mrcnq|yg7g9-AT^+@E{62fyo
z$-L7Jg1pmYkSyK3eI5q^@az{s4h#pjbs}8r-qqR&PiCbS`WV_^lq+&+W1oi^V62?p
zXo0?wHt+^*j$(7_*FLC7y6ZcHY`>t<YI{(4eR%~F`d(l0(oVn|+|b*|=1s3rp`ZVU
znjS;nRtrquQMuq=wx#q^6Ar|3hDM_i_8oj|E31c%HQ~@g%sav~pvk3Xnz3aIocmmM
zz5+sHxj28ljw3U3SaJsKi;2+LwcHxg-Fh!j6cx-n>n=)|A)E7fXKv1Z9&cF9?buy#
zYKtpZ)W7J@sGA+o37SQymgYU>bqhjI4b1kd)<(G2y{z?YJCPM1I#8jbciao36U4H~
zN<k4x6e1A;OmV+W+AyVrN2uP>q`o80D94qMH^h1miV&!fz*ibn2q%O&j485$AxO+e
zizR{fj70XU!0CvWh-W2vBAnsP=0?luGe|lGjWQmpI<PT`>>)Y`r9@;Pduit_+|y*p
zmh3}%FExdrf^H(irv(le+&TN+czWw(H<wXi`<Bixxd!e=wICC*sGjkD$?2W$@~{N}
zog^}O5hIH?S}#@N_oSAFlwOV=vw9Fmccz_nO&2a`xAW-`noN^;YN4HoxicW&>(Fue
zFy!tZ`H$}Klw51Aqt`kSp3L$w#2w4ww(om8a(=2cVTmYGJCU2h7zdk<HW30)cl0g#
zR^HL$6TB1@d&JQ_P;`HAw6UQqoUjSyX(9mdOFsskf&;rp;D_j!(JzK|n0f|Wcpq@0
zEzr?<A`Ew!g?=OGFg7-qftoIfGpN<w&`9h>Nen!51Yc-yUY7LHg;HK)L72GcAj{-U
zus;#Tqzfyu402*y;G*-bg!#Te_hgE8p$i@Ii9s2~gx#cmD0RbRb`YLCkTIaq%MZRN
zp7r9LmQ>dYSQmtA-P2kd;fbtt$11)Ij{_J8ca<c0Mi=Cw8`X|*K%+-H_xky_p-*tZ
zClo`YHid+^;A&zf%PbX#iH_F8=*{!Cdzr6(@q6Vizk=O|&@ZcBLcbinZ3H|O8Fj(K
zl%?Y~a#402c)OR`lmSczvBVY3A1Zl3!-=$rqw~#E$RR6D;ViM(YoA4IS+ZpJY-Ms5
zq&s^@_n75N>aKuiZS+gkj<DBauLIptSZfeR<xbzxCqnQor^%o5qNd5z%}x=t&`tzP
zHeSi!{IA}<e@=SoZ4Qp%gj{Q_Bi9Ozp2X@`-fw4KQ0OSUZ}0q=k{DqWUFnofLIxVu
zV63sJK^yu8x3e3akKCQ+=sVcym=(gqrtsM4L&MRA3|y4Vz(txELx!b0=*U^X-bn11
zzTY1FOX?59uEHJ?w&Vi|jdrt6baRXJpt<$BL(x%P@(3A{dis3>l!rkn!(JzpbP9@%
zn>SjKLW2|JAZ3KPXA%+(bebt((|}A}j9d#!Vkje{ognfZ!do>6DYX{05Ie%j9?m%D
zGx`hw03ZNKL_t*Yo+=Ix%r)I`;?XX`4pC;Zp4Si*qV)$;20QZ|LP4lQO^4dO_VctA
zCg%akrqWJ0at^-keTF>Wmt(myTWhT&*LuR8)QSsm9S<}L0CG8kT@gV8wX18nrOU=M
zCc>kB-U$!FMeKkMZ7MXvwjce<gBQFFfFdQqGJ;lSWv-Tu5JAd^MT*`HyI_=G{viN%
z>Xm5E0nf@GQE4;Wje)zuSS>KdtauqUB#&?)W&6&E3H0h!2AAY=6D7Bl6S&EZv6PIA
zhDeo{Ai}lS5i&!f>JmVp>Kh>An#>zS#aAE<zTN4T`NMR&BPPNk%g`fiP;|lasaaWp
zv*HA6n3k4I86;DtU%9Gjhkgi6hRL6J+pj(6v(8|_l#%?&3&MWsXWO&C33B0U`$u1U
z2PfiMYdz&!8{vtqYzWZdu^evqfq!}M;;$5ye2XA;7(pXVXw`ch+DMyXxZJ+{{13Ee
z|7Ahs1fDL{V?-1Y7JQiqs*RXCijhe%#=-d06l9rXW-dD7b@#aat>u4y;#YjOJFQcl
zY;>3vzcdHCxSr@jH#xxC3kG#a5!)1<4`l5!ne^0Til$COu$&#8!|_v$utkduCRLJD
z%$gc%kn%C3Iw5m6iUR27l*?R>PFA*5z@(W{IYXncpmfS8lPwxy956=D&<+AU_&$?-
zXI-u>r>Rf5AVh1l16HV1EhEJzJE%n>2C(9yYu)Qw8{tW;_6ctt6XDZ~<h^l4cwT7T
z0gwpzj%_g!dTt7z_vQHDj~w;D-be?!Y${KhNuh!dI-&<<)QUJ-{VylNghr8+QO=~(
zBi(y?wxLtqjPz_^lG|v6at~=E!b;mMEXjrF9fl;1O3qBR?FNG|c7cG)joAaoL`VdG
zGhkC75{z;XL=2h;l#~G3n-~k!a2SWX$=u81Ej(ko%fr4d9Le{fQJ@qWkt5%c>Gff^
z4KWObVri?L`A*t#lKU3Bolje6BD&dz?G$M(DWig_LqGZak;L}$Bc2s&t#w?rl4VX@
zwdeduT*L$J{nBwBS`J4=wI-QmW~_wcs5bHq(t7)-r=MSZE4t)6c#ltC`3^qSgoj$%
zaTu*({%UYrSiVIjVs*izbi!iFq%wWqYZN^jVZZo6^=&wh54%wmBNRS#gryf8G}m%U
zE2r`j+YRx)W+v*Oj}~`^*Rw`5xGMg%p%+YAP59%4xUjQ3eV6iyN`NZEHm}U7(hDvX
zg!w%}-YHGyJL_GNe9M05&wk^VVlqv}g9=GzPK1{pc#(_0`#=8Xlg=MN-XHn+r*h7%
zwbn7z+6YfxrF5{!j>lKK5C4l0p(k$W!=Yrs8ucQM`jMrC0Dyk+AHjt_g{lF42cNbd
z{_KSkWc0#C@7c4JY3MDZ&qpNe5gK7KV!91Y{p@8LV!p9z?b~GzMzLpYs4097pa@uX
zND^mHxCr>2?MAh<7#;M{qIZ@CfAB@+O}(i%UpncO)<V6NKTgp{w+Q(}=q0qDx#(`!
z`HNOljO+-whgi@;II%mVwg_BQ-F#wDMj8HUrT5T{k|q4o_aFN?xz<`osTCSMS=FBV
zQxQi9xc95ae+Mew2An~DbOIr1FDPu0Q~%VCJzZck2;c!UNjvy1CFIVTII8e>PC-59
z9iffHiCZiPZ*afWUxO?|TJl9Dcay_=eSC+!TqY<}5`*93fzv8SSf@w{bPFt09twJ(
zTkHdqV#->3f=0n8#DXxQ2n}#JBE&GSIgsScghmO6;O6G;1k7C_Zt2}M@wxUmbl^$4
zv4ln)fVm7ZtzA`En@zCB3GVJvthl=d3KT0)+$mn%io1IY#idZ7I23m;THM{8kV0_D
z3IFq)yK{Mxi{#>ync3Odnb~({(<5hi>@*Mv$EiI&5bT3ex*7(Z4xcqn20mr2VJq^H
z%{oy;pYN)goR)ehz}(M&uLER&T&DpJ)WznCvYGJllEMG!dv+pC@A83a-Kb===7|MP
z?D1m{@e&;5E%XdBCYj!w4$n)b*UD5$We!9c%5q^`Al}_&>2wj)5bz2;IEI|#*ZI?}
z_y0&>B~c0@>)lddLq>3Ng#t=!Q8Y+10!!8KGX*2S>F{fS$&C!#%J%V{6FC{FYn6S^
zU~ccY5%*#6_9Y1MOujiJ4jp1P1n4E%r(ai+(D9Fi>2@mhZ)5j-|HZbk<|S20$B>b^
z;u!HX{UJUpZ6O2P1H-2<_2X1Mhbqfg$GX6N@=;ghd!0}B7a@?v!?5~ile_$bEL`j{
zZk>W&OhBU^>uJ8uS%m3*sUMUImy3YBYS@(1GyDn|J>waEuwAAap7{@0T0Glq^)z_*
zms6NE41*gfh=@>$d|d7tb+W@}W*_(XH=scM!oKeco!(i+)a$-h1|S*NuSq%5NAYoz
zhgnwCUPkXm2;NRps~QDflqWpQ1OMQ6LFG-Y%hl9p7Ht-hXAnNgb&N5{@S!Pa4FkuY
zSM@S646)C^7*~VahZf19>RRQMnP2FS9MYwro!kKp+i8rbW7{8I!!fvlDu*V%mh{m@
z{0K}o2ke~WKju#U#T!z^2#O-GER8t*7OY$kl@x^@+~7Hxz)OWIfr72XzJ-*N4n9?o
zVjV00oDF*+KPa>dbevu>=5E7KkOlOH(+ZE<Q+hyJM#%!cy2XtlBE_KK*`A#YlH}so
zsd!b4Tb1+*3y}M2d}bM>pT62*s0`;8I3M?3Snq6a%BU7Kc}7vGE^{c%r9X^GMwnY|
z@4h-8x&qZSF1Wtxo5uA}7sO=kFW8w6heJmAi%bIidrpCCZ=<Lna7C%<LmTec56RiE
zTzK+SKK%@*w}uSXAMZY}^|O2p8<i~hpxlI-aPt<7%Y`oc5cUmW#B3%KO!w)6TLaW8
z9{2MONs*Orbj^B<k^w%NjE$Y`!E`I(3=3)Y@=X^Xn~{Y^3kw6sm@%k&#DCS(cN!43
z!nVhzeSn#b<lc6`?Wc6K%~j9md6#HxY^Wjz^Ef<ak@AhcwbX%izm1!xs|VoM2(6kp
zR0Rz+A`m)Id5>5grI2`Q?<<w)K&BHKL=q(dW-Kh|R2&aSQ?R}yiWF-F--SdBxWsSY
zcNb15-cq6D_20OoB|LZ#wSlM|+RCBvihc5I-x4(Z5|*}|tQ6YRA5|zo+rFd4EC}m!
zh9mL@*4)=3X(Sk`5lmX87pY>h)`7E{Vmy7=^Vtt~lPbmDgr?e;xvFkbdkt4z5p8z7
zs!N@Z=M7kuKbZQmKPbR51Dobm1ltBfMzcjyGkLdI!CUy^!-*pwl^ET$#QH4R;1#hD
zGx?4%V-u;ipYqK)34|n1vbcw2gdimuiEdUc&<ZC6Qbwu^%oX$^3?|I1$X~(IP0_}`
zLlr_2Qw~kC`<C#~8QGsaEI9elT<YSjcF3?~ll@|L<*$j!Qa6mLvcgCF-%8k~3^|mM
z^S>96VD)`JJN>1NodJPlZDgdD?>6^hX*~dA^Ik6B!~P_5%a)=~uq-zkbv=9G^rA7(
z9G2H;1j$AuPKirB%$^skH64Z02Qxf4ZGu3WT5zS9BRO*|n^p{;xp&WmeYLx~a*lvM
z^)gu3>MY0COE*tOp+kK6_@C6+vgqju;w6R)6_QHKf<uo9oOt0A6xIsN?5!Dirne^C
z@UbZM3i~;z7QT};hw%`WqYd!#bE}uhQ5|WfI}6k+e4EeA)cF)2tm%yX-mvXUnH&RO
zrq|A=jZQHU8N(Zgb*U?^a&J}HTXeJ7{sRMThtU~>$yx*0;cjghL=Js>%VGoefv6*?
z(<pA@kP^$b_6SawUw313*2i1~Q@^Zbo>MORYz*P{HEcBpI6+kMlJ^m&iePu!69E?k
zSx4JF0pbKi@>~X@n6C79dWxSjC&qj1C>BKioqfM^MEHs3EU500S{yo5nG5KB>5)e*
zIQiQjUy`1>!H`>LZV$_YRklCQ!5ona>Xu*X(TXN|VU5#P+viDLr%=hf+W=UBL)mML
z`%f3TB&8;6eIpwt*n_epjoL%Dh52)L)O0;?3#v-4=%P1Mw=bG5px|CEKo?v(h4GDv
z{BMcSN4A<ge!Pcb(?hwMAw49{ai>doTd&~v_hw(puVd9JRe$hS*^w#P78xhx4C+0~
zLtNRfA_uc@gc`T&XS03f!Z9xj)^FNkTtF?nsD2!P(+x6=KH*TWgEz&uO0#<b*_ytP
z9Dr57(O=G7-;p+2qf;`yxBP7j>t#99U#If@WPqqE(qf83J`Z+JQpbqc#b#tZ11S9E
zF@N|?e9+0Xf8<J6yzGS{uH%+po{qAHJE|@DM-hGb7Kc0jGY>6-J5Eksp#u@ygSg2K
z7x8VCxO5*v`X?a$8#*D%i4X|7w8ECP9)V^T;6p3zPo}G?hu!pR=9(yl?UI6Z1NuyK
z2CB#hdMt%$u@XJptacb!@Y<&H2-1|@HW#4;pAbvLyQXX8QDtLM1*;@!*RlY#yMtq0
zajVo?<%WBAA64S3iLvO!*JtF04xB#~$}rVW(<J^XQzw~qI#P%WEEqosaASyfO_puz
zPtD+Mp#0HN`U%O1T9BJ;eryI00T)vNfDYd#*PCj7SAo3Dhfu@#n-ldw;i%9MooaWK
zkvRM$l5^Ak_Abg4Qp}aeEo*3yot3Fl7Vx=H42A^hi^&Kcslym$sSRs_^h*YeE;^iK
zF?r~cs5$Zmvx+^Brs|(&>NzkNomOj0-L9V#yhH_f_A&k8h3g?w98#gID(Ip_ugj>g
z;H=E?)&BD^?HxXiyo??){zSL&iJpIn^$z<pm~}9fyX;#iR;ScV@LbB*p{ZXsTTb{U
zzr%=|nR4vQ@2wUQYwyVCCIFqWgqD$)&it}-z~~MGI-qwE7I=Y@iJ%?rFP#-bD&?6b
zYRR9nR=;%qRvL@8le0+B(F~(Xu8rXDNc2WMifx0*aagQi;9WJN=i^^M;UU^uB&xXC
zxZ75tq49HQTs(y1Y2H8{zhtTlx1WIudLs6+k680!?`bKNK?fes=I;vxJ)X_Q{i|I3
zhLRx)=)>GFA4yk=#bOYoE)bEn0TLH7xERO&zNCXAyWtGEL*U~#0C-Sp1Gv<`pE?{p
z_ID@5!fh*Mc`44zYkbMTq_vSQ`r2G@GbN6_ogB=m22hCiR(12tXHs2!C_&7PHEC)8
z(-e}qL(6@A1D1N2w)7c-8EjIAPEo^Cr;k#%RB<{sQ)NF#wlG~>IyC!^8Kl}ZfG&*F
zazt@@Vc3Kz;qwxCqZ%z+RpESa^UnB`ke>AS6lKL1wz&HL%-n3WdsVVB3r9$(_%k0+
z;+(C`U+#V|-xqf+AI3c>np2`hlsIMmLd$6Cf#bj+$^G_~ce-rgQIHXul_iE-(M!cM
z;&<y91RlicA>$`gy}as1h*J=Drb#-+GIglht$fY%RqLpj*#x7)zOy~>Qz3{2Kc4-D
zXz3}_@ZFQ$PvoVGejJsOFKMplll#lA7EwzL^LCDq8_AM8s~v7Y_cpJuHf<(fh%?Zz
z&P8TgF}dBskb_tI!&32#265NrklG?Wh1r=U(RnrEU3G~;@Wr%71x4jC+y)&Kth)B^
z_hkMY9~eTItIhHNa>}MLy$x!XHZF!aBChYiGqA#+`w4C(L)%rH{Abl8i9a%sx8h4v
zf^6plM34N2uc|WqpQ_Y75I|KQ!-L=`wHd_If>y5PgQAD_>re`gcwI&m=Kw9k4D4YP
zh=RxoJ4deCWo6EP%o0LRQu~`1o%|7n?&KTzc+wI-Qp?mvV0qv9%!KGo(5X7lNQz}h
zE>DLb1juXP31?uhV#ow=0vuF-fyMte+5*)fXatWsv#q!Ds*28d3d3M!0YtlvpCu}_
zTqP<bVtWG<ZGIPh*j-lL3)7jJ&q^!CunB4>yHj`?>QZH6U3Iu`;NAQ{u!$tX2;MEH
z$_p8ubrwG$TyTSihBjyZoa$375{R5VE^{L*zI_WT(u-Y7pZc|ZfLLYv^w{UF)z{*O
zl%gOe@m;Jh5F0Iu+G49XV8T!N-qKX@?2%ejG!C$v0>OVQEsz{c1Z-PwG?`ocI_5dQ
z^eH=QBA~(&o068f%8*Q+*PvJ9KqkH9yafeRtbgR{Cm(7!RewS-{3hU%{9%<1rXQL5
z|5*;$szUK2PO*A0BmdV`(7Eu1^%+27OL7c(JGpKs5f`;brtwedOe_p+up-w)v++en
z*va+Z#Vv+&Nc2tSa?EO}d<WjyxBBhvU28cq3A^G$ZRWM9sJB8z74mUkoAKw;e|K>?
zn@HX2bdSvSsYhM^hQXZW>L=TjuAUPZO1{o`w_*@<cyC_Ub4eoNFeMh5A|$J1y1FzE
z1wuH~q0g}W%XZk#kkP4$HgqXJUo3568$47XxB0y7x-qybg*EOE>w6p0H|N3M*We?j
zXf}<L-$(Upm^G~UH;uxVSyV63g|hZLLF=3meQtuUpSf){12&`R*2GD^8?IgxY@f;S
zF<WYLL3jYzh~#6KeKEbMGAiL4dmR05#P4}6ks$kj`%Q*IM%LDu&6)F!Rs)B-%duN5
zzk2Dyo$**nU%w(X$qZiUqy7jz%0HrcCV&e;@x!~z+3il+3!ugOfE#;%0Vj%_lb4=~
zzS_XRXBB*Y0mbbosoN+(VNPr^hg=1rs;Lr;>hSj()?_yNn%uPR8wm>+2Sm#8ti~GD
zDHK^X<v{y%_%+s!QaUl0L<8aix7mUZpO@2>Qw`$BU>g9EC;O_R<E!+8WpeEYAW1v|
ze>bVK6BT6h?lrC#e7L5BmY?y}u=UNxw(3)6BghU`IExDh?rV30%*{rygocJt*dpd3
zM18h|0Xo&5ceKR(4Kf4)mw#4eipDPAL*arYz`k4J6aK`s5au3|9v06Bc-vu0G-8oI
zniRIFiinCI7~e(<9~UzOvtn9lFt{?lple!Vi20rYnxFgHgB#$i8YBdgyc8L-3026h
zT$o&>>7;?G;g_6hAVU@1TpX)H<dU&_TlyFc)mn#_%%-dgSX@>0YQtX2UIuWuEZ)d6
z)xl#27l;4D^ng>HLZV9J%_{EILyJ0PcqOqyYF9TXjR&tuUEN+qDxWVuQr#Pd_@ml*
zn^$<)0mF4gh}LrGhEZGY>`aoPPCLT3w5>!Dcyc5gVm9c#Efh%|9zJjDtgQ3&wm(ix
zcHHqBoycz5KmHIFUX`ge|2VO(em-d6Q04dW6xgy5praC&3BI!~C@KvmMHlLU7tBZB
zl$q6H7=yFRKmQI_qxIsEQS<zC+l0Cqti=USo$S@19zipTSzg)uh5nd4>k_S`W@Q7Y
zr?aL^Cyy0T|42?1Dl0inm3uVjCPTUs(<gtd`WYr3vitWUwC{vG7lEzql;8YMmeiu2
zRbT4>O5y^~Z?Ak-6a;Y>y|x`UulY?XV4zCWMw6l{&-^ra_=KjJi+2p-SmJOw$P==`
zO_v;bC(`K@T|aWaj1p}B3cN2RsTP`x2%>sG=V0#3LVn*Q!*Rz89&8}#$k>Y(q!C)n
zrlKhM84pqq*G7A<xxLk>0U-u1N4!ZG`BCPX-d-E#z1UQN7!Y;LTXJ<TNcq_o%l`VO
z&Z{5g^y)`Fmc#5H>iobTz8-zB%og32KJ1tM3-MQf49EQ6HL4owQRKbOJ2hSdQNEzR
zN(7$$^(Nf_4N8}z@pLjrXF3{6980i1iuB6&uS3ZG%AOW0_xl+4;q<~?Onu7KPLC@w
zuAfjiV{=>EnFfI^?I%ZukoQOF4{1>5d}`MEX+Rw;F)0z|5TUTx24$lxqnPSJ?Wu>6
zpbrDp6K&ByB^4aAeo&~Fm5~|KXa0H*DtNfRXiRz}o}o=QR3MdAh7dI<=hxCs<Az%c
z{*6y8#AikdE#Kq;;{V{|P#0@hy?GyFf*ww8{|?|R&5)hUm=544q$T+@3`TeNR=EVN
zw0ardywBpiFAkE-BUj28ObNKvcff?LYI_D;vkPs|QDr7qxI7eUICVtSDfuIO5BLWb
zexIPx1ee<`XcaH$9qDYYq)s<jVkMB&sqL;l%agE&8hzA98nO>;$+(Y9EwmmbGyPkm
znQnwgf*eeU$K>Fl68>*KASvuy>kamWqLIhRlBXnOagOW0m}b+@;+&m5QC~s)HC<8l
ziXrHR`7hm}Ho>!RDC4EK<c`oGNDru<|FXB+OMM^)1fvw9(X-w!!OxdcVH4o9bgUf~
zLVMJTc{ATpcH@QQj;V;Wc%g{Gq9ju%KGQjP9EPc71!+7gagXrDbAU~wMVOXWoUoj?
z?gxd&To?(1L2l3WEB-n5^gw6b&6n=AdyK{f1MmNWnrFQ>6kK6MM|{@nq+TfLb3gdq
zmROK-9<SfKra_J9-B|6j!xzDvjJymH;Y0|nYSa4$IqdYt6};~~QliC(RPq&ckxF(2
zE!ZlC987&vt?wPp3q&iG$BZ0PHutbS6&Uu^B(DSiKF=8DKgBNznvp-)V!_HUGL28s
z+7<%zp4Xt5K?weWW>ZMU!TC{~h$KH8z!mDysd^HXZ<f9g=A?6;e5l`!yM`otd6fwO
z{q~OcaV_(6vat&dl}8AyF&^+{__$W;AI7d4vNg$^3B~~T=hG@|c~6WI74IM3o@LI@
z;6Lev4Omm7ayEnVi@pkr%HQ=*Un&DZ-HwycD$JItH(Tf~0FCtS+2^v^PYUuRpT^aP
zAbJ%~Pf+-RfTtjMazKkTDw-gWP=c(BkGzD}gEo+P=48w;>Wu>9_P#twFEI>mPXXsV
ze1u}Ur(lG?98FExjMs_@MN0vcv!yjO_iQbq<H+EQncMXmM)I{S#K5L#)5AN{WtxCD
zE?8|Sjz7?BB_+I=hg4Qo@a(gwC99*_U<9^X5a{o&LpL`%hZH~V`@lh80!yjaRXu05
zy-C)G<w9@^;gM-l&QpNaisPKqwI6y8v*MSW=p(OtPpnl135>yw{SV~tJo?*gDLt%#
z#5)hl8VV%H;llX*pXqC<^rb^0K_%@cIh!x8<*_A?8zpVWAp2jN%ug~@6P?YVB(3WT
zzY8B>VN~Yj^o7_)7qTV(&#0eKICtA?dPM7nu}^ASN8WQh;=4*Sh0PMsg}dv9W0D+;
zy2!dYaObuidEla+)`-pSyu*#mMRpyKqHQ>SE7tThYlfs;7E-7iej;vz^E@aGIuA<E
ztmBd<9YDMe=H6m?moLC@5$2Iebuh<`hH6KI@BwpA`a@616aD}K@9>0dKe(T{$A!~R
zKI6Dy=;gG5;ogbYVt_1}4k)c)28>61M02E7dqSsPh`Hd(I%oZsGNE!LvZpXB#|1l$
zr!+>ROwui<lS3rKa`&vx20o+wO&}=Uh?6mROD!0#8t(E|jf`+)9x1sZ=E;q+t5hZF
z(1&x8Yfily1u-_7w5Nti9jNvsJG2n}R~Xebu~Hu8t6d}2wos;s_t3|8xaH>R1V1zb
z_6`pra?_}pjy~AS9>cWheqKkkRei*S@cJ5r17=Ks76<xI!SLC}$TR4lZ%t%N6LN#;
zNJHS`qv4|!!vV0q19{|%kz2sZwD<^5P6A2v2z^MbMlJ(C9^3r8uiZ=Jg|O4<uqF5|
zFSZod(C{&;hmG;@!y`ytfb7Gjc-Ft&<1oy`&i;9~Ux*5k1C0i3WDw#m*b(vFg7=ud
zyHC)!Z$&mv7}Rxo665ovs@7!z=3QO|(^ZF>rSja}zUwd&&(b%Y^ehVX=G&?1v7!ww
zqD73A&bd2`2<|3BzXOuGhydU$fGS>p9QTNG!B-XcsNpWlnZ5PvE|elsm;-r0E*wC}
z)3{@9P@oI#q-mK<!Rzx0P~s(;N?I=Znw*BA>)Oxw<E=K~xzb|4D#wV-OP8AR{Em3x
zv+00HD4&3s!#!vzfMg0noI3EWJS*0c&MKa-X)0FsL%vLWy%a_Gm5zO|9ldt><Qa5*
zA_mHS(=MFg=tBgj`}C$Iw1sjQkQP!Nj5$zvXjEY0r645fDG!j+Zw-k~4!fHNEvr{6
z1U@PJiSaBECx38?{=Jx`)@?o~BAs2P`Mj<6RK4U(7woVK2;S8Vdn@hg!pyRr2o>}|
z9GPH6Jeko#iHw#XVCElDlRIh8i`9F(p!~<mATbIg$g4S!e3Sa&5TF{aoa<~f6hxxO
zm%Zm^$^678n~Y}>9X1&%yF>e3kuoQ&(L%lFrU{NnUV*Op*PwJxvS!$OnC`q8C#&t|
zA|J7qA+7yK^@(v+D{_#&oi_4<-CkX>Z848GWjat>;UEY^R?hdK912s3kA1(jD)+0A
zmxD1y5T&0A;?A-(km!U%8WrU#cl9b^T|cAop8TUHWXtM{V55M~ggF#wAV81EvlU$%
z0=GjuT$7|o--;S;r<W}m_;YdHnxu=Sd{*P6(iSFNkC+Sg-61?pq%$s5EFdl8Fozg&
zXnigHLT?j9GL;%GIXBw_pe9pR|EfUv2f|{kzi0%u<7?@LmLCi6?X1EFM1?UN2C1XY
zui@#E+Y9Cf9p_qQUinnP3?C%h;cQJNrH7+Ms0%hdlN577SkP>EQfYq^T`%?I2AGhB
zJy&WumCcx*ed1HPxf|x8^EckhitC3w-U(~J(Ivq;PWK&+i}prl$&lH{!jqgIy5Y)c
z+(XL|h$*=ish4~)hkm1XL|D1ejkO#$U0f&4#H!)2t6pjS9)NTtHoQm7K-j}&$%1(o
zLV&%{mly1aN74n+Bq1~vZn-cj3wf2;%$vYWMqV?-J-)(Vy)9a@AQ6^{K7BBtF42+!
zW4T@eA{6#~kVeju1xRBvFC{(@phevKjzc*5@>bEv%UVE#tn#l1B|FGa$G+!PVZ(C+
z9kk7)RlskbmA#(Lp~2klxS7@|p`bW6PbV_sP6esQv-(!|Lni!~^73*D=Z=3pAr`sQ
z$#8J!XG%aBZN!Mhdr<oYF{e?63KK!hKqxW>HkIgnzT--R-T3%;lEjT(mj;kJ05biF
zSHy1SXOh&*ms)klI~K-a^WG=OtU3h+#n|X*iCXT%2y_14X;fNzrEF-<?M@sQ@743|
z=7niw<9M%QT_8*67-!+BsWo%NztexBJ^Fg6)bOhaiy}SF1*Q|EhX)7NpzVGfsWXF8
z!>2}`TWv)@Cnu+_^QP6WBcH6S_WufPKFz92UDtFB|6JM#f<D{wD+70jl9GmYf&AW}
zHH1_D`~CEfA3p;5&HIo{C7n0KyOl(9^Td7Je0)UkIv+vp_r?;>kXfL%zP=KWfLV?5
z_bhw0Y$zr1IEP`=fCZ1GikuuGp0UTYJggUi&j=giun&dcXYN0^(+)MA2k-j~4hov|
zwA|Cn9{s9=zEYTMMe6#DlT%+YnS#aKdkv_sXspNCX2D!JzTxkT21l}4zF&^<5$V#o
zZZz1<Mu_bGNnoI-7j@Z^?vic3bFc)JB@5Gte{tyxM+18FB9o-1rQuCu39U^fT^7D|
zqi<MH%i@oT-tax;z`H-GsELlwtZIyy%M^4Z$LoAJsi40cBr(PPz=(g`b`Ck7jj_Gh
z=)C{>Z+D1by4tw?NiD}+&bvuoQ!!bdkv-$BZgq~3^M=?($L!3^jAwuC<&3sjawnCT
z7b89z^!(|1(e$ye_PfY0j_=>R-Or`KM>Z`lZ>mlIVmY+Jdav9`2z9{zwrmqoKl3kg
z?w04fUkb+R;B5VPELC^C(Wy340yb|3`gQ%ZfeoFvmRZh4>mfD0@7;Ek{HMp8^Lws@
zuJ0tfgz8#*z!t|<LHf3n@`|Uin;S3aZgaAz-_2QBb#>Q4mV^I&3d6fL$JOa+yaa`c
z3iSZr+2aQ1XPN*A9^T&^5qB4L=PxkDv%x$N+Vrpgyv$3VB>?NJkJUf=UX@PfCM!F8
zD3NM)X^AujI668ybKDT#Jl^Y6m-A#;{rpa?YHzy6<(a|=ss@_8Xnpalh6+{tg=(pT
zhbdYPIC&XRZjPQczT|X1Ki)Fq$DEv;JnfsAJxMr@`yl^mEh&kN#-@>Er<Z!UW5D~U
ztqm#aIEr1<w?18{f~)R&u!p)WRvW{WsOOs~<|=(-q7relM}M-(^Fir>NjINsxzRxv
zR_oLzWX;LN<?QSX9pnmxH@m;w4|CJ$SD}-UwB$Y<&vXZG_3E)V+0U0(Q$(hvXUT?Q
z7Bn_`Zglv>04)Y%iRx`8^LQ*381ZGkj8Q^}vo8c<NpTV7e{03d!bJ+Ve4A-X*&*1w
zQ)o$qm-O8vB0cPQ^Zt87Q&ShX52NT^lERn&*ohceHaN`(2SA^11q1}T-YQsHTAGeU
zU3T;lw$_g)Qi;JC`5qS=o0@nnTLo0r``=#<(FAq;_^}O};o~HrwN?V-m#ai-iIt_L
zrHzd|6{ezTmS6#g1<X->EWQY&+KRm1&khdlm!oe9Vt_U_hYU&LUu(#8OhVDoem8ne
z7s~(r`<Ft<X|3IxD>#$ShQ7lJTR!gZ4f)?UvN6*1$-)CYc%rw#qrGX;WItz#1XBYw
zuFH6844a+S+dOrRT;;X22>Ny}>?}d$$-)$t*5euQ1$A|G)zwb>qiJy8IgM8qFMo*F
zXvq28+f`lTD0b2W-kC2{>H`}*PjyVUyB<Ldg&!+)JlD%_MI9X-o7dbh@Kkd}Jty-d
zjD?KaJnR;;;z+od3QJ0u9L^8(gCzZ()Nz_*L(i`9RYul1j_-45D?5G?;_ty^o0^{P
zy!=}pNd09Co*pK&bVe96GI9GS#o{MC)%RG7or7h!!q;@Ak~?#yIllR)FFi$pg96<L
zqxVJuLYd|8;!fQ}8yQJ7Qj%V0de#%V*l|I+D;b>#yBz_KH*s8DEro@BLB(8pwFN=@
z@<KmjT%a${TJBHlHk%~X#l?fVwx2&U7CNpr!MI5mh0V2W5%&@t+b-FS#zm9&z^?T;
zMNdxwJOLr0xZxNAX5XL&7fDveVSK{zzu7`HdUY1FC8}Mr?(Tee^Yil&X*ly}Snq5w
zFSDJylz=h7zUCm)ptGeqm>mQ-WXerh`0OEypX7_&^De%GXwkT@GpRXl&!y+A3^WGq
z?P(cZiGSqWN%1BaM7f!I)-tpFzIL(YchR}njTr~kQkN)BXf5sAWv8E%f{Np*<_P~g
znl7@@G6Bki*mt9ZK5umB12_CGB&_qe&1IW6EzCUy9amD7i!JJw+$SYSTCP6vj*M4T
zRlO9`P=NnXI7bh!G&;l_m1H}Sugy|WqocW*ap!;8L8H%-@bePQRV$tKUUQ9tTBE(C
zIU%4>n;_k52erk8o~^a=RsJ_fDPt|Z$jqkOS)N9>%xaGNbNM3I0*j6ZDcw6C-olv7
zG@$mm?V)boM7JBK{|z%-mMQ@O0WTGT>@Sk0_LiWM9^ts*oAcG(e_zC@H@gBJms3e}
zQwX-7?yq84$P?6Zgr_&}ms?zmqSt&5a~m5QY5c)5db#WE-j6(-L_|dQ@N!p&lam)d
zuzP|0R->u@N?KaqoF8CIMcmMCT3TAW_XYKX7PYSprkfsj_w$XRX`XVizjw`h&epx*
z6bAGCLCI+gwx4efsU-a~qB%RjvQS<aYpO8)D;2&MUF?|jTorE2eit-Zwhm*lIxy>9
zr!-N}-;b)Fz9I&$y|6M)WU3roj&U&;E}8~OxG)><)+C5%gq*h)7h7HKjm+&bxtor~
zRS(C2!Q1_D#2n?7mF!$x`7rsupbVz6YOx5taMezn%vbomv>0}LaSfb2U97pd!Fbpk
z`Gz9_nabd?w5ZdAnU^K2m;1wb8PJ;y*ai8L0lxg?R4@w=h9mjqY>B7a@pZw4@!`19
zkr`dx4if!eK2j##E|ZKN$rc0p%PxE%bk&dF9i(<spri9#-^%t!Vdw}aC?UR$l#9zm
zj)=L~F>#RNxCGHs9to$BBCvVG*P;3Eqk)MBV<4-2v9=QLe0KyHDm6wqQUY8W;)mqk
zk@+ohr66hC)l1E~%@WNpTfK3C@>DirzXmjrum*f8;=VK`x2-8wIs6;i<fi7hXX-R^
zqgT(&2gIyF#)1vpTA_to490i6q{>-4;*E-Xen}-aI^3)Jphcri{(V+env9IZNW>!S
z23H%PVYY7zF0hRK6v~D=xvws>Pl!=QiIH)^P|Mxm_Vmfjiqiq-ml3h1h%Gavj>xYy
zOyGXcrJ}wI|AV#&IZkwt*?vzJT%im!>|b*Kpanb@Yb~y{_%F{v*({4SByCQ<1!RAM
zmX;B2PpEC0E10<u6Mo+c@KSkQ^&5kQtDY{+u_rUtMwYD<k!>gpy?=B!w>Qm_3Vy$C
zY7{;q<y&uBkxZJZq7?x|2913$S%MZ^MErD*NR8=4(Vt_2$5sp%TxLUdJszr@8{}bb
zQmn0$WJH=wktPZ~nv^I`)qJB0^TU<PzLvyju);(=3;dO;S^g8|qAIg~oPh-v#i?v|
zFv)2ur}4wW8P;OuEGF6ix7!%-Sa19^U{8%zsQEwMaSnxt<kM|b{0@kNgMF0b)qvHq
HW}*KBadAc=

literal 0
HcmV?d00001

diff --git a/demo/documented/cahn-hilliard/common.txt b/demo/documented/cahn-hilliard/common.txt
new file mode 100644
index 0000000..8b3e3d3
--- /dev/null
+++ b/demo/documented/cahn-hilliard/common.txt
@@ -0,0 +1,94 @@
+This example demonstrates the solution of a particular nonlinear
+time-dependent fourth-order equation, known as the Cahn-Hilliard
+equation. In particular it demonstrates the use of
+
+* The built-in Newton solver
+* Advanced use of the base class ``NonlinearProblem``
+* Automatic linearisation
+* A mixed finite element method
+* The :math:`\theta`-method for time-dependent equations
+* User-defined Expressions as Python classes
+* Form compiler options
+* Interpolation of functions
+
+
+Equation and problem definition
+-------------------------------
+
+The Cahn-Hilliard equation is a parabolic equation and is typically
+used to model phase separation in binary mixtures.  It involves
+first-order time derivatives, and second- and fourth-order spatial
+derivatives.  The equation reads:
+
+.. math::
+   \frac{\partial c}{\partial t} - \nabla \cdot M \left(\nabla\left(\frac{d f}{d c}
+             - \lambda \nabla^{2}c\right)\right) &= 0 \quad {\rm in} \ \Omega, \\
+   M\left(\nabla\left(\frac{d f}{d c} - \lambda \nabla^{2}c\right)\right) \cdot n &= 0 \quad {\rm on} \ \partial\Omega, \\
+   M \lambda \nabla c \cdot n &= 0 \quad {\rm on} \ \partial\Omega.
+
+where :math:`c` is the unknown field, the function :math:`f` is
+usually non-convex in :math:`c` (a fourth-order polynomial is commonly
+used), :math:`n` is the outward directed boundary normal, and
+:math:`M` is a scalar parameter.
+
+Mixed form
+^^^^^^^^^^
+
+The Cahn-Hilliard equation is a fourth-order equation, so casting it
+in a weak form would result in the presence of second-order spatial
+derivatives, and the problem could not be solved using a standard
+Lagrange finite element basis.  A solution is to rephrase the problem
+as two coupled second-order equations:
+
+.. math::
+   \frac{\partial c}{\partial t} - \nabla \cdot M \nabla\mu  &= 0 \quad {\rm in} \ \Omega, \\
+   \mu -  \frac{d f}{d c} + \lambda \nabla^{2}c &= 0 \quad {\rm in} \ \Omega.
+
+The unknown fields are now :math:`c` and :math:`\mu`. The weak
+(variational) form of the problem reads: find :math:`(c, \mu) \in V
+\times V` such that
+
+.. math::
+   \int_{\Omega} \frac{\partial c}{\partial t} q \, {\rm d} x + \int_{\Omega} M \nabla\mu \cdot \nabla q \, {\rm d} x
+          &= 0 \quad \forall \ q \in V,  \\
+   \int_{\Omega} \mu v \, {\rm d} x - \int_{\Omega} \frac{d f}{d c} v \, {\rm d} x - \int_{\Omega} \lambda \nabla c \cdot \nabla v \, {\rm d} x
+          &= 0 \quad \forall \ v \in V.
+
+Time discretisation
+^^^^^^^^^^^^^^^^^^^
+
+Before being able to solve this problem, the time derivative must be
+dealt with. Apply the :math:`\theta`-method to the mixed weak form of
+the equation:
+
+.. math::
+
+   \int_{\Omega} \frac{c_{n+1} - c_{n}}{dt} q \, {\rm d} x + \int_{\Omega} M \nabla \mu_{n+\theta} \cdot \nabla q \, {\rm d} x
+          &= 0 \quad \forall \ q \in V  \\
+   \int_{\Omega} \mu_{n+1} v  \, {\rm d} x - \int_{\Omega} \frac{d f_{n+1}}{d c} v  \, {\rm d} x - \int_{\Omega} \lambda \nabla c_{n+1} \cdot \nabla v \, {\rm d} x
+          &= 0 \quad \forall \ v \in V
+
+where :math:`dt = t_{n+1} - t_{n}` and :math:`\mu_{n+\theta} =
+(1-\theta) \mu_{n} + \theta \mu_{n+1}`.  The task is: given
+:math:`c_{n}` and :math:`\mu_{n}`, solve the above equation to find
+:math:`c_{n+1}` and :math:`\mu_{n+1}`.
+
+
+Demo parameters
+^^^^^^^^^^^^^^^
+
+The following domains, functions and time stepping parameters are used
+in this demo:
+
+* :math:`\Omega = (0, 1) \times (0, 1)` (unit square)
+* :math:`f = 100 c^{2} (1-c)^{2}`
+* :math:`\lambda = 1 \times 10^{-2}`
+* :math:`M = 1`
+* :math:`dt = 5 \times 10^{-6}`
+* :math:`\theta = 0.5`
+
+With the above input the solution for :math:`c` will look as follows:
+
+.. image:: ../cahn-hilliard_c.png
+    :scale: 75
+    :align: center
diff --git a/demo/documented/cahn-hilliard/cpp/CahnHilliard2D.ufl b/demo/documented/cahn-hilliard/cpp/CahnHilliard2D.ufl
new file mode 100644
index 0000000..7233441
--- /dev/null
+++ b/demo/documented/cahn-hilliard/cpp/CahnHilliard2D.ufl
@@ -0,0 +1,60 @@
+# -*- coding: utf-8 -*-
+# Copyright (C) 2006-2014 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg 2011
+# Modified by Martin Alnæs 2014
+#
+# The linearised bilinear form a(du, v) and linear form L(v) for
+# the Cahn-Hilliard equation.
+#
+# Compile this form with FFC: ffc -l dolfin -O -f split CahnHilliard2D.ufl
+
+cell = quadrilateral
+
+P1 = FiniteElement("Lagrange", cell, 1)
+R = FiniteElement("Real", cell, 0)
+ME = P1*P1
+
+du   = TrialFunction(ME)
+q, v = TestFunctions(ME)
+
+u   = Coefficient(ME)  # current solution
+u0  = Coefficient(ME)  # solution from previous converged step
+
+# Split mixed functions
+dc, dmu = split(du)
+c,  mu  = split(u)
+c0, mu0 = split(u0)
+
+lmbda = Coefficient(R) # surface energy parameter
+dt = Coefficient(R) # time step
+theta = Coefficient(R) # time stepping parameter
+
+# mu_(n+theta)
+mu_mid = (1-theta)*mu0 + theta*mu
+
+# Compute the chemical potential df/dc
+c = variable(c)
+f = 100*c**2*(1-c)**2
+dfdc = diff(f, c)
+
+F0 = c*q*dx  - c0*q*dx   + dt*dot(grad(mu_mid), grad(q))*dx
+F1 = mu*v*dx - dfdc*v*dx - lmbda*dot(grad(c), grad(v))*dx
+F  = F0 + F1
+
+J = derivative(F, u, du)
diff --git a/demo/documented/cahn-hilliard/cpp/CahnHilliard3D.ufl b/demo/documented/cahn-hilliard/cpp/CahnHilliard3D.ufl
new file mode 100644
index 0000000..f2ba9bf
--- /dev/null
+++ b/demo/documented/cahn-hilliard/cpp/CahnHilliard3D.ufl
@@ -0,0 +1,60 @@
+# -*- coding: utf-8 -*-
+# Copyright (C) 2006-2014 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg 2011
+# Modified by Martin Alnæs 2014
+#
+# The linearised bilinear form a(du, v) and linear form L(v) for
+# the Cahn-Hilliard equation.
+#
+# Compile this form with FFC: ffc -l dolfin -O -f split CahnHilliard3D.ufl
+
+cell = tetrahedron
+
+P1 = FiniteElement("Lagrange", cell, 1)
+R = FiniteElement("Real", cell, 0)
+ME = P1*P1
+
+du   = TrialFunction(ME)
+q, v = TestFunctions(ME)
+
+u   = Coefficient(ME)  # current solution
+u0  = Coefficient(ME)  # solution from previous converged step
+
+# Split mixed functions
+dc, dmu = split(du)
+c,  mu  = split(u)
+c0, mu0 = split(u0)
+
+lmbda = Coefficient(R) # surface energy parameter
+dt = Coefficient(R) # time step
+theta = Coefficient(R) # time stepping parameter
+
+# mu_(n+theta)
+mu_mid = (1-theta)*mu0 + theta*mu
+
+# Compute the chemical potential df/dc
+c = variable(c)
+f = 100*c**2*(1-c)**2
+dfdc = diff(f, c)
+
+F0 = c*q*dx  - c0*q*dx   + dt*dot(grad(mu_mid), grad(q))*dx
+F1 = mu*v*dx - dfdc*v*dx - lmbda*dot(grad(c), grad(v))*dx
+F  = F0 + F1
+
+J = derivative(F, u, du)
diff --git a/demo/documented/cahn-hilliard/cpp/documentation.rst b/demo/documented/cahn-hilliard/cpp/documentation.rst
new file mode 100644
index 0000000..6f23b69
--- /dev/null
+++ b/demo/documented/cahn-hilliard/cpp/documentation.rst
@@ -0,0 +1,414 @@
+.. Documentation for the Cahn-Hilliard demo from DOLFIN.
+
+.. _demo_pde_cahn_hilliard_cpp_documentation:
+
+Cahn-Hilliard equation
+======================
+
+.. include:: ../common.txt
+
+Implementation
+--------------
+
+The implementation is split in three files: two form files containing the
+definition of the variational forms expressed in UFL and a C++ file
+containing the actual solver.
+
+Running this demo requires the files: :download:`main.cpp`,
+:download:`CahnHilliard2D.ufl`, :download:`CahnHilliard3D.ufl` and
+:download:`CMakeLists.txt`.
+
+UFL form files
+^^^^^^^^^^^^^^
+
+The UFL code for this problem in two and three dimensions are in
+:download:`CahnHilliard2D.ufl` and :download:`CahnHilliard3D.ufl` respectively.
+They differ only in the first line setting the cell:
+
+.. code-block:: python
+
+    cell = quadrilateral
+
+First, a mixed function spaces of linear Lagrange functions on quadrilaterals
+is created:
+
+.. code-block:: python
+
+    P1 = FiniteElement("Lagrange", cell, 1)
+    ME = P1*P1
+
+On the mixed space, trial and test functions are defined:
+
+.. code-block:: python
+
+    du   = TrialFunction(ME)
+    q, v = TestFunctions(ME)
+
+The test functions have been split into components.
+
+Coefficient functions are now defined for the current solution (the
+most recent guess) and the solution from the beginning of the time
+step. Further, these functions (and the trial function) are split into
+their components:
+
+.. code-block:: python
+
+    u   = Coefficient(ME)  # current solution
+    u0  = Coefficient(ME)  # solution from previous converged step
+
+    # Split mixed functions
+    dc, dmu = split(du)
+    c,  mu  = split(u)
+    c0, mu0 = split(u0)
+
+Various model parameters can be specified using the class
+:py:class:`Constant`. This means that their value can be changed
+without recompiling the UFL file.  Lastly, the value of
+:math:`\mu_{n+\theta}` is computed.
+
+.. code-block:: python
+
+    lmbda    = Constant(cell) # surface energy parameter
+    dt       = Constant(cell) # time step
+    theta    = Constant(cell) # time stepping parameter
+
+    # mu_(n+theta)
+    mu_mid = (1-theta)*mu0 + theta*mu
+
+.. index:: automatic differentiation
+
+The chemical potential :math:`df/dc` will be computed using automated
+differentiation:
+
+.. code-block:: python
+
+    # Compute the chemical potential df/dc
+    c    = variable(c)
+    f    = 100*c**2*(1-c)**2
+    dfdc = diff(f, c)
+
+Here, the first line declares that ``c`` is a variable that some
+function can be differentiated with respect to. The next line is the
+function :math:`f` defined in the problem statement, and the third
+line performs the differentiation of ``f`` with respect to the
+variable ``c``.
+
+The linear forms for the two equations can be summed into one form
+``L``. We wish to drive the residual of this form to zero during the
+solution process. The directional derivative of ``L`` can be computed
+automatically, by calling ``derivative``, to form the bilinear form
+``a`` representing the Jacobian matrix:
+
+.. code-block:: python
+
+    F0 = c*q*dx  - c0*q*dx   + dt*dot(grad(mu_mid), grad(q))*dx
+    F1 = mu*v*dx - dfdc*v*dx - lmbda*dot(grad(c), grad(v))*dx
+    F = F0 + F1
+
+    J = derivative(F, u, du)
+
+C++ program
+^^^^^^^^^^^
+
+The first lines of this solver include the ``DOLFIN`` header files
+and the two files generated by the form compiler, and the ``DOLFIN``
+namespace is used:
+
+.. code-block:: c++
+
+  #include <dolfin.h>
+  #include "CahnHilliard2D.h"
+  #include "CahnHilliard3D.h"
+
+  using namespace dolfin;
+
+
+The class ``InitialConditions`` defines the initial conditions for the
+solver.  In the constructor, the random number generator is seeded
+using the rank (process number) so that different processes will
+generate different sequences when running in parallel. The ``eval``
+function evaluates the initial condition. The first value (``[0]``)
+corresponds to :math:`c` and the second value (``[1]``) corresponds to
+:math:`\mu`:
+
+.. code-block:: c++
+
+   // Initial conditions
+   class InitialConditions : public Expression
+   {
+   public:
+
+     InitialConditions() : Expression(2)
+     {
+        dolfin::seed(2 + dolfin::MPI::rank(MPI_COMM_WORLD));
+     }
+
+     void eval(Array<double>& values, const Array<double>& x) const
+     {
+       values[0]= 0.63 + 0.02*(0.5 - dolfin::rand());
+       values[1]= 0.0;
+     }
+   };
+
+
+The next class is a subclass of :cpp:class:`NonlinearProblem`. A
+:cpp:class:`NonlinearProblem` object can be passed to a
+:cpp:class:`NewtonSolver` to be solved. The requirements of a
+:cpp:class:`NonlinearProblem` subclass are that it provides the
+function ``void F(GenericVector& b, const GenericVector& x)`` for
+computing the residual vector and the function ``void J(GenericMatrix&
+A, const GenericVector& x)`` for computing the Jacobian matrix.  The
+below class is designed to work for two different generated forms (2D
+and 3D), with the appropriate form chosen based on the geometric
+dimension of the mesh. The makes the class more complicated than would
+be the case if it supported a single form type.  The class is first
+declared as a subclass of cpp:class:`NonlinearProblem`:
+
+.. code-block:: c++
+
+  // User defined nonlinear problem
+  class CahnHilliardEquation : public NonlinearProblem
+  {
+    public:
+
+Its constructor takes the various arguments which are required
+to create the forms, and it calls a the templated private member
+function ``init``:
+
+.. code-block:: c++
+
+    // Constructor
+    CahnHilliardEquation(std::shared_ptr<const Mesh> mesh,
+                         std::shared_ptr<const Constant> dt,
+                         std::shared_ptr<const Constant> theta,
+                         std::shared_ptr<const Constant> lambda)
+    {
+      // Initialize class (depending on geometric dimension of the mesh).
+      // Unfortunately C++ does not allow namespaces as template arguments
+      dolfin_assert(mesh);
+      if (mesh->geometry().dim() == 2)
+      {
+        init<CahnHilliard2D::FunctionSpace, CahnHilliard2D::JacobianForm,
+             CahnHilliard2D::ResidualForm>(mesh, dt, theta, lambda);
+      }
+      else if (mesh->geometry().dim() == 3)
+      {
+        init<CahnHilliard3D::FunctionSpace, CahnHilliard3D::JacobianForm,
+             CahnHilliard3D::ResidualForm>(mesh, dt, theta, lambda);
+      }
+      else
+        error("Cahn-Hilliard model is programmed for 2D and 3D only.");
+    }
+
+The function ``F`` computes the residual vector, which corresponds to
+assembly of the form ``L``:
+
+.. code-block:: c++
+
+      // User defined residual vector
+      void F(GenericVector& b, const GenericVector& x)
+      {
+        // Assemble RHS (Neumann boundary conditions)
+        Assembler assembler;
+        assembler.assemble(b, *L);
+      }
+
+The function ``J`` computes the Jacobian matrix, which corresponds to
+the assembly of the form ``a``.
+
+.. code-block:: c++
+
+      // User defined assemble of Jacobian
+      void J(GenericMatrix& A, const GenericVector& x)
+      {
+        // Assemble system
+        Assembler assembler;
+        assembler.assemble(A, *a);
+      }
+
+The following two functions are helper functions which allow access to
+the solution vectors:
+
+.. code-block:: c++
+
+      // Return solution function
+      Function& u()
+      { return *_u; }
+
+      // Return solution function
+      Function& u0()
+      { return *_u0; }
+
+The private ``init`` function is responsible for creating the forms
+and functions associated with the problem. It is a templated function
+so that the 2D and 3D cases can be handled with the same code.
+Firstly, a shared pointer to a :cpp:class:`FunctionSpace` (``X``) is
+created. Then two shared pointers ``_u`` and ``_u0`` are set to point
+to :cpp:class:`Function` s from the space ``V``.  A shared pointer is
+used so that the function space is not destroyed when the constructor
+exits. (The function space will not be destroyed until there are no
+more Functions or Forms that point to it.)  Using the function space
+``V``, bilinear and linear forms are created using ``new``, and the
+coefficient functions are attached. These forms are then wrapped in a
+shared pointer (using the ``reset`` function) which will take care of
+eventually destroying the forms. Finally, ``_u`` is set equal to the
+initial condition (by interpolation).
+
+.. code-block:: c++
+
+    private:
+
+      template<class X, class Y, class Z>
+      void init(std::shared_ptr<const Mesh> mesh,
+                std::shared_ptr<const Constant> dt,
+                std::shared_ptr<const Constant> theta,
+                std::shared_ptr<const Constant> lambda)
+      {
+        // Create function space and functions
+        std::shared_ptr<X> V(new X(mesh));
+        _u.reset(new Function(V));
+        _u0.reset(new Function(V));
+
+        // Create forms and attach functions
+        Y* _a = new Y(V, V);
+        Z* _L = new Z(V);
+        _a->u = _u;
+        _a->lmbda = lambda; _a->dt = dt; _a->theta = theta;
+        _L->u = _u; _L->u0 = _u0;
+        _L->lmbda = lambda; _L->dt = dt; _L->theta = theta;
+
+        // Wrap pointers in a smart pointer
+        a.reset(_a);
+        L.reset(_L);
+
+        // Set solution to intitial condition
+        InitialConditions u_initial;
+        *_u = u_initial;
+      }
+
+The ``CahnHilliardEquation`` class stores the data required for
+computing the residual vector and the Jacobian matrix as private data:
+
+.. code-block:: c++
+
+      // Function space, forms and functions
+      std::unique_ptr<Form> a;
+      std::unique_ptr<Form> L;
+      std::shared_ptr<Function> _u;
+      std::shared_ptr<Function> _u0;
+  };
+
+The main program is started, and declared such that it can accept
+command line arguments. Such are parsed to ``init``:
+
+.. code-block:: c++
+
+  int main(int argc, char* argv[])
+  {
+    init(argc, argv);
+
+
+A mesh is then created with 97 (96 + 1) vertices in each direction:
+
+.. code-block:: c++
+
+    // Mesh
+    auto mesh = std::make_shared<Mesh>(
+      UnitSquareMesh::create({{96, 96}}, CellType::Type::quadrilateral));
+
+A set of constants (required for the assembling of the forms) and two
+scalars (to be used in the time stepping) are then declared:
+
+.. code-block:: c++
+
+    // Time stepping and model parameters
+    auto dt = std::make_shared<Constant>(5.0e-6);
+    auto theta = std::make_shared<Constant>(0.5);
+    auto lambda = std::make_shared<Constant>(1.0e-2);
+
+    double t = 0.0;
+    double T = 50*(*dt);
+
+A ``CahnHilliardEquation`` object is created, which will be used in conjunction
+with a Newton solver, and references to solution functions are
+declared:
+
+.. code-block:: c++
+
+    // Create user-defined nonlinear problem
+    CahnHilliardEquation cahn_hilliard(mesh, dt, theta, lambda);
+
+    // Solution functions
+    Function& u = cahn_hilliard.u();
+    Function& u0 = cahn_hilliard.u0();
+
+
+A Newton solver is created which will use a LU linear solver, and various
+solver parameters are set:
+
+.. code-block:: c++
+
+    // Create nonlinear solver and set parameters
+    NewtonSolver newton_solver;
+    newton_solver.parameters["linear_solver"] = "lu";
+    newton_solver.parameters["convergence_criterion"] = "incremental";
+    newton_solver.parameters["maximum_iterations"] = 10;
+    newton_solver.parameters["relative_tolerance"] = 1e-6;
+    newton_solver.parameters["absolute_tolerance"] = 1e-15;
+
+A file is created for saving the solution at each time step in VTK
+format. The data will be compressed to reduce the file size.
+
+.. code-block:: c++
+
+    // Save initial condition to file
+    File file("cahn_hilliard.pvd", "compressed");
+    file << u[0];
+
+The solution process is based on stepping forward in time. At the
+beginning of each time step, time is incremented and :math:`u_{n}
+\leftarrow u_{n+1}`. The Newton solver is then used to solve the
+nonlinear equation and the first component of the solution (``u[0]``)
+is saved to a file, along with the time ``t``.
+
+.. code-block:: c++
+
+    // Solve
+    while (t < T)
+    {
+      // Update for next time step
+      t += *dt;
+      *u0.vector() = *u.vector();
+
+      // Solve
+      newton_solver.solve(cahn_hilliard, *u.vector());
+
+      // Save function to file
+      file << std::pair<const Function*, double>(&(u[0]), t);
+    }
+
+    return 0;
+  }
+
+
+Complete code
+-------------
+
+Complete UFL files
+^^^^^^^^^^^^^^^^^^
+
+.. literalinclude:: CahnHilliard2D.ufl
+   :start-after: # Compile
+   :language: python
+
+.. literalinclude:: CahnHilliard3D.ufl
+   :start-after: # Compile
+   :language: python
+
+
+Complete main file
+^^^^^^^^^^^^^^^^^^
+
+.. literalinclude:: main.cpp
+   :start-after: // Begin demo
+   :language: c++
diff --git a/demo/documented/cahn-hilliard/cpp/main.cpp b/demo/documented/cahn-hilliard/cpp/main.cpp
new file mode 100644
index 0000000..afa1156
--- /dev/null
+++ b/demo/documented/cahn-hilliard/cpp/main.cpp
@@ -0,0 +1,163 @@
+// Copyright (C) 2005-2016 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2011
+//
+// This program illustrates the use of the DOLFIN nonlinear solver for solving
+// the Cahn-Hilliard equation.
+//
+// The Cahn-Hilliard equation is very sensitive to the chosen parameters and
+// time step. It also requires fines meshes, and is often not well-suited to
+// iterative linear solvers.
+
+// Begin demo
+
+#include <dolfin.h>
+#include "CahnHilliard2D.h"
+#include "CahnHilliard3D.h"
+
+using namespace dolfin;
+
+// Initial conditions
+class InitialConditions : public Expression
+{
+public:
+
+  InitialConditions(MPI_Comm comm) : Expression(2)
+  { dolfin::seed(2 + dolfin::MPI::rank(comm)); }
+
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    values[0]= 0.63 + 0.02*(0.5 - dolfin::rand());
+    values[1]= 0.0;
+  }
+
+};
+
+// User defined nonlinear problem
+class CahnHilliardEquation : public NonlinearProblem
+{
+  public:
+
+    // Constructor
+    CahnHilliardEquation(std::shared_ptr<const Form> F,
+                         std::shared_ptr<const Form> J) : _F(F), _J(J) {}
+
+    // User defined residual vector
+    void F(GenericVector& b, const GenericVector& x)
+    { assemble(b, *_F); }
+
+    // User defined assemble of Jacobian
+    void J(GenericMatrix& A, const GenericVector& x)
+    { assemble(A, *_J); }
+
+  private:
+
+    // Forms
+    std::shared_ptr<const Form> _F;
+    std::shared_ptr<const Form> _J;
+};
+
+
+int main(int argc, char* argv[])
+{
+  dolfin::init(argc, argv);
+
+  // Mesh
+  auto mesh = std::make_shared<Mesh>(
+    UnitSquareMesh::create({{96, 96}}, CellType::Type::quadrilateral));
+
+
+  // Create function space and forms, depending on spatial dimension
+  // of the mesh
+  std::shared_ptr<FunctionSpace> V;
+  std::shared_ptr<Form> F, J;
+  if (mesh->geometry().dim() == 2)
+  {
+    V = std::make_shared<CahnHilliard2D::FunctionSpace>(mesh);
+    F = std::make_shared<CahnHilliard2D::ResidualForm>(V);
+    J = std::make_shared<CahnHilliard2D::JacobianForm>(V, V);
+  }
+  else if(mesh->geometry().dim() == 3)
+  {
+    V = std::make_shared<CahnHilliard3D::FunctionSpace>(mesh);
+    F = std::make_shared<CahnHilliard3D::ResidualForm>(V);
+    J = std::make_shared<CahnHilliard3D::JacobianForm>(V, V);
+  }
+  else
+    error("This demo only supports two or three spatial dimensions.");
+
+  // Create solution Functions (at t_n and t_{n+1})
+  auto u0 = std::make_shared<Function>(V);
+  auto u = std::make_shared<Function>(V);
+
+  // Set solution to intitial condition
+  InitialConditions u_initial(mesh->mpi_comm());
+  *u0 = u_initial;
+  *u = u_initial;
+
+  // Time stepping and model parameters
+  auto dt = std::make_shared<Constant>(5.0e-6);
+  auto theta = std::make_shared<Constant>(0.5);
+  auto lambda = std::make_shared<Constant>(1.0e-2);
+
+  // Collect coefficient into groups
+  std::map<std::string, std::shared_ptr<const GenericFunction>> coefficients
+    = {{"u", u}, {"lmbda", lambda}, {"dt", dt}, {"theta", theta}};
+
+  // Add extra coefficient for residual
+  std::map<std::string, std::shared_ptr<const GenericFunction>> coefficients_F = coefficients;
+  coefficients_F.insert({"u0", u0});
+
+  // Attach coefficients to form
+  J->set_coefficients(coefficients);
+  F->set_coefficients(coefficients_F);
+
+  double t = 0.0;
+  double T = 50*(*dt);
+
+  // Create user-defined nonlinear problem
+  CahnHilliardEquation cahn_hilliard(F, J);
+
+  // Create nonlinear solver and set parameters
+  NewtonSolver newton_solver;
+  newton_solver.parameters["linear_solver"] = "lu";
+  newton_solver.parameters["convergence_criterion"] = "incremental";
+  newton_solver.parameters["maximum_iterations"] = 10;
+  newton_solver.parameters["relative_tolerance"] = 1e-6;
+  newton_solver.parameters["absolute_tolerance"] = 1e-15;
+
+  // Save initial condition to file
+  File file("cahn_hilliard.pvd", "compressed");
+  file << (*u)[0];
+
+  // Solve
+  while (t < T)
+  {
+    // Update for next time step
+    t += *dt;
+    *u0->vector() = *u->vector();
+
+    // Solve
+    newton_solver.solve(cahn_hilliard, *u->vector());
+
+    // Save function to file
+    file << std::pair<const Function*, double>(&((*u)[0]), t);
+  }
+
+  return 0;
+}
diff --git a/demo/documented/eigenvalue/box_with_dent.xml.gz b/demo/documented/eigenvalue/box_with_dent.xml.gz
new file mode 100644
index 0000000..5982a06
--- /dev/null
+++ b/demo/documented/eigenvalue/box_with_dent.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:db4963ae1a73751efdb0033815a27500eeca245ecaaac8bafcbfce6a4200c06a
+size 8836
diff --git a/demo/documented/eigenvalue/common.txt b/demo/documented/eigenvalue/common.txt
new file mode 100644
index 0000000..ef46c57
--- /dev/null
+++ b/demo/documented/eigenvalue/common.txt
@@ -0,0 +1,40 @@
+
+This demo illustrates how to:
+
+* Load a mesh from a file
+* Solve an eigenvalue problem
+* Use a specific linear algebra backend (PETSc)
+* Initialize a finite element function with a coefficient vector
+
+Problem definition
+------------------
+
+Sometimes one wants to solve an eigenvalue problem such as this one:
+find the eigenvalues :math:`\lambda \in \mathbb{R}` and the
+corresponding eigenvectors :math:`x \in \mathbb{R}^n` such that
+
+.. math::
+
+   A x = \lambda x.
+
+In the finite element world, the matrix :math:`A` often originates
+from some partial differential operator. For instance, :math:`A` can
+be the stiffness matrix corresponding to this bilinear form:
+
+.. math::
+
+   a(u, v) = \int_{\Omega} \nabla u \cdot \nabla v \ {\rm d} x.
+
+Here, we will let the space :math:`V` (of dimension :math:`n`) consist
+of continuous piecewise linear polynomials defined relative to some
+mesh (Lagrange finite elements). For this example, we will consider a
+3-D mesh of tetrahedra generated elsewhere.
+
+With the above input the first eigenfunction will look as follows:
+
+.. image:: ../eigenvalue_x.png
+    :scale: 75
+    :align: center
+
+In the following, we show how this eigenvalue problem can be solved.
+
diff --git a/demo/documented/eigenvalue/cpp/StiffnessMatrix.ufl.rst b/demo/documented/eigenvalue/cpp/StiffnessMatrix.ufl.rst
new file mode 100644
index 0000000..783633f
--- /dev/null
+++ b/demo/documented/eigenvalue/cpp/StiffnessMatrix.ufl.rst
@@ -0,0 +1,11 @@
+UFL input for the Poisson bilinear form
+=======================================
+
+The bilinear form for a stiffness matrix (Poisson)::
+
+  element = FiniteElement("Lagrange", tetrahedron, 1)
+
+  v = TestFunction(element)
+  u = TrialFunction(element)
+
+  a = dot(grad(v), grad(u))*dx
diff --git a/demo/documented/eigenvalue/cpp/main.cpp.rst b/demo/documented/eigenvalue/cpp/main.cpp.rst
new file mode 100644
index 0000000..1f32f76
--- /dev/null
+++ b/demo/documented/eigenvalue/cpp/main.cpp.rst
@@ -0,0 +1,65 @@
+A simple eigenvalue solver (C++)
+================================
+
+We recommend that you are familiar with the demo for the Poisson
+equation before looking at this demo.
+
+
+Implementation
+--------------
+
+Running this demo requires the files: :download:`main.cpp`,
+:download:`StiffnessMatrix.ufl` and :download:`CMakeLists.txt`.
+
+
+Under construction
+
+.. code-block:: cpp
+
+
+   #include <dolfin.h>
+   #include "StiffnessMatrix.h"
+
+   using namespace dolfin;
+
+   int main()
+   {
+     #ifdef HAS_SLEPC
+
+     // Create mesh
+     auto mesh = std::make_shared<Mesh>("../box_with_dent.xml.gz");
+
+     // Build stiffness matrix
+     auto A = std::make_shared<PETScMatrix>();
+     auto V = std::make_shared<StiffnessMatrix::FunctionSpace>(mesh);
+     StiffnessMatrix::BilinearForm a(V, V);
+     assemble(*A, a);
+
+     // Create eigensolver
+     SLEPcEigenSolver esolver(A);
+
+     // Compute all eigenvalues of A x = \lambda x
+     esolver.solve();
+
+     // Extract largest (first, n =0) eigenpair
+     double r, c;
+     PETScVector rx, cx;
+     esolver.get_eigenpair(r, c, rx, cx, 0);
+
+     cout << "Largest eigenvalue: " << r << endl;
+
+     // Initialize function with eigenvector
+     Function u(V);
+     *u.vector() = rx;
+
+     // Output eigenfunction to file
+     XDMFFile("eigenfunction.xdmf").write(u);
+
+     #else
+
+     dolfin::cout << "SLEPc must be installed to run this demo." << dolfin::endl;
+
+     #endif
+
+     return 0;
+   }
diff --git a/demo/documented/eigenvalue/eigenvalue_x.png b/demo/documented/eigenvalue/eigenvalue_x.png
new file mode 100644
index 0000000000000000000000000000000000000000..0bb428930ab2b8c02bf54e820c1676ee2939d22e
GIT binary patch
literal 41085
zcmeEtWm6nXur&b|mPHpfxVyVA4#Axe+}+*X-2y>_YXsNeF2N<ZySwYlbF1!8c)#6m
zTU%3Gvpr|J`<&AgrK~803c?4$z`&r&NK2@~z`$z4z<fvq!oGj=q7gL?149ZUBO&_P
z^ZRj|QYF{$*VP+|Q<G)GDn^N4rRIT4{qs#NRMdBu7U817EZu}i_-rr>()SGKbhz`K
zgMLr?NMwJKI^ot*4WmzT*b1NY@KD$(*vZ*zW*49Q#`$criN;s%1aAV=%hlC8yvfOH
zBQsR!zsVL)S*Sl%d*pro?=y)Spj-9FXL>*Dk3hL%)gRYC)JYltTT}WasOrBJx!V7?
z;Q!+A{}&H8D+z6I#SSHF&r2N(i_jd~*M+q=i?y|}ly@NhicEhPSdEyPJLGx0b%+o0
z2x6Vo_>TN`Oal2LS3D*6Q{;Y86&}rx3FzUMTpJ=(ql!2Cj^my(k^7&Iqi^RtL4)Zw
z7?^D9^Zn@T)=(*8J+_s&>OZz{ra}iqBp35^x;gcq>5J(x+H<I3)x&XUFqk`w9ETKx
zLd8i)_lqr;<i`flv-3xc82BIKN5MpCZ>0fmxdEn)?|ZxYA#yMKSpK%(2y?x<h4N?U
zjI`)Q$REdOnuj>m<i(*u<i5@)_l6c(soCZ7t8mM~rfKPYltxxVU{UqJUSDMgZT8dn
zTbFR#eee60U*3O>9Usy<)n>SL^Hnsf5LA1Xc**GzZn4r%sA+l2Asjtj@kg-3aHBoq
zuBmy}(3V#~5YY645Jy_rnFyBT)>X0H`|l4*n;+MCpiq{)Cm_nByF_c}1{a-@3rSs|
zhbAwzetOki6>A$TcSuu%-7Y_&J(iiNRL9D!*WO)_owx?6fS};<IQfuJ=vqjSY)z_v
zGd+e-{c2oi-awS6CN2qJ^=3J+N2)4q^}45*;|=!wxU3stpi+bzT^xFZR=W`?`J`p^
zb436fdLRIk8u@z~4iXxy+|l-8^W1!WenXd^tFFl;m;ee@`nmR)APC!Wso{+SuB~rJ
zh_KRj;t3|{+Gw;O<L2a#K-?=k-8!#=$y<v?WQAMzSf3zz@i{gm%-hDffc`W|$VS2!
z*h5`96C_Yl5|dPK`TU6g5tyq84ia6119yBoU1w#s3ttQAdD6F7N*>rx*AZ{2K&3C~
z@xTFE$_s23thYFoMLtFnp}-;DE?0+8yZDkD*T~(8K@MOO;5{pEuUG$Qhu^5ZABn`{
z-RoU|2g>u~-P`@^l)+nzAG)$H2{L-K&C_}Q)B4=HqhcL{ZA*1{lyE~Q9rWIwFlX>G
zkf?Qcv(WvVf7)sy{iK+vb<3tY8_DFFVY~;u!e9RfC@n`9&`mQn{<d!sw>rr+LXmbv
z^7dM}R*kp@id)U|l}}iA9P=W9ydP{#_U4#|_$;@1VoOUWB%}l<R6KGe*RPX!P^hZm
z${y;O)6P(AXpATb@PI-+Za%DaB<RCj*8TFhaVp7~J8F9ydb_3}S++g!QFd#7`RRTB
z_{<Qn*C^cZ@*;GZsFcl+5Mb<l@T>Q#|9kJzn87D^9>T7nE+o{?V>Dt=WSDYZ>Xx@A
zFl_Q7$5*2%B8n0p<iT)XT+hs`YJy`#(%RiI5`<2924exb{;RC*o=(<)%(=qnMwbS5
zNv|7%ztP@`E~xk{nQNhj^?lD)_jP*@`VZ4|jL&Gyi#P4#DG~=q>hb4M*H^-ic!5&#
z8$3}Wr;mSIhg+_X*50-%CAKt9?Xbn=wDGKu*?!we-9ALmnR;fW+p?{lw=fx=PIXJJ
zIbdA{35q^NA}@FUc~~By5ZVN=9B+j@{$#HX;ZLLRWqyZ-G<xtkf$Dh#<=W5J`x04`
z4g(Ke9HI$AG_szIW;&C5XOO*cDZ=N*xI@gd{Ph*A{-oXPc{${;?%A|9AC02xuSX=L
zYazdU(|r>R(hFV6gdcKa!o~|=H(U;wkvqNy3&THLH{AI74}N0F^Up~3G&s(E#<4n{
z`%+6Nd^lFYdcvz)=zg>$GyqV9p2Of@>B$Lih(bLRg1wOYDoYGswGznAjlXz9)>@U2
zAi!LuZxp^%f>6MN&%iN7gyZ@ev1W|i^S`&#%KaL2cZ_BSpNXx6_e9jx2P@Czx1*pq
z4>@RWLV5~VpcJZf4qckWrD#I=Z9q!d%v>8T`s;7XW^59|3<aSjl{wVVLx}K`H(6{H
znV8M{)v_qI>f>WzSaWKrV{-I}kQ*;_4jnJv048O0Ta>QfdDQDb-GriJ1GJpaR)zWt
zJz@OqPj55QPVg?XIm@;T66RS>uFl@_H0*a<dz^xrY|t0FTCz(AH0%Y}0W9r9Hh!H%
zB|ZY~n?)@xIN1AbX>`7r?|%+ekPIOHvdWWZ_?Yf+TKs@|r??>7toeFzy8HV>|J81#
zmUAl;yU0Sda(v_3YfA^y)ypzvq_;VGh-k+vOF(%`Tdd*Nf{_?C#)6rX;yC1b)*BJ8
z3r&A|NdX>DQ5~(!lk%mm9+~?O9_e;FhlM99y8TrotDg@LKL?%5{QL9keHS2oyS+9a
z&t{_?l9BmBn*=Iy5*aLOpp&G;T~k>j#&>y67bPD`Clhkwwe1TG-R&#scCI_$*o~2g
zla8k)ZXSH$d%^U#n}D06`t+p%@S~viY^!>^=<a-X!Fsr4V{)1T5i_J9&nj@{WYry_
zp(8wTip#+KGXHa8-$h2eFmZoBLAq-oONYqglAiOf-LJ_Ydw;h1EyF!yAqbfO^k_C0
zI+BvJ5z$G2Uw#l4c8leFJRy|cqjY-Izh8C6PrAU<7z7Oz9)l&0xyUhpS)6$h!hC%0
z{CH6zmUXAc?s2zs?U_%-@h^T8>2v(K*S|kltL^5<BzfzFzviLCR`blSt1r0F+LM1b
zr-GNxE7?gQ*t6in8l3amPmD_zCI2EWClmO@p0XDYme#A`NZOs<JgN{Mv@cIG;fg3`
z61GDSR}EfT0;qJ({RbpAPPAbpk2Q8HZr0q$et)DpwQjiHX(%(!ugr(txQfoeebLLV
z&=T~#2pD0naI-Dm=W*cO2q_rA_cKvQ(BWTEAE2os5NyijAU5S0uZR&5z>sdAG98oG
z@JaWrd+izFeC_ns^&mV+_kTWBL>0lK^vQvCtHt6R<P-I@_K1&%G^h0YlK^%9mJ(yX
zY^}Z3+a8|hC)`hYPWU!<%uXc~fZ~MGI5~gLJr9U@j`R8bOYq-Uzl0Dy<@KMSTR`un
zGtcw!RkHB61!LWfUQfG}`orxCoPY=sPyAXSI<inUDA~0ntQg_o1;*`pr_*T2W&HWQ
zve-rk((y{@OVjdD>dBmX4d+U!Lt%@?^ryAZk3@d|;aqazDXl!yOW9)Yy8H~zw>dk&
zm%>ZKbd6dH*pa{yma1~DxQ!*Hc&{a}Oq@&%W;;ph@rh?06BJ20Su0w9EJIGsMYpia
zd0`}{mM<`v?>d5EfyF_0pCFmkVk7X#zejGG?iTj<Yx93P>z#KvSolop%kQW3k8SO+
z+uhv}Rj}&DgJ@2WaF>B9H!%#>3cm{vqBl9|6d->jd)kRkK<`SNMCxePffmnN9nwUa
z`(lcPrhaL!E^y$mmvFJEnX04n9O8Hw>r%Th*f)%Orpp}aRlD}~7h*pw?2PxEr-z=J
zBLe8&Q<d!+P}sOT1(1}*czLLS;z-Di9r^~CNv778QXC!V$Zpu1axX{7bC<+8=SYCd
zMEQDLm*U)MOI@LZoC%Rt!39@m(n4=sm4EPVcL`Svj0Z`|SsgHeZD{BEOUrJ$HS9_@
z*%k~+{7a8^IDti(cLWD**^S@)4L<?{_#Z!z7yJQ?tY1t>vJ0NV3eTn}cjp5)lxMS!
zKfXQxz8_*wn``HjY6>oB&6w+p+9s%zX*z-P+8#H5#$auqIJUU;LN^>|A+1(!>iF=(
z273P?Yd8}JBIT(!jv;(G8Rkax5Z5tIU#r(~pDp}My+r312MVpsZz(yC$Xh3)jdt}k
zxK#Zs%t1G>L9t>tY`iqaYTlV>RgFP_yi(yHm3?8-A{BEr99(dO;S6nRj~+pL^dn>w
z#{!!%GV@D$_Uor&xG@?T9&;zTgo5q^^KB9cgoWbxeO@n~iz^ByXoyhSR+2VW)<(Oh
zlq3P&xxvS7OMkF3714S25xw!DuGqc^#92`!EdjhZ>7S&|ntST+0WpXPu0Fr-yrI_E
zRSYDwU%gZCm^ejM3c^JA`ML{<bV*2dWq*0$fa`U)T?KD?mo_vn|G;7P(COen%PeD^
zgC=Yej<8AP6WVPnd=~|!nuK^=I!nWlb_vGxpL8El-uvZP#S&!)@$8n|<Pxg*GTu7Q
zvzlJ=0+QFnFIi?J*DbvpVZ_o{_{g|%d71@Yy!aGuzbec3jC!1Ob}%3x-ze`c!Jkr;
zc!km?HuUW?ipwI;bu4EB*SKysVK-o`PHVZswzKyZJEe~EUVI%a$|-ac46c^^=l-OL
zr?8Iqy}0$RiQ)Kls|TO|c!xam%i*2>Lv6tI)j*oC+IhvP-if<^t7VIPoq0@hOL?P<
z&0^DD86rR6)7e57;&dnnVY4P}gGrcpaa-tFs;%8RyXPRgkU}vk+0Sg1??v(FLJzYJ
zq=^`xo1}}Yt8SA3r*h5RIeH?QBbBUF*M+`Su4|n`>zn&dTJAb0zt0`~>+d$4L|<&J
z>O+FUX#9E*nu<$RgU-J}<Tsia(SZVb)eqObXchV5dh+;?6`jJT4@Y(U92cfkadua@
zxGhD6DDFo3+C>6{#e4-;>F^@<G~&FR%il=`zyHBwc>O`*wE-OWP~W0UJ_vE_dRVC1
zN#_;fI{mp6@Qbrxe>w;w5z4t}jyi|HW4{ttyWmovaaCAAv0b$*Xr=@++w?S1M(BCK
z@gH09#sQGneol+7^%;0+!1AE8<QZnq@Eti~r<J`;l_i@Rp0_tr#py9l=>Juip3%7_
zSan6*acF6bdjjlm8?2_io&u{L0?}vX#Rsv}haa@=FFwSTYKRuk*VZoFyI~eo`kSKQ
zCv~VEF0M;5d$SM_=4X68t613<B3nUz!h(lt0-t05!wxJ!saly_sLtrV^CK~jTTP%w
z<2eOj0q{v_sGE%{_HX2-#A#nM_;y1XDZ1ZrKYgq<b?!yCkNQ_%7~gh%Bc(xCmN-!`
z#dp0CTIw@jyCg%?A)a{JdoDiv5Xq~s+%^uH527)G$!NMy#*@4qDTPE5iYtZ-eo*O`
z*Y%q4g-09<cYYH;onx`1wLvud1mllrejh#p4aCp#44MD52s^6po}J2s6xegM9P~B%
zg?$p$>!txDA2?OJF`6^Ub+r}4+c8lwQVg*>Q?J4Trj?7a6KHKey78mLj;T=EmF)aH
zcIYyB%X$lRlkd8<8ne$7#sdFKMHtfaBv!QE-!X~83Fji0B_NuUsb_=wVRLM2>rY&c
z`%+Rkh5GYs*_U4KZ8)C{qfLqB2{O&;2cQ#I@88?L2QH8ifY+!7e$WF66%l$w<n7ml
zyiW4}t|vEY=NrI_F!J675JBJowW*j3WnHWMocaq~2O-q{RK29+OZ9)3l{7wEg|mrA
zQU+<leHBSUyK_^MFf<?<xZlOXgcNsuI+0XtUm$(5G!~y^AR5FvCnIViFX)1pW8Rid
zhb?;-t%4VEtu}$9;kRdOTuYe1b4J3eZ9;;*e>}l!g(a=mCci}Pk82>u%Sx%IHnjWt
zDmLLGM1KXf#*O4eV@AT-SV{HO?D?NentF2DduHRr9E_wuve|<m{|boVzHVHrldg+d
zLC`n0f0V4XX35*i7K^yCdHc~x^Z-4HF%qEFR@;P)w(Y18c|^Z}6OZmPk3dK61K?1D
zUNUu{0+S7##5&%|QsC4$ROgrTP(46ei*Js=*r#>O`|PnT9K8~78hOJecQ?8ydXIJd
zR2^7MqY-reqZmS1Ju%Rd;MJrTH2sAF>(q+ab4fxiGf8z~R7c24@n2@xuSsN(tkw^B
zzHh<uORgEeI(w3WN2;WZXmK-<D(ErQ=qOfQ6b(ctnST6f&#Y!UUDuky3Ml}`X;U0N
z7<HUw6FQRy&M?Uc!!%1r0CG;WW<u_3p6hpXIT6h?43VNGr9A&-u2y>*j8LX?K=-vg
zA7gEH{FDXq4h>FZ-qV{tD#)7u{3W|=rS0cGT-%tZmX3Nq|9R#sT!7vFP`$BGEdMbT
z<a%%p{ySde^eF9!r6*SMu=WsG(Zn^1pG`BkU(_j%;S`D6GtLj!ti1cXv{0{yLRGjp
zDpzu1(Zg>41s*be1orFt0npa6E{kWLzyJk(q&YdJFEfHjU#hw$e8h4%qhbvf{rj5v
z03q@yj{|Ylu7pQHs!-HBnJ;&c>-w$ggv|5doUFdQsvGVMC@d%1*hq=OK0htxCM<jD
zRrKUg0#$R<!l^AW(dq#RPb0-RD$orY$0?{{ART@QiYl*z&*-yc>W?y`*<lk&Ucf}t
z1FL+(=4L*%)Qv~?hFF6E%6|pCd^JbF7-yDs&#Q`J3ow;>d0utcOU>g9oGthfhJIc=
zGBM;YxPk>AGc=*p?v4$$;Kd=;oUn+V2ZW!d8_DnJY<*+}kd&DC_Ks2WcUb1pa(%VG
zm+0yfHmJg&ZMv7L`4`y6wL&1erfQ7W^6PLyP~<Pi8p4U6<XN5ZaeqYrb8en2gEWnb
z!Y?T1RQIiF8)m49lIFf##>v$=vMywoZ+PF|HZyk^<iUj4$F4`cjyF;Eg?++F@e3_m
zEmQPV+j;o7BZGuQk}0ajpXuk{7gkqfWYD#cMhaIQJ^9UDBZN!OdT1;Zg<-v|3=}$E
zk)X`l0y{o@l-(=PH@r{yWhB(7Hg%N(lDgeWnu;o0-6(l;YbuprSi`l_BHk6FI>Fy3
z-8KKWTVr|zT^+fsLh&@G=GWIZj<S|3b}<q#5ed!O_ksb7!8-Yw*S<d=;;t?LcK(rd
z&3G1(Lo^kE7GhGX`}-GAr3h{^x%K%i+FDm#!|~*OAk*7+mKO13j%Kuo54q-cW&{nN
zYCz2aUz810`k?BVjG}v-xQ^^6N@K(-gZ5*-I;pRuRU8Vq6g}VMaW(T?aE4Q(veD0l
z*#cQAVc%H3iU*+0gS-U**e2?z@>^Gx-qD$$p0rzkMc<w6V9Y4ZJI+@^+=ZAvFv3>)
z;$m~ayVYT-+$L7Z%7wx(8Vtg8blSe)Qd5-Oa|QSm$L<wmL1#pgy;|)be9F`Y(<Yq^
z`d>dt#69s-%>FT(%%S9skeVqw(`Ir_;&2yL<audd{!vApVekFboV$Ss&c!-IeRj$O
zm0SD)kQ#;FQ%v(t62s~{V#Q*V8xEYJmB|nsJq6i@%Z*V@lEzgNhsqf!wuHsHs@eK-
zR{a`OJRCp}*OR=;pCTHG)2hlgqI$=lJE9G-(u%PN;H4yRXSyI^hsHL0=<ySw;xdV(
z<)rbRSslTm6avr3%_4A3TAs1uwH5Zwn#h;ZLLrj%-R8{sEt!TsvQ#6fSf-ymzC{we
zVN>kTtc<Zyi1T7ee~T!5kGlEV3E$b++mzC~hHo*mGI#D@4DmM&`Cf5`iyE3)l_b9F
zJHvxz)uH1FI-Td3Zp5Et#ZP~9Oyp2@L|B+1GOx8<Vbl7ngMH}fk7J5awkFoQeW^rI
zZbonRh4*v2EI`ec!l+G4h{sXIBnrMny@p&k`p(5>ZG?Eaw6NP+b9bA}(!a;1N33xl
zXfn%6*mwWc{NdnR!xepfNOMFB5oKcc?b5|~s0{y=4tv}GREFuan3&5T-vdX<u2I;(
zRW+SBbRsYN*nn@<MUtGchmxVemr>}5d}<y|Dv9ZK`~T|V5to*JIr(hTvr9=+)5>lJ
zM2bjoB=QOm@?dZZXJ7bAah}E@@3mtE8FMNvu)fJ7vgO1N9^jtK1iL&9AA0rvy}{`F
z_*(9r>%~tMpSZ)ioC-GmX%s?qP4f*;6J670T;`XrB9L-Z?b8UwH}<tV4*LU>pSjxy
z*T2@DsLW~DANuZJjVI||`yre?8W6&}5)8<<rRw=4Bou8bjzpD}$UpVJL*xCMwL4J~
z$B1MZC#%(HdE>noF&JTR;l~^(`MbR!)UQ7VEGN2QoaU&!$QIV)cv{Qh8XFRl-IxT@
z<0c7FMe06Aq&yEA1owx=p9c`xazr|#i7q!J%pOLRTfAq|ddF}|rzS-NJ;onM{GQNx
zM7r^AH|@%4UB$0v!O6lY{?YVO_jHh4rH-87g`P8_`-9F8(N3KXqstfys*WdL=OqzP
zp}n}eCdBP#snej?S#3T0f#l%d9;#cw>AbR`)CJtFZ4e&(p<XUE=;bWA(*aCh>j%ri
z%Pfmu-u1vaYZ3qP96m)q$alUWXBuqiYTzk$<s127sZW?{b4>U?y9bvn5&Lyt<0xK^
z;)DSC1_S#cmFSwW2#iZR=J(}Ydec~=kG@pP%R60^?E1K>E2?+~xT}A@<S>zH#%9ux
z($)~`KLJy}NtaEmjOu{P`Yrgo@uUegowq~Y;&gehGh>|W39!HI+zOwb9cG9Ay*(3=
zYA>L`B2oBS#TT_{?U(9n^tXe_hIhO%1K-t-{`z>hEqk#`@Y!C2OwY{kVdp`p6cm~(
z|Ea4;r2jXSq$7frjCfuJAWZH9CRQe+(q9D3ys?8V?zIW&D|rbRxJIGVSAx~l*uCNP
zQX4QjsAiE77)vydf}h}ua$o04=<k^Cg#UZA7F0V|unE3$hcq;q^ZKN3-Hd~z9B2&E
zg*nFE6V0i{?m|Rd;_|K{MXn{|GG5O;0xtY~jSt}dQ`Fndtg~OjUa?9@i3>@I-y`!!
z)v;i5%E`N3laykREbjMTZl?28s+$1#b8axH^#`&U2UTajR@B;p$x^s9cTQ?o0X(TF
zvCPZK2e^gEGIP?sKih<4v(&Ybv>c)P{fJprmYXNrpZ`sdWJ|xN$9(Hma0QNmJ}gd8
zahmeG{#C4DVz@CtZ$=y)FN6y4plweGu9n<oL!^^-Npx{P&r+>|VmogFNwO8wN#v6y
zN0l*{`w1?CaSgcPcnA-0W4EO1`T64|j-TBcBg=kesz}j3*Czf8!5kl&1reZ_uPUPT
z=lJ{}Lb<1;&RH0&`l}jrLQ@I5p`_QUx4<GJ>gLcqj;@T6P@^W_^ARBRa|H1d8GsA6
z6)1++sY^<F&U}j^y*e=1S-WGY!=H_T`v=(kZ-&#JVLL{&Yc-CczC}<8Z^OVfR7ld=
z*{uiL*v=)pL&`zwRKC_?*X!dZv*oi;ZODhBZ0H7)LEW{<yA=fc=oskA6I|7pGFNOk
zaz#Wtn4qG3f=`STojJ2!6QTi`IUxWwaIE%2_dBAKX86I4{pK1(Xz0@{<~!4(>#Lrm
zlDa=)cH#}x4^;yvD?+|FVSw4#rcbz|Xx%5gdM`|@V&{CIBfaIqFR6{t3bFLCUJdv2
zr834Hm-n7y`ZMMT-wv>Y1hhNd!3UtSbdLyT9exvm#EPoq8xp)CA?tZ!IG`&!!~|!L
zoSIQ`_$;AKk4wOJw%wroOON9kEfdu5?IAHJ|IV|3u!n;z|D=fdjc9~&Vzg!==liKI
zmNf`(VJ5yA>nST#{6*4I&%$ItPN@)f!)BkT<eVQHzr>dWBA_E~TK7Z`x-@|Z@JdUu
zC--v{=X0wb(%l;tK}e0cf>%N%&#KScrn}_hH0kEGNf)9b6OyKs5GSB^5iVUF4=wv-
z={;n#xg&%`rr3sej)DP}onDwuRVlrxm<TLxhLo~w{r$-bSp*-t+W8KPuAQ53b1Zma
zuD;YyVZFO_vHW3{r-}i+!0zNTJUU!@-ED)2wgY+?BEQgJ&(PpmH0zfb#MKtMeT*jc
zzY?u{(%aKK*syWw+76s_`zGl~x5SyNn5xFq00NKA)glpUH)kUa)He}u1i$qxxhQm|
z#>8(!vm=ZTZYOIlh(l;jyS!R>Jb&-w51$$2U?Z0Lu8CLTsgF3hvViV1mAzN@_)>WI
z__|Sh_={i&r>7ik6A#F@S2Vn=1UYn52tcBQYJJXHypC9v#*8A@r8UwmA-EowDs}yS
zE-2LLky^C#(73`FC&i*C6f#}cXzS@YY}3?*I5csg5RsR-R41NJ6Wdl@8zzj3^BaD+
zX@+6pFX39lQGb7XwT%s=xS6TzUcYN~&vdlPRnz$EcK<sI;6ZIIU=e3^1xgE;-Tzw#
z{N_38Oz;*C5tzCVdOKBiEZ>=HD_S22E)XKZRgLX6yj~@Lrc}U{G4Gl<Gh$JOw^X?2
zQ4PVwM@8eJ&}Ba|esm4m1VE>0Q;{e+pnMOFd+bINO_Sh}qLPLKtp0H3qeB63b;$Xm
zC_WCfGRzIE`KmWo1K;)?071@`0d#9jt;ieg2{8+sT-+kZpQ1oP6&Ft9RK~<NKB`WL
z2*>-&@Ab%&d_f!%`(etoymx$KNo_(o?%8ok-YB|};ue<T1GXXWYyIyGctr_Y^rRY(
zO~q^ikIdLJw8Jrc`;TnH_`%C%d?LU^^I|1}w@d@dt6&7rM+&j>XYHdvrSP{eqxH#G
zXM(k=oL{wyuK$yr(wQ~qp)S3vexOWbTurno^kiI_i(vMJSZ&bQ2Oev@sJP%59Ru;M
zBDxnJT3&~24?5bO_+VyFPtM>7$xt%Ndr}H3PtmCvQe=R|Mj4XlqHwFrW8_7JI4<P4
zt*<A_O4vmiIN&)#5pO^_--QK)1DE5VNC>PaOEK!b75(dIV{WIzms9!yyD_}~NLS<G
zUi+Rs6p`kv2^Hz2;ms$S`9=my#hl`0N8AMcj$AXEu#^3?An>q5%-uOSkfPnj2HLVa
zg`+*v?b;p$f7VVpjkUo{l?i}!y)|{;688n~3NEz*syq3^98c~b&?D16a-Q0%0IZAn
z&)dMj-x!tRZKP}?cM1#xVENUh|GN|`&Z0!0)l&$$TSVfGN<8*ApXg3^kQ|->|FEzb
z=59R<%)iO~|BTGo$DOm+!@Yp(+UaFWP=<Xz>}Ve?>fRI`AApOc><t9igD8pGfZU9r
zKOvmIpdfE4-o_ji3?x84{0Wbq|1mEccAN2Mjz!T&7{DAW)k>)rDD!8=t^RQstQ<Kt
zdof!`u#G02WtGQ5yHFNa04Wnjy=0Y=O_Mv_=icp)`DtDfu$HR6k`h@fxs25~BIy9(
zo3v<~3to=hwW<itm_h7j?m<7-S<9k)ELo-E_vCfNtzS}_X%6Js)hc$+%M17-=q=h9
zudH0Ltqy^kpV)6YU<5G_OWRO{_%L7}X2Dfp(Dt6=ZS7ll$!EG*jaY2?V?TTcq~uu!
z7+5F5<SAiwb#?)3KJ<TKOlGYlDY02{Nd`b(=>UjC8sqE)8^=737W}M-e&#{@0<`0O
zDvU0&PhE|St%DS>@=SF{IH^4LTIW|keW_)z_%Uh{B6ssukQ?qU9G1ko&i=gf9YF<X
zI-aOUy&i!mls=8wF)wfYO<@rT@w1#!R>oP)qs^@~`(Sd;k@1aJ%)r2emN&OIEZ9o<
z^N>Y&+K@D9vjBP7)n#yDswq6m#|S=HKWkK!0w}if8|9nDt6qDR+{XS7P3kV<dS8AH
zc>iA_Gu+>CA)KQ$m(l4D6pLG*7%`}@hV2miuQX#r8d+N`DU50Z!MUf?wUv4mFfM%a
z8!=iN<Wq8km0I3H?@E_^Nbtxu{&qCjRjp=!AAj3%vU%fE*ASn$=+<HC(p8eGCvEq8
z`)KtAxv=6?UK9<od}t#r9NRV=ly4Ym?H?J;s6Sm>9;Tb;5>ZOr*!cR%Ya*j_B(uxf
zl>=h>1KbB9tB7i_$k2p%JG|d6?RzGcc?z75{yvLmnqZTIbSeOr!M!1wysShYjWbB>
zZM*Kf#T#!L9~#Amfsou+<X3V=LZPg8mA&XfXnagCRGb2KAYd-#f&^|jg1jKcon1T+
z7aItf(Mj;7KCs6FWo9WJ0>g5(?p-UBCIPVosIO=Ajiq<8=-rfAKygtC5I(%V+W9?f
zv|ASOB<Cs2`21FM06)mxIjnF6JKnpS%8nAoPjEW3Dc<ZBVZyd2Y6nm+x?%E>Eh&D>
zMn7V!CM(*VWL-~q6s^0CbH+<_0r4T^Ib)(smk#II2NLIByuCIx{oZKclN*bRs)&$&
z=eka1CC4}`$U|}yvxgDl%v4b>O)kw_wMT=%OI-q(cOkCOpZmcyxsQBOq849Il`(kL
zSji`PrB6imuu;@R`pPb<t9#P{y3bo}N*N+uhPAUn9BfSZv1jFLx<O?r{XpawiPP<n
zW{j&nr!quj4tmSALvPzg7;{<U8%3+`2}xM^RA<}}VY<ZXfDg_`uvI<h&%@>!^tHw7
z$nPHS`~8YM?~i2wQBSJ883cULpNY);5XGSlqRv;jh_uEtlAN>02bC~}E=I-%PlD|s
zrsASL0j{qO=%LzBPjxNO<^or$>O`yB52^JBZg&Q=CVDe5YXut2$UpBzBHrW+oQn?r
z7P6GxRg@Y55_w6x0!c9&-TC**xN<tfbt&!^8G*L+z+5WWsM+098P%$YB2pQ(M48?Z
zWc`_>Lzt3*PmkMR<07HFO|m`aGSgJA^g0{@AN)+al$>`91V_2>wh26=a`$Y-EQwY~
z1H#wfc~ht5pQD|&5}j-kaZ0RHVTBj|Cx2Ya&79MgM;*N#-lS|%5CE)&1uUG4JNyt>
zdlpX(CJv$laKPKM<Y{_wVYr!B!6I;gWE-&SDx<C)ucAIl;M>=N)pWi|zzS=SW;Tm=
z<ue5+&>KfaA>Hop!aN9mfBpB`k}17dIAH-9spH(S5)+q*tX8y<@C%&D&Tw8`+cO{>
zMV6TB1;q&EzpFXSQe7=TiKf`Ct9=v5=iMQ50f>U7>m*x#9`kn<#}DH#F@+SmPLr|0
zn7`RK6o_ssfY{L(mwd_9Vv)nLm{-mJatvrUS`xI>IR=a~%yM9IirJjE5O_!^IU(2C
zgXx_=E-8+*5PEyp&vU#Du_Nv6;Pq5los)`BLW$#_IeU90h+3lqDYbZsZljOf*#fFp
z|2=jyA@g$2AW;kt3Fy)UW$e{1rn|BRNJtA7eBU8<KILQ2?IYN*%+5+Y>XxSyO#V;p
zYk{<ikdo<k5<qYOd+PF-Rl4(6s5Gv4n6LN=O?@hWXzSxsmBiWKj86OJdaBCgx!!l5
zHQ=R$IDFBfjj7>wBz^t!B~T)6L!ir<N)xRaOU8IoF|F7o54XV$4~Dn+)EFTzOWyB9
z2X=Bo(vbl}Pgi#^rFEAdo0_;w&o*hwjr5hJ9AamWJ#rNnm?%mAEv+`U<3M0#z7$5m
z&2lYAnh|(+)Hha;I_f+LZUY6=lRp;y$GWHi9b>@V*$EYl&2tn$+%FDfONGF${MG!b
zIC_8-zD&YSuULj#0jZCOvCzXf+|Y5}m-hL=QV!n%Zp<E|z>)zx+yjE4TYri7N?n>K
z39;bB4IPVhgQjZBF4hK4lX<Q8%^22xq^%XVgXO3*YZd~rHrs)d>ar6?5#iX0#_;54
zqTq-kI@Ype(u?x$yImg2Q2mWHb<E@4ib^=m{e~_PyZ^1VYI9yYuq1n#CF-l(3bxz6
zq82s_WxSoU`0t^scvHXg>CcN%i{(DR)lYdD!85>2Ix$gC5P}0vzBCkIq`~>?saaY2
z7t)6uQ(b{`-o^G$qNWfCPnC-D$S*dp7Ov2Y9n}z0V@7xHOE37$C_j$~EARnI1e)Ad
zjU@t-6^*r@ld+0pSI=!bQ<4&_oa^LsHMje9TfeQ{-cWtXeAd75wJ=*rM<Q^iybj01
zD2{$wLU*tuyhxf8x&q3A*{iOkV{ITpGB@WTGoH4J0(z&DYf+SA%a~Q&X2E|=Q?e`+
zva-rW<}^a4Kd4<j!DrSi(^BKp9S8X=fDd{M$7)VRiu)fNxquY07o$KOg3R>QTq9xi
z66)G)q1HHZT_52%3+W!}+WVCg=MFU>pW%s@H_YLG+=0>b@I>3dE!yd=SX@{D)F8FB
zr`zYA-^;pEd$ha+eHMU%Sy)xeFO|CAV?VGx9?CCsl6=>9beI$+Yz}UrC2<3qK1~z?
zzjrjfu#X2sz~`g3u}*p~;~OE4qVC?XUez^5iTtVIcd^l6QD%5)dWTfyX}jNfj`k*i
zO9JaESnM-bKtwoJ4J!B1Ph{6)*N^$gKHM0GL}ZjX@0pUf``{xHU<Fm>*P$ONr)Ccv
zpfs%ceeg#t3Jzdmz=4Stc1L@z)p>CSn?n{66&&9AgVco)hI;jaBTEMUCl#Q;nRkpR
z{0@wXh1EH-oD$%z3uCJ~aheshcBsY~vV)s<kUf`Rwz)cCx<_#y!##QbY4B5$mPo|V
zpFn+B=iMwhrbXcZuGF0Ou0A(-H7l4$f5M>J803;rMn)PXbwEq{qd6mg65})@7^~@P
z!Dp$mU!lA|7o{?D&7TcOb1RE-moF-S;lb^3y{sWX$VlwUtyq+xhqRBl5BX+07d^}^
z_Jv(NKFXQK<xZi_dP<}Y0ngC~vZtm_9|F<*Oh>=mzSJ1x)R`!P275DVw5auh>=>6N
ziK_x6ynTdJ&Z!`7WJ?U*fYXQ2>e83(-y|1Hj3WGObi~S)bozfzxYWhjZFz`<=wjRN
zKuj;4^o_4Y|FyFqk+ZdHknxoJz`Rpa6^<0v@q-F^34(Ru0Z(Kkz6ht>6Y2Oo#X^lL
zGyeH!eQl{oL1yoQyk>r+LWL?(2meE4qFZhdnwm>maQ0)jj$G`zt9JPwgitw25|}3*
zbKe@2=O9sy`$N~t&R6PEC}LLU$V7(AODCudHICR~;SQ`yL+v<#lI*TPi|LXj9APyB
zR>4`VNl}l+yirj?4jDJ+A>X^ANK!I4koalU>jakWHG$V;Q)+cWi1tX6e)YFn$!H=k
zmQP{Qc~p6yf-C)T-Aq}du`8&yFJ)An7I#=uaH2CgiMxGG*8>oU;~!<Dw4!&lcbVtL
zr;4uLb<q+}*WAAj<G`@aldkm(yYIvTkof2Ku1>U%`_Q7=-s^CDxw8^N#=W<w4HR<3
zU)-)oFgIW{u_W72*en;BiI6k_D6DVN#vL%w?Smwoi1udS>LgHh3SF>+GVpE4Q0nYr
zpH+Rfuh>PJQ|m-0FHq`&^B5KssQILK7uhXdqhp%k^TXAbZ`8eI-}90lv)cVh4GJdg
zOKQnPnl}OnANv$i7bVhJUZ1S)M|@#971q@x110X64j!W|Lm5}m&hLI8Q>CK+BTlmC
zdmn~b8h&fpD^mfkEv**EW<4J_|6n#$p81)sY-8YI%bp3~reQ)Lx?%i<l%H-Mx0;SP
zRD^BJD$8p^h=GZO=uM2EqR5WYd_;wCX~&?Z==2ZgX6%Rw^tZUq^!-s2ZQvM;pWok(
zYr%IdV&+ju6?qsZhi;#Fx0WuH$SnC}n6ByFgpOyenov{r%UKTTr9}xpAkNI&zYNws
z5SPzHb5=mfhkWM{Dcp@LmVzWY$z_4%2^K@}Z?<=CFhCWIhPL2b*MbtFQB%QR;GX)H
zT>V6)&oQHjJk0O1oDO1LRKDkLCyDK=fC1Ub>wj|8bn{Zfn4B-p7;U5@A$@{Z9@Vi2
ze?=6xzlVJ%J++sBWRfx(+|T@H`5xC6wG6IWVdz=9@`POpPXhGQ#lEVfX1fqG=jSQC
z5)tKBu@>fegu-rEJyA;XV`q5{g^6e@&*7`cXRRNeZH>+>0?D}mAi1yo=J2UeE}f|v
zRV5!yq&a*#rdFf0fzjMG{VKHkE)K&T=AT`<lobC+{}qrEU4gA4B&$E&`pyA=m^Ji-
zQ5Gtb&0<T6&?01sA;McQx{zBRumHPjK~$n<S0F&khg|_X$+yW&GT1wcbE!SpdlM5n
z{+{q{_J3{Cr@%~$^~L*lLO_7H<QB)!-#nQ%pebtu+*U)!P*o#*!VN|`dBS{nl)ZKx
zLNWWJT8gh;)4iGG9wV-JGK?8?SKQE2&LQdiI5dMr+T?u6y#DeykNN~ae}}w;b@^@1
zzg}KU69B=@S{sP7Rl%_sMIk0qt=4<9zaLp~i?-v(kgSk4U2}%m25ktc)W7QlNtQ=H
zeJP;?Hq|!RU9X<M(s7!GIYa!$%mBe11=ktT_?myR<K^!Z-$ri{dM1YJBG1vDIAZMX
z>Jel#qaam8`Yy$okg;QnX#wTBR=`udm+QcdVIxvr%7;a6Da)?dkD5#3cHBcLlB@51
zSj<6rhYZKnN!*oAL;<QqVR_ptvM6<<<jlRoeQBU+3Co-vJOxf==D!4zKIW1iYLpor
zH;TRGN*UWsa${()$3_d%OVU*W&+{bv7rR#t1r`WhE0qnJWg6n)JT9N~Xn;(fZl@&A
z<?n9s!Mj_G=XQ$faHdTaJo(hR4(p<3S=E>&*4aI--ZZEX*nRyyOiD_+^LM*T3r=?q
zr4Wl-=y|+j@yC2%FDKrF#gkVh#J^*WNOo+frRRn?>bzj3v-{;^NCS~r%uzU{v5kNY
zbP@&@KZy4wE%MJKe%>Sjeh--ovAI;B+1&Dv0J;90x0rTTCK4)p`PRmI%PY2hiF$NO
zphnOLieKeGC7{x+zSm+TAylSA6bG;POzyoL<$1P1?)J+byP+klhAf^EsbojMzWyH@
zIuhHlVQG*$sEO8ocaG*cHhed~ScJG!D12Xj-6_wcw$C&niCfe7DFPL9A@V(EI!#7O
z>@Lfq-53`FXS2FC&F1RT>it;|9dif}JKou3`&Z-@f!*E@nPIFs;M8OHuS*qs(uP6K
zs!#+Wo}!g<w3RnWyK+5Sd+T=?ght}bR@iR-<%Xr0QNEbk`x0~>RUgI=_3&Pg`f9o{
z`*lwZBiXg6s-=_Fn?20r&X@NyU6WWQHq({kNXJ*Hk*xxAhg!X<l8aSvydZMC@)G{o
zi+j8y%PJnWa#^@rTB~EkA*s^oM2hmJJuhdVoq?yyL?yBaZ8{|Q)+3M2YpZur+JSMU
z0D(r9QjY;cUIM3XDwlzVo=ra!e9X;XgtSvA&`LT}_#`~g-s;=`Z*pWUt?_5sGP1o!
zswjSj(Y*P`1#a3s%LBUq1_+AhMnfjQ#S_qe${R^2NpyR#1R)Z@G8O`si8fv&)}QNQ
z!>$U^4CCV`nAd9p$G~HxIZmNhA|q%7a+#$tl`HwHl`9Yp>6%w(Y<t}(#%t_}3S>i4
zyCg;*0|{9!l5-TxW$x}7>LT$D`>9Sgc;}UhW=qHRW|=%pwmWK?61r&s9&N@cGBZ{v
z16LE9^Y;ii^I%TJz`HTlgOctIj`y6*zi4Bm3idcX1I8`xY3;XtV$slli^smoA#A@<
zhy6DBdtDJYBW_7temqo9kz$$Z61w@oOk^~#1Lc4D<sG(6)GZI*lj<UZeHHXIByVL{
zN;3x$A?rBw!cdP;HxmOktp0Yfa3g3>OO(JF%~M@&EU%mq^EQ9UMf|p9=ReM|xAzD4
zje0?vy=631)#3`t-1){p&VVCHx>UO)HAntGEwrg1zQl1E6%KGyjNz`Gx9%J?Cj&+c
zA5ZBK$<9qJLiy>oT39mqEK^&KM*SN$br;#x)QaF%H^;#rZuN>P-f<b1=Bgk-k4@j|
zqhXA2G9+(ReA)~+arich_6XcF<K-;P3qt%Nk@7{?Ri!*i4W<8drRp=NVHOqmZxw)%
zqte*tdH2t&z_0!IpoZT(E9^*p)AbK+T{%72oTF#q29|AfSbXg4B9p^sLsv>+fNspZ
z{C`A=8tp%R9HXj<+xYrwgnQTkDuza9+oLtEzx__5=;^g_Tml1pW?meVn^KKR><RWZ
zoK=qG%D*Te93~F+G4;LRDb5Bdcv#j(xv0|Ym5s=sULL&dsHu%T1h3_s8`-u7-QD8a
zNq8d+Ea^cLs-q9BPe9ITBU)P0*o*OyJs*qoI=3a82d<H2o`B8GE~y&au8X7eE7W&F
zurxi-KYGniPPW6l1~km4!^a<0A(Xc`kb1vtRP{W?q<-@#H@WQ2pds7p%)u`YXWqSB
zuMUmj?dmn=+VF|ZbmFApUwgvEx$OR|gv7^VI7?ArKk*hA$P2XO91yx2+IzSA8ZORC
zbGb!SwDm3!ono`f%aDKf`6s{V*xguT=oD0O%s~mnT3n&aSeWF^cZ1I_yji$9`NkD>
zp>AGDq<MX*M3#2m<2Cyo&FYm+iC{#{JlmEAqoQ^)x0rEmCeyw_%UktbO;g7wB?8Vw
zQgFlf(;dljLsD#X(k=>J$fAt?29BO|=^uH8c+>iSp$k^U2nr^XqD4+`NkH|<B*62X
z2L4%Mlh(H`HD8RqJ#}xXb<OWCOkk_ZoytfTCE)6EJP+XtHuuhi2=I_BCkKZFlM&LJ
zu_Nt`u_<*phD(09Dp<!0%><+5oI$ALyd)Y}Q&&uMGXw}r&Mu~^K+k8JqPSpOm<$|^
z2({0p2{F4}oB;=j?^91+H}4+z&iL!(cx76KB&$>&yv1?dwd{zzQ9AWpm5U0)3|>J@
zQUJcJ9)b#oTX^v6#^V&&81Tt2!R9MKH$qIHu?k=-ZZfdrYQf7H6?_Oew@g{dh>}_}
zDa?>C)wc%`sAQhltnzV*;~e22vfj476W)kL>1EXK@nJZ(uz<og0>+MzW=aa$Um=D^
zu3v_fFvopq9~xm77cMsdM3{0N1dz64@6C0voKnSm7h%Jh+!^1QZ4ZS#YZ6HXhyA!p
zXpo;t^ZUv5`Sn4|<$dU-7nc0b@b7)v48}ZiM@d#1izrEXtORn5sc*5%zE0NE!uYaJ
z{g}{aZA^-9S{i;oM<*Z3dMI#s?U%FrV_+0Gkmej6t50eGFMRyXUo4`xTVV6Kzk613
z_Ls+Note0cKMA!B2)EMc|5e4udh817o#&cj?u2@F0lVFt`B|h}b1IH^)c+&s2I}Q1
zdrP?bu}k3lL_p{+j9G>9L`rj~cUPUYtL?j_qw`NbFYg-GMZS^r&m=AE!7)%Pn`}X2
zG-=BNm&?Z{#HxAE1_U%bLhCAOv!O;3YdVloWkrsFrL44I-%##9X-H4o1~f`u@LnUk
zSVZTq%WIw%Hf;3zjeFRN0`p0IKz~K_x1EVt1Rtb3c`U8Kp^0KgsG$Sh8HRX;IHoU%
zZ|4p#>@B2n!Zq*j#3-I<7s}$MaQ&#W-|876b)vJ#gby3qp0kVd5*)45Kdbpwxm(*B
zZjqGlgaxDdKTOyC{sR>wBqT$XEUz@<4et{$m8gRXI8?TPQ}ESmxSblrv+mS>Lv5j=
zP77VXg#IA_;PlqBWIT5tqW%sJyI+fJjb(QcwT0ldg+O8KPiFB$eYNSfq$q$S_KXhk
zDSlpKw&jCInp2c(x6=X;7NVQxAr|tLjQC%cNe(%Q9>K*zmK`F4T2>whNbjmU7_Wz$
z78fJZ#sGLcN5MzYh@BVM%*YJVqOJ~44akI~C@28g1rs5hGHFcA)<pS~Bo@l9GwT!d
zJqv|3tUkof-(@BKM0k7f5~MveT*)wv&=EG96FuU5a}N@-Ui`sUl+jDZQs&Njjg#D%
zB;v63<TT8BvufGOHg7nd!0cg(wD(KopbI;6#r4E)Sb_$vFN;`V1MWE_RDOfW@IGU9
zs3Axh$%97okYsCHRtr7&mY!Mg+k4ncB<;Ad1t>6*g3ZbMqMT*~`}slIwBZd{4gcVu
zc3wKFASm(5XDmMep?{PB@Kdcu7p*GQO+A!sR_;)$0_KrLtwrYu3JhrTk5E%T%a};w
zKb9|>vyx&~A3Du2q>h|RBCdjQ+Io)9K1cgIeKPiVYmC$G-pN7l-G^&3E`#>N+_B6K
z#(NkvEoyju+B7-uF>B?-?<${$!pO*Pt^=+P%tc_)nVGd`&#m60Oa<;Nk%XXAoC}!s
ziS0@HPQ!|3`lah_^j3eE#_rbci47K@O<#7sMYL|z3@mU9#R^))a1<&+|3Wp&eY~%K
zz%Lnx6RH_~Vdl8E1L(4|VQ1-Vv6OX)%R`R%c>>g{thQ4$EMHB<5%6HHl_yK*Ph@7D
z@UcQ%DKpdm3WgVH%a%3K6v(YhYRcGD-*ZKMbC;4n>4uD{yC2)}&P=oLA<cE}0`3fd
z=;MR^!@6kR%ZFJ?OD9y>R0L`Q6`O352tiy)jH|8Dz2mM=)fQiJ7o!CpL*$7&O>|v9
zvizR(TGNVmY|RvRl8*5bn(Tpt3)(b#%f8aoud3vk2N%WVx%p?|2uR8%&ltkFsB&$|
zijWK=>jx%I@VhKpch81V+wCP!!idE*I~`J?iuEJq<qF+u#diaw-S#N<d<%h(VglNm
zBP7TpjBuSb$A>^Sk)OVM`cwxZSA_2G4>C&UJeiZ_`ael9Fh91wQ@%)Fo1(jL$ve3T
zc)=HrBQ_}R1`dH-FE6Dnr}LM{-OpFptg(;hKioolTw)27NvKhNmo<F0M>sG1C}3pH
z&=o7GYRd1P*}SUChQL2b;PJ)762o)S@f?E=Fi80?6w7e+31_Fs$}knj)g>cU3#Ael
z{w5KUA~rfOh$AKLz>eicYUthT$UF0Bnl217Al(XSlL5|PcTC*-O?e&+J>!wP|DLei
z1)S6_66SGg@{fJT0K4IAxTB`#NWE+G(@z-Es;s9ChF^HH*hjZbf?|zyw6$T|0Jhaq
zhF_w{wL4uX={-XI%grL)_&qs4p7*CLM#pFm4>OkYP)34UD(=FrG)GR{j#%vW3a(;w
zie^GFB2@GswryaOc7wa`uqfs0C(FMT1S6XYrC4ZDg{RDe@A7cHldXE;S#Ox+>D&5Q
zwH6neaqUF+6VlST6!!g-E^6;i1E{y~!7tvOM$bzk`(tfh&J&*I!Gh%jUMzbZPibDR
z9NtAH2QvQ=C;+^1OuQugX*I61@-<}UcleLUj4R42lNd3#&TgfV96B+r#+Vr1y-%!%
znu9c_AQ7q33(c|W1q7=y>mV)pLwe@~sYdc&E;mSnty{R?<u}xeT>Fql%fiJ)Ta|It
z0{sh4C`K!cGZ6}S0)0x`s!4I@Agw)vW_Hk{XyKLrodw{+fXnCMRU;ferTsGOCnvfT
zuP@y}1@KxQ?9k%rmD?*N@y~2il^hG>09sv_jiNkFG;9L#d8;i*-A06h-l6oa9thQ6
zyUD>aRa=(6){}%AD~hg(Ow^ZnC{UOdHjrWwM<)fBicG89b$_By8u15ro#hCBCkhg%
z^@qa#W6zAn?aD{4Utz%Tqf}jlK~VXf8Px8-uLzn56X&Vr4dSuyulQ^3B~jNniGBV{
zl=r9j9qW$+(a*!8;%{67?$_)qQqV3K4^}bJ18W1LL(jWY6Ie8`NSQ@8-`(y(kqVp#
zyLfJ0?A20TMf{Z7f3ggJn|IadfJ0x`{rLCIiU#TinY9peKcg~iEue0eR`tJh$TH(P
z6+mhAwCgf-1Z>=D<%^BgoK5NHc*pGco1E7J4fDupwV@=<91qba?R@-`>@*C~2c~dw
ztLq>AuHSH6pXZS!3PUKB&!i0+p+aK~!A;Xq^4$Cxh^#l*9Km{IGt-h_p=Jg*Hnity
zcJ}a(i1{44K-U<<T&DGJ(2-VBI@q1iSc?+B%Ox%r?4ObQ$nTclF@JmbUAA=%D*N~C
zjgs`<&){m^>qUQ<S(84I{aGQSSA$3QNs;|sph5;MHejJLO#D8j*f^gcmqv>mIH;iu
zshQ_BPUvK%e|5N}T#U+C#FmfAj$CEPWg8Ab>K%$nt&85K@DhE0m(?=|6=QUrjpuKO
zliq##67saqTEF~tPFcR9rF|N*#~{+|J-f<Cadl{!;;0TuPU#oG2D>S$jLQ^cFy5(5
zU@YC;GRMSZ9&D`{Jdd#uH-C{6Zu;+~c*201uOi#vOf9YruaI&<*yDr8X2BR(5rpuQ
zYL(d}U+1`K7PliTGh5}B-My0PWFOD2i>1N_N58xl>5_ZVCZf@+i!hoLzx?9v^;5PC
zKR2rURj~Ofia&SY6VsW(OwULia?#yF*KB81W!R=NK3s8Lel|ymGpQEzk&iXTnEM`}
z7Wq$P8c~3xCqGcRkW^L27ii9yyoYRBGd#km?EOAPXdsg9!y$C~>k?%e=Kz4du`F9;
z#V)b@_5bnom2pvhQP+r!4C&AfLl4~{Juq}ghcrm1lt?plN_Tg6OLsR&hti=)D9t<n
z=lwm;m;3qLbNAV2?Y-ApH$PA1?JAUr$bqwM{(~@*Yk(Y4T9oNc8FwtFGJQ?+fqwXy
zDQ1-I9&JHmF|1Kbgao<1^Cz%}rZTqu7mU|Q;j1Z%e59!TRiDaWi;YQH$QNUyI=tDq
z=J+F9hgvKu!|5A*B_8;RBhO4JfE)X8nY*FXgf$WkI+ymX%jx;RX^#+u!tLo18o;V6
zq=KLMLChcuT|C3VY0Eo3#m~eyC{6$PVWHN~>93afwpi}5ufd*{b%9+alfl7z9x8jg
zpCII~y7j6=V6BSm&g>z|x$w!BKOAK^a?kX_%u&1kPw$`KPCo2ZTo@1p*~=7T5Hsk%
zf91`XtP9!sRfja&Nrg+SME3FJ!_Vb59D$SPuQm+C(7FkI^p-9Co_FXqJ(<JejFcVv
zeot8FvCc=`lX)hBDIc%TU20T8D?RDWn1?yF#pg%nvW487xLLo5+ua%N$n>qLqC!3(
zU}5($*p*8Ds>txWLL18YLh{$}ek0Z5Qq6b$I<pqRR|DMnbN|x%2LUy+M_T1kBq8}b
z8Qs;*gc!RTJN^&vU+Pa$!_azvKfZl|dY@Krc6)#G{paCr_w=pxnPYP9+5hR-sS0?p
z)t>R{4zqbx1(x~M=LfaMN_ZF%!*yNfaso`}@Cu$!$S{R*(!sm7^kr{y82;wuEniA0
z=XVq}w15sNtYF*gw68HVj}P=U`XI>(A4`1RF^v9{;U>IZ=Lo5H$0P4)Qzbt@Gj4m5
zwRO#jFp_e#5%jP4%8Yk~e`=sj`D%s(>5>Z_<iIiiyE7B?Ks}S7i6Rr+LlO0hLCMCS
zA_XxfW@emN=q;`K-rt&+x3_L%?$_6y-?jGqC3@cez2&&wy#Cn<@kZ<GNFV=uJ-fkH
zj_n%`r~jVo>o1otkNf=X0GU#a#5?c!`8i2*<v_h|u0Yx)>@R&Qyqpsl$fJE@${Xts
zUNP}W`MHV#r(cs==hIvX%HHD{HGzZKJVXbj(S&!|(^Dri<`ivPaHu^%a2bg7%pC!d
z`*-SZ{_ba$E+oZNu>TqqT7ctMF@I?`Ku5~E`9`5nCyW~56n=sYAS(CZju{ssvd`Sq
zyX)uGn_FA=`lshHWSeh@wznLes(WJcw)LHyT9+N2xG8#beeYZo;l^8zt-py|SN$?>
zV}=#a>N-lY3az=p_=~$@%X%bzF@>`N7{8_{3rr&&&LoYTw>pD@@SSo0jCjS^R4aBn
z$M&nv1~@NAA-DNus$1imst5f#LNd$WNox~G>3vMtrowUWvNunc^8_hi`<7tulgee~
zB67u`ni4GOnv_Yj96eavkc9UaFc|GEf~0AQemE#xqN;%AwnOdonL=!HAm1+c&?rD@
zHUb#x`Y3}J$#Z<;VTYI4+S;z`RLyf?p?dK*yJ1!x>oS$3`%X4C9Bk{gu6!!@%Gn7M
znRIrzdm9;;SQ1#%ln??JS(h6m*Qer85Yf2ESBr>81{xF{D44g%;80&4lS*H^2h<d*
ziIO)*%fBrsq`S#~G=9eCHX6XtN5YKi1xQ+t_Zq%C*v^W*<e(sgh^GGs@28*6MW@i6
zo}wl4nnn3;9W?|~lsPSBa9B-FfE@j$eyxW!)|=&|{Wh1g)_;C0Pa5k#l0|K%9Y^iv
zHgM8YEgSbz?&KW>IYkw!qK8JRLO;-g3UNq-B(OReu#J#o+UhYm(1m2CW2g}PwcM!1
zz$V6)o0PJtt7;jXudQH%B`)lg!aRAJg0C6kS%h(Zj2)SP-vIfwzRYL9_nxTO=U|x1
z$aGge0a~t}7T>*w_Ms!wXxwPRkw@XyoD*$VFj--v$43#PvWgq-VSHx5h)9Srr>l-d
z!58(o@PEw*hqVk;*S{aX`rD}_>n;Kvnp?L>NtLIYTi59jfmDsbaCkj^KGXf!&f)(T
z;Z<?xYTWHpI^h3zUl^HZdzdJ6i2KProzK>JpF>D)@PVVAtyEKd5v$89l$VMdi}H`~
z)6aJo%MYKccQ5`)?3R&PU{+>NE+MPoA-jJ&CqDtOvH^lD45pZG7e79CkXw#WzvD<l
z2>Keg%dcFIdl9Ny%0&?|#rKs6Cj)kjp#0gYi=r)^oM&d<6S(+p0am`+Dt_+~?d8w@
z{PN<&5ZqhQ6#U@TFCI)J(WrNKq-ewIWC9z57=K$^#m;u*&`D|j`q>Hm1~?gS-KYL`
zL_E)hoo;VUZu!r?uzTskWdz+qZY33F_Qp~|*0x}ytAq7LgKEXr*7*K18ge;NZ=<<6
zFGC_4&q8&nNAGF~gG1pH!fR&fTBKLqE@@9+(`5e%Q2ISzoBL1EUtBd(8s=SB{l|2C
z^Xk{%Zzbp0OEatOXZAlrMJbX|ji^YorxqA@Fk5jU^K^kxu3PWX??uP%;imaJKHrge
z!b$Jf^#xj-LZxJjC)Wpe&po^|SH5+vnyH1*bT5F80Cy^Z8e7Pvz4n@Q5YHtJrL?lW
zHczguIy|}U@;wrdUwYSn94!LoT>F)r8?ZrvWPy%Pei;2wXf)}ZMk$Zd0nQ%rg~%?*
zk<D4Xd+>_YoiTgmoAvQ>&wN-=*W{#yi~PuZBZ6%RcWG~j1;IPn`qxQG0QA!Xe)p3^
zwxMt31EW6$-+HP$?=h@iI6YRDaQcv?oj><ZrS-IqiDz?@YF?W@OR94cPWb#QO%f&A
z3;mtNy$HUzg!lI&rkmD+@h#1>!|(-QH<{BlHoN3PR_5+P8@q(blm$O$UlISvVEi+$
z{>~=182Lq~qJl{g@dEp@%y;o#>&7x2#W+#wU3L%=MRGV~z1{!T+ds~}{+b-I*A*&=
z!@7nV)9Hb1EsVcQY4g5B^{&+s!{rkOAc%JIMDjHT9!8t?Hq((=zNy<8*M$F8us?>M
zlYnIE=lJdC9&y9TpMD>ykKRY5&8^#Vf2v7(SB!Z>rvGRsL_Y5)i|%ryu+F%J35YN;
zE^{+|*xE&AO2=@xtp~gtc%VO134KFQbC)L&-ZJ!L-SZx{2yT~H&j7%lxIPPVBo=;h
zOI2!98vbf6^MgKtO@h6B^e`u1VI~iG7sIX=oQ<Pq4Cc}M`4R6c1GG$Iufl^!%ua$k
zBp1^_x3{urhtvHXU_tGj2p*~LLTHe0OMF}?9!!*%Fl*om5gez+Yv&XCFZ06}geL|h
z4CAF%Oj2whcc|L@_cMzj4oXkGs|br8a)6#OiBpDv=h~c<LFaH$`4Lxhw%A!aQTVUl
zsTXxhExjUUomIc>@V#zA>LcV;$)@N5aagd846y4*ln@_s7K=0)*`vQoRvQsf9Y!(E
z^8m!@L~uOc%X-H^kS?0o6!lxV?Ida*<MvF5HF3AYw!;$OSA6oBcdj-nicoJkm<c}?
zN;AdN`FS<opInC+fK%&lFaK}8HXiq^DS9vr3l76g%DJ<iB+DWvwors|!5h;K342z}
z1=rTwp-Dr#bYiCToQBnwM{g0DdoWS!iMIIz>s+gd@paUgou_Ym%%CSgbIpV+z&Uo!
z<B2d4X35qZP+53kbG@IGcvL<pe@HTd<owMh+)w<;o*#<vtJ$7UM3gLR^GM~(;iRoi
z#@_wJ;<gZLgB^Im1}@<vl007b49>wh#=gd+*l+x6`{hiG*C=M;w3@dz=a612juqCI
zCTC4is)4_GmRM9@=~T68h5X)R5ag67xz*2h6OENV0c&n8DoJBD8(5#wke4324nq|F
zxPN=70`$!84V0o45}kbt3nJQRmC&u`!(3<W>Uc$+DYjK$tjXRIK6X<8`E`{#{Kxo<
zsTFLE!UwmR>>m$e*NYHS%}Uo?(40Iq?@2>I1%llNxI|A^sTf;+4FL50RzlBkF1vGE
zs4=IU4q-~NX6v<fs;3ZbdT5%&*m9iz_+#R;P&7y7T`+yFA`=eR6g$U11(NT03Yd|<
zv<k631@JERR)Zj}RK89HpMUxC7Fcn9c$oj-gmR87%#`>J2HVyGpKQ7HrG(sNx_6xm
z7ol~1B6qdwT{s(1sqM2#J>)5zGM!%?Ip8|>izfh%K|OE(O<x8J$o=|uJ;@Au#&?t4
zN$dZ^%v<;jUFs~-v6?RFqx1_%%6w1@`5~MLzgke<+W&}tHG34?zS5^hJD$hkeHzZO
zy{VfB-_|2+zzjoHGrzSYv`x8w&<@RTSW9men&j0g{654X2{kQp`W!y11Yb!S+q01r
zQ1ImB11`LceTs7YUC(P8+S?3p1)HJj8~Y|X)znyklQvARqo`vms`Z2fs#4=_7bc%7
zCsZ3ADad~mq(08`{8t?QAL*L!S1m*wH%4<~dDm=mOV*mOWaqI3-=qkP8kEKe(8E03
zKy?XoM&NVx(xva#{&v~v-JZ`eyZTh}eMf**OpL7q^MGRm{f1(4xp!3T9X1Ss)+qW&
zyV8FYbAM~%_Ux}y(AY5a#rj{zT@~K(cZ<FBN>KR+W7qjofCF(smP`5nT*BltoRfyb
z3;8?{>2;7budiqd*{EtMV)p5)%iy{%Xv>&V6W`}Q9lZR=Ejm?Wkp98!B=O4)RLu!p
zzML=`OatJ%rNyU9l>CHGZfL+p8;<2ogg>dgD<Y@FaqDr~wVGq*h~B@IFpR6eb3K!Z
zJ>R)YW*mXJl9cb(-p=Dh=BUnr7iH{LP?&cu+?XLxyv{gDrWqH(K;uPlMP~r!Y3tS6
zCDF6y@t?*({yzN45mZ8}p>yNfsw=}{hJD~<Y?ozt`st%cg9!e`wb*YlpcUztZx;$P
zWyrfxQ38{O_mZ)Sm9HC5CtuJz%vN}aVXTLY`+M_M{m}>V(2pw^54BN7!7?La(H_^n
zZsd5R)7wS7!<=8=c2zyy>HRgs+`bhLlnpbXwg5u5%y`gvY(;;d$8_M%mf#y;p(%lq
zo6-lhNzD~yW)Li&E2T`d7O6mM?u<3DT!y6Xg;^4jH<k^qo$a8;mllHW?p*6>fW^o(
z5n*DpqNu3C!O&0PA7nvdNiW}8A1ApcewyI?L6|N2==riCzuGlc!aA`KY574;Es4)N
z0YJWZrN!BF#$LP=+7%{Q_|q`>z!`A>qmbv8^0qk4F=VBRF@x4OSaiV5#%LWDIi}Pe
zwAPvLFJz#E=q{es>X}n?gMV#ol!X2`Qe$dcSmMfx#{X93?y%2g^V?NH+9Z}AD`Qov
zEFSR#Z*t9eLyckPLYs~yy2Gw>i>JdhTc1%xYMskmN8D)`zffNgAX;Kj`uaW=h!=`&
zfLiL}%l!R&O6=rU$9ilqC_$tGbhY1Lh5=y8<hl9r!qHkY_9xY|l|OQ^%J)pepDO-8
zd!A1-ScBQJ#?WP3N!2K`oPc}<lLHtv`V~$L@u+e-U+391!rz3tYub0}c=LqNE&naH
z>1QG2CPN=Kv4Md2nkHsFui=weJKX}|yf%`Fz_aCpj*7Vv1&OKj>F8fn+Cphg!?j-t
z^FqUak3WjWaq#NB7JXOg-~6Ave`s*)(6@^Nvm6Qz$yLUReYu5{MfsE3l`+hdLA}AB
zE2IR_f1&bS*FH^c6X(&Jb#6*vW#4SST=hJS;C3YuJw*!_<_bPPRr|jfF9%Wh|5WzO
z|CX+W;WY^qg7nvMs>aRD_HBOd<W{$~Z<CHVU*OH3pg0gM=IV8#VgYT+F4WAG@Pu-5
z-wvq}!lp*V0b%+}M_On{NaAVrrY?NNs4F-2R({u7+<4PM{%^Q7?CM$4@qpBPYelIN
z&DoxS|4yUuMGXjuiYe3o7LRmkf{5&~04G|<Qwb~9V(Lhy@7q#75x&y-PS3r7f1%>r
zA0jjvgP!JY0YKj~(L#Zz)|+84gLA2h1Y@*+U!}TC^bjz9jdU(5a@IoZ??=<+V}6MZ
zy$%AbDZ1G$mvyUg*c9wfly~4!ULK!5wXRpLkGGqfA|7%~dRL~K-=}-ES2>MA-b-cW
zz+_}KD-;qDY&N!(SKvQ~#DyMszX|-ex{24uB4*+`tiF>BMu$)8bU7~9U1uRMR$e!0
z;Cd1txh)jn!g5BEf%Z$Zrd^E{T?GU1uj<@Gcu=I3JN;VMgnx*WmHc5=h|8UHSyfda
zP=I(WZ&`?k@7D&GP!*zP2W7OB5GSXUjxq|GZt++B&Y=Jl6xMeROcsGn3H&=wW{&`k
z8>UFqNpN8XS0c~o@cTD643}vAp850TRwN0ZA8{=_oE7nYu>t8n35woJ*JJYh7zlf!
zHYgQm7%OGmqQuCynncMnv@`%Zm%8@-PDaE(7lN~Ct0R}!CPVwk54krm!37`~tF&#9
zwjq0QGj!3v&-2^2srIy>%hx{_%5UakJM2c?K1emx)Z?^ioN2tNQCe(~95CFuJ2qM9
zS!0bEV}jfy<_qzjE3-{dWQ0S2!L=+P(FB(-P~>~I-x`_4yu;dkbRN!>wNdvB4zHjR
zPRoxWCD%U%#;=+)KO2L21u<WyU932HUYmZ=p!o1<PDd;70>EqBIyku7VP^K>_s)~5
zHLv=`JPu6|l{O28;Z~Rw1%S$tn^@*G;Ls}IdA{d{gIoAak5IC7rh&+oLTQj9=<N~1
zN9JfZ-*L{>{vO#3d3#E(cG}OpX4f}jUf+-ZhNIjEP?If&M2sZN>4H0&Ief_d?v4c6
zqvzAcdYWAMUUwD=ENbzc6qI<^PlmINR*@&3e9x>7ug7=8`-B?&Q!))YTdjM&_agL9
zfC)#c^GxA=DFVVm{HeNT`zKw*<kty3Q5l?S1XLFhHYD#%tZ{JE15O?#84Ju$->O~Y
zpUh^#|4z(3DECVWi@1h4bQT7Y@#WyCjp0aE?OwwRk9TYhaxEVood?Fi8QxqHi>3+?
zLje{tTzf{_d;vZ_e|aLiK=@mNa0Sh)z>0K|i$TwdBes8V-<07t8JwxE8=6~5?y{C4
zZd$H&AHq6%dFZZz=jABl+Vhg+AI5Y}$dE-e5ie107rNS`H#Op1N@aTwtS{l}9k6Ny
z^(aL!FdZN%`;A+_C7hK~(+FxPSK|lELswuss1;Hp<iZH6tXKWUkEi~ot59mkerdCY
zIZd+$cV1XEPazlAzh#F?v`HW8qJsGVw%@QtOvbHGTMWW0OB2>%1^t*dw7J@0mR;qm
z%hz2vg@MlY2462+Hs7Z8ud0KdLaPD?mAK%$?^;{$SLTCD{E_sDq)cqL9*?~l!^_i)
z@&=2&Z{IaJFN!6df!)%31AFO=<qq})KFxhWpSF_2N>9qs{~uMP$~O)XCPn&R9ftr^
z{IO;X6n=Elvpy$I)!7w|X&Icl)cJVX_r<qSF9$sZSa=+)J7Q{|z2|ELsyLZGFyfKY
z!`r($tPktc2UGB~7+e+)qD`fsHVnHPnbp`>#W{DdOoopID?=G1Lj!;U9Smn$w6I^*
zXd?;Wh0htyL5CG{)`V6o?tJNjU3T(4cR3bT-pg%`GgPD386}MJ-xE_>Xh=l^-S*(F
zA-&%bGG>d9PN&9QYy}}X80cnLN0<8PWi^t$;2VU9N|BFJjbZFlLz_wo*)~rI34nUt
zpOf6H9x1%sosBA4D1+-;48v6k%|QpATE;%l!}X_)>{O0V#as%|!?3CWVdV|iFeLkh
za1(Tn2H&rlk}|J<@~;CNjhsyqB(s(u`ok(@WV0h{!{eXl?SuMro@ho$=PoqRUw|gP
zsX;=GK(?&(bKBTYbJHxd>aXVi(_AOxCxlS>ttmmQdqFare17s!E39IzWH;SJoe^Fd
z!htc|R11?~?xDx2WA)PM=$?!3&p$lP>wG0zJ<St^l?X2e^5=FjyY)CcI}*7m65tbX
z5ROo-pVH(vBFn>qd9Cq-i}{Eey{>G*jGFe1-3JWVZ+4^r;r?|usTpqSEVA<*DXqfE
zd9n)aV0K!_ZxiHQ-L@u38>ZPdM38Dp=26n-kS#9&bP*Fy852c_k!yq)<Y^cQ(yq;U
zVojh*7V5qx!#B<Sj0jTwm4^D+;55lWrs~*qeT%^TquZ<PTc_uY)%O~Wg(eJdE)d3@
z=1-JzVg_GnhZSWD2ijR;0<VWV5Fa)*x+Z!@n@@;j;fP`>AA{}z2EtML<s236$4P{s
zJbUNL8+X}7`a;M@g)3x8W+l@WzNHAo;rE>3pRLyNY#o<j`s~Hv{rxjn_M<=?pmy|J
zf1P!INA(mfl@570b>UzndC3mpf6h-bV2LIV)3d(rW?F2LSLk!NM)qSQ>@S>FySU)r
zS?Dp<c)1mS=@~(Nym@)%Sl4HyG|9OkS>c9%(>q>MGIK9AOY}b;?EL6PTqxsLzya!#
zyAd6iq%_PAT^iGj<UhFm6)r<|sBL~HVk_jAZCN2>!&fXI56#c34nNKh90XtY7jd2b
zj7bwEgqMH^n?AFe-n|2-Tc$Bpo*|g=b|}w7zn_td54GR*e_v>3+92}yNf$7W#;5@l
zUNd15BnmH4#mwE(b|FOHa{~wcfK#zUJW)M~8u`(2|7_oSzjQ>L+E!z7kq+a}Q!WD+
z?;WIti7sx(f!I}lXO;R1;2FH8mwtUKnWQq3R~tj5-Q5yy9wFl-f~iEoCGQ;MQn-aZ
zRq!Hfv9t>RcHt>4wi+#v1Kt&aWzjFQtQ!Ij><wPVzf60@Qhk_eR59&QI=({yRryUP
z<@yOud*yEk43eZTka}$|OueZT7(t|)UZ!`OE*WHx*koZ0YEOhXkU{E75X1Bee#)Uj
zelD<9B}7pou@WIFRB9CGZf3Go54v{wVU2ODzwm96W*SiNwJ{F5apRycO`Fjw`)O~(
zmLXm%#?nR-gfmnzx3bA!-+ZuZcr`)m$mKv!!wR4U(qfOyu;@(qsny^8`=eJ}su6f0
z-6Rm^xg)P}ZldJm3E8Sl)qC4=n*MnxT1n93;_RSb+3MDGwuVojg9NJd7<0tbHG*T*
z0J1`#F2QpaolM)M1^-qiuRfk5Z4F(Pz={dwgV|XJFUxegVLBc2E>uwlhyF5}*;}XB
zf>Ma1Nb;L%eG4e(E7m=;_09R}|EAIU91Kj%==XL|a7uvBKf7S4Zdc-D$Dhmf9q%Lx
zV606H>PvW(c16XFvi@yUc#m*Hu(S5BbDKhMw1h{&Jx&fVW=foE$j$TrO5=J7&juGy
z0kC_@@G%Ro%8on|9Y}6%4r7suklZ@)&63$fU{KsRv0lmIod>kmv!R=W*L#h`^8y4b
zfu(LmGRjACSPs$mI_eV47NLzkgIAk+NHJ-}?AJ+xh&n|C_**B2v~lHwRWC1wno!3-
zm5bXzpS~yzPoYb`p5B5y{ixT-H^$r2wORY8g952C;ZY~eKYR7O91%C37Ul($-e{8Q
zg=oGS3c76=cgCB+|IAz%ScBdDgg~+u;*4%n!uiBIpN0B8%&581NkNn*p{TFYA8{5p
zihP5Ow8MrK(u+n&vZuRVVG%zi@I9IHjwT6%VNxU2J%*aA0jA|CNdpF&G3Xc8s+`&}
ze^pt{!Jn6eB$>_3TxYsvVSvOH+mAjYHn_WPGeHN;ZFod%I=7^V#(-OqP7zBS^$20M
zCkd$*_PvtnV-{BmVW-FrkmAuzLM#$&NZF_!Ck7%a&SZUOyC2p^F3@?$oU0}@TG*HS
zdc83C+fV$%VMah^6KRoX>mid|w=-{L)hENM7{~I5>OWpVxb*E^tDqkVNfENa#+(1L
z5gCB8j5OPj2t_HQ=|}<nGXK_sh5QDVHIT;-v1U-<QGMJ0r90h@jwQx4yP&kPYa?!&
zS+pJ@YOU^qH@SYt97(%$wsvFp1;$K=85nWR3-8Xxgq#lH;Q6tNY5q%E(!>q<UoL>D
z&_ik}RvGOE<TmH%Xys-fdxZ6%z0!p-hN5EVl@VJT*(K%=v3i>VyB3r>hb=?uGJw8f
zr3{w4q?GsMJh4!abMp^zHc)Rmd%&E%Kg?0Kq%qJsdYb%j`Zhqm$`aQGXNvX9e%wpr
z#RQ943un1%oB;YsEr(uL6sP5{m*G{?-m!T@tgCa1O_~%x5kw>ywZPrH`bI$Ea?qcn
zqmLMqVU~sxOl_<tnBF-%M0yBkt#A3S)bvRU6@8-NgQlDHK|jSHCCcYJ<uVLPoqz1(
zMf(>MTpRp-zw`~qj5eq)nCMTS64^Jo({rs@GYOjezA_B-@#AHG1Tn=FPNAD>ht8O|
zl<+GvsY<N?2Pkh@zudg1cBl+r-QsidUe3Yas4%aJ&;+d&?a+Rj^G#{5kiqoNRrC7r
zpFd~=4#L<KMe?;*;uV=W>DLYPk9p}r+1(IN?6B!Kmw^aAykG)TlOtu5C;wb?24~MU
zPVCnxJGM&)d?k1m7auSOA7(KBOzqj1+0EA15`Hl!tq8T3=H<#0DrvmFx)TG5wFJB>
zWtne}4QEJ;?iw?2`1p<=q&5KLFmE~Q+@x7?L46Oytd5meE)v~U#=p*QEAzHZI?Z#f
zZ9AGk^vX460mwM)!_})p2=SF!M>Ci2mT&=JgWNPAcTnv!;dJJD6=<`}!zK7FUpiw(
z`|y8m8U1nguT5pz=Fn`nOEU||j{mwAzwy;EEfKm-V=5ZP<V>3lWPgq6HtZ>-{c>s1
zd18vXdoo&msBsCH-(PL^?fk`Yj+>}=rxYIEU_)!lBJTcU^1#d_q1OS+u7fD}j{_%H
zBTxM1bFA&=<<8-z9*YpOr7EXQ&i|K1yqEnA%R_$S(K~HO)UB?%>`h1BLDC15cCSdV
zOL~E!TgGy(bO(ogK>bvZ7dO-NWfam@4}#JCTOLS2Dq0(|LiJrLb9kxyJ~Zo-3^O8H
zIEW%@qL(uNf&tsvP!a2YkVDJs8VkE8ovY$KkZa>h<p+&({dLr9ZiPF$=Zj`j{*j+_
zdbpPFo2z{|+cd1r&NN`NF}OBc_Pk`i?Mg$8-^w3_cxG~NBB}XL^4lzAA9)%IO|~F@
zGk0iLdyY8d)QP`>3c)eAI^j|M9_PSQpdpPaV?sp3R(>8}H;8Q?O%lrLvnH-6Hm|}h
z-+{i6dg9<)5kf=Cz{|wA8fDFymjAnf6O5k#09hI!D8rwfWq)r7-|z{&$Z%CGA8$}^
zlru@+Z_&H(hWtGe{W^MC>oDo<=@qJlwCMR&bkY&N2dAcq*2#_T|B00a!*mnn*=&|Y
zx_J9?Zd`DE{a>Y=U}QNBL;?O-{OFO>u4+f`H_M>Njp50N*k&jqi|VHA70_AIwWbM5
zu97JBMTba2yB%4r!>v6_T(7v(1NU(9d7F7sQl0k{KUsg17hWE^I1)UVMK}zTydhhV
z8|z60XK5e_Vx+~n{Av$L*>sf^oDd(+TqzZ;nPZOO@^JRge|&9p5r3=zJ*Hhh%#>nW
zJ3wQ7yEbF}?6c3X>j1MR5>w<r%pXqe-Ud@j7Or-DBH&Z!KjeBq4l&PXJ*O~r^P9t|
zcv+m$$0wg)!Z1{e{v6B%u=%xw8TJM}qvfK8-Lf#RKGZIm1Si{QwrL03a*iH(pP*rE
zu=6Qsc_PpBH%yahlvvb%9?@k1O;3ye{!9}j-G?XWi&|PakV?nvb)=DG-AP|>Uc_G>
zWEqQ>aAxns!qkRs^{3W>^^y5&nfTzXE92O!z{5kHp5+!t(+e#`6_53QHn9sE5si%;
zA36J4tk5mC>y0D?+8}8mQs3Pa`xe$2m0%u1EjUh+oj+BhqZ+!}$;tCY;o<Tr%y-22
z1RzWNXs&qz9Oc)gy-muL-ulH#xrO=<s7zVu_#%9Wv4p-rF;`YoHh3X}6V9p1`HDJ`
zFK_vAD5B*oga-I!Pw=gbGp5g-+0OUon8E3uV;m^eb$B6^(IAa95b?Ky!znXe7GX9%
z8g(x}M4r|EjMHWq^@lq7tSbFI?|PQKqHdYSa@lIK1T;+Ig7waPu=IB#?cg76dSRt`
z;Pytl3%VCZI5GYvwSZZB6$eqYG80g##QR94UWQkDyh=U3x`&vTw{0-fur16IH__)!
zpuI#|3!FHHBGFHlNRaD6#kE$1_ngK+YB<UgH?Dg@CGEPHOMUmtP`~|s_|s?0k{UKa
zVIdx#G^;TdUUCJB`%{BKajF*I<9B*qZ2v)o&p1aVNZ5f*%Dd9B?EpM%K<8DWX0APb
zedtf)oQWwJ_%e_I-)9!5V}2H=tGIpB`RYSll!x=Gn86BkKJ0!9&|!%?f#JB?*Fq2*
zTa{Uzwb+jr-EG^V!|}yZ?sAeaN(?BOzXM=`p6+*q8odeheh7<kPP?i3%vp|v?J?V}
zH|y0mNDB{df4?)d4~Y4xR=l2z#3S1_BEB9g(YGF?rqQLOz=1G8P>dWkwEcP~$=%qW
z?3IU*y$rv^5X^TFbA@Lp)0yzbqMp7KIfs4xMh2kr2zLG1nH;({Pi(+Ph!WkUPry5S
zlD7I8v#t1PBKp^R2O7@mq&XdkQqPfb2Ma!(<TJA5O6qCDu%vl$^efY4=NvMgyh6Q!
zyY|W)kL3hXV^0QypKn?qoBDXeZg~uUSuq@>ZYMD=y)t2EL5oe<vX=q#E24(&c)wd{
zo#C_8&RQcY3tH@nx*XbGE{IK56~5@E;T=Eu?M8b*irp?DNbdDgx~%%QpBS1FcT@mA
zpZU&k-6Wd)JJz|1>+`M>l$y!|T?o{lE)o&W&XE?X^m?xaw&QU{@U!j2tf(LuC~p|8
z9;ZV+sQ_XC<9{Y51I7m3oCD0aZC)Y#gV-8>d$0@yzxkUM?ZCE@IvgBs-MYp8<rRl}
z4uRki(5d+CEsA;TPa*oLyRo~JkLXy)eOHT#f`h@^f&@S5b^a%gwWxqGzf>2Qmdz}8
zXODpAy`A!Hd62Ws{>AT;T8*;yFD8`c8htpiAzATVd3kl`aJZ#>3eDo|N6Od`*-;09
zjS|04%BIEH<nazVtr_b<^#XWqVBTtmSg>a69<&UDbHTIEDN^E6SSCL`@0|9V{J==q
z+JqI3TFkx7b9$_dEU}5lDc(0SEe_zGjI*@t7&YhA-_^u%FbF4W7#TOcGVhuOk$H0t
z2*^rqBO*B5$VEc!G5=yddfs(5tM&A*R1`1?zyrGGvLM71)b{uje0UolR1H*}F(NOS
zy#ovLJg26RYb<dIZD@DWzlVqV<X_h^DF1mgf0#)xVqZ38)Th!n1C-3=;Ee&0eH8%R
zy@3mjV^RU8aMC8%GUTn(X9~~v-{PpPGadZ`*enmV8Oa0@6?x+q4Syat;z#MHoiz@1
zu~8k7i&F?Fy2eE;HG23oW$&^PP26q6tzI}^O#x&*PbQDgOAOWFC{$d_gG^K~=)rO5
zy5u^FaF`E)LqP7cl8uDnCPM+j#lc-le2TdZbHOAo3M1_HWZ(wF8l9O_Ond&HKYaL~
zgK}j-e^=X;epd&T4TMTa@t`4x5-E{RFm^lhIW(Q`m%9g$c75x5453i!%oEAW@-kl7
z)lk1kqaDNvESymP2+XppUsijq6vtWq(E2}DTJ&F?w-s(3rFk>jybO7nI)C3l91(po
z9QFis38z<%^4gf}w1U5sktAo2kASoQhd>Czl}}_U(nxGg7c?ix3~-R1ybto~^9$X`
zNjmXfOd3<0?Y54vd|U7to_m6wXtXTk&TE-44Cf_PK>^vu@#FV<uC*^;N5wV}Hme{t
zuWQ-$E27wD%z~YR$Z^uyrx$YCMmQe801Du~9{cc$ji@I*aPa<X=~hR@^UmjI&Mp(h
znG)n(mU37BhmL<f{EaR9d!r6=p|67sTCvFh6fDP=0jjE^KllJr$ZwbcI28Hn&VJ+?
zGJQ5@TkE<YyEIF6P)YY<h}7;jL;hziee4e9Xn}41z;7MzqkOfbjJf<7Z_@+n6!Bbm
zf9+`D;H^z-9H!9BrbLH68q17}<<!)yPZ;yZ39j@xf>F(8F~f|!pe8IaUqobyB?Pz4
z0*i|5YKpO9O~%3iLy=M43ICCfV)cWp@@I(rB!)3a!%&+_R-qbD+Sd#aSX2N5IkWP?
z=L&~dXS<5CRe9GQR>0JoRDe%jeO~E~fgOK>^G$I_&BjN18ZRwuTZ5g*SX=c-nTu#L
zdUr0iZnLdCb__o+P^8`<B{tSMp!hrSw#rYrZ@wuhjr^e7e&D=?_m@nj>xne>Wjc@Q
zrTlIdhpU1+)C9OG@7Li>ld^+~!p})4uWIeg4e@bX%i4}u{=>bCvBUO}jb8jH9ZRD}
z<B5<uqV{PAVZexj%Quoi66*3s+Tbo08zX1Yp2~c>>Sc}X&<*SlVW@aO3;EY$Fdb;2
z|2GVSxw&%&@3N$0;@Z-%yv6TB(YL$4GpUQQ8D+<U1+gm@(IkN9m%laa9~%m-b#Bg_
zR)Rr%KJnJk@esKJJ#p#Hk5K9zX%I5$Yq)3rXQQ%k@D}qMX%LDN3{;EaG)ND{@1v^(
zDJ#K=H9O_$K)iLt;dcpBZoWjDONL8^z6X;JzkWSTD~WcVO<!NXbDd6iy?-~Oq2=qj
zOsv<Re~2TkJQMm669@GAtk9@?$-i1zfot$u&H}m5|Gpgm(W{$+dAr4igPSru&Lba}
zI=7$;WWS+SKx|@akQ^(8$=E+N0IPF0!^z8=B0WE>gD5d`3Y0kd46J(=k%N;8R0So;
zO#@T*z%xs^>VBNtlHV`)9zR8Xa=DXMS+^s|A99ExM=8I^=p>dvDo7DF9ffNg=N%NH
zx~jiHGFz_T)00U)nws_T?Nsdvxjr*`*RF&x*v(tYECyHv2JdGu2qzgX_%2Q8yTqNV
z!lHR|6q>C2_~7s<eH%~hZyFjV&v%1|`~B7-CbnboAtzOW{KzW7WD%myyC{SEF<dIC
zZx!tD(Uq5ZUzJEzHAkC4#-!dG8Tx<2GSE;H+b4Y;guztWy4MU_z$bvM)SGzd+s)XH
zB=_cLfSVZKCEg{V!02Fd<@w6|{u*H*9cwZ9U@cZ{X#n-y7lDb4ifk)mohhP)dP5Cx
zK7?~MKQP1Vu0PvudE)E6oUofZM*n!;4jmIA`eb*vbm0Ek)FJo9s?B=t3cnyfib`;1
z<edRAQ|vEg3pSW}<N@}h%`rpm^&p+*!bjEX*V*eN=woBiuT@q^T=S=EchUOr*8dP9
zNv6|sYnZpRH{jy=q#LJ(=k>wA{Ijr)9`czBCo;pLIVd8=Z4Pn~JkXrC7S*n!mgH+}
zq3h?h`;Y<CZ!7oh%2Q)?I+bjM=SYSp1%n6cz*@)D!QdJV4l2dsyrdvd9FT@sBifcN
zy!R@kh6!cDIKP*i78ZoegQGs<1bKGYn6vd4<Od*Dk797>AX&5`Kq%hWqWR2H6u!Ax
z<4J8f%g(HNbFg#~(0~GUaezmM-~EwN9?JgAv!E4=Avw<Yu^csGQt*Y|36N-z&cx<V
z0u3;NMlxf-(DSop-MA^5JQPo5#x)%OzWy{W5LlvAFoC1xXi6nGh>ydIVCGN{fi%B-
z!}T$voQt@G{$MiSYj~(i{k;b+=B0|ndePH}DEW!zZP_Ogv3(-C8jh@Ct0a~>-cur6
zvF1*``DtYr*2Z<a`7pg*P9-nMhOX9V;_ko;fOCq=_efjjd&z$;l%TIf{C!Y1Y5m|%
z`udAIj!Qi^GDwZ^6a8}<Z3c1OUb{&R?If8-zn|7gvPHQ%xHLkNxqdW%);7D?ngN-{
zBp}WRY;qvyh*qvYm;?$AHksn1)y2zO<|lS6^;x%?rF&`!RvYro7RCazrgV|4PZBLG
z1DVmI!6k3`N|IOgyL?iK68+jCxUzgimTZU_FYvU{MB!wdzJOUzCcA8ii?0?jveP1+
ztJia;*?_o><>D>j#}F=-vp3*O>Y98=^@1ipe0cszj2>y4pONlvo7Nf9Pf=`3hn6d!
z@;0)F%<%X7x@aYrkR?*|k7~rKDnhT@jS$tgY9dm5jg)JCT2#?9^gBF!HmxkXlvD~#
z<MVX$Tn|5=T*Ja~QC9-fgu|UWA|GJEs(7%mvhd$g`@$u`NNH99r}EbcixXkQ@gQn~
z3B@sM8|YCGTyPsam6-W@KiA32GTo)&SRQ4+hgq4ykl>y2n<3wPbG#i`TXr};ODT1-
zTDOF*KqSCjmDAl}3;mw8#9A?Mqp)6z=Wa=iMm>Do<U}gy9G`!cbSiW4NW>&NRhnkF
ziB4_KU!wPY*34qssSxMrM#^}IIvmJuKe9j8N_-ifOSJ<_D@X$ds@r0LO(Z1YNC8NJ
z&9o(@kHw^Yh_8@t&08+9IMa5t;&`i8;Wg<Rma#Cdv^bG?X`?d=m5^(GiLt9_0^^ob
z6;rosb;ME080*E=S&4nJk~v^2B!rV5i^MW-?3_5eBHrVVZZ@BkPqI33dtr0CTHp^J
z<S{tB0i7NleNoeDCI7?4Qd)s_@Ruwa(Rk&URUkS_yx?nfd|ccE{cH7490YXh4TE=O
z6Pky!PtsBAb;TW_wC<27vr7}bLlO<UW%a<(6fiRGn`oeRyYF{omV>DDDjZC?BnS$F
zyxYsorH#u8Bx-*tdOZQdia6(~l)Ei+n)T0d0CN6Her0f8C;6pxpCsonF{g;vz3GFO
z8@ZSuj^k@m_A|VXi=tI*Sg7S(^LJ{B7RuTX&>OcEnAr#RDpp8~CaS%HEv6Hit7&z}
zC_Y4*I;lWn`Rh2*K20P(seRR2C=gXsXO)WvWjQARKSGj3n929Gsp{88>og9lsKxn9
z*lYTDm~EkCTr=6HHw+*%FeY&vrwK4PjgohiYZ@uP+d91gUv5vv(0UsM@K1vyS5eGu
zPELHnnmIym3|{?db24}Y+NUimsTllWW^Cb8@Gtcr`ckPunE=LqHfVaNW&^lfXT|t1
zIv-v0<@>|7<d;QN@QVh3YULM%;F5&^-vVzCp8P2agzvOkkx-zzJVfNrub)>1zEdrl
zwzk(*^u$A;r!xY&&jH*A?8a}K%jU)ry-3_fy$V1<EYbMtP(hv+7h@Zt&v_^32Kz0y
zgaq(ak`R6Z&Jpg?ga$aC!d4b9U7-&hT}3y~#K*SLgudShV~spC0l#_z)nQ?=9u09!
znMV`)(1<h*YA*{@u;rf_rGm^N`n8e%o@N0ON6^cGu9V7u^pYvYr!<YVse#g?{C6Bm
zE`#}lu+M`@X#<gb#`t?_W$L<&nD6t&A!D*>sxe3b^^OQa`F(D}-4AuooQNUXA@Vtt
z$a3Tah$J1&2fB<`0dZ+a6OXwSGTn71zN~eB+P)~~Zo2V&VHQMhm*5HE!HGxSHac2N
z8|Gshx|Ez)v*mumKBem~A~e+C`Uus$xkQ?T|1b`|uRV@sHf}Pa_$g8FbGARi*?U%~
zAfu_ww2qoLUOgfW=&|SCY*Z#6mhqS|o42Am6=KFo>O!pnt{j-GEQZjqX-qD!rDJKa
zy}Bwnpyux4%MwtfwYgEt-|e4FN=FWi5|Yp@lwVr?(=R6%j-L*dMtk*H5u?P|daO_+
z@5j4$zL>m#n{W!glVOi}K5TTA5dgKt6Bzl5-V7`$5lozy9Bsmosxoi%h3w(I^p9wh
zJ|k^(n!QEh2fz5LuQ3003U_n2M#SkXmm@FSN+F!5(=eiUx6~K((NcWUk<JgF*>{hY
z49fEAuVrH&v<*wpMFC)ZFoH;=&j~jwp6E45u>cBI?n(Lf&?7qu*Z>Mw9`N<?(j@e=
zqT7Whrtg*}6Csf*N`b_lrE8w1wX_dT9IwRnE=*Kd65(*B$}}*pG>j%3gNcSKG|nuy
zU8p#lR8z&jqrs;jU846S-CF4hFx&JU_UdK^|MJeP5nPHK*d%q@(*l|-HSpbJ19S|f
zI~O9BZ<yE5iAeC@bl#lg{P1^(<VP!b{EF+3L_vY>5vT%We!xe%3U+veo`zUbk76{g
zLPY0XFpSI9q_M7ak~{mDXm~APrW6u%>9M(;ZR7BvMlC&&vTC(y0UH3#cLM8-qOuMy
zD`NjZsw<X5|6{vXSA|J+mVI<3tkH5H9EePw&<vjfb$Ffa8wVVif!?RLNYsNeQA8yp
zs%1C;=-(u?_({I9R(0UtzlRm4Lv|;v=qkbbA=<}iW;9=htax=;|Jh4ZM^b9+O4J>x
zLi(4Iak=^4U~=%*wrL7gzLWeyrf3jXt_H(;$FAG0Rx(!z4Xz$#sUZbZyF;03?4$83
zQ1#)d(g~41paN}dnN__xBUKj=K1NBG+>nRizHtn29L)kEA@M`cJd_U?#l6uEoJhaZ
zP|Q0Oa>o!52@r}mMkjALhkvPL#CG@)%c@-!2oVqRlE2}#r-(nP{70nd4WO1_J#6Z>
zB@d%QEFG?bEUD<j02r6?bzM&@Kyn|B;i6EW)+IETZON$B)XpY>R2T7xSGTIRt4_wI
z$a3LJ#ubLz{veijC&WS4FOeEZEHnhR*rJqK;3B<duX0oW8KMO?3y@nJ#IUd$ZyeUF
zY?0UB|ClZmlmQ8rivdB30PY@Txbcv`A&I`rbyBZrsd0fZa_?$LxNudyX4RD%kEDGu
z%tFv~rfGSk(~B{iROV2RyP3l9xTZt`gM$MC1{r}`<Gh<{-AE{S!`733P6e9~nTOpP
z4R~HzQtFvnd!`;2_ppf39sD|7DkL|3E3+G-dDZBL$vVaS1fjN$H|9W1hM=&vUL_TO
z)KKo@DS-a5!3!yCEeIl)*McjpMedbr_r)85RN0wWTO6hqn9hj5p`?$;s^We8$Ogs#
zYqKe0%@6KLW-8QvXA&$yj5IchZSfr+iyE>qN5EjE0Fs8k`}$FR9t%p>53|2h>e{FH
z&HCdNblf<9Y`8+L_kb<Y*sD_>VUv_2%O)y9{3?9@>iy-@mJ6q1`A=s==FwO6EO1Z)
zQE?rToQ~cxhA6Pi5o{qt11GIi$?8sLhn1OSQyj0lX8$^<#Fz?eGI8bzGBkoYuWZnC
z`-3xpSOa*0phoT!7Qj2c(CW1u3_HaMc6uXS&BBVL+H6|WUGc7v3>^1yYpED4j0~ni
zq}h1m)#r#2Ebf6nD6f5IWMpxXLItx19dmXj9;NM3kQil?TO}m$X+wF342yde{A6e~
zOvG*~$tT5_zkdLax~74U;D<4e_*p;!LVAeIC04kMby@u>9g4A9;Ls&bdFeO?-%*`f
zWP|Hn*!btXIw>4$ERLiwN-h<xuc_&82Mv3Y!Q%?p9VVuQKyP+f(Q@!dT;>jqj&P(5
z$pGV~8(h}>fYMyTNya^}hw;>Ul|Tto7D$AM3nWLl7oKMcjke!K=5q^A7=A+^5Qs#r
zu9%ozijLG*p?FMNtMQJbM0ry=A!j;fzhNVzm-jBDj{j~<akySj!Ue5It?lZ))jS65
z$EjY>mx|QTefH+r=o1=to49uc`~%6u<1Ndl?0hn7`2%g>>-(=#Q5hJkI1YGLE0KF_
zT)b4L%)+{9qQfE(DNBXXeYa+*ypM_UZ&TXqoW_KgX7Dp^UjwZ<Bg(GdvLKAfO=L6|
z^5gx&MbzZzsp==9#;%$8wZ@<hiLq9M4tmZjjnv{n*jN~gkVsUd#=JTgW=#UQtPwlG
zg3FD{m>W&jeIaJ{H0}3MUdPl(y>~B9Y=Zo#H9!G^;d3hvtR=GN(T*!MR-govzeIgD
zJ&JIUW{>uEs0Cg~N;VD=D+dZu%DD+q(mzrCsARy%ffe;A8qHpC=A-fxCzgZ=Nt%h6
zq1bk#xjx6MG#VFQxKg@}Qt_}H!_kl`&FiN&s3jB~Nx3k~D^viJl*Ybn4iW<)B?8g%
zvaYP<2bX}z>$Cg(sh^TmCv@H<)bI8%qy97Xv(y*QwL}S!h&Rcfb{LWAi*RP){EA#!
zJ+~$o9{HC6qT1yMsZ*sz`pTj!%!{~+=#4639bI*dx`Qq3_<3DGD%w*z$M3ks^C8j;
zh)(@Y2%u3Yi4KMj%MP8!$u^Nq2S&=_aA^_AdF*+iA?@6M!U3M?>N%#Rb1S@4Ui8D|
zpcxW0>t-*r;U;g~$%_?3#dy^_`^9i=j+ge}8y+|7EMlfM3f)&rO>~ZZW^p=|H)KN(
z7WvbqUzmx`*sm<puKi60Np+A>Df2$Qq*qcd8F22Lr~5wLOhzv+5;?!Y#9~klTxZWS
z_S-}~iOq(1Tq+F`CpSReC{5kJgj<Ib8;%kl9HFT%j2(~E;KFRr_%Uo8hhTA@V9`8p
zbkAW)5kFznTr{o86gCR?y!I(}4mb3GP|HY!<AXiek0kI(d4?c_<YJ)(_pMWYd~Au4
zb+*?gZV;BU^VxXvv(@QK<~>7$PpW%1@<*_?dPEZBOd4Usq0Y-OZW4-3;bRhS(9H8;
zp`g@we07bv)ODbx*nND75lygvTTEU$AEqfFhS&b?laj1^HcHjJGb{O*rgIB)^$Cwj
z|7M)%_fQw5bkr)G@E>T(?s=$Fcv95K$N7XRi(xFLc`FuSxS?sU6Z!ATD@N|Wi;JO2
zDoivnYEBewO^9g#(Wf?*Adx7q@`2Z{ERcC+jW~_x_Bo|q2xQ%0f#**a?YtY{O-=+Z
zC(e+4`}gaf)-SBRO1Ck0cqJ1kn1~s+MMn{NbMkvfg0|7*XNbCNAU#O8mDx#}vfS3j
zoIuwmYQginY6kX0Ag{Qr9?$;7>m{az`^N#C^)c?()|2XU;w9giva~fdzciR+@P&qX
zTk{!@gsZk{h+22ofno7{8kKMOX2yyruio}nfrF9SWw!iqeeVsmG5Xj@b(j8^3$PRm
zQ8(+W|5$aHX4aR2t#j1lk{X%}AVa6yj}^Rf;76ppw-Fdz^3`8PeO4=_HsNwMUeThe
zCZzO5_|^3TgX~kF*Eb%*wXr7!#a18qBK)IjGex+W3+e<5t|s48u<qg1&hnR;k~Z!r
zeNCfE&rLtqg!<}3`^5CUz{dZGOXPr>RAsz4K-S0a@e0Z$Ark2T48D~1WzLjZ%0)TM
zFKWd>wuEQxAf#_{Mm?*KQA+O$fHogAzu3(yXDwe)y+G8l`Nuduyo@32A4>DY0*e_k
zkoi*++ju)8&8`qotIL{W>Dg7f*oU4mV(i~HHd+St^1pNgB@!TZmgD|tBjECT7Fz9)
z@_~02u!*2%8$WIIrm6SwJ0A?#nWO$;8>z$uQm><3;SH7!wG3^PHj@uM+9DMqyFvqJ
zxeD@9)CJ|z8qM#|RAK5%_d>japb(eLcTBv;kAJQ_Unw{Q^{t9t?LTo_Y7b<9Z9RI+
z^T3~eIkKSA-zD=T)}{SPN6|;OpWZ(3z$GU`W$cfE6%pt0N&mx=LMF`HVKw<t#$cZg
zQ$~X#2N3IX;44wfg>Y8#t)W8+M$6?PAr=f%Ge*eEb1G+QrV3iiSOHv;jK76i@Xkix
z708(h#D~ij>7AgEL~(vhIKhkwkE=Yuk<<=j7UnJTx??}n8Jkf^uODZer?cnG`NTV!
z=*vK%(689)rr}!c{-)Utis~}!c3hr?8=j0j(OwFNJHVhqw6V%Tc)KMu>M(<<R;5}T
z3>%v-sbu>5GT>T&ribyUSeR5<AHkrHYs}^?%^M1AfcB-GI$1?|@-i3gONi`x6DTFS
zh}`oeMLm@4LT*hPmUdv}8*j}lFL69~lMIJFRdLb(Yc?M=qFvSx%nH${I8bW@L!V@z
zPBJBBG(9B^AW4)Qlo4Dwtc{3z1+DwheD0)_DPmi4J1MQlP-ud+Hs>6>U>>pu)(4&s
zsdKOf|3Y`RM?yp~vGR{e%Goz)!u#L5d5P85D%~A)Db$)dm;C0jlTS~%?<Fz{<nRMW
zYDw-m!0-@TB3!cA2FpFcZw(UN79&jslm3hUQUN#eq-$?APwd|Z;YdSG3$Ugs9CDcg
z<>HYstvPgleHCN-_T~$}Lm~jL@AdV2dHb<iyaw`(CEq-j!~iWQR9M!H6;&Ud4p};I
zsnVK6#eivUe<ySx!nv{DpItK!2a2SM+57=}eAvwCpfwqZY^};?4ff##w?CN%Dc0;j
zRoSbGT&G*=%PZpe2-P!8u(H(@2%V-XRNpHfIAbPD{VLufvM;;92>GOn3+qLhA&U7~
zku1R@33O(qkj970nb-AbgWn0{Q-p|ft$1CdNT8$Fv`DZW{7jKJhFs2t^DwHI8yfkO
zmLuQEE~<0nI_fG#kYaz7tlkGL$>|V<bXp?q%>5I^jE#Zg?IKKe@E4i_{<tKQYZ}j%
zOrymj@DICm1={-mEAOj<;#%6Zfe;uV41)yMAwfcdZDe2q1lQme+}$;}dvFZ_1`X~3
zf`{O)!QCN)!yp0XO!im*xjOY<pQ>}Ws;gJ`^J+h<->zQ5y_A&=_v)s6n@ltePSQKR
z2w|H-BHjuibcVhk-M`i2teBcjf-tTYYYz-Fo^Vcwm!w!7h;rrE$ksFK9iu_IipMyH
zlngP}Weg1Ix%_)VImM>mqkmm4Jm$Jg#j_mfcrKPOSCg+`Vxjs;IVc+V{ApV23$U!e
zZxvz#)61mHm7nMh`-Xn$7A}fsZaEK1<Yh2np&=NtsUlNxJyW(VOR&F~M3jXMuWK|W
zU+BBE7(VxS$-~0;X+`H31)5l(j<bqPY;=OzVpQ-{4@(wnMs7NzDim>!S55(~5z>7u
zmrylx$X^>GM&pL^ghD>hXcNaN6!WkxrF@mUVrcI(%>Zx&fkqrvjuO{9Z6Xk&T@?4s
z=aQ-NtIG5|{^2d7HaqJ&P3dvsc+5ZTe^BaK88poxxV)cBk>KQSR(aQXl-;Qu$!XYy
zP3&X56tuG2dk55H$7H}BHc;@~tyP5^gE1u}G-_1N#n4}MqoXHMSJ<<|ak`Bp=qCqU
zG?jBVJ5_}la1Y-v%D=T#DVUF`z_{qRP^DhC%aJBv%lU+kbwN=9^S~Kg?{qN}e6GE-
z?xtMB4mc!XqAx|Z<gViiuv9<oI6Ifw*hR4!`I_qB=(0Ds=POn8IHsinp53D*^yS}&
zq7^*9-D+}oRx4nKr~+s0ZEXZzA6dDLEy*f}D>_K5#O2dS`UIv?st_>{TsDTv-IY&9
z!u{)7hvaHaY1m8p=dqs}zw<dPpvJ=_Az>l2%jv<B5w$;6SeRQz-(Jcb37#e{{zYd(
zi^PGZ^vK#L(7}A#vlGU<b{mGf?1P9m!Z+>@)>5U3_%de0{DQ55@~M3Q`xGj7*|A{@
zRWxwpkb?;i=?m$0n#KHu^};ur!=gjkzx`FD$J<PMy=<36zll$?d*lzvp~>0>9f&@v
zB;^SF#>R06D|jP_DHW2}zA{r6nawo511p}JjI{)19hBLr4raRZO={FR7J)DoUL_pO
zB{D9aFO=mP6?IS1fh0r|PFIHyhMCPgljQNbHaoi9H|D8P>p#`(SWF_d+Wq)lmHvl<
ze4S6PRYfDDAT|D$t*mvWYYyt=g^h=XH!%9`+(rLy5fCQH+6GDBm@V_9BF(6!W_dsx
z&VV`_k6KNG`Y?|~sLTYRfwaH=SF56THBi82g{UYO)gf)D(Jmq%qex(RPKM>V_I%Y&
zr>L^B1g3Q`h8n+DMDZA4vgCniVUBmx0u>XcL0IB?(L-XlFgxlsgkm3d-ZLr`U%4dr
z`>3HVNJ_}RtaoH%ArN_w|H0!_4n*RoNYSaRH=zhTE^W6XVo}i^<oJ*sMpk>wKPb`w
zx>lkK`yu_}&>-LEPBVuoWko+5k1;e?HY=z^#oZRrl?lhq4asdc7<mo(%=k)SQj>QG
zt}I+_gGE}+2XmaS&1ArqW;Pb^%f{g+Q4C$e;@$e>r4jcu?f#<<@EE-knpv3C0n>DG
znnHardC+6;=t#0~`7wF+3~iQ{vp;)ZXtt?ybVOL*XxWV}uENr;rW|0cq45|EF}&^{
zrYHC_pP<L~65j(eR0<Dh2AfQR%l^#AXaLQ`vCII9Hanf;tjHurTBB~Ym?-i|^Q;C9
zpA;|#L{1pckB%SCE1>L0cr(T$ROrNlkDYE?82OgFaD$;T&s?JLOi*>MqZCM4c*m)h
zxX(1pNjR4RRo$ky5*Q%KfTC_Z5P%FG_UwQ@_-^NDAfl+}G>&4;W<|MKaiR7-&x!}D
zV_1pMQcGS)W0ptHB&mMdX8fwYspQTQ)V@pLB#?-wcFn`4!yC`$T4*0(Lu$A0^oo^f
zO*5fJ+_v^DuF8C7)~22uOouto`m;ioQd~Da^H2OfH;9uGUug@fcD{M=6fl3S>)C$$
zTu#+)C%0-X6U#=R<c;zN<&44jbc_t5;H%%inT|AoCaq+Lx~(#Kg$mXYjd51ewrveA
zIFGsvpd|!D2tu|@G8K#^yGr_@?m>_=*nFq_wt7CVk~*|PaGFEx#SK9!wOzo2jrM?H
zMRSPtpeo`WTA<9N?IAxQYUd>qTo{?gAQWYk9X6eBqD*hpPX1G{Jb1(=5sZ$h{msQG
z7`W$nq6};#WdUsJwQuyKWs;wkDP&C>H1^N$hRdh0!yi=TN$OG;V-J$QVfX0jB72hX
zqh>YER3w>BE`?N6^BcV0n*tgill5e7vnZZEWlOG<i)M%s7Im9e_zKK>%W_{HrR9<*
za~1srR17oyyS2ZQQHqBHGX9aV$+uvzlx0Q{obi>3X+&})5X2BF`L$cjz&4&SxW3;-
zxhhT5-f6*Z(~N{Dd4T7Le$n<knnHZY2at4shx1FK5X95q*7Y-gsb`VOP~9bGDlO^s
zD<=5Rxl`sx8j10bWlhk`dS?ayZGy>X@ia7nZ!x_W+rq;yr;QhflI%3j#r|YXUA||b
z7)uLT@zDkH;hrZ#X&c6v`t!nxH$3v_Hmo%UI61W3C5<IaS(rab_{b^r3Yw{{Oqefg
zWwL>xm9_(2Udrghf^CSSaB4Fh>N9(B2^zyj3)Wc;oZ#R4S?6!U8r*bwSyFVOSaqK1
zcox$3X<~ro_8KE4Ly+DaDJNJm@Zh4S_8cT1TVR(B(@d{41R(B=>W<h&W45ZbQZW@L
zRuJIREI<>DZ<G|d8n86yVRMujzrM=#0MC|tS1S=5&P!J@@TJQ;2o%T}9}uJL0>03y
ztmbZjhXhgcEcWgTa4p(MyXmU{?tF&iel41hIMRc9rC&etgqZMmTsst72bF!agpueZ
z>&t&tT6wgVR<Frb1ii<08wkD?rl%>+WY#g56Vj)YR;NbaCn+S|-lAJ^jzm@d#K{*6
z4-QAQnw))Xrv_a7xq&zWEMIQFn0!J5{nWG0kjj5*Vs_5z0&+#id7bphm_2kMu4Gm0
zYnB2PWQDz7^w03r{z9Umc<h#p@tt?69CVWXv!gb2ZEru<L>Ub#^pSwHWTrz5gB!1m
zgQCvp?ihzO<u>0!44-~F=Z1l#sA%r?g+yVU@l}K1Y3*&%A0OiWuRo%knmGHJ-X}QB
z_bkqG^AXb|eP^tO<GphhfZ_FO9=_k%H^RhC#hdHnCMtZ@@^*meC&tG@#V;#8>XwI!
zd|AVW4tDpdLS?gK`Yi?IUlu4U&&LeTAkN{gmQv_j9a+voc<K(ALo21Tj;4-{xJvc(
zW~4KChde4?ajB*jocY`Tc!?K`cr>fa2whlXed|{nbq1gue&NR;ZZx43=GX8*ukMzv
z3P1SJxq(`pLTjUtOn3fm%}3`QHZWz>`K-+|kVexRA-QzbsR|p8aNYX8K^ApGfK}Ab
zS&q>@BmGe;LmRLX)va2rNAM@Xq^o&AM;*(=c4r@kJ(2m+R^K(L;DF_}FR9>6g*7Hg
z*Zq~Pz<X=*np}&HW_i>hW>lg1nf1XB^_r?q1$%ZL>W)cD4YGei!Y`@ffYDFicQ8hh
z?71-Pw4M>g$$6JU@)H5Otm_`VVhHn?1f%8`VBGH|NA+R!ryf$#QAr@HL?VWNbjiDZ
zmhJ1bq~<ub?r_8TRUq@lTb~e;Sa|LvlRPf?c<S7KTK%jZl^^S#kcOU{^aQIrkYVDz
z8g6M4A9jegClYgdRE@(ABi<l2RxlhQd(|c@KL}cc%Dv#!GYvSX#-*rZ1i<6s8i`}=
zsT}&Wfx+Z9a{$X|`;84=f`%eL3Ra`B;hG2WTAW?YC&>gVn7PWdo%AEB1{&uCT9v9V
zb`V~9jNJ`flGE230`^Dbby=fCHMN4$I*saj+jMg?!EKDcR(Z5*!g1b^ZogpSQ~wp4
zT_<H6?@@x+bredxaV)CWLI_XTpgor};zld&OA2?JGyD>q0g)Q+(ySlT(OuabdFCa~
zxMvPRlLkf9xjUUEAnm7KGfH6U7;z?9y~AIZi~0m)Xb4y&<HZE?)b(*<^$<Yn-Yq0Q
zZ)0IiIMh<EKN55FKztny2CL0fqzC5QFY3EOXH-xj<^>73^PHxUB6v-0j2y4fu5BDq
z=APj3u_xA`>%Bje!;)U(3Q#KjUf`v-%TYlxsGfbG{0ii%+uPE*EH6Q?jRCT#PnmfK
zU2ki<*qoN(A~wK`4kY&unx7jEk)>K0D@5DS!y_4rkcyS4H@u2zRhVQYt=I{XgDRdx
zF6G71{#`&)6+YA7a&t*gE?g7z@>{>62)qI)SL1)nU^5kIxQJw8bhfb{ZuY8&KcGAD
z3MzU3G)&<Svv}ExJE(#byv35>%6)w|VdC9ptAG`Z0GYlB{qYjH==HwNmW0HP_iZQD
zg`sIsnN;nAcx>NcQysnRdHsi)@^sF|<`s@<40otoQxK1k9mIpy_3Gu|B$V;&{qCF}
z%<6M{VS_wjA{$_iI_GP%6NTyE9KG1UIP)t*NBBto#Kv~ow!NkXcK9ec=cOSybvk;K
z=}O^cs3Z)kHdnVf@ynEo0XzjZ>JE5_BRMM3`qff-#2&{jDcO!GOZqx#Wn|?DxU|zK
z?&sftAI2uuk2^A%Zkh9a+D>cAY3+Kl{r#(*^%hUJ^1{4?kVIGh?Z^ekRr-YnhA(E%
z5l_8(RTQ9LB47B)iz`E#nNi<K842}lRn8HiGT;SZfHxHs7GpaXv|WcQDmAP4joZ_s
zU1B(RC2c91uc?{laKZ`friXEV?6<e)Ms>F1`;G75anK#as}S;fn}q?e_8x61T|z!X
z7hBe^CV{oxj*9Tz4=G8CKYD3I8}B~TCnHThMdJAkWq1^0`F&L7L6al!1XKX?ihdX$
zbrMo4{Gnpq8L!gdV7M&XtlW4+O}M`<vH#sAV=$d<R6AHtPxS5GiDh}3hZw7~8wibF
zi4NRo6iJ_2UTa<fh@x9hFi#Yv!pyzU591y3Ta0B=Oe1_6?4tPDjky-!@}@7kqP@4G
zCk68p3E6=tq27mii=#}^l6lcHUI{LtdMD%Uf%(_kKfBo`23qB<A_N=J6hq_0BLpnq
zEuU-ICS|)R&w1X~@)6cbriG`ujQTSKJ4uMv1#?vqziws48`!VRs2(N@Q?-|M#z_Sp
zJ^u_1H`2~6eaA=-tQQ|{VY;rh5{*s-JPCh(MYMZ8(5Uh%q3XFabY??he_jU8@Q=sK
z!V{fvqY|XmGiteq)eO?W%)vo#Je2{N+rcC-Xy%9UMehgdCE_yllH2}^$G#nK=r5?r
z+xQw*WXZ1t^qyV(2BY6?s*mYqgt*^7)sCE$9llhjEyEhRYLK}WWD5>v$MhsZNo3!r
z(2>$5KWpIER}dsCP52|T?%jLESK;nYNOjE^n;w`f0u=#ir{?KOVrU?19L%5tC(d)r
zGSF?+ZUJ*3V8Qa3&rt_&SJ>RbUg4Ns^o88`e&y%<=sdVjI69}SEr5I(=q>{x6r`>X
zPWOD2wYaP3PAn-jZe-EWQP^p#^;fmk$AA_|nGrG!;r!xxYH}fhhNdz?yrZDgK^&ih
zR%FYinij71ZSE**Ah9%#1yq<aN6%Dq5FdkMcLH%i0-PB%cRWhEqb4>o!Y+y}&F_}4
z3hnzy*La@`1Brck_O2|-4H#x$WZK2L9QamV*Q7NC2dL*47EENa49^`qOxfTLgTunA
zXigLrBhXt7f{UoPu>;AMEZ`~GxygL|MCfAc(yYJ6v!DLe7O=mlr@(WB+jLy`$~aKg
z_FJ;I{t(MMDD1m;W|F|y-&TfythcG@M%i9+NS_+k>iyv$RAc+5Seh1Mqk@reMWkX8
zJ!@t9DYWRFxl~5u!iCg5;Ts%=D6J-OPl~^zqpv4kKl&>+L6L67yp5)LOcOhF)<o2S
z`A-M^XP<M#Dbt3(^zx8RI1tTDJSt#LP<X>K2TR)u9+>b`zh-gtElq!y8(EZDPw4A?
z9Ncy7$#=p6O)-U~+qLNT_jMI(yF&P===|^DhY98zy<Nq3$mL2_WI}TH!tW0+ot|KI
zpYQN<k%@xQ>erPE&Pa8p7Z)6yxRYDq$`eywu=?>oB(_wz%wiFy%uc&!tvtGJWF5~T
zm?c*+*7+*8JVg{84s$`?b%TB;pORnCle(wSuBZzms){&|vfvZ#lX>;)yFXEOaxz=K
zD*lHNpOh2yIzqk<Pf(Hg&4AzChu(B9bC?O!>*muTFJ(~?+Nr~A3xNz6O$$4XAfW?$
z7JvrW?+y7g6X7Zgi%O*aCY2c&lXOnWO2kko9TW>0&@0$qem`vBBUPeA@dZXB2m@vV
z_{mUeMg2u_eas=w{X(TX%sL6I_cRs3%CIz*0vN?^=M|)L-JghZaz(|R69o9|<+SB_
z^TZqX*r<vrGbMf21<PvPmQ1|=9;s$)WXls@<jXeSpn)3K*g{6GIO?cm7;#?r#yr*l
zj%n|`NArNoYyNAD<o}-DG{OmoZvEFp9`VNRPs=oC2sJcR{^pzf?J|46)L+kaf{@I5
zFBVO2kp8GtiRj*Ng7e(7_o14pq4+3u|J(3a{D|(_X;jLEPy_oF|MTAey$(Pc!pFz!
z&dxu_txDN~?xVbOzMI6bj~iiRcftY4KWidarAqpqEAGXL*)1m>e;yxB0{ChCPebTJ
zK^^xy9K}uX!gu?h|FKlef}B-(w*O9)rfr7*slmx`%|c&qTynr;Ky^Hebxi4t+Hyp!
z$&CmE76|`t3_*e@{SgKfdU2B<&5<GKG)(u0TAhO4mn`6pt4c>9|9c2{)$e-cJxt{B
zEPhVU6(79nHvPVIT<Ch45&HIKJtU?VgD~Jc8Fc}cX}pjJe7?5V#JL-vpMG<cf6aFX
zu~%a<=FF5IL&njuMRNl2I)4Fv+$8Iii6!n|gLkH8xS~n>&Dt{~8F=pD?cCp~3(kff
zvBShALWg(G({vp~dteW6ONq<vWF@c(z_?j&$f0S)g9`k(FD(Mj7rEaci2S%ckT|th
zTAU;3en<iaZ^DrGmf*Y9>kdy8$ou;}k${7u^pWSsloqsm!Ap*vG=wle#KNV=-Ocqw
z6M-vmy=1&MhHTCT2B~Si6~9^VF?aebwUyeB%yo*4JdI+`dDlbWyZ+?hh^@LUI8w{d
zuK|7$A8^05Xj|R>yQ+0+36G3@KzLjPc^}Ka`f+#UGoy4|7Q}gTvp2@Ps}p4#!-qpH
z!ZUHYyNTxuU%F!i`kU8(X&DN6U+y=|8GKn)q(gQfHBH9QsjogXwO338L}H5gR6k?y
zw`x1Tp`(wZ{>H0&cC!`#<OjCMP1hyjvt<r?AW9B>MDtFXF1y}$<yHUd*0raBe?g(0
zo)2@ZxsD5={KR`b2zx9?$fuvilUhLa`nZ7ZVZZb7s@k+a?%^~-r0u@drG#q_LiYAz
z<e%!!NAFv=&6_U|O+^2yq~*vw>{0y1zv>Y9R~=~1kxAw`-iNGcAIE)G8P__l+fQh&
zkh4u4SEG*p7vWS6H;AUrc0Kl!PUPbrEZ{LOg4P?cV2Qqdc`#kH_t%N9JCP56fgLr>
zbs!q5^;cIQm)gG}A`h3-oa9#9XRzr2Th2YSxVwra1I>LAiC|c}7FN0=&+#9_DnD&(
zY^hMLzGP-4tUf%Bwh8JxH`UCD$5btY+sk5+hpXy<hwKyIJ;wOA=ezu!xAKN}Qz%$p
zT=&LSd@n|ogl}J<Ej#zq6d^UV^xcn_o7Wx@O=zd<Aq0Ko9LPr+QurQ3+*9bqWq&{m
zQp(g3+iAvf1u=<B>~R<&b6S5rw0<7jN8FF3cUI1Uiy&{uJ-L#I{jPp#F>cCpw5JGW
z3Akbr!ai<BS#<5?_#C5Tj{LahcU?3l@^GL;cs5h2W^HdRgz}Ir&yI_1Y}$|O8>o{x
zc*4m0i^!X={Ot$0$2(o7<NX2~jC8jEurOlYw5Ukrar%Lu#s~UutfoJ|BS>7gJW1_(
zNf%4!dn#IwWawg$OOuTn-W!K8=Nmqrr!$0pacDsm#=LJfB2YHHL)qF7rFf25*q`OS
ziJxShH<A)>eGqVz$8#98-FzPR#UkuH4dc)|pn;m9as^&h>v0R{=P*ZS)@o*dK>q*a
zn73B<m(xnsZy&KEQE_^`>cau1MS1g)V}Orbx!-<XMC5)wDr%|LZu$(7cXI&`zYW#&
zhf!L;;_GX_US-od-;Ch^Z!WDO_`r8dYmaGnh5-*(jvu?JKxZo_{?}o6WI&5+AigH;
z-qc0&UXFN=u46lIyS~@`m&c`Of&Ul=6Ul)4Z^qazILrDE5{{0W&4=r?0F+H&Z@tdp
z3-!HIZCA6pgl7wuu!pnwfaNtS-^UABI-5Yi<6E#l+>}n<aXcI9`RAyK4kf@FN3UV6
zj`LI`DrabUR|Dz(1+d)g8hJCQ<j?*82LO1H9|BYpq(&`f&PEW49b(kOhLfJxUy2Bf
zFfDeDv`G6L-;30)WK=XHxBpI_LPYyP$F_zNeFE-#xtV+MTXSy?KBft!rE(KS9FFuE
z?`<J1J%G#xT!Juiw?<7Osq9KbZ_&P8Bb|UTU2KCOosa`{Kz;oJF<P8X=lWUK91YYW
zOU8l`jk;;9$}~jn?B?gbuZdIAQg+D7EhhO9^N)_%+23}*9&@yTf*i3<<AZb9*&LMF
z@w%}Eh^^{{?D%$@Z*){1e3bF`u$9}AUtV1MZ8hv9^<2+p(RPb03<J;%YsX{7fm$f)
zfuaT0|4+1kDF$_1cKBbm-~{oY{L4-Lw{)N<q`BlnF^j)uags!Fq5lEs>{2rt8X7=W
fLR5X;`d*~stzu7GAfXhh4NX>3QKCxBDEPksEJ-ZM

literal 0
HcmV?d00001

diff --git a/demo/documented/hyperelasticity/cpp/HyperElasticity.ufl.rst b/demo/documented/hyperelasticity/cpp/HyperElasticity.ufl.rst
new file mode 100644
index 0000000..f0346b7
--- /dev/null
+++ b/demo/documented/hyperelasticity/cpp/HyperElasticity.ufl.rst
@@ -0,0 +1,83 @@
+UFL input for hyperleasticity
+=============================
+
+The first step is to define the variational problem at hand. We define
+the variational problem in UFL terms in a separate form file
+:download:`HyperElasticity.ufl`.
+
+We are interested in solving for a discrete vector field in three
+dimensions, so first we need the appropriate finite element space and
+trial and test functions on this space::
+
+    # Function spaces
+    element = VectorElement("Lagrange", tetrahedron, 1)
+    R = FiniteElement("Real", tetrahedron, 0)
+
+    # Trial and test functions
+    du = TrialFunction(element)     # Incremental displacement
+    v  = TestFunction(element)      # Test function
+
+Note that ``VectorElement`` creates a finite element space of vector
+fields. The dimension of the vector field (the number of components)
+is assumed to be the same as the spatial dimension (in this case 3),
+unless otherwise specified.
+
+Next, we will be needing functions for the boundary source ``B``, the
+traction ``T`` and the displacement solution itself ``u``::
+
+    # Functions
+    u = Coefficient(element)        # Displacement from previous iteration
+    B = Coefficient(element)        # Body force per unit volume
+    T = Coefficient(element)        # Traction force on the boundary
+
+Now, we can define the kinematic quantities involved in the model::
+
+    # Kinematics
+    d = len(u)
+    I = Identity(d)                 # Identity tensor
+    F = I + grad(u)                 # Deformation gradient
+    C = F.T*F                       # Right Cauchy-Green tensor
+
+    # Invariants of deformation tensors
+    Ic = tr(C)
+    J  = det(F)
+
+Before defining the energy density and thus the total potential
+energy, it only remains to specify constants for the elasticity
+parameters::
+
+    # Elasticity parameters
+    mu    = Coefficient(R)
+    lmbda = Coefficient(R)
+
+Both the first variation of the potential energy, and the Jacobian of
+the variation, can be automatically computed by a call to
+``derivative``::
+
+    # Stored strain energy density (compressible neo-Hookean model)
+    psi = (mu/2)*(Ic - 3) - mu*ln(J) + (lmbda/2)*(ln(J))**2
+
+    # Total potential energy
+    Pi = psi*dx - inner(B, u)*dx - inner(T, u)*ds
+
+    # First variation of Pi (directional derivative about u in the direction of v)
+    F = derivative(Pi, u, v)
+
+    # Compute Jacobian of F
+    J = derivative(F, u, du)
+
+Note that ``derivative`` is here used with three arguments: the form
+to be differentiated, the variable (function) we are supposed to
+differentiate with respect too, and the direction the derivative is
+taken in.
+
+Before the form file can be used in the C++ program, it must be
+compiled using FFC by running (on the command-line):
+
+.. code-block:: sh
+
+    ffc -l dolfin HyperElasticity.ufl
+
+Note the flag ``-l dolfin`` which tells FFC to generate
+DOLFIN-specific wrappers that make it easy to access the generated
+code from within DOLFIN.
diff --git a/demo/documented/hyperelasticity/cpp/main.cpp.rst b/demo/documented/hyperelasticity/cpp/main.cpp.rst
new file mode 100644
index 0000000..05d2cab
--- /dev/null
+++ b/demo/documented/hyperelasticity/cpp/main.cpp.rst
@@ -0,0 +1,226 @@
+Hyperelasticity (C++)
+=====================
+
+
+Background
+----------
+
+See the section :ref:`hyperelasticity` for some mathematical
+background on this demo.
+
+
+Implementation
+--------------
+
+The implementation is split in two files: a form file containing the
+definition of the variational forms expressed in UFL and a C++ file
+containing the actual solver.
+
+Running this demo requires the files: :download:`main.cpp`,
+:download:`HyperElasticity.ufl` and :download:`CMakeLists.txt`.
+
+
+UFL form file
+^^^^^^^^^^^^^
+
+The UFL file is implemented in :download:`Hyperelasticity.ufl`, and
+the explanation of the UFL file can be found at :doc:`here
+<Hyperelasticity.ufl>`.
+
+
+C++ program
+^^^^^^^^^^^
+
+The main solver is implemented in the :download:`main.cpp` file.
+
+At the top, we include the DOLFIN header file and the generated header
+file "HyperElasticity.h" containing the variational forms and function
+spaces.  For convenience we also include the DOLFIN namespace.
+
+.. code-block:: cpp
+
+   #include <dolfin.h>
+   #include "HyperElasticity.h"
+
+   using namespace dolfin;
+
+We begin by defining two classes, deriving from :cpp:class:`SubDomain`
+for later use when specifying domains for the boundary conditions.
+
+.. code-block:: cpp
+
+   // Sub domain for clamp at left end
+   class Left : public SubDomain
+   {
+     bool inside(const Array<double>& x, bool on_boundary) const
+     {
+       return (std::abs(x[0]) < DOLFIN_EPS) && on_boundary;
+     }
+   };
+
+   // Sub domain for rotation at right end
+   class Right : public SubDomain
+   {
+     bool inside(const Array<double>& x, bool on_boundary) const
+     {
+       return (std::abs(x[0] - 1.0) < DOLFIN_EPS) && on_boundary;
+     }
+   };
+
+We also define two classes, deriving from :cpp:class:`Expression`, for
+later use when specifying values for the boundary conditions.
+
+.. code-block:: cpp
+
+   // Dirichlet boundary condition for clamp at left end
+   class Clamp : public Expression
+   {
+   public:
+
+     Clamp() : Expression(3) {}
+
+     void eval(Array<double>& values, const Array<double>& x) const
+     {
+       values[0] = 0.0;
+       values[1] = 0.0;
+       values[2] = 0.0;
+     }
+
+   };
+
+   // Dirichlet boundary condition for rotation at right end
+   class Rotation : public Expression
+   {
+   public:
+
+     Rotation() : Expression(3) {}
+
+     void eval(Array<double>& values, const Array<double>& x) const
+     {
+       const double scale = 0.5;
+
+       // Center of rotation
+       const double y0 = 0.5;
+       const double z0 = 0.5;
+
+       // Large angle of rotation (60 degrees)
+       double theta = 1.04719755;
+
+       // New coordinates
+       double y = y0 + (x[1] - y0)*cos(theta) - (x[2] - z0)*sin(theta);
+       double z = z0 + (x[1] - y0)*sin(theta) + (x[2] - z0)*cos(theta);
+
+       // Rotate at right end
+       values[0] = 0.0;
+       values[1] = scale*(y - x[1]);
+       values[2] = scale*(z - x[2]);
+     }
+   };
+
+Next:
+
+.. code-block:: cpp
+
+   int main()
+   {
+
+Inside the ``main`` function, we begin by defining a tetrahedral mesh
+of the domain and the function space on this mesh. Here, we choose to
+create a unit cube mesh with 25 ( = 24 + 1) verices in one direction
+and 17 ( = 16 + 1) vertices in the other two directions. With this
+mesh, we initialize the (finite element) function space defined by the
+generated code.
+
+.. code-block:: cpp
+
+     // Create mesh and define function space
+     auto mesh = std::make_shared<UnitCubeMesh>(24, 16, 16);
+     auto V = std::make_shared<HyperElasticity::FunctionSpace>(mesh);
+
+Now, the Dirichlet boundary conditions can be created using the class
+:cpp:class:`DirichletBC`, the previously initialized
+:cpp:class:`FunctionSpace` ``V`` and instances of the previously
+listed classes ``Left`` (for the left boundary) and ``Right`` (for the
+right boundary), and ``Clamp`` (for the value on the left boundary)
+and ``Rotation`` (for the value on the right boundary).
+
+.. code-block:: cpp
+
+     // Define Dirichlet boundaries
+     auto left = std::make_shared<Left>();
+     auto right = std::make_shared<Right>();
+
+     // Define Dirichlet boundary functions
+     auto c = std::make_shared<Clamp>();
+     auto r = std::make_shared<Rotation>();
+
+     // Create Dirichlet boundary conditions
+     DirichletBC bcl(V, c, left);
+     DirichletBC bcr(V, r, right);
+     std::vector<const DirichletBC*> bcs = {{&bcl, &bcr}};
+
+The two boundary conditions are collected in the container ``bcs``.
+
+We use two instances of the class :cpp:class:`Constant` to define the
+source ``B`` and the traction ``T``.
+
+.. code-block:: cpp
+
+     // Define source and boundary traction functions
+     auto B = std::make_shared<Constant>(0.0, -0.5, 0.0);
+     auto T = std::make_shared<Constant>(0.1,  0.0, 0.0);
+
+The solution for the displacement will be an instance of the class
+:cpp:class:`Function`, living in the function space ``V``; we define
+it here:
+
+.. code-block:: cpp
+
+     // Define solution function
+     auto u = std::make_shared<Function>(V);
+
+Next, we set the material parameters
+
+.. code-block:: cpp
+
+     // Set material parameters
+     const double E  = 10.0;
+     const double nu = 0.3;
+     auto mu = std::make_shared<Constant>(E/(2*(1 + nu)));
+     auto lambda = std::make_shared<Constant>(E*nu/((1 + nu)*(1 - 2*nu)));
+
+Now, we can initialize the bilinear and linear forms (``a``, ``L``)
+using the previously defined :cpp:class:`FunctionSpace` ``V``. We
+attach the material parameters and previously initialized functions to
+the forms.
+
+.. code-block:: cpp
+
+     // Create (linear) form defining (nonlinear) variational problem
+     HyperElasticity::ResidualForm F(V);
+     F.mu = mu; F.lmbda = lambda; F.u = u;
+     F.B = B; F.T = T;
+
+     // Create Jacobian dF = F' (for use in nonlinear solver).
+     HyperElasticity::JacobianForm J(V, V);
+     J.mu = mu; J.lmbda = lambda; J.u = u;
+
+Now, we have specified the variational forms and can consider the
+solution of the variational problem.
+
+.. code-block:: cpp
+
+     // Solve nonlinear variational problem F(u; v) = 0
+     solve(F == 0, *u, bcs, J);
+
+Finally, the solution ``u`` is saved to a file named
+``displacement.pvd`` in VTK format.
+
+.. code-block:: cpp
+
+     // Save solution in VTK format
+     File file("displacement.pvd");
+     file << *u;
+
+     return 0;
+   }
diff --git a/demo/documented/hyperelasticity/hyperelasticity.rst b/demo/documented/hyperelasticity/hyperelasticity.rst
new file mode 100644
index 0000000..045d82d
--- /dev/null
+++ b/demo/documented/hyperelasticity/hyperelasticity.rst
@@ -0,0 +1,145 @@
+.. _hyperelasticity:
+
+Hyperelasticity background
+==========================
+
+This example demonstrates the solution of a three-dimensional
+elasticity problem. In addition to illustrating how to use
+FunctionSpaces, Expressions and how to apply Dirichlet boundary
+conditions, it focuses on how to:
+
+* Minimise a non-quadratic functional
+* Use automatic computation of the directional derivative
+* Solve a nonlinear variational problem
+* Define compiled sub-domains
+* Use specific form compiler optimization options
+
+Equation and problem definition
+-------------------------------
+
+By definition, boundary value problems for hyperelastic media can be
+expressed as minimisation problems, and the minimization approach is
+adopted in this example. For a domain :math:`\Omega \subset
+\mathbb{R}^{d}`, where :math:`d` denotes the spatial dimension, the
+task is to find the displacement field :math:`u: \Omega \rightarrow
+\mathbb{R}^{d}` that minimises the total potential energy :math:`\Pi`:
+
+.. math::
+   \min_{u \in V} \Pi,
+
+where :math:`V` is a suitable function space that satisfies boundary
+conditions on :math:`u`.  The total potential energy is given by
+
+.. math::
+   \Pi = \int_{\Omega} \psi(u) \, {\rm d} x
+   - \int_{\Omega} B \cdot u \, {\rm d} x
+   - \int_{\partial\Omega} T \cdot u \, {\rm d} s,
+
+where :math:`\psi` is the elastic stored energy density, :math:`B` is a
+body force (per unit reference volume) and :math:`T` is a traction force
+(per unit reference area).
+
+At minimum points of :math:`\Pi`, the directional derivative of :math:`\Pi`
+with respect to change in :math:`u`
+
+.. math::
+   :label: first_variation
+
+   L(u; v) = D_{v} \Pi = \left. \frac{d \Pi(u + \epsilon v)}{d\epsilon} \right|_{\epsilon = 0}
+
+is equal to zero for all :math:`v \in V`:
+
+.. math::
+   L(u; v) = 0 \quad \forall \ v \in V.
+
+To minimise the potential energy, a solution to the variational
+equation above is sought. Depending on the potential energy
+:math:`\psi`, :math:`L(u; v)` can be nonlinear in :math:`u`. In such a
+case, the Jacobian of :math:`L` is required in order to solve this
+problem using Newton's method. The Jacobian of :math:`L` is defined as
+
+.. math::
+   :label: second_variation
+
+   a(u; du, v) = D_{du} L = \left. \frac{d L(u + \epsilon du; v)}{d\epsilon} \right|_{\epsilon = 0} .
+
+
+
+Elastic stored energy density
+^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
+
+To define the elastic stored energy density, consider the deformation
+gradient :math:`F`
+
+.. math::
+
+   F = I + \nabla u,
+
+the right Cauchy-Green tensor :math:`C`
+
+.. math::
+
+   C = F^{T} F,
+
+and the scalars  :math:`J` and :math:`I_{c}`
+
+.. math::
+   J     &= \det(F), \\
+   I_{c} &= {\rm trace}(C).
+
+This demo considers a common neo-Hookean stored energy model of the form
+
+.. math::
+   \psi =  \frac{\mu}{2} (I_{c} - 3) - \mu \ln(J) + \frac{\lambda}{2}\ln(J)^{2},
+
+where :math:`\mu` and :math:`\lambda` are the Lame parameters. These
+can be expressed in terms of the more common Young's modulus :math:`E`
+and Poisson ratio :math:`\nu` by:
+
+.. math::
+    \lambda = \frac{E \nu}{(1 + \nu)(1 - 2\nu)}, \quad  \quad
+    \mu     =  \frac{E}{2(1 + \nu)} .
+
+
+Demo parameters
+^^^^^^^^^^^^^^^
+
+We consider a unit cube domain:
+
+* :math:`\Omega = (0, 1) \times (0, 1) \times (0, 1)` (unit cube)
+
+We use the following definitions of the boundary and boundary conditions:
+
+* :math:`\Gamma_{D_{0}} = 0 \times (0, 1) \times (0, 1)` (Dirichlet boundary)
+
+* :math:`\Gamma_{D_{1}} = 1 \times (0, 1) \times (0, 1)` (Dirichlet boundary)
+
+* :math:`\Gamma_{N} = \partial \Omega \backslash \Gamma_{D}` (Neumann boundary)
+
+* On :math:`\Gamma_{D_{0}}`:  :math:`u = (0, 0, 0)`
+
+* On  :math:`\Gamma_{D_{1}}`
+    .. math::
+       u = (&0, \\
+       &(0.5 + (y - 0.5)\cos(\pi/3) - (z - 0.5)\sin(\pi/3) - y)/2, \\
+       &(0.5 + (y - 0.5)\sin(\pi/3) + (z - 0.5)\cos(\pi/3) - z))/2)
+
+* On :math:`\Gamma_{N}`: :math:`T = (0.1, 0, 0)`
+
+These are the body forces and material parameters used:
+
+* :math:`B = (0, -0.5, 0)`
+
+* :math:`E    = 10.0`
+
+* :math:`\nu  = 0.3`
+
+With the above input the solution for :math:`u` will look as follows:
+
+.. image:: ../hyperelasticity_u0.png
+    :scale: 75
+    :align: center
+
+.. image:: ../hyperelasticity_u1.png
+    :scale: 75
+    :align: center
diff --git a/demo/documented/hyperelasticity/hyperelasticity_u0.png b/demo/documented/hyperelasticity/hyperelasticity_u0.png
new file mode 100644
index 0000000000000000000000000000000000000000..4d3ce4d768640a9002159176c5587c95f1cb6450
GIT binary patch
literal 40841
zcmeEt^LL!z7jCSHCk-Y}8r!zbrm>TTjcpr^Z8o-T+fC9~jqN+1?^^fw`v=_LX3d=Q
zuKn)wY&`os6QQgqg@Ob^f`EWPk&zZxg@Az4gn)pIM}Pu<^Zq?z1_FWvLPlIf-977H
zm(HZihSv6@-|$Ow3y|3r(heE-pMn^ajHL)EQc<v2v}I9=DkuS6TAkyR6vJw1YoAgz
zIaBwp<oBXJd-;5nelR+-qQ5W_$B~nNo+QmT^+*&LX3nIb4Y(`ck%g!u{$b6_$L{Tq
z=z#mTp5pr$p2IY!Dz~Zf=giL^{3i0o=8f7_8Wk=TAmR(AS*s@Ps^u^>lzxqhC9BOw
zP%!wXrFKgW1fBoZELfp8gBPEbERop!w@{%%Wc9xtnHoX0OW+S&Rd7b&eN8{L|NjI2
zzYqRjaB#mr@D2+`(k0RRbI(l%fEfYj3W6~hz>JHt8l{B<-3p<E`?>V_G#>V<)ACbq
zaFY1q5)4w`AIE@?!WC3QbhrS7pw-&%f4Q(+{vF5}??Aln0zK-m84YRP4tiW3cRqA<
zxQhNmrS^Tg-w8RK5i<5V;&W(fObAZDe|4A56@Z-=3ObD5HQs-vQd}K-o=}MNrJmCG
zOsodH%VptZQRvZ=j0pN`JU$d>$*)njkPsY(GA4FDi#{b*c5RY7%!~M32x#2iM7~aD
z<ltW56>vC>A6F^-7}f8?jtiheto>i`;LlUNdwqgX_WnT7T)_nEGe3R7)*y(ybt0oQ
z;GVoX7=jW#qhI{l9|5=mAz>rI!rvP5L(UO?=r+{e=c|LG>qW03&g*q#9s-3D3MGIT
z_yy+oZ3FeO6--SXdTSa7JDDR{?)so6R;Kiv7PY^3e=7pQ6jm%B5vKS7bBJ@8LzvL5
z8z`&_Edm_UU~l`}9rZ+nhj_4a56q0yL0Q)JltP>kVR2BCdFO-r2K$}FlZ>xrPU*eL
zwAiAlD(SJ9+>Khv)z!FJE`;5l9y3F#&;tJVBz2#~AAV$k9-2=_lJ??wVj3O@>|2{y
zl3Y97jIum02u{lCY-WQ@lwg0U{uL$BAP|Jik?(#Y1CS^C;l#yaMvxaFwh!d~#BR=M
z@gy*+xaX53zQ)Vd9d(0*n=_nuJC1UsFcPLNOLq2#$0&D8N?inoBMgd*!_@qOGBooq
zLZ<XbfPr|(!Co`JCV}|p@-S=&higa!WTU)25Jg63rurNb;{Ujao8De0?!NEP1t+Gn
zmKyz6_$^w9Aj5x%;RtYTvLXdW5oy8x1;e5!k?DRx#T27j2nT-<{)&*52}>H%`U}Hg
zuk*knBF4{hii(hy&7#5xFH^&&N2GheQKTaV^W1MZDupe1ZvB@Ydt&Z(Cq8+zya$~T
z7e!P`Ckv7IMMy%Posdq~NsNv1(>q1Pv%;lG;6(lu)yrAY0*t!R4d>^rkdnP;zcH60
zJi5q3+&W_iBF0Pj2aM&3K=kZMAue|DR2@}<0eNq<Y%O^5NHdJkTI5~=J-J*0Ixw!P
z#FCd(j?UH;I4)=vgViz0;ee}q=HsjxnKOqhT5ZuLVJJgDOawa5RYBJIM4yPL*heO@
zZge|;RxRKD4_sBt0K1oW%wF|%z0f{+(L9*5nSs9`z_)d?Fe+Oz$={98{OG^aS?5%%
zOgRGA^_eMbQ3Ga!g-;I1n}Q;#o2-j_*P#(g$r;$y)-e*FM2!z+^7b+Mp4y3_;L2X%
zb!K$_bGukI74a>+jXo<nq*AChV^A)PsM-~q#nH7Ax~$N);a5pG07bK9a&yZcDGS1w
z2gQAVT`kSYZB_p^84C(%5@XGnFIc896G5cR6(g`D({_@|i&_?DCZv$Zg8j?4-@!rR
z`O)6Fv+#8w`0LDm2o-a40NEnq<#S;kmIe}~T3RQ`^jn2iVf(;nENP$}bz7eFfqG9`
zPZxv)WmeRdnKb4JOn6_SeS~3oWV)*F@vu-)W%^`)b5Ipp%zsdKnmusIJybG<!05Uf
z93N*p3)mCRGgjScfp82V?(29Qbv+YTf20f{&Guej!Vw63h}d}xt()B_Wfckup&_G9
zXVtg@vG{#eWEqmi`-|vWN{z*iUEqujhqL|cLt=&9Eco?5{LB<gNO|+x1S+EMfHO^>
zcsXS{sS1&(NRxtTp5yeFxHQ@!tiVx$0u$9?vb5)l0T`)qSOqNSbqNnm;(Q6I!WCwp
z&*Tuy(?-^C?jh-bzgZ*FYeB_VM50jKWCb>e1#?;m=JV5{_19R0AX@>u`$^WS<sj$h
za3NDX%8z;@hkpKZZ6M4czdTo<{#Ynieg>|1Gj4fj!;nOA3<^b~L?++x*@O)%Cz2?g
zlzt<k*{FHqm{RVnn;+azlT6DV9+obVm=Wv^6$a*6=f+DJB@s1SEUJ07n!-<Lb9r{!
zgTAMdOC!u69uZ`D@B7EQH`c175?8Q$e_yW)A%NJEEXO;kn6$SwkqNn`pQD;6S(!Ic
zbC577i)-URTe@$#F-dt>e#?{OWj1hg?T9olu$yu1IJ(9~W$z(nYeile^401Mlqbx=
zGVHw>goVq>4e}gnp^ld%3i!;_c*XoI>D0Ucml-Q~sxk$mv$o$NtL;27I3Fa2dn>~d
zdiZ#2;m2c_G?N38f-rB$hOl4u&DcU3hvYakWz`Ex`kP0y^DzMw^}ZrX0d+b2#FV%O
z1DeUy#}%$fo>Q_TofV5xX}<7hpXA2IuBz4ai^tRrD1>)wrr~Mnc)<0s(daR8A`*(R
z7DR0DL93wjFJCIgti0hvBpLZmQ9}7sF{MbHtSw;04f5|_)U~6D?m!;ABq_4~p**Z^
z#bRyBzd#5*$@-DgSYM~y9B7A-i)ve#r!AIElk`10+rauF`o{voev%c|DiFsaHlFf&
z=;_G(myu52je(&|ep_7pkn$;lsL_tl3u+1E<`7KZVX0+PP9hlG+iRejXL&lz-52S+
z74D;XZ99{^iR5t+TEpIC$515IKr?P3;sSk?wZHp2j{aC-Mak@+0B_yS1~y)hKtco-
z1_kuP+|ttHHM+c~g)>+9;2<!AZGuy?U#koOi*cGcJR)RpPzw8ZKvJ%sKOg)0|5Bwd
zyhZ0>LsOCpmEB%QS^ghmoup4JJy_rMEQ@j(Gr`3UjNn^1iq$kN+<fVc*_SO<(k!zi
z0ggrgBl2AzAr_zG@ixs#r${iEvyP?dgX#9DO{4$LOHscE4)b#ZT=dx|Sicx>SN1;E
zqt8nVlr<=6u38C5fva&(47>hY79E`;6>afnnYx)FcB!->dd%XW!rt(Z*MymF+eLq2
z9#11Ttz4+>E*|xlunB}mewqw7BuckdBRj8pOq95&oKC}ww#m!h{4OOtF$#8C1mwdt
z=Yp)=0&TQH!b-qZuc)*isR1)p_kmtCB=Z#i&jPW+s-xd<MrSSBdqXo(*QNy!O9#3=
zj6_Vq&eZKR@~Z>k8G*vwSFWE@D(RC3X>u*mue}{*b*ZtMr4$Aw%C(wfSf0hB+$g23
z-o{!*HzA3)3)ORUlJ+Qx#x4QO*s=i#5DkJ}GBTDADtiSa__8yT&M_gs_y$t{5K1Sy
z%R~GZ??1q=PmCFZ(*x1V>90NhYGy<H1I1>DuAu$aB)|SD<8z>&)8HGwLCCldf_!4b
zzGACx;e(=%C;s-g=!~mCR(hWTcty7lLK(>urr)8Lv>0&+Sbs4P%s-Gwtj$p%jG^M@
z`C9AI1t*YMZd-imQujvL;TOc6YVW<ll%b0@X5}MdX$#U*238|h#nwsJfn@tWTbDtt
zTz5+<iAO&FF@T4EbzHSPdjDQU{P~NXTiA;KT%G1XW4;>m(08fLs((d-tjZ2)&z}Cq
zaQbA<yTn0bP;IIYC_}d_*Iz-0&-AANmW(X^0x9KRnxi&RkG0I^=`xnANkoPs`~ghw
zZj1(x3<4$H_uh*nHUfHkO?G^X?PIg^7&fIIQLY=0=nTU@*ZS5F4lg}C-Gt!Tyrof@
zyp2vV2Agaq|3Tpd9l!0d@6K*HHOO|n4+Vv%E&Q`){oVI072=mX`xq?4h3zQ-{IxEa
z6Kv#8F3SbOnbDtr;c6fAYkh(0!i<zmUKTH)L?kUsw4`de;#*Md7f{Xnu2_{$K}Eg&
zu7^pMgZs}m?3Ikyog*_|4$bX0PT7wd2v&@tHl~X41?wtkrX4Djf+MwJdPjDI4>Qxq
z&%{S4#Vx^KY94XF66}nj@eAT=>t}H#c~Ov81&Hy6O}YBne(QyfD2jXaGoH%58yn|O
zH@#PXQVdC~+y=Pc{fP%BU$~vA6Wa5)_i}v(>YLh!$G`T^gYcyBfV3Ix_z8nX;2es<
z{*b#tA+%!`Iu)u%B+|+d6ps=9`F+Mt|8RdjEv}`-Vw;RwSMhwFFQct61Jh-LI#Ogs
z(2_cKWL-nFGTHnQq$eD`8VR!-nK@sYwXh+v$Z-jCG8HW#f;8ZG!P1E^p=!BsiKLTf
z?(73KTx7E6;d{>V9o~wbWyemumF3#O`ytci0^e-`<9Tgo$N4}z>5?deT4;rtFNs#W
z>|hr`!zA}kV2C9e{+oOLi2$qte|M#byP9hp!d_XOa#!Av#DZ5|QlOLJZUTv#nmPJk
zes_^`)Jp%i2fG}S)kI&?;UpUv*twuU<f>(8upJ^=%YA2`&ANY{zki-~ofG?=>HXQT
z-0Yqpf0#Cll<f*vgW<fTghyY0U6P#+L9i^T1IBU{L`uG+o`?X08-bStQMQRV(N)g6
zol2@85%motP{QS_Oc|f~^&cgv*DvR#;jE)aPj`8BD#{qr*ZGewz;$mMcqZJjg7Q6O
zzgb6|;zC5P_POQTZ$Vd~#dVC)TyJPjTLJzC?=!@0QL=fu=fxEjiX1EB9xRy+?o`^e
z6YEoNeVrJzP*s9nf@_>QUHzk*urF1iEqKyTl{rkt`KPGljIs~Mn*@Xkaf8BE>42Lx
zDFS`3<R^xdrgCBxKPI^FFP~$R<xJ{9t;od?(!OK;Lih$u0>4m4wa~Doxc_)kKLX2_
zJT<`igJ$$D^b-{#{CeVZsGQ<i=Qp2TJkfZwN!lGGcjaZA6v=7)Ghsm87YwOPFB;7(
zgV@57xWeFG8_0%FIcIrg0!X1q5MxD3DFvp@@OhVSRWz{^Q;j%%)PcwYv!?b_W3VKO
zmn+CNf{iojitlqS+Y#&KPedgRJ{N+{j1stJ(nK8;e(Io`$iM9x=zRYoyQ$PSMbDUr
zRG+cb8acqfE7)J<yld>qm6rUHh|wq-prO~4r}$t%%`F>4R$HL*h&OY{fUftPT1uq%
z_b8neANINz=Rvka9dG2c)+1PW2DZWH;nv{}L2@N8(|zd2Dfid=@DoZ&`TRSKPy?H$
zoUj+fd#=(6{OxQ4w21?|n{2)714m8~U{KT5M-S14fyq*LtNOfJoBNE^m1-G6C2+wM
zfx$K<W3qvcqd9jM0mv4KleB7XrHqjAmTP2JG=$*G7=!b4KDtjJLg97X*&S!Hh9qb5
z3N^5913Nl!alUh3cY5{qq8<;w5O=3o7p^(<)NR*lQiMe$bm$1^laKD>r(^_fKi$`4
zO}A;BIao=#Pk5dR#B;cx*cr>C?{)bVs?stjZ(c#LX}><Cpj_@5R2Hi?IAc4qw~qHj
z)~N-gh`L11sf8N@XISPzvM%eE26?4Hm4v~v9aTM7#~5<2nCIT70Qg*~Rh{L$GGc{y
z#EWbzDNm%K(>na_Vm}rhi5YqY`1Mz6hKS);LY=CkJUF9?Asr(+zqjq)w5R8u@-KV?
zu7{gyeqX|9iXx`2mN;K7Z1`eGii*2kk=B1?L*<W_4Pc%-e^)3U#;4c)v+cv4|5?0G
z%tgyrLDNWeUG1<K;#XST2c)cXr5F|ndzZ4z4G#cn?1eSKNhe!*jEbAaSj8gaDKof9
z68G-kmh;%AvmgL*xAN0o({!r7=Y#8RnHLjF?$wG2Q0UX(Y!@#KAK>)9R27IscW$2?
zZUkAVcI7{S-1e$qREgx(I4C`}ijnEoN#%2RLLcpR9bQS?rFvx~Q-r<KIfJ9kR`4{i
z0;jDRtIxh_Q{cVlQz@YNNpHVPc2E~2x_|i|`h6eXOqM>Fw;z!x$4u7uFW80(xE<Tb
zOTEt0Ix1m*!Rs0$`H!_v$ras!rGStP<7q3IsO$WY*k#H+6yK%ldyNva#7Uu7Q~-#k
zNl9AF%!rowv?fIIvFt=r{H%0Q%K!;hfLhxNNeRI_lJE~R-0t~vNJP|gZ4w-u`u=7@
zHZs<aAtRQfSU6aYoAfZ7@VI@8Z7TsBaQtem1QmQ2xBFnSl#k}|d+C8^Ewk6;PwGmf
z$HpmHUoUR4gWakJYHKfx!a$%I%_s1QwXvrCI8SXYTZ|LF5kQzk*3rVhOo>Knh-frl
zC^9^0A1Idei)X`;3G2a`NyTYl6z0olWJkC1U|R-;F9b9biHt9#_<jntnizs$otzt0
zllKu^iH*)Y%0=AwJX>-2Cu$^8TYM=jw%!-FX`33mO5c>$>CVWiGS#VY8g=lr@{T)r
zB}A(Hi{qGidWt8Te2g^hG2%EwbaIV%w2}^HXva9{V82ffJ@xx|&Led?8`4~tK43tZ
z<B@Y}J(lb!&sZ7R$&?N3bT!0_Z1GtPP|Z)f{HS%tw-2hle_JH!l(;tS*qw-u)fM}O
z7QtiN_YDpqHT4q+x=nWbRO%hu53##tUY|dAyK=o!kllAuNQrpIiLG|ESBjkL%I+^s
za=nOUHX3tNeK$s_-iqp7-N6V}=lc2z+@JZnJj1KPJnUE*!Q5mnM*a++Ouh%Gu>Q)O
zqoQjP9kR0h>#VyoAW)H-Tf}Q$P0-Z8^deMq98AlVgRZb8g8Z$?rE8pt9oxx<Q9iVk
z1P_?@93RI&?}ciF`@gvze;3~$E(?!*tQVubkI>OHYR37kh8#*^Z_djoli&RrD8{>E
zU&V8OWh6zSs&Goq{<rR(CL-{ct`kDQ&-V}t>5f5BTOsv=L0{9q3=0!0V^~`+@C~`*
zYp9+kaK3-DYnYj7s4av%{~#-rK$;g=I{9B7=~vt%TcK}NTcBG&7<NO`o)Tq*+gq8x
zdhDouVh(T830;2^KHMfnl69HW(FnZB|7g^4i%~zpby%$TIALmZ{MSkOjc8=9FjNLu
z?2U#PufONskwIgE>)Ksnf7}PP{+$k`tiNM9Yp!)eT&L*H?BCfzkn-8LBC4U?&y==>
z5*2$<;sMjr)KD#WT$l*6RTHlhxsQK<?Uz_IB1Q0!fd$N=-J@ATLe4-*)=TwI%w1Qn
zpHPf$#BVqTYBd>c_-Gs$<}6l#&xe;z#D`Yu{6&0>!tXV{x_^IHH+2=KNEx{Mug!rD
zQ#ASByep#H8}l2t_X<K;AOuH_B3w0`BnuZj0cF@dt%uW3ZNKo+>0kpUXv96WWt@FI
z;Ys`6bJ){JpwJ2sDNAJdTRRYSW~5O1Q_gk*O4K^lUAkGju1*YOO^pBeT#fYjI=M%&
z$ze0EbqG+mhq9=YCH6+36u=WCESVTt#m1(v)>P28r%0E7GQ9qFq9S93YCxMPJedhW
zi4@@wZzw!pP#`dbd2+h+Nnd_U;!E@)TEj1%A{UnRC42w7(#0y$C(5UO|7PrehtUla
zSX(Qz>WK<=&czb6LjFn(ibc8m4%-J-Ovm=y(RSxeIr`55ee^n4x}UuOZpgZp$!YmD
z5T$|#`w-4y6{^GHKbj`;b0mcCsuzomZuHhF(rQ5k(gQ?g^=uF{+ttcff8waI{@ltn
zvC^_*0<`sE5`Ij;zum##-ja|iFH0yddcv<wQ{G0A%t9z_u8u6`P7iCG{Q{dqRJO^a
z?-cL6Eenyi@|NkB!06WVJkw1PV5(#;^1J6Jyug+Fu|cP*exEt9h-)3Hl7`SIbk+BN
zh7{Op<<}{zRXfWZttL$8czGD$VO!FQjj}wl$vXxD9Ul<(_Dpy%a0W(1Nc`k#jg(5K
zqiw+N#)WvlHfXRn8da3!XSF*mfVB1iHKzGL7R*)J@z~?-aYB{r<8|mrF`zA&CRuH!
z<9*H6gPRI=({{IQgAX4@%PJ-7fc-zzA~hZf@l?|kan@d)pUq4yllQPORKLG8d+bet
z4>{xCUbAaNNZ?AwKZIYLBHrwf2`-k*QG!EsHT=6|pA7d-Y#3d&DzgwWvm(K15rMw3
z`@#bdqzYr40V3~LS<AO7L02hFy5jUOUoN@7%r83^+oM;(j_myKA=SI^-5cqyaQ;h*
zo;Dj!K%$Vv7jIWuD8Z4sIJ*c;f6UrT9Lt4mkZUuX=UjZ}Lv`Z5yQ0z2b-oV4r}^Ic
za#XFsv;;J!3auu%;@9l;Mp(#ieYo+rtq*!ID9LmBB_ilL8-@v$LBBUv4CHT2Pwyv^
zUG-G_@2u!}Q+Vzn3AG)o^S|`<M&-VHu!C*M^))zss}QtN(p$6Hy^oMw(eJg@^cl-W
zgrWc(ELLvsL=p}X&HQ<VotQ>rP^oq6A*4rush5*eS(uzK6H-<?eij>LkP9;=L9ve=
z$5Z}OI>(rc1c3EBCM0G@DmkWpML`Yk^UPa97#H;JzqpsTY9a#9=Fe0LUVXOjt9IM=
zG=Mld!e<6=<hf#d7hJykVW<vsKtPlKE4BMwU<HkHj%`S^*n6I8N<V9?@uodn$YZEL
zKz|Rp2;He_w>)a_a=6(!U=Z^ZS+(Hn5Hmm1@TD<Ab7C2C|8u^C6*d<zB9QtG$XAB7
z$QCk$fyoAU4HHTc%gP)f878SSBL?nB3%~um=3%s~prU7Fww=;}p2kt?e2DYqjCnp2
zdLuttoK+)moFRl|rT<0J?u^n;mJ3@(hZ>-p?w+-S6a9xx0;eMNIW<coVgytLsHiSr
zOpvaaku$UI)D}QXSB>b<aP>6hK=1C6)n)(bO3U#c{j}reJxf*)Di$kU{s?3h9!zAR
zrXCfaoD61q1JpcE*L+OvMXXy1D5LaaA7&+MI2Q-a;&iR4Qu7(L)t+?;R58r7+?eVP
zUOs2d6gWKA_#Tf$ercc_$w!4%5338xgC+;GFVg0>wo{xRL<?6qMDrX4^72HtQN*Ue
zed)!E$!uFR4+&|5l%2vTNLuC<q&qM0Q$ZSt1K)wvI|*?|1gg(K3vd(!#i!%42M~ak
zLZQUW@kB<~&B9}2n{%Q-!7bD|u8^cBPHjC+dM)ucyM?NaSSbP*O3UT1Ga;H^{e3Tw
zK6ISh3MV!{UwuBk%;kqyV~c^XXo%cHy%e$7Vy@w?C2`!#Hib-NNLKVbE@X_;Gi6y5
z_D^3-;EDN^B8*x=Bq+LIb6YL6#aRQzafc|4TQ})txOj+{Mo&i@6Ah6bki)k4sJZ1^
zWMQDvsEn8uHkKNZRU5Ty6jAzhuu$5l18<uSPhmq&ImWhVXa5;n^zyX}_Y!9r;>gS1
z)94Kx(k}=w`|J~cI)mOmy|?4GgL<uol>L7&>~)wEN0`Dt4vA0gV(f_pIZbmC^rm#{
zthRpf1%S>B-2NJPD>nsEh<hN#uZKp2TRKF9R1cs)Vj5W77yjj3e{w4+`$6`WSTi*M
zKZIcw?d*8%Q8}|F%%7t#|J8C_zT%!1%u!{ux&bllC!EUZQW&Uah*B8IO>#zb*1dE!
zteV&->~onMjlRwHk$3GgpX?wv;-?%x2L{Kq{CjmI&`gw1rI(@!DeVkqsG8RXK|13r
z(R@qsT}VxS9RwO|47?RKC>y#6bqE@RjYBQ1QJGmsjLLX+uGCbHy2&8tA7#*<1ad+v
zbwlZ7d^X@=qaLL|D!L^1b#2i~Kp%{_VO+JF`O7a1pGQzfKL8{s#j|HdWX70wmwBcr
zU0V&7&Tn^T-G9|a5<AemSCr_xZSz-lK>^Hul6`8X_ns-`dQ%M?$e*dSa(S4^Tn{Hv
z5>8xg1uQ{q_VtyUY-X5JP70{;a0(cc0GLB2%bEbBp<USYGW0o`aO$(85BvI{PGOY@
z>ag*j#%aR*cqC+3rU^_={8idjBj8~#Z=|Yg^j1t1O(iyy*foqaM05HTE4;*-i8(e#
zu^N|=OXRisdfZEaQa+2&m7Y+<W`)^bied5ErR&f}Qq|1*d@<)oE9uaBVLFm?eFmQx
zac=P-<VD#(ffTRPurqR3PC>=nEb5Z$ELTb_FvFqE(rqH{ea9ezu}=)meB2<Gf{tId
zoxv_B^Np#4(&^>s8Ic;T|5pnTo0bmOC%Mp(Y=hpM69leDbmJ@WEW=r)R4iHxPOuwa
z)Kk)^vCA8EvC;IInRp3tN=K(fIR`sGqPApHpRKpAiGGBtLBc`X*o(H`;TUL!;WAoh
zQ&`>-1PL^?5$RUV$`W_gq9CSsw=|A5A)IO((4G~sStj}n`cyL1EP+6<>9R%aIl35p
zq>8uJ0IUI!B4w@V)Zp`Biy`vzEOmG~Y#DfLr5<$E-1OY3fQ1&lFsz-sVN>ai06P|+
zLLbJs%t^f&teq1qGCjoAd7fxFY49GK%M-`i$t%bde(VjUJgJ44n=;gE3V}-zs&$o8
zZ&JS`CtV%eygC>(#NN0Fi96gT@42pBLTJ7Si^Z^rXdtdmq~D$UmLNvw!C1a`71n(i
z6#YxIun2qBpq`^)GvPQ?K7;ai^<3zeX6+hPaHnP6x5L2;!pruv{B`b_&1f`1wp!hu
z?<CG1#D*_kN@*CuIVmo0=f06S(pot2cHs7|OEx~2yE7|dVY~mz>w=z{`xq*ohg8&`
z!#{4{5Hz0frnTl=ZMe~2G;xGIzD(5jWCGlW3SfpYr(SMMebHvvlfG}OgpG_pyhB`y
z_G2@fvOp%urZooMo1GMrylohK>^{DCZF6T=fNxpAGe?Gmv*}pj@sq-EIjjS@<m7V3
zi&rJ29Ey)Na{0-`Z!e=Tp)M?*4ZZs#-eZ{-lb^48J^om7l`2yVLs${99(9;ycl73u
z5w*@MdC3WGzfA@pEiIj@gfzvrA3(ZtQ#YlsUEZJRsfvRzqsX1&3wOLOc-4w?G{<$y
zgi>kYqc(9o*C>)u`2r37*ewl}OP<l-;eTo5wC>&5((+Jt;P=+!&4A((ZDH|o<N<o&
zsf;;+qDc@-IPvX6>Tp`mUG<~cO}1FJrwY@%-<N{sF}Qw<+9sxyYVWZ7%%ovOzMeVi
zJKoqSVH?<iEhN$XntVU;mvGTO3VjfFrP^fDu>~G|tA~i$KAQIwJWovFck<B`5+J>4
z3R~p);22ht<9`KJ2Bm)kOCpPPML<<2o~^7oI!~HKRnG@GzJy=3e6ACh!<@ok8063H
zL$)EFo)`sL!qxpA!+yxrb@m=xEsv$Xow8g_5<ExYz|J9^S^1M5O=*(&SDD84_fFW!
zWkPMQZKKVlK8%uY;e;>EE~0Y~`{pP+H6|;DhX$7BdO=v+jccZ=T%@=etiaN^SD_La
zb_jD$Y{8E|woM6OXGIRYYVZgqt}>2wQ`h~r4q08g-m{^yhhelx`eul(uq(nl6#l(l
z;Act*E`6H!-iDBC^z(<^>(K6Sk|AAgz0+@JcJ!A}YW(WkVusvglhV<_^`Mjya|&~v
z$>I&u@om5BaF_3AIRiOVJ(@p)wJP%qTOiQ5^Hg|Vf($ax4F@IUN|5DvEs)&s0eER&
zf3jq2ttf44oCSb6Su+BEy5%s%)b~HB+zrju$w^k64r|NRj=qR`<r>Z7b+dnHs7q$~
zgGB>4gptVnDGndzar`E6ouZ!spJz;$lC{b)|1#$!y9t9~3*^iXiI^0svFJ#E1G10%
zH=C6QZ3;uTyxraZjI<_~?E~<TtSe}ewr2Jz*YJzpnc0A9-2F+Ekz-33!%7u|!RvgJ
zFR$aPh%@8@S(aevgDaNG^&-K&wt`Ye*E9;|d_Q%`&TZWxFNh6l0aebFgC#C~U;B82
z^(;I>b@qusCpQ7v-c%E3F|&Ig#bnaJeWk|mR+5@t7q0C)`k@Mv*+9lXo6AZc!IzZr
ziYqyLhVwe-Cq1K`9VHzQH%B?|x^2d6C(>MI>kZSPRD8;SV)j*_@F|Hd4Ye4>ZfbU~
z^7qjl1Q|Q`<%Zu&o>|~rOACUjr<o{tn5`|M%X+wL92e~aX*1Nye_f#KOh+Gm66LU4
z|NQZNy^F+ac9y!18?|i|)ABR_@6~w?@!+M;N(~$$wxfF)+vD&TtL2}fxck)Zcs^kW
zD`vS(@??><p@8Byz<xG;{xr!SqfW!;1pE&<rai^JJIA-niX^{}QXZW2h^sDx*GRN1
z!@@jQbRywnDu0T&aW=KDiwv2Xj}DI*&HBav6$PlYVTiP2?v>*&H@02D2V~_@+{tH@
zJpa-~qdhk(21px&5CnUoSre$%7PJrAt7Nb*@afq>+`*DZX?NO_#Gemwp#K?ci&c5G
za5;(}+-d`RRwoC;kR48!^_v5kBpKoN`SJz<|1Q!{Q;rev)5dS_1?Nk%Eyr{Gii9;b
z0&)gf@fbD6)Z3a3>tJG9pIS%QdFFW4jNzm|g;oKI9*>Gn6+BoO1|@6~J+@M!c?&?n
zgRA))LvCSlUPwTyrYMHd6%*DkoE&)iiH!21H^?%o__p)K9EE`*S%x4uL^5JZxpr7?
zO&-zj4X5WPde7sA(BH+m$Cqe8lX%^-p`}jo6rjQi-4XvmSqk#y((!4qoy)p`V#QF$
z+5E`%{Yu%R)V*g*%VIK0;U)?o(sN{OAW|O$!nuELBImVoP#G0xHKjsvhaztZ*uoe?
z{apRt`S99vx-w@a0H%R0<$DTuP@UFOo!9TLrE~`th0sK4)RHHu4j2?>lz;MnL~8R!
z<Jj0`(2HS{o1GJWomf;(80V+D848E=?%xnh2#24_eQo}<`(Z?;9Ic6fUCmLvHr@{_
zr{AF2o}HKU=!algaMM~;^y22^htI+14}{{P9wt5*x$zg{;mpg}8A}eVqkb+>o3-E>
zc*fFAkmK;~&1PEgOa{kz{l&;m-8_;F&SgK3os9zRb3xjBF1wiv4k8SVS&4n!e#UPD
z`33up%1KirjTXY6@J#`fDUlVXte#MLTz=P=gzSC~8=uLds3)1Q0Z;yQ(FDIgEFZ0?
znqkRj=m&S`0?4|(4UJx8weifoeNs7X+L%#?rf%0%=DKy-vS|jGRsGeUQ`IC%MdlJ{
z_8?XJ%Cf^@%#j6LYcW_|nZc8xrW`GB`cApAxqRFheZ(Tncc&e>LX-^xu%YfC76f;4
z>Y1BSH(iNJ0<EA);8r%iefvie@b880ySeH_TCO|MFV%AI+YNobaIl$vdL9}IxQ_bB
ziiUEOhycLEzmhtq&tj`9HWbP{6c@Q5<llcBC;A|takd39m^&HXLo#Vh$%&6H)ij^7
zFWraGk7H+#<R*Anu~83<yh0>vWo}IG(#A)$Uo8HBnzU#ByZJhmZq;pL=Wgn`d}&Zo
z<}S7L2LYO5i(sVPTr?y(yf3_0_rm8CaML-Uw47*U#T$Y=A@9@WzA{>!)vXS4eMW$}
zuFxxCkA8ws)QI+Ofe~a~ZEXr#cGStE_VGarn%pY~Z{#i6IF2IAmS->R{w}#O=c*}+
zfPqu7A(51Y$^<5k-Y~{8swlKRPaO5qE0N*Mp{>-aCkObb3of=kmnY;dA!~QfkvZ+e
zXtaiFf?u(dP6_N>PdJ<@tjkE16>ea>o%s!Y0_M~#F8i5dvlKd%t(7pVT$SJ9p<)C@
zQYj7MM~v4TMst#`51Bk2{Fw%YZnJv=hRhip<|tq?hVh@)MN6<02Y-b(>-^i-A^5S$
z=}Rd7hvyRMxkgz`r$=bS?P@3q0mR){txBIAWe(4Va4W|uv0#mwv(;5rS(tA=XS~kI
zQl29Orok1eLA4=Y!swnaw&UrwlIDw7SNa>&<6qyhVh<uSXb@WH*5guf%!paykVE1c
z2{ZN@FN8UOEFw6<%a#ZaKQ{58ipAzx<$Zw63sinPQ8-shevfvhwXid+#m%CM=mLgJ
zOxkW`!PT3+Uv4(f0B6+@ZtmR!U)qcJYQ1f_yw_2@VB0k={VE?($6KV8w8*r?i3EiZ
z7oZ?^Uh%}!fFy_sk_9wbA=&f`p5Ok9r6i}rQ%TQ1k8Fi3w*6}e#vQ}jF>WX?+Mzvc
z@K82$m`3(iB(=3sG%R(~OH~GX1X1S!jr|>Pww|iQ*3{lhJ5jUJ#K5ha=Ni1fxz9P<
z;+&eWq~*8tDzt3!_MNSbu*}bP&>?kvFa3dCY=D?$0{rE;!nY8kZ3Cd|`$U5eoebl6
zzREJ3bdSd=i9CHHeiDNF;UL~KOdCyIA)Fm?srdMBus#Fa4=r;XGDNk-8=2pb(C7@R
zGB(yBTDeYk(^AN-C;#N|#zV3pa*$n?`bRqdg&{3vYpwpdYGhVWhA_VYoj0gON{XYh
zbbtk-U+3cq5M&S8bL1ry4$L~eOlDP3)joV+JD6Ib$2BD(jn*sYxtJYG^(I9<-@}Q1
z;pgqgD5_{}E^=lHvhzA3j5~&1CZ65;wZpaJpmG>sX>XElk<=S(Su!hSpqWT%bhcC`
z;y#dY)^%enwXus+NXen8zq(9zYHQ!9PsLL;-o~as^IUHODZv$G6U$(1QMa6EY$(pj
z^(`Ftml8F}&b4Y}w^*~HOjPVL6dO?gqmwG=I_L89Z-DR^RsNgiKYtpAv(S^SEs>|(
zuTkYKc5C0((Cl29A?vSRM@6H~0&9GBaQVs}C5qjccMH5qkUJY@Ul7ck<PFi?EpU5x
z_XEE92h6-j;`sfoc;UIP`T-uXnM?2=!SxUj#-v2}0RWFFu)a3WIFlHn<Q<CjXfENl
zUwoVM>zG;1RB1!^7sxA(?%9y|O_|a#e~e0+T5ETIG3|<3Y5u6fBxHbdIBlVV>v<c=
zK^|6m@1+}cW&TLOTGhp+F&obeJ{Y&BeVvRVil3zC_vr2yU99&L6D6pUHMq%sBAtUU
zf3ct&M3dI==MlxH$8c4~;O-6P+2zMqYp!`N_9XB7S9<Nq*`kdGCSR@+LBfNA6Be36
zrJMS_E`Vb`(v3tG`Wp!cYVk$-Fi9U<XB9~4{RRQ|qIf6jF9{|XmT!)~T5xGrJ<;5-
z`xDJZy<pUwlgN0jrc(mSy}!cs+&kqWUm12Dh3SjD6wlWj(om`6uf`*Gi!v!O{@!${
z1JXW%TsC~{ID9C5#yVxN`hy%BSK{{kS;iQjb+%bNzM{qb+o`9yGrEBx;*U7$C9q$d
zh?!2h5S2@r;||Cc`LA|;0moZACMwSQ=74CC`ATb9I%+w^o2p-dSe^6Ov(cuwRGJKH
zmxK_Nj1ndvDnlvd6eYQB;VZKzG7Y+Bg4rsSh11heZxhxv5F7KES%MPmXsKM?wC(qS
z8hSqlvJO^OGo%^TfM`FSEzS5842vEd44YMnaluVa@s~gD2GNGHEKA=SE=FuDxJB_G
zmEd~BEZG0$rT6dbQIlCGAr3-GAZI&l==u^VAgp4sRV}lDkvxIa93$c+>k${bHPc^w
z;F<pb)$wi8x4N^#PAnQ>lB70WBAetCu^ED<bcFf&>L-4<xzkwuJ=>VB%?%Ha7Nyw;
z#1Pc<6VFXZ4iy!4V44S1?u}Fq^5Ns#XttjnJb~G25^><fWkQ!;w^`o8VPA7Skef;6
zp}Aq!A^e|$(`@psqH2A#AR7*e_Zi=%yK-%O_z#K#(K^hz^SqMKz;G?GLd)j7Co;^M
zpGeL6$zXC~?LKi20K{Q4+l429$S-Za8|&SDM~bm}#RTd3<U=d*XYkOqh=CO8qRH?l
z(txr&VZu$&zYzLFwY^}_xJ^G*g8kG~lmwMFV1UO5Gu_C;5IwKCTL(S0H<$L-{>b@e
zv`s_eIW}fC7u_g`VH-rwzs`=#sflPNQbw(9JEhQxl;Ax2&?5glUJ;}X@*A^<v<mZV
z6w!}Rn}6pDe1Qko+~06JRgvev%XxRNh_F2mZf>%@py{zDeKd#aARmMS3^Uh66rRM#
z3hQPfe^NKlJ>(%q;nX|Oydc=lb~<CNcT$T=JzUm5_1s$1Qj#%dbRgTR*heWnS56rE
z&crD^{=jp`2W;*`F^8(LxY9JZZfB)*k&69V7Wh%|o#eaES4`H1{K>)lOoFGW;Nf_m
z(YyiqJZ^W)L&Jt3S3Z#oggR7qm=S|ndK-ZbaI4K&2r@y=09hp+A7gkab*-D0x(@;L
zeOgw`;n%2A1I*Eeo3Js38h(m)Kpb`A8WV0wVvF6DDh0zP(a6&huBob_ggK*xvFYZq
zwm9R_(xb%Wr3yLeQf}SOT-+F-4ymOL-E)nX=ez8x8R+b$q!+4h8*!0`SE2eQ0m<K=
zylRZRb;ox}Uk?4apN-upb7=NVROXdmq_MNH-kb==#geMxYG;>Tf)0L4gfW5jgkYIF
zK&c_f(Z@sBB5C2pQAHtYd7%MLLawNaw+A8eCAa`DWtS5<CLol((3MciNQN1^d;*)<
zQDzBr%AXFxI50cSzAG5}SJ{LrTHtcioW(iD<Tq@_j5gfy`P^8eKQcicFom2&)uZfa
z9wGVtC$Fjndk_N(-5v8CoP<~j5#W=uQs<=L?G8LqymGIXirYKZ89yeVF)+tcJ3cz-
z!+3Fsb9%h(ejB=c_Yz2|y|(~gMl;G%PjJY2l(R!g+`!*-9OY}WEk@a{7opb$^D<xz
zSJzNrpZ;nsLna@E$&`g7qPaH;sr{>i6psYJ$PRx%l-4Tb^=8Hw=kQB(DK!fPF$39?
zhff=%-jama87D74uG!hqsXeHrS>)MVEBF?vDQZSY;H887{+ShRgb~2%A<{xZzh}zG
zd<(k@x>nfceipTfQ%WKKJIJbLp%$$e6;)3$ihy$j@il5pKO)aFX-_Z!;vzVGnXLkx
zAJ)f?K)rfaK~<ekJ!UNr(+(IV$$`&46b1M>HrNc-?3q0oW&`D0x5j}{g3`)f1P!ov
z5H$O34^c5}M3t5W*BwRr(y^r2YBt5}Bz;9GCcue$kLLvkqt2txwCe@jH^-P=s`~Ha
z&<XJiI&bisdU;DvIcx}V!BK@HS8SxcGA|-I@<pW(XB`w1n%x#Lzl<^I4HgOWUuUEX
zj0AxDbect+NdHS^t5AQp%>71O4AM@TE*LLc+(kMHORYubqPeIF#5r8PA0`>=Gyoji
z4*z~(3!qm}cQYdgMD#=b9+25lrs>};zzfqvDR6-Y%@11gqOz&&c(5Ddk>`}rSQ~sa
zvZRd+c6`pj)ZSQ=`QrS(n3a*-f_r{MLGt{&ini3vGaqba3cpRB6aH|O0`pXNFVW$}
z-1F0Qmfyq!GcmTrEoz3JlEnx$I^vI5md$UCt7{vu#HIk;n*V0Dn=W?=<7_iD@2i>8
zZt8>}*)2{F46Zs@*BX7k=>Q3~0%Vh2RdO@V14miSG<Tz45LxNI`Hw_mqLO9sAxG^+
zu-QC}dg5v2U^WhlQV>gt<(0cJn=O-|EJ@4!hC$c=PzM1opCg#R50R8a>nJ-$CjWqu
z8K^obBw+Y;x)54<U@AQ2>R|Kh))Nt;dxx0K;Ej=DTSi&CC?tH+9DWl(d(NIIL!G8-
zv(Gr<x@6VG%Yk6`9aK8O^C}Ews^8eJX4mSY)@*GTK-}!cTSF@{JqiMolwVSN*(&L=
zIW)4K*Bba%IBJmJA(XsJfODJq=|UkIc(T$~NK<~=7V7Zo7GcI_M23XHUlLs)LOm7w
zb^M59#=t#MZleJe3sXCyT3q%=JrNDZrF%&pn#<fK%o0{4YXOsze5P0-wr;WW&m>bk
zCG3!VKnkUa38Vl3PCjkkpv)`z8pye(bU|`=Ss?VWpg5&*_8Uxl=|JRDmCZfG9f*%Z
zfeIDtaJ3QVPV5;o73p|6S(@3q?G^{o@-nZ^yrA27Rtbza++h8v1J=xNX%X?Z&Yxqf
zANRHocuCcQX>t*oWiBX`(}?tAQ1!8sHw9z-gHo6Zhb`UmCcC9uYP-eaDG!1BfT<Qf
zRG;Jgu!tQY=jNAbVl6)8##30p`Az7D0|sx?W*w~7!dKSOlR``!ShOo<H))6Pkwx;f
zDdRtgeL|D-?%GvS;3!-u$nP>=Sx%(`WHYkE$E6{|ZE$d_&ECp6aT%SmAdP-=!*$?3
z7XYKP2rnWGbo$j0$4`muUcvNFccvg!L5EnRrEHg5ya=NDKQ+IJ%a$GVpEvv;>6}z@
z6iZA!nU2wm!xMHMbTJXRA2hFDZn_5M$y<NSno?_c<&r~ODR84@jZ#4+5^pyy2|Z~X
zQh5%(&Frpf$HLlNiGe`Gg^2Kn2#b(kb-#{dHP!(QUs1D!z+=}UaCNC*_G5>`*syrn
zvvoOFrX`(vA6kOKMw-9CnjkaQVe`X&2Dstku|TRr6SFGI9LcC{o70DnnFWSO4uY7P
zq)SF5c1Q(p?YR@|Ds+G3j@^a*nEGlxYS?cIbscX=ztDK2vn6U0h%5BYCK!H$EXsfm
zNAg}eP??EsN)*^gItlCPXVk4G8=H9FE$(|~JQEl)+JgG;f>{&6E#Lydj5@?-LYyQA
zI)OFuBJyS$I;?7W4=mv=pYPm|=Kd<qC|lhlg=Z%#(q&wYr3<o4Uio8m0tnW_b9#;O
zFdxzEiE9Ny{_PiyOJ!vmV||(FxSPb#XA5kaCvLy+iRVu%<;;1|(J@WE_h{6BGs2~z
zf))>YX0W5ocuM_DNM~;S2tUMXz#u@3uXp`ALEUql=6Z%nBSXpP1!t(%v73Eq%wKoW
zYag6Z7fe9jL{9MrxbYAvNic$f1mA?lc7#E`2^K7QF8%K>jW5in(s>7)Q9SXkGpH3z
zwJ~a<iq3mW_Q#Gcw*)!s9LF831nbA_JrJedNT|8vP4FtL9A8!8<A2!qGJf#F{gLWS
zFRjyC!nIs<f7UEFj7J=ztjuF-Czp@76b0Or?y~|Fe)r(*ByP#uJ-dT|>@5338fo#K
z8Mtn^z&%vwQU*)bO%??rwXh~3Bce&1!-;(tA-8toaj({a)&cv)gCKJuSpLwlpD19-
zXaMlVP#;fx=Yn~7y)>SNOku=A8sbXA;2{G(tE@^xg|A;{NvySm0S8Cg)j`KKRbl_|
zVU;k<<XcVLnqJWZo^KRRw5MFKh<Cd)2TGIwvd9nf{&uP<dJQ&r$FO}IXFwPk<8?;i
zEwfbFmSUpxZ5d)*pH-T=NwPe9-z<%~j3hM_XCZB`*sc8_pYJZ!Y??e!=yl5!{v6k8
zWJ|C<UYPuz!#v1higFULyfC7ZKuEl=17l5()u@xw+NQNz@Q_fS1vgoEh<FBXgVi`=
z8Mo>Q2TqC_j#IO4*s2&So=OB$nfnrcbrK7#s7A@*8RV2R)^cTR@h9q0QMIr9D3H9j
zH>(lBO!&&wV#Ku#%m;I$_uL_3J2rAX>ptnMl1-zjb%F|Ahckb)5YA;y<@;w(?0O~n
zTDsTu9fK0^;C6u9!7SHKJ@G#&usfeOM<7`2Q~OJGOr-x(8^!zrK|^d^XGdpHnvjdU
zn{BUJ+0y5Qis8hi6;wded&qMB&_@dLIx;)_S#hrk?oC$IrQ7s=#46uSBuuW=vnai6
z6;TEjtZvbP)Sea{aG{X^G(232guxlVt)5wz4RG)HI>e5LG!*I#+$nIa*^PH2g;DI*
zYkti$TC#-XkPMj3bDUu~ABFL-7%m1oGlD?y%*o-2%%OsSJ)nL8%k}LgfLzlP{s7O<
zEhIKcL7!wQ_V*i#j#81f4;79Fx4M({f!i4LX^1JOJ#!q%*Q;5OiRF{8K*?iH^VGn9
z;n}IO*>wqIB7SVZKdm-G`;Kp);XLSWVrw%1LcOOpi`+UVM<^_<g;;vi-NGJ6|J0Su
z&0%bH@x?RT**ZntQ7WE&Kea$|q*C)Pi38~x=bJga)KEbq)V;65K;Ymj*Z2hIa3l(@
z<nmHjPobXXi5~5a^oX;2$ag-b{*%HZiG;kl?nY_3T5_OIWV++Le7az_BIA3us2CZ|
z(sl4f?P-*)mrRGu@H|WS88nGnf;QVw2&Sc!U{^nmG9`=v<Xr=nFkTLr=f$}QQu>o6
zruUutVHLh>wp-3tP(_^F+Es>9x`3-up80INKu`p-;|0Jc$-{_9d1Ppzof=n15@@bw
z5kzMW$`W)c{TnHH#z7AAhJ>>err4h;2x7km^gziroKy)k7A5aD-5YKw<%jX&O9{|Z
zgj$7#SG5HT?@d%~b)jQ8+TYtBy3=$pnXzTNy6aT^0ITtao1Xc{ePgRKuZUKphhf(O
zPl=$yVk`D3s_7Zu{UillLn*B4g)T=72{st#R6KsgHMLx77#G>h$j%Ee<*TqBmNPYC
zJT6pEZjq=kKlf8mN6Lz1uShCO!QczRH|HH=QxXP`aYp$E%iRA8O^^Co;m_3t$$s5!
zFju3!Wo^-zcIsJeD$ZMrm$V|0N~<$s#VuNSTcOZVmA->@8|HplQ@nA!Vs+Q_pS*%0
z-Fa~s#4mvl8wHqj4tAN~A(>>=JT))K)*)i$F7~H-Jro%)o|rw)yK5fuHLi#hi-l1c
zg-*Aj?m8M1Kfa3=-e<=%;0wSK4sIl)GFC><<dfg}l^(!1OEF@I!{i<w75a$}1B#z5
zK-N@m#1wWvxzCH}bKkBxnSmEVrh`4d)`I9I-`pGBoZ9{jXpMZ@R{a@#hvs&Mgio&p
zRWyW!jV`%&mAU2)zO~gBh`n+h0@B}#L3aquLY*gX31&EKeO>FIwy&0-ycPXt>hXB(
zH^;hMB3D#QSaNIu@l~*&ah#|`ZKD5y@q?W8V`4gjfp}Pm@nK9jFkl(Ki_*eMBn;7t
z!U#2^5tX1a2zJUXW&9@NgfN1#Gj)MGBvn5y&WrFkb|h&om{(X?3TbOiSWIW1Z<g@y
z<-&*Q&B%sYo)tyv=d_3X4}Kr}*F?!azKwu}g`hqDx)})Qr$mF7ezECKjfo|&<;B35
z=~ug|_x1*OiC-GUj*igSk?LxrDWqyyf7;W4rbwveo+F*#HV4l$1{dnj>(NVb)y78Q
zQ&uf*!b`VA>N>U@sCU%7m_xqy^{tZ^{9i2qt^g2%Ki?TKvRx#hbc-!u(Y>yX8_ovC
z2r+RS_(C~{UXSe4pExL&?r(}@$vi+=%d*1IvyHzkY_f~vClR;D`&S|scOQTy^~52B
zz`qt$w!bGo*}CytTtcvK=10u0r_w9}UGtWPJg0ZxQNiXZ<Nw5XTdm=6!p@$^u!_A6
zZs*(+Ec3;>a}rC#UkbGt^0W{iqz?}<T#kNzkbRm(#U2u<JeIs9{4EU?Pq$TMDbA}$
z4-f{#tOs2fxhL{+3B&lG8-)Wf7RWE}hb*6h<3LHnreZWO0nZrS%L^wTad~?fEY8LY
ze~o`5D=CI@;Qzd?tD(wxDmG{e>JEY6&c@rfwXn@QLQ(P7Db3@toFMPIuwR?$#lq2x
zKa1^I@^k^)+x({zg{)t9VP>p4>9zJ{3V~=`U+h6k?k~Fw5Y$NR@~@BndkIJ@kA5k*
zLu>M&&o=3Y!JxYcWUi;UNZ~zRKL)jWBGWL*Ev@eqs#ob>=a$qPGjGLoc|lRn$6rr_
zlfYeI*VYJV9^D?TmSVJ4CB`Pp_jjXiu@SuGI>yZ_$^a>)?=>_5Re0U-rL*d$E8AWV
zTq*RFqw~C#38|QTHN5n>{gK@v%RJiy_2;&sjerJNqCmY<HCYapJdp2Kr-_!l8=vg!
zU|8&x*1Ys|mXR(~Xi<u&Ag{yd{YD&TQss(}#%|&<(^RH{Miij`5vM~|>7Wv0(Y_SL
zOruKA86wGb;~;~V{B<5zqh@(p4_#qG=a;~7oItM{P}~DEe3Qm=nOc}#&Mni}Ra5J*
znbi9qxDoICgf9PVA$qELR<R$HAooS=VF++7&#=_!$&tTy%rth2TxX=;^}e(`+YMaT
zINSMeR9^j;L07mth)O%cojtH|iD`!oU-vjwbbN}l$Ve+{Tzcb2wx9Tsq@2U>Qz0$D
zEEM-X+e{I!8L`W-p>Q=#6fS6z5Q?RQSsQl-%ix3t``_0fRh&uII8CJ7mn)HLziX*@
zm)zp3@{cUuqz@vs<40&BD#{If4|a}Rs9t=7Qtl*>5TaoTV=UX<{{ihl62GYWNfZdP
zy8s)6XkM`1npg(Sk~Qi!(e}<%K63rP)q1o#YqYhf!e;51SsTDEt|*lrXoFr0Q@-EQ
zpeBpjV0NitxM}dqX!Z~hL(BPuX@|QPwC|ZNzLqHp%L}z0EE}@MPDJ}4g`65IV_t4x
zxsmqLwUg!f4e&}$9F=%v&JImmF(Ey4f~H`P%wpPKGxP9}VXH>T8V%MAz_K!7i%89o
z+Q0F2c<Cb|n-q8WnjiL2g89Ib9q@8$*v}Hjl>NXhHa#CKq`Re^w5yVHZCluSq}mbQ
zu>9Wsnl%jNVf9(pOyS}PQ5P2<QNxv3UlBwti?Q>Zl@sIZ#ez+F?81UW%k&YjXr`!+
zBUF#5VNngkO0OQ7v9YfK)~VQXcVKpGu&}BQF&y6c=Y#RR+m9k~bZCA}=@j$;DPRFr
z$)+J~kL(NCu!87llaYm}{*O01h<YH&f~zlmBrx&555(P3_`eJ+{f+Z;LF{IQje-@q
zoK6F0WFg|=T*9`(M!mFJk5q&3#<j6+r=w<vWLPfXq!R@z|2!fZpX;lTrk+7uV%hh+
z@o$@m*`llgNFBx@sLPaf78)Y7$1!J$aw^1#3TUL0wYhvHhC(uXIIJM#RJr1f7dld2
zi`oWvz{TUGjy-s{CKzO+A0eHXOhD=^)G-x+46z^>0;m2+OMrAa(l5Qvh7XpzkvM4<
zd2SK%L@-W7JAwymnD!n&sFtmgmQQR7ww^^D8f}Hfkn>@=njIHuTYIv4%Uyhlqe+x(
zYi!rSI*wl7Ij)jqJIU}v+KFEkqem(tmQxmCdHfa^g^j6C1^Y4{3yt_*fJ#A>!le1#
z+88V?xEhP89+?PK0YTRbOT08S@J=@gfs*<^r0A%uEe*DJEIR?R|FYkk)DGIB{4DT$
z0{xvM?i~oUgJr>7`z_)dTvv_~5dZ0aw{P)Vk5GfKB|2VZ(#`nZrcy1np|nY@l<j=O
za^vs&L}DAP^Dn=0hf~DRau1?kg2BYouE?w5@WzH-yBseCpFswe2I(K2FYC2aP+t>d
z2+a0wgC8RXLsF^_)aj$``S67LjfMUiVDCHh>8w+CV1}YDj?{yw@2rfx02h5<PK0tl
zQ}1=k&*f)R-5`#|dQ#O>j+X!ZV>s`zZDH%NY7pMC5^pBY$@7lus?>4?TQ2)GZgGcc
ze&p0r#pQBYQEH7X?3rR{s1R6a8g>nC_;gqHv8e8lwQI?**OnI(1%2n*hO>7panb9q
z&H0@QF&~?cN#7thuX@3F#=G;62|TRv@Xdiii$P?^VfKQ9l!ErIAk2@h@S}P>N!X&p
zmOBgo<tx(b@%3{9K8Pjl+p}Xhe@d(M4C(;FO^c_6`t(LV_Xml5amkk<KxZ7Y#k#8O
z;TjIBq1>P76McSwjvA!22w!A-POr`~L+MlGs!Hno$h$lzf$U)vOgf*M7RbliQ>4Q%
zfovSTcYQHZvJA+wRMKUcqn!Ez*$Rk)jGeauf;O6-d|DfuVy$in3x`6V)=NW>Ed%Yh
z25jV$hgI=lLX5b8eP{9`ATzZ2(UzHYC=N5*0R)x5SO03utwla|C8Aox332ZDPM7;I
zI0eZpXgPJ7h^<Ge9pO!ja;M<cYljo1F7AaTuH_d#y;2@=m>T5z&F7VCX!Q`O<1pHD
zy26@=OJ*kq?WHKFvJJ5Z_i!8+baRJh94%gI)-V-#rNSvLDhZ_$M70{S#^f>5tD`BB
zM?Cny=`PR)RCtZGCy$pV7ib|+i-ocn!2!MyF7%(hZTQji1Gt0{VijAjp%mE8mVDHF
zVuBP2$a_ETJo&=qG;I>L9-#)|t&0ZH*aD&Yel0+Hj&N>!@N#y3d$VHlY@Z(dGA?qy
zbVe^=>O_n|X#q2-oaxgoUj|m6QeEnpLN7#eN6M+O_U7$UCJrAK=aMNyfu%`X=8Ly+
zcZiLMgh{xg4Qb@qOZ&`=V{2pJ)PBKB1VUr+0$!l#{;%K+<(uczC*SU{1tQo_p#(q9
zjqj1|-ppy7PtC#BW7MJ1TUNwEX$+0?oo}W0uqU1C*&ob{dLbi@n|g^=dfCETv8rAf
zInO?W^*#AQiYFkdX(J2gfl0=JXb=^7(ov4tw*`ta)tc<kA4;J^6d<8g=mnfT&?jG$
zErclFoopU8pQp4;F5?fB*aD>X*a?~A#@717D~KbG>JxCw%xXg(t)-(3OMsO8$-R&#
z6sl_k#vley#(<4*BpYAII)E`2$%cc}gIrFXL%rY4s7-`<?lm0hKjpfQQe%%!G*b_?
z?d=9zk5xOuR%oo&5KoJLqME!K7xfOFvbSTKbypl^H-88IMLg4Do@u%ncaw1cVZ-b6
z<J<ynSLEao)BY_48u8M|mpMj6_Yo9;1wu=W1xPWA?bFbxJ;Kl)WEc-GBnIvXcMl1W
z*23x(2j-yiw8H$d9GQ|bW6n<xf&JJa`*Ey3!Lx>`mvE@1=Ejy``-!P`0mtEds)1~^
zuBaX1jmu1-PPW3O2JY45Y9td@+EDap47*C5T%$HV;ZSl@ye2!p;sUeJGtOm?=mEjB
zNlY;##%L1771YyV0EwMiHVhNd(Id*AEd&1<x?kO#4aQ)SKgv4B%+#q%ahq7Cl{vaY
z`$O5XW9am#3ZGU+cEUUqoKnyS7BV17G5&Zao|r=)?KFYm2|kQTL1_@!x-LO_@L?X?
z6{g)6)186e$^`g1+OcnwPZ*e+t`=}BM1`J4toJN!3R{m-JHpmI%AJDV?UJrmr)K4%
zmTg(GgPX~_wg>lr9#W%pVI>QOC0`g$5hoXj<Rb|nec~;A6LW#=oBO4eQU_tqk)bel
z_aw^{Uzm*`*;oi4FSzyvO1(}=n%@zt?x1~*b!3J02oBq`C(aCUf!YyhHN_Op>I;{}
zC0IZn?98WzAM1=qq@xzr(9yU%yLhsNW;lD4nml5?d>+2+3omH39;OE2EsGxfj#|!9
zuq$!VV~q#FmR0M3zkG45HG#$y&xD3CBLxF6+gCPWPFWO6wfNA8$9l%U22LZ0%CH=n
zz@g=rF3B=iUmFhR79b@XO-TM89j2L%>@#$0?hLt8)F>z@;-VJkOgy7ZxT!UV80iYd
z3%>GC5&Zig09H-j@vO6x!K|SNAL^-9ZoN{C{!}rT#z-7DO6>?+k5Pw4TSrk`OEl~y
zi~f+_Jv4eO)Et@O6#RKih}h|&oHsNN!F76WMyg3R%0JnrgNY{~N(zd6%SpIMXcSDA
zUz4711dHJMs6jxd)+Xrx9s;EZjfNMkg9`=5T*@3z?uF;YL~_mgJ|W>%z#h-5&*=pw
z6BA!7SPC0`IDs+1Op{qMVl*hqq+e$E4<)|YGi420Zu-Q!&E<ZEGYi!OTSAfd|HT2y
zI&q5^W2r}&<5ov+0Ll%N9q(pg>k(=Y-ncT)(mVT|wp^%Db3v`3J&U@DKBoc8hNuXn
zvRD9iET<anVGAy5M<5Aqg(RLkD!_^?Q2jnkslD)$byt=nYFUdujGQ!|R%Yk6@#G|z
zXW6kpBXzcsKU0=biRiSe<YSKjS~nqSr(HTY`kN1SQerZo&+qjzO)vwOLCicEU>eMG
z0@4#XcrpfoCp=SBI~463Sl1w7%3=_4a=F1-W0{l>wEhBqyaHI+tf%n~e(Ko%oqU;}
zT>G6FHnjtp!ECi2t`3dfuI}FVl9tvB2W{^tH{4GNhi<`4&TY~rIY!F)x*7Fsc(ZFI
zMGfaqTs~AUo1E9q6gFf36k^zb!Zh!w21{c^pnhRa`}C|)-S!w7&9jVZ$Kf$RN*)(Y
zW%97+Hv6{yO^8(!kvl5=g`QBVH5TObk&E6nxc3_7l+pZ}sqCi!rQ>jt-CgO=h<uC=
z+)B4P$z=NB$^lZ4IekAJ{kXPT4^%tCRydBCgI#L_FCQzf1xUStWMzu`%CSx8<&&<I
zs|7sPutqKqzA(p8)wD*9**tyvpt?Xd7bqV@I&RJasoDbemt=#;LOWQu8T6N>yvP<|
zwX)#f!<%4mJe4p9MM*-PZp0ZL4g~=zWmMdut-S-uq%ji&c_!k(WWv<vBhG=r#NatF
z#PHd71&2H21nmfx*3)7;PgHd{gl9QjQC=for64d4zTwnQveXmXYCTx(2wULE@&Zt9
z*cZd67nhMLb7xO>erc=2V!ldJ-9wZ;^D}wAx`!nf#xR*2TNF}Ij@0Vq&28RoO%3&L
zQs;<qm&x|&)gVUp&ArypKdUfhEtA!dxkD@46x-?)<H_}w?P3K?vwCyT-4I`hJId)Z
z<nzmvafHeL`HQ#LU;Q)Luf<uAUw%xZ&3b~7#z7scHc~z)hy>wq$mZXP1Ac|Lt=5Co
zj_{_%Q=LufhFVmepCxEqw}7@QrgU4r04$k87AI!cv>alKGN2uhqy|f#&Yo(rFH}U4
zO~XwoM`mglAjPyY_Ejh0qArll1&T)$&j=fM=zefFh~Wa&emV?fXG^~zG>1iUKGn(5
zBrINVN~fUK7-J}U1Y<vIA$vrcgTWY#DRa$u1F6?f=V6~QOKvMcXSJ!IGkOKx{Fq}o
zp(s^c!xWWPaeH8=Ln_2UD0f5YJGWX7Q-koPC9{m$knrO>Ru(?A5(#OP_Uad_99Odj
zOIaMAlMLnpy=Byxfy+TrNs8e>qhJm0CA2cLFyf-*K}g{sNX!Y_cbBLs>jz70l*y=p
zlyn(Hbf08dqu9_0z5KJHPH;um#pq9^01qh>0FsAEoC=ydg9Jzn45m31s{=&fI{;)c
zQpyPQ7%ACoauGGv1DO7^BUl}vmNF{ynZl*a<_hijtbM8K3-v6>EQ}wz)q1cxG}<DW
zcU!04K3_zZ2<NiuSlFA<x*rd9s-@C$1RH%rCc{e(gnEs|Dt$xN_$N35m62iMS5{9u
z@h>yIY*{Vov4zSi%hS=d_T@SK6`a3@14RemTZW5I;X?lC37I=hvu0)vklK5CP9brW
zbN-7b#ZVdoNGVOm(r0YQ;2gLcB)KzpT8=R3w3m)Mq`X@@(#K;iVt;#p;+UuV1igKd
z$<<i%ebpVhUrc8M^ymJIf4Hx2tp}-3lvZdAs+Tl6T-)N3wg<v+x+2=$z8j*9K(ATK
zY<n~67-N(}i8=^MrCz#Vq<b2vpQs&#sj;+~=^I*4p@VZ7R<B<y<1oI4{Xv%F8jSQl
zLbiEi!t5;N(phLZrP?((qip?%Q2<j6tB+?~I1U4H0nRdNo@lK}NvFQmdQ#W|n_uVs
z6uNp!CE_C)!D3E*-*PVjvPtwP?WvPxT8~nPMq9ud3(b|s!c&LU?|WWexj_nYk^#vg
zmTbfIVxrMyl)Wc~)=W|BBaB^17neuUN_>xOKN`nO$(i0$2-wu4Kpj>O8H8`PRBb2f
zQz`T_rSlMWt=8d#vT9Q5)uS}gC{ipGJedF<uxC)PJW_%NnAr<7fkC|FkwVInHL9P2
z$pB+8q>nHMAT6rPu&?5r(m|X7ANxi9HYNb~02aCzWMi7&1Gqa(k<#o4%N>pHiSc)T
zbUy8KTP>g+;mzxKh1x5f9kjJc?hS6d?%BC-l`Iz`@EBoI^IL{7EBog88W{dB*T5s9
z9HH0Pu!Ky3^j_no?l)qRHu8akuqdcqephd*7jlJeGB^`RWGUW<f&<gTp86OHOBO|T
zgt~`Puua4=>hpM0PALzWvor@z*Xc$*h?;Xs=Ot!b`;Wik>NO<c@WJ8H{9_m$^~XrR
zjh+M)w>A1Gsykp}+VAp!&ug`Sc7&~}YnJZ*LX;WX<T6!!z@wYF#S|h!qf&MYSZXMC
zYVOn=os15&2NOnG4GaI$n8M`z2q|l(j49O5(A*i;F^iEqBe|vKD#8AvFbMf~VNai7
z0Bn1L&Ou`a5d>n*UXe0trp)RNF_<P8lnU`w3V7}e6PpXPsb@fg*e0@}v0Fd_blx?+
z#bD!n+ydpZ=1}(gm2@`1ZXN)8*dkfwc6*RBWqc5YI#<xNQ-qJFUaNIg4Z@b_%&jYJ
zsMZ|On74Y^y?G6dYQm>tP8M~fe5$Fz&oTk&7BV&KCeg!)zB&$bM064^NGw#Y8L(O6
zp~6MMAd7XePDu}q`mKRs&t0_7Q0f!Z869=6%ohLj;S(PD6gm!KW{GE#JaboJNhk$r
ztfTJ%FOvmD8IuX*!BW!vAH%gXNDf5C;d(}-BVW&k;|XTJjWf?uXfyUQ|MXoxOQwJr
zYS`UL&WXSO19uNP>sqY_;jK$4!m+5zgxm1O04?2wsLhV{@u@FB-BPk>ZVDZEFjJ_Q
zv{^$l4wpp-UW_TkR<rdHPR1oWMK*MqJ+v;z==ZY`6?%2IM*2gTkpy%EC!3EXXNuZQ
z8CIA8CP_SObBYomQ)UBG#yprKjB$rH6So<`)JIs#ZX%&fCD>5HD;AJ-Or^py&Wp|M
ztqT@E*3%?@Ckvi>rs#y`!ldNcM8U{hvM1D2?5`bR>v3ujwp?-nzvk-h3wT~>{1mYV
zvdA}FqMc4MAOUQjbd4$PYKfEr(EzYi8X)G~wi|*y7OE^vSu@5w&N#HFX+oV}++*k+
z40z_T^obLY%RgsuMs!pL*H0TwIGN#<#DFo6%VQ{<b7>C=dugma^7ukPBd+r6SSOw0
zQ2r3>ZZ$M+H&RdW|MlGPXr_1LaxhQo-36LQgg+WX5omWA<hySWwjQGfVGDt-2O;c%
z7Vv?)D|T?H55g=_(CiDzb`n#Du3j)Dj#8L9@A}f*mPEUqh$(6+pPg|Ci;BvZ4cEiE
zGxvoWE7iWhj6iRW2@J&6Y&R%o$rM0g8HvC=2nl}6oH97hI|IPimS8Dp*iDgAiR@2Z
za2VuUhT7{79Csv1y5u;`XF&;pPFtLTMoOb5Xmf-BfD7T$S%9s_sLz)hm)WE;-RONS
zPnGwq(lVF&H5`h#p|87QYp=mM=NVGkg{OUz=Yo31W;EmU(VVWkJ|!tEJ2adI(tFff
zS5#Uhmwta91zRLGqIAR{p7wGFR3{*vsVw6kgeW%L-fOm1{<Qjd-aVEPgwtx6(&+n`
zs#Hb?f+<D{>V`5&sZL31^=YjAfAAmX%gFL;ZwIrS5s8JFq4An^F(z9D<uf3iPYeRS
z`n$V>u=NPFBfNF-<g+D<AmcreQY(j7yXFi1N@elatJ;X@VN#19ZZob?YIcf<Y8yrl
zWJY~5j>Z2i8Kk7fOrfY#k808<Y?c1y5*pPUQ1y4jarw6=`&teAU+1gf(Z}n)5bh2w
zq&f7dgc>0A1eq-^dZ?Vx$7n#h49U=A-<KkJh)91brfWy@dX%z&GK^r{RA>lv6a-p~
zG#!58v^6_STdhZ_L3r!Zta)3y4nNd-x_8xm(b2@g%^ezL=;~T`a<F-~WvBN=M18i>
zltDVdWQi#r=_G^ao<W*NQ`mQOzNKB*Mc$%@37P^hO0$o89Cb3rmFVb}H6xFhC$=0>
zZNQpDI++GB1N!LQvWFZOO?fm#lL68|Z(d}BpFG=GuxDtD`lrL^&_?3XZkQpoV@O&m
z#12N9Xf3!Sl-#7n8n#-GQiHIiV+okAO~Y{wY(t+TTN^kKP83|&c5UrRIY%al2y7E=
zTLIS6_ux)Z^JOeq#<yZKj@hj&ivU}WNXDVfHIq!C>`~wry=l>9$fPX_0(JgQX}?l%
zHGie2aKI@jV+V<$Poh81$4xXCGL_7bbQ^+ZkP@bPK23>LHrewT$y{qV?0npgH&j#$
zaUv)M<?kl9z8QXFV$5s}$-|`id}4s{weRY<XzOw6KEm5pifYNc+hZI#L|4kFm$xhB
zWB(sCAb3#f@JsJ?Z7Dljbhq2*F1?0p%b0q!bQAhcpdEXhF5zr}S*wu_LhbfrV1lh*
zE=B#q0d0L^rJNsCzrWAADyHF93kZLTA;*-YHY<(IHEKP7((Pw6%aBetGp*$uHcz)s
zJtO^yx|J;Mr^R}LP_9USecamQzCeID;-Z5y0>chU$_(sw#($1h>yc_l*h0C1C-TWR
zuX{nVjw+njYS<5DkRqx-TixMPV_Mbft?k2HkiBOLF7Z+gXzGZ2>*bPR>}8@+?JOkH
zhcp=r-3O(JsMVy2XHtKmUGw7?(NL?#9~Wx~bDn#2G<yDWN1%mFr%y&hG&l{qhh>)9
za}|dS#?VkF4Sk}MMmq=bOuvD37P2iu_q6m8@^Tox%g(w)jhY%k&QC8!_`-_7Ni{ke
zcCe<5UItx8ld$z@wIggjToLr!{9meM9O_F1>&!fk-CldukLJ{VwS&oSZmUvvRhgSK
zdYZ2ILLJBMe^Gn^tBL7D)ub|O@HU)|xgq4V5cfo8D1FtEAR2RxQdGJNoTR>R)@Rwf
z)nlY2Qs2ZU6!pbO9L+P1ij_?EQ70^=FaJ-sD~U}*9w$OMfXTaA3XBIoA+b=J+D$k#
zG)g1&5n{R7(du{p<Bp5A9<6qSt!(~wBZ#`Vtn&F~p#4bEj3V)*gd?T#!5Y%>TTp83
z38HHmWpcG@0rf%l_1P3Q6ux*to1x~)HxQ>c2?Sic6A<c{F7{VV$Yovn5jP*LMe%`>
zIYVj(Av4H1ukFqNF|(R9N~7apBkLt!29S9~H;*Wru#_=jy@P;smJZK2g-*@}O&qn!
z?%0l}Cde?m_2&Hu^X?7fFOM^+#6s;3fwY<T4yOJ>b%cPKLc0%Q4_voek5)Uv8yB4}
zR<>$=_j)&EhX!en)wfx1-x{<myP|xfe`qPqaygsDYf-V)CK?W{z=||!L;i05OkG!W
zX-OYi{_7@mm>z)T>dxuW6E?MJC4kyNElU<;JWwcl2WPyynKKt?J%v6a+01Q_eW5f4
z+w^5R*3h3~XdCJfLv@EXlyKNXeN#u{TrMQrX+`NjvV%bO7i*7eggvLnMfH1)6cP0q
zxBVzu>QZ+Qww_Jx2wPaK&uWRh4X$<>!W>dHf?LZZUN4tt2a!J8@BYOz1ZZvXYS*AG
zn(b4lN#B?l9_ueGvusl;d$(Bh4o>|8`~eiH%P{#rqV30uC@t&oMCq%956>`QE0KwH
zaD&axrU|8M_n|+GFpaE`4AN=6mf9m|8LAUBpq+&S`V>P?N%f!A@@(0TvHYf|!4vC=
zqet2fo@}P`dCN!%gZ|Vl37|<iG@3@%lME#!JAZ6MN4g<uwH~JiVe1O0&JC`W^P*kq
zeTe-Aq&1ScymTbr_Kq9{1>gZv$`CC>=FfjlPL_!Q{xRP-D*x<V;+T5ncN_|ruvU7`
zOZu5g)(oHn(ghQ>jZXxi=<vaZp3W3d^sy86kcvspJOcEw7K9jIp~D9~Qpy-a6R^3o
z$;_{2<@mAD+@W+^<T2>;Z!N<#Jo2=_N{udqn8sxHmG1lo)6mg`Y6=Hy2;0+S$O5s9
zum8qZ?m6(S)-`o#wB?Qp0L|%4+26f2rSgadoIPF?V&m;<8EzuIU&S)lj~1^~7k#Zq
zCf7WjviC@q@kyK0r>Nhs92QESV#zZ5SMp$~eH_~>XU$lGj4g^kG6TlJKVQu6NSoJp
z4Qbk_iI`t4qNY=Wk85-^HMVG~HMa06JWr=i*oK)$-N;FxAE-a`de{i%DNA5WieU_&
zXjEThBkN0aG(y`L00EbKZ+}{?d(<GjaiuH%)8`spaJcWJCQ@cdtTamR*I&HWpng#P
zth|_OteD0uIvu&R2+jrkIQ>!X<P5;UFdsfBl{)FD_4cJdCsH1@rF^#xgpG~>R^a)3
zr^_nXY^8|YQKulK8Wf&QDZ|T4q0Cl#4TpdBE1%fUvYlJH%yx+Eexb}AI&GN5#F$Y3
zH)S-Tjwu|5ljAEW001BWNkl<ZKw=ONGIz)r=3-l|XHbK%<p{iH1h4atGl5P8^@!`m
z@R8pye|qfSV~+`_o1HuYxa^r?SK>!gvP`C6#*YoauiuLE{ulnG@8#CeTxK$P!9Qdo
zCJTsw<-sQU`&<?a1t~^N6g%ke*$!qFo^U9GE;zn+`eBpgJjlO9>hr^xW)PDL^g)C}
zNbS9YRsaY*%+7z)KkT?@>lxJ`ylLJ2!W*7OK5RAD%$YSS7r`YYcJGU?yszKq1fjCH
zo5&EaEemLki28004;)0y8+zU%^4_xTvrnZAKTcoFO&(&(=!#FvB*~@|_fjxbZbS_7
zRSSs40v0cL6^9IFOx9KTCoVsIK)iZm6rZdt92z4fL7?T1dg3SuL_GYy!|x_qt!Gsy
z%d|j4;(^PxgftmKK_Qnhu4_dDd{@#$b>11$h~zTAOctllx%WF>VIFM%RQ9y&@Q|&;
z9Dh<8K^Xb2k{+Y|UHU0rjgl9mEYz<69Z2pEn}GVEY6}A!G9E4^*ThVu_6tJ3oL%sB
zKq0geR-kQ_)Bu)2>J26^$O<+vQK#*eX}E*%<g}MP(zM^m@<_1+!u_viP(2jdk6P!H
zAqy>&-Ui6<iK&i|l#8XO5Na{kJBwE9@oGodQqdSRh(=0&dAc=Bx+g~JJ#cD$7Pm)b
z?KM9a`@e2ax$K9-FyuY>4wp~Kms4W@&Z%qAZJA%s%N`bYSdw>=^YgV9Ce&_4YghXb
zWARE{6ijK6o*p>WnMes~&KjgCW~lTFB2^au=b19}|F`$`!Io9koons)UVlL2G@wKr
zPz1(wq99_zXnG_g!HO|pVuA!SrJ<(cU>TtjHA$sXshXOJBViJUsRUz<rpn0#BylnW
zIxv>;3qc)FRHC6sMyC|hH6$U!SJO@Rd-tsQWAF8~_dfUD*G<3o%w4~Fb^Dxs_St8j
zeQ%%N`K^z=*>DNtD1ApB02e8fBx`U0&XnM&(IN^peNb7D#4ZX1AN$kQDVGlfrXv(#
z0KB~G9tEofd+SRy^3jUI^+NUB2q{jZ!&VMvI&*W7s-UBsEFg+2ryCM4wM2X`$cr0F
zP9ZQ&vZl)yBUzZD3?15@XmX)BQm<@SQvC>6+7%`#>J2z+5K0yxvETy$WJ<-dY=me;
zwPCY5%;Jx{YDC_kJOK@r<UZoHtN<X-I4a{_zHR-^@|bG~ad8mJC^#WlK8tgfcrMrh
zb;XInnnsPYu=C3Z1dafq2m@nORf)neEm$eP?kQbm$?9#kQ_!DcU6NLY^y6Zh2B~Qf
zK*cD}>LMx-ST<R8NaD9+J?8`~Ik{;fNMTI!dbgrD1@$(2j==uzpt~iWh2t#kA)UgM
zLqLnTEODnp34ATlq@p#;B&9mV3(r{!gz!_pu%hn(W{7#*?EpBxAWt7NaPItovglGS
zOg>mfzF;E6w3OmG7C0)z4=8{mpWT}4;l*}i8qamFHH8sJcE|LmAu6UiD8y#BWdwxt
z3?nL20vNV4cURM4L(i6_H19$?z_B@{9UJx{{VBbk6)YpPH}ndPrIe3m6YGF9fU9Y8
z_n0q%c$zuoF*_%D`<p-jV4tE%fpFGQG<MNq6g6%_4ICv-A1s5LYWH>^us(!oG%yd)
znntbNkGJ#e+p?q)W@p#ziPqdD8cIX(EK=1s=!C=gjZ$vIDzbqz+ba>xqDvBaLpkE5
zOhA)EY)nb%WacMhEJf|Txf!`CmmBrujiLact1>~J8HNWGin)^)Ptv)$yJ0e=pJGAH
zx8Mu22xhx0X1gn711u7hI(a1~`EHTqF3ZA9pnZ|?Dg&Q&puRJRx3p-!GTC@BL_=AI
zH_s{K14nZw@=DSOkO&gM$Ny_M2m?ojP=tXlrpv^+C7_Wq{*?BwJ=*P6ucoN3ifYMj
zU|nD3pxmHDtRR3{hSyj`r9|Zn$*gIpm!qbuoNJ+q5KJR{qO@u6*Vtge$V53*EVsU8
zWB=r+mK>BR!7^ev9S|sS)C`Bu=yJYlIL)btECc~1<B&C?Xur~Z{Z_ELW02q%F_0ET
zm{(j<QOJ1|P7YEsUuW;95(umVL4*OQ39o&ysK-g{bVtUEjpm!ttA-IR<#cGz^P=0W
z>a#(z&|A%m;}%gqYBZi1G)ITL+=Ms?<+Z>(!?|?KO~@38Twa+;g&nm8-7srY2$RWT
z6czKC1i>=(%OERVFy}SSLh(Kpt0~Gb=->z!@|yC+&sU715+EuD(mKVy3X=hDLCwm6
zz)>Mgqk-wD&53Ffl<i!Owq(jiZ8TJj9_R_jG2^Fett&mz+=XThg4lKQA{E9W%0Zl^
zgcl8zuu>T)p-bd0O8;%Y%oHqUdQ9XvTk_2chl@#5B3$_rx(m9?V~%=MY@xQ0<!p`)
z)nHV_5{7ElpeTLGM&d$o1lg<%CYZQbVGZw_^a^3>l0;DgM+;{X0H867nqbi)A`>SO
zW>NU5KR(?3(F6kXBNXAn!{{U$pqXn8=Gu0T`YEDNcE|s!fSOu0R`r{^Ab*tF3btC?
zPt*-oS{+?z)MOpc;zDK`P}4&$H+s%Am3PhBgev}2M?xzEZLnxvht*y&pYlXAyb`^O
zEOo)9knNwqmoNg6%P+lp#SJJDD%%$ip9Fte{b!wm`dJbuO!`C~IEj}@y+IBH)`?Jr
z0fZbWff8&nT5amKS*_lc+YR*RmeTQ#;k4rbRu1y)Fg=;rDYso}7En}iMp#A4<N?y4
zAes0D+?YrUV9GmVi>6${PY|Fi&s2#^5((xsVo`oZh}j#ldJ&6o%U3X`4**CUBZG(l
ziMy2-GEC(>vSL`rrYL5;#rE9?WXY_2pX?f>YzQ4n8l;pvMaa64*8?U5z+@-y2?UND
zL4*OIq4l)zBhp4lj&WhT?raBR<?}!YY=jmof|1=(QU|R;;BT<HS;HTh1vPdQB)GI(
z3xr^x3|%2L)F!zq*iECDs?tJgXb+i4QR#phc*!np$d&adnJ<D3mpWdiL}N+|Q_2d7
zC>)(%2>2ZU%hJN&M_t9W$YFFWSY{4LLy1fUu)(6$^7Nv0lW92+I7$Q&1^`paPdD@E
zAFVr87j{)(+gj_`GpbIWZygT9W~V3ns=rnaDp{cEIT~KfoWV3^7!lM*D5PU#9|7ok
zKw0fkzvBSCd$hzTnvV}ro)wn8bGBFfzQXQ9{Zh!+<XKXM-QAZ}l^E9K4TN(0WdL-Z
zR931as@C5hsUj?6%-+E?WJ@cnY(sc{ezlY-uuNe}2>6+s!$BB$8W2PnD8R%sLpyU*
z#c)t>qpb{3<Vk*Lc6qV4Zd~7Hh<1)H{V-NGP8`rWQ`-bjkigbXESAXfoVGzOV?$Ax
zGAH$!tbx{2$~CLLwH?l_iD^?N^_G_eZoTC{qXq44tCnpPVWkeS+=(x-0<q{n5W)qL
ztVcr1gHYZB%;*<)Ac|8^)=?t!sV7J(g_&j4ItUX&k%I)O`RxS)M}`QN30NQiBscH2
zJ0#n^C(u}Zjq*6sE=}pltP?fGklUfEPWLLZTXAfcc&k(j0N`0;0LV~T=?2+LRDS?q
zLtV=0IW$IE(`6COCzv1_ca-Xy-Pjour{jZVIM<LsCWA2@ll;Qs+yesm@oTna*0v*#
zI#Q*x!iz3t!sZKVu#7W`va|3Ae@}rxi%^6CBXlYiRg0=d7h+Y|-^EV39_D{*KBz0M
z<FSX<l-Fxtu0n;JY!*aw3p(9)eVeu9l}jR<4%ND;D$wrx-Z?2*)pR<q{iONIdy25!
ze#a0B2%J_?Xq>;#l2nofEU_Fkqa?ae=nzZFgj0lo1Ed55l(|$?W1e5sdk2%vBLuqh
zLtz&UJUs{^3`{}wxCg%tO`!yi_Gym~wSUyB)1K%zJD)8D`pyWoTWg}b=*X^8e$!jD
zN85{<08hR$K#@U^AL<GbPb~$K?Z4@kyu_H;8OwI)O32i){=(W2>V}Cg$dNZ?tqJxN
z7TYp1@l_!+%zu!hN=?>8$xjqpbY@tq1sge-kWz`132Rp1X+scUK+x)m>D9*wvM((7
zoY7_*>chGen<`qfOMy_|NMWoJ`ER;6MuBcL3N2uNps2n(VHcr2jh5`(1h>wNCwF3%
zdMQzbTC4U>tG+*dbqIvMIdl7#=Fv<eP<oM@(R&vQ0CFV+0!TUZRZOj{2qBM>&OQTq
zZNer})Xppem|&Q8+kwD(5JVV&iY;am;8gyb#)7lk?pzC}mUIPWudCRU^lm}Oi~z91
z^gTJ)Z4KRW3L||3B{LA)uZfhY=kx(Tk`0-Sd|JD%?MlUwYyu_Z*|+`p@Y_Jiagc$P
z1dXB*Q7>&SphnTs7y=LyB*1~nTLgazh;~kyAsa;#aJ&o<0)Fm8hkBzL2pkE52m>wF
z#aON6st->&(`;g0pxbS^j~bocF>FetNjBKkH)2ez1e`448u6bvv6>HXXzI5&Mj(RG
zGcI#rQ=cWH)reEopk#M&SCJ<KsLiByxN1^FpHRsE+Dr`|M&&}#Y!xiI5!_=kKEk{(
z@L*Usr_vYqVHG=*uq?fl*75rc1ZE@b?12oFPa0-EWyT)AINwJ52mWZmG=gm}tDoKM
zd#wJgo3N*kHw~E8p8xB})~fOLPO}c|3<W9MAlH*-tNGhHpIKfJ^tnQUMcs+Q$0HG>
z17co-f@i|!NKqFxs;B(eHQVJD^)fuywob0bv&KN8vihJ-C1WTs4T+NonPLNhrxQVh
z0Yf|k85W%XX=7@V+W6WQ=5DcDah|hlvT^6m)g8}*HRq9`J(*{`+nV8B>>byN?Ey=8
zT;kSmnwAma-f23tS3vGhlPH@0H}Sf?yEcrdX_b2G*)Ce<Cn#65bB)%2Wuj3ImI0lf
zlp|$A5eA-4glRMYkX2x7W~>#}Tu+}~^hRTU>t4w7sUryF!n#+s##j%#7F2oA8;0YR
z&<*E-4~>})Q>Q$<{Uf`&!CpDIsbSc`SG<T)bzL-o)|IHHQ9B1||BD`V6S|7pfF5mL
zrZ_7yXVw>D%T{HX!Ie*usbre;L0OXi^EZWqFz|FD6k%YxEp$}KG`qPZH5En$V%?3p
zR#)C(y;+=vW8EB=eJK+jOgnw_;;l`R%j;fa-Dk<HtE*Pwq}6>@GBM9TGb>rX>AcmH
zT-3P>AueCvHq|EJi%}QMO=h8}!^|1+U?gBOgA7tioHdvuWtasMq_hrOMIbO2f(QeE
zDPcmKy`s(h6{eHlx*lXKh+N4?`!zj{T;0ej&so?O)km$((}1*JWBjegLaM7F)S|V0
z&+wK^r#+{AR<!4*h5-VgRMDq&ukJ}jd-cd5*nZj@mUk7IXe}F1g%JS>vZt_2G2@fy
zLF}Rs4#L2(KoH@gWAZn<WINO09E=D692?ky*u#2-#fs*LVHU=&GUeQnqobLKO+CkY
zT|b%GY8`1ayQdeZnBJYpai}7f&Cz-9rPS`k$N&)9$=l3qYMnpSI#sZYrN-vXgjJ`p
zjslxT+mw09qpv1c14;ndLHLE6o?6e12LiJZL>LfE=asQK>pH6|;E;)-Y0C1=ypR1c
z3aqc*D$VXWb03|Tty`ZVHI;>F*54mPa#rVA#?ozn3fgwM8&kR<TCiO1)z@sdRL|sR
zHh7{@A12c*KnPTYj7}YdK;TFa!7>2`30q8m)^G)lim|6)U2S%QwrwFr-znGflqWNG
zh-M0XBmgKOAwG6x%ub0M=F$y;LGE&es$5PW&>KYA1tle#+Jc1eppcpb)%5NNJ25h@
z$*EsiTLHl)4*IIbR9wmk3E9XAh&-E2GQ)tyC~LigCSDX$ytxOC4T1;*T})@M_NaMM
z6Z95fn%QQ1iEiN-t>r^@)=IO{DxW@uS2MZTTj1S}NUQD(&7-}pY6|u7?{`NV?C<)p
zRGTl~;Yb|-SD`oEwyD|PV^yn6G^(Yw7A)gLkQE?uM6DIWpsypCBW2Pc!J@njZ`efx
z#{@xyfg?kg)pFtZ)Z0_US^pAabm%wj1ToAc-BatbhO8Po^v7!!9Fb7P0!TF#pvbgL
zdv?ClniS3Tgn%<$R4*2m{5lY-!Ai@bnZ0I&&aJ-m7uAh=eE3}`UtGRI1kgM}LiR<<
zjoY4p3l?=g!a(4dAbwhbj2>^e!1|V!x<oZavDGKGPwpPIPM3zgKJ?@uVqMbtteQZ7
zeFS%c+pV-u)sME@_3<|Hs7XtxCW{#vXXzCuKeRD5Cbq>6%~)q=yu5VYbkOebcAjpV
zUj}qnji2Dnq3lNlNF`o$ebGUI!2Adz3;;l7)0zTbp(h!tn)X@TJT%8NU)9V!<mwA5
zBAb&1-DBLhTXmz;t1-g1+oKn#NRhfH+TGG~%gTB))P2c76F53;6_ByJ!LhyCMd;~T
z|CIcM4tvWDmie_y<)q6^P&};y#|ZJ$3bg2}By-d~1zSFw%Bo|T2K+3aA<;(qRO_}m
zI6e1N?SoW4GnGs`y`eztmfJ$FfTwp7{SJ;EYhfs`Tvya&w-R;!reshwz2}?jvg)g^
z-VP>lg6UB60-f@6f8dko%f{!!K^QnT2qFwP=yaoX+(U&aC9Q(#ZFiK}bb&ZxS8N{3
z^`Tjxnx`<vrg~W%*`0^kMsBS+)%S;bRiPbZ0&q(lW$Nnni&B4L(sE*TcOFw@q)T+C
zPFdkU{+{jJX%+vmE(ANRTC6w`ICh9&nE(JF0MRg>B0qi>fQ@#@|BQq<&f9X+2`7rC
zwlYP;`cE{U^Ri%>14WJzH&K}aQNv{1fjQ!alnZA$HO)DBN!^x)Ok)JH7!y(5ui0>&
z?*tg}f%XvkuM>fiEN~B*zWqd_$c{rO>n=&+L}U;Kjvays19`4d2`QZNS*n{;nfbcm
zmsHJm-H^dFj7Q0|2WsA&rqF7^Q$BOY*e(jdIc=F^)Kbd-_NY#8R%o)Jf^Ju^S6H2g
z(!J>l6G>O%MGjBZ2G;YU)9tZoaQgRY-hZUO<t4$*MedpqB1}1(P!lKU3o+4l;FuwZ
zFaW$F0FXG$+9#$yP21;Rw!|5~8YRGquYf%UZCkNhQ=Zx5(p4C%5q2FDX!jKR<OVqx
zl>E3tDeQH}uc*Maan$vQ)oj}?sIxn}rt*v*t$HOTlKUdZj=i>Q52nRI<qFjP9EhqP
z4%!R~VL@F+q`tCPL^)m*F!JaF#~$$m3n+N5(fq5J^7uvbwAQn`>lj!O<x8+*@@!?L
z;hg5+I2~54YU4fESgA_-$<h#QO%;VoeyAPv%BH*77T9{tQWLhH2qT7ELzz;u6YN8J
zQ(9)@NTDOadrNcG6{d@Ptp3;wnKT>}#7&rl1%Ws~ChVetjX)4#AY;tjHdYROSyqQf
z<idXa@(Ayxhhgs@=<PKR+bK2WZrt;~{;bucuC^x^>EwghRp`swvu!`HE@-y>>~eMA
z5bJl3nZQ~ynrqqFJ7-Yd7#c}u+b8(3U)XLr-OwQk9VP@}yTXD@{G2`*cG1AGMVLkd
z^COFmv2|R1Ayq!JZZ+@~W?g!&<DL{74l)>Vxp@hwoTtH<?oxT?Xj5Q}mJ&Eq3OsSv
zVMN?Wr_Vm~qDN`Ho8?QBO0lNpa>ec!F!Ng}l^Wlu>9WW^;ax}o16rdkh$S{hmL^t&
zvf@M_a7+=uu|R{Cuqv}(?X>a_%+AqiZTH*hJeB8qEO#!|?T&H}0XeoaoM*_?Rw(?}
zkW<lueyya^1nD7jnpX5T*E%@ujr0|sxn)1%R+Z~?EfN#tu3Ntb%s}-<#Je0}<laim
zv@)Qfp|ZqaHiRNC2`t=<L`NuA1A(~_iZCz}*a@<zBSL|nid94mYE(sCdF)9${UKa2
z#z>WJNh5>!(+8d~=UFxqs&mhJOMbq2ON~{u3tBp?&b8!fJ2vI+gdIJ17RvF76gB7h
z+Znq;7by2Q-bWtDJXUD95EIb=$ZJr5aA&5>ltm#zq9O|C=useW<OoF=sDJ=4EnY@I
z*sCDVz_Fhe`UmqAI-JslS&C)kVCh`TC8QnqTCkIAuf9OmJ$#7ldc$Zh<Ie&|ha?n>
z;3OJ0GrMVfBXkHtpE+;P%vDyuxR?PRAIc5`_3JltvRY+{{DYA2<ZS<}kLC?D+W-mR
zt`CKSFmP-UiZB3u&DXC6UKh$Exy~0HSAkWY0E|D1n{w7V{S#Ymum^jhus*w0PUWmB
zo6sn{mf>vkHESBBXe-z-)Ve3+O2+%|_C{11>RnJ(4?A1U>C-2kbKv%=@Yzs)E7=N)
zL$OEe(oG@<5hRH|R^kn85JC|KIw-TO0q}#!J>GrQUZI00iW${fHX6ySZ%>4p3b1>2
ztMI@rjR%z|#9sMWjEo*?IyHk1tw&R5rZ$%*E+N-WeJ_%+ULSIGdfx{^BQ#ydEoyOT
zn&*+{+>0N7>xytNmaGXjfog(;a~75oiVVWQ1|bw-z=0;R_yLX!M6Uuhvl=`x;?zdE
zZO$hRp?btut~Fn~RA}T(cRK4@3)Z`Jj0~t&vN;unTA2Z`u3SPw8agy}xRuI4YDkWF
z*H}JD1z(w^#Y#YL9qqm%RIfa<B_L`%4obh&qAbooy@||rgSK6T)tEn`JHsv-IQEG5
ztw4cJx7{*Erx0d6C#OF`?YZcm!DvO8*<ea(Tdz9O?I}Q^L-5+p)bB*c*mAqujRFOm
zO4ugIlU<G05hN;|W2M-NwlX#OLUy-QAPu&x4_OBF7E#jyDeSv{$DqUGrYm3<An9i!
zwSS5nL`fn9Kr06+9#4S{Lj2MK001=Pe;W#%E$8NBO<Te8oBRSRFXJ4i8~y-GV_s=h
z{c;q@Tk7bf<_^#{Zf2a}YoT3<zRDfpH5Oc8sv}4xIp-|ouA;p!nTkdAq8L#*PKP^b
zQWUh?GG>lw%?vLv9gUzw?QH(E!Jk6nfCLGM8PWIx3-jp=G6|$UAW#bbU|>TKrqKWZ
z049#-Q&HGUlP{=TM0MpZ2Q|$i?=}&KrOjH|jJ9qM)suE=Z)*y44Ci-|KaALMyW%61
znqqxL_W2q9!%91rI((uqyOV=%rtiw_=agTGb5iDW^y!;LO$%{Bn|3U<X1&3rOLEI{
zR^6KJQeBb&2JV1Z;iW&tM@W=rPT&>@JWU893>Xk#O8L>n6L9N;*3`>Sw(exmQ(&HZ
zHFwS(rQwhCCuebw_IeU(+2D_+LKQWG)owj?N`Bb4>HaAEXL+ulQ{VKVvS*?pRB+nS
znnPWBB6FUbM@?^AjGsbgJ=&W>hvdpl$5j*pyPFXR2oZ_zo)W(%pkq@oR#Qj-pSk%k
z1Omq%VHyn_9a^etNiDNMc?5U4O(%D0j-%TY4$xgW>ce47O=Y7@T3~j$vXCPR^_Oze
z)-<!;&LCqR<%JQgv6Lyw-iOPn*E-1T<@)d3e&p)gC5;dOtSF@FdyqM0+<Ss2GxHWu
z*-^)7lK8sSA>tB(ORwU<QPPmn9^-P>M0OBT$ict{A&4*llfO9*02&IKzT4^_zokS{
zJ$0wFg3xKGVODL%>c5s99UHkr*l?TauwKyUFn>oj*u<{Qq`{LVD70uI0-iq%)MQGs
z*pOyon3n;eMk(SFwoH<>sj{=M=2s;}GZI2_)DDj?@5nXgGhsV3u2Pv}R3%czrbC!X
zN6Aks3dUKuUVB3zaO4QnXkZ+@toV%bm~Cc(Y}6ofE7&?68x;c6u4l>5l^8bC`qq0V
z&ukZp!k^T6kVC~N)S*TR9A%QwUh$uE>>+^Fc1j@Jh>)4@lJXz&0B{dYu#Aq6F^8JV
z@z7OlSMILjIlF5dbxk!Df=(2YoM;A^Kun_vfPktsp4cb~NRWt-;8TAbcG18FA&4;0
z0vmFokwepw04Da7b-m+PPw-NtO*HO6-SzcN3AS2L^-E?T)-st%ld(E_YBU$sR0>Cm
zTp1fibkQp==9BpwW#Vbe-z2usDw_~IDe4=B<GG6e+z5>tKe47m{+FyAG^6OrFE=PP
ziHyq442rUyD<{fa2!X(cA&4+=G;kb=SktGUvSnH;^X>J>ua<)vx>;8!8q0BERcNe~
z!j!5b(bu$-%W!Xn6pQ6k455Hx3-xAFzMRIkD5XedAyZ&O<jPgjH&K2*Skw;b`a)y!
zC8#dfZ^XuhsyVbUXtIR}SS-2{E=BSsmlzp>MD@4^0>>0VgaHPbr&EF7E#dC-aNF!U
z?n&A^rgm9uYc&2pFsejLG;Gl|rL$veG>UMN=Rz8#MgR~Iruh=}O(B>pdo5BbRVH)&
zA$zDWpBz&Ar%;f0`?bNMo-$|9URz#kJJMJfyIW~QK9r2HG!@?|$uEg-noXksNbrdd
zhg~$Vafo1<KnG^7(V4)J?P>L9*TLpM|9l%MT6yUzQq(7|%0YmV?Jf#32e#PC(B(oU
z2f4J0CquyHD$Iyz`On^(xEqBOa}RS&CdoR2-iT@`GjCwcg4`v`f^|y!ymUCvE@f56
z&O#oEpZu50$S)iGSE55v=NBzT(O7pWu)zpL7|7s<?!Y#zDbi4OJJB>aTQ3&MX~+#-
zVwvR_E$PysrzMoLGF1q302GA>6&DKsHROkW7lg4YEm*U!p(3gt|6mGj;HW1#CKAhw
zrf<r8)rP%vr_k)8$#9rPdn1G=#!@p2Oy^t@IwT~KgXIr+l@k6=DD0wvO+gT0pnxgx
z2u@`ZE!lwMT!`|o)N#x9)mL}B)URU>m5XC_Bjin~hW|9Zfk{*(Or|9&kNHABh6|Zo
zD=k=&KrI0ceHvZZdJ2hK18|-~-q5!M-cY*Y1do~p5o%JbHKO03rUlD?TrB}poeYeV
zgYMIRw<zyXatRTIfxt#0Orrq+@ary>BEMVJA1n86vO0XT&gbr-BEK%}8K!B-9*pu~
z0018#Nkl<Z(s;#u9n|)%J22Pu-o%OvO*9C*?iwMeS}?N_X&pZXuFq)OWbr2ng4lQp
ztrO8_N{E5CW<g|=>1@lV-<Wku;s{TFlyd}m*6gyuZxl6&O4cC1lO%$V{psqoUq~SE
zbR!gD0000Ja|O!eYU^u2!|Ds0@KcektZGIjFhTTGVst>xZisR!Z>oo{<-FFcYWXi4
zC&BZdrd1Sm<8&Ke&P8TAAt-_}*AXf*e;hSx|9IdiM<dx_8ScM}k*RH=ysP($Udgql
z(K+c*+V_N)?5>l8`LmIOIcf%g00#ZJl(=F&aR|F;U=t8T7ytn0?aLEz(*QlcAesqH
z5P*De=ZNF5<4SC=>W{R$bqkeZtvJsT5(_4F6M~DktoTm|vSvOcz{ClBXin4)ns61B
zm`#AIl|@p9PJ|V%EwoKtqbPO>&+RspHiI1vt4;MCCaJ07+_c;=idxNFeUto3k)vk9
zK^WK!glRNzgi!6~LiByX9GMo1n*5qmJ+D+M(6mumN41(s(aWS__^+h;>4i{E=Tk)V
ziVx3<OVbVZ>RAa09q*v-k_`$qny+sZg~HR$_1FuULG9-pxf3(vWq2uhrNELMQH-2I
z{Srq*Z227EvNt9%e#)oaKq4f%{lAA@G_cVKMHrY5t@2YVXd@iE63|&h=YyvfQ(SSR
zSVzGV64-ba<|h{&BO#hhsOBhw#K<6s!;h&~^$lTCA&8EfZE%f=8YK-MMIeq2%`_~L
zqQvU3b_d!Z7x24ng^`W<SkULu>zab1{5T6<0#NhvN#zq*6b>NX#OkX<8AGoc1A&c1
z5Mf~bAoNcxYcB<52~tH?isg8<G53YLyQsU$PNEli!<#6xfz<43LZRv~&wQfcG6UIW
z$@C`~Em&=kSAqOmpxfw~Eb}5*uOTUu8NXnU0>?=Xn+jyl>YVQ4T*T)GWl~TSE_8=9
zSVriuOe@3RoBbgK5e7C9L4<)G`p+YygQ%HM&2wRi`B;x-v|OPr88e5XKkC}B;iFWQ
zd;4eQyi&Vf;T0b{!#7t^8mXm}z}<D`fm~>w_cmlkx}idlIS&d2dTVDDpQ%S12ce7n
zoGA*KUxm!7Y6MuUpe*&k$i6~*MG-n`BoI+(z9+JwQMuaxxOHuPKbSz^=|B)+U?wV(
z%SF9v>!rPshCC`hbGvA(Ro2ldq7YdBfqM)Kw<&4aLu@83XQA&HU)uQOtO_)`FkiDy
zC9E?Av1rgLYu-n40;N9ft<N-C6J8?<laGZ-W*gNyT5dLRUcBU2q=7OQ+E)&FH;~~B
zIT+Y11Q7=2fg`y>Ked6hSK?Zj`%;;!>ZZHZUH4y8O_vW%DN;fe1c4x32-1`y%}^vD
zRg6j%5TqE2fOH7OAVs8vBIN<3NtY%a1A_F9^eP<*MM@x$y*&Hw{tdhLmz#X<BzMj^
z-&1Dh%$bIgicuf(Er(o1cO70S6Ssfpt)mC3syfLF!?oeQHBv0N>;~a@$*k;hMpXY(
z`#Swwd@2<P&!6<6({JxR_n_3$vD7~!O`L`i#!U2wN4ok1Ql;xMx{x5?Y^?yU?#RdG
z20Y~z=z<{??qq!`b!t(y9P6X)xcut2iPB7PpR>EY5VCUN;Kk?M2et|i-tU-llP;sA
zM6Gi;)Kr(XA_F|YpTpQl%2`kW&4U#i55Nq<uI2V>T3W(Ldr}1`xy3})wm^$eDZ0gm
z*=oqUK1T6|nmQ>5&N54d>9+fit@vvQj_n1Ouh+<BDS#9TQjGuYZ9^;oy@U^sM*NI!
z0Mnrr@~J~3-ai*px#A9<l^7$jFkfd(58f{#oKDq#KuaaJXo`B%_#egD74c-FlGNJ`
zFNX~Vos{iavJ5;PQe@wtR}StecqN?`{c#Ut=!-Vu8+6I)<EZMQ=j70)Tw=b(+t^N8
zfe9dJxb`?N@?3MG1LjahVhuU$Etl+XT1kv?e#zHeeiW+x>XAFOLy;eIZj~VUSvG@C
zqkSeFO{YZkW5(F&-dTxXlJP%`U8UV-<1DOT=H5M)CI^2p%TGk71$=(}1C%E<d&z5~
zVCQz|YxA(zrS*#58in*hWL#DU)-%EQ4-4z<FRtr)oFVN!JXc9Sh4NrQpw{0=Ptw-m
z!mG)D^oL1|)F4Zy=)?C|5hBt-7c8kh;W53pEoA(w5LmSGd+StmTk~mVovbrsmOCxV
zm4UP}b+?EEF2;wFMeA>=8HA3n{X%Gx+?d0<vi|*R!lk=oPsOS$#%A~+6N3AxpR>I`
z%eH!OJ2|>Q_Ncr05jp9nFdl5si~Yb4JvZRQlOSOYoq#YkHI;6u3SKPQ&MusxSM2Vc
zdzkl<W|LDpLeDNL)k>h$-`}gf>Kw}2+l`Pn&MtYwE40YI^M+3C!Mkxy%D$SxTVsD^
zIiO@?7E-w$PyRe@W|sf!VN8rTVY-m|E9`nlhK<!gi1}x54&%KCr@6ra!Nfn-@lRVY
zDhmi+lr1Tj&JovL{MPcXi_?>8949?UMN#xF2xO_&@TphUx~c4VS@lkMN3yvO!4CGB
zK?I5Tl@nn^uK8{}Q*d=8gIb!upVa|n+c-cUI(!Q;>J*aokm+@faFmZhk-oxyf12%*
z?Qc_VJ~H73s-jr-Y(@&cNcisuoRlFj&++TZA9VWsVkoFwcsLg<Oy8RuVg9ICGF{G3
zkU7%d%)E;kn7|ckePpC_FMS%^7ycrF?(uDt7<u7L5%L=bKchM1Zzq+%v5(t2%hazf
z>;L&4yfVx`gl+FfOi8IlAiL*e;_F?qhTN^M4A(#VB6=KV$tzO+NY#}*PAVn!Rkfpg
z!3Zjp4Eg+nrR^9Uxh#<P5$s)YRATnEiJ*70Fvi3by_1=G6a{lsZGPPrn2XxaOj*ub
z13SU2Ds;4;Opw3Npz}Q~&Zo=5ggAlIZ$jIqSB8sK%}k?cnfPJ372{kJqU;}|oExKF
zl2GF-s*Tc69h%8bpQ9SduIXgnCb6x<V^QR?=2!aI4j1)80r!*wjNLe?#xIT|ysd2q
z+6;km*r+TF2$J_Y{CbL=6|O*?pL<Nl0WPmLm~VdameZ9Lg_dXwgkWJlNB*I$GdkT?
zl;L!=d}<qp5fow=J*)5C3iiSh2l~3m_0=Z_RhnF$obe&uVIT}4frcc32!qBg{#1Lb
zZ)0&Mg;mU+E0jM(t+{p(6)YCSgKagiIt;d3jZS2{Pp-k1m-eI255t&h|4Af>DdCxe
z{$U{@0bZOa$$dDd>Z>kFO~Xdo!(Kl7PrWU9GK<2q&3~+5Bh4R@NCXrev?_+fWP<tK
zt7L+w)C8}}KnF9mcp?}a2*BnTS%`7hK#A~xtllBs;OlU#9j0qq-&Vhu$%uuL(;Bee
z88?dq&L_V%xm|?lPH}$@9aTIkpDJ8>QQtk_lw;cs-m`;c)o<zKDS`^LE8|LEG?$A1
zZB}V|!315l|Bz!Ta#49FJEOKdyDfv<^tfhGO#+<dyae0gx}}-j!B(K8_8f~bM3GoZ
z(CH5%p$ro+*r@%&M(1Wyrtis|6kXt+j*&)C0%KnLZ@!hNggB^lv&!*yaYhcvlIklT
zwXVYB^QB&ErO_a^CfESv%SO<q?sj;`y_f_ceOgY6&DiWoEz>^Vt34YL#O~6P4m$M=
zC0#w}3diO{TU#^p7r!VXIl}BV9fRySw1WyvdaCX+(5<%XWRop`koA-<mW%gWxdR0_
zLxXiSgs`o5+7}xJFn|8A1&AR(hdwse)ut3C(J|C+LzqL3B7;YI4{CsVt@jpXS;Afr
zY&<CQV(h=}6;thMHhj<Kib;4`BD5U~VecoKy-thS&|_VuIj@mH#+*^cr$ECy2h?M~
zAZ(cI-QG0@OZTWca?y%ipWpxh>BK<if0Wi(v8=h1Sk959Qix%6=%^++;BoxgSfV2^
zOxtc$aM&bdb7sdfN6JX*(3@W^ZVWGk`5uL+>%J+V!rT#Nx(_epP#42LuF<_K9A$k^
z`q~rlt!`3qiDUU1U-7l91$Men!cXt3K$e#7Xw;^9(8HJCU+}0Op92On0zjh1a-m+c
zam@$cKC=#=r+^comN9wy2J|d3g$l7rl5Esn!&;wgn5hsfUN>hC)2|^LLt%)U-}J3b
zJ)$T>C$CK}Doc)1-rql<!-^m})Zcl^&eVA>ZD$h;rpna@<>_XBPkk*8P0^mFR$UXe
z=~_p`woK6bivvTLK20EGk#b!)3dG!vA$IA3f+R94KXSzBz^NGTxck^;-3f-6^a}PF
zC&J-#L9gVlmB&O@5Cos@E*%wh(H9-15EX@4sdY5KQ!`Yx&(+^$yIAFdNen3UlA>Y{
zN&7TP@Ww}DVXNyrBkv@I={#@BlwcYSs@AcTth7%20QzglGa6T3OwJvKe*k@rW=`a=
zipV#4s)kY%1ob{n#3$622uX)t#j=X4T;bF_T6%G7F<52h9VHemh7WF9LK`rPQJ9Pm
zX|q9Gs`6!gO~wrZ-%G4i(N^Y_K8!CLvx*3-h(Z`{q|0+o=%nWB9k|8%iCFQJZ(NF9
zZksshc+f$me7r~^02fw;sK{a<AQf#id=lkAn=c|g_?b+8BM<X<Ag~!m`H%|QK%W&C
zE-qa~&FvB2qa*bm)ve?t(8Icx>!2h6zhefGF)h#-QnOsp8=`g8KV*I6%Dsw_qfsmD
zC-0d^Q2m|eBlG@|F*6<0+ct{btcC~7S8Aw%nBh5_9%1cQ&yliE&(){+3JV5%;an0y
zS%d~eeZ&yb_ms)`Dj!L<&NEX;{ouPG&)LwyoCmT2)bCRMQfUVFqQ4xK-vB?8jdQWG
zWmD&4l9LvA`e$OEq3xA5q004hdzGEr+L($%#9(ik8N2!`V2SN@y<n)7C7cH>u{#^w
zIp>w@l==7QMkv8ho1BSRk5^wCEyr$6b%!4nv8m4AD5Aow!$@IdDVs*xJ9G1pu7;!H
zeI$wY7s^7HPhj_KN?>#8xAJjRS7^sA+UPs`F$e4M$HYng)pU<H`Z)y?%3}^9npdrb
zxrz-&yHry_x@vS+Y8U{j=lxFtad?W!fYmaKB#h)Vi?8rfki)_4;XzE)E%2%0)pCuY
zm(wEZvTcwvK26%s{3~FF$Mr02dEZ$4-{{;oO3k|KK`!fQ(2ss{W~XeP5GBMsB7`s~
zxRc!_qKxEuELEr@-o`)5z)P#b6clkqj)L?P-DkNc161TSiW%pnfwZqsuUe%ShRH`j
z!2P>4LvczR$w<(>&(gQWtmRU#0COEzbRKAvL993!UUk$w!b#q0ph<91QO3hxju`i5
zK~7TL)_z+%+j(`3sXpanK-5<B8I9AysNN6RsFqQ5r9Pb0EKpoq`KNrLy|`MM<oTm_
zBqk&#!6qbhOr_tacoDwTbljntCn~odk^c(=qNVH9A+G8TV&e5H)IH1WTw9d~@A3AM
zuzTqgOi4VlPIlJ~x|!%WY1*QGR=tzt;$TGOKKS^?CMvtWSzM3S+CgN1-9h^E`h8Tl
zpOS?VT&3E@fl{aeWW;|}P=n?XsFKgc5WxU+fQpW+1PgRPfxN7a7a>s|28@>xlxcgJ
zbJW<dSNg0ler1%5j!kaX*YwGoPeNtzyoRXnE?I9$9yW%UaC9qXcd;vnt;w7I9Pf`g
zu@)bdv#l42O&O5N-pzzHC!5`g|8nsuSrJR6*<MUiYzw*djKZ|7I^X^e17SVz8tXMD
zvCt0^<qRj|Ek0#VndcUzu<N&&)d|3YYJ0GBj4_#J5{3cHz|_hSM3d4bpdSyUONMj&
zd@rX}4Qo2BQUeLyZ108wo?I5Fc!Tz^Ur+WLOhb5+(?*yC=Y$M}&6=I9Nl`{}_Nq3J
zePpKdlx<S6EaCwYMTYkL1AV;r=Ttq}0f#coXtG3a>HJ6?7}RyRY`$bTWF2bn$2MyY
zQmaZfyfjQU!2NSwD}DRM{2v91bVmtV6L8$)cjX<hdnC#Fo(y?1y&6N2#I~uIfq*@V
z=E178F8&}MFt(Fe(xy;2<_Iz7k=QR$tNzJ^!-KR`;={p?kp;`jZIO>JLV#ib5bfTC
z7`(&XER*$On#Jq~V+i@Td-)Ack{<4z%sKV~SpFcZvC0LGR*pfDR*us96lH|t@2KDs
zH1Hxz4)K$}AKqYXM8to`4z2K4g=$JaG=XYI6}%j*B!^jwX;En&a(7Dx59+5=#kyw4
zI>-U%2C=5EB{BYfLkVRNh4flw*V#lc2qXx{Zp2!WR$)SHcUg$y02I`LOb^OpdbW!)
zZpIWX=`QlRgh7Ev=-dSRY&Qlo{oZ}Xm*1~SgQu8cwy*Rc9CUuyj7d{tHWg{qifGL8
zELmul^WyG&%uc;+bvqj#nnJM89v`wwv?To&uKX8?q5w=C5P`N1EotI>BixxtAAd%C
z&JuVuxNrF4T$2hE9^v%slpYj}xsxc5q3~{c+m-O-f-Ij@^Np32>J|}xU+f!s5ZU0f
zA7R>|h2=bGp@f#Cb02+6%OXCs1j9XnlftXb0|KKoY~uO1SPdMxbSb5E4B^34>YMzK
z>sR>5`$ipm1AEX~p!lp#)N5aM@YSHM*r$WZDvxQzvp#7`)2cX53fpTLAY4iq7M1;d
zV=WdMs4hF)u^2t?*L>y21c-eu&+0{pEyhSvq}({XOFshJ8wO7nVbO}`t^1aYMZuG!
zEMg_OrV2;hKKDxU$gU1H@^0!Qc2Tv(uaDNRkZS%bLHI%{^1k2=_26*ws<gpV(h{NG
z2I-WEzY+W}D^>VAi4<dvp<a~QTUjCIaV<(Ws`6n}{dFjt`L4TaKyV->;Je716?T!t
zfi4KOlmgb~=T6%=MFGD`M36xI3%W2H0!mg#g94&!Po+PxlSyn}>}x($S(tzTT%sf=
zrHQVZ<O1%&Dwa~0@&-PIX#nfdz%y13fLs+GpgJ4inJ*h;{a<R(VZw_Y2)sBb^BF7h
z{4;eJWv96OwMX0+C<MP+CN)qO8I{BS9C8{xe-a)4NPeTZvj226Uy1*)vzr3vkMlLs
zMh2cue;Cqr*6qa`DXyit8)^&Z&J+6Pd->0f{=jLK_9FD65|In{oz;7#`U4N21RhE$
zA4mzNzZotyYY=ZC?6;gXv{Y(x2NL!U`W2wLe`CBF`I5FLD?91-f3;j3Mt_ShiT3Wm
z_bcFL8oY2ZTnb0qlLwOn0VdscF>B*KutC<=PUVZe#6%XD-;R4`ga4T)%x|p7T*fZl
zyWh-)vu}cN2uVCb@-0ybrUjwxGQ9KBBuz40r=4rX#Kd@)xGxsDZ;muf8zvv*f2*(e
z0rtn>X6l&0%KINb{KhKmd|STOv5}t{gGQeWKA?|IL~f@$ivhG)5SG|7_oD20mJTwG
z8%@{Z;Nl;1-qCT@uV+Ux?8%gQ_t{ADW-H(tnZSCAd+my&z_y#C&CSj5xv}v!#bv+a
zSuf;tjq|Hl8>2>g>g{XFM0}m!>f6`Vn(eDhi#C#STg8<Odu`ko5@7!oQ47`f1jCEq
zM`e}u_3{TZ>K#K-&ZP%4Yf5ZjTnq8S^xm}xN{+>8=;qV0vYn}FQRS~KN7ZG{>$J$5
ztLzSu?gRJPz%A#0khSkhTP}QHe#<xJ@7dwitomJ*0HHDL(O)dkqt`QhcU0R~R#r^y
zu7``3ej^395YJkO6`epPPFdr=HmniXd?rf>uMt}1T-z#Zxd3RcTfscP8Axz_Zgu+h
z_4j}K-gG<{iDol(QJuU0cGnWaaWI;)_HU2Hz$K-ntK3_H%J_#cMIzzAJ-xyWGF6M5
zf0dtJ<As|8Ud^T8dAr~7us+~Dz{_V(pH4RUdiky^%;Wn3ym;c~%(|K@_SFFf5~7iQ
z*2g=uWp96o?(gt@P<*jP7>1rRLNfgJyXFb2cip>|KPU$f_BwHMO=sDW;_|r0gMdo_
zE_@HU;ql-(^VaEo;tvbLk1|4c8P8IW#f4j{OvdvAa7E)}-qVxeq-Jsu)OWIHf9L#o
zo*uLYFh|j2RnF_9tF$!@NH{lL!Rw~t+ufx|=#?O^mb2Nqegr;VPszKBKWTfadTYwD
ztZ5fZW3eBXbQ_Aipm(w^FU?#6{;H*>X8gX-;n)*p{O|a?GcIk%egnt7M$Pugc4-6h
zTg93;y<wh#YhD3YLFQ*uzerng=W{r-!1F_p%R+1L<rn{<Nb@(#(RTv?yeqgYfIxny
zBbir%&UPAbfUM5W=ZWXhbvY#w9_JZQ0FEu^(=D?#&eLb}!~oDY{OYI94)-1<h^#VV
zwaDUJ1k`x)16tFtmhLt8zx180=X}_iZ8!#4b*ZY|-P9n$5cfG46qTqa5D!4(#eB1W
z?R>ylZOgec=pG=-yX#7|pz%YaONjh)jHo*te~xTA9Opg>=Ki+%rD#>yLZ$e)h0rj6
zzT?%jWtN}ev+426?07BkVogrkx-*7rz-PQtAim50c=mX_w)wD~Nsq7y=qA120@>Ly
zu4Siw3$&2;>Gc%)(<C-IFpZw`-foEUNl1g|A9=r%-LmtkGLqJbx34!e+h4*BeegXN
zF=&g^;iUZ?nO~+MXj~xiY_0G=25tIo3%(EicI@#JU4eM0-y+SDExTyT>1L7F&Wtyp
zmrO$nb9;0!zxlJd+V95=5r|)Udu)MwY|}ZHnhanSV;HBAmjo49<z6GZN=MipxVR13
znXFv9F@JIeeEwIDC=D@p{lNmXCI`>D^@yRr0anR({NntKuRmxU?<*jiTeJMK(_K^<
zBAZF+{(BKXYK9j8=1BDMoG<Qw#n9k;{2De>i{#!blk=slU%5N)Cj|l2+i@V{zVFd?
zmve^a)T`QA&*|{F-Bl|y<sVO)_Y={{nUtvB7^Ls?^p|eymB<LWPW<<)+?V<W-rMhi
zCUwiHEaQk5xPu*l&tfpel?0=?qng@T@3r*0T|f;aA<esC(3#kV$@*luey>@NU)8_N
zeLK0le$V=!9q}$zW*ipZKsHt=WIQK;EAX)7<)66vEpf={M5hwQ&}Z%-<4KcA)YyNN
z-Z@68Wh3tsdR_10w;sdZVOijPutyId_Q0FIh%|{tk8@@{`HjyB!+`Dx^IwubJUm>P
zdA_a5?LRusDQbZLjIGy<Yo~C2+E?f4n)&nD`9y4&&DX}pD0C*i*ABftq{-d%cNh-7
zqr3!d*#2sD{Rjt~-1~!#Z;AHqO!@cY>M;rTw7{*}02(l~aTh!G?{&9nLl^HM)(NRz
zuKU3a{-hUL<~zH^;A(5T(knI4>sd36Y)MC#Htu)ZDIKH)9@z!T=Jq4Jd6w-vj=mI?
zcDIa<=qUsI_#>F+f+eF@l*l#R-EE`iTVl6Mt6=wPe3fihAa&DkR~6>>oyMGp-_g+#
z>c0U8?{(ZjRyoHcLV+Za1K@YDmGdzQJNF)b_nX}^*MuS8w%z!evIBG>q5YfhPMzQ{
z<-<{<1NdBSk~s%-M5+@HCGJBHzNNc$3kzoYxncZ2DDMBflzYl@9mT(N&?^&mS)Q1>
zVyOhTXX*~HG*IS}a}--6NN&iX_<u+!%+EMovA9@SQ(Th++|YD`R~bURqniQ{Hyh;A
zi_8@?%rIWkpmaL);eBKOPbw6f*&BngRRkVly?QTjH-y{Cw)4|G;U#3MC6M@hZXa`L
z{Q!nsT1sC41#R!>nTGz<&R<~Jnq2_4ZdVR8A5A&BFQTk7<_|QLPlo`v<OMwVJE9l3
zrZ6x3Fh#1<okj@~i<VU|7rczCf_2+g^Yt#{DxUI)%NUI`xK+&>ZgW`11|Qf-jB!0R
z%)gct9<Z|Vuq@1+7vw2gRvcq&zV%pXrff#E)0r=^mMgW=rE32uzdms!CM3OEK?68H
z@1b>~?+RQ`bLBODKjy-|xM;uosQ<)E)XR~yRU3C>M#-(td0Jli^J`v^6YjjeCYr!p
z3-u7eUB`bs7R?V>;Tja4CpjlNZWSrM>Gsmm5Ydz0$w+tPOMIe`SbI#}*<H)M^JLDm
zz^K`|$}QgoUl_2GXugvBu^Zk*6q?0K50kzj79A3aB#o8C>4_y^eewTK#CU~q=;bl*
ue+%b<5Eh7RDQ`;ylMk078vGv-EfdN5)`^9MBOhBq!1Yl55v)|r67^qiTg<}%

literal 0
HcmV?d00001

diff --git a/demo/documented/hyperelasticity/hyperelasticity_u1.png b/demo/documented/hyperelasticity/hyperelasticity_u1.png
new file mode 100644
index 0000000000000000000000000000000000000000..568e87b14bb0442fd27d5a6661dff596e2796cbd
GIT binary patch
literal 42794
zcmeFYWmB7N7dDC$0!4$~xVu}SSa5fDin~(^#e+j>aVNODLvbi>#VJ~>xV!B1+57zk
z`|CUTkWA*9bJn$d9qTxw)Kp~O0ZD*xaB%PB<)k#=;1KlS;NTMg2(W)%bfc!=;3(nb
zr6jaIWgY+UYqVO{UcZ}YyM2GBqpeuQP?ZvfO?iP$B>zG7ycR`6aSsOpA=Z}%iE4ln
zU}iop2?&Nmr=3O=4uuc3gp0TM89VTC^8+OosVlYc5D_3RD3WSuST3J#ZtZTN%5N%%
zC$N%lF~i~HOL;|kMSHo|{-RBmfnV-V5u4m!Pd;4_dNEq~P&GynFkAQHBmn+@Ki5={
z0g|v^p4Ir27!WXYx=kmD69j~S_YL6t{`aiI|9#;9>f!&FKP-55n2Ixk+6!*-_b;z<
z<Ngrqf*7J%qBS>DUwzuvYFI$+cGTKG)@rCgz_qBy>-|gfK86p7!hL1x=RjAW5RM4)
ztNteEwFDH-oDoEFQ#Q4Qj)#et6UgD+6YnY`I8uz=O1(^|aU0ov<8XBn@B=zcqw&v+
z`M%7`UT%fK9wsKl72PgdQa9hi=h7_oq;5sXVpc)28R)*MuxWXMM1TdV|DBBxv>zBo
z#kmFUqx$n+bts+$FcmcB;TFs=2(r$U)3xrrI_X$_!30D9)6$9y2UGbU%9eC+OyjXn
zuSI<7qattV-FS1y-c`imDMq5F?He$|4o-^<W}0abV`Dx8f7OQ2U_d6DOwLKWT8m&(
zF&N2x9=>0$p=Hcd>vagUvje)lXF!Lj3@AZ2M`KxpAAgyCC9*rHE4jxZ1ZHcBycK*J
zYkdk)Pq?@;l~gOG4ox5$rwl4J;xR{{H)D_sD>OsKON)dnUVTY{iKrpir*`oBFET|x
z-WKInkei)i1m61X%^)&ZyquE&e6jL|QxcsX&Bt2o8i7}oNStbu#cZ78X2o87zSiyb
zxnskW(en#XmI#<l^W)q%3qVLuN=r&>^m|s!-^wGn5Kc0g8CgC#D2dWQBYY6VJR6&o
z0AiIxvbKQ76ZwmWxpBA3(DDS+(jwF~43<}>8N|fs`j8xnP|*x$1FxN=D7BE<$7&zG
zbeHmMfd&b4;8T5CKm6JyX5e9;@}w4Ao*BW^_4eG2J;lNfC)fNZ$d`npMAJ0-zO68+
zC2mZ-*Gw0NpgD6@LnDxJ2B#^al$@476<%=|nouxq0tn4a!`cFcN95I)kmCNwpVgNx
zNvMPNKb?f?<lckVvH7Fu!OFnbXCF^?SKqaCFqh{2S1;Kmu1Sz^-?%l<r!77yUe&F>
zAdx5Q_<ocraMK4d4Ei&+4<{T<;rRLT*ZuO8I5nw?pj;B*zajWP`(2sxRON%WP+y7B
zE;SOI7^a;`5N-mIf*RO@R(kt8O%{D^5V4X%PtpFm*Y#wC^W8T9q*{IpmVU9wMgH_Z
ztd}I^+`TiGT%up$3^?UeT0ew>`iv$>Ms4v-uh28lWj%_|wcLDVfAX-Ox%$e&)O2=m
z4`Q(KbRR8Y_zM*Sz|{2L|J1~J&_*F3a&hr#;m3F(p1Gvifkb}pOTgrNF}{x_6IVD?
zHb{JiJ@!Ct2}eH=tu-)sg=IK)KrUq9y(|Ew7->CNKFaO>xI^{z9<k*jEeyO^`p<$N
z4JoetyPnu5**S6O*(sknOn-_;`C7+%jfe$3dQvi(ssD0kE0BF&56qj#vDW<LFVj|a
ze#r!LsfSn<Z%=<P1H<2I+U(~G#Fo2F*rECVJ5)pUg)`t#)AcX5YI`Q$Dkv}P-Ih&&
zpafR|lGw-}HRwTo&@xR14XsC*0&sVRhP!u)ygxQ6n#oe;`-ibu6}+@$i{kX@k5d2i
z_%ki%mNeip(e<KMuSa=X%B(N^T(f3B1wqOqz_RM1iQRgT#{Q?GN0`AC#CQMh^~=On
z{3$><Uvu!nP9Bducl$D)J$Gv-HeU69=aYxGuaMv3lk)}?`2U&dXKc<x-E$$sMTAHU
zUa%HMm|R%yvpNc874{HHvpi*J*7xOsBH8ODO%yaM4geGXOgb1LVI1TRv;TtDLV=nE
zRrJO(^k>jN5BduKWdObSr$`RFqvA1_tVAM2a^o_5&QKg#hV(Oyp2#-0t3fGKHV3Ij
z_{LL1J>sM|ohGB8X#WMV@%q*!K56dEu4cPGB%Y&$Mb@ybb9wD8XVqs142{tJ=i!s{
zA{2v!95abI0~GF9TnUnS$$?Sl#T1Hgdou{QwY-o)zyda-{=9A52t+1X!lF&`5(TGx
zb5^qyX_V(1eJ^cBm_{Ej%{TfX-oH%y1aWEy@jCy`Rhj!SrAWxWji%a@R4YGT3Yf#_
z6L|gffN%Ic@ZeW~YZ0_`W=4lZh)BZ6O)cpM%7tH`jCUB%G^XHH@j2+H?!i5f-4r^e
zdw<Y7v3%hjaF)9fPD2DVZuqAXpOl=3XU_{<u@}j24ibuN7(IIkfji20LB!!gYE-7Z
zIo=>o!AcoyqPoT9fzOG)67DEC7|Gw6Xi1c)G{6c%bP8xvLQbBt>cS-LzwqNZLG3ix
zh5Lmaxx=W0=l4JNrOeQR_hfE9yb8PIz<JgUDRe0a3mmxF>R>4n+CKChg9c9s_i@$&
z047(OFoj2Y_Yk{U4P6kE<!;}DQfsDX(8zM9cmH@k_dv;=_EFzn3VawPp+{Q(6vKbC
zt|~{!aq(knThT|o3Q~4HCiUFgq6D{x6Re+2LrcknH3aU6GO~-EB?8ekgiivPBgGYr
zh7RutHT6v3HNY8sTt#66Y2WEl7^raLR%WKNtNw+@$qb&Td;9e#QllP7Osl14zpKgA
z@Ua<n=WW%0dFEehw*gl{GMC9uc#X;9W?ylx36J?g_!mCBcD)%*ira|uLl`=~(|-_x
zsod2QEGz5(ym@;aEcwvWK~dCC0yOT1>788rqIay<(eNaeJ@u_)_42cGjOfmvX2R1x
z&759B4s$=s#4!YJuOjHiRm#LMMcG=9z2#_ke8>dOcZ9s0kVDsl*gPAm(1Gue$~ed%
zD=vEExbR9J=$F*5SR;-M?<68S4VBpfVNm-YP(0^#X*5S?R@z#s^ZjGh(CcIHX<Ozh
z2g6(c#HTs|ebv{c&=V?54l|F^2twB_u>MIi_4FbnVBfIW^{fFut8%$F1ygDt;FL!O
zcxtl_ABtLV?zTrlKEAEpZgNT1^a!)bOXMLn?Y$t5=lFGjMlMtwL7o+V*3B4rv2N(+
zDhZX%gK1S(^=~yteiED)By28s#ZIcg;34n_efP$iC9fK?>HYY{!u-*0V$Des%iFQg
z`VN>dx9!KL7L(SPvjFC1R6)UkEo2J>2|O=$POPp!6NW+FFaPDW&rjW^Bj#Go)v3+Y
z$~t4{@_if;EB&~Yfn%8vlpL8??zo_aFE#q`@J*R&7V}puFBP2<+ArFqBmvdb1|N~{
z{Y1buAy|7LqOjf3MTr&Z+l|vHRAldQ>%OlYjA~qzjVb(-;rAVa&Rq@X&FR-qKdoa<
zkk`mJ&#7&I?hQdgl;_$m>(#pbf-|G7H<beW5eveR(e0ldCXjDMAP>%t*^$;yBsgvP
z>PZuX0dJW*7=oHYW9fZ7q`8~-vGMV)p0N?}4~S<X33sMR4UDAk)}XLT@|kzQCy+{G
z?Y!mq#(c4d{CH6NE=<z0sR@LAE7pJS$`<(TQN(F_=&Rozg%i73!{BX#fT1JD<|bSw
zB4=Z`I4aG(lZ%j=nQQPE7bzeU59vYY$K-7jCiqZ7FEoFS0W%7u(JQ~%=|~lP^%)e_
zCq}K!nY=7Z{6M9pv=zpC#5>bi<e8skEy3uy&rE85kP?%756O|yindxX+H7xfPt)&n
zf#|*F=wUld<@x29cLJr63uEQs+V1Ck$czf@V*bKqvK6yoV%CWac%!=$)T(2ThP@q6
zpgz^wycd=I&?3DyDa5~z8cTrvGM+!YEPC>8J56x>`HwZK;t$&iP<@D0;AWgVN)~fA
z(<FeQ#M3|I56h<mfUN8_;aSPp+2?#CG+Cl{Nm#P+bQo0ieUB@2?AE<(d}h8X_tRUz
z;8?3gUgU@8r<HKtmiMAMCw1xm2mlFjgmKFE{@YJ25g(j9S1ubT0CN-YFd3JF${K$+
z#VDuTjtY=@wuz(i8e?3h1^G7t5)49-N^5o;&k;-SBAE?R3eU|oZpqc5l=WT=jkloh
z_Qf>2yyhytA>XQ?Fq<mj6~AjnZSA~6#|5qhz?^CgT;wM@wUk&S_1ndQ)Blj)ZUUiP
zGBw6YhnIhajXL*KXFey7{L?lz<8B7?oAqGwM6a_@f?bSVg&mmrSrTQdnX>j?%>LOy
zzPIMB4pEqW!Rgc@`!(U+$Br5@@ow3%JcAygaGn^Hz8hYuf};YnF_Q1sr?tgsY?}9>
zV%)h*+06BPAKnknpv80iIiUJ{K-GD7m&>U8ddzH^3`?H>Y^%d0^2ft>EJ$GlTU#pG
zVY@dSe!9KTq)l74u*{ZEaP4({y~+&}Nt<yofgV&IzW$uh8J2T_1*Xj-rd1No*=w9{
zoJrzzN-9AR;|W<JH(T-C`$_<l*Y8g-f=8-jrOFgn%`=dwpx`y$^1L!Gtm;ecV;{E;
z_;u>SC7phpK<%fpx>X3E4h*Wyh|2@YC8KFAFlnLex@EYJFc!zD;LYrP^G^mt4J%+7
z#4!K5atdWyR`iNe7`)qyPJ%8CQrmmg*@t}tt&M#@wOzTtX|p3R@?GM;$!ammv5xm8
z7RD8$*&(QA;1;vZqWntXPr>=^m}DTE#~zw*`V@}nSrhwAU;7>L+Nd(qc+t!wDU@k$
zsFTV^kEwMJL0C3&8({)auHP^Eh0#n~=Xn}yq9l)pZKQ9EK~Si7hATe);7edN*6Y^a
zo4~JNsH`NcA8L`YV+_^`BoT-;$H_;E;yz=ER)=G%qEcIH)$fmxp!7P|EMH_D=qnr_
z{m*KlQ6i%UEz5IdwozgQ7Rr0D7%mKB2MQrcqt)Ec93%Yq+)3z3-X?5$)Wp@i+>TO~
zG1}RkCM`*M*ca@DC#98wf6cBYPu0|>mJG+{1Yrj1%w`dS=-33xm~pg5m9s9;tfqO*
z6_y-1m0MliJ|RM<$qHer%&htQp2OVw+XrF2DIRPe9Q8)dy@Q<~jmLZ<$?OBcmcq>d
zYK@qfy>Zi=7z4ELXg#z8qZm0!iPo>lNAHT+ir>LL<iScpI|x^Mx^Kh5`Gc<TdJ}uY
zU@Y+QpL~HpNtVGrnreD<LThz&9PQ=P@kty4!q!U4CQ>Th21c_%thb(1rA(#|U9kmt
zq#|Lc6oo!7L&--k)DZC3cm$Yyl@mWZ0X?{O4;hLAKRUd410DP>^S;k6@zW#d8s{ze
z5$vN*MD-{!(ltA1SWGm3#naGG*+gTaaScskY8|wW;Z5Ep6aos#-Y3_HRj%Q$Usavg
zbW0|m@~9sk${K&0z@{M!$sYof!HwX5s-3po&{zM->Xi7D$7r}A!eVmwa+OX=IBB%J
zbwKnp^<p#h`t9Wk&invVJ4{AWKy&r$n`cJtj%inN`ejIc#h%M?#`IRP^M`BcN-FFi
zy@UB4`8BVOTHMe!O3nsOE1=3CvNh1TIjJ}Wz4G~r^7)cNRLjg}mvhDEtRS{y(qD`B
z_M9cN|EspF#Ljo(C03gs`ksT_V?<@#k#Hj)snt2l7<ZTG)sK>fk@>)*AtW@~+UyeQ
z+7M<gcnfp$Aaw<6Sl{?J!vDF~FMvUhs2%TLYW(GS9-@l8DTowUZc{vSSe1YkXL&Pe
zOmz@6)GHxWa$x-Nr&xkIHqs<u99B{VJH(YU9g*x-sGVRbF%jJlL5UJ2vF2N^=^IpX
zUxW-Wc2u356DmRKLRQq@E$OMXYCUMq7bq%j|Gv{2uVJ;q+m%lvqrw_ar`Ai^l5n`%
zI~?El3e~hhI1!iZhr0}xNLT^hhkN+vzcr`;NuPXJ3*;Qn9&pI;ixyLh5iw6jD)me7
zp}>Eu)A%#7L8P&i;gfgP#B2hxO>2Fhkt36cr8Wzbwo-dyw-E%==$VOo*=7l%8cu%o
zb?+e<3Z2K8`Y<ZeM6SfmU~EM8I6Ln0IIz1ez0Uw2-X`MAn7a3OuzE*dMPkrluad(P
zF-v6`3Z~BqF>1-9F^>W*Gv&%HP-P{SLC&1n=Fy4D2P&|Mby|5EqU!g`O<*wjkU^85
zW8y7fd}@Rwjk@A{wLf&*QusTu5fiZBHmpEwjUVg?P%5IPR~|;rFOqOYRGEKkawjS`
zqQ%~d3D{I4d{rd{9OaQ`B)duHrB*vFPeRZuBYqs$__bDitJ^U(73}9@()$8!2>o6C
z)S1Vhxl{?=j4=Hnj4y<j1+31Rk;K|QAUgB=y8ae#n-5rXi>9!H%9bkzKKyCjL9U}D
zO<*9LZ!$DI$BU`85evGCxn*=ACQ~Lcaz9VZ8)%MpjJLE#AI=*WLs3oRm+4h5i)8Ao
ze03Q|XU6F|f5JlMy_<9y>29Z32j$bDo16c^348JgvtoEpx?l;_7YX7%%s_5DCc}|>
zN-{q!qr|79kK`9FZ5sd#ERbxW0_UZetswM_Wy`xCo>m%rtz-UzB2sVX-@?Exny`HM
zRm<ncLBW>>DZUWjhNP%wv)p#gS6g^Hh`$4(9&PobiiXC|r0)PE^<v7%WHjR7b$||`
zo`fJZ_D$BQM5*cd7s3HY(?1k^uMgj60^nlb;h(H5q@W)Em^Uo1x)n(5Xd-{-p6R7}
z71)&7hjOeSUqRMbXyz8YOy=Hps<hSBixs%Ptj`7UbdQc8AAl+HRqPk)>jozTDy;ZV
zI=QcbBOaeL7+WVRt0*&-<I<hnphIGde64$!gu){clEFrZ+kMgDk^*N25|sEz)|dFN
zY}jf1N&IQ_g(2d*ml!O*67>GB4hHI_o{JSrhHlYa)I;m`PRO3!#L+;kvi<zfwP<wD
z%)H-7E}{MtPIzEG(<P;xpmB6?9>ys81+#>frmt{$1tK$F(M_wBX6y3yxyJJ)=9(L<
z6>N7~d#T4NIc;2fPkM_pvmL5~7luxHoAT{9*-&kM!Ddgl4$fhmS-pGOEQuT+fkKua
z3Ms;ja-vMwRNxIXBA0hxx4Np<YXURH&e4Fn)~G`9-3kdV%bTjkhMq)#pjk~@PjeZ{
z{S0OXQ{#jIx54v9t$r1>C1^~fT)wxw<}H3LebaL&eR`Kg@G~}+KV0A?N4__&rwtRV
zbwIfpnEFg`mC*vPmO;1I*YE*Cn6<ntE9#!PE~>Mst+`~+N%ofD6tD9p%SSjoiLA1R
zARw2y_iRtuI0#lW0_EO`L}ch18}z7tHf?oAwd*Y7#(J?927hFnW9w49fy+QH#3$|3
z#HN(yf@p2+D?v|if~q*>CH9aBGYjq4!paMn8dK$p;F86|CYo7CuJ5rnM9*b$$lk3<
z0I|cJ)y5kX-w9Ed`%0v?Tru3|_{U`T)K2HoO^~>u#rZA+`h0uiLz*}^O>t+njLcSo
zh>@@bu5_`N?&SO@eN58WI@^HV{OW%dSQ{x0ditJ++B?h96G@(i*UC=Zk@L%?q}arw
zXVuK7G$e}`$N&iPvI7Vv%pCaO<&*j9aU;P$#8JHAG9LRts$c3i+AhCehbtxzbBD+9
zOg@8?#=}loVfem4e#xusox6sa3e%ZuTqw|5mLvDxe&^^x_gQk8*6-X*VC00AYy7vT
zntQO$js<|$nIM6oFv{Lo31Xy3mwyyFY?YsT)q*uft>hq6izH{)X}4(#Z`rJD;A)F%
zL8o+xskE0`Lakk}#0ZeCPMDa_un)FKWktdWNTDg5Rmqnsyj`UZ1X(B^ul&cv@1`$W
zPFYNfS){d@DrQuk>!8?#>jWDLLneA@9u6U30n=|Z7{)C*x0il!p68NHZUb|-UPCtL
z{;!z3TXBd#p4{BJNpbk@!tMVoeSXq=uP$K*UhxDdWrABto{u@I*!MhM7ocfZiQ4E(
zDeTuw{XYbGv73(`Wn`%zOUt~QrzzqBRAnrquv*&ndt{Z>8-h~EEHmvRUdT(mWc5N^
zH^>!%#oWVXz4hJ4NbBcSCGV9#F$;?JNn&k&Is10^<InNuE>Gw*8w?qkzWMvt^j^!5
z6&v4O>)EI%k3VqcqK2-e6Wuc#YghjVa^=1!QNIu{g|T#Dp(hE5+~z5Tt(sPx%$%m9
zquE~`HWi?qPB|2+rd#pRa}cvSY2+a1$ou&gd#10DXlwDOw7M7q^ULLqKU7+|LOE%u
z&tj&*!?T!kwTsU*jVIDxc$F8ms2HSGAI|t|+%jgvnqrN7){}VkU(%6>hlyvmQX1LF
ztE=;#hvn;gF;r>c0?nAL<?N^La`m!J21Gr@@*afjgr+zK*tU2B=i#$E!rK!(^ER$l
z+_^6TSoV}!pRucj`zlQQ_MrP4eT0uk_|&JNx$mM08JZ~Gy;m|IC|V2=ni(j4!9BKs
zjs?RNnTF)G15$90-|cy;fU8Y4_=Jz90sgC*EiU&dzqrpZj`o7se<zb~-NEpiC|LMZ
zOH$k}=E{kONa_|5Y@V2H=*-|6*Iv<TH`v;|&TQ|@={iLa9eCj*?G<jK*imm_>M5G}
zv+`nz9vSi=EI#a`pud%<8MsAP)J?|+9<Bg&JI#ax4&&ut+@|}6ohh_U^<pVeOiRD7
zLEW9-6<R#WEzYDta|-g>JJqU^m?(sGFf4L%lk77Rf=;N4X+G@wW{SQ2h>Q<E1xUkM
zo2tiijxPvh!U8QgyLNN-Xi7ga-%5lE9`)Q+`6d&#M^b-KYC2qgRI7%#Rb3!Q{5J}!
zT#~Gc`73S<cqaJT)B9ExbZ*WKQOMw6WBeR9Ged{tv>ohU`e;gCv7iQuI{NTuP$t!r
zGH#K8dLiJ$9=f8Cn#A-RH{?Z}uNOD$9EOK*D@6+g{7P;}SFy<gl8HoO{pJXK43x%`
zK8RO?`Ck+Bx1?{{Uinfi@N%hSl|Dy-Rye<_R#K)b-WH@N{YCZ-1bK@H5O%c`KSp{`
zf?`nH+owZ%T-GNE0NE5n0B>Ww0P^${CM^v*t|<n{rE&LwiI3p<RDe1!!Jee_A?AYX
zH7JNttFlB*!m_LOc5=V@GxE3SJw8D46PMMocQLk7#&}x`5;P_Wtk}tGm-)BngGE&K
z<1$)v#FAsp)e|9bjT<(h8YhZAj#2znqMnt$;BEj}E&JNM9<R`NxQ4NHC;yak=9H2^
zlaj))R*qWIto1|<VJL6w*^c-G2dx*m8Z+@#yO&)A_VqHw*QpiZGEGPwbBFL<wVdLZ
zOWEOAIH6*ofQ{lH3P|d3as;R*d?EAn?46q?Ux#%sLii8Z%v|2h&}TecxOBP;{aTLw
zl^##t^Rz*8_BsKJlGPg6j1sYU)wQibE$-o6JMUsyq$36FSzB2g78J03=k8ro&0c&L
z$VtHM;2lgy+76$3Dt>MW;e^A1;S(s}DnFB3feakbbR}(A#o{mq<uQvzJvyy+OpFle
z0&8B}QQlIQf`SdwqWBW^Pu-7D1f?`+p`{3<Eo9DkwF;IPD}Cuc8^@=+f3eG6X|h5}
zCDeO}EkeuYo6A5cZujTH<3|<j9QeB9Knz@C{f8fQzRv2JI2N)v7JMF6S;u7WR`$lb
z=|GFtSlsvtX6a9}m&W)HK@)-D5>yyH<!q+SKMCqO7F%0zPfN!LYsJBawLBl8dkArn
z{N#V~*FhQcM^6WLA!?w(nPwt;LZ@m)wO#vki`Uy$Nq(PUuZH+B@v9(3KdW1apAwXM
zhFf^aJpwHQRqRzj#l864u^4sZ>)lKG`kNoujqL$H3#?k3Uq9Eh_qgtx_NYt)De3wx
zf<LmIA4s!duK+2ld|cUZ<jgobnA0GH$K<vj$1uyWs=KbmmM!P_u$v|NS1|zJf~0DI
zedFEpdbZ2@L!#o*_P{4mpe-`hL;qe$dIe=Ao*jq2o`a=YNUlME;oNR%V@C=p0&F6+
zs*19JUzN>>5z}^JK#UqL*6`?#zdSmw5A90V8tVw!OOEq^9PVKgk_$YG10l|#u<0*C
zJ;a?F$892@?Fq_D8+(XYLiTL*p3y9-XJrenrwL`jBoZ^sYUF;8tf2~a(COuD&Fc8_
zx%yABR6--@$J<C2sX1@Et?Bu|<Qy1D;Q!?Uv@$ZYE^g<0<@5P{G6frA){%8?gQU3@
z5l{8>_OmL!%>u==fS*It5KHL94;8I1Jy#3M!Re9Z3$nSSAWb?UEjE_2JS6S>xi0vO
zBV+U#dHBb@+z<Z07ER6J6P>Xbg^nbBLSVvI{MGDwq=d&-HolS+?XW|O_U?W{1(IBC
zs{BrJpj>1Dqa!31N1<R}&e1)`78oelJ?{H2FRBm+r2Dcl2@(uf2D?(`e=o^vhBpxO
zBuxOVJiwJ5)#!%kXf92NX3S?EjvMqC5ei+-YYPfdTOSh>#zm6H#Y5T-8#1~LxHJ4N
zlC`w)j#Vh>mF>IKqO|amhaR74<oUXj`ub8BPkA7#=&k#ZRiC#b#&op*@ep)1-CaGr
zh=bTZudBOmVXm^KP6BZ4Mz$WxRp?dZ0!Dhuw8Hj|?CCl@%_908-`&)7S@38=4KO1J
zgj<J^y*+;~%0gKHmBnhY9`kSdEKr*KG2|4Yvj5VA3$3WVHZ4%LDhG_d+M|M{Tg2`_
zxJ;$RD2uLg1`Jwb=ZW>SF6(C<f0=X>+U1ybl`jLkYO((a^b<WOi+P==)O7SAggbMn
zjrWqZpTMfp?IB0t4S#ZCT}EAj&Wyx?{i`k4brG~^6cGs<5!THSgd2zY--HYzV*-#i
zf#zl&KZ9I1bX`8ITiZLkGzReo)zWMe0Zx>m`xf3_{dwLCi}fUeSE&q0^WVuFxn`}~
zf{P?Tt2$MCH8i=Uy8!i)Gp16>X6yLKC^CTja%Y8p|Mx>0_w+t)FUGWlq{AG`+6tt(
zQ{{vet;SNESs|8$%}r|ZyW@$_K+=ZsFy~B|H~df#H*uSm7Qm-#M4Ke?lu0<WHl5b{
zlOn!IvV`5bhy1>3u1{~4Wf9`7KlIdP|0gs{(x{PWKtw_v+T}lF?&2DZ&dV;u*q%hC
zC0|sCrTF{{XlWnYxUCjuPfHw=WL|YfkjabR#7N)Jq&!_Nm0$skdBBTFrPmR+k*G$e
z%fu-8k5^dlc|(PZ>w86>Jl{)2o<C}ziV<lKWELHs&FX$MSJeM#F=yxCpjZ0$P165y
zilg>3d{i`G`k3y(WM8_>1m+%(%Y;##?@y8uPh@Tygc9=LGKgf=HrMLUN!XTj?ze?%
z*i)Cqp#@aZXs-Ut$6{<w&7~Rjq&<;3wcb$`Q|=Wkj9>+3WG~&QZ+nf@P%87%ANUmS
zn=)2OZ;_JZkU7tsUmz<MP#`CZg!Eje*(Ba=aqYXXN+wP`k^jK-$^^)KCHh3D6A&IR
zYf@dEL!*zk?Y>Re)>eI6MgKj<hl2(FHCFAmDPeWu;fH5|l=HmU_VuF>N#9`c`eJbk
zgem|pM<o0wzOOJ0yjuCS$TS6KsgxgYsFe|)w0U`MD6iC^T3~ZRp}dm>oorg~(Bg3@
z${Xi0lZ{3XT<jWDs4v$<usxgLh0h`=;Q};|3x#mKi^I0HZxfHSr8DhvwQDuvfgs)1
zkd=pw7|{DS_@5*)nxfX7p%5%!pR8WTiFw>F=w|J>Z-gq|ClESr;QjNEM3{%bc0BpH
z?TPMo6ufi0!aa#!*_do0*@MX3xS>zc(-?!_AC4SN-4agAM)$_LEHfr{CXk>;Tl(9%
zJZh^u`|M0h5T!8{NFJw)Nq#k=N!K|-9I}f>eUQl8K!4#L!qY8U0<$%githl^X$&X7
zLQF%?t~8B|HGu0)$Xr!)n>@?_Jyl1Eib;N*r~fny#JrA9AghNPT<-Krd=&_nvVcw3
zFc!vC$H*>vD$`X2omR#f9Os4>iSAd>y92IuiM^Oqn{_@YR?Q647U+y11icGz#OK2M
zl<x@tGg^&8nGHbe$2>9hT+gAxlZb7dpKi+@TF)eY8_6cK!Y@KUfzJN0Uj^lI`HMWi
zW~!6cBI?YBrz52aE@+#U8QrTFPW+6$Ct?I1C~}oC!{@aIrnB*mYJ4$21B{VtD_1H#
zP|^7e(;DT7ZO|$S)p6TVvw2J;&})>^Yshru$l>u$@ntlQD<o>+C5(#WU00cUJvc`E
zBFoO%dKDY=3w+wy3rK|V6VzcXTQt44HG!Lc$@;llS8(uTb}T=;_PrO#(J4fcP>*qG
zJKx|}Sl~^J21-tHPfume`@UnGv1_|Ykhk>=xHviRU4${K=ej93kCgJ=`PYb-2DK>G
zmKF7T>I{82H8f!Y0{+Lc>Ma~(zYq<<L>AjL^mPSRt;lk|onD+2Qi@8`1i9n}CMoX-
zD{pOcEA`%?Wb}^3MGOnShcCs6r2~*L)GE2y^q#OJ*H0JWU6nAZ4U90>n2#h*%Rz1O
z#gr*zL<B1*rn%edtn*EA64SucES>V5jB+gCIB1lzPqEAFQ0E=%ISqQkBf+O}<F48a
zaN~IykN-O6<d?4lo#8)LBp4N#S!cOiMh11zdGLab)EX<ukP|2X38k6!KdI-8>oDNN
z-HTJ~M{F@ASn@2axJzGEF@m?>Svb)ZIsz4qw6yiphziZrA>1rskY1tGcGAVQuebJ!
zb91*T_|R$Ue9`sScVd293|*Jp4d17?jK5y{{Rdo2g9QLS-G6#(;RRY<h+YEF8bH+z
zM>biO0z0ReQzquzf4w?1l6*6tHpUuo!tTWnIFW7J%I*ibOb^ze3$tqELAw3WP|e?X
zAS-;0tyoEXLQ3Pi$PehdHwYb{)f*>2*PWM<`RS4)${oeKmjA#b)-L?sVvh>_X|D48
zjrE<yDYql*&heWT6*GoLWDqenV6tbko!uN&`s{7;Sb6DEl`d2N#B6=Uaiov!)VG(P
zz#1s>2&+UgUq*CkuR`Mdb&@uekI~MySaI|g6w5UWl20S+E!piaN^0nfobiw>==u~z
zIiiZL-FJSWyqDF>W7LYWecwm-<}Wji<7{&2k{zFfZm&SEsvoAMmn>CJHooBcLyy-b
zMOe-R56!kAHpQ$=FBLfnNsIoJt5xnn%^qe$hB5xlsPg&YrP$T*o_Z#*<2)B^B&5TI
z;2Qp5l!7EfkdXs`oRU)M_@mT3%uwP|%?Ux?y+xzIU8393#~wBzg^l|w!i~q>pGu=r
z5$fD{?PUL6sfgqv|1p>3(i4daPxAzA3?FJ$^m~EuTggbXLFOLih+AXLx3)7eC7yx`
zfbmDD+oVQlmw#ipq*F%PkQhi<um*q32ssYf?~9b@?}k*!FeQji#v_2A6Z<iH{pH)^
zZB%vh94lEn`;!I<VuWPova=ik&`r7^t4w7iCpQL1D-!6wPJ|KUL%rFzqi+bH>ZVki
z^xk%~g|9nHj)`Y(OwybPJ3;>N;G6jr$YGt1CQ|-SYGt4bEA<d7+(#}&c9N5Oo2Z^0
zdH`G1#h?+hcC$CgF>x^He0FLtUHEl^{nd_jAX27BdzuIojEf+>YkKAVUdEnkLAt&c
zD{BF}6g`Yxvf!gvEGksa8IP5B0$!uF%^HrGvN4-YQ%<~$<V0tCLf~)Z_<MYY0jCtF
z8<X0F!A~5vC|nZA;PL^=QaCf@yz<fM4-bs2Ld@l~qe_Fwqf6%iy{!MlP0rA6?N*Cg
zqBhP=jh~}9L{O~h+t2Um-b=!ETX5#KS_pDsEC@}z02cI;;J|>B9%KXu<+wpzKN{QA
zC(%TAQ>hNUPruy5901p>*SiJn1n9_YcP+7ItH-NANXPv?H?_UrUOE~Lz~NNQ8oWH^
zIGA61IpeM=3f7VOSoc?h6;U{RH)u~tSpxvumEq=+U7KLXloO8tkjli9A}I@{n1zdw
z)F-?I-cz#=ADu)qhW27FQ>k{C=yI~MV~79fY-4faSP8Ce93nzrmEsYM{GL8t0Augj
z&LJg%#cl?e(ZKYyL)PWbn%0M%X7w9SIU!$6T=O;+O^0|s(jQ@xvY8o61z;hd5(vHN
z#*+D$AbmBuZYl_9p9$%4yaAq9lat_^Yy1?m0e<UcDjdaL*@a_L`v}b+q)FMvWlQu~
zyj0g^)nssEGw%7W&agcu<uTm2PhC!^6xGArfNi)KO8r&w9ZRAWsy14AIdD>#$xsrf
zeo>=uUAj6+p=!)}da3LAolD2HPxp>(4jtFplYD02TMe}k$>(bjB}SZrDCuEnK9UR*
zd^SMS;3A~a|5yzZHf(lY)3Ks?=u-m}s*oBlr|uNT!_sB1_OBrGOHC{3lW$dSZc5no
z1!jM8TNw{>h?vHdm}A#LuxXAIDy=5GT9QBjV)Lu4EM!!*adJXa@Ol(pMRKE|U@5#*
z{XmGvl4j{#r>4P}EJeo>rX4KrWIto{tnnM#=WT88^4;?5p;6v$C_0W6YSa7Kr<i6g
z$#gDdR)y3Y&x-CpP_>eOZu6>w@%#}%KlC{%;X4mR9v#5}yQv$F(om;Y^L#K@f(=Ol
zI~+R+icw`&FhdCB^vGeY;z*wnf@T;unx^U6>D(iv-(0Fw%~+gCwHo{Y4vMlHFsAv8
zDwP}khpOGGfeqWq+dy5pAbjHGF=kAFXk&gzVR_Li!aTY`TB8n>;IeLkh)FK0)%}|s
zFO${)cA8tM7AX~Qh)a?f;!inR@qtOPIZ`bMzP!xx4593aL5#?O(vuLr>!Q2s8qd@}
zX-xLax3{+=@M^T`tv&)Q4y$T&g_~043brg!cnNZv`QTp5cvpJ~t$H4hig4T1YKL<=
zj_vn+v36uyNPCu4SPy+UF}0Y$Zf}ji^dls$>d^etGVf{U%W)5r>EBz<^s@wH#woE2
z5!it33Dd5tNSTpt3WcKB39>(ZiB5gGqvi@b83oOe9Lqb|UJ$U3y-BUsG>E+(_gi_f
zB{Hv(MrekEER`BH0Ycem5`c9OZ7<1u5~a9P9FI~E5f^ROk}53dIWxlko<OQc->E|2
zp$1iQkQ)XhTvs#r_+Ubu%U~5w{XhEB`l}E}r^`fRjlO}+IdiOs>qQ1YhZ)lrT_6Oa
z$lBP0^%CR}+bFJ{&im0N$l_fX`$NkT4~u==fg{h@_#r_a3`dK}D?Le%nl>_vNn(yU
z|IpD>Mhni?87h~z(Q(1%)163a{*3b{_YN{F0x=Va%2?9?N>wdON97e-Dk|y4Cdq5N
zduq`o*6skMqoUFxuL4HgW-x3l#tX|gjaU)I`8ebN5>az|s>#IEW@-WHeP&$o^O3Cz
zZ>w@fbxJoeHO~>L>z9l1m%68DQ)|zI!ZeyNs>;9M$$&9Z(-|8$J9<b6tq@q20(KYu
zr|fNcY0kS;OWwC#lYiz|LYW7UJaglqlf=b5F)l^O7_$5rLyz}UVD-#1<MQuU!J$6M
zFQ|$y4ocAePBP^&$J^2KoY2mrJ01B=c~q*v*a)OUT9B05FRi~yHAVPQvjLxa@6Xwx
zv?gw8d2~=@auPSD4VB6OtGA`RyjoVF8b1U$Ap&Wtg}`{Xx=&!=dSYu_D5)fz9MR4+
zAjr0aO>-EtFo3nE<+ZPf!tX)d;&b1xeo#0$9SoN*XeL14ZB~nK>(QE)gJY5FDZ4h|
zuz;SpZ<KsfLU|toO1puo|CFYi#SFmq?w#dEY<vKd;e{!N9_UhJB}+LhOjDL9Zq`jU
zFBf5uJ=@RQ!c$dnVuUq?fEH|BPVn&K1}XPObXWlJaO;E!lyy-;BjRbo2RsNz18Z=w
zA*nE={=OPK_FSOlDmT2uasnA-N&)^F2UA<N%A0GcUxnm7t7~_o0`T@bxTDb1fp{@Q
zfb8sXk3KJ{$|?|ax_~CyDh;go<Fz8qKq`s;D8>whhb!5xNs&qUkOkakym41Xi<Uu&
zM{91KvDQR8jv?>c@ZT|@tt!CU9x>lITO!VOQMfyM7Q=)oy)3PfKT03{*}8xA7&rK%
zk*6~#YkyW5-ieP}$cAvZ;hmPodir8;siw=61(T%YN6ZA=CGEHcJqGhA8E)BONFV`C
z)3tdzj!a~d;N6&_{`YDAD8+3~I;zPh>9X|<j#1X6uunPk@Ms=gw#0??3~n7v-;#FI
z^)&R$<#DH?Xm<_u`K8c=psfA8ZFK2}lSnUhQ({8zXRv<PoIO;*0Ac4g*d|%0kxMv@
zNE0&*p^%PrRBPygP-Jl$#w0@Ec#%rs4HsfNL7hOxMQR$)T`}Su1hpeU7u3qF&(gl+
zJSa{qzTcn!ux*Ps0pQ<!=PR+hHqN*=l^n|s$JB@H66bG322}_-aVf6FpKGMf$Pf*~
zR`(9``s*W{Ak%9=Yw%FQ^4xHo$ElZB_@1N;h|6fF0xZYH(em*<bfUM;$315MrXgO~
z-nc9)iEOz*F12Y5qLRw;N#In^iJhRwEdP~_t4@J_a*}6otey6E7Vlq0`WIAHwwZ<~
zc(|c?7~4i{ShdXiZD1`PGCT6j1F=7NZS>Eq!^^Na1gB0r8k4C%gK7MRSm8Zi>G1j3
zM_g+4(Pz#24m)e+O8sd*9FqLeB)j=%eNPaZsjVHDt!1*hBq27ilr>9#AD6I-aJ1^$
z$vWK{+v7y(p-8+CpQ+0pgb0$)#-T+tcMcscf+{FfGH3lDOVb{>PyMS`{4y!nIG2YW
zm*3R04<t80|1bGCZ%_{E>jW&;VEUNcha6S}wqa0E^03aaAdk}Hd=PlMC=&2L#o-aT
zDBwSP3x(mk|7&@qH=aE%f0_0p2N-Pr1kM`KYYP2XE`QY%M?>noN7jln8_XO-j(`4D
zC(|gxnY(vXj|(((7RVIS`l?52PM<IIm9cih`9VAtbI#o8cTTq|3+X)fpi;a)SV*|k
z!y}A5;X8vdUcIe-rWJ|~N20pc4>Qzk?a+e<8~NU3boB3xG1^{xXkbWKkG)`$(3L?o
z$;9{HQU^ort-Ks^I<liuaA-K8m%Q8W!uZDwt#g_cW@393q!eW}oQqnYa{j%<zxKyC
z5i1OVI64^u3G|YGKNus{r8OYO^y%;6hyT{oIO|>Q@K%Ai_QBJ$rsh|JwuU}Y3LB6?
z>3Lr%x5Q4*BRM^MCAN3kgb0vXg@=Q2A%<)ZGUdzS>1Bz1fQ=3CiXtN}#2U$AZVuu5
z3-@&sS6>`-PFiYpXXTGLU226T=}MZuJ}KtN2ijf(5+ZS@<Aw{qXu&J|8-r0nS)53K
zFb=hWlx)+g<nu}QeJjic-vDbj&|i{)^?m~z2Wqx8|KNw01CBrQxx1UG%I2wLtf7Q~
zq;@9lBM|W_vM%NPwdW0L_VQzm@F2YhStdH^qg1sMVL;hB1p!SF0Sz)f1B25xub1HQ
zsMK1Py{M3V70!rb?z=EAl|n^XJ*Kp28=#lX4iAl>I}YY2*u=&jJ0nVSKnCU1Yux1I
zU}PM?Ah4psvDmZIf#g+}TmCUZQm}gKuTM~`PgsAp61H8y=99?~Yo%gbssFxfke;BI
z`*<v<3~{d7{*S<5QFxt>!=E7VZmd#+ehNiDV3APsetZ9$N)vw7Q94m)-ol8*Zw&6Z
zkSbwpHY9@%R^YzO*U|uYb-jpuWbo=ER!TlgGRHg!Gc<s|X|&Jccuxntd<dLPoIwy@
z+YtH?j1-d8CZkIV-Ooo{7xj^21pVGe9uwDVyJjQ8baF&A%kde;^NXp7(hrwW#Bo4b
zzXUVG3XP^ZeJ09p-BCG3VvAJ7hA(PbSsb7siJHejMX|^CvNN(c?enm~<@QkP;!k(T
znZG<AWb?NhO6Pq6wCqpTf(0hGJHgkbeS{Hvn{b76k`qTNwZ>YTYX9K<d}Qf)+=Rod
z{9JCWRWkw2$*PfcMW(pmf=yB3G(&nhbQ)s{=uaD86#7|XwBTwKxmCCxY|NWK3x>A2
z3h!|pQjJ72qK18$=+tpD21Gf<<(pvir1Drp+r~IAyLXCkNli*-{gi(bLnhGordZBW
z3CK=1ZM<vY1i5gJ8eT(By1zXAt-Ajn0fyaqsLtPb!Fwpg+820Z?)t-H@HAlK4|1o}
z8bhct{)TSvRd!ZtCOaTaAzc@=!xOk{bMO81K{^dKHP&Heu^Z)S+by(BfS#1iJt8c3
zIpr$}w8k-4g6MQ74h%*PCKr?Fv-M#hLcljFK0#L;FXmJ$LEeg_Ny|C3%Mcasvf^6D
zy)N-OS4KR#zIaD<UyaP2*b|OuHojnMJi?h7jb;Vr%0e)bdH#p5@0b#=AW9iC!~8W&
zQg$VMQjI8LtF-W4FS$maUu?*^SYX`3Vi>c_UPv<wxc=yHe@hq);P`wh^k(1*G7g$^
zn^6Xj-eM3SH^t_8$*QfIqOh~C6hqzQrRMjL|3esrs-u(Gm=6LGtfVL<jb383N3Xdw
zDl%q7d4&w`8$ZZvY`u43M})?FCl*`tPUMO9N@VPI@j9&~9)M-xqA!kZk8>&h<yDyR
zfwXN_6#T!+egI?Q?d@i!k~v42*@U9&`MJj5;;O=Y^QuZ*!*ZSMU$1|Kc}8QsG*09`
z#~c&@)^K4Ri|#L%w>tk(*~_wRhF8_+K9<@|Qy*_>kqI5(ED7P&4kKNL0<wF68H3bC
zS8Wj*o3{c1$%K3__r5|ANjo<&Ayam8Eg(82-NMLB(>i>o+E?IfM!FamsRDa?*&w$^
zsA*H^g2T6Rvap*uT_kU#uwd7NO%JqzdU=ayO}Wzw%aiG}iA~2`%`d!v*;jjpq=O+c
z^L<cYUQ)YjT`=>28XXm#PH^LaZTe5;(l&9(@Fx0LkTpKL{02^dBfWM|_sxdsGc;9n
z;EL^~IAXF1mX;!B(zmtTiodYM`ULY`rlVU<$C{zaHEUK&=G`S7vC@8|LLq2Bjr?s2
zzY>)^+fy#H^})iJqszOMP;==5E2b{i<LC9?{&Z>F2iJo>%mp+#2UM!YDhV$4I*xSx
zyAWSOrbsGL4#r6mW~rVJF_bs&h$z_-=#GQtUSsupwofzpq(o;OBY0G)Gz$u_HFiD|
zvsD;>B1|ihqNJW=;m~;h+BT9)c#g-|md#{m@p-Sr@pY{mLzAfeA^LOWbpL_CTbw1q
zYg4Y%h*-;Lx&4%MMFw$Po-{WbvaOFMwF{jgIZl;*@i?WX9}j`LvVgP5eSV>rPKJSO
zVukhPIQL3g%jfj{L9*NA@W~POUn`$x-~VO*%l?&NO_}9Sw(;KQ5iEHj)!|fQ@RxuN
zv2fJA>|JN0Q~er`jD`-rWDUwy8a7Z?p)mcVK#RB1)h`7v_M9%a#G@%3CPnPjF_j_|
zk0Z}RgQLRH68gZW!1koY4`>i)$iHg|CMD6DgEALZZ^*DqYj6Zys;UysGMqjJmW5@~
zn@N?_;YP8IkBUAg_U5e0rA3Uz5Xq;D$;&`=BnyTEk!|2ZZLV*J4ua4<ID)`jZy5Cb
zFmaBHHd)_#bd{#5PoE647n`Igz}w#i?~AvZpbs{#UCvx=QWBpZx88IzfoAJp%p}IC
zhwp58woDXsWdzkm4i^wUf>H4Dh1ZNaBP$TtEX$m{U*Q*4>lp@vZtxOt5jAIx^KJZR
z_f+4s(_o}M7%qB!{ut*oS`x^b3#3oIEg*T2$`Ky8!lDy5P=^tGB<hgfM>I!&QIm4R
z6+xhC9|z4IAP9feo9w<)qHRt(4S3xpwlrX!JK^BV7v2Y;V#k9j;Whr`rYtW$=9O}Y
z)EjMb28|J>9Gf*yl=~)2j5<v0?>DB`|LP2gV|O*E_&7RK&!qIyRF`ns_k&K4xh<e%
zZc^}5`Ji-%NIIke$Ws@u%~ND334y13tu_t#jkV^}xGMc%d$7kMPSj3s1#||P-v0Wu
zDxh~qBy_)PbsFSPue*<+7<WJdYKSswq<zeOAWkB|G@ntI%xk}>B+#7a7qP1-OmYv7
zSxg=<k9%U%iyRCXk4<NDPA3Iq^Et9lzcVPFo*%wG_c>L|e7M>%#B_%M_xb$g)8%R=
zK;<6`C)3O#5^E5^=4>yxh0Ip*{L=cyT&m|OtIWsxyl;_AtYLMvAMA4a!a-^ixvk8c
z6|U)jbnr89n==7l!=1aRVN5mpm&dbIrLD4*BGd|w##2C2VpH}A@^(YG2<RvW{L?C<
zcFmqa_FH?26}B-4l0h-HAGR$f>qnQID!rkQB6fR)>P@T4Z|d?7A?{o5T-5o+8#){v
zWyM(Lgn_7yV<;V2WWUV>k}m{@F`9oWd?EMFj8QVr<@5CYX?f=Ca@c4x+PUK->Xs_&
zC@=9;WbqDvQa8me$XeY2T9+XBEl9jf*`(mwxZ9J7E9Zs@wdL*&GL4!GbNFg);;_VR
z#Xww_r{ZLyviUY!JHL`T_BjbRIyb$7g59z?Jv|Ri_Tm-zS=NtZAOmbK*I<LGl_EQ;
z7MXitjLa&BK6{xDQ<Yz81t3Bt3mh|S8n*GSD%MYr1w2c={`!yIlk|J&a?<j0gKa&%
zpiwhmgag=acF|Z8|J&hjI>6XXrGX<wSdu}|T>5b*x*7y~cNdzJuulVHN?+3cU7-U|
z8Kia&Pvt$}siJ8{AJ`ty|6Au9+#H=HWD}5Tcm>lb+cLP87LXxneAvc~Km;9m^56%g
z#A+l!#)LHWgfHIpa4Hd8&3GvTQoSKMcXG_UiuAT(cya&98B5f*@eYkI&3EQ?ANvH)
z=UXXFqFv4TO8h-Gv!U>*B50h4Ozz2Ey%_T`g?BTastVEo8bUt~sww+d?<v0wRyGI+
zt<?bWwe52AmL*CT+Do1t!oBlP7~*yM_RT&azE-^L$3$Jk5)N_PPfuw1=fW<f@(dOV
zYWk0C^o!juSTkVQt>A|U<t{!l>bNbr2YZt{#&cq2NaCEFIqLUQ*$XY&SzV488y~AE
zCKqSlMR>HNgHLjLje%OE5kx=ujNHP8h#JHDW-#MTYH4xU2#n+Ml*!c`LL=d7%f%s5
zNyzEoP+2W1_hM`(wtjz=LHGZ|1<<k9;>Z{3nA`jvV4UPI5<gjPeH^k5vMw=s&Sg_o
zA1^m}3(N`URkbOnldx^us<&&I<+Y2ZIEQAI--995lHIQz^>|rm-d5FYCqXUz*s&#d
z$xLmTe8&~sG7fqyOe9wWc;5`twD22}*8P9-gv3f2@j+%em#cLZ?U>)9O_MC{J9#8;
zLOf>M3USqy%z1okt$P=w1R2KX0nYx37B?Zo!bLBGU&wLRL63UQ6K;<_?Z;4~E}t=E
zi|b!>=Z1kwt;<+4!g_a8)J+{jYNleR)-0wkV}!->xv$UnI27%6uokmg)#a^QG3Z)x
zV_U8{6_T#UZ7~&6)HbtDLQas(cUV0EzuT^6=iR`%RXCSWQRT2&uEc^<MPN;te|wc=
zA<^q5|M&&IpWQ0$hgtJi$50K;Xi<X0erSw{W`#YDPa^MYZ-V~&6%^s_bb_8$^udY-
zY`)b)OtPVA+iI2i*|e0OY`^-;-)ilhlIFFSJAslxpv*APFV_g?99V%rT1ZbB)9o&^
z0?r@4RB9AgmhI^58awnXel8wkP#C*?C+@T`-Ky8Y0VmDg;?k?sPc@<OupeoAQ<NNe
zWi%%B*M8?pYe|ek*`@E+SE764zNNyCWIXHY=zh^Vn!y&edsIv-aCskrf*?Bk;%2@O
z5)uc2M852O;u1a(9c`viXefWv%O+#ZY={mqdFnP<QEI*8C|Z5#1|Nh<;g|r7Th?C<
zFY{G*j?v-ozZ2Ux@nlPYA~g<2X${R9a`xJn7Z1hl-Ry3V6g&n?9y)>Dhn$Bw%{>qU
zGUW-e`7(P;KC-3EJ_i^TSrNt%25~H%`EYn~eRCMuXNok6t=&d!J~bU9Vg9!BeP(+q
zQhx2aP)jrHCb)l8*_X5A@~4AD1srUFK+UX$GG1;WCXp9|WFDo6m)tkgl__e2>T#>9
ztz9P>aAM#6>DZ%0N4UJlx=-Jg(=!ov-OrPzy!aen48_c9h_61I54LDE^vP=oRU}C9
zLM=lqXOk%{@+|DD3E!JO>#fYDnX?cf!^!+wnOx*2S<otkOeZl0gfI?rPoSF&(p1Yz
zd6=uPwd;Emk0QCDb!&9~L4bCY$ym&%ck_#h>)s0qN$(@KO@j0I*;I)27B@{e4(=9#
zxe&7BQ=S3olZbD5jsJz*dv&`n_J-%)y21BPEB|B2#T}fy8JPS(G<^j_lwB7s&CuQ5
zjMUJjFf_uT!+?}@cZbpg3@JS{(%miH9TL)rgp{O$fb`}4?!EtDpXcmn=UVIh9ka&u
z6F49+|J8~O)yQYd{R^#9$G2DM5G&&v^nY4;lV{6ico8y}8_8q7^gL3xh~V(I8|$e=
zKvXJq87$rZt!PQF>agxuFU}hkE_@`U$Z2NzmL*wW9to5y*6W2uICSw}sVm7<c*vBM
zPZ2x3t!b0e4r{m|Lu-t-HU9oub>%$7>vZO2b1cl5qT*D5Nvp+oig0m=yD4lu#X1SY
zp<?V^AqEKxGYR@G{9D)wXW)2*bI7&>dAr=_*MbO>i^4+^y{^36;1Z6DvP4HS>?z!N
zES$#BW|bKfold0;nc>-4eT9msfi|HAnV`!^h0?Iq!{9*8yROIS_hqy0ZL~Bk#&}{L
zskof~ZSu`ah1bGFfp7IJmW;Y*rh(tivTtQ|J4D;5?Bc#@#0e9L%^GN|dSaZYC>u*@
zPRy4txuYJl1y=^r9-Bs4`^bi>$}w}=@AJI7-+c0RQ)}I~_-~|H{vX!@>heTz!;`xW
zG0So$0E^#w<Jhcxtfrj!z#VNx!1u>W{}uME)U53*I6w0tU!ef2lcdNOd?@fXxPj-_
z3fW3l%oz=23+==4sLhwJ>p207#I9}9xeW9#S%;B7mbKEC3aL141EFFD>L#`ifE)N&
zKxA7yv=_t73hthxsr|f@411@Tp{l2^?a@&8vG0nla8fzCCR6+jCI2s;w>Rkhu)e6K
za}8L02=ba@Uw~YUtYp*lfaJeaH{ASf8?Wc;?4R-3Hf9!{;tvseLN0Hnd)^PBWm#?=
zb4@v~-?P>UFt2#P6IA{3IOt;iSFYaeFJY^CrNpVB|Mtb;oSs;?idxk%%h&WiAzr9l
z*gt!<4b_o)n^5j~ee~i}gsS6v9_mYhuQCjyml5)>3{#b>M~dcS%&YxHYN2`-Re`2F
zwoOd0s3n&I8f-V1mQ*d^n@dmQi08gB@qZ>>?h|d=y&Zg$4Gc?p)#B$>qH)MjMkhg~
zeJVTf0_#o+&vqZrMq2Xg32$3n_zyLECOn4if|H`N{@_OGSsQ;!`KIyAuZLD?`f4t7
z-RHA9sjy#&q3JLdl>;G!5rPXxuorEs6KPUT!WRL05)m{3?99`VIL<Ln5H`@r?Y`t5
zo#s!tPz$Z%Ev6P_BL3Q3UhPjl)bM4MLw9h8H!mha+$Xa0oOLQw7_n%WxB-0<0I$W$
zJXn0|_#wD)?Ba7k{~w@#`0}f40s{zLdMM~Vbd}B3WF|=nPmtMF(w3%gl~52o3k$v@
z2JB!SUA*dO!QjK7-7aWt$K#!1S^y=!R~s8G?Hv38<&2j6*s&O?=K=RPL)*9K=Br%7
zRq;bE_U9_a+D=FicGtDwx0s-R_my>EiPye1BziMOm}+T8Q<X4Hq!vtmbFqHM0Sq7w
zu<c9ic^LorQ?^S&qy6>)A5o+EjPGHa^V^93Y_4-mzVTa1Db|zVGpX2U!(yxb2Y*%w
zDs$RW8cVP}!5z@z{%@L2)GGgww&du|@cmV`4F9-O4Gq<w&;jsP?j<R;!Flla9Fe>-
zB@MiQm0<$w!0vRh7@zJM&#G6K?N~imt62Y1qTY_E+6lL62hnKHr7;n=1&@~Xgqf$I
z8M5V0_v~#*^Lrfk7vWAfNiKCR4tlf&-OVVygNO2+J{(A-Ae;^VoZ!4-eb{0eeWNMh
z?S8@gH$z_ctZoFerOn<QJgK{=9R#X_P82!7*uu+7_qN)x)L(bFe-`x7`&pc!XHV@a
zjOKX?BHF}eAb$^sux+Ty+5hUbCa8vK-v<-4f3G@`!t02OOZjeQ^*;7iY{U>NRcMlB
z+c9&65P0{|9~xS)D-AXZnxJNO>Pgs4LR|V;$i{tNDi3&_jr{TVt$;J@7@04|bCJMU
z{^OzB8rS6Jp_{#c&|WU=^W7rJ0k4J31-xh)x15grP=~eMHA7Y)%gmk2VP4CL56nR{
znh#Q>qrPvZ0oq`!<2$_~XZU>uooO5|Ir$2oX;0WXex8sdPBR9IIQstc3bKl%@cE2%
zREam5X=VAg*4MY6uUKa$D{at&QT2TcTUA=1j1Q-RlESH^Zu~K>Y<}bY+B4YVP4<+$
zc-g<hFvjx7sWYMy*E~}?{1xe@3uECVnP*<d+j<(tY)T!k-`{*W7xoUr9oBjxg4UB^
zp>Vf;y1q;<y4XCpR)-436SDl*@GH!PL#2QT)5}N%_;~pxI{<Ghe8p_|#p0H3|EfTE
zzGxlXqh*2Sh@|%)JAbSVW`U?BZoIPm6lVJd7!+ARBJy-x-vgELEZ^W^eeCG*wd?4*
z**KYz)C>lBk|Bi=H|JBe6sCE3Ew3(119Cj8b5M`;o3WG{?G$o>yzzW?B|o$l$ttC1
z)qO&|OX_3_X%vxKt~Sn=n~L?p6_zWaFCNhM00HArFSAbG<<|I+De_yjjOKmK>-|*c
zS|tsqxGY)#1EDH*owBbB_L05XG2z#S$FiU1u?Es6wzi&}GC|o_Zr4#eYA>5<{v3bv
z*<i(T>;8#Q=-y}h8AjPoGIY)9N%l9QhpSOZrPdnv?la$U`M|GuUM;<s<~A62687G)
zGDPL4A8GF`U;gxot20MoP+14A*>GU{EKBykd+EtdQK`eX<6!E*?qC%9{gpTMU%_`N
zZjE?jr*80=khB`O`|c7LyVLxz<8Cct{zg7+hR-A<(chAZBZa8Tnjq$khe8ZDg;c<+
zRA6Z1E(H%8+f5#CJ#yQRtX<OgDU?G?f~R{|bb-7bX;#b(jX_^H;oa}sBhh3qQLxT6
zZ1NM2IEelEE^2vc6h&RWNw(y)=xjux8@jxZb&O8*1*P0U6RM(Oa@fYa(VtI<DG`v~
zw5)R+k68SozwwKj!AbqhJJ;voo)&HGPkGM^{J=V?@=P|xlccI#<pA@Tu$HQP`PC6j
z7HhO?fp8Rh=Rfl{Ba(cc>(K%l2YUw$JwWLpLd=Lt%IA5uCSOQTdHXAyv-1^KXCiTP
zF(T~iP6u8^f}oZa-l_e3tG3ioZv&G*h=G?Gr;iSalWHTBE<0bDy{&k~dJgR!y{UQS
z3k^v0ei*4#eQn=WI5Ym3Mq|_%N?>tP=s5lDrHNI({=h9bO^7!)ditq(n!!mS#b25D
zVX5%3;%3Z5@)P8ldiA^@S{Gqput+6k2w14xw<^Xr%qd-Mrl7nkE*ia<6}i}RTa}i)
zBV)kqU^nghafU|cwb<6$z4ACWVEppp*7$=<9I|TZcSQ+w%&*THd!gro<)xEOz%<$7
zf$cSoNJ^E<HP4`dFgDTpKV2ftU6ZjpO)6@iT+4@qlS)>rQrMbHP?!JT7cPExeOfsb
zrOh*!z;40(tdfn#v<8oi{<Cr3<5%w`Wp9bOZ*5DZy?lbhUMa=cP&zh|6`U{?=1|u<
zgjD1pb&r`Vf($T}A_TE;b!6u+rr#CtbKN<Im&G9#`TaD^+M1Tm^je!j9kPB3*KQm>
z7|5lzOjpqx<Au=*UDwrR{u7ikkU<Tp=HCw5Zo0eNi1&|}+S}@>%umpL{w;+sXGpB&
z__9%XYcS_=kSExI-uPn4mM%uhl&Sk}U;4kMF$AtMl>v?ol|K5LxM+1D@RA8X)><*o
z^Ug}S93xKIG)}(PrWBw4Ju~qXMNGup`saL9`)5z?QZIdXWc+TR5if&Z$$@JA?F`e~
z=4q+7olZ>pRH8-=#1C8xE~~mqeAmZ2g@rd`PqVVJAI^n;PExiL4lQwb3VS`>(P7#Q
zUHiWkM6{82D^F+3iKs_B@P@5_9|x=lN@Gf4FRsfybakc(o=M2i%_J6He>@5X5;>BL
z_Nmy%7p(ez5XB%IJ&s%^^8LHYB+pmx#lS{ngDrg{ZF)J!Aadc&jR_lQToL^J2R71w
z3-pmN^!@mhRS__MlTqxfQUdZcdJg=~B|k3TeB1;y&Q%T3qM?Wgyi+A~j00md>qI}3
zKy&6kf25Ldn6@fi(kX|BgVO>%x&FWr-ET%dmm4YJcW!(?YKI=lZHh^^*09b90(+7w
z)B7QP?zX;^iweI^fOU?)ZL8t@#9bv_B{O%D4b6m_8yx|oCw8AgtBpB>^w48E6pU(`
zYpP~V{2I%8gYK@F%?_mg^J~k8Arngs*jMtvGoQ0E*)Q$Y-TfYYJy<O*5mK$K(*3XA
ziPv!5p4RMKOMk=p#Cz;wgfL-ZcC!7GHDH(1WD&)+U1yUEtOC$){N9H0(@6ep=G`py
zF8;}fH=P-w_SHnZG&QaCc%xZ*XXgia1bj&NaQ@!>UD<<2>e@3Z;w)AsdPbC|o9CH=
z9(4UQica(lM6z-Kq%(Lb7sU8x9$K<p?ksoaahWSD;4Vo?{JXo1tJ~=LU5<yA&=X2J
zP8)RjHV$=8@b~hu=A8p!J>wN#R;x$|I@$zV0C*)4)w*w{r$~l!HPm)@<xWmGkn+aM
z1yzwb?WN;i+A0<(SBt}s&ZF+7L#88fxz#%!m9AwuOhB7CWzWAWg=h7q|5g=yM{sPf
zmc3j3U(Flqlp4jiZwXTQE!=kf_st#on$q8<@1z!=xGSy7#;X_y?49FcmA3kaW0pi{
zIQ{N?9y7g?Nbb#7Ogq~cQsN;Gka9gqX*DdhVe#b_3oYXb`r?Q4n0smAkTvf__F|zU
zZMKUa93j_jFR-fF#Fviw1;Eifl1jlf1-RAy_t$3R@G{@wS@g~G;?gBZg>kY3I__nI
zZKs)HR(k!2f2<1iNq^@aUgo78KY5`%WMVM|<WEAJ?DAppunc^Kzl&Erd@91jiG%X`
zQ9=I(`O{P!@9i1dUw+myy6p1Pic|6$=`Lj?u}vP{>9q{XJ}!-WAU;UdrIlrR!Q4y~
zZ!lhums$~d9ij-?yp=9DejKYE+J^jJgVg`dC{*XWmi~jEt$NK?*<&}-hHy8+0rS0j
z`zDO9=ehT?bN`fDSGP9@+oxA2f3}R!x<51}V$9q<nu0QURGWd_rLlG2U*k`|eb|du
zc%NPyzJDv$)P>ulI9K*3KBdpzvoX%r-)!DEetp%j;C*qqF*<*MUD;Qx`n#5${iH**
zG$yql7cA3}T80N(6dOr1e6vgsd;b3TRLn#1{?|1b@<BqPuqNA#x13hkzglOkcfF<Q
zZt55(c#L=KAMIFHg^i<f_@^>un~5}scQ1eI`iazsU>^V8EQg*DHILL{sN(F3qqM2-
z)=O{hj^nSo@>Vu-4ZM>+NU;`km9+xYoiksvrp2Yq=Pc`9NQCMU#a9p;KDPGEzj~T@
zA}M(ulK&S2QrZv7QgxzVDG$6^nPQ`ufKfU$Xdu6pUJ?1cHAD|QUG(<z8L#nMwQKEe
zs?6%I98bnt&--p*ynCRAjR8~6>wv28y40=aGH%A>i~98x5sIQ?E_79#e(an&jt^Z^
z_~~>)ah1n#+Tm>^<6e<Cr>sb2u50=-cpa|>>OcN%o0rO$dPtYuv+{4Z?8xqfvRq%)
zhXJ3@%~`_p$H=3_5{G^D^Zi?MR;;r*huDyXkGyZ%?Hi5S_g$zRrrYCs_YUa&Xzh-r
zHtZ0H-%xrI)s&z)f|uB38-vT`GqktgkIJbIiFZ}ozPCL|c!na_{$^P+(X>s+O&0P8
zrb6{=k|I&CNEUY3M0<F)bDe&Ncsb9R5In=0B%XI_U)0W?e%}1E9U}K7?j^eCj75bt
zBm)g!DN8=VZ1y%oBl$@5(Vt5=GqEO{qqAdkH$O`XDZDw)Zen{EmDtllImG~yP!hw;
zepGnC+dS#a+ovzrr+*rZ-hDoEnS9rLEwjbWK#DU+gsQ>17ozw{o{SaMyZ{ZySOh$S
z$8d(3-?fS7uWpj7p&FArs$d)X#i=G=^UfPRF_K$Z^#cZgm=TqNf|OAH!%m;1&6!d2
z9{qK^<Z!k{jlo@Za+YOoz?;~OQkcHO;%al{VohWBC0)FvXoX>rT90pfvb9A~iYlUN
zH$b$uG5g&_Kkbnt0jsD=%hosf22`-%2d$gtG*@ucL#hp^%IPV5Qeq1=FyDhg_3_4a
zJ)-^MYd-M4%OoeUONMgUO_YM$kmol@MPM==ZTwe1y^7QA5<bSoJ3*?53YGGmMx5#r
zy@Bten=7iCtJJla+~y>K+9Q`~{06-WB8c7l1V+i<L5Np+A3k1wUtJp8)8&0hBzpSI
z|E+CcOsu|m<m6z1cayKQXlO8BI;`8_7v#}CvGqRqW$Ar=a)AC>Q0=v5D<L~}{*lal
zn(Su{mLbLBYU0cGCFP3>wkiuT71cfa+72rR!9knW7uX9=L?Ja4O_p;h=sU}k`h7(l
z7~$d#s@wuykB8^)Nx5;l<l!rQ{$?NF?o!~Qk#TEUnZ2mpu*8m`6ON$;=3Me%uDuUv
zF&)Sm_W5G^ekb>1XKY?7)JZgD@8jfk*xvl%evv=c3p~lb4})Mh@#7RuV6}%6@X59H
z^!>?3gcp#h7|AVElK|Q3efK+3OQe-nc^$vP;7+JPoui=w{Enbh*Dhyj7>a#0YS>3b
z@J&_BnI!P$MC<CKFIi4Ttfm%Vf>Mc@gEWtSSaZbrR?VKcp}U+!K%%ab?JeRqVkIQ#
zvRlrYC4I{`C+p3Vnp2*^Q^gI@sFgR$ug15xPFN^tV~WB|T|cO7+?{~WpR9X<$~pS(
zx-nc?YyR@6yx7!X*+AL7>z{?I8Q;=x`=scsF|0!NF_aAIY6FpmX|&|+aW>SGX2#ol
z2n&fI1F@J$k*Zu=YGhbgg6fPFWNX`LmXp7sLPk3>y@Ej`)j8YJi;BbF-dXR1bPN=7
z{;DwBK2P2)*rjQI5jx|~BqY=5PYdzXe`?XrQX2Q+BxSShnWXpWG&wc=dHy#1NM>nR
zs`|`D2vK{Rq8}K!dZeo$*Ck&dqUqXZ(86npQ$dmfv4|NymY6l1DrZEg7~%!H6)f(4
z+7Qwno|${3gi(%v3s)Ql%)vGC*UK{Gt;|4RzWd}-1Aj9%!$Gv)wyLe@*{FAKG+#K3
z;-~hcX&hCsgl9Y7?K{GGroUyXBYWZvRA}~9F$#zcF!p}RK05b&ZyVmt#a{}jxqMjG
zbD2;fGro2Zj!hCJGa;qGUg#w%;U$hi6<4mu5v|jo(Np7P$6A|*(XuYq<s2U>Sbj3S
zw3%0ACJG+#g_PApSrvF=20~@tqJL$13RnETjlk)jI7+-05=k6@nCX2e<){Ym>7cPu
zQ$FjTp~A=z$~RZv@@n9@A77ss)=1{{nu5OdVpasu%g^rG?=pL?@86D>-d%b*w(J&a
zmJ}PR&hn)SE^<?=jd3d{zh$pcS13f7f!s8Cf9JIwP|;}*_&5QO+)nzc?#%SK+1%P{
zv%R!)`RV=su8Mar!y`%AUPUtCN3q9^Pfe%xx_tB9SZzuTxfLx4e4@@?vmSUO;+(Y?
zgGnzTPo^p^tLIY&IaG5Rf~5j=(SG7FUFFCxMbd}WoXiXdo)kiHhr?ufOJ-nGgCunH
z^6rjPJFFD3x9p<yBOH1L+XbRvF2WMyl`-Q%jmY@Os8!#u_Bk!yfuSeF<yz=e=~cP!
z0m*ZzC7}Em0ErPYwoY}?Kw>rgy;Hi#FX^P8z#eu#JuT1Gu(wBPSg+RF`@9SP#Ia!|
zF61qBGG>zJe+tL^r_Y_*Dn;E~OlDQ|LxMvbQB%Fc?CBKIeLogx!H`9#3W)-86wR5q
z)EE|}HP{p4?%02*7DPl3&pAvPFdHPnLR-1(HrK+tLGO!UWv?M-wirBwU-&a-H%nP`
z%vcDzOgnfImk%*JBKcVk0#pxJ`Tk9?7{)B{fGd7C?vTAyr>Hb<@EzP*Q(OnHQ@gqm
zt1vhRhdg)-d4}x@gH4H7^lU#8pd9neEe<HX9plbT3wj97l3#)n$}fr8S;&el0h=@W
z#XB7r4b{~nA?V4~Y}!<+hBw$qTe^Jw21emeG0&{6dYhW#d3-Vc3XTnCDJgDsn*P@;
zRD5_WW$LR8vrvr(t%8KI7;;twH{EB)yqJM#y47c;0wHu+x7<U(Wj=hP_#Tnh3qvct
zI^ij{Z>e>k{jeR5kmJ_V@Q<=y6WIbeEKBr<e|A^LOw<U_$Z@V_Ja%t(CvI<fokh2-
zH!_Sx%En>&JPJ;!Y({8&ww_{ylLV`&^5qe$*m_fZP@v==Rwc5;7(z?Eo8wJ<!Cu8c
z&rX8<`{>*mkxF2o^RL{(p&(PPFwcne80Wr1v?$!$f*iTQ=oQxZ3%Tf*q^A8b@`We?
zT5@*8UQ_yAiScmyd0nr3ly@rNI*+lGqu?^qyIdi(X^$>4wq9TpR4XI@sn&3xY^s%3
z5@57eBrOxPH!LN#l*|mR-g<gym?Ay5?>8|&L2)3l2Yf1TTh3T-_c!wTK>e5}l}<Wf
zSm)C}RHH06Q7E!G2%@zA^Na%_V75adXbYO|@e<n=St>*!^S@MW0ug+#M9C+0+)<-B
z^Y!w%S)eao4~Brv5C7ipgyjZI?N)+;#P8@=U2wEL0@?4;Bd%)2Fzg?&v_vDp7F&yu
z9_--4`_H?6qy&@=K5Z`zPglie9m%qemY2clsuG~$_Lo{fe{NNU@|;a``nJD)m3Sfx
z!nd{rE}2Dna8?J6a@xK@a?(;TTv8CB2m}d|2y+zlBEhIEESMkHS(vTdF^a+xdIurw
zQ!eJt9>Rcn4WE#733m1e)^T`(#F-Et=Z>%Ot<*fz>laPS`}czjhre3-Yw1AC@`A7c
zReBbR8f?Ch1sK(fttmJgefvISr0hOfoUAv$-5Y~1Y^-AeU@yx`f=$i8C-53igM_p0
z)o+B*?5BI0K6bJx5Vc8<w{L&)qycx$ZfcOQyHnP|(Ube|9+sH6yCITP%Tf&zbk8If
zJAiI~1+Z;YY{4DYCbDPw)P+`&ON|V+k4}t|Kr)+wiVOj<1@8d~sfMQ3Z`0Uabj!(N
z(1j&C^>9Q$@8IR?$O*X)Mx*$IGbcsu&;su|hajr*ta%%@*ce!3p59BIj9hzEeG<Ka
zoMIjBGCsl~0kz`z9|C#xZh_}h!^e9n1enz%?A6_7I$y@}S3BxO^2_VZt*i6u$)=Ez
zp%WbcdAXKIu9?Sks30dZPeQRXZ$DhJG59S>%DGUPk5jmkXUkGxRfJ%&$7bRCfs2>*
z*k+m2w+LCCDZ^l-Dv3%YDWDA0IGx#Jpa?X2Ya{^X`+_D*NBb^mcQu1F_}#x0*JoDr
z#fQ?`=mJi_g*R_w!>?~8q>m|gSkYq2QZfVJ-CVCNMMe5i??E2&h#)Gn{LgP{1~uQu
z(X#1juqf=)bFj+m84f+h^_)ZU)pznWms+AwGM!9YqNWI{7}?12eK+2W6tCF>B4<#e
zNFqsvNyw7FJ3yPNlbG>j`A)ywTbL6L3O0gB<nt0FND$yCNo-YgEkZbKlT*Z?Ok-2;
zZb8D2gf+o2G?F7TL!m_bg;_=v_lWiagXV)wu#`_UPK3Q@Q`<BoI=0JUsz5_8Q~7b2
ziWWCDv55k0D%>mVHB{GB8G*1a=Y8P8zSC_{uKVYw%-tkBFM<aHQtAJkZSyAwgn^yJ
zx9alychSC+w72Mb?o;)6$qYE6XVEQ^uyWjg*;v*Vu-z`$_0<)Jm?^c{rqaW3V$IWO
zo4yc-vlUx5Ig41=vk$|ZOh*&P_#>1rts6WS(Zn{(Q6X)bHo02pMUqkmAq6G=B`P~S
z9seH-;7v9jGp3@muVOS$mFG5_AJFtpc#L{#j}u&d=0MGsV(Efl#l=);KF;nk^*Ri_
zAkx65Wh?uU6!qmC@zRpzUE?w{v4(a1=I@%yb@Fx;pRgJy?P0A0o0n^Yj>$Ul<r?II
zHYMkBoF;k=YE#wAa-{nzrmPi2<-o8l!>gc|SVN;xu)JQ?DEal7ej0gzA`ZN@y>}Qd
z)q%(BCfdoLrARN_@|=tn6afYXqpwkeswNzr%=uzT98_CeI$OB)I{6kSL{fz6Ch4Gc
z>gdr~a=-oxGz*Km8kq2haNdU~Dt@c8FQ4B;Cf;k^#&VJGQ3#CkT?La+?%Alel_tbK
z6&i9TPqUT|I^!C>_|JH<l!F6*PQkg+XE3$(R_^1Tb@69oY+)XG4)jQ;*GlD$bynBj
zg^Gun!9V&<%QI&u0<<0yZOw1VGDo+1<(rdp-<fc?Nget^)T}g)FsYmhN*?B?flcj^
zuLq0VlFgYeZDQnj$K>BjXl<y9zmaoVR@FA{oYGo-FK83eb-RS)wCH{CHH&eu1WS#N
znW)p$bTNsBu_2*Vq!DQkJK~Ly)5Ho6cp9jM^Z#cp1*+NE5@VBZ&zdz|x|69@ENuI`
zPP)r^Y>sC@B#cvmInUxv7z(?ckX}<LMA7^)Jv|+rtWi(W0EEEHkbidYQw{)<nnm;V
zszzo8Xr+_qrbjTQ&Af0AfQb$V5@VO3;F6=2GUtEa#*`c8tWek^1&Tes?R+aeSAs68
zFX0(oHW?GU-$<T~uh5~<*;GX2Rp|c(uu!mT3JhQ7QN-unaX`!A4N}wNE?5x-APHi6
zvpIRmrd-LKl`5c?;)wqpLc2QQU_X5t^q<Fg?fQ<F{GJYS5GFRr!FLa%MXmIn(Hnp>
zU}QQt+wzZ~YnA<x@(8FkEyFA*j1oz%5!TA1_?>>wL_sGmXjQO?m%8%Izo%avyl3m8
z%v8=48B>}vq}8H6jHNWT48WU`u6CiH>d>)=;TAtrqluRC2z`^vX}iVfD|7^W<d9f6
z^9`_dz{$SZsJv4FF(v1Ke1LUhc%g_9QhxJN_HtsgVS*vwL7F42_C`6g7D3Nov{Ia0
z^ULzPZ>$0unp;I5jFwuFjC_ish(0nsBPs*<1x7~JTr%U^Hw+99%LIy)odjoJTNJ!$
z@Np`cvAoP|nD$?Pw_i%9h)RAQgDL1?KcT4p<ntAMJiIe9pKZQ`FiXg>u%Ruh?uu~r
zmmQXsOlk-shV4dv%OsEd_@?N*OgSYA@OnA*DXb4#XCResL<pw7&!>S;rscO(7qBK^
z12AA@h8)&K^yYk9*I?{_z3r(AkMBmConBC7J3syS`IG*FW-lw<sXtuVqCe>AL<50y
zj1Zzjd?o)zHBHsqw<@O^%ugJ#cw^Q_CAQ1RM$*5GPisxjuCK>yT8+m?SvNB1j8x1k
z!da-fT#<k+eJkR6HHVDSc`K<()9<TTO~vp--j8m+kJbk;l&`av`TC0jE<CixVfHV>
z;`_M-yBl<1!vdigKY@aZL<1@z)`JCrex4NGTf&A!8^4!dz9;*Fq0aYo(b1wFM$53v
ze>Fe-u?7B%Q^$M3xqq_%OSk_;fr)<Qlw}^8k{|)nhPzP29y@B#(u!<s_{j}VNthaq
z>y0+P3AVh(`odkD<MAS`+}tn$F`M@#?IgY$1g<CVg*<PTeccUO_yE$yOZSNIy`3kY
z`;C@MVBP@9qpg1DQ}!)czLXC!=ZlP?{q&CY#XV)6O)K>$wjxDTHb%|Eobx5xpT9pb
zAQR0|Ussv&(Wi)4;Jgck(UBll2qrnLB7@C>9?FUEpYC^?)}Ocyr4^nF+m<oIzcW)}
zAfo~QxEm~Mx`TF7X1;gAv<#RqkJ%>Z4%l?hveH^;!Mzw?Ff<vTv-&3&t`w#fK{BT~
zGy#KBLRh^XJ4S&R-Gafk3ivwT^!WT4ktmGGnyTNE1Tl;Lo}XCzZLCOU;u{5>5f+@}
zAAx)cXm%DoBq8&-@CWCtrLtD2xYrz90{PlIM2<OS4_7{NH7Fz6VS4x#n7~}?qCnA7
za$W9;)IfTG@<X$KiHNSPMmg4}{ENUPCESaujY%OV;E`GGWBm0==|*$%a|h;>rFw=#
zZ+%qhaJ}})BWL<U%WIwvZr4-J9Y@>^@0DRhPm^*2?i{X?tL~R#JrR&F%bMJfadYVE
zqj*!WVicMvK#|iNi}YAYLL5Ljf_PIiDXN2Qfx)7Kh!(KKB5Ayp{Hpu2Gb<fk6Vy~_
zk0EG|tFozE^B^@BTnCY|r);3c@Z#W>8rw2~n^UtCjFDiGu}zsW{_9CVE1v8@+4=Yd
zUGy3e*$hEekRWXj3$Rmn1>J+2rX*Ta3ZC0OG5tjggU*08^a0s+prP7-RWnfQs5d#V
zo5nA5x;59VCCWL;4;Q#xj5~$-byaScRXCw2|5<lV*w}sS(-y0y#{waJIvn{qmlYaW
z7AD+97NS7L`>fbO`d9REdRYz}H9Dz?)bqhXeijfW5oBXG{u>ettXdQ44~rfUl6)b0
zzlIhjCh}sa#woxtt)<s2$u~nz8R`+n@;f1@$N_rrsnDy=RkKHj+y{b#T<&+7B~K-{
z`23YKXzPVXUjHQg%g}IXV8GoYN2@pTx%G5P{>;jWVkBGIy>AzPga7d9C%;nO)so3W
z^i=8NoPm&RaxZ*{5Q~|jk-KI}5tN|@$8tCYEpT&_BpJR!hm$4LM#(FZVLFk8;h%bn
zTL8~NthimEks5bF9E%}L&LpcG%l29A+9xH)H|vxou6ojHRtrT%>U5c{Wq(zdS2eX%
z*qo?=p2Z@Z&m5f&d<_jdfPstwT2cEc44!++s!H-JArj-XOs*vV9@UxDB&9{E1<FfF
zOkb%LwmP^-LYmIx4f_|d_MM#n^M8#rRPU885AtGH1|*;D<@RGF=T;+Ux-2(8OT?~!
z)K??{1uX>ySXm39g-pEeGB}clK`S~W^GCm1Vnn5<L@L73xj+eNwDj04BwU^t%*07o
z;`4aFLl~+QCmjf)@sRyAb(0%LE;<87+Ay*FS)qOX^%>F?du)x6x)s|jz^+)Y88xxn
zEW_TPOt~t)V0g5s;;!LDrzu&4S|7AR!9nxW7-j`iO+9o<$eLScbwMASRzaUToizdj
zBy(AL{ig?GDGnJr)BLL7iZVC>mS(<jo&I;;#aw2<a|$`h4*Ds;zu`YFPzAh~c*k9U
zPRgwyC@8|88MWL(8gfBDlbwZ0GfFmH21G(w$ayk>JAx|de0G6vQ72c5lqk<p-;)ad
zY7&Pn(h|eAm~@$%UC);vO(6M~Aw@iZepYCnt<k2cp|$~AQ#A<Rjr#rhP_--IHFmUg
zRV)wsBTcC)-@Q~{e!67av@FlnoA;ba1UOU}dth6mB51S~GGu`~6O&`tbc+Livqgk2
z?pNYE_TTuRH1iz1_d0vpd|J?4MxkfyLSsCmzrX+GuhlZPNy&cg!V--V=+6Q~jHzpm
za4b4mX+kcC?q^!9W#UAf?A8$I4`t_z+MNlH@=KJ2S0&v>Sj@?lQ9$-1w2yUSxtRHx
zJ<&?a4n%TAcz9W{_(O+y=mPD%Qh&;a#V$+}kXvYkUxY$9jWe^3Fat9XaP)<cOffBP
z)VU-oq#q?-Yp_BM9gMAl=Wm4^Zvd6Xj<9G)44?=@F)MhG%h=b%|J+F0;J+xWnh7w2
zn2i7g!{<kq*{+_;kk2eNES>~-8;`kSx#t%SF>xSn+7)m8I?5s2awQP+&LN(D79JTU
z1}6p<*P?kwl3JBVhvn%W9v=&v4lKqOwPcX~f=(xw)mB?;)Y2&Lvo!vgcXTD~zYJWM
zc^Ob-ho`&FdGw(G4?l`?_=nvwvYp&gK}~r;&drvX`!}0ifdDUlk;mr&h-aQ;Kg#K{
zuN=CPq{fUBUl%Ic1XekT<Bf{fo7tDteVX{@G&_-|*}Jty=%9ZLTNG#RTCIxz^=c|%
z-@!AP{p1SKK;^H@lf1{A$n=#a3Q8?%up_<Ml2rfj)9zQ_;3#xbEn9z<UyVD|b_u?-
zz3jbKu6dC51c3@uOLWQJ{8Q4V`wbXz)kU!o%yx<iuCQy8w@AKfKHJx(J*|Ieh1LCh
zyP{wzS2%^;R8s*dGXWw*e(+C!1}d70a|wY-d{Iet0{R~ial0+Her%pI@^m0Cm!RGg
zooe}+S&x<}rlD#YxUztcg`FGjNAte~qC6M&iT_IQlAdjw{^8TUaAp;&XVGrq<R=H?
zwws+ae2x5Ih}KI{sc}dcak^I0SGhk3iU<}^B^y4Crw}a07L7D`8_%6u?0r2}M6<mz
zP{K?x7#FkA2rrwINWT>d)cRR`GWN59oy9(~CD?VAiV(f1TudE5_Oo5?8LUn?F_r$A
zw!zGZ0Uu`2kxpOZJO5CSS53b8hOJ<{MUdW_ZFHFA5b#T$3@(XW%@`DwqsD}*f<?;v
z7zh9LJaVD8CE<dxSbF|q_n$qcWc6DmKL7DX4YQgj=V%c~?n|VImc-}$+&`9T_SjZG
zYipJ}H*Iv(y(W9fSLFmlKF-mAk~g6b1)HES^SiJh7UFb|PxD{<9rRQobrKL*Yf>(~
zK@lo(nN8|krXtW47oZ4Swu6liM`|ce^ef>W<`KZ1&4|4;Zfd;3yx7Fn<|L>?DQ7W$
zk|=N`$E<=6nE6+~4)XEx-Y2_qdoUyD%hxPYgG*!M+@s>;D_^hmXK0JN|1=#oi~2~|
z5S~d(j=R|8Xxy3>VIps+()C{qo@JJ!9*>nA90ju41vgpaYP>g7GsmlX!b9PqjbOG6
z$57=V48>9xCIq^U@{*~fbK`3`P>M_NuJOL)2ZF1Qke#M#n_xj#HC4Et80DzSPqBK*
zAX>g=@48Q)sQbiB(g{`uwFCJ>pemGxc?1a+W63}IN|Z~O>wrvrjTuxhYm2n4v=}Aq
z*l_H~xYYg(OW-I)L>1dj77CjpBRG+bdwc0gx^Y+@5rmQIr^d))#Q9$q=Nik*pkpf{
zheZQfuT)9gzFtUbSbx{x7L<5L-+gf{KK=Bo8U8dOTw{fiLVzQvrZ~S{_pkq$mo)2n
zBs`Gz-uFf`h#|vClQ~8Ksy_=PDeZj*#41_fY7q+nc-setIbWDN!0I~Nhfsc{lPKD`
z*9wOy8|moYVN#(L%`f22eHza5s334@;}_u~v5Ooo@z*9Udxe-({BFfcIjRYSZ_%Rd
z(lSu=i;~lCgFsYT66xWb?1Y~-J_vK!Y8PzfHf>vWe8|10b3IZ0?>L;hOuInqPe2Hg
zwN$l!KQK;0K~}+V;au|s2(ia&9U~C~i11osLHY6^{OIWNSRqXmj622gD}7k8R%r^`
z<O!;a%#&`j#N@FNmbe~&2-HQ|mZ$j8i@e;M<vg3d;Y_OqHwh>AhqYkLD{6$+hvrZ4
zywU!r**IlRaKyZ{Z1*RmPI<-?sx4yQ>1j*QJjCjT;|DV+V#X=~r6coyT)1>cX<0KW
zJD0<VgZ`%dVGP<dQu*|s_mE`7%Kc4DS5V8=PiMXM7?j+mPqw3Du<E>6$lC8|&6HQ~
zo<#u`admq`gXxI(Oc<3-?4;)`aaCqU^RnlV!+~!;C4~9&0w#xqRv6+w$nB)1tg&0_
zPCyfX*36UE<0OdD^tC6JGA`Uq4-?yF;W^ltkyp%y;8jUD4itqZc0S`<imW??PiLUS
zsLb-;WLUH?(}(-`xT%w>)5@=VE{ECk(SBvs-cJO5F9SgK;*ShS|NGu-taZzMhy!ln
zVnyBz`Dl;R{rPFZs3hPHr`EG*Whx>T$j+CN)}}1z$YH7KVxnp&eFxjUpe7s<MzsBT
zt~M5N-g+E$^0tK$a~IPyr$EezwN%TkScINbSGm}O@fvt}HLfgM0R#!&YI33>me21*
z$*t1%A%GT0v!C@d!&k9kuTPw@PcwN<hm6HtBMjT^u@<4k)M}H-3$zXVuj(TeVng=U
zT)GA8A8!u1B6@lGL4<k-H+>w*&%uX})~+n=m}s~53?~Yx6h|TmlU0%3mna=0uL3~u
zt?w@##HNF0?U$nwmig&hLKrN)^u55>1|a;9&-g`QBuAO6u4NEHEnTm<*v?kd(NoZ9
z=c*wiOr!)FV=nZ>?omt-mFgKDGT#7o&uUil0LvILch9&DQnl;~r`U8-<1wh1O6moe
zVGs0t7pm=GXqMAl1X_>x87AnHq#p&!m*Y|3X0BWE*s`bmd;i3-dvD?eFPSzT9f^Fc
z6BhRg`CE2l%WZZy>G>p|4FC!D1K{mm!IDV-7~w&hTS?9?OI%5+uOQN&t4mHYTN||m
zq%RpnQRiwfWZO_#0HZ6zD6aCjC=&P~W})`f;L^r&qWFvW1zOxEj0hH2bBuzQCUjh!
z8Ma9BFwnhl=v;vuYB9UlCSkLy$XgK)6t?vDv`LB@*xw@d7^4h-kfvjOpo>ND!$3vg
zu^Q&Y6I0#P6ezv7sz#UXvr@#vWoIPV+yZy@w4tW2$V;%t!%9u9+Yn7le0Wp$^r;`%
z>i@sgj4o}P$sI|JQ8G9fg&9WjVCcNw#0uhA`5Hj3QH;(;>^R@_?R+*5Q3#eFtt93w
zPr!L?updeZas3FFqmN)=O$)>UDzFDwHB^OFaq-M*+8;BMk*RN$@p5Eu8M^AkGOK$c
zdzqnlJrH$m$|PqI^6yd*T6|2a5-9Mw#n$3Zn7Ayq(C?Kpx6^fb_B0w??^rorSuYSq
z<|vo`V>xh=sO#RVURf>*=71rLX0eSVCez0i%J%{A7ys8(%*%(&45~(v36gQekr*k;
zs${zv=94G3f7hAj(Eo69B%b@P{~ezEWym}MmPfIzYC=gL1_lO*tBC#`1OT^U*#t2&
zp*Rp<;1~7X_EcB1lnYo|6Km#dA%S0>c`^cOT`>}iv?P3E^4l!;LSh<qO-?mTe?s^e
z95QT=(7ePGqhk2k@u<9k6ct{>fIW7Tb<P|;jFz=kwIE`Q@IgMzqxjBk(Zmc=%{Pw=
zaR6<MlCb9#Jw%>**K>Ci==TWxf4vb|Un`#$uL9CR1&-uaiWE4e(@Lk#KJRqMW-AUA
zF$14s{gexy*M@Tvve=+JOQ027=pBEujZ{@sRE<igd`~*wxo(lKNh24dfD2<7X!8+7
z($ee*gK(8z<L%8Voy$pcds^rLGk@tV#x1Rb$J)W72s9;DIyTXrqs;Z1Ffe8ybT1z#
zcCjLZ+%~fJ>xYiGHVaRVJxQ=>e=jDMXrw@phT6><D$!y#7_H!U?T-c$UOM1b*O@ym
zfBFAnY4bHDT+TZ~qTX|ct4Lc;;@7O#v)eLxoG>}d{Nd7>xcutw2GudpPaa6%d^QHs
zE(jsO+JV8gk(P{fYN~A<Y`YoiUL1JFb>WV#)R7c9L%OL(D26;>4r7DWgUev4Mo26|
z=W%zRdg?ztC!dRK0SkU8CuWM+J)e<jY3zj+8<=y6ksvme+tw|D4^0x}lX>{9TyghD
zQWC5jkkU61C`-7QVG4z@zPQoT({oJ^EwIOy^{m!%{rJC1kCGvu6>3d5#$dh~N&Y-a
z+?Ob9?YDdJ&2|4*Z4v}9&dIOl2r)A=)5J2PNlXCFuoI#?G9yt~)iBu6;E~+BuGR^n
znS->X`-IUAEm{dx`BeiB>0Bh576ipxvbn5%Ug$$oFu2WVnv;1Ha`B_gnlH_+NzRSI
z8txDkE;*4Ut_DA-DCsKsFx~ty(y9Iv0sKv*w3-udQ+s>dY_naD^DM)2r5o1UdY@AN
zuLs#fWeXKi;7_h)Vg|8ri~}&t82{AwWNj?v1}?ox{jafWFed&fvC})5Ex~bMC>%LN
zuIy>_*^Q42ueQtmYH+{y1wj1<@~isixvZ!zn!H#%ny4E$4+KohNG1qFNuLLV1S6SP
z-)zD~A%kF6+*@Ka!P4-Lv?NY)whk&6wTU0>9)p~y*qvyq8fz(t?QgiLMTs*fTWICT
z<eIx(C&|Td`rquUH*$dTmu0lU-pF<(Df!!j$_uT{mF!%&$v{v4P~4x6wCi)hQIj0K
zELQ5MSrrZwMaTi0&G}gMB=Z2cpDQ~=T>v}ZVNF|&i4QMyJ)t})LrY!_NxCoUccCb3
z_ktobo126G;gW+t`usbJJG~Za29x~~MIE%N0{}#Aa5raVCDv5S5QLLz8CSB}DSGzN
z?qP;lZ96f7i0D1XCs6@I_4ZOTkoGBWH0SzYK0K!)ZShq#8vTntQq8I@ctAc&u|$u&
zbcHu4xWiDOkcWg;%Qh;#UF^$}XiDz)TltzrC@dbZxzWLEZwmef#|jIGr=|#dmTr=y
zq!n$?A^C9OM-S)kl{;AFPh@rNbQLjKO%$+?8l+O*9?S@N$mV+G_4%vNfcs6y6+t7H
zj7#x7Z5C}+j{#$nSxv``kvTaVR#=!Kxeyu+fH{G-k6z??eA5QbB@+(OQyAZxp})t6
z;Z7v9DYRMRMu-W%#V)Of-i^NxPM+j7sN*WBV+W{{)@xwvP}$0*6An=soZBfj;Y8!&
zDO?6|NH0^cx*KVLLZ=2_eq<4;7(woGQtRG(=YsB04gf==6!4F1Hkm&`41kjK-z(Q&
zPn+L<IRd0TdzRB`g}n&WEo{`(^ecrR2~hJ`@`}C0wb&4~92swXJ<@pAC89fpzx1_y
zOdf|hlRh6_Q1z=)Ac~lq*-f4`46MqoE+PnHHZMpZ4aL2O#DUmAc15}^%^5xa`tvm=
z$?O+hZ7&!_zy@!vthVHfkT1wpj7%ApDE-C&aX0df-LO?5R)a$;XgtyyCn>cru8pjP
zW)p{yidbSB?<S>Zfoe?`oSsfi<40dj#Ve;N$81F$LXz>g8<2H<WwYjGIq`fQZ}>O?
z>M}KE`N}GZtP+~CBbIUWoG0=cWaBA<1r{CJ=xe)}SUo`^Dv{ZK76DPn1OR{>4CHWX
z&m#r^ccbc}K-|fidx8_%LhVKbxv_{AF_O{p!P&I;CXL;_v<!&FuOg?QX}$JQ+5B~s
z=v8wj#~WL@%r>tWMMo7WGTwzfc_3nZC>KrX2%z4vRVH9*_=hgQxIn)%FH?R`t-HIF
zT5?2bci3``T~ANdPo~LDz(2uACGCHqww!Gc0BFt%5shDJf+@0VknKV8AzxCt-JD}a
zyj-#a&OCI-4cAufp`p1kN=2D<NGg%<qW}z+u<tKbS&EQplLSaoOjhRIv1WBC5OHaO
zoO5U1d}L<%kI9<mD1?7eZAXC7<-<H=YldM@gri);u#DX3Q{v(MYH_tIJjmPf04)Mq
zMNvey^Oq6t39ItB;c7MQkeZvkm^IwwlF3)S8^)eOEy#LxkmU!%u(z{)hJzY1XCA0C
zxnZ;q{}*dZdEIszG*S>ZtQi>WhgU*)7V&{!lO>B8$G*zYTI!rah3wk4lNyD`?=6%H
z-Sm;?mN{*L@+DnZa10IrDo&Up%hL4DSc9A@kQfG5McRau5r;_b)W{uSj;LD~!L<GJ
z#XN|q72Ypbv<}Nj5s%BxozDttrN2On5S*hWVc5-OIL3Mw@(OLSf|f*;Z_TI;N|g!6
z=%|d|jOsqEzHI)@;|)^&`^vo5OOS(gl?RQ3U+vrpIHxPq9e5TPXQYzx-!;tJ+KQyF
zYIa$%v-8KyQ>iRpr&p2NFw1GbX?=Xk2s-o7p*G!H6=1PN3S~2Y#<HMvwPe%G8$<=}
z;>h!$q2j)t%5&#`Iz)Xkpj;i6<9E?2rLNW*!#}hzNWm_X=>O#ARLnfLOYoc+BBBP+
z2V7Xd_G-#h?h(nK+UfT(sGfAqi>!Y2Et0sS7~k<UHf=tgD?<+a#sSBENIlz)eMX!?
z)onDkAyvUShTI=P@v==dg(lDQrK?Ctr^^AJdI@ySFd-a70H>wAqTeU?3#(!59U^zn
zsmR>9Mq08g(IQ_uLB0Z#Nb9?qvw-9rxQf7{PJ1(4bPQZTV&zTBM<hXkm6@%4VOfm)
zij2H-j1?9^V#z0wv*(utY;iM!t4Ehw-qB+OhW0sw2VZL87k+J>Iym;GV@rtx@bmDG
znbqDFf1JWBF`%_DGBq*Je|70`O198x`W6U__T1l)elqm=Zz&<>@KRdU`n|gKhu;2W
zg$nEQ?Mo+HB+ZhMsNa2jHJIxA*u^~3*mI&25d4?K+#GGCVwRSzn4HvIL5Vq7z5;;3
z!5I}d&a6whYSci4S`04PPKb^*;?6+LG@p};eXC4c<OB7HAf++_A!zY5tU%mqBXwUm
z$g^l^K692N)QYJt&!uN_PO^NH61N-qa49eu^HfPrPGw7+&ZRd>ha(8vV7o&4MhE;G
zwz*zkW71uMjXp;gvDvzSkl`<FiYjChZUg<2=eL(aceeSa3Fww{%_TcwliG_PtsP#o
z!SX-TDz5zz_@4L<eZnB5zq82IuAp#kY4-S#7qtP;(Fw!LVi~ibHk|58HO5M{uyB#8
zAj!Qb9z;yW!i_ls*@8#fauH6gpOSH82SW=#i%A)nl^+p4_NhDYdPeq2-WqRjU9{!r
zedl%#UycaKUGu9Agc_-HJ?B(E?R!1BspZ(P$VpDA%%8b!Ax$dBiN0~KiYXN2j9RYS
z#iy8_j#DzNgjIzB+9tODbn(q&GY|i)e6@=h1fZ4o6U7*6<ED0+wvEgH774Vu@Rre*
z&bKdG4Zs{GT0)r``JTVhXlc}CSTU%%&DHT*KU4xNb8J5}g6kc9iXHm@&hE!9^;imX
zh&&@xcpdA+Rb)r}Iq$QkkN*}W{C_NfZ41fm!?!7c^^Z*cP@@U%|7ronY(1z=rN{_t
zF)0J4uvStMO{z}aoXRYlmnrl`<0m1v?dykM$8OUG`c;uMJp#Qy5k_c&DlZ_41)Z!e
z%j2{SugP#}`#|Kp`Lo}pr|nNXbr>37xMVQAGvOEYyS!Y=D|;huam)RJt&#-8-WbYf
z!OXcy{IkGIDYAVW1DBkRSj=rUQ{sLgcb#|7rA{*=?dI9^0e`X!Mw2I`cz?$!+5ejK
zpMWoFWQ2u<!DHklMZA-Z@mKVInUKEnlS0#K!i7j~$}VR0R|EjE#dDefuR}oFzi$}q
zpxqzx3H&bv%?ZfJJV;F<$CdI1RW;vZafGdb>p2N$ugDjlmdMTZi=i1KPDLW~&i!be
znCHJ**zt%+sSv+{rZEfn$Oq8KvH9!JpZeZX;U;;7J$yohn4^C4Cu`L3Khct5D?92=
zdCuVsYDX?-r#_l?p4g@{=`J6=dLhrOhjvw;t{MJD5J$8}k>qyvPo(8*++^OJu<NIl
zd$;Lyw4#YF@gAa+n9&^`GnhGN0fySA^w4N#v|TShoGOVT6g82iaMB4(Ix6m8U@-~g
zuv}wb`#~N9OE0IyR8-{|9`)i7*p|v6Sle_Z;Vo&{pjqoHN<cB^))FcM-#=M5xEMsO
z#GkzOsXUhSUK_V$@W3X0x-HjCX2f61`R=TsEBE3T*l3OA*$t$di`g9K!b-fAqxvO}
zGxVwb26NmS5_DA|`EA8vgc*G7N`fmkyEK(}x~mvw%%|$9q#?bKLB;G0-TopBx6ei1
z&m!wZ{}7U*_0WMK1I~(z&3S*bMzc4D@9#3d9DYaPuAhk>FjS+(1vF=J+WwnQs;$nH
zBO^?)e{1CPV^E$-I3$*BJ}?U9aazDYk(p}|eDDeH$(rup>Xb98(b|h=6SK&#jn)}_
zNcwvLaVjcn5-dc_BP8ayeuI)eE#BINg=Y^JH<DCu5nfeRph;W{w~$OKOI947VZ$oi
zX!$`}HV*yzoTwNE#h>I+@--DCPiZ2Qt2+QEvV0{|oQTENGBvQ?rj1bEr4e#29j0jC
zX-WfRf!a@4X2M{4xMIn<8lG0`XhSot1C(LCDY9)c_+ihA!2aPk_!k;~g>#%tyWwjx
zr}rKVjQ{y-`8HtU6y91EM+~0A+&i3UU{}fv(e2e-J(PsMZjlD14+7LOa8MzNt9@XD
zHz6pBKhfAiBgwc0IpopI$;h1siWK2Ml6|Fg(h1lv$jzm?OHXWEfuhEHt@P_gM};kF
zz(+kri#0CXs}}&T!gesCpqRNri&v*M*mX|+PjB3B0s+JL?4=YD3c=U^xR}3hUP`--
z$V#CZMQHt(w17V@TTcI#qAp8`;6}x$xkJno+U^^I6RfT@zoO1bs8C@fc(-R<KlWUB
z1b%qoHZ8TA*{er9%FJwkB_u46HasY%tOj{~XxK*H)3B__ZwwN|{Pl&|I<=o7>g)wT
zvoXBcyGg=S<eSq`JMH_>x@WsF=2+1xfmQW0iMVrW9R{?8<U2#Y87z1>3>Qa1=C4`+
zpKu=V8#VGb9ho+~lP{*5+5X!=^<c%-S^uBnzB8(+=-HPlRUi;)(nFQrlwN~TK&lD~
z7zB|H(mMzQiF5^}_o^aQKx(A-COv@kCf(3N3Gd{8*L~}Ld278-@9~9X<(z$HX3zX)
z_RQXM$UF*TbY(O@POijoH12)8J5?;-E#E2RtJNJ2PAfuyOZo@Y--j7xIlV)^?_{S3
z`gRWL5R!3)LJWz3+UI)t0WC|wgPs=&M3T~l?;<RnwFd5jqT1Wq{Pm(>h}M^>3^_N9
zBe{~qL9&8(rm3t)M@LOdOf_@n(g9Zm{&6goZ{K!(*>s#D==K7`9iFi6F>uef_Wg{)
z>wuZ+w`J^nc=WfiO&rbbqKcb_zHlnD{mdt1HT<R6iqeDB{#p9+dEEf&G$iwN?cXC&
zqE4sHJeP652}Wd!Pzv%R5S3UJ6--k(<p}Q4neXKqB*hf3gLJk8scCfVJb8_g^rTuh
zW2=lRWW!|MsVR#jjo1k>*iaO*(#0LPO1^lmb{082o6V&3@d*LLL-_$<pFvY4Q(e&b
zH#G}ILwx<~&L7<5UPm;6!7~ag88z*Oo&<OGZP9wkh@icEHOUCSJlS3*DY+$L*L2kr
z`!Ra(6WrQoT!siZ+?4n|6;wCJ)KUD~uA_1IfPo;rqzPKIiq48*`}Sk<yOVUzq+fv4
zB<ComP()<F@fkDY`{@pi+h-qmv3Hp2c&rGQK3xYys}&^?=WZ(jZPV@@Oz6uISty#|
zH85I`naT90bs%^2)|YL=q)oxT@%$O^ec1@*1_>jnM0$lni&vSy`2*D7l7BFyUS|IM
zh53sh$dLE#mx3F)>W10_guIFKj~Um$rdrVz8X9=#8khF=N~%;0f~^P<C%hV!u|}*8
zM7gPf#Ocg8Dh*^K=1o04D-3m)KB=}0^GLW3*rx1m%-opVU!GOnH8hyg!>`2Vqu>Fv
zs|Cf>;wydZVq5CD)=wC?YKja5(q39LWqEy0WrGA=Ph72tr7`b-K7f;G2<7S7Ma!wx
z`(U3UfVQzW#vvM+d9Q#n87qyJkl-L=a-mh^Y@HA*^gda2<n{_B>P94F)KEHz`pc{t
zGNSLwDrOuC6$Zmk=dS8`iYh9yUs`hxPaYQ1Hj;X>O9J^sn(*`4veb-A;_-?%(aiQ)
zY<x_Q`@o`u{@^dLm<I|Brv+m$;=dYtF=CRR{`hPk41n|LA@e*6Uqu<JK$w0>gYju$
zqMuN0S++Y*qy<L})n0RJZDkU?b>q<xHkZCcGnh16HgkeIMLZc<dp@bzsYsQl$=&aM
zy>dJ}!^F@DmE@V~Jo0ebSsM(>BKKtX!;_TU<3x=_qT60*7LC~dBy=gw9a4!J_egW7
zjCsV!-?YDbm{IKgwn6Qk_d)gJ4w>B1*G30ivQiV^k4x~XR--b50hsne(|vV}`8_X9
z<=lsiXo)Y95jK;lfv5;sk;LBEZmrH;3Yu!nn3~{*)(1OB<COTo`RiKob&V8c)9C5+
zT(=KSc;Q%|gVc-t1D>Mz^N^tK)%4*yCQOk#gOvFlo7HP<2rKIZX@LAmfv`;I?(#7o
zJY}TNN&I0kr?H@RoL;V}ZmyMhjU1a3$&!?oM7X;?>9)5RR>*?B9))rt2eUk0Sb17h
z(X&o8inwp4kcJclx#P-z{sJw!9fw56-#FL~(WPT%u!8D>14<V<15_3nNB*-ERtTib
zQ3F3%iHd$EZ~uH)9R_T2<A0W7Wy7tX{?+h{{>!Fo@s%0<J#cW(-B_fTy}yf9u1ris
z-(xA=_bFiCsAhEhF!gPbK`8Wl(BN2S0;_sw!GL&+mR-^<pSQU9$V&!syC^$tb8sv>
zb+jCteMS#N>a2m2z2O&@`eJ`ke0~#{r<-`Gq@Rml4j$#|vkg+EDOt31-Frmhr|{W<
zGSzCBPmMJ|S3&gi=&@i59fJ;5P$$#weRLi|lcioUPclr(ghlkm1Lrtk^GhlKiZP`k
zU^eYnj8!tEwqb{D=Ck8_lWj%`%Of2cUJ}L?ukJa@$uQ$SS*0pj`~}YLa9sYi{R)cl
zoA5<n$hPeA!*aGafkLU5Z%vAjh<uxZU^F#1MpN68lBzIJ#yzGd2y7n)9?*E#32uR?
z?2$Ee{si3MGV}qIA|ol9dswcW9Qx2f|6QxmQ=Tfs!$Ok#FSv}WL`qx#>|ARTQhR2x
zIAmH@hEoaXf$ZGKk3-fGldJG{)fJjYm(}Wv-?Hk(?{@&vM@#pg@&gl<EkHWXc<B_c
zXQRB=#=FzMq4a+6&#oIR<>ewWJ!2g?waOrwy68<o`yzv4abdSnbg;`$W+^85?gutR
zcV`m(UR4>(T$;TJrRMF+jCgy)(6GG#`zS#jGW+@bslr!tky=-`MzP(Wo7c~AHi|!|
zwGY4A?nHx{jVksJW5qF3O^^|<q(1dcg`K?4og4$9g+#s5hrgkQ&kx)^l<Dh~BOWOK
zF1Vqk<MHxU(|+cm8xzTGrdxMSjUP;c8LwgQ3;*(hWF83yA)?90{Zkd_b3ni;E_&RD
zy9N*5{7}!`i5VXphvvu|v=uxjr20<dd}e!ttiIjE!W=XW>)@!{Us7yl8~1t)ByAK1
z(ylN8Pf@#0BnEe-jQWiPk_idM^H^rxyZ?UWg#$HABNgBXeO^9*nq=4f$|sizY7`mF
zq`{Nm*E@U~eR4ofd>bgH`~ZjKIf-agKEL1Jmg5?+`|ddKxcMvR-CNR+ChWW#-XZ;m
z&}HvI>CC@S*N}?~B=aaN3WSk&ssEFoQ&yM&XvSF$Hhv$jyfO+YqT@3re=ss4^21Cp
z#i1CQYZ>!ETZR7(@E&NFGo6Iv^<D+l2>7~HFmmRI<_@V%l%a&-$3UBa{8n;l!QMv8
zAn}{yhIe57#OE#cPISkLL^(ogjwHgM84=A&t&}6xs{{jy`)R{&{Q>NuWqkO$lV*XK
z!O7oaHiS18MV%F~eh##|$lw8b<pHY$q1QatAK$b${<h8r3$6;Rt0g@cwR`lECK$~u
z1fg3)IswP2=uCL%rKb{v-YZf+GEbV38pN6Kt_p7%E0*|>hE7~RftZf=Ot&%pTT}h<
z=Tz{;2x#-U1`r`CYNTgl7tua}$qyOtT>khW1)rU{LBS0siGr-o!GS|z9UX<mFZKv;
z`1sMt@KDlS7e`39rfC>aR{eOwj1vMmItD&u`Ao@5)$?4IvgVzjjwDO=H%!Y!zIMj=
zvVpw7-UzcgyQCc$ms%TTqBO`uSJyPm0I-Z-taudI<lWt|y%5x{(0_7AHzoAdYx8J#
z&VV6d5s})ZkVV(A8GTCVZ^aZ1iqGqJSow)aDL=vn#yZCJ{2tz<#D0ZQ6Fa7)E0=KR
z1syuvtf79uVWk<spf$KacO($Kq$xdLA{myj5)I;ACuq8~zqrUcN4CIXey$P6sZAN-
zvxP$FvsIXP&_*gjM1plrVNjcHPF~T-(>^=$k2?A<y%3p6@kQh7RD?8}^u@nbS|6y_
z8oNb`P|1;gOs!&gHR+TIyBW<<nY+m4)ARB0o19F28^2ah=aKrb#&Ksm$XL#}jx6St
zAkio+?Q|33(%cH#bYGM5Om^(v47OFyXvh+J_mH!JS%Wu<yC85|kaRgtj${wnNMoVK
z^mAKc%U7!NRhWI`7Wi9ZMeVzqC#BzCdXbLN2osLcjQtWO6ecuo)BZK1p9Adx%1f<K
zp%iClwSh+Z>j6kkR9DjnXSitMjDuM*jM!k_ReIMO6K`bU{&Ja-3%WuzQ#;Xr;;Q5q
z#4&oh8PIU78K;)4vl=&2Q(a)}YElk;T>7#r^u>yy2SPAd`2BSv%M?FS*~sKI=fqbQ
zi<G?R90O6yJgI(Gqn=)kH$x2TTO&zG!VJP^4O?T3p$6Ned@_9sQzcDDuSNOG_%toY
zoZKwwtXip_$DdURl%Fb}b6}9-fj?19*Du7T47q>}=Iq7u@hZgQ##6>j)k4(V?-GbA
zWh2<RNowONwk1+66<Q10J^LITXTU~xBZS%YiHiuA$%&tmkNt|j_>({`azA1G`U#UM
z$1Q7tmV|NEJM1qx9KKmQG!M6l5mbgZXhb}av=4x-ejpB|vwKc~oyuyG+?U)RJw0oK
z0eSrYoS@4rvE~d=5Hw28&wr@KY?Lz&>JL(b-9lJ&C(<Oo?IlU1&=)X$)`|WKg-t!J
zRL~-P85g}Sv6Xb-I{bm)3xR%k9xE&R-e&@PZmX|`#!|l=f09#6Qpi`Osa%v-R+OJ<
z&hm#!(zTIjg&g;8S94(G&jAt0{MinHByX2|h`ev1XbdHME)qpA7EvbU>ZqH;C*59?
z`oomp^^GlBAdGS9!36cc)w}_E(whh{9Z6`08I=vwz)espMQ)mw*ca%l9m!;()R!?}
z%W7Q)rn_l%HjyPWYlP&v>Z5S~fBxQ~)$%8EtK^>bG(32De_a`pm-UqNR4#EtI8b_c
zCN&xm6{L91MVO1XCsOdUKP4-AW5v#$yeqU+X&Vh$?bJ?H>!JzErA<xBeIH$0WbmO7
z;z0IgT1_;8MUld3Fnh*y`jb&QJg~1TFm8senj=7E5C5=-djQ4&uO>guj#oX+eMC%{
zvuDt_TB2)m6C9bMZ67nxl9{L1KA#$v=ETDwN1(>k$~zzG=RKMu)IJC0ZX~1@%>yy@
zP+c1Lr@)`IcbW@JZ{|xReygcs6N!-U>T#kwSf)aR1>pT@{oXqufty*12DzX~e#!ui
z{ee6U1^EMtO4tsa&Rg*A`Ef%~JK1k*PR$Mn9FQO*p`<^d?s#A0@Z)_Leck2lNH{w;
z`%Ax&8b7PElU+y`&7{$7tIKRACzm0~Y)n@ASo0;*oBGdcz`9{*f_)!5N1?Bv)kraL
z=|Bv(YuKrlBIPq??gXtrjY7i=1yc}47SP``{%)~|Wpa;-q%dC6o7bg6&=&$Nk`aH|
z4Iz0V;DXO@YvtZaBCb-XE>9OwmGbTDZ1Bq;kdd|XYoTFKgLi}8S&J)w-_7GnDsu;z
zqIM`(5EzJ7Ea@dEK0-3QQ#?)0M%T{)Xt1nlf6RdRC=S&7joW4xtbd0(kQf{Eq^eKe
zJ#JH-bwOED9`{HQjluM(_Ge<Kc~GRG;%A|QgDiJnpDiya5?Pc5@B(^~SyqnPj;1}s
zC2C5rv?^VsrnR+w{7XKHP_|y3HugqH{>U|q7Q2s3gYddV>O!5=Qau0tw!*DWrf3X}
z`N!Rda?=t{f{Ek^K)p0d*JStZ*-lS)WQDvTX)r$x17-&Tg{n_hI{!vU<ya+(AoOme
z@ff|@DncSb3{nLorYVuPT~@16(K0-D5IWQel3~5S^j}MSi#-`}yR9h7ZD7V_U0b7B
z(Ui^&a#XyE4_a`tW(dHI0=PQw_-~|SyJv(r`|=kZJ(qNxw^Tp14}zfV>KO4*jmeij
z;bOa(ou9p27mua4cAmGQDJP%)i082+HRYZp5Gv}3_XDpzgry7G%{%Ak*L>&MkL%Rq
zzFo3v9b@<gsa74(i^Uv23Ovll14gq5AS;L_9M><NeK}5+WWl)b*xjj%E2^JZ;B5!1
zHknp3(@WTnWTu1Lmq}zTp%K4JYI3|tr_?(nA1K8+PaV>_NcTu2slSoAm7A4B1w*!e
zaqplr#2YWC_rR&FINr?5aR$xBxQ}Rcnovc%W?+Nf0q^P5hFPTj;={;K_ABI5Pis99
z!ia7qBamH;C7-z?BTFm@YE9=@shddwt_ja#suiUZ57tKcu){BzU^)F>oPF%M+Yf%D
zTCN<6FGnb3G6Ji2tA!mf5%uvrv#sC+BHynRsK4YkSn?<%sqn`=-M8Go=xOHvvJSuR
z%phY^`1bqu(n)7BPue*;WHm2%U!i3YZ*>7c7y&EL$ay`X;vmR#nXjvE;s0Kk$m8t~
zvEc&In>H8i*^4mM3_&~4moBXdaMjbn7*=($*+HP=CSAo?{zMm2DY%vNaB^54&_ZV*
z7V<)DP1Xfp<?5qUf9bYkZ5RXoRkc?a8PJu~4SWaCD)(X6NVsN}%cD7NzP07I$O0QF
zXSv7h+)R$-B1RRd66+6DnO&~}8;(6rmnb~z&58ZuM!cYZ$2oELdOGudo5#n=(eeA;
zo+H&2TyQL^Xh#5Ts^r@MrAV{nI{=&VJ)+Yv+X>yrdfz$Db9Wtpe}UB8lJstu(-7;H
zIgs{LI{mUWX*NgNU>>Ospc||JhYgwY`%BA7Mvz07^Nl67+)Ij!5NJBIIGxs3vNxEf
zA*9G>Fbw|no)vDlTnN3%9@=2$5!uBbhi(;6Qoicn`2D@k2_pnhiic*1DQ!SkCA%9F
zbLssA-;a*4PH-MXw?s}Oi^Q6;cv`j-O(JZhc!w|F7zr`w&hSd>rMdAnPU6QN9Wk3!
zsq8@YmtLtTe~E(*+rp3|cjn~nH~1L4>KLWu=mWb+-pIx!%QaweG8QL*u>Zwt=}g*K
zWNOxmCISBKCWWy?u5qLgE%-fWpqgM7l6^7q`CaXv0sjZdo42sJWSP6seD&sv8XT-%
z>@(*_*?U19e5bc{dwb7O=%=m!K9!5S;3T$!@^m!yby#6b^eBx5xE{$WP>wwcZ3;}>
zTgL_SZ^iVeQfao1g&_BT&d28T*BAqFhnLLefGwwHDacR*ru5;a=W})GEs4R&1PKcC
zGu75Iipe6=ZC)|pP~i+{9i1x8iB>>$j+9ist1-5slO@$drJ(T6#yh2LDVPwj&Ybw`
zx+`iLLIugX)S`wGi>7<`<32b>2mL-4>^pM$B4(rx;^u+Q<RC|;)IF^Kruq+c8^n)5
zpa$`-jVbzPEt_CqupGP@as-{m@AlnKNKt$RN5*k|2b1)I=!<}jKCfXVbvxwFWLg}l
z5*&WoE7-JB?g@T>FN9w>i|^TWsQBFarANJY*?$I^_nkPmEa0c&J5Ij$Q%`2h+xU&f
zau@5Q*<C+>P1?WJ8`gj2Uty*otF1k`wtwB`w0ea$-FM&M?dp@uPX}uWD+mYuNk<P<
z8mm$cw*#3L**0RIa&!9U49mTWa@u0%5p>^_Kl-^qTRgAt17Ha3Er7N8kM=JTW9bqo
z?5f^1pbgW7bl-(ZJ}esHsc;eCVubgASxBSY`zbVb{GXzab@2ev(c=N!W~?7L^wpD*
zr~_!-mgN@fSe4+gWT(f-G4}G4gSUh&r9e!a<jdf*a5T}V!M_OVw!ei#s>$0uz&1cH
zneB`0#@~b;Mnckr3YPS8J_fqv#+F`2I<LJSy%`{JRHsWx7cBaPcxIY%uq!~T{hAq(
z7);}{<3$P3T%aWLS0U|q=-yDml#|8~jrPZpE+ywU30D!s{lcF&C@crT_qn8aj63@D
zd5ZyRSMhMRITdm35@GawtAv=JL_1?8Zw8`A@hwwVp}{fCy1|LkrlIDRC6TTXO>E!p
zEQjFLzr<{BT)jE0DKJWQYP1}6RxVATdb$7f9}`NfhuYy8up5zC9`sMNt3g-H+Ca8F
zLrvNH`p%@So_g}OU4o*<l>639vYx==FLSmfL<OrI-vOGW+b-=OnEk2dZjpGWR3f4n
z$L-SG4)`Q?Wnh8-*)aKqLa&JVO<p;Y{WL3+NNXu_f$51gEr0tw@*U=dpnAaDE1-ca
zvuOE?vlRyW5&{KAn6GYkBmZ=>Mz?N7Ta$*Y`k8BHnAp@PzEU=GEFIM@^t+70yBuMy
zz$U$9&2I`BdW6vTjlhqDZ&6VXMV+i9vN0*Y4zpn2h`qJG?|~O^4I4r%xqt1sgP&$|
z|C)RKXW(E0@ZDYXfByhz9B@U=I6$|#ShC|6{8;8<|5+@#*PE9W0vnKk`^<Gj$#VZ6
z58zn*_8@3KV1bm$ydvOqZzWD~Z#h~V_dB`8bF-VRZ&<8)ueaW2J-K<uMj+!&n|*QS
zNnOZA-P+mru4vpMEshIu;GufzaXOlgPF3iLUxsjEd+0RCm+%*1da{%Q+QM+_uDI9V
z4xIz_6%8ZZv#ysoaZAsJ{U<2|GVqVIRl%gfv3({x`9AYrQ~4anC3I~%FaCX0a_?fX
zold;$)em-8{L?!$nVYe(UDmjl;W6~g%uI15M*0sX>on;wJZm`9>-{2oj!z3Fb8IUK
z$?-2Cvb3y>eiY#84f205v2ZoNz?WwoulyOQr+hsA4`LQ;+kCa_y5A6o{BzcI?@#f*
z3v7!{H41~hJQ~wqsBvThHSapR_J{8WpEjbjy!wQS=|G^MEgd-8AuwQJX6QFS6K&9@
zW;eSJ8%X&mmv*q*+;=HrZFF#O5HqA0kIed)RNTRwifz~~gXCQ-T;s5hvxCpKFxWt|
zg^8gt;P%@tKVRC|6mB;p>Z_z8TaL|8vhkcpfqOr6I+n;@#vJ|_0}d~!USm{k*W-ha
z@}Xdj9?lVBPU-An+VkrE(g1fCj3ljJk0x?+J>7LET&VEU*eq5W)2(t+Ip65Bp>raj
za`@gks6A3Y(*5iAAtj71&-vwsD(Y<HmWjDKbl7jmgT^iJizjje`yoD%7jy;m`2tCY
z9E5Z7=Jme%82?bn!o8OddUOz}dO4)HKhO>L-ztQ9jy<~Pd~q9{tI&Z7>;y&vxOVmH
zH`{C277O?lI=n&C1Z4}R`{TP33q4BdR^s0;D=)YG<|g<*rUM(8rCPf0Kh=obEUg~u
z>vobI8VESq@dF+mI3&NJ%b!?NQ?rJB9#p3im7bnHwsmy25)TjDoHTQtZw@#;?B-Oh
z2r`QmPp4T^3OT9HR>qyJa9*EvZ_LlSqUJd;)v6cOP|xM}0=O~ND`Sp&yz=;<F4#jZ
z4>vM>{@^tYe%T2(hr<`j?)}j8s#6)xJ|8a*USbLkMGmQ4IH^oy=TeiAy-PHM%k7*v
ziMM#6`kexDzVT)~)s~}AGV<SlO#vZ-&U+VK)6x=*!)_4!V*BA)@iPvA3oSuRFMOBw
z<{QNucd9&wl}{U6wj22q+ph^{Ip)8|1FvIUm^;1N%oh(nj6U6+Jw;EooP^Q_F6PGk
zhpTLFw0+$|aKKE^nlPLKXwe+N`gW>mUDm|hjr8r+#VKH8As0S@-9F}C6HoSo_FWFG
zpA!(=sCfuge;jbSzd*Z)b}T1-1I*RD-$rJ6!2EXY2K%n={P$rD@ZD$Dx$b*uskz_U
zCxSnh>-Su}RD5>$mJgWv19z-Bi4QUtu$kVchVlO6xojSSs*M8;0vjg)KFDokcuY=B
z>B}u4wmc~p^>M5E1WvLX)=jG)bxw9>JO*W_0&$pZvNw~@Y@Nq0<_H_iI6Ko_8Yrxj
zKh?Dye|HVqHbZR$v}}-y`?dm{=I-sOVv|vqYbcB&%Hv<J06ZAGhM!0e`z|yZP0Vrd
zmU#tW;V4lRn|O-4zREs82sAC-be(SW*<VYB(=0x6^&j(YN@XwAR2{xJ-48j+=L8gF
zZ^r4QA9dMJP^*xwcuw#3Q&cEB=wt?Zv_u;sw~rgwzXF3S0Oljz2XZfWq_(p%W;ax?
zvCyM1rY5egGu$Z(_3BwIYsg_VyvcE@3^3HtRQSJ-$#kRJ@auEuU{s``&vyQqv?@kA
zIzD*i_JS{<xojGO`tFN|YvZ}u8^8=*Z^q*UL78q{EZJ8(wy9WH@G1<s`B6s<+jXy{
zbpUTNNINgD3EcRf=78p*xBKfGsj^88zJGSGbG^yPcG@;`Ki??}pS5|9A^Aw8OVeSO
zru@1=uy?AL{?IO90{T$EWL{p$Y*4puo~18bzUDy#th3l=0FSg?-3SCox;&{v1(_`z
zERD^d3#x2A)aS_y)DrCT3>=MqAtUGe4Iq{~Ys1W?ehn}~o;*AruPvJA9M+TviS7sQ
zd1OQK67>|ew8Z^Ky{0UZ$yEP+h^HHca2z6?{q8B6kSPyO!9%WWk}XaE^HSX3o2iaO
z0&_-&SIYbik4QKVjVieZJN9@AK0L7R+pVZUj>k+gxNxn)f3xCTrV=ui{-<Lg<is}Q
zK6Kc(OFG5R^U`lPfFsu4ukT=Q5_X7S&?D#GnXN02nFC<OVoG^aowfmRSUVp85cm#&
z0P13XUuCNx@#)j2FRuQYB)2lJyprP1LtQkYtk)Iyey-$2ivhg9N1ZK48*2j!qI`Xc
zdA|wpxqBB?o>>&0wPDh<d<*KiSHCf|0bn$4ZbRi>h(&+RgXsU}BO7;A%rNSy0Qe7M
zkBr?k$Fi5}I^xYo=`CC7xbyPsa{>Uz_WJOq0;sn-t{}_3Pw3mXZ`~XLJ9x<w$1nvQ
ze}nVoxne)N%CqgCRcsmPc}<Ge&1pbs1E$;i9xR;V{nR6<iG|mvprP+w$<F`@XJZF!
z-A`vFyV;DNOW<jc##93u#a5&U(4k{JN2Yq#8hF_&kez{AweTF(!r7eXY+(1Var+oQ
zML;BaN{1az7cQu)6TA~4Q_faApm#e{Kbt5IJ_fW={$$$PXBX`SFwR(hRS~Hi^J5f9
z^wqNZ*vuz-G*(s~VgMJka5=cpR8{2;fOAqw&(jqxVBVEMS3nf7=-mvoRnU~5cxD0*
z@~WJAR<C~0gc-W6wDEMMzZ8(GDsDyf#Six35F94eZ~srTc;FJ1K0wpN#Dw&)66Q2`
z|MYb=i!>Ynk9gk>NYU8VR&jRlj7{=dE8kRZU{-m{`Cs5d4~0y;JjDSQtYf^c{vS6(
zC(XI%&yJ6`>S@wxLM{;aPv((8as0nxFmI^I_5735oXXMfDSu*P43oQPvpOnmnQxQW
z9W8DJMu%TihTE=?#mA2IF_M)#aV#%>CM$P|;b5Dbgwed1U0$pdpfF=sy8CDTHd%a}
z{$$s1*SvyngMvE_M$4g0|I2en{AWXFx!E%oELSWIktzFy=Xa+=L-XDH_`5Y#g5NN!
z`rd@BI5J<?d7skg0iWEW!&e?O*qWd^TQMKPO}cN?vBEQBIh(5FrCO@iS|Q<yv4`Qs
z)?_|rY;&<!nk?+pW=h2Ofo(q57sM|Va5K|O?y$}O&w(Sb`2D}500hj>)FN=L*wo8J
f#s5QKe11*f0WBp&>faG20RA3o=|RghEW`d6*$I~N

literal 0
HcmV?d00001

diff --git a/demo/documented/mixed-poisson/cpp/MixedPoisson.ufl.rst b/demo/documented/mixed-poisson/cpp/MixedPoisson.ufl.rst
new file mode 100644
index 0000000..e936795
--- /dev/null
+++ b/demo/documented/mixed-poisson/cpp/MixedPoisson.ufl.rst
@@ -0,0 +1,44 @@
+UFL input for mixed formulation of Poisson Equation
+===================================================
+
+First we define the variational problem in UFL which we save in the
+file called :download:`MixedPoisson.ufl`.
+
+We begin by defining the finite element spaces. We define two finite
+element spaces :math:`\Sigma_h = BDM` and :math:`V_h = DG` separately,
+before combining these into a mixed finite element space: ::
+
+    BDM = FiniteElement("BDM", triangle, 1)
+    DG  = FiniteElement("DG", triangle, 0)
+    W = BDM * DG
+
+The first argument to :py:class:`FiniteElement` specifies the type of
+finite element family, while the third argument specifies the
+polynomial degree. The UFL user manual contains a list of all
+available finite element families and more details.  The * operator
+creates a mixed (product) space ``W`` from the two separate spaces
+``BDM`` and ``DG``. Hence,
+
+.. math::
+
+    W = \{ (\tau, v) \ \text{such that} \ \tau \in BDM, v \in DG \}.
+
+Next, we need to specify the trial functions (the unknowns) and the
+test functions on this space. This can be done as follows ::
+
+    (sigma, u) = TrialFunctions(W)
+    (tau, v) = TestFunctions(W)
+
+Further, we need to specify the source :math:`f` (a coefficient) that
+will be used in the linear form of the variational problem. This
+coefficient needs be defined on a finite element space, but none of
+the above defined elements are quite appropriate. We therefore define
+a separate finite element space for this coefficient. ::
+
+    CG = FiniteElement("CG", triangle, 1)
+    f = Coefficient(CG)
+
+Finally, we define the bilinear and linear forms according to the equations: ::
+
+    a = (dot(sigma, tau) + div(tau)*u + div(sigma)*v)*dx
+    L = - f*v*dx
diff --git a/demo/documented/mixed-poisson/cpp/main.cpp.rst b/demo/documented/mixed-poisson/cpp/main.cpp.rst
new file mode 100644
index 0000000..8255d46
--- /dev/null
+++ b/demo/documented/mixed-poisson/cpp/main.cpp.rst
@@ -0,0 +1,276 @@
+Mixed formulation for Poisson equation (C++)
+============================================
+
+This demo illustrates how to solve Poisson equation using a mixed
+(two-field) formulation. In particular, it illustrates how to
+
+* Use mixed and non-continuous finite element spaces
+* Set essential boundary conditions for subspaces and H(div) spaces
+* Define a (vector-valued) expression using additional geometry information
+
+
+Equation and problem definition
+-------------------------------
+
+An alternative formulation of Poisson equation can be formulated by
+introducing an additional (vector) variable, namely the (negative)
+flux: :math:`\sigma = \nabla u`. The partial differential equations
+then read
+
+.. math::
+   \sigma - \nabla u &= 0 \quad {\rm in} \ \Omega, \\
+   \nabla \cdot \sigma &= - f \quad {\rm in} \ \Omega,
+
+with boundary conditions
+
+.. math::
+   u = u_0 \quad {\rm on} \ \Gamma_{D},  \\
+   \sigma \cdot n = g \quad {\rm on} \ \Gamma_{N}.
+
+The same equations arise in connection with flow in porous media, and
+are also referred to as Darcy flow.
+
+After multiplying by test functions :math:`\tau` and :math:`v`,
+integrating over the domain, and integrating the gradient term by
+parts, one obtains the following variational formulation: find
+:math:`\sigma \in \Sigma` and :math:`v \in V` satisfying
+
+.. math::
+   \int_{\Omega} (\sigma \cdot \tau + \nabla \cdot \tau \ u) \ {\rm d} x
+   &= \int_{\Gamma} \tau \cdot n \ u \ {\rm d} s
+   \quad \forall \ \tau \in \Sigma, \\
+
+   \int_{\Omega} \nabla \cdot \sigma v \ {\rm d} x
+   &= - \int_{\Omega} f \ v \ {\rm d} x
+   \quad \forall \ v \in V.
+
+Here :math:`n` denotes the outward pointing normal vector on the
+boundary. Looking at the variational form, we see that the boundary
+condition for the flux (:math:`\sigma \cdot n = g`) is now an
+essential boundary condition (which should be enforced in the function
+space), while the other boundary condition (:math:`u = u_0`) is a
+natural boundary condition (which should be applied to the variational
+form). Inserting the boundary conditions, this variational problem can
+be phrased in the general form: find :math:`(\sigma, u) \in \Sigma_g
+\times V` such that
+
+.. math::
+
+   a((\sigma, u), (\tau, v)) = L((\tau, v))
+   \quad \forall \ (\tau, v) \in \Sigma_0 \times V
+
+where the variational forms :math:`a` and :math:`L` are defined as
+
+.. math::
+
+   a((\sigma, u), (\tau, v)) &=
+     \int_{\Omega} \sigma \cdot \tau + \nabla \cdot \tau \ u
+   + \nabla \cdot \sigma \ v \ {\rm d} x \\
+   L((\tau, v)) &= - \int_{\Omega} f v \ {\rm d} x
+   + \int_{\Gamma_D} u_0 \tau \cdot n  \ {\rm d} s
+
+and :math:`\Sigma_g = \{ \tau \in H({\rm div}) \text{ such that } \tau \cdot n|_{\Gamma_N} = g \}`
+and :math:`V = L^2(\Omega)`.
+
+To discretize the above formulation, two discrete function spaces
+:math:`\Sigma_h \subset \Sigma` and :math:`V_h \subset V` are needed
+to form a mixed function space :math:`\Sigma_h \times V_h`. A stable
+choice of finite element spaces is to let :math:`\Sigma_h` be the
+Brezzi-Douglas-Marini elements of polynomial order :math:`k` and let
+:math:`V_h` be discontinuous elements of polynomial order :math:`k-1`.
+
+We will use the same definitions of functions and boundaries as in the
+demo for Poisson's equation. These are:
+
+* :math:`\Omega = [0,1] \times [0,1]` (a unit square)
+* :math:`\Gamma_{D} = \{(0, y) \cup (1, y) \in \partial \Omega\}`
+* :math:`\Gamma_{N} = \{(x, 0) \cup (x, 1) \in \partial \Omega\}`
+* :math:`u_0 = 0`
+* :math:`g = \sin(5x)`   (flux)
+* :math:`f = 10\exp(-((x - 0.5)^2 + (y - 0.5)^2) / 0.02)`   (source term)
+
+With the above input the solution for :math:`u` and :math:`\sigma` will look as
+follows:
+
+.. image:: ../mixed-poisson_u.png
+    :scale: 75
+    :align: center
+
+.. image:: ../mixed-poisson_sigma.png
+    :scale: 75
+    :align: center
+
+
+Implementation
+--------------
+
+The implementation is split in two files, a form file containing the definition
+of the variational forms expressed in UFL and the solver which is implemented
+in a C++ file.
+
+Running this demo requires the files: :download:`main.cpp`,
+:download:`MixedPoisson.ufl` and :download:`CMakeLists.txt`.
+
+
+UFL form file
+^^^^^^^^^^^^^
+
+The UFL file is implemented in :download:`MixedPoisson.ufl`, and the
+explanation of the UFL file can be found at :doc:`here <MixedPoisson.ufl>`.
+
+
+C++ program
+^^^^^^^^^^^
+
+The solver is implemented in the :download:`main.cpp` file.
+
+At the top we include the DOLFIN header file and the generated header
+file containing the variational forms.  For convenience we also
+include the DOLFIN namespace.
+
+.. code-block:: cpp
+
+   #include <dolfin.h>
+   #include "MixedPoisson.h"
+
+   using namespace dolfin;
+
+Then follows the definition of the coefficient functions (for
+:math:`f` and :math:`G`), which are derived from the DOLFIN
+:cpp:class:`Expression` class.
+
+.. code-block:: cpp
+
+   // Source term (right-hand side)
+   class Source : public Expression
+   {
+     void eval(Array<double>& values, const Array<double>& x) const
+     {
+       double dx = x[0] - 0.5;
+       double dy = x[1] - 0.5;
+       values[0] = 10*exp(-(dx*dx + dy*dy) / 0.02);
+     }
+   };
+
+   // Boundary source for flux boundary condition
+   class BoundarySource : public Expression
+   {
+   public:
+
+     BoundarySource(const Mesh& mesh) : Expression(2), mesh(mesh) {}
+
+     void eval(Array<double>& values, const Array<double>& x,
+               const ufc::cell& ufc_cell) const
+     {
+       dolfin_assert(ufc_cell.local_facet >= 0);
+
+       Cell cell(mesh, ufc_cell.index);
+       Point n = cell.normal(ufc_cell.local_facet);
+
+       const double g = sin(5*x[0]);
+       values[0] = g*n[0];
+       values[1] = g*n[1];
+     }
+
+   private:
+
+     const Mesh& mesh;
+
+   };
+
+
+Then follows the definition of the essential boundary part of the
+boundary of the domain, which is derived from the
+:cpp:class:`SubDomain` class.
+
+.. code-block:: cpp
+
+   // Sub domain for essential boundary condition
+   class EssentialBoundary : public SubDomain
+   {
+     bool inside(const Array<double>& x, bool on_boundary) const
+     {
+       return x[1] < DOLFIN_EPS or x[1] > 1.0 - DOLFIN_EPS;
+     }
+   };
+
+Inside the ``main()`` function we first create the ``mesh`` and then
+we define the (mixed) function space for the variational
+formulation. We also define the bilinear form ``a`` and linear form
+``L`` relative to this function space.
+
+.. code-block:: cpp
+
+   int main()
+   {
+     // Create mesh
+     auto mesh = std::make_shared<UnitSquareMesh>(32, 32);
+
+     // Construct function space
+     auto W = std::make_shared<MixedPoisson::FunctionSpace>(mesh);
+     MixedPoisson::BilinearForm a(W, W);
+     MixedPoisson::LinearForm L(W);
+
+Then we create the source (:math:`f`) and assign it to the linear form.
+
+.. code-block:: cpp
+
+     // Create source and assign to L
+     auto f = std::make_shared<Source>();
+     L.f = f;
+
+It only remains to prescribe the boundary condition for the
+flux. Essential boundary conditions are specified through the class
+:cpp:class:`DirichletBC` which takes three arguments: the function
+space the boundary condition is supposed to be applied to, the data
+for the boundary condition, and the relevant part of the boundary.
+
+We want to apply the boundary condition to the first subspace of the
+mixed space. This space can be accessed through the `sub` member
+function of the :cpp:class:`FunctionSpace` class.
+
+Next, we need to construct the data for the boundary condition. An
+essential boundary condition is handled by replacing degrees of
+freedom by the degrees of freedom evaluated at the given data. The
+:math:`BDM` finite element spaces are vector-valued spaces and hence
+the degrees of freedom act on vector-valued objects. The effect is
+that the user is required to construct a :math:`G` such that :math:`G
+\cdot n = g`.  Such a :math:`G` can be constructed by letting :math:`G
+= g n`. This is what the derived expression class ``BoundarySource``
+defined above does.
+
+.. code-block:: cpp
+
+     // Define boundary condition
+     auto G = std::make_shared<BoundarySource>(*mesh);
+     auto boundary = std::make_shared<EssentialBoundary>();
+     DirichletBC bc(W->sub(0), G, boundary);
+
+To compute the solution we use the bilinear and linear forms, and the
+boundary condition, but we also need to create a :cpp:class:`Function`
+to store the solution(s). The (full) solution will be stored in the
+:cpp:class:`Function` ``w``, which we initialise using the
+:cpp:class:`FunctionSpace` ``W``. The actual computation is performed
+by calling ``solve``.
+
+.. code-block:: cpp
+
+     // Compute solution
+     Function w(W);
+     solve(a == L, w, bc);
+
+Now, the separate components ``sigma`` and ``u`` of the solution can
+be extracted by taking components. These can then be written to XDMF
+files.
+
+.. code-block:: cpp
+
+     // Extract sub functions (function views)
+     Function& sigma = w[0];
+     Function& u = w[1];
+
+     XDMFFile("sigma.xdmf").write(sigma);
+     XDMFFile("u.xdmf").write(u);
+
+     return 0;
+   }
diff --git a/demo/documented/mixed-poisson/mixed-poisson_sigma.png b/demo/documented/mixed-poisson/mixed-poisson_sigma.png
new file mode 100644
index 0000000000000000000000000000000000000000..87ec57231b3d217d1f7a5d01040d85180880d107
GIT binary patch
literal 78506
zcmeEt^-~^Au=V0ja1xy0PH=ya;O-V2g1fsUKyY_=3&Gvp-Q8Ut+~wo_s_tKL@7DaV
zJ5@8aH9d2>`^@PO1vzmPL_9<Q08k_)zAFI$qy_*$M8iXV^t`HvOaK50Ao*QL#V!4G
z&GiSC=^Na|#HbZ`q<cCH1|1p+5pmJ7@;>&EqVWEQhhYe1;evEa*b!x+8M&Cz<f138
zs6zg|ZvFjQ$_8-_Bwic2t8Q!-9~jrSvgeeghW>d8JQK9dg$gZ%20f)Z<$DK#_VL=A
z6#`BAUr#{{2|0WKNi!S9?~m^9Nn!!fB=7-;(-LSHAKyB72*Lp*@VU}tLJ}XtoXpAL
z5duj5Fh=~};Qwt4_Kz-wsSF5rSGzSOh8IG6w^bk*cwHJ0M0;-{<qWG^OG!jD%cBwN
z2JBh{zfrGkMG`Trw{+i_5|ap_`8t!shrF8_!iE4h8RL^|46({o^Gy&pX*2>YOJ^Iu
zasX&5#NQBDvNIG*<EcjfKwvk7fQPb=P51JSwxkZPf8hlIq!v<0oxYF8HB0O=JBXa)
z`ttSR@hWjyHJ#QV`~;4<`Zc<rz><nvB7yrBcc-TFAn?V<Bqv`#CMgK)L)d1aetV9M
z1DKB)(ShI;{I}xW2q(*FECUgLCZEzq?ZU$_Ny?Z|qIM-lH6_rRZAOh`i%oTmA)|X|
zD1RjAi2y#}!IJEk$)AqeW?|bcQpT^kpV65{TlJFNJM10^yZOu30D4)gQRc1a=RN?n
z^#EYDjHtFtW91V1uFOU~tkHc%!*wvwiOy7N)Gz&2Tq-w6^05MRTl+CD66wcJVjtzf
z?AYK&wdf3Ptlm~>m%;)?Fo`(l{)C}<8*cTCj+8POf3Q_njSWWaVkD&0i7x6v!jCp^
zevfHTKr(Hs|7Ae6mFb?`L8a<3Xv^!rY5!Y5QBjIXMTCHr_4uFb6khD=^?N7{GXYOu
z>tB%R=9KP@M<BjaB9)_Pv`kKW#(wTxx>f&-rCc?j*tBrF7Ow`RWWhq;V)x4>eYBuY
zF&BEi7w+i2&fz<a<7?IeSxg|%yE@omX{@!i)wgCMlizdIhVvf{#_wJ|Q9*dtBSv3@
zMU^84p7R7t>ZTw===iZt{wnqMYY|SrVyu|*FPc%yaX6uUh^42|xPlU~ohm&zHjc1;
z2uz-fmB#j6JOi!e{&~8p3j}ru`SCNIx)0+5&jTbtop^@tsU}9RbJz}7XfB8CdaKjX
zbR3mDr2glAW0tdxj`xiX3OYK=qv-<iC?Xg^#rTPX=cA%59<Z{S+TFS*_>%Ma=BVal
zkfrDD$KLD+t%ucf3fMev=ymO&@bPMMx;&Y-&2r`~2Q~p&|IFLahgIDQ6_EtO%S^3<
zNEw{elchQ&hP+IrT9CvBenB{}=eY_DyEX$ink3~so15C=zRh)gN;_qXM>0MNj7o|<
znaWWflDx+h))Kz<626yNPV3P2{F`KF3F^8j-;DYnuMh6Q8(@bf02z<%(4whtV=oX_
zH<{H`PEm2H>la*x9F?Dd_Y=Kdd+W787%r2~^I3x|B_>d(^}3g&r@Qit>ciH7UeB@G
z|8f!_kO|_0_t)v;UoV1M+JCDa7FX}+%E^E-imKVFifUHx!P8fJBqP;rR3R`J@!)sY
za*6~`9U!P;_S9>#Qa?%;o09%%9i3a4UP%Gw<TQsS7j%q;u-$CJk)~d*b-NoUZ?oEX
z86!@Fju;3Kpu*`9>c&hQc;3#bCo$?gt+{US-z^$_je+-DvjMrD6Ldg{Dgttue2+_}
zStWB8KtVx)*H>MU0Ly1P=*t$F7I|p>nP(e7x;>%ITgAmCYr^CJ7<7(b>tx`j+_=r9
zvn^wyTH!x)4=hg^@fh{l#y9QIHV$sTa?_;E(_lzseFnKu=O*Vc9TWWAUuh{%CE9Mk
zH&2V=f?eGsCe*4NpSs6!Z$OBBrHhCYKnd3);ce{3%48gW?d9;4_WP=#(Y}U2@`!3O
z=Y#8)*loFr@PTfa6|5cY6Yt$d?IRqm_v@Z%9M%}{&}V%FvNJ#=AunZuu6s0xsN%tR
zM$O8ZJm2N_gO+rVuP$Yr^E&It!_HpUMp*Z;^%m}|K0K*!p)9zC*iHSavjxKs-!*Mg
zbSsWZ2TA?Uu~cIX$g@W&kd_dWHC3}=7CUp;>pGth$X79|ZhU880pu{XYx`hGJpSf8
zO!URDAe)vOLli$ry0mT8Ehqy{JqcbX)P7ku)=gzxUW3Y|zR)U0%D>tE)N^<=M<mI-
zQIpWC4#ItS`VMI;t5ZVP)hgqm*gNDM$CD2$5%RfR%$+ABB`p-m6Bj5gJu;e(r%Osm
z9JXq!so{Wh3$wE~%Ny1`HvQrLopr^LkiRLk!F|J(bMZ?2aaAr;zH>05Jm7mF8j01a
zO!{t6f-mS+dU3M%4?im|bNw*wxtYy{E$+2m{%<}o>J{N*n_hm8jNq37f<3}M|0I@T
zoTJiDCnWrffn0KOQ}L&KSwo_GQ5%CLotQ)rpK<(6FK49+uK<YFg2CbA{P!_MuhnuI
zFKnQ&a>5{(1muo!Bn9%eExXJJ=)7J=ntx8E&Z!!{9uSa(zI>lR;ar`3q$D=a^1jn_
zak)!m(DrEpb%^Nd>MAKsn}CML#y&v8_h8MgDuRug+H5$U<`d}UqK@BfT3q5KhjL?l
z)JFkce`sNvX#_jumpQ=5`@`k;C)|%++4KGEZJ71OzDj9e)K{(bSv%`rM{%`Z4O=yo
zO(LY7CRbH@N(aSex0vY(Ohv;aYG^{qH;20R^K4ANoR@70%TP%1UwJeTb8ekqICKTh
zyxniQ{oY0bm`<;}St_}UD=N3bE${PSqcXw>7>zXV`uT;FGAhLj54ZX+;yn{MTV*K;
zF?zxMMGFghzTOKut_-@ZZri;f>MPfwLT>w`DMG(sFQax`T8KRkb3WeN-rt@9NGPa}
zgXwX1x@76u`2lwzEg8P+#SU^&@izaic&^{a?5Pk6>cg~9G{G?*EPaX0I<*D`Bh%d`
z{AWBb^1&*yl5?{m5r65U)kK+r(Fm(E#ZP_)wiY+u(1}{b&r*F3g<K;z=_HW)B{#F@
zHFM{6^$AawEr;e(&gqLPTjkG7%asE^%Px@Jztcu5ah{<xRd)588k~zq^2?{5jtQX3
z?74^=r(PW5-(7;u-&%`8Nqi!9<)4~)+EE;rs!hUh7*cs%&yVNI-p9rtA0IP*MdwmS
z?p$484@BS(6dkqQuRmW75N~*0kC~gBbEKgN%E*lJ->*7aXSRh&%uru~YBv?PIBnek
z`e&`w=zidHokDWl7~~<RihhAUtHVKLwQ~VI&=RBFFzS2_DyZ87>?~Ru4m74}CweRT
zzXS`ASTkN>o3vmV)`LZI)t^&R5m&FVx-i(uHdg^d7L$1`TlaeF6mBfG$r3UUiJC&k
z1fsryG<eKa%Vv0<ttvG!F7h}dF|mOkTQiYlFin23&>OS%!RpV-Xd9slzo$|3$}tmN
zo>E{G+wVC7r+-;%u!2O?m33|(fqH@+fhqH69D0pP$AfXzGBy6!n;EaTeWuG5OG`^k
zOiW(eiHQkUE`pq#oR_iNlZB2CwEFN5{e6GROG{}P7~1NCWod=CeT%hO+BOvpHk^c(
zRZ<POgZ6r}0j@K<W&58QoM2{N{n$TY`p2WQ%_isVGoq51zlR*Zv!Lu%^_c9D6P?#X
zE&l@Z0K3)>zdz}Z-dfq&dUSe+{@F4-`Gzk$wfDT%Opd<6h}emqf64`U7rP_r&Yg^-
zkN}=HfBplZVw{3|HW%ToimE>ou%8Piv>d1%-5_c;5OdV7!tG?B`c)?H{sqF&bg&05
zw8*<S<%*OB4PkqjE0Wje#qIs=)zQJB-g>3}1G&ly^jmD!ngfG_UDvD4X9|0JzXusS
zJl`G9S)Q*pWw;Iw4~K?^HrI>G1w=RA1&v|RYty|pt7LwYMO#bDY)sZ{>1Id}q7_L%
zcfm)>{udtcneH=}s4=S@x*|N73|<z8L){)_EL}<7R@VZKS--Gzx|{YU0Kt})7S*%A
zwHTeQxEkubHDWx6uC^YQBcI8-)S$^MP(cjabZPlhw#_?5QZl?W4pgO@+pN7|YObeD
zbmOvDgeM_D&)%L*ei_{$9NdcSaY14E6jwcnzWuoJ>r;ohIn7O_?!Of`$+>T~Z&Zmw
zu95{>JT9efO-!d%L6wgiaBn#iG(s<dmvyO2R_kq^_pB3q%34}HA3k`)Vc_)CDsO7>
zjbv<W%(mn8uGV~J*>&;b%=8(WcWA1s-!EHMjHR-lq!I}r2yf$Q-W4>y+x^rj@%m_e
zxUn%aU%Z*;<{?!9v((UYS>p9=XLGYu2)~`8COpi7c~%Z6b&qaSXVxn~ibxQl7wu1R
zA>~~TfwOXze5t{rf}~>o$%%Pk(+Xs5_{xuoeG_+BfozPD;^rR4)Le+e*zaB~hsma@
z;XrNWj)+;9IAZn$B#mFttILlcel17Q-Y@lL0B>eB53<#Wr0Jz;zdc9{`)v0i<nFow
zPVZspT28}y2uHl(62t!wMj3>lgrhJb*5aX47b1t@1Lp9@(%iL4z72r3pf7Q!1S*xw
z)j%JoqhZ6RMX6*Lm(ctD^&SZc$^IJ+=y5l0t;O~F-hqn%Ff=lPf`oj?!b1)kildrg
zdz}>d1i_p(1_+CYhzJWmw6L+U$)s~BevRRKd)QgH!}{>x?@gxjQdydGI_k9Vh2MF+
z@Zyr?-XCJpwkPL1FZB%kv4EyjB@6R{#QHBy)ibMII#$0^k>vI3efKrrbLq^o?K))?
zvlJndBA^6em?25myry|yDN+<ksE1w3Gc1zd<Kzml|CkhWZI7)T%IN*8XRpjbUuOb4
zo<9T_Y1W@-*Q`XO;zWg;XaWhrZEfeM?Wbl@0!s2o3hgVRNYsT>KPzs@K@}B?W~EC9
zK=g~S-HhV%X2UOQ!y|v+Mp`+e7f)IM|0i3LmHqFiq(_3;sQcs*7v2$<7H?!Sc#L!R
z;e2^Cav9vQH>Fns{5v<1!JXSD7)=PIYRISYB%L>7bil8)0!CF2saowta;CEa<lEN8
z0#JwMQV$<F3EWJIymXL*9}lu@nZS7X_?*_uv&+lJw;pAsrR%=$ulf1;)6>%o+VzJ{
zJOD?U^;)xYL_~ycMZ@2}r*#Xu(o#|uHa6qq<EZfPjr9{>o0yp{dFh{pM{y0jr_BH@
z{%~0!8z~1k9l8RFX?w?{f4hXeJ3AXDB^4g-a9jO`#a6ZI2-(j3^`$A2x4y4K#4Sir
ztZU#a=gN#qcOgIJMtd)xNkaF@7Grv0d-5vJCThxxG*t3!xZMs}WRTKLdJ!7U(fX?w
zddUrMj}`jPUR}$pb&imE_5O|=@T55Wa$uQfgBUL^@fEV1mxvQG*{3>qpq~=?hGWm&
zrMxoYfs*AuaQ}rf4NQ%g0E>u-`c0sPiCR=E!G!i<vhgtcZScA<4x9=>&Y-k-(&|`$
zG}6GkAZvkV7pzngC?G_Fk_`nX?ZU4=_#y};n44oQ`&a6dUxE4Z^rkOTG0!fnoy}ST
z?t?(f`ugL~ji&06dO)LA=y}gd<bdJzKzhQ<^HDU&cD-1KwZ~7-(XrlUtapBdLtqZ$
z$wA-yfI%cn#e}cGO;mfqeMe{DR>&KAVuWewA(ub-)-a{C>bf7yK-&`d{4?RY$k$n>
zx7HdRFk|2OP70?#Uz5b7Ap9ag{4PmMV*`HZDc7tCA|AbxRw|h_teRwNbJ!a`$n-=N
zba!`ma$<X*xjvYv(5Ny5ueVXg(eUwkUF{A@C(@e}Q$l5zmRj_MVz1O&TUuL3godWF
zTh7PH3%HLdqkY69dUzZWU%p9q!s!|=Q&_`#ZC>J~<)A<!jhp+!GdC;v&RcQ-1f`*q
zzMspFdx~#W)?r;mxEt-7?+CQLl69)Ym#4)ng%6eS`CpVQ5OxC7lUP}h83b?b!Kq&o
zaZBrz7;cB!82$LKW6rAfnWI)*-^6kJR=O$QWVbIukOaO(b!1hu_v9<SFjpylVL0_E
z`=^~vksp;^`F&FfZuUk0@47x9x)#gu?3GI>C>RuK^zA~iDYq{_Tz`FXc9aXB4pqNB
zqLKM%rnAv~nzEt#GP~^sUwINxJk^0<`6Wu7w@eV5t}5FMEqRU~)Hm?USZMTsCc;Q<
z*evy@CJq}RNE6wwu*-p->(r;8<B8j+78S_}k48|rQ3`3a2_-T)=dDjJft1a!Na2(I
z6fA>Za*nXi4yM`Wy=Htt#1I;-uvt-vcFvut{FU%hJ|`9;|10_2<l7*WZH!5KX*|rd
z^kL+0={9A7a~O(~9%)iSPgHk7?k$vpI)87nQlp*i*QW~=gY|_-*@pT$+g3v~0UrSc
z!md`<;_{NgEcY+0q7Cg|=YtenkQ$gr^`NbO3?YZ+0npU`VfKxeBn>VL1;0}NY@9Qp
z{a%1z@y-p?(sP)zDTiB+HoJWTucZ3PCFof~!3h#UYC}Q$?QMG&LTy&8Wlsm}92!0I
zDYhLRPKA#RUMiDOPi`T|xIxx{>A>0Ay(qFjD$H|RZGXs8SRMZuC&xfqUR-$o!r<Iq
zgm?3vzUXowCc4MCkPU|w2bzJ%W_Qw}Y_a7>7A1;Nvat=!nXEY%LUsqKz?ycn7&n!j
z`TsImd7J0Ckc{~*GV}F#wkN^u^RG;#zpk`<U-RZDEcngN+vqXEJ)fb(E<3ZG6P{AR
zsWuj}5?<ug?_-I@2Ghwa=<KSRan>{slhhFyqQ<l*F3TEm>})zNhVGWj`2OJEbK~ou
zXYKl7^jEKGb>tyB6V99iAm5uH1nr20mUIvLL@^;Apsse|#`BvD0mY*?UmlZU-zZ&7
z9!4+4`h_zygQQP$P!g#Ou$yd-1)ggF^E9!4NKLOCrh4;=_Z!?os4K9!AF=GNS4tpO
z?^eX?o%eD9vObIt=v(=5$d;2L-*ud4BLiOKatQ2R?tFXs^B94W)Ir2kv^f`leu=C#
zI{K_M*S<G-e?HJ2-}lL&mUMQRhaxL5E%JlpxUer)CZ&j!3dyThV<txp0ih#wGnP79
zyRvhzQYAq6%^*q^2{2_n#-^R6qXOA9y(lK*IF<Y>UIX`zz;x2^Sp+rjR+i7gGQ0`%
z8H?hF(K<W}C}TR;`+qW3rC9LAZOo+WfMp)ijCaEReX}ig<+qUX)_@?{q7-#ZV|tJ4
zzc4T~D%%{KDaV~p-B-V@&8(z`4U^{NdE&?4F1}YWO|!8)Hz+$vJ{TBKe6$f)2*UHr
zEt=Ims(kvM_>1yPFwo|Y$3yT_uecLXipm8b>tQb4ACUkp2dYuJxL@MG7JN2ei|RKQ
z&+F6LchUaKrpfN3qtWA|ec5mq9&C&iVSA9a;=9&bF$>7~Y;LheRb0oD3IlCoVGxb<
zgec6|&o6y5kFt!?85Ljx$x#J^i5Ou(jukH3sp9$N(|KGLFM-%bF8$dRtoH#t-$Nuy
zp8d6$wMsLyLGz-4v89{`h-e|m9<aOK_ZwADz>3(m{x?DCLcTP;k7f>dZ;2l)9}(i)
zuA_fu6;`RAN$A*$rPTC}?fh{ja$3=*;KzEB&M$`WYlq1l<nA5wT224*VoL0%P04)r
zVK<1wKO)mgPo7n=dhg<IdX3{^NzsK<jK>kDbQN&#8<m<G!0jFuw%jif9SF{67~hKK
zp3yy<TSzl{6Xo-m+1<*Ybe4QO*1H=KYh2aK?fEp{G5l&anjwBiV$ccyj!)vh&1owi
z<TWeV@A;FOq8;!xC=98=qsDZOVii03DOLB-&MkcPz+Tmn7SqDFo}j(vseYfxgbF4X
z=$iO70RewXH@5oav7r4AC_KcZB)48olB?#qfBy}9znW?H)k!J)gGuRV!uBH_fYhH4
z)P?-g#&`_*!S^1--?U!HNl)4Z`fWkNN%d+KzJzg9C5EIII<Y-Qu4${^#C7D^tgBm?
z11Q<9h0sYq*Sk0w*2E-$^o?Cey9)-o4(};g>rn+##`-@zV?V4T;W{6QSK;0aU?zRr
zorXd2z(dgFvNDk`G$dfNUThuJ$yAuK>f#%^+R9C0Q@uFVKTmM)B-fQz<6MQ=TmQ4(
zF^}4>NK2UC<@`W=^dk)gleAV&xoe6Jaz^-ktFJpAq$rEKF3*EouYPaso_6>2#Mvjl
z;Afrk-9;LhgoI#cKuM~LhvZTmbdKy1kcZClyp8=Qp3CZTmZdy8iBwT$Lh)a$S^j0D
zH^w`#jRo4>@{~>1l#g_5%;i@e0c9oqie+{2Q>{EMQ}NP?1*3>vD2Z)N!+@J&R*9h}
z{<D;A&*H%@;4y(V0{JB}N8Z~EZqm9i-e9Sk?1xj~ZcBK7bKLk)T2Ef^BvBc-=iC{v
z`Fp<S=pdBSp6fh+%=)7PyK4h>AF8ouv1S*3hUhnd!+yJ*s5#>`jH<u8?t`Me5=)%u
zOXy&*n*;Gr%(agy;u~gQjPmSB9wTtr#s(?)A{-*YxLJeNdFUL2o)X%eQJ=wD*6)ph
zEJ#w+BA*2HH!lTh)8Ht;b>)TzBV!Oou(V*3=Gr47DSw?tmv_Y%rq1U&-|KRL$Om8?
z0XZGRLwAaA;?Bs*UH28Q6h}zm(%#he4BF^f?5qgCf|`>9Kp<=WH^rhebxEOi0{Vyb
zCZ9J7f7d=#;UE0)rtK9(wHiuU2i~q1dp&mlk^_OyLAq>ri1v%_1hUITiu*{6v4QF$
z0T-!_<A^`DqoP@)A2vPuc-c!`OI5)tWq?Z7?IZy}&JaII0Bam7Xs^V+tM&Avt2YWC
zBhk&4SWO|`*0j?47v2l;U&p|eLZ)0{o(WI0Q`(AwkTfB_Z(3{l;)vbf332B%>ayi?
zhuW$*&fpOW-Ke<+usx<90!ZvJJ-uieF`H{7@j)XxZyk!nBn8#4v>|`5vTnzY+bL^D
z&$93~o7*fu6-U3*;dMQHW_X>&wC$vuN=-e@c6DM6_!HlKh<}T}Bi-uaqN{5Aru%_-
z3s!Z<PtyD9{b!BkQ!2;y+O35+!$+7+To7bii0jr!5@@0_s$Vr%w6@E+w=VA#Zav5)
z*uQhz>zFwOp=IM(Pcqt0GTBaU)XHVBY179mdL3*;np#a1<EckkY4cY{$ameTDfq{4
z;|r@7<AVs+<}(9E@NW@j`oiJ+c-QFaWIHHel)>@h`S8|brxWr&l>R}$6Oz<&R3?4o
z?;F!XgS<84=EWB}^E^BkaqEDto-q^GF)N$h+Vc!u&E9py>th9Xxp&4%?EEYLksGON
zYqVuu_FMpfO_{IoYr7b%#*8%ZO}IpmQ;=~U-gn0Ut=HG@1|8#F?pVfPneSa8vJv^c
z%;a*#LDo!s;`?`ESOORCL#YmN%2{QGpK_>;gaopR8y)9fr_swMxutUM4Xvk=>7>Z#
zJ$`wSUZ;OD$lLAP=1sQwTu=oqtC)IG{gX>pk6=j@kqF`|w@nB7X;6{_JPG(I(pzre
z#0?Tr1P|dg=YCqAx*>p~e0-!0$NB39?}(#(^G6eQ8R#bH<*L+b10xck?C@LLl0*qp
z+!=TDwiIjTcCM6ZJIoL>@-vjuJX{jK?X3B=PlzY@E?dz!o@T0#amKxk5meyib2*7;
z>_qObH(0>&;|>m!=X_xV)+vk7;8Te0UUK>?9|`;_oxTB5U`Qa+gj^*;R7>v+luUNd
zUf4!Va8C`$=;9&^(%Fd@AYlIdvz8bc*;&Hy<Y_^+M>={UBkD<NW@(g`VK{au-E5J>
z20b9x$_G>AMZ9bsYqg3b)o#grfQ0X-ebVeG;Dw_(zs~!In!fbt$k9RX{-$Dk&=qYw
z=}y2+TW4&7@HLx$pqd`zKySMCA911FD<8x^3oSo{3EIc`sY6lHE>37;wW1bn{uahN
zTo<tPj{YSl=yAY8)yoK|M89dpN;KpKXfCn*1hFX#6@Km5oeJ+2{#x}R`y%dW(yo^_
zeGhWTNKnW(uMP7s%h(QGG2$IdGLz>u!er~xhe%4PS%eV86h8R*xFVL1he}{#3DtSm
zD5T;(?CMg(NgbX?)BH{tTh7F*!CMFR=Ji|f5=#78di)2@Z)Lo1JgHerQxm9j4P@BU
ztXui>6nE||EfW?6{RP>n2jTw1=8X^k819<x`7EeMt1lyRPYlEI_TeVk$`2WjIK-cf
zI<_yk{X=b7PO9c-D~vdUvW_0@WQMe{0m>xGtoHI^mx>OtbdAL2I}ztSN~8`9*Plz9
z<!ez8@IwmZFJzH1)4X`X=BNLo1;CKc{}+NpRQ6A6M&Zu>x{{%7y!>zZkB#mP9UR)~
zg_Z&y|GYWhC(QO)sBCi{%9$*b7v`x|&atgL6NvbpotyWtl;13=L1lADBy6%84dVo#
z<;|(g%u;RMx;`h6svMdZg_Mn5vehAWv-SeJq~RmokX%l_NFd(s`Tk{g7Jw0RC3!~|
zR1YEe5;6S6cG%e8>C#30JgS}b{fe_^T@jxQ#dudNjjz(kZ**67D`ux4Vd?Hv)7cBW
ziLZ!)+3-CmGTJBi#<lQ@@b^JYdg&KZy`yngpTJdndS+@Nr+sD5JCXkJl>s72mGr-I
zZD)w(c_n%j#m_VvObbl+tCJ~^ErE2rJuWt6)~+MaKeh0HkEG)vaT*7c`uHkRBsasf
z=fh{ho9d~{=8?m<6j!t@Tiz;|x;Aw=WBp;;(1&4ur;yaIrnar&qz{CcG-}nrq`Uy=
zM>3xKVMtusXRZ6s_Yz5^=Rj+-JckIXQ=cN!Khe7`h?Wztpk-1HJ@+DS&NrWH_E>tZ
z73P|26&vPn-3%3J8G(^6v=-C%ZkK(o4j-HAl{qY%e4z_9n4IdKfI~6!Fg+SLG!{A)
z67*TGJ*M6Vn{K3vAFb|Yeq~eM#)Tas_BSE^^-2R(j|UJkgVL}l((S6eg8lAI+ngt=
z_S*rR_-D80BbolBbWmogJTEc>ExyOf7COWROO&Rk1nzD@jRGU^*$1yYZ$&n&NS!W=
zqmbxOze5!OyVS;+m68kOD!$(ko7I)FMXP`m2QP;BbXySuA?zYMi@>`S2e-reZPD5+
zN>@k^DN=S=L(9Aq9-gDPHF964{WM0>(iHn5Hw^DRDr4!9X2U|eWsa{4$%c@dVTA+^
z<6^SP>Z7qZsEFXI@+wJ)YcnGG;%M1Ty^bfK$?7LRlZT>21yx?G+(D5%HkY;fnDCGA
z9z8;F5kKfHcHw}^Fs*v&#}nRH4wss!EYSsxVUAkEfiM>UX`#$02+<s`j%pQ4910$v
zl6HLuiTLZFj&*@K54nz2jZ&3zfgF^!@AT^#iY!7H7N!7#L;WKvBfAC0D}%tA>2M?i
z`z*0DC4Z?U{~5tc^ZK;#S>}%%d~$}zTx&6->S%}a&+6ubbrHNt)72CCp<CoUirNL8
zx?6uYCI_dSmY0jkkjjA1k@bCipHE6%?^;#8Nmx5xA6CMIbr0xwrF%a3BeB7zlMKi&
zgx{3UY%c4F8i=2?zW`NYhb$g|Q&utc$Q^D*iF`><kQCrF5r3HimrXN(l6@XMGc}y?
z-pzAGBl+P~0cwSBh)%R`cN=r`@aP#HE6^nFIrP`;fx_|)!VZ1#$g-FxzZnsWd6&Kk
zvKhqC?(6}f{yX_JjLIH;SiOB+xnA7GM+_FWSTL1t9lBqnI3?NVK$@s)sw<BZ-gP9<
z%ym2|Z#itY97F93jKsXlj7EiriAgV*XA5n+Z%5wh-KELbBXo=_XBInVg4-8L<nR>;
z)8dPw{Gk0|u=2Zqnr_l07Gl%`#=f+$@DjoZmic`M>=-tbU1j{h_!Jgg=XtirL^M}~
z)uO^t73beJuu9<3mm>eQhSB(Ie^GQ=8J*IlTLroUv308bQE)dO&b*NkeiScUYqtE)
z;%eK`*F+c%EowVp(qsBtQ*oBYVad`K2;D!O+uL@k_R5DH^f@7~M}BN#2bVitV-;lg
zL*cSi_)MR0q<W1Q%y6;=i*{{Ca9|)SuAOI#{MlDz`0h96%g(7BH#;5_oNt<))!X9^
zC$88SQm7sd0v`8!af5236B&Cq5aNNx+F&i%r_KPdv>*B$+M1lvz;`Mf#+kLHW(Igi
zeFoA!R^S06G*-Dpr{L4gRh-s{mQTlCsPCo<A?X%8dp0ebG)t#kxAo>yslr);5E}6X
z88u>i%r(xGibj!+uZytZF#R8qZ^ZCcg}J9poFs}%sNsp+!?Lp7@O_RE2-N}4i+d!M
zsx^NXZm{(R=4rL`%bQPjP2iq#Wt(f|MA$Ov2eWEboohO<p^`;j$?pDz##<Bd&2#Q#
zrMt)#?$~3Eq<L8&xZU+SY}_oM#9cm&a*aw&{`7Wa%}W3$X`BmsQs5|BuQa}w^sQB(
z`^4&E+IfCY^2MH#k1PzI%;z6zbm1Wpr_{c0kxV*8qIpTOQ=wPIM8A?XESC&{-#&)k
zja7<*RMMH#nXXNhW(h*p(fGUm`y)800n*Yzpi<_Y^r1eKxhe>CB02~ehw0xrk-!g+
zmn9D65GtqKM8o3SHR%XZxtLIh;J-vLLD!K2bYxtgs8pusK*^5|m82~wxZ=ai7|k<E
z9dEczTN-6YzlD}%`{6&U{vCD8=DsPU-WjT26_=t$7ykLZ`01&Fy^(iMMKHB=r91~H
zoo9bfk2m5n$FC+8Fst1!(lvD;u3*{cUey)LHz-UR5S3AsVUkK-;m|)0{2k7e8|;IA
zR`~ll%Zfq6GA{Vr8x}M`zD62ncJvYN5MTGfWA4RbiAq;hluX{w$c~-#v;D=N=~VXz
z%tG72jlPkacLnvXP^Ay;g6khZ$@v$-DYN>Rno4A+8tarpa-Z!%0J$XjB321cP@UNM
z8p;?JM7(Kb01Bhuxwj&wPi>VsFuSSa42Assl#eKA-?XZ`@BtLI_D@rYTHjwCPR&e9
zw_@BGx`;vNENpfT6zpL0n2CPT3Id!ezMUjq-?tjueyNQ@GA_-*4Eo(=db1kAqHYwL
zH-rbIfoNCeZ9Ece(#y1)GzKCrJxCJTjIAU~1W9AF)VE{G5$~4Svz8{pY#J#Np(UI9
zz_HA5ieVy0)f`ycKE{c0llf(%@nDP|6OVp#eQn3KW}jU9_i4#rM>d!y`pHmH4F&vV
zN0*!l3(#Ui1?@zu4wG6fJ@wuma|<@36{o5-ef6FODDPnbV$`w&E6{%%c~-v9+zjTu
z%5R(yA5NWR7FW7={b?CanT&56o&#r`!?9e$nS45E&~clIZlrZG-43~Hb097|zxQxz
z&=wg1mBUTy;>mF({b(-?*`T5UedpKcac`<uwkcVLn2evn<=~|zQRSY9PJS^*mYqS8
z@g|IT6C)2%+pKbo;67K2>(HN;hlfD3xw|ix)g=C$NQrVp7HdXb1Y`1?VM(dE>auZI
z@%83t+O`E-{#^odHthJD>`e6>7N_DVb2Tpy3R+tp2PKcPT2oKExr6rsw()-at(w&8
z3$vonged5Fq$|XfOhjDb{;drHKf0<tiB`9norcpT_B(Y!ZOHa<7X41~EMdri?+6|F
zp8kGFj`kV*`8I+4vEjbIQL`&t10`{4Ok7pfwaxzP+q$L?S_x&cr=8hechjS~heU_o
zKXJ_LR%3S#B|MCGiYxcf!%5rvhj|o>x0A=9&btcN><;T+&0s5ojU{2(&kV8lx`IT4
zCz!>guAx32{aShhni|91N`RJ>7XyVrOA66@eJXmMRgvXA%Sfs{!z(yi?n#3VA$Qo7
zYvjIhI<d@zM~gZqmuh5<qtq<VXuitMD5SxrLAf}0bSzvz7LQA*-P;4(Pt)X5fO8=;
zATI2Q-HP>S25U_G6zJbYVN0)t{9MOAuDcV`&fD#_>Q(3Hq{gfDDV2#&4`p+=_f;e^
z973OKahu&eIP+FditT*K&G8@i{Ts$kN+hg&JKL$(&~qZ@T}H`4xI5~aeqUzEo}Jro
z3$3p%W!>Jw{_@l}-@=0p_(B!r=<h@J1bBoj8L#oATMdk`UevGAd1dW|LbhSxgu$f|
z;Tbt-5;QSE4qD#8iqhy9-@>b!r`MuJQ^};ax-}NcB-R<fX=EC;OKlZ575N#Bo3?X2
zm!G*MCf4g=JGb^gk$$;y(_}g|ZWA|gB;#e&-cgkTF3+SM>hV(;VMO~h%KmxSt$$Cv
zcANvmVH|Wn?I*GVx{e0stC5YbJUEJNSbYkBOW|IPvL~<^)}0<6F%<mshrO?lLrzsp
zEKNzBbH}>TS`&{I6Urmk3+IBf$2-Ioj`#}?i$)=xNBh=QSy`E|&;4^>V8+W07XVK{
zUTEHY7hklMA6Iyol~qHv!BEb<iz16d;5m^+QPciub71zne4@wS$`w)sLpgp+WTLNX
zw{gS20&U2it>0-a+f0Q_==&77=~9`z3<2gcdLn|mi83nzb2#RvV&a1>pJT^F-$k2-
zVCNQAV^<5gXa5Kqf@ZpN{pT@%d?jf;dXD`ECb`+2Be$#`^~+Dbk6hHAZaeqvbHqsy
zlcqr~dPKf#-VM1))gKpFSa#IbAiqXa!!l4=ow}ZndH%?auUN%7jg7#%y?Oq0UB9kt
zDf{I%RM<%`p3t&qPS=qVFpcIb9X>ER@3oE<O9_jXJjj-HSI>rcbEKqM2?#zOQ_9*F
z9#ZK=#RL$|7^D7bFps0)Q-$v|x$|LJ-o35_JVs~2y>uMU3lcB7Wah^T@34&{&#{B$
zRqD@JzHgAMd73(QB~b$WILFhrg@!>Ph`x4O*jINnm~n{D4FvT>+COqpao015jV%pP
z{2?e>s5SGA<(Eswi@5LHosUJX^iUIz?u?Zl>D+;SBFWPtt4T3u`i8ra=E}7>oQy|K
zpJ%SrjEc!Xb}l8qI^K#E^FQMZzH()m#w=gxMP5Kuv3l(a6*CTx2RX;e9aqAxE8GCv
zVWN`WdDNW<SmPU>B=}FL>ti|&v7dRCr54g+$3ifK!f$5MUnb7a1OPHhbRaV%j`N57
zPI#bfRjmGJlJ|A*a;WQ9+?DM|IiZS`;4qrxxjcXhLjUkd!<pFJ6A|+8(a!B{$K<T$
z2!iWGCu2plVC}!CCi|u!0ODk3*)}u15yWrI_wGG2@8SLPFnTYqToeb8B)%ce`J()E
z6<EI(B&7NJTrM}-Mn~+&qi8<d(XEijI>9a~r!ohwcGr2k-zHCC<kErN#PRG7Xx1fS
zMasSnzn;u+K3?B;1lI`%X?ox4rhUpzlXFYxsr%~FHvf88$}rz)L*I$)t;L9tFGGZY
zHQBe+Rn16;q`wTp2KE!~hhKgiu(?UQG<L&{ob!|_iz<Fls=faZr1F+s>clokDn{!Y
ziZ-(w$b`LR?<f<qSQM*<LIdB#ri{X*|0CfL3sk~>?37*?W7Mi!;qLvL#n60{BHG~b
zxC^mZTHp_Yw^#`ty>Q;buBr4kIPWzWbzHjIhz)$<!VAj5jS%%D(Df!jNx<>t_np6g
zl?=1dGnEjPcnL1-pn+3xjvvzmf3E)yvDq1>23*$UBV3z&6A^W$;se;AzF(pBoBYI=
zZ{laL>a{9Z2q;wk$54}M!$-`3ntSZR+c0i(vFL5o5f+|ayvYmmsQ0amKGS4rRkhs2
z^5uF-mEUA43=&3a|AuU@)J^p8hD2;UT~7^?WFNd1=#W#G)vLS3cmLg>m%obrofejv
z&2+bGw=E-z@3l9%ho)uO_D(B-JR~-wZ3*-%w~g@z>}AXaLxAtx2tF2A&RGs}W*4r@
zK02sx9+N$b$|lTaOK<0LQyr~^GZ+pd9VQY6BH&IB)=!d6l3VE|GD!Z8Ru{DYgCjx0
zX=FG(5<kgCcV4#^tJlrNZY&otk1f2dbzE3o*7i}V$EpU98FSQ*RmYK(Ss07DuI)7v
z{sr6ZvQ}66d$kSX_53<B9X*Sqm?nx5N5+BaWx4z5L`*^Zux_q8_(+4fhI<mH8@`Hl
z%=G;5<u?Vx@Gvn$>>FuP!Y@D!R7CWW&F4CXT_~SVl;Xz6fS(cCJ&uX!TgQksGUe{D
zg{dd0+jcaZ#A37H4k^H>Q_l7^nstQ+5M^KW2J1Fp=U5+PvHB<r+})$(KZTK@9QK0e
zt>fS0eEJM*$2|sC!A?&Cklq3My)1K5-$zHLDaK-WG?&jV+%wVz#jG`rYgdjYr-l>1
z%8wBZ6n&d>!F1M^b`|?h_~d!AA5uruVk>0wS3q{SXmgXZ2e#u2M;<vU0mmJ^)v~3m
zH;CtPZg5ESbvp@G-Dhe0BlS;4`iss9d$j>|!RCp_$tmF}Il-@3jEAN#u#Ct2HThlf
zA>%SB9q=9sKFr;756zFf6p+<EksVkLA|M*u;7hOXIK7<?pCRLuvrvy}yR!(M*b4Kd
zGjP&9Mo|?J&yYH^cTKKq%;T=*hk;1fn6C8Htt*(F;a-QOM?#iL`cpeP$kYSPvaE6_
zaQA&?d9&Nmk^!Ub{k`g$;5Oh&!~f6aGMC-Wa&&ijN`g(;ea}`97|i?yn^vb)V^;m2
zF~MBRDRHnWgc-vv^c{v@o(_&*9zXBN*8%AjD(QHz!>_`wsblKWx>-jXCR`rjWw%)f
zlDCq|AnU@ro*62H@B|_;DY~FQe7To)ZjOIiz9;r42A2Q$-CQ#n-;OHpvaXyBMoZ)M
z)?>g-PD_(*pw}PuFJpPtoKd<*!g?Kcbp{1A_E<o{`?umiqal34OK@~(^uwAMUtTfy
zZpKp}o*zrRJ)6U=>5sFp5$d?!D}{a&!wGNw9Gd2pF$+!R9gZq5Y_6-g>`JyTWVxww
z+??_^6N)2lywH9*o$hZ?WPUMv;*SJ>7siR)vu!L4V!0F)o+PCQ*-#Glzx&6o4wO;D
z?pdaaWe{~YrE`Z#kHV+{WaAM_3#JRjNJpL?#IVt=&MHH(Kdz7JbGXT@#YB&G21big
zA%3rAn(?oVrk>4jN4h?agbD+fwzuk^P|YfkAjrKZ_2%TAsjWN66;7?}DJqVNPRlm=
z($B1FI7DImU>W6>^vzRkc+Y)bo`_d~S(`iDI-{DekG80*T3{CETF@siMu|9*?Nt@K
zR24jWyR@a5i8=)iP9V{Q-RLIRmInMyp7qeAja)*X+YrNiv#L@vkC%}jRP?u@zN(;B
zF#CAO%rkT)I0W@E*Hj|)yIY|^HXKE~5-Jo@Cr<HWy}J3c#8mQDZ0&$astqI%4qwMu
zCz7)=e`Yp4@axJ3wDeJ&@Z^5G`COrZe)nQ#F+`Y#xqv#N=cd1y$W^7=>Cq?<AQpnx
zPpdaZ1D-D`SCo$3lZ1dla(TNFP57o9&mn>a`fbnS#mEb=#aDM|p}Wkx^QSiBB>sAb
zF|X2_5G5`7pdda91+d9SW68(vnZgLzYmFS(d=+n7on7qU2`SZrm~H5&a)E5);9rG@
zo#+^;g&z>?C{QbQWAwy_zR8|<6i;XA#qZZQw^rcMZ*3e_LmvdWu;eQ1<yc&{G-KDf
zRac|HJT)_WN2#|a|I;yqcPm9AYAEU5tIa1sDubi|y8D`GR_(7fB=hkNn${-oyRoLX
z3!PuM5t&pbUA$;W_dX0Up8MCm&Iin%`s)EcHq-pI!r?FVO*`~Y7M_eJ-X7;Mn~!a0
zFxH8yl)w@9&L=8c@C*413zB&%k%QUcR_*JVHZ+D%6r3>G`MKho11XRwI*6iWTcgY>
zY}=uKm-2#3i}-o9s=AC^1Ag<Azt8&}`=ssxNOx~!F-#T9x%$Hv-W;{K9~<AQ<anM{
z4ori<Y7Hgj2Mn|(zU4=iqz<9eMpuMh+1z^&G$@}#`RPZ_+go5d)2r7}lcI5E=G!8K
zUIT%73U#PtxArW-!#w}}xr7kT(6B3*(#)?<0R_j|E1g5UoS~6FN+PouOuqkZ!`7dQ
z2d_IM*&i<1!#$sGx_-V7rDfC1jx+=m*yx?DjQ&wQ3%vt60`SUFGJL$wrkl)tv*KKD
zcuMKG{j?kH3umG$OnRy3EFZ!VWnx1tEkwVOprGmv+~18{kw3T0Pyx7OL(xCVqK)9S
z6UWfN%g!v!->C)*s%WuYEILy=w>j$1F?^o^%C-Z&5EVQbZaiKATFqlkU>ZOq2tQbL
zCw4y*J3qyHhGIasroc(f4ZGKpYd7lG;A5+9S?QfWvp0#TAXdia+BCR5YLE&4vklj0
zeB5m;0+Vvm4XI3yJcf{8yD*+A&EH0>#Ccj(f{`z@<7|L**x#1;S|fEq!!mJOWOjUz
zUn5ZQsk3w9xi}W9$d<;6*8~>LN7;B*=UW8GS%&*wllM*f6D3&o2dMs<JLuJW@~DXy
zSVUU>nklu%NhG&Uba@XEWUX3{^!9T!Ab8@(-L6w=KKQ`d0|Fi!GHOn51?91{NMc07
zgweeEGa3|gW}UWldL~W-vw}*;9CWARL3nD;HCq$;hYDfHRvfbO0B=>z_SzmCSrT|u
zvR0@o5q}uil^4HG2?r#M(-AV#jXS`iCZc$;=CUu?yBRcnmxlUW5Q5q!G*n`;@16L{
z8fK~z{Oi|BcjOPk{1kKseLl8BV#Di8o^uc}v>=IT^j{ul%f0;WH<T3_4P<~!u0ZwN
zrEWQJszx<D{)2Ok<XcJXMZQXHJ3Ij`g|^xF!J0XfL!m}AWrn`m@VO0PZd+B~Yh|qG
zy<w45a#VWZ%%@+ySs+3tKcPW&T5MvazS{xtpva#GbZmO4S4h2dCWqLUS^Pv(s?j8;
zp+4LewHX7$;LVPs8eId^sEi#dVF{I+%mlF)s9!`Xnq_?0E&MO+*TOTsx8gr0A$B12
z7tR=V1g4@MsiR|9w?y{tn~cc%B}RN}MaNX#%ZpbmlLjR7Y!QoBOoonCx2xQXa44sQ
zY41atW98Ezd=Y;RWCh_ie%#~167}>M5b!76EH4xpT}Wp|1+)Dv7u;8s*CRN}s_S0}
zr~*gOwEN-$J@uuFb9oQMee|+6FQvVT_H&Pak_5~N8PdgVX+Jb<E~mC80uy~0`S?np
zP#kmUV-3ZNN@jp4?33TO1;ra1<*5!lbO1Q=Y=%Kql)UNwlHmPIoCc*Sa;)td-LI<c
zt0--=PnK$2ArjFR>n_io9Gw_)zLLRlhcG|o@Ad53`fu8C;~rMJfWG|;gZ4|Tgls@G
z`=WX38|geq=e6zk{x@y|{Vk5F9<^ZF>Dw2HDTpkJQVeYD=L{qt<jN0?PpF(5k3@8-
zH4_{JmaTKYY-|uE5}<Ls6#6=Tjn7!IC?l?wKXq08Y6IlFLT>_*jB7jnGaXk1>+ejL
zeYPcoZq&6Z68G=<M&PVZ(}DwZ92~2}!C+A5j|x%J%MCK2MeMfh(&yWZe>TD)p@ogd
zdFL;;Z(ZnA8{fjPYCjb2$xrJgGTus<@$?9?NkDWkGX}#>ow9+ENkYr2;*7B_u@UVp
zfp=}m1ZG#WfmGCx>-JO-QkgcZnrqe!PiHcC6G;e|Ifnb<cqVRhBmaCN(G|uL8Np1%
znk_%DMe}5-Z3|j{^efXH>syUXn=Ke(oP1=;>RkwUy&n@`H5A!tpa^|y_8%zB8hV&I
zxb5RhnY?gss+scN$leTWu1t>%^USX}BaKGXz@?}7H$If~AY}GovKbH<hwJ+|u5Zwf
zfk0n2Z0|{EU<yEEXU%>OGhpCd22`y6F=(y*{`}q(6sb0eRsP2?5~QSeWlqO9&b!D}
zT0dawKTcaFL4B4Upm=@by>aT|kWh8d<8ks)A)xNDyQ=3;?~8aY&5gL3Mq?cp<?M>r
z)X(Q{tl)KkwHspEhvP<($x3t|6rfi~;y0Xh4Y5fCe6AEsb*bpx+4Pa-*04+7duPTK
zXR*ILdOw3t+6m;+g$J_UPx0^d1aRzi{wo5c`XHmXwK8%#U3X#fR)(+ClTaqmq#=_h
zohXlCOX|=u_^sJ1b$Ko6Z-eOi4Dtd|p3__Q=V3mfM=gGyA@bLVC<&AlItrbMTDS<*
z-zCtw;$2I<OI}fC_Oh|7pfchqBH5t!IPZ!y4>a&SVFZ_VXGe;lwD7NcRX1ICwOIVk
zu*IQYjE(1KwcWmd8Dk~mAb(@-Q#`JKG18MKcC+Fk`x#puRIn#^Rog5VxsH&1FuYDd
z$Moauv1DcWo8#rh2h;VcCc4X5(KQ?C?IdDM#&O?B{+^5e^pE!S#3tC5US4m8-!Rl;
zGY$R2N?UNpz+lgJ4HQ7J#@SmvkfQzbUZehp3ZnUqFr!hV{qT#!FW){D@x14QoVTJ#
z`L2C_O645yO}KAcu7MxCm#S$U<Rr?>`Ki0#hAgijwxjKzuX2<jSJnUMX5|yT!pM~@
zTJ-7Kl@N9JZ#X-S9HDF%k`}Tjj%;_#QVW4ofiYF~s{6P5sE4Ejifi}^n2#U_%xv8B
zbV#dwi+=xzGQOBn-RLd_G(&IoGC8-|s@x{i7-_m${~hR>#<J!VBFSrDviS0%rJ!BK
zdq<?Rrt9hQb525JcJ+xXYG|Qypx#IdMvctK`o2=e`9Roi5Vy(;asJh+H{xw${UBlS
zT3YHWn$oo_6yWX}$fLQ|SU}Xn8_E0<nR(V@?AFD3_b_+Oa#qpT8=3Yv<16!GAoX@b
z41x9j%IvpDcJx=lC4b`+fFVFITEA4fPK(cD8s0Dl)tPQoz2Bhbt#WPaBYJ)%?Sscp
zM?xY>8HQsME)Zr`3uoM*?erDpzpIuDc+nXMx(!4`5_8qY@^KV>2O*{7<HN%L?}MfY
zL*c&x?Rhrak3P+8eM?lO)R9nO^#q<$a=jsNmP!k~x860{>zLRHdhC!2PH_Ml3@gx|
zh-@h@1O(0OLlECy)w-WijMqe+J@0A$@euut%8pY(-)z<Lb_X#WUaaSy_{gu$XsPx1
zV!Lz=s^r8~mCb*RdsrJRR@_$a9gppsxc=l}tXW^)nba(^XJH62DDnj`(LTeXP76dO
z`kENXqKh={J1M1HTbV{qu0#2eC68H+*DyT3Tj4)Ct4yNNkQHh<rt=o6TtqFM*ywa)
zZaq#cTnFl3ohSk~Da%MqbLxMsV*@2Um?AEgyt`_8Cir!8v(Pr#pGy~J@h4JQBO^Aw
ze#}InP%vRbNIbBuDOydTei|KGg(5i}Cm-*b_jR%9Jm2govG^Y?z)+F6ZPRJKF@N11
z#)sxR<Kt@56UT)Q`&}Zb&(eX)7z(XKw0X4h&$A~&ys&)Ph|Y5H=?U0lSNrC8e*QN@
zt5<Zte^)RB@&k!(-1dg%UtH_38zy+piykg#@`IY1+m$iVvRBNzo+8*gP3$vjmT$DQ
zcG0m>ofk*`-kA|NCxHoB3z^={sZ7vioZ7-HP<%hZcMp+sJ#gMQMZ{&?_wgVYh;V`A
zNsr7aWF>zi*`iU?^BcW*uCqya=}gVR#nyPKWf32*SplGgs*phb$PFX*lkCXQVtlQo
z?s~FwQij%z_6{BKI_h@RoWpjhdh1gbqRiv%{`tGO1e%Me^1?|)BR^ZY5j6*~17L*`
z9jrhfTpfWL13Rt;ST&?bH3Y&;I`p4?^N=yIn&`7g%}tYUsUNrbeAD>#Z3?X+#d^qI
z?bU4T-4q{iZ#4U9VAVskl46?npeh0}YEGzdS@2Hy-n(H5A;TzPAz*yFv=sMAt<Y<p
zj!jwn(Il>Xv;ePI^^<}E<kMn2YdtNTA3ART=evf4_8(SsHISdZEF8Mdg83P2#OtsH
z-@R+3&zFq&H%jq7_cogY^L)M-e>`EErL_K?DW~4ZWp(c*{TSl6QLPmu--MF?d*7k`
zm;^ak18KItzF+M6TOMh;kh-r+*oQWdW<u@WI)hQP|8N(AMyg8pu<l95)cR}Fz=?ho
z!{5_;m-|Uc2%@kFr+F9SyT^7WQ46@CId2mI@Ozc(y1#6~8ZoFT#k$7zqaG|N5rt*s
zhKlyjcCUYEBf0`K6@I9nU+CAT<}cN{VkWhJr>EP}&J%u85jIKs_^wK;(bd4WuTJPS
z6;1p<nyxY`j%ZCb1cC;4cbDMq5Zr>hOK=G8A-GF$cXxMpclY2j5Zrg(zTF?3Va{RB
zbYJfMq^iDZLOAyAteXrGE~}Zc>GabsJ7_?|&GQ@^0@0u;0v5?LyV>vS^y>F(ZWg|^
z%5Hc%r#9^_+nOXf3Ibw3j|tSXuwUgWxLtAxQ7XKXyUd>f*o`;wNt5=BNI||W8+Y?X
zTi+U}<zSRPkzXi%FL7LQz6w}!i&e5du3V6?z=*=_q5Z&FX^79z!C*U)M@fGdzxNzz
z_I|y#XQSn<sQ#?y#shphGtKr=V(nnRO;gFZr^}?}+))-2n#?9LovnN}D8V>5WzA8>
z+VZ@<MOlCvA=2tr^A$56BI=D*j#Z(6yRw5FTk#D?S+K}TOJZEny@Ta?;PJKgqcMpK
zsuExMZ4HPMK)mkw6K!w9$j*~5wn$B9_xEC(``RG*6Obqi;Xjoh-bOeHpfppK>;#<-
zFpIGqd;(Oh%hp!|=q4N2uWt(r2ubgslWz=Z&0};ff}(tKUcRm)(_6dkxZHy0Pg2_%
z%_CaPs*w_eBLgpXnaH4w;uT_CQXJTe%*790)Z$agxa_eRL_SxQ8D8H!0Vpp&%L=Ez
zb03Kw53wUyRq6hnvHrv4n#d$oV&M9jz{mp1a%zbecat^m)}orjAZ+KJG|)kbB=E|Y
z;zTVvq0oI9n2h#Po$_feej}Y*NYR<TOZu=G=YmVS{Qd@$g@yX^88l`U61!hx`yEh9
zyt6u;ZQ!^BFKE9nqgBln+lHl`DKMfn(}$1?(|y1sR4K&OT%{Ni%`78qS@2IW{jAIG
zlfSY@DFwU}-9bR3*J|iL7Qdj?Q%W?&NPAt4wc74ktFUK*diP*P0=)Yd@&h(sf~$Oo
zsM{-D!P3(YSHqA!Y8BqDuH0*{WeHx971xzRx8RP;Nol8j>KX`Py@KvnXS3`zSRjlq
z;3liIZn-;rI^C*yo#M+2>Rx~$Q_dUX5EccgbNs7A@v04zduOi|v4IfAVotDCV^>k}
zRTS?8&Wl-t1ELV$Yvk>RxPFY6C47S!NcC4fJfv{n`)yJ+9)s|;H|g!a7V@1De-Y(s
zWVZAq9++&ncU*0FP&A6?0E(!TLpQ52NA+9BY*|27zh1f`4<a?*Qz8^Y?3?pTia=I8
zDHAXgXCW*V>P#?S00YdFGyY@K_93K`GD!j{4fyQIo0A-6mDmXt!uVfHz&WEf-u$6*
zQ^$4fb*wYGk2btr;&vrCvPqj<M_B)3#iB)rwYEV2JpDr=;bBck?Wzh_O%ZY9auqHa
z$ej)@#Z>9)LlV%Jv0L@NUMt?<MkRiP5I%unEvIyp{F*3xI9Rt3^xV`hQ~pkQ0pEHn
ze$YZ6=FGBK!lCB7rP`jKcq+q!cO@kM6;2iVbXw?~Br2b&m`wHiU0Lw6Jt3WGuz?(P
zoU|WhhKnZ!HD*J+gR{3ECZZ-s-TmbGJ81l@zEs{GbY@Te2t)F}TP=2nD(B}&r<IQS
zR*F640bc_<1llbMK2UHH8699(ablVMi-BlQ6r1#0W$USI;&MJems^^$$#;xf_P5gA
zg0B)k7+60kW8o-FmOuhFd^7rxERr>zYCipTuY8@|@G|DlP9d`AYAC>~24bmBnwJWQ
z{xR92LV*-;XY|SWG3W>3&t%rxoiql!lO%MD06cbOYJQ~Num`V`S``WbDU*kDW_Ri)
zE5`QvtO@9&&Q1{hNzY%!bX#T_+Cu4s@|$D~S6<!^#?SaILi3kGXr@Y-rW~WcA$6xz
zG0q-L(>vE8^YDo_RTbS~ADL<tgC&9>N--3?RzIabJC~xcyE($Jq`hC_Zi%V|nyaq^
zeJAW_0jYUhAcx_CgHD8fA&OK402WhqqEArJ$R<tGZ)Xy>^UuD9&8IrE7|&_L3!Tzz
zlM&a^_pl{cFQinU9doFpTuJ1(@S(I576nin+j=Htv1J6t{$~l$Vxq?J&tgkM6Z_Y7
zs!*{TL#PbzU3eC-KYv_lF6OsahV1%Hlw~!?a80GNZS-^ek#)^4`_Qq?ZL_SiWs!cG
zJ+$5+^Y+nQ6%A>!jh9B76|X%N*O>=3$qcVBlO5}#$L{pyH)W2;C4YA*q@znVzHBl?
z!)fLSNFNwe;LUE~3+T)J`leg1!SUF=CyzZF{h0OHe+Kz?nZ{BS1HRQcYnIGtZMXe|
zTbLb$95p85daR|Yj&7gkV7(2o(|Me9u#?(iIZyAl+@FtPU5^qZATMT`39o+mWYeQd
zsMO<0#47@HkA0T?wueUy+j}AQ-_`vU<&SG8Qopid{ossUzPXsGdlM0CD)Q&RCrtJU
zm<fpoa<2V9lag)<P+X&6W77^6d;&_gW(%!3LYOexrD#$R+^t;2vOixi{{nUz2#-G^
z1JmhH1W0Ov#X7TNIWMhbr*W(3m#_qrK`iU}X2_Q$R7Ch1yh6q8Lw3zhIRvSpzkkY5
z`}l1>T;iP=(X{&Z6S8Jnoes)&{}z&8z$~3GXXERaOkN)dcO{)g0Su`fApA)kA%OYC
zOY64pj6e#<W`;PDyc{@Fgq+Ga|1<eFRE=-k9lAqNdt!`N#_=P<CG+FLN@!+vewOdw
zcRD?BF&8TNxT<z_7y#>Q#E|qc8D5!0`7-;0-)2S|^N{IRmftDPsPc~LE{?9KuEUR;
zEbK^=gXzlk>PwH6@>g>|gCAURqSm_lS~)?SJYJDqy6c-u!&j~saVKZ$x)9*XKS8@W
z$>mkw;sfqhLnKg?GaqTuD}K4CshT{X@B^yO>G=+O6XLbc6Ex-nLJ36Kis@Lu_O35x
zCs_Us4frSQz*8t;-Et7jw0i)eqOV7AZU4ORkS%37-5`L;sEuN-C;^n2+u|bc2(d)b
ztNOjN3&Q)PK$oqw@T}8HPCuH%pF#kQw`?%skS)?D|A6ExA|~8cv4i0QOxY_jY(=gI
z>Q`%_q2Ir{A`<>~FC5b+0zHJpp(LSuv0~Ewgo7V<DES@8K$`0=GI1AEfE=mGSjedo
zP(w!y++ue>S39(V6GcSK4ypVD?cU78+bE*AN<sHy3FA~4Ba=sc*$K7I`t?esa-L&f
zQuf+}`Ohcgj(0uYMS=4hDYNLjeM1;PbF-IJgKDXg!S-bpD+}6x;AZ~j`-g*P%x?FG
z!73t5$okLGz{A84`!^Nx76DjN0t{Hv4&qebiPjmNCVT%1Wv>m%xyD8+fcqv`zTvgF
zb@8HeDQu6uIr=9O!uLA<#e+^vtrlUVCo149HseLy_TLoB!)V7)_Fo|OLuRt11EVc;
z$wj@AJHKpoBPEUxBbU_W>=fnmTur|I*IDwv2`v#nBnLl^=Ih$A0JJH=l@_}08)W{l
zY$2AGcHJ$#km8y)DA~61wOu4~0`fTGVUVbqa=#$5hMrR6$I?>q(7x2HmJtS#L`rWn
zc6ZLQPx<mf|MoF4Fkl-MD~F+}CtOabV-JFc^nYQO{@doD`rCY%=lrPf2vL%zfQ=T3
zsNOwXV`uDmV?|8C{_khC8Lx|pA&DuDAgB+DKolhSKoqnMl#_C(%%do^Ze44<-|YRB
z7ZtzHzpS3-R<dJNUx4YF?PvJ;4GfRZ!12Xr&<}4LSg|vsFBY)F5~9i3iw%V8i+1*e
zj<jK?qRQB(%!1lbKwLW6AUeeufmtuQyOYUWSZ%P3?a56O?{#23vi{WL;`>s^wa6Ix
z;!=N(!J)>-Hs@I`NCV+4TidUkcu1Zki{ymc27RaHA`VcxvI%=jD<IB?5_4C0#%>nq
z@G;Ohet8F<s<`|iUEx_x-y;_2*C;5+o-2eC*e^T@zDOJ^G6ogVJBh_i>&yyML}Fy*
z*ugx`OIYU5o}GAVS3TMH-@08)bYI;S=%gH&h5s)zRHED@<y_q`QSZ+X5~abL?3PWT
zZa;+vw?O*8))A4C=G8Jli9~AGi`Xh>%;TI!c9^=3lX7sS?hB@B)K|qN^o@GdAOhbG
z3S)6Y)gTL13U;l@&ncDISLu)QQ^0$mR>U9ZN#EIjv$EM04`GnZ#>~f0TKjxjM=frJ
z#Ag|EH45|BfG<Y<(IVD7d>v_JuYY&^6Rw~$iO4&@PJrc%PFDv7CttwHU&tXpOp)F1
zk6{F0lJAWQ&yxXsJi?L7E}B2(cSoB9)xGcq?5-!Y(u%s+X`I|3!8P~lu;xsI>jp9N
zFMxYTmN89SITBy;#5M_2?&T(C<+6dK!;R_^%jKAl*sHyr`9A?9(m<%?VV^+jGXtc%
z0CLyX-_Q(TKe|wgO=v*3;LlJ$USQx=yxt2UtX?1>d?T3Hh2-KVwL@2k-$=EXc$p+-
z<%%Yo(pMBws*e5DSBIPES!a{v1#emtSB(R2F{c>ac7F$al`MYdcyy|Z5d_Bm3Usi*
zd9Fwr+oFTX%!bG7uw<i8u;eQRGomfnPQm)~F{HMAvKXHJKsZVLs_uK&?|X_5Jd;yS
zJzqrZyA<X;cmswcISenMeWO#(BcVej64Xb1SiUUVrIdAFYg-}1dD3fB#Zg@Y6-l=f
z`l*B8VZ%c%S;v--D@ki~DLeZQBH#7X#9rsYB<$U|0#7Es?{R5en8B(}z=yj?*G+|!
zU+!%qob6et&j24JY2a`050qcTwzGPV7y$rwDM)iN8DY}}YBc@D1FG`u7~H<`hubcs
zK;%fmobp$8A>E}@f7d^$+Q^N3TdBVeam}WtOzYc95<4xcyx2!TuYq@T$tC&;0rN-L
zhVQGJW;93F@-`}ze~J*BPIIz07c|Rrd5((GE$C{iqvo121Z?SYk!qX$_RXk0C(RDH
z(&q^xqG4Ye(G`Vqa0xeBzLX6Z1}9th2{!=c(J@V@!k^9*5Z0$7D#MJvx$@!*pvy~l
zJ`Qs3kP$EzW8nKGhCVCLduuZ%J%Q6mo0c#lqKl#z#`M9$ABlS-QQ#f`yO_JmVgdBr
zh)Ca5U-VBG&x^C0RngfiKmhLi$5Y`Z;Y29p&INXz6^<I@02DLwCjd%B9DUFtzOE8P
zZ*0<GSfQD?u6BD%S<d2Y%Stcp@T29o?jS+NhDv3r_d!D^i}AKtp^9Hq^NMWFZKY$y
zt+3oj)k`Y+hTwl=)Rr6n_lIWMd_<PHc^2V$Wr-iin!<lZ04_SfaIBac924(P(&TE1
zy>J@M4-)MT%;c|+#snGRfqB!~ln;$Y%x%*2wInMSh)NA2op^KRUpV?P9$Xi84b3g?
zZ7y5})R{-wBCO0!Z|U?){XLB*72K$Rvqp((v9_o6pE3j|uY>vI(nM;$8fT(w@gF^V
zC~~jPlxy^gJG_75*#1!E87*SG-6`r+jHl~4EaD8xo02nyHc5p@lK@g|l&ELqN{m*C
z!a%HP8%!5|<P5489EOEwpfAw{#jiYR{a?g`<ARKKFEN#JWLNd16;MXKpO7Gqj?wF7
zsXuH^o4z2OgP_q~`%y%>X;4Jnw^>d?L6cc?<s#A)1@|yf=Wezu2(NRKPQX?6RMm^v
zC%_pA+PYcZQ9`Nz3kT?(4>IfKoVWNp_8L3$dH&A72OCNhk#RC@KdXgg>sqmEhVJNW
z)8?PU>w#<=dOl-CXGZw(BXZ$tPXLLH9y?c<1+#B}Q9#waUc7XC4rQ<Uo5~Tr)$#~H
zau^|{Ko)WyuyRHW7&4KRiA|ela9KIhhHnv2;xUUh9+$eq6f?e^J5a+x`7g|qqvFM<
zpYAYG6X9EwEF}qmW<sg2HztM_HF$kXdyxv6sb&i027<I74jo_2wuqywy<<|^os(&;
zTwCAs_=Fpd<mL3b9!LXYcb+Ny$S&I!bY9Azi>A;DS@@=TZmr;aB(!U5C%58jdbe#j
zu{(k_YDi(xKFmT(*LAO)C;>#i?5Zi1^tMUL>SPGv)6%%7d8fB+#8S=3qp*TQ`HPKZ
zrFH^r#I%{k{Xxyu5UyndTL;wWn^@vTo)*+}lV4DU%xf7VEB5;+P)6Ta&G1d5ws-V?
z<TZ;sptpdtk%xjBcQ;f*TM9Ed-~Fgq(&x2ye+c`}3sq%<6iTV(6WKZd5Wvz`weQq|
z3wKV8aHoyaPka=mgi0;>mBd>20#fwqQu)8-2}O&bFPmoFHrRxNe9F)@!zH$JfpKeX
ztZUBY0@x9V0`WwJ%t!$<SM{t`g<N8C(Edf+n9ptcF_HzEZy9Y;)%?YA6aVreEK86o
z^)zBy;+;7<e?|18er`2Vak+83gAH&PmI7DAbGqOu;_QBDv@+&V2$IVM@=1KA2i5Wh
zjjN1_o$N#P$>*tO{_|PoG;}v3x>$z}P2YheD!S1>PJ63~^fqE!==TF@ZSrGmr@_^>
z5W6Y1aTrKJguQic5YYKhf;XKW(){I6#^SaSW|EF5yiUFYTKQX8ZILTj%s5n4dRki@
z!|Dv68&4><=wj{}V`2no|Cvm3`Ay3^$h`F9Za7g`7-&&gIJ>kFE(yIO&ou=;DU)Xf
zVizrDt}(TgLwJDcyVVUUCfFJ#pBpv+r?IGMpEm;cA_?~`E4~E&OPgx~N#cA%@!-P`
zP}yRX3!iq4Uag>QcGrNv1T;D4031<l4lg?wH1b$bh0I};>oCQPr?ng;pI@W2?99W@
zvLo&WwVTa*-M3d}(1wN6i&RnQ`osEdJZZs8=ef?iZ{b^7O0@|9NGTn!i10m^bCZb7
zCLl%0kv9z`lt?Ld<{tL57JG#iKRcgW`}@LDyN@FCJ?wOew2;54uCjU|1dU#OIC;7S
z1*D$tH?(-qA(7x9{{O!pN!dOkT&Uh9LHc7TeMm$pF-T|tQv?N@78+nMx8x~mx{Y0d
zlLOG?#aXQ6^@<mQdGk$+X4GUPU8vM@MI1%sZ%p97bEkZSoMf}Bpmng%{Lo;yTaXGA
zSxUBq&mJfyF+$VqE^E1v)Je1SgS*vc#d6H$>^PdC8?+z3sk3NW)9Gkp`r+w&VCbj1
zOuBpAGQLk>9Jzb82aPN>CC>BLswkWA8~R+mSd12<ves<gbzVZRyG;VA@vZZ{>0hKm
zxF71|fD~&X>KU05p(pQ_`Z`K2i~6I#ri;EZ_w<q$JEa#!A4#@s{iY~)Fa2?X`y{l-
ziMNg+&(%D;dVGsvMWr>3Uu5<4i<oordO7x9YSl)ZufA;XNp-_=r|-gkCaN9FB}P|y
zZcXJoV+TaDPJHtF9Ah|rugm{|YF+(qpO@dkLfQUUeUUOTw6usnb5|k3rle1Tq0I9f
z>6pnJuyDJ@Y!Jd8h3k|(iKK-~=8c|0q)Qn0O+??Hx@jB}XRPb+e2zT8I|=)6@wPN7
zA#JX9$6^>&ViU<5+t%hn>P3$Qz)|NVTFlkNSa`;f_LH|+`)&m8Tu~bARPU^*VUEOF
ziQd<<$yiFhFrSOMG?})>5)*&J`7>pY(B|8Z@baor^i$F!^>(NZ1{tr>{VXalf4>AW
zm`YLqp5SuO_}OAEzwNvHY=XNqUy&d9C~s@7x0FKw6bY0fvH?Ft(@ry3{h0J`uoE#S
zrT>y3iZ^vlrIClz7A8OyWfCc%&%ylZ>0t5GA}{$QV>r<}3L9m^{Og@Qm^Fby0{uD-
z1@sW|Gx!PoHG2KHht+}?D0Y-B^SY-Fo%9d#X!up#$J?Js10M+M)5z_ueAa(3ii$Qg
z`gnkvA_Y;PfN%2ET}Yj;L|KeH-uA~&!`4A!dTAdG9ESOhB`Z*_^zYN|ns=b>ARVim
zcm6EVQMs#IZO%FU*H?8!qoHu{U0ym#E{?BeO^0yWSNh{Gb&o``<Xszky?x>{;^X39
zex`;zgj|crTP)!(W~gBU-%#||kvn|rwC;XpnykOO59%ce*f@1mVM1$fYiKk+Oy9oJ
z0=Ws5Xra5cB!!gYx%6Lp^}ygY7{C?{I79h}Q;l0z`A8qzvSdtc$#)kzSbSU*AXK~2
z#!+-}tMppud=juZLotU^G^naOH8_6ep4BYve3vklNSL6I`v9l<fZ>~0?5E|*%KB5{
z!;7bGBBkb{rBUcxKk^*A#`-v+?<FHi5!CH49q5r?N3bO`SxzGXlrEmGv+4WTX%i(v
zaQX*n^y_-3yitDrJH9&ulZZf|J#;nv(jIt|w#>&)OWES~|1ce|yP^fxyJMyP`X@3O
z6PK)?BSml?gZWPRza??%nS>2Cb?R4_WZ69BOTb8~$Gkc>PCdt3$+z*Xp?LvOb@BAc
z!_x=bC^5?VPwNj08|V9*JeK_5vgfb_zkHBE0Au<MaMI%H?1^HOT2jz4>tsoe+rtoW
zQdIGs&DhP<S;-SWogng?zC{d$X6W{WG8@wpz~l4^!k@O&1QJdM3ChmSV_#%{-8*wu
zX)fIxyx9qLh_8M%6hL_`|Nk2}g!R+=-ZbQqrTlnyX=Y8(Mn`RXy{LAdSlu5*%NHPp
z2q3@#Gj@T=6M3>Fwvz1(0{&@Iuc}O(N!9y-9mQQSyTc7rS7*GXG+LU*#HtH_Y0v7*
z+)ensw<ASxFz!;D(kR`tF}5s;FEzK@28(yMf|+u>1VB1Bag4)~ylP|7N2*NKH3nG!
ze8DSJrEm07PvS|P#i4!sM{LRRs?Gr@IZY;{OFdofs>Zz}(zmx@_i?>{K7+MOte0tS
zciKkW5|};tQ9}YQHMFI^)vSLwIl!p6J)Y7%%c$?dAAvJ4M`lC|WLa(ONGQo<6lpG`
z@R^_5ArXq=4jF8KmAn9+lHPZh@ksrc_D{kuaEyF$CuC-~KO$k_W--n@c_-Dc=P}Qi
zrbn?O6QG!)b6`ubez%gAw>|OU0#H6lefaxEbGeM`W9z;ppMgM8qz}pjI)~W<H`Q*Z
zzPFR(rA!HMjPc^^%Q<G|<nVKayfhj>7vM$G^E+dwqi=H;iA!K1cROAsMKbeKPB&hG
z+sHr+xuQzq_(`|HX)DG)+y8MfgFsIBJxWxa`g*t}JHoA`C`N!C)hPBxlCVZQ@4@0b
zG~(vL)EM-mctq%SkqQ)3*$1c96uZ;6=az3_G?3W!y(@a9GkPcIHD^+iUyuJ=m`Z&G
z1m`_~9ga+E&U6<{pL2)cub3Y`DoJ=fka=<ETS#p3;zN;@Flw-HsL}h7Kp6*w|7&C#
zZhyXPsd*+eupr?n#y2K!)GmcnvQ$93<U*w8+>G}-`LoubqOaW6m5a$^o4Y!H^0{c!
zG))*E|1UaIOXgAQtq#M5Jrz8%kCfoAG#7jke7-}3w9|tonqqHXf-1j&R)$WV>^zbN
zayUC*6Mg!Q827vPPueV8!AUMT$|>q+bxP~-7LK2J5>s{l>7q?J<?gY2V6-kC*w&_J
zL-!6^VpipG9YfIxSqDAnbS5~eQC=g#{N-qb+m_OJ=(fK9Kasd&4$l!2{3q^QI7YD-
z)k_~meb-rC_TR`53r-@&mIU1O?ap(<R3XIDsjJ-~+^X{*EXbJtUOK5A1ay0EPdh|l
zDnl_nzecA8xrY_M+`v`pgjEjs;r+J+0`ZyC?%R7i>NMdoP$+bi7nQ(}La@yh(o6o1
zMTy796^TvyT?XzWQ#s)3?AKRnC!)#IPHk<0uU%vkdIccvyoyb`8<+SG^mz|e()E+r
z*S(v9W*<IG;40%RgvalJBuloKqk6^K9`4PysT1no@bj~8>{^Fl_dYg%7A*k?^U*Ot
z+M*#@xFR^0rM%6f8L?iM(M1Vss=vSEQ`shv*FyV^TOsmPX*GDQ$R7Xw((0az((y!I
z3loTSw;@myUIy2hg30632_@5wFurMH_!maiej-}^8-0%{?^?_UwIsQe5i=cLkpF+b
zqWUNX`^9%&f9^xV4BT-|hXNi57RJ5ssvWEQSz|^sl7#H5&`$)Aerk4HHZbB3ZlRhM
zzF7XmBa7x&=Jmw}YS=b7EOb5zj_pKVfv?*dJ);RkpICfgcofCqqms|R2(1yq!oy>$
z-dMi9mBYOV9i6wLw@p5M2_=ag%cYyczqq&!jkt~>DJreNWO%hk(M#i&u%-ERH&8jG
zeVJ4zB+YB)Ihd_2?Ekd@l*yG?h@j;?yk#Et3euKh?kbb5#FuEJ)Bj7OP|JPRbj?4q
zPoK{&5zpP5s6L9&)j{lCXH-kw=08ENLgPE;?uW>4aD2C(Ji7dYFuCONI`nJ4CD8sg
zQP<}<OnoG0vK%RRK^B7!#;x}X=^uFjxb;fzt9Jv3YH`QC7VvfcJ;a&Sw7~w#Paiy%
z8xUp+f(*8e6gv)mZs<F8gA}$@hX+&{aB`rOzV;TMT>(DJu$N|+BBTwP3>0W^z}WbB
zeqNq4FX3;;OfBUl6@Y|~&+B+57X$u)v)V(2<hMIxz=wdHJoImaL?lD+!TC|Ndcl!V
zv|8SQccp~t>rBv*LtIS0-LA)HY%feG|3kGW!tPZxK0UG3Hkrjj)R3>3P(a|fIkl4M
zLc;oIQ`j%FN!AKMAIoJr6R<_4>&~o?11FCvDe(V75TsPaRmym9z5B`nX4g$n@k-B}
zk5UJ0%Hbh_HM{dF_LXuH;7|8=lI?A~>Ht8gcBjuD3?Bu;qanhFAQASxmiP7b#m2_s
zD_5{tOjYQ$V|fwc;XUt$5O2M6*u(dcQ?&35h^-P@5Og#Q*uH<+c6G^W#6@p<B&Ya0
zcjNA1Fn5pQ3oolx@(D<Q0Q{3DAOZQ>-UVCM)R7DdPCdC#{`W!$hD|BI0?c9|g^zlp
z?>jFthxz)Khw9N<*3c3Qm%n$xA}_%aU17-GFC5ZqyQ%HRaB)@axBugN#ob_cCe7El
zj4dNi-J9+DcplAjChgSN@=|$-my2&A21{nze!=P`XkL3}CDi&wEc7U<c$n}rQGVDp
zLV2?fFn&{FKL89R81g$ej01zeV_KwO$Ywd^S@u=GML{+92pprn->=)VnNN_!Nr8R-
zN~@~g!8W|rj)Y)C($!U5EG#Ty;%+yPK2!4g^70V~w7qezbpKOjxdR%Ol;TmRZ!0#b
z+Vx#VeiK#cA!_4;78STsNd<D~W`9F#8dX(YI@`#vI~Ep(P!LSBoiX}oBLGSg7*D9s
zT))BL==T^T;0#y!H2!VW2H7X<*Xcnp39P)F^>dv9@4Ajg9$P~ix3qU!s9jSEqi21U
zTt4^gE*_=v;PnV3o~Wpt=Ymp^`upOy1Mu#u(us_vGX(ru+ff-vbpFLeQy{(^<o^43
zS=|yfSCSK$%5?iL%a%j4;vO}RDp`RwYWibm4<+zdhV(=e-pj*slWS6~JyW;~eWM~l
z)Cx*O;oPxIW02y`yRpnYO<HVKS4j=kL2#Ay-<ZU-Tg!RuM8@_rfaLMU^j*^}0ckP0
zd_0Q}L1S>bKytmS(h=@&%OGrtXt1>Xd6iPBVso1W!YD!8voiwV{5qVA7rztjgbYur
z8)d4H$;-jWXnVakxU9(oHt+rogWT5Is-~*i(hBySGcq!gk&#i1`5FBXWpIN9mH>2-
zUzGQ}e-lX)yTnz;o^_OopqnHDXHx%I0JvqOvTdE3L+Gm|IA``*5dMx?(r)%GMsfhi
zVLbT^xU#nY@TwoSK?Y_p&emgSPMew|OYyCi!1m<408NI$S}|vI3Eq#TbQelqU?lq|
zE<nTd=kIx3$~lK0eZ8RK+=+BBtINqxq{7u+t$b6^p{AG4Cx64D%BZqNY#NI|A#0lk
z*+0e7X0d*W`8;~ifS``PmAlamqqir7fspdcUnVbEKg>uT?$&l~mAmlDDxvEYZnQ78
z*#QyKIj0?Y$EWUJtly8GP%Uad|4?t7$F#1ToqZ3>e``++r<VDI6+(jeFY1hVG-|D*
zl6Ci(yDS!5`b_H3Yd<VN`DRRb^^6xtemN)$Ke}$-zjLygr^;i$(%%(EeyQ5vN^q>4
z^pb0MeSNK~t7Bzjv%gAP(TWkc*K~Ar6#4Zte5q3J<})dHc}*U-X7F`ai#Y<I{~6ew
ztL^$^|2~w}6DSQDw}D3fHSO_rLz;3NWDd6J9|El}o5fT=wP&|6dla}7ia}8wFF!3J
z+toJ*esGrC94an}vHnI&7T{pM;3}sym1p&9P`%f3T#tFw3|>$nugyhKha0#Nnx;j_
z>Ji{!kZ(9%6?MtNvu?AMC$QaEq|h-y0OIgXxWfp*-FTv9qDR^D7mk$o*+Az-XtQ1P
z<VP`yaJI~p_taZUyHgfm$1Jo^@%d*$(EWS%!;Mi@t!|(k)6Z8Gu`7R#Wk1k~el^rX
z1&URpHd8Wv!l<`*MzJzd3(<Jc6F3AMO{O<{JzTEVTWlYK!yXt*c~3e<7KljVq1XMW
zMf+fD@%v|U*1ldDl6OSq>ic6n0&az)`aaD5e3`E_CxJXvI_J5g<89bV!j)P#v1cu2
z{0CUSlZFRK3Gopak<@)@4ED_2V-89{IPM<VRx)x(8^B1#oD4hS4HE9>8VV(fEn%V=
z$I`7;C=Y$6TV1f8`%80v#`?A$R^ZX5+HoGME_MYv*uoG6xV`Sr|Bfc8mEn(por}-%
zXDwIG1ibEVHF|Yg4&_C_wEgC<^a*vnjw2cJbI0+}nQX>EeJ@|$&ZkVF3ZZ{`EaBoJ
zrXV61pnBO@yZMhcp~x0Z=|58)?RShj50BNGRsiK%f}cM8_sr;*^s;of<xj$YlW=A&
zL(oD?7?m-Y5;2GBvfD8pd@@Rhb#EIgD=p96;EL?fV{;z0LUv4N;=h79hnL!ZZZ7~u
z@&5SnrYfq-DdO*m?4SQoC-@unqAh0QN#HBa5cCm?^227<m!nG1sL+G}Y;A3Yz;?xb
zK?wFYX<X1?)}UEp#QHMvOgl3&x7tIk;wNnBpgA<h#pOA#1$|r07LHBHY31tQ*gE2?
zc*P5In27BN-#TW~->);xFcuX;_TOV|P`BFHEX6*D$(3pQKfEGt{t?ZK9W$tzbPe6e
z0w`!az{Ub-FFpaS>xdLIo@-4AXblWFBC%u01aor7qHPZdg7@;xECnhX>-T(qhi=#p
z)P34+i8sTZw9&gCmwP<D6WqTFmm^6&Em$rx2tG^;?tCzG<M1pSIKw;&oo;i^^z3CY
zcU(aRkfd{MA1idM+FYKTIJ&r8oSeYH!dm`teEf8|ROPV`R^xpAnp@qjQQ`RB^hN8h
ze(O?iO3NfML+k^87sO%K=uH}vcobD&AUjCIT>%{eU`{Qhn+<@L(*~e+sp<iLrlL_r
zx+q>YAS_{Eh(T|4Ot2Cc*rjj+{Hcm)-@m7L$w@F{hEcU3P)n`A>Ds0iId@fdYs^?U
z{xe8Z#XfNR*WaRdO!m$Gs3%h)zs@)Uo4dtLm5Sp|b1aoT<f83(QW^aDbsaFC(kmM<
zh3KdmY)iRzlq^Ff{b?Ja2<~Jxw<)eeGj^#!@@M?DLT;`#n&vfsT4)x!4@!Mth0I)%
zwYLEh$H`2D7&6?D=k<{1*Zs#dS-lM-G#5K+wj^Xgm9)P=(j^&lg48&HXwbB}T@)JV
z%>2B{8Um*T^?OQyJ`fidHwL^vUY~C4@5h3Ig1|=kpMUqK6t8z2f}yO~9*7vZtYv2i
zAcfI9K1f{j$`x6&FtAN7ri?Lwor=@AZ^nG?&kt#=ctfb-;z`IQ=lOg+LkM+(Y`TGU
zF=wKS^HMH&)<Mlq5+LPEQj!4UtMn!KO#lfM;o7|kx<vpsFeC1KPTzQUhIcL2B|um4
z`8N`fxxFlN_!+`qI^@1Aw>=M?l=K!Q?lK&*y>8H^O3&uy{Z5;+=%jyt*=HZ3J*(Vj
zZ~Tl2;pvCMK?Nu?6197pCiA+zlk#$8Aj$TCuzOL9ag=&EwqztIw+R(RS*x}WMtn?n
zFwvu>O42@hkHQIs_j|K`aN?pYD`hVTniNc%XeNK)WKn^!+22%oxx5WvQt3MVTa9et
zY~t}h;&#OQQue~NfL0GMydoH#*)w<x+Dn=LCZDbLD#zP!9Z{A9Iu%u?tlfJIMbI*+
zvfI+8%)%a!PXK@<Zf(I2xt?NL*nrqo)w|NACV|DJhrMf2({ZfzSg8QNNH29*9)hXe
z{*VwvT&F0G!NI}A#6)lj*}&EHa@h_pEuF^jI^(RjkibF<138dXS8w8lUuh3yhdUQI
z|2_Z!+nicl`DGGrs&W+oP#kmTA-PZ1-wh+FW0b#zq5(Bb>$|d@TC*Gft4?gv#osRO
z1ah{jPMRJP1TVT9?@9^NbhZQqBaF415?`ta#$b07HcQs}Toa07P*1ICtm-wyrwbF(
zHC{cU&JbZOQo5g=Gdl~r;i(K#Tv-N}(slS(*^U!d+G1pN{QejvL4fIJ{elU#!)eBv
z<{a=+5;BF)YANTz<w4w4duYgBJX_V!7tSPFsbRC%$*b+2?Fa5tfK8j|XECPQaXNUT
z6G(an6b*`KeNPF1KwD{OG!hJ_#XQ+>Q5V_$7Dmqfo=2;SP!AXnIVh0AdU|?>hB?}m
z=Czuin1q!vtn-o*5)!hq>>8636DcVv!A9ff7tPyUtN*)xXozxuVf0}GFc^QX)JAx3
zmzzG_-JH<cnW_p23&phuywJl{;@jpf#AY8^Dl9bE^1!@}kyf2y+`GZ#EAoG5UsE?m
z?VyUn9iJxlnz3?pf_jnNnfZy!PFi`jO7<kp!`<dzHeS}&=%W7CpV2o`L4y{X@!FlD
zcm2x#%ZHX!NbLB!ftfFDy{5Eiw2EvVJfe|?oxf*xw2Ip2nDsCJV+=3lC1cZkORp7V
zGSWDgbAP$nZaJHmmWEdj{qw~2a^nO967syYtY0;{!Fl-sejLyrT9u8B4JN&|zk7R5
zo7PBVU}Xhj<S>T*`1?oiAEEmdl1UaFxoNLAu_y$;t|3paj13WL%t$`gS*6@6Z%P<G
zM4jvrV#ZqDfOxrwD~`AnsBeC_i>=jcmeMGqk`04vudUF^I(bs&HDH3JA8KpbtCoEA
zUSxI!v^OC@6^?*8FN8Qt0mt=Ar_ssZm+2i8xa1>q>+xi8xP{S|NUw2taPaot&iFk*
zI<vd`<N5BaSU&wTu)4bH%qt)$NF*`4x3>pQVK&=c0u&Uc;0HW>N`kxZJ|q!seMbv;
ziRY^f2w=BcZf*a%+@}u>(IXArxg@yOa2x`mi1_p)x)c7}D@(p}+lAX)8}0FfddvAu
z-EE(=sfLrngvcXmURNY$GzzpIN*bXjqA2OkB)EO$GnIhtLd8J_{AZ+u1JFgNAplnh
zAeQIv<=ABaj|R!qJ)*`TRw#AE>NOJXO(x7bgfP2wKxfSnQyB^Uw;aavHXS$W79D3-
zR~ZU4K(o#?tkdV|-+?CmMGN<<(CtVZ`NQQVpZP?}>#H|>5P0OO(Q2{GBHJfPp?G_T
z0|xa!eV}pxwufq^3zH0j?_|DJ=5H2X*_^JjW~WLqC=Mq262o7=AtmhLPpVE!w=5Al
zzuCfas6H&%l{Fh2cK38MjT<ROXHzL<yij);2_(t?cybVW_q>)0@2T8%@m6H9JPJH5
zzV`jmWj`EBeA{dXA8ap8_OoQL{@T1)dEHoA_4}+!Q>Nd;$t4&P00WiUmrB^Xg7Rx^
z4_N7D>*$%7Y7IFnqhLn9?a?e`vn%wj_FR0b)u{M9igq=hDU$z(J)B<VNcfQ+p2;}(
zAevPP*>h{lTL29I6SDiU?Bd+2uPW&$z?1Ka@taR+IG-*&czW~av>MRDzt>aQEe6SV
zDIarX00S;cKB3<SYdl%Ou*j}pl~kWrYHmUSm#O?vBK$@F<V$c#Ne$(h<c&&YTnr%+
zh9+bOo3BsMtcIm2HKnR@?O+28!}1AN;p2n;q8WqpHowlVQ-%!js=J~zR<Ne-9RD?q
z@!6`Ap?t~eN)JUh`#{&mP4e2CZB>augQ)D2e{3c05S7@b48JFB>g5IA<dVUx>v{c;
zju*t3rEQ(LsYq_FTjrNDaX(Z_JnB9|ut+m>6OA;BM7;5M6o-F+ZW1Ge0c@OSIi|Z<
zxa#isR&#UWjQZt2iUs$#JQsRpjl6b#YGNRdQ^G`yUx|=ThuQkIh}77}<_vjqwtY{Y
zS5>2|^WP(-O_Ah5y2P%QBbaqLLzefomjnPcar+I`1H3-hh+Q&RQOsF+PgR2=PPg<)
zEH*yyJeTJD%@WAE16!Qa9F;cTErgJyh5o_k^Lz1zk0>mNc?gqgV}vy=ltHLcB+)$P
z#Jjv!KnEHN1!?$TvV!ZA@R1gnzJxMyzn^!-;IUFjyAan4gIK(;i@)C1^eKe^l;oM&
zBmgV`ET*VgT5mIMv@F7ILKH!<4O2HLt6EpecK1%XvkHa`vL@K}E!I;h$a``?g_^~p
z!D0DMm%jDn^P|6r^}IOl#X?&tLdDo(AZ}P@7}V4Zb(x`dbF1heK!!9)n|U0|jNagC
zd6&m_pEPqvTcNpCsN9r_7N_MHFq?OZdB7;NW2?;qr+P?pLp+>0_>RW?DvDR++Gve`
z+HD8P_co7p_Rk#KurN@Q7P`pqes4Lkl1a}U`sTHUU0JWRsTtjjdXEwvn5k)Pd(zQ*
zOft0##u+DP^uT*C^D&6X@n}`OOCS4t=cGAb<YhOr=!5WIea!<lZnwn74!G*8ZSSgf
zPi0g}y_I)R^f9=8LCPHuHQOpA=H$&hi=(yV*}3u}OC7NnDrhN`bp6J!yyiGU8c36N
zyyXGQeB+i)*n>|g;T3s0FY|CjHX>K1Je$v~mNKF0S|>SAeS|4_Eo^<Ph^#i@v_gXT
zKD|*E(p}%&5*+#^k?<a?x;cc?$2>t`_7-qWYdFj#D5rGxfe#a<GcY`3NN_a|>=M<v
zy<L<E^F<4V%OcZA<Z4F&jKQJ+v{h4Vah-y8_I9N-S~z{Y&=Z4MSu?%j_PqK$aQ7$o
zVTx~x!I_vivR90tL|8_@G#WFC-~9vD0AK7dmZw&C;-){_wWHmzuHY5(sOw!7Yw|7C
zKiFmJUvOgt{$uv9oh|?WqqlxtXV6)0xxIayVPJXmjFvxOh~TqEP6j_u-|UwCF5%bO
zZo96V{->PwGpbDN@vv~%np}H{Cy<G9x~S2<nd8%qj)1~_aKCWx@muN&yLRNj{{F3*
zRXMzI^iC;khbv@4&)$;+;qZYWCjaL=+9h0<p=ckyC6wdDCo`jLXq6TW5xniw4+!B6
zw_0Jyz(B)Z#mF5>QfFq*>zgTPzju3>WuN<)Z;^2C9{<m8gRa~K!k}h4K0hS%`KGG9
z`?)Kz-^NhW7x~%hon&*=+x^;<D+HOVPc;$_WqW+}E3uvPJUx(G9m~7lc8J0K38mv_
z8B3fXTP#Js6qK)htNMD9)BL*es#i;6Il1;6Y@cS*6r{p~;Yu-%2MO)JlBo<h9Q-(H
zNRBP+O?+#MLEC8lf68LyDx?Opb(xr+RO-m}U?b>X*n0~zp6J8Dh<;}pbeqSwH`&MF
zyabdr^q&qgy9IAc{R`u%N9ag^@WPb4Y;#b;#H94(XaD1iSyiSW+yQ>fnC1z^SK6Tk
zTRQi?B)vUBy}mGu#BNZm8W<)L?9`Y=c;L@c{LJO22OX{U^bQ*SzEPr)91Hkk9>s3E
zdu05!mv^u>{dHWm;RfLh#*nv2LwQ95AYk?XYBeskPD@=`XQ`cKMCDd{sZ}^iG2MCS
zGED4@P4kB8z9!AQViQ=c@moav#(Gw*ZZ1^+W)bA7ai?nUu<|={4M+b~Cbe@AWM+_R
z5;kZ%*TxBE$Ty-CMbHE?`{V`@yn<rB!C6QoO+O+7UprFtBliAC;v1m>!jJdtu6Zab
zA^-^+t@&3YFwzQ}XgZf(0sh6K9$vs)Y6tGs;W4OTNr>R|W1~2{Z|gxQ)xB3ATJoT9
zMxvo#u<2s7g>iSo)YUcKmW|c?Ck1tw81{Vh)4p4>Ts#!>m%g^vELeUxU<2dVkx5nt
z6j*`Hbuu##x0(lc$<$?c`Lm+}mwjv=ULCUe;DxF?=vT@h7@ExqKhAv7;h_};NDxXi
zyW*u|>h_+(iibb>gXT*9)}!B<Spmmq$0v)YK#ti1;SXq0;jf`6M5GYWUR1<DjXl?>
zDbuJZS)BAe0$3LgCl$c1!_nL(2ZQB+;MhL}CMJQI>tr+r5}cty7}SPbXBG)xnNi}g
zeg=VyZ@^5FHKPCtUI>gUVkH$Yqfyp+0{IfD^i;|O7zVG{l~vBAsZ!n3C^n3jOlpkA
zG=)*YwU;Bh;9JKlL@r{{&|~pX@D34WIh*x~c*!nooea*u1Co8dUM=2-epS~`kCnvC
zI_?y&F(KncAJpz=p<AA|{nW`2B;LcZT|<{?2kxK4or|d1f+;hINOZL3?jz)D=BJS)
zEeqI2n*^lzC8;D6xnP*Xdlrxu)5@0FN4l(<w4A|G^~=6~iObZz8RS<-+1jd`l7P&f
z-T~yryfw7U*KWOYsAvvHRgDVkwN1J-nkG7fBk95*(_O0TA7s3MVQE1L!~rt)eux>~
zV3@)(4pRV0277LoT>gZe{Sy+i`n3l~o{`uIhahEuA5I_n{|c?UQ|6M)eSD%Qum{a5
z3y1q;O~_!4Inx^{H-VXAmH=oP2L3HGP9319LK0PDBY;HeMH$*2wjN9Y<BpzkhZl#9
zxw3~a-&p81j<|9{2#<LAZccuK64CavZNA?`(m_*dpY83w^;#`1hIWf&Fb4p;&&AET
z%N&2c025MJVEf2LLkRN@Sdmykk7`bXK_Xh)x1zPd<ft&?ks(CaGO4E5x>u4*|Igm6
zh$97S%>-kkK_A$pAA`F(`v082zbJ$lU6O9gS7)4&<SFn40kP^|PjoZnJ@Yw-;fKTj
z@PyMV?uF$mpy6~gW~2|0v5lmWZ3an(1BR;lGV@tT+r^tK;PykPEmXa;DoiMFk)BIy
z5E<ZApc^q2XIF*-mIjoklptdL@rM_aEZd{U@w-c5{6j0;ff-#@&Wrd}p_&hTBbV~9
z@K8U>{}XE?3O~LGrg@9q2(~8F+Iak)m%$4Gqr7W61qqL~Fx3XMB1ZAbo0SFW;Z)(g
z$ULuTpP7*CHs)rE2kz!>ScImO1T}O1Mdii1z}cY^$YyKll$};Bh7lvFWLlN`qANm0
zP5M5LNu`6u6<+2CCP;h%Mt&2t*_TQjQs^!BE~`|9JQo<@#hx(UIJVUR3eh<UP{v3G
zw(2U`8#FIvt6Lvu$~aG>1YSom6M1#$S{a(0z(Qqp^+y>h5U`EldhNoZGckCRId2uP
z1y}mM;9)M1D8Xh0<FNtLt7pm~1s-GA_Wvkt15=-HpL+xnwml6U#@;XC`=l@b{YLr}
z*xy9?z~Q{?tBMFX4pZqUMVz|-d@G|@_9||+WsWEAd8o}eJ?OumqRlqv8`#SO>&qL(
z5+(85k@l~rYraTVaBmHwy4ONc{i?fbl;7t1k7)dd>F4itHGL*cp{8W3?f#DIqJ`)Z
zOOMn5#bp?)TRN@W*kB04#kR!p+<%nEcgl?1WT_NCK+BeYc6|Snf+7C5KZ@~dgopG`
z0MDvDy+)*fUwT)BzPMN+1VI7dvt5(Ip!{ME%L<NK&U+8O<-=Ojr`EG;22i;P7sz@6
zt?HO^ygW(b5*Q(707>SaV4ZPA*LRI~g*ZcYYj9*$4mx?J>mN-ah>?^~MUwdXN2j^<
zNz?Qayw%7A5ydT~hQq2%P+R}=wOi+VN!xtvlt^wc{^6L5Z{S&^OA*XlZ`Lb2AxMbc
zC{cGX1gS71I(>RK<x%ja^6itsUB&87#{{j}EeOT@>aPXJ-OHf5IbN^-DN&IK0;qNi
zhRob(cx47+rxfkh&GB8Q74GIThMT|ER*JNZ6gJoMo%~%XnpCsxUXTQZngrEX*3PUD
zqN*Yl?oU?*+g~+<c*G{84HKDM6bk+*pf+73_sj2P(OL=Ybf}>>Q+Dh?hw$s1nAW<-
zmt0YXxaMfGHPxShwZ<>4JwwdaWJ|-4{*CC(!zvING)O=VT8k$2<qQYhp+1|aBp8na
zX7tq|0Q#(ALF%IdxKePO!r}9(#U49H+LEe$Bdmo|rN^F&0eWr4-2bcE{xs9=O=hGM
z+f~<W93{rp*up3hT(&jVh%^*fN!m7cIo238H|ma8W=V!jN~-x3=v5?@MhgWbj0VQW
z24Ih~kh@m7=Ut7-A{p$l7zE;#d6q5nEXYE29%^(dnA^i?9vif88A%OZpgb-vq!r&o
z_)nKz8#b|b_+S8#&5BhX_lf|@6fBA$j?()I3m8tmMiV-eb$p<~d1nI#KK_`probN^
zgj6ch8Mwm%{N^%Rj&_*iRs|{rzaoB5Avqq)@c!@M5#L?}wuZYLYLMS?#03J;7rq#s
zq!(lPQI>qKA{v`kAz)^ZUDcWwD-QpvE_)gstsENQtzV34*UsY%njd7hAy?0;?E5aQ
z<7=PHPZDcUo_fsy7)t2^IrKUwSVMWRC4fH(Y?0<EKL?+f;ao2G;q&8HeKYzV%<?@w
z`t<edd=H$s96nvufs6LeQ;pZYv;~g!H%OGdIrV7#;5mY1{~MAtKMpWXCK=ft@BW*9
z@xW8{N4x^2CIW6v9_+hPm5=Qwa}1=TwGZmk$7)DY($`sU;OiOqk#Zwyq!fW%X)$*v
zL&sxk0nkt<O<Nm44uA1sK@AENOF9IA!X=(q-f-)07%BFG_=Fo2A%x(C#+toG4VwR3
z-d_GCFXYXV01t3}Yt9rGlhvn5n)>(PNxKk`=A!WjGs0n8fqilNW%F@djNqTKs9%cK
zb;-|*j>qePX!~p9$Q=73_33qNUqd^sLpMPX)p2+m2FxkBYf(JqT+@X|rkCw#l{ED*
z-WW$Avu=$xt5XP>^Izs5P}2Wv0h}ST3h@4S5|4}xMZWfZk38u9xtM7#+pmP%NQZ_w
zHE1-YNNSsr>z@j@GfSn5L9!)=#(Q#j=Ey*iYmT<cup=g4sx9H(uT!}-W83Ur1_Dy>
z_Cs1sItEDmrVd8rYXRY1C5RknkzD0@7@&{kd#|bVU>>~!X!9sBHaIFUe)H`Al;Xs3
zf=a^|_x+!sh&)avE<H^~Us%0N{yGU!%dUJUmj9JI$O3LC7mB@ueoo8_sH}MQ7-@l1
zY$EY!MzTCs<NFE98G_cHLF?S=B7z>4=C#om;Bn#xOOON#$cMPFJ$FHHHThOcBL@%A
zFw;fS{Slf&r!T3Q!J#;IfkV|x^@h9<fgrK84c6fXjfv|N&%A5nJfE3hBJ(1aUU{2X
z-dLq;V7FMMoQkU~ldhv9(Wa<AI7+W8wje}E8*a9>6@l<}%Me1XW=|Wx3{7=iA^RX0
zREB-9it80{(M76XpK+H`{X}u4nLqveBizNZ8W(VfBe1PS0+{%9VS!m4G88D~Obrw1
z0(HnOc;{;uT8~kl#0AhD$tvCv7AMq){{QtOIR5w(c!>&!&2Jux1&dO}QebApMjMLp
z%aYz~(}ndX|KsZT)HoZx#?K7?R-@pWM|n1x>#zir9=E~r{%kC9hyVB(Izs+aW@vp*
z{8Q6ZiO&{iw=_4s_IpBQbEAV53EyVtJ)tgk{}OdA+7oujZf5^E<;*E$*%U3KIRbO4
z+1<x;+cOP+9nEjB9_NUNPT^IsZw>)`6qLtZS0ESm!XSOoioFMcQPxkQX5XWD_wSZb
zU(^4qb&cKeC3X0rISIe6uD;U5UPs?*dZ`5^vNxsB&HtBc7enaDH#Grk4gL8n9~1fA
zP#|)PtI_gQ@VwE7dx7p(->#e;|N1H9zxj<4U3jkGph2Npbn>JZHgC)1><WjjWwh?_
z#JXOu2dIzq|7)2XvdJ>`D7V2%BZMtp0*0hAYy~i#7RO_2aOm=;jRd^o7cF##Cr`lm
z+!)^RcZ4Ap1^9x*al$!%(VIB!BYo~59FhL(u-`hSYu3B}<hb4s))$V-wLOMbVtxJB
z4}f#*{jZ64>0^HF>VI}vtzH8A%MD_OrnlZ>-B0vKIStG6zvTHcRrEh;h%Ym^5J6%#
zuqI99q)eK(tTj)Eg>z*{zN2kG%JzUMVmC@|MbbA7G4@TW7SaIyn~KY2N3WiLVX+ch
z3LXW&5IPsIT@*Mldn3HdmU!(c@0pWeb&vJxx1KZ<xFe~BeA+oM@4;P;+VuKbC2h=-
z!_ebC4AUbh^kb>iWg7Ge01b`?!1<;yk6c-VQ+XW>5kdh9ki({5GZ6(LdI11>I>}=q
zwq}2$A~{hmso~>f#lS0EidW0BIv`6W=u+kJ6=P{uGhKng7J0Y02I#Spdu9CtR-5>n
zTqi?fJ-Ut~YBDi#rAlDWBY9<Cr-J$;%$(w{h$_KR<HBE5rQjhegbxLr4)2B9x#0+!
z4ev+BYEwGfzd!?N|3lMN2E`Gr%fa0>Bm{SNf<y4&PH=a3C%8Mog1bv_*AP6oySoLq
zH@WX#eo#zpZS691&L{nK_X!)9-9n>#zrMT%2PBm<G-_V9gDOdVIw|$*FBW{BmS^1M
zdj>Q`@X<26+Z}h<R3Ad#W1+8Df$h;ZHV3UhbfhUqA=|gmc6V01T4FhyW?54#NO%Mi
z2;jB@8Hl(hki(pQ)s_wZ2pY>eI52-dR%}Si=&jW%f<j{cyn-HN>{lgaVo156cd#^~
z5#18}ZbA%QG_x4iKPJ#|(l{%(PJ(9y37GLX+JXVOj5WU}wo7X|t8{HT%dB&45^Sa(
z4sWC9m__{3R2^JsH~rlih*tl;hWnpqv3|$-wm5ZvNCCvj+;L{~Fz`#>j!Rjm8K;Bd
zl~BR2U*9wxj$@l8aFTHtKnaS=0Z1tV(7QN(c)4WMI7sAIwZdTuwgyEM{!+2Cz4lXz
z;$V?zD2hoWkjvA0Vf0ww%}Onlhco?|##p3UZRv{Sx{I=@ANnsBma)+=9=P{4FRYHi
zA^``|^(7xiaoL!{;eaJf2EdsxrES1o3O;-|-@wtt<}*PfPt`NZzUFObb;z8ZeazOC
zgf#ZzIL^yTF6nIATd8Z(9c7Tjf8;zwEG;IIenxL|%Msov8vgJ1iA}FQfVg0@g$xL$
z_&r&DX?>~}uK@(3^XY0E)=#DhXl$`hw5=)1xNc_dSjbj4EX!>H=JyJpb<o%nEc~nz
z$3;z)A-W&CFlXO+5j>`1ppGbHhG+IS3VaNf`W3;_Tzc;xxi&5UDCnrM7}<9iQ%2Cx
zTVBs6Kh|Z%1Tt*FLGkIrH|5|y^<d`;@~f~Mn?1dU@qJSn`%!(uFr_|NZ^LcN|M$t9
zJWfgt2V3?p;xo6dldvw2ARdrcm-h)|HhepXXn1hC{=9y1>pnv`EjYW#I68F9Q;ZS2
z=W1HsB4x{X=6s?j>Y#XzJDl^S1U?|=Yhsb4ow?YMHLGAS6p&6z2snRKojEm+c_sZI
zj6N&oa?EskE2|f{hFJ0H?f)S08VPwk$Fm%4M1Hk>r)@_N@czGKZ%DJ=?+?WAN=MDH
zIE|wciR;x$hH3H-q2rsfu{6EDFgTsNbU&!zJ&h5yP`U4v4%d5molErw5YwhvK?(BQ
z3+iO!LM8^G-|y3C0eR2s5XaWzwzlJ^Afw<>YOtRisV`aj9hIn{G4pS^mbSKuQ+ZSO
z@}&0e_bHOID!r{aG(+_IdDR%18O&$jx4Umj=H5^0%RsU@hPpn3@7xXS96Wk19d~v}
zw6O$>g8U9jAb~i%kZ}r1Xna%&fcKghoXyVVsV-kVi;E@Bq~4*d85VS0Yf6m5Yak-=
zu6|158ufMC?JUPw1V>YZ0U*8oeLyc|e!A8>+{+2#G<xf|X-&05NKd<zzM#7}G!Z(%
zZZa=yF3W=u{2*aQ&y#@r9w58P(0O-wNqyq3)bpgTU@d#p+#9bt2mb!7bg88|5dU>K
z(1h)>Kds+rTavw?tvTG7(tt!^@sVc;x)Gfz;*XAdGqs62HIUlleHc#rBoXo4-Lw<f
z^Mg&sUQhVHa@v<j<8<{l9SQtwx9!$1Dw$8l0Q!ZA>8TSOAau1QnXgoQzljMjC%!o2
znS89KKw=Gy{B;81A7(eD1GSJ6LKO2%8Zn$3H(K!Aa&KyU5BCk3=<BO8D&aQl2a_AS
zP{NUUZ3jlG8&B4nLn}kh7sAm0qM<#aapPyhlicqf4z0xmw^4fK_o*Fc<ixGDFDi8|
zZV^^EbK8_A>-GZd>!|2L^zOnd9f{2?>~A8<tbTX}!Ygs>;Qd(V5KPN&KCp%c)*p0l
zmaQFQT()k#*3=tu+}H~f2NH&Q>6pGdV!4-%NP}@GA&e><$T1gY0fM|Sb9oBUW&6F1
z-9CbcM%^-#j71{@C!(l836mv6_lyw;5mZ1|y+Bb<(7L~CRP!)pg9IKi8??wnDf8Y|
zy+*?Y?%f1Qn;rgJnb=bva7-+rRLV)S=|716K3+=(V{sGgyE4zrXsrMg)sEzt0nAG+
zky_4`d0pIVF>^N;`Pr|b8wMxe|Kz2V{m5dzcUdpvKpla^dzkrK{^#Bd{*hknK|)NO
zu}bUz<$RfM@v64wkU%Vrh(!^|b<F!>e(J?5sR9kuth}RFu0PyooP_5?N+IcqL^l>J
z>+jS2TOJDNn{&8iO(}fB9(w!vA73Mz_gz0*6B7BC$XCf$-}5X|YyJ4G;IP#l91wv7
z4S~}X=6g>H8F5ff$_i~_XMSjVSirD4_E9ziw3CpNbd)2@vBOBZekyNy-1$LnUbQyi
z6r0fu=%3X+Ashlixk_GlhjHXVB+j$GIe-eSYK#2H`&~!+imPwZg_aWs5I{?63KFol
zBmmS<pCSvazPwW|RT=BiHAQTzp1S6e9W25H6e`9`w05M12jKmrCm#`5x{{24dko_`
z$(}tSZ0pUI#IpCk536vA=*eq4>51+f-}%GS@`;`{SQ`DI#d>A<Yoa}LipZr3FLkUX
z1PnwcSJPD(t^#`0#zueNR{%YFtEJ0wcCg+bvf4jXYp<2~wFSHg$noEPK~x>AZ|7r7
zmL5<Nhv;7TV>Z3GcnApy#S;U6hz{B3GhWC(LC`o7L>efg9o(|l`_8}v&!q?n4=p<7
zu}7%xuV`p*mcqv`ME9@k5TNQZV=?`Fn4?Pt%725><KTJ-*}%V6qwu9rm?s!3iR2dR
z>G00YzAlw8!%H)wd*hI_4di4ZW1vv~>5%Q)m<l%1euH++50ow}lLNa`edPCF4hoe@
zLxwvclCc1HvV{;@tlKItzi9yA%|rowMFe-xkLGT&nwcN+3(CyO5USPK<tkRr^9z`s
z(+=ih!<JJ6CNXbv^57GWQKsNSp{L;Oh#mbTTN6w;^HCJ^Yu<Hu@rxa|d#m}C&#rI+
z;N!#jVlJaiFnMnfs=7aPJ-UQGzivrk{KM3@^kA)svLJzyF}%VfKdr_(XI2`WZEn!b
zP8qA{jDkLVDjC1cbz`7VasPYkqrEsEITWBvVwN*IHE%dT-~{DgxsFPm!!AghJS<~8
zt?8^2zhqkjN8aK+sghrdV*iqVkMdKya;8@x!*BCazBZcz>HN&&j(6{(rjreC1vj<R
zjPx_UzQCHK(KI^D7S-*~jFXpHT6>-WqX*agK80C0fb$ecmNvQ2Ciyz?QD?e!yn@LP
z$Z<3%cdM$nH_bXhRXoh^A3{sW2<Gp4NY%veU~WIuVO`yW4QB5p`Nl4SNh%OY>U}$Z
zyUp6Ja}oRfg{h;3A`ynaZ8q@i*lbp(lPb-)tOiam7vtJeW;-L=ouc+~jNq>C0&iMt
z-BmR{w3DOuw2&Vl{vjxKbI5oHYE_jVV;aqUOJlS$&g;1e@P5Ghrw-J<=DyC#H}izC
zqKjWW#TUkIjMBd*|5?K6KPtah-)W#*`WCdqBuuawCqzJkFr*jSbJKK4pQ0xr;^^XT
z+&$<qxZaHi@m2<<Pc&vPB`H~jZiiO@x50BKE+G8@37vO+FbD7iY-;e?^f)y>c=tqt
zyfxCz>s}wmTd9M-c!B;<@31SleD5$cQN3JA5l0^p@gQ<h(O~Ue7DD0n-UyiNp~7B~
zD$74GaFHw%!|w&jZ80CQjqrlFyoLC1-qRQPmL05s=VNa%{N68@cfYmh%Z{?p*<Re)
zM8-Oftg8Ra9(ZcU)*QwB9DflrM!4`>4+!(s9*;m$`FOGNl^qoV@I)V{&x9Hu#{0@T
zx3My?777VuN<jc?_VTpK6A<~v$c&l@0FNKnWDByesehCC&uJGEQ(I5;GhNj5&i2^E
zU;RrqZDO+mH~{=05`SJIBya>}*`x7IOH`2-D7h<#-sYoIq#7`&J03q+SX_g_Q33uC
zDmx;HT@3yhe>%nNqG%EM9cC{{932-V`MA$Qs8<fJoBE)sz4$C{$JFoXl)`t$1B;Z^
z3+KOK;q4SSpt64cqJ3$c)zZ_e1nn7Ff~8>ZxgRjKpwc!j)nlimpXX)=)_61NA9$$H
zvU@E{I9QC**6`Tp(tu!p^L_?`<7j_KHoApM^O$mgn3)0Dt3+`2b9mICuNAFDF|-*}
zw~$NXRiGV&(BBg%pj*El#v~Zz(yNROgS@C@#JQ`zRy->wxgDc<mh7Wk7^Rj^S?VRc
zWe~t7{>pnr!Wk(4uCPr8)W1sru}~BiMEA-zd=h%!;2PEoM6R!os<_?cVGgTu{4a{=
zAYYgG2~jSzVN@9Z-)2VXg5)0`f&_7<9}yI>qcF?Su-+6lViU|!(JWi}MGAPOIepuX
z;>5Yh<HX&eHh&)8>U+kTL%@)9F6G|U;L>+bTzmg~IvJ~^;phhJL&$<cR{aBN0QKO?
zPZl|_itQ-|4DE;Tgx$)q23!Vt*>_Ghu*=;rR(@1x_Ax1uC9&_@nSPIbhGo>SO4;mu
z+}4dQy&Fym_oeAPWSFSe?Qw7MT-TG)$%Xr~ia`SOGa#4y;iWiXzXi145^fD(=_2yq
z;j#pZUy7Ko@`@_5e=p|~Lau-yeryRVy3=}HvZ8z_{`}uvgpvKyfR!SS9zj~i*?+@<
zhJN+M=Wg$I(Ro?j?(90-8FNa(M*z<%O9UORxaM(`n}Xzl%Rz4)XI2#DQ$}h(?W`Yr
z0Y(D)gI*coYs&sB)+HW{W>OV~O0LuAWlqoD=HH=(V{bjtu^WYCOROs&_lUyD$<^U4
zf<8m0aY&2o_&L-aufTZpc|Zqe4BYwRJL>(|-#0_7A$l%=Jm*M|xHjxeg975KjSJ2?
zKlz-CZub8vh)q~b`w@^BJY=Ort{kYm7QTn_nRT9qmC5y5N|W%NYqbWa&Vf(q!JtU*
z`E|TvLfw*tqv?HL=TC96kC*Wr!&3XmxDdoAx$s1h)6Icmm<jLUSV_rSbT1Y&v^2WO
z3Va~_nX`*|zG3BOeLs$rJ;G`xtFPy{+?Aj6q(eBTLT10=@>?Qp)+EjP&^x|EP<{jG
zPd;7#k|OkR?F;`HnKm#QH@AApaf@wi9B~;|UfFmNUs}fGYAAS3NdbR0Wc}kB1)!e8
zWyWe|$NlV86NzIemVnM9GJj%ev?~d@h@0b2lrh;*i3i*VYkLw)OPC8m&;~EPl*0n#
zSf2m@8~>m|kw!&Uktj!Q5?TPz@U&SdEpGfB21)#`id;!%2IpPvo0sMxJmpcO4iPaT
zwi>~E;IG-unUit`Mj?qxG2xAX6b#TdB#cnd%H*Z!tOUu2R;%}E)b%Sd<0TGoVoJpi
zGRMLpUHgwu+!UaER6^X9@4SZ!@#3^`SxG-&N|KS2ur_;>ntqefo8i*<piOfL*U{2<
zwBAQZQRMe=`L!WIK_LEB)B1@ku)pE*bp0=SJF}0C_tQK-vH-t(8C`c?9W`plGy=8Y
zAkNBt<cmsZJ<v^KAFS;|h^kyjps=w6eRskITX^w2AbeCg>sy=9Iv4|*=~bhp)3tup
zd!F?nyA0s<6uiGg6QIJo<RvQ0Y+ZX%sBQG;2lFTL-<Pke7Y167d&uMn5CD(J`E$iu
znOg+a1vd>nkVD1}9IUOqM?V>qGBA`M?7t<NCBfn+A<Ptm@}E0*>A|vh_*kTOFC5CT
zdW*a4I}<Uuy~XDftm*X&9seWwhvP|<WK*E#@7I?BU!YrB1nAbVfCRo&kFC==;gr`2
zDYYQyQaMOD)!+dEn4k7Q>lkG0LI8-Cb;IW?{S5qRN#j;Z-SIOkVth$oaieQGNng36
z1yfpdfOEQi4L++ZvxX>PNog&SqI=n&4{~rgg?ZT8<ln-77|@^ZTSlU&Bn^*{U~~Sh
z-Gc1MwkkP>!q#y3_KhS9lDmS7tM>2~10{zTe+UK}=w1wk^xrGcWsccr=Y{A#6otsC
zZk@2KsjUkJ^vgIQVc4J8+xblOJ;NTfiGUwoWuvAw;tUZyU61Ws*BJYFnT_w5)(cMU
zx?{&`2&|zM`O@dT!tmkVF!ClLcXR2+5F)&JS|5xYWj4Ct{#!m_Q_i4t^(Ln$!rG!n
zD!d65D$v|p!hsp!e19pb@l}nE7hyj}Eq`o<RsZnHd-eJ%{u{2LpG~%G6Hc`_yWf;>
zNob@OMV_x1(xwTTEB2+R@Oc)=2*Iwb>}mDc2Xi&4Y=WX?uQl!J7~O<D=0&YFr&El9
z4&3=$6D_~c;t*Evs(KePM!k@X(J9rmkRyutxc`sPk|M_T(>Cj37@eL@PuPXiqM5vm
zdRnJ#)m)*%_C4jH#-=h8YU<&+){4S|N812;!^5{T9Iw#^oih_*hky&5{PEQrWd(Z7
zTNzR+y#n5;<rmdV>lhhUevJls)dx|rr9ng>2Ufw$wUoE1jrNc7dPJFDwUJObonMr@
z!c>P2Zw_Th@hhKT<ZWx1rc{-gB-wv9QHvtH4|&BY(hsS@jx<AC)&@IsSpRxGs<h!5
z*~ke%=vm%ve(ja85q2n=HOo=fE#h@Ax9C&VcK3w|ne4#ok=_vmv9ByDm7WTVjh~-{
z-=q4WB<ogv?jsrhx7^ng72H7CChE%8pW<cHjG2r85II#u!-^}YlHI_F3P87n?M2nz
z8%&f$B)R1st2bao#brcDnuS~8VsUYPCW>pcIS3LC;>UO09I;|cN!_vA=2X4qXgTLJ
zxCDQz2C$1H_(26|S3P1gj!<3(-oO5O-IM1ZxF5<c;AQ}6CKj)fu=Dae>py??EpZaJ
zGA(LURCsOS13?`uAzKnwI_+p)5#Eaor`2y;odNf?@g3Pj4uZ&foC!zrR=$_Sx9C6n
z_9%8cKu2_c!5@jYF5gvcY&^?{vL(Vb!SD38l!qtwHEFKZgrW322nq<4wR)1H`8Wb2
zn4?sR90UvC7FO>23p-=Y$Myk$^>|I=?;ZObumfY2@~3GfHM(O=cCUj6xHYZm_3F)<
z%Dl{&0P>0mJMBg6F6qgq@;bAW^0#+X$ylt)Mf^pFi>s$EngjG-ti3y6FC@>A&R2Gf
zMh*VHACmo22A_BG?H~q4G!!-M{bEDBOk7Lrf0v!32lRvWO-^qJops-7qM#xTi=>QZ
zK3F1_|4NZBs0`<t&3H<O)&3PX1_3BX(-42hLI0r7wFr@;_xZ3|<)>4iEJw&N+<1R`
zW*;G$jaPNuKJUD%`IOzA+IsuqQ(ezQ^trF!I>j2iowxDDbA?mW%Z3^=Fa7XZv=8^y
zr>oyE@y?umWsM&vcwxcg2FSfa!+%M4n3Ja@4jb3#FqY7;9??DK@54d)FB5Q>MXm6S
z#|K<psxEHq#;icfo$Gcy%jIf;*<{h<!>mByU)R_YCeDjrktHgYcN4=KT4HL2baMsQ
zP!Ks!DQg>A{c6cp6W@O!LHe&{u5Oj~*v6B<gSM2u6hMu#&X9t$Ffm|`b_)rxEhbMM
zQC-3LubmP)Hxk*^w@FV;b54v6&FBP*B?!X&D-A4y$hoHkV_CQ~j@GTn!UC7=2kGN7
z-%27kf*mG8Q9W%dT6!E8uMmceg@0o!K7Ida9m1=I_bm^gJ`&{@!vOS4I3N%MFtpW8
zG6Dm5gxzF}h-!W+1<4g-WnkC|m~pBe9bz_an1=Tm500W)!KL3GlUo9n&ZBbYDLWm6
zM_89HX&rjW{oZ%KyK6~Tzqu+mAOfVg{pGGMJl_ne)S>*HLsaw%&aKWO^%9kzb}Rt>
z!Jo*W6<>FwOspx9iyrf{Z|S|M0B>@G;6svDlqa<)Yy6;;$(bT{OH$}(ax4#^8@vj4
z3XeyV8o+V~uMAGV(DuIKkbX=Gr@Daf&+J`FamUme(q}7hlN9AbiZDwCXBEnmW7+Hw
zLJKdsfc<7UC$NDBU%Lm!D;};2o9#kQm0kJ%`f3W!ZPZMn<y#9V;V2K@j>`eRS*a<P
z|5RKSL0pL2U#buM@O?576oj?{E@n|Fg}!k})>~z+e88Qx(htg=GoI%S?2zV2l4t-?
z0QC9Z_gEee{n7|CknP$rZYMdPK!ZNBJJk#@qd1q{9&)#Y70&j`7()3Uxw#yt*Z}Bl
z+yTj>>Zi&LHr+nqBWKYE3oDKkb}R2+3pB>6QGjk41PK4mVMZYAb!)Cj!WR}$OJLrc
zo;1n#1N<+{wg;MqBE?Uk{F~K{csmb`&1%|wk0AYPyhKu2ge#AE$84H4KL}3&PW#>2
zK2qf50xi9AkDtdG4~MKA*UO>*{f8}r_Xk3gZ7Iz-LnCGoh(Ro<|LNgfa{8n-7S}Ba
zSHjz@GK#M8<b5snU<ZWC8%$|Bl?(%WSNIg#klmn@FFa>jO!g6~2hIFW%Y_$uoe3f*
z+w0+hEx+dShcy20sD?;?{1wiGGUy^?7x_CJuUt>|+v}uSw`pH$Q4yuXJq0jb@?`C@
z@AefJrAFg;`-j)rDPm^;p~pc7KnN)>%V%NwJS4FnF_WyyGwuG@r=hUUh!bIH$9MnD
z3nZ-WQGpYAVH>5-XPNz$aEA;cc6iTZ0mbmGZZDNiByrd=wMyreqD)etff8sWM(lEz
z^o{cKi?Rd+@nMr!nVsv6I+7lLi_4_#o$^-GSXGBj<deZ@Xg)zUf7Hv53kOcR=*ZxZ
zx-`~N)JQv~j|Vlzewp<6Jq=|xk3YpTmN2~|{d<bEk~mj2w--aLrUj#+0AT?Mb!)z-
zuo2=!wO@eH%}Agrv;ei$OTt1kILiG9-%<08yD@x6-2eXpgM{}m1H(zJDRdA*m%6xq
z-Zi<BHq=T_VhHgv28*)1H5_Y<@W5r)Xk~{<{!^}(8#dWhG#|m>#A$HCVXmSbdA5w3
zi@DSCX6+AfdAnA#-v-z0aoB9e4x^c7eSEdSq>4Ut73GQiC1=9A;0$7CHXTpS^~CA+
z>?tvS7^KUq7T^I8Dk6~VYrQ>)h~{ro)#>{CtLxqVpwUdnQjP}3e4Ex{$8<6=fu|on
z8)wNaj&`{!5I2Ehw|+o|r^3lqXQU89mC(zkrfU)SKEVnMNdE~+Z|=QBXjU)Ccs0_L
zU!b>x_Ch+l-5GfkkEyQQQcu#!Xw^c(2!!Y|?f;n8U)d%|FcA52-cjBC-12KLzm0kG
z)RSn{7u|=G*o>8Ww6J_xS+^0FkAAKR+?L@8ak|#gWPs*{2F`)no%r;yr_cRZ_q`Y&
zfP=;S!?nWi>kOvFtg$h)L|W-4ic8J|;<S-HQYKRvo_)M{-~*V$c@NefSZd<a7(4)b
zg)LH>ULGB%Bk1rgWHwn_ps)+h20pBxZ^;;y50?p+yYYMz)RiezSUt=M!R+XR0Ku)%
z3niKVaRH?EA^mG-8t$yvxDP(S(j{BbyLja8HQDa2ji;Jev~E|8S<dRJzZi~Q)&H6w
zMj(orNJmV_{U2KNp>|@3V2#SQ69IAIXd7I?lkinnC9&TQ1G7dHiRQ6H4M^l&POfsr
zXV`N01xe5D3#+6`+^>F^=Y>fZ8V+D45hLbws}Mu<KmZ%eiwv;L$rjumn99+)hPH~g
z-!75A`Mpew9rfX5w7Z`M8zQ?3Lp~3&q_0ND6Uo<dHGX1<iFqrB^)DHaLjC#qMJwg-
z$1%V3d4i+3<mz$(ejRvP#%?WV^q5VkhQFlQbfx8T&**gO0U_nt1U01pk4mYv_^sEd
zyfC<eybPFBCP;rV3;t9W(}kwe6KqPLdEnZLr$k1)Kc5xI`FQ~7tA5RxZ@l5SrK*(r
z8%A4R>k9xH;bB_VUl+TH=wN{_v8v4Cl15VyLT*bpb~cJ%@AE|gA)~1qF#=OaIKWxL
ztA(sTNPbkI!oci$Gxk$r*WEu92GiE^od<~Udi7&u^F-ufBMv+nsH&<;OAlwaat9E1
zy}f$b+Ez`BeB^O1si}#REB1QB1y+zgpboY;?I$EARzJspZTZG;P&(8J`(?F_`)NoU
zZ(3a*o9z`e3$&u>LE6R*A+XY+iPuO#QWG$!=rfUvD82wgZt{4qkBbrwc8)@G-vUVQ
zHAy9qLCsX=6N3g&;ey3KLkPKO1b$T<r^W!dWn6(jSyNvbHJ}rBHFiSNvd!ByTB^CK
zy(4lZbzUxL&fgcl35<2%c_O6Jkc>uctjQJv{>IRuj6|AjH(qL<@B<c+I=p!W_V0lp
z!NNEJ{Mq)pqNlD(&;gQdP47gHWdi3tjcz2Y|LvHL4}&QXH<sjLeG2&J{1I}awYZ%h
z8n{D0o(}cPa5lwt7?mBLE0|^r->R`wjxbfl?7x6Bu6*zPf#P-SLPDBd!n5k8{657=
z=N*ZuI;dSVl9C##x0q(8qNAfbJ~&8aHHnxw)|c08uuPsk8XjOvlR59W%bGMdW=%UY
zk%;}sKuha+*0K-el$Rg>oDk4zv`)LjX|!AS-5X6?wrykJ<$VvtfCq8gbBo8cPoaf^
zsC=-+YD<b9^dBz`IBIx_x{jaXUa<!NjPJKtOn5_`ehh{#e_r=@2?1?6RVx6s{j|ep
zT6U@%>Z1a(EE+-1e4CtEOWP(-vjA${a9iDJ(^<VrfghKG<L16w>R)0pfGxKbW!^Ct
zWBeuq%NMAuslNL4qU81Vz~pY0%xN<se6uQ!89qhqYb9$1XY_;!_G*FkhtFou38{_I
znTvu2oE6rG&!z7HCBd+t?>_8*-{3@EM4(?|c0Hyv%wTsVH7p^)l8|B?xG@S!C8^Y?
z-2!d>+O}hO9UUFBysw7*{eg@zP${RZwB>b69+3z71q_XhXtlf7W@jJ2`QS$0JYP>3
z2`*c67An0XBFc`Bul0FyWlXVZ_)11b#>>OA!sYXH+5~Ej`FtM#VvvcCW(%%^KZdnY
zM1rpelV38e+&_abZ_G)x;ggol?3b_hTfexkAHJn?+3(wH>J7NO6p-wMQFdTxcI;dw
zV@AxA9(~`og#bvVMRo4iRvfBD=c?~{J)MIY##?HJ8w7_4@d}sEX-&g4{j|0}FRzS{
z-xc3_tA2a=&|=-(BEI}{R#oimR^-HB^H2mk=P1{)Z75fRU`);^7q#BNB$6n0?kU5x
zzn1>)9SKn2TL4Z_4#o+-5PjP3RNuNv-IHH_Y755+HE`O+<7`BGkr29?*lA@IDV`qM
zzs~l3Jlq{gf%2a|EKn--?9iph)uPAMOMw71YV><bm5b%F{`wqngST+C&5bQ>w6&Fo
zUc92D1Yf}WzPlT6RnDKJPL|I0JStT!S8K5=n?4i~5qW%i^3io-{<qEH(}vFpRIoRd
z+oz<%O9Rd_{j3W6^+nDiPnLq%W)713p5Fh>e1Al$9;06vPFvipWQx7Ms_E8Lte5^b
z?Rh*_u9=AP?1v(_C-3@_vZ++pj?%W?zZu{r^f(cr6#2&gA{v_iFsIL3n5I|Qd|Go|
zY<teudu_Gc4a*YQi*Ma3W-{=B<*-s?2%BUsT-I++<Ix-iDDX~#2e1Xp9GmK_LapW%
zFGB)Ef|urx;LpGM>ZLlG#fp7?hD=z+o2)I}o$!kwpC==;vTLQh<Hvk^(yz_SBc-GJ
zl0QidzlAHG#rMhM%D8e)LJq*4NKQ&3r=WOvdeXZsT6pw2Ybh=(E32qL1_T~<5>J<#
z@bK{5TwP&dJj6>t?W5aVg(d;YrPgsQh-vSv$8L4dBW4;_aouvHlC6)rHZ91l`C837
z%YPDmj%BkvzkiKo`n*C2<3DQDWDpvRzg2p5A$GZD!Kz{I&Uy|#2gBgp$nL4wyo?H=
zzc4>^!v1|a#1O*pUc1yCQcvNx3orPm=HFgsdc7jI*jBS9+IvPC-r(Tf0S#5PRn0)z
zb97nsR-6}2pWWxOdsV5Prcm$&fH~<P$;;Er)rHDC4iz||uc}okURs`RYeNF!$g6h7
z6$nBV?>^YRNqgF<?3)^bhYmnbgrB^I;FrR!zn|qdXJJcQR(E-bqD|-;bukHA_r4xG
znk{FE42bN!Sp=1XFE{gpu|!1eS#g?yiYhAX)(bU)Ut27ui=NKA-j1ugviQ9?fs@6b
z64mpOqItDOgPzqtcwEZ*Ht%od^)`q9-MMUNuFzvSJ?Fmn<MUY#FNaj=_@qCmbMF;B
zo9;y0<9?$*@XFlYHlR48e&*wvY#VTW+-w^W_ehVtDyCuQ4HKSC_9w*kr1L0Dlr!CU
zMWg4_F{kEgO*CibEpR$0dr7a8D1*or{o2*uVx-07-n6f#dHlV>`E@0ugCaPy_X-uO
zZ*Mq1E7JU-o!?Xu+B9NG*>lq!A|cBCi8Ok5LfUmV*!5+G41b6%=^*X{hW04->Dt_w
zz9Im;WBfHGT1gxEnv_l;Bo=~%A4UW$sNe$3-z`4n2ijOhKK+^3D04_Xl`Br{x%zQ#
z>3d%1e1~L*WaHbXtVYr-wf9n6;@5Tij{nWM3X7~Cv?x!}Jvum8X!rQpbiZH}J851o
zFZeRE?*cAEUEc?jLZuc^aJy{RMF@a?DN9RBMe^Ba9ix^Ft@7wi){6lx8~Qc8whJ|z
zxuGAIz-$c~NK{{(#)(S?^qD;b$t&_DEPL%B4pSk1Ix_0N3hzmz%gaWwdW>6W7gy+3
zCmOV|CHGBQ=xE?I{{8{rPOEZ&D{`VF*OM$%BBX4442$8Fs}TGnwGFK%=!^)!HZ8<x
ze+mFG70=hWyJUonJOKTnXJ-$l4MP5JG1jOVqr$UA=CO8Z*5*WiMw|8Uc?LkdBliiw
zAGx7f$7@xV(yXOd4n$a{VaQT4w)`toLZp)}vH#~z%p>M+Ef7CmbdDmphrz_NmBpNb
zFQ87D-aRPeVAp(n2nNF5j3AAgW~SkrGm-s}R-a3uC@aIH=T7ELZVbA2xjzp=v8(P?
zUF|^MOnj>?Pse*-nWQzWq4#8_6pp}#^O_x_gB-bC6g04M*xW9H;FmC?_W>SQ`dsx+
zUWJoPX#6i8cv8T`Ar{BAw<rR+U&Qe+e6dU#tL01yp00b3*67%n&qWU$=q4i3EaK<)
zR@t=X`S|y+rltlI6-$#R%*?3x`GK?D^z3Xs?I^3Gm#Yz`X><0IgW9$>uj9GO34tg2
z&47i|M(ah#x0kzhuk()M`RcB#CUA5T9dLq6B8-r>m;Y<z&{;_VQCb)x$1G)JpIo`c
z=jMA(Dgb~uln(C<fX)|v?5xo4B&--Qt!;-8Vc@BUUdTO)0@cGt9`f@elu*x*^u7lZ
z+jonn_w)&E1%MD9E3;yU1WhXSRcG*HDuIGNN}_%+7RV78`=<M*-&NFfd`(+~A2E~q
z(4ttu(C;ez2HB2qIfv?_rwTfVO$DaWY-Nq%fY>y~FJGQI=YnI6_~h>BH*by0l68oG
z&z3Ijl<BhCvmN`%rnl@K>3Hce{b?m7c?{8D0CtvvOf7xH6wb~1FvO4khj;udbS)iy
zu~3EJnwPBZ1d51m@OfQOIf_9LuBpi8=4Q6v>qCK5V!I2pFzN?xX779Z?0E|to83!y
zYfd%xT`=2yt>h#phaL&O{B`Jzii`{m1A~H$EGj1E;<{B=!9wPB+AyzH`IW<JuA;j0
zak%ZzMIAU&`^;SWt$F`d!dyD)0Ce~=@mP*6nt=yPq_j>^PT-FwJD~7!8Upb|W!_0=
z%Yh-spL~0SY8V-0TucJ~nWK<^PD{^XtmTEt(+_ReyT-LOJ$}9FNhUF_4i}t^<goLR
zv(+81PMO}@wh7rg>%yY5mO{fkE7R(&Kzj1TSPv39+;DeBSSgcidTvm#QT<E0=*xk&
z=V_$Nf=WceY{Yl@B}2Vv`iy;AL>XVEHQRc<d->27!jv6c&uW<l`RR4BQEw!8RDAp-
zS!qWj$4q<@*i1P)TU%5V6c;+sn&I&9P&|K<H*t6BWUb>V7*DsPj1+giwX~$<_t+Rm
z#+WUPm|~?GFL+OUo^BcRI=w+lroh;bOk>#>G6{Z+UB7U3Hiv_%`;ZIw*qj`SO~Um;
z55J5Rpa0^hl6mFKJG#NOqbL`&&6#yI-TP$6@>6f}B@skCexzRb%(N6X_eV5W#@~!&
zY?7=*UT!~Xx-@(Cly3&q1wRm;w<>*J+%{ZoJy@gP-TQeK8WPB`;bLvTw~DpQT(?<D
z1}HRbRG3Hb;iY-gIyIH{s6KGzdA8q%EzQiR3!dNuQ5xDB?yWh8r`PPbe|4B+8OMnH
ze1l|dc==9LX0IC%MvOwwNAXpY%9&Wc^M6GF5a_UfAiM4;Z(3wir3mglDk;!|aKoAX
zgtIvE1HXarr0|U$I&Wmi=yx|85-SGDS4vVcG85JnmW$idWzeSqt}UkxQI{GU7aQ9>
zGTY}?)7Mwv)(LEte0=y_T@Q3GK<kEI0|Op<N26(MZmTZpU?c$3oo(x3^$AWQ1_=Uc
zb}}Y1=c;MVTLY3V+AbEf2p+1H*ZfV2Fo?e&qjI|WIl_X%*tKcq>1hYvt-wPDq((16
zmZR<P{p_`E-_+;now8+z&@hk?A#dWDv@^jPr*eCUA+ZXVM;3utOCqb`oZ7+?oEeeh
zYBp)JtHGVx@<~jg`)66@BWAvs3D@kc7(Y>u{&Xd6d1t@EtA^@xg!?5q#!H^kgD3?+
zy(WX)^2JhB6Q$5|H)|~`QwNB<(4_?w@Udst*4A`%&eU<PJ(adu4MPb)G66%O#iv>+
zl!V`Gb8$XR)p}LsVKuqA!o=to58i-~qDr9>1tp~bXzX*w$ZY!o6)sx*v*O>GQe_Vh
z5Btd--}}wbcWkC73$;eQK?n<Ld*N7ASJ&68@_cS*+ODp*Q-xpf7`_Jai&f88>$Itn
zV~(Y=KrI`-Ac4v2iizsE0om${-u#{?Ao=>B79l9>SMbtXHf=ESO98)rZXinuZv40T
z3x<6Erv-Q{w~4Z}=gOu8haJ~D0}^rDp`Gulvl{8h;%k?Rfd6R{BuH3c;Lbd^3C(pX
zm_#Bw_>gXy4ZF;Q(xFZe{gA!1RFl_oy`S~RYd4jQv%+%Eltd#cwU&lZN}O5QT6=Nk
z<%`>rdYU9_M$8`;<$CjqZ@I!1<Y4H)XjL^~Njf@(rSfZsuDM;IjjWY%J6oJe-L=Tm
z+5z;HwW12Yj-9U#^Ajpo7f&u$T`xTbXAy3f%ui1+kx5MG;b~KeFRZT<;p2zBL_H*m
z=cln-D1G_zMOHRi2y`8}Ii8mg7mp$2owMcy0rv$vxAQfAqhC=&iBx`I7FqBhF%UK}
z*#$e#RGB@{;_Bt)1>q^%mPxD4_4NL78wYV9xr=ZLUdsOdr21uo)YZhaZ-ipfZntLY
zenzOZMa_&>G5k!5E%`6Iz_E0O%CnpJs!nr)@BkCq-0D?f6XxCe)6x0TPUY{cvBUcd
z_D$C{u!_}u8q7FG-p}IRR!aaa8>6w=JAJE;CDgA@H%hUAIB<Ci21K5wv?h(woL~p_
z6w&#q8)+4RFMNvD>vkFp1JFII`5cAGNo2@VNpWe4Y=0Y4)UFn3TsyZ|%R&29q^9+|
zKIM7Z#U8{kS7bEq2{APZ>C?|DX&{q>JY#lBordzjL^}5G78;8p>L$US-5R-Ou}Ofx
zEXT$xBHIt8Iw!FrM-;%n+AjT9%J{v4R8{Ip-g4EDPh_agweP~zl#;Hlu7<|%O?w_5
z9?-+2#c@|Ua^MQATn)v(r6!7ri~n1?8W#O)9bUmA29}m(vz81rG@4DetKS*4C}q?C
zg8AF%qsPG?5^(!RMIpDX>Z+<XfZkV3o%f`SjJAU@grL2hfE7AKPFEKZXgW1K9268p
z=g0f6y9)D?D`Q~A(y|a_s`QIpKv3q3SoXTV+QkCVxmiWShoD#!vWGIVW`@NuGt#dD
zmL&As`$+6mGkFLkAma%g87RRrDGGl_>Ic~WU4(NU|3-j=gHYymLJeFD28S{X9X~f0
z+=Y7Hi6!{9H9hW)rT9n%Mx(<Pjsk#P{mPUjGndz^r@lDZ<+0;Y7CmRClaD}!M*ocd
zD6haUA)aADrMyuwsYK}J)z{jWsn74I?6>x?T@f9rGl`2xXnt=xuT0l6UrJI|jgXo~
z4A!A}MAmur_GZTjusjpX{lMxWqO0<T-<KzGB7HC-4_ey=&{=uQtRjyqQWB{qv&kD5
zz6-`LbT-0DRuRmHV?YYY%8n&ad_g7TDVRStVO<2Hho0}lZd@GtNz<1U#sN;rjEs!F
zzCIR*<whGi^(wH9y|}&}86Ew>Ww!?Q7#*iJPq(M%?bmV^7Brc1@^W%uIKCx|<qNpU
zS!{OLhC<`pxNd-fg(Zj<Kli`-|7zewur^R^&EB}iyyWz!RVFn|6Vs+>roWPVANtrk
zc{FoGlwD(cKuBxn(GIncXY>YlNC)#Ix9T@MAoP<>*~35JDd17b#;?!cSr;16NLG`X
zPbrOO|ClT?n>~B|D-uGeqx!u9;+}^s``|2U5-vI&09YmB0@j{Zr)(xb&b>FZsjoWJ
zWJlWYSXC8W&m9$Sl-h1AqZx`HNo7~hpSH1C3kp-Iglz5{(@we($~_Yp?#Zfio_0Fw
zE!}9F^%VnK4zE>+0=B|Tt#Ch^xH#?f<3aeh$$yoO!iDk{PE|dDjekH%+%^NP`~d`v
zuz*ORd$N4eI|!Jy0R&8ETv-ooIBMb{dfMcOSvdfptV>upOGlhVV8{W4#1i<amLH{|
za&nf6v0~h2d6z~xg>oG~GDh+o6)s%caXgpay{2r+NzR?Rtm?Gp)LcWUZwyFdhcHc4
zclI?94y)K32@Z42A0B6aLIC2CwgdB0D~!hv<KeWCNYfU(_AF7$=!o1h%PHD3iSfs{
zk_c!&I#CppSAk#Tl*MM=Rh`CQ<+!T7`Ozdx0~fT;B{vSK_kCB3fQmW6Irq3Q{YsX(
zvkvjUxgKUp$Q(Vzc(1HB!O~yFCNZmP+{6?Km5#ZsO3=CXAEPo%GXr~7(2}Ro%MyaE
zQySmA0aF}ffGNDxCx22a+=HUkVPKtSosXHZpldBr=N&%Tq21q;8?koYLX%u7VdB$`
zs4JE%<zEYKP8t@^QyF}jvyL$_9BK!vxdumg@7giEM^OWN14k?OFb0C1QFS`>bS^at
zp9S7=Q^!w;F)tv`3aAcjCj&VeMR77X(_q4|;s1WjBdtOo+f~!Zaa~+dq#C{2)vV2S
zxoQl~{r{9@^+$)tdN9=b=v)h-)nc+3tBKAxG5Fm$k+#H03i4d1uQXZr&;55mMV>O4
zJxJV~BQIjR>GmQ*-*K`3q{-g=wR^*&_lz)wNbB;hJ0l@)br*3YZUujvCiY$A8IywV
z?vU{%Dk2L!Xx;*f#_{&uF=Z3yOdXJd!3lI*Q%l4{`zgBe6j#9|qQ_d_@pPB;Hr_?0
zrPXv9CB2Z$dg{2G@BzF|i~Q`PUu6hu;PXe1od9ZjURWp5fx0078X@xV=x{2;7(nQx
zj(igufzUu>7T2h>bMH_I2-8fLMk#OzxsEnzU4miEj`5_x0S>&o9`_wypg|?;=IJH_
zUHGTG3enEeJ!!3{L~Z{65gfj4L`8^*i`I8}06;+`l}ptXw0+&Y-Koay&%3RfyR*&<
zK1QYxbZkhWtMTQsqOIGosXLjI=PsVRcoJae10fQ1vzzp0g6qQHxrZtn9e_BSj0!r;
zei9>7t+;bW;lZ5(aOcg-RXHER>o^DtQR2s?Eb>kplQuLeT6k9TIj<UzTg1q{Hadjw
zD{90aamKBz^w1RBYUMM94E<%eF!O!Rt$gtl=2<E_0ce=ZdE;NIJ$=8G7N*X6XbpQi
zHu*P!Dw@+>PWz6lIa)iR9OZv&I0z=}h}(hoapU9S8}?45Q;Et^Fb<Vb(`a4e;a5H9
zPkJZvu^cO}EqB8kW>n68&GTB}Ypm54w>)+x_6qQR8^LE}pXUec(4uwIOZdwi&yzse
z^`W9O>gqD;?oShN73QJNJl!+Dl(Un=2-}q8&TO29J$q-V+PLtN0tI%X8@t!-go?iM
z=KXAw&=N^w2>Y>E4o)y@2BbaMwUXfaOL`9H9>tE{O@G{v3^WsWk_d*Tu&)pG;{GH8
z9N3*f`RBN!0tYd-b)g7=|JFozI~Ks+_BH;)5YY>is?4Qgimc=Ae@F}rbCUL=D@@WF
z<h)G;TvnvFpN90Au%nIXVzmX3jNoOH^r)vkT>s#>8XVDdkP%NUU&p75MgxkJIDQf@
zEt(zM{o&;QDacF_aU>7rAF`Mw;=Y(rN@%z73vpPtD|sV8;P824VI!x;@`zI{?~ls%
z;t4}WGgTw)pqK2OybTcNOh2N<m*s>HApXr?k$%FR9~1~sJ7`&YsWR%qKxT5VeFq59
z7t9xWfl`!Ofj*a>YNn5Ow8WJpSWmUv@8xT|PMp+9z2?8;HsN211$}v*D@R##2mH?}
z@#JkJ0?~fm|0y`e%8+Vmvs|F}P0<r|{Pa8QB1GTN<Z%}d0`Tu_L{kvL{&r>w*Xlpn
zp(QI!^TVLZ5y_`kid#76S$0v~4ke8Q7I;|{0D$zq6@7%x5!DO-Wck$eD1%rD1save
zDMaAW@bkJyV&_8ARW>_#grLq~sE%NLq^T$bpq7IIWFEf{n(hO-74o0})5hN_D<dC2
z${2aPdQN95L3X!zWaV)!PD>FIJsl9asv<<}rDkY1BqZ?m0y+B<6OyHI?{Xif37o95
zQ%LibXb80&bc71o3R|~%oZeRzK`Ij83P||z%0c@JX)5@^DU!E9NG-XobF|pqxEqF_
z3KFoAwv(7^JC!~NY-RA9AjkMp<>(8XC$CL$3*8h$BKp#I4^u(@s_C)3-ky31nS4P9
zVT}r{W>D5#bv=Tb2lwe^0U3Z#|JCq!={YE8b)77W7y+>e3SbD`r79qGkO^&BN4rEq
zE`k83XeI-!vx4<Oqw#^WsDLvr;gHa%YS}PVnekgVdK8Z4dlwbIveNdZy{#ZJ0De8`
z&m&`1=H2>6z*KRFo9|Zb+65k4p*(pT5v+J^z`kg|A790-g*vY?c{0|kN|bSHg;^Wj
zh7k?=;RnsDrTQ`|?MdAgOc<&}I{e`G$;mZ5im&!1xA;}FX1%;au7Nf+NWa<%)-O#!
z(k+Xy3J+VmlNBAZ2rF5|zSkBY36eswKvHN=e7%ZpM-q26@ga)Gb|`;P|Kto;-|^ac
zy*c03MYYkBmUVJ<qdU{cTE&4~ty<Tf)W@NfRDe2Z<(#GFFN&1E$YLNjTBH|$jDiSN
z7U}7#3ySpkgIf_?;n1?4(`gax03xYiriRZoS5@fbj~r3mg{{$q=WIa8Tf+Q2)&?OP
zbsrmkf~oXmb&WEUaIK|~<E~$WC$x&cq{6pOg-2rTLDp;O5!n_(&qpYD(O^YMOy8Zj
z%inBvAzh8b#qJ!^U&upYZbB3J9}g&tp8J~(>mY+Hx;(}-Mu=rson_~Uv{4Fq80D8A
zoHH6_)xN_n2l&^Xm<(aRhOp`@s*YC=9}W!FO%$L?T#)$SzT?L;6>@f|I)DVy1d`CG
z|A;1}7|{YhHyttw`iSskuD4{SDlxUG&RnwD>RLTd{az{@Ta#WnR=gP*@4FH04=Mio
z@qPyrX{)PCxusO3W7=reqD$_ye3Db(ytMhZfHxNR<Q7X-=i1P5T{8^iD5}oH*X$mK
zjb-*m<>0}U(9+-mGH~8t+0}aGkisyu|C<a~)KID*nvS40jQMm#h8)IWN#S#8=V_#x
zPZ}zqG;da$fYC$-8w8EwoaQ7SmH+ddS_6!e=;Dfb@c@Y*E9yuL&Br!0puou}aBCqT
zoHb*~ar4D;_T&8e=SjK{#RHYoSGgOzW=Q3s)mr}b7uhis$yfM+aS5<DIWF>bkUjHC
z{>PPv280?PFJr{Abqs}n_d4jDpWUhTuHnnx<TudYhV@!toc;MTmb{Q_{hiNHnB7tW
z#l-W@*J3HeS;QY6IMge=zIsq=XgFkuO}#atWXiUi)tKm-{qqv}MMfukU~FG&R_z?0
z<ss5wh3}iH4a@h#asKVrry3(JqnL%qvroHcr~rH?uk>pW<OtsB($v(AYNnx$fdXI3
zza$6cgOlFr1bg{|n;_9(8pOy3Lvhl5@Bm`(OXlsgk7K?oMRatU#$}|a)l~05a_>KG
zA}8a!>;G{9$Vsjy7``_<ip=w^-R=}xPf*ng@~_xG`N13ZmpQEI!gq>%9wIb|uckPT
zp<aax-55cI$k`aB=E*o)V;aE!K&*=m-t-&ytm3@<8gp#0wBVS-dXQMjTgH&b@%-xB
zMtC_&EkAwQ@A7F>6xGtjkcCvd*X&_bG-i5>zGX2{<M?)9YqM%9et{!D09*TI^5d&$
z%Vh;!D5pXX6rdcQu7i%ek&kfIMUV7$4vt;_BUt&+H!qQTRMBwm>g8q7i$s#nwwLv}
znFRBaDP*Q|mE!<Xy?^%N>v)M|Krb!)O>A_*Wx!)O&$8a?*|jEqu2q(W*A-a+wGL<b
z^^F~Zp@Mf!%dJwH1U~pA%Lo~uSvIFP_xG@hQ7NiN%F-qH%D-r3E50hwD6Yimz5=y<
zk=`-wFYm$QpR8TY2XPIv+pQ#jf2Pqn4kz=I3IT;i|HMXbFMpscrkCGxytlRlUxlja
z_Ql-Bk*RC8p}vVg0JJcGke*fJv7##_mR9~JqXZe;+t;F_@+Qf1TxF2_9ghJ7Vcp}+
zHA;-4_0dw)i~TywBp{y@Jei~h=`fX#KfyCk?O3Eu#iukueoR@#<4;eZ#Iug|ZpPhS
zK9XS;qPqpA5aBIlLS{qz#M+SMyA}9(1^ZEPxAU&o#Z&;m5C#@RWBx7DKCdS7A1Jd@
zR@+eLnNPm<M3`g{*mI=RY335HZ?#MFD3|dTv2D{)82{W|A|nXEcWjE1F2u}21*Xz+
zGqrr~^?t7!=&Z*h<h{xL|JrJw4EI5vzxk~2`^2u6WaxD*kkXoxH>Z0<Y-J!AIcUyH
z28|m2YQeVlE@&;+3DIs3l*EmQnW?7WkD`44O|^qts2Yi4nitq&K<upByiB0T^Op<t
zH&G1G#4$DbS_Cmkh+#iTfRfB3lzV$P6{o4VGTAc<9aAcYMm;lr9d)q1j$QSzDpA_K
zF4f<=lU2#^a!T2R*+eSlCq4bMZ#tiN^R!@2K7CR1!yQTXiNGh`v@xO~!8E^KLb^7w
zb2gEa!*&eF^KBs@%!mIQfn+|}-y<pqMWdBr6`n}lYiEQrvCcSTfZ=?D(n~+=JnHCW
z^HExxv;~?)kk3W-Y}tLkP-*DZ;orQ6%p|Si^+h)lRh=fjPP>Ti&~7<o1b%E4(}u^c
z)N{6h36G6QgE<|B`Y(r8nXXNwCpo!0BpPsn3zuWRm(}_^v|tN?PY&^mo>4#P<e3ia
zrmVLs>xhCCB(}Au*FZY~@O$CMw<(=T%SG#XRD-QI6G%jkSdY#>eYg~Q8mHUk&z61J
z6@N}{WrPv+_(oNVRNj^X_@mrO#8}CCiyFSK?C>Z?`ckkk^Mz$l{rR9`7=q2iHEJOS
z#$1*KP|=8^28nUk+PkuVcd1Pd#<W7%6Yf6@tY8D>i$fVQj$*a!o_p~x4%p5v)NBj6
z(#|X7etAIq&SAvMc13MkGRZ^*E6&{F;hpizbLp6yS!h^h{nM|ahAhInjQx)Gq;W!q
z)AAX1#@?|F6fc48Ua$VjuL;Kx|G#~t7-Ow@nv8fI@O=(W0~)hu)}*g8a+kI`W3nB5
z)9U%!A33y>zSq!;s2d(VE>0)P)Uq#Wm>xYZvRzZ}-7NevX`b<(OhVtS>T)N45X3~M
z{LsAN(O_T~gBFG}vwnIw$dLY#K`+(Az$E^0{(FvlOp6*Cpb1Bn=URW-N1)tN)YX9o
zB+Q#QT|+~EmVRPQOquw(H9|GTS#XVXuNFPai~E<sH!Yl;Ope!*dbZ69u@F3bMtl}d
zWnX=^t^E97E+TVoA~G^2%94~gSo+NGGSPzRLGC6V%$McA^d|<bT*ZqK^stN6TybD6
zo?TQg73f-+{jB=BQq$>J=;}A}$9tIE58=NzLoy6nR2nYbA^C}AU2u`xD7q={{(SV6
zU^kc|%UjWo*E#ai>WaIi_xj6lQX5~fTg%{Ju4{3v_Bki{V#S{@7)9!}iJhOjK^hma
zqJTYI*qT;RAe1N|smm3WJSuK8{@v|(^?hRx8|m&fPRXjr<_p0tqk59y0tN)}X_J;Y
zz2NF5>L`Yo8+AWg(VtZ0Hq)HrX{FoW%%ECjmdKXvL+3@cykO_v|LFMS4)F!1E@;B-
z7?!l{@qT};pV){z>3-CPKSFT?nMAyepS)~U+;YiZL@egMy3aqP@TsDt5?aRooe|t0
zBIt1TKhSyGh=GaS|JYVfok2+OV4XA_<0(i8T**fl{XCSwyz_|E@OP(&nYZEF{HZM$
zbD=_6MdPuO4tZ;@cxk_qTDA}?LAtn=@J!S`P;xhTn_TM2sp?L%4YhUeV<Jude@wk|
zaAe`uJ>0Q1$;7s;iETR*+Y_4;+qN~aZF^#Sl5}k2>-&4}t@^4?^&eezs=A-E&wln^
z&t7XOA_tY@wtCh{IsFs!>AnW_@Beb$YsY<SzZIi>zQJ{-Je4iW+8bq^R;gpjl8M+K
zwAw9@_h9SZwUpTk`TYsV+0|@>Z`GvfR9|ftJ#gW^(L{IuoR@7Azi!&SBp4!v%p+I~
z-3)+=+r~*x2}joA$@SZCKGV!Q^S%2Z>55VWg~9#%oCvCKsSEN94HV$T*7FThvuY$#
zRPJHON*jQRF~V+ef>)LFu0s;@AGY50&Mcx`=#|0qYZ}o>J<xhOKqZ(A_0I${Kn<X$
z*Q<UE!0;H<5(0au5a@@EeJtKqvrn1D01G&Zu5b?He90+CFle5%kO31?H9cQ106uG{
zTsP2z_L8c65%*=SN6<7!G(CZ^<cUU#x<O&BUjuYw$7a%jZsTHiW-f@zR2LRui!1vE
zqh86+Xpg!@i1qHkYVGP)L$h#h<JkLLmy#4TUtEgLa6#u#fC7**=qz%6iSz#u#kWR<
zGOil@kzw1S>nwJ_Zz;m5Lx}NxvA%xGn_T>4b1q=6FIN8I2%#+#et3es^Y3<3CGxdc
zH|Tivct=2Tj>26GQi4@y`{8fVrgu8@xGVC1J9GfRF)nIL5CI|M;%iA#klKL`xopA6
z?LWk>X(7w>Rp%)HHS8VQpNZcz?1V*6?$s6Bq`f-DKTP&9o!-}?b9Yik*1^o#8*RcU
zKc}^LMC|oe3h7P}ddS+&|7J$Z1Et_aBu^kFz)ULYZzE_y=N+@mPxKF|?x%IkEXD<a
zf)t@6#+E3q9E?0jfcJXV>EE&GC?j<Z<ZjbK2HhPmAw`!f^#0DIfTrG#V{3nxv=HVm
zlD!<$&cDk&pMg)s;cXO-?3g(QV^6=(2c`c>T_r&6(30FIN9YuyDx!N+rGW!@BTTr~
z8y^qX*g3C|S?AaGjP6V<Z95+08;)ocW95br#uGEpItKYcb^G)$0P+5kEzd^nO$fTs
zt>S-Ybia|_>a<<-?mCGf^u(~|v?likZnRGA;6hO+^Q{qjQ8Af*g8{Tz39nBGgss7`
z<1z(70T6>r`ONBo_?!61AU-iM`+q1UY~b+O^k4)95E_;SR_t8JkTk35G(Xifd{c~e
zef$lg7|tuOHPf|<>^*wsf3<)G7~6qS1Xy#e;^sY=zDRZpp1wPW?b(kS;F|(np)97j
zV^3P@Qd{};)DE4=GT>m1K7(w0AVI197>B69Llh00a7@Mxsi@Yc5F8LF5;SFJF0!D!
z*4+Ri)B=>W_yT82|J-oW<lx|b+JXvg9StrQ`=|FLiVp)$E`!|`(VOV&?JFI0foaf)
zclU*ok0#=3P61Q#S)7~qhSBrn4=DwyC6`SW5&&!|-Qq@s5%u_v#EHLtH|3L^_w)4s
zFg*W+#qSM~nhrtdcfC=Z9NM({Bd+fgTeurL#ti=B=--fbDghW%(-7)Rt>8k>AFMYF
zKDK!+C$TaB*ltC}OiFMJ8FLTomBgMgT+0i4uZ5JFZ;!^OA+5C^efi-O?P~s+?z~xJ
zn)A<G(#ly2YBd!GT9AOCV?k!frq~#}fPXFY;iTN8@4^-rQ7?r<rA1bF^PW(AStHB$
z8mdpTxvCposzpHCj-&iaub#4@T*ENzL|!tHJhgn}#m-Vxz`S49vS#UH%izhA1ld|5
z0^O|TW5-b#`MVF7we#Y3h-?PQ%LeiP%PjGSr{CPlt_M(P?I}FXxXpk6+E0^Q=~+Ik
z4&Ef3e^_X)!0lqc9WDx-4?MHzh=dhqJ4n_!GZDZKF_pE={9UQz2Nw^Cbe|4Jyw}*3
z4_VVnW{gTnYGk|~Do4J?p){^4;OKb&t)Q`GwgRJJ?N-W%MPP*De6FTBhtRX{ZOe=(
zb9Vt*Ijqrmp3$DgY~`YS3rIjr3HqTi!zWs<BAs7d_b&<AH!N--3Y5I!TUMJ+JR(Ce
z8ZsQ{<OWsRPq|otf6f&)Z32xibItceLQWD<pE)6gXv4ju;%sXRuuEn5bIBKk@LO@l
z04?~o*ITAk-*?@HW)vs3rndtv#3pjX%g7Kf`a!to3I7*~ohT(Hg4c>*v42XeU53|2
z0k04r_OT}q9j5dbXU<G1(d{=d;(t+czrenzdwfVuCA6N|>dW9Air4_eZ*#%>f4$+1
z*X<W3?6-wci+1p~?%zoQv0rAMkFdhWW%lgl8_wvbY>lDBKXSe*UuygX|L>oCzTwo<
zyen3_7lH@|9E;kt8V?{XwUM!w3m!K<QQykmyMRf8J5GrlzkG2%p7OVVvI_H=G?p?V
zTXJ1_x2$p#JV#8uvFd(3LG(!~@>VHtzn3V86A)f$mHvSwjA+1B>$=So7#=;%LC6i|
zkNA~fmC58*XHWR+Ifk2N-=Ew=!u08BI?do1s?ZSUOb$|+Q?``1;KF9uEM|m079wCo
z{ULa`eliiCa`eUB8qVuEkQ`w7(I>e~JuV3QzjkNpMC!I;A-!kCorncY1})B1I~m#b
z6%uft%L*p5hhkExkX3;}YY#b@H(36bPv+91q_c<uFk^Cw=1+AoQneUEtnV4yY**cQ
zO!9hemCk0T{13m)uA_0J5oHBj=!Cza{Fn^Kw&T`a{l%olya3dHpv_9~UX<6%U2Spl
zob`z<{_c2lGbX=kL&~NmaU^@(@J=?s1p19q{0jCLsC{55#L^EVzJcY++Ir-;oZ_%@
z4cxM<9c;}sp=baNFu_aQWo`59G*35r<Fl%cNbg;b!p8i2ofzdGjp=tEkFjv2$qH@m
z(%k8ucJ?(#)M2Gd<dSf5qyI&Q0T?itu=V`|>4Sznb74=xxk1(*Dz&1ECwl60yN-SR
zA2QuHtQ*DfI-(&mh_}p(u0_B(i6H-6L||#v?B8R=o;5a`!rsvudR8#_LZk2?1+zLU
z2$`&&s#!IQlo>Qt8b)#Nk;TVu83E0si}3G?T<cShQ}R|)@PX^uuit_;(CP`PPa!J%
z-Bur!W1Py$ruaNZ?T%=dUWRiM;Q-+~FG?4S51Lo1uL#6&wg*3E5h-8zZ}Tn9Kk&E*
z75tbAfFG%CD}`Hm5P)EQ)XMd;8D93y(iYAtzN^@R1N}HQu6uC-q6i)k@=~zRvRU36
zxKN}7v)<KFZ-d9!HN!6et;DS!zQLNZiAi{49r>wcf5Fyv&1E;c*h4FSAfk&F^8SMF
z+$_@w<DMz&WcPn14M>1sByx9NGyE+z<4+)1zG=OzCLd#BGy+J0<o85A9BT%kPsoy=
z3M3$4&n;4-QjZgMIxiq3%pPl@{-eo4E{C`I#$Lkxt5wG*YKVX=mX@K)znRlbI(q|c
z3(WYA7irb6!Xc5|M|s4MS5DBUbx*9Ul^~QcC!o;s4KG(nlH0z^n&4*fly+|vrOq09
z6UD?pvF+Nkv1CQolPtF1Sn5|oxu2$npmq!gI;^kIa!Uc3vnnnKdsElx{$d4rL;Pqc
z4?%O`6a{faKdFE1j)d=vfRMZG+E0UX=FcR2g`N`^%$jOkfN5^m$3Wz_r5Q|n7SFHq
zN=Kcp@4!H`9HQM%{QqAXj)d)uaW=xM*^nC1Apt18eq(HPK14|f5c&Ha`>B66mS+MM
zuzzfAWO7yJw2+R-DX(tZ1Ux^Iu({Uj*NQH$<;=um7?JqnJ(>JX4ER}7=B-%^@}|E>
zWM`~}3V7yd&(=+-k<xx@J1%E>6y&n<vsAls%;}TPWjud*#(uvL>rQp@`!N&0pGpN!
zB~`aCC0bE)1atzx!Xo3JTq^FQ|0XAM;oPch;H<Vj{~Ugh4D~)+tpvpg_fGTHouu^9
z2)jN>94hfZUen;=Y-1Z4<hp3(=}X(kY!w7LKxsh1YRVgGN=*NSJX=zt3KzY6H?Nam
zrGm=n3F4U2{#wH$NwukSy#HPk>%T3J4=O8d`B~k|?HP2!O-s|gxGt>9wWy0hQpvfv
zqNCBazX=$Wb7S@UFs9u2RstgR>ciu{w+$FE=plVCSVwwnXs@aLd;f(D0cvVnp7gVa
zFnSr|aHVS7SH6c|Q;J*re>i(mfAJ=2*JtWs*+NI@L};gu5P`ft{-bxJ6K%Gh%P`$x
zyrNsVh@=ggEa}Gp69OH`90p2Fp&^yLPEhGyy~g3QIGf-mPKel*_bl!b5SQ9Z+32n%
zf4Z*M<16Zs0Wh)&)dh~}69))w!(wVRyovC^g=W?&G}}}&>n>(Kan&d3!n%gru8!|(
zc#AfUc~%bPrO^a*=iDnx?k;S0_KyvuuRB*t2W6iIY!?0=foS9;5h(Lm2+3vi1Tc;-
zk@NM!IWV71yrJ8}HgC1dI?}#$Rr?gWS-@iTgrz8c&QcFHOu(uB19`+y7urr+aQf5p
z6PaH6#!C$qVv0aAh<o#cOf+!6{cCpHb3{_T)b2f#t=sIU*Hw2Sc<?s)J*5;nn7HF`
z4`}vET#3FD6SI?)I{cnApOlz^9PFEv)KxcC67VAXX%L4hNt(K&?d)~tVKQvWIhW0X
zH7VP_=B@qe%?N%CAV=T@$h0B&{)Y+t`X~0`lN9!Oo7U~3*{iNMwLZR)UAT#&*qaQT
z7fZ^;01uiIZorO6ZH-(>hYT;RJN9Hq&JP|Poifl-JcbZ(<aUS&-E`1w?Vu6ZG#_s<
z&=*i6fpxDYwf!!eS-FjyzKdm|^R%c;8CBXa3q$a!Z~f6pfrzZCI{((+E{`&Q=x+T7
z-#Z>TT>$-at8m^kR=TUFR_>4gOWko2j$B2bU)SD0UoOwtoR0Qv;x00$!0X!D`W?i&
zkLhXgMDieGYT0N_&Zd~x_1;Gz#iiWKVvZU+tcM4xMSz44ftI_Fc6V9SI5~aqFRp|h
zhQonGfeZ}vJDBev(d5=L#h0N~x*%CjHLmlE#)XBtsKJX?^um<a$>(h4SR3yf$uhmH
zbFDed_NUzaAD#Hnz6M#!y+`?j`97cJGxqjd5z_||Rt#5!rB6K$IE4GJLOimJb7tR{
z?YI&8Too|*<+Cqg@=vWshh*ct2Y$Mx?6pemPA_ntUP!)UdAnu<mlsdZVN7=5Vdh+w
zf!ENXz1XL%Q=^M!JW1=Lt#G1Z{j<Rnk~9;`m|T}YlTUEMxO;ufMc<z8lLUba2~Ppi
zxDXN!d%X}<f3F|H9+HQUdj<wiEn@dX#e%LHz3}k9cyRf59fTOge{};50frN60Nmay
z=wW6Z?3$t>$e>-R^j8h%i&$h~*st^bQ(y|5EgX8^a7YPQ6rUw2^451CkBYG^m#dzN
z1yf^cTZwI)a&&Sg&(tG#^cTIbfXcRK<-xkBFK!vqbe7tSjPT^AfcH0~v4K8$^vb+9
zVCq%qmqpx?z;(|@_~_1+m1iebAv-wmia#%Ft_!$4`(i)wrEhPPo_|szK#~6UOf+4j
z^vqHlXtRX$=9O{WJG5cfmF)*1%cZflEtKcoh3m#a;fGd>O>@S*l+ili=*Y<LOb)><
zcpp9Jaa!ScIzR}62`<IWSpi(wU-tC{pCO$5_Ocgwx)jUttnkqaS{;G}^k4-rp(zm5
z`&B{uTA*xpNyF7ndGlSG&x=baHT<uW0t7tco^D6rfJos-A~c3t$<f^CR<xa|cPeH;
zrN~+5Y7m_n-cR|QAL|IRw1KH!5`0&Ksddp8lv%=EzWAlNgecJXRYvpeKiUTgTGdZy
z2jXkfH0eJF{K$73N3CB2=k#w&On6#zJO2LVCH<lhXx?~TM)-wj0uTEFYXy8g9f9bc
ziqa<{h259k7cb6G(O1^<%%5%P8{aT~JBVK%lO0@D(eTF~@lEE==ZN+Z)XpY8v+qHV
zm7h<cl_hfDj3BkX+ARFhNdUc-iuh|I)%7fIr-GNZb%pawvu2~ke98Y`hktxFv5PgJ
zq~|iXaov$?>&DyHi&pNI8w}t{iXt@1!C=Rr7Z!<VM;_1;_0xe`Jwh6L2!dEPt&U>q
zmLVob`?Z5?>jTMn;t^XqFr8KPksCjkKajLyqLnu5@n;fmp@39Etiz<tXTRUdPO-D|
z>CTKDuaXtsjSjDjcXi3Z?z9GaHy6E?Pkn23+FMkV4wuh|_fDBk6x}f{k9VWh{&o~N
zv0|Ew!DV~LJUpj%!_b^*xF6jVg~Cv39pZ%q3@JFayB)0T0IOR%KH~ngBWxt?j@nXN
znWFhsOx508m$dp>E!WjWqYvKe5vp<_-&IW!a*~OkuFD7GsCr*Ki1vNy+9LNBHvu=m
zOG*Ws)1enKm7;cjnMB9(t2eK7e$z==wYk$`03^DGhzte52uAbCjYbmMvA!HzD3_7%
zr{lMZTXj((LpFP5c;a-|vJ3*5T25B6iq#;TwcPO+$&RM;$Uh>4Rg{hXLFkCm&})bp
zBFL?zJ7e^(bXRzu>6FE~UxOoYc?$aH?431voh0g-M)216ffng2h#9~xU)WV;%e%bn
zGbB@S!ZolYo*7>TaiUiqeIemZ4KDRUc_|?#_rjyWB4T~c`~!RF(5^nwLwRP?C(R>)
zAKCZv2HAi}<xAUSGGRG)VEd@PiNkhvJD*X*N_L4KYB|oekGbNE+<%A4#6Bs+=uI<u
z`gPH7=xZ>g8O7fv%RW=JS6u;h8|{bi$ztCv&a^#ub>~ZVQ!8IX9`Hb9gz$PrEmJyi
z>cyKa;5tm#x2%o%833i)3Pm5wuH2W(oTW(1VJ6`hK4*@~f#jv0Ky%&>n2>WdP(~w_
zSg7F~#$eJZUNkASnEZWIj-n!VGoP(Y6=)Dq?b8kr8p8u3A{(90uhg`Hv-%uwWd^2(
zA}vqAw}wf!_@12jeZq#+#$EKxf#pA})^ZTmN?JxX*PvtUYq7|h4(CE(CG|$QN1*=&
z76D{dG&u+w2yx@X!J_y9!2)<giFNCKr^Sxg&6M#p#>;+d*$s5D4Sm}Lp`ZNe6y}}`
z*C($f8zd^Y&z9jkqQVv?Z(?FVW~+n8pMir_8}psDzD`F|lcEG%WccwR{RUe)o;z+~
z!c@p##Q&Ff3sfQK{)yuVqpqFtp2PT#-kkaO;1H<pJQkx_E}R7Yu5>byY-#aI;~4iF
z`b2$yl?BnI#OG8L^In{kl#Z<L49Xu34!=L@29zq4O{rs5R{)s#yn}1BEtE6vFtxL4
zhOcnUm9uJ@nroy&eAy#~nPrIh<OP!z5EB&OtNjKXzk+$`@=6Mjbl$ip!{u*uQEI41
zLj1-s<_{Z3#Jy`=AgH}anSf_vj#bzIS<{f6c9P`=L2v4#tt=*4bai{1-vnrQEz2z8
zay4{xZ$01Mtx;!V+Nvs+#H-;DedZ<?%`Q7ClZK)iEc8@0t-w5HA8j{R_-bs`j@K9+
zv&RI=7AZ8o)zM1vh&XbNu)K(~EN^@Pv3;vMPWI$B@?%1BCl9iE>lpVX{M_Ad_(rE;
zef85<>u$`idiM*g2#9z~d4D|c7Hi$DfwB`pE&sJa`y~-M73|mk#PjkQrDXT~3m4C#
zgMuhCY$T*Ks`}f~za1K|;x2OgX?Dbqp|Xp@%lks;4u0(FAODm!^=)g`m&!~XtQ~#&
zCm)tNc`jg*zV>!ft7|`6+>xA4wx#sz?$r{T#h6^(>E&f&d-vbt4L}YKa^N9dA?*Ma
z1;ul|tv(ctbs<<{+q?7z^;l`f{wylZ8YjdPIFoL6sMc-Zocl%a>x1v@FTTqtmrkx`
z!*@5pt)t)NLicL_C4L4Jxu0DxJRsB9CcXapx4;id0a<V`cH2L0ZSgz4e*8ajCI$p_
zbSb*Aj8E%f-?`Uh-_9xb{A)X9%lnRhX+{=DF0U;4uGkYiS<?n2uGpOQ*g0~uv(gdB
zjbtR>os^+L9T4~wJec_i7QCEAmgb~91{HF<zcj_K$7FmQ^FHLIp$EH*DWHB1Hy4tb
z_Bkfv=7Vt9o)qvtN3u-+zaVqINC?IxGLj|`zn9=g$0e!rH9U@{wceLaXF1(lL(!$=
z#pb$YOR$wCTdReQ4a(!3ShhalY-$7I#Zh1yUZuPCwAsjmX-o8)mq<o)aqG=}{;Uak
z(9pju>(d^)+uXD5w$ATD=SLpWk<sQxS5qbjt{j<#DZamk{_e;#W*?7rl?Ne2nxA+5
z)4{lX@ckau+du^OVXpjAxE*eAc-e`gn_AJeZB||;ZZe<Zk|yAECNs35wmBjMcwti8
zK!Ij_a)A5iJ*%NaS$Wp54i*N0_D2VDN*JFrKaCdb@DtYCLuGYLQGI(=7xTfVlTO_X
z5BZKKgX_NhBf88?ewy%nH3&m!Q}OPW%4fxY(|vI26^nqZT;anJR9nW5!HJZiew8B%
z%{A#WcOdU`=Kd|GWk8eFg9U>C=qaswNI<|}4u-H}>99S>A$P#X{C=9?X+Y$7QwKvZ
zixhsZO5v!udfPzU2Vr^2YJY7WIBibYR@jcF=N=dIG*cgbCAyPga@zfIaiF~!HP_Et
zJjTR-UAw=9LH<~FA8hdt`I;=stl7=^-z<Qx#50$D`(jTmY`_y)easha+tM0W61fJs
zBD$vU-_bbAuJ3A(v!!T)V(xk>T!fcZJ1YutQQ*&~xO#KGglK<!31}5<8$ifO+a&Tz
zgSMzLs-|j*=67I6O(g*IB1f-dDBr4Rf6R>Rs)IqMS%L(ZeZ?dE=n?&R<aA2xwpSd;
zFh}rnoqaP+prS0}dtYVjzQz?kg#Wix&>F8gkqEQ*jHn~kiBJmY8Ls9^4vNQj<n&%$
zd)Xta(qMJz)K|c7zF8TDs3|)xEqd(5{^*u$;h5DwZt{eYx$)m!gWt3w>KEQcZS9|q
zS<+yF3|9w=+rSWDj^)N>KDPZ#g;YIcLoRfbIXk%~S<W|x&F-p~Fh21{7keB=t>MwP
z;mqJ+0f?AIFK;uU5E{i$f`@B9Z5t+q?6;moEx}OvFIs8*XjWzzR14ha_NY{cDAwy+
z(D{D$7Ece`sC0HnXDu8Y=a>03mgwE4<z0n{UQ@O252u+-)j5V2+9$1iN&+Jfr`>4)
z^1P`wz81wsrJb-MxD3-ifYsN!Jb)1$=IMR6inZ(Re{13wG{584ef_kJ=dwwgF{|g}
z#XrjsGn>=^U^lal-Xf<SgN|5dJT(Q1)FkV5l$3lF7QE)qA0gLP*VJt71pOv0VMhQm
z)9|wrBd97UcCmLTN=W#ta__S4#T-7p9(FAC;*>zh;4(ex9co|e<}unh+Cw2gcrf0O
z0&H0p=FCqgl)>7%3TL;2MSG(XDPdQ?r4~%PeEj>F8Qw2j)hXU$poX%A_b*^@hzp{t
zY?9c#HSeV0&eArKB76Z^Le%7i<S6l@&2HR57kJ%Ru_jTHK-g-rcm3yJhT<Jjh-G`j
zS0TW6Kl*C$Z*oZDYz!W=(5oPoI}2E!WZ<UPZEDh&TH?nCN>yNYM8~%N`+t*pPDep#
zRSJ6!*V1OwU$<AmO@OY)#HoEL{+)>f4Q@;!tbpbSw9;1+d_d*UA(x~C-cTEoACk9D
zw|U#bC9`3I_acHH=DbQnK|*ZuBTCYvMS*dk`&^XcBR!%AOEvHS+{F6|A(p41&eHk{
zG*up@vfcyy_xtOpz4;G5Z}GbTl)#C>hqS#E^XC>UW!`mqF-Vx04g6$A8O-vthd^jy
zj}ss~+0Dml3R=dNbhv;cQaj8NW$>ujXkWIm+;Bp&5P-+8su7|k<eT}`=AJ@_++#@T
zvkF4xD%q#+&HTt8mp9?t7^`_9_lZU;AqvB=Kwz={*jghqzs-F}e;HVCPwrHz)46uK
zi?#J-IvE7ClxVMaozFHEa?o~dt*!0{Rds&8Fsz|I{>%#aa~?_I|K)HVS5f(o<>tn*
zd52}g*?|DKuFO0yZ_%(#vYOQ;s`FIGArQ8>m{~&ir2$2JN+Q1NgBBy9$F->vYzx;2
zbU~q3v(u#X$CrbVEg65W!Pk5DCTWqXxZ+!>I~F+~EY4l%BIOkS`nHvIwj=0Bd9#?^
z#nSy`R;wPA#rY(02;Q=})qWRwYMVDa>~FwgFAkPZme<Xi(Qp1^%7y3vJb<Eb+=9cX
zEU^&`@r7}nLSHP=bo945K>W*gp;cR!$udss)yr-J>Y<#>D1XjV+SyMzghBsRbn`m^
z>`u=_{}!yjPD=|z`UBhjhetx!L85|oAp|ptJ!(JYxi)s|OxmJqCT@^J-GE*4=I;=3
z6um^0?`LN*6E?VJ1-L@<Pv}l%_vZ7+JiOgzlV;}e{$GHKw?uO1w3@qXfB(Vw4Xo*b
z7r1UR@`$@;e>YN||MtkbC|u7Um(FK1r?Ajq`Q39ad*5yJ#9rwVOA$)PV2VdUTAc0<
zj`Ehvr!5Tx6LT-dxW55M>f*ZE8@NqE#k6eAW@of+)L_w@->2>X)al8os%$nVhE`|V
z&6RR#PqqX(Vnwtom6P|nL<!U)Qeo11iQ+4HG!V>%hH~Z;YjY2K!?PIsD?>QYVV3U`
zKbNp>mVy)C{J?jgwCK@J<Z&39XP+7tzSff0x!$mgz`i$Fc?>(pb{di6=eckkU<U-G
z^m7oYOLQgCD<q@&lu~xa5);cg{cCds(^@nKyf)N)Dtdbg=Y9;<y=?)KeYdHg%;zWt
zQ^T+EujUhq#&uQf{wTx!-2d5JP0)93FUmg>5tEbp?g|>9s7|o9f~@TnLoswR0*95@
zvq4%iXhrhc+9)i+jeTq~SO!SF(Ce}+4v!3kk9P4iEM92S0?1}imNkHkOqX^yxc33A
zl}co?&No_^3NTUx<kIofBh-itp`kfQ$YFe`RINUH>Afc1me8$-ZAN{fUwUhD1^fth
zJUSm#6#or)5Rj?W>i;GD%4QLTKk8bI0jR+%u%Q5R!N3(_k^4Ds-ypSNY&Ee6VaNh<
zW0pN<a}vc{@=-?FUELh%lYURgdvP$8^UW&Z(0Mx0J<D;_mnWC1<d<}J%H^;fGeui~
zFUpE_Pa@B_3;te0h7$G-F>sfS^;i?Q9v##hyX#dy#gC~RSa?=AUs%-Uhu=7n$aahy
zknm#C+>Gm55D85Z@cdEaak+VJBnW=(%c-4wqS1BD4Kj5!fxo&)y4Y`K@36ATTV4Wu
zQ<(1LDV-J394p-;#{NE=eUanr^R3_LD3%|bc>jVsHkbjY6d)xd3$BD!sn&jx@>SLI
zV$tvX?_?vUB}`NRnVpuwNAdB6!WZBA1fqt4YEjz$Z6fJ;`C%~)*KVzaQ=Ts7cr5*4
zLr2c~o6t0&*(iriZ4k+ZD3G~=R&mKi<a_J#!J^z5g(YTcm$tp_JYGs_G77{h<J4e*
zCRj8b0Z21Wv~kWgz4)Vx6)5gLZ2Z;n!IMjrH<MYP=2Omhd9YeTAilC~>CDYe47-pD
zcPK1}i6xn<y4O0!ln6y^47<P^U4J3|!EpQ~uqFh%yVQyOK{fW=c5E|A<npk?FkTe9
zh4{&);^*-6U(n&*zxr^L0w7ZMl)BW3vcK9>`ymbkPofHC$jm-nycz{ia{h?`FF_G)
z?h%7|TTHL_r{w<6OsSmekf>9uX$=JO=mpYsE-|Z1x*a#-PilFs<4JYqEQRu!O;tF<
zIl&K}1`g#vA8?!pmTJG=d4IR8?EaW6qiYR|tvcGwK_T`LO{P{8gN=|?t!7bN0rvDv
zir$*@EI&TL7(Gjx$ZF;`5jkd||GHds&pFlGcFs2(xRKVAq_yEnD}Lw8y_jgWoO;li
zAg>rG93^=A(a}CY=)&|?tk`dGNQ+{HzjMck^`DZN!`;;86vcJr9Jt^^?2@5#j;q*`
zTw=qPYG-Xbz3BS=DUtYDpUVoi-^~bm%54ox-<<QYU0#t<ju<DIRu;%RUGh*hk{gnX
zZf0koo+u%sZfD(TsuZ1&`uPW^uWf#>g?zp|g|&w_t3hbN(8=FvE})dzG=iRaXn<JB
zZBxnF50G~(Fu1c=di>z>Qqu5GSPnqXIH7=JKZ*f8QV$5GWCQaEV*y+bN5>I$if{D#
zOI{iq+fpl}K7kdSuL#C6V3ixtez}y+{SO@}kmzQx8E1v#%Me!egzR^aH-@mBSqu^p
z3Kd$BsozR}<&?FFMHbRbpzx@dwMnga%JaJ3xct7s3vnd7;fzRiX+<jS1bPcKN7!A`
zYpd)SzB&;4#&Y`g-T#w!M3qA@8y`Ls9T^hL3obZ3<Q=27v3=ZzzMI62b8;UZ8^!SA
zS_{^;_&3*Y%p;`UTOB3dPd05T`@VV%6Xm%wnDl;x2N8g*(Yt{MfscbJ0FfPhdV&jI
z8aw~RGOK-TZMWB}^EJ-HJ43+8FE-77Ywkt8&RQ(jpzWLPTNnNS<u_5Yh(J6v$5nGC
zRTQ{B=U8va*rWG-eHfeurDeT*qRySXe$&J5`Jb<#2ZLtc?uvn}({K+UU4DHvgLTs6
zO7Sy}DJu2B{ME5NqslBzCf<S2%~sq*bDw^Q+01h9qGG-aODGt+qi1SdF87-$Eakn3
zVt*Q&$7Y05{2LQ@2ylPW6jg~MVOmojnLZiO35qy6<+`%!AI=^+H$5Z!#bHJ3tIK?Q
zf+c2b_AGcG7F!el;v<KDI2k#tu|D|G2pfQ}D-Qg+KU$zv$*d2e^UK8z6$Idr{0G2c
zz+ewmb*<#e=Q^v?(acz5h=u9n&w$8($OHpWhl_IKb8!OnvP#$#SM+Qnv`X@~jF$YG
z#Vr&(SK{bQIPo>tNK4pcO>hu(y_?&OJ0A$Q@<JlMBGnMn-m~Y*;O#tS%AG5G=@1&(
z8s=XYJ3#Nz!1xc%(Z|yH;CB<3VbwA_6gv#Wk7HCIb8Sa!ZL^Q2FcG{5W#v&d>1OW0
z=aF_xiQ?eW;nVvXY3isJ%SH$s2xJ4FODF-`4HzkhF$Ea!AU07MA39|iqcZtaG<~*Z
z=A8_rIO4|9;33ofad!=-PgXxa0cUO{4LqATw<eDr#z-X3cn!>^GRbT<eNevG4f<Ox
z=)R$a&6!{iAc;DXsExP8oempWG1HA`hLSqij#G(_KNXn7@?@n!D5;_X)BTjoc|5oV
z*@>MBG+r*8B~AU4#y<!%hxpewkj#d|F`JDQ;t>2>mon|=eb>LD8ySEt$uH*;hXJR{
z{fF!{HWzfwx-VGNbutI7d{^dAqGWzpb?D?)Rr~DMg*9PrVUMsw$O6^Yx$-ozhvVt*
zf;#p>Xm^klI}bGF>8^`g8ZuJMu(82&Em}WoPK1PWhwP_Wz2q@*H!3Q(wiq%(145j{
z;dlJ@9L%k%eA6*{8?Hx-ZOpqL{ICCFsb=^L<c5g)5tiC79&c@QqNaEls*To{cEoxA
zIeQIa_8Ki72pP3SF?p2h^=oZ@klRcEzNl93gxM*;K$yjG|B~|N#l6=@1+;7hsty+X
z0uY)6rxCU83!V#u2JyaW2Lb|+VhA#5T}}WPeyi10?5ljF0KKUC2cb^#z=PC*GU}$|
zlVE9;QUvAqs_(KFo+GKcAL;fVzLXK{UT$Y_%{N|HiX-$pMQ)1!^tU$o+nK=-BS#xC
zy0-TjIbk<pqY_SQ8rToh0qj`V797YOJp~EK@zAlmo<ogdxl@%%p(HymD|*KqL?^V~
ztuq=jMye-w1qk|!F6ug*qd(mEA9OR8-<93=3+g==6v5N=3A5VEM_gfhPr5Y#{bX$^
z7WPO3aFgvp7R*VMb!r5Q9pfEnPj#n}Q)Rs@UypHS0Hkms5Z8QW%b>YI$qXQ5*BdQp
zq>B+S83~s8`3|#q2VDG`aQz}iYt7wX{IYK!t^1I45E;2S31f#6z1&}?bV<wToSc3u
zYx3LIxJ$5E%An%upo`I^Nuo1j{SloH6scU8*UL{3ukQ}M=~h{7|C1%e?87?L?>t-(
zWd<{Vkm;x98G|)T8)XKP$sIkolR|gZ{N*#}dwEZxfHGcxGPX!i-x8&d@4ii;Z2ZM@
zXZ}fwb7U=OT<#p*TXE;Lz$5a>vM$j-H(g|h0jbn-I&h)Ne6CFN7S;hxmNcmp{jEL5
z%@OaS5St>>f0XMb3FKH)!}b$;+FCYaDfQcHTN<;R(xXI<a#Tmq1W0ksTju`KgdCAF
zh=HUu_f|&@J+ry+QE0At>vnV5K#iV|ZI{FzXsOwpy5XmNoJF$Vh$v6A+)m|WT5z6!
z{QlGF0iZBlYsX!B<cy>boT?#JeIa}pA|SM~F@^h6ELl|Rra%9)Eqir|uqBNa$vAfX
zUy9=ZiqOaJnsBP>Fj!12gu+7e8%+H8pg;sQVY+TWdP*!Lt^YwNFE6Km@<k)PoNEcX
z&=46RJ=o2&<7d@q6@5DaJUBLA5Kig<q*A6Gn1kC2f#~i#x$#qXbo))T(QgfSugEG4
zwbO$4CAUgMfYSCSRmtvGJU%{_xbn+OtCm?A^~5KA)Ub+@!ysYU{S=LAY1hND4p+w|
zaG`Aa=(m4JcI-7%jYa0Kmbamc^4I8G#zIR5_MD$95QdKePnY0&TTsqxjsyW?Py_op
znK*C!6HivP_L^Yno|}!GQ;<R@qx_tmo~KXxwph^A*c}Y>VgiyA>~2Z~Av|XFKP=n3
zfH2d*mxrP!C`;>yT%3j)U4A<x7=IjES@hJdHMNJ7CA&@aA5|{CDJw3XM^)ee<t*d2
zZN7DkPyqt9PlXg;7j{qk%-e<r9}{~$Pf$_gnr7qS_uh~O55A1_FGNcAk{_D*abYp=
zd+bLAOdd`a$8GVT;cG|&*1UHs=Y96+UJ40x-{H4gb{6S`d{_VyZ&py=b)%iMk;X#}
z0|CM$80ts7F79~yqnpKiZy@<iAX)!1x5L!V;ln70=#Hzq?2+StitiuZuHKq8Gjur!
zLbJQ6zRS?W#ufB0>aCkg^0`)<1J$PmXJ#;^kB>|QcZKQ07J!qgIskUp+Cnj@;6szw
zD2})?LEaL=X81i7<in5BTVstAK1Z9_T;zD`vuF!*Ery5WrxNKWgr5jgrvT3~2`4_&
zU1%#Cb$vweT6mb%IkKZWqm?T`6vO+1I&5jlK2(iMg~6E;-$%Dc?Udr$3m~`J->-WP
z7$_qexrAuPmvqkqd<H)~)~cDW5AN(dF#wm#Z}u-nE<oSAJv9K24I7}o9V=*|i}6Jk
z8(&Bb9aIlem;mwY<+3>K#^Ol;x3{;rxVWWq8BR&6$b@|9IXV0w9hu~048ZYhUaJ;8
znPe=!18YEEUmuF#yTg33bc?9PZ0_{<xaVm_8GxOG!xto_0FvUd{+j$juxFr)Pht|l
z1SWcN`7Azr+{s2A08US??Y%wbNcHRltqC6}I&Q4}_vxC*?g=id-#y9<3h{Vq^9;9B
zO07%v&Ouh_8l%6Ci=6GzduWsHl94UPuSxV|6ln~Vu^NGXr-ai=Dk+qFH98eRBEWKz
z!+~5*8uHI+l)_4X;F=i;2<Lzl*7a{5x9RdYtT6->kMtdpx&_rvV|`-#2)M`xaL;Fs
zXx?wSrin#-ef&;16ZuY73_y(G=?xnI7U^N}fIah@b0p-V455CDoxSY?#U5a>YO<IH
zRw$9y*<%4Z59f^e+gok$-{AurPR$Sj900MO?D<&L{aB0<B4<B{mBF?N_k##uUooS8
z-#}j6p3~>b_olAw;Y>>__9DuUGmeC>COO@4dq?oEN>>NhUCB$Jgtis8K=-dsMeRX2
zq<&+_XhU(P@8bh&@)^*XfdH8nw~K2gD5W-a{>OmYFUW1tX)s&Dg-1SH0SF<TdTpNR
zW~bgz21;|n#`Wa^s!Fpb@2JZg^<^EteUP+flMU|Ftrl{?K@dDfMd7t1A24G_a2ctO
zAyK?8zhb3?=)C#h(VD59B=y<I_!ZBJeupj>YWMU~K!W-C0WCE1w=4}M{qa18nyV5!
z6qwp^mOmHNF%{ZfQh56fm-Fv5Jco8L7<lT;z@~|f1ns-G8X(3sT?wb{Dzp3L=KTD;
z^YIMu!3)5`!eX;h(>+cDin&Y<8x13)y$m)BL}-YB<m6;51E2aYpUgmz;8{xxCnaSl
zA$x{gOiYYwsoW2bYeRQ;E<lLL&C78fiida^*}H#bL0lA=*v#RYL>El`1(kzdl_fn-
zG1PE)`pD9I2clY51xz2{ufAn$hrwpN75&zqhj0q(S==(h>-lD#%m&1;<E8|1oNhH%
z)1bgILrmYlcaxQz9h^P`?mf0Nu+YLP<T_IL_!_*w>;bb;%zx(e3hg^B<v#jWR;`pZ
zPON*?C8}>oAkSM2yzX;KZ{2kQ^RAz=$!WeUf|zAI9_%TeIc&`3KI>E+kHLy_dZQSr
zL1=WcAUkUQ=}vDA-vT1BlSL?BU>Ea=<Qoy&<APe_yxRNIHqTQ!!+4=qL^pw4FSCkj
zRZquz<Qa3u6)DP^Ar|~@TfG#=l4`z&K9JV4=u_gV(dOF@nV!Rkfo~<?AWy9=*kMT6
zc12h>Ho3x{1;VnuytkvL`ofDyEqb$fw~blE0zTPG!#nn-%=2MEFrNMBaUlPt(rUAU
z7;eS#gp|$TwC6FxX)4ONCmZ`UJ^wX&Jbr)szA?0#19J8o=n#P@-L(2DTNy*#A%1s3
zFVE!FD#&kuk!c;H^cUQ1*JQ{{CRkl%pXmN*6>E5M2xU~>TR`dcp6st*%2i+lMn9L6
z&--^I`S#K73P*|k8e5V!vFA6+IUjeY0&yU0S1}qEk%$e}4U1{oE}#a-FGfBWei^i0
zfumq3UFDG(X{xrdK=_;UhJQgxN-1MVCpxvi*N+nF^!o7w63O8Lm1t8gFE82mUh@i7
zD!RJ6iG1(>t{C`lxyiV@x2C0~DU>;<%PC_BqiSnwqf^SA0D%RgAYCGt`xE5?B`p;d
zQVe)7-A*?K28NiCx*&WVp&t)lVi{Lkh2<HPX3sAA7VQ*98A5-GpD&j?Aq*ryey2Mw
z8VjCwV{%5Th<?*gv;awq*65E-29L<yey<(S&Pn@Nj?hY5hJPLV^YR<JD0a7+N}Kx2
zLf7kF*49T^2ddo2Ki3QF(7fZt%?A^JFsk2z*%nlFCx#{!W>`=leaP%LX5I$xHUZnx
zWI+6rl;b<h-euAjyShf2;Ux<dkxWu>gLr|+7l)(mj}?1$kF6sWKq#FnqM#-yVMJo#
zEA~324aU((r{pM}ix)vaZH=^z_@rw!w#%^Sva-_gpP&&X29}DX@n5a{i?KA^M%o!P
z%IYS)OasU69BlQ<gBSWoND*N3buQ(<bFhkGb2&8xzH=nX518_@R(7?V6!(4bQ-5Kk
z2&hp>qR&R^TL??M4u?|j$K@(;PaG*P1z?<m9ss8VeF{ajYMZyw$)EXW7z%hU(AT3g
z|Da+`HS??<aF2hT@7rWOY?FDi#l6hY^I@yA7g0xYhJZyNu47ONFwA<Fu^q^qj|J_y
z1T>u%lK}mGm$%_1+=i-%dI_J0;Iww4rOY-kw`%(Vx+pt5QkKYiW~+}RFdz-pviK#V
zz=|q^Xs27=c`>?tA!9$r!22*^EY%a(5e&Fv|Izfmy?((Zyy9I}e^8+X^|$$bbZGqX
zeO$8uq6HEIFfcLUAp^k_*Sb9K`h#G!=~Jg!=gUmZ%x+$M{q!RX1wQT<N@UZVxU&NT
z!LtY;ucx_oRuxT{vF&?a%uP)X12kPiC30}JGOj9EcT{~jYN{C*o=dwtzp`UjR;M}2
z<UtoDgSh`o+|kGknv$Kl>>soM9rg`>$TDE|QJI+?A|;teB(Wi%_lRHIl?7+6{u;dD
z81!&5#5Q22+IkC3OW|kvp=*uu(`2aaW94cMpFqJxA=QDtgQD-w%AyGvvEm^Y{yC{O
zV$%H7H!V?rJ_E)i#cK!;z`%;+>Bc=|*xVA3-=YnRv3oUXNkJ7gz&5<<d~aLc@<SsS
zJM;CO>BsYC+x)SY<~hH`+nOr#$AFYoW$~S<^P&yO?cV$;ij6ZS=A!??qHMokq-U36
zi^8zG3}sk<3TyW$yrlgdVfVDRusZg~u(KJ=4g*||4tT)d!YACR1dyt6m=hc$nPI5q
zqDHOwQo%v*15`v}t(U-UWi?OD0bTmHT<tNovrd}WaOFD5tE>rVrH1CSjlSEnu$W?;
zAOlA<6wF0)+*pAM6^;ab>8i>!Yf$rRcH1<K*-EZ3Kuhznjx6zgNp^FUPvRNla^{3q
zlnN*)4ZFLJfYbu8>aW@U%Hd^GFAV=}uLB{&vzar4l`?V*<^WmFV^a;;4F|Q*8n)?P
zYqV5V<KF8=Gu^TpSlFu$+VHxcSYQx?=arRoh+WPlF*5^^K`Lu{`D~1@S9F4cf|QgJ
z^ev$iKxR{r^puOseZbw|z<@@TR=xd>03HocRp5Cy2oy>irOFs7Sy^v;VMI>c_<)sK
zgSZ%1#N7odR_tiIjh2hm`ax(Dm>&e7Hd|?rkUwA-%{Gv@2X_V9a2`bOJ7r9#^<x*G
z+V!MpoW}5A1;_9SZO|3bHd-)S=Ttp_3)*q`wQIUPA@Nm*)5YXNo5lsH>9f$y$ML)$
zMG&Hs!VBViYlKnOI@@(t^|n>w^?i=*YY!)YE$H2HwWQ81?F=R);EiIUhl$n}A_5vL
z{>2HT4WS$XsP$~@&TMrktJWQS^NGL#rewN*I57u*+2v9gw|p4J06k|O5wx+k-t8zP
zNFNR0Y7RE7IW;}y(sW!7BX$=6b>9I$V|iM58flIkHLWmK{EA<qIX`j4*Rc3IkkJFu
zduiUwA{YgC_&(cupR|m2<yZos)Qu=PhA~-gKT9(GXNrKvifj7S@fO`2cNy4k-8+S+
zO3kUR`vtK^cqPI~&*CqybULmm7Bu%;hqni}OsqU$?>_FLi=;Q#@=mqv+x+SU5@4-I
zT{MrsF4NP*%k-_T{iY-*58>Focp~mkkA4BxP&i(D#vj8?Vtn-Ff?-9EBhd3wxd^Xh
zw!Vp3#4l&B)Y4u%M44L2UlYmwT#c@ydY{;K-5mB4`il^Z7UwZkb(4<;3uMn20!@CQ
zL6u>S#<^M*ra@DMxcT}~yBuV1w5t)VVS@kG|NPtVFL1rHPiG>7>GdkS#rWmr#nI6b
zIjly%J2O3<dsiC=2j?U2aFVH)&+GmqflSgih@YRo(PCD=&4Gl!AV1&m_HZ0o(Tp|2
zQjSr(A$ZuBLATAJkB;X*K|?XCWqu9&SnNs)aK(}vCA^|pEjeT4^x>$vK(ad6Xpl$>
zWwoOAM9dnraMChF2khbw)4pq>h%5E0Lek-V*tqGuDQ#4dTp;+4AW#z4al-5nY0JHd
zY?Q=N{cD7rN`M)#BP$C#{-!IkyU^LE-BqKD>V(is3XATVd&Q7f*BS(w1gnkZEAR;;
z91hAF@AvvC|C<GnvdX*%g+nNTtLBk`-S&=C5fyp(wqPDh=lj+I6h4k~1dloBs;9LE
zef|;`8<JV6SnGG57(7Z26BnSc7ufv%6);vzfrwk4ITq=AI&$Zwk=|EaN|}Si91caY
z@QkDLy{E#q6*g4|@(<_2rk-V~o$)%ReadfDS6vvxTcfA!LCoCbYiT1ULB=uz(Z5`k
zioP~dY<yh|(zUd13@7xfCcBY1Ci<8c$TS7?$;$mEQ4viX%ZK@yzIsa*a!oXR-G$l<
zh6+9s(8R~~>P=*=6=n0p5r>@TR#y|3?Jrrjs%z+J01tT=;HL#ez@^tWz>Yy8m$l~C
zIM^MAYSaOeed_8rQ{+jD8)J-Ix};xsPA=k*7vNxXjCKCvL;s+wK7My3Ah;;~iEMfi
zDf=Wqf*t7U>Ix42jhp@S9jTpw*NyLfPINMrp|K#g-;iFbPN-T#@M+Week>r?VXMQn
z<@ppO#kk}9v;|hXFPHj4ch+paqNCWspOV8eCys#umpDnk`lq)+kJqz1|CLYMLst+8
z0Vj+a^J8QaL@bC>X!E9M+=z_H#|He%omgm9m0<3;eb5^&=1vBQfLvq9`G)-)U}G5O
zWk>J1dl=v4%31tkUO446|1Qbu8Qdb~>|%@*(1a4iN7<I#wV?89<h<!j_>%QgB2SjJ
zDdU7EGQ&0EdtOWXGzuTi79MPl3QPGf&CzBoF9;o==H<7W4!`J@(qE;y*g0&UE+>Cj
zem4g5$hd)G2_W66O8;}R`OS$+SN4UbM={H)w{xq|;IW8{4}3S5(Ym)>{)2DTyV9k1
zg932F)X^S%dnif{fHl8DO1>Hg7fLLCbwB`!a?#uy-_D!ezrh)nX)5pU40-CP0gOLO
z!!t+bzn`3#QbeFA*UiS?g<$p-Uwr`0hST4~$hPC}zRSsHji)fPtXa017W$G@e}4e;
z;VOKj`uJTTKfCM|-W`6*RysS{3^De+zChx5H16d7o6hkO3CRu~Se3Ee`nM+BIP4g(
zLHl={RcF+F*&I3kfw_@&yR62qZy;iO*33J6g<N{JamB9r&LuGVc%t|y&IyKZSf8sl
zs@45>i*9;vV({I}j@LX9@wEFOzJx6YB4E+FS&S5Td5IYzh6qhYOuSnZC(ux9olh-8
zkD15k$;!ZRL8)1A)8uxs4yuNI`vakLT7Q|<Yu!JGBH`(K0ZWP`<3PoV62{WjR<#l}
z2n6Wr!bcd9N?bg90RJsiy8;6P!^O$@*c-oq_L;)ra1k6&;^h8bczm}dJn(9kb1vbq
z35y;?l8o*{6T}p9#jUW2cv;*!EQ>q_1{r6F28kwU5Z|K0Y?L%vC<+hQiMF@vvaPek
z!6b0Wi9SX53LKnU#s#A;)FKSxrk{A8j5G&q12?7L_`4I=<f?~l@a-M-u%jj+>jWFp
zX#(kIaIL2N+9rxg$#Ngl-Dozw17Z7sd+mvkB))2@W)4IQ%S%AfJmiM2o3+2)!v`%;
zB2O%=fS}o!NgV%7fko{ZP!~_^en|n^xW9->?T{4TiQA4lT*oI|!--wmea5JI2nV@S
z6&~*Q$GkgCigIsMG;y^_>%_=qrF63mUIyn>)H6ujT^AJ6Y&wgfpufWrpT*?PX@mc0
zQjziX5)pssST8_<vw{b2>nSmrElzFu)>sf0nKK-dK9zGHYPp7{J!M?a(0=r)Y3;QX
zPYfFqZNbvNjRpR^*jjp87t8pE`!h3FpT6tMLK85G#ie<<G8e&iZwjL-m8P<4Y9N--
zG(ylT?n3Y}eLRO@E3hWNGP6N7wwV~%s*Ppu{M(-&{<GqKoGMT3qcS)cvOq~n6;()7
zG$=@uj+%N7=<<P--Ax^NdU`rBHs%4+cL!A-y&!)DJgBJ1$exeK4fh@2G~_~16#^0<
zZ)$4##DEk+h3sC|`uS64MfpDM|AoMj^j^RLMo7BV@;{^ALxHoQ4?HRG6Dv|1rVQbJ
z!4z>+v420%1LC#2B1L(ihb?Iu@b&)ad1w))_CwX#NZ_rcTqKM@qq4}3xtpExjxR7#
z9}r@Ix~V{7$WPm-jB|PxFzR;|UehEzNttvt(_yfbC)2b|O`a%$EBI_Of`<$Xot9Y6
z5P&%cvUTU`LCVMvfkGAalGcm?IEz9lwk3xVdT9)c>85S|GBrf&84JDK40*xm9ZoIH
zYB)Xmu8tZU%x8LpLSb$J!D<eybz1qC$>rhUMLXq0$i0YQeO_)Bf7H<wy=x!WB~1pu
zMvVH}m)p%Xf-+uM@Jo|ofE=ytlloQ#(5yujnx7I(={`nc<*&}^E`KtfZ!NWrsN#v7
z-wAu}&5AEM-*IFXn>+w{)~1Y3Zk`Zz(L6J&7B7t;;iaS=szz*FSv2godcA@F$C&`I
zhc4^A-6^zAmC1#SRss9mcdv;*S9sw$l=1dGb7q_gj+=C(LUZwWM-@WrCmQv&>AFwB
zG{*9wa*GQ5#vLfFzfkB#VeZ7$I6ZIW6YTw)ZQ2pMw0xEzf<Jg`2!(Rx#!#4pPcIAi
zUJ5hZQ#xt>Y`)`Kxo8s#iwy6r{N#(RD=8T!WWz_Mq8@vVv(nPil9rD6P#LhP?QZdY
zy8NSAyM6LP6FD(6lgsN~qfoX1Qu_~vL$^KP+_4Huvnwtw9ogB*(`TY*V94S3Zu!s#
z-67z1uBER}_&N@nMtrrrM;8G&vT*~X;CsgD0r)I4J%6A=grlAT&xDX^zvma0^*1^g
z+fe?on`*;9o_3pH14z>%GaIHu-tOCVIGj;BLgbFlc*l>xO*Av$`cUXP39B9~obszU
zaJ<JZRieHSu@Xr;C*}Cfj*jF$@-?@ZYHgTayKD|Ea{ZF@a2pWIEFPexLKu%~Y+i{*
zG~415DgM9azWS@JC;B$H6{olscPLg$vEUBHiWRrw?ykj)Yk=Y|!GlxW-QC@a+e<&|
z`__8z{RJ;SWhFN^Gjrz5+;e8{vwiU%jnx#pt=dKJm@wdV>(z08Qy_<##29ne+Y2rf
zh3(Rj5u2TH?y`?z=<bm{ICfrkuA$GVHcB){|02DCNDJrp<i6w0do3&MRv5*--d+d}
zfrlrzP8gc<Z7AApZTKtJ&zpfO<e1m7IauNMVCuyUi0DwI7v6Pzpb!Lj$A9ag0IxM8
zIEFe$q#9r?;iLKYp@l}WyVT=pJF%#ypwYEa;WXhaxz_gnu^r@1Ih|eFw%?;ty2DFW
z9&<J&dIC>4A*UEnT^F1+zu^$7B?_V~0wr&)^fdY0#vg&n)p6!iswDZNXsAI=jz&sf
zD_RC0VQtCD+E9?qHTv$n)%acObA*wR@^eaqw2#~(OF`=@c=z*j*+{{BDq31;z}&du
zT>wMG4?DZqn3#W+a*?dBfMRkbYPO5Dy`!TxYpot^Y-|`(NUgG}stMWI*&1a9U}HAj
zrZ^DDRzO=#Eipd+YD$iMaSrcv_uq-(+(1A4l}M=4hoZ~;hMmma*MzSCb#r+@6fvs5
zs9eZ6e)00a9I4o_3z{g_pc2GlX)u&!dn`?Fl51hRq3KF5ElK!5?(X<X2znafH56ok
zMI%!q5!HG(E5_Sgk|A%#(;^oQa{GxwC#GeooJ<t7Cw+te`!w@xXQVW|gE3IU9UQWO
z!UFL@gE3LV(D*)UGRBmum0(Y~akS8F*kB6u!jiNh`h$t}ttHyxu=P=``AI%|4h|jA
zw_oIvsk$d*ZPT;Y(Mf$fn)6)5eB5q@5ZA!7V*I=Og~0TslD8v`jg)cNC3WEUA&;LB
zbk4=x0xpQV?OGOeQhzmQf56<Yh8ORIC!g;f>b6TDDI|5ECludCfb*{vOdr68*A#zl
z6}{F?1Fp)#7Pnd8U=TPJw24FWmaI!9hz8)$CD*UC+lR{~g^_)5U{73+LJE7#!3{`l
z)T8ZH5zkR1h1OH~R7pNO+G>$njhhoX(-BW|ef1P5gjdyl4}CVUo6=Jg)l<8ZW35ei
zNCyonL;rB&Cg7xh4EIVBz_EoL+f@IZoVNZ28ot<D9G8H=PQ!<zw6<Y^itrc=UGn|t
z32$6e<V_WivRR7eWzTs;bBl}omQ(rAy`;Mv7y=Z<^nHEU7ZnvX?vFVg=O@X93Lt#+
zeZGf=vy-&9b^o+~+}1phMC9e=RaAbZq-g5tWwqVZ6;vo@@G3CieQ$9d%*FYY3?(<c
zAdYJHASk;A5Z6muOz8mXQnW$^`--lG)J9DdFtRA&g3>m*0@>qm(_OC)hQ<P4Li;nk
ztqrGI$JMumzrriwqptj1N_g~1$S?<8!E`262d|CDRk`#&>*XGEWT@xY&YbY6=TGCN
zdm5j*mHr;J;UdQ2PprAkuY7Lf%|;*xsqP3%?uvieUU#hXnK;W|8Yk)cEgiATyOso>
zcbyUwfnEUEYAAZZFeXJiJB{8lKuTjVGE&z*9$!sK#)k{n+b8%N=eD*!bSPr6Jg$c)
z1JXYrB!u7K2|gE$a(l>Pd+Ms2#j#{K?tc;h<O>_2E7Mmr?y*fex8A!)deIEq6rwTQ
z|BUh`GVIAsAHR{_voC-L*hGey?QeRVTBYk*;?J38>=5DDWb~4UISlI-+U%gMB13s&
z-&80>swp{-PI1k<%_8Zo-HHT$g_>UwkjG6G+W##A<zD|u`F=X!)&GO-@ZjL)W4nyP
zXK^Vz`0mND?%>zVTo@Ztn1-=4#^*I+B#<`gxQpqopsMDjX~xSQ4xDS;B^3V`_dPEd
zH-K*<n>2WKc2=|MJDHGollTWq3yV*VI|F^uB<P4e(5>OCs_G?kabRHJ8Z-)l)`njh
zxHxqFT=Ok6JDcMD`(69+-wYKR%)g|qrIfOTMt2<(;^RlmoJ2*tpcT;nWz{Y&E_%W+
zpPrsD?>}czIv?>JOlH9Xq9yPELrH)TpI9qNA-eGNu}ktldoqMKX^5V3bSex;B6@{C
znMJH}oA+8n80moKC<h#t#xa+Wk_rHHvnbM9(6WM=$ShIv8cbp}nFtVVKm+eggJ$?v
zmWM~pSW7CoLHZiPRLtogMO2LkS{sc90tjQ6<#bB!$a>fxfV5;(2tP+IQ()vv2-UKG
zmPJ;`fO5;Ac!jHaq}(8~OncUX<A}$pDWlJ%O9@p_$g=y{Ndvgl2`mS=A4{C0u-COz
z^3|q`G{J`N!oPhurj@BZZjr(6N06z7lpiJ{62($J$`5N#bKdhvZ0PA$qKU@Sz_{0-
z17<2r@&Xbdg<KXjky0O#{731Is)}vqs?kXUG7D_L-UqXg{5xPmfAqHjH)?lQ?U?Y%
zM5_j+539lrHH>n1Ce4sPDO%8Ey|wsLV0Vr_xwYjNbG^zuQTI!q=zdi8u!DnWkptdu
zq<j&M;gJz=9>$8n6sT>8{=Iad^&T`i!>=?kXh9<H5;eH?h%=E}OI~*<;g!FAyN3#&
zWDEIdm#977-^*uxzJUr-RGZe9>omq-#A&FjBf!IZ-^^-4<5ZFhk9+TS*@6#`FCZ4}
zI*a|WEMTs3iP};O`4{(pNmHoi3N#|Asi{FDVAHKJLP!}ty(`z?7rob<OZGg>^6CB!
zmITzj3HS{-T88nE6S@&t-RA-0<zN5^=W1+9LlX_ZNHxuNl@OIJ*r}-Tkx6Q!G~JE^
zr&4+L6@EqP-Hur|rVi?B6|eFw5<5leGDW7cvn=JtdvUVa9+9{7F4G1o#nW^d)_v!M
zh+ny*CP(tQKH>M-qT)y(FR;mD7y<?d{2+omB>>`JIqmL7kH2RMpPcns=7Ub5WvvcX
zVJU6QqZoqSKAwK`_xeFC0FmHEsMwrP%_3zKjh|U8X&c9CQBH5|^3hbb972nbBdIXG
zfhIh6omgpP9%47)C>e3^W`2YYB*4{o6`RJ>SbkYYr*yzpT9t<_ZZ_D8b%ud!xcZ5?
zs}4XEWI{=!0?70gC_Cc{xG-yZO(u5C+goP1p2dR52Q#a-GStxNp459<tfvF|dGy}<
zw9ah#TooU#yt4e2-ir3sz~YFq$^K-V(8lO|zhW~Soc+#K7prZMc$2zgplwSF&TPma
zXO#BDB|+riye#sq>}VXb`witkQ(%C%+fiR;SFK+Vusr<@I1*X$0L@{uO@#g+-l5Ua
z$BU(LNr1CUj`r}tqSeS_-={lua{no`owy?R(*hHlWLk5`SuXBXIA{3~DK3LQj2;0k
z#h>>K$QW@iH4V_D+%~i3XZa;9la}+u?&3n(kE2M14X{neR#h8XK$xh}lqdm79=KF5
z!9;56_Di-G9VL6Ic8B@u$A=2e`E|?j^%>ZWfEX;(<`Pxvdk^a>Ev+e>@9p6IZrnMq
zN4<~|)_%xVN^P0zU8YyDp|`L0=Fw0e^(ig}f@c&Kx5jmyDX~mq+!%&}kA&<mh6hEj
zQ;)J~V#x5gUBtqIDL=S)%<9wIRA0>H`lIK&%}c>=2pQTmhNKacU#1>d5Qp9tiJwA|
z0D+WIf;9fOt2XdmaY$S~stW-3uZRE=yz4tcN4HN#1_!d6`O!dtbL&i~*c1P4S!h2<
zbGkm1ck$bSvJvtID9h2ardk;7R3W!VPCM_iaAbkfp}Z@-deU?tubWx_-MelQb*wc8
z(LNzEJVp4m(E9|tnzD5YnpKs4*oQaE|Ll~W-3u4>`WWy;e~U7WqKk+;y38?n_W`<$
zC^QfO7$pBVV*u1iw9+g$<7oT~jp7_NhDcpq8XmTZnBr;9g(;y7AP!`xKZtZ%R5p-}
zB1i^`*5Rk=ppE9OsZSVAK_6F2DCCmx&0Z|G+XqJh$!hR54~cPBgTAUR4yuiQq3$D!
z*(;jMxXG6xLgle|>eo8P2P-PisKA7x6A=+R-Uc{idUXs*tw<{-KS=997e>0v&RX~s
zc7GmB<|qScBVVUiE625+!tVOFlotzBUeE;IYaXjvNHDy&<OK>WjSOmQDxlK#D8}=f
zc1sO{zZCa0DNUtN{-D>or{{#d?UvEmYtkHug;{X`iRJ?Ui2*~8F)FL~M$U8<ISga&
zqU=z%<uP!MRm(z$1)9wZ5;g^Y+mQXs7t(NWFmCmvd@4zq=w1V2Omu>GPhMs(bIpNI
zgTcOkD`I<f8~z_eDXf1~zdPV-p^lpoD(N41k#*}PBdm9b08=#eG#hvh3)GCRPMz%;
z%rh)FhBoPC@!uuEq_<!6=V1WrYwJ!g!KR1UDPyQiFEF;3n3B{%o5HEnDwePac@b2R
zhO?%`deiQ+VRZl?9cmNXJF;w3C<I$6GKkT7W%_-MbmComeBveCS@J}4-iv5z>m2Ku
z%p&GAN&1*2Ah`1CQg7qzeKC)#_HAF%w5u}bTrXGRUqY&TZH-S`?sZyXKbUUd1DcTF
zZ~AA8&T2HO)>Yq+IT`bSCZ4&$W<!P)p6Ed0VFbzx10r=3ugcuLYC1za1d(|OSZI2z
zLddQ{aNtc5v$HqFVUJ8|na?_j!;|jL)p{#}VuzRX-;?X3qokc}OdC)6Fs~1P{oTZt
zkK<eJ$!mo<;FB}7Rv%lzfgP$H9$A6tg1XHj>Abo33HUb*8vP^vz_YL&`nBDElxFj3
zn<Bu*{S(~DB*I3edTYL=JV1013f^XYPXj=Mqo4Z$<K6J>y3q%i8wCTv1BPJ<q*$7@
zQ{yp(Ul_^<QZ5a%@T3*q6P*nFB(<UU`0Jtm7s#eLuo2GqGjKy`a~4XAldM^aWTDCK
z!sg83eTvzn`9j(Hm}aIUJsVVNF#qkxfYVfDMvGg2;`;pi!B{LTYspSM*w3G38+BAQ
zQf*(So1^PP!*$pWrcjN<sal~ciNhN*Z}^}3uoef3F*7_^WPK)zXHZdeU@lrgC@*-P
z15_LHH-qw<8W~gUeuMcj3^W?>s@xoT4o#PbJA*xg_4jI!Ijk3~p~vRyZ(*U}3oH9U
z2UBk2+Bk{b0edxlnN>~wA+mo%hKLi~40Cu=KYGTEUFBO=<O4zvdlg$?Z){q&zu%o<
z%i#GdXUs0}0j$+iW$re`lCLwq0KPa#C>?ymn<g_q(Q5MZm`~U}BX?l=$u6h0zKot@
zkRo*Wx?cSxK7)rL<$sK%fP6?+M>_zhc8Oc`IY0d{;Q%oy%4`vH44f#*IP4$w0X#_1
zd5wsX21US7vSm>s2c80n>YbaCP_stTa7W99%r~kTvI*%#l`p~H$lL$OfljM<ArUL#
z2O+wF!0q>300O(@fuKR?n<mMR9v^{=GO{~S-DJdplx7q+D}2q(jvaKq7<}%v_00_p
zlPr<juyYV_;hcD*4jd(lX`>a91N*~H$C80peH|G*Wy}trkH&6eU-aLE;XDcF!C-TS
z!(S%Np1nT;ds2pQ=bH}&Shx}T&#p*rf4WUBSFmB1R~Ntr!hlE&)e=}xz%TK)P~wGu
zN;3@glQXpyGY=y$4PKPgQx}2KjE=xx>0<_Kb?B3|Gd$L(D0BlGuz>#tCuv(e)7zr-
zG^Y!~I$wwl_127Ec=AaC%)q+wz4Pz6(4K=sUE;6?cSaj@YC5NRZU~#ehrEi-d9XkN
zJ_=nMD+bYcy}4o6cUCgW8(AZCFI|(4Z{K|S6076*+|0A(nU@vu8gIOu;3n~$rQ<x@
zDO^q&5i^mUk2>hhE&f)OPl6X4L4P6K-iU2{>?)eFEtrNpnsLUO4qi)CPI;c%gh?q1
z01?jgh{52eCLVs1HK9BeON>k!`SiikQBJ>)4{uA5>5Jl0Zp@80r?Uz{^+je9c%TLj
zP((yzLQ)%#ni3tIH%9I$s_yCIqeX1aRNeAIh2ZC=C?VrzBP%yZ5M?9-@h=5sd046d
z8Z2qxtt?ahy4SdOlLT^HGJXKy<`v{!+`_N!QVP7^7re`K(gWBs{oIctv4(vYptw1}
z(>NdeY5O!Ocf`Zh$H(weKTAt9{YPUl1pyzRsfJofV56pB@I1<HphZxWf-DQnBlvlG
z;;0^ScYpKnkxLe_AD!!!mhH>Fs<5bqLJ|q)HySid7p4sJv(`ekDu=eBoxTgGe%6y?
zNGPk@{Cvg189$>%!w<k#gnY$10!I1YL^hP70osmwfooGh5;Gj^0e^FPYEMJ!PRHY{
z#Y^ClAVrE$2Hr{WEG~bF3}6IfZu)B#nafi<Mq1wDC0tP~Enl9d3vv!bOD7YLJo&_D
z?&5BY+BnG*e+lPd*mxPkR`_FYo%xphIFnaad;4oDSBMXY?%7-{FV^i-ECm6XE`u<n
zcd38rK{%A1SBCk6FUz&5I=!tk@%{X6X47PIP~e64?burT9r4SdY=?%uJ6Z25hVDnX
z(lxfPbVGK!(>}{TyiWHn+;|kgyM(`Sni|p9+jc9~idXMz>-CJ08m;_5i|Wt6vz)$v
znqH{ZE794O>*%T!W?Eo<SK_EvyYg4Bv!0&YxuHHU!SBh$d<x$9daiTg3D<~hsd2o8
zm)&-LKW53e{`nzh$&rZZ7zHSX=l2$vUj8O6mxezs&oWb39eV5FRN%LQU+h<8I&{?)
zqr3gotZo+OEa&ngub+v#RUqGSB;lvnUN14Od-?pf%fiuo3yej2!yZ92SlF>JhKo%`
z=zf^b2<F>%6J1^1B;v~t`CAhVksw4Ef0&aCevKEl&zMx7LvHFdFrMbam~-k>q+abg
z1r~yk_m$5dcshE2*&n6pK3c4(Q01qDwgo9S=5QVkCK^{UB?+y~?1xZ~(G+E!d&C8N
zxaiNL{6fosJZ_%tB1Ps`eTUha$LLK@mv-p3oe+~Qu(X0|uAkz#^y-1^kM-zx^1(Qw
zYr0GJbsouJ-%P$`z1ZAj$i5PF#(FMF17>5wmh*u(p+oLKt7%)|e69n5;&WWw9v%-#
zlG$SZxWy=;)q>_$%2)Xbtc&pCPqs1}(X-upWa;ia=|k^%*jpSGa$GWmeH6WO1i8(;
z4R*P-p9>}@7R(deV*Tislg&&%qLHGW`c&{=g92n5(_L!l+U=Cc%**c~Zs+(>o=hdS
z&5)fwxDM?EZu|I>E~`~XbKKy8Oe>@~0rI_1-`l3{UPsIT+i$7%7N&P~9rX4;d3<rb
zi<%D8J9-JrarOy6jS|~i;>(oimgOsP{MK}_kVDn4=9qZ@8b{KB4zqR7^4uZQU#Xtz
z9&6Kc4caCKjSF?C!%A$#N{PD5PVjeMFUG_R;cJ^>2s<ttAOgy=P}Bk8GXABge^I3|
z>Ub%cLLl1k{-x2dodan&fDU%j(i@&`{`AG|#hhGkzYq;~>@blYa?@w|JnCc*U85am
z%YAcH{~g`ADK?z#)F-(Dh$M{tq+L0PZNy_LQ-fyvsk5a(_V5_wWu=N2DdS)Xt!d(W
zQ6{qDUe?upBKA(Cc<lsBeKSCc3Qa7k?vP7tBm{AAh|2y_N-JaUEbHQXgG<h!#`;us
ztMQD!V-_O}Wowr~uUESYd(l&RQalM}RLeA{gGybIjMc)9LN+$f1(R1lFD7?|8!D{y
z=w4xDw5|~?n%;Wb(d#Y}3LIPgnP-InuiPykJkh?;#q*-s%QUic$diU94s5kon%}k`
z1vz5o->TP*53C3<p9!QNan*ydZRSq<P&8!(-M~`h>XoU#yV2-Br%SACTHzlNY1Qb#
zOne)r8#RJ-6SxDmi2=y2IkJg1GxCbQr+#T<Kg*56O4-Z8L`EnpKiVeLJgmmi)wS~P
z&0;<|(aGjjaUy<USTAi8s)y^O4yZFoAvRVfabqgjbp*C!Z-jnx&7mR8u;czC`yn_K
zs_+gAW>jGty5fFNP|u(RPfs)zf=?zx_3dP3nLa+}HQB5a2m!8-oPth|a@0Di#Gba&
zM9v-U{Sf%*WN^$MWx5C#_czT%p7QT00b>tj=q0A?uKZ{_ca<)quR6|;v}PE{luRfj
z*;l%CoiLOW1w6Kx4!+JO*p82BY>V^kQ5nC~0RS8X8F5jyDiQ{w74|BxbY%&`Ng?;c
z1)CTbuq_`fp<fa_B^bFD<!F;i(82wrs$F}eU3Du;-`nM0`Vet)mI}bj5k~v|l6AO#
z8PRpjZv=~L?GI5{q2)VQdN)2Ro&s%0kh2A!&;#aq-Tv>Rb`{;5t%QD`6d|&kbE|EA
zNUP00<TV!@{SnT8ie8{k2#3oVbTiSg5t72ddAN1_c4@YjW${k>Emc`yclw<Pj7U7!
z!c0`H)Kk-Qo%LqD9H!~(nuEQE!F}MLwOyzfUGL5Yqj2PuDu-#5jKxyvQ;Tv`H_3?`
zcfK|*t$BcTR9AiWAKEC6^o0CQs^0WJo%h88c|Ycnm{K12gwI3256gd+5GDi;5Q&RQ
zKibQSjJ3{wGW-lMiQTD{fm7CJHCv@c3%K382oL1^31j~!w4V@B@uNu$Hkwc^j790x
zr+x{pf^?gsvHDyp<7oUa<fdPl^e`O#AAF)(kHv)jKgsk+3%z127ZM2G%@s1Je3gZf
z)Hna`;&l8xR2OU*deqozY}>G-YkNX;{o*Wp3Un*2S%XWJD?FdYq<fbna985V@4lPf
zg<{O2)oTV&&)~MUz;G_U2jCJ&kdTdlY&bsM=c2E&GJg&g!lve~q1iQX4Kux!8k6x0
zZ=jQ{w|ZU~;1&jKN}FJnb`9P7VSkSI<Ia>C;ExH6%UqCp^P(XzU;B~Cp*O@7?`@0N
zX%R5mh3Ahpy8k{5O>)x~_ZHqv1$Zd-&?Q@Mt!gn;Wg{jj$Fn?>tc~z4*#gmEg)|5v
zVY8e^x9c$0Jczj7x3SYZcj>lJI*+)YLO1ZvqZbi?)Pedg%e)>hbRMteF2v~iodbX2
zZ7J@EdlZq`)m#`NI$zWAEH)<n>9>_kFRzo8^b=9bk?H(qtL`!!8|qUauKu$*{hG*Q
zZ{LiABwNi9CS;nPkUwhI?qRDoU%Am@f!x#B5p9=(Y9ALBc(wf(LjvHZYl(tlqTgBJ
zikOotnc+}2!hddoV}VQ%3Fr99-)0yt&pb6WD!G)2n?s~H(+M1O{`QqqAgx2rBHeyA
zvhKqoNiP@Mj(igH8fMHJtrBA#yFOw4?a#A^B+Ic)I?B{k`jpp2fxn(oW357SVSh|A
zY+v_^ODb>VbpAR_9;CHiI*o65VEC0C{i?sYgD|a~BHFu6i}(b}FOr;P3u9-c+F2~_
zD3Q_ck2Nr{y`P9@<FMA-^7S$!*`?qw3y-_}6Fu-#87n?}C!nlb)5y~?q&`<$_sXue
zn=n|Jw%9<0b8~ebamPLzZwz?H7ZAb9(RW>m@$1XN2LU4Z5sc(Sv}+ODDe=`t7(gbt
zPvJENZM5dF6{6F#`MbJJGFm2OWL4CssvZOqHxD7$MDLheajL#(4~E*H1uj%?eJFYG
zvfZqpjF-dsIxbFUxkfJ<WP-$D9>TSaDt9Bh9tPGv|3Mg+YRA#*?_?{(3$MGx1<jQf
z!_(}1ncIie2m00_Ot(TBO8xZ8ecuW$T8L64tiA8Ag8joIu+xn54GCoGvqK4D^*OQx
zj271vWUDg}1X&hnM<$`gCCZlb9QqO*X#fwJ8D$;sY~DBq_$j<%ZDvO+0Ezh*lBSOb
z#l8Y;$Hl^jG}Oy)5`a#B=HIP1xy<-!F!0*5XOEQrQ6tKd4YijIeWPyNM~wHY@s*{R
z-kT+y#-_8eahf__DaUCGo>;&!H@x7TM6EZ_<7HU@w82haA#aaf_0DZucc>i%zE$>S
zj%BD`q;MSe4D5vCXzU65uWLJwc_m*TuC3krlw~aOZJyMSQ-2eFQlel+PqUV95}8Zc
z-5uqCE56UTg9tY_M`aH8Py@H|dk^`zb7^CsB$bb|?{Y3Fvuk*I5=V|x8U{2F(P2`S
zw6O1I(`oX8c&y(6Qo-G6AN%T_)03NYg$^+%akw#hEq(<DG-`xyfe#vk;=)Bbj&|zq
z?`Hx2p>4l&wMjl|8`0UyncOVn>2L=bSn^wMM~dpa%iz|lbqfpC9~!~nwaEX2;H{Tl
zCC4REv*WzhLXS+zo1piS*vr3SKO7_Ob@Izb>dTXN!FVHj%gU0*d(cI^%jmBx=dXws
zt50HB;p{OFkK;_s%k_KvPp)5PGMxh^r}KUOmL+5JEvxpW2Gb!bayyJc?n0VGXDToS
zadqD2Oh?PkPj!9HYf=(ugELbsL<RZv&K?sS<~2^i9n65jSIA+@`XFolV}uvr!udmk
zw5vJ;5_A2k&L4H9bmOlkeku1BHS4GErzskExw$O5@p=NkW1kw>N{hxG6sw#*(5Yi*
zcB$um^249?5xFE+i-PMx_+9j!Qy_Yz^GjHw9y=t0T#@u6$HDQ$_pu*<9J}I%eX;B!
zJ)+M7ve}f|(q;f|1urKfopZEh9LHO(7$H}`b}s6simD2NaV<6M_~`<A1ekJPR{K?v
z*mdgX)$Vg_-&kq(9St_XyMbK~<AS}f1;=q_uGPP|-qmL_3bd=GGtcbFj_%{MQ`*^1
zr~KgHmq85c>TFpebR+zN9zkB#E{OmO@+>%gqWt7NI#ijWSAX7&*)}^jovq^b*>gyA
z>>iEr29&Hk=Nw5ry>M@nV<~lTML_y;!HErgBtf9!*Yo_Ud^f|y^|x!P&1l1(kxs^u
z>>WXPrttt_NwfT+wc3|@Q9$;}G0`QL(4qDqv2tU_mJO5U)U?EpT8s6P$8>dc`#+Jl
zS2<OTt<~-Jy7%h5LKB}E1QV0<XWI7><J7H_D^4~vVE~KMtddANejQe0sOH|4hG$E`
z#WZ54#BbL>ku=uNraDlo-mvFEP_t4nAP*8vRZDT7V87Ryp>;#5B-wa4Q+@BxldhGg
z^#k8}()xlyqm2&P;C{S7V6DE*D;7ya``3wlXaBVxnG3Ohrs2{u0UyP;bBd4Rc)H=|
z`X@#>nLmjE^GB7j?82^oJp1-Rknb<|g$=(NgNM5e`Lwwzs{tGm;1-;9fnF)S<l+;B
zbD{?hWGZuPRG?$%0d~__g?*Yu^^bPjO(!(KoCUu1v^MkXjBe#y1}XQ~mS?tvvhU^J
zH`p@G>^~J8v5VCb0k#kat?Z61s#I{VcPg{G_^vT;eUs$yCGJ+p?>c`ir+gvTYny7^
zbgN9{q|+~BO2t3HKUE)kU-c*JwNY{4@B?16e*5E-Pqxwi@)MPL1qk`1!Y~$*k||AK
z%CLqjTPJ@HuptQ{<o>!;KZQhDA>IB!q2kw4=On7`EgSF!S`G1dS4!6kQ5nn@7w5I3
z@92(g_`2yZxf`G|&QB*yf}24tWv;cVkZUvUIkaXE*I7_>$BGLaL%|Eq_v2Qxgz#Ab
z=Gus0FHT%Z0CI_-5bN`zu3~pYk#&FW3TcpI2M?PPxlfzSx@X<vbx!+J!>cvWV8B$8
z^t*U*+2g|cY`(X*>ayT8qGvj{!gQ1?`N>S^x;6i{T?&@t?eAQbDdF!;)YWIBaiG9h
zKf{~mkSe+Rm2M;R8ZjC{gq!2GMhayGUXy4;G6*c-Z-tc7{qr_?IH+l2jKAYD;{w$)
zFAE7$*RU$PY+G<qD8$Q18!S#&iY)V1w(c`?)D{()${+Et`hh<KW<)QK#}@5y{it~Q
zL=mKEeV>g&7VDLObG?)AEjAh5uXt1L-p}XoORV9e!Zcv5osW>mzvH_zGJp*cFe3bN
z9udbyX>xE*o(UBrg5G{5-}hDW(~<98(&#cHr9reAKvLJZbiG7-+x_}Gt6#dq_@hWB
z?o(r_!~9UkcOu*bw&<q06)(B);M}WuC6~8n4<tfe7b-w)62fP3D+!Aq61p$*0ks|O
zkDFvTz%e7}@W0*UQ~HOZqKo_>zjH+ugS9JDiN=R-0~p9{@S|8%sK68|r7hlPLLQxF
zw{b)zXkt;b*-3fFr?lTk4ReW5diu{)Q&k@&W5~mcgiuoDW7hQ&^UJY5e?|qsm)E=#
zk=_FUh3e)?Ihzpyr%y9*%QGh>X8I{VWcUCFwi8i`X(Su``8+A1IFV5m0%B#hhX>=0
zq63E}3<ufRF%x6gM=S#B!8<Io)yD%r#mw8^v9UOeoJs%#L;;ofe@sY>YSGhC#YrZP
z$D2WT-cCkNO<2$koEER717a_fLrG&^GQS_j=RxEa#K=JCKLcB0N$;L(rm%5K=uAF!
z!bs|0^c{@8fn~9RJ;aa<Q{LV)8!Jd3oT&p{6c%l-r$ok29ja0Rs$T=}lLj(|)Bp|Q
zV?6Hz-S~b$cZQY<Cd<QK)|YuL;6QWO7<RnVtesn*klw^)C+J?-tPv*lG1K^_P48uu
z5je)cKflgiRi>7%v~sW_Dk_akwa<jwtr{3Ai9)rLSukairt07DjXD?$XOaOKg(_H_
z8x;sdroxUM!^Qy)@JHg$WTUD<-y;9CzzYt>0)8MyprQ(n3zyu7UcIABtHxxe2=j>b
zfBrHs4htwPp63L;+;Qyd69jG_q4fW{_5WNzN%Oz|721%S>G@dt;0e2vwKkn((~k8w
z_J;Fj9SsfFkzZ>zYU-@)?80dv6)b2&_~A4vv<vn%EG;b+6=N2yUjzDp$bAb>=N%pP
zo86-sd~gO)C8aHnyF+W}$?W>=&<~+l4wyKa5-=E?pT9%%DEV&~cIu89VW2|hVVD%J
zaI80RURyuu_eRoGp+eb)J%}$g2nYzVU#_H;f{L<z9|=0{dn@%Iva+(U0RaEWJSleF
zrVE<Kz8FSfXwNg5^LJi7^ll~wzsO=%Ltz6^Bz(3|z^d?s{B&JYQxoL8{RztWg3GZa
z-fsnirw^SGVPU9(mroTH6xxm}At2AA5)dL=3NtNj@Ba16Ld;~KC$yiMS-O-rRZtq@
z`tu&2@Pt2SgVVlZ)%?>&5ayB8r+okv8Eaav4bytjjRrlePB7JC$MPb!hGLwIYBI%B
zEG!bSppn_s?5w(`=3S3i9ssKHjf#qT;tKKAq-b8LF_!Z674knhIeEC=_q*sq@?^W^
z{#I);2*qG4{nq@?=KQ#X#-^sG7-7_cf-l+ilVM83(0ibv#Xij4t@{ZZ{Xqt(7AXq8
zQdM=lKGJ7<*BbRkBpeW`|C=adanP1;<DR+uAZ|j@5fKp)G5p0v8_RYbKEteyE6&pj
zy}iBklg$53H(~X2kCfHb)p#0pb#=1!jbK$tm)+gnwxBppx?l!&_Ic)RW6(8}b<+O&
zcnm#;e;Q)0%GBMr{I8EnH%DbvLQo+2<Ea6M1$eO*434$a(AM_sLFaq!yyoZw%*@YY
zlJJ(_U0z)|W{=N5<zW5J%QJ@Jz>eoCyiTB|@jRe<si6<}H!%m4c%1e|WD@9ZR(Ob`
zefqw7csz7`#fCzS^9u@YgleG!Y}gZe10n;v9MADP?LiR&vt^n}X&-lsoI!K{JcS?k
zhm{o<7ngv5fLCGAE0@>p$<Nr>*vLpY%3uo{o6+&{j_WZ2D1|RS8xK1C-iHM#IJmgb
zULD(i@-^!J&kZwCpeFq{Z%WI`ykZVYZkMd8OifJWL0^dc$M=u5(2D&U+uB~B!?4n5
zrw_Fel(WMbVx|<__IFAyMbA~s*7i)sIf`x=>tB1ImVYEA@Oi%MU$t%Yg_M+7F4mgb
z*w{q;o|&C(gR*NvLPDUh7-o&~@Si{VUu&W``%>4>JN7|d+^6{sa7F(-)v=|%uFih!
zA3M<)UxMX(YpPSb-`gwbFeeBJb8Kv^9m>{M{rVL;_}LzNX<A^jq@<*1A}++vsRB6<
zeQVx~L6gtTj#%8>vdC04-6|4L7o_?9pF{t@E6YFc{Qvr^+czcY4>URUBK-j9OGZLb
Kyb@>-_`d)`XZ+Rx

literal 0
HcmV?d00001

diff --git a/demo/documented/mixed-poisson/mixed-poisson_u.png b/demo/documented/mixed-poisson/mixed-poisson_u.png
new file mode 100644
index 0000000000000000000000000000000000000000..1003afc0addab5e86eb820a20b2e121b0baf2796
GIT binary patch
literal 34205
zcmeEtWmlVB6E0eu;)DRjwMcMxN^rO0?(Po7CAhmoaA<KJ+@ZKzu@-M}DSFa(t@9(!
zTIX8`J3Et^Yp&5dMpYS%g$_iAgM-78la*G7gG11TgM&{(MS#8Yq7yR%2S*7fCoQ4r
zlXuqbo91x(`NzHRcAGcWR^T52@8xju&=A5fJS$EUb4marb~Ff$B%H;ZOlrWy9KMy-
z3JJg^Fv;<;ksxZ-D9eNn&`5$A*Y6W!NhZq@8PSJB)t)lzaxPHWWp{oacs<JZ$I$c7
zYUR_W{&}L3t<J4xi^_J;i7&XC8FLVXxv%P)`GWMnSDYMF+^`qeKzzx6|0w$ZfBwI!
zjhsJU3qwrFkl0^Ly#Iqk%S?Pb&iwhcFwGPIC$80fc4z{aQ51a)+)77Q&fx#N<1dy@
zYjnGR!k;XKvwhc~gp0NR4-1fu0ftwm`$W;qgbVC~3v604)$j}ZAOpFfx96T)YefvK
z{do}V*!3Z+@nPv}2Q)O?eH;PrZ#d<}l32zoqUMf%@cPeL5F0!UQ2Z)Cp7qYj1yRmb
z&rH$=fdrof;l<&Gbl#vNLJd!H3zCEFHj1cN`<oASE02s{@|`t71?@4!5WTUIh(4Vc
zWArkx(S3s=HrD=L;~m-{KgEw5z4s`dAyI;T#hdwsL+*v53?CYvxS5MX5E>q(pWZKk
z*s$#jK@j(y730(HTvSpr@sLz^%h(8J+>e&1HoT$RkH<(C)xk~@z`=Iav-nC=VXdIs
zmYxSO$MDAXzVYOj65hgvpmaF&fM3RqZ@gIhp^a~=nEOnZBP$OvNPf^lyWDLxA+eZD
zJDQS{i@HKNc%+Biiik*8s?}iI$jhI9%U2$jk*8IJcc2Lu$GltdIfwU96JewK&zj<6
z4G*-zYwUBNg1=cfz>(BStsYxSZl#1dTN}+(-0u|mRTY)=<v&kFH>xDRu)kUSQ&0E*
zPX4quKJB;d<2wDEi@|aN{e%&SR&EuRMcWvZAQ&*IKoTe0d#3TvG`wb#HUO2#Ld7XO
z2hBP_zg(6Fb*#pcqJX4|qp&3@%}Yk6I$`yL`oF6k|6PrLFlvO~O<Ad~gIKJ$wOb}`
z<=lP5GPx>R@?rb=>rV`<!FHwpon!EmkQt5*O29|^Ppdba-FBcuDQ{^~v6iZ+@9lzk
ziU2s`*dIO%DgZb?=!r48xe72Hd7bSjTbsTh^%}o56D^iWk@Z|&fB$!I=-)v&u^V86
zG}A-CO_lBX(5EGp7I*OTe3J_K@b2jw9^u2@+p=P@X`UE;c;uyYH1q1TaxRlWYgm`O
zZ_P;m2ziCfpt=Mz$D_O~cGByu3J)tc#C-&I?+13Vhm&<tF_q(~(872m`3}0Y1@@{s
z0;SSGK|pU~z_`8GHj~MQ8Rq`xKeUf3{Yi*s4M`P;HhfX_jE^_x^~#Gi>v5cLbb~Yp
zrA?tJEPXfT(y##>#-bIQ3bO_6EE#@v%{$rVX43s`-0fM{s^l#2yVN`0XgNhQ!};oj
z-NjXFfjBV77A8CCKiS(=qc+*$8*RThrv@k<G|Wj_aeN%_y~|>>tjYZ5K7R7hX8fl%
zbP+U7409MChu1?L?<sB`<&Oq#Y>i6rDSOb*?7!5c6P9QuST$8E3rUoAiF=0rY3BXE
z+gBOm&VG%=9LVC0Sv=96P<UI^s>ye>h)<W4a>k@dlJz_iTA^d@3;*x8?)V#R4L35l
zCAes>mSE#?`6^<)pSRJ)%4q$%0_bP<+1$tQyq}C|co44a`zW^c?@JK3EXCjl+ZX1@
z2$u9X1?A8MzmBE5<AnZgjV95ho8kzzN0{3f1`{+%ND|6JB?(UEX-aUu!0q9n^4ph#
zAlLn5Fs%W%U%fl`5E!H^)TuDj(&*3D1P8i#*uTvleP{YJML_>;>;UPZrtmn;XE@lp
z0)`Fd0~jf&xenugWhGlGlk?E1spMimy4oKXvI;|G96LjmW7H%ZGiuZuv_Ud#38O}p
zhD%8B-LL3?X|Otrh8v=PrDVKNUN4d1c$G&mrif*rzf_`hK2#PM`s+X7=%&qF*1*Wy
z@gnv+Y8=V`e(tZaKU~c;w|$GeO#8=e`YCCU)L(cP-z`gi6(xNdPm7+=K^L`7o^O39
z4^pmguZrNUZL1@CC!W-NF`*Um@I1o_gC9d83?XNSJjP2(R#68(&?JDK8LYtE$S8}4
z59Q=8Y+p14zAJNN%TiVT0f_)m;Snz8C`LZ&P-O<zVeZ?;!#=!;@Kp}yAY~2@`rXJS
zvAgTGNuTDMzfqv+d@pU#iLPWRk2w0KCn0#$XU#g73HFUKFQevwr@46{-DVf<>pj2|
z-F#S=(k0UVKt;e%mj|W#xMEdi)e^^L-U26yB-|7o7d+-7V-&le@#{Kt<I=4m!&Eq)
z18f8E_gSiW)TK{-I$BG>TLP5-q<vfQQl;IR_~Gi-?pIHT%>TQh@LqvC5vq{TScZn^
zx}x>Nld$kf-QU<Apz`jCeH3)Zkx#RJGtEHg5N~o7F^7O)aTUrX6n*nclR1vu!Y!&Q
zu%{`^9jq(JsBVykfF(}(r;B(a*;@Y}Oc=rhBnPvuEsfW}8=2&$^~u>5C~BR@_X52Y
z)0So^+4Dh6*E-(<O$E~(ohWisvXjJsX6#}((WzZ79^YsF8u;78qyRk4jDWmk6;RMB
zZIviX4yxi3>O2+>6{*l9<&rFvQBsgvT*GU}C5JYiWtH&}aFq3rtHv=7wEb4T6q8xN
zh23G0k?$X6CEj&n4z5Q1vt?f%0n38L7(E-1riA4e=<~rC8LneVX&QC7WrH)W<N<}w
ziDg9;KPo_~6duP;5&tV9;-)6{%BY`5Kz8O7sGvgEW)VdHd~dvFf8*^-5?B?G-8`~V
zoh|oYb9Yyz`hhmbjDE1Bjm&si7PFj+R~Ffat&~&qfFB>9CVODM%{>Tn9>v`<MHw_?
zg>q==!BW@~Hu}z2WNEa}&J&E?s~a^*vZOBhF%P1!67>8VWl;J^nN$sTtknEK(Kyhn
zX!Il+JgUuU4p6~#506y)`^^3)wVjaFq1%MXhl&7)wz&G>y}#m*A*K;i4qq9?vD}a0
zsMu8Z)0yW1lZYWGBCE-Uo>5zPU<RLKV_p~ss=)ob=2+WvSo#O0>?gatB(GZ&mWX2d
zw>AbL)XvX#Ngb619AMp)h?Ybn^HLFH)d+FxM`B<ufGgsxPu#Cj!|O=rA05S*Cd`6>
z{GUY_We->c2GrTnt=>ih(#VWR;#(VB_c%1d6s4p~4~BDQA7~^$v>6IAnk_*TmT_)8
z$e(yJz|Rn!EExPp<6x+f{qN_mm#z0B?Tib`zG=Vk^t`YH#bYsQy^^M4=#8UoSES2s
z)@ewF7Ws=+p<kIumK<K2tIwJfap;t?T5#(3&FYrHrhr5W*e^@gt^G`Vae(bNTxMyM
z{Cj7*$y-Am4lxOPBz67@q|@^AEvZL}q^A3RG@U)K9PN0np+k3n!KkPG?4un(<^6YD
zpiGHAzVf6vi6wKCE88I|{CIkShENt~bcdKIabgKasO(bl@4-37YJ_rK0##M51(lhW
z(rWjY8U%xCE4Q54+an!=&oKV`Kmp@FL^#nu3s3DaqIJ2^RsEa%$?oBhNmOgC{B_zp
zD+c)SLoH)|q2|ZogAMu>#=M}KKru<x(2}Og(3_)`Bb|qzGkh?MCC0;41Q#-_HvO~X
z>^l(6qsfcFWo(-L5TR59;?*!U`Ad_6v_{80Vu;omI!w$-kKt|y(m5^5$@eJX5+Dfq
zFlH<1bw;FH+hp*Ma7O<{SU8g=s|ATd-apGDF~S_&UP@)5#7UP@a!zjVr5CxBC$&~z
zo!1nSd%sG9ug67SKB8E@%G!MlU#X2aS~**3d+8(@;ex}62fh>C>pdn0dsgI>v^I}6
zT6a25T3mUYt^bBY2c)PrRVCOa8epgHmAIPmGMLU2u$2F#Sy@qJ*%4NpfJTHf2=$ff
zn>7toKBxb(G&Y2VsDC`BOQvQBWTaV*iL*lw%BYVyL)90`lJjSru##w%YUVIj)n%bf
zErfVqI}KE^v&g7=lbgmT`1Nsh4hBsPPn48KUIJj@1Cu2IRp(ony1cm?i8ZISBYs4M
zXfH^sbfitqja~Zbp@1_xn^+SPo0Pcbjs4r(spl|(D70V;?<FVr^?%`Z4g|I#6AV5n
zeY}5FF(hNu*wWwZLK@kzUL(y)FnC9!(UpE)t{mfKm!rYRz{5F?OZ|(ehGsE`7~&W=
z4rE4JUzI*dcsIipQ4p8TrcLb4fwg}ejaKY>#FEg?Z${o!SF2Sj`wq9mC=H2csaq9y
z!aIgzikA(Tc`EOfjh*&abN;zSg9=GHyQK6N?^I5VOk?_BjQw{lF6lI>_q`_0up}`t
zHbN#|%Gwp_u{P9%oH~_|k$75ljP{cfc0>3_4Usr%Sy4$r5@$~&2-Q1Dg(XbzFBZX^
z9_#MOqP$^c1qcBfd&Na~)M=CME`IOq&@9L)MnH1E$hYDB$@b|dHth*+*Ev1tfH1Bm
zs@(+kNW0A}9>x?YZ5dirr>1>QjY|%5u7SPAE5+a7xO7DsRZv^xUtG0VNiB`muXAT9
zOl1t+oyh+7jIda2E@?x?y_FNkqo87p89t)a`P&d4$|DpVz?VWh%cH03htu!uzqaQ7
zA;g9^8s7Nok+9Od9pe$I2mPB&9aPP7NHtm9na6Y!QhDBDd}aQ2bz=P1xAw_Mf6%AX
z<lo(KJdZSHdi1H0W88-LW6Wd!DfC!9l>J>7uGEiN37kHDxxeaozh^EQ`w3zHcjD{s
zZ)!LQ)4UH;e5WffaXfa#Qx<&1j9L}UtL@@-ZdqEO!k>!8^N8eI1M*gw`x&t0IcoBo
zSW)kN#I)y>cy_hN8YRLQR&Z4)x1HfLQOQYPb%f^L)9d<L*!^Cq*d{r}u21}@!Z_t?
z@jp2H=*lw}7oN4+J}<^%{%iO3N!AnGVj`K}zbjFFx*IFzc7tZw6rZnsejfo#9;)@O
z`uJ4~?)&3VjE?>U7o28Zh;(B2D75_;^nb*z4|6{e=?=Sg!TvEQ!2e!_A4QOEmn=Wb
z{UO3xNJw;GJVy;VF%gLN-M4==rgv@cQAyYhG0|XjknaK|7;60dsO8wbQi0!_JXjsg
zA<nES*Cs)UFwQ`A<Ptf>)XL}S9=i~A``C5Kwe9V<rn3e5!w)0GD1~0Lb&0I0!W!}$
zU-$;eJ^}*AmmD~3X1F6V%}WjAV6PdT&A@mDdoqgM2h>q}w#Rj*{zW5Hyg}5%U7;Hc
zmQ3BcMx)EO2mM@Q|J2ufK5jQ%>T*G?e)`W)4dc};N#=Am>>RbWBIETgqrp{J8nG|l
z@rJzBLhLaUB-SP<vE9$QBhvXHzx1?}Cj4}V{Aiby=7@}JmmKhZK;U_=Enmb(EFsY+
zAe=Vb{sTpSOWbj?f)wEf6?rcF25bHHA}OEiK7IZ6(A&NC%jWrKDlcv#0gI*H7&7I+
z-7{30NUkjzW1nii?J&~wxx%*~u82quSjy{K^w4su?SfInnmYFrVV~N-POm$ylRn8k
zlI^__qU>|-Ilun}{EtAw&&VA{rrpxpgSZ|p3)qhweSeSVnv9F|i}a!A50MS)0atu1
zgqLq_C}M{Rpqya??TIrC9)c#?MO?P@#LfsmeN`KP5Da1{^4>#1<QpiTtwz(J406>n
z0#$U}0%Sn3_@VpY-D8yAtoNHUDCeV>xXTK)83qlFdS*@Hhu_exSUs?5M_j?EB6;AI
zLI2R|zQk_7YqW;X)guO`cJ4?F6*x+z!^**?!aD8M5%ra)?B}thBl)me$hFAhqgTx$
z)~eU}rzL#kmWp>Vi-rxVhw76<D!~h%)%%}ZJRnPWlXN;CVMb(W)Ged5J4G#Jx{*E)
zIhN3=+!%VndpkMhqj*|UKo(yj(90i@g)dr8Zgta@Rzp)wCGv6+d9CSnyHR+XoSN)B
zi*!YS)wX2R_ua<9_ZXc{Sk0^<9g6Qdj7#bZ5}A+0izSzK4||T!UY{QNUfS=SY7-mv
zrnDN*KeH5-W(=rl$%Y^bPPeF{sgW@uX==d-9q980A2_q|cwVWPm05z0X~jDm0^TJQ
z4d5zog$9{g!ov({6%UM(ZS&fS?NL!?XEO{{uLv_dQDasmpnk4$=I?q767><QHyoZ*
zBap0L)@5swMd|wRf?$|fA9em2d*#>Q!o2~@=^Xnkd!w#dV0bFNkwCx5Jxt0#E+-BL
z4opEOPXGuLAZ0g0;hx&_)3@x_H{(hTrQHVWSg^Bz;x95d^M&06;Ei*D8ZT8QWY!wi
z!Kq;%iUU3M+Rq}P7eYml7e4Ix@69OBp#Kr|l%`%=x4zLpntf~-A<ptDwCj|fyYE+B
zFOX7kS(T*H)?Ua!zqsV#@44_3dyhpq%PY4Ed%oxApI%Z`O7}Qgb4UDWl`a<;?Z~D8
z8CaZe|MpPKe)T(RDrqpV;TgQ!)cbJh`up!o3-R3+Gls%98w5&wp4f~cMngMRkI?Pc
z{%<IM2ItgnLJcTPKhu;Lu*|aWbg_hM2xvyoa9dE(8ib70QcYN)u|B2m86pQC`_G6z
z$7y@aLL(A5Dx<xC$_w_}(bRO>o1kIYwYhsDavn(REiN!~CNUspdx0t{21g$M{wXE+
zDoy&b=e@3hzl8U1U$#-!T|tizJ?6DPAgp0GF3NHbCDz!zw~ybf#YnyLcP0p7Iv+=?
zCo^w~_DY)k5Qj_@_=*jSp0s4Rdq=+mhGI%D0WuCK4!o-luB~(5u%>z2Npdlqk8VkQ
zHl!Y@8Wi=$sKb%0x?klGPJLQ^=0+q&xiCo~)~lO~FuKzT+8ObEJ|!7h_~0HsVtEz$
zHaA)y63vPHltR?G*reL^7Y=UwMg6T@MFOL%<#hQNJYC`U^;ppb9hVc^8h3VA?0N9p
zp~!nMm|yTfu;Sec55}tJg~*;}>%9H;59;Mw6DO4YR(j^V5)DYK@@mby;je6zi(Tix
zNZ)qXf?s3PPsJ-;ESTDC&C8nbdxvDpnX+A@=hRmEZ~v(;9Ok9A|LsoxC*wQWKQ8E#
zvmo{xsxd{qeJLP{`nvpHghb#5TyM<5u2KE2nHN{)S5lej<<FJZ{^RSynf=u2&`H9_
z4?W<OZ>O`CgdRa))a-B^ga_fVc#hAqST4Z#p0RAdcPtr>v~*&N0EnYSD}Q!Ld(Y3L
zjGEj6?b>VtOoIyh7GK2{B$xgpn1jduCsL?ZJTP;Rv}cpSoZ#B1$z*644;*saFVdz4
z7w!C4@l87TPs{yh5BtuZjB$dOnhv?LXfxGl5bE|rcjb&9Z=#Be$B+#Y@gzU$J42Q2
z($n2ek4Bn6fe^PeUbIZn6XEO3G?C7xc7mRU?SPH}xA>*lQ5~1xPOp30VjBgfn<wqV
z{3c}F5WuM1Y)h4EomPWh1J&B4l(Day(5ofZzHJmNfRy+SZePSM3K!V%#L+-NU4v%m
z8?!b&@dbZK#Rd~Y8(xw}?XkLOygsJ*1_rp5<S9DfM${<XI6oKUvira%HtalvgGY7i
zah}LJMQcn}phXOUr^pM-#_i7tblrDZJd3LPC6`45-e&|7o&+8fl${2qm;eNo`jbG!
zHojeA7xEoa`?3G73Isk!>xotm6I8%eDP?m&!eOFG`VQ*&O+`AJp?uz)AEL|{)z^^a
zL&KckU1InBZ+W)Cu($pRNdf<*%v)7AgG8>+efwk8&LiLj?*-un&v3@635;xb<@HzK
z$s_acQp@k_XgYxp^#OW75%lf;`!gaY_%-%M1JjlfyQ!}Fy(zKIwLCNbil$*u=O7Nw
zh{s2G2};vF)KcmZI41Jr%e_qF4#&5}$jfF}<FB3n$3-<gnciMuJ#&d$HGWyAkD}<J
z40!VQiZC{-a8ToULf+{b%d>*5q%@lJACWQUhbOTBzktwvd@}ONWR5txF61uc$13z?
zertjOUw)4ub*cVO$XznHU1@<34)yJC##XGt2Zk#b8_xW3LUbdn>JX1O98dxPaRd%6
z2|$m9PX+NJ!}hp=)t7@Xc|fm!b^bE?(7ovlsTgX3>C!bv4Sr?0=^dMN<nv4NC;2Q@
zibfK7jn?aP5$?Hsz$N6a10tY3#J}Ahj1%VN?Hpyr(LK^VT4wZpHk##{&`lQX?4V|@
zd|Z(ax(gNfob^YW^=u*I?=X4|&oaY*UVOp(h53#uO(HcFE@UYWboPvCpj;j)R-sVx
z<2tWJkRob4#xA%=&>z-jTf#mtI<I!&&=vIllIoW&qK6vQdr3^8gwa*H$dCI(*L<eK
zJn6hK90Y$aGPeIwm%_bCve%;5B0GmjD~X9oR)@PGxs%$*;X~nCzZ=i2G&qi_Eb6qH
z=nms9p6JIlTpOQ<zf{yWU7j%4I1rQ@UcIV?3qrN+fWF`#_x?Gwi|r`05A;V9CQ=;b
zL;=BzeXXh27yK^{li&@rIYR*$nOr{1tMrr;dD(Z?J3UO2hijHIPKuUN&W5zT4B6g<
zPI_ue{7nB+g(8*_NVFx{8aDpGtI`$!c=G(0&x(&I$7_xJkv3cn!~8rrfIg0Hc~rM>
zM<vLztGjBj3cD%6qmQ2w!l;+U839kNSDDxfKhI#`V-J|&hDo$B{r-)-Azt$6KlMmD
zOI_rKA?3;(KE8;axq*YbI5FE9<NJLS;#Wp&l8=s0ENc>4(V%q+ET73YUq3hEgaq7f
z6SDFx)}1bo_Jlfrg&B(+g1rAMP_ix1H6Ge}5TU=g9Dty&M0YNqF}mow2p?gx2@Cdb
z1o?J}EbVHJVo6RA+szFS0I`z#a+n~tb9nB&kimb!u>1L&jyK0|29Cer>fAh?#4&O(
zzkh&T<tmbF4f=uA9sA=@2ay*;kI+ONauM&=jb*bfcI-)d4ZmQ&+0<|>3`<%$Kz!%5
zr4!Xdv>CHAbx#$)*2{p`l!b*mjV1>pSq<qNA?$CDULu{yk91FjL?3IFecZ5||E?*`
z4>;E4qtOgNnZ$F#x_M;KWAPF^0_G+gj3&+_O*g4v>0etig`W~^ULsl+6G{!n^_I6f
zxN00Fcm!g9+R#p>2>!*O*gQ)y=gA}y?Zslv9g*^hddE=AAEvU5ns#!u7q^nodNm0@
zZT6!L2F0XbT4OiAFuaX)xKt?13A;W|B-KZq?g~D#+3%)I@@S9#=f^&(u~l$#SCOEP
zr62Cd8F6f556(S;GM5k;O`k`ZZj$^@rkID{AL=BV(fP2FelTmS{#>QckNACgmDr%S
zN-p5`wV6={Oot7eGP-blyE;g((XDOQ9R_CeQp>M2DSmM+aAfglL$CNRR^KSfw)?wN
z%#;B}7dQRl{ZYo{&IxLbx#(4esqir9G6E<QUX-HGM7yY7)VW_!wExt5wodnw02uiN
zs~tDlUXNG2QhQ(P560=2U2-@#v65P?E{Qt%8z>zUGXwKbTyAPDz0*!V!4D;WwB>Kf
zC^|ZSxw!4BH|;oZi|;_cgSboQtDp@mV`zihRnBX0^ZrUIF9lZLa8Y@<iphAD_b6<=
zY^Btg*EU?JyuNq|5BtRG^5eInB3dZ^D%ERIU7+^=`T5<CM@C54h)gX>TSV}cr(wZ^
zR)!4sp&~iPF`4bNZgxurod*fUcM3eoJ=U*D?c*R`=A(tL(H@MVPv!yMUvDP=3sEi3
zQBK+~aRsdf&bXc8vn=cWRE}Z%!o&#F2MTuDehat_t*fF-I;@eqCR;FA@F-DlZVYJO
zOy7hs-nx(*suJ%Y1U9_jnfLL#dDb#`Und6nUhja}y8G&mkdzm1!{gisTM~5g>$|8;
z=hXI-U=xGs!r<py!x)}3wSJ%JM^!_<CLPv2CrRE%;$esu&2Cl;!7R&%&#1?9<O0aw
zKr5UiI@IBz;Go?Dk@qG|2X4bZk^LVE=5Q;<**_tB3kq^$1kd%R{oS}P`AW$lWTmxI
zyEA(hvX60D1gC~dsC@LPyALC9R@8*73D5z&IeBrqj%Gtr-ZkIR*%eg6%BejEnQ^yg
znfnFyW^P>zy*&vzubhXQZuY~#cBqmbF7tf%(aaocQuZX<VG*2lqoQZ8OOtf$ujW1u
z8IbFIYVt08)z6bohv3ftOr&M27~Kdyc|@Gqb%Xim7N?S1j6S77;X$xq;mR)WZ%Bt_
zlHSn!IwnPS$NPxr=KlF{2PalzamN-=u4H>sK=Ju8;-lJV$geTeS?{<0ki&a&sA@xz
zctllcZ%d_ba$qcBsz+<qIKL{4)Z7n(pGJTLj^kfu(@GS&81`u~5&!Qlz&!LD*}5jG
zy-jnDByR<%#^h@l+YBme*g}pXm2h4K+<ufn@9XL0$Kz3EX%hcqEx6$&{|?~+GjbF=
z8tlb-T($SS-Pa4rd@MgaN`e)!G3h$>X&cWrvktH|q`5~wElH%yGDDeu=C;hDJeEaV
zV0e{!eXM==!FX6G*uDL+#AvB%fVBwWP9Dr3zanO&|1*UIt{Rr9VH1DM;F!+lHDkK9
z0iNZ2;Y`uPT&RrDzR=4TS0<W1QJM_^QVO8(e#~>lzPb3o?st?-+a^C0-y%sUd^O3Z
zJzAyC?F0|uVd}9Z^6*q&Z?<n_y|6V33PK}L7pH;^)tr!R>+)?Q(V86zZ_3QwI(?-g
zPLG5}dJ>$*gT|dAme3kDC#MDl3yys%OlwSM8$V?=t3%&KmnFM#$YNYY6#AcAzC8j)
z=u8r3`BjYGrVMXGmrNQrzb}O6Y-|wvexH11yrTD4Dwc%C=QVCR`ZMPtlK<!2`aX7E
z0trdE-mK%mY^vEw)Elb;s3um2n}7R8c)da}#;7r$I)wqRTW1<rTGYiF$-@ntp(9R~
zQJcc=Hq@!H3J`A-@7?1+IYDnbM<q2wtCVjjg5vk#D<4nDn8hb(7&4P{YS@s`(}$1v
zmTZd5yjOY~$@s4*gR)X4-{u!6ek8$5wb?cN5|?15e3&1dG0VnO4cqU(Hww`!p>t1S
z!jhss-2Gf9gN~75W^6|}^Y3=?Q0pxkT*P7}PsNrnlb8rR@efo#WTe#ylI!{{Tf?+)
zPs2NELpdx2YbY(j#CA&%iaFM~L<2}?&wzKYC(=^{`pzcj3WWDDpDQAkUc<*fSPXMN
zVMwxcq~r3X;WStGs34(p4O}yro7eb3DNFO9X?dJ@q-iT90^CQ&;;3lqFnsNEzU|-6
zlGFY=aynT$&tIrH%i}At;;<HPJCKc@LB;8q$E)BLvo@{bF+*3<ntEuUA*uo7%9*Qh
z5Cj^YUFr@2m>vl;NBMhlbE7Q%rAE21IAl7P0OU(aiR}Td;neaRKMu?9jqlErO%1qV
z)vmi#DPinkmVV!z(+#zWJ&L#TIxw|0G_56|SwxQdXRK?PdK^(})b)6wnri@|Ye)F`
zF7Y_(qXA9MRVWkNM7|5-oQ<&eZ^{KrCN2Z|-zh@pcve9=hI*N(@CIK;zO6_W3SpEI
zC0vwxDcm6HFaUlqZGiV?JU>9LwT`v+?U|<a;g*hiVMA?{Xjs-A@X+HNh~U*ISf>9d
zsd#3>5z+O2c@a37!yuP3?k36=G4r$)#bfdue>zDsV%W76YWYpN8uxb!aoJ$m`@|}6
z>GE*%YvL^4e-<J!?=$pS59@Fp&>gKJxLkd_vzJA3`SGJdy4ZA**k&7M8#)Awg{e2d
z7QzdciWaIQu}q7aO!$ZO@j2GhyWOIvUnXB2IUyLsupX1B&2eFF3tH<>D$ZfNVu8ZN
zu`^+HneS<+WvzceBocOtMB3!#2qnzujj>VpKFjCASM}yA4QBhofhdJ-a22yQx52fc
zX_}3qBI6AZxU@_6QYJ;6itZ_QM2ox5d4FUgLdETEiT!~5b%XvhWFBkuUCBJ@>Yk|g
z7c{VPLY)|FupJS#UG6f!z_iFNfh<@NK$U{4iL9CKq&{r{i24GnKCz#}oX_V_O<}-f
zz@0N>-P9VQ29(QaYU~%C6(G*r?3SewFvFo9UhTR*M|<4=bxK~I%2X@4$&)i7&)b3)
zQAUU(7o~LYwmMd^Pw*uV(ywk5*wDl(?P4lqcE?t<qQ95T=bcv0??djyHf%5rr<kjo
zP1MadA-lN|k<2WJ)xZ-F%z6EyncnnUdI3{?ke`x;+b$2W4fD%%=Pxgs67hDevSw~#
z1PLl}RivNhh3N0%3scdp%UpF*BGa^tk3{|hw~4QCw8{PCR6B67N$x8nNp-PF=#nvy
zoE?!REcq+PTUcw!-=~P|ZqwWnmJ;mottHDfkt0WNb@3p}yyMKR=bLq}WZT|V7P*Iy
z^oRxtUsIhb9W<fCh<;R-t_<$jU2MO9@-?3m5(gXhU26V)+Md(FXxc~Jkkuz439}1<
zR^uD5`jrZYmupY_?BW{F-ky4IM>A4Fpk=B=B$$}nOOha3>rTfe?<UAD#K)yb3knie
zKFP?&SiDjD6jb#MSfVd5VDKcU)=vOGohoboF#@(bP%$05ZmB|CXR1Q61NNkON>8B4
z)EB<uH3jn{FS1I67!_N-GSiNj1d<KeRm}2J!a`W3ygsGi+tb>?_+7Y^xwSW0XGPsB
z6A*2)L*GKhTgg;7^TjPIpqSY`I4~x99&sF1SwU(`v#<n-lMcQdE6R?hD91P$JHGYo
z-6sZf+53lqW(fpkt)gRL;_2uS(=yw4RbY9d1U2lr1`prwE`0U9A1Q?lLp7CrXCDFx
z@!mv)y$ipY3Wqh#LNC)E{`9V>JpQc+p1LOvt#DziOl%a!bIane=_bwT8h%b6RaoQ>
z7F`ItOp@cV&6C$)mVG<Q96dtND4t|toDjsWKnJNOmJ*S!>&?>}3CdY4vlp&z`f+xL
zq#|;NPvDU+0rnkbdYVoIN%)9IsOMpI0uk8YgDK2@xp=(H`sosMP>AcY9uu`v`lp$o
zad)<-%t;U%Dy##fAsO=1pW2~T+8l+46wGSm;+(B`70oQj6RIHub^PP#3~By(7|Vkx
zXChrHUuE-0?*5^!5FmC$XULRPl|pi=5q_yp1&1Vc6++NAEV0Z)T|I95TQgTNaQ8oK
z-kIzgIcaLFyj;yG@hw`x>XHr@dM5V?;K-akd0<0OIK^56&O1YFvhAvUPx#}~M&@I}
z0gGSec{w4y<h?ABu2Hc5sW4rc2U;`YQZ@FGGy;5D^<@6lTr;goDw)+`S!fl}^o=v0
zF?0^d>6Z%>!t#yNAi&nr;z!voJ~bzo_Zw*mq79Z}K;@y6mBoZ0P}RAYAd;_1gL9Eg
zOGBBwbt@~0e3wf?*ZJpsk&k<hpbMNLm2yM_F`eSugUFsVorF*DlONk(d5amy2wgZx
zWR+C(%*_K+@3<j|eXwwpdUzgmSTb~Dx9I9tptprEA-7aFJEGw3^DR=w9nD5{8Rw|h
zt2w4r9v|$u)D)kb0AI>Iqfs1weL)`dI|?P;fjTacAX*hkf)bt@l`2qDb!c>w<L`j&
z6{nc>yK+XUpjIC4b)&YeBgT{8EQ07L2kndjtaP4o*ybT=K@z>vZ3lbNHTGon3jA1K
zmwar-z~75T;>rUqGzz`fdd(tTabc6e0%5$js8l}^6FdT#b=6tc^AO`HB=<4&uQP>9
zmf>uPs!J5-^TOe<aO8f66|+J~wD#{}0F+p8ur4KRXRDgA95uJ>a&sJ^b2Ey{Hd?Pq
zWgXktU5P(UiI48|#__D)&_S{IY>GhJShut^X9GQz{bphn1#defeAPxptVG`q(9SOd
z;NH~iv~k`oqT{MY--<3(;GF|u!{JNr%UyMz8#Ei@mn(i%A1oGv1!uP9BAZh59Et{N
z3AJdu8uj5CLMlwE`b{Z-nqq;x#yDOI5w%@$*=^9<pF(Vk%gjdrLB5aBxDsAd!Kmea
z28MK%?TLczokEiauU4sm4A7VzBp}z2pt@8Y9gq881Q9|)Qx3OI(t)CBG&?gLhG9cc
z8H|IQDF6w#H->@*@`p!9NE6u6q$hGvyYFFMu&hV|Hggk}^PmoDA!ii}UB`8`7lP_}
zHbooPrP<c1W9iAa+DkC#0f1_00p1p<z+WI{vNZS{!O;kl$7v36prq|P3;QVUj6`lc
z-3T0)GI>^ht#M>1hsW9-LB;t<HW6<_^LXOH&TnBEy`Qtcv?Zy8Dc7ygsa*d64I0>H
zZ%+^d#oLyHJWSK327v(q_3|OgyQt7mH{MQ9m6MmktLL`2II(u6UP+k0{7+J(IaK8u
zbNcj>CJSj;i$?!fZj7-#zU6s8OZYndZ*|TFn_^X&^rTbEd1Khxpw<!`9yLy%=R<n1
zaKMo@SR<=4Vc4fuh6`OwD+0VOv<sKQT(zT#CT}++n_kWs!Jx!}UBR#*m2;I1q}-~a
z{KNuvm3y=M4beg0=})?jAUCY6uf({Zc}Cche@Zs3*;hgy9<^S!Wj3Y$%B1;(VM>N@
zXYV9T(zDw|WN8wcQN<iF4$0D#_)LK7yZ>yFpg8e-{2h0q9z8N2oc0;HMc$;!5p9Wc
zq+tn;F>mIBS_)B$3whAx?Z(?92GL(z&R;a2w2B9KgOA}3Qy&>6B2pJ^5<76dDiO5m
z=~Cp;p<2Vwj}TC=_5YM_X%-W7v`VsD-y>~lti*s;fG9DK5-Ce3WRAl<G%YIyCX}|2
zz$kk?Dt_nQ&kyI@%f<|Y?FO(=!Vs3$WO{l2w21qMN04&k%%mz#%@MJzBa@BUOg~nj
z%MpXee9KB4;GG~bipyCs3zfyQz|vI1>p?`&oKKP5Hf{O|vRVI{mcw_#H4~|be1lG$
z$Tn#TiILatcR>35)z7AWMiIMGgs{a+^BT>K&lD@3*DI+d7XkaC!(_$YfQb;X>}>HK
zlctkLG6b?}l-c-2g{DJe2_or<-+n|wkiV2cI^*(B(C;fj_v#EvH{uzc58^z*j)^<U
z(jIv49SAsD@qSQ~RhvG_F7~>L19&h2;Bcy{9sUzVg2Akw>eC$|J5@MCl*16*X+(tW
z-OON@hv=CT%QBX^%)`xSoGcz$j^sgICVVZ>L{wR)BK0KU0_{u||KeR4E%pY;_G7G2
zTa&Jg;kWAXCJ0qIqDU!^147veB3+Tb<X(iJhU=bq#5|Z(5$-FR)2DFyZd<^N^gnqO
zr?C;naOW1&^ZnkX<j<EyuewILvqMwGUX<Q%7ckmzL{QlPIOvl<x<#`@0YAC=$NrWX
z%sP>!ql5qv@>YfsUP9qIKg4|i><WoD>0X_^8-Q*_gTCt9^_sm8(W9>?L{oIj5+p7f
zi^D7j_6ufrG10N=R6tDxoEO4V&7G}_5yPv7MTr`T>~%{@i~oGJ2CvkR9%o+Abi(6l
zwl>)js-jfNBQW#5yCV<r7rl%)f6nanPwq93bWMiU@G5}uz04L6X}<$juGk;f^e@V<
zn=_Ax6|p`TH2j`l>NXT!+2i&?T>I`6+pJe%?I+AZl2%gkX-eugzfY4b`V{Uh^R5;v
z{hklK!4A)TDo2l06I6pxQwzQlW4pxWMcyBe!jy}L;G@(Z{Y`*=3!D~avkrR3WA#rY
zg4ciwmu027j6~kKxt|z;)5IfHn<54w#x|&DZYLh?#hlPMu}%B507i?C27)<E+y!(0
z1co&HEufp#jN(;#$K{@?VXTy(<k?HSSrhv7r$XA~CRm81pV5C%rp+3_3z%*c8T3LV
z`JjXh@1VQ@KKGxEr+G|xLC7V|Iq_2;QrD2xm_rM|AG!HlVupc8sGLgH$}ukze}9`h
zI#<%>(*WX%SlCc!FU`wH6wLnwHZSeQI1%iG+pd9lU_7KxjJeWq4!uJkVE9PkglV|K
zq=Xu8%?YDh{L->V^>HX~2~_h)5u?&5X+e7DCNYSOBtP2Ny)9!9DZG!v#@Aw%;Mam_
z*l#9fie*zcIP%*$t;S#E@5jdtm9^J>pO@Jq@Be~&d+>}s&z?1qKWV1rLs7dNkOJ8v
zEE6)-ue~bqXdLy=Cbve2O4a&PMDt*+48yy1J5%(eRzhw$>@T_!>s}f+6E;}j-x+B;
z76iBx+H~<`iGdN)I3(d7E26J~+b;{wqM622ust5w24(?V!(#zmh*!seG=V(}0SwdG
zhh0l*j|f@^-^`_PY0(O}U)co*TxF-7S4}oeR(EbXo$62dQ?P-ghlQvs6hv_MB1c`=
zZ!<Fxiig7hK$CDJ5;Hyh5{C2~>#U`*?(d?|36H(|p-=Zu19r&@GvnOcf^tM|1uSI;
z)3H_n?}8qghVoqMax}!i_h=`?Y2s+JMR;!gwF+-3yCXZ@ZMOC!TmV?WMWamRQE(^R
zybOiBy0jU){6Vc`>TAA})u(|DV~l+0#{prI@d`R6IX87w<(_tSRP7Vh$8Fqxpkeg;
z_~TNw{Yli@jd-U1FuFcX`JG*JBoN$E#V9oOa@!G5A>t~^{`86FOZjFi@4CA)r)MJ1
zW-be4e;MlgPTw`0LveyLMd)6W(LC5R<h`=YoVbVvIU&x&!%$ux_N!0%vXrT?JFJIS
z0H;2rlH0_29FRermz67X*PK3B68$tO&6DmIsaua%%|zA;;1hHJIeDy_@h^NMUHvip
z4XlZ<s`jN)_x`Qkd(3cU^ZeD$=ls3f-zs&@Ojk|M&xUEOfa=g56rpxb5BkiRGK*64
zrjX+lE$=M4Ml2@2llDVKv;mKJ_tHRLZCKYj^Zt>ak^!A+tqQ|K!cc`m6CuzAZwSq@
z1}F~gBtXslHYX5#JJbE<A9UANI6=n)5yFQl_wwr3b~l3jd4SiKY&&Bs-+o^M56-+#
zgw#wpogbrkh=4c<boQp2{jPDYHG@RCq@5kvnySbU1xqQ1@nBA`#*2%tUlTmRFNSK>
zB|H!TNk+FobP_Gl`jCOr!~<Qu12p;^s19jX8@j2>brt4O%z3`AN2<UW+f&^bAgPPh
zB{zkn9RO@m-oe&74MI+L!zN^Vi{9C&l51%$jKM|Z#T&4~CObYA|I%usuVp`vpxSD+
zdn+T7x&N)u;&ig}Fe1dq>NbOpw`s|Mk+q?u5Pfpq)y>)8SPo7ncae4hv5GXN1tsV*
zAAG%a3w`{cdjJbP+4pK%{nYw{cr3R$ooM=CKzi(0JaH<(wl(t7FN1pHF69p|0kzPl
z69)j(SPHvzw$1+a4~QH@b1j*QaQXp`kU_$rsG9l@k2ZXMp3~+f`n2&&7IF9CVbFe+
zvDRRFDa^Y*us5aQtfBr%8!r=^9lPaR!}w#Hos<Gxw6y~zCMIXUBFpyio4_3Fr2P}1
zam&OXaU*xN;P|d$0u}BC2~I%e+|5s9^V)#oI-tZh#X1eYoGpnAW{5M4B|ZhT?61L9
z(ez*qHN-MG<j(<AIozh&^WCvy)L-<zhOJ>&TL_JDLb(6DX?YdRBFmx>Q&LTtTw_$?
z-Fre~>EqDGj*mJ;>+Coo)<iJ++TT;?v9I%W@^H#yM_j7-GV5EBB<LM(n*dctw^(ml
z$1JTlGx@;+xOFB2VWT3pT6cEDQ1MQ0hhxHhT}W|9jh$W<uKh9Sz51{Ul;uxS!(M17
zp;++zgsT-;_(V@HiE6ibqNxR%GORg_M>;r-?Ct?2@~Bd$`&X#B)G=lpF_Ij*&X|{-
zAjA=kT#;ZERWlctxa^AXZTg{o%;qSFfklDDIN0tO9q44c;Jdax&OKP#Jy&`hyOlX>
zD3OZRILoRMOAdJyeuE3M66R)kru<qY^BSczE>0428KjA0kFoCL`BB&W*VVFaSr`%A
z!?cD%>6+xnNsqXDS~VrQSTse8ejm2&G|?P5Bc9N$<;&Gs+HDoA^aw3jDe9P{-mgeV
zIy6TS88gndSJ=%qf0oi}?f30IEq%Kg?7g6vzP|#F{Q8Gbwy!wL^p81A4wmng^z8YF
z*2~_tIFfyjU6qmES2nbLR~e5ug1f;5u@-dV$TMxP+GX)Z7lfO2$BJ#`zqk<rMl>=~
z8z|z?U!HzNYHbrdF0f|1u$Uq~h&~!3x5}4d%Cl9Zy0bU^%~E?SAXL!^HQ8ETOh#Zx
zG7u`ABS0@=rlG`1zjQqRQ}`5;ExDf!+poS{eO@}(LtJZ7bPIQU3NXjIKPqfxUhNcL
zGGNE2FKyC5*#$L)4Q3~hV(Md73T`gCrfMZolGJ!iZ(++g3F9TyKTav#k{?|!X5}#{
zPDR)*l88fVB(qM;uX>D%@`gMKV{WudwW)aUd}_?HWiU3hW7T=8Q#_k!>GS9D5n?4#
zzg*)qTy!L8Y9f^4REHoCT4D+$!snNx#ajbm*fXbb6l_cuHvvCi{oO<u*|k$YE1Lcm
z)+9j<<;L)gLmJV-lVT!*%?%YtS-F2!W_=B7yBFLHP~q=9ctL<o%+hRA7<R_tJ=E@+
zQS`yO7}_}%F}jTS_abT91KJ45<=AwKWLov(1ZFB(&8_M`BhjZEBjTAX^pbHkA}@SD
zz=%h6$8V{RKUw?}NgIij2maCEc<|r7)3<{a=kpd`2nOsi8Xt$)9w=|!c3#}JlaULr
zXvKPevy-a57f7+W@ix@8ZXUn@b%fbdSZY;r)Iq6)oB-J=liZ<U_#pC8wEliFOwSEj
z{=|qO?ZiCulM^)Yi^@uIQy7b3)XpODh>2~-!MAh*jj-qr9?ee)hUfGc-<ZPV1g0x;
zOElh%q!pi124ZK(fT8mJ7kA!l1y3yhGNaG`e4_tj&o$$V9BiZaE{38)k})1>IVffX
z*)Abk-sl|x5+0*O4SIqca#VZ*;z)dgHSk?Je1|=bM;jmGy4&@x%gRfTJAO};P{b+7
zfxvPwYz0RpQj<qR6NbSqMwt#2E?=o6B@|@0uZ_pb<2wFtMI;0mSzHkvCY5(U8CDD4
zh&9}Us!d6+kg~HPjOs7-QRsQ%=GiJZ<cK4U_j`bm1p-)n;mArGr>r73+i?Ov!ws$F
zx}zzsNjPePw&;m<l}rse3N>A72H#OtQ4WMOMx-$@d>3>#CAL87#wLCEkc)kGB#3D}
zY_8=EThhoWsHpgE*i!_jTVr*!Dr=&6vt&icx)K~57szEye{5xr&cPA!y#kbAR0<cm
zsJa`2okm8Jp2p-+!dx_XvD|h$6a3>6{A|tl<H4TTdk$;g>z~KIYf9|Vjy)NwP-M0w
z=;J0|?Uee0+7c6eqAbm=LR5E}F~T~6W$~RsAB!}ds)oayuM5FN=e#Qm!|lazxBe+$
zl^PS!wp!5d=|bMFlsunwVxuWnSXnDjLA68MEDbjI50WSS>akkt`eT-!T>rKqBmK`c
z41m&1WJ}c%_!?OyrRBxc&d`ulby0ajR|HwIKB67=i#phN*9ul_fcGtf&)d(w*Wl^8
zX$na~vlL89LzSetr3n?wIm+!NE8@JO91{{`UN)#57Lc-$id$w9+Qn&)8owA*(z4PD
zwPWvV?~?47h-M}VT2aV=%B~sxFSS6U@^T@^jwn`5M*)|&85NC>l4S!qn+I7dyy*d^
zJQ20bS((INZA|wu@?%wxhyZUF@1G8PXD-13NAY~GU2*>%M7rkw3vux`t-Xo@<B2LK
zX0t=5UUn8{VM8ordh}!5Xp$p$F+hSXI{?nR_$Jt3Y1IyJH8V1Vef6{8a_ha}s^zf`
z+4SN)fbT-YVyF>bs9o6*{Mf$8JLP-Xk=-pzX|{tKj)?4{$#lzA)k@b>yAGby?Q=^Z
zB0tZPq*Ug0)FI5^cVwfE|FXGhSs2=B#8ei-A;@f-OQ<mp31dX+EK3NTQ!Kv3gl*0E
zaJyy8)a|2$2wMta6lbVoj|Vz;@o)m^CFXGKnvM#JjzU0^X5HVl7dW8r>UcQ6Gq?9h
z8rkID7yf7Y-=TovYBdYUY1i-JgQ;u}4ih&z1WwBk*av%fp!SJz50{kGOib!ChuHWS
zXV+lBuMNl<t0EQ9I9eNn<1%8HK>5H`M*~plmfB5yh{5D?G9vaG_Q&^a{F9OUV0+*{
zFOF0kEKa@aua2l1DrLoI#htT2mtw`&nv;1`FIO}a1n97rkD$Re0I&v#IERXjt1@Vj
z2~&A)%5Q!STwpjjb7Edd;W_a2-R|(Bp#@Bj#JAXuXbG(%F`@B8%b0=kk3Umn@&vA`
zef1jNUTK~riy%h!f*9_eGY-p&WZ&}{riU&!T|}hCsXj4Ye5^Fr4IYasd_8F}xJc)N
zxR1h?GUy5~y;au5ddA#)LBs<G(iOOBN`xG#BQfGkdVuo;9>#SjY@Etjjmd1D_mEyd
z+ApjW?`wA$adr2`|Km;65P&12#LVC4*q;DM(o)@xhT|WW^@P)si_%8L-EwG(Jh7X3
zp%u!S{<7EMTpsK`zL+BxFEAE^eF)pq6kJ*+kpEUE=k^!EAFG=8JRbZrjKbwh<|fFA
z7#2KOnS$-CyYYFLR?&+$2e2b;LmPQQg(T)YM8##&;Y|@^rtoOEp^?u9x@64l24PMC
zGZe<px2_-dc|}b52Cz&}oYD(Sk)jApq{o&)aM;sYDjQzhWmn3hj8T7~*Gm=i{9F-F
zr?Ov!dr3Q7th6P7xgYJanlUNqG^CJ^k_kAxNbKe%8Jw=)UZ3K6Vav0BR^bfyGom?_
z2x7YSc^tpuTdK+nQp)32=od3ei6)CD`|$Bj(#RTdFhUs2c|-Bs)IrLrYt;}KGpo_r
zZ19h1qZtPGqYVs5Ie&Qa{17K7F0an@@sZzTQ&MIrr1`H%nfJT(pJ1sx+N7FTO|ve^
z5Ap@`^`5!ui{J@82BKe5JP~q#=H*Q)Jk0feke+&xxt}BL$fmG~0Q50;$8}#9aDOz>
zh#0EeVR!2bKUv)FCH|Kd=L|T6&EL$$3hx|snvc`^Y6B=Nm&eNjN?DV9n=@k0Fb1KV
z2jvQL7}(6_^5`<2bGX0~YxySCx}aHjBlcF;l3`DXXI&2%uq!=?>a;7!Kf@SB=Js1r
z`~>K*&S19-sSunO@Lcxw%dX=o)EkT;GaDriy@j>gsYt*Z-{r05<;>BM*URnHQKj>Q
zZz?vtJYmlR!`S7HX8pB)tB`z16JaCzsMc80KK_W7F$ZGOtSZGyl8!4_jagkPKP$)|
zxxfbBsUU|#^!m^iX&op|fgq{MM~&%WX!n+=<b%hJWG24x_BZeU?g9`;fIRV;OYdY)
zDpcG6D6@?ngX)~?P|B-bg(tSMv0ZK@-JUX|Rtt2kHO+<!2`-cMN;R<CD2RzR(G<T3
zF<k(4huE9KdE0Y;puWR2PY8y?pfYls6bgq_^{2BUD<N6O%Bl!C+D1E5?S6i3r4k{<
z3e~|Ryja)a@M^2~T9!#KK#$$sHlv#*TNhC!M8*aVYzs7fPjZs^8r0GOE)1$HMbl<8
zNO}nlqg#*UM%s@AGUYr!wSMM|R7KNl_ORvxgm^}Jw6rzq?f-gLDmkinJ~OIPeKI6Y
zjW|hoiff;Zblv!${{E^sUPg><ppa7Ktx3STbHk|B;`+o{A3v3^^?X!Xf<mh2FcN?|
zii>q&jyvqX#XGr$0KTWWk%!O6qVz)fln@tq0?Qr#AyHwFI1*VZ(#U5n4yjDLV09ln
z##4WL0M|X@^1)-7`Egk-bOwI@%66E(BnUmEbHJ$dht*4In4q}2s-{L(a}{O!qH7|5
zNONhd_~zA`4qxz1L0rcU%wJ&q=l_7Q9YAaca<qQ>Q;)-oZ?TU3Sdrc%Bi#}c7a5WV
zgbdT?1ng#sGPEe#I23}-QA%;VGTFl6@}f|Sl8QcKEIfsPLOx)|iVOA)qTx_}12BCh
zE8&R9hFTm8`wuR!^0>}DTa^cSrt-6dS?%dG<tPg_8t&?+M1&vE5f0<3yPaw6F2<k_
zv;OI|f4YluULfR!Y`|9Un^4AC!%}bNrT<1}lM|Hj+;q@>6|to$5zx%~7Di)6VY)nU
zMLCP~sg$EuCHX_W!lVm(Zrk(Y#U}ARHM80q5+^kq2u}i#PR?;~;FtNU43j)Q%7PG5
zF<Y)`<>nj%Y)G)^{qbEdcZ;=9=eI{Tc>P_seP$q9Dt#CrvBD_QbqHd;xi&eiHn!y0
zJre0k3hOf5&3fPv5&qn74D&sgE~r>u9HYEPgeq%+Zb>0YxPoOaP$V0hf*}@0AjM^%
z5s&|0{=#>C(r5%<AWcRx=EDwEz$Lgs|3f<FJyh@kz%qI8zv9NCg}G9_PxY*1@rgsu
zA)iAC76PbL-<7n+$9Dv9TcM;U%n?+hgx~z1=DzZ;tuJ^pc+lcb(c<pzT7pyDr8vdi
z3WVZbT!XuNfug}3iqqmwfda)h{r-0M&He*>UnQT<y~&)JXP!A{=FGVbpCV?y^)lV8
zKJK}nZ+^QmZo88v8+Q60KC>KF+?zd#_04cdu8IPYp5l+Ay;XBmBsYo#laNR`?cCpt
z>UdK8Q44!}{(KZUidi^}A6srpM0TMkfc@6qzx0yHBC#CgZ&&b{$#W4Xa*8Q#ag$$K
zO6w`OQoa>H*b!jMu+@d1F95q5`kMRxhjZzeA0TGEtOw&sisS+{lSEfB^KVril{Ece
zQ&AtM$C<8A2VePPuVIlZ<Jxu0Mddnw!$5EqQO-u1@zQzoXBNG~mr6KXy%_7Pr+f^c
z5N&ybJTDf$(<xO905l?0B|^ncdjD*?(sTEPL(^PM(SgV~1o=I{q8r2ywjPY-{G#L@
zqHXPrX4&JCMIY-z6MmockY+6)xf<jPYw#3_;PuogCJ~Us8HbOf3F<*sEUaXbtTgg?
z?$-Sx(a=w_a|GKj&ZUqg9jla$SnA~>tW|>}T{?4UHE5g1A<X}kTMl1AQJsWuN`uAA
z<w2CY!EL~^;EljJP=wgE2d8jdSbCJ1_@}70Hr)ZbaaLdM84=%Ef#MQ2nrC$`IQruU
z^IP!EB${^$7*NlXOlJGdtO-RhP^OreZDnCfag+#FxS)E_=EL*kdQdM@9eSxGR^xFT
z%;I90zJvfjFiskjT-_NXLhh}+2EUo*G%h*nCx6#LI{De4p~WKikSK4>7W~yaa<-Fw
zy?x@g&p7B}%Q-iJYjQV2i?VnrM!nAbh|Vtl&#a(|ir{E(t8w<+?Q9c<+4zMnF=edS
z_2ZKVVK29BoVKR^^t=;!^YFs4Mrqw_(o|nk-ep?e@A%DzB14ZDn=Sue>06w6qPLrq
z8NY3MZk?SrhQG1Xlf~OL$%3%opAtFZTCVCu>kwF-B`K0f*^-u|?Pto1q`U<Gz)CLe
z%|ZWDK9j=gSBm>x5>q{YyBqgVRQ4AljbsRmGQ)cX5jbjcZIU0irLd-A<&ciR(73p9
z(iPTHGd74_W&Z6~N)<G>v4;VlbSt(TyJN*n+%Ltt1cP2OK9Uq4a{s=3_K#@mzP>ee
z8xTZ+^<LqP=^Y$v9|xR?2Kw8hRH<ML0f&p|fMlkE{I|BI>dmWttyIOhx_s>}54Xzg
z!U;nc&vV1R-#;)gK$1-tCh%2HJ?*=S6)oXTelA)3)l*pEyHGtQKF2R)WzIl$Z_~10
z^<8H~N4E?XbMUu3!HQvWbl%}?J%;u8fO_h^ofmKJHUn2)sbD7{z`7wpiF&N01IZ#z
zxOk?F6(HXG{$X_c`1pM(hZad~cn|H#uMk&i8L#l@dP@|;WD1YQz}<e1i5+k}7G4)C
zE=nU{j2Pdu2Y-c`?#wv)BgdmyG2HrlCv?Hj{34Ou9BeI~!z8?CqYI?=XC0ASN*adT
zW8$TdjFPNUE3{vV8lI$L4x~57dLL(sD;$r@cS$$Crd%eS5V`%r+!=*!5(P2pmsEyk
z98!K<<l^%lv2u{EC1tyTv}mSgEvaaSWyo@^(pN|bh-V))xz|vwXFi=z=Xd{}u9eO(
zVnj7t-PP@4vhY|?ny;doIULzGj+-Rth>~92jB5P`W@0oTXsAe1y0E+b)G*!rOMT&D
zVy<h}mb$MzAUVRLN{jwEreS4Qb7jC-s53Bqm2(OmPrB$zqpqiHvCy|{u-V&1ht=RZ
zw86glbQAppd<%xE@<SP^_Vt`GLCsf4dkY2mxsgbQi;H87X(eGP$Rq&zlR(;Tl|j?4
zynYvbw)M|mAik4xU909oFh}cafRi;-i0^>XQpb9gCZueUYAV4B^8_^z|7T+_yo;nl
z8Mf5x&*uRdZwvA@PBi*(dAVZw#oG+&(FjWgpk-$4`5!Dowh7$wp;x&Q7!Ept_=<Ro
z(JZlp?EDM^^JcL1)A4LJU#6m>iq8nRs6vw-^i|&dK6V#icjKV(MDN9!TQ<9v6CvYZ
z<N+&q+F(}6o=3j(ERCt?=(p28XAElaqDQj(@QcD<@a*C7f^738e$A^JbEm>hK_N31
zou26Y2X~wig-numMMIl4jl7h5=0r1{704J*2@CqyO#F?Imfjgv87`2jGeyKYYt`~<
zKVL{ChAWZTarQQ!&a%c`V&m=Du*#CtjnH+LvgP|9;k)$xG(mesCA~Cv+Jn3W7WRLZ
zb0*?f%J%$7I`whl#-9n;mu6=~{1T?zSG@1^WWcTm7V$IX#Y%P=gxdm3*gPB=ajG|=
zcFlT@nFaCJad@s&p5*Vcy3Ja{lsFp^YKoOi)zD!EGMo6lhd#27ujfTPG|Gz2*q7)D
zB~Tdg*bd=+b=*dWE1$}tDUd_D4l}rpWV&4aGd!{J%dwc{Zmo}8@Pn|l_FAbwbxv!a
zrr(#h&Mm(gbo*~a#H*di>0mb6mNE4-Wv(a}>ZdRBj47~P><y_7zR4*6nW1dwW{=&`
zNRM?O8#OygZVtkX7vT6CDoU{Vlu~x_c#!b3ks>vUu+xpE!8*~i2V`3WYe87<v^8II
z6r?~)k%03R2s~$%-Ne&;Z+DA74jK)-6|(9q3e70SAPJTsFW}?NVo|hA&DQ&FD%7K*
zyT+ME1CvMEFlL4x*n~K><Nr=XuO+dAg60hog*%c;9<A2e!A=;2c~3#-bx!>jAT}Af
zscP)LkxW>cw2mE_2+yF-%`Tx?x|&%GF6gWV+dU3Chq}z^zrhzUrAypH_t>VT{D7}a
z<FfT7nhDgF;u#Un%X~<(QGR<$8L;$whBAL(h%eTC@96Gss9mMl#K(FRxX<Ju<iNNt
zWdFm=>vK-C{4VM2Hu^Z|EQ3f^(N+4iEsP2M=1*f-($;-cwu?uPGj>i-x1_!r7YQV-
z)vMmOP2=$}rho4`i$3*l%YBi-HYASRKC3qOLNzXLX@Kcd634pO`V?w5sL<P^VRp0W
z+UU>o^Ba?6i5T-!SSx5!2CpK%)-s|TLp&$nY?EW=NcXj8+Q&6<jp6A11*)rB$RY5<
z-I`RW>Tr{C2bCIyuq`{~ySa6~51N+jn0!LaDrMpOX?;%x!|$~LEmj_00t!;sYN{pK
zX9si&8Cfi=UDvo9Pp*?{Hq7ZFNprSv`e_f$<Rk*N6>}ONj^I4i%^D8R{apf}G6z8|
zm^(@^wgY^R>D_+Of&WB;KPerl5EG-Cz-`oZ&lpXcdWyJqdoeg)q3OX<arKVx8^Yd3
z1m|5es3nmpL2nx(NjUP_+wJ})>yi25@j54vBbjxjF`%!JZhRzEkl*V&kNLKSC2};+
zeb~65CkA!uWpl~?n=h`ybky^O^HYfpN-|J9&O~CHb&PhpV!UVutk1air_vbmKM9S(
z_C(-!&^z^(_5!!IE{-S<MAO}aY)otZm@I8>U1#PlewxnPcs}#heLTJEpa@xB##pE?
z<Z?0klMG8@$dwx^5Bu*e`{{H!&#_XJx%K%76DJN5Mx(~1!<kh#QetEG^V0M!lr|9s
zy-c{(we954os)V3LY_a(b}y9%GE{4&Ud8;CTbtk*^ThukWGiPrh9Ad=xbT%0z@>m}
z+T(@|c>A&q>o?jD#U&##)K|<LA(SYqY5chl(R`m2luOJ}E{iB-m<%7up>0$FFpw>T
z2AJqmfc+FaIW^rgr7KG%-zr@QIct8lYeU0;(_)xo%E`?Yo<wKPNk^*%QUHEVdd6v`
zuHq+!K0O++FuL{HW{PN~N6?8aYh&4GwzYhL1FV59Ee(^bX)+}Nk=#+7EpMEPO1Ax@
z@Dva%V#0NDsUs=Bk_EvR`$;)>mcD3e2`1SyH_~aw;YcT;4p>Ke$>w?bER|CzkrXQ`
za&<9uDs|AwyV+ou0+y=DswKLGnm-ApueqwC>4swg00f!b)j%!lz-();5feX0BqxE)
z_~)39jnwvV$)me9-fJ25TVfQ5gRPl{&z^c-Z(r7AT-VC=@RN`%c2q&Lyo4kjR(}M@
zI5obkZZpJ{pN@M{SIMa4OW`Urm2hYBA&h241tYnC8fi9@BSlVO8tCL??k~nlVGoxI
zsel8ifjv)99MmXwOrfqcFzvJ-KIoQXH)qDNqG^rMtVyeWp;l+fKmr>2&$u;&^Wqbf
zF)D^|s-;Nfl;_*RC8hJC4@T{mit-X)*@ZKbu!s0AOxgE+Lt*-)_lBmG>CK1G1=LDH
zZ63SgLix8{m(rXaJYG2t%$oJ;i{=4wa99vu`E{37Hx3v|IPv~??&Pr2Ag*!CM`i)X
z)+(}#)i=WONO{=O!)B~9A>U>--@oD7SMTw`p=zES-(+GIeG=f1Gz%`}`h-}Tki}M2
zU(umMYhOnx#(62N6W2k$`wR>_HOeQgag{=1NM9YC@!?5~H^Y%l#rmlvNS~P@OYP=?
zt%sjA?AU;}20%f`$?8AKtZ15oRkoq7MmWL%$r{wTsFx=8_CIkTBfi3q9Q@ivt=l+G
zWFcvKSRV`fw7IFTWTn1ylBjB+U$I}4mRl0Y%Of?i%UY#>wD&7*5YY(N0mHc>R~+{5
z;vj{Hn$m0iBvn~Zw+JAdlwG`=Ns54Ck~9v{$pR7a>vrt1HA19Tv3!oJ&(NpE8**6A
z1sOtFq#2w9@~yiv*w^-P$GbHq^IC%K?%ow4873pxc0_@`;j8xl2_%yVyWTO5`}$KM
z*ppL<vA#b(IGA{nL7z>Y^nE?2R`|C59;QrlSyoGE#fBHYmkzBa70}2czt(9aF@~C3
zDC5V^FRWH05NwqN>~WxlB0Lvj<YoW&&fgPfJI`c7fx`smTfU2)**7AoNbgIr40mhI
za`;G7ES9G#gdICk2IqkWAsMtO@9C2TH5NbfTU%}e3&d(B6GECX*xpCU9e)_+!_;@d
zNh}H-d8JW!Z02f126jBQdXOM_O}~#-2Q^}nj7hy^lAV&P8A6W%Py=YxVTTqORZ`0!
z!edm#!DDX&%t_0pM1y~IK-2v<C=UL%Q=f_)6Y&|o3klEFMjsZkoA0y2O3~uo@|)q;
zNU7FvjV2W!4~C-+mQpPx2T{>9Muf5AM0BTz&_`yVu_bmFHI#}2a1F%~vm0?u!x94v
zjaeA8e;|yAgZbYL`;{wU8YlXD)UHZT7*!gpG1VInHpA0t^6>A|L*N>o!z*}9I(|P{
zjyG?|^Dv*2o{6lhH>c5Bwh@5P-n8gJ_WYvw?~*=RBoUY^&tNCk6eZNDjiRZRYiaxZ
zjepKEOMcgCB|i7Zuy~T9SQD7<tMIOnNQxrwR&vf<lDyc<Uz$^G9EpJ68hNqDz}r?A
z!6JxFpC<s%iA>Yb8b_>TR7E(X4_|c}l-poA5zJf`+)i^Uk}4v7A49CU;hn@Z-^eym
zY<`XvS5fF%B!z_yud5Q$n#4tl*x*Ds+zhA!!bA8)Q<9MgBC&6b9OcoljbqF2+#r}`
z!`OELQQM&7cXVa)tL|YqU~a6^tk6%%VjGZ13mgqSC5Ti@afq)^Qi=HjSP_34LZyN<
z$mzMSD*PbrKJu6(ToumJ-=o#6#!_|k0e@^5$c)*yEO8kFPlR5{>lj7K+0PJzq3UBh
z^ZU2WZ3$4{o}^MjO7I2RkxN>=IJsvXRFV}cQrpnd)V&l-fJhK(mPaD^wR8b|g*}?u
zXWKK;&Q?q5m5XZw?`_I6$9XKx+sO&q`NLW(<Wz5dlJRP$`pHFZ*`d|6>)m*~ox9yK
z#8!$*36sE%m^RYr{np1!NEUs{oa{VU_N6#vx%dmRGM#s-T&^EIpNlO!y*0RV7*$xG
z1@H~bp*v5;GQw2KRE95TrASrtW7}ygPY9iIwap@ajutx#n_4KOhA|dzHbc9B5fh>0
zlr-oXF>)S`3PW{mliX)J{KvAZDz-p)cZA`v-bML}YroZ4Nc1<W`+}hW8PwL$IVlx%
zhFEgM6YGH<K{>E3ttK)P8Kx5DyT~|srzmQgS2L;>!Io2eRi-@<i5aC`vxe0m4MRG-
zsf~)w^0-0q^zw<vTQ_z;lhMCX1B8ie?VfSNJdLW_>;j02HxX>Av}VMP-wIY<M;dE-
zcNScJ*w!8GjvU70S(nECRVL#^@hUx|z&m-@UYNB%qG&(|%ZdIOM}rrAN}n!k&*Bwq
z>ct*2%2+O3TX@~ezD%RATD3CjNMOA3Qnp<$PK2ZspR2!3weOEMU7(-!c!q?_;bQuK
zvo`WBF}q+yRJXC4Q3i&?K@vPT!{!}O$V>^A97&=1<45SVK!40VRgKzo#ruc#tr)6t
z(vtGmX3ZJ8m{7Y0Hh;FSLfnaiDr>x!0T-}>uwCj4HNPyryA|X4CKQ4_M>m=E>$4FS
zsj+P?ghFE^O%t6C(#V3wyjzEqcqIME&#eK>p}@O{E{hS4_w|(*-rFTGvy6rvbWu`{
zt`Cng2p3+_7op3~;bRSMqJen~hv8OBO%q(9Qi_J1?VOeND>XrX0}cz2Nh;N_0<MJS
zVRwgil>e00-#M5cJQmtISNjKNPZPxzvZ~BbQ2vfE8HiB2E&bI(M=RrCD#KwBOu?qN
zIT(;tDOR7!y+;^v?-jv{HV;?2o(UHYhgE9E8K>po>NQ}t0}j(tr4OSI@B4Y`kbaqP
z2qLZpKBE5^F=WdCqjqqVD@8~7HE>PJ8P?)hU6c<Zt)Sty(DP=z9O>KEhXkV(bHkre
zY2kq#uV-p4{L+kwhHWWnQ0`BW@vE_#9Ewjl!m6>9jrAh?ujt39&?Us`R;P34`j4qJ
z-k107cF6(5IRRAtOc*@aACb$972O}#Xw?!L=gjRX!udF_(L(r&CcGb_$ogMs=x6pL
zOF@}dv^aDQyvixRuvT;EWroojk@$$7g%i$egAAqAFBlb(LH6(P;;`G2qfqJO@%KYn
z{pBsOEca1EU?JIItZtqhz?bN0NK9gn!*Z*tX%;d>sr(-IfGHjJNFHiM2=}uha69<j
zAY2O@2$K^elkqm^0o~*D{&v}Y5eZA{#LNXPTtCAX=_md+@AuQ~V7#(v8258jl(ixP
zKi~}4peRX47!b{7Ef;Rm*+UqM*O^w~+fo)n&tBe*c&xauO?$m$yXy&8AR<bpdO5J7
zwag?^O8U~!6I7ys#%u|htngU6mzvkb_38NhDGb}&8F$;@_32VjG^TSY^QvjLzMOJ0
zD7NB3*b!+Isb%29;iS+7C37M;5yJSwU?m5Do)4E!rQ7it;N!GhPADg)Ad(;^&!^v<
ziA_Lf;A4z|ctfbu@#<I2j|MarVd;&Q*aigPZ$AovQdPh;e9{Hcfa5NO1&H&&E=1Nc
zUp*Gj8Zslh4^lxo)FP1AaJTwP%AH-z&&@RJoE7_Y^w)w6esL3DF^Vy}FS;a+H`Deu
z(XooulBkHCPUBlRaXC^5p$l^>Gq|;|K0;0GB{Bp4XZQyU0G!zpX5l}9{KtfP8;tKr
z>1b~h`6xdrscjR1b<QA}gx88%-G~>*bZcx%ueEs}q1r3%C-X#4Ym=SyG#?|MOL7h%
z!|eKv23Rq(k#e!BmY*%Kn%?q~ZzJ^RE{d!*(fmr8Rs`+RL`EY03{~{S+D+G)hoM<(
zf#;SvVVVG7@Ew4NaMp+iKrM8VB!#nOQ?U1a&$%XgU5NMhT2O2N(_C#-6p~5J>nc@C
z#T&|T7vJiN;K!+|F~%)-qr9+Zh7yI3n_kdVhuiUk)Qvzixtuvr5J$O^wFD21AkD5v
zQ|gM(reh>O1`rb3q2VL?MeloM82%L@kNs^sK4n~HEOK&p(Y{Ip-Up-7(L_8zpBbr-
zCG$wF>#vor<FaGH*e>*k_d2Z84c}8K5cVaNky}7{-ulr;MROt%ZJTk0Qny-{-g$<7
zp$adj46Wgk{7FP870aCUAFfMF-%^n<W!AM^>(_vp2149qb86{(^zgM2N2-{7XiJ=P
za8p#q8L+P=^{6y}I!xUOL@O6WjkxH59&{L*BH(@kTws%%evINsDioxf)!-8mC{*H|
z7+8>8uTy4pRgSG>x~1Sy&htyw#=#J6W##u8Gm0e{ngz&S3UMK0zvx=AWe_A!dy#Q3
zq+m{+EY7Qvskko>8D|eX;l$lD`G+|`;V$rVgSV1;)*Z>T>YUZKo;?rq9A}TPH+|f+
z;**&y#z-%Kt~&CbL~u$G=3BHjy*B}DG`vo7g=Dm#tZCvQLdhDcwuC~MYrS`+`E1xX
zBzfu5hzhdHISNVic4$oF@NZw?fR|*;k0K)UE!4bY0N)?`YmXBdS15Vm+J7pTQyF6)
zoqMm-U6w&68)T==GhsQ3MtWg8MA&%F`-xiMGrGj{#YT!t4!n2VEl$@(@+FwY)aI9D
z)l+hr_ARMndsI1Nzm+lc8OxMj^lFrn?1EBq6-zgua8wk#ZKBqbd`}j42gsI?B8;)u
zJtwGrf-j{ITgK~4&s4s|N?uv8#*?XRO|<2h<(ZO|n~mKp!(@Jdn)0|Hs4=7xjo{UA
zr2-{^(+v-#O9?Br3N4`~?JEn?(9DJkK^8ot(`Kd8!=PVs!%MJZ9|iShBTDYM#5FnL
zgtVzMFv#fGO28ykaEhLvKPnZUGV$RiG7|ZnKJQZ_`a4_-#I86T8LtS!YDz)YNU}u9
z%i8{=v^kMGfDo4cpyY#*)TjdCWZfAVTGFIkNL;ksS?NbnTW6$%@uGYm%_eDCoZ-J_
z?^Gg?XuN4Y?4=7gl1xHz-+Ql@P~|G3!cSw&5Jbw=&7KMt{~>AUlc(^yvSo%OLJ^9|
z)lY8X2-#N$rs4@vHx}TPJ&FHnz)`V2?Yi&W7YTC+7~$L|Eo;e-)9uo`PE2PF*lrf<
z^@k&;&=fnK7^j7GuR422)fdZny15n2ri$Q|HFPIIGi^A%qco_anw6MU-urN&P)#jr
z;)F&@ClbF^YHz?d(x>d6>Ry7Z^bfkx^a^`N?Xa<3X`;b@PkfkHBtf+$3Ch|LEcz8u
z@9o&>_Qi=(>krZ5w~W%6m^rD*1$3Pp$Whf?&CkPn0{oMAwK7^pwxCt)IBQRW<(*x4
zq|H|88Y&52w}DD7p5RfV=!RbwWe!8D>Ov87F<rNt*O~jomOD<Zk@sY3S{BQi7jh@^
zwY`uX57!^I7bEUgu>=!%R%mrhrtXG(Twj!c!^!?vTfZ3kcJh6+&j^n{DvffWB@5EV
znJpXJvCDbIMqv&26};8nC}wiW!k`4eBSHX|@KTzZEsfZr!e+3pu^x8OoWkYSBP;eu
zY!wTWKp?<Mn2?&rLa|2K$&ds}f~gzc9kxeRx|_aB^v+PE@T1y$WXn?9<5J9HbSKo+
z<rI9`_wD4O8jU@i<+K_&umkZlH>u=9*=Tl?__0Xn<wjIBrc!@N?F4>Bn00@sDpf2`
zDg#R&L?P0aD|XAFR44CH3%zOr$Fi*}#&uG@GSFbNKK<n&GIoP%JSk{hjA&UVzAJDZ
zHGGicV+YEe1*}`pv}&c~L7b7)LK(yx81#vD$NJxw#-76_Qc{_jRRdHVoLS;2S>uTO
zX`jKCoYRDiqf+Aab2Eh63%3_4o}}E=y}FH-r^Yv8L5pZ(ZxDqHZy!okgIMvdDe>ZY
zV2OjrA-hk@BwCiduS1>k?s6HAa-%@mc%Y^OsKBuAU11d4$jyzbF1?wdq|R@tBiK%(
zPQ;mKKuKBbf<`^>f|s)ye({2C1_GxqFEjGayjOo{NY)1gU)ZTap(X0FJQjcQyO&gX
z?Zl7MiM_DMZRlVC#%MIamc#LirPN2Ud;iW!Q%!>^v=!XCNK6gD?jSHiQ`@|fu^e51
zU*SgOo|G0kd&flgAx<MDvme<jPQFkx`-u7f>;)KJRXtC>imHwer3LQ;{%TyVfE37P
z(>wBLPt(-u$J;7js}qQ#U4tT<>G+&~fy504js$6cMc13E>mDbiO*6<X>pj|V%PGyt
zTB;{jYc16LbSo&itYFWxdNimXOZZ-@^-(9BH%Swpu3ls|9CZ{Chg$0kzc6D>_vcuh
zlt3DwpfbKlk`#`2xx28`kb&QayeHI$x4v&;zT23UlmzPN`5fQwaJ24l!X^}Q6GV&n
z#5?F8ddul%9B?aYvOcBAEmUi%5gNa33`Oz!d^Ps*W!fk9JKWHO6q+1jyfVN&fpHf{
zVTaVZsZ7ikAbWf5Yp)r{^@)z3Lk!bOAObs|swo-Fmg<c%;;(P!Hj?~AW%gR-AaxK9
z^PcJYTse0Z+pKcyX!UVA1I6>13|dP_7&}TjxXjrXyAeb47JM88(l3owNlbFRETA8^
zp(xyw0)6DVK_2BJZI<s(H4N$AUn&|^sT{)1ZRHMc;V<r(Zt}>7e^e~IO%xQA#324S
zo(ViB@>Ipw4HvT**sJ3f+0-ycQaLNQiIld_Nh6UU3_Zs;b}r{crlOf9R;0!3@QF7p
z%|w;^7{_mbz!|oUFQ*zJHM5G^oUBTa=Oa6Rome`s{Ec`7B}(>vbofN9&JWMZ&cyV0
zcH%33q0@bgBjB=^?cG;^Du=7wGDBy!a-{Kz_I!*8udghhEAN_jo74XAb1i)|<<?ao
z-r9I7<=z#0?>N4MWFdZwiAhVr)DevK=+e!mi&KD>EF`Bz(THh79G8#KSP!&=l_l@t
zJx3hL&{Df~S5*wym_ipg-fObL(V&&6kiJu3#3BAseyT^kVYLoRN0v&Jud;2p={Vw^
zNV~GRA*%@J(-VQ^fnIXd46}-*AbK<@%aDbnutZ);>_n%^w5Wc~J6GD4M(u$K&U1AZ
z-@WQ;JCB@{K1}lj&L9nd5@E^VQ}v(JS$YUtI;gmv22P{P#c}<Ut)|onE%<{<g!L~o
z6O~AsSpaB^QL&w?L$c#-ew>QQJ#_eu8;dO~Wqu8P<o=IsXTFvQtGYOE{J6TWKg>0x
zP&*#+CyK}q5MhhSe9oX*XCyHz9nO?6dn7q5zpTUPhP$0D7JeS)6bpb=Vr*MVcK@O3
zw?xut`2=gKm24u=e5M7<JMK}Axj^}c@yPLJ#mw135?+)WauO#Stu`lh-Oo&hi^u)v
z+rRo#@=f9-l6mxDOEmN{qg(WbA;vb0$(jOJAN!ti1MwrO6xQPLK7!%$ZkpYX$M3ky
z%7-UFHHBQNIcwa!rpQ*WCSTo{(fUTDnC{i26BETsQtu^LB+{<XzOU9Xv3`l${MweH
zBuT}pKz<MoOBWD%_*2a5#{sF*h75%iTe{N}o8&jpYI!B@|2i{Q7c6LaG@6|P*P>Vh
zBfw^kczF3~d^Ab~h||;r;6yM%*le(y&YUa#Z}Nt|m66{Rehx%|B69qbzjugbJhcvU
z@L_A-Fh}0<v;;kTgKQLXoCUVDWP(^b2)Y9FS@i*~;<?`cJ^pb$esIU)=&*`@V8Ba&
zzqD3bo@$6ls&whB;QGj{OdLn@aewtaW7>z?J&`l=NM_zBPVJW9k|THJ!yF74_lB<c
zRm{I17FJv##I<V(7gSvX)9wUO2L38*3qUVU-8`gQbJezI;MOQ7jc+mbQv{%*X)@?#
zL`lyZ;TO}04>DSot`#Ik={vp5*rRR#U^ec`<Phlno`}<$7Y=CuJy>J;;4Z}R2}Zie
z^Mdj<R0m1J>l!n8s~v>Jgyl{LZxSBG{-8t55G+?r<m{PcpB4iWa*edQ1gI55upyGE
zX4H~xc~T|hSyJ3yk(wUrZWYnnenI<2X6!x429M^<C)Bz@weYzm+Y$9d)q#^7rNo6!
z?_~6;>OJBbO;dS0539N9KQ$Gl4fYpueE|T8Cvs+daescNt`D#hunUmW`Z#c{a)wwE
zyjU5f6mEqsga<7q#Ctovoy7HhNhX^0(ao4~TK9BpSC9eRCGQXSC^z3DZYNM;(Ipki
zYTE2nBjizbczpeb;l<k==~~6l8oFT?Q0$eM(1f2YiLcoctC9)l390m6I6q0<8$vu&
zU?$WJ%PJ&JEnZq>?*V^AVmy$1p#@w?9g>Soq3%T2Q!b35bTo>WOaq91WMgrU@*S(r
zx)$oEXN-2OzRMsiYV81hR9J*yr|*>nkYsZs0FvQToPWbr(oY<-XpSPLYZIf`X+{q{
zj^(%hPCx!>G23@a4j|0?dyQve3WWo}809mpJM~O-#Y*EgY2OY~5jOD@vm^fea@C}^
zImyp@LeDImP&e7lr!lfRr6@L;i)s{+ulbS6zhHM{5JA;bi8ix1C6{Fxa6+E#r`51+
zU%2!5_T#B_X)Zl9-aQ%Scqm>msAR0o+2_gR8N9RiM8ko{-Cq)Cn7_R*#V{<IB2=8E
z*8fZ0vW}gs!Us|Jq&8I~$g8kX%);u3q#3@2)XT)PKvAz`6PbFe?P<i9Dy7A3Qn`aq
z#K99+NrqB3O6}A+0Uu30lk6x{u;y;RX&Z>wW_|ixo+~1F?(Y5lybk}am|~ma%s@&j
z%$5y8EIo52<rzos)`YKOkj6aLQM9T+CPJ80ygH*d_?J1$5@DqZXp7ucJL|UEj~DE9
zrF{D5t#_QN_~_r2VXjm%xfFZ^d!#q9kAoC|5F7Cu3BJ|zE@20vTle?#Bwn6g4wy>E
zNbavTofS+x0a{haPKDGW(n^j_BdW{A(^h*?1o;de@SiF0GR|>uP6fwdbN9DYzJ;em
zd<5Z*y@*zCXDuJ0fphUv@IJPfAY<UZxaM1GhkS003|%cc0ZVhsYTgMnbfshF5DCNO
zuYt#`Z0O9~0u|zQQTSP!n0m4}!c&?sB0^}dA=TSSCqO53tEadl5h0m=T9Jr!+>Yn;
zHJt&Sxw4R)$&$8*f!et2OjMG*%7L(Crt*N5by2|X0`X+y(SojRbR6;iHyafuw1hhJ
zLY_X?v}l;9iJ6i$S)8*{Nnz*sffcy9nHd+p_{K@DJe$kj+EqvB8hX6r?8SvRp@VZX
zw-j+@W{@CPKzlOH22?m9=EPUCQ;D8F^1-#5P!<2EXrt1XR*)#~@4_76k0X&<AVW^(
zHOF}>>S{YxhO<2zb_?`2?lCnNZTjVY%Pvlq_j6-{tQ-+CQ~uBIg%w?g?+2Q>z#b$+
zkc)C>dq!MNdBlpukZSan_<kMrk#64%7d`7@RRkWkKK-g%^jz!j1i!*%a;PemPM!AY
zzmjXv*e5&(tRI|Ue6fgCe`s15GEHjG<fomKE8H(Kpk{<B(GTmY^+JkgvvPDyxC_mt
zLs}U#)0c_?C0NC^`}3k7c7P=o@jI*t&OnCTrPXhupp0s&;#)3-e9F5H;TTI&s0WB@
zueII+9{v7<pF&B2G#ia#pq!gq);b}VJ)HpED;Qw0VLp>otqKokAWr3e^v#rUj6v9g
z62>jCqe>VkUb1K`U#Uo>E+bnfXAg!0AyckC=Sv*K7q+W>0^^aR0mYp=$!9p0l}uOg
zs6PWeR5E3Q=KoN&#90=PV-OQL?8{DG8w}l$_69`U%Q=;T%1k!LpkSy(hkY=-ji#%d
z;87wb=2)G(D!CI}WESmo{3C1bY$7v|TbP662)6g%U>nqM5?G7Vhp(Nn?YF&p4+^#m
z3}8R1MB~UHXXBj4zZye5RTMon5}CT%iFQfO-1KXpKY=A>nKEtTpB&fAj$+5I^Ix)4
zk!b1bX%VjxGu30)&>m{#Ct^;xe#Dd(h_7`BbfsTq=XM=$t9ip3Xt5{SMWl1T_7nV)
zO<9FzfM(P7%o;=05+3n$@dgCnHl#-6R+D`AGSn@P-zXnGfohj*4Jh73jtjDUR`ByC
z9o-I<Q>m22Gz`QF{G?7&J<=zw1M>&iNN1NLR<mgBE01#1$s}H5UOz%YbV&E*@JSb&
za0U~_mgM2w&jfij%hRRgSoh(RuChzFgA`xl<0aWlGU~HQ*+pNXxSlC;qF|EI%`4&Y
zLD@RU13EN6eAd)5Elt+3vS5~+paEmoEmA8b8q}2#of+w2&|j8Of3KBn?&Pc|KOKJJ
zmA6G>_$w?z0M%Dr$5!R_Esfo9fCycsxaQ}$C))x(;T+fuDP(2KPj<oS*cEKfR?ki(
z9!LDC7z=Va5^O#NI>Ci1E!o2%sIw3z?T#L6pY2(^amm3OGA_a!Ul1bNyN8f6IbvN<
z+^q;PO!ut4R<Zev_(3s504b~~_liS9q-apPcUlo{YIab*tWN?-5-xgAZb?^B-@bzE
zuw(owY*5>2a*XCKE_Q)mh5Pr1C=(tha!QiRCOnWV*b%v~^{Z&Fg@kzS;^BXP#Q#pa
zk@a_%6sen|g}OznMqc}~q7wS*N#O-guFOkv5)5TMyI>D;SbRyrFqAS>+4}Z(w_R;q
zANlrmudJ#6UVAj}hNwlrVU#=L$3l@}n*~EZuik>HI)J!5J{+#^`?17Wvl*bH?YL>u
zllp5X=Qi$)K9doSD!U`nBCX$Hlxu!UQ-JN*1Si{a2NRp!RW>uCO2~}WC$G?u%bRz)
z!_E%Ummkr?*SFsIB7l4$gaE)h0fuPli5ru9=lc*R^A3TCog7gZ=cIqDF>pV;bj?p}
z$~k?VDC?wAd$X$kez<x`{5N8E#s-6xOJcej1^`*oZM2d#1X<(Ot~e37G<7q&Ki*Uz
z5XZC0UlvK8l7liUnB3+Fra@5Y)VD}FN0|k3KgV^O-D&_mdj`?j9wgB!zn`X*_&G6I
z7R{OheCy6MuQ2(wbqjeTAO5pJW}<9iO&^LPGqzj^a?oudVSHFBA^<%h(2;~_?nnqG
zXvzfbLx0hZIE9UzpbHdAN3Q48wnPBddHu@Of4V8vO+uC`B}-HE1ks$hl0#Ybm>kAx
z(w_Uih6cIxiB4I9CD5gy`r<GZGID8^mh6KSh69<W-b>5hv$3Q3=Cm!gG{}scs%Ofg
z%^6_=ub+WR*7?P;^g@x}Zb}HiSCWAUfSFN>uT~oFk|TbzMPXCiI}t9@c148iJm=Rg
zI>flW<$PZj12X&B)0DEas_c##7qH<kR5DD`b0Mcb1@F&fK`Bg6kYn)sC_W}{dYzSQ
zkrdxnd7PDt<JK9NNAL+3V)LN{^PZ=;=;VY2-)M||%gS~8s~R&~8P;sTt>FqGoYM3R
z$I|oyk^ZXAG$(3A?($<@;TlD+WY-D>Ltj0N(9c11{}i?VU1mod$)<(zv6Yn_O~%A~
z_RJU4Ro&s3X&y|opxJ|=Buffvjq#C6Ql>@gW&GOP{{ah<8J6pi@J4t%fkhhX>wDdQ
z@M%o>XeR=e&^C8n{~Dpgmt6cE|CrPGO)TNA!?sl5LIDe+a-8DO=Ob@>9*g(m2Wd0<
zA7N$wsd36NYts&a?xd(8&`&m0r;a?81#&_TM7DHwPvG~lX`qxwf-qEEHkI*}u`Q{e
z75^}kd+Pn?U2_|#?|svYz>6jK=dbG;+4M!wk394v-9<~-jZg2VG-tA;>r29tMOMf7
zG|(5M$v(Btw8~;OU$#@*7dq|M`bauC<b}6+y^j(+^7++}t?TQQ8wDjO+yNmT8<UTs
zWi|RS)|i=eD!`V5)l|Qe{%}ec5CWqNsD7qukli++Xd0PY@_O~`z|I(?^~h2BIkWZh
zMf62ig|Oyrwq8Lvu1X|VN!V(D#t4?;4w&DC_$qtIn7S7=Q8>3Tn^)~uL#Aka(`h>m
z?9tB=4pNK38=?ILU32N3*r2x+Mpd;uM-WYQ;*&$JX`(o>wJVfs_unO42b{bnJ22~`
zipn1froi@Oy-v&2m}!5?)kI6tLZC3T6@|Dt`j4cdATDUWWkQUc?ISGzj8E%W?zBf-
z9@QspPgZ~&sX2npE1!|~#rCD)wQ)@O_zx`k8qXu84*k0lw7x-19n;?!&soJ3OWT0y
z9q_f101*I@21<|XR{$WW*F5K<%37CUG?{Uz6gHWzGKYeAvgc3LN4;5(3(NiMDrhBP
z_!fa;Kg3h_6Wj7QKm4|Tu9o5RFJ9+&)|91)=QsxAO-272<&NhO`sQ=c8xzH8gde;P
zA_-3=wG^nHp0g3;qpvGc+gNBs7`w8yNaxGUZ?uebG*BrYRYz5mu0=P-5oQ6yAeYHF
z;>bH2heNotTGMq-1*Yzk_T~EOmD*@$p!M`+z=2v8C!+a-oY$L58eRjJmxcuPAIw7W
zL;viH|K;`EJK{)!nImJo$65DWHJwlFBQ+2K0;d!xcic1ixPT|Hqw4iTTc?~zcfBdb
zWS!@@8dfHxu-Pszo4_CC*6UabTA%qE0n{%dso%qM3j+dC4d#jHHzsxEww#z4>6+dZ
z`r6UG!4_tT`zI<d*6Z^lvr4mJwVilHky=e>)rVUODWP)53B(Q)#CWP>EEPGN?x~5k
znzp4M<ONXRzlaVKl!o<1F)*Q!9<PA~?YdE#5y?Vdp988*_zK4&y-}&Fs`f%{`FaZe
zD>vWwR79!YvFPR(|L^}Kv0evyx%CUc*n_IE*f*q=Zz_PY6m6LhUMf!15`Kr~NWqV;
zQk(*Eq=cg)@lBflP>5PGf@8h-)q9Vf2AnLlT2uEWnr5Q7Q1Say)<`%qY*$F-bJGv~
z_}DdRn;};@82Uz&>YkJdylU9ktH%e2c(+_RVDp7$vmRd#>mGgfWxa{34pa{v)PLCO
zNHoaJ!X~FdQyEkxourb~QMX0k)RJao=>_4?+)?p)O95<E9?62_jtvI?FkdHZw%a@G
z|H1zEXao8EvB+om=Ebwjh?sso1u4bis8VZ8np9{ddPzZIv`Tt3>XpF~hRhJliLrbx
z!SFx5@w%q;n|FUa{-GGt&KRdYUil~s|Gv>Sun28C*XKG#BWfj1MR;m#J9@^IK9kn;
zk*NBXn@w>c>N+!gj+LnSEfzVq0*|6bT?MDV4$!L#xrzv?FZGYAic<u#l8iI|0%pn6
z<<Mh_Yi-j>UKEazS|T}RpB3n&)%(Nwmw*E*1!VtQOL$YWb-gw8h%H{6x?gPBjVHhG
zT?#x=DS>L|e-Oo$4UY<z2u)z^Q$DLzeX~&Aa)BvUEJV62)Fnyr*YB8fl@XLx8EwN+
zszEVyL&*1zqR&Vc*>4LvXP+Tc8UI;fde%R<J54aUWW?}KzdxacKwxuXn5-gpiiab;
z{ftEbH)dB6n~~!kDpX$|HUd?NncdV{!qaH!`qId16^L^L`XTHjmZI4-%kU8cP6Mgt
zI9pI#Cb5)<%waV@4Dw|}<d4G=y1qYXnm0!BjV##_yL=11UcO^^(Z-BG3v|@!s9XnH
z=isXN{a=!TCC<OP(^JCiHcvKau|jXNOaT7CW~*(+gf=VxB<PI~vQ>YWrLtz8LF?%!
zAKp6bfz?Gx|DmtP<ut#x+)-?{RJB;{TO#vH@qlb$^TatJDMU{yS_d1g%r>B)C3u#f
z)_mgJHHQEyVG}=38^6&uuA_pzl1kWOUmT>m^SfG5L*~F_hjg;WY{>-K3`a<@GY%3g
zB~<k}c#6Et#-ln5CsOd+5vU~++udD{9Qs4EtYS9)R4cB|=Qml$eX7t4(q1+4i;#Ox
z5SRDs36B^G4R%SdK_*AaqjCdJng2xLpxy^X+hl7ig#q(X?rJ30`uc;22KKM>M56k`
zt`8`#CK$+K?B3RM2rIElwW!!lvV^;YYnSavKTp*|)_EZfk-!j-pU$E;`Ea~PAESw|
zbey=z{{@{t@f{m=Cx1lI`M@?iVCxzrDK16<r?~L$sY&x#iu2b>rcCTAQLrHRP+~s!
zL%)Q5{JgSl(u=);td!gv=MWH4@+NYm)1u^_Whu}X;wSt0Hh5Ij#?MYRP#mgH@z3&<
znU9+e5eLCE+S}lbL5*w&TBpU>pH0!&(Kt+*>Xb~9fE?ru_#F70tNf#>%3l#Pu6|?d
zcR^fgSFE@SRUhy+!k$PR2|;%E6L5gD-g&Dr#1N^E@UHeRUoPHW!wYry1-lEWCQzRW
zE2;=&LS`{MI%6TXNwYXV>nY3aQoDeF`i;A`Z8$JrZ=$B<T;!?EFG1LbC28mphx_Zn
zhg1>83jENGaZbDCf9WyTRBXUnU@#J3RIj!J-=@`dTwwlXk~Vyb`JdDJO+LMDa6M-+
zNZwUk0Hr2A7*k_LSv1IUDbirpNFp+k(+Tcj&b&qT!(lv>(ZWRTp!3kd6M&)8Ur`j2
z8|SOhXb`J};9g*ObEOJuI9Jy)11%z&bzL+8Ldb$J4>{Elc=Mk$FI|r+Ru@g+%C_36
zVF=}U4ZAMoSj|pX3&9DcmsiYKlU5{~xmM8<F?VE;sNC@O7rY^b3^*bY739tXRL}%k
z_kGE2_<j=??g(<e{!C-#1ug>2z18Q;xA$>#E2F9--}c*GAluKCIECzgjvo~#K>Q5Y
zU^%W9hq)ar(bNR)?vyF~lN!1ai@i)liUd17TkW~r3*mvVoSG}V8E{4(MYAxqetS=0
z!}pIjumInmWNaK1r+4Gi47siGeA1<8F-tVnwM>8^!1BUYI7?vEe#k!PGNQ5m;CRs#
zuB;6<E^-F0*O^T4bxLCvnzk+jV1zyF7z;_~^Wg9sMvAs!METxB@@Ds$sTHh}f5W+P
zfkpgy?$-g84gwJFOaws5IrNC45(P{ci?YPD3YgUL$FRi`_|~!m90DuU8f*xh{h>&}
z5spuh$#_rYh-6NRUu*>r3MSE>S8zl{1!jS;G*faQTw2Hm03)A2KXflJg;nFpq@k|d
z`;_8N_6O+tNYo(}6>S-4{o26kM4<v?s!kcQf{0b{F22(N;oHESu^w2-56(MII9{u<
z-bSV*Kzd}14&;R)IYyykpO{QQ*Agm;Nhc)uL-ek!>Uo&FEaKnKGqauwSu57f_S1O5
zhkvKXmc%R+mLn<<Lq2QRUm=5Dwvv~H{=4s(RkX2{{>3dOW6q{no<=Q&sm2W9jC{uE
z`t-~2!xTBg04B`7GWtFqt*{)hNjnY(+~v@cDlyA)GHjQ1hifkzbo8IjrYu-R`7vi^
zLo2d2k%9M=THG2Yt3tL1SqI{RX#(4V1OMIRs@STo=#QzxXOWXQDy1ppQ|)`}J$wnP
zxpA4`M*Jq*`aAqp*Q6up`9Vuf?B=+tF6iN?Od;R>7nlfn;I8-eSuki??Cx~6#bGjw
zkI2O5*N@&8Pv1QA9lQz6v^&}Kq)72Ug>Rfzn~y@#+5bX=pP*lZ960#o_3Z)eyUEJi
z(3=6umwJqsLj?&xsK{o6-F)fI$q!TaNxo_E$J6a=-ApjFtU1dB4Q=s714_d`NR$*d
z$@A)`ulh07^KEP1z}vO!1m~|M)z_Qd{#(!I-k(;R?FJ$+dv6STZ?5xSMdRN*4!`B$
zb?$lE<4{vmquusB$Q2L~iHX!T@!gAbKkqnrD=Yf^XMS4Z_33(ABKTk`_xk!;)?+L1
zZgOG*137FmTYz?(#q@scujs%qLq-Yfg%ayd{?lka)pi6X8MZ4lo}%iO-xMvjaY2?>
zLZa9GV5-I82hBE7@82Q8zh|F<9~ZRL<Oa{y+Mv*$J+@E!RxiY;YlQu+^o|bwt>Ahm
zc1ID?RthXbQ=s9S@S4Z|rGtSboBpNzaJGbS_g+f=V38bmHJ_pMft6Rw4pp=Nh8-i?
zI!(F3tgL@vljr;K@%AjT-FiHY&tZvbdu{8*i}WQ<%xl;Ym|fcOGZY>B@}DAb0`I!E
z<OZ>&=Xr}JI&N1Ta4tWiyk*S0-Ov6MG;X+g1?C9&^|LSR7WGS<8nd#|W{TeM^_0jP
z9Lj*-eS({<XM&q|#KhJWZ0RO`Of=$`gLs$w@6wGzBilB-$Z!Hr47a2QD=L^Cmn~j=
zPz|%|TTl&&`j<NDZ)}&d$oknN&=153rk*vHpCknj^7~m{bOj$T(oaehj1G?drlzMk
zu9i20JgQi&bF)i*w;ngYL{dKeM2WJ!JKx|IKPB@&ja|VGIuO~C8iXP2=5jxYR$)7#
zQDdK6)aQ4qmg-8o>rVFOpVA*aw=Kc2x2n19j^I3g|MwHUuaCV6k?E#E_l!F!P|Y-5
z`q-XWn294JBTb)=b#X2m$Jq`0?rw1{Q%eZrDMa|i#JXK~hJD<p^TfymoSzm=pBH`H
zw|WAHEMx9Dkowd39rb~R`~7J}=HoHu<LKt&pX;qnm#+c@?`+JkcYfu(5>2g8m|Vu~
z1#W08`7ZmhUoDFV|2MLz!&sgv$-#p>|M<wf;1^$6qc-Oa*WL!`NQPncM)2!1;5SR}
z70cy**c)*m0H)_7MtAYMj%f<<0Ac`aV0Ccc5#ETp{QUk|E$Axc>bpSqk;=5_^#tsy
zY1_2VcUk_s+mO2V6}5=N5@>$5+M*Co?t7iRg#i%QTrP?}(nvG#`Q3*?L`b;1iO$|`
z1{;*yg@VL`2Eb=+ZIj>eMfvkS6vzo6#%LuUzn~sXvdatFXzV>_JP~yiBl303m+1VE
z);OgyKN$IQCqW`;n8arA`)#dpSNvm~nEY@K>vi`<;2S{DQF_qmX26+)smNH)yqd%_
z<|m(lGKuFSnJ-w+mz1wufOS_W#Z~#hmp89h9IsaoHzx=C`!B!Wy#8+A!5h^~6WAmV
zB)PlT>UH>0OREs?2y<yaKT?4Bb>?*S??-=Bt}#vYH=@4*7+fg=n?5^~&$E<Ho8N?j
ziW5YFPkH@qvb#^Rx=*sZ%Z7O~_ZhOY^UrPbdVJoQoQE%wT-}gop^x<f07$$_vQpZ&
z%X$A}8<eoV6O%h(z%tBv^=)!JuO|f%zGDik*Z&o`&Cpl5U*T23$dM0vn9nx}y5EcR
zd40ZvqFw~QKH^+18GdR>Ahn(<l=)K0e#-b;fij;n&B0eefB3HFt~=6a!}AB9%Jt-@
zpeC}tEJt~L`Ck!a&WD@+e}Dh-?mjV&^nsD-`AXA4`}O1K;mNx3w0XkWy+YfV=2B*)
z*TrVwtQ=8|VH<nU;y+p(DvAiSOo;iw7Y^g&1u*E3IF!654CT!*YM0lU^x#Fnfyk}K
zq7dcF?=N+|FAx6b9Sm5*KBq%OrU4h-cbgvbD&AXx-sD?d-W)V}o=f@z!@9qW6OvL)
zHrJfH&ScYJ(2t93_r5UMR=ckUuE=u3bp0t{hYaVk=kYuxi6KAW3g$2|rX*K%F%uVT
zw6*S@Vqe5s5B_5#n_oMWuYxq^%MF&VFVFeUr#4kv%Pi0G@>Ub0++0jgoBkK?ARK{5
z%GBX7J|ybJsdV4|v|Clz)9JJZ14sA$<R|$-L+6e?TFQGMjfv|J0nAZh*M;x2KlbIr
zNgXA>cwSq#LC&8mnBC(TI%BzF9^ysLsUWZyIrPd8ZaqzIkwdfJzA0jDsfUFU?EV;z
z9^y}%fp;4=`GL1EKY@zhHfZeMW&Y=xSpJUF{{!iyjV|x$sejk`W_NaE(4BX1+e2Kp
z@TY@z81I;PE`Ep<gz<tUH2yHD{iL=l@^ICmPV9Pur}ye>9Y*%`#zm08QoG|n5XNsk
zEVc2gT*KlTXFTjrSGe4dwqrOp+dgg8Utab+f88%mzoSdL>^!NBaZYqvYn_~$a$c_g
zRruvC>Gh+joV@<=NQ#<xRAgPyP1Vlim$!b5>_?rRCsQ`HoyV2t*ZxzkKYWvJ$p0^L
zqYh!LE#iGHJE#_TtmSI8EO5KLX+D*K`O6&^ny0*b++pz$=1JY#(JX@px5v7@q#gG5
z%Q;==ohLBC^78UFJKPUc1U7gD1c;y)->#>WIl4Xk{QTBhohbi)N5LW&tpEELu_<*=
zY}Q)T?+@%9E}Iv*FktcU@W3!fx=)a!{ZHsz?@c>C=vmuVJjLeY<{eh{mV12HR7~|j
zJ@ode$k3YU1SEUm0~Nu(YzuyDJ9Ec+91da%k@a|rC55_@Lo?M)aJ%IxU>|La{!J61
zut|4@$aoHUn7e(^fa5~}cSKmLxNl{Jn2ZxPpem*8;0ws4T&4CxJ-Wp;hlJaAe>pNt
zhGF_`jVhKyyf%Fu33taWo%!<a>R&S<dR=JQ(t_?zIKA4m&Qh;%hcF(X)FHTUg_=Wv
zN9&&I0}7m3>+Mk%$(2S9#lL5-sO!|QZblsnxO<R~Uw^1Nx*3v~&SPY*Yxj#e5JiCU
z>Ogrlm{?@_xm9X;LOLY*B*Gosf}YLdzMcHOoK{x_x0EHq#1Wzh+OJiMudi?c1urW;
zQ9H1u1UdAG&lxt~cFi%_fh~FdKl-XDyCaVB&lDtN{}u%QuYlLDa2x)sEYx39O98M;
NNlsO^R@yA|e*ySlu;%~(

literal 0
HcmV?d00001

diff --git a/demo/documented/navier-stokes/common.txt b/demo/documented/navier-stokes/common.txt
new file mode 100644
index 0000000..f5429f7
--- /dev/null
+++ b/demo/documented/navier-stokes/common.txt
@@ -0,0 +1,91 @@
+This demo solves the incompressible Navier-Stokes equations. It
+illustrates how to:
+
+* Implement a splitting method where different fields are coupled
+  via a set of partial differential equations
+* Use different iterative solvers and different preconditioners for
+  different steps of the solution process
+* Use time-dependent Expressions
+* Set boundary conditions based on geometric constraints
+* Perform time-stepping
+
+Equation and solution method
+----------------------------
+
+We consider the incompressible Navier-Stokes equations on a domain
+:math:`\Omega \subset \mathbb{R}^2`, consisting of a pair of momentum
+and continuity equations:
+
+.. math::
+
+    \dot{u} + \nabla u \cdot u - \nu \Delta u + \nabla p &= f, \\
+    \nabla \cdot u = 0.
+
+Here, :math:`u` is the unknown velocity, :math:`p` is the unknown
+pressure, :math:`\nu` is the kinematic viscosity, and :math:`f` is a
+given source. There exist many solution strategies for the
+incompressible Navier-Stokes equations. One of the oldest is the
+splitting method proposed by Chorin (1968) and Temam (1969), often
+refered to as Chorin's method.
+
+In Chorin's method, one first ignores the pressure in the momentum
+equation and computes the *tentative velocity* :math:`u_h^{\star}`
+according to:
+
+.. math::
+
+    \langle (u_h^{\star} - u_h^{n-1}) / \Delta t_n, v \rangle +
+    \langle \nabla u_h^{n-1} \cdot u_h^{n-1}, v \rangle +
+    \langle \nu \nabla u_h^{\star}, \nabla v \rangle =
+    \langle f, v \rangle .
+
+Here, :math:`\langle \cdot, \cdot \rangle` denotes the
+:math:`L^2(\Omega)` inner product.  Subsequently, the velocity is
+projected to the space of divergence free fields. This step may be
+obtained by subtracting the variational problem for the tentative
+velocity :math:`u_h^{\star}` from the incompressible Navier-Stokes
+equations and using the continuity equation. One obtains the following
+pair of equations for computing the velocity :math:`u_h^n` and
+pressure :math:`p_h^n` at time :math:`t = t_n` based on the tentative
+velocity :math:`u_h^{\star}`:
+
+.. math::
+
+    \langle \nabla p^n, \nabla q \rangle &=
+      - \langle \nabla \cdot u_h^{\star}, q \rangle / \Delta t_n, \\
+    \langle u_h^n, v \rangle &=
+       \langle u_h^{\star}, v \rangle - \Delta t_n \langle \nabla p^n, v \rangle.
+
+Problem definition
+------------------
+
+In this demo, we solve the incompressible Navier-Stokes equations on
+an L-shaped domain. The L-shape is the subset of the unit square
+obtained by removing the upper right quadrant.
+
+The flow is driven by an oscillating pressure
+:math:`p_{\mathrm{in}}(t) = \sin 3t` at the inflow :math:`y = 1` while
+the pressure is kept constant :math:`p_{\mathrm{out}} = 0` at the
+outflow :math:`x = 1`.
+
+At the inflow and outflow, we impose free flow ("do nothing") boundary
+conditions for the velocity and no-slip boundary conditions on the
+remaining boundary.
+
+The (kinematic) viscosity is set to :math:`\nu = 0.01`, the time step
+is :math:`\Delta t = 0.01` and the length of the time interval is
+:math:`T = 3`. The solution is computed using continuous vector-valued
+piecewise quadratics for the velocity, and continuous scalar piecewise
+linears for the pressure (the Taylor-Hood elements).
+
+With the above input the solution for the velocity :math:`u` and pressure
+:math:`p` will look as follows:
+
+.. image:: ../navier-stokes_u.png
+    :scale: 75
+    :align: center
+
+.. image:: ../navier-stokes_p.png
+    :scale: 75
+    :align: center
+
diff --git a/demo/documented/navier-stokes/cpp/PressureUpdate.ufl b/demo/documented/navier-stokes/cpp/PressureUpdate.ufl
new file mode 100644
index 0000000..aea4b9a
--- /dev/null
+++ b/demo/documented/navier-stokes/cpp/PressureUpdate.ufl
@@ -0,0 +1,42 @@
+# Copyright (C) 2010 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2010-08-30
+# Last changed: 2010-09-01
+#
+# The bilinear form a(u, v) and linear form L(v) for the pressure
+# update step in Chorin's method for the incompressible Navier-Stokes
+# equations.
+#
+# Compile this form with FFC: ffc -l dolfin PressureUpdate.ufl.
+
+# Define function spaces (P2-P1)
+V = VectorElement("Lagrange", triangle, 2)
+Q = FiniteElement("Lagrange", triangle, 1)
+R = FiniteElement("Real", triangle, 0)
+
+# Define trial and test functions
+p = TrialFunction(Q)
+q = TestFunction(Q)
+
+# Define coefficients
+k  = Coefficient(R)
+u1 = Coefficient(V)
+
+# Define bilinear and linear forms
+a = inner(grad(p), grad(q))*dx
+L = -(1/k)*div(u1)*q*dx
diff --git a/demo/documented/navier-stokes/cpp/TentativeVelocity.ufl b/demo/documented/navier-stokes/cpp/TentativeVelocity.ufl
new file mode 100644
index 0000000..64186b2
--- /dev/null
+++ b/demo/documented/navier-stokes/cpp/TentativeVelocity.ufl
@@ -0,0 +1,46 @@
+# Copyright (C) 2010 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2010-08-30
+# Last changed: 2011-06-30
+#
+# The bilinear form a(u, v) and linear form L(v) for the tentative
+# velocity step in Chorin's method for the incompressible
+# Navier-Stokes equations.
+#
+# Compile this form with FFC: ffc -l dolfin TentativeVelocity.ufl.
+
+# Define function spaces (P2-P1)
+V = VectorElement("Lagrange", triangle, 2)
+Q = FiniteElement("Lagrange", triangle, 1)
+R = FiniteElement("Real", triangle, 0)
+
+# Define trial and test functions
+u = TrialFunction(V)
+v = TestFunction(V)
+
+# Define coefficients
+k  = Coefficient(R)
+u0 = Coefficient(V)
+f  = Coefficient(V)
+nu = 0.01
+
+# Define bilinear and linear forms
+eq = (1/k)*inner(u - u0, v)*dx + inner(grad(u0)*u0, v)*dx + \
+    nu*inner(grad(u), grad(v))*dx - inner(f, v)*dx
+a  = lhs(eq)
+L  = rhs(eq)
diff --git a/demo/documented/navier-stokes/cpp/VelocityUpdate.ufl b/demo/documented/navier-stokes/cpp/VelocityUpdate.ufl
new file mode 100644
index 0000000..6068293
--- /dev/null
+++ b/demo/documented/navier-stokes/cpp/VelocityUpdate.ufl
@@ -0,0 +1,43 @@
+# Copyright (C) 2010 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2010-08-30
+# Last changed: 2010-09-01
+#
+# The bilinear form a(u, v) and linear form L(v) for the velocity
+# update step in Chorin's method for the incompressible Navier-Stokes
+# equations.
+#
+# Compile this form with FFC: ffc -l dolfin TentativeVelocity.ufl.
+
+# Define function spaces (P2-P1)
+V = VectorElement("Lagrange", triangle, 2)
+Q = FiniteElement("Lagrange", triangle, 1)
+R = FiniteElement("Real", triangle, 0)
+
+# Define trial and test functions
+u = TrialFunction(V)
+v = TestFunction(V)
+
+# Define coefficients
+k  = Coefficient(R)
+u1 = Coefficient(V)
+p1 = Coefficient(Q)
+
+# Define bilinear and linear forms
+a = inner(u, v)*dx
+L = inner(u1, v)*dx - k*inner(grad(p1), v)*dx
diff --git a/demo/documented/navier-stokes/cpp/documentation.rst b/demo/documented/navier-stokes/cpp/documentation.rst
new file mode 100644
index 0000000..cac8ec8
--- /dev/null
+++ b/demo/documented/navier-stokes/cpp/documentation.rst
@@ -0,0 +1,435 @@
+.. Documentation for the incompressible Navier-Stokes demo from DOLFIN.
+
+.. _demo_pde_navier_stokes_cpp_documentation:
+
+Incompressible Navier-Stokes equations
+======================================
+
+.. include:: ../common.txt
+
+Implementation
+--------------
+
+The implementation is split in four files: three form files containing the
+definition of the variational forms expressed in UFL and a C++ file
+containing the actual solver.
+
+Running this demo requires the files: :download:`main.cpp`,
+:download:`TentativeVelocity.ufl`, :download:`VelocityUpdate.ufl`,
+:download:`PressureUpdate.ufl` and :download:`CMakeLists.txt`.
+
+UFL form files
+^^^^^^^^^^^^^^
+
+The variational forms for the three steps of Chorin's method are
+implemented in three separate UFL form files.
+
+The variational problem for the tentative velocity is implemented as
+follows:
+
+.. code-block:: python
+
+    # Define function spaces (P2-P1)
+    V = VectorElement("Lagrange", triangle, 2)
+    Q = FiniteElement("Lagrange", triangle, 1)
+
+    # Define trial and test functions
+    u = TrialFunction(V)
+    v = TestFunction(V)
+
+    # Define coefficients
+    k  = Constant(triangle)
+    u0 = Coefficient(V)
+    f  = Coefficient(V)
+    nu = 0.01
+
+    # Define bilinear and linear forms
+    eq = (1/k)*inner(u - u0, v)*dx + inner(grad(u0)*u0, v)*dx + \
+        nu*inner(grad(u), grad(v))*dx - inner(f, v)*dx
+    a = lhs(eq)
+    L = rhs(eq)
+
+The variational problem for the pressure update is implemented as
+follows:
+
+.. code-block:: python
+
+    # Define function spaces (P2-P1)
+    V = VectorElement("Lagrange", triangle, 2)
+    Q = FiniteElement("Lagrange", triangle, 1)
+
+    # Define trial and test functions
+    p = TrialFunction(Q)
+    q = TestFunction(Q)
+
+    # Define coefficients
+    k  = Constant(triangle)
+    u1 = Coefficient(V)
+
+    # Define bilinear and linear forms
+    a = inner(grad(p), grad(q))*dx
+    L = -(1/k)*div(u1)*q*dx
+
+The variational problem for the velocity update is implemented as
+follows:
+
+.. code-block:: python
+
+    # Define function spaces (P2-P1)
+    V = VectorElement("Lagrange", triangle, 2)
+    Q = FiniteElement("Lagrange", triangle, 1)
+
+    # Define trial and test functions
+    u = TrialFunction(V)
+    v = TestFunction(V)
+
+    # Define coefficients
+    k  = Constant(triangle)
+    u1 = Coefficient(V)
+    p1 = Coefficient(Q)
+
+    # Define bilinear and linear forms
+    a = inner(u, v)*dx
+    L = inner(u1, v)*dx - k*inner(grad(p1), v)*dx
+
+Before the form files can be used in the C++ program, they must be
+compiled using FFC:
+
+.. code-block:: sh
+
+    ffc -l dolfin TentativeVelocity.ufl
+    ffc -l dolfin VelocityUpdate.ufl
+    ffc -l dolfin PressureUpdate.ufl
+
+Note the flag ``-l dolfin`` which tells FFC to generate
+DOLFIN-specific wrappers that make it easy to access the generated
+code from within DOLFIN.
+
+C++ program
+^^^^^^^^^^^
+
+In the C++ program, :download:`main.cpp`, we start by including
+``dolfin.h`` and the generated header files:
+
+.. code-block:: c++
+
+    #include <dolfin.h>
+    #include "TentativeVelocity.h"
+    #include "PressureUpdate.h"
+    #include "VelocityUpdate.h"
+
+To be able to use classes and functions from the DOLFIN namespace
+directly, we write
+
+.. code-block:: c++
+
+    using namespace dolfin;
+
+Next, we define the subdomains that we will use to specify boundary
+conditions. We do this by defining subclasses of
+:cpp:class:`SubDomain` and overloading the function ``inside``:
+
+.. code-block:: c++
+
+    // Define noslip domain
+    class NoslipDomain : public SubDomain
+    {
+      bool inside(const Array<double>& x, bool on_boundary) const
+      {
+        return (on_boundary &&
+                (x[0] < DOLFIN_EPS || x[1] < DOLFIN_EPS ||
+                 (x[0] > 0.5 - DOLFIN_EPS && x[1] > 0.5 - DOLFIN_EPS)));
+      }
+    };
+
+    // Define inflow domain
+    class InflowDomain : public SubDomain
+    {
+      bool inside(const Array<double>& x, bool on_boundary) const
+      { return x[1] > 1.0 - DOLFIN_EPS; }
+    };
+
+    // Define inflow domain
+    class OutflowDomain : public SubDomain
+    {
+      bool inside(const Array<double>& x, bool on_boundary) const
+      { return x[0] > 1.0 - DOLFIN_EPS; }
+    };
+
+We also define a subclass of :cpp:class:`Expression` which we will use
+to specify the time-dependent boundary value for the pressure at the
+inflow.
+
+.. code-block:: c++
+
+    // Define pressure boundary value at inflow
+    class InflowPressure : public Expression
+    {
+    public:
+
+      // Constructor
+      InflowPressure() : t(0) {}
+
+      // Evaluate pressure at inflow
+      void eval(Array<double>& values, const Array<double>& x) const
+      { values[0] = sin(3.0*t); }
+
+      // Current time
+      double t;
+
+    };
+
+Note that the member variable ``t`` is not automatically updated
+during time-stepping, so we must remember to manually update the value
+of the current time in each time step.
+
+Once we have defined all classes we will use to write our program, we
+start our C++ program by writing
+
+.. code-block:: c++
+
+    int main()
+    {
+
+For the parallel case, we turn off log messages from processes other than
+the the root process to avoid excessive output:
+
+.. code-block:: c++
+
+    // Print log messages only from the root process in parallel
+    parameters["std_out_all_processes"] = false;
+
+We then load the mesh for the L-shaped domain from file:
+
+.. code-block:: c++
+
+    // Load mesh from file
+    auto mesh = std::make_shared<Mesh>("../lshape.xml.gz");
+
+We next define a pair of function spaces :math:`V` and :math:`Q` for
+the velocity and pressure, and test and trial functions on these
+spaces:
+
+.. code-block:: c++
+
+    // Create function spaces
+    auto V = std::make_shared<VelocityUpdate::FunctionSpace>(mesh);
+    auto Q = std::make_shared<PressureUpdate::FunctionSpace>(mesh);
+
+The time step and the length of the interval are defined by:
+
+.. code-block:: c++
+
+    // Set parameter values
+    double dt = 0.01;
+    double T = 3;
+
+We next define the time-dependent pressure boundary value, and zero
+scalar and vector constants that will be used for boundary conditions
+below.
+
+.. code-block:: c++
+
+   // Define values for boundary conditions
+   auto p_in = std::make_shared<InflowPressure>();
+   auto zero = std::make_shared<Constant>(0.0);
+   auto zero_vector = std::make_shared<Constant>(0.0, 0.0);
+
+Before we can define our boundary conditions, we also need to
+instantiate the classes we defined above for the boundary subdomains:
+
+.. code-block:: c++
+
+    // Define subdomains for boundary conditions
+    auto noslip_domain = std::make_shared<NoslipDomain>();
+    auto inflow_domain = std::make_shared<InflowDomain>();
+    auto outflow_domain = std::make_shared<OutflowDomain>() ;
+
+We may now define the boundary conditions for the velocity and
+pressure. We define one no-slip boundary condition for the velocity
+and a pair of boundary conditions for the pressure at the inflow and
+outflow boundaries:
+
+.. code-block:: c++
+
+    // Define boundary conditions
+    DirichletBC noslip(V, zero_vector, noslip_domain);
+    DirichletBC inflow(Q, p_in, inflow_domain);
+    DirichletBC outflow(Q, zero, outflow_domain);
+    std::vector<DirichletBC*> bcu = {&noslip};
+    std::vector<DirichletBC*> bcp = {{&inflow, &outflow}};
+
+We collect the boundary conditions in the two arrays ``bcu`` and
+``bcp`` so that we may easily iterate over them below when we apply
+the boundary conditions. This makes it easy to add new boundary
+conditions or use this demo program to solve the Navier-Stokes
+equations on other geometries.
+
+We next define the functions and the coefficients that will be used
+below:
+
+.. code-block:: c++
+
+    // Create functions
+    auto u0 = std::make_shared<Function>(V);
+    auto u1 = std::make_shared<Function>(V);
+    auto p1 = std::make_shared<Function>(Q);
+
+    // Create coefficients
+    auto k = std::make_shared<Constant>(dt);
+    auto f = std::make_shared<Constant>(0, 0);
+
+The next step is now to define the variational problems for the three
+steps of Chorin's method. We do this by instantiating the classes
+generated from our UFL form files:
+
+.. code-block:: c++
+
+   // Create forms
+   TentativeVelocity::BilinearForm a1(V, V);
+   TentativeVelocity::LinearForm L1(V);
+   PressureUpdate::BilinearForm a2(Q, Q);
+   PressureUpdate::LinearForm L2(Q);
+   VelocityUpdate::BilinearForm a3(V, V);
+   VelocityUpdate::LinearForm L3(V);
+
+Since the forms depend on coefficients, we have to attach the
+coefficients defined above to the appropriate forms:
+
+.. code-block:: c++
+
+  // Set coefficients
+  a1.k = k; L1.k = k; L1.u0 = u0; L1.f = f;
+  L2.k = k; L2.u1 = u1;
+  L3.k = k; L3.u1 = u1; L3.p1 = p1;
+
+Since the bilinear forms do not depend on any coefficients that change
+during time-stepping, the corresponding matrices remain constant. We
+may therefore assemble these before the time-stepping begins:
+
+.. code-block:: c++
+
+    // Assemble matrices
+    Matrix A1, A2, A3;
+    assemble(A1, a1);
+    assemble(A2, a2);
+    assemble(A3, a3);
+
+    // Create vectors
+    Vector b1, b2, b3;
+
+    // Use amg preconditioner if available
+    const std::string prec(has_krylov_solver_preconditioner("amg") ? "amg" : "default");
+
+We also created the vectors that will be used below to assemble
+right-hand sides.
+
+During time-stepping, we will store the solution in VTK format
+(readable by MayaVi and Paraview). We therefore create a pair of files
+that can be used to store the solution. Specifying the ``.pvd`` suffix
+signals that the solution should be stored in VTK format:
+
+.. code-block:: c++
+
+    // Create files for storing solution
+    File ufile("results/velocity.pvd");
+    File pfile("results/pressure.pvd");
+
+The time-stepping loop is now implemented as follows:
+
+.. code-block:: c++
+
+    // Time-stepping
+    double t = dt;
+    while (t < T + DOLFIN_EPS)
+    {
+      // Update pressure boundary condition
+      p_in->t = t;
+
+We remember to update the current time for the time-dependent pressure
+boundary value.
+
+For each of the three steps of Chorin's method, we assemble the
+right-hand side, apply boundary conditions, and solve a linear
+system. Note the different use of preconditioners. Incomplete LU
+factorization is used for the computation of the tentative velocity
+and the velocity update, while algebraic multigrid is used for the
+pressure equation if available:
+
+.. code-block:: c++
+
+    // Compute tentative velocity step
+    begin("Computing tentative velocity");
+    assemble(b1, L1);
+    for (std::size_t i = 0; i < bcu.size(); i++)
+      bcu[i]->apply(A1, b1);
+    solve(A1, *u1->vector(), b1, "gmres", "default");
+    end();
+
+    // Pressure correction
+    begin("Computing pressure correction");
+    assemble(b2, L2);
+    for (std::size_t i = 0; i < bcp.size(); i++)
+    {
+      bcp[i]->apply(A2, b2);
+      bcp[i]->apply(*p1->vector());
+    }
+    solve(A2, *p1->vector(), b2, "bicgstab", prec);
+    end();
+
+    // Velocity correction
+    begin("Computing velocity correction");
+    assemble(b3, L3);
+    for (std::size_t i = 0; i < bcu.size(); i++)
+      bcu[i]->apply(A3, b3);
+    solve(A3, *u1->vector(), b3, "gmres", "default");
+    end();
+
+Note the use of ``begin`` and ``end``; these improve the readability
+of the output from the program by adding indentation to diagnostic
+messages.
+
+At the end of the time-stepping loop, we store the solution to file
+and update values for the next time step:
+
+.. code-block:: c++
+
+    // Save to file
+    ufile << *u1;
+    pfile << *p1;
+
+    // Move to next time step
+    *u0 = *u1;
+    t += dt;
+
+    return 0;
+  }
+
+
+
+Complete code
+-------------
+
+Complete UFL files
+^^^^^^^^^^^^^^^^^^
+
+.. literalinclude:: TentativeVelocity.ufl
+   :start-after: # Compile
+   :language: python
+
+
+.. literalinclude:: VelocityUpdate.ufl
+   :start-after: # Compile
+   :language: python
+
+
+.. literalinclude:: PressureUpdate.ufl
+   :start-after: # Compile
+   :language: python
+
+Complete main file
+^^^^^^^^^^^^^^^^^^
+
+.. literalinclude:: main.cpp
+   :start-after: // Begin demo
+   :language: c++
diff --git a/demo/documented/navier-stokes/cpp/main.cpp b/demo/documented/navier-stokes/cpp/main.cpp
new file mode 100644
index 0000000..668dcc6
--- /dev/null
+++ b/demo/documented/navier-stokes/cpp/main.cpp
@@ -0,0 +1,191 @@
+// Copyright (C) 2010-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-08-30
+// Last changed: 2013-03-21
+//
+// This demo program solves the incompressible Navier-Stokes equations
+// on an L-shaped domain using Chorin's splitting method.
+
+// Begin demo
+
+#include <dolfin.h>
+#include "TentativeVelocity.h"
+#include "PressureUpdate.h"
+#include "VelocityUpdate.h"
+
+using namespace dolfin;
+
+// Define noslip domain
+class NoslipDomain : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return (on_boundary &&
+            (x[0] < DOLFIN_EPS || x[1] < DOLFIN_EPS ||
+             (x[0] > 0.5 - DOLFIN_EPS && x[1] > 0.5 - DOLFIN_EPS)));
+  }
+};
+
+// Define inflow domain
+class InflowDomain : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  { return x[1] > 1.0 - DOLFIN_EPS; }
+};
+
+// Define inflow domain
+class OutflowDomain : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  { return x[0] > 1.0 - DOLFIN_EPS; }
+};
+
+// Define pressure boundary value at inflow
+class InflowPressure : public Expression
+{
+public:
+
+  // Constructor
+  InflowPressure() : t(0) {}
+
+  // Evaluate pressure at inflow
+  void eval(Array<double>& values, const Array<double>& x) const
+  { values[0] = sin(3.0*t); }
+
+  // Current time
+  double t;
+
+};
+
+int main()
+{
+  // Print log messages only from the root process in parallel
+  parameters["std_out_all_processes"] = false;
+
+  // Load mesh from file
+  auto mesh = std::make_shared<Mesh>("../lshape.xml.gz");
+
+  // Create function spaces
+  auto V = std::make_shared<VelocityUpdate::FunctionSpace>(mesh);
+  auto Q = std::make_shared<PressureUpdate::FunctionSpace>(mesh);
+
+  // Set parameter values
+  double dt = 0.01;
+  double T = 3;
+
+  // Define values for boundary conditions
+  auto p_in = std::make_shared<InflowPressure>();
+  auto zero = std::make_shared<Constant>(0.0);
+  auto zero_vector = std::make_shared<Constant>(0.0, 0.0);
+
+  // Define subdomains for boundary conditions
+  auto noslip_domain = std::make_shared<NoslipDomain>();
+  auto inflow_domain = std::make_shared<InflowDomain>();
+  auto outflow_domain = std::make_shared<OutflowDomain>() ;
+
+  // Define boundary conditions
+  DirichletBC noslip(V, zero_vector, noslip_domain);
+  DirichletBC inflow(Q, p_in, inflow_domain);
+  DirichletBC outflow(Q, zero, outflow_domain);
+  std::vector<DirichletBC*> bcu = {&noslip};
+  std::vector<DirichletBC*> bcp = {{&inflow, &outflow}};
+
+  // Create functions
+  auto u0 = std::make_shared<Function>(V);
+  auto u1 = std::make_shared<Function>(V);
+  auto p1 = std::make_shared<Function>(Q);
+
+  // Create coefficients
+  auto k = std::make_shared<Constant>(dt);
+  auto f = std::make_shared<Constant>(0, 0);
+
+  // Create forms
+  TentativeVelocity::BilinearForm a1(V, V);
+  TentativeVelocity::LinearForm L1(V);
+  PressureUpdate::BilinearForm a2(Q, Q);
+  PressureUpdate::LinearForm L2(Q);
+  VelocityUpdate::BilinearForm a3(V, V);
+  VelocityUpdate::LinearForm L3(V);
+
+  // Set coefficients
+  a1.k = k; L1.k = k; L1.u0 = u0; L1.f = f;
+  L2.k = k; L2.u1 = u1;
+  L3.k = k; L3.u1 = u1; L3.p1 = p1;
+
+  // Assemble matrices
+  Matrix A1, A2, A3;
+  assemble(A1, a1);
+  assemble(A2, a2);
+  assemble(A3, a3);
+
+  // Create vectors
+  Vector b1, b2, b3;
+
+  // Use amg preconditioner if available
+  const std::string prec(has_krylov_solver_preconditioner("amg") ? "amg" : "default");
+
+  // Create files for storing solution
+  File ufile("results/velocity.pvd");
+  File pfile("results/pressure.pvd");
+
+  // Time-stepping
+  double t = dt;
+  while (t < T + DOLFIN_EPS)
+  {
+    // Update pressure boundary condition
+    p_in->t = t;
+
+    // Compute tentative velocity step
+    begin("Computing tentative velocity");
+    assemble(b1, L1);
+    for (std::size_t i = 0; i < bcu.size(); i++)
+      bcu[i]->apply(A1, b1);
+    solve(A1, *u1->vector(), b1, "gmres", "default");
+    end();
+
+    // Pressure correction
+    begin("Computing pressure correction");
+    assemble(b2, L2);
+    for (std::size_t i = 0; i < bcp.size(); i++)
+    {
+      bcp[i]->apply(A2, b2);
+      bcp[i]->apply(*p1->vector());
+    }
+    solve(A2, *p1->vector(), b2, "bicgstab", prec);
+    end();
+
+    // Velocity correction
+    begin("Computing velocity correction");
+    assemble(b3, L3);
+    for (std::size_t i = 0; i < bcu.size(); i++)
+      bcu[i]->apply(A3, b3);
+    solve(A3, *u1->vector(), b3, "gmres", "default");
+    end();
+
+    // Save to file
+    ufile << *u1;
+    pfile << *p1;
+
+    // Move to next time step
+    *u0 = *u1;
+    t += dt;
+    cout << "t = " << t << endl;
+  }
+
+  return 0;
+}
diff --git a/demo/documented/navier-stokes/lshape.xml.gz b/demo/documented/navier-stokes/lshape.xml.gz
new file mode 100644
index 0000000..e92aff5
--- /dev/null
+++ b/demo/documented/navier-stokes/lshape.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:f23c7cfc3202259d07f70a6063f37c6c04a8a22c0dd51b966cd17338eb5c2eac
+size 3420
diff --git a/demo/documented/navier-stokes/navier-stokes_p.png b/demo/documented/navier-stokes/navier-stokes_p.png
new file mode 100644
index 0000000000000000000000000000000000000000..7865121372e56a54e4fd621108e7384c455f7e2b
GIT binary patch
literal 28878
zcmeFY<wKjz6E;dIP`p6{6p96RZE*-1+}*7>l%mBYxCV;5LveSfxVyGcN^ytcobdeK
z_xuUx)A<A>+<WiNUUSVgv$NsKiqcr<B<KhT2v`sq2~`9HL~R6wS8=F_@J}AK!Y2_B
zC=ehLV(K0lhaH~vcEcJQw?_&8=Dlb%(7u(SV+0@!qrTp^tmdEqNxkC=8xBE6Sy|%7
zLJ8LP5BR}JD1%6eLQPnAX2Z6!v~<K9o$jzk)Q-Rr4w3OE#stgAV1oS-f^0lKnEfNi
z@rnpbaQD7C?^qLI)rtSSl_B`yf}!jFsDnB%g%|<@L7YpNKis3he}QdV!oVr;pQPLj
z!SHW}#S;GiKmR|oM)EMQ{W)*#&<nl~>ZI$3?_^-B!E86($WazSsw3l_$souC0>{O8
zXDFye<Mz*AM+Cw9wwv{AR0Ly$oBl4@le_uVbWc49ECcEi3~@&B{e%3@p35J3@@es*
z!7u%3eYE)sA%kNY)KVxzDGxJv*iUw(K!1Z^9vXJK{BzjoUrj#(Ubm=^Jp4<&2+U|&
z$gjn&-b6=lI{*Ty2olQvvwsru&s){X-@=<!vqq0E|1!)X&fg2_Vd|<y79`F|%{KEV
z!t_t0Su=b?2q40w0`S!}|FU>?xmYxe(@g<2p)dpwQ=XRrQ_p+muvQ>vI25#Mtw)V}
zG+d}10LvJ5hy#l%YC_PjCd2x(Jt2EFg_9PC7*EkKvfv*w#P!^0<t<`VQ;2cFN(}m3
z5SS1hl)XjB^GZv{ldgo#n6fs*Xr8%|`p9~Ih&EuHU}3k!g){6G6_sHU?+)HZB<DdE
zsEH6h1N&avvhz}c{9lK?l>g*seV=kZKv}4Czd3%!MfG2m(G4qc3jo3p(?AdhEckTv
zz8Q=(sUdC#$F@38t?1B<OG^OpCXC;_qGHAfL+#h#B}UrH_T1bN%1XH6gg9fwfm7CG
z+jqY6(lL=YgbJ%H-c=;G{Z+x&vr0Tvp6#`I0|bxb`2Kjq_VYTs<%h9nWi<qLNDZHt
z;e`#0b1CPJn$H2_M_tkLj!xC0cf00qVY2n?3>io^s-LYj@+%B2r+akR6aHsR-?K8H
zJ+m_;&zoD2Q9wN|1m{ZtQb>c@L+PR7)tRbkLiavKs_v1M=F3(|pqn@++>QesY~t$n
zvlWKY%U06RLr|`$l@y78tf;v2X!I*0QeM!9RV&*{NQY(Lt>pi^3;ca$Bm{wVP(ax|
z3vTCucDxw8oM)9%_#GG-B8u;htjR9~HRi|cFkN*^e&G9CzHxmolt!kmrv2Btq-6|b
z0$al^0MLHO$o6wk>%99iNI=SBoFg+ft)Jm#?uq$I5w8NTKejm3Eo&?N5HA70E@%cp
zRE~w%l@IKG0f9ffowqtnbGq`El|pdyJ^qib8;HN?yV^3v-Z$;k8HBh&P0Zl1oWM*0
z^9wJ0MnR<+-ec$&;X|Yvm!{m&5v$k1g%g?D<!+bm8@~wmXa$eHaB`=C?iJyd@HM=r
zi3~;!!0Py8))S0~?@x?;NhVUrA>n<~Hf0$!9@x7?X!pm+Q2U6hBxiIz8X}-QS)jla
z<0Ql_n;HGiv@V|zaU7d<3j^5e*wy1(dUvxismLM^>!20SANKTE7g_fgmF{N@MyeF+
zO|qs&e0rKKWk>Jsc7Me5Tl1Pq3P5D0sHBt{GW`@hYk|H@(2uk*VxuU}9WgOKs`w>%
z1(QP+v0mQt^A+bY|LrGB*r5m<BAy;&`Dev%(~uge;u$d|@}O>U0bTcobEdf%%4=y^
z4Jc|FPK?HCbRUjVzxJdOa)#M)=8&B;Kw^pkP;L|Do-}Ix(?-YepLaqkJ!AN^!xf?q
zL<t$8gWhM?S<<f~?<r4be63#Vrm;_%9`To#(GK;S*^54xuu1qR0e*YnTxYs{4@Rb_
zWx~XI?<nQV!yJq?9U|km9KF7puz{|<vR4X))IP)a`)`4jggOX-L|axSo_-w^ohliF
zyXyz=nb*h2eA4i&%eJ8MC^y|%X$P=vBRLj9)d=jA&@`U+Cqt^0)q3t|nT>lBvaOW-
z4p+I3VIVJsCnat^I=x=AliqjaPJCdTIzsA--yTCrEDo0Z;6AE2-={tzGL0h2+4)(T
z{1#`{N&YK+tkr!xbZ}iAg{kS#7U$L3uu{L{lj06)!Zsls%zShfIBHg`5$gD>Ggd*^
zH>Jn~5urPrAq3$hUORkXn<Ec})B>5uk(^v1hzYD6eb@*Aq)YFJinGbq#bbE8!aS-7
z^Pz)pHDAlWi$>^fjXO@llgyOrR+0@KkLB*`f*tC0YPB#Y-R;>w6!&4foRKjR6a%8W
zAnG9u59@zb92>mE;K{;kChc0MS1iXUggGb%KvSy6Z$FRi8J?w+KwgSZj@*1AdSFVy
z<KrT%s^>4WU0`}vtxp5YhWHIf?-e|}RWJv#byB1LobH3!G*-Pk#!}obA0snIG4>eR
zT^8SVMfzbXt@{@Xh8v!DecGjgTqi&L{N(J5o;$S7H=BMp#QECbcbq|vi$#&a2Q#tI
z3QKgzSDuAdPGH=iXT)!0Gk<P7NUoSxZ5AurQdX;kHNixa-#K?*DrndcPI4L9Huqsp
zlj}FXKkz*xu|r)b7CkTT@V}1HAcuCuEpS2m5V;Iu03GO!;<k(*+emK3k5!l)tUho3
ztyjL9<h7I~lZOetILoc)LtRW0E^@~|4%R|Ck*l~LL<T4m$ZyTklrt?-FmfSnNv-dC
z3v8pGs5a*Zt^URdMBU1KsOU8<Hh9l%DV~bLlmQyfijQG$0gU7SSifn$H<^9iWzBL>
z%h_2cGzBTDerq=I?jZK}LQuje)x@7uF%`^N$vigsGdY+Z6u);HjNhv{qW1nD5so15
zGLzFX&)$)w%oM@o5Bbf9Jr67U>cy^){zZRf+c4^7oxX`un6d@%v~x;`aWTGd$+2*}
ze&Wx^WNGR2#sO6pb%qU$)^=kPyMZ$f1i+};Wf7pe^(j*k+Z}|lsJQp;kzhpvqW3x7
z9}1}p*_7;)Qdjc*(I*2lXM;$m=;O1bT2HI+vJuHz7L0)&_IT!Ebblu@dZfwhS-o*z
z9dshwk1Zo)bztmh6aJ?Kftgo9DCJpYbwK>B2tC-U(LvXmRbKlpXAebj3ral{W_^1J
z2Hy4pzdYuO(F&<hVAF?w4e+>z43BG(sz=5?<*posvc^ntr7b<ain%<j)A$qoe>oe!
zj&F?J&ibTVxp{HlvcN#gUpV2DL#(>}AT5o-`wkx^D8=?Q`=f1-xK)ZeXz2O=qS9e}
z^Xj~=Eg<}Gd1lo_a2#19J0@c3s%l6O0njna^&SlOV+eomHZFbe(aek)jbf4&K$1n>
zo;#2#i{81;7p;RI$2O=%gku{cl-YQ2B%Ja${pf;A4Ex3Z;gn?2($yKckM-7+0uUPw
zy7GwaN2=(~({eEtpF+=+M7xo^h@XI?42=<aLwDGDRB|nZ!dDvxx|fBMJsQ3ir>+ZQ
zuF)!9CLyAt4DG^HriJ47uDN9xRO8{US7rZ?!k}6^#OE;Bi4$Um`cOnjJ1m^Q*SqcP
z@yD-uCc;8HSea~d%uzwrztd<wED)wJmdCw22hI11agsTQ-s=o2PwYHt-5x|6+qbXI
za!IFvykz04b*4uG*9FCu23MdI&ccr6=|nCpCcUxW29=j_9?3BEddjAW91X_0+k$t&
zZH7Pt2hM0?*cup4p~>Q<{F@Py%Lk(ogdyU10=vw=)N2%HyD5CFa6Nhl`dH!(a<AKr
z%ykdbF6d#~nv`%cL>hq_1O!X4)Z1luD`I#N%#~1Q7Wfq>_i4}PWn!Wiavz(=Xr&PK
zQ0goJp9*kkhkaj`ICE3=^Gjh7N)L-PYBLWXLlLG>kQa4-gRY|48zo0PG(q{)6lT_-
z5}P@>b#^t=nbM<w-nwueHCK8;EOyrod6g(o>vfJAHUGe#EaX)Vuy<#|5?3bQG*bin
z4=p$bP$yIRL^y+I38;ii2DsW`frqj`#(Hd$ecJ~XR`eMh?Q<rQ8$|&MV<dE?#`dw!
zt6B&BQ@b%?Rvz2zm<*wi+Mh2L3HtdJt&TKTmg2r)>_?6T*+)FynIkf{k*q~sHajFB
zP9|eEaOD`i(kGB?TUk0ty$7`H1qb?Q?nkvS`e1w3oclA9J&R$GTq?56r|D_K%^ys`
z{K>AAn2Mh@aaIz2NvNY4Q*Qr(T4>+`nKg8)ze*u5#YVN>c3WW3Vn#n`OTr_)sp-9h
z0Y;n~KmXe}H?Rl40Fh~N5RW{}T;#<OL#Z%E5Q4_@3=uhqjRUP~W_j$>zqQUu^BeFe
z3_VmB=*OCd0#py<_izo7)zA{myZ(D<>vsU7oMBCgB#(Fp<^YPs7<*k1QNP_d_OZH{
zysR<mFBMecM~|e>wymg6K5rh{;#E^X_wsO9^WiImv-lGUx>1fZ20ZTPli(X9uwqh$
zilMrTR0_H_YV6FU1Drqn=#SN^4Z3zm2>7T0*VvT**~Az(yL`2Iv6x%4h}*SbD!da1
z(^P$Gf)*Exda+6{+HXOcP-Tq_n5jO}&A{~KC2S_a!)6O<8A{x2F{7Lq#{7@etm*L2
z(^EuHCl-Nb0X3^>#hR}M&($%QZZgK)ex{@hqzW)|qn9NHkUwTI@lciFhVffh*@%&&
z8aOh|(5CI>2}rsNWi<cT3lBV|ekIYMr_xUrYw~{cE+Ya2xlVv{Gwv^B(F6kL+<_I^
ztqpw5uredT=?<t=vgR5~KwG8!Z_=J{sw`So{+ggihW~>si(kFzJRqw9&N3)!tptqv
z^7^>`vr2GXt2B9*0Zy+cx>GV+usk-g>*ov!kuXym6WAda9FR0qq?G07g@u^o$c=9n
z*_L};U%Q*?yO6$RQEgDOlElt`Doq*ZK35;$WI-Rpiym9Df*o?epR*8EfVMlRbkUdm
zykMIfimQM0z{pb!jw>*EG#D-+bUH?@ce@)r(ri`}!`yJtQo)=qN!){bPxgypUKtjg
z_lHNPir5c*T}cDhBQQ)se%nz6U$_;AL9?p+G4*BYqN`w1Zpe?w9h0`P{l%COmNoLQ
z!w)ZSo|2~iO&JASQ0Gz~37e$GqG^;)(;qA*&<gzi`?ziWsAg6!U0?}WQO|4Z!c9n5
znH#?S*O~uWbznppu@CeWT>rJxB%+~JNT|g`kSFGt%8)`M`iDZ=5*9Wd`Xk%NACikq
zl3Z}j{9oo|F{RPa{B-^E8&<5Pn^Rb#+nJKPi?0H)5DwTKy;QlS=h1Ynk}TN%pEsHo
zb$%y1Ja3?ZV+M2I?yknD+@R^3!{6<a*~W&OVqo3px_e3hKLPk4K7r4W7k{YvdTu{D
zR+lZ`)cSiI9i%q-#pAojWN=(MktCjXZUtxNO%@)glwxrE7<Na@N~q^|kGOsHByD$4
zJDwCQm8+4oDvrRVe6jE)X1y#i?1}<J7`DW+fvf7jix=FpJr2%4cj57AW(}@Ew<PR}
z1}{lTP;RF(6zt)9oglv~@?PmBR(zz4V%%z6<v~sZq3ZRqY4GcI>-@blbG5dep7zjE
zL_KoC2XFP@PjEqlfadQ7t>7`{CAC7^T?@)e-IvGzUiX<XbavZljyFv|?!kX5YgsG>
z0AsvMq3EX%b|`2O^<1%Wa=w#*9SZ#iyZPSBLs`IAdyK5A{RR2I4{B*ffFOY4fo|sE
zG9m|Kw3D>EZLY33ZBeIuNZTk4r1sN`X##+;WD8SFrhs08NxB5&^=UOE86}3`3Kp(E
znLPce!BgY$DIrqv8u|YtPvD<>zr(U7&FGtXrCP+lf^5x9JiB<I2{a2u4f&4?in+&$
zMS(}Oh`3g)!E|qA#I5Ri;{M-f3r7QZSYBCPe+Pn#QhzCszON{Fy^eM05^8z{zLjtO
z<m`Uz%WxGr_T>>{WbiasrCHtt9_{7eMp0=+oPHAU)7QjOLDq`O@#2?H)fTWIMN3!;
zw`qJAvx;}u21i4p|DB?1s6ioS+D*ga$k$ZRvSZjq?EJQ=_fIAL3#Gv{{Qdf3B|vLF
zNSAk%<j2yUH(kV4m{m6I_Q!_&NT^~kz&KT6I;)lkTr4d6$>)4n>GtAmT@JQglmJ(S
z^mSA8{y8)kG{#b^O*ZI0e*v@xT;8(?3;<0kGG8cb5IwP&vpquJ3dcNtE8GDGWIml3
zz~?XeGJj1dV8a*k#q`Z0b#_fcrglsM6Ycb(wLgAvWuQw`WQgK^W7e+**SU7W2z1$?
z-c@+jOgJ8#qMtYoMgwW0Bcu!+EMPw`l5TT916}K5GH5BZg5xe}7NBvh6OiGOMR30k
z9x9VV-{_0QATMwH0hN07jW~J#d#6(<z*L&<O1gumK7M<$%trdm+Aku5XB=muNM5-L
z>MLI#a@~4p$O<ooP{ZAf9_qb343f68H|n4gDiEUkAydpTFZS`Cd$SBM@`z=~i<*n}
z{;G9|^Mq<5Q<()RgS3cR9_I7nq4bPzo!ZvHU%_6<WP+vW+!?~;f|?_72^(<0ex54@
z>{AcO5??<$9QWr0G6uvcFv2CF(u;<y&EMv%7uc)K5<Y|&&d^3{3}X)WI%O(Ta0N^C
zjk^!`S{IfmB!$UE9Xkcfz(vu2YD`6w4rL6SFD`z)Xz(TA^C_fpCQ_gL<Gh9)tz2-M
zg+(A)qBH{*8LwGwN74crWicx4upzt>sh>!Ng(rN1qnB<)WmoLS&p>Q|QMu3D=P;m>
zwJL_w^%eg*jKZU~*6pE3ktJ9$Z-@mRVPjudR<?<m?&{Gb=w?qfFKV8k=?MKh<8DTF
z+b=76TbpXU-o5&-SP{Ki{g?y=n$jcs4@sB2Exolx*60c5j{kd}$<c^trts`XLmkdT
zhTI|6dz?)42`$3tK6;t_4}RkQ+`Hs<PMC4BE{W}=GrJh;_i$kaTDFCo2;<Cv%_|XI
z+bk*ILMaq^hCXU}-O5xd=bOc<9q4veLtk1FDTk>m3YwqEAHoonNhQS+ENE%P4Y|&E
zNlnTJB;Sc;TkY!jwdMt4Uea(~94Ie}C{i7w>p%JiUwkEY==+FXz(!*sMd|b?a?!Yl
zlJLKrKq7n#xLqyxn{sGoq%)|kgW^iy1JtDB<`#ATc&entU@3N3DIx9*-+b~9PUMNX
zp3YoquUbbo1SWV6rx#$Lz*&MKut|S%n_<>!pLt>!FY|k>?f02}nno>f{-LH0m#y|y
z`6vzw#;&DWz2fopi9K6d?lfrG>}Ac<3W5}iUH9oC=I92vEHWW7#wCbXY+S9PUb10&
z=M(rfiy}8EpIkz%Y@}`QLSd;p$gTqSHb}GRw8L3-Yw*&igMG@-yL?1^dpz`#0n9;Z
z4;D(4;leP8uP8G8wqgwmf%0Me;8!x30Of~HvKcqBlOF(%VJ4XV_)j7L$`V%7V%dqm
zl<d`e^waq+pULs3W*8_n?j=J^GPrPKM?s`><ra2|2%oQ$O%m27SwOYu2PV-8>WUwp
zLTk9y*;KPzJ%e}cvM(YFi{7@aQO>|?B`hy|K)Dp21Qe9RlTD6<>ax&a;S%8nd<~m&
z{Is;mJztu0DJsc<Bq#0~wW<J68Lk(>kNIIbZS1s83q3ti+J_4b8aU%atq#8PS*RxS
zLhxc5xGJZCiD6Givb>F2;kc-HOJoai>jz-9pd_G6QMGWZb)f6DWXeY(n(DBf((4+(
z|I06^MqbOOc_oaz1a*cO_6!ZalqVZ%*o0GZIUz!e<?vDu!Q+>jDZ*9Ie&X9XIpc6Q
zc8?y+INIS(c!gg-Y;OVY0;Yl()a%S1hP$Lgi!*Ti$LccC-aA{^F0-?^lwyDb_knao
zLa$)1__h5%ni(N43;_Wv5&b6dL=5K;sf7Q@U8FW#;`^$|NKHzWXwzb!qtc%YzO=rS
zIT4!xzDYWv`EINQ_POa4R-2(Y%wxOHsk8yXWMb1(*gYB|qrz};Kn1VEi2S^cXsbU$
zmu_QwD0)MiLTSi&k7N1~g69?QfSA|7T*R*{o?x<v>1BF2C8B<IurMd}#XENvv0(gx
z=Yvkc2<<m`z=y$I<>7P+K|fa(pQ9$kU+Uv#VuGdft|WF*By*J+Q>AD69=f^qNod}R
zCqdLV9!mPMJnb*OBskFIKH7kRLkgWVW&HS;tnEL7^5y><TzVsER4kb#|CoE-KHF$r
zGv4ok?L{a%Rwt|>8TCC_EiAEB#*v)CHJzy?XLk$-H?-%9UarL&E(WCGIPq=P$|p8A
zld1h|U>MJB)C@zbKP|1QO|=1mx77@x`T`+RgT-oUG9>tgV%Qppwn5;LxI!mdGB`w-
z;1IcGsHBkEYytD39cl&RWKvgS#MKJml+dK~Sy(^R41MDIvO%o~&d)87JfU;rW!ekM
z8#~(CK_$jy-Oj2FR$AWq4OdW(+q&@LO1vjxEq?JO{y#H0myz5uni;2eA9smh4g5#+
z4Zam)1y9UyXHv<f+SlY~sYNMW3)h1sDw{{ow#HaZYe-pKskrym8kg$n)C-O17GW~V
z&kHwlL?L=_I=0`AKTW|vd+;PMBfDo)9x?qeRtHtReDxRdI*$R-oK}F%D+Q*c++V1F
zjFZJMU4<S&cdR^1o)R2kjpb2qBU))Jo4<;%=U2y2e!`l?gXi0DXl7({`Bb#cQJj@T
zHi!kKs4j*z6yfPhj)AyIY)#B7p%&=5knxhtPJXGynAC05(y+r}R#H+$B^r6yBRmH3
ziL_SMUtyY+*oK@>rxIdQ7cZuzPEt4rQT;%+;MNIKxo+)M`2+~%nSXfr`Z++~J2lGu
zjqBtFJlTkTfe^Q(iS^{*(u3&xt4M`}G(zVOx$F*e2Q2waacE6*F;M#NT^-e(Rw-&?
zB<@#U3*xhJ@_5v{B$BhKVi-CE94}Cedl|>6>Vs|HP90S<vbcaiv!?rg*cR}_WCx=m
z-L0iNoV3*>^ZZq#Nk=I~Iuc=Iq-tdROC;_9y)2-@qhIKV2pW|?@Fmj?nIts2Mcj(h
z@!W>X$SQ*9z#@?Q?u=KP+lxE!bg$bGxlpwTV*K47o@f1p=d2UMix0hKt<Jb!wOQSI
zeJ7tMi=b!d2a>t#2UT}q_sW(IUtb^gcpF03DzxuF*HwkY8cMajbr5)`_TF9wwoUs|
z)=LOXA=Ah3ue|MI&+4Tl+xs+K_q150!PRoJr|wk9HJ88AkLGeP5C*h!EkHtf>sD=J
z;zJ3+vs{MfL*#Jm^2IlBr@Pz$7{ZIqmd(N!>njr=n&b<N(q7*hXk`0ZILGwOs=}OQ
z{w0Uf|Ln)N5z((G)#|L?!{un6AF597?o<s)^=$PsgMmJL)7PQpqjRN62E4^Dt;W>Z
zCHLE^<t$&E`=+zCclhH=dWqr6;gzrTJM4diD}@ciSGx#JYw|~**cW+hT}nwJM4lQ~
zsW|Oy4~D{#3zZpe=ClMiE&W^|Fr*nAc#Zm-ugkYM=2^-+9l%w|a_tj6_2Ex$66tZ$
zh2mV*qEVcc-VIVVJ;xkg&}MP6b4y=tUF%vime3v{o`R0W=7-35&Dk;i`NUK?Dd`0B
z=NJ1!;!iG~yo790tTrOJ8^vm1bI3BQxg4+HNpFwpdjb{R&kCs=YD=`Y%a>wqq1%=&
z?HCb_Zr0Xd*Q7&x)-REfmM-wX{{o?mYQORbj)@Fl&{B43Rt4=YE#pTu3<603)^lEc
zx*Kq^NBJZ33g)U#cmdLnLkbD}tK@kFcl$Q6RN7tBim~!D6Lv136D6xYxzg1WE#zDV
zE=n`-u%aV+wl*$2A!=tA8!^-A{gu*vxnHagi_u1Ow&k_d+7?ix2!ffZY+|OC#mK2O
z$ca_c9klMi##><f*vMXlFAUrH`7g=qe`xEwFnrS9C2U}SWwt<MK3}E$n#6b?G0*mu
zDgveSu4T`v3SS|CAMfIBNR1Jj6m^CQvYtqQT~uT|3R-YoNUi<sFAS3{t%hnR_!;7|
z09-d*<a~#QGq~UuCP`mwm~u+$6SOtF)-Vli&j)-`R<3ij*F%dJ?-=Zql6sxX%yppG
zr6tiFTqlR;_GRA!7b+!-R>)q5BH2UpLZf7GD0)_Z%uNB;K4aF5PXpcFe^%~U;D}6Y
zjYv^`&ZBE=H}i?R%-TT7Rz+?jVt{CCcvEI@m!XgBbga2uBFi#pJb1fYMmf5{ftZv5
zC%MqZZtf=e6eCNnhbUqmk!4cU3*^no+Wz#zO=W}RG<I0{*Qs$wIV{NqpG{&(Ce3|)
z(Ra!xExaqpw)sNf70$Zq=H=k?{Y?fug7shTG0d#**Bw>b)UO8rZ!bWjI=XB}K%nZb
zncrpjhx^y^uzt8^&UlkeW?qk(4&_Skp<V!!G`Q7`8F43~(lskKspb5ORYlgdH>mgv
z+BL*wF=u4KaOA&O^d&1xrutZi>Kb}J!^&(oOQ)}_4m5cE+QN1qPv7qSz`({62*UbO
zUlFXXN_?dcR(h7(l=1)i$BcbQR?l3xO$njag4E1PT|@b@TvFmFCc``8xYY(2=up#E
z6sRf9Re&b>HIgw;zpL?sJGs!q4>Q(Zi1>t#Y1428Nd2;t${ExyWBrr;(?>$^^EuT?
zD%FossUBilW6Q*1?$QoED(SXjt!pKav=Xw_`3&@tqn5dxM>1nBi~%=(J`gPzl-}x!
z^S_P6dD+OR5geBuMFD2zo7ndj7+J8BOJsIhv&y-;7&E%O4jfVfmBFyNhWoc)kP4lo
zCb0~s>Z>Co%L4h)Ky0BF7_9wc)d<!vD0`V3*G1RUp^$P-`f=-f#Pmi+dUuUN{%_Tz
z*x=}#i%8bj%inV*5b+6IU}zuqrcNZRp4duqux(f1XCv=UlHMV=NhONP<m0;rCov2D
z*2@A7V}ZU)C2;kr^4MHu7!;NW6>3v6ipaMr7q8aP+wIV4Q7=5w=<e+}eJ;HyF9t57
zHnGdH+$82He8*sMZkXY%rI#ErGVn7=q>3%P0v4&BbSc{=>)y8xm7~?76gY7U`;Luf
zJJ*T)06|FLuE#}fk$_~0GL#CYtq2Y;qDuigF7|WmFF>7`l5GGQjg%P@VmzN^IDjPy
z2b=uj8MENF9+Cwk>B=4ILQCR#RPYXU?~k^x#HPIsO|2JfhL6TfNeunalLt91+2Jm+
z1aqSoB9ot9TPFfuG42jbTA=GN8M@RWgVJpH7bj}x>-)~F9n#vzGp!m}ijoyK<uM)!
z<s3e%q$}X`zcmDQkh+<u?vAW0BJzCJo()!I4(i3Qcwx1WhdORPE+&<!kAK(S@bM7Z
zm{E+D$92g7KeKQOY`hU+N!tf!GGE;JkT$S459xbEdxl71BrL?cH3$QA#q;~+3uW}x
zV`S5{#f$3eg}i7)SD;cY%A0@keeX&?+$YGxkY1eSwHpte<}=YzCZ_#hFNw|J*M3A8
z21}zd^|H#ss4VHsoz`KFr&vvtgB&>Be>Xp$mpah6j`^~Zo0eJNgN~?%0^?{tii}<d
zX1(^#1f4#EygGgHJl$~COJt0md@LP&rNCb{<}&;09cwC(%@_?VkdM_E4iHw@{g9~K
zkWQaxFiha53n`u`DrO&hBgs&J#@GJ!i-)LdO`63V8q}duvMtT9T7jl~mQI$^bSo-`
zc6cK$cY53I^0P|LP1yv|stXsE`7Os{m6o_NzECE*T2vUU^J|R>EB%UT^)FQg?eEz0
zcr=8J1jV@5<)N~x!c7=)3&>!V?OI(Q-2+J;D&1Bh20|H^%j4n=jRQqF%ALZ*Lc%oR
z3+bOnw7!WDm^wW6ed-&KJm`1Q>wwyk7)9E*uA@y?2#Diaf@+i}u6v3Wyq^D7#!g`K
z$1bIVOWD3zn66Fl;E1P2*{g;DNGysN?Z(O6)DCIr(ND0&JLH*?&|=v0;f1C*@XYZO
zH3-$mwWR3s7ggT15P4n^AxAW>m1J&Bs0FKpSA&lK+)RLv6?a)qCE4ty-nH>eJTCRO
zJms#fG;FIbX`-Tt<4-!fx?FlrxdK1$uy-V{tLY{n`0%l}pRp6_Hb;2c*sU)h6{Osl
zb#a#EJTz^_s1a@=th*6TJnP>ezcW~}N^@1#^-G(nR3pErW-ci=x;_FcD84bVgAyZ5
zIaIey|K!g&QEFn<H;!%fO4!T#>J;3$Fj$xry?tUk`CKP51LAXeF;S4tVUBt;0%5nE
zkj>5^w`~L&C_VgSt-#%be|^eEZJs$q@zcbbq@9~!JJ3bWt}TBbBlnf+YMmB_`OuN(
ztMHuG<;!ZKQc0r&Yz2+asU^%~`>5d`pNSM;>GGA&=@|i&cQsxIi++zuO|N;nA$@9y
zs1iu9;tG+=U25AOI7j+`_@bGxa&iX|T68c`@^FZx?7B`l7t@1oej0Gj#Jojxs6f=}
zmY&dBCa#f*^opU6<>{2h?|hd|2;F{gqj0>HO+sGehEl|nfm|5|`b$A(;*3%+Ymp+n
z^!L_Wg($AVlk7)2T4H~Cdq@?93dgK@uFxlezL1)=^q)H5hBCsgr4ZR#Dfv^V81niR
z!$@w4bKHiectO?f`|xA$nfwSDicxj&7R}->MOgYvtq-L>1LPKteg_F4%4!X;r1e3I
zN*+@rQTJcB4JVR2E7tUt{REJiQN&~<QgShwv0_5Q4=j<#Rj_X;s!dAoa5)VtWCr1u
zK=WDT(?G-H)bOKW;+s&m7NF&uwpL|e*_?lIY$PHs_R;S=VV6?61(Su4QpE&$2&J26
z4~NwLSN&omk{`SzbG!7ZPh!piJILX~Jk@i8dFvraUpfSkPKy==<$2hK)ZvvxHXi=F
zKJr`Yzt6@nPz%Bft>$dKG5{8Z=SAvhmN}oTZO5m`ak-g%3SYKu6WTQ?zDKb3%HVB{
z%8^hGEpEMx`VyyzZJ#g30R`bI^6mk&T|;?T`T2V@q~k#!V&QSM-h1WkPupp^g*PsY
zGOSk1r6l1ds!K7=7~w0q0=m*xJkgUBSyo7^a~PI$>-o$AOOmqF7H{~{BzHU8K&2Ah
z$I0!~r0bgvboxHO8Wtf%xV3Cl3UGz~BI5|JuPa?EFlj_TNtgTd>HUdhAvSBnjQP~E
zR#29szR+(<yf{@*Gz$)vr##$?!{?3;CZll;U=b+!Kw(jvR*=ywPD}X5ESVFD?c{>|
zX(86<@NId!4!qk&6doOCdks>fT>iNMwqgUxFu&y}P^>$%99bKYkSMyeNqvmneWcn!
zFaAJIdu669v6Q0uj2l>DzWA2W>UzHPoc&wg#;4rxv0cA=ey)F&E|Dyt^F@LWjQTRL
z>cWH3fPJC5Kt`3`bA%(KOp%`$hPZ#d+#B$v)a5i)-UMpxfMBR(YXAxLw?W?9$qF>=
z^_CA((wlNp^Vq%T&<&hc-eFVjeN<OnpW~54(1*x!5(ULkk(-|T*7u_eVm1<#krwyG
zs?;{I4crnoVw9gaS`KXHOQLFAa`@Rx^<599cS+G!DZ+V>tqwYt*|h_!kKQv|aB}+i
z&WLJpM)0=yzG7kiM@Bn$;5Z~9|Mtl+e)%#|@%x)uIgzt_)(0^fh%+yo8j810p1Xah
zWOdPkh?wl-#m|KjaHq=NaOMjO*EX7U*GVb7ktT9Z$~+RFlpeCPO}dMBknb3GxG=P~
zN{vd2>c!WUQ~H!ZU&he>^?5p|YjOf-2OA1;o`nZqMW}aiRsY+qV*vjA6r}iC`P<u_
zQo^)((prB_pc&Ren1%kwaR|jP4W~v#58LXAG<H50PcgbsbBx|AU3kONJ35s)mz*I=
z<uFgm*<So!Pz##56*nJ&-^u;Sn<=zhnqByT(nv}yG%)Q@hjbcSCvBXn;;A$-JB%9i
zb6Ka4oq7sc#;2g3y~ojpa#hWr$D2{@cPh6z$yT0({p@-X)b;fSvbYy#I9R<}SojiU
zsQznU0jA$Ix%XtDj~%@CFwiA<xHRRVqu*HNV{vSLF=biqcqb`$tLP$e<2U2F<T_Jg
z4+4oV0S;8&QIWEb@=K$o$HgiI9N{q|f`GrMu6Wp{5m%fwLW+4M3A^bG%%^H-U$`Pb
zEer+J@`^hNPqU9R^&T`io82qC?-uR3r?o~t8qpUA)6DkM_TF}B<K)lMxqM6Q!EZGs
z{+{@%>^e-ljC8>sRc}pI&boCab$}0i7ABtqwSL7?X;`!{!5n9DtT})kf#ZD>8%SLa
z<zl<9f4+bTw}K#w@M?@R=k?&ssg_z)bfYF2&FT;r*R3E$nLx0Jcona8Y$3<twueio
z<(@8D6y*0Dc5UH7p!D_znR7CA@W(MmH}RvW5U1ZD^abMJetBufkOMzbQj<!~1W+tH
zT+<Fa74s34p-AT?!+O4-O)B2@dS;^6VuwN57k-ADHjOl%l(w256fVz+ep8a-f_B=}
z`xDcr*lyOl6$w!nLtXDTYGTwmp=+d+dPRUaw*z|(E_$7p!MRi8WE3q`?f7J&qa~C{
zR;C_y()nn%HXzocxhlD%HL$+&gGHpDOJD2kI(s5Nihc<`zE5l63ccPbp?8$CK6z?v
z3$IPvm7_|GO5@B1t|NrJ@YRMYgNq9gXqXa?L137Y?0&nW)LKgJ0V5@ZlPBKI%}ED2
zps7&XV|Gm+c%3-4OQeJxkx@)Nv`PU)wtxSH89?@)g|N&Xg6B3pZR)0sZafrDb2MkL
za0dkDHY8Fd?PKV;9nY^2FGoTCDmI_1up${gICOlvk9*-~xV6x%d<vw^tE@9MgKezp
z+oaZuh2K-QDWev^I~G6nnffoVL{$9KxnKU)*Zmh&V_toKNJ7z@5?-{*y=v;h0R38)
zls=%=-KzeBQDGi}?qccVvnJR|`n>$(WZY#!i3tL$OYrlcrDHDxYdPoXB4SzQHPDdC
znvuF*y)ii@LLP9U6I+%27(wCeAb&&2>K_?zN?IqmoQHqf_&8ThNB(8m86(N?uXBf#
z^lCne9F3H$eo!8?`7&M=F2A4{1hlM|b3nflg~z3YZT}aYitt^)7LO#wV5%-Q>`s;#
zNHQ;tmaZ6OTpd4-2wN9l3QG3wqsrTQ&~Klq_e`8Wt)DX`=47~Hkg}Xt!JoUaY70!!
zu#AYA>Mhv9DD8CBWK-i-l})!D9Q6AveXN`UiWP(#ja7K3Z50#zsCmsr+Df8AM##eo
zZ-?wd7HNol6FpbHZ4*<SAc}FMxTEL-9vVP;TX;}qA0wQS{*&jAWEE5aS?>-I*Q!cR
zLcphA`QGuTiv}l@xB>!`4tpTitHmQX)@Pth<(ALOu;Tl~n>h@`)c3Q{9bX*?E75Ax
zMXn=+9Z6M6D2Th%3punvrSzf_#mV+ucSxu^j`Q=!2K6hy@JVS2>)I5k3t)WKL1)w7
zCF|UubzJ$I1qzkm?==UqvNB>4RyzWgWc9cCA8BZjIpMuwTI=BnWh!%RaaT(c5;Us(
zAyORziS-r$$>_{G`CRv43)Cc=uei)u2>I0JfVy(IAY}g*(Te2K_?bT=S4TmMVR|@w
z%fc1#W@<@vliHD=PyhZY-529bv&VMs^r=ttmu48%oS=W6*7YEs!%;w9b`GXgAcC^*
z{_J<x{e`~<70(B_5lf(?6n0DFhVJgD%z0C$_!laY)qJyn*A%fL7Nm;M61L+h;p&A^
zfI6a$D$gg?s@~LI|AE6tmF6Njvtw$zQk}V>Oa38Sc13sYpS;P;Okg2%k19s+x$BPE
z>F4yI*a~3_{6y1f6>^foadCZJoW0eKUv=cSlR^;eXgI+#TJ8i31NMt2<qGONdvrNR
z&TJk{ZMVpE<O}r&#*9jmDHo}^4hqK=1nn1ci2KDxB@yAxZ-<KJ71Wu0y#QJZoq_rd
zFoD4jswc<IM*nU^K(kQA!t9a6?#|-uxpK=Bz3CRruZ(sW3*KU_Q)rEXpoJY_Z8$}h
zM`bfRd}Y7oqoypBaKDTX!w2mawE?)$qP_POTHPGcg8*epM~gAjuQ~%QwXEuGMK7QT
zz~zB0{z`p~#|!5r(*g=stH{VCVWXjTCwSRx8;7#VM0Ur!zssKKyX((>dj{^NS88h(
z40f&CZ|3S&tQW*{$z9Wecnk1qn}XItj)k>Xd&oG=lWCee+<g4Gk9!L4w3HkB;pIIn
z--Y7#Z$4?Vt720N%q#_&uKzsk=aTbnV-fAE?L;xGf(nHlnuY&BF>(POVrNAF<1J^c
z_4K`Ywwu<`d*g)vD%oSDBzW!-+W!Ixf!~aaBT|0w4JL31&Wl=o2$~w_)Ncri)3%a<
zteCuC&-x)_u}6IS=V%Mp$O0c6FHOtJIne1e`jODmFoOq)>!zzK{JpFD>WGtAR6JtI
zsJB|?D4PIBgWG1|IHx>pTM9-TW{!-#iaY<TKJ{KALw^;VC=g*GpFNa0yH(~>7zO<>
zj3#e2sp`L$+%aaFdn*0-9zRYrd@U;4u6B@K^i|`+FP59;e)1i&ji<fr-1$*<TeHXo
zoqi*S@z@1)61(R-d{e`$n*pQCA-^Yx^GA39r4_s|`bl0FL@4@UQmP=ldj~bs2eSy^
z|L37sqv!%qp^Ad9nL%0S(>;aqAlQ2w8(tqGZY_zCiQY?siq>m`uG1gY0&wK}2u2|q
z^n3U*Zg!Hehqr}&kbzz=6hMiimBIr$HNyWYZ;76;9RjcB%l|^uE}7j*nFUxy#nf65
zJStvlTG|9I;`*qP1+h}CbhJ-ozTtbkum_TTV>S+p+0U6^h+)*;t|g&%J=5^-31+E7
zk-=E31>z@>VJ#P9_B20*h#;ALdDhd8Ql~0Zz_8tvkMHob?W_jyVsP@Ofj+?CmlC+z
zb#L_3A~hlyFF8~#v$DP?Uqu_w9irP~Dj9tybjRXhlP~keWG^=?dK<m}z4=e0>j;u}
zl==yP6?F}<fQ5eqy86)D+dePkWgpHXyz~3#qd}5AlS>38H-DKI;=x!i_+iSAO<w8d
zfvsga+Y?603=e@>Zy&L{a-t@55FXC0IThm86MG=lYGlTOQsNSG`gB`@U}8LQPKl7Y
zP{P1Gtt1C57o_&}UUD^m8&U6<y1*(?GLIcwftZSQ7=MHs<_G_SDxdXfyp5uC(;<rb
zh;&P=NH!{#mNnh~iS#UpgQF^rtioT@?YTikjZN@FT_Guh;dJS`Ab(lfU$>GIyx;~d
z`H~av$>$~bFxXsycdbv+HXY+Y+%z^j#-UYR1)F&xV|~Bz@3C1o+w22zf#{9qxs^R`
z51(BAWF<IoLttNExzpwpKO`U3PNKaf@EuYrs)`oPs*g3eF%nuAYsableSe1$k<dta
zNd83i!uqjWvToxpG9{HE5wNt})b>x|DoMq^ED%|kU)S%w@4Vx=W~5Bdpn-oqvBYXY
z;NG~%y(jQSIRT^t??6EFK7DrU!h1h@Z4Gj&getNJn$4c(Cua*cebO@fhns(+;487Q
zMWpjlfH7Ofl`Ry39Yb(`+=H#{9g4YcxGlb=<%Vu&b;MR**V(%yX1ig@K(!v)Xda^*
zpr5XDC|m|}z-2JnO|um_K2#IhI4|)%uDML*JSg3p9pOCn2dmhwS%UBgiQu2(LE4$t
ztrAb=auCM7Tl?$jM_-jpybb=Jrb#-mnG)9zdU}WNqC%fmtMY!uxO@NQEk^7>=Z)1v
zh3-y1oBzXtU#Aj2cN_z8&ZGSuQ|_9cA0AI+&_~}{vMFXvTIreixUbR@RbIr476)%W
z+%35k(bW3empdVwMviq5tTiMwvBBCl{L%8^DvdLFA6u{5W%TXi7F!tureU0TO1<6Q
z=j^9%bUwatrJai3+kcbe*!9!;^_$G@66hN8`+FJ7;!hQ`RkX9nj2)aU<|eBPCQboC
z;Gos#VFj?u{6Tg{XP3R77J}V;x>LQLw5$4HuJog2N4i@kBI{CP;ir)#a_@oBRXcQp
zfkZl!nWOBEvxjU47>Eg8*uhTV#%pn9aZ%l7MZm(+{1X-~S`8u>FBTbaQFrKOE7{Sf
zShJ_d_#V3cy}GN@y`IP0R(9{*G&ZMOh#cg37VCTgaO{TB>}1_}+LQcf$MONW3WQ->
z4F}pNEtK8*VcfC92pD@z<D`H=8Jk(fiBmh3JKN|~yC}#vN)`de=+_E|9ZI$~h1{iW
z>OK~lD?1(%IT<FgnqrOrcAf=0i7~YQdE>iNeA}$mQyFu49DBR9H<%0>Zh?1jAbqwO
zW6?oQ)xs{fGWj&uK9ibaZ8w#X{TwgOok3(+^CjEnO^398O^BeOgm~2^R@nXJ-Fn*B
zSQ-17f>{YFD(3CP&jTcB2^Cf9sCw&1rvcedXid28vt1PPQEkF^<k|P)iZFBd`JJ`X
z*sbdXW+ox_M42n{PrRzAp0V4-K%d1nG8YB+!Gd2o<7wC#9zCbd$Jfi`f!5pI09=}7
zpPEORpEKMwN6J;Nd-aY^Sf17c&byU5wgZwo&FkBr;Kew3_|+0Q_zCAL|E@EIf5?v)
zA#W8irisOlqtojAg*BI>icl@M4TJ7Nl8Y!jz%p3phYXtS6#9A@CHm^`HL%xf*DL%7
z#6{}@k)G=SX{5L;xS|Gu=CW4mMsu(L*YjUNB9GK650{gPcN^0NlP_-@g?ALcVh4g;
z%@6>{li4=Uu7pz!3K(>5>=AjLamd(jMtAW7ERi;)_SKe<Gu_SGupgLO?GNtL$^NRN
zs>+Keakw~ZXGcgE6k<_O=@J4oikZ7q5=0sDmW5C2L`aYG?+sGkKT^W4j5wpg;dRsP
zi0Y=iT^u1_Mcl*OC_dqzDqEvfK7sfH7?DRG!K2+LENUa{I)?9-r0%-hl?SvgUlkKC
z;#v__a~L3wOyuWN2hww>>V~bTOj+iR7p-e}nPbJ}+10EI-+U3_zCGx1;MCeugvr6X
zSc!RtLCSgA98b&HY$&poMTAbUyuN+2<O@7%de#XvbMEriK>5=c{X+1`f&{;OQXH`G
zG!p9d1&@5tNMA#_x-7NOnvx}lF(9&E2AH=G1olpc#1K;HgoJF$LSj`K-*z5$HBU+k
z<F_11`%QgOyz@u^@dd!M@f1O~i(L&C`5aoesZzsFhk#W>yS%5;=UJ_E3F#}q8dkHO
zc)Ow_>6K=F`kdFRUx=A~dgiLdyq^bvy&5yjFkyUKt3qyjq%hRcz<jJ2UJ9ETqwkWV
zjW(O&Y|lLt{G(N(W0xgwU$ze;9_+E({v3H?mLN)y5uR6ajKr_<`RAO$Dzk!jedMl8
zUH<P}`aZ)45R6!2<sSScwff^Hb=lAa@xTB4uRIF0B(wvS%PCD$@C%fHdC*;}TqbFk
z`kon0GGuhergov7qw8F)2mfTZf8xep=kAN)4fD4UN<o*_6U`Vz!aOJ?Kd{`u$>58?
z$FsnmHUG9q58(cQqx=WN>)p#LwGm~q{l0>yf3I7^ai_^(vwXYeVi5Fwgi-tj2!1e@
ziB5HV;0)IER-~K(%9)j#Up2F_)N&fz1N3<<a9}eirwDqI0KZZAH`wkdcKg($tEz+T
zFz=vibv@&A-f_HlERSgAdQoaqr0RVaYw%J*39>@RPbwZm%U=|~U+q9*kz^q9<}9yh
z4)A|#CnHK{aI#_T%~^=7;x4UF=#Z@zb=WE~)E3Vy5Ck|JyuBdw9;@)dv`cNW52dv$
z^c($X*=cxlmlQjCoqI4ktuck-g0!-BHuu)n>pBTpz7~R<&z?el6Am=o5{VVq*t-yW
zXZ*?@E<i6%*@RDUtFl2}VDwF~i%z32M)q+Ra(HMG_`S%w?;#FP{*!T~tgQsvGHjKK
zkre?HzGd-oCYgtj$_eb{jV^UtfdR6+;&sB#g1f)h=Y?*X%QT@@nV$)Wbf}8(ZQ3B*
zDv5)4U&a9ATzrC-8?}(%gx)@*ix@E&<c>Yk8mMCFOedG}1ig$AjKTB|-AV?5gd1nq
z*{}F}^VnKTs9+7iDMaR9``&0dp@vU~kzHS5g1y_m!J(t~zE?go<_jH21U8=~5mWZL
zJk6aBUib0R2FsXeP^`Phq5WbEx&qv4)qE^795hh2RRfz$9KR<g<Ke5<&wrcXHf=Oa
zrh0R)>>Gb=*xYu6SjwEMGVi;Gqt}jrX;-fMjhBa7c8NV8Rjz}MF=`w|{wiVf=(Fd|
zEB@AZ!J&S)_s1TgZ{O6VpPXEeG$UwjTqjhMnk)mz0??cNBS6ZBLXFlmtZVwu+%3Ni
zx=JO3b;SEFPuU*WfUOmvmYxD?LH&)t-}|v6km9`5n}Az+k+EU>iyhd<;QYB|F%fyg
zrM-~|F_*jGU#RYvB`d>7p3myuxjNl=LZ(ik!u%tY{40&IyI%VKbN}oPHZJE;sZx5)
z$k{A}H%!|qVpl_}*tAZN?JFO?#fs|m<KRY8BV7cE+!K7dOLn?UB7eo7SE$>Kl|)@;
zSk2eVq#e_b=pc$wZEXlJMHkxuA|fR<KCyHoP4#tMGJI-n0(m0IPzow%o#owoV=Jl#
z$t!Lag^Ol0T$YuFi&Kn%?#xXDiZmTr_#<eu%_Qdj)uZS|sl!76kJZ*+l$*Jn<n9!K
z#7y5vDCGB#mOArI-tx3@6=eJPBSu%M(01gQwsK0dQT>!yjF_qmx5(c|*LSX@j>!T)
zw?<a|)JK8mh;(pl{F=;`#fUxj6R|t)b`HhsQkWOXqh{91AbrnAd8qF68Mh>_WUFZ?
zRDtxZ!Sf#_;aQOtP>War;6451&B*;PQ~fj;1_4JH?(Pu<vjUM_cCr*t*g0Ykb4apQ
z=Ec^h$Bv`#LhT!Ux&qXkeDU4FMkT_|TNpgl^!I<<8n_gYn|yGvz6Q8B??zZT*;#|x
zLg`sQYZDFX33tZ)HWS`RI#|5*@VYX{;u*&eJp0Ae>HV)OVEp$+W|BY|V8;1P5>r`V
z4t%;p-+xi*E<ucop@bOl+rYCTNq(=UX%Sr>wS@PWpM4XyIpKsQk#*L4A2N(6xG=y?
z_u(v1+zNjOCs)h=%0<Zl(Add4wrSm-*nW|Joft%wcM-OaF}P3kk6S%qqA%CBQ#sfk
zHQ}yzx+amE^qjH8%YZBr*)9T=wFk!r2di;xaPVX2#Ngs+-&?I%k3j)H){$N@RAS_}
zk27V24jYGL=})NuO_oG$D=uhRATGr>nxo(Uw-+F@?3Xf+8i686S%3pY?vIgw%kV+h
z_1UNUH<=(Hb)*G0&T*59lOHA|QPm|}qeizTs_0N3IlMkqK6{@sgr67PR!fdju{}sr
zppUc)&vCjVi?^X!YV@Q2W>oZF_L(A<iH*okwMiQIo$Tc**$wPra)2Gy?W*Z3B6$h9
zHcpP}(g16%f3+6000P<~7Os>qv9W#$_tV;3i#lfMKbxT`G2~B$RbA(b+2pd8M8^6)
z`^kcrqj)T9f_D`)E&1bO%t$Lk<lI+dh;z|^tI&W7?{=h}M&(S$oTPdD)2$8e=c?CF
zc(EF)cku{0Oed!&uS^XQ_@5m8KD9rCTJ&dd-jgalpL^Mg<9#7SlstJD@+lsqx5Dt2
zk`7xq$C<WP#^1F5;LfhyeSLLUq<3>p9QIYh2=$-_g3oI4F<mym)kr(fmYGAF(L~kp
z4aXH!kf^_cg_$v4l_fPGM2d%>@wi$>^r~4(7QQ)WXB>@#^!h-Cj`J9!;9l2=&Au*6
z-R8B=?p%K90(-lPcE|nGne{D<I-(FjD?;g5j#F$xj#V;)-2f-4X#t5qX0X&aS)+;b
zSEg1S1k&d_X~W%YUs!ou%;_mWyq_vyXQkww+WitXr{^p%`&Cf(+!Ecv=p`P{p~mvN
z=~S+RC-Vz8<u+}<rU~qkHM9%L!@H|Ex4RI(+zpJ8G2G^->Nn5}=$fTkoc#BkLWo!0
zN~C^FcfZ8gDhcDxb$zS2ZWwx4YUR`ps`Togk$LAw{zg4Jj7B|t(ysmN$T(8A#ZKZs
z%_GeAl_p=1({1ZpLh@~w^b2_l^AQSHG|;805%m1K_55|)mIV=IZ)8xrsZONg8x^~i
z>q?$kw+1!e*7#KS7pQr3k4~#S{p3Ht`9>ZCY7taLeH;1D_o+h|f4;NdETg_OTY~PY
zIm{H$awjy8W)&9pW3<lD8f7(n6WynJPTErA8s1H;yvQeOOf=I)ZX(EBWaEr_27VG)
zw|$SpCOZ9o#>4tRXWNeUOP9jKlr3c%VV-|7mc7T9KP2eM2ZQbFc~9zO4tVds^L@|4
zcX5eMwyn3*XLd<#(s-t~F%hz%+W#qx+rtzLeMJ{AkT|oUK+fh`!T($@S#fE^`0C@`
z=+EN(7^ADP<<KP1Ckp6kw{ea8TvmK?8@<{r%9{GuFl6;_5yX`HS$FrR$MNIZ`!@zy
zbTU19+>>vt{JBY2SpJ{hzAB)tpxYWKZiV8m#oe{gV5PXbmE!JBaCb^^g1Z%WZE<&Z
z*8;&MfBN13d%ExU<vb)OIeTXI-e=FuT5AH=sn|h^<j)QHq||kpWt*FC745QQ>MujK
zJF1<nvww<mWX{*CFKTB2-`LPt$MlN(+?b76I#@_JQg?~f*7I>=H5R(<BKYQwXZjML
z=%ap0PV?o`@(cjnVl*yRV~*itKIwwIiCf^=S?=X@H+kRc`KF~{Xu2y3Qb{ORSX>Sm
zay+}M1%%T5&Y-y#OX<08u(ih8sz<%ne?OpStj$oKSJ-gSRfkAa146RTCbGMZWE!Ed
z=Y4WDL~(MKJKNXGC=IKILej`uO4COLgcLWvz0&HX1$-$kOnA|lLXaaUZ=<}L($tiI
zHw0%N5>wIUGrdZVq0K@k@<sdDvJF_FsR#^XzP|_EWU$fZ>JIks;UXl6YM%q&40`HX
zVroJe&pnQBC%r}@;oTi7Qs&cA!2P<Jt+B2Uc~0A}W9WaUSA8$9Y`Egn{!L#c0J~|y
zKX`41K8V$m<B^raG9^!Jd>%20V<%kC5zZqJ6D5_C)?)gyY$#%RsE<~qI#7*6ov*t5
z-m4NXtxLQixb3;RyIorppI~U>rI9p`rI(58xPx*yRkT!m2fE6($Y1a0t$~KBX2O;m
zszSKRL=@AfEgouRf@>@H%Gz)e@>2@W0maFn{F10WGFx%AoKi(a77puH$>%FLG~f3K
zt}t6T2AJIlpI1&9-BRbLT1N+X9!iHUn5+-hyr!j0vdA7l#{pI8d1lZA428aBAEMOl
z`<WmI4+QRIYnAxC?F+D6ijwRT(>cSq3aUSb#mTJFP{oOZL(wCWryOSfUU$OYDoPcy
zfsYCX&b2!zqYr)w^p!@}8kZ^j`m1ZHRTZaPS*ti{qcVE}L1j_>3ga@H7|JJJ6~n5B
z-HqX8P&r!qju_YM@ie?~uq@Yy0<f-@YNmeK0*|ss$Yn+*?;QG6cD$*xBdlYXuP{Fa
zr(P3^eo)Z-;sFx}JiMfqRg{4iqQ*=|-7PPvoqq9|p*O0gZ5GlAQm}A-$Y9*RXJxar
z^$EX#w^jrpdOo(hr}^C9;3qjiL;5Oek~5cfJp6)BeRQR??#Yq@ja`ysI_Sw!;`qvF
z2_w_0v1ZX3O}-{3y0%_|91&J((Wc54be<@#(S4<_d?>iFdEXAYpX<eEqs%J_)Gbyf
z+1HkPKG3<QllB>aq<GC>-Wl6-UI6q7&2B<2*WNBRg>Nm={|VC|^_I%Pw^YGo^YUQe
zqF9T*c7(g9X!>!Je)Bj^XLAM)0dk$^h?$mShzp9YEG?)tU|8lD<Il*S7j2ZzCB3R5
z8EFMi@(Xv8*C_Bi*}r3if0$R#K>mIjV+H8s@*>b)3FRFg4AtwzbP{b=1Sa&U$c8q_
z-m8`t6xZs=C0b@nGevI?BPk=)rKQtp3&TrM!5*fwHy{pEIj2jp`#-@FJj-E3D?(Jr
z;0vms`nTF_Cl9V5&d<*f?xa0hRb&U?#<Scd?AF^7KVBA&sf&p3vK-I+sdfUVFc)@j
zmyI<NJqGcZJ_QmPbx{GfEB#Ob%QoF;{c?6G*@>frl&jRY6s$k-cHeJ8g<#B)%Agy<
zdwhj^$;cfEBQkF3lJjKLA+phu3OXCVnEWl1`LuKHxR<Rsnaeq0)qGR>j}HsPHeQbP
z&eW&0rqU{)wEAKfp;t8rJZGouu+OjA4Jnv$up1qZ%?^;Q+3<MBl>L?VR3zX9csF@9
z7`HF@^WwGZ=G`kn_XFY2^LGVKyH~V8e-}iT=VrN=0rCqWvtwQd?%w{|i!~_H*a3-N
zD$kJkR^?~P=f#@qTwStUzLGxGuyg)W4eq>R+(N||sgn#2R+tFgFhx2VwrfLmL08?S
zV!_fsHN5}<LEEObucIGEq?g$%*<y2ncYLswcdJ4=o6eVTuX)t$@buvu#B7{S3~E$W
zoxFLC-C^ak^XT7F`b`7)?}0aW7?XXB+SQ%(4^LLobj?JJA<cs0nB@dn<&-X-Y?~Y=
z6Cox#zj<ZXLMM>wQ%~X+kuoq(&$G~T$cab3e=qc7O^(i8*@9vc9MU_38?ZKv5Ur-t
zv)Sijj0I%-@*LfjgNhW+qvR+wcUv0xjNL0R=(vLvFk7?dS=jlFq?(Mj`Zmy>H0qzb
z4TS{HKH)eyyn-0cD#=^DRZtUE!_+?C2I0Qg_=Fr&XQ9IN;4ejy*0JafX8LrK_uR#Q
zA~<DP+#p$k8x$U(ZH6)enz;=TP$D*Mf+`eh87#j$3b}-yRoj@lzrW|?IH$q;sP<ch
zH}G$)a67|ezd3WZ)Rq4)s5Nw^V(sYprmu{=yQ-|lnUZ-bYR-y@5sh78d$`zQaFMwJ
zQXyYW8x1w~V7yYA==dUmQ0(p@L;z9BhAeiU+~Tsiejnx=s$-Vx5Z{1YE)xaiPIG`<
zr&@`Z8Y?<Q#q17iOVl!_@_maCBE>tB0RH&rjB^U034|R1rdHp_$QZ3FC+;tYELBGp
z)%~VQRNK>+oaaBkwkM8+igtMbt#J>iJ<R!QS$e#&&y^bwmc<-jO!XQoF0*trDDF-#
z)#rZsdC8Tkjeq0zJ}{i4`6|n(9h86W?LF-MW!wl)EFk*FQcI<YowC7m`}jA?R+sb=
zBi(d#=svt<j`!y>JG17uOf#JGw>A$X7vUxE0S$Ak<j|E?JBYf@y#v74%Hv&r=$lcr
zb{nhmt&;ykppdKA8QLgFq~sYl)rMkAojdd|7Swh-uS@p!!L9~HE-!;geS|U!bA9>8
zGbT>bl1-;zMjkDsXFB^-@vLtS_3Zf!m_<A|f@hb7kkQY1SBz~Xv?%I7J(9Oew6VsJ
zgMQzbB#edXQqJLGtNU4>TUeuYYu{qQ=KjHpiz-#t3!Y<iJT-E+&f|~1)>C=z2b@-j
z*K(fa@P|fIROM`$OD-9^*Oa=iAxW+7{&ES_!vW|cQ3R*|E#BueLUw$tuc=~h)ql?H
z!S_YiN2<241pn)KyY%)RHDt}pWA`tc>0pOXo`-I9pIA;veVO%(gjdMZ&hR>~mkTm<
zS8F#S;VT`b?I?Uruji__W<%(roRJg05z+fJ;{24MwL~Zr09X+9&MQXRraEdBx``L!
zkVvAHxft6$Ha5l2NJ78_PM|Dg(ngPl>hOa6Aua|cqlccMZeHr}H(W?+^a-fLSmUz;
z>at${DK8lHuk(GqaubZMF7`O)&(j(yXU{^cjU16zultb8?+zG<3k~u#MZ&-B6F3&J
z&B^PYg)SsAUJ*2fIunoLTKrJg`77*q3e32a>+_0hJ;JxN^N3@OJ)L;9^O`f$KKRf6
zM5tt<Y1ftwSQz}$`2b640gGfn>+n#{ZtFvVNMMOE?v%kUSsP}Kg;FOO_cd3RF2G+!
z^cOTU#RG?VTE8uZkuZRi=KxD2A;^Ns?9yE)n@u_rwyS)qRPt?h6sp-=E?`=Yzdat5
zg2vF4Zlp+Mx~l@`4{ilIGuA)?jewUZH2IbTdg+lx&$=4psN_Y@aIqz>#eJCoJ+(0s
z$x97S^z^tHpE_aq-vrbw>e5`Rz26EGbnbZH%9OIraNP=pa*4X6VzvO|l=$tj#a?^3
zD%2n<`H}D5(yBa#AGB+JzZq%2*oYT%@@3yqz?4nS-iP!L!lyYk$EyZcz$Opgng3g4
zK;Y|f@+qYGOQwqEvPNDesD=2q7>F5g;l+8xloU)G`j>C-c(U6<`^XFqR_x9!wZKcw
z|HuVmxdMURbnW)b8z=qvgqZ;r-Uk;?dHbS>z0X$s;#aG1KoC}H<sn?BCyH3s|5u^&
zTAejvwvUk4E`M<>8EEaK!WlHr$fZN6ejR<w$oc{MN3Lasv{kdJQ3HOJwN%BpyyO%B
z{*@a~wU-#O?=>Fmmqc|Xcei{r|2iipx~R|iZd_B2Sew4jJ^*1UplK^syPwq&-dT$C
zwnGde4Fg`PasDJAC=fvp(NnTF$+>#*q3cA45qm3g@C|V|_|XAre);$)eOu9=;Lx&F
zf+*<5+vp!4I>O(@Ryt5cjs3JFI<JGnciW{PsEjfvGfeYUNw{-vf=-boao7_TtXy?i
zDaB?d|BJI4x&nTVci6A{rW&^p!B7D)P5){+i&})!wORFPg&1vdWX652n5xavT0|~x
zWkX4`>IBsHIC>$KUDsr?;tpJKeCC$UYHvCXFiqF|g^>D|cmZD>bOB?4V6gtSE!L3*
zoE>JB66#yUjHG>iaJg5%llI@MH@pOOT{eF*Ty1}oSCip7h<{PLBnxk`reHs>rrcJ(
zjksvklR!+Oa4;2G-K#NnR|aCIh6fAOFNi0@8r&8A%mj>D=nDM!`YhZ-@_9yBJ+k~w
z$!BG}g|JMpZ=n=QB<p6L+9PmH?L%=jpLV;un2HB=fWC(h0x@_E+kX8pS#@b?>8@1t
z>K{Ib>a~2Y@fv9E3KbIJ(GuT*=kYF+i|{J>Qfd0z-LXFG<k6bGwPIKWGp^QvkFed!
zf+xbe)Rku4^Cr|@{#QkM35)gF+&O~MvSPEz-3*Qza_bLbc6T~?i|gYr+`tXuC~Tg6
zlB&X?5&=2x(CwWQWKKd!2iW$KC&Dwz$ttQ96c(l>VwmbE8j=3K!eKk8*4+1+$E(Sg
z&K1w6=1wyKj+M`>)MqS#2Zak`AoIL@G;|ulmsCb_GDAB7uBG0qGEmQy9ve|^-<B_x
z_)mq(KYUeZ2=F_hJ>u!<ea690ikUWfNp#f>ouq@;L>i1fE8WpH4zS_)<Cs}974rml
z-IXE3ylg$+T2|=|b}m$gsgj@+(p%4!=1#o5Og3-fU%|cGvGMkMM`(74d4!A#SbY>+
zkVT?itM+?fwlMhh<AdBG@@o-t!8FU8l->@<9vrKQRh;sx{bqbGdwEesdiMsSP%w0|
z^WX+VP`m0SXuC3pl`5h$R2~!`r_j@bz@3~Z@~-Lnpr$ng!ON+CYq(nxpnSVE?+!4x
zVafUZ%R)0^*zbgtGd(RI{i|pjP5X`Jx~o5J6^=C*yZ+~#ccX=(=_ePJd2tp?UtrqU
zGSDdz+Y8Kv=-=2snR!vsDQA5f`lg2>zKT|EU$edD<%=}N_(b6zuC>YHRiborH{g+$
zjZiuN+y3I4?|p+sa@gMl=x&<5o&OUzu$^yXS8v07s<nmDnEmGpQ8!#R&-Ik)WFJ4z
z<0milR16c@NKVAynTymkw~US$mC#we*gTaQM-$YJyCFHf%=0=szEIR)@)`bdhk5wc
zM`9rDmq+x#@NVvd2f6Vr4p->g`5iA&@zhbnl+gmD_>QYAB>W%FIP)(z=r&`;^WMS#
z1IHs`qvG>IrtiI*8(wuYS(Jo_z;L4CUA}>u9Y=ZyN|KhcWp4?A2oX)2l!Bk|<l&0q
zcD`@9d{Y?Pj|2HU(GOH~+CmWiYRi>aaA_lYuzOdh-+p-!-}$b&5BK@2qyVSe-++Hj
z=J&tQ>DC|to@eIR8kJqOJEPY41RWDN)kG)T%+~hH@XsNLC}e8T3Cj?Y#Rvi-Hs-dO
zM8=Jp!t@tb62`JTvhbBte86?hqj$%(=@86rPx>fRA5RLUh(yeRY8!YN!b{)>DJ9G}
zD0H}K-wgCxzT(;J;42K{0y#XfB(-KSZ!BK_z%Wg7hp0kk;GhHc&&O83a&i8`vQfP#
z2ETstkv8Lt_^4i%&Ro%)^>JARX6SoRR2B8+rGg3j<E!1+o}C7q!T?w)FlEY&0Q2@R
zjQKqQmEWLZQ`WHEKh=xpn`?{iI=+otlAQc(`iJg~Pkg`9KO$p4XT-FWl)KE}xN?n9
zbu`I-tzicJ;%vmB>Tf=27W!ProR-ercvLhYOShJWXCn{+3Q?jD4<c7$F<2w_BE=G;
zksJT;=Y3+|@i7|CKVqzS$Bv8tyB=ZSs}a%rD(!x6<RiN^Nthw(Ahpw7kP2{4N}x(@
zTsuwpXf}#o81UFsV}}-Xm$70kxypjAMRpQp)^^0ep({~hapj~qx440MGRWB`0U1?%
z1=$=$zHXAfsX}E-Z;+Gw_kq4w!nH=92gK@F<W1$`spZ+g%%eRD2k#zr0-EsA+i`Tv
zA3{s~e<^4FJv<;-VRXbn8botHx1wKzm&t56yrB3S{ymI>-5_3Uot0vjf}q{jL;bZB
zHHRl{T}6Oou%E{GezUI|Ir#PX)#!s}MEh%Sd^<K|AW82Z26p>e4s>tRcr^#SQ(Vw%
zbma0~cgZ?AcI}xeAd`RP2uej=ts3^b9X&%9wb{XLOlB!Qk++Blx*LrJDAxC?Ee<7X
z@!#Xw?#v-zn#Xmd9qZr<4Ko@+h@jLad8*cCAwgv*q#C~aCEmY?Z{y15Ej+K*1rx+n
z&NmOpr)*$85r|l;1j)ba)9Tg*E#Uy_PKMW{I#3l)zX2o=Yz^4^P3aT%aI1Ogh`J&>
zraNZi+=0@R(lRnCS^lcSu)qFM@RLM$w7UOxzpW6w&P<VYX$XSPENgCKvT<y_bXg6q
zYY8TjQllDOT-Zmh)n1@736@WA5tdiF-XZoKXCo>V4k~OMNv_YWiz*6PeX47RWw|mh
zUX;iD0o5j*DbRhmWB1lN&io3UUzI1<rOb@1i>k~_{f-0k`EEoPPV0ytF*14V!39cY
z#0IAeQXiw6<)6dHiFQpFd%0dXTEp)$pEyw2to`OOZ1+BdvluDSN+^*KcPmdF&ikiX
zTk-Nl&<)q4X82$)tQJ<Sz<f2+C9f`%oW19buENT0e!;8pB1E9UI|%|@W!Mu!Wg(nH
ztpZ%tTOtb;28SH9Q<B<9se*<Sm_>qfq!Kf~9)O)Z08VePAHxAq^7|gV|E?fAaNouM
z(^LHvVK#MGUe_{f5|?~)gtg4>V#BhqI3gCHgk%9^b~WQ^#zj`dCLWa{&QL{BXOwXu
zwym#CQ<{BwMdRU`Km5HWRQNlW#@{JuTBj}9NrCK{HD2uzyxgWx@ietk)ZR4;yAP0O
zWUr>vt2MU5H&FnU)Y;GP)UOR4Kg_s7$=~U1##ZRDaq-@!ofS8T)yd6PvGR~Fd@0=c
z6JRz+*W}^ABxp43iHICOUYgXuqnf=ou77&T30)u}rw>0!MteREn2ikfUwwKj1#vOV
z!k<gFdij-e)2+wL*TC-_8@%hkef6}oI(kvYqs?(^EAijSy=*8!Cs4S>o@O&+P-?D$
z9Fg3<|JaK6Pv7HkyE*5XyYZ^Y=!xg_)@5r=q%}p1uLRMlYH$);zZGx^1?>N(^_pDF
z7N$EFq7i88A4XWtX&YUkxhkI~&B}KhAop9d!=ev!@CC>2IS!MWB<V+JiCq@ecx}kt
z9<vw;;B`Dc_)|6KD2jB%VSLcO2|e$2Vv=ep96c|KabuUnJ+*&Y6*$)PfEX`m8pw#i
z8)v}5<8b!a-$;3o$*<%-@CZUT7wDjxq8Wz}+JNS_B#SRHZl)$Nt7OVyLxCGv$9Oz}
z{3_YK^TRs0sE*RpC)xTu(Wci9c5f2EM!e=j#F&y~7HuK#-ZJT#?~z293s@!cAE{+S
z{$cHT{GUgG9ef)nf|p3f`>XEC?AOxDA5EgPWPq`FMROp3|84o3lV!u<m$k_Cpf)Dw
zDXrt(HdD_g1EgTKsC1IOSc|r_sI;t<f6}`9H*Ex6du~RLG%(VB&Sm{7ZMX*L=H-sw
zk&Y375?S-koQVv_^xvOvUS_SbncUddX%n6~U+ro^EZBxNF9vM`QLflmOG<<jc-U?p
zAX+FNR@S+|b3NMs!NU+N0W(mu)v|DeDTUr|$(Po~{(9Bn-?OzRG=6H@R=`u<6Vv@?
z&*EdZz~ij}*ptb$<T0`NJ9UL4MtMytt+*oSOOi}f^FvVgyxly{Shm0)(#YYV<2X4J
z;$TJ45^r8U#pYz4@p4HSNsRr-@4o`JJs|=xc7%OuHhLvKzXcQk6zwK_hB*V|Q+Kx%
zUZ!Ht|4~9qlKC+Rd<%~dX^{<YceSsMW454*`5iYp0d6FD->!=#LUPu`5ppS3Bn@zl
zYe^L^NsUNGE}(WUaVfwLD{-XJGkt!FZ&RUgcaBc@!zFtias6y`{|ZA6@uJ|1#>pW!
z8vgL?@sa?FIXZ=^5jD`bF}Sm}u&q#AwCtNQj8T#X<tJOKwj$i|bHrwR^F&t~UPy#}
z3X{~dQ!N0tPh2(8H`D*?M4X3L0!Yb<=gs6JGR&z9t>!NS%B&uqJl*JP^u~hx=yh5Q
zG0^9UDHnQ|^Vfjw`C{<L0%o;OLysb-GM=>7?S@CKOpBi%Uux><VxiFqwbYsWG1%b&
z__jsT&3{*=+qTi8fJJmlKXK^@qKooJeynIUJegQM|19i;kX`-V6<0)*pr2~48^&F+
zN2@nSXku>)TB0OnPEz>JLSDlh-r{E^X3272oU>0govHoDZr=Dr$de!-L&v$XWj@??
zc*1q6Yis_sF@5576}5}5z@^~ZXIac2P#0b%*!au3c@w_*1gs(xmD12l2%q(v^)R=&
zwXTxD6i}FE&N{yfB97E4G@u!LKIT=r=;ten!f1b`z4{K-Z@!Bbduh6?j`a~c-&Jx}
zKZ@$oa`%f8V-vKH?N3+J?<B^)YJqEMkJ$`^N}$$eu#m2=uIxfdL{aWE$-klWmn6~s
z__se0*exf}6Uxjqys6#mseSM!x4@8W@0T?et7?k+*P|-foh$O73`_!k_R-g^Y`L;l
zzWZ=@CZh>5IT*@AXlz&Yh=Q(VcN_ZbSDr`a`h|8KiIlFAF~hBb(#FcdfvCA4Kg(uV
z4|?sLW8}qSiq+{_mD+K3{q#?p<Q0QO#&1G00$yKN7lFTHAE%P^!u~~eO3Pugm={xs
zNx5*%Cj&8r8^PN%HwIM0&9c)umQHu~=+Uzu;$*d-{*c=MmbylFe7#6u2)_PQQ$@gm
z0uQ0O)*BBsZ+HQNZ%UvKLHV2mo*CVC;bH+Ep|b5FMgl3%CcJfmw)=CNdoLPmxIQO*
zI8CWN-h13DpNGuOGz%2uKm6mU?Jew&f4Wlh>E^8uKG^u$5ay0bhp8%&JB@aS7M`JU
zs=w8D@v{%lJwzIbVClIplEBsu6Rlj~JXgd?^cWcj3bGou>oNWGHY*WjuQ9)8c|7Z5
zp!n;3)(OWLj{|auHPAOjYJEdeP0y4l1k0(%o{ALH%Vnhqr5Eb;P>iN5bnorP2_%RE
zKnJumNMjqM+wu2)5*|`Bsqfg*f86@*fIA_pGUkcQjZ#?Z-i9INN75#7ec`(N*~-=k
zvdw??PS&0XTD9yo?OeqBEo6}WZm_0{L3b;Zu&rk=J(egI=AA6W4#1tOM9Ev@Q)CSJ
z8(mo^2d@Zb2SZK&=N+p_?U0H3NxBe;bw-ZN&%KKIiZp?&D}s~ABSk+Ikz3V13ET_f
z0n#2KNmXrRsg617bJUP={$sku#naK`shtsfNZNPQcJi@i!L^SeF2aN}fy{ycygoKz
z0USUGQJ}<p49c#zB{-cQ{HkP+^3U2kDEjV2rU3g4!B*k!i8BptJMIf3viuxD1e==7
zkq|7HAQEu&RooOIR*onNzD{f*qb%q@-Gvz{1AHJr^f<b;mAY%w&GgJ4%e`EPyV4@(
zi4p2O4Ry4}Sq#AnIMKIzKFd9VE_&sKt05;t<w}!CN#mK@5$j-Ju$=y#5%4wzB#kms
zyo*qIRE&zdbHVTsDaTr9Ir83dyhC>Jqzm5@q4uN>!KYd8dg~|e^$=Y)`e(Sf*If7u
z&gF|VRTlmzPi70Z5b=*|c+t$|&uW9~&d9kgAtKz-*JS*^zx?;HLh(<zheFH!lE_L?
zad36j{8&g?gojxJQZ|QNF*=fm;EV#AEDNNP1&&aTGU%Ad!ohgF#j;0dg!597)`xvV
zb!s~*U9A68ri<672wB)uo(;^V3AvTo-;JbsnUcA9Rk%xoMw4ueu-Mik{suU3cK&xB
zDwTI<h_*D#sWTy+B1|2iOhhAAKT$%Xs|yQpOPg_IoJc4Ts!7lE???jqmOFo=X|GQz
zy@r4Hj%yQf+7Onc1uI=>@r~H~ab8LGl%KIXjoCx~FjHju%}rUNn!x=tvo6@?@+QR(
zZ_F4=!g5YVa}cV9&5Pmip%#{1mA4I@Mn>>QY1w>)VsJh>Zf*o}`RDI2tDBGnnWuI6
zyOe(hD;})Oc6&2W|B<B0OTL=cN}f;)!?I~n7yRzx!|c2iqHJ2|9F1e6-J^kwHkixM
z!x$3z?<9p`tJbH6nph_l0pTT-JhWKnLx{Pkb`OcYP_qt76q^ciss@#<k}wrZbsSG9
z2PbsUXa%{oHgEov`${;Kfj$Q^BoJ2S$<j2#97`8Y4Cl2DC?cmme&9YYD@Line}kN_
z18s55h>`vtroS$mkMgogiRUU4`+t4>C=D&9>DIioKd!;DZVwW@SNg^Q`%!uqC=Hik
z>5YW!(U)xj*vt2bQb2)~XW)~b!)Hpw!Ndq%Z8x;Cv(o+AF8sVfad~le=5FrM;O?>V
z=wG*dCJ!RI^GlnUy<hh*r<wk9G<C$zmBCfZi3@;vNc0``rvR}FeV<d;LYCFKNfHW`
zMDa*gaRm`ryG@&I(5NT*g#1|I{UO>H0$>2CAX8z6V!?!swz~p%(22j25*O_$ny?5E
z7qtK25Ms+v#x!Gf9i$sNLN#$+K*#=w2RJ`id77S%uz!-5w0rhK<c4nw10chQVO%D?
zi%hm;_>{u)Denh(5}<`^I@tz06QY<`8Cp$cS{N3p?30HPJ_0EHP<BlO!VW@&KG*--
zMkvy3e4I3tp#NBHr7Od+B0Sgac$#x-AW_fsMH0a5Ppt_jTPlg&h(Ul2z(u8ki9x;$
zlK3&j$U{mt?}5tb6fjprLagyYD0HRXolL5)2t1uCDVb=$L#hJ_QD$6Vl=Q#?uPyt(
zgW=%AFkGQC@;rbfMnp(9;9G~h=}0={llhTFj<d)9Miet+Oo@K7h>DL>-FYj3d=*Qi
z_l_ot8qbEE`W%l1!_~`uuXHRF`m{Y8lBbe)itDUelCVa*RtTX(oxw;b&z4+yzbjF2
z0x9QOa;+5xBg0bS03a{fzT4@30*@9~m)Ji#rM>nkh86Rssy`JXqu}FGeT(xz-S4-X
zB8#yvZJ(A02X?<v1ty*I!@x{@XshFOb*p%zV}JUFM?w~Bggm*DP#h6&hpH;oQ9BHx
z+ZbYfiZH!Cu@^_h3MZ$6`TqIHNN*oa=@^^3_jizFrE8=%B!1^s-jaQ82_Y2l+nQF5
zmam@f?!6^{#<YgSfj*Ue0T$o`)Mti@ry4g$2riPu2A@J#ko>20xJgN{W5-jc#Tud*
ze11yMO+<uz)byvDi;HPMm&QPkg$rN}>Gq+1S;vuVyOfJsN1!`Kc-E=~3PygJk%)+(
z#QzO&1cx?x<dOJxy70`}z4Pg>RDr3b@whUI_yR28&1+voe`YS=Rz%7uaFMxvUzJq;
zc_$<uRqB!=;>-D~4}J!`dnnYanhtXA7Jr{IfEzi4D47u1J}v+V5?MkZbktS&Q5$}e
zg?C+`qT&Dr6H8neTUOs){%I$bL;=;WS12WCtTdM$OE9HbbOn%WL;N5!Ja|G>sK=eL
z`MSt~XFo&#AmT_&0=HdTc_QU%jLO5R@_UkhU+K|0KR5^#1_gSnbl~4^{?RVV!NUpU
zDtzl^;*Z~)Cuu#Lz=*cjt6o0$C9N1F0wio8n1E?2(lvR>i{Z-;$6a%>kRtrT_0}K5
zys_{&jZt0iev#F(!BJw00$>Og`XI|aZST?ktgBrK=A&$aB_(kyf?~+23Im|cEs%fc
zCUJdNi0yRWP>nxe_`5qZl0o<NFA)`?1QmS1H2s=pGDkf4qHO7i;nbRn2v2Md@FnaN
z8P*urMZr_d+bj=~+E$ZkO#NX!vw?$-8sGYIv+jnicVmhMK0rm@&WPlkU_-P_0q0{r
z)oy+W6SBE7^tY~R4zEId;@(ML?*DYRIjJ;WYU6KGEs=&v!y2<V#zK%#2p-83qw{_0
zS%MO~JnA2tjCp$8LSQ)XOUb&askOG9u0Q3w!K)zjqC!2RXDQFUx;PNW*%DU+i=}Uh
z0R~2Z*gFIU1}gFRzphOTAt3*!<B=5RcY!@EPP+@$2CEAT=As8D^A+>+^9TqCf#Sxm
zPq)qX>oa^hwZ?%^{CR%I^$7FI2=0~XyyFZBIwHT_in_9LLTYNWNq^X7H{_F)F9)G|
zn1IWH{D5wTo2IIrJA8)S^DsT=M{4Tx>zkm<L6)!wn@j93PG&E~ME-v6;Dd4gO?BM;
zWeX5lnTMFS_HaENqeIzbgQ%!zG(M{;?tbfG4oNSfHhtasT$vhqe0X|^LgvBEW183g
zND97b*TYV<)9wJLi<8qYeIpHxkNha1fTE%zK|#T>muVS_;S|Q5!Se0G=FZN}mX@^i
z%g%el?#;=u3auJN?9Hhu4pH-yxw5gbF*`fEbO$$0ZP~_UY|Eze$D6}W!<y0k3?8cw
z+>>dXG-w$0ME|w9xT|Yp-<k79__Bk0hxHdfv)2OcKI?6|yRmU@U0qVTR+Vm1xiuYe
zvf@v)yz+8xi;3?C_ZvP+$WGgR2<Do&QlM;HPBeTL;{zI*IAp3%kQWzo_xANCyU~%6
zwARK(4YuM~3e&Lk4ZGDQ&KorL4$2Tqd;6cqsG$I>d&ZE`sw%UC@l1Y;hTdh<kMn(d
z$nuFZD=RDI<>l|iUTRB91|7o{O*tp6ZhpF&C$JfI5F*3xQ8=cu8H|X#*p7b7Da!Mb
zb1IINq~_)29TRcb=vZxbuxQdLuG2@(%*aT43`8PNh<<&29m`5hwfK0j(rEMe_{gkT
znQ+?P)|S*nMo9SAQv~{vGpF6l5_c9Dl?oLNExom%KmvJsd3kuOwY63A&g<r2T%0li
z1iH++$W3WTBMY=@etkNv0Ri8<%niGIy`*(bjWn+-IY;$o(m$gj2CEgzGqSULw6FVj
zi{YZiD&t5aoO+RGG|ySAWD9$6xtN%2H*fl9rZ;IP?(0?hJ?^JUg13U-kNg=;Wyev`
z(MeB%uEJWlySZ7J)O5cIVT;}^nXY6&zYOm;v2(E69n9G-)Y8y+jNH0CT|`4e+b?0<
z-{04~dmQ7Q1mE702{>-$_*@XRE-Xj=e{-uUD{UPd?!7x5I&T*un)==<_jF8uHWzZg
z!@j+})zHvDfD7#Oxz|)zXEE$pI(G-3)3Y8db2u<gG(6v5)>Kt}%op~!7|RiT?s~ou
z_68qyc-?T#6sy;X=p5|)iI!||+y=bv<V!{STS9O0alhOUwVEkhH1tu>Tb`K#&~?*>
zU71cg&YU{8;<FpdOG3?+l9IaqyZ*~mX2p+O%>U)#YWIE<2vJiK<;}0E$73#An576T
zYwmP8oTxJ!g$wN2+S-a{?-EFgB}Aw^6qMRXnm{ivUznSN5AMaGS8Ql%`Y@gJQBJxJ
zyC5J%L~l6rO#pIIQM0E`+`Va}u3lJfEhjfRt0a~U-CatV1`tL{Iy*ZzJcdA{MfUh7
zlI01vo2onz2pNbaG4ehxTCTSM347RI?+u%iKwa1e>caiu?<cc`7x$gr+}%G+x4E5a
zR_UgAgP`H~&*=_=k=`>!u^!M`gr%s<NyPWetsWd4EX>bmi~9VGI5|C~NgVpp{Ac2S
zY<I7Nwkuxjt);r!ejtX3fK8v0`jI|2S!dYgqys~A!pQ$|-%&u{z+io2V`F9IsTYX?
zYuW<j_w$!@QPQx}QYOE{L}X&Yq?ec1*xKwY&AXA&(e&1`GTCm8s5BCOdlsF#ko3hG
zqZ$NDa_=K5^H0FHjwU)csE?0<zd}dU;vgw0>Ehy|;Y!&3%=qAZwK?8(_H5v5dFU{<
zWy^UYjm+J}`s&mar50lFXLB|trjai;XUujvBqSuW2MR!Q0rxXPZX`HZFT<o~5SQ6k
zKR>_XmG3fEH(5dsVS}w%%CpPMj081C-S(i!DV-b^8hTECK0Z_`#T=0`hObUePBXu0
z>(j!*!ccJNJUci1p6`e*I&yQxRep4JeQHhP^FJd}^xjv>%*^!r1e!dwvA0(w*_@l(
zb8e+m%wmu$F8H79)^ZMYwzSs#d}>^1M#*E<YZAC&kD;}?d4Udn@p$IjSS@sz_-1Bi
zlD3PNzpjXs3}tRRRhO5qo|_-kTTG%-wY9fX_<>c-H#&Vh4)pldf1+(?@Y<v;?_T}*
z@neXwiC!@a3n23Lu)8}LFXs2upfkq5=}S}NG(0{&Uu~dQZywup2<>l<n@XMfy>BZI
zoX0XHTJ{^Wvue7!BV*y1WMA7S9R)gEk5$b-d4nzaRx-@2)UtPwdDiZr?<+3<z7Q1W
zr;C@z8)!bNTc2W)%RFrGk`v-Sa&vX%xB(x}axap%*Eyd|9o_ug5!kFXdB@EhrK+l$
zZ;&P+Adr@VNH^?Eb#`=AT2?kZIyyQ$Tvl2-g~($*p7G~bg)h44hX3<<9xz7aaW8o#
z=k(+x&1=2Q?O(P_0~gFPYiMb4-#|US>P*d0KpUEP$_AF@R@6%b;KrM(Dk_+nnQuHr
z)JhcB8*Nhk*xE*@nZsRAIzDC-fr&{-(jT|ODJH}vY$v|v@IG}E2~7C-_%z$CYHDjA
z-8_zrjBI%BVq~g+rh@N+7QQf~<DYMypr_@90jS_%U}Q*AJd_+2cyw(vXAKZfm&}|w
zf9mnB1W$jZ=0m>=kq_#Z?hPL3l|Egz`EW*7+cLwm<gv)1eRWR)|Ev%c>z<#6KvL!L
zirX7@y6(Sg`;u!MKS>D*>kUhk+~a(r0H?pW7}oR#es4*NfMU#37x$FGt>{6obV#jE
zwckk3=!0+lx!w$(O?suZl%6z_jpw&^bFyk>9fv5FEE;BPI~}G3mV}LKH*AP)YiIlx
z1(r;4&$v+BiC*&wtJUT2#KXF+2fBfh?J@BfnG*kL9tO15gCYIDzs81QE&IQRcC1b?
lw0?({NzmENf3Hy7$Ghq!w<i6E8R!i#vQmnY)d1t5{|7iWB@X}q

literal 0
HcmV?d00001

diff --git a/demo/documented/navier-stokes/navier-stokes_u.png b/demo/documented/navier-stokes/navier-stokes_u.png
new file mode 100644
index 0000000000000000000000000000000000000000..328f18a3fcecee4e2d7c204c4840fde0be2e73a7
GIT binary patch
literal 60472
zcmeFYRa6{Z*d<)uK=1&;U4y$5G`I$62=2k%T{^f+aCZw5f(H*C+%;Hmcem+x{{Oq3
zwdQ_m)kVw2Ip?WI_udtu@<|3Ag$M-z0CYK7NeBRdwEzGVj|7JO@~jy#4geH@oa9G!
z&#a?t4`21qO9KJBBQ#$pbj3N7#E6i-(m*Nb=^;f7)!`^*@ZqwmuCwzipRfE@4wmR6
zv?Yz)-0XfFRv>``3!wDkL`qYKMJn$w#fL_`Rz**;GvvZiz+B_EJz?Y7KI84TBc|s5
zmqNP?f#F^3Xg%y5k!^pmjR-=G(}s~zDSOz_Hm7SaIbnZ@p#Q(G|IZr#cg{e-b_<_o
zIK-5ax2ZkXspnE#4kErmxCxJcFL2<1dKg!%O@y&<nPce52BK&R?|6#M@n7^)e6apv
zTGo+m*MH;c?VCO8)unJtMB5uahzSg`!a;w%svuq@U8YF{@Pfk+-U8a&cTeoX4-TnO
zX#3P_o?_DOO)F(2%Wo$g*4*1CpF_`sNckRwg2;S&%m8SokZs$(PVg-b;2gC-?0470
zh%x?9)n4TjI{Z(MXSd}tCeHe4UnOjvUZUW&yyOk+fg{vNdCs~B4KJ|_P1uyZBFMzH
z9u7UMa23T3FFV}Gp1ZKV^Z$B#_PAVjJ{I=+&S>ofe|c;89f?`lU~MS+`6D6r7lIw@
zuOSl(1Rv<uyMqYmyq9pU!dx+KsGvRuR)uyrB$ju{JH6~9+t84+@4I1k*P|E<uOZ+G
z>h7?YxeUWAd`_dMWHT`?G?$38d^Q<}ZPB<Vq`b9Y)K+Oi!THsq&dXcB@(gmXJD2er
zsvdTGOjR>8Ge19J=*Y;(#f5X+mrprD$azIYTZcb7?R{NuPgbN0&wmb()t#1q|NgzA
z0<I?D^+m0e^-rKMYCb+y@zG{|W%5(2j@_3%t><w+`qJ6bT*N1TFNM^O#!??G^Hy>G
z_`_;bKK%*@%LLAS(Po+H`uKHvIB2_re%HD=!5aW;G=rzY=k{c}R2dNy8=K4HM6Zcs
zc6OG_Vk|m595CWc-x<x^bq^^hC@5De{glOj9)fQ$ar3lE{<=3+JZ#sr@`i$y)&6%N
zLaNCHbMPwErEMe^!%a(f`MgDd^^J*KY&G7bQ@^t4?yO|?KWQp!8Pxdl!P*NjWse>v
z)d$bBb)VDr+n2{vht;<9@Ud*c+xy*IrtJ$XpUoJ)z`($p<7FAiHNRVZfBz0YsQb_;
z-<mCF`l{D1DZ_h!vX^UI=yEGj*?zG$B>dp;kk9__p8IGN_(z~821`ULp+_nf1z_yg
zOO~noZ}?PJA$KDD*g;nGz+TEM(|A13GG`FeG}U;nEUHG{Lv`Uk!EkLAEM`Et;^_ki
z_5ayls^)6rx%{Z{1iCb|74}LXhYBubP2RLVe=|yBO2S7^-R+2L4UqD^p4IFLMbG5;
z5_-eV#Z{-2$(xb0sNHBw2vF7PR7FHY^n_tFVPJ|A#Poj|h}C9JfdT`X+FDu*n{lGm
zcBhMV18Zw*#~JttjY#bv7K47T^qTiy$qJ>1zjCnV7MvOUE7{PDgf4n{#coVo_P6jw
zyEzch8EkraTfMTsG^@VOj}*V`c18oVBizj)(fzSp0J}v+xaYI$F~Sytc&HU6At52P
zbaaiVqOvkMw`Kf50uK)l%(GyoHf(jTY77gvwy}vL7qw?60E5AAN%$SN2C=BXH5TJJ
zZ%ID@nBtXMKTT%JRR8}+jK@}J{CeVUK-*@tZfQT6+={Xn3Xz=2a_D_M8t?S{#K=V6
z^JE%~30pM?5u@=`PFXoFCdN*vwxndIyfg>QZZ$<?7ZfgXw;q(2m$$dK*V`)zaBy%$
z;j`h1Z|&~tR%sMYBCQ8uh%B^uT~fyhIWz2xi|>8DB06|Il^F-^k<C(t{joTd`s4qq
zI{!TN_~J7j;&ye}(-}Hv-AR@CuSY33B_!Iq{ECF3hn<CniD{TMSUh}YMm<iPfPkRc
zqz{F~-F34+Mv^92tIhK~i9wB#iD|xCUqRBm?ta;!6G25^|M_B=4Q_CJJYfAR;z`@(
z*q=l?!^l6EMER+CeZ!W+!Q0w%C#s=`J9i2Ue7Pv_n4+Iv56C}goGdP2&dH?8QBe}z
z6Im#>46aT-xJd&F_ITQ41?8aiiQE{~m7jP0QLe3xqISNLZRhv;UxBG6T`W}Kwr$G%
z=o{e3DD1L5ec-Iz)t~n<2o`wt#}^kDS65eecb<=`RE!J^4D|HP8==JY!m!XWXtH0a
zXUj`VOWWGoYP7qKJAvg6G9n@rSXjcYG3$o0G>$@--LW6-H%sp`gi!PO3X^o2L?>`4
zK{#f*-csH#E;7OS^y6mZs2BwOeNjl*z*bUsVS?M4RH4Qtc2_83W>yfb^CvYb2L0fh
zWbM#%IRA_*l*uBxpt9oB+OX)@^z9t!?(!?NOSOBL(OB?M0V<suqmOZ9!vFsLJCcbg
zgZa_%Qp2<_uX&x<{l#{j#rPa^H(SSDL1Uu^aY{nMc{eJX(Bo0v4K}&gRst+oPFGqr
zb(!06YHVf{9Ai@_Q;>Bp>~eIGxGR`G#5`4=YszJ3yqRAZAL(Juw_jfM5aPC|`0;XV
z^6FHC)>9w9(&}L&fAf61w&psmq}yb#Bqujn+1}jTe7xM0nw(53<XL04+z3m(KRO-`
zpddJL35nOc0Z|mnMu#<n&!5fM31UeFZ(w=lExCyANE(N-&^bInwbbnN#o75{D48kS
z?7G0k%{Q9^zgNJZzoT}WgzXF8;aEKf&X(cU_6H|qa7JdgeW*80>5N~Tu*biO_N$p`
z|6IFs@+EBqO##VIsDvSEMQEi{TqDW_u#67N5FbB&{L&vySwJf2u9(4%EavL!DlILo
zuAcPAl#!X4gws?OmM$*GMRU{A?qE64^=JXB%WYo&c1BG(BsBCbnULq<Tvfp1@*1z*
z5-fxe*K>SM(nb6pDz)qISoJ*RcE?#MPJicU7`o;e>-$;Qr8~a9tzZz(pxXMSKD%Gp
zpypBEiB|&_(;{~gI(AlmFu^2em>1ru?(M$}KZ$0^S!o#@r<?uc#oR>7+k0Bxe$1bo
zW32Njl~o^>i?jP5<46U~*K$6%9n6%g5yx3gmng~q?`u=ywBzxl^|ZqWYj+U`Rv<!Q
z1tLU70ka%d6G4yz>nn1_m{7=&09=zYd8$-ze*$Ng{J5Ty9>;G^O&-lPP2y>sB~IgU
zr<XXg{gPus_SLkDA_L2-R{chGkaB=a)Zv&%N88jiN(2s0iXvu%199iQgOw0!@s&VR
z&2{e!8*WBy(grLEo|9@JwIkZ4*ThK9(-&UedRoPTF@^h(W+7e*qaAm%Ppk|nU3loN
zFWzC&A4Gd#`#|ftdkfp}AHsaW_D9cy>W*ETFci!CH$!eLER6v!_OnhuJFN*DkvXVp
zTf?4n=r$f=@h-q>vs7kDkm1`#pBI(K4vDA#?Bt7XKz+qn@0niLh+?YK7A<U4Ujwv1
zg1egY3q}RNDia#OcLt?jN6cg~4-KK=v3CMowx%!s%@Nh4hn~&P0m#a&x!ivn#Rd~N
zM?QbGcJmTxGcXtTTAVg^G*z(MX>qC2)iyMQ6do^jN`Tm<WJie?o^t<wSvht(*UW<O
ze#*lC2aYvt>d_grv@C*;e+luASKBA-M>M9qdRMJr>$WSpL^eKsOyH7{@l<1|8|Aj3
zRVw-u9-8APT#?a!asw56I6w%qwY)YvTFB(E8*ZC|vj(z`k$lj9rM}V>25xAg0<9j{
z(0jJVxwqG?eSKd?VCLIYtHJa}_L-l{n4U?8$Wj)^OORXpxwe8aiC7QO3b+Sc&J=!#
zOti&rw6k6Krs&1N&MpyfQ8Op2W2h9uhb`Gd)HB6_sR3bmyJe;5p8iO->2)h?c<iPp
zy4H{b70|WQ$sd?=W)$wZqc}pkAiJq7Cv0G^@hig;QxSblhEwj)oCZN5L#i}NSbCc>
z&QVyC!}_!ll7@-PA}pdG?`8`PE!xiW{-(%j7c&lR?Ki2nCr)8LTie7-!iPhx!A93`
z(3({sUehu&?$D)aJ}LdG<`tj#U^%RSW*lWb6yfQYQT5x(RED^TVMTg2pAQ{lIXpZz
zrP%@=WI##v9ss<nDNfXEvbz}f`&}~bx{WX+=?Z53wv9)0teIwwuzypJ<9r2v&2xNl
zWsg?wB6nlknwA-}BsQOS6`MBup0uKVTO1Xu3m@aNqDtp-mKcX?o4{GVOa#zW+WVED
z0pArq8-M3HWcr-$ll)$d6YcWSi1JE@if%6*2pS-6=u#E5_|W{cl4+^$ird@0uy0d4
z+L++U^I2?+i~(D44Ab&wip60zJ&IbDpkW2e_>L!G=sB(@OK-(bTqGs0T6YCEUH;;C
zFBxj_EcD(>X@fWL3W=u^PgKE(&q-FzB0`=M-;wj{CZGC)b^)U$<t+LhJrUM<qWrKA
zq?%l|Sl)DWwahhDPqPH3xs?7VUkfAalP<~ap8vAMtfI!~66sSF1hOp^A1n(tO4UhM
z2}44S3CP1jCT#YJ%tn~h*KC{AceL%bjQ%#Pxr?cecYue4gQub>A*lY;4+wB#A3;`f
z!S3SJi)`KhO}zOY-ySaZzt~h%$m8b8h~t&;>IkdNoU|bwQvXeXa~bJe;${;e(^W=t
zZX3s?$o^hh>@c7D2E%?+>SO4+>RnTf$CSO%p&eUp=2;oJt+wxTHz-f3(&@1A4HR&y
zMFVQN&JKbCub4gbr6j2*|0e90F%)tb$LATwBfMU!-1rXCzJb?x2UOT7d@NU*-q&1v
z!q-(c*s2}bxUCSy4>hjFgyo+^WpaV%-D1kBw>kS*44u#KfXG;##`dq(`GK-XAG`lJ
zK5P@7CXfQawb-SST~(1n<!sOa5-JclX~$|`rv_!uDlQv42@8(Dzen=;e7G~&!nRU7
zIE?o~NZ#$89%=7G$Q*1ClN9gVt97j%369Us2NrqM0i9`NQ;Uh*07UiHoSELf+R<>d
zS>LEs?^RK3KCYj-Sz0N<d%xlHGNr`WgyHz5hW<J>t@LkI{%4r#nIGIc_=O0u;=0uE
zywB5|em^+`C9>HQAt+rEg;ukiuyK$;lB%t#>ZEbjJpxZb!u`F!_3B2mzo^ySxal^8
zWY|%N2Aoh6%bv8YyQ&9iJ>J%7KZ<Q}v?C2QZo`Fjyorw@$4KimXstKjr{K`x3S5<R
zFKPqkt(l<H<#VVXB=wU<)vA9Z99ByqY=%kW{tO_j_OM;WMg=^tcx_oHnu;Z*2%mgV
z8Tz2hz+mG0g^qmtzt13ij}){XJ*l%FMr=j8No(mQW<Rp-dr=BqzgI)_#Kc?z?o%oS
zBtt!y4y`}FJmhmLaWs^E(GC1Q1c;$%o8dtUD4v~1qm2C-&_SuYxv9VL^6{O8DnMNh
zbFQ{)a2{igOE%HRYxx-re2m32(OvQU5%L&zhf>3Z)=w*HoI)!<eg!RVhufYeVHvs@
zE6wUCH?tU9b9^kCSuuViJM*Y&0K9A_k$+1q!K*}bWEvWRWdPV3^B1`xvj=6XsSanJ
z)KJpXCAIC~nU|YLz%}9*6?lB_-!o%fOaIqzhmS&RN+5o1c`qyLBWe&3NY%@;c~{rP
zE`kzp*G|~fX|It{%q`Opdri+DxHnW2X{{gKnbH(coBFotp=SaBj+OIPoZxc`y2!JO
z<A-i^fFfpr&g<)zC{8n&uUaqg4Dnm)+0TqMdwy*xc}`4q8>J|~c0{?(&LmNp9@AHP
z<!+Z=-XpVu_MuRG$wc^>Y8#2>VpZcvw$TS=5jUhX2|r<ddbtc8@6aU2jZE$6|CW4k
zXY3(S!z}TuosEjft-_<n<p_-e=K+zrg^5AxU_K_>shr^C!Icx^5Shv^4Auqru)~rF
z4;<Zt6;aJ~@@3*_V!%^ZpJSppEn5&c8xF88VA>cj{dtn$(j0?}r9Y`ySezT7bZMI}
z3?7nLkLw>?^oMFxhF&5O_Iqq#bpD7>{hDZ|<Hy4goFp#7DgRu=e7BQwXs!F7+uE7x
z2DT7XeI>5)IeFQUmpd>b*g^TqBA#pXudr&mac;M$B3x_nm!KTOhbPN>=28DFAW2i~
zox6Dyb=cXGFo0?A{3kUYGc+UWa+#r)xORxG+wCvga)EduxN8AX=Q<L5rQ7Tw#T)o+
z9>R+sAOiDE+#1XW`1}OUO_%%qhfB5H`=;{GKs6yfBNGF^7TA?{7=?mSYg)*rSH(92
z9WcX%SLx>f7TU?lg}>%925IAVmhIc4)?x(^As{^TPqMKXpM!2bz(MjTW{KWeF%R#U
zD~`-cw$E=j8saVR99%ayQ;X^w22>}*J8ofuAPlpLXi@PH*=&qg3jhAr_fP*Ca+<yf
z!7a=j%yM5_XUGeD2XM%(4$v^(F4o#AeEj~o;+Kw@#^z~qdjWg}Mb90rE!G1`ZuO5>
zON)ve<NEzI*Qe&AIVIAO6gX;Cf0Ez&ly-K9!;HvcI~<iA<d{h|9f1Y)4SAV}qF*85
zF>j!+f}hwYe)|rj)yf}zkOrpWj8~uEh#9h}=MCgucKYOOoQ{V-*&a5D4#~L$hs>iB
z_J<iqO$@6}Np<<(Mz8&D)9~{Fy8g<g2_g@~MIDx`t2EmAet}bs$JC5RS-KyniicnZ
z$A6Qx{wNk306}5kstZXnc`4M0`=r4zSrO*U+6#+0jPCzpPRyAJpmTOb=V~lL{HD8|
zY=ZYIX)}up*$aVyo7Cn7BM7=)9m~W_@HH#PG6H2MiJEGUYJ81)gR+ZopeIStY7)`J
zk(==oRZ-@bfJLW)n{VaZrv?&gSQQY12%>RzmZH_%wJv<n3(HZ%R<X{<GFEJgOh1~U
zBnZ;}&*}9w^6o6;GJX)C_AnKQ1;`=|$RZ3?Sx#0_3wpZqNW0nB4j8YCzaw*DKiF7U
z+tZ^o9m=k!&j4_8CSPX}^VBe0Pvo+Frj$0tAaD8>)^?BJ%n15P|4Xc$IxQIfl@c|@
zyt_70&%2)tGI)3wz}%ldNde8(q6k@TWg&CF#Am2#v1^BU2Fj1|E#V3Rq268OSjJ+b
zY#ENDM3Ymdl1*}`a^J{~;(ABJovd#vt_$$NhIjyi27nj<i1~H<PYS{M1`$|wBV^c0
zL#T4E`f*Bv0))BigpJ}0dRQU!UnO@&asqc7c`EYl8D$Y!)$XrLiomg4P<fR9M@p#|
z4t-h$<$s4%03(ZXYJU-7=Nz`ntqTg&AD@la%7mHnql!vPJhm&YWH<Buo|<*{O6L-6
z$zLe2ZpXj>uf^YoxKL6#xA_<xC_P)@31uMCO+)9P297{9U^_Y^brN-&pESgZ>Es9M
z(nC<gr=Qg`OH;@Xw3*KPllI3zrFFu|6;j`&4HkO=Qy?%C(tpGF$bgeGHxLYe$aptT
zM}uRQtp6m(Ibv2M0-Z-<12YGAh&z2fSed6N4kyZUV=g!qQ4M;?XAuK|F>kiJE>Mt=
z8O-#F<%fexLX;9x5COT{h?J|b(GRRTIfk8A*g*IpHIP=3T|d#EVw;pR#mm4#4pbqP
zzK1irpqy>ZWEP<YF!R-viB_<4i<w}7?>Zn1R6>6rTlb_k$XV^R44z6V><+L;H+6~c
zN#N{g2i!&*&Kb)_*#9Q*uXsAa=BXiPRHi6n3O@=d#f6TL$GeJ>`QT>YrQ}G;(hU?x
z#;Hl;{p-ObM}an$STpVwguE}k!n-U-c*rsPGI8NuDA#1NPbWJpqengtXUiB~?+bWZ
zGKUvIy)E--3hsS4jG$1vbZjv%1UX88L_~2-=nHaGqP{m$R&CNYoLKTAtf;*dK8YBv
zO>`5&#sE^-7{Haj%uJc^VlSBMHI^s)eENuE`!2v+UgX(=r;NNP*g58pVh27vbBDfU
z#+l{2UyC6Sarp#;;NR^O#jMb7IiwIA2v`FMKSfrfla)g#O)xB0par#Fke)0~d>Tug
z|4~@Zd;sL#!7FA{0vj1;dFAWhwFg<}cPKzelsP1k%HuwsN^i+a96F0JI(REzB{k9~
z`)GhH=GoIh#zA%wq*CQO6o+HG=g(%DUlXI{6L6gOFgaM>052DYU@@=aD2^sa0stxV
zy3yn-pyEB{6;431&0kze1Y}Jw9*5O;+(Hg?7>XPZOen*z&f!^jRxdm2sX#~!8yvTO
zv&<M8B}rOD%E<%z?$(U_)W0c$vpg!IE_RE{_Zg0b^s<esjSimr%<esY<=#q#hD^|@
ze2=&i2D(<7TH2}{PC&9@bz&7fF0V2Fymg(sStd<hu1#E<^#r0gBS}h%E|pw6i$Oq<
zq!n&fc0psWbl7J76L*F<u~8~y_mC}IV#?vlIAO)uQK^e!;+yB+RfUz+DEo-~V5j;$
zKK1w?9^1I$vF*~i=X<}THDEoTHmq7?`~ECrw5>tfr^c|e0x&V@-HRz5+P7c4asnQr
zBgLDMfo(iNGk79>%`2LRdMVTJOV*#xZ&`d4&`v^Xt%F@%J8gA9d6;XNL~Q8RQ}pja
z;tbsOQ8v}iwscB}(0Pog851Bp1^{C&A>?WRP{>VA_mC}@?zHonNj)Bj20)6Bhajy)
zvWyh3ZivgD=UN=@yw)YR59utZyaqmBlNnO|PxJVbAsdBrFKO{79h;Ky^X^W-E&nQ7
zQ3f+;Gq!sOK7()W^7m)11nxu#DuU~_3tfW>&1lgT6+ka~-0=ySq5-HVg`=R9GC?CF
zJ>WNWcb@&0@?_~!Y`%re&=*kUj)tkkmp3mS%vf7FDy#%s6CY3fhuK8oF$yP%;fc~>
zp!?jZ`k}{^=C7-N_*d(lI`lzMjb#K`g0HpKVc*{CMS0DOW7ll8Cg|+l|J@?Qguqr0
zPRK#5?9lBD_ZzR>kR3l~hsYbdYxni8k=KSqFXcRpwd<M07!!EF9>Zwx6&G4t-w$Tp
z<7F*T^Kh)LlGKC9M^pe_6&EZ9blV}Q%AX(DdMNMA^`JoSX*yVG0V@Gd*EUzXY^Hb8
zn9xdRNdzlI60*sn)_j_mUx>7&dlSKwja<bldBL7PDL-S7^Jr31l8LwI^?tgj(z-x4
zp%xN7ydtU0V5%KG)6#Ywws?u)LJ%v(1)0F24LJnO1y^-<*UpJ46#-8?mqJv3E$u?9
z%i;$&TDZFaW3fsk_pb4r2u~Z^OGCD}o!RV#JY^mbPyHSPVzT{KM_7WpBlb7}5tJ#2
z(mnUcJKXNy1kh6&REp*q8b5=4K7~Z(q*q|#GJm7{Vuv?EXPjFaS`tWR82p!t7ZFxv
zfL3Y0*mP91usD#IS6vlN)=IQJAy$Tk^WrF3A|5=nawx^s%Th>E=n88p@<<!ok}=by
z=XN1Jbfl*S2`4-79&Hdq0}cUkvNxfg;gIgmjWE=Bf$B=i|CVoa&EFzo|Fk1u)pF=K
z%I%bQ->p88TgH@6wMk7L<jjXijQ{7xcX9dW6?G9Fg~*5#LL5i2&L=7Jw<d+~Vu8WV
z)~w9}#5>q3_n0+}QBw!@iAe=A<V67r`)gCb3*n7!4csiK0^kYy=QkWc<lE<+LkB@u
z`b2IRbA8mt+yD|Ko>E~_On8i=hfs#HxO~wr#UF;Re#@#0U`6Cl`T1BY!GJ3Ew_Ogl
z9G#CdCf9bDdBx;WckF2uS?z`3Y608|2gIkJmehUHUA`zQ#JJQ5jvYZWQ*gyeK(Z!3
z_jLk3x}E4XpR0^n$M+FUV5+m=>^BaP6}N@1kY1E=wUB4bSplq^O#kK5AABQ5*%@v-
zJB-w&fPq4JzQfCzE9s%@sj#E^4T82Ggl>opsL^d{2IisW(6YOS_}szKhitX(*Y%w6
z&GtI4p3!n~BT?PES1Q;zFO?%``L%Xrb0XNpf}lxIs;ce`zoMyHMm?6HAesI2U9{4#
zZQM3%{6TYt2TADw$#aGl0%89=th8$fFEeKAqALTpD^#n0{}EsdikXrX*ZXd0An3~G
z&#KmC2C0WFr~nJ@>ion3@*v)({gzXTVi>Xr@os=zS`8?QDD`b=#XECQCEC|1X9GXW
zL?N-=zTkY`!U<n6z<G&@wR@IoZOK?>C(1ALw8>(#tMaVI?)tH!>acl^zUPjFgn2V0
zT7NzFQm0|C8aYyIY3|`dXjthI-LQBwPWg2!>s$a^(o<7$FAmv_JaP7av;fZ>-`P@P
z;cVTig=q(EitrDKV+N1_Or=&u{Q~Es#jp&Nj0$$PH<u=V$05?p*7d8%Mt#1_G58#K
z`rN}zj&}qnN{(&2xaGfv<?0Z8VsC6N?qTfaY>m`ji0`@g^8&&Pg)67rC=)%x#q`XD
zC}E__%1Xizu&AC?-1nj&XIOv@scy!H9IUF+k^E%IP%OcxZY)J?sPi(kdoNL;7v0@Y
zvx5FT1PI1b$tzh&iF)XnLQ%;Rqj<O2`27RK#F}P1S!IntHDInM!Uk`i*_WqgG~{0p
zY#u5~f%QLcU=TxJLqwI5MD(%G;A&ITPx@rTf^MZ2lTjtheMITzVql48d~qPnv2dX#
zQN99m>i6?ik&mPXp_FUSgD@GZflhHLF>FsAO}ikX@(|e$TzH{+EP2X~I1voKjhSev
zM{S)j13;l<uMV9rpKNbgf<z#OSel{@)iGtP$<2#rj=B1NI$wG`*qC4q8ZuF_&~)<z
z+febD!x|i9XsZ4}gz}#&A<Q;uS_7J|UzHx@wem;9v<*J`ya$D2qKNs2L?tvc5$n7W
zm(KA|*jf~y7C+7}NkE=&3EzHFU8tF_8%;G}{$@Tg^(y7-Fb)SnO%Q@BLxj#w*KB<$
z!auM{guk^#(Zq#^;zm#{N9X>Y&_1FtOUp&ZA{F&-gE4$BFE8oo=`ctiMnpIWRaRHC
zQc$cnF546H+Ad5hi`t1cb##bOP~<f?^9u_494-93c`p5weK1w5ASWkhV6eJ3S;*Em
z;uSNo3_F_d`HOe)O!~Xz*6DX#zuA0?Mg)xzYTV^kQc{Wi7woF|S^qlEAQxOS%swPd
zWxV}BPJ`sE->%Rhv(_vEQ6zz$PXg?eQ^L$4&|mXjX~x}-G@}5h!oui<eSF;H+BG%o
z$LgDfC81=m@1w^fOsGg=rkVsc8N@qSozhqmFg69ADuc&H14c!cD(AkXprtiG`THv-
z3`SxG27-bAkK%I|!67Hd$did9!w@=yHkP)uc<+p)V_{(dinP-(3XgSiOB<;@-p^)S
z=I_+^0s77J$~O$f!d?^{0_&N6u4iRoYDK-jV!dttmQZQe2Xa=NTDz)KRbpohearPA
zwcp?MOk>Z=d*r%4zYP1;J44e;NjbLfyZqf?>NrVtAq&1_`^&6tWn0r9kP^ph-yC_4
z&DvP^3LU|Yg}5Xl2AMC6CR+`7eICu^!=C)*vMciXblIP+5+nV^)%7Y)^hHZueTx}J
z5XQ%2QpqbTkB^VjQ2`EZ=h7-F6CHk!;d?OpVt9Pqp`+noJXF7MH3H}DGin5PbjEgR
zRhIB=bwDfmETT;n;D+J6&rJW`Y{yu|FzNH}nZ9YMuVHj3vSqn1a0e;=Dk$2xG2eIr
z;4(~Xk(DuN_rexTWktlYvM0NGw?$#n0|NZ_RuP(lO<X{E#If=U?WaXyUHq)~e&5L)
z67S*cb^A{Pb`Eyh&gD7GVZ>F1aZl)I8i#~WT6+3oi4yUC`7<GwnW?Gk-bB9U4}%+F
z@o*U5g*|y1@cOv0phXD}H5*Q`lBv?LF){gfw$USOaF*&)+!j9a<4@u^F(^s1g?_9p
zb89UpKHW<NrI>C-S#JFI_eWy=K@^~S7LO*vF|o1qS72em<YbmScR)%!Z1ba?Z_G+T
z>vIG}y9e6$W4Uk3Gc&=Mk|&>xU~vD1N=nkVl{_?;$-%)v0uGblXJc>g2N<WBL3reT
z1tW^k(b2`j1zdKXu73o$iKwfoec>j`4S2b4u$ecwva*5UBlJxpZUhqB$=tqq9aUEO
zTxOqvngf3^ZWdJ~4Ggz@L!@AwcPh|2IQKtcR}(Vz6-dN4(+}!DSumC_YTl#jqSQ1X
z!9MX|9NrkO_*W|99!@i`WQwfFG{G;AIb5-(K=216v8%_6zX2pqARwi~#L-_Qf8$Bp
zC@nVvv)gWzO;}i%m$$L}d`w(cl04wa3FZ>@R@1;=mvLc-&gVuyQzfNQHDzH0qp2df
zrT${5=##<Vw;nR81|k=`wq~a!*qz3+DAm6+-aTm3JNoH#1Az|+431~9(>)D#m%faB
z-V%g|&WP)$$ya0&SDG#U=ui;*H;e2^@y78u8KkSNe!TiAJKy!?iRR^u&PU4OyA8Fd
zcT~p%3gL2PcK3D`&#^R{?aH^(e)j0>%1Y)|OcY9pnp);NaY{*Z^ODQ;Vue&ztr{_1
zJ)wXXUt{BZKNfa&cE`R*TuIl9tv@lud>2HNE?9entj`B>3JQ+2ZTOC>ZmBq%Cg*q7
zk%vJ6_CbJRHV!lplB(M3oF~BLv5U;&V|;D<Kqy+HvBpaF5Dq~Vro(SZaBc13e^0^j
z)<z#C@qjATlay%b-z$pVSo<SyJdXD^Utki|de(QFQsw3r_2i<8AM?%acxWym5SwNQ
z$y3l9^vKA_sm9^q;pyq=2KtG9%*lL-uq^#T7%S?vlWtLzBv}u0-^oH5RLaPxC{z>_
z`{s=|b|WzL$UN+b3iZ;1;)C1+Q5X>en$zp66iAm=!hWmwRb{C_6(U1#sF?gx$_XV!
zNqt6=b5hN@mXi6BSds<^4}50zf%cFb`{zF9KktvN=9YAd`@!QEE4tT2&`5GDlASw9
z8lN5}QrDG1nL`wdsL_+yJF!&^r1t*jxu$U}@^&dwB`^TP!=BJOo-P!k`oPd|JZ7zl
zLYX*Nc8{aJyto+46%}<{7kkWUTJvu$DR~3!Gtutwy$?pl4*wr!yjy0}{PJRZ7)F%)
zMbM5{tL}iAGgyxz4wMo!WPzfqiR9H#AkVhleYEsi9X;;#XgCapXmOYsC6aotyx83n
zEp>YFA$8raC^cP8Pw`4Nmv%b<_L=YBD6^{^D|_1!go2>3S~Nd52fq7HYtyn{Ql;Be
zQdDG_kn7~+wA|#-6h~7~Utb>{9^Ta@W;fnww>&g7^z`&}bGjz#eYH0=HPsh||9{}l
z4GQk-r1qjbE13)JOvw<S1O2UKeM5-ndo~1riOou}rhcoH>J`eemE6G;HdZ`}q{4sI
z<r8$oB)kP~=%vOIGH-0VuihzX96Oga93ZUcOXQPQeP)BElAk?QW}ix3aXE_-gq|zD
zzC2@NWAoW9nf}xYMJI0jGVrzvUJ*u?ySq28n4uWKcxRY$sop{xAmB0|fmw9T|M3``
z?h_iU^zM#jPfkt(u%p0=lgriK<jG1a9W5=ZVMm+a<4vmNi#V4M;SXailfxVdxTR2W
zd9M;lrOvqE_~mbhw6R5_Y;y_>ZzLt;;oT6j>W$}VdFV-0kdFW5leXbS7T|DRa=1a=
z3;fIKQLOH@1c(>S<sV2g@RovA<{5p?6s#$c#eLa8mIfN*;%PdP75>yky(uJq<Gt+6
z&yw@qB|6t7cog@1Dq^4BKcL~1A<}@lr%<l#K+vaapKOP)3|{_eX}p~&k5(02%e1yZ
zWd?Obf==0LpWR6p(Oox-wBg^n-xmw6Q=<iH_fNPqDW3`#mhb$J@Bcl!0b@yJ`fS-Q
zCy34L#mRW$i~MJd&S`@q2+#{g?&LqEea6-TzC;<WRasTpR2rixI$Na!HRChlI)16L
z8Sf!cdftnz7)%ATos&%t5#7B8X$$zkw^H8QN;TAY-=+>ytSv7^dye)CVc6~G3a{Ha
zu$n!jrzqS*uf;<mTkW;`+a>pX){QT154!<+t8{z34f*~A1H}JjVt-Q`{q?)s{cqUD
zW;3K3IG&}pkyq&J3vJzV?u(GF)wOAb@#6^yBL<CZMbUuU*pPfY09jT^B=IC!;kB5%
zbz;=b>c?n`YZJvpsDoZ?O4h`z#{pm~{6=|$_o2VvFU`G51tl|<qM8j8Ix&_;5~vjN
zsc?AESKeg<qC*B82}!;_WG0CNm=D<@5Sn6m?Yg(Hxxd%#xI?!3@+uMrUX8-K?rd4g
zPF<I`V%m+kT@H9ex)>A7wQTzPd;%XCOGyN)dPiKwBd`9V>bd`+0l@DzP1rv<#8;H(
z1r_<2b;oos(r1ajyOjB${1!feJy5<Pm^UV7-xSsJYdo3wml2CBrXHhd|IyO#5%1HL
z^^KMUF(y~h-*wgI11j1l{Oa1DbhZxLiZoK`r6P>em`Gr-Zf+d*CqwMQhTY`fEBQFV
zD#wp`Z}<(60U2jd$Rar4g$+3bLj<yuSVJ7L1m0-l0Dp0;RGcQ0350J5Jj1aP@F+Ug
zOrdj1fCi@VLCD!fAVN=|zFRPK%6fxiPFljHqPjyOUeta+=6xpS{Cp34D|gBE#&$@V
z&0+k3nZ!@$PK7+BxsMsCGvEK{a*p6C9vA<qxa7H$y7ISQp4bTMiT@N8(yjVUcRnaJ
z<#$I0foQkzZ=)NQm>&lRPqt4%@(NmfjaMv<2cHsjf=lYyNNAL?c%5+nB*v%Etrz)@
znc^62KU@A)+=PkWq>bkZB%(?N*`rfoKs`QWZLp8;;atP8Q_E*mOj|Y9zESI2q%-CF
zSdxNNvcOERJ|AWREhysnaj%77<>m27_qbMF#h6^SxRj#Eo|M+_Bk;`}84$n?N0J`K
z%KPjQ9wu6JXVA?8D!i+&HY<run?lZ1&`ZH6l`5<!nvn+Rg%kks*8EIlfHtj$0b^-v
zbO5y8`kdz03hFvypl9wqQGBwAahnQya)~$gCBhRo+^9~{(6`wic0;dj?KAXeb4npX
zER7G0U#KN^GOot}24@z7e$j@DFCQ%D!%@C(B%2Bn_t*u{AIy%6O@nQQ5p|E~K~xQc
z5_FQqgZ`26_F)w7<tr#@dcBfT13v&_i%wWXl2CPd9|LiDnX{urHU>cXNgwDUgyF!a
zN><Nfoh+nE?^N`AoE+p2yW!@@JL=VUF1}Ir+`&KTE@Y;==l;C7yd?aQQ+1y&;-U8J
zAxH%7ab(5(^*Kpbif}QF>lj=;h#$Z-g>rQa8RuY#Ws>#Cr!sR)`sQ@vw01|e^lxnj
zgk-0je;k36oK^5m&9vIRY(FH@X*xksmLbDa4I6qz0zO+CZ&obikE!2Lq}bEXC^E%0
zC0K(AYcm(`O18B=eC>^Jma*u--WEqm&)zSQbB|I<kQ@Yr^ANg%xJY&Our96g5>UYL
z5ZJJ_!D3G@C7%ERu#igLrr}YS^m(#orDz1s_+sEYwPdXRqPizb$bkdQQ%@9%glE*x
z?g#$TEwO<;RyOHd^wX?Y?uj&YzEr=prequL9DZ(N<2)j|7Ds8C54*aYZ*=gaa-2uy
znG7mkW?T<o!$<H+GK6s&y>;U{|6m{?WdoY{_rburI@bvv9aIBfXC$>BPK-=n>abSS
zClZ+15O9j|RDIc0b+#Sj<r$I+YRy@MEa2mHWY61)S;%voXG-L9XjEd7BDCspe`1lb
z)*cvu_E*33jP*|5+0y-obReGd8e0%?T{gH6aL)Wefmy|;1l2;{_e3B)VLo~dBE!}A
zS8$k^LMSPM5-1PR;z4EF4WF$O($kjD-|H4p_UVwEvQtv7O#4Q=WS<|;iG|ujDxHr<
z-fE<tIDQi4!Lrn!M`i>wKY4J-#B$oVseG5_kwqOrJEhWm)NB5fh`2_gjxOb8`@huD
zvLcU_Gue@JD{&uAwYiaZtnsCOd61lt!+A2MHy+rF4d($n`lrUxNd>CYdZZRsdVZPy
z171PwqN`4_ToSu|kSRN=W%JBPBEK(+4vNP?<$mn>qC2rpo&K3bsbR$eZB&Eo9WdEf
zdyG=lCuO<)iTqM#1-pgLouf63gX^W@_^Lv5w?%n*ZF~ywn4sUag4jmK{l%yoBQJPt
z@ydP5rN%m^Mi%81E+7-nTvLqe<)l@P0#mSK(u~Cz4F~=}u9F`yTD{ilTz;;-l>WDI
z`xin>vUrkz%-~AVxbwkdBcvQ%K2DIfV@tyCwSo*T;Hp)vQ9IbfLtv^jZlOIB@V)Dl
z?$Q~A4C;l<1lAe-NA(!UN>m;3tiG<PDK{UdLdaO^Z+MXbrhsL@$T5lk3Rk@Kpd4w_
z0Vm_Je!|?y%+%PD4bb8lmoxvXOMpe85_Jw2;y)u!wx;bOV?7PvAW<NQ(X1c<hqnh`
zc+J5SRT3fh(YuUX;(=&;tH^*7@>Dg0NCiMLN)Ipg2SEjeO|%j)K0sVh{4=-Pd+*-3
zY=?n#=u>=kXHKwF+f}W4+DmUH?tD1#@<U0gn#U#c{ju)DmEl|*g!u+EY;Xe?pCAQ{
z&~ft>s^N<v0EF7jJZ}MW<@(&+-^q*ohQAreC+ZIC&R4zWjeThVMPm3am&$VDZC;s*
ztNNDm20FcKAj3Nm`zQJ!I~oif>`R(O%wlx&omXz3uep=L=Q?gI&dFvREBD+CjYxo#
zGGGA8XjhrH^gh*_{hLZc<`sE|P4)BPZ7FStQtu>Eh52W1*=48_g67B<wK(H6)ShZp
z2lJk9mzQcwuDm<~M(zdq%4rLCp|dcMu3A5xvvxfIFRoM3$ylYUNk09<;m;Dthmi*1
zFrx#&hZ^berIwL%zakM{_akA|`*s&N1E9hJIKj2Bye9pZkKu+`PCPcH<*yU$eqk#p
z;@Upk^Hw|QbHpl~@mSHs$EU}*^LK4*#izBfgEa&zTOt^(6u2n+PO(<2lG<6A|7Cc+
zg$rXSeNXnZ?KF9VMi!7hg~HB{1`K`2nsPNn0><<ifP6avU0X7BM_O1Ocjy1`fKpC=
zohDeu5rAai@dG)J4U@K)ijqt_xu$PL<?!7=+L?+B<Hq$oYEz^OOkGIvWYhiVwJ}F7
zeB|~peEQVCG%I-xqOa5lnf?B|Z0cgqg9%vgTZ=@rh>Q;0sW!AeJY+4VZqF9eVe`2K
zucN3SSw%6-8!d_13Q`gAP`E}bwdjttj@_H;o9zw&U2R%4y-S5(Tz76=Zd-}$(!Z)!
zXCMBV{Z<5rC&kE^6F|fnJ^q{Ahs|`k@Ut@CmF2-+DH9RUdj$uLr%+8$;5}FE{^R?&
zOx;E3=d+<$)E3pu?on8Cm1GaMWMaoXP_Cj>jJTv+S(4NEZdKlDx8Numz??GZ!sD#F
zMgr1407ZmRU@>c~Vmxry0io7IIROc6q(2RVl%<91X{^%h15dH!30Bgcli0+=44mgS
zC^h})UMJ*w8*mLhx6(rL3;bbNc}z|X>h%cADyhhZsFad2c)Mc>-NEHN3TN3Q{2{8;
z3znHTa%AJ*y$3--Q;}1QoNmt59W22#vtnkYQnHAt>6YpEV@^4c1C7GQKrQz-l*gGq
ztZHAbVyXrlZD>IB0&sxYF6LC-FKnN<H#n>1cx7+I<Uh(!&S8*u+6nunJ&bS<)ipEx
zuA%?sW{|P;;H~d6Z$i)?1;eM2>-~eDzigd5!wYUF@6JV>0buS_T9Ar7!V^7jXEg@W
zF&ZFG*$GYzlVG4ns$<c6U!}E1@a_O2uda)v*o;N&exOrUUfF2KCVWtTVZlem!xB7N
zRQClV9(iAkcdgvTfZFTo9Dgp~$3ef5?kW@l1#QdZ3r}lI#wPfg6CF2w!8NU>;?I96
z=&}i3m9{m>6cpY6*51Gx-~nsg10G*mAv&bOWq^88Yxc*nn?=7w^l{<$$FY)4W2a;;
zxEd?(PslgPnm9e80m<$dNB6`r(un){=^nnQeyc#(beUiP2Fxthv83GVX1Cp^V1RhL
za{H8weCZz>IsC8BpuB>t|JdK#-UAC9Q|M<{|AUSv?m+E#{EJ+n3h<8O&Kaqm_pomQ
zHy<{LDWPVU*UaWJRP>gC9&XeEu-sXKTVM8xO3*!Du=Ep8T9NtUaA5Z)V&tz_lzFNR
z>1gs$Ck_HWF+uIFxxQ8N-NmN9142u4KUJHa!|#DhFnnp3<jHyd;KOz)#n))tfx(`z
z{hWJnmwphtN%RqRUwIhXrVC6zj=ES|_ORbF!KfTk<ltHGc_KZOdQHXALp|xs6~z@Y
z7jWkuM#QVt{ZA$QRhu>EnY!;f<UZ+yVz!Jv2tZ~iL5GK~EN62e{qddh3mM;W#Vwwl
z5S+w6@Q`bfu^pZX!@`2TC*O18I~SIc^~scIAOav!3?2AHyZ>xbl~}rKjl<u98Ei%1
z#IV&jI67Z{#N}0!iYUNAWoRLWl<^LuY?Ob83`#0O1tCi*B|07Y!z<!xQ2<QNNOgQ7
zuB_NHj<o*lmNM<_fdU_fIx}(YG85UyzQ}05W}={911_e^XBjiYiMTVkF;~Q|&y{5W
zg<mkf!z_svXSgCL%WXKOpg8&!MAaaB>s#Fc2fy?XB*IKd2E40ANLp|Ns;xpE(q@~Y
zZ0p=f740$L1EH1j!MBAxh>{q(RnR^^75w185__(s1s^sg-ykasJdPxf%P3f%$XfaA
zX55f7+jb|O5YK!czB(Lj&5HO>Ed7T$%6WX<#iBPR^lfR?9tt3N5OaNy+!vSy`IjwR
zkbzRN3shYT?=WI5A;<g-^OHvwiweY|3C=M(#dAf84^brjh^baR>CmuEe?_kWhT8p#
zty4T!)j76A%F<B;G+y5T6K~11i4?U<CDqw5!YZru$jI~z!VI1wnhW*?W&#GYG*q#l
za(<k;+u8_25i&otixjJ3u!r6=oDHlBTH)_|JZKf>#g)`O9)P!=FZW`uafm79l|Mv_
z$3W(3L-wU`$mfD7&A23w(?c4=Rs1L?MxAuLQN&R$34`lBP8w*q5gMe<_ev9~0w)T#
z>XAOHX@VwF^jHG0?i;(*i{o{`$nv%6ZQ9AP!4GFDS+(PH(z#^+XeS;xt9$+WIQ*o1
zU_9PaixeUGi^l7@o6s<L-8Eu%fJJ=gKmN_-=sD6`#&e<bQt-TV7j68h$?ZQZnX)LM
zAvGsR^Id{|<k>1!9+87D$OShmM!ZfbcxbE{M=B9QAODdLULRK-|C7wtcZlh{cqw|G
z0O|bCc?ShHN_rZlHvpxSsfFqChjTnK@zam=!rw9JK}UCFd|$hLkRDyrn7-~aEy*aI
z!A-CX@mrUlgiQ4QxT<I=m<iRlIouNSI`$1<Zp*qfZG*!TUo*Q@xDG1l`>hYl_~;40
z?;dP;>??DoG)?QkTye&-Y=Gzc$w|EkiWA~6zNSQdRE1B8@l;iqfQdv|y-u^0v2{m|
z$ig(k)f+Kuj=l^MrT|`4NZb#ncBDw<1eic3YYI<zx#SO5{O4eLpZ89s;x=wTf{l+9
zv2ax7Xs6}K`|gv=V7l|+rMa_!xUAni00rXEBE#1@H89ArMlt)E(=W_t-a#5q{8UPB
zz3Rg~M}QLQ%FQ992#6T@awdxEMW*8E!)3LkrkBT;hjjd=_)4cxJhI;R8RgPG>Gf&J
zxHDPf%gJ?`PkTI`PLo3O`{5rgx=$_`ptr{}l@iM6X~9V<=q-33B>amg0^Jr189pvR
z;Kh!H<`9eU0K|CT)))3RI)6un52pTZS$*Rtm++24!`~XJHo9~h`W_E?&Zl2GACq~3
zmq(*V?0b}W1yQTVv(jTtC9`?@O9hxJpZ6a&oW#H94_8-k>~_kfwKJj5He*Y1q0&Qo
zKv#a;AxKYDRWr#&%&ZugXl-C2nVI{3n?hV;hX3yYV0BOXw2AYGi;6I2baEXS4H#Kr
zY!c?bH^=OKBDP#%HReOvjRoWE#CD6`@*DP$schz7!vv8(l+;4tio-Fc2g2MP(I$A0
zuA3Wfg57cJGokX6r-_wo_7kEA8?;}I!=reMNWZk6&F68?zT=dP(XkfFF>}K2w1LWC
z^3FK)+6Dmgif3?+(-7g7eaQ|;(WlJwA0ZZ*t)QNIw2!X8lks;LsYN(y*6h9lwY+n0
zNf&@Tg|Z@Fggk}#nnSV2x=$?oUn5Zhm5`V|fnnl7Z!4_4c(p*c(|sMwgPF1yZCn+Z
zl27)+2-n839SR}9*|zG3tI9!v*fJxaMn2pdfPeq;3m;1B(_+YN%%4}ovg|a9ya7<K
z05vC=irHs>D3wqr+u_z3N8Bm@epdQ9j|8mf6RXgN3}K5ikPLxgm?O@wzN>A}lgOW`
z0{o2oK1IXHRbTaEmxrp7h};t2->R&?K)Bi(fJ`HgD?0vX^Uv3I&pQFUx2fMC;AW${
ztIwkn=s9>#Y{C`K&aA_JY*_y#Mz}C>ppCZ%tt+Skt|eF=Ncw>@!Ge@gu9>R5(&B|F
z&Y<c}0-TUD0SF;k?<l`EoF<fn+$`nG8()HYZ|58i%$XTOYSjSD19cBwd5AneDh+go
zD#IH+7^escdLQj50uSqo2aGI!u{2y~$g&mx-atCuf{f{6ch7)Zwm)FP!;h3+701*I
zMW-K81+%feqo~1r$w&)*gO)S>U7_e)F`~guN#gR~?eX$8!sGQ#0_??!%jbV@R19cE
z^bOZ$u6Zc+ZVF)9Z@-67j~69un?g3By>~T@vp<KO*A(Dk1?wMkaE(=dQUT@s5{qn9
ze^KK0Oeu>I7YY;O-UL<#FRXKp-Q@Eq_?&$vh)O@i@KqgF8O0nNLc!ik+&}JUI4@jT
z>QReA=_p-`Hc~(Tx)UPRpcQChcdfriAUQbHbCRZR(83l6<;|q<7Rc1guS|X)qzpbT
z1c6)x0OPm3uIRWApb%{Hz$AhFIi<slr_gJse`J=qH%kZ_J4H$EYKquG02Vg5URb}-
zHi~n=x)v1;kdD;^isIe3;m%G9cQab}p<$YP#jbS_7NvC9OGz?@H*k44?H9UiPeHYq
z1~~sI_}6kyop|T1@x=jUzl9I}1#8Pu<1*;qRst!C%h+|7a|+juBHjxP{*M-bvUp<T
zcfvCRry^s>(oOddjfM|#(&FKy<wZC{b~k!DWO?k|IM66DaqRACC~lF_K~dlQf-Y`k
zEhF%jMZJ***3<e_=SQIwSW(VQ9c)q|Kqo$_$j^(*ScfU)jMC*pqhSve9_g>!TQI*n
zij5CpYv_T8fN@Es`k@7J+cdOhlUZHVZG@EE<N4=Ii=7iLbRr)#7G{zS&t{Qo*88M!
zLPuVqD&`pc(PI+Tc2UfUIytG<(c*XqH>LK7*6_ZJe{<C15aq*_xwgjo-N^^z5?qW{
znRw{|!hvz_E2Q~{^oc*tu$K$yh}-1fY9q0sz%&y~!B;#$TK3e#vD9vBOd?Q}WW4Dl
zq6SLi)Wz9KD4SCV6?xTVf;M*mnAQr_Yz&ipf8k7NPFe{aPR<<Fie(S_vkL9l7^rml
z6*sjAQc(}9P|A;@k*rQTc+2zgQ_~p%r1d&^*@$|f-fOo{F0M&+31UMyZ8lPR$P<J>
zfgttI!3$N7PDDZ7{P=(r_j;?F;<gK<SZ)pODssSH7Hy$nuDz>!Fy!l6WjW}~@H*$<
z1n3kd|KM!AeqGTDX8$m2mke>=V|bmIfb06(zEYoEMTF~KHCWiAOBDDRnPulj=rEgd
z^5ap)kIwkgSHlzwO1(@p<c~?tCWI>1KNvjw@&*4c;M`l7=nol`ZvG*YisTg9Yh#n+
zvnCaq`tmt||HvG99mD1cpouPfycCpXFl$nAMRn8eHz$BK(S{rKxs>olNeA46%@(cO
zp~#`+oU>gC{qaaBht!qT$>TY`i+4{BEG=1Cu9o@4I&hJlqRfupU}#9&{d=CbOiC;T
zl<ksM$u*~Rx{>X!Erm%c@&I%qvVPx9hKEHR<~^Q~YWl+Z02BeBMWB3yHz0)rFziYu
zCS#fXFXaHwJW=2;SzsWfi(z2v#t*$&iZ>z2vzY6o>4mI#Y%IqO{fp^g8yxFoO^N3w
zDTAG;p6iX_{O6V!HbE6sF?j*%V!Pj=2e<e+KXv_gp52;~+*ReD`^L8`!{Xo<5yo+h
znTOS|zb!jxtE2D1)L}z)m1~ui`@S*fD>CE80C3elj?v}EhG1P{L6?{Wsa_@zm#*EF
zF0U$SgSd8AhDLL@{ru5T5+K|yoRxe|t}t?Z;c2Bd|K)$<ui^~HQ7@tnylq$JT>-1M
zcei|1b`QIdBEe2*j;CtJ*<DD_vBoHVgV_I~>8gU_>YDArHMqM?aQEOA+@0X=?m8h5
z5<IxO6WrZ`ySoQ>*T9|cuevq!aH{5M_Sw6;_v*D)I}-Lv<k;l?Q(3m5SqnLJ{Z&sY
zA#R|yC0|ZaD8uZ0F=aQ{a*>meV2E4+3T@O@m#h#9EzMslvIqgomES=zc7cFl_5L*R
z5Km|v3i_Jj>QTdON?_=d*uP*{a7pEmtHYA}9(AFAXJ>kVfPIO757wG>!rOs&XQ$nM
zYntKJcd;9ov%zQw2LP2-H<;|bvSZZ-@&L4}Y~F=c+yPj;9$Xh*CH7Lb-&ToCHYo#F
z2FB}N&;96~r=qU+rQS+PyDkd5#jr_?I2>f|qB!X+{`pycaj<=_E9VA3Q{#!g5yz@|
za`ep6Vbso*CXT$39<Q*+1_K$B4bXG~GD7Ef6oDW}asB)-*b}3{sn}Vm#_~nH!>fli
zZxT~r0@$i~$*4f^`@lJFQ6};_>w4sccM<qIBdS-ijh;opTHM19wee!MOZPhFg#I4(
zi>m!s3nyfm_IiTAV!-%Ctox(uP32(w2^<u0XXE;sNwn&JO+Qk_54(QHUeldJ_4yXX
z>lMmYTFQ6;-u(hDOJ1E;#heTJG_uC7>&O*z*{bC7q9phcw-%}4_Hw|wCm#QA>R97}
z{hql%Dh+st`9R>oW+r52z`U}YeSOQBHjAZ(Y_e5!J9HLQMl&BwA1!24m3cJ3czHP(
z{q*jlOe}>qzuXiJw0d?L<=1-GGAL(qjJB`aJ~JT!cgTP~vxwq7PnB)TYxU+EsT>^<
z58li@qvZhfddte}90o~bILAEe=fEqyfVuH#r@9L-IzYCoYPQ#wVZ8o2XwL23Oa=L2
z&B6b`fYk`F3}j#m5tcmmjKH}rNX5Ib$xJRnJFoA&EZP-#*wtJR`$gr(3WazSKE@Rg
z6e~*?YWjr~Zyw$Tj;o*wLN7)xnsDTGssAp+2u-84F8@JJJKLoX4t%z$st8ldfPots
zwm}6{;|ii2iBg{37E1oJ)nxM!wf-VBGarb5bM*P4A@y5ne?e)^_w<HjgAkd)@RXrX
zUrQ=6Ml6<i-*X9hja+AYvdG@t*a4M-g4p6~4@~4}jM|zD0w4#{nu_Z;$_(;TjY_zV
zPG}t0_-&XvjV5Y{^f?OnOi&-@DThqQw|1rCW}h`u^lo+0(U)H~^LRDsXNd(JTrcX2
zNQv|#!5qMqf=UGNsv~p`=|BmZUii)i1~n1l;@!AXJ+(RuaH`tjOCFktvWLSouyG0u
zlsNRmV?JF$8LRsfuxp!MU0oiO*$0BkmJ=C%=Ph0z58O7<C_d@BM;1wty&W|Si0x($
zK0E^iauY&1Xw!kTwQ_!8@*RLAEcR4BZ;OaiyG2~Qs8+IYUr=#9iQ7kC&P|mr6W5^a
z)y#vJ7Xe{lmxUdHn72UPYEEOeAAgrMMu7aE8z(+bpCl({){8eqIUHE222HH-!13ag
zRwC@f6rb5G(_pKDk?r+zh56)I@zW#)^Y&@+M0;}2)U1_Vvp=i{i<QRKyi+RaC1d)~
zrE+&vN#oc|^-axt1jP{jULmiF33GvD%mmOqwy7}_mrWqLfJhUD4NjP#D;fCA`?=te
z)UZwrT1L5N0Q#7mwlN7_8!hNP`X++>>J5HkeYIdN<w_$$@!|<M9skgIP{#L_)A(Uv
zfNT-Iil@n|&hvD*eIO}7;uEa^TCzM~#BAp}ap~w@0FB`0Z}jhu25hma2i=+6#CwE~
zv%ZeBb#D%MKkn>KUf4PiSKoh)_hLb(9*tpGx!ye@Pz3JnZw)*fqEZ?z9M1$425Dr!
zCwR0y8i`zvkc)S&h6|ie&HTm>Ji`v|^k3&SZ{K}nIV)lL*?J%RfjIZG2c{|x<{s=+
zTa(!>-A%#G0sr+)Lvi^JnR#iHY{cb;h;*qwOFFJF<&19xoxcOp3BoXXJKoGE7zY8t
z*!ev5-;IT2*Und-Ps`=SP-B4{w@E+qc3mDx=v+n{@7jGEH1r8@9hK-n47P;9*C;;I
z?%NJuW7S_@@O52s73r9&VA_q5D5nzq<ZUt+O3UWs(JT2%g0IU&KJ)6y4&zGG>BWEM
zicW|djTQ|_Tdf@NG6SjVgsYa6ycSY-Q(%cQ0+1InAVjc%3&aV46P?fi>%8p&==Q`u
zv6kxN^w>N#_{;tnpxXFnfQZ4rs-&;d^snvx!rQ4&*JIv~g?Mm2{@dLu-?r0wJAxbx
zY8$4VOLT*ny#IZ+ENvbq;=Q`RjR(#REe+?!&w^4RJ#;xTK4vawl;uWQar~2A_b0!T
zgX>`RndMbgBU!bPUmZZsT|ca`_n#wyfgb|JpFU*4T#hfUAeS*dE(n~V!-gaBRwPuk
zLW42#%7Uv7&5UFhD`B_tvZ5x1A{%7`C;zEk|9jviatcxu9CpGmJ63;ZJTRDLdFXQ8
zc$c<LLYx${PYLvXti5;G4KWo1SgkU$vewmv3W%8qaAHJu9&f~rY&kUN()6v_mLt%u
zCvW;KydBX(vwF)W`BcPO{{d~S7~t!CqC&#$ZvX>CDYe7{jM?6OzfuOhG<I{55Yf=W
zimDJwN4XSj+OV15BAlq}Hslkd#8#q&4%j57aS6eR#=Dv{@#Sk#Wo4YfzQX=#Hja+?
zN}h-(3&2$3A#N!V8)bcEf@q_ZzYurXu2^XFj09h5%joqmbp`C-Cf>aEV)@=<wRw#+
z6=#!N3y8cFV%+W;5x<~;F@kl8B1`P3TeK05_*ek{>M_4ncUn%Kb4vO>nEYEOxr6g8
z{0P#`VV0j_G+Ps@b0XWfn@u4^Ld;5XqAm?Q%2F*C8`F}CC7}<eXiwgW^o;Vu-1FXl
zm7^L>9@go!s@^wudo5o#^HUKg760g4B+DEV|LOikX%baicdmRjJk1l<_#F6&5=zqJ
zBOpyP!ti)(A}*(^sR*J4j0X+Z4xzz}zHA6MMufb<S^<{Hh<pi+=Lc^FCUZDkG%ZDC
zA9YV2;K4$Jbd42Hs>_&&RF6wr;(Kv=xyjMtN9JT1Zn4SHq9&P*SV@m%WF2@{n^^@z
zftPdF@IO9y3^8uuCPNt~_MV~YKmHR?%7puO=zLgs``5lWuWu%g;>CtS;EkwLkW;tJ
z`bxe#e=zJLh=-dH(8mfxc*n9mBjlqQT23su8=oz9%Cd1pOB9_nga((_JsEgK&p3*2
zO#1H{C{S3cLD6lV&JEDqFaD^|R(>{4eejwT2;aOCx}k;YCO$2HdsH-f4%jcdJ)niZ
zj8V8Si0@G_Xd}v2zk}*U($I1tR@thudJlYIRaex}9B%W3n-1x?Lz)^3JpiTsyc87w
zhG7y5#OW(}MdNoHl<Rc}Y@1(@m6Yt$F_Smp*`fEuE~$cv4N6M-qYa$1{=}@B*R#Bm
z3g&eD2p84Oq#tr%g#&{)*}VwW+N>#Wd{uG=JgIc(Ixt|XVMC;<%lX1H)N}&m%vPxy
zD}2S|NRfe@Yoa^;(FF}(EL8_gOelbw8iE&qRaB&L?|>;vq#(aE3Pmk#rjp**C^z2z
zP@~t9OfE1QRCS)j;qwex=}Om9wE)TYSl(_&9?q+axIN`B{y=X&y<pmRv}bflF%I>r
zEE>?eS*h2(eA=tFIxL`>_;||fvmW4?Tj7RN>W6PzdVM%?C-hXZIb<kw)E^e0UL3Jw
zN)Bdwhh=TOLnGGqdnt~~3WEa57!gIY$sSkBQ<~U@xIaU*9^_q;2P`ux#QrZ8pFMJE
z3FF8||MD7b{p<RHN84QZw>n1<_4Z6@S6X00XHh@!@2fZ@*QHx$&h1#6#N$zGBa`{{
z(uW+*5yD7YV}=ZNbI&JCjhN101I~LG44;O41nN6Sd?k4@Q9g$*b#eVnvDuel`d6$F
zbwf-6`}Bj9M6e=qr#IspDml~-hp;7{ADurC?VrurMvjNmh6Lys(5U4`PvF4`c#6>5
z-<N0rB<herBT}_qq#4#AMHLqP>Obi#eJ(G~vsSbv;F3eO)45a<TU5Hv`Z!SVmBs2V
zR`;)k9n{mu_YazWuYV{gOSF}lQdjvb%VaIX%NreTJ$~liy}LIz(4xx>S2T#?oXM@X
zc)yu!75wY<yDJD{ioeO?>)UC0r0u-1gtp!^(a>fC4<Fs$k^?!)=>FG9^(!c}6ZZNo
zb8COf&{a~upmihwkz8k?uv2EK!T?eQL4^(?CiYLMn+$Ye2W@T?v5t73SL;Due*L+S
z@;N8u;*N2@#~@&w_sU;V2?{v(siA*|^T1xJ!Jqu6w7L@?Z{7B#2o#q<gujB7MaXKD
zB34Gy4kSflS2_LKyZdosEbCgNU5?(__;3HD*7r~2Y-CW+=Q?(iR5Hb1>fyu&bV8-i
zihTuH731hxp8&}57XGfKwYBJ++v5;^mWF|G_B@lbSZ+-49)c0`YPfp1Zg<Am=~0`u
z97erjf1GzL=s#)Qo9b^d5&Q^y7Wz%~iwwX}-mI;Byb@~i>kW!b@CWdb%IibH-xY>6
z?h)Zt3ErJx^}tP?0?@+d{jU!l@mIHkPlvl{6ny*!#3ai<8SDtUH#hI#o+p6VxOjo<
zAFGqsKa3^S>D)xCq2`(dd}(>pQ75Unu(zLr$v149EkC0G43|$G+@0)Znc&DDbIsMg
z)DB;UjPO$Y%Bw(R&Fby1l>?z-H5~+;(rM}Prc}-(oSOq-b=xqSdd<j6EBj(y)*`to
zpy@3Bkfgw2ev8xayVYWy+Mo^zDT6@AJpRHA4<RUut$9-mzT2B3OmH#UG+vlasF&-n
z4H$+Z71h>zqHe;oP`P&-T#TTo&fBr(<M59@d6qGotGCk|2>AR^sLGV9(mXUDGk*Hv
zO*{x+CwMR#A3hIc^HS%P-+ffKfCAV?kCCB_XBrfWPuJp806>}P^6g0W1r3`}%qVbD
zf(5-Zt4z+3y2Oj)eQ%P(5+mwIVQohdJ8Nyc=Nx3UqB=Gv$IDvb9}4TlT)$t~0UG;W
zx~fr4i@D}qE$yM4{nYXn8noQBWoW7^QuT+FgWp)W%4H`5Agjp#!(?>Dh=7=?kmSu^
z@B=yt5f3{JyW(0ycgy>%Is{|s`xvS)>gdy)Xm&wH4lc2V*mj+6fUx1&M1`C@JvWX7
zNJmWG#0OBi+<@16y+(Q&H<WJCF4))VZ$V2Y^e=!v-zwL=&efQNwK_6D><M(2SiDZd
z0M_r6YfIXxScEyXzEP=ptcW<s|8y|AXVPn`u;@us#Nx4^=1selN72n(^9a8lR!XrN
z=MxLKdE1rh3$D0SfQs1YUl&~|-Jz})Pvke>Bay5b+{RO7N5c{DLxB{}vnrCnkFd_U
zKNILasX#%(A;8uy0%csp?AL6JAIs8O$lcnsTDL9ZY|9~3(=G5mOfmCi*$^qGT*|>v
zb65+r%gJkqL8(=+`9;H=7ArWxNZA9jhYemRK3j`$c>P2VxkC3f3ZjffLE0+QBbp=r
z=DRBL;@Hr<Bm6W`Cypp-^QLt>bCKzmZHLAyI5@2kazMeODB^!2of+fjy(&L=3Gh_d
zlkl*^iWc*^$un%QIHjIPDkA^$8J3me&cDD3h`4%l-5e)G1G>0U??cYpu`&Dp#-Tby
zjCjB>Z}a`kz^c&k2NXK2m5=~)eQ99QKLV-*HE(n<1t+g9##Y}NrG%~=0bEP{!|9?)
zT1hSx76}2_mL5ccnidC}^g7uGyVV*kDlO`>D-$c~%7<*r&V<A?Eu!@LbcbPosW*(?
zrN=UN-dDAdY#1*W`*_8TfV5IO?-WOSf$j_QEuSKW(^1N0Sob>!wu;##&xvCX_qz9K
z;|b-gfcrP=E=?IjLwSlI&ZE>z+WmQ~E+;A9Fp%|}|4<`R&Y&B(ky1K*I|sdKw7=Sb
zxc<sK2+U=s3c?x%p#!+w7{Lp_`!ady4;W6au)uAS5n-xKkKN;ROuv8(VLnmd`|UuP
zrr;6TjkLIAA~)cC@gu0OoG$NY<V_bQ7uRc9i2pbrCnU+QNh&<UH7pMvBXds*_J@l9
zh-QcVv2)h>p(?BMy`_4I2Gb)Tf=sp3lNM?izbI6}7gXSwjNUyM;ZF`zDho^TiG==4
zWv8b{&LQ3J-DSHJuDit%NO`aSvDDY~!pO){KPLhWP!5@uN@w%`L}mnx7uZJD{(M2d
zJPc%j4F)6)0BWyD#prrlY1)Uu0V=v8k_9Q^qe=~*L50{HOvM9g#dC1)CsgIH7`Nle
z8zDB7^=pyL^2pLlf*Vg1g&}rD&41DKb)*$tOx|H@8YFLu#MlB#cX8C*_sHDK3*47k
z)HUAc3RoQFqc>OOzg#P4PnYsoEiX(Ge4L<mOky3!42VbSR*!icP*{*DFGB{V@MFP$
z*W0dkP%-)t@y61W2Ifj-y-!`9ma>C?({QH>`;$AU0XenEz`zGibr_*%*!MkUh`x}e
zoeu^WcoXZq<C1a@X%z{2!AQQ<wqid~*ILL)C!?&hBe#s6S#xJPwk`l&-<!7I<B4!9
zw{_vp1F>D`1W>>)iGV~SSmiadwWe?)N3EzVbnB13ZrEWkWwQ=?%a3{zVJcM*tBXWl
z{uXaegCCJz^ET4b5$iIN&h&-*(ogp1Xs+j|W<<<4c8$u#9HLn_lxcj<kri2(1kix#
z3JQ=DV+bP|@Z3KIxjK|F-zSSAuBG4!I;#Zb;zm!>?=5ASH;*Z_hr2-c#cfv>(2Vw~
z^{P4(TqgfT9P?FDC6?LxhXyN)nLh>h_$*&_c=QMlsA&FN7qEEKci{2Bg9mwtnlKj^
zt5D!?1R!;|hc(u8{=+^<l6jmpk(2J8+AG74i#NUN$KW+tsMR+XT(i*nHJZTj&oP@N
zDWDS<Xbi;jZ+s9Ltd(v+AiWE{S1jTgR58e3&!Cj0V}^&Y=h?kz<RYe-qbmt^UmO)N
z-eeSe&6F?IgSc2J88V<W=AcC_5<R!$zuUsq0W!ljKfP~};H$lna}YFixHs4_oqey?
zZB;d3L~oK?oSJ#IDp&u=a|Vkbn75DVqGN!cl;yvn+&pYQEyId};PoyGGQ6|@IiK-w
zVHDU~_T0dYOL`k_?e{ytkJ~RpZZ_+cuHGEMFZg8RH-<}#J}>hhn%3w;y0It258g2J
z({j{N0j$M`V2q`f&&QN=&F5;~wyK^u7)yqchlW7x!UujS=Y9#fHWSvz*S9vm1&6fY
zgr3l_AIhR79D-koYtaJ?cRb=R4N@y3nPIxiT&tjx^gz8&Tg9-Nnp9L+ag>yBNEWDm
z<>)YUB@3=eM6Q~ye7JL_I#{dCY#qh?LB7gSID>aRt0#X&7Pj}N#c!ctVPwKVKqniY
zQYthRC;N@=5gYwN;6n<iu0nlra3HT4RdIXeO=e1pZcp@YX}>amcPMPX&Zi_LZX@)g
z`M-<FX(3OOGK~1*lk*3Tu;9!#LWzo2Ir!M5A3u*qVoCfhK?ea%UpT3Vm=L#|$cMDT
zj)tXAy%er8#Pz85MVO)fUi85<ZOwPR2=V^bA2;xu@*^e`4g7ll%e1FGVEl-75+9Od
zeZB^b@iz{ww$ygxXBRk7HLdR*E=L58U4NE*PGnqqbKA{V{^WHr$MZmYfC5}}4Q73k
z{9<0!ZhET-3m)<93jAOzE`nC5yXdlCOoXpRl3UW)!#Ghs9u14BqK6Kp&^(t>x2LZ_
zIK*NQ9_|qKuXQF7#EH1&5wD_Eb-=-F2I%qvZ>D*;H$A;SLlX;JDCI@R@I6&U6(RL7
zhy<>|-2n@g#a{nhrbZGGM<ca8Wh0*F9G>AZ3_0T*kzS_}18D94HOckI)-;??ab(Q0
zgHyJ~eV;33&K>XCu|_cf8n}!xS8;FVN#>-rVQ1rUCp!A_DHV??VN&q#!+0r!L6!t$
zSNo9<wN;`NaBZ{@b4ov{;?xz9E6M+%p1fASIhEF&Ggd}33i!EPr870)hJrWpbGM$|
z=+&HzY?(}sc9R!sx2o{-FwDi(hjxUiZ*((Ql#p2CdTy9~<)ot82VCE~xSjra`esQb
zXoZ=*VZL$jCy=s#)ju4?u57%347trqj(%^PrRFYMFZJ=#8{pG{0iIq6MBlUO19%_g
zVZpVZ{=mCZR(HTo!923aONiGGW&F@(EZh-K7s!!|&2)=3VE@q?i`t`VCI*Nu=^Kjt
z1QxJIVs};`8P*Xch&>J!J@ZsGZCbvRH?b%ogdPXlcsPbnwHn{(jsj^->)@MGsvHTI
z@sx=i-<k(o^JUmmVDc;ueOZHp{wUD-V~aAG9bDk8Sgn~Cv$6-e-17pPQ(BK|k!=Vx
z*Vq5$%nGFTh(LSZt`ft5A5Sx8(EdhM!T9zV?7#1|A2&xDZI3SMf^H{^>Q3{?+|<d%
zStQ(cOeyJb88b@)fb8Xm&BUfno9bWur@v_bhFrl?1hE<lO#mdcV|%hcJCSr+!i!@*
z0@NOho6-O!#;PhYHdibT7~?P<On($znOW1NccQ^mQgX$c^|NhRcV8qJvd#}KcYmiU
zZSu@Au)Cv8Wri0O&{{lgmnth@ohJ>8)Qb{o4~<+!y=)n%OL{+)5^($&SOY&zy6DY5
zF&m{R0Jd$pkHGWh1Q5iR?$|DA#xZGfR?iP2n3oqYANI!4+Ib=U(TcH%+MR)$p$bi%
z<NS~2PP|adGQzEN(>9bsf<)i<+jND)xHyJ<36bz=SASs$j2~h50Q5g*3ecK|r>fd`
z_8iptr}3Ej9OTOb5jVYeB@siWf~dBhd>XK$3kCEqHX-3kV{qpqX6{`Efkn2~5iZp6
zv}|vdu-*qgzk9-t$4K%se&YFUtLF~|9{uD-f29ZqzV4$=pB+VzW8hn5#zWaZ>w7Ba
zZNI@$p)I6vXA6a0zO`YA`rrbmbbll54twyuujg-{iT#ho)BGBIT#hFNttV}5e(E$v
z8>Nx?kBeJd4QHLFn3QU8-{2a4N(>Rzqk8^0b#EFN5Mh9q;a=hGaO0GQ5;SVOpO%*9
zdA0(v<lH|v@H$`P=is>3j^>vLGB7Y0j3yl&8G(q`s#=d3%*r5+%T3nPrVt$x3_Pm$
z-(S*zcgF_A1R6jKqvqkk6V=d|OLyw@Ico@1m44rrR2+Z&U^-g<p=zA3@OWNVRrQec
z-gya}%A6pJDyrDPx2{K*T6K+K%pU2(w6leKga%;TzLK=Qz>6wRn^H7kw1j%w!E`lz
z75OqC-PIpfXLF{{N%sYjZOO<h+(nxmk$!q7yfa}c6ky5{pPEkxG@c2P^gZ<%xwct#
zYcb3#ED%L~Qjx!k+R}a%Em8?d&N6)(#E>}#2kUhmcdpR(l1vT)IXNTtij<&Udtk;d
zuY>q(z2u2-UL<$NO82fVL5*YdkB+0k&yzM|9iuzzJRyXV0j8Dp5aD&31vyi^uZnWQ
zc4h-@NvD}vdId(PmTVGomPw899mja`=c{n&mY8*NL!wFWlo-A%r=?}snjRRz_bvSV
z-<cHGo(n?71gKi6S$$=I_IwB`R($RP$#S?h2AG}+@n*($;L=oO`M>koPt2NfegZzo
ztP1Y!Y|~e3-oB24rG5DV6t$!wU`9;9o@jcp$ylzHn!nYj{I#iP3?k-^ii~VODoO`#
z&)5B4AFr%PIbC-CaFTp6G71_b^`ZemH03{ks(!<5H*}JfMFO|Cw?j0;WfK=&?}0<H
zl$U=PMgN}*An_elx5X6%ZrboIhuC?0Ir*X5)Jb|f?raUj^UPbv&{sTE@@)uz29~-E
z90R2|p^&iXwZjW4>mBmZyX*Uzf!`VawaQ+wi6|Etaxdt$l$13&x{QDQg7VbXwUSTZ
zd$;&3zT^5vQ?ynnvP;pVfSg!!RXd!|`Yo$`Ykct4@GqZBxyoWTiAJKkKf)!EepRH?
z`1-wt%p8@{?vK<Gw4w0lha7qf;4`J){ba+3oE*G!J(|$+VM-8EE(BZu#5HikZaMXl
zcT2lhhWwr}q#wQmnR=w&YK}+slQM}_tjdDujJ$dKWwmFUc;GZvX-P8<DJ(^<eC*Bf
zR05P1x$(6dFWM`Vwf+!RmT!SaL)2pIMl#^9Zho)OjO9f3`CRPTAW2{FMWKKSbU`P%
zz}J{4r+5+$VVj}M29xBuQTiMkUlGUgptzgzfu0y!nJHgwvGhLS$`^mK?A)=UJWmI}
zX;OVbC}aPL@Vy|e;Sk+-+gamk%2TpY;Bvi9ysAt~DLcgb+KSI}zDzSy!0YX(I6LKO
zkUVIuE2xV-clPLXqvNFpqADa4w8q%h)HY}c>Pl+7x;>gj7kRxDdRW88G<kQj|F16I
z6x0t3+a5l@ed3y3nz<Um8>YXlT2vxrLImr|i2=`r0%&+HHoqcIK02lmx84`R1Jk~1
ztLOgb@rc@}`2VokNtYQe{V%QJ)K)b#b+#iO;`1Q_@TLqH@zbc89ov)rQE8PPtpdr*
zQ%#^CyvhmbceXG5d<LeqHKHsN?0R!>a!hW?J>YC6&A=ZS*SAl@gQs8i@(WMH?IO9_
zok2{QsPmPG*`Evx1GZ<qPgP|!eJvr&75-B}upX-NG*|hq;cgp(ZLy5<eLUv3I4bZ|
z{=Qv24iqA;V-L`6%qGt>#~;ude?=2Zk|QQ1A&L%wbteJ{BZ^a*QnZJb&4vjsP(tm}
z#&kDmZ0M&iD?S9e@9~F_KK=fI0Z_Q1)R<ENh)~+lu5v?a&1{ICI8-;nwb!}|e&Zn-
z3%KaagIq!_X@I@l`XSm<ZQ`uKf)N@_!B}h`%*Z{wxXW=Z0?DiqPm9VjW>C7m_p?Uz
zVC5$Kf0}nF82B~MRfl7Tz`!>+e0_>na%Jd2{lKR^$Sb`+T?SH?4{j7wIre7cSsRpw
z#(aEyAWqLwF-=y#jQ4$R_A@_u979~s(e-Wr13#PJ`kX2METS)n1qD~qUwSCG036$L
zv#l&3PX6f7p8cICd4h36tT^sPM%X+7DA7sbg!IYMpEO^uC4L|&H08b%;g4hSjSJJR
zY%++v=I^s_mo5rNIm!YIF>K%rECoV45@q@G{!?E5;sgUrEWA~ecWk}4T;UBAQS3*C
zXrd?iaYCJ5FG|_r8d7U>L9s3D#1{={$^?GG>gt@}o!$a86-oKv8IL#t7}DcqD*!{u
zj{BV02n&^ADu5kXLq-De@<awxR16m@Zr(z|2dRSj;74>x*;o6Ww^yREk)#e5Og5b<
zXla=5Mcvb|F+^;(9DZo2ndmG@5k)XLYvLpA>CQw0=wpds-bJ%D=X|BwR3#b2Ym(j>
z_DFcY(DjsiKqZjC#$bAVhtU1i$<*vzH<)C^RtGVS?e?@u=A~kx=Od>0drcwe4X@>r
zHv$s-Mp@d%ywlUuSBqo*nb0_oP31~V`kwy8re$f~3bx7)Xq3lq8=z)oWxZqqAc}7e
zPR_d8TIhZ;NcG(ke#fi%kh*g3ysg_<v&PK91M+r_Dke|7F?4Nwl4|7pAX6FXj7rrm
z*uu^YVgpinUqu73DZznPkJok%>5rE&X#thLwN|AY@u{CpHF1Lf16*hc0n-<lJ+S0H
z4!d2bhQ5xcWVrxA^Qd$a$2Uw`edO(aSXsjCG@7!5>&6unZe>DdlIaw6Yj`CK$1$>F
zFRE`Snsgnm*r4i!`sIpg6Ey@8IUcS;cv2R!vlMn%@tm-8P>!@O0A!2j=BA?B#Nn$`
z0hvUJ&h&avq8hZ7d?9-+{)(^&E$WKYXAeVU-!i@pF(v>>8*peJi^qo{*Z<3t>4?4O
zetT~;n<^^{v#0eTe#E#T=D)xFOjHc&$;K#PH`YS@!Z?pk?nuNp9D#Okz3SkPpKwSW
zHwG5b*mhVa-J@(Z1@3<(2$sC0o=4?%kNDcV-AG;C_DUiE7Lu?3h=2c))buJe!cvs=
z`n|M7VjYBsp$c&sskbR&5#Z(J<>tQoZT2~u#An}3IfJjpxF;AQ^^PIozur%GGK7o=
z@R-Pv92)al_edVyYkhy);zv#Yd6^;ga!&bh{==`%%VtX1sdI2Tzv(b%@%hQ5sZmiw
zdnjP@@&0`4Ng2@+@trGXaT5LC0cTXHY@m29#vEg4(?wyRY>)QNyZa;%)%6`X<qxh3
z3?Y#D`5pB8D`znxP^UFC$HyQv#;@7T4p-3DL09mQJ1ziqIVBeIsT;}G*y3{ZaSns7
z0)>Kp*(Kvq-1`_~wI{1f1JRy!pf=ZdeSQP{%jkpe9IWVwuEt&4Nqu)D=M?2PowP<F
zTu|vc+VJr9e(*9@$3dl(Yc*YW0%CnikCRAoX=wf@Xs|@_uwuU$8j|F_PJ`vWEEA~&
zVq;C)POSQfTb;@9M(<k;K3x?|_lTFxh($``cpN=9T9;pHvJ%LflG!g(uALUd5VJM@
zq4|Pn!dG<mOKYpj1XNa?K1-IXXH$ZB%;uL9?fufapyy+4K_51Ys=b6tz**7hr3PR)
zfha=pZ+;WQOgh$4LqoOBTC%yBm{4+(3;EtcBHEpAhxiYO?Mk1Pv?M=2|9@sHXWiZG
zBTcgl7dKA>QN+a?jkfc)S3CV<{ty$8yOYH)QPGkK+1VmK*XFA$S`~VU@$okh2byJ^
zI(P{5meH?`zOd0IG3wyIS(^kX;UULh00TjOVgco`9Rlq_zUm%uUeO%8_XUzYEbuC7
zAuM{<upq;oFD)r$wgjSbBF`?Y@RH6?lw*b?c6f0I7#QOC5Bu3DHlj@SxexG-_+~42
zGSMGJIVC{@TeclZcI7WV2H#5=<xf7V1$*?RB*M|^!^7`TQ?jxN$i{LAS#FAQ3R`NE
zBrck*5M{a2S6-k1xYDv<Vi1xEwb+MciJx}{h7QpKU6Gi<mUQCr0@ewQO+;$8xzCOH
z#&>O3fRYRb_&gKhWT7jI`POTy)=bW78!ed&<kaQpkvrNT=>tG0w~R8hUX}sJt0Mx8
zbHDmT52v-(GOjd#p@O01Syqk9*TM!SSVa<rIxW{gcHq(i_O1}B(mU-1xr<Bl2mF`;
zrBNEyD}fXUe3yK{#iCD%uUs1-;(4D4WfCo?55ra+hG$ilGq+v|EAw;hUy4h7pi_Q5
z`!QXAu<pY<!=lRFjiJD%%dGl)0E@jn;y))=C}3oC6k?rIVTew^CVHiqEgYbx#?>za
z8BgHoSUI{^OG>~uu<Z<c54ldXK!ybr78Zg)AZ<gR!sDQabuR(WQ|mfR$WOB$G08*%
z{r`I^R=!xQGEzTrg48L5XYmaeUU#?g;V2(YpL)OO9>TF*EXS@egq#qy%v96{A%}Fc
zw(U)1t~9=VE|QQ7$pFBI(T8zGKBd2Ptux~^lp5+K1@P1UP$O<NdW~2-*uJPL2*@~V
z3cKUM-u8w7uIM^KrYfGW*a`EZK=*z{&f8i(T&VCEun;wiDqo2hWu3e!&cC;hitQU8
zUKC^@Vk(d_nl^*``&TMCxen*_Qg2OEREx9~^VAf9Kl~>RNb!usRw&`7V?`mVV~!$a
zqx89012$L0<EU6ZdJ2E(m`Ptpt!&*&TX5WflJjiMtQS|>?QJAgy}oJBw`43@2w2M1
zRvsgh@HCAm<`vn!TEqgkF#f%RIh9|@KsnT(hrq%528i7mi+>}D$BL=w6+K!p=tLqb
zU0^Bri2yVWH;YWq{hvqQZ*YK?4g&d)rhA`DVAOYibtD<34M_H?z?5GwE{^NY2I8WK
z)2>_ooC;rBS`zX*1+jNM?x0jHqJUFrm9t2QiPMvkJQvs*!1D`1JAaTYqaz~hW{aX`
zw*3UNME)HqLkiR;k4DIdjCfk*`{Vi1LzDfZ+2XL!P-gwZrZ3A=BqVN~TRPuvoLdsq
z$XJpQT>TS$wa!N`(CdVavh8KtAl>S`@NY$=Up<oXVZ{Kksc0&|`_0SrRB=D%ILS%}
zM4G5n4KpfiL6zl?>xyR0nY{QdP05rB#PNOiSpMkv>s%pYQO78u-D5+Q_a6T1KeB@Q
zp05G*Hna=MId|B>r!Vj*(TBlE9Z>6MuD06xi+Dh#Q^d(?+AfN1E)AK*Ke^*A=|BcS
zG;kXlK-i)kBC3Yawit<pT_J<CIDp6+f}id=JFxy}&+D`n5#>h#y4SLGFanipsYLbK
zem7?Rt7@&LtHrN5C+g&Ghgi~61=Wqz$cv(<6bshHTE->+dtS=E0_IC=*iqPTK4srW
zWj|}MBqOsAgzFDZjkkVI-$ynupwqR}gDn{WX#^7Ng|V|_#^rP4!ETj)vks}ld~$Tt
z+e>SgjA4(kM>%vXFBhh~pDd{ENP)A~YFyAgyt0FjG?r90;6%wH{m&-^GT;b!eZ85K
z2t!-1HtB=7hu{uFPMgC<`xB}e^b2|5<2IyZflTPAcU*7H%QIcBwZJ#>cY&BlVJi!o
zWc*5Pa@x#FNSG_rWX!i(ZFGPb1l{LJMXWSB5I4)fKoDHATnKiE@Bq_|pLF@N*3{>z
zo^6rsm+uEn?aRr{ky``_&r>)sa>QU41|R7_tX@t4#dH7e0GIufnB$Y!=g-|IVE3(W
zaQCFKvP@}|Ks?H5bS$h+ZOt^@-=ta$Jv>4g_lN>@)?W!j^AdZ4gMj={kjh@rf+AO5
zdV|F97u2oRMm$zr3J{5SPEHcCZK95)H|MjWwexnTo(N0*2k=C`;<Sk`@=QDhO;5xv
z*$Q^3ZGqXWuqj4Z9BL>kTo_hZu%@rtaO}`#7$K4v8MS?TNrNv>8aqc(=I1acdt~v9
z8ix--pyr(+<Jq$p7fmMpn!n+Nx>ZB3gC&>1q#h*-`Xlq_>22b4Zqna()KRKvFk2vO
zU6gsJLH0A93ah(8y`e55qd<bfFyOLdu{Q}D=)Rpt?Vg7#7n%NqGGenz<(iD*)e`<7
z?e3>Y&Ir5lN{gFdM^juoTrePkn3l+lBD9n+xM2AkPt+p7IeW$ub|)`_C5^*E4&wa+
zF#;PK`_El!=odAV`^AP3E30y;P&yHIy~xLp``uq*{ypEx%gA`&FIyEWq(WFzn@x6B
z3kdI!F)-)NyJ&s2h!mWhH*xYTgrD3Gmuk#l@D34>j~Nys-C*jJJjPL1o!Sllp6RP^
z`4vHGR_4tW2A+Nw^J3mg#$>#!-qg+~*04Vw*o9KHukiyZh!F#|;&`WE27UbX;S7^q
z?ToT`MR!r1&~44^FCo%d?sGx3ZBlt>nXYFND`R`UG=c5}IqpVxK&%_s?~j_VlU(#%
zW9~mkrQ=A#i)sv+s2PYGw1dLAsuDH>l%f*9)p`LVC3BJpX<C^g;f6cXR}@=WdgcmW
zCD`iUdAy}BU9hC~LI%chJZ5nTV6I#^?m#C8Zu^VPoQ}s6=a;Wvb3V3z7g@Espce`M
zsr`6YpV70RqU51X%qqG8WxffG(RCksZ{tX4wINZrVF@sH4z7R&tsop33|y0q_z~(@
ztZ#9A?79FQ{a@jjT1_FeoOUu8b^0^07I$cp53m#m6jqRFR2TjRy`0*Y9P-?t^l#SL
zaIR-0FL8olH9N!`hLN2}LySGOS1YVE4-|&Wc~==G{?9KLs;X6R(0hqnyn7s<*xsMt
zM|^?~Z-#^R+TUZQ?5PDWE(h011q%5(4ScW3-J*L;zY-J8Uaqa?=3ls-J{tx;*5Y?l
z$M6dWjpO5r0Ssk)KHfu92qpF+$rU%gwp=W?b2-||BkSXUT3e6X&_pQH^0Ew;OoY@M
z5jpr<;o~Lc%YgZ8+aAf5E_MF^X}b#o3=w`A`?A^3Zq7vt?h*G(Bpie~C#s5!a=FU0
zkV{+Qnt2i(od`%4E3L&UsM2TrLHDgW4sT8z(Vi*CL{?v=yv_J9@cuj5{Llkw^H5G9
z8&KeW9Yn4Iw=>_P*A>N~>y|#n6d|j+#m1>q^+*wS*Us>@iLo*>ksF5dhnoEtpuO=&
zt&<5xZ;{#4*@{)APTCz_+m5US17e0?5$VW@u3VX5-km+GIe?9TbxbI#M*Bi}TtasC
z>Z^a1aF;qpa^V#W`U0e+EnW9LdXg&>_~T*Qxcj~O;8bk>T;$;dA30stUKO1FP_ObN
z&@X`mR@Z_R!?CUgir#_QE+nhecMq=e&yy~aw<vXYr>i9n-udTlg0JE-SIHXz*<4y=
zTUHylFEMHV{OQ1UANk=8nIYe2G@ObTKBzw+SDP<4R&FN*Yp%u3UbR5%7uZJxEf@;1
z)dvU~PB))F{+pdp?c!@^m{N0E?MLh4L*A9&AybM~l>IqlHA5BP1VLY1Kc#Kz3U?C5
z9*Y@ZbS@mFegAcZ1jwn$$yy$FR{R^RC;!I_9D*RPHKXXbq63bCOQV{@z{@rIr8!De
z5GMvR1rYw;S5>iQDp{BsuJUjyC%UtaAamFjgc@}D2nL{N2Kw-e8n$9TQ_JXyBu2Iu
zJtK~^Mio+MQt&VIsxh#)ay$3$FA>h7g~QD&s%WMqo^e{wXfwJh6vFFY-45V&r6xZg
zKvk#GelscwN$~b(Hku=3Jq-JD_G5HFV9UrW7`zs|NrJ+&D-sF;>w~VQZ8tmpk#dT9
zovfCVS#eR||M{@ZT6~+X5<w?Y_y(^o%MNw863USjsu0+pT3(!NK5U4PNJ@EBVAyeZ
zfDB*+qe_)PNrkUIeCyUmm0q-VGinR?D2CEI+kW4-e_bTBRF9DEHC@sff?>Yt7*~ct
z1NwN&xnWC-__sP(kC`pMUofjB$sxO}VzXk68bs*T`$_pwFffoDpmrupUtc=a`u=%5
zM&oO}EkV!GlsBVtYDKqM@;$0^3FT8JDUD19*ft!$-=#in->btG>c{{Wt`;acQjbj@
zvfIaxawz5&eZfoGl!b?r8;0a-+tSU@!A5a^JNO}7<vK0S4A^4V7U(VQH~Nm4{qL>U
zqW}U)X5BIhTGFYznJ~VVIQMEI!>YL{Y*njK!9&sQM#6i2HYs~8b4d3n_CG8|^LAuy
zXvL0C-uFK(U#s$UxqYMa2bUHa$utX^{Cw%aF<LL@K`g&B)n~0sNqwd=@N5@_ReF&O
zraQEE!}pZvRXa3C6B?{|-!EDHA9%zrx7z%jIz=CZ|JadX12YJ=Uwx|u_YPVKAyM%5
z%vP;D(F|^?jaZnWTN=*Wkw*mv82(iP|9xY4^g{9ossyx*6^kt9EA$Z{SirWv%+`ze
zWlT?R4+Wzm@-<=ZaXfIOVv9a`2c^kFT*hXBVovQhgwN2sf8-M1-AruVkGn!ZeYcX~
z(fJ0^vEhp;_gNx!Q`AM8R@0#{#wASGKmlvvDtGPP>!yJ9bVy(m)si3&F(ndooy$G4
z5PXn0kw)zT;RWRjnhH$t`GbXYn!j_jLl_4qEs5+fFLPhQ=&zN2nns=V#7PWxgDWn(
zLVeflO|OwSA!#H;Lu^%-?IOX>M&5}G8EHNLtcu3rjDH#YX!j(JcmyWVtjg~05u&QN
zuHg-Vg?#@^(ebsoBEBEs{ExJ$DCSK4p7S$zv(o+$M@pQ+LvPe$H#+ki1W0~XnILO1
zZNUa(AZk8M(Nq$HPvEDLMcBdflh~Yw8M28UKTz?ctJsbVT~>zIu`d6T6Ld!|>VS-4
zDBx&fwV}aT=@n7h6VH`=dV#c1)dgS7G!c8DN0_aEKHn!@B8dZ=dV~&7$teuTKq|64
zapvL@NBp^8SkY5H?fdl1S0ibme@mxRJVMDtthn!($<82y5;K)M(6+=YeCMiiB}zZ2
z7nEd<8mtz)%Tw4id!)uyyzhO`5l%uyPKa|GWn&*#&}G{dn&|Ai_?$>8ri9dnWjzB@
zEV_ip@S_A0NTvEs8jL;rRVScUTgTSCkt@CR?mz?RGaE^Z-=HYjwmB5j131$4Cbqf}
zeLdrXc06vvLvn64f<avZ?hhoPy5+Ilxx*;z80%z{F}YuoE>FJHll6xJAnBi*i1@xi
zeX>pOVN<_}gpysFrz&}l6Lx-FkV~F%Tf3Gt^VOHFX{*vnSJ~Ft@xqk+HWelCQ~8!v
zRnUutl_PjU^hI2*axTs@ExRmPnc4YoAbpJE!P)!P35$dzt$$9P@so*Yih}Xuk%baw
zs(OfPr}6OG%#__PjL&PKK6#PlbdZ1j2<8;tSqvJm6ES;Ywsg+rCfR7tSVM-7<wl;$
z)W=!#K+GJJFR!U5BIj5TEG+-*A;k!87mu4!HfLA({?J?!l<~ji{`nIwuu1+OcYgnL
z$e9YzyD2HXRp6`wWA{NU&EtE4lAgSylMUvIVr-ln+I0crFCYA2E%OG_=U$9wie%ES
zw#fXTF%vc-rnJu$&=j0M%vL!<T2Qq~6kFE3t!i_SSJ|KmHy`mv&p~_4r?K@NDTz(L
zw%z_3T}=J{WCQ66^IC21k_Zu(RVK3OIPa(bHofOGL>D(}?2fFJc>VK9NnTVBddo>N
zLm=ZLy3K~*Bq>)=@&TOVmkr;UXB4||q6bIoW_!7%O)C;!f~%@75epeL@;60d5mTk1
zy;*T6jRl=sdC|8{ik%1yal{c;w75rP(KoWU7h7`hwZwooqDd|uY14!UPLdqJOgr@9
zshu*rsw*Kc?<>T5x8>+eTx$iQ7s0oT_>O3fDz!igD-=z(Al@mR!&UP6BY)@^yZMJa
z6-eLBg;&LpQpZ&{v5P4W{pCayFn*lg?ivmShDHn(r*m!4<6HYR8sNLM4k?B6%cl4W
z<DlI}V?7wBL_g=4j1r!PQ$j$tmw*`lLcRB~`LPcwAJ~3|hcwc7aGJ5^Eb;7bSMt?v
z^j-T#>fzDEP9sBZ+x`(9xhfx^a6lj!1>?KV=}*;o;rU#ZFM{opeQ>x%e>445vb#`P
zT2%&4R#F1UBn*C&d>?j83AZ~ei}+La((oOiHhuqN$s*`A^(vKBN07E&(|PFLW^R>T
z>L8Nh`6`pzGHS@(w%3>2kbhp7DzEqY^eu`13!hcpMartcweZ0{sOUX!M;r#a+0SAL
zms0{(Mb+Va1$Q2Gt7ed-#qoYF%`c-E&&w#Lm>g?0q5+m_PZ4(4$<6JZAY)^TaWkrl
zx27<u147Bmhp!?hWNk4@>5Z4Xcc|ZyX2ue1WFCpmc}+2xE@tz?z}3vDp1{fP#dD5;
z^A12@v5S(|Gr7<LN(BFUJ>EKxot`!UjHG%km;J<{GYNr>$-1>sDC-{1i(kcjgW}z-
zaU+?cGw+k;p!f>8J)gPx2$f2BZY2IDQJ#33uUA4pLcND!_4}*{vF>H4O|;I>IAu&z
zVag#*s(K(P7BYkARSjciKD8BT{8QCWaRXbmSFloN?f*9S0<EPrMI7}$%L)q*ORF|G
zpL|HN*4Vu~om`3~4HZ2X8zb7TN<0&n=Y5RAgvON~aw8C@=<teH#)YT8SEkuBT8V_z
zYY;AJ1gj;<C&P0A!}HOgJw)IeN|(MnR`<<^?f$1CFLJQN-u_2T(xQKUG409)QFHbA
z(?@x0%uxF5LgrSK3``kbgUsMRYo}8^ZX{WHoJTcSUU<U$I*%!4e(dG|zTB|S%aq7>
z4XI#G3B&|ab}ACU_;t^kTdA={J?Y@)4cUHenAp>7y_wVAWJNk2K4+2Y{Ep<}9WMK9
zP~_oeK+XRa2)G58D#FE16VCQ+mrggnrQZhPN)jZXjsIb%hp=E~)G1&cT;mg#zEs#?
z=BgL%^!E0hR#JPBPUJDoCxmE)nq2PlnKUNV@$Ztxe=hhlvkHZA^2efnujx>ji9I2p
zO{<gdL@9XobkbYdg`p~45)hPb_*nQWa#i6GYyErvYITCX;pE;OSkjUHqkh>R)^a8U
z9gYu#&i%6w0^GZW6KW-Vd7#qaXGv(8Xi3)s53H`fI^o3Q*$gc6DB3&U=X86>WGV3h
z)T}<e#F90bq2;P^doF;t!`#Tk-R}=P-u~-5epIo<JL6fG|MI)df8CGBgsZa(++)Z|
zAQANt%SQ&;Pq#_A2$M7Ldgbr<Zx&Z^13%<=Is`&7NL$rknbD{eTK>-EiFi{w|6{Ux
zBZJ>+Rf=qnK{bn{nD(gW3=F3BsNZcxk`xE@)hM8t{Ksn6$BX-_SvH9*r6(r~Gq4nS
zEke?I#_mmbIx*d|-&EeO&?e}&c{_WrzgRypYk0znTZf{jT_e1f0OYvU?$Ej3%##H|
z2J5zq2rL~+p;*_q&bNXgSz$n9axS7=*f6P%1-T}OenuUKR2&g!;TI7#DDD#&gw5B2
z4f5JgkolqFx|m9pW>3|VjzyL3>37?gAP)srf_!L_HkFtyC1m)Z^?rl!%^djw^Gzjj
zD*ML%eS8VR3$`b&Hy8=I3Hm+8cw-rRJi>^OoX7iClNdVg?;IPPAL~S_O14zfpDx?{
zze}B!GWYd{!n>kT*tM@?OM@T?hjM4-I`=LPM6M0mPv}kr079n>&|cCrmdMINM(T;a
zD5Mo=q~ija!tLOc2|pzybUV99lr-+3q0i^+8ewM@26c(!{nJ_T&#=M!?c0gn(;1$V
z6k)(WTeIn8{}UZWwaAOlnFi7K__`0Im6Ox$YOEJCkB_^ZgXGC$9Hz~JI$x{0;_QTD
z1B^Y^^ZuU;@Qi2?%Fc5&`ho?Pa+6X*Iv@+tWHE<Ym{FxFh84<F)j$HY(F>X@xo&Jl
z+$h`+0v8%QwMtBQ@4yLZIWY23C;>v|XZpUGYQ47qKEok#Rdl$YSP=ehSXA#diOr*g
zBa%T|MD;5YB}Cc|aZc;xpD{uzC746pK*u3*=!w?SELO`<YQf=LsAe`%Jk*D0N|mA>
z#<d}{-jgvCr`P59wjD0DpdDD32#5H<k3a}ZxfPyIuU$gysO8R374}QK2ONbtPg9lz
z2WSftKFQOfe`G{i2}VoaR17VQgztdMFwH;Lk5>=Y?X!7i@C0=yf+Kk+up%F?JOl4W
zH$yJ0Ip0|SBU@9WInK9lW#4_?cr-mJtW$21<uEwy3cCMW38KXpJR{f3chaNYx5jix
z{s0eH%7#43w;TD#eA`=kOlvw+-$ZfizhhaOBLC7jlUDp1XeO|R+U*fRefM$t*mb>=
zitP+dPN{cn{?y@TExdm{F|_ge>di2m`x6^SW5!<@Q3^Lyi|AY%a#syL=};J@giKfz
zG#n5Vz{P~LoKN@i{bS2iPVCPPLU3C&AL^8Pc7Zzpi|kH>lBTjM=c=`+QjV!=@xa3e
zLDbG|&l)J1Y%#-vDYq&c(ywshK2emyta-%tR`u8rU86c2L^jyhoI@QqfI>FG+|xWL
z)rd1)*I#6YTgbqPjj1!Yk)>MF>TVMY1oN{6n%Wur=LM)?dv^pu{LUFJuL?7o6Jir2
zD8hTZ`%#L&eK`if$~9-|-!S7peJxx-)yZbg5wX8ZrHzVF+x_)Kc;fR`F9B$feLY}v
zl}ppTToZF6*?x*nxK#ms(%V&sbAi@76hf}X{tbs>zk3f2O=n3QLgLE}QvZPOmr%=f
z#4oo~d1K`d(A{PIZ!9oa47(tNQE1;yZ^-pBqqyZxGy1-RNW?p#Kyp#Wd}2z711P~p
zS@Y$EnqwxyB^xK*4Mw`oM}Q~?M8!*a3&Y>zFEa`blfXfI#`{9BP$Zf{2_7(3{v-vl
zLbr5W07GJ9oHL;U1=b<ixpbf`Y5fmB#&X?=+p^hGegfDd?Qc`QIKS)5*5xxFNx|T@
zwD{hJKgEr|i%%`OWW*B5aS>l&tTq(@wS4-;zR$&~MeM-7qI%$G|6XBn7n5bozrNKw
z2*0xnq<ngfkTab5mHie2?QcUz1d>NjN_P<5HMx{Y+&!(dqu|7VqK-atMc)1g%}okB
zg{{!X9#3d`{>y~b`x_pi<S!7=k#k$Fd%@K3DQdwf#N^der<y<d@_#J5WS4^KnwvjK
z^Zc~$75Q31-aAgTtFrVDEO+YJiUy~*IA$jYuD47FtqM-rWU*ND4TmIXb~?dTAd;@`
zp^*>rYNzeuS^iDU*E~l1s7B_}qItr~ftMvkOx#1%O#}eE0Ss`C%)lU_7Ww*e0$lc?
z{i!z_Z$yyc1b)%zfL-PIdEnGyKb0oA-}3q6_ZpO2*hA5szyq(oWQmLEBfOMsrK~+_
z98D#t>!xB962DTgD)){)it5$cOVILE9Oejt(r1Et2ST-UU~VkB-!0T=pb-61ZpaG~
z&;q~yrIB&56l0Dv9hZnCftVcrA5B*o6j#?YFBaV0-QC^YEjYmm4#6EZ1PKIpcXxM!
zLy#cB-QC^c+vlzNs_xIN+FSRWIj5(mrzcfhLB?%RZAgEjebDbzSG4yroeL-20Z~q(
zRtmb#p{{AQv*(b9Ecdpx&SyfmU=QFp2OZ#<Efb358wN=6KU0(>%Cqr0s{(iwO*kti
zrlgv7wk1?A_8A`J>z!T4E#<9hh(?)0&<&wBvUhr9QM(-3{f8-l4&>M0HbxgtVK5n2
zIT8)Fw?wioViDXS>5#@HSh9D&Loczc3_qr{P_qHFB&JVM$m~Og!tA@-am&e>e5ugz
z0LlnPY8}<?=!@j_!}82mhEqB-xa-+P((#<^1FtvavVq^DlHvjWLl%>N=Y`1TVqs!j
zzxfyM6-uB%^93VK{xcPRqq#_i%cx|_<E6RXcj*$@C{1~~bNKTJ$9a2NK))qMhZk$Q
z|9xajpIj0GTYC6dIk$e6^;#SVsvMmZyUF&><z=geFh#vdRE)!b55|xfsU^0(It8~+
z)$+k)f;x~)c`}TVMy5am_T{ulrZ<rl=61P|naAxxKVy8TjhM4hdm<n3<H_~l6n^or
zPPrmwo2TAarw7|J?L`zU{DzdjpIJH9%>e@!t|J5{VnuOSI{W32K7uM3X$h=ww5p>q
z?FhY3Y^AV&31qZk)uE=(&}ZTj+nkU5gTLYk$$}5$zn~KmU*Vt#i5ugtFR0kcOsSSi
z`5U#<4Vh2AZ5q7JWyGTX@val`vE}oP1#sB}JOjP#E${&5&@V$?mo-4m`%er~FhE6h
zIb~*5C++FEwKowGBLJdt@MUT{#cI|vGoZ%#n_K5;>ZMAuKK2n$1+?117h;tV@u1?9
zIxj*FG)sANk5-r-A~ndQWw@)?Q6Mptaz`o2Z_$;8{BBC<K(W9og9|}Yf@Zj#@*1@F
z`Mi-PH*LqWHK#j;suDFaj^-;o2d+a^5|*$#x)DZ+f32EcRPV)>#J9VBlyE18P?51N
z+7OCDj8a3StHBh`H6kp=_(u2x8%F>5M4ti+)ohty-U+4a9eF8Ree{IgmcL`0{(x-d
zSn<%r?rY92pT=JS3ClN<WSM3$IPQ<XOMm!5S3me;KZ4BmZ9g@TDMZ_^^GtGc1r{7|
zDDdV0WWlM<`36%EgBb)-3)<J3tu))a;GR%y*vB67(^r+R!n;sxn*>)sd?;{$Z<C*g
zqaM^Pn{rmks96Z9s(q)}ZSxyG?(V<X_j$4Jq90V+i>##!g}wGuL0_*ec5h@du!FS|
z548v~pUKzN<msu$lIa9P{%Iy_$^oCh{rsHIDk;Ut00A=k#b+-P#@rLy)#ym%c=-Je
z6OHTBYC3CiDIO4y(UzN>N2IBB2}K6+DZalq9y*q&+E<H9JS<(w9FAAz5ZXjOgF^Qi
z@kidx;x}J(qwf9cSr|dYKAguQx?fI+5Upm`Z_w9_0;H1qNWYEawL-UUTo6nHYxNDd
z<?Bx2^gK{B)We5P7Co?LqDP~xl`;*Y;g6aH#d+^(9!rwEcL=xD&N7-r4qLZv<^?0!
zI5J?4b$Ba{W1VVW*+iDUXZ{c$&@+FZ<r~*W7WrXcO_X)JAfaX}6lx@u0Ly!k2_~H!
zf)6;BsRUHD<>)QR(9c&Er|64{e5zh8v5v0^NDQ$MHg8#ct{pU$^<#(eS^0jt^=GoI
z`n@#~EzGg|5Jg1z@vd*a+?Yqltlyt44}Lu3ZU{s#KVZVc_i@MnQnZ*B|9#D}VepFx
zD0lIn{168gwZ+lwrKlOT4q7&@L&9S53f!|Fmsg${Xi=U4Fw{n8AAi^)0`-3FlXtM#
zhwh{2YS!rBf{=@V?gUdLC$v-V0+l&p5E({dTq|_U*}c!=>g?^*8ZH<JtD~tUPy0Z-
zaS<qyOxzJQzM$z}YXssNiNU(V8X3b@^$%!x2@T(|rA|;DjGOH_^H5ks9<rpl0^cS#
zg)kR%)A8D)KuwO=XnKX8Y3@O?f#`PyRL-NT#N&Wx+{%(4ValAB!QX+}2`)xk-s$7P
z0t0!l_Mw7@Qdj#Mas=YoN!_t)hhb^1MzN&|QlD_nsgx}fuJ-en8g%E@Z9=6sjE42t
z@9t+>hh1oi1j7yM1LLL|aNX=f7X#^4gg({k^fuQfSI0UZ{={V$pEdWWGp?L+pW5~f
zhpbvY`*9aA9Lkmp`9HXIEOOlDX~TG9h<zz~i@i1jVlhZRBuQ2$fgvOtxkHNIPwCxH
z>B4(vPcAnHjk{VUCh=kl8$*E($#afGmtu9f-(UT`UeTxRerk`kJP=PL#zm(FY>$LQ
z$qL5j5hsb&oFfMY8oXbYy>4l?d9c9O3l{7rlJ(2wQd=5|1`Gco^e~%ow5PMKKM(eg
zcbWLDjB3+j9}+QSL5Fb6$1i_pgNZXs-=CU}f<zS}i9n$UlG11tUMQVaT%>guQ-B3+
zi8vy5O`+Yx^5E1!KJq0l%75()o|VG+gg3s4bJI#cUw4d=WY~Hw*b`n)Nz;HJjtOhN
zZGxw-S+s>EF~-m4%qEwLo_uWBEaZVO?Qq&elZ)u5ou=B$K)g?6kwH}=vExAQzjr4W
zCGCixd>D5}=xIA7O3$sw#+|HTPJhDL=1g1BeCs&M4?0(8t6rE3`MvgQ@FS7%dN0(E
z*-xU^6;ES3QKthTNe_9-HHv2}<NzVP`_Byw`kVfzvl`}0g=C4JqZCf-GER2^`0jev
z??$Ft?l`+w?YsnB{@G$1SnuE3JZDbUhd=TWyzM9}?Bw81mj?rN4`0c~4AN+CekV<e
zFqJp*-EMZcn(4?+R!Cn6W&-UrXrT2jB2|`G(NlkKFD$M5dtXOS?PLIc3I011nIMFY
zn3x_G`jq-`5-~m;SwwU{ALqnAU%?MCKz-?nA4LF#f)Ax4D54`PSox2P+`p{g(@Ju;
zjhi=TCoLUMg4>6`<GcZ}4`l~=9mn%k21)zB-6#Af`EjW)8*q0gjbfwUUau`6-M+mQ
z^)U6*j<{d^;axA}efMdTvMc8Yw3z=~i1}2atcW$ldzIA%tJQO8`@l-Rk>g)-<U<Py
zpv0Jd%adN%c_V}VR{)|Zq?HJMu~0zt4~0@|UFjHr6GTG@mMGIFgHz+?g<O4UreFSE
z#-ZK6*%v$PXTc5ZcW%8XA&FMi&V0revNgxv*%DBucBiv50am^~8oJGAEZ=hZHeYYd
z5@w*PNun=i8USQ@#1+cuZ|{-<%o!6)#nw#W!9D*1<&s@2P@7!94bJ<JREWL!@_gDu
zls+a>sJn?Apt!C^r+I4`{4Dl*T$#Ih-^fTiKUYtJxnC$k2U!ft0z`{RB*g3ScDD**
zi0DSxrIX#M?_wrTbfC<X38lZ+yvUd`p)^s5>ZjQ2W1luFgfYa-aM9;vUk_=wFHJvv
zt54(lycIqu{xIG|$~P2tO-{|gOfxMiGE<@ypvxHsMB|=hNq(9Mc82W9u3>*8f8J3I
zDZq;c7a(l?<yl_mZW`?yRA`HbP6et&URplCKoEbJxP<nP{K~#n*$b_c{7UwERREyz
zD6_l;A2{xPML#dJTT(1`B{StAYvx>uix2L!g=V$TjJK8cNi?eXv300%Zg{t}8^5<h
z225KlVcFSIG#-oke>)HmZHs8J(xgblgBaw+hflrvlrgwbMbvh0UQ2jM=Jq=vzI?N`
zfa%iRf5?f8U0OAO?L*hqk-g2ZMuDcWAlSo}JziU+G$ueZe}$1n>DQb%O*96e%Q0ON
z7D@GdT8cBs<R7f$9+}oH1IAj^loxbR->_~PO(}BIu|5$;pT+1DH-6jtc(5k#tALTG
zd}Hn_7n(%uI#%&pbz657jr*lfTgZ-mrauQK28ZsZtTx*^CDH-|Wwf@_)UqtP5%$Ci
zE&Rf$dP0?$nZNC`{>~1?=a(AB0>`06&MQKAKZWJIiPxey5Tcf8y@@Gfv4VVaYOAHt
zgmiTAp@}t=r`|I4)ATSF$uJ0!c#sUETc4pYxIaAeTG7RH2_Lj600l4*NkLL018kmb
zRIyfv7w)<Fy&=7bPdht{kE%}9IMF<EgMpjS;hh+xqGj$$vC!eQ!(Jco<E<oPLwYmA
zhv>&=M7#WdOh|EVkJ`OEzff}Uvgcwplr>fa6hY^W_kR7S{C1n!d5rkR&mM$9DaUd5
zi?*IKS8|^@G;8p}b|wQ(V;R4zyOPB6JzEu9VnpF2(VdjaYpg(D?bv?P0k*9%S@vNc
z|3|F5=)VGf;bqm5QGm8_r&0H9Nj-==$A>jGPU_^|YuKbVH?W->g2^}d6>Qls=CSAx
zR7#$WsE;$!1U}r-?NNUr{&3oKM0%>R{}?oQSIrH9t3gOSy$&zyHkCOPW;D>jHp*<S
zVg?DOwEXtA44ZGUPH<k?rUBYIRzdiG!dRe!l36>|wCNtIyL64oFcY4B`MX>Vk&y?F
zqPwi15%A3M1gNNKw0E`s47YF~3G-k7tRG|`v*ISo;EKoQQ%{!5ux#WO1VQCVLmte5
z&_Oj5+j~2f1M40xDNil(s6P!4FP@@7qogYqLah{R%#1y@4@b`prbw6HZ?H`jzAf2Q
zX=`<qAc^_FGCUFCZpY~qEet`UJtJK(^h`kNd$&wtrwB0slu!6TlJ%@h_$^8g|7b<;
zG(xcO#EIxVff3R9ne0{0#<9s^P!AIv*+t@l#jQByROwBKe%_&4+K-7D3vC6CgYznH
z2%4)x4>V{;s>gYEl}Ir&=&Bc`g@Q};Tn`Gs@@_Q}5*tp2;-d0J>xtH>F+XvZHO?h7
zwPmCd?Z^o|ov;m_Ocp*_WOpu$0ks6J@k$c1_S96vW}ph(PRNK$b?1Q(2SI+QVXJX7
zSXBAx!t&-6`NMxi3GrRJ5!^@dJtpTioa^0BtAJ7V<AT|>6(;<-v-pqO3*n?Uka*Am
zkxG6Kn9bPp3S%LeoLtiYb9+c|7fj@b*40QC)i(j1>~F6IH9qfcaf}Se335#s67bWw
z?<#;4RlEiqq!b25wkj(_!DUX3cl3E8@g#e2%o6lo2&UU4l!(mM6s@#EM3p%zRw4#S
zh?X^jGI;_Ag_fg*?6+{mY6h@4HFD6(=D;T>21%*OzNdefe~dwT4guOM@sc$%Ns5Zg
zjHI3_3R72B)3;qkWMwTL&Mk!0{#ybW_HyX<c~otzJ@+F=H4KWwM|jek*1g@KiC(tC
zM~#u@QI{5lR+TWwM)Fpt2#eWHZ5x-tuIEq$0DMi7j#eFrp51_SrAQEWK}No$EPl$I
z-MvfVRiVM_WV%NI3qHFOW(7mIMD8orsH%<rXZgmZ_E&tk!hco5QUR1a_*btA+ls*l
zfwYAK6GU(Pl=wGBCFU$Pe>)uB#E;zyM1d`9#CLb_$Da%Guo0iH$@%T$_&2L$Htbla
z<(c@_pYJwi2VBh*sK2!M4LxO-NZb?b-P=zC+jJaUZ_CnvrI!Q_0yK&;MA24()At1l
z6k<~#0x``}9jY)<;-{pnnqMY_;|v+ZXX%x+5VY8y%i!Xck8P0^1y2LhMFVXXA+;VD
z%i99jfhcpSp|0kiCxhWTCScf6=m?2+7N-74)pmfHJr&dZSB;kadyyWN1iuhW)SsS1
zx0^r!-8pA4bNxFaBUHIkSA9BlO!*|nW+Dkr#}voJEZwc%Ku7oe1@(!kMnh*wlj^ZU
zQuFLj+}rN<XalQkXW@VOeB9YZSw+NMI7izU5$LX?ahfP$3B)Sd0-%&A%00U;-n>ck
zWm;kiky93Bcxz0Xm)${C^gSwT4*0BrsrG*tP5)Yf)H$~67M5tb`qEnAE{L5T;Utd#
z4zwnnRt`5q3AN(}4_w2_aa;TGPi<0>jj(n%V|yq0aE6|(W!`l%FT7Mt$PLkYH(GR@
z-b8jXj;&<<n{KS#ObW)K=q%4G=YaUB&;lh#h~0BX3aNxxQM11G7^X}<LGkoAjKpCD
zKcOcUzqhXI%=jFvsFIi^b%SbkDrTlgTc(<RV$0;CjwYV1x-h^*Ay<mA(?D?Vnt1D_
ztuMqnX|NxKdA6iKz+yvUX(Uj6m|zcv#~`=jrw;F%$S?i*gN35$V(<aicimus@q)Tv
zTy`~DVKtynZ3o;qH5Jl%&RF?^uo5%fk?=E*@(SuZFy0j&O)74Lyf+7@_1dLqe7_|T
z4*nhEq}`(4AdR+{zAxe{M(Y9vF)Lmz2+9u!j$SzZUqM&%e!Z%<39Uw9s~=Hv)Xlof
zAt#c_J&q=XqOA}<e4$}kN(9Y^v2&sADcw#b>>DL_#zu6Ll`K8t7N%g`eS)G<pXvmG
zfS_2zm#{eF5$~kR(utZNEgNJH5}A3&b#Gl#Ejm#cD`7#ETv=L)2Db1rNi|(~-H3<x
zZ@N=6c+bX5?<)^)PBMt-&49OH1~9wZ_I6)kDFIYWG{LCtK?3x8<xP^}*ed5dJa9cd
z27}vH=?Vzma(?D(?33YtaTQe`AEm)_<3m*&pe|SOD5#$eXA(c|2VYxQt0(IrsDgDo
zFHbK{5shmz4C$CLwNqF=<I*B96AUI&*}5kqMC>ZY{Hlq1V_KTQ!CeU|s>UpQRE3k9
zs`(IuNdnN?V>hx25zBmG8Cc~36xtG5NrghUud1~|^J3mfL4OrKNmS9-qxYDc4Ns*m
ze*ZQqD($UR8O%T0MsOWz#(lx|3eCD7mK`{i-9H8M9o~0BTg_m5zOY=DzW%n!nf`Z_
z&Q1M3XCQ84TjgO`)v(tIJIOR^w%AN4TydmDdQ13-mpsRCjYa<7r3v-XihEyQYa>vt
zcQXFR6bd3z1&V*buMV9c3Akjpn)3Fy&1|81Ud3=qnZ)vZF?#QBp5xtLB9Hg{)jknl
zgDhNgv=iRNbZcQgSpIj$kCe3U{L2fzm=J}@{bpru(Jt(qyFka40&f+ZBS35~c+0HS
zhBp*bJbbE68}uU+#z#i(!s+AXy4Wg!m4Oj*938a_BjB$tAqa6vIWWWLoV2DRCr~C)
zC%xCmmf|b<;ikI(=v#xsTc9oJWrK+&u0ptagFVph#?BQ1-sJdV_qcw$l%F=E3&*=%
z4KcP8nvN5ow*_(skQ0(!M)^$n0^Q(F9_W0?C=XY1g44~Hpo1pp6^@+c6hTOXb)VYt
z`tuOI&v0MQskl7tA#G_bm1zJC7u!aqli*vt`$kC6W{A*^&)&b;Xl1*!!s#QCMlK<2
zsvaE2F*!2L`?4SBS{|wMVs?C)LUx=`>3B+1GF}(@A>$ddg5GqMr~|7xadN<Z*9fSk
zH8@3z8kmrykdq5f66M*}P~bm-xF|v{H<zWiTDw?t`m(m_4ClD<jU<7XGoFqrVXe3Q
z``of-B99GUjxnX<k)u4L?dO&pzh5c>wgg!bkPv(-xdxqZcr@s^c~$*;nDAu7;W#**
zkkb;uIxq@GHO%V)%?FJ<XEQ8izULwgcw!r2lHmPa%!>MUB)HWkxCVY^Qo<nl8W*}A
z!;2YG(j@VPWqqiT5k>6Q%2FI=cQ>1}2A|Lp=kf|=NHu0;(niS`o{DqANQ4liy$<?I
zTfavT`bCm!iuj1gD$v8eGA(in!S(+bCn|Jj&#y%SL|!9A*BG_BN@9IT7SRoGxC~4<
zk!G&!7S;Rkog23uHI}**kHs#_HIml8ej<1_9R==Ki)5XzQUEx|Gy+!G@q`@zh$K%;
z*z)o7A2f1;@VtMj5N0$tHm?7vKE5KPdtxTX^hdy3IQ|g4+09E8nx&nl17TzSoG|f>
zRvl&tFAb_DV}%IkuerGn>pF-)YbDsSwHTZ?uu_*0bl^x&Qz=2>MjW0Q_3aGFB(g-x
z>q?h8r6lB!YHdc!>-h4}wt%@wx3`B1?Zqi)9VYnls5dTRXkA>$t~s7Mv^^#|^op!B
zaG>owsguaFryc8j=6yoVbTm)1vCSC?k=2z$Oj~O<>Ny!K0YH;mKi4MP+$czn8Q+$R
z{p%;5XkP`6uUVn()f^tB=Q#2Z=qlY6IO{LHnlm3%D!}j*3)k_TwCm$U7^5fhgh2JJ
zi@mPman(;R+3ysT-4{)qI01=2D~bmxPft<a`!=+(7rP?0VzJecU070n+`P_TQ5XwB
zRisu@{VIB5sU8O_20pGd!iA0HfpHB5l(L0lTN?+Hrd%|EyYT*zw2UR<f`^oB8oaB0
z906!hm2BtDbt9p=n%$_W+#nx|7d-ld$=;e&as$g?NJ1C@;v2Sx1h!;!i(7J~z*e|R
z$J~y(F7qjLOyY~?mB(_{i*ZjPu!QP25wD58up5JNML2pMqL#lMkSS&<RCOpvBlA1H
zy8p~{p)Tg8xMX5ckOkksf7rwltj`TV3(*!y*<5+V-oiOK$FaR2rqXQFo(q9+57bQ}
zNqDJ?2OFDzTjnR|BE)Qd89*gd>1Y1+D_DiDu5I$odM0aS<C0vAsOE25Nny#N2U_1X
zVU&FjJ_oYB>{>2M6|LA^uf`qSM<0m;+LJay*=Ku+rZ++3WD$d^T*M#yX42WTJZs5b
zvVSUKzC0fN66eNd>LO5b2vKJx1hu?xXRm!ky5yg)9`d&vS9{H&fOH{=%=rptsqUXQ
zR*n7WlnZKiY*<(>PyNrfVeN!~<-2B5uVL3sV(M{ndT}Zs)9Kf#8Gr_Az|nY~+4@^>
zxUb%LjJO)W$ebY$`Nx?9H2#;V$b-`bF69fGf2dL9IRv0cgcE0l)#48tzROMWOn|0Z
z+=2#Wx{#sas<h#_O;9j8^nu%_YZ1QR`2u8<aCDy`7mR-CQb(L%nd+LzMB6tU48XlL
zoeGUk*s&P4Oe%uwdrvRYMTG-!uI$+G>^@_M$IL0E3O&Qp<SY?8`FsTxG0-%WBPGB8
z&Gxc|E2Agbo?7-QwqbP5WdS`)AO~3W@|l+FNbx`IlgmS^v2oDAjAQ*Hk7BIxccGMV
z*O6MAfA;j$f(l*}bpCYRhOiQ;tI5;&!-gD_^}R1HJwV6tr4iUG)Tl;vR8B_b8Z`vb
zV1VNT=auX|nfXz*zwKr9juo1vjV2hZ_Q^Qz`{gajl6cy28Su5=y}|v@LpHZE>#Dno
zf?EKW1h$@<I2J+}GX3AhHgQ%V_d0j0txAcq2ptP@>S9(zWrdalg58X+m4;pVFL!11
zkr8&i_FrSfTV8@BpH~<qp+QC6w>V)8%+foi!Vt)j{VBiJsu^1SPHGqw&&?Pua49?R
zAnD-x_9aLKB3pINNA~}UK3w-Mk|g5grOAYXBtMV9k<M%_hi?y&lGh+KY`}s#ZQ<zD
z>G1Q_XhtAsC*`&)lON6vhiQnTmAK>ExPvChEy;VY{$C4l%5Ky>Y4vK_a4UUbG|2!s
zuZh$7@F2Xan?ZB5eCw9dzpI;U8%^FLqiTfN+>^krz<uVcFyzF!Z1$6rZ&<eg>4}QL
zeGm3fl5m>x)^5tnoI>e{exlQBL_Zp6>^-iS^f8S_tfd#YQqA45XM@gM=YoWudek9@
zMpmLR)npG!bl)hVILXr}Mwa^*_?*ch<WWM_vCeen&Y^LGwgj^T4N@Wg^SbAkE^C21
zb|35AzHB@#hK-!4DRDD==>1Ps`T3BUd1S5{?SC+UH9$X(jY4RXoW5u#k6sxrQV)F#
zSL&+oixu#BrO7963?Pnawds9YO_}tHHvEP&vhjOQSh|#<5z-O{Lu}}0?k$oah+Eaz
z%Pt}EPzgOtUV$=G^{~8J!^I5ucR=e|dVmK&8rVnbKThg@T2$08`)ERbuzw;9?r%#%
z242stnq|L6WDG|%u&+0gGlc6K5>;YZ*94VH=n)&1g!h5iLh&uFotL^EH6h4snJzfJ
zS{5jprIs*z;2mO3bYn-23~z%|o6@Y1dS@YoIIt;an1vOBdB(Duj}dEZye=OS|NZ#<
zdkTKdKOO#i5-OVbk#i@TZ-SVi0ac^)lDAfNEWi{fWoK2%loS`~@HE8l!yP?T1<eE#
z08zW3bNVCL<EIlM5Us)VQWt>6(9*PQ0xdW0OX%%h$%E$ru!s)smGBLZc;AU}+R%aA
zjnS6%o5%Xp`}Agln{Lm)9}HG@f0OX7<XUZeL4_Gbn)+Tj``d@r>WnSm%Q_qUc*oyB
zAOdA)g_07V+0e`KKRN`bQQ1M8ZeFbJ$HLlDE?%8C8VqPMIp>!`i{g<oJJe=#IHXw9
zmV$;LqRZ~nI{8@u*1Ct=;esG5q?{6V|3wSytL9Yx-M#b)cQ^tB{oZ-Z-R!ETk@b=@
zAfZ6w&#PU9q;QNy7GmCU;!u!{LQ>mPeK@r%0X(cR#((Ni<ukoi1-cHzj_7mKgyirY
z(hT@m2r$;$LqW|ITvQ@~s@16yOx|~4LLzP6xx&s3P1Vh!$+qvp+Q@Jdt5u&0e=x3R
zRi1rLD6bk>k>mIh%Xltn#_4^Lb%F;8-z$>RfHVB<3+N=MSn{yeSz9A_$)Hmm8UcS~
zkt2c1&&%-y-JjFcwTb*s%0zw|8a%>KW;bPb`gO(IICsxx-z{F@pqf4s#JBl`hU^|_
zw4WUDbj-^ws$=E5olW1@$|igw1GQSH#5G)Qykwmu92E1X_oa`k7KG3LdD^;=1G4PN
z%Ee=|H9GPwEiBeseIFP9Aud4@{zaSF=V)MlZRv8U!s^D;=n^p>xLkh?Jr?qm&I{9H
zxF|*It0UFB$v|)^+?EK*j1lTSoKs6X2$yehCm}43>^qjsE`WWq;MdX7r_m+{{91=^
z+^duo@Rx^CzB@3k#$jM5`PCy>YquTc1SWv9#6;qfqnZ#TU6bxJb%UG^`v?@#$4Fk5
zdcB3Z>a#!o9g>g}1dpb3xMFNIt)zwK<Xp4C`W_Gf3BIbYs8w>Lz@kcmv3d!})B~t`
z?z0Pl6R$vQvcYbT_1rUE!NQOtqiVL4OO7A*cqqfYfX5MZiG9)rRkutO>jh4~TAZ49
z72-mJ+jxN<cL-p6nL_x}5j)lbNw#*Ua!KEom?=3@k6ug)X<np7_D%D?%G~-Tc0&Wn
zj?vc>{_;pt(5!CZAk6+)B$fV0IM{-pYaY@6`VXF?k*H1ScAK{ybvmB%5JG;<R%tpt
z>cR7uN`v$aR*dBx4%sd!mHPl~Ca<z&HlZ#{ZoHO1u4!LCZ2k;QeT?24ckX>a>;Js8
z9samwamd;K^7JzN`Uy`QOPlFjJ>-0AJilB{#Tz`#?Wh;~$r1RGZ9nJfVRuYYC|6P0
z17-fiM)QSpW_B-c+W%A*Re`>(uWUpCAof|=Sl-pUn|->bkQ=cK$!w!~yhIoA3ohEt
z=LCfy4v*JG{nlX$C_WnNBB7=h4#-R^5`>NtZ%?~U9P%hE*!bqi?()kG$Zr@@3`-i+
zeIgTA8z$M7=(LWYPSx5+9$y~saItuD{+vmc^j>w!rGP{(GS(wsXXUV8<=Xk;%WMX`
zbv&kEV?m2kLF1PbUF2zV?mjN$TI6eM=yY~mJJw6Ruq#%rSeU%pF@0Zz8<6R7H=4=g
zIK`mU5=LOKBLf=NXZ_n%dfgTDY$`uUa=|&_O|$3c37^FI_y&>$|1sEfi_Gb?{of;B
zLsLM~p1gh%eUFp^3Z32-m6l!^qDoCz0vGPu;oV@<3)Fk3vX1!Q2Arn?rAdt`3SGq)
zbogvS`CpUO8whIM>1VZIb%-a8J~k|Rab7#7z@dStf(@;JW@B=gPj{lzZP_Q!8m8>S
zU-|sT8Rq#V@t+licd-r>=<!@!HmezuGVZ~cRMa5t074DZR_BaUX0bkIYU!J=BZ*d`
z>-A&oNdU%jU@$XtKZ=RR2j`wN+!-dciKF%(1E-rd9v=AD8&_dzlx)+J%&#5bTchqE
z2pcz<xI}QMwWZ36-nsr0uKv!W9xJW~shBDgs*jnsnj^Z)ue*WL)+zNqV_etI?GHFy
zxCA#=hD7V$L`VZ}`>7KG43a>afo@O{fLMQg1ToMezK^4;r>4M^qXGzcLngwBm`eH)
zUg$LRO@qBXn>8~c3Su!XCTOf+%;Nn8)TOs}z~{ie_c4ktTyzXq_}`7LGLFvF2vqmz
z0;v%ZZjSi6YjF)fnY=&MJ-jS|$mmQ)dX~8Qk1@qa*Q@~p@qkC-<8IvdLELgPs#h#t
z257T&nz2X4$A6Hs7i1EkDm@wh>*_h%z3At5KZ?7P$V%eQn_SPE6UDjHtgheG_3sGc
z;Gz(-HC;QKwVq**r2Er(q58TOJ+_poL#^rklUZ0v^EmRMS{16X9aoI@t~YQ?WE1FA
zm13t1YomvrYAMYglaY@LmlIen4<46Z7-5Qfn8olrzcRM_RgA?)7_S`?%in!ypCP3v
z1SwY&A<gh{97-8Ax&TU+KOb?~EfkuJ*@OJEt&>ol(BV1E{WV?Om*Dl5i0_{NswfBk
zs6SgdxwJQspru|SjA?@yw5$)M%mi+ZSVqZy#NWdel-6)Pn!bKo7m)QV`ub7#gDwwB
zz`F`2C#|tTmb27GpIYXd9~R!vUuK+4z3v1PGh6{sP(-+h0Q-m^d-@u>kX?h;c1=4+
z!ic(`ub9c0AEcVPJYZ(VM-$pWLf+KSi2-eq!WI;FN5<YcdkAYu{xm1<HgEpQ_<cq7
zH+-IJr!h8h^#@Tj22;mI_tm^)Y5-@lsNB%ZrSVuWI{kMs_7Lq;fyh^et`N)To8*S*
zVdmk9g3c4V3xQ){+W|5cN+>ZiDvad@0x=nm==RH9!cH?@QJayIuU}UkO?w&PnWem%
zOeTdV-dx9^NUm?9_b)nu&1h<LPz%Y{?>S|{uQ@fY@{ke4BIjh5SVP4tB!;V_?H{;Z
z1YbkvbC~v>?!6A;c!cfQtWm{2(3|mDL(34eME$1SC0Zh*DFMyou&<G|NzL_vS9!yu
zA!{#7zZ8U=?Dxo9d~ZBuhc^fG<VJ*P7iA`DjcaXKl+Go7g#A1`8GwBecKQe*T*<9N
z2IR_U4e6cPBQg)_%n<nf6`>Hs56t2)6wu`CFOXk;n9^YMRMlEGPeK!CfFdA2V?j5o
zKvuJ^x1reIW}-y}TRWAfFgNsqkhu9&(ZWoI?*7or?&I*Cuy1iEKz6ZZbwxmG{U9E`
zooK}y7~G7ulfNQ`0t}d?@!Y{Jr&Q(>8@E;!2MujuuE&4T{*KZ*2>)~%jlCmt=7g}7
zu^K&8N^`0g#IpX1o?Zvy{M7p&VuI1f)Q8=auo7-2`6MCd0Gs`wV#m<EtPFOEt_hO4
z8!8pq*Lx1x**7x#?6k%VUmqcnqFT5^J3WYY=f&xG@s?L>qDZvW4Z|$82#Gu+_&iCg
za&Xa#miD#V@vEJv>|uLOW)#s(`^GEJe3p5NRH{r~+f6h5J-?#lSJrtJZF=-HF&O@A
zbk}|o-Bkp!dq-4I@aO5k;Ikv#AKA|dXBKVt)mX}M*q-lHr3Z_#lT3zu&qh}n8_R(=
z283Xe5)YKi^VS&5+Qv9obf^;Fp(fqTG*W`{<rekbkMQ&CF}w~Obk@Dmf*xW5imK=C
zl+W6@tc}@g_ZHhtLAE?=Xnwxf1xG_u8mF)3FmUpV$$PAz6|c;f1?3ZXxXB^buW@GE
zU@9h=a{Wg`0ZhgVTJpv?E05xL_?$9xh`$Z*&d@6;dHlL`m<pa48zj*f9*LL#!aCQ!
zQtj-)juiInSNKF@oNsW~wt=%ca6S5g`41?eL`ud=s5!4Kskl;J!8+z$UW5aO5sO`w
zM84v|dETS>SmG~MK{N)BWzLvKoQVD;*x8WHL247L;8>kX2C}C%8#KZF+;8^(_XXd1
z_34Ly`d&3(Rc8T|RdCFgt;s;`&j)P<|IW-)4&AE`R-Jh#;6LnJM9L#2$fYJ|b>A05
zf--+`t5iGJ>$i7o)u90`7NM{2Y6ImZ6B+OwcBY~pV*8|hBQBXt3$EM9F`=1%Zc2H?
z9nbk`4jWK~$6c%q&7UA9TQ;_p=ps~hERuK!M{3KOZ^-FbVh5#{z1mIGZk`{!7v(r-
z34mqyeawR;t*9*0`iKFYjGzXb5<v~?AI-`6{~{yHXowLK@v}`V_4Z+V!CXCB1_B-j
z>4HsS)+cEBaKVKw3y3t~R1~oT7zR;kiCEfrp*U#q!Cr<0M29R%iK*7T=d{*4UzoeD
z<h~Nfo&{PwF&oO<E|1;v{=?tJ{spY;rtl9J$2EOP7%M1GpO;{I;+-aYh@s$<LHwA}
z7};D>I$^vi@Eaooi%1&qmahSP`wNj1UiJl(b6IzwI7Zq6P7``)Q!e)UxyE5$%f^6~
zTfr~r4M|A{1S7^uXVnG4DJtwkv5^7tsV&odZjg+{{=?9vI*c7=qu+qlz91b2Ft|dH
zojyLkn6cjovfU$o^O<X_YEa2yxB(uo=Q#fwu$-&IkU1nq)A$V;p==KEZ&ep$FS@N1
z!yM2Wa22gAv^DH!$B>W^iSlrj`c5s=M=3~QCOE#l<^3F-A;^N!zz;F_=(}22MkVTR
z;Xg+xq1`1A1gRW(z`Nl5dHg)hpEfj(!a|>qn$_#tAn_@>K@tw0NMxL0RYEy8OVc50
ztGO%3=X#8;I}$Lg-61_$W7JuiY$+bK<yJ2*QyUnJn2q!DOH*4}Q(ew?Lfa#j_F!N3
zC|IVbE~QLK&Tw%fkS(fn@kr)AG|Za#lsMn37uMjcTdO<SH%h^^@FC}7<jW!$)e@*c
ztU1k&U7P5pmi_M#YX-MGG&J9Y-~oZL;p<p}k@=WKG5!xQeF$;1TP|tuo0$EB7CIYE
z310?i9;Z#f{i1&{dLnY^EUL`~p4iQ63PVWQvg~<v=C9CCNRG3vgJ!3~!BwG<7e7m<
zhm3@harcQ9{6|_GzCSQ7kgh)FEU9)fIKHrw;GmZk1Rt!E&rU>IfKSVFACwG=F4<wY
zic?MIcZhG9J+FdNu3t*sFD<#h&Eco#R)51P2!W~j%yo0vvN<X-!C3^p)TX4>UvNG{
zEef2>TBfJTZ28_00z&4jffK|J_T4kC8#Z@~9aYDf?+JsfKHT7-l2U4Scn-ZZzP0r-
zajr1nkTm<}kigSC`fjBuQC=#<68Pj{9rX*s{)w~;cyjSL3H}@x%a93E&or5pYWpMi
zkDdKNp-}4=gzwSLpS4&BBzGIS+u=5^4uTADU0evjrCqpZ`<gH+w(;h>qGEFMrtU@u
z9d*O+v921R?R<#MhBxS3I~}xemM^y;I{{!5<;xszIo<rr4kh{uvLvkO){Q{4!J6#~
zN$lp{%!uBvV3cJFzrdVq$uQO28}7t5z29$|YcbmrpmK!TYZ0eaazGVrTXM5pdIG-E
ztB0%eGa>7*VOfsnf4A?tFLCFbJQx7OaqTl=_WS~sD3Iz0WdR4#=}iKW{(+@<cQLvo
zEi$3Sjif`2c1(%mo_I;T5TE9;DuB23A#fJ;s)>r6%zzfqi#@fhu75=a>?U4DgndpX
z-N^!^Oz5Xs;m16WPs%CzsaKi9mE=pdr@?_If~Dc2g8vVrR+txXSMJ6~YZTUb-uqjZ
z-k^Y9KytClt;>Uqzh*row^IH^w9+e_k+txmI|%33<*01;fq;L`*J97vh^MHLIw;6N
zEd9v7t(Z^}->UaIPlGi0$;xyM7%<WNeX#2N`EdzV+fdDTLCAmWgcuhct~i&5T+0xt
zx%=gKupZJ|cDJoxu!!8{Ds2ZxbmsO>)?T}!)iE^+COga5c?vIM&Jq{%7d+}uc+{n8
zQhM+cibNx*KH|*4l&CSfYa#Oby`w&K)UNY7!DGZaCGwP_)fO#B2{A_}6j4y2RYbb+
zL>gEi;vLV@@47ovHV^$*&I*V-6UW`rwH?bRiE{DqF)VHEma+s;pbvO%#`<_9))fTv
zXC{7G#FD_E$}@l8ro2k%<^-im0s1F+E7?U-t#O^R>X9S75Rg~IXd4jN$lvCU5S2T^
zwdzmbzxb1M)RUF0LeErdwC?B!#r4fjX6Wl9S_#YC1BlH3)V03Bkl!E+*9PCu(#M;|
zTHI*KK!BHP6+KZ$`blPjOjF#Jf#08CgIwm0rm43+K0Qup$ud<?W_4aicR^d(T%dr_
zlB&R+&Kp`$P$)>40>r}Af%O*UNm-O}wt>wl)4Utk203kpZuIn%WPQJb5CR-@lXj=u
zEe$Li{vYpv1Z0JJskPJL?IsJ<k7e4Qpp##L{;!oB(7w@)j4aS>f{Yd($>q<57Eye)
z3kUAL;Pj{XODeI&*ox;>nJBDQlB-2z`kj;o(s`<-!Hw1<ukY?T@0$10`EU;6CwqDN
z#6$@Yv&1Oo9nrcJARq$;LgO=v#4^9Xh_8e{^<r1S+W8~0B%n3vwkM4dPZm3cPTUcm
zvr%oZPRI=SJ*mo17YmEWeF01!9BaI9hiQQ+!Z_&M=2)0-)x>Sb_@VmT4{WUIlt9}K
zNF*fcP?^T9TV;3uDgw67nHNB@_FbCnb56dHyLM?tOI$=}Ri%(+2PS+Lg}yJ1|NIhE
z37aOq#p(T2@GM1&cuk|MlVU_a)ZrRV-Jw#}S)A(P3iL*kuE@&+Rw-<tN?GeUS`pbb
z@m1ES`g_wQsfwqQm`DqgoC(%r&p(D^Zgb@QYUimgY7LTh4e0*ikxUJ$-RJ&r(Pr6#
zMh_c--=V>q12Akl+`t~QTHLREHeCu~e#HIX+E{0~jF@!>l#Y46NY6VRe)(kbuUD!&
zIY5RS<X@3dPI#u?(h^NHFW_tf>MUj$6`@(1cP$k57DEH|5v5&xTWGcT0#msA$IAuh
z(Mmw;<R?&$(s6^jwFu$8tfIA7%3uX_IW<rhM+9RbwQ32y>0h3ThQ9AOJgtoX8fEdb
z($lP{rr^k)fNn^vub0rylDe4AcMw&dOOEDyQu^uHe3m&-<FL(BR=x=ZFOFW;>{@j+
z#r}RE`#K%K!Z07zL8G}~@jS@L!4n!ZX^WaCU^z=iz#f$ShAjL-2x+}Q4tQPKz>{^r
zp;@1bMX9@8#0<t<U<5vfoUL#!*2XX#=kjn8b)F^yQ@mO87gG1m6Cx^UcH=&6>+BCB
zX!XiKRdE3x>l^ehtKJ!z(dJkg$hk$nfuXBZ!n!v;>`bcEn~oHK?TMy7(ecs|8yRm6
zk?ALl_~B3A!62-NrX0@Gsf^?D;0Bs!RaVYVP-633-%UPDD|qwXM^aBp%F6m5Q{F5E
z|LRR4%+;61vnCjS=2rYQe4Uku6VvGB$}1SbZ<kzqT9^3`;)<9I+9-R;4A)2<EXHFb
z%`mTLbw6AdeF|RuD5`1rlHN60fIgq4DDi8hWGRd};#N?{a$Ea)`oyXk63oecYPwmE
zLWgLZimcE1O-|Gk-Gs}!=&&$h&ut>3yS<2JP|mzW=U_^)u{E)N=8W@)eyp#U3Gqab
zMGj8D4eLwjN=Fp33oN2%ZB*KJ2L-zpod8il_uCRbt|G!y9X0t^3u*J#vxRQA1;s>S
z+9ulKk~dv^Vus-~G!K%5C{r$<SYv2HV_pzxsyOP$z!2oiy{md%3d%xd?E<bmM62yq
zc}Ru66TN!rBM$b)cIOq=#$&=^tc0YjX5|%}G$s_0OGFJj9YY74tFh@!46ajW)NVE)
zrbsir(oF?a6SUg?(Sp)JK7S%sq<<-{)%wV9P6>bn9L|SVqXw7^J{B8K7Y(sFX`fp?
zj6{#?!=*e*mGe#;*MHM%Uci<!C5oh*peI(p1s4(iLk6NTj5ySF&*Trh`6dgTJPBru
zlUkhaci8T4Rfm>i@RA>48Mjx=$NZM##x^LE#vcY(x%Xu~uqf@4e+wH2HAdz^Z3~)=
z_2IB|x=d{obd^s#6st<a<&7;v(Y;-E8aHHOm%LauhZCdeUqyLdU35JmPqyvk|Fie(
zUamgur*S=4q(%p$eH}yH`=&snmi~@a_M_%hw-xi1<yk>$P=ueVeL8chREeY6{->)c
z#j5w~0lgFYifn<JpmW9;U)s)`ThW)pUwQbH_V8tW#7qp)?U)^-!B}YUgFjz9Iy6<p
zw7ie;RJB-C6zY<&d;p=Vj!nYQrFacG{=c8dx?`OVPxWf*!{p!~8nkP-`1U4Hx4qaq
zdI4-~^I5NlbnJVNFLRM2FU@1r4X+#Y3l7uJm<!V#oXwOB<+YBap~ai&&8gj?5KLJ?
z^8H86y(0L_W`b<M5^lpYdJoIS?3QLti8pHln%TR?Q%eY7!jsAaS1WYaMwoOtAgc}u
zqIP=6PxQwp?gxejdTUmLE28I+$TOI!A^*H0HVYl?Nmyl_I}D*QrQwk=W;l9~#9CN_
zQ{S&2s7?Wf2Ps!$HfU^^^eiXM+|FFFX3G}?O&wm>Rq2RTOkVh<B=1+;s*mU7ufx+6
z$xki+l?`l(e4Ebo2mJ3EC-`nmzaj&XH%`r-;(rT&gcmHlcqxaVp?0rmQ+t$+-XIuN
z8uB^HuT<UmLzmjtu?c9Y^2&<3UHDg__uPb0fOUPgzTgZjFUygUxZ3CVm30F}b6&|p
zh+cKbPL&(di@IZu8{Ya`0Zj~qRIwrePtVtk%eL=NUTQ9cj91C}{Es!G`pE9%?{#h=
z7G!LqMBoSD&^~pv(~dWI2=R#)Khi}c_3zvO=3u97+8n_q{|-yqGh)xY)3=qTb?b=5
zXt1+BkhxDilgNS<`whS0{*~!z;XrGifJ(;P5+z%IT(1FMOohCjhB11p`#tpMZhelL
zbk?&g_;A!qrhBBmffG~t9ss!?pu<dq8l)GZdlgAR-kf^Hs`?4EhytjoqXKrnH|c-e
zst>~l27uGvFT-s0C1&EHY7(%l{Z(&}nl-dqv-$XZc~C&59~>a4Q0qpa?N0={zh-=e
z-CP*b3hT7}Xq7)v2O*9^n20gdSvaG+g6G@l+>mn%w%{yDcYak>q#I27@t=C^YHnr^
zb>ZPrgqio2C1WF1=*T2rpBtLZME_42$I^V@9a`--)6Wddd>BdH4I_p9vf822?${a%
zTa2%|ixm((7pT$$(E0sKdgKy6@9W-O1wi1i=(w<`P@$J`B1yy<mCR9qD|fN|8-_-~
zfwT7PRrBajO^7q2R%Bo|6H?CL^%)_ZvU0?C`X8o%%fxEJ%1_~o>nf<OGf|PyRr7Z7
zNr=8lAp&1ypp|*dmw3o4c^p$?TMYf<&O3)T0WYeofW8C`NLJF~4!a8<r%Hn%?|@S*
zncB^(HI!>PN>O02@3*|1+7-8OuzC}GOxCfGWq14)isnO)9?<{;q014a9f$>j$J-Sw
zt95Z28l>nw9MJpKWQ_M$oTfzK=w=v<yH{7FdgZx1{oDU5Fng*ZzrJtT0$@94zb~WU
zH(`%A_nUy}%tNPnHkKS~zBwk&h8S`>`cB^d(UQYKCEWzJp^5~nXZrpltOcXH^l_W$
zI|W`=J(~?N^o2y3_4wsziIrY$le%H&A|Cd6g#rrAKeu;DGB_%s8h@iYt_m+{zlF*@
z*z|z6P9gie+69m8yvUvuB%kWmYCiIWHWD$}ehUGL4i_2YEDG__)^J;-m&QuejQWM>
zB6Ra^0c8)2B3N{AjlY|hVx*Mcv%b~C_vA;B(=f`)jAcC$U8fQG6iiaBG&MZfNmKKN
zP%M7K5amLVrk&!Bo{R;0m>vQmFrQj!jB>W;6OZ=#APYd>Y=ay*y^;2?zG>ny=TLg=
ze){(5{fQl-=S<RMoT*?3zUL5HV=tmo35T?(N=Zl9<PStKQdi;CarxXfE{rU@_Qf7M
z?_=YJH&TJGaXA!_Yhv*pq9ar|jEP1=$$(?{zeORlS{d&sD@zM(%7@U{4n_KHlbeH@
z5HdwY3nJt=EJgwbm|(|;YejUs$7HdVg+q+wdQ}(LLBVo-c5ZG1x6{o|kvRz)9qA)M
zqK#^OIIk!F-R4A|0yQhimwT23es^w9{hZw?>TqOMgErX8(;|Nzn^2(4oMRXULuhYU
zWJ*@70@t@1_6}Z!ivF5PZAdEMD{UXro=-siXh&^+;a9BkdX!NfVGYDgj%BESkONWd
zz}JTO-U?->g6GNazxSUte4y38Fsm9x6N10DK!7ASri5GM@Q&yl)5C3pI4{yC5P{^=
z_4_CMI3z%e7Q$qi4uWis_IMyUK9b_s!R1&@Yrc#gH_}usR!vS-&yfSq3(K-*B#OCE
zv2>}m{b-d%vC<ExKHRUwqOgz0>*HPnbO4{;CwL27^cv@<|JMST9u)$rlZ{wlMbge5
zyB%gtrg+7}C!?H(`~g4W_|&gVuC^>(n|$8|A&+>7X}#2o6^0zR5g;~;yhCN?OG!)V
z(0T^yl>VAMLbM)lsy|zQ-}~4s;)DY@f9nOQMw`B|?Bov$9mqbr4Qq^gDM8Aqsef?)
zhkm~<@BcoQbRVMJUNw8ptIO@2s+W0m`mc#(t5pb*!7s2tjTuKpVmox*G9i|)o85aR
z7oj3(2=x>0r>t>T#BX~oB%-P|VyR13t709{>KBRHR!1d)HUjT|sm(57Ge725OeJE`
z$K;AaG}6K&&^0^IKm%!hGvC-RP|1P5vug>q5W{@ir<?#+^qzIkAOaLN&`*&@A4<_X
zJ4iH4MG%cpMOUfG`O+OWg`nnNcyBsX#S+Yy-JcNXP-GatIMVQaBQCdh@=vKuyqIW_
zWxs3UZW+{L-Z;(3ScI`>^9IsZMi2Zt%SiJXzSFAz#rFI)LRrd)zp_tVhk3Pk8DX5h
z&tzkn>gl^eQmgIT!*I)j05N>!Q)0=Q)SCu84vSl6&p%n4lEHDUz|13Fb9EZ@I@Y#=
zMjlY|nilL50YC=Xkc$fmRQ}6u^zw5-QnZ4wT2hZJa%J`Q@$>y87Nk91Z&`gy*-1))
z*u1#`WA=WY@*BtS%B%JFaEj{Z-Kwg$^WvV@p<OTrI@?NQ<7@O!7q%Ka>O!<-nK4=l
zc@kvFWJp+0L4;AuI(SzR-~xMgt1P|H7+CPW{nL)SXhR}?KX!0(AtEmw8gx@w=aK?`
zp6rW4vG~`+i<KZjg6%hP`F5u>0g^6^uzS3TzkP?M^OSzd21n+}5SM#{UyQvCHs+Qd
zyZ5_$27q<O{A-2g9CH8`vDT}Y<?RoXG$zC!KVm>z2ni6362RD-1K8xF6im*2m@@1Q
z1r|PJWbQ*pde1JlmAmJ6DobHN;>l)%zQ4Y)krK9C?dLo(#Rv=iTPa@a>a<4~q&lpT
zu$IYe2}&8q1Y8gn18^G7DS$!C-_zflTFYWmAYmsC{v!U-Lqu6Xc2u|#$^3o;u~}st
zTOm`&hpKSbR?`UG*o8V12A;Yk6VXZlCSn-b$C@8ZkC@&PQL(1uZIpK3s2kgK9N*jO
z_H7kx#XUcIq51{WxsgS6aUxS+?gRJQk;l%TY78Glga0E-hCO{`HECNEiDrf@dhI^2
za6RoRs-O^A<^trcuYwyFIaMCO+rA%1`hLvb)tmQdn?wt<rAgCuR05pMP^zmR-Iuy`
z=<_i-;F#s1*|X_)K*z<>kQH$n%Xl;}p42YTy-2b))&JW9mzukt!D#CcP^9;)bccFe
z#YPe1DGQHOh_=)4JDu#!IZXh{$M~yA*F^h^#|N^UydgO#04MPLXM0i&#8{eCYR<yl
zd=1Fh&8)xhJ%Y5>yG`$FS>wqXwB`GY)@%ix@y6-$+Jf?FVqG0Oo9b_RS2>ADQ?mxT
zgy|T-e)VvDc=8rOp<sK>@u=ub1b%a?D5|F8oadE#-Qf!I;?NY<AB}&7D_xRie=OI1
zG?qsrAELOmicM{4*({vX94i|OFrBQ#bV+E&w10Ar>b2X(rUM&D6#!pd!LsBFBAavS
z!!ZV!w5oWxItz8uj<T>q@r<Sb?NDx&e@B~T#kLbIBtO#VvY_iOefkOaI8DlarSiPk
z3tk>yO7POy_jV(Ki(q>@f?WkLC;k?v#=>6$&T_Vg$nP`^y~ZL?sxWU^WtW0(X5v}<
zLol_QVWxP{9WY@)(!%8sbOM=g-eLRXIDlg|2@+roC6;1$x|c=IqCAtAh$Q~^h>gF0
zJ}@_6>Emn6X}kgmEIpna^GLyR(LhLB4%@|&j##%5W{3vd6wtFYq-^p!9b3KL8fsZZ
z69JFkd)_8ki5|rU#_H!7edCHYmn`&o5yVnKa5pKJ@lRCL7fVh8HhOUF|JU4CKgIPd
zZ=c021PH;M;1&V|m%!q#!QGu;!3n`V3GTt&CAb9$?(V_eorU*&?yb6YtM2y?cu&>N
z54%VDbno;`KRwfrD-f;#w9%Tl_@&1k@9uaOy<?TIWf6&an-o@N7reLF%&-51L;d%1
z$tMdd*@S1c$V*mU<m9-??4fxx-{9b(tS~5!@7?cFygH)lGiA%@YHRsc1C2?jEPbnZ
zPnR#Behm{Tmho)VVAMc#^$XR?cWz%q9&yOSmXX=BE68$)>PD5QA)N^ijiz%{L0BDc
z=sQEVU8W8FAY2(XD;eorz*s}-=#gCW74mSv5{~5U$v^%*kD#%Ar~E?*o9kss!C;?H
zI^Xd@hwkl%{B~qlY0E0@cNn|0%Q%GzJ=tW_8ws`Y#IL<K(j41^x)00)eH!`vlX<L^
zKd*js1DvdI53fa(RM3JVE3b%N3q3Duh=vBLX<%Q<5UFZVATJTMY?qu?2wexBAo>#r
zTfwt3hy!yqnPnhV!xDy=XR#2y3PR<b7$FH`cM1Vq$jfTLlh$yV7U}Jk{Z~vDF<S0L
zkqLSdr)rs_ZB}U|+MM{{?$Q0xE-K<P&GXEXQ74?Oc%ZVGqz{d-Bh%tRZhqSqmU6b8
z!+@3ancpxB_|j2}{q%+YbU}iuoO+-n_KF_zhqWt{V{ZvRsRlAg3o;;@N?bc3z0Ln&
z)qt4aP1;B>jXa|5a#(u&t*ncz?God+M9H3*)s>Lnim^f1Si}W<ZKD~*-3q=TK?JMe
z3L4Vs^(cyecE=&ra=rt1ioi<!lisKqnsfb{jHqmQT?uY85-Ay|Y%?Nyw9COxH$vN8
zJ&nYZ<HY%1x!xH{7Lf$5OxYpfx<bjifr0$p%E=Bx&L3r7Y*lMZuY42)$9JZ#6H^({
zc`vguuKtYZeTx$ffIfUao6%8Ip~#Dqu}(^2oN}8jT^n}}@LDk!CY7luze&T)i#k|#
zD0BMAFF3tb$SUc|yUG_zLGuQgt3QjDaC4i2+x<w+y4fl;G_0Xc9uHr%@IXYzn~!KA
zRGz=m3OPE_qoE6jm3jTx=eNlqgh5f`XZCj{MlG2Po^U&R95SOH*3_wQQcY7$fvRqK
zJXHl{nZ3<+2rj;u6MO9`FY4N;GXjEELt)jskw5TlrWuavHF4fqC^1W48V~-ETHAIy
zE}r%E!8~kkfnQ&*kSNNj5n^=$$zXp-<y1ap9&2793Upd>Loy5@Ye5BnQWnZe(Ynh&
zrdMgDVu>`PrXZ>}iUEr+4Yv>I9si2zG>s+XV_rS$yd+~~t<A~)gd4xnL-!c6UknK}
zLr1V-C9|PK=bD<kzJ-xMIKHKd*t6&9Zyd=w8LgG;oVIojfpyz$t*zl4*E+s{mA?Il
zS#^JbwaaeL+Mi)3Wjn<%uo^hI_vsf`kj^We@A7KaV0Olr&8&OtAHcBnSEP7hrK@2l
zPp<w0ox^_epje~Cj)ne+y!BrXcU#vC{SXd(OmLEFG$6b{XFA89kE~TQeQRLZ$qNkD
z=+Nb&GHiYH5*Wa;C1>N)6$`pkfitq-3f}mwMm1413!qTqsKh1_d3$X(HnPp5J8#}5
zQ)P#(Xm21nrsstRR1>K`epW$?=OYx6+=32QqEg2BXhFQ&X5q8!TEFoyLzW*xUo0+T
zJYCZZdUC%~(iElTHf@!>=%u8=9xf|9mqB`K_M0XL29$zZTpS+~hbEMCHTCEro4BXw
zii-jw6=X>b!T1*YT<>#O;8!BwXE?$c+FX+D$BH)O10CgJSOHVvD+@6Y!(%>XFPX{@
zu3KEEFB1@Q-&7FKSGJVBpUJ#2wkJlabR+L2(6z*w+hDr%XS-d=DnYtgrhWu#<bedS
zG4LRjVAWq0=_2o`=tC+wFQ_nHJWfT+fDOL>y$Z`OlBBy%WODC|VQvSI)d_@e+ucuA
z8o<i!*GG%6l*Z*_u$DepnSE<}TOm_u*^{1{dgFAxJ1i`$JLDxBJ-w1o+xY-fa&mHx
zMASl?kJs}P>;xo;8cyYYju5j0H}Vou-`qTU8;|dG$p-hP>drYHcHK<H75~nCRo_dC
z*}k+N#JGt-!MOa?!jIQsF*uqRSqpEOO0N>^7s7>VsPN1I<hK)STjeBv>lKoUB}vSu
z<rdu8+F_E2Gs1~o%4^rWto1%ebXtV6n}2VU`R$P$XN;URpi#O^QJ{ch);H}z*1`X^
zNr6g8d-}<2@{_zwRU&RRLz+{@S}~f?r?@wjRzHY4j_vM6$&Y4#$JV{};oBeWF7I<j
z56Tt+xUYN1WfI_u5+X;Xzi!<#lP?x9ILc!$_kRIbs&SBCW=xbICr@Rc^n4G$cxt}%
zRm>7ji3^PiL_nuxEY`ew?@l^OEdAP*nFfXD6$>WmI`M$q#~Osf!`y_nE}PvSHAKLB
znEZ+#8_QzwG3q_e+ljU`uoU2yzToLCT84@AZ2`gYBqNd10HDH$Sd9w-Zk}$xx0SnN
zj%POt(V63~zZAZ4a4-$c>k+OKe(K7rfv;V|G2H%&{Icy1<e6!`ngPkRx`!-AGnVUY
zK3<fnxHY%xG}sp?X0kFc>@7A_G-if^=1t<IquaSX+Zd9ALN7}UVEZ6{m+#ZvPI6;W
zkrh~SfB4~XHTxg*>X68VAZT^m{GcPiNId<}D6vMlbT@H+d#s70?A2kv39DqF%sY6I
zGF(Pds})Qb&Z^zv4a`j6HVP+1Ql`<t^_Bk~TQDR;r~xZbO6nDWBc~sC`xl<upB2_q
zMdk6)+)+9MS)_oo<h2ygbdA3c4~RQFFbCo2y{2aXcTHAB%%aI~8t;cGdFo0?<ZNhq
zsUxlmvRhvCM(9Ne<n4Fwlk#|qU=pFx967-k51p<H$Ys!{_{aNgXx-ckoL*@OnJ=*r
zLS#U)&%<=|;AJ#QXhFGBzm}Ss=jgHK1*P!2ft}JcxTm90_)W*E^5|s&1g~}q2pm>P
zUh3}jS0TsjcvD~=Q7THJf~?k*Tg~b2+&V3c3c7xZ&4ixaLIk(VpHzw4>Is&9^n}PN
z8NCVWXAn_QJaqgMTVJm)Sn17FKy&_Gj<E#d505xkD+ZVSkyGgLI|QSB<eAqLpE8Hj
z-%VoN6!g!Pk@Bn<e*$PhJ|fR?-)B`}CDyp8#8Zq%pweNr&8DLDI>XB)tLF<mvUZ*I
z>)5I!UXXE!ii(PXp?^sX+U$N}z8!>)e|<0;BlX<>{l||??{n!Z53p-?c6L5fp@X*6
zIrXW$X;T3bCq{0Kq%GOajV3yOUt3*+c};Ku8|jY{wpT6=)~3BIR$k{iqqnb{B2U3d
zIdJa&-mHCP7vI>(HO)S0%Veb7cVOpW3cuSk3KI@1kv4!5F$@zGh>guJFt=!9=J~SA
z@pN1fb#nT<xkXJ)wMd;#SvtFk#9;Gp-%XMvYA{3c9Ac*5pM*d=0ZRly5E`Bj*2<yU
zg^ahxXx`O(pGmVg>$PL6oS*oWJqx>?M1i)%&zykqv`^=%>Gw0<44l1#8>8tLP2h8m
zk}%^U`_;|Q|C>;@^>w_y6BdOt+HHfdLmSTal|jPCJ;*~{=y7PcjL(|_;J|&ofg2Es
zIli0_ST9B-RP&T~7nFK^{_V$TyT{BF0=qv9T$QtpyEeay<KJa`fA|)--2V^~z1B;h
zAxWOhI&*xgJ4qT6o$W;h91c`P6VHn~#$}aMC^ZdL;_g(e3B%HG@kcWJi>R#@sMY2o
zxysleTk0)qqbw`q&%~SC+bfRUFScjX($a){?sfC4R>v0>7T((}ARr<NKAv`ukB`5d
za{}$P-%fzdqE&4=mi6I_*W)S(A%lji0*AxyD?x?VoId1yYBqsY@S>6xF-?Achaikh
z=a$j#z0}GTYOJiP=FLa}RrCDCz{Ev(#!p)C18=Y6Q1N}^jol}FUuWf`NRDFtz($A^
zipz9D+6N?@5vqA1jhV*J8>{2bo;Y%X8<aFV<iB0r=Kv^!igGf2WP@4+;$FIX5El0e
z6@cqwvhWHa%Y<27-SI{!fYAR9PWv4V_8peW&C2Cego=|<7uVm(ub!+z)17XI{w+KD
zSYhS^+DJ;i-yx5?zB;NkVt}!U<ww?F%>1b~e7cyQ1_BNatfOYM{!BKUH!*(DGUEHn
zAS_&RWZ<E_E7qwV*<vG5A&XHFw46Qmi+$<0g|nuelKCj{0YEG}JDf<~`l}I!jtXBB
z)zLZ|3zCXpzSfT~MPKaTuFbaBB!4`ahyTiA%qG6v*ptMmDhGG%gV#Y-`tmIN(}PRj
zpw6i<zW}Uh@tAna#9PMz?o-TJuN_MlXf7;ed;8;3t(qZ0kRA%;vuIZHV#0oR(R|Y8
zH7a-$Nx*Ilj+HM3PCKTGR3)Q`#G!pL<S|iEFEBBYP8-@`M<D5iA2=pHU5(dc8KHZR
z-83pRj>hTl?;adQ8&b4^bP~a9mFeGL?-p+fLrEtBY%bs>Cr|wDL~oQk{db;g-FLny
ztA`MEw0oK3;7}mEhy{#(U|k17=>^>Asm}LRpa`YeSa=_>!n5Oz^%xBqDndmvvI2xe
zw(hib!sEr2(dX1q=26%w-+Vhnz!62EOy=EzIa%17({extHBl~LPejLQjm{R?H>out
zP$__vN<8F`zp^5tKqi@r%fbZvjDV?qM3;%{s#j8^uu+?^e>QWGV#94koCc76@($lZ
zX9OP*>0}U@q^q_er9MP`1AK|b{`<gzf{N@Pjg2MRQeU`TrS<nS-{Gr{D+S37t}C~v
z@dXxWTHOhj%c|PqTx<gSRZp;cxn9jM$pj|wloqLw&h@YaAAg-p#486sRxT(LF;>!k
zJz`-kS8;z)V4gLJbs32>S{`qcAk+6+C07vc%2?R_8M&ySAgjRQD%|kgeLpY0SEC<I
z<V<VUpU^E6wS!czPGGUANK}M2U4^ZMw(ULy4ht`w<t$&8kdZ-_#ee~r>a?;;98-EB
zGQrSt%3p)X^Mj$8cc=yfeHtK9=!jrLr^(y6w+>M-?1esLzm-YlB~x#(T5h%kn%u{$
zNfW%}d4nW3Y}qhu3Lx~X>dLLByQa=6!AJPPCKoAZXUPGxQVj9&@p*B@rKKbSpDTNe
zu|-YI&53+`Q}StOX-87IM~?=%<YlF$*(C-nQ?92}6?=Mm>=tUJ8C>tqw?JM^a2lqL
zqO7c3<-9YpHJG@wxjB@~vGX&8EQQDE@0Ee@*Vwc-Y{C~8f9HgQXx^*zhIXH<Ft+zX
z@+9;ek-7@VFefcYdY`J}3(oy?y~ocof6O3?M{|gU)_=>-o=nhK&sP8SEJh4xAoUVb
z*<^4hE6rlqo|r!8(CCn{8r)N-Sms>JL$;)izE)6UOK3$h`Uly66P5r(knl(h3U17O
zE`(@S3W+ex!xW?#f<&~wxy`Z#Zgl)yJak$r&)KsrM~MAKm00!;9*dP*<%P|vdlO?w
z@f$w2O2Js<GP^^5WS@*^CRh4lz~61WKGk)U{_NT}^2mq_C$GlN7fywv@-Me2W1hfe
zDhBBnzQP@i)O`Ut(OF^7b9d_=M&Z8q9|RFkGVQhN7xq+NkpJYxljY0vty?HfQ_P5?
zG59=eTDoItFkjU+bWsu%r!tAP0)LHO@@yWwY%wsR>OT?kGdO4=!{<cR%yivBf4cr?
zIzx-euU!q;wO5=>cDIpGpTIItwa6w*w|&ZtNxy#%A7K>9Gq;kbLYyA1+I9Qzp%d)r
z6~bhkma$KM#%gM6rnz?OZQ%4OH#c`~PP2jSqYN17@V<|VCgR%f!8gDarOy+3IIQXD
z5P_w!|Lf2waXsJc|7Y^OJ)GM535Fs1DX+lr(k5M@RnL>5Z{zLNQQ71fiLdfF-2*J#
z0ncM@v=-9Z?{c{iJ0tiAK!>g3tM3>elskCwEeZ{bOw}nzd_(HL(OQO9SlM|gz;*1R
zOyVOmuUBo$eEEJ-3YW5?km9VnQZt4pdi^c$YT@P-`E;+IDSh#0izd9|{V$BYab}Np
zL=k^+Dyg`5KxtmOdR1whz3U9)%6-Ux1WWX{+v|Z`2&-)6-u}sxSnsqV+gNFRh#0@#
zUH5~8AjZw`+s+ka)T}Z6aRwF@1Jh(T+iLGjJH*PrAALQNfiW5tokt`<0G4%x@ygfS
z!y;#Xg+H|A#16IU$%Ofn=G%$69f$~M-g{kDH*m|%?}yTMFMU9&U!+~vN9!HpgD3>k
zi4ua%E~N=u`?WB5NXJ4q`M7jdGhe>h(9W(U|H9&C)=#;IhJX)F0;VIg2#u>$(iv7{
z;BpK1ynC&>+P1)9v-RT#7c~lTeimhEI^GQCbIr=hxOhG54p;lsCGKWv82K9kfyd4M
zAFLqNk$`2DCP1GD+O(^?+r-#-sqGOYu}x$%IG(M@bTS3GsHdl=0cO0x@YhVVa!G~)
zd2!k;pU*&|&VT0PYioww1rO^4ft&j0=N#R~p}(xFN^eHIia&Dx9n9P5wQmu$(u*(1
zAD2+u9{g65E-|oWHf``Bv`wo-v;>o<NfDF80q2@;GA_y-PzU_&&~1+O4d1;}nQaTf
zO5yp)>>M*l=ztVmNm^@WaV`|$OMPsZP=lla|M}c?G3Km;kN0yVs{h7Yd+H{liA4nt
zmCaZuOq<fVA06z7vJtj)?2OS8SoJm)5Y6-AveS~1{Q^B9m^p<%_tR+84k_&5b&xoY
zh<4Nc+QxlChxozctRFMv@k+0tJpe1aGn`RWCfBs^C{r`)Wg(qSl=xzsYHR(%{S1<-
zRoFzJjO<5t-e|&neV_hZfl+xj2IU|5;lTz8<7!&E*|dt|X_>`}zlT&d@c^ve2|k|(
z>of8aA=1}Cq7Th_S_NRv>{g6f%{!%oNy^7**a6hcKOQx#{?mCvUXniz8a!pkJVu6v
zY1Nny|8m;6{4P_p(HA2Lg>pLBKdd^fw)wywZX71_hsSdy@mX~>m6T5V=`sm|z(BXv
zX`}b{_OoKuJ)0rccgc_fy;l6U>sB|i;=0rL=p!bb(-Dm*VQ<s<&5i`d{MOh~u80g)
zd*|Ly>`B-x(O*>C^}*-%5Fmc@ga-Ach<Ty?<ef$@@t+|LibI*^?5kHz+}}7N?Wq>#
zdR`ta*~oMzMSB=12N<UBjMHSkxBE7@U8ec7aW^M;JXMlsndKKX<EN;O&;xzK4RDtB
z5I|7LD5j(ECvC%*;??0n872Gi?bhQ3o|)1{Bno5yJz<MG_vl(ZZ|x>)!9OR`J6-Nj
zG0VRe95B+Fv7;tqPc%5o$ron4^|-oE;Vk0%IxI3WxLJAm{T1J9r(6!gUhQw;+hykU
z2BeX2XNr>3a#$7jRh`^7KYFL6CQZd>^n868fnAwyaH2Go&ht~~F-vGuS7Hu75w63T
zNsmtaEn;gPsKOeHQScMfV@$|tIkuDOC-iAk3J~<V9vT>Umm&u_oUgGMh-2twMh8HM
zK)cGgCz_OhU|<001<~bJq5()Rtm<dIP;1rfc9a56hL;+hTR+z=1&7(A-S>jMH$(a$
z0Juf8z6(oGRzz+>$Yq7q5d91b_YPx>z|vlA-uJ`I7#?4Qz47NhabH0GJfE2YUq~-{
z@05HOUpKYf#T_w=EXANm)34Z|1q|Ju;CX~;Br>O6CS}Hb8tL7BVNlNBa);(0sm5i~
zn#y}Y_pFVaRf?c8pj<<W#-rvEO<F6+%B1EloDD0LAMXB9OX$F_o<p~y4;v^qmyyon
zq^zwLt+Q8t;a^F%{g-+6vtudse%Sfxo8dy;ePjbI%87~TkY}6MqJeJsH1p?M_&s4R
zSL>|Yc9Hke`dUUZqe?Y1i;Q)M^VN1{umUM?Qu5X?6e&xm;Xd$Sve{m?r7Z8}LrB<#
zkLPUbRl+3O!(W`bzq78Qq0!5=a9%hSo-6gMJ<d!HLA|5fFG*S{Pjq1Y9mMBt!Z<T1
zdy?GE1NEfiL8VQP@Y4lCzcf>JITtHjp*4Mz3vA_k#m_YYgK!iMt7ZTpKU*V$>Be%n
zr-N~`lyG9!1bp@EXTO|{Vs+%&y=}I@F*X_#15$s?WhG^bAd#5$?bUo<SK&0aSfDA|
z-fjF1<?mYIS`m1BRWt2sxY}~}dk6v7V!Lc<f1dv5-OwesArrLycPi7RS5G3aON_5%
zU$m@3bxw4#UG`0Cmj5ogi~*c-A0$0?<Qn_RG8Zc<ZwM}ucp=E?-OWa%XNJ`WL3<2^
z!fh5-HFg(lUNRrjGXh>E+!DIhDPVFr<mC#eq$WgPZwv!6BM_09g6rjdSzQ0QOiO#F
z6p4+UaD&As;!si}#y?dZ837E0)_vp-LAY-mjG|(nT&tM6Um5%wNXcdmF1NxLD)(@F
zsY4?YBjN0Pbbxq&X&bmqIA-G+!MXttS(@qI3rQi1MGUc)iJ8?O#3F83sjQWMSd1SK
z#Yo=UnczgDI6K-;%W;jdx1K)@YQ|GjoS!4<sDjO)-+elK<@;ighq1qQ|7tKC4t1^7
zqyBzttZ`V8wA6WM?~mqU9|=E5x?!7AXD2)vWZ2FTHsiaj_ljP##y62FMBo()g}Z~#
z^wCJ>%&ZRx9_p)W(DO&Rw&N~djH_21S|hCmv}=vt4knfYk2)#9CXF`#^{4w!oFNZ^
zcqqWcdf(89g-w11DnJqc=%{sMLY(qJ?3n%FrZ3%|t>7qC5{)urjsS(?=2xBKM?}Lh
z&BaBq%z$K4{Pz<9b^M0$;U4m^3dAw17Q&7O11W|)KzrJ7TE@n^<%y>7FV5q(c*L2$
z?CiZ6NyG6x>qo(gJkvD|nGZ84tpOjTq6jZsr{>w%Htm>NKQC-}=7Kt>HV;uVGmuVl
z-`1U=QS1>QY|7UgBc%nr$Zc(Ddw1(7J^A$iR7o*BpNm*+6zDlp4Q)wX3+b@X(RX~R
z>cyaN?K2a3aVHL2uFp><cso$UrOr5C9y0mu<a+VAa$RpssZh+sc0qs9$3R9a$wX#6
zXcGX?OQfM6)SAa_hJmcN{R?gGCaJ``4>+09wPc<p3um|RF)3tAf1MV>jxUc>szp)P
z=$r*L1T8q*D=pK7f%fux=n2OPg1qd!#e<9TMxaT1iV3$~HjFs5br8e-swWP<UNBbd
zNIvDtjB~eLcx0O%*g?-V@xko?|H(dli@}=&dzOb$h~R2HrkYh3v_Bm4DhzkOE1PaV
zE9=6E#3v5}*C*BH`BDI=NNJkq)5xoD(p_fNP}M$)OEjdPip~5Mb1U{Ct)IKr$=w7w
zxn?8iYSXW8>^OuA83o-4$x<XFD_*cm*qR@<Agp!X=n#(vL;0qe^S-}02xwCEvSG#3
zbRT7L*ficg#B9<Gouf<Ps_yzph}KagI1MnOZFcZpsmoE5Ue&D%@HWoA_uLX~do;9%
z9e!KQYm)9<ObfZlZE?MG3HR)9=6>VfILw4!c5%W_N3l`E2fpd%>HL@8EolZ~eSMDv
zgt4}eei{^(6j~B{YDG|ko3C`5o#K2nOSKHn)FvZ`IC1bh7LaY*GXt?W-Xm_)YU?eS
z<CoXcWMW4-DoEySu0A(oc7Ov^{|ksk^+C<u+0Ty}K5GUVg)^*W%~#j>7->nKVk<Z2
z1u%y{4^L7Afl~-_vd0rmArEtfe~RJ9>XB9Ir!kV|!Q$7RgVuL@+CRf4{mN!0UAo9^
zJ?4G9I~phJlzyq@620sS+0aRot_{9+ZOzEQ%+b6ewjZD6viLrwh&Nv@vx;(~8-1j|
zRIX#fgqS&4b%fS@w-OPB>wJ(wH{`eI8Sfb*^d#<(9j9WiXIOG34BNrO507=OJ!W$E
zqCQ~Ly)EcChx4G7-gBxO_{qUl8e*kk*z;XcI}U#UTajma@iASD-m3j|#~s|fR}!j7
z`WTRVR1+u>dM=7;c+k?TjZc;HTTfL^6h)9I{(IvC3!TDR|BG@HOFtq{k7?w3VR@~e
z+BLb~NYhftkbZu2ti<4gkVAJoyjh8W;O92G68@nBxKG5q{kuMtfVOy2Zk$B=c@52L
zi7(HOUXJ}v2jdOJMD0nSuc6i{xAH&u<N9R49r{CSzKnHqFebBQpn0etvniGh46=~9
zx!`|Uqjmi(n_x$T#Nq#GftD2Dat;tMpsam_vGNG<qyN=y+bVHq{&;BD1nX^HvFP$l
z8o{4}5Ip>vJP9-3kh^Q#ug8SDMl^YOR5~cMZSH?u#OXq4yWsFF1{O{dU>41h_ggYP
zQ?o%B%l~?PF9{hHJPbPPcVPlOwfEqhe1jkRDy%oWswS1rzR2w%4qran!DAX1;ndMP
z!jA>fFE-eDN3!RRJ0n0eRN3hXnRqD1b~Ei*@!cfJimFKHZstBQMa1<o7qGgpsD~WI
zjVe#@itmcXH&Pc@^tT<#A70iQ?)x0m^#OBYKfRj;Or52K*Tr?Rey2p3+#LV*Wzc8)
zjIQ(XRpdZu(g3>IrDJ>W;995Aw>b+WwH`YZAl7H-{EnZjM*gHvueujwO^xxX<tRbs
z!&{WrK=~Z#<;ix@z%LW6qa5OtR_@gqwUUPDeVx$V#@(do2KOm)gDu*6(<nkEo5Ut7
zgI2^s?VCxHU1TFHoN@WzQXha57FX+{W8Z?+(>>pDci!bX?S_!Hzv%_9%xMRgPgYe_
zY5yD$1VUX*P$)ALn^{Z@SPo_3xK<jIj^2_Ruz9zMw85s-CEDI1?iK%YT6b*}XI&Hq
zLY4!|9zl3iYU9eYw#w;DDvy*f5)vi$GJ%SW2{pEl$ED57o)*)?RTXCzYBdMD;+g0D
zpj~So>$p&RJP<=5{AtOPYITJhj?raK?F{xu{kx`v7aptRs9$44?Ikiqu|;~@7IGFV
zy!~o5P|nC};4#~;az>w8tl0lGK0vwo1##C~;4kLo4)%SwUiLH$Dc0WF;=KcZ^#R4K
zakj;E#ps!D)`3`(9yh~Gi$~mroAKFE!U`GKMU_$54@OxaYMT!(+?0C4pxj*QukX(N
zDvZ`OvU|Deu`#g6<!w%x{qiY15J7=bavjR;IGD3bj3?=_m4EbfzFX-aqQu6&;{-4L
zPkW7x1Kww#%j*|@rGyj|DirnMzuKcgC{$h}eKo2rKnG$I2!(D=g8KYVJ0~dxol;|n
z*po2mD)Z+OrJ_2w!uX$-gjozaWva!i*^918{f3GvvzOw(S|L%YY}$xd`>kL8_xeNd
zbnD`{_;^CLwZ#7t>)#@RDuc==TuB&ou>2p_{#%ZJKf9mU2hxBrgAx|HEBP~yk%gtK
ztPC;s`*#&x-NX8!M&})1b7#j7b~StdA)@Dd;=hi}%nEX=)ixLyN<q{#H1-wEEG!-#
z9t!gE^qyVcfw%he0D>z8iZ9X8z1F@U1D7YO&u4w)?hLBR%IszXaiO6o07&+n#_OE#
z`v{T-=YS;bf}WQkn2K%)!l)n#yU)Y5x=a)a?>kyr^UK}wjozq(i9Fc~{nqkl6|TIg
ztIVL#&?lIj5%;!FnSHUFLYzubQ4u^6#$27vEEuQ9t0c1Op<!Z{mz2E9ZiBn-C3XN&
zHdg%>9xy>dNoh1!X~c>M=r(@JvzaZwS@Ajnp_UTxTpXNW3_=_Ng592&?tcuyrYd6x
zo(sx^ii&zK+ztltsIO?jS8iglt<wgB|A2siXcFGP=To3`4fe|^iHZ2QxVcs-XKJFN
zqAo5jA|f4E1}v!(|EL7a!GvHC8b5L{FfcGO4%qeY?^}aG?EOK7!+dqmR?*?%;nl%x
zg>GZDdWi;z`Z+l{vFOz6*4q;LgE0}aR`qYD#DRZFHOa{WqR@PN3q0TB;=owgKbQuT
z9)ut;*D}10$H@sm?dQu!L`8vkA*(-_qdjQ6oseZ?$kVR3y;~0<_uR3b=ahj$XT|;p
zj6^_2_B-prcVF=+&^HH@^%vX25fKp=E}&N(2?`D-@(GkF0u|;kQ>yj+xFa0(gC{}Q
z<J=TXQxIP>JfZW%#D<2J%l<bGmLUhCmEXR7yYKuD47NcdQ}p=wxU{r{O)ar2DRjS^
z6B~;~JzZQ}oWQL0&hN=v5HVh*zrSByT^*Eu7TtECwg`+eXEOr~qreCFV&Fye7*`=6
zAkgO>gNf$a+S;@<5|i49IF)~(QEU<tjI7GaO26l)7=iOYsSa(ZA`Dk^CNZQujuh0?
zVr+(W+VZrj9v&VCGi8uBZ{A>#3weW>{>9E{`;)90Ip_jB=6{NXSX)~I-Va9&CcTmK
z&F&7~-YppcAVi0ZNkY%aC?hX#2hx-)E05>Pr{05ka`1wW20pL-RrWy&Yks#w&1Sc<
zi~!)1v-9NS<kx_J^Ye3k-@7g490~a}9;cNSkCjGUanN6=o0*xZ7AU+xLqo&BAmRPA
z3Em}-JSH-7ijxH-(q^dhx;ZW^q!$)$S4ig*ycpsD(TlOcQk@2c$=WKDzNWN`Nk!o!
zFpry=X#j=(-k&b9v9W1&t+OSf`NyB+EC1h~=YM_C|8L(szZAvWc)>DsXbgadw73Ga
JT+}e&{{ceV=A!@r

literal 0
HcmV?d00001

diff --git a/demo/documented/neumann-poisson/common.txt b/demo/documented/neumann-poisson/common.txt
new file mode 100644
index 0000000..810ee6b
--- /dev/null
+++ b/demo/documented/neumann-poisson/common.txt
@@ -0,0 +1,99 @@
+This demo illustrates how to:
+
+* Solve a linear partial differential equation with Neumann boundary conditions
+* Use mixed finite element spaces
+
+The solution for  :math:`u` in this demo will look as follows:
+
+.. image:: ../neumann-poisson_u.png
+    :scale: 75 %
+
+Equation and problem definition:
+--------------------------------------
+
+
+The Poisson equation is the canonical elliptic partial differential
+equation. For a domain :math:`\Omega \subset \mathbb{R}^n` with
+boundary :math:`\partial \Omega`, the Poisson equation with particular
+boundary conditions reads:
+
+.. math::
+
+	- \nabla^{2} u &= f \quad {\rm in} \ \Omega, \\
+      \nabla u \cdot n &= g \quad {\rm on} \ \partial \Omega.
+
+Here, :math:`f` and :math:`g` are input data and :math:`n` denotes the
+outward directed boundary normal. Since only Neumann conditions are
+applied, :math:`u` is only determined up to a constant :math:`c` by
+the above equations. An additional constraint is thus required, for
+instance:
+
+.. math::
+
+	\int_{\Omega} u \, {\rm d} x = 0.
+
+This can be accomplished by introducing the constant :math:`c` as an
+additional unknown (to be sought in :math:`\mathbb{R}`) and the above
+constraint expressed via a Lagrange multiplier.
+
+We further note that a necessary condition for the existence of a
+solution to the Neumann problem is that the right-hand side :math:`f`
+satisfies
+
+.. math::
+
+	\int_{\Omega} f \, {\rm d} x = - \int_{\partial\Omega} g \, {\rm d} s.
+
+This can be seen by multiplying by :math:`1` and integrating by
+parts:
+
+.. math::
+
+	\int_{\Omega} f \, {\rm d} x = - \int_{\Omega} 1 \cdot \nabla^{2} u \, {\rm d} x
+                                     = - \int_{\partial\Omega} 1 \cdot \partial_n u \, {\rm d} s
+                                       + \int_{\Omega} \nabla 1 \cdot \nabla u \, {\rm d} x
+                                     = - \int_{\partial\Omega} g \, {\rm d} s.
+
+This condition is not satisfied by the specific right-hand side chosen
+for this test problem, which means that the partial differential
+equation is not well-posed. However, the variational problem expressed
+below is well-posed as the Lagrange multiplier introduced to satisfy
+the condition :math:`\int_{\Omega} u \, {\rm d} x = 0` *effectively
+redefines the right-hand side such that it safisfies the necessary
+condition* :math:`\int_{\Omega} f \, {\rm d} x = -
+\int_{\partial\Omega} g \, {\rm d} s`.
+
+Our variational form reads: Find :math:`(u, c) \in V \times R` such
+that
+
+.. math::
+
+
+	a((u, c), (v, d)) = L((v, d)) \quad \forall \ (v, d) \in V \times R,
+
+
+
+.. math::
+
+	a((u, c), (v, d)) &= \int_{\Omega} \nabla u \cdot \nabla v \, {\rm d} x
+						+ \int_{\Omega} cv \, {\rm d} x
+						+ \int_{\Omega} ud \, {\rm d} x, \\
+	L(v)    &= \int_{\Omega} f v \, {\rm d} x
+    	     	+ \int_{\partial\Omega} g v \, {\rm d} s.
+
+:math:`V` is a suitable function space containing :math:`u` and
+:math:`v`, and :math:`R` is the space of real numbers.
+
+The expression :math:`a(\cdot, \cdot)` is the bilinear form and
+:math:`L(\cdot)` is the linear form.
+
+Note that the above variational problem may alternatively be expressed
+in terms of the modified (and consistent) right-hand side
+:math:`\tilde{f} = f - c`.
+
+In this demo we shall consider the following definitions of the domain
+and input functions:
+
+* :math:`\Omega = [0, 1] \times [0, 1]` (a unit square)
+* :math:`g = - \sin(5x)` (normal derivative)
+* :math:`f = 10\exp(-((x - 0.5)^2 + (y - 0.5)^2) / 0.02)` (source term)
diff --git a/demo/documented/neumann-poisson/cpp/Poisson.ufl b/demo/documented/neumann-poisson/cpp/Poisson.ufl
new file mode 100644
index 0000000..ea12495
--- /dev/null
+++ b/demo/documented/neumann-poisson/cpp/Poisson.ufl
@@ -0,0 +1,36 @@
+# Copyright (C) 2005-2009 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2005
+# Last changed: 2011-03-09
+#
+# The bilinear form a(u, v) and linear form L(v) for
+# Poisson's equation.
+#
+# Compile this form with FFC: ffc -l dolfin Poisson.ufl.
+
+V = FiniteElement("Lagrange", quadrilateral, 1)
+R = FiniteElement("R", quadrilateral, 0)
+element = V * R
+
+(u, c) = TrialFunctions(element)
+(v, d) = TestFunctions(element)
+f = Coefficient(V)
+g = Coefficient(V)
+
+a = (inner(grad(u), grad(v)) + c*v + u*d)*dx
+L = f*v*dx + g*v*ds
diff --git a/demo/documented/neumann-poisson/cpp/documentation.rst b/demo/documented/neumann-poisson/cpp/documentation.rst
new file mode 100644
index 0000000..2279d16
--- /dev/null
+++ b/demo/documented/neumann-poisson/cpp/documentation.rst
@@ -0,0 +1,6 @@
+.. Documentation for the Neumann-Poisson demo from DOLFIN.
+
+.. _demo_pde_neumann-poisson_cpp_documentation:
+
+There is as yet no documentation for the C++ version of this demo.
+Please consider contributing the missing documentation.
diff --git a/demo/documented/neumann-poisson/cpp/main.cpp b/demo/documented/neumann-poisson/cpp/main.cpp
new file mode 100644
index 0000000..c7360ef
--- /dev/null
+++ b/demo/documented/neumann-poisson/cpp/main.cpp
@@ -0,0 +1,99 @@
+// Copyright (C) 2010 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Johannes Ring, 2011
+//
+// First added:  2010
+// Last changed: 2012-11-12
+//
+// This demo program illustrates how to solve Poisson's equation
+//
+//     - div grad u(x, y) = f(x, y)
+//
+// on the unit square with pure Neumann boundary conditions:
+//
+//     du/dn(x, y) = -sin(5*x)
+//
+// and source f given by
+//
+//     f(x, y) = 10*exp(-((x - 0.5)^2 + (y - 0.5)^2) / 0.02)
+//
+// Since only Neumann conditions are applied, u is only determined up to
+// a constant c by the above equations. An addition constraint is thus
+// required, for instance
+//
+//   \int u = 0
+//
+// This can be accomplished by introducing the constant c as an
+// additional unknown (to be sought in the space of real numbers)
+// and the above constraint.
+
+#include <dolfin.h>
+#include "Poisson.h"
+
+using namespace dolfin;
+
+// Source term (right-hand side)
+class Source : public Expression
+{
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    double dx = x[0] - 0.5;
+    double dy = x[1] - 0.5;
+    values[0] = 10*exp(-(dx*dx + dy*dy) / 0.02);
+  }
+};
+
+// Boundary flux (Neumann boundary condition)
+class Flux : public Expression
+{
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    values[0] = -sin(5*x[0]);
+  }
+};
+
+int main()
+{
+  // Create mesh and function space
+  auto mesh = std::make_shared<Mesh>(
+    UnitSquareMesh::create({{64, 64}}, CellType::Type::quadrilateral));
+  auto V = std::make_shared<Poisson::FunctionSpace>(mesh);
+
+  // Define variational problem
+  auto a = std::make_shared<Poisson::BilinearForm>(V, V);
+  auto L = std::make_shared<Poisson::LinearForm>(V);
+  auto f = std::make_shared<Source>();
+  auto g = std::make_shared<Flux>();
+  L->f = f;
+  L->g = g;
+  auto w = std::make_shared<Function>(V);
+  std::vector<std::shared_ptr<const DirichletBC>> bcs;
+  auto problem = std::make_shared<LinearVariationalProblem>(a, L, w, bcs);
+
+  // Compute solution
+  LinearVariationalSolver solver(problem);
+  solver.solve();
+
+  // Extract subfunction
+  Function u = (*w)[0];
+
+  // Write to file
+  XDMFFile("u.xdmf").write(u);
+
+  return 0;
+}
diff --git a/demo/documented/neumann-poisson/neumann-poisson_u.png b/demo/documented/neumann-poisson/neumann-poisson_u.png
new file mode 100644
index 0000000000000000000000000000000000000000..292e16cfd7fe60e6dab562d166335b7669ac7454
GIT binary patch
literal 42812
zcmeFXRa9JE)FoQDJ3)gx!Civ{4esvlF2M;9+}+)S6I_A@cMWdA-JyVc`2OxO?qfgo
zQ@_<Xb!4x#=aN0=3RjeuL_s7#1c5*((o$l|AP}S`2m}!a4+&g((FmUefk;8pVj`-Z
zStp&|9R_OOs9!stNnw*$kkv|Kuuwc8lX_qy46%~KR+UEWN>u;E8~3C%$-~(NdSYIF
zSJSa(w7y)--3vNU)e&x0jdw{P_1ML<7b%m1mTd`ls%5q4zW(E_x8b5#O_O^5>?6A5
zefn!r+uPq`p&|Fao{N<oF+?<95l`Lq*bDUji}t4sHU<uG(Wp#GOp_KHF(h9C!w9&J
z{ewU}_`iFt|KAP&&kz4M@lb1IG7#~BCfju;$NQ{x**tSRi}!jrQNeFFUNYxjtN*Qr
zzqpu8Diaay+w!EJ`yjr>N&P4j^S5Cc^U0i-*ZXe&+oSnOjnZSnu=K@Sym!Q3Fw_|j
zM0DQ$wMmrY;ytPDb6>G*Za-@~247F+vYHI4Y3SWXXmo6+=6b)q+@Axl>wa$Ue)jOc
z_h<!M2t6;qKA-zvk8^jQ+BvK^biWXL9pt-A@a~&2doQDKuU^cgcHQv0w|)MO1bnQv
zXB+Kx6Ybwv`gK2+g6D7$+UJ(%v-VuaUWD$eRf-s%?M45WMG}ATW#HBH^fYegfw+c&
z@2^zwE{)K#RcW?7?_SdW`k_}Cc`p#5ON!I?FQfW*^$tEegiw2LSIlqqfKTLPWx)w9
z%q^Rcpf~X3o517LvHpEqVeDtGyo-+O3BbIy9Fx*xni0wOs3xQ*20k}msWF+(Zjt9R
zk;SX<`EeJx`$?6iTEFwj_uPAffBiBBSe)@DI{Sw2{aX8J(~9t8(~7<K{hEhRs{Epk
zZGANykQfj{EW(pNX+SP{9aq7PG%uSIf?@@(!fa&+3&bPOy5C;kEO{<|LrwDRM5T6~
zm^t745qiC(&P1;7yYIU1)aX1?n=GC!ccK;y8kr<|^Ny%Z`(JkUjDhrT3UE=99NG>`
z{9M`8e`;R7dy4<8WryVLlH?q)%VW)LG2J4E*J2{ern=QUlCg=j0H56)IqPc4BsMxG
zCdYF-e6nr!7T=735m@O~Z*K^a$C6Pfp+m=I_PNi#zW1rys?#4m;63kv`FxX)Ca3j|
zm(Y*SLnq4(3V`nqi4HmP!)o7iAp98kSB>xK82hBpu#En82)p?hU>5s?;Qi{b*V#KT
z$U;9}UG$;(-&PuA|Agd5O|ohP9^_JW)q~sIczf9}0B_^&Uvb(jfbj6~(|txpl0T97
z-b{DiuY3Qu50&awPnWU&;1P|k8Khib^#EEPx}MJn2?<?FHyaLaQUkcN)k(IJvXjXf
z0E<vQV5Yo(5G_gO;9pYfX|F!iXg|pFYM2JXvm=V5{_XX7!(+o&L)U5Gr&dFbOlddr
z+Rf{?2r}SVQKO)Kbsf83w+lK3Zu4qTdy9ZOQgrNFAOB@4d>g4WcsUwn?)J&^v9+}Y
z&?_JONuwG7-NwVz7c@Pmfe$P8?WZm$u7Z;PRS4U%gSN9FidfxR!yYI!fz6P2Nd5VI
zS63Lr7a@fbSeoN?RH0Vc(fho9--YIP5d@fAlloJ$ZhI0ytODO5<?_pPtRIKR+3Fu+
zZ(BB`&oA=aq;uMZ?;!+XvNw|aUb`|lZDM%;rDePSJ&XZ>a8M9Q?0r)AzV`q?6Zynk
z{}6ecG|tM`KSvsXjbFi!+^dd#-s{&ndhW}6XYJ>o_p@Bw|5}xPs%|l!mE(RHR`9!O
zTkJer_deHaw464@5%`y8l4D+~fc0Wgsut@;bC-w|2@iy^QQsg%tN<GypVw9h?q>kd
zfaB)DkJq@2+DV;WP-5_gr+<It0x{eDdRw#M_k8-E7mPxQ?r{AtaWS!<Ue5jfpHG|p
zE4s4S{LJ3pzh9aP@8A6&un>>27U0MkNd8x)P5v)PL)?DcZq1_oPubP9*pyqmg&*P2
zevde^|8e>MuP7(Qz5^8T82M$h6m1bA0$6gd%RmMHAN4g>RKwI}M$JVNI_w<Q|NdzB
zQ_((n)?(;7pKZcG(n5CPEaqfn1oh>8A3eD=fBBrmL`rC^bE1MW(eVUpPYR~(+;g6<
zi1w>?dOjddLjUU525yAabh}@w*xP9~5I{`l#Y1L+x`G4klrhWJMX2SoQ2D*yT178s
zUEa|VPbdSe!<LoN{QV#MZd2F2`#<456r_0;j%c8MLlCk#%g$A|&rass;)i3;mJk%^
zj^Va9Ta{u3z*2)iwfm@O-@9m&T;JIdf5JcTp3nl{5g<K&!%yX(Phok{9oAmuT<UbQ
zwpB~&(F*7#y@!QDc=CPB+Feay<=F>GQcX%y2;`_V=p@WCH&upWZUeTF;5D@B-|4-u
z0q?nn1tvxBbKBK=UGf_jDr|Jwcp^kp0G@Dx@QmJ#;g%F+KqeFZX`o;P5>hwzuLJjd
zMa^@^;}3<+`mBiPtR_WjfgrrjKLb%|h#WD{L54r2TOMboHO^S>lUF8nJTz1^H(2Y4
z8QS!e03?ezT|XQ!?i4~Jem=%$cnsXk;SKqb5GiVzA0b+18mz{15Zk4qtLaG(zA=z2
zX=oqcU}J5q1u%l=F5tTHFfJoO^0d{0uE~;h;!G_-E#_*e(!=YljKGQt?mGvUp8k`&
z5Bb0a{a=gb77pjn^V<1I5_p6sJ!*$|47~{|K;KGXI%ppGYd?rbm6YK74Nehcz|LDm
z0uqvnp)YCg70~^CiHPjF`WLDmg#|^#mv`Rt6JHJ5v8IQ4w~htbl{Cfo2HBik^MUqv
zC!Q>V@Z=Q<C=Ut(*Y{s^XjcvJnjlSnleK+}6ks2Ipf2ilUi_%U=@tFlYH=pgrA^xa
z-}CVilYA08hfvhWU3EPF;)$)<F|5~M!~JZF<^wJcfk2a|_U+O_cc;6v5dcUQv6g=s
zA&dGAire%2tig99j$#MTq%4qASjSIRBVkjB0T+f>6#p)iN@dTMV=4}B7A?koSHcHE
zLWJMpoJOtdyVhG-qX(ZSlcKQI{So!c+39g0agi3*iA*_)YKo{GW9ht$BDKH*Ea=*Q
z-TiFkHLs;MkM<o#%sglQhT!%^M(xW@PxxO5uF$n@u+t6bIhd45ePw!bnV=ixz-eM4
zc<yM;%;EMiL-4-cepg{jEeNFPHs6T3RddP?gP~q4n_oM<-32#T)8RCYMxrS@Hdn4l
z5x~a+A-Hfy3K<>eBOZ=ViY{EVRak(YOd4|9Up=y!Lz>S)AX!lm$M-A4`o^mC*eTPL
z65Y@9e7o|^?WTEMIdTHq+AJODWqLQ^&|+dYS`I?dn9e|$=Epr_dKQQZVn+Lvl49oY
zr|DV~U+Wd%oyEXm&_Wu<lHomhOzFZ1VqVqk#+0h)UC*Z>$R_~kG|?1+mfu$Op&1U>
z;IdQvUXVjRs=7~`TMx4>hPs|Mm``FzHSg&zEKE3sqU=M0L{cy!W%SUXqjO1?3^7m#
zE!#oATds7F@I8HjbfQ=26CBbz806sZFzwNGZ$!l<<8}ZKO8nteK=Hs8$QVR^MKXj*
z%(nv5V6p5?D|ZL(F|qLRO%KDBE13FvRlr`8!+D=}?`QGXUdhO}FKAJrlK5GnTdRjH
zq*o%sn^+s{k=jvAVZ=Nb{3FP^y55mE2wot6D^EUfmku5M>ke(WrGhIcEg4eKomzZ^
zR5J1Fx_FIuLIQ?wJ_1uVugzKAKuBK%$=Xf9;mMhrH`w?;xYZi%oQ2{Tc+KM93p9F)
zsgH8CE?`LYYKp;#ntYbF%Rk{*h^Ol{q+9r{)O0SdDc>0`Fdr6A+7qs*2iaz7N)%Po
z|8K>4!T;Oo>YKVQPtt!lnj{`2(FTuaPPFX*k%6awNSjXorQ+jB1VKLJ_2!yKBwDYZ
zA@Olj0Cviy$r{!Gag<;_o@Q+ySyXdpxIaQH_rT=7do1I*odz2hmFRymcz+0Y_GNVD
z=NXLlzfdlc6=Pw`I|f5xRY4_};fQ0$W#P;0v@9wF<PYMR1=w_02q7o?knx{I1|v^y
z!hhKN68;`roDi&b-HO|K)hS7aH|X>RqNR3gXCgF3*Kt-d<;@czFgySOv>JbnHTsv;
zX~@_4jDQ19pHRJz=v!GNW{wV9xSH#rJy*Ijo+{k7@sOHH3mN|1@Rw@}319P$>)`XT
zRrj;TwaMPLf$lZdDzS&Z+3$4}1;1ISW%rod|E3xaSB5Vy0joSwK`jr=>ih4tTYd=6
zk<hBiF+*Q9##QNnYYY|VErGJoM(%3`DzV3itjeLx5+)Zb=&)Zy&<wneu<=dKY0EM1
zy@U$rfpZCko)ox!i;jh%j{=GH{?PyR!kK^)7L2r+y2Xi~#uF9<x%SJ89~s=}MRU%_
zP9GPL;C%g(0tw&T#RuaRY`tTqdi0@%1x8nlz)TeB<>uS9LN2#|50bA2((%V*C=7K`
z-~8GxljR^8TwNcQFiE})Lq&&hbW+){y~MC71s063aCl_J$%IvT;SF}vRy#;jJ0+Dw
z!+>%q3YbyXglplnsktxih2_=#D6V3HIt4J|j&$E3KO^;MxgbC4=eq|lsZFQ3hd)F(
zFq;k%ep>6g=q&_H)AV;bhLY*_>HA}^)0zY_K3e?#n<%~oD*RhfA#pX>l}OQOq?!U}
z0UC4!kF~5T4Z_kIAr0%rDC2}UAmG3fY=ua)EpE&aAw8;x-u?HfOFJDD6XjiQh_nE&
zsijF(dam#ED2l$W+2&X{m?3wlq2U$ye)RuY%5(n|o9nUjCv3`XH>R_?FkIiqa}`6b
zj7*iTB-ao`Attt3`Ir<O>GjJefhloK=7bg_F#UOmnbM8hdOajkz=)-AM%EKYy^oZ2
z2Db08RxQnXleWc7MX4FRfvHD>ipu<Tq8W$nqGY?b7bzSl#73Qc<3ep$FSx`DZU?5(
zlLmRmNxz?dkru?H39quJwV`%?I}zp(O+zm%8xp|TqoIuO6Ae%NEqlO;I4GO>(*V-(
z@2C|X4)qt=6KE@CRN>$RM4=zA>`qn^N=J;ua1u2O(54&mGy&b$K*sB6ZK=KZp8wqp
zG2|A0L&s_F&Hp8x`|V()8VaMmDuI?KJZ#zpPQhVH3ZI->Q<1h#+)%q9Km8Mb{g6T>
zK7Jr_{p956n_CYT8b?U6ktVXW>9P(b{W0z-0$cY|f-Q~*pZMo4xCxHKM~v_hka?&3
znK%7_qe;Ksy)9q%+G)#a#&8JG+Vwttcd35u7t-~nc9ZZnJvM{tUyV)^qZlXHMWAY}
zR#85b`XW62374R-mYIqE-#AkZr*&YVap%~liIxvZ3?Ag_+dodJ30xe|I4Kv4?0#Pz
z)4@b$gtAd-h)JTe<#5`ZW$rVlsabs>#7$Yd-#$FCUrc}d{9j9<dEavRdY<EQYvAWF
zki16y)ahx&Pemx5XqiMZ>R})92y%KzpL4++Uk)CWZu=?wRr{b!OLF`GeXyr1vN2Al
zVpa0BfMyOZnl(U*);8f&fH^OrT(bimOFdfhW~~3YM+6c#^{Vq5PzTRyn1Fh^z`lCX
zckcH(qTqKfxlt@XmcTF}K(7AzIG~G0%`c82xVm9zGN+F=10{dTR+N&kBwSQSQD;YI
zrog5tvctUDLd<c>!u*#lwi;@p%{7%oRe7L-Ld)xHH)nU;iz{h1X6``V%YJUx8+g`W
ziKK)@Pm?69_I-ohel(=|9l6K|N%zkwarY3+EE^d!%D5t9JpGa-&6miD^MTEP_ojx3
z%IVLiWi18?@L-P><&Ms)BEF#ua*#~3VR}cRQlZ=QM@x>})Ppir4LutpiGK|#!>XKE
zk0G;%{layO$c7NU+@r3naoEQRx29Jqbp0LW;A=z1{;#_jKpOZxOKHNjoWW`Mx`SuA
z!3Xq44BALh!g}_CSklCh@wQmh)EvHXpr3AibgXIK2_F{Ida%BFXCWu(?Gy9l(+B4(
zcM~ZLTGKfWrdX)NOSXNEGMkG0#YQ#Pm&v9<Rw;;ses98(6~K5)PM_%aPrpwuu;)n;
z@#U@=7jhtk5X$Rm-c8@~{WzLt-*NrM|F7-2x*(=JF;5XElP0hob?z{NA)5$BnDWz*
zloyGI9%3jNx~862S3Lp2eLmcTW{X_Q!A}@&je7rv-nHmu8QheyBxbV1JC&0W7#G|2
z)amT+M%Z$GB5dTbvvvg$`E2HP{P&&bonV-!bi~=9V?O~CzV^)Ph+G9G1^^2sXp5`f
zw@&*XSE2*LL{>2(Z4|>Q2#szAW3HMVb>NJt%?axA6n{*W(y|((e4H;7UbI>l#XTwO
zIOq~av%38FxRiXm#1X?0Ll7F0In^zOfsBik^0yTfb&<hCa7=LKDofHrGvq;^l`t=x
z@u=*+@w`6TTy>F-g7Y49wVOxY)x5_m7JAPP8XlRTRirmJqJS<6#Xkge6w|C@y)k;Y
zB1NL1aa0ZS(-vCj{Zd*#2<Am|D0&=o*wtvrN-&N@r7wo3Kf{l;(7>!MS-|KRBmH$5
zv~F3r%_3pzCZqa6p>TAunf*}(Dw5%s`)|)t9eID5bZKtcpJ-y5pL<2OVE&Xczhrj5
zE@-X6tAzShwY+GW$nqt$e2|Dq3RE2I*QO>9SKi8@TZqRXEcsU>6M)3$I9W^0-vpye
z=}3)Zk~oETb@T0qB2qepIxcRsW3pxd3d2TME$HJu3j!)k9b7l4ZKAA&W-sBIp8ev3
zDe@7tsT<CBN(i<qtlJfZBzaQM!=gXX76afsd2jqW0$PsFY=nFdEvj4Z36A*AylbHc
zSQa2D2xe!3ti&LhM8@U<y{C1>h~V$E5XhIB*n7kj^!}{M(9%%))}B-Sm1v#E#1y+_
z4YC#Fdf^Lh{&Utz0qRevGc+ps8_DF7xPb8?vl#Jnw880G5yD=F{=&oE6kgL85bLd!
zO{<d6ng-m&SlH8gb|ZsKvc9@*i_!LmfmnCj3{n(ZG!7y&d{;ZTO~H4EU1P&LJ53Nl
zHj^dLD%fq_>gH&lz0mRjX`BdNGlLZ3=wj9rKhg5z%5EUzPb+`Z!|N2wr8*|hstNI(
z9LMMQDlw?v9&4`B=5fKisEqxvXZtog#xvE+<_%VJNA1g8IwB_DGF&-Ak3df$;?3pu
z{5EG04!oVZKM2uNKDRBqx;Jn5dpiHuEM9<jn3=&RG~Jh41WxzFSgdVb6eSo`?2Ne4
z#dAY?sb%uclpLG0eHKysLweyy>cJ$CS-Ym49M>52#0hKCWF-?EU5%M$vzgbE2~<(V
z+d5eE(in}YK_2i@NGWWv@N5M8=G-p&{qYGz(accXOkXwwnzQ_brTb8zfqo<fh-J^u
zPJ2X)Z+jvB9`jenmcg1G-zbF9T&HML5YG7YSfagLDJUb0o$$oxWh8_rGbD#Va$((y
zKHp^p$G#0=*@%cy5=?==ljbc72($4;Io$pgWij2boq_!gEi1-A3*wAO&=FlTlfoGu
z{tUVX(}mK_4@w41x4ckJ&5h^ubNMBfo}g%pc6#Gbt;8jYsEv&p>fY5L_3&&407ZRP
zwE3MOv=!h1_x&NcjKA0YwvV#PelM)B8AJ11b~VWR0{S=6eZOEnO~4bvO{d>jw)fF5
zHm6uWNacoH(0v?qL^y&~1m1!74c3A8c>S^WQB}rAV+k~tDfZh=O!Z0NkDrfz`ic00
zg%(F4Sz&4A7Uc-kM_LIyl$BpHKM<&3F{(_?g=T$0BMOLdG}QPZshwU$VXtt{=T(ic
zPFzyrLeb>A+>E2|zTE5fEFen=P>fD9(ln>7`#G6*P0M5H?C&I&B=NUhjU2aWaa@3a
z($940dIUJ9OMnQp+dKgHS&2kPfJyoWWB&Pm)#V=G9mlyhe9k-XyLJ;~a@IB%qo!P6
z)18su8OR(sA8=)^(DiX{VT@I<NGJ6umdc-lv@)6q%$1Z)nG%e7T_d(%C<uK;7zo)$
zkYzg$lp)p3SncsJ7)Wv2Phjj&*|OnMM>{2l1DeD+#B?IhrqQnYrcAyyT0|LdOOM3j
zMmO>wYO`ZSTdp_3UiXmJUdC4xz3Rvg*)do5?hXHPT(>21oVx#y$nWxrw$1NI06iVn
z-2HM2_tEjU9QWEy>!j})KmiU0!Vw>QKotUC095ul6v=}yP{yH9-$`JzXP4aP)nS@k
zpY3p(Gk~Pk(Eqjv5aPw7OzpM+BRA;^-tgO|n!HKc|Nhea(EUFI+kSBIs6F^WL&$$G
zdl3slk6BmB5FQs1$=z6kgYRT%El}R!40q1%Uo{lNB5|$WR>#CzV1^d_0i;!ri)ERN
zRPWW<)>d8{ViW-(oX~!e#KZ;j-z!#Pn-RHZDd=#qIHh#)fpmIVd9nLD{8J}I>V1`r
zr$bA}{eaX<AgEp!q8DYofc5J8zucx8_yG*40}~aR;LQ{S+{fC<&(B%DcgqTH3)Sss
zPe&TvPur2qDVDn`3W9Ez+XIof%y)<YEo}3Cf5QZy&B$!};~umBqn1Us+ezJ@ufye~
zIec7PO|FMC7JRR_f$*aMjVIvkbJNi+wA(18>9rF56Ui!JNhlpbR-ngv=7cI*!7fJt
zB22D+k@PETFr+oo9)eW9wg^7ykvDtX2-!k6!~+>=viCT#1im^JsPgvLIn@!2G25?`
zPFo71RW~GShm8f!2J0mn@232=cy_JNc7#t%Amb8S>eJ|3SuE-Xi)wa5>RZfb3J1hg
z{ichV=sDSuvA2iVw-&=5NDC2AjnCdETqfOzVrJj+^JltA?M|;-KtphU*a}T#-1QnF
z3te>{Wz^par^$KfLGxqrzB?&Bx(7hv3ETlt)`rZyH&b6+kO*<;HA~(}Md#6b)YnaE
zju|YB!o~jf@EpFp#l7EU6gPtGg%qw+v1~)CYeDdM5DI0l<lBCbMRcCQ#K=uygbF`r
z#mm)x1*V6GxgpqUmFmn+_ZS+F`W=Wc@FjrmEO8+eEO(Lq79t=0_EjYopf8ZyR@KE|
zTQ#&P)nq`9W7}Rn=8k6zNVepO5*xAX<mzUDnHcglvsq*w7xfE<=l-ns@URnGqu=QT
zs31^#F8{{90p$5RCl4e5^DC|QJOI$vY#yH<HiH0ey!f0+rwREtGnpvwJ-|ROd7pO{
zn?7Fc)p*TU<_u7Q$px8?5sQJ7uEh^3ZvXQ<q36CJ`EMjkJh2EB#qgcW1k1h_L`&F&
zSPBP_pO7!KYqM5H7sI52Gkm@UVi++H$Wi2TAj5{|&9UC(ql#mUkZFWoF;ctB4HK;N
z((k~>31=$0bv9DCinB%q>S@?AUCo)}A5FPd7;u*Bu~X_nPbj9iN>eE3&XFlwB0GPK
zJ{X!44W2<~>a^Xmc)c6nczb=|5Tu>`{w~=#c4vQiI4>79mynPEjLpRDei#5zQ&U%W
zJsk->Hwbwj>uel-5L?Lxw5<m7@xQhW<9DkrlYmGC2pFCrj7>}1VH7c*i|y-fd&wH_
z!jaC#(*j*-R)SuX0!cSs{vnus5AR)a5`gNsRgl;BI*y)$n41mbf%Hc4%+KM24djEp
zJ(@Z8iepS+Bo^^N8Nn<xbWLHFI(hsa_8UJ<h*=q#N|UX?yloeo<34{$qKeZXSq|%z
zOmt*{Sxv}bL<CxytCNZyzH~r|Ly2*BqWgqXwvOGdDC#!3(@RRw`LiAuEc+P*XMTy_
zygFgk-V-tls=($=bC(-M{11=yZ~GJc=K^~i@?su<3M9{edLtwMwvF5E*^5B)Q?K2<
zVVvt3K=;K}YPaqPAW;-e`rS1Edcz+8_U{_r2A~^~JPt{|JFl*;4xioCY6<{^2M{RF
z-ESIt_BG$eZR|TP2ZxiupPaT5nY~L&1#mw$Egubsykn#^guUwljX9g&!)}8x@_)|)
z49jts^DBN%FC{Ni!QF%of1pUgytWB%P$W1Kyw}?!V3lqQ@f*-{!wWB(-9=3H%76(Z
zPM{$3<H3j-p-V&!Z&J~lZ@-VxOyKTK+_x8sTxiU1lej57!;Jz6yK#%E0jBsigkd(m
z1QLv`{lt<Xs=VZ-ar`(h_i7E5tu$wrG-Y2%_*7jWE68xmr*5$i05ZoU|9OXaB#vF@
z?Sg~XY$hNdI??&R92)>K;vZ(cwi_UZHUP^vUd}u=e6GiZUJez6o~C2JhP=DuT|czQ
z^?g0eeLZYDuI2~oWHXRHxI4B`0Lk&7tv$mc7LW*fYkqGNI(*)Ve5>94msvL3qUb6Z
zKO~|M$MS12<mB28y)q12dNKX#I$<c)QavSHG?F1XKsnBzImaYFJxL71DL)5(l8i}B
z00VRee_}JP38G)3P)h8*KIb6A&WT{ekE(CxoWL2%xFw+u@8zm0DBm2d_;yfU-Z@-=
zt`eL;O%Q9STJ^R7B`@UIw-_?1gu&+r-XS?}Kkowa+U5p$d_zDjJCdpGAQ(&Db2AVQ
z)Nxzoux4FZ)dk*T_HG#m#HqVwi`<Q;s*R_W?w1t{SA@5#Yb&*2$+0w13><)3R|p^A
zUIlM4`&bQ+a}&Pt&fhv#5JL3CW`w9P6!deDE3pd>W3t!!i0J9cB_bssNoby=s6$Ld
zwh@=3N3j;;sq)t|W4H_J8&oAOL^aMZ3Gh$h$AERNQ(VcYM+|vvxR$2vDsbo%>DZTK
zD#@a<pvrOiqWb+&B*`_@6C!Z}4n}<wu=fNWE$58DThB}z_U)~c$13bqnq5ARKsI~0
z&VAGU=obTocgMp3vp#V3ZpGn^BlGE9(SBF5?l=73RMg&+y#MK<pB<pe0UGF%aU`QX
zfDAxJ<<xk1ua7kTS2XYYpEFJ6<2H^nS@!DEuax;2&@yBTLwe^PF7{t98P8t~A{{!G
z3l!%_hwPma)0-@K;TIH$oF;7_{RALDhQ_ee<abbltj}%iB}vo_JTN$)`*?9AW{^3c
zVVm+F(Q3hnk@V9GQ3g*4&1#s!I5|6OO6M3H_97v^?r}PVRzj9#C%kKv<XY2%XZXLU
zXaDuj^<sy}a%oRcMW13vpEgEkI~my6C`M}%_HOw68&9<zGFL{3_y!mUH!>i`YbN?~
zG++5{v4h`rCe$7f0u5PifXojbbO1}BMq`BWI}S$S8;fM~y8IIkS?u`7DfBq3kaPR%
z=a+W{CP>rgg^_uECjia=l_c>}4k5w_0a+d<NkCOuMMfYhaXu)_(Fi}0m9&T!TB3gw
zVa+`M3yw2Yp=RzY<5Z(Uets|h*;j1IY&ie=V&06t8RZXhT7u%1w0X<H+ZbXUA2^UL
zRFB$5-B&af8+9$4DH*G|Y7a8#W@!=lWbKq$J}S47K?#;wab?d#rRug_B*<{7GOYq=
zZCdv_uB>je&IA9osaXTcxXbt89iY%3Msu%wUJl@*B{AzX*{15bL%f%DpyurX0}zB|
z7gYeCvG7yty#cP&zpVh;Trkik5tqHUzb^?<k+=BoTBRYlP3O-4p6>c>pYE&q8CH;4
z@+gB%KY2vl@+%J4QS`Ry-6=%e;KY#X=bo{w{*;Nc9=?zG7&wo{;C{zI_##gnx#p=s
zLq^L|K~CiTbj+WS6IMDuOl=ZHRo0gIzur(ZLng{E7SgkNn@nZdJIu^}o95-jYt;HN
z_lzQLcjRJCv}_wRQ%lD;AN64~VH79lHk}(tKo8eX9CC1N)%;gO6u1nUq}BXAi9mB-
z7wdacRv6<9w+{4ZZPxSj%hUxM&z&33q5cn{9Wi5lXhI#1TfOfcFbL4V*?~a=fYtDA
z9p4*G_1^^g-W{P=lk*!u-F-Wn-*WK2=z;4DK|$T4V88|$g8%B^zMQs3I<&wfypf^`
zAw>j2cSJ3T(zZEj$D-0HOLX}9_77OX4hSzmACni%^>vBB|0_dVY4XHJioV1W#F1F@
z#_X?<DY4?}_Bli^>7Q~#E;{&d$(cc@pz-mPQry4*)TX;k<o!=l?2c{3eTN{b+RAx6
zEXgWWb96#Vt=#gH*bT~<x=eW&?jW5U|6RD)rzF<4or~YiIqsW*NI9cH950%!&U=9F
z|I2(l!z6~+yfoXrZ6}5wNOA>$41bbgQ@sqx{6!POn_~+8PqQ1ZryE@_cPp`g_zs|c
z)&K3q;Gq}Sd?KqA=x%`n0`~7Uj}1ZpS1=7Qd+}ZsfTvR!b?)x{-|hkZdxN|Caa@jT
z8Tz+LtY8x`0`Laj7xLfd-vC}V1|-^NB;a+Z{3o@h!wK(`Fq4*G1MT+tYcC-`7(a)^
zKQy>N8vQ}Ev$)!Jz`h@C;1PL25}YpZu@NgYsRa4&wEkgqK}=n0|Fk8S(UcDAC%bag
z9A>Gyo2Idat}a^gzh<P}iU;E@BgRI2OZN25=d{IQ!bs6dzNsnuT!X)8XAR}ZI#fwO
zXu<QQO*?^W((!C6AqmvInf+lwMx4DN(|K6*I?N)TS#*vpqqVq90x!RVxN0qDfFq)*
ztLsfK60;9b7n=TBS3X|vGix_m0`a16<P3fIj<s+FpKahc^loL-n)?a>Eif>taQ#sP
z^gi{`PxJZmw#NSj=%JU~7WIG`njxW=Ss@~P{7Xb&uw)X4N!RnRICb4+Qt*AW07LTQ
zCD58Edfwo_52tAU(R^4m(7#E)j^nKv{VJa}nUvfA-90W^D&in%Z0c6R0Y~!d1+8Ln
zW0s;q6e{JXMoxMb@dyHMx?E`vt3Mg27)p5(-tulKk{BP_`l)K?yy?g$e|fahahl;B
z<bfAWzncD|klhwovi}6#fH<}ztsC|+IYX^vxri`5ZBCz7oHD_t92*CQgOiA@X~X_3
z5H1IRiA(MtP%Nn5d00RUBpc}Me!8M=K-Ib7HsIP&`QE;>>o6^LaobNx%Q3GSi;u++
zkbu6&aLKkH?7mh9ot=?cb<f1Wf!*JAknu4cH0o^H3)$vO==%BIQaO#ARYLBcE64W1
ztav^3RpqC6<uZ#lh6#<21xQ1Y)#5M?8`f<aY&G!<Tpv*6Kkz4B?*&r351!`9Q7k}S
zRrBMjz&z^w?S4M1YnbqwrNWK<yi;0HYgB-<#)M2XSfkx^QPVBpcUmuk0@--oWXI(t
zV$JGJTBM4tQ}n5Vcva*fku=iym>YZ}gxa;M&zKdb-N{A%6G0li(N8Q^ya+|Bdty%=
zt5#vcdu7I<jRggkGm<7At{#%oAfUPAr#}uwkyC6A@%)tfln&{O4cUq#ffS`Z-|skw
ziBkG+2Fyd}NDaCmSnVcOxuann>G7jjD0Ih5DkOZKgFG18jyTPo%I+F|fX-zR!|S$Q
z?p4SY@*A%@*!&^4tR7jM!M9gNAWF90CBG*3TBR5KR-+L_FTgY?S5hK4)DfFvS+meF
zp}eLk5GFj~uR>$+WLt9)RI<_@KWm#0A4zK%BWO39l5hwrwpgxx$dE_LDgPL-qTxa@
zTw;A?`@3)P<jFHZdX~^CstihfHYwozoGj?@ZgoN7Rn&BcCPR}D`2n@zw6S@#?n;R7
zk>8BkckANuRY=ytqkBWH4qi810_jWO<vEl0?0ME*355bt_tU~4k!fX7n!3tuN|we}
z5CIEZM!lj6sU({KLn?Xtn>Ky{!gp(Bm=)ZN-tT{R2{5Pr^3wDo9)-qX(Ij-)G1Oi3
z_atEq8O|&$oiyrijN~^-)=<MCyz(M-b2?#9v;7Sg)%-P>maec{!YMH;ejZADpLtD{
zAzEo-ER-Fh8%SY+ky7fvV9<HE?U0i0Y9awFk&t(=yWRFC(E#JMP##-O2t7GIeKN*6
zoSAqq%<(G>J6}M$+GU(`j9B_#x)YKys+~^agQQ)lb@A{ib}TG$ap(42*J--sBQnOO
zK!{bF+NhY?#m6=JOs(X!V4@e%F;_xdDW`mQH)9q`6T}^lPT6`ly)kTh&S<$`Sq+>n
zzgrH)FLSwwnHdDi3!3e^^{r!UFRI8?alaULLo5ipTDuuaY(+Bb!*AvVjmow;6#$)8
zG>(Y|lg>k`0e-hvdOF7dbcF3zlwG~4$l4Ea&xli1=hr3K5<hhz!|Nza_Qa!UYL2<4
z;T>MavpJ1dj+KvYwLcLQ+E}3I((&2<vg#D<V^=uM*cG`mogm2>b$-;W(vizhGFT?A
z$h)#gb7sD<j)vi^C~o*URpF!)INQ3K#gnGO`Vdm$>P3k0m&43Ug-~|epx>eJ4IlcW
z=hPt_k+SQ9&vwI$f7ZmA{7K1!gb7`5uS8hgCkMip{>R7~ZCDMdxv`9@ASpzMS-yZW
z!E7XHnDBBz-cPdj6$N7ilAtNVoe{1>xV=+FwnWinN;l~hC*&W`0xUB_1U6C8Wv-Q>
z-#!k=RxHZP$|5I6(cg2>hpJZgz!r<JWrxHKbsaOY=~+T=;qHjgR3q`yHO~dCPJJYp
z1q;!eDwVBZOi`GgYzYKe9GwnFOy3Rp3)&M}Auma^I|-#bU2@|>(lYrF*SQPAr_hlz
z*s9{aJZMM=U4B4Uv0x=8)+Gyf&In{`sMHZz9&_kCW=X?@1T`2X5WfDd8j!O%Wr;R#
zAjNpn7rcVL8OxrAYM9)FJ^fT5TSdn%gXywuOMb>#k3HxjL5x#vjg7=UpD`X6XB%IX
zPfgnJ;hSsOH4gfRF^R9it_8Zi%zL7ZcBtqT8bkB5F$BhNvU&33C-<_n0>9R8L`bR8
z|7`E5C{YJKeNG`oXVUHR0dIc6vF+~D#pXf;5=Jenq3vP)bgaJ_xV^a?q>M$I-lOsr
z-td8s*&6qB-1MkPE|%16kMj9I89L+dh($dP@{AX&_H0$g9F!uVRRqy5zA0UAR==Y^
zdn!Y;uKbKtP@e)<lpqvKZSB-m0^&VXFa^iXtZizQWN)+?lS}bbRdNS8su($X<>Kwq
zRL;F9qNA}>u!R&0R-`+zN?~d61=KEFW~u*nHxO}tT}8}D66zT%@^ytC><P{Co64s`
z$^A63Z3hfP2^I7(yX9dU8GQ*=-b`+Wh>9_+tPIA%hQO%H8+5-wG*X7LMg5V<t95G3
zR{8_mMw~M9Cvro!4PQf%SN^}B+|fFD5#f}}C&nzuZdd6_bI|Dq9|y`@CU@Vkunf91
zaS{uWcv-aW@<;dybB?(b^n<l@OV$12XZPEOIS5di>L&-Mlf+~dN3<JZzvYcvPFY(@
z+xN#NNOabROR=9nHEc$QK?rPnT#QHJusJ$9ZT)yZ)S`Sakx7mAJNdLDlS=k8Z}59|
zd{#<r$gr4Uq&K23=kyRomaC;Qr^#$%Mj4>l_?p5Ml%GdhTG*wI!lkNRqvIikBJfJ#
z)Fr@>Q&Q23w?9}H5W^>m8(H>~qD4S}E{w!#WfOT0#*fah)4zYiRXG&hwO*wapY_R#
zC0}>JlP)+UlecjU<!{k5!-gtQq@wn!abRpgoZH~KwcLXv@_OnC{Xq0tCM!Hu!NTK>
z@DmL#Fu7%Gh^JF;>vL%LzIKCFWU;~TyZ`#r@{Pul%Ihv6>#za>P5O4=x4yxs8?TgH
zULo40U_i{8RjWIjk%V`K*N3iq+Wwe3{7Hl|jDefikcTAZjbJE77e|#!5}qTw*%C1O
z%$D2~`3ZYp$6CA3sbnT3(QMmPk4Ni{YVRL+2u*k|Y+|9`3@b^9Tl#$2TP*MWQB{b9
zs}e2uR8}OeK?}Mt;N8e~@4}kMq(uAO0NypTYGk_kPA~M;iIrhj5_;IDRus!rt1raE
zaisU>n<#<u9k#^lmt1Z16?4m;qBqbDf$uE6_;<B~G%&5L8(w9iyBb@s8c|5aEF#mU
z?J1t@LZlS^?2Yj;QDb%VwAyfpqim@H=J!ciTmqTad#2p58;ZgzP|F<mTFT3J@@H6?
zDC{+6%Y4>q>Q;rd^r;(n*Gvci!nuAITjHUU$nSKIL3AC}C@9MB27FoETn^nhOdJkw
z*%I9_<bbwXskrvJg33#>3bEHh(km-nI-&|_MfTlpq|=Wnc0Lu}SG_k436GYg)9#iQ
zlaQQ&zp5{$4{*kl$%0|NCXRLiqo>b&e*$O3WIfU*8%89kFQr2hhRMyxSZ>1jT-+%7
zEZ}V~v>jtqFX*16^Vq|l{}H#ubfLf0+3vRF!I&=77#4!~i$P^39qgcAiyjpeOUtzS
zTQQ=x_SM*S7)TdcLR~jpzpch@Bj4ghOGG9{spzo?a!Ir{X$i*n$!FY*r24=E#U-mI
zU$YIwD~G*`%mb*fVy5n>=Ge_Pporm*KKBOx{AOULO25mZq-iEZuvdblCnnMAPLD@x
zW!?KD-Yg3)<A^JGNOVgJgp6{g9U?u$LN4@+a@E-@MMlDg_fy9%3`Zv(m9x5b+ls#1
zPxEbMdwS%?AO9Hi*oG8%A1-Fm{B)+bW_v>)lV_LL%5SE2djW*pqMAek@wW>GTu*Ci
z@K0z&#oQT1dB$H^YM3eGr{N$R$n*}A*g7lB>Xm}qk8_0ivnD$E*hkf*QvFXq&fS`d
zD>If2c^+|nvkDSvH5vI_?ykBs5nJ<bxJR4!rzJuqI*^Y!hpE!Onk<2KD-t$c;D~Lu
zvo-dI+u~jr(9w7(RBEubuB%DE@QkE~Au{33zRjo;B3aulp<yygx_8;!CNa>j{;iO2
zJjw=1Og;<>F`I72ZTFT!=v+AJ6#&`Jw`XbFYzKfjqZSS}JQ|!_h1e46R|gDItR_X%
zP?CTlB3tMz`fhd9rkq|0{yTNHGWgQJFoxQSFzR<0NAAiI)QDKW65EjpmvM=EL@q51
z(x*fVS1vB7=#x+5!lmp6b>O_m6&<FfD)+}kEU9F_)=F>fxi9e%fGI;>#;Y0R1_#Jy
zQ<vvczv?zVhDUeI60*~Ev&`G-`y~VlAdLq$ih>RZeTT<FJM4PM9GLmQW|~89R($RJ
z*~D48ngD`gSb+m=z%+Z8Knb;C0etYGszd+BtkS{$?~dY@e@9`m<h!J=fAw3*6!OBV
z8oJ|4z#!+$cP(5ApBw~a+&C9@md!G(z#6#DP1N0reyMz1Q#3L@UStVMn#yuXP+><&
zU1q~hd{vRI8c~CiE$-~7Naw>1v5MxYk}@lJ<&c)7N>2+msYKEnNS~NZo;AL8G;qnv
ze7cO39ih0<k>-OG?Cbc!cK6Vzf*C$d8txbN_p<Uy?ljt|`|(zZ1@)Vx)0S5>fF!q|
zx`EL_TxLQY=i{Y>6<P4Gt2Hk~KIFJME_=&xq3%rj1Nu=t=Zvm-dU|8L@4sdlWi+S|
zUNiL5dNwGGd^rj_Uvw=xiIO~ju_=iU&ggma)Nf06qQbtJCm}t3Vzc8)Op#Gv7=sab
zJn-q8JvlW}rc$;>W|k+CNv@O>jk6c>%T~VOeq=ag!0es)>tITPHdp7~D6br$p2$-m
zNOvrr7@*BNu?>F3BCjDyij{jn4r)ONt^b9Sh8Nml(nHp*;>rUff9~(g*RHc9$kJL1
zU`rd=n&kuheJFvZUH42Fw;$BGx(IPpxhr8YQ!cdw#tFRGpgaRM>ynwxjyX~F&;Yt0
zMUbqAu`XjZEn>O8F5%<lSwopG-gy|6+iXbG4M{t43roLf^jVDqBiKiFOaJ&hapPta
zQk@o4AX&C9u0xi;MZLHcUoOFT|JIIV_<|A|tuMMRQR+2HYpma)t;;3J8KIzC++Jeh
z;F^ydJ*{fujczPXWdHm%+LKIHBhu$2Kk`Hj>EmcR=G46(KSDpQuU!&;D6y6<PuQ>H
z9t$TK3><yO;7gZFwt%rs1YEkLxlk3o2Er9`N!m1Iluo680>SHS>39%XWQPJA*!pSo
z$gna0tjjx0(5`G_3zQ=AkpeZ@sQF>sv^XQ4s^4y$IW$#=XIfgz19+y-i*GDHm9^r=
z{iFktK{sq7spn8);md{FVT~Q&cjsS!Ed<y5Ky$a>ZDSCNA^w#yD*oBt8l&zgn5uy#
zhw137ZFD`sUfWf6EY4WhAKl^Ht`=tZg0;iD>w$w!WDfrJmRs7;9_#vv`kmv@r;TFN
z=X%<@7Wo=H;!l1%wS4lC-Tp6EaT>Bkn3bS(r$C(<<QJwSl)A_}6lUsm>$0;{oThLb
zm4Q*vDZwg>OEJqQHZw0(8MXpGBndHOWwEFgnZ2B0NQeBF0yz#29M>>SF-E#kpU|Mn
zzf$-`$X>@RHBPh6Mx)jhZ<x)?O6-1op?e$dh}N>vraHpaq*N%wbRT%F;<G;><MvyP
zrKYik4x$JBUe){xA^W7Nac+0ijJB5Kb)bZVDp+xVt|=7u&h_qNy{BL1E<4-HDiay|
zS#nIoB!rfR?%|~L$yqJkv~iVvRipt@4#^-~Ig=2LKSLB&(fvt1aIb?o%`^tMa-FQ2
zv+!%hk{^der-pTktCGstR7OkB%~cA_c;bSaHKi(6VW`QEDE)hIuS!~E>@iPV!^}@9
zxv6!IGt`+&|4HGq2W50n923YbMXnKW>L<L>(}}EA9y<2%@E$Vk^fu0{ZdS$SXC$lJ
z>-!jo&traqWSV)!=!=fO^-BtCIiKf~wZ-5{nSeN6{8JIF)qUlc=aF038?qnEwo_Xe
ziDW{R>lOwihy94Uf#zsteJ&uLmJ-Z_;cnVeQc1hggt=yATE`KRh7{Z}=viE4XW*sp
zcnceAo<zOt_>1R8XD-r*djgB#6*2vXX{{lZH1_1lxIF1!Qr!h*2RYJJ+B22696&~N
zRNZ?}y{yAbof|>clkF}TgRf9+JhRrd5G@s%Y?>04-1D$SIVcr!1)C-D=1z84rj{JW
znaN}*ZE4q6(rxHal_h2v<&aG3$JDIBUa@qse)J!BhMBBy8>|Ix4q!rw*ymgyUVpIz
z093Gd-q`IW@9kwDT-sg%x|N4Y^f!|D1QMTr6wjmjm%hwt(G<|Imd#rPO1E-fg73J$
z<6*)aQF0hU!gwlo<tZ3esZ4#B$^HIzHE0@}$3mVJM8{}q-PPG+D$-JDpCI1oM4J#k
zu={2so7V)^txx))!g5x}Dgh=ioGocOzUN{$zT*55V8NAJV?}%L2V=(x6gIQXy#9BS
zn+g+`fU_i_)NsU;4->cPWQlDRTQ^M1O<o&Hef*z@%GaHqr)ka>hbI_zg)RO$p-`gs
z&03StBvfGXm=JalX9LyH=hDt3(t$*$UUrYj(7)jd$EUz7*BFA+PU1F=2uo|w-Zt&A
zG5f;jjI1Wklq3qFEc=we`b6hnLplR<qu?e|R)i!LBSJdW1R;6|Q$x{eRYoGO!d~Gb
zoLk0Mqf!fmv?C6%Mg7c~dm+(Is2l|6lM0KWZAM7;WpVDIObuDQuGH{NBDGgT<xpvn
zesFPy1*P{ZJTEP^yu(+5TUd%#@LXB1Oh0U?8onVG*q9;hxV>ohiH`frj~%O9^>i%+
zx379bB@}4S4oIkP=U*g4-{*j0Ygu5T9?$S}oL7JyyGFJodn<ttpu94+zHzpeW?lT+
zLEGR~h!Gy8lFjVqu9VQ2!Y<N_H!XSWlbBw!CLbhC86SDw_=m}|(bv%><G6{gW-%#u
z{bQ@?Y=2OD3L;&uAUU~#mMY&_7=!P6^bhw*Gdr99Y*%Zeug&O|4Oe?HkyB)#RU=aA
z9s=@7_j?BDcH29H^6}KtT^0(1zuI213|5`Pk%9ic!*Bs7NFQnI^mwrL1sS*II^C?E
zUzIHiBS=`V(zq?9UuNWEdA?qq_CB-*l!%=x+%fAro|QHFKRCTx3QX?7fbevDXnq%3
z_z;;tLL2tR1WZ_wjvuEZy}a>Z4cI&C$Z+<2w`ZG0tm5T(Mxr}9ru+CYz%YB42s?Yu
zSq;iv8Cg`WF5{JEpcTFB-YB@UPDUk%<{Ab?(nqoX<ba6urLjgoL@Ccrl8FBci<0CM
z7rB9$u!RUW0c0WeK|GtRi1}Qx2edhQTby?nIxVa0kFV%4{;s`+w!8K47iQwi%w*H~
zf?p;C-DS_Ts3|@qy*|QKrW;#CsqZLV51O?<V#8!a+%-B^u7_>njN%dVqa5oC7(;`6
zNfe5^BySE~C_wk)LLVBjhkhyv9R3mBfQs_x^-zU%@1JtqntYCT6AWgHMx_FPj9_>Z
zg#;qjaSl!Qh97$K=|pdeFVWh?NB+hSKfN(+CZu%)DjXb(Wcm^nUEoJeZ^uqELDN1@
zd2Xn!%NUjNds71zBc55*@M#PFymOo&%ANKUvu?D7%LjHw8;>QtoT9nC!ftjk;}GPy
zSgi9`Tr_{ZSc<!mE5B$(O1VE=D`UuhNh81NaOjJ$Q>s6wLR_sBe(kd1iyXDOA^W3c
z#gM*jfv78E`(;9+Z-n|R?@zs2Rlf0aRVk8k5|&VFT;8BKyCplKmfM8B?UB0&&xXr2
zgvZ2dRD45660ImhQ-%Dj3A)4Y&r)?f+buAX9WFbieTfTW853u(?z7(SB7i*@IHG?1
z{jl9Wn6e5}TWbim!Frvwd(#n%?e0^+`OfImg-RgngFj<o*r$Kc8S-NV?7GkE`EBer
z$-LypzG27GjOqTV0(md$kii1c1*AMvY;wJp7P~jxb;L@x<TxIb+o7UN;Dntp4-5q@
zthIri6zh4(3gO{(k1bs~6&-bp#*E)~-e6;6+1+-oysSiEApDFay^KL5fg8~tbUESp
z^$Y{Y7bvIv^)*mkPp)E&MUg`C?I5=p9@Rv4IyOGYTOI~xi!&Oz=mTu$@XIk{GK-5o
z{nj0}c^XTr=l`AsaGW&kIMpNZT50Dp=K}_31>W#<u6zUjq^=4!newKEfWaFD^V>IY
z`Iy@WzpK;hVPgh;EPkep*!4}CaX<!QZb^U04XwXwu%lr~^JU89AY_C`(HQFBk+O0g
zT3=6`i>#3))tueUo;Au6e>AzTy>VxoL9rfdXUR1X+jcdDoPJ=C9EUc`KvJ}~{;7<v
z9P5_MSwo!_AKp-I)r&f4*R-w1vPW4F`3C~Te{F_vU^{Y&{ZQRduEw=-fZfCP3Xe=V
z-7bqwAagVo1M5(n^`dH!gKc9Vv+aEojVN1nE60!0DOgO~XtM<$?X)mP<=n<k(Gv&L
zwQ*OC*7>qVNJ9klLOF0zjE|oKrek#xFP0M8Pf3iadA<9h^h9cGvG=SN56Y=zupHa^
zzVSiNoRqPvZ_At2=(4YGjpy(6r|56$Odzcnb1ZXU6gih^OdNE`*Jreq*cPv26UHM=
zYl>hj2SPccSJhz;hS|e#B8o`~Q(2X9s8*Ki{rhc^me*4}2hSf7)%OtiU2AWVMc%DM
zR><s`PHchje4b}4pH7kXWrDJl=Tt5q32xW$i+7f5K4<Q?MqX=GTtsI>t<%-K&lt;B
z=`+NbD&#rT?cALhj-&2=<oC9W{oMj2()31F<BXLoGvj>9rv<ikLe3n~V7s@SFJqp6
zyt(Klz%RKDLfLD+euHa?NS`##p$3-{&bu%3CLviWj&E-{<9HZ8dVdQ<!)xX>d7Rs2
zULqqyp2Jr0j&K*VifQa}HIE4A#mKyu<swwF7V{3@>;Ze_+SN+X59ujct5+`#&-+FP
zH^J~n;%7r!Iv;VsbfD*7UxsC?@UC;@4!pW{RaEHm+Z-S+XW!T2wu(R>{iK*y6fOnR
z6hXPxUqrH{P%p+0d~ma0Y0CG44s+jBrSTg37Bi*gT}!L_%*!~W5;Z65j@<j>Nm;Zl
zCt}@B2#I(da%I!==VoA@yGq!2-ckD@e*M0r*TlKAQ~F^K6^&VBP5iM5V#rtX#v4gm
z<{cD%UhzM>mNS-QA$=?a<9`kvG?C;=r<U+}mxF9x56^{)7(v}GU<uLCU-hzEt=rLX
zzJscU3qE1DjN1-x`8262DrIj^YcT{Y)=q9|e}`w{U}N~ki~JAt2g;d-ewy)nzfAo5
zTxH%g9tgtcjVxK3w{C0t<);!JxKO$j*s<q6ecEU#)89J;`biyDuL&L2j{2(Rb<}T$
z*Dg#6IoPDdKP*NzMoWM*8Y2q#tXHQ25wStuJ?7c}b=8O;&s}LUrr8DVG`)8qX{9m4
zo&M9cS2a`+ZMHq<OO-hM3OxtH!{en@>IcqWN2Q?>Q3;mmD<jG?k_cClNlDEa9bfLA
z+-c!P(L?tq2`wCY)-_&oO{&p^j+ne*@3Y2>0!GCGF8TlXA9%<wZ600-Dx9%ouf4pO
zkJ8{)Kc5?5=OE$uT!8Wv^h4HPCCIyfzLf;adG11vmr9ezY0iudnRB(sYM9PeP4@F;
z7jadw5=qzQy~%Nr<*!NghIB}(M0XJ~@6O<HYNvcpW6#bMYaolS{Ncm>^OtUwjG$Y}
zB%JkAGXG+_<xB=NdCXc2U#u$GGHkj~4CturdWCG<{eaJP*rq}dgYVj|j;joM^a{>P
zFV1L)z2Gu|R4X0!FGHde^Udp>UmIp&Nl(1i^O6?DSp^4`hDi;*eve-ii{M|1QIQ8P
zoabrXR@N`DZ_S7k8VTZU@%FXB+1uGoL3Q5SS&|DolxmAEN7zTgb8t!1&36RmH@+PI
zA5CW!)n*edP@uR5cXxNENE+NBXmPjV(qhHk-Q6h^clY3~h2q5>TKwj}cipU&mn099
z`DV_Xk-dkeK~;4}sOn|($cGiS?}*q~`1zCUtIm^zb^Mm+D-r4ptR=~29rq>12IC)b
zF<6$@;0cQOF6sjCQ6pS)W7LX!nJHsq)0_Z`g?PfU89|^P33Gm`0*T1o)r7o1D1#Dn
z(ZH(f<+P6W=kFP1`}qEv^r_l)-q*tl+6B8L66r6sryXO)XLOsYYa(lkQ++GK7<HwH
zPvj~LYBX{^`GA_Fe5)V4g=i;9@7#bc$Q7ohJ~d$Ci)e1+yR`%<f99qCx!uR5AzxyS
zjnm*9DjKdBWjmm9=H>KH0V_b0d<)KZObA7ryKu6EDi-fv$0oj!EG4YXHi|D16=!|i
zi->{Mr&@-v9lEp4mgQuodh79I<lOzNhpC(6KYvdc7PGn6BF49bKE$l`3S*J7EkB$Z
z#p7c;US<3ZJ0D4lT6MyR3Eod<PS`MvlBenxY26Q(tDaHmmqO)RM<#Fw(qyyi^?Ctz
zFyxKBpG%(T>p6?!8p?WepA*(Xa+}PpI9~_3JvA*|AXWLhgRqAZ!6I;`+6qHS96(#3
z?vc_G#9;;2Fnqdf3zOj=@WFjC@`=U@z}<HG10J1VhNfMWi(6#B7|`Mny@{SLzEgc!
z(WtiR)Bv7};I1;H%*M2QPu*SN)~F{asjWwC4_B^Qw<QyoF0arf8O@0vqr5>l{u#&M
zXGG#`hvC0i&*+t_?;^ZJ-COaH%YIw4;^GfH6!TFE+B|1$5-m1=@KU!m)Vw?}drkq_
zoD25zkiqir=U5M>jTmB2`)_v9s_NEBX%?6iMbusWs^6Z$q7XgefJv_4NLM->5Tm9l
zQZ(~-F>5?7f-WK{WxD%C{nZQCmr<G{!MGLfwIZZ~sjEdxZYmInUJNDIcucL$Vsd9M
z<q&DWjO}({QSemBwl;k5U;up45mr5+Pb4f-yOSRUCgkX#AF-{19CcP8s66eUCFC<P
zGqpdh(|QSAvmP^jqp9AVSU98efj*}SzZFXu9&<R(S@G|$IJxDE{V0d5QPtRcMyewC
z&2Yj8+zTh9B*ILl+;x<9gvo`RhBZkBI3;?hqJt8Rl`@(mqqp5XpBQnbN_!f#l5=R!
zn`7A*c`3-PL6RV&tpkgP#Wy4iO2NG|O_kxZl_}Aizk-OU2H({{ZT;q3q@Mq^7<zk(
zz6Gk@!{H3X(^Yr8@MGpU5&DEVi?TuYl-<c?xX7<-Ws5?@+=88s<o9Fnt}F5O;_S!k
zg(QZ|&uePJtE?_nVGz1c73ignkMY0<ZeHRYVm<DTxXEg1IhF)s$Ey-P7kvah%|&=h
zW-R$Y#4?f1$Zqf!YYK@)kDwuIgPI4m0sX{22T3V+bpx7*6S~6>hca7Ff0%YF4{j?f
zb(oS1p3iy83Lzc`<##@rTa7{ye8WXJno)SE8znkBcx5$NQ*9WqeBK_bku3VsCy$@W
znr0PA@Z}B@Wx)@s^P=yi*=DR0R4mT5CehXHekGSXThi$<aHV}KQ=fLeNn`Jf1Rzj~
zSvWu#HKis(KY*6I_^gXaDu$CMNGj8RPcY{Xe~EPbr;sgW+aFXZdccc%Q*7YYr)N_F
zTn}&QQ;$U^fL!2J$WGl5Coxqey0-X^EQiY)5-K^!DBh=gq_GtWsG`VW)0p?|YTglG
z%MpvPv~8nV!9J1$YD$zU*+7R}e47p@=vhh$?$qDd!k^fL#k`C(SB3;)rR98oTu4E;
z?MWtci6^ZwLHNa0qXoW~y{+qB=jn<wjB5yp`C;OXPY*xT6?L!gSp0BAtA#%ln(nFv
z_S9%AXvlU|i`W(l@`mIm>j1Q1tsxyiTZ%t>Y4h3$Wrh`YDa%%u!k1%vf-0y6l=F;H
z$byKIK7(<$TXlobJk4FA_lR-dqa~=Kp)0wuqQ>G0GQP{+RVdRJvK??3EZ@2s3+Zbv
zCS%B7FeEB%r^Zd9<nN*TrW2n9e@Bo+`~FCxN8VOG9co^Vw_%DZ1HYZfP}XGNQNKUu
zVfF%kN`z72KN*+yaO}W~Wr+KPfu;VIjH4@JV7*v$XHlXeQ|oX)T+U>EPHo3xP*}GQ
z<T~!yu07TLQS~sWXi(O}!6$a8L%tpbI{I4p?bgIe$>Ae)DMANl?2GOGRwfVAkY{X#
zPeNiQBmPP8NY(Hvlfq+%3mM5D%U*NuANL93z5A_`aR{<B{27H+wFhEBTknBSlSg{W
zSnK+~(UTgf?|L1Z@R<G$4|N#3cSbnV_IC-MakaQNl&j5M&F%-UrSPiNf>-8014_;w
z`3Rpllewkk&4kRQvn5RY$1UJ6?$?kjk*7<JHsker9iJ8;M2phejk>g!{!5ByL3y`0
z?2vhzefGviWPHJ;ac_33z(qGvcLtY5O{O?WGzUCOhB-X4D$Lwdo_QvcTfZpdgzbF=
zZL{9HfRda1h)H3q9-!ZGoe)0%be1u1N@)VkU}k!Wt=CAEybd$?(6y8av#@eYSfJI+
zMs}4ws25cz6v;__SGsd3&{_aDJD!$8V~^Jy6o6Q)(?{TFK82z<eElNxrz;ywzHV45
z$a<VhTXW5ZTG%65`ncvZEqe124cb(&LJ5gd)q1Z3TE5QUg}!Bp+zZzcy5xa5oZpH)
zy$TSBJcKP9Agr0f^IX1JF81ZxFed2xhf-f8L@|Z+X-nGFGPiw%gw<68WPO6XCyM{d
ztm7{_EUB3?oUB_mFDMiqH{!TBHa1jz*8_UW>nPt|w|35o$P|_RF<T;4{j-oBGX2MO
zFW3NMS?)7VuP#!fa+XE1*wd_<lw0ETN(7x-#EB@(ZmShw-ukpz=mdE*lXxSGADe)_
zB`6Dh@-=V2xBLWnpt|X~K>r!dJ9wc`oaDN3{_ocs<3D3YGf{#g7W*LwDgxCG(PO7O
z!b$a6`s?@U-CW5$!7huP67GvW1SUexi{_osomS(`r?mghfD2MgZa9tBmwFxhF3v7#
zCgxm<N;JpFeP~wh!0_DZX`Kum35pfueta-tJBsV3TJ&6n7#u^KZ4(UlGU(EiKIBQL
zE$%zRdy5+^R3i9RNtU>ql~06p7^NH-F8&<`@+=c<n88!D7GYGy@aoApUV*W#NTzK*
z)#Oei`gKg@5nkA$zIE20cC;m;mr;~8E7jktnOkD*NMox!brcRR%8RZMC=U;C07QJ-
z#+STZ$SDX}e4oJeWfW$pEe<1MQD1{;C)}H^N0L+W3{S()=WfeaS9I*(a_{t`*Hcgg
z{YO4T0D?Ml+3w72rY6cUDkN7TG+h6;GTzAu{%;_;HtEl&6!5>wRQ>if;hpESB$8V9
z%T2pVCLY{ee1}fd%XhujN13BxK8E9!?%<2n5Bpy>8_7-llxY-`jRi=3LY2bj@$?$^
z=lDE#Qp`-p*z$Qs?PUsL!^b2_ORN=b&|SD<M3*M_D}NmhNnbQ+8iDpkc&pB0FloG#
zrew&h1n&uh*t>>N)cj#JG>ZWmNVqXd(=8OT<LzIHxw{h_6f7{4t4Z{SQ~wxJKgIl!
zC&kjN(U0Qq&Rxej_*c-N<Q0PVj<a_o7+BUoaf2QQ);wL~B#XD2t-Ux=42JXsUifk)
zAeCc;A1Bi<dzHSaUm7_t$~^f+8pj#`F#OBcbRnzuwTH{8m;BE~>)yZl&a8PUTe;(a
zXAY)BvQc%Aa}+<n9+efxU6kJW8d>TiPa`-d^>o#t#PBOe!OT~VGa|DDr5Jm^A!H<e
z<9~}5MDp4+!vhhpYCJC?p(6GQp#&c&$WNx(360CZd?JfLF(yW;EJuy3JJQQyp57G1
z#4t4!1*!$JDp9{D6_!dJ7IoSmqxEVp`+h%lKwLDM`kx|zALpa=hlB!$_&(gk`AQQR
z{|w8m-mfzF#PDtfI{RlBoiF4M7CIiu>lJRg`cxM&O9rwd`2CgMUK>6%!GLB?E@#DB
zZ5cWC`$y=el(!7SSn=Cv5cJKZQPAhta0)mTFYUb&GwVmfLW)^o@|8o(c206_pq-YN
ziLwyj$akA<*|$^8RaarxJ~~gfZ7ZOOf?fT!i994^=<9GHsTeG1TtIOTdsNFWhxfZE
z720Zp@?+T#W^j)M-SiH>7|t))q`OZ!KyGCJR9o5ydwV0LHJc8(tp*Oi$%qrJE#Vh7
z*X?a-!%L59E58LW_ngyN+nVx?tw;YZR>}XsKx<JbIlsX|{@6}~rAJAg+vFqIRpwgx
zdqcT}LhrZk7$pyRl8=zqX1@a0mFYL(6HgE=`3-`0SLnaVnjS28jL$@so#fphLfHc_
z@tj<duswA%ZmgS?6i`%P=^M85pn8A2_kwJ%eZNHP-@(bCQxpYkM{q{#?>M*Lb)Q&K
z8*LQFvAFsdwLc&ojByyGH7jsT&u>;v77ApypA@k1q2&Fnxg++o>1A0faN)3FZx#2S
zPW^&&Vv-cGG2W3i8NgKvOTS*K<9(x5MQq|8634eG#w^wX*&?xKr8~!FX5x-%Vs4rH
zHiS{JBOW5$z8HZ%7eE$+m25a)yWIR2gXYkPKmL^{CeMUqRzO$FQWZus{r2dbZC+CS
z^)AshPMB@a6q~fBMw!HQ1%1r>?;0P?Y-i&vMex_GGX_RWB9{`EpqHa-8<6d@OgT`;
z&PSu`nL8Km+;!kao&)uh%ZU0%#qQuI+P{@>&Ud1OWcSm%z4r*xA*7@PzS~!V<YsvT
z3GT^y>>HU%9A9%`4<iWO?Iz4W3)=)tGPzyhb@HT_Yijhau|!v*XLBD^V9%74L6rGb
zGCjeNKkJLcikHFD@43$3oc61hbt3InW@P)$JY}39Y;rWn?D10vmEV7<;<D$QE*@6Q
z5A*g;tsjev(HBhT+V>-Z#Nkdp(k$?Bcqa$(xOhdbtzO!Bm#SGQ!rShDh-b$!LMU!s
za$cRkJrK7W57A5^*l$azOUZiFRPOh*Jp9reZB06tk|!ZN@ZiAD>UgRO^8Dgm3L(gH
z3L*HDeWut9`MD|kcm1mhs?zs;^%KpmqqEIF6t6zefsz{w0j6(gs6$W*y3pwWZ3`+>
zicV?>t@K}`ZWxXL&T;Mppvk^zuQ%f~wTFk_;Hb@IS|aE{G@U)QyW&S2rf_W3gAf|@
zq-ZqTIM2siNdom#`dJX~uUuof>WbN@vGfGVhHc{DPk8z?wAQs=vf0lsa=pUk$v<$i
z4I`%Ce>mhjmb*&t!*!V9<auOG&_s<H<hzJ&#>>`EXG`GGEYq~%Zf|KB&>kic;{M96
zbER;NGmXEiZ=e#uBK-oLgoy(memhB$hspBf5s9w${N;C$eXQudL9kz!Jt-{_ocg0`
zcDobNW)9N`ohus_uXWCRd}>2z{BBNxiUKuk?I863di5kR_O?C?ca8G%k(#2{v(l3n
zZ^aI}mRMqk1f;^LwtZQiw)@AH&4e8S2yPII2uuXU#3Ty_v+EiC>D^a@Zff19J;sy@
zyNmqv+{sny&p!t#>^GJr>zNr$6gUT+Oh#q7Q{y0@a<0M&$Y0g_aM2#<$o>h_A|+KX
z@8_ZTP3b%O%O|U2^Mk4`A+C-7U!`E`)HN6_F(uGI5cQ=bwcpt2hkpo}_v(ai3<oXS
z{;eY;0R}kMGLDn2$7^=66=etWg>07*!oxd4vRR?6-=@!`$G(5x5o`9O5t`8|kQoBZ
z3RXMJZ24Vq_kPA}dn<ybh(ke|m_7@sUgG!HX9ziyU#^aMJ#DuQO4fwXa(}7Nlq)$&
zHj2tMaR;x>m0)jZ=Adhd+FrnJyjY|{P<TpZBJhrwk|`$7Dy<|`^Jm-V6<}ABtZC+z
z6ca=t^9GK%o$~4p)ZAu8?t3*Vzkoa`MQpgipE-O$8<p72g50aD%~?7NtBJcvC=8~3
zS_KRab(Yo<C7PHD*QE}|9>^M2T-83DDK*xr-V71@89u=<Zt)et7A*Xz7>IY#E1x_`
z7Z$2iWhkE?$ShQ1H)>Hx-`02dhsN!5MkAL3{>gMDIZ(>##jQ8gHhN|I+<iB$JH5D7
z(~Ymc;J4lRHrn;-nbmn27hGyFT{WVg@y5rGEgfu-x>3AuaEF_CNX}?@y7)^+E;;c!
zGgl#HPmK9BU3WRlGASoayY8v>^?U$zxyRk~ti(87t!K_gH7qoEU{4~lR5msrFDVtr
zp6kRNhUNx$t_(5pVJLw~lMDB+cSpSPu3R&Kyf~UlgTMc&CH3zR1?M^~Qm!{4K{#`W
zv^V?5ZR$$9tq{b-s-5K3Q@IId0C>|1WJTJNp#D9~oz5|OR!!@B%f5?zE1&<R!)40o
z7(&|`4}aXEOtv7<tkKre>U-xHUZoSpTVCm=3)qyG>}Y%V-I@Ri4PXh=c_HF8H`?2H
zw5Ox=0j(A)LM%yES%)6)7u;}YgpwwCzBiEnC;&IHga5!xs7=%VR`9zU)N%P03f{d}
zs`}ZPnbGJ7oi{Dm;5b4ZnbsmzJ>~x)mzx#z%K|Df?A^D@;khUl0@suxtX(0H(Au;t
z)Ta^guN=y?nW&IbY71I<`RwtoPULJs>&%zU(x<xPb^c7NfV$iP?<k@@5ZV(>QKDBN
zub6u`U()4~z`c3Ml!)DWdU}O}@@e(j7}By%Bf-l`UD;Xbz~@GTl(yCfY^>Fvedn(!
z0a@<RB-DeR9ntb}0(;h$89wtLLYw@Y`dOkUi(eXPkOknlEwiU$Ngr7~YkO1cFjVD)
zbR*BLY^uUn>J?khw^WYTC;)MvhqLzO4j~J%My>b9fXb@qYWn$$d%YvZyBevLf@9cf
z37-ciO1HBhL$B;`+x{qgR;bhUCzLPQuN%btPkIV<y4K##NPLHKS~`XvORPrMQPy7L
zP*Cr1CcoEVt--7JdGkM<qNa80X_(XB1xgBa|J#igTmzj)gj4$egOZDX1F?LmT7COq
zksP3m+l&qP`F(@bDB<}A@85%cx)M}p^2_FWWKdk(-!fYk`_`5ghBPW_W_Gk+#vxP~
z%m}P@@GRQqy%apO%!p@FQ94^a0@s*t3R9OF?nMp}U=%yg#`_thcQrJbOycd+p|6y3
z|0|qks#2^D5U^G!30{&KOj*8xfvylDa$t;TjrF2EhOiH9OXyEtL+s8C1_WA4oU=@A
z$iMDV!q%&0y*k^<Ye1%3^CABxiPcY6XOu@e&BEzF-+-T+ukBwc=oIU`bB#vJ%1`^;
zSc(|cUERhO@KcvF9YXbuz3^-e)z+4^9Q3p?EG<EMV)YjG)5Ypk+;QShcjj@10k%U>
z@b&BK{R)(jKY(&z?I~hV%KJYxfcW#78<c&N=+qR4qMzSSH1nS>pmhsn0rgqfjC*{c
z_4*OoP~VQ?-{cgGp4V6YQ|3bP_+>XTEo{>rgrU_`2GqpJ__B(uRLTROR~eCCScZjp
zo4`d113$9)lu~AvIFoGqvB=cKi96b<j+KzbTZC2TFS+@Mr*^~7(rk(%#Tq(+%h<RD
zl<AZy0XeBOne_7qBzmG!yp=!iC=w81W+kch=d+aZIanJVTq&9<>3L}$H<u~L5hyp}
zNemOXiJ6!LkmHs7l30e_kqK64)S1|oy*cG?rGwX*yQIu?&5X69Y-xvzs{248<KMF8
z%NZNEGa*t*YY9><L!JpVq#yqt`ZWRb>Ijo4Mk)NBxJQ*(5#US?|HGuAUSSC+KkoL3
zKxp6$<%glHbjK;;tFh{z6um|(sHm0#3Lv)+K;hBX|0p4-=ot12DhqaKKS+auvkxeY
zIag$|&Ef#lM`S_$$qlda1aZkNp14BrVNj6Cf>BCvK$Bc%0~HAY`ghY^eNOjNnv&A#
zb?n;nEVug<=XH7sGk`}YtDnc2X01k=aqtf~bNrGaU)y6<q>EpS<^EEPcGu)#(JHDg
zf<~^Co=2k9%is8|fWMnVbMb;A^<F|DnJbFa$3ODA!>A75SGHP5KWiEOiK|x&#)2m)
z9s#R^jDUPY!4yK_esofFGI(g($ytYm+}8+2Aa#qCRlcqLkr9U0^?z;cz56XK-FE1a
zj|U{5<s&O1zb!?Lkeag=AxM$RtEKQ?P`br%kLK8)4}RJwo2K}E`E}L4_EF!Sa;3G0
zdz7fLfTxx%i47hY3C>yqB_K$5W>tWT4yaP42yTIhnSGD+yoo<vh*O92n0=#Q6pf_d
z@tuCLAPc;bx5>oTXiz_E#_p!;sZK+5zAVF)s<ox+z)xNL1YO6A=y}uKawK?Gr|vz`
z41EG+e0AS*TX|img{ly~J|3hCI{sRnn@ddfa(8!FZ?YW>!w{X_|1Wm@M~336ig8yv
zL%ks%U+)%31s&l7pyV7n47Af6<?>heg!;r{TJV*{$^R&}kx<vjiU2k>-yTTT{-jj?
zBpQ`SO+$A64TogGnuy3adzE^`ZY*qrtNbbe|5C;lq(-!LFu@$6vedqKB~iH-=duTi
zG)wrhb^oYf$Gq%?a2>au5yU0od2HdOf)ZhVh<uG<O3tE`7De?SB&TjhoPduX=?&K-
zH2-;waO5}KxZk`}0Hf^LFdPqiTtj?%tQsP0xi(E6(wGH(DyATCJ^^h}ol2Ld)asWb
z%}eyI{rH+a)301-Wu|_T6F-*e_M}$ay}y=j3tW}K*ERTWdz~o45xw5<Ns^dj-7-=N
z|I8wNmcJZDn(WTSVolkr2z96vn-ZEr&A2dtv;#Iwp>3!cv)AA6U!9>c6fBm2QA;lS
zUpY3+cB+oi8Z-|3KTa6K^+5yoLt?z|{^Or~N@&$XB`YmouXq3Rb^BP~uU9*5Y*lX^
zJ4*{C%)Lw=%RCZ)unO?NkEDluqFu8Mh?Z-jqI+U{nFi~Z!fU3*dZ_W!fP{${W6~53
zB3ZLIH9*+p{HuQ(U|hmx8SJDLk#-r*Tp^2*k&PACTS^|()~E<90jMUuQ%$KAA5D&N
zzc*}wobYAD*Zp;ofeFDS-rx{Jh^wZArY&2j3sr;}w}(uue~G>(e*4#CNoE<{CEvMW
z@V-Q6h76{Tjuy946bBtZz|yDW6;><i<*&6$rVa(JY2oW_zG7v04F4ig{N5=UB>pWn
zL`7j|SYt~fVw*GT9SU1NsQQfsNz2;h|NmJ4n3t30KY2b@2Z0H8Iz27x`w5>g*PsCA
z_v>h53w)@VARmKN;A}e>3o!ty$^MQIkPn3`p>h&`D3bUe&-tG*e4$L)=YC1Y%R$=@
zjd36_Ca=<*L{paZ*6N>*vg%W>==!Y&t71qEU#0>F{rb9HA!Y_+B{<3djx%9i1fB&6
zS7Y)YRt+rfzi;|Pja4_bC}}V;^i)5H6^7h^EO^4^nM5dG=)qu+(d1-&Atf$a|1a7v
z%*B&xjd&AwXI*LwOq5mKO-dq>`SeBuIP9r6h<FYe^h6Et0<mc~up#{BTwx7VLy#dH
z81v-Cp8=I<#krcXDIqqiiYI8I4Rbi=0U`d4b3ITGFw6)C34=+l{XHkp%~LTSP;MP}
z&$0+0vHN}$pT_b0EXeS{jL_pDIRxcOUmo+{+bw@Iuw_pjLY>}&Zl>cY%ztvdwxH<(
z)c?@67ccP!HH!b^^uLb&&s773;C+89`;P8_g!<+T+&knrt}}VV`p1H8;^?Dd6alds
zc&r-pN);T9o?*bL#h~#~=@Lf%D`HMUM`Da54R-b9FvntVMa8O+aG=w*seXcuxas(S
zMga$WkaHv#ah5hhYNAjw{U;XpO3oAEgD#%)WbiwFf!)uTGkj5tT<d8on&zf*K*+i4
zLHew3!viy+<2Ri#`PD>)Ya=Zn4!#XvX--m0gFXsOM+%do7n2fM`)DoZ4J8uVb_M1f
zkG3RnGOipe|5xCREXhpPjKcf_XBIL;oYTv2((_DSC!do<oilU{e?PO9$o}Z_Pz-f2
zjI;g}d$}6?PqP0B>!Ul=a}<V3`F0iF`_TOJ915(iTl|+8y*-^eK}RI<tefnhpV*kr
zcS__786sAX!Kx&2+&_=ChS={5%Jf@IBJ7G%@@lB@8h1b;MaK$$n#J4-zfUc*#rc+$
zy0?eq@I3t!N_nqGx#^UZ0xKY65is=;obPk%(Z{&lZ31DL2`PY|9*ONpfWLaOvtlef
zbev1nQCm{e1`wnAE<Ajd&|`obTsX<qD=#K_gZoG_Vy6KEs|(xp9XY5rD19YDbQe=z
z=fXmm4Ve$#h#LL3No5+SeK;_Bpdt4~`idlvjSkLUdG;f#1wMG*@dHkjIpZ;X(BaIS
zwDk1zlrhZ7=Xl@N>uQay1>#ekiNh(JT}n`!lYneYVpzo0MLjgK>4~@)ylVvZzurKF
zP(B+QNvSPU*@7SX3Z#NPe?a<?C|{0><MW_?k=)$epS^ES8^7Nk?oU@Zb?dgFuJ%hy
z9_Z&Y67Me^9;Yq#+CO`@{_^cdId2!YA2sc_5&oS%`j*7ptH!uY;AW$cnL*L;`hzFo
zK*jI0r8|_d7oMIDqaRf^F}s6f41bb^DpTYM*KNFxStF*pYd%d^VTr9W2y2!PYt5(#
zAvF|F>JXFV>E~E;F0yEI#B!#fIjf^CN#*E-gMhsfIOlkmrYvn~b$n9HkUU2H%nC)*
z-W5m&!*7fD#1W|T>@KaQgLIBs#I};i252Blx#UxUkvb-m)Q07zkf~(6lq>w4?a0ux
zLo{J`<0V(|&I+Pbhk^Syd#ot&ed+Zz7D4Kls*&&Y@DH)CR?CQsPUgvjP`LXUYN7cr
zLe)SOD_dRPpsxLh@&5m8@)_oFC_k*Oq2E)$AYxH;88#L*tfopdx6VaEYsdN|qm5&%
zicK=lz#%jR2~EEt<;leZFtr=UyfT`^&L<tl0=Y8Qu8AlE`&C(XUrWwy%kQYA<9IZO
zGtVw^lZ`04k0>duM-g6y5W)tYnVCv~ha{sHyDB}}%9^wq88i5MiTD%snAf_9GaBk%
z%BzFZHgE>Ci*59X6clCT)9I)+OxjM8YSO6)bo9vayoeYC5>`=SX8{bf+(Q#z=uk}~
z?F<gIU$Rr0GV<jxGLQk<Hzm~d8ci*Vj}t7|K{w0Ec1tO}pGsTjb9O0dJkz)_#C_NK
ze?J@l{Qgx%qB#_kRKVfi)ecm%KRHhMZ9lQ_Q@Hj=iPlyK)K32j6^m^`%__!^<2nye
zB?T1xo|AotifLY;H(cc3J45?tESa$DSOT>u7c}R<HT_(`ZQ0~&;X_8{ypCz)4EwDB
zOj3-(YJtjEVpA<OuInO%7oF>=OSj~zlhu@f&dKuWcET6i&)R+Hh@>heLtb9a&sq{H
z>!Rm_sa)sX?{_Ss!VWB0;)$(rEJ7f1N<Ts?R!DS^A2-7Blk<cN%P8)O9zvlqDh5Zj
zV%qQzPF1ZU7cQm>QwuaYBd6en`D81}|7M|LlZSJoCb?9r>>JV!YJqD$JTWGf*8!}}
zbu8I@>#+V9fbE;5M>@Io4@mSuooiXj_wVY+_s(6U@2=hwrF{WKOovn1D-HrHKlF-2
zvjx6%Kts}u*saoLt0g3f{&cx!qm}^{nwDMucO}DrdM>EcNgtZIL0>LVf7=>`KlEY-
z!*2(vXasDlThvb<>L|S%L_9?(zFt9&-Fk?`vn2*PBxIE)4j>7QU~S>(hQ21i7el@H
zT{}EIfh-NFuR8j+@FAY|;j?^&WkXj#Yex`LX&UERvhrj)qt>hg5D-Uf<s@9)0A^|Y
zpM~WJQ;>xgSsOMrEUBmizy952MLs!@oFu7g#Wa5<D#1jSq~3{RvMj~wCXf>WeJRzU
zrY{gSOSo_FjdhsYXD=8)w=}R4#?#Y5jx4lM%KZR?>)J0aY({zjp@Ovu69BLilfng+
z$e=YQ4cQWLl<(V_`n3ZH*aPU4NvL7I1itqi^?1b}dxg#F|7SD0*@t8cI*FhDXdH<n
z@3dR0vYbfkzMEHsdI+v6)Qf@SAcJPRrPX@#)^7Q}AOy7klrE#tdr6>E>Ba-qkN1l)
z#Jv8`8^8YxY{fFM-q3l>e?O_Mt-bXB+euA)+=4ZCovitLpi{FyKK`>dyE}~oVUEzB
z=m|>S270tZOwP>5#g?Kju8v^+-IS*ac7B{6JP2i|YHtgf$bxe1^A=|cLRcv|`@!P<
zAKvBP>s<?{n&10E6(n5sMq&slauPl4vc{Ok?h>Z-R<T_@V;rn63rlr(unIp>({cGC
zj=MFSq+V%vStLPDk<Qadfl3epIo4l*q%%jnsRW`eYPmJM5Cht!LKUh-B<3Nx*uZ*S
zlbdua9=~W(EL>9gNbZ4?{5lsWgu^lRo%jeFG~5yf6EwXAz;=#iT8`TZf8A%(*Qfjc
zZprx12LhGkphG(>bY)=$D!v&@q-_Suglx>i!}#A7Q+jxL{dOM2kose(+v>Ra-}(*o
zdKr7DAqba2DMQd{3wjSp4eewLIxNhk-@m(DH^LT-c#8KLyFy&kPH4K8@B5qBm=A&J
z2SMCEFEErg`MXkKgHEZKplcZRnKRX(skbikzBTtr;hl+$tUAlUXDX#+HqMq^fwveF
z1(<KGVv4mH;JRF<wXxZUALGq(^Hu|idl*=jThs%-sbA=Kl|ONmrzp1r_R>j(wIZf$
zrrc9j8Ifrj_GOW&<wa3uQepZ|G^?(G_C;{iHsbiv>f%YxC2b)=ZP&<XIPi|2OdFIi
zWdfP9G+x|*Pimk?z>_-7FSyZ|yoW?ABe%&T+wIlRBP`JBU;pYj!{9t-a~2D2>zT>f
z2DNWY=9+_*wpc0X@i4lAu*Z7dk}xP~jGl*s<820`KOSwWo#l2OSuX;p#88K@TqC@-
zWKzSw&}gXd;!xGW1%@aCs@UU~(m_aL9Oq?Dxut&T$bpEikKSqFNm#z;NdwA1LKCW7
zX_{4K?C86H(+LJhuCg1oPW6m@7~L3YO}6;Xw)`2M45Pnh43y}63*ePfqe0}?IZ?z4
z-9~3HqiZ*VgJC-0RDc*P6EPdrY~lBO0N;FpEtA_rMm)4T_!*$kX1e3268Ht0JqrxX
zPpH10eK$r_V|>P`psG$eU7+77Z0ZqDb0|#pMy)yr1iHsZsIlV_9=2O@Ql~@+$AqX2
zeiBI_Mx`aP<DOBeiFwgYQ#AMTMj1~w$S`44Dk4qg*ym|;BUKm+Vj7d+qaTXW+k5Ye
zfxjM4{z>c11u2p8W5)0sahc?@N;<R(sZ~(qRcazLX1d)|8ys7`iNZNlAAbf0cAScZ
z9Z8kxq!6OsVoD~i|HGiU%G}cVA`N5OSv}vQXsU}%_l<b(FL}~sUCNx|;9q#;t3=JT
zmt&-~fZ}*bc7ch_RA(9o+B+rUTfG;RsmT2=!oE!}7HCow*(0fZHK|q@81(EQQ--q?
z%aF`nO^j1fJlkU4v@P`9Ivd<|9H16)1<7QXldMakRNlyOXvk3j&KW+lR7Aj@tN*gB
zRT{<Db#1&GzLR`hfuOvQ9$|Tb3M9o6Hge`kK`=TxV>9?w!HI|0FIuwBOTKMt>t4<|
z(1)qV5hgWIO@0KaK9uFQ$kd@Hbh2lj$rs_!Nj`#ygFv=ci@WA`c{k}O1^;<5rLOCl
zItTnSj#F1&Io;;{e}9LsEXG!excjBwc(`aNhIxj-KdYE|24rEk^n*Wty<G74L+#S1
z&2d?NR1*909Txx9ATAg@z_;3qjw*e%_RxL(6z?FnXq!*|J){!Z`!{>hQriR?l-TFV
zdP7W{L2{T@W?}DglNpu&@KUpUc`Kqcl}4*D_VAI9Bc?Ta%y8;MV5tc74+O>!sgBK(
z^y=^8bO@dz#?u2<BvDW;HrUracS?MbLNhFx)dK@}&ipL0V!oGNpDQW#Hq>wgT@WEi
zQs#Qxj~XD0!1P7dZO(R`Egoa}M`Gb*(yv#C5wiZWq?|{FGzwQL*%p!j7o>QJ)2kGV
zGnM$CS23-NFIbeEh_uiX<{|+{nz)71-L$#ZL27wt+@I62eII%f+Bx;5571;-3rxi+
zfN}e|fuWf>3dh39LlCiD%OQ%%bAc{~))G9eQrC<o%CvQG(zz5L8=c2cPbA)N?~sas
z<Qi&LX%J*t8vqmbdUW6sj?8r?>ttiFi<CMXe88Jlz{AhUmu7OAVf3%Qxa0j~SB&V_
z+%)vDaMm#y5Q9v|of8Q)>5~?1>EF(R+cnlIxPcX#q1xEvd^nhzMMb(cDFIFRn<(=9
z-*Au^I3_#N^njnZ^QHGHbpPyf!c#rBB%o7-WR`x56^w8n-C|tU&6@A1&q~rY<L9)#
zQBF9QO{3F77-yH=TBGKHg#*}$t6OL?o2V&q+p;L~bw>t{P-SHvAVS=Wn>f%XPBls^
zHn})8!bx{iyM_)*@lIKtuRdS{i9NMtvhij9isGS`{vxP4&8AlpX?Wgito5H^Y7G^^
z5yEaEC(#^XGkydc>CZSPBwMo2+%MBvYWv^mNSjtvv;0VqZCu8#jbH;4e`LY6l^*93
zxdexyI7R)4HP8_B>48`NP{WvN$J@@ps7`r#4WamhKb%@?iJCgPkqVwQnz}pdQ=pE7
zw}=yb0%wXwFq_7F&7@PwDQbnP8-)vKqr~+N%%9jMzyuAyaVE^+nCM!)>fow(Ibdnr
zWCsok&@RMWOX{eM(N_NgmM-X3cW@gCzWW|7J?6(2|GbuwSj|}3L*Bp+#uTQ6Ioqq#
zpij2Z&r$DdS!5hE(%`P|mq}9a!E{xSLmdP2l0>0pGMlx1o@bX{8drB=pFRo5$lpaV
zDW!AADaN9%8f7!$GNO`~ClKenc;}W>E21j#_tv)7C1f6Z-59s@b`l<oFSo;)%?KE#
zv&d82Ehy_jdC<vM-uD3()Q6F@5H+MUl%&l1MEwQuO9JRU#qW%9Xz<4LY$bum*woGz
zS8%A*!C)Mm?!RLfs*_!I^A(QHcM>u0y?@TecPJ!|Ntb{+A?L{TaaNa-t4|dwFO{fO
zfd|7!yf*HDk`5(Na5sahaeXH7y9&TG9egN0_Rp}YkSj4DEmiZmYI?v(*4{(6T1h(D
zju+#1HMtC}*jYE+9w#lmul^FX&0TIT`cGP!a$@iT0~HLO9Q;VNPDd(fZJLt0F~E#y
z7HpMlTls`mOvG@mq>X^Gb`wc<Fdb$TRF@YG5b*oc7Y}4xwrhw@r%mFkvw?Vh+6;9^
zNN4ZqJGuJF`7ckipxEo{{JAISmPh#_{BRVeA1_POBFlm;g1w{RQ$mWfg!BO?S5qqd
zT8J%{r@8m6!-@t`nGVb`!;OaC_eO20Ljo3ePUHw5A(IyFkNFMRI?e|)7YeG^c*C32
zNz)#bD3IK#;}+`Qm_gr_qRxSTZQ*tenM>lP%g3@m$+a44jy)@;?7ZPMT>B|KU?eC-
zDtW51aP!6JU}QK@mFnyAQB-%WlGfql3+)Lc3c(}ra7e2o2Flk1&C(EO@s%ATkdZAR
zaT0&>n*Qx@cJHzst+E(kx6qR07L(?h4_P7>q1u&R*-aFmC_K#y99!cETb<amYqA+?
z$u9D<;fFTljfO4vMHB%oCP9LBGbiDcoLEad#2-jkn?suxIjEN_2fw!HCvA2RX>g3I
zO6UAyxlT_cMA~LvM~Pr-<fYzD6=+vgqe>wQV`LxPB|FgRxA*u}{x6;;#U*;13FCg;
ztiX@><@0c=jITv0BU3<iB9k97EWYau-C6#n?3m1l{#4mb8}+w4y01g~Q?LQ@vYvi7
zCBv5=8(4d9<KDt=VzV}by|{CbH}Iw=#D)AWFkog`5oi|0M`7=EUMm9@$0EKtjZ_b>
zQ*xh!l)nbT)$m3?wFKlO<)N4>E3~OGRoIm`sUypig`gP3!<WRLTfp-1r;Rs?b#$*9
zSperUvfbgXIqVAxoN0`6V}(GQ7KWWsuMydnWJK7XX!!4OxZJCMXLkv}D_ZS>;gcQ^
zsAOs)U^R2B6Q9%Vmn#rkQtZwYVrDs)Hgs~0*Y;$Ta|=*lB6=-CsA#YQDnf3p*~H&V
zSo`a<3w(<&Z7VLVw~ui7L}bfLO3}VTNA(HK8hLJdoo{)WSFQ@076)`BOk9eR!NeQR
z2Npt~JYGP{1wM+lOlW5CX&U`Ji1ch}1|Iv_CBUQ!>0_O=pC?WQD7sv^n&74mjf{#<
znUeEdSRzeTajVtvk#e}$0S2ZJuXIQ|OeqB>UkH(1d>?#7zpS*c-<SpGwmav|7ioSH
zN0ursOzPkWrs#egZLCn#)jCo5FpN)T0aSHl=)As{W3{Te?!!K^9RPO+O6X%CjGdmF
z(0OCoi6;Rs!}(M@sAx?$(hN1}-;lz9<JBgMr{b4P7^}fkONDj}ww52wR^yn^l5LoA
zr-CKaWoY;{@iXlYet|#loXUMo?AXgucP&{IfJIp<wgFiRS76X)k_tq2uRYQw;s7c!
zGQXouwU=d@el_9Ggp(WtXyR0q;QuB_Kn76t0e!ZqVu#)l0>8AFkztTc_Xd18&s-k7
zDQbfpeJNxQfV!r?&$u|Ed7J_MEB4fcN~ZWv95rM$Sywyu4I_<7aKcnWnt0J3GEai|
zQIhs@K_)X>OfKlNjUD+?SOHtIzf8nphGB<TX)!+b-Y?eHPfNNb)pBW&)D0i%$#et~
z8Qf}e&?-U$5QkGKvD{{#>iBM+A4m|55EU0)X4cKkQx9ro7%~b_qdodwGNLo3L{fyZ
zCSLWM?T^GKKWkW&oOBqF4-b)7AWYrfSY@l<35D}nUO~g9pFr;aRdeigF<o1aSDwAJ
z2m3fKHnRe&K1HMUF|{SanqKk|F}ie>t>6xDDaZ^iw%hdPr`Vlkapd?X@s7-rS6w|O
zj~iCGCEa!O*mFKaxC-~?bpmu;UgCN(3kbcoV&kE<U?A0DKxcAm(D;7l8(^SC37+na
zGcgDRC&R4_os(cNhv-samHgJEvVZu#BZ>5O0l?<c6<_LP;A@1%hZ!Sf_aGC#UtnZE
zAri(X>tt_ncqrM36PGS_ySqt!|9OFK^{x#v9p=iAWBfv~^@7$&knu4!wyLp3nYH>(
zm{f=R3!EZAf&}nb(TsWk+`N<=ifpH8^v%%K@wijEj&!EutrD<fUpxsS&>IM>FVogW
zeUu?VK;12|6~ehO;4K>7jfR8IF280;I;B%Ll2YO!Y>bad^a?#$(#45VP!7X@L4XZ}
z9yI0;3=pJ+hYx^DxVsTLux~@Ld>KsO3|`?xlT=Hm4nnhH>$obB-gfS?g(ejI-XgN!
z2`*BLx1>!yS(;C<j~-;ou-8YMY&U^$hg%}}gQow;8s*`f9#gn0c6dyqOxT7>u*T2}
ziJOBlz-qT9Il9{#E;&E8_-R|4+$=>oAV<o7vOH~2Yx?j%mxFMIyb$1$bYiGB)gD#T
z$e<n&oV83Qc$T`1WK!M3iw?Z>yCTPfN|%4|0l9GoMwO7ygMw6c^^%ey8V~WDC}{hy
zN%CZ-FfjEc+ji3AvP$jFBL~UxIU4P!n4@vfJhf)-NUUm3xP#%IiHUvK{5G4#IyHog
z8JpGkiV#1qD8&QEpBo`_K8l>-K~zo}{3Fe!u${^9k0zz8C>M!*))p**p&f&=%J65C
zpCJyHV#!CWr1I(y>(vSDYZE&!>*}%!Q+*4CNQItpqnfnlG&0;jdJ8iNVPFWd%)oX8
zL)=#~6$%M7y%Yd!#P=+mU@~;LpOSC`8a2yjFq3+wL56s!aJ#QeFcm4_UqjCqW_&j{
zHEma~>BjE!mZ?soJF70xM<AMoCcy=TpIz}NM4F4Za+>$SI!3=y&pzZ)dO$pb4^6E*
zX}&2i{$ijEm>K!gvaH-u9~dCBEZvIDtA(K&?=Cm5-CSHNq>ruCy#*gI$(Lm>Rhn5r
zu59{`kz+5AD}ji4(2okHa4=|1V_;ry36`cD9|0a24pWNUdLMBdWL83zoxDV?72D`-
zuQ;3I#Qi|yD2f~rIzn6Ji{6^^TOI(b*dt1<3k0!XYsimM3Lhk8qA^mgt)2RLo>{Hl
zoNV{x1>u@*6wiGF7vEM8u!h!Yg-x(#;M0r4TWa%Z@F<5Tor=XQR=R|jG)T_at$wKR
zk>jA`Ek)+ZuW+=Ggwgt8by!BJgfw%hRKkHmHTyYH&)^*06;QXWfR^~j<|tD>9z^Qu
zAnb~4L_9UjVm`&6LNkLZkb&5<`!nKI4@Rq}N;akq!o;1{;f4!Kz;?QOF3AR5Pv<ex
z;0nbFUqsRrq)F>grS@XbvxEU0XA{2cU8@AfwIZs7U{>&dc+e)k4eu1z(wW>(vEzL1
z*Pya%pHGP>mjg@VePT27R*$XR!3(Lg&@|HIZ7|C<X(Zt_O3z~C9Y*B&dZ1l6rf#2E
zgDhnQ#;=Uj(_~T}xK~4!{&SeB-mSLJaq6#O(F<>(z1U)k%$86@Xl<evaMTEIK%=1E
z{jDB(S^ceL%(tG7Q}}EF1lSB6D7`w_-dAUQIY;=8g*o~ekr9Z*M>w73U&aLF!P@_~
z|8uN|>99dFO!r4)3<1xIZqV3%qE_<qEq(0I)=6t-Ty%2qH|$f)QmjI%gA@Y=J*l!m
zhGQ4WV=nJBeM=Ih_B0<JNQA(LfP2~lS_ZCXgorzh;Bq}}3k(&9G0Pwvc7`hS0F0^=
z%kfIxZ;|R+CSOq^>CY^qkkxpMSqG6O7>&c!MACf89rR+;RNoqzfdAkxEx!*Wj?Ux@
zzlW$Z1`J+n4@AzwLc=%-V+_t|MOCmqtgJ&*5J6S~Yim+W;^e@BjtGCSv=z_13^8)4
zi{m@`nKX)2)O7SWFfw}aYI!F)iT#PiitJjXoiYEH$tAijyVD5F#WsX5p-W@o7Gmx0
z0PW=TtSfD`EZ5Q_V7Cyxmm*3(eK_HTBqXL6yCgwX*|F|leAbc5u0a9)_s^yO&gkZn
z#(XI46fSV;m|!AWuFwf5b9zk<>De#J&9@8ggn+UVQf@m)Wi!tTG`uH?>zfTXBx>F)
zADbS{ir8@$8dF+6y(!zZFPNRS7nYRmDylAV=cEPS7&OU8jT9;*f7NnvjhwLjn5ey}
zb$XZ>%$T<o#V4R{$#hK~Qz?NID(PW0<ShQxBdVC$%}5>8UtT<BX2DS2|F74XpXr;%
z*`<60f>Rmz28_ZD?*O`_00n5!@YcI6?kidw`VLg=ojL}a7xeQ^2tA=eGhB_R@dzY4
zifLV+sFNA1k-;A#Re!CYdO;jYtPk^NyhPZg7@6|ea|!YU+eqtLyJmJLuyj*Q<d`Xg
zRQYNSj+el73iDHEfik#KuqX|^VCbX-6W@<bJTj@mON1Rvw+08ed+-j#xzF2mAy~Qt
zTuTc#MB~d=oMy$Du0cb#c0+uGG5E?DlHkP$U=P|a;C{p&znRw~<jnEF79#5eKzo!-
zvF4BBGd|?&%sjC<H;xJ$stB2m66w-HcJx6apM0C)C{pWtUXt-i{u~^m!_+K2{J|Uu
z2m}&NIa@0?msYg)=FpZSKyDYMWmTRg&=6QWEa@T&EikB4{-}WC;~2r0)TPTK)p}~)
zO1tEV0FY9@3d5|zgtef2oGnTDhN5RT?(lGus{BX28ez0>Y%PRazBQLFa^?i3ScG7@
zqu{mzvh94PFN7^ZG!@FIn*Ub<riwt6uU8Yq4Yr@OpBtaIFteGMaUFsooh?DOH1R7+
zQjsCkS*45cME>TgIFt2JRNVuHMgxQw27GYg>paym!m?u<VV{<vD7{-Rtx~IWEgq@c
z_>7n2u22%<L5x9|uf){W@0^p@#arMps%1&sWC;mG18972n5T_|o-;(k)Y_L;o_GJ~
zT^zg+8`~LR@`35wGzjME`{Db{bg_v3Z>iCM&`a5)BUu~wxTvDpBx9`*`urHoXhzMq
z3H*$Y_8#$;20Yl<nTsFPRkd@7o6{5R9c<_n785OY>8n04j}EEa>suC6B}cPUi{a+w
z*GjI7T4H)+-<KqOwr>D`oKRA|K9OE<(o+2YvjFGEQ|1lvJ-i9vw2xF7Ctv%5KI1B2
zX45QUSd2I^Bq_*fQPn~C+8`nQ$n^<SKzJDW{IDc1JY<t`b#gBwZ&IOk{C&{Tk&X>V
zj<Da>&s&XW3)KX2f<sutoq;OU#p%>{_kLDHav2|n(BO)Eu7^JU<S`(OX}+WzJdB(?
zli%cTX8Hlo#8p(cN9J^Sa)mODj6>nSk!gGzfD_xoNe8W@Naam?%gV-^6ZHh|{?)v-
zfvhs1^px)iP}t_FPG+>V4E?m(!a#S4QAQw(QLT{;Zs^V-2R97GU{ECCk`X&J<(KrI
z4Egl$SIL?(lt`Ge`Ov6^J$FQwN}%>@Fb$3CThEHVcyL){2Yc%)y~xZB!Qg&$Bzc)K
zmHZCz%pnWFa=OJJ*2`ung<FHcqEaN%>^+iy$u}*Gn7EQ@lA}VT+<7n*(2r~c(Ihx8
z&JYNxTbFf!zz+fSl-E?Yn1X8A&E3f0K~1F=H?+ucyf6hf934ENWZYR!wc80&w>bT$
z(KiA(L!LxcbTDkN$eh`JTSb}@D44Pm0l0;<QpIkIH>oVBr(ZEawR+-m$UjwtTJ{Ah
zgzZ@qz6IPC6Vv^b`=S23(Q=l>WtoUq*}bbIGEqe4<baKd^u&^Uoq}gEpXXIS)AqLF
zz)GvoNrjjsivN#d|GZ`z=`bu(qSwnO7D+OTfP)`H*fdgd`2;=AX5mI~EPzPCRTkuc
z0(4RWL{By<c;vLwu0Us$R0r8}vX8cNXKv+jnc(kkWM2@m@}Z~gp#xWr_+?oKuLoWF
zXJytQ`9n4>cr$6%!@)%DPbR2fT61t2U02YPaVlox+Hfg|)p;q5L@)Nkh!$*NbDQ?s
zqP}e71aA^^;kP=pgu`H~>bSjI;zdC?X(?*6_@NI7_W~uX(PE8ou&d=MPDQ^&EI!zx
z+e%I;<0f~z-1!l)|6+jW?@(BkVM;9FrKcG<Xq33lTo9i-`Rvt1JwD}ge~*`gOwLS_
zD=Q!pkEgC%%KYpsxIc=gW!VzqE2Ksq^F~YS0QCD|Umbre1m{+m!;i8GL&wE^&df-n
zz@X`LqSU#~)UzDv5#xc^Cp1B2Iv)bk9j%1P!0$QQ!m%DaD=JfF1*qeeKn9GqnObBT
z0>QjPFgTZE$X%CINWHkQsa>#~a3)*{8mmGmFqu=p-HbL%u_%NUcw_=OWVN)2E>)+M
zRr!43S98tLp7M(kVKP4yMxZP{Q0Kn9;LX7xs`^W|z$9MwJz)*D^D<wRjEd3;AiyEH
zAe_o_ZkJd(k(*BcI1Po7v==D{hnH|TgG6QTBs0@uq#^T9)kA71qZLa6)j!9RP!rPu
zu8fyES0vby9|TWm(Gf!yhyV>p0+BQ|(|Sfp4PB-zpt7SksjC6cl<Fcj7`ynL1qZnD
z&-|y*xoUZwC;?fV|9>TmI~*Wh`13|WHD?sGKBIMvm};l@>44D|A&pLhXEHU%)WD;+
z>C9}S@?%=eGPoZpjc4I-<SlcRs!<d0*I<U<jEy@ai;=me@(TxX=5Lgu0ZR=|Axn}p
zZ!fN|ZMr>+mcWEF`=Kw`lG?b`C6fZw!IGA?7f3-oOtKhh0b>jc8b(+H-N=E2YIZU$
ztbcs>qj=w%E|SRO-r)W#oXnrZSmtF*#1r(q8ai6K6wTku1Twc&ZW=&a8L1Ivb9)3c
z5y#01=2t2P_>}9!QYOBZ<*M!!kJJWp1Nr2Mc@tkBzy5&?JtdFldv|=*@FBT@k`LKH
zn1qip05v4`b9NfYGaSnzoTZD682pVnada>UfuIYQD&%uu4l~{XD+?m5tRDQ1ZdeJg
zQW|vm$k05#-Rwfxa4!xvyqI6%cgD(`#GHXpF+)L}Hrz6W{<D$Q&JSIJ(h@F|hQ=Os
zI>Q=5^h5fxNafQnXF0aDbE{mW-OENKRmd)u*d+IkMKUuoBk?LZBWm{LrYd2=;ga1U
zIcp>k!im=sz1;xZD(PbSnMU|20|lZW&dJo2hA+4f{)u54m@_GQ>LfO9;H0JkQA>I6
zZj4)P&ht)3=MJ<BLq|!w*(0*Gq=yE}IzIB47i~zyHEh<p=&83r5h^+}&CpC{J@|P}
zZ#Z!FieM;jPmd?Ol4>wV;h#eCSz#gkR4T-vSQ0!!$D0qvVC6sAR2n$Hg=A)U!w^}}
zV4?&a?JL8Z7jDt8z?g|N1>y5z?)n$PCy*8O+v%qTaQo?-D6uKVr6QZPsoAp`-!5L`
z63&Qr+P{FDg*<VgWjldR{#+l&%TJdZS#t1ZOpMrl3z|Y2vY6@o<V)MhWaJrrBg)DQ
z%`Be(r@OBTtLlrsJxGIqfP{1j(k&(3A<dBxB&54rT0laO25F=_1p(>qJc599hjeq-
z@%MkY_vL=yeZ4%fH*4)ZSIo878q6^VZL;KW0^WBf6gsGO%nnlF03)Ydk7u_n^Lt6u
zfp`PcywjYW>G!er4@gWeOv8w!`aFC3)eX_?UU0|=g)JwsHmBY_Kk|Z^XJ{mFu_HcO
zp`r?8{q~mZk<)-(7G4#Sf6?ma)}5i6rsxb+cWP|ehY<YiT#Dh4!%UG2>-?<5wWmm`
zbZ@`VPABp9sLbnFHIyn$NPWz2v@Bgypv#KSlef%iP~;EVxmEAiF!64uswjTL80*K$
zvBYIz>szVGplNqeB&TPLJDd<HVWl>qm;Ct94|DrX*55NLYw5s85tV(YZOxHk0VIPj
zGQ%O^ft|1AA<bPL(<$a`_p74ijSSeb6-QvB`v9<t_qon%#|b|<O|?E)Q|}cH7_lm)
zKFPdGz^=+4N<6_$MQzchawVZ!*Dd?<r>C!;hWck^ZqvC1^xCN?Ni}Ie$aI&bcG2S3
z0BOLBmt3bT=g{Ykks1Q-MZQ?$b)9$$E5nq5H#kBFv8}jaKSwAaPwV65e5|No5;_dk
ztWU-9dm(>nb9>oEyzMT6bK93;2p(q7Wc_49&=BhtLJ5Y=)vSrW#kUpXJ+ay^&rx4t
z974`XEa|S35SBM4TJuSNI(ro<P2{y+Hx*1;Bv4D8MjSoi+Lp?uB*GV?&!}#v6o{R$
z+8HYD5Bb(VLw-Ji?Ef7L-|4r}+-I!%Ki#5+lI&0Wu00hwdW<iEtKOsw7kICDfZ1dY
zW|MA?`9R<3qJt=8t%J=!OM+j!Q*3%vOSl(_UQ@$bXPA(rU0rj4(a~<3h9;$?aNMNO
zHLS((#X3DJb1mtC)UVja`e`OAF>SG@jP&E)hC*CX5*Va|0k5<oUtcZ+@+3T#x_HL(
z!wBsn(MdEMkzyc*U$aoJVKL;3y9GwSL`002rX)#3$%x3^4$f%N+oH~@oA&UralA&?
zT7$LeXWX5l{R$annL4kSDZ5BuUR2LYWUi*M^s#K?QT>!hW4Ur`BIh8q0V(v=WESKg
zLsp8Ma^lK_o>~a+A;yxE7m<JPvuUbGnV$hlv}mI8F*0~hV~<Rq{rD7aQZFVKCDYFS
z)B^KRCroOgH}c1IXMyWaZ<~mIA+mV{m8SizLkl*arPIcS0X5bt9aZ%Lrf1GpwI3C%
z$;&4F=DHH41?7J6xHlAOMKOk$lZ-b-_F#sS#47PtDa;KvD4C@xDnodbo^G<~5zJkL
z^T*@~n^01E_gX=*1Gf3-R#Ez85h2ZGNFi%E0q@k95G(ackC??_vl)=An+20{k<BT~
zLkdLfUgbwE2P0h3_fb9ZGYBDdW}{tiwTqNK;y4+ui7F-GaR+GEnFlTxzqi&cEfui}
zO+bg)Vj_G=fh}tzo5jU;zuKnxdv7UUzO5;(YDP1jUnTDqiLS_)j`HcmihnI{J{hUc
zdCa%Tt#1!a(>Nf9Do8B>67hWVtJ9gRNb(Y2sL4erezpm-#lFy71WzfiH;J`DynLMx
z`ms=ro|$nan<1@LyHc7&M_AdE)r^s{SVx__^8$Or*vIisI{6k9f>iFk!pYB}JqWy2
zo=n^H<TQk@J~cISY$8zMB|N#fz{0}7entm*k*i+|3xbu!I~TteGCQ57ylbm9k=cxM
z=SM*T`xQO$lj`ls%|&|I7H!$8=yIF&0o3A>8NE{B_wQrA4$SG653rW&><-1~5h-L=
zQqgZ#_Ay&m$nWrSr?~8o8HnB5BIR)U>DHN7WW@yA{t~WZ;)o0#@(j3z_{UI{KFCw}
z|FHvWuk=NgEZfyq|70{dGInnpSk6Ghl>~AClk+%X^vKbbm#HRphLpgX`3(+pDocsR
z@bs6WuDlPX?h*X*Ci<ny@|Ic*`0Px(&C<Vxb+r=N(xIDq{fjgR1&zNTrKpx%n-)X_
z?y7E->%KdjBl%P1{N|Q&O9K}H5HU^KwD=?+n~g7@hmk^8%Yqpe-1gYyIuD&%i-eRS
zL(9Ht?>nXMXJ?3WufH*UO_1Kl^x_9n8q1G4+dQUR+*R$q3dGpj`19uh=5!<9eTXmY
zASXHgW<OUv<hhXKwkWjhn?|r;<ngoEs0a>=s@W@CiMumFPh8$V=8aE6q{*?2i*7z-
z-VEv-r*NQgu^|T_`q%qE_PXk7A7FF!=&|}Ve(Oq!6q-aQPHb(Jsaoz(IZi#-NpXbg
z=S_rH?HU~;k>#&kV#z+*(FO5p<lx0A!%%QHNCXwDnedHdUh{cBN|($xLQKatR*1%o
zGNwYNWBPSMfcB)I#e9u7(_^Vto|f4}hzyZXIXJp3mvcR=C!RJ@^it`Njwtg49naga
zsY*f`7NWdnq^~CG_%uuqQ(HibS+71~pYt!va4>X5h-6D#0^5qUMbkWuK$2EWe0-C;
zk&`Y`&smc9tEf?()b=Mc&CYEq&u>{I4J2mbQ_|v65EfWweCM{~Tpn#=hWkpbysW1A
zn!{t8Q(wAVlLj#`<!GEwaiiM8WjYp1@pPY%W>+WN8lGwL$A9QDE=qeKMrIs}`JMz3
zFa1gzsSZO|e3;8kW-c39)sX(sKaffnH{`WigZ#wFxlG>a2O2s`w}im+*BF-3{iwu9
z9CFu>XGuv2#gOBX4>gHzSRm(r=uNknzLFzVqHaGPRMmca5{~cZFxi`qjEV=XFz{Ut
zAyQ7|u>>lp6r9FgKtFD_;@!__sPpECv^e`TTrQ1v1w>!lECZR)NLT)Y@2g(h#Xi0j
z`d1o4sCiABp`B{oSwU%x-i%I@rdDg6c^Fy>cy6URP;n~?8)m<qr*vjm%mfV|>ZR|l
zMWh<2wMKU0UC>p3B+XgClKC*ZE>n^qXY1mJwQgEYf|EzA$Q#ob%e=JjSFp*VkyH&%
z`YmU_F7>hhs!B6C+nJ7IP+2tjENnKKA?&!)1%ykFffgF^E03dr1ZEt;tt<l)z|J!U
z1xG<t;d;`$#ZTlJKo9iqYVSjT<}HxxTX;W62?XJY3_RKspNxa%GN@$SrXTtgOo!d1
z-|X)<R`W$fHH?%K3gQaZ6EI}_JzK{SF~KNqo@Q>hxiKmWsY_&Mwz2X=bm^}6GEV<O
zvDOzFE|4NovW-lm%*xEmj<Vf%RzMZ|jd-X4DN9J25!cv@(Tfn5Gw}r`lPQ-t%7eNU
znfn&+raNCWDFWE7VzPbz!vMs{?k<)@-}l9+9s^~fp|1ipH8m$dvTM=m1kkvQe}8u@
zgBgJcNjS?81i_2AY>h46=u{a?ySrbsTr3I!wJ)eESkZpqgZRjlZF8T6r&CtE7W%M3
zBmI+W+YkGjganV(p1BRyvgDhbDtzGWvXQ1v>2y)B7?EHq;7-u-Rwz;nSG~1Uk18zd
zFtSWj^f6?V(taeCyE<kq!dvI~+vpE*7*!6i@&WWX|9ZTJ%@yckIFro&_xGw7_0=zC
zFmd5Aha!MHcF=lrFsUNyTf!}{8p#bU(>=3)IJa+!gi(f#rJIt?f68DCwU3&w?$}R=
zw3I)r!V-A2RQYJl3y)d0zH$ze1X+GUizKZgjRw7aN309?L;sVVG%KAarq<pqf+lN`
z1y(OB46(v?f@oa|JEuL4Ir#9OPm}aUX<u(MMny|n+vk`V{(+DFcSjRhSy|}f_;{7&
zWIo_r0R9_-(9B6s6e&BPS%_Zeip~)d-onM4fMnWkewy7*y8HH-u)7VH5H46V_QgyF
zmWy0@oPQ4Sf6}dj-fw+`Zj3c8aw(L&o0v^)+Jk-*!+neHh|<wd=J%*5`5{HJfCO#S
zHBu>W;CDy#xf%DhwkUm8(T^vQHi-t!uIAI^bdR!go>(Otp=<L9F4mm}j>z;<&irQW
zZR?n;vqmrkLB%?re|~}x^g|9@1NQ}2plG`{j|?<DuYYffG%S6%nTEFh?I8`tq5J^!
z?M@dNT9&1@U}a;?&760U=Et&EP_)tm8{R$kQRcFTb7S$kW;9;SP#tnT>hO*}GwCZv
zr42HZhYm=xi*&x)xs!j);M-FAd^JhtRQ<z!kc2zmOX8gT{d8fPrp4y>)4<gv1CK}i
zbBN2`mZQSXfxoOPT2A+{4S|R8EqbgbbD9vcXmi;8{tkCVAP6QQE87bfVtcs1F;95s
zwfzk+HhqDT@XcP$Xf##>Gu&3}Qze1sanH+R)Q5$5+v$59X?B$9Q_Xq}yoVpWRzs<>
zi3+5;iCn%4WMTZaGPbfYIyxu9FX(WJNJP2oNCYN$q!a_@%A!PosNU=9tXB+w{n62#
zd+NRsxv{iZaPgDblVslQnah5rxEqtiLAFbK<$2ufd6KW3er@h|ZqE1HK@xhEsAuO1
zs1t0>M;)!n+ipN1gM2=8gT}S4S5RTFPe$^TiNH#!sD+HgF&`J<uPn-^nu$iESBhN;
zwA%xp_j@y*>xtuF&VND+i+ORGPVGo#XvExg-)V3te`)CErW$z_5tk$~$a5XzhZ15T
zLE~N3J%I_d$GbvC0;AI((KMZm2>m<?Vb>1f^EmngWSX6UJ|7=<!qxR|#l!TwyJ@%_
zF%a&xY1yrYeG_$cklunBplNBR<sEC<1qUmbIzzjmZZEgXs?!W-!dZ)=)ve!ZVau!<
z$GNC;8ukzjXg1Q5J~GJ>7sxG`8s*U=PR}!9PZM)&vh^06lauDhtH8#COiV<4*7K6L
zryhz%2m%hUOL+t9wdrTBXvX`h0hgI;XxX<tp8`?b2!>->;zAr_V1n}5z#M>%sQEfM
zIXQ^oz8QVE9Sy<}(Z+oEOZo5@h;jb_QOXV9%)tS?>L%NKAWUWx&4j${`0d9THg2!h
zi!X~wbi1tI2I>-O&`ZQe0{f$z5Tu!Di%%(Mu{%XK_KBHAzGcT4&v(r+-WB3$tumT9
z*Rv2i4nL1eJz2txu5bS;;H=C~t#b!gDFsLG2=>;?a`%?OjJZl9M93+H>JmnP2H>G3
zU;P2>KXgdx&&Rk6Ai5WjsnU2XC$Jw+F~Bz>e5ny6lbb%d2SfFxMD^8v=jt^?6y5PV
z5;}*Np;S^5yaZMaN)j5ZoNcLXB67n1#m}0`Nb)4!+Gsu<kf73bnoh^nSSVs$Ii_Y!
ze^}hOUD#+`h3OCrx>)cQ`@$-XIzw^Z0kOW{jn1}Lw4YybxooLoRV}fBAmlwTCtHAb
zz$G{5j)7RIVOJP#BHF|HyZiNVS;`h5RqJjT-wH@Og7u`r8nT)L#k(N{aVBN230yo&
zC+hhUEE^S&zp4fFTcuEo&T~|lBtDKCP%VOXeW;dJpm?E=jAW1%pDOLNOqZf7KKp1G
zX+_-_p%!(Fs>ZF)*}$vcyZ)7Lc}<q2+S6{}6{*7;fMH$h0QzV4o!?!Gc}9`ER1%9$
zwcSFK?csS&1e<QN$6v6Nmpw0eQ_;FpT*CD^nbhvP(OO?@L59~(+K(`Oj8T?V817e(
zYd-ZQwL<ESIoEbuL8MN}9&@gYS`uuf;CJa6gEwykv}1Jy3ZMiAuCLWLHR{?^8K?Il
zLpjPbjL&_UMyU^25^588EFq9um-eb*#m~bGs}7L=r&#!sVQcQeW<WClI;U{T1$+wt
zKK!C*QyL9G#1BNvKLC1}0FoJ`4e$+k&4!YJ@b_TSTc`e)%C1Lylt05U7wnp^_g{@d
zzFSUJnOLx;($A>j@-=<W5BckS$gZc=H1K2adG0Xm3mJ(-hgHLq?O-OKkE)aMPeT&Q
zSwz(aa{JZPxcwjyy69f^(<calV(}jWFS)Hl{l%vEm;cCYwu5#Roo+h-W#gkZS)g1E
z81OB-<v)P*Ah!*y@)@_;Td?BO${t)Q$9W$#ZUQ~yARzXs2yV^-+Pl}3nyfyc=)8I7
zTZg3$w2DbXA3ytYb$IIcoyKL4O8M1Y+MwTiX``~@66vT{b02FgU{wlEuBj|HUrWi&
zA|7cWr(g$+HA&Pt$DFc-$5~wCGC$w;8Drrd7?e@j3;@Pix*UYnfZe+2@~1IQ2enn^
z)S{A8rGqw0=?uXy+Js7Fx$@$yv}Ohj6Ml*XlS)Bmt1~EryG5m4E*Zh{#CjHy17XTM
zU8FqJxIBV5R%~Bkt53HanvsFa?NOyhG!;B-Em@<XQ_U&jt6~<<Tb+j7&*ymhGNgWM
zf{ylw!k8w*2IA-FY%{RTlhA2PQsjFa+FS@<24`AwVZRQJ8bM4;5<nJ2VR^M(Z^9=t
zI)ximM4MP~iK79v-nTJ*v`>IOe71;K&mVa}&q`*?)tD$SC+CUB9vh`jL~m3P@C(-@
zq|mzar!?0$DMpFaVDPxtTPZ6~w}{8GT5$~ER`SEGthijt&wA<Bn&f|NAY~+%_bY;T
z8iv=dDrbKxk4OHlOhcbGm`;Xc<Rx#6Znyk<7o%jY)X$_`_$3McjtWtXs4v+w$GF$q
z25!m0f1Lqb+8dpVr>eb9(Wy?*qB;Ar#;u-aoKCRCtkkDYrCNPfrS2>>$F}=Rxw0z#
zga%e|^4AHd{NoRJpU0D(44q>&vO23uz<1L_!$OI?>Q?q4cCa=08%wOJ;!OYUoBo=a
zJRQ9+XJ##Gc@p$w*0V&}BY%EbJ+C&%HbXH`jFN9q3eZS@L~e^ZS54cf;?4#(iS`)7
zqb@3<`+l?C{m8XW_C*|TN64O)F|lh!Wx7IN%Z%p)62!YQ`#JVMiOaT5?Zc2QxpJl_
z!CW?Txp(G=)Sn7to!vbq`@!p#Pf^dCIm+Z$Yj9P<Sc)=RK&W^SW31QpDPu3BphScV
zpkcZQ%n5NHkEsXg@eh#@3{7?dhNWeNkOj%^5WohDFQR9vGx1?dRQGFFFvc!p&CAjp
zH~p#(b5FrAmlO^&<{*rD@z+R3!oE<S_kCtAgG|A8HFD@hVq?i(h9}%3egGZ}#Lr$G
z&heDKIQ_LEq-*W;TS3gIE@L@i&Q+>IP~CR<L47!%kZG#MNzM|whU*vpIg%juJgC~T
zJcv{S=aK&gfpP%0tY7fIr<m^;MKRXpRFViANSE+%L)%Pe#+jD2IyiQGjWlcP++?DD
zPKLCQtcMqk)qb4RuHZat+aPGg*m9^1wjbIhrjnDQ?mUJj?CUzd-w0Lj=_tm3&D#Hb
zK`*V8x<2vmSqrh;<Y+jbrEUNkghT_!#(=Y`VDM^m8HV)-4DfDD3O@1~i@Ltt5Om{|
zTWbbaFTBsdj9_-3317}UyH|T^=w;c=mSCl4w-m$y!-e0C79eeIkGz_&t(UnZT@@X*
zKIOzW=~_xDoauHygfLD@=}3vH@3?MWLpPwEt&NnHrDI!yh4AX|k#v)VSI6FYYi6~e
zh8I|@cU5v6rS;)S!rQ3f=^f=<++26_vd>BhR}xkF^en{zgi+-|sc)J|Azn?d$O}8G
zay?r93rQp<-rC*~&Qcx66q>_G*{){eY5izdLYHc1kV!1TxL?opd?1D0$IgX(s`;4M
z0sdwTxC>KdkGpC&JqyX1S;kkQeqLw8BauG=fhb(5HdrM2<)1ps*u?kVN+*5wDF$y&
zdqaWf4+gv!5(EI0f^5%_g~%MXDd8)n>Oh$HCDj^9tkDt;K-3sWSY=**n(?ZfQ$7~M
zv~X#u@m%K=)<<oy+5q6BJG{*#@Gf&9ulMQx*-+Zfqmh~uc@@83$k#jiy(Kn=v>>_2
zRF-2fc*+TJ(L<Z32^+<KW95SXL4eGjx6oy>&?GCsN|fZdq|OKf^NWn^l$O~Qab(Jj
z*qq|1PHHkVfDjE5Rdi^>mVp!oH@IAK`-ciY3SsIS7nO%3=!_a`?Rda)r82FtG%eRa
zyf}9z(U&^OGIm;ZFEj`ws$9~mX=!@P%UtC`sNqBxEFzEq&|>qP0_!elX)a`?O$US5
z^b4C5Lb1&6;ymsJC!}oGmZGAiEkPtmTEx=)q;FreetzdNu^fC!d(Ts`mvP_Dgp1--
zj73>mJ`s|tS!9UF#5G({h~o{q2NRMSAq2@PxX~B#a>NcbG0$DM%m0B5yfZyAqa62m
z{7Yuev;swKWcnu4jF^?Fahc3x5%z%FXjBH#(A=e!sMdn)*31BtKiQmTmFvtIMM4^+
zxXInpFdR4X*t}NLu2SlkP4`d0TT~!oph{;IE8H$09wL>r4+Go@#%E~5E4R8`9U6wM
zRQCfUQH6^c`k{}+oc}(BY;E6nrh7ie4$Xyo2<(buMy)VeI6LD?`z%4drqHBS`{%f;
zh028y=r!*qoP{f*KMwqJ=)m>{q^NR3@-jNleo_2!LWr1HjhWq@9Om|ss(((S2NUGf
zh4Or6`1i8Io<a=RY@slvMvzXbTwy_`=-<%J84p%vFcyuwB0+eF+=JpWJC{8M;V!B;
zHtFh-yX%0j+BZ-UA`@ws6ID*@)g;T)By;MbcT?QC?9i+wHqbIp9-SV93Vr3gg4)lB
zUI&4o^vX+#YuX|D4;%!AcPgsP;zD3=e?$B;4m#bhc*wD3-x-fxzHwW3(4(MKXLXU@
z@+g77D#F*js$kavV!<X-Rd5p~lAO}Hyd?@-X_O&HBoWq^eO0-_7l7>D6uq@A(md`O
z47W7wXoxF1AZlY}`{>HgZGF>$|C-w;YHZnopUn58crM@mz;gYq)uB~3vqUJc_w*Tj
zN`qhc=bqgehF*iAgkO;PqA~pYdoAy8o*i%<-6|=1H0wg+!cT@RyVO35Mve`tZ|MPl
zA_L=720l^nQuQA}Z^CaJ{y{i{m$0xt4a%FhBXNb-)9VcXXNWBpU(|o4RL{@gP%J1p
zo^-_f?~VM|0I&P6>c5BgLb`yuJ3Bb5$;Z*}1Gs}$CNf#n@BaF1x1q&TCvjn6A*^x1
z=~uNWfQKl!-uG33tR5h1z(KIM<?Q_wLin}#jy=4od#_3jTD$<c(i;#WL4E-S<*%1(
zaVm?Bz2rftI0j(HE{;lG%PQ;xsHgDULI`b6U2u@&db=RgvF90(6u-S1^}FZuJK<Zp
z8gU0Y+-GJe-H1!Szu7TZ*e;O$Yln&dav&z#WxvV?r-!=>oM&8g@xXFSP<d}}ulZ^t
ztzqsK?6Xrij5<KF7za>BFFF}qWQS6C0Td49+jk(S4QKR=-Y(-T4Q2h;6|nyQ3;5!t
z_mnm#PFZjpV01vXS_oiTrDRo(t3A|`AAh?{zRtX!Dv;=hrwcglXZU%0JZNt=b}tr8
zAp##~L=1Lt3m_swf`Zk@(b3Vb0b3VVx$KXKz4h%1=z!k`QQrOmyk;#UqDmkGUZK}8
zLMZZZdm<T%y}%fB&iY@g#s1|E;qbXUDt)Co4u-~iIS-`3uv-QSOkbTxN_A?0$~d~W
z6*x-HISeMUir)YIOvI}D&!T>D>*sT9AHCsIqSs%7!wl?wGjy)NAr!gjM6qtUK=f|A
zJqQ(kNHS%=0~p9Y7_Ni8y|(}s0Rr3?^r-tdU`YWJ3>DJ0bhog?s#m{P^6qX2&gM5L
z9!}<5h2u{ZfY`a*8LE;gB3z1lF!Mh(z!~HGiz1r<fUP!0(&xR0;r#@-?uv;lS0F#q
z^-f8Jf%7o$53`T<<o`9*y?gfOy{l68eM&{kxh~Z6WMde@VKJ69SI*XYxdO*UDju#Y
zO2kjg9LB^^S@oMv^_H#)A$zc_JEVW3S@pvhV0k6#02C2vXI<|mdN;&m5359gSeeWN
z$?*dqXzzD9k<{t}Fn}rSS}>3oKOgRv?hf2*j=@EUox9=KJ>oz2gz0kvEU=34Qx5S<
z8`#lu=bQ4kDOw-aVr4&Klcyp}BL%;=1jA5HkhIzpg$R)XIK$6I@Q(Y_0#V>e-ZdXT
z3!lR-|E?k!qN41J9{GC#M<KT02jlyuR2!aTtEgkX)^hS@@uC$SpWbKR`W@zT&^0N*
z|AZF*VnejS7})#W%$LR$WPZ4g*HG30%w!?p9)J?h2C^ssq~!|K<+GiuRb2)x-P_u_
zTw@Sz1X*Hi$!h&Ts1TThC?qrG`a+(^Yalm6rt6H3NpG}1cuckFpaH;;Kz1*WsY11E
zY?^Z2I;%ZcRhgjYN;m_UvIS&+K|Tznw3qvTdnrZ1JQEZYgyX$>c8#XsT+IwEMdQSq
z=dut*7640<NgLdNX5iSek;GM?S6Wxe4==|;MNUDIwmB%oU#kRqHqlwERl*g0d3WgN
z2N0rYa40+a(+)qZX}!^}11RD?39y<V``>~|a=^0s-=c^AKR5o5h3kJ`75~2|(DQ)0
XE2Z}!g(PbT0YCE6%2MSLhJpVJKUj!F

literal 0
HcmV?d00001

diff --git a/demo/documented/nonlinear-poisson/common.txt b/demo/documented/nonlinear-poisson/common.txt
new file mode 100644
index 0000000..934d26b
--- /dev/null
+++ b/demo/documented/nonlinear-poisson/common.txt
@@ -0,0 +1,80 @@
+This demo illustrates how to:
+
+* Solve a nonlinear partial differential equation (in this case a nonlinear variant of Poisson's equation)
+* Create and apply Dirichlet boundary conditions
+* Define an :py:class:`Expression <dolfin.cpp.function.Expression>`
+* Define a :py:class:`FunctionSpace <dolfin.cpp.function.FunctionSpace>`
+* Create a :py:class:`SubDomain <dolfin.cpp.mesh.SubDomain>`
+
+The solution for :math:`u` in this demo will look as follows:
+
+.. image:: ../plot_u.png
+    :scale: 75 %
+
+and the gradient of :math:`u` will look like this:
+
+.. image:: ../plot_u_gradient.png
+    :scale: 75 %
+
+Equation and problem definition
+-------------------------------
+
+For a domain :math:`\Omega \subset \mathbb{R}^N` with boundary
+:math:`\partial \Omega = \Gamma_{D} \cup \Gamma_{N}`, we consider the
+following nonlinear Poisson equation with particular boundary
+conditions reads:
+
+.. math::
+
+    - \nabla\cdot((1 + u^2) \nabla u) &= f \quad {\rm in}\, \Omega,\\
+    u &= 1  \quad  {\rm on}\, \Gamma_D,\\
+    \nabla u\cdot n &= 0 \quad  {\rm on}\, \Gamma_N.
+
+Here :math:`f` is input data and :math:`n` denotes the outward
+directed boundary normal. The nonlinear variational form can be
+written in the following canonical form: find :math:`u \in V` such that
+
+.. math::
+
+	F(u;v)=0\quad \forall\,v\in\hat{V}
+
+Here :math:`F:V\times\hat{V}\rightarrow\mathbb{R}` is a semilinear
+form, linear in the argument subsequent to the semicolon, and
+:math:`V` is some suitable function space. The semilinear form is
+defined as follows:
+
+.. math::
+
+	 F(u;v) = \int_\Omega (1 + u^2)\cdot\nabla u \cdot \nabla v - f v \,{\rm dx} = 0.
+
+To solve the nonlinear system :math:`b(U) = 0` by Newton's method we
+compute the Jacobian :math:`A = b'`, where :math:`U` is the
+coefficients of the linear combination in the finite element solution
+:math:`u_h = \sum_{j=1}^{N}U_j\phi_j, \;
+b:\mathbb{R}^N\rightarrow\mathbb{R}^N` and
+
+.. math::
+
+	b_i(U) = F(u_h;\hat{\phi}_i),\quad i = 1,2,\dotsc,N.
+
+Linearizing the semilinear form :math:`F` around :math:`u = u_h`, we obtain
+
+.. math::
+
+	F'(u_h;\delta u,v) = \int_\Omega [(2 \delta u\nabla u_h)\cdot\nabla v + ((1+u_h^2)\nabla\delta u)\nabla v] \,{\rm dx}
+
+We note that for each fixed :math:`u_h`, :math:`a = F'(u_h;\,\cdot\,,\,\cdot\,)` is a bilinear form and :math:`L = F(u_h;\,\cdot\,,\,\cdot\,)` is a linear form. In each Newton iteration, we thus solve a linear variational problem of the canonical form:
+find :math:`\delta u \in V_{h,0}` such that
+
+.. math::
+
+
+	F'(u_h;\delta u,v) = -F(u_h;v)\quad\forall\,v\in\hat{V}_h.
+
+
+In this demo, we shall consider the following definitions of the input function, the domain, and the boundaries:
+
+* :math:`\Omega = [0,1] \times [0,1]\,\,\,` (a unit square)
+* :math:`\Gamma_{D} = \{(1, y) \subset \partial \Omega\}\,\,\,` (Dirichlet boundary)
+* :math:`\Gamma_{N} = \{(x, 0) \cup (x, 1) \cup (0, y) \subset \partial \Omega\}\,\,\,` (Neumann boundary)
+* :math:`f(x, y) = x\sin(y)\,\,\,` (source term)
diff --git a/demo/documented/nonlinear-poisson/cpp/NonlinearPoisson.ufl b/demo/documented/nonlinear-poisson/cpp/NonlinearPoisson.ufl
new file mode 100644
index 0000000..5ebcf7c
--- /dev/null
+++ b/demo/documented/nonlinear-poisson/cpp/NonlinearPoisson.ufl
@@ -0,0 +1,35 @@
+# Copyright (C) 2005 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Harish Narayanan 2009
+# Modified by Anders Logg 2011
+#
+# The residal form F and the Jacobian (linearised) form J
+# for the nonlinear equation - div (1+u^2) grad u = f
+#
+# Compile this form with FFC: ffc -l dolfin NonlinearPoisson.ufl
+
+element = FiniteElement("Lagrange", triangle, 1)
+
+f  = Coefficient(element)
+u  = Coefficient(element)
+v  = TestFunction(element)
+
+F  = inner((1 + u**2)*grad(u), grad(v))*dx - f*v*dx
+
+du = TrialFunction(element)
+J  = derivative(F, u, du)
diff --git a/demo/documented/nonlinear-poisson/cpp/documentation.rst b/demo/documented/nonlinear-poisson/cpp/documentation.rst
new file mode 100644
index 0000000..75e82a5
--- /dev/null
+++ b/demo/documented/nonlinear-poisson/cpp/documentation.rst
@@ -0,0 +1,6 @@
+.. Documentation for the nonlinear Poisson demo from DOLFIN.
+
+.. _demo_pde_nonlinear-poisson_cpp_documentation:
+
+There is as yet no documentation for the C++ version of this demo.
+Please consider contributing the missing documentation.
diff --git a/demo/documented/nonlinear-poisson/cpp/main.cpp b/demo/documented/nonlinear-poisson/cpp/main.cpp
new file mode 100644
index 0000000..a2dbf92
--- /dev/null
+++ b/demo/documented/nonlinear-poisson/cpp/main.cpp
@@ -0,0 +1,107 @@
+// Copyright (C) 2006-2007 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2005-2011.
+//
+// First added:  2005
+// Last changed: 2012-11-12
+//
+// This demo illustrates how to use of DOLFIN for solving a nonlinear
+// PDE, in this case a nonlinear variant of Poisson's equation,
+//
+//     - div (1 + u^2) grad u(x, y) = f(x, y)
+//
+// on the unit square with source f given by
+//
+//     f(x, y) = x*sin(y)
+//
+// and boundary conditions given by
+//
+//     u(x, y)     = 1  for x = 0
+//     du/dn(x, y) = 0  otherwise
+//
+// This is equivalent to solving the variational problem
+//
+//    F(u) = ((1 + u^2)*grad(u), grad(v)) - (f, v) = 0
+
+#include <dolfin.h>
+#include "NonlinearPoisson.h"
+
+using namespace dolfin;
+
+// Right-hand side
+class Source : public Expression
+{
+public:
+
+  Source() : Expression() {}
+
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    values[0] = x[0]*sin(x[1]);
+  }
+
+};
+
+// Sub domain for Dirichlet boundary condition
+class DirichletBoundary : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return std::abs(x[0] - 1.0) < DOLFIN_EPS && on_boundary;
+  }
+};
+
+int main()
+{
+  // Create mesh and define function space
+  auto mesh = std::make_shared<UnitSquareMesh>(16, 16);
+  auto V = std::make_shared<NonlinearPoisson::FunctionSpace>(mesh);
+
+  // Define boundary condition
+  auto dirichlet_boundary = std::make_shared<DirichletBoundary>();
+  auto g = std::make_shared<Constant>(1.0);
+  DirichletBC bc(V, g, dirichlet_boundary);
+
+  // Define source and solution functions
+  auto f = std::make_shared<Source>();
+  auto u = std::make_shared<Function>(V);
+
+  // Create residual form defining (nonlinear) variational problem
+  NonlinearPoisson::LinearForm F(V);
+  F.u = u;
+  F.f = f;
+
+  // Create Jacobian form J = F' (for use in nonlinear solver).
+  NonlinearPoisson::JacobianForm J(V, V);
+  J.u = u;
+
+  // Create solver Parameters
+  Parameters params("nonlinear_variational_solver");
+  Parameters newton_params("newton_solver");
+  newton_params.add("relative_tolerance", 1e-6);
+  params.add(newton_params);
+
+  // Solve nonlinear variational problem
+  solve(F == 0, *u, bc, J, params);
+
+  // Save solution in VTK format
+  File file("nonlinear_poisson.pvd");
+  file << *u;
+
+  return 0;
+}
diff --git a/demo/documented/nonlinear-poisson/cpp/plot.py b/demo/documented/nonlinear-poisson/cpp/plot.py
new file mode 100644
index 0000000..6fef0d3
--- /dev/null
+++ b/demo/documented/nonlinear-poisson/cpp/plot.py
@@ -0,0 +1,10 @@
+# Load mayavi
+from mayavi import *
+
+# Plot solution
+v = mayavi()
+d = v.open_vtk_xml("nonlinear_poisson000000.vtu", 0)
+m = v.load_module("BandedSurfaceMap", 0)
+
+# Wait until window is closed
+v.master.wait_window()
diff --git a/demo/documented/nonmatching-interpolation/cpp/P1.ufl.rst b/demo/documented/nonmatching-interpolation/cpp/P1.ufl.rst
new file mode 100644
index 0000000..2b80232
--- /dev/null
+++ b/demo/documented/nonmatching-interpolation/cpp/P1.ufl.rst
@@ -0,0 +1,14 @@
+UFL input for P1 finite element
+===============================
+
+We define the finite element in UFL in a separate form file
+:download:`P1.ufl`.  We define the linear finite element::
+
+   element = FiniteElement("Lagrange", triangle, 1)
+
+Before the form file can be used in the C++ program, it must be
+compiled using FFC by running (on the command-line):
+
+.. code-block:: sh
+
+   ffc -l dolfin P1.ufl
diff --git a/demo/documented/nonmatching-interpolation/cpp/P3.ufl.rst b/demo/documented/nonmatching-interpolation/cpp/P3.ufl.rst
new file mode 100644
index 0000000..811bb75
--- /dev/null
+++ b/demo/documented/nonmatching-interpolation/cpp/P3.ufl.rst
@@ -0,0 +1,14 @@
+UFL input for P3 finite element
+===============================
+
+We define the finite element in UFL in a separate form file
+:download:`P3.ufl`.  We define the linear finite element::
+
+   element = FiniteElement("Lagrange", triangle, 3)
+
+Before the form file can be used in the C++ program, it must be
+compiled using FFC by running (on the command-line):
+
+.. code-block:: sh
+
+   ffc -l dolfin P3.ufl
diff --git a/demo/documented/nonmatching-interpolation/cpp/main.cpp.rst b/demo/documented/nonmatching-interpolation/cpp/main.cpp.rst
new file mode 100644
index 0000000..1b1fc29
--- /dev/null
+++ b/demo/documented/nonmatching-interpolation/cpp/main.cpp.rst
@@ -0,0 +1,117 @@
+Interpolation from a non-matching mesh
+======================================
+
+This example demonstrates how to interpolate functions between
+finite element spaces on non-matching meshes.
+
+.. note::
+
+   Interpolation on non-matching meshes is not presently support in
+   parallel. See
+   https://bitbucket.org/fenics-project/dolfin/issues/162.
+
+
+Implementation
+--------------
+
+The implementation is split in three files: two UFL form files
+containing the definition of finite elements, and a C++ file
+containing the runtime code.
+
+Running this demo requires the files: :download:`main.cpp`,
+:download:`P1.ufl`, :download:`P3.ufl` and :download:`CMakeLists.txt`.
+
+
+UFL form file
+^^^^^^^^^^^^^
+
+The UFL files are implemented in :download:`P1.ufl` and
+:download:`P1.ufl`, and the explanations of the UFL files can be found
+at :doc:`here (P1) <P1.ufl>` and :doc:`here (P3) <P3.ufl>`.
+
+At the top we include the DOLFIN header file and the generated header
+files "P1.h" and "P2.h". For convenience we also include the DOLFIN
+namespace.
+
+.. code-block:: cpp
+
+   #include <dolfin.h>
+   #include "P1.h"
+   #include "P3.h"
+
+   using namespace dolfin;
+
+We then define an ``Expression``:
+
+.. code-block:: cpp
+
+   class MyExpression : public Expression
+   {
+   public:
+
+     void eval(Array<double>& values, const Array<double>& x) const
+     {
+       values[0] = sin(10.0*x[0])*sin(10.0*x[1]);
+     }
+
+   };
+
+Next, the ``main`` function is started and we create two unit square
+meshes with a differing number of vertices in each direction:
+
+.. code-block:: cpp
+
+   int main()
+   {
+     if (dolfin::MPI::size(MPI_COMM_WORLD) > 1)
+     {
+       std::cout << "This demo does not work in parallel" << std::endl;
+       return 0;
+     }
+
+     // Create meshes
+     auto mesh0 = std::make_shared<UnitSquareMesh>(16, 16);
+     auto mesh1 = std::make_shared<UnitSquareMesh>(64, 64);
+
+We create a linear Lagrange finite element space on the coarser mesh,
+and a cubic Lagrange space on the finer mesh:
+
+.. code-block:: cpp
+
+     // Create function spaces
+     auto P1 = std::make_shared<P1::FunctionSpace>(mesh0);
+     auto P3 = std::make_shared<P3::FunctionSpace>(mesh1);
+
+One each space we create a finite element function:
+
+.. code-block:: cpp
+
+     // Create functions
+     Function v1(P1);
+     Function v3(P3);
+
+We create an instantiation of ``MyExpression``, and interpolate it
+into ``P3``:
+
+.. code-block:: cpp
+
+     // Interpolate expression into P3
+     MyExpression e;
+     v3.interpolate(e);
+
+Now, we interpolate ``v3`` into the linear finite element space on a
+coarser grid:
+
+.. code-block:: cpp
+
+     v1.interpolate(v3);
+
+Finally, we can save the output of each function on each mesh to XDMF:
+
+.. code-block:: cpp
+
+     XDMFFile("v1.xdmf").write(v1);
+     XDMFFile("v3.xdmf").write(v3);
+
+     return 0;
+   }
diff --git a/demo/documented/periodic/common.txt b/demo/documented/periodic/common.txt
new file mode 100644
index 0000000..be315cb
--- /dev/null
+++ b/demo/documented/periodic/common.txt
@@ -0,0 +1,50 @@
+This demo illustrates how to:
+
+* Solve a linear partial differential equation
+* Read mesh and subdomains from file
+* Create and apply Dirichlet and periodic boundary conditions
+
+The solution for u in this demo will look as follows:
+
+.. image:: ../plot_u.png
+
+Equation and problem definition
+-------------------------------
+
+The Poisson equation is the canonical elliptic partial differential
+equation. For a domain :math:`\Omega \subset \mathbb{R}^n` with
+boundary :math:`\partial \Omega = \Gamma_{D} \cup \Gamma_{P}`, the
+Poisson equation with particular boundary conditions reads:
+
+.. math::
+	- \nabla \cdot (\nabla u) &= f \quad {\rm in} \ \Omega, \\
+             u &= 0 \quad {\rm on} \ \Gamma_{D}, \\
+             u(0, y) &= u(1, y) \quad {\rm on} \ \Gamma_{P}. \\
+
+Here, :math:`f` is a given source function. The most standard
+variational form of Poisson equation reads: find :math:`u \in V` such
+that
+
+.. math::
+
+	a(u, v) = L(v) \quad \forall \ v \in V,
+
+where :math:`V` is a suitable function space and
+
+.. math::
+
+	a(u, v) &= \int_{\Omega} \nabla u \cdot \nabla v \, {\rm d} x, \\
+	L(v)    &= \int_{\Omega} f v \, {\rm d} x.
+
+The expression :math:`a(u, v)` is the bilinear form and :math:`L(v)`
+is the linear form. It is assumed that all functions in :math:`V`
+satisfy the Dirichlet boundary conditions (:math:`u = 0 \ {\rm on} \
+\Gamma_{D}`).
+
+In this demo, we shall consider the following definitions of the input
+functions, the domain, and the boundaries:
+
+* :math:`\Omega = [0,1] \times [0,1]` (a unit square)
+* :math:`\Gamma_{D} = \{(x, 0) \cup (x, 1) \subset \partial \Omega\}` (Dirichlet boundary)
+* :math:`\Gamma_{P} = \{(0, y) \cup (1, y) \subset \partial \Omega\}` (Periodic boundary)
+* :math:`f = x \sin(5.0 \pi y) + \exp(-((x - 0.5)^2 + (y - 0.5)^2) / 0.02)` (source term)
diff --git a/demo/documented/periodic/cpp/Poisson.ufl b/demo/documented/periodic/cpp/Poisson.ufl
new file mode 100644
index 0000000..9bcdea8
--- /dev/null
+++ b/demo/documented/periodic/cpp/Poisson.ufl
@@ -0,0 +1,33 @@
+# Copyright (C) 2007 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2007-07-11
+# Last changed: 2011-03-09
+#
+# The bilinear form a(u, v) and linear form L(v) for
+# Poisson's equation.
+#
+# Compile this form with FFC: ffc -l dolfin Poisson.ufl
+
+element = FiniteElement("Lagrange", triangle, 1)
+
+u = TrialFunction(element)
+v = TestFunction(element)
+f = Coefficient(element)
+
+a = dot(grad(u), grad(v))*dx
+L = f*v*dx
diff --git a/demo/documented/periodic/cpp/documentation.rst b/demo/documented/periodic/cpp/documentation.rst
new file mode 100644
index 0000000..47abf1b
--- /dev/null
+++ b/demo/documented/periodic/cpp/documentation.rst
@@ -0,0 +1,6 @@
+.. Documentation for the Periodic Poisson demo from DOLFIN.
+
+.. _demo_pde_periodic_cpp_documentation:
+
+There is as yet no documentation for the C++ version of this demo.
+Please consider contributing the missing documentation.
diff --git a/demo/documented/periodic/cpp/main.cpp b/demo/documented/periodic/cpp/main.cpp
new file mode 100644
index 0000000..8936863
--- /dev/null
+++ b/demo/documented/periodic/cpp/main.cpp
@@ -0,0 +1,103 @@
+// Copyright (C) 2007-2008 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2007-07-11
+// Last changed: 2012-11-12
+//
+// This demo program solves Poisson's equation,
+//
+//     - div grad u(x, y) = f(x, y)
+//
+// on the unit square with homogeneous Dirichlet boundary conditions
+// at y = 0, 1 and periodic boundary conditions at x = 0, 1.
+
+#include <dolfin.h>
+#include "Poisson.h"
+
+using namespace dolfin;
+
+int main()
+{
+  // Source term
+  class Source : public Expression
+  {
+  public:
+
+    void eval(Array<double>& values, const Array<double>& x) const
+    {
+      const double dx = x[0] - 0.5;
+      const double dy = x[1] - 0.5;
+      values[0] = x[0]*sin(5.0*DOLFIN_PI*x[1]) + 1.0*exp(-(dx*dx + dy*dy)/0.02);
+    }
+
+  };
+
+  // Sub domain for Dirichlet boundary condition
+  class DirichletBoundary : public SubDomain
+  {
+    bool inside(const Array<double>& x, bool on_boundary) const
+    { return (x[1] < DOLFIN_EPS || x[1] > (1.0 - DOLFIN_EPS)) && on_boundary; }
+  };
+
+  // Sub domain for Periodic boundary condition
+  class PeriodicBoundary : public SubDomain
+  {
+    // Left boundary is "target domain" G
+    bool inside(const Array<double>& x, bool on_boundary) const
+    { return (std::abs(x[0]) < DOLFIN_EPS); }
+
+    // Map right boundary (H) to left boundary (G)
+    void map(const Array<double>& x, Array<double>& y) const
+    {
+      y[0] = x[0] - 1.0;
+      y[1] = x[1];
+    }
+  };
+
+  // Create mesh
+  auto mesh = std::make_shared<UnitSquareMesh>(32, 32);
+
+  // Create periodic boundary condition
+  auto periodic_boundary = std::make_shared<PeriodicBoundary>();
+
+  // Create functions
+  auto f = std::make_shared<Source>();
+
+  // Define PDE
+  auto V = std::make_shared<Poisson::FunctionSpace>(mesh, periodic_boundary);
+  Poisson::BilinearForm a(V, V);
+  Poisson::LinearForm L(V);
+  L.f = f;
+
+  // Create Dirichlet boundary condition
+  auto u0 = std::make_shared<Constant>(0.0);
+  auto dirichlet_boundary = std::make_shared<DirichletBoundary>();
+  DirichletBC bc0(V, u0, dirichlet_boundary);
+
+  // Collect boundary conditions
+  std::vector<const DirichletBC*> bcs = {&bc0};
+
+  // Compute solution
+  Function u(V);
+  solve(a == L, u, bcs);
+
+  // Save solution in VTK format
+  File file_u("periodic.pvd");
+  file_u << u;
+
+  return 0;
+}
diff --git a/demo/documented/periodic/plot_u.png b/demo/documented/periodic/plot_u.png
new file mode 100644
index 0000000000000000000000000000000000000000..c587c0932e2dc651b6d610b618b1a07ddad595ab
GIT binary patch
literal 58379
zcmeFYRa9I})UesOJHaI(KyVB0F2UVBjk~+MCWPQlaCdi0aJR<YohDc_o%fq>=4vkI
z?!V}@&gye|pQ_zktDcHhQIf$xB|!xM02p$zl4<||tPTJG^9>mm`pv6$^b`Q_9v~+v
zrs0)!*5yBKuWLy0SI{>1wtF2z=Yx``D3y(TktA)MB|N;itANFDv8)9?JYyNH)+18F
zs+=Ot2P;}&WOr2`wxWWRo&BJOJ`ih^M-7b6PRvi07r%v+FGgoJw5(2!2mJa3_TOxH
zxJ(xb=xGA49%lJI!%n;&Jv`i1wLIwho;QhX+*VtP^wdbn$x`D+OYZzCFgQW`pG!5W
zXtwXr%TFY7VbPLQ-+5<bsT80O4Mt1jno>dUC~+ns<3aB@7krmY`}Z5Xc<O%WgR)sx
z)Ht;Nq)C4KKO+8*F8+V8i@~4qSOHg|Jez*EO-n|;ulGxvE@RA;&&wmin>k4VXCnb;
zPp36K;8ok6L*MSh?MTY*-fPyE`P9$<nd}bgaM#0z@5y|brO>IaqyMS?W&0@$fYqxH
zO&D^W7-%FEcySnT;a=mro(MTg?A|56{CgEC^6~)L*zEXL$O09_M|Z4dEb-3`x<%KV
z1~4|Csy2O|&s&~l<XYBTV$-`GCmg%4ayIW2H}7J!J9idp0=R+_{q{ai`EJ}&1pM8;
z_wk4PCrKdrpYJf@Sx#obT%}L>6+6D{8$<R>gwCyVwWm^hUiKe01ABM^E?jfru8;z+
zkPbyo`j!13&E4g6dH*@6F)xMRl^8(T|3v+HxI}QD9!uzM`f%Zv+0k3x*6-i@_CAR`
zGIsAUP6p10=RV!Y{O7+0Wy^Nlfa>;>^6u-CiW-WMYqX<BR>)9~*QM{~^TtE>!?|Oi
zFa7?DjN#w1spzF!abMvGuL%lA6U4E9u>uy51Gy{NgwB1*IPmq<`0Z&b0NjxJ<ibMn
zKXCyDun9TegtRYpU9<!~x5z<Wd)^*c@AnM^{|gU;KVt?4Bmnx>fzX*>gVE0T5(?9s
zhHb0c4k%v>1Men1yKnz{H*4VkK7U%>f!Rw5*`@@?V+sG=(n245^zHsT#47Cn<hBU`
z8iRq<Q~yoTU>b%M($l4#^j~1oX2`h;`y}|#Hr4ff(V-vv%lD$~@Np_oIB0iwS2^%$
zE^+mi^=-fB1>Dl}dbZMFzofr$LqNGLD3kp*PZ;Jx4>^~Rj)z9H!FO?UCCWW}G^~8C
z2jlX_PqR<~|Ag5)`huP}-vR)+kK>j(&`-IRBA@mY)C3_H9hZ<4$H$bV&I7I`L(g^A
zmwwjH>v+e`H^?)k`^)WFd;PbVe}T5zWX<n(;_YDbB{MPLt}yVt=C!Hkz6G)v_*(OJ
zuN|<jopYOYXy7%)`gX(mHXSK^*JS+Mw0Up1>3%!G6Zo=A`F3yoc3<=MR1-M=pRx1R
z59<B1P!^c8PprYXjGLAn@zx}Y|6+JiFK|HQ|Gxfz<2ehdb;dtq`~h#sEza~mu{#yO
z-#V|Y;=ID<@=q3SD(wH04(6<OoTET*e?07C)p-IG->!>Eb3JfaKYf=qScK*Z!40S9
z(~Y-PN^8kh#2OgHm*0-=hKNoWFl<2p2cK<qm?!R_Ob5R&=fun<M$39mbMb_F>QIZ$
zLh@KBd}!nSJ<1V1@(wa;+;ixE`KH`U(n?|g2Y@I4*nNOt00;L~l#xv=4**Yb?<n?-
zM4)*%lYsN_oxYH=6q?@)eqnUj?q5RIV8@Fs0kB4j9CSDVSK5$N<Ic+^2(kehfT*+B
z9PslkYXF@s$^=CV&3(DHLn{^!w8#R3XmxB$$a#L+R--zn$P)kz%*ZtQ+qg;zP+I?c
zNa&lIjTg=MFDVY1$MxLUU;dMr`^7y7865zqAf05LG(w=$<Ggs4uzFeQUDY*2<5z>1
ztmPiHvGicF>eV1_G<32hV;eZBUPo)lG`hR<c?Ce{uDsd)Pm7wTfphW3U6+V>(ee?{
zbh=YFc>Z?A<M1}~%!pPQB+)BpdRA%*hyco)_c3dfgH{TMJzz@e%G3;P-3*t1&{VLj
zS)(JARpXHB7JPK67<GwdMTigT<>)~jtWzIpdVM39_kz9v13BY-pu}iCoDhZQo)Ry5
z1lDph043_GJe3BAmLjqBRVMHiO!<sq0$6+O4nekO=mRipq0&uja1o>=?`|bAkTg@9
z{IJsJpAErWSj7O)1?gQ;0YZ8mK7zT+6Ldj;ZfEU9kOd}I4fn<qP8^)9cjE=t!O^g-
z$Kl3vEt{N3`>4HTq&>|dTg8NiiIQeWiJiV)cS?y|)ez&7^<nCMXoLs7Jw__O-6o0y
zmT<+fR*>VS0hp!%_!b1{BwGo#*npJg=`PwiX;OX69&RttuH=GegN@`lR@K4WP+1k`
zjIGKkw+Cz7p~+&N{bc+ZOX0mIK{7$gvXb%ezJ0p4zPbN<8>HrvB_WvYV$zz+VQWgu
zJ3*hh*lvR85&C}-Yy{Bq_SZ2Na=jT0k7AZxfzgbDYWJg_R`$KX*a!aO#lp$6Rnz1R
zoK_QL*OeB#EP&>5^MV&lAJ@ijS6BPqX1Thug;wK=^(Rt|k~k2?#fBbDLpV&jd=d!!
z)8=Bl%J7-Ox}(&;lcL;h#z$TG2am(tUKwd_-BFgH5Anas>93jdbI(iF+}lk{{-}LH
zrYMkER~(xvK0o!#s=WLCH}0Xx$N4%S+J1;q!G5Qar~}UMEIi5la)>RuiA=!+d^^oh
zWwCflHO_OWEtp6IB(cna)8brQ)h+O)@w7Jg&tyY|&>?MZi?Y^R&j@!1S)eW9gF9g_
zO*9J~9vaOT>ga%D=L4bCAmp0IQ>eL*;6zxyoQ{UTYpDbqJSvK2ilVdyR+~Y(wae!9
z8f_gL$<@+N>hy)$eu*;eTCq*d_!@-nXQ8*}Y6<)}2w}31q;B*FcN^+|%;R=oXCcUL
z`4m?a?bVmPR;+d=xEFrxWyzAEdu1?}?ECfM!eXKRd{_94(ks=B)VV%jt>BMKdBb(F
z{+;+$+k+7-mEUX&G%HZB{;jBiCdk((iM~J+wu1QV^g4K%)p>^BgDfz$QnFU#Mf!ng
z&w9Tcq|evPL4MZnQ>>q>0yotpM9p;;P7A3}8!26L(Z2aUlFF->@Nk+fTjs7c<2tU0
zq-H;m^0g41b|$YVEZ#;E(9L@;vy)7Xx7)6-N1k{24i<nfG6ZU8-!N%9QZPQgRHHt?
zN;mnaQWie<*T5{j{eAP=_GW#(P8^FwZWz?t867z0dAacKdDO*3s&}YP4gMJQB{<4E
zOFkYK?<mU=nNRM_XXXH_!P@!5kIH)OTwc1`8x}Mjiz))})FkSt={Dlt83Og9;h-Yv
zG->f@w?39dMh)K44I}Nuxq;fGFwQWW1xxz2!DyU7XDhE;+u>~zFbc({u4R3mVy1aM
zb#BsDLAjz~#bi^o6stVqZIHFyx!G7cdZ1q}&T0>aZNB@Ur|hBYO=Ot-I^)5AOWF7t
zZc1QD=o5>u8V+qW+nVPa<?F&_yQ5Zc!FV1DxA@1wym)Nw%py+Hl3XxD|GG$I*Leq(
z!bwM6czV=YjFT#j`J#gk$59HQO6)+}l8^2_PD`3JDAJRs^JC)hxiH#*#e%CVPf4${
zMJ%y_@P_NvrV*3CW$9>_#JLfGz_TPfg_$CoIQhHxiZm$2N1)7c;?K!KY;z))2?n5(
zA2!o}%JS`^o0LyiRw_-_FSzw`;0-~8=SS?tCkBKYL7#}z-^0k6S&s!c5<DGpTSlmB
z10M2f8kQm&<AIV~@~h%v?Y~rPHCho@NZu7IY3QF)bxYs&@FG}1Y;6*m&wxvl(fdOp
z3|#ew6ZQUGfnn0zLixiUCA2L^i-q0~2Fhf8t`|OT(raxu%(nJD74vY*6ERhR+5jtu
zN=Ih3cTtr&8UVz1-?s4jLVcnFwI5e6mHChXyPCOEq_e5GP<LWPDY<-EKF)pe(%~>)
zrIK|DK}Myr!ahhwY_4aTq&nUIrl&Na8D{O6B#~MFjDeQ86$cDL2bK96*_GkjCus7R
zbTvGdH%DPCY(;x(|HwyUB5AW4oUDD0aX5SYMeee?lL@}Az5LY;R9?d<?{*t?6WdJK
z!;E$)0By)?1vdDCJvzWg+AxyQ?9COZwOaHHvH3e_$HtlN>tn6S%dtxVZ?}-^2a&+T
z47^laXsuu%r?Yu=P>ua1_IsIBqfpSaCD~~Kg9e|4a{UW|>tFoNcQ_4WEMwB(c&jf7
zqB6{{)DC0U{;NOPCPOD&YDL`d?VMv_>+odeRz2T(AH1Kv62PwB_fME7&6Kabw>nIo
zm^l2^dKCCarKNSW01%UOgV8UC6s`UBF}iidCT*NR_A;XlNJ^#+e&5e#%-j*;Ac-Kb
zaku9)w=x4{Z_^l-2E0cY-w|JijHivR^mZ2r0G)a_rCY<6<nhB&p`-;PN_u!=q}kog
z@!E||>IQPhnh=h!xSxK-ON~d9$Z;=(q03u<8A}?7yQ?smDxTTUTA3`!=UBwlbo506
zO*+?o#Gh=8EIH7@b*FsTAqy)p%pM8YOaR}oD9WGj+f4`wv^&(dVh%}>O-!frv`jU<
z#3TCSa<ib=eI8R;MBZCoFIqDxZLqqc{2+H*V_p5y5^<Gi{Cbw{t6<>si%P+OT}R|_
zJsUOa7Ygk%yM}$ftHtZGZ0+Rh$(l6=L5IiwQbFDMYC&%}%h$q+a85Vc1|^`@q><BS
zf$!Qp1Zx(~lLR@abVn)%Q7X)3X5PlWf0LFSKy`k@d?R2~Dv)<o4vklnDT|kbZR>C>
zh)_p>iB<G)gUgsB^`=oq_il~$hJpX#cWZ$6x4Ld}`@9{To^N96MdSSS@2jIE04}LE
zUf-;-0;V=j1=9Z(Vj02Gc%0v=Lt}$ZR`)5MJhLhlb)qd{h-i_hqDt8hZ!|o^Uw7d%
zYVtkgL0;LLiUeo$P8OBSmh<Bw4NWy_?|m7{Efksu+76dTqq3A&>1uAw$iLG2O%D}<
z&(};J{Q1uex`#QG3CS=IUJVe{xCu;Yh(K<vMEWaC4#Sm{p~eDSYr|iC^N(vfd9t|A
zTN!mcQ@48S$*>N2-r<DLgp{2USo5L38Mgv<3F$@E4fkB65{*)3;=$OzK@f-0J_I)u
zg52dq4X7i+Ws`BP=rp|ZyQonArD$kim3_lC(l+iQix@Ber;%xuPyeHU@oqEF{X}nC
zUq(Q4>D8Z^%(r17d9CD2iyCQWYgUs*N4fuKO%phxmz;08!QtB;H->Ao%mu1INiPCl
z6W%#qh#h=`U1ILoSi@wx_8+y|YM-qXZo>@GDd&QViF|DrQ5oMermo74RT(X1(>Pi-
zmrs7zKX?%=^}{(|OSI1oW}}A#AMfS!2CJWo|BV^1Wb-cy;9H;c?}OR^EW9Cj-TAbf
zrPL#WA)pBTqCq$_<UIi*r*bK>v&ysN)G%X35sj<29mwI`Oct0Q)u48@fTD~CbL=}Q
zE6d|puELaH7nwm^TTx8;LVbol;XJ!KE5X599?WDa=fg>C+=DKoVINFdiseW8J6r9A
zXT2)RMY0HnEB`~T=ebW$M8qH_PpR%gyE#x&hwbS_=_ZW^Wqu%yO3x>)7Bm&2W}6V&
zK=W9l1K7$B8{nQdEMFF0XYcpXY|aQ<3Aq7)YS>^4ypQNf8fZ~>^r75M(OQ+n0Sylh
zV;0M3Tr$}hzCRAumR%Jre^g%N10(Zj3a-^tnWDJ6DvG^JqdOBgo(rG8PhEHJOqO_q
z4t+oq2}ihaK85>sRaJ!V2-U}Sm^@6ieC-{df!|{#NTM5#n{7;Uri_GKS5a%uIf1EP
zbpzkvvF6W;Byv9uJc^atW+m(<*fH+li=qiSl%U1a>8hAVpGKnROz5Ff^COh!;ahz}
zz9~L@Z9BIN++jBi@q2oO_B#d_ysyKXaQK)EpQk_Fp^$KWmi&otqwBBeIq&TaI*RmX
zYHgaS=wgni5j6}#w>Xw_yY*N0dL33HoZOXJKD{x}Z=P;n!TCT6GcMh2;Z<e$h1I()
zul*d1!1|^6+gNOC8Vb`-`cy;^c9wVtH)o_(x(MoeO{JlxBTTi{7n4U{v4=tNB4)lO
z!WyvwH1;n3Wiv%)%t~wAi`~j%J(nPFnvYS<_<;w){Z4dR8E<_(w-_be^wCbF&HPIh
zYeUdgy&abka*<p5<bgB{q<-2fB04&1x+WcP9slE#Zao2u^{r`*wvUG{8%;Zkr<{4v
zCyT)_P~sm41v7Tw16gO}EIc?uk@>-4MHTcR+XfxgAfeMFp?StHKpzX0OZ-=M={#gD
zn$d9SheP<Eu&@&<GlS^GM2m&0<>b=x_eQgtffEe_j*$qy@@E7GRtrj<9yV@#dZ4;a
zhLPHcygtPy8u$vpH!3?k_C~=VdWYtR(0X4|IfImcs$cx4`di{p0ZKBpyJ;Z<DZBtg
zQrmFb@i}A0b=+mWE@an?Jc2BE&O(C{YzEhF>+qxeXN3(W%3ZEJEKlao9A=sFv-e}0
z1-<*oAl1UEx{kEsDFV0Inaj$PCm^A}b{Rt_WuTM$@2Y6vQDye|p4JccuSYda2tCX5
ze-@QSrSKg{Yb~E>L(DM}hlm9P`Uu_@%vYK`TL?TN(`(<wQus!V#{d!DImPEM^tk^y
zqAUSHCNX3UhW{IU>u!8*jGQ9gnU_(^`p?kFDJHvo9Sv4c&T)!n)$xy&W^e&|k((QW
zm?Y&b2S_|PU#WGD$(G;qJ!oZMYX0!v-1=oNXIg!dG}}f}lU1H(k8t|4ZO4qXyCLtV
z)OjLIB^aixO9X#AzR+O3RWH)A#?+`Gn)CYNx2I85rmE&%zmb7$3Jk8M*$sh}7=YbP
z4V-RZ>T46ih%=UJOMWwJCWMXu{!HYsBAZXEa<i-ro@MNPb(WLk^M>WQfHkbg$}eST
zG0tL~6|j2=6GW>ZGj<OH5G83*f8XiaV<3v>*Py88o{09H#x!s0F;hw>UjO*spafi?
zUxq%YROfCT;_pTUs{R5e7FJ}wPiy3#Q$ywcX{Or)EkZoA_t4tM6q#naOw@e}UeuLF
z%bhO#oyUj%CqeH?G0rZ`SWp={XG5efcI2o68Y7iTZ~cVM0E4vc6y*_WdJ;3hgL|Oa
zXHy865bHFjhic(m9Zt5E6mc#UoZJsbgxOE<H~(qF3|4Fd>~EYnC>(bxbLr~*O){;u
zlU)dwnK0#}`A`u8vJNMhbGxX;H&_#awl*(Ph=t$e*!{Ex=cR7%bJo<t(wwExaR_Uh
zEZ;H-aXF+_7!z+2!?)8*_(|&{&UL&mL6YXT#gO!j-s6wPe#)OK7EQF<4&o(b7vGay
z8g7zmm=OZ#Z)QNO`FG*`sj1ydL?DkQuv#jc+l63>CrgO9^{!w+;9MufK)z1JpHMYk
zB<4~XK2jX{xzA41-kQ4o+*b|L2<D$Db+_)8yupc1_Y@I$NC|lKr&;nU7cA!pYkC8@
z*|Zpec(g3)gFv1}htHArND1u`vFR@Q%cdo7X5W;EFWej~4a$u<DK$5d$A7g>c(2VN
zI}wqXk58c#sagAr+f$+e${O&>tA7!pxs9(8&Uz<oYp{Kp%U~jp#j8wYE3M<0VhUlm
z9ldY?t=kbc9XqyWIJHoUxmAR_jJ7{hxtrT0T$kPNMOf993CCajvTIte&~xy(9t0*r
z`+Z={oTopo&V--I$1`Lm*L>Eg<Y|q=OowW_ipzS%($!g;7;9zw^y_w8?LXNP!_L0r
zP*44(^XPc^&A;)GGBlN-%&YRoEnPQ?8^x1*Dt&2rHP!XAYR0OqzrQjJQtn!6WL19v
zsPs!$a9hLof)!k@NDeMc>oK$jAX4+8YLjMJ7D=Hyy8xQUTE90Kd~S%u{P3h*Sm_r!
zK!VF_LU#@Rg$&NOr~YQU0`Jpl#Y*E0dVo9}w*DRjhW$5ufeRO;4}j6h*+~xvB0vzW
zN!)Rh?lvb3K{^27lc+KsJ>l0|C5y-G4UEOtr%!fOTkn>xJ<krj0O<r|wOM{p%cQGh
z_|@}rQQg6~9YWG^k?p1*vanSK=`2mEUj2}n&EaNL)9Zs|hC)uvO5q>#^*Fw9eaJd@
z^_0a?z}{SVrQfs7y$8)^uYQbx-otGfYa>y65xcivt@qu>wwzj30@_7NKTRK`smR^X
zF)8*>P=}Stf*fyFM2xF?3_3xYXgn}hnHcEddgmXPpO~U@T23~&ja!n>nI(1<Bs0tz
zLw}?^xl%N+iZ{;(3USq+{POvX_R90HrsV)?p7ya@7!ZJECrQO$9#1p)(&7>6pEH0i
zWiu%F#q*7fYQYh7x$HsAHZI<9u17#$gdXzLx4z8l`l;8nrw)&I<mZ$Oi^$^hvhXj$
zaG{};_5k%FiBpC-aHvy!JtDH*6UTn^81bX;7lY=!;)dD=P1!bSYy2a_RXbr1yQO4f
zc^8>a<;_gFI_<c=0p-o=OvG*%ojpKR68r0h=BW~bC$EHcji(`+2_6pRJy*%`q_dU*
zeG4@iVjEwe8>LHv=`q+R(UdDUKSk+Xlv>n@+nSnEJg=gB{qe3;%h#144yWz|qlK0y
zvF`C-?lKFqlS3-6zN456WuOfkOLH-1R9BwgihU;(TQ>AmFp3w7o#!37(StvOpoXy@
zH79ZpI742|o46%2A<e@zn$zcIDT}J>#^qmFAVTXk8$GK^T{rT;GgU4C`L*G3tztDT
zFIWQYu4z2~*2EH|i|`ZLp>#iC6R1oC>R9X-dQUb#J+L#qvJs@C8!GJyrfHLWY`Rwo
zKEd4c5SZq;*ySJyn-{>Tt1L6@r9#2}_+{~YyHapTUsFFKKqSD>>&5_I$C07^o-og6
zzq^Zkpp$L(%g1qycQ1X~G-yWb|H6m|um9l)o6s!rCm4Xo8uRWFx_>53$NNPm6I+ze
zi#O=xBKZhCR()h=jAF(BgbT#Uas1M)T4_i9Ujnz3(+IkY(u>YM&-&{dW_?2US}F?^
z6-4FfSUBL7Ib}~-;*{!E+AYC9`F0PUhZPlF;qNPwIKxc*s~hTpsSZ)$YIg9tAYXSf
z8tJA^br_<xjP(Uz#cIpC{0|4QfF@drTVR1m3V;(NehTD4K<QO@T_uc0>piG1<H|UN
z8nr-W_cn9)_R#oO%Rludgu3yr$5v%kVm-F)=uAx}<dnU9AyS@1jQnntga>m*0}DA~
z!8!@k!+V%-_Bb0C!;@<>cKN=(OW>i+HsspHC})?mNb+)BcNuPk^aX+iU+yr0TFNh6
zjNb=3=Y0ihwJw^N)&jUb(0E8mI_{Srg|Zk~jIke=Y>ak{bbkuXCWW>t<t4mj+SF|7
z&&&L1TdT39-bL97$8BwIK-nz9o?E2I#Es*+VdJOK!u4TjX+MSrT^I0L*N_~=p5Q);
zpDv~))cRAW<5EgN0aNfAMpW-uqNbpnm2gfrcqFHp5S5ZWTi7*OK^z0B9v#ioKW`YV
zT+ZojGe^F+dm^c=kveQsSbfnTN@D5PKlzw-x;o!^&un^}|7*-r7fye)vs!8@#96~V
zf8tKJrnF>1HyF)|U7+i@3F2XCEpKxC=X4X1z{cIy{JG4HeAT`B1P8XOU*I5>+<1Ca
z+9`-z$BQ0jYn}(<DQm#@&vJ}fFCii^%mPUXqQOW(%075*WO(Z40#m8Tr<4{SEm=Ev
zEM+6BbL6#I1;F-l1Ke_~cKPmM-Pj5vWexom#WOy2T{d5*cy8s!>TjB`jAV0dp5^b~
zcoQQoTI&mA!c3U77C4O4SlMSDUsl<bm>c>U<O<3q+SKSeFYfYrBij@v`u7({idiJI
z`}G7glxohFW!<W^LWQ~9e3y0>TU;2PgbzQ6H=beVl^S}x8T8R!0m#_M<{jbl<+x$I
zW_W~wn~%7u|JHv~ag;V6ub+iqWO|VWV5L>I7+U+dMJK}P(BbGau<hbFG#e~Qn^3yR
z=k_UFkE*TRjPb4JVuf%<8QAYl3r;GtHRCR-(TBLt!6Fjm6a7}f1r8^cv8!|g37E8i
zWDfOkLL^&$4DkB@vH)jlh%TuBZ2V<$xt2~(GNO$R8o9rteq;xlH04d$0G+&gtK3{q
zwu`I+wp=CWtq`tLnu$}Y`xcdbkB+8w%hHYMwT3*Kd}oiI5^kk<wF7Ka0czHFj5rQT
zuZe*khhL-Zi730KhQy#{K1V3In5Ednu*8DNj75pKzHvc!gKsSzdPCRD9~a}{jTA;_
zZGrlU(+<ShFOKXy+(7zzJxNmCg3Ned482A+uokQZ{a7mnW&CroQ%LjCT5^he8%==0
zwa&z1n+Bfk*zM^^m4U9-ZHI(lB7-JhSUTru<=xnt?{O~4&xYD$T%w?Ym8Ph4!&VpA
zjYXsKa&7&@;CyG*W{RmB2cM8l?+CO|i&TCN<K86XZD0qe#let%Iv37#q`TKYLz)#n
zv$}J=Nb27_`j2y4MZ)q5IekvKQkakI#iaZT+Y48TpEMCuJEIav=*vZ#wZG|Oinu@G
zz6O0(PtxpRDX>fVC@H^NzQWR4n>5MU^mXL5$-Fp&#LBcCpMStYOt+6y|BHXLOiL0=
zh?$R5I_%8I{5PGl@foUEL3kdoh_VLF;xg^2-|AV)%hf-)PMuQ)e7jmJH`d3_5uU`F
zMSNnJWjtbSyX@k#e21k*A2RwTpMpgGme+t>PX>W;|58H8oa0|vMLak4ZFU8^({M2k
zEmZjFWtQf{XnV)IFPnk6kki!)87CgJ0wa{e8IMp|^F5o7Km+gN<y2~WBZB3r*;(p#
zMz{FV@~sn=@r8+Udu4aAJRjDtS@n?jA+n@Dyl+I!WmJj&h<$+Qp`^jKp&Eo|RC1JJ
zVBtH_nDm8wK9;79&>QocXF3i8?#Y*SmGid9*|HGkNo63dmIvQ<@z|+86Xdhl^;C6<
zb|0h?Y`(*E19OFPH()Cp1pmH^hE8FjVM8O`A|yfeH?$I1My9jT8UpnMBc@D7TK>%P
z*_^$Ay^|+jq}4F?Z;`i-a+PC7Z6x7qiJ8%eJ=zFo3Q^I(8fnflWat?}Hn=$TIits0
z1&Omy-DHp1NA0^Z>Q0HM>Mcs@Pdnw~zXsQd;-gB||3-01@j3rw8h|G8nQ!>AcQtJ8
zlad?CJ5`zDA_kZ5yur;&;YA0ByS|0^Hat~jzV)DR34vmCf-K@jh+3P@tu2KKLS+VX
z<H!NTQDO(y=}ki0@a2c_;Z*jzy@FI)E0fa`1|<x(I5w%uo=V$S^aw_-Og6hj#H0q~
z1_U_fxb*lhA%tz(2w)kU2KEMIE4fJZ^Tjez#kwyNHCz)mD$4fBVo5SV1)m+;{p)9q
z<iQq<%~XTp{s9_u9!G~j*z$#8!ioxYW;I&jVFsV;ALNFQ*-y`P+RnPnNsIdK?5Z3l
z2#V7hbMW$#qm5h2Zo>n7J=t}(Dc5If+41jnQC#F{o3mnQw|Fl#$(>Fya?fJA?1{Dc
zdIarlWv6N!r5yCJV8SMgv0u!bl7;&v3r3D}U+CES68cc^$Aao%nRKS*sMOFb#D+_i
zoA<fy-tGsrP?QPIrfoUw!-KSNbi<_1?P7CWWBbF21DX<&fOODx14hD8*;uZ`)i(T%
zK?k5A!b)p{efei8#w*?SouwvJzSuF2;LuLcI62LMGtb%m3zFm`QSPSZqbMrRhu9NR
zaS110ZL{E}R@}|Ba@$&20;$!YFF(%4e~}|hesoKjh3?nQ8|vc~3YFT2z^9<PY=G`^
zJ$PM;XKCD<?-3rDL-H|@oeYOO=PJRWHBV^1PoG#E|8<%|N<G^jrxAI<CaONaOH-Bg
z2lExk5nut!cKM3AbvNo#V}6n4g$@Tp`*l{snv*n&B-?)$WRX9oQP(5pahIL&Cw0>$
zg;<%o8jf2mg^Sji6id6~HlyFq2Rv3Q+SXdF%@KK;{X~==4^v$<`L1}^k$?*yCTV;)
zb)MCo)ehi6Lt4U|-pImWW!FpL^E>B|j~aWF9r`VLm38PJV>lT9!20vhVupY?reW=D
zk}J1sEY3i7s@>E3b<F%QwHV<5y?-SQ`<2SNM0)zK{BS4B=nN*tr)t2jL^kK+I-dh&
zz(=dTkRm2BcRR2sp>h+>>#%}X$GL_~X(`fVThLDgpuw+Ro;NdlbUtlwXIg7;{0Dyd
zrG`}h&me@BM{>C_23tjNQ_r*(YvVdl{c}z`JC93>nWnpxU!X1w%_0h}j@DNBB4X%B
zXV{F|H=FzPWv=<7cau*H301y0$Nus%AA>cylvu*^5(OWavOjbrVN^8K_9^2GA2AbD
z*4KQheXK=5yU2VF8%l1K3R9nF%a9NA>^MWt;HG>83l-9Ww_gMO?uSH<(caEJcElg*
zJaK$))!}``qYRpaB{iXzHi08y3%;k6-hBVb3|87COxolG;yp$LG88B*aTgikrse%E
zoiG@2C!Oj>kg7_HFTqZ*6o|(g5@B{<5`;shOG{wRjxNq_6^5k~H>4Bh;T3Jl7e(Wc
zGV~%z6b3^_puOBO1-jqOTU4TS0>tW|Bjoi>=?_w2zK>5ckx85EPiW*TES%c@>q;~w
zPMgU|VVY43!~mioX3uDTxmAc`x$MRZgV)|_$Fo1unSQ8#e<(OQ(a(`)g4j~C8urHo
zZ`>qF4#(%SY-puy@=J*$K0UJUb1sf+%X-)Mh=xm1Q<81Q3x4kh-x6~L%e>=x9;4@?
zx7d}?|8Hg~QSjzB)=Mvz--5RP!jGK0Uxb}o2v9`HQD9H71F+_ET4k_vwjwk`=j$wZ
zwetq@rGf4s$;UzSNRaa4uV6gX0jd)RJ`&XBvmytguMKKi9W?QrYS#@!Y&ajYmr2U<
zl76Var!}iYdEQ+UlbP1tLS6=t+DO=awKSEP#^Hp`r1L&Ge&eT27-+9BU)D`ie?}zA
zk8k{*Q1tPLXjPQ7#OTh_leW+qkbNI2#yG%7JQY8NDYfuyK_`wwd`|W|n1~3gYQAI-
z1jmjZWXfNV9ZqiTry~;>Q#fVninyzr{?%MEoQa_bhKbI$wo0oNuU&1?@T$ayJf&Q>
z?SioLXF0tZQ0$v#u6$Ar=7(PROg26N*dHb#d_q{r{9hli>`8sCXJ50Qb)8}apB85?
zW@r^GO-42#1(wFJRGm;oDQENFS3+s7Dk#kbrECzk5TG>IhzR5w?UMd@pEd9iiu9xi
zT(s``L+Pe5BXB*G$$IyX{DR4{Ox+DeqG&yD1_>{0Z*6VC)~tD<K+dHyq@nv>C4oC|
zC4o1ud56r%_z|Jik|oNE7ZK^q&ZbNVe$sbV$t)wCw~hHe5DT<V%hDB)&Ts)0yi)H8
zM9&-Ra)Q-^?M#3<{h0X(Td+rbJ^fji)e2#fVw4)kIhFn~7nZp-%^WH|CEvUs+~$=O
zQS(G-GPXk}pL`7oU$&!}HpaS!J$(6ogJh>w*pADhvQB<w9xVP9posA^K{Q@*shHkV
zMabhvs;!@`mcGT~?cY*ZOnX>*1v)%5Q=5$|NtUS`TFsa3L^7NFY+=g49iUeqT#i4j
zPJD&lra<UI=>}#X=nXs$>OM4MmGBzC;PE?c2{=7(*}R~nS%(637T^P(o<~^U4XFKX
zzD#Vs^ul2Y?h;R38HzkNi1<F;9dEw9ZoVxTzb?3*-z5Gc&^GUidAgv0)FW*5i#Fsg
zgLSKv758l}HG9Qg0oopLWI>{h1zvyjAd+OlGf`C1Y2}hdkua@NJ?jM(EeOIpo}rby
zGnJAo^C{~X9vx@Fs{RDF9^ni52TO1|e%JQQjM6KQ3sT59g5$PvdkPEwnqEU}(Ns4t
z5He0Du{|DGx*^6@a@?;>8w|wOW(xg5DfEY<GTEM3<Wut`2{C<W(Jd^8xVc}=r%3?;
zEvl?XT)5T{cAW{3L~pPGTDSr0)Nka^*42ZPqU8u;VC#2ok!yk)@)ar=gnBx<o*c-Q
zPO3=N+~t9j{)daz&WRN>{{8&rkp9QK>q6FbPcZ8T3h%w|{|L6vP!Md%Z(^x&*!QyQ
zL9@nZArLb4232ME0awjqdhTQT=41Az^?BgSNZ^0C-#=zAbMxiE^}PL}{Z#mQWlH$*
zk22&Rxkm`;C&Xp+eZ)3}LTD_+7aeaR?o3vBB`|jkiY8_G`2g&Wc{8>08(UrMhRy*4
zPy75wyOOWXQfcF4_ybXIVct^sSTH~1>aJ==!k-L|XH@_?$V&OJ`dsOnANE#ZYjr$L
z>3Z=YY*7edwIl^`t?g8RulFWy(&9mMc{n2uSk!_`1xC8M;Ydn@wIRPv4H2mHRh2zD
z#p)MfF&s<?d*N^$3^jw_`|Md37UEd+zBg`G?%o5T>V!jXJD=NJ^kZAg!eU6`R#~cs
zv0$1ebxU*wsJ_yfpR19aJfnG*56{DZuPprEu2#!C%x#jn@B8%vvwXlbrL0d|p;)k9
zC+fMYJi`0*%HBu$ku05uW$Gmkt=kdZuTbqM1HK7Pu>i0HuSDthD|((PD1DCd2L=X2
zZY?3>hwj&zE|~KBQc&J;XLjqZ=c(uNIbJ#9Bir3ddCHZ^ez}@D0*UnuvDu%H(i=?n
zXs!B6+QrdiMJq)2d3@x_^RTc{om=luR;VQzSo+AfW;|R%A_T%23?Od?<i0J9McmI!
z2w5ht-hJZu75F-zHh26^&yMhq=J%QqiY>0}-lC`!KLpvqsp16}I0q522;mHnz>a48
z+LNaZUr2Fv=3MxhgP3=K54Je`o9z{83T~`B<}+@#hK=bzYdhJI?J`lE$TNly<Tlr=
z9G%w{Tez>p*I@-dGTR<#xgX3iU!30J=*!nIJ$Df-Y_QKCEZXzm$ETVMMNe43ZIxFL
z(CAfnKb<&}v34Hv_zm#bxkIig->wfu-X5XI?0M6YgRc<iKi&0iZ*Mo`zMgHqu5Thh
zc}|`+@5AhW+$hW4&J<3&%QckmZiR2X<bmu$OUf3v4@U>n_0<(Tyk)hk%$cf<-GQuo
zhN&;u_&S#CTE+0qeqlkZ)wZ#I(K-}PG2YJH?a<<~yl-)+fQ!}Qych_y_vDNK)wsu=
zh7AGdx88d)Db-Q?4zK~#--T$T1y^8OtCGeOnOP?sOjT5zMKr`Gd4G+h6-S8LzuRN1
zO63||r7RIFqhtma;K}4TU)I2ph3N$`=lK1!g)rdR9oAcC5PB~;yK`a+<M2^-9C8er
zInrkreeH1e&>$pSyw-C3dco5MTDGrv79pfQYQvi^Fi)%ew45$qfZT)M3ME7XA%}qw
z3CgGG!iy)U1EOp_cV9ktpM$#3kB*M2J1+R$Pv)UC@OIB%!nYl%t{v8YFra)8G#R%r
z;nATp*4CmF)`n~0(S__~_&fYj)|BT`i<3&IH5qM|R{If}kw?4gM^V+sI>wty@-iDO
zPYPqctx&<CU``|`FSHm6k!J?&hkPabQ@+2WW5PM*l(^E}*!0w!Z^AHh#B>zC*g2oY
z|MPRKI5Hg_s(QX$K?O^iB)3Q0Gxw1!Lp3>jJ7H~*EqbI%nZsC)+zXFpUT{1tj&fXG
zBkQS|g4nlf<bM2$D@h*<(<5!SVYMJzlc?}5Lje!&1@aG3CkU0G&;E<HImC99I0f}y
zBipgUtMm1Mvj>TgZ0A1#CwzgJ+QJ*)<`(}4&%lR{jr(dtXu7Cg>IOHpK-0urF2wEa
z?|{h50Mwo=-?l|wA}_tCd|6JU0{<N!FtE!C7^r!9-hAPV2&u<ZjpF7@EiXE$5CZ+0
z^RrkKX0h>YzJIeIX&~{O<L$R8bI=$oF_}9{bNh}YXHN8aUFNs!hxg(6)9Wcob`nI0
zPFF<4))}3oOA^`qigWO#_)eNTR8{n{PKIoo`$rDk_}K0fB52GEcw+$Efvq#-UbOG7
zO*c|V(NxhKiT2J1KPt=YdajN{pC%SW)5NO)qqGW%qJw{B<2i&xb>ZMzhn+Mrf{*dj
z@P5fwtF+o1oaufFQOd4hy0dgEPgyRVJ{W9>_R5vThVCNN^qNk_<O0n$aY;c;Iz8&{
zg^&53@$M1fGT7%6!{K?9UZ4j<5)3ylFXSyKjvmmDmorT=mBqJvp6fW}*||#&rN+lH
zH|~lFd;SjTM_#VG-!DL^4mZCMPrs2dW5^9!=U;;~9%pgq&DY#E=q3-d7M#v;m=W$O
zbHId_E*v|*p^k3(Qn+w9Sbj_E<Y+BGvq&-R76%8PF4Hy!*9!lL7#=}VCRi11&UGn^
zeyES$qMy?&L)Lqm2B}wpTkOC&+n^(Rj!n}MD8`ot_f;@p7HLl<PtGYJh19jp<p*^U
zy~}~9qKwIm&ijH&!CWz_h<8G0IR$w(ofsZ=ob-u{%%Z{XWI4>!T^S5iP)XBB4HNSs
zi(sq!;2JSLv0+KCLz+P2PX3bPT3j4cN60bfp@MvG^Ybe)BfNy#*!=pXGW(LEKMBCI
z%vAF)4aSulW0Q}^oRe+*?6@!{{2>Y8tAn8-_a#H5Ev&aIEMJ%hXmW5s7=rdyP)<BM
z@YWGB(E-hzKWqH<7wddIp`}Q!&vmTvi+<0&zOv8k553))nVA&Q8$sR+^Ixp=EUBlm
zS=ejNhrVK=+|#<pOuPkj94mD&+_Q*Msx35MDv)!mFXSFv<p^ULnD2M9WHw1+zaz#C
zMgYwi@di+qgUsb+W!Sff_^D))qeGq9rV>8!K)y4Yr<=(1;zWM0h(3)D?MvVl61U@3
z0H(EaJBB5EAs(~Yu_43M9F--<8zCF6CmFLLsm6^hIi!RmP5C~cfoaE!JvLbXK?d_<
zWEr}7V+}2)x~?KHEyl5?q`tX6qc!8V`KqphC13XbHF5T9)?~nB!lad8|3Rf&oENhC
z+AfI!VRclWI(MP?M1jUcxe1pOU6wp3it~tQj#vT9{I-M_638W7d5jZp$thf~lP;U1
zr6VCtn8sy(kJ$`n-aM?WJz|-j#o(Dn<nB*k%kFcNo+Dnt;p|@(30*mpuz!rwv6v2J
z>l=3XBR!tFCwGTKOv-zob=v(~B%T#r*$Zma&ufPp{txR_QnNx2Yqu|lB9y(?*ViQ?
zug7S|kJX-Cr;ac2J=f|Y_v-%&pf>jy*K?oY&pCA~b{CzulL5W|{=?!-2cI~{8~J~5
zPHg0yC&c*S^#D#Y;9VuA=-;F}E__$f{M3Yt9pjT{FV;&7%6uQnZM!RYB6be{_Wa)&
z!`L~p;W};tHr9x0p|tg}Z(;KsG%q3V9<jc^V8hNMGf97jqc&#g9*z>1mNu>lBG1#;
zt@^WN^F|$;$%%8IC{m(Lv#@tlox$TTF`-ai<_Uv4022X6#9pZ?i=(9xR}e>+Q@4Gu
z`!cCOMY~8uEI}XEK@qEAB28XKpwlN=8ilkaHlZk(W?PFe??5zWb7VLil3DAUY3b-#
zMLuZn9Bo7YGjBH`NG34n+U>Pek1P3SGy?0v(&PXG67fR#>Z5JS7>yft4)jz54XgK`
z^v{+?PqV2Ml$4vUQ$o;#2B3{M$OGKpaZBM_=%;}uHn-vsnyhpFbu={r_Z7x}`w6*s
z;IHnWTJO5_zijg$CnNip(xF|@*c&MD*^$+EW$fP>6oJdmTWCLIoa^RQ^d9d7j}XQ4
zWxmVv<&ISV<jgBdzfgWG-Twjo*Ce*E`p}7wK#FqX0!*mylkjbSa5?=gPPAIXu5A_?
z{fcDb0{V|K<f()j%5^TwkMi*u&Zvzz_+4L{c@hf8N82^vn7&3ho55&HP8_8Y)0*EB
zKG~;HLeXRokK1HS_uz2xl-Y&f)%0#TpddDjMGkf#BuXy;PwJp73_;1a95|~H)_=c1
zj^N=hIpNNWlt++oJ=1Taw|blh+mswv-slCW9$*-QONOIEtwm}2gq%r5hIs3PZ)3NV
zgOyPT<yS09-t&{5Ew*<Hp<Ni#Q@K!Q;J6)_kdMI5bPZ9opD*^fmHCAw1U_6s){o~(
z0&jT&Z=;p{c3h!HE&{KxAbs&X8^~LDxql^<!wyd#N42|epe4egXQcmDFjBx#WWbR@
zNB6~PH)b!A@KrF#vFG()`S7ogS1(cOg51{xuFmCn1gE~nju?Z(*UkweFM0pY{l~cv
z_4-pn=HFh{MH19_$@0(_x(?mPdh?B=yS?F0^)Os71PNl;1OweCV%nzW)vixsl(cS-
zLf@w8zNt35(FzhFP9iCNG;v6GeMd)1kM->Xy*D3pNy|3k;PV`>>hQa41YrMHHgo(8
z7WR$|P83}2JvKCn^bYht;^;+kqIp^>aIF-3F<;_-&n7%(5k`yA#hA?@5DanC^y|c`
z6PlEsBS`;*OKFOuvrP%rGowAJ_NHuXU(l+U9aO2<GO2jC8gjUNPmHbg2QJyYNY0a=
z!7iVCQ~RQ(uKp`fWxRWUPa)axnnc2#x?q<D5bJ(uix>1{e;i#K5boB=DgW1Zbp_<m
zwcXtF8gJaYIfODY6`yMi3o#G5H1PLmVTTf8>`qr%JrfIJ+9KoW<LYA_?uP?wO$I0a
zhX{V$VZ)Ug&sNph-0FqHZG#GBk+zlV<sardrI^I~6oQL}f48FEv1P#k^E6fx#8q|G
zv4{VxVB%}jRZyi%vy1EWakVnUzrEzN7NAKIe>H6Uv!(i(tLA+YHGPo8o^0uLu5F&0
z3Sx4wMCCZ!594)YHOb%@Hc2FNATLW<bskv(nQZtzz+lR~V&a~ve8)~M62a_OPT^sX
zrb<m8f<c<iLYSd-zbdSuSo`dK$()vt9xqNujBNvD-ML!BCpTj`=Bl!L4D_^p6H1GB
zA|=4TKVf8ohLMc!A0blIPJB3~Psn)2E^F7tzHKbMM7IIN<y(w&$WJivg`aRH5i2I?
zVn`5pYp!^-<556l9jn%N?tUrX3mop%wAbB~Fx=3pkgZ9&L`h<|&gXs~fEjm0<3H}(
ze*RO2W8sE&_@xq<&K@5&ij5LWCM!M{Mpwv;ZSWnAi&!JJu@%>YV31mWR17;*AB{0J
zY%fW2ntIM+o?SD7;r{mmNs$Uoh{}GPEn8SGl}U`f=28)sFu6Giy^SmFva>rz932u7
zX4V@~IXf(SaQlr~no}XSzJGol3j~+z-7w#5koj^%$d&AZH^oj5B6dH{XV-8nR<bJj
z4192%$z{Y~LU1EUb74EDriuJf`(fU-W%o0lHW_qB&R7qsjE9%$%mC}0un3OSBI(<~
z+K557p90fqHM{+j<iAt2L=Mp$_WP&sk8*l42vz-q57O_MU1z@H(P0+UY!f1~@2bd`
z{Sj=2x8=H}|3JX|7To_e?~ApAuvkbm+-R@27LAEgI{uEM>I6U#o5qZjimbGKlo$JM
zzSjb+YQN#tf_h=$aGzV^ojq;u5;a+8IdP;IgPRd&#U)K>B(YdBF@oZ7-yDOi&)oz-
z01ksBQ9`VJU`m#vmh5+^KWa1#QMnENmUY5n9j@5av=e62d#+(TaiSWTv>-)CR(H>j
ztr76m!6<?{^?B#{z07t?@9o_in@T_8Z3=Cg*A_kjC2+TQ0nl!P^+Ujs<>u?a+fypl
zm5clDg%9w{#iOuTSj6QKR<1-UdXkhDg;uR_>|=de!uUZWg>Lk>R>TiDw0b`fj=yK+
zY-sPt5OX=dyBmhJmnJYKue~Ky18$wEla;8&RjhDD#p5t&v*SKaaH1BwU~BHJ8JDVl
z)8>r*c{XD+q_ERlZ(%MBuo3Rpj8-c*G>8+YC%9x)mAZQ3Q0<<l_DaaJyTK-k&O0P0
zNal*fO`4>w|1F81?o7uf7hc3{xy?zxN{y>k`cZ+DxahO#mwhqG!P>?QTfmyMVW8;(
zm0sX|lKZ1yC8usxrg+OTK^{i$U;Y(4`k!+jmioH8Ij;O5ybIl^P*Bc1y(&G)a#{7E
zoff-gJ!7Mf6?;VRQead{658?0hX=mRD8F2-U+(#AonZIz75^a|LXgFjfcH;}WcH%y
zno8ta>LytUi8;tiYp$2PMbJVrow0j#>rpBjWeVHkO`QV6jbOx*pqY`>rN`8OmE<Cv
zZ%{daqSPjFctDBDZikGpcrh)+p9A6~3adnGgr4t4Gm=azi`%1QKClg;5|qXTZow4U
zNFE`KzBe({VJc0)76QTo<mu^>(<6%{kBQ{M*=h!vi8Kvpljv%x6gWarhgC<a3AJkr
z>dkbcZ`u*b3X(GvlKTX|hu+MiAv53}ft6L7`x^7<gl2c7hTw>FF;y@-x%Kx00b-#S
zD+@0^{d%s&c;Ce$Z{;yUX#MF~)JDXkXY<hNZBO4fhj%fE)lY<}YXgfVG~|R599i3W
zGX@D!<)LTeE}U;G-iT|uNBx29mucVe5T)zGS~5R1bOhsb`L;Pz9Ehf=?V6oDzmd_J
zt50~8=I6&>9dsg>{S2l5DPT`cTR8|zK<G_6+lq)JO3*E8?98f1B|6NgVf)z{UD;H(
ztg>uk*qw}?06iy@ZS>U)Ui2qdTZFX471fKySd2l3MVJAm^Z`#BRSee$od-3*7aRpu
ztfB)`{I;_nq}={6w8r#*_+|yCW~&N~f~2bn*)b_NNX7<hQ0<dYKX|tmf564&%1e$q
zuL_WPa-@lA@gAIDw}-mll=vhV3Hy)4_4}jR)xJU#>t9E8H)I7_o@GV~W-PTvy4YbI
zJiv29hKO)@`ykkOF%zF(&;8&U<8EIQQn3-PP$Op{>>!YXKiK^KA*nSC+QRzDUF}@H
zu~SsTz?d73BFzql=C5|6o1)$}#aQ62K*D#k_vYn#rPG<`!<liM9L}-=aX=xsQgzXP
z+&@I}sTZIZunw~+r4{eUV8CuO)T%HsgzAK;hHr7PWla43UlxE0L7kYbG7N5p*w9Rj
z7!VXWkr%0^vRJQL8X{Q;Nd7se{|z~VuMtp`Ct4?IyezKC=!~XGizw56_8C2#E`-W_
zy|bK7^T?SUf9Qmc6HA}jWkx`3wfDT#GVufI=@lzxB)qB(YFL~WwX0=uqz5ju{tVF{
z+%V#SR+5#6*#R7tQ3+FwZ-VexHaf*36lgLW420q=3%fu%*~alco)E&TiWxqoiK2j!
za`pgHt<#paQy(~uma6RZiTr!~prX*L>tN_Uw|OFE_u+caQyo(IN+`hZUSOCX(H)T?
zJi_}X=GdATGsXgZx4QP3%b|+)_fazwMBEFRuHr*7o1*z(KRzqJxsh8kXEiqSt_Gda
zyS^%6?^L*-Tyj>NYCwQoiD(?RL3q6xk)0xmrj`!57aDfLCq`RLBzUt4J>J_Y6)id>
zQ-lR-815lGS!(-w=>Q4=hQwt0EM06a&kg3(d=f)KJ-W~M-`w8m(4i;G!71e9Or#G{
zMf?c4{q@f5V`g5#1fmuv85J&u_Kj_Q!47zhiioQD=LfvP4Qp!oc`kMvZwG;b1PdGZ
zV7Mz4x;T@WP!;#DMf}nlm}5+2s#RsRUWsO(fj(UeHjigR1%Ys<K6eeYZdP+$0h(ii
zFh}#QJvXt>`g}7)Q<NiaIM5X~uefVv2(+2Kn7G{8QnT1P5d}KAa|NCYNf-MXI$G4N
zykA`Wp4+CbKmS`g*vi_7%Xqpey0~6#BpHtr!#3|5J{p%|m`sP)3_;<D*sOd8@o@A!
z+wU@s-Cr{iT%#mmCK2)PF>KLoB?DgT#7Gb;G4+3=bCQH}nD`TUGD~UNBLmMN;%KZZ
zqp{`^TTYt(@F9vW9-N`^dt3c&vMvP4`aD8W!x%rLXAC3CztqXPKN=1_M<0a;pk^(J
zsc5L~HQ=|AaLvtkIwy)E?0&BlmD<N<82oZQi${%)Cy&CXGp(6R{JvMx3x;3Yw@D=n
znOvffP@~2>?98qlDNly-=U<At6G2!l#o{V2!>UT5B_%iuRQRvzP2(*>ii4gDU$e|m
zL|b0Z4+EV889$MmLyMzC`InOs;cMl9ZE`xXV57S*NHw{xQP{}uv}Ka6?68F(Wyu}G
zFtd8gF$-{Ia3n5QJ{`xk1cujq90-_AAAfb`6@ETdT<fIP`|D3s8T$9oAm;)_po(+4
zRm4n8C7FqiFK=m|M%4DS{;&9%{%UV0jD6i(f^A~p^i#%8v`5Cl&)`v#fj;Q5CVVFq
zN#}R-X6jn=DpdmrbZOj4<Fw23QP}uHJ0uF>y<0T8)M*M4TT(xt=1h#Zf|wXp$YLsy
z3;5DMEXLm)R($!PLH!<fnmuk7XBhU8gv>VT|03#~qATs1XuV_Gwr$(CZ9D1MNyoO`
zv5k&xcRIFh=cK>$pK)&Y-L6rqR;_wxJrlF$79-u-={`h37<m%UFPc#Ei~QN4y9287
zd*e}7qK>5Z45aO28vs0R)P@gqjhJms371KQ2C!|-lzjvKaitT5_x+^|axT+tr~K&i
zW#)~6)Jf}`=y9XD>(=wkUeo&!SR0LUS>q(iq!GBJVB(zgOTk$w_V1vT5^eR+=pu(x
z3umVFQB_CX;iyF6PQMVOTyzCfE*@uJbh@TnZmmqOaS7m(VO=&PrLf_riXmM5T-`76
z0n3^qbqHz@S6T$b2hx}&qGK%-BoI=-8HjNM7fbbO^aS^!4JX)uNQtwi;)x(zxFoDM
z6}Tj&jW}c}q2+o=g0i`A{b)|QX>w$QzNU`4s8?<`W%;N^3xn8#xIXzWR7|ca!~18P
z!65NaYUi1vpM;Vuvi*Wrv<c*v$>CE-sv&I0BGr9tk!m*@jB?$osEXF*>_p%duD?7E
zBB*}>Y%8GNBnS;h0x+tKrlK@KV68zrn+v^i&o1)tB<T0If4N8&dDbfMJ<%-Czqb98
zN-+(bZQfiOynSpjXb>#Fj$X>+0PS@s=T~5jN7;A_DYc}})4R`_0Bik8(>Ul!<y4}v
zY*aE?k+FH0vxbS;Wf;;db_%IIRvp}RwkV7iiD~<b$&^4XW(H<QES@YDs*NX%gA@6a
zLR56J4<(R_SRbl-85bP(Osh7iH^eA(i3mt`<Zj=lNIeXd6(6YABRZ2+sHWH055ce1
zehM`pu>P}aqLLa>j#6WZODCOtPc(vE2}Q2EOEf`AtRV<UIe|DxHAoH|wY5f?96e($
z%Bc|$S}8<C2j%jGYlI8~L<KwkP#DQlGFe8lB2Ij6yQn>YO}(#OvWU#CWC-a91&0n}
zh3RHtUGRfRT?2jS)0O^>_wEA|*cJ6s<SWz?lvAUu+*RVWB3|1RcR0<l%E1<f!)Uy3
z1m(M3kAw5u*Sq>Gz4GILK8x<l7e=adTWLddx*iNM!lL5F5o3}_GlV8uY#`(nA2u_P
z0kx&Bo5(MVk`ygzstb)(aVpV-Wo!-gTC~K1O)|<H$7Z8nB!tuOqz4{{PX37oBUFgE
zy25Cv8CYq}mBos9)+~cLo1;de4xy>`$B?V+QpV^*6rF+QZt#`xJ2l3sHO+aKJwQ36
zBNI<wB_pTxeN+NG-Pi#3L!g|q*(vIE*j`1Hr68d(stv~WcdRs!HWn!ni9^DjnV>8g
zp>pV8C5pkCl12^j!9!$vqFb}%^@vR7RZsghGO~zlIdC}>&2>K|Yt)vN-r#^`N_?Tv
zm5RCzB{eNc%=)Jg>Yz#xGK`-211YhffpQ_8K$kEuvwqk(!We3eO)oQ;UXkzHwRUgU
zf6;IoaZcPG=g>p{FM=CaK@1o>c~Uj%%m6p2->dLYX2+*q&)*G;=)^knbT`)0Je^53
zQc)=MU={F*)GjR1DDi#EESh9+H2aMr={V4DZW*lvT<8N&@RE2~<-y@d)+!;2G^tEh
zT+3$j=Qi<y5MVr9@lgm^OfVx%M@LM2c`D=2C`MdEwz`AyFe#O`Q|#o2Dj^>e-gysL
z_;m7UiQ7LwLaOQFQrN2IXb~%A(Td=btmWbC<FL$)36KVPNj=5DLf@UmQvvLCv3DFB
z8wIJssPV0}9VMs+>r4P`pMMQ%sZ?-h2vl5mLR#HTI_@HEl!<k)=EInXRV2pqFCCQ)
z)l)UK31-bjyxv?zrC-;gEs`0Ivc!d`M-C(dVs=^6Fqj4^j)VXn8Cs2OL!hwlWt#Gl
zcLqu)sDBqJ>@~@ipG9>R82mt2-LyxDws-LhFq@qHQ)F;3HjLsOS%0?WT|eqQ<4^>M
z&LH@2fE?&hKuKNt+p4A@dfu853Jg}0`F)v}__!w(IF=c%sxDRLT(nq82nNiEdf5{8
zjZ=d$alL+#BDS20=D{)qcDQ&Te-Qz$b3i4bryxzh63|bP7DEX!V<14)GAz`wL|_m+
zd_6xYLKh3i2zH#=wrkbRsBbCtQX-{jAe%~=h-e)pWjdAyZBT?6Si5Gnp?PNHnxs(>
znx?3~cv+&<r>dGNp$p0BzRc_Zt$Il>VZ0d`YG%2IWocOJVh{&DU1(VZHY|m3XfCZo
z5x`PJ6w`r}IhCy|fD(TF9ntnG^{=@=Szps<Nf724<n&f&s!I4MO|`*D2Wnm30c0~f
z_qKVU@|FT}9KpA?s$27Yl;QVY-sgO$qBIqaQ+PS%EUP+`L|p(q+oACAB@75*BN$lW
zYIj8*ojC_e_^u06_3|?H&R3-qYYm>sl7}p&t`N2^HZg8UC^+^nM+oo;dGT^sb#RLI
z2;_3366FA;bX7{_N)S|_qGKec*;m9$Hr}itwowzevZa8QOQX)4V37_ESY?_as{AUY
zfWLT}Fm}*``LBdc{M)C1!!hq|R%>jk?dPvMMd`-O5WzWJhH+C=Xb1&*!UL!f!$5FF
zG4QP7v0~#asK$Y~VpZOgx>49jHTw5{J~n~#W#$IedQC;?GI50<4vWsrsqMWY5A`A(
zJF|rDKy?MQW_dXFAfXWa2r&>n254cT@P-;;MHf?8vaF7NTR{(EqyuwdVt5&sj~m>w
zp_HD=cAU2s9S5)IuSn!H)PE0i^xCfj_gh1>i2-U@1$Oy5sL<$?4WQb?^+@q$Q3x%V
zXImrYAT2VbMQ59z^I<=^FP0$FG~NHKR7_d|SI^<|+2lf_yB<(j2$>*F86K_;NXIwT
z3#TY+IhwGd1<lsYBf?mf%{CL(beJDH)o!y_IXbd!FmvVR$T>IEUBH$7R1)s3Gu9$n
zR66Jy4#MqfkiUaTOb#p_SJMpyugMFz!Q5klO^;>7@1$aH%7+FE9b2U397chY5h~-T
zn3ct)WDxDRjVJL;X*QfjjM5hyPNKBlG-5RC+ef#824nZSBqX^hsY}+BU0JVP7cDqi
zLv-UZ7|sG8kin!E{5iKF6Hpjp#-%T;ek-XIuL&Z~aJ>hM;b8oEE`jPsU6<x%vGGe5
zKKzOZ@V@=Dd0+CX^Ih+jORkZe6?DFD+o=Att+!m~DYZ;OBo(w^0F%*>d4Tb|#@#Qb
z9`{Crb5`fVwZc2}m<Dw0)sgVwNJ%5S>Ko>8G>9TI^dNodVZeZCaf-4;dXSI^cI=^>
zhB^c!y>1bpQUu+y`S6uGjf<L;C{x|08bM3U7IS79Lfb&?ER%9QgqG6>7|eDWy7w@_
z1A4^b-~|x#{u+b4DXJis&w!|QpjpP_A6^NP$_Bd1hT7&SN-jH+9&1)nA|0ci{h{@)
z*IR`u-HmTj{6`0fLV6bQ<cl3UIz0qi5!$PpcQ=z){3k4Qw2rdgp<@00<$li<u!m=E
zpG*OBIM(df%;ws#cB}r9k;$aRh0EsInar~Y>Ov}@*-Ek^l7N$7cu-Z!##$J1R5&HO
z_!L47RN0@605quI%~E;0wtW#w;28;3t+=cJx+#4T9Jx3o0FG7O6gr`hFq=9Ns{4`e
z=-eXqGu?%Mrty*MY4z!KZ}ZH3>h1LRTh;GxJXUSvmPHlQVY&-;e!NtXCr%;hfUq;Z
zeR0Fgp(5QOnox52I`~G21=8<;Y-yvpKNORCpgt#^cw2pI)XzJM!c>5*hw85ri~X(n
zJ&aF6%HOz7fE}bfWuGgB4^ByT;hkbq!JHJ<krBAILS0)5J|g5mmk25e+4eV1YoI*^
zgv+|3h$JfRQr|@@X_T0!Ai)wjaXv{RxqEm|p1_|Ms0$lbO&8GS%%id|gwTA&%k!fI
z2Pm#eZ5{X>S>wlrl@e77>hgs7%~j}KUZ8+d2~V<I?)n_c>qo8){xHGuwIfPMIN1m;
zbLa^ZXVrTwHZN{+n;@PO$kkt!6erS(yj$eNxem#cmZ+0EQ?wHoX3p+NIpP&!F03l1
zz%dD_DHAiZ<gUGV^z8{mjppq}aL5tpD@)U=71lk{H{1m*Dqwb_<dAepK7XU>9Kz#U
zQBxP`Ef!GlYbfc5kbl)hpTZv6g9hLr&g$v+pI<h<srT0afQ}r!hcL%HzItw}zg|jT
z@@A2012_Y&!_)A$-c$tqJY~|pw<&DlFh8o(PYvjG0P)?!TxNy1r*rD8w?0sT7)wY6
zIggYOuoAE*Qg0PiK?&%>>V2hxYa8;+MLCA%f)3SlnCuyjUg>?i)q43^1=#+9@lYq3
zP<?X?BrFzZW>-i#HSXpjrg)q+H8c|3HUOfZ65s(f_&2C_OOimgym?Mfxc0dV8!jLU
zXa2Ova;)*_a)zb>Fy_(qvNwA_3hmZ&x24W4?s3{YJ~dk=f6VOySsFhMBv24V+OzFY
zyLp6R?aU7gqFlivSqw2qqZ)?8GvgD=Gyc3?UXt#VZ4;-WC`zM(%sH#jIY}L!l4iS1
zVWS;$%_oE=7jZ^AIBMzu6>OL~&)*7N;_|}_HyZyDwAFvLi;<zABq-7u^jleS5-D%^
ze-V4iB_N3OzP}79b76Q@IY5Qwfz2Svpa!Q0KOX}tMX^oUpHS*7y668WtiMKLWw!r7
zi;Ee~X5PuEP7sf(Do`Pws;Z-l1WzxMqT=I|4TCONSpY{Byg)5_7o1UN2G6PCiZG<#
zZ|jhct`N^4tkXLHiC#iOth2j|6&@(js^!)*={$TmvIx5W8z<R&;ljCPPJyoZm=_y`
z1V&7v12yXcnm5U808?b=>f|j4lS#SrUe#$??4BvMXNyAQl17BR)JB9HY)_ovc410-
z!d@YP<02F*@A1Ok2+gk)&j==)YQxH3z5h3k$B$wsdu)2+K^QT-03Y1ue!QX3bbelb
zCznf%l1MQZW0R-qHFiFrdKLen<EbLqfu~+?BzEiJ=(92H6X7u2H~YbPT@9D3pM*c=
z=J(Z$x1jV7HW4($V?C%q>`HyMx3ciW2uz8rT?)fyLyB#&KMVy-Hbj&m7h-^Fb84<W
z+_(`#KhR{ql!o~b2m#nUC*ip|GQX<qLghPGEHf?xVr-Ex?urXk@%}Pjkb(<nBLH59
zr65K@eLTFiM@Q~`@I-K7aPyr9br_!7_d?`0TTc``|Eo{_%_Z0R=4fc#R|~BXsi_e0
zD5gq$&G%Zy1m-quXVfa%h3TcO!tBu92&qL+%9a$oCU<<HXX_DFsUnS}xnnR__H~)_
zj1Y-+gwbhYv;_r~47LRL;!wn}8uc&Cp@i{OC@!w~sfc90ZtcGn1)3zcpOotpv7#5U
zxbR)Yq`4#(GA;A;xB;(tj%jKr7m;-K`nbIYFINb9_X}7uwL58C@Pxd(WW!G%_ggZ+
zC8kV(MVCcxs}$^s?$2J`PpphW+e*Hrf#y%6vd9#S$yaA9s<N;mPOz{xZSK?FE?vbi
zHt@j3laT^t&Srqv%zhr5R)OLB-<IQNbWujKkxClfe8RwmCF5YaL-!8gg?Z#?hO-TA
z*apmGN_xZd1_MgX&qAUHyEx0Z<L!r|yT`qb&cNO{f6+PUH8l-Ut^Q+>LE$IZUzkrs
zQt0)+he=x~DC@V%w|cMkTk%+3GldHHX&C3{chA(1Bxf;?#iWMYsvY|<gB#Zee&O`M
znNQd$*WFJ@zN{5dkp>QSDMD3I(+D!OPH49xt7q1IfVzuLFN{mgAy1t$DbLA|EfO)H
zmw7>N1BK)@{;Ts0WZhT3{&}S+q8n;_=*Dx$RzEb0j<=hlfUk4GLjr@e4_U#W)f><I
zhb%j^#`*=PBx$tGQBc^}0vP$2h4|u0Qk~!Xq@gpMF9%hnj~T6b#sDPvzf+Y^TJ^*t
zaOM9*c!tPpD8U6(N^AoM9<Ax-67UUKLZjq}m7J4uGz9Ozz5vm>B2qTVUZ(2}>@pD=
zc@I8@!|Q+0hrd5NOblghO;>ag`tNW>NV_5^W&G_~YxEM3C$W%jLa{62A$!GpjoCjZ
zcsljRPb``nU>#4E(n|!}soV%iz$TsQhmTw=?$p3h3bW8Mt|-E1kU#M<MF+WK2FoOE
z@L?@bIMOVc<B91Nlvb@Sm~t>Zfd3ovh)t+vC{^=3{dH+0a3c^+qM!4>Fn#$7^!-R2
zb&UK`PJ=UOsh1mg$+88u?^54UO__d}Joe6+RYzA`hiykuxknf-nP%k*RZtkth#m9O
zAt>^uD+MDuW>3O$%}|u5FMNT7z40RC*mXXj<-|2~H;Az;VJ&5q%5{eqgvIWU8Z(gM
zYK>LzkC+9vX5H{RIkPkQw$7oADOO~n<y-dK+D;nonxhV<4Z7XeyUD)Fnc(1=j}}t?
zr?v6Z;4)D~KnA)&B_#HU>>4bKbT5=GxrKNC{yoow&au4T8S#>lI2cA#vDb~fG_^XP
zu`(uwiMnGP`>qxPiJDt@r|EevZ^NuTD|CQJ#6B&76{Zjg#osU?@f*~Imnc7ZE&j%i
zo4Psnb`ZP|aLG$bNb{zPTAzvUbUM6FBa?Vm#1-@yjEemhXm3d@@mE6UNkQh6s?hV%
zcYyZd4NpEA5f*NV^cA`<Fk~<vPSaLUf>vcl;w}}HhyI)~V-!|z@5}enLI2rI(?Z8v
zxLiX`C5iPLOFIc`!U+kE{BCas6>F(RoSKo5?e%CMB4!5tVdp`KLcQ50$daN7rPk(6
zaIjNnsaZ2FRY`@8zGX1C!vh*Da_vZHd+Ixz?%<{g^62sR!^R1!G*geHIM<N__FB#B
zP}-Rwc)4CjxJ7%C?4#N`$j;ru5~$N@U68v#cdQH5#}4Z@5ic#N@+QDE9(SOGQix&a
zdj;}sRB>A@hop_`BMK|S{21x8%+^TQ?|B*&xCuyns_S#Q?|ME^@~*drkQmr6^;3gh
z!*&7vB>JxJMgA`~C}4O-M=CSa41;{$`7u1&S)yc?dG5AyT1faHpokog8A8zzUXWmW
ze8b|ku7)(NprT23#S!9b(dWs3q0A@wnMsYrGun~RpFW&|6l)@N_ou{31u8dS0jpMC
z`ihOLwpma!U|cIT6p3)a5YeBj5s(*|Ki~igtj>EEG1INC+j~8YrNOc^Q;xH|n4ZG}
zY*Lb(zPVECq7fWlH8O3TO8)Zq=e?)GLFLxDV1ypjtwm0M+XRtAFWBVdy+tEBlD32k
zr)OhI^(3S~iLw@F?^elJE8a_(Ik9lrF2!kk;HezAkBgQ!)A)-*WauVKB-7RWoCsm*
zAu+WpVTtqUdxlPJHf!4TMk>F<#C5!V<osXeMETz{2;3w1?|sRko@c0w(6MGtOo_aU
z4iF)?^fx4wCD{S%OXe^QjTJHqv&Q)u7Y|gSF3QKNi(^i-7Pn{2tz*xQvH!V5{2W(L
z;&srZErj;Ty=K&01QKm}pjU^SfYdtJ)H!yBQoUhcTLRXQ5ogOsCHov6ju;c{Y{C5P
z_n_Ka0GfN{x)}$%dNahCA|!Am8DDIWJzBP)B4>y~mMc(m2lwhS>!R(aw^v5e{>w8}
zYPchmV;q?W%~UBwwl;8Ud?u)j=VZEa4mK@QILl9oL4hjrNS?;(1Mg8mX2eSQmWUG6
zgN6btwljJ=e;r^GB}e`?SLU7xB51Q-V`PUZ*Rwa%4JY9vKLQjY(be`G)^lTXZT(B_
z5G>+4_raO}M6szQ(u`r*{DqRnq#rWMKbj3A{tfYqIIGP2<(nPIW>#}8<!TX>Vd<7l
znove3Nyb7{T^2Is=HDfDsTeEClA2A?Y1}fYzb>?lDB!XQQ@q+K;QHH%e_JrMEzJ<8
zeb$znaQl_YWxFFIE!@i;rUxs}IE_oUh9RIhSjKYO`yKpzRbFFVe}d-bJ^R(g@#fMU
zH&mDFg;8f9S}2?l5#>mPKg9@;xG1!W=E)rHmAr-ClT_&anDdT%5FvtR7P+e#@33x5
zMr;ic<K$~a)vArO({8a5SMFD?lo+S95A{r^5L0U7h@!YmO#4|(!f&zn@7(D6YzaII
zh%D+VDbA^pe)n`E*v-M(^T7{}vMSW3+99Ii=1vu{FcJ$Z6oRpWDG1VfW+m%8@`l#w
z@FO=rlOu1=KjY{oXSBOb0Wwiihb<}u!7plY8P)*krn9Q#Hh@c~7XTP+xa=nks%krC
z(dR&oquUUi2k7R;@g+L^rVpy8PW?JQWq|$DrZ71J#<s5N@((*+rQOHX>aF8<C#iFe
z(;2Ai^O7S_*<>t}NTjJ0k>uSyGP7)*VF&>wrqQQN@>ALkHG;)P*CS6mjdvW!W9kAl
z8EvEr`V!$EKXOK)No1K4rTId`_eW$4dgaM}cngsO`HbX!zFs{yN(5cAAkTQd4f6P^
z|5rvteYV~{8Jg(QK3rlL5a*gL3!2?+wX7sLU))8(ye-3j`}D7f_G;zij;`=k9*+EQ
z-v_(`w{Js`N<<j2%0%>^*#g65wLywr+A;T7Td<svRQ1W*mipXrF<MW+#J95~_WvMD
z84VK~D3)s)2->`R-4N+(i%@jq!}4Ei&Z*hnKB3wi3K70JEb3rQtm!yTJW=_~{0Y!q
z3r;X_T9Y;QrXzbiT67@2dFO#|_gtbK)acC_t!X^X1|$0Av^EIjFaYmG+{*r213st3
zML}nZ>(D5Ljz&^{+rX#10@2*BaW`AjKvK%jT+X6ja6BD36g|cf?JoUSXt*WLc&GQ^
zk>h^_14?PdxQbpOxtD$;Cu+SsQ7M37mQx?kY(=+~s1gs~t1&~KhL7csHGCZ|sM2Zq
zFXuW|gl^1WZ$U}?1^1{XaSO|7r9j&{bbC*&NipCSlvb3MUzP-hsw})-%xe_~;=QnO
z`V+|K+hzi`KQFKWT}P-P&rL<*j);93?lwM%V0+PS^?DKE^>gwqIfQk;Q;z^*+lTG}
z<*}O(l5pYKnw<C-{#-xox(Wv$Ne?)`I_c}T`biqo4+3s}Xlvp%XLEE#VjU64MT7pB
z#WdhmviS3tNCjisw>B1e&TBo@7@Y|FWD&z6**?*3!W&b_4?Zv_m^G?y_yW{^>n1iB
z-tY3iDiQv?`SnI1s2+<+tYb06x(LmMciSmFY)N0@$K_6jWG@i{C_hxSv^PTRY)1K0
z=bqXHCF@Gt=W;EE==hh4r~a?FjisD8_8dF*5_>Z_Nnrst(VC%#A^qN1!TI2MKNcLX
z5LR1g7|9k(<g8>9#pE*lzEj@p9DDC}ZZ%jF;ViT*4K8?w*0CY^xini2S*nwQu?ASA
z!mdy79UbYWUz54o;#!OoXYgX24(5TIFJ=Gq-6FX{r(93MR-5UEy4Q4Lqp)vu(Awzo
zPaCR;d*VRh%k1ln>ZYPO*xIscwduIt0P%h_e&rCv+IWIUD)S*C$s)EowQ)w$4}Kl1
zsJSfM7OCfnEuR%r{HTA=N(J`rCxZ8;F0aU8Y*ek@W=u-;vdi!}AzU3Gt}JEQWRlAV
zyhddr%(-C0_R9ceT^&5$jxNwK#=cQ-_J&}bDM6F9QE(K=45CB$RW(&TjlaeyI8oVx
z!0g00&Ic4l2|Du2GH1l;bbquTfpLoCi%~3(I}t>IR}2;Q`2?en9%47a8cFx4{+|}0
z4#TEPv`;Dz8m0(s5+JbO`|4$Mxg8|hx%;CK)I0G5oG5RT4@c$j4-#x!a-~MRF8;yC
zY$8lE&21CaYli!4%v-h0J<iTD1=Zv)OQ#D)*<uv<aw%e_)`_CwpG68B3X7>;uI=LG
zHImwuQG8xi{o_;>&(!b)R&l8?0c_bdnDSUi&WZjnJ-o-;7L1p%xI0L-{e<hgKXi8P
zX_&!DSNizSi^?lf<e{F<i()MADBHIxGZmKw*OY}Ik@3jI*+P*V3+J-Mu?HTe!84Os
zUDz$q^}-KXqY4|2?{H!4)?_!d2!O%UsUT*R0NClLCEy39QKTk6PCzM9jGvXz{{|Cc
zy)v!1`oCIYs{hF*0NB;V0N1bw9pn8D#@nR$D!Ks%!&sT%1}5?zQXOd;l+@ru_cZ3|
z`#v)>9LF5aH<v{u4w|C&U_CEH${ONi3*=U~ZxS?VG<)Shi%D8}{-4KKg}NU_zJvz(
znZyZalH8h_>0x;01WrKHFF%yDlV-F>D*~v)&Vuscfm{nl(ugu|+?s|L)RtvH#g&nJ
zJ}$Pd=Rb3BZ={Cjv<|~H4Blt1JQ+++WBIvJRepQLNH3|dz9yg!UC#|C4O}}DwJmK%
z??$eN%(J{r?f?<WG3~iqdYFfwRMdwgu&M~m{GvDVJ9(fF3=02(B*HA-P7oPiG%#Uj
zR*EGMErR&kn6FQCaoUruy{#d{E&aRFC{~FaZ5{u-hW%Oyd1cEii`kNjpR*ZQb6i#4
z-M=P`?!pS1+7m^1cx{M^i>?_-?<`^?KC3Sh;ZEQd@d54^1;o}7c94D$k%n{k6#uJ$
zFpA2>LBSq*-?p|rF`wrNM{2S9%`Szr$*4@~UBwMP-)Zb_2rn`mC@<5Lsge&eWLS{O
zp(DR3`taIVx7^jQ?(|7a+5aW$Yaiyrn{(HN^4|+ODboM>>`OW47@sh$otca#-W#3a
zTTxCzd^}sWOD!r1=|T&(Mmgo8bSUYjfDzUY689~9yF$<$O&*s9kM-nxa3{ejIX~o8
zj92PJpEnhe15=Jhl-8wXV@9{MSR5sTZb1WUJYW@Mo#6jNnZb%SC^M8$ai(;{qyC(O
zSOMN*D=c{JLjp0k^Bb~InsDjX<fdm7gPMr3N$M~zSbaI}yD=p;7&!dCg*k3<j$8cl
z_P(4>VK6TnqUWf~5M5a_Cf+If(}c6N*9egm%+rW_E;>>~H{5#M<fG)KnhDTxU|r-;
z;lcY4_+aL-_gn+UZu&)0xa_b~?!3<es<#yruP?SdX8T6|7mU1bZu@LII!V5wq9Y};
z<pPYd0ugDIsahyZGoiIyHX1f(q%<S9<rH3ekX|#15_NQ9S0id8>v6~$ziyQH7}{M9
zr9C+(D1w5OV;^8xb6w7Iat;!5%+;}P+uAuFE18lKd5tPn7juqA1yXP-m3a(oHwMoe
z74~vfyx##xSk+Agwzh-VMICsim9fBmbSL<9>f8{j6x+uspD>XVUUboe4$aPh-6rM{
zG;7x3pq26HMGN6+{CNrhL%7@?tCJ0*91bMjyKS%ZLK#pxe5_Qef<pA1b2fdjX!j>a
zc|o;&y^${l^e1pG)&?hy2=nWtX=X+VEMeT;ct@0~MbR(Ey`|kR?p+oX3jwbf{F{o%
zytfB`vE0RY!$WxC58RW~oZtO07n&!yR~d<Y4SFYjP)drU@5XIJ=0D~nG}0QBRILo1
z;_EAhjWxz(0){0i;d^(~SFsnY5KMYIMZ>g33JmA;kP|RuQGXK2mNd>_0K&58y5T5S
zWdz}TcYc#hTC*#myDMZQte6;8WV(2JNsH|AAPIL818o40w~LsB34!|Z>L-Sx057->
z;A!dNJF?g$J9<r#OE3=k(X0bkijTiwsk8A)8Fi@1H0Dwjz78)wqLvBeVk^MG^Em+n
z=B_#}aSJckuPQ*SH!_?Q=P+fFui*MeSuF#xr*i^MY=1yAch*MupD5t7XUurqgFwc4
zxDCzt9vh_au=2s2;#to%aQ|U~x~1~?Rc_R@If+)sDBrB}Tf&2G?0(gTbOCE&wy$pR
zN-17cWAY~BL#CrHfk}g7)Hp0h*-tL@G~qOg6$LbdNvX~jcRidgn=3)mcptdFBzht<
zyfsIbF0uH937|D`GJwG;DPoWmq)iRkz6kkCl^1I#NOORYh2s`9;s@{$BIexAQ4VY7
zlp63g?t**80m9)Y4DMw<ljB_OD8bAO_n;rm#v-2JSmEf_W57_=F^q0rK$=04^6=eJ
zS1VL_G{)cZ6VzdJZQb93qKx=^^sCQ9j+PVikaV`lphM|wVu_|U!ZdfWpSyX_uL>7=
z6G*iU|6Rej{(BVu==gh~>5CWZK)UdXaVaTuHl*N{Cn7X5wzM2_`Fo?$VhL`vsU?N=
z#jL;l%o@4nh@CD??|tM^RnwZ&_x4T%TvyDQ6+)wn11TnkSq}-%$1T|sIX+qU(0Vc7
zQAGSh;G(%YPzx(z#7Gomqu?sm757utId9tM1I#hyK&6c*35?Q283_<^2kj4Ef?fdo
zg;D)t+0lTU3+xYYU?=_bLh%ByCr%CEasdYDpV;NhKEscXgX9Tux8<MbT7{R}t=O*s
zY8ae6_c7?WNTmzOomWC6)_O)itN=_(uZEW9E`QGu-g+L5Hjx?p0cI{j#bl6FL`e1*
zFY{*^1OM-Kr1rm95R1YQo*%_?BgKZ*M?IBGO;<~@IjtXxfZ0|rw)Ht`FHR&uk|{ej
zkYmF#<}<w{B2C+oa36yi3?BnoFh#1d)*(5Ix5OEuaHvIa{1UHl9SO;ar>GdG623D9
ziRPnw`727kSyuYTWqgn{8wL;evw)L>{Mu02*!;9YGOHrM02ARSlIyu*cY087{RV_<
zj$i_g+$<d6RqOPL$Z-ZH4*^W9y!Y_di5;(*LLTt}5-xc~09_5`d?uHxn=SYqO@|~A
z_0U(b1ZZzwmUi+=e?J%F64H{F+|f)e7;}rOqVp0rsH2F4i1DNFg$DUr&EeTMZ&x6V
zgnx{4oFdkPZD{NHO#lH?H0P?qfYRmwp_dyZP!&LpLOK&N`)Mh(I0(kD&^lclvU9m!
zkiS&r31S12Q(cf}0;~MK6LAWyIl-&Q(r%#_3WC#~v6v7IP3p<~WN!w+21s=YrF*L>
z!!nFkvFOV%gTQ_;O>DPLViuPhferv5R}E0H&`LPX?e2-wyJ_Gh^xvI=>1`tp-U)7x
zg2B^J$qNP)f>=Cboz7;YQ69G;L=sWI-W3scofnMTW{W~T9)l|4b!`G(?OIl*sk&)9
zbhOM!hv}9p?)it@$><dd4ZDzo34fJS#}tbAgY~B7EcMe=(dURM;ho>*Y`&X)&6OS)
zOd;hlUcM?R`VUr8?1N*xVi`?=Q2zmM7nx?Riqq%~Jzgm|b<kzVghcdClzuOdVW~}?
z7DUW1&m+k|9bs*p<UNQHsAiKo=5s_emR(SLO4p+hUGka4XCPe9oS=$LfGTkD^2G*O
z%pZowGJm_IK9a<l9S5UJZn=pVE{)^?J&+4Q&x3#_;al}9S&T5INpn8l56VvGAVR$B
zGrJ&+AE$_bvu#2FL1Geel7Oh>B$|asD9Q&WiSi5eW9;}%nk-DnQOFjA%Y0aUHVt;H
z&iNJ;3UWey#!K1qD343lTmPO{X6h(aUZInWY>G2ResDb4mLoJ`@ZM46xLY6fT^64~
zZ~lD6<^9RA=sZ3yhb^W*wpi4A+V!MzIwb}PpZut%$D02Mfp!orMZDN()|lQYm4UB1
zc^X=nNbjk_0@cPNBJODqw8&#a)S_Z(i;ot9><Fy^uV&}a&$1J=w9bcU?rP<exF}Xy
z_H$k=3g&Q6%Ic6p1lFP7Yc5DEg)=+^A8_&r8lPtc5olGm6O4E~fZY*PsG;w8;FI4U
zj+5`9LFU;SsvjEUoq<XNeQ2h8%}{>f@ndK-zce&<CAu1^mksoE+66i3xHZ<L_$s-f
zf}97}rxSTv*jMbZF(N>nj2Slu9eiwZt-AW-rIyc@InLzY<CG$j-gQwEXwut-A%->0
z1&E8rUhjQ`r9SSbPxxpOn%;T=VW9?TZ~!=$s&LWdWIUQFA5lj2kbJm~cLE)0Q}(ko
z)Rd@X4Sp`BAqiy~Y($%-pb1<0n6RB~bin{yvoNu?N!$VNtUTArSVIR~S;u7?aAUN+
zpzzTCFriNx#^UX_&QCKG5n+2BMrd2?a0UjLp)nY7jP9igI8rd1Y9wIBn{rgzbJ`-<
z#bh6zAs<PMRm}~x9cdj~2L)21^QUMI-=ZpXN76Jlxawfw-Gu7!;&%9p%vgWlE7=7x
zT#b1DaP>4&oX&s$HN5Au=gY*9W=A1lTQ8GRGeT&DvJiw3Q-QgNJ9~UJR+kg3x2VUG
zaFaD`5}gPzP33?kciR=_{w>-C?acwt0V--nml~fZf@)M8|EU=!j!4hZSM(-Hk{R>@
z$8DK4l)ALPsx4@8ZEXHWsaG7uVHCTA^9te=dbW<fE%U2Lu2j~xvLA}n0&U!EKns#c
zp*L%I4lgWN@F{4R%A{tUe#a$Xc^%$xjd0#De@n_j@&5R$p>P`vFPp2s3u{$~<mY<i
z&`i+cn$lz&0J)lpyFRD`Tr_9n>h$f$5qBm1U0rztatwymP)FMhIW43s&@+txJ0-#U
z`OwBo3b0^p@*U?c8qTdPeU88rk7OO3q$MigYLqH8GcnIA@Q5-T5U<FnWz4!qPD&7g
z=UPYRYScj>$s(p>I@gJ!L<`wQljQ)0Au6{LI6Xhsz>&30oWrUj(%UZM+GK9+_#)^7
z(!>P1dcBb*mt0@g@CpCkh}(ksZb!ro15JEUx2Io#$&!!xr2ofDFn?FxM6q|psKbh~
z$h}1WG^$kG2NBo}$U6<IPYEx9VXy<F0SSR1q0qey#$wz};aWDn(w2CcZWQ8ygIrHu
zl=esZDEFhphETJ4HJQFX5K&n!%(n>N;F79h3|sL5iv~0`=tj-p){NnnVB}jT(B(||
z{BKaH_^u%E7<Zr^RJJ(dSlWC(kL7sC*DRoI3hPpxNVl(8!9RY$gEv>mBtxgs*Fjr6
zUGB?O*DTA3zLVd)C?FK+ccdhWH@z^~sFiPM8$mWZOFC9boJHrz^cFfSOOaca{Rqu0
z{w-adQ;pU9nhlRv;JVe|@-u#z05H*2AP4q7dlVeXF;@vy#7~kL)tagi^ag7QQO=hD
zIml$CtM#tK6uc1-b<|R}r3og{qW1&MjRyepyvrjl0&R^IgJ9RkcdZ(Q_P!QVXL=yu
z{UM>npa4^AYJ+0dMGD9pYLw~K;-+!n#l+xA%)GmV?bYx-0Sbw;`j`1IKOr4X8qYWs
zA><<MnE{24!ui#ssU>5LrnY~l|Dx%%uRaJ9m?d4x4u^itG*-?2Tpdd$G0UKu44v0J
z2xzyAL|nlxrmacS0ye`PFH}`RZ-Wd5OM^X%k(rxe<zTPmj(*lbwVU|mTos4QpD7e~
zI&k!rp-bnF?TR=AsdgRz4n-;6X1Eg)f+sk=PE<$ZhPjMM3)SzvJllSR4|b%|UDvV1
z1~MKfPTipal5g)qneSC1r>3wJEVPPW=xcIh1_RAm|K<d?XqgEJFmJO)bsMLx><BB8
zz~j^?Y}sEF_!@yPoixFQK*YZhzG3;AaTtShzQ+_aWEBR%#ua4q*D9IzXzDNrEM~H`
z#4GJ!MEOC*{<>_c*XfnI{25dLOq*79%0Y?{-n1xI9S9#r`!gLUOSC}b&=Ew}+)~k<
zBV&T9=uQ-CU2L3^LP|>(J^GThs%H=Njyc>44g2upV@Xw4XqtOB;+v<SBb8S#S=98~
z%#}(k-S-c)0YtwMWuav2tf-JbB(R1aYFg~<O~2X~?#wV86#aFToo5^>9lS252vJ67
z<i4I|0ZC&Uh#0K*To?0#8ynXC3Wa<62yEi`1!*8L`)#B&SPJ)<oPq0X-^`DDzk6)H
z-6ceUw@L!={5w7Ri{fmdPE@-uE>;>Uhl!$5qTYgZxf)Hf6!8%>sDpDDZ79JS?a^IL
z@M0`BGEq#)oEcOzEzerI;-N_xVNe{X91u@9K$hWkqY5%?U?@eq#U6GkPQmxqGT&-7
z6=kj%L?U+eblDnvGq^<RdSe$Y=!&z6?=2R#@rgd+RG?7QE{29!AB!&#m#pJ>hcuo4
z+jaZ7JH2i+4?M!o9KpO8fv`~c>4Zu0Y6fQe0-d|5y)#d~+Mj$BB-w<35!j?K<Uk&}
zCiw7=IFP$xl?gtS0MF~CQ5644Oui>r2fu+Uf2c3P*k{#U%MRbcO2Y0V{|~Yaw`2O4
zc%|4s?Ae{p%ZfF^TwqY?I2IyUOLpE$WV9vvxngcwrL|S#l73drr53fA%+k-g_5l!1
z154uLCilv=R^Uat*YGTD3$Qq78;VBG5YZZlplQ0`0l(nJz;<BC#fOfa-G_Ks=H!>F
zI-|94`W)|6%n$Oa@waKvE3U9^119LI3TQydHzJ4wl$n_X;i0Sa17?}Rw+H+89V^i@
zuaLQGEEEFfWgwDkC^<)Wo#A=7+rsnufkRRl25;wXB`V)f!3j_Q4n0GAkohyL7jN@H
zW@k4fHauCgC`Xnh5V-l?PU<0V-Ft6cD}N^7-f$uPOY^RR%_SAL=m$;E>3Y8!)-aRg
zt#QXhNckC4@}`PW8uZ4d>w5SgMgGvyDXG{?60)$Jf{0AvK%Jz3GA~CETnd;RrPKP*
zso640pL0+um|%!?FxTMriA=+K98ee~);7a9Qq$u?L@67f7_DYabES;>u!CVIta`||
zHrLKf_D5xZn;``rC?SIz+pmDJj7R#}p^G5z=hEFAj1~;WOA%6Zl`d5|jLIWpzq#Mc
zLWZmQK0}RYO~P8W7u1%Ze*=zx9|*gHiJuZ@wRH`lYG9osYHmFx(!wt)=&6Fj6Z%x`
zrS!|jd4LVie2zN^$*ttWtvI*j0@72xtwn)$h<^>mxykT9MyE{VTS{{&Yk{+l4$pyt
zWI8JZ7tXi$Ve?9N--24oStB0&bfGK+w|7oj@GfqKwTptN*RwAi%ls2}NzT!9DF3}l
zK4sRhY<B5dI&rI&Inklx?$YG5eQ3?s%ECS^&~Uk@R_z^?=GwYh?S57PabsJ%ckf9_
zAQ2VAT$|?Y@X*_(^K|%osj<4HbyMdu9zpx+kRPAbDk*a|ggj$Hmz={52gCaPrki(D
z!0qPzeZk;*<U>5aAjgs-x5mSFNJ4`%=ev6g>}1#(!eG{pG_bdrsMRIq!9aZ{_&Q$G
zzx21uQ+|J+`FhvcdR=CC4q|woXZV=^NAmc_5cRwwKl=OwjYURj_^!43;ym4~yUhGv
zY3(L>nK^BIJL+TM`kpi&#pJylAPm6C4=H=VR|X5A(`k|>HEvG<z%8drC_F_Zf28Jg
zx+_%U$jwD%+S$^!&-9|Rg2@ZO5ZkJB<)lG`fUl9Swo45!lcKW<+cO3?hji%nQB@MK
zwHA@-z5olupGhM+TM*PHqCwLmsG~-wVHi&dv~P59Jb_lP`xEPCJ+~5<&Fpz}@lI3Z
zS@Q$cdK&4U$18Z=+552za0s-n;w#t%M#Ua7#=XU11Pn|-s1oqpAs@Z|Cb@T;G5b1j
z5+p&!uJ!aCT7asqw+kn?Rs(Hc5Mc7D3k`BRONCX=+urJ@;qu$1@Z0@1qnsdk2JzpP
z@V}SX`nYrl@mToAoy>gx74WY2{wxr<|28x%K=|1IraFCKe0zHmyw_a4)*#S1xw$<Q
zZoc+$<|*WT2q5H2ohV7**2nccw)&sceq22LNne5Q0SZ|_<I?WobOZ;Q2=o;!^W|c$
z?NG6?HLaGEw2_h>bXi@uI~SSo^t@)_7>;XKvS6PBMLA(a!aH7<i~@;teb|)W1<zc_
zCNEo9mmi%AJ}eHfhx;MiW^zk4DsNaBb5j~fZX-(oCs?6}q_|H{A|W|gT)Oew0@|he
z^dk*&haRUiIX-*bv};kC9PifTbUX^Nqp{WT@-Ql$3$HXdc4l&G8pCA<mBnq2^R_oD
z-cDt|>nQmqfnmKA;jUT+XM|OGh)i>EvLKuu!<o}2btJyu8JC+5u<<gg4h(9WZGj~R
z0(sN(q471K;d^sta4(RkA?`Dz;WPA)?Bw%};&FecJi)v22<!aH>A7>)@6Y{u&-?mz
zwY+8M=?(pM;B*tX7ZJE`Y1O+uRQRkWh!*(7G5C=3A6L-nI+F2w{2V5c@EE)kr7IUr
z%L6iD@rY>;1d(@ciV#BOa%?j#9GTSIoEJ^nRH9$TPG288UtzAeE;0rN{6$5<q7Bc-
zL`@3enLMV)9>7C!3%sTsgV@#|4+|EDDUBATh(0u>VUQIjJh258oH>yuv|{c}x6j4h
z!3m9>d#76)XWU@@J?-CKMnrRf&60*aJd`D$q5U+lAAy#H?oLT9)aK$LzcxVzYTUzw
z(C}*TUdT#Z!0L~;K++h5ScGKjW0Bgl^#Mu*Ax{5m7AVB696#W90>=;-qVcwUS2nnI
z3p1hzp5n#nO-x17_oIod%S-9{+bi?=AE|-ht)2i!NAfe{8yMDopwoRocIAmg@G>gl
z_YZ{kP}|cb%J33U+xu@06Silu`Q@+;z9HpqQc@G)`B$3!gGHE=YXJs@4W-$!#7x{p
zmFTXvUZ60U7lyiU4@-!qR1WitQE{ozO*$1vdIgryOQ9HcAJW7p56%p<QT$2?9di#7
z*EYW^>NeYo($VH;RleYyXd|X!2;;<}is-YN*Q$DNy~tvCG$EiNb4ri)9@Hoasb*-;
z+-Y43T0%&;WlrlnM-$(m&Ae%(U$AW>SNH4yLuGQ4Bsc||eAUQ96MA2@qHo1T0fK_o
zs2?BwYO<rG8_?@Ivc1bGIdObSGUPm6U5^yhfk?((^Gy8p()x~(H`x=eVg7#T@JSx<
zFK^DieO0{uX8!T6(z=ese7;X6Ya_$wF2m=yBd(9H@5f8t*Gt|mkU`)-trNn?jL-I0
zl6(HlK{kct?KCYW0Px+-&d}9g@gf&g^vDROPns=ii#qH7Mu_D+N!%*O)R5&%<{@f_
zXx&=|?D}B%c8U>6>er0q9(={KRpb@Du@lbDX$vx7>MjhJD1^eer6Lo9v$$D03PC2b
zJuZ5oK#pvgizMsRgeLf|lQ?d~(r#y=Qe*w%+!PXFu6~PC6mmbM)C}4uwx#E43@qY-
z#QlcIDmn7?*Xe%Gi};(T_`W6>MENx%!H@tgb-hy0!<EBn-^!)44!J&-Zb>p!gvf}#
zT)wOEiYI;7Dlk#3zs?gPU%>i!PVVjy+jB({XTub^9=ksLJ^OqNyWeGN`{Cg~x7N?`
z+IQ%H+ULkxkHZX$&ufCuf$v-*vCr-NBz=09{rBmW7xC(S$6&5q1Rh)?s^0>d@1Q4p
z9p3~PPdDsz8jbd^k#pMjoD5KO#2%Opay;(0cvCU@>>36;hw&4a%FZe*=oFp<d%ti<
z5L(#6N=>w!zD-D2u_^`>Ek?Q8IUA02BWE19Gzgx(7s(}HFhMQ^<XnpfNOc#{cu$*w
zb2fgOE3RBv3zjpqTko_Idf*Rt|9TP$Nt^1M9FWTx6@0O%{PORB-u1sI{PmW_?K8!`
zcL7q+78MRVMozb5LlCDJn$YviS5Cl2=U9I7Q<Y7O{SiK^c<i-HD-v_rK;iJP4@_so
zBfryTKjdn)_3j%{zIF}XVF3TEl3z<d7xOyW+dZE;w?0x^yACk?b}-~i!(u3E|C9EH
z_4B;8s}~USZbEoK0iyYLWXH~(i6ReV+qt!+%WL`r3nH}XHB~KZ1*c7f&2tNtYnj3@
zxH}5P@dJZu&UY`wU5r?Sk-4qvH`&-nOHK#D0cvRm6eNm_Bs+Rsi@b2m#3y>HoW_G?
zTQKgj62t@25O9Ynkn2e?r(@hnMicnzV|9E*K~`F?VPRzU@Wnt$12g@g{ZZz&Pi@<L
z(-O}s7Qn;8=o%pdlh+qnl^6JN!zU&8@@}eb1IbnJ!9thzz=}9BX_!6r5uTn{S{Gr&
zp*gL*L<|ddTr|SU8j44?ue)E@p`UcTk2e}$rv@J_4sR_CuZ0Ye1U>%@t4Y3V&_B;)
z|F0+iuL*DC|EqU~*v%2R_nR~>)I7C?PZ~93n>*B8G_fmWRcDk;V1g;DVnbks!IZg@
zl)tx&uK8P12n>pi$s@=*dR()d&fq=<oDDqI&kSObYLO?qVN{TeJ=rJjY#;pt2uIUX
zNKQ=E@}66&+*L`%G^-*6X93#AFiaffmX8j1YOI+b=?R)AuwL1Tme(WSZ357LV)qwl
zXA&Mh$1#nw3$!0i0_G^SRMAlP*2H<_V6YD4_EmHxssux_B~F&UqFeSmEozLTquVC2
z3p<Kfs@3*b0i($Wd`c3UV<y{6u|a?S`~l?pKK`Z1^KrI)|F-c)Uo%+E#kd(nQGi8_
ze*UgThu_}J7yrK)3l}I4Gkb#Lwp4?Ij~bZ_&q_WI1*5iVA|j1yLL1^6U^C#Sa{y+D
zmB4a97<MvXg1Lp7hxgMGfqq8~!`(P%G@>w%8tL2<(D9>*9GBIkPl-a2rvtn+RIMnE
ziq26p=*%GIW=Z5sTPWCs@n|rj!Mr(Qg6~u^;rL^`yByO@WH@))yu6E~4G~<j_1VO9
zMCY{c(^Ro&e!Is(>YKxjtS!aacsbP4Z{CH{$H_3~>>lxs-hu1@dL}4#eT#Is8DrV;
zXQl0%xmERz8V(*@M`gk=NV`v>dhQGS0kxUW8$ECCAkTlkUJWc{I`#jb7Qp{++SIR|
zo|mj1&mALACGVP>0tDY<o1RCTt#2ljz{8@7$==k|RFOoS{wmO)wodO7!0f-_v02w$
zm|y!o$vEC+Zwr0?=*}@aN9@}BLEvCj!_0C*q$irQU@8e@aM8Zwop1YZ5bNI5ltrac
z256o8SfM5N3Aidgv3Ae62-K`a^PR^G<)oZtdCJQ}e4H%ryUoQc_aqL-3FEt)ku1~s
zGLEgKVj0hnOBp#Y1DQWXV=@!-4~;MF2dSIyo5AM{F7}PMpS({uxer(M1AZnScmzl5
zT@ITZIjvr2hc|8dg)Vn4K99e;hhW^;uhenw6nt<Wer>3v{;9^V%<|#akBiq4ck;bV
z;wfrf?LNQC>Kemw1?DJ|l4C44QwcpDo~1J5AsX9W%AkA|&Ms)2MT#NZXLtNq!cpLV
z*(Z1p_P-AEe-0Z#mlC)o5xAB393=p9^!9%H7sI^C+!>78Z!hz!%gbEPZ*q*<mETim
z&!J8CVF{jN3`8ch@8K7(2YD^3ApdR(%GKMDzY52jMSAeuDcLg2Og2Kb{Q#T&?*;4u
z<Ywkd_kvRAj0I4k`}>K}l*=dCCq!Fkv(r*eHPUy<2zboJK5<3o4yt=8OzrF7lKCDS
z4jGV8Fi*GMwhS-jUTHYxXlMU1Yn~sv@hWIwg$JeM;4<f#_4ND*mkxYvc}&T~+HR1e
z+ES~<5j0eTRXLdUX-)>r_X=vAox6@{@bjMjjVhvPA}Ke{&thS$+FYx?`iwQ<6>AmZ
z?W6a94Cz+734dyT3UKAoFI2PGXflj>4L_e&IIoQwjqAAqjf{!x8a$i$!`9w<yq=V9
z{o_5Jn-IJWJG>9Ct*sHfBoMrG{-b5B&wStpe7lYt7*y^V7|tBQB+l^OO|ETyK7M1y
zzAiX?7dZId&Kv*z_|H`S+t=Q}&kDlFZ20^3(;c39U+@P(<d#qpLPamG&BKIK6~8rS
zV=8{k$e^p90g<FqdsCx3eNhKO8dVCF!8oXDgCJo^`^y#A-Z`4Apteo|n?vM1zXR^F
zI>y(eC>a@@X!nacQgSkQ#c&+?P0@A08$tOuZ7vkY<lupzC;%LO;@FGCP}iT@gEFA%
zErR+Mr?wRcO2!L;B`{5}O)_VtQ>1>N-<SPn9-C#hunuuzSeZ>jRe#kkZAIq_)3PbJ
z_to11WyAlg$)A$md&|V(<s5Za$)G61#`QJ(qFJ|Bg9`)qX1TTdq15lRG}rI-<Ua#<
z8-ur1j_#Y7e<aM!=V1;%>hFW=X7J=D@UbB9&0PK15O@w2cwSUd_<ca<@bZr#7HaSu
z`d_izo-@7(XUqM}>Uo{+d70?VIL|kPXK6v_=bikt*vY;btS!mX&No#a@PGn6Y!VXO
zwroWYP6c(ngvVdMg;$$_kBkXIaZ<0Jn}hVoK0WRmj!~S!$ow<Gq+M%tudx;mXg9kj
z)M-(!d}MNx-bK${=5-NftY<ous9w5f6gSC?4)jAuF8~7`fp_t~O%EZ1r`X^1RQiQr
z015d3ysd#HO0d#WCvwijtYU*PH3^=IDrp70V~s_3>jf3U!|wqk`36SyxWDq0h=DGy
zE>IM;H!4>7Mx`NV2Hiv1eJazvKk~Ki@B3xYhm@D&vB%)^VeuvRHKy_T{1F2|!fQ-`
z{2oo4p;2-c2}5k(I)Q+42LER$D)RJ+Q#Eyt#UB=#gVK~b_lDm@m8gVqNL0%=MfwP@
z8woxP8zpER2?T&v5|h;dA})RCiZX;!@_zspLFv9+<7J=+`Lin9(7<3cKtNZiuL+Yz
zs$+m<!lB}A;v<#-TSDmteIbCB)$x}?A3@pB4`-PKIEc>51ry|QOx1#Rcpjy6f?qjk
zRtUV{f~z-mcPKpIhzXIi=x}1skP3u{>0tV3_LpaD7#F9^ptt}>)t2=petbE{l@Fy<
z09p~jdWtDgzxhkQ1V_Al;k~`wr;u>~;Ssxd=QF<uI;^s56s*BLi_oJq%URQOYuPG6
za}<XqFI35)iHbuCq)-?#b<t5}0TdJiv#bz_MV47WIl5=7Qlmt+7S)FYCJJt`WOvcv
zBB0=x5`5B7nAiYN>&B2qw<tVF;#;;-aD#V_8g3R{As1<M2{PNqJn+OU2b}CmVzQZ?
zTv@y=1lb47pBLbFQ8mbmw<tW@alvAifOhReFE!GMi<2)V7(H)-5CyCEqU3a-{{Os+
z=uTf}T#d227N(eLz<R2gMAZ3w$YDoB96)%)jHiF_{qs(qiWFR?22~qfuqJuJT|8xj
z8zMI`k!|XL>8dFvH$?dy?aswqQ<zr;h>A5#L^L4HjTU$WBh<jEvXDg4O$IhXk}HPP
zE8Q`XKXatMnEhg)oWMJvF;-D|e3&4vg@p$6<u+ihv0`)-y?1$uhq`$QFmiTs0S0vg
zDVvJroa7J(v3uY*5`Gt==;DI$0Z81v*Teb3`P4qUHeRU7Amh_4bP%<D=c5rdQR-go
z@Nd6yO#$u^Y{>Dko80pbEH=B%ixzNr?$J8^FTM3^p65J{c)a2O!Xxg-xG_(QqskQu
zFdLwNDJmj4UliK`!=;IoNmJX43cHv-SiYM)dbm=D+7*X2CcMNl>=Ls;zUt_a<c`Ed
zK~hqWQ4yTb7{aMYpoO8a&b$;+q8i+cjS{yYjnO$^Vqq9<Mg%~_`R2;|5a-D|fP2s7
z`w2S`iW><pYv`^;bpqjz^Z9~;xIn>TgvISv^W=EEV}}zg_snmlgQ${u%<T*R8_B<t
zB`+{?C2-57TouvXcGO`@aoAtNI=Fk@pyivhF4RE5yHZ~tV&_ME7DLZ7Cik-+2M``H
z<LMv#z~1$*VuX|G)$$=|u|THqS@LHLmk4SXiL-*1!7D2N#bh?MxW=(#_C&%WYf^-@
zQV*dR+T<P0fXw#MqE^wcqTuNH;=<PCC<_k~wkt0P6Ht9eW4p&b@o`7HnQ*O2=?xln
z+bX29yjquG4-%nD9O4qCK$%q?!rpZPXeqm#>ZSM)Q=HzJ$pxp@I+)+sI4LO<T}D^7
zioqjy2siS4m5rUKIl+4egd>J(kP!7C79xux9=d`9Vzuko9$zrE@vM5Udj-7t4PW%Y
zp^o@0#`*4*(yjCW!Xq-Ce&z!U)YXWhL_3Yee)JPXChCF(=3PI7_6;S9nCJ-B%-*4u
z21X)j7m`uMbO7~YlNP9D!3DvjgMzYxFzOskp@}g}pOxwho+=u)<d)D#>;)H$!+L7J
z8j5J1V%mSw<_ee)6&Gc?p5=oM7%qwhhhTiUJwj3&lw|>@c#Yf21?O%%r_2Deyik|;
z=c@`@pu75FYFfoTadncv2k4-<IAx|fTF5u3;j%Gzc!)1gAjA&s#@*4qgx+$`76Q00
zMHDGZkS)9ZoV`X|=Ih@4`rrG&uj7cvG7ca-BIA9(5L3jgd=9I2Gyu<3@KqBcIG4AY
z1_$`8foDFU=&3zGR8cD4C$Ag}X)Ug~Z})Vmr~r>dXrgH7f>9>8r}h{VdI?mGJmlO?
z*<yRRU?3PWFKD5NmQAMR_F{oZuTUj7O9al-)SCM%Ve>L<Zl5c90+e0aHBrR+BAJK8
z!YG!kVtFhyZm)}CNT%534pE|LL7gtaZ@NsUYPy_5z3HHR_4`|x-@+iVUXwD{+`B|U
z49B5%Pu*vc7kNTGK*T9ogP`+y%)eY-@k-I<j(FMQ0Ky|O-uF*Foc_#=oQ<1H8Y?eV
z#ILyBkVBE8Rz4VXu#Gh<_#_HOb1|LkQ*0dd6-5qW29i95vslo~Bqu%GF&KSES%a2X
zcmD)zi;71{>4{~X%UVHU1e}fXfp+m;$O8Nzt_<XpI&*<HPWwmpCA|y^H5RHOGpvvr
zFu|tE9+2|!$l<N>DXrvCUgF%?=$BIGe2fbqT*cCT?r_%2&vze)SXKX*bP!mp>GwNK
z<#SO)FRsb%fcF9O;w28$@4aN|<yoLdCi9YxfAt#<MtDTV0fa{Yz|%kQ0jR@OSm>~=
zh#(Wv(tuzA8`4ESF}1J6z~X%M!p!{$k?_Ncugc-SMI!S!nMjnPz00Iii|^FR%i-A=
zO+C|gaXcd}8)v72T5>Cz)x7zE_(U@aT)d-Ui)26@<NO6`%;FHqb+Nu=gth34^qIa|
zSTtc5P1LGgH8^zUos}l8_)7bBtj++WJ9NK8PIQ{cH{o+n3dd`gkF$4~*4fra#`=Je
z=04*q@*ol1bF}3L?zTLPhS5{a${?z_XFe8s+*j>TFwXMLU-ln7c+ew0YjHjX^B(bv
zil^W83t2DWSvx2Re$HF$gd~Fx!^eQSTCj>8W(mZuz`2Mc3*=PmR4htsSs~`erQ)7h
zN{?#r*84mf5ZzEEM?qtiI#AKlJJO1QUNI-COHs<fOSso$VkCsEPH#XX^Bq$3#Z=@N
z<?4$FR{+j==di;~!fQfM{5_I_woDGni+}}(hI+Zr{9%&Ci=5wsNx=nE7g9LsCI%2*
zQp2@_T71yK?01ssybOC$bkQEhmK`qQ1!E~l+{vN&N`)nn+uXmDY(Z~+!@u{!M?d1R
ziUSCbz|-&grOKSe-SaipDMAS1Vi2>AFfmV}O)M%uP1r>i?G*K+71RvE7X}*}8*?@<
z5p;~>y->oeWqa-b=X}F#F_Q-#XjhB1Qoe-X!Q_bS6|G^k0aKJMbB#cfk{LSSxv)pe
zQ$gIClz>M}xZ9DB1q-HA=3;$k(7sX6j;TOuHPHZCm|{&4y5w*RG)^A5%N<T4xXPsS
zAS3m-V~Y2w;W*BY5f)U}hn}Bz-UR3Z@aAp{rCYvx5B$6yf6-hgE_z3Z+O|AdN06W2
z{DyxYM;uXc0O1jM`UifomK1}XrZzbee%9t9RariiJ~?nP7g>%qt)MY`Y0l&j2)Tn6
z{?M^8*Wab$zLq*>eZ5r3%5amCO+pgcpm>FLN^Vu2mZ7P}I68VVKLgQ9fQ`kxdTKY)
zi}Tc+!a!Se8vs~Ky#QOSq1^q??q|CQAjaOSl*XwpBBnM11E_|PWC6kj(#qy)1N>Hl
z=mLZbr@TxVE}|&rj}ud|;vXt)d2!k+wOeRngdRe>OCeOdm(2YO1y|P#mz{_Z!6TVX
z)~8!F+I}wO_J|`g4j_Eo<LP((Qa)mX#rHu=F;)YOnanG47pk3tIgvZR42tK~kthgq
z5w(7?I24gt$-xpuuuXChYny!FXla;)Ji5tL#eEVfg`62R6&7<XEE~bZDMfK1oHSTS
zcov4z>@PDqsI@eX0$gZf&Wx&>!3D+R@ACvgAyJsT=ah*Z1hyt|)*%d7O34&ETgnay
zFT~6;;`)kb_t@d2jF?!61^?ztpxvGe7aV{$9`DK=vHU%h%DP6oeCl|#J~g|e;r_1D
z`m(COnX+f}B+B<S?)D{gz6Bhxul{{U5#h@pem;7Q9`VWv5_aN3oPeNQZI6HPjLp>D
zETUJ^xX=)Xo|&A<p=idvCeIX`(H9R3N2MStN7%upSZIrnN*ytxLWso=QnWyYq0)_>
zJ=9pOtCb#6%0bKKV1#_gp@o75#+g7c(32*DqK$^p+%41yDRnH#*olFRuA!H&N%<~Z
zjSCP~K}G`MGU^?Pg5Zi<)A_<tM7Ri^ArZ@#44=)n+xbqhV&^?}I8Gz>EO?tBmp?9M
z(d9aXB(Si(al;d=P1A%ruMgJ!<jW=8--6_`T8b#d;b;P&E<Yz@CcgU14{7w}4?n+B
z0O*x+9!I=f@$?V8AMJW}S^<)CSTde*&s|Vg;0KgDCQIOVo)gxB6-(iA6d-2vGSyVp
zG4p`&|8%A#k}B8p!bnRu={P;cx|gkI1T4cVT2{WR2LHlHNA&6T!q^%s5n!$CDI<ap
zpkQ<!A6KjpUj!ave#3i{S9w4hXP41Qtq_n#z%U_jwWSOoEFw6c-F4#5-CU5>Q@i5&
z%T(e7zrh_>BDh2AA&O4IH~${})fV{_%ZJ}{zPg{Wb>p~pzyP^HAogVvgcOsaY#=NM
zaR?iZ-T_2H`hh;MM?Btf0O4aDPrvH}IpiG+&T%Wunj~zR)F%bRA_&I9r^yjf`^d)&
zqaAgbU&g_a2hpw!KbWPeOEfC=l)Npg$1)KX^pT=m1VM=oMwgjtJ(IN%0$kQ8W(U(s
z3J&G7YOiBXFZ1z0!MZHFbB~j>d+oO4+|9JJ(dJ_TG5K(4p6la1v@FCcy*&frmP}p&
zVSbn#E^pbX^}+0*FUW_HU&I2C<K4$c<@AM)rzWA)`Wct&P`~uc>%-#oYh1wR*nIEx
zB>W7bdgV>FnNuG93_p`rzc{`5%fApu9I?a!gpYMR{jPs9jG&^xMmxdJVa}W~DO*A#
z78IPi(`Z_Dfr2aMagU>=aY@;&W^ltPt8yUHT>UJMsk!HT?b0DTyr9tvRGGmHF*UJ@
z)nXfwyc{;2>`F6Ih6ozEpdey&aFwl%n*k_FBnPXV7n%)Y;(SCN&BR$mIPEQYDl5|L
zfl!sD+x02stQ5q)r%VB1(#=A<i^SpLor(HITT*ftsH}<qD@{y{TrSOncy{p^LutKu
z32VD8FVc82B=M3%i-hLaB|gp_+?S3>BKg(7|EQgKMTGnz`Q+t@0|+1Ac=}zxxVTqD
zyGFZ;+3rwJAfy2s<a^l@2~;Rxn~c!rM%BSJWKvD$H_$PcHKn|Xg;ROHuyEE!St086
z^Q=mK9fu1Bh-emy0!R-yjB~4;rI9VzgRrZhNN_H7w9Yf{4^V#(B4YFXcSYPbPfc;Q
zv36Tt{Rv0|5elDBPt~7w=OV=`+M&2$p&b~N7(3-NF3#}UTs~VsJI(>N$Gm-WwZS0k
zV$9vv558lBT<;YIc#dm2zc6(w`%vA(t!)a%eTe|V?*b;XTe_+{ta$HeN4yNtZ;z(i
zN4(te^bh<~AmlV-dlEq5A9A_p70ndF=}xPvv`sEkN~E(|8K*!x*7VFEhGAwg*CeON
z!%_%=>oSuRDZf4c111=+8*97V*AjLDV9SNDQh-R9X3q0Pii=538v(;W!KfOfv^X;2
z8pg-3$?y9MO-4<{4kwZjHmxW!SQ=R~>sKsX*c<IW9Hunt+JV_*iVHiGl$z><z@1H|
za+AWn6Bx<P3!XZ8?Q#Jg0Je*#@W4}Z3-`P3fRhtD$BoE%Z$WoJ{Q4^8jO+?@Fv24)
z;sC<OG@gD}q9C`|<T${|_5d2}1V96j7zviyvaE845fp^k);Jc$VoWUdz_4nHG2LlI
za4aoF_VupgX-%(4^(mz#Jsi*E=HcA2>Dd^9ZJbBs{*WxTxT}CH%ojl;I^~&+EFLVF
z?W~C?$k3=N*+<kWE<iY7TxdI8R8=X+%J$VejO1o6?)kZgd>ZH-rG#r8;mQ;jEp$-H
zfs{LTSiY5u6TpDd!OQC)T=!owZ227z#G1E0GnO9O<K|`@!uNZt4zcq8l@_Lbl*!%a
zcTy14|LA}Gy360u5s!BqK=_!((?9TwNd!m!t(f0ZP>3mGf{`g4+^sT&0Nb+G49zp0
zo?rl^uls1+!e_TKg|A_th!_(rMz6C%DzB!aW@9}aE}X*1rI4{cQogB3YN)$|tj2p5
z6$|oL_3!zT!gy8(vaE*4GJaT8m7rREuWufcd?!(wc|}=r!8vOwj%zvmck(d7A=s>!
zA2bdRk-rIAET;@=%bw@0{b)uabAiBlv?6?$(1?A5Z)lN)7ad{w{XP)msf+rG`l2km
zj_D}NuXnz@*CxyMKw5e}^bVb$_Z*IRT;l-3$1$FM*FWX<M7l#Ga-|@6TB_s6>eH6q
zp+km3SxNU*5TkG+AW@?$X&sLxhc1LJ+Fvgq5^vuq?Uq47ai_mqQdw`rVip{Wdi8<R
zx?b*!(K6*&_8XGOPI8toy?%sZoTb`@Yo>dYUC!eVS=N>TjZ;MgnB4=WA*JZ6*s?q$
za4TBj<U!ihQ40cR>$TE93+gI0=*12(IO49vqWI`Q=y5)K2t;wy%V&B2Q(&Yv=a<Ll
zuX1<0pu9tRU^db?E=r0hQN8Za7Ooj6SZcP)1s07T`W@82^H0C=@*R$NnW8`U=;c0z
zi~|TC$9U)e^1)FnSBq5N5kU;duu+X((3q5tV@T6Z&|DSB#YZ!ZEcIh1;*=8*6K<4m
z9ZwZqA(Ul-788q#YmS9G)ZIxYDn*$CY*%K0fU7-N2mFP+8J3xVLrg-9Wv!0)Por#o
zQdxoTQ~=`=rfRxu1IQ?x@a5o@w4{|}>VklgFT{dv8m7=HqNursQyNv>0SM6O<u=$}
z9HhwNAc8CSVK7K7FC4sZ;g|VF<C-A9G0RO%z9hdVYt--kUU|d>!f+UsnlPL)^#WJ+
z8jqH?VM|usnMwTy@|xyx#1XqVfbg-4r+?s=fIA4lxd3c~oq$p2KDdjr;aR{^aHa$>
zD`_-DOcYphaIfNL<RFU}%hSm7apLjtn&#-gdec}6gQE4Qd7vOz!C@9H?8!vb*GuED
z%9CQXr-_|rvA<woro0dpjDsT1`v6O>Hra~+!bmSZJ76%x)}UW~fOK3A%0{Yh1sH-<
zxA=8v<m!^c8Kz`Pcx6t5{H6Z6bXM~PMB-wO#9_9wvrNFPAXgB$<S)m&?Dkv+_M&*<
zdXKR_sD2Ce`<%O_bJ*vWUBu}vUy^)Pa=yIS>1wt?4iWcN6x^ZPd^zw(|C6JL@QBMe
zfbg-4cmCk}0i?3T4ec5tV!{FzA<9lQj}Sl+qkyhS1d$IW9bB1T(M=47HV7i-c1#qM
z#Nmcl;tetj$F(*;Qjf~gF-I>gkX8RcgG0u#&?b}-qpTviVD4ap@kK+K_2Udw`~Tbf
z+E~r5tGs8O^WJ;MnGl<%aqU1Lgec&qfJy9-II71=Rg7#26BHp;mXQjilo-ShL=ZpX
zPw@ka+8?BGGbF8|A}f`W(jX-NhyydKCk`aV37DAFmMb7Om?k0#^?2sq_uZ>M*5}^m
z+&kCKeB6)yWOV($`|PvNKKs1c&w18fYi$tGV0WRzs9j*sNT9>01gVnC?+C(GMRUif
zA$qj&u!L|0;882XxR8W~ljDplJdBm8vzWz|QKjLIIwe^+2b1#N|IAouD3EiBRgec6
z!co84F9B0GqR?`-8#CE&Ek4_x%pPf@*D>ydxjM(*CLo4xrc79E0b3$NW#Rh9@9&;6
z9W6Q$9xmMXz+-?-LBj^dBVYoSMp`nD3>Y>fTSwUPg0WI+v^XoXSK?0BS`k(lCP|ZG
zrUktnHK198u_Q<;*SxOlvXGC~o~VQp!UnSY;0mna3_*~7rSPL+#y}KHn|56q*o~R0
zdc|@(RyH@Y@=-~)Wg8zZ3>wv=M0frxN?<x>b<kcT<Ai1N-V{Je3M0OwMw5VU=aguY
zWn^Ht7FSpAQ#+Auxe+x@R!qs6MBO?aU(*x!(XKd=ny+Eeg*{f%><wxI@cQl=<20#1
z7IBT)0#<qyY!NaYdj+M(5q4Y>-2a~*3n55rHao8Xs4k&}#jU%fleh_)f{V)}HVb7i
zlc1$W+o1xP8euDZW>y7a?NAEYXFlm<fhskd8FjuxP+=_E8O2!`wUl!)Yie-?DT_)h
zy9{EmByfY%4?^~3r_i)O$TV2I0fGsn*JH{lqXb5#e$4-cVY9!C@W@=iU>e(XL6B`j
z(S$dUE)W)%aXI>8NY15_m<>jg#$lS0jWun$y*n5?re}muiZv6HnLv?p>kRN04S!P!
zYV_Bv*$gA;L9z+X%AhJ^;R}c9y#&m>NmwPv8Gz`<AGmVvLLHX|J+n;5C4kDo#Zjd|
zonp+JoE9l+BEO;!ww_eNTBw<eM@dy_6J_n;sm*5LXwzuTPnjAm;@%8g@U<mXqUOhv
zsh5RFNOh+RP<M)PE30pU;isF4brt4T5X3C0Q5m5&EM%U{C<`<B77zcZUJ9(-Inw9x
zg>4g$#E}pyCC3V%tnQT{TB_}(+QOi#efn4_QB(xZn?V&3wh?6P>XX4G2oEdh_I@&F
zsk2hEnyBQLC1V`bx0Uo#<3F$}W+we&@<_UwG&^K5iW&3MNqS8hP|ko0)1bKy^vA|G
ze*abI=$N1r;UU8P$G?cR%VS+f!1C6-W?tz6=e&g(GcEj1C!@U4Zmp2AK^4xMI<JLk
zOTNjx#*qOFY>{~|G3qv3CTJ*xEkil!L^~A?Rif5=M4|CwvQ}QUDZU8xah_p~7okoW
zam$qK#fVvXAX(A_XIBxgW6V)3nq1A2A?Az`WwTj|4CyejNR|{-O{_^HDlOTj6Ydn_
zelBoN92*BG<J<x#UmI+pFlb>uoH@6uQ=q>XrQbk&s9%Zn6{s;;dWHNZ<ImBR;t&ZO
z;z2XYSzzT4L_$^d@u9g;M+eY}@bKWi4?d1zT@nz-d|j5HHINHI`74`Ike0i0f-mL~
zOr5DvgR&YyO`$*?HIW2gtTLv#GcG|a8DYe4L|W9|CczhpW;|s~Ebzrd>Q}YKZKkH|
z2gJH`ry-EsPU89|z#M7bbgM(9(~)urWT0fllN|Sz?Etu;(#?aTOx_Xau=4$gV---P
zqNGqMK6DFx5W!)jiL-OSejI9qU?nlbWfW%f^hQ{Bl1yTeDr%3>n_5BRb-{jFDRGP`
zZ+YHqcFxd(>@Lc7xt1d(m?Up)sJ|cPWjBrPDfImaJ1#cvKmO-7;re^{0yNIOBQwZ_
zpqFta1j&RIY_iL*`0;w4xW|_OBZ$!0$4}9PGMG6nQHM9^P+oRn>I9j+K<!>L1;T<Y
zEJ>=<pK<O`d33OgziLd(_zGLBLa1sIZyfifY)062MDjg;YXPV8e*qV9V;StP$waH5
zW=wf4(d?QFFo*`0hZRmSXT|oT001BWNkl<ZwyAw}Ew~V@(#=#H>CeP;YSi(8D9kG`
z1L_1sq8H&O7W;8bm7-U((cm~3Zy1_5jqFFoHg002CrOG+L|jT(6#TbRHbLds4|db&
z9s+kF?6{b??}Lw5-)Y3K0cKqwOnjp(7@PnA7PsJ&i%eCP>B?s|^Iid*e4sV6MvRFJ
z>POR%Zm3V|m8?o}ZXBTzbJiR6$Dyd^v#L4J$6ZuwjcMNWU;v+uL9mFxs-J9<)H|*y
zs!Uvbdo>o%BUfNBm4?uK1)6s>oMKFf%UPn~#D2>XG49kQa!ppzAYm0WERqnk7Gz+(
zJbS*xbvZfvkX)`-iuvtDMr;MP)7a>c(_2ET8l9^r?_@maFDgtC_Bj11L$<az*%yz`
znqvlUfpFsw_P~jbd2}K?6uAHRpW8>munyV)Fq3pqZENn5?#4sg5yFL_e5eJITc|W2
zs0${iAF4HC6-1v__<T_i6pd)?yCt15v8P7VAR{BYpdEKc)#D98#?`b!tNgrI;hq}z
z3!^Bn3NULT0m<JDyWgPRq@+VHnu}&(E?m<Rfl`=Y5t1XD@l!$>n1(C5rMu)?;iU-2
z1sIYrkKqYI^WV&H<gxZi*H#n=w$<M-f#!Dt;n8InA;j?t01`pE;Tn@)ly<2^%SwJl
z?^hEfxlJ7AmunZ~6|j=5L0t}ZY==&S2Ol8^MF_%Hk}?s}2wDSxvKfW$jv>KVaBicR
z*|jvk&?lD}whEQks7+h!LG+oOC@C$Z&q+#BzOJQe%d1cXSc*{7j(P;qO}&xEY)Kwo
z*k}~X&c!)39YCI*TPhb9%43LXr-x!AX$sFO>jI%Bph>J|7Rw>oLII?>K(!DWjTLsE
zmvCcIVq0l`oz)7oPz&v_W^7cg2*y?z6=6pmo~3hFdu-1l-@fo7NK~WMk|#7qV5e8c
zoE9XP$ku)gY3--OE3rn*iOr5nj~+hJaq)2f@jnNRpbcnT8UO-s+3~?*2LWE0hl?K?
z(gIjwBRLv#lNmFEa=cz?!v{mMW#%JLNmuu2E-eVT6*b93HHKLxw?<;d4Cqo)xK9(r
zU^+u`5p!J7JO$Iha-bN}HujZkXeBG%Aye*pK;~NgpVJ6Mz=In?;X<&W3XKp|WO9&=
zh9j5(nIm<JB~_C}#Zy^<iLnNduo0KkZU2ib91~3fsTxwXr0H9J0^mGqxzS;ppJ3D#
z*7zA1S0XnxXik~rEfvE8T@;MxPk7(Y`~W)k63XWKrS5{F6X5~JeII-r<7M`s(@Z3C
zkQOEo5&RTFklM4zOUznTy=@cRf*R)xO>_i|%8dV*E2=c=Y5ZuwG26PSGg#AWCN6}S
zNyVVqnqehRCTT>!H<OgB6^j22F<JW2=xL}rXTgxgsoj#IEh&;*v)nAR@qsk8ve*XW
zFd~#9x~+9-!I+eyS}C>Jh#&-nalB4M=sTgVz+hgY6woLhH=r@1>5a+Q9ejdln-4Ha
z>UZSj{#xRCFtekeg!heN&>tR+qz2WM5GN&<C~HSNX}6R+sXgA&F-0fB1CIOu^IyeN
zR@EVLa8TnIU{jbcObwM^Lu^TiH18v3d|^8vxwiYkd}1Q1APf_Tl!-QzS>`Y(Yq}y#
z)M&ifL_k<oF~C+_NK&ejMZU@SH0%gqP=Cv2QYBf^(>@I3gN(rk$`8v48sQCNg_Su&
z%9{tfH;OpRFqb80h@9HAsELrk#q*9<5&C2-$l`tKOK$MKCEY2mHy&8B1tu|LGDZzs
z92Um4sfA2+GIUdVOKYyWWa>8aT)C>`PZqIxlNpYc=QNsA23AwWq7+~S8q5JnaqP`K
zaH3;dbRs;+xbL^0OfSW0x?uu|Q6k>rnE@V{2G4g1fO%#5%>|;_@z{gNE!!Cot~9Qb
zkeDn?SeYR6KC5gk_$l6JgsfE5i;<M;Oh3EAG)~oyAub2f-JYzR{JN#YMd8{p%*G+b
zwBaG>$KM|8bbU`K0I!mEv}`YK$<%Dr9$zmBUzV!XRP(9GtKuRU5uw2xq4a*pzsk6H
zAYbeA;@2(UqRurmLa0$)Z=6#(UO*}?)T^sV)I(W5rh)Zeg`1#*&e(n-D`ik#+V6<9
z0bYVPAzrkQAbNfGy75i_1RWjQpcCOi#{D09vYs4C)m{iM`>#x7G)9?DJK~&g%*L73
zTnMreTgvLG6|)XQO2v|>6a>$s%mj4~EtP;njzL7_mFhOqDt%gFJ3ET(moxZ1rc0P;
zv$<7zCATtFE$$RU^#|xOTV?Hp)fpK=ft-Yqa#FBhF@46lOG(eIishOS9v$Q1<~7UW
zi)55OI4KgBQrW}30*nh8Vl@SzF%_i%1z3X50>oIC0VT`*mVR1s?>QtiMkB4^hOd*K
zJ{j`*Myv&YuVR?(*P|(z<@JR4*qdH8+g!&bMClvzc3fzv9E^8!v4xK6w&xV+ibVOt
ziuJEezP8fjFW}@`5{A4(G^KN&nJkk&i{`3aqrrCU$z@tU!W?~33q&jDU_rf@ot3#T
zFEQ5BabiK!8AP5G#s^1OY8YdvTqwso0n(H$M?|HS6i4s(GU(oZB@>Tya<o?&dzz(a
zpgkqA=qic{7#J(^z3lxFE8AICgvx~#wOF(#7<otQd-2Co&d3NGyKR60S{N_NaK;a)
zl8o7#wB@}zc|xw>Vlg`~>vFR1jI2Kl-*58RbzKp5Y>Q5W2O2u{48Q_|2WwlHpuUAm
zPVH5g&SG}*FC3gFONLC<G-M4X`<7X&P_ZDmSP(rbD=4<JZ6e7**oC<I;8a?RNX}DX
z&4tj*Q_Qf$<`|Nwmq-Mtev<_*v-eWGWTX-2l@er`jEqQ@^jZN}1{=9_2@Pk?s7+FA
zpe(ITswhf1lEEuxVOGydDvQ2juxW6uJ)j+gpkL09Y7c84ANe5RH@szU1#4gi7AcKi
zZH;IKJPo}ao;_+!xiwmE#5XhHRDt>eVaLwsM0j9v|A(Fe09pVRC}!>tPzoeXvBqgh
z1}@G9VCmb{$^o+~vWqVObLm}R)~c+@GFK%U%8dkPXdM;>$%zYDJVGdWn;M_x_Kk1C
z{u(T6U*d`k9<tc1)v9&WRjeYhAlsJrVVq20U{%Z>>-6vWYX}7>B}O1Kocg@5I*wN5
z-UkAJvJwFop^fUjBErs6pb76{tP+YxQ?*q#ST^4dS1W>3IOQvwZrTft_@nwl<7621
z^qeWQQKI%9K=uv<`vH_KyO;O{N~XRWyBzG;5uFGRChq&~C&L!%Ga9QeB8z>DY%f_Z
z)l4VssKz(9A{upJg&;kdjM(-cch#s31^J;-Y+1wE=b)d~n%Yun+nNzw)xNioHLlP0
zwH6fTN$+%JJN0DQ948Wh953&SQqgD(sqj$ZEk@Fd8flQWXs=jsL;-kdgKejSVq+$d
zQ(zoz*qYg-B<o5f%Uh1Hk<n6k_f)#rZbV*gCOHVW`M~zCHakO9X0ZWV>F*ODN|G^;
zUe25low0W;q#uL75QOQ%SF$_yD0&=W$A!iHAO13EUC9r|f~tWA^*MC27$=vC*o?_e
zjCqVuR@Ew6l@SK<x0#GwNGTt1q!`UU6gugp`6~-Sq$!#$K(J-j%&$?d8WMF>nO-F`
zJpl8#K@eof#LV>GTm4LS8)>V0$+c$pqQ+F$UhEt>YEyD^KKK|=O03dln#}XQNWIGM
zrg|FSVuAKUt*<Pm9xIfU<jZCd(b|mB6=n#PQEGeQbu#fZ1ZIVj-iAcpEdel}wOR{c
z0p5~5qJ7~pHJOH|7Ju5kh6NcQy6fM5KRWgxdS;o93y1qY^jGk?OtUgFKwL}&RQ9gq
zk(jM*!j8c%K~6QPkgAzjG8En_z-TH<sL_OD!&S%(hs2KIJ43DuQ7Ogbuc|iCHZOML
zvnqB`wy;HbZxfyC#ghiLig9(gJvp5MfKs5L8YJz^!8SI6K9*Q7^l?+MZtN9)p&SvP
zK%7#RLF9T-R4LzhRXOG~(1)|K3+WZPEWxC^H){s=WVW3Lo4wRVX?h`KDanNJ>`ld6
zz?LshGT^Ea0B8gXA?tGcwGc%dPR)YHuIv7y9p^wN!UGD~?v6<(5%P)K#YdWORYqiM
zUP%<?j(I)-)$A3fDgYs^CLS*EZShQsnOaIZFW50k8l8t!-qeA{RxsOkOY9odF4bfk
z$vok%o*^WI>6HRuY})vVq^8)G+5Bi^VuSfB*-US#TSDom<0zX_w8rHOwNKWbrFNkp
zZFLH**^4a7JSfm_pXv?+EHU+GjfU3%F&Na7hW>=&8u1}JTLlYx3H*xkd$Jp?S=3Y`
zAemZM3<iy)-CztOXo0fS-)j0P$k*;K+Hp>FB0PY&|F^%a6Sq2o64WS~6Roj1wJ&W$
zfDAIH65|^XO1%U~X^sZvhBY%wC@S?A&FrXQ3~<L5)|~|6U0zxfx0tCFG)D@CFwCTA
zU#s~&$ub5&S(s`WGZ7WJg+YaEzRjS(ddemOMtEeNBYFb0WWsrn2xKZySkP>t8Va5p
zkvE4W7<HUOT9kDPoDp!ffiY69N4b-;eUv<Wo@)kRVw^R-NHcl(njTxHw^ftG%_!D;
z>P|Z^9a}+jlgf5a1l|H~VHmW-`d-1w)Zek^(35U=TqxZ4+kfpVf;wYL<}FRNEVU>J
zI9acDyH=xAk`RPN66AM!cu-f?h-l@V`@*!r47m<;zbB-gI6JETt1YVy^G(C*qi>d0
zEoR=_h_k!A925<&l=%L*W$ByE{$U5TFb_^Fm@SqxBwMJfBMMV0!`KVhjx!kQ7)fav
z5*FDR+d-rjri|=NoG;{x+$&0qO|}74W6t2s$hN}-TGz*?>1ModEz3>%v^_@#yuzw3
zXAsP{>okbLD|^276QcFIe(w9u)qcmN0dI9@nT`tuQoATfcd7#-Kq80`I&n|m=$&kW
zD#C!q`4wLGi!k~N?y1wec=$rae>t#0cwyG_McGk}tV$duoK(#Lr%ok<wnWP*W=V|^
zl+GKm74I!DkQ1Cw=!BF(CYZz43u!Pll{iwwba<Meid*obEoCIl$6(#nkJ3X-kd&mL
zDt%gX!QL}?nZ#LQI1JXcqFnB)#g!i~gNV2=bG%r{xbY^S>vsSFYvu&xGfXDD^rBN2
zW&hh4A4PLWMtjI-+e!9(hmB*`ce`lExzUO6pyB=xK4XG!V7S4JV>SeAx<tFF5TH&6
zJk(P;oANUj%o@VAL><yV*+m6e5e7>stwzeU#*-!Wirqoe*8h|mZP%nQt9l$hYBdwh
z)vDC{DR<$Mds34eUM$q|s~;WWvPe#_e$mNoRqKUW#<^XTnXAC|>azM@i%E!XlfTW#
zfE4yyBbqd1kCn}!8Zw=2k9d25h|V;l<l`wnsub^`uQIZo#ll2?b@7?IYFQIW$ja-8
zX9{GL&9H@PjdctJpc7%oZqSMFK;gdQ&lm-!zzHC^;3Eabxu$XJpR6p}3pGsPH4AAn
z$*EH0Fh;q<Cqw-*C`giIUd~bv?wHE#^RJsbBOK6Yw|s6Y(N8ul>PI2YV)~3hk{YIF
zLA_AQsjVDu^K9gTVdbaFEy!hxQ&)N(g+Ue_L4*_+qBm7+a?d0!&j@BL4RV#^`SGn#
zind7>M<2Rep1UNP87s-ob_r?5>8&z2`v)im!b?1!J;hw2UK|Y{E3zd$bG>no8{x%h
z!3JU~<$+`uB~{+DpaH|0H`R%-V>jqTc)&0)){Kpu2*s5E^`=YEtq&CD$j*h3>Bl`J
zlV=Lq8l*cc0H(<XEzB&aljdOI?UhwDLK>_i!FKUC8`h#4yJgm^RR&TDVpD}yOyEkJ
z1w>q`6-Ns0rz&MvSPM<-`63w!(Wf4=*+Mn3rw@}2m~i~yM>*(L46SAAm72b~Q>Z*G
ze>B;UXwmVKXq@vppFC66-vEIC(mSNV$5ngc@p(pjq-pBxid1Y1Co^j!`P`bAwszQZ
zb`$ulJ{yP;wSWeVtZ(i+Qk)M|9hEyjt1Z(4!y=D#C&Imqo^-q8g5drSepTJvRS6YU
zcubWLRON@T<HZ4r={Q7TszZKa3N%!VX4aD;S#1(cGnfxct;XQ&7|d6bo_%XwY-R;w
zvaGf?H)&>oTPVdHRO8R|)j-{3<bTC{Uy=A#!U0_fnvABwcW_KW^!^TzJE6N80XZ2P
z4N*@AWU#Sk<RJ+PtY1yMo5I1t9E~}eL9)%SrJS`v(>DODNZgEpcD*o<r8a0=O;!32
z%5EO*m)~+=8rL)VFat|qnOu!1))&PA2SuG?kQP|w{w2Gqq=^u@Y!&W$PmiPT*cCbv
z9vqzf-1E$C5lxX2ya`?;c0?k=<i2b=N53?SYWiQ+%wA#VOa?SvRdVxVT4>Zr30958
z3@Vzo)K?JQ#z^8Dqm)SbAhO#h;1to)o}H6iZz_HbdZ6&IC$`w_qQPp~&m1vgR!yTo
z>7O|z*;MXkWEx`TR*FiBGoF!LR!C*ETcQ|I{ZC2Dx^*;*kPI(lbHVHrYdQ|FFnoQz
zaIT700bdIgdNv0fB9rx`^sGA58_6F4YEt*X9)mqCRw-?73%&;-NBE$yCNDj*o(ZJv
z=*=!bi{!-XH`39uD|8|}I5_#a)0(m<!pqoJ2NwXq5};jlW<edqqcb3C7W4^{(gbIG
z$zG1+keOtnp3>}!C&xye`&>0@bVM?r+9zX$?6B%&XAz0p$;7sPQ=UoAZkYx>VA9B@
zX@n1LwN6Gxkk-1k=`n(y#?#T5sX47vHXsm`-e?4kdLd^=7w%=NejLebSIoRQD8ij%
zk)*atNd}0*Mp}}Hw?sv92_op|$AGY&VlM>w1;l-D@&Lkqdp>a4Lg8s_u?1{tmG~K~
zftR`rIg9}3oTXh6cI*;+C7!Y4JV4}Nk?ocS-Q1Ol?Vpxo0Up3&dK$rlrJ<48cCgLO
zJ;Z`-p^?%Dq_0C;sE4HGd<fPDFSqT^b(LrVtN|l<jB3year#_e#qSZ-%_4aWF+s~Q
zEl&+X@2Dx4VUgU>w2ooT1j=ag+UeB)$wL83Nv@%F9kvSDTPJ^zmdgq#aO*1(XuvRH
zSYTW;MO!dXA`;6~Fi1OF;4KiRNb^iQ!mL}sQVqqqrvF6&FTq>D3RHj<cnPeOKB?HR
za78HO?UT3WFBaUC69FhuBJU66PBFzsC4Ni*VORiLz$W-C_zcSPD5tUdI+ou+d43Xf
zc#!evqmSNv^Ube%)vI3jy4T%)`|XcE{`gC%x!s{FuDF6G_=~^z3psk{op&~e&YU^3
z%U+eO^^5;+c33(Q9vs~Fz*mh0Ws7q#6HDL(6N<4#(Le-dVjgM|a$Zb?;cVBkAS%wN
zhy)WhbtW59`Zuc29pXbnjkM6he7TAaQ-jmLsSf8i0}NHqD|QFxLuJC6%8Mgtp}Z(-
zRFs&Ehm>e0k)Kl_yEmqvlokt_xvZF%k(w@~5>yU~os&p1jnTM9!>BYVT*52xrf`Yg
z0NHJ5Kz~6Insf?;SyPR%;I_&#A+`cqfrKN^DotV~r|Ul%{Wz;(L;x$V41&z3rX3ly
zgdT;SIIN{N08S&r05FUgHtxFf2hZRCxArt1dg!5J$Bw=6jc@$e$3Axa_;CO?+;GDe
zzxc%$Rda_!fAS}P@?^sC<HukA@|S<xw|$$m`NR`X+;!Joxx)JT`fhtwhD-2o4z_I2
zvCnbxv#0;XzkUXQ+s#xOa50;nRFnhBd9s3ffhIY_Q8{K|)(H`2DTOHp*uqt|D7rxL
z6)Cs_A=Io{O^fMo{gvXgEjQ{+9SzP^CaZ>+!C^*4V!LHK-TFyDA|Z1N_4_4@Ak4ve
zVeWGZEEWafbw)5I!Q(P+5#q_!Swjjg^!DAeG<;K)#X*sA+dWYucEa^&iA@>9qFxDB
z&Kb9vCY1qjEKKGe`YVyzx6{TZabKkO0`nh^*9GbO3cO0T(y`jGY4v<XfdmZe7&ZWW
z>c9NUL*g=e?X}n5cH3?D-g~cnW#-#&zrB?5(T{#~_ceFl$ZfaX_L|qc=Kb$~zkI#=
z>Z?Ee;Sb+(%PlXVS1<pW-}`27{>9_}edtH0g?)|ifZ*gGpK)sAYEI;st)v9-<+r+x
zu+G`pWDyZkTC^>pIyM%}lNu!&^}_hu6l!n7&(!<HsItH`a5oTm1@mgryC|*uXcgVx
zbhznPnuUFoNQpJo_x052Ez5dgQiqgzktgeg&Do5y;--5ZJPra@iFi;&7J3UJG=~A~
zq5ZZ(%pUe$s=<uFN*Hmb_z<L@j4$s+EGgodw!f^U{37jVNydnSB}Rw6XV{Ml_Uz=g
z_02;hcn+i7OfMw>jTn#mz#bA7eBp%`zVL-F{O<4mu9pze9e3RE?sva?_ceFl$kR_h
z{rkWF`)=g?+Sk7Jw}1P$uYdjPUvjVZ2s#lS5S;wu(<n02Cl-{qY@Myr<Wz;_wLE}y
zc47r)vP4`u%Y#sCdLxO+o3JD63qGNWws!t#%l)|XR#hw$c7&!?SR@A!50fyl$Q(=`
z)aXn{X+&%;wnKJlcY+P|LqMH{2S(mB;iu7VmNAO&Qi;B~wyRbXy;IIH*_4_!nN^ld
zG+HG7y-o6$LEjRF5m=xUjS1w)o&yGWX>SswT$JJhqds!%;1q1bXzw&yO<Yn}AwBhp
znCEA3KdV=lP#|(6KGbRp%{glhkDJW1&pr#_>Z`BLg;!m5)pO51xBHsAZ{!0X_`o~f
z@s4Y*xkkP|@x&9uFueA)uYK;h=QcJruDIfg7u74?THF1dUQl!*JRmsv$4g+H*}?}^
z`8kpJ<dN-KTpzN}`JjH!QELR~_Pi`PDwT3ZpQFt>#t|l1T_QV?I&Wmu)RNEL#+E-x
zd*%lQ+l|(ircl&`D+84kp>u!JBh`F1q;P#EQYRTkIa`dgk<gCHNNNS!7hbx@1-#O&
z9<m3iJ`T<~#`NNiqAkl>!us|7cHD8)NM#scHei-_rm_q(bynTvBV*~k=gH6d#%Uaw
zt*2DKVHlh03x>o?cm~k{5RaJY?kG}!6C}3KBQXm8WDW<mwzdEqIZ{QYUv}AL%jI(S
zHFw#_^Upv3;SYcKBOm#Qmpt*r6B`>F*IjqrpZ(dN0l4<sYae*vfw#W(t-EZHmz@YZ
z&L2+x@fp^9$750t#VlYoxWrtaEtE5+PBR7Okm{5*EltD&u=44ZMa*fl3}UJbmD3<a
zwy?g5tuktDLv_*VmQP(f<h#_JgDB6KDi)bby2i98{ynic5oB`@<k)k7sM;c!eMOV%
z%m&s0HBPSSoem%_tQ$5NN7lEJdIj6RPzfzwXxwI5SX;|1?{{ON^x>Q8otK2*>U85~
z%-NpUox<J~a<GIKRV-+tKSUmZiUw(rg-%MaygWPGz7f3H3c*BycfIEa=DXMNP2hKa
z=Xb8S;)+{uz12&;^rbHWc+Y#@^J72uV`tBvJ%0T7v17+R_qorlt?d<t+a)>?9t52D
zqqDX10%Cs#-@nwCbMjmmMmU}*7=OjCS+Lj~m#uaUJ8C(pPYr{8zGF^WB@+U%8_=R%
z=h|)QF)7ZbPV~oWxZ<NYqI59;Ok%wxB%@`@AXC|s9fOWu43tmu>5W8ggr$;|SIcaO
zxPI8X1(|IVgb|Wi6p)B`ugPuNZq=7|Zb3zXaUu5S$gpHL@rGm%bRh6T?|ranNCpwd
zu20TDo?QWn1)ceFA_6b>cP6%{2>_#MZrMA`RxAA{BdOF}C2I--efoF(++necUQ96a
z```cm_q^vl;}`<{o_p@O^UgcJ<2$}XzW&;;{o2>Q_O)OA)nEP1-~7!>)XkTOPJ{;n
zjEE2bfT@7+1Yj~L59v&3&4vPVM0Ue=)hoW7!Iffj>Qeoe`Il^#^oELQ%8DAT6ZtOu
zh!hV-PMM>~ZcwII&rlPqTt*t{oq#zd>}1dgiN7PKGxxKdM7~!`u)bzyyE#ravbXHx
zLL7;h^IWb~OQIG4BZd(GhIK$vau;yHV2hnuTMa7asvHEZ9F!qinW@v6+qn>?6io$2
zCOKIjEk=hWcK?Xy>z9iXsu_{prCC{%Y@2Ay;FI1c^u}lnG@zWdo@|*;9d&JZ8?kyI
zv9YlM;Q8mDKYH}27oI+STFQ4>b2p8gIC0{sr=I$$pZclX=4F>%<}4`qiJ$n1cfIRf
zyX{rqn789R;^b#G{U^nq=|B7h4Jve+se;pABoQXxta8XL<B=?Y;G%6dHyi6k31J%x
z$T}IPo<!^&Cw3%nDO%1K$~<foSRJK&v!ZHZ?nYagZB8eGy1K}@Ln9d{*O%`u1Yx%V
zCrIM7ZH3W7{ZKsmuvLnP>(U}llFgXd=+k=$W4LN{)7eW43H~<YO3sv`i#+WZLb?%&
zQCU-i7GHB^y#>FtKegaU0?Zbzy&5<>5c6vCkR_s&Y-2?mdBqAuG#<I@=MIrw^vWx*
z1n|r=&%EIcZ}7rrpMAD*RN1-aZW{Tm-}<fFZ@>MOuY9GKJo)64Kk_3#^7+qy{#(A~
zTfFe>*|SHE9NA^B_Rhw<dxelYz8ReS%$5bqFEytcqX{18;(_!z#+=lxRO0Ai|1{=(
zNOAOjA}qF@CWojh2jUV)ar$i#y(gwgg^+Nu1+V~Xq(AFFssrJ*SM04tR)GObD1IRV
z5Bjx`j1NjW)cmy^J$l_j>@7&JKdph*F>GMi0IgY{<y;%;FpyG=KuHfG?3twh3Tqg?
zNl^P|qphb8aS8~uz_5;S9peVZ4UFp;)_7c-ETI8luq1^k#=jiG%eAUzkg<1^_+bAe
z!jB4Brgj<zq5;Ezae-kC<2r@`L>N+BX%4H`@O;v0atXDRuIel^3yeo>V+t?KogZm&
zlom&iG^y@8001BWNkl<ZUH|F}|9`kWgri4~zU3`%$qp>c{NRHRzU^&q1F*Td`P5TS
zowMf7jR5$|zx>NjeBu*7|MNeeFa7%0zkX|L>wyOz$Y&ite*C7JZaQa!dktL??t7g0
z%qABybLfnNh)#R}l0=d!R9w^5R?w*9(!`pQ@VGVr!)=w(UUVbk!%*uwG80^*5(%{d
z&8}-bVYY0RW?YTCiylz4=GRObHq4=6Bh_AI1(PkPDu`S*WosiD<uC>^LDra3Df;Zn
zOvl{U8XHq;rc$&q_*3Prj;RAMVjPJnjN&WVM1G}9jN~F75dy)c<ka*@cE`5PDuwEs
zL)HgE8b~*OvP9Hq<D=f7`)Y|P)osXTG1h$RO8x}Mav-HAOzL0igESnWK^+utyzW&v
zWVr9X`);}AmeZ$Czw@2%+}zxJ@WBT^{_&4L^2j3qo__l2Yp%J*J*{`Bxx*m<ANarr
zZn)uwYp=aFUzdm;c;JC|z3W|H{pweL{KtR%`RAX1;DHBDoH+5PfBL8AY;dokE5dz`
zlaFqy*E{n>C%L?sl!Fkt*1+%-ok@ZKNz9G*uSs&|%4U*lO)J!=RI+co@^P-5T%j_P
zb_NUZ2&@6?z=$&F<%%ddauLa)4u@L&W&Jm#RHaExmh`n${gIaKLZn&iL>XfZv<_Ow
za0J5<(7L5z6G}h~9lMCkPcYeW_3Nq@-&ql&N;DI75{3n6fyEK5zZ~l?$Ko=KYZz@0
zTg{`k0<S>D7DrtIO8#)EV^Y#}q?@(LEUqY^LRtK|tQ-am1BMaf8paVIB}>zSdKMMk
zVs|vldA!AKg%%t(Xzg+ukN7YgyY5iL(P!Lz^Ua_9<R>3{?6F&Kz4eYe?)b`AzVh(H
z4_|-%^)IUC4u@WN;e`)<=tIBo3%@XJ@YY*z{nV#E_4&_#{)d0~hkx=Xe{y|&{R?0C
z!mD5X>KE0ky?~x#ZQtYGfB%hp|HIcOOD1f~R4Mq3(rS(GwhE-2GN~qt9ru<g)y&>5
zd6MGPft<t4E)-eNe4WW;5HTS;j+D5Ht1oMTd}8&E`E`AchFkM;0yfq&@-0NKytkI5
zEy@v7e^Zz_!&+CZlt(xM4!M<#oLa6Pglttmmy9jMBG*chs+4cSO}=1R#e;esMp>!M
zDl71+CQ;I#PVwey!Rm$td8^8evkg-??NIczvOthZLv~>q`!#aD=xPg8Knog<RO!}0
z0Ja|cSLoO$IP#;Pz4#YB^LsO7+)bnV9w#2%1e^P~JKDihkR$`4Y{l-IiNj{DJa5W$
zY_CVb17<iiZm{XhUF4k)*g7yx{S_9}+P+6dK~)4rPEeMtn(Tj^i;8a6qlP;RTK8O_
z`qzDhnC(M03r_!XKFY@5K>7-O;n4BSo|y!|HtE$(9EtKBS*{ti%b2fk-W0xY<=>QT
zp=3hPM+RxwoI<J!b1Wz<J6LqT##WdGRkrZu63>H)-9+g>2H)yZZ@l)YNl(kijoE%Y
z@TUfVFbv^1rN1aK)9OWeAR3Qq%w;tu{Jx+4K6G@vcyuD%_c;0KP5bCGop0ajQ<cpZ
zCDWKqAwHwUp&As6Tb3h4SaJ07YHp>$!p1pKi`1D~<6Wtw*^rCa$iT2vr2bdtSxR&6
zpuu(w3k@`qsKUA}9J`{%?37~C&SrcNduBDN#?c*Xjpr%{R9H{iaZITO$X{HPBiw4L
z6;>MjzywQ|kRG%rpyBpNP$17}{YD7J<EvYu5#tCj1{ql4MaclSA{!iQ#!RwF@utst
z-@#0cHkk7B)78YBN6p_q?BQa-FcQ`)1`YX*W7l0dx!;bCbE6aC{ztPEB)iH{{bV)R
zYnf*aR9_maT(+|{CM-ELNc2I>c?1oX4=QzrgK5yAntA;a7*jW_eRZZto+}JZ(+ud<
z+2u&y9@gFlw6f2q6!fD6Ifeq(v?nX$u@v9N2yYSV5QXkZ1L>F0=Tbtt`JL(W@<cNp
ztJu)(2wEg#>PqwHsXi-Kzj~r3NttKHIce;M0x|dYlPf4MQaq^DSv}D|P&GcajP}0y
zGlF~6C<TJFLRR)be3ms%x%aG$)4xNwK-h6!(1~z=<HV;ot0_$PR;9VRC8;#64WME;
zLfu_uTU1fk9t=99b0{e#hL$er?i}eD8l)R(kRCcjx*GvWLAq;TD3uyg8YJZze4dZ*
zFL?KLosZ}2v({O0pS|zBmT<o|W0!&CY~V8!9+;GRsaSIW3~Cv@Vi+nEZAq#s+Aox*
z^BfRsTd#H2>jIGmtaI!#XX$<<;sif<jPQ0Ud6FLZa*a<D55MST*i#0d&*xwZP@+Mb
zF62HxA&SOm8282Rz(7s%{=mJNZ!bf?_|np;(Jw(R$Ha9E0uC=V#Wv5R;;bSB7}sZO
z1{ky@1)TU_kP{N3!tR3~7~s702Yr&D?QY}t)y;6>t|J>fjjLZh5^8O$u7NJ6v)Knt
zeMaA6`kZuC932i=!ULmTC|N;L!B+Q;H#NASw69>!hEr;`^;2*OW??;^oSOdf$~sy!
zL9S&#DBWE8PV&`gWw7t0S?8v|{H<xq@E8#)Y|Qs`A!Mrmc&C2bEIak>Q^tAinyn%+
ziwt`{UBPVS>PqZj2p}{9ht&WLgSa{aU^vc@aWP<2?5&DfwD;7eIAfwX3C#TjoR+m}
z)KK)^cP<4r3|+ALLwBV#?O2pqQwz%z-C<?S`^71Ap#ti!z+0>iy<QR_{6n{^qCOiw
zH+LcVU~A1!(@}q4t8fjDlMN*zIF&66cpwEFwdD@!UZ9bJgcRqcN*rQ2*%Ug;9ydoz
z*5<<uIBS%gv&yLj1u=fqD=MQ_r?d=mY25>A9zqlx{T1rM4CmLkF1j`v)`xZuv&#UZ
z=-XT6JUzwRh&xVihJ2E7_2x~NPS@(@!WTJTO6K`I8Kxm&5pc0|lw(X8bMctABHU1#
zr#gzOx`uL7=oA97-+^jcDci@~Q&J;GH*XdW;Mei-j?@3Ftel+_#Rl57HndU9#zHo8
zZhJdlka@F`n6VAqaR{$}J<U@#?>QfTI{$)P@yq)mIir_S+#VRN)(FpX7Hn&`dLxj}
zoKhkN<`-5HBcIc(o)FXZB3vj-k|*j;jh|WVOX2!G{9cctLo2KAv?3`(I?j>G<i&o@
zS6ue%t&6f#%ZwOVu}05J{K1K}ggj5J+fw9v(qg^Lu&nfKh3B#~3Z4ba#wzOddb1cs
zld3e?V=F8Ls6(cL_$`0)>>eu3=l$ut_47I~kQ-Fpk#6mFU7sU2tu!Qz;p?z^cX%|5
zu;F6G>kUoO^htKw?Cr<1u`f0L-tgu6*-^wuK0oUGY@3F6B_G>*$U7`UlhDWv=n+KY
zdZ#kjMGkx3N~Ba&q4E`phO)nUr~n~|K2xpGwf+`&APH;MM`qmjOTj4$>{r;YAz#ai
zrd79*A2euNE~4Vb60~d(`3D<j60O(2oIs77KB9Dcf_#Fz`jrq^3I^c2?*(OI)thAC
z6d^7|T!ong3#|bEW4a1Sh43Yf_ZPjYMbXcJG#h>8<IqyoJOPi(zH%O0W8h4aJ-R3t
zSI{t#A#p=`sbcZ#oS|fG%_>UciJOFyEkUlPc4*ZQYuO(C@)<vVYlG?uK@1Ud6zh$N
zXgXg)^c&*(>w)kkuw9I%!kG^J`La;Cp~sM$S$c&9jEuX_3EOC<^4tiCMm`jKt2;-E
zPD*g2UC9W(OQ9Uzsh;nn5{K@hGG+E@r36q_%#dhHmq~K33%qTf)c#NmuuLP({Sbj;
zYWA1!#B0A%JU;$D;=;>+ciqJO46n<^5Kg=%HlX5c(!Kk8-|HzrHAl$pG>M0H<&4s#
zwqY1xho{YL51%gSV}VIXvc7jiHafL7jXk5-o=J(--lDL@;<4Z0aIYBtLA02NFwv8r
z*squd`?<h~ppD_4MzJ}=*}TZ^^zjWpX-)Ta1S`ZCapcW4DwYu6wO3JQ2nt_M*IT>$
zSz+AJJwxe-^Rq2*+*@n03J=5Z&pD2@Bdn9bQxGFPDQ{P-I%%G$ml)T@ua^=gQ#U4&
z2sYDQa?Y;8JJk>LONuv`Z8PX}FYsVIlA{|kc>Tzy3(5WwxLMMItV{LBuNL5PRQn(r
zOqeI;hP1+L0Rk**lCuKKh0V6QhSvT9(|JO%E&QPtZ<&UKY5r(O1;#3nq=uU!0+Ntb
z*%;+xBN8IDaq>J3CIi8s@-Gn?Y36_vWcYGYU}?TR7F&o6(5abZ2O@56yv!Ag`Jh8p
zG;kAhGT3+I3Bca~_?bOf)SeKP7mDA?9N6^p8aIu|vF7hGD_f=5@%N^Gxl}Sh#?58r
z5)GlIsC;p8Wb+q;iS7<H?i<;EUH$sw<4Hr2KkkHH4<jv4<jqf>U%RZ&+60doWsdDJ
zNj>3TPo#edaU1JTqeAzQ9wr(nQ>E4l&ZT+7O5V^jdGoe;WXNNiG81mhjy`^y3wHjD
zI+ONoMR>p)AOFd88@!H@8OM{M^OoOXT0mGyR(}E|y(q<d8agyK$bIut!I@67K%wEb
zaMEAvtn5N;7Dl1K@bh!Jm4U&gm6hChSs?FqXh3Zs@osFzjJhBGs5cWKD~|+nSHvH>
zV;>fYJMr<)U3)D`#+dk`Bp2z;vn&<2V70bQqp@3FMw*B+aCxg?sPvn$?eGKE*y1pT
z%HuAAJd4!nQMcP7cD>5b_p-A%4<mfc`S*$r;9Qo)eQg4kL;AFxbN;g}#KZ{A3QmTS
z=$!m(cFZ%@uw0l(`1x0E52l`B$LAHBty5>oqnOV;{3IQdt!NYQp^H*lw|425ZvFNH
zqTLbR9w@d4RnNAuDUA~TatdA2&HufA_<BXUdXx8)kNrT}8=fz#P5g01ISzKPVpy+S
zSQbCs>q051h-Rp=7@fIZY0}SU%A~EToj&<mmfb)XA<6;I$RM=%ir_lse~+1ViuLtr
zyt9i&^)Y$9ib36VqAeeBgmLvmR>Lp;NCw##QFvcVblnE$cIo;I##uEs+KjBgN?Brf
z9pU2dxr$qtc!$}?<g_2q33AZU8q<WA>G0`Lrp7aEQDTp7cNczM@cfL64~Xh~8@9^p
z3+Hl{PVJYmT+ZrV!b+B?0xmi#e3S?shs!GYCVP*!c0>3JeVUuyfr@fQ>SQNypZ=Y=
zq)W^aeGe_{lT@AjikH#kBJ8DcooLdH2PAz%(uFM%^GoFy_w%oLUhSi^%xcxB(?~V<
z^)B_by?SS4zUiPsoL@FGo5SvSK%Xz!NXc1hDFF~TRIR9o)`Mtn^?ai2+l0fyZcZ?*
zWGvT0-KN@8-G57*6^^W0VDqvCC)w;FQ7)0Y47{G5Np=pq<#V!{xq=Sw1Y19whXeFo
z1=URnhgTB?>%Mk$w^JW<SthdRSp7&b<DJD<C$o%{9TTjYj6RFt^51XwI8{JNM-)(3
ziDRiQFk^8RS6-IB#tHq&n7J`E3TUdA3aHVYF*POj`KoPv6tmRp747enrY#S$m($-Q
z7@tuJq64s|C@f#HFa@{0bAK>DV(C>41Ge{fcK_uAFpJ%XgtIS!GaZwOVFqS09>&X|
z&&>=I_W*c$bfKtWP0E~aZYx8h%Y`;~yWkEvYHS`@wvG+&kZnIKv2qzX^ObSqGbyya
z%q8c&K9*39^vS=mO3x->$jR5xyL@-B56oW9;&c>d>{x2FwNqKuEuP*4f8VRJB(%aP
zTZmwmmRJ0sc{mzol(#G0YEpkW-`(|SpJVnV;m8GDV@zHLE=r9Li4bD{{u+hnhbv6l
z%#C-vGxaB5*4%YRzUrLdd?$ib=Afh3elMqT7k*_&(qyIdgh8a9u1>d+|Jj(YJ$vZk
z9o<E>;i+=^@%=07n(XDw+45B2m#|`?L>lSj*a;gRA9IW^7kt1ay3U49L9P#aY{T-R
ztgirUmV#4zFK9=@&b#vd9(GBz2Gw7_odn-~bh@8zQNg;UFdI~o3}b%+>Am)#R*o$`
zJc_mk8+q#<%CDCwPMpS<lynH3KGn~r7MvJH43{PIMcUTHm;511=pYzqHlbY($z(Tv
zPbomBXJ0^@=;@X084#@z@>-Mg=N;NkF5*I_`<Y1iD~I~T;aW;BE(2ZZuJInse3}u>
zTa)J3t`1UhvyA61GJZsspZ4KuW|VN}P!zT(66G3nMr+qO%L;JI{LeMv3Boq|1Azz5
zmld0VjjMDOnRR4lyqB<)cZ}^!x*BMK^L7LJhQobqsVpBwis^S1QZpT7B~?f5)us*b
z=lk9{*bosn|EjaJh6xnXYAC@G>H)kqu}Y`z11S`8Zj<=C^L>mu;a7LDlK8#?)#`&v
zSK;Tse!Yqu^OA4JdjZLR4K;u!omMQ%;Gtf|(;rB~UCq|ar{5P~?m_x9==5#^+I3{r
zW6W7Ev{i*vwC<ryEh)N4)<=G=p9+hjK^>PNg&%&!sl$7R4C@H2S6_5Zh?={|)<_mb
zjLxk1e8Hp>R30#@t&@T&F#7NC6jH}%SL;HInA<GsirHUtXjXcJUR)ERFHOyEK=<rp
z;P}qnRJ?~l`)!Vedhxo}zs?+gWzzFHeM^{0yJ>)tn9GzJ-5Pqls>zUkPa)z6=rMPT
z-yYozrh%k2ww)YKrR@xrW`T9boXaNZMO~z29xrRjom>mY7^<do+NqA6a7DT_nrWJf
z7P9m7Pu`cSPMh+h{Kneh{0>g|RzTTPE){F!nK0Q2&31J#mnZo%$@G(^Jf{*TTU-fX
ztcED{qFZRv*r%Mlk|P~%4A!FlIOiKVo`pTQ9E+dTpJ=4Zk`hC6%1qGKkcf;~bvP|%
zoJmDq>+bx4XW+HRl+ji;Szzo$&1*0Jki4~imbI*50!ey!lqhRvh9CxP9b7Qk^sa!*
zAoa2llj~U=ABdaH>03lUrDVakbMmOh)ZLdgNl6ME(?0G4?Mv7t0T(K37qZ+Sezgi&
z*q0>|3J>|S%CDWga<hehbKTwj33p1S<2yqLODA&tHyzex0Nf}fspv5Gy~`PeG5SP2
z@@2jVv6hW+#@Q9gaZWOliRh%dif<md?os;8N4u}IgzfCn9sf=QviN%8>kBSSHYdLQ
zt6TbVqJVAc&NF$K_t&^)PJ9umkB<1~n{$2IF?Yzjd>N9ED&=ysaHE7D!SVO8{n-zP
zNQ`&gU6VuNNq+z@6mZ=;7}l}@bZx)+iy|>jUiZBBAi@G6ebqq~m@uchGY}#n^Yqwd
zfY+~O-!a2Q)7WDJI67NHrd0#OYq#v#-37&v?yLH~6hw1amp?7mMf+;!U~X;a8HwJ$
zbi_nKZf{hUV@WTDPp1T2lcMXL?7#uul7D=2|MO$e^j02{P<SK_uNOC!ooi$wQA%BB
zu=dFu-*3g@9T~%Dm@8c<C`E|#Nlv(!y|p0J9X+kYnE4~|ZFjdP$}JtftA0$cjZpPT
z@?;n#Yr0|Sm*ge34&8!Y)fnrFlqxH{a<F3`I(;Fh9QL^b)^TKG?6%O}9pF109}w36
z=i$D;d*@WG+vC563<RMdfz%dyLU!XYAuP5`GN#KCJ~qDcI-yzW)D30kGO}hvK<8ql
ztB{TfKSq{1t{a<vx6JWlQK_8gtjo*?8BBf}PXPv+b=9hL<*$`KaV`UVs6Nl}H>Isc
z)2Q)#l#^!p$`ycJ(}xSFIb=;vg#ttK?SNn%YE$cm#8|ui=-<!<WbTuG%zZ~@vf7V8
z+gYzdThKsr7roP^(zJ0(;0sCH=iw(ql+%q;PRIk+6}`KW3SXKS6t)HafN7eKLQm;A
zp}983SEpkXW=-VGWwkH-CG09~{eQtB^r7ivfEZL&1|tYlZzN4C0-kO10cj4Mh3LZg
zo>aU|vf7NjLLXxSn`uLJ$*rN~Jp1mB3C(5{S|6(kM=sgOXiAz#SW2(mCi_EX@t~fb
zn=(Ok@S0ryTger^C_^m%<q>-K!5-h(A{<$|CDUPmo_@c3!T0LPuIIp8Dr8m?;y?wn
z&3CZ;;_bF!9Bz~<eO-&|N>5D|l;|c~EqQ-l;$lOR^B|!!Tw~z!iPVh_y?CqNr6BWD
zwm}`fcZx2_?C$%GCJBm9ysc6-_NgRuW88p|`Zt~HYj}Ymp-aJmpc_2Whk{B_;Am4_
zEm9)OmGjHE>>phpI$FzQwK2Ax)3AS6Ct{@Np#;P@l~r-rK;;BelK9T?Y6!Oa%Gl6e
z>AoNzA>5XiRRpK+WYHRhdxksT;teIm1Gqk>W9qNy$Tz=_)r-_NVaxHfrk3dhseZMD
zq7bv0*EcjRU3L@X>w|Efe0%bYbM*=_+7g5S0zni=v2pQ3NPqeX2KxowQy$m#+gUTW
z3df`pzTiTXuZU4D3z9!0)h$_27gKE6&5}4?#|Ek@&7fVhn?2a&|M`(O97%3WlvOzO
zr7imi5=n;K9ULR%h{Sm^V`H$%DrtM;#N~29Z@&Csx29f=+dBrwb~#xo0s^<6uktQU
zqm=23VAWA*81a;_2W-7~a=(-G5s)QuQIfRyKKp)kiCk~xu#ZXJRa4C7d2uGm9-eFU
zq8+cJmROjVa%}P+pQ=IT(Qdjsh_$Et(p2_BMEJbNXuKLQXtjPnzPZ%>;LQPW7Q);c
zA5Sg-s=(J_4p7WX5}&pFT5pY2aaHBm*Y_(7N&qtN<q{0SnX3Esb;ps?xG#2J1q`Wq
zIFbFv#HPfu#UJG5WLCwW?I1yEUZ4UVvb%bomT=#gsU>ttIdCKxZ~|((nHl{DYlJ4^
zMxtT{uD0vRbpiS;o&JBGE*dfLaZkGO<g|1eS6w?3G(XV$xW?mdXIE&y4@o0T^p4+G
zVrybZ1I)g|*{_!v;?Gb9#J}@8*P`+Ly%__%#oM4XZoMLXcYlPOA|S4=aAT$QR?ip(
z+1TI-9Z7&|QgSxN+!*P8NCB}Ub)Ked4%{CxuscwcBvf(LU?vnvuhd$`Wx`Z7kELPt
zGs0oV4Av(%l#bzL7jyBW(rb5<ceJnB#}dgbUK?8XnX~@UXDdzD2^2lp4;Q#ZI1&98
znB0+uPoJzOifHhFPDQ&<aGI!jZ+_CYZ8~b5nKaPbU7K!k8Y_6pV>ulYmKVHv_R4(3
zteGSeI(-%0V5H^U!#P|+NbFT13O5{LE%YRY)lqbngV2s=<qDGc@?$G)Xo@9yCa#d&
zPR~ong2IjB!faV#p$X<NQk&Q^v&k{bRu$Ys|8>u;)DKPX!m{1gay({iWAi%h>Dco<
z<LdH@9k{Clguio-rD>IX&}Oma`Qh$!dsqH&mu0aq$#&*`AdFor?sllSO}SP6a`q7)
z14&=N*3H?%_+HsIiJVyI7zflmxz5I0W_vU6NfFLY+ALS9fH;5qg?BGn`HLlFdCm%%
z5*+!hwnEHS39^=M?9KbOHk>oW>n*y?yjKzZ-4Gw&07G~*^3%|pO%TGSm@J;Yu8&fb
zn~0J3GIE?9`ZB)v+Egnl<_ALTbAhoq1!aI`TPmi7_WbOstF=6D=1tFY7P9y`!>Qiu
z56Bhg%kqSC6=qx{FUHfI%2PSEY{IgvzreM(O1~;)z3)3A@xwTgd3pyN%xcnP%TIy@
zv(>Il$r2;I=m&Vj;>*!4XVceWaRXL7wzs@i1);1B7UJedFU-8sc6VBNUzAdww0@w_
z5Y6enXhqp0vT{iJxcD+c6Sk?#vz-myiJOfvS2u#Xk8^NsNGc9T&v8`L2qTU{%{w3-
zs3x?$KPg*6WZxqT!vz4ojb={W#@~MwJ>x`%XZHgP{V>!i-vWL~A|W4_)6JsXvI%iY
z4BIWi2HsK)P_2<uhvvT0X1JOMBVUqYDDQzs8MZAhn+IOR!5(4DsM4;-V2|V?Yx!xL
zZBwB|tp%mpoMTI4M(aS6STUhrx&J34^)cCn<}HU&nT{XKB$Ys`PG%xX&fx-6*oWs3
zlp;PkW1n2{t6Dvp+x*Pno%s8xHQ{t*xZMKTY??fVfPjdls4UzjCvM)gexIM2<hY}$
zEnb$@1kbdw!qC|TFKRW?H4N}`HuVbm7Eh&ml(aGdb-sJ;OE<t<lE>sAH1V|gL^{_4
z+LL3PbCR1m>#2ja>$a*d_Ds<eCfl#rac75!0SxtaWc0wKeGVey?|MS@@;5#siP~~<
zgV%$XYj;}gLqng+mTyxgzPzZ(uRbc}m7>L7hNyh%`!#3~jBobpTSd9+0?0V<56GCy
z%W1Hy?>Orc-{e_J_a_X~-xJ(GAR3ymZ-F6Wyn5WRbZVbn^%3^q_VMDdf_eatRMGrz
zafDaaJYgsQ*2sK{zRK`eekSN^HL}*&x5irObikt&xNO#<8q6JJC}d#L=8hr69znRu
zw}=xk(6=XZ0KJb|@uxZvB{cJ`o8H~NapoIgT(ZaSvBA0CSKi31mWwh~@-_1huzGf-
zZ+%_5Nk;g4(UisB#(lf_+r@t4gj4OOe|v)3PfJ>y4)!jEE}up?=Pk#aJ}LC~VX`j#
zr-+G9W!h&3#^Cc~4AqMy5vvYe1rKW+4OW#FQ8#T1&JmM~O*=Hq@0FnE_+raQrz+e4
z!{?)f2!kQ}k=4dUn{rxq)Wu)jmq}j9+c!G~c#s2rHExa829*Dqt0(0G2VlTU@5W<4
zbpD%670$1B#qWA<{hJCfKkjYDx269!tRn`P1+o4}^*K0w@JI9CNSgK=krlPUPm+&T
z5+4wa4B@}ckB6}<k~!F+TQ9N_$T}**5fKYKM8^gIuZJ08uLn)FmVnQ7UQsT!MZWtx
zJ8;s+nC$w;5A^U|4Loe(Gfoq@KH?X6eTuw@->lZrRi*z`kQQkT&OA5C*T!L~ys6^K
zWwo_QW69RYx1bcc*(rSU)Bmi}_@d&m;Y!QTz}pQZ9hJcDuq){dwTtKhG4)RsjO!&W
z&MWsn`aV9q^}&D6LiJ2H<VWiZo>n4+%rA;$0N`n$g0!Tzj*?$AQD*dLvd?hUEf28W
zY~F6^LnM;c39q+s_TQiszpPI{?(|cA!+EoE+z$#ok%6rQyxhhI@2o#$|5kVt=jrYa
zez9`9{}Yg};`a7s#s?U05RRFp7x~tBN-QPdVJ)b8uVf<J?UAeH-2S`S@2FF+i~H<%
z%THs)>m51qwtu8Ik&v1W7bK(lZ+qsyzzZa$Lb!$!mNp|-YH`LmI1~@UI53y!?m^;z
za!E@oZ?Qlf$GxM*mkp(Pfj8}4tTRdC=TmS072v<y0v$CVplV`YM`b5Km$>+sV@Pj6
zJ}~(fCkuf{brcAiS|!ler7pWy36K*(7O4T$bhVw9cJ5VFKC+8e7mxy?5&!dJ4*q|5
zr<V}cS0J%*rLbp`6@TdC;OK}V@V<zf;vZ4Xs=fX@?jw`)y1z=Go#8PDPP;}=Bcua1
zmA|y2pTm0Mv0@&R3D6IHILcR$jd`!W23aS9;W28vAG{L)d5)P|SUmlPq`C#2?`VKT
z0&bd8kRlvX3YP7-KHdntCDt?cVGOqU<ikWNhJ53=?a_(HDJ79Bz(_-kzmNGJl>^y~
zNNk<)|7LSgp}NmP<d6YIY#`vzs@EucOO9B;P41EZHUfbN#S^<aNeH@2lA}gBKA%-H
zaU18OX6t%84#WkbB2oPG^mKiK>)H65pi^j`|3UqrQ|HCJ@L}r)tI74qcRX?b`-_F{
zvPb@+M1c)5e;|jz+)fPADUoie{?DJ0Gv~|x_kH8v#{JU>5E%IgD}|5)m+zlG+})|{
s-02VgcmJa<k=iVqel+R-R}Z>+_`}RK3b|;n2Ox)njH+~vlxfI+05v?bh5!Hn

literal 0
HcmV?d00001

diff --git a/demo/documented/poisson/cpp/Poisson.ufl.rst b/demo/documented/poisson/cpp/Poisson.ufl.rst
new file mode 100644
index 0000000..4a881e5
--- /dev/null
+++ b/demo/documented/poisson/cpp/Poisson.ufl.rst
@@ -0,0 +1,37 @@
+UFL input for the Poisson equation
+==================================
+
+The first step is to define the variational problem at hand. We define
+the variational problem in UFL terms in a separate form file
+:download:`Poisson.ufl`.  We begin by defining the finite element::
+
+   element = FiniteElement("Lagrange", triangle, 1)
+
+The first argument to :py:class:`FiniteElement` is the finite element
+family, the second argument specifies the domain, while the third
+argument specifies the polynomial degree. Thus, in this case, our
+element ``element`` consists of first-order, continuous Lagrange basis
+functions on triangles (or in order words, continuous piecewise linear
+polynomials on triangles).
+
+Next, we use this element to initialize the trial and test functions
+(:math:`u` and :math:`v`) and the coefficient functions (:math:`f` and
+:math:`g`)::
+
+   u = TrialFunction(element)
+   v = TestFunction(element)
+   f = Coefficient(element)
+   g = Coefficient(element)
+
+Finally, we define the bilinear and linear forms according to the
+variational formulation of the equations::
+
+   a = inner(grad(u), grad(v))*dx
+   L = f*v*dx + g*v*ds
+
+Before the form file can be used in the C++ program, it must be
+compiled using FFC by running (on the command-line):
+
+.. code-block:: sh
+
+   ffc -l dolfin Poisson.ufl
diff --git a/demo/documented/poisson/cpp/main.cpp.rst b/demo/documented/poisson/cpp/main.cpp.rst
new file mode 100644
index 0000000..daf1828
--- /dev/null
+++ b/demo/documented/poisson/cpp/main.cpp.rst
@@ -0,0 +1,210 @@
+Poisson equation (C++)
+======================
+
+This demo illustrates how to:
+
+* Solve a linear partial differential equation
+* Create and apply Dirichlet boundary conditions
+* Define Expressions
+* Define a FunctionSpace
+* Create a SubDomain
+
+The solution for :math:`u` in this demo will look as follows:
+
+.. image:: ../poisson_u.png
+    :scale: 75 %
+
+
+Equation and problem definition
+-------------------------------
+
+The Poisson equation is the canonical elliptic partial differential
+equation.  For a domain :math:`\Omega \subset \mathbb{R}^n` with
+boundary :math:`\partial \Omega = \Gamma_{D} \cup \Gamma_{N}`, the
+Poisson equation with particular boundary conditions reads:
+
+.. math::
+   - \nabla^{2} u &= f \quad {\rm in} \ \Omega, \\
+     u &= 0 \quad {\rm on} \ \Gamma_{D}, \\
+     \nabla u \cdot n &= g \quad {\rm on} \ \Gamma_{N}. \\
+
+Here, :math:`f` and :math:`g` are input data and :math:`n` denotes the
+outward directed boundary normal. The most standard variational form
+of Poisson equation reads: find :math:`u \in V` such that
+
+.. math::
+   a(u, v) = L(v) \quad \forall \ v \in V,
+
+where :math:`V` is a suitable function space and
+
+.. math::
+   a(u, v) &= \int_{\Omega} \nabla u \cdot \nabla v \, {\rm d} x, \\
+   L(v)    &= \int_{\Omega} f v \, {\rm d} x
+   + \int_{\Gamma_{N}} g v \, {\rm d} s.
+
+The expression :math:`a(u, v)` is the bilinear form and :math:`L(v)`
+is the linear form. It is assumed that all functions in :math:`V`
+satisfy the Dirichlet boundary conditions (:math:`u = 0 \ {\rm on} \
+\Gamma_{D}`).
+
+In this demo, we shall consider the following definitions of the input
+functions, the domain, and the boundaries:
+
+* :math:`\Omega = [0,1] \times [0,1]` (a unit square)
+* :math:`\Gamma_{D} = \{(0, y) \cup (1, y) \subset \partial \Omega\}` (Dirichlet boundary)
+* :math:`\Gamma_{N} = \{(x, 0) \cup (x, 1) \subset \partial \Omega\}` (Neumann boundary)
+* :math:`g = \sin(5x)` (normal derivative)
+* :math:`f = 10\exp(-((x - 0.5)^2 + (y - 0.5)^2) / 0.02)` (source term)
+
+
+Implementation
+--------------
+
+The implementation is split in two files: a form file containing the
+definition of the variational forms expressed in UFL and a C++ file
+containing the actual solver.
+
+Running this demo requires the files: :download:`main.cpp`,
+:download:`Poisson.ufl` and :download:`CMakeLists.txt`.
+
+
+UFL form file
+^^^^^^^^^^^^^
+
+The UFL file is implemented in :download:`Poisson.ufl`, and the
+explanation of the UFL file can be found at :doc:`here <Poisson.ufl>`.
+
+
+C++ program
+^^^^^^^^^^^
+
+The main solver is implemented in the :download:`main.cpp` file.
+
+At the top we include the DOLFIN header file and the generated header
+file "Poisson.h" containing the variational forms for the Poisson
+equation.  For convenience we also include the DOLFIN namespace.
+
+.. code-block:: cpp
+
+   #include <dolfin.h>
+   #include "Poisson.h"
+
+   using namespace dolfin;
+
+Then follows the definition of the coefficient functions (for
+:math:`f` and :math:`g`), which are derived from the
+:cpp:class:`Expression` class in DOLFIN
+
+.. code-block:: cpp
+
+   // Source term (right-hand side)
+   class Source : public Expression
+   {
+     void eval(Array<double>& values, const Array<double>& x) const
+     {
+       double dx = x[0] - 0.5;
+       double dy = x[1] - 0.5;
+       values[0] = 10*exp(-(dx*dx + dy*dy) / 0.02);
+     }
+   };
+
+   // Normal derivative (Neumann boundary condition)
+   class dUdN : public Expression
+   {
+     void eval(Array<double>& values, const Array<double>& x) const
+     {
+       values[0] = sin(5*x[0]);
+     }
+   };
+
+The ``DirichletBoundary`` is derived from the :cpp:class:`SubDomain`
+class and defines the part of the boundary to which the Dirichlet
+boundary condition should be applied.
+
+.. code-block:: cpp
+
+   // Sub domain for Dirichlet boundary condition
+   class DirichletBoundary : public SubDomain
+   {
+     bool inside(const Array<double>& x, bool on_boundary) const
+     {
+       return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS;
+     }
+   };
+
+Inside the ``main`` function, we begin by defining a mesh of the
+domain. As the unit square is a very standard domain, we can use a
+built-in mesh provided by the :cpp:class:`UnitSquareMesh` factory. In
+order to create a mesh consisting of 32 x 32 squares with each square
+divided into two triangles, and the finite element space (specified in
+the form file) defined relative to this mesh, we do as follows
+
+.. code-block:: cpp
+
+   int main()
+   {
+     // Create mesh and function space
+     auto mesh = std::make_shared<Mesh>(
+       UnitSquareMesh::create({{32, 32}}, CellType::Type::triangle));
+     auto V = std::make_shared<Poisson::FunctionSpace>(mesh);
+
+Now, the Dirichlet boundary condition (:math:`u = 0`) can be created
+using the class :cpp:class:`DirichletBC`. A :cpp:class:`DirichletBC`
+takes three arguments: the function space the boundary condition
+applies to, the value of the boundary condition, and the part of the
+boundary on which the condition applies. In our example, the function
+space is ``V``, the value of the boundary condition (0.0) can
+represented using a :cpp:class:`Constant`, and the Dirichlet boundary
+is defined by the class :cpp:class:`DirichletBoundary` listed
+above. The definition of the Dirichlet boundary condition then looks
+as follows:
+
+.. code-block:: cpp
+
+     // Define boundary condition
+     auto u0 = std::make_shared<Constant>(0.0);
+     auto boundary = std::make_shared<DirichletBoundary>();
+     DirichletBC bc(V, u0, boundary);
+
+Next, we define the variational formulation by initializing the
+bilinear and linear forms (:math:`a`, :math:`L`) using the previously
+defined :cpp:class:`FunctionSpace` ``V``.  Then we can create the
+source and boundary flux term (:math:`f`, :math:`g`) and attach these
+to the linear form.
+
+.. code-block:: cpp
+
+     // Define variational forms
+     Poisson::BilinearForm a(V, V);
+     Poisson::LinearForm L(V);
+     auto f = std::make_shared<Source>();
+     auto g = std::make_shared<dUdN>();
+     L.f = f;
+     L.g = g;
+
+Now, we have specified the variational forms and can consider the
+solution of the variational problem. First, we need to define a
+:cpp:class:`Function` ``u`` to store the solution. (Upon
+initialization, it is simply set to the zero function.) Next, we can
+call the ``solve`` function with the arguments ``a == L``, ``u`` and
+``bc`` as follows:
+
+.. code-block:: cpp
+
+     // Compute solution
+     Function u(V);
+     solve(a == L, u, bc);
+
+The function ``u`` will be modified during the call to solve. A
+:cpp:class:`Function` can be saved to a file. Here, we output the
+solution to a ``VTK`` file (specified using the suffix ``.pvd``) for
+visualisation in an external program such as Paraview.
+
+.. code-block:: cpp
+
+     // Save solution in VTK format
+     File file("poisson.pvd");
+     file << u;
+
+     return 0;
+   }
diff --git a/demo/documented/poisson/poisson_u.png b/demo/documented/poisson/poisson_u.png
new file mode 100644
index 0000000000000000000000000000000000000000..1bf0bede3ff538c772eabdba3ec9534ed6789683
GIT binary patch
literal 35484
zcmXtf1yCCe+btFd?#12R-GfUhP~6?!r8opAPE#oE5ZoP#6?ZAF#hpTd;+MYP{U@`N
z$xdcx_mT6+IUA#<Dvypri~<7#gRZC`qX7d02ZVuv6$8S(o!Rb1Z+ZKI_0W(9!BkI@
z9=-iQG*_0FfqDJ+$?Gcp@^%K<RYA`K1_l-P-vJAgkwy4+63J8Xy)4oS8URm_S~D@o
z4hDu2Mo~se(|6^x%K_qaq(#PmaCa7{`ZMs4!Fo#jPc|$$N-8RH{?IMKgdIU-3|hid
zv~VOsPOKhLL^(u@aA^=H!s%snBrH7FH`5+|-z_9cBv^Pl({Mi`IM_IHN@OZzTCck*
z;YR}&iG@4e&5hD({bTLBu9j}TTfw{evi2K6Et@H^149S)a%Q=B;+x6&;J*cb$xV_6
zuQ`vk*)U8A`Ht%rYo2}z%BsL7N9V62|2Q)d%`=~e0jn40sNOUL(@kQ3ltcu7Mh6gr
zBq`auJ$w40uxN#H>&G{vQ)8@V3Exih;K4~$y$K3gK`%XEb$CL#_;#<8A#nk1(Qne<
zahH?9haprSkxcJ|;K}9IEAa<Ea@x<!-ds(^0Bz+F%-b6Li#8G^L*%l8rAa?*{qN!$
zHyq+3)gPV-NQv{$E#?!VuhY;S3Hd_I=Aj0~L0cR))jiW6BWkyi+~SdL^Sb<A-p~1R
z%cK8$oRXT0=StrQqFo+wY(4VIY7jhfKjMT+7_sXM8$5~JfB&(rzIYh-jd*8y+ykP7
zhRR{^f>1SWZ4G<LdA}Y#ts?TrwWr%ZbtMotwdr0_Ye<DD0fl{f&#{!4d-If%)No*c
za3~==c4T~n{ZMrQo4{2Y8BF9jTl1L($IJIha%6DW>Butq7~TgfJ_)h4|1-(*@kOBj
z?x-fPGw19y4<vmcB$AmgigP*a^Y&z39`k>d$@t3gbO<Fs09WEbQ{)h}uyYJxRW6nq
zo|N4@wD+G`V~$TG*!+v5#dJ(J+snl)hMy?;gKB@FXq<PS1q>E1{m*!!9Ds$ALP;6d
z0et?CsM%y)eTY#gH{TI#w+y;n$UoddNje8_#-Qqdk3Ymewlx>y5TG|jHr3?i<0dO9
zYrHg~)UHp#%}qn(&<Ec<6>t1HR{HH=d@a?Vi&=pVc039Jn7wLP&&8~h1cMCec_=~b
z+<Qc_`=576o@B9lywdDT$*f=~fAml~{-O5S#T>pU4qhXNga|x0grXNZuMum^&NT*I
zH54$WP$Q>!`iMWQ=F0iam^>)DbxX%K>6%FoH&RY#KcMQE{!AW?qN4of{bMaoQ~5cY
ziXoo3hw~U*p8K%Ih=L#~1q%;ULkYn9G{x{kx^F1(U=EJ_@O|V2o`E!goDK=HvaN(J
zhw8X1Bv77$h_lig-gOTS7T>(Xj{1!xbUbJ|Q<x)n<03Ahy&MsE3BQgF_tHDG{*XLl
z@;9b#k8+ue-=b|)UddV(Dh>1|rB;KdQ~P$YgrsnaN6VHIp{UV)%>mBiwdVw@e=vGp
zQ!Zp2c3%37jfIuYOBet|z(@Fgv-68;d+z&VYB9!y2fs{QExT3}Ebpw^dpK*ovMm`a
zWLf$8L0UK^LZc81<Z?AQ6gthQqW`<#6T!faQ`%`XD1ehX;?vW*1VQ($g|qr?56#KD
zHKOi3kT*6o5<QwHy|^Wth2-)gWwyKVAra@YJeW`6zbwu9^AO3AuxKI)wy>W){+p5b
z{b%j=wYXUUUuiwX`{8x@M)IPjjvfs7W12HVla0!WN(a%)M4kYg!hd;kLtD_7_QU^5
z7zLh;{1QlOd5rZN|MiS568*bSlQ=#AO?M*XgtVR--K##o6ev%gKa=q3=>hX%kmC4X
zAm$W340H=Qg>5hNVfWX`1tB4`J_N-5txxQft=;B%>HATus!*kU?VnTyE4P?Z)cd2D
zPeCvs9VBwRgZKE9z%}fPpYYGuBV{HJ^~jTkPQc!q-oh@$Ite(COsAG0yg-F-XV@;s
ztH@`p6B=?%MgY~RYBAg`><D9+*tsPg2mABr*#D2qj_xeh4PurS1oH`6-%to17B#3R
zEolBdCPwblL8<W4xTIV`b8)*}Q*2R@|KJ@(5_T8?A#%P>>gdjKV~KhpB4?bxz+7a_
zH{n#QjIotWbW8CB7G;N|=xEsBvkya=&ow!x{#swX>n?P|CfI9vvRHJI;t$r6VaTIk
zf0uaLx@1)TL494MME~zfclmuf&XoYTllu(}Oks`;G9%qD;Aq0%fY+Oe&*&7dHl;r^
z_+|G|KoV684H2K*ZN$bHsBgqWd2sv(Ya^rZzYrFg{X^&rW6i%N41Z77swrajQc1{S
z<fFrQ2v1dAhYnuS1Q_^#2#*bRI>l#?REEwbavvh%SNlXvIALOz{Zbk})PUW$G3NST
zoNS<Ld0_@`+({c`XK1n=j#IG{Iz*qT(xFrR;(3kD#3UgUnNfk2JrTf{m~~7Fv4CPF
zNP<KL7ERH(zh=dKMyf9$cDzg)RQX@fUB3BUEZy9>h${Ct2WQq-c~9ES#o)Ctc6l@)
zcJ5W~y2{dJ9R<%<OIm8@4s{Y{;HVURBFciT<>F&+?wo@S^BkB<*Ft0T!ieHmg3fny
ziI+Heu|2-}6lcEnY3C-#;;G~uXSObHObw3|Oeqa2ZwdtH35^Vb-H_+UXMo<S)*xa=
z#}*Dpc>r3==cqiRF#`t<sWDK!Xc_hNUUbomuGrnZPT`qAUPxZR$A1CxhT;shLE8?c
z%`xBkDanp1+G>sPxlonJ0;1!kBc_GW=^38~B!cFWz`xQ2+f9XWj976#mxX+_|B)ls
zxZUKbf~Q2X%~&OlIK)@1^R)E;y$p8*_h@?<h7uT{;h_I>0w)Z0RcmJ@IAM=p_3w4?
zANn3};?o7a#QEZp!cPmyP=r7IBlwsLC>lQPE~UPZ9YTJ?XllYE#s4Da*YQEO*|8uj
zs-5e+*<8;`s7x&J*${DpDo+G3V*(4SG*eoQnO*p-=6gzbR>3I!eyeH`AG6_n9K@fQ
za&ZscZbu?*sNv+YUm}S6rRZOwylFiGX(c68lU!F-bgI3-B2&WWX=eAt*z=yJl6zXl
z?4D7Sj;<8RGCBlgmLT|)RNv`bkISnbc7>vev`L2`(DO$5IfyLYl@OO{N}A9AOL%gf
z=e05V^{w6vURO4XBW9*ybtJm0b|Ug4W21afbTsZhGQ|zWdh60<skpm6DE)n7TO0px
zLs;G&DtU6JL2Uo$D1s$K$BRB}k!}A73+VqIJ?rM;Wup->ylP@PbC!in(a5DD3cae(
zb*-p6BV*SQOk${p63V8Guh|Y{Dnw1Eo4y|(QvFpO|8uA$6^RUFy2DSfs~}&8K&J52
z^8t;|ZvLZoq0vn$R<ffLtx_<veww|LQ56Z@iLoN1X5K9k0&(7K9$;dWzF=Q_QBBy;
zVa|S35SykXTH=}NH&XC1*Z}Y_^ipwjMW?TvB4+W<^zOrJ;@%$w1_sgfom~Wm0M0Gf
z9tV>soi6R}<IMd+opU*+M(^z75_Np1LWbiS`1{5D_VW)DiPK`xLKm<3k9wM90X8n@
z59u!H?G1^-j*P(k7dHTmI#hCgy{sjSR^eO~hc&h&VgREz#WiSnXc^W9Nz@<guy}dN
z*ZE9r{K6yfj{oU*;x~4qUoYIMs<oMdXO|T<DhvTxIi}r1L5W|)?gCg*Cou&{U4y2t
z;f-GrJCB<lB)S|Eu(`Mqf0PxEFI+ON!exisogl!As7&9wvj`etJ{oBzEu8;d!VLC&
zicBPqGn*IDdA+^(@bc>q_3T#E`U;)BZJZQ~1rWnjGywSA#O@J*Ggf4fg+;G|TS78r
zYf4E?nExa3b?Yk1r0>ob_(+D1e=Bn8tu_I572JC2xrVPc9+1Yo68Ua@f3~<?6MSYU
z<>NK-AreQ^X0$fo1=g7>K$ZYOUi|uBI$03jRL_41K55iod!j2Z1s+d1?A1E_9K}Dy
z#x9!YLd0f8W-`-j<OY8V?ArRoRJ2V@9*Bo&(%-*$Stt=um;}ar{xVlQCfXJEOqbOy
zcivgJ-5Zp+9_NQtFUAmsh$+bWW*u*^Kqq$1tI;!y2@gSgkGp(4OGJi}fpyN=jaS6D
zpXcvxR6EiFap2Yt;{QNn$XMd$Y%cj6)|s-G!4lf7UHn;lFhq$Gh|a28kS@LCSAK;E
zhmEH;YAHR+{^wJ8+w_9rW2#A7z{Nn<9oLw=$fU@r^{IDsoru(hH&%EQAPT-Z`-pcZ
z9s7E`=G7r;>cK$dtoq!}P)alWH`t!5@>>>vbx5IgKRtQj3!?mgolu>2GVx~(*!3_O
zk#0wI*l9_8Mm(+e8s7Udln8m&t3s4hNJtYdsSdkp{$GAYF#Spll6;B@_K{8kw>%-O
zua{1J&-Gc4WJzn=%m?*}+F&cjj&k6W-(vMPIRH~9$sn+9zXV?5uRlCq88Oi5IpQ#_
z^x2ch>1ZOVZ~d5S#U}?Ym?{0QTbP8EZUf!)$@*~H6-gPje9wpb+?&S=onA&e-_@$$
z6cxqdr7CW&Bj%J*!QCg>;W!!KNWc`0^4W~<xY%`S;p2q%NJ`5vRBCB4(49&zZzj<c
z@v1(ha)>=;=BB#%-*1QuCVtY?G<`vbm?#IDRvnoQ;4gUz|MUsGPBeK?ejTCNsR{hA
zEVc$+i5#4|n-35ynMph8RF#sSO?)_tv(?m7RF|dIowL8}%zt`y=gTg>{f0zbf=qGy
z^82gAt7Zxq^I_|64}9kd`<k0bjbU%KAPOSdwIMAB4hFt`;=6Z@d?J@Zib-*j)0oe-
zm-iHbFF!ZCag7S$_`*Ynj!`NNd|NrKwMe?&#t_A7t}Sn#xk&NZQYUJfYvac=f9~$9
z@B2eDXH7nB0hxJX0yNqs8}1KS4L8K*`{;8Kc0tU!xtLE|N6UBD=N*2JXPusa$B(C~
zwIaPQ2pwYkVx?sLmPmbZeo=mjeu;K(hu~^&>&`h|2kz+yH-Dlu_MOQN-$gOs*R)HQ
zpr?EDmrm|d6Gj3n4c49lh0g;RQnTKy=lpg#VBFTjE`P=^SHZypd%uw+{<W_cc|pHA
z_KzvH!b;?-=B1vAVU8E>(W(=_XQ1C)HCGCSr%$nLn3~5X6{Kp|P!WCnA-XMXj2C=N
zkPA0^nSvQN<(JfAwD)z@^@v+FyUA3hw==1vAA4cmUcy}oF{vE3UUDS6OHV`2k?k-*
zjKbu%;sM9=LLfN<=CVsILry|xT`T%(Xi7Eu5%g6w>%SpVEOmuFp?hmh>d!%%Bfp`}
z`+6zc8hU)1mBtcoAQ|^$ql$JI@0aFr-f`dFfI*X&2?l%;<ENCrTONKl%rzTe<uo_<
z^v5r!jD)l*JSE6fJxTdqSan$=@uF;+_QmEM<Bg5rbEf<0>q{T;=hFt0=2B_}y@*nP
zd*dg77gqH-(?ENat|v@Cl!`9i|C4YE`Al*`=i=CV_ufhH8QEW8347F62dOf$#@lIK
z)!x$5563*$K^GJhzR^0>SEEjXU2$Lj;mta730Voz9L5}mn{`%fG;b&_VJ|XO*vEaz
z+iFg(N!I$581=Pm*9{AwFcuxRJ?4v!T$4MZgRwB_KC@o4UTTFt*;d9cuF3R_%g<Gn
znwV`{FFLP>YG3{hXUD%DW-i=>armFF#1apyg^yO~MEGKe8-F7@*=wA8pbK>|44o+s
zkr2j8Zq!OiOU8X;80Xn|Y};N8QqGC6*#~fZ#uOc{X!$*=m1W#_WR+vw*ExlS&*1H8
z=7g1ryzX8A66@*7ViYvUY3621Ikb|(DX}@;yq|CAeu`&6^Q)zyXg|WUm`g8*Ab27Z
z6-y}P>pk=n+Wyy3`9NtDyB(z1x6p&S;t=JD!(L5O<A)p#P<*qbd5P8C+nP$M<v91D
zXmT0YP7J@4OFzgp_Xl*l`0hV<?ywtw|2#J)*!JU@sU)!D78CbZ78B^4+ubu1muNXT
zU+v{0j+1MDD!goI{u=qNwDl9<&FC98*Dk?VO>a;MBE!(o1yP|7($0S7jrPb#)xoj?
z=bFm|-*<oKe)%i^&vpu3PZU!GY6$JICRKF`4zp_egtebfkg-C;%vIs37_a<`Q4<6p
zR+te`6S7fVn|z`$aJ1bZ?~WJ+TKE024~?Dg#`Vtg6td6SfU=IO`{!pSpVAWIbW+IF
z1sK7J4!buCtbZ8RSQa7LI<yvFY#D+m`wbhvA$v43U`9Di)_3z+u&9qvDO1~<jMT){
z`wq<O2>NqOI7*53uj6a4g@}>2&W)qcF8FTY(f%>^Jb9l|pWbu((~@%<AA3ZsQlpPY
zMn{AkCDars{QjGbVUSM>7%7*4!k5z{@|nrIl=mamxv(bC%83t7(mqCNq9xm~|4KAe
zGRrXsQ%X@bL{1iOJR?Bsu7rs$Xeuoy@XzK_!!CU<H-wqL^&pSF)|g?W95(zx;k$Yv
z7{Y5`OyeZ??pSF!R`dXMb8T4d<+@d5zWvp`2|2;)c0#UajjujCOqx=f9vySz_58si
zV86j{$f)xZiFc_r2F*E^Pc%<|)=e%mDHTrW`mJzBQ&sL+UU0+8ycrx#|BqJbtn2Ci
z7s#V>>nHq{^?~3&bT)iRPqmG%S9ESi9%E;3Jy4%!)^X8Ut=gX~3#iJL$!l`O4jtz|
z>@s>D3l=UM>sexra6?a)R|r2qIv4-M3_n_%3CT_?p#<>1rqh?T4r()9qd!--tmN}f
zw0=5T2N8>JNtXtk@9nMDcK>)*w3A$MTS*syQI-5&e5CM|<r}5kR6nRYpE39wa}ToA
zwUn&dAX&jNE!Kc>TePu~E>8Dj?3DO^@R~;h`zj*Yl}pv;frq6Z81&WYMNfY7_}|Kg
ztQ1wW-fq_9rqJk=!Yil6aQneWTc&q?wquiivJp`mF8}<67Ji@TI?hJo1o<T(U<T=f
z&sro)i&-%8Bkp)Q3#T<%+0xiP+Xqv_GxiA*mG$io_f;gyB&uNWAo>1nQ;E?Iy3fW~
z@ZZRE0SK1Mz6dhXkzaW2C1O#;!0cpzk8qp3@q=_YZ`@l4r&&YOYvXO4CO~>eC|te8
zYKvD518jne>j79F9;X5`ya>6tauoCzaUh?lB6>LA8j(?4CE|^f$lvLhmse+NCVelE
zh8>i-tR~h5;p4#gND4@G`AUI)V^HedtzKDbTB#+1mL61EQ^rh_Z_JFtP=*8bTzu<P
z{YM!sYos~<k4g8uyRLvQGy;|OdVMRpTe_P(_HO{IA#pk7{l|A2RcXV|nN88PV>JPN
zuKE_%Rt`=H7t&bJXD^PCKLpPBP7n&2^3VT<j+SMUZN27W;@eM>6LMQ*BY{WpiNm-p
zn<4GZk@rP1Boomd&Y;L}ga(w#vD9(<lzLo`6=ugC03LIrm}-cUeRvcU*vA-Ma83UB
z!>aeI$mM4j(Z@syKZ=9Smj*irY^sGEMo%&IbDav)x<XWtqmN=DF<((psh`u(x2`<P
zUO)2#Pf~)6gkxD2Eu}@CS;yp0BvNIj(n9^tQ3V!?3$a_cD>;8E5BN2gvX?Y@swA3J
z7^bD+K=*puA1QlB%wL8uZzMF}vGZq|cCD#F*Nqd=%|E*QazzT+Hz##EPfu591UpKi
zJeKNqMGW7SM2_`Yjf`rfoZF(dR1mN=%8NfDxsY%~sfTmL!8t~b9T$zhI0+X_e*xdH
zAF}C8r@YP~&~3Ksk00cbNR5DZczM7;S{s>$7zVT~>ujIa1ETG_jlZo5{jn0B?bk$W
zCX-OLz{uI~AN-PP+@ieJq844MnCZeWL1M`ZuI?SK8XrbgHe>P@!Zp#s=wXb}F&?vl
zef4i4@pq;>;C4IMj>0CMM_MMSo=#-XuV<VDwCJ~1jkpE|_ZcI){3`~GFg<tATgD1?
zgmeD*-38c!-kZN+1|lPNY;!cayuE$m((q<RRJFbL(c89%`s7#LTecLWchB80LERTf
z?{zMAN3624h?#c<3x6Ts$xwkT=n-%X>HP#}cQTiy%@l57jg%c;6psR9u|~cPmG8v0
z_BWOec;*^ze_g$oHt{%H=@$%;nVRA@63nvs=&zTQ+9@f*<}jNSp=f(bg$s;il>L3Q
z8T{z0{+1@&b{`0qk|RzK=*X6@<IcZ3FGOiohvaZ6c#zrW*yaS{QZghW+K#FhHZKga
zxlEJhY08t*M<92Q-7;*Su5^Hi$^BnEH^VXTZyOCeKckqrCx9X=mbgXjJM2$%*_4a~
z9&D}yg(OCo(Qek0HPs;Y9W_Ms5!rH5D$xPwDeTB&eImI;ljKtRSYK2{z>3nAcFS<@
zKUrkPoY)j9YqTG4q5P{4`tZ`q76zzF7=)i?+ir7bMwGOig)=TI)1_^}QS}Uxt$jEv
z^wWqWe#_zS#zKMmclQV<<LRxLH|GHxUvbygr%*7z`-pah;d*4=W!)}oLhTe%!y!Z}
zo@w{vb|K_APpYVABrWBeEEzjRD9pS`d29u02<j+;RKT4|E;F2>$PQfASYz?agV&LJ
zR0(?lI@&1owrf6qdjQkYR&dpF7`q*V=!5**{x~TmC#aZ!MM9(c9H4q!hLZByt!kq5
z38`Kqy=;G`_lO&7D5duR1L7)X`P!Dy3D`&8ea3kF;`88gp*Mw|<~#-EBw}6?m9m7Q
zXv6@<<290_{TvPYWJh)(#{?1QLwe{Qc?ybJ!UjY$LS+F%f;8t`XLTZbFWl^#p}EiJ
z4Gr>cx4=nqzW0il2ZCAKuGM3(V_{ZOO85M9D=PgOUACFl3RoldvkXC-WIJA5Zv~~)
z<+(q&ZL=JBDnr{BFu8~0dm{U|Hzhbqm<3?7mjfMnhE=}@=B}Le-9ThEQnRE>-fx&q
zV-3e#SNd$+Od4H_zlN8HobQd4Nk=YM#<EgywX>IHE%o{bwfq)wG7LQo2+ro2y2{$6
z814DVPaq@}Q!a@h<KdZy=cb5dE!PY2R9a#a71}yp_ubp<zNN~o{ScE~LYpoyok|8!
z8wHT8&Vz`e7DOw=?BB+nd>TK~+Cd*9^d|geGY96zM-2S=BL?|-S~k3*A}b(eUVL|q
zfiVZWSf5N0&PbY9(Nm-fa}3%%*6{GNDn-ZKWe!Kid1vBRmhpF)#OW<3jh>>Z3YWwT
z3H}-Q)VmiAJ_KqydBPJDLB=lCloz}=*5S;A$Wqbvoir+F$W-aeJ$5rfW-XVVz3X>T
z4N=MO;!)=c=5owtDbWhd%*lL0%%q<&vP%$7a!|U!g8zj>YEKWV&%9Y=VHi%rTFq^b
zcPmvB&&z`XIli_APAkfG67l5m5Sg06S9b<Reg70NvRj{%k7&uqRgWAAqpnznG@)G6
zjlu{@uFRIYTPZ%8{Nk6ri(12pwCYW{xV0%=q3M}V$>n@a?<(6@*)iw1UPEyE3?Cr3
zaU$cTOGdwnSN~?#2pR^6Op?zuM7iBYlTX%Wr4^zmp{7Crbc%Z7N_5Q92q~0(MSm||
zr$mM-EapwoJ`6oHQ;3&Uy!-Pl&r_2dw2nQ<UlKA%_=g%*-)PiWT*CeXS^aZTN6Nwp
zNZCarJ)s0qHt&et&!3Vpd=Qx-u}bWyxx>#ry#seV;K%a2ea<P&Oc1`FbP}<+6(A-h
zAer*;+!R-)E@ew!{@sIs^i1-Pa~8)aqu&KWOaK+j+17r@x0G|$I@V6lo|>2G`|Fn<
z&OVB=Oks+Az;Ju4K}GBnEW}JyBNCLY*`EIYHjtw6UPaC#yUFSNKEej+=uNmW&U>+`
z#wucnXjN1mY;=6@%Ld(W%`agVS3i@JC=`bw@G^KIf%Eo3CT$NGs!mg{G;?1?T15sL
zIk;AM`sbxUM2=ucYiz1w!VXl@)5ut#wn)oI8*w-eS09^NfGN^mhLD+Y+%Xyr7sQ<o
zbSrf;GprT)xfil}j-L4Py?nX^SBC2h8^H|B7{*6`ldP0YQ$TdVmbWwYX~^jHFGr_e
zr^*}c;Oqa@7zVi_>VdZPX_6f6^F)vHJP}K^q*6nfR<k*($hNGcI=*Hpae;p7$Ni7Y
zw#iBuBtXO;$Q{o&3jNpOrtSU=KBbjVtOL^Q_3AR@>320Vm<CIkv*ED%p5%G!YS9n3
zYH5n>T8Y#SrkdGH!>ZwULds@mU3jkMSm?-9ZYy?gt({M)pwOW~P+;4$-(1WQ2!t)u
zk0^C+`Sq=dd8)9KXmyq-1@{vDyW5AK0?)%S`-rs06rxXL>!QA%y7>)xd=+wmCB|f!
z3*H+XgwvBRA&eS+hK}ER&BAvZtj@LTOFn22alUVLU;RyS)=Qw;ve|zRd7BW;q2djh
zAgFWbuGA&5Vj5XM6bhQ*TqOO_(F1bjR7iHHYzI^KsiTeNbR3qR8Z|;RF}>Pwk;>Ni
zH&6W})mD+MKm46XX=xoBHr#`hpA`x3(#>}1EAr5aQuhkIb_|F#n2O9O-<I9q!S|mm
zP87VI?a&L)b(bgi30nk~UuukPxewA2E8`CvgOcF(Ir7m-xM?9q7DS@D4{6MHA^QSV
zNZrFU?<T~^It2X|0^aL5A9M<6GNNZEvqK=N99L7A4aHgAxhXXD53o(rt*KlIq6=!l
zma@t?l^EXLhmC@>mgFnZ{A)v4PNxah@&<Wdh-OM#uK8Z4wr3=!8=`KWu*HJ$q8xPJ
z64FdaUYL??PvIpGkE31uFZQPYop14f<r#o>)|V@fP*f1gm?1Rs{T|0P{vJAZkVrDw
zGyoLb=T-BR223Lq?*ix!glV0^;!rdhWj|75Q=fm5`!q)K@j2%FyTnFd@HbX6jsmor
zI$F8u4xqkZs3iq_f$8^&>t)t*b-gB2ht*Swyp0R~wW>1dhP<!5*=!&96~?HdX2%f+
zxm^kQRDd!0L^IzAvN1cK)2;a>BdMADj%ZPp)Um8NL-cuzfAM-2sUfGDJVD>+UzkOt
z#sAX+<goYjq?Y(;ez3m{H#u0&M6d8LjKV#pCg(M=t&u9Y!ii+w`=&yxYChUhlp2Es
zkZtn%&P+?CXmH1W^W*0BvF}ruot)>Gw^FM>fI&weOxe9WXA)<=NxFcWc1&3&vidG=
zML&3dM8GM2_+8_Jr2EWlwZ1mJWb87fDgV;QFW!hEH@P)8{kPQg{OS^Hp%Ft}zi4Xw
z$8$8Vd^B$hK`A@XV90kjm&s91|4lNWG0SFXaz~R^o<}9~Yv40hwE*Oj5M!nK{&sIZ
z5QGH3{$248#m)_BBwiIw%Pt4ssT80*0*HaCOw4lLKINz_`nSNZxe_(jmhY>HL7%PN
zzS&Gk{ioeSj0$g)bG3-sF?j+p60h^#9CRA;*<blkjI6a!CaIY#!k>plM@Z8NVpY+2
zO2~dCTq7TR%vu|4`R*?ikZBxHK~Da&pHED*yiA4vTb?GE#CEEbHk!gs0TLl`UvCq)
zIQBMv<*>i)MjBApW&x#?TK>tK^Yo-<4pI&xKOB@+Ed90c+57{=>oN-S9Hd5)3aLZ0
zJ7n2jOB0-nBlbe}Iy>92%F#^wj=s81Nt*>L;goCAFaj(<%t@5!zE@0w_&))a8X97;
zI(%h+n`N~}WkQYB%0KLLZK(A~UPE%57^(`mHKSo<WbL%Lt(a8M6w`-^+-j)YT1@p^
zkE$<+FBH$d)N|mC9Zz!_yjB=+^unbwO2`u0&%QA!9~j6+U_%-R4V532)PzeYmx<&T
zd-6!+&FHA@&Ts2JRxt}>Ba?~hP8%3YFF1F6*An^4ftps7E=@WwNv*0jP+WmP`O9^f
zCbV7TGp#8AJiR{ER`WS;*$e30#V3VI^NXu;K<N{U1;wQ`{55wjDXlET6w1w#Pj|!E
z4^M>3|E-dj=bV>qjZFcG_26MRQx>}?WAk%fV^@Aw{ajCm&3U_{UY*lF&gTQ>U=JV9
z5~A~oZ09zkXr=s;sNE%#A`$+mP<vLH@}0Ug@H3Px>8M$~Bn-DKdnhfUA2!NEEX%B|
zB#MW0G6|!+XPZ<F93sET?jwe!Nr}un9l_06MN3FX|6YlnlQPo$5=G;T4d1r@w|!-6
zn0-2?WL;rEq8Xr{;2JFYw`$-ECt!qVCd0=Bm55I{6g!TX9;_!_FP2A4FkUL!hVBy3
zW!Mmcj`#@rqS3INhgV;8YDLrjgDz(O-G;<%_xhtn?qkP}*1s{d%FyKIYV77T_;-jw
zA_~cdD;iba7BSkxY3GX3vHCVN1A;)UqIlwMj{Oykt5Prqd#0O&@n#@Y{81Qn_Ji`z
z_jub725grHr!IE}pR_-kBYAP-WY7B`iqBa%Axs9;WuEi&{Wz(szeF?trg+iXWn#9D
z(uv;w;nzG2NNtom#g}iN0WfVSPJd!f9JMWJ<o2ntSBXQOE4U8(B68onNCy^9lZ;eV
z;*zqfS7mVUD_=?Wn1<(?FM0!*97InuufYR1&BM%(GiPpdJ3X#wnEs`q1!`_kwF{at
zc}2>Y5mU);Db^mk>6)?j5&eF$fD+k(aj*yJ<ew+(XwW;YCPF9G0F_XwJtvphxogRC
z6gnnIGbtoL_d^55BvSw~7=>SyU>zz2<mF=um!eYRO-4%Rb+lWyZXoGcbGO&}G9NE}
z(1TV7F0OxBnWrW3iyb9W8DFY3)vxV{Q}&693f3WXT+G&P=sis(h8@=Z?$O@;RS<Fg
zzbXm?9}`R9UBw8uz`6BqO`vgUX|kOP-GAM{3}>P*xgXIDlU<n}B}nPSwPzdcAn}(g
zqQf7EEUXGc)(63C%E@^$j`dK7#KZf-QAun*MX^#ge7Izv{yj^VeJ{y$_US{ALiD%`
zA_yIg+s^bI<i{R%n~iJak7r)r3F@Ldl2Jn+qCpI`pPdxca0Rt_vCufnc}^PIx6U)F
z)zmoY9clGZp$m4Q4A=@RVIHK2pjE~jq~`B3ChEBr6}T5z^HkwNSd;zc2WK<WE%h#_
zb+=O$;IFJ0KBD98`>`X(V#=f2X+EP%4Gm*DIqasApJ3ck+V*)Oqn7y~J=dVOTwq1Q
z2f!%mV%Up#mx%3bfRYGpBE<eU5i^u{h#AtrD>S7auqFUp;RrZWR}o0_WYFlEp=;JN
z5>zl~-dEm5p|%ySzP-2!sB#-y+pvMore-|7s7fdfM)9M=SZ3DJ3gb(zJtJq^+XACa
z5^8cxf$hY-rm+;(#oV^>pWV0UhFRYvMzClt_JPY|HKtx00xDa{JUa3O+=RAg()v;Z
z4~N(w1m-ohh|ehc0TC(hs`G?+%O+TSHEZ|h!<E8lwMd*qY=!05_I^aSjzO`kDc##y
za>!k8y~S98Ho|AFLGeIhdRC+>6>Q+{PYf_RFhLWWlM^dMh-_qX(X&qa65-c3jm1oX
z2!S(!qX_3suP7`b+nTFPQM~tZvHRZE{b5H4*J00RpB_mfx!wsED#;Xs!c%bPZKL!E
zLf0SY2Pp2ZY+n8lbO&{Yy~R^&q*u{{|4?Kpo0nT=JlAx7*h1z0tix0j1Tqp)E*-`u
zT9mb>hByH!`#YtqL88Q11%*5*kPp{e2+8YHey$DoA{q!xn8Emn+!g)pPB0kZI-+sw
zNgW;gsHeYBiCP5>$%y_^ltmes(QrRH5HNnfA~PJ<TcBuHm6MMhX}?V#OR{~exIjN~
zqpTrDD2SnM{=H#HtxQ@LAm_S}G_1FiGg7<lE-02JznRsC=afoyp$O2zR+}%1&SECd
z%D@}K`|}^TlGy>^dk~RpXOcY&X~>p4YU!{b1@vTvsBJUQTQaLvJ#L($UC*M3y(E$(
zLvm7CO?<Ng<}fE=7MV~!te9`!OD5a*G{inw+uNjOvx0N_FFP_ql(Oi}aa19&c1)w<
zKUF7^p`KJo#)7__FME$k?sMfjmuuv4s5+Jb?IAcrXYXVjDChNcV)O7~0c5?l>lJ9Y
zzsT)+KcVP-!w`H7<XUPN=_>oP<~~ZMEhJrbeuiC)<JRf_p9hGfC4!4t#-s#<HA;!?
zx@y?@T>$VHRGKOYQ+T0b7SrMh1%Jnnxy7FYzLXq`5(F}_VZq{2f$*t9Le0`*K;Mj1
zjA1S^yzPXtqyTQEDXpYfli2i^Yv$TbM&UfyXh6sBp|HB6%Wb=L?|d0sl0B)_RRfHY
z!GnXoy#0pC{`m$p{`q;kXdadXV%8kODx*YHROeJNb5y6*3jVP<-F#g8+lV39<=!8Z
zRZUD!=9#ajIqp+zUf0r|Cw;Nss8v_xp9I}c<=sg}_v1Nql>j=gfVGuCSy?zFw8NsJ
zD|RLz6<v-3iSnCR4Lh2#Y@@|*9}S)wABR!S*gSQF(Do?5SDQ|LI(G+dCvKey^FU1<
z(SyD=%i)`Ebe<EdF65xO<>Pgcn<P9kY^rFuW9%A`kqz!EEr?O)F@dr2Wd<Ear#_O+
zD8#$2hMW+Xh~nHDn$;7Lgk}8$LC;gzO#iLhU%42&rzKL)SPtQ2amtu-1gixJ6FvSL
zOIp2-!pPH7m=z9X=eL*G+`7n%zAme^h4DLb`t;6nD9OnxB^6t?<2TkS0+dz1Mp)Th
zu<7hIFY-JNn$`Q6Mxo?a)^*ynC?D93;LgA_>Molt?3pTw^+iB>0HRZA+gSRZDKn9x
zqiPy$PO!YiZ5T^G6nFD&$OFM`ROoaL5n>?IhWAi;fJ|f(?$xltY|`)>lr|oEf)o`{
zF)>*RTWQh8+=~G<#0SHJ{?7|h6P*7lFc9s}LE%rCYL_~Ra+<PCr;3(pq%w&nJ)3gD
zgXNjn1+b<bNOAPbFS_X1Cr=3IWBruMPp|_e5o}Ujr3KHRnnePu0UQFBj~`8mtX{=R
zC&?_V8<_QN=ND3U5sK>D^JA^9&<QxHI)Mg83Nu|YC0H~gQ`a3wOcT^tlyZ?94UpFt
zX`gmbx?g4FhmQb`uJi~eEB31>MvEwb3^`3u>W8mtIahp0$E#}57|Zt|J!(NH`!0t7
zj;`0V?&FprWxKb1j6u=&t-Y42$(NJl$oM=2LwWgnT;@a#1YW{gBQCWWRrwS&lI#S{
z*_@9W!NDU4AX&;7y|3lDn~)&s$TI#+eoaQyEQ6OLUJIX5hs1dvj}1n)zP%7mI|UWg
z*4-`u5jiWmD6gn(QNAkxI80h8Gxo)Gc+0gi;N_XrFXo7)wc{sbO`AgEW&v5LxjEn3
zNCl|aKc0m3P9<O%POtBN)yl7kaOU=;iB10FvNiE2C9jiTj=N(RIbX<jY5}T$k%U$v
zdPkXbT&!1735MC8sKKvHsJ}0xM>7EP>fUIcXzVMULdS%-hmSHma?^&vzL^E8%W$vM
z8_hCnXf7-z<K}H8P<%~zZO>0~sU16l`#z@E)mBQMuq3M`BlYx;JtNmA=X-rddkt_z
zd2d7*igEGcjbMIxBA?}Eeo;l2yS`aF$tR2RFE^tpe6=N~0<NGXDq59+0U^<XvBEF~
zL@jF2gh{QHOx$sjSJ#aHe`O1X^KW$Q`*wRIv^C=?`%FXKP}s#K%3|539_a=m+E@ks
zH@T*mf;HdbAu4uJ5&yh)8%T*+nTAxq<_;c4`9}jHZM*V%drQiTe75&e_SKU<@*pEi
zNI{^B;!kf%h9X%rgAF)Ow?4cv=M&P3AxS9Y=S<M1O{;C06vx`p?=Ii3(5gew%kSm=
zQ_mexzXlwGEOjY}7zYG0#KNRvqqb>R8y4+xVhS(=uk7amtEh-jpyIC{<bQwG1fKay
z{RcKM@a_8wK1${iJ8KR~+1@fPY^F36TAFXWck#yx$5zm~!kS@3XV8!v0ROIpR{Ns8
zAS^}!NV)v05FH=nj62JGmiFbm|N4bDn`}~fl$R$T8#cDC7eSAA@BG6el=!&FU~&*>
zwP@5<ix{4cuGeYqYC0`!pwkVkq?W5y;x^$z_Wo2LWom1IZnbG=fws^^{O$)?39bSP
zlDbgZ-i+{a9+d>m{TL4vF^RQSU{?E0L)L0lO#4dj6^^2%u3?nON=k>W_j$%#P&r=K
z97D-|0kn+*$LFq=sr_*f+*wv7-rD-=Y%=x`1j4q~P0grtJV#@xPP*9hsLs2sYTmO#
z!A7)TKoz87t39VzF^yO{o{R)g>8gdMreZ7LKyY-~*c+NI)UWo#{ZUsso>`Q;NgSZe
z+8DRqzbg=awlFW7=ho9?aMQ2?k-5y2ri-HFDQ!{;-XGc>NsWpy@FvxfT$A(t0~xj4
z`<nA%n*eWuPyWv$N?tluMlgfkjT0n&=7p0O<f4R@8*fsX(c!n-x2D>~Ohx#TSnjhv
z3AM_MM<zoXKXTu@(u=K;WLTNM;2)1`V2>*J!g<Y%jWFTtkt7Q04KEoMK1Iy*M5Uvm
zIdETvkyOntv}PYn<y4O%;ScOLYTy*%Q)IFHGeSg1DiCF}m`ly8nMVMr)N`1ngaD+t
z`G;{daD?VOOMn_B8<1MM`C<E%HogLw+`A*pr$GUXHvt<AIJ47{*bld`%PXfT(~YGH
zYEUrUrQ9yn+-@rsY2H;XM(FFSV8=75{kw-8&#6_ztjrQ=@7fXSCTmKEGU?&`zI~ZQ
z2fy<uc|E)Iz+-maKfYeXX(=f)dDIhtQ5@Cecp+8qotITtF3D&j@Q6-zfbkU|o<M}f
z^8RfM5T6#67_q`^u$LfMch`-b%d0jR`SrsI+15d0)PtOd)`~`${TmJ@NDPX{hdiGL
zv;rr?5;y4e&7||bnV+qIrVX!?%}B6-Nh^I7K0H`W=eM7gtJHE6Eix*zrs$G;q&Y{d
zgC@QWH){Kf=E?R^xLBpfAa`TMfnk6LTXO*q2q9%2M|UsdflX{ZC_fCn8JCwVi3d{D
z8&12!jwTejno75-L8_5w#g-ATc;^)-FfSQ5NYY4+@PLo;TnX>y_%6d}l>FN~jtw2v
zI56M`o{S~-Xj@p{v|21r*)+0HB%c~)p`F)1B!?%2EUL%zqiCobvG;)4Xd8PYS^s)A
zpr#O$Yx*Y5cUpNhd+ebAXl=_@@bRaA_)I*+-F!q`z@w=(d@VF8(jkx;)A4&g*$KQW
zhA4e0=|^1slrB<+!<e_v_(pUz<b~nnKW&m`%S32mF~jKZ7dVV>c(sv<3VB4-#11X7
z!fMqvGBAnSna)58s#L88!Rb^|#q>;o_bHQ<NVpJP9P_u4c43y-Bm6=-_ivU?;G@GJ
zi^IS0XcFJc-2`+)oaQS0f6J_{xPCvJKtvwIzj{t!_gny-%a|X~wF-fm+1tG77s*y@
zk~v49XJiifzb0Ird$hl2u_wV3V*BV$O70h)%cYv*M2CcJNk*!tBi&(DQZTiY?OW4U
zWoT2O-;3ZvdJoZ!4rM#})enE6^0-Xru;B5PJu$4Jb`jYoWfVb>?gYb;dk6FHu#l;l
zk-lD=^HYL}zvh=GYyOlZhtLT97tY!2J@J2!2UvUI`}IXuup-a9>VKh-v?q~@(rPn}
zcys7jzj2$?j7$#I;P#7LzgP?-?<AvIgIk&N{IdAwWwZ}q6lPRQSehM-lq-B60AY6s
zaM%?T3O!ONBAT>{qts=UmrLV*%0jVAdNQ`)Ulb~>&PJR{IxguHo>n_U;;mLQ*9(~K
zi7&B~3ILF3V!iue*$}{dfMU-`qEuF{#LOF_u7w4cbNw6h`@V>Yn6b$l1-F*fv-QWJ
zRWoj<XUntb>;0OMPYo7zVOXr%#4aUGgjdP_a$Ov{mY%tNbHjUnPOECkwBp{i9BI(k
zs*iIM&(uEI%`j-M&x;pMq4dKA?$eu3M1hHz=HHSr*oLD?;#lYW28<L;C4sjdRFFDE
zL^W)LJg<0tO)vv+{CYu@AGrR;_MR#PU}_}}dK$Q-G=t|X?)~|Lk^#kG=vmlzav_?N
zP$YcjGC01p-0}<&$S@3%>OXyU3yg)N1Yr~SvqeuWUsmEDdPOIdQKe*W)1)(m8+(mo
z#5LiHHY|YFf)o1L$$~0#d(#)k1&|P+;U#Nbz$G`BsRea6&z(Jv>zq-s!fHMH+TWj+
z$)`*o#RsdP=S_Pf`A&iHQ9L~xku4<+e8uzE5v_atU|7HCwEa<~U)=ZSa}Y~_ZZe|q
ztSM@>Y`EI~+BXuM0)*%yc+VLbWcnzoi%9lsXI@qAf816k0U;^Oe1g_qGFwi?(mWWw
zeDcmvfF8d+FM)j+g$j))#rj_16hr&Dtn9~b*`IK1M!oW46S?Omv1L!fKPR*Psx)x#
z?RzMZzJ?!51)s@d1RqM|?j$hbt8g{wFrkQ$e70^`R!7n=AqP-lMJn1#a`KhYSJg*a
z?z+?qqo0New@<9<!$BTiOn;X1)REXqW+T>AyE*6^MOh-?MzZRon1#_t2*LAw%!9I*
zqej3{>WWm4=$6nk!QJRlJWii{zth^G<9~y__u3S9@OSeb&_o~c`go+1pN_}wT8Xt0
ze4M1EsM#H+o>Y6GHt#bYegodCxovpauuX@i!G{o^EvR<I3)mk0;eA#jU@MaHQWt~L
zYe_}RoEQ{KNGXqq{G2U7nOIzuBLn4WIs#3Z*?Ct-x{J(xNtX~A@omBrrtAbB7s9y8
z<(&p=2@o?gAU?_bzEGcISLxH{2UoenE9DT`ugr~Q_I09IT2^_cN&lpG&c<Xh4z!02
zqKUB5*Fs}4TCp2}^F~-+)GsT+lZk@uTRbh9P18v|?+2}{3*Q@!SlC(__6R3NvoY_^
zIVjqUCPR@kG%=ZD?KSdPBN6-1lKGuWpq`<ubs?48+Zor%YU5zjkJGT!m3oSf)jSOb
z8~x$0R(A4azMraVAEu5AbldcavJG@*CIlL#4*STb`Ivt0S3s~c4$2iHiJ{GdY*Sov
z7VJt1Yeni8hLOMV*06d^+wxJ=_oeIkQ!w4`#*)_pv>5MuZWZoLg|tfp_=^<|!C7@;
z_7W%l(1|5!_}Wea%GfJ1b=z?Jgi*)`gMkX!DlSEWnIg2mO%!xAzY;vfRL?{W%wemd
zeg;9|OzDWG$!lgPHFR*irZVjVua>Dt$6Vx3%wCmwtd61{nO%lSGOhy`Txn7_X!ny7
z{24A98q`s#T_l|3zYR0FS}$>p@5;cn+orCke(LGrD<l6y^g7`&RN?qWEDBIr^o)Wi
zwYNow_E(xi735pPs*m6vtcw<MG!H>tz9u(C`kUqS0+*+7fAw8)mBWllOe(|_#Ehov
zMXTKaKa1DMWe5Pn>A=v(7`ObeFYN=!m6@5bo3$EKSDE|l5img7Y2oCIFxqMUgX!iw
zh+|w6>0H%pxXICx(c!)Tso09guQ*$_7mox+OwB2hD?{Eeg!kt4DU5$$-or^^8HAaz
z29uioFD}X-cwTomy!$j;tnw3IhU}})3d$m59c@N*z8?+}EIonoX%&>^G`b-Znk7%x
z4SD$$F5jG_tS6-G!3_pHrISOGSJB6C_<XlX79k)@w75L#u%o<njlB$vd_37<d!;Dc
zf&Mo>&Vz~db2#4oL=Ib|fsqBPfCFUdpsGOU+E77mtos*=(Xp;H5BbU|$r$sgu4fUj
z#9jsof2NY7jP}tnWz`*jI>gp2LYjo|O|X+$u6eDz@k@1Vu(48q-e4~6RJGg%MfT9M
z=!7&#i=n|%6V|j!s?Gu#Usj{#qG1}ae;wdFZsRr6bSBQ}B8oIzMnUMjt|sYCK*<y^
zsU{0Vqc4vzdDxKGO_jA+=a7-O&`#6$G1qyQpsl2DAu;<-Gf#B&Y|-p)eFIR+n*Ut?
zNni6_!WEL|kz(;h+_K|vDm*GV9upHs8;etOauyu55H7Az6z3O@Efqv4l$AMl6jp<m
z?)viL<s)YN;>sI^;Y=T%Pgn018!6C2fGjVF6RY{v4H87_xMrOjk?(AuPp9EXUfE(z
zP?4DxLh^iO_0Gr1SmlN<UvckIg*ld*kGhYEGJ<oUVKayaX0UTzKGoT|dJI%m=)Fvp
zhk`YF%_>QUey@=&MA-il3lX!cKhqMc*S=7=@?&7MGeeV?+o&glH*YvWf7|)ih&R=t
z4fc^Bn86`rfUvZXrDQOsA;An(5{o6*#he*$l2p^yHZ;UDZK0OBny(XEKR%!Al|EP&
z&88GhJFn=S2pSwI{*+0JQg1B$6#HN-9ozgQ&zpO7<umF$HeJV0TRPk@sU?Y`o<vQ}
z27-cN;Hcb3PjAy+X8JjvJkrYea}g=FGP1$;4ryIJa)7XXXq?(C$5nj;akzR*5Eu<p
zh*0_jdP_{6#o)Qk0d)rm<aZfAX!k@0e$NpBss04xHBf!M2Md*+#vpu#!cpr|0%6O+
z@#<bg{Qv5r04}Ge?=;*>LK5Oa^ZXDT8a~?eAc6m2(v_aBzPSd8vB!yjW3GN4%8&H&
zpje`5h`*<rI=A}s2P#c<-#q<seYHnUIcgb1>h^(5Y+jmteL!Ux{vkt>0XKh>D*&5d
z&_-C7uRuC=;OaFw1MUQ?y8BAIMb2ZrPCv*k6EM?m3@a0r1NF_bUnOQ$?9iX4n&Oqj
zqNg?cRz4?LJ_<+cV8rH)q&c}a`T8fnrPExc{omNwzbOA{s=+fJY0WvyM;IsZalFD%
zi=na*O|&pUpw#-z-U?CCV@`c8Vccd=$zhaL$~F}9{$!B}B@yYEviC;s-kT{p@aWA!
z%XTmjG+7%4i^>oB(e&SKjnG=c$oXd_7Z_+Q(SUTh@W-ZkP&uXPunGlq-3y3oMoO;O
zA7H+bMrHL;n1$-f88X|aqCfOy2k2G@WbnK=`?d1Wq%Y+NpVfLk$@4M2d$iYZL?`<1
zwYAI$c7^`%6CyO@G<lI7LEkMd)9L!v5CGwE%mynG8%ws<8A7(Zba@o4-o>`r30IYF
zB!4eVZX5bt-cVwgmIL#b`bz*83I82UC^})#w#ddyL1OnTpGaHP#O1ae3T)V{xB9nO
z%G5#zc8ex`RD?*NT0X$e(rpt4WOSgLC~L&%KXh=|@%d)}W`Y>wLs2|h2%^qFfGdql
zWso$pPe~7LmXv{e)pU`r44>^XI#tx$t4(k19xY<OeNh_^Vf&DdQF*6vS~<k+SN$07
z^KGPivN0pb-H{TLWf%4SK`^2V=PPz!48wa?5T+f}T=h%eA&CteDe{2JFu^p{i9+1(
zl?szhF}GyBFDcEWjWL|I*m7@D(BiV|`$z0WWPR05FX81E7u7GoJl$7Y36!&~{K;(6
zGalzI4RNd%`ABiOk!QTFJ<}t_rcnG87Y~C~JZPUK^Oy3K=~m56K>ONlK4#a=EBSv^
zqJa0Fo!Ou57yk%$Q~Y$F?EGeH5d!VH!Eky;MQwLmCDor0P0|1bR~l3zQFoOr4Fesm
z*x!fSy>kHT>N#lKgAh229xC(3$5lG;RObk!&^I~6thuhnqZlyNuev$D?eGy+G1dJQ
zt|g_1wfSjXU?M$vp(9qh#Tz*CBnTPH)60|O_?>(ob>v(U(J&JPY$py=v8=VwvGV!I
zXrn`G)pPRc{{=D+C!&oeIS=7h6##F-pJyG+|4Ui7A`uiBDOUL#rfgtasB8Gwbu{-z
zCA)y47(c|BfK8~NT)xpa5%)XMh+AYFir=;u`pek4D@;{n@N?7y>gLM=!SlfCx7Gam
zz44zgMt<VzzjTZYu}{LOmp%9q=#+RIT$ij3B*Lfe&n1UxgsbO-7C>f;$_69>rY;kj
z8*1GZ|2mIzEqvE7ls<?E#63eR48(oY+8p=Bg1zB|=W|T(CCo8jVRio%w~p?fPc`q`
zyNj(JSh0|ziLIMBsbl^edzp_$<Z?%Pv&SGG&t9J&<*QbnOUwEHrv=bntUEf6TlTJM
zYWqB!7;((IYfTIDj+>Ye4kQ_Eh2qyw%xWlHSMBE-gc#seBFa8~r9Oz3>KBPZ;+2qZ
z+@s^mXuCbNcB<mF)mKvg6|nv$CJ?8q`nVu&SU#deL~fh8LTNb;@0(RrkM#LorCd36
z3eSBnoZSC$>feiSFkljGd5vmStO_1wp5nk^Z+Z-esJUdYaI2&b^};xzsHkSCR7Tm>
zX4A?|Nr5b?`PiuTMeMY^az!_}91#XIuzJ$ZSva;8cq;l^B)jXOY1QU}p!)`M<Km06
zjS-9v?w9G`;7%t!GD9s#HU9`TKqLz1E;iBu3q+*PSdF^9_BT0I0uNZ6PprH9;$y*=
z6lSO&UkqJC>ihSjEjXSy#Qe5-O#-@=IscEQtBz}<dHT2p3l^+6#l5%_9Et^s7I!aJ
z+}+(N5?qT*ai_Suv^d4B_)DMP=gps&+r8PH*_pYK@1aq6^8DAR%3BvplVu}E+7q<$
zSR?GP6p7!cfG<(<n>+-;v_cHc<a{izsI)E43RC>WTnBAnAU^&uFkjnEL}0a*3Y;2W
z_d=fTUM^)12-S4^6)UFJ`1*6c?8gchRJ|Djvc^jks5YeB2;tC5Vp;?e#g)l<D|V}J
z&1B)Mzx<XrID$eS!W-Yq*(lE#^H^Fg`IkY9$6y&V|1bbKM~K+Ec3QDs*BoL9{~;Lg
zGMY?{gOYELg_{i>1A<S|u6B5!-V?h{gNBCjQ~45K)+^pICfj+hcnu%5+v<m<oOR9<
zkHc&hWNxNd-`QcBX(Tp@QYIg7qmPQjtBgBa(7lkxIgNKptOKV_+W`0(R7+S?>_>(+
z4og^CggF)%61hiK;t{vp4f(j%uOy#@1(5e~>`cUyi02S!5gL<)F-#%h<+A1g#$nv)
zRAJiS0}tYw&VR1H)?oK(Wdbh0pin6;pyD|vD-|k_(-14LC=`u^T5!N4#5*RYyZC$2
zZ$V3wWm~pLYW}1&K>5aTr0hV)k@4rWFJrs>p&9o$tACJLWaw|Cpfb75r_{U0IYHEw
zlrLm<L3bpi{XDkxm#Rd5CK>L9aYFM)3SRz{>;9{u!aLt|p3g8>&_jJTt=+3sl8aog
zrmX1&mKFp&XYxWZmJ={_q&HlEB;JxhB{;flvcU?6e?t3R<SC0h@c1J`AW)YLqjm#R
zv&Olm*(V@|$ucy+eT!qqgZG5M&2tI+z1sXm!^#boi}{&3(d8gy*Z_TZmcX6H;AY=0
zEA<^=$uWCqG;GgTF&^^|lLZMKbL!r9vr)u6*Vbyw!(*4vx&-d$tlV)l@NP44kIQTX
z$&LYtCoxYCRUc%RRFDw}i}6T#EdA-F0ueHTCGdag-B4_OdFaFveqieRFP<(vn*jZ0
zd$j*{k}O46+&U;jSE6ZFFG33bEOwxm^{YaZ%97$T!-J*q<p1P+8L;wZ4mO@|Q2uLV
zyJ)Z~QpX<p14;){MR{wmoOjSW^I%rWj;4h#EM&E3Kv>a|jDVEONeIhMeMe{$)6~^I
zazmJ}fih(oeMtG@6e(9oNcMX0`_p1=V<<Ax&Tv;LV_s@Y$6G+IN$jI7YSXZ|qbwi!
zfA*L}MMlkD*ut-~)Xh>H@kE*9k23cJgdW;M0qcv9-v>j%Z$lY`pvRYpXoUwUMfEfb
z&(}tION;0GPD(9GD2-R_^Q%^+{iQ#JTSr)QJx=?4TTJ+Z<xT=W1)*D)t*bh{_>rGI
z97UdIOO5$!Vj`a%;ij6iBYCdG@lFls&6fHuBZPHQSyyQqRo+JSygQ#YZPf@~1CRN|
znc}UOuotzwN8*k?Z+QF0k6qO3k1^3(qC(mf@T`%Kl{!^zqCpnW^7T(^23qM!`G(Fp
zHTtjHLfQjs?;gKsx6e*Lt*gxI)Z-(!_3AyQIF+(EHlVmwrG|_u+Tt+4@G&Gw?;+(P
zjHZy(ilZ<r9i7k_cjfPhaRl`N%*&vmuR+~kQeut!9y~0&^FBN3&LX-yO)1HI5*-PP
zI!|A&ok@lpb#Y&Q)I^|_onkoi%sOo?2y?mofn5DOXfwp*^iNikIr0=zYFAzB;Hujr
zV0{aeR>33!G4xzW+(+Gej3uNw!S87Dc6oR)`9}jku21<c@x59~@HMwa$j+RIu<mcd
z0HY~VOw%_gP1t4G{~85DfmPOSaP1>V)hl7d`t*z2i0lwK*QsB)-wurH4ihyW9Xn={
z<jM2e&_?`kKlXX<<Y+DPx^DJMoySMKm3U0ZQfsmabk`aoccfk?$PE5;{6}Qz%lV?H
z^7=yNXOHvdYhhVJ!=M7!vY8~LAcWyjYr4cNeOdpgPO%RlwPUcv=bvMzQ34r-qBYYB
zpFhAC#y+LO01DCH;mZT0W5c}^)qws6522f0+ZMuotVvY{AFw3aQzj0EFiRn+sWiw~
zG#w0y&9>HpkIr@<yjTNSF%i~Ye#II~p7H9j=}jsq5_ZGm;E7-T+81k#I4H#v1AkD#
z2Gfd9NYDO5mEa}Nr>}8#cwhNsK}w>zWGpFc5cSRD*4Y$%@y$j7n7!;zP=wsFhHh7A
zam<feVpB!7Sk8$LIbKLfnG|aY{fG?67yWhb@H}ebDIw{G0;2rIL$dSJlR!Q5$SZzq
zUaJTGXP~m<@7pFp9UrSobK=?!p=oG6752kDxbiVs&${I|mVL9-_sQlY3^Or-<jU^6
z<#0`vpcT$mRK_h##h)+ylLB7j$AicJalhYCE3CXt9loXy%b&W(!-Fqx0-s4Qi$PyR
z?eMdbU0zR&Fd=L?-%P2IM+j>-;+L<VuESgAZkl-7;yW&)39jkHhwv{SMu)89Umj~7
z*9pCEJ9s=`_C?))E-n?qp)tn4O>vrBytt=;t0c(C3~g@ovbD_my*Bu+Rsp#c<xjI8
zO9ja7F0c9ku2Ji6dBK1!J@;FMODYs$x;E<2?yZMp@ShQ&2r`O6vr!6N4TX@mCJo_{
zI;gO1w)?7wzel!<po5Zstu9b+#MR?e>s*>_nY#JtX`V!VO$vfswR$7Df4NTUX~gd$
z^|lpA6g`6%tHlZaBf38bt$QM>be@hO2i2=oop(Rw5eW9QP91A?2q>2vt0J{Pv48rV
z_{LS3c`wl`kO4}S$r--(+t*m?vWaVXsnNH3ya6%5qJ|d$wOE;Z8Ez+AU;ljQ68@a{
z&lN|B&YxWVEI3KHj7oB{QM0Sc8<9GB>AKSTb=tLn1s^19f57}*3N#`uzcLEeMn6IY
zw~q2O1w>-cT;wWATlu>yh?~*;5)44kcM)s7s&meA=KOZMEvsS<F|5y94G&u4L4g@U
zEczv7l2g1tqtU*@q>m-hN1Ibw3yZJYuE^*WtKCU_V)12DbzP?%rD%SnRFb>fMz|ku
zxX^*TW=Qq;QxZuv(GAUfRM$htCwnfQ9NBjuRx!j9y~leaao*}bXHa=M+fH$P`$RWE
zpxQ>H_NT6%$zs=X)n^>7TPfQ{YB7AdM&t+<eHCfV8SMQ&o0n(7oBqzNtK8+v1Wo}v
zc;_a*He2^v8q{{I&^ntQb_zembyOqW0LK0~VW$*+7ya4_p&pG@j#vi`<Fj9XvnyD0
zp^qVSEEwjyyi1xMHlOoyAZafz1zKRj6sc<pPgc(+XxJo{!@JCxe|3{z$gD!peBRGA
z*_ef(v6%K+*tjQ6cEl#H?+HxRrY25J3Q3OFO&klMGrAaumq~YuY6wnh9$O;X@>MV4
z*qx6X{Bn!VzYKM+i$v7tWo=Ltwh^U$dlicnnEHdf`dgDY$=fZ5z`#g&6XuMzB?JB%
z3E;_RaO^;0f=ZZ)5gVK*?X|<U1jjXI&l|6fZ>GBq69Ze0M*+lz81rQeReX8VStXxk
zbd)g3Prz;TvaYmL_;KRvfXw>Xt6>RRv??$BoRc4I%=&gOWiu+91uLiSRT&?Y%d{|W
zf{v*x*1o}9y98Wt#57f*vSW+2BTb@`G~oIQS7iS9yhnm2(eh3+c@S!H1t&8P9g4=t
z!f|)G2p^9*U&`YX!8_R_S;DThxh&{$$-SDg70>GLM^#acfr!<%pH*M+zSXev$mHv3
z$9P@_1gKFnF;79X9gZm_l-8+FF1*E7Pr1rffFGtqcE69Y7Ydy=opS#UV1+4MGcOFB
zpr+Nqlv#~m%MS#)4(Um<J$(4-<7bvTJhKvwu$gr|G0*0Aa~%1Sl*K!bIlee4ZONVF
ze`_AmTU;Ndor*Ir*rYW=<C#jUFt=CM5Eu5!c0c~x{jxcsq_B(_P<qskX6Ce+`-%e^
zC4-w2;+@F;{BaY(R)^^4L!mzi1aGoK+WKv;{Y`ww-@3|#T-6e>haMBYLLxR0zLyDZ
z7by2?DHq*D=a)%4)=w#Us<{U^Bp1A=?@*q&+0p3y<C<IV^YIbIXwg`XyBdbK#~+4P
zB6!e!cVyRkoo<<@y>UaMN=ZgZlkvF>eDbxb!C$|DA-1u!jfd--$#+yqp-Uzt{}bHy
z+~{Mz<;eH^N@ZsBRc1wsC3$msDn-I~Ji8PqCG8h0q#E?+?BBkvd47AnM`ZFMVlrDE
zhqbJkY|zN8i&TGWdfv#fYM!uT?JUwxzBS~@s7JKJox2a3_rZ5X$G5(W6MQUG3yXAn
zd7P`}K=nE6Kyvl)FeiY=adQ89(&e+5yM6Z@h<u5OIz9-$Y>zYiWjk6$^O=vZ4TxzD
zF2xcMY_mJPh{BCE>f<nMnF=Sct&@Cmqn>ANF26=>p$km(FVMQdqj4_LSPvK=wVJjC
zzi)Np^IJcQAw2wds^G}v;tG0+;UDN}N)A8Cd|Gs&j1wTN-dZy!%$#$ia#dJ<!yCCW
z^F5){*`@xl?_ra_$fqFyp*RZUVT+*_^8ny8^PTAv^3P{RL6ufhwk=2$eiF%oU#oc*
z#G01P{cvInp*=>DSV)#4J)ZZ8`?w_5r82B|JPd2qWSS%z)&|;4GR8_Vb>FC!c~lxN
zLeu-qT4&cg+;d(}*-8E(9MuKD4*44;vAJ-I*R%(h*tbEPc~uV?7)NATj^RE~N?Lyn
zT};!=a^^8odVZ1X3Te>Y)%4Q%B>G7(fIxihj=F4QHx&EANoc6@1WFqnVSR=6k#L5z
z6vAw2{<=*23txzW>}Nn!oijK;2#t5{gg7Ctxu8nSI0hqR)+Q}!TEsaFgG8yU&|*v^
z<o;^#8-$Ay+=IYXu-|^h_v7$xNWt~3S+pdP<N8zV&=tG?%yws{O~pds!>oWtBM*g<
z9gFF$BLM$sBjjXDg0Qz14%KdCM#=q)Fn`;)*KFI@F{2>O!Mrm8lfQmlNAqV_Ghu7l
zJ)<VW#jMBeKbE&}pH*-ZBE2C=2?s;VO>?kS^(e>R<Iu;EY(0~=&7>bNW+u9q3?(x>
zS8o{_&89=R#qxoc&W;>@T**m?N4vXrSaF|@-$0p^so1x)ZZD<%7bd<;Ve*Uuk{wh-
z+6d-jN&n^}j0=L2eRa@oxaLwOJZauHuC6TD=;?2iXNgr?VV_X(6iN*9uO6tv!V+V3
zT_wdG%So4dYHW<7&V3M6VwhoJ{5nhEahm_x)w#pmnXFviGcMn&S~F|CIu669&{6kt
z54rsLn)G4lu?TE-s(U3uKJQ9g!DCpfa_YD{`nBv0?(YT)2VcAK+%9~7^Z@9!Z>yr)
zb<F}T**{lvJG@J;gW7&{btTI@89B|u$wS<)g3r@<&OQ1?AKrHSYaWS{2gXu%Ys1?c
zNm5w6Ieg{^a=6__RS<G_LMYGFA1A7zR8Kl5BZtHX@`WtPgMA^*(16cdta*#aZSf3U
z#%*e;ZB5l{ZMpvT=i|i2EWR4fJa|;|K=Ir3Gq1sI3<pxSr4ox6{?PZ0xpz`*x2VYT
zB=JJhwZ!U6?_AOHNy|h&4-x{`kn2hGYVR1=nMtNo>vjWzeu#*-<<V3<(yZs7E(oI0
zCYBnAmr0|q)%GS>?ZZg>=pn(wJRN;{DYi!<&R*%`JkSgyIl>AT_#7XGe}si{Tah1!
zK|6<oaPs2t3^@?B@WMVF0gG;`gpwR>N%^eh|2e{GdM2=YRwa5er&zy5M?xq#UB(RH
z;2f;o9KT!R`dt6kh3l#23bliuaVx5C&xUk~nb-RS=&lm!zIJ2rHpo1EMz+%}bUkKw
z$g){}Z#svfQF%pri8|4H$rGL5{@MaSnk3HNQLo-z_BQzzuUZ`DMK*E)KcLzsmX>0w
z{4;@do|VyQfaJjq{`$0+F@0SSqjTDOz8uoo3}jYtCqI&dUuiH%O$Wgg5!6#=8+Kkz
z^yzMJer|n3Vib<(&Lgbx(j!T!6a?w0SqTT#xI$-|S4bw7lP7HR-Vo#nvn3kc1o4<a
z-EA3+`w}&`NY{rLyNNsvx~@OOJ2tVuq3F>Qqg7lc_C(kza4myDn=X($_a>*-l=i7j
zEAt=$=DByE+Ec!B56UbMt!)^&#v)}!93mOM-T4oB<I3MNM{Oy2`F}Ay#1Yx_Bhy%m
zz9akt)p(B#Y71!ewfo6oc#aOzDYSm)GULndoZ%emAX%O?HsD&yqDWhiLI$+70J_+K
z{9h7)XN4b-N0ivR^WlU)Er9^m&$3P)&t1Mx$~QI7Rj+4QKHFY}-hz8XbF>&{aaawT
zfqN^d#P1w2uqv#OhCpo@7PrDuOl{p7#xt41dh82Z*`enAeB9RYTPvApt}0R%Ia5->
z+|&X?a#Bn3-@ZPQ{Z0{l!<%f!1uZ1}?7vMY?50@XN_R8)t|W5=*#E5AhJrsjYS|T<
zR9z+On&buBJoR-wDuYcPpLk8?_V|d4pRb%c<o(<o<4<54!!8mQq<X>R!E6E_OV312
z8Smh+a$zptV0S$%&tF&HKI>b{=gGWlzOC0!uQE-Z{?9U|N+YnOBSL>PPlL=06qloN
z&%E}wF>1(bHvd8E{q;O|7OnjVLy8JssWcjXoF0u>&46`9hTjfb(G*DZnl-Cwdk5ug
zR7n%4d`!?e9Z2{{v(@rE^=J7>jJ{-=k$iWcU#E{=9-ay38;ESgpo`G9)|+N0#!guO
z06vu1p;UHioTIXMqjqAm+Cb-#-u2pC(PmeGAal;756PTc!NaU1_g!B&CYIi;^}7IR
z@xW?j)G7bG`!v4gPRp^oHTS<AywRU7W}(ubW|AtX$qqS3@0`T3fNHO@jH+dJ{uySy
z%fJhHq4JIlJzU7KczK1G0$-_PN>aK0W6W9M%{t$!pO*o#t+qzdeU<ZOvK$=^f1V*1
zinf0qgAPkk0!tGfM1x6Im6NB*jwn*nCXM=|-D_z)90oGg+=6vp-zj#(hhEeo7P}Ax
z$P8@1CK?L_2u`ATKNCFWeU{ttFvRb5)_A+I-}yLv-+40-MR=Fnd^Vo;nCsqoRkf`v
zLEqn&vsZA2Zmty^t>wnjFzeinKSX{~HpT_B=6B;W{w(q{lT<a7Mj@iXKHT6%AeT_P
z%ou98MO=|y;9*_K07qD!$j5LInY8yyV@<S*?+-g+>V2NxrD%CFWrZzOzPWRz0PUFx
zXf&xjvi#lPprvhgaq(d4J0rh=Vi3SfC>ER{$!PYFr&5x<WZ3U5>E(2%Z$%l~&)LCj
z3T8t0=8o9?3H!_>&RaPm=PV(Hoha8o155QepTc>fZa+hND52%Z;qPAV+7-KgNeU)o
zCZ4Zkf|dWDcd=)A`&$R3L7D(&XwYpRy(yu<QD-71((@eFVEBTpRgT(IiN=O_>ieE%
zL5frsvk|1f>1ygF5SH$xZKem^%GMsdAfp<3q`Z0=N;gKaBc#p7Dfs|CKFX}Zt*$6!
zXo)Y6a?qrHdJDywTSD3qvQqpl{V*~GW)D>{w_kT>T!2>yCerB*ueZ(Q>3vO2TXTkD
zw;WDF%lLj%3GBc-#0gXJ2Z*9iy!&095~X~Av~YOPSV|&cTfVp(&%s^9Bk3c_3UW%Z
z01@kz)oW9|xLnx6&=jw5{31rF=Ru6B1Hk0>d|-%47)xW9nK~d;SQap)iTg$9(!U8w
zzC3Z|XvWPO4w7Q+GC(0J%*Ui~bNpOYac!XXQAV#?Amy%!=2YQ%m<K=V6D6i*LXmlc
zmX}dEd54*UUHdS1gH-7pq>L_YVo-)H0W*e@2~DHClPq&Kz#bumAQiE4R8QHb->?Wj
zFOwwE=$o~0a2boKjf;D4z!QDP(sB2UWgOM62Fm)ha06l`I>G8@9ZryuG9!``|5lF^
z&2x8{zeJNZA>IHS&Gfkc*6<1VRi|Dg9xaMbP1Y%h9|Jd{TPo8o)oNaTNVilN)F;yh
zj9~IVim|yp?Zh2Go!wwxQ+A<yt{Ch=SJiEpf5A4Bt?y4x?#QwAP>`R17?3!r(MHcr
zXnvxP_=s|lxX?}do#dlk7z+J8D{^sOCYUMv8$7XMswV;+@z7uO*bI*y@yDolMoW3Q
zKEc#%uUzYW(Ld@L4y{y}a?)L?y@(5<x0W9Fo)R?4gUKU)cOvlAtL#E(YwPY8E4K=7
zIqu?330J@_-@%O=UspSqpGvyiQw~bS)B_7G&caKIwuR;xkyT4G=c?#vtLl=7bR0O^
z$`gO==hX_k%TB=Z?+V^?n+;^r>qlLAKmA;;7~!i!9Z4^C(@F}0w>IBb;S!YY+H2eM
zC7*3K=K=Ai8?*oM4a{f1qiZx?$fi_)JnR3c)W9e+xzLx66w(d0OeF8wYcVWdKTJTD
zLY*SA+Re_KOtsabJaMb$UGI!@@Ly3;8w0+-DZ|6v0}BYoK-mNsvBXiWk>J4ZL{zan
z0g|AE^%+ST{0SdUe`B>wZ!?a@%EU%x>KGPUZA;ToBBevd#)LAJZZzpQoyi`j=o&uH
zz3H$&%B$f$wYsQCK2;X;I?>g}G=3wNClE6`wLkW_&Um2mO%@YGLLrsDU<>(mwo5$;
zc>rf6bf_nMN!Z!gUtCPX;bFsf$p>wAIsSVZ=>mZt-jCa@Ss+TGFCP|p1UGyX2(P4o
zvK;wiPO(-okq+5lQ6hUrwP8wuKfP{X8nw2V+#F{FgM*zya9(7*iJ`q#zOWT&&8E!7
z_I~;~W)OoKr9yrs3^lZJ6s5?MhVRf9%^;e_Itjv&s8^Otun3mHI7_F|he)x+wE2oF
zU++lBsnNcJ#E@8SEdB7)g8h4vB8q{?ulKhcVj!Vrwo?&`%@i(yw*Hv=@IZC1-^>Y}
z*BfnUd~VLHN@9BcNT5rwGuxzB9_c-%iq8R6&|pTxc9Auf4Q)0K$!(LblPwF|0L8@2
z_6L679a=JIW<ct*$ChNmE9GNIa`vKnOM4X<9{{K#hGzIbASDC`k)*)Mh?&Ebtg#s{
zf!BPTfkmkEG7yJ{7vC3{-mwp89<C?B;#LH0<D<nlvYdtfww_osYP1B0mconm=iC`Z
zjL4S9Ygi?&uy~IjpN@k)DL&A&`B<ffq#6~mH|5Wxuzcd#BeL76T6_S;vWPZyIpsXZ
zkZ^!<73t-k6Wsd~xGfHTz{!w6zL}s@Vn1Z4dXkRD^PLA21jk<~Mg-KgQKJ-oEG-o{
zUh(i#)^~X6f&KoPJx_dZpnGrIH|cGUySHIq69Z0&lo>djGM20}l{{_IKec3{%gFPh
z?9ny?#&?NcukngaoF~{4g&P0#Pb4QjS#Kp_!_l;kWK{h%%H8zT@-m40XVTl$P($t!
z?kAgW)n1L$ebe`Tj5>X7c6qPglN@YSObN!qYV=AGAIh@X#S8TDIKo49izs(kxT2V>
zbk~+udUKH9Lh*mRlnIgCItlajQfNk#C@@2p(DPM_M&*iO8PRi=sm+rbq)xQI5c6pZ
z4SuoxR;qQ?$3KTkfu5>G$VQne(u^<9{N(u?^*2+d#D&_UzfGvK-eRfEwZ&I+3%}nE
zCvod|LECcu35o1DZMzb~Nb1b2fN|vfPFeig2WAOdZT|x^6JZ#N9Bc|sXtLhV72PfG
zV#jc@?=xsOdyUAyO1iCN;G+D2yE!&GR4PCfYlprMl3@F(!HRn_m`je8Uw4Y~STNHu
zrN1Nwwnabl#<K>D7D{i##hDT4Fq;E;)|K=anj+N)NG;5Q{NIG@j`wBoWg`Xz=<6{U
zsz*YUDA7ZKMKFUhR^K>X>M-*H)t3VCZ5YbBLzwV(D!((Qb=N(}-d-1{+9A_1!N4%8
zat70QV56%Qo(7CDfj?7521?@iZ&2Yo{xsh(d$wULPQ$W{)DPPrMi(f|3si^@ci#c7
zGptXOo#+;3AXqpWV%l3!B-n5*jPp;~7|XxE=6zXt`NfiKnog#`=55rnR^om@_JxuW
z@cyd=LWs8`1wE2E5wrDgS$~@v3=!bKL8Qx1CUklh$h<f-8JG@J-dri%EgD|9Sx<Z<
znts<3!KXIN8$1!pU5tm&<G;f-!yr6D-waI>Vo{$s!`G4u=m(1~pQQ?KeWg02^nY-f
z5l;M-hY6|k`;(sK5A2&SwVC4*s!wvats>vF^!xkfkpvZj?D)bJoS;9Zql>gdlKPyV
z)~T5M&}lJAXXI&8oKuSliD<<jfBLr)(WoMddE`(<g|tLaJP<8X81v>NQs%OeG#L(T
zlS!g#)iT31?Izb54ruPd#zpaQ%nv|;0y%4T(!@z#1XL-ph!hvgeIL#e*wQ=_;^}VV
zQptghsVo%y(nZ~;xraEO)gio~d<E7YPg2Zl%*F&bQ`8vH7&YI?VXD_LDu$}d$d}kS
z6E%*`_ma=Et@?4DeY?p(nDvc$({wBXd6a_fbqjWvaOS(g_+mnEjHr!n6PPL-TKr5S
zhnN$t`Fj;DX(j%$Ar{&CJN-n#R$cYg7~}WKq)FA!wd@;)sw7pyJav9LX*_?^8aR7<
z_~(4)e5y-0p22>{@NS6g1BUeLPyvnsuCJMJ2hkK#XBzYa6qVN!iDIP)`gw^2C6Q0C
z`-ri>B(zh}t%lgtKSk7B|9>q&$F2<W?ody;DnA_wns0>~5q1UZK`+VycQN#m!#Z3y
z0zZ8g=PQf2<sA+!kqIm1UIqgg9sPMmjp;xrSOw$@JCb@BXdfPd3HJ%G55};OD*al(
z+vH;AclGRs!*0xO>PQoMh5deE0Xyvm>O<MoWR?&-27vEHh`<$*Ws{uSt&0y90SALM
zsOEKjz1jWVr4Y)tiN~2*NEZE4P(sDU!8gAdj+S_*J`<g_labKG+^}eFRs~`V<tHG%
zPs|5Ff^GHk(#w$0IkC3`z;uyh3HS<fF5+K;*zxuka#B``vFwSVB=&h5OEXDd7gHZD
zFx+TsRT3$UM}B@Lh42&p3;?%?Atrc>iID;hWilk@oM_4(w1<+XRHK7`T$d`McK0yi
z(d4=fd<#?Hg}Q%^rbcW>$q1KTS&lEq*p8#o5#}oi`*O%=u}n8XytP{u1i%>CaU=jo
z22g+Wjl3S`KXI6nhtPH>`4aDG-Awf-XG^YIEXw%3pA`D+P=9Kv4nV?}FTkF>NgxIK
z?X=mi)Amq#JSrOxmVCmRA)Gu6E#v;0Q`D)-C`_y`kImcFTPg8|CG#!puj<AvGYPR4
zFE_Ye!_*~fo<4|6S$H}VQ?)P}ny9gxvD=SI084w3F*s=Mn5~jvn(O*?gk)r}RBa05
z+=w<DZi#MVFC9e#k&ipV3IgufFnWKEd%QmOTlvM>^-tF0v50*d9(AZH8f}Q4!LNV>
zt@i^Lf{X_{T1u!3Wg&AdT`Cl8bZt-^8hw|^E!AQK3YRv9#Q1<h`5k<fTlrsq3}+}4
zZe#YZRj%3ZX0tT<-_yW*C&@dDhbdAY1_vCaT;UJjoAQ2Sy(6Lwza_*mPgF0=GSGDC
z``{Uw-cw5KdxA5VK3JLw-3Z(;VmcnmRa`LobMRA@%s34foi+vz^U>XJqCAo2qRPZW
zd~ybW9b+59m*~>E1>%#Jkef20Kt~<vP3G{U7BWu8cAOJ@RfFbrw7%=*rUa&f;Dcm$
zP2qzbJW>r|@Hr>xn|LMgDMs#vtaK$e?BX?8IV_%8FEO+cqx3j?Mvk%41RG@PQ+L|k
zO`RM8Zhx#>L|P`f1Xa#{z4zUJ5Zv!ZbCG@RiCd-}!0WSI%a+j6-nqNPV}i@q2tgxC
zSs~LSh;#cw4@!wrSCwa>zl*{tL5PbiG8W^^7te$gstfGIX-KyG;5aKlCb(6qi^>Q#
zjUSM0^~aVZ+<~;vgySu|cfV5#<HG)}kX@X^Um6VI9VVyyT-B+YO$5mwa*UlaAr3m8
z{mbV$d!TfK`HZ`9AD*?ba6@@Rm&&dpyvsR7+1;YA91W6Yirq1-Qf<)~tNBYA%RQ_)
zNn#6~hGIq`hI=E8PQQsEv4?#8s|~)2^>{*N0D@<t@?Fq1hm8V2e<w*g3Bib784BfN
z@hlu<mC8^+agtE27%lk7fJ&dTvdO7Hi&v>dIi6}PS8+%7-pBZ!%x<E$d@;9W4t_q5
zqnu7fsepH0@EV-E@yE>`LFI-{OgInjCbQ;<p(Z#BX;9qld!5Qmso{mT1v<RKL|X>m
z!>?Todn;0g4}HU?UeRPDD)0hSvP86o*E6W_jyr-A(*@#9Y{6$50P+vd-Ssm;iaaz`
zzk504ZtD(*)zq^3wYeG4Z^A#<_p@ubs5`GvrRkU*gkuYg`<whliC%kTN+7E<Ec4k)
zC;GEx?MOZmVADe6_DpZwg2fA8esJCunuVkUWAYsK(o_Au7$hytk^D<Gnt2(!5w3m|
zRANtr8G?lP-a(?i!MWuZh1OF^KGcH>k8_#=KZsS#8mVEx6ROtBPmBN8$u<%TR5VtP
zb|ZFxq~=Q~&qVKo-6w;6At~!8t+{LG-zg<)EPv#yis_+&_)*-t{~YHBm-JVZX-VWw
z4&cjbN7H&SF+82vhZgA%QW&c(M5XrVNOawFgm3)(b5sauHfso*(JaQ6fy);IawgBI
zVFGQ)!flWnM7c<4p<1sAS-B6lSG}%G;~dawnhXc}BP7$2P;e@0mCEpgBZ0QOchdkg
zhh`I-pw`-#;Hh6O=1Z$7|3W@hje4YxxbXZoHDw}#axH6<ah^5VkJfzT?s-FG<0%>m
zjhne|h^;V92thb~rH0d8&k7mBd+ak}6FZ~uqiRfiWPXl%b=%AtE>s&lj5c&PB_hfU
z;%oPsIvl2hp!(G6)I;%Oe;)I!DR{y}3|S}*(>J@32YP%$iai<#tVGMyeihcG6{7(9
zNN8*~7j2jcAImVaL^i=<c2xdbdxRLwA7irhovZHIZW?x^=sUkVgFl|e{p_4hG#sJg
z1E#YeRb%66v;HbffiX3gWbQ^H+T?1>i_wYQ3t-V{6D(xgA<?y5d->>lx_LrqidJ+$
zl#i)AdZauJ10ht+G)F5@K;wso=cBS*zib&=Bs5+wh6b(ZYDtB<F6ht2t7ziD+?>s#
zawq6HW~+Q2jX;Le7*xfVc%+`>VZN>1pGhJ?D#uT~dt0#^a49RPv0P~m!>(z0J}lGa
z(yz-V#`EeC&Nt()M!S5gC}%<R6SXWqO==;|H8e4B2G6M%%qoT^vmKY*-kb_2uh-I)
z)Rx5%939xF#&EsE_H?3~VBbI;xYMJ8DR{5u-%ZkElILU?%@S+c&mI{`slX64;IGU`
z;0ti3Vf(1@-LUwF$UJ>M4e|9_i1q>HVc>)k=dT-m9&TvI5J2Nwd93q0d0^p(A7$@K
z0;n<L)N9b4<R*v$Z(vj?4R*K%Vx7w2cwx@zs4Blqe`k`!)WAq((wKSjk4WPgpGg-&
z6g<OPGb|~?=|f>a!ld>Dnq-5KOTRiH=adRLw^*2FNXZu0IspYA@_nd^-o5}K)ZVSH
zZ3%T2o4pVjzMM?f%}6!hxAHmx$r~$wn!!&1NBsaW(J~;r+V^Ynu}9wTCzh+Y+M|-w
zfPr9*9<QLpr5r{}w63|oty|@GA{H<)dY}rwS9iBuVvgu0W0j;iFtgSMXo3z0jX~z1
zi7tGtShbhJwq?(+=5M>7L0f-C&EUsO=k@Lg170M2I!Ypc%Bbfg>?8;(Hld4ked7sg
zpFkzeDgGCR_??EC&yCmacnit`VARtI4i)kEkz{yrlCW?g*RvmkWxBP)puU|zoIXpV
z?L#)RiSf&RF+`Wa1hh*3o-)J)hiFCk!r*Oi5NH6G?ShCmSwb!wA)#S5`Q^Q7r_5S3
z6G2)&&BA`PC4tQ(j4@`X6pOMW1l2e+&K?Z%?n{{T9#0l8_Em$6hojO~28?P4S9HNL
zI_~1mj8D^@*e;en;}|wh>~{nszCIMyS!K-Ts(mDzoe@!6crMtGlj*=hU#9FT+^|h%
zM`rfBViG)7(IDhLbjtNKgs+Rp&4X~$Y>QAFa_^nbIXOK9-j>YzoPAj<{%hrh<fgT5
z6*br|So76JB7?=`2w~t0Yh|eqHmX~siRgiZg8|4C5$62b!T;g`tETa47OzisJ*<v+
zr7}vcF0;3kCQ{ps)f5x`-O6}y<G798<9;|_T}%q1`==LvWqumdyl`=1TKu{xS>h=^
zQ`ot4c)w{gA{n6eK{`1rggk*!lvr;rk5*h9!Ex_CK_Qa6GMPL0XYDEof>7oo_WS+C
zSdg3b8?Oo2OzGSYSu|EMvOSr@j=PzKC|QZ6-{3HndTsA57>|)S>Z<TGX9$P9sRASE
zc7fvMlCeDn^t6&1OfqyRSC8?}&P7`RqTgh(YzliR!utK$BC-amk&S>U`#Y-`tth3z
z#0uW>l`8WRa)lvfvl9`CqW9FF+{2}$&d45ie<r1<aFlvp<uvWL<10NV*BFt>UtW33
zB1DDjV9}DfP%&Z$`Hn_x^NdbIU0C7v`+#7_nf$-pxvnz?${1T?aPsjsZ>X~e>45M{
zOB*@B*u9V-T=z|g7#0M!qoogTX#a*>$IhadArz+_Rq5m$Qj2o`jTDP#3NtRrn5HmT
z7<w+xGA=}csQ*P-e(i_zbiA6xUmT0|sO%V1^dfm?2|4Juqb3j25)Ajnti9XPx-p)b
zke@FGPCsNg0uie4%|D-_HmYf7yR?<}gd3Ue^wv+Z=zKep4*v2&(IG|=CyprpH^A;D
z*Ce!j_8>56$JsuD((W%3jwC_AH1DE3j+zmjP9+DvM1B<*O<Dg@*`}9%mFYWcywc-%
z??o&MFrF^MtlnLaRYx$8`@!nL8#{o>h!=R<MTIT)9QMt@V)rG`>GE?bdTcksoA##(
zJqhp9TlBU1WcM*KI1|6qVf6>{_e1qpl<IU;y#OY5j!zF!{b_pIJve&!-%>j>d95Nj
zXM_4!u9#32w<1+JdK31nBuzA&6L!0;702YC9eX5%SnV~{R(fR0FsiOuu;eoPL)a~}
zvCo7S)d@p34ZLxdw0iLR!hw<k)=DLr8O}ti%+jNo5Tcvnvt^{Sc1ty{SME}tvRN?(
ztX6*ksAPI2MV*WsM<An5>hfN^Y$-M#d;?-Gy{wcflM58LKj$M)Fs9XnHb(gP7e+hW
zzp-73u(ZNbjiZ;7q0jINB4_xDxeuH<9-58P*|bTn_SgcP*o$*nr?nmH6<VJ6ewvkA
z`&W)*qRj!ZYC)@x{qc9Ak}E}G_!Qv{j?BuA+3zBj&C_zfvhrhT2()Ddh|SnBj7XXI
z2RU#G>D{oN|F#Gm?0B9|KQpLUamw`#JHDB$SD(h~J75g0o>0SkL%`U!S6Rop8C<nh
zzZ*gRbbm2mR4I`eNbrz%WEgT<4i&;7BR?L6ETa>${YuWISH<9C2WjZi>W_-Le@oKg
z7IVZ0qh~>|rlfxzzA9i9S*DvjcBvMxO|zE4soNwVaB8v}gUpN#`R!todKiLZPZ8G9
zG1#Mlw<r4qlKa`<jR+*<WcfW$vjLSaBdOcOsaM}z|H^7qKK#Ii#VqCH1ml-Ho0-Yt
zkyZDZeO|qln$<K)B#VS9kmi+GC>(CN_BGA^9^^)<R1AD4#3W=~=_uBnIO#<hdmViR
zan~IaN^4Wp=Lu(lrjhHbJLs7_wz7TSU5N`Bb5;y<g9f^O)}aeSHqFnv%wj$P-0yXK
z5oqi1Y>MOeP$o!txa|`A6{4ZY+-yKEjGqFbG^qN5pG@~H=r~PLsXj9OW>No>Wv0nR
zs9j(`tIV4xC=$C9i9<6=I%_PPZyXZSydr&C636DCN#S%-ffQpQ`|h|2>6H2PPJq(N
zT5c5o%Na8fz&aQ%?BSriDrL`9q<(=OG3tzuI9$BHQqqX(JjC`oK3fHfwV=y}JSF&q
zR0EU^OF>b*DfF|p_=eMW@L5aEhvJv)!GR`jYuLlIt}WKx{t%%<hw71K*17;gam}o6
zbF8J>2!7uyJvwPhp&TYhyNXAym{9m$>Y5qXw~UqL-`eDoSx0&Od&<(0@;RO>%vc9C
z?L2?%I(9i>I*JTXwSD}LlomF;yL-wLZ-wYyc79-T0aT6P4oW%FTYawuo4k<WQlCz|
z!b}nEkDnEG<wAU$WdR`{d1<kr=nlQGvXQaf`M{A7F!#_eTEe*D4<F|kVDDRrr4&E2
z!j`!ZwaIH(ql};-sROQrlexPub5##M9XR~$YO+KA%3T)qzAX!c*593BJe8)u$BdKX
zCPZgD4b2JBgb~!lz(^7O<>GBnM#I4`&xn-R<xcz<IER+u&aCdY?$@k7f)~`o6pA}x
zBCW2<nhC^S=NQ=8c%j~GA`^shTJn3U>8tH!&OpMvD4kGIgP_uv5UCjm;VXT4Df#%$
zXmcuWH*l6%!ktHKm5-{?2f~6*PvU`EWmswW_6ZTK?V4q?kEWGj^}LMR2@cC{WZeb%
zqx7)OA9-Zk4~H@2Oy!PbC#V!WT|PchC1hFx0gMS-ak8yji%_2dMWyO=@$$2P-+0Ky
z*Po<})A|R|qyeF)$8rJq4djf(nt$J~R=^8oa#yIJpoUI_hPqH;AQ8<J-R)uDT@JAI
zGx^fX1)8LUxFu3%Qd3nz$uw3Kgj}%Y@RVfjXV=~c%%|z2h$eRzX(L5}VZS547j05N
zM#S_PKn_*p0z@*HNv{ERBE`KIxiV>(C`4<FYh{B|Oi4$~jA+fD@f<U4f7qc1dAGHj
zP?ZTS6|+XabtZ!%-7`HZbi8C1{C3P&bAz}uxzpM-Oc^ZwaFLv9^z#t#!I#o<h?>~<
zNDPE|6_6Zv9oLzHpeQP7KAwlo9+|K${d&Pb*)M8k-ve=i@{>SXZp|M83U4-RWB5xW
zj94@F*H|NrIcBi?yX$D=>fzFIzCI5Ko|s$4#>Y`dM4(vH#R*mKOQAQj9&X^J#9P`N
zh@Qu}jYb11k$sd66kR5rU$G3%YF^vye)fdh@piUza|Zla4ZcoFw*$aqeW(g(CHg+4
zE<)PF0#EB6V-5<sJf|pf&7`KtGhWCg;MkZyk4>M=E0rNK1QX$X2yQjaGG+%Xjr-m3
z1_C?HNxq!Vde5IEe~QOR#<Cig<jwz8UkZv>gu{v@yl<du<@O+4{P=r2HXRtK3M@SF
zPG!t5E0%`@IxZ+^1sHw#m!DK29jWjAWXB~9<M;Hmy6^Hh8DeEKa%c1bfiH8H<A=S!
z%k?qFS0;yV`%-Tp+8W$d3aD6R6>8?i<7Ju@CWvo&!~F34*GINhp6CS&ofJ~G&@t}P
za+--*0Advd%MoY()B<yB(|l{kwcsn+$|ftq+h^}&E?|d@vdfJ>paHEP*?;+CPa;nv
z^=b8l_pqZsbiF3p^&Utk#S=12JND<Tu5lXE_b2x&E+*smL%Zg-!dJ>^%*~9(V>7^I
zYL0F8p-x|*Xbi;ZQfQQA@|>C=CoS@zw|NLUp42Z3YShr7S^=Zx>#{+QI%bhuico4l
zh-x6u&#OWq9TLFuluBRgUp^h<7SjOFX2WHcoEvOhq7ks#zl9<73B}Rn>opKFdY3j(
zj0^F0mM4NDeFpeB#ESB8Oq8r4U!OjshFa;6W)s);1#Bli_VPtg8ii=`ftcQsY#;yz
zCjaXSKMg3n&IllqmrUTEsECFVx^<9(VAL1`U0p^;2@X<aVqg4B-q1#wf^$)Zjd5;T
zh>Jc0`e)~ZdJJXT^PKza7)QfPxdeX6GHy~3$4PC4YEQZXF`2%<MOQ(^!p8>EX8A!0
z<(fSCvr6A3WIvEFfjB^bP<vx~SMi{*x*@Rz^i*z%p@W!G1bMpO;ZU&4fFVa+e#Vyc
zh9=wl2$d$huvdhSkvt%dNPKFAL9{D`g&{-svDl%mhvsz_6#bk@ZkrnT644|4*up1G
z(iP&Bg83(}0#Lj>LJx9ej7zU%G;ss&f8?sTU(HXk${}WHe6-bE<)wA~j!y=#ULi*x
z=<dO07~w}g%<K9&tj4TL`+8aFL-{ltfd9m1_QmMs%`PJK)oOj6*hfN6pfA%P+v+-r
zpxpl^3&^D814`OwvT%;+IX||@@hyfc+c=INCYS=UgB&+7IhdS3ei$%h2St|WAAv6Q
z6h$eB&NIHlq1`$YaX6NP;v-SDi!y!pn`&6dKm(rHcqP2y+p@nw4wZ)eZ=*uP>5N(q
zbFIx<9@JD>QH;ayjlu~I8iKi#DWyaV%{3zC+`y9Kad6<@+|Dz4RoW$8r#g=ZZ>a}%
zkihq?nob1b30?-C1j@z=_+Ru&WQLJ<hi1l(!|?JbPEet62-o74NK5E(GnTQ~2(N&c
z8&?BbuMOgVq7`IBFdsk3MN#~Nj5w!HMBU!<T_n*@m_(g<SpfYZ(%*+Us7(N<ji#(j
z13yUUw*#<3pNzV;*Y!5w?fioPlHs9Ue^+cx*4fXU0zlV2{ZWBj19_eGvVzF1-4{;e
z)i@YFv2FSHi8+(wj|i{<FKx#s^*sMJDijZ6UXRYl4OcRO1Tw(r1h`WepfFM5)D<)8
z)>}FMBMBab@AF`Vt>+$uxm$e3ddyb(Cr<o^N0nI?KREz~Apr%H#3m?yv-Yi157ct`
zFt6O<@QcWkj*njle})iG?2{1pY%>`=V!bFohW~GDR4D)Vzym8w->GqoeD`iaLR4e=
z(U3u&#>*8-9JI=}z=0CyP$Co*Q70%BgcH<LTM`ivB`x=z5>uR4We|gz?I9B0yU%${
zn9reRya+f?Q&brwdsOyt^m;1&_!VO>#gu)FNU-aXaJbxm$?u+eWqnw~F`17+&Vpty
za`saM!}ydW^cltSf=x3MXsix*TtF>{Rf*cK)$?XC4VSnI0xU4-rM#&AmWinHf{n0s
zGe<}Yzu0(VAR{%~jiq2?V9>TG(xP~VW6b!p(4lT?l_4WJzvfS_lvrC%DkzAM0F*J+
z*>t!d9>9HCxn#E{T8;8Z8VRWcb=L~JAYJnO5EgHlEXU9+*vZ-~q_e<P#Aft0ho8Et
zLlMHd_BC&4-nRk7Z>9{;UPV-3DV70h;Y-i=_`ZiUfSeqGWX_j&nLKrnk|>YDjeEj+
z)WkmWAw(|!u;=2|0DDo)uF~)=lfwRoL$UMRD+muBt5QP=Eg6CgpB(Y|R~U|s#<7-H
zWakuyPYY3t{+OU{{+1iZS>SQ=TleOfWP*)fpXl<w<$p7X&#PdF10wW>TPP_*L14JB
zey2)#YiQ8b6@K7vMB~fl`7NS7q87U1xw|;`z{f2j2zsWN`dh5-go}Hpwwxwtd&Fds
zjBU8MsYpt`^O{~{c;P)3V?$I@ISr$a_%ysaiTIcAFcJDEZ)KfB)_%{QPH?&Z>B-wr
z%Y*cxZVxJAIVO0y!zt<b@L2@O-98x&-O#z}#pJ1`rjXnZ$Z64=PCYt(Rj+~06Cwit
z$w^vxexE>@A|O6aTlliG9A(5JSYjR|5(tIGQ40J7|8dOSx#xvmv$#!kO;+J!^W-=?
z41qi+$PK;S_q;@Z8v2JxTP5YQmKjq;thvB}C2$Ber~1ThZ)uu9Yuisl*~_)#{^R2o
z;4P&W+QCR{t^qiZ73mv_dV;q+oYEvOOGUYj6mQ^erYz^P=|R*y$CMo_r7JJ#D1MC}
zKm6a)IExoW+8rO`z)U*=d84uJD2OWNWjQpU^g^<CGVmu&X8A@T9JRksUMEG^f*6p3
zj9w#<IDXexf`%7yC{+PH-XxSY-QpqPPPQt)Gfe`;70;|Vaq(LQuY+z<$(Jn5{$m{O
z^m(DWAP|sJ&3&Q<NR|uZF3UqiNL*3(>-VrPO|fGH&34^TG6elo(zS8%ZViV=8gCkg
zd1y+rxPZN-1P4ux76Bc@DhAC(I=%p!_Y&%`6lVJ0)RNQZzmteLvCUT=c)FfdS8o>b
zK|90@cq+ur-A6w|z6)*VS%e>Mt|0&Kc4T%edO2W>)%S50HaVbt!3`MAA^b1J-Gog^
zD=ovp$|_UOFWEPb8mZ5>drY6HT_I66OZRK*mcSL-x<O7Mp_Wy+`6--p2fX65OqV@*
z{C^Z1KqSAvW8l@ounN+ncl6FiL6r50rvd%Im5xWRHg|(j@7UN0{O`_JaG!FV`i*Sa
zy*_7d{ZF!*BW$!cug%9P(P1kyi!X5%F|X@_?$Po;j>3y`mnPD%5SOac*9xW2Q&TFl
z)8Ig*nSw(tEWZ3tGi(-YTga5~KBjA6gp*Thv*Av(>TM}9)mnrQ3;mYqCHilkXJ+E^
z9$L8!<Ka2@!js^0pJ^za`vVGaCQ_pZ4b$+*;lSY`(}&`}Rlg8mh>EHy9^#OpP6a3M
z&<~@EPALHlgMarR2ARmIWp{2xz$#7F|Mzr06|kgE;!aFFy)F`K*V-|Bc&NpJEte@m
z1T|AICQ=kN(La@ejPh{zPE{6v2S{m}j!qN~1u!W79{F(vta{VV{70fQo3>Yi82=;~
zUX~kDC2NT<&V&gZqKUm)`O=d=58t2w)Vga7nUfH#i#efY|92iSnWxVu6;hZj@5NHS
z4~pB4fGol}Y4Wxb5f;b*jc$-ezQi|A&5)11b-S}K>Tow+Su>zet2EMu7)#}P;_BX_
zq*3CrW8)J45e1+O_wT^na`IVOFqvf)Uh#NWF}iq1Kp&;3QIZXED|MwX%;!jK&;CcD
z8u!x?`y_I&WCT|gMUa#@xhy>32DBpep*)zLj5+o{86#aPfDJj!bt<(ez!&1BX%n{!
zsijZ}#G>s9Xx(@)TmAa)7;TH;W4zY2K)$0<aLr1Km{D4WFb4+fvHq=jz*%+sr#l=C
zo%^1n>KJV0$l=jm%BHa5A+$~cU9%RsN~|C^<o~E9auH*Yj`0?YP(9a5`AG$f;OWSi
z++RH|MDicwgT%O>JdMm-8G{2ahpCJ3SAK7h$vx7(rRHutSMC0LNW5d813|by5S##P
zI1AZB%COeVhjt?~&r3cprP)?sw8Nv*5&<3wm~E2yVh@Z=e|wrv$w6~gZ#vy6p#&=v
z`zyCg|7;XrDYy?lX@yTY`JFf|4g`%j!zq_p&RPxq?fuQX(e5o_4Z;+$PsetGrkfZ}
zA}729lSWYMas$P!L;h+wJUcY?g{}vOBmzR8VF^^J<J~1vjA%s%SRAEH0rVu%G;a>g
ze~g!(KHqAYL3=}g6r5*|FPR2tBb4FEmpA*4-7frdm`EGe&Zof96lGsD<aJ3QU0Hd^
zWN&{z1)aPF<ld+pZrygrO+Zc5YslUQtRImA0n_AV)y+RPZ)g7vk4EBEWX#X=Ol>vv
z4+tiK69xgK-&8?qp6^#q9$xyYJigw^OP5@Hs9sBN)AWBM2zZ}-)wp2O;N<IoBOX;M
zi&>ktB$n*PT_K#@Ffgcp<iO$(c93)e$qPFz5TL^9$q`5s*2v#IpJia8Yw>Siq|-<i
z*sygd>t!RGWU20L+5adQ|9!dZ^1EHOVAE+hn3BZm*a}2ns4);-{IJ?&CwS5@TVC$@
zxVrfcQ{-5Cvi#o<%X<r6m4~bA_4&-8&E*jFefIhKnXkLZpT|?%vl`!<iYT_uuZJ^5
zQ3Nb)2L(~@e6FYW{`O&sK1F`|Vf^npAzSD5i~_I2#u};U{Z0~7z_-_@{i`E9a`TGz
ziLvUcQ=P8&Ek>%(!}%8;rYI!}iKOYr<FDIWEBmdd`~Ejq1bu(5PMSA6J#UW6%F2?I
zMedtc?XzwgLvHkXn>%l+E-sv?1oqNR=-$7NIQUaPnLC@Q-|m*<v6lh9PE7j&tv=q{
z8XFrMO<^Kr))E67JgzME{=)M6+Xrs=dSOf@@bdS!$J}?p)yG2e=YLy5TVN6=+{EuY
z!N1Rb6^cO;D}1X(<+(DO%k$xb6nH<!{T<h)@8b#B<?nVFx%-;a5Sjbh+vFDJ=3h4q
z)2mJexZ0aMyEA@Rs8(qiRDEsHxln0*;+?<rt4>|lXKAn3@jMo9n{-~EggxG830>ZA
zv|0S9sCez!K^-TQ7@qrbU4rFn=j0OrI%*Ty4#o{Xh%$Jh;@b4NTL(ilG+H_*+XngF
zM`+Wqrx{AJFPBW>XwSN==NYMVn(g)ZzKn4UVNZA5ZLI!?aJCN?U0Gk-un<1h2D?1p
zEOK4FEnAX`n1rO__~E9;PZ+1;asAAEul=-*iPUet;<FU^Zq0d8=!uEgyaG8pLtj^T
zOL2qgy7sBZ`o2cS@Y{adxBBYltJapuMLp+n{{8H$lp1fd|7-2qpPIbVFzP64kpg8U
zvKCoom36sVgb=yy+Bi-H#g2o(K*FsM6i9%O05K4%Mv0-&V#`G!nL;bYNRWaALc&GJ
zMns7S81CWz1p<K(LT+64gwD?X1ABh?&V1kb=AHMv&-0u!&kyGS<V1Dmh^@r1+-ZA1
z?O}_GY~A9!0UIykd5*HHE>jjJxq|F1a?-2n1}sTpHfnZu*1yQ{2Y3P!iIiyj(sQLP
zqAYnlh1=S|S4$|ng{S?|npZFnAt!O<Gjwa>$QP$Zn^WxEaHEa1Tr21B=A^NvFF!?m
z(^GgF!^m8?Rb8>kPUj~G^KF!n*{!`27$*|MrQW!6Z+%4sKMV?|_tubi1TNVrf}_Fa
z{U+$OyHV(}=Po7EZH>_H(ApN{*PcmQ<*WCHyu3a1eS)uo76>wQH)3SW&>mmAuvjW0
zFPOr|li!@JzW>v9c0^lPP>_k0<8Xb9Fced9aOxS0{g)N<X+Q};kQcGNMK6}^Y_)&N
zDdsQ75>Rk!s_}`8$dTV;ul`6>Ee#nMz|5FAY{VH)HOaXnZ-MHCC-j5WzV3mQ^<9aC
zf2PI}lL%s+HZN*3ldVU{NMleZq%6fSTB5oh&}g)TIzF*Pd`4!{12F+$j2PR?nBMB@
z3gW11LiT0@lfROLJK*Z>{xVwdh|6AWff(>M#dp(GP~L(qY7=&X3)ln-<cQ*?k;$KT
zVEptW{X1#tm^<@NSZwan8;3e?Anbk{KbxsYe8?L@m|8y%sjob_z~Rk1J+#f%(9s)}
zGIlFgzqw+od;idAJY)8|z1dG%-XlPXN@<E8h3xB@0#%dfz^0aF&j1%;GC1-5m5Ymu
zY98d%(B=^lfq<+WL(H$-1R})bT~dB)+LlUnr|haJl2x@!n`XxJxX1G_j=VQw=ZhS#
zRbGRP8XTS?7=4-G(!RBB_!!!7r~~p<BcSmuZ5q_b-veGaaU^#2jzkYC_sbZzb>+9J
z{Qb!j1hLPowMeQWm3buXPoAd2+U8EXv;YOfw#*j=x9f&XV9w;O<C8{_Agd}qA3w3g
z790R%CbdSIPW~ZBhFmhIUs2%`X#=&K$xo(^OEeGg*tG<uDnt77!)u%Ir><Wmyl+Yx
zdonz*G{mAw0VQZhA_=vjjqw&1Nu!N5h@FlDX0IDP-P$z*mot@s{~m$Gj-eNkKr~(5
zaFVtx-}@Gz6s6iuV_UKu&-6#aP-$O>n6J?S$(1$Bqg;XvU~%m!oWHm^hQnnKe)CJ9
zk7`hB`PgPpQ$slyBK&aY<_y?31_xgBskQlD@@Cx<OZ+@^z&i^F7cE}!=qRd=zoV12
zeuNc@uJ#WD8S8v2*;;_Jo?X}+j(Oajp7IXp=J4<_iwTmf_AQSf`-m6$6z8&e>u=Ux
z{pw$QGf1VGEr17>r8XYN@qQ?6U!%I1_fuhL&rzoQ@#G|z4dUUuEiMNH1dz98ZAB6-
zyH)<A+|YOcJQojl9E62Wm5;S$=>dx_A(>lq_K?W-gKO9XA@0-3CGs};->!OZ@pd_Z
zzk+WQ*=|i4)1-NBeI=!amO1Yb@f8wB8YttU?+gV66KY+|yR;B95D64UXiFjAI7L*x
zgS#nNXw|d%-eQVjWqYyk!QUn66Gpz@j^_G5ynK9Yu={eQ-Ijqzc0bC{YVOm&ElR5j
z80F>RybJ{pUHBil=;f_-XTL-@Cr_uGfS8nQWfPFSu$I)*7FoIhCN_T@41K2q68`(i
zDKJav=pemm!;ruYzjhNQn$zZms{c#m8Q<OY;`YSNm0Y|0_&0wxRL&`^DUDC;(Ct5$
zINq!%^mh&gvF{!<>GPb;`|J5@-iq$)vEwh}04nP!+p=P(Fb@Qx<@V6Cg6xf|Z;zH}
zpO#^-obT+b@G_|B3BuslmX?;R;5vDsw(7n;pU>33#r(Z10jzur^RNi=ISUk^$GU{8
zT_`g|S11%eIRvA#R72|xC1%IsSai(7RIM|kM`_(4SB9(c9|40=kn$>gq7eiI!>bB>
zbvCORm*eeZq$DvZI<A*tedN%+lN|vY;L*8fFaaMfZ>0vl<U?@g4LE#Wg}$7%9fBe~
z<Te*Qq6;w>tknMW>R!6P@K$AvqMLovjOff54~<)|v7riX*wDe<Xapx`o7EMXKrkC~
zqm@WeXy!J)r_&ww<rVvO_T*Er(a~|Q?-`x($B2=_8qX02N5+z8PcNOdK67^P*Lzqq
zM`!o$fFT>Y?BZ+EzuIFI0a1#%0E86f?TbL6z3W-Y<Vt+X;_b!;UIwqRSzO=D!4KaH
z5_&~K?~V8Is`fmiBM&BkH{J={qr7APOYM-IAxl?-+Xy;f`v-g}u$?o!1KTdp`M>^>
avuh@e=6v`uX4BpXw688*L$WVM-u({}L?ZM6

literal 0
HcmV?d00001

diff --git a/demo/documented/singular-poisson/common.txt b/demo/documented/singular-poisson/common.txt
new file mode 100644
index 0000000..fbf8e45
--- /dev/null
+++ b/demo/documented/singular-poisson/common.txt
@@ -0,0 +1,78 @@
+This demo illustrates how to:
+
+* Solve a linear partial differential equation
+* Apply non-zero Neumann boundary conditions
+* Define Expressions
+* Define a FunctionSpace
+* Use the Krylov solver
+* Solve singular problems
+
+The solution for :math:`u` in this demo will look as follows:
+
+.. image:: ../singular_u.png
+    :scale: 75 %
+
+Equation and problem definition
+-------------------------------
+
+The Poisson equation is the canonical elliptic partial differential
+equation.  For a domain :math:`\Omega \in \mathbb{R}^n` with boundary
+:math:`\Gamma = \partial \Omega`, the Poisson equation with pure
+Neumann boundary conditions reads:
+
+.. math::
+
+	-\nabla^{2} u &= f \quad {\rm in} \ \Omega \\
+	\nabla u \cdot n &= g \quad {\rm on} \ \Gamma \\
+
+Since only Neumann conditions are applied, :math:`u` is only
+determined up to a constant by the above equations. An addition
+constraint is thus required, for instance
+
+.. math::
+  	\int u \, {\rm d} x = 0
+
+The most standard variational form of the Poisson equation reads: find
+:math:`u \in V` such that
+
+.. math::
+   a(u, v) = L(v) \quad \forall \ v \in V,
+
+where :math:`V` is a suitable function space and
+
+.. math::
+   a(u, v) &= \int_{\Omega} \nabla u \cdot \nabla v \, {\rm d} x, \\
+   L(v)    &= \int_{\Omega} f v \, {\rm d} x
+            + \int_{\Gamma} g v \, {\rm d} s.
+
+The expression :math:`a(u, v)` is the bilinear form and :math:`L(v)`
+is the linear form.
+
+If we make the Ansatz that :math:`u` can be expressed as a linear
+combination of the basis functions of :math:`V`, and discretize the
+equation, we can write our problem as a linear system:
+
+.. math::
+	AU = b,
+
+where :math:`U` gives the coefficient for the basis functions expressing :math:`u`.
+
+Since we have pure Neumann boundary conditions, the matrix :math:`A`
+is singular. There exists a non-trival vector :math:`e` such that
+
+.. math::
+	Ae=0.
+
+span :math:`\{ e \}` is the null space of A. Consequently, the matrix
+:math:`A` is rank deficient and the right-hand side vector :math:`b`
+may fail to be in the column space of :math:`A`. We therefore need
+to remove the components of :math:`b` that do not lie in the column
+space to make the system solvable.
+
+In this demo, we shall consider the following definitions of the input
+functions, the domain, and the boundaries:
+
+* :math:`\Omega = [0,1] \times [0,1]` (a unit square)
+* :math:`\Gamma = \partial \Omega` (boundary)
+* :math:`g = -\sin(5x)` (normal derivative)
+* :math:`f = 10\exp(-((x - 0.5)^2 + (y - 0.5)^2) / 0.02)` (source term)
diff --git a/demo/documented/singular-poisson/cpp/Poisson.ufl b/demo/documented/singular-poisson/cpp/Poisson.ufl
new file mode 100644
index 0000000..b13ceff
--- /dev/null
+++ b/demo/documented/singular-poisson/cpp/Poisson.ufl
@@ -0,0 +1,32 @@
+# Copyright (C) 2012 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Last changed:
+#
+# The bilinear form a(u, v) and linear form L(v) for Poisson's equation.
+#
+# Compile this form with FFC: ffc -l dolfin Poisson.ufl.
+
+V = FiniteElement("Lagrange", triangle, 1)
+
+u = TrialFunction(V)
+v = TestFunction(V)
+f = Coefficient(V)
+g = Coefficient(V)
+
+a = inner(grad(u), grad(v))*dx
+L = f*v*dx + g*v*ds
diff --git a/demo/documented/singular-poisson/cpp/documentation.rst b/demo/documented/singular-poisson/cpp/documentation.rst
new file mode 100644
index 0000000..db88c1e
--- /dev/null
+++ b/demo/documented/singular-poisson/cpp/documentation.rst
@@ -0,0 +1,6 @@
+.. Documentation for the singular Poisson demo from DOLFIN.
+
+.. _demo_singular_poisson_cpp_documentation:
+
+There is as yet no documentation for the C++ version of this demo.
+Please consider contributing the missing documentation.
diff --git a/demo/documented/singular-poisson/cpp/main.cpp b/demo/documented/singular-poisson/cpp/main.cpp
new file mode 100644
index 0000000..7bc26ed
--- /dev/null
+++ b/demo/documented/singular-poisson/cpp/main.cpp
@@ -0,0 +1,141 @@
+// Copyright (C) 2012-2016 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// This demo program illustrates how to solve Poisson's equation
+//
+//     - div grad u(x, y) = f(x, y)
+//
+// on the unit square with pure Neumann boundary conditions:
+//
+//     du/dn(x, y) = -sin(5*x)
+//
+// and source f given by
+//
+//     f(x, y) = 10*exp(-((x - 0.5)^2 + (y - 0.5)^2) / 0.02)
+//
+// Since only Neumann conditions are applied, u is only determined up to
+// a constant c by the above equations. An addition constraint is thus
+// required, for instance
+//
+//   \int u = 0
+//
+// This is accomplished in this demo by using a Krylov iterative solver
+// that removes the component in the null space from the solution vector.
+
+#include <dolfin.h>
+#include "Poisson.h"
+
+using namespace dolfin;
+
+// Source term (right-hand side)
+class Source : public Expression
+{
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    double dx = x[0] - 0.5;
+    double dy = x[1] - 0.5;
+    values[0] = 10*exp(-(dx*dx + dy*dy) / 0.02);
+  }
+};
+
+// Boundary flux (Neumann boundary condition)
+class Flux : public Expression
+{
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    values[0] = -sin(5*x[0]);
+  }
+};
+
+int main()
+{
+  #ifdef HAS_PETSC
+  // Create mesh and function space
+  auto mesh = std::make_shared<UnitSquareMesh>(128, 128);
+  auto V = std::make_shared<Poisson::FunctionSpace>(mesh);
+
+  // Define variational problem
+  Poisson::BilinearForm a(V, V);
+  Poisson::LinearForm L(V);
+  auto f = std::make_shared<Source>();
+  auto g = std::make_shared<Flux>();
+  L.f = f;
+  L.g = g;
+
+  // Assemble system
+  auto A = std::make_shared<PETScMatrix>();
+  PETScVector b;
+  assemble(*A, a);
+  assemble(b, L);
+
+  // Create constant vector that spans null space (normalised)
+  auto null_space_vector = b.copy();
+  *null_space_vector = sqrt(1.0/null_space_vector->size());
+
+  // Create null space basis object and attach to PETSc matrix
+  VectorSpaceBasis null_space({null_space_vector});
+  A->set_nullspace(null_space);
+
+  // Orthogonalize b with respect to the null space (this gurantees
+  // that a solution exists)
+  null_space.orthogonalize(b);
+
+  // Set PETSc solve type (conjugate gradient) and preconditioner
+  // (algebraic multigrid)
+  PETScOptions::set("ksp_type", "cg");
+  PETScOptions::set("pc_type", "gamg");
+
+  // Since we have a singular problem, use SVD solver on the multigrid
+  // 'coarse grid'
+  PETScOptions::set("mg_coarse_ksp_type", "preonly");
+  PETScOptions::set("mg_coarse_pc_type", "svd");
+
+  // Set the solver tolerance
+  PETScOptions::set("ksp_rtol", 1.0e-8);
+
+  // Print PETSc solver configuration
+  PETScOptions::set("ksp_view");
+  PETScOptions::set("ksp_monitor");
+
+  // Create PETSc Krylov solver and attach operator
+  PETScKrylovSolver solver;
+  solver.set_operator(A);
+
+  // Set PETSc options on the solver
+  solver.set_from_options();
+
+  // Create solution Function
+  Function u(V);
+
+  // Solve
+  solver.solve(*u.vector(), b);
+
+  // Check residual
+  Vector residual(*u.vector());
+  A->mult(*u.vector(), residual);
+  residual.axpy(-1.0, b);
+  info("Norm of residual: %lf", residual.norm("l2"));
+
+  // Write out solution to XDMF file.
+  XDMFFile("u.xdmf").write(u);
+
+  #else
+  cout << "This demo requires DOLFIN to be confugured with PETSc." << endl;
+  #endif
+
+  return 0;
+}
diff --git a/demo/documented/singular-poisson/singular_u.png b/demo/documented/singular-poisson/singular_u.png
new file mode 100644
index 0000000000000000000000000000000000000000..4d49913b292df12672816825846d30aa32b8b8d4
GIT binary patch
literal 45179
zcmeFY<9A+P)Gi#Gjcqoz&BjR^+fEwWwr#Vq)h20d+iYwnXXp2vXN>nhc)y$v8F#YB
zy4POQb6wX=xT3ryA{;Ip2nYzGw3L`K2nd)u2nc8#3>fg_O)Y#91cVqwT1@!6Th?ip
z=dFpjGsE-viePPgXr2VWftwNpB<w$Cj{ZUZ0nf8tyfD<*9KI+CQ3wPH{s5SD4uZKy
zAqw2W_%(z=wGbTKV55Gk&WtkfJBh$=0aCr;@p;!!nR!zk2X96KR%d!Q%|xe9PYuhJ
zF4dY%meo3&&j*E=%&c(1BKeBys*Pvs{=hHP=*?6SFz~>$+Bs@cI&`?;Ugg5DTHraH
zOf+fl=L$OZ|F_`(>EZuZf5^s5)p1$=IY{uZG$`QGvhK2K*YhUNwH;Jh)BWsn{xad(
zofy`ATg)goV%K>!FsmT=79Z=i*LC52A&SJkH(%p(cQBrL@hkA$oY-_@!yEAK;NI+h
z6JXaRgV5@#D*T`QsG)=&M}M*OyzZCHYBU-SUT-FSx4?<qPF{RIUN(LA$cUa!dfrcf
zEj=BdqB%Dn=Sl_cGB;ljYF<Zb_>QF&p0|;G-4-;=&gupU^*){#T{pcSI^3oRP_;i_
zmyOBj`!u@vOUJVhk<)D$+2=A)lK-F5Aim?6&AI2ClH}X#<j1S?q7Em`X6w&ghK|$g
z<QlKPGQWD>p97J2j{4CQI!~b2L6sstgVRNo=|<P{%o#YV;EBfM$bRnY9+lo>FP7~_
zXIoSCbI%0#VHQ~|-*wIVznU1He`UjJv7T$YNL*Wf4U+=ASU!L_?z5R2x7BvuC%^EW
zFgk<Jh4wpQ7JrGj?~{F|fozOL9oKb0Yrv6tY4kc=&g3}PoyOT0t!)O!GdYQTU$1(e
zD|_090>-?CDN^x0j`9<)L-|h)Qnek1b-0g^B9s4bhFO!={`nUJ1UPE0^wZmguP=z2
zo_CX%dVh&rX7|V2#pdK?lo{Xd?X1G4Q7r%7D$(1K<kzn%E{~zUkD=ZV>kq*BLd8)H
zfK+r^g|fK-sD_1R6VTM#s<^hxvdM+VVh7<>m}DoQFuupFK*sLJotDmhdaK1>Z~xSK
z+81>_QKvK5ttdORJ<po(IBogvmy9lMg<Xx&Q858OaM*5~mG^w?BYFoEzQ6I%&FR;N
z#Cv*F80)ixmirjO*|{CXI-y?G<9>5sCit=(itjKKPL<=<;u^AOtwOY20sWQe^Kf*i
zX-`H(FH2e**O&&ve}Fg23%=bVdmo8LdYlj7*?HYJ<a*ElQ1iYmB+~ir|A6p6ub+Sm
zpL{)5@a3WDc{<1h9W!nCtMjXMC&KDi+recYa&A(MPRISo*P7SqSf3<#yVmWHQo*<5
zR9%l_;M2ktZX-PKeCvNwcQ(eC6bIl9aw8N@j`M5xp6e&NAe5v1Ag#wGnILYRQEb<r
zPV2e(vT-Q*@$~kv`2pw_TJrzucFFUi>jALR&7`2O@_SQ__nE*$+hmUCdD}mRPk$8z
z{*oK%xeR7JZQ1mZ4^ji{s*-b^MD%_cn)~s3NOWHty8ie7bDHX=!dL;1z7WJzJ)btL
z4X0T-JD;1(&!uP<=0nm{+2q{F0lTq+@6I)z>&2<M|0q7ge3&ZNYwhRY@IlYVOON2w
zutN9!iWQc|<vr1@OTeP_Y|js+ucMy<EFbk1P*iOnQU{<oy~_YBe5Wa4EFGumw!<92
z(u+QKm3sVJe&9t&sK7&UXac7=>kWrd`jds~m*>Tv_nFl0+s`yX0k|v>w*<hqKhNg6
z?!0(X)ANqydxgc=bvq-M$w6Pg1+RM<u<Aaw8vg!nQ!%)5ar?LTzw)@$_VaFD&2Fvr
zD$8-A?e%)}VZ-yn`DDRnrIE(-j#3Ope>8>O&i7?i@ck<GV^;8O)*qVCtshmg^Zl+S
zHE+uI{m@t7@;7*k3tef{D&NtW*nieQPr>B{Lsb>={;x#iJ*&RD2$EHev}4ezd}fnk
ziT_<C9`s*5w@iwyRcsC2?cB6b@cp0#1q<$t@v}K4)5a(Us=FuM1n;kGSL;5w2~YR8
z8TjDp0(66Xdxbvtp3UDN;9o%karz%mc2`(8RoZJ6)gggRd-<UcyPEy|agty_LDv2t
zFugxxoTdAI*H)*NRf4?(v>&UGI}`Tf)t@ByaD7AAa$nzmuwjypf$mhO^*GDsd8K4M
zCXEpj6NoWhW`V9c&@CjPCu9Phv<Yz%@TiSDaORx1iJjiwn1D|`+M8XLbFy=-g7)h}
zO@cy^+!BG_5aLdMr2Xv2`5PQe0QM>8cFcBG%lJ@ObUJLoeOTJ^2<%o2L&<c%FZsQ4
zVz^{?b!%<yo06D1HM%XMz|*hvMErD=tjWN$Aow<LS%``IneH-p|Bb7)7ECP6X4cQH
zrq^b7_aeP5N(Gh+xsY1+$%K&@yEj-q6jc)ZwykNv?VRXyDV5LbhqVgn+D*@Y(qOz_
zdw&H96V^w5K?gG;6L-+vQw&v&cF&(ODQ;Zjjq!2(X<*Qi|Jg-V#l*hqeKp=@>L<>d
zOecPh{Vl8bUO0V_zAW#Y-#<<Kgc=OvIW$tZsjjWQB=BDpt9V^9x{&zs3>g_55L0ir
zO~&q}j*1}|-diqXrJWVrV?6xw^anM~AKSPJn2m&oUj_YC4aub$(Xx1duA^=)s~4Ij
zWU=t2JM7^#qz+exLI;l2VQ)#CZ}?S!AT<x2wTkwO>#CD~gZKMr%70#L@UrXe+xC?i
z7krDdvx#C)r$DIW6!-L*o-HPc20Bc0i29-5*C>CVfTh^-!&?QAZuL_-b(hYU-Hr+f
z2;4$DVer7|yv9A+IFymtLy|jLUa&BH;qvlu%y2BvmFXKKGSJN#CZDrLz~CGrfbZ6J
zx*bwo6nh{M`?dI~?-NsGQWcjel?s`NfhZ@)=5g1fkM)yl#&u|FWMh>c%nH+7+kILB
z_S0x4{aO<`vw3w)@@|ONjAV5>%`w+mR21GZrnpKl^J*GogstPO@X2!ggc$jdO-%K7
zPn?^I+Uk$#yAd_EDx_Y&w?F;c<u8$!WeXI{2P&(bFj+A*i3nFBj*4kUl9bYn6AXI<
z2gn#7m348<B19l>>6+Kb!E9YdN~c>NEs0BT?|K;Ev<4cr@3RlK2&7Gp9DXf%{^G;z
zel4~28O#)RuslgMY(jJW1ydUZJ#oBbKOB|PoJgccf-=>qR;J}j`rWRc0aZ+*{1<6N
zRM{;Z<w7aQe3Gm@5P^r*E=qOwER#kmVJgz7e-umw*l}+}INd}Lb8Jza7q{a43?l1_
z^>M0G3ax!Qj%qI(gaM7(D-2W$G*J2D6{5nNqA!K@ok6pDf+4OQ)|DU3eh1s<m`D%K
zKuY7FmsC8F;U#%QDU!+uqqq(EEo2sDO*^lv3TOx?4=`)1+0Nt5J!xM26~2FqJsDfs
zo62`$kZO<vdi(7%FAjywU9kLqTGED2vahHwR1`Oq55gb8bxvPY6IrO^QvWsYzE6|`
zA=`oT;q!-K_1gYL;NXAUY}<B#`Eb1yHLNZE5(kZDm0e1`<O{hzMif#sW#8#?FUm-m
z5Z-Uh?5ilzb@&NizNtNG&_Ei=VwggSstjAu&etSBW$WR9=C=uhv3xypp|%BW<qC9?
zknk-05Kuk0$~>ThC&Q#S%lnsw%R&@`EYNimUW3Oi9R4u;t1NeCi@qt)6dr6^)}{oL
zmDMom)qGqp=<8h%`fta8kN5Hy_8o~d)USQ<kV9b%r-oxu<N7RqzY~5_IhixF2STHQ
z|EyQCFcqT=8h13r!U+6lE`Y&foap!aJ35l3vTTX<PtHNWOV5!$D?2ZL%zLij;_tbs
z-w8-H3BPFI4Uq!WCEKQn(I|ul<T4WEra{h|`(+Kq9<Z8?Au)Q<7L8B{zyC&Lv#|UU
z$yQD%tgPFgW}Cl)`kQTir*#nv*qHWxQG7KChRDPI)8G%=Lka?lG;yt{Vc1$rPmG;`
zMFJw>sU*{05MV|~1$jc}@v6eZ-eu@qb&(l$bG_e|mt#-{#s)y996AxWTInTopRF<z
zUgA({=z~HtDLK5we;RE6`i$%)jjJjJzB172pAarzWYWqsXwvnA7Na+$;Ms)+W@&@K
zXbMc@*mCEji_CFQOJ+1L_0+Y`qS1z-@UB<_dr<ymjtvL%(brkp^CV#jI)hz$mR5a9
z(4}4@{7*4N3vc_~)j!E>5u?)%OP<2;!f{l3NXhtM<4{*3pD*Q#dF0AmQ%FmNBDr*G
zOQ2|CD3~a<=Do3(gHZl(PL(R@)7kK7Wb#(HbKCb01D?hk_!*35y^OhU`gJyNlm0)z
zA{fLD7q}z`VG?O3QOj;n1a_@T(`EOjQC7rg1}H@l^7m{7xozQsK%*|9WXhon<;l#U
zl=sGx23)K$%y$IFaIgx{eS2DK?FWBe^_;fTBR_<Nu6L@d1GQz1Bj*tdnPi6p++WMc
zkn#q;nG$!RD{w7CGMWWd42vVEhiO?n8S)3EVNnY?+TZR7bQMulmcC&&+zqkh5cvps
z{~Xoahi|>86WQTh>}`bcZSjZ|QfnGc>aC)m1;7Oi|NZbKl0GRTs2#glnk4huikLi|
z+KD;UVV~RS4bzW~tq@8!U)C>d9pxKHyk)(F-<4i{fQK};eDEZ02(j{rLGdpz<}`)A
z(lk}o(d+4j8iUf`S$=6)l-@r81G{`)@0aqgB8j--e%lO?LQnI?<BF_CCC}q>`r%gY
zH`E0sR8%Si7w(~c3!lj`#msm@2ho<yD4t71T|YQZnfY^I(YaLLdGk2=%a#u{;2Ot!
zYbYF=`HBdc4K^|DTd`=4Avu9d=kpz4n$_S>(?I_%{CGs2o5EEAZ<5b0mo9+_!|obw
zvHW-1#jeFt0xPTuV{SAapkRTqMpmuJ=V*)NyltMTB4gnIp_vWyRYx(x6e}2d+Rc1S
zUqCK$vFP>>IVMhFx>Fq!Ld62i&uN40=Bw(9O)D+Jb0y^WV?zTVI+(WNSdmGTF{Jt-
z-iW_L*Oo|!rK493Uq_EKz||8gk7+#B1S>IzPKpUdONlxYWuTBFqR5?#7XNnZVB`v;
zVlGBATVhSramrIBgyWaAN6(IXP;1=^tf!Rm2s73Wa%qIYHGGW)5>j=+r#|cKr&f_|
zzRHp}kN=8Vq9c_+$Zua3#w2E)b;Bv-#|%O1qFzv<5+{X6p)hK-CkoN|UjCJSBRiQi
zJsE>Q3idIBjM{*!SyomtFSJh`c1@jUPqR#(AS|&-Ch>t^E{T+hPM4NQSBs&qcj2?a
zIi=>>8voFcior#5R&t(83k&BR7n(Z4W~v<ij!BVN1&bOW;!G$fdH`>|O(537=4JE;
z28ErSCJ2jT(x43|oL9VmG3bR!OPG5s6GrQ3uD{~imSk#<dUkkh(;QU;jfThcdqkGT
zRAsihle#+MXO+4i6y+3%F_mRSx#KXpm1j+R1aEB_Af}wmFdwkjH{m5|#+mX=lMu(!
zWTT1aImBhwcSkqHEyh>e9gRy^W_A9H<4BZHx|-?DA~~ptGBadjvCly+p)D&75l5~+
zMPewN&eVQQTLeScI@Po*4fqb^XR=tud8ro63bPoP!#=8j$-LBFgb1g+Al)Iyp%<dG
z%LuR@u;1Y#XRYJ_qYmy<?4Jwk_$4PbO;^l-uVo#RqU=a24?zSnLV@pq=vRF*9@#Ig
z0cNPJO8GYu_ahp<`L7n;lEs&Sc&e^nt+h;BA1~7xHtwxW$gjhnK4c(WcM-0Thod5z
z$=s@P(ral0Wlyy$Xh~co_u=SB-N|J0?7(`ex7=dQje+8W7@9jI=}z`5(GcD>n{n(w
znMI0Wg}G#`F0X_V6k(n;l3Bzk!F#@y=>>9FcbE;mog$@BMDfm8oO8>W0uessGf;T9
z1iStX%X@CgvzFkXIcJoUeCJm90&RwGI`hl(Z%O~CluC{yP_}6Tq(F!N_;pnj47ThI
z-?4e1(ZC>s&`tN=oW!fD;yuPfy`$aBvD?VmQ1R^~X{0^IIyS*n3a9v)B2h$7;Vc|b
z`YwxOCTVM{EB>csbY!mkk37?{QW3?l>dLpoF*Z20pcJuqjz3-FbUYFq^9+^<ivfFd
z7liJ2>3KqR!L+$@PP&G|4|}MZTwq4!9K>cvRJlYF?|6w6MRAE3PPLIS@D-3)Nco)0
zrLDxE&Vz1EZ|1yzhs8r>Vm}34-9C)bfHwFu5X9Xi7J5Kg1l3B?=$zp{CkuztQsN$D
zKncl9utFKcp5M7YI_`%XcxNJ8i-ne9!X7-?n$BjnS(+^M=gJW7hktiQS=T9(p>Sd(
zbD~~-r0L7QG>r=)N*TAzxxPkYC(-8!*1~=<(}kGCuhaHzSH)H?t0|$LGv0QZbabS2
zYd1f8umlMVyOQQ$iba+D3CKwb>86=S!sfz%5Pa(<Zatx8P2ipGXdsJk#W1LxWNHr^
z{gFr=0=eWh-po|otBmYvjpQ+*!L&GR*Cq9e^)u7{pWH;xUj*?<I{evx&f(LL!rYw~
zD8w3btG&hv+iZ^H8ovx~OONa=KEwFcx^A+DAAV;qlX)tiM?uV>6eo~ea!Na7BncHY
zkVFV-t{qmu7Lm9_sztHGJQMU6Iz@GDIm7o8LwL;ZIuxVP2|w%;%VF8sL%~eF5f5&>
zUb9rOpB{hR=Y9J*tqzB9(W<6a{I%^zbg|SGi>~?Ci9KpOef@rtu(`&P%bk-*_|z|-
zp*;!r;Qk(O4&L==N83*^NT|ODM&nEPwUIIg_I9BmyUj}8V5H?tzQ;S=sA9^t#5GdD
z{NhqQ!*><Sk*WvhZ?ILPDLjlU?F?EO?74O28sFG)$izeIe-Q6?)_Ng5-C1}yg)2uT
z%#)Larn7~yrYmeS^ob)I!j*9sYln=60{*alKA0mZfW`Xo<ebmbD9;+u3gxU4q_0-8
zC;yfBOZt#0O!N`9WgN`R0$b@6x58P0v91JSO5MJ+^jX<NMh4juNNE=#d~JE}Zn)0e
zFyjc>2%D1uTuS(qihhz`IeYOi&8kU{etl%KJ<$QXe6rYVw?t^Tc03$(ZUJPrN3hB_
zTn4oFgAh-<(LR3Xnh$k4>(zQ_KrgtSe24Bl!>;zwld$Gv{n>64^<o^X21sM+ysc=H
z;fMNc=lUhx!EW&WcutI$S!vbr^4{`e<eA>^cic{i<#zcDj$CMI?cZ|>S)JE|PB(<R
z`eb;@Ty>h;C%fdBrVf?SbYz?y1xk^e6rsm?53&!kJv84{R?PAms)`7Rw8NbTvhuI$
zg`f|jxcf9yn#89yw9AizkZ^P|L<L#>Ro;-QO+S>WoMtkze|M)QJGmvHrqv!te_egz
zprykBu1XImr|-8P&4a8tH9Vz(9gZYRl-B24NKP1h^~179h;&)dPP=W~Ni=^QIYX0S
z^hAy;&>Ak&*}pP^Ha>TiuBW#XbWMh5Z=`uh<`&vX(@{i~F;nOdbQZd<qWdI#aqOx~
zDCiay!HF*)?M_iXDq4DLXvAbIw_c3KO0QCra3&2+KC242rclmbWYa{16GJIdFUBF4
zZ3B*&DbL8$+0}YlKN`b(-a067U)OQgyz29E=GqHOrR{w;-_o{7C2$qqWVLt>;Hj}b
zw}pbw)3Ng1{C9II7NA(#_Wo-62cO_ttoxYJ{hH%sAF|-<Z0`H*x|ixIiU}_L>22%7
z$CH)0=|@ovR5WU_{2X)U;|F$gJx70nboOsU)Fx|@$W)6F%56#V1quo8pX}$gx3Ena
z9wOosxCp!zlA#fs(<$5XUw@TvGC;;xu+KynAHW3hq8ngNpqrC%sFTB&ij5<bC|Ow=
z!Vqwvx+q<<&&Tn3&4#6gO@#}o#8Uq4?Pc4hgRpj`;cgl$Y6%_%kV^oq($di2-U%Z^
z;=i4W1hC4}hDqH9)A6Un+>hVT0`^v(-ls-Ho*Oqg51ohncI)lVfUJLB09aDNYX@!8
zeZsM`H(rwP=@Z*7N|Yb*<Ug}eST)P_-n;o+ga)AEO8|@t;GjLP`;5MqfkdxkW&#bi
z>+QTN9|V8cG{w}H!s}LjpPbngPo8VU`#}g;6-_0F<IU-8Mc}hQr^=mC$gQRlVI-A<
ze8QHLqRH-#6j9JJ$)*BCw$p>Jn?<x#qha!rB<;HUQWgsR`{NH_lpP|j<xrR(^2QD<
zFoyfg<S5<??GX*HGvL3a`|2B5%6dmwutJ9MJh>ZuBgNN_Wx-wv?N7pfnqRIvx>U74
zts8uQ+x&Pt1mH&ghc%UNJ^&ai0Ep%Jx=Zvy<$Fz~wR*A@h%5kLc@z8(+RJOT27Q~a
z<C|Vjqk8vnpH7f_lXaNoevn>yJ~4*u_8WYH?`90E`!ZPBVT7jCYa3qg5diy~Bwu_d
z<UH4=b<W{pmTYbe4bmmxc_|k7u38rOj>QdCc9EP++1vej`*~=a6`f=_b6H*eGRes<
z@%hY{tP|bf^*03AD>H@_WJ?IE3tT3+ThTg}(JU$V<-0;Pl7+ovHl(d9OkLSG^Pg_G
zR>g5vV5%USC8FfgwsnOnOAf}Ty&@)zU6h(q?|-={IfIH+=NbCVCt?Ox+s$m*I^`C;
zg{LR+EdMN)cSBL(T~@Y4Mn9LtN376vSRqPEcXDRB(R=-?XT4PWM+4<|AmMG^tUT`-
zU|#(T@A)oU02jXSI^>=7xo_y&OP};Q2*%P)`}+DxS&)R{*Ej9z`aJEc={V0f<lNCQ
z0&bLZ^NIa4WRKm8uImP8BRue&QWVSxjj@uN#$z63<7xF%NG(*@?wlGzg@y4Jq7Ivq
znd<n9@4>Q$$H(EA8^#7fB<7``Si?JlOJjmb;X9cZ{Q2Fh8J)3=reRzW#v9kot~QT?
zns#`ENKT79rX%ph|F8ZmuJN=D3bP})@DJi+VX4y^%Db?nI^Ohr3=nB3@zCr_B)mF{
zK?%!-vC3o#lc%acu(+U+0C6r$SCc*I1RfsgFC_>9AeA<1vNh=8-l@A^YeJ?<OS8Md
z2A+W=j?{YIe!^k5(dlxwBK@?|WM$WWT=I#dzd!VR?C1hO_91=C+KeVlzVAzmZ^!1_
z`C+C=M2kpJZ^tKWyd6r!Kmj~-eOPzh?69X@MFX%?UPPC-$)2v0U0vD}s|xX+hTwBa
zt|&_sG|DXUkp3X4@KFH_U-Ki}Nm5h-K4>}*)*V|hREetc2-axDro!6(+OhH7g>u&&
zcWU{_m}z`I40XpJ(FKq%_-i^a|CA0K#}0qBf2XMzc<4|r!v6r9b|<~yy48bgRBGb9
z(C45j@r0$P6s9qZQGqEd8xAX<F2jMZgsnRgF6GmunD$+dJ(<rqpP;0c!IiiFi=hT$
z-;*u+XlF&jD%MzEKcksBc?hsJv!9W**m=ONK^)P{ds5YKzv=q{kZ5OhvEHWx(Rg;<
zPo_1s08c{TJg3xir`2-@WDbDs7|(q>HB;cb>Idi<9M>0ETRZ?|u0_*dlq3kG{Ho@n
zSc+re6lHDcgy7c}JRF8K)pNFeGrF$}qtFsMcC!PM1lN8HZTLVe(&OBs2VR~&g?7fz
zBk>PBvB`8U_Yjm_8T6cn+?PMUXKPVSyTKgm8<M!&m;5JmqaV1)LE-G?%9K8Exj&H&
z9oQ@vyjXj7w~(^-P($>XlrNae+v2p%ZF_I4we4f4u7uP9`^(^h{dVoX$p#XI+q^|q
z7(@F}!6$R3>hhUbFY8mg5PsWsoVgqqrwSYiBPU$%0;MPR<1v=#CT$Sk^RzD3W3KT1
zis<7i+RkeiAgVqXfy`mGaD==3$+qN&5<U}s<kwLlyAO$W18eA%uWbw^FHr$Z*v0(x
zddO&sxQN0F%Fq(^5*FTK`pbTGBTZc)A%Uo)8&_2SoS0J?UCIJ~(%g=WQ8l~yJf7nJ
z&I0sn!IEg)YeIuqw<(oNgShI1$Xy>f3R!fPlG@;gx@%_tlH8pxYX08xy*71y6^?zc
z!!v1|jfiO0E#1ITByk90_>V8yb~UCL>%fpyt$7k1L<Xs2KJz)YVWRm=uO&xP`Yi+6
z_9ue_$c6XG&!wB?wAI%;ygwaA`riV?*X8E>*=F}H!Nn55w-p}%?4}#Qi}GK%Pp-E9
zB=eI2XpnHA`~ZpM`Z~48tLN>$<8dc)^Le4gcDa84;{E*M{F7A5S9v@d_gv3^c14}s
zybJlnmV1#RbdY#dZx(`5r23^er3e263x6kImAVF}gC|W{l?aXGn_(9hP7yXBH?vfr
z#?&?3E@XIAx3GBJ$}hqcpuMH+_-$Sv3@5htU7gIYdJq%;*gwyOZkLZx6(6zspfakt
z>WnTkpdmwhDwu(Y8v}~{06$7ho-JWN4?fzk?uSm8zVHXWG`eO^ppwlX;wU}h1t}^I
zkP<Se__kpc+(%S4fU;>@J@LsIjWG{u16dLz=l!-6pu#qYo`xicUb{Fqy>5U)^r-h-
ztmiT5x#1WpZy-tBdkxr~s|w$KZKO|+;iOw#J$S5zfUp8I8YLbZ<;q+-PqH<~STn_M
z#@3<OlXY0m+>ovfK?O{pvQSAiU3l?mibPbe(~4#a-4CkJgXDJ(`=-rVTH7Pi8@bfK
zN9#%J@K;($0~ydV(eLX%+2ojW4w!S!sTp8_bMWTR-v%ZZs$d@oLphnB(5por@40}6
z`{|w%wD@0oQx{#>-04cB#oe$KHer7!N3=T{tn5;&MR`}qm&<FQM{-hTc<)@ccHv!Z
z`=qmh5(#iu+%3w7SFygYpMLVSrt^9bAgs&;Zqilcx&HzM=U2zM$4)raCnefyL{)19
zAjP%d2KQ6Ds)R0`5{O{LUzAzGHsWMqRVjASkM8-%B$+&EgJ+X_4;&Vm6275Q{tgpj
z-kDa!ns-R?Hi-IyVaR&7o{|&q&97bp{npRmfez9fhbYy%#XjBJKz6HMFM`Npe8r*D
z7VZ5v9i67|bZEjIyz5vkorWxjf}`VBuxvVG<fLWV_yNXqS|aI5EGltcT1ig6j;7R*
zxh(+JZmF@p(TQ4^`LpH~y=GYb0<E<ac>@S--=|dHWmXu1Shs#MKq?*(vux*uLV$I~
z$0b8?-2!;qq7|SK<t)F93+3B;2B^T<!+HYXy0%2Zw0eQj5Q?t=k(qA5Cs{BQwF43s
zSEp&aYBYgf*5J^X_^)HgF~b;2<RgDJ52oWMdFJEEL1jV$w*zD}`@Fhp<%MMpRXz@C
zsk}ce{tqmVe+CMbt;224aQ2tCVos{}^M#_0pwYZd^>sQ!ypc%GJB>)J1L`Uc#jUt1
zC6CHT1!tIg74SXjk4B{iGb8y}&^qSX2ujo<iIh%{4c#)XLZ^V&z5pF1&`k=`e5@>X
zyX3yCQBh&>xB$ZlpDbkL*8&~4?cfB)pF<>}UME_c&p>y`T7J1a>ErSN5W<d={GZhi
zXv1zkXB&!oA%XVuD-M=cpMvIUif`pT01ww@GkacMHGG`8>E~3@DXJKSRFY3Ml0y`X
ziW$_`TH?wuYYm7efiP7TUZ-4`J5jKew>_CcA}T|0$5t3a7}_Y$#)p42t_YbDGf6a)
zNnpkly}%`Bguok~#D|l#S5IzVNX|fbDQrWVG&exQiZS#LC3OyEV`HwUN*~_IT?Rvl
zk=7QW2ky<)@S1jTjmoopO(>r0@#rf_jxMFgB4}QS5qLgA#N!A%k++|f<Lr7GxAS?w
z$-O8UO_T>Z2zn5d=}6t%0>O_P!H-_7?yU}O_x)sGF2L*DF&AF{4CoscfAPOR?mA|E
zHUkPg$3<%0*U3IpYCX^MnVgak2cIDVG+%O>OUH_TSc1<2mwkB%t2KzlQn69kB0z+r
zjY$yGNs!aG(P=W^$Rq}K^fE#>T)zpk)f3VjlURdtz+W`N?P?aH8iGG+dC^0lH@D&%
z|5Sn}iYCqo!wRM*y~Ji5NqCPZlVVRp!!_9@$?hw#N@3Y{f9Ad;jrxmA_7Am)CJFuW
zfo(rdX*HN08>8(Hi8>ppp41V~{NY?^@Fh-cw(v7tV%c;s46fY*Vk@e-rPy1@oea9L
zBhV$_15+=bN$r!<{;ZG%kqkT!YmPNt_bb4pOeHkFz296q#Dw)mC&0e@TmzltBVNxH
z-seEYXD9XflMi&=SUrz_ff*5u-vEJL4_q+tfF{(0(Q_FT*kC&t%ja`?W+pM`wp_v6
z(!>PvcN5TIJZ^`6>`@820~To9^m);77^d)jF7<uB3>AEh)O+0lu1F4{&mVv2JvXa&
zf8srkC!b)#N5a6b;x<6P>B`#Swhc`fU?0Z?QR2}ELJIe)j0Lq=Co5@aqhAI=7xSBq
zZ>!Habe2H|4|G@EN^Fn8DMP$CteO`0)xwv$VkT7L7JbRbFP4SbW*$_#@70a#%1@OY
zT!v#$aW%LtsT^iv-;M1=Xi-Y)ZeCnuyqoXZUhEezYUenP3psl6u&$_qVy$xJ;W%2%
zb@PYZRX3_FW5=jW9-uek9k?!1r{w8;{#VIqyXFRr-+We*&w+||=MxTK7~tdm#WVOX
z%uJ?j`>~Ck=PDrY_Gj`%_FU?V;kzEXJ6YU3(S5jvQ`2?d2f}gzNX5Ir+{6>(YcC_d
z_w96z$9$#3?f7SHUa=_6cHMCQxMuut*aF50fUXS~pg0MVyg&gi{iDJ6e!DjJmTa=2
zQ4;9?6gQppo%y`u$h}F2yXhc0it%ti#IwsJ(ut+jrWXFP0M|J(c%;ameY!Y7{^+5N
z9#HCwE130j3H<@53DXm73DkLKmCCZTC<w`}QsqeQgTlO|$09#`7@)OCsT`yaWi9B*
zaB&(Q=e18VRSq0WZhNzeCP^5WBYKJ`ML!T}QJARCf&}upBUJ%t)&B7B%L~CMZ)fCV
zw#&HTw!`u){3_(x`{3#tjdJW9b5c@pRdTr_qwu;@`#E_L_7RUH+){sl+ndl9k|7he
zEK7L<G_7V65*t(AIokPJ`VcZLMp&21*jgH{1-Q-vF&R{tI+=`grjdK2F~FzJSAqHY
znezYpmO{7tyB>`8>s8<Vb^LK$^MG%4&$j{=;(P6{jG2mXv!IP{MVlTa2rS{!xL`8m
z6?Izstq>j+JZW@#0pu~M1&r}d*ms3!9{W+ecPxi87H>fz-{N)n8AH7xYhe_7nD?sg
zifXqTF_<`P0fv1I7chgMXyZ$lNNG_TqKzf1>9okKEE5K+Slj^Hpa838_?rxmnk8BM
z8?hwuxQ7)-DXy@PRAFG|SQo^;VEQ6#Ek;*|L!Ld9Rizk+Ysjw=C?PHh!|5cpWt{0D
zvge})epJ^OM6w0)dOl*Q*LaDSC<*<5DrI^Z2Rw}@jTN_BbtQZdp8TJ;qSzZj8PhtH
zJ^eNo2&Jh@Bu*EnQhyAdkZS813y$J-i8c1J;^iZUmIW|IN>*ILg@X|B)L`61rwt6g
z0%X+MoB0bqQ8O*7<R7m*^}wJ|92H{!WFwez3kXJRj^!$Y3d;B$8PUT!>=$)@S)Nc9
z)H-;0Q__DrZ%Nk$JsaUg_;lZ5OolnrKoc~uP}x_G#*A-;i@qpEM~Ok4OAmb`>Y!DO
zV~I{t<e{<=Tv|y(5u2kZuSH}d>*s1LA;1q|{hkyPAkCj>msCEHq~Gl#u|GYCFSqLz
zvQ3UM$%YVDg_bHYAYRIujb!?<G7BbxW%;pNbUSR&H;|kV68r<G*{!_O_X4V?K|CK8
zTVjh%8GkXMW`&J~nXjvI>5H#D0`;e8o}y>s0;uOgDUL>dun6AEM}r#H|5fv28jkTQ
zmvdgoNoSf>VFsrZ4@FC7Ckr``5#`l9{DWV9Jw7y9ogyJFvT6zD{6v<k1A6RH)KBUj
z9jJj_LsCXYBb$%n2`7XCTUr`Q*XEVg)h*qJ(hhF$WTK*Bni`@a-ecb$8dFx6dLqIt
zXg6qmvSOyH)ufTM@1UMKwg+!&?bZj!yir?sRLcbPTK1fN=Qj=orW^{sOD#`}$8os9
zX-5XlnHdU*X!}%lQVz<f6et+R%HIVGMv&xSlXk-*BGT2?WyUfTtW*`*ni$##VBW#Y
zGN0n2if+9_r_$5qzNh0V!%7X5+21qiQO=B=8CJw5iQ})-QB0&)b}eSbVRQAjDI)cf
zPjhl;iqWIROH;S9X@7SZX5hIaZcjPvq%oSwdJQWC6+}7R(AbjUMKW=h)G%9Vx($VD
zX&s;mqsIjSaGH^Uon8Vc!Tht_30=S(H+fw?YU|4S`bcs~Xs}zIM-d<yD8Jl6YLDwF
zJWfEY@1f_0xM_P}^&}u?9?)0@*(%^D0nnaVP$0gZ#g*Kdq(6Pku0(lAgwF{oHiKt1
z;Y_4oXGiJBs(WfVWIQ!*WrQkZpg@`pv+FyWDWWoInw<?Bam6TNzfN@hh>$Ji{2($|
z06EubB04f6_%<XvoJBdBeJ8s%{74`QtMfrhHvw%2RPa?66l!Ur@;<b3&FK^>QRLdp
zB|2oC{fQ6WMr}Y$bSVY_rXO&($p$%l>hObOKnYa+q9&)#q?9_+!xnmM#*F1*3|DD8
zI-4f%fXPl<F?d@9xOl{A!85pg8D?6B>EsfdRUQt(zRmTlv{uHA{&yw6e&f@f6!Cf(
zRA(~HRv6U$y8B;vEz-Q%!g&W`d+P`f+4l+&^QYzwzR-Jbx4o0unnwG($L32n5jh=D
ze?$}((>J3d!Lj6v^2>kyXk}W*sHhzN<;~N+j$K8TdycB&+Xm0jA4;rD_k9$LGuygC
zZ>E;`Gr)DH2nSo0;PrbMI54EG55E~Zn_$i%3#@BF=E@IqC6CKtU)^fJ-=nw`u-x#S
z*dRgBQrNa=?+M0O5E)Y_4bqqMY}YI4N8;lC{Aazun+OR3+jT2XI8$Eo{YUgn@t>$L
zsd&YCi+Y)*Ml|ZW?Ac<Db9~q)G|jnq2a;kHcvhOuXfe}St^%e+++&Jsy!07693qph
z3eg1zLk;@cGDQgRigx+aVpQ=$^||;)XaeqsR(pvP2Ia1Y6V57>R5ooFfWNXuY<wAo
zDlcUmPJS{$vJ_%{S;Pl1H+>~XYlBjeU?JLHUN}-*MYhTgr^kM3TZv59?STwT8%B(c
zw~ou?=rSAkWZt?W4FsRz7A=N4`I=9si>{v-W&GSv7pHG#JZbLKPJ%p1GG5NaTS1T-
zO{tR>ek$uQE3PhebTAA}S^V0M!@bxG8=LjeS5Rj2&xDEfiafv+TbO7nOlIeJYjC)f
zua^$d(ewNm&&i<O`lnI=<97cULI%dRlz$?D@KUW0WK?u!1X2sQ3k1>j{e`drG{o7v
z^2%Fr<BMHjzXjDRr^*{uCL6du#t?pxj<;fl!IZELm2-Cb7<`(OmVMf*Or-K8MW!{<
z2&v2bWalOSA!Ff?16Ca|St;Vdg`E3{qA=F6JaqD+hJ9^9m$xC)_|q!JGKaIY?XtLT
z47NdSbA~DAe0||wpn2+TxTx+TNqy`#V^Bmd7ekmMIz4rFvaPxUrItBr=6y@g?Q+Gw
z|J-xX1bn3JXv<T!T+&L5a|^In{a1<OJYA7)O@h2(+Hx?j<@RCVQU}G6rP-@5t%TK`
zm*@Gxfubyvt{~H&I)CcExsiI({hL@YW(lpyF@R040Oz9(Vf%ZphGkmv*B{tJFvsp2
zGPOdvXd-w?VyzhQR`idkU6mPnpvia@)^3V~Il|c2wkx1YDL&}u_hZD?X0UranN-Nc
z@m*z0xiEYhq;*vT24F`Vy@ZKIM4*oa^f`(&gLSMj(_&fo%Ffmc=SsMm#ucM=!@E+L
zzE7H3L=8GCdo&?rrKU~b9#qEehXw)~stMPPqwD!Ey6x|C7$VYr#iFR&%7N!^35_Hl
zxqlJLI22sNxL0ww<0q?)jiCyKVzv;uGDS`#Ir0foqE-XOUg_JrWir&&%p{vQl^NLb
zS?C>Olcb@~%DT#EQXAS%682+_+BrMEzC>jl*v8zt+NB1wV-uS0yh0G0fAL9)r#B;E
z<>=D-I`Gv+t|*|VkxSgq^1ba#iAHiFH%o}QKGlMjA%<pjWpDXpqMdLpy8HsW2en=*
zB*Px0o<78Z`C}ZCNW{<UxA}W(Ic}BbAMnnEv3MZhCkh%Q2hpXIO6tI*5(9yG3zh=W
z(y%SK5hJ@NY56Y{--&>>pm7Z@B{v`RoCF-{9kl|MeGWM(WCwy;q0ma&zkF2k)R1j)
z-pDE#B(kL$tO|qq*2^VM&5h!`t;Ivd;kxBP$!v~2T-t#?q~$jZy-N;<{CQzcA6sA-
zl`|o^X{t?gaNlIyp%7QUlu1OFfc{|4h;s2r4--Voh#boZ^|6|<k4hzBMW@1DlpjbO
zC&rnD_C1ga79FEU)IRcbn>|s;$-V~)OD?xhZ^P;@C(Zy>ny;jthk-7h%yA4o^4kq;
z!B1Hy4pULNDQzVfUKDlu!cQw2adN0&ekDbT4e%$27G_bcLnRZ(<2>7J-A#;L_AKIo
zW2?m<CZkOYjw4Z>VUTyj=ui{E0&Z)i7nVh7ZE^zYLdS~o%~i6v)nQ;Jlb)`4W-Kkw
zoDwO_Z=SS}#a+oCOLDOcz8W=VaOTtJ2j^z<re;Uiw9xR7P^{&AIOK*63-!I3_W708
zDRp4`Iw1tiQ8wKY8<SI0^8I4{fJmr7vA@iTA?@`fHg8Ea{+noexXd-!kf7(4f~*Rb
zogaO_GNo@%0{!vFM2{n)SHyZIzwdi;JDiXRPE?iQH!UZ)=W}^CcnpcIHYTiw!wY2I
z;FYjpKGWg+)xJF<I^IVlto8&B>Dj}0O!=$pq><Fvr18#*r?6}*o#^5)1sngfgbH$#
zLaiJ4FP)qqQX8zN{rYgq-L7Oz%flt8b<fAzYIwc@<>OcQ!yeh#s`BQoG*Ap<WH1WC
z`Pyi^6mumZ@ac3*E=uW(J+>|@nGx_8!_=f}$N9nxznNl>4&b(;c7hwG_4l394ngEC
zzA#KbZxJW)P|{uNO2{{dWqkXM&-e`&yDaP9t;G#K&fjN?n9O6RFPt^Bh*%HUY@i+Q
z`o?X)!S7-$2W6nlHWcmXq@kVvr1lsJr3fMRUdnCPr0}G3Ys{xuaIjis5HUS0i%3b3
znd!2yp`~ePzV-O{x<M6|8W@Y3xq(K*HgrdlT#IP_jXie0+kmgvmcwFsN^=`2{OKH3
zCrBLi5Pmk)T$>&H3z5mc_T8D)(Avv!dYd0jJct+PXrqVKe(8}S?uXhhR;@fy;?j%$
zmT~92a{lWky6Pql0m)eu0ZZ1D<}La|oiON;cwgyblJZ~SQJ1im9x2}jnVabUAzQh`
zIZp@DfmR=~A+3l&W~!*oW=9gltvgR3<rXw0ny4hOEX)nL;3HDt=5b*)J3XQc!D{_V
z63*w1evRTi6EW>89Fm^3&=g-rpBQsNz0si4?)N{d8q>8&4${}gI*C_V;u^>iD8rwe
z*10|}GOA`ke4FY=kL)~%ln1F1w2+93_EmRsb1m=+3SI>{d+&G-k1wE(M(zy>zXA_I
zm=>04yS}N}x;SFJ9>G<z+|w3{S-^Z$I8=*w_0Z0Z+fr32(x8@ms$Vn*BjC9R%}LPy
zr);@VItx3xe{6>zR>m67tU?W29AIsSZwXf|E+TdA3NwPfa6#X?hN^6F>4(LVNt<|B
zD+yy>fv-({CF@gfDTbkE6d|vi0yRa)*ms*`byz-k!)_j6ddne2Cg7g;r${UZo^ldx
z*mQKNMbhNkSo_p-whP9)p=^$sa*+9X45E*%f_&I4BRCLDS^hs)v?7o$xB(AT66*NK
z@xCQWlhrvN)Wl(dYZOs-(B+ctM_W$iMkq`($b8Lu)mKhPDsU31wNQbN9viyzm&Uo4
z9%7TB<XD7LqVA~6&LE<;a|?`gN^7aI8?yK!ZK*is0SithFGYXcI2K=$8}g<3+4`LA
zhoZ{nwlRv+np-lD!02cXy%JbkK_iZqT1knMKT2K6xv;D>`nLw-vpO9_-bP-68yJrZ
zBd-0QzaQpNrC$aVOGlZjlZO)6J|;tGyRT2e@)@tY)~&-?-fqvX^iS}!Rm)&&tbu`(
zj}?ud+x$@CL95V>gH|BehbG0n@7=tMkQV=3g(WC=G1<{DhbE^bm`hmIYol4A<CC2-
zMPBXG&xUryt3&rl@~a{ze$%;DE=eszWT}L?65E;bXl|7_Rk&wl$@W{+2%N^pv@Lny
zhsdGJ2}xg&DvYJv4>r?kHHw=r-&$xu`ME#N7=khDm1+n?MK`)BMfppAQ5rMHp2V)}
zE@Nt-+(tdUlRZabBdfTUc9|3BqeYQzOWSAK@9}q0Wl#L($hPpXEhSldlc9}t(oEp;
z+$!|bDr#oRPD><If>ZLw$0#Hbqx3x%hgsfJYkFHA7#gwxUAZBD8T#h)ESl?Yg9vYV
zjNvVyR3hz>)=Wiot?Z6wkx-Jf6uE^^7TS08<oK_?SZo`#KrXhdO5dthxRq340VZaS
zo4?)WG}BPINJR@3u~9MM56tcw7doFci4%fXWYzo+Zj^-^zTp~GlM4T=RVW^Xxh-ue
z+67X+zx|w6V^P5-v`QJw^^h{C`d91~_bS$r3^Q`~VdC%gQ~|io!@9=iYeLWSaaN$E
z=J#Z2$kPhS4PwdxgO6e?ENRXxI>kf%573!a=qlz&@x}MZn?<2e_nr~E`cewXPcVj&
zQ;Nh^#HH9HK781!i#;AdfSREboc99`jJZYBlYY-P?Bl{pOut3`TG~@-YUkiLUbT#w
zQR+Nvrm+$48(aqwPS?=US2D(jmS&8-JP{rpvWs*^)|7h?E*(^nQl}i5YwmGG)TRxm
z?);<qyu_#sbjI`RhfN*St&Nd013r<!P8%t|=-$ZQLZegtd-B^?0X_@@4H0+U!kJul
zaorM#*;A!HxjclDgJ63zlK$|t^dAS$C0Ogm79)kRLdq^H4w>!;OnT<FQ9;*}qWK)?
zg}qm~KXU9;D^W~Vsy2cp{Aj$KW)Q}{@kengE6C9eG@<Q!q;XXpCNS){`iU)6eZ1j-
z;%zE9xrJWMcH0D+sA}nVV6JaS0MajG7M+8uf!4v4POvktYjS}352du*8pO={X8J^$
z(vLE>rvHd(TtgDBU2sacno=akOd64kC1lHz(Vrjs;G7AW&BS{)l)@~Zqg-X<m;zlI
z2|3$J?2HHrCOj}zGn3$iIqaFQ*uVCwHs=Fn;jNp<K&M)_7W>Yo5z75qsRYwcCYmUN
z<)g-{@e@Zg(C?SBk$|9%N2WNtWe~Lt`>20hj(N>@KMRGl)3DR{0+uE6oTaiFC+L_U
z?EQnI5W<+HoR_NZ3qxOzB<aAq<5UCnW<33ZrTEv_0*Idt{m^A7#zbhi9VAzL<yW>3
zeqK%Q$*V5%jB9d$@m&D%o#~_!{RA_fJC9kdnN$)Ch3$@uH<PFx9Zbqmm&Y>99K20}
zBESpl*dQx&V^v@!VY47jz^*uz6f>Y~G+R_)+J{FbWxdKLwWtd72a5a#&b;dXFhu${
z@Uf5|a+veU3czK?q0Ls+#2C`bewdJwRD72w&zMIRLQsTPg>ObXFS-STTgtE)hl=mg
z0E^fAa7zwyN+?*&l8qV>{bOcmlx&In*2{sbJXCdi(C^pZ`W}QqURn_S1^L+GK(|<i
z$$nLFXPt@T%QZO5&zM}Q;0fJw{BYi2?Ixr`Baw(XR*eMbK>L4R%}x}kdDey%#aiY5
z2>Mipi>&?IVvNX<^=bRfHb`4R<z(!zzU(Vv!-bdbg)o@oSX7BmDB~1BYUk+SWUOJj
zLh(%%kF+)Dn|EfJ5dXS=dnb~SmDH>*E)xImOTReUAwH^Dlo@6<ls+b9ZFt|s4oyN>
z%=z*+GLgtbq%bh6Jk#%o1jHjnFzl5HO?i$SqQ7zoHAmd(LgCpdn^_YcFky><IWkm>
z$XDz^Y&{-}_|ZRNn)hYf^HEG$A!n=MiZXYe&wMlU)OSMsCk@-q@)mlyaQhIvr5lu#
zv-00|f^M8hJHLxW(yCbIJbN~%=qWk1&gOXqt-_zbj^4NwL~l2IrTrLTUS2O}=q|{k
zuA$JAtG{^r={0>l9B$<}C%bX$Q{t|L!^~lEhvu}yR&OW~*-+d1@x6fR+iu;Ax&6P`
z@2OdxusCG$qu<M8N0MrBo}WYAAg&g6r^(TJ@JIM<f^cvyhK0jTArugpY7F`}JczK<
zj!~p^4U5JUXd?@&_OA@P<Ox~+DM+N;V^ONhc*AV}JJkP4BeF!pM`N~6X6!v;@zAux
zM>@yv>4N<9%?=x!!$eG-@i!B-58D0*!ZaHQ-_GC#SBLv`iL+nfT4%($tz1i#<XUZZ
zl=r-6(D&Tuh|iqv%8g`)D7ZWz&^xafVXqbF`+Cm|VQN)ns$v6^JP(l+`K8ACEY4s_
zfvS^(S}@Ig3aUEGD?s5u!{N%T0;KS5_J=CI?N7aa5@oA_Ju<Y=B{)>}d0Q2^tVx(}
zH7zAi-#7ONts262lpD%bXO9KnGv<G?a3CI@)hAa9#jDtfA)4>mjn6V$1|3lJ%FLMF
z6w1imzduq&No1_ZWJ7V^$-U%wx#cr1kIG3_yv+s^v?-n-nEsQc1Ff<ZgJdpixTQU3
z>VZsm;C^j@Yci%j&kN^rEI+igLk~!Nmfrh2t(NF|*+EuuOy4Jw?!suUrs3)jndh=K
zw`*ET*ztDw+*_R&X3y*A`x=wR{)63xng4%h0d$GI)8vm~CBCQ}%-Y#7P!&|4?%yE0
zKMCcQua(LF<Hh@1RP@SPt7G4+pxw+k<9PR*0-r)d=})?wM~a0CUM^ovtS7_^rAKx>
zCAXb$C<?mHwnZ+gn($u~8Y891aFp<rp@Y$dsW43e*n)H^Q6n)#S#n$rxjs3({AH_s
zjq36PT(-d?g*`Dtf_W*N9(nM|VYNTEd?;y>VG!H~ZrToCNnua0eGwLvNb&_}())+(
zDd`OrV@i&b<Vt@2t$&!%V0AQTiAn#lT2+G<Xhu3Wmq8%%3t^Q^i&W-f?{|Q1G)ONE
zV{Z0yhj=J2bp%Wc^5ftIK28``Ws&;;(|YiX7lMQ4UB#bNfpl_VR+H?ad1_R3rg&D&
z0Q69YO#&sBTkfWVVATYxVk#S=tbWnGP*#`tneqcI0G}>10`GNaRno`ZI%eS5)Cx9D
zr0@g&oktU1l=!Q^MkuUU8mb0~ryU-RN`^A}M4<-Rz91egQuVPIsdef2ilJ)(*fQ@X
zpYp)63_%tlB>0bEY&RwR&=D6GqdIQfSskuzZr{g@XCz5o?Ir$2=#uGt6<>oLrhj2&
z_&s34cFTd-^w?M)-_NA{30c6&+PW*?oMfslhCE7230bv#Wv921La$M6IWG|}in`?0
z_akNHrO>%C+^=)Tyt+kAX)>Wg*0JsjI*k|_U9#rmP7@DSScbV+Oz{807rV<3j)ban
zQLpt3E5%#8q<abJ9<nmGxI!g;!!0`rANsS}?<$qZ0TS=Zr`~*{JHx5*6lHV07#cop
zh@jQwr=y6<Y$S0{sN<RYg;^8))TGk^E<tfq2*P_lfU&k@O^jLBFwdF;CL<0xS)5*i
zx5p_p<DRC|amLe=IdPwRL@50uwwk@3;UtgB%vkf`ul4@3b{rBq<ds5q2A^(8WBCH8
zFUPf3<gD+I1JU?sxlPf)7*{otB$Sc|Jchoj|0@`d%kWP8u!wyhCh_KNjEe3;Sluyr
zA_iJ2x?r}QFD|WkEB_zPP8k!8cRb4_M~dqDmbOO9FN39jltfIzxqpbOx+|&(j4wy9
zCYch^sq3)@{+lD&ROI_(bW1tVjrQ;EIEad>q-qHJe%!N~7LGfF_*<t9siM){#}c{)
z_^8hs*S5A{B7WugtT;=<%Vmg?QeD{$971nZIs>|n$+HL>1rs)hnHZ}~0_QsF%v37v
z)Ebn-s&(1d=I26&AP0lAjKonUGolrO0o&XtywtZ9itv(B>2l<E16=lh$QprcLGzNB
zHhuir7~~r8g(p927c?``4hxzuC@uS2xOe7?^Vj4m)=M`e?=#atL|p4&{Ote9SUs;R
z)xMRx4gXo}i9EmY)Oz#4c)x*l-|qM^O5=^&k2&Dn;@*_e#-d?W8D6cABmbu?D<{xm
zPotS25LK=d`)5c{h7>DjOG$aislkSO9Hl3HGq_gXV2V2#7<&OyGt<O^@&pOERKMvi
zR3v0D1KbFRhIEy8wUzOzXQJ_FfYjT%FtH_Kfpw8uJ@R-4V^jfJB}{+14g(Y&Q%d-7
zp~R1>p{WvcWtV-U%9?l#tJojM#DfdJQw*(2W|kz9Z@<LKXjmQ2{N>n|ZUzB6misc=
z`NwtIXyB?8i|rh4e(<<5+$ku+%#b%_-Fq((t|N9S7u&!!r8b)nY$^Tnas>mV-#aeE
z!6*BT4x<Y^N=0`jD2wyWy}a)%+=G1ied}cMHrC?*&~#T(Z8dEhfP)7s5S-%f9w_ea
z?(S0DDK5nwio3hJ7k76lE~QZ1>7Vyo>p#xQ$?QEdPbPC;k4wD5qv{crAP9Ti$d-MA
zs3=!X6m^8R73OH9DZAkS#3;+*xrUY075dH7h081pO|8ktw)TR3Z=UsPomsJKrDvpp
zM8R{4xkrD0KdEMDWK)_g4n}x&-z19Wo8xFnP{d%w4>AA_K~Ws9hKo3-9O6Y`^As{r
zdM&~Nwbine|9&J$q^Wc~f-rR%HA6GQq?}=X-=TV|+wa&^o?P|5WV`}P0aJxTbG<u+
z@}y+dP%$|PDFzPt;*+I?G+KglU2aU|WCfYI<(P7F7Fc~_se{&2oE}BWax2kA)#I*K
zh-cFoq+Eo>eJXusrSwOtLrd;xJH!uIh-LJz@Zn{*dflt5Al&~uz$oCD^{8@~c6Ow;
zRz7Ua(H$vgh=vNUQuT$L-nSYx<2>s74JoS;8s-O3K}BjavdCw<9Dn(u!`qneEMD@Z
z>FP^1Ry<0|7$XVWVwP>3C4;JOc692{H6l>1BE`!moSCG^HzQ1qDQcQIr$xw)(=G#=
z&5ji8wLun99GXe+dA*`)zPe#JtT8O9uthx9V?DyUG?D#ppc2|)gS%DXR*{YUGG`Ml
zh+8Rx6nSvTqA$5)!M?sx&LJ;WtI)#B!i*(Kv`xD)vG5P*Z8Wi9&)|<Rck3n365Na)
zF-tOVfjO-8%F^X`xTkjHRvyho>1E92UXN<<Um)~|2V~C;*uj%8LM2@Qb<Hb2$9mk<
zEoXNVDVNR@!F_utX?g87#WwwH2bJM6vN2=D7Q({GO4}V~oVKR5ab+Ut&aj{yyRZax
zP=7|Yx6)GMVRsRNH!Hp?eqcD7LR+?of4a1<X3RC~^~Q}aYCn}JnFPdnE2pvfBMpFu
zN(a|ac<-9tF7-?e(XoMHTiikYF*;3xzC3!yWj;G@+E%(St=wxk5kcHlex(^%|Lm8c
z5F;|qL>p}vL;8lv1sKYi5+l~6R25U~t&9SM<HuU97TMXm3VY|r6-qb65HB!n!(+c}
z7Nx~9JSQPuaK}(LiSd~eMO0lh^fbo9K?RLLYgN~N$|jm)W(F>1I=^ndU&gNgDi;wT
zXzY2@n(q>r9EUSvjb-mAvRNvE?H})3iEw`T*TXonkms=e!Kto9!iWBHAJDvfHTI91
zu@TQgOvQ-)aQnc9Z*oYbyyNK>e-PU|%_l|t-1v|Dwi6Bt8!O?Y<^~}m3-&qpJjnrb
zcnw$YIqQ04xbiK9xo;_0uyQ=&2OB%wuR_$!LgQ;{7yU%+=})+(DpRQ(sHF*mIut(w
za}!9vTa!y3FgT!ABL7i>t&-?EO|Kts%*arkj;fNa!YJ=J*Mgjjwr53PMHcVn>a0n`
zg`P|E<xu8ItDY4g-k+_wQB)o+Wu1cx%^E4HIAabG76Z;a;y0IOOqT)-$)rZpIYR?l
zH_7PHr{4HDk!Sg0JkY7mR?NKfTJVPr2uwL+OBWl=j(7oqt3CNSZ@aesJCfx=I}LMn
zuSG)|4gnJyjr_WQ+q}IioBNeBX21NgzB@o6V3c{8`jZ+`B`I-aM0UI>Z?Bm%HQ%_l
zJbo52IgP}4m|K$Yl`Go0K11@@u1pv}iQGn7N=VR-Iw*{3lz&m;mmr9#TO=RF$Z3<u
zv5DA#j~q3i=Dp<I0DgC!P$^tK;C*JpM1EJQP%-c$-Df_q*PM{-a9oEv6FV%1JCalV
zFQf{Uw?00U@cLJsbwrfoQURrweS#92%C%~H=%(5nHY4dWgr`x7xeJlQ=(z80jypWv
z<A$O%P3lLk!Fl^xN?|4jnHv8GhHztXTvJZ&F=au$o@l{8+2%N~s2Lbu(cho%`82a6
z;CSsLvzb+-?{XWkAvmfBr8K;<;>Grb#T79Y`v#Lk!DitQ=a=r3Y$;3QNjYI5(>%RI
zKoX{TLFP4OH~F<PJclFF`YE+eww0PeA})nOr%D#(c4CWC^+29O28?j*Pecm?jq${h
zRLb0@Ca`c#5aW%Sk41F-3rFx8y*rXcfD&_sN%Ehm5{a4$YBdrBRKjJLbs#&dSff(u
zXqJ}=bJb<St+lw=W?HfIkO@OdE(gar2jDqyg6hy7j*7^J?Wxiv8L$=syjMnvM9^ga
zEp+%`+V`^I5=Xt<PS|08U4GbV!3RW?Xj+|UU0jp95^^!)XfR-de)Vni19si(^5y@u
z?U6Gx_e(+B_7IP%upq*2A836QD-{WrQ+ipJjN$hCrV~@LNensgrG06+%5^C~1{((v
zEY>;EW~(Rf+WWgYZp>FFXksFRm`H{<@O@f@^Ul@|ED70u4>|87KCf6$jnDQe*dvG@
zipom{CY7N}I%c0TmGtY$iDnBN2bl345Ll!btIgBzi!`5cZ*cE7bf|svYIQv1=fu!|
zCiwl?_5MzxjV-?dcZrq;RT#CCOY1jT1VHb~_lr9)k4MgX1F+8}BdC{N!bcMHw!qW$
z$=?3mqfzT&@fLCr@_@{{hx}!Ey}Z7q3ki3y3Y65Ql}ST%s~_J_g!%w9&WxF2B96B)
zP=Y`1wj=>|xh|&8@ilvLNS1AC;vTo25Rso>ysz5!dbJ%46&=a|1H5JqM_XKrAg9H8
zVto(WFOk_l-w^uG7}m57n--*{iSdHd^#?UV56LEVndTRaW!QOjinHmoX^w+Ldf1;?
zgalNq5-tU&*vuW_XAoqrjMP<DmtwGEJAN~}Z`I`2_tgiBk|2}^SsIIK`IdG*PI1zg
zO3>}GrbT(ypV8Y{vM&=2Tbv@I_++9AROcAi50_dp&}#D<=k_@e)fafw<*w7~-9Tr)
zFYXSRr|Gq2Mg?1fgFqZ>J}q-!wuXVH!_DHzq&I|9NU}veSd^N|#o(@=iy6PuKeL;P
zQ2cVOFLLSZu;{kvzsVB1$1%PN-^F_IjbL8iE@p@u@!P9&T6ln3z?*kth+JQE3|QBi
z&OJL>$l!DR&~d{E_Fya=C`I~Jd@^U3*Ye~`x8-dgK+n8|1bJ;79tHgGuUxP)gVlnB
zD(mQRZhLk7DSHXOOwgr$FOnZyj?e1C2#Sg}ooDbxzHyXu#ftHxo3>;ZSx00a)v=WZ
zN<Gr)E^^?iNE5?Tv}}lumt)B+Q_={C0Y%P0;heT^K<TBn1>c2`Wh~!n8Sc-e=IpWG
z3E07wVpIrexmkdv=+UX(dZ^KVk^NhuCY_M`9l<?~KP1Xb#N?>Ao3YtelaeTgC@W28
zYe~f>#z{8Q(>paAyBJZ6za~U(vYxB*rsYKH@ZEnKcMM_me@XMqRG39AwQtb`N+rey
z*Zy5pV1%x(CkS9~R*@9M*A|!O@_hlD@riNFQD<I+(8q#)waltR2TXb&)O9(Hszf<S
zN%cv(6*vb9x!4wnkObdC{*qpI{MPB%icfAM9?&|2!G@pWpX0#g+8JeQ`%yepR9|M~
z?EYLQG`i$9Ne=ZVePmS!+9!ni7>~MDHO~0bB<`&khd!allvY9xlTb`jBWT*I#kRD8
z^Jej3`7e&!z9MOK(OD}?6>|#J3SLL|0Q46HhfekfV?sM4XcOHiJ_}TTC=5Bj$%wW<
zQnUmWfs;a}(40{yvOc3oa<^fMz&i%tlaRLKd2W=1E7QCK{Ly5hdk-t5`w>DiJxv5U
z9BLa8p<3l9O|A6@Nx*o))bin;Sxj}%Hsf|=+@15FTaCaFI65=2Yj*#KuVH!@leM7g
ze)b7T^YFnF(?wX_bKPC0I~DpBNEYJ~_H?zoYg@^U>_p0)X}q^5h+q$GN0VJyeS<ri
zpFmF<K~477;n3r4PLw(^AkAmk=5Z_0vU5nlL^D|)j$L#(3gtRYS9Vp`o;4RBztfSK
ze6-jIEAH~qpP8-07}FwMBT;t~cU;54^K)Ov?MJ~~$Z##buFUssbJ-gfP`V2xg83{~
zkLXT7c^~WdfpV>7l7w!ezVFqTwdmlBaDsG-5awKmv1YtY)RFU_VFvKrrkldPQ=gV@
zM<S4+&{BgQ)6|S{w!|`0Xj7EYllW@t)80L7E`I*}5x`jawt)L=Yw{(W1c7Ye{Q==-
zIl;p#CUHJdQHVV?(!UReF=mW@=6#iBWZ}&>R}Va3x1y2<(~tk}>gjc3&-s?A%l?Wv
zg?vk9uFn4vIv|GN6VQKxnRD$Bmr?pm>R6~0@oa!NGuFb!dbUL8<y6RMVGXGL=w_(b
zy$+IT`Wmj3X#ZkewJQE}dok7Y9nE8|)p+W@8CEFk;z2A)Uw1lJc*-c9-{UeK1)%_O
zdfvi%VXm0C%TQh?WDuKtThkex-1k1oh1`_$GFD`2&raN~{}(Bz5h+^>t><IGE7ng6
zJR3Ak)BV|_{PCevRmPt<JK`N=>R1ywCQNQ|j<-e00-7Qgv;(?L@CJ;!=X-~K-^W06
z4qANTK1#{Y&|P2%HkQfKg@Q3Tj}`{otZfHh@p=0xRqYjj=VUEfvW+|l(RF-Isc*F$
zru&@ku9D`5aJLz)1mx_{=snk??*LHNtb$Aa8Cz|OTj2|!Dzf8EAS*g<WWq3SWCG8c
zeKp4)T*3c#C<Rk(hp5vx^i7(e;YXpEd$4sw9dft{2Pe9?ixUBfsyD8sso%CLQeCsQ
zS~3%<;<6i7hR8W73LKr|R%-v;fLXDkRAdDf-FW}hRswUqxub2ZUU;G{EUPDFpO#BC
zYIWf~&y&&FnEqG##)bRBrMR4gY>`RZS)^&#s!xOMVf;;@e{#(*wMr`w^+b8y*}07_
zBw)n}#A8a(gmi90!f(fP7hQcwv~xa@`_`%ZFHoEgyn9{$Oeks}G`s&5HRu`=5tpt1
z1zD1sHhCadR}832hC>)?PKECmq&WNZ7HWvx1`#WB5Z})qn_o$+^lTguB+rvb*oKwR
z@s_guWfh0yiGQjm&}mLEsSAH53~;wEpv9}nAJE`GYcCP-Lgx7<X+_PYWtJ%lwL&$)
z4;1;SJ(l4@s{U>k4r^nLuAn7Jos|(XQtX-5jVDjsU5-GVH9NI3F_7|$n1vysLq9G_
zp%lF~0bhkeX>D>(Q|M%_6o!nBSWrWa0{P7IQ*-t3N+`RTcK68)Q-)xqvEwh~<7<1=
z<L0vK>=PK#&4nLd1E+sUm$u`0Z=xP3vQH=y_=s7e$CIX8i`F53Mm<incp@bglCf5f
z$Mvp`h3j9-ncU8l8!+cr8hyA;@4haCat(-UO8$wJD|qTVliZ{JaD#`Br!a$i!!Yxt
zuktHL9Ai&0+<$p2tSU6^%U%bw{JB*&G00O9L)GCI2g+C8_zCA!9)qvfE1R>aqq~pI
z>=Fj2_7>ys$8dM!Hcqg?>+3TcQ;d@~u=2WIwY=!h0nXID4>p#vn1ozZ@M<myoR~p?
zX<;-2>zYx9bnRpUJe($^gZW=T&+zr-l;cb<;&*#_izHA~+4p2*hWj3q?Cw9A4I0X}
z*DwqX=gRFwf(C7;I%siIk0}*jT=1<9%7z%Q7!S(K#v<KPBy&K2)*0y9*swS+>r74$
zpDFl#>7`9f^u<pNj0}!uw9fKN-5$QY?wPPtQH=PV{f=%F%(`c?WM8quxhJr!-<}sq
zrsGzbn0>lXln>(GZG5+}etpb$k}A;ul8`{*7{>_218-1pj6@l8M7>zn?n%z4*WOia
zrQBBC#^S__Kx5`~dWkQ8W<IO7%$&?NQsoR5a>;6ASE65vS>k{TpXQJZCr=fPbxS%)
zAg6RQqI7VAhxR=Wbq0pwy2B&%iz~#RmYG%3ZQhs)tN$72&%KD7sLL5GQD2M8q<oTo
z=Q*HYzWp0$9t=teAN#jQ`iyrt6kGs@v1;KZKS4hgzF}sWz1E0MNNlubL~zy2rOSpf
z%RX0y(YV+}xXQN82y1zsWIw1GJ9n~mc<2XM0MOJf8`h&yMi5l7B$5U(J<#Jeb+~eh
z_J1SJa*=ve+<G@b0PK96<)lM<5@KOorkrZ^l)Y~aN!kkisZZQ!yDrYmnCdH0-#y0s
z=U@3{@lh?;VxmE-==&HR?H_g~PvQlQ#X{s4wBOyLJMF9H$=t*U=4e+b9wa(bU2O9n
zwd8K1)5T+HMQhoWoDU&c8ypl5YHl%2x?Dxm{3uD71&20?u|n%J!ERr<<ho$a{;@9)
z-^H63Hec%)uaQl${W0wt#+2;r8v^kDjsGnX>U9mb(;VMfp~beVH8N_6{_s7D)0`K{
z1FigE=6Ac-bag4N*YXKclOT;OVZ~zJP<xr<k!&Jk%~v#2TTO&VuQJ%KV~+b{`HIY0
zM{VO9MyT62m78$8nDT2jw!U{Yi6GC<Q9w`4JBHmw|H~)i#0o||roiE<8dGJ|(2D3c
zJ*!0<i)}IDt9MVLBRpCsa+&NhbwqhyY9q?;c|zmK-Lp#DUspCG_7RLVd(!39J0(J+
zX^Q7L?L-ljtpgACM5kkn4cLbW%{jb6*ySdpW7nGSr~XLUvd2z2U9;KJDv(SEyr34@
zdByV`0}35(y?Rk*tOU!F6*>q#6v;HY7O(`+ULwbNglLsL(q6#qGZf~g_lss_Oau-E
zZ%_NHKVq&g)SJ-F1&UJkjW3R-H?m43k&E<%6|ih+T=zq{n2AM5(6O&=GL+tV<6%nV
z5&g`ew6)UaJ3koVUSrvQRn3y(_@_JK`<scUzn(jIY_<KHH67^s@3srLal}+Ed>neR
zs)72_7K%kVZnL}^F6#|__9{7TbX-_x7}dlKEr_hu)#r3eX+1(;*mdJ6)P#LF+vmY;
zn(c=VV21O8N<2#7o|`o~ggGqf6BIjvHEs1~ft?)k0GRyxo%1sRH7BJFZHld(y~lxQ
z0it*O0$x)P=T`<I+DMxV*x~xMzZT3e7j*q%;tR|9=4xD>F+sBf><6(JN8=l(x4mt(
z2%ME{Gt#gQN>nTCI#}|@qE}Ap(Lb|F7IKjnTG4WML)aJ(<Ae^67j(gre!>I+?lkF(
z#-?^Zv>6QSBwrE6TzJ?}9<Y`dSt9pspP6{MMd*sA@iYljZ`uMH({_4aRm9sdi;SLg
z9|F4pdgMYAS)2}~r%5KeGV`{TZ2p&+w(>~o#CB$mnavoMMIwhXC0uU4`L3&0TosZo
z!>3XxspB4pmhNlQ31m+ZbM77J97SxX6e55a=xH3@WV)qlFZNMzv@_>Dm-J5)%R6fV
zGqz}a#OI$jyOIfnyuJz{u)jXbY?zu{hN#Jyu1<r~niL<;c*Yms%J-K}P1zk_x`<Jp
z8gd%$7~&Ydc$<@xAhN%gieFwWv%*+3+k_IeB{ngeDkr09<n0+VppOy#<TO!5d00ic
z5}*mPR-$Jk_82_lNsOU@h$1r&-%{NRaAw2^EHmBEr~)}Y&U0lT>t*-vhf7harK`hJ
zt?td-lcTy2S^+hhD{*_D#CMlSfpURqH^MH`-=eT&Hhu)3F!EEx^CS>D+{~XA`PR3k
zD>9C=*pF<%rOmMHYm;R7r;^jUpsVMQ<4C2Q9Jxl=jrItFZ=Pu_H9EX=cpL_#UBAzo
z(#q5y6*YA>>{SOD-xH7KOe4XTXWlTFkL6Q2{R&A(?sc`xg*n7$Z&R^6H7%w0R4P4e
zcjE18jN{>_@-tgjV64(^FNID=-2sjxo{^yUe0txn-<pYfHk<vnu~Hd+>%Z<9qY<@I
z#M{*jXn`X5(%HIYCLQgJLKN<>%aXio7xUmR9vZOxp~;nuv=q$L?EQfXg|k91QNBFn
zp;N|J;1hubn!CtoHWJ)z|IyJG{I-`*rT-BR?FVtb5W=Br6B0ItIH@$*PJ_!3@s{D<
zahADl%ViS6-V#5yk3xV_LnW_4%$Y9-F&*Mpc!~n|>bm{^#qG3wT6$R9N0IsH;0>e?
zJe!qM6qGJ$GB1NQ#%8k$WfYbTQ}iBQh*^7;clS+&Ye^~WXXvtBdB(AL<;yrZ$pxHc
zOVTMT614(nI+cH#*(RsZ>J%Eh(TS`j(`vvZugIfL*xMg*axq|bsZ(6ZEbiTazT%(t
ze3C@6X}^<^I6uYcVTGTzG+Uo9b5Pwo27g7TzW;;XI#Ncg_^`jE6vqoF*YQhM_BN7z
zXJg4MHw|Yk6Et%EM%AUg6e|#XW}EMUzy<{}$U4{N+lJNyxxX45D9M~&v>7&)IF!GJ
zWEu5$XWHtzwIGa3`N8wvZauURz2fxz+DQI%83?x>cpcZ|s0U{VfqlOdd8|!LOkhY6
zI-eGNH~e-z3}G%FAo<K0p?`0XM0b#<!;dV-Uhn^m3`4IyIm4SI7&QLBo4X$mdGG6a
z0@smB|ML%0v0EsJy$=&13FSvcNSbf!W-<4n+3#Wf<kS6m#lPPHebcVppRc*m-uEHw
z)1CnApP<naCM_G2*i8Ruez}cO2c{$=)1e^l^;|Qa-i$f(V-7sF*SA`#2VDai`n=yX
z_aVBB4$z9Rq-&o&#T472&9mk>bO^S2aib_wO`$1VN_atrx4C#mgW6y7h2hr=*CVfN
zT=ZqJ?TuuM*lMoAq&Y2LXlPkuzuk>KNwR?BDSpl~T2Qy*1n=mYPMpFw!)1cVo(tBA
zDI{y%O`8OrQW)7yaZxkIk}yv?2A~GK@BXzt{!#JOILeuA+6{z4lo_IzgaJp(qO;hs
zDWvGychRf<fGY_uWSaDdW!4%1uv<gXvHc1g#A8-fz+kj%RvY;g9LUQ!o`T;%h7yBQ
z5yWmSCkjMF#1KTK^nT<BxHxHj<S_!dy!L+Ez17nh_kCDzbKT)S@${dya3tEECr&PJ
zrD6z0>6YahXZOq4YNMYVKrOjt6k<jtp>mLu%~*g*E=-`JQve|xlMd|nZIbDo;#*}q
zLjtEP2Aysj%{C?G)0yD^W(vf5=`tTr%CU1fO4VXE?0(AoILot~%{8F^-=o~zd1&o>
zo9yF<AO^DIc1Euom=K=;67F3e)`7!-_n=u|_>G!He<|k4n633Xa30W*2Pfw$zAH-p
z{#KAcV(SM=3!7OlKBn>u)?-krVocTd4|6U!8B-N4H$QVHn;4NneJn3jg&IXcl7y#5
z5TRAB9b}{JoRG*WyeUy(3Cw)iqD$@8HURE=FHJ%fcz47CWs~Cwo>%ZiGOuTQ-(@Z6
zJqr<cMbqNOQ?i?_a`@ZFQ)VraX=!LN-tLMSOfhWaWdOo5mqI=sjOG>cbbWkeWu5v=
z9jXY8G@_+4=ni#$@y-8#7eGyw5rmp*I!sz6g!%XFM@O$#YzkC3d%~g0Tmm6WT9Rsz
zJkZ}yYCA~W?e74>E`(RU@_+2|dv5D{|MOo&m4bqTuH~bS$cEi&CR-vJC&&NgtamVp
zO71^idX(4~1&|Aw1ZRt7EIN&c|H;+NGw1EtS8D^&+e}XbDxU7hKc&7nC**am$l(Lf
z{b|u)U0qW+T2z*@m{Z@BhrhQb?da<*NULak|M*k6bl1n}QYKpt=nIan7r({TwVKju
zj4C@vCByMffr5H{5Qak>BTV{&i&5^vtU0T32IX=M7wokS`g<(fpWCNe80~Pff6HLl
z412NZO3X(q*i8xU*mS9E2d%Sc3pNF)5PGd^p`R2IpU+u*Sw(u=->@KP-LB0ID<wz~
zw7A;c#{?r3e5m-ZC<f|5ky`k%0RGjQtcWLhA`QwXxRSwLa^XfLirEx8qJM;hE3$D!
zODV%2@k;m>swd}Z9|bZ#%-@(bh`!^4I`UFq(M<YCv1ao&*>pXPMB}!@<XdZC$;kIp
z|506iL5A*!kQq{vlK<K0DYIGJj*F!VpSkSUBB}o;?m&{p|8}n44b}E?ARx<s9!p{(
z2EYrlf&qR(Oz|CqCIUTJ3`N>Qa6pX<3?RGEg-bQM^bB%s=uk_A8tsVBjVRGi8Gizc
zCg*R{fB@N3wY+@th%8usB~5q=ZyY4Ll^m0P9x>iuE8-c&qC|(@Sl!0T34L2U_=a#<
zU!S;XQGfBA-<?iNVNT*l@g|iEo$<4n=kb^K4}1m+)&{DA5q4N43u=-iG3Ge<n7^U=
z2K6Y9M$TCmJ_SKsI#>>vfkmhVQ7tA+bae!mVv7kBCL%><-8~6?cDQ^ns^sqKaC$`0
z!~~%Pa`LD*+J)=%%u|6D7@D<_mqgVT3WuwdB+f+z0%I(?okp<ZO6j}1heG&${3~d`
z7#yn$RXkuJDPp+5{j^&z2;TDv&@(`{`L)scKoX#wT)GcQ590&)AyH(&Ux@bu-H*z>
z#R_?MVIXdOx>=k~v-Lb=&^>)L&7!6A(yhnrY8Adm#imT_pGJhDW{Hvt4q?UAw#$yv
z+L}`j$!z>6zSD7E&CbrGWTQz!jzehpn+kHM@<m-KV$j1(-_{UJuBL*v-#D-;HpH@m
zmHow#8j8Rr>(Wn4TE?4PT(XV=`D^%yG5Y3^DKc1ETsxS(*}vgC88$iX{WF`i=BIOA
zh9Tuv>HX+JpJnXB1b^>elSJ27tkq8j9zlL><=%l0`=a>_ensEhGnYSQl8RVHr_u49
zAi2bAv-2ky1t}jA><Zv3jV7&fDI6wb!#&>CFM&M8yx^d9v<Tmrpx;r)h6_jNZwcpn
zyw+_#u!H=3zwt#9D#^s4{Uxv6kdld%>83;_SB^x+juu2MpzKUJALejcc4x_iKB`3r
zT(lW=mF#}JUe#F{*(d8XSrUEwJMizn9s`gN&$iYRM3d(<8;KD^6Tkxa-z4V&`u__Y
zBQv-EQgHNH{BMo@_P;mzvG+d?M=6KboyHQ}3M9`C{BPLn2&noJ)&VsML!U>jQhUlB
z<RtwCtnLS{a%*DtsVKP9eAS<8X!xJ+r<gjvleX_|rQDgABi{R`aq$Y71=VO#_EPOh
zoPF14*TW~H61LE!q>QtmA}5`?RHQ}209F-volP9%dR>vUflw#$8Br?=<vSdw*ri1q
z^dqVb#KD^e3lG>O>+*nlIrm!i%N7vNM!1)`BhPjO3>HJ773X_F&<BnT2k?j=A60F*
z<Ptak{T!9;H#8K0y7;0`C{$cJAu=F^bk&e8Z-x+x9b{Ab$&@@Nb}O*ak}=_y|8G1y
zl=)aAeVdcOqnH@+ekK*4Opx!V2(O!QngEF6-*Y>|2gc$*>2}&1gpdLiDQ_!|?<;9c
zdbQm*6A)Cs1n@Tv(t!Ym<f;Gd`Sw3BpHa8@R06f_Ic$sq<pTeZrp{gJ2r6PYO6MEq
z{kSfeo}<F;B3ENp-$2Rm>Rso?z{T%2+sUy!j4~$`?c3>ZhL9CP`|sJO)FX_H6<)&Q
zsaR+@dhJupvibNyTQcxGS;a~}rbaUYc0MYo7xzsW4JElOD>={_ePA)U8S|Q+p@Tq9
zVolNKbCd^_+=)vQx~rk~X{sPKdhHRDB!(m)=tHkN%O_fx@ca3Vc@zDs!hI<=h>N3w
zKzDkaW=Gsg@TiXouY?o9bRCtTKouqT#y?2+Q;Er$>{Rgz`Vc6({Phv~Dme7P7b>9~
z_ha1Lsq9cf@gGORn{-cV=x<VE(G(KJ6}JFk`3S_myHw}VV7ULF|Nl@o$nc&02jW9$
zrZg6#4@e`ATZo^pk@R{X^l|XJwyU<@ctFnRW#PZVy2|MN98baf2YQs#Ai0qDpFnq$
zq8->&AG?_cd<h+f`igSFDx#IIG7+u1vXV!UQz9!$&iliEjI0f8SmP?i@Mlnp-xO;-
zSX6+jq||D9e}AS>0rK_sin8~RX+Ts=_f+g+2zxx~rfO=$MywTwjI-9`Q<96k61~<`
zt^0+DvgpsjrTf}GJXICty2gv;>$(ztQ5x77K-E1GQJdn%$`|bN8da>M3YGq9lgtk(
z8lz-AAp+q(B#hu*t=z(?5P9gr`sk0^>|yObW=GUxM81YG+z4{;@D7qPC*k<RCl`F$
zNBFzA;6L9Px5oN-<s-y(G|`U~GL^TEXxm_a$r)`Rb-_@*{pT@wjmsJCPeyk+u;N|l
zCqpLj9b^!nPNjr=Aeh>JCQpLcC!Ie3cSskI+y4l#&GacqW%YWPtW>Ml=J3CnEb%3g
z?c2?UY?cNZSCacZ5n~+uMG3C(*laX^9l=p@LuHwyU)V@zW;e~Gj!p9Ur~AEvdyyEg
ze$zx-3EHba-Id5#P%&@eMlZ8~LdSlFf(0%ZYd0AcFC9+h#4k9|MOG39HeckAkBlK0
zuAp^?9r>V2m4#qQlyY-UvkOUnc~2!Ku5}SMZ{tE3kgP)2eSpOugD{De#7M-<TUsmI
z`DSU~v~f((D1!FplSWmA;o(kysBvvtQX(k&9IFQ?5Ei)5k(1hDwkFxHKw9u#de;_5
zYd1>zPk16r3Hp8c)DZ!*j_7BYh3wc-fZzR!UER6>BM{_&1L-rueMH6H#9iQzkoBL0
z0g)6=Sp2V}A?!!4&v^yJ;#1}Ef;4IAhPWXsb9loL5`zJd&g*`zIAv>(A^v56P2caU
zfinM7F41QW>g9VWzN3o7qr{x^Qtd!#Hi4=o+7<GI>Z6H=p?4ZBBexs^E)jkeU7h2}
z;^7+3g2B{;>fn*3u?&<rihGW9rX?Z*T+24YOfy-zG+Ot}c4gd$GrUQ~ppod#zbd(6
zX;kadD3zu}V6KH@(xJ52g_tSAZ5-qpU7zKATf*b&BH?@+>_HP#>o7%5x{~UVsZ#Ey
zuuhl1M>qt!SOH{BH$7@6Xwv)~I{6jc$s4-~^gro5Cxysc1JIrNk*Q|G-tqvLH!O;g
z_<yFS{ha};{?2VG#se|<9F{ZL9ro*urEk5jmsx^-KHN9A!(2QNfe+Fpr+`W>?c150
z5idj;l-rw^B6)}G){s%mQ9#>;=pZLk85|JtA}4)$4SLiBpk&-;#yVLy5Y8lVMwV2>
z7LZn~Im)c7Wf`reQLriW3|}kOK;FnRuCdZ*p~2;?u!^+N;UNJ4RET3kw~7Axn{575
zh71aHHA?wYM^@0fF<YpLK82)jIXcL)BKpbsYnGai>jX^p263j$xkh<JBhRF|clcp%
z7d`S$E%I325n6T57Ob{1Tk6xHPfnS832vdgzAF~nND||<3zv3$gu~#=u_;5KDTdEN
zLVo4(2XmT&gElR0#+|CcI_M8nptM%<{43c8zO{5CO5W+plmI2YqJ%7|Tm@7=dfMAE
z&Kk$le_e?naLzYKqo6#nohIFSv(4hwzmKcFJygg4Ogh<d2*?uvS>t;5vFp~Zsp0;s
z6nF1RxrrdK2ju5!8`#P63n4MYAX9?)mW>vZ&EFgErXbCTx{U{dalu0Y+8;aH{z|Pu
z2s<uzZLASajmE5YP=P1)nbn!rv*E~kw$-oBDy1VnZxs(<O??f|BfT?!X>45j0oqj@
zM}?lmI_J-)-!m0C-PEcOMQ+Tt*KkXERaGVf-V9CND5(JSqLpfg%%dzyNFJJe&Wj$=
zztA@j9-{!d(1RYlwJDp8%gVdvHo>TEk?wO%1X0sUY1%(K5tK#G(F@E>MV%%uS=;DP
zt5Q^V+^IBoRfzJSVGA@^Ck~(RmAkk|q0MDoG{@0$M&wD)u{p;R?F#3JEf=m>W#BgG
z!4~r^RC&8<j6eXSF3b@M_<$66N_>BsJ6um{wHx*yHXQ?wGprz6gFmEY%HJO`?WV&~
zkk2l?l7k^+)d@sr`UmNq;{(yko^PZ`{O+C(;sgF`iUhGji6K3mAPeK%{i@Nw&A#`|
z-RBw43DaUeL2+~w<2qATI}wFYNn-%&rhC$*RFUM}zf;VuCZd+qtlS_HV^w@x=Fq5T
zes^cJ0?FOJ`4FdqB4(xJmhhs=1iMC#u_lA<&(3Snf*8*q-iX>YQkC8NSOpZiLP`*i
zHZHXCXVe+gH}C=1Up0_kjy~`uGuKn(q=;fdbd#ED9BrcrId!DC_a2~19zw9J0ZSKi
zD)+@#g7Fs!Ygz#B1hL0mHXW`+p8*RyJ%vxkTFG}TP`F}ibqZ%0wwsHa#U>dM*!!|B
zARQD1QDayjrA6zegI<r%J!IO(34J_4xHh+$Y#!YLvOyvnXaEG7L5qhVtHaT_d5|&N
z7Fn&)^Mois|LIS<kZ*n7`5UeVdG8>G>U|I^A3H282K<8{e4U{(QJbpLw-E(4+|Jkl
zy;g=L69x@UD~Yl%xz=7w0nD?Dp);jgzxh`ua?`c3eV9|IQ~g!XC2+Xo_~v5@SB4mb
zSYRz?WHN+V2F`>a*?WY_(DP7=z~6b5pZC4Xsd!eADm81E)pzz;M2+-Ql74@PgjFOL
zfL|+3lO0=`A9oWMOcpf6^vK025i!2Tlni>;WGrRy5-Fsil`x&}(&kF41*x}II?2-=
zA~4?;VWpwZ*)NTa%--an$=s0yw104XWt7RsJqQ9)_?d!Wsseav(JCxsm5-WSPG@D=
zdGehLS}6QEpT*(k;Eb9HWO>G4So*L3lvhnz@AJ<_g!~<MCc_B4q%)i~+&}(Px#pGz
z5D9T3Y`HmFlP`f1TAM66@);~a<Y6h5Url0`zPUc~c{YzMrNm;3`bykWER){?J%{Dn
zsOhpoumRsYO!WH_ZX%S&rXT^n4{vOyUzwaW(ny}OXry$AJF3~Y$EBWS5k}>*PT^<W
ziJBh_yUefDPfuE!OrL)FuP4chq&@8=DFT(#glRpAD;+0ZT$B4lg{ho_HOhK6sAhhU
zhJMC@N4}(OjR^^TAsrkK+ru;>=pKm{RT6hulS}xPQgwv!H3-k!_4`f}DI-;Cs!$Bi
z8{^Y;O-10=XP`zPzg?KVw!|6*ioswwKbd>T-?U1V!^Gb|bGv+UX$zS7i#Qf&c+x8p
z+cOhnGXgVBAl3i)))6{;5hik-DiDxef6}3#S%UGin#;3Bm`-6P=@_gE7AOs)$H$0a
zOk9m+K=VJgJ8VOLx2-RyRI-u%ZU9aB$)Ymq88<ZPi0(osv84NsR^&!WwD+^$u5k`M
zBdt*nBh^7!Xm_u&$CB2i7*11$K`<j*vcRGl+q3_lMUkLa;$R>RQFs*r^VECeEXlcA
zDmX!?4$Z5SQqBEa>rQblC2QGT$mIZ{Xb_-tf>vgs)j6G=g?`ivB%YPJV)dPZBTnw{
zS2P(Ihdu9xqHf<5c8nKmqxm`UH(c#Zq`fbyx}_wmCMIt~EjnXXE@RH_IK2+h^6%CK
z+0{5PE>>Bkex9RhisA3aZe&(lA+1!x(xq?h#ovU<=pS|S`>2U!`_gWbO@{4NC&wK<
zud?G{VJ9r(AFbX#!@3r9Tk_<{RlHR21V!HbB&UqSI*#!*OhtWqEsPnDz|<EiVF!?*
zJo5s7jVSd2g8a}$LX$BD!(^=u`JcsVlo`rocQnd7>Mye?-;%VX)JpHr=*~2c(lf_X
z*zflyNs>;XjVCFA$tEsM%T_F%C298=(E^wa>t!Rd)S{L8)oH-Cb5&>M*>3(onX<C%
z>hJtYASA|CwY2!bm)40GZRO=`L|W673Uyd)7IbF)$uilP_<GVRZH#*1^q?3z2^$6?
zB)KRPf+20$%T>y<!);N{y86ssBFf(H)G#7iEXyR6BBB+eyX55<%l0rgzg0>Z8Ez>5
z2FIV!q^UNvfIbVYPw3SqIGXNRew{4Cgq~ZS4d{K{C9AI^jc`gbZ9kU_S<OB|lBDQ!
zQ6*XQvwBvBobpFFO&S*Qi&yR3IbSfAD+}B;>)VdGuDHdgZ>tM-BJU--hwqmimK9|v
z>5w9=b_A`vX$h<b0h8)kq6iXwMTHaOd>hO`WE)6kL!QEgLDKsI+CMAK8AiC~zb*$a
z%p_{5kU9%T0M$sT)LDQ0P^O4bn%7Q1{bqT|fvByY6vvf80f_BR2@{@beIZw6hGx)e
z>_HRO8QMr`r4zt7>3=YLj@n}S0oN7Ti1+<IwWwTQR8~BLM^RdvurxxPlHvC{o$+V4
zcQGYtG5?zJYVy6$c_=uLi(-BsRGW3p-yvnCH=DkDtW$yD_<MlQc?yFF_##YGhhzZh
zKnTNoWh>8C(jz!&D)TgxvhH>%YqU_j)V8Ub(T>oN0wwAX3Xqlxw?<{7i5XgW3Rcvd
zefW^Vq8kdWUnN=M>yt8p11-|XU0yjis1!?%PGf*Q4w@-$q}X;C#luRty3RgaBbq@@
ztH)w+s(i%;TAg@4{9`n~?z1f8<?z7rU9DJ^jED8f1ezG7fKB8_AUdUf1TuI57^=Wg
zz#SUg3zNSUz>NVNd`ND0$PJ4K1!PD6rI7cA4g25+Ip?xP(K6uhnqIH%zZID`Hn6qN
zwaDFjQr_qOyj=cCv|f|GjR5{$N!h7@nKVSNAAX!*YdjJ-H(Ec@e?Gu?O?J;XEENWe
zU#Xn)vVjP2eWw=|XBSI3KV14uI_4o*e%qjpjjHH;DVFG#&jMX(BoAIu;XtLESXI@d
z_|pY)B*v^(B(`v$3WpoU91lA*B3o0P+8JP%6II46^5du_=^&C6#yP9lNZ4gO-_3a;
z71`Xtl}Ny-udWzP(r&KoCRJ~0dqhFqcIHL|1cu*G!+gtQoey{wum1%rg1%=y>a@H(
z6=sP`Ky{P6$1{U00`@vXe3c`38O1&oGpaT#)zaTx5to6QT06P0)7{OzAD6Evk!n^z
zz1MwPT#iOhQ#it~!Ki#mkZb~c{!Rsmga)?^k|SCmXyNFUq;|e5V`s@4r$$!7sSIb+
z@RZ;juzpH5Noo>F<(B7*d~f4Fopkyom^{?&^H^Xe9IKO*MSjK1%&>eZvEEj&@(mQb
zU(<Jl6J56WzH*2_UMtl@99L%{GVyySUw7(xIQ%e2A~x?E_fsq^R8Y7wA47D)p&V@f
zzmG^GQDbPb2v)#P4J|awAE^`*u5_O5^>J_2#kqoi4_oq5kSEm|KFOpu0Z8AMd~b1j
z#l2CyRe%Ji1#BfCDaR4%8hORp`nfZC;xF6E2b}lSg2jko_IDK%L)0r0xhSq0qTby%
zOisAFRIDv=m4h%Pgh~wrV2b<cxG1J9oGf~GGg%FB=)e|tHmZJZJy+B)1P!{$w<FYI
zd-vbk385_OWzsjyqO{Bg_*?%_-d?3D`eTqKGm1mc=rE#DHz|t}@Y``oMWt_klLJtt
zmH`HHRnUr9B8;E0J8_3xY@A%{e>q4z0bw8^c@t%a=jtqHlf*lZG_e=m*UET;8Z5X#
zLC?E^L)6MsH)5?{Ww?&#zjGsw?QYVfm)M?+paV+CNtS5K?_<P&>lG1!)LP*~0tK2S
zW-Gig)!(k0(t!7ZfBA(S<&<0>-B!eXt!d{Ff}>OqGhOP2oyX$6l?&BqsL)yTYoU8P
z9YfdQRukrsmxD@&L<%H|8WYq9G`Ho;{s~uF1j5?3nM3K>H<0S}|Mt41(UIRuuoa^x
zH@~K~BpyU9?-Lz_noH2bHXE$5iWN2{Cx<*R0IR<Dvhf2CQOi=8pmpb6c#qX&QRk=F
zvrIiGX`EoX*rk7~3d_nQAff)bG_pjRR*bU66iXeA5PGHh^E|*@?&B|?a!XPkw95rB
zWobfBL(5PYv`tz#(%K3v(lNCgd(18xBkTy=QiK8ebo=?B$TPOEpfs?;8=a>Zwmd0a
zB7}VzTSY-0JTy<PVU0#kML+Y!7m<!KjWW@w7id9=9bNrfZh{yiXp?TSm%(>=K_B^_
zyO}9sr4eQD#V*`SuSVt%Eox^*GvA`G)%&v4u=$R8_xi6zsPb5lq7>4Z59#sz67Ajl
zFUov`^sFSg^PRSg=nyb4U`~XASLRbqFc+heYW0wAK?8k0G}tn<3(GUjy_~&8cTuvC
zUm_5yipWh+qRRs(xj1Q*jk2;!)(!QAEyke!XISAw=uUG-I=Ki_-qC&rNye=>P!yZA
zvQ!0gmq6UMS;2JKoQ51LmmFD-DQ1XRS#Pkq9`k7M&i;?MIC(|oVB;y*f>xw?>C)C)
zL@3_7W7(FZTtBICBUTY?<XiPlEPy?=<bXh|0skiyN57{~F9tLwfk-G+$bqPzsHX*q
zcG!7!Tb$;yv>q;Eamm^^_>Ne7mfT)m-UF#SXhvZfqD~~zo27n1|I;L&HC11Fp`Rtc
z-BRRSa6pQ$HOQC4uU=63z;{gB`>mvTA&5r$t9EIiJrSJhHZ=-xALB67k~EcN7-8G`
zZ@da=*9z}7xUn=QAs(GE_@=g<wxSwEYwAZ5l9BA1+F0RqS}a`sU;N&f#$yJC4wRWK
z`E+p|pPv=)gRqEfR_`B^tF<beN8Cw)q-50Y2_UG_{e1;M1_ub^)Yl3gS@9d>InkqN
z8G_T_5&3GT(iQjav%}(OIl&s-xX3Bs)$f|@8`a$*im~el#GzC9{4(<@iTt*h5j-mH
z>6igChNX+;=EN@pe%eZO?y>I{s_$*w8HGR6gc0X87W*YEKd}}jbEDuy=Qe~+#-201
zA!z&yQvFdIL|rRojtXn4@D<k#bCdFK#CauS9l(COWzvzI0YDi?o!mFz1AX`|+N*ga
z=x?&WKK}CcW<|xEDsiSZ;on?LQ-2?ZL1DNuXY~SaQ~p|VYStA*JO^HQi`UB=^P9Hc
z$R3C~?wGr+JGj}}&*;J(iE6kQLw^EX*qmuk=uq=*`{?C0$)pjh<CLR-Q|U#>7zyoC
z{8M6Ftn`&Z#x(;CT#}C32C;nsBO0l>Rm_{rp%p!{J<8un(ubE3yeE?LD7o{uBn?^=
z6{?R)0+%vv$0GoPnQ;`}4<kZAZ5)ThrxKSW^dK*buNcu59*9&H1+v=Qt4t{@I^9{*
z+n8J@qRoBmk@tG|t36TW?)mk-Z|Z<V+TU&P8P;d`pEpRvjQ1hS!(7PT1OvkN96Pjp
z*)=FRZoWzlip}2hrd}A6B3<01Dwb$>pXie7DCL|}s!@iEPgNrtkUg4%xq(!b3_c4h
zkTrppZ4b>UUVDzlrsOu10K?uVjVGVunk0Qwfo{BoZu+@v=+M~P50o8DU&;Bp16v}Q
zt@$BQaX^?bbBst}2MzjHm_nDlvWsAmx6PtB(1?!T8O_OED4$h+_>S#psMAscH0ljn
z9<(Qq*#09S9y}$vtI9SmunOrn@Y&6Vv@m6g_>+s-#|i##GS&=qaXdV@B>`f;WTg9q
z^#VBo$|Lyr@VCrk`U_y7xd?a#zm!0xV@^Jvv5|h15UFYGwtY$}o)e%}*W9?fKHP~5
zQ?hw%S?&*OqNqW9{*MCO^m3|}WVf^={L4ujJb=VqmE;N?XJs}}XpE$~gCQJS_>IK}
zrJ#S2saK$<MfT6d;N22DY`1m`I8onAoR*lIQeHS^QV|O<R6#^gX!gQ`;aFNw2cwNr
zbh%vYqhLB)yru<aZuYmsFoaZS-b$s&h`@iVd39m^hhpd^`6NG6qY;{B!L6r3cul%M
zv9YesI_A8L^X`wzN_BmpVb597yfq4u8aiUtGpN#Qo|=v%GG^P2wB}TU6gmO6TOD^x
zqLGFzG1d;0@!D9Ai$67#CRvErcD=ZhgxnKI;r<IzOD_^mGVP=nxg0~xx<C~5_0Tbp
z%4{1=1!P9I>oAu^YpOu#mHxz>&<!=FyQ4aG7Y<B`>YXGP&JZV~;=~{G+#bzO%XJ0-
z5)e5-hyaU43%_eo;nqZ}KymxOJtr~X_g!;iCDW(3rG{Kl$Qg?piWW2R)Q8f{!y4`v
zvEF{yoHES)KBm?oHYn*6Td;cCpe4}gQq)FTR!7rzs?<rVgkb!*RLS0g+D|>r415l1
zmxHkz#&k6)*Hv@S8t!|W-vv9yE|0hW!c9)c#;sJDF99W`<Vy?W<`8JDPe+h5w2<Vo
zMjC=7#>_2k@PySh-BbV2mTMa!A|_WePQ+v(P7=2sCef~aQxK-|DE-zDYMq6T(|ZU7
zqP*sr$VuJ}Tic^DM1WTn`4*dgNHmBo3JoaKU$`TKVdQfK!&0*a17S7?osMubkVW!d
zbJ4aqvLg#rq)bDr5!DpAg3$?cl3G>>26N)v6JkBmzA%-E51oEFtqWE#8E;4LCl^^l
z(pGA-^mOtVi0XV*rcr-NZO=f);DnWYDh>6CT3sZVB$Re*q}qVlC9)l_qgKx}v_Sp;
zy8u7bu96uD;YwYQrJqu>|D@Am7PcQKr+F|G>!LK-<1Q1O%8?@Zetba=u7lFyo0!Cb
zGRAq_0R*x00mImJ(l=IXj@<DpkvMU|)cK4;z~Gn^;FZ8_q)Kl~zqttHS@Gf3zU}|2
zzttDHZKsiOzY@@6ps~J33q*@0(}+FJAm8nnU{p#L4HD#(L@Ca{WCY1&Wyt?tZ>)7`
z2$v@m9Du5PA?TYR0T+jr!APtps7sD!EYKj~^1hZKX)6>a=ux@Mxzgt|gVa#6NDX92
zV?f2Tr3ss`%woG1`U#3jv6-ZNO4lP88AW2qB~BodjKrZ|5$KGS=%fYra{J0|$i6P7
z7MA#V3G8Ilh4zoW{XBTW53+$Uhu=O1Gb<vtr}_{;ZKf_pU!c(6^5W}4g-Ih=>nZRA
zKl1qW*9`2Ih`1J%pCeVW5E)8J^iS1)P~-Z@mEPMI(<zOrtK{$;E@^z%V6ec-3FhCK
zM3nm~Z1vnclDis<EF+PwfzA`Xg4+kk9|z~g6uW&v1me&R_KX$tP^w;JTN^~)tCn53
z{F#Q=+w%9Z3F`-XyMwP8EuB;vWS}|SiSSJ*iX=Z4WS7dBxGQ(LZaS^08dIn`B_^a<
z(MucG+0r7RoU~CAYD6ZWR3i<-Q=;=N5~DwIuTRk!pFDvvFenu9to3!qPfr2Fgbxs~
zc{yyxer-Z@G{w^BzEbgz)`(MaPl4+9+!k~tfCjTR5%d|yy3|BM2C9gL;lCC<5#C!$
zHL}b<82QOIXg(S)B@W+_e2Mv(n=_f6B=?P&Rz@;?@<@bJsSD;A2;%9z@A4b+2#hMZ
zv{M3=9wo&hcS*7hS7YI!IGYR@ODdjD-JoG5_*}FTit(ULoJkr}TTm1N@!9(WDJ;+v
z6L5(n2<t60cGKFu)3h)ccg5Jcq4R6BY#k-C!>@~){67T+LRLEC)u0?S+n;ww294K9
zvmCS<`V%AalZKe7dtII$Ds%Op9?{(r+2gz@)j`EIXlHjz;llpnc-!W>DrtRN#fWhC
z0&EnNYetq7N9_x|)k`hQ#Qe_~!q|I=E?-SI@2*SEPdFE8NlnOGa(F}N6AuS(g}dQD
zOZl+R%YuX`#l<H&PSw{LFlebXv&O>ZDDy=?(?2-B!Xr?cfMphhp%6gAwv!Z;(t@<`
zK>+wn9$TYHp}coISZFY0^7BRQ9cX<~Sv%qi_|mz+9{g7wp(RXhys#EP8*Qg&9}yd#
zE2Pe4gUV(`Ko$jFm?hDWkok8MdFf3wkXzFk(N@_LMKE1Smo{6vl_iE4m6^y3EcBCE
zZB5Hky)KND*3la!=Z6xRt@xTzq<=AU^WK1`-V*1dfCwDRQo$<R*N<io(GMkPvRsdW
z{=&yvpsS1t!qKB;SZqa)WR2!fgLciQ6&ixVz%Y;0Pi2W3?l^TFg6(9jcnv4vKT!d~
z@&d_Gx`8MpeWp%pWlzHEljYIpV2itCI6~g<dD#m->f8v+!L?Gdl$EpXi<!PUh|Hx+
z_?D^dgl&jSng!V!eqia~JjdZU@j3anS##UMVP4L!G<g}R>6$7$S^qR{4qP=D&_7qh
z<6!$m7>;bbeWey{(*Pl!hq39&b&|yoQ(IP6V2J3TCKyB$#_K*nW3iALrx7N|`+R0i
zO|2_Pmqe7!M@5;~2WO0Vl%TsyQ#FSx<?rHw0Kbd`uUTQCiy)Kw?>_6dx0`_rrFFKZ
z{HUhPY{1ZQ1tA%lX<4zpqk^l3JuP@%pf7`OUc-}G`K(*hLeb#{Q!`jr{Eg1jTA*df
z_TNNwF7@+9_dO`TMACEf&e995_)1Zda@mzqS7o}<Jd$`&qm>v{ErUW)<-3ooxek7g
zI$1G!uF6%W#k8yXr+D$=Z&U9-^s*(iMA>X6dND1C@cTh|S?EYGrZS4=ayH{s;<O&x
zsgbahbu346(n&EuDpgJ>jAB@IqznwYpFdCDn;-RnF$m(Ke#Uu2PDe+O?g3DMI73Ma
zjykVz23EwJCY00D2H_esif~B}2kseozwEh1ID$3+fu~8#=h_NHia%}bp~3$$f|_rr
zW#0<*^ZK~4B{UHZ9jLIlGz6@$Ll36?<(OxQ%rPZOdUz=YtHe5VWZh>9($hsUEDeNX
znFs;G_{u+hKZ9i&6KIeHNom8?4w_&i2+xBrqb;B^C!Gj^AuyB^R2}u^rljc7?BrE_
z`v2G5S4LGCbzxq*TR=*>Q=|leOSg1)DGEp<4VOl`q*Ej=4Fb{#(%p@sbSf!5=YHRs
z`7yI*eh-TutoOa^y@!4F+3(r=?B{t@E823}1MC6IEeR%SV+37y*BH|Nc(Zb;U2OJ=
z9Z%}4^6t2CwSg`Qr0A{4;mWPeR_X8Jq^V+fQ6_KydAaA=j6FvzhF%6{TxzC9W+uC?
zSYnEf&v=uxwO#)QxzF@(|8W{CZ|bFQlDJn*Y4!2f*=V~e=~VoRS>V{KKc*oWPA%Qk
zF?SI$%uQvmL|%V6mMQ#AfjKxF>P;5b!ym+@{y{cDSp%2u)h{Rd+SQNb`2|T<ktj@b
zkCh=Wz0WC}_n6W&SQH<QZ)rW8eCQ_RKp=VzvgJjKi>oTg^0)`JjRFNbRoT0wFFy9a
zbZ7+D6rLr!#(vcEo_zF1B|F{8Eu~S{29J~Z6<@&Cr@YcEz0tVTn~7$e*@L~W^>wXv
zQb`V3zdDRrxCO;DQmdHw6rGq>c1J2J-ecJ+m<j8Tc3hq>#u%~+4lN^<Ikp-oN96?d
zGNvymC`zn^Ln6sn(UDEl(Vr<5;W}?I5HV{Q+ZA-7LT%e8Y{GhrV<D003CbM)%@|lu
zT7N!B)7A8VrF_5?&dEzP(gA_2Obeas&O|&v|Gdu0s4?p2p}qCO)HXcSj^>9zhteQb
z8a~zHyzJb}dhz+64Fb(lO;gt?q-V)QX51udY)b{LN|bIzx3UK`4q@<5!czhvqP0_|
z#HHCb%f)%MKL)Ti?+QfL`GdU9E1pG}bI%gjq?2raE*q>^q#h$1qR-D@^r1sxe*CDG
zqdbNIX`}GU#$GDevQGznSW&jcf@-Hun1aocgP$ZI;F~|;!h1rA?yip5^&wu|SLPbp
zId1i-1iAVzY8NrqNp|S#;Z^unrn}Q=sv*J3j7)gt8^t_tr({XLOkbER4@j_(k1{(|
zG0vLkV%fs+il$mA6~mV7IpLA2Y9uqQHsKb~RwMg<3K-ARA1_mV6&*-zQTW|xBIpXd
zuJcz$JnytdP=C$JSc+A%JeMIMB7u%kGonOs&%c4DdpC90T^o6KLb39Yf@LeFv4Z$F
zP*+%yn5cu86pNB#9*%L2!=OKV8Nt3ng^-8K&VbP9)J(srfwT=PMOLt7$fxn?2TEH}
z-I5OOLr4x6aovIHxaOxzw734}by&<QdG{;}k#iw<`idGKWv9a(vo(7o`RRBU3`2T!
zZCtlFQU*vZ!cjEJd6EB^X_B#9|I%_y-?QJq+xKQ*DiG+cPlr5XRemJH)*p%NJS5v3
zAU%|j0HJ%$wg1J1p|eyTU*_`^{TpQoCj2}lEJ8vzr8Kq|iV061Mjnn<K0+-bK(e&p
z;SjPcI>Tl%<r1hQNa88jbhXu?4ljDSs-X>{C44|Tn8_xjGO<Lh|M4VF|5nnZybwyo
zgf78lNaeFJM+e!BZJ)HggZl&(dx)mHL(@#Q|7`cpJf`4qg`Kqu1CR@ukhU5$xb>q}
zRjz{?r>dE+SulNj%E<7nB7vDSDk@_t=qgqJ*OsK6s8~I;7d1pWk%G@96ZNgyQxuDE
z+;WMV&g&xsx*8dTYjcEiN=l~t)6<?AiL};L3;sP9C5O@OXbgWJLWR2~tYCUP%+!@F
zTegR4iN0d7CR?Y#3r?B->GP~E<?%~a8A0K1n!fWkdzs0_xSo5T$Qw65H3G^`EaH*k
zqKFnG-k|6q7hg5Hpl#6<UmfC~Bv2OAwC43BPQ%->q!8J%qVCr(MT=rE1-gDo*xW@}
zNvVBb`&RedA~7log4wn%FbFTQ#i9x#)~LTeRZ+P5i+X{#@rMYV1sySJFST`PO%LkX
zGM}<J@6C|fSNimGOXZxX?N~ZrV(m@y99JUH`cgi+TYQ2Ee|d`;(}EkO%vpCPe)GoC
zV{VK7B&DlbO8W=SVUb}`_->q}n@NH_$1Q7}k^otd3Z6|sstrjVKW37@2xRNY>iS1U
zTWCyfo4P+1HFwz~=CLrh4WglFSspW)0_YH*B5LS!<1Lgu{vQ<2g+qd-Pf0Z88I+md
zGayYRr#%p0qIyzDg~C=t*5Ts>W~Xn&j%vC~$#kX_7u*^-_@eWzk)s6O=)XUGb5fxL
zk9yOA>N}E+&9$T;(R5u`?R^e}ifCj$3L`5-W#SDI!l!YefxDteqmoYFzH#uV^e{-T
z`lGOJDbGiFG!op{7_())XBN=WVMxdnmTEFq#?sJY`6`oSgY$(@BPDX0;o$=sg{@$Q
z4nJf#t~pduU_|6GG)iRiEDARv*T_#{8y^)}EDF4J-t{=oZlhN>50J9W?w;i1y|&P8
zn$*Q>f=LX{))>B@lI;lU^A|xWQ#W&9w3W?^5}&hW*qe3FFeuJ<)uJ{DfN#8dH~LjZ
z-J31hAv?5Ny01e}`FXU$d;yo%(MT^Hx@A*Erdh~_19TAy>$9vxe$<WVJfXJ?a{@Om
z5<d%=lcWPH^&nZ4pOx9lPw1JTg>`ePiy^|S!7-RA5Ep2s6=t&yiG;^ylkYnar|S{U
z{9J^ekHjij*}(Yr#jF%<(;|Dyn%`+3Dx9G>U`wB~cjnbViv&US_g<Sa<A<{$Sqf8$
znHyo<5mqaBzw1(PQ{E;K_vLDKs6keK!7m$Qd3;D>)QH2^OdPh$<Vd(57UACr2Ewb}
zU}D7sI~OIEF=AEiNP&tJGzMm<Q1-_#C`M#Pkh4alAmjFLw+GizGKteOU16tfd9(|`
z(0D$+Nj{VF#c%fabv)&piQ7UrXP0(dg&U6H9%u)ApT(A$S;bLHzD^{EqNV7aM{S$p
zPfnK%%BnkyehyF1@S$qZ7t~X!lk4{yEWI0Q&);%{Y@QdwV+xUJPO)70Z|Z&A3Q3iI
zn0f_DV)4ik%~L03KHvDl^s<P7ZINYYkVG!%6~l;uU4s|d^dqHEx&-DQLHxxq5lXCD
zS)$Ez^ZR2$%mXA)Q}lcmUd~h5Olbd(ab1Y}vFU{%t*k<<)zpE|<sIjA%C(?*V|f((
zyy5$9$%iHQI<{bbY4ubKkyj24JLL%p3ePjHjJNj3DA?yot2nF`seL(gXoK{%hGnW}
zzXw#^8O=W%Ajh7j+-POVN9l_(DoVpzFnEzzUhZK?4`^JB&pwJaLADwCNRIWihYm^Q
z+f*QnD%Jf~Cz#=WL}<NxT-D<KCo>v}+M^+^oia6Q3axQrw?l7=5dyUhI1nYzVd{P7
zpX~36xgiqo=Wo@%6;aMBWoxAljit26p?qgs=pcdg(_qM@q{%Xv!)P?zow`p$;&l4i
zbmd=8f-N%=FLU^aO`l4u!9{_{gYvn9kEUaRjvj_wKG$L>D*NC27Db4m>ph^~$=|^F
zU`?Fce7_G2r-bO_zyyY)XuG!3hZgD{SiZn+$6~cah7WJLEdM=(eZuAg`q3P(&Cff;
ze-rD*x?;x4rx1<Sz#SHNHdy8(=He%D^`d|3knfa5>#(#;Dy&PBvoi{mn;4h|aVXaV
zXZ>uvy04_4fpqi%llXN*>p%7On>s!!MabKz;K8BSp$T+Eyd-J$3wFJ{292rPKegD5
z+<yNEz(a<K$Ai_p27B?{c=?mC*F|4si#6@wuZ(J9(~gP2qi3a!)1}@K@T&~B$$wu{
zqr^vJeYyr$j97$HY;x!l>mH^1XbUxpZAGx-Ze7+TJQ*QVzORVM(5UQZ7Q#3uEvQM0
zw4BS|G}(G8m^H!8{m%Q5Y$yf06iYBJ2Oj+-gekZfTW0m2c?UL3Dd<)jbr_X}CtTfx
z-|M{FarTcxQN+&po+k;moBQ*3&rqzNLDf8T+~PlBXw-8XYVQolnlg8dE96~oLQxU)
z<gJ`1-CyjXp8Q{4va624m+fs{U9$FfMZS_7&mZy3w8ea@M@j=v$`n}C49j`<!lVQF
z7Y!ez?7;9F#W`C`LaLiGREd~gIUZGU;GOhT!yC-g`oQ<5<Db!xeQ`m27LQyfi3aUB
z3#HkPjrl`)CFr{LW`X>|xdKl5_S(!djt1i;<&@vNZz|$AI1)>Q#FNfmpiX%F5KZLA
zq^lBASR2Y5yMKch^W5~V%C7IaK0TNy@^C~I#@wd;_5+%3<9h0b{~^ra=ZEPy-_#WE
zm$8swf!=B{@R}w5AeJD4M2kg&{HBc!Y3rAX-%;niAS$viIbvARh+)-BSob?7yha%h
zUdb0daPjxhO%vAC8uoL%Y=^r%s<W(|EnO(;j{clK?cGpML{pw|a)>$l#B^srxgLM`
zP1?K3ng9ZGxVP|M*^H}yD3?x!8gr)BmKdr|ZHsar2k3%Fj$~ePas|f^5x*HbQ36J5
z&<STp#bSJLCPhWIh5;9P((io!8jM5xG{g5r)6>Ey3s?C%a2stZ#Y%~0>~^W5B}I?d
z*6wHJ1;J-}X(>}I=nb!|%)V#3@nO2VL6Q57c=YQU{#w14qR_gEgtY0wSGAgD2K`_&
z3jveGFFQn(2yz{V6|o41k`|{>h>(ieUwpWF6qP0srb>+b_8=X?M^9SM5p-bn)b-Q~
zQ&ky})}7=RV6z&>5WEOH$VVeJ!befC)@%P5wRJm99Tg`xqgeaWZ|2-E^KYBtX<b7_
z8!~Cn^9%#e{lnFuuO0Mv{FCN|=6QV-p;;;s8;a#Sl53~kVY^AI)Eg{C-H9^;Q9;la
zVk$zh$BA_Gn=z$i796em7ExlG4c1?~2e{Lu==h2eZyh{beO~GjqYdort3(3(Qie$d
zxB5(@Wq41;f@R_dN)^~h!QkIZMk8#gjCf+3o*cZi8+;EmO<^1>j6%jYtb0bLJ1V9f
z`R4{z&4wC%1Ig}vuh4XPLZ2A3nSXs53B^tSdBRadi_gH#P9{t7Z15tqJ1*)y#B<*T
zh5l~uVjK)(4lxYo{|uw$JE^;lg<Pzl%)cJZ2CG#|dy501gVFxd!72WI(+I2e1A>v-
z==`~2qZ|CY?2RSjVHsC{-Gc>+NleY-)DE6>-WuxJ=sbO#ncWYoLtzYj_1Yg<_y&&`
zb^5-+;M*K7$RC_Xeu;2Vgx2he<%K~l{164eOFk3-T9*RNuz7JjL9KD(X97!$5^#IG
zqOy`#X@Fy=>RBE~WBp_fYC_DHpsp;N%7TB$Qj2o0*5{D^_{7b7m6MfC2AGJjeKPd<
zl9}&JUl+sJ5Zp5B%7+BoAYvIUB^*`G1Spg^A7RG7=#Qv1u;CJ^G)M_TtKLshks*ZM
zp|HWozTQnn!6BD;rRimL`-}xG)3o(WMT)w2UZLU0VO-6Q`YdzsFU*=wlOE{mRJBj9
zq+j=&2F}{n6pa|fA8K#ism-{Q9i`85(_>_~7F71L>?gjRDyVz{(P1#rSt1@lF0x|W
zbdWRiNpXgxz#y~G53-6td-V+_Y9EDs^c)T<i2v$lD+M1j(IZn)Qnop9lIxI=g6|Ud
zh$)oj+Nf33{yLToHaLkeb)S68k;#d2qI)*2DK5-Npl0`WN`kRIn)eOCH&bg4`gDGh
z4K+GCBxW`<dAPzx6*?3%<sYAY7%Z1T`YO3JyAWyPJ6`?8$DraA;=-*1h#e#)h<HN_
zsVqB~J)!nY{`qdZ|9usX*%>cOO}#<G+gTt&>kSlFshzu!B4`8tExyic54gKNY!uy0
z(blMmeG7y;Ng39FAZ5oNg8QEYH3XekS)I-0<n<9S*~7pysD--qAGpeXaQJe*b@}(b
z<OBP6+_D!1<(mPE26<@1Bs<j;qwW=ht^V@v_*tr*ESI&UWmP@7I)pV2id6IVEk0v=
z=wEz)s!n_+T&0l?9RJ4^Jy&O#)Z3P_w*)`?L<-(sbq7K=R5&L%4>yuh7Q9xoaNX1G
z@jQOpAtlzFvp(UDzd(t-dAB&L_+?HDXqHCEL@wKTfllBGqlUdG)?AU}wo`fQh*VDf
zj{EcKhh)jC<Z8c7&W_uo)?*<09?MH#SU)b|dw+ZNe#NEVj`7J^;<DLD>LG`Gm1LRm
zV{pPng-PC0;uLmdX?<s3T6lA@l%k`$NP#cFq5G1FUpYu(S;=aeIZm&@a@vtrx?wRn
zPx1rrga%1E7drN<ujeMSD{P1Lf3o)pZ<`X+$89#%e@lz^qO0F&RI$kz>KQNm4f7oX
zGI}70{=e~<heClsxiMaJuXJ)@9iRw0jyrAwuBY=}=1KT3-+|6i@qU{3EAKmRR^PYp
zn|_*o{wMx;>B!HMG2s0D@eWxy*k<b4$r{gh&Re$TV*AME45``S&N6!LY4hml=+=xz
z57dX=4r6)wEQ~d}EDJ{69_net&gxm)2n;hcq^ixoO)_sL-%~pfrNhzc4=KINbW6;y
zpo6Q7?>uUFdP78no-bT3J4uK%wMEObLnU7GT1wXZ;d&nEf3w(1K}60bWO$o5k`SOs
z^ZS!D?IrJ$1;?gU&;81#HP>P8W$+n;Hm|=c&2H)<>!CSM-W`MR!6)=s!dufvmjrq|
zP(5tF`t>p4B+Ab=cYlqlrMNIKd#`Aj@>w+FpADr>L~<%prQIxy&87V-xN|nBr^9YY
z8_*JLFTNhDK}(IPpe%P%gYkrPGtYc_nKiU_(g-n5jTxU;Y%vioa1ihGzREak$2;J5
zSo!K=V`H<{=B;+s=6#CLjkN3uPXpcJV)Lg10|N+6-ph6%8wrFXn~bjzVA=CI<Ia=R
z>I3ZKBbu1YD>N3qlVtKmSg%jI^{`yWjwMM1@`&TcUhB(!Br)RphFc9^CVGzVFpivS
zR6VJGJqIzLdV3dc2YE75{v^p&HP-SmCGuNg&DQ4^h=&N>mQa6uw;E~+RYRs+xEsHp
z>9Vr%$y9auD`*=Sh5FplET9kH?*S$r2Cx&zU7+nh>!dqSjF|r!B~Sa=6mWZqiv{Zl
zYS#gvY}tbFbnwr883JJVbMRSp$-6UP>T3E&mKI!zd2MVod-G(wn!(5i<rAjc$@+rH
z@(tKUaY*&A&l@`2qu~Lj1*TDt{GXW(Y5OO&)V%$SJ3FY)+a7z4rWZv)Lpoqoqh!XF
z#^tHP{B{FwB}J+yfB2$o$=Y$SSRa`w6gHr26^tR#y7_RgfEgqB!O01zSlbU>{s;^d
zZzVy*BLql)BT*q2^hhfJA#}$07p_;EX$XMl)yXCXt)H{@6$n{Z2vJ?oVNUDy6DB6S
zvW93Tk4c>OYl+9PXS56>|E+d#pLXnONigdeLU|)vaiO+xm5{@|yRlcuwD?8+hW1Zz
zo?c<LK8pcuu(@THV?pjOqqr26D%`v+D=u!s`l0sSWtnuqJJg1msTL144mf+g+@b>W
zr$y*?Bg_aiMVp+L0j>-I6=-Tdbj-UNc}>RqZeI0a4=B`j<M3vCZ(VS22;dX%^$1Wt
z7XC9gc^!JU&kehdfE)QA=>K%Lv=utARGAOV3nSaZDqT7uGx|j11jurfXzH@Lar8g&
zl~Ni}QI%!!QL!dJma`?IZiV#{!u6($BXqb*$M$fN%tauXTC+^3qxf7Uu5}LGF$pfi
z@gZoeB9S{=0Fi%tGTh#s1rRd`-FbxOc<j&$05u5Co45h#Qh@ZfuO4@QjX1#f-4M)s
z$DNJJeVJg*QksGFeOcc{cRELzS;5pZcZmq^ZIZ{R@80{eNfLE*$Z&7@<6%**=(NEU
z4L$6xCl}nC_w}`6CCfNC!Lf37Jo2M;<AW;!`MJ_#al90l5a!h<Eo0r41OZ<AA+&2{
z)#5c&&c9=Yg%<Y#GMZUr6X2-qIGonnC?Mz|-(KQ=@jP4ts=;lW+)i(Xwnwv?fTV3n
zuFnwpeUIdA4+3WnG|;VB(J4tn-w5#W09-U*`^jllzWwHYL!^(Fk9HhId%%8lMNZ(V
zU(6(#b@`sKknZck0~el_hLt7aqdd4HdX~~m6DBNeL+IDV-_MYsF0n_RzJJOa1dlO$
zKkTn*e`jksFQE<YGWZQ*Yyjxb-&4VV@u!RU(J4SJ0rlbPixL1dhCr5ImeS(!dJn2V
zENpCwqP_vV2?>PSeL~7eS~i-TH{fRZM*w)W9(;#d2ZJrLm(*w&9?nI#8|j7SZ=pSz
zh>ZMVo&^a(=_<DyQBtn4UUew<7sI5T+DZaxr43mo$hO=+3YYxYg@{o@%v+(L9j~#5
zSHWs?WHT;o_RhxAa(Ka&1c5cjvKCI(*Jrz{ejNZWG?M+?ZL!X_B-`}^Zzp&?6szYQ
zCF8uO26xiMeJ`dyt2~^kKg^^7A?j7|zW>VFO?&$j1MoF;aW}2hg@{jYr5$|t^W^OY
zKC9pLfn%wk?|hc}b3i=o%W{o&foqZAnnbC8M2_T)V8$z93a4!y`?vGPyS|))(Iqwf
zgGoHK*ij4QJFCfi@*c0WoYAL*Yzv#;qW;O1uCa-UF{YK^HgL{n{OrD0R>EWQ)%kpH
z*68b->Hjcx+#LsY@-X<^Uu~z!M$>#pL|Ft7_O;|q#z(}P9IPn^1}idNvljr23>?8_
zp2w=1;iCag3~!Nsz&9!pd%Ss8lI2Kcb0oQ0!KKNZnI|Jf3rz+_%axLg_18wek;@{>
zhXq1jOE23xWPUJS-{|OAwFgn@z5Z5NGE%IO81o{V!`e^^4?-9opS#pN)g{skRH(sL
zqtp9z3n)!H9=TU$mO>ze=t{CuIxEebdKF*qE|&AWw=y<|(`W(E<ug75z{^-2tu(K0
zwX0M(0tg@i3Io)EB~B9K+raK4@N81S>FatpK+oI*aHX}<2qXxBm>FP<Z`*^HkBRPA
z&}8q;B;SwonCwLNoi;V><3iKrQGVlHmElZr^87}*cUtfm6C@j}s-Fma(%Woz0aXw1
z@TYb}UcO*yoY!$GRcULB=C#X@0-abvv+PQ@(RncQN9bAgCRMT+nanWJt2)x^ca94k
z&bYK<pQkM?On#GAd-Vd&jvBkkLMQ)y<8uA#+^2v+yq`93_jB4<#<SNYH!C1e0|-?W
z0-^_Gk(;VI@2`LSi~V5$kf9}#cW?4)yv}F!)w6^S$L|luJ^SSj#6uZyV-y~f^EXO)
zbl5za6naartO29hgBu+OVf)pdFSEb*{nKcY*KEL-kfg<$(VnhEu+Jh#_VM9CDQ<99
z3PO2*8!!5d0M(P#>;!}0Xms7|AFb0KSvW{%NJ?$7VT(sEt{TQ(^t<n@xEcsE9fS@-
zX)vb~Q`=$BNS9|_1X9FCw)e?jTlV;QJgDisH7qFB8fj@2R}T4p=Y>-vm;dq1E2>C=
zjsZ1Vi#h1l>02;N36aTq$(s3gM0WekK9y5%kw$?p`P{HJV|U2Zi^dUiMg_=j8(FiQ
zrs6agf5@UTU7+N1`+UkqrQ(vdHT#HaD_^MA^C;X<%%j_fe$YVMp(xbg<ICZPjyvX5
z6c|<rc)W<5nQy>#L+8?~RL$%_$0&IByRhOG_I`<ND_RdreL){r$Lr%_V}Y54;hdRy
z6QKwDw)hu$9726>q>!Oqu=y~xxbJ`d=67`!Ax`mc8LDrhGjW>wZQ3UbxbULS3NqIl
zY3vwBY-A^Eog0P5i)F<3SwhUxg+@JcKV3SFwq94C?S4`%BM!^1IUY32vNSu-ZR~+s
zxFRw&rvh~}y<IXobx-1HT2G^!3OBp5@<E1@mAJ@U$rihTYR;R?If{uaXuaG0^Mxnm
z0@#9u9y^~@b<u+Js&S&3htyHg(ED(I15paFajVjd?yj1xoeNB|G0S`F2Qyr#EeooW
zcCw;v*1Wc1@O;fo+TtS6@k+%PPms7P-;6r{D53P6#YmO#%TtjRdUX*=7p-jvI=)>(
z&SBI(v6Gfgi!A!6l6XoMlx^fQZ=(B(xm~n5(z+b_1T-tkEY=oD<}ob-Q@5j{<$}D<
z>Uaod%KogGt8aVbSI;TA_T}BwdXrAmZWc*zEi)Rf$CwaAT@Gu*BM*+_bA{{6@lSBP
zjqso<Y)<=E-=qv>toq<R^9~=$V=RhUtg=fD>;8xSa}SR%W4Q2L=GL`WCS7e?;@)Zt
z(kMtWV1eGS$rEJLn}1uBT;54?#K`d!J1#=k%aU_1No2<9sP+~_b@ks7!CBsmjcsbo
z*XwysRlQ-oQNq9=z;^^SzM$P_2kYg4aX@{(Frft=Cu&rwX1=gSN7=7ckwc?9pYkYm
z&W)@b+cb5NQxqvE{2c8Xzt(!~`=LIeW_q5FQ;h{3A0=pxxWPS{&ZAuAH>|;ff9k+C
zMX|0zxAXTEPu>&w;Tas!LZyj6dl_|9@40}vNH0Lwc`n<}r1HGlU)_u<d;)4=j3^eU
z4D2`Ub2<2VaFDp9ux#u^aBx`dtsuQF@HqzU_hT6m;^$=)Rtr&v=awQrk;5|ahu3Q=
zdBwLqSi$e{ia$Oo3u(8)<8-!#kE*g45cpy8zI_ba9BXDzpXt1*g8R?#{*G%D;a<zl
zW&4uYoZDFXpZT6_LQzpYea-3fodn1*f3&RrH3g7)E%YbM2XfH3Ua?Vlp{<Hgu1iY{
z30B9<^{~w-PblG0&&}*K>v7`R)M|WzQsqKl8&1MQL-%U-)aaWpz6HX%#^_Z)!Tbrl
z+eL6FK2a$yOFNAoR91V4W(1~QRz*!CrCsTdZQm>DlKQ!B)KIpyw5+Xs=cr(*4m1Y_
zt(itxBYA*IVt2<%K(~Z86Pl)1jbsx<pY{cJdtcyU9KFZq>ttCu`HarvIn`bJ%z8d2
z5kaTO*xx8HQ)z@#@HEooVF^0T(m!+f%rxg&`JQl3=JRr~^!ssXyjdxIDe@QgZ6Q5x
z*#!mrt*nt9=K^FP1LJ-czVlBo52*4hZyY<Pp2)L-quLK`>&ZEFRnMoQILZ@j*(s82
zT8l9n<hME`$_<?v@zue30-R(bPRUw%7P?G*?eHOv5EU|Tl|g`tgO1!vuDIHe3CxPI
zYpefdh=B6mj+nLPv{~IS$$t4j;Tz7-ze1Lo-ri=1{R*ogAx>NfoztzxI1>uk@M_=p
zEVVyhnZq!f<i?eIywH>=>^D`nBd@9HQ8w>a6^d4v7PZELrI!&NhgKV}5Rv*&XZrrj
z1)8U6MuX}ImE<F^(hfAi2}jMb^$ZjC!(z0YYgVJMO8X=Cc{Inq$BwI-^qnkM-P<aJ
z?%83+tq&xpyf2U2;ZVAoWuoHAE?H=%cbMP7jra{8g}iWT4d;PYyPsV$yGSXDaxH!~
zY;5f;WNd|!gw4(JzBli}M4FCI>glH1_`&FUql8F3B7IM%Q+&o-9p@V`kGbkm>+6|a
zs$W;NC$OyMzU(<TF8p}aP%$CzPVs#otSeN3(2}l3Eb*0D2g<9d;5clq+!xO>3Tdu&
z-@vyfN|5h5R2Hg=^-h>adPD{~G4F9y--0ND+)D8#d_Jtb^Kc1u>GZ})q|R{R^Q50f
zGU(^YpB@S};)4X;9`yTc(_*R$#b7YRSY&j4@4;_d)=kV_Rve-ABy0Yt3vCY}#PEnf
z*>5x>5|i}pyVxefRArf%t1T(e2!%z33;eE@7gwNUT*_}%eD4PTi_g)tc|D<DBXL@f
zBcG#1$JhMS>(0&B?d!UFi3d&yCJG55H+f@*A0IY3{!MmZ*aM{|=CVpMEyUuFIbDq@
zV%WaeZ~Dw<?>i^`V008mWtGvf*aw9qnA%!D^KQOJ=f0!kGkp3a()l2^9@h0l>Lz@C
z)x5@VJxtU^fZ5)x+{5#GLnZ`rwfM6WaU|~-3hT<1$qX<osc02T%6$_oN0lM+Vek>g
z)#9nAOD?R-rtham*2R`{PoQ}If2L)?+2rf!A;hsWvXW+TKAAT$?=E`vX)BZt<RqZ$
zyJ$CW`DLu9g2~QrX;ff8v{pwW7!(2lQ4ZD~62Mbbd6bXEP<dfGG;aEZ^%W^5s)Zln
z`hqVzxQ)HEL@qMzpq_Z@Mt*!4g@&9={G}l)ytRqw10NrI0>0Ts-0fPMu4RDGKVHIx
zaz!_x<I(k#@rz?JbZ~-<LrpH^J0}z1xxSXCPDdC-*A2DcWu$2<HM`<EGpFP0191WM
zLTKt+8tMZY@^6gYKa~JJc9ZbX&dSdc$w!C@isIpap`o9+D8Q(YVO<+g;8x%=iy%Y%
ze{V;uFYMRW=1C#0B3nm-ZvcP&*O_2Y3oV2-!Ij5ixGpyy7ktuSvi@`VzYk9as0GCB
z^cloJ!1Igb!PyDo6C+R}F3=eS&UIkA<$5__XWCEgHiCpf?F<S>fVORMf4=(1->v7{
zzvIO4Yi-Mno!UJ>odbi$eIo0}?Uqx(X;$m|iCXCc2_o<m61;M~%1i(UPhr<aP_}_m
zTWtJ`lL0m1RRNE^8QbBH?V#wflK7;m{bC6XhYS+59SIW8s}${*&q4VRfr6%e_}3qJ
zDjetriafbqzoJ_C**dJ|dCuj6=PpJ8x(Q*F#|ZMho8!*F-Ko!j#fg*Iey-yAdMHVp
z_{9R?IB;mX0=V(cc7Wpd0?Am5`>xhF5u!GLprpGwY)b11!y#Yum^Vd0tl!&C0K-H7
zV;$(gb6Sv%fuf#*b^!SPC!ogJv+mqF`r~ih`;lDn8$haXO8qz5{1zGVk;|}<`4W(x
ze8Zq^Ge)N|2ABiHjIjORi$TkF_YKwlhgGdd*GKO=%e$*A0EL=yql3~QgUXY@+rKjS
z&uyA;MH?e6G7xj6VbJQy4FUOCJv*<?m&2V@R$vcA&F=1O`p0?Id%+Sym!TAP_Rs6i
zh>Ym7N?I=9#0dNs5%_gKB<?xF>!B9Xut<o-|0<c3hM2eDA=rfc_GZfT&Ac~-uK$Cv
zNAT~_9DDV*c<l4E{pmKPc7Fl3cL+~|Kms2w0|SB8%zY0V-u^l0ZT)d~1YqgEhd8TW
zfC3$Y1|i<9p^5Roo&~8eZM~?dAM+XaU2_{^FL7wyDmOcaBT9_h*=}QZmp}5fT6PMf
zFUD{$ssB4f^WIqDwMapEd3og*!#KQc6FR`bo<VTYL)NOuxD0AM_UCv5uZCBdt|$N0
zrL`XvM)R~BHZDUfw$W)=|NE`}q^x;<Cm$#QBaKCry7%>NN!AeH_JRbhty~ztYu-e-
zDtYI>UcjexjxWH^f704{)0!z&DsnQwDEw{(6J+Xz=rof5^I_8^>UqYDpAke$AeZ4W
zZmcNt1NpC7o<zIS2ez+QTUkgy8ELN~$<u&WJ%Z5vLijm?KuGdxP`v|G`ULT40o}%@
zcnL~~r`5z?u#NxEgetP<0HzWgavqa*p9ZpbOJ8>DhIxDe`$YA}@zZh1&W#t4uFW*_
zj=~T?K_&*N0i+2aZ6zW?_~{R?-?8t1_%~fNgZc(wg}a-iy_<|95S1WOsXzlOTDIqZ
zOFjSJ>E<VolRrHKv>r2>Lqwpg(s?S@c{(9OfZ&=t-5ND+cHIQ);}R6jE-)njNew10
zBue$O_c`lkfqw+^fc^#WK^!tJk=s8#m&;C_<~I%IHxm&OXA9QxSJ?j<xZ@dO_~D?E
zTyAdaI>@X5s2pd?wBseNcfcI~K@e+bhQz6ZJ?wwu5dijqHON;+1VTBuq7?goM7aNJ
lDEptG@;~nM|L-Gi1Ix83ewt%y%Rs=7lH5z#Drt-0{{gy1X<h&T

literal 0
HcmV?d00001

diff --git a/demo/documented/stokes-iterative/common.txt b/demo/documented/stokes-iterative/common.txt
new file mode 100644
index 0000000..521ee7f
--- /dev/null
+++ b/demo/documented/stokes-iterative/common.txt
@@ -0,0 +1,85 @@
+
+This demo illustrates how to:
+
+* Maintain symmetry when assembling a system of symmetric equations
+  with essential (Dirichlet) boundary conditions
+* Use a iterative solver explicitly for solving a linear system of equations
+* Define a preconditioner explicitly using a form
+
+
+Strong form of the Stokes equations
+-----------------------------------
+
+The incompressible Stokes equations in strong form read: for a domain
+:math:`\Omega \subset \mathbb{R}^n`, find the velocity :math:`u` and
+the pressure :math:`p` satisfying
+
+.. math::
+   - \nabla \cdot (\nabla u + p I) &= f \quad {\rm in} \ \Omega, \\
+                    \nabla \cdot u &= 0 \quad {\rm in} \ \Omega. \\
+
+
+.. note::
+
+   The sign of the pressure has been flipped from the classical
+   definition. This is done in order to have a symmetric (but not
+   positive-definite) system of equations rather than a non-symmetric
+   (but positive-definite) system of equations.
+
+A typical set of boundary conditions on the boundary :math:`\partial
+\Omega = \Gamma_{D} \cup \Gamma_{N}` can be:
+
+.. math::
+                           u &= u_0 \quad {\rm on} \ \Gamma_{D}, \\
+      \nabla u \cdot n + p n &= g   \quad {\rm on} \ \Gamma_{N}. \\
+
+
+Weak form of the Stokes equations
+---------------------------------
+
+The Stokes equations can easily formulated in a mixed variational
+form; that is, a form where the two variables, the velocity and the
+pressure, are approximated simultaneously. Using the abstract
+framework, we have the problem: find :math:`(u, p) \in W` such that
+
+.. math::
+   a((u, p), (v, q)) = L((v, q))
+
+for all :math:`(v, q) \in W` where
+
+.. math::
+   a((u, p), (v, q))
+   &= \int_{\Omega} \nabla u \cdot \nabla v
+                    + \nabla \cdot v \ p
+                    + \nabla \cdot u \ q \, {\rm d} x, \\
+   L((v, q))
+   &= \int_{\Omega} f \cdot v \, {\rm d} x
+      + \int_{\partial \Omega_N} g \cdot v \, {\rm d} s. \\
+
+The space `W` should be a mixed (product) function space: :math:`W = V
+\times Q` such that :math:`u \in V` and :math:`q \in Q`.
+
+Preconditioning of the linear system of equations
+--------------------------------------------------
+
+For the resulting linear system of equations, the following form
+defines a suitable preconditioner:
+
+.. math::
+
+   b((u, p), (v, q)) = \int_{\Omega} \nabla u \cdot \nabla v + p \, q \, {\rm d} x
+
+
+Domain and boundary conditions
+------------------------------
+
+In this demo, we shall consider the following definitions of the input
+functions, the domain, and the boundaries:
+
+* :math:`\Omega = [0,1]^3`  (a unit cube)
+* :math:`\Omega_D = \{(x_0, x_1, x_2) \, | \, x_0 = 0 \, \text{or} \,
+  x_0 = 1 \, \text{or} \, x_1 = 0 \, \text{or} \, x_1 = 1 \}`
+* :math:`u_0 = (- \sin(\pi x_1), 0.0, 0.0)` for :math:`x_0 = 1` and
+  :math:`u_0 = (0.0, 0.0, 0.0)` otherwise
+* :math:`f = (0.0, 0.0, 0.0)`
+* :math:`g = (0.0, 0.0, 0.0)`
diff --git a/demo/documented/stokes-iterative/cpp/Stokes.ufl b/demo/documented/stokes-iterative/cpp/Stokes.ufl
new file mode 100644
index 0000000..c71ac70
--- /dev/null
+++ b/demo/documented/stokes-iterative/cpp/Stokes.ufl
@@ -0,0 +1,37 @@
+# Copyright (c) 2005-2007 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2005
+# Last changed: 2011-03-09
+#
+# The bilinear form a(u, v) and Linear form L(v) for the Stokes
+# equations using a mixed formulation (Taylor-Hood elements).
+# The sign of the pressure has been flipped for symmetry.
+#
+# Compile this form with FFC: ffc -l dolfin Stokes.ufl
+
+P2 = VectorElement("Lagrange", hexahedron, 2)
+P1 = FiniteElement("Lagrange", hexahedron, 1)
+TH = P2 * P1
+
+(u, p) = TrialFunctions(TH)
+(v, q) = TestFunctions(TH)
+
+f = Coefficient(P2)
+
+a = (inner(grad(u), grad(v)) + div(v)*p + div(u)*q)*dx
+L = dot(f, v)*dx
diff --git a/demo/documented/stokes-iterative/cpp/StokesPreconditioner.ufl b/demo/documented/stokes-iterative/cpp/StokesPreconditioner.ufl
new file mode 100644
index 0000000..25b9899
--- /dev/null
+++ b/demo/documented/stokes-iterative/cpp/StokesPreconditioner.ufl
@@ -0,0 +1,35 @@
+# Copyright (c) 2011 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2011-01-05
+# Last changed:
+#
+# The bilinear form a(u, v) for a Stokes preconditioner matrix
+# (Taylor-Hood elements).
+#
+# Compile this form with FFC: ffc -l dolfin StokesPreconditioner.ufl
+
+P2 = VectorElement("Lagrange", hexahedron, 2)
+P1 = FiniteElement("Lagrange", hexahedron, 1)
+TH = P2 * P1
+
+(u, p) = TrialFunctions(TH)
+(v, q) = TestFunctions(TH)
+
+f = Coefficient(P2)
+
+a = inner(grad(u), grad(v))*dx + p*q*dx
diff --git a/demo/documented/stokes-iterative/cpp/documentation.rst b/demo/documented/stokes-iterative/cpp/documentation.rst
new file mode 100644
index 0000000..c2bb76a
--- /dev/null
+++ b/demo/documented/stokes-iterative/cpp/documentation.rst
@@ -0,0 +1,6 @@
+.. Documentation for the DOLFIN iterative Stokes demo
+
+.. _demo_pde_iterative_stokes_python_documentation:
+
+There is as yet no documentation for the C++ version of this demo.
+Please consider contributing the missing documentation.
diff --git a/demo/documented/stokes-iterative/cpp/main.cpp b/demo/documented/stokes-iterative/cpp/main.cpp
new file mode 100644
index 0000000..69d1fec
--- /dev/null
+++ b/demo/documented/stokes-iterative/cpp/main.cpp
@@ -0,0 +1,173 @@
+// Copyright (C) 2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-01-05
+// Last changed: 2012-07-05
+//
+// This demo solves the Stokes equations using an iterative linear solver.
+// Its also demonstrates how to use a precontioner matrix that is different
+// from the matrix being solved.
+//
+// Note that the sign for the pressure has been flipped for symmetry.
+//
+
+#include <dolfin.h>
+#include "Stokes.h"
+#include "StokesPreconditioner.h"
+
+using namespace dolfin;
+
+#if defined(HAS_PETSC) || defined(HAS_TRILINOS)
+
+int main()
+{
+  // Sub domain for left-hand side
+  class Left : public SubDomain
+  {
+    bool inside(const Array<double>& x, bool on_boundary) const
+    {
+      return x[0] < DOLFIN_EPS;
+    }
+  };
+
+  // Sub domain for right-hand side
+  class Right : public SubDomain
+  {
+    bool inside(const Array<double>& x, bool on_boundary) const
+    {
+      return std::abs(1.0 - x[0]) < DOLFIN_EPS;
+    }
+  };
+
+  // Sub domain for top and bottom
+  class TopBottom : public SubDomain
+  {
+    bool inside(const Array<double>& x, bool on_boundary) const
+    {
+      return std::abs(1.0 - x[1]) < DOLFIN_EPS || std::abs(x[1]) < DOLFIN_EPS;
+    }
+  };
+
+  // Function for inflow boundary condition for velocity
+  class Inflow : public Expression
+  {
+  public:
+
+    Inflow() : Expression(3) {}
+
+    void eval(Array<double>& values, const Array<double>& x) const
+    {
+      values[0] = -sin(x[1]*DOLFIN_PI);
+      values[1] = 0.0;
+      values[2] = 0.0;
+    }
+
+  };
+
+  // Check for available preconditioners
+  if (!has_krylov_solver_preconditioner("amg"))
+  {
+    info("Sorry, this demo is only available when DOLFIN is compiled with AMG "
+	 "preconditioner, Hypre or ML.");
+    return 0;
+  }
+
+  // Check for available Krylov solvers
+  std::string krylov_method;
+  if (has_krylov_solver_method("minres"))
+    krylov_method = "minres";
+  else if (has_krylov_solver_method("tfqmr"))
+    krylov_method = "tfqmr";
+  else
+  {
+    info("Default linear algebra backend was not compiled with MINRES or TFQMR "
+         "Krylov subspace method. Terminating.");
+    return 0;
+  }
+
+  // Create mesh
+  auto mesh = std::make_shared<Mesh>(
+    UnitCubeMesh::create({{16, 16, 16}}, CellType::Type::hexahedron));
+
+  // Create function space and subspaces
+  auto W = std::make_shared<Stokes::FunctionSpace>(mesh);
+
+  // Set-up infow boundary condition
+  auto inflow_prfofile = std::make_shared<Inflow>();
+  auto right = std::make_shared<Right>();
+  auto inflow = std::make_shared<DirichletBC>(W->sub(0), inflow_prfofile,
+                                              right);
+
+  // Set-up no-slip boundary condition
+  auto zero_vector = std::make_shared<Constant>(0.0, 0.0, 0.0);
+  auto top_bottom = std::make_shared<TopBottom>();
+  auto noslip = std::make_shared<DirichletBC>(W->sub(0), zero_vector,
+                                              top_bottom);
+
+  // Create forms for the Stokes problem
+  auto f = std::make_shared<Constant>(0.0, 0.0, 0.0);
+  Stokes::BilinearForm a(W, W);
+  Stokes::LinearForm L(W);
+  L.f = f;
+
+  // Create solution function
+  Function w(W);
+
+  // Create form for the Stokes preconditioner
+  StokesPreconditioner::BilinearForm a_P(W, W);
+
+  // Assemble precondtioner system (P, b_dummy)
+  auto P = std::make_shared<Matrix>();
+  Vector b;
+  assemble_system(*P, b, a_P, L, {inflow, noslip});
+
+  // Assemble Stokes system (A, b)
+  auto A = std::make_shared<Matrix>();
+  assemble_system(*A, b, a, L, {inflow, noslip});
+
+  // Create Krylov solver with specified method and preconditioner
+  KrylovSolver solver(krylov_method, "amg");
+
+  // Set operator (A) and precondtioner matrix (P)
+  solver.set_operators(A, P);
+
+  // Solve system
+  solver.solve(*w.vector(), b);
+  cout << "Soln norm: " << w.vector()->norm("l2") << endl;
+
+  // Split solution
+  Function u = w[0];
+  Function p = w[1];
+
+  // Save solution in VTK format
+  File ufile_pvd("velocity.pvd");
+  ufile_pvd << u;
+  File pfile_pvd("pressure.pvd");
+  pfile_pvd << p;
+
+  return 0;
+}
+
+#else
+
+int main()
+{
+  info("DOLFIN has not been configured with Trilinos or PETSc. Exiting.");
+  return 0;
+}
+
+#endif
diff --git a/demo/documented/stokes-taylor-hood/common.txt b/demo/documented/stokes-taylor-hood/common.txt
new file mode 100644
index 0000000..231771a
--- /dev/null
+++ b/demo/documented/stokes-taylor-hood/common.txt
@@ -0,0 +1,79 @@
+This demo illustrates how to:
+
+* Read mesh and subdomains from file
+* Use mixed function spaces
+
+The mesh and subdomains look as follows:
+
+.. image:: ../plot_mesh.png
+
+.. image:: ../plot_mesh_boundaries.png
+
+and the solution of u and p, respectively:
+
+.. image:: ../plot_u.png
+
+.. image:: ../plot_p.png
+
+Equation and problem definition
+-------------------------------
+
+Strong formulation
+^^^^^^^^^^^^^^^^^^
+
+.. math::
+	- \nabla \cdot (\nabla u + p I) &= f \quad {\rm in} \ \Omega, \\
+                	\nabla \cdot u &= 0 \quad {\rm in} \ \Omega. \\
+
+
+.. note::
+        The sign of the pressure has been flipped from the classical
+   	definition. This is done in order to have a symmetric (but not
+	positive-definite) system of equations rather than a
+	non-symmetric (but positive-definite) system of equations.
+
+A typical set of boundary conditions on the boundary :math:`\partial
+\Omega = \Gamma_{D} \cup \Gamma_{N}` can be:
+
+.. math::
+	u &= u_0 \quad {\rm on} \ \Gamma_{D}, \\
+	\nabla u \cdot n + p n &= g \,   \quad\;\; {\rm on} \ \Gamma_{N}. \\
+
+
+Weak formulation
+^^^^^^^^^^^^^^^^
+
+The Stokes equations can easily be formulated in a mixed variational
+form; that is, a form where the two variables, the velocity and the
+pressure, are approximated simultaneously. Using the abstract
+framework, we have the problem: find :math:`(u, p) \in W` such that
+
+.. math::
+	a((u, p), (v, q)) = L((v, q))
+
+for all :math:`(v, q) \in W`, where
+
+.. math::
+
+	a((u, p), (v, q))
+				&= \int_{\Omega} \nabla u \cdot \nabla v
+                 - \nabla \cdot v \ p
+                 + \nabla \cdot u \ q \, {\rm d} x, \\
+	L((v, q))
+				&= \int_{\Omega} f \cdot v \, {\rm d} x
+    			+ \int_{\partial \Omega_N} g \cdot v \, {\rm d} s. \\
+
+The space :math:`W` should be a mixed (product) function space
+:math:`W = V \times Q`, such that :math:`u \in V` and :math:`q \in Q`.
+
+Domain and boundary conditions
+^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
+
+In this demo, we shall consider the following definitions of the input functions, the domain, and the boundaries:
+
+* :math:`\Omega = [0,1]\times[0,1] \backslash {\rm dolphin}` (a unit cube)
+* :math:`\Gamma_D =`
+* :math:`\Gamma_N =`
+* :math:`u_0 = (- \sin(\pi x_1), 0.0)` for :math:`x_0 = 1` and :math:`u_0 = (0.0, 0.0)` otherwise
+* :math:`f = (0.0, 0.0)`
+* :math:`g = (0.0, 0.0)`
diff --git a/demo/documented/stokes-taylor-hood/cpp/Stokes.ufl b/demo/documented/stokes-taylor-hood/cpp/Stokes.ufl
new file mode 100644
index 0000000..4f33cc2
--- /dev/null
+++ b/demo/documented/stokes-taylor-hood/cpp/Stokes.ufl
@@ -0,0 +1,36 @@
+# Copyright (c) 2005-2007 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2005
+# Last changed: 2011-03-09
+#
+# The bilinear form a(u, v) and Linear form L(v) for the Stokes
+# equations using a mixed formulation (Taylor-Hood elements).
+#
+# Compile this form with FFC: ffc -l dolfin Stokes.ufl
+
+P2 = VectorElement("Lagrange", triangle, 2)
+P1 = FiniteElement("Lagrange", triangle, 1)
+TH = P2 * P1
+
+(u, p) = TrialFunctions(TH)
+(v, q) = TestFunctions(TH)
+
+f = Coefficient(P2)
+
+a = (inner(grad(u), grad(v)) - div(v)*p + div(u)*q)*dx
+L = dot(f, v)*dx
diff --git a/demo/documented/stokes-taylor-hood/cpp/documentation.rst b/demo/documented/stokes-taylor-hood/cpp/documentation.rst
new file mode 100644
index 0000000..72d0391
--- /dev/null
+++ b/demo/documented/stokes-taylor-hood/cpp/documentation.rst
@@ -0,0 +1,6 @@
+.. Documentation for the DOLFIN Stokes problem with Taylor-Hood elements demo
+
+.. _demo_pde_stokes-taylor-hood_python_documentation:
+
+There is as yet no documentation for the C++ version of this demo.
+Please consider contributing the missing documentation.
diff --git a/demo/documented/stokes-taylor-hood/cpp/main.cpp b/demo/documented/stokes-taylor-hood/cpp/main.cpp
new file mode 100644
index 0000000..e7945f2
--- /dev/null
+++ b/demo/documented/stokes-taylor-hood/cpp/main.cpp
@@ -0,0 +1,107 @@
+// Copyright (C) 2006-2008 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2006-02-09
+// Last changed: 2012-07-05
+//
+// This demo solves the Stokes equations, using quadratic elements for
+// the velocity and first degree elements for the pressure
+// (Taylor-Hood elements). The sub domains for the different boundary
+// conditions used in this simulation are computed by the demo program
+// in src/demo/mesh/subdomains.
+
+#include <dolfin.h>
+#include "Stokes.h"
+
+using namespace dolfin;
+
+int main()
+{
+  // Function for no-slip boundary condition for velocity
+  class Noslip : public Expression
+  {
+  public:
+
+    Noslip() : Expression(2) {}
+
+    void eval(Array<double>& values, const Array<double>& x) const
+    {
+      values[0] = 0.0;
+      values[1] = 0.0;
+    }
+
+  };
+
+  // Function for inflow boundary condition for velocity
+  class Inflow : public Expression
+  {
+  public:
+
+    Inflow() : Expression(2) {}
+
+    void eval(Array<double>& values, const Array<double>& x) const
+    {
+      values[0] = -sin(x[1]*DOLFIN_PI);
+      values[1] = 0.0;
+    }
+
+  };
+
+  // Read mesh and sub domain markers
+  auto mesh = std::make_shared<Mesh>("../dolfin_fine.xml.gz");
+  auto sub_domains = std::make_shared<MeshFunction<std::size_t>>(mesh, "../dolfin_fine_subdomains.xml.gz");
+
+  // Create function space
+  auto W = std::make_shared<Stokes::FunctionSpace>(mesh);
+
+  // Create functions for boundary conditions
+  auto noslip = std::make_shared<Noslip>();
+  auto inflow = std::make_shared<Inflow>();
+  auto zero = std::make_shared<Constant>(0.0);
+
+  // No-slip boundary condition for velocity
+  DirichletBC bc0(W->sub(0), noslip, sub_domains, 0);
+
+  // Inflow boundary condition for velocity
+  DirichletBC bc1(W->sub(0), inflow, sub_domains, 1);
+
+  // Collect boundary conditions
+  std::vector<const DirichletBC*> bcs = {{&bc0, &bc1}};
+
+  // Define variational problem
+  auto f = std::make_shared<Constant>(0.0, 0.0);
+  Stokes::BilinearForm a(W, W);
+  Stokes::LinearForm L(W);
+  L.f = f;
+
+  // Compute solution
+  Function w(W);
+  solve(a == L, w, bcs);
+  Function u = w[0];
+  Function p = w[1];
+
+  // Save solution in VTK format
+  File ufile_pvd("velocity.pvd");
+  ufile_pvd << u;
+  File pfile_pvd("pressure.pvd");
+  pfile_pvd << p;
+
+  File pfile_mf("mf.pvd");
+  pfile_mf << *sub_domains;
+
+  return 0;
+}
diff --git a/demo/documented/stokes-taylor-hood/cpp/plot.py b/demo/documented/stokes-taylor-hood/cpp/plot.py
new file mode 100644
index 0000000..c5efa01
--- /dev/null
+++ b/demo/documented/stokes-taylor-hood/cpp/plot.py
@@ -0,0 +1,9 @@
+from dolfin import *
+
+# Plot velocity
+u = Function("velocity.xml")
+plot(u)
+
+# Plot pressure
+p = Function("pressure.xml")
+plot(p)
diff --git a/demo/documented/stokes-taylor-hood/dolfin_fine.xml.gz b/demo/documented/stokes-taylor-hood/dolfin_fine.xml.gz
new file mode 100644
index 0000000..d70c0e2
--- /dev/null
+++ b/demo/documented/stokes-taylor-hood/dolfin_fine.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:2b833101b1751853dc6c52be42ea1134b91ac54a9df087191e7f45b7b00a2822
+size 88283
diff --git a/demo/documented/stokes-taylor-hood/dolfin_fine_subdomains.xml.gz b/demo/documented/stokes-taylor-hood/dolfin_fine_subdomains.xml.gz
new file mode 100644
index 0000000..a9a47ab
--- /dev/null
+++ b/demo/documented/stokes-taylor-hood/dolfin_fine_subdomains.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:42ff147d8ecb3172e08ab41ac6b5029e3a191804be77c73a9a9c4e52da010ede
+size 42459
diff --git a/demo/documented/stokes-taylor-hood/plot_mesh.png b/demo/documented/stokes-taylor-hood/plot_mesh.png
new file mode 100644
index 0000000000000000000000000000000000000000..8801fc8492aaa15a8de36513b0cde9c7407eea95
GIT binary patch
literal 35671
zcmeFY<zH0o`vt0EAV`OlA`L^gD4~>eGjubQG=enJIphp5fOI!QBcU|Iz|b8MLw7fa
z=leXr^GBS|c{TCo-h1EowXSuowRX6Q(ia>o3am$u9^uH!NUA-0^hEp7qsOtBPagic
z)e1*Fdi3s*tmJ16_q3g#cFuIHl{JTy-;E|pZG~BnkqCD`2-Fjz`R-@T*F`fx$5N~w
zpCSfhU-1*ewX~dJD?SRa`r&<R(<89-!!K`!6imv8Z%%yw|L6a=pTpgH3HHzh{mlip
z@BQ7DI3LCR8-0$I+uIWC;S1s#TH$AHettJ*sK#q@v*s3XKl(GgzW(q`pxZr`P0f&F
zWp~#J@mths_3ZBM@I(>Ok1l$3%CWy6qi)DSErzmes5oFYU%jlvg&vEcV(o4#t(P}Z
z<`+pbSAAbfy6&N`a@_HFqw2Q9S3W0$dGQr}8j<z&pp^Rh7>C8hbu`c7B6V(*IVE$4
zkG&ju-@?KgnUs*r5>)K)PPFHucis82p#;gbUMWisQh%v6Ze>&kn1j!Z<)SM+`4)A>
zD1{gKhF#uTydUmKx87c-zV#NIjj{Bc6P56p%~=uJ$QONfRk09db%R=Tq;Z*w0U;fE
zOUWLu7g#|!_ZeKDT^@!5Oc)zAHCMNr;>GY8cF~Yhy%uNRo^idTuIl=Q=AR6yDE<NO
zu?Y~JsP_q@^7f-tVd#>t=${v5>HSnGn5fT!r!0T{T!kd>cH?~b4YlC|?`kQ?1DiOK
z@Se=xNIpqSeA=<T2aD?KOerCNom5W_A^pFjmp4h+bOvJ`>S?1a^LZ{gXi;FG`_!Mi
zksLvnI3L6j^tkJ&5xA}xwEh<~csb=ebFsgI22~dM-BOrEWr!uc1hO21+x%jT+9E0g
z(w1VVSJqLf=jF&D=j+q$HQc$s=liKde3oBPn(4rJo>`fk*)sRTbyUVmPt3#C8X6_(
z++MkQ&9$ES-dtQ%a;6JwpV^ohz{KrS=1S3BJUSjNw%bR;Aesy|<-y8Q6r3LK<Jp#2
z_TlZ2q&pU(YX5vchQ^HlH%ngYZ77`uM|V1>k)i#olQUovmm&RvRNy=8*gnn9Mo&<_
z`QrdzZ4xImO#vXUMXIk<t`RlR;HNR39=_zk!wSn>h5Cs*Twdi1t_dkB6-7SW6SbHq
zt&tpay(M$q;m^bI_?kmm=G3dph999cWELa(40_~%<LZ;o^`&WcuOQkj1R}u^W3j`o
z$A~jSC;7SShhwU#Ki%VFj^R*_FT!DHV-(7>Aj+pMW{pT!7R*Lh%E1O=lv5NkqCBS0
zyIbsF4EpHN|ISLu{Z?4-kYnX}NBARzH{agPaUmAva{rIlaENMTvaCJ{3NUZ&pqXp6
zDHo;3v%5>@>{80osM0mGOSx=m->e$!u~9MaB@LSmd0x77CsfUI*kO*2>~RgjD*3hN
zN2?Rg*zPivKdi1Y<6#vRS!+ru3FqqR+LyV%x;muUk@s)u<5p1fyBlNC1due;*o{<L
z=a(fV#R!`AebJ>={5XraN%a9Q5x>gFxO}IT*mqI)&2Pjhc|MlUXf}iIk@QuI&qu7w
zl^zTiqg6)K29{S2ZC3O-SKiF+63>~K-(GR_#AZLJxz%^I`g{iWTkgogLjJJJ|F$$a
zfZIOkWXO^+DLKS-p4sqK{lqZ_EW{UT6E&-A5v?e#8}|usWHwlj**VjNx%>shu1{eJ
zldoX@`nv293_~DD*Fvf@T1)_|x~fxwa&J-jb9Q<5V9)3tQie)WZGkXYKRBDK#C>}X
zBS%Bvk7sMp%FJWLK}lwZqE?OEwlOSW_~Bs5kX&WdS9yt9#!vzM!~R6lc7<{&k`I9+
z;#7rn>X>C&!UNn54fmc{c8f%+huc4qlhCX5rPaw7fhM5fk!Ek|30<C$(uH2wlu-N`
z2~#mLa@gU)zW}66N1pmOsX4~Va?q^d;PIMMu~|Dr=`pYhASmpO+I@_-^2L&T40&nX
zs=HrWJpf`#Tg*~NPe<ku(`cu9fJ}OLHx>47FL_H;Y|7sxIT<>Bk2nmS^t+zeFZ0GI
zl8P9wR2y6;;y)^jQC}WsBfcoo{YjFyzsg_L(82EFFnj-9bo4{bqhmMg_qUfx0yHag
z*=Ya~AsWhAA=v!2W7i<#-^TERciv@@@Iz}dGkXC`6L)d)vP!IWwqp<H?NT2`Z{`mE
zV`p3JB^C?`h^FEBoALHEb};EFYi`&Q;1Jq6?)uCg@;Dp4qG2rk8$fQvBnUH=0J`%S
zuEA6o^S!4gj%U2_%--L3$KTw1+b+ChFU5x9MO^I+A5wi&&j<+Je!7G3jgt_P6RjQ{
z_vRZbcY_VT&CO=OxjnNHig2!VnQbnZO6!=ty~1G)+!(?{6}K-4?tiXcvY<q}K-gYC
z;v(ZWLs5g^mdwXAMuWv9XQ+ANk$916iqOkdVXb|#vZ41+=f?`(RR|FYm|QiTFBzbE
z5#By+wCs2;9=FnrKNRv(Lv5rwDHG9XG^qO!6avt0^o<_A@gkrrAK)`Cp_fg>)0&)i
z$;g6f!Y?N;k4zBo7`yx@LiZ%Y<%xQ>5xJW(EBOE1%mDe5lBIC@SMobrmCzL>Su<eo
zEgcZ!D@(X}3!BiV_DOBY6cj|V5g703RC}lVO>gVS)-6#cPh>*Qs`z$EX#&qKBsJbr
z8v*Y0wm7}be<4cj?RjM*+T)ssXB4FMAL4WQQC3lhY&_D#S;pf>Z+)iB$zx!?<ivy5
zXh$@O8%!^IT4>8D@13(dd*&N=#{uHsHo?(}SjrN@k>*0H#l9hD>A5f*&7ET-^kuWp
zh_i14OAvb@>gyIYpdD(Rb=We@G)5hoA=b0K-SakzQj*JDa<pq7^YxhSX;^3EGdKMk
zj)xwO%82>f@hL6U#+ukwr#v_MX;dNAN}cHk;OR3UL6nn$YL3GFnOh{-JcNLbBI{<Q
z$;ho!&zVK4`3=EWtd(#!moaFfousjOr=#vkkvJ6zM@ezrC!OaX?k-pS<AynkQEA2+
zI2yEua<hyOZBQNuq+g(X93Dde68S<@n8hxg6xU%!+^>;6dvjUsJ<(w`-d*3N#p|?^
z5X%tItm2`j@TZE9sD@VhYUJc(=)0!p{93d1dzLIJIx{r~;H)p;Ac)hwu|c#y+dt!&
z{ZI$gD^5>$U$0}2u6N6;X%!v&fR|$?kYX#^QZTcy*Mc}$%E_r10hZROj5_H5<>hDi
zRlkR*Ki_c2^?b9$qWzQpx9j#yXD4G<>byjQL@H^bwL0M*EAXvKY$W$ylEb!K>E((N
zcio_mv8%zt4MRl_N^jf>+_w8s-NKX-(<(SEaT?vV2EuWy@>rOP3g*+XwfwddGc>~)
zo*?SgP%-2iw`h}P9u7By%nsn^k*_Q<x}=&F2&5jJe0YHM2mBH+V*p1mEQtsYmkCpa
zVwdkO;Eba?(E_yBy94Pu>L^vc8VcpfGY1R1>SE@4bj?v1E?5#24vGtqY^+thVfk1v
zt_|_4os2=`;H-aJk#UpyQx~(ex&oV*b0M<Ll>LDPv=_|zQXx<<&lzh3mDIzBP=ccw
z+Y|m-9C$xY$dJ_UJf&+F&k{1_@Sdd}=3EK!_)7BYcKwzyBWDJCw$5ZUKc|jiimcvq
z2x#|*NE$qomhj}e#%#(?7c5LTlU?GH)}y|1vF)oN(kt^RkkBsbW2nBYfGPT2W!04E
zTEM`BAZ2H%%-8Bht40uW)gnLp{%Q4P0(v+y=}krW0TmxXdcgQ_5e7yYWGDpu&CEIh
z8B6;Tk_wq&v}DB|kMNSC%vY*KAJ$P#NR&)pC+c}^v&{Lr%#~Qq-a(Y9Vnr`wr*3h}
zvt{Q&&4q*ruGH`3n$|r5w&`=C9~YKkA~HGU3yauvOtKpBA5a)!p`?@gN0xlcpCr{X
z6?4{?zZyWm$`Xwu?_Pvh9TQ_OR*pO4y~do8Vz=(y?i4)S<_)%<ig5llI56V;D!R<>
zZ$J<gc`l{PBh1%a%#yutdxD9CxC*>=ykdEfP_7bVhDhq^P;3I=8i_{o+|d4h{ZXYa
zTRM6vM=Og1Z_;5$(7SS+g;c2vBsK9t<U@L({g!&=WoSku)Wlp;wb!N;86`DXP2ktz
z4Ojw9Xmm_BQwP{Z^{-_1CU1|(sMfV9TpBt|&W~xc>o4?dj0(>TUSFY7OAfQ7Ey$^+
zwcLAMN<Qg$MU?Mf^6;pNlrmR(&jEH^sEK~9U-aL~4Jj<SarQs#JZ@8w^5b!}?(`*v
z=Vj7@v!S*L_q-k8ix3Ged2w>cX`%?Nn5yR>mPLiNn!DzXn%!#rYG<i330u7stgQ1e
z{}Q422&e^oxiicfqHa2|Yhm4KBhuGlE@zwV2V5V!&$9zDS^yrXXlCjau~pYB)^(mm
z-2hfCWHa2EYEhx(*pY7KtyWB&K&PKj$4IXA2j$YD6cYw!7a}5{m=1kaO<u5~C&aAA
z8gT*W0C1^0_XV@!F3|sl!dbLXv>;tZhS&Dx6}B%+I(6dOTIR{(T9*5GkR|1IQ~?hU
z^b^TxGxJ<;rfmX}suHDtV>9<j0I=%|d4mKK%Xs#Z^UNZDPRGM0zmBFBG96{xn>>yJ
z$O+7&cm;r?Em;+|k<O)@C6lqNejODIS$oG?6|B!PJp1K>*9(&W{BV%dX63{Ehr$oJ
zn+%G{(^)m>^u5E-R2BLSt&_wxXBAU<%e}cjro~3t2*VY>p0H~81`Y4arBh^Vo%bqM
zFp>+KorUs5n|TVMdf9pEyHVpR<(FU^WxyQqJuhQWOR2`4MXb9FZ?U8L$b{ZmqDcuy
zs`t)EZ=$9D%_bhry-_j)s?H0(opCKy^fO2f&k2csO`wvH9+5Qgkqv)zNcZB}YYkih
z#t3$WcDQi<H~GU4L`4-g4c;vMS>B^*c+(th0R$$#iqHi0rya$gVeS$mz;*@S%g-<?
zEoIfDggV1M#6PT4(FaRX75&#rpaYCMMK)?-$~K+Dw_%Pwo^PBd*U!Rvo+x|EB5P7?
zpN~)G!!QE(>}?Nlh$EK@bQVa|eN!ycq&?BLMs86vM^*#Xmg3=I9T+5{eQzoMvv@&m
zt&+zp1;MnddR>fyFzASEc<>}NES{YGx9-_WX=^rhm4Ze6tU@y~t@>J6RE=<YSAZ~F
zP98C*l2k+mvj3L6O>>OHV5>n8u6}NxTM4bMQA=?|6;E1_$;k%t&N}7gA<kwL6tw~H
zJBd+d)ncR~ji6f?QWH3fu8Daz1*v{OpNIbc<k(>M#haP@C<43HS^^uhRkkk*tWnxo
z$Ov(!uWu+P6>f%4n0EU=aEl5|OM+OGJb!inh}B5GpKUQn0=_4#hSD#>k91Whl3%Jy
z*0vX>L4doILJSj}psQlaO7=5)^Jnf0M?&@f0>#;|n$5LMutUtlA^m;7b$ejBXdz9n
zPJ!tA$l?Z?LT;AHjD66NmazyAy)XkJV5C8vzc$WGFBZJ5J(sV2f&jsc*mU_dX^I?e
z2J;R864fRQ`Su(Pwm{df?C^c2MA68391K+~htAuz%?Zu76vjGB(^$o`T9*$P8+d;{
zuGh@p`lw1hug*65Cr#~ew$JtPy1O6s%+Y(?HLxAixh3{f+k!842?Om`k(T-4IP88m
zWSpEUlNGaB6*DP3bxBd#TS5O&j5KN^YbK<3TCkGYkVSk|@EX~7<(Gx-b==m%9}Kya
zyfqm;33lTtlxyOxlC%;fErAdw66~46(V70Em}A<bmZ~L7Vl~j(+cJ#QQmoVj=m~sB
zOUyTlTFidel;8LZ4kcnVWVaGRVtRg1m_0t4!6v<e>CI0hDEgApLC%_mopX!zxW4SI
zxwV|UR{BLn{sHn&^Mgu242Srj!6lu1<7!*7ONtv>5xh18yvRYXYIFN13m|^mXBN9q
zS~kBrZ?-=Os-N4!S`D89?KUq{p%CxZ7b73+GTRNUL5VI7gS!tr_d(})O_P-iKsfLg
zig!2k)keK1`myB?up3<N9>V`HLmO=v|0L6J*qWrdkf&!~hAxk%xcdAX{%6?xnz8Ne
z-O9IbbaMkU#0{iUdeyUq3?+r+J!It8=w5$=_x$E=cY7|y(xW(`q6FjMn-<KxIjZvZ
zM9-z*{qco=9`l$cM|erR-qIl2RMONiFC5iKhj>l{hu>ow4RnH)+Yv4Fk0DjVFV-A#
z{KD?IIuLJ|tGb?Q$P=ppUShmvPctW>Ejb4ju6M8Gea{M1nPd^o7N9=`el8#ikQJTu
z;AC|{r>?k={Nk(k<;-Kd-@I&%AM{*=*34Xg7Zh!VLiB}-ccqv=Xf+*YVOKT}uAe<H
zCS8KJFN({Pc|t{dXOyBzX$EBlgH$kSPLG_4NIgCnHDS1#8ig@!CCijzU`o6j`C1rw
z*zQ3de1DiT6o$bR-`4620b*&c^Mqt5Gfi7avF@9ZCefT`+pm1a@Z`v(bX{HQ?+@Jq
z^OSfpaQBQWemzf|YWO9d*3vvz%x%NtyHj)Jet0qb2aK0DF5!3ZRzX=x4<Xt&u)*7?
zlxu&l#+@CmNds0t7+09Ppdb2bDlVy2xO?`t;l}cJki{kY=R=cCMQX`(f%D1To9ZzS
z1b7K@LgB0!tgmteN>NwA%R5<WVSLO&#qJ1k_yV(9zIJYt|52N{v`cZ9l4GX>p1yB-
zZ8LUTs^^m*R9olO-Dp*-IzcJ_%k#F;O*m;^llJZW|0b5qs4qi>y3quDJ-Z#u7m)DJ
zi1#ddm>@-H3oDbwL0F5FFmozj-$s*DduFkB)KO!;sj&xjsDUpd_SWa(5u^n0=%p#J
zj_s561qo_^FQu(*(S}DojI3pK5YB`&r&-<g?zwG${tHekUhc;1WjhEyTUC5)p&Qje
zBM!}S!kppr#0Tb=QTcIxT}KdVi-)L}IfhYnkBgJ#D^0&WEqe>N2JFJxe8K1EF_5TY
zm7y2A84eEAKuI*?HIrQ%+$6dL&2Af_+xNRSsS+W*?7m!KM4c}`ZLy-`X{G&<gdm53
zd|J(hhF7;V8%xl|sabc-Mf-r3NH+?qJ+anHvjd)9X14{JR>G#FA7lwtF|<Ky8mLN(
zZ(=r;azsnW(u{F36ccM$*VSS?cNt0%n)xuu+IBaL|0T<z^s%P0e9<fyCCb3t)!UE$
z2I4CU5nhRpYo{aO1Te+QiLdL=l|1Ffj3+6Tams1u>A37P4;go-ATNFum9|;}{;FN%
z9?kl?Yl6;${Fw`tO_4tFN5-c>nWh0YW#6v!SP6yGQW;=*3>(dJ{%*qH9?F(BKgX$%
zkKlD@{3F2fH~l~*ttEunoCO~EA9ju}pk^F(cxPDAJRwt%^<^cDUF)yh@eOf!NM?&4
z+*gN202uF_nIx?t6bP`z^OqqH^pz2LHW=2YP10@1-KzeidqbEop@>2&(6up*j%PUP
zGe$iEXaO|~K50!O(UAqRT0XVDa{B2f{IU#kaqIOk6X}1gkb!BY$?LeHBT@*r9x*=d
zI2a;!r)`}Pn7yEPB&d%SQCPEIqIm97K6T{M0jNy3FCO`B^>qsUSeJb&Rt%ZuNJ=Lm
zHm5+qTt`U9nf8~CEG9>9;~kR!;i9~P7R3GKLA`y=cx-UDD#%U!LTO6nyP`R55YY1(
z`euku=0@}N-y7D}7IzlUTFsJ6CQeiClZV=W;EVouCG11Syg_9R5#d^_NMMv+cRyGB
z=o12x1zHLs%~dk;9A-*5Id%uLVoQK~QkxFf5ywkyr{v{2;lGA^IeLr5#s(!wO-F0;
zZ`GFkN33x<;HTq{0--<xZqf}%zcD>RN2A-uMzj0Hz;&5bpW~G(gw0Q2yd7bk_T%4v
zIglyzn$`^1!SIr?fV1d({$Vhc@g*gTF2x8F-CO?dIRC=cwU#Eh`D(w~y^ek9V{Y1M
zReoch{<Wus5FMa1M3DPuDzrFBO*4<*zF{u(OFYvQ2ZMUz17%fbmT%soEJ=fD*Y<2i
zV-?-045BcD|CTpY{znn6D-5gVn*lMx(dMdT9?qYZs1{#Yoms8Pa!lv)UFX{KJrnxF
z%80wBsV!r=rFRtTyrxppnN38f@HUCzv7(S_@RT<4=s3$`x!t+gxAY+Qg;OKN&+$QO
zo^n8zWFHY@SpOw>J~eMC!oL)+Sra%ga;B0vO2Lrx|1O_jG05SZ*|&&A@fY3|6;wr|
zf%VKuHh;w9O>tqYl?@$iQ*a#Pi}$E^-bMBH^iJYs_j4<yC)!*&RCz|@mE1v^t~zfA
zUyadfAfGE@^Yo6g9%>2L>%5Xrh*U-BugS(6{^{H(CcADmAk8@h53A;c(k?%*ts*sB
zH|;Q$(s16LC#yf`cdqLEl$o;|UP|OaYjuD|b12<1;i^)ce~ypJ)>xvebaaKp)ABAZ
z>|s$8<eJSH#u8*9{odj7k~%a0O=RWM2(8*<Z(V-;sm*V3_dH*ULO+K*IO_b3_Hfpd
zRTAPVK|SKXyLMJflIHgP`!y>DjlR;@?636mh4!=tA%7=)lD0!O(d?JrdH!7_`g46y
zlDaEUEr{YAXOWExiOuC{S(|hCKlFzvDyqW617lTKT~`@hJnhM{VsWxO<P5KH^HA_h
z`CvXG2F;(ZzUPss=Bv8A*fO1PxiZGm+_%RH>0S*t7|`hREG)9C3n*6NEV<&=+g2E1
z>ObEZXLU$B-qZ1X78&4?yt|d{ob!8LPqcbQuV{gdR*TNazO?)0Kjy(r1u0Eg+NY93
zRwC_pF*>X+R6To8ns1DBb^-u^H(jcPofQzat6Z&2(K5Zl(+71^;;!=Tbt%>~)Q3sH
zoH@j$d5wyp;Lp=1NdK00imKelsmf&cP#w@~<LO^kehXw`)lL^CgO??WJifF4j&gq*
zx@W92vxxe;gImN{T(a`kYkp2{uJ+4Co7ERCJ0JR|b})EYnc|RlNHCuwQIdyAE_JBO
zdYn1poK>@MA%jUR+Z3UFIjNVuNv38nHrAgF9(+c9{0psHkFZ*%8y;C^vw8uAR=C%q
z>j$Trl`iLa(CL`a2jKpn7C17OdpO8u>p^8c_l4BO<qf{FV)Y0u;73)db$)5WTJyZP
zG%<IwBx{#Z(GypL?`0a9QzgW4fFI6gj8_q-%7%Oha;<(#Mj@v*SSJ4_O=k-0=(3Hy
zxl1s~HY6xll(%xnSpt@KSWREB&adC+XwkwnEr|Q)-n%vieppoL^N}vwB<k>i$okw)
zz5eJRc!O;T|7zKf>EPkf*k#(;s$)hhB*|FU#w>{N^tr_xV8)ZBo(v<|wY%N+9Q3mF
zdQ-n`EVaum(#`&kd0Fmci0UBQfdrQqU(#%tuerQ8=b=x6r@P7aAKVl)9j+A3+lmV6
z;QCtuXgH|+yJc-*)tI-p;sUcI7o@xg>`A-GipalRr`=+TDA?^GZarD~GH;R%cr|R9
zO*TWu`DI{Zm|zR;8HB#s_O$R>kmOqz>vs2O^xBScPW}CVTG%_G_zEI{Mho)@hQB0R
zOdU4M4i;)f*&|6g<eqLbu(~i|MaGdo7WL`}AXk}jt3>TqxJL9hLU0W{AcZF7wWcn)
zxFSsU<B^ZzldVwp^x&UeryIM4Z7czT1gs#xWNc8kX_5iRbssS@Xsc+x-Sf?G&y3-L
zI8Yeoo1!QeDL6UllwNUp5KO+b4p5O1u&ckVefEZwMnwa5;qKGIQowB=z@uaq_JlcK
zY%Jy|>P`Lq&E=4v{_o$YON=BD8Btw1c7HPbNFAz!tGg_^@Ob6|dV^-`v|a*n_M@@x
zAyuZ*rNXD>abZLERz1z8e<<X!l$+S$&>xA}Z?J1~M|dRUerpzt$i3pX-;=pC^kT7Z
zR4StA4(CDr&|I_evm+^GlU?yzE`c>1${MSSMRCR|A*LGe$d9<z?Qqizwut#agGcTx
zVDAJCnG+bSV5rlG)Maf?*ZT9;JTya@Q>i`!5_);h_ClSDE&eXI6EYj68E2GeGpp;C
zQ@+;RZ_bb^=Yu+#n7+^?XOb%IruR~04TQ5_A1mztdijENG5bMleVC1bj4C-ClwXhD
zLop<U5Ear3Bbhdn$0}U~+bp@ChGPs>o-3~i>3oq*gdvf}$uCEGN8V2{KFw3rz%fZ2
zM;cOHk$;hh$Qz$*H#c85KP|V>(=z|~6T5m{KLH0^()dgZHGlHhkT05(x&>w8+P@|D
zp8$}z4bnHTnojt#tTV9D@6XT6z_0HyA2P4@sLEF7EbfwrByK&bTt<LloII<1ME$}(
z49MBONMugdmi~WP06Ep>URl`*X0{MTmT#OM^-%=;^Z8F1XLw$hhpAj{6ez^<YEYX|
z8{;s?yFde5u!%}LGg@Q@>;5bFalcw?T$<xV$&jZ&>r^<Zgdk!Pgvno`we~9f)lpj5
zz|?S!L2Gi~eijy+y6z<}`KoQ-t@mdv$&lar9QAT5ktn{r%v?GTho;VSq29R0UCi#X
z(gw>s9!pwPuZ@L#8!3QnOJ~CB%*Db#fQt6x4_3V^ZZ3=)RKfZKeuE5CVHAz_p_))M
z*XI!AA(d631Ur3?Gv#m@k(jCOTrR#L5mT8RUeJ!Gg{4cf2GCCyD<P%j!iyr*7@FI>
zPNjbe*BGYgxQ<@|$ZCI@C<jpz8tCwB3NcOzu9;S4Hc9H_{-Z){W1^%=e~ly#Rc(N=
zuWivr`eX4Q%iggO$p5PGKWgZv?v~>T&gG#{iM&5r7Jv$nMs&ILRfTbtGZO<#&<hKq
z9DoN}b4s>*nUolLNcucU*O~-M!Js7xg3z}{^!B+2YhRP?zhAd|oXtaysi`@a;|7V|
zCRpyBFSMK7cW)|Ywl~kI$V{o{P%Y;f(^cc(ou^xXKohSGci5E*W2{%4zard6wRswJ
z*$Q8K`1t7KfgK_%ES9^O{tzeUVpxu*ohF$oeNfQiOSKT?iz|zYjpsbM*<=C4*ygI0
z6T9gM+u0^xW$Ekn{TY$A5wd;Cu#M=<=HuASc3GG&Ny@_=Z2j%g_M(U{gWOu)@2$~+
zM*&4J%d^5f?wqSNW$Z%k`DSikIaJl>e_Eh2sq{>hPf$<xgWeb0^4_<syGZeO77o5e
z?aD>r()-sIycaf(RF2YXn7BEzI(;XS(4eysWEcaus$4Fm<{a&)P)Axp8Eh+~>Y-Hm
z=Ih9U6naeJG;FT*akb%yr|omQc&rjr39dXG_4>l`6Sd9`8P*&Re*64Y_uFydA09_W
zW)dx6hp2zlR0`65Rt;YP1jIS(<Y1uY0_FVoRR0yuFGK=Iq0l~aP{z8*<BF5z2<$R4
z&swMgGJXt`j!1#AOARxTXG~OmpgLPJZ^Dq(?2#VLWPIm@LTQ?++J5JW6lXF^agBsF
zLuvtUg5a@EksfJ$(3e4bTHzNDHr4NL#Vo2iws*XKAR)(Z)uC$zQ<lT2;A*NpUM*Eu
z?(U$;%N)M^)whI8X;KuU0kA^G0Df&Ss~YlEu2>#LPs<kCpx6&lio_QvU`b7f!^hOn
z!XZ;(mBNjEy(c-}+4ep2V|JPR&_pX)V2OkK)|oHU7s8$8J*dCVBENm8We6$jaBO=t
z)BQ!uXH8i~Btrwg9`9lP8gg1C@F4J~clvOdR=+Z@^TSC*c>aucba?lW=8S0a<x%r3
z4OvzD7uJO!uVyK3+D~-F;>uBxb0Od=UV_7{<kuv=`WRsgiw-1Y1RPbt=V|rb%Y!pB
zD7MU>a6uZHIqcLWB?j92=32v-iM!4s&AxuCKCP^a?J{|a)T6GgE6<hhQu$hOQZVt_
z6U-(a)jsWbCI+>ZEayI%`YUfmq^i~%L;XE3<=8BDZ6kl~p=J<7coCM*JUU(N_=~7^
z=3dz|AQrtK1+1$$GPR$#AF(|5dS>k;IQFg!^C!r7eSfiDg!dsuU|z&yRgcuCf17f6
z<h)`q+~@0E&sRJy@>+DY-@lxY{JBR-8tHBk0FHZhrF$YB$qjU<QZY2}3wcKQBKu+d
zl&rb!ux`kectuT7XZk4OulvhC3iNo5T=tV(uho>XX`V{e$YX`A^A$>2iB2y&i==Lz
zp1Rejm*!mf_;rrh>;^%e{+WdQSaAh6n|^)C$bSEKZKX-oZ!KQ3_C?2oeqr&-^!x%J
z%F-T&mzCAyqCmZ)NAXIatmuf+C_YFWjrR@OkFIMKH((|GeZZ1$<nj8PwBU$ROI{jD
zPe0*jr2HZ>UbrIw@BRzL;w!}<OB1o4MVS{kpSU|A*2(U3F;Q_YGHFh4MEH?V8?}`p
za%;276(MgiKVOI(D{)Uti^iEW)F_v~8=NMPi8<OB4nQ?vsf*~c^_y;kTpiM05atgu
zYabM9<V58WBGj4=;Z70ajITs~-cZ=ulu?r~@b1WzQk|me`qO@1s`<z!&XQ!`cq1g{
zEy6p>Gc&kFqn577wNEaGm`92aCB17C;D@r6Lk(0Pdc&Yc90n#_xv~4Tj)d&4y?Agq
zH#{SYmNXAWXGBJj)8$b&DLeSNZDm%m#wWT$bx=q^Gp_#C(y%g2FB%(!i7XYDAZN=N
zA`3=3q9y*``X;3Cyf3sp4+rI!m;{brb4^&BYLdet`=*&Zerx<3Y)RnZu975l{eRAi
z@%^|oo`b{bfq4f^YBUbFOQKt^<g+Dpr}E%mJnRbOB`F#U3ukDVgc44Ty9hW27(&cT
zxn_j+8;YAFzrHM$vQ=D48w>-KO%%ok>MUKhNYcZ|))KeI9@~az#d-EsxO@&Ww;#vg
z?c2uIiYwVdrn1ZfY`*b|ef4(u$5=jUOYy&8KyaNPqw`U{jtaINFsqL4kMUU41CV%6
zHoQ~P9*{H17n_yJ{s)Y}qQ_eh*F~tYMM~v-qPt`Bt}e}OwiqY>nL5YBF;xnMtBrr<
z90XC??g{R!^Xv<9tH9V<S^M%6AZWq0x@>3MD!;;}TbuI#{GC5rZMuOw5)u<O%feYp
zm`VpwWQdd#9=Viv0(J&Y0X-DSJ%V$iKQh7_;b^+`Zi)6%4J${%dQ~`4Cqy(+KPLH{
z2sh^iz<}b>z($f5J_QEoFh$6L*Pxf4{#hR`P?tD}?Jl>tYwj{jd|KY6r+OK>yYTNg
z^7*c!E~^<5g5KH`Zi_~0NvLfuXA|(tD^M!ieL}(aaaaddI7q_j8p1Wu5&|<sOHXOY
z>*KoV`Q;4za%I}_rK(nmzA0_-e>5*IWZO7b6k75@YN~FPrHxw@OUmg@(>NPx{@fp}
zFtl^c$=3(T{%5fFc5{G%HvqjFW;u6G2b1NI;{t!f8%yuRa24vK4Mt7#&K#2uUwNW)
zr6VYQ${XkfJX_hlY??}GyDUXQx|5cL)%{(r-YI1vUliHql^rdy1x;x`vrSZAP}<*#
zc($HhQEb5@kwn$z@%rpj$$}y`#Uj~1$UhY=AtB@^XkTfPofgO|_{-3<()}Z6;#JHI
z6YFxbmaoM?>bZEQ^Is_v2T_q5STx%++6r@fM!K2Mov-xgqcSq~IrPxs<m32we_-9V
zW<~G!fiWBb$zG3+2wdKRk#2hu67AYI+o3m11#1zK{c{wHBoE8}rE!I74<uO|)OZPz
zx@=6Zcc1_Os3MS(YK$jR20Z+vR1Ay>E_|!|MMq4n$y0HdL^dfv+PtrR^hILAnPF>w
zvCQ!!ZjPSsbh*NKl?nppb^8J^Uf`RKl!hH+??^@R(qVaB{sHzov!7fN79;;|tpD?A
zVeQhj{bS$KK463J`@sjnEF@ixWky@VJ_o*Jkgv-Z<t)Sh*xW{$*h*P7MboadxL0P3
zuTT?HY$}5_uW+VcTKtzF-m*0KN*#z8r|QzRl(MZ}?$tSDzOR|nAR|$06O;m^W{xeF
zJZJY3C2{*-K;sGGSqJ0UAL*xHU=4#>t;)7=P5#<rjkLJ&ka<vh^rS5P8oSw_PVZ%1
z!l~nIm7#a#T9v4qKDyei3HPzq?DA!1RFSN8$5_9vo*s!^S}i$9;&^t%M4vQJnNJP%
z@|DFga#IVvs9&&S@9p)EAvCIasTYv5Te{3*J96u0pdhfXm{hXyk}@3`*jqI&tZlKD
zji4vD#HRl;#nyI&D$Y*t{FpdF9);=R!9$n075lUgF~*8LQgoG&skRzu-oe&5O8Awu
zU5mr+(V5+I%SWg%@l^6swv6HuMWFY`fny4$|M{f95k&VMVgbn{Ux6!;A)8V0pO3AQ
zb-?wGRsw3dd6Ac+Jl23vam5^(T4I<puiHJVw$4HCbc$hN`XzMX8?Z{8mZ|k4dDl#e
z3jvM1o`ro%ZCaQxpL`-zp;2sqw_XlOSynNlXO6{L3%}z7P5);D-<KT!Z4eAVKkh<8
zkuWVeK|&osOgw<;3&RmZURi`me(wn1hy6EsSHoIVbNA=5mz-Ze>q=_MpTW)TLGco*
z@H{8<EGq-Wv+S3ma(#q0wa$CBmMr}fX<@cKH$w`?XT*b5rKyKm|GB}d_cpj3V^rjM
zCcFoZJ40NGA_a#Z@H7)KdcHGeJ|19B%M}mKjf;kNpXgYBx_*6l=X>4|Pu$f5(U;4q
zO6AYY=c6^3iu>GOXUIJovDMwa**hoG1PC!s{1I9zykF#Vte@xzm3D3AF%^6;z5XGD
zmlbQVR|jV}uIP$|DkI(W6_+q%V>qwvBlL>)+KvD(yOcjII6EMY^ImH=yE^~~$XWMj
zE0*kH)M+&^2qgYfitilAT&-c9mj)=Z=Ou?nP8?2sqVEs&jGL6*ZJZ3Bb;cd@yT;9s
zU%2SrIL4%`&r#$|iW&WW>>vCgm}9V=;ekID%(b*G4F1#tevqjUKI6o-8h85s_)Wav
z9?Eol_~1i~3h3^5o$kfY_1B@7UBe9@#s!q_A~PQHchMn};lJ+XEr+FG$Bk!KWh>^c
z4aUt!8DjO-FMArilHMo1zl(B-%4zp#{`F>M@YsLlul}1%?ex__mnaN3(~LdSCvQL7
z7Enrm-I7|C>9WMd_dUwJX2x68^-*&r6q?c*0=xVxnw6&L2C#ihgcsRVTmtJDJyza7
zMiIHCSjyL$bbs>w3Mk;~K0*X#nx|YG8@-r!XT(w@*kY%D(KG%>7N^YI+h{zw_UBfD
z+aUDvguKLhPkuVHr71~;2y!&WGo7s2U*G#C6WMk`S8iB+Xz<VYjJUUnej@a^MUMWZ
zlxu_x1b$Mx(KKbn@jSDIQZ`E7E7O_xJ4Js!9%+F@+q*BTe%K86AlAZh`up5BoPsaj
zSR_`Ds|j2tf={Eyzl}Sl;zP%)t?EG7&WY72KW#CiaGJ1IVduPU@x`hCCT^KMq9yva
z7SjzGz?=dq&MN&K3FuM+eHL&ALJibI<`K|bSn=)SEyVLFuWFs21g>+Xz!pNSLL&(F
z?$jgzuhdsT@N0-kRNf1_Ie$-rK9&(ekzlXMdHsV?#!odjh&3z*n8>E&+`Ik>FumQs
z{XZTo@bVQOH^}j#I?Iv7=5u>xRceUNbOpUMloH1XuzGzx&kg|+YIa9jBzV827bfyP
z)9efO_R$P03_Hd<^tYOgcQSQqoE&1)wB|(rdOAfkMdbzVLZJShj_Wfm!W|&qIe-YF
zpCmhH$l(9#E4c>IF)dAC6Xm6LJp3BU@Z{9U?U*d9oR3y2S=#1#3Po3h4020G^+HR>
zvCEN_CixllrcR)*e%jak`X`X%M|A;)VBS{`)2akyo^CdcrBrsLWGnuguXO568sm42
zU#jX<w?&i4c{UX{chS86^y%m_R1CI4+fto3=TB`1hx*SdtGRz5y*yGU@66b`@Tu+6
zX~?g31m!`(C&EaeesPOJXs(}nVO}&bdGb^9-9tUJ*)a(bx;Pa6(xOYDiGgP_X575|
zX|ZNstv+lz$k@O>pa1kYUB66XE&AjJseCT*Z*6DBeM|UlylMBOyaKrJAYpc&kL;Ou
z+D53*Re<Zf(_X$KV3KEOXa2HVUvEnP5WEavHAIRD@ZwKb8+(6lZM9)TVX*xv_CMLU
zS+;#P62+o~!D6FiDc7n|bbqp;nN+<To}585dHLGsv8Ut;{zGP~8o$3F{c~xBZr<c_
zTeETGHs<Br`S~w%U31cs)|xa9QvUAvkL+g=JzX}{4cu=<%H{vi`p^$$cl3T?#l@)7
zK5%XXl?!?j*5PyUu)LN#iU6)`24bCEpMSw=ZkY!vAF)H;^F%>|^&h=H?Y6wVbkTa1
zDCBH5ZD?rE`nkuIdxPwIB!T9Iwt&sWVaIEJ={uVS{}1(DkpROzXOG}zvijg3-a`@_
z!>D(LxlZ`4DdChEPiM%qUIvAV`@gn+4w(p-{U9N7uERn;kj~2<n;F2Tw~-c%#kURP
zi-pnN$A7P^aXYFuKu)6jHEPxS2j!k6PHeI@SSPG{p>5KzJLveg<-~Q4r!(@b|L|Q&
zqT<H+>cxvdn=z1YvkiDIvOsj&Irr~>=r=Iv#h<z*Z5p>LcWIig6R{w1+hZE^>x2{h
zNb~}CNb=uM0OC4IhE;Nq<~xLqSWOAl`FK>?zgcVWInaTSq2!BIMhdgSjujDQh2&4G
z{nQJaC_IKY@gJO{^)$w_?h9M8XUuZa+|%3)RQ2vJT}G$l*iRF6RhCij*gtmve7FaT
zZpXgDr*#sFg-t>ZEzDwq^+|Rd9fHu#xpxTIN58P6*sess|BDq&jFEoFe<|<~=hba`
z7Y-amSdvtKa!7zLQ>9&nKa`9~Tagf1CU=74m|nlsd6F^Od`$-z@OU5oG(H5tb(*~e
z2yJd%tVm9?GWB9ffC3XPu}%|HYF}CRp-f@Nba0iNfgcpysZX6%6iD+yFZzcbl58{V
z|BWdscUmr$tUYo8a~=L6kmDh7&FIhcyij!vk=^p<__E*{7dRKg%UhhBjkIT>(78mv
z-Y}0j!Bl#?x?(E0MY&rmrw}wzZ6#U9t|mX^uWMr3bJ<#hJ%O}*%skg`nuLlvQ?g;u
zvUCT;k2e-wjl;#Le>!6li<i!d-oqOLwkaR##0F<sU$FIdDJ1bl2Ybj_<lU%r`#37E
zJMs4+c8aJ@I=TE2Z^^71KrUn?9m0ibQUTOr-D!f`I?4NxzJ!a@?K;_dIeYRWJsqCQ
zD-6=MDbTeu`GZbAP8d8XzZve}uyT4ji0rkASzCF&902$-UJ`;kYfHuiDtiO1RiE`f
zKJ97P#TX3Lb>ODVF&x-xoAXSq$j}2Mjqa&^O3b`PuY@<ccitK0AO1WLGcx$mJxTZc
zGhwp-D+mEbjlTNBN?#bbqE-Flgks~BU!IT0P}c_%OFj}}Q^$M5La3(n4yWQU;NdE6
zZ#jgIIRAtxM$y(Ul6_x9>=yiT#xD}~i_`8i70;ZN68fNPqTlhc+JS8(#w$C5lCDmj
zruM4k!#xdPf>sE_6SOUG@+NwFC&=zKO~qL!vnGdx#?NSI<qI^cnD5+z$YMLhd6Xx;
z(TTZLH(o&WWl6qocNr~FqC!gEFXlz@#bkD$gkMUVr#j?`(puddBWu>11BA@|={|Sz
znQ?V|U><wkUxX{iq65u~)gi9-j5@lEWg+CDvdUbetIr~z3=CQ{AsG)xL}gi<%6l_y
z@<6A$xX$RoYdfdXG$LtZ3(Z9Eri*CF5nrp|gJt_LhzYzNw0W-`r?STWYa8|m>>M?b
z!B#yd<mR<0P(4H#55_vv`n<+<H%i8i%DB8lO7y8!J(mlh?-~)abitg6ic6fA;;cY?
zY8_jF3s$Yh%()=C)kJ|pB@JY$LWdysmgZF8OygQRRaZg+|HG*=6m?>5&pkW%q~X%h
z+sQPk;SuTW`Z_I)vQolyQ-_L+BqW0^b#VENxp~5@*Q8quTTj1~wX*gYPIbqy>Vsjv
z30iV(*dx13-PB|<AwaKT@I1M{@u)s35;!4ldGb1~^H+Z+Ahcwz%A^a7e*7Wn;`G$s
zdVq|2`)Xje0B#NQGYsJlnXQ_>0;EnTy(+C}(?=2E64_7lu1E=d71yq;+AEyEyB~4B
z?iTF)H+GzJ^a|bVOZ^N0qm|dN-ZdAUSg|_EiOnX9x6QWTNhk__2CpIAXyZ=WRqb|5
zDdV|^0EUpMuVTj3t>$YTK)Sh^=Aa`KJU)k@x;OQBk05W!6X@B(XR5cBKk0H>EdDC5
zOg#Kps{}-I*1)q2dF}P>e}duPtSV-_qLSnb@0EpdzWsskbpVcE4I0J_0<`)f;$5+Q
z(U6SL{k9+y6l`FWuu$WS-GMuL9ZWBFL|zR(haRf$$gJh#Bzy&wQk220cxt-`qBMaO
zaZb~Y3XOuWLBvMOk;+;m-<jyK(f{cI5+deAXQ6lE23gWHJ6P&#Sp&~2j<Tg!g*C`!
zW1aaLQjKp*dU^I_*{!q`CXZMn#2V@QJZPKQjyk;)V+^OowPdn&^iyV7jT}!WR=Hd;
zwqG?mX!Ecb`$$bP^7aihZLUry#%5LgGmT$k;srcG%QKVutz^-xV!u*WejfoeB=ziS
z7wa_kY=nIC^5Cu`P0&*{%sU|KQ$D-$JQk~}S<<?e$A01A)!6H-DPN^zHu%vpeSx-o
z=<EA(Tw#W2&?Eh41nKRIZ4SPoWzk_$1XXL2N)1z(ioOj8uZx>BE~a!9%5_>^FY;jt
zt?ydu*Sn39v|0#D;lV{(ds_73uGhK!fuPQ8%tnE-!N#r`3E>s&xr;W+MbiIessdm~
zh2_YD3ttgCjzEF>k<|9^x`92GBVan2i;>O~c^1VENK~CsUr(EVX#`N*k>SH4zM@V2
z=!JE}gn12lXb~<GKujygKKE^QQ#Rn|I98(V28Z3|G>N6OF-5tHr8bNTK9q)?AYt9h
zKXe6%EBj!gDTw=-vrr6kuD8Rj=<Oz7nyO+%Et^m6iZt@X>~jlGqyC=7a#gMf<3*iT
zq_~8KYHFQ~Oi|E?LY8mtJDuL7q~*_kBy$2?bt<ZV*m5WEUmr&^scMAthSVMDAl3VS
zpGLa@Mz62G5J_UP*7K-ve={4?78Vp(4EL)2;$J5h`;>YTYcl=0+JR?cX732MeKB8C
zVx0<e)`ropKfX^O9Qr4NCSZKXLxP$$zE~ubJ0|*_2+sc=){}9ymjhvf)z*rMF2?eM
zihu$IX(kn4Nsr-lC2~0}^1QNzZR)cVa6PBd;wRls{lNHlYGP-I>FT`gSEBKqCiaY;
zaJlHk{L76xWVq&Y&|7yNg)#4@OSda*cI7_cw(y!D)WnSB82YQ~pyCA9?T7iGdAz$T
z5!5d<L7Pzd>(mHzq@m5|`gv8!YSiO^#~XdBnu2=+P*e_IM7hGxk|j-@Y5A(yZuId2
zt}Gp|g9$fZOD2J4VCw*3FC5mPox!Jy1qe5Q6=`XY8sVEF$dj8$_YK&6D=nQuYBtv`
z@CQ{UZT{8vKi!X)G*<T2#tR|%NTUmBWIMhI?O8pokMI1^pR6X0Or;pwxQXT`LwMYC
z_`PJ1NXkB-A&9^0<6wL&B~B=4zBv9B9@6*X$~NZR%3$t+99a7<`52Xqgwx_wXKC_I
z7&4SpQIx%oGr~!9ma0M)I6e6Xy3_0S2U5}R)#N_l3`pCKWu}=PBX~;~cd`j&l_c(Z
zL3dv6h5BGRL43=K_t38VE510(j+StGCG{wFWGjL^#JY8y_zOOH$>1~}1DdQcrIpVD
zbgTEKcy&U4cUL>a`L5^WI#i&Q``<RP@Jbfl1+C%vs&^@=JB7IX7-=q<{Osw=DP*H6
z8R)2@_m9wih`U+EQ3;ca86z^nwX2Cg?ll*?%*W!X$T3s%KHY&GQ+729;r`7yv^0V^
zIdzO(vuN!@nz-r}>vS<w($?s23c7!w;R`rDGOU|wyUS6RLObO1(W6W%pQLKj%y&+W
z>9YkQfS!hD)JL>APe~##)=@pMU`a`)?wJP7AKQ!11BLo?ifTSNK1+YgzbBzaC!==Q
zL~u{8r9t8el14>y``%JKFo6Q#W+(I4kK<5Ual4jGUslj+er=#FMMyuuNq;y3^}d63
zQnS=EiXqBrgh&sTRa~X7Sz<iySL4p-sWk_xC>2F6R~?;RI#h7mdB6BKbXt<1_{CDp
zC_Py{6{@h@(flzVbKsi6JiNnFr>e*n`KqMiL}+&4PQa?xOPY9ZKIp+f1HJv|8#`w9
z_=4RozIfI4LtRte4)3O|??+MA*i)k5H+hs<aM`}9G~oC&m*IpBFk3CO5n$D>8I$+o
z%H-}pE9<f%5l2p<<JxCPC^UJ88NoON%YI=OJ5B^@?cd8DsU$Ze9YtPe!Nl(OJ|*tL
zU=$hk(FpbAmT$#GUWKKt$G+mfZPLz1iFv>1HAk@_SA~x7cVWngGJG-?(LBE9hu~WE
z+@M#<KB$UBVoldmVjQ;aV{ZF=w<9%r{{Qt}3p&<H0WYr9-rMU-=JVSfWdB&Py}iBd
zCSqie&&qk?C^Mk8LY++<T#^wg2jS;bT6W;!&<RR2xpDfF@^ppfYb#s6<{Hmj$e7H)
z?O7dtYML?!$>nUr#M2fSwew-=IboxCP-$S9#X}PC!90XKXV!gJeM4*I*MDga33uUM
zyM3#hlAeH3s8aOsatNaXrSv_!FmZq~-1wbk*SYD>Fbn#lqt)N^bb7q3V)3!Q2_afD
z58+@%6-jWlE=mh-CKNXkSy&!5IlUoWj+|R|g8!uR>+*}}ruoNPwy+13eWK(*@;dz*
zWbKw!h<!#2`aDRVMDrDM`u08Up2zL}A49vYNagm6g*)P&gKz~prR)`;t9@;!SRbv<
za~($i$0+Kb-hB0Hs49!80hyN4&>d(^xCX47C*!=%UznzMq>e4{&h}p@`4QOP-Q2j0
zm->C3Tcaa^PhY@ez)P``M*<W$u5X125KH}g&j~giVJ*qfuV-y;`{=UD+B|qQCRJid
z04*FW7BS|lKH>zxoYfhc4LWj?@dltC<?rA~LKSwIY)!ios8Hz2>`UY{e7V}0Nsu<}
zKGmS`&=3CsJB=OStR7ZSV{xQ4+u-^fqtgFn0VHItj}VFVpR7}t4_e4q_-a(SU@14>
zRYy$9{YA*;Xr!~OA>;jcO@iuAps@|S#x8F}2ZMCo(1}3>+qoY!Mdb_6HH(<N#~ooR
zI*-Wlo@`+NlIKC=QZ^_bx_SfF_MD-0g11lKVm0{V-mHKhSWe=v&6<d#%!ahxv{vWn
z#jT*n98_a;M>HhfEI(`Tm8(Yg?_4`|ejMg>`Jt$mWj20yX_FNo$csEzB-k1$&6=C%
zNGYU64x~S71r^|J{f*Z4J-_;3>T0}7wXQ-jW|@6QC-|nQP%HU3XQs!s$cl=lJ#l21
z;SjE`&?r<ZQQ+d(Rjl$>nvA^oZ8p;T@NmQNWxC_Y`zQbAsvEiop-o)hgOWwJU4$kF
zbxkq~bQX|-WShGjm#E}$odtSjYuRi0<((2^#0Xn91XxVflER^;RRvIZlY);DuoHN3
z>t|t{JHeNfMG@)NWh;fc6Ph=jQ9`6U*i3IJmo%~QVF;C^=}nVRE|PH`8!fu$9QqM*
za(;JNZ(fqw!&H0e_H_O?@`F9w@y+2%VpQXy=Nz+$V0mi%)4Q9-zGtIP<5><>pkj3_
z<T>s??^DC<)OTV%-za1(iU>q!ag8hmcz&1T=9d$;%1yxSaSeRy|8eEuovhm<sN8yE
zk3<el4YtCkXBH;((m9304B}VnI`C9*iQT6yqsy3*`GD-i;%K+%8<>w;M*l;Noc~Lb
zE6<;le+UpN6o~#LRP*#0Pj(#Y44w(|e@iT_Q2JCsng77Ze@wf`iD8UB`9cTWKABXW
zjZ%goODdwHn_#qnQ+=EFFC|HoVJhKjKaO@G#^POT1?yyKjfUZ<)-1!6eV)92@0|}s
z|0GRkzPQuEUmwtzrlidq3nz-?nhXkX*c7MVYBz~?yL(+9)IVf)WnwSh;Z6U*hb(fp
zrW|vA+-ju~b}+zX5ssISdJEh=MO@)23jLF-+C8}3o=iT@uWsZo{MOj{eXN>KCykLh
zy2(m19kb%qiks|I1KAtt><H&rfk&6e%Q`17*7t}RG@dkC<RE9hf1A68jxP<&+TCMX
zbXcVY3V_oCY}d1_nf>Hh3q#VW24j10=b<?2myOM|IT-?Lb&x9M8lI^6LRakFi2E|7
zvfW;g*jVgOaP}d>iMwt!-#TTtuqd#+*PdK4ACLb3;pr^H+S<CV-Ih`)?rz21f?JEb
zyE_C3?q1y8rMPQxcL)$%i&Na8xYIA^oag<1<xg_O)?RzfF~_*){BP_9+n3aGx884=
zF$)Mu_&YU?A7U~h0T{%eV$74CTNUDfsi<5`9g*!d^tMG0jFT`}52k``@`Z3)l~h(c
zNlIKza-tSI#Y0w2S1dp4oM+`EcMpA{(q<6a9;%nz5ufn1T85{i|LT>d9?e#Tb3{TM
zhEp(*DC*G&0WB*9u<QNUm+V~?0eGHf&A_3t=@F|>iinMDqQ&CfTAfH8xdvZ!R~Dp!
z<|%@P>sn2c&p*#i9#AiHPo!dcV*ZiVpK2Gs88K|bUT>zu)ll}g{khpi;_mb2st0f+
zFwBC+)w8$!5qZ%x?PUl6q{sA&$=9Ldv~uMiZ#M9Q2>4UQ+5Z-IsgWHx3m=w4ta6mq
z1I24}T8zCg++tyyJkz_qHXJt|{D7oeN7E55=xw-&of>u+;(Kf^(?ot-L&guesrC2}
zEmdEt)x4LG!Yh06H;&ym+%Fy3BBVPFRegG-_z|9kok5PK9;f6na^-bDSqMVL9$NPk
zC6O}KmEhp4^DT=KLI8Owv2{zz3}o0OM0ZO8t}$K|O-46$e?AUdb~&9(?eoTNup7xY
z6_?#mTvh)K-RZovg_cyzCU`1pg1^WvzO)ono4j4_?3hGLqW{RJn$r6vfWug3sy58&
z;BN$adVSvE&?G5@B<cJuWW+=Ji_BPn%X#dwoZiYRAa==!K>7Iq-`6zZTiBk23z8)U
zf<F3RM`B+P85*wonNBtOE$Kw{?bRg!Ol%8R@JoES!2^G1rM0YpeV@ue=9P)$2mjAj
zRs%zIdFFY|iI9Wsf7eBCNwaU;A?$eS_*Fr-$%EfU5d@^PJVo;t*`5tEwK_WW8bofA
zvp@HDdL;s5pRovi7AZ$>fXtu1M_o`?$ijQR!Hgn>Qw4ukTk4>=J5f1PVv@FcBg)QV
zEYfYo)1JjVYnC-jKeW;u`r^h85EdixLCi(W-$!e5J0JS1NDuOl%W<Sb8oE>lhW3}i
z+A-pK1$(6N3mgchqh`o+?Wezf>7so##iD=<rPlFz@kfVx6*z+BJm35M=0m`b93Zb)
ziJ$lbm5e3@z(4TGKou2o`lP@TN9>SA2xB6bNK|4l58_tYZ0HZNkGU=ehiU|?DLhZ#
z8awzRxQNhb@kRND&yt6}{1|R(P)62$V3@%8zg)<!XQR=qyfs-oXR7$#P;~daahrbz
zBdgNdxVNovpYgHfhHSv!c5+JEyh3)SOtmeVXa$q#&+a1eCKdzQ=@G|<UE==i3X)H{
z#r40b5i^XV(iY+O2EG$?vD^|Bg3KsK>Hum1=A_Mba^_W2F{0B#{Xuy~k%CyX%Acr%
z5orYcAxtizpF5&`1)@@$LQ2@|3%K%8e9<x~)TC&?#}hQ`o%Y0*S<-Qx<$-_Ar!JdD
zL*1wLd#-ajf;FCT42cmt6+ibtNnhCuT<39|&?M?vKL>Y53-#`u&4jNI{hrE2^&Y_E
zeoqk67*dgFhyDpW{&Ws5YBh3lQ~@u9j^77M(UA|`1k-OqX*Z@2x`=Tg?-aoD@R8xl
zSf5~wAvbk-S&w6f9Ov58sjH|zjqoPSvi53Hj7bq;h`Es?FzA^tp95UVNJGjTwA;s5
z>PaJI3pSR>citQ#eu^gIitA+Ov6e-yzD93lz*UK3u~(d2R*|WNoV|dB$=L!37seTN
z4Euy<J})F_>`!d=43CY){_#_XbL8k|`^O?Qbv&Nw`!sD#ka8F3L_uYXYeD`=?~!pJ
ze`qlCXpV)ahN24VJ2^cz(ZhsMl<xKr-A|L7H0$~PP$^PAmR>5_w6Pz*Vm9i5=dG7e
zmdS68OpjnZcRf+QAn`$I6>n=*Y9(H#MUI~Ct2hOWBtYNICjCbamkN{^`ku3xMFmmJ
zEywWpCidWY2m+#+zmUJoz;E7qvH?M^omh~2=MM^3)<&*HzV~TkG3fZY7}J(a1rNT0
zAC#~sb@Adv7uBX?<QcJqMEw>tlPlh5XsN%ear>=;|G70BgC6RMeVr3x5i&Ru2T;V-
zsd+y&YyaW-pHrs9LM%F@6p(7HAsK-AJcM2OCtI7C11PRu1T$car)z9@HsH|B4bn%z
zm2yD-)WV?Zr5l>S9a}d-U@)}`VSS>mM>wS8tr*%6(HH4s#91n!xnlPF`I`mYzuTQ}
zm)i4Bl<lTuwKQ){I6Vnys|b2xBqf!yZCUx5o5~^LC33=S(rvFuq!m7aoOh<XEaj=S
zz6J0SFF`8%ChVlt&276aT0T)#MrP}Zka9RRR2MiCj=s!6ws${5pvjB+kWP_3{8W1P
ztbxLg3%9gqMli}=$Gt8D*A@E*xa8FoR+At_ijG|Q4Q8l%iOcB8O>e;Y@K0eSOI#v*
zCR@^Xfsn9t2~rW&7{?1sWa}a-=je{nNKn?UK&3iA0}s;AJ_c*yb_{X-{jNDDi95da
zGI(RpZ*2w28Nkszx796-Z}LOHEA`LXzvV6MvIA>Vi=g4Sit>i)qYT1p91;$L(Lpf^
z%gJVrN+(#td&g8``F$b3F?mZAj+i&~stQMQ)xBB1=TStorsp;d&rhu?4$K;8lk-id
ztB&igQm+#lZ*@j`ZCcE^>JS>uKCW&Cs7o3Ff(b{lBE+b(g0Q<4^L~h3iYh%Xny&3M
z<AsZ`^^_S(;|g)C<zYG66(|7-1fLm-HqlITR8XrD=rD?AUkda~O%;BWWFN5+q@Boz
zIg{<+=GPKnXlV`3ds6qbwivu!3WycUlK7`oCW#~x%PADRS7J0o@?QoF??rfS<<;ow
z8LkbXtJ?KEsD9qY<_HaSRWn=m_@t8$jO}Gx%a+pJ`_@?_m+*9be?eF%CTqo6LCwY|
z@`yW`aM0jqD*CRu1gI#>zioygA#A@$jM9oU`eQ0sh5Mh2Fiw;g?PHD}aOB~(cVGxR
z?fLcXC?!8JYTOm;9q;U5u*rQPYid1r<csXIS16la23u={ZIKXJ()USy2m}5&slZPt
zEulYQZQjXSy#6DFld)(<kK<O^{6VkN56~m6doU3CCpAw%mGL#q*%zuuge2{c0$nW6
zrVJ3!7z{by#U!(|f4&>(-dn~BC<zg!k-=)GHW1Emm(-Tt=DEA#^9{{)LS@`*z;p5}
zA~4FVHPB?^o?CYpfXl$qT2`W0lN8n~<h%XtANQ5I14J(jgBFGSB8$i<l=oUaSsp*j
zs1Of^*@@%hFeiIm=sZfsBhAmHj82-{LGbe0hb%-m+pY5c62^V;>e1f>7$ia3R~BoG
zISA#kW{7CHapA`9*4f{o8aGZ3DrV`9En}>0eRh-Jf)wK92PZ764ovV9gPWn<*E339
zqa&4XohCm0Qyd2q-@MxF%GVwUe@n3LJ&D+Y+}d(plY{c--vdQZ0UoD78TXxUQ_)q2
z^7Eoiy+N|<t(P&{oY?&X_g?j%R=#;*L65{}t*g6$Jjqf@Y~AnTwb8b_OlgVfEEhK{
z*3t6vd(7;X#z+$;^2E*DUN2Age=sFyQL6}|_l<5!QjzGJL!Kd-g|UDyoL&2Z=qG~`
zYMb%*UV0hoebDX#p8mPhdOXYQ%Zukp*VH|-e9wQ0Jb|8_<`34Oso1a)m|S9AwwjxA
zWD^c2<f<c-rGU!z``6bJdX5u+&$b^N^L2%Pi6lIB{4PEm_aNS_b9r*t2rHVdwF{dK
zfnz{Hhzp*e4e-NktMYRLD&t6-k)a;*?-^B+I|NuY?nz<HEo~1Ap7@ZY>&t||G1;9`
zjBB%OACNfybLlECmI|(QE;>mYT0)rVnnaC8*k7DMH&1(9Xvb5Y2p)U7NGygE+^Ppn
z9E_QY`RVChUVB-HbI<}J7KG|rr+J+8_;Z%n+Uu$letX45%YSp-$=a#>0R=t;ikq^#
z_1^s+N$_~Q))R}Yal=M;Iy7R=4?&@~lz?bCAP-pbx!r8Sx_4-F{7k`@t-9M2*SEw&
z)P?kaALF2x+pYD$IT5d1@4^=tvS*^r9QA_g`ql7?!TbB!1Pr^z*s4l3i}kCvVX;;G
z<rGIRg<DZ|7#uaTwiMXx=ZgJF>GAWx7tv`10!s>jpUiedtl4rG%+-c|jU}nIx83!1
z2!a^_aaGwneA@u5q3M$Hr_uf87m1yX{x6S9?=>t73MHn7rcO{+I_pW{8^?K@#Wg&>
z2y*N|tX)3Vplt{RZL?qz(C2RMwU<V}e1jgZPWP#<f86=aO&SQczhct9Q5~zAm8>Iy
zn?g-7&!G4$w`~;by2I(-soWMYF_}Ug<AJq|+$I1<62MbVkG@XL=dT4^CGz6<zqZz-
z>`Ysuc2vTnXhS+vGD?*~sIInZo7@IYYV~QOj&TXQ&CtE|p7xIYz#=*dk!2Y;^FAi=
z*N(IQCuY8JLe4V4__Lo4>JP*$8qLFoUL6nXA>G?}65@Z^XtaMTZHqfS6u$0dnzuX4
zIC!w%(ML>6a9i~2UIkPxdy5Uv4kXlEQto<S*5dU6uZ$;kJRNN5Ud65>uomPb;>lS#
zfkzt#XYhq~RaAG26K}IR&)^m@D6(PX@4|{By=;2~#i=a0_8F(D(3psh6E#5vJG#Ot
zmMOn|T`<!2^psw(0>|5@`sME~v?W_$=4=J|(<tx*fwXiJnZK$$yMzRC=GSq0=4dXM
zp!C)DO{lo@`5#N(XxYqnp2XxN-l|S_W+_b=6Rr@p7WMM+H);OWPEs>Z{#!}=_B%x*
zk?9dRs4vmVJz)Xp-J|Dj1K25@+33tAkq*i%YA`T%$H%QVt-7-M&x}S$EOW*Qy`l-)
z*gaDDSO(;b#jJ#w8k(d9!zw`N`fcR|{xJ0h`#My(PWzOar1~!H%-HEnf2_+HAI8nK
zG7pa^)F4;aK6d8fJFA6hirKIvmPrX|vzTrMv&ZeWH6_^@ewbkVxL60FGt=@AeA7B*
zBKII~e^N)V!N&w}ZWhcj!PK{oJndC0K;8pazYqnAstrj26S$ShE~0fC{!J~tOoV%(
z(1ZFHUJKcjmU7`9TU{+0zp>}E-8bzNS(_)Le!$Ea4T=cSem8kO9{-*2?w&QA{@?52
zFp?OTl{Cs`*gAO`<i0`lkXn5ytUS^I+7>5`QBz_{T+K409lwSw@Mh56@5S6TM~NtW
zQ10x5DqUNh@=eQOh7K%VmzsB*BSpUB9{oC=pjZpTWeH7XP|5+&3Ho)he43z69E^IV
zs5+#Z8ua2Hs@?cO<Aw+zZEaO1r!TejO1!d_zvyE~B%QOhHz45=V8Cw~LO#T6dkJqy
zjO6B@!9*nAu?J%z@dWl8hN&SGF(g|iQL6_&i{@fgfFD8FZ}YqTdP}nXNxpI8=#H)k
z^A!w`jZ%;T(#S8@D5j|cl#zg+agLWwH4ddpc9-Kje&ltLOasK5;<LdApO<oGVh;LX
zFD!HzPreF`d$v@U5e#X}!8L|hwVideLs~Q8K6!-{Cm5$n=<|ckigvOa@7<F-9Y6e&
z@HP`Fs7v_W(={^dri+q%UXbu9O|bQ|Q>*8;mar`5PUf=yUdU`Wpne(L7wpxyRKfr@
ziRm|Xw<SE<l*r*VH%M0Ipf<LKJ^Og`d|#dW5qqc(bw;I~+_^GV@$vP!(DD-y_17Z}
zxsJI=Rs{mly^i9;rRn(c;!M(?f8lz0$}{6)#SwH$2D>`pKI<Pg@3kG<w6rU-c?%7!
zLKj-lozs8S9MLtutGg5!=gS<BJcH5fOja&Ama?X9FlykhL$d$nTHwh!DQ3A-AvS>L
zP8ZV2Q+j#!k1vezytAmR)4-u*D-X#m*XmFil0p%$FzB@GExmL@C?B1JV{1QI;i%tH
zGDYAci(&`*sUxQRgtAxH&}HR>x%2_4rX>99f#6w!>O>pRx#T-j((l~Lsejy2(8UkW
zFQlmieBSTn(#{@d$KiKeRmH04=B-EzQ;xpXj&NhP0pZrXdx9G86e>s1LstrU4IFw~
z32c~7!#ltT42Jdi0~4$yG30YDYE7Ux7hb~}$%VMeAXXAw<RUjDS*vUbI)D{p%I6m_
z`ot%%%-pt(hdU@94hyHWH-92^?Q(V8?Xf+Ca<H#+hYzbJ_E>$}$E6~6Bzz#n1X~Qr
zlj{MjDbPXlB9XvokUI92T!<Wx&CZ_BC%jVxEc6iz-MMWoL9a1kb|j9r#jZ8d)(h)8
zB~Q?c6fPCXI>727rD;O~m-9V)b5w06Y#dlqb{0&N53)XoF&W|Sth)QXWUo6E#lUZN
zH#gE^d1NKCAe&LFhSSiwgBxSN+&#=-%eZc2j?P)Q2QkQ84_HoSDsA!-A#<129|e0p
zMm$d6KRc`K_V`#p<1X&v(Ct*~Rdehp5$*%;qtkAbukOB;|FL_l%BUD^?Np?RI>;c6
zM*80Rq2WUk3h!H{f9287kCu20%?(jE7yCCWJ!ek(*cCSt-qx41wVjuU``QV1hVs7u
z^oVLH1YmVsQt}1sz+E;p+mmpqZhIXXQD`?j8KO-BV{)~8aR#Lqv-JE9Bp2WHWf{7F
z&O1!aTJqh+T6w93e{TnU>Tq?;rp<NxQ_meUjNGVJNH`V|bgU|FS>J27`M<p^#n`Xi
ztKTu`rqBWdD14IwCVJ#{vhpMTU?u-uF#GYHDS&kJ-ZcJM(jem->mt;1b!aOuNJ<<%
zlyrW}ixV?+;DOl2)dZKtrQD$hetu@sHjofJ$K_Au{|r3ho^b&_ygpBEwf7}CqtsKU
zjVHO-;tXY=jV6wvHQkfo5_|%^_v=jP{3Rd!KN+vLWKy>F%9=@5&w_Rb12=M1fK$TJ
z)Qyz=@|ftmr~L}F+Sg0r2!p&(c~^DHEVDPaTr^$$9E3<@5{Gg4WtKXaTr{386t-yL
zwuO;C<GqGh>j6sBB0Tl?m;bq?LR)Sj>DM(P++*h0doBjX1<)>8ehxaA_h3ExIRj6?
z)|P6oB}@ciCmoUD`s74@ygWFenrm@OlfD%HNuy(;tLt{=BexjK%97Lq&I%&`#X;%B
z-+r0$1(tSAL3#p_fWj3WT9&rYyd$?<JKZ$)v89JWGALr0Tf(%O7x)^oND-{xhVayw
zC6EFm9EWizmzda7X9=i>&2|U&FzLTBH=v}&=h7t(VSD13Z_V4K>eX}6tNzsY+@SP;
z*Qi9PXNi}kyP-kHabo^HV<v9lpze2rb~~{7%QTB)H7YfR3f~E1jQHo*zeSE%P#Hm_
zip8&N_9_8XS?)rIGu+CnWAgY5PY8pKVKtPWg%1nX8U#^eI?DS=fRd*|=~bAP1`Q3(
z(dOfd#{Ow7L$0^Kbyzx9$x@ldtpsle(|xP{`kUT@CgN_v0KuA(*tl%nWnp2V+$DPp
zSYfjU4d^op@cNweHeb0x?+CcF*7S2YNAV3#$PQ|eUme+hF6*Qi={+i@8dyUd*WEnz
zCUQ*9e_P<+aF|_NR*44Vy)Kb4jz?llSEy+YN@F-16CgX<gNEU(yz{i+NxiYzgkv?3
zQ_9IQ1-(+83H}jD02Yb?suyE>6axB{=;@_r9}0~}cvM_yp_yq75{~kbuKM09*nQuX
zn`AcV${gky`|UCNb0d6cgDh?=<{Ot&YF~>5GzPDJU@g8G<(3?v4<gvb^#^0oU<{kl
zvd7&avs_(la+l11vd{7y7ag$LA>6JkbS23B$jPZmgt%wG`XpoQjqkR04$vKU_zak{
z;q9~~Erfm0OP^9<vrf+9U$qZ~ccSVhmv!~UX1D%|Y=S9ly^8f`TMX@@^X`39ppK6T
z#VxR^GjBs^HSqPFGeb*|CH4B?zo@XKs|d#)Xif$GfbkR7^W9@HE<(8FcW+O<?<pBD
zW#R*Ag(MN1cbJ}`yC5`{TJG=#k>t+gelE|M4K^KuzQ-5~aXEpxFErOV1Fhe}f0CGw
z(Lge^cRn^+-H45hT}{uJqbH(wVc79*kc7^G<k?SvRW=q&QH(}~e9Yfl!r~<3DEj&6
z<BXbT=(vZtXH`AgNX+w2_Jw@#Fdjd{6PjwlR$u*{5>X#UZoL)8^*2OCir`jJN<ov1
zqD?M|#*amaD87u0B?(8KWK|TldbEeuy8q-cp<D3eaQPi*sB3@cX%S~eb|J;vb}T++
zN*+5s%VN)BKGAx&-&0%W_6*NGS6jz-a@8#>Alat9f#@aM{1!E>^1|jVDS-iEJ*6@1
ztnJ$vg;eC37MhW4XaJj=1-4^s2{jTW{HOl-r_Xn5D4&>qf3T;Mxqt&8_!&LUZu+@W
zQ0S0j8}n#oD+A`Ts?$EayZ%L80Vie0wRwMUDz`UKQN_sW=j-P0p|Cc=HsLsGB1U>|
zvX<{O=99Z0IQZ$S%jp|D-^Q<`@6=hy|Jk4~IK2?K2x&ssrQwG5ZfD#IbT_Kmkd!)=
zaY}!FAF|&lyJA&5FR!*u)~00YCDl4Ado?GY+FTM97_Y|ZqrEO)1Um0Y;4N=67i&tt
zwYU@cwr1RZ(p$+d_O9dz4O@jjbkn7-lga+I02GB`iVUyn&ygNDYHhZ<c`pP7A_6kF
z6qPa)0>4hASA7@+i;l}5c1cV@i2$ze2@H{t@241BQ2Te@R<3GbLmcpfu1J45(oE_R
z@5G)-U{}=KS`y@gU%!zm<UPC|Ofel84KF$J`-CAh;bwueBAv)bgwRY)<Pg;o6^;7J
zB75WmcKl}e2$lDG^z57i9TijWz8D?sIWhePoR21IYfE`vL?5UL5JTZ&^BnFotIKCP
zO7?LYhLPG>`ZFt)wVf@FAOEYF+RCk9)yEAYQoN@?^1Kclt7=xWW@tu}*^^&&4ENd^
zZ*Zu9IW&BT*q-)mkrrf}_KSZL#noUR!oDv5D0eTCS3zb1)YkkVf~GvDuy*oY)%^6d
zo2}Z5i1}N>zr|ft^$T0sEUb2^+k}lDR!sfRTAKIw*ym=j6II0!wiBK(Ex&kP^g6x2
zj;EpO6C;JD^E{nkTei=r5?R7~o8HJeg2lhwT7NbRp#4XQt!)x-ijMvjRr5?udsU+`
z%RO7p_8;m+iLW^+Ns59pl$sih{JX8pYE23TZWqun2?o?j(ue2Xu=7$KAEF~|%A3(`
zA`qpI<S?nwRBF{>H%>596toc)A^pyW&r<|Ji<h-AZ0Dh8GLUQAa`|SeO=&@PaVD5d
zm6$g!DMD|Arp-Y-Qlci)4`2E~p}(Y&!~~VRQ1=JoX;+(fCB}bdfu&O(f7x`D277r(
zxCpRj9Nmi`6r{8x8q@pWVkM^gMr8i8)S(d@PRmN3X8D2ndc9{X@NW$QG<56E_S~Q~
zyur<2TCeQGoMEAgQP|EtrFWf;Z57y0fGH=eVpG9y4x5qXWWHqd$NE1`EHZk{qUIhQ
z06BWcx|u!=JJ!r(VGdw_nNLJZHzQ+0J(_UMkvieMxrOJh$@4KS=&ffYkP7xqw+N^+
zoetKDZ0bAa6b2#xI6yFeqq;6<ecB3=l1ePPOk$Ye(G8sSQ1IVJZR<G_KE;y{mduBm
zA&~IiAwR<gUR=0Sz)s{a^qK8AHM_8xyP+i>aD-k7<1P)?f8*E!7SdRW4!DrqoJIWo
zxCeZ*pCMs!(&-HaxB~S|zB0&ANGCJe2uQMPZ1Y}NXPw!sm0Ma_i+ICy)VY3t$7?gc
zX!3tv07iF#PcwL>I>R<Zfd-OLYPYNRd*(?1FpBeBk!x`bE@c(Z9kH{OAON-AHK0?R
zYX0-SP9m_f`@vcdxu6gU%y}x5DiQsx-+dL?a%o?c{BzH)Q|MfiGx`9BGMU!7nE?u#
zvbjCgHkZBvJL&xC^&T@1q+n`<7t=i)`R1$ibcn5|j~PQkH|(p(Fy*<w(&wS=)}ZBU
zT-&Vk2T&te@e7?K_}?A%%T$7<KSJ~oYn8>O^O@JEh1|v@!*c$}kpL&TZ%o?Qx-%W4
zTuE|d<W~m8<0PXl<#$Kx&hOuHBpN%)dV%H5`+0mEQDsL%mL%=y30P~X-`9ViohjUv
zQ|^N%KfzQOxHY^mdu2COnVaYS<JW}hIsx+b*8+StgRN!0+@MJP^E(wg%)$?Y9}VYx
z>?}>Qyau~;?CdjBEXSl5j<hdJR+ufnJt?KfdRJ2jtf`YxI87(S>=>k4S-!KbP1&vQ
zK-!CeAw2vk00o4uk7~ozjlQ$7Uqe*oEXH2a7}V|4g5DKuUar0T7t&J#atq`0uRpBB
z3u8FzJ(F;M42SWcA~(hE$;o*xoqXn$72SE>`Im(;BF|K8o@Cc<w%<>jUb<y(b)=3@
zm$_H?Ia&R%yp86FqX4OZEN@cF3b*5-2nWd@Lp@EvlG;ah3V#k1{A)8Q8i}MXJYO#(
znxc4Bjw)A^hC#Q&g~&p(&`xbXxne)pG+@{@#n*085716dlPhEQ+He}bi0xS?Is7jx
z5*p|s%!%IkU=g6VXYmC|4*Z_>YyY?l5tWr5=NO)-2OhS`TGFsh6m4BHmk@Xf^3!iD
zwQArBa4zu`N2GqM4f{;nG{HkHv6a1)W)4vS4_jP~k@WzlO)3K%oqg4j_K_u&D=`cH
zlzoh5GxkTAV1-^+;W;F=emQyq8=|oBQ1g$Wr}D3Lj28o&*lix$h!dbToemX6eV<>C
z7pq}1>-tVx_?q7Bh+sE8eb|n0E?3z|``yqElu%<=NWT!RES_-?*{0bjFVs9JqZo%v
z3Z+HCl3^d|LqukArNnDQtTWkbRN_=|tlYZ;Ba?$f7VeqvPt2AIHC`7tE}fc)ep+xf
zbp2Nu{Uc$?u^6jffwqdG^B4;S=mC`GI+w}$i76F<$)cG>RdlK~Wp=lwHx|^AenY79
z5@5H-f#Zc!802)`_tI%1ZW|0%I361;)ykGiTe2(6n=9Shdcx}z7~`IW5<8ULQ8l~E
z>fI)}&?9}u*-{;E!>DgP6x;-@pHF*q=B~A47@r9_o7s~*zmiNeA}D2~ff)#^H#T0j
zJ6HPBL$e|F!wYRGVOI+twwa)z5H5%7vwESi%+Z>I#HyuVk(#s75TjeuPYxAjjA-h`
zjM1YVdZzoa3qfikHt-ro)B;IY^f}QP1%K9Lm-W>@b+K16+zUQSLMz>W&LB|3Bmw%z
z*@%SYs!*8Nez6i28BA3?a;8)W`{)cZJ;`khi5kix^?P0{A!%<l(*pdf+#KNjEUIMl
z^qEA!Blf8-wGkw7eQe79UKYLn8>Ml4kGda)mAa7lLMM0I!7q-acZM|Xnmc~pxNfK?
z0iK`Yy-{+9q`xPa?|2tNw@u*3DYapS{n@MtcwQF*8GCt>EU9-Y?=T%P&6j!n*c6eg
zN}QN~!WkHm%(uLNo-B$-)AP~4z<EW9vcXjdh7=5AIG{~sjvoe`GLs(fS=%>ihx?_e
z4};a48hSI@?!O+ZWpm4=o7rOIxs~Q76059#k1pfWR8*~NsLMaiJqB@XaVdNw9rs4t
zUb}OG!~fE3@_1?b@_1eMeJXZ<c*jk!`NI}nIUi>Zo#)cgo)bU3CIhVh>r*QmDHGwU
z|KaqC7G_D8tjDoEBLPJLQXR?p?d=Y_3{KQ>&gPQ%*o?_5{#b92kE<X~F`MOTJ5}$1
zhi%(dt6gE?iQZHi>SRoDlFob?viXNPpX-CE)ri(d){TIs@9hc0!<FyqNZ2%1#CzC*
zQ)#s0tz5ws%s4?33DAV1EFSbDENO(UtDA?rN2Au(noh=1`0U_tAs}WygImuHRqeiD
zb=}z8-_Jc<Z2i06&~oaL*$jG;PSHgqtq1J?+#1Y{YX*&lW!4k~)}3(FUP5hf)br!L
zS{2M4Qv5lf@6^atJVjr2DFH`vmy*|v#WY{jaMoXJYlv`GlaX06IXJA$)%oVoHSZX)
z6(22yv#F{+^V}+8<~7uROqWyZGc%eN&%`f#oY#`;tP6oQjo&skF&%fVjh;Eq^W`lm
zk04B%es4r|&)~5!Cg&{ktda2AGCZ&=4(Z(A`+K&7^lJ*Lg{^E-`Y-#ZkgeNW>T2k-
zp|vm{83{4Fl=hG%X2%o0W=65CB<06jzRSnqxU9~7yHsVE*}f__TOYof557%NF}nor
zR`}9N^Z^(Q1BN|ziE7oDxSN|_>1irBE>J4y7c2xTg3$`??FXRABupE^G!OY^CxOe?
z*TRj)0NL<2U=@^d+5ul~Bb__b*vl@fwEx4V9zIsGjHTQ>;>u)a^*^o=9y~QiGBlWP
zl4C!5eaU-aCY;gZ+M;5jV_YPQ*PWl7ESzYfCIyIyVBa3twgE5vl@xAp61_T0Kj=*B
zDNb(8t<u9UD<I#qr{lOS#M!d!T9NyZfZ=eBfYCvi70|ZnM4=;k-Q}X(HT2Ph4q@!g
zltg&JmP=eKLG3sA3sBqxr?u_yQ)arQ{GUHyHgFs%X^RaGslhjAMH#Hndnt$nzgcW$
zD-um^vR-Qf{5mt#ZXm`cG6*&2edf1IgKS>5q8Z;Pi1(!j5$V@?mtGZpoVg_4ImU~s
zh=&>HIxd1F)F2E=e<`bF=E)2?uk)}IAP+_-j;D|KXi}6v#s1=Oh3uTBfKA<~^B`X+
z?D|m*C<B1eLXGwwfTp*jWEOR$`e(c3(eXboy@$jS)RLxH(CZl<Rl^lo{$HYNzl>o)
z>unK-Rf(8glzB8B1<<0Q5s!IQ#z=2YRIJ4u>N!8IDDj1TYl*>rD>spBA2$0QBluVe
zwIDr9nkUmx$)A2DX(f5Gjn^JmeyG0pNv@PwyqZ0EvM@`DK<#rCHZ8NZeTm)j`F>1c
zvZbzSN`1a&N#I&ja*7q?6s^g~Y8l%pfN+zLnA3~AKMKeB*ynJNzFtlBExc(g=PSQ4
z6x^aDf<dnaA4D@?EDCK3H6?JUniZIyk#j@H)(Jl+OVdWTmZ`Gz2k{(0jckaW(ZH!`
zZlARG=oGL6Q~4;jN+cn8{o-4-j%<3W6(7NaGDV^H%#>DUHGIi_1tSeSv+oq&3RUKV
zXlIIi<pGyxSmV$!A5eUkH-)-=xKkIIt_(s}jXXJDX{LAaI3C)V<OoHX)XYdEiTqHe
z3<R~YU#P16Qt<x+^%T=b2gA6n7kji*crM(B7qLH4sU$1)nb|Ad!6-jwe2vawa{itn
z1<6c&W0l5)l&37#ozUYo{J7^!FJ>>7`5`k!lv3b_mu&@!BN$80wU*#b&oi@?t!5|X
zgU=}4Sa-=;{!%nc+i{!8A(Ea#?*8doOvTLp=^%TELAQacTkxOi;<#r;0(@XU4kOvS
z4de=?1}s~>n*fUfk{!_+!;wOv<Q;%4fxI=iu&4%PF^^|kA{*1ms4^;Xy%8w$!IT<Y
zzx#FX+ZzSlEUT1`$q%y=bF0VkCR-~lYzu;gxyRVz@}#yDF3(Go9PgCDR8mP$yUDUE
z;U)<&qcfkG8Y3=oZQfFRT})wwL)Ldjj~9*oMOG3Ckgrx9)*7ktIXjqMC<L*Q0-oF{
ze#R+!Ro~b+=}fkGdlnvclL3XwX)a45egv=O@GooqkiN14ey}=IB;4nbX8a3s=K^g+
z(>8Z4+<|P`XUlYFt2C6(o=v2P$Pj$Z%BDaiEDw=N(`2y)8%wgV&ur1Dfdo|S(Yd@|
zw-XzIVq^B;1tF`h5JXMLEhT9C@^IH|W%L#SX`NsoO-{^k_Cx+b8Xjji>c3&oU?&`?
zr3yk<I>n$mJHSJ*!gXK*(|m=l<|=1YFY#%hvtRfVo2objf>farqo$^<4?TVaWV|z}
zD|Z?<vdN6QFeexTg#xOhSmz1|H19K+)!1F%b%Yc{iYIJ`y_yLdq<f2a2{rBeR5F&B
z5PSLZw*-~AIAZ<;v;S{$$cHyg8;8&7t}{yY^Kye+!eK=9V^v&4(#<~yi_c<%jVUa6
z2eZavb{OG+$_b%rgtakVF%<`0ZE<^3&3f`;H{^}j3|%8j;bHhXk10JhJ^G?lF;^40
zG!;hbSur|am!m-%s;Rl2scus0;ZCfEzd!EOt9fx&GQf;!uPE@!0{;cX8^Oqr+5)UP
z+6?jqa4AA0@a4}!h+va)`?Y;Y;@FYPD7j2Bfepq#M62!C%ttSwj~-Eha`#u9qiaM>
zo16A=tbQ0BQ_tn!4Fa4rP}KuZbF<)`Mx$lf4X{BalS%ePvnuaTZ?!}3?^l@s@)cU&
z*F^6|EjXRo(@hsB_djZL{mYM!M+X65aiR${y&O4J(qH2XE3g!`KY4$=4Hm=j%v7Pq
zv?NL9?A3k<9htr2P@o#th49*6NPTG7S{SS}=lPNaD%#h7bfzPx^Q=yhhttiWPlqUO
z{J76HOTtL1fK1~>5siMB`v7_kKrKelL`<D)lFOCJK0~{M{4Xi41i*(x0ES^-@gPW?
z5Brb&*f7fpi}Z={5}vU$7M?qQWXw$=aWHlD<VguwF~>klKv$*QerJdB-b`-MhJcwR
z`Ic(cBfI!=E=2frvSf5VJu4ly@Nl<73odWP^f}eSz#AuPX&>!4jL}B{EKTxx{Ha;~
zqim*GnALy(f+<H`J=p}7wEf6Vcum#F0;2*Ec?<y^3Zx+MOpK80%{uRwZZdcv5lgyJ
z4T-?H9ITbdD9I6f;ywz8WtNGYzRNku5R<AcnJLt8XF^>;l_A|=Fg}N#<jX;3X;S#n
zj91e++*2|2)CsKaB`HGApGD3k*n_>LeE7qBQpEFJ)}8I>v~{p08v30MOt16lsbhPM
zgC}#N(Pblkd9zoYDw#`OU+ZR{O1S2t0xciE(&ONE<X3;8yX6@bxYdr}lW#6~23Y)&
z!^j%jGP|II<Cte#yMlLhrlmMiz=3gEw<@CWThujr)i5J1!sTY3y1$4v)XfnynP{Ag
zy`LD|OhW6)8#T;~Dl<J)Z4WUmb*(!x%G8-uBbuX}kxdgqQwJSvw9knK<(;prVpsOU
zBChw@Ax!tPTIU567=$!=&}#Ujt<>wT3|%$7ZZ&SFQ4q+^C%Xq3SiV{DZZGF|WlaAy
z^M>h~Ml&oRLdPX%zL)+RRjZ!+@}f0w%)AT;2_iU3&M?8+80%nEZRV$H3tJ<2+<469
zSAh3^l}A3eX@z~U*Q$l}GQRmk9F0Uh?+N)(RQQyOfy$bR?5hWPqF>`Gj}3*)?bWva
zh{i`J*>hl(*56XUj^nPLTJOP1o&8rfgPz*w(gW}6G>J?tj1?%ooJks*Nat!|G}>zc
zRM)aT>mEr%npGS4ZAI`j=$v^5I#Gwy8(6zD#5r^&tqO{|l2f^L%#V_?G@b3ZdNW6V
zF(yG$W0?WPSH*__0H)2+QiGS0@q>gD8$$hw&R!blR1~j26gfp>TY8si-rT95Vxh<(
z>ga}Vab3RLwM@Rxw*I0DJvsiDdNN>B<xPgaInMY+AM^+k!E-|K<jKL?b{=JdGiXd$
z>69lDonQf?vk|#XR2SD$@1qeJix1#nn1paoWq{3hbl!5pU+dtiSAc*p53M@$sMUu0
zsi}QtZ~rfqnMtV5wss@z4IcYC3ei={j4l7sVfXxRS2-C2WvCi-NGJx`vhcDqwlOq4
zYappGq#PPLLdDQ&V?a#*q)^Y+-MsOH*VlIT#KsDw(GFg;pn(?k4@cU?U3#KUYS`qg
zRs`(a<vK1y{U@BZ?D>hipV0~}((`lr>Fasn5X-qzbS4sbvLjQHp=}-p`)wOJp-Ill
za##RVzwH|vC)owNiw#mFhXWCL{p#I=m02Ib?|WuWDrus;{a^l+j<GfK!lghxb6;3*
zBtuIlL_~Ipqfc-i^4`TiFomTSaDh3iL`xB24}Yp<sG}l@A(SSYn2{TWotKs2w9!)(
zh~+f<JmVQ)r;SyA7+$!?_hk1A%V(=1(oevhFp<#G)Uev=9(DSL*5!Li0~2`FF>N^V
zmI{-%&CrasI_We$RF8V1R_;jpfVuQC#?g(R39s0<-=i}iJnCl37EY@}8H###1ezcD
zvPwb#(}gYfg^8#N`!=utFv1KzB_3|Y@y}ijM3^g*xM|>pr@10nSn3Hqj{Z>MF?_VO
z_(AGs%9~<-sGp2UDcoP@i@)Ji;_lqgb^>;Jh;m+)^bjd*)S+we__s`Mu?Ll199{r5
zfCN`_ej6ew=up&M@fdH=XYo03LS)I)BZ`E0M${ao4KL;*`d{~<$nw0)cWp74I`)`J
z$h)%a1}gayUPLK2Oj69M7k@?xW)h|@FJGNepm)(_>J}3RAoF=*yr}Wv2w+I_Yc;r-
zBP+a`)x0rET_KjuIB1_I?bH=82Rz~#R~Yo%Yyy@}RL8GI-Dlz_8HjqxS=KiK-WzT{
zb!t~T+b!QO{|BH)N?i_<W!;0|0~j(J4<gS-m`$)Kdamg99&GG-t|UyO#+j?|!EMQm
zHIAF~bAiG)KvVhRx<|=7kbH0(1Tz&zT}?o}o+uLM0+3tSKAxs=kfAdl1>&MGBVTjj
zQV?<ywbu*Hw$h%c{G=9;wJd!E1pQ}KdDA?|!y`oGGKSawkh+FHlG$sgXEmK&{igRB
z-PFZfb?ygm$qYH*R-G4^Dr&jEgP6*f-bzQsB3tlb>KWOPBiWgtFKxlH%VJSI(tp(A
z`%7SjamOza{Rfq8qeX`r+LNSlhdJH_+lOgABh|Yii2-YqU;m>R!7W#9LE1d2d$5aB
zL_g)KRDe~asv!V2`27cPRjL*eVfk5G+H<R_X*na%qFDLLMj}*O#F25ICuc09I<2^y
zQP!M=^9yNt`$$OvANwJ7G1X+s&x$S2p6$Sj^VfECf+Jqd`ix{}{jNT(iKxuXrQ7i*
zjo;vVi3>(&v{TA+!PE3x<q$&nXq?YlP#mzlL_&OJjH!k=!7n`VA$isZz_uZDZsO7~
zWwZO|U0=Cv*s*(+$4BeB)iFHxxcwSaFZr$?T(Qb1dv~<sVtX&w!|tk4SHO;@B`*mU
z4C9Oy!7$?t7M2!UlL8pvHL>krl6&ur_?Z`GMB7pHor0-Y9IUg%BQ{(S+LyDt0&+T+
z)Bx6sUBjO9JB0?{s9<&!?S+Cad#<1Gnc(~3e}nHz1R=pOo~qY}@|MdUM_S(}av8qH
z2#VwMsN_j8rGVukkgk(5zS8L;PJA!#Pgd8d$X(#ij8ME&l<8_Y(V5B^)UZM{-=aEA
z4xPY)^#(q#Q*xD-9B-=O4%I|AQXlQFFbezAFlZ~98K;lR=&lAq-WDVO&_ZWwz?UfG
z1Q$%1ZV6|=Xv$PA!m8*jyN#MwBZ_hd_eYi5(2OrBsvJ`msca;vKCV(wvY5<3v*b++
zmIBO_npj$67>x~ktE<D7)Fn?_QO?l0N!VZK4_7pu^*GP*DC~XlAAxgcWkhF)d|-KG
zn~r(MO}Ulw6cc^h((R*m98D<&ZHkIrJt<6cQ_R5*AmPmfc=5}}+wh22Wl@y<E@$=J
zQ0TA5EW{yF_2l_~#rP7>F4r&T?-7((K}!3Jvcpwc>FR8|RP4F<7ZVD@r?We*Lj7wx
z`>^wv&e^a*@`sBBhvW6*)}ghjutZT^Dk9h2`t>8ag5tNT?OdAl(+C=&?c<dOrDle_
z5%P^gmWzt`h}KSPSUDszRrA%@6u%^1mj5?hl4IID%YavlcE12gkhNm^f(VPE>XY7{
z1UcRH7JMuF+#Vh#6@{P~xmq8)`#xC|JB~zz`EK%M(iRPlYym0)FtYp|=AoMfxrS;G
zJ7wftpkCMZ5W8D4r>YL4E8^o4sFTXI`ZN~;DG_SJu&_4CkhYD~aJ#*l8DH%G0i}|;
zr}Dx!%ZK8#o+;XnC&WnY831>zOB$+GPCIipe>LnCQ1&>Y7*fWrOJCVhSDFAQ!&pWh
zaL*Ab_$^N#io2G%I^qu_#{C<<>QOdy&E3Qzk<}wvQI313AcJ<P`K_60?x#l;@t2B+
z0>1}$e#U3Xqykt^otx~5Av>35btX*rF30mmj}_E_?)hQi*ccg(eUP}7oOkkxLO9Ov
zH}Sg~#+4tesqK6)WX=j6>*XUgO>FFEvqwWy<;!t6zKm4}o_J!`L}tP=FnKT_QbwgU
zF#S@{!e?wzsh5gL+3)itJ+6nye`PRE9%4SB857e;)~2>PDDpAuGh<~nd*0o1@(#I*
zQTxtFrTNO0H8FP2E-y#;sl$Yh=zkOkqbcL8{A$Xe>;dZc*K`B0xl{B#Au;ZEDWK*`
ztzm80*x6$n)XY(bcJ`8#+@X)Vlo^5MO8T6U8S1y^na0y`V;tjV=6sX#Q$+9$A`KZ3
z4b!=~2W<t!@gh3Y+P2E;wIN6wd&(-)F(oQ~*MIUZ*WU$`Kua;LyWC~{O1KPot&~BD
zg#|Pa?;N4zUh-ztfC+U(6`t6q%k$;5<}1HytX&8`xW$x>>lgsHZ|2!P({bI+*$~M@
zL)A8<9bkbGZ=a~1NoVPrkZrj(DlJ-*tFCKSHR1;aECv6Q@H!|3sbJQlD~d{Zj>%*z
zD^yb-`K!le%EZGeQc%05m?u6?ZDc~^)WwR2Oe`mJ)W5}86|#4!Tt%cBQPs*m|Ktgh
zP{<U0T%_`xYWkdsTCW|xkBnhJ?WxH!xq1yUDlstbe4DmYHduq-1h+^+Jw;IEoHKj`
zkOud|r%*0|0nt(;hQQ?RQ{@EN*!x(%paHMRc#012CgZ6LTe4xi7_hlp<s|-dI`y1$
zO$(b{vC5Ws%=qy6w(d_ys66A&8$hdGTM;gAWF0q{%^!-bZmphTs-B!>U-$=VqrGlh
z(0?Qj`QOYbnd&^@37`>Y^W^jAXY0Y`kyb`8jgq#je4^8O3<$58i~%oQgL*ZQk7niq
zIm@YH2Lm8GrFniro3K3i?rFb$wS|lZj`6Gim1fBu*X@AQ{wI~F<QS8pvR{VFpMZF@
zeT15-1HOU(IZ;{ZG$uP>75-Yu0p1rW%SEIdK%|;x)6Cf{A`@wcmrw6>1t%G^&Dmro
ztcgSgC`Y=?6?v8L#5MLh{s^bCAH)M@pu+$u?veG=%A0r7kryVOHAYl1kJrPx#3NH*
zY}J0;@_Ao{{yfwFr(F;IS>rDOsPCy@CS0@IKamCOAW9Zz+w!)WePG?-)CDphK<p$m
zk{0X=!5U8~LtNK85+{QcPM^mH+h)_NcE3_|&fWr#ee9oB9VnOi3agT?re<||N8_a?
zsmZfZGkTKR%rC1gsDxKet6$>&*90&!9oO^RhXl9^ZBgh&<i}hl=~Pp83IKIHolFE{
z8-Fa|af;Dl+R_?IFR7T#Z9`r(_hlGFH3EE6=|qq(llPM&7|^r-Hf~?aUpLYjE?2$?
z@X}H_H4jEEfJnGn02te^uZwHhUHCo6N6?%VwC^D!Gp89`ve7;!v6UjKz{*zC2j%qA
zl5<mKk0Q0w^+598*D(4kWZQPKSD{zrT1x!IE=*3fo=H(l5HcI7m6&;PbIp(Vb!*_A
zbOk7S+ie-=)w~^8X)p^-S$8t^-RmmuZ{Aks|F3k{YBR3?GWO|ab`)y~k6w1mwQbE0
zxUSM%DeSL-e)kB#l$zN`8e`*@Nw@9P09C-@uW{8XCDsgvDXUpfAAj*~?_L2cLL$a0
zM!09cceapMEr}FQBt}6vzb534r9xP2LdNyU5x2V>)cpTbEWQ!`V9VXjjFB(qbTXZ(
zU%UE7kx{Qq;~i3`sHm7Iu>~F4$@kPS-#u&nG^2YM7W8aTomprj{*_Ue`TIs722Glw
z#7yFED{RJc=7ZcQ$bQMp?27|qv$U3sK?a&eL$(TRDzODrSK#nr$w2$xlKJWIDW*TW
zfsjK5q(=64H(tkyavcyFlTp*jelcuvWjMM_<g952U`Q_`H)OOjsA#!?wZH_@4PE(|
z-&VcYlDv-HXR^Li(Mz38^3g_6jkIvuh?I1O&Agi^;3CZSG?iYMPi7z#T^8r=T!oSo
zq0KvQLj5Baw)5RaeGhOXXYGzM9UIeM%Qv4ZY%WntPgyHlQ}%APqnDjBCS8}u*6hUP
zb6ej^`=btDFcNLe)8DfnHg*(kC=w}s>zdms%MJC7ni}_T#F<;NDMr)p`<>A^Fm$Pu
zRhqgJ#Zp1Aw=|HfXKB|l?IoV|!MherbA7IG#7Vci3}(HaE?YY!-2#T8K(xt#njDcm
z<;3#>;t)ldCb8uxnJ1+S@DH^{`h}TW=~wRJ#HllgS-YXD4@t*dxuseMq|>Fq6DtOU
z$&s{U(N9dMg!?XQJ2QrZzbOXjIGKJk19`Kefiy>{|EUtNNhy@7M6+i1&hMfWLRO3U
z)RXS-_k>6Lz_yDdAUHln!q>XkzWF-p(6YL-Cd8|M;iR25c1<SuD7ZbDq<Tu{MfdBZ
z-5{4{q576qO|Hw}m!kl?<7o0PO@F_fWLhxMunsA<`zUkTfv4Zy?pN=UA0!gA;=^;8
zoKr0=MV_YSL+Q6OCV$_ak1VTQI|SqQE=i)_y+b&c786#ZOhzq61hE`y2cdXB<>`47
z#hKkP$dge^Ys@&=MsfrYiI&~Y+MgYqI9~uGymWSN+c!3$Z%?Qpl&p}p;py#7Bn^z2
zIo`C3!(^r+9fgqe(jgzldO&H4!J>6x-H?ZRcHYL35h^F3Bm=(VED=36)^>Rh3jVwp
zN%q^az+UgF8X__ImKzAWp;*Exu!gWU#N%D<VVD}Ly09Souhdy1#VC2z3Q7i*M$T`f
zHbre}Wa37Hzs+OMnp~xA=nvLbM4msM>ptVviNJts^@xXz&g@o?oHp!1N!Vr!skAMT
zYb_NwPO<|)KQ9>s{|Fa#`di$e9sG-9bvlPpl|Gp~b|2LFJsmMe_{`N1U78IXCs_5@
zU3+){*;C=yRMP$h9r8_OHn;`r=gH?5+AI*DfsXtHlfIp6(_va)maC?vL<$*KmBzH+
zHrM0q`kr;bO2$@qWY*jfN&a1eezYqq-#=?B(AhA$hoJ(FPwGf1(TlXm)R6C#t1xkW
zaz<WKTF*9XXx5t)Q`f7>)H<qJ_q*~uCnk-(-335huOl~&Z^viUwQMEdC1k~x>mc6g
zl)$sYTuX3b>8#zQcJj6()r6Ef*rjyY7n?ADW#OFrXOp}UJWE*BO0WIF-d>wmxv!n(
zAIA0zbKFA8I!5kgSy1T7waKs7Zo3xfYFK<dl_@`WWol@|Zn5U5gs5q@>svOYwHEWb
zr^pkfIlBhTq@JJ7z^ZH4SB}pinp-m9Gz!(?oowgm`pWmntJX{*R=XvEe5<feW`TN`
z8jWtgAI|iu)2al)5Q!it)vHQD*VJXGwf!~qD5?<_gex_sD+_Y(us7Z8v)}XoYWwa*
zy^2sOq*bJ|Tj*8hqhqe8x9<J3sgzD`Sm!NUa%WF%T3T2|`DR$OqaA={9lw6fF0M~%
z7IgM&`xK}}7rfnkqc=1J(mlb>j@Wfp_I-|+5YsX8J@m2;UH4YiM9F&d^M7&b5L{4;
zXRf4F4H?WVMaW#aR^Pot`->F?Z|u?|!(w<+hh2SV$Q)NIMzMoThQgo7cvla4fBd?(
z_Vw2Z#q#UMI@6!$Z}4z49X0S8fVJt`5j>{2V>g#1n}vj_63y2+q#uJdask<!G8G~0
zLhajPh=zu~F_}8Le^E3Y@qNrCZ1i>XP)tH6Wep5Sz$aMRmf|Y4(2)reo<C%H<Kil|
z%hgxgE8BrAMUQG9>@kaEs;r4gmFR<t85tI?@baw)hG|O=7lT~9uWM1+G!*sI`xR>^
z`VGlllMgAH;=Jyu&MlU0D)V}6m$ZBEQ&-l!Mb*x~+<_IH9VQv;fWO%7!sNbQP~2CJ
zw>Sp41ywr{@-`gpF_$+haOT<uS}QVh(uL}4Wc@fsXk535eIL^PHPc|p5?(Z~vUEBu
zo|Hzd)JY~<!F?jPTtXwrloNwfW0@l+*KEh;II?U!ifyO7Qo-fPfoqs1VyVJv?BrlE
zZCIztHRx2Fp^KhNbH}6eb&l8J7KP=qjdFkau<<%UdG?vctG)js6nbg2^OX3dq>vDu
z(VG5vot2%<UY}NtnT(O<(&htJsN0j;ugV-q_@bACJIY7hz}czW6(D_P)i5x93lGCt
zsl3AXxn<An;<l=%^C$@}?(fJm<yX;eTxXB!>ah!TcVxlN&~IUM@QohH?VG)nC6|Vi
z$rFU?m4^*Ffw?N@K2B@k{$3HRW^IOxQR&dt7+B}_l!UVRy7Z&jtv&qM<ih3sqQRa;
z<OIR*x|1~E#(n#g??RQp$x5v$zo9*Kx$ckixt@%cDT-j{UTq7aCvZ$!TIsKcMeJ)Q
z&sI9-9lU}!f*I8AD|18szf)iR7f((G2)AFxOa`$F+~HkV#4&Lv02_&ms;2m)IJolp
zF>U>oy7c$tT^dQ+QxpfZMU$`pZ{M6}-~Re*hs#}^>(9lndHg!2c}y%s^|o3-veb0p
zkJ{Jn>#kG1{73ba>fYmPPKW-Qq~Ix#Z~t}G)7Wfg#l8Zr%z!C9BI*C0pH9%#%)N8f
z=wgnRhtkHC`n#3%)=WQb)#q>6y3M7~<;_IL{g<wUJl-FeJ^cpT)uZA^L$_X=-r>c3
ztHJ3go0{HZ<CV<Ydp;Qk6xDL<safr`l%Gqg?!x!eQRfr(y*ijQ+u>q?6t8UL{QHNp
z;`_3qi?WyRtxsC$HMQAnWl8(7Z#VWS^cC=(;c#DkIAFcG)sisg`8?+9*T1f-w|lw%
zZnaD5gKM2Dc~?&`T)`QB;g74%`6KRJR!#ZO51MT|*t=Zl?u$bzDjgdncdx(xe2rgx
zWWwXWxvnLj)Th7bSaa_0It9VDt@E6+qpt!_YTL;8a`DOOLOW8zuI5Ztz2TNK+4^`}
z>zALWjVJgjZ{N61!{eD~5&w(L=T81+uT$lC7-O<#L;a`FryD*`5|P|<?#OoC%}ilu
zZ(KXhHRGAg#e(0Z?_wEGzi<&%U3v0adzXc6*k_XqXZM9ItNiY@W#P(>SE(|K-#(hR
zPVu#l@lm}+dEx)xgskM6wMI@*CS5LLP1@}lr*%L26(6d!6Pxhi=gU7|)Kved2Kl=#
zET5L?^iIqC``Yim?>!&-<SOkA;=l21vawwM$3u2@>p3TPu(`KS&p5f(&gzC_=6&|t
z;aa>=D?a5giT2HP&zQC86Mxsksp&Fp{br8>^tYG3)CJz4$h=>AR~1*S$&Hf*kJbKF
zNuQ0a4P`x<d$wD1ze+;y#Ffi4gw-~d9<_=3>#<we_NCI_mq-6`7`9HGd;2-t!~Io0
zne)y(+O9YMilN0`vtHRA)q9)7#UUB!!tN#WYtrnycDh>0|C(1dcgmB+63cV)(q;Z`
zFDx=#{W&oE>~p;(=g*!qZCEn%!kw<|k~z$bm-#PCKUiW?r@uXJ-7J}3|9*XY+_$Y}
zDnp%N$ybqWicfB5c0Iagzu)BWi_%5$!E28!)+*0V)G3s1N&oEQ>l^;(mpZ@o@*bnG
zm)l?K?A<VHPuSAq_N!mz<Z~{aG~vd@mD`q9hVj-tD}27kYF><UTRdB=ZR@`SmJgq3
z&7Zq<PCWmc@;#SM`X(pZd%XM*_4ee_%Dmt#iMsihJTHbdFV(xfoMo@pT+Lm6mgh`=
z1akKne>$T(QEE=u@v?x_C*hxMZfV_4Z~bTA^sEiiI{d{YaoqE%MUV4wv!`WyHoMN3
zth#sT;r7tBDz-OfPwS&!8!z5-HsI5pbxm^C7p>+${CG6#zTf^A&%Mv?cst9uU-r<<
z-G_FW&V4D~QozS@#ov*CJ9C4vK#T=@ivR<I+voHC(hLj?A0{ibFfbTMfyJ5ym>3RZ
z2skk?NbovwFfc53<X~h-FyT;SVCZ2}WMOEyII5V~(D-RzBDY3ZnfYK7Fq9cQUHx3v
IIVCg!0PMic;{X5v

literal 0
HcmV?d00001

diff --git a/demo/documented/stokes-taylor-hood/plot_mesh_boundaries.png b/demo/documented/stokes-taylor-hood/plot_mesh_boundaries.png
new file mode 100644
index 0000000000000000000000000000000000000000..ecf60f930d7e6a56ce6529bfc94c9a518f7a2d5e
GIT binary patch
literal 52672
zcmeEt^K)fi^kr<n*tXemI(f0tab9fO>e#kzt7F?%#~s`1q$i*6)XX0-HT#!$>(r}T
zr|#BT`>Ye8q#%imfR6wM28Jvx1ylh8gU|#61CNJ;_*(hUh?oTfBL$NNepmCzzUcO?
zr_%T#)O7_FsP+d|nO(EQ7wV@B8C8fxu;sz2>`!%2WE!w)DyNJ7C8Qh|m`?Ws*{L|(
zNbg?XCsLpS4RJWxEmj{59HJdQC0N8kyhl{ug*H;AFMExi7*(VlJNEtO@#Ob(*6sex
zo0QRhKmT5#qxzh?*zNs%mHTngveL8y+T7es3jQB!*ze1@5)u8+1~P!;1OKzAOo49r
zKP%-4;jCm|X1F8;OppIERx3(!IjJwh<-$Oxru?#K{0KMz#+OON0E6NGvm%NA|C;|7
zzYVc#DSv#u;>)t}G=J=26`_`i>lSv|Sv^P8*<AGolLqgd+}7hM?ue@2YL)RLjN)rR
z-ktYrFKE$c_eAEODaMRz_2uPd&Z!XP1uXaB?tBeNYFDx}o5%0WKPik>yaFVA)fo}t
zoGFBQPoJC|T1)J7l=|FU_O%h=Cc|_67ECN9TM4C!U1x$$)_NOWo<Ut{HuTdr;|V(F
zM`_Chgv1Um><mB?i$2HIu;bFhJ>uF0(g1V8-=uXtGC?#C)f!#R;hy_dU2U=izqQk(
z8@l?%nWircyqCKr<4{^s9ePOHB}Sp9iqmxqEzCl-?^Ie>rXP3$V%iTvdte;5#Jh{R
zborW`PmZ*U^M0-DwP#rM_wN}-X>+eqvd9OCG=I;HwL}N_?tJa1)c&Q-9=99j9mYpF
z3+8^}x5AFpU2Pak&9#@xSTU~GTw(6xouq088;M=KWbMn>);PCEu&zrgLQyy%d#eB2
zm<{haO}65iEH13w@6MsWZjvqTlFQEVUL->NJKl;7&+DFlShqxX*bIYso_cL;&~T9J
z?$%$oV-_|u2!@F~B@eaxu-3({$GSfY;DnE9_E_+*>Bvb!CC?fTnZlme+*jwXJlzEy
z+_w$As{}K<O=tPu(9%F&`SRD$xE4vsD1=9P<<}jRA+mN|4bPGA$2b`1vCy$_&t9ct
zk^)W7@<rQ*kV$GgQ*dWqiiU7DyRfh)+g3m4SBcEneQ~v#>?KwnIO^?gwCBu2whov)
z!a|VGI?pMhf26YSY2oi}l%u|l1vcp2E<jo*>`@f85&GeF+qq8x&|_igB)(zWO!OBy
z)xGmabKBMqL;7te>_zz27T14&DeYQ|Ud><C=HU2b1_r#<m&@D8<&BwjpEt_$DZKZ2
z5GX!(gbClPw60RsQD!}Hhk#MC3V88h@PhGSb?YR3_EQc>0%C+hNuHqT24{<A`Mgdo
zXf!Sq*9=?)iUhTuj7Wa}mSY=8Agz!XMF^Ju3W4N6+R46z^sAzD%!R8LSRjFbK%9KP
z-Y~L}@|^DO=G5l`O^jg|Y(lHU_9)Xy1uH{zvRQ=Yppzj7hZ^i#fA23lok=$)tp=4L
zS#<-KX1d96C7T@>ltGQ{bRdcR16`OAZL|Y7vN}ftMK{}Zr_0Od!@RA>WBvE7jl$GR
z*Y)(#FsZgywUA^7zXQ3fV)*yqSnK5cAPZ6%C<|c|%v{-~>v|zcQxB%k0oAvkwl8RH
zbMBISD&Yq^s^7}a`<T3+LsT8E%#V*4eAv;12M+~c?Z1(B5!zXKAf0yUot1*-Q@Y#k
z#2&Oy_}N{AYfspT{0Igm@dVA*+N!<R78RUgVqwS033=*OwskoqW?3z=Ltp}3n83ys
z-)qZpF6ISdx;QH^3tbW|nlkVT1pLZSa#I6)C^pRFO$YW1ev#x6Zk;!u+No#2UB+5+
zXN?dgk~?`Y>zprK0qwG{R888I8&5Lym7c_0={`cg=>XWsH_IcAVra7PSwB2+a2o=D
z<Ccfy;B*{I?ffEX?(m?voWUr{u+MzX#5499-8fG%8OHe0q<O$^2^{_EKnE~pKeVQC
zV6kniErG48IjSg4tavDwNVAjKcZFe0yD@5u497xNJJJMX)RlRCtvSdUxnx$EW?7W!
zfl`_v8RK`c4aie=EpjCAM6O%@I*5VP+;6GJJ=iHqwDc!q{diCI##3pfejPgJmNFek
zZOK~iMzh^%wWh{BL*oK;zt51%!hMC?Px`MRm35RA9v!HXS*a--rZjh>Or-)n=`Lem
zO;Q9L@eQLka>fj>1`G%$S5~FMXi}V34x-H<Jgn>%)X+;koLj{;;h0W#(S%^vY}C?|
z+|S`}aNPoW9l*MKq*vpSvlc`Ux_A(+@A|ZG9X<lO5Yd&Bl8u=eq=JERX+Wd|;3~t3
zNgk%SK9M_7r8W@H!6SsTgz2(ijfaW8SM+<(9y>HtJ4b}6L<BI{IFLeAK5+ZD;6>K}
zaD@g4#gd4bCW<Kd%jP&*LN(%J$yZGA1-=uwzpk4U)2`@bq(%6*TTMyEdw`%e{%K9o
zm+4w80^QIU@u5#`xvh>DvilB5vdu=RmcHR-`&~6cVbyR>TEsEl+^L-cHtPMP2mB)F
zD&=V7rXTsCzD@*5(rni^w&z|K{;-6SoDh&`?PAiGywny<f);*8s#}hZb&fJDKwgzH
zbH<OfY81ilarThc1uQyiJ;5cgh^EfJqWqfys#b2or#8ANaqDy(nhST6HF8=-0!F!=
zlKv^78(Y9JTIybascqZ%O5zpji%R6th@&l;J9<B?>&P20^F<Fdg@5a6vS;mRC#?9{
zLmnuKt=G`!gj(bCf*M#XHc%(azn-d8U_TKlvq!%zTIB@$4tNW_2N&!!%AVIeM6ecJ
zGNvebap}MD6-5;*)#8;Js}7#FpxM$-y^qwNq;?ypFDZtQQ57ZU-s$*#u6x?Y{@Vuq
zb-Jim?>m$Gdve{8G|2nHppNm&xCMf(pwex3Y_A7Aj+9EctK+#a)P1j8)VJf1fa<F#
z1*uuPFj~;;7^ZH@e$OLAM<72@U9hN5V|=q++i;*DS9pym@d8Qf$f}O7blB9k7v|e;
zB^)za9oSCV-b&jFAEwyHnXR}X)yZ1R0b{SUVDUQ)FGGK0bLD70Q%7^icmw&`PAj8F
z7%`OnglnqN&!L{wC@qkmTVx{Ud)!2;w>K7y4epLU9@VHkM&I~O@tn7p2XU4WMW183
z!n%^X_$dFi{;3bXhmL@g3@vfSj!(<6luZJl%_MrE;HQf{0=XOZ!!0Nla*pIU8(8<6
zi@cp&X0dl``Px=iVlg=w&gOsUH8UuN(ezil^qtL-{%BcOYaFOYsYMB^XXdW)OasX*
zv|=ZO?tZg>K9?F6LYGg?{}=BLUyBOV6<8LN;_ywbfHhBNX;Jmv9lIfla#Ps}S*7m4
z*8}YalynepnJ4IZp50LZW)T02H5jvTwDf+SRTFDL;`2K*X?ybXEV1qgxlMCJifyN!
zhD}mdx#82b2qGi3Gd(o|pE*;L5EIoh!F3SNEq89p`T*NE&<>Gh9KbFe8{*BzddDN?
zCo*|_dyCy$dpZBT5dW+TdMHy7Mcpba#+r(+=3%`dKvj6LhljQKPoah+kX4s(_iWyV
zFw{md9$GcpK}`zyjXl_I*3jTBlt+a@HDJ*BKrLFqWRDPE!GurT_ZRx55>`pu1NFN2
z)+@Nd>@C3d#?hN%y28PA;9mt(yKTw>&H}MkBoaa|RVXt{3>{s+f+D4vmwf*;t4|BA
ztFt_IOOu7GQRvFdO*@*hW6W_?G=|7hG-BMv!DP9rFV?6{b5g<b7<b$1bUhCT$B|1e
z4@X<Qrq`Bp67=)a)AsxJ^XHJ_-=PEI=U-(4hjgoY?px+U_ZdHCIv!Va^j`*WKu+US
zaefa)O^n{-vLL7DE%&?=wqtOWw;|2BaSEjSW6GD=opK}Q7X-KT8D_Msn&lM+tc%zq
zb?3a^Qc2EPZ5o>}JW~9P$x0eu7A|>`(u^Nv@C*1W^gh2mq((~VHhJt~qWn*xQm-sH
zWh&xi#T;d-N?7DeB5acgg!+FFJFb<Suwlru!^cJYt(k{Cnt~+uVw!YzT(~+G<h@Rd
zJ*R+PPoOK3KxbOt{b_r@`^Q!Nf7!<Z$B_)RFZ(#XFS*ZM$3GF7f8EdU=iNq|BV|8U
zYIL8;+j}h@ko<c&b$N?67dZIuF-+*80G7n(hUnU3l;vZArN(c{GvKS7ey1$ReGKo;
zC_gn(9X2;HTU_KDukt9UWBvFI2^gVDpI9d;&9PKpq+4EKs!erwz8lCE<+P*TpP-tG
z_~l$g_g8@G92@P1`jAomvDAJRwzV}`J2SWDEY0qmZ5KCsp&j;`=!5~g2|+&;83jNl
zfd#{yh7)kqwMTT;Em@&&4-z~XX%`Lt`tm#O{?G3Eey@ilFMY5mgx^TXNj`7F>VEA<
zR@HW#+5da8f1m02c-kymJZ;MRxY)GoyiAm3?hhmRIFZzUD8%tSWYB+I_5WD?&(&3g
zO{hG-P^CPBjfaa_O~2#X1BRs`H^1MA)hs~m3Se4u2jVzmgCRzGd)CUL=gD@Vn5(Aw
zx0dTcbFp;Rs<LvVW`^dn4o>m%8jia<LrL#t`Wd7(^Unmy;9J|8t5<BK$WMp6UZ@>j
zEL%EsRAxW_(2-=nKLMYad;x!>CwI(*dH{PGz6Zvvsocb(%<{8HH2;n+Pa~7*L$vnc
z5u^)vd%D+b+-*NahZeexQ1p4<-1!XAe}S&g4;T3NI_tlXl>3kn=VP*4Jv}Xt{(2z%
zY0RD-E^y2{`}(o-??a<&AB$(pWszX#W#mUJFH>9dwG{TA=B`d~FwQrvv$4AwEdHd>
zQn1P?Fyg8Zwb4r21y#051`3RBPT}JI0^78?L5U*ZyLSIN>%0ZDgl%0p)26x4Nd-2I
z7nR2y`<0I!{d&4&E5PXAdv^K7>`<!cVFboK1H?&U(iS}fNn2~TkQzUy4;18$(X#KM
znTMqw2CbKJgz`o}QhP)H?porZZUdZ{&wbWT*UNqsOZ%V1S^v*_-_gH)sDJy8h5x<U
z`y3DyEAH-mUhXh=KP=>Zp62yjwr;BP9=U7{ev)ei7r`R1$;R=ZhSxse$wm>g=-J(D
zrEeiNSd|Qw@+ukR?G;`Mi*`!$Hx9}SX=5b~(E0WOK-{982aVL383j;@Rk@(|XbxK+
zC6vLnJs>Yk#Xh=tD(8y)<5G@-GOo7eUb=@^*yiuXQkwCRAr{+I2q7~0O!O>Qnbaa0
z+?W&B`_ITTW$QXs_U1e;wn`5)<t#<_KK|0WR{oMMt&2@(Z2k9*RnX^Mn($2@Wbemj
zub_kGW-BZz@dK^`(BQA{ZIr(5ZTdarS7$-W{2m@JZzKLMep}$07Cz{HGC&c@2OfxX
zgvlx4ZjUC;^hVET%-H2+EF0>@3z_~>KMMHky|Ghn58zC4-Q?Vy!x1u1A`)vOD~|q?
z7}GAi#Ur>pK)d>95q!>bBdS?TFf*aAPHF>j?=@1KPce0^ae3;L+3Z9i@29=;LpDPI
zE%;!stzA>zX7eAevwsf@u&_SG0^1=lDaoh5U1Bh<{r|n!^?tt1`d&Gs3O>wLfgUSY
zd!AY#VRzhjd~rY?hA*$~e#h>SV;|2uz58r5h<3kP?ZaO=zE~Dk%*K@Bg%7e=*;WKA
z`8c)7_tOZ9$UA^j<xdxJk|Xm@_cB&N__Mx5?yeVJYJG<+<{9ZSynmb$xf3U4Tt~yu
zuC&V4;9*T01DM~34>=FLJJj#6%hke4MY8w67OpeXa$+zAyyqV%^YN6kd347!eQ{%N
z=D`EN;Z5Z`VCcL`#LAQ*Mv9J+pRm3^%5{WK;{Zh-*?gXxB{NxARgE&&T9c14bN~LK
z(RZHavfbSFI<L9*d+ucE{d;F!+ite|($WG4?@3bY^i>U$CBF&n3U`H14r8C21Nf8J
zePiIaUQ$2%$`$1lKmOy+zg;*Q$T8F9-^S{Rbki2AMt`--FzT#Px?fHNi6tg6HmzW{
zJ|WbAcSFJ~%<Q5pJ5pcw$k8xJ&c;l00SBm@z}I62oy9g^09DFqS>>gALJ-Q_ZH5W?
zP^hm#+$7A&n<^|D2(t|Szd6$%%jM;+!Spg13F9O5I1VelGEUc;7c&B7t)VS<41+<*
z!E}jlxQuZdM9)f^@lp^vs^*i~K`#j;uL(Row=vh=JMTh|6^eR3x5L8!?uGr|FWd4?
z6><o^dNwtqjh;+SDe}pXTc0tI@xHC*jyyQGnk|lG>)e9bBbDcns~?|m)zl&;i8Ryp
zA{I?9%?uVuzR27-nU!G-x51$KIcOv@&Fv-)A+viDXg_8fc5IgXkUVi_T`0%w7ZqcU
zH((Ngwrbl!WjqB2GdME{^paLsx{+vCIu4eK{v!%2LZTm8Dks}L7?oSU7Bl2A#xF;L
zwBA%kCYsl_l4BbwNyxlAa6`6gc+5x?Ii{NTw$#@9afvGQvWv{~o7F*6jqcR<*Th$&
z{(|3(W7w#`<S<~Ky=rwyVF_}0>U^q^0bNswV2cD><Q^?bM1Q!J8smgqU90h%%U#Sd
z8X%#I{Y>82><4u?+|i=AW^+Vee*REv-N5u&KHVyK&%Z^Gg`s4eK^OADIATcA@hg+7
zg=&X_F>+kc;Gk$wXOcO4l<-73;D;)8HzMR+Dr@dUYRf+XFI-gY7AyGY3Y?Vb1)7Wq
z?yR)N7C$LJi;{y`+OKq~`xy2AJGz+r#5r^sKKT`aw{iY||MSgrj>ldI&gbmEzltxf
zU(Q2DZ$BxFQWrR)Y<NETcxsfWOAB`}Aq@-xEcRV+(`75hU9p5#JP4qm;F^8+<<%7D
zRPAa;Kud?Zy_C4b!PQQZXwlT+9hqvbfc~z{AobG(=<Gb5?)wXy2M1{|Ls#TaiH(jY
z+>}<S$2kEeRza}sv<E>l#R;x)b75ChGtnS!&4Y6R>~%eBJBLQ2VuW%dln>oU@_3;3
z2Ai+I8yYg+*>JEr<e{lOuFBHnQ3#k|N{q{X_%U$)vh%9r{0o_^ZEyEHZCH2Lt*opF
zxGlZpUcctH+LCyk6nr5S5&zFa7Jn^Z&-Htc{jjkDwt1K;JNlmHoI=mwkH3)<hSVYU
z1Z-;9TtO#qi!x9R3@-M58Bm*l213LYB4y|WC}y|h<m6_hW8kqiqAA8LpGjc?KlXCY
zHk0joD6q=X6D%{BY<?y1^JT1eVH<h{SkYicDcCqc96g-yQTUK=lgg$cisdeb$s?HC
z@YbBhhHJBm=Rg&{s31nY1vr$JB}G2P<OkzgCg;9L^)hK@KaTsnsQ)P`GC|2#Uv~j{
zG<U6Ub~nMy`W$hv{M!Bb1w*DO2KcYL?ydFTwUse_X+Uo4rvE;#|9w9D|9jTZb4~g5
z5z32#vudhwntBcVf?N>P5I`BHEc!CMguwD1cz1)5{$pA`8C69<jTw%%GPy+Wb{TH+
zRW?IlU!cCD%Hkfw^a|(h3%tBUrO2??vIDLs3U{H)fu@?x8N(fSo0=6klBr@J`PL)2
z5G9wyDjw)E3oR3|NI|^jhLdc3;!$<TzWwwF{SHjU0HAh#agNJ?hfGp^FLDxzlc+x@
zh+;!4l`5i?$q+(cETK$y+8z`Hiwbhza=rFB=KqRV|Gzx`_dK_IX*~}mY26p5|6#LA
z1PI-)e?$%M$MRqG<*|6LPulgo9__s5?7VjNzIT=hURu7~{0Gy%61Kjz^{Fwf+h*8!
z2K7H4BM`STgppzfG*8C7#TFPunX|+|tRgpT@;roMiD7CLg*5WsV)`d0oMQe*9s++?
zV?l4pe$~#e7<|;eyG!tm3=ijl`)V9wQ!0(ZkQwul1!+`;r&!N<1GmsPl|&+_Mc3Rz
zXitelni+}X6_~I-w6Q;!ntd#V>F8D|HJYgp?KAhw@pOTh0FzmADPoXxUPdH!FCls|
zQmRO<&l&Iqva^I=#}z+U>_1jIcRsH2{*LGUozUpH`wv^{f1GLX@bKh)!S37o|H3`j
z`)V&w1LS#luK(|i!0y*x<0NzEek6n64XppoRp<5g`ugh;Pp{`e3{PSB3H@j`<<nEn
z&qB5VH6vR_2db5azgK~^0%(H{=(YyR?wsG|N7!&U7LKN~ypmuq^Op2aWjW3OPr9nV
zuHgCeW7Kl=Mw`*>3D<Op`|{}mOkTU#hdcTvK;z7HG~W{QPGGvN9fR>OmyAOmgB92w
z_RSZ12_RALVRTVDTL(pV+k=`1FiZ!Jojk<R??q@H1-;-V{k@Bb+y+&-Ls*K3dDV<A
zd)}`)PfN2t_gOyoIr3ho`h#HoA0+)BT<g5IOw;sA<2>IM^ZaH7pFIGd|B;Heu0y7O
z4~qXDzF_H&qQ?Lr_x<<r=hgM+6_$psW8tWPk-*>94-^bykM+U5u&?19Ng>xbuteCJ
zF0!Je5Lek-((($eV3^v9`Yv$~3}45Sr-AR`Vowa0FS+c@Y*Sm?db5EB@w}t>aA=Nn
z(#(rlMwy%3w`+`r(z&mzs0FqNzyo1U7e3Kcegd>jzH6=Ff7g^x{>d{1+Ep^()D((o
zO>Q?jElg1k{x0K&G?<%4{TG|pojPhm(}1<?t+;@=*{z~%z`Qs~Wa%DnpjzB3n41q_
zEdPLBP`L9peN^CREP+BYmJsjT(PG}G%gbKMf6h+PK;h~6YCwE5DB}tPLKJbf84TRC
zQp~_m!X9z6lr&bf+QmU1;MO-YtLp{)q}(AZ>ad3Itr?pFC)KQ(n3&*wbaF+d2$-Xb
zdlk=iA&H_krKI0bd4G<qRZcBC;-au-k2V&joWi)aUa)%ow9oLRO)Xdl43_fS1;3m5
zQ!gDjja8UCu$|Kfb<sey7Uj+PmW){%6Y~nv#}p(G`Tp`id%>O+tq!o*HJt<PL@*8K
z@6=kLsi_sx1KanOA3e_U?FTdy!X1)tN`+yb3U@-IX}O>6u)cR4=MJ!VdF7Nx(!Zsb
zp2->NwwiORrKZ(ZQ9p4zFL5<!#Zkg+m56T@FrcgAglZh07Dk3y&Q@wJBJ;qBVXMdX
zpf{ruuoX8)APAo6v1d;F{_KNWEX#y8Dcy{7+7nHo8?z<vg<2XAM`hc+p9-2_^zfNa
zWEK#AlcsfHBFuf)U4sP_)^241K)%Cvl-UXwL~GZ1wEqFk_DVtQj?jm;H!=1?s6$Th
zX_7(=+y{+aR%~U&7%5*%1;g~=jg5yuB+8ZW`6h08a=joJABil*XGyhsnayy-AM&At
zM*E&A2i)<n%r!A)xv?W{Hh~1G{D!COx(qB^d4nq)G2%DteQLyqqIK%BOLvgX_aeg6
zLJsJQn&?Uv!6BpfrgL*P@)pcXBMgdx-L<m3sJdI%Zu<itBilvK?=+FXU<wJl$<AQz
zBo}iLWZMuarDM6ECV>R3*z!Vg$rcWdCQDDgS_$uvE0zzk_v$V8W;IGU6|<0{`;-3C
z!s(?F_<<)Y+v507p5mLR5*2jS)tFon6zHw``CXErpBOI$r}WY4dAFrbwhErQxL%k!
zo&5RO+fFZ>X+|nT`b?;vc>Z{WDa%7ndn+BDKF$2RN)LX=Kk8}-FGHbpD5;|%r5QQY
zmH1)pK^B<oa#$0B2H}0=WY4TTq)iWKGk3(SMg2u<=<Jx}q|uf%uhpk^rYOVIzXA_6
zqN#hF0>$VZZ+J^J9$IVUu_<CiiRI*BGZZ^?-V(Cs!ovx-IL;EMt~!DEV?SWZh~4a)
zb$;a3wsfK%RYJufMf$Zj!k<RUYz*FSGkRZf(dxOEW9KuA7pYME0lLtF5aiRbMR)Ns
zJZi${4$+(`P@|<Ec5S>M#2qkZa44f3eCE_OK+<N%$#boUM8%s8yrK;1+^cf+Onh3B
zgMk+Q-doQFw+6cC*a4vT!A8RwF65szkKr-2D;N_9gLQ>IW#3>lmOkZXVb~Ycs}LXU
zkV|v%bUFn?%1CZ0t53L#1w9Z5L6>ZyL!~u2^Xp-TB&S2z_JgcOl(z?`_NT?evW<n7
zEu6#xNWNXI7DZ<IW?LBABul5!Eq03K1Rg`m8ny$kQ6}iI@P>^<WdsgEt(QYE&>592
zEw!!b8W{fM=AUAhIJq!4HJ|ZGnNmQ)dEN#L_*Qn<=kU8^GjVfnbKwl%a3Lw4bjeTy
zaZY3BWbUmw1f9DDM_%K+QjQe<v^NTE%9_K~F3g4wVr^kg6Y;+f@*5Kb&Q0&IHm29`
zXJvEc7l<hA_Y51_f|4!O{cyqKMT8w@4x>FxorVRgc$gaJ{F9JzI0;>m#UZ~W^?Adr
z)*8)~a^ov_4DCLDOrk1$;}!V3#<2y7E{(nSYpyJ(Xua5$zuOqW<Ns&@8a&~eow{7z
zIm4xr5@5(@kmt*7(Wy#%%cP;G1E6=8TP$rt@Cl`VuHMQv@X2ZCg_fmUVY<tc?6zKV
zU?9_o)6j-Tg=)cG6r{>~QFBe>*iX_k84i#28CNd~pO|8$i0lWZ1?ef|j@6`dGw41#
zd~gz!bUo%Jv)2^zKUpp-hD)OhGepL=>$dZ(aJ=IlT{JxnJodw9c#RVh;(ZkecwY{5
zX!PJ*J{mSf158dl4r_r^WIuwIP8Ks}dmZ4V{_>|B422^CugGlZm4{AIMoofi^R)&C
z_SoQ>SV%j9xk)X|lsJR4<&BGRRNJ0**U6KYWT)aL+e5NfV#aS7XWm_}y@5dJ4`c0B
z6>0f+)(@_b=6<tb;sGAA;5HLOQqONczwI_1Dg`_eRE<CwvWSBuaG5K=<qRdFcMBO%
zYM|OuXXE@wzmTRJeUpmP!t#%`a%xG{<ttmr1fn0nEXUmp1W(oqMyW8yC~`o}PEZt-
zDV2+Cl?IIiT7xE?3TgDK{vNN*DcCDRmSzd4!wd8|@!GuOI)i**0A^2S2EHJ=E#N!a
zSKlL0BrnaZ;yJb6oUvB*FWG^r<?fOVs(inrC?XB=ias>$tV;y!-|EteUa4lwv~5?c
zBEN~NcNP85Bz!a&Tvg;k;fgq0uGv8q^%#AoELTRf^YdYusOGBr4=q7YLOsoV1aYn$
zQ)B^83Q;Kw3Jl5LNEd}few-GYDgMA_xs0q__;f6ENR1(6;~kS4{!^`ST{egPQY`*_
z3e%=y&e=Oe3adfIFz#-=suU7aI}WN1?TwsmU2i^aZ^68Vf+({kU_VYD2l$?c6y~ou
zj~C_l4}dtvWHgfJKOq?-KvfI$(QEhv`IafEix%3L+B7D2h^$MgnWl{lFsL2g+6M|<
zEJlpu+<~d7j5o_V2I&a+5S9VCRR2YNRuj{h0g!pS&(#jpX$30i4V#aLDFtY$d}1m?
zz;(Cwt#qXhBP!6(h2jW35+x^gx@?Xl4BS%~V4Dq@(?_vK7Ni!SeY?NXKkuzHt8t;6
zD2f#yv@xjiO{Yn_!p(yC!t`68v!|kT`^kPB#&4jXIf{3jwvON2sU-P8!uMH6*<R%C
z9IqUO&cF(LeBy&d#+K2>26`Z_v>|=L9xgvBdq!L!^V9(+toZU6_Cm_UT>RAvEV&u#
zfSFkn7z4+w)7cb)dzl$|?bP*)_|SzsODeVNOrFcLaG}jmd^yHB{&+bC$ctP@#+;+Y
z9ph;elETa_PGlP3QOZ{moKLAqFbal8rOE|+)1G>9=5DNsf0l6K#^i~Wh8>n4-E_G=
zsT5@_&X(PigH}U-9nWf4Y@0p;(T1E<UVKr`CP^{)PA_+ObV0qKe48O#DH!yivAx3k
zr=C$W>zpC9okT4Y*E3}LR(~yqjuR66cc3EdY}epR*$fX@yH{w45E#YWTI43Fo}FA>
zPMDHgfL~^Y^9hsY?|k-$K1fb1ORX55bX;b;ioHXH8{%nlG2V{HZ5%sIHy^tvI0_#U
zfv|S&TX8<v=WYUDrt>Gm;<GY2)!eW>Lu49R8|HP}Gs2C~)8E5w+y4DR`nLoB-V1I9
zzsfR3*t@lC<TqhM&7n!>Dx;ZYKqNOJ`y}CZa&dQQa%vys`coQ9Am04SOvRXxMH!y<
zij|n&AT-bRnjra<gm}s+e5}on_sqY22%Ok4C{5h%!6jm5=S?Q9!ePfb71-!>Z=&*V
z`N#+Zl?Ti{xY&R9nRGqCIwJ{oT2GmY1#NVgXG=e4Iz*Pbqfz9%h!LWdk+;}TEPwSx
z<QB>g)|)Q!=ro48^|mU3zomu&U@duyAS*Jb@I>{oE_}b#Ne$%qj7!+L57jFXtXiTS
z_nGB%LSB~C>F1gnOM@$GALJHf5nQHyg2jBH>(Ru;jUcY<Li$sS3b>7a4XwQsWdHq+
z(9MewI3I-^bX!RTL29e-eGbOPva=@wF0s+EjA!$62hosy$%Sx8uXmZmtf!0fl^>hr
zc3Nl+eQFCGX%;&;<zl~<mZ`!UWXq@L$u>`JeO5TFG#tw(tU7U-O{aqwL&Ll(4X!z6
zQ1}$q{N*BNplVv2C7<~c=;=9JwMB7-DDUhb^sS?eZP$rBSt|+{%Vq$_%OwnnNbAXO
zu{|}(C(n}%&K+!VHV{Jgtj4i=mm90hz=jAyX61e-O&xblj=F4>Py`h>_~-P^F7MK|
z^C@>*svy!p)*y%~WMlgu%#IK--ly(pi(WFyA2sT%r?PWqiFQYFn3#=6ZqG=1IwBO>
zqT#t9nB49u1bW$1`nW>n^H6F3eS`FXgt7^%199>J^g%g?RC-RPKuf2T%hA_xKw++3
z;W&ooi~W>5zo(LCF^gWNOSlirjMg7`jjC#I7V=tpY6V?Q;)%=FzK2R>>J3e&LTgOW
zcYNkhRC?!#Qm1EG=BZ1RZqO0}lWJzUGcPqa()dsF`b!IfjKwnM?9ggRLN}M$+uB%n
z_7e-Q&8?il$vjJ&BhzGx$D79eDlK@e9(Vw_Wo#WtDO6)Uo!@)wK=^u$*50#~8cm)M
z3BXGIo!w}_BK`};=flGxF^oC?aF3C`A}%ovj1OiOx-6%hG_&G)o%@X$F|}Hbyyey=
zVPp{x0w&DJkbKzK)+qawSVs3<XCGQZv~ovEn^P0Hya79sX+nyynZ8-6`RSOIq&s*g
zKBadF!&mdkNZ_<ojRjGOrhg;B$o-U2eE8D@CkcaMbvcL`k!20G%AA|S1IEJPqyl_V
zY$H6ZDX*bpZ~lfW#BNCV-$9`V7N-S`=fC?VOB4JMbH!xzirzE1I>CN%xt46jdrf(+
zdFq5iVl|?JRCEC|=jm5s-js7C02JfV^9G$3c8hBD4OraqjVyMP`zgxd>`;e<Wsnil
zcz?a!@W^Xs#@Atr?<ESBDa3w42)<e-SNk;kpYC`fL7~NwyiwRUG6{JGcTH12ytOAi
z5|S(3*<qQy?{tDQinEFL9+S=<UR&|YxOR^e00n$hAvfDR|H7^RI`zYkx%_HlQW4QG
z6N@S7RsKpXrA<#h9TAe*2o+%K<@WxDwCp+@wOy(%IDaD~sd$0{W_<;cc*LFU!VG}H
zuOL)>6rzOx(n|F4Gh`MZ+{~C|hs>S3J(X=}>p~mCW_2n!!m<H>inaAbj4km62sI#$
zIOyIlhApzE{s_U8Vx=j?&<FH*0p+to2@88B*a-uF{B+A~dy9PZko1azj147DRl-Vf
z_$058kc3ghk%ac2Axbvlos8MAzySbi_#y=i%|h10I?z8nSC|9`D`-#!oSIS7uO#BE
zi`W;Pt(}y6X01$&f;`)6pa;!jNE*4*B+^cx4^J`5Ed?5fXb7B>ep7Sn5%FPa^R6#x
z*#oTyBad(o%_VrchMa|}s~yae7K<vsQ}p%N#FH(sDunhZ=T>56=?W<KET#P+p7tM0
z!Az|xDZfvuD&G_E+Hx{}u6|~0kC$Xq%9>yg-{{dIyPV?!%+UNd7K$&KD?=|^M2Z%_
zhq(VXTWF-(;gXJZD@qnk@7Y8=9(^Qhr}`i;0rl`VBqIvmEn~|Ft$J|7rnn=fef&FS
z3N&gfr0<zxb4)or%NYfhwM8p;XHc(A4Ff}cVv)C91z9R}0z%@tOE>E!@E^p{0opA{
zj<A`(^;bDtNQ#_v-c?N5Q{zu1BE82h4jMK67*uT=C-Wt*dnq-2^0WHK=xZhQMN6Mi
zB91w8j;`(<nrw5a6w?t1RV_1gn~d{iPju^lhLwe6<-I9ul=~^nNwqBV976Fc)60Ce
z(`H9Mb&A37vNfNH<P-sss_;mhnnk_wHxAZ&r+>4<OhevRJ6moxPguwkoM}SZD<YTz
z2DIs?Ld*><-ja9+NQG-k$7P=h2X|AS>+xG`S?b6q0?e@UACgJ#>3eTH(S2F4a*{wf
z;4wG4*QHKBob<9PbtN9yvU$>dA=ow>)U?b<Zt_Uh?Ts%Ij|Fl4(v5;C#AvNnW4{Fe
zhR9n770QdW%8T2o<B=I`#${KNC1L((CyY_K_`nSijzABeDGz5Fg&j+%79IGwgx%rT
z9!FpWnY7N<8gC7zD;2~Ixq9N-{|<hpKcJhgR>I!eOy^fFUz6@?7$*j#ut|HTB}x(H
zr_@R&kcs{6Y`Jn$FklF?0wHDM5Dg(f*36S^rtRzp&N9%mTAKO&)_C^8`c8*B^4_OZ
zg2K$qNbxjo%7rLHdcDw{;zuw4ZF!Bqen(jOD`2SJTpW{c=3!f0a-9%n7n-YUc-T{)
z=9S+PbnxNW=;Tr^yUx<_bGN}6x7CPBiytfSV%xnk)9GU1*JJ$?WnNjZ*tGV3w<p;d
z6>1Jbf4F=azGEfsY_V!T@m05y!f00oi9-~oaRkWDu};XgF~Sv@8h)C3h-`0(S&82k
zgAACK=Gv1-*TfHgE({1G5gklO4_#_0TDbc@46iWK>OC?hXgXAXRS|Uu!EKs70GHz9
zJQ=lmH|6TY;Ej_nh+nayTy-LILVx#Iy(g}THhKyHkeY=V8#$!y3VIXBU}<ywZmSBB
ziEk-%M4we(LqvCn`8m+He3ZGqF{f!6Qj}fIdWQ$5%7F@^MVC+K5OKykM;ftf2lmBV
zVO61ETkX}BL(5w<*Nla1-+KHcgAVmtip^K+h6I^Gufom`148o2216Lf&aLj*8g|3K
zhCxGPwp=Z?DeC>wR)u%{f_y`qG5D5yLwk;7=Ct<e%Xy3Fm9MxQs}ejqzjfQ3YNdW!
zqIy{^<~6SnAwW>DSbg4Sm+%z~aKM5SMtIR?OeifOMb=<|=>ZIklCG3nu!^N@>Im+c
z<ti5mD|~$m5&C3!Qemi1WSR1NIRyfyz1UYRR4;IIwi$k2r~APQ9GB6~)+4>qa}GW>
zkUDs5S9s@YI_%ueLH|buRAOQYk_kMxCE+f20G-!B65QK~(pa_PD$>WkZqfmaaTm8e
z{q9jTs!UeEo(CpF%pP`-(WPj|D!VD_>5gC#E3lN4OCS-et=sKxLaSM=ncM0d*eXpC
zO2B9`u{u#9teP^BK)v@W<tWf(L^{|%w(A(a&}+i2WrR^p&w1CsgzxS;NfpyQ6ltY`
zER+-9(M(sdBLP?Uasr;ySqS~zFe~H7IwiIMz~h_kRF*@i;gewbR30eD&rUu6`>i;L
zDMN_Unmsaf)({ks`cRm=-No82KXlmbC~9xUJn_r4q+VxbZGz#ROuTGkajY0RViB~3
zEsp)#Wo(p*;y$STkpJ^?$PN=4x3wIYj;n+>Op$^5ciLVY>DW|!6k$j^xUpzT;<WiP
zJOqV=4TsGJnIU42D;}zX3&=Sc9~*48Zr9zBXJEbcL;phi)taTp*vt|GbM+`!ej$l*
zj6i?s^9di`Sd@G~`6oIBJ~?mO<Ej3mDtND6Cl#+bpS%Ic3g_td@=?K>4;F>SZo?OO
z&}39;Nd#qaPY~Y+lsyX=NQW~z?71{*)mc`VaXa6Smoq)WRqm7%&tNf3pM#UEsZxy#
zJtiM9oboLmgPz0$-PX%br7=sN;L~c7@3!~3neYru@lGhUM=Yy!>;q=iG9|b3OxKj*
zAF~oqz>q&is5Ow1XjLq-3A*l3?V=7xm_wUu<b~7Bu4uB$zH&~8vr;ZPtmm(VoMKX+
zVTwE8Ok7JZog~M1#WtRJawf5h)z(baSwtr)c|<Lxagj~awSBsKkY>G^<Ad#>r$xh%
zQnABHDP-M_%9B@^oP78qeJWGbWXqx8sT9LRt3wQ4?sh7I^GGiZGiP=FNFbhK?^--u
zIgV1^)~DPZztFd|$fY0wId&*a?({%xzCflF*XwM(OPdSogeg5;Udmr&Y4j?=!Wg=3
zBPw9NZ!3hFi1DcA5u`f%>Qn_v;@RUo*lQ9iP5e6c%V#V^ZLd*JNn<{c2bj}3jM`k0
z`+#eagT`J%==8m|=aU|XR#p<%U>;&NerEHDO_RVy_rGVR&A5ScW<VbqY+)y+9ircx
zdjd<tOpeoClNNp<bysu+w<^72y^X~GkcyPsvsl^(<1S<_Tv-wFUtEF&SYXw%{Ve<3
z^_~H1XeAwGeV}!s<H*Rujt=wTnz@0Pno5tZ9q9sOWt>YF0aXN)y^V^_=|6bUe~f0w
z^YiSf?e<@PTNFe~D8?tk30)k6Q_xwEk3SJJ=J?Ynvbs&bgW0=4r*DK6kv=+nq~H<A
z+zksj#p5tgZJ$mVWB!};O4dGs9j9zS5~*9M$8SW*l$r9D*6QX0$6#)J)f{ESfh`qj
zR0SU1NRg4a2QM~tokE6smlSSOi-(B%7s$buNh66J{ZlO1pXZ3$n1v+=8s1}5$l^vh
zG-l8ctl#0GBok_uie+opX6@m-uaRo|Rmk;P#1Z1rcPrxoxGyv<H)gz!q8#5Hy8d&K
z`8oMSHvSp&GMiSq!vHRa6Q&=L5lppGf|naSk-X5Ta41mAkX-R4<VsR-xppLE8NK3E
zcR7vvl}$4pD>i#bp_Ee32RD&C$M4s7JDKR2sGJq98sgSdY+OPiMrt!DwCG|E0}uHi
zK+E_xY<H{{LJvJ|$>k$eOqlt+>nTy+v*9ig|GZDX2}&$d1l(xw^7AxVOE5pP=V-ic
zi#0P}e?z#1HKLwTW>Esoe&R^8;Ga?_g0z8<Xt6q{epzEZy8B@%1g**Dvx~Y(e<nB4
z0RUaxm`xi$hXhfv?Paw}BKbsrKyx#dReB@)fk?lsPN!zhx@`l$Bafh#BcDI|v5M~^
za}^z=$Ebr^Si1wAex%orE>UD7eWnj>v&#Bke*KLVyn4McpqC{3sI=3uSq;Pf;9D~E
zy>zsz6C!B&Fo9NIX2L{B=EV|S+SUs=g4rsmcCHDM?8pN4OJ|kInorTuY_!11QU&D*
zUB06I2D&rBcEF-o1KT))Ic6b2GXyxF_`O{>&((MEo-&Oj8ulLooQhgmm_ndS?9yt9
zG*W}|IPT^bIg(Kk&)~qa@lS7`3h8oqgc$NswP!$>ZH;^F{(9XT<7LOg?|Mw>L$?q^
zr@!vNi+y7(Y&pOAkAaUk(B^TT1<%(A5oyr+uXyk2E;Xr+wyA;Wt(hXefApH+(;rTp
z7HZzSg?%X2b+&K|+5&br)Eb6MmK@9(s6ccx?OLE(wqmiJaX(YSD^sK2?+rtXyg-IK
zk|cJ5AM+!NN8ypCk+|X(I#~u})qEWyT4Kj1xlDpZjCwcZ2y?-~{f4W5BQ1<L9m3Pe
zB{lOxZg-l!|AZO}MBJ9dsxv=|H4a!U!NuklqDm;?374wKnO;RP2=`dZ=8%tD5t1ZY
zx%kX=DA~?h3X-wX{r%JXd*wBov1;^tExGX_cL4;^T;WqIx3=n~x$z%4#v+SRiWIt>
zd;>c2#+tiMEl@CWYa{`F)eU6^(KS))S@=|DW!Fls0(;gPk}pdfL{Nk;nkP%NWuQW9
zb;2k;hxV=vYiH~@nA+e`3Ii9ZI>iJ&gs0`5^pLgzYh3zOqY*i<M>MlS-NT6&iw~(V
z1i#oC&pUSdM2in<&C=ZNidjy4y6TY1NiHQ~=;y(I9fn+^9aaQjLkDXT(v&weLp^sY
z-g3m3g?v+r<&dlJSu~sEYdklGNEA`aQ$tx1vph<0oiUwhVRM?{Hk#qME2Un9eVD4d
zG+gjYoHiVjxzv?Ge5HgzKCtjtnBzp(9iGOHHi);-$}HzcxTi!5=l<`SZzI(-LzD-L
z@8%a|;-Ye8#%Zh;h*i~Eg6KajOW&|v)H~J5=ApY0nw@p3&%F&wLU^ER{o<By<{FM}
zhDvS_kp3WsRt*L_l76Wc`qwrKiP;hR$X!Mw7IqDVmfb{*XMf(76@4>A+23pDz=l@{
zuW393zW%moBJZtlAV@o=Z_3R_AFn4oap=TuKmt0kV=u%?kqM^TVK$wY{A!)Fy09wR
zPutaof@_(sT-TUg?Q)#Wnh>GJ;w(I}Mu{S(vQ_d5T$X-jSaKKFFcg2p6U)4}7+7d_
zeZ#koX^;o`g2~61)9c~Iy7NVI*CL^9J?w7PrTxX%8>IRVkdQ9p%YVDiuTmY-{|>o9
zwG1^(ydJ*xD%(V7)@E~7N~w4N%WPx4Uf*l+O#M;vwy@zi0Su{T<=w~)2$7(K58|q8
z8kjy!4lomEGOd%QRr%A{q&$UvufmAT!9Kc`KS%m&1=%<af>+3BJrmYuYRe1a05WsQ
z@<nT&j-n4*-p=}D?)UQ)sgO~&_@Tm*b>xo_;)RIA_trAe3O8XD8!99>?Nh+VWegMB
z#&Oni^zzC`<Rf#A22tZu9l|wFbxo4{V{HWV?3YG+g56w_1!D$|)O@U_e`$@ghqf6q
z36TBX%I<~y;c4yb7>#2Ulb5!UQibduf76D}foB;v5KMl%%djmA!iPqf2G$&bZ4tNL
zC3T&>JisUuqi0|?ZB1DGz~}!SH12@aJT4A7EvX$pe<6m%Qfh-1M2B5jo)H5l-sLKp
z3SY;iEmGIKY$1b2%NFjJ?4feO{cp$_yn(HV%}4P@sW4QJ7FqA%dYwSVb&cwmr<lxv
zQSCL8t(R`~64qi|4y();g<+tL0XGl8b;%4~*_huA7k%H6viFiHBuLekDOC)2fe6Mo
z+z*C=7QJ6^gpA?%H8~ZdmRjqkD-Xzo$ZnkfET*m7${^BVcREB*=*q5HuST82{XMx0
z&lx2i+S92(+u+nit3HWv%p~>GPwyf7m7cP`$lDECi8pif5L-P|jE6cDUt31GM@C*7
zEEIZTIec2<Rjo|Xq-jruPGdo-;m6m6vG}HBB2sF*K(lBr$nDd*x4isJ+-vA9H2|JM
z<STm%Pp_6L4>UdFFBk(?)#}!}BT}^Pi5n{@#zv0Rn;^HfbbGDe?I-Qj?XvZ_AJ$f8
z{IoT%@$4oTB*fzMt=j@%=hW1tRIwx{z1&}43UE(1xJnG=lj@Z-NRF6x6)#_xelDxS
z%ZOvmLZKFH(pm&8x`JVuoL*insU^zmX_F}gXNKnA0$mts-Z{N1Y9q6$CRRHz5nU&J
ziQzs(orXiRN*pWj5+n-DU-z8f#QFbfWTq(%y_x}VuK0;ToB#W08TDmHs5*U>xTd@<
zUNz;(?M}A|DbKBx_y)YojR<RS>4C;XiAcQY8nbv9IqRVq-kebrC^_TOcF#Vr*sRX8
z8d+US@b4Y%5PiK<gObHOFDoj%i1~|#R-b4FkJ##D?A$_13=u!SgsApPsDEox>`)N(
znJKhO-`NAL>=U_3cfg0}u6S5y#-Ba35vzJ3VIC@92BWq7i8SN6E7Wb6A6VQ*WZxg@
zDxz69kf6}HC$ZG2>o9RRcn@9-fbB8<ztbv4ue(Dr$yAscJV8mhY9T5s*np1KPFZ_<
z`r`xvB3&uF#Z=_3*rQ}3bIC&J%i)myAZK0cdjz!MKZi&J^3%vpBC%H~VP>-3MZs*y
zJN0dDT5SBFrB0P&Z?}=UDOaAO$J!-ZGFv^_L;O_+q}cIRSIaXOxLWOBNBK!gHd};!
zSvy>04YKv<yw~S0ig8mesPF0m3oV#~_MSn?G(eCW-@$$le-3+V?R4cm4PJuh!wun0
z7+lq}w48h<y<HrJwYRtTWSq>m=LS01IJ*xAUHrEC*Nwd}q;}qUvl5IX>$D+>^B9h(
zvf<SjDV{|U{p47AH`hhGwW?VoSoW&Xy<-cqx@cZ0YnC=VZ@$>@Pv--Xube&~owy6f
ze2s`<#jUj~-cBK}qGI^+Su75@3LyqMT_Zlhj$%`eD7~|``mfHuwZ^2Wt2zC{)~hYx
zWvutNQcyuA4l2$du8_6Q0NFwa3QR6$pUIp>^Q`Rs4YAA1#BHQOrv)0@27qYqe%nEi
zk)f6PNKlxTXWRS1;!h8T0@3H|WZc#<!{<v<50PIw;{aP=NB`Kd>oH(9>ab=<Tz5-$
zgX*DlAF~|WwKxn4ZzF^cDqRbUss`^sxmjYckh?Ih>!C(Y@lM1zfmsGuCz-MEJ3c@?
zPi4%;JVdG>>@GZ6(!?+7VvFHWUi=H@6AW*6H@eqN*?)l%m7ezW9gOS|IPxOhH%F5Y
zj)EI3b59Eyal%C@o=OBc8=nL_oolVZfEgPBm9QOyKxGser4|Ov_o*p5<+dg$6ToB6
zUHz0FL5G}Rk<wBp{^OG>F%?^zIpAO;Bm$2l(Laha-9czy*}MZ1{v9P}N!+CJr`)2d
zX=r{0S%W6UM@HB(%A>7KT0klLeP_eJBl4B#0CPqbej0K<DFUeuYQ!VSKYR1x1^A`~
z7|ZBoCS<h|G;2Q^+0wX{mnDP2tsD737u{yvNm^@eL@r>Rz*YkfMPREfwZ1WAAkund
zxAn+W<3L0-rN;`yZH>$)K-R`A!honAWMAYNOwKIN+H{&CYt7}s^mVbSv`MKVrkVeK
zqT6`8GxPa){`h-n&oNF3<T`P0=f}KM8$f~X>KuOKlH)&B=~{A-<RR!D_IO%)weZaO
zXGkpLte&(--VN}h{b@L)iBhn<z!SD7m;g}IKp@XU@ZG3(zR0`w!D7@~J)@3YmCNNa
z<-Xhdkkjxo|Dt>3^BDCV3CF^?iM{ViYtJXEOKbXfmt=j>ambTE%zPNRp!8w2#ROQv
z@wZ`8$;ZNn-;K~LLdV@|9l{{<zHnSZ-_-&Q^*mhP49klF{(+9_fR2;?>FGcCf?K~1
z7;vucvHb5kd$9b{b&HCC+cnRMW$J1&fS>!}U7d#&LrX!PmP>?6PpVyI47otIhOAf1
z@$waEs}xwu<fOtR`Z;>~X@)imj5o`_-YM3_HR2|2UFETicma~p9SLW1Q?5ld{Gf@5
z!nXgT1yIs<#RVx->AA33o5_E}lEX`=l3HD)RmX>ffXj0&&wyAo31L7uU?R0J3lZ5V
z<V6iIzeefx_DFab+`8fgJ=2`Mx|A9&!-Jpr<OU~vv4!wGdFJX_3_&MSM<tD^yHaDX
zGa%tV!wxM?M8)LIX?`4aZ8ILu)w!de8CPX9;Y(Wv$}$a0;h!#vgfgSpx!iZjMj!Z&
z?;7coSV#IR+5m!j-SV81cNHxsf^Sg1-1PpsbvEqp)x0Q-b|No$==2W+Dnxm%`pt2X
z#622@!!UfVh9k&Ljd-<|G}{#+rQ3QQxr(IG{Glof&S+n{zSV!bsGqwTUz$&G9KDC7
zGNH#|7QfrewjDp2nYWd;p2u=YK`W-doxjsN*||Er98zopP$`!}bh-xP#z2_V%>4b6
zk>Bt<oCJ>A$IVzdc4+xO7gaj9uv^x-$=ay8vNGTSD)VQL8J@u-mg*5}HI8l79bwGh
zU)Jv?8eBo}MjmCOEFFF=Q+0aJ<8m|`gLL$%IEKt^EzRPRs~xr!b=8yxcOs=<xn-?J
zWj%{kjRz4Z^2UT`yf{hJid`uU&cZ$_bRq}eZACV|C(-InpB6gD)6%|TDI?jlPI9TW
z>_y&ChiqqCf%xZQ<Ug4wPS-AU-hZO`|E@@V3FrU&wd;Od`MOVZrqTO`Z0|8Bo$LB_
zXGi#9PK?EKTsHUfq3nFITbP9Hs&}_K9G#k+P>_}<e1_4`r)2iXcuMix>eQB2--=hA
z9Yi+lGHvX0Z1F-t%@(&9+6$Z0%4sD+ZpLn5<<+!&=)9o?U!!Grw<^%RT$pz$W-3;i
ztckozT+NEwe>T}cty(K-6Te2&$KugUwLJ(AHb+yHfRJRF&5|6xgzbOPbWVYJbkQ14
zlO}0wtBq~jNn_i#ji!xl+qRv?X>8lJc_#lk=O)*gZ}#lHX3g`gSBulFhAry2y?>H;
zu}OgdaXOzIxu0m#2-iA}f|j;m`npVhGX7ngIl*)FmdAf>@;b#4rR%}7%N5`mUwipp
zdvCHnyu7aGs(#%amsP#z@jd4W1;M|aPQ0J~OTVj$@|F@VE%msL%ktvn+)zC>&Wh2>
z+Yu$$+ZC8Y@Tft=uri_D6m#iwLXp+XOf_LU6FtZ=h=#hJ-pLs&952J#|1&wPZxQ4Y
z=Ye|O+6@P7VQ#|JMwZUY{<}5iuFUu>d$h7@#Hypck@amiSD^0u`)Eb1O8FpWmTjeT
zXk>15glm@@p;>83`h=Z)+x+wK@sw@LtR?Wlv3<TB48p5u8bw%Z@k;-&HRWlqrPuXu
z8w^zYl{Y-pk^OiU%;R-ZS9?Rl9ZuI3&Mp&D3n1ofTt&JD4}HovnY-!$&%1z<_1FiH
z%NKmwY<4c+)d8MONwFxVY|XuydqKm+`etvm7NPMYu!eB>`lgUxRt%eG;SigWt-waz
zo)0#%*9FWKAB+h@d8u)MD_*Fnl%bANefCa6U6O%MpaAx`#=YMRICxzPhFpe)82OZz
zJZoJ0g0o$_IHiWDk=TO@PSwQo|D<~kF6@Vxnbs~kg}Hz~5J~?;&O|?)Rz{Sr2zgfO
zwS~ej{I|#?D>53XB(H2SUpK>(=cl$^zHJ}i_`bRtas)uP=rOtE?Gto>SVYEi^wV|S
z{orTj=iNIU{B=6Gepl(b=5;gnxu`R*<BMKDNmrHyEyv^Y&2pfots!*sx%;C5+nW4L
z8Wyrn*VBk=f$pR}B~w?*9eR*l@S)NM>1>bXO>{ZZZGvX3s&DdD->M9u9}|(QO(f=F
zRRi`!m8xgNVxpZ&cLuHB?66N@=A)F!I}FpitK>T+;q=n$w;eFWG)*1<f2lBYRJOg4
z7jB`p48NBxhexI;@O<t2=>4hxWGQxe=4i60K3(h|^*vH^%L9f*)BHgMg67UxrlQuP
z5Z|qk&-;PTd;0;;#LFvy?Y;nzvcpwBM%Ji00{7+LLB97ZNPM@=#ub}hvX5)Jk84$*
zJ5@UGBgu{H#3n7LDG{=b4@mfQw9YBOL<b|;p?VKGxLT1KfwAhOC+)j)J_H3%X=!gt
zcJJPdaB?L+xD|T>8|6YiXiOLgc1rfNTtoVqhm2YNh52Pw%R!OL39Ve0#<-D|aA1pq
zP(hM3c1ibHEqed^3q6I>-zr8wKm8xdb-zJuf>bseDd|A`k`Ja6*3b(BM6E|;!Yq(Z
zT}Cd`)Ryx&hNx-}_Tx*=GCN`}E1heDev#bnfpD)zw3N_9+RPvz@gNBptb>p3$py_p
zQj>00vbzcf#{JtZpz}6=d;&DO`_GFmEvw{Asrxiw0I|>;K-S&f06^Q3@4<27rDMZ$
z5YM&!Sh>pMfNSFkV0;TFE<6O?zJ~x~KS1yqU}T_~-taPCSarXR*E#)hKqlts9)>bT
zZAH4qf`t#I$jwD~p6Qd>SZVknqsC;tKu0-@wWu_QW8_?8Cib)~z=Ufq^#Mgk5(tVn
zgXY*Q{C76$E=XlS!WC(9KEoNLBgqLP3=b%RuBWd;o#48^FtdgcWVo`m?Z9VSOK+8t
z7tZP^UW9m-kz6G7`W1%pDzV&{<hcsiwwIe6S6q8!-8G+7wngIecmVfWRoR)*R2#UL
zbRJV-I?vNd3S5qNbE+63SEGRGYHjPeQuVf6r41+vMXeX65T7kX6ZNxtw5Xyn*G16_
z;491Fo%31w7d(|dgDeiCEn*S2&4E?x3K>Uw4-BK!M*7np#MC2qW0{Lo%Q}}%59GJg
zWN{`ctS6Z6fnM_Ozlvo1(J9XwtteOSodTPkzT35(WY24C$OxK#Xoxi>-nrrZlS(zw
zQ{L&m5^p?`M<tOjluW>j%XQ3k%JT-RIs`sd+|HXc`mam};0abxrFx9x)NF{z%0Thn
z*F<Rpp!KJa26()ka|M}Gb)Tx>L)XXKddw$i4#4(-x=#tZPa|EgBR7HH;w+qu*ngno
zvS%X8C3|~tbX9vI9!uM`*Wz)KrFtmUJS)f}i{blajbay;%g3V8;s%2`IWyemJL)EI
zjGVh`HqErssJMpCM@aE#B6b*Tv`>7oP<(=MhcSPrm;DiidbA3zxWh!nZ0))#_-CiE
zs$fq%u2MgAp0w09Z4K{BogRkqCFBgVPy`7(qiRCnkR~@z*xcRx8jLQ-bS4D$YBCqp
zRcK+Rczy%<^<rVd0qA-A%{Wz6`}O<F#m8Sr-fXm-qWki!=aMYsvSyB-`4R3Y_jno#
zeBovtWp*CUA_8Z;b{@z6>pXRZIf47*Ket}xA0-yBrfNu*;aY~z%`6Xih}iAJ*dfr;
z8UiJ4(?Tt|R=CI#83C?|BGiQ9%bgUzHTE>I1*NNHaz?{8pHf?P8Ap?%YX9$Ih-trG
zq?x<X9{pYMec)RD1?#ke3;aZ#Dn51AHWw%0pRmSXQDLLnuF^u4DjuRT^b1^(uoEfB
z+2aF?STP>tXnN@b%Axny13n*X>$6_K+&!jVbe;d)pgNDFZJ+zdc#$%%fxq&??<ZaF
zC%Z3RAAi7JUQx~f!inJziW$4Tng3noGyf9Is-pPfG>7JQ?$ju-GOM~d{<S6f#Ow-w
z_x#{IHZ}3BEA_3oCX9NNl(WRxq_Q->Izt7c((d9LMcv#AJU(e?CRfAb!Q|gyj|q$Z
zkkr)Smi3JHC{~Q4*G`uPB=%}&5_D?~zB>BB+pN~M(xLD~ff58~APb4Q$#h#O;W}pY
zQaXJR{{O;|7i)8awJz8NG_)-S?(Bak8Y;iEUC)wKWJo`5Lh?N_@!c?C=z3k@xvpM)
z8ri!O9;<+8z6_X?vhTaHJ$1Z*L=rkwmw8tncX6-o3&7!EG$2Pd-{7e&P#i;_Qx6$X
zIw+f1b=BaN!1jsgiZD(s;Aja+FNJ3OZG>bR4k7%)mbW0}zRJe@i2deFgyN{;{Q5OL
z7qsi}$BJx?fS8H2{}5GbX5}>7{+l%wII;+_-SZdb68XsAfvI)Jr8cB(+CtT2Zu1@i
z4DFp)_07|J@)H^?U&e=R6;al6xlX634B|0)=5!S08>w|;&CIPBR~3SS_61w7{>>kl
z9GyLMTzCUjZrJBBT4=69_lwnQ-jLvBk$b`xP<<w^Jx??@C<$lG^&GS6#8>Dez%#6q
zzp*7L+wgUDs{eN2wT+nI6WaNX+H)DoNhM=-o>VLaTm04BUSVm=nE4vHKIJgL(3Bh&
z$@s*m|J2Q1a6j8Ejr`{*%ray+ePou}8Xwna74v1n&p(StR{w~*tJBKjGpfX`Mkj~L
zWJs877Ku663<g<9Bp4~RCusQkV%9DF4z~ZfOcGQW7ci5aLfPoHiW)uAx>K)=a=KDZ
z+e1}Tq+U;rhYhvV!OZ~s{<!YjoGzfeW_g}eH2qp|^;X@`|C|tDP}95<$)&<~LPYQ+
zo_Rp$)(z9x)D)xD+|=~&S?i-!x%KZQ>FO-p{lS;rId;2v`#2%iWS4(^&HIpj)c^c6
z?UW}UmeU{PpLw2^44PSC&Qem`N?%!0vT{C`=4ZBNci(qw%|2l>LpiT=^&Ac9nFN*`
z(`2b?qbUqOVcMlA`O9E`^E6p02=xSbfl611OEKZ9sT9Fu*%h9c5rGXmIi{Bj-M2W}
zG+x^)r&eqMd#t+ui7lA%q;ycA>0dBXk2CLW^Mr%3XW1+8_xGV<vrdXykewQrQu&5p
zYk6a6RVLe<lKr(y#9}V=LF(1PR-&fO)1L189t>UkCE)M5t*or0<6i<x8NF-Oc|rSO
z)o}tU;|?e^E`UOK;y>$o2W!G@3r6?RpNxBp;Nyyb?|CYU_e6cdW1(%``I?%XaDx{u
zBApwUyQWqnw34MRutN<^<1=9m%{0H0j>0h4L%kEUj{9}K4;8AcKt5rG^vly#u0a^1
z<1)$Cl+LIXi-jbavt~R_StOzyo5FGIYCR*?eOx7fpbINS^h2cXA?X;jV>OC`#tSB-
z<xQB>KnE|kr_zcKXKzl8=cFYEtTLs%gxaFhi>MYCi0zW6wbQAb)sP|+;m~560e;yS
zjmx3<@p?dytd@E+r9&t$W1apo+CwKh)fMoXCo0@|S7Ezm*9$iVChi|~TCV$Xr|WZH
zm*ov;T)!^;2wn#OPxI82?*-xG65-Pc`|t8ufTDS`TyMvp2`a;FQp{OTpcFlbh#~I#
z9|79|Pd6J(Haf1<3{f<at5xqzDfz)xJ*XVM#WdAc)<3f8`*BMbvm(EG?ix<C?N`JQ
z)wdqQTQOhVM4|R?+i%?^HA4~Ma&AT!duQ~GkoqRo;HujWXCq)SaKpczOybQ`DYbe~
z!DjUJ{IOOJ;UZLu4%OJG&TgzsssOKFSJ#h(yvR78>BNW<u+*_ciy#+TI54U84{qOQ
zsanGM8ufZx#5cyL$|osI+jd%;20Y-vi_q&r*ZW;-rS3!PLWU_dIbgEG9ZLsh$S7HX
z#@U2hfb2qaw6u?Zzg5^H&)SMXHIOSjG{@jL@DPQHkjIpw=8hO?xC^l`63(~DA5tRy
zrNZtoy(}}`68+TrgWp3gLaLBa=ub;Buf=OvCXqKN<PPMRhk<;D%HQ8cGcubM4T(JL
zy(S8wP6>+C)_MIYzdNDvQ&ggnm(?K2@%Pb!oEaj<uD%OcI2Q-WNer)xMm=QLxg!5J
zA_)8-Rlg{@NNiI{#E;qoy6~c%5m}B$GH_d{#<4!wu&w=8$i@kZ@Hnt+GUm`+S0BWf
zwTge@kxWf2aB(T&S_6mMGC@*Nc7xuvy}n1}OlIoVJg_Xb@EDcgcMA9*UWXSh920Ls
zT^Tw0UdIk~hN&Qg1?3=?p4`!O0mV%Pwbc==F8i_#_+-N-4`1W2=TlAm5mMoi$D=r#
zZBYmZK_}aS50Sg|UKEKYS$5}U;K2NkH)H_1>FO2p%k!J?Xq>p>hA^N?GIl6!F^FZF
zENg2}$ui$-%!@0u8;oZh)9Cq&&^?CGc(9Gm*apf@6Q$}53FA=6D=TX1sQMd34v4J3
zd%(*=fIB-?D?2)w6jW=l2zgKD+g)S5N(zEUR|b6*{@%oOYvAv!ZcWQ_y9_$v`$G-m
zwJg7aOICLVqMn0O8!vpt39Y|XGP5;VHNKKI(AL*>g9;B$c1goEar@GMwyBL8uIth(
zOhsvrI31dMwO8sT9AK>xGRxw!zx<%`lqL(X{ds7H*pZ=SV^}gy%|8I&551)ScT3Dl
zzOou2=q#xHt9l~E0SKvCV`FidVN^7DnV|xHX*x|Y4R_R;FtBW3n1l<-oDVRh)4y}5
zx#6#1(HR(z@~&f;)he5IYl$Y&=QOzx=|Y$>on-kpCj}B!g}H*Yy?Zn!4Q%lfN<va}
zEa5u|>YGu7CLa{P)lW6!ZQw@c6xl}@7&tTZ*8D}&E`d70ixmObRG52mi1xzolCpmU
zjSbaiLx+@=4+nnr;JMc28gjZ3SX5zH!x)y#Rw7M+4?5l9#*UXrg)ZH3&BbgM%6wZ6
zkNcjm{?52kVL@Tq=3LW8q~J{HWI6BuCdOoM@IlhuG>q))f$};GN9A^rYX8JFCQS?P
zWLb#As;PUR1VB;XRW)&xNLM1X)e9_*G;mDHF;B?7i7JMQm}6mVu39qmWU;pJ(CLjX
zlF&tiP%iJtZDyJp9$ZTSdB6-z2K~i3sGx))2_3~FPQf4LW(JyQpsB^&q1JPqwUJu}
z1O}Bx#6PXJ4GkUPaOh`d)tO40?kdH3eT@D)V-{WMQN02oFH~ZaZiomKMkCP(Ydd*p
zYBOSK{(gl;p-jH{zC8`nml}@Jwgh?tRiC(i%lbXjNd@B;$-cK=l8y3(Fm-N_=uWd+
zJ2!p7qp&BjE>aicVLFLAM;rB&j7Bv)x#=JfB1$WuLuIOe(jf8C<QG&CBEqox7Pho7
zJGxOAB<FI3o#5826o!`WVSgAnXuQ1tO^oJ+q(2=Ni_s;N3o_r=k<i)?r(p3m)26fY
zwo!qv*9zATZwX}8J9@z-#Y=I4*@Iz;;6Ixl3%Eb8pl+??rw}okJUcY>(xFQE!1tL=
zo!Ln6lqaAg2NIs3%@N-2t*seUGbd7QmTfMQODJhw!DX?#IDOwE2<cbFa~%1b%9S%t
zn8I@VDs$wImbmYQkj;bot`Grx>>Xq{QLCjZ=_wIDH<y7w@IvM5a*aoONhENG2p|mU
z?YSf-^nSP2d)VV*t-rsSDqj~AQcW?J@ZKu@aEb}ZMT~Y;DaM+2ad4Erc5sox|DzCJ
zjFVzw@s%Arw|1dUaJhAv=D{YUUJgHIsm8#?tB8A+WeD*g&%O{&81K|+)&K(%$I&&)
z+Eta5-0yl=l)#z-Od*mNiKvhx7L@!<@Ul1t8+XFj)&x&c;nX2CD5Msn>12=Oja0;R
zN3_EqT3wOLflI^qj!P`F7k@aJL<D*;;B!jXXTKZc!g)9b@iq*;S(ZZRAzi6ej#x7<
zp_i!FBi18vHtF(t^WTPJ8ynAFiHCyb?6|ub*?EKIa2x|95s7HWVfLFB(DMERQ}Nja
z(6MrAo>BGpK>bFqMYb0II|Odb_l&i?pjf-g9ZUUT64Boj=ZcAUzEJawi5v4T1!wcO
z`|Hx2V}vg>MsrD<F`RN|4NyWHO2r=AYH#muS~wMcrBkEAyLygW9P*a8=>yW9va1JF
zI$h{XJe2ByQ~y4Ja54n+G#5Z~L$uOP>S=x>3D7a-3(WX`SjZv#OJwMdQE8wkNgyJv
zRZBB$To5s8)XWIyI3!|*PAIA$I&P(SwwMRLncNXjg$b>BShaf(fd1QS<)u`mG<iLH
zvseM|aztb_4m)TRZ9!_2F;);)VSg$vQcW#h$q(sjz^~gp2@c{vsG&y_eqf?AZewLF
zR-5?pvx82qg2-3rSFjo$9MSv~`p|<1&EDPE>axl1t^W-Yg|~r`9xO$8fZQYRcfvu2
zxc6;Fn1Th!+y&$W=^6$$<z^|GN(tfBAkNKr@H8G4CO$}^vP*=Cy~A}YYgrk)un@$6
z_1N_hpUIEP=~+<*E}NaO=B4sOtKxh|;!$#GlC)G}=o;!C#b!su*OVcet-RIRWA&rN
z3Uj4yJUrz2eBY~4>z^2_4vPQwQ=f8fQAhLrg7FcIhX?MU|L$90c(OJ#A4EakfM3q`
zuOoN2F>hLDkeB@{MUlbl>~PWhKTe)^@*it94Cbcb1?GN=IrMIP{=!9{pf$A^Bt}>6
zzHbM(TJyBlY%S<<Q^;N56ftryc@(?7TrV-W#qH(B>+;=FO-^B9P`-^dI6GNgxs;`~
zHH2KbVoe3y+YD;&C2PW)2;6tm`vG(n5q|mn8?);8sR6`HLrvFYem=ZP`r96GBdIdH
zUFh1|_BJaC#VO%}%4ys_vqM+Wl|m40cr_t2=w1Fjfit!!a1v_6G&Q??fDn|BDxZj$
z@h8)W!Nd@aVn_|+tfgF7Fi^a0%k{R63~M!VrXIvZObBLSoTTo@21WA!7s2&20#+Uu
znz!e)%A8*~H~xqvA<RgmqYQhhB80tcAw~{~;TnXO6#K-(Wbl#Rqx7NtuR8q*cUn|l
zDO%1Lb*<eOtfu)=u$F6*FLVa({*t{PN41QFcuX}ZDdj#k(x(MCp3azuZWkl*3v}*7
zzV9HU=(uzW;dXuO+^)W1<YuEHrjW8}^plarM_l1=My$paDHM!pBD}Md0$NBCaJ%*9
zddt=)$8cl`j5+d60V^JaL)m1Z<?H6A&Wi9>*7Bb_io3np8XJ{BSx`dPxJn=scg)hN
z#A+>*F(nd%K9eZoksGRg8o7OW@wYkD9{YK*WAg0z00;d(GV;XsBSp0Qy;I=<XaR}%
zT#@y#U&G790U{$~<juV#s^V^KcIdWPn_T5>kZ!fp?Gn`N8i2UFn#~+oAjNIg7CmT2
zM@|jWy7}B*l1@OPwm&muX22BlPEQvxBc%ij<*g?{5YZ#1p~V$?9eg@DJHuj3Y=A1`
z%+CN}mtTkH4AZIwW2?gd)bOMtDYfLwVZ5(GM$RC#1sl$)ap`}rohDZn0kbVjS7M^j
zY!xx-w_MCDjDJDcEHU~su-8UWo=LtO8G7wfic?!CNC)!X#ZtR*UK&?Et>t;Z`D<&*
zwuy1iQQw;<<oy%bas*Ju;0K+t9_GkK+4Hh>BwFa(MA=#?V235|vX;pzv0{#<uA)!o
zBE|>`oVkt}LIoI%RM9VVLOC3WJbF5}vn%iG#f+S)aaf-aDypBoF{Uilkfh-yiW#}Q
z)w@aSYuK%iET4;%OSxd0HWN~lMdCyL;ru6Z7P?sTirGNvA<~nmnZT6SkT;N^!H&bA
znt~6@pny6InFA-LgF1g^wC-I+`LDGpkEBrAhaym}EL~cg&5a9X?>-pYt6iP$Z+bPI
z8@qDiPxhP1^RdEf(?t3louHH4Y&w`5Y%)fk1*y=;slR3P&HapNkI}yb72w<SNqHqB
z$}xQr_LMwYhly$(%k4Cg??;4Pm)CDY;A;gnsCI4*3YzH(IVU$+=T5B%@vOzL&+V89
zDdghS{*@^V{7#9RR;tANeYyw!EoWxy3n!dVT!c<x_1<I%v_5Jax%kTNRHp)LYcZU5
zx7VM$h~IS`7F^HxM+7?9)Z*;20DN8^oUfz2KS7S2roZMArX2utqjeVB8v=WI{jXki
zxGixZo5S0N8WS~AAgF16jQUijinvN9M;DdcLA|Sxx+)@GdFE209Il>~%Va0=_9U>9
zV|AzJTp-v7$8yVfm$)rhpjz5sZ%Y5E!71@PIGCA96(eFlPgPOW58S+eUdPPjT>-+Y
z_c1FHT5QSQbL~xL*~T+;+^#^x$FKNr&dp@$b3HpFaZ52Lsr?pti~-Ov?;(@^ehq7!
zi%+`7v-hWZns1q{%hmaEdW_5vAAH|tz-p3eR98uG8a(tD_J!HraUM2Gk;8h6Vgvx$
zxs1SHd4_?+SUd<jpko=2CUC$v=4nf+5<@Uiw+4DayhBZuBnC=EdkOw1ZoELknEfKY
zk8v$K%yKk8E{XG6mR|6!hMW_n_DIkgXpK;Hw|}EEorO!S$oi{<a#k>y_SYphL9!qS
z{EMtyh8^eC=K3=4hj1J4GfOSj;<W75a6@A43Q`)|!OraRfWxf}z81Su?at0DuKqUJ
z|28U_i`bCo`z}WyWt+xof6DD9F%8KRFD6Xd|BNG1<S4&Zxnl74==H8jHo1KIsKnuL
zh9_PAPx4YGg?*xo>0lalv#|y8F&bWB4fT#Oe&;$T+JEsIKCacd$$nLO<AU+ZeC(LD
z#>iF+U<?1UGTIPY45=5NkmbLL7amc@*uW)sY7S%)n8|qD6#W-IQt}0TwumhK7dQF;
zKApSRcqrUr#;EZFZZpD~TuUA{Y*>Ts^YW9$_d-cY2ktObQS`?s&}`VsM>vp%$g?;n
zf8oteG)l$yH%j>3`>aT649O(SfVG{QSlezMB1#JC!P1};awU(+lis{#H_&+PVW~xj
z(L-%USu}l%O0Ff9oSd#b%*@0`PA(Dp6O=Who>+K!+zLB)F@sr3X}Z$9xbu%~TzYG@
zCZ&Ta9RDDDKeP^}!R+~Jd)05xicu|1Ulz?XzMgxrB-}V)a5qq`_^O)aA>?RdLVz-u
zPCd<=8hDI(WU^goYJ_I=3Fzd8;*O?SP}cQY>kLnIWHjV3cgBgi_l-`?L>!f8T!?e<
zD2&^3FrYK1+$p5|Oz|U{C*8R;Kveq$+b{-VNV9}O_9sR-j8gFq(m|6K&Jw16wJ+51
zI-~p1cDZBcpVuZ6YAS=q%<?Ie$S;Epbd}+J@0PGu!|fnEki3&yOkaq~ht^o9B~$O6
z^{cBe(l9$=;J73;+cC$y^#RrS9<3uMgXW)z`2Q?`mp48oLgs<=gk0oJ>9~Kg`j?zc
zwg85@VUA(M=4G8E6BRZ_9v<``!0`i6I5_>U=oB06sZz}RF=c%M68r+NMs(}!VO>_E
z8J>z<l0U+=oF)qVrl_(+4~08K_cBk|36~dalwHC{NZm$|PFFQt6Kwi;8O4<y+ep6k
z_fE&@QI@X4*0JQ;(n;y}Dc(tvltSRZYPFkqCpd(hb@$vt6~QB1RGi(&*5jDt6xQe|
z!s91+ig*}-PBFeZ#h53wM9y9HnWgE-Q#I~eKM;u?9OYw4ojo+7Oe<R*miLM*eTdMk
zoSY0E+<aJ9dAb<B4IV!=%>N4+^<OQOxlKOo{-OHC37g1OFyAorDks{kPA{#fy-gP7
zEogd;U8f7=6fGgEncUTBI>|<<5}&I#JW1;;cy^St(*RnmgQkg|vDG^!ctTMz<KEG~
z>%?{X{g<61lXb6C>(w!2mrqvJqgd3l)uVnW@M`TX{}(YGgPtUy<W?sw&9dXAJQlnc
z#l2OvCIIhm7AHsv89Qm(N_m?)7agmCH#=7hnzJUVLKt~PVcg$Y!fk5XBB~Or^$z9Q
zU_4IMYUwkDuepMxU~7R=3cI=f2t#I!XN__oaKiFYAb<E>*sE6atgIBLz02ttj-WQ@
z^obbhc&oN;u{RP$z1b;7&m}d7lXsB+(6tv%9Qyco#^ysEumI#tJf>XG{TI$hdc<V)
z70_RG#U~9%Hp3_bHH-1Vjz--{bIaZVjdLzCPFeeF&lZaz+v%zO68T2rY$(0O(Z08^
zbWJ%aEuMpNlhUm%CJ<Ob0=i&Q@w6et{!~3jW6|{E{bZMdK~Jm(1ZJ9TMhG>L>K%gt
ztdLvtg_p^tQx)gDI9n(F_zDW1i#7rcatV;P?>NuXn6z&mZXZa<Fp+4$3tMP`R`cOG
zb+RfIIA{Zzb#ABvyqFgE4?jsEC6czG+K4s1U=+4(g=(nOr6cilc5lFbfd5I8P!=J0
zMRrJ8*S=RvQx>^_{CYqwqN#|AFB8~?8DLyady+VS-mq$ZX7Z4Yg<bd@pihjPy+y0N
zL7j=QPH-QA8UTjgh)Z5snHSX_{p*MN7j9U?I2evVa?WM7ASOqS#^w<*<L$f<@WKD)
z$Pi$#u7!Kb$41Z?C&ICXm0P2n96#%Iln!$qep@0Floq9BcP@qVpVa%gS#Hf$q}fqS
zeQcmUb^`RaBYKEY8xvcFwJJdV=uRa<_Rda#LmokLA~pZ~VZ42m{!Fs??Psfo!6aG*
z)g+i!1M^#p<5uoDW-z^Ii^en~)@`&2Zborj?oDLKvM*)bmmw<)nOWYD0OgZQ<*BA#
z0Y`(ZX{$?r7XPL#CUuUQ&CZ<_1l{ThzA2l0%&q2b`VeweO`ZOvfffk@+(^1(@d<iv
z0muphXxe&aq4=flaAwk2Itz2x<HpOi5L2E|t=&R{H#K<^=NfrTFp)krtL#4}^H{QR
z>hdAQvH8L}squXSg~-0#jTHn5zNm%I`j}U|n}X#65{Bd7oaW*RK*Xps{x;4iPpxGo
zFgNbP)uHKkaCC&z4ABx+u<*yk2HPatmDGM*mTq<w{3$M@y_612<4J2}&!znd=ILs_
z$-U(zT>DK7fph!N3EK{lVNd-g?tsymmYQqj-g*LcF7=v9f&-Hdm8;uaA-;R{x8qk4
zT7dP8acJaWSw>l<sM|N6p+|-=VihwmxcPc1Tnw!rffl!D8rFFDEo;XwMH2B=sc(p7
zwRVNjgw-2SHf6#$B~siapD9sB99=uFpMwGyaz{p5JB@NX?wc+#okMt&h*fn<O36YS
z<HA^58V*~j(*_jyI0`TdhY**cn)o31*PRnTC*NIp_pacxl6tK4!tgeQ{Q5LHWfR2#
zMc6WNN4Mp$IC2y>n>r$}csI0$@{`XJZJx)W>%N;=1rngs#`Vyk7MlX+vH+cYH(z*W
zTtxAzT(PPh@sljT#jz$-SFBaj9Y<!(bDs}0`w|=#3W7$^v<{TX(bXL~RLD0iSJvK0
zN$tLn^5|PR0BdI`fEnYutS`V25b5Q8XCfA{3DnE8SrHTG&_!%*-Wwo{b<q^ZtLahM
z!2$)uV$+M6=^&a&1MK7F>3ZeVnO2r~t_V#{QRK!yskx=A+#3-~u*ykOn+mRH3=^*6
zS10Xch{~P$O3%OX^{=;&Y2jhRLryotk0#w%DbjJ9sUbUbiCLGl=0xRlX?QB*{vxX}
z34Us#zg6^fM0F5ugNCu&ZIP41Q}3O&<QfZG<RpIr1TY=G+oP}ddx#5BKQR8Ao=67_
zVrhQZm<6+YxGb23mEx5?XXeW?Duaa%b2HF|O(3KNX9PL054AFRmvW7i#FwixaVgj0
zQc+o$Cz0Hpd^1z4NHZ3XDo*kvSIH3Os}moDi$<e$+#rIDY?M2j_8xvk=PVozbX&nw
z1@q29=eb1ro!0W#H{%%GPkzNkL3rE8eb0$)pEmyA;-Yjund3v_Oey+Ht$7z`%8I2h
zZM^?Xc&7s0OZevqL7?4X+1JfUZG;PM%o2{qkYGnq4CN0y%>`bE&pJ1g0(KTDi8-k(
z*=X5yvrcwEO^t_cSw&qcRCldWc9)$U;@GssQKrwpn36J=T)c==r_L=icL8?jXn4+g
zy;d2)t~k51<C|BL!#>TlG8Kze6BXX6RXCxDFba#M;*EkMVKfvME8h;4V-x0*`Ae3b
z^jSRWQ7F>tMCcl)cY=JYT>wa8fI?M-HJrX6J-hMk8J`68Cl9=%mP45S*q2raIveNB
z{<4VMg7)$U3h|jU3TStAc!~f`J-9uq1q~4+f!`!`;5eNt%&@TieWZeab*!vvlILw6
z^$xtzKFVNgx&<UOB~I&@-g_l#OLh~s#M=Qh#Yiiz|BFUjRIFO--i;t*v8B5S?`#QD
zj?wIlHG^?9ziBQVw@zA!^s0X!guV2M{(3?Yt&bqo0r;o;Bmc!z7gcVSv@#Qs)PwsJ
zVyzQiz#M(HlK!^{kKV@=+se{N2_ut9W$g5(7uTS29?--XdiBAGO|q;?uOgr_T~So!
zz#c&HvtD6!5&!tn@-;>kABtKnxiGfej!-#cYH>aTJQQ8o+Vw`FBbaEjg#oL7_n=ut
z5epnHWL2?O!pb<Y%wa_eOW3yK)(37^Yv1@{1=N#s>vpF*2;uazeEEboxEoE!F0U5#
z6Y8d`1vvC1Ecg;2tEurCrJ4@9wT>L;3(<Asu{bG+=^peqLYTnSf<&cn0z2-?3T(oj
zlc6Dfk-BxH_mFX<4$F>@ZDEiYNRb+tS}Bn7OuIuW?t;RWMZThQgmXO0U^Gzr8nQub
zW&PE626;I$m*z41N3IiFaVJBVXZmsXPe-rFVW#-7sdvlIUoj{MpZCB0AK0G=ihFTE
zn5ejayd0ld&P20xeB0-8`~mPS$v?7X52(X8o|MhP(xdnXeqh?0GG;a0G^mc7o_RHD
zh7>Q)yYER+MdJ<>H3YO^ZJ``R6VeDS`^4*pvfzqfj8v|wHm5gzfDv_bYAaJS%v?x=
z!E4NzErV5jSnp+Jp^gik|Cr4<_KHG$Wv$s9`W%Z9+{*BUuFjXr^=Kk2s&OLX<k>Bf
zf!KEahZv#I--5BTA>p|dBL*q2IX1M+E)b$|TVN4Ju(aO~KP}_j&qqxxL`|3u0*%7C
zIQOF2NcqUwec5>(Bpg@&BLthgH&d_i$7)70Y}@>2x$>XOB@fmls__P~0!MSFeRy;0
zaV^Vn#PuKTo4Q$VMNrOv@mgoqQ|)w!&cxW!o8P{%a9*{WbJq#J(DbsWzpMBSD<IU9
zCA<E)>vR=CGX1Fs%=np)**(-Cj##laeS0={pCMW$eR$<x3l2U#ZQVH0rl@TlauLpN
zZ&XQnOkjKojZ{S4Bx7do(6I5c(4(XEz;39>*5Am8yu<3m#CJn8-AS~m$V({RdI@1m
zG1(AIuw{uTQ;n>Q`70&$f^-h{p7n9l`{LFA@!<33vlRq%CRgcCZYBB(i4nL09NI4Q
zI;mTFaH$DHr~TnuGh`SWij@Rq$G%LOLmYx(QZN%lYVZ6O0eRn}#dTIZJw+$1y&qN(
z-mgkI!%e!5c0#9OhGsc%pCD8<#~H}1lf*(vQ?foj?fAJs-#;I#!z*hjIe^<Z2a>Kq
zwwNYY1RLs%(~SC8Ef!&`!vT!WvB!J>456QC^#Kd`3W=a?nMWtbCVv{6WYc<uT*rQ4
zXR)Hg#uC%w4*JoLOW7^qCEo_is;aJuMHqK}IvR|Tt~V&_^;PsY;f37JsTxH~vcI>L
zffQd6y+DD>K^!(uQ|Z@+KgmsE#&J#3Hil(w40wob6HIDDsxY1Q?Sij}5zReT4dSxu
zfuanRzrdD$YJ`@Vc9R08F+&fMpMA{ez`9CQjl4Y=gEw<a^t7<{3#J*w2(Bq>2xz{f
zVNWrlbt4O9>~}RY9J)_ohpR>(^G9?=)aEu|yI?WUvefqUgMN7y&mkIvCc87@gmY#t
zr|`3F3HvtB<8_$d+pfTYKc9S~b?y{v8sNSpRV%!=&JZedrN7YwpY5XL>(%$4ajAwB
zIwY%vBt%27EtE4aQ$!XR;`h4BMA1wTUCazsK{<;9!Qv99GrO%Z+drjXWksz|kzCF9
zvg+lc^;5K;Quo_F1?cR_G}=GD5*MTsG*i}6Dk+Vntdu(8yN2Y7WM@YdbK_LiTt==q
zCzrUx2`<!;+G%Hza>4=`b|0X#;1w+M^>1iMU~4CAHFJxBf|CiA1vp7H21U{XaEK6;
ztcjVTk6WtZ#{e-vh?{g7Hd3Z-#z7y4F@aFUaKiiaastENNrF$67zpSIMQ(2A<*iz1
zaD!yad*4~B7_2rt+kO{!2^_3>Vn!>FrL%HhZsz^ht3xHi#cI|gpk-SgC3KjihaRGr
z#biW1QiCwK!L3K%Xv?L@E)a}up}FcOhc_9BXi2-1vr_Ck<!oyqRd{O1K}pQv2K;Ur
zs>1rCA8pl>yGbk8R=>+$pgY2cT@Wp~6yW`^tDhrMQCZ)MO2a`>vrQDu`-(Nmj#<o1
z&Zn)U`x5CZIM1rp+h4)J_vDcXpBc&0@lOkKSD;?tj*$`xo93cp<f;O)HP}&9-WFzp
zifXs?Js81z)UEU_4Ri6DIggTh1Cq;4_Q#+VEv80I22WbCoB?DRjIA@7rqH<1sU5^S
zIh!ASys(j^39Z$=9o^`dap^l>yz3y0X!o%`#ubaRL|so6s9AZ(u#(iA-g02}`|50J
zg@xvkKKrv&n{4=h;U;qnEwJtS$m$GrzFOi1;SdL0iCo<b_23bk>!Em~eHty9abjBp
zBWID&s3^1+46!M~{!xgFciSJf7cYj?6qSw>dY)qtxWTpGiQB5A#SQB1@dfwQ-B#Q@
z@V^HkW>&wwCf69x$7GPl*zf9=SEG8pq_&g8+QV|&y-FsA_?o!kjKl~?{5@Rr4DsAK
zb^NPAJj%%sdEtDDX(h%WjCnuU&L=acs;jEJ(K32IJ}$LTgqC`AR9RVRb6n;)?kaOv
zTH96@et<z(qh0Z8pKU$0ke_sUEuH}>=_q=W`xmls1kZXHEsADM+Hu5-RJYph9b`30
z-**`7=H!;ZM^T(hKa8;d+lqgwm;Q&RBR{Q9a!uy%et9fgsHo~(3UUp%gm;nC_@Z+P
zW&YqXn_WHqAlP7d)*qBokkhZu+>;$T#25GX36bD)ETvUMWMwcaT=g_ss`D_jR}$Z<
z@Eyo#CI;xHym9Jl9F?nH*K0uK-*%-C+V<1ab2DdraMGn>?Fj96hbT^7>6U@qC+nVD
zw5A`$Q|?B?WyGvk?kg(6W4fY$Flk9j<;m~EYfhA@?`UtOPZ8%fnK=PdLz(pKu%_2;
zE7>b#7_N2aD=%z~0ydI*dP#z{;vuJKpEm@d2@y@Z7Lp-p&vKmJ+Q73yU3#i>R;c5e
zqPCWG#K>3Lv8T#e#B}u-JKva48?tm*DJHyT;)+TiG@|3zzJF+E;V3qmUp7o`9WtRC
zSQ5c~^VNUSZJSh<N9W`5;7?}IhHDS0WG`MbJp1xXvVRFfZl^{<`9QJUgNey<OkP2t
ztK&)uFOK1%8o)a?=j!$qJXO2Hg`sQ*PGgj>b5NQ<?&3<&zZn6=FTXlMTj*QEa$*V8
zSgnHUi1KaB3{;c>yB!_*wf%(ZD2G~^Ob5A}fXt~X>5miSPR|oCs|&Xh)R`DN!&E<!
zSC0rW4e1Tua@;yPi<5q?A3KxC$k?Q=G5;l6Fy!u0H;xw8BjxfYIa<92>++LzXF@;7
z@_A=Y;(j@;`{db7L017JnBCOacyHbFqT_m)YJ&5m+<K+aSiKQQodg4r=;{M@4snAN
z6;PvIK?td@(z%#sTzMzP><!-?ru=>-dh>9BHdK}BNZ-MyH6+%_&!-zI%hsx6Aw*mw
zq8O0WPRcG%?F5|PO}7>32BQa4jLGL=6c9r<Uf+G2XOOTW^(kcb@da+%6O%M0d<Iiv
z#O98$NC3%7L3(=e_fsgZz^|~X@74{Yp>R?E1!RN@3iDpaL`k{-`vV3UiOW&z`Ct>p
z{<MGqph!(Xqyd&`Is+G1o8!T_7=iaKFp;_inBfeBY)t5So;3`vpXG@uJ`4B!6S1K(
z3rnUjS2ibi{4xF2@*i5jH)XkA)FuCb&I|j5=W%zF=aaOZl(`ckcz-E`c$3P}My@xy
zvGKP*!4>=&)vTy3qaEr-NozTBCoSY};gBrjGid*=)BjN`O%ShFsm7wV>gM2y$Z_)!
z&A^c{t<=~tfBn`L0)JOG6{UN_&&mW7Is|a`d3;i`{!!f5!NKvyPe57?rALnt0*?~_
z;pqT#@E<mOKGaP!3LqaYHhkukRXbkRE;@H(CC7OlRt-<@w|eO~2GAp6kdYd3IPs`g
zmc*LigE_ge(p7SD6G$P(+8Q91PH)BqQn``u%L1(-_1w)M^#YHHvJEo?IRiwYQIPP7
zLbVyAYd1^htulxb<gBm>l#<&0vPt_bL#&0}xxAask<yAwN$i|Ez%c~zS19_+3M&X!
z0HWNDiY*F~kyguu(&hl)RIybk3JHPl^)eEVOXq1=l{KTfxtW}>Y0U*kO-@(`V5Yop
z^9VYC3E?(fZ}+lZ+bAbfQz%iw{%3)e<qQ?TZ8(&fbT9h(YpFgmu!emp4chJ!A#$da
z?8ZBe6mwj$Wvv{y&`*@00X;-onOc~b%H!h1<-?Vs1Plr#NBzG4&d6MuwLe-BDyAbl
zE4tEf6LT}0ky<1;ZZ2uu+4NFXIHOx<$_xJhhi(i(aD<w!jUX$f3~HT|)@wILOb5s=
zSqH#AV7b4&KXmz=w;XidWL$jawS=R<<8wEAzua>_V8j9gyaR%{?-vbEme){#@HHBU
zZ9=U|*bh9o@F>Zm1iQNYVFy`u68rCn33KtSZmssbbJI#tP?CAwK3p3QbhAr}5wICM
zlx<%)ou2Xp<nIDEs63jQ$DWXN$irPxsgswyy#wwA8S@WE?GMO;LIz51$&E_w1?~zh
zSb46=N1;pVp)+_XLQj7578{9{AEM%!(0+|?xx-1r#a<L-cRHNRi{kY-oXmN-=+cb>
z5@j|XrvZJb(zW9R7)#H7RzD+b#EqZjeZN$czHLc4$N$=m@T+><o7Y}kcv0ezn&}5^
zE^f&(pZ1Pe5fr+F6o_!CU4Swii=@2oNSjs#G}FZVNP!2TnmGQfc_TNOr%EfKqw2_M
z<t~vn7qEyhF+^AqbIvFpA;}`J9=o6~(y0UIvVFH?ixr#UeyLOVRe@INn4@h^7jp(C
zd6cqLU>^r><G}EB(S&{unFo}kRf?i?2LLJjqz%2FMs(jl#Un5v{|KY=GT>9h0+KI^
zgm+sGGFLiz6im-=XJj#AK6kUlwyV_%9goupTrP!YVCHKf6k~3Q5}sx_`zSB$19td6
z24NZYii-cgfM#>WUt9j=u-=I^6>SwMYsD|^>@yoIOzj0p3a1O<=XZ>_7?H07M&CmB
zdZzy7H;g`LKViOMat4eD@2cf_pboHp@eBL9h2~f|=C+B>k0)^)T${Z}2VFW#Zyq#N
z7y%{Abyg1qG+A7%cK~qkAT5xIfXC&c<$X5?JmW*aHC=y3C45SBcl9YL!KF+dc8Wk^
z@5p34X>sys%#Q<+D6tzDcL(#<HbL78LKtN>Gw*{!Um~3sPMDMPa?YFMs++eZtLV@F
zmhkgLc<IyKD|VTUAHc`lN{}ell94>xcENISt0uvS27$)tZ-2{eFINoaZqPz%uO&+3
zz(!An`cs(8LXz7+)JQlEL^aU)JdN18k7zz_rkG~B&q%XXl$Uz}fj!*ncw7|Xl~b(x
z4ygGQkSR!GE`P5kE56c^_hsQuTY|nSCD7PV%sUsR3QcqeWLo-%#8FK$#29p9(js^?
zp;D+dyBGz8k1SWAUEKd})}s&{$c@ojVp@_e-B{TUUm2BrJD^R-JuwJ{zTsJfiSS#~
zsodY+&F6RV7yYncq_WAhkZMF<e;i;7{id+5s-n{4m<!1UL>D)LFC9h)-$`_97Rdea
zlTuZeC?PRYlrqBZFCoFuP%e6hdQKwcG)nMNA{fGomUQeiwdyX^-z^yNL;)o9bL`u5
zto!`5W;?h;9l8#_WSYvFE+Xck59P)Ys~DTgVvsLI*a4FB_7w+ZS4~z0`Pn?>Zp;<F
zeA?nxw=`{L_U0Pnl8zhXlUaeIq1xAd43Ue0{fe?YpZ=dNAeL0Qk6E_!oh{Y~2?I%L
z1R+EBXDeC1o{uiCfge{?SV_(?oZZPx$Zj(5P`HOvZ`D0yWo1Y*?l1L#y6)+h8?6{T
zE<l2gF9;rDgwoHwJVfL=I;2iaqD7E8?c^@ZHkMZu{X6?Rm7pZTz%p|43s*oeP#Lsn
z#@d<CkUJb12gHopRm&0g1RF^IEoH6`x~L$%KIL={pG<RTdw1EXFFMPMZ2yI}T<)RL
zt0YJV2^O_!Ze5;fx$&43c>!XB+kR?H*R~aiv;KDOy5WA1v7W_Du?<A3A;vh4bC`1D
z6L2`}0(K2j)(v1a06Y6ts4A|ftO|CiUKJCoFd6bZ)Fh~r*#u;UnbZDsMU0ytF>$Hq
zP-+xaZen^+`w1x{T8kNh8&npXlBkFPinad(^dx$157t-1vfmXFNJqL%3om}Cblj}f
zw5Vd3obMi!N_3RQIdmy&9FjsIsRN-Tslo1wlJzH5xs-Smsjn&1uOVHCykdO#XeB21
zeg|~ibp?u!n!74h+B!5h&T%`lin3!jUcl36@x<`I3c~4WdGM$16@)<WYx56eyW{g)
zXYlE2i=#GY8$PfTGBTI!H@gu<IziVJfRLkbV#{b>MjARmEm3`irV3;BkjTlQZ|%;h
zL9)LNu5IC(uf$tP7ul_pk1p{UOAj7R&u}Sr)Bjvr-Y$#135ax2(Y>?^D_R)Fwf(J~
zgJ6m^vQdu0)gkwZ6*cVG&FswaEQFB)F%Fd7+vOo=iTf5m%QV4leSieC%Rsix1wgs{
zgsFesM!L4|d}d1A4Gj+uXSl9ECHXuhC22YQ>*?_gegy(1DudfEyf0n=1<q9KaSe!d
zDonFUO-Y&RvVkKev?36sokjB)+=r=6rLF%)W=h-p`zD_Hhp0>0`l<~H!<NyiJ-40t
zni+wFYR3L1%FOWE<Q0wwYm#eKQo_o9{xJz>I=%?4pZ(T~FF$jIT)902j`rz_R`uOn
zwF}bK0vl)$$5dvpQh|KvwxMF^oZoR^#i@+ccO?+3gSU{kOHCM{IIvT0dCmExsIve+
z76{+#&fs$G1StBa%OE}=m<dA{a4s>l?79K#py20i5};{Cu&qCy0Y64=7_A53S3Cn5
zaJ$1)Rj&=YFAZ02uVg;gWP>_pO2U!&zos}p!d!rzl!~F7)}NFKx;kTWTrAYi8!j(`
zO#~ZU^UmYQKoZWAMDXhm)}j3UfDn1O3~)KNcVVkZ@t0BNC5qMsSe49p;h>qkMdc=N
z0XOxG?>w|q^`TRL?SACChPFGsyK8&a3?jcPd!-DQq=vRmCS6T3w@tdrIA}AmEP2T{
zuC!8P_Fue?U;O9J;;df=c0HwaJpo{R8&E;;z3=d?clq!!tquY<SC!Wum598O@?DY7
zbJ5GgMOIpx=VdqK!|9Tv*0bI1P}uyF?q`p41$sQ`dX$&0A{ojS+cvhTPxQN7Q4iG8
z?KC2iKflt0u`*4rjQjeoX2QVZh$K@}sc|+h13B`SyL_54=PImnFE`SuEoNXjIzCLY
z{q2+stkjTOhb2}`sF$LU&h1!4fLLN#zZO@em+-`+yd>St9g=)ta)BBkgdLxbK67ZJ
znn~2_PDn@?B=F(pet+DF3NlB)01UhJ4o^S=__+JLDhR)BF`yy`-Wl8vw16!T2!`=_
z`%EYdg2(eXE-5<icvzPNycyxUcj6yN`eA>pN+&_XQp0slzcPc}jqQ3K^)ci3#Wgjn
zqfX)XqcSg*!<a@|w<hB&>1bs#Erha@yaoG59)>&Au}~$zn~FI)R!J+Qieg@veJdB=
z{Envjw)$!=>@#fT%sf^e^jpzt>??JMg(aSx_Lfi6Vw%oc(X;*`A*@re71?%sxwy_M
zGIeq_EAUXTsU;ssQ*HJ{R;1z?x0ww^_y00jOQ4?CbcTGgnjg3~fX0?x_M2uM4lBMO
znb%E18;I3oLh6I6bKs6HC$AOw=;bN#=+KOH#uRh+4u|2O`SHpSbu#h)EI@-H!m)!t
zRlV^Y^JIH@3!?C9k9fI@5@-Rr&7bCMwMu0K;lXv)g3?px->y9RYc&o|CK(?hZ86v1
zG!gPJn#v3dImeceLr`K1`Ph)qj(-X^2Dw}05Tx{j6#rlxY11F(23yyjxH&pvv`b|y
zHo+BT;s+|c&l8RkDJDg;b??snAQana;#q(0<ebvd=UZ7+PqGk_ysVgCw7v@aAO);&
z4Xd{e48&H0MfzfLavd!ZzJjtAxUM()h_!Yq)3{5DL07f^PDF2zjzewRcS6RxyU;yi
z;Tm$&ix{%EJUzVMMNo8KIG`sJng~$5<kT`H*Gx&aH6yBt9NRj6tA%h|v9Hggxxcln
zfynx3AGXa5fNk){EH*-|>&lO*3k!R^40pRVCd)P~SzszLwv%l3khde*a1Kd@Ok0vm
zmGYZJf?lX9dMDr8eQkJXK5y)yZaFp2`$IjE1G}{p7AA{N_ETIC<$Xlx!!hH+Z8PG7
zj5|5Fnx+^@zZpqkM(W2G&lYr3To~vx$w6UXEVyqZP?r`SFfJ21w<f)jYqjuL5!6z~
zhyLvNsn%zUv70@~{PB1wcmtDdBEy>bz;3>jN%6JWy7PkaU3`sJtGZ!^SpabqGH?ex
z1^?DyaeX=zLspG)%P%Bzbg%-F5NV53&kqqm6B=RDJ1`{J@~~6P?6JO?Di!30Ad)Y3
zFH}Mk3sjZnF=W)o3a;(<oG|%@5z2_=jg7BZ6u*)=q7^jfFjWQt2fAy*n<cR4j%jyz
z5NP_I-_>5{!*abfdx`dSgza%Wlr@e24YgQG<OR8LPYD?IMU2elS0I06+}At$1<VFq
zjfbZ?TMnlXhyi|!A<>}iB~ScR1z0RJH1jZ0BFgS!rS6%2e@<-e@E}fXROqc+D5vk!
zrfn5b3fSpo;)C<<(R1jWTtvn+PPvqa;;yPoWBbS$jI9fjwzxZjk>G+9(B`py$CnY-
z(t+*FZDuV73<Y$t({x`qel%M5SRhc`JQmmX1c0UHj>mn(+iBT9n$l?>_)OUV4;;)u
zMv}NrWi3Xw?;J^Jc>Zyw3>~(>tdmg2KKEN|6XipCr8uWn?av_nXJPR<@kGp(XLjyC
z$7fC`Tmk2+VQ(I@I?V7j)6z?Dz|;4mgP7d-_9IoI>ZcSt_OS?)20aD+qutbrMIaw?
zr4KVcyP|ADuVLBK_8dMh<y)d$rZtPz)*2ZyH}Ice6*@hB@2B^0*U7r(u0r*czLVuf
zDd9ydbC9yLqS#jwo4sk+{#x@2DNDB!Zy*$9u$DPAG7f#xLn9(SUu7U7%$Y_kI4_;b
z+V;>b3F!~w{I}yrKaw3XWk9K)QiNyJ*>Cs+$Z27>3gtesY6Ybnl|mQTuzXS_9;78Q
zO_zs|uL!{2?r*-D2}0Mw@(_7aW}l{mhAAbK+3}5YR*TkLCxJ@(7<E40{ty|?kJGw2
zEcoXfeUx6^g+TAkn?^r7kq?a#DEFO@uSkrft?tn;Q<UhKxwRbSBS!1&7<u=wPBHdH
z4t0Fx+u5lKvJ-=E>YN67L&e8r@fAokJ3%($*O84dA>T9uC(k&(sCiI<SGKZ^G2iFX
zj`ph{eEIi>CC0V*teT<(#!Kx_N(IqQdZkbkO2Fdgq??&!TS6fiE(>bfPm}yWFqG=_
z-&g#?5HF+|vEPw*XHR@uI8%ce#&Ue8K1$JoVR54kL_}um<vew;8&QyDkCcZq$QAOW
zIBNfgv2%W}E9%yEV`Im*ZQHhO+i23pc4OOaj3zs_**IyOG&aued(Qj){N)eGwXV76
z8gtCCp8I*|sXrcYqM%l=E04W^vcc0BTTJNa1q+}!Z&S`n=O5(NsTqKEY1E~46$Ren
z?<(akiy0$Tsa2KKgFgh$e9<d(Xye!_xT=%H7QcuSq6@+f%DA#HMH^Nl>Lak8QL368
zX8@9};#X@|ofWtz=l@LaDJaT?KxQimj+Bj!6}Ctv^@ZH-+Qi9;qa)PugZhW-|Mn04
zWm^^|^aNp5+G!3+bOv>0IzI;yQ=;1vNOJVbl1#e3lo@3tqiGDNy^1(vzys#MX9@{u
zH3q=rc|uVNpJ3Zvc$k)bLtaHGL*)G0MmLs<TDG}N65WpBq**;odi9d9{ZaA5ah%Ij
zy*s_ahYPIRsJ}2R(wHx~pW3|Jr+f~O&s7`=7ZS=)F6$xIwzCpReH=ZqT}oQ`nlJ&>
z^t1%iiPO^6?%!V6#4NN_3tMvRjCZvSfoF#hrs+OshJ`E%>{5<}437P)>7|p8lGHW_
z<_Dz~&1HF7npt=p#X<Z|MCBd^GRGJ6lz;2Q^#cB4aVu6ga?;Olavp1zM&6}a9}P<;
zAw@rnNmzN0@wqogh*EA+#i#@no|D{nm-%WBKk(}w^SgnIiV>z1qjAF-x#@E``|d1r
zz<Xw#wQ<8QbF60_GD}rUQTznOz5b44(E%z=$LC^u2qNEnUmA*W_4EzGGwpG0{8=`M
zL?ffBhHx*L%B-3Iy)Gtbl-eZV5@sdEg`lWwK&{e<RYLj^1ji7ylx{|jpmZliP+jL~
zK#X<1Nfz=)^fQY$ir1v23Req$GUgBG@F`z!H&2C@ZLN2VN3&l5t`8MhY>B&H`h)U;
z>Z~`1vImYOGex%9P#KaL9Mt;$Z4Z2~pYg@1)<$aJzWJZy@GChgG6z8d$C_cC?sn)t
zQ+fBYaYSNl3`Hu{ki}{@cN41S-%uGvHiAihnp`TycwocbICxG{b|kU9Ey&VZU%>>C
z%@TEY&s7(CIbAwzHhda{7+~Sgjo2?J<FT8~SeU}eldc=IJ&(2+@J1P$f~>l*brYja
z0DO9yNF^&+YbHwiS5KZCsBsx`^{bqbKhGrfSsM`Vt>a<T<|tn>P5H-I92aw}v>jYn
zc3uzuBH=!^&a_05Z{Vx`l>tT#CLJ07JEW5%S^6!DwJFDuxPh}M&%*R)QSd#vHpUE(
zG>lP<`@p52f*z--^-FDI^HJlM+U4lDdRn(iJ-K|6!JmttWdU01tD%)P!x~YQFOrzc
zQs)=+)<@Pc&$0u}R)}=Cm+YSWT`P#o^AcL4J}MS!GPGUMb%+)#CM2aER+bz&Q{nTO
zsa4!H;lq_YL~>mG^gV?hrRpBdykqc!y1&opw-cbr1Wz#7PNPOm@)4ysbx&-0W_cW%
zjY^hneu^aYdKd;Dv^JsOfAx`m;%Yb!Ds@_BGW$4Pf|U>x4Cz?-kxlxF;<j+y0>>yq
z*SU!$;gxT~Ory1-h(9|(wGTg(H_n8yiMu;c^9?RoiUw=k@TTeA#Ta?BUp@M^aRo9^
zGd>iGWt-cbzLi$xOnoY87LuY-;cwm^<XSLYP||fl7rhkq0y(0!)&1#_7*vfb)o*JP
zsu~D0()pz>03*%*{W#COJizsDSkl7Q#0EzCFo=BX=3BzN%4#Bz%2&!?c^!T3D$Q4)
zyYTE|e$RibyCuwj%J&Y3;ST-AWoj7oW_Cc@cgCZr7gpDwWH8E6<_FnJaN?H%Ux=|(
zsfbPl<aZ+qGb)wr>9^Zjj3Q$*yJa1|-{ZUu_>|&9AkP+y1fHd;K))VHH0%^4cT|@?
z!h|?+aoa*foB)>HcWWRB9UJFVTEd@YB>nrXB`>T6Gf~0|JjF{25Sb>s0*OesV$#T}
z9CUGimi<0Gw49RWYyETAt&DsTdqLD)9eALkD(fyJ1x%B2i))2bC5<%`V3D5W3cNRg
z`=}aq?D?EcsOlGMbS11H-9cB^_!*Eq4DQ)dcW;)_x9GPpeS8qcb<dG|N#B)ku;h-9
zCG{G9RrsNe$(Lx=5at2g3!aAWw$hQY<+}|=tVeC=L5)V|41s2H22&b}S6oqF%t={h
zv+7DL6<0JI%6}sG87rURG_>wG;oefM!jFMRv%r0pc|_=Ue^cXvRYJa*;U(oB@kEXy
z?3@ak-6xGG@YM0#G^;CnVM~B!L@;Z|DvUv<;3Sle@M%2FljCZW0`mG`KK;V+B*C#r
zjh>rq1WL6kTE$)vtMQT#ol&`;eXUTitf)!B^_l}|$7uR=zO?(I&Q_8)`yGM-Q-JZ)
zWOEBq7SzBcu5_47->{tg_R1s32fh?iP%`*ol|iJvszi9^n7M9RI9U|1y+(emd9Q@y
zCEB+%EG$=NrEPU*+u|a2R=Te85s?#BIz+>xOAs_%Yc<)h)v}hnt)@665p%^-l0U*J
zygW65bz3%sy#$;wr}{al)qoPc8MJeDU&swyrIOYHyfjXMwyy>H0Pd9dniN!IO%BWP
zFl;uwyWxPO{o!C&>0?OceY`I*Bj%OSIxyaYCVN$&>xYQxH-G$7x!l%gKt{p{S8;e|
zJDoj)epd^oSJ9=RRVDIv2$s9ZKBhK+E}$x9=`H6?`@I3cR^gW%?bHSbs^pML6<LQC
zfPL_(3ShaEfrP;%G!#)IcfFE}W<oh;N<dH#ZOL@JS!qDowcik~v(?NfUPc>{A+&NN
zi~8czZ7c04h&Z=P3H+NU#y4Wk{vt}*^N1AQc1Hjejy!-3>2*;=*y?frs|=4?^8jEb
zL<r-2wPXO15?8B_CjFylb$=@1dw$$@7sn(_7i#I(#Qq|!;wHRbHcCaa_D8QyOQiuK
z2PpEmO6&b{G8LDI!Zm@vBNNE{rZSu0E=1JgTA`FU@$C3@{ZC9eT!<vSs*3<vKiuri
z7zJj|GB8{4eVdefAq5AK4`pN**KniNX`nrOLx_?$TVL3Nt@!}v!FA~K8-nj<A3C}!
zJp~~FY8D}voZ{tSrnn_FvYBI7$1Hvn%(*IBk#9wUroS4+zFA5A7%g}PYJ61p#`tzw
zk_3wIzi7I6#r1md^gYYpcEc7Prf81C(?o}1Nh!h!oAp+d;2FYL<ae3o{^bdr$q$85
zk8KEmy)6~XPX_;S*oY1B$K;D65<9cMXsVA-?>;I?+Ac$)>QEfhQNLHBhK3il*oECl
zw5SL8kVV|>eZ(Az(@13GDCn6lFGe)vFoOC%BK+L~c5U!?StEH(A;P-Zkh-f)f@BTv
z_myTz8K+uU&iU?@<V?c+dsUc;#;gdWQE!{1ihNv6*e<>YGLC<JIhBUc9vhX9UipLI
z<*XG{fgR0dU!UiXmFU5xzc6GXjyWA~SuP2Lld57!ak*)*yJXS#G(W?>XW)&m-mTxd
z=`O=);Q~9ADx#r*ucA%N0~<oZ=g9lmsxTbHEt?JL`!M&piQ`MJiGylkm~hDloj2zx
zZrb%-^09ERRNwV5g$wXi;bYav&#9sGd96B3zSUNYRz>bZ3-&s|g)@4-@oi%_*6cU(
z@a;Ua#Kl>zVOw#(YJ^p&o}Ltbv2N~j&P<nDBE#VKXsQX4SqW%7&s$=K_q1N+r}G5v
z-vo{^uM2^02J{60lz<XG#~^JJW-dTE^yghYW~#u$k0Rfbb73y@02F*#WnF%FJxhGm
zm8S^}7u`YD>glH!hMKgyoS=uDjeM_ii~huC=y^uB6D#+3W=u|Qh6!=LgY0_^>S{OA
z-=?biNI$r?xy4zD_^1n$qpgr_>;?RyH`46qG_ZO$^Dvtik5`cwVQRe~xoB>y^?UDP
zzlQT_7GM)bSFnr3YG{@!fAL|WSLls<q@K-N3*mm!>Oq+&@9uVBc*<*70$uuszL%CZ
z-zJyRFb|<pH^16!B<hZ0=|n_-6N3u*BfxYZlNXt}&ms>*ycaNEcNa89QdB4-9nol&
z&y3^rGg43L7s8E=G0R7M<SnJ4bD=we)7-&GGE4WUXMS0VJ+RdFBO~h?4OJ_JTY&Dv
zV&uc>B*r}#McT~6^HB#^&u8I>OVYFruJJ13cHYplRf(`uho@-uZ<~n3USq*b@l`XI
zHZ0rG7P);!eb_fC)ag-Ps;-U0c%oY@99KO}T0*++L^@-~XuxdreH53Tggc8bLjqsH
z#V<mKqedD|w-K~eOcLYT$(jZz6VG9i`dV`os??N@o<bi?+f(ttU?>(Q&Tk^?E8D0O
z;6dVk@1TS=qiqr!4lzrwInTmBPuXqH=qS}cXG_OeQ<*unf*6bbsB023N1lr7c5s>{
zO-Ps^B9)(GSMG_oCC{sX5y;XPMRhR#*>^wY5xMiCo)vYu9yArp;@7aw-)fRghKGP5
zw`A>_(%XAI8_BzC{=IgLihr5ggunUAX;fsfEa^7YH&q$}kb;X@+Ko;>dUwik?Xpqv
zRkm*K9w<i!3{6R(tcFds8bj=3nr#3mc7^LggR8Tbj*Zc#J+CfME>ABg_(Eb(MqWj=
zkSxKAhNLbYE~}`L4btCjlckX1gN6kmuB!4r+y``Qtyu`Um7ZFfU7?Pg@v*`AY}uWC
zFdfurv!v|Y&0QaG2*KldvFEUbPfWLv&YN}nWe|UI%l_)=Yn`RROtHiCxD-D!Tq-8H
zXjK0>>6)EWxeP5#Xsc8e{Lt|53}cioA&Ns@aeOl!!2HYjN&<g|(c&s&1H%<+M!icR
z!U&O$vC0V}9($Ij&=?F=4^Zgmz2HxvZ7O<`d|2m|Z}gxh2`q-`=&y0fH1f5L1XGpG
zh2)p4ogr&!$QcRdgSr(4G)~W~lQf7zS3^-HojB4Kc`C{;5KE3I-I3l#E&2tEkbJqE
z>t$R)!b1cXE{jLudJgG_55u4~#)D`y3M2W8Hj%~|P`SljOk6duit!kVtuValI1reX
zQpHld;(1qwo7j#To`qL$RH7?^_0l4lKs`L?(gff8Gv)jhGr{u0DILxc<iY*`#vZ)P
z1})-Nc%HW_nb8i&{raqMFDIH^o+|3WWwBYg`aKS^IeEc&b-Z-C-{x@#6CYP?zou!(
z#>BdTaBLE6Z}(f7FbCV0Cx{=QtYGbU-WtW?O2TMXSuEc&=rLa_dhfp1>O>F8etg#G
zfT+}#WYJX_b8p5OJ|XcayEcWn#wv7y%NP<TD@=t%wv%dBObKg4Vb4g9H`O#SCNTCA
zFWO>|Mq<uLQ?PB+q;vej3?YZHWH^|b{4ZWv&fgWW@;BPUMzJk8YG`_CW!?XbURG=-
z3X~|Yuvtj*0a5uR7|4*hUvfUFF*-y&&1+s-pe&+HagEl3i=wlLQ|Xo0vnK2aL|*mQ
z5XI6AE3DLLx*?6t%9;E$t{7(WM2J#c(kz5R-q22n8%S>F6`NoS8@-^Z3(WEU0Btvd
zQClMKmG*lIW^K6W_ko*|J<H=sR=l9-#<G?^4Yp^NQii*@c8qL}>wR*wkxPTXqCXv3
zSy7VNrwo#<{7jRMP8Eqb(NJtO$?;|g4Sqe|p+=-VFviHC?31~NjK}oyk|3Lqc%fex
z7T%&10Mo95!G#}q^(rx7Ezi0(ePdx05XHYnZ8?$hQxi>(qAWeYfrGUgLC@OM62@A3
z*1gfKc;09kMQLQi0kgc?&CQY<wz|6`r&JI`?0+^bPa)35NQpF!z)s{$V6&9g5h%<4
zj5#*-uQuWFBwy?!OUSCAA?3o$f^mUc_la1T4Q#Hd3syBZ39-5T<+&g<Nuu6jGbjiy
zaGtTzl!9oBSM^hOrh|=5vA%<;Z7h(d54F8kGdXEuyu5FqH3o*tkYiIi$WnlQ92U!X
z4C|4Y`!cPcE&5vRYRso`8Wxgq%weY;GzIVC-`w;|Fbs;+Nncf~=kH8ihdU14y6Ox4
zW>j4D9aiCTt-1A<VluvWEZLhpV6ed~iHubSwsF-3a^3EDF$<QkHf$b3CQ>Zz-cS}&
zFXK3tzG_BtF69IlC-3``NxcQH85@2hU>AQSYvNJI?}XAX#8AN}<Pu!hxD1lyX-X16
z9wikjf3K0dC5@{AyXdgH$GQz@%X0y*@H4=b_+2>?b$uqb?Q8rjzif(&RAXryu}J)R
z@}VrdiU#_gM%7J%`Q?CpUo;MUU_p%UE|}^3FxiAm{TQ-#<NMxb<iT~%53$u2%F|TF
zO<TTaF;X~OSO!&qH3uvvtLZNqvac+Vn1o&U(CJkD@qRd9tNjA!W&QI8;HOCa8l)B<
zd)geZ`f)SZ_!<zu`-QZ)i;?4zZ8P43NtcFQJ1W66<djm;F&fBo&zn7pBeqT>2GJPL
z3Fc`xk|$DbMJxyEpon1JO?!>qsUzFl6277Z1f0S@1c${Q_lGiq$RkG}q^%7`BCkaH
z1!pBV<5+sOJSUr|AG)rjKc!zd_Q#p5GC*Fxtg>0XU00u87H{lhwmpn=Po?iq#+)!f
zJySB0(^F`vGUr~@fnXq5H9zl#+EkA0t;0Gjr}F_O36@#xB*h!)odxQ!bpLOaM{#)^
z&+i@=XKM$-*utO+DQbz5f@r1Pyy*?U<x>5OxN57ZxCWDXXwON0$*E?-celj?#B>8Y
z5<I22u>{PyzY*lYgw^?GjT|2b@5-vBAl)!<E<d+(`tx6a-zuBJSlBc+-YR5Dp?fL3
z4(jBDBQJLXiLNAg-F-><c&;4RPD#~~fE&C)d{nCC%Q*V!lsE>uka8sgeeC%V-yKO$
z<+;;<10LCI3&+u21+Fc(P78CIl?TlZp`~(-Ok9a375Vb-F?q-ggYY0Z_p#M12^Y_3
zMFvq=t<%tQ=%TR}8rv)X_}f|K#zW@dq)x1$$dw!cdk480q@94ELwR~b7Y!I(k2<6q
z7un6oMf4|#$iRx1r&DMYZBK#LjonZ$5`gJz!DocBOiG1AYvyzU+U+;LBw?ko*-x`x
zcK78zgCP;}f74raeEOGeqXcL(Bpe+v0*H7JcRXfTDJEFg&aWUIh?N`PF~dvUnPfW}
zUNB2mY%Xrh_v`3KP1J2_0x1A|H4MRSa+E5BcHp5}<t_<Vl>y3(6kN;<AJC|Cs6;N<
zk~3l|MyTvOt8pF534=2?k+Pd40SuRlH1*rdp3^?Tjok3<!QKvL6!@x5PNz!26$gXB
zc^x~E@s-L{p1e{@KZ-z8Dx&4{X!mb4oqXeg@y{+PpCsWF1XIg=!s?FiaHY3d)0;fH
zj<nEv;miQP#i|<FqkFL#4ZVU*=s`KG`+^fYTe3(!RlLyhgF?2^Zu{selEcubdCaE5
z{3X80$n}0TnwL@t<X@DhXnmiR9%gk-f3!v59MtXVNfI~|9HhlZ{UD01m#x^yWxITL
zPIh>P{@`c|5dIv|8;H$^z1we<Z3>XuHZk2_6MtpM_N>HH%oz;U>4hQ-o`t_gQv|EE
zwVXhMyOW+jUR7T01nn#>lif*GEJNMf!9iRA{46ON#7%gO1e69Mo;wg=fgXJihG&=K
z`9MrBoXVz2rLKD-0AF^{nuCK6Llcyi?iA0pHKBXtzAxrvcBJ^@5~CW#r!YD;!#7Ks
z>8e}ow4>1tzMIK{pTznZ-@!Nk+5&8(ta*sIu)pOu5MHYpX!~DU7K-NHfwEcYd5Ri=
zv%M!+SbU>08nYz;$2j3HEj)8ny_7~_1@d}zxiB#Fq}05vbF(Z1L6&2=y_*f(Iz)`W
zBX_=T78o>f%5=2(R3v7gD^YOC5SfDJAov8HDV->G;|SVIa}{P`hLss11r6UPlu8aw
z)f2D?EMZBOoV1tsV!}5k@K{;yOm{IfdEsg*Y9bk+Cc_?<30U^UxEj27vnCuj?J$bL
zococ(e_}2o^i&*vfwgS5$>$sZyVfq`uE4HBg2ye_DYNjl(d-20AirsEa$bfISfcSB
zX`AK3w$4dOTVag^`Z+hqGVDJeOfiNB;w7wL2p8*McY3dj2{*M4l&@ki%kYTu_>KF0
z#(+Mwp6zNxHm4}vesPRcSe!FC1qGk7IW&1V2q?Q#haNgv0(i^|l`CmP^~>jSqAkb@
zRqENUYt<wy3XLapG0qqbj`8gxBqa3*Qi6qe4`E&r@#K53!=e08p(gw1`f`igO!#KH
zsD6}wsFf(wtdT&DlK&DpgOgAg$~s3a6!8ICY2l>pd(m}yQhuX|%=5ch+&GoIeoCF9
zFx7%6_(+8gL1Y~o@9iBUg8j>m0CI&HhlCjthq4tzNCaJBSm1-}*v*R6MSk=xs#BwT
za^$^CH)H5(klhzq%H>~u!2J<z_6*}8(>s)%RdG16;ucgVhS`$&+tE~XxHm9k?q90|
z_@(0~f`VHU6Ll(zVRzeD0Idwhjv$vaStZ^=dx4mY?gKsJ7^QS<i7^~w^IpLhJGzQc
z?CNV6T+NKIOr1u^mxp6*lvH6bs@@fe!xWJwmyb+jNTiUqc^Xlb9=cuC8$W)iYC?;i
z<g~`wA9*JlnGvp$1-gKlh1NnI>Yi)SQBY?xWDZb_rbt#4oARlCk6U$*oG9Gfd2nTW
zLMyK{R{Dhhq^25~#1k3D<UPY6!&@7d*T(g<NP%DdhM-O4hXAFh#Q%ldg~rRwl9;)m
zSMHd<;5cYI*-?mtpUJMcyiozk)wU+-S!6_o7=1EGG{i{CzYYadn{hOT$U8h~&$3J;
z@)V9OCC<~L1y>qlL$lVwv<9!Fp_qSqMJ*`v7pTe4JIwhpFd1+xRi*7LFE;|IF{B_z
zxVAE3{0Khq(3M!S{-3S~^BneO=lQN^Wsjo_$p9GwyftzpJ)=u79)n*}%gYS-HG-T+
z@dD+EcP({%{u^qB(wWS<y8S$cb1_m7dl#m-QycB9v1@9yL#7kIq#=f#V0A`6JAJ>T
zFGh>g{V&+^>tosx8~)Ke4dP0)i>7y6&rOQa2vhVCgx3?lu-xh$u}d83__-dX#2aC<
zHM(smFB~G`zhcMe!L$horsMu7z|o6g3?4;in7s&IoWQZSBK9+fBT6W;DL85(`iR!r
z+g~=^$&#y79G233Txd-fE|Bg4GA62548wr-Nxo&1>nCkhSI0_yMl;(cb)Fu7C(Q5W
zbS$-P$E!UnsgqbQmuvTs3P~B4tS8xe2IA?K{lld~@*{^RF6+Z=L$@Akb$*;&X8MCH
zPPQ}==H`6r)vB5}-a5bjs|83Bq~1IA7H^E|E3}r-5@aWNF}5({DKE7oLBwdQClpWL
zA=1`G3QhO3w{f~(@-M5>u119W(B19jXtdMmh9&$;IB=CB{;7F4@jw=miz=eI?G7PE
zQF&y-Fjcxqy&eK;RltGN)xqyM?ONbiq0&i>7HykBoW&~S49%icR?<*BXzm;aVVb(^
z5>g%(nGZB7nuQNlP0x0Obcl?5GO9HITbo{w1UO;*SdAx&RMI;O7kmY#(w{b1RQMyP
zciKH!+-L)wt)-kxh3hByZ6&=z&b`ah-&^33p;^hX(RaB8N7=BL!$%0!<%qDA4B(G;
zlWVa`1XWD|F~)3Xi5B70w!&pOP5dVD=173Rh?b2g;C;%i8GTjA=`(K<WYqLA%sDS9
zmbHXMdN<z<5qc{bXow4^Dr<ypGI(5q6|Ppa6V`!k6J*Itv=~a7mzP&tF>W*pD2uLv
z&mffZ#A8KcO%gcij3QcBqTpq?+gz-?i-N-&!zYVZGKmeY%7y=RR%Es#Q&>dTAV$|3
zU@IWXiwmqSwe4R$qnx^@)E$7p)`KuN)$!m+v&p7-@CwH3Com!8WZh-JWTi*R@W$&4
znTifE&+xN2@N{rURut(Lovw!a#rid(p~ROpB5xo+iXrf4WxXv2i>AwSHsU~#$zW+m
zz`pSfe@cTSXeeU|yO2Ve#))#^sXA%Ff*{qS2H#4q3l*X%?2QsAkHd6K*PYZcHFt=M
zYa|q4!E<*r54D6Lr^-^rGmrowdG&Z&Y#ZO9$DTTMoZfk8BfvrcM-M4*aNX~7Ttky#
zrdAJEU;rFuEnzin&>CEIu~Ro|DYRyq=F!g)?0oTB<-xLNh<8-C;uy?{P1juW<7k*R
z{EUciM9kF>O786%!e!5x)iFf^BvYpF_2L$C#Kxxa`!)62J9i=4KFNt@PQ1R~qQ`Up
zryL~flqrs$os3n3GTP9i2PHUkPGVXP#LyE}Q=Njg7Y7>r=R(xBp~i9zIw^QZeScJ=
zB8PILP#<H|lcjH5?kyIc2X8oika%fXrbf6fBuz@6;?GDS5poXwbZ(clI@@pHq{1MB
zy0h+i&BII~tPmU=Wxi9aU~ao17ObV!6(ffH+B)mqO73M3)R#g?v^<TQd}=tZ<bc=<
z5JLzG2=}gKMmRyOFr{x~Hnp%HjCt4UaqM2ys5O(t-qNl*s$ifg<OH=WLMB;xA`uz7
zJab5v13-j*z~EXIXVg8vy@V^j&KGqz)6uSYrP1xwH3nzWF`;d32eZB#gQ;^=eU1Wj
zi|HWIbejn%l!hFZPrsQMM3_b<(TveyYkTI&3oopUWmb|he{ue935uP<$rtMM8gtYQ
z6g!MA1`*<-uDk0LGQ88h_)=Snzsv9ipgd@b+WZv0Kz`P-iaMDeJS~-p3`3n+*9MrS
z1Gg(-)|03F+Ae{Dy=vV*Y$CZq9VAHO2FMD}V3OQ;!=I{mQFjbT$eRUT!J?=)Lw0(}
zP+w_hj)v_LK1Xt6!sp~e+%A@dX8*zQbOVlQtqJBOf`QW`aYaurW~qR!I9dH|v3QiW
z_+8y3i?DS?7DHe%9-3)M)Xi~*7F({DM#4Dw7P@8r$5F$=QALHE2W}wJ^%hzSN$5e=
zZir0~H0j>v#8N}(H|N_=Xgz>(wX<(n>VAX2H!52EGRo$`t5NbY=7`j~j^Fs(iDT_D
z8;qWw{t<+kq-q=aF6&x@6l07NO`Bcb#5^u0K+3-$w_Gc{E06@AxLol6@RR{}P=G<N
zdB>}iI7nE7(~){$+PINn43M~IagLYuSn)upc>Ti6HNYm^%W?pur2l&5cii&DcPI}N
z`*b0bqq#*;++IzSWu46_bT&6JD`Y?q&$(JooMkk3XA)jzbd@eaYz(@4HgSojU9I&a
zaZRn1gsymjlpjY$Z$3NAHN#Vu#Kq0-3#L~`B*UFzx&|jX*Ex(NA`wfo>Coh`y{Aj;
zlKfici_*QND9qrCTKxTTQLT7>b`XmN&Tw}RxevM6Mt3F>NNE56!KTc~Z#}fO<$n8k
z-s%TQIsN}7HGm}9QRE=Qejc}j(aX)Qo|NYm&J9AI^~BY-=?q=a-+N8yRDvY0e}Vw+
zCq71k*z$L8u?5#jGb{MKd*ucDmU$S6GN}~N6HkRf0NS?dU?Qr#n2t};h~OBCeq2oy
z6eyz1li|*uop~njn0*-RA~Lth6iyQ)9kAc6=sttiswKt*iZJdOGVP&AN(~o97Q5hx
zyks!M?e?2SP*_ljWRU;Oe0m$_i3)>(A(EkFH`4T(0s1K^`^P%%_nuB2zDYLzowf&q
zDc-({w9AD#>uAQt&fjR3<`N+CJ1$&XTl?p-46=L|KC5ZI+xd8Zt?xXo`j@t{4T_Ta
zhq=&Zzx>mOf`AyI>p}EfCFz8(r|S7H?;tVk->*mf^?pm$N`srq-)7Rw&wpP7+4Eoj
z?)F;%s3H#x^_}cG8N?+eeUZtS)G(=F{SFJjb>H$>N3`M>#m%|{61vQ7>&z~Q^JE6s
z2+XYYC-ds=vM!9Yn2{rXg|9*R+Jb@yglFTWBM8rH_&L6X_3#sA5u3Qkv%Drix45bt
zk$S5kF<kJT3$zX`y#b#*WK`((lBL?0gYdjw_Uw#ove^<46UVK*eYT(gBlVa!;6u+9
zbF$`4zo9v)A<3ieQC}Sd>D5af;{J#RK*tm8FBb=yt2eqXPlXQ+Ndh`9T7UP6lihT#
z^jsDbzaN7L74O%Jwr_jr`59%o|1`Au@8{Orpe+*wC3&zLLA=#yK0<H&JdPglm=Xg*
zYoK+c%Q5pdsX{s=kg%0yBfp@?z)F;+)KAZ;ViViUOki2}iC3rlV<3yt#?q;$&mT^U
zBNn9(oZl{TjK^fQtQNql7UYM!RSb_8ZOS#+=@>PXd-M|R0k8Zr-Q}0_$0VhF>ms%_
zBRY#5Ab)HECM*n;D$LdQGn08c!`U0lg19kJn9Tf!;upHluwB4Xe2rYaLia){{XEmZ
zdnUT6WM<BHx9HwJbq||4f8~JO5j;8U?+<}#bKcH7>hOL8Id7vTjS%@ejC%<^cFeqk
zJel8TBZLNFh<y)|K(_KN{}Nh2GSpw7eUJ}=y#8&5?YBd2;z!W;XV6SdAJsKZ>)y;{
z{=DK2IXu1}u8iW%&BYK%3deI(EG2+~A86%mCW)!mZV>71Hib;TNw~}Fp})6gzqS#2
zreLiTm(z%e-+5A!w^a^}KD;)e66!cI-4i|TLQiV?GHi&dB>_6KG)*IDnNMrQ(`}#T
zeJQB@@m#yjL$bu)aseYgLPjJnjhddmwU0&Fe3Rs~2d|j+RHv{eUwTs22hv-04T{V2
zKsm_P`GR<H-TTVI?{_nwZ!@1S^`9>sovEOp9gxb~_XxzVx$qo>F#E4fAQSR=+#Rb5
zJsW~5CCF&sb=|g{@O4x9_d9p>!^P8{@ZV^SY5A%-t>Dx>q9D`odkVO(jPi68Y0R({
zxgfSz>Ctz^qTH0ZaN}}^y`TQ<1P^1vooPam;g_E~eZ;JSn-QrQRQ{Ixi35LGU3BRr
zRCb2VdC5E{0{NIc_6bJI0g`8R)`qBBTzEowTZ;GQAA@Fn2P^P`J%!X#n~B>1Y3NkV
zJ)GUihP3iXf4H@^JZ^nikl(>aRQt__4-Mfi+;2D67QEI^5=AkmaO+QB*AW(1aAF)Z
zD<4P_4kTfJlI^d*SwL^R`|mbql!SlK1li5o?Tqrm=s$1zxDoRi0?_aK>lx&~9yR(;
z8Xo8Tb-%Ja50vxKdj~@2PC*9j;L`%bUG)TkWB(`Tn)u@SZL0=jX5avRyv6J{!qI^K
z=y%-RD2DG<u{iLD%0aa|fbeuh;~2~(Sv}_xL74X|h$>=~pYUx&Iyt<`AbZBkV?is)
zN@M~4n5P<)eNBoFFSjm;hDdvs4e)g7`qK_b(H_q19lu~cqL#dk`JCr+!4>T2kgGkq
zn0;ax!c4<%Wtj+!pDT@(nFX3DKg>3hZ#7Vs#g($}4u9|f6!n(gv|~k#I@9^VatJzP
zS=iax|Mb&nX=w?4Tqk^v*T0QBzb`vqUoR-}Uw~3v*1Np_{*#X*FtwYE#1m>82i%i`
zz#>qV(HndI^W;Bq{l42{-1mRi0p{P@m_wmuraz!Cci;A&<ujFLaV4@ThQkyM(OB`3
zzx(u|rYc&hhsb_{%`G|{Jorl5Weo97Mtz}nirerFRCx5TyqGIMzs^g?hhroyWQ1-O
zqtkbaLnks}vzvHpC=N<$WZ|ret45;Rj<6>um~>pizxQ>U%j~|(AHDSj;)F%<R+U@r
zWg8r4Ct8;?i42iw|FB5rd?lr7f4r|8&;uh9sJzk|ap8Fz`Svz~@^uHIJV(tu^cKV<
z{o|zcw{Eb6d=4|Mw>%aUL4AYq+aC5xTQ)W7KiQ%!4eHhMeM4rE_06EF<U}o!U3!E5
z<Ua6Ng33!wf{$0uOVf*77jQ(pK&G!pFMqU5Sp|fmjhLR^4;q7qiF5sAhi6_2t#nTs
zSq$7eSv81v`vf)8B8`?#v*?Y@!d+_ObW^tOLe7$EoGXa?*yC>MoE*;uQpEQMS-X-6
zw5$nye)P-ug-1As34er{t)lGj3!3=Fn$OkpcD`f!&7IFgyn3@`y;0($saB5My(A=j
zd)xo@6!WVc#2C`fd;_t0G-R+JgbSMqc}-iNW-?WCT%y$D*e~CBa#VHaWK<c(?D?pR
zYrZl=Qch(F`jC(!Ogg}+I9o*^lTBJ;oXtqo1?Sbzqa~_awh*;A&14BzvX0!SHY#aL
zXEukEJfB?cXa@L`qzCA5=gy@hX$FNa72W4pcIiV^MKb=5qcVX{faYu+u-7Xh{IPRz
z;0>c%G5e}_%-<9Hh&Jb*CUG6ZE?^<qn$?BYD=lJ7iMH#D%E1uFzt^k^L`b*a@?N@Y
zynZh3w^~bZd40G5l`apTH&CYn0D!Q9zWoH@!0mv?_g&(T-I@1|nd|F+b?#pqciuE%
zbepx}lYahRJPK64vc1L)ttny}6n#W7+b~hpVOc}7%p%YFI-{jdzUwvA#^yjE6wpmg
z|7?g`Y+%`9&wl-rDa7X-E~N8deag7_f!<Zi3zTOeZvuKMKTG8kK1kmw<S^WW(>Sd&
zZYDO(aCuxWVG&y%q>4Tj6N)1#H->UJOVX>=*F{bDeYk5myl*nz5yD-+iXBEhqV3XX
zJx|^kTnzOa!SG2sA{cLM#^6~=QXr25L}$Pz7%INvzEFn>wW7`@Iilr&kSJxr`^6-3
z>F#~uw_Oy;gMVol2NR#5gfxfWt&abixSsugrTbqvkMQTMFbeZrNhIjy-C6zHE1Jjv
zOd~DNRnq1}V)Z0@kAF8Ir|%B61%IW2&mhlvf$p0R4x#_sSz{-pSiT6wPiP*z&v0G}
z&CCQIO#=7Vx5M)2_s^0EM?1Fdz1THmm7o;O$5Bed#TSVQmRPYf3yU@|yx-KdHtu>j
zEmm}GTN;6dD$usb#E5HEz4=MyOeYv0UFy^7+iV5rO&Z(XQ43FtEMe}c(o`NeBmpYN
z7qGfxJl}xc*>jhAM!1CLcii=p83?RS3lS(>Uzj?Ni~b$Bpk%G@WtU*@fyNSEmm9ph
z>(u#QZ$JTJ%v+!=wSVigm9GR^A%U64%gx_s_luB_|Any5S+@fAN&bLnzCfZvZerhG
zWE5CTIoUq(6E!}bE8SM4IHorf4t1o5v&V7WflU+<>Ki&M19bu!662SA@@`GMJiS%r
zy?+da$CSY}Bf%}X+^cfKtq)|mCh;J<_4iGC>?}-$=U{pGC*KBa_AQvpQ+6@UZ{LRb
z{N@wCoaW5@C_KKGe*Ln*e)q$#ir$gHlE7q?ZNHOJPuHL6!Ni}AB9?m7zWD$k^t2O_
zZXEawV&NX!zP+}A!j*p2!2AMn*hX$+l-vKpnBFg(?US0@e!X85&mC7Aztb7(r&-po
z_}|S*i+`3!zJXfRfV`uB|K#T8hWQQ19Qlvoq85H010`2oCd)J7B0_`6*YO|T&cKJy
z>m|5vf&ia~`Ylu<1uRqjxu1hp*tpEqNmI*%%Hvrv>`9wPg?DGGi_UrR;uFqGsK}`6
zVes#%7eLB&LT}&c4A;n?g`5V+R$`O1%!=t5`FBaaf?!w?((#U3aMKzVUVjT2Dtwqk
z!AK10eL_;a?Tb(KS^;u13X@%fFMG>ic>}(g%QR#k(4%va482%`S7{EK-KD%o#C08f
zj`;(YsQ52rE!u~ZXTX+B{o22ybpj%pE~45RuqqW~Gl#AbZ2vMd@SVG_LHrqLm&E)_
zsrq+*3%cy|folD~9tV`Dfh%x#HGo1a;FHMw^<mBWZ};sqch8BUDi%i4e+jW~e;)&#
zkEU}$cf~)T;_~eM?a>=VO8wdiMgVc-OsN@4zK>Kj0-y8ytk5IT7NDIJC)qX-nRSF0
zoh5CG;J_~hhj>^pi1ne)^=A!TY{3|_#48qh+IqtK4zJR0+GAFir<jb#Gz?=#%C<?a
zSh)BQw;jwad85jqYTlc0zjVjQ0jIxn%7GRaumXE-$gx-2Uoh1mmS`Oq=G=cvATyx9
zuZ^;=HUlTgM`dB7DBFWw!mU;hJ>7GYH*sc>Qf=Tcbk#@RsmmZX6oMk;0}5IDdSP$;
zdY$m?E9g`+0ugV2zkR-fxG1$8myhS8e``Vgm9pbsUfazCbN=kjzl8uTmG5?Mz>L7{
zWEi&5QyFNH#ED;KTOB!*CaOUDrSkLrv**fMkm~Jx;*;|~_)EsmSI7(!JjKkNIK)pn
z);cvGDG?7dc*52^SeA7j*qIoA*IdRK!5D=v2^2dfv6od~XY4-<lYFt%#O?~eS2X|V
z>d$@bu4EybE1ms@&&g4Ia0HNAD5ChfkGXVuORz|$WTF4tsS;J{ryTK0h5C!d<-zIE
z?vuj98++DhU^8HsY6zMXSc2y$NOdMHW@3eXqsUs6oqbDDP1J0o#*UHKj-7wffgT3`
z2R7B9UwF|7!1gt%6!~wpQh$YXmc3|;nuOigdSoLTUlA)C#jye|6~8k+qyz^{R$HaB
z$u25$w(JVLKdN?i62{ePi;x!;i|FS9hohBO8Pr&kFpE%Gm~{oBl5}PU^R#xf+0m?}
z1r1eP^ah{Ur}(q<g}~`yZh~>+Ql(wQcyNw@6p)e_G+4mTz)HVBMl@Y)s5)vS4O}j%
z-?!lGjcMAka4g40MT>s$mBKkkWFOJRwLquTpy*!Y?Gcwk`x<-PaLnKUVFK%VJ?olN
zNoUA`JbKE1420q<OWH+tN0{*9hjsX@&Xp!Xz3{OET#_0&IXyO^v=p;Mu^^M{J8}|;
z(*%m!Gt=j6>kocQz`TGS^7l9>HMMt+%<?+cbeYQCxU2<3a$ohm%g4uEN<kiIcLPR^
zj2HS`&v=5O!dk(NM3(@4_k*Y56^%es%)A7g#Aw(lOQM|}GbD>eI!XRhYKu>b%Q`rV
ztbpU8IFG%7;>y%RC|drXA-uoQ-@f~hSxV2WM7z(%3r+a!C|~k4+x{VKl&fmc&iLhd
z8i9chG0MDxFPqw<5%jU3I|*@Xtn3zL4VZWlGcvOXIX>E*us%;DGl@zM2Iw#IIQ0y?
zy<`o`of=23QmQ^#`WdtnIACoy`bNzC(EvvEjsLI4o><JVV#In2O&|M4tO*&KUTi2C
zGFI#fzxWt~YC+_j07J>BCOI)9O*&F^K(fc$3>bt3&ukjk4{pT{ScW*#%g~?Qf-M|{
zRbKyT)_0DW&r)v0!f_Fb(EFYG@O9eeA=cB`7hoqnhu#Q3f7~3o$R&M;s%Cgm?<FJd
z92ALgAI2PJOk6+jA*(UegfmCny5h>OfsKdscG}b~&zWn+Yl;B+cs9}384mX)Q`C-h
zkH03=Oqj`if@(!RWLy|hjfAB(qC49=_dyVn-DaUE(4u)U$(-mBLLDc0N<s(as|pob
z->TDV{0pt3c+i;kc|n*n43`;)IpmfGpfanvNW=3QAROuc6<_IgeI+UCCTFp78vh$}
z6TTn9qBTM~ZB8Goi(G(Ui52my^R@2jsVD;CbyyD1u2*@}NRNihBOh58!av;znFBgc
zdc5jTm2NzAT&AOnzKJbLOhg=7W3pskYSFZE?#2j2<=}P2k-UbHDN5lA@pnfCM>*!8
z45D)1#sMn!Ir^}D2Wht=zgFarP=LwS{i=q;6w8cZ)PjKWy%>qK*_pb$hW|-`sx>W<
zM8EfS=TS$Dpc+agvXy;>e!uv2eqTIqs@~GVj++Z%Lu=CtOjNDRRX~<>Uh1D9S2q*S
zp|%j`Vme8uv{3ZeRB~p%HA7TciB%$tVsWx5BROa*O-53xz1OClhG;w(G#qioLP8s(
z)fP;}o<tG@j0==LF02SrN|qC!L(C#sR9Tu{k$qLwaE{3P+X69;%j4<4okAgcRXUXl
zaR||otEpf=+1n?YmQIf0$vq%^hH<yUc<22I4m;pbs*%F&Ym#a!`ihSj$z$VmGN>&{
z4km~6EII$u*AXJwosoW3-4HaV!s;4Ueqy8`@FrM8CHQdz`#TskS5v;<k~xudCNtl*
z#guQ{lZdP+qw-7j(_JGtXtK)%W-`q8Eh}O!K3RW>CQ53@2<wW|*9J|`4Cw@aBo<=Y
zt8vQRo`p)oq7$#}o-Y~hTbrh=pMBQ`Af-p-glY)j@a2_Ohy%ji=2B>8uH89H<A7F@
z4d{ZIY`@rR3{m4z2s$>#u2TA{GhO0Wo|Rm^S_J<9@@yPlonf?vPulmMKVMI;cEUj+
zTb^PmsztLjdPEpmH)*SRZkz1WJg4Yecx(|4Txu%#NK)iq6`&cScRzf_@g_geqhr~x
zBea6GTppM>W^|V08&Y{izttDvQ$jH7ZiOI2bwLKj8;1GZ$jnIAB$&&Yc)yb{)kSBu
zQi%~@aD3_Z+c4z{3x3@O8(V`RK*_xTy$ur>-1kB(%f5%L?S_l5ryZ38?LH~HkveYW
ziFT|vJ8=2{kcJ$F*{IYVOnUBn1$VNwzBAYLn;{Wh_9sh~^^|nik*g^U%^!X_K^ZJP
z86yVNW@{X-TfQ9qAqN?J2jxB{RS2f>E>7$U9OF`K=QBuM0)+SWi(scvTyh>T51>OR
zN!?9RI>T;e-l=d!FkwB$C}NbA`uFl4*I8}22vMai6FA`NTaa&(3}B`0>iT+!YiNkl
zL>Eyn#a+nsj0`kZ2ie(@n<_vxa;Jey#gKTLrPAR#2ugS+6c*xg>f@Gam&%Cm)*X|_
zlpe4+EEi(LSJ=i-z}qIKWH>EyEA3(UP-zI*YIM_43?%s}$t)P(FNJnyxD2njkR-pa
zaU)dhj_xU-RE!Xonl>BIkQaw~LU1ET1T|AR_F64f^E$7+NFaHm;1y|w^x7^BG2mmO
zQ|9<MB!Y4;L4$8AAv$tBM7Zvx(<n1ZesT*@Dy}z7sqCaEWNlYOvxi3xY(7U)zjQ^x
zZ%bD5L9u5j@q?mN0?Mkv$kqpGh`Q|c*b&(#7NH+@y<NfBWU9&qs~H9<__M{1USFCf
zlYRM^H@}C9@JZi6cGuTjcK>-Coj@kt)jS>wI~nVw(-IETi1-TkehSPH>w#pzN7fU|
z{`Zl7R#x3QVwMK32lP~83`jL)?&|8xCMl&j%TqU~FYg(jZrKKfK}8k*EPM%P<UY|_
z%3{DqnpGq|64S3g$4C*?&LQ!Sq=>Pg`J$_RD@K*8zga@WH=hCL9&EA+zmqDmtw^P?
z(I;mpO_yDz14{YhwvjJK@#q;4(qJyNeaKg(36X28x?{84;pydM6~ax<8cD~0Q{+Hi
zS)_aCg0tj&3vyV7Oc62Zs8!yi-D6aENWY=L37c+}Ls@U~@+756OjFio)s17EjP-E|
zD7v1d*!69ssYJnc;v>p{iEScLKJKOzLtkBw&#U}qIcB4TIXp)X@)>jGtS|gBpYQpj
z+gG@lj%zFBP{YYT3%&c7A7EoP@&4n$*T%HNPpcrZ@}1DnqXUJdz*YKPW77LKr)1B4
zijoa0=sUEW1cXUmf>Mu8Mmg0JsjfQ21Qmi8*a7=<ndVG>xIhfMpE}C9K+gAu?h;6L
zD@{H#ljZAi=e-@ChQ1>B_%fFQ>qEQFHb^;DuJ6EKOuFRBX9Z*=r>FZI#~P+>lK77`
zotjFpXfScFt|}9O0Q*c+=Dr3_LfkFQ@!O4X@AOXd4p}_9yLgXdwWzt2Fme3g5YR&j
z`Di7<2wvivHVn*yn;YcY+|*4z))KhVRD&1FC9OXQ>U6|tswpff-Og`STM+gbC_-lF
z`fE)ZDUq>lbN|}Qml;H^t669FLvX<7AR6_td63-Oor)d}@j3K=TB+d2fQXb<2}Ze)
zY;npKidEXhvAltsR3`sju)bzy%;Y>1+E>B^09jxR=p<>SG5(?|M#m2SIUbocR2?V)
zM-59~Ui0`1hYJ#)x`w_;3jmQ;bhJdETU~l8S!O6yd%6}79DYrbGgu{UC*<$(ny13M
zws>3CZjP?+^38-S^2ypN>~j&e{?HTd@<69x)y~fBV!r}dVU-0VrL$lx_zWl9<rVwe
z)L)fYqPSbpqJTbCQ+f0>87qh<4A{BBO2`xnG2)d@^J8f^JtV@hsg+;yfYBc?Th+1b
z)VtnG52ug)Z!$Hel_X}JQbsqQhdz&<4&49AL!R4vdl)=$r}E_slCZ3Vs0JxGwde0?
z8aDU^jS_YZKKbSGFx3d60fdvVoOBr8Z$y9k>cU<ZyEZF&BZ}ZffKD#wj<(ae3H`43
z#qz>!g|Y;pSWoqN0Vk=vhWKnh;BR2-9Vl$W(RUDYEOk|(zF+s9FJl;05MXIC2B}mp
zp;5T4dsBAE{to>oXXL0hJd7>tlT})x5`^krC2+AC$#H|5Es$<RGbd4QL;C})VVcF>
z6H6Vf9}nK3j|#)*6jp{RDzuHkx~o)8i+uzOr)FuhrSNs2hGCX&R?qleTK?1*;;(dK
zQ?C`^#Tllm&*ayHonp^NIzD(Vqr-`ejaTo$u$SYqjo3>Fku*`G^S+<nnazD6<hloP
zJP;2(`d>$%S-M`)C^+zRv#xDf2wON-n+jq8YjAwz-|4J?YC9~W3PT>JX&4ybJ(w_0
z3ZF1%Lijpaj&6|DV3Whs;#TujTtUIuL_2+blPn2Y968qTyx50{`f7>qVE4F<^%8o?
z^F^q^u_S@%JmZw)Ws!p;G`r2OQ{1kF3ECVgxy{9;P|v<Oq{i35|D2_L?YGIA7JI5^
zg|<>AU}5WEyDdf&S+}#aZ_tAF#brYYL%+)u(q=6ZG+9M$&Gypor;x*LuKO)~#i7G=
z_NihMPQOk;03{tgI#=wM24ksMEWEaib6BldiF8M-HT4^+u${9}xO|dd^kL0I^Ma|q
z4jE06+!@;-N>4@69GBNY7ZH~bfdH~9@tu6#A3x&5%lmCeiu;*lyOe)|3@m?#!mT+d
zDrjX_LZFn4la-l@a#6l_|K$5^T6X(ZWK^Hku2Qa1?A^l2l6^x?eYded=C_HzCPwX`
z7`zqA1Kq0volr7@gvx<u?y<c2vvS6F<>Gy!2R@&^`UpWw6mH?FvZui9=_L)~b;h3z
z#S~%E9iE8z4jpY_RBt>`j5Nu-9hJ}^6~Xb_!x(d|n-x$?lnj^#hRl?Qtfg4-9refV
z9}>TBS*ZE9Wu6Ha28mWhZ}a;=yw5cU$Oc$yUImjMSN#J{eKsk5M^Pug_i++%y1!JJ
zgw|sJ#L8x{L*Xx+@#}IGp;PUXa`v;!!OEIQF(#hwH}nbkUI!e$_i@S!JiJFM+lWXU
z9k5JOI1nQ|DEk0)Z8eks%7YpRni@T`{YwUzAnAte>W;?5wbB}m!0aq%$~3W*bEl9!
zQaqpRrPGkj7+QSZA~%6vu}bwUQd??}C$I|+4|_%Nv(M@(z9BP+Sy)9giw`1SH@Ezy
z<4a4{5|^g4S$w37I&>A6rKEokxsqw6eE@z@gTHLOlN8%ppSCS_j=#_2^rQUN4_CkU
zFNb|(=zh!qsJ6}zcRThM<@8AB-6d%C2X-j-)m4eza+Z<Syf1mFM(5V3sXpdXak?py
zZnH8|JFb?@%KnN{FDCdEUjEQRS1Mz;F`5fnivWwsR+T{)<syBBScg*9MlHPfTL?0U
zd7s*dLxLK;tJ{NBQZ6r>@t?Z)kRrq?l$A^ngCB{Qb<S$Uvdruhkl%!N6@$vKSV~^_
z%sks>j0_a;Z}V)rpMJf)@@-#V1sO+rnCJ2*H8ipmIqp%5lrOpt5Y?KMXFDug%tC++
zK2TYKEK5=zRPzBd)Ft!<0hAM(o+V$JptM>-s*R>rtKKU)OnD1AqN;MLnz*RdfzeB4
zPogGonxb*%bZHS^N+~1L)`r;awBu4l6FLvkyB9K+o{~7%q+ZL6kyl-p9z2l-kB+So
z6M$d8B@fkae|H*PlJ#uU2U&zNLWdHK^C^mqVa5$8W-!MxJ4L^7k)r4<nyK5_R^9GR
zmyD;WyOH{sxq<RdEQpAU{iTv@#G}@Uk&SEDBj8ZLdl8Rpye|7A5b4?By^88i-}TAV
zD``Deeo9=iOa+JYX1g<KOFor8lVw$^lTZmu0=1+;*Xv+U)W~)Tu)pZR;u(J3iK*3w
zYTJE1Czl<Jd1!n@{qX4REE=*k<6#Up8rV)A(2$SxJm-rZP0%XZoUGRk=sKeIiE^>b
zLEZFgHNTe#%RSA;g2lS)lsA7~;?4<$kzJP`Qi?5d{b6r3gUyD&*G*-V|5+6u#g3e5
zHb?L2cGb*rKP!ojj-3Zt;}DAj%2IAc+mcxLK}W)RFHqk!;;9z8!Bpj%uqBv9aRf&I
z@<+=^R1ZoMM6w{V7^3a|@x}QokOPh~11^E#01nYSdW*dI&}I#*3i*?D_gdUC$nf|N
z2A5!q&_rG;o@T_rG~cAaXxLRA_T}Z(l0+P@_Mf`gpR}UGg^!|cAk*s!x~O1m7_zzo
zL$Oy-^A`}w)K-ixr{h){wOd6(TWcHbko*i*xNd~k&N5k_(HEwuOz6d?7oW;MX1l}C
zl20=AcqtSl>{0X=BTnCF$Jj_t3n#|fO-N+x9!8+sUqc5Y5Oa4&!dNjQk=-{Ft?W};
z{Z-u5n!>oKw<;r%|Csf~BGVp(CW9(X;TVV@H?R?={ht~1`uRyrXv;L&V|_m=eai~{
z)3XZ}pQ^~5QJ}u#)*e5zsmVuMPW#KI_Dx6*i>)lUrTXUd9_y0}9`5<g$>w|caZ7jq
z3hmpAXD;(sdUD9%bX=48+?&T1zx*HAwmM0&?vIYIvo51}+kO6|jh)=L+rhPG=jS;m
z4IZ9Zm3~BA_}rHhrB1xMcd9<Iv2JyFlUBRzc<bc(t?GA{b;^~;&s%L<YNGUFqf_uo
z<9ADD%{Y^LXI6)Ql+>*+JvI_1QmIoqO|R`;K2P8R>sg=Ao*J{RX$TcudU9p&golgf
ze)(xyp#ETAgtpHQ`NXEk`2|V^Ph4OB)o+{PenU*>)XnN?b-ALZ?S4LQUSv0&`#S5D
z`A;AH%Dhi&E9F0P@^)ExXE-(A$jqNRU+VMkRsOuEuB7aCE7V!(q2^t*EGHoDL9lo1
z!IC$;N{b6aD+M>aN>^K5EBYdFf|11Ahc_Q<2gyC`Jl0+J^=9e5#}o5i%|wBncCkO}
zUrn>G`TTYDys(t!gF9v{JNWXv&AS<&t^p5yoTz!;rqjRn&h0xtc;|JPE&s2zY|s0r
z*L&oC+@G8LCiGB>ijt295M-E|aR}yh$n>><fLPMg7iUhsYw`f@fdhfbZM_?v{{m0N
za{_@wCxJV$z~W)bJKcnZfWS}4tS!P=FcB>6>C`2trUC+UO5nx=uh#~NY?0D*n=t_h
z3MNeudIi=S)jO5fvE`)cERgVpEVzzI*(QoW@KEL9i<9pfI-uefnZTpW!Irm7?sIA3
z1cKSpxR)+HxUoJe`t)qR%=TX(O=o*SbD5YY(H>-%x2gH@;W_Xq+U)gvzeTJAYP$S*
zO7XSX4SoNjk4Vn$FaSCwQTXw~cDY$|=kEP*i2MEi|Nl0hv-0MDcYptX;PmgWlm2y|
zfQMtg22O#;-VV*q{>hs7>`ijc1J>lHCr=!FBIOGV<{L*MVq!!l-p<?28>6bUzWVNK
zJKza&a&|R8zTM7`{|wYsX$<V`f&y9X7`6o$XT#U7eR{S7>T!w3A1i=U&A>B5{hwtW
z`}=_1J_2gSQ*dzSB-vn0*{}b(YU|cNO#;0)*4j^U1;xdNorcE3!A{5c_FY(g?b@eh
z&hXfUxa66e33uMrD?2hlp)#AVlLHiOW`^7H@BafH^VxoUe&sVsK}+Bnrq^n&-io@{
z<KY4}wX^V?<#U^_SAyO9WIp!&2QCy6nHaw3k!be5tX$oEH%NTmII;sc55XsI_vZjJ
zf5q|N(DVMl-t_I93XW*sZqSKrN=3jG7k@9?{}tx@cX~hYtnO6ce7wKS#}>KBh=>!P
z|FFiIrk;*wfV$2+Z_h_JLCeQI#`iu=+kOXlKRW2Vx0Q^0K=T{V_x!rL{+rJH%yqM#
z&CzWLDX|7c?&Zh8RIul9pEYp(%KE=Qj@#RPK4YxE@5iI>z-27c<Ek|MEdKxb%r9s2
z!uQAOIMb(=vt=Qc2}Sj)O!I`~B6u=~OF^QFb1krR1p6ioxJVF`O`KLw1ScxRg;yZ~
ghMe|?oH398Gsn1kW%i1gUSj|PPgg&ebxsLQ04b6!od5s;

literal 0
HcmV?d00001

diff --git a/demo/documented/stokes-taylor-hood/plot_p.png b/demo/documented/stokes-taylor-hood/plot_p.png
new file mode 100644
index 0000000000000000000000000000000000000000..c1265f0f773725dcf22c06a381be970fc6fc6df5
GIT binary patch
literal 45135
zcmeF2Wm6qbu<&trcR9GbyStO%5-h;MA-G#`3GVLh?hXehXmEFTd-&H=_e0#O`(kUi
zcBX23duDoix_=$6sw{(yK!5-S28JvrE2$0!2B8fG1|A0o@%83iD|{LZj0{XpQcTl5
z^Q;S4Yp$ik{nBY#-Sl|j#ZR7s;=bS_+v*)Lo9llJrVeNs$U_)Zz|Pc^j0Ip3J^Keg
z^owBx<w{{op~-f>1?>d!>xxP8<sZXTrBakq?unxeUd^T!3dp&YcwKfa5?wyCU6{u3
zE$P2*bZwM;ugOkv%y6z2%6{&=6c{G62o)tmgM(^7Xj(!3x<dpQbC65Yemw=Ig`(yC
z*JeQ=9t;s6N|tH`hmP=HhvNV1@V`(G!^RDS|BbZ9?$MKKjoJNq0)`^(Vf}N^;WyY9
zZUqMm@i0{~G{pcJA?Mon90DtZyMZ6K%aj-34vYtF7SQj#*C<IS2vA_baL|DqxH2aL
zz8U>~NHE}^Mdv#8J|bS?9)-e+V59pcs*-5QC%jk+iD&7=;;yWl%tYJCyORaJLEwh)
zxCn>{FA`rL(l+u2zNvJRHg`gJcYH*syJmo~VqV34AgoXjb>nZ&|4wqEQ-ZJ%_oh6<
z2<RQmyRysxN0Yfb;0r|OD9V#_m=fco;+o^+i}VTj5Q&LVF>A#h6Z;|7r-=r@f<t(E
z8S{e{9el{RA}zV3WJSjm9o*D!4+_I(LuX*6`#$&>{h{+spN^I_0J{zXOEKNMKwT9I
zf?>qWHAv|p^$IRs$PvOAP<y^ioW-|3LI!ZHv}h#cyI?~aL8_<2%-;zvuS7EgBa+Nh
zn6iD-TCnFMc5>>ZS&cYPkkMA10VfylTM6>}sCl)WRyhN?dXE&i5mHl_0J?9lKf&1O
zs>1R((J@bJvYy)2(-XhTGYnlfua|10Gt5P3mszfPCvL)U;(_R|F!cz{n!$UW@G<>+
zZ6t>q$JkidFo6$h8{Dv|gv6cZt(5?;h-DovVq0CMVJMS8`=ANzqi9GL>Xd`=@m92T
zmsZcLCD{JJK;JK=*r1{Kz50c2OuwcOb>D1Bu%1b=8q}}6pSY1iv7vV~r03>6<-~eN
zVqsd*D#<69d`Y%qo=>2!QIsT9k#JrM^oYTNjU?x_CM3MyUll|j1mi%m8oH<&hH)I!
zs$(}*VfQbQvaqC{(=QvGl}=uT$ak_S%dUpNlp$a{5HH|NSmeKPc}v$<a8J+F%xa<x
zvcHU2uH^}ahVCMl<YnM}>wP@`zQHEBjt&_t@%Wh{K(qs)^y&T-a4Exvk-0|$<M6b$
z$pNjF8O7_6QN-Dy<f;d$7$L?#lfB*Mj?0y}Qf2!Lb>qwGgia)Vrx~^yXK1%<e#)&;
z{Tnr#M@4c&I1D6wgm~8yl;s=)UZsYwN0XU1r^BdG+@#Ce=&vI%3|OPq<~Jz^ey2w(
z=>ph;O}5e3#jEQVFz_FUqqQa=#{ct|b>Xhe!aPP(lRF&=`_ij08Xyz?-(8DQ$FY5n
zU56y8><@l;w;5l7!0Syc(tzC_UNPPyd64$ZL(*B>yqamAX#P<p4WFe1Z77ypz*agz
zh<hO;BA6=FP>g40rHkU8fFD?4Sd{rZ4mLK%0GsU_`81DB>E8{oDtv?_1f9$+hGnLp
zu{pL>QxT1t5`sA-f9z)%5AlX83l-H;zy>S+r~u+_q%$Rc6BT{iq-eyQNhi`T8U7=O
zofRu|k}A;|RPkVrNDG!j9oXcAeCBo$#8CAvv%63w_i7V_ztEx1F4*;PdHfODtoag~
zsgh(KC%>?cG)<lI${OpG08)h}ecz?Y7vm?*Qx8~QQxK40w6Vun+|Rax3BFyN*mfd?
zgsGyerExl^B;r`&O~Xz}HsTJNP&f>ab&wg-VTT|?mUS@)cU~m3hS7E#PoJ(s)S+Sw
z(KXU&6Mq>M^oT#qpROh8@QglynI9&I_v$P*8Jx)vfR7+5a2S^~=yM)H;!rSrZ7(`>
zwdDsUR8u^5m?ln;Kfrpt?`$#vZcsJG9eb3$8oNT$VbWBk)6AR>Gq*3P2N?6qn`zxb
z;`A?26&C#&j37ac0}C4EVbk&~A6+tC-)Bse!10HrGXRRB09fd;)JseMMx!k;s$anI
zTd+0XLpZ@@&;z1377&IZ*+>1Ioqts#R|sK^I>nW7G}#NHh;8{ce?CMuMlzAev8qJ}
z<Iq*@v~hydNJ2Lre_S*z1_^&T-ak*s+&N^{+fFvP%>n?>`=w7cbZ-1<gHb%XMnKHi
z$S8clmy>lGrx6j2x_V~_f-cH|JB+K$3SMr&lIr-7EiZ0!4_LUQK&wRmQWXl8-^hBI
z07UMXU*Gx9ZU9b{)pVwkP2uA5VcaY^=JPB><{PeC2G*tLTr|JDh~+<Sf7#hRv45gu
zY$?<G`IRrcGTy=SOx#79X+wMk02*Dwb-@lC$8p8Ult4w*m-8sZhM?^b06GvJm)cx<
zyy?jV`-pY*7gN**t4S9#63sFt9QqVg^=c2Qs6q-f*^bDx^HymK0)1^6CK@Sau$^FY
zWWN`9mfdat6h0qu)YGj2<%lh9>Q4!)YMc>*#CDPdGWE-j6J%+E3jEWOu)nHXFbHS;
zWYFcb2v$;zYNi3&p1N|_Z1aQXjA7zhe8zvR&Df}&@{{{9rxjcud92KIt-x(Z-n}&N
z&wDfijD^UA#RDYzrtme5SJhHR=`09%Z4VWuS`ucl7M9^K!bWEa)zck<Cw((>ma^1-
zU%1kdJd2tYNFcrhA+gk<-WZ$In{MN)nq}-&1)X`M<r_R1+?cZLTwzY|JJiuwuy%CO
z1#CGH7UFNj5mppr>>#*(@^VXu=F^T1kjpGkf{k~$m^R@zRp~f+GDtLx9|kR!9N@=?
z21W<cii=e?5*@0!{`>WiwspICO&dvlt~M`CFm7LKJfNDaxh>=8psBob2q8n-Dmtc}
zNPcdHSggMEo95k5_97hu<sQ@7^0z?7(Z5QEiJPgdG%5v618Q&%aS9IkU|DGUB9+DJ
zv7Hn3sfZ1H1dQ526<a4(F)<~aOO*|n0OK#iO3OML<y^+kn5pENP#2nfg3)2w=ZXJ&
z4v#;#aGEA(IE-(kn-0-E`yi2gj=^~cC7a?;-t}25KqNicRJYgAq#yO?XrWTA3jY|k
z{b2nnD(jUQaRPuRBj8PW=#b-LYX_TBOJfSojJ!-vOuv1)N?+C^f;$kC8OsJI815&k
z4ok8c1eo<PL<Vs^M>iFKJx{3Q`JZbcg>zZLgD28a7)n-gqZ0G4;{Z)PY?9?DrXzMH
ze)`BN|GWz_8jg&Dk{<=rb0!p_6B$zhhzac`>**Xuf4Kd4tS|#-8{}efb(qvZ+dU>}
z>#3ADw_Zu2l?8#w0chJu6p!0j_Yx9uoD$NvGvXI@S@<FYG%Z-gFzPf!^T+ch6Sn^h
zaL;n$pRAo7hISP?1K3QhFGnKHE#tD2*POU_+&P*MJX3y%p&wM;{b^I0rsCYCL9`@m
z1I_h0{7uwSt8D*vqO{eZ%!~!MNGcv2m?~&Ob=ZRjwK>Rh*V<vX=1Ms0;D3bK5cz{~
z(GD#*CDgxR<j<~b@AbFJzwKy=r71>Ic3_!ne<prv#LIaw=RViZD1zb>6=l*2`&Y2F
z^Bv{q3l;w@#EfA#%kn5=KJSj&i}M;vQn0n;;C$(p^-H%9TIW5Z_A;Dm0PeN2mQgVy
zDF1%Th~?}Q^Vnv(mT4smCejC!eI=ROOj)L78E5#+6>X)<DUX}8tlZ_!MM$$oLo)-L
zX|vcDR;`Foc$|ix7IStT=EHr^R7+-$e*zkH#El@2ty@)F>tJzka7MTBr`@I9c1B3N
zY&N@nR6NEtVn~Em1z)#<P`mG|?7QA>CR*$_eW&;i^*#2JcsAU3#}a6kO13jl@rBtG
z!iM|Q3hb>SO7&47qAxg=PX4InK{l;v3T`Z}23o~!{Y2bNtw>k0uJfj5+Et}?n;4zS
z<}FrazJ}Eq+n@TKhs7-CPF79zpscQL`0;PqiK&AP_2I+cMBXhLpz`qi2TKkzPMDe}
zHJGkv^4dvR3DFTo`XrXRVo0ExnU5kh7+BqAAxHw*dcUYgL+yJgu=)Ic>GzqeXUBKh
zd0VfM^Z9mY^w_?{#LR5yG)7h9`L`m5Sip6J*o{cg{R%VZX)vYxu1JBU%f&#qr!2RB
zJUg%f{qXHk1QIQ+mo^m&e-t1RU>WCSgNwX*yo$b2KBlH7JViyoiyGXAapC@hC{HO@
zt}Q7wF~>!-V<`2Xe6Yng@wtaYqwKhUCqaWhsKn=dk;Oa26br|yM<yg)Z4Dd#F}D?Y
zo}1i_R}T_4Pdb`FXeH@|W^4Cl2100!6F~)puP`Z2%j-nkMJ{C6O4(ru48otykJGp`
z40(><CAj=%#H!DL#Wo30Uq4NuhTnYXQ+HnlqiK_mXo_x&FeNJ(v>iTH^0yjCZ2p||
z_#2>PH=anAKf%)TmhE+6rEvA=_xZ@;F{Y6H*m>x)&tRlRUx!E{<azho@98%#F0Oss
zelkzzHZnE8CnrJIxvl-{@`&)mU5Uthb;kt(%I{NOWI{x?=qUoHjKWKP#PrxU2i7rC
zXL11F@&TEmK>tH^wF@<es&sN&sn*3lks`u4N8|X4|BXvkVy#T#@}`mNasHY?HJOJH
z@(J>obcF$)$9V0zQesu;BsHB9XPmNxj=>LsWP6@0@PLL@9IumwGNacfBMtd=@7qay
zM2M%E-@-0CgW-?ek6rfOyM*tZfdkuD2O0Lh@25t7pYM-;FY`GYSJX8EUn>dcI_zBf
zP$K$+6&ovYmJowE3L2W~SK4m)8iOG&;1jDuQslTq;M6jxZ;ac!Os8cyV5fvN?9Oy0
z@Up6@aZ#>oH`JW*NMVY|=3i-gM&f}RA*9Hg5>ty{G+DI9aJZMDSH3je2l7+k0IG?>
z?1P|JS7lb+Q`hEe7c7bU7LVU8PfhDi#K8)S-}3}mb=yJuK^afa^CXyE$9eNFyDe(b
zFo*AGLlccae;8tESiQm@Hu4e!Rw*a_g-?>2g9DU*R5lhRYq+tk3tewuBv-l&T4uM^
zT(Nbeb2wxC;YSQ`vq>*+yjDDfv2*k3er;XKCk)R^tJQDEl(5h#tx9OBEo8IaTMnvh
zuW6;*Jpsi~nG1Ve&glxUPRB!r`V&ZpbVh>QHareVKd(uR+_yt6y*6JX;7L4>@`St|
z^u4c#CN+iy-1kP~?`?N1zJyKglY870T)Qzixy!#0j$}}5W#wva8j2aNpTS+w=urC?
z^a4|el}UPKo8@1alGB;_O+9bB{LIeDDRy*1QhkqF0cbj_s=!F>j4fr6H;8fGl%lP=
zGduJ$=Onc@s>$i>8t=JyGy1*O5zbZ^QO7}$q~}=4eopstt>rR;p;}v8+x?*-$7f!N
zCk>4-h(adjY`vo;bv^j6;LRun;le-UV996%q<rSpnk>B+<q<MT1Ac*5B8q#0=2ti$
zc)RwL(7#M71W-A)@+5AlhA}mq<0{Ad%L>Jm3S}VP)CLNj(uOSZKLbPU-U+s5N()z+
zM^4}pj$^VHs>@`zafBMbTaxr`GOFSvRzs%>)a8mAnMUAc*V;@P4OJ2Wor#&huq>|*
z{XPyqAM8J2woZ*cU-%9)Ifzg$yI(I(YkEGK*X&+FKZP6YH-*7Kf+8YDpzhjQFi~LF
z@Z`%tbl3VN{TrGj`V?<_7kL{|A)_N%wVkO6rEg`c0#gFAo|#t8kZl?5yT}gsC9k4V
zC~=Y`blat3-hp2AqD27#j_lJ~-#i!GRRK~LBLia17;L&_S$2lj`Y4;&VG@0gI6<{0
z?l22l)ym|{*y6F!b<zpaaDs~Pb4Sl>2bk}}Prrw+CC=}9wv4GF=y;grX82|9jh@G~
zeBYP+d>RN_)4tA{g<-$PXyj40-NoasLK~<vihQ$~5p6!*t`f!dXn8rAX7D=7Y$Bu=
z2U+zbGnBdP;ffj(2bU-xV*uvsR(F%*=j%*7XBkR!C(E+sF$g=&X3?D2b}uM@)9dfu
z2SbRLRH9Y1r1ofQ<2u!zbpm3&_r3<1=*wCe-VCw$Uh7PI;-J$N`R>s8?#$##q!_ra
z7`^{B^4Uf-T0Y~pBlvQl(}Ks*k|%(LEF^RofeZ|bDyMhF#QOSq2(B7I)VpGxYTVqe
z)cnn6vq67<gmXr+F#34WQgpvK(GasgUPmiCP(DEN5X_T5&1ocHXYBX?L2upvxl{|@
z@~PP2UI~A5<J<22lOI(38`bY=Ad$fMYXh}w-G%`(dfUO}DKXar+o8yGG;{8f9Is~8
zQYeRw5Ux$)bIx?5onAN4<yA1YO`o<fVW&QvXZY3NT8@RFFvGqkr@m@tG~j(oBTr?b
zTCZ*Akto$~H(TCmCY2Y-w=bL$b7sSR7}=3CS@Af;y&lYzw45W^`px#3#$$VVUdOAV
zJx0Uwj(#)W6O`tKv-368)|!Az4cYgV2W5vsmmXkIueIgn^Cc>{3flVmP_+jI#~yYP
zq%w8vYQYVG?(J&5owzb0;mzbu(kR0|)8l@PhTo-!n)Et!U-^L>je#*M^xe&@$_IPw
z@8*>0q3?nM)R9T7-SOcdhJWxd7)A!%dt}Ng*DzE$ixn43mpn@I>xTm65q8SJ>QGun
zMG4)hdJ_(-lr}L|@Y~zlf$cbXzhi2I;%XomuD*kqp8ipt=?GYAYI;-f>avOgCR78g
zy;;Qf=toQXzPT~80!vf+x4vi35}$&{fwrK$xXd=pu%DO`SBUjL#9S$lk0%8X<2A_8
zMnYRL%Wx|_`plA&Gz85*oSy-Rq(v><hf?<H7hV}JQx&`LbRG{_NKhf+x@A{q3ioa+
zE9f0auW52+&TiHqR$D{IA?%SD;@1neo;AVy%g>KXFyFHgU!-1*oR@_!_4$1{7gp3A
zuNNKQSikYIkG~=WTv&%PbTdCZ+fRGtUy@x<loIo4SS7Pso(}{~bNMa&0f(eg48kj9
zbH&V2sq8}P)?DVVYA`(}k`qzDE6F(96aynW{D=>p6+?AI8jEOp$;^W)_(vg>Z}-{U
zg=2hJvw07Mb2E-tSouvnt<G+)SASAEp+udDgg7=`=9Pr|fQGjOV5FZ<BN<fQCmJ~r
zS92-d3unwsO!%h9I$-4eY2wa4H_a~RUi%vHE;q7g;XWNVX4SQ|`qBe-mV+s{A#80>
z-wy8pL23VBjRRqTqJ#{<nbORZt(Z2})l4q=EH_0Cw(CON1mN=bjk`9_sY3a_yG%vo
z1a20Zdv@wKU0n}OK$D!5;yrZ}3?p|#`W5k|`$$91`<b3y+rFFcp__C;JfHi^-Em9j
zK9k?0o8RNOR`<={8ecAdU`?0n<wh6j+ZOES+4Kjfht0Z5<YhK?!}GKX*T7{KX!NS<
ze8o5IG1Y9l_I;C;#OA034n8@Js@B;LTgjb|Hov7hF5*b@sDz)$5L0)#kl+D1#wLlp
zmC8VL%qb$_54U0H&Ty;zKWj-Oi-waxC7h&G9mh$ZFqFCs3MOFF-$H3wsrbrc%4)u6
z$C-Uww~W<0Q(d3<Y<}%#m*&n|@9o@<&2B5K99p5j*{P|(b`yyPJRqi(7xfQc-w%$Q
zXAsL<KTGH5`{m~#jj-c>k{0_dvD-h#yQ5i1SQPJ@gdEO`0iV|gpZ|8ObD)vedDBw&
zZPumtg>y~^aH(40qII_qmh@kj*W;n^V_Wm~1H%Z8G5LRMvf|-V;ULn?HC?tOnLQTX
zqH0bWSe;2XfHkGo-HbqCfTy>i-rO`E;j=XHfRUDkJ*~@3;V~TV%84_dtQOiGzi0Pn
z4D7~63vbOXb(Ii1VXM$V1mRxkVsmUGHAWEm=5(u*3k<utxU}59{rI?|Xpem|XWjjP
zBgf;*>VIsLer!8u-)8zfr}#ZD`ModwCm!khk<8~;3pq-F$91I9TlAOjwSMXQ7=ml)
z{&cmyX4hf+rImAgzt{g9oI{b%=Zxi#`=Cmh{~!M|y02pavpheBC)?+Lv^*DmC9YzJ
zlU(Fk79Jw0tH6++KrZf3OZx%tijBd!MBO-nCN9A?%E)YqL*cSnTY)6Lk^~L^Yx#S6
zuPPT^75zg627M8oVG?VlaOpQ}Cb`n(i}qg#72{RBmcrwVig1AHM1$<O<xHufRAVhF
z%35^`NQ-yz!1Z6G-~APkBD%5vwFiCZv@!n3m|q_?RLr~xwXX=L6F$OtO&p3g>tM4|
z!D|<nrEo*se<B?U=4=zq37ow>Juc_&Lu~fhj?#<00tJ2yhMut914HO`n*C|9Z8$Y`
zKx}W8oyHN8PTlkTtI4ee6^_(`6jAM7T&5HudeQ4mF-;m#p+A+NXfRjUJdvosE2fJM
z@;fwZ0F^VimyCX=OijANYLs;7V)|O+uBg(}3+~{hFc3X*Xlb<5+Nm@mCxK3E<rW^P
z+^w${>>>=Hi&42_W=x8hgzusH15c4RAYA3h`|%|O)wn`}LR@^>>(8)-PEs{0h?HpS
z{{2}1NgLZv18*NCpe*VuR=k=N##s>wVTqqZen;<XK$^*644REBrMya<a+vK(hcQP7
zMlamr=i@>^Fqrb*7i%W+h{q?SoJCvTrPm}NMy_Nu)i5m<UWJD!>M01|DtjYhR#Ldz
zHRzEE_v1r*<mfQ!dN0|bV1snxO^#XBl03~1<uekQRfb)$a$n<!ar^9w%?=+lh+yC_
z@G8^ZWyQc$iS&@Sm91{J3-Sb_^xc#RIiBGN9&i+>?fZX)udLG8>afXh+iMqN4Xk8?
z=UZ7}Vit}86s!gm+wR|~7$~Zbo-IaNKClrN(Zz!sB3f?|U3lrT^UF+}8taT*0`)Md
zrJNOWrasMiW5*sAZL*B|pbtXjmf0{&Eha0od{`ZN<nUu^VSpCr`R2<du9Mdi2l$oF
zEAqzb!wKVMP@MVEOf7tCbWTn?sxboW;V8GWSL-be3_1yT`3lPb-LdZY%66^*#9KGM
z?f#VzwCzf=91~<Z+~Riy>o_ES)|L_&7x$LHu^ITP#Gr)FAZ7EBkbsJvWEn<0Of$5Q
zJ<42aONU8|vs~0IIbgIkPdKD`sF?3@;=kikcxS&i`d0sx{EuSvA)EzDhNPG$psijW
z_dL&f<kRpe#ew2KJYehJ+Ga*<e4-oO<}+fnN`^rh-rXy|Cmk6LRolc&K<jcGx8ul}
zpyM792XiWw4OG#A)5>uz`0g8!EB6nVWZ*K?44w)({`M${dHl~Zf+U*NRjL|WP+sYg
z!7j+Cun#+E`43U5W>|c9382BPf8hk;58%PE1`Hi_1uV_wk8%X}4(&{3TJy3iuI+Vp
zo~ovylT6^E2IgtjpV7sPIPpjX=7ERJMq}b!T<#9&d^l)i7o-Ba@fI?A_S>K7taoqW
zw0o2RJihJbE<(`m$TCRm5~S;RvODQ&4aflj_28_b&$7@QR)B*rE=T0*mBfK=AtJ63
zJ>{kXK)sfnv~T>p$Hg@5wiE<iLUu;-aBt)|gA|KU&@WC8C}mX`YsFS>C+p!h)j_l4
zhGETxl2&0WennIbK&N4%Z!-Y-C&JgHiI$|0^!vo`tJ->Be%Us;%o4iL8ToD;9p@XD
zdV8BT7&Dv-J~?ydDQ?n?BQy~>Jf;-{Z2tB;7pK)%1zMf5wkbVu1k^;VdI`#%Rf5o7
z3rMP_vq{R?oe&K`$6Z}_h)ozGrl2TakIf2%-v;0A%B4ib%-9$d&A6MZzhs;oz7q3g
zNdLLiWZmeLH?tk}b>13A*L!3i(5ZeU@QRmr8K)W3HCBmmdUi<d^%FyBH+U)=hoF<j
zw3fjc+?uKgm#HMCAW&{Xz+j#l;v+UND{};3q;6ALsQzXS;HveMZfJ=f4IWsw0*~r+
zrdGwg#TeuA(^F5wvjY~`PkEZvf5RFyDu}~aRaT;FUW}zApsK0KVt-h-(=G~Rg1$zd
zBB5n-mL5e>ONpj+|4!=!Mvd<y&%<PSh0C4>en~BMmRQ$5GX*2(u)6~;!)UcaRuq*;
zp%-JK5x~tjN)`%()fkyD3*z)QDGh)~Z5orOZcoJ5=lC|&G#2yYEvlp%Jtn#n76Xd*
zMiE~&-WXD5d$K!?Gpc%wK}5U}U~(;{n#xX1G?8T({d?~3fLoTH#DU%qH4U|2(=J55
zphP3T=kExMIG%{LGdPxk#sv<4KO#{?u6#&m(WMZvI(kZ%<boBWVyY>qWjV@)_zsSy
zr_O#*0Evj(^RBL(N8Ow61noXi^JhldXa(}3V6fuT<VH|R$x0)*G$uhaAjwJ?5L7i7
zH3^UauYwNJhADqfu_e8%9+DD7CO#b&);1IE9i~k`lOf;aRtbkGclg0Ex%{W}e^>w)
zJSv6X68xdciUkgh>j)>Vn8|paleJ?1=6(<Hu3GMk_q_zdW_&i27tgLp9_F}t6xV3W
z6sP|gu>10kPc6S^oCauUSQE$uEu#^1pNH~Pq#LN)(T0%9<Y|u#e>1@(Go4VY#BOj>
z;}|r(3X6tL;#&LG2^2srNpqj7&$9ph6~m=N6GQKJgo)46;Z#H;P#6fljlkL4Dqs(t
zX%^1XZPp`o+;vcyDhTg*_iR8uzb!VYi~bdf(2Vt87)Ad`QUP+dU;Nyz$AH+?|He0T
z7g?pqZa~#kk)LQN#u~40guvKhGMk{vJ{AJV&fu`G6PLCe%^Ou*0=~3Gpv$oY0$Zva
zas6<tZpzVssr`|kj2jI^Q#6(uTUZ`1<0&$s!kv`IoNSH$LkqIAt4&E(HlOw<*u;!G
z{!IFzK4mg7(08wD)E^Q^f;NA|IMA_)wkAiX%v$DesZaLDo~%CL1<E(V6d34K@M)t4
zBKU4735j+tcPNZh0o{Is9x4<Efmx~!LRu{BL!uSMw4PR09JC(Q6{E8-*Q9otO#0DW
zXJH=k(_e0lA5Im!S210#4x&Sf63+&PpuV00rHd(XtePv{kzC!)cpzY8%n8#0=9}M7
z4jegd&>I((9pd+udKq3mRxbG-T>30s@_EHf@(#Gq$kVh|8w%`7T(ddbJ{-|!mhO3q
zQODm{n1nh%bE4hSc$4ai2nY{%mLlOcr;;p{(>(-}ZmHPO<I{wrktXPS@Sr6ixwO&g
z9Fz*N!t(IPRbzM9*7~q?Z~e;vQGM72fg}y-kiCK?={(Lp4eFKjp%xGo;2<Xj<L^m%
zTEWK3yTpxHM??Ama5{6bae2#SLB#Uejg(*rrk-|K>^kEMbQ}5M#WqChJZ-1?tku;C
zk%;8+CB;lGgHYQP2L0B$(w5%BwXd`y3TY??=@?o_I~IbaP8Tgs$n$m-#aDEHja9Aa
zddoE>%j6v%u!wa`Ii#E5G%=arRB+a`A0`iuglsaI#1tdP1{5*@Si<yqP{M+Y7Znjf
zAUq(K{dswzHeKpIOj2aJ+Ms+uAT!b)?yTNa;7S$H$xKFtNdAi2^i?pwA!ftL$$F}M
z-46TAxzN3QG!R<SR)=F1SW();EV;`f;qYLB7^dDQoyWRPi}owPLs7xIKE7;LO45-n
zPh+3f@hvNJa_)6D7>nOlCgE7MpED5#p|X{FF`@}RS&f^y7$!C~B~7MqWXALe{TTgk
zq;9NstoBlAO4<m>RA5Gx#aiIPAuZg%zciekD~NxYskb5*OiGoSe;Ao4iY73C)Zem(
zqj;>>Z-sag$^-ygFcNnTm^IA2u-L~%!O?gS&$v$bvnl^(xSQDrjoxXf9Y3M!uqc6*
zM<yj>zb6zJvg@$J@^KNcB_R1n$dChliotR}_gH(3Wp7Jsi_7)99uEU;s6`w=v$6?!
zgA%&D6^0&}mc*(`_FEyal+SWf^VGT|%}tMC$g}YGZIrIYBxmhQtg%*63vfOtiIBZi
zGtMMptGFfLu-|grKNvcL@Twi{Lx^IEut$Teld*SAVNJW1)dAp9JC7!swzt!s9%#=G
z-@53sV1!#Ou^(6kPc9Bl;CI2aIJ<aOjmh*Iv?oPK(BR|A&cM?LyF})U^8$y@J@=P7
zZ#*~-!ry|!kp{D%8r)VJO>j6Df-s~+ry-3%^RK9sF2}d1h;Kz)oRdMoMTK8QsVQ8j
zsoIzUjpo90x^!`i)?g;zu@$wg*&Rr(B5~=(8DWFg|8yQqy8IA((}7VM18sUX5atvG
z`zLt%Eb5~?7zWlVZE(dL;)Gb7Yy53WK5AWzjw=d;+6|fPIsT%Wf<_hjwtpU5)i8vz
zV3`(3@7mXpN%%))0IA8<T@g^B214pY5x}`!%S0P?f}|&16@@^J>`*Y@AQzEffKsMP
z5sl$L)#R-VSgb%nDV)+xt5dtXyM2apkpz%c2VXM=24wmjvf@?~ngQVlQ+|2<g#>$E
zS@IzsACtLo=NtB*7p72?wzQeRB##t{SOyt}b6)ZtS^f#Xek^p+a`#$)VB1mygDIk5
zhl<UHS>t}1JTAhN>lcNEWCD{;VmM57pk#OKf-KfbH-XTX?}&SGVA4=oq78J?-(E;@
zDzajYXYUwnryj}$j~$s|-ucP97Z1~0iUssPMXw0h(Z!56oNG530-0J=ok|Jev9efk
z1qV_$ztpI+n$jfVYp7Ii!OVIkJH@lxIpm3uqzNUcoG5T0u(Lb$o5%jmC=o)i*`si*
zOk3D=OzFNBYy}xck1S?U*W^E?FZ2o9zAcsJQ8h$5$f>)Ug&(Xim0%TT;(rMbX0{pw
zz%-9I6Ka3f&1!v?7n0)y07|BVp(&tO_QV&V{KMsf62tErZ+~`xV;e(oG{&b#u?1nD
zrb~0hrj-^)v{@{e0xZ4(3A6^Tjk9GUCvLsiJiQxhf8Uo8tbr|Z!k}wy1>p1M<zZ=!
zM}cIxU|AVV%mdZ7VU!&jUH=G>gtxi#aK-UoD_E(Pk~eFk3^yKDG@}AMGcRIV4MysZ
zV{=&uqDDhB=6NA#G>m1Ge@@UQv*n#!AV_gdA${$1a9Zb^u-;wX%rWd^A8%Py4SUp4
zP)0H}eee~0e0a0AyhY$xDr~S2&{#msF)PK~YIF-tC?Hx8m)g*MYIwLD5Kx3Cv0zF&
zM=|5Bh$jjREEXH`R3!LS)mD9vvNKO%L!-_Wtv1PFRoxpAZcV+@NAwL_3oJgGK#J20
z;>;p}Jm!f7@prhrg*c@hMqAu)14X_Q8txxu9{E|Gxu73BYU`8Xe(lX`s*0OgY`e47
zX3<(rjHm4mIJ=fUN1Z3Vo{3DXc&I!b&|jHLW!2LRSKv-@8HYT^C_8&5|482BExL0)
zoDi-xPxp)^)nc<Kptkuoj8Lc)oO?o5^E>sT@tpBd9a|W(J0}c>^~_BwtZ9^tAW!xE
z%|AOvVx84y+=*CbdjZ&&!tWBsX}>#4=RCoX!mtwn-zA|)G|Bw2Kyc!{1R_aZezIMj
zlQXHB)J~oq7}r`BVhD_*-ErI`<K?so=BCjP%&v^9B3fofEQ#~#AMLj}#*pM36L8HW
zx)O9dyS8il7zKDl3ensPR1V}emxRSC&eWPQO{E5O;b0=p=}ZahmRz4&MJq}i5|v!q
zKR6-41s4j?ttS<xc#2`~)vGv<sj9V4Jr-hF&Ux*5eNFVw)i}!?5&ohqj)XUxvc`hv
zK`@9*>8F7$xQ~)S#~M%`^HP`38N+u}j81eoAjDi0n9~BJUF3y}K?fYQw9vM$w~Kr1
z8PvgY9yBR};qpt#pY<(VeU)Nis&Rl|mzxD2@d17U;;WNdbUMh^cyu)=I=God<J0pd
zC{x5}6TPHcy6?3_Wh)Nk9Eyran4s0*U(hgR<Semy493~OBg~RKnVEZcEBxJ|zJKm-
zPd5+Fb>1!>)pIXq2It@+Ww=u{Sa)v_v#GxkC4(cxR?|iMsAD*})ubto&biw4&|M7K
z(Pl2{xf%}`;ehN?)rb<mx@kY1=9Juh@T$)>y_wz{QhKis(kD8wv5pJ}p*Wz(#l;YJ
zP`ISEpv3HOkqgMrbXrMPrw9pX(PU+i`%!++SS)wWNBW}uuq<*#)~Mwuv;wPK8J-Z8
zK<(vX-Alil!#Dv4e;G43EYCY+gNWri;S+4r<~SaT-w;#TaPwT-Px8$tVKMb(i6vRQ
z74WyUZUtjZ(9M+(@DG5XGcf@OfCf}`YnfN?-6>X<Qc*g}&<l1ShSgjL@nfrCqU)bz
zQU*5wf@2s0>WW2UD!D!_+FRq4xk76hfz;f;?rGoepicwaSI=<1Opb0{e_UH7q+BYi
zwy;ugB&mR<gbW2nlNCsMm8wmOUO$a~p;W22RNPi(#o1u(X_C#kDgb<`*S#<$g)Q5Z
znuNuq^4^rjy>T#d_qvXXfMwUEYgf=fL=6?k@{#0hSs~(XDl2&Y{-1I=3_|*EY;-W>
zZ)wA!e18@1s2lWHAk*rmVJ31110xK`>&|Y)3O`yYwETC?y|#JTwX~4y{x+}uJCgmE
zWfPKW7+=MQSPiTTMDj#r1TjeRN?4`=7kW7s?+#QsU!&Z+Q#onbn?eZc$;cA^<jJuq
z5oDQL#9gZe5!nI{$;>L~!FO~yfLCbusc8Woi-V>I=+2Yg`3L5cyB<E)IwIYYc*hAP
zhp_JBDw=;~mtrk9zGZm_x@AJHew#eceQ_kX*zXJM2WYLqK`kgkR?Gw@%^~3+iSzt%
ziI0=lVO<PkQ}WCUA2gHyr*An{X?G@RxSPjmW|ZN^$_<<7RW@8^x6TK>Y_Prf1=DQG
zA^yikK)~8ND>fScBX9bpTsO(l6oNDQH$qUxsV)Qy9U4$eHaZ-rixbsOO&Vm9I(J3N
zp}LZ0ZVf|kIjI{2BdB{Y3ug+wI>mK2h8}z9;aI7%&<S^7@G_QgkLhjVq1k23%U|8X
zbafQA(fqslo3*#%<wlhyO49Hf5#ePaL7Y9iK(fim*2i~FapOvXTDD79z^JAR%V-x2
z@2^xvA<PRKJUH~sF0jL~o5LkfdYKkN`(KQyYh*8S15JQ(rh(2tC4aQMT>nl51ZjD{
z&J}yrL{7;z$r1u8&yG?@8g@*qk!mK98U#A-kN)1eAEVIAgi=aQwuyjKg4H<Xkn7YY
znCUv|D4@>?*05+(<d;t~;i+>CU@gbHHU6~`V*UIPzu0-jX%m!QQ${e$*U=_i=4PP(
z7qpA%Y1cAmT0D-P9cbF3Nmz#)29G$rdx||?2v>vRgA~(4p2oMZ{#Tn~6(=!NeejYm
z_)QMSC3`bwl&-pnX@Vg4T0##s{J_4zVS89&;tIYGN8ASG6sCm+MeqoLY5E{DLh4n-
zQE+F&ZFcWHBoCGI48B)-&|%LZmch(|dI6*_rlr3$7@;=b&uv(JZz|)_i7XguxYs^h
ze^5kKKIO4w-@VV__sd}frCND*=X2puSb<4Icgc(GpH#^wVn_COD}QUDOs)IW3TP8n
zpv2Bz3Cy$|-02(~!ox;4CE9}7oyJ^h&?FimnXripjl`}7q=gQm)0A2FzWMkuXM}6*
z!Z>`T0YNo9-S8#LyJo2|6FKAwv>t2`9PU9eCLMrQ(wWOCn}-o^R=PTr^exU~*}!kn
z6EkRt&06v#tx<g93c$gT(F}t(v!yG6shSr`60N4ysehV46JXnmSDJ@6G2*VDNAmWL
z`>`X%;`x;tywdnQT=TQwG$xq8F<tg?EK)gX>q;Up@fM%XD!2<{H7*L1i30CaA(~2a
zRsOm61Bj%&SdU6DYv{oU9&b5lncjH!5|9X?wh;JiI-$*K_j8yHbGbT!pLT7#`klS4
zYU6%6@X9pCSK}*=gsdl;h`>!sETonvVwMx|j<TOsrRL5}?3kF`U^fY?=2RJJjA~tf
zp!A(Pz?CimwRe!95`ML2Mz4+pOyUZRbDGnP3$+RPFN$$?vjN;HjF8!C-#yqGOOb6#
zefI0f+9x)c716uO$A+KDt7|EN;KBJCEC190_-$BtTY0XG{x^RZYf(r7knyBzy@s35
zpxCpc%R3YYex|ut0V4LYB0#wo)0?4neYld-0k$vRLDG5PA8|7io1JDuvxA%oAaDFl
zCe9WXV5OEhCT55}U;~EOywG&Oh0sj><sKmx_0GCyk4Me_(L~96R6z1~gh1IOs-h<K
z%crvVp~H$Lm5n747QQQP=c~x1Dhgc<Hl!cGFaySETqO#r5J!Pr?XC!tsAd?3fa#Ds
z&ku=&!#-fiH_*ymh2DzD@t!5zeA~$J1~+g=4-iYgha2#S8~!JFhmotpb{B@dB6a?5
zP(SYzs}tKs(m*1ygcO>EBgp=k-hrkfA#o8<Iv6&NkJwM#G99$D8~S}6F>tqs8bQ3a
z&vtC37Aw?8c4ZpC&=~|lc&WrRYLq^HZiJ7(nA$9>?chpQJc}=52XU$%RQEj3r_q`?
zLqI>EUyyjvVg-6~zxf#i9S_cf5Rj4eO_#7EDj7GkDRu>;Ha<L*(JHJD;shNAv6Sl@
zHmbkJ@XhYBBYgDl-k42+Cu)tWj_TL0o)5y8h0phHA(erCZuQ`8qTxtEeKHb`0NFee
zwr`UD7HAwC$84Nut3Abax<RSh4dSW4GPx?jwbtb13+Uv|IUNTpGmB7|?LnjgV@^iK
zZ^^Tcmp2r3?;QN*cEAee%-Xe=H)^W^0DcX+uFi}W6KAWMcJ|tv7gK~ovYJVsIO^<E
zTIl0ly=P-dC-a#sDBd*EXJyJUIWoVvKA0=b+FY^NCb)n*q7;I`Ik*i1rnDIna&der
z+`u+Sx7UHjRv^b!Ul!5JatU>?%4=xC*Ub+0pk>||ynrp#**Lln4N7xRf9(-$afae+
z&+i23N_=yb%@fLae#X=1SW+B5uv(1R(Z{9l$%LlJ{6&47`zbEn0Bqvsv%)(a#jeX0
zT3*%qh5FYXZ=FI(M=<H94e%l2Rk<V;aRig|>?yDT?<)iWcQ`nqQ@f_IeB^CIIy<W(
zx!WH^KACan&9~Pt5}t;Upl1=x@C=QaQ0BU(i%&?$3KpvBtm?dlpeR@#0AB8a)NEQS
zir68GK6zOj;#_Bo%XBtcz1`FE{Mm<AYWYfH0`YBz%Vkn`O?A<8@P66ubr^zG!7vJ^
z&IMsY<>rR2T4u&{an%qvHf?!avS^aMr_y+lcQ0xz(T~`e`m-JlUd-MuhOhow@Xyb*
z2ICIm`jQFOm2+D}rdr(+$9g8m(gmOXB&R1VzuH7!w@!YzDfuuf7w%ar^d`9o`drIB
zn<`30%w6QdA8#J|!j7!<{0&$#`-3t&-}#t9uql{PDbZ=*LzTJVX?fTSU=g|4->_px
zR3VWL;3P`H%Y^g~Qy!w;SvqY#BV$ldzkYF_VBj1qfW90UW$iEKZ0t`zuV@nO3EGva
z9+AYB4G2gVliWp5kRB4ughcKo07Z?nCj)?tMXX?(Awk@WvQx)2h#xjQ^vx0d7mQ3l
z_4K|e8|C&AC4lmzaBK{O3N|krgO*BYr5vawz5u2^I$&WV2mJd{91$)A9dU9Ss|}@i
zgIVf5?iO9#wor&oXK0-@r(;PI1adAtV6yPbJfX0eFrIDiv;7_X_TK;V($;XKrfbJu
z#O-r}gx6ITxr|`W9V$Dhy3fBH4h*=UFcYQAf%$he-Fp(@Ha%^)bfmME*m!~KiBf9~
z6uj<ROQw~C$(D%b#aTt$yK!)0uOPTnXdGc9oB;7sXB_17y7cX-%muE4n|RSez<|wj
z4;x3{Ey}D~tq*3m{2iCrcT3jApN>@nvH}$!4k8vzxq0%q_yP%Ks1++iU`OU>;9d6U
zlR&;`^HeKBL>_j4_P0T72B}haL71RW#MCwLDz=^qcVdxW*L|1FJ>DR^zq!z*9t0e0
zxm-)8CMMOIlQU#!vtakj+*O7<v+&jQQ8|)6=`H6FIR|`0_ZXqhs)G@Ec&@*USeHTQ
zB-QN8B7E8H!|TOovu%0;a{GHcner+f45qM%2gs?EP&DY)GRaBrg0Fk>n<&tyVO6XR
zp#K8i34Kg!LbG!f?lmOpb`u`VI~<piNE>OP6Eit~<Cjz^wnb9&+#<wOBQ*CDQy|bq
zRUsb-erjTWgMvPgic*%4In|YPKZ$`9@%Zpc#<?CWK$6-;KVeJF<*K{3TeUaocZZtP
z=8sN@y$P48b4Msq*;&~2et}Z<Hd-n<Z$%R_F)@zvjE9d(XA9kyn)k$=GnFuoAgLM5
z+lOKFOfk$zVUQ!e__f>SWXxr4b}34Tc!00>9%fq<0-$Nm(^ht4mY;(|oce;F5LRcZ
zu?Xqb;b7>aOTwDS{52^;^{rrsXi39kOMKaY;Yem_cCBZM<I<gIqS(mTv7EW8EI|%O
zA~8({d$-K)(>+4&M|Uwb3sLEP2-dRceYxphr>kDe!3hOpYUE7MsFBFZgUKy8-?O#*
z>@N55Pw{)W5|Y22{zK;3Ycj^5NynmaIAao8FNt&Hh)h2N%J?pj>c?IB_xZ*A8wfs+
z<RbC<C}PGiPV>_;xi)I`ElnaFc}7NFJv1raT}u}TjXSXDM++Ho!*$1hj{8J7OC-c@
zrhD^CkD4v+OsT-aQl{`h7b;b$A7P{g>eSNE^7F=Ub9i&-=lV~6f{%zI9iN^}qSgTm
z5RIYaQU(d@#<}?foFqZmf911;V=jFPeBZoY!Y@xcM0&h8H<>W6mi<m<9lM-q=noJ&
zSy7?CgCNbZ$*lx3qQqO#hg7J`^Vd>^O5W5uFih;N--r@2P(JlL`l<wMK?~%wt9zzy
zFCX%CajDw}|KxnT1Am3230e;bON9Zjcq!>8e-QBe$eTB27zU^muGM-e&v7C(D)UGi
zxTH4o<Afd40b{9v&{Bgbg`(pag<Q$(VC9KTG%?tk?;k3gpDiLc8n#RBTmMdvp@=<i
zP`M<6IAuAkM1weITSH;;@@MIyfX1RFF-t*0K_fj{q<;EBA3~mQYxi$xUQ>PX1uy?9
z%J*s9?ZAX6i@>0{D4mLRuxpM_NyNmZG|IAXM0?M4Mr!D>XpYblH8=K~p{~cQLX7p2
z|DK3Q-`)^hS_a<tTedzwYGZBNY?r^k_A7t1^pxXn{agCtfP|;iAWF{9AOeLI%5OW(
znbZC-c_qcdv#T0w*695cS|<7?l?0e08y1Z>p)C&aK&p^<6m)zwsLDs{{nk<4@sV!|
z>)N#j%AEAKn2TzM!O8<@y1a!M@=K|Z?C+a5xulbLsrtRvsEB+RPf{4ZvH09&?Dpjg
zf8=m6-AtY5vT1>^Ijp~fBH94d&5oQ<hrA#&C$$Hz5EQpMV?gP=S32SwhHg}Tg-Ksv
z;i(J4!=>Z|Mgkwu!B2^f7f2>aYYD4%$xPndh+UbR_ZS(a+y^xte>*)-uD5Aoawi|0
zo1=s|suaGBk*^#hYPO^M*0^XE%1f&hp~m(tz5FHg({XbU(RX{wt>-ac#;EbuU@A@;
zWDJ;WyrWz)C5W{GMO0WL{rW6Xd4Hl}ArdKO@g$fA3e|XAD%;EpR;DHEM5hi5Qfj7`
zNlU5Px!Q2hDdP|)Y{VN={DK@_4_-Z+%vK6c>yD&MNi`&d^{O8l*Jf1_86#SS9UG#4
zTk__@1OWy)`3J&Y+io~1F`)q-^(XSCDS14^O8Od^JUJ`Wvct3<Tm3WqQof>mGIVlO
z*)^jJG7-K0^`{#_(W@pVlj&mKM;kKK2CYNWXWmQyU62Y!&x><fT=PDWpDxooB1}1E
z$est)xKS`qv!tGV&dlx~*9tOPBA?b^_OCsLH_;s*j*r~NJ?%&0a|qUhc#w*JGkt!N
z*=~w>_Yf^^hhTQEtkaj(jc%oEhU_#Lq#-vHfDg?rjuWkVcA9dxw$4obdCkPmRQjU8
zzDd4+|9~Y`v<GUX?e>F77=$w*Q1J)rL<+NgVC!p@X&1UE<~4Z_nj+#!O1j$F0U&@D
zQu0-~kpDzJ=U)%~2zn<T!N7cL<98rlKj#MYNzJ<wdhS(t4~gEkIIyHsH>GtO3<n*+
zbqOcaJs}Gok*Ot2btn)~D<+9n6|)JE^cq@n2Zd}8CIPFw?g)#VuzG$CLYLFQ^3bON
zMNC^1Sb$71RV|t2zCh@y%wlyBSK%4Fk;KLEPDdBT)tMPRX_I)NPn~L|UwKX+($bue
zL;<NFr@&muX<qxGrIjzz=bjYjz_Cx`7%L!|wS-l-|BWPdpA8EWys{vbB(ROBM^*;S
zqYR2cu;r-;;Ohz;52SnCL#1POt<tXjjdtewJ0n>ix&iDfgG|=y16gHQKte-99+Mlc
zZ}8mjD(v_Ie|I1x9KSS^G#sLfc9%1;$GzME9}YIBnl5Yf9@Q@itQc9keEMCq+gZt`
z-)o*SzmfH}M**TR6zm(Xx*%i$oeG6)WJEk|6hWRKKC)(5tO^X}fB2d+;{6MzLrh+`
z(WoPki7hSKfbgs}{*8N8>4?V6$QU=kk$oLyk`7DieN|=ebGn~m)cu8PIe*nTj5E}9
zUJnzhWDBks+^~G?u(&3A;D};vgDBK=m>8FieiU>f`>eFotB*meXoxZ5C_3(C#u<`w
z*+zmruXJ@a#U~yjaHIy}pBBR5%DC@g8NSTlC5T8Zhh}xaOEB6{sF!-1Rlv}}Bmf$Q
z^LoG+)keuA*%aGA%;YJ7w!tz(0))iJ-cvfmV?iid_QFyPeYQO%R^yx{i!&UxYOM$9
zz~Nmse?9xIrqr$5uL6ft!^ifap&<q4w!Lp(1rA?0<ri8O69kLuyYp4x@P!1r92ceF
zIKS^3ee8d6{Kvm+9&!B9wr%nn#os9teh$ky8VxXP^_!#(X^d*u&M3T+W2%KVf^qza
zTshzj=pk|gRZ}X$GW(5l;?CpBki3k1zT+OHiHP5$aRqRmm}gg5R_0-a^>Ueta^K9)
zxn5a?(&A6AI%uS~2=<+oHR8z(%znpVG=rNKR$(L8r?OYn7tJtXAXC|VTfeIi@~9A?
zc%I%>`PfqdNyo#*k_f#h^xP@@GWZ-adK)6#xPk#duo6UXJT$lXoSBk(4KWxxE*ZEX
z{~lmm+Km<YAnds&`~pe)22e#hl_w3Wxs9SDtu(i0cW|N9=hdv`BC@=N7`CO!$LL~H
zq03+q`4No;{}z`q>b~Rt$Rrmy&2x2?MlRaC?J?YV)GZ#QK<&EBk37DnvDMT0F+u_m
z=L$~aPue=bjn>+^w>^AfZgoUoOx7l%m@TSK7hEWUHb^KyMT=UUtr(ZCBdZF7PRKEM
z@Y?0bfTr1zAbpt$$E4YK-N2vxe(*mmz+?Ayv_0h`4?7WxefRUhQqRZz<EEdV+C$ea
z@g=X*-l&Z5P5k{Aaha+k9i}=HlTFFPhYucKQIpDkIUcxMJ1eHP7aj53O6d-P`$9C#
zf`>W@^j-x2ycFqCnV#+EYjkEAj<7^IJS*x0Bh!T1#dYBbr)cY}R2w^~w;QB_1Pw7~
z*Kd&K5e?$5TRN1dAyAJLGd0pcKbZC1pbo9)nDq!K#DBK#pAEuf);-;%^dN1e1FNmF
zJ#RBMk+!}N_K6t3V+Es^d6D;dt)7>^BA>S+Js-&b6vM1EXQFZD%`MQGmSr(3EEra0
zIpO+}haDURvc{3s8mSuKk)Siu{(ARX212Tcd<xZgE*46wL=XJle4IA&+1zku)Ay%d
z{l)B>Rne#eQvk8dyk0>c=lsf+i?_<dNo*xPo7@ul!bQqqlq=Hy$8NpOcnPR{$@81N
zt|?Bnj?I?7mI*PWW4<Oru4GDI@NP!J>*1{JX(uwHB+Bh-G~PXcJ5$i(M$7MB%k6T*
z=XR3E3)-Xkt2Ta1%)=fXRZ!GU#(KYBc-`c8ENgjp60}c~9PatQpCO4hPn4AxG6ai$
zshr2X=7*1#K1M_$KCeQkA0GuWcyF;HcSx(vVCAYD&6mY&65mQ;j77hxLUtr$jmk4L
zPfFwQpwE&6nh_UNxLv5bOQ6-Grd*VW2OaC#AxKAL(#;c<pXU>FYU3(Xm=gPA&75{V
z;HOlH_?-4&{jOjmOQr-a{~t})6kS;ptYh1@?M!S;Y}+|8CdtIMZF^$dw(VqMPV9UB
zd)Ix)Q`XvNuin*F)%BtILE`umr^uad_xf+VPx$_0`~o@2Wi>W~l7M@Mc9i`oV2ktL
zLFU~!&+Gfll8i1Q)##hEKADKk$pku!u=PAi>=o5e+%<P?(3>(=vc_+?vDWWzBeh{a
z1%JKkyF0O;5NMpx?@p@R-5AddEEsVm%=G#y)?PwDIBPzg2Dr&uh9iNwlpO~*uc{Yf
zKzeta`0Bd%KuIe;b|gCC1>5guZ&Cf;Dy$IR2uLqjkz`lE^DI9nWSAImR$Pmk{@d5L
z#{*z&4C)_?b@*`(jG6=>wLgT}dp~REq4d#y%?ci35-2<+(YSAvh5UJHf)8lOuwj$O
z!iCR4v@rCD>YzzI)DAJ(TyJ9V@P2)|$@LcUKP=i53&N=qY4-W41fID&^B50x4`L*0
zn$EIf6j;fEQ<|j1E-dHvg|n;m)Kakq7b)GOn?(m|EG^-?KBho*gx5PU2Z5EHXbN{a
z9cUvOpdX<dWmv)bIyHK5a8Ua(Q9Cs|>j$LqssV92Y2fgSi2g&j3=NxWZqaMVZhO9X
zM4Kp_L$Oteo`$hynb+m)k@?%<a{~^<o!IN_?(gP(QH_p-5qAP@&@u`Mei|215bm;n
zs7pR5hms9T0G*0DKX)ajmG7Ksi>s58eKuZQ^(zO8x$~W#lCx9crN9w`ML*LQUzFP3
z#O-_U_xtmf%Ph3uZNPsCJZn1@F%USs=Ki;QqVJGR*b?!cwz<vIYMEIGmo`45aa?6U
zkbLx5dny~eEAaXS2LHA>sNrhuPsdJ;kUssv$w45hzCw5!LIRA^Rx1dJtr6pNlETeo
zm+nL98)U?jaaI%L?ya2smv}hsw)Y1(tvYB(yf=qe0kbnrEJ1d@myOk)rvPN{y-~l9
zQNN2;UmH_^E&f7X0<ak}uL_sjfYX-vx%ez?0P*<jsIx;(ajZ1RvD*D1<(YanH~#GR
zeDp3G%dHvFNnAWtRREF?b(E_AAVwjKP?=Ac-vGTo^21p&z!q6yTfH{Hsg`;aBi6BJ
zm0dOga&mP*waIbgHiL0aq87KZlGo?W^=|3lfXsj2@dsW^P4|-yNb8pKq*0y7WnC9!
zRV@$(-Ld*Ry^KQFZ0l}u*Ze!{+>E#+LutCqg-Z%#@4^e6RP@+6#P>F6-eu#G#=rj;
z4oC%^dppEcIQqo6IQjwHg_W6Cg|b7QvJA^>P5&SHXf9GM1%BGUc#TG7Q;bWTNgpRp
z{gBvZP6b3j@c?+8!)_0<&#4$t`m<WwdEG%@(`I6-+d97HO^0R6wo-aX@vLp>7y(JW
zG+8h?H9E;2{yr%JLd9!gg8x}Z-&lo?ULJ^7h$o6D49*?(Lj+vzD2*((cC5idiT`p%
z-!*NyYmU<gZGGcm>E$S*j8SOQ!MOk5->O*1O=r8YI1iWGr82?ChqJ}q*BSTBvg@9A
zdk}0x?>kGOcWn^vZC7+oki8wR8_L4}<SY1_w=w=S0~v$r@65a({<u7R6%OeeIIUzV
zS9!D+J#BfH>Y}cU%4HtglfDmcX`fcJZ^Y;Qf#IU^YqA1JL?Tod@MeueiD0xRY;pwY
zB;OE)4hQ*|0)Z&ezoQz!7YllQ=``4tvs(Bd6Y7oXYbqY}o||3u@oEo{>{+{xIcwYR
zXZVD^?&7}ti9bZ#fck|u4FCVsnA8f{R=N=f!1p9X3QN;-9^dJ9vr8>0p|s!<W1evZ
zf_^I~j3O}fG}Hw~mUz*#Z|4JOPw2R;s(K)Ed64ge&RG4yQyzFO7j$SCV=z*GnF}52
zh4&t!ZJl+k%|3I^6Xc`<uB;=WCvP+s>-JnR*2>hUxgMh!c^e&p9R06(;?H?#p_l$i
zrp`-X;bSFJwE3)$^SN9Bc3h{0Q3mfDt6%?^znyj6$U2S^Wv|;$i2RQJ(<yX6?@Wfk
zW|j^fVBMnH`@%!$!q`|)>FYDy1UBZmDp<#I4czwUcChsS65=L=f2xlfKs>dCc&A2>
z{zv{-a=;7j$g!QI)t1a8aMlnuQlY7I0v2m&N40!mLaUAfny*s2kG0i_9^N^%LCLoM
zNN%Aya`=?`MDsWQ<bP2&>-*H$>3-Amv|%$V^!<_6`|-Ed@AHDW{V4H2@dfZ-Ut1@F
zt6W>YSR~><{+!C<Gv=1Vo-QWMB^TfbYOW+}{gYb_(*JHac~IP1WWvMShn5b8>M&?!
zwQGY#FPV8qZHG?kplThualU?<i~@K-+;a$&(&Qb0KDfd;pBcsBQD+Lf_&MbsGq6R2
zffxV<QGSQ`yB^P-yFU9N*hGTfFTma*D=*LQeRKC~+QIk!b=L38qSc<Av{bqOt>BdU
zTr7T@vUr>q(Yo45uN6shzT5-E=-(e`s_E$3$ikgg9)Msfea%raIa~v)ltmp^aN7Ji
zT(FUpzEiy(f56W19Iah}oi<$Y+Uvx;`d6w{So^<&DCVBC(k%Oqv(n`>+^nCo!04GF
z_|M+pMdwV;)+M{+-db^LSnn)PT{bQKdFAIxbEf;_g~3yi>bQtpLll*nSgLh+e$nCn
z*PD%saL{)mT2{}Wwo>a6*`@{K!)4QH6nH_&x9_*QJ&0Wc@d<jQJk%=A)YiTQEFhsc
zdM?VjUe)fY;q!f)LeU@jz$$lQ-Y%IDCdU3tfrSy?gzmRZk?9yqc5Ch5VC+p-Sv%l|
z*TEC}s(EUA10&>`X)#$Sa-d~2-VD8}r}W}0Y36F!&E`bco?Gd8&AG1<hDU{KfjAKI
zA~#zpO4PvDj?Pu*zAE(fbB3j7i6jD^XAa<nXKpYo<R>F0l#IlK69PEgJBEMzU?pv_
zUo_oN)Bn!1PG%t$F?z8rlCoxGSfc{v%Uq&ZjW7?r%~;;0>c<5G8s0RezuB!<^jX_g
z3i@>c4EzKE)%K9iw=e&$?*53P-n|E9m~bQn(ZXk{V%S;gl;ry+?7pYNXIXY8{1kiG
zZ|N}~<!yD4J?L6gG2#(Hj^HUcZ{+Y+n+rxMF!JdaW_u}sA0|bq2Sx2MJf9y<#dS(y
zWfL$_t?LR`o*sm3Fr{ci$p&)R+WeS)pGUf;Q%qfJ8(!GuCDB7-GY{uo+6oh6Wfz0N
zmud6`iU#0^++npX{<ro-wheF>N_>z{G|7BVAM+L8z8WaxrgPEBwB^jJ6R*Fsg#<kk
zk#kDLjFwETplFrM(c}MFFH)Ycf5}P|dqM7rizuiC3`3~?Gfyqa`_=g|$II_M+$f>j
z=X(6hxW784{sjgSKkm<yVN>PDXL$lV+}KH;mW-{Ltp@+{+G{Z)G?V^*vrEOc9l^tt
z%eUL}*0RMrAN8&f(V_0BgA$1KngsOpbOG#+R%}mH_1RxPu{JyXv&8V!f%U0|&Cn^%
zwbrnULG>j(q{S5a<SpO3fk1X-(gE!ePblysF1{vLSLMRg7IC5m^<PS>-Ir3e9S;MT
zW*kTZCb#1Edy8&gEtVo6LQVIrpxK>Q=X`Nr1n3+=<>CPqvQ5yXy_h~kzve$S{20qp
z8jP6B^65Pr_*kqZ0wA+u`(hgdwf(0U*#D3`6O#@xs1${{1u*GLl~&Y#z7&5|Tjpf@
zOtJY#V-Anu@b8OCM#+z9-9o#4xv@{T-)kDaCNl@ZRQ3mAbe!8VwOhn|HLMf`DS(NI
z#w(@`)@l!QG#KfYB=LvPTZ$xvvV#HTPLYxy`<^By-x-q3Eg@5`Mb<Q~2Aoy*{A@&C
zWQ^(iTkU_IZ+Kt6b9(yca3pH;3714@7-l)f7h36tm?qD(>ROSRjh4B_t$nd#9tHw+
z!K0d9J#FuGN!Ivn2|JNf*7~LuLtO(KETD%`GwQOy7MbrxAxbX{zf9@vw}5?`SLtPL
zoa=XNP@1ifwAx#v&6(>xE7(`&0f(L(KVf8pEgV&NbRqsoAo?ad<}57y3>&Z)B;YT2
zX9#nVdnXg5RW?o*mK8_fwha#u`RqV;Q?QvuS?%@?k(}oo{knpFMnYzhxVLX*^&-~@
z=5qjq-MP`paTwR`*@7Zgx9<$GL;m+rBH%+&WBTUX;^eE7_dA`O5#!fibjZF$7ule7
z#Hk2WMTXd`YC0YYFSsLN-mOMuTL`14<EHt}u}e?!w-?SdE`O|Pm?Y(x?i#;?VRZl9
z<G@<w6k*14MbZLl=0w8dl=kXqYx{BGC7tW$A<c6v8>5`taX{K?U^4@NF<dvnb)DPU
z(fjKGxT`xi1wufckZO1M_;1%v<G16OO4`m3%$g)rxKs)(IV=bqv|)(t>~#JGx24Qz
zjs@ljg=3m2Mgo5OpjfwoY8}Tco0f#p0l`Pqswf1bWqNtV7&iEk@V`c$@r|k#CCRwu
zTAF%`kF|R3?v9YBjkf!gn@DfXXF#R09T;Q&pyfv2(Lm!uVb+$A<fs%aCZ?ILy8dZf
zZcR}4Kn)w#kxE;Y(PzF0{wr+@kbs3!FdniV;OinRcg=8kn_3#sL_ogCkOMa(8Yxo*
z*9FBD7ppawVtliA-n|U^r}YETO1vMVZ=Ra$6UiNbPJer1&LAD5Xkd%nk(~-TdA&qs
z=dN-nj@4ux3~7k~Y#-em>kZEqC6qKPqrn2$_AwipC~x70h9~36)J4=+za4BypxtNn
zx9zT?oqz|EFE_PWz!n-l2DRMYg5txZliAZHdQzgA_}zClkr*xMoP~w0qEG>6EF?9x
z?8Vh1yPX5TgBpW-A3+#+44ogHZ|X1zklnTx!{h1@gu{2*lN0>n*M#<=&``t(8?S{D
z>bf$*d7AS*q((DSl+hm7&rc8T(5kEEkzZbGM2V7y;j)RSuANr(A@a#GWLd|;(({YX
z;QFU(8-%jYZ~z>GQ&9uVt9-2hZ3hX?&{@zk96F+;t@sRMj&C&H_g)5%yQS8y^lwoE
zwvo+TmxL77nXN1J-s@yIM<iu=3a%8iw=!D6<=pUYEd}0`gmzc?eOR#4CFtg`oA0CE
z-b=c>@EXCaOOn2kc0jFolaYQlg}e)mdDqzMI*i_$D=4mn`>~FJn4<EUAzv>052G!w
zb{Hp&u~_Xyh#2cNFr7jNHjZ_=I-~vAXA_aga&z7R8*9VH;9#(O)$XNlHF>xQ35*$_
zO`RnU{s*?gG#z@o_7n8q4we=QNkWp*?b_|OuM`_{XhgSJ{m-VK6x^&L2v4cAq2Ted
zk(5P!8iPcS>S4#dZdeG=R1HQ_922fIoJB!kol$VLXa$$Bf0IjE_iV$W$uX+9Jw%_!
zzW$J6!2>AHe>FA|lpU!vsVfI7drddPB5qi0*$;l%LErG-HB^)r{n1qzv>dR@R1<XZ
z@UhZZoupke8M&PJOYE6lZ3lL}W4mN`n_U=UGkg(9G<R`Z#>)uQsb7GfZ~G~4kh_Jk
zI2OfCcrKpComZCCy3zQc3)S7X`Wc-#2)X|Iq~cieR+J5ZIzg(v9^`;RzoF!IqfHIH
zSX`cqgdrd2RL*`}HT!&Ra8C$C?6V4jUP=QtcTrly8(sJ-Va3kzqG8uV5Sx_9V(vE;
z3Dc_qlPkF}h%0pAuHP*|$k{ys|J?o2gq{py)-0dSHkS%WCo3p47Ydi_jWqG@cXiS!
z?{(MpOJVx8hmTe3jo9mkzZVE!F}oDGV##7HqGtk|wFBd8{FdWvl}t4QWLpX4$OvKO
zmN-xpQiEtyLLZbVN(2&oG{m`^uo$$WE3^+m%F3Hyhig2w#rts)fvv@gBmvcY^o8^T
z<lsnTWd%4r7xD=bvep;9a{jP5&shEZ8ZpfJzNG$0F?^F;2FhQ0Vpqj{a_{CB+EhKc
zx*F*ngpYpAE`OLAEa32|4l)6+sY*Y&8qL)y6~n5|SeAm<@zrx(VioHh8;OYTwILQl
zqVn8<O2W;C4bHhRejzIz-rldvi2>2=%zSxEdZ5UoY%Me$UbS9#j7kfd;T+JIMG~n5
zQuTXviT>1=l9H+f+IY<YYN<NH1zIytm(ZWdwJqbK5mVt7Q}*_+BYauv1UxKI5t>ew
zB&@3G3h1`Cvo)+bsBkm1#s=Ec7#jC$2LR9Q5zF77wfVt23T1oHQPc@et{zapp-)Iq
zwsSkssz|l!ckIE4wDa*%65$!7#Spy&PUztf+4*^EHEfG~-U8)mU2F|&b`ztD(K?+j
zjPyUsf)m;By-OgS%?LcfU0OB4Ffk)Z^>klyv*U-m$D`uaTb2tn^pw3(Gk+$B$Q=o1
z=f_C5dGV68va_NosuO0^C4O)N-h)^Ea5KH8hMLh^jA5c&T?Gp9K7+}^ZG^lBa%t=g
zokf2s0fY>LM`-s%9^a4KB);!s-6-y@UJr7mIv0!8RaS@$n9FQaxA32yF6$-rVBv#g
z9i--q7nycV%xX(+UCga=<03Js3ijik9Ab4Q(JlUQO2F}^xYTY#%V~KDY6nmP(zI(S
zoA>K%Km_XAumd$Tuh8a-{Z*2|6aiZ&WRT#;EOWfN=VSgQR$0=FT(PjL;QZ2U8y!ZV
z|J#Wjt5~*it%4<L%fJ+y2_B{`i;m|&_Fklgh|Cu?wZVj+RMz)uGZ??m{vQ1k|L?O8
zuPOUHj|>zTv3+pSbSri|&Vp`bj@+BgvC*lxbhJ>;Y{{jyvu}1x4xvAubQ0Km!C>1d
z7TC*j$JnLrGs_%c(vBKHv&%YAEAn1n*60#8nzJ(eZOnb(cu;Y^k1=!-3#sQ{HZ^mO
zpQ2NBgvWH`o|5Z4o$^|wVs`LPt~0YjsVa{+v1uN|#<)!DIkPzG9RqnDb*}^)v<J%T
z0d4<uNyv)`rd31tjV1ogWC<!xOzKrZS%U*+-5(z71O4x*_H7Pll78_#mY6o*#rbAv
zT4|)OZ8Aw*vT2CaH$6cSKR43Ev~T4}u?OE7snwNOHd~I)@9_C#eNilFM?CKz*N$6-
z>u9xxU5oyR%?i>gYK)~uiaIC>Z1Q$b9wYYvo|Dq1dr!K~K~OHUp+X_6r<2eQEvuFe
z^jGFK2#xXil6JYUh1LaA@Vq9CFZrTBJLLb+z82<8$N{2-D3gioEXT^j+u1>zHU76w
zV-y%o=F{9v^)FOpIPdCl`JvqZ;1ztZ@_8>h9F%$_EviA7Md?GhN*_<k`)Ts^FgQ&n
zEXJPPuwS(0O<rm>5QvsTvCl4uQkuevzm6aBd{ia=)ef)Me`6Ht%L^2R0ZlNOG*;qX
zStdl)iWnblhkgfvpCBUX2_l0$Gi}4{?aar3G{pwzs0JI9TSwZ*$52s%g(+j%t}g-4
zS(|43+^kcH8^mSQEP)km8To0WYl8;0&Hog_X>`uw<XGtcdp_M8A1b=?DX;uYuO)TU
z{=e7f^c$%QvAAd?fl6cnHr^vs@%`(_6&y8?f*L!FGpnIFtu>298ln7w`Jao1IE6-;
zSJHV#i}P#VB-5gA(w!DOsoLXBQGEZX0Ui^EW4W(?$|gzD(R7VpfCr=e2+nVPH;nXb
zvdDA>RMhcM*~8#SO)@zqlpv(-=P_Ku9~;Dq6-fLgyeP!K&Aegy1`owR`aC>bPn88Z
z(!~V8Z1M|LsoPc34M8~ktsF^JifBGOBE<cvPg%k`oaK%q2$oXw`7|jIb=&89xs(s3
z+y4e44wa{ZJ_crpZCoAY5TLi84x$+1*rmtgOr~Ya6@mT1lb?Nu&g;GCGiTPBg<tRZ
z;pf=r2k!C21>#XG_;7j~zw+Pj_eePiz2eLongwYNO!V2O;@XfmJF~FzKNTVh*~N?x
zptsHS?sG)l6zyIrl7Dkz$V?sTj7x0dNMgujs{=<nnOfbl=A7$%?Q?D!%6K-DE<X8x
zMFqXT2g9ztJU+21gbp2jf9-vogZNuA?+wom<?QwvuYyfQ+mEeOD2|Ob<Ujui+{m*J
zYA&b7?l2@Maa*^(+9FuT*jPP{j4j5*NTtA-f&z9B7(k_mJJ5o(cF3|phN8Lo7ayaZ
zmCl7*1PyB_q)@_;q})gfHX(#?U;TUmwPX1(B(}8(9Q$h@@zvet&o-3)#2iWh+h5n-
zNfNrxo1*>@<>8$+`-PXG^(nVNTwszniYi>wFHK!2C3x^50)GkW?UBVW=4RS-L)pBo
z9>yoq>gey0etDH%ug{02ktc?F)cQwCp&%-$+lF%2sEdj%e;`T%F%-&6E@`<d`a5Yu
zIC>;YQH(9$Al`)h(O6TzA|yHz-`4OR^-)(j%;)7R40-$eR)_P6VWb2e+RuKr;u9X)
zIMl$ZF5+kr1f-XrbO2h~EeRQX>(y~RHG=?_nMLchc8-tl6S-tR@!B5Gd+KTgPsRdw
zswpAQ1RuCS_~xy18>zhq?lw%g6$>GTc2dvZt<T5%ZW@2rUp}k4XX6uwgegdfVXVN)
zF{ASe(JBiy#EVUo1^t|r37DX1HVo7#^UDo!edi*hg;2`?LM0j)pi!Kfw1MHqp%4R0
z%;l6?BoLyB>{rjPpY^4dh&Ma$*+)m&X0`7d*<FKpyU*s^7rrZvD+^cU_l6JEmprSr
zxmMQ#VV_WGy{7%gpB7BDbZU%_lW;>5Z!>DXg9fkQ5QEY@DFzWep_iJiDS0N;OjVN<
zVi_UuUQi)0@G48nnytxPXNcj8NS<ord6C%>B5i-?3t>jXJ}sGc9afw{)I)^$N0wpm
zAS&~5hLonRE#KF0>%(u?q=lX6c^wNzwyhiZti|PQ9aOqzp(s=>7U2Vj`J6E>i)qBy
zilkTZwwb<rRkIrHO^4k$LS4P7tzAw1qkg$|t@*9|Ywh-!w6FfFyP}C>thTW+e$<k}
zQe2+Lp*kjJabDmfiwo~Qkif8Oo>qsNaBCzSZW7?Y{Li-j-|GZtKRmpGpblfRfZsYB
z2HB;y9JGUf&Gz!)leA;OuOpJ50itEu_xI|Xm2CncLchmxp)Y-YfDT1RVg~apg_3&k
z;Pg2eA9;}dP%-h|Ej*lY^=5;`AtceMCxxR@F-nu@r!eJZ=+F<ZGs-HmJ51QALR7G;
zR*AqSXO(b;fr|X)dZ6_*Vc27J%+^#@Tl1ivSd8Pj_(REd5b7Ly=b(O&caU;*=RrG^
zjs?w6n<;sHRK<DpXaEQgfQvVojib5$t!kVp^!(5F<RbkT2-*5h(3UY6ba@<4W!xW6
z>vp)Fty|`O4!|?ZSqQYCm+m+;8<k0vwjT_+3wE;+iKAXkuzC7mtemmOc3BP2exHZK
zn$KN$EJuA`)llzz9jS67a<SMDDTD8*Y7WLzP<%_n&7-4rq-j{xaa$rOW>g@OZ>--9
zb$FSn-cp*^e`7$CCo`=f0r0wkNP11jdFAN=X&Ax3ePq8Mh##j#aXUb3ouHtgtHrLb
zw~Jk%&m1Bm;#KEOj}+mrrMJfm%^JOS@7I6-4fcm4G2d@`zq#l?)$&n{MFd(JNbBU~
z!tb1oNA>l@h~XQGgl$hO(ZAp7g>qd6ee%8=HDemVAVF@0Eb{J#4!Nh-!ME5<>*bz6
zEEWp1?`GD}uEOoySB6g?M~DYJXj!5Gy&{?hZOWozsRcYsN2b4Br8r{j*Xs8F^DP_*
zf&YH*1=k&$mm>Cgn3pQs7rG5V2Kn*za=2OiI>kOq;P-J?t#Q%0`*|HE_&^Fo(Rq12
z&nwCdd|&@c5&b?oU;gv{_C}?#SDE=%rYBbfiI#LLVd1tK0TtVzNmFMi-<LI)eolAw
z=y%P0-Til-dNfN0)L;LE>3uQC&sxuP2my{~@5BI=b?g$ww#HJ}aVFau$8riHDuDM6
zQM`1%t1SAq$SGq&jf~ye3aKQsV2ThN=!oanXusV79Lu(4_4WQ|p7S3o0qBZzaxfgV
z3DLP12+w7|<*}k|nd3MBYxa)h<Ky$6&6m?C;qw@ITrpUaS9HuHa8BBS5CY?ck>g%&
zxgJ17d~jSF3%_YlZ}Dg8urTY=j(rT%$X80=Q*3`A!uV;A4HAXDRoLHTaq+fCW*>$O
z$J1HDKovHP$^~WH^3U;rpi(N>y(8G1?=V>%4OLJ;q<~YT@?b?8EqY%hCjEadn1sM3
z_PfLOo0oq9;sRC6fE?gbUIlG?9L9hs@ZSwRtWXQR{saLM6SmtXd2^J)>qsCi6-GrO
zdlYXH{ti^t7Fd-^>#WZy<58{KO93wp_`f>>rrBAO7g498UF_S+I_WTm(zkn~>7*Q>
zDr$d<8w_b|$TmcPh0~+Xk}m!Jr?GAA3I8U$kX<$&7m>3iNA|{vXXWh$smNmhwC;=Z
zeJFA{nd!c4m@J1U+wJ;&kEy9wZ#JIT+I?krCHD38+zZSt`cG@7aSy3PgnF&^+d~ul
z^1v4r7Tt(Ii!O@m!qf|23#4pgp+@AZloZ$-gecV|dOhr9`jS{}rnz17`N|0WN%C`$
zsT_(Kk@MqEoqZREFW8P^NI$83X*fgPJR>fZz{<&2D%W-*gOPB@nsK}1>%YH1t0RH$
zkNf}dOZx%8@AqB9Uf<9ET-#`u17KFFb-De%J}#>v;jutGfWbMUyI~!2z@Tc>Z}+$Y
zA$itRCKE3`<HNE7=5`d`g|NJ>dyzoukf2B!PGnxN^{7kqe#pbU_5LdKo^-cTHp*%_
z(!j%>YKQlpk}F=j+RRluan9Iwm7N#^`p6Z=AP6edN(ge)QUBF}nzT>7$jGi;i@!??
z|E`}3pJ5v??&nSQhBOq|3iO~F2Et}9`(b`Z<iuxG{Oo=}2d6A<haFhz>^b?pfPjEY
z#w&Xr_2o7hdRG2q#ou0qGy{P@B__PA!vt-fY?%?atE(s(;Pc+vxwpJ#5TD&Nzrf-I
z3|vbaM&uUYr}K{?LvKiZHRom7-x&1rLn&!rrGGL1@S^{Ep`oXbxLO(PaZO!y$3Q?t
z^m!R1Cc?pa8R71kSKhI%(yBiQfF^nYvP9TyR;tFCb{?dZg9YNAL>=)tpa@Py(+tcy
z7M{U=(Lm%a`?>k$(0Hd2y00FN0$&6^|8(GP;FPELKE<bfflTHOKDqW!;x7Jgh04a?
z4aiZa^og%zuvN1~96!B%$?CT0=BEW+-#xEL^j=bGz0IdHIf4FAJCg=a4NOIPz?hS%
zQ1m%hP130&gp@#iV&dhCwQtlQX~k6-xu?X$F7#>6Bzwv~)0_D?T>$>NYPR%f$a>JE
z1tL>WHYe(}2<q!h@K-Jfv~FM0Uuhm;Ep8MT_mC<RQ!$I|sNpBw{p{TeWiJYtWf_&(
z>88P|HlOEh_dK9oWf+0;nBn)Mp*!y1{V?J$AdKWY#X5S~I4hW>-9!ild=<8)9kR_|
zikI4(g6tX4n_Cylq*1D_iJ{GQ8ruSb&!L^WP2W*M&z50w`Mli`+wMH~_4}=7WffBt
zLiDJ^2MotvWZ#MF`psjWqc576p~0ri?t0)zadNDQtfI`&!&>=Cp?l?Zi`Yd)MbtU2
zX#POHSi|~di$E_B9|UpD=G>pN;%Kp5PweL8;D9h1XgmXrj#Usql=p#!D@CHc*KX7l
zd|BZ@Dy_gpCX|u2o{@vI893hpgsihY95-?cbzL7ztypLLYj?-uy^Pilnv{OX{CH#2
zxzx_U31>vKSUrK$Gh%B2YfCrSFCh*W+gW3(LYZ+CKAwhVVprDd%#YU2ci4EJ1hS$a
z|J!%}8F&RD3${(t;B(o&%((a5|3|^78$`Nbn*f%Pix1J&T0>-``9cYOs+2$*tbv`}
z^fxpNId<{rfo6BAz&<8S!`ZjV7jN=G>lNP>^Dhuu;Q(07ocG#iVBgVs;(MNTqUZPA
zhJGn9g{KGgqRu;fzBzzktu5}gQg=&}%z&c>bg{Wwfk8^DQHx~4ccz-|le{>D1FzsN
zPs|b_70h>RLK|q~oxVFH{>JHRKgrFiDMH*U2qPjZglFzjl6*bp?rpbTELBw$XwGU6
z#q$D!uBnW=D>eFAJDz(1&>&`IIM>27;#zxk+h1k1MT54|BrtgOrta(GEAyN&OCT6H
zR%hK$OY5uK+|TH{d?y|6Bbr%6gHi50i%D_5?AJMM)t<)Kri;)|<|ShG>h=T*vCBW5
z8zkYu!p9ehw)Ev=%zi3U9h@pX6)cE|OXZ<o0_+?vfq-w64M=`%t;5~Hurr*|pXL7m
zVYf{??(QKgtii#-jlDBRU}%E8ysh@;LVW>S44A$DJknY!=ac<C!f=q7(jf?bz0NxP
zzWjOf3X(4I9n|i(pSil(6GmW$ywogELpvR8W@#RE*w8yehRRJdG$k3z!j4K?M>;%9
z{5Y|=`#Ax-3OE_5+|7tETyVu*K**qvj#NSwE>ADU`%}eX);FbFODVLb$S#>HPFlVy
z{-oiQA-A_}T8+l5yn5rg8Fg=Jx=1YE<Z*YvX|pmGrD^E%SP!&<KF+Z8eVsI{iE0Cu
zkT4=oX_di_Ul&Ncr}-y&eqZ>zFC!7ux#cBh>gs8RzOUodd0jwX#9IB%7W+bDsjjD3
zcSVMSA;<Rxo5d*e=sNei(od}Ie_Atk4cp<HYOg5broo`$>D{V+`fv-zL2FtUW4s$E
z?a3K^t~1SlW?$FA^ZcIaL9%@xM3R(C2(cTXfGPb8^Qf$^)Llfz;f#d98l(=#&_az2
z4P;u?){?;k>w!7RTdF+t6)=hy(~FQ{OVc$|qx1y#p+!|UD3^CiWC(=q-`?H??;;eV
z=~oIRqI^FNiHW@~>wz11!MZHx3CL-2o5|*(*R1jWxEnp0$?<wz)>KS~1XZgZ2|l!^
z#~@=^Q=W?rvT0*UO}{h`Svc`eVrPKLpSsD;6Bv`@uKj&nH{6-?l?&eTJH<_jVe9YI
z_xoro=vPP^E1v+9RR_TYOO~>hy`3WI(B*-9257r5cEgWUZK}OYRk5&KotS5&(VF5J
zQl8DTjd~|ws{8(LlkPza{Q%uf{m)eIk4AL|FuwpvE*n61#gb(JkgQ;k_w`Vw$amF5
z=;Mzv%&{@~<9YX55coHfE(!jwe6U;>gK3;rI!_}kXtpDHJ{sP)KszwPx-lGs-5w&D
z-#4^lDVF2=a4?v9>A98&iC%S~5WH+t4HggIAe<%K&w`~)1?bO^R7MpkXsBm^OvLYo
zRBE4zz7>t>vpbnItL3ZYijbik|M%@r!td{X+0uTvNVA65b=*2?J9~NUy{)(yC4q|7
zBvn4Ru}(yt`&I1Ttv?Azv7+Aj4GK@zBu+0C1(NMEJ=k`<KbXq!!}cz4G0wWxZ&M*I
zBWRKf@e|I!GP^-EYFsC?zay>y1dNr=`pRr`mxRrAte@$rpT(GiH+sri|9Prn`~ln)
zrG(uf8??uwb|`QhL@_AlH#{oVk&;bl_7dwrwOp5A4PigqbmJ=cr36K`qIJ4XQxuQm
zeWs<o!99Y%!SO)I{fxKwHmVz1_da6Ds6j*<TO=N4`rLwTnbH}y2uRVv5EbIP#n>k7
zL32CbuaO_-b=eh*+A=?p_*6WUqRlrUO^eX;qI;{AN)>^*Q)$(9O`c`*qSYR40Ln77
zj0CDe4}|+kqTr_20dKbFc)zjscX?;vb#OXon{DfF%Lc3^MkUDT0z8RjQ5y`afKh*}
z%G6)7CXRo(tIC@)bS9Z!6+pU!jQ_SE2mA4yHF>(V*mZt8AN0Z@ttup;Q{*Ey&Wv(~
zV|v3t@^Qlf%kfT=A)67?aJ)mtK&(?%Dd`g@tafz{HNd%1mUk+2pC&jN|B1+Eciu{A
zZcXCq>%8#lNG@RJ>ugXT!>Mf8{(g4LZYP5us;190pLGt$0|Lj?zF?sjt{UqC{Bx0_
zY`nfw>1+{B4_2ed|AU{W{#AE94<Wz*PH~a3Jwdwd8Mn9=Je>Bmf6lmHAyyRFp}1L;
z+Jk9()CLvfqRK5vSc@BI^De1TqR%D|{rYNtg)fAlQr?F|KfdH<PHWr|T^04JvMUyd
z+BR@Ku3_eF#Op6T@$g`evz6o=DiYhm+Xnz`UCMR#A}eLGN;6<nGQ<^i`uYV-DR*(=
z-_wBx6$*o|u>{(j4ms{Pj;=Um%o-W><Y~_R{((8fz?1}HQbcj0a6O{h;Q-TMM#~H*
zI1z&BK2X)D4C8B`$yjx_?!PHRjc4_b)PxwJJ{ubvOj#p1(X`|D^rFDEc!y&vJNC8P
zu>gG>&bs$vDk)KRL@F5fJb>kKQ48{1N}ZK^ES(oK-+Fe2(2VQ;qqs8Yi;i5^YI-z1
z9b>?;pC$k9_)b|%+~mC$Q4M3?txsz`z164#c$Yv9V;q+eH>0Ei`EkR8K~_DlTn$7=
zJm^!9=g3G#ZHV<9nooZKO7y`>qx<aP^0&)yp}>r-MwdCc&^JSi?Qw!}G{XHDjO3^m
z@^*~6#Z;|IadlA&!CDkTLBd61t1c9LBmgw6>PIGxL;~LC@~)gTnmc-mHYU|2B8J4;
zVf=(50n7Pw{#Z#u?n(=ZXgnmTDJa0fIUaP~MiBDC-GPiHpIRcyT&!GjvmP@F!KQuD
zjD|Nn*Pb2u=;8UH=Flp*+u$iA%i$vqa9P^_`xJT}2PzXHWFA!wGavw}e1U&Rjzj`Q
zu+YFa>FdpQH53%?q!(n}eLl2t%*{i3Mzx8yqtimA`Q@LCRGE|#hH-$z`-}q%j4Ju0
znW%OxZlba1FKMO<*S4@jh67{Kr^Mt!vhhL{9py&3ruuL+Emri#PNbTL`hQi{PH$cY
zJI4W!BuGLBQHnwlCwas7v&Lq?pjmqXlN=dCYFxl6GPjUdntY3GxJ9bQsfNQWAGWH;
zj#8)lmzWpSE7}h|bbA;Agvdmd7}ly?^yXHtBqbpEI3md|^(pw4!oY(sJ4c-AKu{%|
zJXp_^Th#;lS+e8pH&iAv`b_Y+wC$i<6G%Iisgx-#flaLNxTNwW)sb4!&tS~{+TRh2
zyZ8SLa;4ITbKi*sSAKlN;rljwptc~~S%CwnVw&4HWs0RQ_$_Ee^vwuGDhdp#SVKm_
zjaaxFok|eU`<YTm3Muk9%o7*CiBBm9qA0Rm)lAK+=L4-ntYXrTFtkiD5S2`&5kq&J
zL#1eU+5`xpi~~8sr@Vh7rRj2+O}ix)fT6cGefOBOg5hA$vdNdQ*PwxOG&6Y2hHe&|
zF1w^DsDp0oG5VDf=?7VI=Vu035Wl_kMOzTh)8HYhVX7@&!>{>UNI^;W%O8^)lP{xC
z$ysv#%E{#wC#1Sz5j!xw%j>*yZ69814<(0h;i;^zC@ZL77U^#iUxG2CWntBH3*p72
z(SIOQxr{~1!9tiAZjWNIR$GxOU5F*{{Fxk@aXd0aLiRU_%-`vaHL8^we&^M&RluL`
z{g_iDW~-lZtMRLK8OF&kX@wrZVZh@t_6G_H^mZa(^)#qrc<#30B)8Xz+|)Mt4W|)m
z-fCeD=k0xJk04(Prl9JOhE^CCoR$X{8YC0r5IJ-`n&eooDVvp~TWp^jYm}W%-J321
z(hC|mG~6JOvd<6^3A@gU<)TCREd|-Y#GebEGd)>3^}}yAa7TzNUzb}xz8@~->4MsS
z4ln3jY*>yFMO6$QH~Z^kGY(SI&fqnujH%sg@G2<k%^JR0Cpa>TJxg6^uC@{`8n8T;
z^BlJY3xeNU5Hj_h`H2eUfkA!wG;gPs?v>jUBeGOx&^>9hJ*<1(^_u;C^WFW0?;F&r
z-I)4m0?E9V=C%plXjw#zgFm<@7tK~KF)i4n0}&!gtdrv9AnBKpHh2kiGzc~BzSW(p
zRk6)U*_jCxy^g-B8ku22`=d064s4l$?vQFm+^riFmp+Q;_laDJKJ(4$fv8u-zqwq<
zreE@w11Ua@*54-aefoeqL`hu_b!4Qiat;uXsf3A#sDg;X-Yh+T=GXJ`V4CWxJ6+ue
zK1l!l+Ae#u+mM(6<!+OS2N0_z<MfZz<{YY=pXrl&5n|R;j`5dzeZOE5IFgVx<n(|+
zRU<C{$ujF7;RwRG3~`uSE2z)@q?@xKR=o>m6=U)^H-WWOO06^dT?3f8utBJ#tPaw}
zmwdNe%u%e>>-=hO?0xH1{GP%Ex$b%|rLTSYH`qJ)=eg{pMadKc5RB(zh4S_uj*nwr
z2$lJ%c6OQEtUV$=GGnu}!UEckZL9FvOV&g{j4*K4>3llJ&`Q;w=z{eeXopZ!x?|Z0
zoa|9YM;(piu=!^ii=vM#6d)t?2do&JQ!i{<EWS>*b;+SXtxL#*boXJ$v9<+7wyWTP
zYvv#OyRjZgN+5~?lh2d?Uq8V!9mmJp3BPrZv&#KV+<d{3)lV{g=kC@Z6ASap<_*x{
zYJwTb`}oQ><l<YB?RLPR%mKg%yAUcsWT+C<;uy75qXe%i(-Rbn3XJwNIRez8rVW4!
z6UkyTdwi<&2hW;T?N44WqPop~BCb!Xh8NRC?`4_g?(f|g<c|~iT0cc}=0V@j=@BNJ
zwHPaGz*ON^21h9iS75*PkZ_}jDI-XJ=z8tk&)@$9(U0C4SsY;ZG21+n^&&`qCy4!%
z6~(iuMpj98T$snpc#~*_M}6YhY1+MR<!@0ifc4tVHi%?3$b2whX*U+7u*-t&`)QQ!
zHj9V|;9csxh{wOWBf=KH4z)w>=Afv7As5r5CBp4Lg*oIwu^RCfO~SSG-t+%Es=x$a
zL!|v$6q8m%)I;bg0w@_>_`sn|=rQ4^$DMKmhwT4E5Pn2Y&~7W?QB@biWLK)krTUZJ
zS4q4~gNv+CM^pmNP8ZJ>nHjMJQV_C26J)*96H_T_6I>56#PPNyouuRQ*>(C0{QLF6
zVVNlg`sM)pM!xfMF`bjRno5!mp}8EdD8QEk+N$Y5k~l`)ibELDzr4iI|4Z?m0p4z}
z^%LbrX?5P+nW|590tcm-N3>(Au9YQOqSXr$m?<EBoG|UgLXK8oh;^z7f{#}%bSttH
z|B7;F6Y-p=BSk2SW5Y!Y4<E%rtTXtheV1zadyz^FZVUPRWQ7G}@AupXyI`Bys}po=
zZRuhEc|wZNhR6DO!ltp6NSqZK`nV<e77=2yE)KE*`T&!bB%D=1I6k<UD|v+Gh?4xf
zUJ9$)2B<oUe<%|iUL?pdDix#zLQOd+kh=MMhK!RX|9Hv{NoYLF@-|nt+_ON%g=M90
zYx^fCM^sw`YA7I3q!JV)CD6H%c1(R^i4_+WK|cdml9c?K2-5qw#zMbiKw|Zv69i^?
zrcKO8gb)rDE1Fo>hQWNTWwsn8%PLX%N0;e8PTfiX<&fi{-%QrXZ0OQP#83QHhEd1A
zx}rpf^~y#lReh18nK<iHz`o7Y>dAESX7*(d)RN#kvbx-suZpPsQwpD1U%<JOXVqLq
zja9lcu#Gp14xos}=t(HQ!4&8dZ$^yG*^l|hmu!;z=+b8+TqZNxmd(t1^iddQs_Ly=
zQRplZzfmcMWuy(S66)BoxgfKiZ#sKE{hdr>=>AE~NB)|+Cew<8RnqD~*%XCQvM~ZH
z-*&fXJ{W(CB6X&{3T6R)WSQYrlBR=LXL#{Pfqua!wOlz)C+F@Gmr}n%plC4U_Mlgp
z97Mx%s?02l$!DU*0G@>kiF?pb-Y6}Xa&5-RmJ$dP>fEg!FgS6&m{@<Qb_pDO&}VhU
zUG+~V&S_uBX}`z3o_$VBU#tH8TCa6+`YohCVGiFX|Al-zd3l^Bg=b(+ZCNc3-vYet
zkjA+7uQ3Z^NPyMx;=jZo1%wQ_?p1_#eK1n_1|tnbphBvszcMZY2T_Aj1s<Pcp%8Sq
z5uZb^0@NNUo=hWXiMwwaO3SGPW@xK8QW#Od2F29#4$K@-0HRVVp0Y<P`l0`lDTPcT
zDja4VY-C}L&}wCvp(ONbg@~x|3l;d0<&d=`T}9<v#n0yQljH1P@%eV;IP4+>Vq(12
zc*%n39Kj<C{1X`YKltyb0G~lPTUp#&8*jA^aw_tg$kkndLv!Tl9pf$yi87L!YMYxJ
z&(vlYDA8c#$Q<kBYSOvNzP=aizTIa2L)T_)n=l+Wwfb`@$Wo|EM!BgV7vZYPlQ!1;
zH@qbf({jA@pW;@aOa1_~H=IbFNDQUsHqde^P`OBqfaFpg_T#e`dKzOkw;cEEpGv(Z
zHNE}&My8jB>T}@00#~OWpAeM2^CUH*yr3r&PQn3Z0Ubi)Oc|0<FE6fEFfaVagscz?
zZx6ukfuZ{){MlIUus5YDRG+de@AQ4Vsfk$q(Z84mrt}#cy1+hB(l_3`(Vvtc8$St~
za?Pd;=^zG05GJyzVuvuD%!-@YTGTBo;VN5WJC>4;AE_>c_qm6v!q^0y=oeU30l4~$
z=SC|7j!9@OENa3zF8&CTou+tCHL#^<6j*3;n$$U$H1Mu!ds0%|Po^<BxKEm`tPqtb
zQ=vW~0grSXDz)?D;wIXd-M5!CDCQUia?Hgln{Uv7glu|R+}59sqr&irRDgOwfyfe0
z!7)snfGqoQ0QdLV{-*O|!+Y4xOIaCH=XXd-j4$vCFqV6g%1BOTa))a%7HbGKbNNvd
zoEU~Ap0Kn&h^xVn4i<DM6I~cnZ!9kjry^L1z0}-F(2}`y2_M8#EMtgImwBZ<W%dhH
zkj#-wZPesKnc1XTX<C+a98XHV>5vpgu1W9{siXnJX&**?0B?VWn|hDa5YyVca(G?e
z07s<V_io-=IBZGSPbP)Uh<X91DE0!=&5W-!aouwVlr=eNC5Rd&R8E{?X>}_#4llRn
zJJ?$)Kv$osnAL+~aVF{Yrt7;8^VV0;Nv#sNg@v$s#{3U^P)uo5R4pD>2!G{vR^I!t
z^~~sDPx^>-c20Tqq_sH0_$3^E$Gm7lsU`**pv5mO6$_n4WIL#Oz}vi0Jlo`rnh^lS
zzw{}D6e>Y`L_txlB0pK1AvEO-TFs>XJ|C>1G+ATr!7q?i(eN(*9@R(us^`8-(YpUA
zpY9$8z7&;hS}qtCG1Dx%@Si7Fm(BWlLlSw&e#KKr{Y<z;1e(C#u7;xp3N=hgT?CC!
zJycEIl|LEN=NZ^)-!Pi9et(IXethJ8&$ijXZFS!<foN`d!8+jnHXG5OZuhZL5)<K+
zM&xQMIg^7I>0HdsI;ghAtorAIrGTEVfS!;x6M(pmR+-{TW_{+Ln6R<p24D*z3S9mw
zv9JiE5(+diLI8gBs6WaamhoV7U>M~A00fx=GAgo?{A5xcePnBF^LVnS1I52G$z*;(
z{|o_+oW^6~7%i_~a4n=06Ks%+MCeKWgeV?#N6rVp?O|%PFKb&}e;>|mj~Wi^S(GQU
z`Ier=SQtq^w-%pSosI|4h~gGh{2b)2?RwSh?KWS(*l3^Gef;Pqp$c*Me0B%j`W)Ei
z=aAH+RafWdYPt?tf9J4<06;Z|27soIqc}rlr9&Bqwey>|Z<uYGj7RL}HeZv%1pLLB
z|7+_-%{c^TSw+?ARg)1i15y1A0;yiFLS@^i$V#V{PbFM+vd{T8mF)vXXV?BqER`4E
zq(rWiVawY`Uf-IBKLvCM`f%`=NbmNe2yf8WTJNRy1PFuWBT`X-7D4zcA+6v`+|QT9
zs3A~Fy3N-Sx+0c77m=)N5-Wk1r^7ChaA1aV6|l;w8N20eSTdjcjh~YD+Fdtau%38(
ztY07tJ(PrbKYbEIJB}{82cBIQykC2N39@W=zxozNmXigZbI<++0@hOq9G2W~hWuLU
zTYv;I$PhsEWAQIEEGu@GEjA>h6a@0p=7)ZzKI7z2&Lc~xE*e-|g9xLa$y?HY2wj6|
z+t-J+KoOQHDwWi?tP;W64kVNCBIisR2g$=D=;K!cH-3gEE37+^!}8G48I&6euJ|U@
zLoQ39abQ1C4`pa&aC#RX@5<;gN3W3ssSAr9i@s6*ofkJQrORhTxS>&aST#TS)q}Ze
ziW1t4?mXhTy3Y1Wf7!AqX)9tL1ERyNCDGaOyR5;X!r!5mNGkP@kuF;&qcyu;jyH*3
zp8Y<}A9odZ#cVWYJ?h$xBu(v!AGy{12GOtz4pvb9_=>Rrgzuz>F`t<)H4#yqhUGke
z)D2gq!^lV=*wIxmwype9i_%z%;KHZyuA|5$@LH$~WWl2{+vWTT*%3v9UhjflaMcDv
z+Zd1s04qXZqmnm$v;)JeHz1W-uTC11u9@iAUn?_W9AWZ%4!335MNN!P&T!k#<_1ui
zOs5wBTJgO5xun+P>Wp}e{+Jtb{RCfskrYHk71=0NfI_VYmOMn7cA%+LvaJ_E=1d=>
z><`Q)Q=wKXi=^@ci=ZWG(^c$dt{8;x-7>t!Ou&5fB++-;SIBgaMP4Ny4p@vjf9MDa
zs6X4Z8|Q!wXs`^ZOaUeI)1{$=8yYwJrVra*I&$tKzm%s!Q%I}Eu#ugW^4Te<PP~_r
z8L^o>`VC@b=J{}YtOUzNT!Q@irOB3*j$8#)c!h}uiAq%`I3_;yLgb^jXHtv46jZ{5
zy8z-h!hUbUn0Mw9iQseO+AqNa3N4~``-#F4<6r9-w)Bpq1A%9dHAz<b<jYv|`3ej-
zTlG!Wz}k^*Uo*PF#^dRgrz*`v?p^}MPK$#*0*JOks0^tm1+?^$PeV4cHWjdX`7aBb
zu5PQl6jxT(Gpd`WTPdC4f-KV{kvW6S)R+}LFPN5uXT*T_<gFG=TJeiq(k+f~0K9?M
zV@nCuXRoz?{2(thu$sOS_&Yw^3LH$+mjCe3!H_a`Y|D&hu79$;8#-D`z?DIzyU+d!
ziiuN<7af`242x%b8B>*1D{S^yuK$DMeZQS_FngIBU5_BDHmK2<OyW8<!=)R<x}I@u
z9avHFWnHZ)VzOe5tXN#4kJ1M(&MKPn%p>Nq(Cyf7HrnB2MynAnT6L773rIO6m$L<T
z*yMr`IW4&!QKxeY@Zg4Gcw$CKG%+iU0W&tv!xoF7Sov$`qP-m%Dsbgm*6l;b^V)IJ
z-Q_qz#_mBZF0eQt>zvNnCTwbzJi{8=YH<VHg9inWrJCQi;QCg>yxOZujbGX65sE$h
zxdyJp!tWG3;1xt5OOcwiRAg#K{&);9@~f*$)3p@KUYdOW&jpw<`TU{ls0;3#!i_E9
z5P7YP(LO^KNh0T(%^i<*c?s-fNWR@29H{L0%+g(&Cwa!i`wvtncHnSWaTm$_asol-
zL3B%2HOav=<(Akc6}WMHe8k~!lpEj6@k#_k0J5e}Br(lz$2Wm1(jlqm<Q(mIP@DyC
zFqjC08zl?;7k~~^_UsV?kJogXiS~$i4-K~nwQ=6thB2-5^_M?wfFxs7AzJdqO_aJI
z7md_*f7XIbU9(aZ9MTJj0<SX}ZLdOYvcAS1^`?NU`BFuN<_q)Il2+LcL{*iT@}WEV
zPD&{g@tU$WE<->+MS)x%O}g8u$}{Ac3W?}v7|V7|u`$zKcFL43Bhx91oZfv*4zeYT
z5kh1Hj$VLHG0rlLvg{+cX=J8cB{3iw>b<>E&9ITR5w>aV(!`K8;BAP;==8;*ZAt+J
zgWMA#K1&d$?T>wsK;uj_EiXKBzO5=#N`bm=vh*K{fH5trRjTITlhtD`u=&KcEE!|;
zhcAW|6`7X3>-9F06sP(-op|Y5TGQIKPKpu}duv;FWqyKIIXqqCt4EidjDZHnul8^x
z(SC|TymhDxO<PJ}r`)6&kW+Ykz<a3c0UMZIXe!)P_hm0!STFn#P|eBw0^hdG3F=Sh
z*9uTB0#g^?=vgnMN&@5q62PD`)tasHe=g%7a?M+@Y9bUuRl=3$C!45QWZ;-TML32k
zs`5kmR|dKj!qS^@;v4D71pAw&M}#nJ+^dyGoM24RxLU~NRs29vBv*(xI-U#@okR6{
z`50zhw+@We!?7hW)pkegy00;2z9Bc`ihZD4VgKWjclF?;;<`6^Zc!v&5?0dJ^{X)6
z@TLI8Sn*K){i+AEzO$&$`-K30Le&}_UJ|ie2?o5g_wu!`b4rcmq<zAwZb!DCmVMz|
zi4{W{l~x6@)FKE^Tz)_+DjDpoJ21WdV4@~gV_m@iDsZPm9N`f4P+D9UCg+sBYHtK$
zm?<(Bb4|x9V^H@sjQBRG8x3Xx$<we=^U_5eql@O^C^3Sb+mG7x3L|swT<Z6@q<LB%
z=G;&9ql1mY0qYQo$;m$r7MKI+2uH=1^|4Pdz{PhBw6#6Yns>vXc@&QcM^H)qkZPbs
zuFgT}2U(-F4@HuIBkAmC1l=MtQId!ZfU6|yrc@15X5~!J6yE|FnX|R(FL}$HLZDIc
zH}TiL53#AE7haZsZjFXE#l?s%h{alC;vGz-Z04iXRdMQwNbj~!(lB(9+>eUyr^sgH
zTzsQ06`vdmjAl&9cyta<C)1BG`WH_AKiz!=Q(R5gEd;j&x8M-mU4vVYAi+a$cPF^J
zli<M}f?JSa!7WH|cZcB4?RlQJ-g~QV)%OFwE~uIs=A1dS?B2cCUTeQ)fcbt$ql1h5
zp#9LFQyg@JH8mxJ%gv9YXIJ{dJEVuNFcjD=k?h2e#fjK|gF<;biBLissho@}?vsSp
z!~!f1V2=p&6vmKkv&$&d{8O+4>9Z*eYg^(BIWHy*a1hN!SV$D0(vVBp8+4{K$)ze&
zgIoeXK@ZjhRK}|EojRd%?(vZ*NwL%84C2lX?5J#@BON!6{CtT8J9Paiw{i1(rbD&l
zwV1?}e_&nz@uIQj60(R*qlv}`v&+pO=Q;re);bzN6QS{RGwP&JjGiP$ncRyfof0i|
zsTDL>7lWRo;8N>h9oEOVI_RU>Y8!SD8z;<u0g33ZHw;0#Ui%|OIpiPqg$2H6*3}rt
zkr2XukgVzs3PHTIPku|Lf^4oVPGB48Fkl?AlplMM&nLi-D9~i4R-VdQ8M#_G2xHIC
zujxq!GYFeFmUZYcmr30A$r)jjRB~P+ylF(}NIx=?%Bw>#JebW*O_7^yM|3|E<$>ha
zRljiuc7fzFEIm=2U~;p4MdW6Co`^&tsY8d8GAvaQNCZU!k(y@d85{B0!%b!n18Gq|
zvM4f{K3F!q2rjD&3s%kIt?U-_P<V#i!B3SJ%*aaW()5LeYP_(PO*n;I-_`Zu6E$Cs
zV1C83b4_S^&5GqjIh^ll^l0pA%GYNTm-eb*{?h9ER+jHEPSe?~5>bBI5Jj%WyJNOG
zZ_YO|lqXSJs=PhsKDEe`lhniMuG@OjxzNPT&8a1iy$s2}REKBisXr*E4!&~=7gB2p
zo<VUXlz)Vc2`K5Az8%7+3K?%;#82fJxcnV0G|8SCxm!UM@jF#0e8d^?ysQqEij_{m
z$GXQ*G9uaqTfSGmRAU^LOJtCV<){EA8!jzCrM&Uhq-FsdJxr6-N$HI#*2LYZCVL~-
z>9q2+XOrh=6h9lN5zgWGVvKK4l@U<Yo&hLipWcsB%gFDk#Va2LpPFj&UmKRge>na+
zdz&dXgdptL2*q@Y#7*p^A#8+4(y4pj@ksOH_LTm9crzCJwo(Eg7uf?E0s#ASnQXld
z^6;n4lh~KQOt&5+cX9x;4YdzZ1y4#mP!SFp$s9WeNhuX~f+PhgY>)&!k)kb@k&CmF
zZubWkKhpFkCNR@Ym0a-@NKC`z@!rkx-;A@d*3Nw%+as}oQF!ydX%V%$x{Y7>HH-B;
zR;KE5H7D{io+OMV=JMm4C|hB4Z)==thbN>$IbMtYL!&#-X-mtUuVf8Qggtn2&6{5W
zd@VKJmF3q=jWw2*d3A2)4pTCw#Pp-<5#voe=A%+B{Uz729}Cc``Lb!YJEDv2wsx4s
zj!(tnVL<jFk2^7;z7Ug*%bG(`sx!rr{snf^8MolKaCR%JJ2Qh}FYBoEX>4=SFS=Jf
zieG<I3kkpPYW~>uVD`uoUC+5(BQ{Fz9IJyxGN5|@0f}pnrS;wBW|DVTCaI%#)>0&^
zs~&H3PlF@08BK%Sdp)1x@yd5QdkQ|ZnKyY);`WE`Y92KnT{P%TXZ3^C-XNEku$+<O
z@(pc@R8_QEK6UPb&4z2ds3oCG2!pigr-yL;@tdq2v7z`(Mj<_ZN}_lJ(YDrl<)G92
z;y*dz6@uimq;uqSP_C}Ld}gnf)-6lShEqHo2s|e>-;Ll{sk<!m__+`}G^pP5cI4C;
z(6A%Lm%5G(lkg`b9AfkjoL=@{e=`}m$aSZe>LGknL8mlVWL-n1YTuX{?fbYM9g;Sq
z``1<ZUbH_>Ue?`n3H#fHv663DX+Rt|^MGBkei6uJgCj5JlH*CQ5Jq$R9gTeW!oQ3r
zU$gFe219h7l=qwI;07j_7>)pzfkumI`7|OZR5;NHQ3Day*N6lrd%M4p1sL|BHtyFI
z^0+f~6(*+#()b<?E%|x1P>Qv(Cr5?teUB3VYX7d-ryxnA^};<v3$f#HucoT3LXG?U
zOm&8RHYyp1b(F`tewzyOw+RM=(KdWt>*V7s3r%Jk2JXzCU#VJJ=Gy6Y@qul@ARvgC
z&IVO6KwfFKuQTRAlPR4qCSFZz&VoetC3kl^(W(~BNeiaLSk!Rkm=A5WA;Iklw~B=G
zXV84o{=8xhzw|M-zq_Q;N~ON=k?3%;5qcQiwpfc{J<XdI612mB2_p31*aT04&XrxE
zH0Kx7xvQ?kV$@WwAu<hTEckFZD3J*~Z(i@bpRMovZu`>Is6V3Wz^4B!+#Y+$vB*FS
zcH^2}w%UH}N>t0aMgNYhFZk+Z=wxn-Ob*O#eU7pfeQj{|Y6wf}ig_1XmW__MRVpPP
z19ZWnac8^%bDHSacppDK<X%)Bi^z1xf_kTI*`}Z-Xf`3o<TzFALHj%-F#%I^@%zug
zdrpa#1GSnzht@R%bdTo6RZXX`5O>4Zh%GHmj0(|>KQFmpuFft^wpO?bD#S_fTZFq@
zqLs-Sq*L-87@J_7)SRnVF?Hmro`8A#;UjB3`Xo)U!a<J=qhexE6XN0XJnppnOp7Sd
z&hD}ICB`Y~udy<bAy<CyBQC5)-_2(iDdhlP^}~vmGZlLc6iK&LU!S-!wf8)eho&aR
zq)qMk=!q69THLp{u>IWE#(9?foZbP1ycow$d8>u*wLhUQ>UgmeeIV+pI3f)`8NzSA
z3Qk<g;NK0irG{Uy)9kI$@Y?eFIc~)?TcV6@AR1K6!Pr+=4wHx4@pGiof;)G+ERV>U
zhKR%-Q}Jq}ZJtv2tJqyw7go`<xlh%YV&iF99Tl2&2<at}Xd`whmcIY^h$3Yp$9`~$
z;&6a{EQ@=?dVI(PI=ivky5zn@CGOgzjF12_4$03CS~c1+GW#bp(r73YHPHvyB|<eO
zmsp(TJva_qvV|LGR4dVuC7Fpv<2&@bIM|Y!aTEz5Ux<u5Z)=&2?pYH~C)6W38e2ya
zy#-9SB_*8AW!OL+qceo^b0n`sQqJat`&Lz-XhUiZhL=|Q?D{*5guVNVHdSw;a1)NP
z*)-(M#D}Fhc`QBo9rUCp%g%`vj4%rf*;GvZY2}eONK2IN2HqiVOCS1BU_8?Yd2H``
z<6OW;P%svYzb?V}j`poZbJDyw`CGcgH=-y-m_lr<{UiSr=}shK?LpKK)VT!#6C*?r
zGv5|74N2EBuW7uSrQ4F3{Zne(u#a^m($r_3g(e%5>dZbSoVSwy<ZQ?|aUr%PFwT-t
z^<FGltso0_YtT$cS8}Q&SKlaZ#ewep`>ms6N-QnM;!q?qQBi@O{gfM0w*>q`z)|2{
z)vhbBD>iYzwHIBd24b3*Z22i{%xnTl>~jRF3`H96yJ$hp=NC-H>E=AIy37=Opp}(F
zjNfTdQF@En$_##9-SjaW^_4i7Gb5|~RoEJ1<7xxNr>T8zOZ)chL<IRP%;!k0g2|ow
z)f@s_-_>^~bP<xc-^b8R+dC-oel?y_@Gzq#txU7Gz~h^Nq{7v=v3!}3SjDeCSKN>t
zB_eH_E*GLh)+x>rU+HL8P5(lPg{<SuC%1T3{$u$mzNy7#-^%go>ix<zf>?zR?@f_H
zn60gYNBpmqQ^TJc=rpnhFV>lQ>j-N+JAz%O<-P<Q0nSD%HqqB0&H$aeRo~yQ4-)4L
zs!WEGSiJY-D&2b+Oovmdua`YZorc+-Z(^TQYy-dcfYfFYzK?E8F6^`aBS}Lsm>RB!
zQ=65!t~!|-`Wzv54%>CKRhN^WjNq#`;VKo9H@VI0o~aHp69(FE)l>d$E>j<}km%DE
z@OJ5iyVG@FB)lC_lN+NjNs*MEOJ;MQXS7U3>P`(M3!wCIqgY^dwWj<&B*2TS$Y!k-
zSFD@!%gOahpLnUV(zLvMI&5FXR%1q9jUzSm@PO1fDbr19(f9eW4^-Yw<FbNex4X4&
z5JLoTqIs6xN4RFZAT{laeD8qshu0AM)ACR0?fFjob=ygF#R<rtJHEL)sPtXAU*_TD
ztOI4*NnECs4?s5T567*ut)a@Mb&&tBe%Su}wD40s(GM8>1=OWFh4AW;C8TF$WK?W8
zXqn0|O_i60S26>G##lw><rt@moN1V0DNFj9-?l}T!{{5I*(#!a+7yWuu#>FeT%`S&
z^fpOTt?st4rf#S9`gSF&wA2}YoBF#Imo<7-E%^uX#O=`#*gC1gNIsGmQS9F)GUGVL
zE(l2pr~iKQb%b6cuXuQ^Z|9vt{b+#zMM!99EGQ)$O6qgddOmue-hP`dl?S~Fa%cr^
zHxnTY3tym`ct7yoCxHO5%Di6t)!Um@3~3@r!Q$!Q&mhk;M)>JQz3dWF%@+t3#wpr3
zJ6}wxzHfUt8;TV?>;F@xaeaAN&tj&wje&b;-e3O;%Yq~5t(^8|3JM(D9YgA~Z|&Bq
z5*|fEhL)r`K3kdz;zoq#Bq(t4)|2)Oqm;hT`$Rch8#BtP>nvOD+#;pXzN~I0kVaOt
z{Nen|nj`sQw(Z3t-RC@ejbXj}Y$sw0ym<6>F|vxJqwO0#V=QzeDVM)P%<{V}nTj_c
zC9>IcBu!P3Z_Doa%8m==#VjB-{JdW}fru)$LI^!S@AkRJfh6Ixlezh>AIwX0tnC04
z=Gi8P4ZtZWh%UY})YF47AzT+7`h?E<DK&Im)OG^YEnA)(L5PJ_vCf8szmfO{{KvZf
zzw!s!Hc>D74-8fGi%~G14$p>u2G^nd<lXtBE&fSAkn<V#!0|TaFvDb4;m>(62P36c
z)np(_YB$%i&2F4!s6Q=rbXtrg5d*z~m@-ANchWIPP0kkvwZL>lgpwVU)EBbQZTrSq
zWPS<yX1(lTq?K#St0nUTGY;zJ&`kKXuEx7>4!s0W^R-ietOH#~)Aib}6{7=W-li<y
zZPExMkr66nG(aFOVstuxesV+yJP|SfZSBF}C%pOV&C4kEzqrc6Qo9?fN>TG^)y4wU
z2P}mBN#>%7tkBn1432YeU!)=ztnpKHU)vN5zvIW8;Z{n3>S2-EB$oB$^;yri&&(?4
zsc1WH#?IB>6PGDrn+fiZJ67xr2Dam*0?3=0EBC%WjuQuoH-I?R5Du0Xy)#AE%Jb88
z3m~G9cpk<tPviw2On-l^ky?Zd7(2upi#ea_3>ho`5IKh|ny{KS{r->yzdK)wziqA>
zH+fpX?vOMD`>9-sj8<X-bq;v1DH2_ZinoIJGEJ)c^rE2~mB+lRgX459n~#o;`hjx<
zOsIdoVCKvA5K{0^G4sC(o_+Y*EBFnY)59*;bL)K~LbZ7AxH;;pS7yW#($dn<w0|ld
zXCmy6=Ig;4_!R($vOW6kK7^;0{ESx@aAF>A&uho=7&W0*ONui0H5EyY7Bbtd2_kCc
zJJkazeX!w+!U!kZEwo)6Sxw)5CVSR6`Hcy`^*6YB?b2|9d<nj5_^TX8@?3f*G+W=&
zqT}9=*49!Ks!$Zls|}pgCd!C|p3jQ8FGb_tk`5BVNljf8GJ5!|2{q8+8^-%E_u^3}
zQ{yi$aWb{*S^6zyc~LlsCe{VS(#^G(L{kpD^w((HR|C3UEHmX=iKWde58FIYxGbL*
zshib<`bd2R{eWqUjfr^z+48p#fvv=>hfSchbp^;kP^{-29U|O!tE*&wKsPTbv5((<
z(i#D{4OLu-76aPHyxeQ4thtvwzD|y;W`c<bE~sf6?TSpPdZ}`uqw}``^eO0cqG4Gd
zZAU6PnF^T;w+ibnmc1QboaI-%CQGoKRLx!`RgJi@r51Pe#b@i2iFDOfIUACh7^73O
z*dOje&JAKr@x)s@6RYcPi~&XB1)wrq=PlxC7s11Ua^at$P5?LPU_B-#<}DEJ<R30o
zE6en`+lzk91L5N#khrhD_r04O^V;S}{CIT~P5hvSClAMtX5!9+-)u4S(<Ct_N-Yy>
zojaq;o&CNdth+*BI!ACLh<hts(rWf(1n;3$JUXh}6C0?8GLz`szYG|5HO$^+^m)V%
z{f<O-G^>tx*RD)m9sXyu+--)pHBu2*IVe_d8L7pTdSsrM*o`Q|agYvy$iCxpM(;WE
zx^)L+$s28}m$@w1G!lF4=ET0e+XaM$yJNTZ7G`D+kR*Q#$&`Nuqy+<C^2^ZuvF1)@
z(zyb|;hN=r1=RU|I!!9@*o-yHb4OUz>1W6+EHIL9jdlB{%&Mf7c35AWeu${PV~4lV
zpK#vUaK;VeGKne<e6dmV6q+}kc`4aF;=^*Efli1A*mYMPVG{n^hdIiydY@jdz)=d%
z6XHqZiv=p8-Fx;r@9lhqkChG@*-4zDs0qC5CVoe}=yC8J<h`pn{}q1P5O!VhzJ7Xo
zDg#`|wi9p2uJ})_`dvvDLK2eYI*Y`YPT-$utbV+@zRm))x4p}`TC*%5lnmzFgA1U%
z0iKjyI{z1tZ|#boZ^VT(->kL$3opHQ<;mtX@4Is5#EXawX^hQpLKW{ze^M=laCQa%
zc3l?V*>4oR;*!L(`ef2^w<daO+I64QqN1Co=5Zv7Vdde9{dZ2G=9SwE+hh-OYz4cP
zm)egL@RQhphBeJCA6{L}=6yP-@$(GWp}Tdwc6X4jU#Zh*`}}xKN<!juSlzb_xSMT%
zqp?1U9HZH}!}tN#2!cr7_-u`d9QW++-{^iZwR`?GY<8U&A{sGy@me*<K5ivb6b)eo
z@sv*5(~AY-W>Q<uD3)#+cv{r(!uKp@*ecRNCTrYZ&*}-<$t&&=ZJJRpaq=!WSH?tQ
z;2xK(U#9jf(7Es0vq+IT5zR6czO31(`jH>Nz#pP>zF4?n{rC1ycM(qv?>eI5X+m=A
zFSryAvr*xPZsBs>7FT!ooBguNC$J9#o>^-ob91pmni?qLbv6K~XbxA$Q3M=N<$CQT
z9sg2xT>K6<qb<UKOM=zm9`eYJ52!?h`y#SF7zD0Z*X)dQN!H>EA8ne#XXT9)=p!cI
zpv3U>{p~S<9iwJe*%wWdop5+}g!(wUt9|}KA|e2Vqe1t5PsW+vM`ma^g>d8R>|&Ir
zNx#(hZ*Mop$H&_N*VJz8{ksxi^bb(<ZUQn*FxG%FE$k@}2qx;t1bqwK%X+Js!cMSM
zp`qsJLMG8ctgSb67L}`__XiU~&-Hwx?B??{wS<MLz;Xz)B^lORW8_*{Uw#kEkIppl
zQWqTa&6>vrE&LMLGiWM=)`>nXWEJNWDx99;u6l$+!Lr!ol1^DsUPx?xk#-bjwJW!$
zd8Ci#fP`!Jc}NE$$;jT!B`8?Vl=>1vZw*0v{qycmr4+f&_i3Oi`38#gVHE+I2zb0u
zKc6lui{>6rLxo{auNvFE7yjsDLO>)G`KT+)iCOLu`NMbfy3-Dlm@BExi;m$gc#Tep
zS<O%mGwJGocuov3deLH@q7%ntHuay(rQTBCRVub`#Whxk5SbMi+@atVmel$me|adX
zcG&2JSS$|HVc<wIsF0=#-zEx=!@m!OybB03C&0%90*#nFc&88wG$4Dp19RfN3PZ}f
zUz`V(;XEOGz5{V)&)Xl5>{?_A)zox7_6i_|-wiBUqgbH^qd9kDeb1*F6W|8?CRyTq
zX%U;2r?Vh6Z+yOV7s80gWcsri*|@fx0QZ3COP@GeXBX#EQm*P}>L6zkW+oAl@^Jc>
zv2@^=@kWUe%}RhY%07`v>Y?B`A0ixn@eAv{*A|1`oL&24Gm<di8v?oUoqIsFqbtfd
zgM0vDFm#sBk^mLzzO<~uW2R-<1*nbh>qp`;-TjUA6?8jZOjP8zXk2pj+!0v$44f_q
zmzpNa>um9dQzdZLn)j|I(I8P-(Z_6k!H}Z(G}y+5ZvzdbE~?ipa#kOgsR<$?LfKme
z>qgv7LY*m)GQy@DT)6@7qdr<=Y(^K?u#CvtaR%$0#xnX(z+DYv(>dEZ*gcqAPrC}_
zl1<GdrVIc*3-AVa;P5_H>30SI{|flElwgBQha3d<Qt_E*(?OrAm8pAQ)n<ABjnwlR
zVrqmOg<xP{APgHI5#K5PO2`@0l7lXrxsjfEHr(O3eaRdAsyeA&uQFjYGns9LMS<av
zJZ_G9ZF{DltQEsD-@fU@sq-a~mm6a#N!IX{SW7Hs;+dxsx|*XLvS-=53RVnpHSVOy
zQ6>2g@u(&Acv4bsNGd4-EfiuDZza8WP?6erVCI$r!w+rIe!<>IT(GU?rkw8S5s&}W
za>Q7(OZ|=$E|hpPf-B0M`&Yf1TV=rwy^q=Ce8!7|Ti}sh3-;8vXIpVSFA}}vK-;N-
zNozET?4`M#NB47{Pr|lpl?|Kw#nA#sOHNiBcbg_~@8uCug*}H!Y8&+jxO){}Zd8e$
z$vI6I=sE4j@GTI<U^yVWN*Pf*yh!2OU`qXAo;UL)-dfOshc|vq>Fo}y0JoReIEQRa
zc|E?XSIA|-*vc1DDaS~<bMqy-A1C>d>~$@+DrIdrE>BL)_6Ne{0k+DG=vP+~0HIdQ
z-esK`-U_GB@5mmArI7Ze`PdOtEZhEC5v`kb2X8HnR$wSo!VRvjEPY1FVrDOjbUbmF
z`qlLQ2iR@%v*siG__7a%yUx$nCOAaWH3}+3DQMJ<BZ>68@Pe0=&Z>F=0TxjW;+lL$
zYMe2_4|KgwZeoZDs9SWFQHDnbX+5p5gGIGyeMG!0I#967aSPj`t}+D`+Fa~xH5xHR
z?HlUWU-#@;8ydgL3>~61fYfjZjKH5W8W$9YQu_pdl#FTBO;NA)Vu|yH(bqB0BVD8j
z2|3mEcZ^FziLUxSwFd1ExjhT}NXyTKfuE~XKll2Nnhr(1i;~agDwz(M4e<_lAhVNT
zo=sH-H2i;(G5F00@aI`QXxXXXkbm<Yo0B|Hg?ng<@0VOWiZT~uj~T)kxWOoGrVql%
zi*&VDL`9Bp<}IvpKwP_H8#hnyKAvnug5z^tA90oH{7ZoH_&e)8@ifuCCDn@J{RNC_
z>9chM?jDbg@NmEptSwhzGa~qZsG;`IF-WC5=V@My_->d_QB=k;+Xag<Mh8zVEPtl)
zqY>Vt=2#XjNIMl>7m0D8#7W9eKrMp9Siq@y`lK{}m+Lmzbsl+gF0(DGG8*$1@9=}U
zf)E<cq`By8SaBL+9p&s%KXpn{J|XHd*=AVj=jO>Ys(@ZWb^DKr+RWY7Y4P6f0i|M<
ziG;5@x6kDCWC^?7*m;{02nL-_$czZM6KTo%juKu(B^Cx4Z#vG_+mX3XC9<h#hBfd&
zY&VHbNNetRXV8S;$ZT9jj*uteE8K=Tl+ca*b;s>=m3SX?$&)=STZF9eOtO^ZCBB>K
zT*Zqy4!Sf)4A^R<29$1P%xvx!Mg!+I-;lB5UR;ubtlQ&$^z$2~_s#_Cq;~6Y0_*^5
zoa#s^tzr6#823Z&sEItH=ge?QTh4o%Spv<}*gCK24`-Qtf*l+da}*x;!LQ&9gNWnw
z5m{S(j$hmFRrlzli$4j>XUggX{{nQ8wy?i~0+_+h32Zv`qrxpzf~v2Ap`c#P%SwoT
z5a$l;@@k7J;Tgr1cazBDEGDSi^MUG%n(E07Ox^me%PY6E^nK_{U6;NXEe?HB0!P*Q
zo3waK+dt|?jv@mq<<+VCqw8OC88C<&Hst!yiM|#INm$V7FUlV_WGQqcXW)G+QOLGo
z|NGfIg4Jy!wm_d<nR}ZlrJ`8PbKD|22{}J=#=vJWQu5s7DP+URw%5<R%)~A;@6b3^
z>mgxU9#yoL?uJ4$nm6+jp|N6ac%DQy(_P|fL0_r9<%RSfoC-g~4_YQk$4t|2o>Z5(
zA-tO3u1MQ4chdAk{YAlYHx9k4>tsW#Xrr(RuYXPLPCzXi|JV_CQ$`TU1f!LP{VVkg
zlV#t28rS%7HEj-)a#!JPvvV)E$}6hpHv<SI`1`ij>|>w!{FC0aQ(fKMP`*^??IIwW
z6?Q2d_ku<eZy9s=D7g<WiE>2<hAgN*y+&odWUXseQwouaOh9WRB$sgq@O-ejp98dD
zj6d3)#Sto>W@UGq`?1=&9E>K+5G-NY*++JFw>FeyAx|W6^|!VA#rK8Bt;u{E4mwJ~
zpI4Lis?>c#MppU4*7d?)21ROv2bFrzDqy}-OsHW;>f!K|EV0c9?+5NoXPgrj0ira*
z5gCO@SRuK}&YmB$gN9;=!U)c6a(nG+3YB4b3mrdAP{r9UI@J&2OOyUfkql~-9s+1X
zH^f^|nL;(4;?2HtvD>@1y-kViwic~6fq2$%Qbm~|g+F28CQ%Jg(3#LFf3P;aK>|da
z5uv+W8oq!W=|0~OI0f8ZBT-C7{jNV>7AyTIo$$DIkAm}lXgQJ_i(BolZ!d*T(V}pW
zXfBhuNg(uH#fw?zC0W`!goeDGSSxXl#&H$_A~`sWw3A3|SS^vtH8noLO|Bn7#yd(O
z%Y?y?UH*Ag+&hEzDlHV$e0~vD<6Q(4as{nni_cI>PrMG{s~tjOX1_$!;yc1hlIAm9
znlr>U=heC{c><AM)z3wzdv1((W{C13p)VQ|FuaW0#C?YQOh6cU-b&Y$tzQOm@}OiM
zO;D{5upJG^I5mk(UehVK7>vE$;X>~A8sE*P<Zv3!>`s|8wPfDX888l#VKijgWtH}+
zpVACv4s@B!*hyt+Bbc^fK;F_n%yxO>Y}E`aA-NYy5fOT7mySTFCE<-pq@LK~{RT@4
zBegBikdVn7Wkh&0tY4F}jbJKvIcQorNZdOPUd4{^J1HYJU1vkY1TFkR(mc~E0%{DN
z!W1?r_>F*N{(bq<ON8;H)~WCTT3pV(N8_1GZUsBrpkd;@Ys0JL%J*bhA7+Zb4yep*
zyEE^@{@G@Z$|6Uhs6JDCi-K#-W6yQzQI2llFEZbH04@6CfunYdN+>RAqpJApSve(F
zc7MEe>0xDxyU)4SmF(?r?kE(p&zzH*)V~;Ca3p?G<*KD`yk3`0k;qU<lame#KJ<Cr
z%0F7B&?%g2+reG(>(Ju3_9*q2GfC;Rbqrq%bU=lo5Q+yEzr{z*`%7$j<kFHAZ^QkP
zCjGST!H(a@J<A>a7LmyWA21y@OrsOp?{IsXyHYuck$_Hh81747=68iMT_W_u4c71H
zB)?b*IXT8z&cSw_nN=#qDG4y6W|?*1Uh-|P8&AqN(+x}xVCfjX`}!v0U9#rDk^hN=
zJ$g<rx-eTBa*IA2?JXyY2P|YO6&ni(CD`XU(wx2s{&<f$5E6G4AYuF^Xu>$%dRi=g
z{Cf!yxM^xr_`zBl^CtsQeZAtG8wn?sQt`QxR{TRwz7N}NbYm*1-c8lmgd&}3dCQ)~
z*)di$enN&9g9Mr5y2`KbW}TaBE|I7x+xRW^2Cs5cq)_(B2w_#`%Yu%)UO+i^u;AY~
z^~&-g7Jcr9V?U?n<*+PXW7M1AEPXvtyylu0c<lIFK0!uKO8$J}BdtwN7q#`a4>}gs
z(0ajl_CIW9A8L8iyp~0k7kcDnesUQ5QYp};QwBr#Cr`87<aSH6?oy~E!C5KByLa~%
zY&=|Ez4teUD*e$v&=WAw%ZY!=1ibf`xzSaD!LW_*TZ%Y^DXT`ee<h(vPK4xBC^{C!
z2q)@fVo0(rwMuD4)D<|x!Y72kUWbWK|9(Q-y20T{v~RV8)@zeTBc)7d1;-vPlN4~o
z;EW(E=-*MwVpZH7v~85-qGOR_AnL7)-5XMUA}n`q)8JWZbWR0Td!oOE$bP28l=30!
z-yIuTiNl*>X0@NKcDK3Ch)))asHz2rCj=2&*)lFMX{^p=tBNmrf7PcUqkiCy)qugq
z$-tptr1wW*4WDj*r*LW_S-41hh`>4pMfG=^IwPs_S4n(0VuIUUr?~>IrFDvg5t{yz
zoQ9&M&-ImrKipW}4$gak6t@%)dgheOe$-;#octX@{J&JX3<@WA3im7#b&6l2+Gyd6
zFG?9|9A1cc9c=iXHY=q`ZLvuXjmYTY?n@O|k<$vWH+qOyR2ZRGHGHlMVE>Yv!7Pi_
z&@W0Z*li|ZaBM?mk|J~dO=7@NHXR>Z4^u$1@Kg3WZ>n<&e*dr)V&$gXw{QZXMcSl?
z%vMt8QF-m(DBw^91(oG_-)T2*7vHMF(c{zC@x5J-VRyQwoNs$Y@Nddn)}wN25<`l`
ztG>`E?}U^v(bls)E}vV~mUkJ|UD{SQgQCmwX<GMF+9C(r!u>E9Ja#88MAo+UQ$B7z
zv0UWCi89keqwkng6Z4%0d(IB1scs_~);y}XdWIDr#<crXUzhNdpa?iwQ#0*C0}TS!
z*_>3CuGd%dMI%e%*Rz#R+wn{J?PsY7tES@^P>a<DUyIbrY)|IhSunCw7Oma7gwl`4
z!#C5k#-_QWHk9}F3CVvqnO04&l*PMkSZ;9<_fDTu2`NW?S@=~w`Sa=BVAwI|f<dt_
zAv@mO>p@luBxYF8zH$n<MjCg*C=5lQV1n$*`!EKFAf@q1;5qwa$MYZWv}^01Iu*?D
z1{$q)H;QK)#XdFuc>{m)8nHz5g<@o=qn4K9t4yumXz7?}I9<)L;S4dv_Ya=qQgx^H
zYkex`=zz~pK}8NJ7{-P%$T_giCnDm2I>JDu|2XTEeHiB>Dk@sJwl-}CE#Zhpo+YHd
zv^|{Zk2d)YIld9MJ%`h;Dl(#-z|&Zr5_$96v7VTnwQ65-_L44?XMOZ1RswUPCI?T`
z84rC$k7_{W1FiFm0YAC{TQn{<X!69`s_oO}z$t;Wl5S2-twQ-?7Fy7DEkJ+&=LPU$
z|GCn?tb`{T_uscu_~iqM_lv+L{7+Mb#9|;#C>rb}kn12H;L-&y$iH7Sh;IP7iD>6k
z?!ONr`abW!FQWeYsi3=m9wk!>p!V62rf&&xa3QS-az21G)lkb)6iCuKX!`WZy@)8t
zpf$i`dSA^+M&cedA5@G1QqD9&qB{_?c+a=>r6&?^EQ8N!x%IPLGP4jk!s`J69~<TU
zqo9AET0mG4$VfoW<p4&~0mtNN1g9n-fR@at<v8#rIVw6D$e$^LYrR3VFPTN}DMF)l
z9Y~KYNtt9hqn~qX{;m7xVJ1#bo}W%YJvALj2^8?tu3oDC>`XAcmTH#y8Ptv9=j3z-
z*ptt$I4K1M6j0D9%JkR=#n+x{lH05=_x}LFuOlqw7CViXrJ2K;hLQjD^=xYO=ksk)
zgv01v2}FMjt<8l%e*ORAIxbyEH0HRlzh`FL=1hRz(V_zcx>D27{lkV)Vg8@+h?0_0
z6~{)T-orWwoLoV)i&g_)E#K*50;G`A59_@kTiYeT$uK)WOq1t$T@elhW+DAs)B|q#
zw|S<`7DO?0YE4H#$hv`DGe`(%>r56Z08JekyT=*d#~Ha#X9*w*wgdv!M_4(*y4wvl
z9nar>Xo9o>FzTZqWLXW$9#N{PF=^NBg6}3FA`;xq4jctH0)Ik+m8%BQXds4fW@n+7
z4!Xrs=Z}dBB<bLvtAWVS83=e4zs&^k!P(iA%s;0<6Y8(D@Es8DiR{H;gu`G0s(L`B
z39CuqJK)YkE>jFsNayxmL(zjeZD?$>0sRZmO<y3N11S*)!Xr;$fSzvpgx^-^LsTOm
zGxad23DnG*`L1(4-T3noul=S6=uOE;yepXjMO%1Qyv~R8p3br!56zzMDxc@QtG>Mk
zJ2;qqt{)&_WjRbifIC86Oa%kwp5F@AzwwEP9$MP(1)#u<SejooIOUadX+wr0&k(5p
zy%M@ma#j}jA^33G?X*42ciI6nsR^lD0=?*Y(zb*!1i%~XxtcegR_5l2B7JiglMsL5
zpKk;34Tj6hSP-I-z}^##?(7tW`mSDfudl`Uv8ig5#rg5>5^A1zUY-H_pT!Hh0%#z)
zgLgsc8`23Kps+&f2dQ5MzQk}03_*>_(0sksq|PhBQz$<n03`<$to#HU0OVP*)<KCt
z20s?x+o5q6)3;#Yb^VwFq47ybra?5%D25Nd15(G0^P2SOG!$z2>8jB#FwGjl9t;5(
zgV3Cu8~_3!b`Y3lu(7k}ve+)SYO(lSRk*d4m6jd{vYi9*JIX=#^>CW)v8)wyPKe^%
z4}BosmmtRsT?GP#uh7tJiso&J2mdt=->@Jk?mfWSfc~KGT30YwmnPd^88qIW4|9YP
zyUv1{zXgBVjN0(8dJk=G6hIFD0(2bM2QvU~o&Nu7H{EDFL;%NFXc@&4`_~$N!=<F8
zgy`l#lz^6<#)RILfF8Vo0L6WvZjZTdxNU$*IC=+IIS%8Jc)9>JXa`8F_V;N3Ah>MC
zOJ@RvM_>?&{67}(f)~JOkRJJe?cRS4;Q#g)8_x*qu{3+%q~H&sK$DeJl&BEX5BNW_
CbJqv}

literal 0
HcmV?d00001

diff --git a/demo/documented/stokes-taylor-hood/plot_u.png b/demo/documented/stokes-taylor-hood/plot_u.png
new file mode 100644
index 0000000000000000000000000000000000000000..4f3c0cfa0f6543f076e0e3c90bc9b45066013606
GIT binary patch
literal 95531
zcmeENWlts1vOO?34DPOj!{F`=?(Xgk?k>aNdT@7lcXx-u-QC?ek9(8%BVO{7PI`A|
zcYml#RjswEc9?>k_;)y5H~;|fT~b0+2><}s006*ZVZguMe5i*_0|3MTNl_sc_l)xm
za|8T^T>kf?iHXND2F*cLV7iH9(%0qsm%#G{TIupTa^GKaLE->~3+xd*`&<eYG*8L^
z1DGI0sD|>y3NuyhCRIA=I?uI*$Bk63D`@H_rlDnYWoO@PwRUr}Xjk)x<B1GmszL+o
zV8fKu@V6$~o}UQ)Kev8h27TQoB8LKF4Y7k$XEl(Szn)oe;e~?@vCYJcg+{)%O<2&u
z;Cy|D69q}q{}X{Fzn0kK>py0!|Nrs-Rf7fDwSyzDIIWzvRkS+Al$!h*R+}@Olm-Kg
z+DuBnnpqG1WP#01@Lh8;NMY<(TY*u9KtTY|jgxkdRgJkl{ImBjX$axh1ZKHkYb>}d
zVzdr7l=F!kv_nZ@QVOFY@lt<pOia>3qO~mF((jUnNE|yy%nJussFP@Ua4RNoXf|bs
zo-G6iRDUy=TqKe<HA`a_7q`3#v}?zlctU~~K5RFAU<7GeQRnTzrW?OiE`jFLj9-7_
zc+EZQvu~(-4*iAUvNR}|SNc85D_pC*#D8$?m`s-``_0x%mqiipV6^w2DrL9ZT?`U^
z)5(LC*Bk>)`1}!sf)zEGplPegXa=wW0uUYDHMg`OEfO$I*mrjog6L)TaYqDzFnKNd
zricg7U^YuG81@Ns`(v1b<_}47Ct_A^({yM`==DM*a3g5yW_|-iNbh&pmds1HrT#oB
z!wUz-oJjp}I{&<FKKz$QZrzL3aAKpXXB`mT_>y7={uNO#39=y1T27lA6n&b}G5*a?
z)pJX|R9}2a@4ywScA-!<j)S!-n11i{uP79Nz_6hQgo;7-T-Ipc-U95kOg((q%>N+=
zv^QOwQ?^JY@_G4sgSdY=R`8xsXeIKV(2nW~`3M12if#+4$vHr)>vLc#&Mqnq7c^;n
zNdD(HT8?+!V-8E*^E#W%qQ8g$5{7xqO0#}<gP7xaq0^XM7jaTwKH3pNHzo43Kf|C{
z4E(EqaEx&0GY}a2V$^iX4+C}PxEID-(pfYF%tq>|El(_20N`KPWN7JjITiQqH>=yx
z@|}>sJzC|d(U2}=AOos{@xcMOzzlwgy8V022zp2247)6SY(8_-#j$++s=QM0o-tE#
zTID(A_-sdS>c*Q^ap^iouxn3Q&DKnglcFrFJXt^$E&ow8haO5EDSPLwytJ*Jhw-;W
zQ~oiT4=@_3SaNCGO>5AbH6VKGlIQczR&ogS^bUhjQ{tO1fI?bM!6I=5|KLJ0+q<Rk
zUi`>kDz>9p@1|8ZWb8Mhc75u#r^3l1?NN3Lt}p%X1;Y_S>m8I&V*}r14df}EW*fqy
zUF3l<0e$nAb!MbRCCj>bC74lohjp!#Pd2q4HQjOXp>I@M3zF!kx4N0c8J$(R?w@p~
zz_z^lOeHwUBr!25d2UJE>{#7+it%LW{QR<)S#AB#Cwh)`a<6v)%>Gyv<|qM`W)hO1
z<7)*4v|s+~&4v6Uzv6~wW-<^-@Fz?LkQ0|CAujxzDJR7+-m__01@v4IPxt(j&A238
zhNljP#@qSw99t(_S0{fzs?RcY)r1ZXE)v0Od(coHEsOe?p{BERGJV&(wY$^UMMkf`
zNY$|I>(g5FA|C~p=Hn{2oE^EA?#rWRo{FMWCeqf+Ld?id7R;{*JTtVz0V}SdV<LK4
zICRaM4^&U!XimOb1r>w1!eZ@TE~~yzcPa65Oaaq%fpLibuY5@vCp=coTYeyVb^Q+v
z>j(EYV*tCISE%ycO7Qt>mkk^lR%fU?6d3W0TMb#szY(X{q~U`yQb;|K&5xr+<!SBj
z#6M}kODrlEr)HmrbE8S2*<srN1{EYZaw^ou2|;84oi)le4rkv%D;5MN(ytoSRluzM
zGUOJRbZ~e6@K)kC0Zg=*)V9!kE$#Bd+bY>;8C0y}{2Tmjp37o%vVl&z(6{;ANiIr>
z)3E7c)huIJU)`sxZvaf;xG039WZt=846juN&3P0WE<|`>0XK3~NeMOx8lc%L-|1{1
z(kD;3TkhmW@G-MCd<Mq5`l_L4WShfLW3&kec#-tb-(nobpHka{R`d_9cv)p+n4EB@
zgGs$gP21GcW1PQVRBf`In^@FC{!CrCEv-GB{DzSVo87jc-q~Ljl`2=)p1s<lu8qf*
zyq7?37S==EOAE_?M`8asa+p9SBdEc853NWJTK1~$8!08@1eJ8Cbdxexa`JLz=10ua
z77>~ZV#)F?>wMJE2t7#5<p)Y`tKfeh?@-G@#n>=%=T)i65kwq+k$lOmMfOLqJej>x
zW=6PcG*+%)+ER2eeqif#2_jPt7{&`){p9{tpyV78MA`cZ@aJVx$0<*v+2U20ow>l4
zEUmP5Gl7o4^CDQq&QeFw%u^64&q5TQGiAl2p+=xl^#2iE`Ml&qqyt*hj#l{72~D(0
zJ61$Uesrj*rnP{wZfxpC%_`NHdOo*!fmfl7%LPyh?Haa$B9=z~2GeR1P3bE+28X3r
z_GxK*N;8WArO@h>&MXECwy=3BsGrl;-n6+U>_Nd<H@`8HcNM#ClryZIq1r%tkWy5i
zs`z_>Y<tqQX-sJx4tX=J{CU>~`>;eK;u?BN?FxLyuKlVrChOy*SvNVql)&=+xidyB
z^Cmy-Gq~->>~C24+1d~_*BI?D^^xW!bxwilcBedh!`?B9zW_KaO#C(vFZVSfJx(5W
z>D(EIpb&FG@SIrFsIY4i%L*cZJD9LS8qE~}@ZA`=C<@5%U3LDWq#$>7p<chW$zlK<
zn|0l~5eoS2`xZ?*tz%qWW4Y@Na1Eh1sx32}i9^xXsc&EB)Q9cSGmMy2|F&Fneh?Yj
zH@&vNSG}pu@vlUZMM1HOz!s1r_ixNF6(-|6-Z8)4LPIYOh)0N|o9c3M)7`#B*_1{C
z^W)TxR`+Ft!0$zO&#{%z`?@z-&$G0=oR)!sfsAag?X0R^Bii**j_aafZqpC+Q968b
za?<X0#a{s^ysvED^xTgVx3aR*VNlo6Suay9uWG++o0uS)FYXV#hCXYWR5fKE&R)`!
zqr{W09Ncns;aAVBf4OSUE_Z5j#~q%(L+I7B>s{BG#i2>b#3Q_^(oxfCuo$epx`=D$
zxX7eJ;u*|v!uX~G326K@c)~o52UEbHECCQ7gB5Anh0Gj>mg};L#&5Wm7A(^Q|Ky^3
z)79v5ew`jO2<h-XadvGJ-#?J9B<LMmYP(WPZAlUmAFuCXTUv)R$P<~+H`2s?qNsLS
z#b^JOQ07`gD7dhx^|i9Hn`|@(?cB~s#JH(HwpmGEI&_3=acfU1X#PT*WdQ%a;ra4p
z2^eZNvbVq9kC(T#vEjR$U`eLeUfkLO9j4nwM@H(nZMZzGJ5A3v`@9?^x3{$cDs<Z)
zLxrA)1wL=O-Y!{EWz@=DZgvOh>FKqbZ83h`lon^T9p^=KmFk}aePL+taT+%@F0CeN
zQq=&Ttj6xno0cXUoHD@7@|gurS*Tvw&qXtBx<cLFaC%idB}Yg=e-w!iLh&pq4V2gj
zAi>K1z1Wp`ktX%XzT?qA@0G%~57r4?1rD(74nYM*3{~t0fs7cix8o-3=R;0^Md|%S
zT+Qwj7)<pb3MZUoG4l&HCN6UaLz*t$=ihD+FkEcdF5DJyUC45~tm@og>$x+^{a4=g
zE&PyyZd8k*z4O;-DeYXc?_3CfWT)jo9o-=Wk#jI7=>4ww_sZ?2*Hxufqt$6@SXdYl
z=y}++{bNC0pYN*UF4~kbD0Uhucf+<>t8!&!<*FOxD>HFFtgfu=^tfUk6BE<i*f^Q_
z_AS*R7LvqCA$3yEsxjdT7r<EIcPcxDT>o&w(@zl1xOtn-v9NQHdt}E!uO!B(S|X!U
zUaxcp+v+(`f?A1*s_Fnm4I!A6vs)To3>ZLGb(lZO0|@ss6D4f$hw`7|B^slRzN-ZO
zRHcGdlpRjT1|J6N>G>%cn)zuJBy#NuX5bxKM#|YpxI+v;KonF$1-w#$`|pLhxjE=V
zPiiaWMID~HCZFxTl>PA9g`)uI(iOAX=Sf+Bh!Y%W7^PYFbEz9F*uycc;6BKddjIVm
zi@lXsE;(}la+!WCuVYB!-RUTq2;>?UsJ<RDC!!r4t6XlE4rNwtxTsie4&gYlq|#yK
zu`xXbo~dOx=Im=e@hjFj$FXv2@cK1TfX+JjJl^WtLvwNskznM}J#ig39B;x9jR8$<
zf|{n379|Z-3u#Xx8okCA7F7KFpJnA$p4Yw5NIqTl^-jHkkd)cpx6nl1_H=JtM#xz%
zi<)-bA59y!jMOjlqpcoyhvijmr)kzztxua?-LKWxx;=rhsjjE8F+86A6cK0#vsKzv
z&ye4t>7>p5A|6)uD!m(zvNDY^UZm+Or=(=bi(!I7XupjXTd9C2Qk205V}MEKlIQl^
zbJ0ET2Ox3*jOP1T#QqRksmOE>yqIR9hz3tf?!||41p^c;g}5Rk1<QZ=P4|je-vbQ7
zd6&iJ(_o4N>4b_!ID=}k9eIP(!i^g-r^zAZ>yov=Oc*$Cb#c7@$`Va4H1QzZB``K@
z?pYyGRw<O_a}~zLb4IJ9Y8DtG5!ih<oo<E@{mY8m;eJAtJcvPX@ZphjI{HQ+4}(HO
zBK!;es}_1NjjMfCR<vG&>ShBuIfunrc1F9h>gD$FG<Ag(=j+wISIR60XXk9^u~NJ&
z?<AI#aIE5F6NUgPObSs#_K2v?QUZTd%~M6h8;>tKW0Yb(ne{-?WQusV6GD{bI7Y4A
z^!sI0-q&$i`sU^)SHZ&D`(5MFX@FQpR`%lT?9QDR|EZL4-s|ZyQ^4<&x;Vpe`*Zh+
z;0tQCaJe?3My<{^73Y=zQMR__Jo$pehu*Eas;p`y=GMvLCU({geumRqQqq-;-x^P`
zb4`u3omF6}katLE(8+lEU?qXk!KScXOk9&HytVSoC&!loj(vuM>qdpMh)7YXzuxt%
zA_0Ib0c>OFs=uC;0xnHnKfrp}<l55@X#Hv%OGlx46csTsVE+V6NY?+L&~$59K|ORz
z%sh)i5w#A|66YkuB>;?|0whQ~l;3c2N8>P$U}U9h0moMbD>!OPFq2cy^T&u@e<$ny
zaX;i#^`o?Elt%BSLD61dG_`mqBA4Eem6a^lNYTHA6n?b--NMwx%SzzO?4^}&-MQNw
z8e2R){S-3|Y_i&VOzR!`Hv4>j+I^VT<=sE7x3#}K*PBW<uD!O|by+8(zuHo0^r37A
zm<Kjbq-E244M|~6)zKNB31?XF@$nJ)z2AJ9mf3o-__G!U>JQW(5>iql3yb6bdP1dq
zp|-a6Yg-70Yx{;+J`)*PerxLs?IMUL@GBw7TzWrMj&<qfDJFApjH1bn->xeRZ@P4M
zMtb@TH~#2Xxm~zlWRqR|eP+X6M7#5FN0`h7tJNvW2@d|WdA+}>@Yx5vvC*6MciuQ?
z-lwO6vIosIpY63sPiwdt*zJM6^~Zn)IoAxsiLD4sU}?Swzga|r#o?<4TgH-U5qNK&
z+)6<Xy_V?ZD2DCVyC_qIdfTh;y}sJ<U)*aWy+2Pk+j?zZHS5}+NP@|70gTa^egOnE
zgnt46+;ed(juvlYXN=F+*jq$ie{HZ%Rirct25qjYR~NO*qfzdiR5JocP%%1hQAyl1
z=fkfHGIA%!B{>~ARMPwPR<tU!%;_}s67b?2B11m^+4?<u@bfRIsp@amJ$<}YF-pdO
zieg5*b3=%HpT}sc-xsQVA0}9)@ugqLph!r_>FI5zv%ZX4l;DW(HZa9Dd{IT_jn=Kn
zK}d4@MP>DKjO@fcl*wkT#`)jvH%ybI|MV{c8N1ROE6cN%sEJDa0_JEs9z+DR5|_4Z
z$~M)@Wf%VH=BXX9i9(s6bO4_{MOGXj0|>hX3&S>Yx3b&KXda^#k8%il#G}sKE^7-5
z(2_$YCbyN`Q=O%?zC-XONJ*dq>`{XxX&`gvgw_14C`pJq7|Lc)Nr~~Ze3{Ro{3Vef
zf3im_U;~)zD?Wqb`Aa(axS}HD1jpIA%7c>0#~iRvisAT<;$i(qNlvq4W#a$_y57=q
z@7&&yY!?_&#tUN-UA{S1<~3><WK>bS#l+2&yq%)GW+kbvYljyKlp+~HoQCu|2z{FM
zY+J5{T?7vg510|ZN>vt@mZno#jx^X`I*8vp8hFN}heN)^g-TjGOEN9vm0_Z-_w>8&
z-Krws)#hz62GeR<E+&ogUo|zHZvl@E7v7o2m|ywe?a8B3^JQ05BY8sgs`UJG__?xq
zy^ZvNlUv^PqPg?+(B^M(<tcsxB?EEhA6I3B*&9F)yn=)ZwUTDAa6w(<rr8Rc@R6xK
zKjXrkg0dBO@T;W}s-hLKG&W%lppP_fGH5SX!T-p9+ZJY8p7Pi*X6;e?kglfdeeohM
zOq6jq@Q=!3d<#0bpj}_dfMpc9mTV{3HS@()!KEVC=x@n%n}?R;4hY&voeRWvhO`VW
zyNhJ6@(V<57q7pTaj(sgOTMjq-b5?7L+9Vgwi}a7p{y5|Is^w!;kRn4bPzUSMy)5=
zH14{F33Tvqan-8zE}q`DeBUm<eMod8!wX{uu}HjJ5+YB{wl#M+jp!{|jOr=z@|2OY
zRGQo*pF`>LE#Dg42{gT}Sx5kRcivkHyNY(weLZ9sE~Osmewm&%J!N@4MYZek{C<C9
zvbt(sd#bQov(vBZ;off^wkX-oSFGpKlNZdn9s928sK<2Vpv;FfP42CSn;Vc7GA*4b
zC0fGdQmUNmPbUK0z60|gmkjf-%$`w}Z(G=*x|3fvHa7ej&q<~uL_Q7f4@1^x7>fE%
zg8cyDzZ1(J3@z+%8nE`~wF%XVA+tVozG3x^@*)mupb*)Ze8>G*cIH@uGpICpuSIK?
z5<cg6gW)sJeM7W4K{Wg>$@gaYDBt>;b&RAnuT&VNw8Ln{G^A6DZ`pBa9LX|y5G9&U
zoqj}-fok+~efDF^)RaA>(>FGyo_-}x-wXc}Fu$;n>3Le(Yj7<9dYP^*CSER7{Ice7
zk=v=Q-*zpq@XoGl|7iZIi4IieB%<=bx)^yGBqOkXJCznurP=ySTS?_r;v3WH@OzJQ
z%oG+5gB%6W_W?}JuY-t(qsgwIm?>d;U{j(ZZYw<x(3b{CFo$M?U%wK+l_-jL@YB2@
z+d%n;!KSDHkZscVGo-*Izap`|@pn4C3*xTP$h<8VxTG*K1b_iam;|s5DbpqtFaly|
zVmfX7d=88$B1~3KNUWf9QAzkU0L;8#S4OwoG+kS<m7hM^HA4$SW|D(}GGq@p<z#}f
zOF_8**SfmPRkj=FdXij@s3*QbP?aRyP*$izF!`;;pm#RSU;du|L1H|A%%bo(DJdB1
zi1Oed#ql;CNsp&<`sQ3;z+D)nTzSC4QlqWyn$%%FnW(+N{u1T#R_)vps)qRkFI#Y6
zbJ=){$wCv=c=R&>LF%n(`QovDid(u=rR#2r=jCPi$&}X!*{V^ier0`Y%THscbc&ga
zi)*df4ixTE^h97Nwq=LjD#qUz{~xI!ZAal{vFO1o<Q$9<kYY5m_I-nn!4UBXFV<LQ
z{wLKC3XSx(N91YCvLba>u`se~WdnJ<OraJhU<qbpZ$Oeu^z|y0aUAB21gfOq2NVT3
zSkRwX@)2<Ip1t7^#5TI&)dkb^WN_-h6b}UV;<eD58*=m^6J!)znFrxSav9H`mwm^a
zQLJcg%fM7s?vvblB`I-A3p2G7bH7Fcf~F+IcBb%#C?3y{F(WglV5&S8luB3vl0qr@
zK7I&3XM>REh+P*jtjtQSm9h%ZQJ0shS(dVaFR`7a=#GWY_ASwd^FZ@uH05OlUWK;L
zRLteabmw87#9v7i*Wlz}EGz~Zogq^~n8EN&Hr2OubcfeB{An7a21kX7g(56^ovd={
zY`DR0wN9s}H_&e6>Y4O(;irMn{duD0mO*j)8j)XegoZ)6Ef~q-d*Qr*?;T^eyz-7W
zR>#|A`%$Kw-tXV%Z&%&j_B#&M%iaUT860+cc6N5e$lEXSvcj{ovvFx@o>N>$9XCUG
z`n9X~0ceCleg;A#_}$@;W^(y$Z-0_+zmHn`x{h-Av_$iJO(MR9|BKhN>>~RoO6kpB
z2<{-MfK~=9^$G+(UKJV+ImWj<sCuoN!<vyGb3Q#m%nn49q9E;HJ^rI4D9a&**?R^J
z_#R_`3}BTSf!N+jhVc((PfH9Zh5?Y}W@ouV*|7o4fJsuU)DVDavh6}CFe%9Oc$gPU
zXHu-)n$DyoGa+CRV^Xx7!9NjW7J;d$hTXeF^#qqzf;VqOred*wH+3*_2_90Gp=Fbz
z3dowmGa_rJ+kcEKwJh(B+2_C^i^)lnGo}uR_|U=LFQUBIoEo1#kMx{`Ac}YQk#z}E
z<Iz$(ms_uUaIwBp$W*&HN^$qy-#3?)8yl<+UxT~wsmw&(c7n;Zavh%xF->H)c6Z6e
z+MwMcj<NIa^hxXIjphVT>%L8CnFp1|9QyC7)fhx|{aI_5e$CDc)Br(rmD|nN^lB%c
zldC{_?WPRB&lgKe%d5^OJtd`o$;<sHf3A<dQWR}<$L$o)Rfg~DNeDmac`pX^*xapK
zZ#G#Zo8G0=sfo-?3G6Id1p47`z|*d#)2?Y*_5X>^{0;~|q=$Wq+PaUAh&W_;!L@Fj
zQ|D{r6BMMUC<M47a*aJzV0onf(2Qlv2$PUXh3c3ag%&(v$imK(2GT3W&7eZ?vgd<=
z#SrvVa3WkJf(=X@c=KOp*7+rzE-dp!u0twV=BNM!e};w`rZga%UgL{(z<}LwAG2b^
zAm?L>Nl`;*eVZ1-6ygd(7bOA54>XLl9^uD{U<Dxm3&e)?|0G7apSeY*ER~Ds;e3!+
z$j@>&Zqe1VZ8FQ$H01hCwPVirav2=M>n2`&BSpaU!@-c~oeYRyKvGNx^K$?=cT_=-
zY723_WX?g3ZcXU^5WVdEkeiz_Rc-GQ6pb40#_Lf`J>B6`;rn*{SS;s7x)$rAL!{<$
z_gJ>$qns<j$^3j|9<ArQm-NJCJRf|d-)KV5pqa)Hbzj+jy}rl2%Q4Vo)7*I7f+w?O
zI?a1GQJAc!rJ!*AC5DKJiTUc)-c1X17Z(rjaNde4iX-$@YBy(j-;UlLP5XU$5R)#2
zkbHGxLsv<u&JXlCH8oYuKls&8Jj6RXUT;2G;CK#|Nbj#bT(4jHe6Gk(?mmjAcYD8M
zQaz=^MUD9KTf^h$36Qq`ZMcF$|N6?q#cku`ASU3S-}~)Ne)4bZii)eM^Ypc4);d|V
z@uO%u+qK$8s;yN#Dvs%0=cyV}87?qF%3v>xhB_0+$Y@p{r3A2Ulc?|@ufAa9e^~LQ
z(rn;J&CmdH#)p^Kf+9U4(gX$SZHNAo0-*oC`|gbhr29wgH&)KDG(=B5La-bagDt8C
z$;BgmdKPiydKB+iu`^hIP1sOblH8x*LG!Ak#byCV0RJN)@@xFQb?0wP=tEJi%mQEn
zJb!{<Les8!#RN0p`fg$=o_Q^-lcxC&7IXDH?-hO@Q`sFi3>U!1bTsj|3Zi5V-NAty
zxQ9H)N3u=XTC!_;STv_~ce@o+t2z*)Qxm^fjxFEv!0U0n7GGl|a@aABzOUnKAS#<N
zRv+UW7{_z)f~-b&U#==X9yqj`Qx6}O^aZ{oD>mH8uT}K|p&`aDoAsg$pGJ%QP8OdR
z{}s~b(F1tr!=m<=KHwTZ+Ti(c+R)H&cxaYBdHCS@rRGfG+3|Lz2E<7CK8r$=Jn?+t
zgdPIBF72-3KOCtSQImu4bBkFnW&8NeCVn^FAh+&2(qeTxpO+|?WPRO?n?b+Bvi38p
z;q>(5%heqynz?HW`&N>@7bl|6-=jA42SYDoM_Qo8-Lmirl`y@sf}L1tIkh*`d&9rs
z5~u_#w9vfHwk0KfYG%<wX7`ioI*!&(8#W)A&4a@znnP234OB4@!6jY^G<jiC;8*#T
zmGf!x<Tz50<T!N*TrdHD@Cyh9NE5D~4UqwY6vW#h!jNHdZeRT18}E?Mvl~6%Uc$fI
zN>dalV7g7E{jv&tg(}bQ?oXy!%TPt=PAGu49&*?zo4vfz$X^J)dt7^b6W9cRKh;hm
zfrK0-iW&AjIaLp3EIPq=s;~<3JpbOGT&(EwV_g48LqV!~hSpD<M*sd|(Q-^_Rn3US
zl`5Q9!RTvrEUwUhu<j}6GZqQoTwQH(m8-nn?p86rKX2<kDg5s&Kv%}tCHo2yghIzP
z9#Qc$euUR$>rpTszuOoI0Q$4fuay|0#^r1=gwV63tjy~7?}^{+Sm@|FPLpiq>eZj8
ziO|FXu6=*5o9STujxXKc{@e!tuyj6_?{2%+=(}oBaamZQ`CSHaF%?=R($A<YquttY
zJu?VAeWP(gjlhMX&93;g{+(+!Y=QyElv{-Uz(>NMER`icFC_a;(kKsse4_g@m*<jt
zht%Yvg=f3ge8ip~u-z?!-a;G&r7EF7lcV|vYUiSu26CR83Q~eOkik9E;?Cd~4Zs~7
znf(5Vj1*TCTwX|&$^!ycrR*dkn>7*{Spgt;CWk&P9y{!hBtc#H<4jrp-E{G{Xqv>4
zFE?YHNwG*dB^((b)EC?1nHT1{R7p@GDA0%wU{kPw=4ZWTt1ZI{^|<zU-gH1mCRq>Y
z$)ObcCKjpFGjMT9;$&nJbM`Fk@MJNVlgsQ{o5PN#Cj`#GWxn4A()8W$4Q+fY2MZeR
z1B53L_~u{E`Y;BG|51*q9^;FKL>y0V+WOeBc3C$OT3^rOI{7<WFaIu#8KMdL?W1Yx
zW9b0qj^W~_&75EPSN|?`+S}=i>~3+by}FKf&5X^H-KT)O-kf4w`Q<5SUJ5%(O!KRs
zDmveb$g0qv*Dt;Fal8a)P<4UCo+r=I24<qY*whi3e`1pz!9DSJUQY8sJRTd@a<wLf
z7=o?&6$LH#H6Q1;ja>MqKAr4n=E|ufK(3$R^DI(eR14%xoIab}k2w|$2<STicSO}U
z15H38z|X$z!2BN>c`t1sS;<Kt8%7l|)SsEs*aC3Xo=SkY0s4-r;37(vi0pUz=PQ}{
zi#`8P1#EIeDf&30u$54IK%5p}o7|o>5DtM>!iJWQ7KKdid{cbyNW;81$@OtIh--26
zqAA5fG-WixZoTQ+Th*C)R)SS7fz|NzOPPa}hf&UT9}Cy!jpy{FVs}nz<|0^gOGd(_
z;TuH>>UVdtS6&>4#K}&(JX#4DCbV9u_<57X4m$AY20ip`5j16sb7ya@KciP;B}u~H
zq1IK8@kiS#9LTQGK3<lsx0jEt3|p#jWIeK2dfx^U5zILXY~gFWly}y~q$ow0UobX$
zyJ2mcAP#<YujNWC?5YTDt8vdN&VL8UFsdJ|dmrrlS@?WC{ByeEncm+t&vmsZu;DrI
z0a)ItTHW=oaj?LvCKpldDhv*MA50<$Sp6KqRV>E!_S_C%;7CwU$jt6`EpwYVI$1II
zx+qi)AXYkxFOdKuBS~g;5m1d<R3@7jq6|VLNI9?W-)G;N2_)i~fXMG@M1P5dlH^Kq
z&wh)CT6@g3M+8JhU^|hqVRAzPf~a0IH4MQ05gEtYZu}y8osLn6X-0VkFu)Y9@yWp@
zztaf5Y?Ur)sh9)^mIgrlf{BB%2u&x84-y?q2;CMdQG_<|lxp$;1FF=x*zVr@^!jx;
zwO9J|4*=*p6@H2$XG%N%!JZsgVjQGE0qh_zgeLv-AObx1I6a-|y4^@co}*&@LI<t9
z9va%s!`t|IExh=12Op`LR4}<)_C84Za6zNa>KV41j6*68{&=9ns6JS4_f}8R$z*RT
zpmO3Szw~(cOzVZ}tyni)9k+D%d)sF#ul}N=noMsRS0FHr?iYTSq4y|xfjk*`YALzS
zO-EP7+hk4PZvB`WlAZgg;i#rW=iZrbZ{S6Ur04Ee*#TL9jTiy8tD3Xx_c1;zPqz{?
z=~<~TC$-biBI!oQXs4c~q-QSf)g$y;D<;$gYHX@odt<8>e^8TG^InHhiX?;5->vVu
zE!Z2ge3~|^)&~4#^GUo`Eo~8RUbbD8kC6Mg;P}LS$Zpp;sS<PcRJL<Zi_PN3nB58E
z_0G4XAu&ju6(p`BMJRHbz6;R*CGRKlrv$|NdeY1)U^fwH@WW>y@(bP@%M<bH!R2@c
z>SRE6;{gs$QA{C9!c-P#;?0#wg>#6}0SVybD5SqA16D*`+a%U`QHyhdfHHDc1l+#Z
z=sU~SF56bBy`<ic`L=gVKy-NBZerm9hH1RiaD?4P*KZ8Fa0<oxP-`GUla%F&LL}C-
zTE+Ni4fwP81%aLO7MEKiaLoQ`6l6CQRb_i}gkz1^VVu6zT3^+l%X;TC`cR}ov2(p5
z+HqFOLkfrBSM57fqu@o1l1xg=abxi3Gi&K`iGf`}<t~U+jlQ){{ZMCj?V#;4V~c1B
z)_%BKU&HD0?{MQNR^7s-{rO#Tv-4Wh!p7}ega*}TPv~^!F)=!Wkr3zJ#=~JfQiBf_
zbU!VY36$$)_epWG@8C60j<12XuA8Zylv90q+88q5t&*<q5<D7*&TBE_L^t&YLG$;E
z?u{#GKywJx9}7GZcs1B?J?bXqe^t9|hGnP4`G1_Fad-tb*nS`f;TJd}*J?>HtALZ^
zpbm~e+|&Ht2xGyLt<IOGzL$c45yp2%jPg>bfziWoxAhF&DM9mP1Ghqj+v|KfC>)n=
zt+7dnonTG5C;tHs6NpAV9RNiFLGqV+S|~pdKbS60mRtyDmC79~KMVUFThXc7J4jlt
zn4j$EE~gSH<i~EpZFrsTYP*;!qA`9kAPT*}9!8JykzK<4aEo__WZ0U{&-)XheDE|)
z87*;08E(1<1r?>I|7vrEwa$hHg?dnQd?(DpX?c~@Z5_0@l_w?Bkpzzz;#dFdR%Ldz
zP)yVTWj}5GRDN`P)htk^YmsNz`f?uAb((sE6aDDp*74vlT1R2z_SOdCiQaBlxZFml
zrGPi?exzaA!o&=kXwGr8g9nVF(T%<XU(`30)fY75Dd=jGG{AV3K9~GtZS_)h>)>60
z>aLdvbfT9BNoTt4;L7Ef1o<)Jc1twJem^efQzT4+i5Ejq6K*>o%C3N{J_$#;YQ*^d
zoRS!*r>`}hOdWFWIu<x$mQe0Ez{ndEZq{(fQBgQK{nSWiQgXwQZ=G=5kfJ!?Le)rn
zB>RKlJvBinDDVghO4s;QF*{UBoe^0$U}b_55dNL0ZLhJ+@PK<Jauf14PUf9rF}MXP
zRk&-;+#f$J!32S`Y{A=o+FR}ij1(_HR-@|@*!M7HVZvb5Fx7%>?Imk=x*0~ZRu$t(
znqVDj^|`A~AvwZ2G>j1BKI9|}sp{b99|X<|eJ(``H}CG_@kGCW6S&|fg?=>dfV4k~
zMYbkFwmRn$ir&qqJHI>|sGz6zey`NY9%4gj>D{s$P=XrYN0(9Eu@8JnmhWuvSc>>(
zBH;`LuT%$F&n&RRxwy>jYI<;>8lTtc>UEIgbTK_uw4<O{Fa!iWyvw`l{7(G7nD-md
zWb<9&7og^Fg6n1>rS?DQfO3rzm#ECQ!K_A)MVqp%4=Z@O{nOm9qw6!!_2SVmBzcT;
zC?Y$10nNT+rK6W}?I=3P^)7tZS#w%>Q{0C?h<hKKBhkeDTSGlTF?}GpNYPA+&=AV4
z|4|Mqu|0q|Z2k&*TBtmbQAQXQAZk@4f7Qg)fVi9S3-Bv;7(zU+e~$4XXhdhB*Dio3
zQ05hdC`bt`3;;nIQiB3;2K&Nm=vku7sQr_tiJhaOlD#1$qu26%;v|+55Y(wN8W=yy
z$Kj7^=>J7>=)Fi!DFJ!m#rRGXu1x}dlEhh5Cm^G)ty%7bYg1;Z<xz}dYUsK9eUvZY
z-TGC{{Bo>QkB$teRu516g$d_(dqJ-k$Fx!VIEuv1|2h<mp>91%?L8vC@z%|Wf>o-%
zj{mW1z6A=Qy##HHl_R}>g$<GIoA_CU?<`IS%~_u5r^n#d_5FJD7ATg~<>YlZ3v(BB
zOV8<GtTk-wcn8tc?zr*Fc@6JTyAEk;$noxPguDhM_E(g+>AJ{g8Xyy1`Bb^KfF-n@
zQQo2^={t?7dfadUvVON<`5z~O(G|2Re;+Vjs@?kZ1^p;4?c<G@b9CNB%vKWWGn5is
zT`R$^`|WcUKPUI;WYIwPBhX#^_ni@PVSrLV(Z#$CF(lL}0VKc=dlR{jgj*V^6Atj`
zsaOZ|_G4t3_>ckMAI3xzaLiSvB1j-oG$a?=AG-kaHvj?^t{-i{VDH|o7ajJFL?1p)
zY+q&SxF8KBRXG4j7<C67nW8scSlBRBj1=t|AwyYqf&up+uDFQg0<Q?Jo{h9OP5IRv
zATRKleE)*IbQ4t-H5$<Zp@@ne>L48-6bUhsW%eTexB1#vTCJ$DBk#A2?oFMI$RUof
z2^<!7qVC@F?0O@}qI<YlMdne8%PHKC`6+lO_}cfO$@~IOd0K@aEwmUHiAdw|y4@`a
zU4xl4n(g0ZwP*PCKK~k8nu=4++Q+am1J97?yY^%|a2$R+INr}Qa+o{8*iHOKxM|`8
z0rhn$3{m)C`b)O~sq(el*_lqm&T1WLdu?`I5ruR$v_95)`b8KZH}Ry4s=IrbERJ+P
zRd=2j8S6-ms@d{LQC;HDY^`?Iy3J=*Bu|b*(B}&K2a6wk-v0FO6?(t*6Igxq)wBw#
zEZtO7uviFx9MF(ph6xx(Vib}HR2D*=3myOaQ5|ki%7Os^=FP0hQo#L9J4RUM2<6jt
zUO+W^zQXNz@T#T3kPFvCGQ&Z>7s(Bgg6<9<fwK@vxC8WDlY^(OKSKoaHB>37S%f9X
zsO=-?2b3iIj7ZqaMWsFh`>xc8Isgs$Mm%Lvr#?6tAsnfX=n#acoR0`ZknE#1B<Zzi
z?YZq$k^OwRyx7=#O#EAT#a1P+H!#VpBqZr9q?tr4>D(@YI7I9Di^NH8w7uHf`=Z*`
zx6r6R<G|YljuL8?W6X<WMk2tTGqv5dPMcTYuILtSEjP@4^SS$*v611>&Kacu$D_MF
z@%|a2j?baX@U0^F^8NBg+xc+_ZnpZ=zeC)l{XsLm*6YB0yW6EQw@Yd-UHmi+ug^kS
znXl0Ky)p6Mp0u{Ymw&oeldUqn$klU*x%wZ3hTFDuyB$aGSqoh9zsEH3>GG%$;lu4)
zuvBv$(CCK@YkAAe5!qc;du|K3QDm9c+12y-E_y7NKds7TFEfTH(Ztug%lWTRqsF`+
z?ipQXNA0~G;7>omyUZ=Ah(9Gsel$;qgH7i*#urUfI3jSQjD*k*ltB6?QRzBcgifX9
z6d^B^<)9)b5uYJrGHp|mRXPi?y2IuZHhkY(r+cPwmLcARF|@+x`<o<U2O~@lTdL5U
z{;3i}0G@{)`o)PD2s+|)G^A03O?PvZ`(FgsLu!zuZ(GAm<cfcBMs|sLSb~!xVB?Df
zfej%ik~>F>m<EZ7dvhE8BrYM_;a{y61PH?5UO3+5rK_9!S*2{_HJ+s(@a!Hs1t1?P
zIMARx$;XP7Oh{(X<!U(WiN^5GAj>tw*s<GWG^TJ+0&id$DllFt-GzodpbN4mI(O*i
zTmYYJH($2eoTMz76K;hEZ%sDwvm&1`rcci%^3pLx{YRN>X60Bl0_v~L=5n+1P-vfd
z7o21X=afxq*)B8frc1eN&8HhnZ&G)?P$C!G(tT_@f820>e9^Zf&FcC*08Y&BazRNS
z&IVg8r?+u*G;9D<m4K;{u}eU{tFtn|or|H+NCvT6SA%Bgzs2}08(rDhgWpUq!A`zt
z=dQl&J5B9r<S{VY`OQsLo##%)cAxV<K2+hzK)|~lwKm=R(f;ffmirfZJ$L)6aosPG
zjy)?YVYJ+t96xW0i5Mn745FjqT?nLUEjM?m7iY%6KwWov)$qM}vk1io;u?}zGDW9H
z+A0sVq)TbN{!bO>pE-|`RoRf>IAmyffZ=xtdYr3V$sa+&*N8n8f7HIo0|5A54u?hv
zugLjg)8ynVOzAb9S%(^7<U(wcohSpGk_*P$kbrHjd&a{Nn5c{5cGOl1IUIaZ04Ot9
z8zPX|^$`An?f$ofk7dUk{DTf6v0|oCBraONiuCNNEKeh)OLJl+9We@uLK;_fU<xV8
zw?A;U4KbKSn;pejpZf_XqTZjK4{TYo^_Y&e)S{z8^rPO$3vBcG>e%KEDAXC)g6gKv
z_xo%|rWHOr9}hPt>*=z1Xe`g6k8C_*wBF;*c*^cf62-Wo{6wJYun-w|Rbu-l2;av2
z7_6!G!=7P>C1tmBrYj5kg<o_W5W&LTn(yr*;+TZG4+;_I-|akav*sAN-ojtHIg?}o
z>o2eH;RDA!Td$N<ohRpa)ss9I*c`m!YeXIaG1`I&s}Iv1dUeiKZ04os**Z^mWI7=&
zA2-b?&JMHiy*Eu`+(uGKucuA?H^tLQCS4d`?I$}ORZujvR+Gv@6LNq(&5n`zWgBf3
zNb6B&<$PvZxpUvUWmHuJf;rJIx$@cA*J?I*u*ucVYX1u6rNj?-X_pkGSr*Dla-RQZ
z(x{^T`e?<v{zzWGD;>X~6EtN*ZCRjwFoO$wlt{UH07<QoCUK7_xl;g0dnBQSB|%C+
z&j5T!qK-5`PJFXpHEQ_)2m+!|$@pcSd(lJ(zy*WAfsswf&Q^Kw3U&~2FhE$(j`<$4
z@DObg07OH<A7WXsyP)%Q{|L%giEA)~0tdi7`)E#}6(J5HSqTaJ`t6LjFLN5af_H~1
zgRU4Ww<we)Rb*@k`&p1L)?tY>zsJp<>3F43HlH!<#E-nWK8)VhMxB0s=0)miy%yWD
zfR>k)HEznW>GvB+Qy;uNC67#ES~gJ}V877$#hyF;O__UQk__UQ`Gj8n75#*^mE~oF
zysVUYbxjoc;(Pu{RSJS(SpfE0w%u|Z&l~Sv#Kx02gEF+(04VH51O%NWkmYC3-}JWm
zUQVt2Bm*+;NW!Ca`|y1r^6NalUNJ{>(jR0=U(?^2?^DGArI*VxW~4jm98DBq5vmtb
z5>dbq5a_1sc_y;_LNA`|KAHb#ymj|#zO^68G=HSy*1Hs2HxY*Jejy5-`^x*J;!2vD
z_rKU}^qnP&_8$Ez2=UaZ)_d7@xX8_`73R}^8~8Lo6FVcC^dTOORbA1j($C?K^{dJZ
z7&Lh)l&<Ed0~N70t+_oe=VQUzJ#1h!O2E8X5DOY*{5_iNBAL7|{V~#Io1X6`qM%Qh
z*mFX~_Cj7MstacuBcjDgk}f=t7ewiQj7<)OoCN4ujP6@eKn2XXAwNY55^r-(q(VQD
zJ3~SA|2*z>Qh>7$MlSy~OqG`}C>q)FlNQdF05$~%P@THRNmqvD7Eb;zR01(--2HE$
z$vNgPL|M-%d`THnf>nBHu{<Pj8f=Ui|64-|)Zp(Kq`?S*FmNM#^A<fNF)ijd4z^s5
zGOKfvbLt?!X1mw%>8Ym6vd;qInDZE=pd(mI<V-@D*EpPZ+md9$7L(VZ$M4zaTPZDH
zc^tJ-W(Vj&(IKa@9H)?%VMR>iT9sl)$A2|<XDjgeS@i9@=v9rk+JH;^Mjj(EujbuS
zP`q<TG~WBbo1f+qp=;;;&En)21OI8%Ds(G}MXB$)T+`PtAC}4H=W{fBnoAIj0o!{y
zYAp|%yh_Hmp1a1j`I^@6;Bwqc;!rCh*Q#TIpIqJ35{i8By#a-Qc7^q6C%OKaXPXE;
zi?A%f7nwO@*{K}-Drn!d7Px2FX1d5NR{IH~{2~qkluSbGUi7=gN!m;pYR>*NczlV=
z>g@e>drM2VWcG`|1Lua|<A5gw|E&*0q{wDSl>a=RkR$H<Sj~VWXw3cnv>7P@|8_-t
z0}pykAY6Yc9Wq?<^vPIacRegH`Di}+{d!9NuvoDA4_!YOEZbksuv|6n%fio}VJtlb
zf2SiFAYh~>q<TITC!(N=s+_oYl5!7FxMJJ`_L)vIWY@t{7Z{L=oe1f}u428ETbEHh
z`eZY}9XIM=p2=F}UH_S`kYf+%#7sEl;J?n3M}MPG7`ZMZmb#Wyz#b6=#EB8Z$bG90
zgSXGIBE5zAJ9D}Z7pY_)DMqW<D0p#W<e0#4xQH+>HJkcA{BTx}dN5*PBuAVPE%RDq
zN2HtO?4(Y#!ltR{sdSRhxc<ZI;K2MkjvD`mslxre{S`kM1GjAM?(w;B0P^l>yjrRq
zH{XGB|Ea*5pf|U*{aw2oj&h<lFVYDR{W5yyFMO3G&Ioq{$K<bR-JHzwO$t^SSw5$g
zy7K5v!S&~3zBbcZB-T$6l;V&6y1Q?0I!jfryQA&2?P~z^Nx8Q^Ai%a8B=l<)C<|H_
zZfFzu*e!;{ji%T|`p>DTGnFo%H4$CV%X8Ed!eG7n0Anlnkzc{+cJg?4uz`~WaV%OK
z-@6uQb!$_lrDpqN1F3`c<tbL#u^G}g)mhbbB0L`<$*=Px8Y$B)73k5|%Lb>Ik4%b@
z7vt)84Dy>@Vqn60kX<I*{fSDIZ3T|&12hv(GR2+0AxnVA=BkpurIl<G&nO2{;B)~@
zVEajeb~&rk|H;Um0vl}{J0vjhjbyGpbAW)HD!e3>$Y-YAud1z!?r>i4>yCIBE&7iq
z(FTUBQNBc-GGW-^t0@o}2yKEI8_FCmgWUonw-`Bh)7rr#`27!1Uf%hwR2U5KfgcbT
zab)s5n@&1GfWE-5`MqHnh9GDOAq<uTN6_f~o??+ns)0L{mmIbZ7#SoHk}jVn4Ngh}
zqR47@)CEr6E?Q@sB;FD=S51!)E7rFNjSVV{?&Sg3{$W<B(5Z$AoqO^)zm&0k!8D1n
z?Xc7>BDIhW$J#3`e!9*rKl61XJ*-JtXX&rJKBrBo*WkI4OEjSJ&EcW6@JN)XgYeUP
z*hil2{cDb2%5dM;?DNBW`u03X81SFLlBXeYbVVtTK1#&5Py1UUM!B|g4Y~AoJr9Xy
zy2pSvtP&Z&Y#(1W3%Svwn7Wp;PI|xcmsksxCG9CVmveouUZ%-=T{XQfoAvrfQ0C|0
zuhc8NFZ#N4vN?tYJKYJ|FSllR?Pq$t<K6xjQ>`#mj^{0_{L*Y;Av6o@6M>dixhjQ;
z3|-tM3)0usSGC>k1rl*zy^c7!EsJk_tNST0qWUgjOf{Ma8qdH>o@RtHSZnOEG!fYd
z`RAcd4bD&VAf*W8Wkx8DKV_W%Cr4e%^z$czG(QQ1Et2b1VJG2$`At1p&bweFhe&x)
z&o|~^aTJ@O6f`KdCKuwBNNlp*No)im#QthBPcn4U1aQ|j#pd|WXF6LA$d8|@!;XK<
z7|dj%9Y!~5-z}K4H&JZmFk93`{^AsnjF`eOF9@mt%ecl8P-c&ltTD^bz9|K1!<9%@
z#!n~x$_i2H$r+F(hx0HNa)Z(J8AvaNn7O&K{|$G;Q%kPMo?49NKqnZ<9m>sIwXZA0
zJi}maxioa0v|gCxw`5bIyk#S|YxE;97$)!gcrNjUBRn6Flsl1Vg)EcJe6puWVet5e
zU0xHp04u7>ed8SJLsWo}!*t2F)&=DyX>099>3hgC7Ldy^v`KZ1&trGe<kjW^X9s<g
zU_Hsl_DCx97@?;lNV!bYO0QoZXnzyrb3POiZG5osR-V;vJ$~5O-St@Z7vz*+)O34$
zdw6jg3F+o@jhowYlL4atIsLl0<Y?4I-_<PVjBGV+^mT4P>%(LZ)ajLKfF8Vs?S8>n
z{mk95m^h4^C!4j3HB7icy<`{eN2eSQZ}60|x6tY4CO%JNT$JuVTJ^5a&|O<#@rvXy
zHxir__8mWDh?$yxP)pNzoJU^a$E^^Nr*;9C@eX*r49vP-B#)&C7ACr5o2E`*K?Ne2
zQA`0ka?%WMc%UeR&Q~RFFdpOuz(`{|8|ny)af8h)|H7L3p_}h)%Zh>;CN8<V;m8w;
z{OjMVNp+G6965(zz9@Gt*$43*<vv`TbQI}VCmqJo2Ob076_S$l`D-Cyb^8tbuoZ<x
z01H^qV-YG^imW88&?7xkf;S4DiC^R()<EsSK`|Rvur>|(3suEls`}g-4eO*ZNEAHB
z8sa8wU>Hqv_yU3YM<yrB;ZR4YfKBPzGA(yTT%tqmJn@KD++|h5DPC=bK_jI{I@jOy
z@cvDkoqcB|tY!4nzV9#Sd_L<mj=Fj6J(&#`pY-Vy#iAwotsg|M3}YRi>YC8n0gSSr
z8!NlhtouZZJooiDmgO}8c?&IXwR|z<@vPF`5p}HNRWxn4@bXaU{Zp106kNj`(33+)
z*$Rb)>o14W%3<ys;mXn0PKVGvAH83yM?du!#+EPty@5%HB+JKd^yjMn^tCK&<;gz1
zD{O3j4n^a5x~=0nE$vl4_-OtC*ZRIb=tg&E;HCp4+ih3|>)wOcF1OLR#Qt?Wq8e*_
zSGjd$@co>QzhYY_J|kpr@~Ra}dM8)W{bPGl6ixaN^9CPUH_GBs`Ad<Ie?rRh0z}k>
z{gcsgVFt(}NAa;Li9-c)*2mi8|L9by{-OB8Jpmh@7z}$3tyiLrw%{Lv5!R?wv@6A}
z-6dIa`Cx34cY_Rpz>iPRd8Vni>hNl_`H5>-I|^1PC3z6Jf?cVwHh#GFjgp-_e4)ZR
ztlGL(j#MYb<>h78Mc405q@7%JC5db&MENZz$B$b>^U74d_!aoix2)E|WFx$N(aa$C
zj%kgYf!9Hex}e$Z5r5q4pTw*VsIbD8xs8AOpCx$0T8%5hps1jT0~G+roPts)^(b1u
zf0`1--sG^ss)ElC<Pvy;4+?7I(zDm-$|}Ie4WpsHt=hUj6BD@dwz9?EwLD5OEIwuK
zUg4+&CURZY5d95xh@N&JAAgv4>cp3Xy2XKq;Koc@mdvt?Jzz?ZPQu(4&~&}7RPf>8
zLDA%JnK+Y{<4b4dKY`yP%)&o=e{kcH8C~^&<dGVi0dPCM9nbZ9vp*JI$d_`H!X_(r
zCQ%q;GTwJgqilDL(R#r#I%2xE9?hK*dYGo<BQTeQ#+ofs^1dW<M_+?@$b>ojwi4Ex
z-V@UH#udv76#sV?ARkLy>m$p)HHXD~T74}etD$T^JTf!E&2HqjpmC>(sW3AYMCBX6
zB$N#CDfmL<Ds+`o#6r(PndmS%FU4G`i<~Ct0#mg>@*tq-dfJlQw}l=dXt*JkYTcHJ
zX2dSkg*(Q>X^r`h?pXaBF;oQ$jiacHSxyn4W|+IIrHUwp@&^T8y6v^)wjs0zqDq5s
zDnjY;H#Aff1F$A^2*7@7oCI}++aMhLw$o+J9Ofj$H%3o~59W&Ckhdr0Xqa>0b_t|Z
z6dj^%FiE&+j<(!=cvudYayq>t>2ApEk3`JU`XlkQiG-xNuu!PL&=U@|dd?rB7Zk`G
zwYD&8w!iMJk=+tzX@q>?aoNBOUs8l2?YWB7z5xUkt~{5g3OGzUo>g`k2h(}~D1>2v
zlguwtct6UP-LVJ{E9eY_pt4M&k?9Dm6%K#Lj^;+;4ca3)&vAK<b?(oaOJ7GD&8Fiq
zxlGB6_SkglN2_~C=YN^;3U^mPjN+S^dmiI5JZsK;f2Q#q;MNK<Fi87tIX%7V!V=72
z;|I;ty-tA`hi}ct)S_QjJyV(5@H&la*X>K!T-^rKRL4EOTChSZqW^9!znLAsG7n5k
zho?_!KAP&X+q<t@y)k|Vsfxs0+nI{Oh(CKVmH54EKzbwPmaeq0n)KctQ*8S+2};ku
zz(hm*GrYipQscW@-A-CP36$?LcfHw9$pbnr4PR#8g^bk>J2ubZx}M}$e*<)lZ2b=a
zu|Q70RK{+RJ0c>hKS<ys)*GZWYcWBAeLBa#DS-`DP{;t=5S&!7MlB$k7`+9AK8tBI
zHzg3(u{;QRt2q|{Jx2k(0zeMfN<d356x$&@D?|$6fElQCz|R$F6{E$a+>?Hwf<)~}
z=wyTnDR#6Pd(DaZEKF>BSs&z$sC<Z034ctVk%pklfiG4w*>dSPlcq_;BlXY;vi*IK
zCq<%h3jm;7h>LNK!jK*gGi!ldP1`yl-4t4`BV0xyLdY>qw8D)q&@hfd4&wpZ0yqTd
zR8ZiIwJR`*Jz}vSW04J&*QsUG-UR^MXx{u&<Hw%in1uoy2Meyy27ro2;XV(OJitlJ
zG)5vkMZ)=WX+AFqq;A+9a`@3F9|XN57>*q7yS`2A!@F!ej0w@dB!>WiLuDxkvJNCA
zB_9afd*8;pGS7Z;`Jgb&IZEg~)@{t1`1@pK8xC84N!{}KRYWLy<GH6fjrxsAL;KEb
z`7U?U;gf(TOp1;eKPCV`jveSs@O4d!{X=Ps^tx^UKt@eFKu`ccYHkrCkRlik0C;Q4
z_yiw^e}2Lv42KaR9N}-lp#G5#ydq5rqoIQ|eybjNHQFJvpgre;{z#dz0HDCoZ1LBJ
zE{R(m`^R{}T64CpoiX-uiMMU5W|yU(YueT2Rf3DqmaDq$@t4hZ85PJDo(O1qAnVSj
zg}Aa4hBvO9|HRwb<r{0dH%aBd#{Q-R_9%c|2=3sI@=csv#ad$!L4Z~Zv<v|Dm<0ju
zrHqY%D{p~gJP`~72y(Mn5=sIsf=~d61b{C9I1gmEg78tGnnQbQxF>vpLWH(h5I>Tu
zwkL4}y0UCpFB)ynS`efgBY}o-6mwk&(Ls_CX2Sr6OGuVM5hIDxBw~P=62bIsoKS{X
zn<$YK5Gq#3B2p4+?QspjT_`%cpY)Qmav^6B;H|x=nBbfk8Yck8Lk7$kfY4$Fl$Nvg
zMrj0P_^4L*yBuC9*pkWLA$3LFfmwoav;}n6bImkg62e1JAc3?@z|v;W+>BX-BoATu
za#SLP_m#u6%+yY&!aL+}(<dLgJSV>;hsF+SVdR=&J}m{k1yK&eEta(T@D5Ro>#mHm
zsEAx0H8q@d{i}zFcXJ~>Jx8rWrLxTzE{z{OdVEkooP+K7puizorln)HE*TA-2v3++
zRF+;@uRFW>_6BJMWe8sk5M=OIXwnb9NQ@duj{4wGrQr{FM5{#R?u#Qr_+QH2w1XK%
z8P*f*O6W?e+jvX=2JfDz-G8#>03pK~Q~IuL`zG8rW;pLz+?{o?V^4#yfDoZwzZ#qx
z!j?~Z9rw#jS8p`~l%asK51_sR>(1Dh{ay=_$7h#s?4>pdgox1qJ6oZ`g4%{)%5rve
z5-L}*asUw&^z}l<8U-TMtcIkL3(~Vd4*&o<<IO?8Zv&&;5V?u7azeyXL~H{(nqg)M
zh<*{RD1(oC08Ri(ji`e?Qg2T<nORqw<yg?EN8BYaPbku<V1&@zO%O5-WwOG$jQkcI
z7A7-N5Wz`+2@y>%hG0Ns#W5ttpa@5Dy*S_0K*>d{ogFmmAgzZy5ikPGUd-xA+(4ru
zl!G0#l_OGbA$b5waIQ;(K?1S2g7yrh*8n|=$s`=hLp#i5cQ5MF7yb75Z;t=4xgF0^
zx#!wD02_`%Y1rNbit7lEhj>yM6kse5a6G{2ELa;YV$4uXTL=*%<Z(hi$C$w^{uf@n
zaktCi$AYd~AI*iPo%fK#8TQNdjplpEVg5i#p|%`S9Mx-Dm9*rqK5W~+JD$^CR)n-S
zExbBpgY?qE=MH^DdOEM4@XYX?NYjc-vilSn)iqzQzP~%q2!BsTgm8ra8wv)B7G^A0
z{L=3<+mkT>bGzwi^v?KzKZM4Y>hn#VGyuTTPv7oDQ=%<A(RgUGe%2lJC5pSVuITnP
z%L`c}^f5=h<gjXt)z}7oW<hmYx%D=lJ<g!0N{w1~#y(@SZtw)Lrh8Lq<3<DpEp?E>
z5Dkk&K8^FbSecTM$`G0cwKb6MigF}k=YyJBIHzX1wi!H>h;%eTEkwHe0U-cD$)Tfg
zYl?HQ0TvTrIbd%C`gjPBgN=Fw0O03`^ztwR2S%CL9wQ<U0aOby8|0GQ`r!d}D}^yK
zbd;1a;V1?H3Sog>9xl|Fcqobih6M#m8!xH8Ud<n6XY4cy4J_s-&}Y_&;;mION2H39
znk<MfPj7=WX&SkNp&X3{+>11rP?3ORRUCsMv=Nd*ghddFMg-P~&VVu~%CUfGH-i?l
zRRDq55E2{MTERWx`DT*r_08Kp$Pn)enl2I{EFZA?X1cu&8hE6~!#qC1B6>zDfqlK0
z3gZJ5uzi$N25}7X_%N(zT@hDO&E$KjB0{ZV$N7v6kl$Gwa!?M%Zp3j}!>x;-*6qEh
zK19edA7xlD5&36wxb5=p6S~j%?xLl^b9MOx>z@4!3A+bL%}Bd<V9%DTX9*YkTTY}S
zVHN)kj0oWf51QQ8f?`Ygk=8S;fu_}TC<tEj*zy>s`)7>IEX^p<7B)Ckl^P25^`<HM
zSsUiv%w|$)%)O%9TZ`lyIv5{w)XVm(qJ72z0KV_tdiuuZfG2r(OCSKCqc63fDAi;H
zZTfW9C3935YB2&~592_w2nv)6P~VRPOvLy!G!-ybE~pK~K|RnJ04GJ%HYlZnjs{kM
z0wEtE`M|^g$N^N2G;{%(Gaw11yb4A{ARQXS!wUA`Xj>l=AmduKSdTm3QNqYrcEE^Q
z@i;yXSr%mLY{$TXHj7Zir%()V2xzC|-4s6n>FtoqTsfVYMy!OaNkHIcmX=^9lF+FD
zp`rVYB#_{44i*4FZ4K`0Me8}7HA0F{$WY3PqzM61(<6|XOgxsgaz`Nm5P;rJgs{Uo
z6j3y=oj;iq!xNxehQJBqiI71#6c3Es);`6?2a`G?GR7hVY;P^6M=*sRw;6>=?Et5w
z)h(Qk!wC;Qt%qVUhnX0j9C-*`xADvl*XLvwB|Am5e3tjnUM=OS?7IsS-jc(uUMGWz
zp*KIXs&n@j9?u^r5skK57C6V$pj(wVtf2dy=@+xxDp4U3Yva2%@%|~<?g*<GQN;gX
zMuc#L2Si3m7T;Zz(t4)YSYhcgg<(Oj#x5L={(=870n3?Ugg}DX&{y1-MA$_G01jN=
znp>UGA6jNThNr2e+&aVOMXeu{Kmfo;sgv~HIkXX&Da6K@aJvNF;&k3)*Dl?7`7Od?
z1PV2v#W-n;3d${}O3G_2CbCEM?VN*>5eg6pL3Jf0NYK#)$4tRR3=|J=rPVON8DTk~
zA^?Vf&Iaflg^I)o$3cz*IvwD9VG15<$8f9|DXRj35h#X&FPj9<co-oIj2fsEiduUS
zxi{>fg^sL2jo>JW5G3F*q@mr(!?}lM5JG@Z6o4q&KOllEi}4XuXP`*25Vg<{*x6D>
zmH-f7G)rpDgb<-cq!gpH{lH8TQa+3GQAHP!S##Drx=TsY1m-0%4ay-)Vp<bsGJyUz
zP<K}U^g{`lU#7qb)6ux0gU&fiFJJb-`SMS^lL#S?6#`ZW*s3~GFXZ!u&_+ygN?IUC
zn~I=Hi@7}{=u0>9`OrNMXUwqTH`L5vP7}o12FnY)<?|!{G;!!HwqM+4J>JUHY650@
z`NUzgzqV)BPls%ubY=DQ68||X!tb9TCN(2%%IUX-VQ!qkvTovx)sZjUw+pyU5&Jfs
z7*6{U{=cI?`#}q#UEGKe{+E%{oPV_ITxMCeINX{wa_SqsCm-EAoV+sy9k~ZG_Eh1e
zLQlS-$sA}Ly)=H+SihTQ#D&h?*NpoC3N$s8Q$y&y==F*5NdSP9>mM^Fs0%ObvdO27
z(7rwDS*tY>zC#Rmq4aU1IHR$c6*-`^1e1B=go#t$Fnf(cY@HB`2{twZPkY3+gRX0U
zMiZcY@rX!7mrwT_ka0dx)dh?uXtqOjTHxe`vH;>1h!X$+z!xEu33O`#=8t!_LAeWJ
zD+6r|0a@rtGD;d%_CdV^iD96QvhtK_aR6~1fE45aV%9^w8W`0OI0zYlKol`(rKH55
z?dO{?(#=uP%i0)ARAv`@TYZ;(IH}PP1OXv|>UuargpxEx*y1Pxr5H8Pjo>1LFGWxQ
zENTwH08X<;i1UpWksQIrm`TmK+EOfuwdn)~9rChd#hH(O>~tvbnJu#=Ei%fi?c!pQ
z4aH1Rw>;a*9uOScRmS$4`L^La0m*XxW*aBKN7(V;wZ3ljYtwF0j<S7}xt+T7v;qKd
zreXKl*1ZxhVv1x%*N=LKr>yhaa>A`+Or6w{*j0CbB6B~R-Q?R~Y&5;%Jb!uIis3w6
z+pq1BMA#fGKgsIp<&pE3`rbdV0RXTw?ZTFeDS|OB>k_9i3jNygQ-{;*ZqoAe5~GK8
zbUnh~nZDcyErj;5BSQG!#QuU~#}pSK3m6R*AqaUjc43TD_`SPi7H4EvWwr&?-)#ck
z;!^LPOTBy4RaE17P3u>>Th~*rf1GBu*UArPDPZ3ob;}COE=z9^7S8hdeVgub<>LyN
z-d4qtHkde+gdC*1SZ|c#3z4dP&dv{`WEg3SQoUTs_e_`*8yJIGOi-%f_#CXPg3dk&
zDnm7Dh(I8f06+s0K$1X|DySwfwHi8xq5uH`5dslVn#Bc0qYVb!K%f%HsY$%fV(n#P
zw3ARA1<fi>&G9XI$ndbrRwp}e0|Rgjha5z8eF!ec4JrvwsKbRArD7n-#{rF_G=f7~
z4^RYADMbP~Cl{$HmLw%8rqvSy00ksYQ$SB4kV6DGNwByC*QroOL0dU;7!N^3n5q+!
zGK{A*G1Yp9D4rhRGJBwGhxUrG8U><q&y}H+tv3dgbVB{Lt(G}Xp%`c39PDUC8AYL(
ziN_~pC=W1FIZG?qIOXc*A1qzY1-jT0o(z2wU-i7z&2zpp4ZE*c4iaK?vT*s2KV`ND
z)o>PWhJ4XH{~@Gq`k|?{)-}RW0%fLpS?uy*%3*3oTDh?PXx9ZqfGu{PF-$r9@Z(LA
zhXQt{UPMLY+Ju)Q7>Dr@WAARZBj<-tu73tt_O&NpjN#cPM%`4tZRx*k{rVcfu-Bh@
zmeU(vfBfkoN6DzJ%V=mu_yTA$B?JdRvuS*Az;LEF!UJPO2uJw0P@pK?n{%`jt3_}m
z91B_+FvrxW8;%uNtSVTZJI~TXVM6Q<6YzFQ2eK_nHpcJwt<Exi{(0r0Hki&g8tbkY
zr?{_MJ^P)(Tg$Fa?)E9gCD^<2Q)8^g0su-hn{Q;L^6jyH>ui}5QkThMU35Yuw3uK^
zH5B{fB43;`0aFd_%IEq!Vdz-2R}CNlb{$MsE@x|vgglF*95D7m0)v2pJRYLcz`9y!
zlSBdt0RmVS=v2_w1rb@JReHi&4h;yZG9Y4W1OU+2i&1(AS<u4@2?t!Evc_>}@1!&;
z0Lub>J4?~1g|J3Nq(#L*1VEH9cN&ErB*ofDZTs5Fefh8xwU_e{CC=yo562}0!g74R
zg*CEb57N?0iR>T_Sq$TJ7M_gL3hgju7i#aypa3Wg0+xaTjN*v_hoTlOBzlaD9<mzB
zEs;lvkgjsJ?5vq^B12y0TM3!wEZT({S0yf$1@c6E#)`DyG=t)x+bpJ8fEsBYNAu)p
z)3@fCQ5&?~@N3g<w}%AkI{Ha`)$GvM000NR`{YR0cCV>&TFdGO5R(S6OOz^e^>aO!
zEsh?-G~A!Q?`TbmG)%I<dy&4@FdR9|?I`AGu25A18Te|<g8R0=oo(Nq%x<kH<T@|E
z{6VbU5LGEQ?ca^N*b&ZlTd$o%Fl@s!QwOtkf3W!@R3hO8`DN5rXLYu+1FE-X&AD3?
zH=nzVTG;>uNy{%l#nQC=0?gVLLO4Ds;EhR-jPrE;OS2u}U(SdSj_|J}qbT!e|Hb^i
z62gWTDH`2>t@X_%uixPddJpp3a!&Oewe(V&QbY8p_!|4VB4tsmckJQF1NZ24ICE!<
zTSciRPgiFSG=?r7yBYux<vSh#aHe7RRpWkKg87;wr#h}2R6zj1zM`kfn$m(EBNRP=
z-x+U9(WoSiYE7syWVnUn5*M_sj0Ih6bO_|}LDo;)s3e>uK~*6)E(q3@aq$x|Gl3vI
z9F72%h9)g+Y=rVhc`_+rbsS{@wZ&Y-BRI=}z5!siBYM?{*a^c4*xbqMC}pD_=K45c
zznb955FBMu1Xwg&PbIFbgMPl#iY-+DLm4w-Xt6<g8id4A9)^igx?f;Xi6H{40@@MA
zi12WMwT0DE98ZGldr>)wau%K=4}%nr(g+S%g&DF?C}xa(EP_DCAOK9XSpgjbp;-$k
z3(Dgt003!?Q5*_zOxFhu6i=+xOZk+&A7U~9SzUBSb(USc(9RPO6kYox^K#VN*Qosx
z8Aq5c)=r?gfoHOyJUPnev24FZDrcW_dhH3pS^&VM<{h7P?2vjBiZbfMu+Kvs#{mEi
zeD}#`y8VL(hw2tcvzS%5XomG-pZ?K9mZwjtICL=kz@QxVe$#*7?Ar(G&L5~aODiq&
z&?n!Vw{DnET~2S^uH37TV$3z&U%hj$CvA|;XO58`j-UK^6&3I{JU)e0X<vKz`N3Q1
zCB@l_-n4@J?Cy5O?j!eotF+>h#PG0T&U1u+AKe8HS_qw@MuhM`lmcbx>~B}F21fNu
z_ZJ&44PXE6ph#VOyzA2vs?^eD2~_(pi(DG#Kg5O=0N~TweJ5)6ibwJKGxW1umalr|
zwOhB2W^eyoyI<l(_NE(Oc6@ckQ?K8;m8#m3q2EfIU|lvh!TybfPrL;HnDU_@AQAHj
z!!*5+DvvAZ$b94}6bMkX-mEks-a&{!&7vsaBS5DGtQb`}lJ*0Xris-uh=xK!AH^UG
z)M@}t9F7Bn7WAtT#2II#nA{fV^$5!Xfi*Hf@hWl<hX|6U0L}-UT~6j6N~4$2Jdw!8
z2oVfY4Ao~2vrV{BrlUGFtd7QfM{x#(GY~8yN6k&bAikkufONIPtvH-807E}+D}W3l
zur=V6($cJ!jFB;Fi`a|607a`A9AhyNies!r$x?lkJcLiNq+DR2wY0Sh6!DmDjl|f^
zj2dk*n-NtH#)|me-)SZ|gm(FrSbL$Efs!@H8ZDU0Emv;CDQcPUo^@CB`)#B60-O<x
zShbc=8+bekAdDtcHxua+_nz<Xbtf)0?;vI9^VWZeg*el&`!n4EQie{EtoZpxW{X!f
zCO~FbFP`nRbjVNnmK@G?n5Vd*y0;we$@z5G&qqXIwkt-@GB<11BrhDs69=}OJG`st
zOWr6u)?isbaoU=w=Z4cOy|gI1w*_$AhR3H2r~L?jTRKaK2Rx!n7=8D}5g{A_<hAFg
z)E+HIDi9nABggo4`$joL4OxaFt2E=&y1lJlmAD8Epd)6vEDOJ_HgAO?_jB$33SF+I
z&hjj>?3M(Ub!G@`(2aS|I*cK7r6!y9SVv~ut8?E40Gud$LMzSW36ZSxlod0ciOF*g
z#c>lv_^2ypru#X`0HfDHqW~-Zm30e2^#B)6lE~C1#~yP_2NDv4YWg@RKzRt%tD(u6
zrzbH9!crWf9)J=j4B((kMN$xfQo_XI2+L7Mpi+<>zp=D~Bi{+<Sph>Ut*)`Rm?Ti>
z!kP(sfMc}IjLPQSIiVRfnLyw&KEP?~4~5WZKyW2)15s4Lv(Z^}P9m29R&OC}c^GEq
zEEcx2ciq!VcYn2mFQeq+tWdxKodE%m0X&|NCZS1PL)#~bwH=5^&WU(N6hJfJi%E;M
z)C>uf;!p#{Q#QliZ<V%DBGgS{XY3oNTqW}%zB2BS*ddSMt6#8QbGC8!HEKT}V}v-(
zAb4LFj@tA2IK#skmyU?%#Vau@GTQZC--HGa4!;PlOUq2Hw<*7%KT2!a`GL#tA%{n6
zQUo4?xeoK@yWdCNwtc=&6mGY#_%vsrSH{d;9yr|OYCCRR%<ibp)ilRSJmWlr*CpPo
zmeUCTF^mY|2>-{Vrl(3qOOJPbT5K-2ben@Te)li|kC*SMWD6^p!h1+y4b0cnTI|b4
zpIY_Rty@RF-JD~y%i0g;XdtPMe$M^1@KHAlqwo3kaoQ!Ty@Ks;=0ZXzfU$Wjj=?V4
ziBEG3$h}5;IDlS=1x?|}D7sIF53q#9761k9WwwwMEK1{opCeEWXVgI@j#CT}Ss|!B
zt{H%BjnFL+)pT(xxx_>v5JknV7~nuht5jzcP<j-z5+Dd;ZZ~UdIacTd1vbVyKwDhD
zSv8MUs}jR*Zkla8R{r7M?1|6C0IE8*P>u3?31^bk7zt+yCWjbbkI)JP7;!O0I*Kup
zMo~SAaw|fnZ+!0!yUDIRTO2VPG1|y?6W}<DLkosM&O`%|KyMHb&?4h$NgJF&NknPn
zF(#e^ZlHJuJ=Xq(CMj`Zw_~nYKuy9|+Ezzg>EES|EirVmkAXFo0s0%>A&D0uz?qY-
z%_r;kUPX_fW{Qu~qzuz&_<eQAqR{0bX!xHgVqQaL%>Tr??EQB8@!I{aQ*87Nmg$m(
zLmnIg08%Orol<_9m6$i2N9)5ao2(~!9;i9bYAmbb=M7&DQ`6H5*skqAohL`xt&M$w
zYFEDY#H?ZV9pV2+Muc#L|4ZgxomcBv2LWpCV}rH+D`FPiUWxY(j+gKG3?5bF=ou3*
zsZgtATi<rS)3eS308Ulyszvjg<wcrW%C012e)PJ;_}`PxTxi<)qvjKV5Grbzc<q{1
zv);LN>$}R2dSGT{I-6UO7PmrR?S(2dxHZX&drby4%>R-Z6E_jFNi(RSR|M8c^R#Bv
z#hv8_SWO*c?+Bm;0x@Q116x{9PJ;3sQ5nXn^eBxY7A1$0NFT)mGQ9C;%HvUizLVj(
z@{|fecZ-CBI4*zy$NEd%v~4z$09^#@6eWxP_@~x5TQ|0kes^h7QiS8Jd8QWYQ}b0H
z?!5B;>yK>u^jFj-7_%Bk3X^1Y)B#$95G;zCUVHd)oajdoZddLVo~H~KSP<3_MS7=a
z{VE$PXY~wJXeY!*=L}R6GD0p>@}!7G!y#fm)oT$-If0C&Il|DxAw61qKS*;Z<|u5w
zZVJL<27C(bMseMl=1KU<B6VT&m}W6*m}#@<1?x4-uTEA(l^eR4=gH*^ja<|m5_yq)
zoDo}bO<5S>DfJx)o++C@E_8?^z`Hq|z57Jt0jqG)cHiTp$;dnIW>x2uqBX{9?Yigw
zT0)t<c_(*g92fY>mw8WRS&~(oql7-g$vFDap`C&VPXs~M#616(MjR#?Rh2hx+!zeN
zK*gflZzTi<{X0e+VMyA`9<&g;jTsTb|9W!U3JzBtFT-n~$ugSukF<(fIpIEe8c((C
zFEiw)W@T_FE(o+@^^CtVaB0M{v3_wIil#LR3yhtNM}PSIsCBmj>We!vt4%qV+IC63
zagB;}{MCE$GjB!u-ZTWWN;9rvN9OvkG*lXn^*-Yoj-wJ>p~bq(nMrmL-(F9BKH;5T
zG+X`RF|mO$YG5zU7rUT*g@qsiN<)N$9p#++XcQ;G0KsD*VvW&&kM{Kfj07kKn$#kK
zV{mKC!k{J%1USkGcm_tO=oTVkK7u30UY@E>hDaoUVV2n^vv|m+a|Kj`B{A~ppZ9s*
zy#f<w8xX?u-g4o_PdifcGEu$;>Y9H(y5QsQOS2R#O6UOH1t{ZNFFnH<w1mjCyW}gv
zR)F)(C}s-PxfL19_?|LDK^vqw(I~#u8^vX$xr+jNlT8RPnfNA)(A~Zhm*EB#+LZ;_
zKBK*-*=n3r(~UG7Q`p2wy&fUG6=OCAT%3LU<$k|HjE_#@RxF8Kc|3o|75zSm7cp7<
z>PxmO7k&O>Pk1$IrpQbFk_cH9UP@XKv#b{^2wVmLC^nRYi~iI-<XGFMSykC(nw*1i
z$79^1?`|;X`tovKT{u6)x8CKAx$Ez4a1Zw8o!s@?(X~&l-j#C>TG%z?XRRFb(w{ZX
z?yB8#{xIob7v~nZcI@vem|0u4J?#rr#E<t3To?Zb*U)G8ZbU@<1mEBo;qM_9e?~@C
zWm-|u&Wch<(U7J&jV5XQcmM!`-}Ks8KQ1xBZwUX@5&j)CS3hVW^a>mi!v9uM|8Ow4
z001BWNkl<Z(^JL4vLmgh3e~0BJVk^&Y*o_IdzgT?li!~AY0vRWeuc5o7-S9^lt2K$
z8)ef<2XaPBW4nGeoZav>03bCZH7Ow}yCiL!e!9$u&>DEnKhSerm#%u|_y0E!XYTxh
ze+(C+&uHe~sC(aMBBAZ#EK;6zSM1}wwd3QGmV7U>_s4i5&|5%jT3ENqVu1vR%rs_X
zjT$JC0;2{h+9B>pa7LE&<&jFNvx>7B$7d|Cw~9sWd59fB@PST;ViJtS2~9U*0eqcN
zOq(&tA?7YxtqjDaDAl1{YWHZS!U`eqACG4xj(sU9od4ePF+;3gw)#d!N%DkoNm0bZ
zD=OYy=#^gHzv)svFxDl8@{{8|H-G-qgomOt>q;=bif-#l@bNC<8hE2@0L$V$6ELYU
z5rJVQ(h6DPGyBG`HyTIPQwEaKBV0qf(?fjBN?@i0JhKK>t4S|;Z@Xlkd<Ku!oM<{=
z9U+`5UG`gQT2Ex{bgL!Pt(R;&x#cqYsVq!1UB1L$70l|HOTBvsO~Vg8&gHjdU(z2E
zdGcNsFLi4OIX!T+#jno0GjO)uLRQbMs9(AIiB-l1!-{c31VyCO9y`%<%F=CK;P%Rj
zam(&*@Zz4?rJ!0AB46x2bBXVqVLp4elUb3Ur>))j%SnNs&B}<W#?qb*Q-(g6-2ThO
z9hp~fD`AY(Gu|_JUD8eA+@AJDPH$6IV-=&&yz%lprbo45()7)zj&8Ypdg60WXVzCC
zB$41BGR`-M)fvWGIp0?oNBF;GL<mQCK)mwvvU043(a@o2(2AJF(T>APt_A=o(iDB#
zeY{vxWNbA0wEL|{STR_JaFEje>`=R#dtCYLdB^Hg@;h>0)J?NIUsGerQ5EPXyS}z4
z?)Q9Mg`GJUR0pe&!huZv{)rd9q4%g<a}h12YUjqQS1o${O#r~hzdlI^<d`+koITbh
zfv3h&1#%SCvk)LkKr&|N=*+ct610f0v1dU))t*O>N+LS)8KIxRz!Si3gUka{83h&%
z4QSX~M2nIgEi^%y2wD$0La3?3EP5ekYiq1Gg<AsCTiEfzo{Y-(Mo#xTGh&j$9g<>(
z{%3h3n*~f|TB*l-D`X$0^t`v&apS3)w4(a-%FcJ@#Y0sC=3txP>zJ+R-*V+M!o!gp
zXo9+aTx{V7I@3+<Z_k;(x9|*UFJLq*!8e;KdPpaMJWN1qIOWg1axYpQXHBvEKz#_-
zKTvB`$q7X-a`U1cBiB?f6u9v$<-PuFRNJU3eWPWnc+sm*tUuXy=xEpJaO>!4#+S#1
zja&KKjB!D+FFULR0HkH6Ueq4y39s@sgg<LoSfVdFqdYoj8U~}`ON*BC-S`V!=Pwwl
z;{3D&GYVA2HWO_Zddv&x_Z=5@XWDK6!2Y6Rd(%_?894+1Y`uI?IND)P-g&B9xBkfm
ze`X+Nlo#YE8n;|LDhPIok$NTsg|CUe=~lY+i!->bY}+rNqauF1t6!W)z*rlPaekxI
zON%lat8p87MqOoQeHAJZeKCK1oU_;eZk{9jyBQI}5gr67jVE&&^B6Vl*W~{08}AOM
zOI~Ykk-DgoS5c%YROhJYdo5i1+`S^hUioZxgKMp&pJMur@(>;_#yn~RW;rgo{jl)U
z+P#<bhbcAVTpsl1qBl2u|ExzWhT@1_TlCX5>mo)a004efZv9oUweA;+!7-~SfrC2$
zy_Vh@mUJd@UjbibQZ=)jt5|?Dav4J#AwU3Y0SEv+6$}irlGt)=Kh@KM3&W+X%EB0+
zPGEzQsHP2L%@FW;#sPt`U&iVfNXV9oLbqn>IaS-6GvEC1U@kN}y)!f5{gt-&U7XZh
zOHwQ^waA>BRh1NNpA_r5>0%3l!?e8Ow4(2m;$spc$7EDwCb&sSAJ1)RKcG+r^u4%)
zRP#f_`>Pfa_JTuA=lQk>-Kh!%0gc`btPxq@Hk(J7PAiXde37n|RejMc^Cui1lTDW|
z{^HZL=J0Mi4;@CET<S*G%gPBWY?^fOJpWe@mmR)jK5SNkm*_bF$Bs0eSpC?_#XdLF
zex9t~dr5x?0PtOSby{ZXEz_|38`Y#0Pap3%VQw+awVktO(h#*K4wW6*pLI|&MmpbV
z?n1Aj^N8**I<_zSs4zhK&&XkFMp_Ztwzu#iDk4`!O})o{X=-{}KHGgu5!XLFEzTw2
z)~y^xE8%LJUXXWf$@_P7OfM}OA3EG`ej_}1Muc#LzavG8!o^t&aVZ`q2p^4xr4{B}
zTzu-!8Xu`VbZX!PCdPCn8nGKDbR)cbLgu(Gy}f?#Ekn>p5jxX(#i_FG>Vyi3(Lfua
zU3=7)$8P$UzEwO!alK#YK{S!Mo{tGkEZ$H^gbn!F$MD)EdAN}#ER0TrsA$s7-qKsa
zkoE*A1hqF1p`XAe6k{!rFGW;cfM<hg6#}}?030O@DH<r|7!A#H7O2XBp~fhPAH(Rd
zReldKM%mV%Dqah-`sfFbw_osrj1;P}-+yCRL2Rkns-!rp4-faHmeNTP<a-P4(n__7
zq0+P}bz+eG<8O;U{_+O|v%LAt#5bN8zdh@hE#G{e6yljtU51P3^$$&B+By&SeN9N=
zVyBl#D`a=UWl12u&}qhR*@ev>RXm~2Gyvv1&OVra$R?gY({734r`~gdFB~GlQyp_7
zdHz?(<8|WF>GH+1oR;nRcE=@nf^?P4Am{v+o6{8B7D5FbOSl=CzWvn4LN{XB#GCul
zN2?E>RUQKX%(7mft+$-$`BXYaI?wTyAx%R7z@f4upZ1?-bj-q0^OlZTG-R9oMaPbI
zpGW!FV)vP}4rI3!#rs7^iUQ-j?sT{LGxnB!PPJ>Yn~T%(GvC|r_N&47i3=Q5#P!J|
z!4>}@)Hae2ctn41>h6mpLipc8zM}MS<JsAkNq3YIyq%2Vj0?zFQ;UgXvD}_gVSqH8
zA2JKPcy~<U{<OWP22Kb(__{JJPXZ-AJVlo7j^jXZn;|$=vXm!+tu}?#be^fs=&g;I
z9<ssE$0d$S%5TqIQLq3dkzIZ%+v}gTA43>1fv7Bs)EV^=g@h1Q*U^Nx*rH{v9XVwU
ztt_!PJS8J=uBq9^bfYzJq0BtM;u4HD1KI$4d#pHnYo4(ekfgFl*8gRf;|zCmKeoVn
z%9iUt@dNBv2EXuHLXvdB_SYXC18FyalAK<a6pkmw$cMj}H!>QN6TAmsPkdp^`)|)l
zD>nj^_wMYQDZ4gb{w<@aA*)CA##7?~MU54~<mBX?xmR~r-Ov}Pln2gCzPO{5D_9%-
ztf{j1g#I(Wua&k~7il-P5-pP0YB++Y?Y5%YRkA>2v^ik0-z&2|TO?0*>i<D`ao*t?
zI_ood?7DyH;8^o6PU{G-pCMlG-Io~+zOANKV@lNCgs^b{fSi_sv7W!zRJz?XoNc$T
z9IgCRagx<Bb8Y6Xh#$gdDm62$!K>+5>!+$r#frFPLmnK0|B*vRO)(Y%w-uS2v@1eq
zt(h>afclRP?>N};9pBe>_1I}tt7_e&bBFsGjPM`9-$V$pfBfSg4|pCUJV<g{3*O4u
z{Evp+*J`g@bqb=bLp?n_|EzIaZ#x9UmmNPVY;@7iQU3^heQD5qPj`>o+Z1aGx3q2g
z$@2YZFs7ra&NfECnc0`|`A46>FxLO3A(&a5-p_UK)4cnu=__AN*jl&E26@+)?17e+
zmPyPqH)P_wkM44|@$hi>JX(2hH@(GBZ`>DgtW%oPWnZA^#U+_z#=1t=x_`l0VDUi%
zFWQRaLm`h+RMD<j5)9~p7Ot~dgag_=5$nshkXE>E0ImHRc9#*nG4>?TaSYJ(N#}}Z
zRLSaSJ+j1SHpBVn4U`&d^j|GsyZK6HYF^Wu&%`g>(frf)nA9BQoagO7*r7;{7Y=h(
zJ>9Kuy>3+nw=^}pw`5FGsC47mo=wLx+jVffkM&zGK15ZQ;*M@xe=F={_^sWV4HF+>
z6s7{IdvDd}J0E_fxwiFdV=lC?zfQZ9mj0X4ooj8V);B;XwH>W-Q_2Pyo_+t9?OHe0
zmv!G9pRm76*Qs)&nw#4;CH})l73yl^HaLN2L#9{;=raRH`pxZ5zq%-`H9wQ7tbvJk
zjC7Sdd%O|CcN1DVjP8zZ9`2sc1iWAwpnqk)_i*!A;JsM+t0K24w{cVxWMG8+&Mibw
zcaI23n6^k$LY37z)<XtHS`Cr6J;o_wsoxyPaA%&}Ybfqdo-pB1)1`g+Cs7_2V>g8J
z(d{Hg#jl$<o9@(LQr^DmYdcfVpnRO}(s?-jvspkhYRWqd>I-={Se4Ghc_gRk-xP&v
z;{zVi)_RB&q7jSmKbAoguwbAxLKqy>?-}D9K4h|(L2}#j4_BQi!)sUr6Rh=J5j{j$
z;j#LZ%+kyTw_1xD&i7nYsm-XM3kNcF^8;6`n)C-laCPp?g4S%(2Ae8bx+rGNsmh(#
zO#8JBl(LRXm^vk^BI`iN{y4v}D+(7>a3%iQkQst`?=?+xc|@e?LY}6UE{<LO($5YS
zGvaTP*yLD-aSWd}b=C9r-IU!!QdDVH8f6^C%DoU}w%)?G;yGXdCzV+md6dZ5LSteC
z@&vCqE}#rHDJ@4<hELU3;k)ZA0IOadoD3P;&EJ&2`Sf_GR{_57yR#fq^R!7Z(*MN@
z-$>0$PP(c6AEs#DTPz!VomSGG-eB68a`oM1liz;ccjKM|WJt`G?{nj9ZLYsQZPUR$
z`+ADw+{4z49=E6Z=K`i{T|`o}edJ45HcNffh*@K30i1~&D{^ca-D+m-L)4>6U@a*$
z9u50=&#wn-eEP<)!6%bGxnnYiviF=;9One0S%R6_b$RvPEel-cEE+X0ud8T5-dbEr
z9P<7+)??_3yNAnD?rj<Z01lNMNvS!uB5vsdw^xR<ID7L>9%{S%SM$qk|L#O~TUin4
zU<M59pPIKS?8RYryqj&meYyGgLBibuvzBr?BP!s<x%na}8t)wljTXo-uRT1hnusI(
zTlt$<gd;-uA4N`60l>h)@{^@#9jm894BjipE{qSnSHi6WMMulA>H=knzCshM^Ie&=
zY)HL4(R%bm`%z_viXY|#5j;xhzanhDsf)U01>WLp_kpvW`!!YO={C#a;vO+nX|C$`
z&5K%>-Bo&)J0ENgnrl557a$k7lLZ~QQ_;E0;#OYj+jB*?&!hkk_bpj9X?;O`Isjnh
zuhU$f5Vw4$iT92*D3R94R)N^kR|*h&8Pe4+4G<`50C2Do5LyO^JbK60g5QAN+*2rb
zcv|9_Wxf8zwbRp&jFre%hD?5H`vJmDzCL*>qp{v}<P1ce%-5GcvNGrGDICHJflOcW
zIG?|?&Ns5?<ah!A@WCf}$w^U3vFPCS)FLA=x20BDzqi010I>1ccbkrX_uhtA0d0cX
zQo_@J)3I}LPF`=nJbp*kwah;LwJDG6EJ`coSFZ_w`nQs<ysjLHx53hn(HahAG-E}M
zvB48kl;2UEI*C6{;JTTX7leVb<EqR0R%EIFtd*gEsP>+gnRbRbSIMiK=lBYxVNdj(
z83Tjo+0QCamhJiNkUZIbfz{OI5kpspNX<+=(er7eSJOPlSH_5<^4bfj0n6&-VHKdi
z2ZM6Rsx7O={gwPO8EHkJeaA1S_`bHQB42*h|Jncb1ky_j$A?A&0Mg3}(~AmFnFzO$
z0RS=^D%U4HJI*`sfBnuQ{7a~4<vrjLLp&^ZUmOv_{~Y$_96Q{2marm+V*&yIa+>o`
z44f+%C=M5mS>pG~J;EwV^hI;7%)@LY5GO`k{FnI6{j<E@<)-|-Uw^VJd40Hj?3^zb
zSBUGTsh>%V9(TO!L^&vTNptyZ!{wuu2Tv=H(Q0OQK+0I(xZ~CPzY-s9JJpx+(r34-
zJDqMna8<KM*JycCy|`H1-r-YbF6hwq;IbqKpwi1cK!1~j6YvEhBg&Y)d%`k0Y7#=C
zEjno-)?v!8?f5wR#S0%~mS$d_@lj^4`IDc2VKrLyp`9OHtxGSfOYn7jXGZ8l^S=G%
z#8V&au77{E?~RQ1<OH{WX7K?4AMEQ(j>eP5TBjDOADZ`TQl#XU6ORA@Hl5A-=(BD_
z1dQh=e|+u7&0iHKhIoFv?&a;-KY#M$*M0BrdH(n(qysU!o!H%2f)fLR04qZ!OJMDo
z2s`)0#ymw;it;;CjY1mCi?oaOud}g=6(3VvGHE2s1E;PCcnJWozv}Xepqnn2hs#q=
zX-+R3wLqP(Ic2_p%Za(7>8~a%J5YT5xcbuKQL`3%%mM)9v=o*gwINE+gz(?L${a3F
z;V5od<kGyZqIuct0fH=XpS~jMPH&ow;;h?y-Iu+2C-;}1#Y8w`LRk~HGJN{#xM7to
z+<NJtAlP~P&*u>wTNV23tt!4bJ+<3^JeSp6o-jHp*4AevG3o!ml(j!-Aspj2gb<FL
z5&nm;{mR}lUcH@O_Bf3H<jMEP1&_VsZ0~N~&e*8UQ#|eZ#N&8!eDI%Uy(&<a9BMez
zjcP{ILGOF7Upa2Eo9)miE~y!5G2Zdd1i#d28F=*b=X%(_d9rB&7xJUFk2?lB4u&3B
z{phMiKg_v-{}^Z-y-xb}xUhu89|CKIrC!}**86-MA2uEUkk^v)UFR1Un3JQrL)Ln4
z{ZgG#Y_62RUTr&+jB}i8HK$BdFwpOWh)}9gfk>@;i-n$kUhM;&PkYb!Qk{z!22RC)
z@OfM9`HWm+4Kg)m?DDf$5`4X;N5`aA(p+EFsS6p2(T^sDiCg<^lOhBND)n^1Jl$pg
z%;JCWNkQ^B=j2$Cr>o#bW_@z3%X>=$=RE7Z@kH-Kb3RXuiX89O3Dy0JQ>w>DjDG8x
z(H~v<1)%cRABhLJ;NvSlZg}LStv~#X3F&>)7GEf>j(2cW*y*F}6FptzJM+F>JK>ea
z>K3Jo*-)+PA&vP=|Er<X?bL!wq@a*)VoXSkZE#LU>9i}aL53Ua78>OcWo|WLVto17
zWlKXAW)x-qDo%$iTpBcASE@{DIDM$%1g)Z`gg%qoQS?FE{+-_)TsiipnHc2|73~}i
z0C15wX|nnVEAl%_8bHw~t3Mp|eWOdC_1(JM?h<Fr*44`SzUvd~6837uY|h9m^Lp{K
z{BMiVmR*^rPyrrmA9C-G2_ez3_5qxUW_9K(4H<jNzsl{d>Cg{2=!w@Jp9MMS;q12K
zmkWEUuJ6jZija6_T?wFBH*3dxzwHQrA9}T$9`J|`vXL{w5r!hCrLaI#xgzw=FX;u!
zl9cAt1p_7bwgLeF`HIrnU#&neWQOL6=CH0}sv^YbA7b=v@Tf0k%7XPlbELDy0m2i_
zhbytt7frL4#jOMYobEVys^gG%PsowyF5G&n=rjHRfYH3j6EB^gd1Yy_xiS`W$>}Jv
znqWVhKhxMo9qza+^yEk2exdTjUD;>Hx%d>CD*QYA3UDncW|jxMO!pdh<o*)lI6mHr
z%rR2&cCt;ED-55%`_a|9w_ot%J$A$LL-L0yZAoLy5b~4b-2nhMGMbYU{#`NGsoAw@
zHBwHMg*ioSJd*#;%)qp=_N<oQ#`z@wxZ{aQd(T5v9h8I@nhV#4MSOhqCtPNJcgABk
zid#6NIlJZt-w9nYX3p-iuf;x`sYZc2+j2C1;nCL-&RoPa9P0QYSmAbQ`Y!hm5=nR2
zBFW<$rYz5CFCFU^dTRm)OOKq=pPva{dUf0~06<FHnZxy`7Q4?{;yY*B>BZ&ZCaTN0
z$aU)a=U%;g^4qWOO=&$R3YIVSoUzpJ_a|g;?x*|9&XCT+rK6?|f6wz4yR%R4`t4J`
zzs<_9X_glC+J}Y?;kbj0ih?|4eNI<(?m#_fVb(t~lkV26e{41Y;FGUU;&#%krt;kW
zI)EUt@=@y^o*w5sQjh-c&WJ@g!v8(_{blcz?>W?X5z^4Qi+{_AJXm>R=A}j7TW;8>
zWcRiLb6N`CE#8*WdM=y@vh5e7k1A;I@9?X49qSQ!k$<scpktcp<t>vw{=Wa~Puf3h
ztZ00GV8-f6>i__!I}R4B@)P+}E_WB2s#W8HV*vn1>W<a&ij<k!ccV7{qj7hks%#eZ
zj89ZRjZM9Ozu%*RC*Em2$+N-ePNiJw`lTk{T+z{Q%`LQ^d{t3n=?2DD;cMd`Tm9QL
zMlG10G!Z4y){ahByNL1rZs|2zuD>QJDi9hJNm0&8Q8G_An^T{6CCAwT06g8T{<RBx
zBcq|UTkPqIrDiJuVdrku-`3~w?tJgWK;-mytw|A{34S3R=4KBE+i^~^EkD=0LQQiw
znpu<g#tYNa8~P!Dv9@En=>F*sPi9n>PL6Z6^JwWe2t5$0SwXsqFIQwv_DP-`@F=uU
z*O|Pm=F;?eX90?&D8FSj7AM5|q3>5@l;ydK?cJ=Mq8%ecOaYU_Z|3ccl7+Gw`bf)}
z0!7Ipm+4QC<Gam$KT8WB3!`mA@AyOF17lalEo9VmO7pq>g(n!LWiTEi)-^mr5a3MO
z9cs9+C;J2{!0+oIdOKs?Lf4F+YpU!g?1TsEKHu@fQB20WuYu@p?;Phb`o)k5YhtFb
zDg!1H?8>^lr}WD;(UZsdhsC)DzBD>{?byjNLU)A3UK*YJ7e25N{*UO^ZGs4RkUx&n
z5sPpH0000P#aTs6-TvZJ2#H0C16Re*k9Gb%9rNM(lLtzV8>%#moM*nV;7@C@W)x=~
zSASMyt_<e~g;Kti!kR%taK82Q6*aF4yoDj=;02==#QBW{0K{Dn4U<GJ@Ldw=cr*87
zsXjlosv@QP^WZ+0%L|VH0QTjdINEo4p6L12$%|k4ZFOE((JbnjH(psEc{OS@GJ0{~
zq62MTl`$ojHj`fGEwEE9b(xf2*NG4aid)7<#C~}C`?bD7{L$X2nHj0Ig!aUHsp%O>
z;}iIgeq#P{!$%hj*`Dsy3YZk@^WMS-?ILj_qaiuL=flIw_m)@#05+a%OwBC$`RHW9
zBd>q|kC#9CESDJNoZ#uO^}FkdVJ@6mnB7r;ifyA<qKK_qpEN0}vpyjxG^4UKx3l2Q
zXQxoz`a{Z}X(hPu=<D&mVS5Ws?khP@_0wk`+gwOB9BRF`BIqTmOMkfc+ep68#h11X
zIi)Sfx23e5k%U_>cAvRCV!^(`6Gu8OTG|bNW*Vkuq}8~#AFMjHJoJ^IK9Aea2>0fH
zdbsT}YoM37zdX!(ym!2FG1juL<N_)pRz}TYl$Kbh;CSyL;xvXNqoN=oWN2^LyUA{^
z*>dSP>1hu*4ssB18~^|zFjRQcE=eoQy|#GcSckvnJT=1qn*3h=10FHj!F>0{5h48V
zBB!PBV8g{iLlr$>3Q@SNe|mX*;2*LQ=XDmM0*vZ0#|PajCHMZq6DjTISS|gEaPoni
zLpF~&8ftZCrW}oSj5yYI{7B7F-!`8`feVwyB>@0(YO(+TV*}#%WS<ISy^<0V0RRUZ
zE*z*lyFl{nnu&`50EZjT9jrMssDkq{*XFhq9F5u*?;l&FE@Dkwv{Tf~pWeFh%dhL7
zTC(-}=fXhgsxi;fCRs*xS>hP~ZP(ANdFWMWq2fJ4wtasx-v1$1V|r_H5&&THwF+p_
zy*)J!0Pw-KbIB7XCPg^`08+DBlHxrF|CWD=r_AuVkzSlUKK!9+C)1j&e?A=Z(fQVQ
zX1G26kI&zpHR0ngZcG>}d@Vlu=>wONqny$k2iAxC?Wz53O-S<g^e^6=F+ZcSG$A;2
zUF_pKemFj;g-dOc-k7=s05JWF4f(p-)8pRHYA8w>_-19q^w9&3hX<}_R^?xsx;<{x
z(7JM{<|Kk4gE`VtGtyF8&R5#DF7}$f%zx-AfPc1A3II4zappknc}s_WMd)nOMIM29
z$Bp`Hxy^QGpGL*P-Pz{=hOUX5PIYS6Ju<9Njlaa!YbS9VX<BYp!k9>CrU3w~#s~ly
ztU&<)i1!Nqmk&C^pD`kYBRo*He|ezNt|PC%EK(G-JZQ%4Cg6R^ZYs)GSFMbg2>{sf
z<-Qt^j_mrpfHt?!*PWjK+lnH6S@*e?o{Mb&fFf-%;Gm`35*K)<_sz`fuV=TFEcbqK
z?IR0j|F}N4qiBKj`PZhr3II6Vc<w;u>G{$ZRwpkG{pMjtLk+6nV8<6Pf1KC!BW}ez
zG5YOk87ByViRtJJBO?kB{pH7AnSAoy_~1tXPyE%=m6Dn7y)n^$^OrXaUmgVjq?Pq;
zI`h+y+isp<Z9Lig?p%k#*B|a_d~cQaKeeF$1gSad)It^^S`(uKK006U_H&|5SGrJ<
zCau^oA<^dghAEq`e7E(RAK#uiDZQ#IPG;U&-MT))Z)fq(uT6M%>(>|GoH2i0?BkQq
z@5${iM;P^Tmxl+naLU1DrIOCm<KE}Y?5rE_#`{K|edMFPB^UP=UtAF|d3D?@0Kl}X
zZ*mqU#wKvxqeCYVy{~Bq0N7u6;z;L(BcWTydi)`k+J{><*}dq!ujF*3Fes<H3Kfx2
zl7MqhZvB7koo8GVSr>=TB%y<XB3MAc3J6FqA<4wH_TGDU?P3FIVF?`(?7jD1vFn;i
z54{%!QS2R&PLg>)BrhdYUDtKpJU>4qH)m#UM$MUX?>YbTRX2y55ifj}re>nMS#%1Q
z;$P(vg>Q2Ck5U9LvK^7mRC^b455<*UB|jTVN2uh-F^BCXdX-Yld3A2teuWUQc?6G>
zc04?r@FmAV%lyQ!@L4xj2p-0{nmR5qpG7uzNi0f@Iv>4y=*sef5|mO;xs9KnoLHW}
z!fFBl#Jx$Mao5MyxbN=<qY3JSS$Eb-imQ*0j3Jvl3-aRk*E&B*001BWNkl<ZJUu0P
zo-|*3+`92AcRxNBb7!aJYm-ZVoR*zu;@PmovJ67ihehp1#)(UKX<V|g>1z7I372-S
zwxWWj5jQtS@FM5J@NxVv>e7#|BCu3XCo{hV(*Qty(DsVE@_s`DS7hGXR{Nxn3E!ix
zElX_wO<-}=AbE|t83!GFkJ?u;w{aLNsDu5k-ie$rG~}}HRNDs+l1c5WsaCxa6%sok
ziDuKC|E|=lzwLyJJDiAy!gmkX_Z#DCXf`Q!KS8COK=@);*_l3Q*czuHTT@TDbhLIc
zw8FUTJs+;~vf_>p4o$4g-}&V7@;(z++DrxjBY(P@iS7!^2_EDbjZg3Yq2YeV2q*oo
z*!h#O@xnH3TYbw{T~f84Mc>`8-cxT`&xtFnrnY=!1EOvosOu5Sv)(q<wyB0_{<#?8
zdAv$YY_E-1O8~&l$kNTkN>W@d{ao&DZm0B)KNU(xsN}~Xe3mRJu979Bw350maD~lO
zSEIf&uPj4UiRHPU&v`T{!!2V=+{x{aF55%bGt;BCCLZ7U_`KEoPUn~GioU&jU(qFd
zQtuPvx5_Mg?QmDo*VxxLlx*${0F!smEqkjeDtdZuoEJ)=Zce+&O;1#7Q@pg>gt+QY
z+_Z!XvwQ(y+|g*aF5M~%K1Ic45Y$V(h76aA^*~hvuc$;+HKb)a)Lt6wj3R_Y^qpi5
z06~Y|07(4jb_RfN){*(XVEo6RVgw{HNGk{Ze#LLLLCD3=ccNTEFF&GLX#r6a#Fc`#
z`Q%O=`Gp0PUS^02k)4=Cv+5*x^OF7Wy^3z>Iv2XLhQau=+trLU$sIepn7VA@T)i-3
zJ-KV|nyXAYxH4Jg=~4Fp{-fj_`4`vpo3q?vA^>dWAK#XJ!NYC(3d<%%uD2x~T;b4o
z)c93w5gv{H^MHm$`xTZ`Y|4zOb}hH3Z%EY512lbQSX@mL<wb%95AMMdoZt?@-Ccsa
z1Q{T>1()FN?(Pm5+}%C6yR-9tyZdL5;dzGc+g)|)l$>63%OP4Obxpa8pQ+QsdCiB2
z>9bt1mDD8xsP7J`o0f3GDyJvAfJWas18MngaQAERWk8jrrN;VC#Y2R55d;#NIxd^@
zr84bracx36p-V_<C1;6p;(vM<QYwj$ZHq6i<6JvJ{uPGdxZ+8lSvKvDVGA1$pP!1m
z%WDhV-dwRo`WNsQG9FW)iMsIfF}i2g=P!K3rFb+`p3O4naA2xDS>Nz@I%f%8aN{o7
zFM5U&a(=m;gyCI3?}P$~=jC0GS6`2`3(sP2=c1MIkNMl-&}K4gw}KYR4W~4uqkaXa
zk6mS$lpGzMcUi!VsiQS;BJjM7`^dus26jUR<yMsJG2p8FI3HaCP8qVCHVmzF%D`D1
zRbE!t3;b(PKoq|So7zjE3o?I}6R**UL08@ES+@t(B_z$=0$OPJH$!n&`?aIh7Ej;{
z-(A1>xYrzN0xoq${HFw2uC_I&zq<{U0TKfb{c7#}f_4QS_Q$E#h*?Fg1h*dm$gJyp
zkuu3s_ULyU(FRxKwKmIzl{5qlZq~2U6>S*@w)18^QX0m`YIi;|4(_`xr)hR)bA(HM
zQUke1UIlF}d2#agP3q=<0f3W2;7w+IKEF=rvs<%l#i++Qx8damiyD<+Y}Q{4+7X&J
ztdMmRH=486w+sLLVx!vYi^5TkwWX%(sTMs2M!fjrKuspS8GG*qR6T-*-Tk8S{gXv{
zF15rf|D!JoWUH92(=@hS!Zq$8;Py<^JttAW4Ate}rK)6U(l(0ghdEcYQ4$NgOe|#&
z93t9vYq@%SG7nsacB0$ORY#H9iB(g`)9al$iFV8|Tb`plnz&BW#AO=2I<%Vn`f`FX
zm9!noPXucp{*}LN&EQGJ{pMp^g5=@ynN|u%frpNKl<1Xi_t)7xt%kml^>GqoLg$By
zcOn@2n$`L`q$4XuCkNS!p;^thtjXErn+3az1w$)Yz?VWp)l7kz$NgX52@7?$neTEj
zJn2}<qmF{89x_mLd+3>dy=oo^8vNChDMmqY9&V&DM%c1LSx_{@ra=S5=Bv&*b=y-1
zW$4~UYUuHZPO5J3IAHjbku*iO;wOXVlFow&8e%k(Tu&!WPwlTCTSBc0TN&ZJicxpj
z>$NDoDo}<zg#4q=<$aVDtLvB(v*jJ_s*=^(F0V2JuRJZa8XVf>H|`SFp1G<>JM!sw
z^qSV!nD*ABzKpfK#L6gAIK;uqQC)qRoXZYRs{x6<!NU$@C3SXbr#Dk=MI6}PT~FWJ
zFs`iCHiYI$d($F~h-h;>RXWdISaUsyyuZ^uUW%@*W))t?rjhK=7T%NVFx?Bt%W28C
z)ic&?#}H4S`bH|SDv{ABRqs4TK1@WP#8lEeJrBzdPAIHD?$R>Rc{>E>=&K~kao5oP
z`!|Elp`x)U8%GS5!#+75an90h;~0s;J#%9y_kOix;2{BwFpW9axj}a6G~i)!>dWQ+
z6`F}C{oqy=C<B$xdsF5Bc$fr0fa_Q|xc^&5%R+MAy1@e=v@x2{m^P=~K||_*G$Gn(
z2tfhNjL~N1;TDhqGx~24ElGbhXHkJ<UO|?`VHr3j&PQaNu0Z+uH#*M86(M3%5A0<(
zEx3I{wD%7k#T_&LsJp8x{3esJUaqbTyStqd^(bGdQ%};jZ{s_GO|x0+zk3u5I0{z;
zY-G>|vu7O|xJ<dri&??{u*U7+eH-Fqw$Z>l3bxv|tlieDqZdxWQW?utc@gC;2Q7~}
zN8^US!EQrER~04Z=-9ojIoDvC5iLBNF@eTjqZh0D<!`^ty}}QZpxH)mHR5G;mo#d;
z&dk<X;3G*?pA#4O_-Pp7eJ9F$8@<{R3)}m^(|T1#t|u+K!kIO_t!gm`K_v~To8)br
zmPgLJg0f*uLn|J!r{xPP1uCQ-B^Yy^ErI(#639h@Ry)0P?pj^X*C7Ii3?$0>`jvTk
z6fu&Y`m6NXIE?;=q&7h$zt`8-zvn2@CbTv;2L=W%LUhT-FBKrc@>?pzUfWA?rBMFT
zy*$X{FIlOXf*NZU0v0ntt!%Gr?PoCUg;h5FHgyL#iSbUA8Bav#`^RQBC_p;wTj6u?
z%*{HF<t@bChqlf%7Gy-w4eJX%RrDi6cb8c59%Tk6rEx@dn4|m}O^qQTyZ5It)o128
zlb(HLHJ7MJ`qeoIpPbj)vaq-WpnD%faXxPaZNW&0p3*P3Ap%@lOj@pX9twEOl$-M4
ztWja>*mLoFqWZnJHQTt96+58vH&weiy@SEoFN!wCu~q;wMgy7?_k-I3G=LnQm-i!v
z|E9y>Qs&Tv0_XfgNP%-I9q&Fx;>D5=VnW6ZM!3&*lf~ce5Af%wS)9AkWle8*kT0yW
z>z{x{=5EKoiS%z}_o{S%9(y7Gq`9E#9`Zoes=r2fhqwZ~FT*2WFaH<{);`|T#IE3Y
zE7wR_Ns8MabFPL{{!3qp`lT4EAdv~CRiZxLn%60+1k}_Kk0I*|C8W~`eUtB|Z}YQt
zN}P99j_KN*k#WUk0!&oHj}_oh@`~7zE3JA|AR8CxcDzPRdmP9$y0@L+?wYo<`WKhW
z4x`h?a@gi(J9hkMEsd?s1#&PPT~6nQ`+QjT#xrD!W}v!PR@xGR^9u^3C}WrE%+t~q
z;x<d3IVdRlhK8iX#7xK2xw)c91w0q0rj#f#mzKQ1wJxlx7%}ILnOz}{(H9yNL0*(k
zZ{#S~cTu(;RrM*`RyWuab}#LpBKqz!S3;ORb&jtldf^+_s3%8XmR_q0{LAI+@8Q!e
z^pMkn19For5keK;F7nDXtAj$qCB(oJOyieOz9BLajRG%D4X@Rp0P4D(htR*#gy-pe
zyp9YI^RT_0GnUfCS03yhnF0fBX&6)3t#$I*ev{7m`K?ymZtX`sr~BXj)5_LVZ{&R_
z-+qJhs})1?B*)7u1u|h@Az0>YXRn@L`S8<7hXbR)#NlYixl&p5mlh3!PdL@69{^d!
zz*a9Y!u2i~oOk4m@&LpzzhXb0GJ{ZT`bIJXkRX89{4n3KCIVN{yv12Sam2X6KZn<T
zH&3df#3>=KF8mM~czjF^-5p}P-_qhBuoLWYCj#Xgmq_WRwaIP52Z-u&*HC3OEt_>e
z`Rz#9Us8Z3JD6?tW@ey(#Z*tYBuNc!`42$E$a<m|3*uK*1QaL(ox9%*xp8IbMHSUV
zKUnelc!wwCA#I>m1-HBZ_86Q~?BfUPc-d?}HvP?tPgKhy!qUIZZDuDgj13|~m>v%K
zd4IMh0|CQdzA&@1+YXE4ScHjwHa9m1(2;)I+1Ulap|m>fkGrOvc5KgcK)vdJv{9KK
z{8G7#`&s<wsPhPVz%Li_HV*GOKmVi@75m_1l4K5Q_m*CXn528>tK2jj;*P@}rQgwk
zRjmE}^n3Z?se+G%&Bt&8Dk9NmJr15b9jxLyxZ=9J)bC&3tOmNJ(r;jwbmXo0XxR1d
zQZr(5+Dy24sl@IYPq#s%r@RhC`@7hK;@=sI;E6kb7w{u@CaXAAWMfU3FhMs}L%W)f
z=+|x2IS~1DZ#Nz3zX*~1%-Z4_$Mo)XNC!_CQ^iAmSj_^5(HVp~!c{`rEFZE#_nL^0
znon^(qsX;+-{m(@Be5ZWG(NnLdA4NM<9IgH8$^S)+_Kbd&QryVJ8&79UPj!9^V4bC
zgw(-FnKQJqfvdyf?9wi{-+rW{n3=@eOhN*!DYJ;iR*GB2m2Z3W4z=$2j*r(+X8EwH
z4FeRiMSSXF5V4dwrK3C{n!fTlw*NQ*4Rm<i+eQBC{f!J!kuFfSWaVgWZO!0yt>m4q
zF_zHNTkB#2^Q^v>Uk1Fh@t~NBKKzh)ptY7cqSAMXr5JLP>%vE}QtQRVkCS(60X5XX
z8&`dmNfVq))`KdmfXkj;*8G!{hLhn;ScO?tLn>R-7%kOIg70zCO9ZzxiwSV7^FRWY
z+WudkTGEWDX{a$HxgFdy^nPr#H~~WDs~<O7SUDqzJ_0!l-@cmhq^EO+gau7llx_Ci
zmw0_tqM?JF`Wyd^_$cR8Uf^T$C$IMt0>I$xX;gC>2hi-jzwxPbQG~+jikF{9TD{>i
zu;qljOK(a)XLR<8knlSK+p!`b8|Jb&4?jGzhBf^BG;?I!O}Z{NyeDWwIx!LZIYNYc
zDLPn!q_feD@@RT+nv;e<)QTbcE9ZI_dWM^M<g5KLd=$K|1AM@?^bdOL^G*H=Zl(Iv
z$&1+#vZN>cUY3^~ow#u_Q4_7`8jyxG#l+cSricETE@=|kox$GvfYeos5qrU9Dp-8W
z?625{VEJ-^-1kEYU4M^exhi+1c9+e2jg&_!OE1xb-QC$vujj8Sh3UMmXa7c$%*@PK
z&Buv&U2OCSSy}6nn0|Enyz5Iyzys3K(l@uaAQ0$Bm-nllSy==^!b_h`J81EXk@JEr
zmc%#Q8ZON|j$Tf!3U2Hw=7nzi<z#-p^!mR%0o*}8qhZ_n2_5V=1m@K)Y&85ep-zK{
zU42`8j5g2D)01`krWA%6_Gq`ru^p%aq_~dkFar+ksw6G7+ta2@$sRk&67Qs_XC4D#
z9#lRZdMw&c6os|yKaM1NF|kMVUuq63Prxwp-=cOjhk1zx0;0?fOYBW|N>zW*zhX!2
zh)_&aJ0Up`p)EU^EEZzbDscb$z2%zr(X)?<l=UKo1ROWuuarKLk+)~R{lnJ5eQI?_
z&a0mL(7EZ=Sd_FDyPsm*hSO}?BQs-i=Wn20FtyD{$0yLfK{&3}V1L?klUWAm8c+NF
zp;X+2TmMB`dMGCTWNS!uX{ofFT%-`$7q>uer@i?2_}OGJadGJGgQ>hM0k5Z{xw4@+
z8W`WCq=oy`(@3UN!3TxB8Ab8HcQI<BE9ozEKab~|&S^SOX0$`Dk9tSs%pDdxk*)3#
zmJoXxxbZl7=lasm_??u-+?-z`Bbz4N7e8JRuoDBhJC&E$tm=3wibxG9*AlD$9H;BJ
zzCvfEu(rdYC_cnzTwOHH>ClnbkZ$_~mB0V4v4R4aUDxyDPAwXVL&ftbC#r_&Q{V-@
z?KQyw^qrqT)6l-%7iCa{;!r?%nnIB?Jb=>`A^$d|kjLPUcqQDxdX())<=s1yHTm@_
zK5%nJ;iWJcTIj;BEj^g3iK2g)5^S0kl-}Iy^ZM^;86RMt<xRG*_;k!tG<EGX9ouhn
zeXmz*1v&Eodacv-Jk2V~3{Go33jy}OLw@5a?b>!?PuXp?K+$6Nw<#w#WI1ORMjb<$
z=AbcuW0rCX`BQpDTCci;`1*GDhUbU`FB<QEdJrm<t4^dt;~DRcCARV@mXV^9L1=fM
zN+NxA-CjtriNs}<GRNjmv5vy(U+`pY0yeQAO+^I4%=Glr-Kh*2x~G@dKs4z_febEV
zQX52Nltv-*<?Z>r&GkGn1p*!-2|4HGx-YM<pLe1KLqxYB&SdV2G^3hdIxl}K8-g60
z&;=%luo}|$j?VHS3ZNlXlPFvN3hl$%hL{Fjif3C%YV|nq91aimY!a<`vCzui*h!*@
zY4ChLV;1C)bXdf{SB)TM?ziHzf8OsI^Z0&fNGrIa$4J8;ZnY8)IzJnm6fX@AddRxL
zH%7MNNgv(sjQf}JsfXt3rSKksM?D0$fK~k?Jg~QJ9wF8bpyQ1dwYi86t!clr`!LfB
ze_fM92AE^;Krux>jYIzx2f#sWocF;S;^PEA?>{QuvcLA)OaOvFuQ1#4qkL(TB0kQ@
z)}BDZWA6na-u+bEqFP;AtDW;p1-rb6)p|eWdc@PUC%6yysH3f%kjt{+)L`l1Kr%Ys
z#k9;OsKS9n<^JbZn(o$!&Cvc;!%Y>IeE1geMywkgFrQu5IYtZ(FtK(%emW2j^+@^v
zVBL8XyUfQVYRJ%00c4M=r~s0_r&Q6_#?QB`V0E6}mzS5hGL4B8R`b<n2lfClF)?*@
zb%>3M2oHC1c82wZAb7}KGchx3w48wx{xgv!sH3S##OF3Scl$hB{Dn9t)(0gow|$3h
zqqY9Hb>53|uAc;OYq3n*w)+{oT~+>(I&H43i=>SgU5Q*jeM552N{<VFiQ;pUI|}J8
z>n|c8P_K2!=lXDY+p^uC=FF@R#Gpk)l5s@h&Va>4ca?FXf1kH$%<auO1_j8t2Q0t;
zQ1sX!?El_ZSV`E-!f((4QptK#seYI^Gyz9NYdYdfmMOyP?Y$B8Lp!+)%cNF7PWxaA
zTl-DqMmuDp!qBh2A@@VpaYp*Y9scicT+_Kss$>vOfCZ6rUU}eiX@0TbM3oC(YvnsE
zfUtyJ$9>vb8rm5=c5&NhrK2pW&s+aGL_CxvjrPoP99)n7jTXI+m&EHm#C_r}HWx_)
zi*Th@o`E(530VbQ?KAK*?t^tOqgB81pRC>aj+RPXykI?7!sms&TaUm<$Aih7U)OuK
zi`C@x^z<||19Nj~Dk|3yV+I5F5%7J!Kc7ftKORY9@)X!ue&T%*ROb0k^$wk@nZ$W%
zthWr(lOZ8@@&l?veQdFwhqaFm8qO#PNqVK^^6x+vT>2B#6dt=#BALz$1Wb7Dd&(zQ
zOJBfxJ>PDuI8>9iwvj~jR?O>l8B;R!MeF8Kcv63p!KP4@`+;$$Eh~ZU)w{r&-ue<m
z*r0W!3;gNXqIZPkVgis-&o&)Y)%OgLNq{iC{?o+y=xSU9Pg<@^!&*R1^9gy(uO=^g
z%eyrwgNq;vUm1IeSsjLtZ9n->wkxdZ%ySs!`;sx(aEnj^o;g{e?A*7LD>~UUYOUex
zlH*r0^UUT0gOtiy)8dR5P|}YK`OBlc{11%R=gSw_>%UU9^KFQcDBVYuIonXYDYoL+
zaw|u0)v0ty@J_YaY}Gki7Pz5+3N!vTr)WPggwjBQ84GQfZaOgPQODpO>OV9=_oz6g
zlk0EWsyvno+->Rw0g3hH!v*1y4|*wW33c`Ltyf^&(u}mUr7pLI>#~RNC}u&yE{SN8
zz95t~@7JgJuPTs$#%ZTNGDjqM9uIO|j2|wxj0d7R+%C6&WS#yCBRxeJD5is433b+0
z*I&?|l<1!-siMhT%OW3}mr9iG$16yA<~k&-R~mn3@*!h}PRKq+Q*fRS4JNNGs555Y
zoIwGG3uof157)yt7?Ey0G9^N)m-wbb^20exBg7<5Bi#OebsMT!37wg9B{87W6pzeJ
zQ#2U$_dDAkj{|*1MU$3cuhq#qwfJS9#K!%j+Ap*8m_|_qV#bFUTZ!q>phT)npcwD)
zRjO>*Ze|NY;2mn{%y;Gz^6p43Gr8u=e4IS$0W!D8!3rmZhj;fw+VHnbid|43%h#GT
zO>>QvC{39v8b-*SI4blQSU|~aD4hri9eCLu$tus0EunpBuAGZ8`grcPyOfdIm{In_
zON-M}n6<31xA&92OM6&O<AtT;_aPB~o*KUMnI{$*N-^wlICVQS7nW6u>1kSQ5!;9n
z_0wDi_n0Vj3}s%Fz(C0nZ~{|jdRp7uQZ`1%(vP5du3iZHkiq3(wAt;at{&F34N)A2
zAYq8Y_~)2n$itwbq5^}#ASbJQ<&vnVsK&;-G*0`sCz}cNSBnoXQl(%N_=G4$DGD1*
z{pbk(hJM59g~fit`o_$VXWjKYe^4a{+e#;dA$Syji1g4%8qZl8_Nfh)I9p|QM4!to
z>h()6Pa>zO(dh}R`7NDAHJ8%1XnB5l<ysv60Wb*7QiSJ+P`e5y^i?S0Fim_Ynp9Ps
z#chc9aRFej7_q?7HGBN<f7`{H+dA}z#Kwjl!O@#_(Uv&NY}PGud7aE|8yG#o)5nB~
z&_a~qXb9V(tx!S_4T~rg5<+!@^D+y!S=Gx*BnaaAytPz2LDog<B=dd6s0~v(gOwHx
z_atdpjFq+c4a*LziS=|-Co|U13h%V8Ar4DYl7=?{c}Ht26^_Zuubs~9zud2bFTU+;
zhda4xU55UPR^_o^JZ3R0=&LWJ|2+XA&Q3S?hQ++0w098bXlb26p#6!gF5>~z-_fwp
zP${zd5C!q|4v*WL8&x$mLLNR55s@0rm#x0wE&-ha3e_u-Eq+<Z_I~wzH)$BlMp4n0
zjI$iOD%^g|5^&-yS=cAW0*isoLw<BM<DW1QB6hjc-P}BCP9(7FSL3sJUo&=L6*A*_
zmijJtAb~2AT>Dm2dNr-Wsl0`WosXj6&%U5(sw=EyQWa;ny&k-oSL9PW6vEM;QJ^;{
z!n5ynE=2q$PI-1z@_<PhsWO~QE%TnKP=x>WUGX4+zJ0rnKF%WKU0~x-q-5{5k%YqT
zeaI`mYki4hdtC3WY$40V#@4}zC6rTx_hSWTEG8X8h3>I{e$Tg;*)xkfOEuQlYgT_<
zUL6~$HcSex<9yS-+>Nr^Gjx-(LjDyBSd)T^+)7JU1Kq|{OC7DU$oFp*x&*|`214%c
z?&|7^o!%YW%MfQvBIy0{aJe&6q;S5`^&S9^_9@>S2??ncbj)GU?dx%W_IkTS3$Y}m
zftyQxU+zq|+MpLu&8&wg2F(&T?qAwp{6jp@{!V1AAs`jw@9y#Ax0qI$`_$fR{#wLv
z*`j?1uYg=Sl&qY}oN|(!RwMI8`0h8>n|=2b?Mr(GoPdE>vw0nkkIVP7J~>i-*I(i%
zIGtJFk)WGQ;mQvJs1l&i6+LdVUlm?)zj!YRk3_Gn=@T{w>ks9o5-NHeJAFfj^RT^6
zW1lux?rOcuF&~$x6(fYZmzb5@TCjI}<@nhbLQNR!36oYm^GU`d3Dt3I!s4!^VyQ-y
zzv3uK%&u_$P7O{!&fETIvH5<<twB^-UG6OvRZjY7I-Vk(!&ci6Lb;42bYLUELgvRq
z7zQ4%r~1rH5@3_76T&q>qAHaVRh)1!GIWSVW;Gp-hftHc%|C@zRIq^I;o<&hQlI1b
z3Y8*xxs>VU{y$^c&VkZzF0d0M;xub}h16WChi-DI8gZvr9R>qn+fP*FM+BK)Ql`sX
zY@OT|&E(z1%lDC%9E(57Yg5k^{<Z~Aj&Qqy@W)D7_4S17SQ1d+vIg^Rr*fBE2)OK5
zIs)j9mW^|ZPGnKuf5AnjAOG+#=QLc4={{KXW$$2lGbRHS52YHONgC7FK>>S}s{OI<
z!e}^2D54Fi*@}KSei9a_^Xn8xuXA;ADiWsxyZqkuX@2X2w!B{E<7BQJA9-DIKn|Bg
zUp5RQF<%gY?FD<zh=libF?~Uq$tmag6CtOUFw}`}xl2VHG`h~m>lzRADla)EuOTfY
zs5=A=tBD}*x&umK5mVC*DF{e`Z?Kb|nySkEDq&$~mzkEPa}V#c(diYA%f!LVj3?mP
zTv^E&+!q=ie!S9jULcb+Iy!2?F_Orz(&A*^WVaTCMk-H+UiqUdGbxGFd^{a;c0Uig
zPL2rBzD<>O)k%u|XJ9WDOjdi)BL;Hr&);1GeZPISTSaX1oU>juIA^(alz^nImWE0e
z_%+x-*&k*9__of)IU#raiIOSvqM3gmlJ^=Ir@c-q#e*Aa{rJt;?wk68PD7k!g4b=*
zV@h|Rn9!tnhScb(J^lzvb)YnQmxx}Z$?b1V$FG3@GCSi3bmx$OyVLJ=Rr{ZU#q<lc
z@jRkcb&vP3KeeWTKKM#TjE#+#$V$o1S|77JFS--xnKAQC@@6X5WOA7B^WXu@jOME~
zcnOTe^Q|aaf)@0i5KF3}bT3~Fnz^qg)rq-oHT1=EaEDjY&;u)4v)*&nL~754Z{Hf@
z(y7gBOC1xF1C*4MqN1V~k1w&Yn7q7gJpu3#eq3Emt)X(P!Fr+5ej_t6ks2r5*2V^h
zL7UBTI{$q8gYY3F{P(iK{9C&NYkdNjS6@|}v~6Y{^n-_n_G>GjeW*vYc-Y22vqyzq
zCVi@dL;i)6_WxfCAT8*1K{VTCHwq7|4k$nkKq8W~E*#!}QwAG({}uwQ#J@A;!zh8x
zBU=3bWrHQo&(v4-kyf3l4QzK#kCS-?z9lwTza0q*CKrDKP4$Xq`DRD*lrT35n$mOj
zV2%Ljv%&!_RlYTfZ{6cY*CONIEp2-G`{?!OB)q3{Yqqz_>5HL<0Ua*P^YoV_^PDHN
zXd#s6TVdpSZYQ^r920SS@-}(IE?X}=9`IR9P5`j;b6c%cB$`BXpQGD+j}HiGb~d7L
zi8Qj?$u&OU_wsh`wY4)tYH2fFs|>CnhuGbYx$l<0K)1)+X3(PgW}d72x{y~RvCc5R
z#JI{9nIZu?+fJi%#i5B&g>8fc;v*m7!TyfIR#awoOOyR_rRJp+I>yZPhkarSwOiYr
zLPdH)1;+h7K`rk~vxfvi>I{^!x@mjZSHtO=JbyV2{<X?e?T4hXA#Z$lcCYjArBddP
zv1XH*;jj!|Sv6rX$JtZ^UPbrJ6<GmT&JPS$8{@OZUVW^_4h3}sjkb_|B&7G7oo&9`
zN~MZVCcu!5RE6rEmE1X$sj<Yx^u0Nxg9XiUx&PzVf1I7we1|lQ7K`Wr%<L>2mP`UJ
z=P*`fXh5+DCzjWo*wkuDfVHc#91r2s7(vgF*O=GMyhlFP`6Z#<o3(Vbd&l0_4)+$2
z#rw_DH3TC_%Sh+K^7%I=wuP3Igd#2tehkS!P!$kX39vB{uc^Ky`nI)H<T^Ek7Q&Ni
zP2@x8`AmEC2EM?0_VZPAZ)zM&H9GzBraJ7CoS$2jLgr1*P*v)!W-~3Nq?TPKjLT`9
zCWR`(uUqJ~g_C-FM$J&^%=%bm{`ciuzI30@1@<#02OE(pgl*B&v}u%HU?g0+XA!XH
zx6PiYr>3LgN?9W0Mr;;6VgEx*_h!xC^US2|jz4Mnt^wxz?NF<~id34kL*mFW<r=%)
zt9Nm!+kVsXet!E&f<;MyS7yz}E~z!ZZ{->$(be98+E0lTdY*k-z=u}T|66MsHDHiS
zJ1dp|_J}CP%NwU<ha1)V5J6?8sr(h^KB7jGM95gGYU%LDi}^^CB_vGwGqdE)YJ)v5
zDZ+%fWEpMuVf16iPr(z~^ZwSas>k|UuA+qA)+Q776okn9?r!|p3BQ8?bZ{4`_v7dj
zR9^?&$gL!2=$Xy-n&!^S3eRwL<UOP4Iu`{4!#xp;8aUf__g3X>&r9Prm%S?o0=|4j
zKDVQHj)pNY6w|)cd(ZOiH}VgzB~+dX_IQWtkBDz1eE6#Xv6>iLKJg)G8vG=yp8DGD
znX(%!)=+b;mm3+A#zhn)7mpMAzfgW|Fgpuryh2(pKX#-?fQugA8Gj5ujTv9pVfHc<
z8r9-gDC~=)WwGnBaImvm1uuUsOsT=5RiYubfM8RjHuA!L$1HOzQIkuOnYA{4FLIXC
z@36pL<M-JDhNFCVpfE$VX7?Mwd|HkQ`Mw?l`fzdWo-K_7Fjy`KsOca0Q};+sJS)pH
z_cp1>5P{@49SlbVI$xeQC*t`_7nW^K_A8Os>YQCySFEA<o_Wj8C`?0LtcY4=bS!eE
z@dHrnz<F8LMEKq=+|a;jmxm0P<eeq_ns|KFnivUNK*KxccKa+WV!N}3e8OdD>SEZG
zxn`_<h7Mxm4*h(uA1M)5s3#{YC%Y<JPNRK$UriW{j+kyT)!2T_vN{t&P(m#p@%#rQ
zuyfZh)29Ea%i(xla$I9|r5?Ayo-gXDt6y+)ZkpzULaWO+JBxm~J-P^|xDUUpvPRz8
z%RTSg4-#VRih|&2AJZg#C5eQ+cS+&@mTj@cLmmsp`V6$ZG$yz=c3MWMCqHv(r#DBy
zPoS>Q7O!v-Ay;hiYxH+x){-@6&!VAdln(TXZKU(RY$>9BtL~XK$~7(Ai7yxp*5l7c
z{?M~yC)P#x_OLR=aF$d@x^z;%sgm+s8h*zne}M;;G!5}sERoMHP1`pb$@c%cNnD-*
zfL?nVC?QakkY<5!UEL+Y0Rmu{WcMq&VlHcEPv9@u$SSK!vSr!r{JZn?+AYjLn}zGH
z;K-WW^+#bHuh-2X>ox5!TUGphw<4u_w->ab!2#{s4mx`&V=sC6999U3Unib-&5Y<&
z6zeojg&Uk!5*_2yC?(1N#oWv~AVQ=o8ejq1tR%&9J+N59nU^kXG!~XXA=XOqCWNBn
z7yT_Xs~!`ty3lcBs2v!$UPaG;tx}`$l;?Vbiy^>4qzd6IHnRTI@tx(}uZy(K5Lx*s
za&cFc?1g!RvBQ#%6lxt$+Z^*pu(~?p%X~#j^h>LRFHczLU_bg`nw#Nsi2O2B-Tc8>
znqr+;rdXW#*o$5E<|8O3nCm2dLQ@;kz2?4kYw&|(tT69<S6@z#?u2&2Bc2xs9H<qE
z%D8_T(*iF>q-h+KGG1oToEP$1Z9x5zTv%F}PR{^*@3}TQbVjVF2+#HYutUN5M&3_I
ztnn93i*5APZnQ#$Me|mO7A7&wgv6AThwA6YEn9ESVeUuGSN3}e>W><_JsazClw=T;
zR1h%9h+372Pf}jiiNZ2q>$eV8v<1}pMe0N^JDXnaOaCrw*6{{8gv8p5|L5eDt5ryU
zgUvjm&qlm%pb-8N_?-k9ghpeBt@}ssPnIv!y7gpJR9Vi$&UWfYk~y6d&bGpWtRFQV
zHhzD162+m0WjAl7^ZSi>P;7*)r{@|%m0%G10}uIMQ&h_-PVU-_kKO5O&vtFI0=tm*
zDQ}C$V2TM@@q@h0w^hXDT8fv(L7zG0!{8)Cjq|6mtV8w?`e#V>ko(^b!H$85yZo7E
zG$)DE)iXO2XInjrGFiDEDVYeVX2vJYFOWz`hOndZ$Icn^$zY@E8d|gFcaCFgH1V;)
zpCeslNg0Z%GB$brBVmG^K03$ydAsHYMK==mD@;^uxgU!l7`zjPeE%VRwMoGE1U(mt
zu`*wavqgPK-iNUMetpfhVdz_cI#}65^_%+a%rO$r4c^aHAASDdU_|8VkNo}qd$r11
z$stj1+X^?Do>bJHJ(}b`$p&YVP-=YyKSHQF42y7{Cn}282pkzn0Z$qiw3a^~5T;yp
z&;MZgd|rO~goTn?kvnYtKpb=PN|$A6{P_&=yTT91g*svtTaRXr1*7u%Oj!@wpNVG#
zg0mob;Ts~Z!Mb-L0HMp#Z+ax%XsY&;$Ly<<VbNWg4nftiV9gWQV`3}JKX<BpN2v)l
zhQ|VOMz)MX<J4VUou0$m@Aa{8eQw8;ubk?z7wne~+G;U>ZTwVBq0if8>KXEWe7-xT
zZY}jlLSto_WIxO{Hd-_x(7dS0FUmrAURY4)tep|az7ww#=cY~Fo~sM`O3lm1;K}RZ
z98l<$`&lJV`%zIvMJ&LFg8t21Wyd|Wm|i}$B((iG5CSv8(}Moo$h8$i14pYESl9-k
z;9_GBh+WS|NjS%aUCm-|<+#ebwG6(*3P5wZuOR-rM}w-}IA%Y-SyZ*o5GD|v)G0xH
z3=WAu6IZo%0<xW1ad3Bo2G(f^oO6;vP=Kon)==7lf73a_>2h1C^+_^&+I#s=6WLF>
zrAO?}f3KVdG<11jM049Loyd7xbV#d|Sc$={On<4An&j=}+e9W+_bJ0xJ%+F?)?{tx
zQPVq8`9KM$ZkNYQ)OvET(JD;*`}SkapFpo<B^`;oG6fE8)JaPTFX8CICJ={-jr+H5
zEBo8$7yBNMC%)ayEkeIB(AYl#T3A4OqH=5za>1sa?uZCHrL^CcJS5S0)EsE4$a~C5
z1Dbp7mp48;T_5*gN*`7>bl6vOAxhFIEl^|qVCfN=t#G0E)AA1~cYWyHb>E%CK`SJv
zvs_1P@R1(4$S}ZnXF$$3%9`THNeYA{IPXKm=j;3ItA%LSm~$I5a%>82X7=O&bjOE3
zRud#S!Km)2#HiC&%0*FIN#nmFiH_~82ps+q&Gp-Pb>*N;AOgJ$Xq@XjLnAUYjn)(l
zCEj4J^%s6ff)N>cMhcE+dU}}sAYv~P$`_(cw-}?trgDXL6(<@fE%A`$oAyq5B|wM;
zZXpC+rEr8!>o~A~1elee&o5=(f|1&5J^Pr$zJK#VIhmEnNs99;mOh<|S{`UlQJZZ2
znB1NyU-ZoM$a5L9hq$UlR4rQ*?@tv!sTUf#{7z_y2zJ)^bzf{R35~Rz^u5kDm<I&L
z%*>7|M9K=%9lRs9hXTlPx4FOmTJQ6?T*vTtA-TjqKI*bSqPfR!aHYUTki&2}v)Rp9
zS-^)f*{Sr)Ax~v<d}s&{X&&y7K<in-%@pYm`O&e)T!<l-T<lRKmX&qosEjVBroqqZ
zD#MG*&w8IJcSo~j8rE2lPIgo(6-K+}&I9f11WzZWL<N@bOi5LYCjmK>rN$&)SjNV6
zq5z6EL)!|su|_8L{BU0uwBHTmqZEfWQ17R9sz+*GaI3zqjkSB{aUQ*MSuTYHsV^ox
z<0)*~m7nvPBaL-lZe$bS9<cUDna$BI5x6Y3W$V?rx{jIFw6L?^qV&WH&e?XM0`zv@
zaxMLq7j#HW?8b7Ja7G9wIi=TTV}p$5-<6M^zJI8Gpp|{_ulfE)-@AH^NqdD~cEk=z
z9$n4)G)i66KntOF;THnvo_u}wK}MY)dC4hmq*G-N$WFw005`Nc5`yOFJ&R-h)x$KJ
zu9#=Cmu0bY7A(pvK{4Gnp~?9h0s%XI+n;&;t2eM)&jYKY`47WMLPEN?qpPyd<#`I}
z?sG}SdHwF)+MLb;Kr^1U<95pt|1D$#e;#jjPef4QTL6GQIn-z6*V?~p!(tbTqKY(<
zf=R8(T<GjlLPC<Qr9k%t=A5qln54DC{h>^2)8rLo3#BPvEWn-$ZY%%Q+xln)eF&=E
z!RnxiDsX1CEWO6yJb&CQI6e#rX2XJXX7h4$o<IcN6B^e)K(duFl=P2FYh!t7oW^Gp
zru2&O9AHd=yr?iE%Te3M2<$HH&VvR2P+BM^5xsvCC}E+j9+@!Tjp(gR-suk{QGtgE
z4m5!Tc!X`vf)-wUcPTv2lc2WF=J#X=@@EB)=%QzN(jIwfWPT^&0_Apz`pG?gsIxp>
z>4|j!-F?^BN@3<=@tROv!NqpP&uHDm426?lSoJC*E6dvu4hAq<ln^_w!vK2f*dXOn
zZVjIRT^_B_jii>8C1_ujl}v!lJyY7IOnOog1BVg{ikro8M`KK7C|cq__kI176k9r6
zaGJ;_jgzq5J87eRN;SOy_6I?)yce;v<ZhR*c%7BJU?^C|%pBNp1&=%VrM-W=IH+O{
zxx7}Y-L~hXeu-#(8~H0{ZE#8He7~HW08W}5sz5SiQNkt@oz=370Bb<(cK+Ra(>W9X
znl?X^HKT7R^D#hmTHx=$iXme_79dh^Y7{!<nSSDEdBb<1So26`=Vi%w*M|lO;Z|zn
zrhDx}nKQf1`|&nP@&K}zN=e;^L3{5JUYBnih-ad!Txh<E<u(h8%3nLW3Y;^N@R`2I
zQZy=2So{f8Q2sD64Y9~=xf7g;G_;TKN)QOwMR0QC%65!;GP}?t5qD-oFrWMCyEJe{
zs`QBqyuF@19^^9t`|kB+7T24>Psto+o_(p9{6Q89AcIBR#N3dQyCa11tzJ}>rQ8&7
zKjZZZyq8?q^cs*V!~v=e|A;JtbqpaRQ^!+I=HBVl75kXd6%UQj9d6ljbI!P(+jmuJ
z_On?anTgB}?nhc0tzB-b%KYZhiaPF=U}fhUjsKx49s{Wl<olV^<-8Aa)-4eqA@ZC&
zFAVQbTJ5;b_l!XIwpUJDQ@Oy?53+-9Yv3Yl!>tC&=~%0OSgMCcg+;h_gN<-@EHmR4
zr;qua3hOxa18EC^H{FW4qo8QQ0sknZyvh=-<(Gm;l-|vcR)apW;A$CH2z<DE_NvtI
zDawiXxxUkjlIMM$!d3`AG$d*)K7rw+5L3O9zp5GZI9e@z;cKuXMj)_SEvJ0jVau&d
zd;npzq_KnhrL@&coFlvNdLE(~11?4MIsXTmeGutO$R0G2BxyZqoC{`Fb(o`={wj|s
zLC6DJ<;&wV!^?0;#*=dT$HzoPXy3tMTILv7P>G&2c)Lva1r=m%@<<@#7S2NeOYDw{
zuq{|5BLag@Zteu-YebF8pC#;6cTJr4;QEOm4YU2eenK>LW7N=aVW)Ro@PZ^5S`~)z
zl0*#N_rE1hfS(wWAA_szNe#(!iWuFa2|Ep$Bh%jTs){XCE7*|QhNWb3xp~?ekB5h3
z3%J{2Bah0y{9Me<9mq$uML43}qH!&AIahpu)LZT=sY}1e7;Xz{Z>RgUTX7Zt2MIGa
zDI7GfSi39}i=CXd*S;n5wuFdlytj-c(9l}OwBG(k`hcB$Kyfsk?nvPTPYB?RSl|hM
zpyI4$A@cl&&BS=~gYVm}ET+>6OV?u``e!J~Qtuh7I^$lue3&Q?v?j>0BMcSRxqlcZ
z`p4U$E~m4H+LgYF1Yq1h8txm1KDACy*cX7oopt7|R%J8kM+~{*>pV1159x6k(v#DF
z+F$DphjlF-zAiN<c^o&Qnd@GX9hM;@V@lc1(ISPdJr9C@{}oFBHm#IbN<Y8-{&HrD
zxipQ9aNAmje7%jX1}*s$AZt+J53vJHTH0!eQTbr}mmhKJk@pC+s7Gm|zjC&dkw~+#
zofvl;X?2a;VtFo;k1FtlBa%2xRgvfmoKRYT>t%6JE3P}z(36q6h9&kEuA4EnTaD&P
zVNs8?>i@QTCE}vXb7bTvQ_yK#0c<w0uN=NUNeK#|^1tq%G7uJbe1sx<aY15?kreDG
zJw`poba})P)=+r5WDu5Nb$f@36_z+hG=?n7(|kg?diS3>vi>dx+gxu|di*1pt}I}%
zzrj?{n3HkR<%Duj!R2&WW8U=pRf~TX6=j18Ru=<R!vfj8Bj8(#`$O_{7BQ6)o1Y!%
zZnjb81)(kA>-_Rqb>|5WFDnyNg=k|4TaVK-mO=wkDSz|cW9?fiq&pG++mVR?L@e~N
z#vYG}KeA8T|G)w&aFY7_>}nSS<8Pll1H+TruhPVXGj!<C0}4EaZFSZw`!LI@A3pbQ
zyL$vD7Y9<gVQeZfMZ;jJXICC&L%MRAg)xo_AKZFYwP1mWf-!y<Kxnci3D^{@Ycbi}
z3~2Jr{`~q7a<7gIs=3Cu#&!%N_B=>^-~KAFLj+f~7G}}dg3U(bb{;yIudv>i(ILUZ
z>BNCgk1C<64j%Iw^ol2KvrA}`inA=++D9$4>e?2R?g3-&-*pt<RmM*IYmeaaZbYcU
zQ6XM~{Gxr7E4LA;CX%4vH138C!AjJKumMulo~Xl?LY2R}??-NH%lLHfFXguMzrL2X
zpN{$;A9wJ^rWehJ0jnzNrt+o3Dt`q^zxrW&)JU^OY~@Q$tFOHOkSnUxA!%ynAmn@(
zD7sG>)|-u-P;~M5`3=>Jmd>dtK=tCGvvyhHdGd-Q9^Ggf3&L_1bg3<~@NkFTPAUts
zK)=ZBT=GiP`dVw4*$V%SwEN`Q%p3B6)VcsAz7CA<{m-(TQIV4y&y5rcFLCw~kMWTS
zv@Un-smbi*v~Xl(FSD<3zfqQMHeor%LX<6lZYD{Jqhcr4ZDIeokIolXh-4QgQzbYG
zxx4#+C7$xYej<nygsA`JwQvl~JA;puQ*Et}4@@C8O1f@A;@PU9A1|CqIHO*tQRV8k
z`XL(dl|MrSM%SXD$iI2p?^a=AnL3eJ0=^p`XR=|S-yg#|vizg@5Cjr7Is1q~N54a-
z(NXv}LS1q+rlGpc>p_!eD(sM0)m`~w3)%acMrrJ(x6<HKxZOGhc3rVa=byB=KA$_;
ztHZd72z)oGP>&`%QR2@uU-chKCOe7}9&9nd)9P0R5qp#QI{(c6!T{i-l?MCxm%9Iz
zy#OxDBK~GNy2^5=uXN6qiqq1`9@2PSBc$xf9$7HC!<vhdA7m!|C~<<O^cei_3?mxq
zUd_G)#ggOJLitX&q(4h1;MZl<nB<<<Ytzs;1;^{d&1S;o?7xXRF9&CK9`c$B4PK5E
zm+|Xs$u=A@cq?skR%Mpr^HTl3zaXEQ`~!Ji8VnJ7fmD2`va`d&Zsk+{xml46A3>L6
zuT^5w4Qsov)!xxm=+#MKdaC-Lk0di0XWBjSlEqVSrHQ+Bn4Jq<E>bgEs^}1X!UeLm
zni`$aWa!Ne{e9WPu2`fykrK20&(!VPK4B&1RT40ee6d#RS=I3U<NUHuTS`(l(=}NR
z@>dXmlWN%*6*!6CZ_XzGF~b0|e<E6!e(OSH20M*Cf^<h=f%b>r8|fPa9q15@vS)w-
zocv{bYa7nC<yB)KqO!lTjB@!jlDTdE=zU%2RQC-7g}uE!)@aEDgO-LNrnmw^Ku{hw
zfgp*l23Hv0<Yy0+IV9K*p`ygtDF*~EKjhlrEL#>kqDQ9uq$?V-;!$F&&|Tgc1F^E$
zA)d7N2fn=c8~QtcJV_86ymcyQ;{5mp@XdH)IZ&k5f9&zeLAKghK4IFs)1B2K1-(sW
zlq9ghV(t3ZL(4E4(?dQGs?Ig9QaysIVM)1%hSa#7>k|k@_lR?e{=pfQ_c8PwPegv6
zaFV$@oaC7)1Kph}X}OGeE?305a?r?0GNVl@eB=5DHn|l6xrF>ZsmXwp0SuI|s_M_s
zKr7Ro^${Ybs=ri5u5o9d!k064zV3H~+Rpt-xwPZAD%c4`6BD8g5loC*E`#xP;&sx0
z$#QoV0mv-KU_olYAI}mC=WpR-W{eG~*C_XLL-$4%565@9Z#-#|3jg<(*;5`!l33X<
zK7F}hnwG_aqe7}~{^cwko!X?S%YC$}n~Yb_6b)AB@Uh?nV2Qm@fw#H{Kxn=l5z91>
z5ofg6>!cj>$(P)FhT;1-F2GojtQx30C_+5uMRSKLkbv%(zR%f~bxui0F90)TBXK<Q
zor8>qBF(Bm(|cG-O1z$}Whn)gLC)nnUrAoizoo7^tUxx2Un4OVCto<lL=TT44X+$l
zplC3cO>Ab6wMH8Ijn)gj;datTeS(dKwzzWT@8WCji1_0fp9<^}UL+wwU1+R$_ckRN
zL*-#*c78(jgP5~phdZL|1tKVJqrdxrQnBfyChZRil!#XBYP*nLe1FsqXi>0FlmKLT
z<M95p-zkBp=dt27Frq-FaNTs?l8d4EDV4K>gesdCP4aKuLHLqISEKXIotJD|8azTi
zfXR5EAkXg3?T{w5;_IBU(l|BW9Z7B>hUWv9QV~NzG`GI`cc<#4MDLs%=A65dwPd0W
z%SdfB5j*i*k1A~~b}5HnW7er1;lXS7HjX8`@Ol4bqUEY*)>&Qk3+@Re4<GVV96hKY
zsdr9fXueO^--R2MrDsJmBB21Rz3j?8dX9U}3ElVKcWiXGe&JCpiKut)#2<XK103G2
z(*vSIUd%>RctjX?RT!Kt6HfzNGO3(vVM;Ww_@Wl)$ag1AMVsnw<O<)z9^DS%OMjD(
z6=u2-hL4fsJ8$Fg!2t5}BBj5gQTpI#Jqdn2qUYv>X@o)nN*Yi=uDq?Y49Drt^5yf$
z?bk=c|5-dJ;o$AXuS~+)r|-`~?Kjv*)5|>WRDyz|Yv)i(hA)ig#=of&vhS7wbms#U
zvXFP8U)q+FB!-iI@ojAqd3PE93VcvN*I{7~&GqH5f}-AbSIGMI@9Kw-{!xDQyC~;s
z?40+A)Y1h@&UxH-U^?k9Ybcf+4ZSQU4_vvOB%Hi3OjQ6-nun#Y&-5sk^E-!3aHyiq
zYYjubR_M+@zYGqrGrJW~yQ-@xFI_?F+(w-n_`k(I$kohuf`rhuZdC_o8As8c`E8su
zr6u`6-3K&ezeuasmEJh6TzvNp_M(^~Os~e)x*0AJl!9wki6G5itN=npK_bu{5&B`y
z1@i82VD?TGRMN1Cg}=flKzPpHDrqw=8VXXIt?`~%!<tEkF#hWXNomGppy)xCSoU-Y
zLi1FmQ#34~wEc`VV#Fn&vKVSp+%jT8M@TYfi0jCxcB&~X=p++FoGR{e(q*8sh()j>
zgUkxjocBss@n|{!v<Dv1|8t`XWzh24UX{@pdk$%(qJ0D#I;fyW>TAa0HHat<*pHT2
z9(+is$4nHGb+!K1@rC&WcG`u=xC9O`a5z^o|Aq0vi4GUQqx+gn=Gy)F<SmD#IFFCb
zq~=$8uy%Iox!?#yt(k&QgLJ&KS>FDJHkk|&WX(vuBR~s$4t*{Ls=f@2NCUomyCE9G
zu29EkxEv-kk^Hnl+T%g<>68%h&lM|G!DqM4Ywo$IqkN8r57_MJsu*OSr==miRgDcb
z3)Q;?S5UsQ^4Ngt&2DU?4E;V&qjip2L+ttQ|5nptKqDy5=3JA{_cDU~zA^B2i)C~v
zR;+^Tm?ZtCrP(gw?D{xN=`>+JTS)+#AHbCH6B0e0g(5qcga=CAS5bw7^`XCCWX)j6
zc!K5KktvDaTduOIv-`9ZA4#STg-`WAc`~D(a{4ac29&pn4W^8CAHYBzCvE;CeKq4?
zM8_iWKtqQ`fS|@e-{R7mI2FhxPz%>%De9NKp*G(c6LHA8f+U?DA4>osn><vYSyWmv
zscG}#Ctg?S`C>9J?@(f8EYn<V&k<Szftj|H>7h=wo>c~0si2ygPq9t1fc9&SvNko8
zFSuj>4}<ReQ-|6#!G9c;AR6zr++-ux%|=k23X+9-hK0J`PY3R?J&B}dNa$^N_NAY$
z4rU%A0N}I$-yeGiDa?$40U}KIfNs7E)Nl`XpJ)nznG;?S7W@C#0{nnMQRzRQ7k*a0
zJo;R3uQRJh!pG92|J}I)JvMQpe!QnBvzBBvZ{~TfJQa@AjKcO~fNNGBcS@eTI$45&
zzYg1RCLrYG&`mc208C8cdPJ$IG@Sebox3am#1$!(6D@^0h!V>!$nyh2S0zLRjaIjr
zkVrs>He*%cZ*Ev71EH73U8&&zi|)`gl`+UDXDiiWbLiJa=!LOCpD1Yii|e#0;9fo#
z%NOOTf-iYSyy*2mtm!QU<(fiMu)^?JJIO**oI&L<6sN$K$5(08!7|k}*ZQjQACZ7p
zd*QJ~`lrtzJJAm=TZb<vhN-1RmP&c|Kf_~UKZsxSp+y8$RoEIp=({zUWWxLDVEIC=
z2DM}~oGicMhOIq*s8~ix8FXkU)!C&`OEL@<TldF^3Wj~$_QCLWCsc9_sDV)1`o+-C
z{!!GD`OT_Gm?b(zXGu6uUK6|pyTNtYFA_AbXA5qN|3USH7b<^L0eDL){aX^yF$^}7
zViTlOJrB~UzP&qBvX<6_81eO^X2l{czD%(Y@f?(I%Q2*0KM@ZGNYwN%i2t@n_|4T6
zC}A+p@mwN181(p~{yg!jbLT)|tbkF^zWBW}O^eh&kpn#aU0Yec!Sb7x>Q$A<e;;eX
zY>1gVg`+h0cYFHPjFS<yL=@3!Ujq0p$1AdT=1TS!!b2uB2@A}ELs}w{fe7q|9G%IS
z`}$6+3QN8vzV?@w>Tp~{ZEZ+UG~eH>>t9)UGlHwNQdky_^9sJEdt6e4us(tz<UYD4
zYi)Apf`H^vy@1|D7!w=3OzAI*G5GkG<?06`p%7=z{GJC1o)%&N)@~d=SGXIgMX+zX
zGkcr|KyTIp04Nf>(KQ7q-<m~OAQ@heWp54%_(1HrBdD;>hZ*ie;LMB+s>{{dE;iP1
zSzg)9`|1Yfon1pjhkk1T3U2(4u3DY4mt5chJ3GdzY@w$|R(+}hO`Xjjo!P43f0wO4
zF+Zrnw|oO=w1lk6<R_J}KT%#!@2IvNG=u7N>;$&b?2}?iyVIxlFazFEQLX<$Dik0K
ztN0+}8TO~%(#xk_lOz0x6b)x>bnz}PCZ2cFx;=38y_k1!^$iJuC!$~(@C7I3$fqV>
zd`Qgg*L-=`4u8!8a9MGN|1}1ncJ#?O3Kb9=JCFk1f!rrHupz1CytvSOxRW;Z5C?AR
za7D*;7_Ep)2yF7XgQeuYt2+Bp7T(!G`tJ(3HDSI3y6(oWyJpm*6Ee%6c^KW}q(Ed&
zGlBVyM<GZU0A+z1!snPob!q9+oLa}%1F_XlozlGQv6%z_!u7V)6J!i&^N$FTG<6V%
z`c>1n>yhaB1Fpijx&IwZHi=0A5?-B;b3ZIl3&|M8GCXE%;;}KhxcpXzp~wt=>kfSk
zr~5EuK3l;Wo+e(jID2|S7tnIgjoyHN4H>f78X3@<oHJf=$~rJKIzT6FiOK;<t6*&-
zET^uHvgzxi*8CruzA-$quIaj?i6^#gn;qMncw$YGiH(VE+qRvFZF^$d{`!8t>;2jN
z=UnIPy{l@kT5DARBNJ7E)huEYYXo;g!ml0rD#+dh1Toou$B{&W&dKycn?Ip`kXR{d
znu2uVG^LGlx*uinzjjC&%j1)!M=%)y|2DK}T0W-#tB4Y*U$lPO8_d%XoHakgL{8-=
z@Qp4^LvWeTZSv+ZUZi$J;6$v0V&IeH&~A_BMu_G$bGRd(vigomA>e!BR&u5rqkp2R
z4Z#akS!o3Pm-M%Mkwh=Xk{>JTJv5XV+EsYmh=Aub5hERSEV823wI0BKh(iuBvlEd8
zA90}z`*?{{yAcK(CY7PRBg7Ilg`BSnvoa3jiyW0JI6&?h#o1=y1xjKQ;Rjdaj+>~z
z%eHu9hmkId1vUU6HTVg?A$*IXyl7N{VHCDn+7NXm=AO$*nm9V?DK~RLS`{0Q_yB#+
z7R}wFSd_q66w{TE4BHlh2#A%h>R#qjzl~w;Y8|zm@I|9qGx`4wb07@|4!%5|)UnAf
zQpU6|7-miAWp(TQWZ!dWJHu(d7Mp*VAb_|u;@ysl`PAcY`_7*XG;sd?@ZujTI767=
z(nt%DN^e#!x6qhJAb%WFFZAW*;pvIW;V4LOWnvPN%X+>D^fglPaLkt7OKp+gblTzQ
zH0X5tjg9A(W_xhbQc`{}u*ln$)BH@FNT@35pEQ4(-#+dKFVpy*wg}QcF1nti@cU|u
z*fC)Gtp@j{_(u#cR`*vRdj7=;>t1o1h=UR0$dy?YQc%QqO7<-v@bkhstx0*x+L|NP
z>-WOnLy&z*eADc<k$w06Jw*E<U!V;0H4k$oc*f$)MR<t>_{*G^s1870JUuCgQUzX5
zM0!EOn8^4HeC41IspB?Fhd~k$ia_`+uA97D81OF?=CP2Vm^BUtoVYz(Q@Do(mbghZ
zgfB<j5y2<KyZ`w#>H21<<EKCV@Jn}OW~2w902%j%ix?T^+3PbTJ1FicROmI3=w#-6
zsIAY0lF-OMWR>#{QzYI0H#f|<TB17j7$X=uRF&1qjBT#EeV3lT4UJsr@Gl!K-R@eG
zzbSDSxTh;&@%!wavX;G@?i<Uf`(uQK$K`4pe^X4c_TbQ3GFPV%k50?kQ)xbevTP^a
z9)>JG_cC}K$*!g(NdtXTGq*zH4vELC={%Gm0g3v5T#K(mlcV9l0e=e9i59tIQsR2x
z1K{AqPQ0o?Dk3o)uWBSvkCB6LiMuk0Xf=-L<;WXuJ_lBn5UosH==7SHYqZ}4U~+=&
zQ%Ep+#PJ<J5uJbK_Y1h0C8LaD%;j-i>z9!C3mQ)Tn%5cn<eHiTkZi19QBwos<d}3+
zTA^~XXw_lAC=I||a7WB21`twlZs!(vC_QC&3gjQu`UwtKTCFX6LQ}5~EzUGNC#V^+
z0v*`Q$-DO6!dwj#h0SuiOuX;Gf6kOSg?ek0n}#w+Z^%iY7UX7P&OeYmcY2-M!obd@
z|0Vuf_#-jC@8J@Eb&G0j)Np?K&Ehfn+fBqJzSO%<#M!)7dd5l<A5%3q1fcJ{i$l@s
z$d@-;?X+*5qi$j4{jLSRJM%*mSQGao`BlR3k+J8mcbg&c-`biJ$MWw;@^rpp0`!}(
z-M3*(9^PRT5>hm-Dz!M~J4a<%`1Y<X3})!Id{n3>XmvbUQ2@3>kKlgJK*B-oRWOi7
zykX!8zO8%fHZ$R#b1BYt>n{IIvfTqokd;gN3D7&E#8>mP;d`7dm^^JxTui3V0Yetg
zqftd6SCj+^`z>dn<pF<B4-jYll%eOgfDcW2WXv)uDKeH0682tw9!Gx5Vn1L8*_2up
zTx&AM0a+>=V0F_MGxYZ~%elg=yHY@eycE#uH@8P(SAk60`Q~(?cmt^Qa>HI8#{|H*
z^P64NULIBKW<u*4Tu~S}#kknn{_2kN#RolmPQ<JI)!gtEqPhfva2Fm14v<)^ZxG+)
zu$03GHSn1VMU94>C^a$|untkCFIZo+=M(uJ@S}?ZXM|Uf2@=V;rwAvmTrBpL1KL;o
z`2N7Sy-P~7@$q>Y?}{9Z`2pi$y!+MYBt@Bl)tZdxzjI{C6Nm%FPozo8f@YWo1`sg^
z11$G{icX)|2@%U3-9>sDT@m~#^_zCakZO7#N%>5!XjudtYfReMhU1W`OOq$Vqs<4E
zA=wgPkKb8#X3&l?YWdQn%~_{>kNoGs-gU)5Gm#=ltNZutv0Par6A^$CP4riDe57Nh
zguO6GvU84i=fB_))rl2aC}Wr&y{xtQo|!NyMoa^BTh<#eI|2kJ%~K$5gKjT*uU2;Z
zIse&}Blj7+w3aZpz;r=025(Dh5c#aX6bx^E;H(~3eF^^}kk9J|@B@vD7_R}2(h-Sy
zLQg(kU|e2@aCi^UsH9`4x&T?qJ_*faa!~jwSNd98ZgyTeK?hN?^N`wi-U3~O>?$s`
zOWLpgn)%2~quP!#uo5nY`SA0z6?q`;{dZ$rT<EgW8hD^>L<px|qgd*zu3HUio@(xd
z0q5;J<+>Ey9T&WB0;T|L(TI3g&%akFsml_ZgiP5|U;Lf(swoD&6<^)LaqDtQ&)7z?
z9fY!3l5*|jj39QZ>>Ud@z$>p!X_p;xhia>=Qfk51_Dx$<CmLv980}w45|h24MD;{R
zHIfHrLe}FdefRrZ9QYNLA+5TUNsX~7`{n#3maS==M!t)BbNw%BnaS?;f!E4PJT4Pz
z<JbagysEFEKL1x@KTLyj&bG};#VeIeG7J7>3w$(11?!0h07lP1m1qaGlu>yi93Khr
zWqa^;Kd)%F)oJN=v9lAGwJEmPC831=FwWF-zTUzlDA?WJzP7d1ZM|H5cQ|?X;N7;F
zuSPpLF>&wVUEo=x+cpPMhq~rGf@0*5p9dKcyqGQv;g*;T!=K7PqS-_FxAAXtv_AV^
zOvn#NV7lAG_mS*q{0LCBuLTw0_T|hGWO7~bg=T|pO#JtET<ev5bSMYOqv}cVA>u*}
z@CPgOr=uwc6u%Uyhv<3kHlQc3co$|=63Gj+>d1MdEi2<&;}NptFpPF?n!JJOJea>u
z2o4tK4C;wu>x_qS9rziv>I>6aCbIaR*6n(lYHR=6Z;X%Ak&*4)pUhJ!WIpeN5J^Pg
znpz}eXIC$ufkb2%CogL+)&(tJY~-u0a`(`^t)%aYWMhn1EMLge(}+k9P%4UL<!xE`
z2u*!p#E)*QB+)uI59XbI%Y{KwjF^;%Bxco#r>o(0zB>HBCZ0F|wYO)*{j*#CLMmf1
zR-1u(<@=J|ldiKPZ^5Az!~Hw}p@C)PF?K^<z~(n37Ey~|*#^c~csrYLGlB-b4DgNW
z8;_KDcCh&Ze2k}~M^Nlp_MUf1AD-|`WOCY#uA!t=PQp3TLrNk5A>=|HI*^}B=$@O9
z(BH`nu8VVA5&pfsy|?=lRb}P4jEu9>Q#ioe<3$Fmsf@7jpNNR@w^W-a|DmwJEv^<l
zaXZ{75sN}F!yz(d7oI+5FqNK0-+&f>=7+dzTM7|l_(0M?%jl372E6w<BEv~xnm$YU
zMWC=8ehQM~t4^_D>E~;Ulj(jyt%uHHd0R5*z0SY@NQ0rzyh3Sy3lK%U0S53DF{_S_
z2aVZ)8RH#s`z>SsmAEsRb#ipcjt=^B%!d$Ew=*vh8=pi+9pW-2&np;nW1H|4c2yXV
z&c^%UR6S2=<e-~U-1G4~4J0E!Uu|fy+x`wnpp<X_y(8l8&g0*iQj`ITGw*lAyA9Vf
zNLSWRB^gB$f`p;14*Z>AnFwM=dCa1{cljig$pS}Tq1w!L0|>hw+@V)MVry%+KQ&oL
zRX|VM(Oi&Pb7$km2DZlm!v84PDaPUKUXzN<Gd58v8}oE#z%Y+nJv?m&?B^7f!PlZK
zkT#trkbu{Tnvt=(qC#|bd1`@(-|gS!<yL_tQh%7SlvHR`)Z|Q_=ybM#j*80e=_#+n
z{>bOY+m~>SFV26da2mz26p)uzg}r&+4tX<uJwu7xQwq62UW19mdRvFmzy!_w9T+G|
zo>GZ@)bJ?BNs>^Lx)D(BJ_c{O0*hRHbnPX8P$RD8`u1zH&15CE)TMcS9x_pbi|KY=
z0+o7Fc0JAo#c)R9LF-X+Zz!cCs+Bdwc3grvaE|MysH6sDqxADQCdUrG?iG6Z&88T+
z{zs)om9~J#eQ8`*bMw;1#>Vh4m4JX=#bSC|nq`xAJh_1lo7qI_W`}D=YHH`(FCZ!j
zJMTEQC67k5E0kZVfXdG%EuO6d#r3_s=8Be&ZY$g6p+{s~63u^x@?QkF>em5ev5VJa
z6JQ`l%Zr;R2OMc$uoNv+WWdZ>AkKccy`c5?ZQ<19mgbmmfSs=t#25h&;a4$Z<i4n7
zTj}vJtfw;?Ch0B8scvpd`@n*?3J4r>CH*9<$mT2p*4kP2ebY3<$1E_ROws}^mX8Ml
zm7Igw${&8DZ0`~Z_5`;+Ieo)X+Er!^8PBpT92`)9C<zDv$UH^0Vv#z$`bXV=l0}dt
z(WuT1q*{`U#y4b51D%>Tyy847-M{+*KS9ZZVRFneuA;@@+iy#SJ$1(pxWcEGI0D>N
z19f3i{iqNhbYF!p0!UO0VEGAoK6u(xu0P;f1PUr2-H;N3`eSUAP)vn|a32N$GoE!;
z4e7U%vkw!{e`niu*{K9Ffo`@4r9Qh%e%>Exjt+gic`ST~+I-C-61ZAa)=&DoXV{R>
z2i?<3?ipKu@cM^bop5|`!(fxLjx}q?qFh#8+#~3D+ZxF9YpjPaI{$^;{rstXc3_}T
zF-OpNC=!SHr(f?}jR8<F2V@Fz^zrtjn95AT&HX${_!)*BbiF-&gs1S^n^&cr*H%)p
zdfK{-E6}nH@b~Vm-wR)!RL)1Jtl~P9@?G56cZ`CrUPIw4fh<tn@s+b4Ii8)r+%g5)
z$0P(8Udb$Uk_|7W__7ha9>$Fb0vA?4d|t>fAOSvN{Vi}L%R7eb0ODP`=M6xhY7{gG
zfXMv?2o;D!D#S#3i2RU_u4PDmc+&OdKrzfP(D{4TWuH-4ct6%CUEhZw6njT@DB*m~
zdQT%4J6p-kME={OBm2%X(v79@TzIV7(|m8d-r|uwWQg+23g>YGXR4r24;*iR>Ggv@
z+Ls2TR0ElN*qSspHtIH*O}5(aO@Y!w4T{Jf&W<m*y=~pGK1ts`4BK6xJ*;j{bZ4xe
z6kaU9#^C4g@2U9NF?@u(H8s@Qg6%Oon4}~SJ1e1Ankr-Erv11_f|o2`<}#`glEL&u
zuWOcYBt3Mr>`?NEMIOyYq&+Wex{j^r)F0vYU&ex*r1~Kt-S6t=asqcZ$PGs?W0p08
z<25gWIH}ZqjrxKUmKW1$ezUFB3&9yD8wyi?hI7O2iTUp-?hRY#GMQO72TzVavhe*+
zF8q~-O<ao3m6ysCv6OHpm(HM7w8SGh&A<|6OPi?1L`XLR`qrTu7fRkkEe>%={D}$p
zTqZ_GElo<O;lyWKo?>%yK&rC0Y2ep8$e81bTj#Rt@@l2uKz!lk@xMa-6AOj1DB>!G
zkznmk-S~W#F13m+E|zwTrVE8Fc|8vU00Rj=s;U||6u$bgH>PDwGkB*d&hnUwV5kED
zC|c%J8CXep@!z(+?QqijRCk213mb4C-MJZ~@y(9P4yEhsk1BE(WQ2_8^-&Wg?ONO}
z*POInsf=FL>vU)*0}PzU*JPqBT~z3~72;X#^g35*KUMf2nKLC)gx*~;;jN+>G9yP~
zUi5`M-n%t?As+c`Wc!4y_qyAv`PzHTT}t)@t-2_gVifD3vk^@8>3x*AVq;sKHR*Zq
z&oK~B?DW5J`ci|!H~#nGxw-nn!os-CfAnbB*lr;CI2x6L)74g&<IzyH=;GocXv|e!
zUY>(HnwIt_>duM$(W0mCz{{4~|EkH!AgK{_tls)hdG3Y5Y&ku_$}mSPLo1f)FQgXs
z405v+0FvXd=z5n8r8F-8@xdV#ia|)or#qvn=tp1=I}X_u49XKaQVUtU8n``wpNn{^
zQ#MljVeIu|HWM(-`5Tg}@G52?z3t10#Z5mPWC6qH{Q<5mn?2RoBE#G$4uEr;w?*9L
z;(g@hHT+Z$$tOu*?A3kXwDtXYlLvTq#!dzO3&HNJ<6x~<FAcaiyHR%W`kq2|mO&E;
za)yc_0&0}0VF!0vO^=VCf$|h+KY)UTjin_INc<|``N-a`Ntpn0a8bzQw*UJ4xZ+-~
zU7%Ef@6z1=T;5{GZD7T<WOS1{qEtr)q^k)7+|;3#y<BZ3cb<U+rUwY0>!AOyiHA;Y
z{8O$_c;j+y>WhSQuXmf2p>$FgJI-!?^MNA4xX>HE5=X3za`U&RrWgU$zjt+_%m{w%
zZT5}NhC$SHF_pC5_E%=R(bRO~x&8*{+60>F?{|Kd@sX`4^_ztvdhB0ntpUU5rE%_i
zj2IK03gr*|HT2tW$G7L#JHw<YU3yTaP@^AQ(FFF^b;F~AS8uRh6Oho*XHM-pEw&u>
zpkN3M=<MwLL9d|(LYy1Sa|Aq>N+&_$X)wU>O>&wQ{Qu(qKsZef8GQz5O9!$SrL{N_
zbf3jAR;7>o-ryn`!jba?Rz3#>g)ZahUl&B}E{nhvk^^8&oB_2Sk`#c-^eHgE)T{Ap
zC2K)K*s**JV?E&-uy2TdBFG#+5oENC1RtOw3&P^#3j}cE(QwqRZx>E>&m+NxTk<I@
z+qyTho~kM5bFwcx_BU2mumWW6RD%t)1hu;vJFBJxMpKTiCAxSiw1jU%Ga_8fvl21L
zkzReqEJopC61;~fYd9l*FQ}JBI~ecu3|#N@gS_x~;pNlWVF92-9+#5x)CV$2=;yFr
zB8D+)#l^#W1C>`b-LK{K^>Z_R`K6#;fDiP^96$Ju$609#?DZUI<*+I&3KK{}qV|4?
zH7hcSSWT&QxLucV9Xj`{cW~H)s}|G6Ahdnyvqk|x+VlFf&Pu*|lf=fqOWiw<llc^?
zPE6s;82B^G{jr1!=eL*cpvE)WbiN3$`*Su`vTTrP#`=?kaP5zZ<{h|q%6%BP-{e46
zQwS0R9+&pl{b&o%?n|fOYdsa;)i#{#H8+>pWW=YqbUgtqm8wOIzdUa&90wD-Rq)k#
z>)+?wNP(y6ffRFMb~Vi^iL@V}yBF~(;Uy~e)}ujo%tcJIgn)p6ql1I~N1s8P!$CTS
zHOS}#B=KGX-68Jpo&1T>;Rc7I@UR$lEi4>C#R15@sKsirT(d?W6cb3}s09VLrl+q!
zmS4dpg;!EiMzS^IX#O>wmh5nOaY%pDKU&;{FK&oa4%wq$6sGP>Zwu15yrWii{6bcC
zNzCl@N%yq@=t%tlA!0`6>hC(={!}It8B)dyq8Dq`WEx2nE}+rKD4FDHT>1fK*mX6X
zrw2>yZ1Kq%3PQPQfOAAja*32(?H0v`4Acq{1w5&<6PD(0ict<{<ep9`b0=h*UI-s{
z{7qbG9;v0BL_6nLVvf?KlVP5zuk%=Vee18_f0r`eK=$=R6URG@e|8&NnLTq>JMF(b
zZak9?;Yk1>FG*1Sy=iZ64>FZ$X>3G5LIRx)7m&nQ-zFh76_h_E%G9(qHL;M9XBy0>
zK~^a&*uIK^DzTm0+jEL{(r_Km#k16bUzP)HNXyx+p}!{zGJmBYTJM%<ozF(-PP@4M
zFjkyu0_savtx2p|U0(xTZ{Jmo6b}LZpfnn?6UowXRhhX31qfZ>CEb}F3)8RB*Xttl
zS*)DFvNL$dBH7pGkNmu3W4|rI#tic37C0tEfjw1s<TrNN(&1@9V>o`ad-FDq*&G(t
zD{Yq>s231fMjJpBB&3uZixr^JVclm-%*$J#wO4@ipH<={9hHr+y%Nk>rYi4hVHQr#
zrB5HmGr=~^xE`p^97l=PFW+F*w-~tGaO|yoED5$np%`xlxu_1g2d2%GxPMP05P0kt
zL?oLWpbnG}#9Yei4%c3dn7aZCcj)3f4!=!~A+l|4{FL#hzJk@#n}R>@Y`n5w++4~^
zAaUX(Q9OKYHsB0=IxT7fQiaD~ZvFUL`!l&7CJ+balyDHR`Pq1o-XG)kY3BCV8sjQ7
za1AR$gj5*O4_wJjsy}8)vmXwMbu%K=j?9+{90wL=5NSBnjX_9&&`Nj&K5U<tKlNjD
zK{h?GEwa|#PXz&qf2<on&(JG-dyPne5$}y>%tZB6M%s{Mx`S+nS>*TLSbS8lAOYrs
z7XSI#>Sq_&PtZrWgw`zKy@zSId#=6@@8mXaUry=G{Jt$9m{U0w_8UI^R8UH@Xe+^!
zw~X;^D<vg8vyh!B2pJ|Hq94)DGC7J3Lag-zs{jdz{vQU%QvVr_Z0KOr1N1V!yR~RZ
z5&vA$OAMcLq{&LgI>$3r^mLADy_8v7>rY9JIq4|88s8jW>DN@gTl)Kx>0*8Z6|8Sz
zH`RMtBNDEU?5l9dFhLuphWvyQbwP;4kJv5Lo@Zqa*?~ZbLvI-Cv;o|*8+bAoGECUP
z6ia#6cCmae5c6BE-3cCjqubvveg_X(A!)SS8oAJFG&e65R@8|Lg5<2VH}6iw1N`ql
z$1^g%=c&gFD1ZT>KJpj+(fv#lDEoLHXp&{VQ}W$Q;2h5+H2lU#;=Dl++Hf6<F<nW9
z^n1IX>d)s5;!IENWWO8tX4A@cx%PlN0r`xV63JO+$_|daktsd4VANYsj-p_JvT4xF
zh=K8@I893e+H!$C|J$0XKQ%P-!ibM0KMiUz)~?~F?Ar@_!`F)HllxXOKM|kV0#^&?
z(+8PyB+qZ8C$3&m{kv9@-5iv#Cc2XL&o3QBLaT|UrT;!d?4X|(AV7hfUmV-ndU}D8
z$c$D_VF$`3p1-^Z{V631WJIz#Wm?el!}Az=BC^?OL8-o-wYrmhtSgKBYb%Haeg^{s
zonq{fzdbsg89cFSUvX}pAzRLJ-Tb>NJ754f3Db19`uPT?B6=|iM7ux}T=Z5--Lt0h
zulL^%9P40%z+<hmY4afN8w8HM*%1Da&_*!W`G-l!lI40RUtk||Y!J=Or>UYVqM=5Q
z!~W0i<hNzd2<63i@NEY3_dQ0uAw5r(fxeQ8&`kib+_<-=)%<}d-mP^7#rA!wC!wL%
zEqKNXlO9hU8USYA%H4-))8tx7=kG-5051OuJ|L2Ir4MHJ{{1&XZno4?b*9;>x7FH3
zmror~090=~O}ciVpuI6}eu%YPE)%?Y^jDDw27wnr$RV-kqI2L)W$Us!%@m)Rk1rE|
zxMtf-QFN31Y`??UnM_xhDhhZ*<mxVYc?}u*{+hWXq~Sa#8H#yV4L$rMA6|}D>-)9U
ziX+%>kQGx&?5=rxV?xVR8No2u@_$@_#qp88moCcYeKwZcn7`PP&rDQn4P<~3+KMVO
zhU2%*UU^qB>li}o9UgkTA&ydFK<HhLH>PKLsI1jgR7*4B4@a?PGha~|@;^c|rC=n}
zT8{fW6`1^?uu`H9Or*;41IwJNcc(TSHQgAY5gEVC3STO>ZX;tg0Di>65bS6G;=;5#
zpjjnPW_UVnU9;hP=~Nwb4HF(}^W}Zh162%!#S)>wpSmRYjt5=eQ#UN1zf=6ZL1D6B
zKmR_-Cg3Peeb;Y#Xff`$tIFCoe?MVbE}S9E!f%z%Qhn9iq3I9Jm^#NzshwbNbgoUC
z7QQmADbEFchv&97<Am<Kb^B<EN}jPdyC4MImkR6_36Nd9s*35sG|G4L{)38HTSjGq
z4J_xYTd?A|#JWo(aHi6`IUgoP`z5_loi$+R=%cmbkxKd4K|z0@7DoQWt*NNKtbV(h
zFYC`rjJ+;^pOpH)&l(Jx$kh*vgL^Y5dR%u&NY;3wKj474(r<E-1Dm1~+VFcOi5d*<
zDgi<an`KR(s|6MF*ONDvox}#42_?7YPwu^c?)n6^zV^BW)XN$mJVNHG5{{=`Outwc
zDQOqV`(b7&owpJ&*vu8L*wF#O*_mlW^xUX~cuPZeCGXeOk*Y8RFLiH2nolC8P|~74
zsS`KW1WRL2lQt@3M0iA_OQoRJS^?;_S?JEFQ;;Z8&wQjYhA0?LF6?0b{`itDXD0i4
zjUQ@KM}%phb=z73)IR<qjD7v@O~*P9M?|x8a0q|O7cQW}#%L;d2(%iVT~!=%FkV>i
zdxKy&0EMuoNTHEf=Fi26Yemcv<t5R93AEY60?L&+lFh=^9+@$9tdNI<eN!(_P2FaP
z8fFFF<MW{)(UK|nlQxFSzUanrM}N=h@3^fu6M~QdABxk{CxV9BZ@r?5Q*tV1L{X7Z
z_Xq?o9ul~Be}D%(Y!)W1ssRy8#SI;*v(RNy3bk#^jS6IusLwHf&z43o32#7Gj%{{a
z&{7v%gTH4K_@DXkuA49CA*N)EEPqDRUtEBo$K%%u%QMCyh`;e$pR<>o=hJ5J^OsyK
zI(F9m5vBoa5aEM_ir@f4jlnh5RY0v#B%41g0D!~{0ZA55XVA4=>dz1$^p1^GgmR-U
z#D-<6`KMb%O)9_GPs{UPx0QCrQldnV3TSkdX=t(j@3*1iv!f%)M@T=&(>B(p)y~*#
z>!)9<37#JMYCWsM5MV!N|BZTH<seueeU-zJB1|}YlQ(3Y2v4g6AGSf7vJm{NPlyc}
z^CRyI=Ib9%lM)#0w<*k^>aV5F={c8~H!NN2hk{OLSZod7UHZ|@kU`KP85I|6w@{+{
z)kW5wzn5(#&hUfP%${k$3zsof<rjtNg(b+#@e;FgweD)NBN@>uhMB=AhU%uXiY6C<
zDwMw`80IwzO(2kFF?d-_1tU&vaYE5bD#>!+_ggQ$#+8>GxnTIJb4KNB*7n`_3XzFg
z5M*A;c=nRjoGs($fU|5p|J<zQYH3~>rgP`Ne^8q}D-NJcm8iPRbqVR`J#815+CF*y
z9+cOQvWzM55}0+|bP@z7!+NlXnk@b%i65p*bb<p1(3!frZd-BA^pe)77&dgtdhB4#
z!Qi=6ETNrLB=B;mn-5N|_WZeDFbJxJJ_8RDs2I;tm7B~1s`ptYyQ2;k#4})C*7||q
zfAbaHB7j#44R$s>?!7}gVg-0birHH72CtH=FW|PrDQP0^!dak*6q&wS*%1#CPZh;1
z6MEu&(2iMAQy9*O>}-x5i1OuOR`*3Z0FcczDpy_602-05T3rw9fPcctVlv)rK(hk1
zG>K1Ibgd|2b(p<0YDFrVCOyx4tch@G$20%*@=;!g!O9w~EgJwEMb35#a6Gz#rib0M
zj#<B%?d&$Q7ED=Rm`_E)SfjY)TP555<6>GFtSJqZhYha1v2gtE*6hd%x#^?f`B38&
znLp13qKyj`A#b?8$T7l8LSq=F0setqq!*dXwYvWCw$!Z0M4-LP`_j{=QslcRb2bX@
z%Xnpv6G20xerQj!h1uR!yfZLMkGJ(JpO7h{A++I2HizG!!FoEL1S0vnZD{7E+gXda
zfWEBRGvyiMfHLnzz3|5L68@nFF9X2>A|OyYEvM?^<h7h73Y^)4zO~*fm5XVnYPfGZ
zCFXkPWv#1Kj9icmHK!``92QXFT2z%jTWj3xVZK<N_7#cx2(B!cbH*53`l2icK$fEM
zA-~O|T1-t9nDz_1?WFaX82>A3GvHbSmZji&1JFY>Q;}RmpR4334RbC{)1!@-II(af
z{T9MX?`oo#a3FIS=pEKnzk2r%m7hsaz)Z2WXga%c@9owXKfotWgzm2#j%2~I4;^n}
z{&ZE3POpOy8+Th-&em#{+ws2!RrDx~k(=yuR`yDHv@#3v(YejC;p0bqc|<a4)zTUb
ziPq=Idm{9mg^f}TvMao4Yh!J<f%EB@PRoJrm%|Lq?2x#a5X7VDP}aFi-HvEU@elX2
zuaL7<lCdItA@9bD`S|V}8A8mbt@@O+ixU&e?*N5nPGv@$Klz0eiV+LE-tJ`$1qJuY
z_B9U~57Rj}?_bx%A?sxf)9W|@iGN`6`MAoqC@rFRN1Rp2kRKjT)3c1pj5h0`S1H`9
zsbGIc2no@+bctTlrbiTYsRnd^H_x>-S~E;kI@k_6SoV{|mkSvj%`N%In%$A<B7Bg+
zOb*^0p#FYX()J;5cu~xyu(xl<3>^ok1&PzAxRlCvEUPIIFLpGFLdBQ&kq#7Xf@Js6
zt8rlL9V@Cax@&)^Pg+Q|>1LMa@GA?}jf#F~aYxX%lu;#l*eF*?T4Wg6RN0ZJtHqOe
zC+3v8|2nP4GAAdeg=20HKk=)2$Y~LE*?-$rMWg?AKE<n5?z=TjN{(3XuLC9jgkyhj
zvxuN@`Nyv+!gf$sUE0Z+dGMm5N!W2cor4hw4p_JK>1p48BZYKsbePkm;c`u@YZ|U(
z5@>I1sI_~MG}(_?algU}7t^`z!6EeC&J6yKPa@`e8(rbiEI?-2KV71vn!v|pd+WbV
zvnK&sm|gu%qNF6gRqY;T2R={47#PfAQw5+eMBY4>^HJQxL&hNM!T|f&;_A%do#}YE
z6zke%SD4^BpVaO6z>DeZ1wrdpHGj@yj$Iq}W-p;1Z`!kvf%5KL^W?}huFqb~=>ea8
z|5bs<iy*zKLTDR*xu!Y)%34ts6yTanSHlkLmMjzOpE?GlUyKqI9=by6&h9Uu%b~a6
zau!h-Y@t=a8mtL#iVHOWUC`rn*W`3}z^YbOMlUm+df)~)C0tBPFQK<a>d$?9oQ9fv
zs<)N~S7?e9v2)CW;osXjs7RQs{8uHMwE>CYjNMRqf@^$8=5Eh|6WfALH|v*d8CA8y
zA;p?ZWEIy*E=_sOjOGb1ByX{iyP_O&aGHn0g63`|LNGyJBPEqK!ioZZn{<k(I!1r=
z>`>q6X|~2sGQ|4t&wVfRaYsE0vu06--@CQlsmf>tR!9cw{kq$hZ-*Q)VPwjVWYL=S
z)Ma>quAhC3R%ay*&~FdSr`yA$)tSi(7R!ampd=jy0EDWj?w-<8JUNP`okYAL%>lhZ
z3g6r(mYJb#3d7Q+*f5&}p~lbimmsfdlCw!H(159?Ce6bMmPYiWLpam9qJm-Ut?C|n
z3{zlt^KY2W6|xVr$iiIRL{%r79VO8W=M>ar9~4qK29&KTJ;4pKM>o#t<)K<t87Y<P
zQUIxR6f{d1IR@bZ_u{Rjzfk_JB*%n2ae<!-g!*JmJ=TD-P#LTig~esH_J+;Fql!-<
zgAy-)ru={<*uC5HxFUHh%`*z6FLU2lOPmJy3x26b;1(E?IlS0OFcyF~Hkl-qfbcOS
zq&Tn>8=KSm(G)xZvGCgnYhn?mDNsnBUP+Zg<`4|AKu6=J2B(@g)cm0KlWxEqM`~F7
z-0ZOhjhVu{23UVI?1Q?`kE6hFIT!12!+iLkZqnoMO3qR4lE3`-j@KH~(Iy;KKd2Ob
z<C`k=-X!-wnh@^nJ##k*#}OJvnNcVt<ChC&C^>7Eh=HeN&v$jd7LbWbD`+Q%<WNh0
zmZNZ(<LQezyXpM#1l{Zjm=rB`P#oU~z5WM1N3GtkBQ69s>};Imcp_RQ@;OD^KY@@k
z#t$o})G!RD!kd;zZa%iPhC2gX+0^*<lju+^{Ki-;SOA{yhx2?*&lD1(-t9q3{=&ki
zxngjJ)_c8MS>DZSgl6)+bt%S!3OqcBwNzhSlMVyOVFW@Zeh#fk*HK;GzOP?*G62)O
zy<dKM^0P8O{`kCAMjV$Xm4+$=wX*Hp=$7%UFn!2j$Q1!nLRGNJxHFkIzlry;mEdMH
zuidi%hJM}OVrszwBGr(AU;sC2iIJoVF8%k9_woE4vCeM*2pL2Gx>kRTh0)hF1G2ri
zU#?#o+AS(^QeY>{(Km>2)SE%SQrOumFF{4OClX*~SK&R4dPamcAMtBRYEU@6G+UUJ
z?8%8EgxmVwbi6uTdjrS3Mpaesk0mQ!$vj$;2di+?DiwiJE+p2X1=<;_)#gMA;R^Yh
zrt3V#hn)R_n{?_N93vvP&>r*5pJrZK^}`TH8wy3jW`dIK7XW~L`2LTNuvpGsG`(T4
zzrkcW(WF>fwo5*xPw2}e@`O0xe&keDU)>mTT+sFUQR$r<-)5F+4LTXM=EO47;-17p
zA`(D}>h0sP2Lu%E^bi^5XJTzUAKiUL?)$i$cXz=$d7J2@NJ$<Iei%>&ue`r8WnAeZ
zwm7x&+btTL&eyV6ZZr@8#LCLNk??=8{`}i#y9xS{QABEMo&&`%2nfA8y5DTryDhYw
z)!zbLn8(EA=-aYwmJO1-XZjvA=V?qQ=a>q_c@$d-K|>@*8&&Cw9{>ar<e0bMYv2IF
zpJ)v=UI+UcV*dX_wg=y-hkMRmI^n@BF@SUNu?dOY_#?c5hn*gpi{&`U6|T#>dFaRE
zep|`NLl9<RlHA0(y=3@!_&qd;MGQNV&KA_d;+EGl#hQVjsVc$DdNf_&LW41nWT;61
z4;fXl(D-L=BxXlq^~7dKB~D-;A^<|gkop)5Ahrt;Xjo^~1E{+NC<UD6J%5q~j{cM6
zMv;DDe<WJ~dDNHXYsH!f#D>$V9?1+$$h^eb?yBT@42e9*u-Vl!HsSs-!-p<X%yQ)2
zBiT%!<FDqllvQTe@a_&bEr72>!Zm(e6nl}Asmgd-Mb|pne6BYkDl$)&2P<7T2^atn
zE5ymg%bD`le;2zzw8d!TJDIukq&iuefK7(TKodmiaFl&w@(gORwADi=yFzMVn+L5a
zbimVp;O|aPX4S2Z&ZTa(;G53GR253If-<46&EO*@r+!bMmX<BItAp|t7zuiRt;@#m
zOUSCI56sypca%-6-#{q8D%h5#9PZZI<=CJc_AHKKY0d~SF|T(K#uO~vb}gyOx0~al
zumtzKybRmz6}OMmcd4!TKLLd?@Dxz)rxWJ~swF+;K{?gDV-F6yFRt3YG%ss?(?K{%
ze#&*w)i>azZTh9mXj&{oX;La+#6sXoxcv8ae4wF;q1+Szr8WM*ojMOmsN7d|w#sW}
zg=J+5w_3tpIcghN;20FL9Puc4ZlGl`x>k=>Fo@-7AA^{6{f_=_v7OrG4#4&!MB4pl
zXan<NOo|Al0tIl3<smeBO15MdNqzL11cNo23yv+>H5BAGfH(A@A+(@#SEFn<2%I|w
zD_5orPY27dkxa!NQ)8Q;Rj0r&o>VQ)($~?L26+!^i`%r%@y1uxRAv$K??@f&*jEjY
zv)P)b9#mN4(3>$-U=&jqSjt){@p904^(CKevk|N+D+r!6cBs2E%K-mT>x!XdiF;aw
zj5F#9@H~!*nOQIC=MbO}^!M;SI2Rv45ZRamo7VlA%sW5!r0(XLN2kaaFebvV`PX}j
z=yq`2(f%XTkt`AL`K8-q+vwPEyW;oO26>0XH-$rOel@fH)FJP&Yjv=-@9Eu1Zl2BF
zLX=p&z;bBixO^?n05Y8lGz#u)-Hx(>32DU3E|ul;c3&`??bY<yc6vOFO{6K?+Gf~(
zwco5IwfX!Rmxw{xp1$a?Ue8zbWO(gV>>+zY{<a4i1_`)+N$*0J=Car^$72-Z$t`ua
zCM9tmd={L&(5Vq{Oi@dWaELPv;13!-=oFF!{Dr78cEPO7Jb?rFbH@{Xl8C~>Y9$d@
zf4h$XGewiGwF(|TwVOwFp(?+`G#V;t9DKiaaVw?BMc@w=CRYddN0m<M1GOk}sVNA5
z1wgNM9wQ>vlB-yU1<qk5C!u9fzX}(s!=b_bF%%C)LkZ?#Y7Ag*(4d}%gdFVGbNl?>
zw=W{28U)=2UOf15v1}lXw&e{86U?e^;tVyZ5|ql9>%<|lXh=ytR=EiD8M&_=#^w!Q
zP{Jrepu$sHtf&vK1lkizH)?2G%`fJEvP^`%p9;;g;Of<=l3+v6FDI0%Fhq&w%LGYN
zHKc>jV5qM-HB_|95?*i1oRkG1AswulMK|Fs<J@Fqvr)A=&rl!!4iv_-_kmkqJXac6
zQVO9gKN*9I2N3shNF}0UX?ifFX<%wPa4pn-oacg}O!=-efw+SHAXbqVK+JOV_7rs?
zu<K;W-CJw0sEs8~fgt@?+s;Is+hhZb=Q7l!&S;gu^G7|b0T-)n+~$_s!%>jH8^b@J
zc8<?O5O|2`M8pg%#{zKE6Ghe^mk4IP7_D<w({oj`>m=#5yIF_=^B2^refte#o_%b$
zv$h%WK7(ilJXe<+x}OaVoIGQoIvF#3dO%N9#2Qu<#f}6!ikU{*V|;yww^z{LhM;1K
z#wYbrV(?L7lu;-ZxRH+u!lKE7L$XpVlXL6FH>3ndZ!*ecL#g=&`JqJN73S6@R872V
z?N=#kaY$F9rIhX!cp*)`FnCV4>s}moD?($6+vj4yvMQc>kASob5Qi(&@|)98xPb<M
z*@qDA2$Ls+`-As`=cR!Irh5$2BA|JCuq)p7_xygslyHa`L-?c2k!Qz1{VaA%J-V$~
z>&aAcKp|W~CM0Wra=Xw%v9hHaqc2==hLML}!<EqsVmZUkw#}^;*7^}x<=nZ85~UY2
z=X9zPzqy6~N4q%9Kc5<5UfpzNQWxFHGr=l<pph)VP`1F*S_v;g#xltn20pKVy}i3V
zcE~nL1%m@YC%8UZE9ZS6*<4F?iqM?XO(Ui3ZLWu}T99+eR@d2TQ}Mh348I3r<ElAx
z+aA3OeTnlrXfN{JP$czEHs=T|V`#(C2X*98U2`67F@|*0%iQA$vBj4`wki%O`oA6V
zlT())#M9Qav#eEj$%>WURaeA%#4luUZ!ev$ZDIF;*D-0KDY6n?-U8HuHo)Qf(b1lF
z|0DsZU7rLweJJsigSYf=rc>VKa{WJu?R65?@<*+0n~%w-xv{>}qTSaaxx7p6-0qye
zO$G(zv2*~YZMWlH-}Oyj;B(ceeZ<?74rr9}&TSOpvai7c1NM(BP`~L9GY33b7s$DV
zzc7LMV|MOOp5IJ|B1#puVY>sa-NPlE4|8}(i&$uvknTi`k2^U{?Eari*ghw{u7_{6
zd|*ZT9DKB9+oB@b5QV69_ebuSV8^hQx8>pmLYhI)Ed}ULD5_YbFDL+9PimYM7Z5Y3
zZvSN!a17?oF!Os*YMKzfW=Gf-AT+{8lZ9%i%|Ns>eP<01=u6}`l*zufrRi%H`SB}o
zh<v}yZ|>%=OQ4*H^?{T!bzlA;{f<Ug^P2$Z`g$s%IKOyoNeEmDD;ZICQ+7O6Tpii+
z``244b{%-!28FmPla+a#@A&PfEbILe6^5s`;SBwg=%#YKdh+HL%$RE1C32gVr5b}K
z7Kw1l#kzy`X0+C6?eSI(kCE-3;Q~9*WPCw*YPH7p!&Cph(B3M6<5$F=S@ZmM>plu-
zI*3`jENj;+PsQiJAFq4DmzP3pKrP|9*nk9i|F!b$+`p_Wj9@^s%$P~*9TcKyE7F44
z|5%4SI%1mS?oTE~FYxV%GfA57)8Q6EiP@RC-rYNWVeWYXqwQ<tw`JUH?#<gJ5h3!B
ze)5{p<kW=W4e@5~Pul$VXNJp5GMAKD$Mvyz3rdBS<5_I$sy=C09KUT>une*{$mNg?
zQc=ldrdLs^GSARDofcNWfEQpYjy?nUpyS_T9MZQU*9B^zWk;`SNv1j^%VXC)I>C{k
zmDyHB^TakCzAdan3qoY!9Ag03`8V$E-1P0liDix)@g4)i2G&wHdE9Do2rtD(h;~sf
zmhh_qN@%+Xxeb1mpg<l}Hhs;kNm>SIRJ=jv5<(Gb%q`o4>L6z4EUFk5#Sbilg1KGm
zW?Y_6$C?onHipPQpKGFm5;7;FrbU){(Q8*-<DDtb-;^s-OoTzCz)<f5Fa;JHxZavz
z@ylgqg{7wZ>%)&(LC(*duVCxJW6PW@usbFW&7INZ6krejlAqV46DnCsEdSO1qnt=B
z!{z6~;fdd%p|-^+Zc$l*eocunzMNjU$r=lF6y}0<JAtfnDT}?B`eI{xAY6upqfK33
zUqW~9j;FhQyfD;!_Bb}duOVKA)P2Fvj`IRf*6$(fo<#c`?~O#C{l~h?A!zGSpY0zj
zSvQj1blezHPfF_b1-wvGQSbe<!1#^GD6D9<4V~$TQ?%LkFn|UbgWvyHr_9v(_r06&
z3CZHkXSEDBW5Ee;Z9ct!Xva+x%sz^$IraH_;UhvVF1`WQ3sahrfzwyK$Afd%>y32l
zXp9q&XJ~!4Eo^&6UW*@TS#OgE-RS?Ae8VXg*O>2II&P~I;3n@~^llh)d~ZIcp!7T?
zc$+tIpDMWN4&Fm~;{Au$9aOL!$okhIBiQCSKN)ow(3VZMw^J=(%j-=GfMnLhX2S$F
zWBaKBP@RBpz*~X#7}T2wf5>p6F-S4#fh3sSoSS}v8)i?Tg-xpWaLI3#sWaai7yT@d
z+qEWKMU?Xhim3ldx})BD`jO_=42x!g6)_RbriD%;A1$Mfwz>VLGL#WCS_@yFg=5B@
zo)50{3DsV^d(Q+Dq6Xpg0~5Fap&GQK6bNEJ(m;M#B}~G7C~DNrEgwtY%Zj^=-w$iS
z5h=>>@a5IXYBbDj-^N5No6Qon1DL7XIl^;ky-f)wGZom1lqicCycLX3lw?(HC<fV8
z^V@L~T+qkF*qsq(&a}*Mf6mYli1({`g!eLosVjGd1>rUw0;HFc=1~&!*_;r96;ws@
zH1HQcaN!kSHIoxga{`2+_8j)`Usn+ahZG!$a+H!;cb;mhI_u&vjfeRZQA?zvsTGQ?
z*d%Aag)}0rdw!XCS+3P7a`xZ|lE}o{2auAt;haTZm_xh7nv_Vozn+fKVLiOi_SFes
zzX)N2nz<oj@d>t}Ssue9a3=v1Rl9e$WB$yJN6c@J@IWFIO)uB+i#-%Z!Mp38=HKs}
z53j{^z^SN9V9z))0NI@KJ1<57Ls=)YjiZQn?^I-jV{1RN5-~!f;N6S=pZS&&-A%8L
zXSroYdb<#UQJ^(^xY={m3VEVIb{F&5p!anU;%>(YTV}^?U%}gllaaFP*87Me=Z4hk
zb4Q{|Vn|)3n_;JO4?6wD^2^i}RIZ!H+x5sIpQ^^>ufC&Q0+L;fz)Bb-j()N=03hxM
zG)ypb9hgvR^)as(646mr<}qTft|K!TGJ;_XX6Plc947z}1>S{<bRjlCm5;9@qd5tG
z9LlUTbK*v_m8%L4D5~xa=xoix^%7pzLnd>=jO7IoV;}}`yY+Shgw#{+{0(HSsYa)<
zj`m>^5?HLQ7ZwtcBUtbp7ZSzG781+jw}$YkdB>E<VEl8f5{2V&tD0*O*h(678F0*G
z7F83c)aoy!<vC=GEsyCD%P7?`*o!F!nU&8T5HKb4N-Tci1qPQ_5Y11lfotiOkx%|`
zq0Y)%q_!+)%?hGZlF2F#2LCSmRJk<)>#6=<h+t095G;JkQ|t!Kqr;Nib{!#{_jq?Z
zlD-XrEnt#2;;#L^<7t94-vbH|zYah4j^w>2LCx*!^^P88p_t!DlxOPj?FcghHHWX?
zJ}$nNK%IyG7!Q9|vz@#nu0>MCJEWEs@(wTDgs%!i*Hx=+F|x^$PG9t(3lOY2_8WPx
zPTsQ%4t;rPKUW3ZwUVo4w5XW$SzK>)cvqcXhVAC<I<Ir%wi04w*7B==PCcHnAraNz
zT^2ELMYB#MA$SgnC2TpiD{N49v@(3o{o0;ZO1Hh*qcc(8H0hYe{GJX6sOxA+7xVmu
zVUV%6u9uogT2-8{cYf#=B%8y=`APZBW->o}wy<9PJT61GrdfAeNT#O9%95_+GfT%r
zEIv3kY1i<(+lV#IMqt?@%iDlZi#AUlThWMtr@nZh;Ni<kH8zo$Wp-G7cG#sLhM5NO
zFSMCul~<3zUdSp`B~-%<2R*HE38y`e6$n4>7Nx{ASy~M0VL2x*JZb^|e3*=RW&{b*
zv>zsX(6&^rh9cmATuMrz0$4OuW^4Gr$beYP6k-@CYMC;0-7AGe!o1ULRc*ceLzbd>
zVs>;>73>fRnllv4ta8oV(D1GB$yyO~nxb6g^yd|2+^9$8Agv$PVtOGC7Sst60UnTf
zE6KcFgjL>=xpET|`UP&4qTIjq?2D4H^a}F804g=~7*=bK4gXTlXs=ZN8nT?wD$tn_
zb4bThPunESYaJxT(i!ow25ZY@5wc)>8bF08lNC!$ta#k4qeVKB*!XWWY<^$R6FE6v
z_};&TK$>`1f*{BmV`j&>=_!{Qm7x4Ch>{$-{eN5l&NTwBb*#R(e>Z`M|4A~QbIdl8
zJh7*$n5`QaTz!@V%Cy;kHWugpx~csVIGIi6Gq>P0%kbqBU@HF#Hs)K+u3C6eJbJ>%
zxH$M)tWt*wR<K<6+@dl@j0(xhW>83(zG8FNcs|AwIG5pPCv$s`Xt~`@ycv~srVSqc
z-~>6OJlX6{ulw-zIT#iw0q0#ySxZ>^de;9IRA4>gVD$aQPU(cpD^S&go`fT6qI$YN
zboBh&$q-hLELXu$KBJLAy5!QZ30}|@;Ayj_=xSZV<XOJVdlC*$V=6$ns2OXK*M^4Q
zz~*x>(V~9m&L<ZCjhX{R6TC1TYvNF{+i47=SbYFrN|gCE{N_J=0B~IQgIaD3dWN0|
zPi_QNNfs+`D%w^Oj?E#^(ml0{D%Ke$0b>zYiOsS8kOtVNnW%~os*#u+rrjtZe{3R;
z(PyMgOHrgk|6%pB(NjmJKmu7NF$six+UXAV_m94MRHtA8l*pxN&;fq6I3~`BT*Q7V
z3yvQKI*`LjCQo0sD4?qcN8VY*sRbs2jIwMCSDrm`r2Ofb^IC~aG@Yo9wq%PbXex<!
z7a_-9YSVl?TvmJZC`*NLdi+C@Q`R>_mQ$KYVN&X>O7m62Q(Cx!IC7DGZftnfIpnPT
z^r1S*9P?9aqEqc4W(3+Fnj(Z1f~XdUIT|GM{EL^-{HRNUBJrexc>>A8#W-re?Z!UI
z!V~rgBwqZdsg0Ba9di|vR11hjEPckRD;;4u+CXy-r{M5!fnNc*?lp~@J&i$<^y!V4
z|I^;F6En2pX)3qAoGMa>;Fw*oGPN714W}$xEfK9w-daj7Q6D+uyq4&NvBjf0DK^9T
zGNwDbWnAx1dG^FUtSO<DlumtmUK)^}am=qhagFR;-#M!O>t&B2X|kt~9h!#l^G1sH
zO>wMbY$ElQ&d+PPXnCsJV0hemvkzbYT|;GK*<1|bhs*<O>W)iIn)V`#5i<uf-fh;J
zR(*2pdb+NDKDaN8m8(j3;OIkuSOcC8iga^y&g`BVl6Yb|CA4g_XEyg3rn+_pq;1GQ
zY^WKs@{c1tZb1#c4jn#o(1<SK5WqSf(tzK9kO5*T1u+8uz3F#O5e+!@Gpq=HQfV^c
z0hoD2WL#n)8kJ|gc03nBM40)UDxO5}*LDm8*Q1wIFhAxB`o|xg+&!m<>G~C17qJ>V
z#J|2zZzriFG7@07J|+sOD23JHz@R}uLJ<p>{PSp6epn2Y3k`w%7iU<gg0eW3jkU7D
zdmf+3zPk5IB~N0KXSY!-J%9oLkd|?X2NN&gdr=+Jo=BvbR4htkW0u7{mX@g);uc~n
zII&J*M^k%iBrJ+k^A@OJz}w3;i9#&`Yru%AT#n^UG%hG;py?8kJfU6)EUuDNl94Sr
zQKM~7E0U-xPSCEcRnbtdl_oGcC{#^8dB7cOBsf$#Wuj9!XcS2;UVzD{k>pW;?IFk?
zsXpM&<ph(9oU0akw6-28yGi(!KPg;<BNm;4QM}PK$<{g)ib~<+so>VJ+^CyKzRt)K
zXQqui;E;2`MLqVGbvuIRUh`j3Gd!*_T15Rcwe!8^0?k&jyYXR)Mn-Y!idQbnpxbT4
zKnk^0-pyhB0*#$+N_R^sQuHDeSk|d2*s{Ljo)ek05v5p!b=mFd0OF9$cZGoc-Kr$p
z#>!d{&{TB5=Y+QlrP)YwbKBlirPs(ZcMm};h&dnWq@GN4jymq-+N;gk>hBn{nLUOY
z<)FC*2TeyegX^diROHw!`07*~x@hw?b6t{-@-NUdYA@kPBowaFwoJlor<(S=D5P_T
zONA;@Cd0H{b8wRGQ51@a<3RdtfcMiSUo8fCLYvsrk6G7mPUVzekPBT3iqIAU5ZH-t
zk(}5bOSGz1*-kH>DmzFhJzU_Og5<pCt^+P~Za@2K5RQVT-AD#Y9h{mP$_lTH88xRN
z$p>=Y%g!%OhLM*nOEPihF|&j!#NDYy!G#k#&G~;cT~mBrZ?xP|!^XC4+iYyxjcwa(
zj5cYUhK+3}jcwc3J^y=u_h~<z{dU&=zL~XV&7_mCr=Fh5Y6uLFg$V0cRI8Fw<7j3{
z(Kf)uglX3(eG&Z*^a%ShVF1i7h(!y;><GV<VZM^)@Ezwbh`S+@+x(!;Zd7*+wwQ>%
zfg!g^{jDNj=JwL+ElGzMe3X2`iv4Fo9ctbcFN?M-+E~oA$y|wgutwN*>g2vb2Mx>n
zT?}I)+4w+mNLu}!E!D0V3`p+%i#yjZSzShc?>#rDUE&#^9GInBUVd}`R|7vjOhNzm
z9GmucDBSLwS@Z=#_{o`>Oo*hBLj027YE%w<9mh_GJ{AgEepMzFpDgkOa_xc(q}`!*
zB8Xg>HQS>iYymL>_PU~H5SzXS1>(o<*ViCDK~(y2DyQN26~TuEo{YWsTFM)88X3@z
z`#m^|le{SAVsHNKvo@}s>_5~rC6<#!%`k4py=?n@AKEF|QggXv)W0oZ)R%9P*q5AP
z2pBDPxU5E*p7eeT!M{i(de`vGu$aiYVDr^Dq6VHiulhY&hFrt;H|}#4rangg_5FUr
zp}Du_xc*`2k;U9JMGrjvdioa>5%GhfHR=Mb1S%GZ8?FEQP<cS9dg?UJ#e=kyNTR%v
z65qzgnyNQ}u9WlLypAMYabs}S@w9wNW7=Y>G@&3ukFELs{H+)SGQ0=ruZ+`u+*i~1
zPL;5Kl{Dth(bexj;GwAni~<%6Wa$s4pRS~}z+E{88ZHQs&>#gG2OHfj5m5w(I{Uj)
zDQT?fZQ=o;$B&D-3dk0F*Vn_P8sCjI1T7B9C;bBJl!X(ieH!;<1OgF@D%|#`lvQ2+
zEf!L`{*?BUfXc@rRfsuse~^@ur+8GMNd^~yP0hl>7qxaX(-&AAlJeyeC}^Mqe&X|L
zSI0kGK>^Bj^mT<@+iG&D^o81-sU^r1vN-W+W*u2G$DpMNS3X3GZ|P=KGw0mY1OrPj
zR_ekk*w7-viuFH_F?j0~1{#N`3Bqcrqs1}2zNM<L*;!}sr1Z?y(bLSkM5|c4;f9JI
zyS7d?f@r$vNggReTKuFWb#nRW>@2<2fgQDaQkH!<Gl5n@K-noOy2d|Rb+PHMv@if)
zm2HdBZJ`L%A|H`Kn~k4!6KR@2oWf#!-K)+YQ>s*Qc~=~?m4kid&4rlFjrtK#Rtr3U
zsM^N^W~cQqr}h{$+abmNvZ<(%TF>x78~kg<xq<qVrf3>G7~4IZCa(1tii|-P_jC1|
zJhm6r%9;LhFIk#goEK=O+8e-AH?$01%UoW_RK4sxFV_gCV9Z&p8}>Q0;T689p7Z*V
zTX#}*lAKMhn`YOd+p$98m;wZ$&m0kmdX&;U<{ajwgjz(ye~JD2WtIdC9L!lXX}*m?
zHZ4ZaYz*YnSk1}y7~(5Wm6#&de0cO|EmUv$hr{R6L+JA`*J~{1;3H@?z;k&5BVdYU
zT!zQ@d9-1mKE2w`_hvgUeZqA6G(G<@MwPL8bJfvp_5MVT;nZjl_3zO`j6Fo)J%b`Y
z)+*$9C;RTn7#kyW;1Htiic$l}T!8)QaGIjFvVV4m&yfnAPg1G)I{M7yp|s(j-V$@G
zVQ$J+D2j(tm4}4OU80xcS#d#rh7>8c`36MW$LJt~PdCk2o@%FWSY+nvYWPMq?tUS`
zFq@0{2fr|Wq)M&X!NZHdr}Mc-D4Hax$~;GNM=ivwg@zlUln%evcC^H-|9d?@;fY~p
z7c$`g*!$WQ0Mg|}Mt(KQ)z~|5a5yEshV7?=h=##4l|ZEr=LnM`Gr}XEL>dO4tfj2I
zcA_^<WEK|_jVyTD%hG4qd|KeDrNt<v8L+OW;)9;QSPx3<Hu%%}XL~-I5C|;Zu7dvF
z$Pss8juP{t1_+~m0WjH%#4$+ln2km1xlL(+xyHrsIJCv!FcQ6ks9J@Tzk**%9l1sI
z++lmT3t(&`loXi7g3-8)l^I)5(jYY)e~#%P>(>djjIqfd5kdp805Xm-`8YPA146kA
zzZyz1j@#64sq*HXK5pFGYDZXo9%w_3vfzZqKLOq*s&Dvzk<$XETFS4bZ(Xdivmz5s
zKZje%g?uPtYLR4#0o%0}Yn#2yF%`yE+S3^q!&h_J8UonYGF72uL1k_2Wp1atk7A)}
zdU}K00LkmWicCf9143bc-SSCgKa1`*uV`lYC_+CcTDqPUAMFBQVHl&w=qI(XZ3OPR
z96H}`nXIwbhJslD>fG1k4qL(T*2#22t2eUbqJg2iMgQmF&8Fevq^jV4q=!Pn6MrZD
z)5fib4XkS4W?!%C!Q5;vB!2lwKd%+2nCF6I3Ueg&YQJ~~im1G9|JS-bcxM6GZ)vFl
zE6>9V(^R45hWG*3^Da!@?VnLYi1zUhS@<^JTJc1UG2PQf$ME--iwJg<$?6tkA80Nx
zq5>s6hn~(4_1quvs<r&^*J8rVNfhy!NwHBROWE0KO_U!9O0dAY9|kecZh%1HkMi6I
z@hk3!=cEg|shc#W7wPA!lgSS0`HPoXKDT#>z?>cKfb(gv-xXTvVHlX<KWXekdm~3B
zZ6b2muuw$wP+`V+I72%K31MYMc-_l-oslsjnYWqgVIk!lgG#&0>A5Y@P{{GOI1`-2
zw+?;?RoPcap<3fE6`8$wjeiNWIsB+0H+53BFqoKZ9qi2gD&>)8!Bpb(?R=8gF22OP
z9RisZQU0ptcqERB7ByT#U=Ek_2jnO?%Lo$~Fdz6G0I*qtbB>rvX(J<{vU&$6nyuYE
zb4q2@?wL)&nZFFc3t#ms|3)DbRE_;Q#_GmS1PSeQm2p)J>sQR)j`Y<5$zJbXO=4uU
zjqCkGaW>y+B9#?!eDf~k5X@+xaiD5Bnw$@dQs2pGumpXl^=g0Yf!y6taCfJojxl$<
zaO#$E?I9N_c(+0acd`A^nU0VtGq>LRxk;9_<bl7-T@H2|-H_&SzAM<xe1dNZer!au
zB%O(g`fi-|Gd4A<q3y#ppl|HqI!bq{mAu_=^YD<r(#z#`u#>A)D(dX$bD%6;ZSSDk
z>-^VEyNVBW>q}}v4w+!P!zr9wl7RgW2D<0UHi3;>tKFXPwbVC`OMbWACWlt{kEo>_
zn{uX&iUz4K|Dc@G4K=;x`#N6`8%<aHF-a;yb-B?a32W`SUl*vp5H>OJPUCiZU#rW$
zKl`-%a1kw&1{%RBberU`Lf}j7%t0ZFv2r3pa$k!_v{%5TbA3S!IoB#QBE+ZHP1WpV
zudZu+ejj8ZryD-U`c)hKhQYDkL5%JG`fWC)JWE#-6AO+^gOjPl*1%#p2M17^Uz0;c
zyY#QFZ8bF<xUogaMUGv3xFa3)G}8JeFC5J{jy!{ItfiICjKPl&&i5r0=#4ZwDUt>k
zCuw|bP9wlN<u1S)-)F&7R^w+Yu~!UX#y2kxr~X0`xSYY-1K9NA#E@)BWO{L&yY<$|
zV(ozm%iH|P0(UNtCkGiyQUt?N8PP<cN+K@6q}8IiYjwL0%7upQ_0;9VG5%FExyytJ
z%@Sn+D<ENJphx4|GLnhql2U8BVwz0^29Q9jK)@ZOk~$S;e^8;`EWv7jo;YJm;<oew
z3mK!-g@bz~Y+7^TXxWV?mk`ta%JViwKyZZ01Ji5ByW?nCr}ZmVHJ#5FfN-_rx@=oY
zU8vN5n7h@=Z-9-6GdYW(L32*;bmU%${ZMeXxuy2C#eM&u`Uuf+&s~RG*LM+9Uw);m
zAMZ0QpNB4=_^NNS8K}K9A3Sree>uYw7Kk?1nSGfXcdw2XMip~4JemtXj_h$STdQB7
zQ0fC}Pf8Yoeys-FT-U7-S-j^7t$j|S0ZJL{UDiLf$L>P2zG&vV@1Lk^$|-m@pGHMI
zI!ItM#=I_n-PeQ=UiCcfW59D!y)luBo43q6lJDBzB2$#guNlg9*^jBFc_F6!h{}r~
zs?x2nc#WX#)0}AYz4vec4;*Ucw9j5DXrbpIl<*$MPhAw;*qYE__(jRZpcRd2ntwL+
zC^X%K1C-Jihy}xb+hKP>5FZ~jn1~AIFxyaaJ#M(2@~L^=KOvAG@72=O8t%z5A;hK2
zO<}{y*Iu8G^JOdlzG<l44&F_|sJFiH67vR<An9q(&q%kwWIk4<u%)1|)*_OkdLBn`
zEu7gqz<r%NI~KLi^(^)KOVs9i<|ON+<@iM-6w0Lci!rW_LR}33xiVorK(fWDLCsA$
z9c46rfs|^&V2eoDk2{!Uh7?|w023htOY3M%n4q-0{VS1kXiPqwA{GW!4hTeRy!DNV
z$|n6*`B6Gg<h6aM%jCPQLKDB>HlNNwSGKC%QQqEeula{lm4xt{Tdygn2_h*#oDq~t
zE(dF=Oi3mEP>LadKf9BZCRY=BR^w=*cY_9875^MIPC*G)--*rg=2v2Jv$e(9g2XwR
z!RbrCz%3JEtq_w>vA{R*HaKy!i>Ua_dMnKmufzs#y76<pf3{u(?_OD4Y|m<ze=t2;
zI;4Di3$`Y5g1+>*@3Cx14;vuNdK7l^nJw-SN@HO9&|=&0`FNx6J=zd*SimA*Q+wLY
zzL|Vx4M?Kt<W(VhJJ)>c56bqx9qFMVc_Wfv-(IK4g#SGF>$AB;I}zK}b>d~u-Sk#{
zd;Srn+vT@yDQ|H5fJw35)p)$T)QO@QkL3gbsn>SZj(5ZOB@lXZb*b#q0msG?<uH2g
z)}FfSrS?Kz5ka7b!G9o!jxpPfH0*jhKJI&TyPH+L(|CJ#z;VRB<859<9;{$EyVtdm
z_g(Yt(m*xPt=gAhckUy1>!MvJ2L070)vLZVOHRxuE=gneBsv=}!ky#3sl|ogmfYm)
z>IZ+daj6ARgW#S@8V#vr`q}JAfj9k>5I`=o|HTLc=sr2@wJ2KVxgSERi9&|a;Po+h
zzlP|)1Q({zhCkofUY!!`YHT~L5)u?kdCOppB?S<#E0!o$MR3Mpk|7t!=^?lv-RgVi
za>@t2N0^+(l6FdgXk;#=xYo2H@B@B)F-R1wTIj+R+a>{QQYT(z0Lc02W&)Dk$1DYQ
z<FLW2q+v%ubbB5r_ZHmw0;P7<MT9G^l`=BP?%I51@hBoH!SoqhjlkG;F<A@jv@mzD
zL`Dscn=vU^Q&^hls{x)Yy^|_d;}E?e<vwKsVUv`OiOjyeCaN?2Pjs_PiEzm2D3(DO
z4__B*C_xs{FW*hrG|Hw~j#dfpi)T|=1=tbPYJ9NlbU#blpzAzzP<}e0Qr$^a*-R?7
zHCA=JnBOKTl!bW1nw*_Q$yU*8y>I86>`uz-zU1!}7kc*lw*4GAYoR<X$&ZbBem{Wb
zLTuN~({vS^Tpp+|9<>Yblj%IntA2_SYg&K!uZD7VVpLX_|2DoOarmq{2%L`2KMOr&
z-!5Kwe)MFO)XFl-<S(*rOo}eVNu)!bLi>9iPXIM#9;<`#L)!f<?$7%V*IR@Ri}6O;
zXcn4GoiD%f1>Icx>VL_@h#mc8YYVtO-ee%K;Yw4aV>HnFaJ>xY`sY2lb!5{+H|8+k
zz9Y0zzJk@II})X;k3bquV4_1>ERIa%MoKz!sHGhGj{BoUU^4jiD}z{*nCQrrR^z0J
zZzUtK;%ua@ie;%nBw5r78mA>BfUi0=kG1!TdF2>u)$YDo^>Xd6wChD2s9z^wHte5r
z)c!C3dFBV+g_oV|`Y-)&-lBb5f+G=O6WEJSo&XF5Ic*K8SF<qtR8vi(osaQo@8AX|
z2VdTkJ`70#Sd7+Wv&=hccBJuF`0Nm%z;uUHYe3quLP%6kE7U}qbWYZDoWy>#m(vZ6
z#=t_E^BCqEuGCtA!Kf$#P#S?fBo7%&9jObBEd^;N^d(#7dJdL1Iiar96hD5{Nn9o^
zDn1TuESrW0g%Ty6T%4nybR63mor^oX21;G+;#<!&v1oDO2|s%3I0>B>OOjcSC_QR-
zKV4>@`{+iIhBW?7Bjw)r*2!**K0b!uTcP_aRwZF*YA1!3@%rxOA17ZO)^9a-Oi@&C
zC&hn33_^_M>tKE+{dslCZ$2`bRBmJ1$zxDF+a6OLOD}ABj*5}R@@M|j+Th=p)Wt53
z-^_Ts$`!D?3;t|e?s3_2yRT`r61&>v_RabwmgzkpV~40G6<Oi>ljxMsP-pSl+3|JT
z(9k8OHsG$&#s7ngN&EI8O}Enz2dK1Jp)ESX<82H(fmXOk{|`D9Lg(kC_6biY-87+b
zp8L3}ASMVny%~Pq8|E+7U$jKU>15evsX4*YVB)N!v>9ET$fkepfTW;Dv%gEc7wGIs
zRO9I*2KpV5aEMepWcBLyj8@6v;5_hJ)6tNWElQI@C~ro#Auw-fzek%%LG9!?iLTEf
z>`E;3!oQ{GeLkGCFUz;H4uVq~8{+{rl2B-o$mA&7SJFc;QMYIW#&MWMOuH;YCrCkk
zM|XSS9|Dq^T}|95L0|P8LrC;FpfhR%Vm+m;AL@#KP2Q{pzlibeiAN1#$MA-+rD?w_
z`*6?HboKD_U$3wFs|Ebj{<ff%N;d+D(%*|Xm=k7uLMH7<V*sLUE~VLUjEP(Hqp^Ow
zCkO+XHDM!nJTJe|VD*eJ$ojfjDdCn#pn)7>2oiE6Ois<+TC{C(2^dIXWK8I6nrp~V
z<i^DHVK^6L;$vYLWSldAj20Yh9Bdw9Ap?!aganq1%T2y8E4v;Uuat|2L<VHjlIw9b
z5>=a{!P6&!MgheKZ}oBgX!^d~Hb>6tlz8kicNK_Th0w6>eRh&Q$s_22bweE=aww7h
zKJKC}vH%S|;vwk0SoqpVp8MkfLE<mY4AhE53mZsYh8Zxvbm8}YEfv1Wn9+E*lDSE%
zoAFrd(Zt1R+*IPNX(>jnF+Zcz39>KS<WbkMSZ*)lo(aHJ73CffN?Eyh7{MxX>9TT5
zmRV?T!C_XJc}H3hnD}bx_6%jHgrdmbR8gkS^S9A`tP}pz+xhAjK{nAwo4SH}b&glh
z(4OO8XIpb+>)D{ze$>a9X{ks@z}PHnkodLJ+0Op^FP7eiA&+)+KP@yC85A9SXK>p$
zVCu?u*JoSyCH>s1^U&XrR1914fprR>2en^qXz=G(LJrnwC<uFI&0<<+$#JJ%eCBur
z(t_!&Dq#^x6o6hmjWf=jLo%LNKi!qGK$!>eI%6UjQ(5APIE59hR<!0@8Kc&c%5Do<
zUy^?rJKyE{;)b5KQgerY8~=KRd2>{BtYDkfLUQn&IaJvgd@|O&JEscQ#=q7Uj=F4b
z^B|TU&U@rgWDS-Coqh^fM$c3kL3CTf+k+vpey>;*3}c+^_b>C1X;B>ZrdxAieXj*-
zP~zQ$^{L_~quk115mv*vwIGY;v?LB&6YxOc47ms6e(nP4Yh$|MP>Ao~BC%jtfUrJx
z5X}8j65$xW+i&iy8u9s^q{^tJKmwlct6$`p(ztua(IL6jjh>j(Qi{ft_UrmzRCKw;
zens{NYrHsCv5*Yj@R7ccH`eAzvxTP(dB;vu@L^G;pIiJ13Te#x6+q8!F_!n$8T>un
z=kl@gszN3-VnRxmYoF3jZ|}nU;8)!HrIq#y9Myh{3*po6?e*uCY>%#Y`+=LHfsyNd
z_yhT<&Bf6FZm0b5kn`$I!`C_iW~Wu{bnd=ix?L_k=^cH0PFtHLk@<U|T3F<=)p^f7
zeZcp#8B!8>(nHi}A=l4ydbZkMvcuYF{Fv}TlU<ua1nvAykT0Ls^Yf$PZEp^8#S<c5
z)9vPc@8GiryRl9K$bmSb?aZXNuuhYLUs%0JZN;+5rYj=$u(VW4jEMvowO|p)FG~hh
z6Ka1@@PI_4IwaHlV6_n#<mH%d<K7yed;44SP!BGN{r87~NCm69?B!JHSSj0r$lznI
zg-GiJ?ZtgV?b-QOvc@*A-|O6{8Y<`@8q_L7oh`)qnU#FnAlFe=QdZWaoqzfr*NVzt
z!kxvK%_bFA6yD-s08t{k9zH0>r*U1iv9zYOjMqs$2W`8`bs3iDq4^KFvOO%OlW-uX
zK4V7SBBv6QSCkQG-pcJ}jEM$pg<`9N(M2K~BW0@;R6ZvmQ?DITUxy-tg@>4jG6QIX
z+)~75T%wT1;M1m!XeMiWAGR`zh4CaN@9`W5PZnqlU}VvhFV~Kyt{ac)e8YneJk$zN
zaj=9=sE4G>Aq4O!Oqr&bzZLiF&V7lE!+2-Df1`<JIipv(@y-0r)i7b)&#v@@O(l5T
z_lu>0&!+Kg`JdrGfi|uoQSXR)GA4#kUvClRhaonTiq#Xw$}X&motJ0JO*QY4O}ijf
z-+S_p)m9K*A^UXhqk=98y$WD|Y=3|>BA=3Lemu9+O3zLDXJ@H@V?I^_)_vAcg4{Lv
zwVC9x9q(4b)$lvcy78UlSlSQ&kA|sOfjaZYmjP${-$QR+%O`8c62R5lQh2&39#ljv
zq1>)oE_9#%ullQduH08Tz|($b8+6ZPL%2JqT@A7^=N<v@mt2R|6fw@7%l<~M*HF0z
z18NwU_>fuD2^Wojxy^X`F{r{<#{2c;oyqv%#QQjv3JOvQ;3udj!-EOXCU*G>EDb&w
z0Ik=_FXma8D+C&EMhUBV^f*AYrf*?O^}MhFEsL?su9jRJgebNn<Ipd+F+#)2J#gXM
z+TzjkA8jLy9*rAws|CfVmB=>zkP?!t4V2v1(&hQ9BAs%&_V`?BrF3RYFQ;??@ADiU
z?1c8d&DId$VAyYT{4k;DR3sp4EM)K=NG@&wTP%&um@bOlyC0o$EI)0LbME&<qC~7R
z*Fp)Jcw!Ay8cPhbh2wHe9GLC{sZCBxF$f_u&XM;r7{{~FlbQZ&ar`)W=xNm_yH`jZ
zGdLUjU5>?~i!DMzgUoBvrdpF0DB2NAEq#ML64H%Ac5Y$ucWce7X>H{S%>&NU(x~V%
zwBrA@00JlwXrh!sh5Ywd(ZLcJ)fsr?To0Y;F4V@BdYBwTnR}w&No!HQJ}}2er4k2l
zvls7c^-XPdba##4qxmjB5X4EPJ?I^E9Nmo5DP+m-CLQ#G0DJS{{?`Q1K3L=LqtX8Q
zZ&<zt4R=`rZI^%iFCS*7Xfu;OipG7SKY5Eo9iyuWQU**eyv|{F=HcG!tFzrk%hfA7
zhr{qz@>gnJtxtYnMX<unrfvKMIZIkyICSitSL~aaw=|NsaovLY(YZNq(x>5#+ZHzC
z2E*wa-XG^cjcN1sU~$Zy>oTqrV`hNgWlUjL>o%9}qagL`unQSpX}rw1Yl(?zY|Kx2
ze9R*!3%)Q4%e)V@DQ^k1$Y9K<-wGa(5yD8><`^Bix-Pp&_5p0Z`8JK^-{Q%bla%RU
zrkzmuC(FX`*n>eIZ!dbNu(+5zI=*Zy;^<Z~)vi1wgbgSnaHk*#Sq4+OCz2R|A=sY#
zs*s2>4)OZu?XIBUEO{lqbz!<OS)z!KQYV#t0G2lzEAd?EN4AKWv%WK!BjH)BSG~16
zxu(-97P)>HGkBoguCC6P>;`t&F__TEd+lVrRW$dH%7U!M))q3JlDy}MB^FiLqHGWT
zQc4q!Fjg@jFiRS&8<7<dhLrGO7zqI*_WkE5Uy>yDMO|4XND{ptA;{befoE(sy5giU
zyYQ?$T6aQON|tn$j;^iXo=#Ttf&(`(*w2N!csR<DZ@h(q8*MJk9BbySo6Ogf$z$So
z(7VPB>PaY1(!aQs+k{T9L*p`%KjJ@9%4#6foY;Y~A(xW-gU(UHZw#|9bcG8)Id0kY
z6)9?!70}2{^<d-)E93u}{b(JTdeb!I{S0q?I7weF6h5A`T8-WduB<KM(>`Qe@DFmI
zo=Oj>S+03lk7&eYvZXQnd@bR+P{3)Xe5G1s`be!SpekFgf88kesFm$%*vY1-XYINp
zGL8OZ{ol%B;vit)Xj{E_I!?cWw`s%8esM3)+;E%FZP{K^axD`;?y#Q6$d0%5YxZM{
zODTBm)12yZt?e+HFIU%n<r3g%UCwhnz|ZXBXS^Jo4VZ53ve*1O@PkoE;E6frnukml
zvu1xW;1v__tn)cfTYyfEQ5%4;?RR|+6Xot@p0T!6*mL*dv+X+VjXf=z{#P*=ZY_hE
zM&cODhrpr=Nnrls8Y3;tZYv(-Nt2|^4$~u8_2gt5ih@*x3l0_u{-Y;8XqR{$DM#cA
zTXhWvFi|7o7uKW6FbT&Gr>S91(F1@wB&IpIshX;m;s+H0{RUHMcle1ZSdd+w@)mwJ
zn0?&Rtu+g)y#3XHj{WspGPGfvM^`|TWoLL4F=KFIBz|qsb?>r764`-yi~}-)v#Q|E
zrmg2`9<)K{VOx4Y#l4n5y~sjOl;bD=NS<R&Fa;7N>yBKhOv=nK7=VI|*+hli6iQ$c
z>9QsIfWi<36BFS>|H+S|`Y$;OV=Eai6AfG@GCK!ZM18M66f>a~0UMGH3fu_M2nxqk
zR0S*}ah=*X2L-$eM@=cTIT8|C<$B5BaMQ&=YmbR>lb@kXIEC6{(C!m_8387q*~rXk
z6f75`<NLYc1yh!x_x0H++~E)V^{$JS>$q>_<1F$*&5jSlb%(z#CqPl2NR4^?=#|UL
zZB9d`uQLhs?wB2~{wZlGHRstLm<pfcE*C3#A&(jzG0Y#oAvH8KNGBiw>05u#c9W60
z>ut@U|0vaFn%jh;w9HEQgB`t*fuW;}?Ikz(P&U@5^r8iF4K*(llULZz{+uk)=~}5m
zdY?~0`ef(JVHj01R6cLx^>I%`R6LctBx9z}`VTKI(DEMFr3|BsfY1$czb$$5P~RQo
zZ{06VB#x<mT>ELY_Knmn?1{@yCp~Q#Oldn&JCfV5%tK566!_f2Ai>py;E)^@zx-hD
z$3{4__=b;y8Xua7hN1v!w^8Mi{s<j}#nf|g=~twNL&F9jLw=Jz13$@S<)v`RiAZ?U
z-jWH-+ynn)Xz0yr{h3<G{3@&Gwf$ae(^b1d=mJ+Sy8<zhtwXfNuwq7}j!HAQhTA~F
zq`V#+c7CIuj=@Arm!qrFRe}2tR_L<RuItf)?mOx-%fFvfiKXd|Vn?&bdo;uaFhMZx
z*%z)nE+zvHk97Lh{n;|zJI?rSy|E|KvXp=k6t^<6B@ml!ijQ(7M|FTbn;c~%I+KX8
zCk`$g2t<N!0mZ?YMzPnnWu>(p-{PtAwAJE<AmQnTLj({VxAP=%q~^lNxxNH$8S`O6
z;!?%A=`hY`R$yLoYou!wH_woN0i}%ABJ543LP&92&EY#;Xy3^FUECnBYi~bFTiCsy
zlDFmGT0dS|;=Fzg!7|kMG~J-1yRk&q<J_%l|BL3AikrZ0c(<bdJ>2G3%ikXaBW_ax
z2jf0MV=$Ng?>}CqMZ}Lwyo2Un;}_3(H0Ir~$Cvh`CAOp7F}wKR$HEfiuk%ShxB@Ko
z2fMOsH~qgU--9}X4hnvk2B0?TPj;UX&CfefF|i|goFTvFDx0nzKORysE;rxSE?nof
zS)~iu>erv$T%VvQrtM5FG(HGeAn0iB>7lJ*bY9;X0^Pf>3l856@X}9Nq0eOx427N)
zw$g4dfk3PfBs;#k_!BMCSU2dDLliJ-mdxe8$tNeLm%pooD=!X3W3-4FZXXD!U!y|t
zwQr2+Xvtx<0!hH7CACB|0#PvM!~h6@yZET09(>nodAzQ%&@IR4liozWX4q*}0JN2@
ze7zTOGs!)j&5WTDF8R+V!0Yok+kj;VpBV=@lG*zs)UN3?%4Lq^?R*L09;ryHy#|-w
zoneHsL7>2>RD!gR(>E#F5_t4fyTUQ15;IR;&_DYy{pDmZ5_CWP0cKHQv0%`chceO7
zrUl!mOU4l$UB+pKY2)x4ZV%J4$mHUNUd2sUlR!AfttvB_XNOs}-+Wpr;XF^`Jkhbp
zxPX|iKPt8q-Z(gx#UkEi8wU9ICJpm%x0YbPR$0)H0r8$!w&aI9)X8J^{RTq$)0J>V
z7>i>{1uVCJm6?=;Z7M95TY*U_<;fIzlConF$`t#KLXR*C+AwDzn6n(rJ?l>K8j2X-
z`IGOWZ)*Bnvr@j~XDHz}t#SpT$y3LbQbm*4y{)xdUrk0uYO7<1FM;iU-@dLcwjQ=I
zDzv=)B1o{iSZx$FtP>w|h`NY#i|h1VFCHN(sH>}+5WI_-6$Cj;_>{ipjdo!UQLJCT
z6ZuIr3Jz>ayj64h4JhKjzL(g#%EN94xRiS|{N)z2+3*>`fnB@a9XtDo+L^1IqGfsM
zQMdbg>fSYK>hAQiquc3r9pI0H<YwRIJ}p(CLd5qlN2Z@$D@j={*&4781|$%9-K8Mz
zv<g+r&^tK@+$HW&4H*(_-qd3`mtcT(r>xr$Z9WUX!JSJTMGGyTrtF+~en*9M3d2_Z
zMI2N(Y1X=WCGzFEZg1!ya95#ckXuntxP?Y5mMmCJsIDLoqaT|XHX+^^B$4R;Fx1Wa
z)iD{7e%>F78z2fJ#rvoI%y}R}x3yxojvOF{OJ1|e)8Y5TKCja?XG+rl=>-YYB%<M&
z$g0ZXKF&cRu4q=acGOl3{$O-F1$lQiZ%Q-HjI-EFK_y(bYfA*#xA_%V*H&L8Q&fO;
z<C{adfQ+In4bOM)9}gxOF%bVEEr186iLXGP0^R8pC^)c`W<+_eV5WWJ_{M|ODQdr;
z6m9eU$sF}Ja#&4Mi4?88i+2sggQ$lQuW&#cC-IA^Sk<<d74tKtLNVWHi2?hoX@N#m
z#r0X3G~o>2g7nwJe_FseOL1!$VL}kGun}Z80{lsjaIGmBB6H^^3goG^>%zb2?c4>y
znJlh9SIKMH4rR|W-@^!bPckSMX6Cg3)37(Sww(eTB7De&i%PErFXw~}ma9Q6r|Twn
zom|by)~oWCboMw`OmcrE`h!UZB!1op4KMraMpZ#-YMuGDW{cN~F8<4#oxcfpb2&Sw
zga2Jw^U5BjXvpQ4msLW4+l-%(6SAIH{@(0Eg>7W!Q$#;H1iS==V?}C8VDDRJQn;jP
z`+-CtcS!d0jaAO3%h59!8%Ugm_TM{^>C8%&>=1PDVjAgh^Q_u#pE~aq@9iu3-KHX#
z9EfbRa19{=kMsBK3xP`!k#-w?QkEeB%|@hb_rwy$k^|;h-(eOo7}h>gOb8A_=po^Z
zHNKQ#d)rtRWMQ*V82n4r<1rRXVKV@rgX@N*WM++w_lOR~w^licj0L(896?dxl`P@>
zb0!%l87ISt@DU^~sT0wds9Q0+(dor$8HIBB6apK*hD~#ol&C#ms%EjQ!4f}LH3WKp
z1oxoih$$-^Pi%lPOl#|PWP5XZT-G1=%~R*x<~-SoIwV7~#Lc+CA;l$qS+#><`6x>f
zGDzvV17U$~$WnKcGL1yVJYtL8f^E*(A97|y-`5Ry^JT#Tsik9vG62g!8b@eSG2eor
z>ta%dpe0UH+8JM?co#D2(uDrOP%0F1C}fG?APlrdu%AYiKbK0k@Pk6@&Vq*%x%cca
zM9D9-Zf+gcKh}P|BKhc$b4ACK1S!>|(;VZ@JGr9EpGE7}o`qMyJJ|AUByx4Y0Gw|2
zzTe-R?61egc=XxgF@GNz2%ZNka_+uwzu54iMpWrKPJSKp2Q}j^gzVe8?wN{Qu&O5C
zHJ*1Ak2m=S79;+*c_Rs$Pf<xYxqW1ErTcxlP%gT1Hen0gN33R(MQC+XM`r7?T59K|
zX?N}r&2H6@&6!1H@azD>*U2|nFND6^PY~iF#SHI(dKhaq3X)av=M9>FbnaiK+nVM#
z%3cz2Pyyyy8f}-2?3Bkc#LfHkLXTr77(h+|;Tt|)(15BRCx8qKCMg`m*A2$<B}c?c
zuhhx2GTo=d)B=o@s4`j_2FPG2jRv-!e(v2mbtNcv;^9My1N4k-EI$<WX6kY$vBw#7
z^zzcxE#g`29W_xmIy+c-dlg?dxQLb>+LGI&v3!Vx;lAnoqP2GnmXqxk7fA`m#WQiw
zaDmRCsRTTVP#L0(;O1oM(P$VG*OsE3<cN8DwdIEGLt$YknZJ~i*h5&7y7njO!9Ysm
z*7f3>D(x}@*kp2wl-}S62#^p3fdt!YsCDT^;1+=p!mg1L5zWXysZ7gBAK6X5wD6Ev
z6z+sio>=9ls1Uzessc5IfL?R4Djhwk7`_d*47F#!F@B4MG<N^wE7hAe`z=ClDKhV%
zrP%dv$Y61NXe182ZITTCGzX2TomRiNftXRok@i9Cnx?b$e<`&-I;;E+{(8`>JVMP^
z=UgW${_HN>{cC?L{olyTKDOfXJG`ZyZwhSc1GLz8`x^t!JL6xoHhLNFvBnhWGCQ`2
zO!8IV(osEz4nW<TT@U?_|C=_+Dh2#4<njFJZm2uE^nsWDwpHBQRf2Ol<mqqQw;*5>
z6%5`sA&a@0O17_x@qw-7!Co77q9vXgZpTL|$y=E}-sSe9)dM2w8?c+N-k0ka=&`W4
z$L@$95e+65$8u$7EBPM>6A&I65tnrZTe5u{>}C?i&Dmb6SDpII9!2D2jIbyKMmpe>
zxV@0vzz=03EhAV0n;MG(6$(P4TP_+wNZ_3>=lB^N;10Pebri)1D7`Z<FseM!2`~U9
z12vYFzHGjV8!UAokPgS=>pb~*5g=^-5ADjc3p*=uZ8mDJ7n{2{QY8qxN!}>@pD#5p
zNrA}kep6bq9!Mp#Fi26V&irl?KB_8o)f&nt(STY4OfPNoS`<V8^k7(@&n<L2_iJ!*
znno!ycGRiQiv%;8*^P~3rKA2!jsT8Hkv=HtX`6bUu;5jU1~{6Sq$%I+dNp0d%-Q|v
zq%#kr_d)5U=IyU<*g+^cnikqT&J<a*7FX=Ou<ozz#y+e=atVJqkvkc>aE&UrDqZI1
zI!sG{y-3Js8sp6n5fK=UijE42M*;UJrf;dWBN=phxr+XL8hgMw?5{0-B56G_Ti6Oq
z$Z@f~HaMZ2216{jh0cwW$kwIgCAwIv(=)v3Z{k!?usO1B*+N>}Q1X{BH`SH8`R8^k
zxC7(=IH{}K|HOb{xvBTCKE>5?;x`oVIKGM@d-#45VgBg_k+&lh@_A6wxkII}_DJ&;
z;y)VAH1x90R0BF9xqkRsKtwai&VH;M4sp8HVm{I@!_|Cvh-zxC?LZQYgzY%*VfkFB
zW}N5J@qtmXcE93{$9%Kj{2;n?yVv|Y(EMCM@PL<v3GV%JVdGM_mke8~lcv7$PiH?r
ziU7J96zAH{6Dl2;ft=P2nV7I5hFISn8QH9j4dBC*e<gtvi)cQO=y(k~lXRD}Vnip{
z2AH*-$5UcOL|O0#o*@AxD6qi&G|G3;RpcD7WF_uMX3UJhJ&HyWQsr?1VZ<RsDPogC
zy{uy9AV>&f7vVr=*4`~ei1E-q<btg@Xn@;gh>ea;1FXC1BP$(oE!!RgOt?uK3Gha(
z+Em`pQ`o6fuyq*ybeQ7&*LTnsgNAen0s0*pxNQe5<Bnoc`YNscENa6AZVu9jYEBI=
zTGEG!u^|)cE~nZlJQSX*I<q!yg?uD4McvSk4|8C_q@&0b)ErX+&@_bFK08C7=c3?D
zhokak^{vsVoo#ChN&BeJo)ebtRP}w%2W4Q%?XxCsRNK;9>lzLv3E>E8EY5UG`;!Xm
z-3QbU?--X(bql28mo1Qw>+hd?!m<@sS9n1trOxkEyma$trK|ty%mds5O4)4V6MyVu
z5V=DJbloR4taI#--Pq?CUi0|;N_mOU_b0^pyjN6UFwD44VBMnmu>bG>|72>p{4=!B
z$p2^j#;I@Qae_%&CzYt{CrG`w*Y;I_VKS8C`NgI6(jOCVqn*k>^I`9!;YDr)+x2Aw
zas8@e^$;@sk^@&|^d2i-U`rl71AaUMEhMk2pOLoZy-etR^{*GTHKVehw0vO(F&P}M
z2l^nGuu33HB$T*Sq?Bl4qR0zx&JzL%nMcz%Q!tAphcko80RRI00R5gDJYpd14gxn?
z2Js*mFrFBxO-&m4o6Mx<nlLRzMN&96zTgO1sOv2KbKylGv?oP@0xOv&6dGHrcOOEI
zm~#|u1{R_}^QRX6a>N~ZEJo!}KEJ*AG)jC@MqygNq^D~JQRs_<4VOo@Tj%m!plUUR
zF)3L&aZljzRzGACN-;9tZZar_0-Ad|Byluyn3*Oz7_45RRekQZs*K7+0Eg?W^hU1l
z)BogD`<slaB?gExHJ8=X`ZM}{c8vZGQ|XH@=dmmm|3U}X=abt_LUoG{rM&lTFrMVB
z6kDK|1>6I7AsN=R+YZ3`ito%?02M@5nax@9XD+7{<{p+peKZM<l}dyCyjtMM{ukp-
z?l4Cic-*?T?i%WRJPF>|t{n<n<Q-2HNDl{(#yBQFDrAimCzTEM)825bc*9Z_6GH+?
zn_;pRPvh<GB?rkw<g&u=edE!vrD*3&mv-`lzU^fl{&M|U$8?}zxr@Ke@!Myo#(z4#
zPhSurnIkv@Iry*zcwJxwxO~Xa($VQoKzs|o4Dui<p=tG^cD(gqOgJafRad(k?kUlc
zbjOt<<*I7+E^xkD<a!5rzTa5y(%3Uo^=tI+Z@3<uba{P_RQA{joR-4lg-q&^d6acs
z)nQZ+IT)a&lPS^`?DcYg&jw>zvXFn&MmDQ5tEBpM4a)S4QYRqTJpRqlttQEei3$@D
zloyDPh7BQS)Siw<!s01CK1x>jiUWj(OI#Gdjl}2+iq|Z;)qHnmNx?l<=ms2h2AR0l
zKmDCKpEuT41!S-R9lj<aWnA3ViXB!N6HHM0HIO&n;Mi}*KH-UkhTUQ@)(8RfYZ!S*
z8pH~m_FxK#w_!BFlh-q7|2<`Fk0qfUD3gYq^<cx2lJx{;udxc>lGwu{4#&gLlaP{F
z!1n}7gNjC6QX@kaHw%FX3b-LrW{1F6CNDDz8<?h5z2AMJXFdM*jduqjR5+fbCNzVg
zCNwgbQW0zdutZeC`a-gUIUF2fE^I4G4ciZQ%cC&;xTERd`<nL=%ekpHf@>LMzseRP
z4SRD<YnoJYWc4k3Z=mqJn1%6e%ymR|JP<kB_RF(ZX9c0JrJr8XV_j?oqrz)9xQ+XQ
zV7trg#$3o!g)W-o{Ml`sse+5==hv|Sjhqh=t9d_lCM-)vn#|1i0eO$;YK;HJ#*4wP
z*&AB78$^k6IYCj$l@cHTilLaVne~4Cg)4t5<X%xG>LsK>5nOV5y|2PKy`nxfJY>Q-
z3v-pI^>{8{suldTy{+}Hg8fxgad%uvHR4|=hqf)%(e8lQA>7MH1|`AD$WsL`LLg7T
zwJS~3ko!ScM5iZj8<zu-YP4~YnH+<M(g?gyiU&H8-HarMny(eE4sH!hu6rAX4gh@X
z6uzB>vLl|G54;fc7=r;VF|>_u#~wpDxE|m-tZn#!`y(ip=m&}UMO3J0Iq^gUcL-3(
z`BP137eQy!5%YI-&LJH~pUHF1&HdEJ1I(OpG&1<7Eo!<<6nI^9DLBxLt)&cxj|?>i
zkdlQ$7E3$->J9_|LtM^2QRXc<NT27rSXMgvf<oWx*c*9=kB^~S2b+`9XhxgsB2^&K
zwcm~fM+%p~q7FU;SzO?kZwBc=jO0UoziluxaqM`FQ5rFABWW*7C{^52xKVL8de}>*
zX&}yyH!BIPvm#j|7#|@bQ|GvV|1b)6i{&?WwcpUU0i2g<VIRqxe?OmU+LohWWuQ0+
zd6ZEIP<|@Y#MhJ_`SBs7KBXVe$@dO%$E8E{98&1HO~=|)`5u}S?2Oe_HB#m5JX19y
zFLZVp+Z<`r$e1?%mDBf~A9sPDNedWfK56x+TEEwMpI(>J?0VY1<}>teB<=diPIfAb
zbA|p%-@e%S)I{|z1}k{CtB9xoIx472`PS4o7vtRaFEsPW4LX<w3+XL0-8`@2^ZmXh
z&RZ(CwUx~adiK?!xiy_Wu>URWi0k;n=Y<8oRD0n>k%vAtc|OBinjP*QQLXFcS4!qP
zi<5sy=8iDe4J)Ch9s5~*T>;`F4Fawney8rVh4I%f)@V>D*}kt-n{Q$h4p=r}bO+UI
zd|K;h<qBD1=v<D_+#yHA5W)Cg>ocV99L?awyBh(tZuDb8nAo85Ao5)7Sg6pmAry!;
zL2(!W`1qI1jg|w(&HUuAyyl7kg!q*<+`s>zpkojlzy3kQVFPSsXk2Cq(X<3o%iS?c
zK+6edfb)pvOUlWW2J`b?@=@0WBTJx%U>wwiS0XRI!vLVsE$px4=Z~2X3xfZy1LH&Y
zOLkNtkC|8T;2=6!#XILsIomH!8=CUvh07&0<6oA;dLe9;zhz=zYKXfcF1}bK*><qY
z(qziV7#_915?3syz)}X%{6@f<{6(QAmfP1Lb^m1wp%*6ujdbahIGQKKw!ssT@!_{B
zNS0h<L>cgzJG#6%|A+%>h|xaRV4xI2H=~HY$jRI!;};Q+(OU7U1a!|!u9LeixkD<K
zRPfZiS-$)Ta}la@>HPJ5eW8Z|{<)5`K4y^ar`4Kd`q1aoOF=@mp_@(LyBkxZ$fmr6
zkWTJrU&=0rkNc+XyC(Ux?wBIoM3#s1o5$)$WXE+Ezt21t*Dg)x|BYxkY&QI&`h7x;
z-wU291BSnH{k2O&{Snue*UgLbDf`J_X|O-KK(zWuJsrtoJ3*wc#NBkXQgGTz`t`?;
zA6lY74gH_rR!%%XJ4Wl}RG|&N7_+P#62`=18veRHra@)9kULirVC*Od^Yxm&!qr52
z{5EY;k#WjUZQ8%)<XSVpXAr5Y)}iL5S#?)t(1|UP0F``?nsKgP*NjoT91kGI{W1#x
zS5%~dXdsy?BqcE_@-?iHE&%XtSX_|r$@cvcsd`S@5s7NI^>DbC;Yy;Fb|ORU#<9XR
zf(!mh1}&o4%};p;2?<!Bd+X+oqrw8VVsf!TOi)9jqKe%XkY*Se44{gH(L{qCii9VI
z%aXg<ZR|!BC2szj9E~rA3~OR6!eJH$m0QVi!bh?!8K{e*<#bjYzsuoGx{z|!n_5?I
zxv{XKpUc<OURM82u@^ulI1m@nFKoa<U$13Sd3?+Bxg)2?p1Z8%^*BDSHwp7bwLYng
z&Xx^eK3y1$r)7xZU-nfTlGfMxwUaA@4NV4FxL*0FZ#sBvub4JoKsq*@&AnGjGh;AA
z+v4Q?S%?4UYGgNIuNX5FDJvoWwO6JBB+m5PYIya=#Ghkhr}`2vUy00I<(wkW_;!)}
zO!Qq~Q=_Z#S^M|*`}cKo*&7EvPYtJ+sJ}1e2ZOJxcr{~gvddhu7XC`|=b-xVT+Fu#
zaO*+x_Zr-^3Su1)iutdH5kQU9`RM3nZ(VgMK5Y2j`LeDuR7j9;grjrT?BsPLAyt$m
z=FOJ$>vX!CLGy#svpY`;Udn>K!+FnufzZbSIkX2ZW?MlwG;@k6huToP?#8H8@}7*A
z1k4Ch+#$OU8o#V*53i(hRDlLMa7}^^NkNS$r&M|UD6H$_^)J87W1+9>s^^rM3h$BA
z@V*4_&uOdw*hqyJJTN{4lue8e;YaC2MWQX0i~t1EWEgMB0o~F_j}zpQTF6Wmfz;q4
z#&y(Iwy6-pW@=XUO1?`ArIm##-z~!jg8S=+OKS?jQI@bO@8$YxmA7T7%83*ySqZ%t
zvmObSVPH-qEzsGSL?L4Xx8#&CmRZ06NnvSRQdYTWQa}mE7^gHA5JaAyOh=fKaZr)0
zgMLQB$Pu`0ES@}puvi~a%5tTiPLVlOlGnqefSW;O2AUty@$cDNij#&RsReDN#3lc3
z8N{%M{l6Aq2!|^_;L$@>qjg-l@dU5J;(@`C7{mU1dsl#Q$sWb=P<mdryS|9Vah25=
z>O0xGtIetnm)f6Gh4qRFl|KNqg!aW)?jl!-*WcSg2R(i6-H@%R(b3WST&6~!mzr{%
zp;)Y`t_tdXh=|LJCIem7*9*InJg3ughg|%(9aOD(L2@m0<;RhvXo@Jq;rK2E7?KUo
z-8d;iuis^5G{`WZ=&T&)Q5vpI-`ix0d`&GD%os0z!oj7XLBoLed$uWlmm4=?WUVg$
z_uDC<08rLYYHI303>N712@DJj!w13q0Z^BeWk4!Jt$)nY5Ehs^>$?2WtuutaAqR^R
ziSH7g6`P;$FD0hBFVWKUkm&6}>*ap9?&MO6ywxx68aY)L9c#Rx^t$ocxob!paq&&&
zOARCpNf|XJau12IE-5>`1@%5qV`SmwsCCAx<)$!F?Sl2^E!&2VS!dm50qDld?Q)^`
zsidwfF;HIQLfc!olXUnY;6s4{?oRMWAxD;-C>b3RfP_c**{oPfY1wVNB^Qf8=8}`%
zYEQ&BI2NN(<@eGA;r(vCX)wQRxGN(%7h-CBRcyQ+Ibx>^)b#qYRwS}<&z#Zcs@8fG
zU?M-w!UEE~b-g*Xk!;<lpy&4tZEygch!Y}*I<kBiCMTnh007v!F^DK>v(Se}Jn;+2
zdV~RP#3hs<b#%OgpQz*{v}8lbJ%zDP(pxa_kGzjLH&T^bLZJ&y_X`Kb>G6MY6LMbR
z0RH6;cO;v5{06LJDA{%>4}rV3MM6J3KqsDyzcZk(%5jVXqvG>M(#_+<V23h^3{l~q
zSE`*sgHxF0GF8_zhl4<)@uRG(P665uSJl(7!O?p4=XRdQ2EA_0QQD6BzN{iX>Bq-F
z(}nMThhgq#2h$PMhx;m{v6KepxDby@E%il=-cy6g{mDF%;M32kL){i<a|HzjDXAg8
z%l2LF$=w7Y|Lw5+%!9e5B`q~I*J%l?iF~2YzTLwd7X=LsOaK7^A;*2iT3=t^GRJ9f
zrbzbn<;4J0RNLFz*$$mv6ImRFZ-V(DucMluc}Q>h#O=pE`S>}Y#gonpexD<MfgiSZ
zx@cUA2Xf-^JoSao@O}fk`Wg}<UPxs`*Yk_#6}jjVf(LT==JopKQqXj6V=@!HwSm&(
z!gWYe@oZD{<-<E>TUPWS0}~T47WbUT^KGax4aN*@|G{L#fF$*M@$VZ;@2?QM^PrUF
zQDF>mn598jXs5psOrw>|eFZIrqbcESO?<NTqdwz0-OL+fsxHzqdf<SXq$pJ*gcIQ;
zj@)2CeB95oeh?rfE&LDCcC~+ev^UqO(`iad4*b47{5A-Zei-sNHZkQkC)cu&+<EpB
zNb57AK!pv3o=KubXepQ+zg}v#&PuP@ejf^@!<j{!{@raWqGkpeW(PCH4h}k*`X#+w
zW3$1wCsIq}=R8fMB(@Sw#Y2s*R(FIL?*gWMGa5f$?yEP^n$%XMbpNu`xLwZVCUN?u
z1yi$1@(d++n~6MqHhLU_IjLKIcIUfX=H{Afh0`a7h6=-woQ(nXMms9$E9G|U<p*v}
z^BSi!rSl&KyO@uDWg35~7Z!?iII<>&>BkXX6|_*36Csnkg#(Qj+TK2zLy=iYAWc#C
zp5G)8A9H+2U=1%i4*4x{@Qi4EY@81d+Fd4}dReCId~X}<h+v5!ba1(;(HWWA*=|wK
zbNU8M@^n6n{<Ph0)K4-+3+c(vt#snSp!gcR*Ws{h5886##SM;+kAKDEv|`7tt!;0A
zI~4l#GBh;Q)m`lk>uECb-Hqe2Z#!=Ug(CJ34M7WRl~+`~fbx(Rs|~wM2H<Loy1G8o
zyWWbHZ9mTHrx-i#W@O^of)eq%_@^0#5>L;GFTI&z0$%7F<`1$?4p&d$Ee1}KRhtP9
zAr>pM%r<2=d|^CA@-wsPGX2(6)>9sJj$;BUd^lV)X}1u_+tMv1_dl-Rgb1262RLo`
z)HlwYZPR~@ky(ob_Sk(4*lx_rc(nD6pL+2BiYES>3P~Lu$_6sm4zbXT2+^&LCNU6n
zW`qLRA#y^KulR@1q6y2&2Azb*BsVs`K3?bkSZi16@RYnBRDR=@6O*GT{%2KyfJgIE
z_h*XqAX82L;m_>H^<V_hy^lVFhA^?7mOzm3SZYiA6*gObL`<p`vOV~zeXb=1i)xa)
zE$Gl#5Zxf}H4wBM$eA^ZhCqU=GHvxGumjF#0@22b9>WpdqyZN&GGo?Rk&jiphLBWv
zW9*slL%N3%6-LevV2qkswHc45{$5+jtX_z>G!WiDO-R*6^}DiQfL>YUkmi4y`^ttm
zf~DQTA%Q@UKyY_Skl-vD+}$O(Tae%y+$Fe&;O-8=Jy>uFiv)LFxRdjq5BI&l;O@8C
z>6z}S?yl;pdb*$E2~h83db`W@qckWgqvsV>cNcfCLk(gRClz=CmY7VQjtrElzKu`4
zh`8$M*2tk0LBsy?cDVL~=Fl$FqA_c-VjIPixt)rLr>5E3N~Tj#*lT*lFjM_)ceE~2
zU4B~ngL&H3UuKD2Lpj-ztgV)-t)I>7w5t|k?fkChG#$EN*PuGOxZBOaTsqsyaCmyW
zn8YOJ5&n2U5MAT<`~)%ruKPY5v2{J3|Gqu~iLnjZZ!=vc7D4(m(}6SsWD35bd0!aP
z$(f9aMMhbfZ5yA*f}`;vypMvybRgpDuOu`+A<ZZCG?%Y-UIkbiFLvngf3lpN{5DMb
zcHQT4Mz-qb)duB~QJ9t)aVMX;(0}$R)4)7ARiMRPukheA4JfqFso*F*hy8w4bGB?3
z>t_J-FbJ)w7{n$NW0(_v17D8m@#?W7Q%?dpGq5eS_^nbf*3u*gw$kKxtuEndL?Fr9
z$Y;a-rEwkoJe?A!u@6-XmyVJvu~S80=r7Fqs1=r@E1l5$kf6NAsg|S#OndJA#Q_>i
zt4R?G>InKiv|XH^yj%s+^G%vcUarw?EK%tBI954CT2)wyQZp(>yj#~eA7w1x-s;1%
zz@<<Hc{P8dUOL&b;_V;m-bD@&dZbipFAU=61%|>Fs*+X{%UR+5r+L|dxKwM@>p5bL
zMf+jtS+aw=801Kva5TWW^{C3bLnDjQ#yK^FISyXJ8<uJD?R#Glc^*60UB`US<>_OW
zosTLh(`3v@r~N!e!6@}W?fmcT<y-R(>tbdh$_<lR@+XkDCQ`*YR_NR@wL)Got*cnA
zl+E`6@@bg`qXNh^?A#`R`C4P+;DGFQ2hJ_@)`zp^dwY9QQc^rOD=yr&zp?5+f%KRl
z9VDKn-q|o+j_c>oEPBnS={A)u+X?X_eHkC@_`s47*yYS9Yn!d!AUH@KU{9T$ox@Qa
z@6knF`LwNV4kutqqMgtThb~XoBhyx`gEHa{l6oDh^;PQw%dJ%*+RSYw<+)zcM)%v}
zx~eO8jBT5Qe!@k%?S^0Ycuut=$LDX%g2+)j5dzF?zpRNKQHz~vfv`Zae5qA8*;)8f
z`!-KZ8<LEeJOLCTky0Q6`FiTRtN<p8+qsi$NrB|S5%OnhK=|3$c#1*%XEZTYC%h>x
zRT*<=yD5(_r!jm#fbz31ak?o8=!QG15$^>m$fKe>z;2`~cc<>~AkU@<&`>UzG4@B!
zMo`SzAljyp5lu=W$6Al;z6*)+fc5AT1Ew^4+}>9{=7HH*j{KfQp%XF$XaY5z>FlAE
z%XWE1)aO$MI1A`7-IBaf!tod#msyo?6*2vm$4=_IO>b=OPArI2VZ-ZT70Cj#vOx;_
zJKRpK{CcxeRa1=4k!qfFv;r9G-qJhjp|_sx?56Q69SdEYaZWSm5YvylaKfJr%`~=e
z`MYW-M(~^3brjQIs=j!o(RQHD@0l_gE@ko1(l&9QQ&YARYtG8%w`9+1=g@Yt@>0Xl
z`!+eYDDNu#GgSQTmuDo;)_xbdr(NUPIl`Ag?a7&L+s>YHa&i_HyUo`i?`w5+HFPv}
zVPS!6l?e+qI5ZR)9xi)#u(3*~;cv30fpUpjR#uj7qb)BuAa*ANxA^xj?nK4Js3<9~
zPu3x6PPCmKbD!50o|ps~LZ6+UrlSdhEhEaW)aSqdozq;q%-lzC3GwL<*%i8&TXt=x
zocc3@A^mRq%?|w=#y6#7ct!0@xueXptYg_@)skOLOeSk@D(@|(f<}oxes|wtA@hrz
zshw0=G_qc_xU*Ls9=)+c1T?FZ^z;Nikd!fYo+Kx~39ckvcG~dAA{7%YKm{(P%a^lK
zPPNs#F;)79_yt74jhwB)6vf>x)dD>mpV3&0l@={u8H$hQ)2F@A6YO=YBF97mwZX<~
zQ7+uc7j?gAqM{C$sfLytUSE_%A&RXlOq_(ea|^k7PQWCP`rSKV99Qss)S;AL1HV}W
z#EW{YNc9kEqjJ^9f*Ut|b|s=`DJ_W_eY85<Vn_03mC7ak-%Chp=LmCr{W~!fzTQ8>
zPWe%2H1INPyiiJ@cvW+dk+Z&IfVf4C(%w67Y6_U@!ly^ZeP2I`R3CK;w?V&jf*d!U
zji497dGfc#9gElJ&!FayH^a@wPpwE@Z4}U$Pfv9vEIwAFHt|dr>X);(*ALz(JbZlh
zj@mtTFWDxer35vqlofri^ExK2tSmcE4s%FI0=lJ+yT}c5upg7Z4e9NAZzoqpYG$&a
zA9?KU<cLn&iAt%csMy#XG`opl(MRaino7&cj!t*{Jvf+|nPG_da@vE!)^=D6u4~KY
zzAWgwAFZ@pr0Cjv{)zr%PyD=OQw4jv>FPReJy`QP=^$f|k@CFS!FdYwBe?l$LADwu
z5~fgV(djA42kD(&wO!Z7L=4WZoT^t^8@#)I^}N5L3wv1M-7HCD7Gn%GVKQ{H8)Jz<
zmX#<&0t~v2M_)}0+y(Et>4{Ev-yu14VI9nW@84e$e5@tVHz+l}$fhGcrh^&>@A~Hl
zT)-XRtRVC%#dhB#YF5Qzm!bG4d4}eZk^*`iqHYmzfOFtDIc(+3Qi|H@pf(sC*NlY&
z-d|ke>1?jROZ%W)e1xA`V?9(mQgUnbBqU5r#(B?*aT3mJFXmm!v?tLE-7F1lRKTA-
zVu{9Ss1KC}4p0gO?S+<oq3{onjNe^}ssmGE4<1d4sb6urFij9bWH6vVxV}yl?e56J
zb+6L>Frkk?PKP@Y>ES?!2MQ?bqm=5K$8q5N1N50`Xo6|`6hw@WLPAqQRDDyi*mK~3
zF5TQhTq*=ORLq}{?hE0RcXzar;VSGAJPbvJJ_@W{%n<FN@k~{61B1|=+cu}<`D7VN
znn2->>Bk#FL#m2Gj^t4eb!|2cKYGMl$eYK>Bddj|1CtWxy*kWT+e&(`M_ALSCxpZO
zSP+TnSl4M{ub9;5!e_af*yE}Bb@NWgN0-%rua%SUnKAi~xfH2_<31IwBIYcCJlp#2
zs|_G`>@+VM;CQ;xGdnw5Sy_30ex8|m#(f4T>Fe9QBPaw9&H3EG!)0#$C#siR9O835
zfh@zyuy|{C7O^$*G*CP7mr;?UC>KG&u#sJ&jeNAp>o(hP&3DDA)3M`r`r5+mH7CUe
zZ#Tv<YT+cK?f!dNEqnVI@q9{LjQZfyO!D~w;*~y@$m!3X<KCDD$M~QrZy}~9R8v;_
z7773?2sPM5UO!@@z9j)0>^6q&UVjkrFTOyLV2ovyneS9Yr@xYU@wuM~pjdsi$7*uZ
z_4dW?2qq=P&EHjJEhfjH*;*EHS}+Vi_(1Nl@^hCiYyDw|xgd4o7Y2U_k4|cQZq=%t
zPt|t#5RIG`bH%I@Hgt$HxaKYIyK_pVU3WAe5<TOTp4HLfiC?e+Zx(=)tlmk;IJ|c1
z&-R7t)dF6nulGY0;TOA7ZB81b>=2rB_;ujqvvXFu^*S*5gPuGN_0E9qd3n1Hj+`qW
z00=`z=m~AP-T*_gj4}(ja_0_R-tKo7h64Dt%!Sz%1#^tg?~*C>-ImXZ>iT}c<@PSd
z5#bdk<k;!1x?IOH`D8uc-x=1|rF>%=$zD5GZ&}c8CVy|(A>8DeW<R{id%x3KF>j}T
z50$<z^h|6o&B-o7+N^1RIBr`2;~pTPdXC3dxKmDPNr`rgbJ5@*ZICv1Pv93r6vrE6
ziu63&akJ#U@dWzCm*1PHr=2OftFT$yZ)zdLO@AQE*>-3=h_BL-kBlR!>yu8)r!+Uw
zP}Oo{)q~-UJtz8MhxuFc6d8K*KP_EPpx+$-3R7i#L*DFG;Z)+Jz`YfOm%#C)zZE2Z
z`8LgV>jqT?X|XFA$-h(Z>$A;@@?}Lcqu;DW%%EEQcH213Lgo!VASKJQwP;JH+v+=+
z=oPF2?3I4%+ffoq-EcuO=}GU97Z5}H%VQlN#~sV6BCfiHGa6y;VhWD|Fk;MA4-%3p
ze(nDS-@T^e=AbQH7iHX$JF9eTV1OrvafMowh7ODoGGiga0~jbWa7M10wAnbOn@P8i
z7jDqO$h3IC#&wBtnWe1WkM!oK!m@6JssuVs*Ju$|vBnr_&gjNhI6ZbH-IO|?oN~f!
zlf*TTJ|E1i?nK(_Ea#?mFFdz#<jIXsO?GiTtpfEpFIXts_eogX^o)-@VeO2#=;qMv
ztiL&&|2Vi>05Qx7^%_UvZjdY(q*Qp(u@U%kzCxF~u>(wcwqHzK+<6=N-a(yI9Rr;P
zlnq+U&KKNNnjtTo&j^B1%Sqb&cm1AzWrWn!T`>%2)=B0h*bZe__O3}^KJIXz@I9n3
zxY`~zabGS|Q>fYGmV5qIkVRvmgG=4m-weH}O`U8}rNvKDPU1}BJO*hy7b&qV6}fN9
z_8=8D-U8m$Q<luWcPFu92BM>VQoot=QR#Z~Myx5dQPDg;(kA`lf1x))^;B$HOgNGK
z+`UJ}L^$^R`&P>pJ{jx#GPEutnu4&jXfQup(#1f8R6%&9OG)(Ji`@P-AgqYFX$9~2
z(;1bL#;5Ie$m0co7;p;%W;ZdCKgPtX8gLIK1Dt5hh@>C0z2Sv5+9yu11r%8MMNXW~
zeerX$a@{$#RAxgW2nYdUj5omVzn|M3r+5E!7J<ukJu!>1Z2Fh|+g@j*7NUvJt4bMZ
z#DZ^380gO86PL4R=UTiJac{G^v>;k><)2nXeZ5(M?S5oWG24<x1c2l_t^?dl{34j~
zV!z4UH;b`#0XrRchqI8o&ARvSbl=q&=d3?#YA!UpIn~O6djZtd=b9C-E-$@rH@{ls
z__$gBy}hYLKtQl=03rWX<>j{Z)3zTB!4Q&4$t4&Y8Xg_ZIOma6eH`H%X1g#w^CsNx
ze}_y#Xl!SNAX?7P$I#MS+c5X*ce!DsT56^m55G)K?d2^@F+o>W<Gsw1j@58hPL7Pl
z&cF`-cakn~skXMuvryTj_x04l=r^Y-(S;XXVpcV+?P@_c<R{0Qs~z6<5dq3^<-zep
zZLMw>;PD{4$+458xqyFsLaq%pvKQi+RjH+`?>=!plh1mUbS@zLR^ljmNt6>;BB<Fk
zZr49PpxFr#;Bh|(x{-wmC8YB~DEGkzKrU#&c1+ttU*aibXGyF-XTOM}LaQ9VNh(r4
z{-HTTbv*B9(Pc0tJC`TVO_#iau1^z}ph6RKsnnPN@Z+c!RtH-g^OP_fe*>N=?Ex=*
zYk~%Z5pjfrM)?WO;MyltAR@)aQZiAURN^a*6#d)RJk8EeSuXCT@czu{CBMzej-91u
z<?O1&u>4h|&FZLYEv1d(M$?mbSMh(>PvEBGh?GHX{m50bKL5$jfQJPH(%=XRHMq}~
z!)`|B0*-3$HU;nq9g%<Pc26(m0Y(S5yZ6XfZwJ$i%qngC4uc$i40&Qc$`mU`rQL4i
zluAUtIa=#jKDheDDcI<<+-Mgb9*%G5edhQ4u<oSaZcwFD(YYB)WZ-i(=af^sd=wHA
z!oBJ`v;K6=T?1VP4->uoCHu+5<b&<+ca?5qXwf*hpm#o#W@9bu?z-l;|9aG(^~<)%
z7Y$csZ_&*_ME&#F+PJ%uWkWxUL888+>^+l)ZnQP~uBPRjisA97kt=?L{fP2U6;rp?
z>obO*AzbxeHT#ubqj3UL*rJvjkAYggF1G;0+kf}5*F-z7Ep@@1;7x*P8hUHb{b5;b
z``Pn{@IQyf6$eca3j3PED4up1EpLv&Az@00$!7KM<Cns7bOFt3U%cKDor<`^3$BbJ
z2rG*?X;)YsaUJ|I1GiyL*3yNx-s-Y?VgVzBV<-ICD+5bZIB%b^6lJBwDG`87&A3q2
z0vvug;qoNffxmX=iYcYBx6q9nGMI_GY0;MwTmVsl91&HlU4eB2+Zj8e^kxY`tesMU
zaVN7IEh$OKc?8m}ihjn&n;qnj?}4dUVwsDIGl1AGY)QHBE<i*f_bn?B9H?e>?Px*H
z!N+D%siB8|HYTaa^oEhfI@HCb$qZ({)urJjIW9X##^<&m{ipXlKh?<>jhh+q6*_Ep
zzL@ST7M?kpMX_@Eu^XC-+dl~JUu1UjDMu@e@-iT@?n=6j?%1aE(0e<C?di+<RcL)&
zcx+~j??uMC_xUj0zbwJsE?LdHjf$qVR*=*&_A135I+BcmfiXTlK0PfttI@HOZX<NN
z5d_AVH~yAYA^R(WZaEmtlaZ0p>GJi_(_2Xz<b8uK%Be4Cw<b;<)nHfF(4y>!fltFS
zXJLxu=Dwexiq7jfcmlDC(a`;@7-EuLZlVZMkQRBzBuSy3;Dzd}E~c-vhb-ax-A~^{
z>ORP%etZKbeB~C&9#OhxuRJ&dOf|2UM&(<(>qv570|_=y)up#jPE@mv8CeuXEcz*|
z)xT6~g-eKzN$wneZ8plNQJb<Jxu9i|;r@-!<*O%YC&z%aBRd`TjfKejwVL<8?q6=K
zX`FP2tRB~mQlY_Z33Wf{d(WG6IQZXOo&#~oxn#fl&B<Cru6XXImlx00e;~gE+W&ay
zbcomL=~t_jjB5*=cftCy*oG*7v>HhIR0;ZM^sq~GP7a4-Ldsf+=TJs;3g>F+bv6R9
zP|;7dT^a&JSg9D-SNA7nna^)(l2@U>Q11tzgMQ&&oU+Lk<!yN*%Leaf8E<)y9-|;T
zun%n3`S7m*BReZX7|E!bfpV)|s!ulx?$xe~YpcWssn0G%(SEH`Hpb_)wl};fgF9KH
z%CoJf`CQ<WPT0oUr&(GQNV#{{@HCvTFg6l^xt_ukQgz9>)b4q~yPKI97gy~IyPsal
zZgV^Ob#Uc%eYn`^)23x|1orFS!^3(V$-qJTCVV`+ESCx1=lg{&N=iyV7%O<e!0YIG
z*<s<}iiU;;SEA!)&5L`*F-W5f2969$DypDtAND_Tj-W}mB&=>c;Y`-t!@(y!kKskR
zA6A6qQ_YD}te=lJ`L*na?vBiBTQfa-4|6@{@>h3t8BJ{EayvpFhz?2AQwSfjkjh-s
z60^dzR#lbfR9PeA=Xsb)9~kA4<`NIJ=8ZHys!n`p{H=xliT%9va1O`a`|L>a$>UGo
z*5LY~w@Ojolm0b$CXEcKLMDj-P}qL}V-;z?L-3F44;6A^-_6_S=u;pC=xMS(6#pnJ
z6n`xb=dU6b>-*Snp*>H>9LcC+y|=Wgq4V(=753Yb{!QER0ZUbtAyK1LLh1bcVa;%X
zB@kz0sT-}$^%c&)x?cszEehU6vf{Z){pQD-7laREaH!j%AvsgcEpMp*KA0Dkc>l0S
z#6h=&=lmiYc3q+A?)`C?z|MQ%NY=L^S{4P6Z4k@B^B#$6DB3SM=>$V5@3(CrUFRu-
zkjFyTNnaT}9fC53h*&Pu80MO$`a?W;p}up8!45!Gp6yiVliQ*6WB!C3Cgkxnoy(@T
zuTQg5FD)ra&Ct++JuUR>*M&-buXP_PS%t*JL|t9o!KZG&gNi2mj;r}^-@d(MYgek!
z&}B{mou$jm%Sp(y_hxShXcqcuQuXqc=#N`=NsClGFQqlB3<UqhTb%Fu@#yxw-f6F~
z1&#T3lZ)eco|m1FK5QhK_{0|(GeHCj6{UY!n4S8dT<(uvjs`yaVgQqT^KhfeGTQr%
zw7M2A0o*ZpX1!*$(_7~s^zZQv>3tNjD?A!tpC+Iv{=%tD4)f=MKZ&2$@&a$mhs6sz
z)+oWns{7JE^~(A*kO{fVJe<yJYdpdREI%&;-E;j;LjOFQ!I<rUV$e(w0^O?|38r_W
z=zW5EPr(vH)=T4dKJ%j&WZyOjlzrUy>6WuA*Dcihr$D#XRi?N*pm|Auqx;YHBkN|s
z_H*Hnmv9?ZN1B|kenY1@^UzqR;P4e?(I$f?hmrKWk4;D>(JJ+sfo)bW*qWzseZS%b
zbgvm90ot4_zK;(sCxXXCPae#3ulV$y##-ICWi5EGKYT9d%NOXCda|?O+J>%|@qaxa
zB7bp}c+knAx!`-z<u}ig-f}>xFtjtCVdx3P``WkZ$~R}-pi$OwF~JXZC-0Z;X%SQa
z#DCZ<R5mQyvZgX|a9n^3>o(9ODpFwp1TMxnZr1pxAsIDd^6w^ozC)e1GO{{mSD!sd
z{YlWEnig(hw`hL!Tg)_q<@wH|uWVA`y6{T9F~*#hFH>cNCv}&!Z!?g*NZw3h^qj=&
zFXMeWJ(B9YzTw)8FhRsk_3?c+<oP-lWXA9;H@5L2u1FZcbZh_lgT5Cy*g}){?kI2i
zDjPe7iGGeW`dMrlroPNv^LF-wq1CPT(rO=5KD`ya#H(?}J=U8+yy1_f4i88G);jG+
z+fi75xmOb5mlbJQIhrk$kst9WLJL*I&!(T%66@-Ncy#m{Kje@A;4&GWo4tvHU!)7_
zg~LDge4L62_zw>A5|%Hb@wJ2^1Cj+HFR>&z)te?Y)@_RM)HJ-~OJ>ml-pJ3+7%Z{o
z#L;iovBV2UO!zrWr=zH&SRGi90BIhU$U+2`0sz3ZmlhXM`_8~X;|LE7aml?%Y%`y4
zOMDznXMc#X29IU<ql+D#UtZSfXk~9b+0N+O<fDmDp@B<le$KkCAEJr;3VmNi(idC5
zc_-k!JI>y!^qXISE<;`#LJ(FKa_kd~iP4(E->C8j+k0(vPpf`ppXtNyS!XA9+pG$}
zarnRwD)<C3^yUI^f6^eeX5yq$`+!v@EHZ)yLGQ|GjSjBcOV{xCB{b!NRev~GX>Qf6
zC6vK|4MU$E`WPrKah8ciuz@NcN~D)j_4_4IVZThJ-W8?A3<rn+8?T=6<3h1}*uok{
z2C#YJLQty8ArFR4Z=*lHXP1?c!JT%siuUYZ?BB|qToNpbup|UPsXwBNnJo_y#h>;k
zY>F_-_3<xz#7)1zU|A!Hh~?IXAaNQ~!vjjr5%^)d049(Wg_^nX7adhVY8IO@3NGb_
z1Xl|`HB}1{2oRZA7=+Tjf%C75HPdhZo&B2Yyt=-=6Bj6q#|EnBbm4^GRy8v~8=VZ*
ztn?WG+#-~mDw~Ri_pjMyi-KMytF`LvVOh1*g(u9|c4=Z++J7_SjBih!VI4Vlzg~A)
zdyc~B>I>rJ#!41FMRJucwpU>1n=!)5=Ll>u#y?qkA0h+B{P&~Da9W~NWGbS$ik8#q
z8N`xmd+&xrB2&(Tj=eOZ*c|+r=a*FU2MRyv;U$Ca@D;DxMG>I1YUf9La4ObvL!uZu
zZjtR}F)r97<l2mY`CRH%>&IU_&KXFM2(Z{^a0aVPe5W9fQutH2Z4yGb<rXnxjHu0n
z1i+Cw3Y*Gc(Z2w^5d?rKb}XJ#KHe_bA?YbNVb9_qjbCXl_2sd*C_Gh(AP%QrVofM!
z3YVsMt-|a0{2L_fJu+ZGhXNG%;dWU0T)$ae73n&Sn5f--x{#wPS=c>bU{Kd_NDgLC
zpbyugS0`kF1Ki?}{9Pq>dcHsadi*jOIof`K5NeedoN)d&$(p+Z(B%2wha|~z&1yCD
zW1SVE*eobO+^9BLMYKHTrKhvn@X{@_{gh@>!p))kiK+|(u%hmmd6WorFRjSoM$mQL
z_SSwrK+rVsT-UZBX^L$5{%QOm2k-e18)lM5VfU!2s%p2M&do&H+0Y&Ll*pKWjYG@d
zb&Z=dePb6Vb3hQhcS-Qjepy+5K`Yd3U9Et6%AI}!MBLtZUYOLal2n>}s%dihCP+Xp
z!^A8DF~RVdGiaku^1WLw*2d2v(FA}HD?UTEmw?DRRSZPGjpkvBR@_d=%d6X9(f$bd
z${EFs!Gim;6iJWj;1Mu#oe_#nq{CLJYfHL7D?2~N(FOl|wX20^H@{LyR<!3bZlpfm
zQ@S8ym@qg}%hdvG>|a`^;@&=J0k;pGH{rqg+t>m4fIrcW^CwAjQBQZT7YPm5By-6K
zx@hu<=@gvCnD-56yuijfe<nAbDp3vw5Fi90p`Dq4Y_1Y9%gZOJFofpRRD=2Kj^~9g
zR-NjNJ*x4~M=AGqm<BFFz&E1Sh4x30vq>-p+5VKL>-U}&UY@JNW{sKZSJ+p3sVq6f
zbVj{_m7EQ}h<&N+I&%I`k3YN*W@7Arl8es_aO4P*rQp?=&D=0e8fs6g{;_0Av^1?x
zFvmm&y6gJXla#mDPdbFQN-OJkQWpeCD%5NG+SSIxWYHEyUKyF5g!NPy0H;?qp`t-H
zZO<b^%d{?vE8F!fk$joWT>6dAHa<Pt2ZA^FOo!1a({7%eR2ap~9}=0ZO_^4!`x8b*
zkDI?tXVG0OJ0*qZSj4DLt7}i|r<IKGXpGm@3eF`@-0R7ISzAfGTeCk3#ZUwz@}Xm6
z4-<l^CnpOQQIpDv1raKfo`*pgJAcg!Do+DOUtG$XXJmMd%`IbC)kv<x$6S^kahr=1
z-yG7+^QjgUH`C)GR=sDtZyqdA1wgebGKTR$3d@xtIA;AofVeIqRyq*pndv!Mz%0Ma
z!qO(PaVfiVc1-c<sjyL(FP!mOeYug()CI3Tp|L5oqt2vos9)AluxNo0hN7)ajR2S(
zeSo&dTiHU7ilQPCtf;pJbtkO&^Ef`VjvTMt9t=U*Mf>2s((!4+0rmg1-Dl_WNN~=I
zlK^2=mjF47sMl&O1Wwp0tAQSN8l79wsrD#L*bn#@l_n(sI3vyOUufd7X_Ml`W#qnN
zO9uzPN=`bW=XkRxunO0!lt9lw`~m{rwKfIfiYC0Nyu71ht$Kd7p47y4Qq^w<Fh%r$
z?%qJoF_UO9Jm`1hq>W^RSvR(HMo!hD_$6`<8z_3)e^BSf!?%*hYY5IC=ZX$}wC!}C
zyl?1PHzG;(agS^n5uujrITZJCJ5_grD211Z>#6dXLG9+>R0iI>98J1w2_NjjEaTO>
z``FKfp%?Ao2LMSgp-HZVTIhgO0nL*L9DVN)94bwx9wHzk`ZytMpl5LRwA5{sYvk0a
zWx_v2X7p9-EG6a$6A)f&*8_&qKL3oEOh~|{)k6kcgUiXEF7c1*IUCat(#v(5X6knQ
zd<LP#56)9ow1UO^ppxifkP>7D^SdTv(W`(_Z4x0nPSjF(c1Bv+UyMZ&-@Ejv-Lg)D
z2PlNTCHR%<`4ez*ULzQEUvI0g^XlZf?%`Es=hpX<XuVa#tKNl4hTT!S=*IFN@niII
zOr?kQsdh~*?spS>Wds1c7%?D4l{S*~K|jV|g`uhNCv~)G3~3_BKvi7%{72$O&T*~O
z2ikCK{ZYEh<VzlT5j_<r5daT^1BSwhr0*jH@$S%cCPpKVBsCAq_bSJ-a0+V!ItoTq
zly%5{?eCQ{Xk~t?sF|U_&P6Lo2}eO?R%H05cU60%DZsmUGOLz0$|NO)N~5Wj-js5@
zRAJa^I{J}_L~u~en&|@pkZWmBFT{~d=15pO;2`Eut4Z`y!B3|^^<%5a<M+3a56>wy
zlH4X(`8d~ml6X6<3ZE2ehc(cGX|a(`-0Z*X@6-%x>9mo;mb<R3A~Dj211(NbgxDHB
zsHsrAc<B59<R-B{RPMyGWz&DARcfiq7y02;v`ynvnT>f0Y*;oRfT?QSO>nFdsJ>=Y
zjW?Jxn^a^Z)K{W#gr^9!h;_Imuv4J`ex7LYr9H^nRLDOHWAmQJeVE$K+5XUv<5hD1
zOpkQ5_hWuy(iFuTP^xyMRtD)5LAxGR<!e#GhyXCkQ9Q+yT}G{WXE2Qd{;$;G{EJ%N
z0DDT%4hyn1&pAD1g^*xy-qd8PeAOi)6fUJyDQYQSiA%%)9;cL)O#&%6`b?RqO6m1~
z!NYz97qBhsbzqq0?VKaK$daK7#Fsrgt7i-GdT_B_&IE~seMeD+zB<Juc&X^&yYVMS
zC%`;R4GrGHeg&<(t8ljFtmt9z7~5zSjGD4~Ki&lnDe>_Q#AQ&Sx7}`1_~?|rJ50~5
zT*kC;sKKXJY^-0_nos{_(dAKN<di+FWy{E5Oi69RPeS=Nx(OWUcfD~D$JR1E)nah8
z!SR;cpHSk(rL;l2wKm};#P9tWJsrE5-?gUU>-d$^pbzt5&k^Ya11lmwNyUDsOgDSH
z4Ym`(I3fFf+B)D5ssx%qmEtG}W$2xHtS+Xv@)TM5Rs5l<sj=yG#IGV&d;x>rcOe&l
zJX2+J;;mS#7-Y08hXexr=yrCpC7(N=@-kR)ANvL~QB|j<O_gaH@4q@=oTr+V62prU
z)dk^#hhV58*^FU0qr^@SgC6@AtqT$UJTr1fn)!&WeA}MohbauY=c25Z?<p#wT7*s5
zMG*;1KzD6}d}{sPqy-8ahmQ`3HRY7F_v+X`sa-tpDSet6qcUf#MS%rVW@a#Hl_L40
z?>p;=@bfXA?^r}$=v?gXMhOxCFH)`Hx>d~l?hl$YpRZrpM2qPKOO`<aqY^i)(0nR2
z+DP>rUE!~>E3Mk4B(6V*fxUOUz+pSIK-%D0)v&#6k_qdP7_vRhf_X0c5p*ai6W>f^
z{P<hn&|r2*dIrhnIyqub))4X@oJ71iE;ulQoNGXutwD8|%V1f08qiI6p+@IAfbHer
z1UEq|SOj`XQJ<`MPlxIp2wpm)Ys(^@bjNB=><nJ_?r5F}JlrJm)`CHTC?)_^$F}vb
zd)~0ikBx*8A3l?nEA^(%gr9p4M<5_Si8$_^4aD=HGtvP7z}}P{-xLg(K3<8t*~@1^
zmB+`1#i)7@_|pt|dw?2Frot1puI36KUy8_TRB4MGG0*l2Hd>mKwNeLW#4uXuT*Q8a
zCm-4PPTc2J6um$UP?3f+x;(}JJRJO$#Q7md1uvi18QQ3WzaycG1}g~JxcuS3D@tkA
z@%if<U>1<?u>kJqc6Rn$aQqKS>JL6!7W~7+eJyO<_QY}eyzj<hB^MJojlszK)I%;_
zyhv5m`1WG=+abw7uj!}8Ls!FzVN*Ms0I`P=RrZpW#!wXoIN{XhLdPf5mq>CickVUB
zmaqYO1_p`<B~YK_-9r=gfrzR75RtH{F*Cd6mYrnoNX>E}9S%^HM#C!sx0IplyDxkO
zLt5*wTZ;^TN@03Y4)O1gzB6BBUcUgu$OI7pT1m70wLH4c>c2Ay0PwRY2A<7B@5b;O
zKNK$$l8vX?u2nutT`Ioe6X<@@*98gK+TSad$zSz}m?UsSOv{M^)B5Sj3%=&FyYMF{
z0UYKfQJzi^$L>FsEAJeRv@ezhL!%@BqgitiBLd(j1et6~S-Qj`*;dCvz<E4};wa2B
zVZKp6CG^eOfzXy-a`JrW&K4fiN8K<{G+^o7u%UhPb#Nyu-~p!M!{mA}uMzy4EA>ue
z%jJpn9V{wKaZYS7v{e<kTt1_8=V25UQUFF$bBMg<$NnW>=x$N`6R@-q0Rnat3@a*C
z`tb%qT1lKCN;Di5lNua}F)?myj8U<mY$qt!2_Z&EFd9<8?t|>}mz%TE!6YrBFx%Hy
zB^!1O^DH?VQi&agSl+?Y1R&fT4-KGc4C)X0`zQNV7BBUkm*Ux51hbm|7zYjzPM;B=
z6r2F~cejRYc3?i+Kh~#nRr%No95A~`;9x}z^#a{-9~5(l@mz&v4-9O)+{26Nn}2&W
zCx5!@$wsN-^Q+$sf3~OK<Zv_VkV@qw(|Vrn`<sBT2pxSmOS9o09}lA9-6H}3G5cC$
z?Kp>t^d|X_c7y<MfDH6-8;wD>%u0u+ZD*h8t2E)d)i#lQe}5x;bijZG8-woI!n2UR
zitTK`2KNq%VJSNB+;*L~mE6T#^8wGs;%$SA0u-9146X$wNo6Cb8O5yS;`#`$Gl)M6
zO9TExv!HO5iE4dS*qC4QDTCVUBYn;M>pN`V1rWviD|hf)X{a3ZA?ofz_%ws@3uz~p
z6iX$?OnR5YchOHsPgA`@>*T;Aw3WOKUFhC#F0>p80Lmq8-xoelNe-gQyUW?%FbGlU
zzTR$f183I+`S)`L)o2ud$|N<^OQM<Z8hQ`7Mo9x3co}e^eN7aZLc{?T!4%t*8!#o~
z>9;T~3lyjZXB8@i>z7Ol5guPYKopgNv%tv8Ef`C*I9xc!Z!8uw2#X?k%BnZ}_1oas
zkFP~h$1TB3C`GV2Cs-qvD96&<Gw(NG33TcW{(pb$)%X2-BWHmz7G*G2`t(HDZr#7)
zl&nLY3B{zy6r!kkGuvZ7n1lZJ+q^j=z=tofZaKE5L863zrGg<;*)rL$@dL0#QL|Y8
zTkHRn<9w}f1Iprm$|0}62CEV+Ci&0hTa5p-I4bl66>M!5ZF4Ru*u1Dvi6-zeZ|2p1
z@BXLuEZWEYP5=O7gP;tS{_hXS+n2`*uIjx1+xwDj){;}D#C5IR6GZUn`}n{xPq-T5
zi%BR^Ej~`Gf)%SegEu-(dtZWp^p6GaX=sY_@{BKb#+gSu!Jyc`U^M1F_yk>Sx=$%W
z*gF2UG4sEc%6~GiTeRdfH#fKcT`f{D9Tp9RLLtw0lOVi(X=&*Vs~%5-fhy5maNIXC
zo^CXpSBO?WB?~~&Mhjlessg85k!&&Mc)&IkD)@NX2UZ5Ay;P6?HI3?D*Q5{V=<4FV
zkWf~hZoUThT#y0j85zYZHr605!arGZMuSN<em=hR{DJ3p_zr(s+uHtnw>bvv^6&3+
zCX1EmW9%`}&_F!RIt2Qkwjla^a{s$Y@~`<0!H5}XZ_Cfbz2xn-tx*0eSCKF*(HY$-
zb;m({Lhdy18PBDELoClqE>8&^1A}Ds*trD|E>e+iS(yEp9rF(CBul~!K`%E&Ma)5`
zKT9_!>zII(lhgnD5@%;;t&~*|YTJB$()COVfT*kQ|M?PGc(6~cY-Ya8195S2Q)_EN
zOU)qs&hujDwJ0AS-_I1Ls`lC+KlXyZ$UAT60RNH88tIok3IG)ovkMd$7%cYbLBbDX
zJDso8=l?R60FoK5-pPGmFparG>&{;W<#c4X)_w;<{G51*6^d0WG;A7{K%}q>n0_ii
zp{Ap2YHW;o2=H4mNE9${{qNY{G=2MTZV>+O0r^ifmLLE3^!WGv|L>Ig|K~B7pHZg5
U*VgS40Ra3-ODKp}iW&v}A0Pa4wg3PC

literal 0
HcmV?d00001

diff --git a/demo/documented/subdomains/common.txt b/demo/documented/subdomains/common.txt
new file mode 100644
index 0000000..91ab07b
--- /dev/null
+++ b/demo/documented/subdomains/common.txt
@@ -0,0 +1,29 @@
+
+This demo illustrates:
+
+* How to mark subdomains of a mesh
+* How to store subdomain markers as a mesh function to DOLFIN XML files and VTK files
+
+Problem definition
+------------------
+
+In this demo, we focus on how to mark subdomains, so we do not have
+any equations to solve. The mesh we will work on is a unit square
+where the shape of a dolphin is removed from the middle of the square.
+This mesh and the subdomain markers produced by this demo program are
+the ones used for the Stokes demo programs.  We will mark the
+boundaries so that the boundary to the right (:math:`x = 1`) is
+inflow, the boundary to the left (:math:`x = 0`) is outflow, and the
+top, bottom and the interior boundary around the dolphin will be
+noslip. We thus have
+
+.. math::
+	\partial \Omega &= \Gamma_{\mathrm{inflow}} \cup \Gamma_{\mathrm{outflow}} \cup \Gamma_{\mathrm{noslip}}, \\
+	\Gamma_{\mathrm{inflow}} &= (1, y), \\
+	\Gamma_{\mathrm{outflow}} &= (0, y), \\
+	\Gamma_{\mathrm{noslip}} &= \partial \Omega \backslash (\Gamma_{\mathrm{inflow}} \cup \Gamma_{\mathrm{outflow}}). \\
+
+The mesh with marked boundaries looks as follows:
+
+.. image:: ../plot_subdomains.png
+	:scale: 75%
diff --git a/demo/documented/subdomains/cpp/documentation.rst b/demo/documented/subdomains/cpp/documentation.rst
new file mode 100644
index 0000000..79780f7
--- /dev/null
+++ b/demo/documented/subdomains/cpp/documentation.rst
@@ -0,0 +1,6 @@
+.. Documentation for subdomains demo from DOLFIN.
+
+.. _demo_pde_subdomains_python_documentation:
+
+There is as yet no documentation for the C++ version of this demo.
+Please consider contributing the missing documentation.
diff --git a/demo/documented/subdomains/cpp/main.cpp b/demo/documented/subdomains/cpp/main.cpp
new file mode 100644
index 0000000..044a2f2
--- /dev/null
+++ b/demo/documented/subdomains/cpp/main.cpp
@@ -0,0 +1,107 @@
+// Copyright (C) 2007-2008 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2007-04-24
+// Last changed: 2011-01-25
+//
+// This demo program demonstrates how to mark sub domains
+// of a mesh and store the sub domain markers as a mesh
+// function to a DOLFIN XML file.
+//
+// The sub domain markers produced by this demo program
+// are the ones used for the Stokes demo programs.
+
+#include <dolfin.h>
+
+using namespace dolfin;
+
+int main()
+{
+  set_log_level(1);
+
+   if (dolfin::MPI::size(MPI_COMM_WORLD) > 1)
+  {
+    std::cout << "This demo does not work in parallel" << std::endl;
+    return 0;
+  }
+
+  // Sub domain for no-slip (everything except inflow and outflow)
+  class Noslip : public SubDomain
+  {
+    bool inside(const Array<double>& x, bool on_boundary) const
+    {
+      return on_boundary;
+    }
+  };
+
+  // Sub domain for inflow (right)
+  class Inflow : public SubDomain
+  {
+    bool inside(const Array<double>& x, bool on_boundary) const
+    {
+      return x[0] > 1.0 - DOLFIN_EPS && on_boundary;
+    }
+  };
+
+  // Sub domain for outflow (left)
+  class Outflow : public SubDomain
+  {
+    bool inside(const Array<double>& x, bool on_boundary) const
+    {
+      return x[0] < DOLFIN_EPS && on_boundary;
+    }
+  };
+
+  // Read mesh
+  auto mesh = std::make_shared<Mesh>("../dolfin_fine.xml.gz");
+
+  // Create mesh functions over the cell facets
+  MeshFunction<std::size_t> sub_domains(mesh, mesh->topology().dim() - 1);
+  MeshFunction<double> sub_domains_double(mesh, mesh->topology().dim() - 1);
+  MeshFunction<bool> sub_domains_bool(mesh, mesh->topology().dim() - 1);
+
+  // Mark all facets as sub domain 3
+  sub_domains = 3;
+
+  // Mark no-slip facets as sub domain 0, 0.0
+  Noslip noslip;
+  noslip.mark(sub_domains, 0);
+  noslip.mark(sub_domains_double, 0.0);
+
+  // Mark inflow as sub domain 1, 0.1
+  Inflow inflow;
+  inflow.mark(sub_domains, 1);
+  inflow.mark(sub_domains_double, 0.1);
+
+  // Mark outflow as sub domain 2, 0.2
+  Outflow outflow;
+  outflow.mark(sub_domains, 2);
+  outflow.mark(sub_domains_double, 2);
+
+  // Save sub domains to file
+  File file("subdomains.xml");
+  file << sub_domains;
+
+  // Save sub domains to file
+  // FIXME: Not implemented
+  //File file_bool("subdomains_bool.xml");
+  //file_bool << sub_domains_bool;
+
+  // Save sub domains to file
+  File file_double("subdomains_double.xml");
+  file_double << sub_domains_double;
+}
diff --git a/demo/documented/subdomains/dolfin_fine.xml.gz b/demo/documented/subdomains/dolfin_fine.xml.gz
new file mode 100644
index 0000000..d70c0e2
--- /dev/null
+++ b/demo/documented/subdomains/dolfin_fine.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:2b833101b1751853dc6c52be42ea1134b91ac54a9df087191e7f45b7b00a2822
+size 88283
diff --git a/demo/documented/subdomains/plot_subdomains.png b/demo/documented/subdomains/plot_subdomains.png
new file mode 100644
index 0000000000000000000000000000000000000000..18aea822b3a6ea13c36918abbae8b379978510e0
GIT binary patch
literal 27143
zcmeF2Ra_iF)2~T_1}DMYU4jKC1ZQz~3GNQTg9LY3+=4H@XmChyf-f2zLRc)g!x`T1
zd+*QXxj0wDkJ+8+?XIq>{y$Yws>-sMuSs4bARu7M%SovtAiUH?KzNae`V#ohgHF^0
z0s<9+yp)9I=bXcUfH5Pjw8yq}1Wrm@wYw1HU$waCyd|{tctmwb`qHI|V*)4UL@%Q=
z?QqnQjcd7yF$xD1o#DFmHfB~r@gYT6Bq)=(ypmMB8ft~j@{;|LlfzV&$kLP3)80qN
z3Cnp$?Om5byQ^33;wo8xRs-gY{SE`h+w&f(+>bh|omxP^h!9j+u(ILLe;}B$yr4k@
zuF=SmIKYL8gz6)3DX{s1`T_yr%eVi3^Z(&V7^o~2LNHC9B#G1a8q}}$TrtapLCJ)|
z#m?W3)5jCzZl4c!)Q=x|`9X>h7+z8Jsn>a3*|eXLHM!r^&wTT00absY_Z+0La*e2#
ztR>$Xm(U@f-<5D)sn^Dg&;z|5YdhVN)x{(yeGgA$dP|4&$6y|sHC`8<ryfz%$Z!5?
zjKm|DyRKQdcKOh2{?GVl%XI_fUo4?*R*(n%%|ocPZ{=glr$n&^T&$yNRt8dUqNqtq
zA*Z<>ZhL|jvZKkpsV_SnP4+yYFB_16vAKLfZLgmtYaz3PZ*YdJWM)coP0Q!F=BhTV
zLf_51F)i;@<#s6}bnQ%%--0n~WCp9c-s6}FBH)5UB&8O9p)q$$^CN4hOsXrL;7Y95
zrB9^BtFRW!ZEL3&{5YuE58p+^X(1DG?vH3@qg^H83qc)yafC~Nc0rNtyG7?FN&k6<
zp27fL-S!o{DnT|G1pnoo-Fc=dy<hu*FNQZfa;L6ul*Yz3v!4^ew&K>oUs~Q7T-i#`
zwfusHjp&z~376haTfWn=7)rZ-f{IKF4OUVs#!s$9<}*}UC>oB{)-lrqY`-u*>buS^
zQSg;+tZ&KTenA2aXoA#%1=Jxq6vhd3C_LgJkFTuCy!{=a&)#?xCuli6OJxw)sL-VS
z9p;+mrDJ~fi_IC#8WdTjH)+5=`l2?v)$$+2i(QR`9Yr;)zexLVYLU;t&LJ{!oP5QW
zPa)F=pJ=8?n`^AQNN>hfzS3^wUlkg1zY{-R)VjQbHr>Cef@u52viY+wI((|gAHw=+
zt661Y^{i|YB|@%XRUY}tDfuz>FcxC$`VDobx{zAWC&g7r?C(K!LE(?olHGblQq_k^
z4b1gyFb%S+6r-R5j4!C@$n6gV9V;}>)8%3T#TIkx%tW%~NlJ%W@W$)3SV8TT8JP%l
z=E2E|fS&{UKK!_XmVC_xa;Lc64m84fZAE3{D8%U}jmJ0{od~!DQ3HJ+v-B+9B+wbG
zKvOdhC<?vudDNThbY)2zWT3+fnR`@%D{l5aF&^Gtr0Q8H<dEQD&-mlv`+Ay_IxZ^A
z7{tgruIpvv2s*o!^w*{Oqv~K94G?RxX<=HYDqrwe!+7*mZ*;xluSExC!6mR2fiJSy
z3v8MPOSw6N!D@V6Ar8!Yz4)r&8P;#r!Fnh-X7Z>E=>;WQK|SQ1_{pBLpA^K^pa^79
ziSadVW#<LzpI=v2vEY08>m-GX3go~*WyHkq<a#6!y+uTaTxpwr=Mi_=HxjK|XDECW
z!IYNk<LnZYC05guEm2XhVSbn=64iD`uGXZbf15F&N>1<Sqeu8hJC2c0+r3RBwZ^*G
zlt@HauQ*vKq}B4bfL|f^PiquuUAzxr^o0bD7Cci_h6`-rscw*<RN615rp(nstGXC^
zEyeH3O@6tz>cvkhTJaTS_Tp~XuC@01vx+y}VtH@&oFhlp(aq9eC?G1-3B7M!q>_bI
zSeEr{Yl7>^h-cY0Ak<o%WH9?*_BhEgpr=_kT|6G5VoRQ({vT`+TKz~?s4fY0BD}2z
zDXY{m?a>&iO9Hl{eC}<CW#Cesy%a4fJwot9gL!@Mf}y6Lr(G3-+@|3W8uGjulhsL#
zLKB9ubfElqH%nr~2|}hikuRt*Qgn_b(tRVzmYJHQg2XI`VySE?SdbBts8%fP8K*4k
z61-$~_?(1W^$!$>JvQ~m$uHY>wxtqm`%e8iJFk(!<7&6VUMN<=AHqs#%0U^H{BHz@
zoOT103b4xT(5L^(;_E7s$n?1=e4SpE$V!LR$qUO?=y^p<#co&GL@>Q39b~vNJ5UX~
zuEy;RL3$;n%T+~#|CKV+T|wOw6geGA#%fa=&&0!-T`^*zti^v=;-<br<JdfkXbC^S
zqT)N7u&RFfWotx`a1oVRCgSv9!h+zytKECWbH2@U-|JxEWNE(Z@}Oa&>*i0kirCGz
zL#^L&r}x%CT!P5y5ISdvOCK7ep-V5)yh+f*W`B(R;@HbCsH5Q)Q2o6g`CGPhz2tbL
ztyuNSp*br1vN$&nafjWmx5Q`A)bigdx^IXLODcAm4wn%yJ<Kfr9xN&fBezf$ADUY+
zbY1sz2A&sD1}rbHdi~;?7dac_@m}@WZRvhE%)j4eEX(!En%QsLuQBKje8>@W2eTVA
zyKM9wF1G|d?3;9-jSIhbT=KZtNgs5ydR2No&-rCI<c3FaMW~y`qDd-njOn!K<KyIF
zez<oa_wemaaRG`rMG&((qc+C)Z`e@iiWXxpQI+utWll6o%GY~*_KR{@GN#NA#T(+%
zPQNP(zk~W?|6Sq1!9hRvtF<6;TqBPuY2{iJO8>;jae=Mam3D8PIPv=pY*|@ZlM9H>
z!zN)j>e3k22V8L6xpwBQf5gl?zOzw7+yI&2X>E3+a%EW<<>E{78Gr8a$a4?m5nn0;
zPK6fb{#Jq<{l=n$<%fLs;Z-3_1<|=q@Z07iRQ2w4aQ!bFhqbPUl62#?1L!E0@IlYu
z#_CDDcMh;92F(txzMewlG`GKZ#ojxwc0f+XcqV{}6Zg4*>8!bpvgbb>Skv-{${g!N
zF}z&TL&gQazDegi2J30+?C*tBnUvD<Q(-g>WS4}+UskHK@r`~}K>1`Sx5S;C>$3G8
z$*-0jYHeN-h+JDFGah&kwzk6|6C#3`n;%}njTdIntaDrkSZh1f>#1-L7aMlxyB{y?
zjn7ER=Erk|Wo2Z>1$W8j0;i-2ai`+Rg+urofPhc4VNH;aTWvvormWftQ*vkdQL!zB
z98}3amR)kGNna@QZG4JG$FpE4uBIw}B3a3T%37i-F(*#0+5ERy-&awooC!tS&kJS|
zC2ZHrYmb+Z%9^DX=QS-Iqn-1mCj0rne{GiPBl52O{$yJJ&l~$x-_I9!+Q{j1B|8;!
zn`;yVo+RO6pi?EcmaL<@g+t!bA`X1}g|(g0Um1fdUBmG?hbZG;HLRtEZ4@p?0F(O3
zmHRIjFoY%h+5mV(nX%7K8mv<1>B8ix$-Kk+cr_^rcQNpweh_b}E8y;bUYR_3Jt6$7
z846x7Es$%gIJIr|C5{!xqbmYeb<RvpdrepSXKPJQR}m8qRHnzj8Eg$6u=BFoxv{j@
z0%5ka&)Oa`(Ac3A<zWfz6{oD;jC+e+%xbLNtzLEA!fH88y6%%f9Igij?3SzpB*5|(
z_|00Z(P|F9!X-dvWEEUwKm4@UP!(h^wI`J&ZK@@vQTPXBQ1PkKi*EvoODtLjDvZ_v
z#X>W3Gli%H!4gpi`6KJPQn&K12l566$Pt&tmN^%9xe3!tD?a<SVdD2c#5*qL45I#8
zi{CA_uU^!M-!+K)tp}rQlZ$<LDWyxKYdj7Ku8K<=+_%VyosQmpXw2nhQ7~zk&cqKd
z!7VW$4tF+HqGqMspW`RZfU!s1s`bAzzjRB5+bkK|&ncH1j(C5YQs!aPtuvh|RocxD
zdi?c%&3`T6O3!Mg28vbn?h_9>0u39QR+p(3Ew_g;`@4<5)UXUZNL_4z-uj>hF&9WS
zS}P8mDXnIAKUM%%(7tG?%`QQ)p7dZfjWV)s^+;oq1@gi+BAO`(p|y*N0Q*Vy+WnvO
z?)#l##{A#y&N^m`P)qkeV>cVvK{lRb#Kb-){e+fxAkI!HsX;P##YrnK1mK5OiHt_O
zdGdtN+t0q;BAQoMh8MB~mToNIK(872Ou%vryw!ZEX#;X*+M*=P`gj*gQae0B4S3sA
z$Sxr*klaP`wBP$ueFfW9zdk%x{`*^$@Vu7xCU;A~(u#SN!|VhNJvXBmj{rmV_rL%5
z16yS|Kj2c2MhGy2|5(<?FOi7Ou<BSrMD0aYj*6S8F<c=nU(b<P?W1Pi{1ROGe_<o;
zcK2{<EpLThme5$PXcep2>n+n4v(-N8PZx>Jl@jXLAsEOh<lcWwr@l!?PzGKHT&)a7
z{$mus8Fmgl%eEW^>yf9k>78z;sH_G(J#=CtX@3URI?`sN@2f=iiz!h%7s`tQ<CAN%
z)zkH|Zr)?>Mw72`qYQgsHy=h)Qc``H3_HGx=xHClUhm}g<SMy^y>2tT&L+AF9zp_t
zaQ!Sy&Km*Nec5Y56#s!kAiMpIc*-XU<-_x!2sN%H0qcgdagkAayDFzL6d74r&d&2`
z&VW6T$^9l_<$%cpTqo!zJ;(>x{{aW)l$9jU_uVH%TYTH?U@SCkf3oZYAJ6i2;#5R0
zX0!P0^{cgyZGHla7hNY;PHL_7pcw&)w<BERp}(coook>`G#NrI(fkBXt|tri7$KM+
z8L9}v%{W)Ph>NBB^{45Q7#ff`ogc(+iEsjv8~HoXE5(-EPv#O;`a<mKX5x6EehctF
zx2Ngd{zu<;#h&iZo-UoAF858IZh?#QjI0c0!1+|Ju(!6ePL;0fR^0m<y#}k{Wctx`
zPLn#*-e$*T3jcq-YY#`>_VYEl;z5D`V`wbJ@h8I-+#nOFX_SUo%{KMIqJb)}+9hI7
zLB99$I=HqULsoOT7H=R)0!ftt<WG;KgWN7M9xqdV|H=P4)KB#w%c1XuhP02vlY+H7
zmf7HQ_Q$~K`%b*@(RCkT7nhJwo5Lbh#eegSv)}UaeLS$)&ZbL1?;RHEfKRp`cljOt
z{{FlTo92z%{cle7`5O?ZJ{H8+rJ&W+SnsW={9HU5XG+}`An2g~qiH@ZkWrtWrua}D
z%K0JpfUSkl^SdhFzuGWl(yvx8YfysP%_W@jfV^jT21Ay@XM0fWvc3_A<>Y!RVRQhW
zRl7>JzR#PY-Zu6r``j-Ke)s{$toPshKIH-V?}gmjzi5W%U5|biAWt07o9L?z*RyST
z%)xoJ{%9cOH*~1eLaE{0QbuA8-ymOG1K71#;@F8-&{8)^BVLTr0Exd$7Ie$7{LhRj
zRQsXf^Jer<`F$)c)u7dLNiEt&GKI_JhVuAZwxQeP`UAVhP%^EuJ#3aF0*49)G^E3w
z5d*WKdEANhzCOVF;Hg(#FL4~&s4*aA!1fjdWJhH{Zz0eLw~RlQO~!U<>(FTM31aqF
zdh1XTTnk~(Ior?Bcie3`Av=?=6B=hyg<5<qMMKeFkW%#}o7U&fdZj5<C+jOj==ltW
zr#xzy#~^RgEA4?F^1afh=Wg>O{Zz}UgmmV6Hw#C!z=`+L+M$|1K+Ck#5N)I0;HKkx
zj-`S#WJ5W7$$=h(jC;Q@79i!OR_E0qem7+IwzZo+ZV??Orlr=TV6A<h>=BiEU+LDc
z#b3FcLzCBr3dgZ)Kd;Er^JR?_ABDR8wd(Z8=yS1K%S!FY7E|Vd&oh1*0FJR?k;)1N
z5aYN9o)9xJm?nLKeu*;cXD!;1sB*rsMm4Xiuc>rgb9jo2bKffX;kI@kbQJyXsu&{1
zp&+TwVWsefKW<O&*o;2A?8yk{W?t;S`C$G9HJEI=O6rA=ED4Vm|J$MLSdiwDd7dT4
zv@w0L$6LMaF=!EfxF?h6CnUDRhr^g1Yn+{QX>etZ@tm6;X^7do9Ou1bkuQ3f{{8y$
zrg{ROd10>)AIn6tEG4HS>1u>4<>Y2?P90Tii!CM|(?9BsB#pGDh>(wfSufTR=k{t5
z%9Iy6s;bdaydP5^B)hPj5Cp$A-?7`D*cWA5mQCr*ypZg>R;!kOEDL`jtxH7nnpPA}
zcmz+ToUs6-G}$m?G9}(s?Uf59+yDcG&=O}HSx6SMk7sesS-+f*Xo$sUTg**UTGZI1
zqEInvN=M$RQfa6QUPQ$)^NB3OuK-QAY=eawips+ve;EEmYw>9%Q}wze`>FfoPwV=6
zYSNw+w0-(9Tvr`+r#Spcb<5lLM)ijVBfdxSjuqo<q};`;8V9?6gfU}a9s_3;)MJgH
z^0F5nI0{FC>E2f|Pk*9~k)l@`IW3^4(Ua9mA3~iO(u!kxXgO3-wcyKv|DK0F`lxwk
zW5gbe7J;);-)K&-!7Kz^r~w0i`$!pN_(6^W!lrQ@#bEH;Tuokn*E)#cdur^SKdq2@
z$&Zomv!dMm5!-AuI+?5Lfp(@+(e4DH(E{>yRJ2gGat79|^??{T7g=lF=P#%rY1I$2
zcs^_s`gZ}^VX4y6vOyLVAyPD6M5&#L!Gekvz73yKn+#&A?4;}^s^p40XN%NzZtR_i
zb<3COg`?X7fD`<M$Cy9Jl%}4NvK*z9P;+PFZF`Q#55!;ye~x1DNV<cYbrqGTyinrp
zN8iK~;jqEd0%$IzFc(eXHr-5sB)3;6wHhZ;z+{|b1Z_E(Pr;X$=%19q%LXi}z7Sky
z-gj1Z1=v*&pPNDW*(yKmyk%_FJ(6XVEx2<0tJ|V6vT`|X%R=MmbKfhkDSi>s+|BXL
zubJf_fX)}csXKmSh`P|T`|M!4tKNc1JYs9hn{&#3G7rWHA2eb;6p`_bL}^mwc!4?~
zkntA9nMQnzTYgLQ{FO?=$6=bd2J$U|1++s%vEVY}R|Jb5KT(((P7p;0two1!5qJnx
z!*(PT!0XK`!?+HthYppQShSAE6H+R^sV88e9F{(oRZGr=4l?PX0WCkl8nPB{w<hN{
z&mr(@a#wTm*YH9Kk318KL_!&^jMk+Xk6?}*se|`o8)C!2o<?LPMmmenDz)E1XMIu^
z|8b*doXkN#tf@ajR7F^<Ruwi2)yuEi9K;%)pY2vsTW)BZj5Z+`_1tv$q~4(KP#Avr
z20j@j*g5@C>}3B<$#Yti<rrr9%}j(2DHBd7+_n=<u5=@SX^{NQV`oSp4K#b3{iXvW
z)>eXMr<@*VSb$SmmR~|PKq%1w6E42zI`t<^l&zPMm}ArnR|qls1#t35jQRMMwi$ws
zbe;pt^YT^*vgJB$8j*zN;wICH$86B0mun7=X*TVuX2pipm$qS@DpsU&7M|J&e=phf
zPVbeax<b^GYE?DHj}PE7<+79qM4NC_!eljD50UbaSP7*M;JHRS8}*9vWVs!>w6_5d
z+m#%kFZ#*6m;=#qv0our??CeP)7c^`vD}u4+z99rwl->h7H>y0)I5Khsg6=a)}<t1
z5@FPm3Bqu3a3kxaq}){d2_zTyM%j*u8mNZBQtA&}$k5Mn@tc|?4=;=0KdJd+gf*TZ
z+|AkxI*oXb73rfCVcosz*hs{w#3}3DR%Qa=CI+mr*MQa#R*SFRfZXoDy6=f4W}WZl
zabIcSut(ISz`Xbs<Bto|&-CwsW*Q}uGOKJuv+hD|hGyTn*{nP{Lh}{S;V``4Za4fE
z$FD55wHKgM-@#v=Ll==9aiTm<_g@SAlW7OMMejR4Ayx+&yxIIg7)NUH=ZkXjZ$jvo
zAEQA{wZ)Fy%E50`mW<qp3}6E2Bf%lRsXPtXn|2*W7iRq@k~c!mkqOxFsrsOW+8dfY
z)6<P6W-$&uJJd2g+UlS~`rL;3*b>cK*8-Aqw-ny+l=GhL7)xSY>#Di3W{Zhh^Yyya
ztr1G)uaMaYeD&>*NazF@IA)7OuWKFZIaXKf6tR=QcXYpsPa4z<M<l@v_83}<!g-bs
zi~5uoXDN`E8oNmX)oM`0^&A1drJ<t{N)FO8PRzxN^#ne-@*dOAJ3}uXF(Lp>tQXZT
z-oYCkm!nZY(zAak^d_mc<WmaUCav7Ju~<w-a}7%xbQM^;g$OgPW#hpoCA!bk?0t2!
z+4!-1-*Vi-@`gprB>J)6V&j-ql+({cIOwK%7w^0;KT>Gz<dTqr&fQXn>`kaHi<)Xc
zQjPI#=6VK7xI(uHxAM}{&G`J}bZBYlFai^A1-y&G<QDiG^MZn0sA+X_uH|mlu&+%W
zE}|9ghcM~B+idS?F#YV16*)8|DZiMlX<qR9cLh&09d&*RZ{wV2dpmX)#i7^WZw@Sc
z`G;L1P@eXU`e}~zKdgNaiF;%m@wF8mR;4t@E8BI%T3;8dVmpONGoNRBKge%WG&tda
zWTwUHuGWXen;4j%ugBumB$TkpNv*61a#%nr&4Vy2RHBoG^|rySbdI<2b839$bodcB
z#azEW<~mewmcd4u=@J9Xu1SSmHZ062#Z<8s`8R_$u&^tfW{jI!RmuBU@bH+`<j28J
zDW>+Jgv99K1z?&7-%=I>%Q4$+xMGR_c?+Rk3=etGm4=SEUL~$9-RaQIE{cl{(!Y}B
zXXo*HDR&onsn0-l9~8*#_R|EWF4(dPfq?j|)Y$}T5m#2E#?u`uI_R0><R#~%Wk%^}
zx0Ht^_afm@@&CY0HY{*>8FF;ufs$mg&Wa>HmLjG}z4q&WKRQYZX7Y3r5T<h$a3?sD
zJDXZEWE@pQTke9^nrH!KMci8RC-~7BZSj_G`YlRcu6(CnB2Tgr3n>8}y7A6<L2-&?
z;|k@YmLrSK;)cIwx`Jock`YDO8+9Q9((xrtJqi9IN7Lq4(RFkdSJ$GtO?=&d2#AO9
zg1R0}BkuKv?5IiOnc16)5~@ld<(fi_^?B2Z`04ocT)A|78ZPSNo5He-9&GgRoGM;9
z;%0YIiv-A_D}jS|Au8jGyZ8(OQY;)Zv!S_ks4c5;UUFV0D_^smsRIFIDdk5+aUU7U
zUq6e1`cw<>YkP%OrD<J02?i4)S)or!KS@SJU)aV_YG#TNDu}~NzO|h)()*QM&h4o#
zhm!Upr@!Y)0q6ksI7PS92Gch@WZWQlfpUxj5iXKX9VlI2s;%Va+D5@vz2%(($Xzt)
zac+2>rM?1V@ESH<dg7=grB<I}oUXi39I^r%)om`jLmTALt&;<y{ns)3lV8xPt>NMn
zthdCu<TTS~UHDw+imy?bJ9u#y_2&<pb8li)ODGvG%Jc1aIwHqzxGCr*93U@?ephG`
zzY{QtDb7_3DQ^lW<f^X-))T?}kDCdZa(Fc^qPZgf@004iH1zwJF9D_89xYNLT^>;@
zlZC%?6u+&^!@-ajzVf!GMt2hrRs9#O&l0+R<Y}|CHN~0zx?R6xaf<B_2y$K@^oxEp
zg(uO!Vko?SNxQhGc(Fcv74o*k*YvyYX-RP=7nUn^HuqUYa=zud0~H%uo^SKHQwKu1
zofK$SP^38ii06}3hdya8FJ1l*&CuTWAw3R2v~rNsOI)!@Vdd2PIcm6Q%<_Qa3UL{d
z^irWYj?cV8P0LtBAFY;-KB#Vj;El=ikMcZ?S6G}FM7pTh8TRjWT!?D25|>rVB`%Iq
zFai2lNa09`l@@p9BUq?~H?epkQnKPwZn99{ftRVycbSC#Y1Gp9TcU3jbLLo<rh$l(
zxwIU~DEH$y+)CCCr9Z`P&*Q2^LF#^%cZ(veMKeC(x^TPW3pzR=sA~$uY7tw+!HxnI
zlA%=D1;YGmb*_2~&>p!Ek?EpN!u`{RgLjtpjaR9*PqT7~#KI#~dm1C$O`O?TnwOB5
z4KE`nEx_;)Q@@a^H^jzuwGF6nd?GaDj5r{vh*+oe=MUDFt%jE@t&q&CRLwEj$tNOu
zLy+mp_j_V&STu{NY4HiF&z5|s<>P;b==T5MrTC6-TDg1vi^gWSywNVT_d3GDWZ$FA
zYL01-TJFa%5(W50=}Q8i>zDCT3egtwTK9sT3u<ZD#i9)!44bN;({G^aIh*s!7FJui
z{YW5Zbc`P#|6u(Iw+^n*MWyst4zWc5W89eTvzi{Y9t|h-F3Ate`sz)vzB9tJ5Kmut
z<n-PkIk_XPZ^T!RBejq_w@iU!FBlPRI3sgcxlt&K=Ha9-8W%f2bWi9L%UKT!m##x>
z8vA$(Yof9&gR2%qo8+Al!8BO3Js_$lip9~D=49jNaI-Ks7s$y=|N0`z4S@y`LqIU(
z!1~>ESNzLFWL(d0$z(-{@_tpEq#)YtBcgt3v*_ZOo8J4ma-yXm10_{U4~CFz*p+%-
zq$X}|omQxR?@$9<0>okW&H)Ea732AYM<42-#gnZEZ9iZmR6pAI>fo9n=s{O>Fb)km
zrMX-G8`h)$MvH;_)E!>3*l&SebL6>=B^meI)#)NRRc47GB9;|w6xQn->h5@Tm;?CW
zH}O&$Z@vCo3(y(##V@R9JG4YFZNQ>^jB{~&NND7Uo34_x{=66;f%rwaTeNEw3q5v6
z#@m%1f<*R;CVRE-T%sdb!|ugkdDy?mj(Vm6b=N3jwvRv2o2RLAo7&7mEZFb>np%j5
z(T^8gbTd1<HJXZS@EKe*Y^pSE^W}CiHPf;p!1VLlWGS=&Lq#hh{{C0=@vQpFk*)}#
znTD4!v~TvMxm5Q8PL=h~S|3wwfPnBrU%uO<PR7YC3WRuK5Gg63^}ie?pop>w+5c9p
z29N)K#VtR^3ZhdsQ#Ja~jHRc`H#T5b<-2dwUa$@lMd@Y0B0&5Q_JNWnlRmk@qUL0#
zCdH1O!=tfkiB(-Ud%exZKJ_+mYEqv-D^L4fne5JE=-zRas=2jDSG8IvQe5Rfs4I8*
z-7CELYJIsnL|1<g)0h8FD_s(BG8htxdp}7r+6y$57S2x2zMbGMI*@*-`k~&fuarwf
zhLg3oMTkWXUGRr!h}JdOvL}gbL50yEmGmg&5-LZQTi2RK6@gH{cD>%OoE`uAcEz7=
zY6A}KpScVgV~)%1UKv1PE<ouV<Q?;QqJDs;(|U5^I(L=lcl7;wGbTbLuHqHol`JY9
z(<G|x@{q*$EOG@#rghZJ?&jJU^0Qnf@9Lzyt6=2&))K_>NKMi9XcGJ;e=^lV+`XoG
zj-1g+-b%CcK(*TKGLg>S#9D;AZ`1}}RC;%8kqdhr=ze$G$$#9-f4mBMx)Qzm-2ezl
z`?cMHD?(?q^}WW+EzXpbl---rtjd4@*C^~KJo5~rlf(m=GjiCy=n8fDlY6SZSPt{X
z&G<-!uvp+W{gK^cCA;-76~E?O;(@ELLGhczib@K#EGZew<Y1cLj?`pnp>@LrJsZ$@
z#Xo)fHSJEj<GE{3k5`<n>mkOYwEznezey3l8M78UlMOnTJr2BTN7-xg+}EaQ+XyFB
z7TigV${$I6A*IV=_pmtHXyX$jCn;|}n~w<V81@(1QT-#qt)%a!_~5O-vcjisrVtnq
zMyOW9yjyWFu34}&?ypd;&MmtA79R%LQ{6VTXpuVVAe)%&rj9h(<w-#Y1lq-CP4fFK
zypmOn_S;s1cp#u+Gv@oB4#bga(ZpW)0&qY^Mn?I01*4y?f?O65eQJ<!%#zCQP$t4Y
za>ZZ*c8tMM^y#2aAqJXgBUd@cq-TOc>-u+?kgtxdcu4y_3j8rN?cE|p$oHl&T66|o
zK6*zlZ3GtN`O+ql2``S{&5oqFxd1w=dQfuqodN9R-xlT5=N@B&7AK>Q&nFuZlwuu;
zWwal{b_$8nwIglB;Jb7c>}>i<YtZCUmOFKj?E#N>cO&GY0xbcFT#(6;?L;<YKr`7K
zJa<$G=Sb7u)`a3}QD~Xy$eG79m@cg(^j?Wne*c%Mp?p&obX(RiA(q{AywZMkvzsse
zc)f+P$0sJ%<+$7oB=}W^-%n-5Z>IobRTh6Z2dLd~IH{AsQR`N?SUU4F496G>5k=(7
z*EIEff1o&hqo#Lmj`lN*C;TQ>u~~IkH}OEfrtQg8-sJMz?+VwE!tvOg<PToU8-onq
zAgq#i5fX92e&7GaIs0#+i2Zx9_?Yl?olx6xIwDPI#4A_JnD=?}s{83-uG&CF_^=U^
zl)vNgqIRvr=d4WpVGr0nTLx>lbIJ6eaQ?W8|8VEqvvDhVMiT*8Ljh%zvYZ!kD$8WF
zl#uhhpNvd;sQPjRvfJxDdl17&l&%L}m`Q+T)xjAUKY=9s$9b`l+Z-RmckvixLjm)k
zfXyjcO2?MvLCT<erS~hqU>@$SIE_25M_6kOJAFNCcYeE11RVRV-OaUhT|68IJpqGE
z5WQS58x-SvPU1~DP_y(>X)AM+q%vWM+SRamrm9-1><#}k3|hg_FSjYJ+ae$&2v2ez
z{a|HM9nn2%gX(DAT%_ZnUnjHwa0xki5`@M{FXmGj@iWZ?#Man^gf-83qo?Dihi(a9
zcKyb`z$`E~<cJ470wZkny@1D&zK@TK!z4N!jo30HHcj3*9%R)W?wg=Z;;xYN<lbvY
zgiwd<DY8dE%=sRM5V2RMEn;^e>v}{G@I`vbX$7(*GEA@7^4&L{HDp=XP=k9_!E}Sl
zy(_2-Kf|Y6>;y2(>ppbO-vG4p?mEjokDA=LZ2Q-T9%VBMW`ET$lnWeKv9<N9NJ2@^
zhH6AA@iX4vETKi6MC7E8pger5t0CL=oYJ(k(o4ME%Ul#j1oJB>UyNpGMpzX;%_fjI
z&N)u@s14xixZ;m`No&)aBX1T)P_zM_F+pH660nRX0e~{299-O=O#p;xWjDut9AH6K
zb32~3e&o2K59c#KqWwpny%rm->Mz4ZQ=J-aFb2bgsVfFLU$$gPigJw2`ZuN-$MFKY
zmFZ0fJbSI)jbewe#W$(dS;$vR1WF?Wwx*bLv{z9k%1Vwo8{0Y?Yfler&mw<9eEh2S
zTEIzdfU7UL=d4<#cJ=L$tQY`lTk4Dx#2*E4a|3VpB%}O=fRmAkh0jQY7R-TBW!D-I
z)JIuJ8IhrjawDaoSoQ%flcXG4Jf~lItvGc#@$N^46piSayDI1Rm@HDF9W<?fwFwZ$
z2GL*BmZn?sv?Yfuzt0$M1$-w5z)OHV=?@s4FaVXpr}qI0C3bhv(0vl;{M%zj>DkxM
zNVcqak>Xl*kMf43WB&lM<}9kpl8j93GQ}*CpVXek5V1<H0VasjFKn#KNgYBh`k32~
zBs|d6S}nPozp+fzSFB@>a8)B-evf8ks<I!--$*FVOp$D<J4K*IG$kvx3C~D}@^&&}
zTxh=vh+7fww4(vmcD`4ZA9%eHvDG<OrS}|JMmgFKDgo&8`@4Ho`SRgv;N4+1za#LS
z2H*xXDq}qLKl7wE{!U}x2oHjgEYD@Es}bXn<_@OMW!bM&&tti>XfML5UipCE0gt#X
zW8<?C(y$-w`RJLrBe*L9Nmr<Yo8HvYzoRv>8F1ftE<C^v{1-|~OA8R1?uX0el3qr!
zlc?1gS;_zpAnY{xvKzIX&lxy(0;Gw6!?4wDXXLy4t{A}T02r^=XfvhLb(*$#?#Tlv
zB)Ez%lEa|F=dDUyW|pGmTpk8z35r}Re<stU!Lh@-CVZyf(a~5~xSg`)kui@*LmD@n
zUF8liLMW<YM!rvP-Zf_qe+8odM3l`$o~Zp?l^P}sjl<kNK%DfU7Q+A|?7mw$?mC|a
zIs1$nh+R~u#Kpyt`)nuu$m}^sh^#Y3<RKyU?K`1@CGeHg#^$)uTv&UtMwOY<^S=sk
zQH>kf;KHjc6!Ner5#m@B8ZP^BfaaM~yfK`@gx?*;qOMha5IY`D^m^i#E(aMYDSBW=
z?Nu0P#aPM%AnO1qTywxPM3~v8*l0w3nep=H)dlWix|dle4Sj2)^F;z5M6wZ^K)Hk@
z<qa_giW82EuE<w53?Zw-$K&nPrY=n?AwQ&>=AxB=)WDD_$O+1OUb`GyqNEh9(FHV>
zB>>%V86ZgO(jiwky{pSIZl(g?ddDk7XhXpw8_@NFHQFK;HAX-Ev7aO*9OpdHAGZ!~
z8HyUz#rRBn@7~mJMv*0hEet_)+NE<};rntyu3r|>pAXd2Fsko8^YO61b{KY!ERKpX
zeu1KMr70W!*(7fqN$4Br$Rq2HXReaplG|AbV?gyrsFBNXAl!|HPa_E<{%$tti>wL+
z($&9G=o+jH1qz6{VgP4_)+>IDEbN`x&t?wAHvmV?6wRvC6kDD}eyT(o@DE>pT!a3-
z4D7zbp@rb7g1sz*Q!&}oKVnAZl1H@p(+`eE(snK4EV9S{n1iXA(CSM$>B)d<c`iUL
z!EM0FD#UA7kcL*R^xq8PXqmR!_+}ldi9YQ}2JHy9k8mWJh)ZbQl(z~6S)<=%RKUbo
zQdF|hP@<Guzq+gKUUjPF^2*pSR6wgKJ(bfBGrpC#kzeM=68j6!e{S~rB4saW*pPBB
zJAhY+R#+Mo2RFQDe7})Anyz<2MSEUxMHQ~`HcbtU_r~@|^hdJHA$TwWOx{sxfZ0k*
zn|X?9pjHA|J#;wFo|w^gH_Nld>Q})LdsR_S)pHaTfI}kW0+^GjG|^~K;#_r2Xj!8n
zdrdWe9gsn7i+_(w=WKLt#+~-!e7rIyLe33AJh++GT)I4_12A;2ksQ!?1!B3s$|iSR
zVznX}*K_1}!3*TITmnH)Nrrl?`N*MB^A$9qb|I$UwhIU>ysM-wkQWEP#*SqO(Dpt!
zyivVSD4a90+@3r7nQX%*=fgW>aey;Z5Ida%3AIysP|WNcXU~>jkbW_PLDhGfh_8q%
zy<^eC>w0%n?pETZ6PM{e_pz99t~bavu@@W)6tdnE`sj$T*oMp5nn|YAcR0*}gUM*V
zb;JIVF(w^qB9+lqhS+LzX9x&4LYR9)Qc!=>B9>zP*!(!Mg4JkP0psb8p%WL(nN@j1
zjZ#^+(<%j&wA#<MD=n<7_?^oL$akuBUuzGGkuNa^atFvSF@xUI@8QfvCGM}I%kn9E
zZn|=eX-kCC?Xr<Sp94!iF&WC~=Xp9XwFF^<AsBoNj#(mY(+G>EP*uSXzb<;;$QBEj
zQIHKYnVs0E3JB4$r**RI>xB^nm(<!PkpYDk&uo-mX(-jsvSdhijtTRn)l-?Ilz<zg
zP=t>bJ<nq8<db`2X_Zi6&!R=8-JucGze=d(uM(7y*3BAy#{p~hddDpoX%tv$2dQnO
zMR^T^6S9gy<Ds8~siE3o<m0T8siChul@K$)>cc9EGyWj`O#Q5i*V9vxfLbriQu&e9
z9QC!KAo-{w<}!1M6^NuKY-8uB_z9eHDT_hFMzO)Y6+FKf_g%y;t*%^rL&!(tq7+`-
zxHXxd6h-Zqok-UJp;4h1kEyBRroE^w1aeqXPg$D9@}nB*v}5HQsJX>Vse0B{2RO*|
z5~xuTDb_xV3%ynRHE&y^28()=_a<B+E*E_EE*u%K#r5~2y!VO$NW(#PakC0*cKE4s
zw)OF))Ox~1BSshy#jz~hlVF-<+L#rX8rc_g5E9^B1(4niioFa<sMXhhtWIVF4F>8t
z$k|l$h`n4Of>1Vj*uvzh?I6X9_>k0Mvf+x}JISH%<!wB<Nm`y%uEaxaA@p|D`d^)q
z$Go0J{}J`1*J&`F3(9xR-08*dVHxzlw)>?-IDO0WY#U5FU3ZM>0+z+DT_y3tWRWow
zo0C(wy}L;=OK6%BGj1D|GvR}>bEO>S?~>hH2@D1FdVrWc-K$<L)tpH0IQuPAL8sFz
zGYKV(#e3<EXXs>*UFq#biEoXrrHX=ujOkt~F?)Sc7aST!g65>%S;44QUBE3sNYq}V
zS*j8-o}5YI4u)f057w%rzI-k>g(_Rfvb~>=58@M)vG`^pZ{CYT+aI+wb%h#x8)RQ6
z8~o-}+6jK3$)PB$uBcXWN%xt_@oEutQDKa)xYXS4&%x~f6|SPOLVa_-xEA1DCY|~K
zrZVLRVmaO>QoaD;oF_<z`&9P4DRO;2>Xtt<^snIYl-bfW4$DT#=yE8ee&IK)OSy#C
z(PJdzZK;{8y|$!)Rv5C&=TuAyWMRnPMj6{fI)CC<T;$L0xydQeBC~>+E?B-FXCf+D
zkm2NLeBIEmKuCdPL(fxfnu5q|De^=~HL?;JLZfr;t%yD{MLrI8Z+wld6?On^Y_oX6
z!NQ0z$!7v;!uuv;(R10m^9za8&8PpW#>L@=VkCDSH8Rw22-UmT6;8{L2>9eX1k(4G
z;#bY69SYtbX=^5T=y~sds#{v58M@ZeiGP__)%mvW>WSgOjQG%?O9D8Qy&$|?ugjG*
z$FC|<Zz_Kwpdak%pt2~tha#>2?I3b(FO5%T?p;7OSYG}g<^?Aqz0TK?npxKwnf(0n
zr(3f!t$5{uH1K7bFw6duc8iDhm}&1R@YC^{TI(VrAE??LD&FeJ%D+lRUruoib!nZX
zluT<<WscDz-ew~_bB2+UM-AU|8Oi+&)vQDXL(|{1{GFT*vendXcgFaS3agI0@iFsj
zsG%Hkrl4fQEE`X4TSYo~l$D)P<44Hw?90+y@g(Tb_UfhikEC_AvUT~Nugq83Zc2`<
zpur`y$QSu=iLPo-pH~fU0fEy@i(I}^sUoY#4J6+d<q^eYNs_VCaphYIlg5thTX|>z
zX{kx6r0C|n##*$%oHiwLmd}cE2%VOZZ=7CWWU=@A8KQ%d=8nQZ&Z+V!`VkYzw5VrP
zmui+!-j8ch)Q*POdb^!fjV17C<6b`KJHP&pwP%oaW0927bWJkqYEP_dNE5|VxmW#<
ztW6<7At|dm*Xn{^6#-C#$fs%E_iH9*4L}n>icRJ$8Z0_IO1PJkW$5%zC3L-!O4At{
zQuGp^(^%&+@@!&kbu|h2ZlfC<#jA@5{Ky~5Aj52gR?ESQfOx-XqfMxAR?(K8zN6rl
z^4Tuu*E+YA$-6PKa}R2@meH;WDFw6q61pg%o7|)t`YpCsd_+&hcZ{QiL2g;xbko;b
zC0flqR4!(PKnn0Wvyeue^Q&TSplk%2rGxgkI;MXiSCPv<Vf*s-Wm5rr71LoUt&)ml
zQBRu1_@;&@_D|YtLLGnq>W8=8s=RD-Au&C^Zd@<0#YN<*aFGK!B?ipyDC1?$LWeJ*
z(8H=8YFmL)QGumbwA2G+bPFImVb}-quZXz<TH2IN+ktd=Fdw9}aSZ{oD9#lQWT1Qn
zhpu`kKEtv^z+1@AAFgtw%~|@{Vw>lm8F7@PiFI2%7S|`F=C`)AXd#Uw;b10BO!Zyc
z^m9#aF$TCjqu=q44nsBiSgm7n>rz8{PLI>Azy_#g6v$Y)coTi$1O~qp^q#~_^kH1$
zXqSw)QP;$M%u;;mue!abK%)@flutDw5ZV$6u%Y~xY1%NPemgw8GZCDW6-)+d`(+H@
zd)ruaJ$(qMum9QlT*EuoakH!3|K2}Bu>RTS`Qke84@pG9S2tdG+OWrKP<j4M;j_9?
zF~*-8woDstOzN*aZOKU`i%B*pv`rtX0g+!#Mgq@M2cCx^u{UrKdj97c+lpRcx_tJX
zlod^lOipHgF6y`A-F#nqjT^t^s&M(Gnm%gj*Z=ajd0;;6Pu7LAaad@1w4q`F53-xd
z4XqkomXXc`!NK+3Pybz&A%zx-oJ}pGr&oW-S-;lL_ixuWUK%_w&^$G(L%p%V#6`UF
zA`l7ocxnj;w^tVRgx_yfs=dm;qCmZan=T`J*j@tq{`H;ZbRKtkKW{~>%|M8oq4t%A
z#x5IsoWALM+&ip#M&*ip2e!w`p3k$jG3w%=;TTzZ7B^0WZZ8tDj|y7o{SL(lXaG5_
zb2H(82m3`BPk^Rv$Zjt9Rh^m=7m_C+Y9aZN#A^Q=zUIf0M;80F_@9Bg0~Ibp$m&l?
zt#8RW&RZ-^d!bWsFW1|c4-qoU79xm)M-M|qSd4nh{v){7MlUt?o%@E_{OmkhZQ>|=
ze}O6neBDUpQ{Zu;Yw}+mzG@g}CaIU{FI{ZSa!gGrTYHmI=4a@3T+PQY`uubz>sI3b
zh)aN-kEErGQPu{v`!r6y*HIKOrxa(QEzZV6wf#%_5e9f&JP)J_s>=APmF^VA{pIn=
zxr<V_Y=!dTckfh18cnKEMqZ4HopekRsCar|iO~zBzAW{%kGN4WA!G9=zgH%p3Ozb{
zwPrG-pYF%R@L*ze4+JvP`7{p>$9sj(zMU5w&5gqJ^Wm|oNN1}1n<!S~1pxf|{i&?Q
zAKo_Nl|;|UiiW&HtAW<4w}860`wmOguxPb>zc6K?7^dk(Q2d9sH`O6hKbvdu6Pgk}
zJV2_6{2BYuY~1(Wy}wk)PA$qeb%HF{tkNsEthYS4lySwL@BdC+lcJ-ZTtttaB4P!X
zYG&o_D~nT>1<ZI2TlDU;`<;ZMGveME--K3R1*1yo(m;dY<43JWMj!URzaWG-!wgg-
zmXb#8ioQwi2$J~7f={%u-TW+8M$)d(OO$p@xXFki<GX!BSlEWTbkC3>8I@&Lfu?C%
zHW8h?x0j*_M-K|>4=8Za{re!sRg#dVZy__lD9mmiQ@+5&Om{re1#c?Mg0-DS{o8-D
z^S@Bn?%2ISUh3%Ymf_#VGQp{~PP)*8^n~(w{%{V=h7z?js*)j%7&xTULc5ur*3o+I
z9fe<o=Lsb$!Wy6cYaqh~`0ad+!C91e_oU<{8WMNoOCFcsrNdLN3$9+~7ZG8I+J25i
zUyRbIEP&c%l9b8CMS0wLJ#A^in-!~R%Artg!R;@iZ#Tls*H~vlLjRpaB_}$yHIzfK
zqaOUcP~j6Ex!U>fM++6R(%$S_nF-}y&wddoMs09f5;P#Ya55>&{}j-lDeW7lm#+Gc
z8~g^*O1Kn>^i>MVzQn8Wp%m0{oN<aA*X*h?y^Y~J`Pux^JD;}`@mTS%>=*pvQ&*5Y
z?EV~dG>|La_US~!$$vtOI^EcuZ4n+VF<!IbsRHPKkwkcTqm`rTAbaO+P=ThQJ_`=q
zMeg}v)E3q_9iWI!e!`arjjb5*)z-M+#J5U}9s=qyx_UW!98iGGUcN__ojmLJ(e^6-
zy4;gLoGruP549E=8{w-TJuf&cUaN3_dcEH`G9oy0&hkU=tB1^ho%HN$Nhmjv`xo%)
za}gQAApVdETHf+f{eBKSv~*83gWFNdl@%jR*$8Cq%G5*n;l}xFIiEUSJL_6_ob-M1
zSr6IJmtgt9t^ip@PgE(Yk6(^^XS}*Wc9h+?e?OaJX}KvyfTR)Lw4$K&=k}R>oWo`+
zL*3yYUAnSxoDMK(h8Iv=#90df1?1i<fC|<*UzX!G0?6fghfwQ@ysda)Cx8E(rZu3P
zm(axD_1Lpzx$|n(@4eIS>mk|%0EM6f_@fVr(9q@KVxH4jWU-s%9S|M~uvv2}THJ}?
zEJJM*%-0@FKTN+TM@F`p&yw^z^I(Q`C8%?`4wNgumaVMI%wt#!|B3&1?QQBEPuZ!S
zl3Do728#G~FCa=ML^`!@gqx-V-6aVL2_~-n_+@#%c1w9(okwl^bG0Vo*5f%qaWuPO
ztIOTxAyDBvf8234u9VGh6nL}q13f7ESu#|{qS=&JvK*0sR3s5aDk59jzVFn_@S@A^
z54Lhq)@$a4yly&AEwNT*Uox04c4r<zAfjn+v`x6`JPzn2bfx*-=4n6i2&n36m=wN$
z3orKP^IZpsuYl<S^lIP#^yAQ{8=e+o2mC#B4!XO)IYYtn*9UeS3v@H~07Hvf{l?>7
zBZ%WnBW*1FfJr#j#iAwd<sR2MVZHock(&@Bon+W7X<TuxYg2m|o%v|%Nxz8s$%1)8
zTx@KP|LHJTqHKox+eE;TJ3czzRHk*_&9F+~DZH|_YX@u~cDFczMf77eJ%McUhw5{F
z=?O~Z<suwW&v3TF+zyj1w%$;VQKcd$3dm<x>{a*+O-#(2Jjc-9O-j@COJu2**fBi(
z){H_v&f&1q=6SN&50sy`TGqMmjwdB0xsMA*G?@S$Hd2k|gYi*u&UnCtVk~yMN5H~M
z&}rY_(|9ux&k9QpFLN~YeElKSEVP81Ut-3)mzXc<H&-wlWXso@%siOdfV#D{wcPAz
z0Mu8Hq_GA8{YB5cDd#gP;=qDEuQ6b0HP#J4!S&SC)DNt!eCR&fPwPA%D`;pQ7f{LY
zvD&RX8kLaymG=9}5~^wg31}a~Ly?TolpI>rJ40X1BU@eB=^+)*G%tDVn-+Yn>-mk~
zDeE)uII)wTZvfD6+~Tz2yJTDDxKOuo0nn*Gzp??)pt9yVNDhF87BHLMM=8InBXVNm
zqyRwd*QI&xU$H<DHT$pH<M`gl8=Y+a>mp5=#?;8bhlfqci`vzKz6l;aY47(*7k(HH
zy)e><0|oaX6|ljK+IAtZ&qG{m>>}*ZdmbO|2sw@YchYofj62)r-GI9Eu4n7o2Pntm
zRd>+-T(xMkeN$?h8fmuKnz4U8PKK1n(%HGmr|9jMWiRJK{ilQ71m*ZrNd3E`Oa3Sc
z;*gJ|F(qP!%n6+|bQZ(pfH%`|ka8=3^Yl?w9!_et3Q2D{^L_`ax0(8u|9D<j<@$Jk
z^M1u+1`ewP_O1XwgEQ)cJ}|E#?)&}2oXS~s&G2m~Rl_j2VRoTPIApd~WZ_9__Q<P3
zn%u7X6*(3ffwkPD`P;PWq+5FLrg#=kXKsPCTX}t3&XX%t0EvF2S%O-EjvZSn@8uzJ
zJS5jOQ+<i6e&%s@GOC48TZ8)%^%YUi=IDMV4W$?d0=vvcMoe!F`$pq09|HGHb5kK-
zZ<)D7?G=S(Y&bo$v3`!^osj3vh{gN^h(Hj~Y2XWVU~Cu8cOH34odZ_$W@>0?D2B6(
z$<f$%kDf;8Plh>zz}PULMTs;XQd-5h7e+_tPZI{pvy||z3Gk)Bxg6zFY_n*jz4qgq
z^ot69_zL_pe@if{9&91i1XeCK#Kt=G{Ml0P-M7|d#0Bg!HCgf|I~Zgl=<)1S^|*Zz
zfMgytLVzvh`yC11kULC>-Lc{3dQ8i|q1>Z;Q8J}&2KyL#Wg2p5XU1aC50%k5zLI;f
zF)J4pL{Sf7xAXQhj8xd0EFd6d{*ITE{grNHY0O%ENBdyW#Z&?l(6P@Kt@9tAX<2Eu
zlkY{PNiId(Ve@jN&E9m0losPg;(u!a8ZCyCpDE_!-SKgNOI_b9Y>^LA=!6_(BFPUk
z02*TI3z_;r$UjQuc!&aL^V`qE)But%)(4%=41-@j-c?ARL}6V<|89P?b%R32w#C>)
zS0KUSpBQg&;``%m&Acu*r$L+mLUylg0mN;e%SCHWK-34?a^81>om%{s9a|ii8uzLi
z#-AJCB5hz0Eh!J6N$~!DSG-o}xgiSpmTi-MXHml|)iBE<Fh@>fK;!HSyFUu}#_dlL
zXcZ>0BV(1Y-&i8pQM)#7s(Iv1UdpF`@<mv3x!|Y6D#mDZyx-irCm||hLL#?+i-f(8
zs#ZDvFXa8z`CmZK!sY;}vtfhPFMu3^IZe7udqV)+DSEvg`mD;&)ffreciE&Cpa#cs
zcyLEHBxoP+7cY){C)D*RH!de;ArHYE+@{h<oU?fIf&5nByx~Hx9OmGoxhmYq0n*#_
za$sp}GC4`RB1HcIw6<O3Ki%Y81Ekp-c=)n&_d_IY{Pk>^*aZO71RgG@vYoqb?f@k2
zvzyxjbZ~g?&xxK6(LQ%@Jkt!XcG0g%*yO5VUu2YRak={p#HvJviI-h=of6FtetV6K
zNWJUL+q8|N_}ul@^zWS+1HM}sO$F%4wCc2p{&m1F!tbjK4?~%?=+zVa<=v{E|5yJ%
zC$G`1|I{CiFBz%$gLP($f;zJ9v+jEbf6&~~n>6}8xnf3novuvtS}QHtJG(e$ay+7X
z%2mQ&i6<XYEZ<a_f|h6xmlAUZ6-uF<Bp%u>)T)F)l}Il{-9eV@yD*bHleE-WQlbsG
z-hAK)cf@dSvRI=`iG+3KRq)W%QM1hO%-5(AW)zrT@OVv3Z0;LkY;1%1Gz}OEAptT_
zZ0~Z-JY-DQ3@1?HkF1u!IxV5*8C`X4R6~<;G5cy9m&zm?0U@(sQNoX(8<)9A>=Q40
ztU))_CHhyVDF637=!?<Uvz(7`#=D-6J4&kojoi6UkzwLCzQQS;N0HVv8TnaJwO34-
zs?@ihJc@%F>H`NhCIN|$`J#8H-#!`X^6?pz+cc-VvitNjDyw`d&WFL&*N3Bc^~xz)
zqZ8<Xg?WKPH(xiw^SVsE3%Bi&EqY{B^K#9uF6D%gY=g5J`*lEX;r+u-Xrn~{6+v$|
z`s*DBMq}zrR%IO(-W;2th5s??Bu#JoG{78itHtSgJP~dmQ~NP(OUPCe;hSp6{>O_=
zGjw}fVdghl4I?tz<j5$OlJr0c1QGIfU*s2er_Q?j9XdAc4UbReikb1#N2e07b$SUJ
zH2#pAjlM<>qfX1X*{7be|5M$0M>X~I>mE^10V$$%P>>=JkX}VvfKa3d5<q&9fYMQV
z6X~7Mn{+}i0qLNCbOb^NMT$TuN>x$t48QliXWg^TS$Ca(?_Zlml9kzec4p6fpXd2Z
z3$pBPlZ3rIe95(U`xoxWR8+t!XyU0?Df}e4m-i}Flg6;kb`i=(w6buZ3!yaHGQj?g
z0YfBpOZ{qCOHQ2>>a6;N%}1J}eC3=Nrc6qc1wn}Ka?*qK&UhecnNF`NdGc2Y*E>Y|
zR`J9;CluGe>N!!@HH|VuYnGkARB$a+l+I+r<HKJhFi+71CI(JCEej`QHfT<4vc?q5
zk>&4=oZ)RyTXz%N{z!*vgtR;=`91`*8-CGQds-6eepM0o!ed}5!sx^?Dl8@>R2zE_
zcopTSXrdj1N`>y}Hjc$c)-lz!KGK-|Wm1|lG%-G>gQcY|K-J=S<{n?~dAlT-zc%!o
zTtqWuOqAu++E2|eu>n`axvN2S4AjO&yBv7JhS^5KW4eEk3yi4P8j?4|h;`OE4g?bJ
zrD@ye{**TWDISk_wbMv#kE^md97qT`7jLXlY>(sDAH!%odT^q|2nzn8A3R~hT8;Xn
z<f;-To6&@~E>l|U$4e^NzS^;!QxlOd>L*73IAP*0dtKsMpDSfU8#B+9K}7Kf`W;bT
z@+WvRL7S(at&@B_6IS>!qYlFS6PI^W?iz|)w=%Stkzq*H8$TtZN2I=JyufL$8yIF2
z2xJVl_=wlH>83EZt_Meu;fEe!Un>WXS!W~_HRFsKPS)zom4ZT~@C~I)yNP*jCo9V{
zuRLEc4o%qQUP(Fg*C`i^e`0N5WxktD^KIzFc}FUlmS??6+}WZG%wl5BhY^{iQ}b4h
z#hB+C%<9TUg*Gy(u8y&;w{DsYoqzi_!H`{=xcc#a{FT;H!p-I8y;yqn@eqzY=|&?_
zG0L#4n#iY9QHdjw*k;ujzfv^82Af@~p7SkpnoC+SG!dEy<%Oe9L`da@>tsn2bhFnn
zB-MkDpY0mk>iXcd>arInLm<oxqg>%cK5>D7LZWCc@4<WbSD>KZse;-`f7C53KZ}<s
zX6B#`!8P7;i@v$<!9nB8<XiU%v|oj?wtk7B4X;}n+qc?1n<U#SG-`HB4H--?_A<a-
zZ{D~<twY6JOtK@-W9wmR5TVOr8LF~PblF(0IcGxA+Z2;B$Z1?2zci;)u6|M-IGsV<
z6)$jpprgl32yz0DEA&+~w8iaNdvhi!Qtk+C8)@vUk}^+fRsZm}b}s1aq2Tu=a<?6A
zW`iX-w8Ki-bX9HSKZG=-ifRm%06Rd+HIud0tySo=vFkt{WxFCGA+FB!xNq235@sZH
z&>O@dH(A>MRXxSnjoW8){iAAr7mM#`f&VmXEg_PeG||$ijMK%ao((-L6Y1JF$qQ{K
z#*L)6NI;<?Y7Qmc8^S>Ypa{p_Q^ayzm$h{kQENnm9%gcVEIk;lELJHs5kypQGbCei
z;R(J0v{X+nNW-YMpiXTVHni~uLTa?GHc-c2MWd{Vw<$1%d8kvl-rc@0un-hxL!xMX
zuX_GPkK)yYj@`XCM|k#X7RZPp^W(FhC-w?WAd2D1^d|rT^5$djn7o-dD_QDkv0W!@
zJE837jW1`Ra0O;@h1@WG<XEiGh{`;*l%pQH<NH{vsL1h{)Y;5*hv5V1D+2n_oxW@A
zfA!u60s{$^jX}_QS;G>K)1c+8d%~Yt54lCz4z0ZM{JqteFuPX;Z_((p=NVZ!a!NBX
z3`yzFm7?rg;(w)f{~kv1y)Dqz8^evg-4TLG8;MjLxR7{N-bB<u!O#)mX*lqd%yDMN
zdNyxR!z*E+2i7&MnaeHf@fM?$-5-yrnFxry!X88X$B}WMH<rA9lzE}M^i?VkOe}t_
z#_?h7S2qdWcCp!T*Fk0-fu}EyJ@U>SUSEHj2UZ@WuLt?-ob`D{O9zxZ*o2dZU1$_b
z6iZzv>t5)j66t;2Ueepy&-Hqs&0%YA&Wx^cPjfG~^)g^gzEVa~jJoF8k(Ry&<L>5A
zk+Mrk$nss-bEVi?u@(>LK4TJK1dAy~h-klKzLAkX@!VtKbUMS!x=#~-{|RM$bKIL5
zeMl~ttK=U|$A-ypwf@>95Yzj!A~;!l>LU*l<FHwZLJOq_t;u4grRz1+j4F`W(sI6q
zY<2ScpdP%EP`m@;8<`N?E6V}sO=Ay(p+s_<jFc-~#mcx;MZNm-Unf5`HrhfQUo3xq
zj*pFSlGQ28xB5(Ar4D6yR%)Rxt7|1lfj5<RjcB98iMrDuUqAb0!B88C+;h@@&FQk=
zZ&Rx+>F(*@RcQWay@2yqE(0-33OA#NFwEG8P6mBfcTQq)D;lvMhSPObaZ-ARkT*ir
zuFI}1f7Hr2<I~w@(v1@e<=Rl153YydJQ`;W)kHY?`3AMj5Xp{Zs$MN;q(VN;QZqc)
z=QU}04#EhA`9V*UHSWh<djtxTs8r^$*Ape~{ieonp$M31)W##UKZa}%CWjVHUrsU-
zV2;|)N=8PDmKQ|N1`{UqKDexY)~{N7y>1IJm}W1p8hLPfeXpr-P=9=f;!+yOV9{LX
zy`iKlmm!r-UG9T+mgbYeBK_+3`&-hFs_RJa-E?(Y9_WaUnbk$qh17-?R27ojYQs}o
zc472_<+U*5i6hFxT)dJblKa`*^c&01?y7U}1oHV>r?0<e;sPoa2x%yil}RrTJ-vxl
zQ|zE$h)|!_38_`KYl-wqVzL_d%~*H1P73ePA3~$Lj{@*oALeu*mp!hrb#S5zL`8&a
z-UdZHv8_lHWDMmaJ#-3XZ>^_k{!+uwQa*m_CgFU|tVQNaSL*Z2NwIg|OPZv8ois}3
zesA7mtMt^SJlx1q(vahF%Gp_s&7Vi_YkjjrhrdC#gqu?ula{%}{8YKv4W?EUB;|7x
z=ZwwDRT)V4l9+g~d8Xz(^H1>Z4-NmRWV83Es!zn_it}Ohd3kv4i&dsfQKx%HsaKHZ
z*(pL<MN<&&_rW@I!Cu<%Y$+A)X13}n(PTk&o!%9@SB1~HagPH%x=Tr)%jak}Z>t$I
zDQ)h|63-1^swV~7h4!|S>EqB2WTOI_Mb|BUzEsLChKEDF)>7w*R6N;h8|Sh}{aoa`
z!`0e(W+ewA4Y4P`7@5Urzj7TH?@8j2rKb;=XI8B2%ZTlF_0x_j*j%38EE=~2&r~&q
zCABB>Iv(f_c+?ZJ5pp>3Xm|>xV^oO+e9z*Yf~dm}S;sOKHXTL{vvLw;1y7Bzc-1yS
z<A9S+tro{)3<vtMAg2{{qA}Mq;ZjMA{dZTdIi{kfpPX9E3fN1WEPsC-=p_Box&b05
z0;N9Ax3~HhQ%TF*4EU{fsm{2>zv(hbNGYPikCY4!2jZ<UHYCxfGlM$n&_THraWOwp
z9(B^wc*0R5nNBAXZu+7C5BWb|U=@7FV;M30eD$=f^fRp50NSI(_B(Yf79*+Y$$HPC
zNR#dTz{y}`GG{aaP983X4G+VXG8a)_S2pKK9eM*t6`nt=>VW-CorqT&4OctJH<{W&
z8COrC-$4BaA8X-N*7-z#;^aK7qu!f{Qm6itme5C-Y}RBeg^empV{5HVD%;)*`HQJb
zvGm(8pvemD=;P2M$S#^pTbq1#`@RYq9aYQzsx(o*=63C|s71!I0)ZwZ9OaSfmK;`L
zuJ3aFVxrWoounW}3PUFCTJEQ4)M0`x{1Ja}xfzuvkgKjZitDC2p-<RZjzdKXm^KEq
z*L7%aA6E15sdf!_dM7}8l3Ko)SK+ebTbL6@C%L6JX1K({sDf03JSLwfUW}RDzF*uM
z$dwvr6ThcvNxs5AuAEnuO;pfl&_hC>>7dP8a;9_<xGK%*I4Im4%y7>9gbpt!QS1ML
zKffCsucsZSoF7A(saEyq8(}>&2+>nnvo&IL{qc6qpAt$ifk_#1Hqxpr>=<lfA5fI!
zCubnUH0WDiiS4kDbkc(<YzlbSvwLm*Vl<=NRjrM4H-hG?`0FmKW(_yD5H5EHUo;U#
zLwbU_8__L9%A-`aiy*h@$s>_3{<KC3HJ$b}Uq?<G+T25v(H#!3vI`^i;tT4V66cG?
zZqazyXqg?)HyhzbBBfHYlCk@2KZ29}&dP6H2ok!ilTgnlQ;(yj-5ZH8f#3SJx+n13
zGV*kp0vcOIepbQp)k(f>-VNP$Tg}2`eP#?)o!HI#jpm09TS=<zwksTYEv(uRk8kKM
zIrrC2++|KDz38ii8qaQ|&=BXflKZJ3CiG4)Wmm|mxNmBcy;NZ;19EuU=ePo4QEhPy
z7J6w`succVA_EnVH-QPX_hKh9sRMZ~Rc^l$NlBEiqbj=dAz=ElK=;qi_Lm6aG+(HQ
zSqLg^e#uaHg!r*urW&1Y8LTdO4mpvj6wh<1|J3;5FU$#YK%IC$-hk8N=WxEVou?})
zn^urkt!pu!a4@2#3)V_(J&ZDQkoSH>@hYYo!3zZcM9K$03+?lt7xmBh(x|AN>zS#<
z7Vm1Z87Q$2t=5f?9q>GZAsR{!Ufr%_XMuB+3zka3V@vtT?T@JEKDbAhJkhtwB3^YA
zwT5BbJm`yTP>Ky8VUII_T%fyH%|jy6uF=|3>#ZX_HOwSheMI@{_EO{$CN0<|TzY>h
zPod7qyAo<N-WcrHe6LuCx7N?z*D%CG3f)xd>(K1G(J)2_iZ22-B=BnENsZQiWj6eU
z`QiB(vw+Wq0P2Bdo-5N+s$nm(<;C`)J$S8#TumF>BTIzzl0;Woxapa1=SOOaf!q4F
zh348^uTDwzfnf6yw~BrfgODS9MhIcO)%9k>{D&uPr;5b&uB-T<GC4lW0(M0kpI+{1
zJ83W6ij!zad67WwAKXgLE$75tI_~02da^2*D7iw2<A>5aYWbE`xGfbLz1Y$mhvpho
zR92nRES?e<P={#sjztVVI<tE)-jaO%BK$fOl2OTyP&OATLN!=3(U;Y`3=1KDa|oqG
zsjBy&d2P2;6oS|Olp$T!$TOr0&)4=o3U8NpV1paPsPR$DEF8S>IVjzq_6)@!yt}o^
zG+Qd|eF|_Ze<{hVh-KyTn_*r$ST39~O4Kh_8ero20Sg-*4#O~{f2`Ff59yV2RK^hQ
zVb%Y-{!V;iES80jd7RX9n=Q2$zwik0>iZ8VYZD)Gi*hx=8#nKRJWKGKz2JLAtjgD8
zYah^`vHF&M8Ol!np2iCoEENjB@*pvDu_%V2O~hG0&-yXF0F@aH4Y~yyD`$Pl*qGy&
z0lW$?GO6sPxel#(Q%{Q?D@NZyI7bGKQ4vmFPGEoTQMkr$SlMxF8Ad}F(o2~lvyGn6
zFmP10Nk?V4_f(jVsC8kUVBlh+lC<hJm^PSL`anPOrI5deGKvnPH7EYedS80dQO*{f
zn?4-6^c=`2-<ICGtlk4aFW|ktU`GKNrTcistn=l*W%&^B%?AaXZv+@nRGPMXpPe4J
z&-k3|NCIzs--i$BBNs(Fz{3$|@oTvRy|#98PF@I0%wg=8PxqSBk<8b>4yi1spPavf
zAQB(6aZ~A*nD5sK(j?>A7Lc*~Mb=lgr@z)H$2@-E$cKHf1j(;E#dzy42@KrM40`*&
z&{j~XKiW2AfEdH$@TdCkX*Dq4dH_BNeCT9%0kFBM->#6@W_3IhICTd#*_VZ=Vgt5#
zZVf){fDVM~HX>!X81|WORY{e2qHq6hSiB2new@Vg@d|{_BZ4WVt}jtIQ7;_&T+*76
zv@T-M6&4(EPdj4n&Wk?RoE}9AnFjx}Q(*x6>iE5vDeh!iy`P}M(!7?a{^;lpMf=&V
zQ?6`4#|{>_fYH2$b$zw9weKlp{{VY`g;C@4B{it{qVs$1k}RQ~@e)S4S48j2a%|k7
z0&xhV9+LMi`3w@0PmUFXH?p3>Md`^Tu<mPyl+3%ev}g~hX0r)xuF<q%9Yf5fKG%9y
zwYvr1n+g&Y5RltP=-u=AkvHo8HE(i@a(v^_kLJj*@Xh~;{N?Ze8!)oYfc@O((_xNy
z$9@ca)hbR#Oi0M}V1P^O<L2L{jZK&%^$ien?yn2gGZ>`FUb~M$9n~l1x@B|MY$5Uo
z8FV-eL~ZF`x2WlI*1gQqnI)w`NvVjf<NCfRg`K1sJB0Q0r#&7_eK)OY$kqE=J!Vc*
zlf|RZw{o_a*K==C5_}infYqEt@wbGB1K1qZ(ILg(?-amk?Nr@)e%jyy6p1L>2NxD<
zF7Kl<V6A%y70JDKW7R%C1x2Q7loEYLw*4_qv7rM-@@{ZuCmy?#lC?|s+2gLE;(=wM
z%*0coo$8tbe3sjjN=55x+uDM-^uEwm&s_#)W|^Iu_Xr=Yd>LT*r{cQEgq$94r-B+U
zC~ae0e0_a^PDDxrxd=7I0T7*x&q)^W-*12<%?;3Vi!L8-xEyf<wUr%uzb1I_QVdd?
zui%%G7+2G&V+m)g1Xkjb^+=tsM$p4dw3=fu#*-|u#m3RAMpJLTNGNH6+)j7+4OT6-
zE2hcr!RqBpW6@^0v#l?__4kK6%AU+xMLhl7;YY=F!QrcV(kkXS8!z_1laRcVC6mWX
zn83*Paqr=bby8+=%}ZCOnm1KNq-C)ptj1!3j6$2A<Jc|x7L7O_seBOVaKWTn*WV3M
z({X7upKNHUQHPzl`VPh>9y9I?v(Xy2N{0Xj<diPI5>`j4Y2oZ5O7&H|v-uPXrTG2h
zn;D1@p$$!&K{~{AsCgsj0z~$s(#dc8qUKy_+;lSgylcGV^1ns<=LX;R(MduRT{ax>
zmt{HwrX5f9w!*GV))b)7T7AWdSw!VMDuvKQbUnOat+C>vZdpruty($cE6$>kEKj$?
zi8A>B$)6<|>FoRvl+yv1N~`00=z|)PjeMmj|I^7_q19i98=pZ|q1>?g6ByNIXJ-Qy
zU+f2Yo7W{g=H*$l&H6<qHO6Ve&AWcznmPv$W#I_%uaM9yO)enb3A<%62&p(`jZstm
z?yh}ctCi%Pd_&E0`>s7Yh)?t|#nW936=L#TSdGfFb@0lR^6gv@EHgdKm@xs0u>5a8
zLyQk^bet0c9RN-^^o@&r85@OJ`HfPdf&QmAW12r28co3Gc^P$46)8;2^cd8=a_@mG
z2`L1JhuKMy?Q~CNyTZJ>m{9|!BSnXZ^yaXl^@k+SJAW8*OroQs+dxjG?gIA5mTwg+
z+4l`Zsp38Z7-PVpc!1l{xL>aI%ky6w-@s@D<kF21Cx7AXgO-{0*zg>1-*&6ya)QNW
zM876-q!Ck&`&4a#35AH(Tw`!%Ex1vR;Vfby9p*ApCzKl3{Y!`;iF4%3d~KJFlq4ZF
zex?<Ni9zmX+hpiNl|5x0wLP2?`gYVeTA<Qr&i{!d%ku000@Ndp{3K1Ofp6z80)D(u
zVRGpK=`NjVf1Hj=r4bf?@6NA&zNW=@<T9Y~P<N15q<C~H0)o=|5)&T>3N=}WRDCgi
z49b<W?DfiTKeE!vlKvhLG?k5ZYvXubcTYDqt76i6KyBzvy`bf&-{W-R2e<1ZcZ%hY
z?Vq(x^ra63L;s5~<zD@t!j${z-lz88LuTg(W`BCkvR<x4?0f_PERfH$3s`0R{C2B2
z(-Z*2O2VGE?uxM)wYYBu7EtTF_?*zuy#^$7F<hPTQriRSJNF1|A&je5Q$nO_F}RAz
z$DB5zwL(3HS}8PqLgtYwF^?0~j-?nqt$_%orU@VE=d96>()*iH^Abn*XL+*On0L7~
z;}ZgCdY$Lnou+Ohq8H>oOm(0apa+6r%OnbGP-!&f&<v6rxuDyC2rjYvJM@9C#kWuG
zGf!S*<Gn^QM1j))s9{4Fz`v7@z=r=8e)+jM2?l@_ouVAut-R?+QX{Jgg(gv?1GC@s
z@(4AE%lhLh#<yRqd7j5?>JRm?_4fy>@86PD!9yqbg<f8T_@ikZYJGZK`*_}gRM_In
z)fk|rAwjI<V10-dfcSux1vr=AFZ3o5G%2q>^*tI_d9k;c?zvcRH&)s7$@@zvEx%C%
z?6}Q+YXUryk24&qkZ+y8fCnMS$@~WFIwyeC1Bf}ZUxS9;*pJH>?N#Xd8iy}M>jlHR
zaat*)A)j!|l^PrR8`huf=A&*<X{92AqraC6=W}H0a}9s8e86k;7g7VSbI;_k<49BU
zjE090>xI*4SS|V<j(`O0QjNuXpsrv196$&sC*b_o3?PexGsrdtH$m#(jezqozY>NE
z1q};Ed_ac;(a_I+TScj#4pM+$OD~s!kx}}fUy)<Pwm^#)_^_|4Pw$&(8<G;cRlOR#
zA59DytYweQHPsu{9AR2Y&yFIKpi^XsSm#=SdVeo~kI`Nqv<Qck!T;(TuXR9~1%<eI
zF}SJd^^0qIfi)A{l=+gl^8U{G_b|W-t=JGAdkBIvf4&A57+*NFF<+h%&Q+aYDIs-J
z>k3>u;fm;mx)7tHp<9pSb+dgO;SW;srabMybd&>c7QgI{@M$whC(q__a!n1tu{JDT
z#}{srBAiYd1Xx`(5suBOSPLTFbmdACQvu=ALC%$!cM*{C{47s&%pXGALhtk?af!=B
zFIdi@b(d5;VaO+YcRLI!qVOswMd#|`{i$-7K<z%vJV$Lydjyw4V&PPOy?0Pr*Gqzd
zLwDKoN*?AtsPgWP23sqM8RLmB7Zq6lpdOJBQqP4Kj1A&-rY(umO$qSIe69CX&8}8!
z<q=$%DV93_7==P_BFns~))XfCA9$qQjvaoJYrH<*2PtJMT6npJLB85T=KpBsk*M;9
z#eUL|E#gf&wa#SmkX_4y*cHSpXPRoJBw2Pi-1@gcB440Lkh{QVSn%qQ=$xOoK%4nG
zPk#J_{3;J?`S*$f0~OU2<f(>MjM|zbbrN4Gc@te)rJS;+TBV;cyMKTzJ6}-5RR9;@
zybYo+V!Px6g!nOX`4v@}(&oOoRm0uxAXMlrS__O?ye|6KQs>t_wF&rc_U%I}bC$HE
zpQ=ZaLhtgpX_eWU)QSxra1pBuQn<n|*E0Zb_}wI|n{>(E(%teXQFmcRhfR^!I8Nhb
zY+7c+vr7)i=~AWY!F^P7yK(EumnskWWe`DB`}KFW__uG+*q80h5{!7d3WEYf;3crC
zr$9ANl;kd-%r%uI);ZBs;|6Y8;)5g$tz$JReljgDDxzN8W^jHv^C0MSl1w*L$^fr6
z|1)t$s>iYLZ$+UVX|r|isnKqNUd8iOh}A!lc^*Ve)&8A;43|1ce+zVRaBl*_&o;n!
zTbXbOFPy%3kK?1!ptSLNxiPW(D{O$KpY@|JF$4tHF&BFTgh*gK;%N)Vjvm3qse`-N
z^M4Og{iA76hQHG)mZurUry1Q7TD==AO(2SE$$w?($Ql}@I1x+W8oY1idCSgo5J?l)
zkaXf6_izwrXYf&7c8fCE7@kK5FlMJ(o5y$c;FXIr(WFH!sQ7+s`KkO%C4z~Hyc-GW
zy3siUuszK+1O1q65xu{$n&=9q3WSvRIPzq<=%1QGcf7ccFIt=4_<+Nv?3%1nPl{;i
z>Y$30!^EaD;#j1y4co|&66=yx6NKTn|4clgvJ{2zohG9)LX+O4$5DMmQxkw2i?s7y
zabyingJ|f%zP^nT9er{$iqnQJq1@i^SscY0?M+_BTs(x!RjWXgJ%2PCQxOXLu~X>l
z1R+*;Kb^E*)%|<k6-k+<y>k(l#4KBr7!(vRaT{r(Tv+WjCi8x#^Xc1eCmARlZ9B0W
z3>a3G6)|aME7f}qxRq2nPs0tgl|dv($HS;?sZ140NmYSu<o?(1@u!)OfsBNrw(NUJ
z)rWMmfhKhN*EMhRS8;~8Z?ivDA*d~IIaXYOz}oLKI?(@Ax#zeWy%O(|Qj+c#kV(i7
z0qfs)lpB{nNU*gb4$wmPWz;+gkE6_a7-k0bZ@MlH7MwfRUBP#0?O_OqFn3f-A&nI|
z4z`ptN8DMDRrz}C6T3n~L4M{YYQNjL)zE!&2%DG1;4Kw}oBYEMnG!MxPn83+tZz51
z>9Dbb%U4Cdt3*3$&k7OuT7G}pMoGw@1#$oJw_86<?g|@()Wd$b`s!)fXV*Pm)=u`c
z7_|(frnNa$&vw;TMvr>lM4!==`@SCq5*l2_DO!;oc_+dRXSguRQbj{v@zCEd{}z+j
z)FpzX@RqGWOQnZWX@zVP?3>Q_b>MyEzQu7}w2Ch8QXZAVZHV#yy^%b0z8~S%5WB4`
zMS1&$u4ZgBfiop2=zN@JnJEAGlScETL%;IiiT1!RZc*k2?@Z<vgO^AOkLFG`S-6=2
z3lo|tLM_IbGSl&4$fV~(;(#(n$LE1UK!diZX;7~;mQGNNT`<4SPnv#K?rEFC&_it^
z7JZF$n&G|=&HW!eR=%74k|Q}Cwy(PR2?FT3UpQgs#LB0`|8Z}^YTPN?_Vwfq@US6f
zD%TO)+H1iB<r$7*Z56qWLLRP7osb)B2_EVWTFX!g_n%zi3JW1lqgj?%?`sOq2m2%!
zXcWrC+idYy;yJUAv_rDktgi87=GowrsFatwFrM5MmFBp`Y#|!nNTJnhaf9tdQ4iI>
z$k(^{<IKTB1UlX|99ijtB}jWhKt-sy!q``FE012K1A4^PyV;Gu-KqFhKe61VOr31H
zgH^q18WDSHQFY%L6>J*<^Bg#O&(OZN6-WtTxxnbzQ4LLCE=`!P88zRSfb$K#oQ^_>
z(M)&eo7KD(zg8w*!<1i6;?YaL5G)}^5D!-9`u#rYip{zDsV4PhsJAAwj)0qvQ6eJ`
zRx3)$i}=R3lA`F|+X8LK3rK(bROu2OOUv&PqN`t4sg?3;c?O?%g$%?N!S1BQ6sUxJ
z>6MWVA1jh?+-+zJkm*6z)HSVC^p<t-zV2VSVkpEYS6R+W$0AS;b_@wG9W7}MUi*?M
znSv!o(`79Xr(;(qRX?M;o7L7wI|rwhTdAjXN4?`mpecc?GjW%XrI^+tiAaDT`VdjZ
zt^mXODo;FR+W(HSY4|caKc^+KOpz<8yQG&YmXV#&-QN4dc%Oi+=&Sjw<#)PZ_$I?X
zpF+S6mAHQN3R2~w-~W93C}Vs<+jc3f2A+$_+fNsLn>Jy=4kLARS>dXkJ|%NK!)09C
zbe^dB3r{-JQY>HS<y&F<_-5R5qj|GRwv^(&ZwQKnnb=QxxLBZn@QqWt?RR@0RIpo_
zgJjROh|)=hB5dozZZy3B9l2SJU7`xp-??zdD<D5g9^>!p{zG3yaBdU$(YA|!-+pv-
z*RH1`EH)y|qv>sD+Q9$WW@Yl#HJ7-5?YJ_z@;(~uxgr;|xhLz3QM?=c&xR}{SO4pV
zEXypc;7tNbbh$K^jz(9&?kofZdPI~L|I`+ddj$@1<6xcxj^>eoD+7)M0_)(814pIH
z&}-mu>jsEPf@ATu)yWm{_&5Kr9bT3#=)pV9Q6GEX3xPknmNz|HL1Aj_V#Ya=`J#tP
zrR~cNr?-GT0<gMbFRN{H?3j#}p1;6Yfp-&RtX7}ntN)vi7kGauPQHEaw4W><deG?`
zZ#weu!#D%;qKb_B3kQpTcAT;0zp&y0>u>h|WW@!h!M{6pvYCM0TMs@w^G<|S0e^9Z
z!Zf^wRqXj;EZ*T*r`ejI@T&Hc`M&lHubhZ~u1O$$Gyns~0^coI%2k}@NAa`e1Hy{P
z-qi4+#+8c;ZBA?j3IiAL7YgZUu0vD7Ltx0YUo21GNWXS*k-NzHKDGM*&bsyQ+7B%1
zP+&`T_`hBqRxU5{Wzc$7u>d|n4~os8QUC51Va6xBdd?`TCD7tAiGQ7?06>(O`tB>u
zoda7Q)wtjXrpdR4!ehcz7rXC(#!_oN+y`ra#yfZHcK_3o7~>;)_>lUa9eL8a5n%ZM
z?5E#4|N2j#cU`8S9Df%|%J>8I)l1ouM|Ok)d_UQ10J-=LJt`J&--_VMDP;)wHDuNS
zy6q{}s1xi4;LUeYhV%z(TO9uO(L+G}26so=+}r&=#)zk*S&|oQ7uo#?tv~yB{<?f4
z{sh)0yqS8MlA+wWu<Gy;2tkKCBe-yVs~4v3*Ebl!O8ubo@9$1vF_r<;fQv3zA4)YO
z2GvA7VALbujh&Fp54-<!1p@PdRROf||I;0Y`u<*hp)V6p8BA{vPJ%#HNfTP7U>^J*
D6r&Lu

literal 0
HcmV?d00001

diff --git a/demo/undocumented/advection-diffusion/cpp/AdvectionDiffusion.ufl b/demo/undocumented/advection-diffusion/cpp/AdvectionDiffusion.ufl
new file mode 100644
index 0000000..200fd59
--- /dev/null
+++ b/demo/undocumented/advection-diffusion/cpp/AdvectionDiffusion.ufl
@@ -0,0 +1,40 @@
+# Copyright (C) 2006-2007 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2006-02-09
+# Last changed: 2011-03-09
+#
+# The bilinear form a(u, v) and linear form L(v) for
+# convection-diffusion using cG(1)cG(1).
+#
+# Compile this form with FFC: ffc -l dolfin AdvectionDiffusion.ufl
+
+scalar = FiniteElement("Lagrange", triangle, 1)
+vector = VectorElement("Lagrange", triangle, 2)
+
+u = TrialFunction(scalar)
+v  = TestFunction(scalar)
+u0 = Coefficient(scalar)
+b  = Coefficient(vector)
+f  = Coefficient(scalar)
+
+c = 0.005
+k = 0.05
+
+a = u*v*dx + 0.5*k*(dot(b, grad(u)*v)*dx + c*dot(grad(u), grad(v))*dx)
+L = u0*v*dx - 0.5*k*(dot(b, grad(u0)*v)*dx + c*dot( grad(u0), grad(v))*dx) \
+    + k*f*v*dx
diff --git a/demo/undocumented/advection-diffusion/cpp/Velocity.ufl b/demo/undocumented/advection-diffusion/cpp/Velocity.ufl
new file mode 100644
index 0000000..65e1625
--- /dev/null
+++ b/demo/undocumented/advection-diffusion/cpp/Velocity.ufl
@@ -0,0 +1,25 @@
+# Copyright (C) 2009 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2009-03-07
+# Last changed: 2009-05-15
+#
+# A continuous P2 vector element
+#
+# Compile this form with FFC: ffc -l dolfin Velocity.form
+
+element = VectorElement("Lagrange", triangle, 2)
diff --git a/demo/undocumented/advection-diffusion/cpp/main.cpp b/demo/undocumented/advection-diffusion/cpp/main.cpp
new file mode 100644
index 0000000..6835942
--- /dev/null
+++ b/demo/undocumented/advection-diffusion/cpp/main.cpp
@@ -0,0 +1,106 @@
+// Copyright (C) 2006-2008 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2006-02-09
+// Last changed: 2013-03-21
+//
+// This demo solves the time-dependent advection-diffusion equation
+// by a least-squares stabilized cG(1)cG(1) method. The velocity field
+// used in the simulation is the output from the Stokes (Taylor-Hood)
+// demo.  The sub domains for the different boundary conditions are
+// computed by the demo program in src/demo/subdomains.
+
+#include <dolfin.h>
+#include "AdvectionDiffusion.h"
+#include "Velocity.h"
+
+using namespace dolfin;
+
+int main(int argc, char *argv[])
+{
+  // Read mesh
+  auto mesh = std::make_shared<Mesh>("../dolfin_fine.xml.gz");
+
+  // Create velocity FunctionSpace
+  auto V_u = std::make_shared<Velocity::FunctionSpace>(mesh);
+
+  // Create velocity function
+  auto velocity = std::make_shared<Function>(V_u);
+  File file_u(mesh->mpi_comm(), "../dolfin_fine_velocity.xml.gz");
+  file_u >> *velocity;
+
+  // Read sub domain markers
+  auto sub_domains = std::make_shared<MeshFunction<std::size_t>>(mesh,
+                                        "../dolfin_fine_subdomains.xml.gz");
+
+  // Create function space
+  auto V = std::make_shared<AdvectionDiffusion::FunctionSpace>(mesh);
+
+  // Source term and initial condition
+  auto f = std::make_shared<Constant>(0.0);
+  auto u = std::make_shared<Function>(V);
+
+  // Set up forms
+  AdvectionDiffusion::BilinearForm a(V, V);
+  a.b = velocity;
+  AdvectionDiffusion::LinearForm L(V);
+  L.u0 = u; L.b = velocity; L.f = f;
+
+  // Set up boundary condition
+  auto g = std::make_shared<Constant>(1.0);
+  DirichletBC bc(V, g, sub_domains, 1);
+
+  // Linear system
+  std::shared_ptr<Matrix> A(new Matrix);
+  Vector b;
+
+  // Assemble matrix
+  assemble(*A, a);
+  bc.apply(*A);
+
+  // LU solver
+  LUSolver lu(A);
+
+  // Parameters for time-stepping
+  const double T = 2.0;
+  const double k = 0.05;
+  double t = k;
+
+  // Output file
+  File file("results/temperature.pvd");
+
+  // Time-stepping
+  Progress p("Time-stepping");
+  while (t < T)
+  {
+    // Assemble vector and apply boundary conditions
+    assemble(b, L);
+    bc.apply(b);
+
+    // Solve the linear system (re-use the already factorized matrix A)
+    lu.solve(*u->vector(), b);
+
+    // Save solution in VTK format
+    file << std::pair<const Function*, double>(u.get(), t);
+
+    // Move to next interval
+    p = t/T;
+    t += k;
+  }
+
+  return 0;
+}
diff --git a/demo/undocumented/advection-diffusion/dolfin_fine.xml.gz b/demo/undocumented/advection-diffusion/dolfin_fine.xml.gz
new file mode 100644
index 0000000..d70c0e2
--- /dev/null
+++ b/demo/undocumented/advection-diffusion/dolfin_fine.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:2b833101b1751853dc6c52be42ea1134b91ac54a9df087191e7f45b7b00a2822
+size 88283
diff --git a/demo/undocumented/advection-diffusion/dolfin_fine_subdomains.xml.gz b/demo/undocumented/advection-diffusion/dolfin_fine_subdomains.xml.gz
new file mode 100644
index 0000000..a9a47ab
--- /dev/null
+++ b/demo/undocumented/advection-diffusion/dolfin_fine_subdomains.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:42ff147d8ecb3172e08ab41ac6b5029e3a191804be77c73a9a9c4e52da010ede
+size 42459
diff --git a/demo/undocumented/advection-diffusion/dolfin_fine_velocity.xml.gz b/demo/undocumented/advection-diffusion/dolfin_fine_velocity.xml.gz
new file mode 100644
index 0000000..592d5bd
--- /dev/null
+++ b/demo/undocumented/advection-diffusion/dolfin_fine_velocity.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:9e8f30020552a45e7fd018b16bb19d07bdd12f66813a92a9ecf4d4241ccb2493
+size 375382
diff --git a/demo/undocumented/ale/cpp/main.cpp b/demo/undocumented/ale/cpp/main.cpp
new file mode 100644
index 0000000..eefe155
--- /dev/null
+++ b/demo/undocumented/ale/cpp/main.cpp
@@ -0,0 +1,59 @@
+// Copyright (C) 2008-2009 Solveig Bruvoll and Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2008-05-02
+// Last changed: 2012-07-05
+//
+// This demo demonstrates how to move the vertex coordinates
+// of a boundary mesh and then updating the interior vertex
+// coordinates of the original mesh by suitably interpolating
+// the vertex coordinates (useful for implementation of ALE
+// methods).
+
+#include <dolfin.h>
+
+using namespace dolfin;
+
+int main()
+{
+  // Create mesh
+  auto mesh = std::make_shared<UnitSquareMesh>(20, 20);
+
+  // Create boundary mesh
+  BoundaryMesh boundary(*mesh, "exterior");
+
+  // Move vertices in boundary
+  MeshGeometry& geometry = boundary.geometry();
+
+  std::vector<double> x(2);
+  for (VertexIterator v(boundary); !v.end(); ++v)
+  {
+    std::size_t i = v->index();
+    x[0] = geometry.x(i, 0)*3.0;
+    x[1] = geometry.x(i, 1) + 0.1*sin(5.0*x[0]);
+    geometry.set(i, x.data());
+  }
+
+  // Move mesh
+  ALE::move(mesh, boundary);
+
+  // Write mesh to file
+  File file("mesh_deformed.pvd");
+  file << *mesh;
+
+  return 0;
+}
diff --git a/demo/undocumented/auto-adaptive-navier-stokes/channel_with_flap.xml.gz b/demo/undocumented/auto-adaptive-navier-stokes/channel_with_flap.xml.gz
new file mode 100644
index 0000000..c2e3a1e
--- /dev/null
+++ b/demo/undocumented/auto-adaptive-navier-stokes/channel_with_flap.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:b6980079408e4e684c9ee39a502bae9a9a6c5ec3b0476513705203171f12ef8f
+size 10417
diff --git a/demo/undocumented/auto-adaptive-navier-stokes/cpp/AdaptiveNavierStokes.ufl b/demo/undocumented/auto-adaptive-navier-stokes/cpp/AdaptiveNavierStokes.ufl
new file mode 100644
index 0000000..cd32381
--- /dev/null
+++ b/demo/undocumented/auto-adaptive-navier-stokes/cpp/AdaptiveNavierStokes.ufl
@@ -0,0 +1,52 @@
+# Copyright (C) 2010 Marie E. Rognes
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2010-11-01
+# Last changed: 2011-06-29
+#
+# Compile with ffc -e -l dolfin AdaptiveNavierStokes.ufl
+
+cell = triangle
+V = VectorElement("CG", cell, 2)
+Q = FiniteElement("CG", cell, 1)
+R = FiniteElement("Real", cell, 0)
+W = V * Q
+
+w = Coefficient(W)
+(u, p) = (as_vector((w[0], w[1])), w[2])
+(v, q) = TestFunctions(W)
+
+# Prescribed pressure
+T = FiniteElement("CG", cell, 1)
+p0 = Coefficient(T)
+
+# Prescribed viscosity
+nu = Coefficient(R)
+
+# Define FacetNormal
+n = FacetNormal(cell)
+
+# Define variational form
+L = (nu*inner(grad(u), grad(v)) - p*div(v) + div(u)*q
+     + inner(v, grad(u)*u))*dx() \
+     + p0*dot(v, n)*ds()
+
+# Define goal functional
+M = w[0]*ds(0)
+
+# NB: Label the unknown
+unknown = w
diff --git a/demo/undocumented/auto-adaptive-navier-stokes/cpp/main.cpp b/demo/undocumented/auto-adaptive-navier-stokes/cpp/main.cpp
new file mode 100644
index 0000000..ca85f3e
--- /dev/null
+++ b/demo/undocumented/auto-adaptive-navier-stokes/cpp/main.cpp
@@ -0,0 +1,137 @@
+// Copyright (C) 2010 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2011
+//
+// First added:  2010-08-19
+// Last changed: 2012-07-05
+
+#include <dolfin.h>
+#include "AdaptiveNavierStokes.h"
+
+using namespace dolfin;
+
+// No-slip boundary
+class Noslip : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return ((x[1] < DOLFIN_EPS || x[1] > 1.0 - DOLFIN_EPS) ||
+            (on_boundary && std::abs(x[0] - 1.5) < 0.1 + DOLFIN_EPS));
+  }
+};
+
+// Subdomain on which goal function should be defined
+class Outflow : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return x[0] > 4.0 - DOLFIN_EPS;
+  }
+};
+
+// Applied pressure (Neumann boundary condition)
+class Pressure : public Expression
+{
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    values[0] = (4.0 - x[0])/4.0;
+  }
+};
+
+int main()
+{
+  if (dolfin::MPI::size(MPI_COMM_WORLD) > 1)
+  {
+    std::cout << "This demo does not work in parallel" << std::endl;
+    return 0;
+  }
+
+  parameters["allow_extrapolation"] = true;
+  parameters["refinement_algorithm"] = "plaza_with_parent_facets";
+
+  // Create mesh and function space
+  auto mesh = std::make_shared<Mesh>("../channel_with_flap.xml.gz");
+  auto W = std::make_shared<AdaptiveNavierStokes::BilinearForm::TrialSpace>(mesh);
+
+  // Unknown field
+  auto w = std::make_shared<Function>(W);
+
+  // Define boundary condition
+  auto u0 = std::make_shared<Constant>(0.0, 0.0);
+  Noslip noslip;
+  auto noslip_markers = std::make_shared<MeshFunction<std::size_t>>(mesh, mesh->topology().dim()-1, 1);
+  noslip.mark(*noslip_markers, 0);
+  auto W0 = W->sub(0);
+  auto bc = std::make_shared<DirichletBC>(W0, u0, noslip_markers, 0);
+
+  // Create variational formulation and assign coefficients
+  auto nu = std::make_shared<Constant>(0.02);
+  auto F = std::make_shared<AdaptiveNavierStokes::LinearForm>(W);
+  auto p0 = std::make_shared<Pressure>();
+  F->p0 = p0;
+  F->nu = nu;
+  F->w = w;
+
+  // Initialize Jacobian dF
+  auto dF = std::make_shared<AdaptiveNavierStokes::BilinearForm>(W, W);
+  dF->nu = nu;
+  dF->w = w;
+
+  // Define goal functional
+  auto M = std::make_shared<AdaptiveNavierStokes::GoalFunctional>(mesh);
+  M->w = w;
+  Outflow outflow;
+  auto outflow_markers = std::make_shared<MeshFunction<std::size_t>>(mesh, mesh->topology().dim()-1, 1);
+  outflow.mark(*outflow_markers, 0);
+  M->ds = outflow_markers;
+
+  // Define error tolerance
+  double tol = 1.e-5;
+
+  // If no more control is wanted, do:
+  // solve(F == 0, w, bc, dF, tol, M);
+  // return 0;
+
+  // Define variational problem from the variational form F, specify
+  // the unknown Function w and the boundary condition bc
+  std::vector<std::shared_ptr<const DirichletBC>> bcs {bc};
+  auto pde = std::make_shared<NonlinearVariationalProblem>(F, w, bcs, dF);
+
+  // Define solver
+  AdaptiveNonlinearVariationalSolver solver(pde, M);
+
+  // Set (precomputed) reference in adaptive solver to evaluate
+  // quality of error estimates and adaptive refinement
+  solver.parameters["reference"] = 0.40863917;
+
+  // Solve problem with goal-oriented error control to given tolerance
+  solver.solve(tol);
+
+  // Show solver summary
+  solver.summary();
+
+  // Show all timings
+  list_timings(TimingClear::clear, { TimingType::wall });
+
+  // Output solutions
+  Function solution = w->leaf_node();
+  XDMFFile("velocity.xdmf").write(solution[0]);
+  XDMFFile("pressure.xdmf").write(solution[1]);
+
+  return 0;
+}
diff --git a/demo/undocumented/block-matrix/cpp/StiffnessMatrix.ufl b/demo/undocumented/block-matrix/cpp/StiffnessMatrix.ufl
new file mode 100644
index 0000000..f2ca796
--- /dev/null
+++ b/demo/undocumented/block-matrix/cpp/StiffnessMatrix.ufl
@@ -0,0 +1,31 @@
+# Copyright (c) 2005-2006 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2005-06-05
+# Last changed: 2011-03-09
+#
+# The bilinear form for a stiffness matrix (Poisson).
+
+element = FiniteElement("Lagrange", triangle, 1)
+
+x = SpatialCoordinate(triangle)
+
+u = TrialFunction(element)
+v = TestFunction(element)
+
+a = dot(grad(u), grad(v))*dx
+L = sin(x[0])*v*dx
diff --git a/demo/undocumented/block-matrix/cpp/main.cpp b/demo/undocumented/block-matrix/cpp/main.cpp
new file mode 100644
index 0000000..59f1bf0
--- /dev/null
+++ b/demo/undocumented/block-matrix/cpp/main.cpp
@@ -0,0 +1,69 @@
+// Copyright (C) 2008 Kent-Andre Mardal
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2008.
+// Modified by Garth N. Wells, 2010-2011.
+//
+// First added:  2008-12-12
+// Last changed: 2012-11-12
+//
+// This demo illustrates basic usage of block matrices and vectors.
+
+#include <dolfin.h>
+#include "StiffnessMatrix.h"
+
+using namespace dolfin;
+
+int main()
+{
+  // Create mesh
+  auto mesh = std::make_shared<UnitSquareMesh>(32, 32);
+
+  // Create a simple stiffness matrix and vector
+  auto V = std::make_shared<StiffnessMatrix::FunctionSpace>(mesh);
+
+  StiffnessMatrix::BilinearForm a(V, V);
+  std::shared_ptr<GenericMatrix> A(new Matrix);
+  assemble(*A, a);
+
+  StiffnessMatrix::LinearForm L(V);
+  std::shared_ptr<GenericVector> x(new Vector);
+  assemble(*x, L);
+
+  // Create a block matrix
+  BlockMatrix AA(2, 2);
+  AA.set_block(0, 0, A);
+  AA.set_block(1, 0, A);
+  AA.set_block(0, 1, A);
+  AA.set_block(1, 1, A);
+
+  // Create block vector
+  BlockVector xx(2);
+  xx.set_block(0, x);
+  xx.set_block(1, x);
+
+  // Create another block vector
+  std::shared_ptr<GenericVector> y(new Vector);
+  A->init_vector(*y, 0);
+  BlockVector yy(2);
+  yy.set_block(0, y);
+  yy.set_block(1, y);
+
+  // Multiply
+  AA.mult(xx, yy);
+  info("||Ax|| = %g", y->norm("l2"));
+}
diff --git a/demo/undocumented/conditional/cpp/Conditional.ufl b/demo/undocumented/conditional/cpp/Conditional.ufl
new file mode 100644
index 0000000..3991f0b
--- /dev/null
+++ b/demo/undocumented/conditional/cpp/Conditional.ufl
@@ -0,0 +1,44 @@
+# Copyright (C) 2010 Kristian B. Oelgaard
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# The bilinear form a(u, v) and linear form L(v) for
+# Poisson's equation where spatial coordinates are used to define the source
+# term. However, the source term is only active in a part of the domain and
+# a Conditional is used to handle this.
+#
+# Compile this form with FFC: ffc -l dolfin Conditional.ufl
+
+element = FiniteElement("Lagrange", triangle, 2)
+
+u = TrialFunction(element)
+v = TestFunction(element)
+
+x = SpatialCoordinate(triangle)
+c0 = conditional(le( (x[0]-0.33)**2 + (x[1]-0.67)**2,  0.015), -1.0, 5.0)
+c = conditional( le( (x[0]-0.33)**2 + (x[1]-0.67)**2,  0.025), c0, 0.0 )
+
+t0 = conditional(ge( x[0],  0.55), -1.0, 0.0)
+t1 = conditional(le( x[0],  0.95), t0, 0.0)
+t2 = conditional(ge( x[1],  0.05), t1, 0.0)
+t3 = conditional(le( x[1],  0.45), t2, 0.0)
+t = conditional(ge( x[1] - x[0] - 0.05 + 0.55,  0.0), t3, 0.0)
+
+f = c + t
+
+a = inner(grad(u), grad(v))*dx
+L = f*v*dx
+
diff --git a/demo/undocumented/conditional/cpp/main.cpp b/demo/undocumented/conditional/cpp/main.cpp
new file mode 100644
index 0000000..3c3a538
--- /dev/null
+++ b/demo/undocumented/conditional/cpp/main.cpp
@@ -0,0 +1,72 @@
+// Copyright (C) 2010 Kristian B. Oelgaard
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-07-23
+// Last changed: 2012-11-12
+//
+// This demo program solves Poisson's equation
+//
+//     - div grad u(x, y) = f(x, y)
+//
+// on the unit square with source f given by
+//
+//    f(x, y) =    -1.0 if (x - 0.33)^2 + (y - 0.67)^2 < 0.015
+//                  5.0 if 0.015 < (x - 0.33)^2 + (y - 0.67)^2 < 0.025
+//                 -1.0 if (x,y) in triangle( (0.55, 0.05), (0.95, 0.45), (0.55, 0.45) )
+//                  0.0 otherwise
+//
+// and homogeneous Dirichlet boundary conditions.
+
+#include <dolfin.h>
+#include "Conditional.h"
+
+using namespace dolfin;
+
+// Sub domain for Dirichlet boundary condition
+class DirichletBoundary : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return on_boundary;
+  }
+};
+
+int main()
+{
+  // Create mesh and function space
+  auto mesh = std::make_shared<UnitSquareMesh>(64, 64);
+  auto V = std::make_shared<Conditional::FunctionSpace>(mesh);
+
+  // Define boundary condition
+  auto u0 = std::make_shared<Constant>(0.0);
+  auto boundary = std::make_shared<DirichletBoundary>();
+  DirichletBC bc(V, u0, boundary);
+
+  // Define variational problem
+  Conditional::BilinearForm a(V, V);
+  Conditional::LinearForm L(V);
+
+  // Compute solution
+  Function u(V);
+  solve(a == L, u, bc);
+
+  // Save solution in VTK format
+  File file("conditional.pvd");
+  file << u;
+
+  return 0;
+}
diff --git a/demo/undocumented/contact-vi-snes/circle_yplane.geo b/demo/undocumented/contact-vi-snes/circle_yplane.geo
new file mode 100644
index 0000000..ac9370c
--- /dev/null
+++ b/demo/undocumented/contact-vi-snes/circle_yplane.geo
@@ -0,0 +1,15 @@
+// Gmsh input file for unit radius circle with mesh symmetry line on y-axis
+cl__1 = 0.05;
+Point(1) = {0, 1, 0, cl__1};
+Point(2) = {1, 0, 0, cl__1};
+Point(3) = {0, -1, 0, cl__1};
+Point(4) = {-1, 0, 0, cl__1};
+Point(6) = {0, 0, 0, cl__1};
+Circle(1) = {1, 6, 4};
+Circle(2) = {4, 6, 3};
+Circle(3) = {3, 6, 2};
+Circle(4) = {2, 6, 1};
+Line Loop(7) = {1, 2, 3, 4};
+Plane Surface(7) = {7};
+Line(8) = {1, 3};
+Line{8} In Surface {7};
\ No newline at end of file
diff --git a/demo/undocumented/contact-vi-snes/circle_yplane.xml.gz b/demo/undocumented/contact-vi-snes/circle_yplane.xml.gz
new file mode 100644
index 0000000..2df2456
--- /dev/null
+++ b/demo/undocumented/contact-vi-snes/circle_yplane.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:186e9ef9fd4f309a55ffdf1d3501dfac69a90255fe0c87c05e69c789ca2cdc09
+size 73289
diff --git a/demo/undocumented/contact-vi-snes/cpp/HyperElasticity.ufl b/demo/undocumented/contact-vi-snes/cpp/HyperElasticity.ufl
new file mode 100644
index 0000000..901186f
--- /dev/null
+++ b/demo/undocumented/contact-vi-snes/cpp/HyperElasticity.ufl
@@ -0,0 +1,63 @@
+# Copyright (C) 2009-2010 Harish Narayanan and Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg 2011
+#
+# First added:  2009-09-29
+# Last changed: 2011-06-28
+#
+# The bilinear form a(du, v) and linear form L(v) for
+# a hyperelastic model.
+#
+# Compile this form with FFC: ffc -l dolfin -feliminate_zeros -fprecompute_basis_const -fprecompute_ip_const HyperElasticity.ufl
+
+# Function spaces
+element = VectorElement("Lagrange", triangle, 1)
+R = FiniteElement("Real", triangle, 0)
+
+# Trial and test functions
+du = TrialFunction(element)     # Incremental displacement
+v  = TestFunction(element)      # Test function
+
+# Functions
+u = Coefficient(element)        # Displacement from previous iteration
+B = Coefficient(element)        # Body force per unit volume
+
+# Kinematics
+I = Identity(u.geometric_dimension())  # Identity tensor
+F = I + grad(u)                 # Deformation gradient
+C = F.T*F                       # Right Cauchy-Green tensor
+
+# Invariants of deformation tensors
+Ic = tr(C)
+J  = det(F)
+
+# Elasticity parameters
+mu    = Coefficient(R)
+lmbda = Coefficient(R)
+
+# Stored strain energy density (compressible neo-Hookean model)
+psi = (mu/2)*(Ic - 2) - mu*ln(J) + (lmbda/2)*(ln(J))**2
+
+# Total potential energy
+Pi = psi*dx - inner(B, u)*dx 
+
+# First variation of Pi (directional derivative about u in the direction of v)
+F = derivative(Pi, u, v)
+
+# Compute Jacobian of F
+J = derivative(F, u, du)
diff --git a/demo/undocumented/contact-vi-snes/cpp/main.cpp b/demo/undocumented/contact-vi-snes/cpp/main.cpp
new file mode 100644
index 0000000..4a1aca4
--- /dev/null
+++ b/demo/undocumented/contact-vi-snes/cpp/main.cpp
@@ -0,0 +1,145 @@
+// Copyright (C) 2012 Corrado Maurini
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Corrado Maurini 2013
+// Modified by Johannes Ring 2013
+//
+// First added:  2012-09-03
+// Last changed: 2013-11-21
+//
+// This demo program uses the PETSc nonlinear solver for variational
+// inequalities to solve a contact mechanics problems in FEniCS.  The
+// example considers a heavy elastic circle in a box of the same size.
+
+#include <dolfin.h>
+#include "HyperElasticity.h"
+
+using namespace dolfin;
+
+// Sub domain for symmetry condition
+class SymmetryLine : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  { return (std::abs(x[0]) < DOLFIN_EPS); }
+};
+
+// Lower bound for displacement
+class LowerBound : public Expression
+{
+public:
+  LowerBound() : Expression(2) {}
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    const double xmin = -1.0 - DOLFIN_EPS;
+    const double ymin = -1.0;
+    values[0] = xmin - x[0];
+    values[1] = ymin - x[1];
+  }
+};
+
+// Upper bound for displacement
+class UpperBound : public Expression
+{
+public:
+  UpperBound() : Expression(2) {}
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    const double xmax = 1.0 + DOLFIN_EPS;
+    const double ymax = 2.0;
+    values[0] = xmax - x[0];
+    values[1] = ymax - x[1];
+  }
+};
+
+int main()
+{
+#ifdef HAS_PETSC
+
+  // Read mesh and create function space
+  auto mesh = std::make_shared<Mesh>("../circle_yplane.xml.gz");
+
+  // Create function space
+  auto V = std::make_shared<HyperElasticity::FunctionSpace>(mesh);
+
+  // Create Dirichlet boundary conditions
+  auto zero = std::make_shared<Constant>(0.0);
+  auto s = std::make_shared<SymmetryLine>();
+  auto bc = std::make_shared<DirichletBC>(V->sub(0), zero, s, "pointwise");
+
+  // Define source and boundary traction functions
+  auto B = std::make_shared<Constant>(0.0, -0.05);
+
+  // Define solution function
+  auto u = std::make_shared<Function>(V);
+
+  // Set material parameters
+  const double E  = 10.0;
+  const double nu = 0.3;
+  auto mu = std::make_shared<Constant>(E/(2*(1 + nu)));
+  auto lambda = std::make_shared<Constant>(E*nu/((1.0 + nu)*(1.0 - 2.0*nu)));
+
+  // Create (linear) form defining (nonlinear) variational problem
+  auto F = std::make_shared<HyperElasticity::ResidualForm>(V);
+  F->mu = mu; F->lmbda = lambda; F->B = B; F->u = u;
+
+  // Create jacobian dF = F' (for use in nonlinear solver).
+  auto J = std::make_shared<HyperElasticity::JacobianForm>(V, V);
+  J->mu = mu; J->lmbda = lambda; J->u = u;
+
+  // Interpolate expression for upper bound
+  UpperBound umax_exp;
+  Function umax(V);
+  umax.interpolate(umax_exp);
+
+  // Interpolate expression for lower bound
+  LowerBound umin_exp;
+  Function umin(V);
+  umin.interpolate(umin_exp);
+
+  // Set up the non-linear problem
+  std::vector<std::shared_ptr<const DirichletBC>> bcs = {bc};
+  auto problem = std::make_shared<NonlinearVariationalProblem>(F, u, bcs, J);
+  problem->set_bounds(umin, umax);
+
+  // Set up the non-linear solver
+  NonlinearVariationalSolver solver(problem);
+  solver.parameters["nonlinear_solver"] = "snes";
+  solver.parameters("snes_solver")["linear_solver"] = "lu";
+  solver.parameters("snes_solver")["maximum_iterations"] = 20;
+  solver.parameters("snes_solver")["report"] = true;
+  solver.parameters("snes_solver")["error_on_nonconvergence"] = false;
+
+  // Solve the problems
+  std::pair<std::size_t, bool> out;
+  out = solver.solve();
+
+  // Check for convergence. Convergence is one modifies the loading
+  // and the mesh size
+  cout << out.second;
+  if (out.second != true)
+  {
+    warning("This demo is a complex nonlinear problem. Convergence is not guaranteed when modifying parameters.");
+  }
+
+  // Save solution in VTK format
+  File file("displacement.pvd");
+  file << *u;
+
+#endif
+
+  return 0;
+}
diff --git a/demo/undocumented/contact-vi-tao/circle_yplane.xml.gz b/demo/undocumented/contact-vi-tao/circle_yplane.xml.gz
new file mode 100644
index 0000000..2df2456
--- /dev/null
+++ b/demo/undocumented/contact-vi-tao/circle_yplane.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:186e9ef9fd4f309a55ffdf1d3501dfac69a90255fe0c87c05e69c789ca2cdc09
+size 73289
diff --git a/demo/undocumented/contact-vi-tao/cpp/Elasticity.ufl b/demo/undocumented/contact-vi-tao/cpp/Elasticity.ufl
new file mode 100644
index 0000000..23c45c1
--- /dev/null
+++ b/demo/undocumented/contact-vi-tao/cpp/Elasticity.ufl
@@ -0,0 +1,46 @@
+# Copyright (c) 2005 Johan Jansson
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg 2006-2007
+# Modified by Garth N. Wells 2008
+#
+# First added:  2005
+# Last changed: 2011-03-09
+#
+# The bilinear form for classical linear elasticity (Navier).
+# Compile this form with FFC: ffc -l dolfin Elasticity.ufl
+
+cell = triangle
+element = VectorElement("Lagrange", cell, 1)
+R = FiniteElement("Real", cell, 0)
+
+u = TrialFunction(element)
+v = TestFunction(element)
+f = Coefficient(element)
+
+mu    = Coefficient(R)
+lmbda = Coefficient(R)
+
+def epsilon(v):
+    return 0.5*(grad(v) + grad(v).T)
+
+def sigma(v):
+    return 2.0*mu*epsilon(v) + lmbda*tr(epsilon(v))*Identity(v.geometric_dimension())
+
+a = inner(sigma(u), epsilon(v))*dx
+L = inner(f, v)*dx
+
diff --git a/demo/undocumented/contact-vi-tao/cpp/main.cpp b/demo/undocumented/contact-vi-tao/cpp/main.cpp
new file mode 100644
index 0000000..eb9ce5f
--- /dev/null
+++ b/demo/undocumented/contact-vi-tao/cpp/main.cpp
@@ -0,0 +1,125 @@
+// Copyright (C) 2012 Corrado Maurini
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Corrado Maurini 2013
+//
+// First added:  2012-09-03
+// Last changed: 2013-04-15
+//
+// This demo program uses of the interface to TAO solver for
+// variational inequalities to solve a contact mechanics problem in
+// FEnics.  The example considers a heavy elastic circle in a box of
+// the same diameter
+
+#include <dolfin.h>
+#include "Elasticity.h"
+
+using namespace dolfin;
+
+// Lower bound for displacement
+class LowerBound : public Expression
+{
+public:
+  LowerBound() : Expression(2) {}
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    const double xmin = -1.0 - DOLFIN_EPS;
+    const double ymin = -1.0;
+    values[0] = xmin - x[0];
+    values[1] = ymin - x[1];
+  }
+};
+
+// Upper bound for displacement
+class UpperBound : public Expression
+{
+public:
+  UpperBound() : Expression(2) {}
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    const double xmax = 1.0 + DOLFIN_EPS;
+    const double ymax = 1.0;
+    values[0] = xmax-x[0];
+    values[1] = ymax-x[1];
+  }
+};
+
+int main()
+{
+#ifdef HAS_PETSC
+
+  // Read mesh
+  auto mesh = std::make_shared<Mesh>("../circle_yplane.xml.gz");
+
+  // Create function space
+  auto V = std::make_shared<Elasticity::FunctionSpace>(mesh);
+
+  // Create right-hand side
+  auto f = std::make_shared<Constant>(0.0, -0.1);
+
+  // Set elasticity parameters
+  double E  = 10.0;
+  double nu = 0.3;
+  auto mu = std::make_shared<Constant>(E / (2*(1 + nu)));
+  auto lambda = std::make_shared<Constant>(E*nu / ((1 + nu)*(1 - 2*nu)));
+
+  // Define variational problem
+  Elasticity::BilinearForm a(V, V);
+  a.mu = mu; a.lmbda = lambda;
+  Elasticity::LinearForm L(V);
+  L.f = f;
+  Function usol(V);
+  Function Ulower(V); // Create a function
+  Function Uupper(V); // Create a function
+
+  // Assemble the matrix and vector for linear elasticity
+  PETScMatrix A;
+  PETScVector b;
+  assemble(A, a);
+  assemble(b, L);
+
+  // Interpolate expression for Upper bound
+  UpperBound xu_exp;
+  Function xu_f(V);
+  xu_f.interpolate(xu_exp);
+
+  // Interpolate expression for Upper bound
+  LowerBound xl_exp;
+  Function xl_f(V);
+  xl_f.interpolate(xl_exp);
+
+  // Solve the problem with the TAO Solver
+  TAOLinearBoundSolver TAOSolver("tron", "cg");
+
+  // Set some parameters
+  TAOSolver.parameters["monitor_convergence"] = true;
+  TAOSolver.parameters["report"] = true;
+  TAOSolver.parameters("krylov_solver")["monitor_convergence"] = false;
+
+  // Solve the problem
+  TAOSolver.solve(A, *usol.vector(), b, *xl_f.vector(), *xu_f.vector());
+
+  XDMFFile("u.xdmf").write(usol);
+
+  #else
+
+  cout << "This demo requires DOLFIN to be configured with PETSc version 3.6 or later" << endl;
+
+  #endif
+
+  return 0;
+}
diff --git a/demo/undocumented/curl-curl/cpp/CurrentDensity.ufl b/demo/undocumented/curl-curl/cpp/CurrentDensity.ufl
new file mode 100644
index 0000000..7add808
--- /dev/null
+++ b/demo/undocumented/curl-curl/cpp/CurrentDensity.ufl
@@ -0,0 +1,34 @@
+# Copyright (C) 2009 Bartosz Sawicki
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2009-03-30
+# Last changed: 2011-03-09
+#
+# The bilinear form a(u, v) and linear form L(v) for
+# curl operator.
+#
+# Compile this form with FFC: ffc -l dolfin CurrentDensity.ufl
+
+EL = VectorElement("CG", tetrahedron, 1)
+EN = FiniteElement("Nedelec 1st kind H(curl)", tetrahedron, 1)
+
+u = TrialFunction(EL)
+v = TestFunction(EL)
+T = Coefficient(EN)
+
+a = dot(u, v)*dx
+L = dot(curl(T), v)*dx
diff --git a/demo/undocumented/curl-curl/cpp/EddyCurrents.ufl b/demo/undocumented/curl-curl/cpp/EddyCurrents.ufl
new file mode 100644
index 0000000..69b90ae
--- /dev/null
+++ b/demo/undocumented/curl-curl/cpp/EddyCurrents.ufl
@@ -0,0 +1,34 @@
+# Copyright (C) 2009 Bartosz Sawicki
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2009-03-30
+# Last changed: 2011-03-09
+#
+# The bilinear form a(u, v) and linear form L(v) for
+# curl-curl eddy currents equation.
+#
+# Compile this form with FFC: ffc -l dolfin EddyCurrents.ufl
+
+EN = FiniteElement("Nedelec 1st kind H(curl)", tetrahedron, 1)
+EL = VectorElement("Lagrange", tetrahedron, 1)
+
+u = TrialFunction(EN)
+v = TestFunction(EN)
+dbdt = Coefficient(EL)
+
+a = inner(curl(u), curl(v))*dx
+L = - inner(dbdt, v)*dx
diff --git a/demo/undocumented/curl-curl/cpp/P1Space.ufl b/demo/undocumented/curl-curl/cpp/P1Space.ufl
new file mode 100644
index 0000000..5c32c51
--- /dev/null
+++ b/demo/undocumented/curl-curl/cpp/P1Space.ufl
@@ -0,0 +1,20 @@
+# Copyright (C) 2015 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Compile this form with FFC: ffc -l dolfin P1Space.ufl
+
+element = FiniteElement("Lagrange", tetrahedron, 1)
diff --git a/demo/undocumented/curl-curl/cpp/main.cpp b/demo/undocumented/curl-curl/cpp/main.cpp
new file mode 100644
index 0000000..67402a1
--- /dev/null
+++ b/demo/undocumented/curl-curl/cpp/main.cpp
@@ -0,0 +1,163 @@
+// Copyright (C) 2009-2015 Bartosz Sawicki, Stefano Zampini and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Eddy currents phenomena in low conducting body can be described
+// using electric vector potential and curl-curl operator:
+//
+//    \nabla \times \nabla \times T = - \frac{\partial B}{\partial t}
+//
+// Electric vector potential defined as:
+//
+//    \nabla \times T = J
+//
+// Boundary condition
+//
+//    J_n = 0,
+//    T_t = T_w = 0, \frac{\partial T_n}{\partial n} = 0
+//
+// which is naturaly fulfilled for zero Dirichlet BC with Nedelec
+// (edge) elements.
+//
+// This demo uses the auxiliary space Maxwell AMG preconditioner from
+// Hypre, via PETSc. It therefore requires PETSc, configured with
+// Hypre.
+
+#include <dolfin.h>
+#include "EddyCurrents.h"
+#include "CurrentDensity.h"
+#include "P1Space.h"
+
+using namespace dolfin;
+
+#if defined(HAS_PETSC) and defined(PETSC_HAVE_HYPRE)
+
+int main()
+{
+  // Set PETSc as default linear algebra backend
+  parameters["linear_algebra_backend"] = "PETSc";
+
+  // Everywhere on exterior surface
+  class DirichletBoundary: public SubDomain
+  {
+    bool inside(const Array<double>& x, bool on_boundary) const
+    { return on_boundary; }
+  };
+
+  // Load sphere mesh and refine uniformly
+  auto mesh = std::make_shared<Mesh>("../sphere.xml.gz");
+  mesh = std::make_shared<Mesh>(refine(*mesh));
+
+  // Homogeneous external magnetic field (dB/dt)
+  auto dbdt = std::make_shared<Constant>(0.0, 0.0, 1.0);
+
+  // Dirichlet boundary condition
+  auto zero = std::make_shared<Constant>(0.0, 0.0, 0.0);
+
+  // Define function space and boundary condition
+  auto V = std::make_shared<EddyCurrents::FunctionSpace>(mesh);
+  auto boundary = std::make_shared<DirichletBoundary>();
+  auto bc = std::make_shared<DirichletBC>(V, zero, boundary);
+
+  // Define variational problem for T
+  EddyCurrents::BilinearForm a(V, V);
+  EddyCurrents::LinearForm L(V);
+  L.dbdt = dbdt;
+
+  // Solution function
+  auto T = std::make_shared<Function>(V);
+
+  // Assemble system
+  auto A = std::make_shared<PETScMatrix>();
+  PETScVector b;
+  assemble_system(*A, b, a, L, {bc});
+
+  // Create PETSc Krylov solver
+  PETScKrylovSolver solver("cg");
+
+  // Get pointer to PETSc KSP object and set tolerances
+  KSP ksp = solver.ksp();
+  KSPSetTolerances(ksp, 1.0e-8, 1.0e-12, 1.0e10, 1000);
+
+  // Set preconditioner to AMS from HYPRE
+  PC pc;
+  KSPGetPC(ksp, &pc);
+  PCSetType(pc, PCHYPRE);
+  PCHYPRESetType(pc, "ams");
+
+  // Build discrete gradient operator and attach to preconditioner
+  P1Space::FunctionSpace P1(mesh);
+  auto G = DiscreteOperators::build_gradient(*V, P1);
+  PCHYPRESetDiscreteGradient(pc, as_type<PETScMatrix>(*G).mat());
+
+  // Inform preconditioner of constants in the Nedelec space
+  std::vector<Function> constants(3, Function(V));
+  constants[0] = Constant(1.0, 0.0, 0.0);
+  constants[1] = Constant(0.0, 1.0, 0.0);
+  constants[2] = Constant(0.0, 0.0, 1.0);
+
+  PCHYPRESetEdgeConstantVectors(pc,
+               as_type<PETScVector>(*constants[0].vector()).vec(),
+               as_type<PETScVector>(*constants[1].vector()).vec(),
+               as_type<PETScVector>(*constants[2].vector()).vec());
+
+  // We are dealing with a zero conductivity problem (no mass term),
+  // so we need to tell the preconditioner
+  PCHYPRESetBetaPoissonMatrix(pc, NULL);
+
+  // Set PETSc operators
+  solver.set_operator(A);
+
+  // Set PETSc Krylov prefix solver and set some options
+  KSPSetOptionsPrefix(ksp, "eddy_");
+  PETScOptions::set("eddy_ksp_monitor_true_residual");
+  PETScOptions::set("eddy_ksp_view");
+  KSPSetFromOptions(ksp);
+
+  // Solve system
+  KSPSolve(ksp, b.vec(), as_type<PETScVector>(*T->vector()).vec());
+
+  // Update ghost values in solution vector
+  T->vector()->apply("insert");
+
+  // Define variational problem for J
+  auto V1 = std::make_shared<CurrentDensity::FunctionSpace>(mesh);
+  CurrentDensity::BilinearForm a1(V1,V1);
+  CurrentDensity::LinearForm L1(V1);
+  L1.T = T;
+
+  // Solve problem using an iterative linear solver
+  Function J(V1);
+  Parameters p;
+  p.add("linear_solver", "cg");
+  p.add("symmetric", true);
+  solve(a1 == L1, J, p);
+
+  File file("current_density.pvd");
+  file << J;
+
+  return 0;
+}
+
+#else
+
+int main()
+{
+  info("This demo requires DOLFIN to be configured with PETSc (with Hypre).");
+  return 0;
+}
+
+#endif
diff --git a/demo/undocumented/curl-curl/sphere.xml.gz b/demo/undocumented/curl-curl/sphere.xml.gz
new file mode 100644
index 0000000..2733a1f
--- /dev/null
+++ b/demo/undocumented/curl-curl/sphere.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:dae5ed1abd1c091d6362d20b6ac2a52e0da51b43b89c672f176e32f324d3f965
+size 139409
diff --git a/demo/undocumented/dg-advection-diffusion/cpp/AdvectionDiffusion.ufl b/demo/undocumented/dg-advection-diffusion/cpp/AdvectionDiffusion.ufl
new file mode 100644
index 0000000..604ea62
--- /dev/null
+++ b/demo/undocumented/dg-advection-diffusion/cpp/AdvectionDiffusion.ufl
@@ -0,0 +1,59 @@
+# Copyright (C) 2007 Kristian B. Oelgaard and Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2007-06-29
+# Last changed: 2011-03-09
+#
+# The bilinear form a(phi, v) and linear form L(v) for
+# advection-diffusion. Discontinuous formulation with upwinding.
+
+cell = triangle
+scalar = FiniteElement("Discontinuous Lagrange", cell, 1)
+vector = VectorElement("Lagrange", cell, 2)
+constant = FiniteElement("Discontinuous Lagrange", cell, 0)
+R = FiniteElement("Real", cell, 0)
+
+# Trial and test functions
+phi = TrialFunction(scalar)
+v   = TestFunction(scalar)
+
+u = Coefficient(vector)
+f = Coefficient(scalar)
+h = CellDiameter(cell)
+h_avg = (h('+') + h('-'))/2
+n = FacetNormal(cell)
+
+kappa = Coefficient(R)
+alpha = Coefficient(R)
+
+# ( dot(v, n) + |dot(v, n)| )/2.0
+un = (dot(u, n) + abs(dot(u, n)))/2.0
+
+# Bilinear form
+a_int = dot(kappa*grad(phi) - u*phi, grad(v))*dx
+
+a_fac = (kappa*(alpha/h_avg)*dot(jump(phi, n), jump(v, n))*dS
+         - kappa*dot(jump(phi, n), avg(grad(v)))*dS
+         - kappa*dot(avg(grad(phi)), jump(v, n))*dS)
+
+a_vel = (dot(un('+')*phi('+') - un('-')*phi('-'), jump(v))*dS
+         + dot(un*phi, v)*ds)
+
+a = a_int + a_fac + a_vel
+
+# Linear form
+L = v*f*dx
diff --git a/demo/undocumented/dg-advection-diffusion/cpp/Projection.ufl b/demo/undocumented/dg-advection-diffusion/cpp/Projection.ufl
new file mode 100644
index 0000000..f849727
--- /dev/null
+++ b/demo/undocumented/dg-advection-diffusion/cpp/Projection.ufl
@@ -0,0 +1,32 @@
+# Copyright (C) 2008 Kristian B. Oelgaard
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2008-05-05
+# Last changed: 2008-05-05
+
+DG = FiniteElement("Discontinuous Lagrange", triangle, 1)
+CG = FiniteElement("Lagrange", triangle, 1)
+
+# Test and trial functions
+v   = TestFunction(CG)
+phi = TrialFunction(CG)
+
+phi0 = Coefficient(DG)
+
+a = dot(v, phi)*dx
+L = dot(v, phi0)*dx
+
diff --git a/demo/undocumented/dg-advection-diffusion/cpp/Velocity.ufl b/demo/undocumented/dg-advection-diffusion/cpp/Velocity.ufl
new file mode 100644
index 0000000..d703660
--- /dev/null
+++ b/demo/undocumented/dg-advection-diffusion/cpp/Velocity.ufl
@@ -0,0 +1,26 @@
+# Copyright (c) 2009 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2009-03-07
+# Last changed: 
+#
+# A continuous P2 vector element
+#
+# Compile this form with FFC: ffc -l dolfin Velocity.form
+
+element = VectorElement("Lagrange", triangle, 2)
+
diff --git a/demo/undocumented/dg-advection-diffusion/cpp/main.cpp b/demo/undocumented/dg-advection-diffusion/cpp/main.cpp
new file mode 100644
index 0000000..ce300dc
--- /dev/null
+++ b/demo/undocumented/dg-advection-diffusion/cpp/main.cpp
@@ -0,0 +1,121 @@
+// Copyright (C) 2007-2011 Kristian B. Oelgaard, Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2007-06-29
+// Last changed: 2013-03-21
+//
+// Steady state advection-diffusion equation, discontinuous
+// formulation using full upwinding.
+
+#include <dolfin.h>
+
+#include "AdvectionDiffusion.h"
+#include "Projection.h"
+#include "Velocity.h"
+
+using namespace dolfin;
+
+// Dirichlet boundary condition
+class BC : public Expression
+{
+public:
+
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    values[0] = sin(DOLFIN_PI*5.0*x[1]);
+  }
+
+};
+
+// Sub domain for Dirichlet boundary condition
+class DirichletBoundary : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return std::abs(x[0] - 1.0) < DOLFIN_EPS && on_boundary;
+  }
+};
+
+int main(int argc, char *argv[])
+{
+  // FIXME: Make mesh ghosted
+  parameters["ghost_mode"] = "shared_facet";
+
+  // Read simple velocity field (-1.0, -0.4) defined on a 64x64 unit square
+  // mesh and a quadratic vector Lagrange element
+
+  // Read mesh
+  auto mesh = std::make_shared<Mesh>("../unitsquare_64_64.xml.gz");
+
+  // Create velocity FunctionSpace
+  auto V_u = std::make_shared<Velocity::FunctionSpace>(mesh);
+
+  // Create velocity function
+  auto u = std::make_shared<Function>(V_u, "../unitsquare_64_64_velocity.xml.gz");
+
+  // Diffusivity
+  auto c = std::make_shared<Constant>(0.0);
+
+  //Source term
+  auto f = std::make_shared<Constant>(0.0);
+
+  // Penalty parameter
+  auto alpha = std::make_shared<Constant>(5.0);
+
+  // Create function space
+  auto V = std::make_shared<AdvectionDiffusion::FunctionSpace>(mesh);
+
+  // Create forms and attach functions
+  AdvectionDiffusion::BilinearForm a(V, V);
+  a.u = u; a.kappa = c; a.alpha = alpha;
+  AdvectionDiffusion::LinearForm L(V);
+  L.f = f;
+
+  // Set up boundary condition (apply strong BCs)
+  auto g = std::make_shared<BC>();
+  auto boundary = std::make_shared<DirichletBoundary>();
+  DirichletBC bc(V, g, boundary, "geometric");
+
+  // Solution function
+  auto phi_h = std::make_shared<Function>(V);
+
+  // Assemble and apply boundary conditions
+  Matrix A;
+  Vector b;
+  assemble(A, a);
+  assemble(b, L);
+  bc.apply(A, b);
+
+  // Solve system
+  solve(A, *phi_h->vector(), b);
+
+  // Define variational problem
+  auto Vp = std::make_shared<Projection::FunctionSpace>(mesh);
+  Projection::BilinearForm ap(Vp, Vp);
+  Projection::LinearForm Lp(Vp);
+  Lp.phi0 = phi_h;
+
+  // Compute solution
+  Function phi_p(Vp);
+  solve(ap == Lp, phi_p);
+
+  // Save projected solution in VTK format
+  File file("temperature.pvd");
+  file << phi_p;
+
+  return 0;
+}
diff --git a/demo/undocumented/dg-advection-diffusion/unitsquare_64_64.xml.gz b/demo/undocumented/dg-advection-diffusion/unitsquare_64_64.xml.gz
new file mode 100644
index 0000000..1645493
--- /dev/null
+++ b/demo/undocumented/dg-advection-diffusion/unitsquare_64_64.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:195c40176d2d162514d09bfea1c52922db218493fa7398d0f6d83e8b44c95af3
+size 84425
diff --git a/demo/undocumented/dg-advection-diffusion/unitsquare_64_64_velocity.xml.gz b/demo/undocumented/dg-advection-diffusion/unitsquare_64_64_velocity.xml.gz
new file mode 100644
index 0000000..67af276
--- /dev/null
+++ b/demo/undocumented/dg-advection-diffusion/unitsquare_64_64_velocity.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:6f89a8fb254a49a33dbb6baedac57b25c1ed09b8434803ddf7e1362e62e14164
+size 205780
diff --git a/demo/undocumented/dg-poisson/cpp/Poisson.ufl b/demo/undocumented/dg-poisson/cpp/Poisson.ufl
new file mode 100644
index 0000000..fc48abc
--- /dev/null
+++ b/demo/undocumented/dg-poisson/cpp/Poisson.ufl
@@ -0,0 +1,55 @@
+# Copyright (C) 2006-2007 Kristian B. Oelgaard and Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# The bilinear form a(u, v) and linear form L(v) for
+# Poisson's equation in a discontinuous Galerkin (DG)
+# formulation.
+#
+# Compile this form with FFC: ffc -l dolfin Poisson.ufl
+
+# Elements
+element = FiniteElement("Discontinuous Lagrange", triangle, 1)
+
+# Trial and test functions
+u = TrialFunction(element)
+v = TestFunction(element)
+
+# Source term, Dirichlet term, Neumann term
+f  = Coefficient(element)
+u0 = Coefficient(element)
+g  = Coefficient(element)
+
+# Normal component, cell size and right-hand side
+h = CellDiameter(triangle)
+h_avg = (h('+') + h('-'))/2
+n = FacetNormal(triangle)
+
+# Parameters
+alpha = 4.0
+gamma = 8.0
+
+# Bilinear form
+a = dot(grad(v), grad(u))*dx \
+   - dot(avg(grad(v)), jump(u, n))*dS \
+   - dot(jump(v, n), avg(grad(u)))*dS \
+   + alpha/h_avg*dot(jump(v, n), jump(u, n))*dS \
+   - dot(grad(v), u*n)*ds(1) \
+   - dot(v*n, grad(u))*ds(1) \
+   + (gamma/h)*v*u*ds(1)
+
+# Linear form
+L = v*f*dx - u0*dot(grad(v), n)*ds(1) + (gamma/h)*u0*v*ds(1) + g*v*ds(2)
diff --git a/demo/undocumented/dg-poisson/cpp/main.cpp b/demo/undocumented/dg-poisson/cpp/main.cpp
new file mode 100644
index 0000000..ef7ecf3
--- /dev/null
+++ b/demo/undocumented/dg-poisson/cpp/main.cpp
@@ -0,0 +1,132 @@
+// Copyright (C) 2006-2011 Anders Logg and Kristian B. Oelgaard
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// This demo program solves Poisson's equation,
+//
+//     - div grad u(x, y) = f(x, y)
+//
+// on the unit square with source f given by
+//
+//     f(x, y) = -100*exp(-((x - 0.5)^2 + (y - 0.5)^2)/0.02)
+//
+// and boundary conditions given by
+//
+//     u(x, y)     = u0 on x = 0 and x = 1
+//     du/dn(x, y) = g  on y = 0 and y = 1
+//
+// where
+//
+//     u0 = x + 0.25*sin(2*pi*x)
+//     g = (y - 0.5)**2
+//
+// using a discontinuous Galerkin formulation (interior penalty method).
+
+#include <dolfin.h>
+#include "Poisson.h"
+
+using namespace dolfin;
+
+int main()
+{
+  // Source term
+  class Source : public Expression
+  {
+    void eval(Array<double>& values, const Array<double>& x) const
+    {
+      const double dx = x[0] - 0.5;
+      const double dy = x[1] - 0.5;
+      values[0] = -100.0*exp(-(dx*dx + dy*dy)/0.02);
+    }
+  };
+
+  // Dirichlet term
+  class BoundaryValue : public Expression
+  {
+    void eval(Array<double>& values, const Array<double>& x) const
+    {
+      values[0] = x[0] + 0.25*sin(2*M_PI*x[1]);
+    }
+  };
+
+  // Neumann term
+  class BoundaryDerivative : public Expression
+  {
+    void eval(Array<double>& values, const Array<double>& x) const
+    {
+      const double dx = x[0] - 0.5;
+      values[0] = dx*dx;
+    }
+  };
+
+  // Sub domain for Dirichlet boundary condition, x = 1 and x = 0
+  class DirichletBoundary : public SubDomain
+  {
+    bool inside(const Array<double>& x, bool on_boundary) const
+    { return on_boundary and near(x[0]*(1 - x[0]), 0); }
+  };
+
+  // Sub domain for Neumann boundary condition, y = 1 and y = 0
+  class NeumannBoundary : public SubDomain
+  {
+    bool inside(const Array<double>& x, bool on_boundary) const
+    { return on_boundary and near(x[1]*(1 - x[1]), 0); }
+  };
+
+
+  // FIXME: Make mesh ghosted
+  parameters["ghost_mode"] = "shared_facet";
+
+  // Create mesh
+  auto mesh = std::make_shared<UnitSquareMesh>(24, 24);
+
+  // Create functions
+  auto f = std::make_shared<Source>();
+  auto u0 = std::make_shared<BoundaryValue>();
+  auto g = std::make_shared<BoundaryDerivative>();
+
+  // Create funtion space
+  auto V = std::make_shared<Poisson::FunctionSpace>(mesh);
+
+  // Mark facets of the mesh
+  NeumannBoundary neumann_boundary;
+  DirichletBoundary dirichlet_boundary;
+
+  auto boundaries = std::make_shared<MeshFunction<std::size_t>>(mesh, mesh->topology().dim()-1, 0);
+  neumann_boundary.mark(*boundaries, 2);
+  dirichlet_boundary.mark(*boundaries, 1);
+
+  // Define variational problem
+  Poisson::BilinearForm a(V, V);
+  Poisson::LinearForm L(V);
+  L.f  = f;
+  L.u0 = u0;
+  L.g  = g;
+
+  // Attach marked facets to bilinear and linear form
+  a.ds = boundaries;
+  L.ds = boundaries;
+
+  // Compute solution
+  Function u(V);
+  solve(a == L, u);
+
+  // Save solution in VTK format
+  File file("poisson.pvd");
+  file << u;
+  
+  return 0;
+}
diff --git a/demo/undocumented/dg-poisson/cpp/plot.py b/demo/undocumented/dg-poisson/cpp/plot.py
new file mode 100644
index 0000000..96fa7b0
--- /dev/null
+++ b/demo/undocumented/dg-poisson/cpp/plot.py
@@ -0,0 +1,4 @@
+from dolfin import *
+
+u = Function("poisson.xml")
+plot(u)
diff --git a/demo/undocumented/elasticity/cpp/Elasticity.ufl b/demo/undocumented/elasticity/cpp/Elasticity.ufl
new file mode 100644
index 0000000..6732f49
--- /dev/null
+++ b/demo/undocumented/elasticity/cpp/Elasticity.ufl
@@ -0,0 +1,55 @@
+# Copyright (c) 2005 Johan Jansson
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg 2006-2007
+# Modified by Garth N. Wells 2008
+#
+# First added:  2005
+# Last changed: 2011-03-09
+#
+# The bilinear form for classical linear elasticity (Navier).
+# Compile this form with FFC: ffc -l dolfin Elasticity.ufl
+
+cell = tetrahedron
+element = VectorElement("Lagrange", cell, 1)
+R = FiniteElement("Real", cell, 0)
+
+u = TrialFunction(element)
+v = TestFunction(element)
+f = Coefficient(element)
+
+mu    = Coefficient(R)
+lmbda = Coefficient(R)
+
+def epsilon(v):
+    return 0.5*(grad(v) + grad(v).T)
+
+def sigma(v):
+    return 2.0*mu*epsilon(v) + lmbda*tr(epsilon(v))*Identity(v.geometric_dimension())
+
+a = inner(sigma(u), epsilon(v))*dx
+L = inner(f, v)*dx
+
+element_s = TensorElement("Discontinuous Lagrange", cell, 0)
+stress = TrialFunction(element_s)
+w      = TestFunction(element_s)
+disp   = Coefficient(element)
+
+a_s = inner(stress, w)*dx
+L_s = inner(sigma(disp), w)*dx
+
+forms = [a, L, a_s, L_s]
diff --git a/demo/undocumented/elasticity/cpp/main.cpp b/demo/undocumented/elasticity/cpp/main.cpp
new file mode 100644
index 0000000..6af2c3d
--- /dev/null
+++ b/demo/undocumented/elasticity/cpp/main.cpp
@@ -0,0 +1,214 @@
+// Copyright (C) 2014 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// This demo solves the equations of static linear elasticity for a
+// pulley subjected to centripetal accelerations. The solver uses
+// smoothed aggregation algerbaric multigri
+
+#include <dolfin.h>
+#include "Elasticity.h"
+
+using namespace dolfin;
+
+// Function to compute the near nullspace for elasticity - it is made
+// up of the six rigid body modes
+dolfin::VectorSpaceBasis build_near_nullspace(const dolfin::FunctionSpace& V,
+                                              const GenericVector& x)
+{
+  // Get subspaces
+  auto V0 = V.sub(0);
+  auto V1 = V.sub(1);
+  auto V2 = V.sub(2);
+
+  // Create vectors for nullspace basis
+  std::vector<std::shared_ptr<dolfin::GenericVector>> basis(6);
+  for (std::size_t i = 0; i < basis.size(); ++i)
+    basis[i] = x.copy();
+
+  // x0, x1, x2 translations
+  V0->dofmap()->set(*basis[0], 1.0);
+  V1->dofmap()->set(*basis[1], 1.0);
+  V2->dofmap()->set(*basis[2], 1.0);
+
+  // Rotations
+  V0->set_x(*basis[3], -1.0, 1);
+  V1->set_x(*basis[3],  1.0, 0);
+
+  V0->set_x(*basis[4],  1.0, 2);
+  V2->set_x(*basis[4], -1.0, 0);
+
+  V2->set_x(*basis[5],  1.0, 1);
+  V1->set_x(*basis[5], -1.0, 2);
+
+  // Apply
+  for (std::size_t i = 0; i < basis.size(); ++i)
+    basis[i]->apply("add");
+
+  // Create vector space and orthonormalize
+  VectorSpaceBasis vector_space(basis);
+  vector_space.orthonormalize();
+  return vector_space;
+}
+
+
+int main()
+{
+  #ifdef HAS_PETSC
+
+  // Set backend to PETSC
+  parameters["linear_algebra_backend"] = "PETSc";
+
+  // Inner surface subdomain
+  class InnerSurface : public SubDomain
+  {
+    bool inside(const Array<double>& x, bool on_boundary) const
+    {
+      const double r = 3.75 - x[2]*0.17;
+      return (x[0]*x[0] + x[1]*x[1]) < r*r and on_boundary;
+    }
+  };
+
+  // Centripetal loading function
+  class CentripetalLoading : public Expression
+  {
+  public:
+
+    CentripetalLoading() : Expression(3) {}
+    void eval(Array<double>& values, const Array<double>& x) const
+    {
+      const double omega = 300.0;
+      const double rho = 10.0;
+      values[0] = rho*omega*omega*x[0];;
+      values[1] = rho*omega*omega*x[1];
+      values[2] = 0.0;
+    }
+  };
+
+  // Read mesh
+  auto mesh = std::make_shared<Mesh>();
+  XDMFFile file("../pulley.xdmf");
+  file.read(*mesh);
+
+  // Create right-hand side loading function
+  auto f = std::make_shared<CentripetalLoading>();
+
+  // Set elasticity parameters
+  double E  = 10.0;
+  double nu = 0.3;
+  auto mu = std::make_shared<Constant>(E/(2.0*(1.0 + nu)));
+  auto lambda = std::make_shared<Constant>(E*nu/((1.0 + nu)*(1.0 - 2.0*nu)));
+
+  // Create function space
+  auto V = std::make_shared<Elasticity::Form_a::TestSpace>(mesh);
+
+  // Define variational problem
+  Elasticity::Form_a a(V, V);
+  a.mu = mu; a.lmbda = lambda;
+  Elasticity::Form_L L(V);
+  L.f = f;
+
+  // Set up boundary condition on inner surface
+  auto inner_surface = std::make_shared<InnerSurface>();
+  auto zero = std::make_shared<Constant>(0.0, 0.0, 0.0);
+  auto bc = std::make_shared<DirichletBC>(V, zero, inner_surface);
+
+  // Assemble system, applying boundary conditions and preserving
+  // symmetry)
+  PETScMatrix A;
+  PETScVector b;
+  assemble_system(A, b, a, L, {bc});
+
+  // Create solution function
+  auto u = std::make_shared<Function>(V);
+
+  // Create near null space basis (required for smoothed aggregation
+  // AMG). The solution vector is passed so that it can be copied to
+  // generate compatible vectors for the nullspace.
+  VectorSpaceBasis near_null_space = build_near_nullspace(*V, *u->vector());
+
+  // Attach near nullspace to matrix
+  A.set_near_nullspace(near_null_space);
+
+  // Create PETSc smoothed aggregation AMG preconditioner
+  auto pc = std::make_shared<PETScPreconditioner>("petsc_amg");
+
+  // Use Chebyshev smoothing for multigrid
+  PETScOptions::set("mg_levels_ksp_type", "chebyshev");
+  PETScOptions::set("mg_levels_pc_type", "jacobi");
+
+  // Improve estimate of eigenvalues for Chebyshev smoothing
+  PETScOptions::set("mg_levels_esteig_ksp_type", "cg");
+  PETScOptions::set("mg_levels_ksp_chebyshev_esteig_steps", 50);
+
+  // Create CG PETSc linear solver and turn on convergence monitor
+  PETScKrylovSolver solver("cg", pc);
+  solver.parameters["monitor_convergence"] = true;
+
+  // Solve
+  solver.solve(A, *(u->vector()), b);
+
+  // Extract solution components (deep copy)
+  Function ux = (*u)[0];
+  Function uy = (*u)[1];
+  Function uz = (*u)[2];
+  std::cout << "Norm (u vector): " << u->vector()->norm("l2") << std::endl;
+  std::cout << "Norm (ux, uy, uz): " << ux.vector()->norm("l2") << "  "
+            << uy.vector()->norm("l2") << "  "
+            << uz.vector()->norm("l2") << std::endl;
+
+  // Save solution in VTK format
+  File vtk_file("elasticity.pvd", "compressed");
+  vtk_file << *u;
+
+  // Extract stress and write in VTK format
+  auto W = std::make_shared<Elasticity::Form_a_s::TestSpace>(mesh);
+  Elasticity::Form_a_s a_s(W, W);
+  Elasticity::Form_L_s L_s(W);
+  L_s.mu = mu;
+  L_s.lmbda = lambda;
+  L_s.disp = u;
+
+  // Compute stress for visualisation
+  Function stress(W);
+  LocalSolver local_solver(std::shared_ptr<Form>(&a_s, NoDeleter()),
+                           std::shared_ptr<Form>(&L_s, NoDeleter()),
+                           LocalSolver::SolverType::Cholesky);
+  local_solver.solve_local_rhs(stress);
+
+  File file_stress("stress.pvd");
+  file_stress << stress;
+
+  // Save colored mesh paritions in VTK format if running in parallel
+  if (dolfin::MPI::size(mesh->mpi_comm()) > 1)
+  {
+    MeshFunction<std::size_t>
+      partitions(mesh, mesh->topology().dim(), dolfin::MPI::rank(mesh->mpi_comm()));
+    File file("partitions.pvd");
+    file << partitions;
+  }
+
+  // Displace mesh and write 
+  ALE::move(*mesh, *u);
+  XDMFFile("deformed_mesh.xdmf").write(*mesh);
+
+  #else
+  dolfin::cout << "DOLFIN must be configured with PETSc to run this demo."
+               << dolfin::endl;
+  #endif
+
+  return 0;
+}
diff --git a/demo/undocumented/elasticity/pulley.xdmf b/demo/undocumented/elasticity/pulley.xdmf
new file mode 100644
index 0000000..776111d
--- /dev/null
+++ b/demo/undocumented/elasticity/pulley.xdmf
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:89cdf12376bba693ecd6a77f44e7ba68195b23457fc2bfa9f9376bf3f456ff07
+size 1822302
diff --git a/demo/undocumented/elastodynamics/cpp/DG0_eps_xx.ufl b/demo/undocumented/elastodynamics/cpp/DG0_eps_xx.ufl
new file mode 100644
index 0000000..07dd55e
--- /dev/null
+++ b/demo/undocumented/elastodynamics/cpp/DG0_eps_xx.ufl
@@ -0,0 +1,34 @@
+# Copyright (C) 2009 Mirko Maraldi and Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2009-01-22
+# Last changed: 2011-03-09
+#
+# Projection
+#
+# Compile this form with FFC: ffc -l dolfin DG0_eps-xx.ufl
+
+vector   = VectorElement("Lagrange", triangle, 1)
+constant = FiniteElement("Discontinuous Lagrange", triangle, 0)
+
+eps = TrialFunction(constant)
+v   = TestFunction(constant)
+u   = Coefficient(vector)
+
+a = eps*v*dx
+L = u[0].dx(0)*v*dx
+
diff --git a/demo/undocumented/elastodynamics/cpp/ElastoDynamics.ufl b/demo/undocumented/elastodynamics/cpp/ElastoDynamics.ufl
new file mode 100644
index 0000000..d7b9f08
--- /dev/null
+++ b/demo/undocumented/elastodynamics/cpp/ElastoDynamics.ufl
@@ -0,0 +1,77 @@
+# Copyright (c) 2009 Mirko Maraldi and Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2009-01-22
+# Last changed: 2009-01-27
+#
+# The bilinear form and linear form for linear elastodynamics
+# using the generalised-alpha method
+#
+# Compile this form with FFC: ffc -l dolfin ElastoDynamics.ufl.
+
+element = VectorElement("Lagrange", triangle, 1)
+DG0     = FiniteElement("Discontinuous Lagrange", triangle, 0)
+
+# Test and trial functions
+r = TestFunction(element)
+u = TrialFunction(element)
+
+# Fields from previous time step
+u0      = Coefficient(element)   # displacement
+v0      = Coefficient(element)   # velocity
+a0      = Coefficient(element)   # acceleration
+p0      = Coefficient(element)   # external load
+
+# External forces
+f       = Coefficient(element)  # body forces
+p       = Coefficient(element)   # externally applied loads
+
+# Material parameters
+rho     = Coefficient(DG0)  # mass density
+eta     = Coefficient(DG0)  # damping coefficient
+lmbda   = Coefficient(DG0)  # Lame coefficient
+mu      = Coefficient(DG0)  # Lame coefficient
+
+# Time stepping parameters
+alpha_m = Coefficient(DG0)
+alpha_f = Coefficient(DG0)
+beta    = Coefficient(DG0)
+gamma   = Coefficient(DG0)
+dt      = Coefficient(DG0)
+
+factor_m1  = rho*(1.0-alpha_m)/(beta*dt*dt)
+factor_m2  = rho*(1.0-alpha_m)/(beta*dt)
+factor_m3  = rho*(1.0-alpha_m-2.0*beta)/(2.0*beta)
+
+factor_d1  = eta*(1.0-alpha_f)*gamma/(beta*dt)
+factor_d2  = eta*((1.0-alpha_f)*gamma-beta)/beta
+factor_d3  = eta*(gamma-2.0*beta)*(1.0-alpha_f)*dt/(2.0*beta)
+
+# Stress tensor
+def sigma(r):
+    return 2.0*mu*sym(grad(r)) + lmbda*tr(sym(grad(r)))*Identity(r.geometric_dimension())
+
+# Forms
+a = factor_m1*inner(r, u)*dx  \
+   +factor_d1*inner(r, u)*dx \
+   +(1.0-alpha_f)*inner(grad(r), sigma(u))*dx
+
+L =  factor_m1*inner(r, u0)*dx + factor_m2*inner(r, v0)*dx + factor_m3*inner(r, a0)*dx  \
+   + factor_d1*inner(r, u0)*dx + factor_d2*inner(r, v0)*dx + factor_d3*inner(r, a0)*dx  \
+   - alpha_f*inner(grad(r), sigma(u0))*dx \
+   + inner(r, f)*dx + (1.0-alpha_f)*inner(r, p)*ds(3) + alpha_f*inner(r, p0)*ds(3)
+
diff --git a/demo/undocumented/elastodynamics/cpp/main.cpp b/demo/undocumented/elastodynamics/cpp/main.cpp
new file mode 100644
index 0000000..d338bdf
--- /dev/null
+++ b/demo/undocumented/elastodynamics/cpp/main.cpp
@@ -0,0 +1,236 @@
+// Copyright (C) 2009 Mirko Maraldi and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2011
+//
+// First added:  2009-01-22
+// Last changed: 2011-06-28
+
+#include <dolfin.h>
+#include "ElastoDynamics.h"
+#include "DG0_eps_xx.h"
+
+using namespace dolfin;
+
+// External load
+class Pressure : public Expression
+{
+public:
+
+  Pressure(const double& t, const double& dt, bool old)
+    : Expression(2), t(t), dt(dt), old(old) {}
+
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    double time = t;
+    if(old && time > 0.0)
+      time -= dt;
+
+    const double cutoff_time = 10.0*1.0/32.0;
+    if (time < cutoff_time)
+    {
+      values[0] = 1.0*time/cutoff_time;
+      values[1] = 0.0;
+    }
+    else
+    {
+      values[0] = 1.0;
+      values[1] = 0.0;
+    }
+  }
+
+private:
+
+  const double& t;
+  const double& dt;
+  const bool old;
+};
+
+// Right boundary
+class RightBoundary : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    if (1.0 - x[0] < DOLFIN_EPS && on_boundary)
+      return true;
+    else
+      return false;
+  }
+};
+
+class LeftBoundary : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    if (x[0] < DOLFIN_EPS)
+      return true;
+    else
+      return false;
+  }
+};
+
+// Acceleration update
+void update_a(Function& a, const Function& u, const Function& a0,
+              const Function& v0,  const Function& u0,
+              double beta, double dt)
+{
+  // a = 1/(2*beta)*((u - u0 - v0*dt)/(0.5*dt*dt) - (1-2*beta)*a0)
+  *a.vector()  = *u.vector();
+  *a.vector() -= *u0.vector();
+  *a.vector() *= 1.0/dt;
+  *a.vector() -= *v0.vector();
+  *a.vector() *= 1.0/((0.5-beta)*dt);
+  *a.vector() -= *a0.vector();
+  *a.vector() *= (0.5-beta)/beta;
+}
+
+// Velocity update
+void update_v(Function& v, const Function& a, const Function& a0,
+              const Function& v0, double gamma, double dt)
+{
+  // v = dt * ((1-gamma)*a0 + gamma*a) + v0
+  *v.vector()  = *a0.vector();
+  *v.vector() *= (1.0-gamma)/gamma;
+  *v.vector() += *a.vector();
+  *v.vector() *= dt*gamma;
+  *v.vector() += *v0.vector();
+}
+
+int main(int argc, char* argv[])
+{
+  init(argc, argv);
+
+  // Create mesh
+  auto mesh = std::make_shared<Mesh>("../dolfin_fine.xml.gz");
+
+  // Create function space
+  auto V = std::make_shared<ElastoDynamics::FunctionSpace>(mesh);
+
+  // Material parameters
+  auto rho = std::make_shared<Constant>(1.0);  // mass density
+  auto eta = std::make_shared<Constant>(0.25); // damping coefficient
+  double E  = 1.0;                             // Youngs modulus
+  double nu = 0.0;                             // Poisson ratio
+  auto lambda = std::make_shared<Constant>((nu*E)/((1.0 + nu)*(1.0 - 2.0 * nu))); // Lame coefficient
+  auto mu = std::make_shared<Constant>(E/(2.0*(1.0 + nu))); // Lame coefficient
+
+  // Time stepping parameters
+  auto alpha_m = std::make_shared<Constant>(0.2);
+  auto alpha_f = std::make_shared<Constant>(0.4);
+  auto beta = std::make_shared<Constant>(0.36);
+  auto gamma = std::make_shared<Constant>(0.7);
+  auto dt = std::make_shared<Constant>(1.0/32.0);    // time step
+  double t = 0.0;           // initial time
+  double T = 200*(*dt);        // final time
+
+  // Body force
+  auto f = std::make_shared<Constant>(0.0, 0.0);
+
+  // External load
+  RightBoundary right_boundary;
+  auto right_boundary_function
+    = std::make_shared<MeshFunction<std::size_t>>(mesh, 1);
+  right_boundary.mark(*right_boundary_function, 3);
+  auto p = std::make_shared<Pressure>(t, *dt, false);
+  auto p0 = std::make_shared<Pressure>(t, *dt, true);
+
+  // Dirichlet boundary conditions
+  auto left_boundary = std::make_shared<LeftBoundary>();
+  auto zero = std::make_shared<Constant>(0.0, 0.0);
+  DirichletBC bc(V, zero, left_boundary);
+
+  // Define solution vectors
+  auto u = std::make_shared<Function>(V); // displacement
+  auto u0 = std::make_shared<Function>(V);
+  Function v(V);  // velocity
+  auto v0 = std::make_shared<Function>(V);
+  Function a(V);  // acceleration
+  auto a0 = std::make_shared<Function>(V);
+
+  // Set initial conditions and initialise acceleration function
+  u0->vector()->zero();
+  v0->vector()->zero();
+  a0->vector()->zero();
+
+  // Create forms
+  ElastoDynamics::BilinearForm a_form(V, V);
+  ElastoDynamics::LinearForm L(V);
+
+  // Attach functions
+  a_form.lmbda = lambda; a_form.mu = mu; a_form.rho = rho;
+  a_form.eta = eta;
+  a_form.beta = beta;
+  a_form.gamma = gamma;
+  a_form.dt = dt;
+  a_form.alpha_m = alpha_m;
+  a_form.alpha_f = alpha_f;
+
+  L.lmbda = lambda; L.mu = mu; L.rho = rho;
+  L.eta = eta;
+  L.beta = beta;
+  L.gamma = gamma;
+  L.dt = dt;
+  L.alpha_m = alpha_m;
+  L.alpha_f = alpha_f;
+  L.u0 = u0; L.v0 = v0; L.a0 = a0;
+  L.f = f;
+  L.p = p;
+  L.p0 = p0;
+
+  // Attach subdomains
+  a_form.ds = right_boundary_function;
+  L.ds = right_boundary_function;
+
+  // Create projection to compute the normal strain eps_xx
+  auto Vdg = std::make_shared<DG0_eps_xx::FunctionSpace>(mesh);
+  DG0_eps_xx::BilinearForm a_eps(Vdg, Vdg);
+  DG0_eps_xx::LinearForm L_eps(Vdg);
+  L_eps.u = u;
+  Function eps_xx(Vdg);
+
+  // Create output files
+  File file_u("u.pvd", "compressed");
+  File file_eps("eps_xx.pvd", "compressed");
+
+  // Start time stepping
+  std::size_t step = 0;
+  while (t < T)
+  {
+    // Update for next time step
+    t += *dt;
+    cout << "Time: " << t << endl;
+
+    // Solve
+    solve(a_form == L, *u, {&bc});
+    solve(a_eps == L_eps, eps_xx);
+
+    // Update velocity and acceleration
+    update_a(a, *u, *a0, *v0, *u0, *beta, *dt);
+    update_v(v, a, *a0, *v0, *gamma, *dt);
+    *u0 = *u; *v0 = v; *a0 = a;
+
+    // Save solutions to file
+    if (step % 2 == 0)
+    {
+      file_u << *u;
+      file_eps << eps_xx;
+    }
+    ++step;
+  }
+
+  return 0;
+}
diff --git a/demo/undocumented/elastodynamics/dolfin_fine.xml.gz b/demo/undocumented/elastodynamics/dolfin_fine.xml.gz
new file mode 100644
index 0000000..d70c0e2
--- /dev/null
+++ b/demo/undocumented/elastodynamics/dolfin_fine.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:2b833101b1751853dc6c52be42ea1134b91ac54a9df087191e7f45b7b00a2822
+size 88283
diff --git a/demo/undocumented/eval/cpp/Projection.ufl b/demo/undocumented/eval/cpp/Projection.ufl
new file mode 100644
index 0000000..1c8425e
--- /dev/null
+++ b/demo/undocumented/eval/cpp/Projection.ufl
@@ -0,0 +1,33 @@
+# Copyright (C) 2008 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2008-03-17
+# Last changed: 2011-03-09
+#
+# The bilinear form a(u, v) and linear form L(v) for
+# projection onto piecewise quadratics.
+#
+# Compile this form with FFC: ffc -l dolfin Projection.ufl
+
+element = FiniteElement("Lagrange", tetrahedron, 2)
+
+u = TrialFunction(element)
+v = TestFunction(element)
+f = Coefficient(element)
+
+a = u*v*dx
+L = f*v*dx
diff --git a/demo/undocumented/eval/cpp/main.cpp b/demo/undocumented/eval/cpp/main.cpp
new file mode 100644
index 0000000..1494bae
--- /dev/null
+++ b/demo/undocumented/eval/cpp/main.cpp
@@ -0,0 +1,69 @@
+// Copyright (C) 2008-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2008-03-11
+// Last changed: 2014-08-11
+//
+// Demonstrating function evaluation at arbitrary points.
+
+#include <dolfin.h>
+#include "Projection.h"
+
+using namespace dolfin;
+
+class F : public Expression
+{
+public:
+
+  F() {}
+
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    values[0] = sin(3.0*x[0])*sin(3.0*x[1])*sin(3.0*x[2]);
+  }
+
+};
+
+int main()
+{
+  if (dolfin::MPI::size(MPI_COMM_WORLD) > 1)
+  {
+    std::cout << "This demo does not work in parallel" << std::endl;
+    return 0;
+  }
+
+  // Create mesh and a point in the mesh
+  auto mesh = std::make_shared<UnitCubeMesh>(8, 8, 8);
+  Point x(0.31, 0.32, 0.33);
+
+  // A user-defined function
+  auto f = std::make_shared<F>();
+
+  // Project to a discrete function
+  auto V = std::make_shared<Projection::FunctionSpace>(mesh);
+  Projection::BilinearForm a(V, V);
+  Projection::LinearForm L(V);
+  L.f = f;
+  Function g(V);
+  solve(a == L, g);
+
+  // Evaluate user-defined function f
+  info("f(x) = %g", (*f)(x));
+
+  // Evaluate discrete function g (projection of f)
+  info("g(x) = %g", g(x));
+}
diff --git a/demo/undocumented/extrapolation/cpp/P1.ufl b/demo/undocumented/extrapolation/cpp/P1.ufl
new file mode 100644
index 0000000..0f55fe5
--- /dev/null
+++ b/demo/undocumented/extrapolation/cpp/P1.ufl
@@ -0,0 +1 @@
+element = FiniteElement("Lagrange", triangle, 1)
diff --git a/demo/undocumented/extrapolation/cpp/P2.ufl b/demo/undocumented/extrapolation/cpp/P2.ufl
new file mode 100644
index 0000000..c90e03d
--- /dev/null
+++ b/demo/undocumented/extrapolation/cpp/P2.ufl
@@ -0,0 +1 @@
+element = FiniteElement("Lagrange", triangle, 2)
diff --git a/demo/undocumented/extrapolation/cpp/main.cpp b/demo/undocumented/extrapolation/cpp/main.cpp
new file mode 100644
index 0000000..5e8c327
--- /dev/null
+++ b/demo/undocumented/extrapolation/cpp/main.cpp
@@ -0,0 +1,71 @@
+// Copyright (C) 2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-02-08
+// Last changed: 2012-07-05
+//
+// This program demonstrates extrapolation of a P1 function to a P2
+// function on the same mesh. This is useful for postprocessing a
+// computed dual approximation for use in an error estimate.
+
+#include <dolfin.h>
+#include "P1.h"
+#include "P2.h"
+
+using namespace dolfin;
+
+class Dual : public Expression
+{
+public:
+
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    values[0] = sin(5.0*x[0])*sin(5.0*x[1]);
+  }
+
+};
+
+int main()
+{
+  if (dolfin::MPI::size(MPI_COMM_WORLD) > 1)
+ {
+   std::cout << "This demo does not work in parallel" << std::endl;
+   return 0;
+ }
+
+  // Create mesh and function spaces
+  auto mesh = std::make_shared<UnitSquareMesh>(8, 8);
+  auto P1 = std::make_shared<P1::FunctionSpace>(mesh);
+  auto P2 = std::make_shared<P2::FunctionSpace>(mesh);
+
+  // Create exact dual
+  Dual dual;
+
+  // Create P1 approximation of exact dual
+  Function z1(P1);
+  z1.interpolate(dual);
+
+  // Create P2 approximation from P1 approximation
+  Function z2(P2);
+  z2.extrapolate(z1);
+
+  // Output extrapolations
+  XDMFFile("z1.xdmf").write(z1);
+  XDMFFile("z2.xdmf").write(z2);
+
+  return 0;
+}
diff --git a/demo/undocumented/functional/cpp/EnergyNorm.ufl b/demo/undocumented/functional/cpp/EnergyNorm.ufl
new file mode 100644
index 0000000..51b12fa
--- /dev/null
+++ b/demo/undocumented/functional/cpp/EnergyNorm.ufl
@@ -0,0 +1,26 @@
+# Copyright (C) 2005-2006 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# This example demonstrates how to define a functional, here
+# the energy norm (squared) for a reaction-diffusion problem.
+#
+# Compile this form with FFC: ffc -l dolfin EnergyNorm.ufl
+
+element = FiniteElement("Lagrange", triangle, 2)
+
+v = Coefficient(element)
+M = (v*v + dot(grad(v), grad(v)))*dx
diff --git a/demo/undocumented/functional/cpp/main.cpp b/demo/undocumented/functional/cpp/main.cpp
new file mode 100644
index 0000000..aa546c3
--- /dev/null
+++ b/demo/undocumented/functional/cpp/main.cpp
@@ -0,0 +1,63 @@
+// Copyright (C) 2006-2008 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2006-09-19
+// Last changed: 2012-11-12
+//
+// This demo program computes the value of the functional
+//
+//     M(v) = int v^2 + (grad v)^2 dx
+//
+// on the unit square for v = sin(x) + cos(y). The exact
+// value of the functional is M(v) = 2 + 2*sin(1)*(1-cos(1))
+//
+// The functional M corresponds to the energy norm for a
+// simple reaction-diffusion equation.
+
+#include <dolfin.h>
+#include "EnergyNorm.h"
+
+using namespace dolfin;
+
+int main()
+{
+  // The function v
+  class MyFunction : public Expression
+  {
+  public:
+
+    void eval(Array<double>& values, const Array<double>& x) const
+    { values[0] = sin(x[0]) + cos(x[1]); }
+
+  };
+
+  // Define functional
+  auto mesh = std::make_shared<UnitSquareMesh>(16, 16);
+  auto v = std::make_shared<MyFunction>();
+  EnergyNorm::Functional M(mesh, v);
+
+  // Evaluate functional
+  double approximate_value = assemble(M);
+
+  // Compute exact value
+  double exact_value = 2.0 + 2.0*sin(1.0)*(1.0 - cos(1.0));
+
+  info("The energy norm of v is: %.15g", approximate_value);
+  info("It should be:            %.15g", exact_value);
+
+  return 0;
+}
diff --git a/demo/undocumented/gmg-poisson/cpp/Poisson.ufl b/demo/undocumented/gmg-poisson/cpp/Poisson.ufl
new file mode 100644
index 0000000..f255812
--- /dev/null
+++ b/demo/undocumented/gmg-poisson/cpp/Poisson.ufl
@@ -0,0 +1,37 @@
+# UFL input for the Poisson equation
+# ==================================
+#
+# The first step is to define the variational problem at hand. We define
+# the variational problem in UFL terms in a separate form file
+# :download:`Poisson.ufl`.  We begin by defining the finite element::
+
+element = FiniteElement("Lagrange", triangle, 1)
+
+# The first argument to :py:class:`FiniteElement` is the finite element
+# family, the second argument specifies the domain, while the third
+# argument specifies the polynomial degree. Thus, in this case, our
+# element ``element`` consists of first-order, continuous Lagrange basis
+# functions on triangles (or in order words, continuous piecewise linear
+# polynomials on triangles).
+#
+# Next, we use this element to initialize the trial and test functions
+# (:math:`u` and :math:`v`) and the coefficient functions (:math:`f` and
+# :math:`g`)::
+
+u = TrialFunction(element)
+v = TestFunction(element)
+#f = Coefficient(element)
+#g = Coefficient(element)
+
+# Finally, we define the bilinear and linear forms according to the
+# variational formulation of the equations::
+
+a = inner(grad(u), grad(v))*dx
+L = v*dx #+ g*v*ds
+
+# Before the form file can be used in the C++ program, it must be
+# compiled using FFC by running (on the command-line):
+#
+# .. code-block:: sh
+#
+#    ffc -l dolfin Poisson.ufl
diff --git a/demo/undocumented/gmg-poisson/cpp/main.cpp b/demo/undocumented/gmg-poisson/cpp/main.cpp
new file mode 100644
index 0000000..f21d569
--- /dev/null
+++ b/demo/undocumented/gmg-poisson/cpp/main.cpp
@@ -0,0 +1,116 @@
+// Copyright (C) 2016 Patrick E. Farrell and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// This is a highly experimental demo of a geometric multigrid solver
+// using PETSc. It is very likely to change.
+//
+// This demo requires DOLFIN to be configured with PETSc enabled.
+
+#include <dolfin.h>
+#include "Poisson.h"
+
+using namespace dolfin;
+
+// Source term (right-hand side)
+class Source : public Expression
+{
+  void eval(Array<double>& values, const Array<double>& x) const
+  { values[0] = 1.0; }
+};
+
+// Normal derivative (Neumann boundary condition)
+class dUdN : public Expression
+{
+  void eval(Array<double>& values, const Array<double>& x) const
+  { values[0] = sin(5*x[0]); }
+};
+
+// Sub domain for Dirichlet boundary condition
+class DirichletBoundary : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  { return on_boundary; }
+};
+
+int main()
+{
+#ifdef HAS_PETSC
+
+  // Create hierarchy of meshes
+  std::vector<std::shared_ptr<Mesh>> meshes
+    = {std::make_shared<UnitSquareMesh>(16, 16),
+       std::make_shared<UnitSquareMesh>(32, 32),
+       std::make_shared<UnitSquareMesh>(64, 64)};
+
+  // Create hierarchy of funcrion spaces
+  std::vector<std::shared_ptr<const FunctionSpace>> V;
+  for (auto mesh : meshes)
+    V.push_back(std::make_shared<Poisson::FunctionSpace>(mesh));
+
+  // Define boundary condition on fine grid
+  auto ubc = std::make_shared<Constant>(0.0);
+  auto boundary = std::make_shared<DirichletBoundary>();
+  auto bc = std::make_shared<DirichletBC>(V.back(), ubc, boundary);
+
+  // Define variational forms on fine grid
+  Poisson::BilinearForm a(V.back(), V.back());
+  Poisson::LinearForm L(V.back());
+  auto f = std::make_shared<Source>();
+
+  // Assemble system
+  auto A = std::make_shared<PETScMatrix>();
+  PETScVector b;
+  assemble_system(*A, b, a, L, {bc});
+
+  // Create Krylove solver
+  PETScKrylovSolver solver;
+  solver.set_operator(A);
+
+  // Set PETSc solver type
+  PETScOptions::set("ksp_type", "richardson");
+  PETScOptions::set("pc_type", "mg");
+
+  // Set PETSc MG type and levels
+  PETScOptions::set("pc_mg_levels", V.size());
+  PETScOptions::set("pc_mg_galerkin");
+
+  // Set smoother
+  PETScOptions::set("mg_levels_ksp_type", "chebyshev");
+  PETScOptions::set("mg_levels_pc_type", "jacobi");
+
+  //Set tolerance and monitor residual
+  PETScOptions::set("ksp_monitor_true_residual");
+  PETScOptions::set("ksp_atol", 1.0e-12);
+  PETScOptions::set("ksp_rtol", 1.0e-12);
+  solver.set_from_options();
+
+  // Create PETSc DM objects
+  PETScDMCollection dm_collection(V);
+
+  // Get fine grid DM and attach fine grid DM to solver
+  solver.set_dm(dm_collection.get_dm(-1));
+  solver.set_dm_active(false);
+
+  Function u(V.back());
+  solver.solve(*u.vector(), b);
+
+#else
+  info("This demo requires DOLFIN to be configured with PETSc");
+#endif
+
+  return 0;
+}
diff --git a/demo/undocumented/lift-drag/cpp/Functionals.ufl b/demo/undocumented/lift-drag/cpp/Functionals.ufl
new file mode 100644
index 0000000..d0407d4
--- /dev/null
+++ b/demo/undocumented/lift-drag/cpp/Functionals.ufl
@@ -0,0 +1,37 @@
+# -*- coding: utf-8 -*-
+# Copyright (C) 2007 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Martin S. Alnæs, 2012
+#
+# First added:  2007-05-14
+# Last changed: 2012-08-31
+#
+# This form defines the functional for computing the
+# drag on a body.
+#
+# Compile this form with FFC: ffc -l dolfin Functionals.ufl
+
+cell = triangle
+element = FiniteElement("Lagrange", cell, 1)
+
+n = FacetNormal(cell)
+p = Coefficient(element)
+drag = -p*n[0]*ds(1)
+lift = p*n[1]*ds(1)
+
+forms = [drag, lift]
diff --git a/demo/undocumented/lift-drag/cpp/README b/demo/undocumented/lift-drag/cpp/README
new file mode 100644
index 0000000..229d1d0
--- /dev/null
+++ b/demo/undocumented/lift-drag/cpp/README
@@ -0,0 +1 @@
+Alternative version placing both lift and drag functional in the same ufl file.
diff --git a/demo/undocumented/lift-drag/cpp/main.cpp b/demo/undocumented/lift-drag/cpp/main.cpp
new file mode 100644
index 0000000..bc97dc6
--- /dev/null
+++ b/demo/undocumented/lift-drag/cpp/main.cpp
@@ -0,0 +1,78 @@
+// Copyright (C) 2007-2008 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2009
+// Modified by Martin S. Alnæs, 2012
+//
+// First added:  2007-05-14
+// Last changed: 2012-08-31
+//
+// This demo demonstrates how to compute functionals (or forms in
+// general) over subsets of the mesh. The two functionals lift and
+// drag are computed for the pressure field around a dolphin. Here, we
+// use the pressure field obtained from solving the Stokes equations
+// (see demo program in the sub directory
+// src/demo/pde/stokes/taylor-hood).
+//
+// The calculation only includes the pressure contribution (not shear
+// forces).
+
+#include <dolfin.h>
+#include "Functionals.h"
+
+using namespace dolfin;
+
+// Define sub domain for the dolphin
+class Fish : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return (x[0] > DOLFIN_EPS && x[0] < (1.0 - DOLFIN_EPS) &&
+            x[1] > DOLFIN_EPS && x[1] < (1.0 - DOLFIN_EPS) &&
+            on_boundary);
+  }
+};
+
+int main()
+{
+  // Read mesh from file
+  auto mesh = std::make_shared<Mesh>("../dolfin_fine.xml.gz");
+
+  // Read velocity field from file
+  auto Vp = std::make_shared<Functionals::CoefficientSpace_p>(mesh);
+  auto p = std::make_shared<Function>(Vp, "../dolfin_fine_pressure.xml.gz");
+
+  // Mark 'fish'
+  auto markers = std::make_shared<MeshFunction<std::size_t>>(mesh, mesh->topology().dim()-1, 1);
+  Fish fish;
+  fish.mark(*markers, 1);
+
+  // Functionals for lift and drag
+  Functionals::Form_lift L(mesh, p);
+  Functionals::Form_drag D(mesh, p);
+
+  // Attach markers to functionals
+  L.ds = markers;
+  D.ds = markers;
+
+  // Assemble functionals over sub domain
+  const double lift = assemble(L);
+  const double drag = assemble(D);
+
+  info("Lift: %f", lift);
+  info("Drag: %f", drag);
+}
diff --git a/demo/undocumented/lift-drag/dolfin_fine.xml.gz b/demo/undocumented/lift-drag/dolfin_fine.xml.gz
new file mode 100644
index 0000000..d70c0e2
--- /dev/null
+++ b/demo/undocumented/lift-drag/dolfin_fine.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:2b833101b1751853dc6c52be42ea1134b91ac54a9df087191e7f45b7b00a2822
+size 88283
diff --git a/demo/undocumented/lift-drag/dolfin_fine_pressure.xml.gz b/demo/undocumented/lift-drag/dolfin_fine_pressure.xml.gz
new file mode 100644
index 0000000..dde6c84
--- /dev/null
+++ b/demo/undocumented/lift-drag/dolfin_fine_pressure.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:3555c140c8cfd812039997d0641db69c3eea9f5090058994f9902eae50541018
+size 49720
diff --git a/demo/undocumented/matnest/cpp/Stokes.ufl b/demo/undocumented/matnest/cpp/Stokes.ufl
new file mode 100644
index 0000000..d46364d
--- /dev/null
+++ b/demo/undocumented/matnest/cpp/Stokes.ufl
@@ -0,0 +1,43 @@
+# Copyright (c) 2005-2007 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# The bilinear form a(u, v) and Linear form L(v) for the Stokes
+# equations using a mixed formulation (Taylor-Hood elements).
+#
+# Compile this form with FFC: ffc -l dolfin -f split Stokes.ufl
+
+P2 = VectorElement("Lagrange", tetrahedron, 2)
+P1 = FiniteElement("Lagrange", tetrahedron, 1)
+
+u = TrialFunction(P2)
+p = TrialFunction(P1)
+v = TestFunction(P2)
+q = TestFunction(P1)
+
+f = Coefficient(P2)
+g = Coefficient(P1)
+c = Coefficient(P1)
+
+a00 = inner(grad(u), grad(v))*dx
+a01 = -div(v)*p*dx
+a10 = -div(u)*q*dx
+a11 = c*p*q*dx
+
+L0 = dot(f, v)*dx
+L1 = dot(g, q)*dx
+
+forms = [a00, a01, a10, a11, L0, L1]
diff --git a/demo/undocumented/matnest/cpp/main.cpp b/demo/undocumented/matnest/cpp/main.cpp
new file mode 100644
index 0000000..5b19f58
--- /dev/null
+++ b/demo/undocumented/matnest/cpp/main.cpp
@@ -0,0 +1,327 @@
+// Copyright (C) 2016 Garth N. Wells and Chris N. Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// This demo program solves Stokes's equations
+//
+//     mu*div(grad(u)) - grad(p) = f
+//     div(u) = 0
+//
+// on a unit cube, using the MatNest facility of PETSc. By doing this, it is possible
+// to save memory when creating preconditioners, an essential requirement for computation
+// at large scale (over 100 million degrees of freedom).
+
+#include <array>
+#include <cmath>
+#include <iomanip>
+#include <iostream>
+#include <memory>
+#include <string>
+
+#include <dolfin.h>
+
+#include "Stokes.h"
+
+using namespace dolfin;
+
+#ifdef HAS_PETSC
+
+// Function to compute the near nullspace A00 operator
+VectorSpaceBasis build_nullspace_nested(const FunctionSpace& V,
+                                        const GenericVector& x)
+{
+  // Get subspaces
+  auto V0 = V.sub(0);
+  auto V1 = V.sub(1);
+  auto V2 = V.sub(2);
+
+  // Create vectors for nullspace basis
+  std::vector<std::shared_ptr<GenericVector>> basis(3);
+  for (std::size_t i = 0; i < basis.size(); ++i)
+    basis[i] = x.copy();
+
+  // x0, x1, x2 translations
+  V0->dofmap()->set(*basis[0], 1.0);
+  V1->dofmap()->set(*basis[1], 1.0);
+  V2->dofmap()->set(*basis[2], 1.0);
+
+  // Rotations
+  /*
+  V0->set_x(*basis[3], -1.0, 1);
+  V1->set_x(*basis[3],  1.0, 0);
+
+  V0->set_x(*basis[4],  1.0, 2);
+  V2->set_x(*basis[4], -1.0, 0);
+
+  V2->set_x(*basis[5],  1.0, 1);
+  V1->set_x(*basis[5], -1.0, 2);
+  */
+
+  // Apply
+  for (std::size_t i = 0; i < basis.size(); ++i)
+    basis[i]->apply("add");
+
+  // Create vector space and orthonormalize
+  VectorSpaceBasis vector_space(basis);
+  vector_space.orthonormalize();
+  return vector_space;
+}
+
+// Function for no-slip boundary condition for velocity
+class Source : public Expression
+{
+public:
+
+  Source() : Expression(3) {}
+
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    values[0] = x[1];
+    values[1] = x[1]*x[2];
+    values[2] = 0.0;
+  }
+};
+
+// Sub domain for top and bottom
+class TopBottom : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return on_boundary;
+    // return std::abs(1.0 - x[1]) < DOLFIN_EPS || std::abs(x[1]) < DOLFIN_EPS;
+  }
+};
+
+class LeftEdge : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return x[0] < DOLFIN_EPS;
+  }
+};
+
+int main(int argc, char *argv[])
+{
+  // Application parameters
+  Parameters application_parameters("application_parameters");
+  application_parameters.add("size", 12);
+
+  // Parse application parameters
+  application_parameters.parse(argc, argv);
+  const int size = application_parameters["size"];
+
+// Parse PETSc parameters
+  parameters.parse(argc, argv);
+
+  PETScOptions::set("ksp_monitor_true_residual");
+
+  // Create mesh
+  auto mesh = std::make_shared<UnitCubeMesh>(size, size, size);
+
+  // Velocity BC
+  auto top_bottom = std::make_shared<TopBottom>();
+  auto zero_vec = std::make_shared<Constant>(0.0, 0.0, 0.0);
+
+  auto f = std::make_shared<Source>();
+  auto zero = std::make_shared<Constant>(0.0);
+
+  // Common fieldsplit options
+  PETScOptions::set("ksp_type", "minres");
+  PETScOptions::set("pc_type", "fieldsplit");
+  PETScOptions::set("pc_fieldsplit_type", "additive");
+
+  PETScOptions::set("ksp_view");
+
+  // AMG
+  PETScOptions::set("fieldsplit_0_ksp_type", "preonly");
+
+  // "gamg" or "hypre"
+  std::string mg = "gamg";
+
+  if (mg == "gamg")
+  {
+    PETScOptions::set("fieldsplit_0_pc_type", "gamg");
+    PETScOptions::set("fieldsplit_0_pc_gamg_coarse_eq_limit", 10000);
+
+    PETScOptions::set("fieldsplit_0_pc_gamg_threshold", 0.05);
+    //PETScOptions::set("fieldsplit_0_pc_gamg_square_graph", 2);
+    PETScOptions::set("fieldsplit_0_mg_levels_ksp_type", "chebyshev");
+    PETScOptions::set("fieldsplit_0_mg_levels_pc_type", "sor");
+    PETScOptions::set("fieldsplit_0_mg_levels_ksp_max_it", 3);
+
+    PETScOptions::set("fieldsplit_0_mg_levels_esteig_ksp_type", "cg");
+    PETScOptions::set("fieldsplit_0_mg_levels_ksp_chebyshev_esteig_steps", 20);
+    PETScOptions::set("fieldsplit_0_mg_levels_ksp_chebyshev_esteig_random");
+
+    PETScOptions::set("fieldsplit_0_mg_coarse_ksp_type", "preonly");
+    PETScOptions::set("fieldsplit_0_mg_coarse_pc_type", "lu");
+    PETScOptions::set("fieldsplit_0_mg_coarse_pc_factor_mat_solver_package", "mumps");
+  }
+  else if (mg == "hypre")
+  {
+    PETScOptions::set("fieldsplit_0_pc_type", "hypre");
+    PETScOptions::set("fieldsplit_0_hypre_type", "boomeramg");
+    PETScOptions::set("fieldsplit_1_pc_hypre_boomeramg_strong_threshold", 0.5);
+  }
+  else
+    error("Unknown A00 pc");
+
+  PETScOptions::set("fieldsplit_1_ksp_type", "preonly");
+  PETScOptions::set("fieldsplit_1_pc_type", "hypre");
+  PETScOptions::set("fieldsplit_1_hypre_type", "boomeramg");
+  PETScOptions::set("fieldsplit_1_pc_hypre_boomeramg_strong_threshold", 0.5);
+
+  // Create function spaces
+  auto V = std::make_shared<Stokes::Form_a00::TestSpace>(mesh);
+  auto Q = std::make_shared<Stokes::Form_a11::TestSpace>(mesh);
+
+  // Define variational problem
+  auto a00 = std::make_shared<Stokes::Form_a00>(V, V);
+  auto L0 = std::make_shared<Stokes::Form_L0>(V);
+  L0->f = f;
+
+  auto a01 = std::make_shared<Stokes::Form_a01>(Q, V);
+  auto a10 = std::make_shared<Stokes::Form_a10>(V, Q);
+  auto a11 = std::make_shared<Stokes::Form_a11>(Q, Q);
+  a11->c = zero;
+
+  auto L1 = std::make_shared<Stokes::Form_L1>(Q);
+  L1->g = zero;
+
+  // Velocity BC
+  auto bcV = std::make_shared<DirichletBC>(V, zero_vec,
+                                           top_bottom);
+
+  // Assemble all blocks with BCs
+  SystemAssembler assemblerA0({a00, a01, a10, a11}, {L0, L1},
+                                      {{bcV}, {}});
+  auto A00 = std::make_shared<PETScMatrix>();
+  auto A01 = std::make_shared<PETScMatrix>();
+  auto b0 = std::make_shared<PETScVector>();
+  auto A10 = std::make_shared<PETScMatrix>();
+  auto b1 = std::make_shared<PETScVector>();
+
+  auto A11 = std::make_shared<PETScMatrix>();
+  std::cout << "Assemble A00, A01, A10, A11\n";
+  assemblerA0.assemble({A00, A01, A10, A11}, {b0, b1});
+
+  // Assemble a mass matrix (QxQ) for the preconditioner
+  auto one = std::make_shared<Constant>(1.0);
+  a11->c = one;
+  SystemAssembler assemblerP(a11, L1, {});
+  auto P11 = std::make_shared<PETScMatrix>();
+  assemblerP.assemble(*P11);
+
+  std::cout << "A00:" << A00->size(0) << "x" << A00->size(1)
+            << " : " << std::setprecision(10)
+            << std::pow(A00->norm("frobenius"), 2) << "\n";
+  std::cout << "A01:" << A01->size(0) << "x" << A01->size(1)
+            << " : " << std::setprecision(10)
+            << std::pow(A01->norm("frobenius"), 2) << "\n";
+  std::cout << "A10:" << A10->size(0) << "x" << A10->size(1)
+            << " : " << std::setprecision(10)
+            << std::pow(A10->norm("frobenius"), 2) << "\n";
+  std::cout << "P11:" << P11->size(0) << "x" << P11->size(1)
+            << " : " << std::setprecision(10)
+            << std::pow(P11->norm("frobenius"), 2) << "\n";
+
+  std::cout << "b0:" << b0->local_range().second - b0->local_range().first
+            << " : " << std::setprecision(10)
+            << std::pow(b0->norm("l2"), 2) << "\n";
+  std::cout << "b1:" << b1->local_range().second - b1->local_range().first
+            << " : " << std::setprecision(10)
+            << std::pow(b1->norm("l2"), 2) << "\n";
+
+  // Create nested A and P
+
+  // NOTE: We need an empty bottom-right block when using PETSc Schur
+  // complement preconditioning.
+  std::vector<std::shared_ptr<const GenericMatrix>> Amats, Pmats;
+  std::shared_ptr<PETScNestMatrix> Anest, Pnest;
+
+  Amats = {A00, A01, A10, NULL};
+  Anest = std::make_shared<PETScNestMatrix>(Amats);
+
+  Pmats = {A00, NULL, NULL, P11};
+  Pnest = std::make_shared<PETScNestMatrix>(Pmats);
+
+  // Create VecNest vectors for RHS and solution vector
+  auto u0 = std::make_shared<Function>(V);
+  auto p0 = std::make_shared<Function>(Q);
+  PETScVector xvec, bvec;
+  Anest->init_vectors(xvec, {u0->vector(), p0->vector()});
+  Anest->init_vectors(bvec, {b0, b1});
+
+  // Create nullspace vector for p
+  auto u0tmp = std::make_shared<Function>(V);
+  auto p0tmp = std::make_shared<Function>(Q);
+  p0tmp->interpolate(*one);
+  u0tmp->interpolate(*zero_vec);
+
+  auto xvec_nullspace = std::make_shared<PETScVector>();
+  Anest->init_vectors(*xvec_nullspace, {u0tmp->vector(), p0tmp->vector()});
+  *xvec_nullspace /= xvec_nullspace->norm("l2");
+
+  VectorSpaceBasis basis({xvec_nullspace});
+  Anest->set_nullspace(basis);
+
+  // Create near null space basis for u
+  VectorSpaceBasis null_space
+    = build_nullspace_nested(*V, *u0->vector());
+  A00->set_near_nullspace(null_space);
+
+  // Solve
+  PETScKrylovSolver solver;
+  solver.set_from_options();
+  solver.set_operators(Anest, Pnest);
+
+  // Set field-split blocks for preconditioner
+  std::vector<la_index> u_dofs, p_dofs;
+  Anest->get_block_dofs(u_dofs, 0);
+  Anest->get_block_dofs(p_dofs, 1);
+  PETScPreconditioner::set_fieldsplit(solver, {u_dofs, p_dofs},
+                                              {"0", "1"});
+  solver.solve(xvec, bvec);
+
+  if (has_hdf5_parallel())
+  {
+    XDMFFile xdmf_u(mesh->mpi_comm(), "u0.xdmf");
+    xdmf_u.write(*u0);
+
+    XDMFFile xdmf_p(mesh->mpi_comm(), "p0.xdmf");
+    xdmf_p.write(*p0);
+  }
+
+  double unorm = u0->vector()->norm("l2");
+  if (MPI::rank(mesh->mpi_comm()) == 0)
+  {
+    std::cout << "u norm:" << unorm << std::endl;
+  }
+
+  list_timings(TimingClear::clear, {TimingType::wall});
+
+  return 0;
+}
+
+#else
+
+int main()
+{
+  info("DOLFIN has not been configured with PETSc. Exiting.");
+  return 0;
+}
+
+#endif
diff --git a/demo/undocumented/mesh-quality/cpp/main.cpp b/demo/undocumented/mesh-quality/cpp/main.cpp
new file mode 100644
index 0000000..c7ca8b2
--- /dev/null
+++ b/demo/undocumented/mesh-quality/cpp/main.cpp
@@ -0,0 +1,66 @@
+// Copyright (C) 2013 Jan Blechta
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-11-20
+// Last changed:
+//
+// This demo illustrates basic inspection of mesh quality.
+
+#include <dolfin.h>
+
+using namespace dolfin;
+
+int main()
+{
+  // The output needs to be deterministic so that it can be piped to python
+  parameters["std_out_all_processes"] = false;
+
+  // Read mesh from file
+  Mesh mesh("../dolfin_fine.xml.gz");
+
+  // Print minimal and maximal radius ratio
+  const std::pair<double, double> qminmax
+    = MeshQuality::radius_ratio_min_max(mesh);
+  if (dolfin::MPI::rank(mesh.mpi_comm()) == 0)
+  {
+    std::cout << "# Minimal radius ratio: " << qminmax.first  << std::endl;
+    std::cout << "# Maximal radius ratio: " << qminmax.second << std::endl;
+    std::cout <<                                                 std::endl;
+  }
+
+  // Print matplotlib code for generation of histogram
+  const std::string hist = MeshQuality::radius_ratio_matplotlib_histogram(mesh);
+  if (dolfin::MPI::rank(mesh.mpi_comm()) == 0)
+  {
+    std::cout << "# Execute following commands in python" << std::endl;
+    std::cout << "# to get histogram of radius ratios:"   << std::endl;
+    std::cout <<                                             std::endl;
+    std::cout << "# ------------------------------------" << std::endl;
+    std::cout << "# ------------------------------------" << std::endl;
+    std::cout << hist                                     << std::endl;
+    std::cout << "# ------------------------------------" << std::endl;
+    std::cout << "# ------------------------------------" << std::endl;
+    std::cout << "# or pass output of this program"       << std::endl;
+    std::cout << "# to python, i.e.:"                     << std::endl;
+    std::cout << "# $> ./demo_mesh-quality | python"      << std::endl;
+  }
+
+  // Write out mesh to XDMF.
+  XDMFFile("mesh.xdmf").write(mesh);
+
+  return 0;
+}
diff --git a/demo/undocumented/mesh-quality/dolfin_fine.xml.gz b/demo/undocumented/mesh-quality/dolfin_fine.xml.gz
new file mode 100644
index 0000000..d70c0e2
--- /dev/null
+++ b/demo/undocumented/mesh-quality/dolfin_fine.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:2b833101b1751853dc6c52be42ea1134b91ac54a9df087191e7f45b7b00a2822
+size 88283
diff --git a/demo/undocumented/meshfunction-refinement/cpp/main.cpp b/demo/undocumented/meshfunction-refinement/cpp/main.cpp
new file mode 100644
index 0000000..e0bdbdc
--- /dev/null
+++ b/demo/undocumented/meshfunction-refinement/cpp/main.cpp
@@ -0,0 +1,84 @@
+// Copyright (C) 2011 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Last changed: 2011-03-12
+
+#include <dolfin.h>
+
+using namespace dolfin;
+
+int main()
+{
+  if (dolfin::MPI::size(MPI_COMM_WORLD) > 1)
+  {
+    std::cout << "This demo does not work in parallel" << std::endl;
+    return 0;
+  }
+
+  // Sub domain for right part of mesh
+  class Right : public SubDomain
+  {
+    bool inside(const Array<double>& x, bool on_boundary) const
+    {
+      return x[0] <= 0.5;
+    }
+  };
+
+  // Sub domain for inflow (right)
+  class Inflow : public SubDomain
+  {
+    bool inside(const Array<double>& x, bool on_boundary) const
+    {
+      return x[0] > 1.0 - DOLFIN_EPS && on_boundary;
+    }
+  };
+
+
+  auto mesh = std::make_shared<UnitSquareMesh>(5, 5);
+
+  parameters["refinement_algorithm"] = "plaza_with_parent_facets";
+
+  // Create MeshFunction over cells
+  MeshFunction<std::size_t> right_cells(mesh, mesh->topology().dim(), 0);
+  Right right;
+  right.mark(right_cells, 1);
+
+  // Create MeshFunction over facets
+  MeshFunction<std::size_t> inflow_facets(mesh, mesh->topology().dim() - 1, 0);
+  Inflow inflow;
+  inflow.mark(inflow_facets, 1);
+
+  // Mark cells for refinement
+  MeshFunction<bool> cell_markers(mesh, mesh->topology().dim(), false);
+  Point p(1.0, 0.0);
+  for (CellIterator c(*mesh); !c.end(); ++c)
+  {
+    if (c->midpoint().distance(p) < 0.5)
+      cell_markers[*c] = true;
+  }
+
+  // Refine mesh
+  adapt(*mesh, cell_markers);
+
+  // Adapt cell function to refined mesh
+  adapt(right_cells, mesh->child_shared_ptr());
+
+  // Adapt facet function to refined mesh
+  adapt(inflow_facets, mesh->child_shared_ptr());
+
+  return 0;
+}
diff --git a/demo/undocumented/meshview-2D2D/cpp/MeshView_2D2D.ufl b/demo/undocumented/meshview-2D2D/cpp/MeshView_2D2D.ufl
new file mode 100644
index 0000000..799d076
--- /dev/null
+++ b/demo/undocumented/meshview-2D2D/cpp/MeshView_2D2D.ufl
@@ -0,0 +1,25 @@
+V = FiniteElement("Lagrange", triangle, 1)
+V1 = FiniteElement("Lagrange", triangle, 1)
+V2 = FiniteElement("Lagrange", triangle, 1)
+
+u = TrialFunction(V)
+v = TestFunction(V)
+f = Coefficient(V)
+
+u1 = TrialFunction(V1)
+v1 = TestFunction(V1)
+f1 = Coefficient(V1)
+
+u2 = TrialFunction(V2)
+v2 = TestFunction(V2)
+f2 = Coefficient(V2)
+
+a = inner(grad(u), grad(v))*dx
+L = f*v*dx
+
+a00 = inner(grad(u1), grad(v1))*dx
+a11 = inner(grad(u2), grad(v2))*dx
+L0 = f1*v1*dx
+L1 = f2*v2*dx
+
+forms = [a, L, a00, a11, L0, L1]
\ No newline at end of file
diff --git a/demo/undocumented/meshview-2D2D/cpp/main.cpp b/demo/undocumented/meshview-2D2D/cpp/main.cpp
new file mode 100644
index 0000000..73affeb
--- /dev/null
+++ b/demo/undocumented/meshview-2D2D/cpp/main.cpp
@@ -0,0 +1,107 @@
+#include <dolfin.h>
+#include "MeshView_2D2D.h"
+
+using namespace dolfin;
+
+// Sub domain for Dirichlet boundary condition
+class DirichletBoundary : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS;
+  }
+};
+
+class DirichletBoundarySubdomain1 : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return x[0] < DOLFIN_EPS;
+  }
+};
+
+class DirichletBoundarySubdomain2 : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return x[0] > 1.0 - DOLFIN_EPS;
+  }
+};
+
+// Source term (right-hand side)
+class Source : public Expression
+{
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    double dx = x[0] - 0.5;
+    double dy = x[1] - 0.5;
+    values[0] = 10*exp(-(dx*dx + dy*dy) / 0.02);
+  }
+};
+
+
+int main()
+{
+  // Create mesh and function space
+  auto mesh = std::make_shared<UnitSquareMesh>(32, 32);
+  auto V = std::make_shared<MeshView_2D2D::Form_a::TestSpace>(mesh);
+
+  MeshFunction<std::size_t> marker(mesh, mesh->topology().dim(), 0);
+  for (CellIterator cell(*mesh); !cell.end(); ++cell)
+  {
+      auto x = cell->midpoint().coordinates();
+      marker[cell->index()] = x[0] < 0.5;
+  }
+
+  std::vector<std::size_t> vertex_map,cell_map;
+  auto mapping = std::make_shared<MeshView>(mesh,vertex_map,cell_map);
+  auto submesh1 = std::make_shared<Mesh>(mapping->create(marker, 1));
+  auto submesh2 = std::make_shared<Mesh>(mapping->create(marker, 0));
+
+  // Function spaces associated with each of the function spaces
+  auto V1 = std::make_shared<MeshView_2D2D::Form_a00::TestSpace>(submesh1);
+  auto V2 = std::make_shared<MeshView_2D2D::Form_a11::TestSpace>(submesh2);
+
+  // Bilinear and linear forms
+  MeshView_2D2D::Form_a a(V, V);
+  MeshView_2D2D::Form_L L(V);
+  MeshView_2D2D::Form_a00 a1(V1, V1);
+  MeshView_2D2D::Form_a11 a2(V2, V2);
+  MeshView_2D2D::Form_L0 L1(V1);
+  MeshView_2D2D::Form_L1 L2(V2);
+
+  // Define boundary conditions
+  auto zero = std::make_shared<Constant>(0.0);
+  auto boundary = std::make_shared<DirichletBoundary>();
+  DirichletBC bc(V, zero, boundary);
+
+  auto boundarySubdomain1 = std::make_shared<DirichletBoundarySubdomain1>();
+  auto boundarySubdomain2 = std::make_shared<DirichletBoundarySubdomain2>();
+  DirichletBC bc1(V1, zero, boundarySubdomain1);
+  DirichletBC bc2(V2, zero, boundarySubdomain2);
+
+  // Define RHS
+  auto f = std::make_shared<Source>();
+  L.f = f;
+  L1.f1 = f;
+  L2.f2 = f;
+
+  // Compute solution
+  // Global problem
+  Function u(V);
+  solve(a == L, u, bc);
+  // Subproblem 1
+  Function u1(V1);
+  solve(a1 == L1, u1, bc1);
+  // Subproblem 1
+  Function u2(V2);
+  solve(a2 == L2, u2, bc2);
+
+  // Save solution in vtk format
+  File out_global("meshview-mapping-2D2D-global.pvd");
+  out_global << u;
+  File out_sub1("meshview-mapping-2D2D-subdomain1.pvd");
+  out_sub1 << u1;
+  File out_sub2("meshview-mapping-2D2D-subdomain2.pvd");
+  out_sub2 << u2;
+}
diff --git a/demo/undocumented/meshview-3D1D/cpp/MeshView_3D1D.ufl b/demo/undocumented/meshview-3D1D/cpp/MeshView_3D1D.ufl
new file mode 100644
index 0000000..009b7ec
--- /dev/null
+++ b/demo/undocumented/meshview-3D1D/cpp/MeshView_3D1D.ufl
@@ -0,0 +1,18 @@
+intervalIn3D = Cell("interval", 3)
+V1 = FiniteElement("Lagrange", tetrahedron, 1)
+V2 = FiniteElement("Lagrange", intervalIn3D, 1)
+
+u1 = TrialFunction(V1)
+v1 = TestFunction(V1)
+f1 = Coefficient(V1)
+
+u2 = TrialFunction(V2)
+v2 = TestFunction(V2)
+f2 = Coefficient(V2)
+
+a00 = inner(grad(u1), grad(v1))*dx
+a11 = inner(grad(u2), grad(v2))*dx
+L0 = f1*v1*dx
+L1 = f2*v2*dx
+
+forms = [a00, a11, L0, L1]
\ No newline at end of file
diff --git a/demo/undocumented/meshview-3D1D/cpp/main.cpp b/demo/undocumented/meshview-3D1D/cpp/main.cpp
new file mode 100644
index 0000000..8e11deb
--- /dev/null
+++ b/demo/undocumented/meshview-3D1D/cpp/main.cpp
@@ -0,0 +1,78 @@
+#include <dolfin.h>
+#include "MeshView_3D1D.h"
+
+using namespace dolfin;
+
+// Sub domain for Dirichlet boundary condition
+class DirichletBoundary : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS;
+  }
+};
+
+// Source term (right-hand side)
+class Source : public Expression
+{
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    double dx = x[0] - 0.5;
+    values[0] = 10*exp(-(dx*dx) / 0.02);
+  }
+};
+
+int main()
+{
+  // Create mesh and function space
+  auto mesh = std::make_shared<UnitCubeMesh>(32, 32, 32);
+
+  MeshFunction<std::size_t> marker(mesh, mesh->topology().dim() - 2, 0);
+  for (EdgeIterator edge(*mesh); !edge.end(); ++edge)
+  {
+      auto y = edge->midpoint().y();
+      auto z = edge->midpoint().z();
+      marker[edge->index()] = (0.5 - DOLFIN_EPS < z && z < 0.5 + DOLFIN_EPS) && (0.5 - DOLFIN_EPS < y && y < 0.5 + DOLFIN_EPS);
+  }
+  
+  std::vector<std::size_t> vertex_map,cell_map;
+  auto mapping = std::make_shared<MeshView>(mesh,vertex_map,cell_map);
+  auto submesh = std::make_shared<Mesh>(mapping->create(marker, 1));
+
+  // Function spaces associated with each of the function spaces
+  auto V1 = std::make_shared<MeshView_3D1D::Form_a00::TestSpace>(mesh); // 3D
+  auto V2 = std::make_shared<MeshView_3D1D::Form_a11::TestSpace>(submesh); // 1D
+
+  // Bilinear and linear forms
+  MeshView_3D1D::Form_a00 a_3D(V1, V1);
+  MeshView_3D1D::Form_a11 a_1D(V2, V2);
+  MeshView_3D1D::Form_L0 L_3D(V1);
+  MeshView_3D1D::Form_L1 L_1D(V2);
+
+  // Define boundary conditions
+  auto zero = std::make_shared<Constant>(0.0);
+  auto boundary = std::make_shared<DirichletBoundary>();
+  DirichletBC bc_3D(V1, zero, boundary);
+  DirichletBC bc_1D(V2, zero, boundary);
+
+  // Define RHS
+  auto f = std::make_shared<Source>();
+  L_3D.f1 = f;
+  L_1D.f2 = f;
+
+  // Compute solution
+  // Subproblem 3D
+  Function u_3D(V1);
+  solve(a_3D == L_3D, u_3D, bc_3D);
+  // Subproblem 1D
+  Function u_1D(V2);
+  solve(a_1D == L_1D, u_1D, bc_1D);
+
+  // Save solution in vtk format
+  File out_3D("meshview-mapping-3D1D-3Dsol.pvd");
+  out_3D << u_3D;
+  File out_1D("meshview-mapping-3D1D-1Dsol.pvd");
+  out_1D << u_1D;
+}
+
+
diff --git a/demo/undocumented/meshview-3D2D/cpp/MeshView_3D2D.ufl b/demo/undocumented/meshview-3D2D/cpp/MeshView_3D2D.ufl
new file mode 100644
index 0000000..518be5c
--- /dev/null
+++ b/demo/undocumented/meshview-3D2D/cpp/MeshView_3D2D.ufl
@@ -0,0 +1,18 @@
+triangleIn3D = Cell("triangle", 3)
+V1 = FiniteElement("Lagrange", tetrahedron, 1)
+V2 = FiniteElement("Lagrange", triangleIn3D, 1)
+
+u1 = TrialFunction(V1)
+v1 = TestFunction(V1)
+f1 = Coefficient(V1)
+
+u2 = TrialFunction(V2)
+v2 = TestFunction(V2)
+f2 = Coefficient(V2)
+
+a00 = inner(grad(u1), grad(v1))*dx
+a11 = inner(grad(u2), grad(v2))*dx
+L0 = f1*v1*dx
+L1 = f2*v2*dx
+
+forms = [a00, a11, L0, L1]
\ No newline at end of file
diff --git a/demo/undocumented/meshview-3D2D/cpp/main.cpp b/demo/undocumented/meshview-3D2D/cpp/main.cpp
new file mode 100644
index 0000000..21dc147
--- /dev/null
+++ b/demo/undocumented/meshview-3D2D/cpp/main.cpp
@@ -0,0 +1,78 @@
+#include <dolfin.h>
+#include "MeshView_3D2D.h"
+
+using namespace dolfin;
+
+// Sub domain for Dirichlet boundary condition
+class DirichletBoundary : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS;
+  }
+};
+
+// Source term (right-hand side)
+class Source : public Expression
+{
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    double dx = x[0] - 0.5;
+    double dy = x[1] - 0.5;
+    values[0] = 10*exp(-(dx*dx + dy*dy) / 0.02);
+  }
+};
+
+int main()
+{
+  // Create mesh and function space
+  auto mesh = std::make_shared<UnitCubeMesh>(32, 32, 32);
+
+  MeshFunction<std::size_t> marker(mesh, mesh->topology().dim() - 1, 0);
+  for (FacetIterator facet(*mesh); !facet.end(); ++facet)
+  {
+      auto x = facet->midpoint().coordinates();
+      marker[facet->index()] = 0.5 - DOLFIN_EPS < x[2] && x[2] < 0.5 + DOLFIN_EPS;
+  }
+  
+  std::vector<std::size_t> vertex_map,cell_map;
+  auto mapping = std::make_shared<MeshView>(mesh,vertex_map,cell_map);
+  auto submesh = std::make_shared<Mesh>(mapping->create(marker, 1));
+
+  // Function spaces associated with each of the function spaces
+  auto V1 = std::make_shared<MeshView_3D2D::Form_a00::TestSpace>(mesh); // 3D
+  auto V2 = std::make_shared<MeshView_3D2D::Form_a11::TestSpace>(submesh); // 2D
+
+  // Bilinear and linear forms
+  MeshView_3D2D::Form_a00 a_3D(V1, V1);
+  MeshView_3D2D::Form_a11 a_2D(V2, V2);
+  MeshView_3D2D::Form_L0 L_3D(V1);
+  MeshView_3D2D::Form_L1 L_2D(V2);
+
+  // Define boundary conditions
+  auto zero = std::make_shared<Constant>(0.0);
+  auto boundary = std::make_shared<DirichletBoundary>();
+  DirichletBC bc_3D(V1, zero, boundary);
+  DirichletBC bc_2D(V2, zero, boundary);
+
+  // Define RHS
+  auto f = std::make_shared<Source>();
+  L_3D.f1 = f;
+  L_2D.f2 = f;
+
+  // Compute solution
+  // Subproblem 3D
+  Function u_3D(V1);
+  solve(a_3D == L_3D, u_3D, bc_3D);
+  // Subproblem 2D
+  Function u_2D(V2);
+  solve(a_2D == L_2D, u_2D, bc_2D);
+
+  // Save solution in vtk format
+  File out_3D("meshview-mapping-3D2D-3Dsol.pvd");
+  out_3D << u_3D;
+  File out_2D("meshview-mapping-3D2D-2Dsol.pvd");
+  out_2D << u_2D;
+}
+
+
diff --git a/demo/undocumented/meshview-3D3D/cpp/MeshView_3D3D.ufl b/demo/undocumented/meshview-3D3D/cpp/MeshView_3D3D.ufl
new file mode 100644
index 0000000..290e675
--- /dev/null
+++ b/demo/undocumented/meshview-3D3D/cpp/MeshView_3D3D.ufl
@@ -0,0 +1,25 @@
+V = FiniteElement("Lagrange", tetrahedron, 1)
+V1 = FiniteElement("Lagrange", tetrahedron, 1)
+V2 = FiniteElement("Lagrange", tetrahedron, 1)
+
+u = TrialFunction(V)
+v = TestFunction(V)
+f = Coefficient(V)
+
+u1 = TrialFunction(V1)
+v1 = TestFunction(V1)
+f1 = Coefficient(V1)
+
+u2 = TrialFunction(V2)
+v2 = TestFunction(V2)
+f2 = Coefficient(V2)
+
+a = inner(grad(u), grad(v))*dx
+L = f*v*dx
+
+a00 = inner(grad(u1), grad(v1))*dx
+a11 = inner(grad(u2), grad(v2))*dx
+L0 = f1*v1*dx
+L1 = f2*v2*dx
+
+forms = [a, L, a00, a11, L0, L1]
\ No newline at end of file
diff --git a/demo/undocumented/meshview-3D3D/cpp/main.cpp b/demo/undocumented/meshview-3D3D/cpp/main.cpp
new file mode 100644
index 0000000..e821114
--- /dev/null
+++ b/demo/undocumented/meshview-3D3D/cpp/main.cpp
@@ -0,0 +1,110 @@
+#include <dolfin.h>
+#include "MeshView_3D3D.h"
+
+using namespace dolfin;
+
+// Sub domain for Dirichlet boundary condition
+class DirichletBoundary : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS;
+  }
+};
+
+class DirichletBoundarySubdomain1 : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return x[0] < DOLFIN_EPS;
+  }
+};
+
+class DirichletBoundarySubdomain2 : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return x[0] > 1.0 - DOLFIN_EPS;
+  }
+};
+
+// Source term (right-hand side)
+class Source : public Expression
+{
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    double dx = x[0] - 0.5;
+    double dy = x[1] - 0.5;
+    double dz = x[2] - 0.5;
+    values[0] = 10*exp(-(dx*dx + dy*dy + dz*dz) / 0.02);
+  }
+};
+
+int main()
+{
+  // Create mesh and function space
+  auto mesh = std::make_shared<UnitCubeMesh>(32, 32, 32);
+  auto V = std::make_shared<MeshView_3D3D::Form_a::TestSpace>(mesh);
+
+  MeshFunction<std::size_t> marker(mesh, mesh->topology().dim(), 0);
+  for (CellIterator cell(*mesh); !cell.end(); ++cell)
+  {
+      auto x = cell->midpoint().coordinates();
+      marker[cell->index()] = x[0] < 0.5;
+  }
+
+  std::vector<std::size_t> vertex_map,cell_map;
+  auto mapping = std::make_shared<MeshView>(mesh,vertex_map,cell_map);
+  auto submesh1 = std::make_shared<Mesh>(mapping->create(marker, 1));
+  auto submesh2 = std::make_shared<Mesh>(mapping->create(marker, 0));
+
+  // Function spaces associated with each of the function spaces
+  auto V1 = std::make_shared<MeshView_3D3D::Form_a00::TestSpace>(submesh1);
+  auto V2 = std::make_shared<MeshView_3D3D::Form_a11::TestSpace>(submesh2);
+
+
+  // Bilinear and linear forms
+  MeshView_3D3D::Form_a a(V, V);
+  MeshView_3D3D::Form_L L(V);
+  MeshView_3D3D::Form_a00 a1(V1, V1);
+  MeshView_3D3D::Form_a11 a2(V2, V2);
+  MeshView_3D3D::Form_L0 L1(V1);
+  MeshView_3D3D::Form_L1 L2(V2);
+
+  // Define boundary conditions
+  auto zero = std::make_shared<Constant>(0.0);
+  auto boundary = std::make_shared<DirichletBoundary>();
+  DirichletBC bc(V, zero, boundary);
+
+  auto boundarySubdomain1 = std::make_shared<DirichletBoundarySubdomain1>();
+  auto boundarySubdomain2 = std::make_shared<DirichletBoundarySubdomain2>();
+  DirichletBC bc1(V1, zero, boundarySubdomain1);
+  DirichletBC bc2(V2, zero, boundarySubdomain2);
+
+  // Define RHS
+  auto f = std::make_shared<Source>();
+  L.f = f;
+  L1.f1 = f;
+  L2.f2 = f;
+
+  // Compute solution
+  // Global problem
+  Function u(V);
+  solve(a == L, u, bc);
+  // Subproblem 1
+  Function u1(V1);
+  solve(a1 == L1, u1, bc1);
+  // Subproblem 1
+  Function u2(V2);
+  solve(a2 == L2, u2, bc2);
+
+  // Save solution in vtk format
+  File out_global("meshview-mapping-3D3D-global.pvd");
+  out_global << u;
+  File out_sub1("meshview-mapping-3D3D-subdomain1.pvd");
+  out_sub1 << u1;
+  File out_sub2("meshview-mapping-3D3D-subdomain2.pvd");
+  out_sub2 << u2;
+}
+
+
diff --git a/demo/undocumented/multimesh-3d/cpp/MultiMeshH10Norm.ufl b/demo/undocumented/multimesh-3d/cpp/MultiMeshH10Norm.ufl
new file mode 100644
index 0000000..64ae712
--- /dev/null
+++ b/demo/undocumented/multimesh-3d/cpp/MultiMeshH10Norm.ufl
@@ -0,0 +1,20 @@
+#from L2Norm import *
+
+#M = l2norm(triangle)
+
+from ufl import *
+
+ORDER = 1
+
+domain = triangle
+
+# Define element and FE solution
+P1 = FiniteElement("Lagrange", domain, ORDER)
+uh = Coefficient(P1)
+
+# Exact solution
+P3 = FiniteElement("Lagrange", domain, ORDER + 2)
+u = Coefficient(P3)
+
+# Squared L2 norm of error
+M = inner(grad(u - uh), grad(u - uh))*dX
diff --git a/demo/undocumented/multimesh-3d/cpp/MultiMeshL2Norm.ufl b/demo/undocumented/multimesh-3d/cpp/MultiMeshL2Norm.ufl
new file mode 100644
index 0000000..a726277
--- /dev/null
+++ b/demo/undocumented/multimesh-3d/cpp/MultiMeshL2Norm.ufl
@@ -0,0 +1,20 @@
+#from L2Norm import *
+
+#M = l2norm(triangle)
+
+from ufl import *
+
+ORDER = 1
+
+domain = triangle
+
+# Define element and FE solution
+P1 = FiniteElement("Lagrange", domain, ORDER)
+uh = Coefficient(P1)
+
+# Exact solution
+Px = FiniteElement("Lagrange", domain, ORDER + 2)
+u = Coefficient(Px)
+
+# Squared L2 norm of error
+M = inner(u - uh, u - uh)*dX
diff --git a/demo/undocumented/multimesh-3d/cpp/MultiMeshPoisson.ufl b/demo/undocumented/multimesh-3d/cpp/MultiMeshPoisson.ufl
new file mode 100644
index 0000000..e97d6f2
--- /dev/null
+++ b/demo/undocumented/multimesh-3d/cpp/MultiMeshPoisson.ufl
@@ -0,0 +1,52 @@
+# Copyright (C) 2014-2015 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2013-06-26
+# Last changed: 2017-08-23
+#
+# The bilinear form a(u, v) and linear form L(v) for a multimesh
+# formulation of Poisson's equation.
+#
+# Compile this form with FFC: ffc -l dolfin MultiMeshPoisson.ufl.
+
+# Define element
+simplex = tetrahedron
+element = FiniteElement("Lagrange", simplex, 1)
+
+# Define trial and test functions and right-hand side
+u = TrialFunction(element)
+v = TestFunction(element)
+f = Coefficient(element)
+
+# Define facet normal and mesh size
+n = FacetNormal(simplex)
+h = 2.0*Circumradius(simplex)
+h = (h('+') + h('-')) / 2
+
+# Parameters
+alpha = 4.0
+beta = 4.0
+
+# Define bilinear form
+a = dot(grad(u), grad(v))*dX \
+  - dot(avg(grad(u)), jump(v, n))*dI \
+  - dot(avg(grad(v)), jump(u, n))*dI \
+  + alpha/h*jump(u)*jump(v)*dI \
+  + beta*dot(jump(grad(u)), jump(grad(v)))*dO
+
+# Define linear form
+L = f*v*dX
diff --git a/demo/undocumented/multimesh-3d/cpp/main.cpp b/demo/undocumented/multimesh-3d/cpp/main.cpp
new file mode 100644
index 0000000..d59e20f
--- /dev/null
+++ b/demo/undocumented/multimesh-3d/cpp/main.cpp
@@ -0,0 +1,224 @@
+// Copyright (C) 2017 August Johansson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-08-24
+// Last changed: 2017-08-30
+//
+// This demo program solves Poisson's equation on a domain defined by
+// three overlapping and non-matching meshes. The solution is computed
+// on a sequence of rotating meshes to test the multimesh
+// functionality.
+
+#include <cmath>
+#include <fstream>
+#include <dolfin.h>
+#include "MultiMeshPoisson.h"
+#include "MultiMeshL2Norm.h"
+#include "MultiMeshH10Norm.h"
+
+using namespace dolfin;
+
+class Arguments
+{
+public:
+  std::size_t N = 1;
+  std::size_t Nx = 10;
+
+  std::string print() const
+  {
+    std::stringstream ss;
+    ss << "N" << N<<"_"
+       << "Nx" << Nx;
+    return ss.str();
+  }
+
+  void parse(int argc, char** argv)
+  {
+    std::size_t c = 1;
+
+    if (argc > c)
+    {
+      this->N = atoi(argv[c]);
+      c++;
+      if (argc > c)
+	this->Nx = atoi(argv[c]);
+    }
+  }
+};
+
+
+// Sub domain for Dirichlet boundary condition
+class DirichletBoundary : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return on_boundary;
+  }
+};
+
+class ExactSolution : public Expression
+{
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    values[0] = sin(DOLFIN_PI*x[0])*sin(DOLFIN_PI*x[1])*sin(DOLFIN_PI*x[2]);
+  }
+};
+
+class Source : public Expression
+{
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    values[0] = 3.0*DOLFIN_PI*DOLFIN_PI*sin(DOLFIN_PI*x[0])*sin(DOLFIN_PI*x[1])*sin(DOLFIN_PI*x[2]);
+  }
+};
+
+void build_multimesh(std::size_t N,
+		     std::size_t Nx,
+		     std::shared_ptr<MultiMesh> multimesh,
+		     double& exact_volume)
+{
+  // Background mesh
+  auto mesh_0 = std::make_shared<UnitCubeMesh>(Nx, Nx, Nx);
+  multimesh->add(mesh_0);
+  exact_volume = 1.;
+
+  // Initialize random generator (dolfin built-in)
+  dolfin::seed(1);
+
+  for (std::size_t i = 1; i < N; ++i)
+  {
+    // Create domain range
+    double x_a = dolfin::rand();
+    double x_b = dolfin::rand();
+
+    if (x_a > x_b)
+      std::swap(x_a, x_b);
+    double y_a = dolfin::rand();
+    double y_b = dolfin::rand();
+    if (y_a > y_b)
+      std::swap(y_a, y_b);
+
+    double z_a = dolfin::rand();
+    double z_b = dolfin::rand();
+    if (z_a > z_b)
+      std::swap(z_a, z_b);
+
+    // std::cout << i << ": " << x_a<<' '<<y_a<<' ' << z_a << ", " << x_b<<' '<<y_b << ' ' << z_b <<std::endl;
+
+    // Find number of elements
+    const std::size_t Nx_part = (std::size_t)std::max(std::abs(x_a - x_b)*Nx, 1.);
+    const std::size_t Ny_part = (std::size_t)std::max(std::abs(y_a - y_b)*Nx, 1.);
+    const std::size_t Nz_part = (std::size_t)std::max(std::abs(z_a - z_b)*Nx, 1.);
+
+    // Create mesh
+    auto mesh_i = std::make_shared<BoxMesh>(Point(x_a, y_a, z_a),
+					    Point(x_b, y_b, z_b),
+					    Nx_part, Ny_part, Nz_part);
+    multimesh->add(mesh_i);
+  }
+
+  // Build
+  multimesh->build();
+}
+
+template<class TFunctional>
+double compute_error(const std::shared_ptr<MultiMeshFunctionSpace> V,
+		     const std::shared_ptr<MultiMeshFunction> u_h,
+		     const std::shared_ptr<Expression> u)
+{
+  std::cout << "Compute error" << std::endl;
+
+  auto M = std::make_shared<MultiMeshForm>(V);
+
+  for (std::size_t i = 0; i < V->multimesh()->num_parts(); ++i)
+  {
+    auto M_i = std::make_shared<TFunctional>(V->multimesh()->part(i));
+    const bool deepcopy = true;
+    M_i->uh = std::make_shared<const Function>(*u_h->part(i, deepcopy));
+    M_i->u = u;
+    M->add(M_i);
+  }
+
+  M->build();
+
+  auto assembler = std::make_shared<MultiMeshAssembler>();
+  auto m = std::make_shared<Scalar>();
+  assembler->assemble(*m, *M);
+
+  dolfin_assert(m->get_scalar_value() > 0.);
+  return std::sqrt(m->get_scalar_value());
+}
+
+void solve(const std::shared_ptr<MultiMesh> multimesh)
+{
+  // Create function space
+  auto V = std::make_shared<MultiMeshPoisson::MultiMeshFunctionSpace>(multimesh);
+
+  // Create forms
+  auto a = std::make_shared<MultiMeshPoisson::MultiMeshBilinearForm>(V, V);
+  auto L = std::make_shared<MultiMeshPoisson::MultiMeshLinearForm>(V);
+
+  // Attach source
+  auto f = std::make_shared<Source>();
+  L->f = f;
+
+  // Assemble linear system
+  auto A = std::make_shared<Matrix>();
+  auto b = std::make_shared<Vector>();
+  assemble_multimesh(*A, *a);
+  assemble_multimesh(*b, *L);
+
+  // Apply boundary condition
+  auto zero = std::make_shared<Constant>(0.0);
+  auto boundary = std::make_shared<DirichletBoundary>();
+  auto bc = std::make_shared<MultiMeshDirichletBC>(V, zero, boundary);
+  bc->apply(*A, *b);
+
+  // Compute solution
+  auto uh = std::make_shared<MultiMeshFunction>(V);
+  std::cout << "Solve" << std::endl;
+  solve(*A, *uh->vector(), *b, "cg");
+
+  // Compute errors
+  auto exact_solution = std::make_shared<ExactSolution>();
+  const double L2error = compute_error<MultiMeshL2Norm::Functional>(V, uh, exact_solution);
+  const double H10error = compute_error<MultiMeshH10Norm::Functional>(V, uh, exact_solution);
+  std::cout << L2error << ' ' << H10error << std::endl;
+}
+
+
+int main(int argc, char* argv[])
+{
+  Arguments args;
+  args.parse(argc, argv);
+
+  auto multimesh = std::make_shared<MultiMesh>();
+  double exact_volume;
+  build_multimesh(args.N, args.Nx, multimesh, exact_volume);
+
+  const double volume = multimesh->compute_volume();
+  const double volume_error = std::abs(volume - exact_volume);
+  dolfin::cout << "volume error " << volume_error << dolfin::endl;
+
+  if (volume_error > DOLFIN_EPS_LARGE)
+  {
+    dolfin::cout << "  large error" << dolfin::endl;
+  }
+
+  solve(multimesh);
+
+}
diff --git a/demo/undocumented/multimesh-poisson/cpp/MultiMeshPoisson.ufl b/demo/undocumented/multimesh-poisson/cpp/MultiMeshPoisson.ufl
new file mode 100644
index 0000000..032638d
--- /dev/null
+++ b/demo/undocumented/multimesh-poisson/cpp/MultiMeshPoisson.ufl
@@ -0,0 +1,51 @@
+# Copyright (C) 2014-2015 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2013-06-26
+# Last changed: 2015-11-28
+#
+# The bilinear form a(u, v) and linear form L(v) for a multimesh
+# formulation of Poisson's equation.
+#
+# Compile this form with FFC: ffc -l dolfin MultiMeshPoisson.ufl.
+
+# Define element
+element = FiniteElement("Lagrange", triangle, 1)
+
+# Define trial and test functions and right-hand side
+u = TrialFunction(element)
+v = TestFunction(element)
+f = Coefficient(element)
+
+# Define facet normal and mesh size
+n = FacetNormal(triangle)
+h = 2.0*Circumradius(triangle)
+h = (h('+') + h('-')) / 2
+
+# Parameters
+alpha = 10.0
+beta = 1.0
+
+# Define bilinear form
+a = dot(grad(u), grad(v))*dX \
+  - dot(avg(grad(u)), jump(v, n))*dI \
+  - dot(avg(grad(v)), jump(u, n))*dI \
+  + alpha/h * jump(u)*jump(v)*dI \
+  + beta/h**2 * dot(jump(u), jump(v))*dO
+
+# Define linear form
+L = f*v*dX
diff --git a/demo/undocumented/multimesh-poisson/cpp/P1.ufl b/demo/undocumented/multimesh-poisson/cpp/P1.ufl
new file mode 100644
index 0000000..9d92788
--- /dev/null
+++ b/demo/undocumented/multimesh-poisson/cpp/P1.ufl
@@ -0,0 +1,27 @@
+# Copyright (C) 2009 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2009-06-18
+# Last changed: 
+#
+# The bilinear form a(v, u) and linear form L(v) for
+# projection onto piecewise quadratics.
+#
+# Compile this form with FFC: ffc -l dolfin P1.ufl
+
+element = FiniteElement("Lagrange", triangle, 1)
+
diff --git a/demo/undocumented/multimesh-poisson/cpp/main.cpp b/demo/undocumented/multimesh-poisson/cpp/main.cpp
new file mode 100644
index 0000000..3c85406
--- /dev/null
+++ b/demo/undocumented/multimesh-poisson/cpp/main.cpp
@@ -0,0 +1,140 @@
+// Copyright (C) 2013-2015 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-06-26
+// Last changed: 2016-03-02
+//
+// This demo program solves Poisson's equation on a domain defined by
+// three overlapping and non-matching meshes. The solution is computed
+// on a sequence of rotating meshes to test the multimesh
+// functionality.
+
+#include <cmath>
+#include <dolfin.h>
+#include "MultiMeshPoisson.h"
+
+using namespace dolfin;
+using std::make_shared;
+
+// Sub domain for Dirichlet boundary condition
+class DirichletBoundary : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return on_boundary;
+  }
+};
+
+// Compute solution for given mesh configuration
+std::shared_ptr<MultiMeshFunction> solve_poisson(double t,
+                                                 double x1, double y1,
+                                                 double x2, double y2)
+{
+  // Create meshes
+  double r = 0.5;
+  auto mesh_0 = make_shared<RectangleMesh>(Point(-r, -r), Point(r, r), 16, 16);
+  auto mesh_1 = make_shared<RectangleMesh>(Point(x1 - r, y1 - r), Point(x1 + r, y1 + r), 8, 8);
+  auto mesh_2 = make_shared<RectangleMesh>(Point(x2 - r, y2 - r), Point(x2 + r, y2 + r), 8, 8);
+  mesh_1->rotate(70*t);
+  mesh_2->rotate(-70*t);
+
+  // Build multimesh
+  auto multimesh = make_shared<MultiMesh>();
+  multimesh->add(mesh_0);
+  multimesh->add(mesh_1);
+  multimesh->add(mesh_2);
+  multimesh->build();
+
+  // Create function space
+  auto V = make_shared<MultiMeshPoisson::MultiMeshFunctionSpace>(multimesh);
+
+  // Create forms
+  auto a = make_shared<MultiMeshPoisson::MultiMeshBilinearForm>(V, V);
+  auto L = make_shared<MultiMeshPoisson::MultiMeshLinearForm>(V);
+
+  // Attach coefficients
+  auto f = make_shared<Constant>(1);
+  L->f = f;
+
+  // Assemble linear system
+  auto A = make_shared<Matrix>();
+  auto b = make_shared<Vector>();
+  assemble_multimesh(*A, *a);
+  assemble_multimesh(*b, *L);
+
+  // Apply boundary condition
+  auto zero = make_shared<Constant>(0);
+  auto boundary = make_shared<DirichletBoundary>();
+  auto bc = make_shared<MultiMeshDirichletBC>(V, zero, boundary);
+  bc->apply(*A, *b);
+
+  // Lock inactive dofs
+  V->lock_inactive_dofs(*A, *b);
+
+  // Compute solution
+  auto u = make_shared<MultiMeshFunction>(V);
+  solve(*A, *u->vector(), *b);
+
+  return u;
+}
+
+int main(int argc, char* argv[])
+{
+  if (dolfin::MPI::size(MPI_COMM_WORLD) > 1)
+  {
+    info("Sorry, this demo does not (yet) run in parallel.");
+    return 0;
+  }
+
+  // Parameters
+  const double T = 10.0;
+  const std::size_t N = 100;
+  const double dt = T / N;
+
+  // Create files for output
+  XDMFFile f0("output/u0.xdmf");
+  XDMFFile f1("output/u1.xdmf");
+  XDMFFile f2("output/u2.xdmf");
+
+  // Iterate over configurations
+  for (std::size_t n = 0; n < N; n++)
+  {
+    info("Computing solution, step %d / %d.", n + 1, N);
+
+    // Compute coordinates for meshes
+    const double t = dt*n;
+    const double x1 = sin(t)*cos(2*t);
+    const double y1 = cos(t)*cos(2*t);
+    const double x2 = cos(t)*cos(2*t);
+    const double y2 = sin(t)*cos(2*t);
+
+    // Compute solution
+    std::shared_ptr<MultiMeshFunction> u = solve_poisson(t, x1, y1, x2, y2);
+
+    // Save to file
+    f0.write(*u->part(0), t);
+    f1.write(*u->part(1), t);
+    f2.write(*u->part(2), t);
+  }
+
+  // Close files
+  f0.close();
+  f1.close();
+  f2.close();
+
+  return 0;
+}
diff --git a/demo/undocumented/multimesh-stokes/cpp/MultiMeshStokes.ufl b/demo/undocumented/multimesh-stokes/cpp/MultiMeshStokes.ufl
new file mode 100644
index 0000000..88b297a
--- /dev/null
+++ b/demo/undocumented/multimesh-stokes/cpp/MultiMeshStokes.ufl
@@ -0,0 +1,73 @@
+# Copyright (C) 2014-2015 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2014-06-10
+# Last changed: 2015-11-17
+#
+# The bilinear form a(u, v) and linear form L(v) for a multimesh
+# formulation of the Stokes equations.
+#
+# Compile this form with FFC: ffc -l dolfin MultiMeshStokes.ufl.
+
+# Define element
+P2 = VectorElement("Lagrange", triangle, 2)
+P1 = FiniteElement("Lagrange", triangle, 1)
+TH = P2 * P1
+
+# Define trial and test functions and right-hand side
+(u, p) = TrialFunctions(TH)
+(v, q) = TestFunctions(TH)
+f = Coefficient(P2)
+
+# Define facet normal and mesh size
+n = FacetNormal(triangle)
+h = 2.0*Circumradius(triangle)
+
+# Parameters
+alpha = 20.0
+beta = 5
+
+def tensor_jump(v, n):
+    return outer(v('+'), n('+')) + outer(v('-'), n('-'))
+
+def a_h(v, w):
+    return inner(grad(v), grad(w))*dX \
+         - inner(avg(grad(v)), tensor_jump(w, n))*dI \
+         - inner(avg(grad(w)), tensor_jump(v, n))*dI \
+         + alpha/avg(h) * inner(jump(v), jump(w))*dI
+
+def b_h(v, q):
+    return -div(v)*q*dX + jump(v, n)*avg(q)*dI
+
+def l_h(v, q, f):
+    return inner(f, v)*dX
+
+def s_O(v, q, w, r):
+    return (beta/avg(h)**2) * inner(jump(v), jump(w))*dO \
+        +  beta * inner(jump(q), jump(r))*dO
+
+def s_C(v, q, w, r):
+    return h*h*inner(-div(grad(v)) + grad(q), -div(grad(w)) - grad(r))*dC
+
+def l_C(v, q, f):
+    return h*h*inner(f, -div(grad(v)) - grad(q))*dC
+
+# Define bilinear form
+a = a_h(u, v) + b_h(v, p) + b_h(u, q) + s_O(u, p, v, q) + s_C(u, p, v, q)
+
+# Define linear form
+L  = l_h(v, q, f) + l_C(v, q, f)
diff --git a/demo/undocumented/multimesh-stokes/cpp/main.cpp b/demo/undocumented/multimesh-stokes/cpp/main.cpp
new file mode 100644
index 0000000..e8d40e4
--- /dev/null
+++ b/demo/undocumented/multimesh-stokes/cpp/main.cpp
@@ -0,0 +1,152 @@
+// Copyright (C) 2014-2015 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2014-06-10
+// Last changed: 2017-09-28
+//
+// This demo program solves the Stokes equations on a domain defined
+// by three overlapping and non-matching meshes.
+
+#include <dolfin.h>
+#include "MultiMeshStokes.h"
+
+using namespace dolfin;
+using std::make_shared;
+
+// Value for inflow boundary condition for velocity
+class InflowValue : public Expression
+{
+public:
+
+  InflowValue() : Expression(2) {}
+
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    values[0] = sin(x[1]*DOLFIN_PI);
+    values[1] = 0.0;
+  }
+
+};
+
+// Subdomain for inflow boundary
+class InflowBoundary : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return on_boundary && near(x[0], 0.0);
+  }
+};
+
+// Subdomain for outflow boundary
+class OutflowBoundary : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return on_boundary && near(x[0], 1.0);
+  }
+};
+
+// Subdomain for no-slip boundary
+class NoslipBoundary : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return on_boundary && (near(x[1], 0.0) || near(x[1], 1.0));
+  }
+};
+
+int main(int argc, char* argv[])
+{
+  if (dolfin::MPI::size(MPI_COMM_WORLD) > 1)
+  {
+    info("Sorry, this demo does not (yet) run in parallel.");
+    return 0;
+  }
+
+  // Create meshes
+  auto mesh_0 = make_shared<UnitSquareMesh>(16, 16);
+  auto mesh_1 = make_shared<RectangleMesh>(Point(0.2, 0.2), Point(0.6, 0.6), 8, 8);
+  auto mesh_2 = make_shared<RectangleMesh>(Point(0.4, 0.4), Point(0.8, 0.8), 8, 8);
+
+  // Build multimesh
+  auto multimesh = make_shared<MultiMesh>();
+  multimesh->add(mesh_0);
+  multimesh->add(mesh_1);
+  multimesh->add(mesh_2);
+  multimesh->build();
+
+  // Create function space
+  auto W = make_shared<MultiMeshStokes::MultiMeshFunctionSpace>(multimesh);
+
+  // Create forms
+  auto a = make_shared<MultiMeshStokes::MultiMeshBilinearForm>(W, W);
+  auto L = make_shared<MultiMeshStokes::MultiMeshLinearForm>(W);
+
+  // Attach coefficients
+  auto f = make_shared<Constant>(0, 0);
+  L->f = f;
+
+  // Assemble linear system
+  auto A = make_shared<Matrix>();
+  auto b = make_shared<Vector>();
+  assemble_multimesh(*A, *a);
+  assemble_multimesh(*b, *L);
+
+  // Create boundary values
+  auto inflow_value  = make_shared<InflowValue>();
+  auto outflow_value = make_shared<Constant>(0);
+  auto noslip_value  = make_shared<Constant>(0, 0);
+
+  // Create subdomains for boundary conditions
+  auto inflow_boundary  = make_shared<InflowBoundary>();
+  auto outflow_boundary = make_shared<OutflowBoundary>();
+  auto noslip_boundary  = make_shared<NoslipBoundary>();
+
+  // Create subspaces for boundary conditions
+  auto V = make_shared<MultiMeshSubSpace>(*W, 0);
+  auto Q = make_shared<MultiMeshSubSpace>(*W, 1);
+
+  // Create boundary conditions
+  auto bc0 = make_shared<MultiMeshDirichletBC>(V, noslip_value,  noslip_boundary);
+  auto bc1 = make_shared<MultiMeshDirichletBC>(V, inflow_value,  inflow_boundary);
+  auto bc2 = make_shared<MultiMeshDirichletBC>(Q, outflow_value, outflow_boundary);
+
+  // Apply boundary conditions
+  bc0->apply(*A, *b);
+  bc1->apply(*A, *b);
+  bc2->apply(*A, *b);
+
+  // Remove inactive dofs
+  V->lock_inactive_dofs(*A, *b);
+
+  // Compute solution
+  auto w = make_shared<MultiMeshFunction>(W);
+  solve(*A, *w->vector(), *b);
+
+  // Save solution parts and components to file
+  for (int part = 0; part < 3; part++)
+  {
+    XDMFFile ufile("output/u" + std::to_string(part) + ".xdmf");
+    XDMFFile pfile("output/p" + std::to_string(part) + ".xdmf");
+    ufile.write((*w->part(part))[0]);
+    pfile.write((*w->part(part))[1]);
+    ufile.close();
+    pfile.close();
+  }
+
+  return 0;
+}
diff --git a/demo/undocumented/nonmatching-projection/cpp/P1_projection.ufl b/demo/undocumented/nonmatching-projection/cpp/P1_projection.ufl
new file mode 100644
index 0000000..90453d0
--- /dev/null
+++ b/demo/undocumented/nonmatching-projection/cpp/P1_projection.ufl
@@ -0,0 +1,34 @@
+# Copyright (C) 2009 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2009-10-10
+# Last changed:
+#
+# The bilinear form a(u, v) and linear form L(v) for
+# projection onto piecewise linears.
+#
+# Compile this form with FFC: ffc -l dolfin P1_projection.ufl
+
+P3 = FiniteElement("Lagrange", triangle, 3)
+P1 = FiniteElement("Lagrange", triangle, 1)
+
+u = TrialFunction(P1)
+v = TestFunction(P1)
+f = Coefficient(P3)
+
+a = u*v*dx
+L = f*v*dx
diff --git a/demo/undocumented/nonmatching-projection/cpp/P3.ufl b/demo/undocumented/nonmatching-projection/cpp/P3.ufl
new file mode 100644
index 0000000..a4839ec
--- /dev/null
+++ b/demo/undocumented/nonmatching-projection/cpp/P3.ufl
@@ -0,0 +1,27 @@
+# Copyright (C) 2009 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2009-06-18
+# Last changed: 
+#
+# The bilinear form a(v, u) and linear form L(v) for
+# projection onto piecewise quadratics.
+#
+# Compile this form with FFC: ffc -l dolfin P3.ufl
+
+element = FiniteElement("Lagrange", triangle, 3)
+
diff --git a/demo/undocumented/nonmatching-projection/cpp/main.cpp b/demo/undocumented/nonmatching-projection/cpp/main.cpp
new file mode 100644
index 0000000..006a524
--- /dev/null
+++ b/demo/undocumented/nonmatching-projection/cpp/main.cpp
@@ -0,0 +1,77 @@
+// Copyright (C) 2009 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2011.
+//
+// First added:  2009-10-10
+// Last changed: 2014-08-11
+//
+// This program demonstrates the L2 projection of a function onto a
+// non-matching mesh.
+
+#include <dolfin.h>
+#include "P1_projection.h"
+#include "P3.h"
+
+using namespace dolfin;
+
+class MyExpression : public Expression
+{
+public:
+
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    values[0] = sin(10.0*x[0])*sin(10.0*x[1]);
+  }
+
+};
+
+int main()
+{
+  if (dolfin::MPI::size(MPI_COMM_WORLD) > 1)
+  {
+    std::cout << "This demo does not work in parallel" << std::endl;
+    return 0;
+  }
+
+ // Create meshes
+  auto mesh0 = std::make_shared<UnitSquareMesh>(16, 16);
+  auto mesh1 = std::make_shared<UnitSquareMesh>(64, 64);
+
+  // Create P3 function space
+  auto V0 = std::make_shared<P3::FunctionSpace>(mesh0);
+
+  // Interpolate expression into V0
+  MyExpression e;
+  auto f0 = std::make_shared<Function>(V0);
+  f0->interpolate(e);
+
+  // Define variational problem
+  auto V1 = std::make_shared<P1_projection::FunctionSpace>(mesh1);
+  P1_projection::BilinearForm a(V1, V1);
+  P1_projection::LinearForm L(V1, f0);
+
+  // Compute solution
+  Function f1(V1);
+  solve(a == L, f1);
+
+  // Plot results
+  XDMFFile("f0.xdmf").write(*f0);
+  XDMFFile("f1.xdmf").write(f1);
+
+  return 0;
+}
diff --git a/demo/undocumented/parallel-refinement/cpp/main.cpp b/demo/undocumented/parallel-refinement/cpp/main.cpp
new file mode 100644
index 0000000..c6fab1a
--- /dev/null
+++ b/demo/undocumented/parallel-refinement/cpp/main.cpp
@@ -0,0 +1,59 @@
+// Copyright (C) 2013 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-04-26
+// Last changed: 2013-04-26
+
+#include <dolfin.h>
+
+using namespace dolfin;
+
+int main()
+{
+  // Create mesh
+  auto mesh = std::make_shared<UnitSquareMesh>(20, 20);
+
+  // Create MeshFunction to hold cell process rank
+  MeshFunction<std::size_t>
+    processes0(mesh, mesh->topology().dim(), dolfin::MPI::rank(mesh->mpi_comm()));
+
+  // Output cell distribution to VTK file
+  File file("processes.pvd");
+  file << processes0;
+
+  // Mark all cells on process 0 for refinement
+  const MeshFunction<bool>
+    marker(mesh, mesh->topology().dim(), (dolfin::MPI::rank(mesh->mpi_comm()) == 0));
+
+  // Refine mesh, but keep all new cells on parent process
+  auto mesh0 = std::make_shared<Mesh>(refine(*mesh, marker, false));
+
+  // Create MeshFunction to hold cell process rank
+  const MeshFunction<std::size_t>
+    processes1(mesh0, mesh->topology().dim(), dolfin::MPI::rank(mesh->mpi_comm()));
+  file << processes1;
+
+  // Refine mesh, but this time repartition the mesh after refinement
+  auto mesh1 = std::make_shared<Mesh>(refine(*mesh, marker, false));
+
+  // Create MeshFunction to hold cell process rank
+  MeshFunction<std::size_t>
+    processes2(mesh1, mesh->topology().dim(), dolfin::MPI::rank(mesh->mpi_comm()));
+  file << processes2;
+
+  return 0;
+}
diff --git a/demo/undocumented/parameters/cpp/main.cpp b/demo/undocumented/parameters/cpp/main.cpp
new file mode 100644
index 0000000..e802f28
--- /dev/null
+++ b/demo/undocumented/parameters/cpp/main.cpp
@@ -0,0 +1,121 @@
+// Copyright (C) 2009 Johan Hake and Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2009-09-05
+// Last changed: 2009-09-14
+//
+// This demo demonstrates the DOLFIN parameter system.
+//
+// Try running this demo with
+//
+// ./demo --bar 1 --solver_parameters.max_iterations 1000
+
+#include <dolfin.h>
+
+using namespace dolfin;
+
+int main(int argc, char* argv[])
+{
+  SubSystemsManager::init_mpi();
+
+  //--- Demo of global DOLFIN parameters ---
+
+  // Set some global DOLFIN parameters
+  parameters["linear_algebra_backend"] = "Eigen";
+
+  // Print global DOLFIN parameters
+  info(parameters, true);
+  cout << endl;
+
+  // Read parameters from file
+  File file("parameters.xml");
+  file >> parameters;
+  info(parameters, true);
+  cout << endl;
+
+  //--- Demo of nested parameter sets ---
+
+  // Create an application parameter set
+  Parameters application_parameters("application_parameters");
+
+  // Create application parameters
+  application_parameters.add("foo", 1.0);
+  application_parameters.add("bar", 100);
+  application_parameters.add("baz", false);
+  application_parameters.add("pc", "amg");
+
+  // Create a solver parameter set
+  Parameters solver_parameters("solver_parameters");
+
+  // Create solver parameters
+  solver_parameters.add("max_iterations", 100);
+  solver_parameters.add("tolerance", 1e-16);
+  solver_parameters.add("relative_tolerance", 1e-16, 1e-16, 1.0);
+
+  // Set range for parameter
+  solver_parameters["max_iterations"].set_range(0, 1000);
+
+  // Set some parameter values
+  solver_parameters["max_iterations"] = 500;
+  solver_parameters["relative_tolerance"] = 0.1;
+
+  // Set solver parameters as nested parameters of application parameters
+  application_parameters.add(solver_parameters);
+
+  // Parse command-line options
+  application_parameters.parse(argc, argv);
+
+  // Access parameter values
+  double foo = application_parameters["foo"];
+  int bar = application_parameters["bar"];
+  double tol = application_parameters("solver_parameters")["tolerance"];
+
+  // Print parameter values
+  cout << "foo = " << foo << endl;
+  cout << "bar = " << bar << endl;
+  cout << "tol = " << tol << endl;
+  cout << endl;
+
+  // Print application parameters
+  info(application_parameters, true);
+  cout << endl;
+
+  //--- Demo of Krylov solver parameters ---
+
+  // Set a parameter for the Krylov solver
+  KrylovSolver solver;
+  solver.parameters["relative_tolerance"] = 1e-20;
+
+  // Print Krylov solver parameters
+  info(solver.parameters, true);
+  cout << endl;
+
+  //--- Demo of updating a parameter set ---
+
+  // Create a subset of the application parameter set
+  Parameters parameter_subset("parameter_subset");
+  parameter_subset.add("foo", 3.0);
+  Parameters nested_subset("solver_parameters");
+  nested_subset.add("max_iterations", 850);
+  parameter_subset.add(nested_subset);
+
+  // Update application parameters
+  application_parameters.update(parameter_subset);
+  info(application_parameters, true);
+
+  return 0;
+}
diff --git a/demo/undocumented/parameters/cpp/parameters.xml b/demo/undocumented/parameters/cpp/parameters.xml
new file mode 100644
index 0000000..dd4e1a4
--- /dev/null
+++ b/demo/undocumented/parameters/cpp/parameters.xml
@@ -0,0 +1,8 @@
+<?xml version="1.0" encoding="UTF-8"?>
+
+<dolfin xmlns:dolfin="http://fenicsproject.org/">
+  <parameters name="parameters">
+    <parameter key="linear_algebra_backend" type="string" value="Eigen"/>
+    <parameter key="optimize" type="bool" value="false"/>
+  </parameters>
+</dolfin>
diff --git a/demo/undocumented/poisson-disc/cpp/PoissonDisc.ufl b/demo/undocumented/poisson-disc/cpp/PoissonDisc.ufl
new file mode 100644
index 0000000..0097999
--- /dev/null
+++ b/demo/undocumented/poisson-disc/cpp/PoissonDisc.ufl
@@ -0,0 +1,53 @@
+# -*- coding: utf-8 -*-
+# Copyright (C) 2015-2015 Martin Sandve Alnæs
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# The bilinear form a(u, v) and linear form L(v) for
+# Poisson's equation with quadratic isoparametric elements.
+#
+# Compile this form with FFC: ffc -r uflacs -l dolfin PoissonDisc.ufl
+
+# Solving
+# -laplace u = 1
+# u(r=1) = 0
+
+degree = 2
+cell = triangle
+
+coordinate_element = VectorElement("Lagrange", cell, degree)
+mesh = Mesh(coordinate_element)
+
+element = FiniteElement("Lagrange", cell, degree)
+V = FunctionSpace(mesh, element)
+
+u = TrialFunction(V)
+v = TestFunction(V)
+
+x = SpatialCoordinate(mesh)
+
+f = Coefficient(V)
+
+# Variational formulation
+a = dot(grad(u), grad(v))*dx
+L = f*v*dx
+
+# Exact solution
+uexact = (1.0 - x**2) / 4.0
+
+# Error norm functional
+uh = Coefficient(V)
+M = (uh - uexact)**2*dx
diff --git a/demo/undocumented/poisson-disc/cpp/main.cpp b/demo/undocumented/poisson-disc/cpp/main.cpp
new file mode 100644
index 0000000..1d9f5c7
--- /dev/null
+++ b/demo/undocumented/poisson-disc/cpp/main.cpp
@@ -0,0 +1,95 @@
+// Copyright (C) 2006-2015 Anders Logg, Martin Sandve Alnæs
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// This demo program solves Poisson's equation
+//
+//     - div grad u(x, y) = f(x, y)
+//
+// on the unit disk with source f given by
+//
+//     f(x, y) = 1.0
+//
+// and boundary conditions given by
+//
+//     u(x, y) = 0        for x^2 + y^2 = 1
+
+#include <dolfin.h>
+#include "PoissonDisc.h"
+
+using namespace dolfin;
+
+// Source term (right-hand side)
+class Source : public Expression
+{
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    values[0] = 1.0;
+  }
+};
+
+// Sub domain for Dirichlet boundary condition
+class DirichletBoundary : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return on_boundary;
+  }
+};
+
+int main()
+{
+  if (dolfin::MPI::size(MPI_COMM_WORLD) > 1)
+  {
+    std::cout << "This demo does not work in parallel" << std::endl;
+    return 0;
+  }
+
+  // Create mesh and function space
+  int degree = 2;
+  int gdim = 2;
+  auto mesh = std::make_shared<Mesh>(UnitDiscMesh::create(MPI_COMM_WORLD, 32, degree, gdim));
+
+  auto V = std::make_shared<PoissonDisc::FunctionSpace>(mesh);
+
+  // Define boundary condition
+  auto u0 = std::make_shared<Constant>(0.0);
+  auto boundary = std::make_shared<DirichletBoundary>();
+  DirichletBC bc(V, u0, boundary);
+
+  // Define variational forms
+  PoissonDisc::BilinearForm a(V, V);
+  PoissonDisc::LinearForm L(V);
+
+  auto f = std::make_shared<Source>();
+  L.f = f;
+
+  // Compute solution
+  auto u = std::make_shared<Function>(V);
+  solve(a == L, *u, bc);
+
+  // Error norm functional
+  PoissonDisc::Functional M(mesh);
+  M.uh = u;
+  double uerror = assemble(M);
+  std::cout << uerror << std::endl;
+
+  // Save solution in VTK format
+  //File file("poisson.pvd");
+  //file << u;
+
+  return 0;
+}
diff --git a/demo/undocumented/poisson1D-in-2D/cpp/Poisson.ufl b/demo/undocumented/poisson1D-in-2D/cpp/Poisson.ufl
new file mode 100644
index 0000000..b1a3249
--- /dev/null
+++ b/demo/undocumented/poisson1D-in-2D/cpp/Poisson.ufl
@@ -0,0 +1,38 @@
+# Copyright (C) 2007 Kristian B. Oelgaard
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by David Ham 2012
+#
+# First added:  2007-11-23
+# Last changed: 2012-12-04
+#
+# The bilinear form a(u, v) and linear form L(v) for
+# Poisson's equation in 1D embedded in 2D space.
+#
+# Compile this form with FFC: ffc -l dolfin Poisson.ufl
+domain = Cell("interval", geometric_dimension=2)
+
+element = FiniteElement("Lagrange", domain, 1)
+
+u = TrialFunction(element)
+v = TestFunction(element)
+
+f = Coefficient(element)
+g = Coefficient(element)
+
+a = dot(grad(u), grad(v))*dx
+L = f*v*dx + g*v*ds
diff --git a/demo/undocumented/poisson1D-in-2D/cpp/main.cpp b/demo/undocumented/poisson1D-in-2D/cpp/main.cpp
new file mode 100644
index 0000000..c491021
--- /dev/null
+++ b/demo/undocumented/poisson1D-in-2D/cpp/main.cpp
@@ -0,0 +1,146 @@
+// Copyright (C) 2012 Imperial College London and others.
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by David Ham 2012
+//
+// First added:  2012-12-04
+// Last changed: 2012-12-04
+//
+// This demo program solves Poisson's equation
+//
+//     - div grad u(xi) = f(xi)
+//
+// on a unit interval embedded in 2D and rotated pi/4 radians
+// anticlockwise from the x axis, where xi is the distance along the
+// interval (ie the domain is 0<xi<1).  The source f is given by
+//
+//     f(xi) = 9*pi^2*sin(3*pi*xi)
+//
+// The boundary conditions are given by
+//
+//     u(xi) = 0 for xi = 0
+//     du/dxi = 0 for xi = 1
+
+#include <dolfin.h>
+#include "Poisson.h"
+
+using namespace dolfin;
+
+#define THETA DOLFIN_PI/4.0
+
+// Map the point x back to the horizontal line
+double to_interval(const Array<double>& x)
+{
+  return (x[0]*cos(THETA) + x[1]*sin(THETA));
+}
+
+// Rotate the mesh through theta
+void rotate(Mesh& mesh)
+{
+  std::vector<double>& x = mesh.coordinates();
+  double tmpx;
+  for (std::size_t i = 0; i < mesh.num_vertices(); i++)
+  {
+    tmpx = x[2*i]*cos(THETA) - x[2*i+1]*sin(THETA);
+
+    x[2*i+1] = x[2*i]*sin(THETA) + x[2*i+1]*cos(THETA);
+    x[2*i]   = tmpx;
+  }
+}
+
+// Subdomain to extract the bottom boundary of the mesh.
+class BottomEdge : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  { return (std::abs(x[1]) < DOLFIN_EPS); }
+};
+
+// Boundary condition
+class DirichletBoundary : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  { return (std::abs(to_interval(x)) < DOLFIN_EPS); }
+};
+
+// Source term
+class Source : public Expression
+{
+public:
+
+  void eval(Array<double>& values, const Array<double>& x) const
+  { values[0] = 9.0*DOLFIN_PI*DOLFIN_PI*sin(3.0*DOLFIN_PI*to_interval(x)); }
+
+};
+
+// Neumann boundary condition
+class Flux : public Expression
+{
+public:
+
+  void eval(Array<double>& values, const Array<double>& x) const
+  { values[0] = 3.0*DOLFIN_PI*cos(3.0*DOLFIN_PI*to_interval(x)); }
+
+};
+
+int main()
+{
+  if (dolfin::MPI::size(MPI_COMM_WORLD) > 1)
+  {
+    std::cout << "This demo does not work in parallel" << std::endl;
+    return 0;
+  }
+
+  // Create original square mesh
+  UnitSquareMesh squaremesh(50, 2);
+
+  // Grab the surface of the mesh
+  BoundaryMesh boundarymesh(squaremesh, "exterior");
+
+  // The actual mesh is just the bottom.
+  auto mesh = std::make_shared<SubMesh>(boundarymesh, BottomEdge());
+
+  // Rotate mesh coordinates.
+  rotate(*mesh);
+
+  // Create function space
+  auto V = std::make_shared<Poisson::FunctionSpace>(mesh);
+
+  // Set up BCs
+  auto zero = std::make_shared<Constant>(0.0);
+  auto boundary = std::make_shared<DirichletBoundary>();
+  DirichletBC bc(V, zero, boundary);
+
+  // Create source and flux terms
+  auto f = std::make_shared<Source>();
+  auto g = std::make_shared<Flux>();
+
+  // Define variational problem
+  Poisson::BilinearForm a(V, V);
+  Poisson::LinearForm L(V);
+  L.f = f;
+  L.g = g;
+
+  // Solve PDE
+  Function u(V);
+  solve(a == L, u, bc);
+
+  // Save solution in VTK format
+  File file_u("poisson.pvd");
+  file_u << u;
+
+  return 0;
+}
diff --git a/demo/undocumented/poisson1D/cpp/Poisson.ufl b/demo/undocumented/poisson1D/cpp/Poisson.ufl
new file mode 100644
index 0000000..64b6b29
--- /dev/null
+++ b/demo/undocumented/poisson1D/cpp/Poisson.ufl
@@ -0,0 +1,35 @@
+# Copyright (C) 2007 Kristian B. Oelgaard
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2007-11-23
+# Last changed: 2011-03-09
+#
+# The bilinear form a(u, v) and linear form L(v) for
+# Poisson's equation.
+#
+# Compile this form with FFC: ffc -l dolfin Poisson.ufl
+
+element = FiniteElement("Lagrange", interval, 1)
+
+u = TrialFunction(element)
+v = TestFunction(element)
+
+f = Coefficient(element)
+g = Coefficient(element)
+
+a = dot(grad(u), grad(v))*dx
+L = f*v*dx + g*v*ds
diff --git a/demo/undocumented/poisson1D/cpp/main.cpp b/demo/undocumented/poisson1D/cpp/main.cpp
new file mode 100644
index 0000000..439a357
--- /dev/null
+++ b/demo/undocumented/poisson1D/cpp/main.cpp
@@ -0,0 +1,105 @@
+// Copyright (C) 2007 Kristian B. Oelgaard
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2011
+//
+// First added:  2007-11-23
+// Last changed: 2012-11-12
+//
+// This demo program solves Poisson's equation,
+//
+//     - div grad u(x) = f(x)
+//
+// on the unit interval with source f given by
+//
+//     f(x) = 9.0*DOLFIN_PI*DOLFIN_PI*sin(3.0*DOLFIN_PI*x[0]);
+//
+// and boundary conditions given by
+//
+//     u(x) = 0 for x = 0,
+//    du/dx = 0 for x = 1.
+
+#include <dolfin.h>
+#include "Poisson.h"
+
+using namespace dolfin;
+
+// Boundary condition
+class DirichletBoundary : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return (std::abs(x[0]) < DOLFIN_EPS);
+  }
+};
+
+// Source term
+class Source : public Expression
+{
+public:
+
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    values[0] = 9.0*DOLFIN_PI*DOLFIN_PI*sin(3.0*DOLFIN_PI*x[0]);
+  }
+
+};
+
+// Neumann boundary condition
+class Flux : public Expression
+{
+public:
+
+  void eval(Array<double>& values, const Array<double>& x) const
+  {
+    values[0] = 3.0*DOLFIN_PI*cos(3.0*DOLFIN_PI*x[0]);
+  }
+};
+
+int main()
+{
+  // Create mesh
+  auto mesh = std::make_shared<UnitIntervalMesh>(50);
+
+  // Create function space
+  auto V = std::make_shared<Poisson::FunctionSpace>(mesh);
+
+  // Set up BCs
+  auto zero = std::make_shared<Constant>(0.0);
+  auto boundary = std::make_shared<DirichletBoundary>();
+  DirichletBC bc(V, zero, boundary);
+
+  // Create source and flux terms
+  auto f = std::make_shared<Source>();
+  auto g = std::make_shared<Flux>();
+
+  // Define variational problem
+  Poisson::BilinearForm a(V, V);
+  Poisson::LinearForm L(V);
+  L.f = f;
+  L.g = g;
+
+  // Solve PDE
+  Function u(V);
+  solve(a == L, u, bc);
+
+  // Save solution in VTK format
+  File file_u("poisson.pvd");
+  file_u << u;
+
+  return 0;
+}
diff --git a/demo/undocumented/refinement/cpp/main.cpp b/demo/undocumented/refinement/cpp/main.cpp
new file mode 100644
index 0000000..7bc8067
--- /dev/null
+++ b/demo/undocumented/refinement/cpp/main.cpp
@@ -0,0 +1,59 @@
+// Copyright (C) 2006-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Johan Hoffman, 2006.
+//
+// First added:  2006-10-26
+// Last changed: 2012-11-12
+
+#include <dolfin.h>
+
+using namespace dolfin;
+
+int main()
+{
+  File file("mesh.pvd");
+
+  // Create mesh of unit square
+  auto mesh = std::make_shared<Mesh>(UnitSquareMesh(5, 5));
+
+  file << *mesh;
+
+  // Uniform refinement
+  mesh = std::make_shared<Mesh>(refine(*mesh));
+  file << *mesh;
+
+  // Refine mesh close to x = (0.5, 0.5)
+  Point p(0.5, 0.5);
+  for (unsigned int i = 0; i < 5; i++)
+  {
+    // Mark cells for refinement
+    MeshFunction<bool> cell_markers(mesh, mesh->topology().dim(), false);
+    for (CellIterator c(*mesh); !c.end(); ++c)
+    {
+      if (c->midpoint().distance(p) < 0.1)
+        cell_markers[*c] = true;
+    }
+
+    // Refine mesh
+    mesh = std::make_shared<Mesh>(refine(*mesh, cell_markers));
+
+    file << *mesh;
+  }
+
+  return 0;
+}
diff --git a/demo/undocumented/spatial-coordinates/cpp/SpatialCoordinates.ufl b/demo/undocumented/spatial-coordinates/cpp/SpatialCoordinates.ufl
new file mode 100644
index 0000000..2e08267
--- /dev/null
+++ b/demo/undocumented/spatial-coordinates/cpp/SpatialCoordinates.ufl
@@ -0,0 +1,36 @@
+# Copyright (C) 2010 Kristian B. Oelgaard
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# The bilinear form a(u, v) and linear form L(v) for
+# Poisson's equation where spatial coordinates are used to define the source
+# and boundary flux terms.
+#
+# Compile this form with FFC: ffc -l dolfin SpatialCoordinates.ufl
+
+element = FiniteElement("Lagrange", triangle, 2)
+
+u = TrialFunction(element)
+v = TestFunction(element)
+
+x = SpatialCoordinate(triangle)
+d_x = x[0] - 0.5
+d_y = x[1] - 0.5
+f = 10.0*exp(-(d_x*d_x + d_y*d_y) / 0.02)
+g = -sin(5.0*x[0])
+
+a = inner(grad(u), grad(v))*dx
+L = f*v*dx + g*v*ds
diff --git a/demo/undocumented/spatial-coordinates/cpp/main.cpp b/demo/undocumented/spatial-coordinates/cpp/main.cpp
new file mode 100644
index 0000000..1293df6
--- /dev/null
+++ b/demo/undocumented/spatial-coordinates/cpp/main.cpp
@@ -0,0 +1,80 @@
+// Copyright (C) 2010 Kristian B. Oelgaard
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-03-05
+// Last changed: 2012-11-12
+//
+// This demo program solves Poisson's equation
+//
+//     - div grad u(x, y) = f(x, y)
+//
+// on the unit square with source f given by
+//
+//     f(x, y) = 10*exp(-((x - 0.5)^2 + (y - 0.5)^2) / 0.02)
+//
+// and boundary conditions given by
+//
+//     u(x, y) = 0        for x = 0 or x = 1
+// du/dn(x, y) = -sin(5*x) for y = 0 or y = 1
+//
+// This demo is identical to the Poisson demo with the only difference that
+// the source and flux term is expressed using SpatialCoordinates in the
+// variational formulation.
+
+#include <dolfin.h>
+#include "SpatialCoordinates.h"
+
+using namespace dolfin;
+
+// Sub domain for Dirichlet boundary condition
+class DirichletBoundary : public SubDomain
+{
+  bool inside(const Array<double>& x, bool on_boundary) const
+  {
+    return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS;
+  }
+};
+
+int main()
+{
+  // Create mesh and function space
+  auto mesh = std::make_shared<UnitSquareMesh>(32, 32);
+  auto V = std::make_shared<SpatialCoordinates::FunctionSpace>(mesh);
+
+  // Define boundary condition
+  auto u0 = std::make_shared<Constant>(0.0);
+  auto boundary = std::make_shared<DirichletBoundary>();
+  auto bc = std::make_shared<DirichletBC>(V, u0, boundary);
+
+  // Define variational problem
+  auto a = std::make_shared<SpatialCoordinates::BilinearForm>(V, V);
+  auto L = std::make_shared<SpatialCoordinates::LinearForm>(V);
+  auto u = std::make_shared<Function>(V);
+  std::vector<std::shared_ptr<const DirichletBC>> bcs = {bc};
+  auto problem = std::make_shared<LinearVariationalProblem>(a, L, u, bcs);
+
+  // Compute solution
+  LinearVariationalSolver solver(problem);
+  solver.parameters["linear_solver"] = "iterative";
+  solver.solve();
+
+  // Save solution in VTK format
+  File file("spatial-coordinates.pvd");
+  file << *u;
+
+  return 0;
+}
diff --git a/demo/undocumented/submesh/cpp/main.cpp b/demo/undocumented/submesh/cpp/main.cpp
new file mode 100644
index 0000000..0a6059b
--- /dev/null
+++ b/demo/undocumented/submesh/cpp/main.cpp
@@ -0,0 +1,78 @@
+// Copyright (C) 2009, 2015 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// This demo program demonstrates how to extract matching sub meshes
+// from a common mesh.
+
+#include <dolfin.h>
+
+using namespace dolfin;
+
+int main()
+{
+  if (dolfin::MPI::size(MPI_COMM_WORLD) > 1)
+  {
+    std::cout << "This demo does not work in parallel" << std::endl;
+    return 0;
+  }
+
+  // Structure sub domain
+  class Structure : public SubDomain
+  {
+    bool inside(const Array<double>& x, bool on_boundary) const
+    {
+      return x[0] > 1.4 - DOLFIN_EPS and x[0] < 1.6 + DOLFIN_EPS
+                                                and x[1] < 0.6 + DOLFIN_EPS;
+    }
+  };
+
+  // Create mesh
+  auto mesh = std::make_shared<RectangleMesh>(Point(0.0, 0.0),
+                                              Point(3.0, 1.0), 60, 20);
+
+  // Create sub domain markers and mark everything as 0
+  MeshFunction<std::size_t> sub_domains(mesh, mesh->topology().dim());
+  sub_domains = 0;
+
+  // Mark structure domain as 1
+  Structure structure;
+  structure.mark(sub_domains, 1);
+
+  // Extract sub meshes
+  auto fluid_mesh = std::make_shared<SubMesh>(*mesh, sub_domains, 0);
+  auto structure_mesh = std::make_shared<SubMesh>(*mesh, sub_domains, 1);
+
+  // Move structure mesh
+  MeshGeometry& geometry = structure_mesh->geometry();
+
+  for (VertexIterator v(*structure_mesh); !v.end(); ++v)
+  {
+    std::array<double, 2> x = {{v->x()[0], v->x()[1]}};
+    x[0] += 0.1*x[0]*x[1];
+    geometry.set(v->index(), x.data());
+  }
+
+  // Move fluid mesh according to structure mesh
+  ALE::move(fluid_mesh, *structure_mesh);
+  fluid_mesh->smooth();
+
+  // Write out meshes to files.
+  XDMFFile("fluid_mesh.xdmf").write(*fluid_mesh);
+  XDMFFile("structure_mesh.xdmf").write(*structure_mesh);
+
+  return 0;
+}
diff --git a/demo/undocumented/sym-dirichlet-bc/cpp/Poisson.ufl b/demo/undocumented/sym-dirichlet-bc/cpp/Poisson.ufl
new file mode 100644
index 0000000..e952455
--- /dev/null
+++ b/demo/undocumented/sym-dirichlet-bc/cpp/Poisson.ufl
@@ -0,0 +1,34 @@
+# Copyright (C) 2005-2007 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2005
+# Last changed: 2011-03-09
+#
+# The bilinear form a(u, v) and linear form L(v) for
+# Poisson's equation.
+#
+# Compile this form with FFC: ffc -l dolfin Poisson.ufl
+
+element = FiniteElement("Lagrange", triangle, 1)
+
+u = TrialFunction(element)
+v = TestFunction(element)
+f = Coefficient(element)
+g = Coefficient(element)
+
+a = dot(grad(u), grad(v))*dx
+L = f*v*dx + g*v*ds
diff --git a/demo/undocumented/sym-dirichlet-bc/cpp/main.cpp b/demo/undocumented/sym-dirichlet-bc/cpp/main.cpp
new file mode 100644
index 0000000..f23fd88
--- /dev/null
+++ b/demo/undocumented/sym-dirichlet-bc/cpp/main.cpp
@@ -0,0 +1,138 @@
+// Copyright (C) 2006-2007 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2008.
+//
+// First added:  2006-02-07
+// Last changed: 2012-11-12
+//
+// This demo program solves Poisson's equation,
+//
+//     - div grad u(x, y) = f(x, y)
+//
+// on the unit square with source f given by
+//
+//     f(x, y) = 500*exp(-((x - 0.5)^2 + (y - 0.5)^2)/0.02)
+//
+// and boundary conditions given by
+//
+//     u(x, y)     = 0               for x = 0,
+//     du/dn(x, y) = 25 cos(5 pi y)  for x = 1,
+//     du/dn(x, y) = 0               otherwise.
+
+#include <dolfin.h>
+#include "Poisson.h"
+
+using namespace dolfin;
+
+int main()
+{
+  // Source term
+  class Source : public Expression
+  {
+  public:
+
+    Source() : Expression() {}
+
+    void eval(Array<double>& values, const Array<double>& x) const
+    {
+      double dx = x[0] - 0.5;
+      double dy = x[1] - 0.5;
+      values[0] = 500.0*exp(-(dx*dx + dy*dy)/0.02);
+    }
+
+  };
+
+  // Neumann boundary condition
+  class Flux : public Expression
+  {
+  public:
+
+    Flux() : Expression() {}
+
+    void eval(Array<double>& values, const Array<double>& x) const
+    {
+      if (x[0] > (1.0 - DOLFIN_EPS))
+        values[0] = 25.0*cos(5.0*DOLFIN_PI*x[1]);
+      else
+        values[0] = 0.0;
+    }
+
+  };
+
+  // Sub domain for Dirichlet boundary condition
+  class DirichletBoundary : public SubDomain
+  {
+    bool inside(const Array<double>& x, bool on_boundary) const
+    {
+      return x[0] < DOLFIN_EPS;
+    }
+  };
+
+  // Create mesh
+  auto mesh = std::make_shared<UnitSquareMesh>(300, 300);
+
+  // Create functions
+  auto f = std::make_shared<Source>();
+  auto g = std::make_shared<Flux>();
+
+  // Define forms and attach functions
+  auto V = std::make_shared<Poisson::FunctionSpace>(mesh);
+  Poisson::BilinearForm a(V, V);
+  Poisson::LinearForm L(V);
+  L.f = f; L.g = g;
+
+  // Create boundary condition
+  auto u0 = std::make_shared<Constant>(0.0);
+  auto boundary = std::make_shared<DirichletBoundary>();
+  auto bc = std::make_shared<DirichletBC>(V, u0, boundary);
+
+  // Create function
+  Function u(V);
+
+  // Create table
+  Table table("Assembly and application of bcs");
+
+  // Matrix and vector to assemble
+  Matrix A;
+  Vector b;
+
+  // Assemble A and b separately
+  tic();
+  assemble(A, a);
+  assemble(b, L);
+  bc->apply(A, b);
+  table("Standard", "Assembly time") = toc();
+
+  // Assemble A and b together
+  tic();
+  assemble_system(A, b, a, L, {bc});
+  table("Symmetric", "Assembly time") = toc();
+
+  // Display summary
+  info(table);
+
+  // Solve system
+  LUSolver solver;
+  solver.solve(A, *u.vector(), b);
+
+  // Save solution in VTK format
+  File file("poisson.pvd");
+  file << u;
+
+  return 0;
+}
diff --git a/demo/undocumented/time-series/cpp/main.cpp b/demo/undocumented/time-series/cpp/main.cpp
new file mode 100644
index 0000000..4b02909
--- /dev/null
+++ b/demo/undocumented/time-series/cpp/main.cpp
@@ -0,0 +1,76 @@
+// Copyright (C) 2009 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2009-11-11
+// Last changed: 2012-11-12
+//
+// This program demonstrates the use of the TimeSeries
+// class for storing a series of meshes and vectors.
+
+#include <dolfin.h>
+
+using namespace dolfin;
+
+int main()
+{
+  if (dolfin::MPI::size(MPI_COMM_WORLD) > 1)
+  {
+    std::cout << "This demo does not work in parallel" << std::endl;
+    return 0;
+  }
+
+  #ifdef HAS_HDF5
+
+  // Create empty time series
+  TimeSeries series(MPI_COMM_WORLD, "primal");
+
+  // Create a mesh and a vector
+  UnitSquareMesh unit_square(2, 2);
+  Mesh mesh(unit_square);
+
+  // Add a bunch of meshes and vectors to the series
+  double t = 0.0;
+  while (t < 1.0)
+  {
+    // Refine mesh and resize vector
+    mesh = refine(mesh);
+    Vector x(mesh.mpi_comm(), mesh.num_vertices());
+
+    // Set some vector values
+    std::vector<double> values(x.local_size());
+    const std::size_t offset = x.local_range().first;
+    for (std::size_t i = 0; i < x.local_size(); i++)
+      values[i] = (t + 1.0)*static_cast<double>(offset + i);
+    x.set_local(values);
+    x.apply("insert");
+
+    // Append to series
+    series.store(mesh, t);
+    series.store(x, t);
+
+    t += 0.2;
+  }
+
+  // Retrieve mesh and vector at some point in time
+  series.retrieve(mesh, 0.29);
+  Vector x;
+  series.retrieve(x, 0.31, false);
+
+  #endif
+
+  return 0;
+}
diff --git a/demo/undocumented/waveguide/cpp/Forms.py b/demo/undocumented/waveguide/cpp/Forms.py
new file mode 100644
index 0000000..8d53959
--- /dev/null
+++ b/demo/undocumented/waveguide/cpp/Forms.py
@@ -0,0 +1,46 @@
+# Copyright (C) 2008 Evan Lezar
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Forms for solving the transverse magnetic (TM) cutoff modes of a waveguide
+#
+# Compile this form with FFC: ffc -l dolfin Forms.form
+
+from ufl import *
+from ufl.log import set_level
+from ffc.compiler.compiler import compile
+
+# Set debug level
+set_level(20)
+
+# Reserved variables for forms
+(a, L, M) = (None, None, None)
+
+# Reserved variable for element
+element = None
+
+element = FiniteElement("Nedelec 1st kind H(curl)", "triangle", 2)
+
+v = TestFunction(element)
+u = TrialFunction(element)
+
+def curl_t(w):
+    return Dx(w[1], 0) - Dx(w[0], 1)
+
+a = curl_t(v)*curl_t(u)*dx
+L = inner(v, u)*dx
+
+compile([a, L, M, element], "Forms", {'log_level': 20, 'format': 'dolfin', 'form_postfix': True, 'quadrature_order': 'auto', 'precision': '15', 'cpp optimize': False, 'split_implementation': False, 'cache_dir': None, 'output_dir': '.', 'representation': 'auto', 'optimize': True}, globals())
diff --git a/demo/undocumented/waveguide/cpp/Forms.ufl b/demo/undocumented/waveguide/cpp/Forms.ufl
new file mode 100644
index 0000000..80c52b9
--- /dev/null
+++ b/demo/undocumented/waveguide/cpp/Forms.ufl
@@ -0,0 +1,31 @@
+# Copyright (C) 2008 Evan Lezar
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Forms for solving the transverse magnetic (TM) cutoff modes of a waveguide
+#
+# Compile this form with FFC: ffc -l dolfin Forms.form
+
+element = FiniteElement("Nedelec 1st kind H(curl)", triangle, 3)
+
+u = TrialFunction(element)
+v = TestFunction(element)
+
+def curl_t(w):
+    return Dx(w[1], 0) - Dx(w[0], 1)
+
+a = curl_t(u)*curl_t(v)*dx
+L = inner(u, v)*dx
diff --git a/demo/undocumented/waveguide/cpp/main.cpp b/demo/undocumented/waveguide/cpp/main.cpp
new file mode 100644
index 0000000..4c0fbaa
--- /dev/null
+++ b/demo/undocumented/waveguide/cpp/main.cpp
@@ -0,0 +1,110 @@
+// Copyright (C) 2008 Evan Lezar
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2008, 2015
+//
+// First added:  2008-08-22
+// Last changed: 2015-06-15
+//
+// This demo demonstrates the calculation of a TM (Transverse Magnetic)
+// cutoff wavenumber of a rectangular waveguide with dimensions 1x0.5m.
+//
+// For more information regarding waveguides, see
+//
+//   http://www.ee.bilkent.edu.tr/~microwave/programs/magnetic/rect/info.htm
+//
+// See the pdf in the parent folder and the following reference:
+//
+//   The Finite Element in Electromagnetics (2nd Ed)
+//   Jianming Jin [7.2.1 - 7.2.2]
+
+#include <dolfin.h>
+#include "Forms.h"
+
+using namespace dolfin;
+
+#if defined(HAS_PETSC) && defined(HAS_SLEPC)
+
+int main()
+{
+  // Create mesh
+  double width = 1.0;
+  double height = 0.5;
+  auto mesh = std::make_shared<RectangleMesh>(Point(0.0, 0.0),
+                                              Point(width, height), 4, 2);
+
+  // Define the forms - gererates an generalized eigenproblem of the form
+  // [S]{h} = k_o^2[T]{h}
+  // with the eigenvalues k_o^2 representing the square of the cutoff wavenumber
+  // and the corresponding right-eigenvector giving the coefficients of the
+  // discrete system used to obtain the approximate field anywhere in the domain
+  auto V = std::make_shared<Forms::FunctionSpace>(mesh);
+  Forms::Form_a s(V, V);
+  Forms::Form_L t(V, V);
+
+  // Assemble the system matrices stiffness (S) and mass matrices (T)
+  auto S = std::make_shared<PETScMatrix>();
+  auto T = std::make_shared<PETScMatrix>();
+  assemble(*S, s);
+  assemble(*T, t);
+
+  // Solve the eigen system
+  SLEPcEigenSolver esolver(S, T);
+  esolver.parameters["spectrum"] = "smallest real";
+  esolver.parameters["solver"] = "lapack";
+  esolver.solve();
+
+  // The result should have real eigenvalues but due to rounding
+  // errors, some of the resultant eigenvalues may be small complex
+  // values.  only consider the real part
+
+  // Now, the system contains a number of zero eigenvalues (near zero
+  // due to rounding) which are eigenvalues corresponding to the
+  // null-space of the curl operator and are a mathematical construct
+  // and do not represent physically realizable modes.  These are
+  // called spurious modes.  So, we need to identify the smallest,
+  // non-zero eigenvalue of the system - which corresponds with cutoff
+  // wavenumber of the the dominant cutoff mode.
+  double cutoff = -1.0;
+  double lr, lc;
+  for (std::size_t i = 0; i < S->size(1); i++)
+  {
+    esolver.get_eigenvalue(lr, lc, i);
+    if (lr > 1 && lc == 0)
+    {
+      cutoff = sqrt(lr);
+      break;
+    }
+  }
+
+  if (cutoff == -1.0)
+    info("Unable to find dominant mode.");
+  else
+    info("Cutoff frequency = %g", cutoff);
+
+  return 0;
+}
+
+#else
+
+int main()
+{
+  info("Sorry, this demo is only available when DOLFIN is compiled with PETSc and SLEPc.");
+  return 0;
+}
+
+#endif
diff --git a/doc/Doxyfile b/doc/Doxyfile
new file mode 100644
index 0000000..1aff615
--- /dev/null
+++ b/doc/Doxyfile
@@ -0,0 +1,2496 @@
+# Doxyfile 1.8.13
+
+# This file describes the settings to be used by the documentation system
+# doxygen (www.doxygen.org) for a project.
+#
+# All text after a double hash (##) is considered a comment and is placed in
+# front of the TAG it is preceding.
+#
+# All text after a single hash (#) is considered a comment and will be ignored.
+# The format is:
+# TAG = value [value, ...]
+# For lists, items can also be appended using:
+# TAG += value [value, ...]
+# Values that contain spaces should be placed between quotes (\" \").
+
+#---------------------------------------------------------------------------
+# Project related configuration options
+#---------------------------------------------------------------------------
+
+# This tag specifies the encoding used for all characters in the config file
+# that follow. The default is UTF-8 which is also the encoding used for all text
+# before the first occurrence of this tag. Doxygen uses libiconv (or the iconv
+# built into libc) for the transcoding. See http://www.gnu.org/software/libiconv
+# for the list of possible encodings.
+# The default value is: UTF-8.
+
+DOXYFILE_ENCODING      = UTF-8
+
+# The PROJECT_NAME tag is a single word (or a sequence of words surrounded by
+# double-quotes, unless you are using Doxywizard) that should identify the
+# project for which the documentation is generated. This name is used in the
+# title of most generated pages and in a few other places.
+# The default value is: My Project.
+
+PROJECT_NAME           = "DOLFIN"
+
+# The PROJECT_NUMBER tag can be used to enter a project or revision number. This
+# could be handy for archiving the generated documentation or if some version
+# control system is used.
+
+PROJECT_NUMBER         =
+
+# Using the PROJECT_BRIEF tag one can provide an optional one line description
+# for a project that appears at the top of each page and should give viewer a
+# quick idea about the purpose of the project. Keep the description short.
+
+PROJECT_BRIEF          = "DOLFIN C++ interface"
+
+# With the PROJECT_LOGO tag one can specify a logo or an icon that is included
+# in the documentation. The maximum height of the logo should not exceed 55
+# pixels and the maximum width should not exceed 200 pixels. Doxygen will copy
+# the logo to the output directory.
+
+PROJECT_LOGO           =
+
+# The OUTPUT_DIRECTORY tag is used to specify the (relative or absolute) path
+# into which the generated documentation will be written. If a relative path is
+# entered, it will be relative to the location where doxygen was started. If
+# left blank the current directory will be used.
+
+OUTPUT_DIRECTORY       =
+
+# If the CREATE_SUBDIRS tag is set to YES then doxygen will create 4096 sub-
+# directories (in 2 levels) under the output directory of each output format and
+# will distribute the generated files over these directories. Enabling this
+# option can be useful when feeding doxygen a huge amount of source files, where
+# putting all generated files in the same directory would otherwise causes
+# performance problems for the file system.
+# The default value is: NO.
+
+CREATE_SUBDIRS         = YES
+
+# If the ALLOW_UNICODE_NAMES tag is set to YES, doxygen will allow non-ASCII
+# characters to appear in the names of generated files. If set to NO, non-ASCII
+# characters will be escaped, for example _xE3_x81_x84 will be used for Unicode
+# U+3044.
+# The default value is: NO.
+
+ALLOW_UNICODE_NAMES    = YES
+
+# The OUTPUT_LANGUAGE tag is used to specify the language in which all
+# documentation generated by doxygen is written. Doxygen will use this
+# information to generate all constant output in the proper language.
+# Possible values are: Afrikaans, Arabic, Armenian, Brazilian, Catalan, Chinese,
+# Chinese-Traditional, Croatian, Czech, Danish, Dutch, English (United States),
+# Esperanto, Farsi (Persian), Finnish, French, German, Greek, Hungarian,
+# Indonesian, Italian, Japanese, Japanese-en (Japanese with English messages),
+# Korean, Korean-en (Korean with English messages), Latvian, Lithuanian,
+# Macedonian, Norwegian, Persian (Farsi), Polish, Portuguese, Romanian, Russian,
+# Serbian, Serbian-Cyrillic, Slovak, Slovene, Spanish, Swedish, Turkish,
+# Ukrainian and Vietnamese.
+# The default value is: English.
+
+OUTPUT_LANGUAGE        = English
+
+# If the BRIEF_MEMBER_DESC tag is set to YES, doxygen will include brief member
+# descriptions after the members that are listed in the file and class
+# documentation (similar to Javadoc). Set to NO to disable this.
+# The default value is: YES.
+
+BRIEF_MEMBER_DESC      = YES
+
+# If the REPEAT_BRIEF tag is set to YES, doxygen will prepend the brief
+# description of a member or function before the detailed description
+#
+# Note: If both HIDE_UNDOC_MEMBERS and BRIEF_MEMBER_DESC are set to NO, the
+# brief descriptions will be completely suppressed.
+# The default value is: YES.
+
+REPEAT_BRIEF           = YES
+
+# This tag implements a quasi-intelligent brief description abbreviator that is
+# used to form the text in various listings. Each string in this list, if found
+# as the leading text of the brief description, will be stripped from the text
+# and the result, after processing the whole list, is used as the annotated
+# text. Otherwise, the brief description is used as-is. If left blank, the
+# following values are used ($name is automatically replaced with the name of
+# the entity):The $name class, The $name widget, The $name file, is, provides,
+# specifies, contains, represents, a, an and the.
+
+ABBREVIATE_BRIEF       = "The $name class" \
+                         "The $name widget" \
+                         "The $name file" \
+                         is \
+                         provides \
+                         specifies \
+                         contains \
+                         represents \
+                         a \
+                         an \
+                         the
+
+# If the ALWAYS_DETAILED_SEC and REPEAT_BRIEF tags are both set to YES then
+# doxygen will generate a detailed section even if there is only a brief
+# description.
+# The default value is: NO.
+
+ALWAYS_DETAILED_SEC    = NO
+
+# If the INLINE_INHERITED_MEMB tag is set to YES, doxygen will show all
+# inherited members of a class in the documentation of that class as if those
+# members were ordinary class members. Constructors, destructors and assignment
+# operators of the base classes will not be shown.
+# The default value is: NO.
+
+INLINE_INHERITED_MEMB  = NO
+
+# If the FULL_PATH_NAMES tag is set to YES, doxygen will prepend the full path
+# before files name in the file list and in the header files. If set to NO the
+# shortest path that makes the file name unique will be used
+# The default value is: YES.
+
+FULL_PATH_NAMES        = YES
+
+# The STRIP_FROM_PATH tag can be used to strip a user-defined part of the path.
+# Stripping is only done if one of the specified strings matches the left-hand
+# part of the path. The tag can be used to show relative paths in the file list.
+# If left blank the directory from which doxygen is run is used as the path to
+# strip.
+#
+# Note that you can specify absolute paths here, but also relative paths, which
+# will be relative from the directory where doxygen is started.
+# This tag requires that the tag FULL_PATH_NAMES is set to YES.
+
+STRIP_FROM_PATH        =
+
+# The STRIP_FROM_INC_PATH tag can be used to strip a user-defined part of the
+# path mentioned in the documentation of a class, which tells the reader which
+# header file to include in order to use a class. If left blank only the name of
+# the header file containing the class definition is used. Otherwise one should
+# specify the list of include paths that are normally passed to the compiler
+# using the -I flag.
+
+STRIP_FROM_INC_PATH    =
+
+# If the SHORT_NAMES tag is set to YES, doxygen will generate much shorter (but
+# less readable) file names. This can be useful is your file systems doesn't
+# support long names like on DOS, Mac, or CD-ROM.
+# The default value is: NO.
+
+SHORT_NAMES            = NO
+
+# If the JAVADOC_AUTOBRIEF tag is set to YES then doxygen will interpret the
+# first line (until the first dot) of a Javadoc-style comment as the brief
+# description. If set to NO, the Javadoc-style will behave just like regular Qt-
+# style comments (thus requiring an explicit @brief command for a brief
+# description.)
+# The default value is: NO.
+
+JAVADOC_AUTOBRIEF      = NO
+
+# If the QT_AUTOBRIEF tag is set to YES then doxygen will interpret the first
+# line (until the first dot) of a Qt-style comment as the brief description. If
+# set to NO, the Qt-style will behave just like regular Qt-style comments (thus
+# requiring an explicit \brief command for a brief description.)
+# The default value is: NO.
+
+QT_AUTOBRIEF           = NO
+
+# The MULTILINE_CPP_IS_BRIEF tag can be set to YES to make doxygen treat a
+# multi-line C++ special comment block (i.e. a block of //! or /// comments) as
+# a brief description. This used to be the default behavior. The new default is
+# to treat a multi-line C++ comment block as a detailed description. Set this
+# tag to YES if you prefer the old behavior instead.
+#
+# Note that setting this tag to YES also means that rational rose comments are
+# not recognized any more.
+# The default value is: NO.
+
+MULTILINE_CPP_IS_BRIEF = NO
+
+# If the INHERIT_DOCS tag is set to YES then an undocumented member inherits the
+# documentation from any documented member that it re-implements.
+# The default value is: YES.
+
+INHERIT_DOCS           = YES
+
+# If the SEPARATE_MEMBER_PAGES tag is set to YES then doxygen will produce a new
+# page for each member. If set to NO, the documentation of a member will be part
+# of the file/class/namespace that contains it.
+# The default value is: NO.
+
+SEPARATE_MEMBER_PAGES  = NO
+
+# The TAB_SIZE tag can be used to set the number of spaces in a tab. Doxygen
+# uses this value to replace tabs by spaces in code fragments.
+# Minimum value: 1, maximum value: 16, default value: 4.
+
+TAB_SIZE               = 4
+
+# This tag can be used to specify a number of aliases that act as commands in
+# the documentation. An alias has the form:
+# name=value
+# For example adding
+# "sideeffect=@par Side Effects:\n"
+# will allow you to put the command \sideeffect (or @sideeffect) in the
+# documentation, which will result in a user-defined paragraph with heading
+# "Side Effects:". You can put \n's in the value part of an alias to insert
+# newlines.
+
+ALIASES                =
+
+# This tag can be used to specify a number of word-keyword mappings (TCL only).
+# A mapping has the form "name=value". For example adding "class=itcl::class"
+# will allow you to use the command class in the itcl::class meaning.
+
+TCL_SUBST              =
+
+# Set the OPTIMIZE_OUTPUT_FOR_C tag to YES if your project consists of C sources
+# only. Doxygen will then generate output that is more tailored for C. For
+# instance, some of the names that are used will be different. The list of all
+# members will be omitted, etc.
+# The default value is: NO.
+
+OPTIMIZE_OUTPUT_FOR_C  = NO
+
+# Set the OPTIMIZE_OUTPUT_JAVA tag to YES if your project consists of Java or
+# Python sources only. Doxygen will then generate output that is more tailored
+# for that language. For instance, namespaces will be presented as packages,
+# qualified scopes will look different, etc.
+# The default value is: NO.
+
+OPTIMIZE_OUTPUT_JAVA   = NO
+
+# Set the OPTIMIZE_FOR_FORTRAN tag to YES if your project consists of Fortran
+# sources. Doxygen will then generate output that is tailored for Fortran.
+# The default value is: NO.
+
+OPTIMIZE_FOR_FORTRAN   = NO
+
+# Set the OPTIMIZE_OUTPUT_VHDL tag to YES if your project consists of VHDL
+# sources. Doxygen will then generate output that is tailored for VHDL.
+# The default value is: NO.
+
+OPTIMIZE_OUTPUT_VHDL   = NO
+
+# Doxygen selects the parser to use depending on the extension of the files it
+# parses. With this tag you can assign which parser to use for a given
+# extension. Doxygen has a built-in mapping, but you can override or extend it
+# using this tag. The format is ext=language, where ext is a file extension, and
+# language is one of the parsers supported by doxygen: IDL, Java, Javascript,
+# C#, C, C++, D, PHP, Objective-C, Python, Fortran (fixed format Fortran:
+# FortranFixed, free formatted Fortran: FortranFree, unknown formatted Fortran:
+# Fortran. In the later case the parser tries to guess whether the code is fixed
+# or free formatted code, this is the default for Fortran type files), VHDL. For
+# instance to make doxygen treat .inc files as Fortran files (default is PHP),
+# and .f files as C (default is Fortran), use: inc=Fortran f=C.
+#
+# Note: For files without extension you can use no_extension as a placeholder.
+#
+# Note that for custom extensions you also need to set FILE_PATTERNS otherwise
+# the files are not read by doxygen.
+
+EXTENSION_MAPPING      =
+
+# If the MARKDOWN_SUPPORT tag is enabled then doxygen pre-processes all comments
+# according to the Markdown format, which allows for more readable
+# documentation. See http://daringfireball.net/projects/markdown/ for details.
+# The output of markdown processing is further processed by doxygen, so you can
+# mix doxygen, HTML, and XML commands with Markdown formatting. Disable only in
+# case of backward compatibilities issues.
+# The default value is: YES.
+
+MARKDOWN_SUPPORT       = YES
+
+# When the TOC_INCLUDE_HEADINGS tag is set to a non-zero value, all headings up
+# to that level are automatically included in the table of contents, even if
+# they do not have an id attribute.
+# Note: This feature currently applies only to Markdown headings.
+# Minimum value: 0, maximum value: 99, default value: 0.
+# This tag requires that the tag MARKDOWN_SUPPORT is set to YES.
+
+TOC_INCLUDE_HEADINGS   = 0
+
+# When enabled doxygen tries to link words that correspond to documented
+# classes, or namespaces to their corresponding documentation. Such a link can
+# be prevented in individual cases by putting a % sign in front of the word or
+# globally by setting AUTOLINK_SUPPORT to NO.
+# The default value is: YES.
+
+AUTOLINK_SUPPORT       = YES
+
+# If you use STL classes (i.e. std::string, std::vector, etc.) but do not want
+# to include (a tag file for) the STL sources as input, then you should set this
+# tag to YES in order to let doxygen match functions declarations and
+# definitions whose arguments contain STL classes (e.g. func(std::string);
+# versus func(std::string) {}). This also make the inheritance and collaboration
+# diagrams that involve STL classes more complete and accurate.
+# The default value is: NO.
+
+BUILTIN_STL_SUPPORT    = NO
+
+# If you use Microsoft's C++/CLI language, you should set this option to YES to
+# enable parsing support.
+# The default value is: NO.
+
+CPP_CLI_SUPPORT        = NO
+
+# Set the SIP_SUPPORT tag to YES if your project consists of sip (see:
+# http://www.riverbankcomputing.co.uk/software/sip/intro) sources only. Doxygen
+# will parse them like normal C++ but will assume all classes use public instead
+# of private inheritance when no explicit protection keyword is present.
+# The default value is: NO.
+
+SIP_SUPPORT            = NO
+
+# For Microsoft's IDL there are propget and propput attributes to indicate
+# getter and setter methods for a property. Setting this option to YES will make
+# doxygen to replace the get and set methods by a property in the documentation.
+# This will only work if the methods are indeed getting or setting a simple
+# type. If this is not the case, or you want to show the methods anyway, you
+# should set this option to NO.
+# The default value is: YES.
+
+IDL_PROPERTY_SUPPORT   = YES
+
+# If member grouping is used in the documentation and the DISTRIBUTE_GROUP_DOC
+# tag is set to YES then doxygen will reuse the documentation of the first
+# member in the group (if any) for the other members of the group. By default
+# all members of a group must be documented explicitly.
+# The default value is: NO.
+
+DISTRIBUTE_GROUP_DOC   = NO
+
+# If one adds a struct or class to a group and this option is enabled, then also
+# any nested class or struct is added to the same group. By default this option
+# is disabled and one has to add nested compounds explicitly via \ingroup.
+# The default value is: NO.
+
+GROUP_NESTED_COMPOUNDS = NO
+
+# Set the SUBGROUPING tag to YES to allow class member groups of the same type
+# (for instance a group of public functions) to be put as a subgroup of that
+# type (e.g. under the Public Functions section). Set it to NO to prevent
+# subgrouping. Alternatively, this can be done per class using the
+# \nosubgrouping command.
+# The default value is: YES.
+
+SUBGROUPING            = YES
+
+# When the INLINE_GROUPED_CLASSES tag is set to YES, classes, structs and unions
+# are shown inside the group in which they are included (e.g. using \ingroup)
+# instead of on a separate page (for HTML and Man pages) or section (for LaTeX
+# and RTF).
+#
+# Note that this feature does not work in combination with
+# SEPARATE_MEMBER_PAGES.
+# The default value is: NO.
+
+INLINE_GROUPED_CLASSES = NO
+
+# When the INLINE_SIMPLE_STRUCTS tag is set to YES, structs, classes, and unions
+# with only public data fields or simple typedef fields will be shown inline in
+# the documentation of the scope in which they are defined (i.e. file,
+# namespace, or group documentation), provided this scope is documented. If set
+# to NO, structs, classes, and unions are shown on a separate page (for HTML and
+# Man pages) or section (for LaTeX and RTF).
+# The default value is: NO.
+
+INLINE_SIMPLE_STRUCTS  = NO
+
+# When TYPEDEF_HIDES_STRUCT tag is enabled, a typedef of a struct, union, or
+# enum is documented as struct, union, or enum with the name of the typedef. So
+# typedef struct TypeS {} TypeT, will appear in the documentation as a struct
+# with name TypeT. When disabled the typedef will appear as a member of a file,
+# namespace, or class. And the struct will be named TypeS. This can typically be
+# useful for C code in case the coding convention dictates that all compound
+# types are typedef'ed and only the typedef is referenced, never the tag name.
+# The default value is: NO.
+
+TYPEDEF_HIDES_STRUCT   = NO
+
+# The size of the symbol lookup cache can be set using LOOKUP_CACHE_SIZE. This
+# cache is used to resolve symbols given their name and scope. Since this can be
+# an expensive process and often the same symbol appears multiple times in the
+# code, doxygen keeps a cache of pre-resolved symbols. If the cache is too small
+# doxygen will become slower. If the cache is too large, memory is wasted. The
+# cache size is given by this formula: 2^(16+LOOKUP_CACHE_SIZE). The valid range
+# is 0..9, the default is 0, corresponding to a cache size of 2^16=65536
+# symbols. At the end of a run doxygen will report the cache usage and suggest
+# the optimal cache size from a speed point of view.
+# Minimum value: 0, maximum value: 9, default value: 0.
+
+LOOKUP_CACHE_SIZE      = 0
+
+#---------------------------------------------------------------------------
+# Build related configuration options
+#---------------------------------------------------------------------------
+
+# If the EXTRACT_ALL tag is set to YES, doxygen will assume all entities in
+# documentation are documented, even if no documentation was available. Private
+# class members and static file members will be hidden unless the
+# EXTRACT_PRIVATE respectively EXTRACT_STATIC tags are set to YES.
+# Note: This will also disable the warnings about undocumented members that are
+# normally produced when WARNINGS is set to YES.
+# The default value is: NO.
+
+EXTRACT_ALL            = NO
+
+# If the EXTRACT_PRIVATE tag is set to YES, all private members of a class will
+# be included in the documentation.
+# The default value is: NO.
+
+EXTRACT_PRIVATE        = NO
+
+# If the EXTRACT_PACKAGE tag is set to YES, all members with package or internal
+# scope will be included in the documentation.
+# The default value is: NO.
+
+EXTRACT_PACKAGE        = NO
+
+# If the EXTRACT_STATIC tag is set to YES, all static members of a file will be
+# included in the documentation.
+# The default value is: NO.
+
+EXTRACT_STATIC         = NO
+
+# If the EXTRACT_LOCAL_CLASSES tag is set to YES, classes (and structs) defined
+# locally in source files will be included in the documentation. If set to NO,
+# only classes defined in header files are included. Does not have any effect
+# for Java sources.
+# The default value is: YES.
+
+EXTRACT_LOCAL_CLASSES  = YES
+
+# This flag is only useful for Objective-C code. If set to YES, local methods,
+# which are defined in the implementation section but not in the interface are
+# included in the documentation. If set to NO, only methods in the interface are
+# included.
+# The default value is: NO.
+
+EXTRACT_LOCAL_METHODS  = NO
+
+# If this flag is set to YES, the members of anonymous namespaces will be
+# extracted and appear in the documentation as a namespace called
+# 'anonymous_namespace{file}', where file will be replaced with the base name of
+# the file that contains the anonymous namespace. By default anonymous namespace
+# are hidden.
+# The default value is: NO.
+
+EXTRACT_ANON_NSPACES   = NO
+
+# If the HIDE_UNDOC_MEMBERS tag is set to YES, doxygen will hide all
+# undocumented members inside documented classes or files. If set to NO these
+# members will be included in the various overviews, but no documentation
+# section is generated. This option has no effect if EXTRACT_ALL is enabled.
+# The default value is: NO.
+
+HIDE_UNDOC_MEMBERS     = NO
+
+# If the HIDE_UNDOC_CLASSES tag is set to YES, doxygen will hide all
+# undocumented classes that are normally visible in the class hierarchy. If set
+# to NO, these classes will be included in the various overviews. This option
+# has no effect if EXTRACT_ALL is enabled.
+# The default value is: NO.
+
+HIDE_UNDOC_CLASSES     = NO
+
+# If the HIDE_FRIEND_COMPOUNDS tag is set to YES, doxygen will hide all friend
+# (class|struct|union) declarations. If set to NO, these declarations will be
+# included in the documentation.
+# The default value is: NO.
+
+HIDE_FRIEND_COMPOUNDS  = NO
+
+# If the HIDE_IN_BODY_DOCS tag is set to YES, doxygen will hide any
+# documentation blocks found inside the body of a function. If set to NO, these
+# blocks will be appended to the function's detailed documentation block.
+# The default value is: NO.
+
+HIDE_IN_BODY_DOCS      = NO
+
+# The INTERNAL_DOCS tag determines if documentation that is typed after a
+# \internal command is included. If the tag is set to NO then the documentation
+# will be excluded. Set it to YES to include the internal documentation.
+# The default value is: NO.
+
+INTERNAL_DOCS          = NO
+
+# If the CASE_SENSE_NAMES tag is set to NO then doxygen will only generate file
+# names in lower-case letters. If set to YES, upper-case letters are also
+# allowed. This is useful if you have classes or files whose names only differ
+# in case and if your file system supports case sensitive file names. Windows
+# and Mac users are advised to set this option to NO.
+# The default value is: system dependent.
+
+CASE_SENSE_NAMES       = YES
+
+# If the HIDE_SCOPE_NAMES tag is set to NO then doxygen will show members with
+# their full class and namespace scopes in the documentation. If set to YES, the
+# scope will be hidden.
+# The default value is: NO.
+
+HIDE_SCOPE_NAMES       = NO
+
+# If the HIDE_COMPOUND_REFERENCE tag is set to NO (default) then doxygen will
+# append additional text to a page's title, such as Class Reference. If set to
+# YES the compound reference will be hidden.
+# The default value is: NO.
+
+HIDE_COMPOUND_REFERENCE= NO
+
+# If the SHOW_INCLUDE_FILES tag is set to YES then doxygen will put a list of
+# the files that are included by a file in the documentation of that file.
+# The default value is: YES.
+
+SHOW_INCLUDE_FILES     = YES
+
+# If the SHOW_GROUPED_MEMB_INC tag is set to YES then Doxygen will add for each
+# grouped member an include statement to the documentation, telling the reader
+# which file to include in order to use the member.
+# The default value is: NO.
+
+SHOW_GROUPED_MEMB_INC  = NO
+
+# If the FORCE_LOCAL_INCLUDES tag is set to YES then doxygen will list include
+# files with double quotes in the documentation rather than with sharp brackets.
+# The default value is: NO.
+
+FORCE_LOCAL_INCLUDES   = NO
+
+# If the INLINE_INFO tag is set to YES then a tag [inline] is inserted in the
+# documentation for inline members.
+# The default value is: YES.
+
+INLINE_INFO            = YES
+
+# If the SORT_MEMBER_DOCS tag is set to YES then doxygen will sort the
+# (detailed) documentation of file and class members alphabetically by member
+# name. If set to NO, the members will appear in declaration order.
+# The default value is: YES.
+
+SORT_MEMBER_DOCS       = YES
+
+# If the SORT_BRIEF_DOCS tag is set to YES then doxygen will sort the brief
+# descriptions of file, namespace and class members alphabetically by member
+# name. If set to NO, the members will appear in declaration order. Note that
+# this will also influence the order of the classes in the class list.
+# The default value is: NO.
+
+SORT_BRIEF_DOCS        = NO
+
+# If the SORT_MEMBERS_CTORS_1ST tag is set to YES then doxygen will sort the
+# (brief and detailed) documentation of class members so that constructors and
+# destructors are listed first. If set to NO the constructors will appear in the
+# respective orders defined by SORT_BRIEF_DOCS and SORT_MEMBER_DOCS.
+# Note: If SORT_BRIEF_DOCS is set to NO this option is ignored for sorting brief
+# member documentation.
+# Note: If SORT_MEMBER_DOCS is set to NO this option is ignored for sorting
+# detailed member documentation.
+# The default value is: NO.
+
+SORT_MEMBERS_CTORS_1ST = NO
+
+# If the SORT_GROUP_NAMES tag is set to YES then doxygen will sort the hierarchy
+# of group names into alphabetical order. If set to NO the group names will
+# appear in their defined order.
+# The default value is: NO.
+
+SORT_GROUP_NAMES       = NO
+
+# If the SORT_BY_SCOPE_NAME tag is set to YES, the class list will be sorted by
+# fully-qualified names, including namespaces. If set to NO, the class list will
+# be sorted only by class name, not including the namespace part.
+# Note: This option is not very useful if HIDE_SCOPE_NAMES is set to YES.
+# Note: This option applies only to the class list, not to the alphabetical
+# list.
+# The default value is: NO.
+
+SORT_BY_SCOPE_NAME     = NO
+
+# If the STRICT_PROTO_MATCHING option is enabled and doxygen fails to do proper
+# type resolution of all parameters of a function it will reject a match between
+# the prototype and the implementation of a member function even if there is
+# only one candidate or it is obvious which candidate to choose by doing a
+# simple string match. By disabling STRICT_PROTO_MATCHING doxygen will still
+# accept a match between prototype and implementation in such cases.
+# The default value is: NO.
+
+STRICT_PROTO_MATCHING  = NO
+
+# The GENERATE_TODOLIST tag can be used to enable (YES) or disable (NO) the todo
+# list. This list is created by putting \todo commands in the documentation.
+# The default value is: YES.
+
+GENERATE_TODOLIST      = YES
+
+# The GENERATE_TESTLIST tag can be used to enable (YES) or disable (NO) the test
+# list. This list is created by putting \test commands in the documentation.
+# The default value is: YES.
+
+GENERATE_TESTLIST      = YES
+
+# The GENERATE_BUGLIST tag can be used to enable (YES) or disable (NO) the bug
+# list. This list is created by putting \bug commands in the documentation.
+# The default value is: YES.
+
+GENERATE_BUGLIST       = YES
+
+# The GENERATE_DEPRECATEDLIST tag can be used to enable (YES) or disable (NO)
+# the deprecated list. This list is created by putting \deprecated commands in
+# the documentation.
+# The default value is: YES.
+
+GENERATE_DEPRECATEDLIST= YES
+
+# The ENABLED_SECTIONS tag can be used to enable conditional documentation
+# sections, marked by \if <section_label> ... \endif and \cond <section_label>
+# ... \endcond blocks.
+
+ENABLED_SECTIONS       =
+
+# The MAX_INITIALIZER_LINES tag determines the maximum number of lines that the
+# initial value of a variable or macro / define can have for it to appear in the
+# documentation. If the initializer consists of more lines than specified here
+# it will be hidden. Use a value of 0 to hide initializers completely. The
+# appearance of the value of individual variables and macros / defines can be
+# controlled using \showinitializer or \hideinitializer command in the
+# documentation regardless of this setting.
+# Minimum value: 0, maximum value: 10000, default value: 30.
+
+MAX_INITIALIZER_LINES  = 30
+
+# Set the SHOW_USED_FILES tag to NO to disable the list of files generated at
+# the bottom of the documentation of classes and structs. If set to YES, the
+# list will mention the files that were used to generate the documentation.
+# The default value is: YES.
+
+SHOW_USED_FILES        = YES
+
+# Set the SHOW_FILES tag to NO to disable the generation of the Files page. This
+# will remove the Files entry from the Quick Index and from the Folder Tree View
+# (if specified).
+# The default value is: YES.
+
+SHOW_FILES             = YES
+
+# Set the SHOW_NAMESPACES tag to NO to disable the generation of the Namespaces
+# page. This will remove the Namespaces entry from the Quick Index and from the
+# Folder Tree View (if specified).
+# The default value is: YES.
+
+SHOW_NAMESPACES        = YES
+
+# The FILE_VERSION_FILTER tag can be used to specify a program or script that
+# doxygen should invoke to get the current version for each file (typically from
+# the version control system). Doxygen will invoke the program by executing (via
+# popen()) the command command input-file, where command is the value of the
+# FILE_VERSION_FILTER tag, and input-file is the name of an input file provided
+# by doxygen. Whatever the program writes to standard output is used as the file
+# version. For an example see the documentation.
+
+FILE_VERSION_FILTER    =
+
+# The LAYOUT_FILE tag can be used to specify a layout file which will be parsed
+# by doxygen. The layout file controls the global structure of the generated
+# output files in an output format independent way. To create the layout file
+# that represents doxygen's defaults, run doxygen with the -l option. You can
+# optionally specify a file name after the option, if omitted DoxygenLayout.xml
+# will be used as the name of the layout file.
+#
+# Note that if you run doxygen from a directory containing a file called
+# DoxygenLayout.xml, doxygen will parse it automatically even if the LAYOUT_FILE
+# tag is left empty.
+
+LAYOUT_FILE            =
+
+# The CITE_BIB_FILES tag can be used to specify one or more bib files containing
+# the reference definitions. This must be a list of .bib files. The .bib
+# extension is automatically appended if omitted. This requires the bibtex tool
+# to be installed. See also http://en.wikipedia.org/wiki/BibTeX for more info.
+# For LaTeX the style of the bibliography can be controlled using
+# LATEX_BIB_STYLE. To use this feature you need bibtex and perl available in the
+# search path. See also \cite for info how to create references.
+
+CITE_BIB_FILES         =
+
+#---------------------------------------------------------------------------
+# Configuration options related to warning and progress messages
+#---------------------------------------------------------------------------
+
+# The QUIET tag can be used to turn on/off the messages that are generated to
+# standard output by doxygen. If QUIET is set to YES this implies that the
+# messages are off.
+# The default value is: NO.
+
+QUIET                  = NO
+
+# The WARNINGS tag can be used to turn on/off the warning messages that are
+# generated to standard error (stderr) by doxygen. If WARNINGS is set to YES
+# this implies that the warnings are on.
+#
+# Tip: Turn warnings on while writing the documentation.
+# The default value is: YES.
+
+WARNINGS               = YES
+
+# If the WARN_IF_UNDOCUMENTED tag is set to YES then doxygen will generate
+# warnings for undocumented members. If EXTRACT_ALL is set to YES then this flag
+# will automatically be disabled.
+# The default value is: YES.
+
+WARN_IF_UNDOCUMENTED   = YES
+
+# If the WARN_IF_DOC_ERROR tag is set to YES, doxygen will generate warnings for
+# potential errors in the documentation, such as not documenting some parameters
+# in a documented function, or documenting parameters that don't exist or using
+# markup commands wrongly.
+# The default value is: YES.
+
+WARN_IF_DOC_ERROR      = YES
+
+# This WARN_NO_PARAMDOC option can be enabled to get warnings for functions that
+# are documented, but have no documentation for their parameters or return
+# value. If set to NO, doxygen will only warn about wrong or incomplete
+# parameter documentation, but not about the absence of documentation.
+# The default value is: NO.
+
+WARN_NO_PARAMDOC       = NO
+
+# If the WARN_AS_ERROR tag is set to YES then doxygen will immediately stop when
+# a warning is encountered.
+# The default value is: NO.
+
+WARN_AS_ERROR          = NO
+
+# The WARN_FORMAT tag determines the format of the warning messages that doxygen
+# can produce. The string should contain the $file, $line, and $text tags, which
+# will be replaced by the file and line number from which the warning originated
+# and the warning text. Optionally the format may contain $version, which will
+# be replaced by the version of the file (if it could be obtained via
+# FILE_VERSION_FILTER)
+# The default value is: $file:$line: $text.
+
+WARN_FORMAT            = "$file:$line: $text"
+
+# The WARN_LOGFILE tag can be used to specify a file to which warning and error
+# messages should be written. If left blank the output is written to standard
+# error (stderr).
+
+WARN_LOGFILE           =
+
+#---------------------------------------------------------------------------
+# Configuration options related to the input files
+#---------------------------------------------------------------------------
+
+# The INPUT tag is used to specify the files and/or directories that contain
+# documented source files. You may enter file names like myfile.cpp or
+# directories like /usr/src/myproject. Separate the files or directories with
+# spaces. See also FILE_PATTERNS and EXTENSION_MAPPING
+# Note: If this tag is empty the current directory is searched.
+
+INPUT                  = ../dolfin
+
+# This tag can be used to specify the character encoding of the source files
+# that doxygen parses. Internally doxygen uses the UTF-8 encoding. Doxygen uses
+# libiconv (or the iconv built into libc) for the transcoding. See the libiconv
+# documentation (see: http://www.gnu.org/software/libiconv) for the list of
+# possible encodings.
+# The default value is: UTF-8.
+
+INPUT_ENCODING         = UTF-8
+
+# If the value of the INPUT tag contains directories, you can use the
+# FILE_PATTERNS tag to specify one or more wildcard patterns (like *.cpp and
+# *.h) to filter out the source-files in the directories.
+#
+# Note that for custom extensions or not directly supported extensions you also
+# need to set EXTENSION_MAPPING for the extension otherwise the files are not
+# read by doxygen.
+#
+# If left blank the following patterns are tested:*.c, *.cc, *.cxx, *.cpp,
+# *.c++, *.java, *.ii, *.ixx, *.ipp, *.i++, *.inl, *.idl, *.ddl, *.odl, *.h,
+# *.hh, *.hxx, *.hpp, *.h++, *.cs, *.d, *.php, *.php4, *.php5, *.phtml, *.inc,
+# *.m, *.markdown, *.md, *.mm, *.dox, *.py, *.pyw, *.f90, *.f95, *.f03, *.f08,
+# *.f, *.for, *.tcl, *.vhd, *.vhdl, *.ucf and *.qsf.
+
+FILE_PATTERNS          = *.c \
+                         *.cc \
+                         *.cxx \
+                         *.cpp \
+                         *.c++ \
+                         *.java \
+                         *.ii \
+                         *.ixx \
+                         *.ipp \
+                         *.i++ \
+                         *.inl \
+                         *.idl \
+                         *.ddl \
+                         *.odl \
+                         *.h \
+                         *.hh \
+                         *.hxx \
+                         *.hpp \
+                         *.h++ \
+                         *.cs \
+                         *.d \
+                         *.php \
+                         *.php4 \
+                         *.php5 \
+                         *.phtml \
+                         *.inc \
+                         *.m \
+                         *.markdown \
+                         *.md \
+                         *.mm \
+                         *.dox \
+                         *.py \
+                         *.pyw \
+                         *.f90 \
+                         *.f95 \
+                         *.f03 \
+                         *.f08 \
+                         *.f \
+                         *.for \
+                         *.tcl \
+                         *.vhd \
+                         *.vhdl \
+                         *.ucf \
+                         *.qsf
+
+# The RECURSIVE tag can be used to specify whether or not subdirectories should
+# be searched for input files as well.
+# The default value is: NO.
+
+RECURSIVE              = YES
+
+# The EXCLUDE tag can be used to specify files and/or directories that should be
+# excluded from the INPUT source files. This way you can easily exclude a
+# subdirectory from a directory tree whose root is specified with the INPUT tag.
+#
+# Note that relative paths are relative to the directory from which doxygen is
+# run.
+
+EXCLUDE                = ../dolfin/io/pugixml.hpp \
+                         ../dolfin/io/pugixml.cpp
+
+
+# The EXCLUDE_SYMLINKS tag can be used to select whether or not files or
+# directories that are symbolic links (a Unix file system feature) are excluded
+# from the input.
+# The default value is: NO.
+
+EXCLUDE_SYMLINKS       = NO
+
+# If the value of the INPUT tag contains directories, you can use the
+# EXCLUDE_PATTERNS tag to specify one or more wildcard patterns to exclude
+# certain files from those directories.
+#
+# Note that the wildcards are matched against the file with absolute path, so to
+# exclude all test directories for example use the pattern */test/*
+
+EXCLUDE_PATTERNS       =
+
+# The EXCLUDE_SYMBOLS tag can be used to specify one or more symbol names
+# (namespaces, classes, functions, etc.) that should be excluded from the
+# output. The symbol name can be a fully qualified name, a word, or if the
+# wildcard * is used, a substring. Examples: ANamespace, AClass,
+# AClass::ANamespace, ANamespace::*Test
+#
+# Note that the wildcards are matched against the file with absolute path, so to
+# exclude all test directories use the pattern */test/*
+
+EXCLUDE_SYMBOLS        =
+
+# The EXAMPLE_PATH tag can be used to specify one or more files or directories
+# that contain example code fragments that are included (see the \include
+# command).
+
+EXAMPLE_PATH           =
+
+# If the value of the EXAMPLE_PATH tag contains directories, you can use the
+# EXAMPLE_PATTERNS tag to specify one or more wildcard pattern (like *.cpp and
+# *.h) to filter out the source-files in the directories. If left blank all
+# files are included.
+
+EXAMPLE_PATTERNS       = *
+
+# If the EXAMPLE_RECURSIVE tag is set to YES then subdirectories will be
+# searched for input files to be used with the \include or \dontinclude commands
+# irrespective of the value of the RECURSIVE tag.
+# The default value is: NO.
+
+EXAMPLE_RECURSIVE      = NO
+
+# The IMAGE_PATH tag can be used to specify one or more files or directories
+# that contain images that are to be included in the documentation (see the
+# \image command).
+
+IMAGE_PATH             =
+
+# The INPUT_FILTER tag can be used to specify a program that doxygen should
+# invoke to filter for each input file. Doxygen will invoke the filter program
+# by executing (via popen()) the command:
+#
+# <filter> <input-file>
+#
+# where <filter> is the value of the INPUT_FILTER tag, and <input-file> is the
+# name of an input file. Doxygen will then use the output that the filter
+# program writes to standard output. If FILTER_PATTERNS is specified, this tag
+# will be ignored.
+#
+# Note that the filter must not add or remove lines; it is applied before the
+# code is scanned, but not when the output code is generated. If lines are added
+# or removed, the anchors will not be placed correctly.
+#
+# Note that for custom extensions or not directly supported extensions you also
+# need to set EXTENSION_MAPPING for the extension otherwise the files are not
+# properly processed by doxygen.
+
+INPUT_FILTER           =
+
+# The FILTER_PATTERNS tag can be used to specify filters on a per file pattern
+# basis. Doxygen will compare the file name with each pattern and apply the
+# filter if there is a match. The filters are a list of the form: pattern=filter
+# (like *.cpp=my_cpp_filter). See INPUT_FILTER for further information on how
+# filters are used. If the FILTER_PATTERNS tag is empty or if none of the
+# patterns match the file name, INPUT_FILTER is applied.
+#
+# Note that for custom extensions or not directly supported extensions you also
+# need to set EXTENSION_MAPPING for the extension otherwise the files are not
+# properly processed by doxygen.
+
+FILTER_PATTERNS        =
+
+# If the FILTER_SOURCE_FILES tag is set to YES, the input filter (if set using
+# INPUT_FILTER) will also be used to filter the input files that are used for
+# producing the source files to browse (i.e. when SOURCE_BROWSER is set to YES).
+# The default value is: NO.
+
+FILTER_SOURCE_FILES    = NO
+
+# The FILTER_SOURCE_PATTERNS tag can be used to specify source filters per file
+# pattern. A pattern will override the setting for FILTER_PATTERN (if any) and
+# it is also possible to disable source filtering for a specific pattern using
+# *.ext= (so without naming a filter).
+# This tag requires that the tag FILTER_SOURCE_FILES is set to YES.
+
+FILTER_SOURCE_PATTERNS =
+
+# If the USE_MDFILE_AS_MAINPAGE tag refers to the name of a markdown file that
+# is part of the input, its contents will be placed on the main page
+# (index.html). This can be useful if you have a project on for instance GitHub
+# and want to reuse the introduction page also for the doxygen output.
+
+USE_MDFILE_AS_MAINPAGE =
+
+#---------------------------------------------------------------------------
+# Configuration options related to source browsing
+#---------------------------------------------------------------------------
+
+# If the SOURCE_BROWSER tag is set to YES then a list of source files will be
+# generated. Documented entities will be cross-referenced with these sources.
+#
+# Note: To get rid of all source code in the generated output, make sure that
+# also VERBATIM_HEADERS is set to NO.
+# The default value is: NO.
+
+SOURCE_BROWSER         = NO
+
+# Setting the INLINE_SOURCES tag to YES will include the body of functions,
+# classes and enums directly into the documentation.
+# The default value is: NO.
+
+INLINE_SOURCES         = NO
+
+# Setting the STRIP_CODE_COMMENTS tag to YES will instruct doxygen to hide any
+# special comment blocks from generated source code fragments. Normal C, C++ and
+# Fortran comments will always remain visible.
+# The default value is: YES.
+
+STRIP_CODE_COMMENTS    = YES
+
+# If the REFERENCED_BY_RELATION tag is set to YES then for each documented
+# function all documented functions referencing it will be listed.
+# The default value is: NO.
+
+REFERENCED_BY_RELATION = NO
+
+# If the REFERENCES_RELATION tag is set to YES then for each documented function
+# all documented entities called/used by that function will be listed.
+# The default value is: NO.
+
+REFERENCES_RELATION    = NO
+
+# If the REFERENCES_LINK_SOURCE tag is set to YES and SOURCE_BROWSER tag is set
+# to YES then the hyperlinks from functions in REFERENCES_RELATION and
+# REFERENCED_BY_RELATION lists will link to the source code. Otherwise they will
+# link to the documentation.
+# The default value is: YES.
+
+REFERENCES_LINK_SOURCE = YES
+
+# If SOURCE_TOOLTIPS is enabled (the default) then hovering a hyperlink in the
+# source code will show a tooltip with additional information such as prototype,
+# brief description and links to the definition and documentation. Since this
+# will make the HTML file larger and loading of large files a bit slower, you
+# can opt to disable this feature.
+# The default value is: YES.
+# This tag requires that the tag SOURCE_BROWSER is set to YES.
+
+SOURCE_TOOLTIPS        = YES
+
+# If the USE_HTAGS tag is set to YES then the references to source code will
+# point to the HTML generated by the htags(1) tool instead of doxygen built-in
+# source browser. The htags tool is part of GNU's global source tagging system
+# (see http://www.gnu.org/software/global/global.html). You will need version
+# 4.8.6 or higher.
+#
+# To use it do the following:
+# - Install the latest version of global
+# - Enable SOURCE_BROWSER and USE_HTAGS in the config file
+# - Make sure the INPUT points to the root of the source tree
+# - Run doxygen as normal
+#
+# Doxygen will invoke htags (and that will in turn invoke gtags), so these
+# tools must be available from the command line (i.e. in the search path).
+#
+# The result: instead of the source browser generated by doxygen, the links to
+# source code will now point to the output of htags.
+# The default value is: NO.
+# This tag requires that the tag SOURCE_BROWSER is set to YES.
+
+USE_HTAGS              = NO
+
+# If the VERBATIM_HEADERS tag is set the YES then doxygen will generate a
+# verbatim copy of the header file for each class for which an include is
+# specified. Set to NO to disable this.
+# See also: Section \class.
+# The default value is: YES.
+
+VERBATIM_HEADERS       = YES
+
+# If the CLANG_ASSISTED_PARSING tag is set to YES then doxygen will use the
+# clang parser (see: http://clang.llvm.org/) for more accurate parsing at the
+# cost of reduced performance. This can be particularly helpful with template
+# rich C++ code for which doxygen's built-in parser lacks the necessary type
+# information.
+# Note: The availability of this option depends on whether or not doxygen was
+# generated with the -Duse-libclang=ON option for CMake.
+# The default value is: NO.
+
+CLANG_ASSISTED_PARSING = NO
+
+# If clang assisted parsing is enabled you can provide the compiler with command
+# line options that you would normally use when invoking the compiler. Note that
+# the include paths will already be set by doxygen for the files and directories
+# specified with INPUT and INCLUDE_PATH.
+# This tag requires that the tag CLANG_ASSISTED_PARSING is set to YES.
+
+CLANG_OPTIONS          =
+
+#---------------------------------------------------------------------------
+# Configuration options related to the alphabetical class index
+#---------------------------------------------------------------------------
+
+# If the ALPHABETICAL_INDEX tag is set to YES, an alphabetical index of all
+# compounds will be generated. Enable this if the project contains a lot of
+# classes, structs, unions or interfaces.
+# The default value is: YES.
+
+ALPHABETICAL_INDEX     = YES
+
+# The COLS_IN_ALPHA_INDEX tag can be used to specify the number of columns in
+# which the alphabetical index list will be split.
+# Minimum value: 1, maximum value: 20, default value: 5.
+# This tag requires that the tag ALPHABETICAL_INDEX is set to YES.
+
+COLS_IN_ALPHA_INDEX    = 5
+
+# In case all classes in a project start with a common prefix, all classes will
+# be put under the same header in the alphabetical index. The IGNORE_PREFIX tag
+# can be used to specify a prefix (or a list of prefixes) that should be ignored
+# while generating the index headers.
+# This tag requires that the tag ALPHABETICAL_INDEX is set to YES.
+
+IGNORE_PREFIX          =
+
+#---------------------------------------------------------------------------
+# Configuration options related to the HTML output
+#---------------------------------------------------------------------------
+
+# If the GENERATE_HTML tag is set to YES, doxygen will generate HTML output
+# The default value is: YES.
+
+GENERATE_HTML          = YES
+
+# The HTML_OUTPUT tag is used to specify where the HTML docs will be put. If a
+# relative path is entered the value of OUTPUT_DIRECTORY will be put in front of
+# it.
+# The default directory is: html.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+HTML_OUTPUT            = html
+
+# The HTML_FILE_EXTENSION tag can be used to specify the file extension for each
+# generated HTML page (for example: .htm, .php, .asp).
+# The default value is: .html.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+HTML_FILE_EXTENSION    = .html
+
+# The HTML_HEADER tag can be used to specify a user-defined HTML header file for
+# each generated HTML page. If the tag is left blank doxygen will generate a
+# standard header.
+#
+# To get valid HTML the header file that includes any scripts and style sheets
+# that doxygen needs, which is dependent on the configuration options used (e.g.
+# the setting GENERATE_TREEVIEW). It is highly recommended to start with a
+# default header using
+# doxygen -w html new_header.html new_footer.html new_stylesheet.css
+# YourConfigFile
+# and then modify the file new_header.html. See also section "Doxygen usage"
+# for information on how to generate the default header that doxygen normally
+# uses.
+# Note: The header is subject to change so you typically have to regenerate the
+# default header when upgrading to a newer version of doxygen. For a description
+# of the possible markers and block names see the documentation.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+HTML_HEADER            =
+
+# The HTML_FOOTER tag can be used to specify a user-defined HTML footer for each
+# generated HTML page. If the tag is left blank doxygen will generate a standard
+# footer. See HTML_HEADER for more information on how to generate a default
+# footer and what special commands can be used inside the footer. See also
+# section "Doxygen usage" for information on how to generate the default footer
+# that doxygen normally uses.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+HTML_FOOTER            =
+
+# The HTML_STYLESHEET tag can be used to specify a user-defined cascading style
+# sheet that is used by each HTML page. It can be used to fine-tune the look of
+# the HTML output. If left blank doxygen will generate a default style sheet.
+# See also section "Doxygen usage" for information on how to generate the style
+# sheet that doxygen normally uses.
+# Note: It is recommended to use HTML_EXTRA_STYLESHEET instead of this tag, as
+# it is more robust and this tag (HTML_STYLESHEET) will in the future become
+# obsolete.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+HTML_STYLESHEET        =
+
+# The HTML_EXTRA_STYLESHEET tag can be used to specify additional user-defined
+# cascading style sheets that are included after the standard style sheets
+# created by doxygen. Using this option one can overrule certain style aspects.
+# This is preferred over using HTML_STYLESHEET since it does not replace the
+# standard style sheet and is therefore more robust against future updates.
+# Doxygen will copy the style sheet files to the output directory.
+# Note: The order of the extra style sheet files is of importance (e.g. the last
+# style sheet in the list overrules the setting of the previous ones in the
+# list). For an example see the documentation.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+HTML_EXTRA_STYLESHEET  =
+
+# The HTML_EXTRA_FILES tag can be used to specify one or more extra images or
+# other source files which should be copied to the HTML output directory. Note
+# that these files will be copied to the base HTML output directory. Use the
+# $relpath^ marker in the HTML_HEADER and/or HTML_FOOTER files to load these
+# files. In the HTML_STYLESHEET file, use the file name only. Also note that the
+# files will be copied as-is; there are no commands or markers available.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+HTML_EXTRA_FILES       =
+
+# The HTML_COLORSTYLE_HUE tag controls the color of the HTML output. Doxygen
+# will adjust the colors in the style sheet and background images according to
+# this color. Hue is specified as an angle on a colorwheel, see
+# http://en.wikipedia.org/wiki/Hue for more information. For instance the value
+# 0 represents red, 60 is yellow, 120 is green, 180 is cyan, 240 is blue, 300
+# purple, and 360 is red again.
+# Minimum value: 0, maximum value: 359, default value: 220.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+HTML_COLORSTYLE_HUE    = 220
+
+# The HTML_COLORSTYLE_SAT tag controls the purity (or saturation) of the colors
+# in the HTML output. For a value of 0 the output will use grayscales only. A
+# value of 255 will produce the most vivid colors.
+# Minimum value: 0, maximum value: 255, default value: 100.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+HTML_COLORSTYLE_SAT    = 100
+
+# The HTML_COLORSTYLE_GAMMA tag controls the gamma correction applied to the
+# luminance component of the colors in the HTML output. Values below 100
+# gradually make the output lighter, whereas values above 100 make the output
+# darker. The value divided by 100 is the actual gamma applied, so 80 represents
+# a gamma of 0.8, The value 220 represents a gamma of 2.2, and 100 does not
+# change the gamma.
+# Minimum value: 40, maximum value: 240, default value: 80.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+HTML_COLORSTYLE_GAMMA  = 80
+
+# If the HTML_TIMESTAMP tag is set to YES then the footer of each generated HTML
+# page will contain the date and time when the page was generated. Setting this
+# to YES can help to show when doxygen was last run and thus if the
+# documentation is up to date.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+HTML_TIMESTAMP         = NO
+
+# If the HTML_DYNAMIC_SECTIONS tag is set to YES then the generated HTML
+# documentation will contain sections that can be hidden and shown after the
+# page has loaded.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+HTML_DYNAMIC_SECTIONS  = NO
+
+# With HTML_INDEX_NUM_ENTRIES one can control the preferred number of entries
+# shown in the various tree structured indices initially; the user can expand
+# and collapse entries dynamically later on. Doxygen will expand the tree to
+# such a level that at most the specified number of entries are visible (unless
+# a fully collapsed tree already exceeds this amount). So setting the number of
+# entries 1 will produce a full collapsed tree by default. 0 is a special value
+# representing an infinite number of entries and will result in a full expanded
+# tree by default.
+# Minimum value: 0, maximum value: 9999, default value: 100.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+HTML_INDEX_NUM_ENTRIES = 100
+
+# If the GENERATE_DOCSET tag is set to YES, additional index files will be
+# generated that can be used as input for Apple's Xcode 3 integrated development
+# environment (see: http://developer.apple.com/tools/xcode/), introduced with
+# OSX 10.5 (Leopard). To create a documentation set, doxygen will generate a
+# Makefile in the HTML output directory. Running make will produce the docset in
+# that directory and running make install will install the docset in
+# ~/Library/Developer/Shared/Documentation/DocSets so that Xcode will find it at
+# startup. See http://developer.apple.com/tools/creatingdocsetswithdoxygen.html
+# for more information.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+GENERATE_DOCSET        = NO
+
+# This tag determines the name of the docset feed. A documentation feed provides
+# an umbrella under which multiple documentation sets from a single provider
+# (such as a company or product suite) can be grouped.
+# The default value is: Doxygen generated docs.
+# This tag requires that the tag GENERATE_DOCSET is set to YES.
+
+DOCSET_FEEDNAME        = "Doxygen generated docs"
+
+# This tag specifies a string that should uniquely identify the documentation
+# set bundle. This should be a reverse domain-name style string, e.g.
+# com.mycompany.MyDocSet. Doxygen will append .docset to the name.
+# The default value is: org.doxygen.Project.
+# This tag requires that the tag GENERATE_DOCSET is set to YES.
+
+DOCSET_BUNDLE_ID       = org.doxygen.Project
+
+# The DOCSET_PUBLISHER_ID tag specifies a string that should uniquely identify
+# the documentation publisher. This should be a reverse domain-name style
+# string, e.g. com.mycompany.MyDocSet.documentation.
+# The default value is: org.doxygen.Publisher.
+# This tag requires that the tag GENERATE_DOCSET is set to YES.
+
+DOCSET_PUBLISHER_ID    = org.doxygen.Publisher
+
+# The DOCSET_PUBLISHER_NAME tag identifies the documentation publisher.
+# The default value is: Publisher.
+# This tag requires that the tag GENERATE_DOCSET is set to YES.
+
+DOCSET_PUBLISHER_NAME  = Publisher
+
+# If the GENERATE_HTMLHELP tag is set to YES then doxygen generates three
+# additional HTML index files: index.hhp, index.hhc, and index.hhk. The
+# index.hhp is a project file that can be read by Microsoft's HTML Help Workshop
+# (see: http://www.microsoft.com/en-us/download/details.aspx?id=21138) on
+# Windows.
+#
+# The HTML Help Workshop contains a compiler that can convert all HTML output
+# generated by doxygen into a single compiled HTML file (.chm). Compiled HTML
+# files are now used as the Windows 98 help format, and will replace the old
+# Windows help format (.hlp) on all Windows platforms in the future. Compressed
+# HTML files also contain an index, a table of contents, and you can search for
+# words in the documentation. The HTML workshop also contains a viewer for
+# compressed HTML files.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+GENERATE_HTMLHELP      = NO
+
+# The CHM_FILE tag can be used to specify the file name of the resulting .chm
+# file. You can add a path in front of the file if the result should not be
+# written to the html output directory.
+# This tag requires that the tag GENERATE_HTMLHELP is set to YES.
+
+CHM_FILE               =
+
+# The HHC_LOCATION tag can be used to specify the location (absolute path
+# including file name) of the HTML help compiler (hhc.exe). If non-empty,
+# doxygen will try to run the HTML help compiler on the generated index.hhp.
+# The file has to be specified with full path.
+# This tag requires that the tag GENERATE_HTMLHELP is set to YES.
+
+HHC_LOCATION           =
+
+# The GENERATE_CHI flag controls if a separate .chi index file is generated
+# (YES) or that it should be included in the master .chm file (NO).
+# The default value is: NO.
+# This tag requires that the tag GENERATE_HTMLHELP is set to YES.
+
+GENERATE_CHI           = NO
+
+# The CHM_INDEX_ENCODING is used to encode HtmlHelp index (hhk), content (hhc)
+# and project file content.
+# This tag requires that the tag GENERATE_HTMLHELP is set to YES.
+
+CHM_INDEX_ENCODING     =
+
+# The BINARY_TOC flag controls whether a binary table of contents is generated
+# (YES) or a normal table of contents (NO) in the .chm file. Furthermore it
+# enables the Previous and Next buttons.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_HTMLHELP is set to YES.
+
+BINARY_TOC             = NO
+
+# The TOC_EXPAND flag can be set to YES to add extra items for group members to
+# the table of contents of the HTML help documentation and to the tree view.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_HTMLHELP is set to YES.
+
+TOC_EXPAND             = NO
+
+# If the GENERATE_QHP tag is set to YES and both QHP_NAMESPACE and
+# QHP_VIRTUAL_FOLDER are set, an additional index file will be generated that
+# can be used as input for Qt's qhelpgenerator to generate a Qt Compressed Help
+# (.qch) of the generated HTML documentation.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+GENERATE_QHP           = NO
+
+# If the QHG_LOCATION tag is specified, the QCH_FILE tag can be used to specify
+# the file name of the resulting .qch file. The path specified is relative to
+# the HTML output folder.
+# This tag requires that the tag GENERATE_QHP is set to YES.
+
+QCH_FILE               =
+
+# The QHP_NAMESPACE tag specifies the namespace to use when generating Qt Help
+# Project output. For more information please see Qt Help Project / Namespace
+# (see: http://qt-project.org/doc/qt-4.8/qthelpproject.html#namespace).
+# The default value is: org.doxygen.Project.
+# This tag requires that the tag GENERATE_QHP is set to YES.
+
+QHP_NAMESPACE          = org.doxygen.Project
+
+# The QHP_VIRTUAL_FOLDER tag specifies the namespace to use when generating Qt
+# Help Project output. For more information please see Qt Help Project / Virtual
+# Folders (see: http://qt-project.org/doc/qt-4.8/qthelpproject.html#virtual-
+# folders).
+# The default value is: doc.
+# This tag requires that the tag GENERATE_QHP is set to YES.
+
+QHP_VIRTUAL_FOLDER     = doc
+
+# If the QHP_CUST_FILTER_NAME tag is set, it specifies the name of a custom
+# filter to add. For more information please see Qt Help Project / Custom
+# Filters (see: http://qt-project.org/doc/qt-4.8/qthelpproject.html#custom-
+# filters).
+# This tag requires that the tag GENERATE_QHP is set to YES.
+
+QHP_CUST_FILTER_NAME   =
+
+# The QHP_CUST_FILTER_ATTRS tag specifies the list of the attributes of the
+# custom filter to add. For more information please see Qt Help Project / Custom
+# Filters (see: http://qt-project.org/doc/qt-4.8/qthelpproject.html#custom-
+# filters).
+# This tag requires that the tag GENERATE_QHP is set to YES.
+
+QHP_CUST_FILTER_ATTRS  =
+
+# The QHP_SECT_FILTER_ATTRS tag specifies the list of the attributes this
+# project's filter section matches. Qt Help Project / Filter Attributes (see:
+# http://qt-project.org/doc/qt-4.8/qthelpproject.html#filter-attributes).
+# This tag requires that the tag GENERATE_QHP is set to YES.
+
+QHP_SECT_FILTER_ATTRS  =
+
+# The QHG_LOCATION tag can be used to specify the location of Qt's
+# qhelpgenerator. If non-empty doxygen will try to run qhelpgenerator on the
+# generated .qhp file.
+# This tag requires that the tag GENERATE_QHP is set to YES.
+
+QHG_LOCATION           =
+
+# If the GENERATE_ECLIPSEHELP tag is set to YES, additional index files will be
+# generated, together with the HTML files, they form an Eclipse help plugin. To
+# install this plugin and make it available under the help contents menu in
+# Eclipse, the contents of the directory containing the HTML and XML files needs
+# to be copied into the plugins directory of eclipse. The name of the directory
+# within the plugins directory should be the same as the ECLIPSE_DOC_ID value.
+# After copying Eclipse needs to be restarted before the help appears.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+GENERATE_ECLIPSEHELP   = NO
+
+# A unique identifier for the Eclipse help plugin. When installing the plugin
+# the directory name containing the HTML and XML files should also have this
+# name. Each documentation set should have its own identifier.
+# The default value is: org.doxygen.Project.
+# This tag requires that the tag GENERATE_ECLIPSEHELP is set to YES.
+
+ECLIPSE_DOC_ID         = org.doxygen.Project
+
+# If you want full control over the layout of the generated HTML pages it might
+# be necessary to disable the index and replace it with your own. The
+# DISABLE_INDEX tag can be used to turn on/off the condensed index (tabs) at top
+# of each HTML page. A value of NO enables the index and the value YES disables
+# it. Since the tabs in the index contain the same information as the navigation
+# tree, you can set this option to YES if you also set GENERATE_TREEVIEW to YES.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+DISABLE_INDEX          = NO
+
+# The GENERATE_TREEVIEW tag is used to specify whether a tree-like index
+# structure should be generated to display hierarchical information. If the tag
+# value is set to YES, a side panel will be generated containing a tree-like
+# index structure (just like the one that is generated for HTML Help). For this
+# to work a browser that supports JavaScript, DHTML, CSS and frames is required
+# (i.e. any modern browser). Windows users are probably better off using the
+# HTML help feature. Via custom style sheets (see HTML_EXTRA_STYLESHEET) one can
+# further fine-tune the look of the index. As an example, the default style
+# sheet generated by doxygen has an example that shows how to put an image at
+# the root of the tree instead of the PROJECT_NAME. Since the tree basically has
+# the same information as the tab index, you could consider setting
+# DISABLE_INDEX to YES when enabling this option.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+GENERATE_TREEVIEW      = NO
+
+# The ENUM_VALUES_PER_LINE tag can be used to set the number of enum values that
+# doxygen will group on one line in the generated HTML documentation.
+#
+# Note that a value of 0 will completely suppress the enum values from appearing
+# in the overview section.
+# Minimum value: 0, maximum value: 20, default value: 4.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+ENUM_VALUES_PER_LINE   = 4
+
+# If the treeview is enabled (see GENERATE_TREEVIEW) then this tag can be used
+# to set the initial width (in pixels) of the frame in which the tree is shown.
+# Minimum value: 0, maximum value: 1500, default value: 250.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+TREEVIEW_WIDTH         = 250
+
+# If the EXT_LINKS_IN_WINDOW option is set to YES, doxygen will open links to
+# external symbols imported via tag files in a separate window.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+EXT_LINKS_IN_WINDOW    = NO
+
+# Use this tag to change the font size of LaTeX formulas included as images in
+# the HTML documentation. When you change the font size after a successful
+# doxygen run you need to manually remove any form_*.png images from the HTML
+# output directory to force them to be regenerated.
+# Minimum value: 8, maximum value: 50, default value: 10.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+FORMULA_FONTSIZE       = 10
+
+# Use the FORMULA_TRANPARENT tag to determine whether or not the images
+# generated for formulas are transparent PNGs. Transparent PNGs are not
+# supported properly for IE 6.0, but are supported on all modern browsers.
+#
+# Note that when changing this option you need to delete any form_*.png files in
+# the HTML output directory before the changes have effect.
+# The default value is: YES.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+FORMULA_TRANSPARENT    = YES
+
+# Enable the USE_MATHJAX option to render LaTeX formulas using MathJax (see
+# http://www.mathjax.org) which uses client side Javascript for the rendering
+# instead of using pre-rendered bitmaps. Use this if you do not have LaTeX
+# installed or if you want to formulas look prettier in the HTML output. When
+# enabled you may also need to install MathJax separately and configure the path
+# to it using the MATHJAX_RELPATH option.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+USE_MATHJAX            = NO
+
+# When MathJax is enabled you can set the default output format to be used for
+# the MathJax output. See the MathJax site (see:
+# http://docs.mathjax.org/en/latest/output.html) for more details.
+# Possible values are: HTML-CSS (which is slower, but has the best
+# compatibility), NativeMML (i.e. MathML) and SVG.
+# The default value is: HTML-CSS.
+# This tag requires that the tag USE_MATHJAX is set to YES.
+
+MATHJAX_FORMAT         = HTML-CSS
+
+# When MathJax is enabled you need to specify the location relative to the HTML
+# output directory using the MATHJAX_RELPATH option. The destination directory
+# should contain the MathJax.js script. For instance, if the mathjax directory
+# is located at the same level as the HTML output directory, then
+# MATHJAX_RELPATH should be ../mathjax. The default value points to the MathJax
+# Content Delivery Network so you can quickly see the result without installing
+# MathJax. However, it is strongly recommended to install a local copy of
+# MathJax from http://www.mathjax.org before deployment.
+# The default value is: http://cdn.mathjax.org/mathjax/latest.
+# This tag requires that the tag USE_MATHJAX is set to YES.
+
+MATHJAX_RELPATH        = http://cdn.mathjax.org/mathjax/latest
+
+# The MATHJAX_EXTENSIONS tag can be used to specify one or more MathJax
+# extension names that should be enabled during MathJax rendering. For example
+# MATHJAX_EXTENSIONS = TeX/AMSmath TeX/AMSsymbols
+# This tag requires that the tag USE_MATHJAX is set to YES.
+
+MATHJAX_EXTENSIONS     =
+
+# The MATHJAX_CODEFILE tag can be used to specify a file with javascript pieces
+# of code that will be used on startup of the MathJax code. See the MathJax site
+# (see: http://docs.mathjax.org/en/latest/output.html) for more details. For an
+# example see the documentation.
+# This tag requires that the tag USE_MATHJAX is set to YES.
+
+MATHJAX_CODEFILE       =
+
+# When the SEARCHENGINE tag is enabled doxygen will generate a search box for
+# the HTML output. The underlying search engine uses javascript and DHTML and
+# should work on any modern browser. Note that when using HTML help
+# (GENERATE_HTMLHELP), Qt help (GENERATE_QHP), or docsets (GENERATE_DOCSET)
+# there is already a search function so this one should typically be disabled.
+# For large projects the javascript based search engine can be slow, then
+# enabling SERVER_BASED_SEARCH may provide a better solution. It is possible to
+# search using the keyboard; to jump to the search box use <access key> + S
+# (what the <access key> is depends on the OS and browser, but it is typically
+# <CTRL>, <ALT>/<option>, or both). Inside the search box use the <cursor down
+# key> to jump into the search results window, the results can be navigated
+# using the <cursor keys>. Press <Enter> to select an item or <escape> to cancel
+# the search. The filter options can be selected when the cursor is inside the
+# search box by pressing <Shift>+<cursor down>. Also here use the <cursor keys>
+# to select a filter and <Enter> or <escape> to activate or cancel the filter
+# option.
+# The default value is: YES.
+# This tag requires that the tag GENERATE_HTML is set to YES.
+
+SEARCHENGINE           = YES
+
+# When the SERVER_BASED_SEARCH tag is enabled the search engine will be
+# implemented using a web server instead of a web client using Javascript. There
+# are two flavors of web server based searching depending on the EXTERNAL_SEARCH
+# setting. When disabled, doxygen will generate a PHP script for searching and
+# an index file used by the script. When EXTERNAL_SEARCH is enabled the indexing
+# and searching needs to be provided by external tools. See the section
+# "External Indexing and Searching" for details.
+# The default value is: NO.
+# This tag requires that the tag SEARCHENGINE is set to YES.
+
+SERVER_BASED_SEARCH    = NO
+
+# When EXTERNAL_SEARCH tag is enabled doxygen will no longer generate the PHP
+# script for searching. Instead the search results are written to an XML file
+# which needs to be processed by an external indexer. Doxygen will invoke an
+# external search engine pointed to by the SEARCHENGINE_URL option to obtain the
+# search results.
+#
+# Doxygen ships with an example indexer (doxyindexer) and search engine
+# (doxysearch.cgi) which are based on the open source search engine library
+# Xapian (see: http://xapian.org/).
+#
+# See the section "External Indexing and Searching" for details.
+# The default value is: NO.
+# This tag requires that the tag SEARCHENGINE is set to YES.
+
+EXTERNAL_SEARCH        = NO
+
+# The SEARCHENGINE_URL should point to a search engine hosted by a web server
+# which will return the search results when EXTERNAL_SEARCH is enabled.
+#
+# Doxygen ships with an example indexer (doxyindexer) and search engine
+# (doxysearch.cgi) which are based on the open source search engine library
+# Xapian (see: http://xapian.org/). See the section "External Indexing and
+# Searching" for details.
+# This tag requires that the tag SEARCHENGINE is set to YES.
+
+SEARCHENGINE_URL       =
+
+# When SERVER_BASED_SEARCH and EXTERNAL_SEARCH are both enabled the unindexed
+# search data is written to a file for indexing by an external tool. With the
+# SEARCHDATA_FILE tag the name of this file can be specified.
+# The default file is: searchdata.xml.
+# This tag requires that the tag SEARCHENGINE is set to YES.
+
+SEARCHDATA_FILE        = searchdata.xml
+
+# When SERVER_BASED_SEARCH and EXTERNAL_SEARCH are both enabled the
+# EXTERNAL_SEARCH_ID tag can be used as an identifier for the project. This is
+# useful in combination with EXTRA_SEARCH_MAPPINGS to search through multiple
+# projects and redirect the results back to the right project.
+# This tag requires that the tag SEARCHENGINE is set to YES.
+
+EXTERNAL_SEARCH_ID     =
+
+# The EXTRA_SEARCH_MAPPINGS tag can be used to enable searching through doxygen
+# projects other than the one defined by this configuration file, but that are
+# all added to the same external search index. Each project needs to have a
+# unique id set via EXTERNAL_SEARCH_ID. The search mapping then maps the id of
+# to a relative location where the documentation can be found. The format is:
+# EXTRA_SEARCH_MAPPINGS = tagname1=loc1 tagname2=loc2 ...
+# This tag requires that the tag SEARCHENGINE is set to YES.
+
+EXTRA_SEARCH_MAPPINGS  =
+
+#---------------------------------------------------------------------------
+# Configuration options related to the LaTeX output
+#---------------------------------------------------------------------------
+
+# If the GENERATE_LATEX tag is set to YES, doxygen will generate LaTeX output.
+# The default value is: YES.
+
+GENERATE_LATEX         = YES
+
+# The LATEX_OUTPUT tag is used to specify where the LaTeX docs will be put. If a
+# relative path is entered the value of OUTPUT_DIRECTORY will be put in front of
+# it.
+# The default directory is: latex.
+# This tag requires that the tag GENERATE_LATEX is set to YES.
+
+LATEX_OUTPUT           = latex
+
+# The LATEX_CMD_NAME tag can be used to specify the LaTeX command name to be
+# invoked.
+#
+# Note that when enabling USE_PDFLATEX this option is only used for generating
+# bitmaps for formulas in the HTML output, but not in the Makefile that is
+# written to the output directory.
+# The default file is: latex.
+# This tag requires that the tag GENERATE_LATEX is set to YES.
+
+LATEX_CMD_NAME         = latex
+
+# The MAKEINDEX_CMD_NAME tag can be used to specify the command name to generate
+# index for LaTeX.
+# The default file is: makeindex.
+# This tag requires that the tag GENERATE_LATEX is set to YES.
+
+MAKEINDEX_CMD_NAME     = makeindex
+
+# If the COMPACT_LATEX tag is set to YES, doxygen generates more compact LaTeX
+# documents. This may be useful for small projects and may help to save some
+# trees in general.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_LATEX is set to YES.
+
+COMPACT_LATEX          = NO
+
+# The PAPER_TYPE tag can be used to set the paper type that is used by the
+# printer.
+# Possible values are: a4 (210 x 297 mm), letter (8.5 x 11 inches), legal (8.5 x
+# 14 inches) and executive (7.25 x 10.5 inches).
+# The default value is: a4.
+# This tag requires that the tag GENERATE_LATEX is set to YES.
+
+PAPER_TYPE             = a4
+
+# The EXTRA_PACKAGES tag can be used to specify one or more LaTeX package names
+# that should be included in the LaTeX output. The package can be specified just
+# by its name or with the correct syntax as to be used with the LaTeX
+# \usepackage command. To get the times font for instance you can specify :
+# EXTRA_PACKAGES=times or EXTRA_PACKAGES={times}
+# To use the option intlimits with the amsmath package you can specify:
+# EXTRA_PACKAGES=[intlimits]{amsmath}
+# If left blank no extra packages will be included.
+# This tag requires that the tag GENERATE_LATEX is set to YES.
+
+EXTRA_PACKAGES         =
+
+# The LATEX_HEADER tag can be used to specify a personal LaTeX header for the
+# generated LaTeX document. The header should contain everything until the first
+# chapter. If it is left blank doxygen will generate a standard header. See
+# section "Doxygen usage" for information on how to let doxygen write the
+# default header to a separate file.
+#
+# Note: Only use a user-defined header if you know what you are doing! The
+# following commands have a special meaning inside the header: $title,
+# $datetime, $date, $doxygenversion, $projectname, $projectnumber,
+# $projectbrief, $projectlogo. Doxygen will replace $title with the empty
+# string, for the replacement values of the other commands the user is referred
+# to HTML_HEADER.
+# This tag requires that the tag GENERATE_LATEX is set to YES.
+
+LATEX_HEADER           =
+
+# The LATEX_FOOTER tag can be used to specify a personal LaTeX footer for the
+# generated LaTeX document. The footer should contain everything after the last
+# chapter. If it is left blank doxygen will generate a standard footer. See
+# LATEX_HEADER for more information on how to generate a default footer and what
+# special commands can be used inside the footer.
+#
+# Note: Only use a user-defined footer if you know what you are doing!
+# This tag requires that the tag GENERATE_LATEX is set to YES.
+
+LATEX_FOOTER           =
+
+# The LATEX_EXTRA_STYLESHEET tag can be used to specify additional user-defined
+# LaTeX style sheets that are included after the standard style sheets created
+# by doxygen. Using this option one can overrule certain style aspects. Doxygen
+# will copy the style sheet files to the output directory.
+# Note: The order of the extra style sheet files is of importance (e.g. the last
+# style sheet in the list overrules the setting of the previous ones in the
+# list).
+# This tag requires that the tag GENERATE_LATEX is set to YES.
+
+LATEX_EXTRA_STYLESHEET =
+
+# The LATEX_EXTRA_FILES tag can be used to specify one or more extra images or
+# other source files which should be copied to the LATEX_OUTPUT output
+# directory. Note that the files will be copied as-is; there are no commands or
+# markers available.
+# This tag requires that the tag GENERATE_LATEX is set to YES.
+
+LATEX_EXTRA_FILES      =
+
+# If the PDF_HYPERLINKS tag is set to YES, the LaTeX that is generated is
+# prepared for conversion to PDF (using ps2pdf or pdflatex). The PDF file will
+# contain links (just like the HTML output) instead of page references. This
+# makes the output suitable for online browsing using a PDF viewer.
+# The default value is: YES.
+# This tag requires that the tag GENERATE_LATEX is set to YES.
+
+PDF_HYPERLINKS         = YES
+
+# If the USE_PDFLATEX tag is set to YES, doxygen will use pdflatex to generate
+# the PDF file directly from the LaTeX files. Set this option to YES, to get a
+# higher quality PDF documentation.
+# The default value is: YES.
+# This tag requires that the tag GENERATE_LATEX is set to YES.
+
+USE_PDFLATEX           = YES
+
+# If the LATEX_BATCHMODE tag is set to YES, doxygen will add the \batchmode
+# command to the generated LaTeX files. This will instruct LaTeX to keep running
+# if errors occur, instead of asking the user for help. This option is also used
+# when generating formulas in HTML.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_LATEX is set to YES.
+
+LATEX_BATCHMODE        = NO
+
+# If the LATEX_HIDE_INDICES tag is set to YES then doxygen will not include the
+# index chapters (such as File Index, Compound Index, etc.) in the output.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_LATEX is set to YES.
+
+LATEX_HIDE_INDICES     = NO
+
+# If the LATEX_SOURCE_CODE tag is set to YES then doxygen will include source
+# code with syntax highlighting in the LaTeX output.
+#
+# Note that which sources are shown also depends on other settings such as
+# SOURCE_BROWSER.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_LATEX is set to YES.
+
+LATEX_SOURCE_CODE      = NO
+
+# The LATEX_BIB_STYLE tag can be used to specify the style to use for the
+# bibliography, e.g. plainnat, or ieeetr. See
+# http://en.wikipedia.org/wiki/BibTeX and \cite for more info.
+# The default value is: plain.
+# This tag requires that the tag GENERATE_LATEX is set to YES.
+
+LATEX_BIB_STYLE        = plain
+
+# If the LATEX_TIMESTAMP tag is set to YES then the footer of each generated
+# page will contain the date and time when the page was generated. Setting this
+# to NO can help when comparing the output of multiple runs.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_LATEX is set to YES.
+
+LATEX_TIMESTAMP        = NO
+
+#---------------------------------------------------------------------------
+# Configuration options related to the RTF output
+#---------------------------------------------------------------------------
+
+# If the GENERATE_RTF tag is set to YES, doxygen will generate RTF output. The
+# RTF output is optimized for Word 97 and may not look too pretty with other RTF
+# readers/editors.
+# The default value is: NO.
+
+GENERATE_RTF           = NO
+
+# The RTF_OUTPUT tag is used to specify where the RTF docs will be put. If a
+# relative path is entered the value of OUTPUT_DIRECTORY will be put in front of
+# it.
+# The default directory is: rtf.
+# This tag requires that the tag GENERATE_RTF is set to YES.
+
+RTF_OUTPUT             = rtf
+
+# If the COMPACT_RTF tag is set to YES, doxygen generates more compact RTF
+# documents. This may be useful for small projects and may help to save some
+# trees in general.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_RTF is set to YES.
+
+COMPACT_RTF            = NO
+
+# If the RTF_HYPERLINKS tag is set to YES, the RTF that is generated will
+# contain hyperlink fields. The RTF file will contain links (just like the HTML
+# output) instead of page references. This makes the output suitable for online
+# browsing using Word or some other Word compatible readers that support those
+# fields.
+#
+# Note: WordPad (write) and others do not support links.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_RTF is set to YES.
+
+RTF_HYPERLINKS         = NO
+
+# Load stylesheet definitions from file. Syntax is similar to doxygen's config
+# file, i.e. a series of assignments. You only have to provide replacements,
+# missing definitions are set to their default value.
+#
+# See also section "Doxygen usage" for information on how to generate the
+# default style sheet that doxygen normally uses.
+# This tag requires that the tag GENERATE_RTF is set to YES.
+
+RTF_STYLESHEET_FILE    =
+
+# Set optional variables used in the generation of an RTF document. Syntax is
+# similar to doxygen's config file. A template extensions file can be generated
+# using doxygen -e rtf extensionFile.
+# This tag requires that the tag GENERATE_RTF is set to YES.
+
+RTF_EXTENSIONS_FILE    =
+
+# If the RTF_SOURCE_CODE tag is set to YES then doxygen will include source code
+# with syntax highlighting in the RTF output.
+#
+# Note that which sources are shown also depends on other settings such as
+# SOURCE_BROWSER.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_RTF is set to YES.
+
+RTF_SOURCE_CODE        = NO
+
+#---------------------------------------------------------------------------
+# Configuration options related to the man page output
+#---------------------------------------------------------------------------
+
+# If the GENERATE_MAN tag is set to YES, doxygen will generate man pages for
+# classes and files.
+# The default value is: NO.
+
+GENERATE_MAN           = NO
+
+# The MAN_OUTPUT tag is used to specify where the man pages will be put. If a
+# relative path is entered the value of OUTPUT_DIRECTORY will be put in front of
+# it. A directory man3 will be created inside the directory specified by
+# MAN_OUTPUT.
+# The default directory is: man.
+# This tag requires that the tag GENERATE_MAN is set to YES.
+
+MAN_OUTPUT             = man
+
+# The MAN_EXTENSION tag determines the extension that is added to the generated
+# man pages. In case the manual section does not start with a number, the number
+# 3 is prepended. The dot (.) at the beginning of the MAN_EXTENSION tag is
+# optional.
+# The default value is: .3.
+# This tag requires that the tag GENERATE_MAN is set to YES.
+
+MAN_EXTENSION          = .3
+
+# The MAN_SUBDIR tag determines the name of the directory created within
+# MAN_OUTPUT in which the man pages are placed. If defaults to man followed by
+# MAN_EXTENSION with the initial . removed.
+# This tag requires that the tag GENERATE_MAN is set to YES.
+
+MAN_SUBDIR             =
+
+# If the MAN_LINKS tag is set to YES and doxygen generates man output, then it
+# will generate one additional man file for each entity documented in the real
+# man page(s). These additional files only source the real man page, but without
+# them the man command would be unable to find the correct page.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_MAN is set to YES.
+
+MAN_LINKS              = NO
+
+#---------------------------------------------------------------------------
+# Configuration options related to the XML output
+#---------------------------------------------------------------------------
+
+# If the GENERATE_XML tag is set to YES, doxygen will generate an XML file that
+# captures the structure of the code including all documentation.
+# The default value is: NO.
+
+GENERATE_XML           = NO
+
+# The XML_OUTPUT tag is used to specify where the XML pages will be put. If a
+# relative path is entered the value of OUTPUT_DIRECTORY will be put in front of
+# it.
+# The default directory is: xml.
+# This tag requires that the tag GENERATE_XML is set to YES.
+
+XML_OUTPUT             = xml
+
+# If the XML_PROGRAMLISTING tag is set to YES, doxygen will dump the program
+# listings (including syntax highlighting and cross-referencing information) to
+# the XML output. Note that enabling this will significantly increase the size
+# of the XML output.
+# The default value is: YES.
+# This tag requires that the tag GENERATE_XML is set to YES.
+
+XML_PROGRAMLISTING     = YES
+
+#---------------------------------------------------------------------------
+# Configuration options related to the DOCBOOK output
+#---------------------------------------------------------------------------
+
+# If the GENERATE_DOCBOOK tag is set to YES, doxygen will generate Docbook files
+# that can be used to generate PDF.
+# The default value is: NO.
+
+GENERATE_DOCBOOK       = NO
+
+# The DOCBOOK_OUTPUT tag is used to specify where the Docbook pages will be put.
+# If a relative path is entered the value of OUTPUT_DIRECTORY will be put in
+# front of it.
+# The default directory is: docbook.
+# This tag requires that the tag GENERATE_DOCBOOK is set to YES.
+
+DOCBOOK_OUTPUT         = docbook
+
+# If the DOCBOOK_PROGRAMLISTING tag is set to YES, doxygen will include the
+# program listings (including syntax highlighting and cross-referencing
+# information) to the DOCBOOK output. Note that enabling this will significantly
+# increase the size of the DOCBOOK output.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_DOCBOOK is set to YES.
+
+DOCBOOK_PROGRAMLISTING = NO
+
+#---------------------------------------------------------------------------
+# Configuration options for the AutoGen Definitions output
+#---------------------------------------------------------------------------
+
+# If the GENERATE_AUTOGEN_DEF tag is set to YES, doxygen will generate an
+# AutoGen Definitions (see http://autogen.sf.net) file that captures the
+# structure of the code including all documentation. Note that this feature is
+# still experimental and incomplete at the moment.
+# The default value is: NO.
+
+GENERATE_AUTOGEN_DEF   = NO
+
+#---------------------------------------------------------------------------
+# Configuration options related to the Perl module output
+#---------------------------------------------------------------------------
+
+# If the GENERATE_PERLMOD tag is set to YES, doxygen will generate a Perl module
+# file that captures the structure of the code including all documentation.
+#
+# Note that this feature is still experimental and incomplete at the moment.
+# The default value is: NO.
+
+GENERATE_PERLMOD       = NO
+
+# If the PERLMOD_LATEX tag is set to YES, doxygen will generate the necessary
+# Makefile rules, Perl scripts and LaTeX code to be able to generate PDF and DVI
+# output from the Perl module output.
+# The default value is: NO.
+# This tag requires that the tag GENERATE_PERLMOD is set to YES.
+
+PERLMOD_LATEX          = NO
+
+# If the PERLMOD_PRETTY tag is set to YES, the Perl module output will be nicely
+# formatted so it can be parsed by a human reader. This is useful if you want to
+# understand what is going on. On the other hand, if this tag is set to NO, the
+# size of the Perl module output will be much smaller and Perl will parse it
+# just the same.
+# The default value is: YES.
+# This tag requires that the tag GENERATE_PERLMOD is set to YES.
+
+PERLMOD_PRETTY         = YES
+
+# The names of the make variables in the generated doxyrules.make file are
+# prefixed with the string contained in PERLMOD_MAKEVAR_PREFIX. This is useful
+# so different doxyrules.make files included by the same Makefile don't
+# overwrite each other's variables.
+# This tag requires that the tag GENERATE_PERLMOD is set to YES.
+
+PERLMOD_MAKEVAR_PREFIX =
+
+#---------------------------------------------------------------------------
+# Configuration options related to the preprocessor
+#---------------------------------------------------------------------------
+
+# If the ENABLE_PREPROCESSING tag is set to YES, doxygen will evaluate all
+# C-preprocessor directives found in the sources and include files.
+# The default value is: YES.
+
+ENABLE_PREPROCESSING   = NO
+
+# If the MACRO_EXPANSION tag is set to YES, doxygen will expand all macro names
+# in the source code. If set to NO, only conditional compilation will be
+# performed. Macro expansion can be done in a controlled way by setting
+# EXPAND_ONLY_PREDEF to YES.
+# The default value is: NO.
+# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.
+
+MACRO_EXPANSION        = NO
+
+# If the EXPAND_ONLY_PREDEF and MACRO_EXPANSION tags are both set to YES then
+# the macro expansion is limited to the macros specified with the PREDEFINED and
+# EXPAND_AS_DEFINED tags.
+# The default value is: NO.
+# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.
+
+EXPAND_ONLY_PREDEF     = NO
+
+# If the SEARCH_INCLUDES tag is set to YES, the include files in the
+# INCLUDE_PATH will be searched if a #include is found.
+# The default value is: YES.
+# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.
+
+SEARCH_INCLUDES        = YES
+
+# The INCLUDE_PATH tag can be used to specify one or more directories that
+# contain include files that are not input files but should be processed by the
+# preprocessor.
+# This tag requires that the tag SEARCH_INCLUDES is set to YES.
+
+INCLUDE_PATH           =
+
+# You can use the INCLUDE_FILE_PATTERNS tag to specify one or more wildcard
+# patterns (like *.h and *.hpp) to filter out the header-files in the
+# directories. If left blank, the patterns specified with FILE_PATTERNS will be
+# used.
+# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.
+
+INCLUDE_FILE_PATTERNS  =
+
+# The PREDEFINED tag can be used to specify one or more macro names that are
+# defined before the preprocessor is started (similar to the -D option of e.g.
+# gcc). The argument of the tag is a list of macros of the form: name or
+# name=definition (no spaces). If the definition and the "=" are omitted, "=1"
+# is assumed. To prevent a macro definition from being undefined via #undef or
+# recursively expanded use the := operator instead of the = operator.
+# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.
+
+PREDEFINED             =
+
+# If the MACRO_EXPANSION and EXPAND_ONLY_PREDEF tags are set to YES then this
+# tag can be used to specify a list of macro names that should be expanded. The
+# macro definition that is found in the sources will be used. Use the PREDEFINED
+# tag if you want to use a different macro definition that overrules the
+# definition found in the source code.
+# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.
+
+EXPAND_AS_DEFINED      =
+
+# If the SKIP_FUNCTION_MACROS tag is set to YES then doxygen's preprocessor will
+# remove all references to function-like macros that are alone on a line, have
+# an all uppercase name, and do not end with a semicolon. Such function macros
+# are typically used for boiler-plate code, and will confuse the parser if not
+# removed.
+# The default value is: YES.
+# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.
+
+SKIP_FUNCTION_MACROS   = YES
+
+#---------------------------------------------------------------------------
+# Configuration options related to external references
+#---------------------------------------------------------------------------
+
+# The TAGFILES tag can be used to specify one or more tag files. For each tag
+# file the location of the external documentation should be added. The format of
+# a tag file without this location is as follows:
+# TAGFILES = file1 file2 ...
+# Adding location for the tag files is done as follows:
+# TAGFILES = file1=loc1 "file2 = loc2" ...
+# where loc1 and loc2 can be relative or absolute paths or URLs. See the
+# section "Linking to external documentation" for more information about the use
+# of tag files.
+# Note: Each tag file must have a unique name (where the name does NOT include
+# the path). If a tag file is not located in the directory in which doxygen is
+# run, you must also specify the path to the tagfile here.
+
+TAGFILES               =
+
+# When a file name is specified after GENERATE_TAGFILE, doxygen will create a
+# tag file that is based on the input files it reads. See section "Linking to
+# external documentation" for more information about the usage of tag files.
+
+GENERATE_TAGFILE       =
+
+# If the ALLEXTERNALS tag is set to YES, all external class will be listed in
+# the class index. If set to NO, only the inherited external classes will be
+# listed.
+# The default value is: NO.
+
+ALLEXTERNALS           = NO
+
+# If the EXTERNAL_GROUPS tag is set to YES, all external groups will be listed
+# in the modules index. If set to NO, only the current project's groups will be
+# listed.
+# The default value is: YES.
+
+EXTERNAL_GROUPS        = YES
+
+# If the EXTERNAL_PAGES tag is set to YES, all external pages will be listed in
+# the related pages index. If set to NO, only the current project's pages will
+# be listed.
+# The default value is: YES.
+
+EXTERNAL_PAGES         = YES
+
+# The PERL_PATH should be the absolute path and name of the perl script
+# interpreter (i.e. the result of 'which perl').
+# The default file (with absolute path) is: /usr/bin/perl.
+
+PERL_PATH              = /usr/bin/perl
+
+#---------------------------------------------------------------------------
+# Configuration options related to the dot tool
+#---------------------------------------------------------------------------
+
+# If the CLASS_DIAGRAMS tag is set to YES, doxygen will generate a class diagram
+# (in HTML and LaTeX) for classes with base or super classes. Setting the tag to
+# NO turns the diagrams off. Note that this option also works with HAVE_DOT
+# disabled, but it is recommended to install and use dot, since it yields more
+# powerful graphs.
+# The default value is: YES.
+
+CLASS_DIAGRAMS         = YES
+
+# You can define message sequence charts within doxygen comments using the \msc
+# command. Doxygen will then run the mscgen tool (see:
+# http://www.mcternan.me.uk/mscgen/)) to produce the chart and insert it in the
+# documentation. The MSCGEN_PATH tag allows you to specify the directory where
+# the mscgen tool resides. If left empty the tool is assumed to be found in the
+# default search path.
+
+MSCGEN_PATH            =
+
+# You can include diagrams made with dia in doxygen documentation. Doxygen will
+# then run dia to produce the diagram and insert it in the documentation. The
+# DIA_PATH tag allows you to specify the directory where the dia binary resides.
+# If left empty dia is assumed to be found in the default search path.
+
+DIA_PATH               =
+
+# If set to YES the inheritance and collaboration graphs will hide inheritance
+# and usage relations if the target is undocumented or is not a class.
+# The default value is: YES.
+
+HIDE_UNDOC_RELATIONS   = YES
+
+# If you set the HAVE_DOT tag to YES then doxygen will assume the dot tool is
+# available from the path. This tool is part of Graphviz (see:
+# http://www.graphviz.org/), a graph visualization toolkit from AT&T and Lucent
+# Bell Labs. The other options in this section have no effect if this option is
+# set to NO
+# The default value is: YES.
+
+HAVE_DOT               = YES
+
+# The DOT_NUM_THREADS specifies the number of dot invocations doxygen is allowed
+# to run in parallel. When set to 0 doxygen will base this on the number of
+# processors available in the system. You can set it explicitly to a value
+# larger than 0 to get control over the balance between CPU load and processing
+# speed.
+# Minimum value: 0, maximum value: 32, default value: 0.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+DOT_NUM_THREADS        = 0
+
+# When you want a differently looking font in the dot files that doxygen
+# generates you can specify the font name using DOT_FONTNAME. You need to make
+# sure dot is able to find the font, which can be done by putting it in a
+# standard location or by setting the DOTFONTPATH environment variable or by
+# setting DOT_FONTPATH to the directory containing the font.
+# The default value is: Helvetica.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+DOT_FONTNAME           = Helvetica
+
+# The DOT_FONTSIZE tag can be used to set the size (in points) of the font of
+# dot graphs.
+# Minimum value: 4, maximum value: 24, default value: 10.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+DOT_FONTSIZE           = 10
+
+# By default doxygen will tell dot to use the default font as specified with
+# DOT_FONTNAME. If you specify a different font using DOT_FONTNAME you can set
+# the path where dot can find it using this tag.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+DOT_FONTPATH           =
+
+# If the CLASS_GRAPH tag is set to YES then doxygen will generate a graph for
+# each documented class showing the direct and indirect inheritance relations.
+# Setting this tag to YES will force the CLASS_DIAGRAMS tag to NO.
+# The default value is: YES.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+CLASS_GRAPH            = YES
+
+# If the COLLABORATION_GRAPH tag is set to YES then doxygen will generate a
+# graph for each documented class showing the direct and indirect implementation
+# dependencies (inheritance, containment, and class references variables) of the
+# class with other documented classes.
+# The default value is: YES.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+COLLABORATION_GRAPH    = YES
+
+# If the GROUP_GRAPHS tag is set to YES then doxygen will generate a graph for
+# groups, showing the direct groups dependencies.
+# The default value is: YES.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+GROUP_GRAPHS           = YES
+
+# If the UML_LOOK tag is set to YES, doxygen will generate inheritance and
+# collaboration diagrams in a style similar to the OMG's Unified Modeling
+# Language.
+# The default value is: NO.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+UML_LOOK               = NO
+
+# If the UML_LOOK tag is enabled, the fields and methods are shown inside the
+# class node. If there are many fields or methods and many nodes the graph may
+# become too big to be useful. The UML_LIMIT_NUM_FIELDS threshold limits the
+# number of items for each type to make the size more manageable. Set this to 0
+# for no limit. Note that the threshold may be exceeded by 50% before the limit
+# is enforced. So when you set the threshold to 10, up to 15 fields may appear,
+# but if the number exceeds 15, the total amount of fields shown is limited to
+# 10.
+# Minimum value: 0, maximum value: 100, default value: 10.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+UML_LIMIT_NUM_FIELDS   = 10
+
+# If the TEMPLATE_RELATIONS tag is set to YES then the inheritance and
+# collaboration graphs will show the relations between templates and their
+# instances.
+# The default value is: NO.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+TEMPLATE_RELATIONS     = NO
+
+# If the INCLUDE_GRAPH, ENABLE_PREPROCESSING and SEARCH_INCLUDES tags are set to
+# YES then doxygen will generate a graph for each documented file showing the
+# direct and indirect include dependencies of the file with other documented
+# files.
+# The default value is: YES.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+INCLUDE_GRAPH          = YES
+
+# If the INCLUDED_BY_GRAPH, ENABLE_PREPROCESSING and SEARCH_INCLUDES tags are
+# set to YES then doxygen will generate a graph for each documented file showing
+# the direct and indirect include dependencies of the file with other documented
+# files.
+# The default value is: YES.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+INCLUDED_BY_GRAPH      = YES
+
+# If the CALL_GRAPH tag is set to YES then doxygen will generate a call
+# dependency graph for every global function or class method.
+#
+# Note that enabling this option will significantly increase the time of a run.
+# So in most cases it will be better to enable call graphs for selected
+# functions only using the \callgraph command. Disabling a call graph can be
+# accomplished by means of the command \hidecallgraph.
+# The default value is: NO.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+CALL_GRAPH             = NO
+
+# If the CALLER_GRAPH tag is set to YES then doxygen will generate a caller
+# dependency graph for every global function or class method.
+#
+# Note that enabling this option will significantly increase the time of a run.
+# So in most cases it will be better to enable caller graphs for selected
+# functions only using the \callergraph command. Disabling a caller graph can be
+# accomplished by means of the command \hidecallergraph.
+# The default value is: NO.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+CALLER_GRAPH           = NO
+
+# If the GRAPHICAL_HIERARCHY tag is set to YES then doxygen will graphical
+# hierarchy of all classes instead of a textual one.
+# The default value is: YES.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+GRAPHICAL_HIERARCHY    = YES
+
+# If the DIRECTORY_GRAPH tag is set to YES then doxygen will show the
+# dependencies a directory has on other directories in a graphical way. The
+# dependency relations are determined by the #include relations between the
+# files in the directories.
+# The default value is: YES.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+DIRECTORY_GRAPH        = YES
+
+# The DOT_IMAGE_FORMAT tag can be used to set the image format of the images
+# generated by dot. For an explanation of the image formats see the section
+# output formats in the documentation of the dot tool (Graphviz (see:
+# http://www.graphviz.org/)).
+# Note: If you choose svg you need to set HTML_FILE_EXTENSION to xhtml in order
+# to make the SVG files visible in IE 9+ (other browsers do not have this
+# requirement).
+# Possible values are: png, png:cairo, png:cairo:cairo, png:cairo:gd, png:gd,
+# png:gd:gd, jpg, jpg:cairo, jpg:cairo:gd, jpg:gd, jpg:gd:gd, gif, gif:cairo,
+# gif:cairo:gd, gif:gd, gif:gd:gd, svg, png:gd, png:gd:gd, png:cairo,
+# png:cairo:gd, png:cairo:cairo, png:cairo:gdiplus, png:gdiplus and
+# png:gdiplus:gdiplus.
+# The default value is: png.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+DOT_IMAGE_FORMAT       = png
+
+# If DOT_IMAGE_FORMAT is set to svg, then this option can be set to YES to
+# enable generation of interactive SVG images that allow zooming and panning.
+#
+# Note that this requires a modern browser other than Internet Explorer. Tested
+# and working are Firefox, Chrome, Safari, and Opera.
+# Note: For IE 9+ you need to set HTML_FILE_EXTENSION to xhtml in order to make
+# the SVG files visible. Older versions of IE do not have SVG support.
+# The default value is: NO.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+INTERACTIVE_SVG        = NO
+
+# The DOT_PATH tag can be used to specify the path where the dot tool can be
+# found. If left blank, it is assumed the dot tool can be found in the path.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+DOT_PATH               =
+
+# The DOTFILE_DIRS tag can be used to specify one or more directories that
+# contain dot files that are included in the documentation (see the \dotfile
+# command).
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+DOTFILE_DIRS           =
+
+# The MSCFILE_DIRS tag can be used to specify one or more directories that
+# contain msc files that are included in the documentation (see the \mscfile
+# command).
+
+MSCFILE_DIRS           =
+
+# The DIAFILE_DIRS tag can be used to specify one or more directories that
+# contain dia files that are included in the documentation (see the \diafile
+# command).
+
+DIAFILE_DIRS           =
+
+# When using plantuml, the PLANTUML_JAR_PATH tag should be used to specify the
+# path where java can find the plantuml.jar file. If left blank, it is assumed
+# PlantUML is not used or called during a preprocessing step. Doxygen will
+# generate a warning when it encounters a \startuml command in this case and
+# will not generate output for the diagram.
+
+PLANTUML_JAR_PATH      =
+
+# When using plantuml, the PLANTUML_CFG_FILE tag can be used to specify a
+# configuration file for plantuml.
+
+PLANTUML_CFG_FILE      =
+
+# When using plantuml, the specified paths are searched for files specified by
+# the !include statement in a plantuml block.
+
+PLANTUML_INCLUDE_PATH  =
+
+# The DOT_GRAPH_MAX_NODES tag can be used to set the maximum number of nodes
+# that will be shown in the graph. If the number of nodes in a graph becomes
+# larger than this value, doxygen will truncate the graph, which is visualized
+# by representing a node as a red box. Note that doxygen if the number of direct
+# children of the root node in a graph is already larger than
+# DOT_GRAPH_MAX_NODES then the graph will not be shown at all. Also note that
+# the size of a graph can be further restricted by MAX_DOT_GRAPH_DEPTH.
+# Minimum value: 0, maximum value: 10000, default value: 50.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+DOT_GRAPH_MAX_NODES    = 50
+
+# The MAX_DOT_GRAPH_DEPTH tag can be used to set the maximum depth of the graphs
+# generated by dot. A depth value of 3 means that only nodes reachable from the
+# root by following a path via at most 3 edges will be shown. Nodes that lay
+# further from the root node will be omitted. Note that setting this option to 1
+# or 2 may greatly reduce the computation time needed for large code bases. Also
+# note that the size of a graph can be further restricted by
+# DOT_GRAPH_MAX_NODES. Using a depth of 0 means no depth restriction.
+# Minimum value: 0, maximum value: 1000, default value: 0.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+MAX_DOT_GRAPH_DEPTH    = 0
+
+# Set the DOT_TRANSPARENT tag to YES to generate images with a transparent
+# background. This is disabled by default, because dot on Windows does not seem
+# to support this out of the box.
+#
+# Warning: Depending on the platform used, enabling this option may lead to
+# badly anti-aliased labels on the edges of a graph (i.e. they become hard to
+# read).
+# The default value is: NO.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+DOT_TRANSPARENT        = NO
+
+# Set the DOT_MULTI_TARGETS tag to YES to allow dot to generate multiple output
+# files in one run (i.e. multiple -o and -T options on the command line). This
+# makes dot run faster, but since only newer versions of dot (>1.8.10) support
+# this, this feature is disabled by default.
+# The default value is: NO.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+DOT_MULTI_TARGETS      = NO
+
+# If the GENERATE_LEGEND tag is set to YES doxygen will generate a legend page
+# explaining the meaning of the various boxes and arrows in the dot generated
+# graphs.
+# The default value is: YES.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+GENERATE_LEGEND        = YES
+
+# If the DOT_CLEANUP tag is set to YES, doxygen will remove the intermediate dot
+# files that are used to generate the various graphs.
+# The default value is: YES.
+# This tag requires that the tag HAVE_DOT is set to YES.
+
+DOT_CLEANUP            = YES
diff --git a/doc/README b/doc/README
new file mode 100644
index 0000000..2ab8a8a
--- /dev/null
+++ b/doc/README
@@ -0,0 +1,2 @@
+Run 'doxygen' in this directory to build documentation for the DOLFIN
+C++ interface.
\ No newline at end of file
diff --git a/doc/source/ChangeLog.rst b/doc/source/ChangeLog.rst
new file mode 120000
index 0000000..e7b1881
--- /dev/null
+++ b/doc/source/ChangeLog.rst
@@ -0,0 +1 @@
+../../ChangeLog.rst
\ No newline at end of file
diff --git a/doc/source/Makefile b/doc/source/Makefile
new file mode 100644
index 0000000..612d5c9
--- /dev/null
+++ b/doc/source/Makefile
@@ -0,0 +1,20 @@
+# Minimal makefile for Sphinx documentation
+#
+
+# You can set these variables from the command line.
+SPHINXOPTS    =
+SPHINXBUILD   = sphinx-build
+SPHINXPROJ    = DOLFIN
+SOURCEDIR     = .
+BUILDDIR      = _build
+
+# Put it first so that "make" without argument is like "make help".
+help:
+	@$(SPHINXBUILD) -M help "$(SOURCEDIR)" "$(BUILDDIR)" $(SPHINXOPTS) $(O)
+
+.PHONY: help Makefile
+
+# Catch-all target: route all unknown targets to Sphinx using the new
+# "make mode" option.  $(O) is meant as a shortcut for $(SPHINXOPTS).
+%: Makefile
+	@$(SPHINXBUILD) -M $@ "$(SOURCEDIR)" "$(BUILDDIR)" $(SPHINXOPTS) $(O)
\ No newline at end of file
diff --git a/doc/source/conf.py b/doc/source/conf.py
new file mode 100644
index 0000000..1c9e517
--- /dev/null
+++ b/doc/source/conf.py
@@ -0,0 +1,176 @@
+#!/usr/bin/env python3
+# -*- coding: utf-8 -*-
+#
+# DOLFIN documentation build configuration file, created by
+# sphinx-quickstart on Sat Jul  8 11:30:06 2017.
+#
+# This file is execfile()d with the current directory set to its
+# containing dir.
+#
+# Note that not all possible configuration values are present in this
+# autogenerated file.
+#
+# All configuration values have a default; values that are commented out
+# serve to show the default.
+
+# If extensions (or modules to document with autodoc) are in another directory,
+# add these directories to sys.path here. If the directory is relative to the
+# documentation root, use os.path.abspath to make it absolute, like shown here.
+#
+# import os
+# import sys
+# sys.path.insert(0, os.path.abspath('.'))
+
+
+# -- General configuration ------------------------------------------------
+
+# If your documentation needs a minimal Sphinx version, state it here.
+#
+# needs_sphinx = '1.0'
+
+# Add any Sphinx extension module names here, as strings. They can be
+# extensions coming with Sphinx (named 'sphinx.ext.*') or your custom
+# ones.
+extensions = ['sphinx.ext.autodoc',
+              'sphinx.ext.autosummary',
+              'sphinx.ext.mathjax',
+              'sphinx.ext.viewcode']
+
+# Add any paths that contain templates here, relative to this directory.
+templates_path = ['_templates']
+
+# The suffix(es) of source filenames.
+# You can specify multiple suffix as a list of string:
+#
+# source_suffix = ['.rst', '.md']
+source_suffix = '.rst'
+
+# The master toctree document.
+master_doc = 'index'
+
+# General information about the project.
+project = 'DOLFIN'
+copyright = '2018, FEniCS Project'
+author = 'FEniCS Project'
+
+# The version info for the project you're documenting, acts as replacement for
+# |version| and |release|, also used in various other places throughout the
+# built documents.
+#
+# The short X.Y version.
+version = u'2018.1.0'
+# The full version, including alpha/beta/rc tags.
+release = u'2018.1.0'
+
+# The language for content autogenerated by Sphinx. Refer to documentation
+# for a list of supported languages.
+#
+# This is also used if you do content translation via gettext catalogs.
+# Usually you set "language" from the command line for these cases.
+language = None
+
+# List of patterns, relative to source directory, that match files and
+# directories to ignore when looking for source files.
+# This patterns also effect to html_static_path and html_extra_path
+exclude_patterns = []
+
+# The name of the Pygments (syntax highlighting) style to use.
+pygments_style = 'sphinx'
+
+# If true, `todo` and `todoList` produce output, else they produce nothing.
+todo_include_todos = False
+
+
+# -- Options for HTML output ----------------------------------------------
+
+# The theme to use for HTML and HTML Help pages.  See the documentation for
+# a list of builtin themes.
+#
+#html_theme = 'alabaster'
+html_theme = "sphinx_rtd_theme"
+
+# Theme options are theme-specific and customize the look and feel of a theme
+# further.  For a list of options available for each theme, see the
+# documentation.
+#
+# html_theme_options = {}
+
+# Add any paths that contain custom static files (such as style sheets) here,
+# relative to this directory. They are copied after the builtin static files,
+# so a file named "default.css" will overwrite the builtin "default.css".
+html_static_path = ['_static']
+
+# Custom sidebar templates, must be a dictionary that maps document names
+# to template names.
+#
+# This is required for the alabaster theme
+# refs: http://alabaster.readthedocs.io/en/latest/installation.html#sidebars
+html_sidebars = {
+    '**': [
+        'about.html',
+        'navigation.html',
+        'relations.html',  # needs 'show_related': True theme option to display
+        'searchbox.html',
+        'donate.html',
+    ]
+}
+
+
+# -- Options for HTMLHelp output ------------------------------------------
+
+# Output file base name for HTML help builder.
+htmlhelp_basename = 'DOLFINdoc'
+
+
+# -- Options for LaTeX output ---------------------------------------------
+
+latex_elements = {
+    # The paper size ('letterpaper' or 'a4paper').
+    #
+    # 'papersize': 'letterpaper',
+
+    # The font size ('10pt', '11pt' or '12pt').
+    #
+    # 'pointsize': '10pt',
+
+    # Additional stuff for the LaTeX preamble.
+    #
+    # 'preamble': '',
+
+    # Latex figure (float) alignment
+    #
+    # 'figure_align': 'htbp',
+}
+
+# Grouping the document tree into LaTeX files. List of tuples
+# (source start file, target name, title,
+#  author, documentclass [howto, manual, or own class]).
+latex_documents = [
+    (master_doc, 'DOLFIN.tex', 'DOLFIN Documentation',
+     'FEniCS Project', 'manual'),
+]
+
+
+# -- Options for manual page output ---------------------------------------
+
+# One entry per manual page. List of tuples
+# (source start file, name, description, authors, manual section).
+man_pages = [
+    (master_doc, 'dolfin', 'DOLFIN Documentation',
+     [author], 1)
+]
+
+
+# -- Options for Texinfo output -------------------------------------------
+
+# Grouping the document tree into Texinfo files. List of tuples
+# (source start file, target name, title, author,
+#  dir menu entry, description, category)
+texinfo_documents = [
+    (master_doc, 'DOLFIN', 'DOLFIN Documentation',
+     author, 'DOLFIN', 'One line description of project.',
+     'Miscellaneous'),
+]
+
+autodoc_default_flags = ['members', 'show-inheritance']
+autosummary_generate = True
diff --git a/doc/source/index.rst b/doc/source/index.rst
new file mode 100644
index 0000000..bccd2b7
--- /dev/null
+++ b/doc/source/index.rst
@@ -0,0 +1,10 @@
+DOLFIN documentation
+====================
+
+DOLFIN documentation is published on the FEniCS project web:
+https://fenicsproject.org/docs/dolfin/.
+
+.. toctree::
+   :maxdepth: 1
+
+   ChangeLog
diff --git a/dolfin/CMakeLists.txt b/dolfin/CMakeLists.txt
new file mode 100644
index 0000000..fe5420d
--- /dev/null
+++ b/dolfin/CMakeLists.txt
@@ -0,0 +1,347 @@
+set(DOLFIN_H dolfin.h)
+install(FILES ${DOLFIN_H} DESTINATION ${DOLFIN_INCLUDE_DIR}
+  COMPONENT Development)
+
+# Configure and install dolfin/common/version.h file
+string(REPLACE "+" "" DOLFIN_VERSION_MICRO_STRIPPED ${DOLFIN_VERSION_MICRO})
+configure_file(${DOLFIN_SOURCE_DIR}/dolfin/common/version.h.in
+  ${CMAKE_BINARY_DIR}/dolfin/common/version.h @ONLY)
+install(FILES ${CMAKE_BINARY_DIR}/dolfin/common/version.h
+  DESTINATION ${DOLFIN_INCLUDE_DIR}/dolfin/common/
+  COMPONENT Development
+  )
+include_directories(${CMAKE_BINARY_DIR})
+
+#------------------------------------------------------------------------------
+# DOLFIN source directories
+
+# All files and directories in this directory
+file(GLOB DOLFIN_CONTENT RELATIVE ${CMAKE_CURRENT_SOURCE_DIR} *)
+
+# Initialize list
+set(DOLFIN_DIRS)
+
+# List of excluded files and directories
+set(EXCLUDES ${DOLFIN_H} CMakeLists.txt)
+
+# Iterate over all directories and files and append to DOLFIN_DIRS
+foreach(_DIR_NAME ${DOLFIN_CONTENT})
+  list(FIND EXCLUDES ${_DIR_NAME} INDEX_EXCLUDES)
+  if (${INDEX_EXCLUDES} LESS 0)
+    list(APPEND DOLFIN_DIRS ${_DIR_NAME})
+  endif()
+endforeach()
+
+#------------------------------------------------------------------------------
+# Install header files
+
+# Initialize lists
+set(DOLFIN_HEADERS)
+set(DOLFIN_SOURCES)
+
+foreach(DIR ${DOLFIN_DIRS})
+  # Each subdirectory defines HEADERS and SOURCES
+  add_subdirectory(${DIR})
+  set(HEADERS_FULL_PATH)
+  foreach(HEADER_FILE ${HEADERS})
+    list(APPEND HEADERS_FULL_PATH ${CMAKE_CURRENT_SOURCE_DIR}/${DIR}/${HEADER_FILE})
+  endforeach()
+  install(FILES ${HEADERS_FULL_PATH} DESTINATION ${DOLFIN_INCLUDE_DIR}/dolfin/${DIR}
+    COMPONENT Development)
+  list(APPEND DOLFIN_HEADERS ${HEADERS_FULL_PATH})
+  foreach(SOURCE_FILE ${SOURCES})
+    list(APPEND DOLFIN_SOURCES ${CMAKE_CURRENT_SOURCE_DIR}/${DIR}/${SOURCE_FILE})
+  endforeach()
+endforeach()
+
+#------------------------------------------------------------------------------
+# Define libraries
+
+add_library(dolfin ${DOLFIN_H} ${DOLFIN_HEADERS} ${DOLFIN_SOURCES})
+set_target_properties(dolfin PROPERTIES ${DOLFIN_LIBRARY_PROPERTIES})
+
+# Add dependency on the compile_ale_forms target
+add_dependencies(dolfin compile_ale_forms)
+
+#------------------------------------------------------------------------------
+# General compiler defintions
+
+if (DOLFIN_DEPRECATION_ERROR)
+  target_compile_definitions(dolfin PUBLIC DOLFIN_DEPRECATION_ERROR)
+endif()
+
+# Set 'Developer' build type flags
+set(CMAKE_CXX_FLAGS_DEVELOPER "${DOLFIN_CXX_DEVELOPER_FLAGS}" CACHE STRING
+  "Flags used by the compiler during development." FORCE)
+
+# FIXME: Do we want to add -DDEBUG to RelWithDebInfo?
+
+# Set debug definitions
+if (CMAKE_BUILD_TYPE STREQUAL "Developer" OR CMAKE_BUILD_TYPE STREQUAL "Debug")
+  target_compile_definitions(dolfin PUBLIC DEBUG)
+else()
+  target_compile_definitions(dolfin PUBLIC NDEBUG)
+endif()
+
+#------------------------------------------------------------------------------
+# Add include directories and libs of required packages
+
+# UFC
+target_include_directories(dolfin SYSTEM PUBLIC ${UFC_INCLUDE_DIRS})
+
+# Eigen3
+target_include_directories(dolfin SYSTEM PUBLIC ${EIGEN3_INCLUDE_DIR})
+
+# Boost
+target_link_libraries(dolfin PUBLIC Boost::boost)
+foreach (BOOST_PACKAGE ${DOLFIN_BOOST_COMPONENTS_PUBLIC})
+  target_link_libraries(dolfin PUBLIC "Boost::${BOOST_PACKAGE}")
+endforeach()
+foreach (BOOST_PACKAGE ${DOLFIN_BOOST_COMPONENTS_PRIVATE})
+  target_link_libraries(dolfin PRIVATE "Boost::${BOOST_PACKAGE}")
+endforeach()
+
+#------------------------------------------------------------------------------
+# Optional packages
+
+# HDF5
+if (DOLFIN_ENABLE_HDF5 AND HDF5_FOUND)
+  #list(APPEND DOLFIN_LINK_FLAGS ${HDF5_LINK_FLAGS})
+  target_compile_definitions(dolfin PUBLIC HAS_HDF5)
+  target_compile_definitions(dolfin PUBLIC ${HDF5_DEFINITIONS})
+  target_link_libraries(dolfin PUBLIC ${HDF5_C_LIBRARIES})
+  target_include_directories(dolfin SYSTEM PUBLIC ${HDF5_INCLUDE_DIRS})
+endif()
+
+# Trilinos
+if (DOLFIN_ENABLE_TRILINOS AND DOLFIN_TRILINOS_PACKAGES_FOUND)
+  target_compile_definitions(dolfin PUBLIC HAS_TRILINOS)
+  target_compile_definitions(dolfin PUBLIC ${DOLFIN_TRILINOS_DEFINITIONS})
+  target_link_libraries(dolfin PUBLIC ${DOLFIN_TRILINOS_LIBRARIES})
+  target_include_directories(dolfin SYSTEM PUBLIC ${Trilinos_INCLUDE_DIRS})
+endif()
+
+# SLEPC
+if (DOLFIN_ENABLE_PETSC AND DOLFIN_ENABLE_SLEPC AND SLEPC_FOUND)
+  target_compile_definitions(dolfin PUBLIC HAS_SLEPC)
+  target_link_libraries(dolfin PUBLIC SLEPC::slepc)
+  target_link_libraries(dolfin PRIVATE SLEPC::slepc_static)
+endif()
+
+# PETSc
+if (DOLFIN_ENABLE_PETSC AND PETSC_FOUND)
+  target_compile_definitions(dolfin PUBLIC HAS_PETSC)
+  target_link_libraries(dolfin PUBLIC PETSC::petsc)
+  target_link_libraries(dolfin PRIVATE PETSC::petsc_static)
+endif()
+
+# UMFPACK
+if (DOLFIN_ENABLE_UMFPACK AND UMFPACK_FOUND)
+  target_compile_definitions(dolfin PUBLIC HAS_UMFPACK)
+  target_link_libraries(dolfin PRIVATE ${UMFPACK_LIBRARIES})
+  target_include_directories(dolfin SYSTEM PRIVATE ${UMFPACK_INCLUDE_DIRS})
+endif()
+
+# CHOLMOD
+if (DOLFIN_ENABLE_CHOLMOD AND CHOLMOD_FOUND)
+  target_compile_definitions(dolfin PUBLIC HAS_CHOLMOD)
+  target_link_libraries(dolfin PRIVATE ${CHOLMOD_LIBRARIES})
+  target_include_directories(dolfin SYSTEM PRIVATE ${CHOLMOD_INCLUDE_DIRS})
+endif()
+
+# SCOTCH
+if (DOLFIN_ENABLE_SCOTCH AND SCOTCH_FOUND)
+  target_compile_definitions(dolfin PUBLIC HAS_SCOTCH)
+  target_link_libraries(dolfin PRIVATE ${SCOTCH_LIBRARIES})
+  target_include_directories(dolfin SYSTEM PRIVATE ${SCOTCH_INCLUDE_DIRS})
+endif()
+
+# ParMETIS
+if (DOLFIN_ENABLE_PARMETIS AND PARMETIS_FOUND)
+  target_compile_definitions(dolfin PUBLIC HAS_PARMETIS)
+  target_link_libraries(dolfin PRIVATE ${PARMETIS_LIBRARIES})
+  target_include_directories(dolfin SYSTEM PRIVATE ${PARMETIS_INCLUDE_DIRS})
+endif()
+
+# SUNDIALS
+if (DOLFIN_ENABLE_SUNDIALS AND SUNDIALS_FOUND)
+  target_compile_definitions(dolfin PUBLIC HAS_SUNDIALS)
+  target_link_libraries(dolfin PRIVATE ${SUNDIALS_LIBRARIES})
+  target_include_directories(dolfin PUBLIC ${SUNDIALS_INCLUDE_DIRS})
+endif()
+
+# ZLIB
+if (DOLFIN_ENABLE_ZLIB AND ZLIB_FOUND)
+  target_compile_definitions(dolfin PUBLIC HAS_ZLIB)
+  target_link_libraries(dolfin PRIVATE ${ZLIB_LIBRARIES})
+  target_include_directories(dolfin SYSTEM PRIVATE ${ZLIB_INCLUDE_DIRS})
+endif()
+
+# MPI
+if (DOLFIN_ENABLE_MPI AND MPI_CXX_FOUND)
+  set(DOLFIN_CXX_FLAGS "${DOLFIN_CXX_FLAGS} ${MPI_CXX_COMPILE_FLAGS}")
+  target_compile_definitions(dolfin PUBLIC HAS_MPI)
+  target_link_libraries(dolfin PUBLIC ${MPI_CXX_LIBRARIES})
+  target_include_directories(dolfin SYSTEM PUBLIC ${MPI_CXX_INCLUDE_PATH})
+endif()
+
+if (DOLFIN_ENABLE_GEOMETRY_DEBUGGING AND GMP_FOUND AND MPFR_FOUND AND CGAL_FOUND)
+  message(STATUS "Appending link flags for geometry debugging")
+  target_compile_definitions(dolfin PUBLIC "-DDOLFIN_ENABLE_GEOMETRY_DEBUGGING")
+  target_include_directories(dolfin PRIVATE ${CGAL_INCLUDE_DIRS})
+  target_include_directories(dolfin PRIVATE ${GMP_INCLUDE_DIRS})
+  target_include_directories(dolfin PRIVATE ${MPFR_INCLUDE_DIRS})
+  target_link_libraries(dolfin PRIVATE ${GMP_LIBRARIES})
+  target_link_libraries(dolfin PRIVATE ${MPFR_LIBRARIES})
+endif()
+
+#------------------------------------------------------------------------------
+# Set compiler flags, include directories and library dependencies
+
+# Add compiler include directories
+include_directories(BEFORE ${DOLFIN_SOURCE_DIR})
+
+# Add CXX definitions
+#add_definitions(${DOLFIN_CXX_DEFINITIONS})
+target_compile_definitions(dolfin PUBLIC DOLFIN_VERSION="${DOLFIN_VERSION}")
+
+# Just add git revision flag to the one affected file
+set_source_files_properties(common/defines.cpp PROPERTIES COMPILE_FLAGS
+  "-DDOLFIN_GIT_COMMIT_HASH=\\\"${GIT_COMMIT_HASH}\\\" -DUFC_SIGNATURE=\\\"${UFC_SIGNATURE}\\\"")
+
+# Add flags
+#set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} ${DOLFIN_CXX_FLAGS}")
+#set(CMAKE_EXE_LINKER_FLAGS "${CMAKE_EXE_LINKER_FLAGS} ${DOLFIN_LINK_FLAGS}")
+#set(CMAKE_SHARED_LINKER_FLAGS "${CMAKE_SHARED_LINKER_FLAGS} ${DOLFIN_LINK_FLAGS}")
+
+#------------------------------------------------------------------------------
+# Install
+
+install(TARGETS dolfin EXPORT DOLFINTargets
+  RUNTIME DESTINATION ${DOLFIN_LIB_DIR} COMPONENT RuntimeExecutables
+  LIBRARY DESTINATION ${DOLFIN_LIB_DIR} COMPONENT RuntimeLibraries
+  ARCHIVE DESTINATION ${DOLFIN_LIB_DIR} COMPONENT Development
+  )
+
+install(EXPORT DOLFINTargets DESTINATION ${DOLFIN_SHARE_DIR}/cmake)
+
+#------------------------------------------------------------------------------
+# Generate CMake config files (DOLFINConfig{,Version}.cmake)
+
+configure_file(${DOLFIN_CMAKE_DIR}/templates/DOLFINConfig.cmake.in
+  ${CMAKE_BINARY_DIR}/dolfin/DOLFINConfig.cmake @ONLY)
+configure_file(${DOLFIN_CMAKE_DIR}/templates/DOLFINConfigVersion.cmake.in
+  ${CMAKE_BINARY_DIR}/dolfin/DOLFINConfigVersion.cmake @ONLY)
+configure_file(${DOLFIN_CMAKE_DIR}/templates/UseDOLFIN.cmake.in
+  ${CMAKE_BINARY_DIR}/dolfin/UseDOLFIN.cmake @ONLY)
+
+install(
+  FILES
+  ${CMAKE_SOURCE_DIR}/cmake/modules/FindPETSc.cmake
+  ${CMAKE_SOURCE_DIR}/cmake/modules/FindSLEPc.cmake
+  ${CMAKE_BINARY_DIR}/dolfin/DOLFINConfig.cmake
+  ${CMAKE_BINARY_DIR}/dolfin/DOLFINConfigVersion.cmake
+  ${CMAKE_BINARY_DIR}/dolfin/UseDOLFIN.cmake
+  DESTINATION ${DOLFIN_SHARE_DIR}/cmake
+  COMPONENT Development)
+
+#------------------------------------------------------------------------------
+# Generate pkg-config file and install it
+
+# Define packages that should be required by pkg-config file
+set(PKG_REQUIRES "")
+
+# Get link libraries and includes
+get_target_property(PKGCONFIG_DOLFIN_TARGET_LINK_LIBRARIES dolfin INTERFACE_LINK_LIBRARIES)
+get_target_property(PKGCONFIG_DOLFIN_INCLUDE_DIRECTORIES dolfin INTERFACE_INCLUDE_DIRECTORIES)
+
+# Add imported targets to lists for creating pkg-config file
+set(PKGCONFIG_DOLFIN_LIBS)
+foreach(_target ${PKGCONFIG_DOLFIN_TARGET_LINK_LIBRARIES})
+
+  if ("${_target}" MATCHES "^.*::.*$")
+    # Get include paths
+    get_target_property(_inc_dirs ${_target} INTERFACE_INCLUDE_DIRECTORIES)
+    if (_inc_dirs)
+      list(APPEND PKGCONFIG_DOLFIN_INCLUDE_DIRECTORIES ${_inc_dirs})
+    endif()
+
+    # Get libraries
+    get_target_property(_libs ${_target} INTERFACE_LINK_LIBRARIES)
+    if (_libs)
+      list(APPEND PKGCONFIG_DOLFIN_LIBS ${_libs})
+    endif()
+
+  else()
+    # 'regular' libs, i.e. not imported targets
+    list(APPEND PKGCONFIG_DOLFIN_LIBS ${_target})
+  endif()
+
+  # Special handling for compiled Boost imported targets
+  if (("${_target}" MATCHES "^.*Boost::.*$") AND NOT "${_target}" STREQUAL "Boost::boost")
+    get_target_property(_libs ${_target} IMPORTED_LOCATION_RELEASE)
+    if (_libs)
+      list(APPEND PKGCONFIG_DOLFIN_LIBS ${_libs})
+    endif()
+  endif()
+
+endforeach()
+
+# Join include lists and remove duplicates
+list(REMOVE_DUPLICATES PKGCONFIG_DOLFIN_INCLUDE_DIRECTORIES)
+list(REMOVE_DUPLICATES PKGCONFIG_DOLFIN_LIBS)
+
+# Convert include dirs to -I<incdir> form
+foreach(_inc_dir ${PKGCONFIG_DOLFIN_INCLUDE_DIRECTORIES})
+  set(PKG_INCLUDES "-I${_inc_dir} ${PKG_INCLUDES}")
+endforeach()
+
+# Get dolfin definitions
+get_target_property(PKG_DOLFIN_DEFINITIONS dolfin INTERFACE_COMPILE_DEFINITIONS)
+set(PKG_DEFINITIONS)
+foreach(_def ${PKG_DOLFIN_DEFINITIONS})
+    set(PKG_DEFINITIONS "${PKG_DEFINITIONS} -D${_def}")
+endforeach()
+
+# Convert compiler flags and definitions into space separated strings
+string(REPLACE ";" " " PKG_CXXFLAGS "${CMAKE_CXX_FLAGS}")
+string(REPLACE ";" " " PKG_LINKFLAGS "${CMAKE_EXE_LINKER_FLAGS}")
+
+# Convert libraries to -L<libdir> -l<lib> form
+foreach(_lib ${PKGCONFIG_DOLFIN_LIBS})
+  # Add -Wl,option directives
+  if ("${_lib}" MATCHES "-Wl,[^ ]*")
+    set(PKG_LINKFLAGS "${_lib} ${PKG_LINKFLAGS}")
+  else()
+    string(REGEX REPLACE "(.?:?/[^ ]*)/lib([^ ]*)\\.(a|so|dylib|dll)" "-L\\1 -l\\2"
+      _linkflags
+      "${_lib}"
+      )
+
+    # Add libraries that matches the form -L<libdir> -l<lib>
+    if ("${_linkflags}" MATCHES "-L.+ -l.+")
+      set(PKG_LINKFLAGS "${_linkflags} ${PKG_LINKFLAGS}")
+    endif()
+  endif()
+endforeach()
+
+# Remove duplicated link flags
+separate_arguments(PKG_LINKFLAGS)
+list(REMOVE_DUPLICATES PKG_LINKFLAGS)
+string(REPLACE ";" " " PKG_LINKFLAGS "${PKG_LINKFLAGS}")
+
+# Add additional link flags
+foreach(_linkflag ${DOLFIN_LINK_FLAGS})
+  set(PKG_LINKFLAGS "${PKG_LINKFLAGS} ${_linkflag}")
+endforeach()
+
+# Boost include dir (used as pkg-config variable)
+get_target_property(BOOST_INCLUDE_DIR Boost::boost INTERFACE_INCLUDE_DIRECTORIES)
+
+# Configure and install pkg-config file
+configure_file(${DOLFIN_CMAKE_DIR}/templates/dolfin.pc.in ${CMAKE_BINARY_DIR}/dolfin.pc @ONLY)
+install(FILES ${CMAKE_BINARY_DIR}/dolfin.pc
+  DESTINATION ${DOLFIN_PKGCONFIG_DIR}
+  COMPONENT Development
+  )
+#------------------------------------------------------------------------------
diff --git a/dolfin/adaptivity/AdaptiveLinearVariationalSolver.cpp b/dolfin/adaptivity/AdaptiveLinearVariationalSolver.cpp
new file mode 100644
index 0000000..08cf2d7
--- /dev/null
+++ b/dolfin/adaptivity/AdaptiveLinearVariationalSolver.cpp
@@ -0,0 +1,124 @@
+// Copyright (C) 2010--2012 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2010-2011
+// Modified by Garth N. Wells 2011
+//
+// First added:  2010-08-19
+// Last changed: 2013-11-15
+
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/fem/LinearVariationalProblem.h>
+#include <dolfin/fem/LinearVariationalSolver.h>
+#include <dolfin/fem/assemble.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+
+#include "AdaptiveLinearVariationalSolver.h"
+#include "GoalFunctional.h"
+#include "adapt.h"
+
+using namespace dolfin;
+
+// ----------------------------------------------------------------------------
+AdaptiveLinearVariationalSolver::
+AdaptiveLinearVariationalSolver(std::shared_ptr<LinearVariationalProblem> problem,
+                                std::shared_ptr<GoalFunctional> goal)
+  : _problem(problem)
+{
+  init(problem, goal);
+}
+// ----------------------------------------------------------------------------
+AdaptiveLinearVariationalSolver::
+AdaptiveLinearVariationalSolver(std::shared_ptr<LinearVariationalProblem> problem,
+                                std::shared_ptr<Form> goal,
+                                std::shared_ptr<ErrorControl> control)
+  : _problem(problem)
+{
+  this->goal = goal;
+  this->control = control;
+
+  // Set generic adaptive parameters
+  parameters = GenericAdaptiveVariationalSolver::default_parameters();
+
+  // Add parameters for linear variational solver
+  parameters.add(LinearVariationalSolver::default_parameters());
+}
+// ----------------------------------------------------------------------------
+void AdaptiveLinearVariationalSolver::
+init(std::shared_ptr<LinearVariationalProblem> problem,
+     std::shared_ptr<GoalFunctional> goal)
+{
+  dolfin_assert(goal);
+  this->goal = goal;
+
+  // Set generic adaptive parameters
+  parameters = GenericAdaptiveVariationalSolver::default_parameters();
+
+  // Add parameters for linear variational solver
+  parameters.add(LinearVariationalSolver::default_parameters());
+
+  // Extract error control from goal
+  std::shared_ptr<const Form> a = problem->bilinear_form();
+  std::shared_ptr<const Form> L = problem->linear_form();
+  dolfin_assert(a);
+  dolfin_assert(L);
+
+  // Extract and set error control from goal functional
+  goal->update_ec(*a, *L);
+  control = goal->_ec;
+}
+// ----------------------------------------------------------------------------
+std::shared_ptr<const Function>
+AdaptiveLinearVariationalSolver::solve_primal()
+{
+  LinearVariationalProblem& current = _problem->leaf_node();
+  LinearVariationalSolver solver(reference_to_no_delete_pointer(current));
+  solver.parameters.update(parameters("linear_variational_solver"));
+  solver.solve();
+  return current.solution();
+}
+// ----------------------------------------------------------------------------
+std::vector<std::shared_ptr<const DirichletBC>>
+AdaptiveLinearVariationalSolver::extract_bcs() const
+{
+  const LinearVariationalProblem& current = _problem->leaf_node();
+  return current.bcs();
+}
+// ----------------------------------------------------------------------------
+double AdaptiveLinearVariationalSolver::
+evaluate_goal(Form& M, std::shared_ptr<const Function> u) const
+{
+  dolfin_assert(M.num_coefficients() > 0);
+  M.set_coefficient(M.num_coefficients() - 1, u);
+  return assemble(M);
+}
+// ----------------------------------------------------------------------------
+void AdaptiveLinearVariationalSolver::
+adapt_problem(std::shared_ptr<const Mesh> mesh)
+{
+  const LinearVariationalProblem& current = _problem->leaf_node();
+  adapt(current, mesh);
+}
+// ----------------------------------------------------------------------------
+std::size_t AdaptiveLinearVariationalSolver::num_dofs_primal()
+{
+  const LinearVariationalProblem& current = _problem->leaf_node();
+  const FunctionSpace& V = *(current.trial_space());
+  return V.dim();
+}
+// ----------------------------------------------------------------------------
diff --git a/dolfin/adaptivity/AdaptiveLinearVariationalSolver.h b/dolfin/adaptivity/AdaptiveLinearVariationalSolver.h
new file mode 100644
index 0000000..9868bab
--- /dev/null
+++ b/dolfin/adaptivity/AdaptiveLinearVariationalSolver.h
@@ -0,0 +1,158 @@
+// Copyright (C) 2010--2012 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2010-2011.
+// Modified by Garth N. Wells, 2011.
+//
+// First added:  2010-08-19
+// Last changed: 2012-11-14
+
+#ifndef __ADAPTIVE_LINEAR_VARIATIONAL_SOLVER_H
+#define __ADAPTIVE_LINEAR_VARIATIONAL_SOLVER_H
+
+#include <memory>
+#include "GenericAdaptiveVariationalSolver.h"
+
+namespace dolfin
+{
+  // Forward declarations
+  class DirichletBC;
+  class Form;
+  class Function;
+  class LinearVariationalProblem;
+  class GoalFunctional;
+  class Mesh;
+
+  /// A class for goal-oriented adaptive solution of linear
+  /// variational problems.
+  ///
+  /// For a linear variational problem of the form: find u in V
+  /// satisfying
+  ///
+  ///     a(u, v) = L(v) for all v in :math:`\hat V`
+  ///
+  /// and a corresponding conforming discrete problem: find u_h in V_h
+  /// satisfying
+  ///
+  ///     a(u_h, v) = L(v) for all v in :math:`\hat V_h`
+  ///
+  /// and a given goal functional M and tolerance tol, the aim is to
+  /// find a V_H and a u_H in V_H satisfying the discrete problem such
+  /// that
+  ///
+  ///     \|M(u) - M(u_H)\| < tol
+  ///
+  /// This strategy is based on dual-weighted residual error
+  /// estimators designed and automatically generated for the primal
+  /// problem and subsequent h-adaptivity.
+
+  class AdaptiveLinearVariationalSolver
+    : public GenericAdaptiveVariationalSolver
+  {
+  public:
+
+    /// Create AdaptiveLinearVariationalSolver (shared ptr version)
+    ///
+    /// *Arguments*
+    ///     problem (_LinearVariationalProblem_)
+    ///         The primal problem
+    ///     goal (_GoalFunctional_)
+    ///         The goal functional
+    AdaptiveLinearVariationalSolver(std::shared_ptr<LinearVariationalProblem> problem,
+                                    std::shared_ptr<GoalFunctional> goal);
+
+    /// Create AdaptiveLinearVariationalSolver from variational
+    /// problem, goal form and error control instance
+    ///
+    /// *Arguments*
+    ///     problem (_LinearVariationalProblem_)
+    ///         The primal problem
+    ///     goal (_Form_)
+    ///         The goal functional
+    ///     control (_ErrorControl_)
+    ///         An error controller object
+    AdaptiveLinearVariationalSolver(std::shared_ptr<LinearVariationalProblem> problem,
+                                    std::shared_ptr<Form> goal,
+                                    std::shared_ptr<ErrorControl> control);
+
+    /// Destructor
+    ~AdaptiveLinearVariationalSolver() {}
+
+    /// Solve the primal problem.
+    ///
+    /// *Returns*
+    ///     _Function_
+    ///         The solution to the primal problem
+    virtual std::shared_ptr<const Function> solve_primal();
+
+    /// Extract the boundary conditions for the primal problem.
+    ///
+    /// *Returns*
+    ///     std::vector<_DirichletBC_>
+    ///         The primal boundary conditions
+    virtual std::vector<std::shared_ptr<const DirichletBC>> extract_bcs() const;
+
+    /// Evaluate the goal functional.
+    ///
+    /// *Arguments*
+    ///    M (_Form_)
+    ///        The functional to be evaluated
+    ///    u (_Function_)
+    ///        The function at which to evaluate the functional
+    ///
+    /// *Returns*
+    ///     double
+    ///         The value of M evaluated at u
+    virtual double evaluate_goal(Form& M,
+                                 std::shared_ptr<const Function> u) const;
+
+    /// Adapt the problem to other mesh.
+    ///
+    /// *Arguments*
+    ///    mesh (_Mesh_)
+    ///        The other mesh
+    virtual void adapt_problem(std::shared_ptr<const Mesh> mesh);
+
+  protected:
+
+    /// Return the number of degrees of freedom for primal problem
+    ///
+    /// *Returns*
+    ///     _std::size_t_
+    ///         The number of degrees of freedom
+    virtual std::size_t num_dofs_primal();
+
+  private:
+
+    /// Helper function for instance initialization
+    ///
+    /// *Arguments*
+    ///    problem (_LinearVariationalProblem_)
+    ///        The primal problem
+    ///    u (_GoalFunctional_)
+    ///        The goal functional
+    void init(std::shared_ptr<LinearVariationalProblem> problem,
+              std::shared_ptr<GoalFunctional> goal);
+
+    // The primal problem
+    std::shared_ptr<LinearVariationalProblem> _problem;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/adaptivity/AdaptiveNonlinearVariationalSolver.cpp b/dolfin/adaptivity/AdaptiveNonlinearVariationalSolver.cpp
new file mode 100644
index 0000000..3f7aabb
--- /dev/null
+++ b/dolfin/adaptivity/AdaptiveNonlinearVariationalSolver.cpp
@@ -0,0 +1,120 @@
+// Copyright (C) 2010--2012 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2010-2011
+// Modified by Garth N. Wells 2011
+//
+// First added:  2010-08-19
+// Last changed: 2012-11-14
+
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/fem/NonlinearVariationalProblem.h>
+#include <dolfin/fem/NonlinearVariationalSolver.h>
+#include <dolfin/fem/assemble.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+
+#include "AdaptiveNonlinearVariationalSolver.h"
+#include "GoalFunctional.h"
+#include "adapt.h"
+
+using namespace dolfin;
+
+// ----------------------------------------------------------------------------
+AdaptiveNonlinearVariationalSolver::AdaptiveNonlinearVariationalSolver(
+  std::shared_ptr<NonlinearVariationalProblem> problem,
+  std::shared_ptr<GoalFunctional> goal)
+  : _problem(problem)
+{
+  init(problem, goal);
+}
+// ----------------------------------------------------------------------------
+AdaptiveNonlinearVariationalSolver::AdaptiveNonlinearVariationalSolver(
+  std::shared_ptr<NonlinearVariationalProblem> problem,
+  std::shared_ptr<Form> goal, std::shared_ptr<ErrorControl> control)
+  : _problem(problem)
+{
+  this->goal = goal;
+  this->control = control;
+
+  // Set generic adaptive parameters
+  parameters = GenericAdaptiveVariationalSolver::default_parameters();
+
+  // Add parameters for non-linear variational solver
+  parameters.add(NonlinearVariationalSolver::default_parameters());
+}
+// ----------------------------------------------------------------------------
+void AdaptiveNonlinearVariationalSolver::init(
+  std::shared_ptr<NonlinearVariationalProblem> problem,
+  std::shared_ptr<GoalFunctional> goal)
+{
+  this->goal = goal;
+
+  // Set generic adaptive parameters
+  parameters = GenericAdaptiveVariationalSolver::default_parameters();
+
+  // Add parameters for nonlinear variational solver
+  parameters.add(NonlinearVariationalSolver::default_parameters());
+
+  // Extract error control from goal
+  std::shared_ptr<const Form> a = problem->jacobian_form();
+  std::shared_ptr<const Form> L = problem->residual_form();
+  dolfin_assert(a);
+  dolfin_assert(L);
+
+  // Extract error control from goal functional
+  goal->update_ec(*a, *L);
+  control = goal->_ec;
+}
+// ----------------------------------------------------------------------------
+std::shared_ptr<const Function>
+AdaptiveNonlinearVariationalSolver::solve_primal()
+{
+  NonlinearVariationalProblem& current = _problem->leaf_node();
+  NonlinearVariationalSolver solver(reference_to_no_delete_pointer(current));
+  solver.parameters.update(parameters("nonlinear_variational_solver"));
+  solver.solve();
+  return current.solution();
+}
+// ----------------------------------------------------------------------------
+std::vector<std::shared_ptr<const DirichletBC>>
+AdaptiveNonlinearVariationalSolver::extract_bcs() const
+{
+  const NonlinearVariationalProblem& current = _problem->leaf_node();
+  return current.bcs();
+}
+// ----------------------------------------------------------------------------
+double AdaptiveNonlinearVariationalSolver::evaluate_goal(Form& M,
+                                 std::shared_ptr<const Function> u) const
+{
+  return assemble(M);
+}
+// ----------------------------------------------------------------------------
+void AdaptiveNonlinearVariationalSolver::adapt_problem(
+  std::shared_ptr<const Mesh> mesh)
+{
+  const NonlinearVariationalProblem& current = _problem->leaf_node();
+  adapt(current, mesh);
+}
+// ----------------------------------------------------------------------------
+std::size_t AdaptiveNonlinearVariationalSolver::num_dofs_primal()
+{
+  const NonlinearVariationalProblem& current = _problem->leaf_node();
+  const FunctionSpace& V = *(current.trial_space());
+  return V.dim();
+}
+// ----------------------------------------------------------------------------
diff --git a/dolfin/adaptivity/AdaptiveNonlinearVariationalSolver.h b/dolfin/adaptivity/AdaptiveNonlinearVariationalSolver.h
new file mode 100644
index 0000000..4f6474c
--- /dev/null
+++ b/dolfin/adaptivity/AdaptiveNonlinearVariationalSolver.h
@@ -0,0 +1,160 @@
+// Copyright (C) 2010--2012 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2010-2011.
+// Modified by Garth N. Wells, 2011.
+//
+// First added:  2010-08-19
+// Last changed: 2012-11-14
+
+#ifndef __ADAPTIVE_NONLINEAR_VARIATIONAL_SOLVER_H
+#define __ADAPTIVE_NONLINEAR_VARIATIONAL_SOLVER_H
+
+#include <memory>
+
+#include "GenericAdaptiveVariationalSolver.h"
+
+namespace dolfin
+{
+  // Forward declarations
+  class DirichletBC;
+  class Function;
+  class NonlinearVariationalProblem;
+  class GoalFunctional;
+  class Mesh;
+
+  /// A class for goal-oriented adaptive solution of nonlinear
+  /// variational problems.
+  ///
+  /// For a nonlinear variational problem of the form: find u in V
+  /// satisfying
+  ///
+  ///     F(u; v) = 0 for all v in :math:`\hat V`
+  ///
+  /// and a corresponding conforming discrete problem: find u_h in V_h
+  /// satisfying (at least approximately)
+  ///
+  ///     F(u_h; v) = 0 for all v in :math:`\hat V_h`
+  ///
+  /// and a given goal functional M and tolerance tol, the aim is to
+  /// find a V_H and a u_H in V_H satisfying the discrete problem such
+  /// that
+  ///
+  ///     \|M(u) - M(u_H)\| < tol
+  ///
+  /// This strategy is based on dual-weighted residual error
+  /// estimators designed and automatically generated for the primal
+  /// problem and subsequent h-adaptivity.
+
+  class AdaptiveNonlinearVariationalSolver
+    : public GenericAdaptiveVariationalSolver
+  {
+  public:
+
+    /// Create AdaptiveNonlinearVariationalSolver (shared ptr version)
+    ///
+    /// *Arguments*
+    ///     problem (_NonlinearVariationalProblem_)
+    ///         The primal problem
+    ///     goal (_GoalFunctional_)
+    ///         The goal functional
+    AdaptiveNonlinearVariationalSolver(std::shared_ptr<NonlinearVariationalProblem> problem,
+                                       std::shared_ptr<GoalFunctional> goal);
+
+    /// Create AdaptiveLinearVariationalSolver from variational
+    /// problem, goal form and error control instance
+    ///
+    /// *Arguments*
+    ///     problem (_NonlinearVariationalProblem_)
+    ///         The primal problem
+    ///     goal (_Form_)
+    ///         The goal functional
+    ///     control (_ErrorControl_)
+    ///         An error controller object
+    AdaptiveNonlinearVariationalSolver(std::shared_ptr<NonlinearVariationalProblem> problem,
+                                       std::shared_ptr<Form> goal,
+                                       std::shared_ptr<ErrorControl> control);
+
+
+    /// Destructor
+    ~AdaptiveNonlinearVariationalSolver() {}
+
+    /// Solve the primal problem.
+    ///
+    /// *Returns*
+    ///     _Function_
+    ///         The solution to the primal problem
+    virtual std::shared_ptr<const Function> solve_primal();
+
+    /// Extract the boundary conditions for the primal problem.
+    ///
+    /// *Returns*
+    ///     std::vector<_DirichletBC_>
+    ///         The primal boundary conditions
+    virtual std::vector<std::shared_ptr<const DirichletBC>>
+      extract_bcs() const;
+
+    /// Evaluate the goal functional.
+    ///
+    /// *Arguments*
+    ///    M (_Form_)
+    ///        The functional to be evaluated
+    ///    u (_Function_)
+    ///        The function at which to evaluate the functional
+    ///
+    /// *Returns*
+    ///     double
+    ///         The value of M evaluated at u
+    virtual double evaluate_goal(Form& M,
+                                 std::shared_ptr<const Function> u) const;
+
+    /// Adapt the problem to other mesh.
+    ///
+    /// *Arguments*
+    ///    mesh (_Mesh_)
+    ///        The other mesh
+    virtual void adapt_problem(std::shared_ptr<const Mesh> mesh);
+
+  protected:
+
+    /// Return the number of degrees of freedom for primal problem
+    ///
+    /// *Returns*
+    ///     _std::size_t_
+    ///         The number of degrees of freedom
+    virtual std::size_t num_dofs_primal();
+
+  private:
+
+    /// Helper function for instance initialization
+    ///
+    /// *Arguments*
+    ///    problem (_NonlinearVariationalProblem_)
+    ///        The primal problem
+    ///    u (_GoalFunctional_)
+    ///        The goal functional
+    void init(std::shared_ptr<NonlinearVariationalProblem> problem,
+              std::shared_ptr<GoalFunctional> goal);
+
+    // The problem
+    std::shared_ptr<NonlinearVariationalProblem> _problem;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/adaptivity/CMakeLists.txt b/dolfin/adaptivity/CMakeLists.txt
new file mode 100644
index 0000000..b22689e
--- /dev/null
+++ b/dolfin/adaptivity/CMakeLists.txt
@@ -0,0 +1,26 @@
+set(HEADERS
+  adapt.h
+  AdaptiveLinearVariationalSolver.h
+  AdaptiveNonlinearVariationalSolver.h
+  adaptivesolve.h
+  dolfin_adaptivity.h
+  ErrorControl.h
+  Extrapolation.h
+  GenericAdaptiveVariationalSolver.h
+  GoalFunctional.h
+  marking.h
+  TimeSeries.h
+  PARENT_SCOPE)
+
+set(SOURCES
+  adapt.cpp
+  AdaptiveLinearVariationalSolver.cpp
+  AdaptiveNonlinearVariationalSolver.cpp
+  adaptivesolve.cpp
+  ErrorControl.cpp
+  Extrapolation.cpp
+  GenericAdaptiveVariationalSolver.cpp
+  GoalFunctional.cpp
+  marking.cpp
+  TimeSeries.cpp
+  PARENT_SCOPE)
diff --git a/dolfin/adaptivity/ErrorControl.cpp b/dolfin/adaptivity/ErrorControl.cpp
new file mode 100644
index 0000000..e8f5385
--- /dev/null
+++ b/dolfin/adaptivity/ErrorControl.cpp
@@ -0,0 +1,519 @@
+// Copyright (C) 2010 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2011.
+//
+// First added:  2010-09-16
+// Last changed: 2011-03-23
+
+#include <memory>
+
+#include <dolfin/common/types.h>
+#include <Eigen/Dense>
+
+#include <dolfin/common/ArrayView.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/common/Hierarchical.h>
+#include <dolfin/fem/assemble.h>
+#include <dolfin/fem/DirichletBC.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/fem/Form.h>
+#include <dolfin/fem/LocalAssembler.h>
+#include <dolfin/fem/UFC.h>
+#include <dolfin/fem/LinearVariationalProblem.h>
+#include <dolfin/fem/LinearVariationalSolver.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/function/Constant.h>
+#include <dolfin/function/SpecialFacetFunction.h>
+#include <dolfin/la/Matrix.h>
+#include <dolfin/la/Vector.h>
+#include <dolfin/la/solve.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Facet.h>
+
+#include "ErrorControl.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+ErrorControl::ErrorControl(std::shared_ptr<Form> a_star,
+                           std::shared_ptr<Form> L_star,
+                           std::shared_ptr<Form> residual,
+                           std::shared_ptr<Form> a_R_T,
+                           std::shared_ptr<Form> L_R_T,
+                           std::shared_ptr<Form> a_R_dT,
+                           std::shared_ptr<Form> L_R_dT,
+                           std::shared_ptr<Form> eta_T,
+                           bool is_linear)
+  : Hierarchical<ErrorControl>(*this)
+{
+  // Assign input
+  _a_star = a_star;
+  _L_star = L_star;
+  _residual = residual;
+  _a_R_T = a_R_T;
+  _L_R_T = L_R_T;
+  _a_R_dT = a_R_dT;
+  _L_R_dT = L_R_dT;
+  _eta_T = eta_T;
+  _is_linear = is_linear;
+
+  // Extract and store additional function spaces
+  const std::size_t improved_dual = _residual->num_coefficients() - 1;
+  const Function& e_tmp = dynamic_cast<const Function&>(*_residual->coefficient(improved_dual));
+  _extrapolation_space = e_tmp.function_space();
+
+  const Function& bubble = dynamic_cast<const Function&>(*_a_R_T->coefficient(0));
+  _bubble_space = bubble.function_space();
+  _cell_bubble = std::make_shared<Function>(_bubble_space);
+  dolfin_assert(_cell_bubble->vector());
+  *(_cell_bubble->vector()) = 1.0;
+
+  const Function& cone = dynamic_cast<const Function&>(*_a_R_dT->coefficient(0));
+  _cone_space = cone.function_space();
+  _cell_cone.reset(new Function(_cone_space));
+
+  // Set parameters
+  parameters = default_parameters();
+}
+//-----------------------------------------------------------------------------
+double ErrorControl::estimate_error(const Function& u,
+  const std::vector<std::shared_ptr<const DirichletBC>> bcs)
+{
+  // Compute discrete dual approximation
+  dolfin_assert(_a_star);
+  Function z_h(_a_star->function_space(1));
+  compute_dual(z_h, bcs);
+
+  // Compute extrapolation of discrete dual
+  compute_extrapolation(z_h, bcs);
+
+  // Extract number of coefficients in residual
+  dolfin_assert(_residual);
+  const std::size_t num_coeffs = _residual->num_coefficients();
+
+  // Attach improved dual approximation to residual
+  _residual->set_coefficient(num_coeffs - 1, _Ez_h);
+
+  // Attach primal approximation if linear problem (already attached
+  // otherwise).
+  if (_is_linear)
+  {
+    std::shared_ptr<const GenericFunction> _u(&u, NoDeleter());
+    _residual->set_coefficient(num_coeffs - 2, _u);
+  }
+
+  // Assemble error estimate
+  log(PROGRESS, "Assembling error estimate.");
+  const double error_estimate = assemble(*_residual);
+
+  // Return estimate
+  return error_estimate;
+}
+//-----------------------------------------------------------------------------
+void ErrorControl::compute_dual(
+  Function& z, const std::vector<std::shared_ptr<const DirichletBC>> bcs)
+{
+  log(PROGRESS, "Solving dual problem.");
+
+  // Create dual boundary conditions by homogenizing
+  std::vector<std::shared_ptr<const DirichletBC>> dual_bcs;
+  for (std::size_t i = 0; i < bcs.size(); i++)
+  {
+    dolfin_assert(bcs[i]);
+
+    // Create shared_ptr to boundary condition
+    auto dual_bc_ptr = std::make_shared<DirichletBC>(*bcs[i]);
+
+    // Run homogenize
+    dual_bc_ptr->homogenize();
+
+    // Plug pointer into into vector
+    dual_bcs.push_back(dual_bc_ptr);
+  }
+
+  // Create shared_ptr to dual solution (FIXME: missing interface ...)
+  auto dual = reference_to_no_delete_pointer(z);
+
+  // Solve dual problem
+  LinearVariationalProblem dual_problem(_a_star, _L_star, dual, dual_bcs);
+  LinearVariationalSolver solver(reference_to_no_delete_pointer(dual_problem));
+  solver.parameters.update(parameters("dual_variational_solver"));
+  solver.solve();
+}
+//-----------------------------------------------------------------------------
+void ErrorControl::compute_extrapolation(
+  const Function& z,
+  const std::vector<std::shared_ptr<const DirichletBC>> bcs)
+{
+  log(PROGRESS, "Extrapolating dual solution.");
+
+  // Extrapolate
+  dolfin_assert(_extrapolation_space);
+  _Ez_h = std::make_shared<Function>(_extrapolation_space);
+  _Ez_h->extrapolate(z);
+
+  // Apply appropriate boundary conditions to extrapolation
+  apply_bcs_to_extrapolation(bcs);
+}
+//-----------------------------------------------------------------------------
+void ErrorControl::compute_indicators(MeshFunction<double>& indicators,
+                                      const Function& u)
+{
+  // Create Function for the strong cell residual (R_T)
+  dolfin_assert(_a_R_T);
+  _R_T = std::make_shared<Function>(_a_R_T->function_space(1));
+
+  // Create SpecialFacetFunction for the strong facet residual (R_dT)
+  dolfin_assert(_a_R_dT);
+  std::vector<Function> f_e;
+  for (std::size_t i = 0; i <= _R_T->geometric_dimension(); i++)
+    f_e.push_back(Function(_a_R_dT->function_space(1)));
+
+  if (f_e[0].value_rank() == 0)
+    _R_dT = std::make_shared<SpecialFacetFunction>(f_e);
+  else if (f_e[0].value_rank() == 1)
+  {
+    _R_dT = std::make_shared<SpecialFacetFunction>(f_e,
+                                                   f_e[0].value_dimension(0));
+  }
+  else
+  {
+    std::vector<std::size_t> value_shape;
+    for (std::size_t i = 0; i < f_e[0].value_rank(); ++i)
+      value_shape.push_back(f_e[0].value_dimension(i));
+    _R_dT = std::make_shared<SpecialFacetFunction>(f_e, value_shape);
+  }
+
+  // Compute residual representation
+  residual_representation(*_R_T, *_R_dT, u);
+
+  // Interpolate dual extrapolation into primal test (dual trial space)
+  dolfin_assert(_a_star);
+  dolfin_assert(_Ez_h);
+  _Pi_E_z_h = std::make_shared<Function>(_a_star->function_space(1));
+  _Pi_E_z_h->interpolate(*_Ez_h);
+
+  // Attach coefficients to error indicator form
+  dolfin_assert(_eta_T);
+  _eta_T->set_coefficient(0, _Ez_h);
+  _eta_T->set_coefficient(1, _R_T);
+  _eta_T->set_coefficient(2, _R_dT);
+  _eta_T->set_coefficient(3, _Pi_E_z_h);
+
+  // Assemble error indicator form
+  Vector x(indicators.mesh()->mpi_comm(), indicators.mesh()->num_cells());
+  assemble(x, *_eta_T);
+
+  // Take absolute value of indicators
+  x.abs();
+
+  // Convert vector x to indicator mesh function
+  dolfin_assert(_eta_T->function_space(0));
+  dolfin_assert(_eta_T->function_space(0)->dofmap());
+  const GenericDofMap& dofmap(*_eta_T->function_space(0)->dofmap());
+  const Mesh& mesh= *indicators.mesh();
+
+  // Convert DG_0 vector to mesh function over cells
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    auto dofs = dofmap.cell_dofs(cell->index());
+    dolfin_assert(dofs.size() == 1);
+    indicators[cell->index()] = x[dofs[0]];
+  }
+}
+
+//-----------------------------------------------------------------------------
+void ErrorControl::residual_representation(Function& R_T,
+                                           SpecialFacetFunction& R_dT,
+                                           const Function& u)
+{
+  begin(PROGRESS, "Computing residual representation.");
+
+  // Compute cell residual
+  Timer timer("Computation of residual representation");
+  compute_cell_residual(R_T, u);
+
+  // Compute facet residual
+  compute_facet_residual(R_dT, u, R_T);
+  timer.stop();
+
+  end();
+}
+//-----------------------------------------------------------------------------
+void ErrorControl::compute_cell_residual(Function& R_T, const Function& u)
+{
+  begin(PROGRESS, "Computing cell residual representation.");
+
+  dolfin_assert(_a_R_T);
+  dolfin_assert(_L_R_T);
+  dolfin_assert(_cell_bubble);
+
+  // Attach cell bubble to _a_R_T and _L_R_T
+  const std::size_t num_coeffs = _L_R_T->num_coefficients();
+  _a_R_T->set_coefficient(0, _cell_bubble);
+  _L_R_T->set_coefficient(num_coeffs - 1, _cell_bubble);
+
+  // Attach primal approximation to left-hand side form (residual) if
+  // necessary.
+  if (_is_linear)
+  {
+    std::shared_ptr<const GenericFunction> _u(&u, NoDeleter());
+    _L_R_T->set_coefficient(num_coeffs - 2, _u);
+  }
+
+  // Create data structures for local assembly data
+  UFC ufc_lhs(*_a_R_T);
+  UFC ufc_rhs(*_L_R_T);
+
+  // Extract common space, mesh and dofmap
+  const FunctionSpace& V = *R_T.function_space();
+  dolfin_assert(V.mesh());
+  const Mesh& mesh(*V.mesh());
+  dolfin_assert(V.dofmap());
+  const GenericDofMap& dofmap = *V.dofmap();
+
+  // Define matrices for cell-residual problems
+  dolfin_assert(V.element());
+  const std::size_t N = V.element()->space_dimension();
+  Eigen::Matrix<double, Eigen::Dynamic, Eigen::Dynamic,
+                Eigen::RowMajor> A(N, N), b(N, 1);
+  Eigen::VectorXd x(N);
+
+  // Extract cell_domains etc from right-hand side form
+  const MeshFunction<std::size_t>*
+    cell_domains = _L_R_T->cell_domains().get();
+  const MeshFunction<std::size_t>*
+    exterior_facet_domains = _L_R_T->exterior_facet_domains().get();
+  const MeshFunction<std::size_t>*
+    interior_facet_domains = _L_R_T->interior_facet_domains().get();
+
+  // Assemble and solve local linear systems
+  ufc::cell ufc_cell;
+  std::vector<double> coordinate_dofs;
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    // Get cell vertices
+    cell->get_coordinate_dofs(coordinate_dofs);
+
+    // Assemble local linear system
+    LocalAssembler::assemble(A, ufc_lhs, coordinate_dofs,
+                             ufc_cell, *cell, cell_domains,
+                             exterior_facet_domains, interior_facet_domains);
+    LocalAssembler::assemble(b, ufc_rhs, coordinate_dofs, ufc_cell,
+                             *cell, cell_domains,
+                             exterior_facet_domains, interior_facet_domains);
+
+    // Solve linear system and convert result
+    x = A.partialPivLu().solve(b);
+
+    // Get local-to-global dof map for cell
+    auto dofs = dofmap.cell_dofs(cell->index());
+
+    // Plug local solution into global vector
+    dolfin_assert(R_T.vector());
+    R_T.vector()->set(x.data(), N, dofs.data());
+  }
+  end();
+}
+//-----------------------------------------------------------------------------
+void ErrorControl::compute_facet_residual(SpecialFacetFunction& R_dT,
+                                          const Function& u,
+                                          const Function& R_T)
+{
+  begin(PROGRESS, "Computing facet residual representation.");
+
+  // Extract function space for facet residual approximation
+  dolfin_assert(R_dT[0].function_space());
+  const FunctionSpace& V = *R_dT[0].function_space();
+  dolfin_assert(V.element());
+  const std::size_t N = V.element()->space_dimension();
+
+  // Extract mesh
+  dolfin_assert(V.mesh());
+  const Mesh& mesh = *V.mesh();
+  const int dim = mesh.topology().dim();
+
+  // Extract dimension of cell cone space (DG_{dim})
+  dolfin_assert(_cone_space->element());
+  const int local_cone_dim = _cone_space->element()->space_dimension();
+
+  // Extract number of coefficients on right-hand side (for use with
+  // attaching coefficients)
+  dolfin_assert(_L_R_dT);
+  const std::size_t L_R_dT_num_coefficients = _L_R_dT->num_coefficients();
+
+  // Attach primal approximation if linear (already attached
+  // otherwise).
+  if (_is_linear)
+  {
+    std::shared_ptr<const GenericFunction> _u(&u, NoDeleter());
+    _L_R_dT->set_coefficient(L_R_dT_num_coefficients - 3, _u);
+  }
+
+  // Attach cell residual to residual form
+  dolfin_assert(_R_T);
+  _L_R_dT->set_coefficient(L_R_dT_num_coefficients - 2, _R_T);
+
+  // Extract (common) dof map
+  dolfin_assert(V.dofmap());
+  const GenericDofMap& dofmap = *V.dofmap();
+
+  // Define matrices for facet-residual problems
+  Eigen::Matrix<double, Eigen::Dynamic, Eigen::Dynamic,
+                Eigen::RowMajor> A(N, N), b(N, 1);
+  Eigen::VectorXd x(N);
+
+  // Variables to be used for the construction of the cone function
+  const std::size_t num_cells = mesh.num_cells();
+  const std::vector<double> ones(num_cells, 1.0);
+  std::vector<dolfin::la_index> facet_dofs(num_cells);
+
+  // Extract cell_domains etc from right-hand side form
+  dolfin_assert(_L_R_T);
+  const MeshFunction<std::size_t>*
+    cell_domains = _L_R_T->cell_domains().get();
+  const MeshFunction<std::size_t>*
+    exterior_facet_domains = _L_R_T->exterior_facet_domains().get();
+  const MeshFunction<std::size_t>*
+    interior_facet_domains = _L_R_T->interior_facet_domains().get();
+
+  dolfin_assert(_a_R_dT);
+  // Compute the facet residual for each local facet number
+  for (int local_facet = 0; local_facet <= dim; local_facet++)
+  {
+    // Construct "cone" function on this facet. NB: makes assumption
+    // on _local_ dof numbering for DG_dim.
+    dolfin_assert(_cell_cone->vector());
+    *(_cell_cone->vector()) = 0.0;
+    facet_dofs.clear();
+    const std::size_t local_facet_dof = local_cone_dim - (dim + 1)
+      + local_facet;
+    dolfin_assert(_cell_cone->function_space());
+    dolfin_assert(_cell_cone->function_space()->dofmap());
+    const GenericDofMap& cone_dofmap(*(_cell_cone->function_space()->dofmap()));
+    for (std::size_t k = 0; k < num_cells; k++)
+      facet_dofs.push_back(cone_dofmap.cell_dofs(k)[local_facet_dof]);
+    _cell_cone->vector()->set(&ones[0], num_cells, &facet_dofs[0]);
+    _cell_cone->vector()->apply("insert");
+
+    // Attach cell cone to _a_R_dT and _L_R_dT
+    _a_R_dT->set_coefficient(0, _cell_cone);
+    _L_R_dT->set_coefficient(L_R_dT_num_coefficients - 1, _cell_cone);
+
+    // Create data structures for local assembly data
+    UFC ufc_lhs(*_a_R_dT);
+    UFC ufc_rhs(*_L_R_dT);
+
+    // Assemble and solve local linear systems
+    ufc::cell ufc_cell;
+    std::vector<double> coordinate_dofs;
+    for (CellIterator cell(mesh); !cell.end(); ++cell)
+    {
+      // Get cell coordinate_dofs
+      cell->get_coordinate_dofs(coordinate_dofs);
+
+      // Assemble linear system
+      LocalAssembler::assemble(A, ufc_lhs, coordinate_dofs,
+                               ufc_cell, *cell, cell_domains,
+                               exterior_facet_domains, interior_facet_domains);
+      LocalAssembler::assemble(b, ufc_rhs, coordinate_dofs,
+                               ufc_cell, *cell, cell_domains,
+                               exterior_facet_domains, interior_facet_domains);
+
+      // Non-singularize local matrix
+      for (std::size_t i = 0; i < N; ++i)
+      {
+        if (std::abs(A(i, i)) < 1.0e-10)
+        {
+          A(i, i) = 1.0;
+          b(i) = 0.0;
+        }
+      }
+
+      // Solve linear system and convert result
+      x = A.partialPivLu().solve(b);
+
+      // Get local-to-global dof map for cell
+      auto dofs = dofmap.cell_dofs(cell->index());
+
+      // Plug local solution into global vector
+      dolfin_assert(R_dT[local_facet].vector());
+      R_dT[local_facet].vector()->set(x.data(), N, dofs.data());
+    }
+  }
+  end();
+}
+//-----------------------------------------------------------------------------
+void ErrorControl::apply_bcs_to_extrapolation(
+  const std::vector<std::shared_ptr<const DirichletBC>> bcs)
+{
+  // Create boundary conditions for extrapolated dual, and apply
+  // these.
+  for (std::size_t i = 0; i < bcs.size(); i++)
+  {
+    dolfin_assert(bcs[i]);
+
+    // Extract SubSpace component
+    dolfin_assert(bcs[i]->function_space());
+    const std::vector<std::size_t> component
+      = bcs[i]->function_space()->component();
+
+    // Extract sub-domain
+    std::shared_ptr<const SubDomain> sub_domain = bcs[i]->user_sub_domain();
+
+    // Create zero-valued boundary condition on extrapolation space.
+    // (Sub-spaces need special handling, and boundary conditions can
+    // be defined and handled in many different ways -- hence the
+    // level of logic.)
+    std::unique_ptr<DirichletBC> e_bc;
+    if (component.empty())
+    {
+      if (sub_domain)
+      {
+        e_bc.reset(new DirichletBC(_extrapolation_space, bcs[i]->value(),
+                                   sub_domain, bcs[i]->method()));
+      }
+      else
+      {
+        e_bc.reset(new DirichletBC(_extrapolation_space, bcs[i]->value(),
+                                   bcs[i]->markers(), bcs[i]->method()));
+      }
+    }
+    else
+    {
+      std::shared_ptr<FunctionSpace> S = _extrapolation_space->sub(component);
+      if (sub_domain)
+      {
+        e_bc.reset(new DirichletBC(S, bcs[i]->value(), sub_domain,
+                                   bcs[i]->method()));
+      }
+      else
+      {
+        e_bc.reset(new DirichletBC(S, bcs[i]->value(), bcs[i]->markers(),
+                                   bcs[i]->method()));
+      }
+    }
+    e_bc->homogenize();
+
+    // Apply boundary condition
+    e_bc->apply(*_Ez_h->vector());
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/adaptivity/ErrorControl.h b/dolfin/adaptivity/ErrorControl.h
new file mode 100644
index 0000000..691abf4
--- /dev/null
+++ b/dolfin/adaptivity/ErrorControl.h
@@ -0,0 +1,236 @@
+// Copyright (C) 2010 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-08-19
+// Last changed: 2012-09-03
+
+#ifndef __ERROR_CONTROL_H
+#define __ERROR_CONTROL_H
+
+#include <vector>
+#include <memory>
+
+#include <dolfin/common/Hierarchical.h>
+#include <dolfin/common/Variable.h>
+#include <dolfin/fem/LinearVariationalSolver.h>
+#include "adapt.h"
+
+namespace dolfin
+{
+
+  class DirichletBC;
+  class Form;
+  class Function;
+  class FunctionSpace;
+  class SpecialFacetFunction;
+  class Vector;
+
+  template <typename T> class MeshFunction;
+
+  /// (Goal-oriented) Error Control class.
+
+  /// The notation used here follows the notation in "Automated
+  /// goal-oriented error control I: stationary variational problems",
+  /// ME Rognes and A Logg, 2010-2011.
+
+  class ErrorControl : public Hierarchical<ErrorControl>, public Variable
+  {
+  public:
+
+    /// Create error control object
+    ///
+    /// @param a_star (_Form_)
+    ///        the bilinear form for the dual problem
+    /// @param L_star (_Form_)
+    ///        the linear form for the dual problem
+    /// @param residual (_Form_)
+    ///        a functional for the residual (error estimate)
+    /// @param a_R_T (_Form_)
+    ///        the bilinear form for the strong cell residual problem
+    /// @param L_R_T (_Form_)
+    ///        the linear form for the strong cell residual problem
+    /// @param a_R_dT (_Form_)
+    ///        the bilinear form for the strong facet residual problem
+    /// @param L_R_dT (_Form_)
+    ///        the linear form for the strong facet residual problem
+    /// @param eta_T (_Form_)
+    ///        a linear form over DG_0 for error indicators
+    /// @param is_linear (bool)
+    ///        true iff primal problem is linear
+    ErrorControl(std::shared_ptr<Form> a_star,
+                 std::shared_ptr<Form> L_star,
+                 std::shared_ptr<Form> residual,
+                 std::shared_ptr<Form> a_R_T,
+                 std::shared_ptr<Form> L_R_T,
+                 std::shared_ptr<Form> a_R_dT,
+                 std::shared_ptr<Form> L_R_dT,
+                 std::shared_ptr<Form> eta_T,
+                 bool is_linear);
+
+    /// Destructor.
+    ~ErrorControl() {}
+
+    /// Default parameter values
+    static Parameters default_parameters()
+    {
+      Parameters p("error_control");
+
+      // Set parameters for dual solver
+      Parameters p_dual(LinearVariationalSolver::default_parameters());
+      p_dual.rename("dual_variational_solver");
+      p.add(p_dual);
+
+      return p;
+    }
+
+
+    /// Estimate the error relative to the goal M of the discrete
+    /// approximation 'u' relative to the variational formulation by
+    /// evaluating the weak residual at an approximation to the dual
+    /// solution.
+    ///
+    /// @param    u (_Function_)
+    ///        the primal approximation
+    ///
+    /// @param   bcs (std::vector<_DirichletBC_>)
+    ///         the primal boundary conditions
+    ///
+    /// @return    double
+    ///         error estimate
+    double estimate_error(const Function& u,
+           const std::vector<std::shared_ptr<const DirichletBC> > bcs);
+
+    /// Compute error indicators
+    ///
+    /// @param    indicators (MeshFunction<double>)
+    ///         the error indicators (to be computed)
+    ///
+    /// @param    u (_Function_)
+    ///         the primal approximation
+    void compute_indicators(MeshFunction<double>& indicators,
+                            const Function& u);
+
+    /// Compute strong representation (strong cell and facet
+    /// residuals) of the weak residual.
+    ///
+    /// @param    R_T (_Function_)
+    ///         the strong cell residual (to be computed)
+    ///
+    /// @param    R_dT (_SpecialFacetFunction_)
+    ///         the strong facet residual (to be computed)
+    ///
+    /// @param    u (_Function_)
+    ///         the primal approximation
+    void residual_representation(Function& R_T,
+                                 SpecialFacetFunction& R_dT,
+                                 const Function& u);
+
+    /// Compute representation for the strong cell residual
+    /// from the weak residual
+    ///
+    /// @param    R_T (_Function_)
+    ///         the strong cell residual (to be computed)
+    ///
+    /// @param   u (_Function_)
+    ///         the primal approximation
+    void compute_cell_residual(Function& R_T, const Function& u);
+
+    /// Compute representation for the strong facet residual from the
+    /// weak residual and the strong cell residual
+    ///
+    /// @param    R_dT (_SpecialFacetFunction_)
+    ///         the strong facet residual (to be computed)
+    ///
+    /// @param    u (_Function_)
+    ///         the primal approximation
+    ///
+    /// @param    R_T (_Function_)
+    ///         the strong cell residual
+    void compute_facet_residual(SpecialFacetFunction& R_dT,
+                                const Function& u,
+                                const Function& R_T);
+
+    /// Compute dual approximation defined by dual variational
+    /// problem and dual boundary conditions given by homogenized primal
+    /// boundary conditions.
+    ///
+    /// @param    z (_Function_)
+    ///         the dual approximation (to be computed)
+    ///
+    /// @param   bcs (std::vector<DirichletBC>)
+    ///         the primal boundary conditions
+    void compute_dual(Function& z,
+         const std::vector<std::shared_ptr<const DirichletBC> > bcs);
+
+    /// Compute extrapolation with boundary conditions
+    ///
+    /// @param   z (_Function_)
+    ///         the extrapolated function (to be computed)
+    ///
+    /// @param    bcs (std::vector<_DirichletBC_>)
+    ///         the dual boundary conditions
+    void compute_extrapolation(const Function& z,
+         const std::vector<std::shared_ptr<const DirichletBC> > bcs);
+
+    friend std::shared_ptr<ErrorControl>
+      adapt(const ErrorControl& ec,
+            std::shared_ptr<const Mesh> adapted_mesh,
+            bool adapt_coefficients);
+
+  private:
+
+    void apply_bcs_to_extrapolation(const std::vector<std::shared_ptr<const DirichletBC> > bcs);
+
+    // Bilinear and linear form for dual problem
+    std::shared_ptr<Form> _a_star;
+    std::shared_ptr<Form> _L_star;
+
+    // Functional for evaluating residual (error estimate)
+    std::shared_ptr<Form> _residual;
+
+    // Bilinear and linear form for computing cell residual R_T
+    std::shared_ptr<Form> _a_R_T;
+    std::shared_ptr<Form> _L_R_T;
+
+    // Bilinear and linear form for computing facet residual R_dT
+    std::shared_ptr<Form> _a_R_dT;
+    std::shared_ptr<Form> _L_R_dT;
+
+    // Linear form for computing error indicators
+    std::shared_ptr<Form> _eta_T;
+
+    // Computed extrapolation
+    std::shared_ptr<Function> _Ez_h;
+
+    bool _is_linear;
+
+    // Function spaces for extrapolation, cell bubble and cell cone:
+    std::shared_ptr<const FunctionSpace> _extrapolation_space;
+    std::shared_ptr<const FunctionSpace> _bubble_space;
+    std::shared_ptr<const FunctionSpace> _cone_space;
+
+    // Functions for cell bubble, cell cone, computed cell residual,
+    // computed facet residual, and interpolated extrapolated(!) dual:
+    std::shared_ptr<Function> _cell_bubble;
+    std::shared_ptr<Function> _cell_cone;
+    std::shared_ptr<Function> _R_T;
+    std::shared_ptr<SpecialFacetFunction> _R_dT;
+    std::shared_ptr<Function> _Pi_E_z_h;
+  };
+}
+
+#endif
diff --git a/dolfin/adaptivity/Extrapolation.cpp b/dolfin/adaptivity/Extrapolation.cpp
new file mode 100644
index 0000000..7a78314
--- /dev/null
+++ b/dolfin/adaptivity/Extrapolation.cpp
@@ -0,0 +1,314 @@
+// Copyright (C) 2009-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Marie E. Rognes, 2010
+// Modified by Garth N. Wells, 2010
+//
+// First added:  2009-12-08
+// Last changed: 2011-11-12
+//
+
+#include <vector>
+#include <ufc.h>
+
+#include <dolfin/common/Timer.h>
+#include <dolfin/fem/BasisFunction.h>
+#include <dolfin/fem/DirichletBC.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/log/log.h>
+#include <dolfin/mesh/BoundaryMesh.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/mesh/FacetCell.h>
+#include "Extrapolation.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void Extrapolation::extrapolate(Function& w, const Function& v)
+{
+  // Using set_local for simplicity here
+  not_working_in_parallel("Extrapolation of functions");
+
+  // Check that the meshes are the same
+  if (w.function_space()->mesh() != v.function_space()->mesh())
+  {
+    dolfin_error("Extrapolation.cpp",
+                 "compute extrapolation",
+                 "Extrapolation must be computed on the same mesh");
+  }
+
+  // Extract mesh and function spaces
+  const FunctionSpace& V = *v.function_space();
+  const FunctionSpace& W = *w.function_space();
+  dolfin_assert(V.mesh());
+  const Mesh& mesh = *V.mesh();
+
+  // Initialize cell-cell connectivity
+  const std::size_t D = mesh.topology().dim();
+  mesh.init(D, D);
+
+  // UFC cell view of center cell and vertex coordinate holder
+  ufc::cell c0;
+  std::vector<double> coordinate_dofs0;
+
+  // List of values for each dof of w (multivalued until we average)
+  std::vector<std::vector<double>> coefficients;
+  coefficients.resize(W.dim());
+
+  // Iterate over cells in mesh
+  dolfin_assert(W.dofmap());
+  for (CellIterator cell0(mesh); !cell0.end(); ++cell0)
+  {
+    // Update UFC view
+    cell0->get_coordinate_dofs(coordinate_dofs0);
+    cell0->get_cell_data(c0);
+
+    // Tabulate dofs for w on cell and store values
+    auto dofs = W.dofmap()->cell_dofs(cell0->index());
+
+    // Compute coefficients on this cell
+    std::size_t offset = 0;
+    compute_coefficients(coefficients, v, V, W, *cell0, coordinate_dofs0,
+                         c0, dofs, offset);
+  }
+
+  // Average coefficients
+  average_coefficients(w, coefficients);
+}
+//-----------------------------------------------------------------------------
+void Extrapolation::compute_coefficients(
+  std::vector<std::vector<double>>& coefficients,
+  const Function& v,
+  const FunctionSpace& V,
+  const FunctionSpace& W,
+  const Cell& cell0,
+  const std::vector<double>& coordinate_dofs0,
+  const ufc::cell& c0,
+  const Eigen::Ref<const Eigen::Matrix<dolfin::la_index, Eigen::Dynamic, 1>> dofs,
+  std::size_t& offset)
+{
+  // Call recursively for mixed elements
+  dolfin_assert(V.element());
+  const std::size_t num_sub_spaces = V.element()->num_sub_elements();
+  if (num_sub_spaces > 0)
+  {
+    for (std::size_t k = 0; k < num_sub_spaces; k++)
+    {
+      compute_coefficients(coefficients, v[k], *V[k], *W[k], cell0,
+                           coordinate_dofs0, c0, dofs, offset);
+    }
+    return;
+  }
+
+  // Build data structures for keeping track of unique dofs
+  std::map<std::size_t, std::map<std::size_t, std::size_t>> cell2dof2row;
+  std::set<std::size_t> unique_dofs;
+  build_unique_dofs(unique_dofs, cell2dof2row, cell0, V);
+
+  // Compute size of linear system
+  dolfin_assert(W.element());
+  const std::size_t N = W.element()->space_dimension();
+  const std::size_t M = unique_dofs.size();
+
+  // Check size of system
+  if (M < N)
+  {
+    dolfin_error("Extrapolation.cpp",
+                 "compute extrapolation",
+                 "Not enough degrees of freedom on local patch to build extrapolation");
+  }
+
+  // Create matrix and vector for linear system
+  Eigen::MatrixXd A(M, N);
+  Eigen::VectorXd b(M);
+
+  // Add equations on cell and neighboring cells
+  dolfin_assert(V.mesh());
+  ufc::cell c1;
+  std::vector<double> coordinate_dofs1;
+
+  // Get unique set of surrounding cells (including cell0)
+  std::set<std::size_t> cell_set;
+  for (VertexIterator vtx(cell0); !vtx.end(); ++vtx)
+  {
+    for (CellIterator cell1(*vtx); !cell1.end(); ++cell1)
+      cell_set.insert(cell1->index());
+  }
+
+  for (auto cell_it : cell_set)
+  {
+    if (cell2dof2row[cell_it].empty())
+      continue;
+
+    Cell cell1(cell0.mesh(), cell_it);
+
+    cell1.get_coordinate_dofs(coordinate_dofs1);
+    cell1.get_cell_data(c1);
+    add_cell_equations(A, b, cell0, cell1,
+                       coordinate_dofs0, coordinate_dofs1,
+                       c0, c1, V, W, v,
+                       cell2dof2row[cell_it]);
+  }
+
+  // Solve least squares system
+  const Eigen::VectorXd x
+    = A.jacobiSvd(Eigen::ComputeThinU | Eigen::ComputeThinV).solve(b);
+
+  // Insert resulting coefficients into global coefficient vector
+  dolfin_assert(W.dofmap());
+  for (std::size_t i = 0; i < W.dofmap()->num_element_dofs(cell0.index()); ++i)
+    coefficients[dofs[i + offset]].push_back(x[i]);
+
+  // Increase offset
+  offset += W.dofmap()->num_element_dofs(cell0.index());
+}
+//-----------------------------------------------------------------------------
+void Extrapolation::build_unique_dofs(
+  std::set<std::size_t>& unique_dofs,
+  std::map<std::size_t, std::map<std::size_t, std::size_t>>& cell2dof2row,
+  const Cell& cell0,
+  const FunctionSpace& V)
+{
+  // Counter for matrix row index
+  std::size_t row = 0;
+  dolfin_assert(V.mesh());
+
+  // Get unique set of surrounding cells (including cell0)
+  std::set<std::size_t> cell_set;
+  for (VertexIterator vtx(cell0); !vtx.end(); ++vtx)
+  {
+    for (CellIterator cell1(*vtx); !cell1.end(); ++cell1)
+      cell_set.insert(cell1->index());
+  }
+
+  // Compute unique dofs on patch
+  for (auto cell_it : cell_set)
+  {
+    Cell cell1(cell0.mesh(), cell_it);
+    cell2dof2row[cell_it] = compute_unique_dofs(cell1, V, row,
+                                                unique_dofs);
+  }
+
+}
+//-----------------------------------------------------------------------------
+void
+Extrapolation::add_cell_equations(Eigen::MatrixXd& A,
+                                  Eigen::VectorXd& b,
+                                  const Cell& cell0,
+                                  const Cell& cell1,
+                                  const std::vector<double>& coordinate_dofs0,
+                                  const std::vector<double>& coordinate_dofs1,
+                                  const ufc::cell& c0,
+                                  const ufc::cell& c1,
+                                  const FunctionSpace& V,
+                                  const FunctionSpace& W,
+                                  const Function& v,
+                                  std::map<std::size_t, std::size_t>& dof2row)
+{
+  // Extract coefficients for v on patch cell
+  dolfin_assert(V.element());
+  std::vector<double> dof_values(V.element()->space_dimension());
+  v.restrict(&dof_values[0], *V.element(), cell1, coordinate_dofs1.data(),
+             c1);
+
+  // Create basis function
+  dolfin_assert(W.element());
+  BasisFunction phi(0, W.element(), coordinate_dofs0);
+
+  // Iterate over given local dofs for V on patch cell
+  for (auto const &it : dof2row)
+  {
+    const std::size_t i = it.first;
+    const std::size_t row = it.second;
+
+    // Iterate over basis functions for W on center cell
+    for (std::size_t j = 0; j < W.element()->space_dimension(); ++j)
+    {
+      // Create basis function
+      phi.update_index(j);
+
+      // Evaluate dof on basis function
+      const double dof_value
+        = V.element()->evaluate_dof(i, phi,  coordinate_dofs1.data(),
+                                    c1.orientation, c1);
+
+      // Insert dof_value into matrix
+      A(row, j) = dof_value;
+    }
+
+    // Insert coefficient into vector
+    b[row] = dof_values[i];
+  }
+}
+//-----------------------------------------------------------------------------
+std::map<std::size_t, std::size_t>
+Extrapolation::compute_unique_dofs(const Cell& cell,
+                                   const FunctionSpace& V,
+                                   std::size_t& row,
+                                   std::set<std::size_t>& unique_dofs)
+{
+  dolfin_assert(V.dofmap());
+  auto dofs = V.dofmap()->cell_dofs(cell.index());
+
+  // Data structure for current cell
+  std::map<std::size_t, std::size_t> dof2row;
+
+  for (std::size_t i = 0; i < V.dofmap()->num_element_dofs(cell.index()); ++i)
+  {
+    // Ignore if this degree of freedom is already considered
+    if (unique_dofs.find(dofs[i]) != unique_dofs.end())
+      continue;
+
+    // Put global index into unique_dofs
+    unique_dofs.insert(dofs[i]);
+
+    // Map local dof index to current matrix row-index
+    dof2row[i] = row;
+
+    // Increase row index
+    row++;
+  }
+
+  return dof2row;
+}
+//-----------------------------------------------------------------------------
+void Extrapolation::average_coefficients(
+  Function& w,
+  std::vector<std::vector<double>>& coefficients)
+{
+  const FunctionSpace& W = *w.function_space();
+  std::vector<double> dof_values(W.dim());
+
+  for (std::size_t i = 0; i < W.dim(); i++)
+  {
+    double s = 0.0;
+    for (std::size_t j = 0; j < coefficients[i].size(); ++j)
+      s += coefficients[i][j];
+
+    s /= static_cast<double>(coefficients[i].size());
+    dof_values[i] = s;
+  }
+
+  // Update dofs for w
+  dolfin_assert(w.vector());
+  w.vector()->set_local(dof_values);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/adaptivity/Extrapolation.h b/dolfin/adaptivity/Extrapolation.h
new file mode 100644
index 0000000..f978dd1
--- /dev/null
+++ b/dolfin/adaptivity/Extrapolation.h
@@ -0,0 +1,112 @@
+// Copyright (C) 2009 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Marie E. Rognes 2010.
+// Modified by Garth N. Wells 2010.
+//
+// First added:  2009-12-08
+// Last changed: 2010-12-28
+
+#ifndef __EXTRAPOLATION_H
+#define __EXTRAPOLATION_H
+
+#include <map>
+#include <set>
+#include <vector>
+#include <Eigen/Dense>
+
+#include <dolfin/common/types.h>
+
+namespace ufc
+{
+  class cell;
+}
+
+namespace dolfin
+{
+
+  class Cell;
+  class DirichletBC;
+  class Function;
+  class FunctionSpace;
+
+  /// This class implements an algorithm for extrapolating a function
+  /// on a given function space from an approximation of that function
+  /// on a possibly lower-order function space.
+  ///
+  /// This can be used to obtain a higher-order approximation of a
+  /// computed dual solution, which is necessary when the computed
+  /// dual approximation is in the test space of the primal problem,
+  /// thereby being orthogonal to the residual.
+  ///
+  /// It is assumed that the extrapolation is computed on the same
+  /// mesh as the original function.
+
+  class Extrapolation
+  {
+  public:
+
+    /// Compute extrapolation w from v
+    static void extrapolate(Function& w, const Function& v);
+
+  private:
+
+    // Build data structures for unique dofs on patch of given cell
+    static void build_unique_dofs(std::set<std::size_t>& unique_dofs,
+                        std::map<std::size_t, std::map<std::size_t, std::size_t> >& cell2dof2row,
+                                  const Cell& cell0,
+                                  const FunctionSpace& V);
+
+    // Compute unique dofs in given cell
+    static std::map<std::size_t, std::size_t>
+      compute_unique_dofs(const Cell& cell, const FunctionSpace& V,
+                          std::size_t& row, std::set<std::size_t>& unique_dofs);
+
+    // Compute coefficients on given cell
+    static void
+      compute_coefficients(std::vector<std::vector<double> >& coefficients,
+                           const Function&v, const FunctionSpace& V,
+                           const FunctionSpace& W, const Cell& cell0,
+                           const std::vector<double>& coordinate_dofs0,
+                           const ufc::cell& c0,
+                           const Eigen::Ref<const Eigen::Matrix<dolfin::la_index, Eigen::Dynamic, 1>> dofs,
+                           std::size_t& offset);
+
+    // Add equations for current cell
+    static void add_cell_equations(Eigen::MatrixXd& A,
+                                 Eigen::VectorXd& b,
+                                 const Cell& cell0,
+                                 const Cell& cell1,
+                                 const std::vector<double>& coordinate_dofs0,
+                                 const std::vector<double>& coordinate_dofs1,
+                                 const ufc::cell& c0,
+                                 const ufc::cell& c1,
+                                 const FunctionSpace& V,
+                                 const FunctionSpace& W,
+                                 const Function& v,
+                                 std::map<std::size_t, std::size_t>& dof2row);
+
+    // Average coefficients
+    static void
+      average_coefficients(Function& w,
+                           std::vector<std::vector<double> >& coefficients);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/adaptivity/GenericAdaptiveVariationalSolver.cpp b/dolfin/adaptivity/GenericAdaptiveVariationalSolver.cpp
new file mode 100644
index 0000000..4f6a0da
--- /dev/null
+++ b/dolfin/adaptivity/GenericAdaptiveVariationalSolver.cpp
@@ -0,0 +1,262 @@
+// Copyright (C) 2010 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2010-2013
+//
+// First added:  2010-08-19
+// Last changed: 2015-06-16
+
+#include <sstream>
+#include <stdio.h>
+
+#include <dolfin/common/utils.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/GenericFunction.h>
+#include <dolfin/la/Vector.h>
+#include <dolfin/log/Table.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/parameter/Parameters.h>
+
+#include "GenericAdaptiveVariationalSolver.h"
+#include "GoalFunctional.h"
+#include "ErrorControl.h"
+#include "adapt.h"
+#include "ErrorControl.h"
+#include "marking.h"
+#include "TimeSeries.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+GenericAdaptiveVariationalSolver::~GenericAdaptiveVariationalSolver()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void GenericAdaptiveVariationalSolver::solve(const double tol)
+{
+  log(INFO, "Solving variational problem adaptively");
+
+  // Check that goal functional has at least one coefficient (last one
+  // is the solution variable u)
+  if (goal->num_coefficients() == 0)
+  {
+    dolfin_error("AdaptiveLinearVariationalSolver.cpp",
+                 "adaptively solve variational problem",
+                 "The goal functional must have at least one coefficient. "
+                 "Check that it has been defined in terms of a Function, not a TrialFunction");
+  }
+
+  // Initialize storage of meshes and indicators
+  std::string label = parameters["data_label"];
+#ifdef HAS_HDF5
+  TimeSeries series(goal->mesh()->mpi_comm(), label);
+#endif
+
+  // Iterate over a series of meshes
+  Timer timer("Adaptive solve");
+  const std::size_t max_iterations = parameters["max_iterations"];
+  for (std::size_t i = 0; i < max_iterations; i++)
+  {
+    log(INFO, "Adaptive iteration %d", i );
+
+    // Check that num_dofs is not greater than than max dimension (and
+    // that that parameter is modified)
+    const std::size_t max_dimension = parameters["max_dimension"];
+    if (parameters["max_dimension"].change_count() > 0
+        && num_dofs_primal() > max_dimension)
+    {
+      info("Maximal number of dofs reached, finishing");
+      return;
+    }
+
+    // Initialize adaptive data
+    std::shared_ptr<Parameters> datum(new Parameters("adaptive_data"));
+    _adaptive_data.push_back(datum);
+    const int refinement_level = i;
+    datum->add("refinement_level", refinement_level);
+    datum->add("tolerance", tol);
+    if (parameters["reference"].change_count() > 0)
+    {
+      const double reference = parameters["reference"];
+      datum->add("reference", reference);
+    }
+
+    // Deal with goal and error control on current mesh
+    Form& M = goal->leaf_node();
+    ErrorControl& ec = control->leaf_node();
+    ec.parameters.update(parameters("error_control"));
+
+    //--- Stage 0: Solve primal problem
+    begin(PROGRESS, "Stage %d.0: Solving primal problem...", i);
+    timer.start();
+    std::shared_ptr<const Function> u = solve_primal();
+    datum->add("time_solve_primal", timer.stop());
+
+    // Extract views to primal trial space and mesh
+    dolfin_assert(u->function_space());
+    const FunctionSpace& V = *u->function_space();
+    dolfin_assert(V.mesh());
+    std::shared_ptr<const Mesh> mesh = V.mesh();
+    dolfin_assert(mesh);
+
+    // Evaluate goal functional
+    log(PROGRESS, "Evaluating goal functional.");
+    const double functional_value = evaluate_goal(M, u);
+    info("Value of goal functional is %g.", functional_value);
+    end();
+
+    //--- Stage 1: Estimate error
+    begin(PROGRESS, "Stage %d.1: Computing error estimate...", i);
+    timer.start();
+    const double error_estimate = ec.estimate_error(*u, extract_bcs());
+    datum->add("time_estimate_error", timer.stop());
+    log(PROGRESS, "Error estimate is %g (tol = %g).", error_estimate, tol);
+    end();
+
+    const int num_cells = mesh->num_cells();
+    const int num_dofs = V.dim();
+    datum->add("num_cells", num_cells);
+    datum->add("num_dofs", num_dofs);
+    datum->add("error_estimate", error_estimate);
+    datum->add("functional_value", functional_value);
+
+    // Stop if error estimate is less than tolerance
+    if (std::abs(error_estimate) < tol)
+    {
+      info("Error estimate (%g) is less than tolerance (%g), returning.",
+           error_estimate, tol);
+      return;
+    }
+
+    //--- Stage 2: Compute error indicators
+    begin(PROGRESS, "Stage %d.2: Computing error indicators...", i);
+    timer.start();
+    MeshFunction<double> indicators(mesh, mesh->topology().dim());
+    dolfin_assert(u);
+    ec.compute_indicators(indicators, *u);
+    datum->add("time_compute_indicators", timer.stop());
+    if (parameters["save_data"])
+    {
+#ifdef HAS_HDF5
+      //series.store(indicators, i); // No TimeSeries storage of MeshFunction
+      series.store(*mesh, i);
+#else
+      warning("HDF5 not available, unable to save refinement data as time series.");
+#endif
+    }
+    end();
+
+    //--- Stage 3: Mark mesh for refinement ---
+    begin(PROGRESS, "Stage %d.3: Marking mesh for refinement...", i);
+    MeshFunction<bool> markers(mesh, mesh->topology().dim());
+    const std::string strategy = parameters["marking_strategy"];
+    const double fraction = parameters["marking_fraction"];
+    timer.start();
+    mark(markers, indicators, strategy, fraction);
+    datum->add("time_mark_mesh", timer.stop());
+    end();
+
+    //--- Stage 4: Refine mesh ---
+    begin(PROGRESS, "Stage %d.4: Refining mesh...", i);
+    timer.start();
+    adapt(*mesh, markers);
+    datum->add("time_adapt_mesh", timer.stop());
+    end();
+
+    //--- Stage 5: Update forms ---
+    begin(PROGRESS, "Stage %d.5: Updating forms...", i);
+    timer.start();
+    adapt_problem(mesh->leaf_node_shared_ptr());
+    adapt(M, mesh->leaf_node_shared_ptr());
+    adapt(ec, mesh->leaf_node_shared_ptr(), false);
+    datum->add("time_adapt_forms", timer.stop());
+    end();
+  }
+
+  warning("Maximal number of iterations (%d) exceeded! Returning anyhow.",
+          max_iterations);
+}
+//-----------------------------------------------------------------------------
+std::vector<std::shared_ptr<Parameters>>
+GenericAdaptiveVariationalSolver::adaptive_data() const
+{
+  return _adaptive_data;
+}
+//-----------------------------------------------------------------------------
+void GenericAdaptiveVariationalSolver::summary()
+{
+  // Show parameters used
+  info("");
+  info("Parameters used for adaptive solve:");
+  info("");
+  info(parameters, false);
+
+  Table table("Level");
+  Table time_table("Level");
+
+  for (std::size_t i = 0; i < _adaptive_data.size(); i++)
+  {
+    std::stringstream s;
+    s << i;
+    const Parameters& datum = *_adaptive_data[i];
+
+    if (datum.has_key("reference"))
+      table(s.str(), "reference") = datum["reference"].value_str();
+    table(s.str(), "functional_value") = datum["functional_value"].value_str();
+    table(s.str(), "error_estimate") = datum["error_estimate"].value_str();
+    table(s.str(), "tolerance") = datum["tolerance"].value_str();
+    table(s.str(), "num_cells") = datum["num_cells"].value_str();
+    table(s.str(), "num_dofs") = datum["num_dofs"].value_str();
+
+    time_table(s.str(), "solve_primal")
+      = datum["time_solve_primal"].value_str();
+    time_table(s.str(), "estimate_error")
+      = datum["time_estimate_error"].value_str();
+    if (datum.has_key("time_compute_indicators"))
+      time_table(s.str(), "compute_indicators")
+        = datum["time_compute_indicators"].value_str();
+    else
+      time_table(s.str(), "compute_indicators") = 0.0;
+    if (datum.has_key("time_mark_mesh"))
+      time_table(s.str(), "mark_mesh") = datum["time_mark_mesh"].value_str();
+    else
+      time_table(s.str(), "mark_mesh") = 0.0;
+    if (datum.has_key("time_adapt_mesh"))
+      time_table(s.str(), "adapt_mesh") = datum["time_adapt_mesh"].value_str();
+    else
+      time_table(s.str(), "adapt_mesh") = 0.0;
+    if (datum.has_key("time_adapt_forms"))
+      time_table(s.str(), "update") = datum["time_adapt_forms"].value_str();
+    else
+      time_table(s.str(), "update") = 0.0;
+  }
+
+  // Show summary for all iterations
+  info("");
+  info("Summary of adaptive data:");
+  info("");
+  info(indent(table.str(true)));
+  info("");
+  info("Time spent for adaptive solve (in seconds):");
+  info("");
+  info(indent(time_table.str(true)));
+  info("");
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/adaptivity/GenericAdaptiveVariationalSolver.h b/dolfin/adaptivity/GenericAdaptiveVariationalSolver.h
new file mode 100644
index 0000000..96a808b
--- /dev/null
+++ b/dolfin/adaptivity/GenericAdaptiveVariationalSolver.h
@@ -0,0 +1,159 @@
+// Copyright (C) 2010--2012 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2010-2011.
+//
+// First added:  2010-08-19
+// Last changed: 2012-11-14
+
+#ifndef __GENERIC_ADAPTIVE_VARIATIONAL_SOLVER_H
+#define __GENERIC_ADAPTIVE_VARIATIONAL_SOLVER_H
+
+#include <vector>
+#include <memory>
+#include <dolfin/common/Variable.h>
+#include <dolfin/adaptivity/ErrorControl.h>
+
+namespace dolfin
+{
+  // Forward declarations
+  class DirichletBC;
+  class Form;
+  class Function;
+  class FunctionSpace;
+  class GoalFunctional;
+  class Mesh;
+  class Parameters;
+
+  /// An abstract class for goal-oriented adaptive solution of
+  /// variational problems.
+  ///
+  class GenericAdaptiveVariationalSolver : public Variable
+  {
+  public:
+
+    virtual ~GenericAdaptiveVariationalSolver();
+
+    /// Solve such that the functional error is less than the given
+    /// tolerance. Note that each call to solve is based on the
+    /// leaf-node of the variational problem
+    ///
+    /// *Arguments*
+    ///     tol  (double)
+    ///         The error tolerance
+    void solve(const double tol);
+
+    /// Solve the primal problem. Must be overloaded in subclass.
+    ///
+    /// *Returns*
+    ///     _Function_
+    ///         The solution to the primal problem
+    virtual std::shared_ptr<const Function> solve_primal() = 0;
+
+    /// Extract the boundary conditions for the primal problem. Must
+    /// be overloaded in subclass.
+    ///
+    /// *Returns*
+    ///     std::vector<_DirichletBC_>
+    ///         The primal boundary conditions
+    virtual std::vector<std::shared_ptr<const DirichletBC> >
+      extract_bcs() const = 0;
+
+    /// Evaluate the goal functional. Must be overloaded in subclass.
+    ///
+    /// *Arguments*
+    ///    M (_Form_)
+    ///        The functional to be evaluated
+    ///    u (_Function_)
+    ///        The function of which to evaluate the functional
+    ///
+    /// *Returns*
+    ///     double
+    ///         The value of M evaluated at u
+    virtual double evaluate_goal(Form& M,
+                                 std::shared_ptr<const Function> u) const = 0;
+
+    /// Adapt the problem to other mesh. Must be overloaded in subclass.
+    ///
+    /// *Arguments*
+    ///    mesh (_Mesh_)
+    ///        The other mesh
+    virtual void adapt_problem(std::shared_ptr<const Mesh> mesh) = 0;
+
+    /// Return stored adaptive data
+    ///
+    /// *Returns*
+    ///    std::vector<_Parameters_>
+    ///        The data stored in the adaptive loop
+    std::vector<std::shared_ptr<Parameters> > adaptive_data() const;
+
+    /// Default parameter values:
+    ///
+    ///     "max_iterations"     (int)
+    ///     "max_dimension"      (int)
+    ///     "save_data"          (bool)
+    ///     "data_label"         (std::string)
+    ///     "reference"          (double)
+    ///     "marking_strategy"   (std::string)
+    ///     "marking_fraction"   (double)
+    static Parameters default_parameters()
+    {
+      Parameters p("adaptive_solver");
+
+      // Set default generic adaptive parameters
+      p.add("max_iterations", 50);
+      p.add("max_dimension", 0);
+      p.add("save_data", false);
+      p.add("data_label", "default/adaptivity");
+      p.add("reference", 0.0);
+      p.add("marking_strategy", "dorfler");
+      p.add("marking_fraction", 0.5, 0.0, 1.0);
+
+      // Set parameters for dual solver
+      Parameters ec_params(ErrorControl::default_parameters());
+      p.add(ec_params);
+
+      return p;
+    }
+
+    /// Present summary of all adaptive data and parameters
+    void summary();
+
+  protected:
+
+    /// The goal functional
+    std::shared_ptr<Form> goal;
+
+    /// Error control object
+    std::shared_ptr<ErrorControl> control;
+
+    // A list of adaptive data
+    std::vector<std::shared_ptr<Parameters> > _adaptive_data;
+
+    /// Return the number of degrees of freedom for primal problem
+    ///
+    /// *Returns*
+    ///     _std::size_t_
+    ///         The number of degrees of freedom
+    virtual std::size_t num_dofs_primal() = 0;
+
+  };
+}
+
+
+
+#endif
diff --git a/dolfin/adaptivity/GoalFunctional.cpp b/dolfin/adaptivity/GoalFunctional.cpp
new file mode 100644
index 0000000..a4120f4
--- /dev/null
+++ b/dolfin/adaptivity/GoalFunctional.cpp
@@ -0,0 +1,34 @@
+// Copyright (C) 2010 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2010.
+//
+// First added:  2010-09-16
+// Last changed: 2010-12-02
+
+#include "GoalFunctional.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+GoalFunctional::GoalFunctional(std::size_t rank, std::size_t num_coefficients)
+  : Form(rank, num_coefficients)
+{
+  // Check that rank is 0
+  dolfin_assert(rank == 0);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/adaptivity/GoalFunctional.h b/dolfin/adaptivity/GoalFunctional.h
new file mode 100644
index 0000000..0c53ae1
--- /dev/null
+++ b/dolfin/adaptivity/GoalFunctional.h
@@ -0,0 +1,67 @@
+// Copyright (C) 2010--2012 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-09-16
+// Last changed: 2012-11-14
+
+#ifndef __GOAL_FUNCTIONAL_H
+#define __GOAL_FUNCTIONAL_H
+
+#include <memory>
+#include <dolfin/fem/Form.h>
+#include "ErrorControl.h"
+
+namespace dolfin
+{
+
+  /// A _GoalFunctional_ is a _Form_ of rank 0 with an associated
+  /// _ErrorControl_.
+
+  class GoalFunctional : public Form
+  {
+
+  public:
+
+    // FIXME: The rank argument is unnecessary, a GoalFunction should
+    // always have rank 0. The argument should be removed for that
+    // reason.
+
+    /// Create _GoalFunctional_
+    ///
+    /// *Arguments*
+    ///     rank (int)
+    ///         the rank of the functional (should be 0)
+    ///     num_coefficients (int)
+    ///         the number of coefficients in functional
+    GoalFunctional(std::size_t rank, std::size_t num_coefficients);
+
+    /// Update error control instance with given forms
+    ///
+    /// *Arguments*
+    ///     a (_Form_)
+    ///         a bilinear form
+    ///     L (_Form_)
+    ///         a linear form
+    virtual void update_ec(const Form& a, const Form& L) = 0;
+
+    // Pointer to _ErrorControl_ instance
+    std::shared_ptr<ErrorControl> _ec;
+
+  };
+
+}
+#endif
diff --git a/dolfin/adaptivity/TimeSeries.cpp b/dolfin/adaptivity/TimeSeries.cpp
new file mode 100644
index 0000000..8dfccb3
--- /dev/null
+++ b/dolfin/adaptivity/TimeSeries.cpp
@@ -0,0 +1,417 @@
+// Copyright (C) 2009-2013 Chris Richardson and Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifdef HAS_HDF5
+
+#include <algorithm>
+#include <iostream>
+#include <sstream>
+#include <string>
+
+#include <dolfin/log/LogStream.h>
+#include <dolfin/common/constants.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/SubSystemsManager.h>
+#include <dolfin/io/File.h>
+#include <dolfin/io/HDF5File.h>
+#include <dolfin/io/HDF5Interface.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/la/GenericLinearAlgebraFactory.h>
+#include <dolfin/mesh/Mesh.h>
+
+#include "TimeSeries.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+template <typename T>
+void TimeSeries::store_object(MPI_Comm comm, const T& object, double t,
+                              std::vector<double>& times,
+                              std::string series_name,
+                              std::string group_name)
+{
+  // Write object
+
+  // Check for pre-existing file to append to
+  std::string mode = "w";
+  if(File::exists(series_name) &&
+     (_vector_times.size() > 0 || _mesh_times.size() > 0))
+    mode = "a";
+
+  // Get file handle for low level operations
+  HDF5File hdf5_file(comm, series_name, mode);
+  const hid_t fid = hdf5_file._hdf5_file_id;
+
+  // Find existing datasets (should be equal to number of times)
+  std::size_t nobjs = 0;
+  if(HDF5Interface::has_group(fid, group_name))
+    nobjs = HDF5Interface::num_datasets_in_group(fid, group_name);
+
+  dolfin_assert(nobjs == times.size());
+
+  // Write new dataset (mesh or vector)
+  std::string dataset_name = group_name + "/" + std::to_string(nobjs);
+  hdf5_file.write(object, dataset_name);
+
+  // Check that time values are strictly increasing
+  const std::size_t n = times.size();
+  if (n >= 2 && (times[n - 1] - times[n - 2])*(t - times[n - 1]) < 0.0)
+  {
+    dolfin_error("TimeSeries.cpp",
+                 "store object to time series",
+                 "Sample points must be strictly monotone (t_0 = %g, t_1 = %g, t_2 = %g)",
+                 times[n - 2], times[n - 1], t);
+  }
+
+  // Add time
+  times.push_back(t);
+
+  // Store time
+  HDF5Interface::add_attribute(fid, dataset_name, "time", t);
+}
+//-----------------------------------------------------------------------------
+TimeSeries::TimeSeries(MPI_Comm mpi_comm, std::string name)
+  : _name(name + ".h5"), _cleared(false)
+{
+  // Set default parameters
+  parameters = default_parameters();
+
+  // In case MPI is not already initialised
+  SubSystemsManager::init_mpi();
+
+  if (File::exists(_name))
+  {
+    // Read from file
+    const hid_t hdf5_file_id = HDF5Interface::open_file(mpi_comm, _name, "r",
+                                                        true);
+    if (HDF5Interface::has_group(hdf5_file_id, "/Vector"))
+    {
+      const unsigned int nvecs
+        = HDF5Interface::num_datasets_in_group(hdf5_file_id, "/Vector");
+      _vector_times.clear();
+      for (unsigned int i = 0; i != nvecs; ++i)
+      {
+        const std::string dataset_name = "/Vector/" + std::to_string(i);
+        double t;
+        HDF5Interface::get_attribute(hdf5_file_id, dataset_name, "time", t);
+        _vector_times.push_back(t);
+      }
+
+      log(PROGRESS, "Found %d vector sample(s) in time series.",
+          _vector_times.size());
+      if (!monotone(_vector_times))
+      {
+        dolfin_error("TimeSeries.cpp",
+       "read time series from file",
+       "Sample points for vector data are not strictly monotone in series \"%s\"",
+                     name.c_str());
+      }
+    }
+
+    if (HDF5Interface::has_group(hdf5_file_id, "/Mesh"))
+    {
+      const unsigned int nmesh
+        = HDF5Interface::num_datasets_in_group(hdf5_file_id, "/Mesh");
+      _mesh_times.clear();
+      for (unsigned int i = 0; i != nmesh; ++i)
+      {
+        const std::string dataset_name = "/Mesh/" + std::to_string(i);
+        double t;
+        HDF5Interface::get_attribute(hdf5_file_id, dataset_name, "time", t);
+        _mesh_times.push_back(t);
+      }
+
+      log(PROGRESS, "Found %d mesh sample(s) in time series.",
+          _mesh_times.size());
+      if (!monotone(_mesh_times))
+      {
+        dolfin_error("TimeSeries.cpp",
+       "read time series from file",
+       "Sample points for mesh data are not strictly monotone in series \"%s\"",
+                     name.c_str());
+      }
+    }
+
+    HDF5Interface::close_file(hdf5_file_id);
+  }
+  else
+    log(PROGRESS, "No samples found in time series.");
+}
+//-----------------------------------------------------------------------------
+TimeSeries::~TimeSeries()
+{
+  // Do nothing (keep files)
+}
+//-----------------------------------------------------------------------------
+void TimeSeries::store(const GenericVector& vector, double t)
+{
+  // Clear earlier history first time we store a value
+  const bool clear_on_write = this->parameters["clear_on_write"];
+  if (!_cleared && clear_on_write)
+    clear();
+
+  // Store object
+  store_object(vector.mpi_comm(), vector, t, _vector_times, _name, "/Vector");
+}
+//-----------------------------------------------------------------------------
+void TimeSeries::store(const Mesh& mesh, double t)
+{
+  // Clear earlier history first time we store a value
+  const bool clear_on_write = this->parameters["clear_on_write"];
+  if (!_cleared && clear_on_write)
+    clear();
+
+  // Store object
+  store_object(mesh.mpi_comm(), mesh, t, _mesh_times, _name, "/Mesh");
+
+}
+//-----------------------------------------------------------------------------
+void TimeSeries::retrieve(GenericVector& vector, double t,
+                              bool interpolate) const
+{
+  if (!File::exists(_name))
+  {
+    dolfin_error("TimeSeries.cpp",
+                 "open file to retrieve series",
+                 "File does not exist");
+  }
+
+  HDF5File hdf5_file(MPI_COMM_WORLD, _name, "r");
+
+  // Interpolate value
+  if (interpolate)
+  {
+    // Find closest pair
+    const std::pair<std::size_t, std::size_t> index_pair
+      = find_closest_pair(t, _vector_times, _name, "vector");
+    const std::size_t i0 = index_pair.first;
+    const std::size_t i1 = index_pair.second;
+
+    // Special case: same index
+    if (i0 == i1)
+    {
+      hdf5_file.read(vector, "/Vector/" + std::to_string(i0), false);
+      log(PROGRESS, "Reading vector value at t = %g.", _vector_times[0]);
+      return;
+    }
+
+    log(PROGRESS, "Interpolating vector value at t = %g in interval [%g, %g].",
+        t, _vector_times[i0], _vector_times[i1]);
+
+    // Read vectors
+    GenericVector& x0(vector);
+    std::shared_ptr<GenericVector> x1
+      = x0.factory().create_vector(x0.mpi_comm());
+    hdf5_file.read(x0, "/Vector/" + std::to_string(i0), false);
+    hdf5_file.read(*x1, "/Vector/" + std::to_string(i1), false);
+
+    // Check that the vectors have the same size
+    if (x0.size() != x1->size())
+    {
+      dolfin_error("TimeSeries.cpp",
+                   "interpolate vector value in time series",
+                   "Vector sizes don't match (%d and %d)",
+                   x0.size(), x1->size());
+    }
+
+    // Compute weights for linear interpolation
+    const double dt = _vector_times[i1] - _vector_times[i0];
+    dolfin_assert(std::abs(dt) > DOLFIN_EPS);
+    const double w0 = (_vector_times[i1] - t) / dt;
+    const double w1 = 1.0 - w0;
+
+    // Interpolate
+    x0 *= w0;
+    x0.axpy(w1, *x1);
+  }
+  else
+  {
+    // Find closest index
+    const std::size_t index = find_closest_index(t, _vector_times, _name,
+                                                 "vector");
+
+    log(PROGRESS, "Reading vector at t = %g (close to t = %g).",
+        _vector_times[index], t);
+
+    // Read vector
+    hdf5_file.read(vector, "/Vector/" + std::to_string(index), false);
+  }
+}
+//-----------------------------------------------------------------------------
+void TimeSeries::retrieve(Mesh& mesh, double t) const
+{
+  if (!File::exists(_name))
+  {
+    dolfin_error("TimeSeries.cpp",
+                 "open file to retrieve series",
+                 "File does not exist");
+  }
+
+  // Get index closest to given time
+  const std::size_t index = find_closest_index(t, _mesh_times, _name, "mesh");
+
+  log(PROGRESS, "Reading mesh at t = %g (close to t = %g).",
+      _mesh_times[index], t);
+
+  // Read mesh
+  HDF5File hdf5_file(MPI_COMM_WORLD, _name, "r");
+  hdf5_file.read(mesh, "/Mesh/" + std::to_string(index), false);
+}
+//-----------------------------------------------------------------------------
+std::vector<double> TimeSeries::vector_times() const
+{
+  return _vector_times;
+}
+//-----------------------------------------------------------------------------
+std::vector<double> TimeSeries::mesh_times() const
+{
+  return _mesh_times;
+}
+//-----------------------------------------------------------------------------
+void TimeSeries::clear()
+{
+  _vector_times.clear();
+  _mesh_times.clear();
+  _cleared = true;
+}
+//-----------------------------------------------------------------------------
+std::string TimeSeries::str(bool verbose) const
+{
+  std::stringstream s;
+  if (verbose)
+  {
+    s << str(false) << std::endl << std::endl;
+
+    s << "Vectors:";
+    for (std::size_t i = 0; i < _vector_times.size(); ++i)
+      s << "  " << i << ": " << _vector_times[i];
+    s << std::endl;
+
+    s << "Meshes:";
+    for (std::size_t i = 0; i < _mesh_times.size(); ++i)
+      s << "  " << i << ": " << _mesh_times[i];
+    s << std::endl;
+  }
+  else
+  {
+    s << "<Time series with "
+      << _vector_times.size()
+      << " vector(s) and "
+      << _mesh_times.size()
+      << " mesh(es)>";
+  }
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+bool TimeSeries::monotone(const std::vector<double>& times)
+{
+  // If size of time series is 0 or 1 they are always monotone
+  if (times.size() < 2)
+    return true;
+
+  // If size is 2
+  if (times.size() == 2)
+    return times[0] < times[1];
+
+  for (std::size_t i = 0; i < times.size() - 2; i++)
+  {
+    if ((times[i + 2] - times[i + 1])*(times[i + 1] - times[i]) <= 0.0)
+      return false;
+  }
+  return true;
+}
+//-----------------------------------------------------------------------------
+std::size_t TimeSeries::find_closest_index(double t,
+                                           const std::vector<double>& times,
+                                           std::string series_name,
+                                           std::string type_name)
+{
+  // Get closest pair
+  const std::pair<std::size_t, std::size_t> index_pair
+    = find_closest_pair(t, times, series_name, type_name);
+  const std::size_t i0 = index_pair.first;
+  const std::size_t i1 = index_pair.second;
+
+  // Check which is closer
+  const std::size_t i = (std::abs(t - times[i0])
+                         < std::abs(t - times[i1]) ? i0 : i1);
+  dolfin_debug2("Using closest value t[%d] = %g", i, times[i]);
+
+  return i;
+}
+//-----------------------------------------------------------------------------
+std::pair<std::size_t, std::size_t>
+TimeSeries::find_closest_pair(double t, const std::vector<double>& times,
+                              std::string series_name,
+                              std::string type_name)
+{
+  // Must have at least one value stored
+  if (times.empty())
+  {
+    dolfin_error("TimeSeries.cpp",
+                 "to retrieve data from time series",
+                 "No %s stored in time series",
+                 type_name.c_str());
+  }
+
+  // Special case: just one value stored
+  if (times.size() == 1)
+  {
+    dolfin_debug("Series has just one value, returning index 0.");
+    return std::make_pair(0, 0);
+  }
+
+  // Check whether series is reversed
+  const bool reversed = times[0] > times[1];
+
+  // Find lower bound. Note that lower_bound() returns first item
+  // larger than t or end of vector if no such item exists.
+  std::vector<double>::const_iterator lower;
+  if (reversed)
+  {
+    lower = std::lower_bound(times.begin(), times.end(), t,
+                             std::greater<double>());
+  }
+  else
+  {
+    lower = std::lower_bound(times.begin(), times.end(), t,
+                             std::less<double>());
+  }
+
+  // Set index lower and upper bound
+  std::size_t i0 = 0;
+  std::size_t i1 = 0;
+  if (lower == times.begin())
+    i0 = i1 = lower - times.begin();
+  else if (lower == times.end())
+    i0 = i1 = lower - times.begin() - 1;
+  else
+  {
+    i0 = lower - times.begin() - 1;
+    i1 = i0 + 1;
+  }
+
+  dolfin_debug1("Looking for value at time t = %g", t);
+  dolfin_debug4("Neighboring values are t[%d] = %g and t[%d] = %g",
+                i0, times[i0], i1, times[i1]);
+
+  return std::make_pair(i0, i1);
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/adaptivity/TimeSeries.h b/dolfin/adaptivity/TimeSeries.h
new file mode 100644
index 0000000..59fa345
--- /dev/null
+++ b/dolfin/adaptivity/TimeSeries.h
@@ -0,0 +1,177 @@
+// Copyright (C) 2009-2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __TIME_SERIES_H
+#define __TIME_SERIES_H
+
+#ifdef HAS_HDF5
+
+#include <string>
+#include <vector>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/Variable.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class GenericVector;
+  class Mesh;
+
+  /// This class stores a time series of objects to file(s) in a
+  /// binary format which is efficient for reading and writing.
+  ///
+  /// When objects are retrieved, the object stored at the time
+  /// closest to the given time will be used.
+  ///
+  /// A new time series will check if values have been stored to
+  /// file before (for a series with the same name) and in that
+  /// case reuse those values. If new values are stored, old
+  /// values will be cleared.
+
+  class TimeSeries : public Variable
+  {
+  public:
+
+    /// Create empty time series
+    ///
+    /// *Arguments*
+    ///     mpi_comm (MPI_Comm)
+    ///         An MPI communicator
+    ///     name (std::string)
+    ///         The time series name
+    TimeSeries(std::string name)
+      : TimeSeries(MPI_COMM_WORLD, name) {}
+
+    /// Create empty time series
+    ///
+    /// *Arguments*
+    ///     mpi_comm (MPI_Comm)
+    ///         An MPI communicator
+    ///     name (std::string)
+    ///         The time series name
+    TimeSeries(MPI_Comm mpi_comm, std::string name);
+
+    /// Destructor
+    ~TimeSeries();
+
+    /// Store vector at given time
+    ///
+    /// *Arguments*
+    ///     vector (_GenericVector_)
+    ///         The vector to be stored.
+    ///     t (double)
+    ///         The time.
+    void store(const GenericVector& vector, double t);
+
+    /// Store mesh at given time
+    ///
+    /// *Arguments*
+    ///     mesh (_Mesh_)
+    ///         The mesh to be stored.
+    ///     t (double)
+    ///         The time.
+    void store(const Mesh& mesh, double t);
+
+    /// Retrieve vector at given time
+    ///
+    /// *Arguments*
+    ///     vector (_GenericVector_)
+    ///         The vector (values to be retrieved).
+    ///     t (double)
+    ///         The time.
+    ///     interpolate (bool)
+    ///         Optional argument: If true (default), interpolate
+    ///         time samples closest to t if t is not present.
+    void retrieve(GenericVector& vector, double t,
+                  bool interpolate=true) const;
+
+    /// Retrieve mesh at given time
+    ///
+    /// *Arguments*
+    ///     mesh (_Mesh_)
+    ///         The mesh (values to be retrieved).
+    ///     t (double)
+    ///         The time.
+    void retrieve(Mesh& mesh, double t) const;
+
+    /// Return array of sample times for vectors
+    ///
+    /// *Returns*
+    ///     std::vector<double>
+    ///         The times.
+    std::vector<double> vector_times() const;
+
+    /// Return array of sample times for meshes
+    ///
+    /// *Returns*
+    ///     std::vector<double>
+    ///         The times.
+    std::vector<double> mesh_times() const;
+
+    /// Clear time series
+    void clear();
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+    /// Default parameter values
+    static Parameters default_parameters()
+    {
+      Parameters p("time_series");
+      p.add("clear_on_write", true);
+      return p;
+    }
+
+  private:
+
+    template <typename T>
+      void store_object(MPI_Comm comm, const T& object, double t,
+                        std::vector<double>& times,
+                        std::string series_name,
+                        std::string group_name);
+
+    // Check if values are strictly increasing
+    static bool monotone(const std::vector<double>& times);
+
+    // Find index closest to given time
+    static std::size_t find_closest_index(double t,
+                                          const std::vector<double>& times,
+                                          std::string series_name,
+                                          std::string type_name);
+
+    // Find index pair closest to given time
+    static std::pair<std::size_t, std::size_t>
+      find_closest_pair(double t, const std::vector<double>& times,
+                        std::string series_name, std::string type_name);
+
+    // Name of series
+    std::string _name;
+
+    // List of times
+    std::vector<double> _vector_times;
+    std::vector<double> _mesh_times;
+
+    // True if series has been cleared
+    bool _cleared;
+
+  };
+
+}
+
+#endif
+#endif
diff --git a/dolfin/adaptivity/adapt.cpp b/dolfin/adaptivity/adapt.cpp
new file mode 100644
index 0000000..d7f8a6f
--- /dev/null
+++ b/dolfin/adaptivity/adapt.cpp
@@ -0,0 +1,633 @@
+// Copyright (C) 2010-2011 Anders Logg, Marie Rognes and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-02-10
+// Last changed: 2012-11-29
+
+#include <map>
+#include <memory>
+
+#include <dolfin/fem/FiniteElement.h>
+#include <dolfin/fem/DofMap.h>
+#include <dolfin/fem/Form.h>
+#include <dolfin/fem/DirichletBC.h>
+#include <dolfin/fem/LinearVariationalProblem.h>
+#include <dolfin/fem/NonlinearVariationalProblem.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/function/GenericFunction.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/SpecialFacetFunction.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/mesh/Facet.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/refinement/refine.h>
+#include "ErrorControl.h"
+#include "adapt.h"
+
+using namespace dolfin;
+
+// Common function for setting parent/child
+template <typename T>
+void set_parent_child(const T& parent, std::shared_ptr<T> child)
+{
+  // Use a const_cast so we can set the parent/child
+  T& _parent = const_cast<T&>(parent);
+
+  // Set parent/child
+  _parent.set_child(child);
+  child->set_parent(reference_to_no_delete_pointer(_parent));
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<Mesh> dolfin::adapt(const Mesh& mesh)
+{
+  // Skip refinement if already refined
+  if (mesh.has_child())
+  {
+    dolfin_debug("Mesh has already been refined, returning child mesh.");
+    return const_cast<Mesh&>(mesh).child_shared_ptr();
+  }
+
+  // Refine uniformly
+  std::shared_ptr<Mesh> adapted_mesh(new Mesh());
+  refine(*adapted_mesh, mesh);
+
+  // Initialize the entities initialized in mesh in adapted_mesh
+  for (std::size_t d = 0; d <= mesh.topology().dim(); ++d)
+    if (mesh.num_entities(d) != 0)
+      adapted_mesh->init(d);
+
+  // Set parent / child
+  set_parent_child(mesh, adapted_mesh);
+
+  return adapted_mesh;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<Mesh> dolfin::adapt(const Mesh& mesh,
+                                    const MeshFunction<bool>& cell_markers)
+{
+  // Skip refinement if already refined
+  if (mesh.has_child())
+  {
+    dolfin_debug("Mesh has already been refined, returning child mesh.");
+    return const_cast<Mesh&>(mesh).child_shared_ptr();
+  }
+
+  // Call refinement algorithm
+  std::shared_ptr<Mesh> adapted_mesh(new Mesh());
+  refine(*adapted_mesh, mesh, cell_markers);
+
+  // Initialize the entities initialized in mesh in adapted_mesh
+  for (std::size_t d = 0; d <= mesh.topology().dim(); ++d)
+    if (mesh.num_entities(d) != 0)
+      adapted_mesh->init(d);
+
+  // Set parent / child
+  set_parent_child(mesh, adapted_mesh);
+
+  return adapted_mesh;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<FunctionSpace> dolfin::adapt(const FunctionSpace& space)
+{
+  dolfin_assert(space.mesh());
+
+  // Refine mesh
+  adapt(*space.mesh());
+
+  // Refine space
+  adapt(space, space.mesh()->child_shared_ptr());
+
+  return const_cast<FunctionSpace*>(&space)->child_shared_ptr();
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<FunctionSpace>
+  dolfin::adapt(const FunctionSpace& space,
+                const MeshFunction<bool>& cell_markers)
+{
+  dolfin_assert(space.mesh());
+
+  // Refine mesh
+  adapt(*space.mesh(), cell_markers);
+
+  // Refine space
+  adapt(space, space.mesh()->child_shared_ptr());
+
+  return const_cast<FunctionSpace*>(&space)->child_shared_ptr();
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<FunctionSpace>
+  dolfin::adapt(const FunctionSpace& space,
+                std::shared_ptr<const Mesh> adapted_mesh)
+{
+
+  // Skip refinement if already refined and child's mesh is the same
+  // as requested
+  if (space.has_child()
+      && adapted_mesh.get() == space.child().mesh().get())
+  {
+    dolfin_debug("Function space has already been refined, returning child space.");
+    return const_cast<FunctionSpace&>(space).child_shared_ptr();
+  }
+
+  // Create DOLFIN finite element and dofmap
+  dolfin_assert(space.dofmap());
+  dolfin_assert(space.element());
+  std::shared_ptr<const FiniteElement>
+    refined_element(space.element()->create());
+  std::shared_ptr<const GenericDofMap>
+      refined_dofmap(space.dofmap()->create(*adapted_mesh));
+
+  // Create new function space
+  std::shared_ptr<FunctionSpace>
+    refined_space(new FunctionSpace(adapted_mesh, refined_element, refined_dofmap));
+
+  // Set parent / child
+  set_parent_child(space, refined_space);
+
+  return refined_space;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<Function>
+  dolfin::adapt(const Function& function,
+                std::shared_ptr<const Mesh> adapted_mesh,
+                bool interpolate)
+{
+  // Skip refinement if already refined and if child's mesh matches
+  // requested mesh
+  if (function.has_child()
+      && adapted_mesh.get() == function.child().function_space()->mesh().get())
+  {
+    dolfin_debug("Function has already been refined, returning child function.");
+    return const_cast<Function&>(function).child_shared_ptr();
+  }
+
+  // Refine function space
+  std::shared_ptr<const FunctionSpace> space = function.function_space();
+  dolfin_assert(space);
+  adapt(*space, adapted_mesh);
+  std::shared_ptr<const FunctionSpace>
+    refined_space = space->child_shared_ptr();
+  dolfin_assert(refined_space);
+
+  // Create new function on refined space and interpolate
+  std::shared_ptr<Function> refined_function(new Function(refined_space));
+  if (interpolate)
+    refined_function->interpolate(function);
+
+  // Set parent / child
+  set_parent_child(function, refined_function);
+
+  return refined_function;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericFunction>
+  dolfin::adapt(std::shared_ptr<const GenericFunction> function,
+                std::shared_ptr<const Mesh> adapted_mesh)
+{
+  // Try casting to a function
+  const Function* f = dynamic_cast<const Function*>(function.get());
+  if (f)
+    return adapt(*f, adapted_mesh);
+  else
+    return std::const_pointer_cast<GenericFunction>(function);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<Form>
+  dolfin::adapt(const Form& form,
+                std::shared_ptr<const Mesh> adapted_mesh,
+                bool adapt_coefficients)
+{
+  // Skip refinement if already refined
+  if (form.has_child())
+  {
+    dolfin_debug("Form has already been refined, returning child form.");
+    return const_cast<Form&>(form).child_shared_ptr();
+  }
+
+  // Get data
+  std::vector<std::shared_ptr<const FunctionSpace>>
+    spaces = form.function_spaces();
+  std::vector<std::shared_ptr<const GenericFunction>>
+    coefficients = form.coefficients();
+  std::shared_ptr<const ufc::form> ufc_form = form.ufc_form();
+
+  // Refine function spaces
+  std::vector<std::shared_ptr<const FunctionSpace>> refined_spaces;
+  for (std::size_t i = 0; i < spaces.size(); i++)
+  {
+    const FunctionSpace& space = *spaces[i];
+    adapt(space, adapted_mesh);
+    refined_spaces.push_back(space.child_shared_ptr());
+  }
+
+  // Create new form (constructor used from Python interface)
+  std::shared_ptr<Form> refined_form(new Form(ufc_form,
+                                              refined_spaces));
+
+  // Refine coefficients:
+  std::vector<std::shared_ptr<const GenericFunction>> refined_coefficients;
+  for (std::size_t i = 0; i < coefficients.size(); i++)
+  {
+    // Try casting to Function
+    const Function* function
+      = dynamic_cast<const Function*>(coefficients[i].get());
+
+    if (function)
+    {
+      adapt(*function, adapted_mesh, adapt_coefficients);
+      refined_form->set_coefficient(i, function->child_shared_ptr());
+    }
+    else
+      refined_form->set_coefficient(i, coefficients[i]);
+  }
+
+  // Attach mesh
+  refined_form->set_mesh(adapted_mesh);
+
+  // Attached refined sub domains
+  const MeshFunction<std::size_t>* cell_domains = form.cell_domains().get();
+  if (cell_domains)
+  {
+    adapt(*cell_domains, adapted_mesh);
+    refined_form->dx = cell_domains->child_shared_ptr();
+  }
+  const MeshFunction<std::size_t>* exterior_domains
+    = form.exterior_facet_domains().get();
+  if (exterior_domains)
+  {
+    adapt(*exterior_domains, adapted_mesh);
+    refined_form->ds = exterior_domains->child_shared_ptr();
+  }
+  const MeshFunction<std::size_t>* interior_domains
+    = form.interior_facet_domains().get();
+  if (interior_domains)
+  {
+    adapt(*interior_domains, adapted_mesh);
+    refined_form->dS = interior_domains->child_shared_ptr();
+  }
+
+  // Set parent / child
+  set_parent_child(form, refined_form);
+
+  return refined_form;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<LinearVariationalProblem>
+  dolfin::adapt(const LinearVariationalProblem& problem,
+                std::shared_ptr<const Mesh> adapted_mesh)
+{
+  // Skip refinement if already refined
+  if (problem.has_child())
+  {
+    dolfin_debug("Linear variational problem has already been refined, returning child problem.");
+    return const_cast<LinearVariationalProblem&>(problem).child_shared_ptr();
+  }
+
+  // Get data
+  std::shared_ptr<const Form> a = problem.bilinear_form();
+  std::shared_ptr<const Form> L = problem.linear_form();
+  std::shared_ptr<const Function> u = problem.solution();
+  std::vector<std::shared_ptr<const DirichletBC>> bcs = problem.bcs();
+
+  // Refine forms
+  dolfin_assert(a);
+  dolfin_assert(L);
+  adapt(*a, adapted_mesh);
+  adapt(*L, adapted_mesh);
+
+  // FIXME: Note const-cast here, don't know how to get around it
+
+  // Refine solution variable
+  dolfin_assert(u);
+  adapt(*u, adapted_mesh);
+  std::shared_ptr<Function> refined_u
+    = std::const_pointer_cast<Function>(u)->child_shared_ptr();
+
+  // Refine bcs
+  std::shared_ptr<const FunctionSpace> V(problem.trial_space());
+  std::vector<std::shared_ptr<const DirichletBC>> refined_bcs;
+  for (std::size_t i = 0; i < bcs.size(); i++)
+  {
+    if (bcs[i] != 0)
+    {
+      dolfin_assert(V);
+      adapt(*bcs[i], adapted_mesh, *V);
+      refined_bcs.push_back(bcs[i]->child_shared_ptr());
+    }
+    else
+    {
+      dolfin_error("adapt.cpp",
+                   "adapt linear variational problem",
+                   "Only implemented for Dirichlet boundary conditions");
+    }
+  }
+
+  // Create new problem
+  dolfin_assert(a);
+  dolfin_assert(L);
+  dolfin_assert(u);
+  std::shared_ptr<LinearVariationalProblem>
+    refined_problem(new LinearVariationalProblem(a->child_shared_ptr(),
+                                                 L->child_shared_ptr(),
+                                                 refined_u,
+                                                 refined_bcs));
+
+  // Set parent / child
+  set_parent_child(problem, refined_problem);
+
+  return refined_problem;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<NonlinearVariationalProblem>
+  dolfin::adapt(const NonlinearVariationalProblem& problem,
+                std::shared_ptr<const Mesh> adapted_mesh)
+{
+  // Skip refinement if already refined
+  if (problem.has_child())
+  {
+    dolfin_debug("Nonlinear variational problem has already been refined, returning child problem.");
+    return const_cast<NonlinearVariationalProblem&>(problem).child_shared_ptr();
+  }
+
+  // Get data
+  std::shared_ptr<const Form> F = problem.residual_form();
+  std::shared_ptr<const Form> J = problem.jacobian_form();
+  std::shared_ptr<const Function> u = problem.solution();
+  std::vector<std::shared_ptr<const DirichletBC>> bcs = problem.bcs();
+
+  // Refine forms
+  dolfin_assert(F);
+  adapt(*F, adapted_mesh);
+  if (J)
+    adapt(*J, adapted_mesh);
+
+  // FIXME: Note const-cast here, don't know how to get around it
+
+  // Refine solution variable
+  dolfin_assert(u);
+  adapt(*u, adapted_mesh);
+  std::shared_ptr<Function> refined_u
+    = std::const_pointer_cast<Function>(u)->child_shared_ptr();
+
+  // Refine bcs
+  std::shared_ptr<const FunctionSpace> V(problem.trial_space());
+  std::vector<std::shared_ptr<const DirichletBC>> refined_bcs;
+  for (std::size_t i = 0; i < bcs.size(); i++)
+  {
+    dolfin_assert(bcs[i] != 0);
+    dolfin_assert(V);
+    adapt(*bcs[i], adapted_mesh, *V);
+    refined_bcs.push_back(bcs[i]->child_shared_ptr());
+  }
+
+  // Create new problem
+  dolfin_assert(F);
+  dolfin_assert(u);
+  std::shared_ptr<NonlinearVariationalProblem> refined_problem;
+  if (J)
+  {
+    refined_problem.reset(new NonlinearVariationalProblem(F->child_shared_ptr(),
+                                                          refined_u,
+                                                          refined_bcs,
+                                                          J->child_shared_ptr()));
+  }
+  else
+  {
+    refined_problem.reset(new NonlinearVariationalProblem(F->child_shared_ptr(),
+                                                          refined_u,
+                                                          refined_bcs));
+  }
+
+  // Set parent / child
+  set_parent_child(problem, refined_problem);
+
+  return refined_problem;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<DirichletBC>
+  dolfin::adapt(const DirichletBC& bc,
+                std::shared_ptr<const Mesh> adapted_mesh,
+                const FunctionSpace& S)
+{
+  dolfin_assert(adapted_mesh);
+
+  // Skip refinement if already refined and child's mesh is the same
+  // as requested
+  if (bc.has_child()
+      && adapted_mesh.get() == bc.child().function_space()->mesh().get())
+  {
+    dolfin_debug("DirichletBC has already been refined, returning child.");
+    return const_cast<DirichletBC&>(bc).child_shared_ptr();
+  }
+
+  std::shared_ptr<const FunctionSpace> W = bc.function_space();
+  dolfin_assert(W);
+
+  // Refine function space
+  const std::vector<std::size_t> component = W->component();
+  std::shared_ptr<const FunctionSpace> V;
+  if (component.empty())
+  {
+    adapt(*W, adapted_mesh);
+    V = W->child_shared_ptr();
+  }
+  else
+  {
+    adapt(S, adapted_mesh);
+    V = S.child().sub(component);
+  }
+
+  // Get refined value
+  std::shared_ptr<const GenericFunction> g = adapt(bc.value(), adapted_mesh);
+
+  // Extract user_sub_domain
+  std::shared_ptr<const SubDomain> user_sub_domain = bc.user_sub_domain();
+
+  // Create refined boundary condition
+  std::shared_ptr<DirichletBC> refined_bc;
+  if (user_sub_domain)
+  {
+    // Use user defined sub domain if defined
+    refined_bc.reset(new DirichletBC(V, g, user_sub_domain, bc.method()));
+  }
+  else
+  {
+    // Extract markers
+    const std::vector<std::size_t>& markers = bc.markers();
+
+    // Create refined markers
+    dolfin_assert(W->mesh());
+    std::vector<std::size_t> refined_markers;
+    adapt_markers(refined_markers, *adapted_mesh, markers, *W->mesh());
+
+    refined_bc.reset(new DirichletBC(V, g, refined_markers, bc.method()));
+  }
+
+  // Set parent / child
+  set_parent_child(bc, refined_bc);
+
+  return refined_bc;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<ErrorControl>
+  dolfin::adapt(const ErrorControl& ec,
+                std::shared_ptr<const Mesh> adapted_mesh,
+                bool adapt_coefficients)
+{
+  dolfin_assert(adapted_mesh);
+
+  // Skip refinement if already refined
+  if (ec.has_child())
+  {
+    dolfin_debug("ErrorControl has already been refined, returning child problem.");
+    return const_cast<ErrorControl&>(ec).child_shared_ptr();
+  }
+
+  // Refine data
+  adapt(*ec._residual, adapted_mesh, adapt_coefficients);
+  adapt(*ec._L_star, adapted_mesh, adapt_coefficients);
+  adapt(*ec._a_star, adapted_mesh, adapt_coefficients);
+  adapt(*ec._a_R_T, adapted_mesh, adapt_coefficients);
+  adapt(*ec._L_R_T, adapted_mesh, adapt_coefficients);
+  adapt(*ec._a_R_dT, adapted_mesh, adapt_coefficients);
+  adapt(*ec._L_R_dT, adapted_mesh, adapt_coefficients);
+  adapt(*ec._eta_T, adapted_mesh, adapt_coefficients);
+
+  // Create refined error control
+  std::shared_ptr<ErrorControl>
+    refined_ec(new ErrorControl(ec._a_star->child_shared_ptr(),
+                                ec._L_star->child_shared_ptr(),
+                                ec._residual->child_shared_ptr(),
+                                ec._a_R_T->child_shared_ptr(),
+                                ec._L_R_T->child_shared_ptr(),
+                                ec._a_R_dT->child_shared_ptr(),
+                                ec._L_R_dT->child_shared_ptr(),
+                                ec._eta_T->child_shared_ptr(),
+                                ec._is_linear));
+
+  // Set parent / child
+  set_parent_child(ec, refined_ec);
+
+  return refined_ec;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<MeshFunction<std::size_t>>
+  dolfin::adapt(const MeshFunction<std::size_t>& mesh_function,
+                std::shared_ptr<const Mesh> adapted_mesh)
+{
+  // Skip refinement if already refined
+  if (mesh_function.has_child())
+  {
+    dolfin_debug("MeshFunction has already been refined, returning child");
+    return const_cast<MeshFunction<std::size_t>&>(mesh_function).child_shared_ptr();
+  }
+
+  dolfin_assert(mesh_function.mesh());
+  const Mesh& mesh = *mesh_function.mesh();
+  const std::size_t dim = mesh.topology().dim();
+
+  // Extract parent map from data of refined mesh
+  const std::vector<std::size_t>* parent = NULL;
+  if (mesh_function.dim() == dim)
+  {
+    if (adapted_mesh->data().exists("parent_cell", dim))
+      parent = &(adapted_mesh->data().array("parent_cell", dim));
+  }
+  else if (mesh_function.dim() == (dim - 1))
+  {
+    if (adapted_mesh->data().exists("parent_facet", dim - 1))
+      parent = &(adapted_mesh->data().array("parent_facet", dim - 1));
+  }
+  else
+    dolfin_not_implemented();
+
+  // Check that parent map exists
+  if (!parent)
+  {
+    dolfin_error("adapt.cpp",
+                 "adapt mesh function",
+                 "Unable to extract information about parent mesh entities");
+  }
+
+  // Use very large value as 'undefined'
+  const std::size_t undefined = std::numeric_limits<std::size_t>::max();
+
+  // Map values of mesh function into refined mesh function
+  std::shared_ptr<MeshFunction<std::size_t>>
+    adapted_mesh_function(new MeshFunction<std::size_t>(adapted_mesh,
+                                                        mesh_function.dim()));
+  for (std::size_t i = 0; i < adapted_mesh_function->size(); i++)
+  {
+    const std::size_t parent_index = (*parent)[i];
+    if (parent_index < mesh_function.size())
+      (*adapted_mesh_function)[i] = mesh_function[parent_index];
+    else
+      (*adapted_mesh_function)[i] = undefined;
+  }
+
+  // Set parent / child relations
+  set_parent_child(mesh_function, adapted_mesh_function);
+
+  // Return refined mesh function
+  return adapted_mesh_function;
+}
+//-----------------------------------------------------------------------------
+void dolfin::adapt_markers(std::vector<std::size_t>& refined_markers,
+                           const Mesh& adapted_mesh,
+                           const std::vector<std::size_t>& markers,
+                           const Mesh& mesh)
+{
+  // Topological dimension
+  const std::size_t D = mesh.topology().dim();
+
+  // Check that parent maps exist
+  if (!adapted_mesh.data().exists("parent_facet", D - 1))
+  {
+    dolfin_error("adapt.cpp",
+                 "adapt markers",
+                 "Unable to extract information about parent mesh entities");
+  }
+
+  // Extract parent map from data of refined mesh
+  const std::vector<std::size_t>& parent_facets
+    = adapted_mesh.data().array("parent_facet", D - 1);
+
+  // Create map (parent_cell, parent_local_facet) -> [(child_cell,
+  // child_local_facet), ...] for boundary facets
+
+  std::map<std::size_t, std::vector<std::size_t>> children;
+  for (FacetIterator facet(adapted_mesh); !facet.end(); ++facet)
+  {
+    // Ignore interior facets
+    if (facet->num_entities(D) == 2)
+      continue;
+
+    // Extract index of parent facet
+    const std::size_t parent_facet_index = parent_facets[facet->index()];
+
+    children[parent_facet_index].push_back(facet->index());
+  }
+
+  // Use above map to construct refined markers
+  for (auto const &marker: markers)
+  {
+    for (auto const &child_facet: children[marker])
+      refined_markers.push_back(child_facet);
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/adaptivity/adapt.h b/dolfin/adaptivity/adapt.h
new file mode 100644
index 0000000..13bfff1
--- /dev/null
+++ b/dolfin/adaptivity/adapt.h
@@ -0,0 +1,182 @@
+// Copyright (C) 2010-2011 Anders Logg, Marie Rognes and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-02-10
+// Last changed: 2011-10-11
+//
+// This file defines free functions for refinement/adaption of meshes,
+// function spaces, functions etc.
+
+#ifndef __DOLFIN_ADAPT_H
+#define __DOLFIN_ADAPT_H
+
+#include <vector>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class DirichletBC;
+  class ErrorControl;
+  class Form;
+  class Function;
+  class FunctionSpace;
+  class GenericFunction;
+  class LinearVariationalProblem;
+  class Mesh;
+  template <typename T> class MeshFunction;
+  class NonlinearVariationalProblem;
+
+  //--- Refinement of meshes ---
+
+  /// Refine mesh uniformly
+  /// @param[in] mesh (Mesh)
+  ///   Input mesh
+  /// @return std::shared_ptr<Mesh> adapted mesh
+  std::shared_ptr<Mesh> adapt(const Mesh& mesh);
+
+  /// Refine mesh based on cell markers
+  /// @param[in] mesh (Mesh)
+  ///   Input mesh
+  /// @param[in] cell_markers (MeshFunction<bool>)
+  ///   Markers denoting cells to be refined
+  std::shared_ptr<Mesh> adapt(const Mesh& mesh,
+                              const MeshFunction<bool>& cell_markers);
+
+  //--- Refinement of function spaces ---
+
+  /// Refine function space uniformly
+  /// @param[in] space (FunctionSpace)
+  /// @return FunctionSpace
+  std::shared_ptr<FunctionSpace> adapt(const FunctionSpace& space);
+
+  /// Refine function space based on cell markers
+  /// @param[in] space (FunctionSpace&)
+  /// @param[in] cell_markers (MehsFunction<bool>&)
+  /// @return FunctionSpace
+  std::shared_ptr<FunctionSpace> adapt(const FunctionSpace& space,
+                                       const MeshFunction<bool>& cell_markers);
+
+  /// Refine function space based on refined mesh
+  /// @param[in] space (FunctionSpace&)
+  /// @param[in] adapted_mesh (std::sahred_ptr<const Mesh>)
+  /// @return FunctionSpace
+  std::shared_ptr<FunctionSpace> adapt(const FunctionSpace& space,
+                                       std::shared_ptr<const Mesh> adapted_mesh);
+
+  //--- Refinement of functions ---
+
+  /// Adapt Function based on adapted mesh
+  ///
+  /// @param[in] function (Function&)
+  ///         The function that should be adapted
+  /// @param[in] adapted_mesh (std::shared_ptr<const Mesh>)
+  ///         The new mesh
+  /// @param[in] interpolate (bool)
+  ///         Optional argument, default is true. If false, the
+  ///         function's function space is adapted, but the values are
+  ///         not interpolated.
+  ///
+  /// @return _Function_
+  ///         The adapted function
+  std::shared_ptr<Function> adapt(const Function& function,
+                                  std::shared_ptr<const Mesh> adapted_mesh,
+                                  bool interpolate=true);
+
+  /// Refine GenericFunction based on refined mesh
+  ///
+  /// @param[in] function (GeericFunction)
+  ///         The function that should be adapted
+  /// @param[in] adapted_mesh (Mehs)
+  ///         The new mesh
+  ///
+  /// @return _GenericFunction_
+  ///         The adapted function
+  std::shared_ptr<GenericFunction>
+    adapt(std::shared_ptr<const GenericFunction> function,
+          std::shared_ptr<const Mesh> adapted_mesh);
+
+  /// Refine mesh function<std::size_t> based on mesh
+  std::shared_ptr<MeshFunction<std::size_t>>
+    adapt(const MeshFunction<std::size_t>& mesh_function,
+          std::shared_ptr<const Mesh> adapted_mesh);
+
+  //--- Refinement of boundary conditions ---
+
+  /// Refine Dirichlet bc based on refined mesh
+  std::shared_ptr<DirichletBC> adapt(const DirichletBC& bc,
+                                     std::shared_ptr<const Mesh> adapted_mesh,
+                                     const FunctionSpace& S);
+
+  /// Helper function for refinement of boundary conditions
+  void adapt_markers(std::vector<std::size_t>& refined_markers,
+                     const Mesh& adapted_mesh,
+                     const std::vector<std::size_t>& markers,
+                     const Mesh& mesh);
+
+  //--- Refinement of forms ---
+
+  /// Adapt form based on adapted mesh
+  ///
+  /// @param[in] form  (_Form_)
+  ///         The form that should be adapted
+  /// @param[in] adapted_mesh  (_Mesh_)
+  ///         The new mesh
+  /// @param[in] adapt_coefficients (bool)
+  ///         Optional argument, default is true. If false, the form
+  ///         coefficients are not explicitly adapted, but pre-adapted
+  ///         coefficients will be transferred.
+  ///
+  /// @return  _Form_
+  ///         The adapted form
+  std::shared_ptr<Form> adapt(const Form& form,
+                              std::shared_ptr<const Mesh> adapted_mesh,
+                              bool adapt_coefficients=true);
+
+  //--- Refinement of variational problems ---
+
+  /// Refine linear variational problem based on mesh
+  std::shared_ptr<LinearVariationalProblem>
+    adapt(const LinearVariationalProblem& problem,
+          std::shared_ptr<const Mesh> adapted_mesh);
+
+  /// Refine nonlinear variational problem based on mesh
+  std::shared_ptr<NonlinearVariationalProblem>
+    adapt(const NonlinearVariationalProblem& problem,
+          std::shared_ptr<const Mesh> adapted_mesh);
+
+  /// Adapt error control object based on adapted mesh
+  ///
+  /// @param  ec  (_ErrorControl_)
+  ///         The error control object to be adapted
+  /// @param  adapted_mesh  (_Mesh_)
+  ///         The new mesh
+  /// @param  adapt_coefficients (bool)
+  ///         Optional argument, default is true. If false, any form
+  ///         coefficients are not explicitly adapted, but pre-adapted
+  ///         coefficients will be transferred.
+  ///
+  /// @return _ErrorControl_
+  ///         The adapted error control object
+  std::shared_ptr<ErrorControl> adapt(const ErrorControl& ec,
+                                      std::shared_ptr<const Mesh> adapted_mesh,
+                                      bool adapt_coefficients=true);
+
+
+}
+
+#endif
diff --git a/dolfin/adaptivity/adaptivesolve.cpp b/dolfin/adaptivity/adaptivesolve.cpp
new file mode 100644
index 0000000..f745331
--- /dev/null
+++ b/dolfin/adaptivity/adaptivesolve.cpp
@@ -0,0 +1,119 @@
+// Copyright (C) 2011 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-06-30
+// Last changed: 2012-11-12
+
+#include <dolfin/fem/Equation.h>
+#include <dolfin/fem/Form.h>
+#include <dolfin/fem/LinearVariationalProblem.h>
+#include <dolfin/fem/NonlinearVariationalProblem.h>
+#include <dolfin/function/Function.h>
+
+#include "AdaptiveLinearVariationalSolver.h"
+#include "AdaptiveNonlinearVariationalSolver.h"
+#include "GoalFunctional.h"
+#include "adaptivesolve.h"
+
+//-----------------------------------------------------------------------------
+void dolfin::solve(const Equation& equation, Function& u, const double tol,
+                   GoalFunctional& M)
+{
+  // Call common adaptive solve function
+  solve(equation, u, std::vector<const DirichletBC*>(), tol, M);
+}
+//-----------------------------------------------------------------------------
+void dolfin::solve(const Equation& equation, Function& u,
+                   const DirichletBC& bc, const double tol, GoalFunctional& M)
+{
+  // Call common adaptive solve function
+  solve(equation, u, {&bc}, tol, M);
+}
+//-----------------------------------------------------------------------------
+void dolfin::solve(const Equation& equation, Function& u,
+                   std::vector<const DirichletBC*> bcs,
+                   const double tol, GoalFunctional& M)
+{
+  // Solve linear problem
+  if (equation.is_linear())
+  {
+    std::vector<std::shared_ptr<const DirichletBC>> _bcs;
+    for (auto bc : bcs)
+      _bcs.push_back(reference_to_no_delete_pointer(*bc));
+
+    auto problem = std::make_shared<LinearVariationalProblem>(
+      equation.lhs(), equation.rhs(), reference_to_no_delete_pointer(u), _bcs);
+    AdaptiveLinearVariationalSolver
+      solver(problem, std::shared_ptr<GoalFunctional>(&M, [](GoalFunctional*){}));
+    solver.solve(tol);
+  }
+  else
+  {
+    // Raise error if the problem is nonlinear (for now)
+    dolfin_error("solve.cpp",
+                 "solve nonlinear variational problem adaptively",
+                 "Nonlinear adaptive solve not implemented without Jacobian");
+  }
+}
+//-----------------------------------------------------------------------------
+void dolfin::solve(const Equation& equation, Function& u, const Form& J,
+                   const double tol, GoalFunctional& M)
+{
+  // Create empty list of boundary conditions
+  std::vector<const DirichletBC*> bcs;
+
+  // Call common adaptive solve function with Jacobian
+  solve(equation, u, bcs, J, tol, M);
+}
+//-----------------------------------------------------------------------------
+void dolfin::solve(const Equation& equation, Function& u,
+                   const DirichletBC& bc, const Form& J, const double tol,
+                   GoalFunctional& M)
+{
+  // Call common adaptive solve function with Jacobian
+  solve(equation, u, {&bc}, J, tol, M);
+}
+//-----------------------------------------------------------------------------
+void dolfin::solve(const Equation& equation, Function& u,
+                   std::vector<const DirichletBC*> bcs, const Form& J,
+                   const double tol, GoalFunctional& M)
+
+{
+  // Raise error if problem is linear
+  if (equation.is_linear())
+  {
+    dolfin_error("solve.cpp",
+                 "solve nonlinear variational problem adaptively",
+                 "Variational problem is linear");
+  }
+
+  // Pack bcs
+  std::vector<std::shared_ptr<const DirichletBC>> _bcs;
+  for (auto bc : bcs)
+    _bcs.push_back(reference_to_no_delete_pointer(*bc));
+
+  // Define nonlinear problem
+  auto problem = std::make_shared<NonlinearVariationalProblem>(
+    equation.lhs(), reference_to_no_delete_pointer(u), _bcs,
+    reference_to_no_delete_pointer(J));
+
+  // Solve nonlinear problem adaptively
+  AdaptiveNonlinearVariationalSolver
+    solver(problem, std::shared_ptr<GoalFunctional>(&M, [](GoalFunctional*){}));
+  solver.solve(tol);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/adaptivity/adaptivesolve.h b/dolfin/adaptivity/adaptivesolve.h
new file mode 100644
index 0000000..c3af5b6
--- /dev/null
+++ b/dolfin/adaptivity/adaptivesolve.h
@@ -0,0 +1,91 @@
+// Copyright (C) 2011 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-06-30
+// Last changed: 2011-06-30
+
+#ifndef __ADAPTIVE_SOLVE_H
+#define __ADAPTIVE_SOLVE_H
+
+#include <vector>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class DirichletBC;
+  class Equation;
+  class Form;
+  class Function;
+  class GoalFunctional;
+
+  //--- Adaptive solve of linear problems ---
+
+  /// Solve linear variational problem a(u, v) == L(v) without
+  /// essential boundary conditions
+  void solve(const Equation& equation,
+             Function& u,
+             const double tol,
+             GoalFunctional& M);
+
+  /// Solve linear variational problem a(u, v) == L(v) with single
+  /// boundary condition
+  void solve(const Equation& equation,
+             Function& u,
+             const DirichletBC& bc,
+             const double tol,
+             GoalFunctional& M);
+
+  /// Solve linear variational problem a(u, v) == L(v) with list of
+  /// boundary conditions
+  void solve(const Equation& equation,
+             Function& u,
+             std::vector<const DirichletBC*> bcs,
+             const double tol,
+             GoalFunctional& M);
+
+  //--- Adaptive solve of nonlinear problems ---
+
+  /// Solve nonlinear variational problem F(u; v) = 0 without
+  /// essential boundary conditions
+  void solve(const Equation& equation,
+             Function& u,
+             const Form& J,
+             const double tol,
+             GoalFunctional& M);
+
+  /// Solve linear variational problem F(u; v) = 0 with single
+  /// boundary condition
+  void solve(const Equation& equation,
+             Function& u,
+             const DirichletBC& bc,
+             const Form& J,
+             const double tol,
+             GoalFunctional& M);
+
+  /// Solve linear variational problem F(u; v) = 0 with list of
+  /// boundary conditions
+  void solve(const Equation& equation,
+             Function& u,
+             std::vector<const DirichletBC*> bcs,
+             const Form& J,
+             const double tol,
+             GoalFunctional& M);
+
+}
+
+#endif
diff --git a/dolfin/adaptivity/dolfin_adaptivity.h b/dolfin/adaptivity/dolfin_adaptivity.h
new file mode 100644
index 0000000..7a5331d
--- /dev/null
+++ b/dolfin/adaptivity/dolfin_adaptivity.h
@@ -0,0 +1,18 @@
+#ifndef __DOLFIN_ADAPTIVITY_H
+#define __DOLFIN_ADAPTIVITY_H
+
+// DOLFIN adaptivity interface
+
+#include <dolfin/adaptivity/GenericAdaptiveVariationalSolver.h>
+#include <dolfin/adaptivity/AdaptiveLinearVariationalSolver.h>
+#include <dolfin/adaptivity/AdaptiveNonlinearVariationalSolver.h>
+#include <dolfin/adaptivity/GoalFunctional.h>
+#include <dolfin/adaptivity/ErrorControl.h>
+#include <dolfin/adaptivity/Extrapolation.h>
+#include <dolfin/adaptivity/TimeSeries.h>
+
+#include <dolfin/adaptivity/adapt.h>
+#include <dolfin/adaptivity/marking.h>
+#include <dolfin/adaptivity/adaptivesolve.h>
+
+#endif
diff --git a/dolfin/adaptivity/marking.cpp b/dolfin/adaptivity/marking.cpp
new file mode 100644
index 0000000..de9297b
--- /dev/null
+++ b/dolfin/adaptivity/marking.cpp
@@ -0,0 +1,93 @@
+// Copyright (C) 2010 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2011
+//
+// First added:  2010-10-11
+// Last changed: 2011-11-12
+
+#include <dolfin/la/Vector.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include "marking.h"
+
+//-----------------------------------------------------------------------------
+void dolfin::mark(dolfin::MeshFunction<bool>& markers,
+                  const dolfin::MeshFunction<double>& indicators,
+                  const std::string strategy,
+                  const double fraction)
+{
+  if (strategy == "dorfler")
+    dolfin::dorfler_mark(markers, indicators, fraction);
+  else
+  {
+    dolfin::dolfin_error("marking.cpp",
+                         "set refinement markers",
+                         "Unknown marking strategy (\"%s\")",
+                         strategy.c_str());
+  }
+
+  // Count number of marked cells
+  std::size_t num_marked = 0;
+  for(std::size_t i = 0; i < markers.size(); i++)
+  {
+    if (markers[i])
+      num_marked++;
+  }
+
+  // Report the number of marked cells
+  log(PROGRESS,
+      "Marking %d cells out of %d (%.1f%%) for refinement",
+      num_marked, markers.size(), 100.0*num_marked/markers.size());
+}
+//-----------------------------------------------------------------------------
+void dolfin::dorfler_mark(dolfin::MeshFunction<bool>& markers,
+                          const dolfin::MeshFunction<double>& indicators,
+                          const double fraction)
+{
+  // Extract mesh
+  const dolfin::Mesh& mesh = *markers.mesh();
+
+  // Initialize marker mesh function
+  markers.set_all(false);
+
+  // Sort cell indices by indicators and compute sum of error
+  // indicators
+  std::map<double, std::size_t> sorted_cells;
+  std::map<double, std::size_t>::reverse_iterator it;
+  double eta_T_H = 0;
+  for (std::size_t i = 0; i < mesh.num_cells(); i++)
+  {
+    const double value = indicators[i];
+    eta_T_H += value;
+    sorted_cells[value] = i;
+  }
+
+  // Determine stopping criterion for marking
+  const double stop = fraction*eta_T_H;
+
+  // Mark using Dorfler algorithm
+  double eta_A = 0.0;
+  for (it = sorted_cells.rbegin(); it != sorted_cells.rend(); it++) {
+    if (eta_A > stop)
+      return;
+
+    markers[it->second] = true;
+    eta_A += it->first;
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/adaptivity/marking.h b/dolfin/adaptivity/marking.h
new file mode 100644
index 0000000..0da70c5
--- /dev/null
+++ b/dolfin/adaptivity/marking.h
@@ -0,0 +1,66 @@
+// Copyright (C) 2010 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-10-11
+// Last changed: 2012-09-03
+
+#ifndef __MARKING_H
+#define __MARKING_H
+
+#include <string>
+
+namespace dolfin
+{
+
+  class Vector;
+  template <typename T> class MeshFunction;
+
+  /// Mark cells based on indicators and given marking strategy
+  ///
+  /// @param    markers (MeshFunction<bool>)
+  ///         the cell markers (to be computed)
+  ///
+  /// @param    indicators (MeshFunction<double>)
+  ///         error indicators (one per cell)
+  ///
+  /// @param    strategy (std::string)
+  ///         the marking strategy
+  ///
+  /// @param    fraction (double)
+  ///         the marking fraction
+  void mark(MeshFunction<bool>& markers,
+            const dolfin::MeshFunction<double>& indicators,
+            const std::string strategy,
+            const double fraction);
+
+  /// Mark cells using Dorfler marking
+  ///
+  /// @param    markers (MeshFunction<bool>)
+  ///         the cell markers (to be computed)
+  ///
+  /// @param    indicators (MeshFunction<double>)
+  ///         error indicators (one per cell)
+  ///
+  /// @param    fraction (double)
+  ///         the marking fraction
+  void dorfler_mark(MeshFunction<bool>& markers,
+                    const dolfin::MeshFunction<double>& indicators,
+                    const double fraction);
+
+}
+
+#endif
diff --git a/dolfin/ale/ALE.cpp b/dolfin/ale/ALE.cpp
new file mode 100644
index 0000000..6a94b14
--- /dev/null
+++ b/dolfin/ale/ALE.cpp
@@ -0,0 +1,163 @@
+// Copyright (C) 2008-2011 Solveig Bruvoll and Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Jan Blechta 2013
+//
+// First added:  2008-05-02
+// Last changed: 2013-03-06
+
+#include <vector>
+#include <dolfin/function/GenericFunction.h>
+#include <dolfin/mesh/BoundaryMesh.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/fem/fem_utils.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/log/log.h>
+#include "HarmonicSmoothing.h"
+#include "ALE.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+std::shared_ptr<MeshDisplacement> ALE::move(std::shared_ptr<Mesh> mesh,
+                                            const BoundaryMesh& new_boundary)
+{
+  dolfin_assert(mesh);
+  return HarmonicSmoothing::move(mesh, new_boundary);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<MeshDisplacement> ALE::move(std::shared_ptr<Mesh> mesh0,
+                                            const Mesh& mesh1)
+{
+  dolfin_assert(mesh0);
+  if (mesh0->geometry().degree() != 1 || mesh1.geometry().degree() != 1)
+  {
+    dolfin_error("ALE.cpp",
+                 "move mesh",
+                 "This function does not support higher-order mesh geometry");
+  }
+
+  // FIXME: Maybe this works in parallel but there is no obvious way
+  //        to test it as SubMesh::init does not work in parallel
+  not_working_in_parallel("Move coordinates of mesh0 according "
+                          "to mesh1 with common global vertices");
+
+  dolfin_assert(mesh0);
+
+  // Extract boundary meshes
+  BoundaryMesh boundary0(*mesh0, "exterior");
+  BoundaryMesh boundary1(mesh1, "exterior");
+
+  // Get vertex mappings
+  dolfin_assert(mesh0->data().exists("parent_vertex_indices", 0));
+  const std::vector<std::size_t>& local_to_global_0
+    = mesh0->data().array("parent_vertex_indices", 0);
+
+  dolfin_assert(mesh1.data().exists("parent_vertex_indices", 0));
+  const std::vector<std::size_t>& local_to_global_1
+    = mesh1.data().array("parent_vertex_indices", 0);
+
+  const MeshFunction<std::size_t>& boundary_to_mesh_0 = boundary0.entity_map(0);
+  const MeshFunction<std::size_t>& boundary_to_mesh_1 = boundary1.entity_map(0);
+
+  // Build global-to-local vertex mapping for mesh
+  std::map<std::size_t, std::size_t> global_to_local_0;
+  for (std::size_t i = 0; i < local_to_global_0.size(); i++)
+    global_to_local_0[local_to_global_0[i]] = i;
+
+  // Build mapping from mesh vertices to boundary vertices
+  std::map<std::size_t, std::size_t> mesh_to_boundary_0;
+  for (std::size_t i = 0; i < boundary_to_mesh_0.size(); i++)
+    mesh_to_boundary_0[boundary_to_mesh_0[i]] = i;
+
+  // Iterate over vertices in boundary1
+  for (VertexIterator v(boundary1); !v.end(); ++v)
+  {
+    // Get global vertex index (steps 1 and 2)
+    const std::size_t global_vertex_index
+      = local_to_global_1[boundary_to_mesh_1[v->index()]];
+
+    // Get local vertex index for mesh0 if possible (step 3)
+    std::map<std::size_t, std::size_t>::const_iterator it;
+    it = global_to_local_0.find(global_vertex_index);
+    if (it == global_to_local_0.end())
+      continue;
+    const std::size_t mesh_index_0 = it->second;
+
+    // Get vertex index on boundary0 (step 4)
+    it = mesh_to_boundary_0.find(mesh_index_0);
+    if (it == mesh_to_boundary_0.end())
+    {
+      dolfin_error("ALE.cpp",
+                   "move mesh using mesh smoothing",
+                   "Non-matching vertex mappings");
+    }
+    const std::size_t boundary_index_0 = it->second;
+
+    // Update vertex coordinate
+    MeshGeometry& geom = boundary0.geometry();
+    geom.set(boundary_index_0, v->x());
+  }
+
+  // Move mesh
+  return HarmonicSmoothing::move(mesh0, boundary0);
+}
+//-----------------------------------------------------------------------------
+void ALE::move(Mesh& mesh, const GenericFunction& displacement)
+{
+  if (mesh.geometry().degree() != 1)
+  {
+    dolfin_error("ALE.cpp",
+                 "move mesh",
+                 "This function does not support higher-order mesh geometry");
+  }
+
+  // Check dimensions
+  const std::size_t gdim = mesh.geometry().dim();
+  if (!((displacement.value_rank() == 0 && gdim == 1) ||
+        (displacement.value_rank() == 1
+         && gdim == displacement.value_dimension(0))))
+  {
+    dolfin_error("ALE.cpp",
+                 "move mesh using mesh smoothing",
+                 "Illegal value dimension of displacement function");
+  }
+
+  // Interpolate at vertices
+  const std::size_t N = mesh.num_vertices();
+  std::vector<double> vertex_values;
+  displacement.compute_vertex_values(vertex_values, mesh);
+
+  // Move vertex coordinates
+  MeshGeometry& geometry = mesh.geometry();
+  std::vector<double> x(gdim);
+  for (std::size_t i = 0; i < N; i++)
+  {
+    for (std::size_t j = 0; j < gdim; j++)
+      x[j] = geometry.x(i, j) + vertex_values[j*N + i];
+    geometry.set(i, x.data());
+  }
+}
+//-----------------------------------------------------------------------------
+void ALE::move(Mesh& mesh, const Function& displacement)
+{
+  Function position(displacement.function_space());
+  get_coordinates(position, mesh.geometry());
+  *position.vector() += *displacement.vector();
+  set_coordinates(mesh.geometry(), position);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/ale/ALE.h b/dolfin/ale/ALE.h
new file mode 100644
index 0000000..354101c
--- /dev/null
+++ b/dolfin/ale/ALE.h
@@ -0,0 +1,98 @@
+// Copyright (C) 2008-2009 Solveig Bruvoll and Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Jan Blechta 2013
+//
+// First added:  2008-05-02
+// Last changed: 2013-03-06
+
+#ifndef __ALE_H
+#define __ALE_H
+
+#include <memory>
+#include "MeshDisplacement.h"
+
+namespace dolfin
+{
+
+  class Mesh;
+  class BoundaryMesh;
+  class GenericFunction;
+
+  /// This class provides functionality useful for implementation of
+  /// ALE (Arbitrary Lagrangian-Eulerian) methods, in particular
+  /// moving the boundary vertices of a mesh and then interpolating
+  /// the new coordinates for the interior vertices accordingly.
+
+  class ALE
+  {
+  public:
+
+
+    /// Move coordinates of mesh according to new boundary coordinates.
+    /// Works only for affine meshes.
+    ///
+    /// @param mesh (_Mesh_)
+    ///         The affine mesh to move.
+    /// @param new_boundary (_BoundaryMesh_)
+    ///         An affine mesh containing just the boundary cells.
+    ///
+    /// @return MeshDisplacement
+    ///         Displacement encapsulated in Expression subclass
+    ///         MeshDisplacement.
+    static std::shared_ptr<MeshDisplacement>
+      move(std::shared_ptr<Mesh> mesh, const BoundaryMesh& new_boundary);
+
+    /// Move coordinates of mesh according to adjacent mesh with
+    /// common global vertices. Works only for affine meshes.
+    //
+    /// @param mesh0 (_Mesh_)
+    ///         The affine mesh to move.
+    /// @param mesh1 (_Mesh_)
+    ///         The affine mesh to be fit.
+    ///
+    /// @return MeshDisplacement
+    ///         Displacement encapsulated in Expression subclass
+    static std::shared_ptr<MeshDisplacement> move(std::shared_ptr<Mesh> mesh0,
+                                                  const Mesh& mesh1);
+
+    /// Move coordinates of mesh according to displacement function.
+    /// This works only for affine meshes.
+    ///
+    /// NOTE: This cannot be implemented for higher-order geometries
+    ///       as there is no way of constructing function space for
+    ///       position unless supplied as an argument.
+    ///
+    /// @param mesh (_Mesh_)
+    ///         The affine mesh to move.
+    /// @param displacement (_GenericFunction_)
+    ///         A vectorial generic function.
+    static void move(Mesh& mesh, const GenericFunction& displacement);
+
+    /// Move coordinates of mesh according to displacement function.
+    ///
+    /// @param mesh (_Mesh_)
+    ///         The mesh to move.
+    /// @param displacement (_Function_)
+    ///         A vectorial Lagrange function of matching degree.
+    static void move(Mesh& mesh, const Function& displacement);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/ale/CMakeLists.txt b/dolfin/ale/CMakeLists.txt
new file mode 100644
index 0000000..0114e70
--- /dev/null
+++ b/dolfin/ale/CMakeLists.txt
@@ -0,0 +1,44 @@
+set(HEADERS
+  ALE.h
+  dolfin_ale.h
+  HarmonicSmoothing.h
+  MeshDisplacement.h
+  PARENT_SCOPE)
+
+set(SOURCES
+  ALE.cpp
+  HarmonicSmoothing.cpp
+  MeshDisplacement.cpp
+  PARENT_SCOPE)
+
+# Add custom command for compiling Poisson1D.ufl
+add_custom_command(OUTPUT ${CMAKE_BINARY_DIR}/Poisson1D.h
+  MAIN_DEPENDENCY ${CMAKE_CURRENT_SOURCE_DIR}/Poisson1D.ufl
+  DEPENDS ${UFC_INCLUDE_DIR}/ufc.h
+  COMMAND ${PYTHON_EXECUTABLE} -m ffc -l dolfin -O -r auto -o ${CMAKE_BINARY_DIR} ${CMAKE_CURRENT_SOURCE_DIR}/Poisson1D.ufl
+  COMMENT "Compiling form Poisson1D.ufl")
+
+# Add custom command for compiling Poisson2D.ufl
+add_custom_command(OUTPUT ${CMAKE_BINARY_DIR}/Poisson2D.h
+  MAIN_DEPENDENCY ${CMAKE_CURRENT_SOURCE_DIR}/Poisson2D.ufl
+  DEPENDS ${UFC_INCLUDE_DIR}/ufc.h
+  COMMAND ${PYTHON_EXECUTABLE} -m ffc -l dolfin -O -r auto -o ${CMAKE_BINARY_DIR} ${CMAKE_CURRENT_SOURCE_DIR}/Poisson2D.ufl
+  COMMENT "Compiling form Poisson2D.ufl")
+
+# Add custom command for compiling Poisson3D.ufl
+add_custom_command(OUTPUT ${CMAKE_BINARY_DIR}/Poisson3D.h
+  MAIN_DEPENDENCY ${CMAKE_CURRENT_SOURCE_DIR}/Poisson3D.ufl
+  DEPENDS ${UFC_INCLUDE_DIR}/ufc.h
+  COMMAND ${PYTHON_EXECUTABLE} -m ffc -l dolfin -O -r auto -o ${CMAKE_BINARY_DIR} ${CMAKE_CURRENT_SOURCE_DIR}/Poisson3D.ufl
+  COMMENT "Compiling form Poisson3D.ufl")
+
+# Add custom target for compiling forms
+add_custom_target(compile_ale_forms DEPENDS
+  ${CMAKE_BINARY_DIR}/Poisson1D.h
+  ${CMAKE_BINARY_DIR}/Poisson2D.h
+  ${CMAKE_BINARY_DIR}/Poisson3D.h)
+
+# Tell CMake that Poisson*D.h won't be available until build time
+set_source_files_properties(${CMAKE_BINARY_DIR}/Poisson1D.h PROPERTIES GENERATED 1)
+set_source_files_properties(${CMAKE_BINARY_DIR}/Poisson2D.h PROPERTIES GENERATED 1)
+set_source_files_properties(${CMAKE_BINARY_DIR}/Poisson3D.h PROPERTIES GENERATED 1)
diff --git a/dolfin/ale/HarmonicSmoothing.cpp b/dolfin/ale/HarmonicSmoothing.cpp
new file mode 100644
index 0000000..8cf97c4
--- /dev/null
+++ b/dolfin/ale/HarmonicSmoothing.cpp
@@ -0,0 +1,206 @@
+// Copyright (C) 2008-2011 Anders Logg, 2013 Jan Blechta
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2008-08-11
+// Last changed: 2013-12-02
+
+#include <dolfin/common/Array.h>
+#include <dolfin/parameter/GlobalParameters.h>
+#include <dolfin/fem/assemble.h>
+#include <dolfin/fem/fem_utils.h>
+#include <dolfin/la/Matrix.h>
+#include <dolfin/la/solve.h>
+#include <dolfin/la/Vector.h>
+#include <dolfin/log/log.h>
+#include <dolfin/mesh/BoundaryMesh.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/function/Function.h>
+#include "Poisson1D.h"
+#include "Poisson2D.h"
+#include "Poisson3D.h"
+#include "HarmonicSmoothing.h"
+#include <memory>
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+std::shared_ptr<MeshDisplacement>
+HarmonicSmoothing::move(std::shared_ptr<Mesh> mesh,
+                        const BoundaryMesh& new_boundary)
+{
+  dolfin_assert(mesh);
+  if (mesh->geometry().degree() != 1 || new_boundary.geometry().degree() != 1)
+  {
+    dolfin_error("HarmonicSmoothing.cpp",
+                 "move mesh using harmonic smoothing",
+                 "This function does not support higher-order mesh geometry");
+  }
+
+  // Now this works regardless of reorder_dofs_serial value
+  const bool reorder_dofs_serial = parameters["reorder_dofs_serial"];
+  if (!reorder_dofs_serial)
+  {
+    warning("The function HarmonicSmoothing::move no longer needs "
+            "parameters[\"reorder_dofs_serial\"] = false");
+  }
+
+  const std::size_t D = mesh->topology().dim();
+  const std::size_t d = mesh->geometry().dim();
+
+  // Choose form and function space
+  std::shared_ptr<FunctionSpace> V;
+  std::shared_ptr<Form> form;
+  switch (D)
+  {
+  case 1:
+    V.reset(new Poisson1D::FunctionSpace(mesh));
+    form.reset(new Poisson1D::BilinearForm(V, V));
+    break;
+  case 2:
+    V.reset(new Poisson2D::FunctionSpace(mesh));
+    form.reset(new Poisson2D::BilinearForm(V, V));
+    break;
+  case 3:
+    V.reset(new Poisson3D::FunctionSpace(mesh));
+    form.reset(new Poisson3D::BilinearForm(V, V));
+    break;
+  default:
+    dolfin_error("HarmonicSmoothing.cpp",
+                 "move mesh using harmonic smoothing",
+                 "Illegal mesh dimension (%d)", D);
+  }
+
+  // Assemble matrix
+  auto A = std::make_shared<Matrix>();
+  assemble(*A, *form);
+
+  // Number of mesh vertices (local)
+  const std::size_t num_vertices = mesh->num_vertices();
+
+  // Dof range
+  const dolfin::la_index n0 = V->dofmap()->ownership_range().first;
+  const dolfin::la_index n1 = V->dofmap()->ownership_range().second;
+  const dolfin::la_index num_owned_dofs = n1 - n0;
+
+  // Mapping of new_boundary vertex numbers to mesh vertex numbers
+  const MeshFunction<std::size_t>& vertex_map_mesh_func
+    = new_boundary.entity_map(0);
+  const std::size_t num_boundary_vertices = vertex_map_mesh_func.size();
+  const std::vector<std::size_t>
+    vertex_map(vertex_map_mesh_func.values(),
+               vertex_map_mesh_func.values() + num_boundary_vertices);
+
+  // Mapping of mesh vertex numbers to dofs (including ghost dofs)
+  const std::vector<dolfin::la_index> vertex_to_dofs = vertex_to_dof_map(*V);
+
+  // Array of all dofs (including ghosts) with local numbering
+  std::vector<dolfin::la_index> all_global_dofs(num_vertices);
+  for (std::size_t i = 0; i < num_vertices; i++)
+    all_global_dofs[i] = vertex_to_dofs[i];
+
+  // Create arrays for setting bcs.  Their indexing does not matter -
+  // same ordering does.
+  std::size_t num_boundary_dofs = 0;
+  std::vector<dolfin::la_index> boundary_dofs;
+  boundary_dofs.reserve(num_boundary_vertices);
+  std::vector<std::size_t> boundary_vertices;
+  boundary_vertices.reserve(num_boundary_vertices);
+  for (std::size_t vert = 0; vert < num_boundary_vertices; vert++)
+  {
+    // Skip ghosts
+    const dolfin::la_index dof = vertex_to_dofs[vertex_map[vert]];
+    if (dof < num_owned_dofs)
+    {
+      // Global dof numbers
+      boundary_dofs.push_back(dof + n0);
+
+      // new_boundary vertex indices
+      boundary_vertices.push_back(vert);
+
+      num_boundary_dofs++;
+    }
+  }
+
+  // Modify matrix (insert 1 on diagonal)
+  A->ident(num_boundary_dofs, boundary_dofs.data());
+  A->apply("insert");
+
+  // Arrays for storing Dirichlet condition and solution
+  std::vector<double> boundary_values(num_boundary_dofs);
+  std::vector<double> displacement;
+  displacement.reserve(d*num_vertices);
+
+  // Pick amg as preconditioner if available
+  const std::string
+    prec(has_krylov_solver_preconditioner("amg") ? "amg" : "default");
+
+  // Displacement solution wrapped in Expression subclass
+  // MeshDisplacement
+  std::shared_ptr<MeshDisplacement> u(new MeshDisplacement(mesh));
+
+  // RHS vector
+  Vector b(*(*u)[0].vector());
+
+  // Prepare solver
+  KrylovSolver solver(mesh->mpi_comm(), "bicgstab", prec);
+  solver.parameters["nonzero_initial_guess"] = true;
+  solver.set_operator(A);
+
+  // Solve system for each dimension
+  for (std::size_t dim = 0; dim < d; dim++)
+  {
+    // Get solution vector
+    std::shared_ptr<GenericVector> x = (*u)[dim].vector();
+
+    if (dim > 0)
+      b.zero();
+
+    // Store bc into RHS and solution so that CG solver can be used
+    for (std::size_t i = 0; i < num_boundary_dofs; i++)
+    {
+      boundary_values[i] = new_boundary.geometry().x(boundary_vertices[i], dim)
+        - mesh->geometry().x(vertex_map[boundary_vertices[i]], dim);
+    }
+    b.set(boundary_values.data(), num_boundary_dofs, boundary_dofs.data());
+    b.apply("insert");
+    *x = b;
+
+    // Solve the system
+    solver.solve(*x, b);
+
+    // Get displacement
+    std::vector<double> _displacement(num_vertices);
+    x->get_local(_displacement.data(), num_vertices, all_global_dofs.data());
+    displacement.insert(displacement.end(), _displacement.begin(),
+                        _displacement.end());
+  }
+
+  // Modify mesh coordinates
+  MeshGeometry& geometry = mesh->geometry();
+  std::vector<double> coord(d);
+  for (std::size_t i = 0; i < num_vertices; i++)
+  {
+    for (std::size_t dim = 0; dim < d; dim++)
+      coord[dim] = displacement[dim*num_vertices + i] + geometry.x(i, dim);
+    geometry.set(i, coord.data());
+  }
+
+  // Return calculated displacement
+  return u;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/ale/HarmonicSmoothing.h b/dolfin/ale/HarmonicSmoothing.h
new file mode 100644
index 0000000..0175012
--- /dev/null
+++ b/dolfin/ale/HarmonicSmoothing.h
@@ -0,0 +1,60 @@
+// Copyright (C) 2008 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2008-08-11
+// Last changed: 2013-03-06
+
+#ifndef __HARMONIC_SMOOTHING_H
+#define __HARMONIC_SMOOTHING_H
+
+#include <memory>
+#include "MeshDisplacement.h"
+
+namespace dolfin
+{
+
+  class BoundaryMesh;
+  class Mesh;
+
+  /// This class implements harmonic mesh smoothing. Poisson's
+  /// equation is solved with zero right-hand side (Laplace's
+  /// equation) for each coordinate direction to compute new
+  /// coordinates for all vertices, given new locations for the
+  /// coordinates of the boundary.
+
+  class HarmonicSmoothing
+  {
+  public:
+
+    /// Move coordinates of mesh according to new boundary coordinates
+    /// and return the displacement
+    ///
+    /// @param mesh (Mesh)
+    ///   Mesh
+    /// @param new_boundary (BoundaryMesh)
+    ///   Boundary mesh
+    ///
+    /// @return MeshDisplacement
+    ///   Displacement
+    static std::shared_ptr<MeshDisplacement>
+      move(std::shared_ptr<Mesh> mesh, const BoundaryMesh& new_boundary);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/ale/MeshDisplacement.cpp b/dolfin/ale/MeshDisplacement.cpp
new file mode 100644
index 0000000..cca9ceb
--- /dev/null
+++ b/dolfin/ale/MeshDisplacement.cpp
@@ -0,0 +1,117 @@
+// Copyright (C) 2013 Jan Blechta
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-03-05
+// Last changed: 2013-03-05
+
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/mesh/Mesh.h>
+#include "Poisson1D.h"
+#include "Poisson2D.h"
+#include "Poisson3D.h"
+#include "MeshDisplacement.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MeshDisplacement::MeshDisplacement(std::shared_ptr<const Mesh> mesh)
+  : Expression(mesh->geometry().dim()), _dim(mesh->geometry().dim())
+{
+  dolfin_assert(mesh);
+  const std::size_t D = mesh->topology().dim();
+
+  // Choose form and function space
+  std::shared_ptr<FunctionSpace> V;
+  switch (D)
+  {
+  case 1:
+    V.reset(new Poisson1D::FunctionSpace(mesh));
+    break;
+  case 2:
+    V.reset(new Poisson2D::FunctionSpace(mesh));
+    break;
+  case 3:
+    V.reset(new Poisson3D::FunctionSpace(mesh));
+    break;
+  default:
+    dolfin_error("MeshDisplacement.cpp",
+                 "create instance if MeshDisplacement",
+                 "Illegal mesh dimension (%d)", D);
+  }
+
+  // Store displacement functions
+  _displacements = std::vector<Function>(_dim, Function(V));
+}
+//-----------------------------------------------------------------------------
+MeshDisplacement::MeshDisplacement(const MeshDisplacement& mesh_displacement)
+  : Expression(mesh_displacement._dim), _dim(mesh_displacement._dim),
+    _displacements(mesh_displacement._displacements)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+MeshDisplacement::~MeshDisplacement()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Function& MeshDisplacement::operator[] (const std::size_t i)
+{
+  dolfin_assert(i < _dim);
+  return _displacements[i];
+}
+//-----------------------------------------------------------------------------
+const Function& MeshDisplacement::operator[] (const std::size_t i) const
+{
+  dolfin_assert(i < _dim);
+  return _displacements[i];
+}
+//-----------------------------------------------------------------------------
+void MeshDisplacement::eval(Array<double>& values, const Array<double>& x,
+                            const ufc::cell& cell) const
+{
+  for (std::size_t i = 0; i < _dim; i++)
+  {
+    Array<double> _values(1, &values[i]);
+    _displacements[i].eval(_values, x, cell);
+  }
+}
+//-----------------------------------------------------------------------------
+void MeshDisplacement::compute_vertex_values(std::vector<double>& vertex_values,
+                                             const Mesh& mesh) const
+{
+  // TODO: implement also computation on current mesh by
+  //       _displacements[i].vector()->get_local(block, num_vertices,
+  //       all_dofs) which would be merely moving code from
+  //       HarmonicSmoothing.cpp here.  This would save some
+  //       computation performed by compute_vertex_values()
+
+  vertex_values.clear();
+
+  std::size_t num_vertices = mesh.num_vertices();
+  vertex_values.reserve(_dim*num_vertices);
+
+  for (std::size_t i = 0; i < _dim; i++)
+  {
+    std::vector<double> _vertex_values;
+    _displacements[i].compute_vertex_values(_vertex_values, mesh);
+    vertex_values.insert(vertex_values.end(),
+                         _vertex_values.begin(),
+                         _vertex_values.end());
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/ale/MeshDisplacement.h b/dolfin/ale/MeshDisplacement.h
new file mode 100644
index 0000000..8440562
--- /dev/null
+++ b/dolfin/ale/MeshDisplacement.h
@@ -0,0 +1,104 @@
+// Copyright (C) 2013 Jan Blechta
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-03-05
+// Last changed: 2013-03-05
+
+#ifndef __MESH_DISPLACEMENT_H
+#define __MESH_DISPLACEMENT_H
+
+#include <memory>
+#include <vector>
+#include <ufc.h>
+#include <dolfin/common/Array.h>
+#include <dolfin/function/Expression.h>
+#include <dolfin/function/Function.h>
+
+namespace dolfin
+{
+  class Mesh;
+
+  /// This class encapsulates the CG1 representation of the
+  /// displacement of a mesh as an Expression. This is particularly
+  /// useful for the displacement returned by mesh smoothers which can
+  /// subsequently be used in evaluating forms. The value rank is 1
+  /// and the value shape is equal to the geometric dimension of the
+  /// mesh.
+
+  class MeshDisplacement : public Expression
+  {
+  public:
+
+    /// Create MeshDisplacement of given mesh
+    ///
+    /// @param   mesh (_Mesh_)
+    ///         Mesh to be displacement defined on.
+    explicit MeshDisplacement(std::shared_ptr<const Mesh> mesh);
+
+    /// Copy constructor
+    ///
+    /// @param    mesh_displacement (_MeshDisplacement_)
+    ///         Object to be copied.
+    MeshDisplacement(const MeshDisplacement& mesh_displacement);
+
+    /// Destructor
+    virtual ~MeshDisplacement();
+
+    /// Extract subfunction
+    /// In python available as MeshDisplacement.sub(i)
+    ///
+    /// @param i (std::size_t)
+    ///         Index of subfunction.
+    Function& operator[] (const std::size_t i);
+
+    /// Extract subfunction. Const version
+    ///
+    /// @param i (std::size_t)
+    ///         Index of subfunction.
+    const Function& operator[] (const std::size_t i) const;
+
+    /// Evaluate at given point in given cell.
+    ///
+    /// @param    values (Array<double>)
+    ///         The values at the point.
+    /// @param    x (Array<double>)
+    ///         The coordinates of the point.
+    /// @param    cell (ufc::cell)
+    ///         The cell which contains the given point.
+    virtual void eval(Array<double>& values,
+		      const Array<double>& x,
+                      const ufc::cell& cell) const;
+
+    /// Compute values at all mesh vertices.
+    ///
+    /// @param vertex_values (Array<double>)
+    ///         The values at all vertices.
+    /// @param mesh (Mesh)
+    ///         The mesh.
+    virtual void compute_vertex_values(std::vector<double>& vertex_values,
+                                       const Mesh& mesh) const;
+
+  protected:
+
+    const std::size_t _dim;
+
+    std::vector<Function> _displacements;
+
+  };
+
+}
+#endif
diff --git a/dolfin/ale/Poisson1D.ufl b/dolfin/ale/Poisson1D.ufl
new file mode 100644
index 0000000..4787e32
--- /dev/null
+++ b/dolfin/ale/Poisson1D.ufl
@@ -0,0 +1,23 @@
+# Copyright (C) 2008 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+element = FiniteElement("Lagrange", interval, 1)
+
+v = TestFunction(element)
+u = TrialFunction(element)
+
+a = inner(grad(v), grad(u))*dx
diff --git a/dolfin/ale/Poisson2D.ufl b/dolfin/ale/Poisson2D.ufl
new file mode 100644
index 0000000..b3d1862
--- /dev/null
+++ b/dolfin/ale/Poisson2D.ufl
@@ -0,0 +1,23 @@
+# Copyright (C) 2008 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+element = FiniteElement("Lagrange", triangle, 1)
+
+v = TestFunction(element)
+u = TrialFunction(element)
+
+a = inner(grad(v), grad(u))*dx
diff --git a/dolfin/ale/Poisson3D.ufl b/dolfin/ale/Poisson3D.ufl
new file mode 100644
index 0000000..1d36167
--- /dev/null
+++ b/dolfin/ale/Poisson3D.ufl
@@ -0,0 +1,23 @@
+# Copyright (C) 2008 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+element = FiniteElement("Lagrange", tetrahedron, 1)
+
+v = TestFunction(element)
+u = TrialFunction(element)
+
+a = inner(grad(v), grad(u))*dx
diff --git a/dolfin/ale/dolfin_ale.h b/dolfin/ale/dolfin_ale.h
new file mode 100644
index 0000000..99d755d
--- /dev/null
+++ b/dolfin/ale/dolfin_ale.h
@@ -0,0 +1,9 @@
+#ifndef __DOLFIN_ALE_H
+#define __DOLFIN_ALE_H
+
+// DOLFIN ALE interface
+
+#include <dolfin/ale/ALE.h>
+#include <dolfin/ale/MeshDisplacement.h>
+
+#endif
diff --git a/dolfin/common/Array.h b/dolfin/common/Array.h
new file mode 100644
index 0000000..2a23da1
--- /dev/null
+++ b/dolfin/common/Array.h
@@ -0,0 +1,122 @@
+// Copyright (C) 2009-2012 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2010-2011
+// Modified by Joachim B Haga 2012
+//
+// First added:  2009-12-06
+// Last changed: 2012-03-12
+
+#ifndef __DOLFIN_ARRAY_H
+#define __DOLFIN_ARRAY_H
+
+#include <cstddef>
+#include <sstream>
+#include <string>
+
+#include <dolfin/common/constants.h>
+#include <dolfin/log/log.h>
+
+namespace dolfin
+{
+
+  /// This class provides a simple wrapper for a pointer to an array. A
+  /// purpose of this class is to enable the simple and safe exchange
+  /// of data between C++ and Python.
+
+  template <typename T> class Array
+  {
+
+  public:
+
+    /// Create array of size N. Array has ownership.
+    explicit Array(std::size_t N) : _size(N), _x(new T[N]), _owner(true) {}
+
+    /// Construct array from a pointer. Array does not take ownership.
+    Array(std::size_t N, T* x) : _size(N), _x(x), _owner(false) {}
+
+    /// Destructor
+    ~Array()
+    {
+      if (_owner)
+        delete [] _x;
+    }
+
+    /// Return informal string representation (pretty-print).
+    /// Note that the Array class is not a subclass of Variable (for
+    /// efficiency) which means that one needs to call str() directly
+    /// instead of using the info() function on Array objects.
+    std::string str(bool verbose) const
+    {
+      std::stringstream s;
+
+      if (verbose)
+      {
+        s << str(false) << std::endl << std::endl;
+
+        for (std::size_t i = 0; i < size(); i++)
+          s << i << ": " << (*this)[i] << std::endl;
+      }
+      else
+        s << "<Array<T> of size " << size() << ">";
+
+      return s.str();
+    }
+
+    /// Return size of array
+    std::size_t size() const
+    { return _size; }
+
+    /// Access value of given entry (const version)
+    const T& operator[] (std::size_t i) const
+    { dolfin_assert(i < _size); return _x[i]; }
+
+    /// Access value of given entry (non-const version)
+    T& operator[] (std::size_t i)
+    { dolfin_assert(i < _size); return _x[i]; }
+
+    /// Return pointer to data (const version)
+    const T* data() const
+    { return _x; }
+
+    /// Return pointer to data (non-const version)
+    T* data()
+    { return _x; }
+
+   private:
+
+    /// Disable copy construction, to avoid unanticipated sharing or
+    /// copying of data. This means that an Array must always be passed as
+    /// reference, or as a (possibly shared) pointer.
+    Array(const Array& other) = delete;
+
+  private:
+
+    /// Length of array
+    const std::size_t _size;
+
+    /// Array data
+    T* _x;
+
+    /// True if instance is owner of data
+    bool _owner;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/common/ArrayView.h b/dolfin/common/ArrayView.h
new file mode 100644
index 0000000..25bf129
--- /dev/null
+++ b/dolfin/common/ArrayView.h
@@ -0,0 +1,114 @@
+// Copyright (C) 2015 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __DOLFIN_ARRAYVIEW_H
+#define __DOLFIN_ARRAYVIEW_H
+
+#include <cstddef>
+#include <dolfin/log/log.h>
+
+namespace dolfin
+{
+
+  /// This class provides a wrapper for a pointer to an array. It
+  /// never owns the data, and will not be valid if the underlying
+  /// data goes out-of-scope.
+
+  template <typename T> class ArrayView
+  {
+
+  public:
+
+    /// Constructor
+    ArrayView() : _size(0), _x(NULL) {}
+
+    /// Construct array from a pointer. Array does not take ownership.
+    ArrayView(std::size_t N, T* x) : _size(N), _x(x) {}
+
+    /// Construct array from a container with the the data() and
+    /// size() functions
+    template<typename V>
+      explicit ArrayView(V& v) : _size(v.size()), _x(v.data()) {}
+
+    /// Copy constructor
+    ArrayView(const ArrayView& x) : _size(x._size), _x(x._x) {}
+
+    /// Destructor
+    ~ArrayView() {}
+
+    /// Update object to point to new data
+    void set(std::size_t N, T* x)
+    { _size = N; _x = x; }
+
+    /// Update object to point to new container
+    template<typename V>
+    void set(V& v)
+    { _size = v.size(); _x = v.data(); }
+
+    /// Return size of array
+    std::size_t size() const
+    { return _size; }
+
+    /// Test if array view is empty
+    bool empty() const
+    { return (_size == 0) ? true : false; }
+
+    /// Access value of given entry (const version)
+    const T& operator[] (std::size_t i) const
+    { dolfin_assert(i < _size); return _x[i]; }
+
+    /// Access value of given entry (non-const version)
+    T& operator[] (std::size_t i)
+    { dolfin_assert(i < _size); return _x[i]; }
+
+    /// Pointer to start of array
+    T* begin()
+    { return &_x[0]; }
+
+    /// Pointer to start of array (const)
+    const T* begin() const
+    { return &_x[0]; }
+
+    /// Pointer to beyond end of array
+    T* end()
+    { return &_x[_size]; }
+
+    /// Pointer to beyond end of array (const)
+    const T* end() const
+    { return &_x[_size]; }
+
+    /// Return pointer to data (const version)
+    const T* data() const
+    { return _x; }
+
+    /// Return pointer to data (non-const version)
+    T* data()
+    { return _x; }
+
+  private:
+
+    // Length of array
+    std::size_t _size;
+
+    // Array data
+    T* _x;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/common/CMakeLists.txt b/dolfin/common/CMakeLists.txt
new file mode 100644
index 0000000..7ebf6d8
--- /dev/null
+++ b/dolfin/common/CMakeLists.txt
@@ -0,0 +1,34 @@
+set(HEADERS
+  Array.h
+  ArrayView.h
+  constants.h
+  defines.h
+  dolfin_common.h
+  dolfin_doc.h
+  Hierarchical.h
+  IndexSet.h
+  init.h
+  MPI.h
+  NoDeleter.h
+  RangedIndexSet.h
+  Set.h
+  SubSystemsManager.h
+  Timer.h
+  timing.h
+  types.h
+  UniqueIdGenerator.h
+  utils.h
+  Variable.h
+  PARENT_SCOPE)
+
+set(SOURCES
+  defines.cpp
+  init.cpp
+  MPI.cpp
+  SubSystemsManager.cpp
+  Timer.cpp
+  timing.cpp
+  UniqueIdGenerator.cpp
+  utils.cpp
+  Variable.cpp
+  PARENT_SCOPE)
diff --git a/dolfin/common/Hierarchical.h b/dolfin/common/Hierarchical.h
new file mode 100644
index 0000000..8f02b81
--- /dev/null
+++ b/dolfin/common/Hierarchical.h
@@ -0,0 +1,283 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-01-30
+// Last changed: 2013-03-11
+
+#ifndef __HIERARCHICAL_H
+#define __HIERARCHICAL_H
+
+#include <memory>
+
+#include <dolfin/log/log.h>
+#include <dolfin/log/LogStream.h>
+#include "NoDeleter.h"
+
+namespace dolfin
+{
+
+  /// This class provides storage and data access for hierarchical
+  /// classes; that is, classes where an object may have a child
+  /// and a parent.
+  ///
+  /// Note to developers: each subclass of Hierarchical that
+  /// implements an assignment operator must call the base class
+  /// assignment operator at the *end* of the subclass assignment
+  /// operator. See the Mesh class for an example.
+
+  template <typename T>
+  class Hierarchical
+  {
+  public:
+
+    /// Constructor
+    Hierarchical(T& self) : _self(reference_to_no_delete_pointer(self)) {}
+
+    /// Destructor
+    virtual ~Hierarchical() {}
+
+    /// Return depth of the hierarchy; that is, the total number of
+    /// objects in the hierarchy linked to the current object via
+    /// child-parent relationships, including the object itself.
+    ///
+    /// *Returns*
+    ///     std::size_t
+    ///         The depth of the hierarchy.
+    std::size_t depth() const
+    {
+      std::size_t d = 1;
+      for (std::shared_ptr<const T> it = root_node_shared_ptr();
+           it->_child; it = it->_child)
+        d++;
+      return d;
+    }
+
+    /// Check if the object has a parent.
+    ///
+    /// *Returns*
+    ///     bool
+    ///         The return value is true iff the object has a parent.
+    bool has_parent() const
+    { return _parent ? true : false; }
+
+    /// Check if the object has a child.
+    ///
+    /// *Returns*
+    ///     bool
+    ///         The return value is true iff the object has a child.
+    bool has_child() const
+    { return _child ? true : false; }
+
+    /// Return parent in hierarchy. An error is thrown if the object
+    /// has no parent.
+    ///
+    /// *Returns*
+    ///     _Object_
+    ///         The parent object.
+    T& parent()
+    {
+      if (!_parent)
+        dolfin_error("Hierarchical.h",
+                     "extract parent of hierarchical object",
+                     "Object has no parent in hierarchy");
+      return *_parent;
+    }
+
+    /// Return parent in hierarchy (const version).
+    const T& parent() const
+    {
+      if (!_parent)
+        dolfin_error("Hierarchical.h",
+                     "extract parent of hierarchical object",
+                     "Object has no parent in hierarchy");
+      return *_parent;
+    }
+
+    /// Return shared pointer to parent. A zero pointer is returned if
+    /// the object has no parent.
+    ///
+    /// *Returns*
+    ///     shared_ptr<T>
+    ///         The parent object.
+    std::shared_ptr<T> parent_shared_ptr()
+    { return _parent; }
+
+    /// Return shared pointer to parent (const version).
+    std::shared_ptr<const T> parent_shared_ptr() const
+    { return _parent; }
+
+    /// Return child in hierarchy. An error is thrown if the object
+    /// has no child.
+    ///
+    /// *Returns*
+    ///     _T_
+    ///         The child object.
+    T& child()
+    {
+      if (!_child)
+        dolfin_error("Hierarchical.h",
+                     "extract child of hierarchical object",
+                     "Object has no child in hierarchy");
+      return *_child;
+    }
+
+    /// Return child in hierarchy (const version).
+    const T& child() const
+    {
+      if (!_child)
+        dolfin_error("Hierarchical.h",
+                     "extract child of hierarchical object",
+                     "Object has no child in hierarchy");
+      return *_child;
+    }
+
+    /// Return shared pointer to child. A zero pointer is returned if
+    /// the object has no child.
+    ///
+    /// *Returns*
+    ///     shared_ptr<T>
+    ///         The child object.
+    std::shared_ptr<T> child_shared_ptr()
+    { return _child; }
+
+    /// Return shared pointer to child (const version).
+    std::shared_ptr<const T> child_shared_ptr() const
+    { return _child; }
+
+    /// Return root node object in hierarchy.
+    ///
+    /// *Returns*
+    ///     _T_
+    ///         The root node object.
+    T& root_node()
+    {
+      return *root_node_shared_ptr();
+    }
+
+    /// Return root node object in hierarchy (const version).
+    const T& root_node() const
+    {
+      return *root_node_shared_ptr();
+    }
+
+    /// Return shared pointer to root node object in hierarchy.
+    ///
+    /// *Returns*
+    ///     _T_
+    ///         The root node object.
+    std::shared_ptr<T> root_node_shared_ptr()
+    {
+      std::shared_ptr<T> it = _self;
+      for (; it->_parent; it = it->_parent);
+      return it;
+    }
+
+    /// Return shared pointer to root node object in hierarchy (const version).
+    std::shared_ptr<const T> root_node_shared_ptr() const
+    {
+      std::shared_ptr<const T> it = _self;
+      for (; it->_parent; it = it->_parent);
+      return it;
+    }
+
+    /// Return leaf node object in hierarchy.
+    ///
+    /// *Returns*
+    ///     _T_
+    ///         The leaf node object.
+    T& leaf_node()
+    {
+      return *leaf_node_shared_ptr();
+    }
+
+    /// Return leaf node object in hierarchy (const version).
+    const T& leaf_node() const
+    {
+      return *leaf_node_shared_ptr();
+    }
+
+    /// Return shared pointer to leaf node object in hierarchy.
+    ///
+    /// *Returns*
+    ///     _T_
+    ///         The leaf node object.
+    std::shared_ptr<T> leaf_node_shared_ptr()
+    {
+      std::shared_ptr<T> it = _self;
+      for (; it->_child; it = it->_child);
+      return it;
+    }
+
+    /// Return shared pointer to leaf node object in hierarchy (const version).
+    std::shared_ptr<const T> leaf_node_shared_ptr() const
+    {
+      std::shared_ptr<const T> it = _self;
+      for (; it->_child; it = it->_child);
+      return it;
+    }
+
+    /// Set parent
+    void set_parent(std::shared_ptr<T> parent)
+    { _parent = parent; }
+
+    /// Clear child
+    void clear_child()
+    {
+      _child.reset();
+    }
+
+    /// Set child
+    void set_child(std::shared_ptr<T> child)
+    { _child = child; }
+
+    /// Assignment operator
+    const Hierarchical& operator= (const Hierarchical& hierarchical)
+    {
+      // Destroy any previous parent-child relations
+      _parent.reset();
+      _child.reset();
+
+      return *this;
+    }
+
+    /// Function useful for debugging the hierarchy
+    void _debug() const
+    {
+      info("Debugging hierarchical object:");
+      cout << "  depth           = " << depth() << endl;
+      cout << "  has_parent()    = " << has_parent() << endl;
+      info("  _parent.get()   = %x", _parent.get());
+      info("  _parent.count() = %d", _parent.use_count());
+      cout << "  has_child()     = " << has_parent() << endl;
+      info("  _child.get()    = %x", _parent.get());
+      info("  _child.count()  = %d", _parent.use_count());
+    }
+
+  private:
+
+    // The object itself
+    std::shared_ptr<T> _self;
+
+    // Parent and child in hierarchy
+    std::shared_ptr<T> _parent;
+    std::shared_ptr<T> _child;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/common/IndexSet.h b/dolfin/common/IndexSet.h
new file mode 100644
index 0000000..806c0e2
--- /dev/null
+++ b/dolfin/common/IndexSet.h
@@ -0,0 +1,135 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-02-07
+// Last changed: 2011-08-28
+
+#ifndef __INDEX_SET_H
+#define __INDEX_SET_H
+
+#include <cstddef>
+#include <vector>
+
+namespace dolfin
+{
+
+  /// This class provides an efficient data structure for index sets.
+  /// The cost of checking whether a given index is in the set is O(1)
+  /// and very very fast (optimal) at the cost of extra storage.
+
+  class IndexSet
+  {
+  public:
+
+    /// Create index set of given size
+    IndexSet(std::size_t size) : _size(size), _has_index(size),
+                                 _positions(size)
+    {
+      _indices.reserve(size);
+      clear();
+    }
+
+    /// Destructor
+    ~IndexSet() {}
+
+    /// Return true if set is empty
+    bool empty() const
+    { return _indices.empty(); }
+
+    /// Return size of set
+    std::size_t size() const
+    { return _indices.size(); }
+
+    /// Check whether index is in set
+    bool has_index(std::size_t index) const
+    {
+      dolfin_assert(index < _size);
+      return _has_index[index];
+    }
+
+    /// Return position (if any) for given index
+    std::size_t find(std::size_t index) const
+    {
+      dolfin_assert(index < _size);
+      if (!_has_index[index])
+        dolfin_error("IndexSet.h",
+                     "locate position of index",
+                     "Index %d is not in index set", index);
+      return _positions[index];
+    }
+
+    /// Return given index
+    std::size_t& operator[] (std::size_t i)
+    {
+      dolfin_assert(i < _indices.size());
+      return _indices[i];
+    }
+
+    /// Return given index (const version)
+    const std::size_t& operator[] (std::size_t i) const
+    {
+      dolfin_assert(i < _indices.size());
+      return _indices[i];
+    }
+
+    /// Insert index into set
+    void insert(std::size_t index)
+    {
+      dolfin_assert(index < _size);
+      if (_has_index[index])
+        return;
+      _indices.push_back(index);
+      _has_index[index] = true;
+      _positions[index] = _indices.size() - 1;
+    }
+
+    /// Fill index set with indices 0, 1, 2, ..., size - 1
+    void fill()
+    {
+      _indices.clear();
+      for (std::size_t i = 0; i < _size; i++)
+        _indices.push_back(i);
+      std::fill(_has_index.begin(), _has_index.end(), true);
+    }
+
+    /// Clear set
+    void clear()
+    {
+      _indices.clear();
+      std::fill(_has_index.begin(), _has_index.end(), false);
+      std::fill(_positions.begin(), _positions.end(), 0);
+    }
+
+  private:
+
+    // Size (maximum index + 1)
+    std::size_t _size;
+
+    // Vector of indices
+    std::vector<std::size_t> _indices;
+
+    // Indicators for which indices are in the set
+    std::vector<std::size_t> _has_index;
+
+    // Mapping from indices to positions
+    std::vector<std::size_t> _positions;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/common/MPI.cpp b/dolfin/common/MPI.cpp
new file mode 100644
index 0000000..b2b0954
--- /dev/null
+++ b/dolfin/common/MPI.cpp
@@ -0,0 +1,372 @@
+// Copyright (C) 2007 Magnus Vikstrøm
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells 2007-20!2
+// Modified by Anders Logg 2007-2011
+// Modified by Ola Skavhaug 2008-2009
+// Modified by Niclas Jansson 2009
+// Modified by Joachim B Haga 2012
+// Modified by Martin Sandve Alnes 2014
+
+#include <numeric>
+#include <algorithm>
+#include "SubSystemsManager.h"
+#include "MPI.h"
+
+//-----------------------------------------------------------------------------
+dolfin::MPI::Comm::Comm(MPI_Comm comm)
+{
+#ifdef HAS_MPI
+  // Make sure MPI has been initialised
+  SubSystemsManager::init_mpi();
+
+  // Duplicate communicator
+  if (comm != MPI_COMM_NULL)
+  {
+    int err = MPI_Comm_dup(comm, &_comm);
+    if (err != MPI_SUCCESS)
+      dolfin::error("Duplication of MPI communicator failed (MPI_Comm_dup");
+  }
+  else
+    _comm = MPI_COMM_NULL;
+#else
+  _comm = comm;
+#endif
+}
+//-----------------------------------------------------------------------------
+dolfin::MPI::Comm::~Comm()
+{
+  free();
+}
+//-----------------------------------------------------------------------------
+void dolfin::MPI::Comm::free()
+{
+#ifdef HAS_MPI
+  if (_comm != MPI_COMM_NULL)
+  {
+    int err = MPI_Comm_free(&_comm);
+    if (err != MPI_SUCCESS)
+      std::cout << "Error when destroying communicator (MPI_Comm_free)." << std::endl;
+  }
+#endif
+}
+//-----------------------------------------------------------------------------
+unsigned int dolfin::MPI::Comm::rank() const
+{
+  return dolfin::MPI::rank(_comm);
+}
+//-----------------------------------------------------------------------------
+unsigned int dolfin::MPI::Comm::size() const
+{
+#ifdef HAS_MPI
+  int size;
+  MPI_Comm_size(_comm, &size);
+  return size;
+#else
+  return 1;
+#endif
+}
+//-----------------------------------------------------------------------------
+void dolfin::MPI::Comm::barrier() const
+{
+#ifdef HAS_MPI
+  MPI_Barrier(_comm);
+#endif
+}
+//-----------------------------------------------------------------------------
+void dolfin::MPI::Comm::reset(MPI_Comm comm)
+{
+#ifdef HAS_MPI
+  if (_comm != MPI_COMM_NULL)
+  {
+    int err = 0;
+    if (_comm != MPI_COMM_NULL)
+      err = MPI_Comm_free(&_comm);
+
+    if (err != MPI_SUCCESS)
+    {
+      // Raise error
+    }
+  }
+
+  // Duplicate communicator
+  int err = MPI_Comm_dup(comm, &_comm);
+  if (err != MPI_SUCCESS)
+  {
+    // Raise error
+  }
+#else
+  _comm = comm;
+#endif
+}
+//-----------------------------------------------------------------------------
+MPI_Comm dolfin::MPI::Comm::comm() const
+{
+  return _comm;
+}
+//-----------------------------------------------------------------------------
+
+#ifdef HAS_MPI
+//-----------------------------------------------------------------------------
+dolfin::MPIInfo::MPIInfo()
+{
+  MPI_Info_create(&info);
+}
+//-----------------------------------------------------------------------------
+dolfin::MPIInfo::~MPIInfo()
+{
+  MPI_Info_free(&info);
+}
+//-----------------------------------------------------------------------------
+MPI_Info& dolfin::MPIInfo::operator*()
+{
+  return info;
+}
+//-----------------------------------------------------------------------------
+#endif
+//-----------------------------------------------------------------------------
+//-----------------------------------------------------------------------------
+unsigned int dolfin::MPI::rank(const MPI_Comm comm)
+{
+#ifdef HAS_MPI
+  int rank;
+  MPI_Comm_rank(comm, &rank);
+  return rank;
+#else
+  return 0;
+#endif
+}
+//-----------------------------------------------------------------------------
+unsigned int dolfin::MPI::size(const MPI_Comm comm)
+{
+#ifdef HAS_MPI
+  SubSystemsManager::init_mpi();
+  int size;
+  MPI_Comm_size(comm, &size);
+  return size;
+#else
+  return 1;
+#endif
+}
+//-----------------------------------------------------------------------------
+bool dolfin::MPI::is_broadcaster(const MPI_Comm comm)
+{
+  // Always broadcast from processor number 0
+  return size(comm) > 1 && rank(comm) == 0;
+}
+//-----------------------------------------------------------------------------
+bool dolfin::MPI::is_receiver(const MPI_Comm comm)
+{
+  // Always receive on processors with numbers > 0
+  return size(comm) > 1 && rank(comm) > 0;
+}
+//-----------------------------------------------------------------------------
+void dolfin::MPI::barrier(const MPI_Comm comm)
+{
+#ifdef HAS_MPI
+  MPI_Barrier(comm);
+#endif
+}
+//-----------------------------------------------------------------------------
+std::size_t dolfin::MPI::global_offset(const MPI_Comm comm,
+                                       std::size_t range, bool exclusive)
+{
+#ifdef HAS_MPI
+  // Compute inclusive or exclusive partial reduction
+  std::size_t offset = 0;
+  MPI_Scan(&range, &offset, 1, mpi_type<std::size_t>(), MPI_SUM, comm);
+  if (exclusive)
+    offset -= range;
+  return offset;
+#else
+  return 0;
+#endif
+}
+//-----------------------------------------------------------------------------
+std::pair<std::int64_t, std::int64_t>
+dolfin::MPI::local_range(const MPI_Comm comm, std::int64_t N)
+{
+  return local_range(comm, rank(comm), N);
+}
+//-----------------------------------------------------------------------------
+std::pair<std::int64_t, std::int64_t>
+dolfin::MPI::local_range(const MPI_Comm comm, int process, std::int64_t N)
+{
+  return compute_local_range(process, N, size(comm));
+}
+//-----------------------------------------------------------------------------
+std::pair<std::int64_t, std::int64_t>
+dolfin::MPI::compute_local_range(int process, std::int64_t N, int size)
+{
+  dolfin_assert(process >= 0);
+  dolfin_assert(N >= 0);
+  dolfin_assert(size > 0);
+
+  // Compute number of items per process and remainder
+  const std::int64_t n = N / size;
+  const std::int64_t r = N % size;
+
+  // Compute local range
+  if (process < r)
+    return {process*(n + 1), process*(n + 1) + n + 1};
+  else
+    return {process*n + r,  process*n + r + n};
+}
+//-----------------------------------------------------------------------------
+unsigned int dolfin::MPI::index_owner(const MPI_Comm comm,
+                                      std::size_t index, std::size_t N)
+{
+  dolfin_assert(index < N);
+
+  // Get number of processes
+  const unsigned int _size = size(comm);
+
+  // Compute number of items per process and remainder
+  const std::size_t n = N / _size;
+  const std::size_t r = N % _size;
+
+  // First r processes own n + 1 indices
+  if (index < r * (n + 1))
+    return index / (n + 1);
+
+  // Remaining processes own n indices
+  return r + (index - r * (n + 1)) / n;
+}
+//-----------------------------------------------------------------------------
+#ifdef HAS_MPI
+template<>
+  dolfin::Table dolfin::MPI::all_reduce(const MPI_Comm comm,
+                                        const dolfin::Table& table,
+                                        const MPI_Op op)
+{
+  const std::string new_title = "[" + operation_map[op] + "] "
+                              + table.name();
+
+  // Handle trivial reduction
+  if (MPI::size(comm) == 1)
+  {
+    Table table_all(table);
+    table_all.rename(new_title, table_all.label());
+    return table_all;
+  }
+
+  // Get keys, values into containers
+  std::string keys;
+  std::vector<double> values;
+  keys.reserve(128*table.dvalues.size());
+  values.reserve(table.dvalues.size());
+  for (auto it = table.dvalues.begin(); it != table.dvalues.end(); ++it)
+  {
+    keys += it->first.first + '\0' + it->first.second + '\0';
+    values.push_back(it->second);
+  }
+
+  // Gather to rank zero
+  std::vector<std::string> keys_all;
+  std::vector<double> values_all;
+  gather(comm, keys, keys_all, 0);
+  gather(comm, values, values_all, 0);
+
+  // Return empty table on rank > 0
+  if (MPI::rank(comm) > 0)
+    return Table(new_title);
+
+  // Prepare reduction operation y := op(y, x)
+  void (*op_impl)(double&, const double&) = NULL;
+  if (op == MPI_SUM || op == MPI_AVG())
+    op_impl = [](double& y, const double& x){ y += x; };
+  else if (op == MPI_MIN)
+    op_impl = [](double& y, const double& x){ if (x<y) y = x; };
+  else if (op == MPI_MAX)
+    op_impl = [](double& y, const double& x){ if (x>y) y = x; };
+  else
+    dolfin_error("MPI.h",
+                 "perform reduction of Table",
+                 "MPI::reduce(comm, table, %d) not implemented",
+                 op);
+
+  // Construct dvalues map from obtained data
+  std::map<std::pair<std::string, std::string>, double> dvalues_all;
+  std::map<std::pair<std::string, std::string>, double>::iterator it;
+  std::pair<std::string, std::string> key;
+  key.first.reserve(128);
+  key.second.reserve(128);
+  double* values_ptr = values_all.data();
+  for (unsigned int i = 0; i != MPI::size(comm); ++i)
+  {
+    std::stringstream keys_stream(keys_all[i]);
+    while (std::getline(keys_stream, key.first, '\0'),
+           std::getline(keys_stream, key.second, '\0'))
+    {
+      it = dvalues_all.find(key);
+      if (it != dvalues_all.end())
+        op_impl(it->second, *(values_ptr++));
+      else
+        dvalues_all[key] = *(values_ptr++);
+    }
+  }
+  dolfin_assert(values_ptr == values_all.data() + values_all.size());
+
+  // Weight by MPI size when averaging
+  if (op == MPI_AVG())
+  {
+    const double w = 1.0 / static_cast<double>(size(comm));
+    for (auto& it : dvalues_all)
+      it.second *= w;
+  }
+
+  // Construct table to return
+  Table table_all(new_title);
+  for (auto& it : dvalues_all)
+    table_all(it.first.first, it.first.second) = it.second;
+
+  return table_all;
+}
+#endif
+//-----------------------------------------------------------------------------
+#ifdef HAS_MPI
+template<>
+  dolfin::Table dolfin::MPI::avg(MPI_Comm comm, const dolfin::Table& table)
+{
+  return all_reduce(comm, table, MPI_AVG());
+}
+#endif
+//-----------------------------------------------------------------------------
+#ifdef HAS_MPI
+std::map<MPI_Op, std::string> dolfin::MPI::operation_map =
+{
+  { MPI_SUM, "MPI_SUM" },
+  { MPI_MAX, "MPI_MAX" },
+  { MPI_MIN, "MPI_MIN" }
+};
+#endif
+//-----------------------------------------------------------------------------
+#ifdef HAS_MPI
+MPI_Op dolfin::MPI::MPI_AVG()
+{
+  // Return dummy MPI_Op which we identify with average
+  static MPI_Op op = MPI_OP_NULL;
+  static MPI_User_function* fn = [](void*, void*, int*, MPI_Datatype*){ };
+  if (op == MPI_OP_NULL)
+  {
+    MPI_Op_create(fn, 1, &op);
+    operation_map[op] = "MPI_AVG";
+  }
+  return op;
+}
+#endif
+//-----------------------------------------------------------------------------
diff --git a/dolfin/common/MPI.h b/dolfin/common/MPI.h
new file mode 100644
index 0000000..b93f6df
--- /dev/null
+++ b/dolfin/common/MPI.h
@@ -0,0 +1,890 @@
+// Copyright (C) 2007-2014 Magnus Vikstrøm and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Ola Skavhaug 2008-2009
+// Modified by Anders Logg 2008-2011
+// Modified by Niclas Jansson 2009
+// Modified by Joachim B Haga 2012
+// Modified by Martin Sandve Alnes 2014
+
+#ifndef __MPI_DOLFIN_WRAPPER_H
+#define __MPI_DOLFIN_WRAPPER_H
+
+#include <cstdint>
+#include <iostream>
+#include <numeric>
+#include <type_traits>
+#include <utility>
+#include <vector>
+
+#ifdef HAS_MPI
+#define MPICH_IGNORE_CXX_SEEK 1
+#include <mpi.h>
+#endif
+
+#include <dolfin/log/log.h>
+#include <dolfin/log/Table.h>
+
+#ifndef HAS_MPI
+typedef int MPI_Comm;
+#define MPI_COMM_WORLD 2
+#define MPI_COMM_SELF 1
+#define MPI_COMM_NULL 0
+#endif
+
+namespace dolfin
+{
+
+  #ifdef HAS_MPI
+  class MPIInfo
+  {
+  public:
+    MPIInfo();
+    ~MPIInfo();
+    MPI_Info& operator*();
+  private:
+
+    MPI_Info info;
+
+  };
+  #endif
+
+  /// This class provides utility functions for easy communication
+  /// with MPI and handles cases when DOLFIN is not configured with
+  /// MPI.
+
+  class MPI
+  {
+  public:
+
+    // Create a duplicate MPI communicator and manage lifetime of the
+    // communicator
+    class Comm
+    {
+    public:
+
+      /// Duplicate communicator and wrap duplicate
+      Comm(MPI_Comm comm);
+
+      // The disabling of the below is turned off because the SWIG
+      // docstring generator fails on it.
+
+      // Disable default constructor
+      //Comm() = default;
+
+      // Disable copy constructor
+      //Comm(const Comm& comm) = delete;
+
+      // Disable assignment operator
+      //void operator=(Comm const &comm) = delete;
+
+      /// Destructor (frees wrapped communicator)
+      ~Comm();
+
+      /// Free (destroy) communicator. Calls function 'MPI_Comm_free'.
+      void free();
+
+      /// Duplicate communivator, and free any previously created
+      /// communicator
+      void reset(MPI_Comm comm);
+
+      /// Return process rank for the communicator
+      unsigned int rank() const;
+
+      /// Return size of the group (number of processes) associated
+      /// with the communicator. This function will also intialise MPI
+      /// if it hasn't already been intialised.
+      unsigned int size() const;
+
+      /// Set a barrier (synchronization point)
+      void barrier() const;
+
+      /// Return the underlying MPI_Comm object
+      MPI_Comm comm() const;
+
+    private:
+
+      // MPI communicator
+      MPI_Comm _comm;
+    };
+
+    /// Return process rank for the communicator
+    static unsigned int rank(MPI_Comm comm);
+
+    /// Return size of the group (number of processes) associated with
+    /// the communicator
+    static unsigned int size(MPI_Comm comm);
+
+    /// Determine whether we should broadcast (based on current
+    /// parallel policy)
+    static bool is_broadcaster(MPI_Comm comm);
+
+    /// Determine whether we should receive (based on current parallel
+    /// policy)
+    static bool is_receiver(MPI_Comm comm);
+
+    /// Set a barrier (synchronization point)
+    static void barrier(MPI_Comm comm);
+
+    /// Send in_values[p0] to process p0 and receive values from
+    /// process p1 in out_values[p1]
+    template<typename T>
+      static void all_to_all(MPI_Comm comm,
+                             std::vector<std::vector<T>>& in_values,
+                             std::vector<std::vector<T>>& out_values);
+
+
+    /// Send in_values[p0] to process p0 and receive values from
+    /// all processes in out_values
+    template<typename T>
+      static void all_to_all(MPI_Comm comm,
+                             std::vector<std::vector<T>>& in_values,
+                             std::vector<T>& out_values);
+
+    /// Broadcast vector of value from broadcaster to all processes
+    template<typename T>
+      static void broadcast(MPI_Comm comm, std::vector<T>& value,
+                            unsigned int broadcaster=0);
+
+    /// Broadcast single primitive from broadcaster to all processes
+    template<typename T>
+      static void broadcast(MPI_Comm comm, T& value,
+                            unsigned int broadcaster=0);
+
+    /// Scatter vector in_values[i] to process i
+    template<typename T>
+      static void scatter(MPI_Comm comm,
+                          const std::vector<std::vector<T>>& in_values,
+                          std::vector<T>& out_value,
+                          unsigned int sending_process=0);
+
+    /// Scatter primitive in_values[i] to process i
+    template<typename T>
+      static void scatter(MPI_Comm comm,
+                          const std::vector<T>& in_values,
+                          T& out_value, unsigned int sending_process=0);
+
+    /// Gather values on one process
+    template<typename T>
+      static void gather(MPI_Comm comm, const std::vector<T>& in_values,
+                         std::vector<T>& out_values,
+                         unsigned int receiving_process=0);
+
+    /// Gather strings on one process
+    static void gather(MPI_Comm comm, const std::string& in_values,
+                       std::vector<std::string>& out_values,
+                       unsigned int receiving_process=0);
+
+    /// Gather values from all processes. Same data count from each
+    /// process (wrapper for MPI_Allgather)
+    template<typename T>
+      static void all_gather(MPI_Comm comm,
+                             const std::vector<T>& in_values,
+                             std::vector<T>& out_values);
+
+    /// Gather values from each process (variable count per process)
+    template<typename T>
+      static void all_gather(MPI_Comm comm,
+                             const std::vector<T>& in_values,
+                             std::vector<std::vector<T>>& out_values);
+
+    /// Gather values, one primitive from each process (MPI_Allgather)
+    template<typename T>
+      static void all_gather(MPI_Comm comm, const T in_value,
+                             std::vector<T>& out_values);
+
+    /// Gather values, one primitive from each process (MPI_Allgather).
+    /// Specialization for std::string
+    static void all_gather(MPI_Comm comm, const std::string& in_values,
+                           std::vector<std::string>& out_values);
+
+    /// Return global max value
+    template<typename T> static T max(MPI_Comm comm, const T& value);
+
+    /// Return global min value
+    template<typename T> static T min(MPI_Comm comm, const T& value);
+
+    /// Sum values and return sum
+    template<typename T> static T sum(MPI_Comm comm, const T& value);
+
+    /// Return average across comm; implemented only for T == Table
+    template<typename T> static T avg(MPI_Comm comm, const T& value);
+
+    /// All reduce
+    template<typename T, typename X> static
+      T all_reduce(MPI_Comm comm, const T& value, X op);
+
+    /// Find global offset (index) (wrapper for MPI_(Ex)Scan with
+    /// MPI_SUM as reduction op)
+    static std::size_t global_offset(MPI_Comm comm,
+                                     std::size_t range, bool exclusive);
+
+    /// Send-receive data between processes (blocking)
+    template<typename T>
+      static void send_recv(MPI_Comm comm,
+                            const std::vector<T>& send_value,
+                            unsigned int dest, int send_tag,
+                            std::vector<T>& recv_value,
+                            unsigned int source, int recv_tag);
+
+    /// Send-receive data between processes
+    template<typename T>
+      static void send_recv(MPI_Comm comm,
+                            const std::vector<T>& send_value, unsigned int dest,
+                            std::vector<T>& recv_value, unsigned int source);
+
+    /// Return local range for local process, splitting [0, N - 1] into
+    /// size() portions of almost equal size
+    static std::pair<std::int64_t, std::int64_t>
+      local_range(MPI_Comm comm, std::int64_t N);
+
+    /// Return local range for given process, splitting [0, N - 1] into
+    /// size() portions of almost equal size
+    static std::pair<std::int64_t, std::int64_t>
+      local_range(MPI_Comm comm, int process, std::int64_t N);
+
+    /// Return local range for given process, splitting [0, N - 1] into
+    /// size() portions of almost equal size
+    static std::pair<std::int64_t, std::int64_t>
+      compute_local_range(int process, std::int64_t N, int size);
+
+    /// Return which process owns index (inverse of local_range)
+    static unsigned int index_owner(MPI_Comm comm,
+                                    std::size_t index, std::size_t N);
+
+    #ifdef HAS_MPI
+    /// Return average reduction operation; recognized by
+    /// all_reduce(MPI_Comm, Table&, MPI_Op)
+    static MPI_Op MPI_AVG();
+    #endif
+
+  private:
+
+    #ifndef HAS_MPI
+    static void error_no_mpi(const char *where)
+    {
+      dolfin_error("MPI.h",
+                   where,
+                   "DOLFIN has been configured without MPI support");
+    }
+    #endif
+
+    #ifdef HAS_MPI
+    // Return MPI data type
+    template<typename T>
+      struct dependent_false : std::false_type {};
+    template<typename T> static MPI_Datatype mpi_type()
+    {
+      static_assert(dependent_false<T>::value, "Unknown MPI type");
+      dolfin_error("MPI.h",
+                   "perform MPI operation",
+                   "MPI data type unknown");
+      return MPI_CHAR;
+    }
+    #endif
+
+    #ifdef HAS_MPI
+    // Maps some MPI_Op values to string
+    static std::map<MPI_Op, std::string> operation_map;
+    #endif
+
+  };
+
+  #ifdef HAS_MPI
+  // Specialisations for MPI_Datatypes
+  template<> inline MPI_Datatype MPI::mpi_type<float>() { return MPI_FLOAT; }
+  template<> inline MPI_Datatype MPI::mpi_type<double>() { return MPI_DOUBLE; }
+  template<> inline MPI_Datatype MPI::mpi_type<short int>() { return MPI_SHORT; }
+  template<> inline MPI_Datatype MPI::mpi_type<int>() { return MPI_INT; }
+  template<> inline MPI_Datatype MPI::mpi_type<long int>() { return MPI_LONG; }
+  template<> inline MPI_Datatype MPI::mpi_type<unsigned int>() { return MPI_UNSIGNED; }
+  template<> inline MPI_Datatype MPI::mpi_type<unsigned long int>() { return MPI_UNSIGNED_LONG; }
+  template<> inline MPI_Datatype MPI::mpi_type<long long>() { return MPI_LONG_LONG; }
+  #endif
+  //---------------------------------------------------------------------------
+  template<typename T>
+    void dolfin::MPI::broadcast(MPI_Comm comm, std::vector<T>& value,
+                                unsigned int broadcaster)
+  {
+    #ifdef HAS_MPI
+    // Broadcast cast size
+    std::size_t bsize = value.size();
+    MPI_Bcast(&bsize, 1, mpi_type<std::size_t>(), broadcaster, comm);
+
+    // Broadcast
+    value.resize(bsize);
+    MPI_Bcast(const_cast<T*>(value.data()), bsize, mpi_type<T>(),
+              broadcaster, comm);
+    #endif
+  }
+  //---------------------------------------------------------------------------
+  template<typename T>
+    void dolfin::MPI::broadcast(MPI_Comm comm, T& value,
+                                unsigned int broadcaster)
+  {
+    #ifdef HAS_MPI
+    MPI_Bcast(&value, 1, mpi_type<T>(), broadcaster, comm);
+    #endif
+  }
+  //---------------------------------------------------------------------------
+  template<typename T>
+    void dolfin::MPI::all_to_all(MPI_Comm comm,
+                                 std::vector<std::vector<T>>& in_values,
+                                 std::vector<std::vector<T>>& out_values)
+  {
+    #ifdef HAS_MPI
+    const std::size_t comm_size = MPI::size(comm);
+
+    // Data size per destination
+    dolfin_assert(in_values.size() == comm_size);
+    std::vector<int> data_size_send(comm_size);
+    std::vector<int> data_offset_send(comm_size + 1, 0);
+    for (std::size_t p = 0; p < comm_size; ++p)
+    {
+      data_size_send[p] = in_values[p].size();
+      data_offset_send[p + 1] = data_offset_send[p] + data_size_send[p];
+    }
+
+    // Get received data sizes
+    std::vector<int> data_size_recv(comm_size);
+    MPI_Alltoall(data_size_send.data(), 1, mpi_type<int>(),
+                 data_size_recv.data(), 1, mpi_type<int>(),
+                 comm);
+
+    // Pack data and build receive offset
+    std::vector<int> data_offset_recv(comm_size + 1 ,0);
+    std::vector<T> data_send(data_offset_send[comm_size]);
+    for (std::size_t p = 0; p < comm_size; ++p)
+    {
+      data_offset_recv[p + 1] = data_offset_recv[p] + data_size_recv[p];
+      std::copy(in_values[p].begin(), in_values[p].end(),
+                data_send.begin() + data_offset_send[p]);
+    }
+
+    // Send/receive data
+    std::vector<T> data_recv(data_offset_recv[comm_size]);
+    MPI_Alltoallv(data_send.data(), data_size_send.data(),
+                  data_offset_send.data(), mpi_type<T>(),
+                  data_recv.data(), data_size_recv.data(),
+                  data_offset_recv.data(), mpi_type<T>(), comm);
+
+      // Repack data
+    out_values.resize(comm_size);
+    for (std::size_t p = 0; p < comm_size; ++p)
+    {
+      out_values[p].resize(data_size_recv[p]);
+      std::copy(data_recv.begin() + data_offset_recv[p],
+                data_recv.begin() + data_offset_recv[p + 1],
+                out_values[p].begin());
+    }
+    #else
+    dolfin_assert(in_values.size() == 1);
+    out_values = in_values;
+    #endif
+  }
+  //---------------------------------------------------------------------------
+  template<typename T>
+    void dolfin::MPI::all_to_all(MPI_Comm comm,
+                                 std::vector<std::vector<T>>& in_values,
+                                 std::vector<T>& out_values)
+  {
+    #ifdef HAS_MPI
+    const std::size_t comm_size = MPI::size(comm);
+
+    // Data size per destination
+    dolfin_assert(in_values.size() == comm_size);
+    std::vector<int> data_size_send(comm_size);
+    std::vector<int> data_offset_send(comm_size + 1, 0);
+    for (std::size_t p = 0; p < comm_size; ++p)
+    {
+      data_size_send[p] = in_values[p].size();
+      data_offset_send[p + 1] = data_offset_send[p] + data_size_send[p];
+    }
+
+    // Get received data sizes
+    std::vector<int> data_size_recv(comm_size);
+    MPI_Alltoall(data_size_send.data(), 1, mpi_type<int>(),
+                 data_size_recv.data(), 1, mpi_type<int>(),
+                 comm);
+
+    // Pack data and build receive offset
+    std::vector<int> data_offset_recv(comm_size + 1 ,0);
+    std::vector<T> data_send(data_offset_send[comm_size]);
+    for (std::size_t p = 0; p < comm_size; ++p)
+    {
+      data_offset_recv[p + 1] = data_offset_recv[p] + data_size_recv[p];
+      std::copy(in_values[p].begin(), in_values[p].end(),
+                data_send.begin() + data_offset_send[p]);
+    }
+
+    // Send/receive data
+    out_values.resize(data_offset_recv[comm_size]);
+    MPI_Alltoallv(data_send.data(), data_size_send.data(),
+                  data_offset_send.data(), mpi_type<T>(),
+                  out_values.data(), data_size_recv.data(),
+                  data_offset_recv.data(), mpi_type<T>(), comm);
+
+    #else
+    dolfin_assert(in_values.size() == 1);
+    out_values = in_values[0];
+    #endif
+  }
+  //---------------------------------------------------------------------------
+#ifndef DOXYGEN_IGNORE
+  template<> inline
+    void dolfin::MPI::all_to_all(MPI_Comm comm,
+                                 std::vector<std::vector<bool>>& in_values,
+                                 std::vector<std::vector<bool>>& out_values)
+  {
+    #ifdef HAS_MPI
+    // Copy to short int
+    std::vector<std::vector<short int>> send(in_values.size());
+    for (std::size_t i = 0; i < in_values.size(); ++i)
+      send[i].assign(in_values[i].begin(), in_values[i].end());
+
+    // Communicate data
+    std::vector<std::vector<short int>> recv;
+    all_to_all(comm, send, recv);
+
+    // Copy back to bool
+    out_values.resize(recv.size());
+    for (std::size_t i = 0; i < recv.size(); ++i)
+      out_values[i].assign(recv[i].begin(), recv[i].end());
+    #else
+    dolfin_assert(in_values.size() == 1);
+    out_values = in_values;
+    #endif
+  }
+
+  template<> inline
+    void dolfin::MPI::all_to_all(MPI_Comm comm,
+                                 std::vector<std::vector<bool>>& in_values,
+                                 std::vector<bool>& out_values)
+  {
+    #ifdef HAS_MPI
+    // Copy to short int
+    std::vector<std::vector<short int>> send(in_values.size());
+    for (std::size_t i = 0; i < in_values.size(); ++i)
+      send[i].assign(in_values[i].begin(), in_values[i].end());
+
+    // Communicate data
+    std::vector<short int> recv;
+    all_to_all(comm, send, recv);
+
+    // Copy back to bool
+    out_values.assign(recv.begin(), recv.end());
+    #else
+    dolfin_assert(in_values.size() == 1);
+    out_values = in_values[0];
+    #endif
+  }
+
+#endif
+  //---------------------------------------------------------------------------
+  template<typename T>
+    void dolfin::MPI::scatter(MPI_Comm comm,
+                              const std::vector<std::vector<T>>& in_values,
+                              std::vector<T>& out_value,
+                              unsigned int sending_process)
+  {
+    #ifdef HAS_MPI
+
+    // Scatter number of values to each process
+    const std::size_t comm_size = MPI::size(comm);
+    std::vector<int> all_num_values;
+    if (MPI::rank(comm) == sending_process)
+    {
+      dolfin_assert(in_values.size() == comm_size);
+      all_num_values.resize(comm_size);
+      for (std::size_t i = 0; i < comm_size; ++i)
+        all_num_values[i] = in_values[i].size();
+    }
+    int my_num_values = 0;
+    scatter(comm, all_num_values, my_num_values, sending_process);
+
+    // Prepare send buffer and offsets
+    std::vector<T> sendbuf;
+    std::vector<int> offsets;
+    if (MPI::rank(comm) == sending_process)
+    {
+      // Build offsets
+      offsets.resize(comm_size + 1, 0);
+      for (std::size_t i = 1; i <= comm_size; ++i)
+        offsets[i] = offsets[i - 1] + all_num_values[i - 1];
+
+      // Allocate send buffer and fill
+      const std::size_t n = std::accumulate(all_num_values.begin(),
+                                            all_num_values.end(), 0);
+      sendbuf.resize(n);
+      for (std::size_t p = 0; p < in_values.size(); ++p)
+      {
+        std::copy(in_values[p].begin(), in_values[p].end(),
+                  sendbuf.begin() + offsets[p]);
+        }
+    }
+
+    // Scatter
+    out_value.resize(my_num_values);
+    MPI_Scatterv(const_cast<T*>(sendbuf.data()), all_num_values.data(),
+                 offsets.data(), mpi_type<T>(),
+                 out_value.data(), my_num_values,
+                 mpi_type<T>(), sending_process, comm);
+    #else
+    dolfin_assert(sending_process == 0);
+    dolfin_assert(in_values.size() == 1);
+    out_value = in_values[0];
+    #endif
+  }
+  //---------------------------------------------------------------------------
+#ifndef DOXYGEN_IGNORE
+  template<> inline
+    void dolfin::MPI::scatter(MPI_Comm comm,
+                              const std::vector<std::vector<bool>>& in_values,
+                              std::vector<bool>& out_value,
+                              unsigned int sending_process)
+  {
+    #ifdef HAS_MPI
+    // Copy data
+    std::vector<std::vector<short int>> in(in_values.size());
+    for (std::size_t i = 0; i < in_values.size(); ++i)
+      in[i] = std::vector<short int>(in_values[i].begin(), in_values[i].end());
+
+    std::vector<short int> out;
+    scatter(comm, in, out, sending_process);
+
+    out_value.resize(out.size());
+    std::copy(out.begin(), out.end(), out_value.begin());
+    #else
+    dolfin_assert(sending_process == 0);
+    dolfin_assert(in_values.size() == 1);
+    out_value = in_values[0];
+    #endif
+  }
+#endif
+  //---------------------------------------------------------------------------
+  template<typename T>
+    void dolfin::MPI::scatter(MPI_Comm comm,
+                              const std::vector<T>& in_values,
+                              T& out_value, unsigned int sending_process)
+  {
+    #ifdef HAS_MPI
+    if (MPI::rank(comm) == sending_process)
+      dolfin_assert(in_values.size() == MPI::size(comm));
+
+    MPI_Scatter(const_cast<T*>(in_values.data()), 1, mpi_type<T>(),
+                 &out_value, 1, mpi_type<T>(), sending_process, comm);
+    #else
+    dolfin_assert(sending_process == 0);
+    dolfin_assert(in_values.size() == 1);
+    out_value = in_values[0];
+    #endif
+  }
+  //---------------------------------------------------------------------------
+  template<typename T>
+  void dolfin::MPI::gather(MPI_Comm comm,
+                           const std::vector<T>& in_values,
+                           std::vector<T>& out_values,
+                           unsigned int receiving_process)
+  {
+    #ifdef HAS_MPI
+    const std::size_t comm_size = MPI::size(comm);
+
+    // Get data size on each process
+    std::vector<int> pcounts(comm_size);
+    const int local_size = in_values.size();
+    MPI_Gather(const_cast<int*>(&local_size), 1, mpi_type<int>(),
+               pcounts.data(), 1, mpi_type<int>(),
+               receiving_process, comm);
+
+    // Build offsets
+    std::vector<int> offsets(comm_size + 1, 0);
+    for (std::size_t i = 1; i <= comm_size; ++i)
+      offsets[i] = offsets[i - 1] + pcounts[i - 1];
+
+    const std::size_t n = std::accumulate(pcounts.begin(), pcounts.end(), 0);
+    out_values.resize(n);
+    MPI_Gatherv(const_cast<T*>(in_values.data()), in_values.size(),
+                mpi_type<T>(),
+                out_values.data(), pcounts.data(), offsets.data(),
+                mpi_type<T>(), receiving_process, comm);
+    #else
+    out_values = in_values;
+    #endif
+  }
+  //---------------------------------------------------------------------------
+  inline void dolfin::MPI::gather(MPI_Comm comm,
+                                  const std::string& in_values,
+                                  std::vector<std::string>& out_values,
+                                  unsigned int receiving_process)
+  {
+    #ifdef HAS_MPI
+    const std::size_t comm_size = MPI::size(comm);
+
+    // Get data size on each process
+    std::vector<int> pcounts(comm_size);
+    int local_size = in_values.size();
+    MPI_Gather(&local_size, 1, MPI_INT,
+               pcounts.data(), 1,MPI_INT,
+               receiving_process, comm);
+
+    // Build offsets
+    std::vector<int> offsets(comm_size + 1, 0);
+    for (std::size_t i = 1; i <= comm_size; ++i)
+      offsets[i] = offsets[i - 1] + pcounts[i - 1];
+
+    // Gather
+    const std::size_t n = std::accumulate(pcounts.begin(), pcounts.end(), 0);
+    std::vector<char> _out(n);
+    MPI_Gatherv(const_cast<char*>(in_values.data()), in_values.size(),
+                MPI_CHAR,
+                _out.data(), pcounts.data(), offsets.data(),
+                MPI_CHAR, receiving_process, comm);
+
+    // Rebuild
+    out_values.resize(comm_size);
+    for (std::size_t p = 0; p < comm_size; ++p)
+    {
+      out_values[p] = std::string(_out.begin() + offsets[p],
+                                  _out.begin() + offsets[p + 1]);
+    }
+    #else
+    out_values.clear();
+    out_values.push_back(in_values);
+    #endif
+  }
+  //---------------------------------------------------------------------------
+  inline void dolfin::MPI::all_gather(MPI_Comm comm,
+                                      const std::string& in_values,
+                                      std::vector<std::string>& out_values)
+  {
+    #ifdef HAS_MPI
+    const std::size_t comm_size = MPI::size(comm);
+
+    // Get data size on each process
+    std::vector<int> pcounts(comm_size);
+    int local_size = in_values.size();
+    MPI_Allgather(&local_size, 1, MPI_INT, pcounts.data(), 1, MPI_INT, comm);
+
+    // Build offsets
+    std::vector<int> offsets(comm_size + 1, 0);
+    for (std::size_t i = 1; i <= comm_size; ++i)
+      offsets[i] = offsets[i - 1] + pcounts[i - 1];
+
+    // Gather
+    const std::size_t n = std::accumulate(pcounts.begin(), pcounts.end(), 0);
+    std::vector<char> _out(n);
+    MPI_Allgatherv(const_cast<char*>(in_values.data()), in_values.size(),
+                   MPI_CHAR, _out.data(), pcounts.data(), offsets.data(),
+                   MPI_CHAR, comm);
+
+    // Rebuild
+    out_values.resize(comm_size);
+    for (std::size_t p = 0; p < comm_size; ++p)
+    {
+      out_values[p] = std::string(_out.begin() + offsets[p],
+                                  _out.begin() + offsets[p + 1]);
+    }
+    #else
+    out_values.clear();
+    out_values.push_back(in_values);
+    #endif
+  }
+  //-------------------------------------------------------------------------
+  template<typename T>
+    void dolfin::MPI::all_gather(MPI_Comm comm,
+                                 const std::vector<T>& in_values,
+                                 std::vector<T>& out_values)
+  {
+    #ifdef HAS_MPI
+    out_values.resize(in_values.size()*MPI::size(comm));
+    MPI_Allgather(const_cast<T*>(in_values.data()), in_values.size(),
+                  mpi_type<T>(),
+                  out_values.data(), in_values.size(), mpi_type<T>(),
+                  comm);
+#else
+    out_values = in_values;
+    #endif
+  }
+  //---------------------------------------------------------------------------
+  template<typename T>
+    void dolfin::MPI::all_gather(MPI_Comm comm,
+                                 const std::vector<T>& in_values,
+                                 std::vector<std::vector<T>>& out_values)
+  {
+    #ifdef HAS_MPI
+    const std::size_t comm_size = MPI::size(comm);
+
+    // Get data size on each process
+    std::vector<int> pcounts;
+    const int local_size = in_values.size();
+    MPI::all_gather(comm, local_size, pcounts);
+    dolfin_assert(pcounts.size() == comm_size);
+
+    // Build offsets
+    std::vector<int> offsets(comm_size + 1, 0);
+    for (std::size_t i = 1; i <= comm_size; ++i)
+      offsets[i] = offsets[i - 1] + pcounts[i - 1];
+
+      // Gather data
+    const std::size_t n = std::accumulate(pcounts.begin(), pcounts.end(), 0);
+    std::vector<T> recvbuf(n);
+    MPI_Allgatherv(const_cast<T*>(in_values.data()), in_values.size(),
+                   mpi_type<T>(),
+                   recvbuf.data(), pcounts.data(), offsets.data(),
+                   mpi_type<T>(), comm);
+
+    // Repack data
+    out_values.resize(comm_size);
+    for (std::size_t p = 0; p < comm_size; ++p)
+    {
+      out_values[p].resize(pcounts[p]);
+      for (int i = 0; i < pcounts[p]; ++i)
+        out_values[p][i] = recvbuf[offsets[p] + i];
+    }
+    #else
+    out_values.clear();
+    out_values.push_back(in_values);
+    #endif
+  }
+  //---------------------------------------------------------------------------
+  template<typename T>
+    void dolfin::MPI::all_gather(MPI_Comm comm, const T in_value,
+                                 std::vector<T>& out_values)
+  {
+    #ifdef HAS_MPI
+    out_values.resize(MPI::size(comm));
+    MPI_Allgather(const_cast<T*>(&in_value), 1, mpi_type<T>(),
+                  out_values.data(), 1, mpi_type<T>(), comm);
+    #else
+    out_values.clear();
+    out_values.push_back(in_value);
+    #endif
+  }
+  //---------------------------------------------------------------------------
+  template<typename T, typename X>
+    T dolfin::MPI::all_reduce(MPI_Comm comm, const T& value, X op)
+  {
+    #ifdef HAS_MPI
+    T out;
+    MPI_Allreduce(const_cast<T*>(&value), &out, 1, mpi_type<T>(), op, comm);
+    return out;
+    #else
+    return value;
+    #endif
+  }
+  //---------------------------------------------------------------------------
+  template<typename T> T dolfin::MPI::max(MPI_Comm comm, const T& value)
+  {
+    #ifdef HAS_MPI
+    // Enforce cast to MPI_Op; this is needed because template dispatch may
+    // not recognize this is possible, e.g. C-enum to unsigned int in SGI MPT
+    MPI_Op op = static_cast<MPI_Op>(MPI_MAX);
+    return all_reduce(comm, value, op);
+    #else
+    return value;
+    #endif
+  }
+  //---------------------------------------------------------------------------
+  template<typename T> T dolfin::MPI::min(MPI_Comm comm, const T& value)
+  {
+    #ifdef HAS_MPI
+    // Enforce cast to MPI_Op; this is needed because template dispatch may
+    // not recognize this is possible, e.g. C-enum to unsigned int in SGI MPT
+    MPI_Op op = static_cast<MPI_Op>(MPI_MIN);
+    return all_reduce(comm, value, op);
+    #else
+    return value;
+    #endif
+  }
+  //---------------------------------------------------------------------------
+  template<typename T> T dolfin::MPI::sum(MPI_Comm comm, const T& value)
+  {
+    #ifdef HAS_MPI
+    // Enforce cast to MPI_Op; this is needed because template dispatch may
+    // not recognize this is possible, e.g. C-enum to unsigned int in SGI MPT
+    MPI_Op op = static_cast<MPI_Op>(MPI_SUM);
+    return all_reduce(comm, value, op);
+    #else
+    return value;
+    #endif
+  }
+  //---------------------------------------------------------------------------
+  template<typename T> T dolfin::MPI::avg(MPI_Comm comm, const T& value)
+  {
+    #ifdef HAS_MPI
+    dolfin_error("MPI.h",
+                 "perform average reduction",
+                 "Not implemented for this type");
+    #else
+    return value;
+    #endif
+  }
+  //---------------------------------------------------------------------------
+  template<typename T>
+    void dolfin::MPI::send_recv(MPI_Comm comm,
+                                const std::vector<T>& send_value,
+                                unsigned int dest, int send_tag,
+                                std::vector<T>& recv_value,
+                                unsigned int source, int recv_tag)
+  {
+    #ifdef HAS_MPI
+    std::size_t send_size = send_value.size();
+    std::size_t recv_size = 0;
+    MPI_Status mpi_status;
+    MPI_Sendrecv(&send_size, 1, mpi_type<std::size_t>(), dest, send_tag,
+                 &recv_size, 1, mpi_type<std::size_t>(), source, recv_tag,
+                 comm, &mpi_status);
+
+    recv_value.resize(recv_size);
+    MPI_Sendrecv(const_cast<T*>(send_value.data()), send_value.size(),
+                 mpi_type<T>(), dest, send_tag,
+                 recv_value.data(), recv_size, mpi_type<T>(),
+                 source, recv_tag, comm, &mpi_status);
+    #else
+      dolfin_error("MPI.h",
+      "call MPI::send_recv",
+      "DOLFIN has been configured without MPI support");
+    #endif
+  }
+  //---------------------------------------------------------------------------
+  template<typename T>
+    void dolfin::MPI::send_recv(MPI_Comm comm,
+                                const std::vector<T>& send_value,
+                                unsigned int dest,
+                                std::vector<T>& recv_value,
+                                unsigned int source)
+  {
+    MPI::send_recv(comm, send_value, dest, 0, recv_value, source, 0);
+  }
+  //---------------------------------------------------------------------------
+  // Specialization for dolfin::log::Table class
+  // NOTE: This function is not trully "all_reduce", it reduces to rank 0
+  //       and returns zero Table on other ranks.
+  #ifdef HAS_MPI
+  template<>
+    Table dolfin::MPI::all_reduce(MPI_Comm, const Table&, MPI_Op);
+  #endif
+  //---------------------------------------------------------------------------
+  // Specialization for dolfin::log::Table class
+  #ifdef HAS_MPI
+  template<>
+    Table dolfin::MPI::avg(MPI_Comm, const Table&);
+  #endif
+  //---------------------------------------------------------------------------
+}
+
+#endif
diff --git a/dolfin/common/NoDeleter.h b/dolfin/common/NoDeleter.h
new file mode 100644
index 0000000..22115b7
--- /dev/null
+++ b/dolfin/common/NoDeleter.h
@@ -0,0 +1,50 @@
+// Copyright (C) 2008 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Martin Alnes, 2008.
+//
+// First added:  2008-09-11
+// Last changed: 2011-01-28
+
+#ifndef __NO_DELETER_H
+#define __NO_DELETER_H
+
+#include <memory>
+
+namespace dolfin
+{
+
+  /// NoDeleter is a customised deleter intended for use with smart pointers.
+
+  class NoDeleter
+  {
+  public:
+    /// Do nothing
+    void operator() (const void *) {}
+  };
+
+  /// Helper function to construct shared pointer with NoDeleter with cleaner syntax
+
+  template <typename T>
+  std::shared_ptr<T> reference_to_no_delete_pointer(T& r)
+  {
+    return std::shared_ptr<T>(&r, NoDeleter());
+  }
+
+}
+
+#endif
diff --git a/dolfin/common/RangedIndexSet.h b/dolfin/common/RangedIndexSet.h
new file mode 100644
index 0000000..b3945bc
--- /dev/null
+++ b/dolfin/common/RangedIndexSet.h
@@ -0,0 +1,108 @@
+// Copyright (C) 2012 Joachim B Haga
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2012-03-02
+// Last changed: 2012-03-02
+
+#ifndef __RANGED_INDEX_SET_H
+#define __RANGED_INDEX_SET_H
+
+#include <cstddef>
+#include <vector>
+#include <dolfin/log/log.h>
+
+namespace dolfin
+{
+
+  /// This class provides an special-purpose data structure for testing if a given
+  /// index within a range is set. It is very fast.
+  ///
+  /// The memory requirements are one bit per item in range, since it uses a
+  /// (packed) std::vector<bool> for storage.
+
+  class RangedIndexSet
+  {
+
+  public:
+
+    /// Create a ranged set with range given as a (lower, upper) pair.
+    RangedIndexSet(std::pair<std::size_t, std::size_t> range)
+      : _range(range), _is_set(range.second - range.first)
+    {
+      clear();
+    }
+
+    /// Create a ranged set with 0 as lower range
+    RangedIndexSet(std::size_t upper_range)
+      : _range(std::pair<std::size_t, std::size_t>(0, upper_range)), _is_set(upper_range)
+    {
+      clear();
+    }
+
+    /// Return true if a given index is within range, i.e., if it can be stored in the set.
+    bool in_range(std::size_t i) const
+    {
+      return (i >= _range.first && i < _range.second);
+    }
+
+    /// Check is the set contains the given index.
+    bool has_index(std::size_t i) const
+    {
+      dolfin_assert(in_range(i));
+      return _is_set[i - _range.first];
+    }
+
+    /// Insert a given index into the set. Returns true if the index was
+    /// inserted (i.e., the index was not already in the set).
+    bool insert(std::size_t i)
+    {
+      dolfin_assert(in_range(i));
+      std::vector<bool>::reference entry = _is_set[i - _range.first];
+      if (entry)
+      {
+        return false;
+      }
+      else
+      {
+        entry = true;
+        return true;
+      }
+    }
+
+    /// Erase an index from the set.
+    void erase(std::size_t i)
+    {
+      dolfin_assert(in_range(i));
+      _is_set[i - _range.first] = false;
+    }
+
+    /// Erase all indices from the set.
+    void clear()
+    {
+      std::fill(_is_set.begin(), _is_set.end(), false);
+    }
+
+  private:
+
+    const std::pair<std::size_t, std::size_t> _range;
+    std::vector<bool> _is_set;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/common/Set.h b/dolfin/common/Set.h
new file mode 100644
index 0000000..1b992d5
--- /dev/null
+++ b/dolfin/common/Set.h
@@ -0,0 +1,137 @@
+// Copyright (C) 2009-2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2009-08-09
+// Last changed: 2011-01-05
+
+#ifndef __DOLFIN_SET_H
+#define __DOLFIN_SET_H
+
+#include <algorithm>
+#include <cstddef>
+#include <vector>
+
+namespace dolfin
+{
+
+  /// This is a set-like data structure. It is not ordered and it is based
+  /// a std::vector. It uses linear search, and can be faster than std::set
+  // and std::unordered_set in some cases.
+
+  template<typename T>
+  class Set
+  {
+  public:
+
+    /// Iterator
+    typedef typename std::vector<T>::iterator iterator;
+    /// Const iterator
+    typedef typename std::vector<T>::const_iterator const_iterator;
+
+    /// Create empty set
+    Set() {}
+
+    /// Wrap std::vector as a set. Contents will be erased.
+    Set(std::vector<T>& x) : _x(x)
+    { _x.clear(); }
+
+    /// Copy constructor
+    Set(const dolfin::Set<T>& x) : _x(x._x) {}
+
+    /// Destructor
+    ~Set() {}
+
+    /// Find entry in set and return an iterator to the entry
+    iterator find(const T& x)
+    { return std::find(_x.begin(), _x.end(), x); }
+
+    /// Find entry in set and return an iterator to the entry (const)
+    const_iterator find(const T& x) const
+    { return std::find(_x.begin(), _x.end(), x); }
+
+    /// Insert entry
+    bool insert(const T& x)
+    {
+      if( find(x) == this->end() )
+      {
+        _x.push_back(x);
+        return true;
+      }
+      else
+        return false;
+    }
+
+    /// Insert entries
+    template <typename InputIt>
+    void insert(const InputIt first, const InputIt last)
+    {
+      for (InputIt position = first; position != last; ++position)
+      {
+        if (std::find(_x.begin(), _x.end(), *position) == _x.end())
+          _x.push_back(*position);
+      }
+    }
+
+    /// Iterator to start of Set
+    const_iterator begin() const
+    { return _x.begin(); }
+
+    /// Iterator to beyond end of Set
+    const_iterator end() const
+    { return _x.end(); }
+
+    /// Set size
+    std::size_t size() const
+    { return _x.size(); }
+
+    /// Erase an entry
+    void erase(const T& x)
+    {
+      iterator p = find(x);
+      if (p != _x.end())
+        _x.erase(p);
+    }
+
+    /// Sort set
+    void sort()
+    { std::sort(_x.begin(), _x.end()); }
+
+    /// Clear set
+    void clear()
+    { _x.clear(); }
+
+    /// Index the nth entry in the set
+    T operator[](std::size_t n) const
+    { return _x[n]; }
+
+    /// Return the vector that stores the data in the Set
+    const std::vector<T>& set() const
+    { return _x; }
+
+    /// Return the vector that stores the data in the Set
+    std::vector<T>& set()
+    { return _x; }
+
+  private:
+
+    std::vector<T> _x;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/common/SubSystemsManager.cpp b/dolfin/common/SubSystemsManager.cpp
new file mode 100644
index 0000000..04be7eb
--- /dev/null
+++ b/dolfin/common/SubSystemsManager.cpp
@@ -0,0 +1,319 @@
+// Copyright (C) 2008-2017 Garth N. Wells, Anders Logg, Jan Blechta
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifdef HAS_MPI
+#define MPICH_IGNORE_CXX_SEEK 1
+#include <mpi.h>
+#include <iostream>
+#endif
+
+#ifdef HAS_PETSC
+#include <petsc.h>
+#endif
+
+#ifdef HAS_SLEPC
+#include <slepc.h>
+#endif
+
+#include <boost/algorithm/string/trim.hpp>
+
+#include <dolfin/common/constants.h>
+#include <dolfin/log/log.h>
+#include <dolfin/parameter/GlobalParameters.h>
+#include "SubSystemsManager.h"
+
+using namespace dolfin;
+
+// Return singleton instance. Do NOT make the singleton a global
+// static object; the method here ensures that the singleton is
+// initialised before use. (google "static initialization order
+// fiasco" for full explanation)
+
+SubSystemsManager& SubSystemsManager::singleton()
+{
+  static SubSystemsManager the_instance;
+  return the_instance;
+}
+//-----------------------------------------------------------------------------
+SubSystemsManager::SubSystemsManager() : petsc_err_msg(""),
+  petsc_initialized(false), control_mpi(false)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+SubSystemsManager::~SubSystemsManager()
+{
+  finalize();
+}
+//-----------------------------------------------------------------------------
+void SubSystemsManager::init_mpi()
+{
+  #ifdef HAS_MPI
+  int mpi_initialized;
+  MPI_Initialized(&mpi_initialized);
+  if (mpi_initialized)
+    return;
+
+  // Init MPI with highest level of thread support and take
+  // responsibility
+  std::string s("");
+  char* c = const_cast<char *>(s.c_str());
+  SubSystemsManager::init_mpi(0, &c, MPI_THREAD_MULTIPLE);
+  singleton().control_mpi = true;
+  #else
+  // Do nothing
+  #endif
+}
+//-----------------------------------------------------------------------------
+int SubSystemsManager::init_mpi(int argc, char* argv[],
+                                int required_thread_level)
+{
+  #ifdef HAS_MPI
+  int mpi_initialized;
+  MPI_Initialized(&mpi_initialized);
+  if (mpi_initialized)
+    return -100;
+
+  // Initialise MPI and take responsibility
+  int provided = -1;
+  MPI_Init_thread(&argc, &argv, required_thread_level, &provided);
+  singleton().control_mpi = true;
+
+  const bool print_thread_support
+    = dolfin::parameters["print_mpi_thread_support_level"];
+  if (print_thread_support)
+  {
+    switch (provided)
+      {
+      case MPI_THREAD_SINGLE:
+        printf("MPI_Init_thread level = MPI_THREAD_SINGLE\n");
+        break;
+      case MPI_THREAD_FUNNELED:
+        printf("MPI_Init_thread level = MPI_THREAD_FUNNELED\n");
+        break;
+      case MPI_THREAD_SERIALIZED:
+        printf("MPI_Init_thread level = MPI_THREAD_SERIALIZED\n");
+        break;
+      case MPI_THREAD_MULTIPLE:
+        printf("MPI_Init_thread level = MPI_THREAD_MULTIPLE\n");
+        break;
+      default:
+        printf("MPI_Init_thread level = unknown\n");
+      }
+  }
+
+  return provided;
+  #else
+  return -1;
+  #endif
+}
+//-----------------------------------------------------------------------------
+void SubSystemsManager::init_petsc()
+{
+  #ifdef HAS_PETSC
+  // Dummy command-line arguments
+  int argc = 0;
+  char** argv = NULL;
+
+  // Initialize PETSc
+  init_petsc(argc, argv);
+  #else
+  dolfin_error("SubSystemsManager.cpp",
+               "initialize PETSc subsystem",
+               "DOLFIN has not been configured with PETSc support");
+  #endif
+}
+//-----------------------------------------------------------------------------
+void SubSystemsManager::init_petsc(int argc, char* argv[])
+{
+  #ifdef HAS_PETSC
+  if (singleton().petsc_initialized)
+    return;
+
+  // Initialized MPI (do it here rather than letting PETSc do it to
+  // make sure we MPI is initialized with any thread support
+  init_mpi();
+
+  // Get status of MPI before PETSc initialisation
+  const bool mpi_init_status = mpi_initialized();
+
+  // Print message if PETSc is initialised with command line arguments
+  if (argc > 1)
+    log(TRACE, "Initializing PETSc with given command-line arguments.");
+
+  PetscBool is_initialized;
+  PetscInitialized(&is_initialized);
+  if (!is_initialized)
+    PetscInitialize(&argc, &argv, NULL, NULL);
+
+  #ifdef HAS_SLEPC
+  SlepcInitialize(&argc, &argv, NULL, NULL);
+  #endif
+
+  // Avoid using default PETSc signal handler
+  const bool use_petsc_signal_handler = parameters["use_petsc_signal_handler"];
+  if (!use_petsc_signal_handler)
+    PetscPopSignalHandler();
+
+  // Use our own error handler so we can pretty print errors from
+  // PETSc
+  PetscPushErrorHandler(PetscDolfinErrorHandler, nullptr);
+
+  // Remember that PETSc has been initialized
+  singleton().petsc_initialized = true;
+
+  // Determine if PETSc initialised MPI (and is therefore responsible
+  // for MPI finalization)
+  if (mpi_initialized() && !mpi_init_status)
+    singleton().control_mpi = false;
+
+  #else
+  dolfin_error("SubSystemsManager.cpp",
+               "initialize PETSc subsystem",
+               "DOLFIN has not been configured with PETSc support");
+  #endif
+}
+//-----------------------------------------------------------------------------
+void SubSystemsManager::finalize()
+{
+  // Finalize subsystems in the correct order
+  finalize_petsc();
+  finalize_mpi();
+}
+//-----------------------------------------------------------------------------
+bool SubSystemsManager::responsible_mpi()
+{
+  return singleton().control_mpi;
+}
+//-----------------------------------------------------------------------------
+bool SubSystemsManager::responsible_petsc()
+{
+  return singleton().petsc_initialized;
+}
+//-----------------------------------------------------------------------------
+void SubSystemsManager::finalize_mpi()
+{
+  #ifdef HAS_MPI
+  int mpi_initialized;
+  MPI_Initialized(&mpi_initialized);
+
+  // Finalise MPI if required
+  if (mpi_initialized && singleton().control_mpi)
+  {
+    // Check in MPI has already been finalised (possibly incorrectly by a
+    // 3rd party library). If it hasn't, finalise as normal.
+    int mpi_finalized;
+    MPI_Finalized(&mpi_finalized);
+    if (!mpi_finalized)
+      MPI_Finalize();
+    else
+    {
+      // Use std::cout since log system may fail because MPI has been shut down.
+      std::cout << "DOLFIN is responsible for MPI, but it has been finalized elsewhere prematurely." << std::endl;
+      std::cout << "This is usually due to a bug in a 3rd party library, and can lead to unpredictable behaviour."
+                << std::endl;
+      std::cout << "If using PyTrilinos, make sure that PyTrilinos modules are imported before the DOLFIN module."
+                << std::endl;
+    }
+
+    singleton().control_mpi = false;
+  }
+  #else
+  // Do nothing
+  #endif
+}
+//-----------------------------------------------------------------------------
+void SubSystemsManager::finalize_petsc()
+{
+  #ifdef HAS_PETSC
+  if (singleton().petsc_initialized)
+  {
+    if (!PetscFinalizeCalled)
+    {
+      PetscFinalize();
+    }
+    singleton().petsc_initialized = false;
+
+    #ifdef HAS_SLEPC
+    SlepcFinalize();
+    #endif
+  }
+  #else
+  // Do nothing
+  #endif
+}
+//-----------------------------------------------------------------------------
+bool SubSystemsManager::mpi_initialized()
+{
+  // This function not affected if MPI_Finalize has been called. It
+  // returns true if MPI_Init has been called at any point, even if
+  // MPI_Finalize has been called.
+
+  #ifdef HAS_MPI
+  int mpi_initialized;
+  MPI_Initialized(&mpi_initialized);
+  return mpi_initialized;
+  #else
+  // DOLFIN is not configured for MPI (it might be through PETSc)
+  return false;
+  #endif
+}
+//-----------------------------------------------------------------------------
+bool SubSystemsManager::mpi_finalized()
+{
+  #ifdef HAS_MPI
+  int mpi_finalized;
+  MPI_Finalized(&mpi_finalized);
+  return mpi_finalized;
+  #else
+  // DOLFIN is not configured for MPI (it might be through PETSc)
+  return false;
+  #endif
+}
+//-----------------------------------------------------------------------------
+#ifdef HAS_PETSC
+PetscErrorCode SubSystemsManager::PetscDolfinErrorHandler(
+  MPI_Comm comm, int line, const char *fun, const char *file,
+  PetscErrorCode n, PetscErrorType p, const char *mess, void *ctx)
+{
+  // Store message for printing later (by PETScObject::petsc_error)
+  // only if it's not empty message (passed by PETSc when repeating
+  // error)
+  std::string _mess = mess;
+  boost::algorithm::trim(_mess);
+  if (_mess != "")
+    singleton().petsc_err_msg = _mess;
+
+  // Fetch PETSc error description
+  const char* desc;
+  PetscErrorMessage(n, &desc, nullptr);
+
+  // Log detailed error info
+  log(TRACE,
+      "PetscDolfinErrorHandler: line '%d', function '%s', file '%s',\n"
+      "                       : error code '%d' (%s), message follows:",
+      line, fun, file, n, desc);
+  // NOTE: don't put _mess as variadic argument; it might get trimmed
+  log(TRACE, std::string(78, '-'));
+  log(TRACE, _mess);
+  log(TRACE, std::string(78, '-'));
+
+  // Continue with error handling
+  PetscFunctionReturn(n);
+}
+#endif
+//-----------------------------------------------------------------------------
diff --git a/dolfin/common/SubSystemsManager.h b/dolfin/common/SubSystemsManager.h
new file mode 100644
index 0000000..8986b5f
--- /dev/null
+++ b/dolfin/common/SubSystemsManager.h
@@ -0,0 +1,113 @@
+// Copyright (C) 2008-2017 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __SUB_SYSTEMS_MANAGER_H
+#define __SUB_SYSTEMS_MANAGER_H
+
+#include <string>
+
+#ifdef HAS_PETSC
+#include <petsc.h>
+#endif
+
+namespace dolfin
+{
+
+  /// This is a singleton class which manages the initialisation and
+  /// finalisation of various sub systems, such as MPI and PETSc.
+
+  class SubSystemsManager
+  {
+  public:
+
+    /// Singleton instance. Calling this ensures singleton instance of
+    /// SubSystemsManager is initialized according to the "Construct
+    /// on First Use" idiom.
+    static SubSystemsManager& singleton();
+
+    // Copy constructor
+    SubSystemsManager(const SubSystemsManager&) = delete;
+
+    /// Initialise MPI
+    static void init_mpi();
+
+    /// Initialise MPI with required level of thread support
+    static int init_mpi(int argc, char* argv[], int required_thread_level);
+
+    /// Initialize PETSc without command-line arguments
+    static void init_petsc();
+
+    /// Initialize PETSc with command-line arguments. Note that PETSc
+    /// command-line arguments may also be filtered and sent to PETSc
+    /// by parameters.parse(argc, argv).
+    static void init_petsc(int argc, char* argv[]);
+
+    /// Finalize subsystems. This will be called by the destructor, but in
+    /// special cases it may be necessary to call finalize() explicitly.
+    static void finalize();
+
+    /// Return true if DOLFIN initialised MPI (and is therefore responsible
+    /// for finalization)
+    static bool responsible_mpi();
+
+    /// Return true if DOLFIN initialised PETSc (and is therefore
+    /// responsible for finalization)
+    static bool responsible_petsc();
+
+    /// Check if MPI has been initialised (returns true if MPI has been
+    /// initialised, even if it is later finalised)
+    static bool mpi_initialized();
+
+    /// Check if MPI has been finalized (returns true if MPI has been
+    /// finalised)
+    static bool mpi_finalized();
+
+#ifdef HAS_PETSC
+    /// PETSc error handler. Logs everything known to DOLFIN logging
+    /// system (with level TRACE) and stores the error message into
+    /// pests_err_msg member.
+    static PetscErrorCode PetscDolfinErrorHandler(
+      MPI_Comm comm, int line, const char *fun, const char *file,
+      PetscErrorCode n, PetscErrorType p, const char *mess, void *ctx);
+#endif
+
+    /// Last recorded PETSc error message
+    std::string petsc_err_msg;
+
+  private:
+
+    // Constructor (private)
+    SubSystemsManager();
+
+    // Destructor
+    ~SubSystemsManager();
+
+    // Finalize MPI
+    static void finalize_mpi();
+
+    // Finalize PETSc
+    static void finalize_petsc();
+
+    // State variables
+    bool petsc_initialized;
+    bool control_mpi;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/common/Timer.cpp b/dolfin/common/Timer.cpp
new file mode 100644
index 0000000..b1d9a60
--- /dev/null
+++ b/dolfin/common/Timer.cpp
@@ -0,0 +1,77 @@
+// Copyright (C) 2010 Garth N. Wells, 2015 Jan Blechta
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-09-08
+// Last changed:
+
+#include <dolfin/parameter/GlobalParameters.h>
+#include <dolfin/log/LogManager.h>
+#include "Timer.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+Timer::Timer() : _task("")
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Timer::Timer(std::string task) : _task("")
+{
+  const std::string prefix = parameters["timer_prefix"];
+  _task = prefix + task;
+}
+//-----------------------------------------------------------------------------
+Timer::~Timer()
+{
+ if (!_timer.is_stopped())
+   stop();
+}
+//-----------------------------------------------------------------------------
+void Timer::start()
+{
+  _timer.start();
+}
+//-----------------------------------------------------------------------------
+void Timer::resume()
+{
+  if (_task.size() > 0)
+    dolfin_error("Timer.cpp",
+                 "resume timing",
+                 "Resuming is not well-defined for logging timer. "
+                 "Only non-logging timer can be resumed");
+  _timer.resume();
+}
+//-----------------------------------------------------------------------------
+double Timer::stop()
+{
+  _timer.stop();
+  const auto elapsed = this->elapsed();
+  if (_task.size() > 0)
+    LogManager::logger().register_timing(_task, elapsed);
+  return std::get<0>(elapsed);
+}
+//-----------------------------------------------------------------------------
+std::tuple<double, double, double> Timer::elapsed() const
+{
+  const auto elapsed = _timer.elapsed();
+  const double wall   = static_cast<double>(elapsed.wall  ) * 1e-9;
+  const double user   = static_cast<double>(elapsed.user  ) * 1e-9;
+  const double system = static_cast<double>(elapsed.system) * 1e-9;
+  return std::make_tuple(wall, user, system);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/common/Timer.h b/dolfin/common/Timer.h
new file mode 100644
index 0000000..bd7fd99
--- /dev/null
+++ b/dolfin/common/Timer.h
@@ -0,0 +1,87 @@
+// Copyright (C) 2008 Anders Logg, 2015 Jan Blechta
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2008-06-13
+// Last changed: 2010-11-16
+
+#ifndef __TIMER_H
+#define __TIMER_H
+
+#include <string>
+#include <tuple>
+#include <boost/timer/timer.hpp>
+
+namespace dolfin
+{
+
+  /// A timer can be used for timing tasks. The basic usage is
+  ///
+  ///   Timer timer("Assembling over cells");
+  ///
+  /// The timer is started at construction and timing ends
+  /// when the timer is destroyed (goes out of scope). It is
+  /// also possible to start and stop a timer explicitly by
+  ///
+  ///   timer.start();
+  ///   timer.stop();
+  ///
+  /// Timings are stored globally and a summary may be printed
+  /// by calling
+  ///
+  ///   list_timings();
+
+  class Timer
+  {
+  public:
+
+    /// Create timer without logging
+    Timer();
+
+    /// Create timer with logging
+    Timer(std::string task);
+
+    /// Destructor
+    ~Timer();
+
+    /// Zero and start timer
+    void start();
+
+    /// Resume timer. Not well-defined for logging timer
+    void resume();
+
+    /// Stop timer, return wall time elapsed and store timing data
+    /// into logger
+    double stop();
+
+    /// Return wall, user and system time in seconds. Wall-clock time
+    /// has precision around 1 microsecond; user and system around
+    /// 10 millisecond.
+    std::tuple<double, double, double> elapsed() const;
+
+  private:
+
+    // Name of task
+    std::string _task;
+
+    // Implementation of timer
+    boost::timer::cpu_timer _timer;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/common/UniqueIdGenerator.cpp b/dolfin/common/UniqueIdGenerator.cpp
new file mode 100644
index 0000000..6c19c60
--- /dev/null
+++ b/dolfin/common/UniqueIdGenerator.cpp
@@ -0,0 +1,44 @@
+// Copyright (C) 2010 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-12-05
+// Last changed:
+
+#include "UniqueIdGenerator.h"
+
+using namespace dolfin;
+
+// Initialise static data
+dolfin::UniqueIdGenerator dolfin::UniqueIdGenerator::unique_id_generator;
+
+//-----------------------------------------------------------------------------
+UniqueIdGenerator::UniqueIdGenerator() : next_id(0)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+std::size_t UniqueIdGenerator::id()
+{
+  // Get ID
+  const std::size_t _id = unique_id_generator.next_id;
+
+  // Increment ID
+  ++unique_id_generator.next_id;
+
+  return _id;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/common/UniqueIdGenerator.h b/dolfin/common/UniqueIdGenerator.h
new file mode 100644
index 0000000..531769c
--- /dev/null
+++ b/dolfin/common/UniqueIdGenerator.h
@@ -0,0 +1,55 @@
+// Copyright (C) 2010 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-12-05
+// Last changed:
+
+#ifndef __UNIQUE_ID_GENERATOR_H
+#define __UNIQUE_ID_GENERATOR_H
+
+#include <cstddef>
+
+namespace dolfin
+{
+
+  // FIXME: Make a base class that classes can inherit from
+
+  /// This is a singleton class that return IDs that are unique in the
+  /// lifetime of a program.
+
+  class UniqueIdGenerator
+  {
+  public:
+
+    UniqueIdGenerator();
+
+    /// Generate a unique ID
+    static std::size_t id();
+
+  private:
+
+    // Singleton instance
+    static UniqueIdGenerator unique_id_generator;
+
+    // Next ID to be returned
+    std::size_t next_id;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/common/Variable.cpp b/dolfin/common/Variable.cpp
new file mode 100644
index 0000000..bf22fa3
--- /dev/null
+++ b/dolfin/common/Variable.cpp
@@ -0,0 +1,88 @@
+// Copyright (C) 2003-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2011
+//
+// First added:  2003-02-26
+// Last changed: 2011-09-24
+
+#include <sstream>
+#include <dolfin/parameter/Parameters.h>
+#include "UniqueIdGenerator.h"
+#include "Variable.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+Variable::Variable()
+  : _name("x"), _label("unnamed data"), unique_id(UniqueIdGenerator::id())
+
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Variable::Variable(const std::string name, const std::string label)
+  : _name(name), _label(label), unique_id(UniqueIdGenerator::id())
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Variable::Variable(const Variable& variable) : _name(variable._name),
+  _label(variable._label), unique_id(UniqueIdGenerator::id())
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Variable::~Variable()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+const Variable& Variable::operator=(const Variable& variable)
+{
+  // Assign everything but unique_id
+  parameters = variable.parameters;
+  _name = variable._name;
+  _label = variable._label;
+
+  return *this;
+}
+//-----------------------------------------------------------------------------
+void Variable::rename(const std::string name, const std::string label)
+{
+  _name = name;
+  _label = label;
+}
+//-----------------------------------------------------------------------------
+std::string Variable::name() const
+{
+  return _name;
+}
+//-----------------------------------------------------------------------------
+std::string Variable::label() const
+{
+  return _label;
+}
+//-----------------------------------------------------------------------------
+std::string Variable::str(bool verbose) const
+{
+  std::stringstream s;
+  s << "<DOLFIN object "
+    << _name << " (" << _label << ")>";
+  return s.str();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/common/Variable.h b/dolfin/common/Variable.h
new file mode 100644
index 0000000..a4129e3
--- /dev/null
+++ b/dolfin/common/Variable.h
@@ -0,0 +1,91 @@
+// Copyright (C) 2003-2009 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2011
+//
+// First added:  2003-02-26
+// Last changed: 2011-09-24
+
+#ifndef __VARIABLE_H
+#define __VARIABLE_H
+
+#include <cstddef>
+#include <string>
+#include <dolfin/parameter/Parameters.h>
+
+namespace dolfin
+{
+
+  /// Common base class for DOLFIN variables.
+
+  class Variable
+  {
+  public:
+
+    /// Create unnamed variable
+    Variable();
+
+    /// Create variable with given name and label
+    Variable(const std::string name, const std::string label);
+
+    /// Copy constructor
+    Variable(const Variable& variable);
+
+    /// Destructor
+    virtual ~Variable();
+
+    /// Assignment operator
+    const Variable& operator=(const Variable& variable);
+
+    /// Rename variable
+    void rename(const std::string name, const std::string label);
+
+    /// Return name
+    std::string name() const;
+
+    /// Return label (description)
+    std::string label() const;
+
+    /// Get unique identifier.
+    ///
+    /// *Returns*
+    ///     _std::size_t_
+    ///         The unique integer identifier associated with the object.
+    std::size_t id() const { return unique_id; }
+
+    /// Return informal string representation (pretty-print)
+    virtual std::string str(bool verbose) const;
+
+    /// Parameters
+    Parameters parameters;
+
+  private:
+
+    // Name
+    std::string _name;
+
+    // Label
+    std::string _label;
+
+    // Unique identifier
+    const std::size_t unique_id;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/common/constants.h b/dolfin/common/constants.h
new file mode 100644
index 0000000..511c9fb
--- /dev/null
+++ b/dolfin/common/constants.h
@@ -0,0 +1,39 @@
+// Copyright (C) 2008 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2008-04-22
+// Last changed: 2016-12-12
+//
+// This file provides values for common constants.
+
+#ifndef __DOLFIN_CONSTANTS_H
+#define __DOLFIN_CONSTANTS_H
+
+#define DOLFIN_EPS           3.0e-16
+#define DOLFIN_EPS_LARGE     1e-14
+#define DOLFIN_SQRT_EPS      1e-8
+#define DOLFIN_PI            3.141592653589793238462
+
+#define FENICS_EPS           3.0e-16
+#define FENICS_EPS_LARGE     1e-14
+#define FENICS_SQRT_EPS      1e-8
+#define FENICS_PI            3.141592653589793238462
+
+#define DOLFIN_LINELENGTH    256
+#define DOLFIN_TERM_WIDTH    80
+
+#endif
diff --git a/dolfin/common/defines.cpp b/dolfin/common/defines.cpp
new file mode 100644
index 0000000..8b94a7c
--- /dev/null
+++ b/dolfin/common/defines.cpp
@@ -0,0 +1,172 @@
+// Copyright (C) 2009-2011 Johan Hake
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2011, 2014
+// Modified by Garth N. Wells 2013
+//
+// First added:  2011-10-15
+// Last changed: 2014-08-11
+
+#ifdef HAS_PETSC
+#include <petscversion.h>
+#endif
+
+#ifdef HAS_HDF5
+#include <hdf5.h>
+#endif
+
+#include "types.h"
+#include "defines.h"
+
+//-------------------------------------------------------------------------
+std::string dolfin::dolfin_version()
+{
+  return std::string(DOLFIN_VERSION);
+}
+//-------------------------------------------------------------------------
+std::string dolfin::ufc_signature()
+{
+  return std::string(UFC_SIGNATURE);
+}
+//-------------------------------------------------------------------------
+std::string dolfin::git_commit_hash()
+{
+  return std::string(DOLFIN_GIT_COMMIT_HASH);
+}
+//-------------------------------------------------------------------------
+std::size_t dolfin::sizeof_la_index()
+{
+  return sizeof(dolfin::la_index);
+}
+//-------------------------------------------------------------------------
+bool dolfin::has_debug()
+{
+#ifdef DEBUG
+  return true;
+#else
+  return false;
+#endif
+}
+//-------------------------------------------------------------------------
+bool dolfin::has_openmp()
+{
+#ifdef HAS_OPENMP
+  return true;
+#else
+  return false;
+#endif
+}
+//-------------------------------------------------------------------------
+bool dolfin::has_mpi()
+{
+#ifdef HAS_MPI
+  return true;
+#else
+  return false;
+#endif
+}
+//-------------------------------------------------------------------------
+bool dolfin::has_petsc()
+{
+#ifdef HAS_PETSC
+  return true;
+#else
+  return false;
+#endif
+}
+//-------------------------------------------------------------------------
+bool dolfin::has_slepc()
+{
+#ifdef HAS_SLEPC
+  return true;
+#else
+  return false;
+#endif
+}
+//-------------------------------------------------------------------------
+bool dolfin::has_scotch()
+{
+#ifdef HAS_SCOTCH
+  return true;
+#else
+  return false;
+#endif
+}
+//-------------------------------------------------------------------------
+bool dolfin::has_sundials()
+{
+#ifdef HAS_SUNDIALS
+  return true;
+#else
+  return false;
+#endif
+}
+//-------------------------------------------------------------------------
+bool dolfin::has_umfpack()
+{
+#ifdef HAS_UMFPACK
+  return true;
+#else
+  return false;
+#endif
+}
+//-------------------------------------------------------------------------
+bool dolfin::has_cholmod()
+{
+#ifdef HAS_CHOLMOD
+  return true;
+#else
+  return false;
+#endif
+}
+//-------------------------------------------------------------------------
+bool dolfin::has_parmetis()
+{
+#ifdef HAS_PARMETIS
+  return true;
+#else
+  return false;
+#endif
+}
+//-------------------------------------------------------------------------
+bool dolfin::has_zlib()
+{
+#ifdef HAS_ZLIB
+  return true;
+#else
+  return false;
+#endif
+}
+//-------------------------------------------------------------------------
+bool dolfin::has_hdf5()
+{
+#ifdef HAS_HDF5
+  return true;
+#else
+  return false;
+#endif
+}
+//-----------------------------------------------------------------------------
+bool dolfin::has_hdf5_parallel()
+{
+#ifdef H5_HAVE_PARALLEL
+  return true;
+#else
+  return false;
+#endif
+}
+//-------------------------------------------------------------------------
diff --git a/dolfin/common/defines.h b/dolfin/common/defines.h
new file mode 100644
index 0000000..cbdc0e0
--- /dev/null
+++ b/dolfin/common/defines.h
@@ -0,0 +1,87 @@
+// Copyright (C) 2009-2011 Johan Hake
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2011
+// Modified by Garth N. Wells, 2013
+//
+// First added:  2009-09-03
+// Last changed: 2014-08-11
+
+#ifndef __DOLFIN_DEFINES_H
+#define __DOLFIN_DEFINES_H
+
+#include <string>
+
+namespace dolfin
+{
+
+  /// Return DOLFIN version string
+  std::string dolfin_version();
+
+  /// Return UFC signature string
+  std::string ufc_signature();
+
+  /// Return git changeset hash (returns "unknown" if changeset is
+  /// not known)
+  std::string git_commit_hash();
+
+  /// Return sizeof the dolfin::la_index type
+  std::size_t sizeof_la_index();
+
+  /// Return true if DOLFIN is compiled in debugging mode,
+  /// i.e., with assertions on
+  bool has_debug();
+
+  /// Return true if DOLFIN is compiled with OpenMP
+  bool has_openmp();
+
+  /// Return true if DOLFIN is compiled with MPI
+  bool has_mpi();
+
+  /// Return true if DOLFIN is compiled with PETSc
+  bool has_petsc();
+
+  /// Return true if DOLFIN is compiled with SLEPc
+  bool has_slepc();
+
+  /// Return true if DOLFIN is compiled with Scotch
+  bool has_scotch();
+
+  /// Return true if DOLFIN is compiled with SUNDIALS
+  bool has_sundials();
+
+  /// Return true if DOLFIN is compiled with Umfpack
+  bool has_umfpack();
+
+  /// Return true if DOLFIN is compiled with Cholmod
+  bool has_cholmod();
+
+  /// Return true if DOLFIN is compiled with ParMETIS
+  bool has_parmetis();
+
+  /// Return true if DOLFIN is compiled with ZLIB
+  bool has_zlib();
+
+  /// Return true if DOLFIN is compiled with HDF5
+  bool has_hdf5();
+
+  /// Return true if DOLFIN is compiled with Parallel HDF5
+  bool has_hdf5_parallel();
+
+}
+
+#endif
diff --git a/dolfin/common/dolfin_common.h b/dolfin/common/dolfin_common.h
new file mode 100644
index 0000000..089fcda
--- /dev/null
+++ b/dolfin/common/dolfin_common.h
@@ -0,0 +1,22 @@
+#ifndef __DOLFIN_COMMON_H
+#define __DOLFIN_COMMON_H
+
+// DOLFIN common
+
+#include <dolfin/common/init.h>
+#include <dolfin/common/defines.h>
+#include <dolfin/common/version.h>
+#include <dolfin/common/types.h>
+#include <dolfin/common/constants.h>
+#include <dolfin/common/timing.h>
+#include <dolfin/common/Array.h>
+#include <dolfin/common/ArrayView.h>
+#include <dolfin/common/IndexSet.h>
+#include <dolfin/common/Set.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/common/Variable.h>
+#include <dolfin/common/Hierarchical.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/SubSystemsManager.h>
+
+#endif
diff --git a/dolfin/common/dolfin_doc.h b/dolfin/common/dolfin_doc.h
new file mode 100644
index 0000000..3f54506
--- /dev/null
+++ b/dolfin/common/dolfin_doc.h
@@ -0,0 +1,25 @@
+// Copyright (C) 2003-2006 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// This file contains the contents of the index page
+// for the documentation generated by doxygen.
+
+/*! \mainpage DOLFIN Programmer's Reference
+ *
+ * This is the documentation of the DOLFIN C++ interface.
+ *
+ */
diff --git a/dolfin/common/init.cpp b/dolfin/common/init.cpp
new file mode 100644
index 0000000..f62e6e4
--- /dev/null
+++ b/dolfin/common/init.cpp
@@ -0,0 +1,35 @@
+// Copyright (C) 2005-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2005-02-13
+// Last changed: 2011-03-17
+
+#include <dolfin/common/constants.h>
+#include <dolfin/log/log.h>
+#include "SubSystemsManager.h"
+#include "init.h"
+
+//-----------------------------------------------------------------------------
+void dolfin::init(int argc, char* argv[])
+{
+  log(PROGRESS, "Initializing DOLFIN version %s.", DOLFIN_VERSION);
+
+  #ifdef HAS_PETSC
+  SubSystemsManager::init_petsc(argc, argv);
+  #endif
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/common/init.h b/dolfin/common/init.h
new file mode 100644
index 0000000..a62b043
--- /dev/null
+++ b/dolfin/common/init.h
@@ -0,0 +1,34 @@
+// Copyright (C) 2005-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2005-02-13
+// Last changed: 2011-01-24
+
+#ifndef __INIT_H
+#define __INIT_H
+
+namespace dolfin
+{
+
+  /// Initialize DOLFIN (and PETSc) with command-line arguments. This
+  /// should not be needed in most cases since the initialization is
+  /// otherwise handled automatically.
+  void init(int argc, char* argv[]);
+
+}
+
+#endif
diff --git a/dolfin/common/timing.cpp b/dolfin/common/timing.cpp
new file mode 100644
index 0000000..c9cf97a
--- /dev/null
+++ b/dolfin/common/timing.cpp
@@ -0,0 +1,73 @@
+// Copyright (C) 2003-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2003-12-21
+// Last changed: 2012-11-01
+
+#include <tuple>
+
+#include <dolfin/log/log.h>
+#include <dolfin/log/LogManager.h>
+#include <dolfin/log/Table.h>
+#include "Timer.h"
+#include "timing.h"
+
+namespace dolfin
+{
+  Timer __global_timer;
+  Timer __tic_timer;
+}
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------
+void dolfin::tic()
+{
+  __tic_timer.start();
+}
+//-----------------------------------------------------------------------------
+double dolfin::toc()
+{
+  return std::get<0>(__tic_timer.elapsed());
+}
+//-----------------------------------------------------------------------------
+double dolfin::time()
+{
+  return std::get<0>(__global_timer.elapsed());
+}
+//-----------------------------------------------------------------------------
+Table dolfin::timings(TimingClear clear, std::set<TimingType> type)
+{
+  return LogManager::logger().timings(clear, type);
+}
+//-----------------------------------------------------------------------------
+void dolfin::list_timings(TimingClear clear, std::set<TimingType> type)
+{
+  LogManager::logger().list_timings(clear, type);
+}
+//-----------------------------------------------------------------------------
+void dolfin::dump_timings_to_xml(std::string filename, TimingClear clear)
+{
+  LogManager::logger().dump_timings_to_xml(filename, clear);
+}
+//-----------------------------------------------------------------------------
+std::tuple<std::size_t, double, double, double>
+  dolfin::timing(std::string task, TimingClear clear)
+{
+  return LogManager::logger().timing(task, clear);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/common/timing.h b/dolfin/common/timing.h
new file mode 100644
index 0000000..e274f8a
--- /dev/null
+++ b/dolfin/common/timing.h
@@ -0,0 +1,119 @@
+// Copyright (C) 2005-2010 Anders Logg, 2015 Jan Blechta
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __TIMING_H
+#define __TIMING_H
+
+#include <string>
+#include <cstdint>
+#include <dolfin/log/Table.h>
+
+/// This comment in in timing.h but I think it is providing
+/// a doxygen docstring for the whole dolfin namespace... FIXME.
+
+namespace dolfin
+{
+  /// Parameter specifying whether to clear timing(s):
+  ///   * ``TimingClear::keep``
+  ///   * ``TimingClear::clear``
+  enum class TimingClear : bool { keep = false, clear = true };
+
+  /// Timing types:
+  ///   * ``TimingType::wall`` wall-clock time
+  ///   * ``TimingType::user`` user (cpu) time
+  ///   * ``TimingType::system`` system (kernel) time
+  ///
+  /// Precision of wall is around 1 microsecond, user and system are around
+  /// 10 millisecond (on Linux).
+  enum class TimingType : int32_t { wall = 0, user = 1, system = 2 };
+
+  /// Start timing (should not be used internally in DOLFIN!)
+  void tic();
+
+  /// Return elapsed wall time (should not be used internally in DOLFIN!)
+  double toc();
+
+  /// Return wall time elapsed since some implementation dependent epoch
+  double time();
+
+  /// Return a summary of timings and tasks in a _Table_, optionally clearing
+  /// stored timings
+  ///
+  /// *Arguments*
+  ///     clear (TimingClear)
+  ///         * ``TimingClear::clear`` resets stored timings
+  ///         * ``TimingClear::keep`` leaves stored timings intact
+  ///     type (std::set<TimingType>)
+  ///         subset of ``{ TimingType::wall, TimingType::user,
+  ///         TimingType::system }``
+  ///
+  /// *Returns*
+  ///     _Table_
+  ///         _Table_ with timings
+  Table timings(TimingClear clear, std::set<TimingType> type);
+
+  /// List a summary of timings and tasks, optionally clearing stored timings.
+  /// ``MPI_AVG`` reduction is printed. Collective on ``MPI_COMM_WORLD``.
+  ///
+  /// *Arguments*
+  ///     clear (TimingClear)
+  ///         * ``TimingClear::clear`` resets stored timings
+  ///         * ``TimingClear::keep`` leaves stored timings intact
+  ///     type (std::set<TimingType>)
+  ///         subset of ``{ TimingType::wall, TimingType::user,
+  ///         TimingType::system }``
+  void list_timings(TimingClear clear, std::set<TimingType> type);
+  // NOTE: Function marked as 'collective on COMM_WORLD' (instead of
+  //       'collective on Logger::mpi_comm()') as user has no clue what the
+  //       function has to do with Logger
+
+  /// Dump a summary of timings and tasks to XML file, optionally clearing
+  /// stored timings. ``MPI_MAX``, ``MPI_MIN`` and ``MPI_AVG`` reductions are
+  /// stored. Collective on ``MPI_COMM_WORLD``.
+  ///
+  /// *Arguments*
+  ///     filename (std::string)
+  ///         output filename; must have ``.xml`` suffix; existing file
+  ///         is silently overwritten
+  ///     clear (TimingClear)
+  ///         * ``TimingClear::clear`` resets stored timings
+  ///         * ``TimingClear::keep`` leaves stored timings intact
+  void dump_timings_to_xml(std::string filename, TimingClear clear);
+  // NOTE: Function marked as 'collective on COMM_WORLD' (instead of
+  //       'collective on Logger::mpi_comm()') as user has no clue what the
+  //       function has to do with Logger
+
+  /// Return timing (count, total wall time, total user time,
+  /// total system time) for given task, optionally clearing
+  /// all timings for the task
+  ///
+  /// *Arguments*
+  ///     task (std::string)
+  ///         name of a task
+  ///     clear (TimingClear)
+  ///         * ``TimingClear::clear`` resets stored timings
+  ///         * ``TimingClear::keep`` leaves stored timings intact
+  ///
+  /// *Returns*
+  ///     std::tuple<std::size_t, double, double, double>
+  ///         (count, total wall time, total user time, total system time)
+  std::tuple<std::size_t, double, double, double>
+    timing(std::string task, TimingClear clear);
+
+}
+
+#endif
diff --git a/dolfin/common/types.h b/dolfin/common/types.h
new file mode 100644
index 0000000..fdf806c
--- /dev/null
+++ b/dolfin/common/types.h
@@ -0,0 +1,39 @@
+// Copyright (C) 2008-2014 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// This file provides DOLFIN typedefs for basic types.
+
+#ifndef __DOLFIN_TYPES_H
+#define __DOLFIN_TYPES_H
+
+#ifdef HAS_PETSC
+#include <petscsys.h>
+#endif
+
+namespace dolfin
+{
+
+  /// Index type for compatibility with linear algebra backend(s)
+  #ifdef HAS_PETSC
+  typedef PetscInt la_index;
+  #else
+  typedef int la_index;
+  #endif
+
+}
+
+#endif
diff --git a/dolfin/common/utils.cpp b/dolfin/common/utils.cpp
new file mode 100644
index 0000000..5ef2ccb
--- /dev/null
+++ b/dolfin/common/utils.cpp
@@ -0,0 +1,58 @@
+// Copyright (C) 2009 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2009-08-09
+// Last changed: 2010-11-18
+
+#include <cstdlib>
+#include <sstream>
+#include "utils.h"
+
+//-----------------------------------------------------------------------------
+std::string dolfin::indent(std::string block)
+{
+  std::string indentation("  ");
+  std::stringstream s;
+
+  s << indentation;
+  for (std::size_t i = 0; i < block.size(); ++i)
+  {
+    s << block[i];
+    if (block[i] == '\n' && i < block.size() - 1)
+      s << indentation;
+  }
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+std::string dolfin::to_string(const double* x, std::size_t n)
+{
+  std::stringstream s;
+
+  s << "[";
+  for (std::size_t i = 0; i < n; i++)
+  {
+    s << x[i];
+    if (i < n - 1)
+      s << ", ";
+  }
+  s << "]";
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+
diff --git a/dolfin/common/utils.h b/dolfin/common/utils.h
new file mode 100644
index 0000000..291eac3
--- /dev/null
+++ b/dolfin/common/utils.h
@@ -0,0 +1,107 @@
+// Copyright (C) 2009-2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Joachim B. Haga, 2012.
+// Modified by Garth N. Wells, 2013.
+//
+// First added:  2009-08-09
+// Last changed: 2013-01-03
+
+#ifndef __DOLFIN_UTILS_H
+#define __DOLFIN_UTILS_H
+
+#include <cstring>
+#include <limits>
+#include <sstream>
+#include <string>
+#include <vector>
+#include <boost/functional/hash.hpp>
+#include <dolfin/common/MPI.h>
+
+namespace dolfin
+{
+
+  /// Indent string block
+  std::string indent(std::string block);
+
+  /// Return string representation of given container of ints, floats,
+  /// etc.
+  template<typename T>
+    std::string container_to_string(const T& x, std::string delimiter,
+                                    int precision, int linebreak=0)
+  {
+    std::stringstream s;
+    s.precision(precision);
+    if (!x.empty())
+    {
+      if (linebreak == 0)
+      {
+        s << *x.begin();
+        for (auto it = x.begin() + 1; it != x.end(); ++it)
+          s << delimiter << *it;
+      }
+      else
+      {
+        for (unsigned int i = 0 ; i != x.size(); ++i)
+        {
+          if ((i + 1)%linebreak == 0)
+            s << x[i] << std::endl;
+          else
+            s << x[i] << delimiter;
+        }
+      }
+    }
+    return s.str();
+  }
+
+  /// Return string representation of given array
+  std::string to_string(const double* x, std::size_t n);
+
+  /// Return a hash of a given object
+  template <class T>
+  std::size_t hash_local(const T& x)
+  {
+    boost::hash<T> hash;
+    return hash(x);
+  }
+
+  /// Return a hash for a distributed (MPI) object. A hash is computed
+  /// on each process, and the hash of the std::vector of all local hash
+  /// keys is returned. This function is collective.
+  template <class T>
+    std::size_t hash_global(const MPI_Comm mpi_comm, const T& x)
+  {
+    // Compute local hash
+    std::size_t local_hash = hash_local(x);
+
+    // Gather hash keys on root process
+    std::vector<std::size_t> all_hashes;
+    std::vector<std::size_t> local_hash_tmp(1, local_hash);
+    MPI::gather(mpi_comm, local_hash_tmp, all_hashes);
+
+    // Hash the received hash keys
+    boost::hash<std::vector<std::size_t>> hash;
+    std::size_t global_hash = hash(all_hashes);
+
+    // Broadcast hash key to all processes
+    MPI::broadcast(mpi_comm, global_hash);
+    return global_hash;
+  }
+
+}
+
+#endif
diff --git a/dolfin/common/version.h.in b/dolfin/common/version.h.in
new file mode 100644
index 0000000..3703195
--- /dev/null
+++ b/dolfin/common/version.h.in
@@ -0,0 +1,12 @@
+#ifndef __DOLFIN_VERSION_H
+#define __DOLFIN_VERSION_H
+
+#define DOLFIN_VERSION_RELEASE @DOLFIN_VERSION_RELEASE@
+#define DOLFIN_VERSION_MAJOR   @DOLFIN_VERSION_MAJOR@
+#define DOLFIN_VERSION_MINOR   @DOLFIN_VERSION_MINOR@
+#define DOLFIN_VERSION_MICRO   @DOLFIN_VERSION_MICRO_STRIPPED@
+#define DOLFIN_VERSION_STRING  "@DOLFIN_VERSION@"
+#define DOLFIN_VERSION_GIT     "@GIT_COMMIT_HASH@"
+#define UFC_SIGNATURE          "@UFC_SIGNATURE@"
+
+#endif
diff --git a/dolfin/dolfin.h b/dolfin/dolfin.h
new file mode 100644
index 0000000..4ad9d0a
--- /dev/null
+++ b/dolfin/dolfin.h
@@ -0,0 +1,30 @@
+#ifndef __DOLFIN_H
+#define __DOLFIN_H
+
+// DOLFIN interface
+
+#include <dolfin/common/dolfin_common.h>
+#include <dolfin/parameter/dolfin_parameter.h>
+#include <dolfin/log/dolfin_log.h>
+
+#include <dolfin/mesh/dolfin_mesh.h>
+#include <dolfin/generation/dolfin_generation.h>
+#include <dolfin/geometry/dolfin_geometry.h>
+#include <dolfin/refinement/dolfin_refinement.h>
+#include <dolfin/graph/dolfin_graph.h>
+
+#include <dolfin/la/dolfin_la.h>
+#include <dolfin/nls/dolfin_nls.h>
+
+#include <dolfin/function/dolfin_function.h>
+#include <dolfin/math/dolfin_math.h>
+#include <dolfin/ale/dolfin_ale.h>
+
+#include <dolfin/fem/dolfin_fem.h>
+#include <dolfin/multistage/dolfin_multistage.h>
+#include <dolfin/adaptivity/dolfin_adaptivity.h>
+#include <dolfin/ts/dolfin_ts.h>
+
+#include <dolfin/io/dolfin_io.h>
+
+#endif
diff --git a/dolfin/fem/Assembler.cpp b/dolfin/fem/Assembler.cpp
new file mode 100644
index 0000000..e1b52d3
--- /dev/null
+++ b/dolfin/fem/Assembler.cpp
@@ -0,0 +1,690 @@
+// Copyright (C) 2007-2015 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells 2007-2009
+// Modified by Ola Skavhaug 2007-2009
+// Modified by Kent-Andre Mardal 2008
+// Modified by Joachim B Haga 2012
+// Modified by Martin Alnaes 2013-2015
+
+#include <algorithm>
+#include <dolfin/log/log.h>
+#include <dolfin/log/Progress.h>
+#include <dolfin/common/ArrayView.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/parameter/GlobalParameters.h>
+#include <dolfin/la/GenericTensor.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Facet.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/mesh/MeshData.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/mesh/SubDomain.h>
+#include <dolfin/function/GenericFunction.h>
+#include <dolfin/function/FunctionSpace.h>
+#include "GenericDofMap.h"
+#include "Form.h"
+#include "UFC.h"
+#include "FiniteElement.h"
+#include "AssemblerBase.h"
+#include "Assembler.h"
+
+#include <dolfin/la/GenericMatrix.h>
+
+using namespace dolfin;
+
+//----------------------------------------------------------------------------
+void Assembler::assemble(GenericTensor& A, const Form& a)
+{
+  // All assembler functions above end up calling this function, which
+  // in turn calls the assembler functions below to assemble over
+  // cells, exterior and interior facets.
+
+  // Get cell domains
+  std::shared_ptr<const MeshFunction<std::size_t>>
+    cell_domains = a.cell_domains();
+
+  // Get exterior facet domains
+  std::shared_ptr<const MeshFunction<std::size_t>> exterior_facet_domains
+      = a.exterior_facet_domains();
+
+  // Get interior facet domains
+  std::shared_ptr<const MeshFunction<std::size_t>> interior_facet_domains
+      = a.interior_facet_domains();
+
+  // Get vertex domains
+  std::shared_ptr<const MeshFunction<std::size_t>> vertex_domains
+    = a.vertex_domains();
+
+  // Check form
+  AssemblerBase::check(a);
+
+  // Create data structure for local assembly data
+  UFC ufc(a);
+
+  // Update off-process coefficients
+  const std::vector<std::shared_ptr<const GenericFunction>>
+    coefficients = a.coefficients();
+
+  // Initialize global tensor
+  init_global_tensor(A, a);
+
+  // Assemble over cells
+  assemble_cells(A, a, ufc, cell_domains, NULL);
+
+  // Assemble over exterior facets
+  assemble_exterior_facets(A, a, ufc, exterior_facet_domains, NULL);
+
+  // Assemble over interior facets
+  assemble_interior_facets(A, a, ufc, interior_facet_domains,
+                           cell_domains, NULL);
+
+  // Assemble over vertices
+  assemble_vertices(A, a, ufc, vertex_domains);
+
+  // Finalize assembly of global tensor
+  if (finalize_tensor)
+    A.apply("add");
+}
+//-----------------------------------------------------------------------------
+void Assembler::assemble_cells(
+  GenericTensor& A,
+  const Form& a,
+  UFC& ufc,
+  std::shared_ptr<const MeshFunction<std::size_t>> domains,
+  std::vector<double>* values)
+{
+  // Skip assembly if there are no cell integrals
+  if (!ufc.form.has_cell_integrals())
+    return;
+
+  // Set timer
+  Timer timer("Assemble cells");
+
+  // Extract mesh
+  dolfin_assert(a.mesh());
+  const Mesh& mesh = *(a.mesh());
+
+  // Form rank
+  const std::size_t form_rank = ufc.form.rank();
+
+  // Check if form is a functional
+  const bool is_cell_functional = (values && form_rank == 0) ? true : false;
+
+  // Collect pointers to dof maps
+  std::vector<const GenericDofMap*> dofmaps;
+  for (std::size_t i = 0; i < form_rank; ++i)
+    dofmaps.push_back(a.function_space(i)->dofmap().get());
+
+  // Vector to hold dof map for a cell
+  std::vector<ArrayView<const dolfin::la_index>> dofs(form_rank);
+
+  // Cell integral
+  ufc::cell_integral* integral = ufc.default_cell_integral.get();
+
+  // Check whether integral is domain-dependent
+  bool use_domains = domains && !domains->empty();
+
+  // Assemble over cells
+  ufc::cell ufc_cell;
+  std::vector<double> coordinate_dofs;
+  Progress p(AssemblerBase::progress_message(A.rank(), "cells"),
+             mesh.num_cells());
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    // Get integral for sub domain (if any)
+    if (use_domains)
+      integral = ufc.get_cell_integral((*domains)[*cell]);
+
+    // Skip if no integral on current domain
+    if (!integral)
+      continue;
+
+    // Check that cell is not a ghost
+    dolfin_assert(!cell->is_ghost());
+
+    // Update to current cell
+    cell->get_cell_data(ufc_cell);
+    cell->get_coordinate_dofs(coordinate_dofs);
+    ufc.update(*cell, coordinate_dofs, ufc_cell,
+               integral->enabled_coefficients());
+
+    // Get local-to-global dof maps for cell
+    bool empty_dofmap = false;
+    for (std::size_t i = 0; i < form_rank; ++i)
+    {
+      auto dmap = dofmaps[i]->cell_dofs(cell->index());
+      dofs[i] = ArrayView<const dolfin::la_index>(dmap.size(), dmap.data());
+      empty_dofmap = empty_dofmap || dofs[i].size() == 0;
+    }
+
+    // Skip if at least one dofmap is empty
+    if (empty_dofmap)
+      continue;
+
+    // Tabulate cell tensor
+    integral->tabulate_tensor(ufc.A.data(), ufc.w(),
+                              coordinate_dofs.data(),
+                              ufc_cell.orientation);
+
+    // Add entries to global tensor. Either store values cell-by-cell
+    // (currently only available for functionals)
+    if (is_cell_functional)
+      (*values)[cell->index()] = ufc.A[0];
+    else
+      A.add_local(ufc.A.data(), dofs);
+
+    p++;
+  }
+}
+//-----------------------------------------------------------------------------
+void Assembler::assemble_exterior_facets(
+  GenericTensor& A,
+  const Form& a,
+  UFC& ufc,
+  std::shared_ptr<const MeshFunction<std::size_t>> domains,
+  std::vector<double>* values)
+{
+  // Skip assembly if there are no exterior facet integrals
+  if (!ufc.form.has_exterior_facet_integrals())
+    return;
+
+  // Set timer
+  Timer timer("Assemble exterior facets");
+
+  // Extract mesh
+  dolfin_assert(a.mesh());
+  const Mesh& mesh = *(a.mesh());
+
+  // Form rank
+  const std::size_t form_rank = ufc.form.rank();
+
+  // Collect pointers to dof maps
+  std::vector<const GenericDofMap*> dofmaps;
+  for (std::size_t i = 0; i < form_rank; ++i)
+    dofmaps.push_back(a.function_space(i)->dofmap().get());
+
+  // Vector to hold dof map for a cell
+  std::vector<ArrayView<const dolfin::la_index>> dofs(form_rank);
+
+  // Exterior facet integral
+  const ufc::exterior_facet_integral* integral
+    = ufc.default_exterior_facet_integral.get();
+
+  // Check whether integral is domain-dependent
+  bool use_domains = domains && !domains->empty();
+
+  // Compute facets and facet - cell connectivity if not already computed
+  const std::size_t D = mesh.topology().dim();
+  mesh.init(D - 1);
+  mesh.init(D - 1, D);
+  dolfin_assert(mesh.ordered());
+
+  // Assemble over exterior facets (the cells of the boundary)
+  ufc::cell ufc_cell;
+  std::vector<double> coordinate_dofs;
+  Progress p(AssemblerBase::progress_message(A.rank(), "exterior facets"),
+             mesh.num_facets());
+  for (FacetIterator facet(mesh); !facet.end(); ++facet)
+  {
+    // Only consider exterior facets
+    if (!facet->exterior())
+    {
+      p++;
+      continue;
+    }
+
+    // Get integral for sub domain (if any)
+    if (use_domains)
+      integral = ufc.get_exterior_facet_integral((*domains)[*facet]);
+
+    // Skip integral if zero
+    if (!integral)
+      continue;
+
+    // Get mesh cell to which mesh facet belongs (pick first, there is
+    // only one)
+    dolfin_assert(facet->num_entities(D) == 1);
+    Cell mesh_cell(mesh, facet->entities(D)[0]);
+
+    // Check that cell is not a ghost
+    dolfin_assert(!mesh_cell.is_ghost());
+
+    // Get local index of facet with respect to the cell
+    const std::size_t local_facet = mesh_cell.index(*facet);
+
+    // Update UFC cell
+    mesh_cell.get_cell_data(ufc_cell, local_facet);
+    mesh_cell.get_coordinate_dofs(coordinate_dofs);
+
+    // Update UFC object
+    ufc.update(mesh_cell, coordinate_dofs, ufc_cell,
+               integral->enabled_coefficients());
+
+    // Get local-to-global dof maps for cell
+    for (std::size_t i = 0; i < form_rank; ++i)
+    {
+      auto dmap = dofmaps[i]->cell_dofs(mesh_cell.index());
+      dofs[i].set(dmap.size(), dmap.data());
+    }
+
+    // Tabulate exterior facet tensor
+    integral->tabulate_tensor(ufc.A.data(),
+                              ufc.w(),
+                              coordinate_dofs.data(),
+                              local_facet,
+                              ufc_cell.orientation);
+
+    // Add entries to global tensor
+    A.add_local(ufc.A.data(), dofs);
+
+    p++;
+  }
+}
+//-----------------------------------------------------------------------------
+void Assembler::assemble_interior_facets(
+  GenericTensor& A,
+  const Form& a,
+  UFC& ufc,
+  std::shared_ptr<const MeshFunction<std::size_t>> domains,
+  std::shared_ptr<const MeshFunction<std::size_t>> cell_domains,
+  std::vector<double>* values)
+{
+  // Skip assembly if there are no interior facet integrals
+  if (!ufc.form.has_interior_facet_integrals())
+    return;
+
+  // Set timer
+  Timer timer("Assemble interior facets");
+
+  // Extract mesh and coefficients
+  dolfin_assert(a.mesh());
+  const Mesh& mesh = *(a.mesh());
+
+  // Sanity check of ghost mode (proper check in AssemblerBase::check)
+  dolfin_assert(mesh.ghost_mode() == "shared_vertex"
+                || mesh.ghost_mode() == "shared_facet"
+                || MPI::size(mesh.mpi_comm()) == 1);
+
+  // MPI rank
+  const int my_mpi_rank = MPI::rank(mesh.mpi_comm());
+
+  // Form rank
+  const std::size_t form_rank = ufc.form.rank();
+
+  // Collect pointers to dof maps
+  std::vector<const GenericDofMap*> dofmaps;
+  for (std::size_t i = 0; i < form_rank; ++i)
+    dofmaps.push_back(a.function_space(i)->dofmap().get());
+
+  // Vector to hold dofs for cells, and a vector holding pointers to same
+  std::vector<std::vector<dolfin::la_index>> macro_dofs(form_rank);
+  std::vector<ArrayView<const dolfin::la_index>> macro_dof_ptrs(form_rank);
+
+  // Interior facet integral
+  const ufc::interior_facet_integral* integral
+    = ufc.default_interior_facet_integral.get();
+
+  // Check whether integral is domain-dependent
+  bool use_domains = domains && !domains->empty();
+  bool use_cell_domains = cell_domains && !cell_domains->empty();
+
+  // Compute facets and facet - cell connectivity if not already computed
+  const std::size_t D = mesh.topology().dim();
+  mesh.init(D - 1);
+  mesh.init(D - 1, D);
+  dolfin_assert(mesh.ordered());
+
+  // Assemble over interior facets (the facets of the mesh)
+  ufc::cell ufc_cell[2];
+  std::vector<double> coordinate_dofs[2];
+  Progress p(AssemblerBase::progress_message(A.rank(), "interior facets"),
+             mesh.num_facets());
+  for (FacetIterator facet(mesh); !facet.end(); ++facet)
+  {
+    if (facet->num_entities(D) == 1)
+      continue;
+
+    // Check that facet is not a ghost
+    dolfin_assert(!facet->is_ghost());
+
+    // Get integral for sub domain (if any)
+    if (use_domains)
+      integral = ufc.get_interior_facet_integral((*domains)[*facet]);
+
+    // Skip integral if zero
+    if (!integral)
+      continue;
+
+    // Get cells incident with facet (which is 0 and 1 here is arbitrary)
+    dolfin_assert(facet->num_entities(D) == 2);
+    std::size_t cell_index_plus = facet->entities(D)[0];
+    std::size_t cell_index_minus = facet->entities(D)[1];
+
+    if (use_cell_domains && (*cell_domains)[cell_index_plus]
+        < (*cell_domains)[cell_index_minus])
+    {
+      std::swap(cell_index_plus, cell_index_minus);
+    }
+
+    // The convention '+' = 0, '-' = 1 is from ffc
+    const Cell cell0(mesh, cell_index_plus);
+    const Cell cell1(mesh, cell_index_minus);
+
+    // Get local index of facet with respect to each cell
+    std::size_t local_facet0 = cell0.index(*facet);
+    std::size_t local_facet1 = cell1.index(*facet);
+
+    // Update to current pair of cells
+    cell0.get_cell_data(ufc_cell[0], local_facet0);
+    cell0.get_coordinate_dofs(coordinate_dofs[0]);
+    cell1.get_cell_data(ufc_cell[1], local_facet1);
+    cell1.get_coordinate_dofs(coordinate_dofs[1]);
+
+    ufc.update(cell0, coordinate_dofs[0], ufc_cell[0],
+               cell1, coordinate_dofs[1], ufc_cell[1],
+               integral->enabled_coefficients());
+
+    // Tabulate dofs for each dimension on macro element
+    for (std::size_t i = 0; i < form_rank; i++)
+    {
+      // Get dofs for each cell
+      auto cell_dofs0 = dofmaps[i]->cell_dofs(cell0.index());
+      auto cell_dofs1 = dofmaps[i]->cell_dofs(cell1.index());
+
+      // Create space in macro dof vector
+      macro_dofs[i].resize(cell_dofs0.size() + cell_dofs1.size());
+
+      // Copy cell dofs into macro dof vector
+      std::copy(cell_dofs0.data(), cell_dofs0.data() + cell_dofs0.size(),
+                macro_dofs[i].begin());
+      std::copy(cell_dofs1.data(), cell_dofs1.data() + cell_dofs1.size(),
+                macro_dofs[i].begin() + cell_dofs0.size());
+      macro_dof_ptrs[i].set(macro_dofs[i]);
+    }
+
+    // Tabulate interior facet tensor on macro element
+    integral->tabulate_tensor(ufc.macro_A.data(),
+                              ufc.macro_w(),
+                              coordinate_dofs[0].data(),
+                              coordinate_dofs[1].data(),
+                              local_facet0,
+                              local_facet1,
+                              ufc_cell[0].orientation,
+                              ufc_cell[1].orientation);
+
+    if (cell0.is_ghost() != cell1.is_ghost())
+    {
+      int ghost_rank = -1;
+      if (cell0.is_ghost())
+        ghost_rank = cell0.owner();
+      else
+        ghost_rank = cell1.owner();
+
+      dolfin_assert(my_mpi_rank != ghost_rank);
+      dolfin_assert(ghost_rank != -1);
+      if (ghost_rank < my_mpi_rank)
+        continue;
+    }
+
+    // Add entries to global tensor
+    A.add_local(ufc.macro_A.data(), macro_dof_ptrs);
+
+    p++;
+  }
+}
+//-----------------------------------------------------------------------------
+void Assembler::assemble_vertices(
+  GenericTensor& A,
+  const Form& a,
+  UFC& ufc,
+  std::shared_ptr<const MeshFunction<std::size_t>> domains)
+{
+  // Skip assembly if there are no point integrals
+  if (!ufc.form.has_vertex_integrals())
+    return;
+
+  // Set timer
+  Timer timer("Assemble vertices");
+
+  // Extract mesh
+  dolfin_assert(a.mesh());
+  const Mesh& mesh = *(a.mesh());
+
+  // Compute cell and vertex - cell connectivity if not already
+  // computed
+  const std::size_t D = mesh.topology().dim();
+  mesh.init(0);
+  mesh.init(0, D);
+  dolfin_assert(mesh.ordered());
+
+  // Logics for shared vertices
+  const bool has_shared_vertices = mesh.topology().have_shared_entities(0);
+  const std::map<std::int32_t, std::set<unsigned int>>&
+    shared_vertices = mesh.topology().shared_entities(0);
+
+  // Form rank
+  const std::size_t form_rank = ufc.form.rank();
+
+  // Collect pointers to dof maps
+  std::vector<const GenericDofMap*> dofmaps(form_rank);
+
+  // Create a vector for storying local to local map for vertex entity
+  // dofs
+  std::vector<std::vector<std::size_t>> local_to_local_dofs(form_rank);
+
+  // Create a values vector to be used to fan out local tabulated
+  // values to the global tensor
+  std::vector<double> local_values(1);
+
+  // Vector to hold local dof map for a vertex
+  std::vector<std::vector<dolfin::la_index>> global_dofs(form_rank);
+  std::vector<ArrayView<const dolfin::la_index>> global_dofs_p(form_rank);
+  std::vector<dolfin::la_index> local_dof_size(form_rank);
+  for (std::size_t i = 0; i < form_rank; ++i)
+  {
+    dofmaps[i] = a.function_space(i)->dofmap().get();
+
+    // Check that the test and trial space as dofs on the vertices
+    if (dofmaps[i]->num_entity_dofs(0) == 0)
+    {
+      dolfin_error("Assembler.cpp",
+                   "assemble form over vertices",
+                   "Expecting test and trial spaces to have dofs on "\
+                   "vertices for point integrals");
+    }
+
+    // Check that the test and trial spaces do not have dofs other
+    // than on vertices
+    for (std::size_t j = 1; j <= D; j++)
+    {
+      if (dofmaps[i]->num_entity_dofs(j)!=0)
+      {
+        dolfin_error("Assembler.cpp",
+                     "assemble form over vertices",
+                     "Expecting test and trial spaces to only have dofs on " \
+                     "vertices for point integrals");
+      }
+    }
+
+    // Resize local values so it can hold dofs on one vertex
+    local_values.resize(local_values.size()*dofmaps[i]->num_entity_dofs(0));
+
+    // Resize local to local map according to the number of vertex
+    // entities dofs
+    local_to_local_dofs[i].resize(dofmaps[i]->num_entity_dofs(0));
+
+    // Resize local dof map vector
+    global_dofs[i].resize(dofmaps[i]->num_entity_dofs(0));
+
+    // Get size of local dofs
+    local_dof_size[i] = dofmaps[i]->ownership_range().second
+      - dofmaps[i]->ownership_range().first;
+
+    // Get pointer to global dofs
+    global_dofs_p[i].set(global_dofs[i]);
+  }
+
+  // Vector to hold dof map for a cell
+  std::vector<ArrayView<const dolfin::la_index>> dofs(form_rank);
+
+  // Exterior point integral
+  const ufc::vertex_integral* integral
+    = ufc.default_vertex_integral.get();
+
+  // Check whether integral is domain-dependent
+  bool use_domains = domains && !domains->empty();
+
+  // MPI rank
+  const unsigned int my_mpi_rank = MPI::rank(mesh.mpi_comm());
+
+  // Assemble over vertices
+  ufc::cell ufc_cell;
+  std::vector<double> coordinate_dofs;
+  Progress p(AssemblerBase::progress_message(A.rank(), "vertices"),
+             mesh.num_vertices());
+  for (VertexIterator vert(mesh); !vert.end(); ++vert)
+  {
+    // Get integral for sub domain (if any)
+    if (use_domains)
+      integral = ufc.get_vertex_integral((*domains)[*vert]);
+
+    // Skip integral if zero
+    if (!integral)
+      continue;
+
+    // Check if assembling a scalar and a vertex is shared
+    if (form_rank == 0 && has_shared_vertices)
+    {
+      // Find shared processes for this global vertex
+      std::map<std::int32_t, std::set<unsigned int>>::const_iterator e;
+      e = shared_vertices.find(vert->index());
+
+      // If vertex is shared and this rank is not the lowest do not
+      // include the contribution from this vertex to scalar sum
+      if (e != shared_vertices.end())
+      {
+        bool skip_vertex = false;
+        std::set<unsigned int>::const_iterator it;
+        for (it = e->second.begin(); it != e->second.end(); it++)
+        {
+          // Check if a shared vertex has a lower process rank
+          if (*it < my_mpi_rank)
+          {
+            skip_vertex = true;
+            break;
+          }
+        }
+
+        if (skip_vertex)
+          continue;
+      }
+    }
+
+    // Get mesh cell to which mesh vertex belongs (pick first)
+    Cell mesh_cell(mesh, vert->entities(D)[0]);
+
+    // Check that cell is not a ghost
+    dolfin_assert(!mesh_cell.is_ghost());
+
+    // Get local index of vertex with respect to the cell
+    const std::size_t local_vertex = mesh_cell.index(*vert);
+
+    // Update UFC cell
+    mesh_cell.get_cell_data(ufc_cell);
+    mesh_cell.get_coordinate_dofs(coordinate_dofs);
+
+    // Update UFC object
+    ufc.update(mesh_cell, coordinate_dofs, ufc_cell,
+               integral->enabled_coefficients());
+
+    // Tabulate vertex tensor
+    integral->tabulate_tensor(ufc.A.data(),
+                              ufc.w(),
+                              coordinate_dofs.data(),
+                              local_vertex,
+                              ufc_cell.orientation);
+
+    // For rank 1 and 2 tensors we need to check if tabulated dofs for
+    // the test space is within the local range
+    bool owns_all_dofs = true;
+    for (std::size_t i = 0; i < form_rank; ++i)
+    {
+      // Get local-to-global dof maps for cell
+      auto dmap = dofmaps[i]->cell_dofs(mesh_cell.index());
+      dofs[i].set(dmap.size(), dmap.data());
+
+      // Get local dofs of the local vertex
+      dofmaps[i]->tabulate_entity_dofs(local_to_local_dofs[i], 0, local_vertex);
+
+      // Copy cell dofs to local dofs and check owner ship range
+      for (std::size_t j = 0; j < local_to_local_dofs[i].size(); ++j)
+      {
+        global_dofs[i][j] = dofs[i][local_to_local_dofs[i][j]];
+
+        // It is the dofs for the test space that determines if a dof
+        // is owned by a process, therefore i==0
+        if (i == 0 && global_dofs[i][j] >= local_dof_size[i])
+        {
+          owns_all_dofs = false;
+          break;
+        }
+      }
+    }
+
+    // If not owning all dofs
+    if (!owns_all_dofs)
+      continue;
+
+    // Scalar
+    if (form_rank == 0)
+    {
+      // Add entries to global tensor
+      A.add_local(ufc.A.data(), dofs);
+    }
+    else if (form_rank == 1)
+    {
+      // Copy tabulated tensor to local value vector
+      for (std::size_t i = 0; i < local_to_local_dofs[0].size(); ++i)
+        local_values[i] = ufc.A[local_to_local_dofs[0][i]];
+
+      // Add local entries to global tensor
+      A.add_local(local_values.data(), global_dofs_p);
+    }
+    else
+    {
+      // Copy tabulated tensor to local value vector
+      const std::size_t num_cols = dofs[1].size();
+      for (std::size_t i = 0; i < local_to_local_dofs[0].size(); ++i)
+      {
+        for (std::size_t j = 0; j < local_to_local_dofs[1].size(); ++j)
+        {
+          local_values[i*local_to_local_dofs[1].size() + j]
+            = ufc.A[local_to_local_dofs[0][i]*num_cols
+                    + local_to_local_dofs[1][j]];
+        }
+      }
+
+      // Add local entries to global tensor
+      A.add_local(local_values.data(), global_dofs_p);
+    }
+
+    p++;
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/Assembler.h b/dolfin/fem/Assembler.h
new file mode 100644
index 0000000..e691b3c
--- /dev/null
+++ b/dolfin/fem/Assembler.h
@@ -0,0 +1,132 @@
+// Copyright (C) 2007-2015 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells 2007-2008
+// Modified by Ola Skavhaug 2008
+// Modified by Joachim B Haga 2012
+// Modified by Martin Alnes 2015
+
+#ifndef __ASSEMBLER_H
+#define __ASSEMBLER_H
+
+#include <vector>
+#include "AssemblerBase.h"
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class GenericTensor;
+  class Form;
+  class UFC;
+  template<typename T> class MeshFunction;
+
+  /// This class provides automated assembly of linear systems, or
+  /// more generally, assembly of a sparse tensor from a given
+  /// variational form.
+  ///
+  /// Subdomains for cells and facets may be specified by assigning
+  /// subdomain indicators specified by _MeshFunction_ to the _Form_
+  /// being assembled:
+  ///
+  /// @code{.cpp}
+  ///
+  ///        form.dx = cell_domains
+  ///        form.ds = exterior_facet_domains
+  ///        form.dS = interior_facet_domains
+  /// @endcode
+
+  class Assembler : public AssemblerBase
+  {
+  public:
+
+    /// Constructor
+    Assembler() {}
+
+    /// Assemble tensor from given form
+    ///
+    /// @param[out] A (GenericTensor)
+    ///         The tensor to assemble.
+    /// @param[in]  a (Form&)
+    ///         The form to assemble the tensor from.
+    void assemble(GenericTensor& A, const Form& a);
+
+    /// Assemble tensor from given form over cells. This function is
+    /// provided for users who wish to build a customized assembler.
+    ///
+    /// @param[out] A (GenericTensor&)
+    ///         The tensor to assemble.
+    /// @param[in] a (Form&)
+    ///         The form to assemble the tensor from.
+    /// @param[in] ufc (UFC&)
+    /// @param[in] domains (MeshFunction<std::size_t>)
+    /// @param[in] values (std::vector<double>*)
+    void assemble_cells(GenericTensor& A, const Form& a, UFC& ufc,
+                        std::shared_ptr<const MeshFunction<std::size_t>> domains,
+                        std::vector<double>* values);
+
+    /// Assemble tensor from given form over exterior facets. This
+    /// function is provided for users who wish to build a customized
+    /// assembler.
+    ///
+    /// @param[out] A (GenericTensor)
+    ///         The tensor to assemble.
+    /// @param[in] a (Form)
+    ///         The form to assemble the tensor from.
+    /// @param[in] ufc (UFC)
+    /// @param[in] domains (MeshFunction)
+    /// @param[in] values (std::vector<double>*)
+    void assemble_exterior_facets(GenericTensor& A, const Form& a,
+                                  UFC& ufc,
+                                  std::shared_ptr<const MeshFunction<std::size_t>> domains,
+                                  std::vector<double>* values);
+
+    /// Assemble tensor from given form over interior facets. This
+    /// function is provided for users who wish to build a customized
+    /// assembler.
+    ///
+    /// @param[out] A (GenericTensor)
+    ///         The tensor to assemble.
+    /// @param[in] a (Form)
+    ///         The form to assemble the tensor from.
+    /// @param[in] ufc (UFC)
+    /// @param[in] domains (MeshFunction<std::size_t>)
+    /// @param[in] cell_domains (MeshFunction<std::size_t>)
+    /// @param[in] values (std::vector<double>*)
+    void assemble_interior_facets(GenericTensor& A, const Form& a,
+                                  UFC& ufc,
+                                  std::shared_ptr<const MeshFunction<std::size_t>> domains,
+                                  std::shared_ptr<const MeshFunction<std::size_t>> cell_domains,
+                                  std::vector<double>* values);
+
+    /// Assemble tensor from given form over vertices. This function is
+    /// provided for users who wish to build a customized assembler.
+    ///
+    /// @param[out] A (GenericTersn)
+    ///         The tensor to assemble.
+    /// @param[in] a (Form)
+    ///         The form to assemble the tensor from.
+    /// @param[in] ufc (UFC)
+    /// @param[in] domains (MeshFunction)
+    void assemble_vertices(GenericTensor& A, const Form& a, UFC& ufc,
+                           std::shared_ptr<const MeshFunction<std::size_t>> domains);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/AssemblerBase.cpp b/dolfin/fem/AssemblerBase.cpp
new file mode 100644
index 0000000..fa1dbbb
--- /dev/null
+++ b/dolfin/fem/AssemblerBase.cpp
@@ -0,0 +1,344 @@
+// Copyright (C) 2007-2014 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2007-2010
+// Modified by Ola Skavhaug, 2007-2009
+// Modified by Kent-Andre Mardal, 2008
+// Modified by Johannes Ring, 2012
+// Modified by Martin Alnaes, 2014
+// Modified by Cecile Daversin-Catty, 2018
+
+#include <memory>
+
+#include <dolfin/common/Timer.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/function/GenericFunction.h>
+#include <dolfin/la/GenericMatrix.h>
+#include <dolfin/la/GenericTensor.h>
+#include <dolfin/la/SparsityPattern.h>
+#include <dolfin/la/GenericLinearAlgebraFactory.h>
+#include <dolfin/la/TensorLayout.h>
+#include <dolfin/log/log.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/Cell.h>
+
+#include "FiniteElement.h"
+#include "Form.h"
+#include "GenericDofMap.h"
+#include "SparsityPatternBuilder.h"
+#include "AssemblerBase.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void AssemblerBase::init_global_tensor(GenericTensor& A, const Form& a)
+{
+  dolfin_assert(a.ufc_form());
+
+  // Get dof maps
+  std::vector<const GenericDofMap*> dofmaps;
+  std::vector<std::size_t> mesh_ids(a.rank());
+  for (std::size_t i = 0; i < a.rank(); ++i)
+  {
+    dofmaps.push_back(a.function_space(i)->dofmap().get());
+    mesh_ids[i] = a.function_space(i)->mesh()->id();
+  }
+  // Get mesh
+  dolfin_assert(a.mesh());
+  const Mesh& mesh = *(a.mesh());
+
+  if (A.empty())
+  {
+    Timer t0("Build sparsity");
+
+    // Create layout for initialising tensor
+    std::shared_ptr<TensorLayout> tensor_layout;
+    tensor_layout = A.factory().create_layout(mesh.mpi_comm(), a.rank());
+    dolfin_assert(tensor_layout);
+
+    // Get dimensions and mapping across processes for each dimension
+    std::vector<std::shared_ptr<const IndexMap>> index_maps;
+    for (std::size_t i = 0; i < a.rank(); i++)
+    {
+      dolfin_assert(dofmaps[i]);
+      index_maps.push_back(dofmaps[i]->index_map());
+    }
+
+    // Initialise tensor layout
+    // FIXME: somewhere need to check block sizes are same on both axes
+    // NOTE: Jan: that will be done on the backend side; IndexMap will
+    //            provide tabulate functions with arbitrary block size;
+    //            moreover the functions will tabulate directly using a
+    //            correct int type
+
+    tensor_layout->init(index_maps, TensorLayout::Ghosts::UNGHOSTED);
+
+    // Build sparsity pattern if required
+    if (tensor_layout->sparsity_pattern())
+    {
+      SparsityPattern& pattern = *tensor_layout->sparsity_pattern();
+      SparsityPatternBuilder::build_mixed(pattern,
+					  mesh, mesh_ids, dofmaps,
+					  a.ufc_form()->has_cell_integrals(),
+					  a.ufc_form()->has_interior_facet_integrals(),
+					  a.ufc_form()->has_exterior_facet_integrals(),
+					  a.ufc_form()->has_vertex_integrals(),
+					  keep_diagonal);
+    }
+    t0.stop();
+
+    // Initialize tensor
+    Timer t1("Init tensor");
+    A.init(*tensor_layout);
+    t1.stop();
+
+    // Insert zeros to dense rows in increasing order of column index
+    // to avoid CSR data reallocation when assembling in random order
+    // resulting in quadratic complexity; this has to be done before
+    // inserting to diagonal below
+    if (tensor_layout->sparsity_pattern())
+    {
+      // Tabulate indices of dense rows
+      const std::size_t primary_dim
+        = tensor_layout->sparsity_pattern()->primary_dim();
+      std::vector<std::size_t> global_dofs;
+      dofmaps[primary_dim]->tabulate_global_dofs(global_dofs);
+
+      if (global_dofs.size() > 0)
+      {
+        // Down cast tensor to matrix
+        dolfin_assert(A.rank() == 2);
+        GenericMatrix& _matA = as_type<GenericMatrix>(A);
+
+        // Get local row range
+        const std::size_t primary_codim = primary_dim == 0 ? 1 : 0;
+        const IndexMap& index_map_0 = *dofmaps[primary_dim]->index_map();
+        const std::pair<std::size_t, std::size_t> row_range
+          = A.local_range(primary_dim);
+
+        // Set zeros in dense rows in order of increasing column index
+        const double block = 0.0;
+        dolfin::la_index IJ[2];
+        for (std::size_t i: global_dofs)
+        {
+          const std::size_t I = index_map_0.local_to_global(i);
+          if (I >= row_range.first && I < row_range.second)
+          {
+            IJ[primary_dim] = I;
+            for (std::size_t J = 0; J < _matA.size(primary_codim); J++)
+            {
+              IJ[primary_codim] = J;
+              _matA.set(&block, 1, &IJ[0], 1, &IJ[1]);
+            }
+          }
+        }
+
+        // Eventually wait with assembly flush for keep_diagonal
+        if (!keep_diagonal)
+          A.apply("flush");
+      }
+    }
+
+    // Insert zeros on the diagonal as diagonal entries may be
+    // prematurely optimised away by the linear algebra backend when
+    // calling GenericMatrix::apply, e.g. PETSc does this then errors
+    // when matrices have no diagonal entry inserted.
+    if (keep_diagonal && A.rank() == 2)
+    {
+      // Down cast to GenericMatrix
+      GenericMatrix& _matA = as_type<GenericMatrix>(A);
+
+      // Loop over rows and insert 0.0 on the diagonal
+      const double block = 0.0;
+      const std::pair<std::size_t, std::size_t> row_range = A.local_range(0);
+      const std::size_t range = std::min(row_range.second, A.size(1));
+
+      for (std::size_t i = row_range.first; i < range; i++)
+      {
+        const dolfin::la_index _i = i;
+        _matA.set(&block, 1, &_i, 1, &_i);
+      }
+
+      A.apply("flush");
+    }
+
+    // Delete sparsity pattern
+    Timer t2("Delete sparsity");
+    t2.stop();
+  }
+  else
+  {
+    // If tensor is not reset, check that dimensions are correct
+    for (std::size_t i = 0; i < a.rank(); ++i)
+    {
+      if (A.size(i) != dofmaps[i]->global_dimension())
+      {
+        dolfin_error("AssemblerBase.cpp",
+                     "assemble form",
+                     "Dim %d of tensor does not match form", i);
+      }
+    }
+  }
+
+  if (!add_values)
+    A.zero();
+}
+//-----------------------------------------------------------------------------
+void AssemblerBase::check(const Form& a)
+{
+  dolfin_assert(a.ufc_form());
+
+  // Check the form
+  a.check();
+
+  // Extract mesh and coefficients
+  dolfin_assert(a.mesh());
+  const Mesh& mesh = *(a.mesh());
+  const std::vector<std::shared_ptr<const GenericFunction>>
+    coefficients = a.coefficients();
+
+  // Check ghost mode for interior facet integrals in parallel
+  if (a.ufc_form()->has_interior_facet_integrals()
+      && MPI::size(mesh.mpi_comm()) > 1)
+  {
+    std::string ghost_mode = mesh.ghost_mode();
+    if (!(ghost_mode == "shared_vertex" || ghost_mode == "shared_facet"))
+    {
+      dolfin_error("AssemblerBase.cpp",
+                   "assemble form",
+                   "Incorrect mesh ghost mode \"%s\" (expected "
+                   "\"shared_vertex\" or \"shared_facet\" for "
+                   "interior facet integrals in parallel)",
+                   ghost_mode.c_str());
+    }
+  }
+
+  // Check that we get the correct number of coefficients
+  if (coefficients.size() != a.num_coefficients())
+  {
+    dolfin_error("AssemblerBase.cpp",
+                 "assemble form",
+                 "Incorrect number of coefficients (got %d but expecting %d)",
+                 coefficients.size(), a.num_coefficients());
+  }
+
+  // Check that all coefficients have valid value dimensions
+  for (std::size_t i = 0; i < coefficients.size(); ++i)
+  {
+    if (!coefficients[i])
+    {
+      dolfin_error("AssemblerBase.cpp",
+                   "assemble form",
+                   "Coefficient number %d (\"%s\") has not been set",
+                   i, a.coefficient_name(i).c_str());
+    }
+
+    // unique_ptr deletes its object when it exits its scope
+    std::unique_ptr<ufc::finite_element>
+      fe(a.ufc_form()->create_finite_element(i + a.rank()));
+
+    // Checks out-commented since they only work for Functions, not
+    // Expressions
+    const std::size_t r = coefficients[i]->value_rank();
+    const std::size_t fe_r = fe->value_rank();
+    if (fe_r != r)
+    {
+      dolfin_error("AssemblerBase.cpp",
+                   "assemble form",
+                   "Invalid value rank for coefficient %d (got %d but expecting %d). \
+You might have forgotten to specify the value rank correctly in an Expression subclass", i, r, fe_r);
+    }
+
+    for (std::size_t j = 0; j < r; ++j)
+    {
+      const std::size_t dim = coefficients[i]->value_dimension(j);
+      const std::size_t fe_dim = fe->value_dimension(j);
+      if (dim != fe_dim)
+      {
+        dolfin_error("AssemblerBase.cpp",
+                     "assemble form",
+                     "Invalid value dimension %d for coefficient %d (got %d but expecting %d). \
+You might have forgotten to specify the value dimension correctly in an Expression subclass", j, i, dim, fe_dim);
+      }
+    }
+  }
+
+  // Check that the coordinate cell matches the mesh
+  std::unique_ptr<ufc::finite_element>
+    coordinate_element(a.ufc_form()->create_coordinate_finite_element());
+  dolfin_assert(coordinate_element);
+  dolfin_assert(coordinate_element->value_rank() == 1);
+  if (coordinate_element->value_dimension(0) != mesh.geometry().dim())
+  {
+    dolfin_error("AssemblerBase.cpp",
+                 "assemble form",
+                 "Geometric dimension of Mesh does not match value shape of coordinate element in form");
+  }
+
+  // Check that the coordinate element degree matches the mesh degree
+  if (coordinate_element->degree() != mesh.geometry().degree())
+  {
+    dolfin_error("AssemblerBase.cpp",
+                 "assemble form",
+                 "Mesh geometry degree does not match degree of coordinate element in form");
+  }
+
+  std::map<CellType::Type, ufc::shape> dolfin_to_ufc_shapes
+    = { {CellType::Type::interval, ufc::shape::interval},
+        {CellType::Type::triangle, ufc::shape::triangle},
+        {CellType::Type::tetrahedron, ufc::shape::tetrahedron},
+        {CellType::Type::quadrilateral, ufc::shape::quadrilateral},
+        {CellType::Type::hexahedron, ufc::shape::hexahedron} };
+
+  auto cell_type_pair = dolfin_to_ufc_shapes.find(mesh.type().cell_type());
+  dolfin_assert(cell_type_pair != dolfin_to_ufc_shapes.end());
+  if (coordinate_element->cell_shape() != cell_type_pair->second)
+  {
+    dolfin_error("AssemblerBase.cpp",
+                 "assemble form",
+                 "Mesh cell type does not match cell type of UFC form");
+  }
+}
+//-----------------------------------------------------------------------------
+std::string AssemblerBase::progress_message(std::size_t rank,
+                                            std::string integral_type)
+{
+  std::stringstream s;
+  s << "Assembling ";
+
+  switch (rank)
+  {
+  case 0:
+    s << "scalar value over ";
+    break;
+  case 1:
+    s << "vector over ";
+    break;
+  case 2:
+    s << "matrix over ";
+    break;
+  default:
+    s << "rank " << rank << " tensor over ";
+    break;
+  }
+
+  s << integral_type;
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/AssemblerBase.h b/dolfin/fem/AssemblerBase.h
new file mode 100644
index 0000000..e975e1a
--- /dev/null
+++ b/dolfin/fem/AssemblerBase.h
@@ -0,0 +1,89 @@
+// Copyright (C) 2007-2009 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2007-2008.
+// Modified by Ola Skavhaug, 2008.
+//
+// First added:  2007-01-17
+// Last changed: 2013-09-19
+
+#ifndef __ASSEMBLER_BASE_H
+#define __ASSEMBLER_BASE_H
+
+#include <string>
+#include <utility>
+#include <vector>
+#include <dolfin/common/types.h>
+#include <dolfin/log/log.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class GenericTensor;
+  class Form;
+
+  /// Provide some common functions used in assembler classes.
+  class AssemblerBase
+  {
+  public:
+
+    /// Constructor
+    AssemblerBase() : add_values(false), finalize_tensor(true),
+      keep_diagonal(false) {}
+
+    /// add_values (bool)
+    ///     Default value is false.
+    ///     This controls whether values are added to the given
+    ///     tensor or if it is zeroed prior to assembly.
+    bool add_values;
+
+    /// finalize_tensor (bool)
+    ///     Default value is true.
+    ///     This controls whether the assembler finalizes the
+    ///     given tensor after assembly is completed by calling
+    ///     A.apply().
+    bool finalize_tensor;
+
+    /// keep_diagonal (bool)
+    ///     Default value is false.
+    ///     This controls whether the assembler enures that a diagonal
+    ///     entry exists in an assembled matrix. It may be removed
+    ///     if the matrix is finalised.
+    bool keep_diagonal;
+
+    /// Initialize global tensor
+    /// @param[out] A (GenericTensor&)
+    ///  GenericTensor to assemble into
+    /// @param[in] a (Form&)
+    ///  Form to assemble from
+    void init_global_tensor(GenericTensor& A, const Form& a);
+
+  protected:
+
+    /// Check form
+    static void check(const Form& a);
+
+    /// Pretty-printing for progress bar
+    static std::string progress_message(std::size_t rank,
+                                        std::string integral_type);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/BasisFunction.h b/dolfin/fem/BasisFunction.h
new file mode 100644
index 0000000..cf7de1b
--- /dev/null
+++ b/dolfin/fem/BasisFunction.h
@@ -0,0 +1,130 @@
+// Copyright (C) 2013 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2009-01-01
+// Last changed: 2013-03-04
+
+#ifndef __BASIS_FUNCTION_H
+#define __BASIS_FUNCTION_H
+
+#include <memory>
+#include <vector>
+#include <ufc.h>
+#include <dolfin/fem/FiniteElement.h>
+
+namespace dolfin
+{
+
+  /// Represention of a finite element basis function.
+
+  /// It can be used for computation of basis function values
+  /// and derivatives.
+  ///
+  /// Evaluation of basis functions is also possible through the use
+  /// of the functions ``evaluate_basis`` and
+  /// ``evaluate_basis_derivatives`` available in the _FiniteElement_
+  /// class. The BasisFunction class relies on these functions for
+  /// evaluation but also implements the ufc::function interface which
+  /// allows evaluate_dof to be evaluated for a basis function (on a
+  /// possibly different element).
+
+  class BasisFunction : public ufc::function
+  {
+  public:
+
+    /// Create basis function with given index on element on given cell
+    ///
+    /// @param    index (std::size_t)
+    ///         The index of the basis function.
+    /// @param    element (_FiniteElement_)
+    ///         The element to create basis function on.
+    /// @param  coordinate_dofs (std::vector<double>&)
+    ///         The coordinate dofs of the cell
+    BasisFunction(std::size_t index,
+                  std::shared_ptr<const FiniteElement> element,
+                  const std::vector<double>& coordinate_dofs)
+      : _index(index), _element(element), _coordinate_dofs(coordinate_dofs) {}
+
+    /// Destructor
+    ~BasisFunction() {}
+
+    /// Update the basis function index
+    ///
+    /// @param    index (std::size_t)
+    ///         The index of the basis function.
+    void update_index(std::size_t index)
+    { _index = index; }
+
+    /// Evaluate basis function at given point
+    ///
+    /// @param    values (double)
+    ///         The values of the function at the point.
+    /// @param    x (double)
+    ///         The coordinates of the point.
+    void eval(double* values, const double* x) const
+    {
+      // Note: assuming cell_orientation = 0
+      dolfin_assert(_element);
+      _element->evaluate_basis(_index, values, x, _coordinate_dofs.data(), 0);
+    }
+
+    /// Evaluate all order n derivatives at given point
+    ///
+    /// @param    values (double)
+    ///         The values of derivatives at the point.
+    /// @param    x (double)
+    ///         The coordinates of the point.
+    /// @param    n (std::size_t)
+    ///         The order of derivation.
+    void eval_derivatives(double* values, const double* x, std::size_t n) const
+    {
+      // Note: assuming cell_orientation = 0
+      dolfin_assert(_element);
+      _element->evaluate_basis_derivatives(_index, n, values, x,
+                                           _coordinate_dofs.data(), 0);
+    }
+
+    //--- Implementation of ufc::function interface ---
+
+    /// Evaluate function at given point in cell
+    ///
+    /// @param    values (double)
+    ///         The values of the function at the point..
+    /// @param    coordinates (double)
+    ///         The coordinates of the point.
+    /// @param    cell (ufc::cell)
+    ///         The cell.
+    void evaluate(double* values, const double* coordinates,
+                  const ufc::cell& cell) const
+    { eval(values, coordinates); }
+
+  private:
+
+    // The index
+    std::size_t _index;
+
+    // The finite element
+    std::shared_ptr<const FiniteElement> _element;
+
+    // Cell coordinates
+    const std::vector<double> _coordinate_dofs;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/CMakeLists.txt b/dolfin/fem/CMakeLists.txt
new file mode 100644
index 0000000..c838fd2
--- /dev/null
+++ b/dolfin/fem/CMakeLists.txt
@@ -0,0 +1,76 @@
+set(HEADERS
+  assemble.h
+  assemble_local.h
+  AssemblerBase.h
+  Assembler.h
+  BasisFunction.h
+  DirichletBC.h
+  DiscreteOperators.h
+  DofMapBuilder.h
+  DofMap.h
+  dolfin_fem.h
+  Equation.h
+  fem_utils.h
+  FiniteElement.h
+  Form.h
+  GenericDofMap.h
+  LinearTimeDependentProblem.h
+  LinearVariationalProblem.h
+  LinearVariationalSolver.h
+  LocalAssembler.h
+  LocalSolver.h
+  MixedAssembler.h
+  MixedLinearVariationalProblem.h
+  MixedLinearVariationalSolver.h
+  MultiMeshAssembler.h
+  MultiMeshDirichletBC.h
+  MultiMeshDofMap.h
+  MultiMeshForm.h
+  NonlinearVariationalProblem.h
+  NonlinearVariationalSolver.h
+  MixedNonlinearVariationalProblem.h
+  MixedNonlinearVariationalSolver.h
+  PETScDMCollection.h
+  PointSource.h
+  solve.h
+  SparsityPatternBuilder.h
+  SystemAssembler.h
+  UFC.h
+  PARENT_SCOPE)
+
+set(SOURCES
+  assemble.cpp
+  assemble_local.cpp
+  AssemblerBase.cpp
+  Assembler.cpp
+  DirichletBC.cpp
+  DiscreteOperators.cpp
+  DofMapBuilder.cpp
+  DofMap.cpp
+  Equation.cpp
+  fem_utils.cpp
+  FiniteElement.cpp
+  Form.cpp
+  LinearTimeDependentProblem.cpp
+  LinearVariationalProblem.cpp
+  LinearVariationalSolver.cpp
+  LocalAssembler.cpp
+  LocalSolver.cpp
+  MixedAssembler.cpp
+  MixedLinearVariationalProblem.cpp
+  MixedLinearVariationalSolver.cpp
+  MultiMeshAssembler.cpp
+  MultiMeshDirichletBC.cpp
+  MultiMeshDofMap.cpp
+  MultiMeshForm.cpp
+  NonlinearVariationalProblem.cpp
+  NonlinearVariationalSolver.cpp
+  MixedNonlinearVariationalProblem.cpp
+  MixedNonlinearVariationalSolver.cpp
+  PointSource.cpp
+  PETScDMCollection.cpp
+  solve.cpp
+  SparsityPatternBuilder.cpp
+  SystemAssembler.cpp
+  UFC.cpp
+  PARENT_SCOPE)
diff --git a/dolfin/fem/DirichletBC.cpp b/dolfin/fem/DirichletBC.cpp
new file mode 100644
index 0000000..ff8446a
--- /dev/null
+++ b/dolfin/fem/DirichletBC.cpp
@@ -0,0 +1,1247 @@
+// Copyright (C) 2007-2011 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Kristian Oelgaard, 2008
+// Modified by Martin Sandve Alnes, 2008
+// Modified by Johan Hake, 2009
+// Modified by Joachim B. Haga, 2012
+// Modified by Mikael Mortensen, 2013
+// Modified by Cecile Daversin-Catty, 2018
+//
+// First added:  2007-04-10
+// Last changed: 2018-05-29
+
+#include <cinttypes>
+#include <cmath>
+#include <cstdlib>
+#include <map>
+#include <utility>
+#include <ufc.h>
+
+#include <dolfin/common/Array.h>
+#include <dolfin/common/ArrayView.h>
+#include <dolfin/common/constants.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/common/RangedIndexSet.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/function/Constant.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/function/GenericFunction.h>
+#include <dolfin/geometry/Point.h>
+#include <dolfin/log/log.h>
+#include <dolfin/log/Progress.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Facet.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshData.h>
+#include <dolfin/mesh/MeshDomains.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/mesh/MeshValueCollection.h>
+#include <dolfin/mesh/SubDomain.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/la/GenericLinearAlgebraFactory.h>
+#include <dolfin/la/GenericMatrix.h>
+#include <dolfin/la/GenericVector.h>
+#include "FiniteElement.h"
+#include "GenericDofMap.h"
+#include "DirichletBC.h"
+
+using namespace dolfin;
+
+const std::set<std::string> DirichletBC::methods
+= {"topological", "geometric", "pointwise"};
+
+//-----------------------------------------------------------------------------
+DirichletBC::DirichletBC(std::shared_ptr<const FunctionSpace> V,
+                         std::shared_ptr<const GenericFunction> g,
+                         std::shared_ptr<const SubDomain> sub_domain,
+                         std::string method,
+                         bool check_midpoint)
+  : Hierarchical<DirichletBC>(*this), _function_space(V), _g(g),
+    _method(method), _user_sub_domain(sub_domain),
+    _num_dofs(0), _check_midpoint(check_midpoint)
+{
+  check();
+  parameters = default_parameters();
+}
+//-----------------------------------------------------------------------------
+DirichletBC::DirichletBC(std::shared_ptr<const FunctionSpace> V,
+                         std::shared_ptr<const GenericFunction> g,
+                         std::shared_ptr<const MeshFunction<std::size_t>> sub_domains,
+                         std::size_t sub_domain,
+                         std::string method)
+  : Hierarchical<DirichletBC>(*this), _function_space(V), _g(g),
+    _method(method), _num_dofs(0), _user_mesh_function(sub_domains),
+    _user_sub_domain_marker(sub_domain), _check_midpoint(true)
+{
+  check();
+  parameters = default_parameters();
+}
+//-----------------------------------------------------------------------------
+DirichletBC::DirichletBC(std::shared_ptr<const FunctionSpace> V,
+                         std::shared_ptr<const GenericFunction> g,
+                         std::size_t sub_domain, std::string method)
+  : Hierarchical<DirichletBC>(*this), _function_space(V), _g(g),
+    _method(method), _num_dofs(0), _user_sub_domain_marker(sub_domain),
+    _check_midpoint(true)
+{
+  check();
+  parameters = default_parameters();
+}
+//-----------------------------------------------------------------------------
+DirichletBC::DirichletBC(std::shared_ptr<const FunctionSpace> V,
+                         std::shared_ptr<const GenericFunction> g,
+                         const std::vector<std::size_t>& markers,
+                         std::string method)
+  : Hierarchical<DirichletBC>(*this), _function_space(V), _g(g),
+    _method(method), _num_dofs(0), _facets(markers),
+    _user_sub_domain_marker(0), _check_midpoint(true)
+{
+  check();
+  parameters = default_parameters();
+}
+//-----------------------------------------------------------------------------
+DirichletBC::DirichletBC(const DirichletBC& bc)
+  : Hierarchical<DirichletBC>(*this)
+{
+  *this = bc;
+}
+//-----------------------------------------------------------------------------
+DirichletBC::~DirichletBC()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+const DirichletBC& DirichletBC::operator= (const DirichletBC& bc)
+{
+  _function_space = bc._function_space;
+  _g = bc._g;
+  _method = bc._method;
+  _user_sub_domain = bc._user_sub_domain;
+  _num_dofs = bc._num_dofs;
+  _facets = bc._facets;
+  _cells_to_localdofs = bc._cells_to_localdofs;
+  _user_mesh_function = bc._user_mesh_function;
+  _user_sub_domain_marker = bc._user_sub_domain_marker;
+  _check_midpoint = bc._check_midpoint;
+
+  // Call assignment operator for base class
+  Variable::operator=(bc);
+  Hierarchical<DirichletBC>::operator=(bc);
+
+  return *this;
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::apply(GenericMatrix& A) const
+{
+  apply(&A, 0, 0);
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::apply(GenericVector& b) const
+{
+  apply(0, &b, 0);
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::apply(GenericMatrix& A, GenericVector& b) const
+{
+  apply(&A, &b, 0);
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::apply(GenericVector& b, const GenericVector& x) const
+{
+  apply(0, &b, &x);
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::apply(GenericMatrix& A,
+                        GenericVector& b,
+                        const GenericVector& x) const
+{
+  apply(&A, &b, &x);
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::gather(Map& boundary_values) const
+{
+  Timer timer("DirichletBC gather");
+
+  dolfin_assert(_function_space->mesh());
+  MPI_Comm mpi_comm = _function_space->mesh()->mpi_comm();
+  std::size_t comm_size = MPI::size(mpi_comm);
+
+  // Get dofmap
+  dolfin_assert(_function_space->dofmap());
+  const GenericDofMap& dofmap = *_function_space->dofmap();
+  const auto& shared_nodes = dofmap.shared_nodes();
+  const int bs = dofmap.block_size();
+
+  // Create list of boundary values to send to each processor
+  std::vector<std::vector<std::size_t>> proc_map0(comm_size);
+  std::vector<std::vector<double>> proc_map1(comm_size);
+  for (Map::const_iterator bv = boundary_values.begin();
+       bv != boundary_values.end(); ++bv)
+  {
+    // If the boundary value is attached to a shared dof, add it to
+    // the list of boundary values for each of the processors that
+    // share it
+    const int node_index = bv->first/bs;
+
+    auto shared_node = shared_nodes.find(node_index);
+    if (shared_node != shared_nodes.end())
+    {
+      for (auto proc = shared_node->second.begin();
+           proc != shared_node->second.end(); ++proc)
+      {
+        proc_map0[*proc].push_back(dofmap.index_map()->local_to_global(bv->first));
+        proc_map1[*proc].push_back(bv->second);
+      }
+    }
+  }
+
+  // Distribute the lists between neighbours
+  std::vector<std::size_t> received_bvc0;
+  std::vector<double> received_bvc1;
+  MPI::all_to_all(mpi_comm, proc_map0, received_bvc0);
+  MPI::all_to_all(mpi_comm, proc_map1, received_bvc1);
+  dolfin_assert(received_bvc0.size() == received_bvc1.size());
+
+  const std::size_t n0 = dofmap.ownership_range().first;
+  const std::size_t n1 = dofmap.ownership_range().second;
+  const std::size_t owned_size = n1 - n0;
+
+  // Reserve space
+  const std::size_t num_dofs = boundary_values.size() + received_bvc0.size();
+  boundary_values.reserve(num_dofs);
+
+  // Add the received boundary values to the local boundary values
+  std::vector<std::pair<std::size_t, double>> _vec(received_bvc0.size());
+  for (std::size_t i = 0; i < _vec.size(); ++i)
+  {
+    // Global dof index
+    _vec[i].first = received_bvc0[i];
+
+    // Convert to local (process) dof index
+    if (_vec[i].first >= n0 && _vec[i].first < n1)
+    {
+      // Case 0: dof is owned by this process
+      _vec[i].first  = received_bvc0[i] - n0;
+    }
+    else
+    {
+      const std::imaxdiv_t div = std::imaxdiv(_vec[i].first, bs);
+      const std::size_t node = div.quot;
+      const int component = div.rem;
+      const std::vector<std::size_t>& local_to_global
+        = dofmap.index_map()->local_to_global_unowned();
+
+      // Case 1: dof is not owned by this process
+      auto it = std::find(local_to_global.begin(),
+                          local_to_global.end(),
+                          node);
+      if (it == local_to_global.end())
+      {
+        // Throw error if dof is not in local map
+        dolfin_error("DirichletBC.cpp",
+                     "gather boundary values",
+                     "Cannot find dof in local_to_global_unowned array");
+      }
+      else
+      {
+        const std::size_t pos
+          = std::distance(local_to_global.begin(), it);
+        _vec[i].first = owned_size + bs*pos + component;
+      }
+    }
+    _vec[i].second = received_bvc1[i];
+  }
+
+  boundary_values.insert(_vec.begin(), _vec.end());
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::get_boundary_values(Map& boundary_values) const
+{
+  // Create local data
+  dolfin_assert(_function_space);
+  LocalData data(*_function_space);
+
+  // Compute dofs and values
+  compute_bc(boundary_values, data, _method);
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::zero(GenericMatrix& A) const
+{
+  // Check arguments
+  check_arguments(&A, NULL, NULL, 0);
+
+  // A map to hold the mapping from boundary dofs to boundary values
+  Map boundary_values;
+
+  // Create local data for application of boundary conditions
+  dolfin_assert(_function_space);
+  LocalData data(*_function_space);
+
+  // Compute dofs and values
+  compute_bc(boundary_values, data, _method);
+
+  // Copy boundary value data to arrays
+  std::vector<dolfin::la_index> dofs(boundary_values.size());
+  std::size_t i = 0;
+  for (auto bv = boundary_values.begin(); bv != boundary_values.end(); ++bv)
+    dofs[i++] = bv->first;
+
+  // Modify linear system (A_ii = 1)
+  A.zero_local(boundary_values.size(), dofs.data());
+
+  // Finalise changes to A
+  A.apply("insert");
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::zero_columns(GenericMatrix& A,
+                               GenericVector& b,
+                               double diag_val,
+			       bool transpose) const
+{
+  // Check arguments
+  check_arguments(&A, &b, NULL, !transpose);
+
+  // A map to hold the mapping from boundary dofs to boundary values
+  Map bv_map;
+  get_boundary_values(bv_map);
+
+  // Create lookup table of dofs
+  const std::size_t nrows = A.size(0); // should be equal to b.size()
+  const std::size_t ncols = A.size(1); // should be equal to max possible dof+1
+
+  std::pair<std::size_t, std::size_t> rows = A.local_range(0);
+
+  auto size = (transpose) ? nrows : ncols;
+  std::vector<char> is_bc_dof(size);
+  std::vector<double> bc_dof_val(size);
+  for (Map::const_iterator bv = bv_map.begin(); bv != bv_map.end(); ++bv)
+  {
+    is_bc_dof[bv->first] = 1;
+    bc_dof_val[bv->first] = bv->second;
+  }
+
+  // Scan through all columns of all rows, setting to zero if
+  // is_bc_dof[column]. At the same time, we collect corrections to
+  // the RHS
+
+  std::vector<std::size_t> cols;
+  std::vector<double> vals;
+  std::vector<double> b_vals;
+  std::vector<dolfin::la_index> b_rows;
+
+  for (std::size_t row = rows.first; row < rows.second; row++)
+  {
+    // If diag_val is nonzero, the matrix is a diagonal block
+    // (nrows==ncols), and we can set the whole BC row
+    if (diag_val != 0.0 && is_bc_dof[row])
+    {
+      A.getrow(row, cols, vals);
+      for (std::size_t j = 0; j < cols.size(); j++)
+        vals[j] = (cols[j] == row)*diag_val;
+      A.setrow(row, cols, vals);
+      A.apply("insert");
+      b.setitem(row, bc_dof_val[row]*diag_val);
+    }
+    else // Otherwise, we scan the row for BC columns
+    {
+      A.getrow(row, cols, vals);
+      bool row_changed = false;
+      for (std::size_t j = 0; j < cols.size(); j++)
+      {
+        const std::size_t col = cols[j];
+
+        // Skip columns that aren't BC, and entries that are zero
+	if ((!is_bc_dof[col] && !transpose) || vals[j] == 0.0)
+	  continue;
+
+	if ((!is_bc_dof[row] && transpose) || vals[j] == 0.0)
+	  continue;
+
+        // We're going to change the row, so make room for it
+        if (!row_changed)
+        {
+          row_changed = true;
+          b_rows.push_back(row);
+          b_vals.push_back(0.0);
+        }
+
+        b_vals.back() -= bc_dof_val[col]*vals[j];
+        vals[j] = 0.0;
+      }
+      if (row_changed)
+      {
+        A.setrow(row, cols, vals);
+        A.apply("insert");
+      }
+    }
+  }
+
+  b.add_local(&b_vals.front(), b_rows.size(), &b_rows.front());
+  b.apply("add");
+}
+//-----------------------------------------------------------------------------
+const std::vector<std::size_t>& DirichletBC::markers() const
+{
+  return _facets;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const GenericFunction> DirichletBC::value() const
+{
+  return _g;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const SubDomain> DirichletBC::user_sub_domain() const
+{
+  return _user_sub_domain;
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::homogenize()
+{
+  const std::size_t value_rank = _g->value_rank();
+  if (!value_rank)
+  {
+    std::shared_ptr<Constant> zero(new Constant(0.0));
+    set_value(zero);
+  }
+  else if (value_rank == 1)
+  {
+    const std::size_t value_dim = _g->value_dimension(0);
+    std::vector<double> values(value_dim, 0.0);
+    std::shared_ptr<Constant> zero(new Constant(values));
+    set_value(zero);
+  }
+  else
+  {
+    std::vector<std::size_t> value_shape;
+    for (std::size_t i = 0; i < value_rank; i++)
+      value_shape.push_back(_g->value_dimension(i));
+    std::vector<double> values(_g->value_size(), 0.0);
+    std::shared_ptr<Constant> zero(new Constant(value_shape, values));
+    set_value(zero);
+  }
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::set_value(std::shared_ptr<const GenericFunction> g)
+{
+  _g = g;
+}
+//-----------------------------------------------------------------------------
+std::string DirichletBC::method() const
+{
+  return _method;
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::apply(GenericMatrix* A,
+                        GenericVector* b,
+                        const GenericVector* x) const
+{
+  Timer timer("DirichletBC apply");
+
+  // Check arguments
+  check_arguments(A, b, x, 0);
+
+  // A map to hold the mapping from boundary dofs to boundary values
+  Map boundary_values;
+
+  // Create local data for application of boundary conditions
+  dolfin_assert(_function_space);
+  LocalData data(*_function_space);
+
+  // Compute dofs and values
+  compute_bc(boundary_values, data, _method);
+
+  // Copy boundary value data to arrays
+  const std::size_t size = boundary_values.size();
+  std::vector<dolfin::la_index> dofs(size);
+  std::vector<double> values(size);
+  Map::const_iterator bv;
+  std::size_t counter = 0;
+  for (bv = boundary_values.begin(); bv != boundary_values.end(); ++bv)
+  {
+    dofs[counter]     = bv->first;
+    values[counter++] = bv->second;
+  }
+
+  // Modify boundary values for nonlinear problems
+  if (x)
+  {
+    // Get values (these must reside in local portion (including ghost
+    // values) of the vector
+    std::vector<double> x_values(size);
+    x->get_local(x_values.data(), dofs.size(), dofs.data());
+
+    // Modify RHS entries
+    for (std::size_t i = 0; i < size; i++)
+      values[i] = x_values[i] - values[i];
+  }
+
+  log(PROGRESS, "Applying boundary conditions to linear system.");
+
+  // Modify RHS vector (b[i] = value) and apply changes
+  if (b)
+  {
+    b->set_local(values.data(), size, dofs.data());
+    b->apply("insert");
+  }
+
+  // Modify linear system (A_ii = 1) and apply changes
+  if (A)
+  {
+    const bool use_ident = parameters["use_ident"];
+    if (use_ident)
+      A->ident_local(size, dofs.data());
+    else
+    {
+      A->zero_local(size, dofs.data());
+
+      const std::size_t offset
+        = _function_space->dofmap()->ownership_range().first;
+      for (std::size_t i = 0; i < size; i++)
+      {
+        std::pair<std::size_t, std::size_t> ij(offset + dofs[i],
+                                               offset + dofs[i]);
+        A->setitem(ij, 1.0);
+      }
+    }
+
+    // Apply changes
+    A->apply("insert");
+  }
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::check() const
+{
+  dolfin_assert(_g);
+  dolfin_assert(_function_space->element());
+  const FiniteElement& element = *_function_space->element();
+
+  // Check for common errors, message below might be cryptic
+  if (_g->value_rank() == 0 && element.value_rank() == 1)
+  {
+    dolfin_error("DirichletBC.cpp",
+                 "create Dirichlet boundary condition",
+                 "Expecting a vector-valued boundary value but given function is scalar");
+  }
+
+  if (_g->value_rank() == 1 && element.value_rank() == 0)
+  {
+    dolfin_error("DirichletBC.cpp",
+                 "create Dirichlet boundary condition",
+                 "Expecting a scalar boundary value but given function is vector-valued");
+  }
+
+  // Check that value shape of boundary value
+  if (_g->value_rank() != element.value_rank())
+  {
+    dolfin_error("DirichletBC.cpp",
+                 "create Dirichlet boundary condition",
+                 "Illegal value rank (%d), expecting (%d)",
+                 _g->value_rank(), element.value_rank());
+  }
+
+  for (std::size_t i = 0; i < _g->value_rank(); i++)
+  {
+    if (_g->value_dimension(i) != element.value_dimension(i))
+    {
+      dolfin_error("DirichletBC.cpp",
+                   "create Dirichlet boundary condition",
+                   "Illegal value dimension (%d), expecting (%d)",
+                   _g->value_dimension(i), element.value_dimension(i));
+    }
+  }
+
+  // Check that boundary condition method is known
+  if (methods.count(_method) == 0)
+  {
+    dolfin_error("DirichletBC.cpp",
+                 "create Dirichlet boundary condition",
+                 "unknown method (\"%s\")", _method.c_str());
+  }
+
+  // Check that the mesh is ordered
+  dolfin_assert(_function_space->mesh());
+  if (!_function_space->mesh()->ordered())
+  {
+    dolfin_error("DirichletBC.cpp",
+                 "create Dirichlet boundary condition",
+                 "Mesh is not ordered according to the UFC numbering convention. Consider calling mesh.order()");
+  }
+
+  // Check user supplied MeshFunction
+  if (_user_mesh_function)
+  {
+    // Check that Meshfunction is initialised
+    if (!_user_mesh_function->mesh())
+    {
+      dolfin_error("DirichletBC.cpp",
+                   "create Dirichlet boundary condition",
+                   "User MeshFunction is not initialized");
+
+    }
+
+    // Check that Meshfunction is a FacetFunction
+    const std::size_t tdim = _user_mesh_function->mesh()->topology().dim();
+    if (_user_mesh_function->dim() != tdim - 1)
+    {
+      dolfin_error("DirichletBC.cpp",
+                   "create Dirichlet boundary condition",
+                   "User MeshFunction is not a facet MeshFunction (dimension is wrong)");
+    }
+
+    // Check that Meshfunction and FunctionSpace meshes match
+    dolfin_assert(_function_space->mesh());
+    if (_user_mesh_function->mesh()->id() != _function_space->mesh()->id())
+    {
+      dolfin_error("DirichletBC.cpp",
+                   "create Dirichlet boundary condition",
+                   "User MeshFunction and FunctionSpace meshes are different");
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::init_facets(const MPI_Comm mpi_comm) const
+{
+  Timer timer("DirichletBC init facets");
+
+  if (MPI::max(mpi_comm, _facets.size()) > 0)
+    return;
+
+  if (_user_sub_domain)
+    init_from_sub_domain(_user_sub_domain);
+  else if (_user_mesh_function)
+    init_from_mesh_function(*_user_mesh_function, _user_sub_domain_marker);
+  else
+    init_from_mesh(_user_sub_domain_marker);
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::init_from_sub_domain(std::shared_ptr<const SubDomain>
+                                       sub_domain) const
+{
+  dolfin_assert(_facets.empty());
+
+  // FIXME: This can be made more efficient, we should be able to
+  // FIXME: extract the facets without first creating a MeshFunction on
+  // FIXME: the entire mesh and then extracting the subset. This is done
+  // FIXME: mainly for convenience (we may reuse mark() in SubDomain).
+
+  dolfin_assert(_function_space->mesh());
+  std::shared_ptr<const Mesh> mesh = _function_space->mesh();
+  dolfin_assert(mesh);
+
+  // Create mesh function for sub domain markers on facets and mark
+  // all facet as subdomain 1
+  const std::size_t dim = mesh->topology().dim();
+  _function_space->mesh()->init(dim - 1);
+  MeshFunction<std::size_t> sub_domains(mesh, dim - 1, 1);
+
+  // Set geometric dimension (needed for SWIG interface)
+  sub_domain->_geometric_dimension = mesh->geometry().dim();
+
+  // Mark the sub domain as sub domain 0
+  sub_domain->mark(sub_domains, 0, _check_midpoint);
+
+  // Initialize from mesh function
+  init_from_mesh_function(sub_domains, 0);
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::init_from_mesh_function(const MeshFunction<std::size_t>& sub_domains,
+                                          std::size_t sub_domain) const
+{
+  // Get mesh
+  dolfin_assert(_function_space->mesh());
+  const Mesh& mesh = *_function_space->mesh();
+
+  // Make sure we have the facet - cell connectivity
+  const std::size_t D = mesh.topology().dim();
+  mesh.init(D - 1, D);
+
+  // Build set of boundary facets
+  dolfin_assert(_facets.empty());
+  for (FacetIterator facet(mesh); !facet.end(); ++facet)
+  {
+    if (sub_domains[*facet] == sub_domain)
+      _facets.push_back(facet->index());
+  }
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::init_from_mesh(std::size_t sub_domain) const
+{
+  // For this to work, the mesh *needs* to be ordered according to the
+  // UFC ordering before it gets here. So reordering the mesh here
+  // will either have no effect (if the mesh is already ordered or it
+  // won't do anything good (since the markers are wrong anyway).  In
+  // conclusion: we don't need to order the mesh here.
+
+  dolfin_assert(_function_space->mesh());
+  const Mesh& mesh = *_function_space->mesh();
+
+  // Assign domain numbers for each facet
+  const std::size_t D = mesh.topology().dim();
+  const std::map<std::size_t, std::size_t>& markers
+    = mesh.domains().markers(D - 1);
+
+  dolfin_assert(_facets.empty());
+  for (auto mark = markers.begin(); mark != markers.end(); ++mark)
+  {
+    if (mark->second == sub_domain)
+      _facets.push_back(mark->first);
+  }
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::compute_bc(Map& boundary_values, LocalData& data,
+                             std::string method) const
+{
+  Timer timer("DirichletBC compute bc");
+
+  // Set method if default
+  if (method == "default")
+    method = _method;
+
+  // Choose strategy
+  if (method == "topological")
+    compute_bc_topological(boundary_values, data);
+  else if (method == "geometric")
+    compute_bc_geometric(boundary_values, data);
+  else if (method == "pointwise")
+    compute_bc_pointwise(boundary_values, data);
+  else
+  {
+    dolfin_error("DirichletBC.cpp",
+                 "compute boundary conditions",
+                 "Unknown method for application of boundary conditions");
+  }
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::compute_bc_topological(Map& boundary_values,
+                                         LocalData& data) const
+{
+  dolfin_assert(_function_space);
+  dolfin_assert(_g);
+
+  // Get mesh and dofmap
+  dolfin_assert(_function_space->mesh());
+  const Mesh& mesh = *_function_space->mesh();
+
+  // Extract the list of facets where the BC should be applied
+  init_facets(mesh.mpi_comm());
+
+  // Special case
+  if (_facets.empty())
+  {
+    if (MPI::size(mesh.mpi_comm()) == 1)
+      warning("Found no facets matching domain for boundary condition.");
+    return;
+  }
+
+  // Get dofmap
+  dolfin_assert(_function_space->dofmap());
+  const GenericDofMap& dofmap = *_function_space->dofmap();
+
+  // Topological dimension
+  const std::size_t D = mesh.topology().dim();
+
+  // Initialise facet-cell connectivity
+  mesh.init(D);
+  mesh.init(D - 1, D);
+
+  // Create UFC cell
+  ufc::cell ufc_cell;
+  std::vector<double> coordinate_dofs;
+
+  // Allocate space
+  boundary_values.reserve(boundary_values.size()
+                          + _facets.size()*dofmap.num_facet_dofs());
+
+  // Iterate over marked
+  dolfin_assert(_function_space->element());
+  Progress p("Computing Dirichlet boundary values, topological search",
+             _facets.size());
+  for (std::size_t f = 0; f < _facets.size(); ++f)
+  {
+    // Create facet
+    const Facet facet(mesh, _facets[f]);
+
+    // Get cell to which facet belongs.
+    dolfin_assert(facet.num_entities(D) > 0);
+    const std::size_t cell_index = facet.entities(D)[0];
+
+    // Create attached cell
+    const Cell cell(mesh, cell_index);
+
+    // Get local index of facet with respect to the cell
+    const size_t facet_local_index = cell.index(facet);
+
+    // Update UFC cell geometry data
+    cell.get_coordinate_dofs(coordinate_dofs);
+    cell.get_cell_data(ufc_cell, facet_local_index);
+
+    // Restrict coefficient to cell
+    _g->restrict(data.w.data(), *_function_space->element(), cell,
+                 coordinate_dofs.data(), ufc_cell);
+
+    // Tabulate dofs on cell
+    auto cell_dofs = dofmap.cell_dofs(cell.index());
+
+    // Tabulate which dofs are on the facet
+    dofmap.tabulate_facet_dofs(data.facet_dofs, facet_local_index);
+
+    // Pick values for facet
+    for (std::size_t i = 0; i < dofmap.num_facet_dofs(); i++)
+    {
+      const std::size_t local_dof = cell_dofs[data.facet_dofs[i]];
+      const double value = data.w[data.facet_dofs[i]];
+      boundary_values[local_dof] = value;
+    }
+    p++;
+  }
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::compute_bc_geometric(Map& boundary_values,
+                                       LocalData& data) const
+{
+  dolfin_assert(_function_space);
+  dolfin_assert(_function_space->element());
+  dolfin_assert(_g);
+
+  // Get mesh
+  dolfin_assert(_function_space->mesh());
+  const Mesh& mesh = *_function_space->mesh();
+
+  // Extract the list of facets where the BC *might* be applied
+  init_facets(mesh.mpi_comm());
+
+  // Special case
+  if (_facets.empty())
+  {
+    if (MPI::size(mesh.mpi_comm()) == 1)
+      warning("Found no facets matching domain for boundary condition.");
+    return;
+  }
+
+  // Get dofmap
+  dolfin_assert(_function_space->dofmap());
+  const GenericDofMap& dofmap = *_function_space->dofmap();
+
+  // Get finite element
+  dolfin_assert(_function_space->element());
+  const FiniteElement& element = *_function_space->element();
+
+  // Initialize facets, needed for geometric search
+  log(TRACE, "Computing facets, needed for geometric application of boundary conditions.");
+  mesh.init(mesh.topology().dim() - 1);
+
+  // Speed up the computations by only visiting (most) dofs once
+  RangedIndexSet already_visited(dofmap.is_view()
+                                 ? std::pair<std::size_t, std::size_t>(0, 0)
+                                 : dofmap.ownership_range());
+
+  const std::size_t D = mesh.topology().dim();
+
+  // Allocate space using cached size
+  if (_num_dofs > 0)
+    boundary_values.reserve(boundary_values.size() + _num_dofs);
+
+  // Iterate over facets
+  Progress p("Computing Dirichlet boundary values, geometric search",
+             _facets.size());
+  for (std::size_t f = 0; f < _facets.size(); ++f)
+  {
+    // Create facet
+    const Facet facet(mesh, _facets[f]);
+
+    // Create cell (get first attached cell)
+    const Cell cell(mesh, facet.entities(D)[0]);
+
+    // Get local index of facet with respect to the cell
+    const std::size_t local_facet = cell.index(facet);
+
+    // Create UFC cell object and vertex coordinate holder
+    ufc::cell ufc_cell;
+    std::vector<double> coordinate_dofs;
+
+    // Loop the vertices associated with the facet
+    for (VertexIterator vertex(facet); !vertex.end(); ++vertex)
+    {
+      // Loop the cells associated with the vertex
+      for (CellIterator c(*vertex); !c.end(); ++c)
+      {
+        c->get_coordinate_dofs(coordinate_dofs);
+        c->get_cell_data(ufc_cell, local_facet);
+
+        bool tabulated = false;
+        bool interpolated = false;
+
+        // Tabulate dofs on cell
+        auto cell_dofs = dofmap.cell_dofs(c->index());
+
+        // Loop over all dofs on cell
+        for (int i = 0; i < cell_dofs.size(); ++i)
+        {
+          const std::size_t global_dof = cell_dofs[i];
+
+          // Tabulate coordinates if not already done
+          if (!tabulated)
+          {
+            element.tabulate_dof_coordinates(data.coordinates,
+                                             coordinate_dofs, *c);
+            tabulated = true;
+          }
+
+          // Check if the coordinates are on current facet and thus on
+          // boundary
+          if (!on_facet(&(data.coordinates[i][0]), facet))
+            continue;
+
+          // Skip already checked dofs
+          if (already_visited.in_range(global_dof)
+              && !already_visited.insert(global_dof))
+          {
+            continue;
+          }
+
+          // Restrict if not already done
+          if (!interpolated)
+          {
+            _g->restrict(data.w.data(), *_function_space->element(), cell,
+                         coordinate_dofs.data(), ufc_cell);
+            interpolated = true;
+          }
+
+          // Set boundary value
+          const double value = data.w[i];
+          boundary_values[global_dof] = value;
+        }
+      }
+    }
+  }
+
+  // Store num of bc dofs for better performance next time
+  _num_dofs = boundary_values.size();
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::compute_bc_pointwise(Map& boundary_values,
+                                       LocalData& data) const
+{
+  if (!_user_sub_domain)
+  {
+    dolfin_error("DirichletBC.cpp",
+                 "compute Dirichlet boundary values, pointwise search",
+                 "A SubDomain is required for pointwise search");
+  }
+
+  dolfin_assert(_g);
+
+// Get mesh, dofmap and element
+  dolfin_assert(_function_space);
+  dolfin_assert(_function_space->dofmap());
+  dolfin_assert(_function_space->element());
+  dolfin_assert(_function_space->mesh());
+  const GenericDofMap& dofmap = *_function_space->dofmap();
+  const FiniteElement& element = *_function_space->element();
+  const Mesh& mesh = *_function_space->mesh();
+
+  // Geometric dim
+  const std::size_t gdim = mesh.geometry().dim();
+
+  // Create UFC cell object
+  ufc::cell ufc_cell;
+
+  // Speed up the computations by only visiting (most) dofs once
+  RangedIndexSet already_visited(dofmap.is_view()
+                                 ? std::pair<std::size_t, std::size_t>(0,0)
+                                 : dofmap.ownership_range());
+
+  // Allocate space using cached size
+  if (_num_dofs > 0)
+    boundary_values.reserve(boundary_values.size() + _num_dofs);
+
+  // Iterate over cells
+  std::vector<double> coordinate_dofs;
+  if (MPI::max(mesh.mpi_comm(), _cells_to_localdofs.size()) == 0)
+  {
+    // First time around all cells must be iterated over.  Create map
+    // from cells attached to boundary to local dofs.
+    Progress p("Computing Dirichlet boundary values, pointwise search",
+               mesh.num_cells());
+    for (CellIterator cell(mesh); !cell.end(); ++cell)
+    {
+      // Update UFC cell
+      cell->get_coordinate_dofs(coordinate_dofs);
+      cell->get_cell_data(ufc_cell);
+
+      // Tabulate coordinates of dofs on cell
+      element.tabulate_dof_coordinates(data.coordinates, coordinate_dofs,
+                                       *cell);
+
+      // Tabulate dofs on cell
+      auto cell_dofs = dofmap.cell_dofs(cell->index());
+
+      // Interpolate function only once and only on cells where
+      // necessary
+      bool already_interpolated = false;
+
+      // Loop all dofs on cell
+      std::vector<std::size_t> dofs;
+      for (std::size_t i = 0; i < dofmap.num_element_dofs(cell->index()); ++i)
+      {
+        const std::size_t global_dof = cell_dofs[i];
+
+        // Skip already checked dofs
+        if (already_visited.in_range(global_dof)
+            && !already_visited.insert(global_dof))
+        {
+          continue;
+        }
+
+        // Check if the coordinates are part of the sub domain (calls
+        // user-defined 'inside' function)
+        Array<double> x(gdim, &data.coordinates[i][0]);
+        if (!_user_sub_domain->inside(x, false))
+          continue;
+
+        if (!already_interpolated)
+        {
+          already_interpolated = true;
+
+          // Restrict coefficient to cell
+          _g->restrict(data.w.data(), *_function_space->element(), *cell,
+                      coordinate_dofs.data(), ufc_cell);
+
+          // Put cell index in storage for next time function is
+          // called
+          _cells_to_localdofs.insert(std::make_pair(cell->index(), dofs));
+        }
+
+        // Add local dof to map
+        _cells_to_localdofs[cell->index()].push_back(i);
+
+        // Set boundary value
+        const double value = data.w[i];
+        boundary_values[global_dof] = value;
+      }
+      p++;
+    }
+  }
+  else
+  {
+    // Loop over cells that contain dofs on boundary
+    std::map<std::size_t, std::vector<std::size_t>>::const_iterator it;
+    for (it = _cells_to_localdofs.begin(); it != _cells_to_localdofs.end();
+         ++it)
+    {
+      // Get cell
+      const Cell cell(mesh, it->first);
+
+      // Update UFC cell
+      cell.get_coordinate_dofs(coordinate_dofs);
+      cell.get_cell_data(ufc_cell);
+
+      // Tabulate coordinates of dofs on cell
+      element.tabulate_dof_coordinates(data.coordinates, coordinate_dofs,
+                                       cell);
+
+      // Restrict coefficient to cell
+      _g->restrict(data.w.data(), *_function_space->element(), cell,
+                    coordinate_dofs.data(), ufc_cell);
+
+      // Tabulate dofs on cell
+      auto cell_dofs = dofmap.cell_dofs(cell.index());
+
+      // Loop dofs on boundary of cell
+      for (std::size_t i = 0; i < it->second.size(); ++i)
+      {
+        const std::size_t local_dof  = it->second[i];
+        const std::size_t global_dof = cell_dofs[local_dof];
+
+        // Set boundary value
+        const double value = data.w[local_dof];
+        boundary_values[global_dof] = value;
+      }
+    }
+  }
+
+  // Store num of bc dofs for better performance next time
+  _num_dofs = boundary_values.size();
+}
+//-----------------------------------------------------------------------------
+bool DirichletBC::on_facet(const double* coordinates, const Facet& facet) const
+{
+  // Check if the coordinates are on the same line as the line segment
+  if (facet.dim() == 1)
+  {
+    // Create points
+    Point p(coordinates[0], coordinates[1]);
+    const Point v0 = Vertex(facet.mesh(), facet.entities(0)[0]).point();
+    const Point v1 = Vertex(facet.mesh(), facet.entities(0)[1]).point();
+
+    // Create vectors
+    const Point v01 = v1 - v0;
+    const Point vp0 = v0 - p;
+    const Point vp1 = v1 - p;
+
+    // Check if the length of the sum of the two line segments vp0 and
+    // vp1 is equal to the total length of the facet
+    if ( std::abs(v01.norm() - vp0.norm() - vp1.norm()) < DOLFIN_EPS )
+      return true;
+    else
+      return false;
+  }
+  // Check if the coordinates are in the same plane as the triangular
+  // facet
+  else if (facet.dim() == 2)
+  {
+    // Create points
+    const Point p(coordinates[0], coordinates[1], coordinates[2]);
+    const Point v0 = Vertex(facet.mesh(), facet.entities(0)[0]).point();
+    const Point v1 = Vertex(facet.mesh(), facet.entities(0)[1]).point();
+    const Point v2 = Vertex(facet.mesh(), facet.entities(0)[2]).point();
+
+    // Create vectors
+    const Point v01 = v1 - v0;
+    const Point v02 = v2 - v0;
+    const Point vp0 = v0 - p;
+    const Point vp1 = v1 - p;
+    const Point vp2 = v2 - p;
+
+    // Check if the sum of the area of the sub triangles is equal to
+    // the total area of the facet
+    if (std::abs(v01.cross(v02).norm() - vp0.cross(vp1).norm()
+                 - vp1.cross(vp2).norm() - vp2.cross(vp0).norm()) < DOLFIN_EPS)
+    {
+      return true;
+    }
+    else
+      return false;
+  }
+
+  dolfin_error("DirichletBC.cpp",
+               "determine if given point is on facet",
+               "Not implemented for given facet dimension");
+
+  return false;
+}
+//-----------------------------------------------------------------------------
+void DirichletBC::check_arguments(GenericMatrix* A, GenericVector* b,
+                                  const GenericVector* x,
+                                  std::size_t dim) const
+{
+  dolfin_assert(_function_space);
+
+  // Check matrix and vector dimensions
+  if (A && x && A->size(1) != x->size())
+  {
+    dolfin_error("BoundaryCondition.cpp",
+                 "apply boundary condition",
+                 "Matrix dimension (%d columns) does not match x vector dimension (%d) for application of boundary conditions",
+                 A->size(1), x->size());
+  }
+
+  if (A && b && A->size(0) != b->size())
+  {
+    dolfin_error("BoundaryCondition.cpp",
+                 "apply boundary condition",
+                 "Matrix dimension (%d rows) does not match b vector dimension (%d) for application of boundary conditions",
+                 A->size(0), b->size());
+  }
+
+  // Check the system is square if (x && b)
+  if (x && b && x->size() != b->size())
+  {
+    dolfin_error("BoundaryCondition.cpp",
+                 "apply boundary condition",
+                 "Dimensions of x vector(%d) and b vector (%d) do not match for application of boundary conditions to square system",
+                 x->size(), b->size());
+  }
+
+  // Check dimension of function space is not "too big"
+  // NOTE: Keeping these primitive inequality test because detailed range
+  //       checks below may be turned off; needed for MultiMesh stuff
+  if (A && A->size(dim) < _function_space->dim())
+  {
+    dolfin_error("BoundaryCondition.cpp",
+                 "apply boundary condition",
+                 "Dimension of function space (%d) too large for application of boundary conditions to linear system (%d %s)",
+                 _function_space->dim(), A->size(dim), dim ? "columns" : "rows");
+  }
+
+  // Check local range of tensors against function space
+  if (parameters["check_dofmap_range"])
+  {
+    std::pair<std::int64_t, std::int64_t> dofmap_range =
+      _function_space->dofmap()->ownership_range();
+
+    // Check rows onwership matches dofmap (if applying bc to rows)
+    if (dim == 0 && A && A->local_range(0) != dofmap_range)
+    {
+      dolfin_error("BoundaryCondition.cpp",
+                   "apply boundary condition",
+                   "Dofmap ownership range (%d,%d) does not match matrix row range (%d,%d)",
+                   dofmap_range.first, dofmap_range.second,
+                   A->local_range(0).first, A->local_range(0).second);
+    }
+
+    // Check rows onwership matches b
+    if (A && b && A->local_range(0) != b->local_range())
+    {
+      dolfin_error("BoundaryCondition.cpp",
+                   "apply boundary condition",
+                   "Matrix row range (%d,%d) does not match b vector local range (%d,%d)",
+                   A->local_range(0).first, A->local_range(0).second,
+                   b->local_range().first, b->local_range().second);
+    }
+
+    // Check rows onwership matches x
+    if (A && x && A->local_range(0) != x->local_range())
+    {
+      dolfin_error("BoundaryCondition.cpp",
+                   "apply boundary condition",
+                   "Matrix row range (%d,%d) does not match x vector local range (%d,%d)",
+                   A->local_range(0).first, A->local_range(0).second,
+                   x->local_range().first, x->local_range().second);
+    }
+
+    // Check that x vector has right ownership
+    if (x && x->local_range() != dofmap_range)
+    {
+      dolfin_error("BoundaryCondition.cpp",
+                   "apply boundary condition",
+                   "Dofmap ownership range (%d,%d) does not match x vector local range (%d,%d)",
+                   dofmap_range.first, dofmap_range.second,
+                   x->local_range().first, x->local_range().second);
+    }
+
+    // Check that vectors have same ownership if (x && b)
+    if (x && b && x->local_range() != b->local_range())
+    {
+      dolfin_error("BoundaryCondition.cpp",
+                   "apply boundary condition",
+                   "x vector local range (%d,%d) does not match b vector local range (%d,%d)",
+                   x->local_range().first, x->local_range().second,
+                   b->local_range().first, b->local_range().second);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+DirichletBC::LocalData::LocalData(const FunctionSpace& V)
+  : w(V.dofmap()->max_element_dofs(), 0.0),
+    facet_dofs(V.dofmap()->num_facet_dofs(), 0),
+    coordinates(boost::extents[V.dofmap()->max_element_dofs()][V.mesh()->geometry().dim()])
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/DirichletBC.h b/dolfin/fem/DirichletBC.h
new file mode 100644
index 0000000..49517bd
--- /dev/null
+++ b/dolfin/fem/DirichletBC.h
@@ -0,0 +1,461 @@
+// Copyright (C) 2007-2012 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Kristian Oelgaard, 2007
+// Modified by Johan Hake, 2009
+// Modified by Joachim B Haga, 2012
+// Modified by Mikael Mortensen, 2014
+//
+// First added:  2007-04-10
+// Last changed: 2014-01-23
+//
+// FIXME: This class needs some cleanup, in particular collecting
+//        all data from different representations into a common
+//        data structure (perhaps an std::vector<std::size_t> with
+//        facet indices).
+
+#ifndef __DIRICHLET_BC_H
+#define __DIRICHLET_BC_H
+
+#include <map>
+#include <set>
+#include <string>
+#include <vector>
+#include <boost/multi_array.hpp>
+#include <memory>
+#include <unordered_map>
+
+#include <dolfin/common/types.h>
+#include <dolfin/common/Hierarchical.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/Variable.h>
+
+namespace dolfin
+{
+
+  class GenericFunction;
+  class FunctionSpace;
+  class Facet;
+  class GenericMatrix;
+  class GenericVector;
+  class SubDomain;
+  template<typename T> class MeshFunction;
+
+  /// Interface for setting (strong) Dirichlet boundary conditions.
+
+  ///
+  ///     u = g on G,
+  ///
+  /// where u is the solution to be computed, g is a function
+  /// and G is a sub domain of the mesh.
+  ///
+  /// A DirichletBC is specified by the function g, the function space
+  /// (trial space) and boundary indicators on (a subset of) the mesh
+  /// boundary.
+  ///
+  /// The boundary indicators may be specified in a number of
+  /// different ways.
+  ///
+  /// The simplest approach is to specify the boundary by a _SubDomain_
+  /// object, using the inside() function to specify on which facets
+  /// the boundary conditions should be applied. The boundary facets
+  /// will then be searched for and marked *only* on the first call to
+  /// apply. This means that the mesh could be moved after the first
+  /// apply and the boundary markers would still remain intact.
+  ///
+  /// Alternatively, the boundary may be specified by a _MeshFunction_
+  /// over facets labeling all mesh facets together with a number that
+  /// specifies which facets should be included in the boundary.
+  ///
+  /// The third option is to attach the boundary information to the
+  /// mesh. This is handled automatically when exporting a mesh from
+  /// for example VMTK.
+  ///
+  /// The 'method' variable may be used to specify the type of method
+  /// used to identify degrees of freedom on the boundary. Available
+  /// methods are: topological approach (default), geometric approach,
+  /// and pointwise approach. The topological approach is faster, but
+  /// will only identify degrees of freedom that are located on a
+  /// facet that is entirely on the boundary. In particular, the
+  /// topological approach will not identify degrees of freedom for
+  /// discontinuous elements (which are all internal to the cell). A
+  /// remedy for this is to use the geometric approach. In the
+  /// geometric approach, each dof on each facet that matches the
+  /// boundary condition will be checked. To apply pointwise boundary
+  /// conditions e.g. pointloads, one will have to use the pointwise
+  /// approach. The three possibilities are "topological", "geometric"
+  /// and "pointwise".
+  ///
+  /// Note: when using "pointwise", the boolean argument `on_boundary`
+  /// in SubDomain::inside will always be false.
+  ///
+  /// The 'check_midpoint' variable can be used to decide whether or
+  /// not the midpoint of each facet should be checked when a
+  /// user-defined _SubDomain_ is used to define the domain of the
+  /// boundary condition. By default, midpoints are always checked.
+  /// Note that this variable may be of importance close to corners,
+  /// in which case it is sometimes important to check the midpoint to
+  /// avoid including facets "on the diagonal close" to a corner. This
+  /// variable is also of importance for curved boundaries (like on a
+  /// sphere or cylinder), in which case it is important *not* to
+  /// check the midpoint which will be located in the interior of a
+  /// domain defined relative to a radius.
+  ///
+  /// Note that there may be caching employed in BC computation for
+  /// performance reasons. In particular, applicable DOFs are cached
+  /// by some methods on a first apply(). This means that changing a
+  /// supplied object (defining boundary subdomain) after first use may
+  /// have no effect. But this is implementation and method specific.
+
+  class DirichletBC : public Hierarchical<DirichletBC>, public Variable
+  {
+
+  public:
+
+    /// map type used by DirichletBC
+    typedef std::unordered_map<std::size_t, double> Map;
+
+    /// Create boundary condition for subdomain
+    ///
+    /// @param[in] V (FunctionSpace)
+    ///         The function space
+    /// @param[in] g (GenericFunction)
+    ///         The value
+    /// @param[in] sub_domain (SubDomain)
+    ///         The subdomain
+    /// @param[in] method (std::string)
+    ///         Optional argument: A string specifying
+    ///         the method to identify dofs
+    /// @param[in] check_midpoint (bool)
+    DirichletBC(std::shared_ptr<const FunctionSpace> V,
+                std::shared_ptr<const GenericFunction> g,
+                std::shared_ptr<const SubDomain> sub_domain,
+                std::string method="topological",
+                bool check_midpoint=true);
+
+    /// Create boundary condition for subdomain specified by index
+    ///
+    /// @param[in] V (FunctionSpace)
+    ///         The function space.
+    /// @param[in] g (GenericFunction)
+    ///         The value.
+    /// @param[in] sub_domains (MeshFnunction<std::size_t>)
+    ///         Subdomain markers
+    /// @param[in] sub_domain (std::size_t)
+    ///         The subdomain index (number)
+    /// @param[in] method (std::string)
+    ///         Optional argument: A string specifying the
+    ///         method to identify dofs.
+    DirichletBC(std::shared_ptr<const FunctionSpace> V,
+                std::shared_ptr<const GenericFunction> g,
+                std::shared_ptr<const MeshFunction<std::size_t>> sub_domains,
+                std::size_t sub_domain,
+                std::string method="topological");
+
+    // TODO: Remove/deprecate this function
+    /// Create boundary condition for boundary data included in the mesh
+    ///
+    /// @param[in] V (FunctionSpace)
+    ///         The function space.
+    /// @param[in]  g (GenericFunction)
+    ///         The value.
+    /// @param[in] sub_domain (std::size_t)
+    ///         The subdomain index (number)
+    /// @param[in] method (std::string)
+    ///         Optional argument: A string specifying the
+    ///         method to identify dofs.
+    DirichletBC(std::shared_ptr<const FunctionSpace> V,
+                std::shared_ptr<const GenericFunction> g,
+                std::size_t sub_domain,
+                std::string method="topological");
+
+    /// Create boundary condition for subdomain by boundary markers
+    /// (cells, local facet numbers)
+    ///
+    /// @param[in] V (FunctionSpace)
+    ///         The function space.
+    /// @param[in] g (GenericFunction)
+    ///         The value.
+    /// @param[in] markers (std::vector<std:size_t>&)
+    ///         Subdomain markers (facet index local to process)
+    /// @param[in] method (std::string)
+    ///         Optional argument: A string specifying the
+    ///         method to identify dofs.
+    DirichletBC(std::shared_ptr<const FunctionSpace> V,
+                std::shared_ptr<const GenericFunction> g,
+                const std::vector<std::size_t>& markers,
+                std::string method="topological");
+
+    /// Copy constructor. Either cached DOF data are copied.
+    ///
+    /// @param[in] bc (DirichletBC&)
+    ///         The object to be copied.
+    DirichletBC(const DirichletBC& bc);
+
+    /// Destructor
+    ~DirichletBC();
+
+    /// Assignment operator. Either cached DOF data are assigned.
+    ///
+    /// @param[in] bc (DirichletBC)
+    ///         Another DirichletBC object.
+    const DirichletBC& operator= (const DirichletBC& bc);
+
+    /// Apply boundary condition to a matrix
+    ///
+    /// @param[in,out] A (GenericMatrix)
+    ///         The matrix to apply boundary condition to.
+    void apply(GenericMatrix& A) const;
+
+    /// Apply boundary condition to a vector
+    ///
+    /// @param[in,out] b (GenericVector)
+    ///         The vector to apply boundary condition to.
+    void apply(GenericVector& b) const;
+
+    /// Apply boundary condition to a linear system
+    ///
+    /// @param[in,out] A (GenericMatrix)
+    ///         The matrix to apply boundary condition to.
+    /// @param[in,out] b (GenericVector)
+    ///         The vector to apply boundary condition to.
+    void apply(GenericMatrix& A, GenericVector& b) const;
+
+    /// Apply boundary condition to vectors for a nonlinear problem
+    ///
+    /// @param[in,out] b (GenericVector)
+    ///         The vector to apply boundary conditions to.
+    /// @param[in] x (GenericVector)
+    ///         Another vector (nonlinear problem).
+    void apply(GenericVector& b, const GenericVector& x) const;
+
+    /// Apply boundary condition to a linear system for a nonlinear problem
+    ///
+    /// @param[in,out] A (GenericMatrix)
+    ///         The matrix to apply boundary conditions to.
+    /// @param[in,out] b (GenericVector)
+    ///         The vector to apply boundary conditions to.
+    /// @param[in] x (GenericVector)
+    ///         Another vector (nonlinear problem).
+    void apply(GenericMatrix& A, GenericVector& b,
+               const GenericVector& x) const;
+
+    /// Get Dirichlet dofs and values. If a method other than 'pointwise' is
+    /// used in parallel, the map may not be complete for local vertices since
+    /// a vertex can have a bc applied, but the partition might not have a
+    /// facet on the boundary. To ensure all local boundary dofs are marked,
+    /// it is necessary to call gather() on the returned boundary values.
+    ///
+    /// @param[in,out] boundary_values (Map&)
+    ///         Map from dof to boundary value.
+    void get_boundary_values(Map& boundary_values) const;
+
+    /// Get boundary values from neighbour processes. If a method other than
+    /// "pointwise" is used, this is necessary to ensure all boundary dofs are
+    /// marked on all processes.
+    ///
+    /// @param[in,out] boundary_values (Map&)
+    ///         Map from dof to boundary value.
+    void gather(Map& boundary_values) const;
+
+    /// Make rows of matrix associated with boundary condition zero,
+    /// useful for non-diagonal matrices in a block matrix.
+    ///
+    /// @param[in,out] A (GenericMatrix&)
+    ///         The matrix
+    void zero(GenericMatrix& A) const;
+
+    /// Make columns of matrix associated with boundary condition
+    /// zero, and update a (right-hand side) vector to reflect the
+    /// changes. Useful for non-diagonals.
+    ///
+    /// @param[in,out] A (GenericMatrix&)
+    ///         The matrix
+    /// @param[in,out] b (GenericVector&)
+    ///         The vector
+    /// @param[in] diag_val (double)
+    ///         This parameter would normally be -1, 0 or 1.
+    void zero_columns(GenericMatrix& A, GenericVector& b,
+                      double diag_val=0, bool transpose=false) const;
+
+    /// Return boundary markers
+    ///
+    /// @return std::vector<std::size_t>&
+    ///         Boundary markers (facets stored as pairs of cells and
+    ///         local facet numbers).
+    const std::vector<std::size_t>& markers() const;
+
+    /// Return function space V
+    ///
+    /// @return FunctionSpace
+    ///         The function space to which boundary conditions are applied.
+    std::shared_ptr<const FunctionSpace> function_space() const
+    { return _function_space; }
+
+    /// Return boundary value g
+    ///
+    /// @return GenericFunction
+    ///         The boundary values.
+    std::shared_ptr<const GenericFunction> value() const;
+
+    /// Return shared pointer to subdomain
+    ///
+    /// @return SubDomain
+    ///         Shared pointer to subdomain.
+    std::shared_ptr<const SubDomain> user_sub_domain() const;
+
+    /// Set value g for boundary condition, domain remains unchanged
+    ///
+    /// @param[in] g (GenericFucntion)
+    ///         The value.
+    void set_value(std::shared_ptr<const GenericFunction> g);
+
+    /// Set value to 0.0
+    void homogenize();
+
+    /// Return method used for computing Dirichlet dofs
+    ///
+    /// @return std::string
+    ///         Method used for computing Dirichlet dofs ("topological",
+    ///         "geometric" or "pointwise").
+    std::string method() const;
+
+    /// Default parameter values
+    /// @return Parameters
+    static Parameters default_parameters()
+    {
+      Parameters p("dirichlet_bc");
+      p.add("use_ident", true);
+      p.add("check_dofmap_range", true);
+      return p;
+    }
+
+  private:
+
+    class LocalData;
+
+    // Apply boundary conditions, common method
+    void apply(GenericMatrix* A, GenericVector* b,
+               const GenericVector* x) const;
+
+    // Check input data to constructor
+    void check() const;
+
+    // Initialize facets (from sub domain, mesh, etc)
+    void init_facets(const MPI_Comm mpi_comm) const;
+
+    // Initialize sub domain markers from sub domain
+    void
+      init_from_sub_domain(std::shared_ptr<const SubDomain> sub_domain) const;
+
+    // Initialize sub domain markers from MeshFunction
+    void init_from_mesh_function(const MeshFunction<std::size_t>& sub_domains,
+                                 std::size_t sub_domain) const;
+
+    // Initialize sub domain markers from mesh
+    void init_from_mesh(std::size_t sub_domain) const;
+
+    // Compute dofs and values for application of boundary conditions
+    // using given method
+    void compute_bc(Map& boundary_values, LocalData& data,
+                    std::string method) const;
+
+    // Compute boundary values for facet (topological approach)
+    void compute_bc_topological(Map& boundary_values,
+                                LocalData& data) const;
+
+    // Compute boundary values for facet (geometrical approach)
+    void compute_bc_geometric(Map& boundary_values,
+                              LocalData& data) const;
+
+    // Compute boundary values for facet (pointwise approach)
+    void compute_bc_pointwise(Map& boundary_values,
+                              LocalData& data) const;
+
+    // Check if the point is in the same plane as the given facet
+    bool on_facet(const double* coordinates, const Facet& facet) const;
+
+    // Check arguments for compatibility of tensors and dofmap,
+    // dim is means an axis to which bc applies
+    void check_arguments(GenericMatrix* A, GenericVector* b,
+                         const GenericVector* x,
+                         std::size_t dim) const;
+
+    // The function space (possibly a sub function space)
+    std::shared_ptr<const FunctionSpace> _function_space;
+
+    // The function
+    std::shared_ptr<const GenericFunction> _g;
+
+    // Search method
+    std::string _method;
+
+    // Possible search methods
+    static const std::set<std::string> methods;
+
+  public:
+
+    // User defined sub domain
+    std::shared_ptr<const SubDomain> _user_sub_domain;
+
+  private:
+
+    // Cached number of bc dofs, used for memory allocation on second use
+    mutable std::size_t _num_dofs;
+
+    // Boundary facets, stored by facet index (local to process)
+    mutable std::vector<std::size_t> _facets;
+
+    // Cells attached to boundary, stored by cell index with map to
+    // local dof number
+    mutable std::map<std::size_t, std::vector<std::size_t>>
+      _cells_to_localdofs;
+
+    // User defined mesh function
+    std::shared_ptr<const MeshFunction<std::size_t>> _user_mesh_function;
+
+    // User defined sub domain marker for mesh or mesh function
+    std::size_t _user_sub_domain_marker;
+
+    // Flag for whether midpoints should be checked
+    bool _check_midpoint;
+
+    // Local data for application of boundary conditions
+    class LocalData
+    {
+    public:
+
+      // Constructor
+      LocalData(const FunctionSpace& V);
+
+      // Coefficients
+      std::vector<double> w;
+
+      // Facet dofs
+      std::vector<std::size_t> facet_dofs;
+
+      // Coordinates for dofs
+      boost::multi_array<double, 2> coordinates;
+
+    };
+
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/DiscreteOperators.cpp b/dolfin/fem/DiscreteOperators.cpp
new file mode 100644
index 0000000..56dc503
--- /dev/null
+++ b/dolfin/fem/DiscreteOperators.cpp
@@ -0,0 +1,166 @@
+// Copyright (C) 2015 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <vector>
+#include <dolfin/common/ArrayView.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/la/GenericMatrix.h>
+#include <dolfin/la/Matrix.h>
+#include <dolfin/la/PETScMatrix.h>
+#include <dolfin/la/SparsityPattern.h>
+#include <dolfin/la/TensorLayout.h>
+#include <dolfin/mesh/Edge.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/Vertex.h>
+#include "DiscreteOperators.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericMatrix>
+DiscreteOperators::build_gradient(const FunctionSpace& V0,
+                                  const FunctionSpace& V1)
+{
+  // TODO: This function would be significantly simplified if it was
+  // easier to build matrix sparsity patterns.
+
+  // Get mesh
+  dolfin_assert(V0.mesh());
+  const Mesh& mesh = *(V0.mesh());
+
+  // Check that mesh is the same for both function spaces
+  dolfin_assert(V1.mesh());
+  if (&mesh != V1.mesh().get())
+  {
+    dolfin_error("DiscreteGradient.cpp",
+                 "compute discrete gradient operator",
+                 "function spaces do not share the same mesh");
+  }
+
+  // Check that V0 is a (lowest-order) edge basis
+  mesh.init(1);
+  if (V0.dim() != mesh.num_entities_global(1))
+  {
+    dolfin_error("DiscreteGradient.cpp",
+                 "compute discrete gradient operator",
+                 "function spaces is not a lowest-order edge space");
+  }
+
+  // Check that V1 is a linear nodal basis
+  if (V1.dim() != mesh.num_entities_global(0))
+  {
+    dolfin_error("DiscreteGradient.cpp",
+                 "compute discrete gradient operator",
+                 "function space is not a linear nodal function space");
+  }
+
+  // Build maps from entities to local dof indices
+  const std::vector<dolfin::la_index> edge_to_dof = V0.dofmap()->dofs(mesh, 1);
+  const std::vector<dolfin::la_index> vertex_to_dof
+    = V1.dofmap()->dofs(mesh, 0);
+
+  // Build maps from local dof numbering to global
+  std::vector<std::size_t> local_to_global_map0;
+  std::vector<std::size_t> local_to_global_map1;
+  V0.dofmap()->tabulate_local_to_global_dofs(local_to_global_map0);
+  V1.dofmap()->tabulate_local_to_global_dofs(local_to_global_map1);
+
+  // Declare matrix
+  auto A = std::make_shared<Matrix>();
+
+  // Create layout for initialising tensor
+  std::shared_ptr<TensorLayout> tensor_layout;
+  tensor_layout = A->factory().create_layout(mesh.mpi_comm(), 2);
+  dolfin_assert(tensor_layout);
+
+  // Copy index maps from dofmaps
+  std::vector<std::shared_ptr<const IndexMap> > index_maps
+    = {V0.dofmap()->index_map(), V1.dofmap()->index_map()};
+  std::vector<std::pair<std::size_t, std::size_t>> local_range
+    = { V0.dofmap()->ownership_range(), V1.dofmap()->ownership_range()};
+
+  // Initialise tensor layout
+  tensor_layout->init(index_maps, TensorLayout::Ghosts::UNGHOSTED);
+
+  // Initialize edge -> vertex connections
+  mesh.init(1, 0);
+
+  SparsityPattern& pattern = *tensor_layout->sparsity_pattern();
+  pattern.init(index_maps);
+
+    // Build sparsity pattern
+  if (tensor_layout->sparsity_pattern())
+  {
+    for (EdgeIterator edge(mesh); !edge.end(); ++edge)
+    {
+      // Row index (global indices)
+      const std::size_t row = local_to_global_map0[edge_to_dof[edge->index()]];
+
+      if (row >= local_range[0].first and row < local_range[0].second)
+      {
+        // Column indices (global indices)
+        const Vertex v0(mesh, edge->entities(0)[0]);
+        const Vertex v1(mesh, edge->entities(0)[1]);
+        std::size_t col0 = local_to_global_map1[vertex_to_dof[v0.index()]];
+        std::size_t col1 = local_to_global_map1[vertex_to_dof[v1.index()]];
+
+        pattern.insert_global(row, col0);
+        pattern.insert_global(row, col1);
+      }
+    }
+    pattern.apply();
+  }
+
+  // Initialise matrix
+  A->init(*tensor_layout);
+
+  // Build discrete gradient operator/matrix
+  for (EdgeIterator edge(mesh); !edge.end(); ++edge)
+  {
+    dolfin::la_index row;
+    dolfin::la_index cols[2];
+    double values[2];
+
+    row = local_to_global_map0[edge_to_dof[edge->index()]];
+
+    Vertex v0(mesh, edge->entities(0)[0]);
+    Vertex v1(mesh, edge->entities(0)[1]);
+
+    cols[0] = local_to_global_map1[vertex_to_dof[v0.index()]];
+    cols[1] = local_to_global_map1[vertex_to_dof[v1.index()]];
+    if (v1.global_index() < v0.global_index())
+    {
+      values[0] =  1.0;
+      values[1] = -1.0;
+    }
+    else
+    {
+      values[0] = -1.0;
+      values[1] =  1.0;
+    }
+
+    // Set values in matrix
+    A->set(values, 1, &row, 2, cols);
+  }
+
+  // Finalise matrix
+  A->apply("insert");
+
+  return A;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/DiscreteOperators.h b/dolfin/fem/DiscreteOperators.h
new file mode 100644
index 0000000..94f92e9
--- /dev/null
+++ b/dolfin/fem/DiscreteOperators.h
@@ -0,0 +1,62 @@
+// Copyright (C) 2015 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __DOLFIN_DISCRETE_OPERATORS_H
+#define __DOLFIN_DISCRETE_OPERATORS_H
+
+#include <memory>
+
+namespace dolfin
+{
+
+  class FunctionSpace;
+  class GenericMatrix;
+
+  /// Discrete gradient operators providing derivatives of functions
+
+  /// This class computes discrete gradient operators (matrices) that
+  /// map derivatives of finite element functions into other finite
+  /// element spaces. An example of where discrete gradient operators
+  /// are required is the creation of algebraic multigrid solvers for
+  /// H(curl) and H(div) problems.
+
+  /// NOTE: This class is highly experimental and likely to change. It
+  /// will eventually be expanded to provide the discrete curl and
+  /// divergence.
+
+  class DiscreteOperators
+  {
+  public:
+
+    /// Build the discrete gradient operator A that takes a \f$w \in H^1\f$
+    /// (P1, nodal Lagrange) to \f$v \in H(curl)\f$ (lowest order Nedelec),
+    /// i.e. v = Aw. V0 is the H(curl) space, and V1 is the P1
+    /// Lagrange space.
+    ///
+    /// @param[in] V0 (FunctionSpace&)
+    ///  H(curl) space
+    /// @param[in] V1 (FunctionSpace&)
+    ///  P1 Lagrange space
+    ///
+    /// @return GenericMatrix
+    static std::shared_ptr<GenericMatrix>
+      build_gradient(const FunctionSpace& V0, const FunctionSpace& V1);
+
+  };
+}
+
+#endif
diff --git a/dolfin/fem/DofMap.cpp b/dolfin/fem/DofMap.cpp
new file mode 100644
index 0000000..c1865cd
--- /dev/null
+++ b/dolfin/fem/DofMap.cpp
@@ -0,0 +1,672 @@
+// Copyright (C) 2007-2016 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Martin Alnes 2008-2015
+// Modified by Kent-Andre Mardal 2009
+// Modified by Ola Skavhaug 2009
+// Modified by Niclas Jansson 2009
+// Modified by Joachim B Haga 2012
+// Modified by Mikael Mortensen 2012
+// Modified by Jan Blechta 2013
+
+#include <unordered_map>
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/common/types.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/log/LogStream.h>
+#include <dolfin/mesh/MeshEntityIterator.h>
+#include <dolfin/mesh/PeriodicBoundaryComputation.h>
+#include <dolfin/mesh/Vertex.h>
+#include "DofMapBuilder.h"
+#include "DofMap.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+DofMap::DofMap(std::shared_ptr<const ufc::dofmap> ufc_dofmap,
+               const Mesh& mesh)
+  : _cell_dimension(0), _ufc_dofmap(ufc_dofmap), _is_view(false),
+    _global_dimension(0), _ufc_offset(0), _multimesh_offset(0),
+    _index_map(new IndexMap(mesh.mpi_comm()))
+{
+  dolfin_assert(_ufc_dofmap);
+
+  // Call dofmap builder
+  DofMapBuilder::build(*this, mesh, std::shared_ptr<const SubDomain>());
+}
+//-----------------------------------------------------------------------------
+DofMap::DofMap(std::shared_ptr<const ufc::dofmap> ufc_dofmap,
+               const Mesh& mesh,
+               std::shared_ptr<const SubDomain> constrained_domain)
+  : _cell_dimension(0), _ufc_dofmap(ufc_dofmap), _is_view(false),
+    _global_dimension(0), _ufc_offset(0), _multimesh_offset(0),
+    _index_map(new IndexMap(mesh.mpi_comm()))
+{
+  dolfin_assert(_ufc_dofmap);
+
+  // Store constrained domain in base class
+  this->constrained_domain = constrained_domain;
+
+  // Call dofmap builder
+  DofMapBuilder::build(*this, mesh, constrained_domain);
+}
+//-----------------------------------------------------------------------------
+DofMap::DofMap(const DofMap& parent_dofmap,
+               const std::vector<std::size_t>& component, const Mesh& mesh)
+  : _cell_dimension(0), _ufc_dofmap(0), _is_view(true),
+    _global_dimension(0), _ufc_offset(0), _multimesh_offset(0),
+    _index_map(parent_dofmap._index_map)
+{
+  // Build sub-dofmap
+  DofMapBuilder::build_sub_map_view(*this, parent_dofmap, component, mesh);
+}
+//-----------------------------------------------------------------------------
+DofMap::DofMap(std::unordered_map<std::size_t, std::size_t>& collapsed_map,
+               const DofMap& dofmap_view, const Mesh& mesh)
+  : _cell_dimension(0), _ufc_dofmap(dofmap_view._ufc_dofmap), _is_view(false),
+    _global_dimension(0), _ufc_offset(0), _multimesh_offset(0),
+    _index_map(new IndexMap(mesh.mpi_comm()))
+{
+  dolfin_assert(_ufc_dofmap);
+
+  // Check for dimensional consistency between the dofmap and mesh
+  check_dimensional_consistency(*_ufc_dofmap, mesh);
+
+  // Check that mesh has been ordered
+  if (!mesh.ordered())
+  {
+     dolfin_error("DofMap.cpp",
+                  "create mapping of degrees of freedom",
+                  "Mesh is not ordered according to the UFC numbering convention. "
+                  "Consider calling mesh.order()");
+  }
+
+  // Check dimensional consistency between UFC dofmap and the mesh
+  check_provided_entities(*_ufc_dofmap, mesh);
+
+  // Build new dof map
+  DofMapBuilder::build(*this, mesh, constrained_domain);
+
+  // Dimension sanity checks
+  dolfin_assert(dofmap_view._dofmap.size()
+                == mesh.num_cells()*dofmap_view._cell_dimension);
+  dolfin_assert(global_dimension() == dofmap_view.global_dimension());
+  dolfin_assert(_dofmap.size() == mesh.num_cells()*_cell_dimension);
+
+  // FIXME: Could we use a std::vector instead of std::map if the
+  //        collapsed dof map is contiguous (0, . . . , n)?
+
+  // Build map from collapsed dof index to original dof index
+  collapsed_map.clear();
+  for (std::size_t i = 0; i < mesh.num_cells(); ++i)
+  {
+    auto view_cell_dofs = dofmap_view.cell_dofs(i);
+    auto cell_dofs = this->cell_dofs(i);
+    dolfin_assert(view_cell_dofs.size() == cell_dofs.size());
+
+    for (Eigen::Index j = 0; j < view_cell_dofs.size(); ++j)
+      collapsed_map[cell_dofs[j]] = view_cell_dofs[j];
+  }
+}
+//-----------------------------------------------------------------------------
+DofMap::DofMap(const DofMap& dofmap) : _index_map(dofmap._index_map)
+{
+  // Copy data
+  _dofmap = dofmap._dofmap;
+  _cell_dimension = dofmap._cell_dimension;
+  _ufc_dofmap = dofmap._ufc_dofmap;
+  _num_mesh_entities_global = dofmap._num_mesh_entities_global;
+  _ufc_local_to_local= dofmap._ufc_local_to_local;
+  _is_view = dofmap._is_view;
+  _global_dimension = dofmap._global_dimension;
+  _ufc_offset = dofmap._ufc_offset;
+  _multimesh_offset = dofmap._multimesh_offset;
+  _shared_nodes = dofmap._shared_nodes;
+  _neighbours = dofmap._neighbours;
+  constrained_domain = dofmap.constrained_domain;
+}
+//-----------------------------------------------------------------------------
+DofMap::~DofMap()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+std::size_t DofMap::global_dimension() const
+{
+  return _global_dimension;
+}
+//-----------------------------------------------------------------------------
+std::size_t DofMap::num_element_dofs(std::size_t cell_index) const
+{
+  return _cell_dimension;
+}
+//-----------------------------------------------------------------------------
+std::size_t DofMap::max_element_dofs() const
+{
+  dolfin_assert(_ufc_dofmap);
+  return _ufc_dofmap->num_element_dofs();
+}
+//-----------------------------------------------------------------------------
+std::size_t DofMap::num_entity_dofs(std::size_t entity_dim) const
+{
+  dolfin_assert(_ufc_dofmap);
+  return _ufc_dofmap->num_entity_dofs(entity_dim);
+}
+//-----------------------------------------------------------------------------
+std::size_t DofMap::num_entity_closure_dofs(std::size_t entity_dim) const
+{
+  dolfin_assert(_ufc_dofmap);
+  return _ufc_dofmap->num_entity_closure_dofs(entity_dim);
+}
+//-----------------------------------------------------------------------------
+std::size_t DofMap::num_facet_dofs() const
+{
+  dolfin_assert(_ufc_dofmap);
+  return _ufc_dofmap->num_facet_dofs();
+}
+//-----------------------------------------------------------------------------
+std::pair<std::size_t, std::size_t> DofMap::ownership_range() const
+{
+  return _index_map->local_range();
+}
+//-----------------------------------------------------------------------------
+const std::unordered_map<int, std::vector<int>>& DofMap::shared_nodes() const
+{
+  return _shared_nodes;
+}
+//-----------------------------------------------------------------------------
+const std::set<int>& DofMap::neighbours() const
+{
+  return _neighbours;
+}
+//-----------------------------------------------------------------------------
+std::vector<dolfin::la_index> DofMap::entity_closure_dofs(
+    const Mesh& mesh,
+    std::size_t entity_dim,
+    const std::vector<std::size_t> & entity_indices) const
+{
+  // Get some dimensions
+  const std::size_t top_dim = mesh.topology().dim();
+  const std::size_t dofs_per_entity = num_entity_closure_dofs(entity_dim);
+
+  // Initialize entity to cell connections
+  mesh.init(entity_dim, top_dim);
+
+  // Allocate the the array to return
+  const std::size_t num_marked_entities = entity_indices.size();
+  std::vector<dolfin::la_index> entity_to_dofs(num_marked_entities * dofs_per_entity);
+
+  // Allocate data for tabulating local to local map
+  std::vector<std::size_t> local_to_local_map(dofs_per_entity);
+
+  // Iterate over entities
+  std::size_t local_entity_ind = 0;
+  for (std::size_t i = 0; i < num_marked_entities; ++i)
+  {
+    MeshEntity entity(mesh, entity_dim, entity_indices[i]);
+
+    // Get the first cell connected to the entity
+    const Cell cell(mesh, entity.entities(top_dim)[0]);
+
+    // Find local entity number
+    for (std::size_t local_i = 0; local_i < cell.num_entities(entity_dim); ++local_i)
+    {
+      if (cell.entities(entity_dim)[local_i] == entity.index())
+      {
+        local_entity_ind = local_i;
+        break;
+      }
+    }
+
+    // Get all cell dofs
+    const auto cell_dof_list = cell_dofs(cell.index());
+
+    // Tabulate local to local map of dofs on local entity
+    tabulate_entity_closure_dofs(local_to_local_map,
+                                 entity_dim, local_entity_ind);
+
+    // Fill local dofs for the entity
+    for (std::size_t local_dof = 0; local_dof < dofs_per_entity; ++local_dof)
+    {
+      // Map dofs
+      const dolfin::la_index global_dof
+        = cell_dof_list[local_to_local_map[local_dof]];
+      entity_to_dofs[dofs_per_entity*i + local_dof] = global_dof;
+    }
+  }
+  return entity_to_dofs;
+}
+//-----------------------------------------------------------------------------
+std::vector<dolfin::la_index> DofMap::entity_closure_dofs(
+    const Mesh& mesh,
+    std::size_t entity_dim) const
+{
+  // Get some dimensions
+  const std::size_t top_dim = mesh.topology().dim();
+  const std::size_t dofs_per_entity = num_entity_closure_dofs(entity_dim);
+  const std::size_t num_mesh_entities = mesh.num_entities(entity_dim);
+
+  // Initialize entity to cell connections
+  mesh.init(entity_dim, top_dim);
+
+  // Allocate the the array to return
+  std::vector<dolfin::la_index> entity_to_dofs(num_mesh_entities * dofs_per_entity);
+
+  // Allocate data for tabulating local to local map
+  std::vector<std::size_t> local_to_local_map(dofs_per_entity);
+
+  // Iterate over entities
+  std::size_t local_entity_ind = 0;
+  for (MeshEntityIterator entity(mesh, entity_dim); !entity.end(); ++entity)
+  {
+    // Get the first cell connected to the entity
+    const Cell cell(mesh, entity->entities(top_dim)[0]);
+
+    // Find local entity number
+    for (std::size_t local_i = 0; local_i < cell.num_entities(entity_dim); ++local_i)
+    {
+      if (cell.entities(entity_dim)[local_i] == entity->index())
+      {
+        local_entity_ind = local_i;
+        break;
+      }
+    }
+
+    // Get all cell dofs
+    const auto cell_dof_list = cell_dofs(cell.index());
+
+    // Tabulate local to local map of dofs on local entity
+    tabulate_entity_closure_dofs(local_to_local_map,
+                                 entity_dim, local_entity_ind);
+
+    // Fill local dofs for the entity
+    for (std::size_t local_dof = 0; local_dof < dofs_per_entity; ++local_dof)
+    {
+      // Map dofs
+      const dolfin::la_index global_dof
+        = cell_dof_list[local_to_local_map[local_dof]];
+      entity_to_dofs[dofs_per_entity*entity->index() + local_dof] = global_dof;
+    }
+  }
+  return entity_to_dofs;
+}
+//-----------------------------------------------------------------------------
+std::vector<dolfin::la_index> DofMap::entity_dofs(
+    const Mesh& mesh,
+    std::size_t entity_dim,
+    const std::vector<std::size_t> & entity_indices) const
+{
+  // Get some dimensions
+  const std::size_t top_dim = mesh.topology().dim();
+  const std::size_t dofs_per_entity = num_entity_dofs(entity_dim);
+
+  // Initialize entity to cell connections
+  mesh.init(entity_dim, top_dim);
+
+  // Allocate the the array to return
+  const std::size_t num_marked_entities = entity_indices.size();
+  std::vector<dolfin::la_index> entity_to_dofs(num_marked_entities * dofs_per_entity);
+
+  // Allocate data for tabulating local to local map
+  std::vector<std::size_t> local_to_local_map(dofs_per_entity);
+
+  // Iterate over entities
+  std::size_t local_entity_ind = 0;
+  for (std::size_t i = 0; i < num_marked_entities; ++i)
+  {
+    MeshEntity entity(mesh, entity_dim, entity_indices[i]);
+
+    // Get the first cell connected to the entity
+    const Cell cell(mesh, entity.entities(top_dim)[0]);
+
+    // Find local entity number
+    for (std::size_t local_i = 0; local_i < cell.num_entities(entity_dim); ++local_i)
+    {
+      if (cell.entities(entity_dim)[local_i] == entity.index())
+      {
+        local_entity_ind = local_i;
+        break;
+      }
+    }
+
+    // Get all cell dofs
+    const auto cell_dof_list = cell_dofs(cell.index());
+
+    // Tabulate local to local map of dofs on local entity
+    tabulate_entity_dofs(local_to_local_map,
+                         entity_dim, local_entity_ind);
+
+    // Fill local dofs for the entity
+    for (std::size_t local_dof = 0; local_dof < dofs_per_entity; ++local_dof)
+    {
+      // Map dofs
+      const dolfin::la_index global_dof
+        = cell_dof_list[local_to_local_map[local_dof]];
+      entity_to_dofs[dofs_per_entity*i + local_dof] = global_dof;
+    }
+  }
+  return entity_to_dofs;
+}
+//-----------------------------------------------------------------------------
+std::vector<dolfin::la_index> DofMap::entity_dofs(
+    const Mesh& mesh,
+    std::size_t entity_dim) const
+{
+  // Get some dimensions
+  const std::size_t top_dim = mesh.topology().dim();
+  const std::size_t dofs_per_entity = num_entity_dofs(entity_dim);
+  const std::size_t num_mesh_entities = mesh.num_entities(entity_dim);
+
+  // Initialize entity to cell connections
+  mesh.init(entity_dim, top_dim);
+
+  // Allocate the the array to return
+  std::vector<dolfin::la_index> entity_to_dofs(num_mesh_entities * dofs_per_entity);
+
+  // Allocate data for tabulating local to local map
+  std::vector<std::size_t> local_to_local_map(dofs_per_entity);
+
+  // Iterate over entities
+  std::size_t local_entity_ind = 0;
+  for (MeshEntityIterator entity(mesh, entity_dim); !entity.end(); ++entity)
+  {
+    // Get the first cell connected to the entity
+    const Cell cell(mesh, entity->entities(top_dim)[0]);
+
+    // Find local entity number
+    for (std::size_t local_i = 0; local_i < cell.num_entities(entity_dim); ++local_i)
+    {
+      if (cell.entities(entity_dim)[local_i] == entity->index())
+      {
+        local_entity_ind = local_i;
+        break;
+      }
+    }
+
+    // Get all cell dofs
+    const auto cell_dof_list = cell_dofs(cell.index());
+
+    // Tabulate local to local map of dofs on local entity
+    tabulate_entity_dofs(local_to_local_map,
+                         entity_dim, local_entity_ind);
+
+    // Fill local dofs for the entity
+    for (std::size_t local_dof = 0; local_dof < dofs_per_entity; ++local_dof)
+    {
+      // Map dofs
+      const dolfin::la_index global_dof
+        = cell_dof_list[local_to_local_map[local_dof]];
+      entity_to_dofs[dofs_per_entity*entity->index() + local_dof] = global_dof;
+    }
+  }
+  return entity_to_dofs;
+}
+//-----------------------------------------------------------------------------
+void DofMap::tabulate_facet_dofs(std::vector<std::size_t>& element_dofs,
+                                 std::size_t cell_facet_index) const
+{
+  dolfin_assert(_ufc_dofmap);
+  element_dofs.resize(_ufc_dofmap->num_facet_dofs());
+  _ufc_dofmap->tabulate_facet_dofs(element_dofs.data(), cell_facet_index);
+}
+//-----------------------------------------------------------------------------
+void
+DofMap::tabulate_entity_dofs(std::vector<std::size_t>& element_dofs,
+                             std::size_t entity_dim, std::size_t cell_entity_index) const
+{
+  dolfin_assert(_ufc_dofmap);
+  if (_ufc_dofmap->num_entity_dofs(entity_dim) == 0)
+    return;
+
+  element_dofs.resize(_ufc_dofmap->num_entity_dofs(entity_dim));
+  _ufc_dofmap->tabulate_entity_dofs(&element_dofs[0], entity_dim, cell_entity_index);
+}
+//-----------------------------------------------------------------------------
+void
+DofMap::tabulate_entity_closure_dofs(std::vector<std::size_t>& element_dofs,
+                                     std::size_t entity_dim, std::size_t cell_entity_index) const
+{
+  dolfin_assert(_ufc_dofmap);
+  if (_ufc_dofmap->num_entity_closure_dofs(entity_dim) == 0)
+    return;
+
+  element_dofs.resize(_ufc_dofmap->num_entity_closure_dofs(entity_dim));
+  _ufc_dofmap->tabulate_entity_closure_dofs(&element_dofs[0], entity_dim, cell_entity_index);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericDofMap> DofMap::copy() const
+{
+  return std::shared_ptr<GenericDofMap>(new DofMap(*this));
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericDofMap> DofMap::create(const Mesh& new_mesh) const
+{
+  // Get underlying UFC dof map
+  std::shared_ptr<const ufc::dofmap> ufc_dof_map(_ufc_dofmap);
+  return std::shared_ptr<GenericDofMap>(new DofMap(ufc_dof_map, new_mesh));
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericDofMap>
+  DofMap::extract_sub_dofmap(const std::vector<std::size_t>& component,
+                             const Mesh& mesh) const
+{
+  return std::shared_ptr<GenericDofMap>(new DofMap(*this, component, mesh));
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericDofMap>
+  DofMap::collapse(std::unordered_map<std::size_t, std::size_t>&
+                   collapsed_map,
+                   const Mesh& mesh) const
+{
+  return std::shared_ptr<GenericDofMap>(new DofMap(collapsed_map,
+                                                     *this, mesh));
+}
+//-----------------------------------------------------------------------------
+std::vector<dolfin::la_index> DofMap::dofs(const Mesh& mesh,
+                                           std::size_t dim) const
+{
+  // FIXME: This function requires a special case when dim ==
+  // mesh.topology().dim() because of they way DOLFIN handles d-d
+  // connectivity. Change DOLFIN behaviour.
+
+  // Check number of dofs per entity (on cell cell)
+  const std::size_t num_dofs_per_entity = num_entity_dofs(dim);
+
+  // Return empty vector if not dofs on requested entity
+  if (num_dofs_per_entity == 0)
+    return std::vector<dolfin::la_index>();
+
+  // Vector to hold list of dofs
+  std::vector<dolfin::la_index>
+    dof_list(mesh.num_entities(dim)*num_dofs_per_entity);
+
+  // Iterate over cells
+  if (dim < mesh.topology().dim())
+  {
+    std::vector<std::size_t> entity_dofs_local;
+    for (CellIterator c(mesh); !c.end(); ++c)
+    {
+      // Get local-to-global dofmap for cell
+      const auto cell_dof_list = cell_dofs(c->index());
+
+      // Loop over all entities of dimension dim
+      for (MeshEntityIterator e(*c, dim); !e.end(); ++e)
+      {
+        // Tabulate cell-wise index of all dofs on entity
+        const std::size_t local_index = e.pos();
+        tabulate_entity_dofs(entity_dofs_local, dim, local_index);
+
+        // Get dof index and add to list
+        for (std::size_t i = 0; i < entity_dofs_local.size(); ++i)
+        {
+          const std::size_t entity_dof_local = entity_dofs_local[i];
+          const dolfin::la_index dof_index = cell_dof_list[entity_dof_local];
+          dolfin_assert(e->index()*num_dofs_per_entity + i < dof_list.size());
+          dof_list[e->index()*num_dofs_per_entity + i] = dof_index;
+        }
+      }
+    }
+  }
+  else
+  {
+    std::vector<std::size_t> entity_dofs_local;
+    for (CellIterator c(mesh); !c.end(); ++c)
+    {
+      // Get local-to-global dofmap for cell
+      const auto cell_dof_list = cell_dofs(c->index());
+
+      // Tabulate cell-wise index of all dofs on entity
+      tabulate_entity_dofs(entity_dofs_local, dim, 0);
+
+      // Get dof index and add to list
+      for (std::size_t i = 0; i < entity_dofs_local.size(); ++i)
+      {
+        const std::size_t entity_dof_local = entity_dofs_local[i];
+        const dolfin::la_index dof_index = cell_dof_list[entity_dof_local];
+        dolfin_assert(c->index()*num_dofs_per_entity + i < dof_list.size());
+        dof_list[c->index()*num_dofs_per_entity + i] = dof_index;
+      }
+    }
+  }
+
+  return dof_list;
+}
+//-----------------------------------------------------------------------------
+std::vector<dolfin::la_index> DofMap::dofs() const
+{
+  // Create vector to hold dofs
+  std::vector<la_index> _dofs;
+  _dofs.reserve(_dofmap.size()*max_element_dofs());
+
+  const dolfin::la_index local_ownership_size
+    = _index_map->size(IndexMap::MapSize::OWNED);
+  const std::size_t global_offset = _index_map->local_range().first;
+
+  // Insert all dofs into a vector (will contain duplicates)
+  for (auto dof : _dofmap)
+  {
+    if (dof >= 0 && dof < local_ownership_size)
+      _dofs.push_back(dof + global_offset);
+  }
+
+  // Sort dofs (required to later remove duplicates)
+  std::sort(_dofs.begin(), _dofs.end());
+
+  // Remove duplicates
+  _dofs.erase(std::unique(_dofs.begin(), _dofs.end() ), _dofs.end());
+
+  return _dofs;
+}
+//-----------------------------------------------------------------------------
+void DofMap::set(GenericVector& x, double value) const
+{
+  dolfin_assert(_dofmap.size() % _cell_dimension == 0);
+  const std::size_t num_cells = _dofmap.size() / _cell_dimension;
+
+  std::vector<double> _value(_cell_dimension, value);
+  for (std::size_t i = 0; i < num_cells; ++i)
+  {
+    auto dofs = cell_dofs(i);
+    x.set_local(_value.data(), dofs.size(), dofs.data());
+  }
+
+  x.apply("insert");
+}
+//-----------------------------------------------------------------------------
+void DofMap::tabulate_local_to_global_dofs(std::vector<std::size_t>& local_to_global_map) const
+{
+  const std::size_t bs = _index_map->block_size();
+  const std::vector<std::size_t>& local_to_global_unowned
+    = _index_map->local_to_global_unowned();
+  const std::size_t local_ownership_size
+    = _index_map->size(IndexMap::MapSize::OWNED);
+  local_to_global_map.resize(_index_map->size(IndexMap::MapSize::ALL));
+
+  const std::size_t global_offset = _index_map->local_range().first;
+  for (std::size_t i = 0; i < local_ownership_size; ++i)
+    local_to_global_map[i] = i + global_offset;
+
+  for (std::size_t node = 0;
+       node < _index_map->local_to_global_unowned().size(); ++node)
+  {
+    for (std::size_t component = 0; component < bs; ++component)
+    {
+      local_to_global_map[bs*node + component + local_ownership_size]
+        = bs*local_to_global_unowned[node] + component;
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void DofMap::check_provided_entities(const ufc::dofmap& dofmap,
+                                     const Mesh& mesh)
+{
+  // Check that we have all mesh entities
+  for (std::size_t d = 0; d <= mesh.topology().dim(); ++d)
+  {
+    if (dofmap.needs_mesh_entities(d) && mesh.num_entities(d) == 0)
+    {
+      dolfin_error("DofMap.cpp",
+                   "initialize mapping of degrees of freedom",
+                   "Missing entities of dimension %d. Try calling mesh.init(%d)", d, d);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+std::string DofMap::str(bool verbose) const
+{
+  std::stringstream s;
+  s << "<DofMap of global dimension " << global_dimension()
+    << ">" << std::endl;
+  if (verbose)
+  {
+    // Cell loop
+    dolfin_assert(_dofmap.size()%_cell_dimension == 0);
+    const std::size_t ncells = _dofmap.size() / _cell_dimension;
+
+    for (std::size_t i = 0; i < ncells; ++i)
+    {
+      s << "Local cell index, cell dofmap dimension: " << i
+        << ", " << _cell_dimension << std::endl;
+
+      // Local dof loop
+      for (std::size_t j = 0; j < _cell_dimension; ++j)
+      {
+        s <<  "  " << "Local, global dof indices: " << j
+          << ", " << _dofmap[i*_cell_dimension + j] << std::endl;
+      }
+    }
+  }
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+void DofMap::check_dimensional_consistency(const ufc::dofmap& dofmap,
+                                            const Mesh& mesh)
+{
+  // Check topological dimension
+  if (dofmap.topological_dimension() != mesh.topology().dim())
+  {
+    dolfin_error("DofMap.cpp",
+                 "create mapping of degrees of freedom",
+                 "Topological dimension of the UFC dofmap (dim = %d) and the mesh (dim = %d) do not match",
+                 dofmap.topological_dimension(),
+                 mesh.topology().dim());
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/DofMap.h b/dolfin/fem/DofMap.h
new file mode 100644
index 0000000..da87c67
--- /dev/null
+++ b/dolfin/fem/DofMap.h
@@ -0,0 +1,468 @@
+// Copyright (C) 2007-2015 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Martin Alnes, 2008-2015
+// Modified by Kent-Andre Mardal, 2009
+// Modified by Ola Skavhaug, 2009
+// Modified by Joachim B Haga, 2012
+// Modified by Mikael Mortensen, 2012
+// Modified by Jan Blechta, 2013
+
+#ifndef __DOLFIN_DOF_MAP_H
+#define __DOLFIN_DOF_MAP_H
+
+#include <cstdlib>
+#include <map>
+#include <memory>
+#include <unordered_map>
+#include <utility>
+#include <vector>
+#include <Eigen/Dense>
+#include <ufc.h>
+
+#include <dolfin/common/types.h>
+#include <dolfin/la/IndexMap.h>
+#include <dolfin/mesh/Cell.h>
+#include "GenericDofMap.h"
+
+namespace dolfin
+{
+
+  class GenericVector;
+
+  /// Degree-of-freedom map
+
+  /// This class handles the mapping of degrees of freedom. It builds
+  /// a dof map based on a ufc::dofmap on a specific mesh. It will
+  /// reorder the dofs when running in parallel. Sub-dofmaps, both
+  /// views and copies, are supported.
+
+  class DofMap : public GenericDofMap
+  {
+  public:
+
+    /// Create dof map on mesh (mesh is not stored)
+    ///
+    /// @param[in] ufc_dofmap (ufc::dofmap)
+    ///         The ufc::dofmap.
+    /// @param[in] mesh (Mesh&)
+    ///         The mesh.
+    DofMap(std::shared_ptr<const ufc::dofmap> ufc_dofmap,
+           const Mesh& mesh);
+
+    /// Create a periodic dof map on mesh (mesh is not stored)
+    ///
+    /// @param[in] ufc_dofmap (ufc::dofmap)
+    ///         The ufc::dofmap.
+    /// @param[in] mesh (Mesh)
+    ///         The mesh.
+    /// @param[in] constrained_domain (SubDomain)
+    ///         The subdomain marking the constrained (tied) boundaries.
+    DofMap(std::shared_ptr<const ufc::dofmap> ufc_dofmap,
+           const Mesh& mesh, std::shared_ptr<const SubDomain> constrained_domain);
+
+  private:
+
+    // Create a sub-dofmap (a view) from parent_dofmap
+    DofMap(const DofMap& parent_dofmap,
+           const std::vector<std::size_t>& component,
+           const Mesh& mesh);
+
+    // Create a collapsed dofmap from parent_dofmap
+    DofMap(std::unordered_map<std::size_t, std::size_t>& collapsed_map,
+           const DofMap& dofmap_view, const Mesh& mesh);
+
+    // Copy constructor
+    DofMap(const DofMap& dofmap);
+
+  public:
+
+    /// Destructor
+    ~DofMap();
+
+    /// True iff dof map is a view into another map
+    ///
+    /// *Returns*
+    ///     bool
+    ///         True if the dof map is a sub-dof map (a view into
+    ///         another map).
+    bool is_view() const
+    { return _is_view; }
+
+    /// Return the dimension of the global finite element function
+    /// space. Use index_map()->size() to get the local dimension.
+    ///
+    /// *Returns*
+    ///     std::size_t
+    ///         The dimension of the global finite element function space.
+    std::size_t global_dimension() const;
+
+    /// Return the dimension of the local finite element function
+    /// space on a cell
+    ///
+    /// @param      cell_index (std::size_t)
+    ///         Index of cell
+    ///
+    /// @return     std::size_t
+    ///         Dimension of the local finite element function space.
+    std::size_t num_element_dofs(std::size_t cell_index) const;
+
+    /// Return the maximum dimension of the local finite element
+    /// function space
+    ///
+    /// @return     std::size_t
+    ///         Maximum dimension of the local finite element function
+    ///         space.
+    std::size_t max_element_dofs() const;
+
+    /// Return the number of dofs for a given entity dimension
+    ///
+    /// @param     entity_dim (std::size_t)
+    ///         Entity dimension
+    ///
+    /// @return     std::size_t
+    ///         Number of dofs associated with given entity dimension
+    virtual std::size_t num_entity_dofs(std::size_t entity_dim) const;
+
+    /// Return the number of dofs for the closure of an entity of given dimension
+    ///
+    /// *Arguments*
+    ///     entity_dim (std::size_t)
+    ///         Entity dimension
+    ///
+    /// *Returns*
+    ///     std::size_t
+    ///         Number of dofs associated with closure of an entity of given dimension
+    virtual std::size_t num_entity_closure_dofs(std::size_t entity_dim) const;
+
+    /// Return number of facet dofs
+    ///
+    /// @return     std::size_t
+    ///         The number of facet dofs.
+    std::size_t num_facet_dofs() const;
+
+    /// Return the ownership range (dofs in this range are owned by
+    /// this process)
+    ///
+    /// @return   std::pair<std::size_t, std::size_t>
+    ///         The ownership range.
+    std::pair<std::size_t, std::size_t> ownership_range() const;
+
+    /// Return map from nonlocal dofs that appear in local dof map to
+    /// owning process
+    ///
+    /// @return     std::vector<unsigned int>
+    ///         The map from non-local dofs.
+    const std::vector<int>& off_process_owner() const
+    { return _index_map->off_process_owner(); }
+
+    /// Return map from all shared nodes to the sharing processes (not
+    /// including the current process) that share it.
+    ///
+    /// @return     std::unordered_map<std::size_t, std::vector<unsigned int>>
+    ///         The map from dofs to list of processes
+    const std::unordered_map<int, std::vector<int>>& shared_nodes() const;
+
+    /// Return set of processes that share dofs with this process
+    ///
+    /// @return     std::set<int>
+    ///         The set of processes
+    const std::set<int>& neighbours() const;
+
+    /// Clear any data required to build sub-dofmaps (this is to
+    /// reduce memory use)
+    void clear_sub_map_data()
+    {
+      //std::vector<int>().swap(_ufc_local_to_local);
+      _ufc_local_to_local.clear();
+    }
+
+    /// Local-to-global mapping of dofs on a cell
+    ///
+    /// @param     cell_index (std::size_t)
+    ///         The cell index.
+    ///
+    /// @return         ArrayView<const dolfin::la_index>
+    Eigen::Map<const Eigen::Array<dolfin::la_index, Eigen::Dynamic, 1>>
+      cell_dofs(std::size_t cell_index) const
+    {
+      const std::size_t index = cell_index*_cell_dimension;
+      dolfin_assert(index + _cell_dimension <= _dofmap.size());
+      return Eigen::Map<const Eigen::Array<dolfin::la_index, Eigen::Dynamic, 1>>(&_dofmap[index], _cell_dimension);
+    }
+
+    /// Return the dof indices associated with entities of given dimension and entity indices
+    ///
+    /// *Arguments*
+    ///     entity_dim (std::size_t)
+    ///         Entity dimension.
+    ///     entity_indices (std::vector<dolfin::la_index>&)
+    ///         Entity indices to get dofs for.
+    /// *Returns*
+    ///     std::vector<dolfin::la_index>
+    ///         Dof indices associated with selected entities.
+    std::vector<dolfin::la_index>
+      entity_dofs(const Mesh& mesh, std::size_t entity_dim,
+                  const std::vector<std::size_t> & entity_indices) const;
+
+    /// Return the dof indices associated with all entities of given dimension
+    ///
+    /// *Arguments*
+    ///     entity_dim (std::size_t)
+    ///         Entity dimension.
+    /// *Returns*
+    ///     std::vector<dolfin::la_index>
+    ///         Dof indices associated with selected entities.
+    std::vector<dolfin::la_index>
+      entity_dofs(const Mesh& mesh, std::size_t entity_dim) const;
+
+    /// Return the dof indices associated with the closure of entities of
+    /// given dimension and entity indices
+    ///
+    /// *Arguments*
+    ///     entity_dim (std::size_t)
+    ///         Entity dimension.
+    ///     entity_indices (std::vector<dolfin::la_index>&)
+    ///         Entity indices to get dofs for.
+    /// *Returns*
+    ///     std::vector<dolfin::la_index>
+    ///         Dof indices associated with selected entities and their closure.
+    std::vector<dolfin::la_index>
+      entity_closure_dofs(const Mesh& mesh, std::size_t entity_dim,
+                          const std::vector<std::size_t> & entity_indices) const;
+
+    /// Return the dof indices associated with the closure of all entities of
+    /// given dimension
+    ///
+    /// @param  mesh (Mesh)
+    ///         Mesh
+    /// @param  entity_dim (std::size_t)
+    ///         Entity dimension.
+    /// @return  std::vector<dolfin::la_index>
+    ///         Dof indices associated with selected entities and their closure.
+    std::vector<dolfin::la_index>
+      entity_closure_dofs(const Mesh& mesh, std::size_t entity_dim) const;
+
+    /// Tabulate local-local facet dofs
+    ///
+    /// @param    element_dofs (std::size_t)
+    ///         Degrees of freedom on a single element.
+    /// @param    cell_facet_index (std::size_t)
+    ///         The local facet index on the cell.
+    void tabulate_facet_dofs(std::vector<std::size_t>& element_dofs,
+                             std::size_t cell_facet_index) const;
+
+    /// Tabulate local-local mapping of dofs on entity (dim, local_entity)
+    ///
+    /// @param    element_dofs (std::size_t)
+    ///         Degrees of freedom on a single element.
+    /// @param   entity_dim (std::size_t)
+    ///         The entity dimension.
+    /// @param    cell_entity_index (std::size_t)
+    ///         The local entity index on the cell.
+    void tabulate_entity_dofs(std::vector<std::size_t>& element_dofs,
+                              std::size_t entity_dim, std::size_t cell_entity_index) const;
+
+    /// Tabulate local-local mapping of dofs on closure of entity (dim, local_entity)
+    ///
+    /// @param   element_dofs (std::size_t)
+    ///         Degrees of freedom on a single element.
+    /// @param   entity_dim (std::size_t)
+    ///         The entity dimension.
+    /// @param    cell_entity_index (std::size_t)
+    ///         The local entity index on the cell.
+    void tabulate_entity_closure_dofs(std::vector<std::size_t>& element_dofs,
+                                      std::size_t entity_dim, std::size_t cell_entity_index) const;
+
+    /// Tabulate globally supported dofs
+    ///
+    /// @param    element_dofs (std::size_t)
+    ///         Degrees of freedom.
+    void tabulate_global_dofs(std::vector<std::size_t>& element_dofs) const
+    {
+      dolfin_assert(_global_nodes.empty() || block_size() == 1);
+      element_dofs.resize(_global_nodes.size());
+      std::copy(_global_nodes.cbegin(), _global_nodes.cend(), element_dofs.begin());
+    }
+
+    /// Create a copy of the dof map
+    ///
+    /// @return     DofMap
+    ///         The Dofmap copy.
+    std::shared_ptr<GenericDofMap> copy() const;
+
+    /// Create a copy of the dof map on a new mesh
+    ///
+    /// @param     new_mesh (_Mesh_)
+    ///         The new mesh to create the dof map on.
+    ///
+    ///  @return    DofMap
+    ///         The new Dofmap copy.
+    std::shared_ptr<GenericDofMap> create(const Mesh& new_mesh) const;
+
+
+    /// Extract subdofmap component
+    ///
+    /// @param     component (std::vector<std::size_t>)
+    ///         The component.
+    /// @param     mesh (_Mesh_)
+    ///         The mesh.
+    ///
+    /// @return     DofMap
+    ///         The subdofmap component.
+    std::shared_ptr<GenericDofMap>
+      extract_sub_dofmap(const std::vector<std::size_t>& component,
+                         const Mesh& mesh) const;
+
+    /// Create a "collapsed" dofmap (collapses a sub-dofmap)
+    ///
+    /// @param     collapsed_map (std::unordered_map<std::size_t, std::size_t>)
+    ///         The "collapsed" map.
+    /// @param     mesh (_Mesh_)
+    ///         The mesh.
+    ///
+    /// @return    DofMap
+    ///         The collapsed dofmap.
+    std::shared_ptr<GenericDofMap>
+      collapse(std::unordered_map<std::size_t, std::size_t>&
+               collapsed_map, const Mesh& mesh) const;
+
+    // FIXME: Document this function properly
+    /// Return list of dof indices on this process that belong to mesh
+    /// entities of dimension dim
+    std::vector<dolfin::la_index> dofs(const Mesh& mesh,
+                                       std::size_t dim) const;
+
+    // FIXME: Document this function
+    std::vector<dolfin::la_index> dofs() const;
+
+    /// Set dof entries in vector to a specified value. Parallel layout
+    /// of vector must be consistent with dof map range. This
+    /// function is typically used to construct the null space of a
+    /// matrix operator.
+    ///
+    /// @param  x (GenericVector)
+    ///         The vector to set.
+    /// @param  value (double)
+    ///         The value to set.
+    void set(GenericVector& x, double value) const;
+
+    /// Return the map (const access)
+    std::shared_ptr<const IndexMap> index_map() const
+    { return _index_map; }
+
+    /// Return the block size for dof maps with components, typically
+    /// used for vector valued functions.
+    int block_size() const
+    { return _index_map->block_size(); }
+
+    /// Compute the map from local (this process) dof indices to
+    /// global dof indices.
+    ///
+    /// @param     local_to_global_map (_std::vector<std::size_t>_)
+    ///         The local-to-global map to fill.
+    void tabulate_local_to_global_dofs(std::vector<std::size_t>& local_to_global_map) const;
+
+    /// Return global dof index for a given local (process) dof index
+    ///
+    /// @param     local_index (int)
+    ///         The local local index.
+    ///
+    /// @return     std::size_t
+    ///         The global dof index.
+    std::size_t local_to_global_index(int local_index) const
+    { return _index_map->local_to_global(local_index); }
+
+    /// Return indices of dofs which are owned by other processes
+    const std::vector<std::size_t>& local_to_global_unowned() const
+    { return _index_map->local_to_global_unowned(); }
+
+    /// Return informal string representation (pretty-print)
+    ///
+    /// @param     verbose (bool)
+    ///         Flag to turn on additional output.
+    ///
+    /// @return    std::string
+    ///         An informal representation of the function space.
+    std::string str(bool verbose) const;
+
+  private:
+
+    // Friends
+    friend class DofMapBuilder;
+
+    // Check dimensional consistency between UFC dofmap and the mesh
+    static void check_dimensional_consistency(const ufc::dofmap& dofmap,
+                                              const Mesh& mesh);
+
+    // Check that mesh provides the entities needed by dofmap
+    static void check_provided_entities(const ufc::dofmap& dofmap,
+                                        const Mesh& mesh);
+
+    // Cell-local-to-dof map (dofs for cell dofmap[i])
+    std::vector<dolfin::la_index> _dofmap;
+
+    // List of global nodes
+    std::set<std::size_t> _global_nodes;
+
+    // Cell dimension (fixed for all cells)
+    std::size_t _cell_dimension;
+
+    // UFC dof map
+    std::shared_ptr<const ufc::dofmap> _ufc_dofmap;
+
+    // Number global mesh entities. This is usually the same as what
+    // is reported by the mesh, but will differ for dofmaps
+    // constrained, e.g. dofmaps with periodic bcs. It is stored in
+    // order to compute the global dimension of dofmaps that are
+    // constructed from a sub-dofmap.
+    std::vector<std::size_t> _num_mesh_entities_global;
+
+    // Map from UFC dof numbering to renumbered dof (ufc_dof ->
+    // actual_dof, both using local indices)
+    std::vector<int> _ufc_local_to_local;
+
+    // Flag to determine if the DofMap is a view
+    bool _is_view;
+
+    // Global dimension. Note that this may differ from the global
+    // dimension of the UFC dofmap if the function space is periodic.
+    std::size_t _global_dimension;
+
+    // UFC dof map offset
+    std::size_t _ufc_offset;
+
+    // Multimesh dof map offset
+    std::size_t _multimesh_offset;
+
+    // Object containing information about dof distribution across
+    // processes
+    std::shared_ptr<IndexMap> _index_map;
+
+    // Temporary until MultiMeshDofMap runs in parallel
+    friend class MultiMeshDofMap;
+
+    // List of processes that share a given dof
+    std::unordered_map<int, std::vector<int>> _shared_nodes;
+
+    // Neighbours (processes that we share dofs with)
+    std::set<int> _neighbours;
+
+  };
+}
+
+#endif
diff --git a/dolfin/fem/DofMapBuilder.cpp b/dolfin/fem/DofMapBuilder.cpp
new file mode 100644
index 0000000..7e048e1
--- /dev/null
+++ b/dolfin/fem/DofMapBuilder.cpp
@@ -0,0 +1,1822 @@
+// Copyright (C) 2008-2015 Anders Logg, Ola Skavhaug and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Niclas Jansson 2009
+// Modified by Garth N. Wells 2010-2012
+// Modified by Mikael Mortensen, 2012.
+// Modified by Joachim B Haga, 2012
+// Modified by Martin Alnaes, 2013-2015
+// Modified by Chris Richardson, 2014
+// Modified by Cecile Daversin-Catty, 2019
+
+#include <cstdlib>
+#include <random>
+#include <utility>
+#include <memory>
+#include <ufc.h>
+
+#include <dolfin/common/Timer.h>
+#include <dolfin/graph/BoostGraphOrdering.h>
+#include <dolfin/graph/GraphBuilder.h>
+#include <dolfin/graph/SCOTCH.h>
+#include <dolfin/log/log.h>
+#include <dolfin/mesh/DistributedMeshTools.h>
+#include <dolfin/mesh/Facet.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshEntityIterator.h>
+#include <dolfin/mesh/PeriodicBoundaryComputation.h>
+#include <dolfin/mesh/SubDomain.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/parameter/GlobalParameters.h>
+#include "DofMap.h"
+#include "DofMapBuilder.h"
+
+#include <dolfin/common/utils.h>
+
+using namespace dolfin;
+
+
+//-----------------------------------------------------------------------------
+void DofMapBuilder::build(DofMap& dofmap, const Mesh& mesh,
+                          std::shared_ptr<const SubDomain> constrained_domain)
+{
+  dolfin_assert(dofmap._ufc_dofmap);
+
+  // Start timer for dofmap initialization
+  Timer t0("Init dofmap");
+
+  // Check that mesh has been ordered
+  if (!mesh.ordered())
+  {
+     dolfin_error("DofMapBuilder.cpp",
+               "create mapping of degrees of freedom",
+               "Mesh is not ordered according to the UFC numbering convention. "
+               "Consider calling mesh.order()");
+  }
+
+  // Check if dofmap is distributed (based on mesh MPI communicator)
+  const bool distributed = dolfin::MPI::size(mesh.mpi_comm()) > 1;
+
+  // Check if UFC dofmap should not be re-ordered (only applicable in
+  // serial)
+  const bool reorder_ufc = dolfin::parameters["reorder_dofs_serial"];
+  const bool reorder = (distributed or reorder_ufc) ? true : false;
+
+  // Sanity checks on UFC dofmap
+  const std::size_t D = mesh.topology().dim();
+  dolfin_assert(dofmap._ufc_dofmap);
+  dolfin_assert(dofmap._ufc_dofmap->topological_dimension() == D);
+
+  // Extract needs_entities as vector
+  std::vector<bool> needs_entities(D + 1);
+  for (std::size_t d = 0; d <= D; ++d)
+    needs_entities[d] = dofmap._ufc_dofmap->needs_mesh_entities(d);
+
+  // For mesh entities required by UFC dofmap, compute number of
+  // entities on this process
+  const std::vector<std::size_t> num_mesh_entities_local
+    = compute_num_mesh_entities_local(mesh, needs_entities);
+
+  // NOTE: We test for global dofs here because the the function
+  // DofMapBuilder::compute_block size cannot distinguish between
+  // global and discontinuous Lagrange elements because the UFC dofmap
+  // associates global dofs with cells, which is not correct. See
+  // https://bitbucket.org/fenics-project/ffc/issue/61. If global dofs
+  // are present, we set the block size to 1.
+
+  // Compute local UFC indices of any 'global' dofs
+  const std::set<std::size_t> global_dofs
+    = compute_global_dofs(dofmap._ufc_dofmap, num_mesh_entities_local);
+
+  // Determine and set dof block size (block size must be 1 if UFC map
+  // is not re-ordered or if global dofs are present)
+  const std::size_t bs = (global_dofs.empty() and reorder)
+    ? compute_blocksize(*dofmap._ufc_dofmap) : 1;
+
+  // Compute a 'node' dofmap based on a UFC dofmap. Returns:
+  // - node dofmap (node_dofmap)
+  // - local-to-global node indices (node_local_to_global)
+  // - UFC local indices to new local indices
+  //   (node_ufc_local_to_local, constrained maps only)
+  // - Number of mesh entities (global), which may differ from that
+  //   from the mesh if the dofmap is constrained
+  std::vector<std::size_t> node_local_to_global0;
+  std::vector<std::vector<la_index>> node_graph0;
+  std::vector<int> node_ufc_local_to_local0;
+  std::shared_ptr<const ufc::dofmap> ufc_node_dofmap;
+  if (!constrained_domain)
+  {
+    ufc_node_dofmap
+      = build_ufc_node_graph(node_graph0,
+                             node_local_to_global0,
+                             dofmap._num_mesh_entities_global,
+                             dofmap._ufc_dofmap,
+                             mesh, constrained_domain, bs);
+    dolfin_assert(ufc_node_dofmap);
+  }
+  else
+  {
+    ufc_node_dofmap
+      = build_ufc_node_graph_constrained(node_graph0,
+                                         node_local_to_global0,
+                                         node_ufc_local_to_local0,
+                                         dofmap._num_mesh_entities_global,
+                                         dofmap._ufc_dofmap,
+                                         mesh, constrained_domain,
+                                         bs);
+  }
+
+  // Set local (cell) dimension
+  dofmap._cell_dimension = dofmap._ufc_dofmap->num_element_dofs();
+
+  // Set global dimension
+  dofmap._global_dimension
+    = dofmap._ufc_dofmap->global_dimension(dofmap._num_mesh_entities_global);
+
+  // Compute local UFC indices of any 'global' dofs, and re-map if
+  // required, e.g., in case that dofmap is periodic
+  std::set<std::size_t> global_nodes0
+    = compute_global_dofs(ufc_node_dofmap, num_mesh_entities_local);
+  if (!node_ufc_local_to_local0.empty())
+  {
+    std::set<std::size_t> remapped_global_nodes;
+    for (auto node : global_nodes0)
+    {
+      dolfin_assert(node < node_ufc_local_to_local0.size());
+      remapped_global_nodes.insert(node_ufc_local_to_local0[node]);
+    }
+    global_nodes0 = remapped_global_nodes;
+  }
+
+  // Dynamic data structure to build dofmap graph
+  std::vector<std::vector<la_index>> dofmap_graph;
+
+  // Re-order and switch to local indexing in dofmap when distributed
+  // for process locality and set local_range
+  if (reorder)
+  {
+    // Mark shared nodes. Boundary nodes are assigned a random
+    // positive integer, interior nodes are marked as -1, interior
+    // nodes in ghost layer of other processes are marked -2, and
+    // ghost nodes are marked as -3
+    std::vector<int> shared_nodes;
+    compute_shared_nodes(shared_nodes, node_graph0,
+                           node_local_to_global0.size(),
+                           *ufc_node_dofmap, mesh);
+
+    // Compute:
+    // (a) owned and shared nodes (and owned and un-owned):
+    //    -1: unowned, 0: owned and shared, 1: owned and not shared;
+    // (b) map from shared node to sharing processes; and
+    // (c) set of all processes that share dofs with this process
+    std::vector<short int> node_ownership0;
+    std::unordered_map<int, std::vector<int>> shared_node_to_processes0;
+    const int num_owned_nodes
+      = compute_node_ownership(node_ownership0,
+                               shared_node_to_processes0,
+                               dofmap._neighbours,
+                               node_graph0,
+                               shared_nodes, global_nodes0,
+                               node_local_to_global0, mesh,
+                               dofmap._global_dimension/bs);
+
+    dofmap._index_map->init(num_owned_nodes, bs);
+
+    // Sanity check
+    dolfin_assert(MPI::sum(mesh.mpi_comm(),
+       (std::size_t) dofmap._index_map->size(IndexMap::MapSize::OWNED))
+                  == dofmap._global_dimension);
+
+    // Compute node re-ordering for process index locality and spatial
+    // locality within a process, including
+    // (a) Old-to-new node indices (local)
+    // (b) Owning process for nodes that are not owned by this process
+    // (c) New local node index to new global node index
+    // (d) Old local node index to new local node index
+    std::vector<int> node_old_to_new_local;
+    dolfin_assert(dofmap._index_map);
+    compute_node_reordering(*dofmap._index_map,
+                            node_old_to_new_local,
+                            shared_node_to_processes0,
+                            node_local_to_global0,
+                            node_graph0, node_ownership0, global_nodes0,
+                            mesh.mpi_comm());
+
+    // Update UFC-local-to-local map to account for re-ordering
+    if (constrained_domain)
+    {
+      const std::size_t num_ufc_node_local = node_ufc_local_to_local0.size();
+      dofmap._ufc_local_to_local.resize(num_ufc_node_local);
+      for (std::size_t i = 0; i < num_ufc_node_local; ++i)
+      {
+        const int old_node = node_ufc_local_to_local0[i];
+        const int new_node = node_old_to_new_local[old_node];
+        dofmap._ufc_local_to_local[i] = new_node;
+      }
+    }
+    else
+    {
+      // UFC dofmap was not altered, old_to_new is same as UFC-to-new
+      dofmap._ufc_local_to_local = node_old_to_new_local;
+    }
+
+    // Update shared_nodes for node reordering
+    dofmap._shared_nodes.clear();
+    for (auto it = shared_node_to_processes0.begin();
+         it != shared_node_to_processes0.end(); ++it)
+    {
+      const int new_node = node_old_to_new_local[it->first];
+      dofmap._shared_nodes[new_node] = it->second;
+    }
+
+    // Update global_nodes for node reordering
+    dofmap._global_nodes.clear();
+    for (auto it = global_nodes0.begin(); it != global_nodes0.end(); ++it)
+      dofmap._global_nodes.insert(node_old_to_new_local[*it]);
+
+    // Build dofmap from original node 'dof' map and applying the
+    // 'old_to_new_local' map for the re-ordered node indices
+    build_dofmap(dofmap_graph, node_graph0, node_old_to_new_local, bs);
+  }
+  else
+  {
+    // UFC dofmap has not been re-ordered
+    dolfin_assert(!distributed);
+    dofmap_graph = node_graph0;
+    dofmap._ufc_local_to_local = node_ufc_local_to_local0;
+    if (dofmap._ufc_local_to_local.empty()
+        && dofmap._ufc_dofmap->num_sub_dofmaps() > 0)
+    {
+      dofmap._ufc_local_to_local.resize(dofmap._global_dimension);
+      for (std::size_t i = 0; i < dofmap._ufc_local_to_local.size(); ++i)
+        dofmap._ufc_local_to_local[i] = i;
+    }
+
+    dofmap._index_map->init(dofmap._global_dimension, bs);
+    dofmap._shared_nodes.clear();
+
+    // Store global nodes
+    dofmap._global_nodes = global_nodes0;
+  }
+
+  // Clear ufc_local-to-local map if dofmap has no sub-maps
+  if (dofmap._ufc_dofmap->num_sub_dofmaps() == 0)
+    std::vector<int>().swap(dofmap._ufc_local_to_local);
+
+  // Build flattened dofmap graph
+  dofmap._dofmap.clear();
+  for (auto const &cell_dofs : dofmap_graph)
+  {
+    dofmap._dofmap.insert(dofmap._dofmap.end(), cell_dofs.begin(),
+                          cell_dofs.end());
+  }
+}
+//-----------------------------------------------------------------------------
+void
+DofMapBuilder::build_sub_map_view(DofMap& sub_dofmap,
+                                  const DofMap& parent_dofmap,
+                                  const std::vector<std::size_t>& component,
+                                  const Mesh& mesh)
+{
+  // Note: Ownership range is set to zero since dofmap is a view
+  dolfin_assert(!component.empty());
+
+  // Convenience reference to parent UFC dofmap
+  dolfin_assert(parent_dofmap._ufc_dofmap);
+  const ufc::dofmap& parent_ufc_dofmap = *parent_dofmap._ufc_dofmap;
+
+  // Topological dimension
+  const std::size_t D = mesh.topology().dim();
+
+  // Extract needs_entities as vector
+  std::vector<bool> needs_entities(D + 1);
+  for (std::size_t d = 0; d <= D; ++d)
+    needs_entities[d] = parent_ufc_dofmap.needs_mesh_entities(d);
+
+  // Generate and number required mesh entities for local UFC map
+  const std::vector<std::size_t> num_mesh_entities_local
+    = compute_num_mesh_entities_local(mesh, needs_entities);
+
+  // Initialise UFC offset from parent
+  std::size_t ufc_offset = parent_dofmap._ufc_offset;
+
+  // Extract local UFC sub-dofmap from parent and update offset
+  sub_dofmap._ufc_dofmap
+    = extract_ufc_sub_dofmap(parent_ufc_dofmap,
+                             ufc_offset, component,
+                             num_mesh_entities_local);
+  dolfin_assert(sub_dofmap._ufc_dofmap);
+
+  // Set UFC sub-dofmap offset
+  sub_dofmap._ufc_offset = ufc_offset;
+
+  // Build local UFC-based dof map for sub-dofmap
+  // Dynamic data structure to build dofmap graph
+  std::vector<std::vector<la_index>> sub_dofmap_graph;
+  build_local_ufc_dofmap(sub_dofmap_graph, *sub_dofmap._ufc_dofmap, mesh);
+
+  // Add offset to local UFC dofmap
+  for (std::size_t i = 0; i < sub_dofmap_graph.size(); ++i)
+  {
+    for (std::size_t j = 0; j < sub_dofmap_graph[i].size(); ++j)
+    {
+      sub_dofmap_graph[i][j] += ufc_offset;
+    }
+  }
+
+  // Store number of global mesh entities and set global dimension
+  sub_dofmap._num_mesh_entities_global
+    = parent_dofmap._num_mesh_entities_global;
+  dolfin_assert(!sub_dofmap._num_mesh_entities_global.empty());
+  sub_dofmap._global_dimension
+    = sub_dofmap._ufc_dofmap->global_dimension(sub_dofmap._num_mesh_entities_global);
+
+  // Copy data from parent
+  // FIXME: Do we touch sub_dofmap.index_map() in this routine? If yes, then
+  //        this routine has incorrect constness!
+  sub_dofmap.index_map() = parent_dofmap.index_map();
+  sub_dofmap._shared_nodes = parent_dofmap._shared_nodes;
+  sub_dofmap._neighbours = parent_dofmap._neighbours;
+
+  // Store UFC local to re-ordered local if submap has any submaps
+  if (sub_dofmap._ufc_dofmap->num_sub_dofmaps() > 0)
+    sub_dofmap._ufc_local_to_local = parent_dofmap._ufc_local_to_local;
+  else
+    sub_dofmap._ufc_local_to_local.clear();
+
+  if (parent_dofmap._ufc_local_to_local.empty())
+  {
+    dolfin_error("DofMapBuilder.cpp",
+                 "build sub-dofmap view",
+                 "Re-ordering map not available. It may be been cleared by the user");
+  }
+
+  // Map to re-ordered dofs
+  const std::vector<int>& local_to_local = parent_dofmap._ufc_local_to_local;
+  const std::size_t bs = parent_dofmap.block_size();
+  for (auto cell_map = sub_dofmap_graph.begin();
+       cell_map != sub_dofmap_graph.end(); ++cell_map)
+  {
+    for (auto dof = cell_map->begin(); dof != cell_map->end(); ++dof)
+    {
+      const std::div_t  div = std::div((int) *dof, (int) local_to_local.size());
+      const std::size_t node = div.rem;
+      const std::size_t component = div.quot;
+
+      // Get dof from UFC local-to-local map
+      dolfin_assert(node < local_to_local.size());
+      std::size_t current_dof = bs*local_to_local[node] + component;
+
+      // Add multimesh offset
+      current_dof += parent_dofmap._multimesh_offset;
+
+      // Set dof index in transformed dofmap
+      *dof = current_dof;
+    }
+  }
+
+  // Set local (cell) dimension
+  sub_dofmap._cell_dimension = sub_dofmap._ufc_dofmap->num_element_dofs();
+
+  // Construct flattened dofmap
+  sub_dofmap._dofmap.clear();
+  for (auto const &cell_dofs : sub_dofmap_graph)
+  {
+    sub_dofmap._dofmap.insert(sub_dofmap._dofmap.end(),
+                              cell_dofs.begin(),
+                              cell_dofs.end());
+  }
+}
+//-----------------------------------------------------------------------------
+std::size_t DofMapBuilder::build_constrained_vertex_indices(
+  const Mesh& mesh,
+  const std::map<unsigned int,
+  std::pair<unsigned int, unsigned int>>& slave_to_master_vertices,
+  std::vector<std::int64_t>& modified_vertex_indices_global)
+{
+  // MPI communicator
+  const MPI_Comm mpi_comm = mesh.mpi_comm();
+
+  // Get vertex sharing information (local index, [(sharing process p,
+  // local index on p)])
+  const std::unordered_map<unsigned int,
+                           std::vector<std::pair<unsigned int, unsigned int>>>&
+    shared_vertices = DistributedMeshTools::compute_shared_entities(mesh, 0);
+
+   // Mark shared vertices
+  std::vector<bool> vertex_shared(mesh.num_vertices(), false);
+  for (auto shared_vertex = shared_vertices.begin();
+       shared_vertex != shared_vertices.end(); ++shared_vertex)
+  {
+    dolfin_assert(shared_vertex->first < vertex_shared.size());
+    vertex_shared[shared_vertex->first] = true;
+  }
+
+  // Mark slave vertices
+  std::vector<bool> slave_vertex(mesh.num_vertices(), false);
+  std::map<unsigned int, std::pair<unsigned int,
+                                   unsigned int>>::const_iterator slave;
+  for (slave = slave_to_master_vertices.begin();
+       slave != slave_to_master_vertices.end(); ++slave)
+  {
+    dolfin_assert(slave->first < slave_vertex.size());
+    slave_vertex[slave->first] = true;
+  }
+
+  // MPI process number
+  const std::size_t proc_num = MPI::rank(mesh.mpi_comm());
+
+  // Communication data structures
+  std::vector<std::vector<std::size_t>>
+    new_shared_vertex_indices(MPI::size(mesh.mpi_comm()));
+
+  // Compute modified global vertex indices
+  std::size_t new_index = 0;
+  modified_vertex_indices_global
+    = std::vector<std::int64_t>(mesh.num_vertices(), -1);
+
+  for (VertexIterator vertex(mesh); !vertex.end(); ++vertex)
+  {
+    const std::size_t local_index = vertex->index();
+    if (slave_vertex[local_index])
+    {
+      // Do nothing, will get new master index later
+    }
+    else if (vertex_shared[local_index])
+    {
+      // If shared, let lowest rank process number the vertex
+      auto it = shared_vertices.find(local_index);
+      dolfin_assert(it != shared_vertices.end());
+      const std::vector<std::pair<unsigned int, unsigned int>>& sharing_procs
+        = it->second;
+
+      // Figure out if this is the lowest rank process sharing the
+      // vertex
+      std::vector<std::pair<unsigned int, unsigned int>>::const_iterator
+       min_sharing_rank = std::min_element(sharing_procs.begin(),
+                                           sharing_procs.end());
+      std::size_t _min_sharing_rank = proc_num + 1;
+      if (min_sharing_rank != sharing_procs.end())
+        _min_sharing_rank = min_sharing_rank->first;
+
+      if (proc_num <= _min_sharing_rank)
+      {
+        // Re-number vertex
+        modified_vertex_indices_global[vertex->index()] = new_index;
+
+        // Add to list to communicate
+        std::vector<std::pair<unsigned int, unsigned int>>::const_iterator p;
+        for (p = sharing_procs.begin(); p != sharing_procs.end(); ++p)
+        {
+          dolfin_assert(p->first < new_shared_vertex_indices.size());
+
+          // Local index on remote process
+          new_shared_vertex_indices[p->first].push_back(p->second);
+
+          // Modified global index
+          new_shared_vertex_indices[p->first].push_back(new_index);
+        }
+
+        new_index++;
+      }
+    }
+    else
+      modified_vertex_indices_global[vertex->index()] = new_index++;
+  }
+
+  // Send number of owned entities to compute offset
+  std::size_t offset = MPI::global_offset(mpi_comm, new_index, true);
+
+  // Add process offset to modified indices
+  for (std::size_t i = 0; i < modified_vertex_indices_global.size(); ++i)
+    modified_vertex_indices_global[i] += offset;
+
+  // Add process offset to shared vertex indices before sending
+  for (std::size_t p = 0; p < new_shared_vertex_indices.size(); ++p)
+    for (std::size_t i = 1; i < new_shared_vertex_indices[p].size(); i += 2)
+      new_shared_vertex_indices[p][i] += offset;
+
+  // Send/receive new indices for shared vertices
+  std::vector<std::size_t> received_vertex_data;
+  MPI::all_to_all(mesh.mpi_comm(), new_shared_vertex_indices,
+                  received_vertex_data);
+
+  // Set index for shared vertices that have been numbered by another
+  // process
+  for (std::size_t i = 0; i < received_vertex_data.size(); i += 2)
+  {
+    const unsigned int local_index = received_vertex_data[i];
+    const std::size_t recv_new_index = received_vertex_data[i + 1];
+
+    dolfin_assert(local_index < modified_vertex_indices_global.size());
+    modified_vertex_indices_global[local_index] = recv_new_index;
+  }
+
+  // Request master vertex index from master owner
+  std::vector<std::vector<std::size_t>> master_send_buffer(MPI::size(mpi_comm));
+  std::vector<std::vector<std::size_t>> local_slave_index(MPI::size(mpi_comm));
+  for (auto master = slave_to_master_vertices.begin();
+       master != slave_to_master_vertices.end(); ++master)
+  {
+    const unsigned int local_index = master->first;
+    const unsigned int master_proc = master->second.first;
+    const unsigned int remote_master_local_index = master->second.second;
+    dolfin_assert(master_proc < local_slave_index.size());
+    dolfin_assert(master_proc < master_send_buffer.size());
+    local_slave_index[master_proc].push_back(local_index);
+    master_send_buffer[master_proc].push_back(remote_master_local_index);
+  }
+
+  // Send/receive master local indices for slave vertices
+  std::vector<std::vector<std::size_t>> received_slave_vertex_indices;
+  MPI::all_to_all(mpi_comm, master_send_buffer,
+                  received_slave_vertex_indices);
+
+  // Send back new master vertex index
+  std::vector<std::vector<std::size_t>>
+    master_vertex_indices(MPI::size(mpi_comm));
+  for (std::size_t p = 0; p < received_slave_vertex_indices.size(); ++p)
+  {
+    const std::vector<std::size_t>& local_master_indices
+      = received_slave_vertex_indices[p];
+    for (std::size_t i = 0; i < local_master_indices.size(); ++i)
+    {
+      std::size_t master_local_index = local_master_indices[i];
+      dolfin_assert(master_local_index < modified_vertex_indices_global.size());
+      const std::size_t new_index
+        = modified_vertex_indices_global[master_local_index];
+      master_vertex_indices[p].push_back(new_index);
+    }
+  }
+
+  // Send/receive new global master indices for slave vertices
+  std::vector<std::vector<std::size_t>> received_new_slave_vertex_indices;
+  MPI::all_to_all(mpi_comm, master_vertex_indices,
+                  received_new_slave_vertex_indices);
+
+  // Set index for slave vertices
+  for (std::size_t p = 0; p < received_new_slave_vertex_indices.size(); ++p)
+  {
+    const std::vector<std::size_t>& new_indices
+      = received_new_slave_vertex_indices[p];
+    const std::vector<std::size_t>& local_indices = local_slave_index[p];
+    for (std::size_t i = 0; i < new_indices.size(); ++i)
+    {
+      const std::size_t local_index = local_indices[i];
+      const std::size_t new_global_index   = new_indices[i];
+
+      dolfin_assert(local_index < modified_vertex_indices_global.size());
+      modified_vertex_indices_global[local_index] = new_global_index;
+    }
+  }
+
+  // Send new indices to process that share a vertex but were not
+  // responsible for re-numbering
+  return MPI::sum(mpi_comm, new_index);
+}
+//-----------------------------------------------------------------------------
+void DofMapBuilder::build_local_ufc_dofmap(
+  std::vector<std::vector<dolfin::la_index>>& dofmap,
+  const ufc::dofmap& ufc_dofmap,
+  const Mesh& mesh)
+{
+  // Topological dimension
+  const std::size_t D = mesh.topology().dim();
+
+  // Extract needs_entities as vector
+  std::vector<bool> needs_entities(D + 1);
+  for (std::size_t d = 0; d <= D; ++d)
+    needs_entities[d] = ufc_dofmap.needs_mesh_entities(d);
+
+  // Generate and number required mesh entities (locally)
+  std::vector<std::size_t> num_mesh_entities(D + 1, 0);
+  for (std::size_t d = 0; d <= D; ++d)
+  {
+    if (needs_entities[d])
+    {
+      mesh.init(d);
+      num_mesh_entities[d] = mesh.num_entities(d);
+    }
+  }
+
+  // Allocate entity indices array
+  std::vector<std::vector<std::size_t>> entity_indices(D+1);
+  for (std::size_t d = 0; d <= D; ++d)
+    entity_indices[d].resize(mesh.type().num_entities(d));
+
+  // Build dofmap from ufc::dofmap
+  dofmap.resize(mesh.num_cells(),
+                std::vector<la_index>(ufc_dofmap.num_element_dofs()));
+  std::vector<std::size_t> dof_holder(ufc_dofmap.num_element_dofs());
+  for (CellIterator cell(mesh, "all"); !cell.end(); ++cell)
+  {
+    // Fill entity indices array
+    get_cell_entities_local(*cell, entity_indices, needs_entities);
+
+    // Tabulate dofs for cell
+    ufc_dofmap.tabulate_dofs(dof_holder.data(),
+                             num_mesh_entities,
+                             entity_indices);
+    std::copy(dof_holder.begin(), dof_holder.end(),
+              dofmap[cell->index()].begin());
+  }
+}
+//-----------------------------------------------------------------------------
+int
+DofMapBuilder::compute_node_ownership(
+  std::vector<short int>& node_ownership,
+  std::unordered_map<int, std::vector<int>>& shared_node_to_processes,
+  std::set<int>& neighbours,
+  const std::vector<std::vector<la_index>>& dofmap,
+  const std::vector<int>& shared_nodes,
+  const std::set<std::size_t>& global_nodes,
+  const std::vector<std::size_t>& local_to_global,
+  const Mesh& mesh,
+  const std::size_t global_dim)
+{
+  log(TRACE, "Determining node ownership for parallel dof map");
+
+  // Get number of nodes
+  const std::size_t num_nodes_local = local_to_global.size();
+
+  // Global-to-local node map for nodes on boundary
+  std::map<std::size_t, int> global_to_local;
+
+  // Initialise node ownership array, provisionally all owned
+  node_ownership.resize(num_nodes_local);
+  std::fill(node_ownership.begin(), node_ownership.end(), 1);
+
+  // Communication buffers
+  const MPI_Comm mpi_comm = mesh.mpi_comm();
+  const std::size_t num_processes = MPI::size(mpi_comm);
+  const std::size_t process_number = MPI::rank(mpi_comm);
+  std::vector<std::vector<std::size_t>> send_buffer(num_processes);
+  std::vector<std::vector<std::size_t>> recv_buffer(num_processes);
+
+  // Add a counter to the start of each send buffer
+  for (unsigned int i = 0; i != num_processes; ++i)
+    send_buffer[i].push_back(0);
+
+  // FIXME: could get rid of global_to_local map since response will
+  // come back in same order
+
+  // Loop over nodes and buffer nodes on process boundaries
+  for (std::size_t i = 0; i < num_nodes_local; ++i)
+  {
+    if (shared_nodes[i] == 0)
+    {
+      // Shared node - send out to matching process to determine
+      // ownership and other sharing processes
+
+      // Send global index
+      const std::size_t global_index = local_to_global[i];
+      const std::size_t dest = MPI::index_owner(mpi_comm,
+                                                global_index,
+                                                global_dim);
+      send_buffer[dest].push_back(global_index);
+      global_to_local.insert(std::make_pair(global_index, i));
+    }
+  }
+
+  // Make note of current size of each send buffer i.e. the number of
+  // boundary nodes, labelled '0'
+  for (unsigned int i = 0; i != num_processes; ++i)
+    send_buffer[i][0] = send_buffer[i].size() - 1;
+
+  // Additionally send any ghost or ghost-shared nodes to determine
+  // sharing (but not ownership)
+  for (std::size_t i = 0; i < num_nodes_local; ++i)
+  {
+    if (shared_nodes[i] == -3 or shared_nodes[i] == -2)
+    {
+      // Send global index
+      const std::size_t global_index = local_to_global[i];
+      const std::size_t dest = MPI::index_owner(mpi_comm,
+                                                global_index,
+                                                global_dim);
+      send_buffer[dest].push_back(global_index);
+      global_to_local.insert(std::make_pair(global_index, i));
+    }
+  }
+
+  // Send to sorting process
+  MPI::all_to_all(mpi_comm, send_buffer, recv_buffer);
+
+  // Map from global index to sharing processes
+  std::map<std::size_t, std::vector<unsigned int>> global_to_procs;
+  for (unsigned int i = 0; i != num_processes; ++i)
+  {
+    const std::vector<std::size_t>& recv_i = recv_buffer[i];
+    const std::size_t num_boundary_nodes = recv_i[0];
+
+    for (unsigned int j = 1; j != num_boundary_nodes + 1; ++j)
+    {
+      auto map_it = global_to_procs.find(recv_i[j]);
+      if (map_it == global_to_procs.end())
+        global_to_procs.insert(std::make_pair(recv_i[j],
+                               std::vector<unsigned int>(1, i)));
+      else
+        map_it->second.push_back(i);
+    }
+  }
+
+  // Randomise process order. First process will be owner.
+  const std::size_t seed = process_number;
+  std::default_random_engine random_engine(seed);
+  for (auto p = global_to_procs.begin(); p != global_to_procs.end(); ++p)
+    std::shuffle(p->second.begin(), p->second.end(), random_engine);
+
+  // Add other sharing processes (ghosts etc) which cannot be owners
+  for (unsigned int i = 0; i != num_processes; ++i)
+  {
+    const std::vector<std::size_t>& recv_i = recv_buffer[i];
+    const std::size_t num_boundary_nodes = recv_i[0];
+
+    for (unsigned int j = num_boundary_nodes + 1; j != recv_i.size(); ++j)
+    {
+      auto map_it = global_to_procs.find(recv_i[j]);
+      if (map_it == global_to_procs.end())
+        global_to_procs.insert(std::make_pair(recv_i[j],
+                               std::vector<unsigned int>(1, i)));
+      else
+        map_it->second.push_back(i);
+    }
+  }
+
+  // Send response back to originators in same order
+  std::vector<std::vector<std::size_t>> send_response(num_processes);
+  for (unsigned int i = 0; i != num_processes; ++i)
+    for (auto q = recv_buffer[i].begin() + 1; q != recv_buffer[i].end(); ++q)
+    {
+      std::vector<unsigned int>& gprocs = global_to_procs[*q];
+      send_response[i].push_back(gprocs.size());
+      send_response[i].insert(send_response[i].end(), gprocs.begin(),
+                              gprocs.end());
+    }
+
+  MPI::all_to_all(mpi_comm, send_response, recv_buffer);
+  // [n_sharing, owner, others]
+
+  for (unsigned int i = 0; i != num_processes; ++i)
+  {
+    auto q = recv_buffer[i].begin();
+    for (auto p = send_buffer[i].begin() + 1; p != send_buffer[i].end(); ++p)
+    {
+      const unsigned int num_sharing = *q;
+      if (num_sharing > 1)
+      {
+        const std::size_t global_index = *p;
+        const std::size_t owner = *(q + 1);
+        std::set<std::size_t> sharing_procs(q + 1, q + 1 + num_sharing);
+        sharing_procs.erase(process_number);
+
+        auto it = global_to_local.find(global_index);
+        dolfin_assert(it != global_to_local.end());
+        const int received_node_local = it->second;
+        const int node_status = shared_nodes[received_node_local];
+        dolfin_assert(node_status != -1);
+
+        // First check to see if this is a ghost/ghost-shared node,
+        // and set ownership accordingly. Otherwise use the ownership
+        // from the sorting process
+        if (node_status == -2)
+          node_ownership[received_node_local] = 0;
+        else if (node_status == -3)
+          node_ownership[received_node_local] = -1;
+        else if (owner == process_number)
+          node_ownership[received_node_local] = 0;
+        else
+          node_ownership[received_node_local] = -1;
+
+        shared_node_to_processes[received_node_local]
+          = std::vector<int>(sharing_procs.begin(), sharing_procs.end());
+      }
+
+      q += num_sharing + 1;
+    }
+  }
+
+  // Build set of neighbouring processes
+  neighbours.clear();
+  for (auto it = shared_node_to_processes.begin();
+       it != shared_node_to_processes.end(); ++it)
+  {
+    neighbours.insert(it->second.begin(), it->second.end());
+  }
+
+  // Count number of owned nodes
+  int num_owned_nodes = 0;
+  for (std::size_t i = 0; i < node_ownership.size(); ++i)
+  {
+    if (node_ownership[i] >= 0)
+      ++num_owned_nodes;
+  }
+
+  // Shared ownership for global dofs (after neighbour calculation)
+  std::vector<int> all_procs;
+  for (unsigned int i=0; i != num_processes; ++i)
+    if (i != process_number)
+      all_procs.push_back((int)i);
+
+  // Add/remove global dofs to/from relevant sets (last process owns
+  // global nodes)
+  for (auto node = global_nodes.begin(); node != global_nodes.end(); ++node)
+  {
+    dolfin_assert(*node < node_ownership.size());
+    if (process_number == num_processes - 1)
+    {
+      node_ownership[*node] = 0;
+    }
+    else
+    {
+      node_ownership[*node] = -1;
+      --num_owned_nodes;
+    }
+    shared_node_to_processes.insert(std::make_pair(*node, all_procs));
+  }
+
+  log(TRACE, "Finished determining dof ownership for parallel dof map");
+  return num_owned_nodes;
+}
+//-----------------------------------------------------------------------------
+std::set<std::size_t> DofMapBuilder::compute_global_dofs(
+  std::shared_ptr<const ufc::dofmap> ufc_dofmap,
+  const std::vector<std::size_t>& num_mesh_entities_local)
+{
+  // Compute global dof indices
+  std::size_t offset_local = 0;
+  std::set<std::size_t> global_dof_indices;
+  compute_global_dofs(global_dof_indices, offset_local, ufc_dofmap,
+                      num_mesh_entities_local);
+
+  return global_dof_indices;
+}
+//-----------------------------------------------------------------------------
+void DofMapBuilder::compute_global_dofs(
+  std::set<std::size_t>& global_dofs,
+  std::size_t& offset_local,
+  const std::shared_ptr<const ufc::dofmap> ufc_dofmap,
+  const std::vector<std::size_t>& num_mesh_entities_local)
+{
+  dolfin_assert(ufc_dofmap);
+
+  if (ufc_dofmap->num_sub_dofmaps() == 0)
+  {
+    // Check if dofmap is for global dofs
+    bool global_dof = true;
+    for (std::size_t d = 0; d < num_mesh_entities_local.size(); ++d)
+    {
+      if (ufc_dofmap->needs_mesh_entities(d))
+      {
+        global_dof = false;
+        break;
+      }
+    }
+
+    if (global_dof)
+    {
+      // Check that we have just one dof
+      if (ufc_dofmap->global_dimension(num_mesh_entities_local) != 1)
+      {
+        dolfin_error("DofMapBuilder.cpp",
+                     "compute global degrees of freedom",
+                     "Global degree of freedom has dimension != 1");
+      }
+
+      // Create dummy entity_indices argument to tabulate single
+      // global dof
+      std::vector<std::vector<std::size_t>> dummy_entity_indices;
+      std::size_t dof_local = 0;
+      ufc_dofmap->tabulate_dofs(&dof_local, num_mesh_entities_local,
+                                dummy_entity_indices);
+
+      // Insert global dof index
+      std::pair<std::set<std::size_t>::iterator, bool> ret
+        = global_dofs.insert(dof_local + offset_local);
+      if (!ret.second)
+      {
+        dolfin_error("DofMapBuilder.cpp",
+                     "compute global degrees of freedom",
+                     "Global degree of freedom already exists");
+      }
+    }
+  }
+  else
+  {
+    // Loop through sub-dofmap looking for global dofs
+    for (std::size_t i = 0; i < ufc_dofmap->num_sub_dofmaps(); ++i)
+    {
+      // Extract sub-dofmap and initialise
+      std::shared_ptr<ufc::dofmap>
+        sub_dofmap(ufc_dofmap->create_sub_dofmap(i));
+      compute_global_dofs(global_dofs,
+                          offset_local,
+                          sub_dofmap,
+                          num_mesh_entities_local);
+
+      // Get offset
+      if (sub_dofmap->num_sub_dofmaps() == 0)
+        offset_local += sub_dofmap->global_dimension(num_mesh_entities_local);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<ufc::dofmap> DofMapBuilder::extract_ufc_sub_dofmap(
+  const ufc::dofmap& ufc_dofmap,
+  std::size_t& offset,
+  const std::vector<std::size_t>& component,
+  const std::vector<std::size_t>& num_mesh_entities)
+{
+  // Check if there are any sub systems
+  if (ufc_dofmap.num_sub_dofmaps() == 0)
+  {
+    dolfin_error("DofMap.cpp",
+                 "extract subsystem of degree of freedom mapping",
+                 "There are no subsystems");
+  }
+
+  // Check that a sub system has been specified
+  if (component.empty())
+  {
+    dolfin_error("DofMap.cpp",
+                 "extract subsystem of degree of freedom mapping",
+                 "No system was specified");
+  }
+
+  // Check the number of available sub systems
+  if (component[0] >= ufc_dofmap.num_sub_dofmaps())
+  {
+    dolfin_error("DofMap.cpp",
+                 "extract subsystem of degree of freedom mapping",
+                 "Requested subsystem (%d) out of range [0, %d)",
+                 component[0], ufc_dofmap.num_sub_dofmaps());
+  }
+
+  // Add to offset if necessary
+  for (std::size_t i = 0; i < component[0]; i++)
+  {
+    // Extract sub dofmap
+    std::unique_ptr<ufc::dofmap>
+      ufc_tmp_dofmap(ufc_dofmap.create_sub_dofmap(i));
+    dolfin_assert(ufc_tmp_dofmap);
+
+    // Get offset
+    offset += ufc_tmp_dofmap->global_dimension(num_mesh_entities);
+  }
+
+  // Create UFC sub-system
+  std::shared_ptr<ufc::dofmap>
+    sub_dofmap(ufc_dofmap.create_sub_dofmap(component[0]));
+  dolfin_assert(sub_dofmap);
+
+  // Return sub-system if sub-sub-system should not be extracted,
+  // otherwise recursively extract the sub sub system
+  if (component.size() == 1)
+    return sub_dofmap;
+  else
+  {
+    std::vector<std::size_t> sub_component;
+    for (std::size_t i = 1; i < component.size(); ++i)
+      sub_component.push_back(component[i]);
+
+    std::shared_ptr<ufc::dofmap> sub_sub_dofmap
+        = extract_ufc_sub_dofmap(*sub_dofmap, offset, sub_component,
+                                 num_mesh_entities);
+
+    return sub_sub_dofmap;
+  }
+}
+//-----------------------------------------------------------------------------
+std::size_t DofMapBuilder::compute_blocksize(const ufc::dofmap& ufc_dofmap)
+{
+  bool has_block_structure = false;
+  if (ufc_dofmap.num_sub_dofmaps() > 1)
+  {
+    // Create UFC first sub-dofmap
+    std::unique_ptr<ufc::dofmap>
+      ufc_sub_dofmap0(ufc_dofmap.create_sub_dofmap(0));
+    dolfin_assert(ufc_sub_dofmap0);
+
+    // Create UFC sub-dofmaps and check if all sub dofmaps have the
+    // same number of dofs per entity
+    if (ufc_sub_dofmap0->num_sub_dofmaps() != 0)
+      has_block_structure = false;
+    else
+    {
+      // Assume dof map has block structure, then check
+      has_block_structure = true;
+
+      // Create UFC sub-dofmaps and check that all sub dofmaps have
+      // the same number of dofs per entity
+      for (std::size_t i = 1; i < ufc_dofmap.num_sub_dofmaps(); ++i)
+      {
+        std::unique_ptr<ufc::dofmap>
+          ufc_sub_dofmap(ufc_dofmap.create_sub_dofmap(i));
+        dolfin_assert(ufc_sub_dofmap);
+        for (std::size_t d = 0; d <= ufc_dofmap.topological_dimension(); ++d)
+        {
+          if (ufc_sub_dofmap->num_entity_dofs(d)
+              != ufc_sub_dofmap0->num_entity_dofs(d))
+          {
+            has_block_structure = false;
+            break;
+          }
+        }
+      }
+    }
+  }
+
+  if (has_block_structure)
+    return ufc_dofmap.num_sub_dofmaps();
+  else
+    return 1;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const ufc::dofmap> DofMapBuilder::build_ufc_node_graph(
+  std::vector<std::vector<la_index>>& node_dofmap,
+  std::vector<std::size_t>& node_local_to_global,
+  std::vector<std::size_t>& num_mesh_entities_global,
+  std::shared_ptr<const ufc::dofmap> ufc_dofmap,
+  const Mesh& mesh,
+  std::shared_ptr<const SubDomain> constrained_domain,
+  const std::size_t block_size)
+{
+  dolfin_assert(ufc_dofmap);
+
+  // Start timer for dofmap initialization
+  Timer t0("Init dofmap from UFC dofmap");
+
+  // Topological dimension
+  const std::size_t D = mesh.topology().dim();
+
+  // Extract needs_entities as vector
+  std::vector<bool> needs_entities(D + 1);
+  for (std::size_t d = 0; d <= D; ++d)
+    needs_entities[d] = ufc_dofmap->needs_mesh_entities(d);
+
+  // Generate and number required mesh entities (local & global, and
+  // constrained global)
+  std::vector<std::size_t> num_mesh_entities_local(D + 1, 0);
+  std::vector<std::size_t> num_mesh_entities_global_unconstrained(D + 1, 0);
+  for (std::size_t d = 0; d <= D; ++d)
+  {
+    if (needs_entities[d])
+    {
+      auto mesh_has_entities = mesh.init(d);
+      if(mesh_has_entities)
+        DistributedMeshTools::number_entities(mesh, d);
+
+      num_mesh_entities_local[d]  = mesh.num_entities(d);
+      num_mesh_entities_global_unconstrained[d] = mesh.num_entities_global(d);
+    }
+  }
+
+  // Extract sub-dofmaps
+  std::vector<std::shared_ptr<const ufc::dofmap>> dofmaps(block_size);
+  std::vector<std::size_t> offset_local(block_size + 1, 0);
+  if (block_size > 1)
+  {
+    std::vector<std::size_t> component(1);
+    std::size_t _offset_local = 0;
+    for (std::size_t i = 0; i < block_size; ++i)
+    {
+      component[0] = i;
+      dofmaps[i] = extract_ufc_sub_dofmap(*ufc_dofmap, _offset_local, component,
+                                          num_mesh_entities_local);
+      offset_local[i] = _offset_local;
+    }
+  }
+  else
+    dofmaps[0] = ufc_dofmap;
+
+  offset_local[block_size]
+    = ufc_dofmap->global_dimension(num_mesh_entities_local);
+
+  num_mesh_entities_global = num_mesh_entities_global_unconstrained;
+
+  // Allocate space for dof map
+  node_dofmap.clear();
+  node_dofmap.resize(mesh.num_cells());
+
+  // Get standard local elem2ent dimension
+  const std::size_t local_dim = dofmaps[0]->num_element_dofs();
+
+  // Holder for UFC 64-bit dofmap integers
+  std::vector<std::size_t> ufc_nodes_global(local_dim);
+  std::vector<std::size_t> ufc_nodes_local(local_dim);
+
+  // Allocate entity indices array
+  std::vector<std::vector<std::size_t>> entity_indices(D+1);
+  for (std::size_t d = 0; d <= D; ++d)
+    entity_indices[d].resize(mesh.type().num_entities(d));
+
+  // Resize local-to-global map
+  node_local_to_global.resize(offset_local[1]);
+
+  // Build dofmaps from ufc::dofmap
+  for (CellIterator cell(mesh, "all"); !cell.end(); ++cell)
+  {
+    // Get reference to container for cell dofs
+    std::vector<la_index>& cell_nodes = node_dofmap[cell->index()];
+    cell_nodes.resize(local_dim);
+
+    // Tabulate standard UFC dof map for first space (local)
+    get_cell_entities_local(*cell, entity_indices, needs_entities);
+    dofmaps[0]->tabulate_dofs(ufc_nodes_local.data(),
+                              num_mesh_entities_local,
+                              entity_indices);
+    std::copy(ufc_nodes_local.begin(), ufc_nodes_local.end(),
+              cell_nodes.begin());
+
+    // Tabulate standard UFC dof map for first space (global)
+    get_cell_entities_global(*cell, entity_indices, needs_entities);
+    dofmaps[0]->tabulate_dofs(ufc_nodes_global.data(),
+                              num_mesh_entities_global_unconstrained,
+                              entity_indices);
+
+    // Build local-to-global map for nodes
+    for (std::size_t i = 0; i < local_dim; ++i)
+    {
+      dolfin_assert(ufc_nodes_local[i] < node_local_to_global.size());
+      node_local_to_global[ufc_nodes_local[i]] = ufc_nodes_global[i];
+    }
+
+  }
+
+  // If mesh is built from MeshView
+  if (!mesh.topology().mapping().empty() && needs_entities[0])
+  {
+    // Extra shared vertex/node that have no global index yet
+    const auto shared_vertices = mesh.topology().shared_entities(0);
+    const auto global_vertex_indices = mesh.topology().global_indices(0);
+    for(auto v = shared_vertices.begin(); v != shared_vertices.end(); ++v)
+      // Identify unmaped shared vertices (uninitialized node_local_to_global)
+      if(node_local_to_global[v->first] == 0)
+        node_local_to_global[v->first] = (std::size_t) global_vertex_indices[v->first];
+  }
+
+  return dofmaps[0];
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const ufc::dofmap>
+DofMapBuilder::build_ufc_node_graph_constrained(
+  std::vector<std::vector<la_index>>& node_dofmap,
+  std::vector<std::size_t>& node_local_to_global,
+  std::vector<int>& node_ufc_local_to_local,
+  std::vector<std::size_t>& num_mesh_entities_global,
+  std::shared_ptr<const ufc::dofmap> ufc_dofmap,
+  const Mesh& mesh,
+  std::shared_ptr<const SubDomain> constrained_domain,
+  const std::size_t block_size)
+{
+  dolfin_assert(ufc_dofmap);
+  dolfin_assert(constrained_domain);
+
+  // Start timer for dofmap initialization
+  Timer t0("Init dofmap from UFC dofmap");
+
+  // Topological dimension
+  const std::size_t D = mesh.topology().dim();
+
+  // Extract needs_entities as vector
+  std::vector<bool> needs_entities(D + 1);
+  for (std::size_t d = 0; d <= D; ++d)
+    needs_entities[d] = ufc_dofmap->needs_mesh_entities(d);
+
+  // Generate and number required mesh entities (local & global, and constrained
+  // global)
+  std::vector<std::size_t> num_mesh_entities_local(D + 1, 0);
+  std::vector<std::size_t> num_mesh_entities_global_unconstrained(D + 1, 0);
+  std::vector<bool> required_mesh_entities(D + 1, false);
+  for (std::size_t d = 0; d <= D; ++d)
+  {
+    if (needs_entities[d])
+    {
+      required_mesh_entities[d] = true;
+      mesh.init(d);
+      DistributedMeshTools::number_entities(mesh, d);
+      num_mesh_entities_local[d]  = mesh.num_entities(d);
+      num_mesh_entities_global_unconstrained[d] = mesh.num_entities_global(d);
+    }
+  }
+
+  // Get constrained mesh entities
+  std::vector<std::vector<std::int64_t>> global_entity_indices;
+  compute_constrained_mesh_indices(global_entity_indices,
+                                   num_mesh_entities_global,
+                                   required_mesh_entities,
+                                   mesh, *constrained_domain);
+
+  // Extract sub-dofmaps
+  std::vector<std::shared_ptr<const ufc::dofmap>> dofmaps(block_size);
+  std::vector<std::size_t> offset_local(block_size + 1, 0);
+  if (block_size > 1)
+  {
+    std::vector<std::size_t> component(1);
+    std::size_t _offset_local = 0;
+    for (std::size_t i = 0; i < block_size; ++i)
+    {
+      component[0] = i;
+      dofmaps[i] = extract_ufc_sub_dofmap(*ufc_dofmap, _offset_local,
+                                          component,
+                                         num_mesh_entities_local);
+      offset_local[i] = _offset_local;
+    }
+  }
+  else
+    dofmaps[0] = ufc_dofmap;
+
+  offset_local[block_size]
+    = ufc_dofmap->global_dimension(num_mesh_entities_local);
+
+  // Allocate space for dof map
+  node_dofmap.clear();
+  node_dofmap.resize(mesh.num_cells());
+
+  // Get standard local element dimension
+  const std::size_t local_dim = dofmaps[0]->num_element_dofs();
+
+  // Holder for UFC 64-bit dofmap integers
+  std::vector<std::size_t> ufc_nodes_local(local_dim);
+  std::vector<std::size_t> ufc_nodes_global_constrained(local_dim);
+
+  // Allocate entity indices array
+  std::vector<std::vector<std::size_t>> entity_indices(D+1);
+  for (std::size_t d = 0; d <= D; ++d)
+    entity_indices[d].resize(mesh.type().num_entities(d));
+
+  // Resize local-to-global map
+  std::vector<std::size_t> node_local_to_global_constrained(offset_local[1]);
+  node_local_to_global.resize(offset_local[1]);
+
+  // Build dofmaps from ufc::dofmap
+  for (CellIterator cell(mesh, "all"); !cell.end(); ++cell)
+  {
+    // Get reference to container for cell dofs
+    std::vector<la_index>& cell_nodes = node_dofmap[cell->index()];
+    cell_nodes.resize(local_dim);
+
+    // Tabulate standard UFC dof map for first space (local)
+    get_cell_entities_local(*cell, entity_indices, needs_entities);
+    dofmaps[0]->tabulate_dofs(ufc_nodes_local.data(),
+                              num_mesh_entities_local,
+                              entity_indices);
+    std::copy(ufc_nodes_local.begin(), ufc_nodes_local.end(),
+              cell_nodes.begin());
+
+    // Tabulate standard UFC dof map for first space (global, constrained)
+    get_cell_entities_global_constrained(*cell, entity_indices,
+                                         global_entity_indices, needs_entities);
+    dofmaps[0]->tabulate_dofs(ufc_nodes_global_constrained.data(),
+                              num_mesh_entities_global,
+                              entity_indices);
+
+    // Build local-to-global map for nodes
+    for (std::size_t i = 0; i < local_dim; ++i)
+    {
+      node_local_to_global[ufc_nodes_local[i]]
+        = ufc_nodes_global_constrained[i];
+    }
+  }
+
+  // Modify for constraints
+  std::map<std::size_t, int> global_to_local;
+  std::vector<std::size_t> node_local_to_global_mod(offset_local[1]);
+  node_ufc_local_to_local.resize(offset_local[1]);
+  int counter = 0;
+  for (CellIterator cell(mesh, "all"); !cell.end(); ++cell)
+  {
+    // Get nodes (local) on cell
+    std::vector<la_index>& cell_nodes = node_dofmap[cell->index()];
+    for (std::size_t i = 0; i < cell_nodes.size(); ++i)
+    {
+      dolfin_assert(cell_nodes[i] < (int) node_local_to_global.size());
+      const std::size_t node_index_global
+        = node_local_to_global[cell_nodes[i]];
+      auto it = global_to_local.insert(std::make_pair(node_index_global,
+                                                      counter));
+      if (it.second)
+      {
+        dolfin_assert(counter < (int) node_local_to_global_mod.size());
+        node_local_to_global_mod[counter] = node_local_to_global[cell_nodes[i]];
+
+        dolfin_assert(cell_nodes[i] < (int) node_ufc_local_to_local.size());
+        node_ufc_local_to_local[cell_nodes[i]] = counter;
+
+        cell_nodes[i] = counter;
+        counter++;
+      }
+      else
+      {
+          node_local_to_global_mod[it.first->second]
+            = node_local_to_global[cell_nodes[i]];
+          node_ufc_local_to_local[cell_nodes[i]] = it.first->second;
+          cell_nodes[i] = it.first->second;
+      }
+    }
+  }
+  node_local_to_global_mod.resize(counter);
+  node_local_to_global = node_local_to_global_mod;
+
+  return dofmaps[0];
+}
+//-----------------------------------------------------------------------------
+void DofMapBuilder::compute_constrained_mesh_indices(
+  std::vector<std::vector<std::int64_t>>& global_entity_indices,
+  std::vector<std::size_t>& num_mesh_entities_global,
+  const std::vector<bool>& needs_mesh_entities,
+  const Mesh& mesh,
+  const SubDomain& constrained_domain)
+{
+  // Topological dimension
+  const std::size_t D = mesh.topology().dim();
+  dolfin_assert(needs_mesh_entities.size() == (D + 1));
+
+  // Compute slave-master pairs
+  std::map<unsigned int,
+           std::map<unsigned int, std::pair<unsigned int, unsigned int>>>
+    slave_master_mesh_entities;
+  for (std::size_t d = 0; d <= D; ++d)
+  {
+    if (needs_mesh_entities[d])
+    {
+      slave_master_mesh_entities.insert(std::make_pair(d,
+        PeriodicBoundaryComputation::compute_periodic_pairs(mesh,
+                                                            constrained_domain,
+                                                            d)));
+    }
+  }
+
+  global_entity_indices.resize(D + 1);
+  num_mesh_entities_global.resize(D + 1);
+  std::fill(num_mesh_entities_global.begin(),
+            num_mesh_entities_global.end(), 0);
+
+  // Compute number of mesh entities
+  for (std::size_t d = 0; d <= D; ++d)
+  {
+    if (needs_mesh_entities[d])
+    {
+      // Get master-slave map
+      dolfin_assert(slave_master_mesh_entities.find(d) != slave_master_mesh_entities.end());
+      const auto& slave_to_master_mesh_entities
+        = slave_master_mesh_entities.find(d)->second;
+      if (d == 0)
+      {
+        // Compute modified global vertex indices
+        const std::size_t num_vertices
+          = build_constrained_vertex_indices(mesh,
+                                             slave_to_master_mesh_entities,
+                                             global_entity_indices[0]);
+        num_mesh_entities_global[0] = num_vertices;
+      }
+      else
+      {
+        // Get number of entities
+        std::map<std::int32_t, std::set<unsigned int>> shared_entities;
+        const std::size_t num_entities
+          = DistributedMeshTools::number_entities(mesh,
+                                                  slave_to_master_mesh_entities,
+                                                  global_entity_indices[d],
+                                                  shared_entities, d);
+        num_mesh_entities_global[d] = num_entities;
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void DofMapBuilder::compute_shared_nodes(
+  std::vector<int>& shared_nodes,
+  const std::vector<std::vector<la_index>>& node_dofmap,
+  const std::size_t num_nodes_local,
+  const ufc::dofmap& ufc_dofmap,
+  const Mesh& mesh)
+{
+  // Initialise mesh
+  const std::size_t D = mesh.topology().dim();
+  mesh.init(D - 1);
+  mesh.init(D - 1, D);
+
+  // Allocate data and initialise all facets to -1 (provisionally,
+  // owned and not shared)
+  shared_nodes.resize(num_nodes_local);
+  std::fill(shared_nodes.begin(), shared_nodes.end(), -1);
+
+  std::vector<std::size_t> facet_nodes(ufc_dofmap.num_facet_dofs());
+
+  // Mark dofs associated ghost cells as ghost dofs (provisionally)
+  bool has_ghost_cells = false;
+  for (CellIterator c(mesh, "all"); !c.end(); ++c)
+  {
+    const std::vector<la_index>& cell_nodes = node_dofmap[c->index()];
+    if (c->is_shared())
+    {
+      const int status = (c->is_ghost()) ? -3 : -2;
+      for (std::size_t i = 0; i < cell_nodes.size(); ++i)
+      {
+        // Ensure not already set (for R space)
+        if (shared_nodes[cell_nodes[i]] == -1)
+          shared_nodes[cell_nodes[i]] = status;
+      }
+    }
+
+    // Change all non-ghost facet dofs of ghost cells to '0'
+    if (c->is_ghost())
+    {
+      has_ghost_cells = true;
+      for (FacetIterator f(*c); !f.end(); ++f)
+      {
+        if (!f->is_ghost())
+        {
+          ufc_dofmap.tabulate_facet_dofs(facet_nodes.data(), c->index(*f));
+          for (std::size_t i = 0; i < facet_nodes.size(); ++i)
+          {
+            std::size_t facet_node_local = cell_nodes[facet_nodes[i]];
+            shared_nodes[facet_node_local] = 0;
+          }
+        }
+      }
+    }
+
+  }
+
+  if (has_ghost_cells)
+    return;
+
+  // Mark nodes on inter-process boundary
+  for (FacetIterator f(mesh, "all"); !f.end(); ++f)
+  {
+    // Skip if facet is not shared
+    // NOTE: second test is for periodic problems
+    if (!f->is_shared() and f->num_entities(D) == 2)
+      continue;
+
+    // Get cell to which facet belongs (pick first)
+    const Cell cell0(mesh, f->entities(D)[0]);
+
+    // Tabulate dofs (local) on cell
+    const std::vector<la_index>& cell_nodes = node_dofmap[cell0.index()];
+
+    // Tabulate which dofs are on the facet
+    ufc_dofmap.tabulate_facet_dofs(facet_nodes.data(), cell0.index(*f));
+
+    // Mark boundary nodes and insert into map
+    for (std::size_t i = 0; i < facet_nodes.size(); ++i)
+    {
+      // Get facet node local index and assign "0" - shared, owner
+      // unassigned
+      size_t facet_node_local = cell_nodes[facet_nodes[i]];
+      if(shared_nodes[facet_node_local] < 0)
+        shared_nodes[facet_node_local] = 0;
+    }
+  }
+
+  if (!mesh.topology().mapping().empty()) // If mesh is built from MeshView
+  {
+    const auto shared_vertices = mesh.topology().shared_entities(0);
+    for(auto v = shared_vertices.begin(); v != shared_vertices.end(); ++v)
+    {
+      if(shared_nodes[v->first] < 0)
+        shared_nodes[v->first] = 0;
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void DofMapBuilder::compute_node_reordering(
+  IndexMap& index_map,
+  std::vector<int>& old_to_new_local,
+  const std::unordered_map<int, std::vector<int>>& node_to_sharing_processes,
+  const std::vector<std::size_t>& old_local_to_global,
+  const std::vector<std::vector<la_index>>& node_dofmap,
+  const std::vector<short int>& node_ownership,
+  const std::set<std::size_t>& global_nodes,
+  MPI_Comm mpi_comm)
+{
+  // Count number of locally owned nodes
+  std::size_t owned_local_size = 0;
+  std::size_t unowned_local_size = 0;
+  for (auto node = node_ownership.begin(); node != node_ownership.end(); ++node)
+  {
+    if (*node >= 0)
+      ++owned_local_size;
+    else if (*node == -1)
+      ++unowned_local_size;
+    else
+      dolfin_error("DofMap.cpp",
+                   "compute node reordering",
+                   "Invalid node ownership index.");
+  }
+  dolfin_assert((unowned_local_size+owned_local_size) == node_ownership.size());
+  dolfin_assert((unowned_local_size+owned_local_size)
+                == old_local_to_global.size());
+
+  // Create global-to-local index map for local un-owned nodes
+  std::vector<std::pair<std::size_t, int>> node_pairs;
+  node_pairs.reserve(unowned_local_size);
+  for (std::size_t i = 0; i < node_ownership.size(); ++i)
+  {
+    if (node_ownership[i] == -1)
+      node_pairs.push_back(std::make_pair(old_local_to_global[i] , i));
+  }
+  std::map<std::size_t, int>
+    global_to_local_nodes_unowned(node_pairs.begin(), node_pairs.end());
+  std::vector<std::pair<std::size_t, int>>().swap(node_pairs);
+
+  // Build graph for re-ordering. Below block is scoped to clear
+  // working data structures once graph is constructed.
+  Graph graph(owned_local_size);
+
+  // Create contiguous local numbering for locally owned dofs
+  std::size_t my_counter = 0;
+  std::vector<int> old_to_contiguous_node_index(node_ownership.size(), -1);
+  for (std::size_t i = 0; i < node_ownership.size(); ++i)
+  {
+    if (node_ownership[i] >= 0)
+      old_to_contiguous_node_index[i] = my_counter++;
+  }
+
+  // Build local graph, based on old dof map, with contiguous
+  // numbering
+  for (std::size_t cell = 0; cell < node_dofmap.size(); ++cell)
+  {
+    // Cell dofmaps with old local indices
+    const std::vector<la_index>& nodes = node_dofmap[cell];
+    std::vector<int> local_old;
+
+    // Loop over nodes collecting valid local nodes
+    for (std::size_t i = 0; i < nodes.size(); ++i)
+    {
+      if (global_nodes.find(nodes[i]) != global_nodes.end())
+        continue;
+
+      // Old node index (0)
+      const int n0_old = nodes[i];
+
+      // New node index (0)
+      dolfin_assert(n0_old < (int) old_to_contiguous_node_index.size());
+      const int n0_local = old_to_contiguous_node_index[n0_old];
+
+      // Add to graph if node n0_local is owned
+      if (n0_local != -1)
+      {
+        dolfin_assert(n0_local < (int) graph.size());
+        local_old.push_back(n0_local);
+      }
+    }
+
+    for (std::size_t i = 0; i < local_old.size(); ++i)
+      for (std::size_t j = 0; j < local_old.size(); ++j)
+        if (i != j)
+          graph[local_old[i]].insert(local_old[j]);
+  }
+
+  // Reorder nodes
+  const std::string ordering_library
+    = dolfin::parameters["dof_ordering_library"];
+  std::vector<int> node_remap;
+  if (ordering_library == "Boost")
+    node_remap = BoostGraphOrdering::compute_cuthill_mckee(graph, true);
+  else if (ordering_library == "SCOTCH")
+    node_remap = SCOTCH::compute_gps(graph);
+  else if (ordering_library == "random")
+  {
+    // NOTE: Randomised dof ordering should only be used for
+    // testing/benchmarking
+    node_remap.resize(graph.size());
+    for (std::size_t i = 0; i < node_remap.size(); ++i)
+      node_remap[i] = i;
+    std::random_shuffle(node_remap.begin(), node_remap.end());
+  }
+  else
+  {
+    dolfin_error("DofMapBuilder.cpp",
+                 "reorder degrees of freedom",
+                 "The requested ordering library '%s' is unknown",
+                 ordering_library.c_str());
+  }
+
+  // Compute offset for owned nodes
+  const std::size_t process_offset
+    = MPI::global_offset(mpi_comm, owned_local_size, true);
+
+  // Allocate space
+  old_to_new_local.clear();
+  old_to_new_local.resize(node_ownership.size(), -1);
+
+  // Renumber owned nodes, and buffer nodes that are owned but shared
+  // with another process
+  const std::size_t mpi_size = MPI::size(mpi_comm);
+  std::vector<std::vector<std::size_t>> send_buffer(mpi_size);
+  std::vector<std::vector<std::size_t>> recv_buffer(mpi_size);
+  std::size_t counter = 0;
+  for (std::size_t old_node_index_local = 0;
+       old_node_index_local < node_ownership.size();
+       ++old_node_index_local)
+  {
+    // Skip nodes that are not owned (will receive global index later)
+    if (node_ownership[old_node_index_local] < 0)
+      continue;
+
+    // Set new node number
+    dolfin_assert(counter < node_remap.size());
+    dolfin_assert(old_node_index_local < old_to_new_local.size());
+    old_to_new_local[old_node_index_local] = node_remap[counter];
+
+    // If this node is shared and owned, buffer old and new (global)
+    // node index for sending
+    if (node_ownership[old_node_index_local] == 0)
+    {
+      auto it = node_to_sharing_processes.find(old_node_index_local);
+      if (it != node_to_sharing_processes.end())
+      {
+        for (auto p = it->second.begin(); p != it->second.end(); ++p)
+        {
+          // Buffer old and new global indices to send
+          send_buffer[*p].push_back(old_local_to_global[old_node_index_local]);
+          send_buffer[*p].push_back(process_offset + node_remap[counter]);
+        }
+      }
+
+    }
+    ++counter;
+  }
+
+  MPI::all_to_all(mpi_comm, send_buffer, recv_buffer);
+
+  std::vector<std::size_t> local_to_global_unowned(unowned_local_size);
+  //  off_process_owner.resize(unowned_local_size);
+  std::size_t off_process_node_counter = 0;
+
+  for (std::size_t src = 0; src != mpi_size; ++src)
+    for (auto q = recv_buffer[src].begin();
+         q != recv_buffer[src].end(); q += 2)
+    {
+      const std::size_t received_old_node_index_global = *q;
+      const std::size_t received_new_node_index_global = *(q + 1);
+
+      auto it
+        = global_to_local_nodes_unowned.find(received_old_node_index_global);
+      dolfin_assert(it != global_to_local_nodes_unowned.end());
+
+      const int received_old_node_index_local = it->second;
+      local_to_global_unowned[off_process_node_counter]
+        = received_new_node_index_global;
+      // off_process_owner[off_process_node_counter] = src;
+
+      const int new_index_local = owned_local_size + off_process_node_counter;
+      dolfin_assert(old_to_new_local[received_old_node_index_local] < 0);
+      old_to_new_local[received_old_node_index_local] = new_index_local;
+      off_process_node_counter++;
+    }
+
+  index_map.set_local_to_global(local_to_global_unowned);
+
+  // Sanity check
+  for (auto it : old_to_new_local)
+  {
+    dolfin_assert(it != -1);
+  }
+}
+//-----------------------------------------------------------------------------
+void DofMapBuilder::build_dofmap(
+  std::vector<std::vector<la_index>>& dofmap,
+  const std::vector<std::vector<la_index>>& node_dofmap,
+  const std::vector<int>& old_to_new_node_local,
+  const std::size_t block_size)
+{
+  // Build dofmap looping over nodes
+  dofmap.resize(node_dofmap.size());
+  for (std::size_t i = 0; i < node_dofmap.size(); ++i)
+  {
+    const std::size_t local_dim0 = node_dofmap[i].size();
+    dofmap[i].resize(block_size*local_dim0);
+    for (std::size_t j = 0; j < local_dim0; ++j)
+    {
+      const int old_node = node_dofmap[i][j];
+      dolfin_assert(old_node < (int)  old_to_new_node_local.size());
+      const int new_node = old_to_new_node_local[old_node];
+      for (std::size_t block = 0; block < block_size; ++block)
+      {
+        dolfin_assert((block*local_dim0 + j) < dofmap[i].size());
+        dofmap[i][block*local_dim0 + j] = block_size*new_node + block;
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void DofMapBuilder::get_cell_entities_local(const Cell& cell,
+  std::vector<std::vector<std::size_t>>& entity_indices,
+  const std::vector<bool>& needs_mesh_entities)
+{
+  const std::size_t D = cell.mesh().topology().dim();
+  for (std::size_t d = 0; d < D; ++d)
+    if (needs_mesh_entities[d])
+      for (std::size_t i = 0; i < cell.num_entities(d); ++i)
+        entity_indices[d][i] = cell.entities(d)[i];
+  // Handle cell index separately because cell.entities(D) doesn't work.
+  if (needs_mesh_entities[D])
+    entity_indices[D][0] = cell.index();
+}
+//-----------------------------------------------------------------------------
+void DofMapBuilder::get_cell_entities_global(const Cell& cell,
+  std::vector<std::vector<std::size_t>>& entity_indices,
+  const std::vector<bool>& needs_mesh_entities)
+{
+  const MeshTopology& topology = cell.mesh().topology();
+  const std::size_t D = topology.dim();
+  for (std::size_t d = 0; d < D; ++d)
+  {
+    if (needs_mesh_entities[d])
+    {
+      if (topology.have_global_indices(d)) // TODO: Check if this ever will be false in here
+      {
+        const auto& global_indices = topology.global_indices(d);
+        for (std::size_t i = 0; i < cell.num_entities(d); ++i)
+          entity_indices[d][i] = global_indices[cell.entities(d)[i]];
+      }
+      else
+      {
+        for (std::size_t i = 0; i < cell.num_entities(d); ++i)
+          entity_indices[d][i] = cell.entities(d)[i];
+      }
+    }
+  }
+  // Handle cell index separately because cell.entities(D) doesn't work.
+  if (needs_mesh_entities[D])
+  {
+    if (topology.have_global_indices(D))
+      entity_indices[D][0] = cell.global_index();
+    else
+      entity_indices[D][0] = cell.index();
+  }
+}
+// TODO: The above and below functions are _very_ similar, can they be combined?
+//-----------------------------------------------------------------------------
+void DofMapBuilder::get_cell_entities_global_constrained(const Cell& cell,
+  std::vector<std::vector<std::size_t>>& entity_indices,
+  const std::vector<std::vector<std::int64_t>>& global_entity_indices,
+  const std::vector<bool>& needs_mesh_entities)
+{
+  const std::size_t D = cell.mesh().topology().dim();
+  for (std::size_t d = 0; d < D; ++d)
+  {
+    if (needs_mesh_entities[d])
+    {
+      if (global_entity_indices[d].empty())
+      {
+        dolfin_error("DofMapBuilder.cpp",
+                     "get_cell_entities_global_constrained",
+                     "Missing global entity indices needed for cell entity tabulation.");
+      }
+      if (!global_entity_indices[d].empty()) // TODO: Can this be false? If so the entity_indices array will contain garbage
+      {
+        const auto& global_indices = global_entity_indices[d];
+        for (std::size_t i = 0; i < cell.num_entities(d); ++i)
+          entity_indices[d][i] = global_indices[cell.entities(d)[i]];
+      }
+    }
+  }
+  // Handle cell index separately because cell.entities(D) doesn't work.
+  if (needs_mesh_entities[D])
+  {
+    if (global_entity_indices[D].empty())
+    {
+      dolfin_error("DofMapBuilder.cpp",
+                   "get_cell_entities_global_constrained",
+                   "Missing global cell index needed for cell index tabulation.");
+    }
+    //entity_indices[D][0] = cell.index(); // This was the line here before, don't understand how that didn't fail miserably.
+    entity_indices[D][0] = global_entity_indices[D][cell.index()];
+  }
+}
+//-----------------------------------------------------------------------------
+std::vector<std::size_t> DofMapBuilder::compute_num_mesh_entities_local(
+  const Mesh& mesh, const std::vector<bool>& needs_mesh_entities)
+{
+  const std::size_t D = mesh.topology().dim();
+  std::vector<std::size_t> num_mesh_entities_local(D + 1);
+  for (std::size_t d = 0; d <= D; ++d)
+  {
+    if (needs_mesh_entities[d])
+    {
+      mesh.init(d);
+      num_mesh_entities_local[d] = mesh.num_entities(d);
+    }
+  }
+  return num_mesh_entities_local;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/DofMapBuilder.h b/dolfin/fem/DofMapBuilder.h
new file mode 100644
index 0000000..4fc0811
--- /dev/null
+++ b/dolfin/fem/DofMapBuilder.h
@@ -0,0 +1,218 @@
+// Copyright (C) 2008-2015 Anders Logg, Ola Skavhaug and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Niclas Jansson 2009.
+// Modified by Garth Wells 2009-2012
+// Modified by Mikael Mortensen 2012.
+// Modified by Martin Alnaes, 2015
+
+#ifndef __DOF_MAP_BUILDER_H
+#define __DOF_MAP_BUILDER_H
+
+#include <map>
+#include <memory>
+#include <set>
+#include <unordered_map>
+#include <utility>
+#include <vector>
+
+namespace ufc
+{
+  class dofmap;
+}
+
+namespace dolfin
+{
+
+  class DofMap;
+  class Mesh;
+  class IndexMap;
+  class SubDomain;
+  class UFC;
+  class Cell;
+
+  /// Builds a DofMap on a Mesh
+
+  class DofMapBuilder
+  {
+
+  public:
+
+    /// Build dofmap. The constrained domain may be a null pointer, in
+    /// which case it is ignored.
+    ///
+    /// @param[out] dofmap
+    /// @param[in] dolfin_mesh
+    /// @param[in] constrained_domain
+    static void build(DofMap& dofmap, const Mesh& dolfin_mesh,
+                      std::shared_ptr<const SubDomain> constrained_domain);
+
+    /// Build sub-dofmap. This is a view into the parent dofmap.
+    ///
+    /// @param[out] sub_dofmap
+    /// @param[in] parent_dofmap
+    /// @param[in] component
+    /// @param[in] mesh
+    static void build_sub_map_view(DofMap& sub_dofmap,
+                                   const DofMap& parent_dofmap,
+                                   const std::vector<std::size_t>& component,
+                                   const Mesh& mesh);
+
+  private:
+
+    // Build modified global entity indices that account for periodic
+    // bcs
+    static std::size_t build_constrained_vertex_indices(
+      const Mesh& mesh,
+      const std::map<unsigned int, std::pair<unsigned int,
+      unsigned int>>& slave_to_master_vertices,
+      std::vector<std::int64_t>& modified_vertex_indices_global);
+
+    // Build simple local UFC-based dofmap data structure (does not
+    // account for master/slave constraints)
+    static void
+      build_local_ufc_dofmap(std::vector<std::vector<dolfin::la_index>>& dofmap,
+                             const ufc::dofmap& ufc_dofmap,
+                             const Mesh& mesh);
+
+    // Compute which process 'owns' each node (point at which dofs live)
+    //   - node_ownership = -1 -> dof shared but not 'owned' by this
+    //     process
+    //   - node_ownership = 0  -> dof owned by this process and shared
+    //     with other processes
+    //   - node_ownership = 1  -> dof owned by this process and not
+    //     shared
+    //
+    // Also computes map from shared node to sharing processes and a
+    // set of process that share dofs on this process.
+    // Returns: number of locally owned nodes
+    static int compute_node_ownership(
+      std::vector<short int>& node_ownership,
+      std::unordered_map<int, std::vector<int>>& shared_node_to_processes,
+      std::set<int>& neighbours,
+      const std::vector<std::vector<la_index>>& node_dofmap,
+      const std::vector<int>& boundary_nodes,
+      const std::set<std::size_t>& global_nodes,
+      const std::vector<std::size_t>& node_local_to_global,
+      const Mesh& mesh,
+      const std::size_t global_dim);
+
+    // Build dofmap based on re-ordered nodes
+    static void
+      build_dofmap(std::vector<std::vector<la_index>>& dofmap,
+                   const std::vector<std::vector<la_index>>& node_dofmap,
+                   const std::vector<int>& old_to_new_node_local,
+                   const std::size_t block_size);
+
+    // Compute set of global dofs (e.g. Reals associated with global
+    // Lagrange multipliers) based on UFC numbering. Global dofs are
+    // not associated with any mesh entity. The returned indices are
+    // local to the process.
+    static std::set<std::size_t>
+      compute_global_dofs(std::shared_ptr<const ufc::dofmap> ufc_dofmap,
+                     const std::vector<std::size_t>& num_mesh_entities_local);
+
+    // Iterate recursively over all sub-dof maps to find global
+    // degrees of freedom
+    static void
+      compute_global_dofs(std::set<std::size_t>& global_dofs,
+                       std::size_t& offset_local,
+                       std::shared_ptr<const ufc::dofmap> ufc_dofmap,
+                       const std::vector<std::size_t>& num_mesh_entities_local);
+
+    // Recursively extract UFC sub-dofmap and compute offset
+    static std::shared_ptr<ufc::dofmap> extract_ufc_sub_dofmap(
+      const ufc::dofmap& ufc_dofmap,
+      std::size_t& offset,
+      const std::vector<std::size_t>& component,
+      const std::vector<std::size_t>& num_global_mesh_entities);
+
+    // Compute block size, e.g. in 3D elasticity block_size = 3
+    static std::size_t compute_blocksize(const ufc::dofmap& ufc_dofmap);
+
+    static void compute_constrained_mesh_indices(
+      std::vector<std::vector<std::int64_t>>& global_entity_indices,
+      std::vector<std::size_t>& num_mesh_entities_global,
+      const std::vector<bool>& needs_mesh_entities,
+      const Mesh& mesh,
+      const SubDomain& constrained_domain);
+
+    static std::shared_ptr<const ufc::dofmap>
+      build_ufc_node_graph(
+        std::vector<std::vector<la_index>>& node_dofmap,
+        std::vector<std::size_t>& node_local_to_global,
+        std::vector<std::size_t>& num_mesh_entities_global,
+        std::shared_ptr<const ufc::dofmap> ufc_dofmap,
+        const Mesh& mesh,
+        std::shared_ptr<const SubDomain> constrained_domain,
+        const std::size_t block_size);
+
+    static std::shared_ptr<const ufc::dofmap>
+      build_ufc_node_graph_constrained(
+        std::vector<std::vector<la_index>>& node_dofmap,
+        std::vector<std::size_t>& node_local_to_global,
+        std::vector<int>& node_ufc_local_to_local,
+        std::vector<std::size_t>& num_mesh_entities_global,
+        std::shared_ptr<const ufc::dofmap> ufc_dofmap,
+        const Mesh& mesh,
+        std::shared_ptr<const SubDomain> constrained_domain,
+        const std::size_t block_size);
+
+
+    // Mark shared nodes. Boundary nodes are assigned a random
+    // positive integer, interior nodes are marked as -1, interior
+    // nodes in ghost layer of other processes are marked -2, and
+    // ghost nodes are marked as -3
+    static void compute_shared_nodes(
+      std::vector<int>& boundary_nodes,
+      const std::vector<std::vector<la_index>>& node_dofmap,
+      const std::size_t num_nodes_local,
+      const ufc::dofmap& ufc_dofmap,
+      const Mesh& mesh);
+
+    static void compute_node_reordering(
+      IndexMap& index_map,
+      std::vector<int>& old_to_new_local,
+      const std::unordered_map<int, std::vector<int>>& node_to_sharing_processes,
+      const std::vector<std::size_t>& old_local_to_global,
+      const std::vector<std::vector<la_index>>& node_dofmap,
+      const std::vector<short int>& node_ownership,
+      const std::set<std::size_t>& global_nodes,
+      const MPI_Comm mpi_comm);
+
+    static void get_cell_entities_local(const Cell& cell,
+      std::vector<std::vector<std::size_t>>& entity_indices,
+      const std::vector<bool>& needs_mesh_entities);
+
+    static void get_cell_entities_global(const Cell& cell,
+      std::vector<std::vector<std::size_t>>& entity_indices,
+      const std::vector<bool>& needs_mesh_entities);
+
+    static void get_cell_entities_global_constrained(const Cell& cell,
+      std::vector<std::vector<std::size_t>>& entity_indices,
+      const std::vector<std::vector<std::int64_t>>& global_entity_indices,
+      const std::vector<bool>& needs_mesh_entities);
+
+    // Compute number of mesh entities for dimensions required by
+    // dofmap
+    static std::vector<std::size_t> compute_num_mesh_entities_local(
+      const Mesh& mesh, const std::vector<bool>& needs_mesh_entities);
+
+  };
+}
+
+#endif
diff --git a/dolfin/fem/Equation.cpp b/dolfin/fem/Equation.cpp
new file mode 100644
index 0000000..53f86fa
--- /dev/null
+++ b/dolfin/fem/Equation.cpp
@@ -0,0 +1,67 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-06-21
+// Last changed: 2011-06-22
+
+#include <dolfin/log/log.h>
+#include "Form.h"
+#include "Equation.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+Equation::Equation(std::shared_ptr<const Form> a,
+                   std::shared_ptr<const Form> L)
+  : _lhs(a), _rhs(L), _rhs_int(0), _is_linear(true)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Equation::Equation(std::shared_ptr<const Form> F, int rhs)
+  : _lhs(F), _rhs_int(rhs), _is_linear(false)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Equation::~Equation()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+bool Equation::is_linear() const
+{
+  return _is_linear;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Form> Equation::lhs() const
+{
+  dolfin_assert(_lhs);
+  return _lhs;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Form> Equation::rhs() const
+{
+  dolfin_assert(_rhs);
+  return _rhs;
+}
+//-----------------------------------------------------------------------------
+int Equation::rhs_int() const
+{
+  return _rhs_int;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/Equation.h b/dolfin/fem/Equation.h
new file mode 100644
index 0000000..70a0bed
--- /dev/null
+++ b/dolfin/fem/Equation.h
@@ -0,0 +1,96 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-06-21
+// Last changed: 2011-06-22
+
+#ifndef __EQUATION_H
+#define __EQUATION_H
+
+#include <memory>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class Form;
+
+  /// This class represents a variational equation lhs == rhs.
+  /// The equation can be either linear or nonlinear:
+  ///
+  /// 1. Linear (a == L), in which case a must be a bilinear form
+  ///    and L must be a linear form.
+  ///
+  /// 2. Nonlinear (F == 0), in which case F must be a linear form.
+
+  class Equation
+  {
+  public:
+
+    /// Create equation a == L
+    /// @param[in] a (Form)
+    ///  Form representing the LHS
+    /// @param[in] L (Form)
+    ///  Form representing the RHS
+    Equation(std::shared_ptr<const Form> a,
+             std::shared_ptr<const Form> L);
+
+    /// Create equation F == 0
+    /// @param[in] F (Form)
+    /// @param[in] rhs (int)
+    Equation(std::shared_ptr<const Form> F, int rhs);
+
+    /// Destructor
+    ~Equation();
+
+    /// Check whether equation is linear
+    /// @return bool
+    bool is_linear() const;
+
+    /// Return form for left-hand side
+    /// @return Form
+    /// LHS form
+    std::shared_ptr<const Form> lhs() const;
+
+    /// Return form for right-hand side
+    /// @return Form
+    /// RHS form
+    std::shared_ptr<const Form> rhs() const;
+
+    /// Return value for right-hand side
+    /// @return int
+    int rhs_int() const;
+
+  private:
+
+    // Left-hand side form
+    std::shared_ptr<const Form> _lhs;
+
+    // Right-hand side form
+    std::shared_ptr<const Form> _rhs;
+
+    // Right-hand side value (should be zero)
+    int _rhs_int;
+
+    // Flag for whether equation is linear
+    bool _is_linear;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/FiniteElement.cpp b/dolfin/fem/FiniteElement.cpp
new file mode 100644
index 0000000..e922f6b
--- /dev/null
+++ b/dolfin/fem/FiniteElement.cpp
@@ -0,0 +1,116 @@
+// Copyright (C) 2008-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2008-10-14
+// Last changed: 2011-11-14
+
+#include <dolfin/common/utils.h>
+#include <dolfin/log/log.h>
+#include <dolfin/mesh/Cell.h>
+#include "FiniteElement.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+FiniteElement::FiniteElement(std::shared_ptr<const ufc::finite_element> element)
+  : _ufc_element(element), _hash(dolfin::hash_local(signature()))
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void FiniteElement::tabulate_dof_coordinates(
+  boost::multi_array<double, 2>& coordinates,
+  const std::vector<double>& coordinate_dofs,
+  const Cell& cell) const
+{
+  dolfin_assert(_ufc_element);
+
+  // Check dimensions
+  const std::size_t dim = this->space_dimension();
+  const std::size_t gdim = this->geometric_dimension();
+  if (coordinates.shape()[0] != dim or coordinates.shape()[1] != gdim)
+  {
+    boost::multi_array<double, 2>::extent_gen extents;
+    coordinates.resize(extents[dim][gdim]);
+  }
+
+  // Tabulate coordinates
+  _ufc_element->tabulate_dof_coordinates(coordinates.data(),
+                                         coordinate_dofs.data());
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const FiniteElement>
+FiniteElement::extract_sub_element(const std::vector<std::size_t>& component) const
+{
+  // Recursively extract sub element
+  std::shared_ptr<const FiniteElement> sub_finite_element
+    = extract_sub_element(*this, component);
+  log(DBG, "Extracted finite element for sub system: %s",
+      sub_finite_element->signature().c_str());
+
+  return sub_finite_element;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const FiniteElement>
+FiniteElement::extract_sub_element(const FiniteElement& finite_element,
+                                   const std::vector<std::size_t>& component)
+{
+  // Check if there are any sub systems
+  if (finite_element.num_sub_elements() == 0)
+  {
+    dolfin_error("FiniteElement.cpp",
+                 "extract subsystem of finite element",
+                 "There are no subsystems");
+  }
+
+  // Check that a sub system has been specified
+  if (component.empty())
+  {
+    dolfin_error("FiniteElement.cpp",
+                 "extract subsystem of finite element",
+                 "No system was specified");
+  }
+
+  // Check the number of available sub systems
+  if (component[0] >= finite_element.num_sub_elements())
+  {
+    dolfin_error("FiniteElement.cpp",
+                 "extract subsystem of finite element",
+                 "Requested subsystem (%d) out of range [0, %d)",
+                 component[0], finite_element.num_sub_elements());
+  }
+
+  // Create sub system
+  std::shared_ptr<const FiniteElement> sub_element
+    = finite_element.create_sub_element(component[0]);
+  dolfin_assert(sub_element);
+
+  // Return sub system if sub sub system should not be extracted
+  if (component.size() == 1)
+    return sub_element;
+
+  // Otherwise, recursively extract the sub sub system
+  std::vector<std::size_t> sub_component;
+  for (std::size_t i = 1; i < component.size(); i++)
+    sub_component.push_back(component[i]);
+
+  std::shared_ptr<const FiniteElement> sub_sub_element
+    = extract_sub_element(*sub_element, sub_component);
+
+  return sub_sub_element;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/FiniteElement.h b/dolfin/fem/FiniteElement.h
new file mode 100644
index 0000000..43fab5e
--- /dev/null
+++ b/dolfin/fem/FiniteElement.h
@@ -0,0 +1,265 @@
+// Copyright (C) 2008-2013 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __FINITE_ELEMENT_H
+#define __FINITE_ELEMENT_H
+
+#include <memory>
+#include <vector>
+#include <ufc.h>
+#include <boost/multi_array.hpp>
+#include <dolfin/common/types.h>
+#include <dolfin/log/log.h>
+
+namespace dolfin
+{
+
+  class Cell;
+
+  /// This is a wrapper for a UFC finite element (ufc::finite_element).
+
+  class FiniteElement
+  {
+  public:
+
+    /// Create finite element from UFC finite element (data may be shared)
+    /// @param element (ufc::finite_element)
+    ///  UFC finite element
+    FiniteElement(std::shared_ptr<const ufc::finite_element> element);
+
+    /// Destructor
+    virtual ~FiniteElement() {}
+
+    //--- Direct wrappers for ufc::finite_element ---
+
+    /// Return a string identifying the finite element
+    /// @return std::string
+    std::string signature() const
+    {
+      dolfin_assert(_ufc_element);
+      return _ufc_element->signature();
+    }
+
+    /// Return the cell shape
+    /// @return ufc::shape
+    ufc::shape cell_shape() const
+    {
+      dolfin_assert(_ufc_element);
+      return _ufc_element->cell_shape();
+    }
+
+    /// Return the topological dimension of the cell shape
+    /// @return std::size_t
+    std::size_t topological_dimension() const
+    {
+      dolfin_assert(_ufc_element);
+      return _ufc_element->topological_dimension();
+    }
+
+    /// Return the geometric dimension of the cell shape
+    /// @return unsigned int
+    virtual unsigned int geometric_dimension() const
+    {
+      dolfin_assert(_ufc_element);
+      return _ufc_element->geometric_dimension();
+    }
+
+    /// Return the dimension of the finite element function space
+    /// @return std::size_t
+    std::size_t space_dimension() const
+    {
+      dolfin_assert(_ufc_element);
+      return _ufc_element->space_dimension();
+    }
+
+    /// Return the rank of the value space
+    std::size_t value_rank() const
+    {
+      dolfin_assert(_ufc_element);
+      return _ufc_element->value_rank();
+    }
+
+    /// Return the dimension of the value space for axis i
+    std::size_t value_dimension(std::size_t i) const
+    {
+      dolfin_assert(_ufc_element);
+      return _ufc_element->value_dimension(i);
+    }
+
+    /// Evaluate basis function i at given point in cell
+    void evaluate_basis(std::size_t i, double* values, const double* x,
+                        const double* coordinate_dofs,
+                        int cell_orientation) const
+    {
+      dolfin_assert(_ufc_element);
+      _ufc_element->evaluate_basis(i, values, x, coordinate_dofs,
+                                   cell_orientation);
+    }
+
+    /// Evaluate all basis functions at given point in cell
+    void evaluate_basis_all(double* values,
+                            const double* x,
+                            const double* coordinate_dofs,
+                            int cell_orientation) const
+    {
+      dolfin_assert(_ufc_element);
+      _ufc_element->evaluate_basis_all(values, x, coordinate_dofs,
+                                       cell_orientation);
+    }
+
+    /// Evaluate order n derivatives of basis function i at given point in cell
+    void evaluate_basis_derivatives(unsigned int i,
+                                    unsigned int n,
+                                    double* values,
+                                    const double* x,
+                                    const double* coordinate_dofs,
+                                    int cell_orientation) const
+    {
+      dolfin_assert(_ufc_element);
+      _ufc_element->evaluate_basis_derivatives(i, n, values, x,
+                                               coordinate_dofs,
+                                               cell_orientation);
+    }
+
+    /// Evaluate order n derivatives of all basis functions at given
+    /// point in cell
+    void evaluate_basis_derivatives_all(unsigned int n,
+                                        double* values,
+                                        const double* x,
+                                        const double* coordinate_dofs,
+                                        int cell_orientation) const
+    {
+      dolfin_assert(_ufc_element);
+      _ufc_element->evaluate_basis_derivatives_all(n, values, x,
+                                                   coordinate_dofs,
+                                                   cell_orientation);
+    }
+
+    /// Evaluate linear functional for dof i on the function f
+    double evaluate_dof(std::size_t i,
+                        const ufc::function& function,
+                        const double* coordinate_dofs,
+                        int cell_orientation,
+                        const ufc::cell& c) const
+    {
+      dolfin_assert(_ufc_element);
+      return _ufc_element->evaluate_dof(i, function, coordinate_dofs,
+                                        cell_orientation, c);
+    }
+
+    /// Evaluate linear functionals for all dofs on the function f
+    void evaluate_dofs(double* values,
+                       const ufc::function& f,
+                       const double* coordinate_dofs,
+                       int cell_orientation,
+                       const ufc::cell& c) const
+    {
+      dolfin_assert(_ufc_element);
+      _ufc_element->evaluate_dofs(values, f, coordinate_dofs,
+                                  cell_orientation, c);
+    }
+
+    /// Interpolate vertex values from dof values
+    /// @param vertex_values (double*)
+    /// @param coefficients (double*)
+    /// @param coordinate_dofs (const double*)
+    /// @param cell_orientation (int)
+    void interpolate_vertex_values(double* vertex_values,
+                                   double* coefficients,
+                                   const double* coordinate_dofs,
+                                   int cell_orientation) const
+    {
+      dolfin_assert(_ufc_element);
+      _ufc_element->interpolate_vertex_values(vertex_values, coefficients,
+                                              coordinate_dofs,
+                                              cell_orientation);
+    }
+
+    /// Tabulate the coordinates of all dofs on an element
+    ///
+    /// @param[in,out]    coordinates (boost::multi_array<double, 2>)
+    ///         The coordinates of all dofs on a cell.
+    /// @param[in]    coordinate_dofs (std::vector<double>)
+    ///         The cell coordinates
+    /// @param[in]    cell (Cell)
+    ///         The cell.
+    void tabulate_dof_coordinates(boost::multi_array<double, 2>& coordinates,
+                                  const std::vector<double>& coordinate_dofs,
+                                  const Cell& cell) const;
+
+    /// Return the number of sub elements (for a mixed element)
+    /// @return std::size_t
+    ///   number of sub-elements
+    std::size_t num_sub_elements() const
+    {
+      dolfin_assert(_ufc_element);
+      return _ufc_element->num_sub_elements();
+    }
+
+    //--- DOLFIN-specific extensions of the interface ---
+
+    /// Return simple hash of the signature string
+    std::size_t hash() const
+    { return _hash; }
+
+    /// Create a new finite element for sub element i (for a mixed element)
+    std::shared_ptr<const FiniteElement>
+      create_sub_element(std::size_t i) const
+    {
+      dolfin_assert(_ufc_element);
+      std::shared_ptr<const ufc::finite_element>
+        ufc_element(_ufc_element->create_sub_element(i));
+      std::shared_ptr<const FiniteElement>
+        element(new const FiniteElement(ufc_element));
+      return element;
+    }
+
+    /// Create a new class instance
+    std::shared_ptr<const FiniteElement> create() const
+    {
+      dolfin_assert(_ufc_element);
+      std::shared_ptr<const ufc::finite_element>
+        ufc_element(_ufc_element->create());
+      return std::shared_ptr<const FiniteElement>(new FiniteElement(ufc_element));
+    }
+
+    /// Extract sub finite element for component
+    std::shared_ptr<const FiniteElement>
+      extract_sub_element(const std::vector<std::size_t>& component) const;
+
+    /// Return underlying UFC element. Intended for libray usage only
+    /// and may change.
+    std::shared_ptr<const ufc::finite_element> ufc_element() const
+    { return _ufc_element; }
+
+  private:
+
+    // UFC finite element
+    std::shared_ptr<const ufc::finite_element> _ufc_element;
+
+    // Recursively extract sub finite element
+    static std::shared_ptr<const FiniteElement>
+      extract_sub_element(const FiniteElement& finite_element,
+                          const std::vector<std::size_t>& component);
+
+    // Simple hash of the signature string
+    std::size_t _hash;
+
+  };
+
+}
+#endif
diff --git a/dolfin/fem/Form.cpp b/dolfin/fem/Form.cpp
new file mode 100644
index 0000000..6aef49f
--- /dev/null
+++ b/dolfin/fem/Form.cpp
@@ -0,0 +1,406 @@
+// Copyright (C) 2007-2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2008-2014
+// Modified by Martin Alnes 2008
+// Modified by Cecile Daversin-Catty 2018
+//
+// First added:  2007-12-10
+// Last changed: 2018-08-09
+
+#include <memory>
+#include <string>
+
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/fem/FiniteElement.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/function/GenericFunction.h>
+#include <dolfin/log/log.h>
+#include <dolfin/log/LogStream.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshData.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include "Form.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+Form::Form(std::size_t rank, std::size_t num_coefficients)
+  : Hierarchical<Form>(*this),  _function_spaces(rank),
+  _coefficients(num_coefficients), _rank(rank)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Form::Form(std::shared_ptr<const ufc::form> ufc_form,
+           std::vector<std::shared_ptr<const FunctionSpace>> function_spaces)
+  : Hierarchical<Form>(*this), _ufc_form(ufc_form),
+    _function_spaces(function_spaces), _coefficients(ufc_form->num_coefficients()),
+    _rank(ufc_form->rank())
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Form::~Form()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+std::size_t Form::rank() const
+{
+  if (!_ufc_form)
+    return _rank;
+  else
+  {
+    dolfin_assert(_ufc_form->rank() == _rank);
+    return _rank;
+  }
+}
+//-----------------------------------------------------------------------------
+std::size_t Form::num_coefficients() const
+{
+  if (!_ufc_form)
+    return _coefficients.size();
+  else
+  {
+    dolfin_assert(_ufc_form->num_coefficients() == _coefficients.size());
+    return _coefficients.size();
+  }
+}
+//-----------------------------------------------------------------------------
+std::size_t Form::original_coefficient_position(std::size_t i) const
+{
+  dolfin_assert(_ufc_form);
+  return _ufc_form->original_coefficient_position(i);
+}
+//-----------------------------------------------------------------------------
+std::vector<std::size_t> Form::coloring(std::size_t entity_dim) const
+{
+  warning("Form::coloring does not properly consider form type.");
+
+  // Get mesh
+  dolfin_assert(this->mesh());
+  const Mesh& mesh = *(this->mesh());
+  const std::size_t cell_dim = mesh.topology().dim();
+
+  std::vector<std::size_t> _coloring;
+  if (entity_dim == cell_dim)
+    _coloring = {{cell_dim, 0, cell_dim}};
+  else if (entity_dim == cell_dim - 1)
+    _coloring = {{cell_dim - 1, cell_dim, 0, cell_dim, cell_dim - 1}};
+  else
+  {
+    dolfin_error("Form.cpp",
+                 "color form for multicore computing",
+                 "Only cell and facet coloring are currently supported");
+  }
+
+  return _coloring;
+}
+//-----------------------------------------------------------------------------
+void Form::set_mesh(std::shared_ptr<const Mesh> mesh)
+{
+  _mesh = mesh;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Mesh> Form::mesh() const
+{
+  // In the case when there are no function spaces (in the case of a
+  // a functional) the (generated) subclass must set the mesh directly
+  // by calling set_mesh().
+
+  std::vector<std::shared_ptr<const Mesh>> meshes;
+
+  // Add common mesh if any
+  if (_mesh)
+    meshes.push_back(_mesh);
+
+  // Extract meshes from markers if any
+  if (dx)
+    meshes.push_back(dx->mesh());
+  if (ds)
+    meshes.push_back(ds->mesh());
+  if (dS)
+    meshes.push_back(dS->mesh());
+  if (dP)
+    meshes.push_back(dP->mesh());
+
+  // Extract meshes from function spaces associated with form arguments.
+  // Note that this is only done when we don't already have a mesh since
+  // it may otherwise conflict with existing meshes.
+  if (meshes.empty())
+  {
+    for (std::size_t i = 0; i < _function_spaces.size(); i++)
+    {
+      if (_function_spaces[i])
+      {
+	dolfin_assert(_function_spaces[i]->mesh());
+	meshes.push_back(_function_spaces[i]->mesh());
+      }
+    }
+  }
+
+  // Extract meshes from coefficients. Note that this is only done
+  // when we don't already have a mesh since it may otherwise conflict
+  // with existing meshes (if coefficient is defined on another mesh).
+  if (meshes.empty())
+  {
+    for (std::size_t i = 0; i < _coefficients.size(); i++)
+    {
+      const Function* function
+        = dynamic_cast<const Function*>(&*_coefficients[i]);
+      if (function && function->function_space()->mesh())
+        meshes.push_back(function->function_space()->mesh());
+    }
+  }
+
+  // Check that we have at least one mesh
+  if (meshes.empty())
+  {
+    dolfin_error("Form.cpp",
+                 "extract mesh from form",
+                 "No mesh was found. Try passing mesh to the assemble function");
+  }
+
+  // Check that all meshes are the same
+  for (std::size_t i = 1; i < meshes.size(); i++)
+  {
+    if (meshes[i] != meshes[i - 1])
+    {
+      dolfin_error("Form.cpp",
+                   "extract mesh from form",
+                   "Non-matching meshes for function spaces and/or measures");
+    }
+  }
+
+  // Return first mesh
+  dolfin_assert(meshes[0]);
+  return meshes[0];
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const FunctionSpace> Form::function_space(std::size_t i) const
+{
+  dolfin_assert(i < _function_spaces.size());
+  return _function_spaces[i];
+}
+//-----------------------------------------------------------------------------
+std::vector<std::shared_ptr<const FunctionSpace>> Form::function_spaces() const
+{
+  return _function_spaces;
+}
+//-----------------------------------------------------------------------------
+void Form::set_coefficient(std::size_t i,
+                           std::shared_ptr<const GenericFunction> coefficient)
+{
+  dolfin_assert(i < _coefficients.size());
+  _coefficients[i] = coefficient;
+}
+//-----------------------------------------------------------------------------
+void Form::set_coefficient(std::string name,
+                           std::shared_ptr<const GenericFunction> coefficient)
+{
+  set_coefficient(coefficient_number(name), coefficient);
+}
+//-----------------------------------------------------------------------------
+void Form::set_coefficients(std::map<std::string, std::shared_ptr<const GenericFunction>> coefficients)
+{
+  for (auto it = coefficients.begin(); it != coefficients.end(); ++it)
+    set_coefficient(it->first, it->second);
+}
+//-----------------------------------------------------------------------------
+void Form::set_some_coefficients(std::map<std::string,
+                                 std::shared_ptr<const GenericFunction>> coefficients)
+{
+  // Build map of which coefficients has been set
+  std::map<std::string, bool> markers;
+  for (std::size_t i = 0; i < num_coefficients(); i++)
+    markers[coefficient_name(i)] = false;
+
+  // Set all coefficients that need to be set
+  for (auto it = coefficients.begin(); it != coefficients.end(); ++it)
+  {
+    auto name = it->first;
+    auto coefficient = it->second;
+    if (markers.find(name) != markers.end())
+    {
+      set_coefficient(name, coefficient);
+      markers[name] = true;
+    }
+  }
+
+  // Check which coefficients that have been set
+  std::stringstream s_set;
+  std::stringstream s_unset;
+  std::size_t num_set = 0;
+  for (auto it = markers.begin(); it != markers.end(); ++it)
+  {
+    if (it->second)
+    {
+      num_set++;
+      s_set << " " << it->first;
+    }
+    else
+      s_unset << " " << it->second;
+  }
+
+  // Report status of set coefficients
+  if (num_set == num_coefficients())
+    info("All coefficients attached to form:%s", s_set.str().c_str());
+  else
+  {
+    info("%d coefficient(s) attached to form:%s",
+         num_set, s_set.str().c_str());
+    info("%d coefficient(s) missing: %s",
+         num_coefficients() - num_set, s_unset.str().c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const GenericFunction> Form::coefficient(std::size_t i) const
+{
+  dolfin_assert(i < _coefficients.size());
+  return _coefficients[i];
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const GenericFunction> Form::coefficient(std::string name) const
+{
+  return coefficient(coefficient_number(name));
+}
+//-----------------------------------------------------------------------------
+std::vector<std::shared_ptr<const GenericFunction>> Form::coefficients() const
+{
+  return _coefficients;
+}
+//-----------------------------------------------------------------------------
+std::size_t Form::coefficient_number(const std::string & name) const
+{
+  // TODO: Dissect name, assuming "wi", and return i.
+  dolfin_not_implemented();
+  return 0;
+}
+//-----------------------------------------------------------------------------
+std::string Form::coefficient_name(std::size_t i) const
+{
+  // Create name like "w0", overloaded by Form subclasses generated by form compilers
+  std::ostringstream name;
+  name << "w" << i;
+  return name.str();
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const MeshFunction<std::size_t>> Form::cell_domains() const
+{
+  return dx;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const MeshFunction<std::size_t>> Form::exterior_facet_domains() const
+{
+  return ds;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const MeshFunction<std::size_t>> Form::interior_facet_domains() const
+{
+  return dS;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const MeshFunction<std::size_t>> Form::vertex_domains() const
+{
+  return dP;
+}
+//-----------------------------------------------------------------------------
+void Form::set_cell_domains
+(std::shared_ptr<const MeshFunction<std::size_t>> cell_domains)
+{
+  dx = cell_domains;
+}
+//-----------------------------------------------------------------------------
+void Form::set_exterior_facet_domains
+(std::shared_ptr<const MeshFunction<std::size_t>> exterior_facet_domains)
+{
+  ds = exterior_facet_domains;
+}
+//-----------------------------------------------------------------------------
+void Form::set_interior_facet_domains
+(std::shared_ptr<const MeshFunction<std::size_t>> interior_facet_domains)
+{
+  dS = interior_facet_domains;
+}
+//-----------------------------------------------------------------------------
+void Form::set_vertex_domains
+(std::shared_ptr<const MeshFunction<std::size_t>> vertex_domains)
+{
+  dP = vertex_domains;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const ufc::form> Form::ufc_form() const
+{
+  return _ufc_form;
+}
+//-----------------------------------------------------------------------------
+void Form::check() const
+{
+  dolfin_assert(_ufc_form);
+
+  // Check that the number of argument function spaces is correct
+  if (_ufc_form->rank() != _function_spaces.size())
+  {
+    dolfin_error("Form.cpp",
+                 "assemble form",
+                 "Expecting %d function spaces (not %d)",
+                 _ufc_form->rank(), _function_spaces.size());
+  }
+
+  // Check that the number of coefficient function spaces is correct
+  if (_ufc_form->num_coefficients() != _coefficients.size())
+  {
+   dolfin_error("Form.cpp",
+                "assemble form",
+                "Expecting %d coefficient (not %d)",
+                _ufc_form->num_coefficients(), _coefficients.size());
+  }
+
+  // Check argument function spaces
+  for (std::size_t i = 0; i < _function_spaces.size(); ++i)
+  {
+    std::unique_ptr<ufc::finite_element>
+      element(_ufc_form->create_finite_element(i));
+    dolfin_assert(element);
+    dolfin_assert(_function_spaces[i]->element());
+    if (element->signature() != _function_spaces[i]->element()->signature())
+    {
+      log(ERROR, "Expected element: %s", element->signature());
+      log(ERROR, "Input element:    %s",
+          _function_spaces[i]->element()->signature().c_str());
+      dolfin_error("Form.cpp",
+                   "assemble form",
+                   "Wrong type of function space for argument %d", i);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+Equation Form::operator==(const Form& rhs) const
+{
+  Equation equation(reference_to_no_delete_pointer(*this),
+                    reference_to_no_delete_pointer(rhs));
+  return equation;
+}
+//-----------------------------------------------------------------------------
+Equation Form::operator==(int rhs) const
+{
+  Equation equation(reference_to_no_delete_pointer(*this), 0);
+  return equation;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/Form.h b/dolfin/fem/Form.h
new file mode 100644
index 0000000..0f3c6b3
--- /dev/null
+++ b/dolfin/fem/Form.h
@@ -0,0 +1,353 @@
+// Copyright (C) 2007-2014 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells 2008-2011
+// Modified by Martin Alnes 2008
+//
+// First added:  2007-04-02
+// Last changed: 2014-02-14
+
+#ifndef __FORM_H
+#define __FORM_H
+
+#include <map>
+#include <vector>
+#include <memory>
+
+#include <dolfin/common/Hierarchical.h>
+#include <dolfin/common/types.h>
+#include "Equation.h"
+
+// Forward declaration
+namespace ufc
+{
+  class form;
+}
+
+namespace dolfin
+{
+
+  class FunctionSpace;
+  class GenericFunction;
+  class Mesh;
+  template <typename T> class MeshFunction;
+
+  /// Base class for UFC code generated by FFC for DOLFIN with option -l.
+
+  /// @verbatim embed:rst:leading-slashes
+  /// A note on the order of trial and test spaces: FEniCS numbers
+  /// argument spaces starting with the leading dimension of the
+  /// corresponding tensor (matrix). In other words, the test space is
+  /// numbered 0 and the trial space is numbered 1. However, in order
+  /// to have a notation that agrees with most existing finite element
+  /// literature, in particular
+  ///
+  ///     a = a(u, v)
+  ///
+  /// the spaces are numbered from right to
+  ///
+  ///     a: V_1 x V_0 -> R
+  ///
+  /// .. note::
+  ///
+  ///     Figure out how to write this in math mode without it getting
+  ///     messed up in the Python version.
+  ///
+  /// This is reflected in the ordering of the spaces that should be
+  /// supplied to generated subclasses. In particular, when a bilinear
+  /// form is initialized, it should be initialized as
+  ///
+  /// .. code-block:: c++
+  ///
+  ///     a(V_1, V_0) = ...
+  ///
+  /// where ``V_1`` is the trial space and ``V_0`` is the test space.
+  /// However, when a form is initialized by a list of argument spaces
+  /// (the variable ``function_spaces`` in the constructors below, the
+  /// list of spaces should start with space number 0 (the test space)
+  /// and then space number 1 (the trial space).
+  /// @endverbatim
+
+  class Form : public Hierarchical<Form>
+  {
+  public:
+
+    /// Create form of given rank with given number of coefficients
+    ///
+    /// @param[in]    rank (std::size_t)
+    ///         The rank.
+    /// @param[in]    num_coefficients (std::size_t)
+    ///         The number of coefficients.
+    Form(std::size_t rank, std::size_t num_coefficients);
+
+    /// Create form (shared data)
+    ///
+    /// @param[in] ufc_form (ufc::form)
+    ///         The UFC form.
+    /// @param[in] function_spaces (std::vector<_FunctionSpace_>)
+    ///         Vector of function spaces.
+    Form(std::shared_ptr<const ufc::form> ufc_form,
+         std::vector<std::shared_ptr<const FunctionSpace>> function_spaces);
+
+    /// Destructor
+    virtual ~Form();
+
+    /// Return rank of form (bilinear form = 2, linear form = 1,
+    /// functional = 0, etc)
+    ///
+    /// @return std::size_t
+    ///         The rank of the form.
+    std::size_t rank() const;
+
+    /// Return number of coefficients
+    ///
+    /// @return std::size_t
+    ///         The number of coefficients.
+    std::size_t num_coefficients() const;
+
+    /// Return original coefficient position for each coefficient (0
+    /// <= i < n)
+    ///
+    /// @return std::size_t
+    ///         The position of coefficient i in original ufl form coefficients.
+    std::size_t original_coefficient_position(std::size_t i) const;
+
+    /// Return coloring type for colored assembly of form over a mesh
+    /// entity of a given dimension
+    ///
+    /// @param[in] entity_dim (std::size_t)
+    ///         Dimension.
+    ///
+    /// @return std::vector<std::size_t>
+    ///         Coloring type.
+    std::vector<std::size_t> coloring(std::size_t entity_dim) const;
+
+    /// Set mesh, necessary for functionals when there are no function
+    /// spaces
+    ///
+    /// @param[in] mesh (_Mesh_)
+    ///         The mesh.
+    void set_mesh(std::shared_ptr<const Mesh> mesh);
+
+    /// Extract common mesh from form
+    ///
+    /// @return Mesh
+    ///         Shared pointer to the mesh.
+    std::shared_ptr<const Mesh> mesh() const;
+
+    /// Return function space for given argument
+    ///
+    /// @param  i (std::size_t)
+    ///         Index
+    ///
+    /// @return FunctionSpace
+    ///         Function space shared pointer.
+    std::shared_ptr<const FunctionSpace> function_space(std::size_t i) const;
+
+    /// Return function spaces for arguments
+    ///
+    /// @return    std::vector<_FunctionSpace_>
+    ///         Vector of function space shared pointers.
+    std::vector<std::shared_ptr<const FunctionSpace>> function_spaces() const;
+
+    /// Set coefficient with given number (shared pointer version)
+    ///
+    /// @param[in]  i (std::size_t)
+    ///         The given number.
+    /// @param[in]    coefficient (_GenericFunction_)
+    ///         The coefficient.
+    void set_coefficient(std::size_t i,
+                         std::shared_ptr<const GenericFunction> coefficient);
+
+    /// Set coefficient with given name (shared pointer version)
+    ///
+    /// @param[in]    name (std::string)
+    ///         The name.
+    /// @param[in]    coefficient (_GenericFunction_)
+    ///         The coefficient.
+    void set_coefficient(std::string name,
+                         std::shared_ptr<const GenericFunction> coefficient);
+
+    /// Set all coefficients in given map. All coefficients in the
+    /// given map, which may contain only a subset of the coefficients
+    /// of the form, will be set.
+    ///
+    /// @param[in]    coefficients (std::map<std::string, _GenericFunction_>)
+    ///         The map of coefficients.
+    void set_coefficients(std::map<std::string,
+                          std::shared_ptr<const GenericFunction>> coefficients);
+
+    /// Set some coefficients in given map. Each coefficient in the
+    /// given map will be set, if the name of the coefficient matches
+    /// the name of a coefficient in the form.
+    ///
+    /// This is useful when reusing the same coefficient map for
+    /// several forms, or when some part of the form has been
+    /// outcommented (for testing) in the UFL file, which means that
+    /// the coefficient and attaching it to the form does not need to
+    /// be outcommented in a C++ program using code from the generated
+    /// UFL file.
+    ///
+    /// @param[in] coefficients (std::map<std::string, _GenericFunction_>)
+    ///         The map of coefficients.
+    void set_some_coefficients(std::map<std::string,
+                               std::shared_ptr<const GenericFunction>> coefficients);
+
+    /// Return coefficient with given number
+    ///
+    /// @param[in] i (std::size_t)
+    ///         Index
+    ///
+    /// @return     _GenericFunction_
+    ///         The coefficient.
+    std::shared_ptr<const GenericFunction> coefficient(std::size_t i) const;
+
+    /// Return coefficient with given name
+    ///
+    /// @param[in]    name (std::string)
+    ///         The name.
+    ///
+    /// @return     _GenericFunction_
+    ///         The coefficient.
+    std::shared_ptr<const GenericFunction> coefficient(std::string name) const;
+
+    /// Return all coefficients
+    ///
+    /// @return     std::vector<_GenericFunction_>
+    ///         All coefficients.
+    std::vector<std::shared_ptr<const GenericFunction>> coefficients() const;
+
+    /// Return the number of the coefficient with this name
+    ///
+    /// @param[in]    name (std::string)
+    ///         The name.
+    ///
+    /// @return     std::size_t
+    ///         The number of the coefficient with the given name.
+    virtual std::size_t coefficient_number(const std::string & name) const;
+
+    /// Return the name of the coefficient with this number
+    ///
+    ///  @param[in]   i (std::size_t)
+    ///         The number
+    ///
+    /// @return     std::string
+    ///         The name of the coefficient with the given number.
+    virtual std::string coefficient_name(std::size_t i) const;
+
+    /// Return cell domains (zero pointer if no domains have been
+    /// specified)
+    ///
+    /// @return     _MeshFunction_ <std::size_t>
+    ///         The cell domains.
+    std::shared_ptr<const MeshFunction<std::size_t>> cell_domains() const;
+
+    /// Return exterior facet domains (zero pointer if no domains have
+    /// been specified)
+    ///
+    /// @return     std::shared_ptr<_MeshFunction_ <std::size_t>>
+    ///         The exterior facet domains.
+    std::shared_ptr<const MeshFunction<std::size_t>>
+      exterior_facet_domains() const;
+
+    /// Return interior facet domains (zero pointer if no domains have
+    /// been specified)
+    ///
+    /// @return     _MeshFunction_ <std::size_t>
+    ///         The interior facet domains.
+    std::shared_ptr<const MeshFunction<std::size_t>>
+      interior_facet_domains() const;
+
+    /// Return vertex domains (zero pointer if no domains have been
+    /// specified)
+    ///
+    /// @return     _MeshFunction_ <std::size_t>
+    ///         The vertex domains.
+    std::shared_ptr<const MeshFunction<std::size_t>> vertex_domains() const;
+
+    /// Set cell domains
+    ///
+    /// @param[in]    cell_domains (_MeshFunction_ <std::size_t>)
+    ///         The cell domains.
+    void set_cell_domains(std::shared_ptr<const MeshFunction<std::size_t>>
+                          cell_domains);
+
+    /// Set exterior facet domains
+    ///
+    ///  @param[in]   exterior_facet_domains (_MeshFunction_ <std::size_t>)
+    ///         The exterior facet domains.
+    void set_exterior_facet_domains(std::shared_ptr<const MeshFunction<std::size_t>> exterior_facet_domains);
+
+    /// Set interior facet domains
+    ///
+    ///  @param[in]   interior_facet_domains (_MeshFunction_ <std::size_t>)
+    ///         The interior facet domains.
+    void set_interior_facet_domains(std::shared_ptr<const MeshFunction<std::size_t>> interior_facet_domains);
+
+    /// Set vertex domains
+    ///
+    ///  @param[in]   vertex_domains (_MeshFunction_ <std::size_t>)
+    ///         The vertex domains.
+    void set_vertex_domains(std::shared_ptr<const MeshFunction<std::size_t>> vertex_domains);
+
+    /// Return UFC form shared pointer
+    ///
+    /// @return     ufc::form
+    ///         The UFC form.
+    std::shared_ptr<const ufc::form> ufc_form() const;
+
+    /// Check function spaces and coefficients
+    void check() const;
+
+    /// Comparison operator, returning equation lhs == rhs
+    Equation operator==(const Form& rhs) const;
+
+    /// Comparison operator, returning equation lhs == 0
+    Equation operator==(int rhs) const;
+
+    /// Domain markers for cells
+    std::shared_ptr<const MeshFunction<std::size_t>> dx;
+    /// Domain markers for exterior facets
+    std::shared_ptr<const MeshFunction<std::size_t>> ds;
+    /// Domain markers for interior facets
+    std::shared_ptr<const MeshFunction<std::size_t>> dS;
+    /// Domain markers for vertices
+    std::shared_ptr<const MeshFunction<std::size_t>> dP;
+
+  protected:
+
+    // The UFC form
+    std::shared_ptr<const ufc::form> _ufc_form;
+
+    // Function spaces (one for each argument)
+    std::vector<std::shared_ptr<const FunctionSpace>> _function_spaces;
+
+    // Coefficients
+    std::vector<std::shared_ptr<const GenericFunction>> _coefficients;
+
+    // The mesh (needed for functionals when we don't have any spaces)
+    std::shared_ptr<const Mesh> _mesh;
+
+  private:
+
+    const std::size_t _rank;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/GenericDofMap.h b/dolfin/fem/GenericDofMap.h
new file mode 100644
index 0000000..1eeb93b
--- /dev/null
+++ b/dolfin/fem/GenericDofMap.h
@@ -0,0 +1,218 @@
+// Copyright (C) 2010-2015 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __GENERIC_DOF_MAP_H
+#define __GENERIC_DOF_MAP_H
+
+#include <map>
+#include <utility>
+#include <vector>
+#include <memory>
+#include <unordered_map>
+#include <unordered_set>
+#include <Eigen/Dense>
+
+#include <dolfin/common/types.h>
+#include <dolfin/common/Variable.h>
+#include <dolfin/la/IndexMap.h>
+#include <dolfin/log/log.h>
+
+namespace ufc
+{
+  class cell;
+}
+
+namespace dolfin
+{
+
+  class Cell;
+  class GenericVector;
+  class Mesh;
+  class SubDomain;
+
+  /// This class provides a generic interface for dof maps
+
+  class GenericDofMap : public Variable
+  {
+  public:
+
+    /// Constructor
+    GenericDofMap()
+    {}
+
+    /// True if dof map is a view into another map (is a sub-dofmap)
+    virtual bool is_view() const = 0;
+
+    /// Return the dimension of the global finite element function
+    /// space
+    virtual std::size_t global_dimension() const = 0;
+
+    /// Return the dimension of the local finite element function
+    /// space on a cell (deprecated API)
+    std::size_t cell_dimension(std::size_t index) const
+    {
+      // TODO: Add deprecation warning
+      return num_element_dofs(index);
+    }
+
+    /// Return the maximum dimension of the local finite element
+    /// function space (deprecated API)
+    std::size_t max_cell_dimension() const
+    {
+      // TODO: Add deprecation warning
+      return max_element_dofs();
+    }
+
+    /// Return the dimension of the local finite element function
+    /// space on a cell
+    virtual std::size_t num_element_dofs(std::size_t index) const = 0;
+
+    /// Return the maximum dimension of the local finite element
+    /// function space
+    virtual std::size_t max_element_dofs() const = 0;
+
+    /// Return the number of dofs for a given entity dimension
+    virtual std::size_t num_entity_dofs(std::size_t entity_dim) const = 0;
+
+    /// Return the number of dofs for closure of entity of given dimension
+    virtual std::size_t num_entity_closure_dofs(std::size_t entity_dim) const = 0;
+
+    /// Return number of facet dofs
+    virtual std::size_t num_facet_dofs() const = 0;
+
+    /// Return the ownership range (dofs in this range are owned by
+    /// this process)
+    virtual std::pair<std::size_t, std::size_t> ownership_range() const = 0;
+
+    /// Return map from nonlocal-dofs (that appear in local dof map)
+    /// to owning process
+    virtual const std::vector<int>& off_process_owner() const = 0;
+
+    /// Local-to-global mapping of dofs on a cell
+    virtual Eigen::Map<const Eigen::Array<dolfin::la_index, Eigen::Dynamic, 1>>
+      cell_dofs(std::size_t cell_index) const = 0;
+
+    /// Return the dof indices associated with entities of given dimension and entity indices
+    virtual std::vector<dolfin::la_index>
+      entity_dofs(const Mesh& mesh, std::size_t entity_dim,
+                  const std::vector<std::size_t> & entity_indices) const = 0;
+
+    /// Return the dof indices associated with all entities of given dimension
+    virtual std::vector<dolfin::la_index>
+      entity_dofs(const Mesh& mesh, std::size_t entity_dim) const = 0;
+
+    /// Return the dof indices associated with the closure of entities of
+    /// given dimension and entity indices
+    virtual std::vector<dolfin::la_index>
+      entity_closure_dofs(const Mesh& mesh, std::size_t entity_dim,
+                          const std::vector<std::size_t> & entity_indices) const = 0;
+
+    /// Return the dof indices associated with the closure of all entities of
+    /// given dimension
+    virtual std::vector<dolfin::la_index>
+      entity_closure_dofs(const Mesh& mesh, std::size_t entity_dim) const = 0;
+
+    /// Tabulate local-local facet dofs
+    virtual void tabulate_facet_dofs(std::vector<std::size_t>& element_dofs,
+                                     std::size_t cell_facet_index) const = 0;
+
+    /// Tabulate the local-to-local mapping of dofs on entity
+    /// (dim, local_entity)
+    virtual void tabulate_entity_dofs(std::vector<std::size_t>& element_dofs,
+                                      std::size_t entity_dim,
+                                      std::size_t cell_entity_index) const = 0;
+
+    /// Tabulate the local-to-local mapping of dofs on closure of entity
+    /// (dim, local_entity)
+    virtual void tabulate_entity_closure_dofs(std::vector<std::size_t>& element_dofs,
+                                              std::size_t entity_dim,
+                                              std::size_t cell_entity_index) const = 0;
+
+    /// Tabulate globally supported dofs
+    virtual void tabulate_global_dofs(std::vector<std::size_t>& dofs) const = 0;
+
+    /// Create a copy of the dof map
+    virtual std::shared_ptr<GenericDofMap> copy() const = 0;
+
+    /// Create a new dof map on new mesh
+    virtual std::shared_ptr<GenericDofMap>
+      create(const Mesh& new_mesh) const = 0;
+
+    /// Extract sub dofmap component
+    virtual std::shared_ptr<GenericDofMap>
+        extract_sub_dofmap(const std::vector<std::size_t>& component,
+                           const Mesh& mesh) const = 0;
+
+    /// Create a "collapsed" a dofmap (collapses from a sub-dofmap view)
+    virtual std::shared_ptr<GenericDofMap>
+        collapse(std::unordered_map<std::size_t, std::size_t>& collapsed_map,
+                 const Mesh& mesh) const = 0;
+
+    /// Return list of dof indices on this process that belong to mesh
+    /// entities of dimension dim
+    virtual std::vector<dolfin::la_index> dofs(const Mesh& mesh,
+                                               std::size_t dim) const = 0;
+
+    /// Return list of global dof indices on this process
+    virtual std::vector<dolfin::la_index> dofs() const = 0;
+
+    /// Set dof entries in vector to a specified value. Parallel
+    /// layout of vector must be consistent with dof map range. This
+    /// function is typically used to construct the null space of a
+    /// matrix operator
+    virtual void set(GenericVector& x, double value) const = 0;
+
+    /// Return the map from unowned local dofmap nodes to global dofmap
+    /// nodes. Dofmap node is dof index modulo block size.
+    virtual const std::vector<std::size_t>& local_to_global_unowned() const = 0;
+
+    /// Index map (const access)
+    virtual std::shared_ptr<const IndexMap> index_map() const = 0;
+
+    /// Tabulate map between local (process) and global dof indices
+    virtual void tabulate_local_to_global_dofs(std::vector<std::size_t>& local_to_global_map) const = 0;
+
+    /// Return global dof index corresponding to a given local index
+    virtual std::size_t local_to_global_index(int local_index) const = 0;
+
+    /// Return map from shared nodes to the processes (not including
+    /// the current process) that share it.
+    virtual const std::unordered_map<int, std::vector<int>>&
+      shared_nodes() const = 0;
+
+    /// Return set of processes that share dofs with the this process
+    virtual const std::set<int>& neighbours() const = 0;
+
+    /// Clear any data required to build sub-dofmaps (this is to
+    /// reduce memory use)
+    virtual void clear_sub_map_data() = 0;
+
+    /// Return informal string representation (pretty-print)
+    virtual std::string str(bool verbose) const = 0;
+
+    /// Get block size
+    virtual int block_size() const = 0;
+
+    /// Subdomain mapping constrained boundaries, e.g. periodic
+    /// conditions
+    std::shared_ptr<const SubDomain> constrained_domain;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/LinearTimeDependentProblem.cpp b/dolfin/fem/LinearTimeDependentProblem.cpp
new file mode 100644
index 0000000..692a2b5
--- /dev/null
+++ b/dolfin/fem/LinearTimeDependentProblem.cpp
@@ -0,0 +1,110 @@
+// Copyright (C) 2012 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <dolfin/function/Function.h>
+#include "LinearTimeDependentProblem.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+LinearTimeDependentProblem::LinearTimeDependentProblem(
+  std::shared_ptr<const TensorProductForm> a,
+  std::shared_ptr<const TensorProductForm> L,
+  std::shared_ptr<Function> u,
+  std::vector<std::shared_ptr<const BoundaryCondition>> bcs)
+  : Hierarchical<LinearTimeDependentProblem>(*this), _a(a), _l(L), _u(u),
+  _bcs(bcs)
+{
+  // Check forms
+  check_forms();
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const TensorProductForm>
+LinearTimeDependentProblem::bilinear_form() const
+{
+  return _a;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const TensorProductForm>
+LinearTimeDependentProblem::linear_form() const
+{
+  return _l;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<Function> LinearTimeDependentProblem::solution()
+{
+  return _u;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Function> LinearTimeDependentProblem::solution() const
+{
+  return _u;
+}
+//-----------------------------------------------------------------------------
+std::vector<std::shared_ptr<const BoundaryCondition>>
+LinearTimeDependentProblem::bcs() const
+{
+  return _bcs;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const FunctionSpace>
+LinearTimeDependentProblem::trial_space() const
+{
+  dolfin_assert(_u);
+  return _u->function_space();
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const FunctionSpace>
+LinearTimeDependentProblem::test_space() const
+{
+  dolfin_assert(_a);
+  return _a->function_space(0);
+}
+//-----------------------------------------------------------------------------
+void LinearTimeDependentProblem::check_forms() const
+{
+  // Check rank of bilinear form a
+  dolfin_assert(_a);
+  if (_a->rank() != 2)
+  {
+    dolfin_error("LinearTimeDependentProblem.cpp",
+                 "define linear variational problem a(u, v) == L(v) for all v",
+                 "Expecting the left-hand side to be a bilinear form (not rank %d)",
+                 _a->rank());
+  }
+
+  // Check rank of linear form L
+  dolfin_assert(_l);
+  if (_l->rank() != 1)
+  {
+    dolfin_error("LinearTimeDependentProblem.cpp",
+                 "define linear variational problem a(u, v) = L(v) for all v",
+                 "Expecting the right-hand side to be a linear form (not rank %d)",
+                 _l->rank());
+  }
+
+  // Check that function space of solution variable matches trial space
+  dolfin_assert(_a);
+  dolfin_assert(_u);
+  if (!_u->in(*_a->function_space(1)))
+  {
+    dolfin_error("LinearTimeDependentProblem.cpp",
+                 "define linear variational problem a(u, v) = L(v) for all v",
+                 "Expecting the solution variable u to be a member of the trial space");
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/LinearTimeDependentProblem.h b/dolfin/fem/LinearTimeDependentProblem.h
new file mode 100644
index 0000000..fa36257
--- /dev/null
+++ b/dolfin/fem/LinearTimeDependentProblem.h
@@ -0,0 +1,101 @@
+// Copyright (C) 2012 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2012-08-17
+// Last changed: 2012-08-20
+
+#ifndef __LINEAR_TIME_DEPENDENT_PROBLEM_H
+#define __LINEAR_TIME_DEPENDENT_PROBLEM_H
+
+#include <memory>
+#include <dolfin/common/Hierarchical.h>
+
+// FIXME: Temporary fix
+#include "Form.h"
+
+namespace dolfin
+{
+
+  /// FIXME: Temporary fix
+  typedef Form TensorProductForm;
+
+  // Forward declarations
+  class BoundaryCondition;
+
+  /// This class represents a linear time-dependent variational problem:
+  ///
+  /// Find u in U = U_h (x) U_k such that
+  ///
+  ///     a(u, v) = L(v)  for all v in V = V_h (x) V_k,
+  ///
+  /// where U is a tensor-product trial space and V is a tensor-product
+  /// test space.
+
+  class LinearTimeDependentProblem : public Hierarchical<LinearTimeDependentProblem>
+  {
+  public:
+
+    /// Create linear variational problem with a list of boundary
+    /// conditions (shared pointer version)
+    LinearTimeDependentProblem(std::shared_ptr<const TensorProductForm> a,
+                               std::shared_ptr<const TensorProductForm> L,
+                               std::shared_ptr<Function> u,
+                               std::vector<std::shared_ptr<const BoundaryCondition>> bcs);
+
+    /// Return bilinear form
+    std::shared_ptr<const TensorProductForm> bilinear_form() const;
+
+    /// Return linear form
+    std::shared_ptr<const TensorProductForm> linear_form() const;
+
+    /// Return solution variable
+    std::shared_ptr<Function> solution();
+
+    /// Return solution variable (const version)
+    std::shared_ptr<const Function> solution() const;
+
+    /// Return boundary conditions
+    std::vector<std::shared_ptr<const BoundaryCondition>> bcs() const;
+
+    /// Return trial space
+    std::shared_ptr<const FunctionSpace> trial_space() const;
+
+    /// Return test space
+    std::shared_ptr<const FunctionSpace> test_space() const;
+
+  private:
+
+    // Check forms
+    void check_forms() const;
+
+    // The bilinear form
+    std::shared_ptr<const TensorProductForm> _a;
+
+    // The linear form
+    std::shared_ptr<const TensorProductForm> _l;
+
+    // The solution
+    std::shared_ptr<Function> _u;
+
+    // The boundary conditions
+    std::vector<std::shared_ptr<const BoundaryCondition>> _bcs;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/LinearVariationalProblem.cpp b/dolfin/fem/LinearVariationalProblem.cpp
new file mode 100644
index 0000000..b85fe2a
--- /dev/null
+++ b/dolfin/fem/LinearVariationalProblem.cpp
@@ -0,0 +1,128 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include "Form.h"
+#include "DirichletBC.h"
+#include "LinearVariationalProblem.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+LinearVariationalProblem::LinearVariationalProblem(
+  std::shared_ptr<const Form> a,
+  std::shared_ptr<const Form> L,
+  std::shared_ptr<Function> u,
+  std::vector<std::shared_ptr<const DirichletBC>> bcs)
+  : Hierarchical<LinearVariationalProblem>(*this), _a(a), _l(L), _u(u),
+  _bcs(bcs)
+{
+  // Check forms
+  check_forms();
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Form> LinearVariationalProblem::bilinear_form() const
+{
+  return _a;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Form> LinearVariationalProblem::linear_form() const
+{
+  return _l;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<Function> LinearVariationalProblem::solution()
+{
+  return _u;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Function> LinearVariationalProblem::solution() const
+{
+  return _u;
+}
+//-----------------------------------------------------------------------------
+std::vector<std::shared_ptr<const DirichletBC>>
+LinearVariationalProblem::bcs() const
+{
+  return _bcs;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const FunctionSpace>
+  LinearVariationalProblem::trial_space() const
+{
+  dolfin_assert(_u);
+  return _u->function_space();
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const FunctionSpace>
+LinearVariationalProblem::test_space() const
+{
+  dolfin_assert(_a);
+  return _a->function_space(0);
+}
+//-----------------------------------------------------------------------------
+void LinearVariationalProblem::check_forms() const
+{
+  // Check rank of bilinear form a
+  dolfin_assert(_a);
+  if (_a->rank() != 2)
+  {
+    dolfin_error("LinearVariationalProblem.cpp",
+                 "define linear variational problem a(u, v) == L(v) for all v",
+                 "Expecting the left-hand side to be a bilinear form (not rank %d)",
+                 _a->rank());
+  }
+
+  // Check rank of linear form L
+  dolfin_assert(_l);
+  if (_l->rank() != 1)
+  {
+    dolfin_error("LinearVariationalProblem.cpp",
+                 "define linear variational problem a(u, v) = L(v) for all v",
+                 "Expecting the right-hand side to be a linear form (not rank %d)",
+                 _l->rank());
+  }
+
+  // Check that function space of solution variable matches trial space
+  dolfin_assert(_a);
+  dolfin_assert(_u);
+  const auto trial_space = _a->function_space(1);
+  dolfin_assert(trial_space);
+  if (!_u->in(*trial_space))
+  {
+    dolfin_error("LinearVariationalProblem.cpp",
+                 "define linear variational problem a(u, v) = L(v) for all v",
+                 "Expecting the solution variable u to be a member of the trial space");
+  }
+
+  // Check that function spaces of bcs are contained in trial space
+  for (const auto bc: _bcs)
+  {
+    dolfin_assert(bc);
+    const auto bc_space = bc->function_space();
+    dolfin_assert(bc_space);
+    if (!trial_space->contains(*bc_space))
+    {
+      dolfin_error("LinearVariationalProblem.cpp",
+                   "define linear variational problem a(u, v) = L(v) for all v",
+                   "Expecting the boundary conditions to to live on (a "
+                   "subspace of) the trial space");
+    }
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/LinearVariationalProblem.h b/dolfin/fem/LinearVariationalProblem.h
new file mode 100644
index 0000000..d904e7a
--- /dev/null
+++ b/dolfin/fem/LinearVariationalProblem.h
@@ -0,0 +1,95 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __LINEAR_VARIATIONAL_PROBLEM_H
+#define __LINEAR_VARIATIONAL_PROBLEM_H
+
+#include <memory>
+#include <vector>
+#include <dolfin/common/Hierarchical.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class DirichletBC;
+  class Form;
+  class Function;
+  class FunctionSpace;
+
+  /// This class represents a linear variational problem:
+  ///
+  /// Find u in V such that
+  ///
+  ///     a(u, v) = L(v)  for all v in V^,
+  ///
+  /// where V is the trial space and V^ is the test space.
+
+  class LinearVariationalProblem : public Hierarchical<LinearVariationalProblem>
+  {
+  public:
+
+    /// Create linear variational problem with a list of boundary
+    /// conditions
+    LinearVariationalProblem(std::shared_ptr<const Form> a,
+                             std::shared_ptr<const Form> L,
+                             std::shared_ptr<Function> u,
+                             std::vector<std::shared_ptr<const DirichletBC>> bcs);
+
+    /// Return bilinear form
+    std::shared_ptr<const Form> bilinear_form() const;
+
+    /// Return linear form
+    std::shared_ptr<const Form> linear_form() const;
+
+    /// Return solution variable
+    std::shared_ptr<Function> solution();
+
+    /// Return solution variable (const version)
+    std::shared_ptr<const Function> solution() const;
+
+    /// Return boundary conditions
+    std::vector<std::shared_ptr<const DirichletBC>> bcs() const;
+
+    /// Return trial space
+    std::shared_ptr<const FunctionSpace> trial_space() const;
+
+    /// Return test space
+    std::shared_ptr<const FunctionSpace> test_space() const;
+
+  private:
+
+    // Check forms
+    void check_forms() const;
+
+    // The bilinear form
+    std::shared_ptr<const Form> _a;
+
+    // The linear form
+    std::shared_ptr<const Form> _l;
+
+    // The solution
+    std::shared_ptr<Function> _u;
+
+    // The Dirichlet boundary conditions
+    std::vector<std::shared_ptr<const DirichletBC>> _bcs;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/LinearVariationalSolver.cpp b/dolfin/fem/LinearVariationalSolver.cpp
new file mode 100644
index 0000000..3b97f79
--- /dev/null
+++ b/dolfin/fem/LinearVariationalSolver.cpp
@@ -0,0 +1,184 @@
+// Copyright (C) 2008-2011 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Marie E. Rognes, 2011.
+//
+// First added:  2011-01-14 (2008-12-26 as VariationalProblem.cpp)
+// Last changed: 2012-07-30
+
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/la/GenericMatrix.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/la/GenericLinearAlgebraFactory.h>
+#include <dolfin/la/LinearSolver.h>
+#include "Assembler.h"
+#include "SystemAssembler.h"
+#include "assemble.h"
+#include "DirichletBC.h"
+#include "Form.h"
+#include "LinearVariationalProblem.h"
+#include "LinearVariationalSolver.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+LinearVariationalSolver::
+LinearVariationalSolver(std::shared_ptr<LinearVariationalProblem> problem)
+  : _problem(problem)
+{
+  // Set parameters
+  parameters = default_parameters();
+}
+//-----------------------------------------------------------------------------
+void LinearVariationalSolver::solve()
+{
+  begin("Solving linear variational problem.");
+
+  // Get parameters
+  std::string solver_type   = parameters["linear_solver"];
+  const std::string pc_type = parameters["preconditioner"];
+  const bool print_rhs      = parameters["print_rhs"];
+  const bool symmetric      = parameters["symmetric"];
+  const bool print_matrix   = parameters["print_matrix"];
+
+  // Get problem data
+  dolfin_assert(_problem);
+  const auto a = _problem->bilinear_form();
+  const auto L = _problem->linear_form();
+  auto u = _problem->solution();
+  auto bcs = _problem->bcs();
+
+  dolfin_assert(a);
+  dolfin_assert(L);
+  dolfin_assert(u);
+
+  // Create matrix and vector
+  dolfin_assert(u->vector());
+  MPI_Comm comm = u->vector()->mpi_comm();
+  std::shared_ptr<GenericMatrix> A = u->vector()->factory().create_matrix(comm);
+  std::shared_ptr<GenericVector> b = u->vector()->factory().create_vector(comm);
+
+  // Different assembly depending on whether or not the system is symmetric
+  if (symmetric)
+  {
+    // Check that rhs (L) is not empty
+    if (!L->ufc_form())
+    {
+      dolfin_error("LinearVariationalSolver.cpp",
+                   "symmetric assembly in linear variational solver",
+                   "Empty linear forms cannot be used with symmetric assembly");
+    }
+
+    // Assemble linear system and apply boundary conditions
+    SystemAssembler assembler(a, L, bcs);
+    assembler.assemble(*A, *b);
+  }
+  else
+  {
+    // Assemble linear system
+    assemble(*A, *a);
+    if (L->ufc_form())
+      assemble(*b, *L);
+    else
+    {
+      if (L->num_coefficients() != 0)
+      {
+        dolfin_error("LinearVariationalSolver.cpp",
+                     "assemble linear form in linear variational solver",
+                     "Empty linear forms cannot have coefficient");
+      }
+      A->init_vector(*b, 0);
+    }
+
+    // Apply boundary conditions
+    for (std::size_t i = 0; i < bcs.size(); i++)
+    {
+      dolfin_assert(bcs[i]);
+      bcs[i]->apply(*A, *b);
+    }
+  }
+
+  // Print vector/matrix
+  if (print_rhs)
+    info(*b, true);
+  if (print_matrix)
+    info(*A, true);
+
+  // Get list of available methods
+  std::map<std::string, std::string>
+    lu_methods = u->vector()->factory().lu_solver_methods();
+  std::map<std::string, std::string>
+    krylov_methods = u->vector()->factory().krylov_solver_methods();
+  std::map<std::string, std::string>
+    preconditioners = u->vector()->factory().krylov_solver_preconditioners();
+
+  // Choose linear solver
+  if (solver_type == "direct" || solver_type == "lu"
+      || LinearSolver::in_list(solver_type, lu_methods))
+  {
+    std::string lu_method;
+    if (solver_type == "direct" || solver_type == "lu")
+      lu_method = "default";
+    else
+      lu_method = solver_type;
+
+    // Solve linear system
+    LUSolver solver(comm, lu_method);
+    solver.parameters.update(parameters("lu_solver"));
+    solver.parameters["symmetric"] = (bool) parameters["symmetric"];
+    solver.solve(*A, *u->vector(), *b);
+  }
+  else
+  {
+    if (solver_type == "iterative" || solver_type == "krylov")
+    {
+      // Adjust iterative solver type
+      if (symmetric)
+        solver_type = "cg";
+      else
+        solver_type = "gmres";
+    }
+
+    if (!LinearSolver::in_list(solver_type, krylov_methods))
+    {
+      dolfin_error("LinearVariationalSolver.cpp",
+                   "solve linear system",
+                   "Unknown solver method \"%s\". "
+                   "Use list_linear_solver_methods() to list available methods",
+                   solver_type.c_str());
+    }
+
+    if (pc_type != "default"
+        && !LinearSolver::in_list(pc_type, preconditioners))
+    {
+      dolfin_error("LinearVariationalSolver.cpp",
+                   "solve linear system",
+                   "Unknown preconditioner method \"%s\". "
+                   "Use list_krylov_solver_preconditioners() to list available methods",
+                   pc_type.c_str());
+    }
+
+    // Solve linear system
+    KrylovSolver solver(comm, solver_type, pc_type);
+    solver.parameters.update(parameters("krylov_solver"));
+    solver.solve(*A, *u->vector(), *b);
+  }
+
+  end();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/LinearVariationalSolver.h b/dolfin/fem/LinearVariationalSolver.h
new file mode 100644
index 0000000..e6a018c
--- /dev/null
+++ b/dolfin/fem/LinearVariationalSolver.h
@@ -0,0 +1,75 @@
+// Copyright (C) 2008-2011 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Marie E. Rognes, 2011.
+//
+// First added:  2011-01-14 (2008-12-26 as VariationalProblem)
+// Last changed: 2011-10-20
+
+#ifndef __LINEAR_VARIATIONAL_SOLVER_H
+#define __LINEAR_VARIATIONAL_SOLVER_H
+
+#include <dolfin/common/Variable.h>
+#include <dolfin/la/LUSolver.h>
+#include <dolfin/la/KrylovSolver.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class LinearVariationalProblem;
+
+  /// This class implements a solver for linear variational problems.
+
+  class LinearVariationalSolver : public Variable
+  {
+  public:
+
+    /// Create linear variational solver for given problem
+    explicit LinearVariationalSolver(std::shared_ptr<LinearVariationalProblem> problem);
+
+    /// Solve variational problem
+    void solve();
+
+    /// Default parameter values
+    static Parameters default_parameters()
+    {
+      Parameters p("linear_variational_solver");
+
+      p.add("linear_solver", "default");
+      p.add("preconditioner", "default");
+      p.add("symmetric", false);
+
+      p.add("print_rhs", false);
+      p.add("print_matrix", false);
+
+      p.add(LUSolver::default_parameters());
+      p.add(KrylovSolver::default_parameters());
+
+      return p;
+    }
+
+  private:
+
+    // The linear problem
+    std::shared_ptr<LinearVariationalProblem> _problem;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/LocalAssembler.cpp b/dolfin/fem/LocalAssembler.cpp
new file mode 100644
index 0000000..8364ace
--- /dev/null
+++ b/dolfin/fem/LocalAssembler.cpp
@@ -0,0 +1,314 @@
+// Copyright (C) 2011 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2013
+// Modified by Tormod Landet 2015
+//
+// First added:  2011-01-04
+// Last changed: 2015-09-30
+
+#include <dolfin/common/types.h>
+#include <Eigen/Dense>
+
+#include <dolfin/fem/Form.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/fem/UFC.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/la/GenericTensor.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Facet.h>
+#include "LocalAssembler.h"
+
+using namespace dolfin;
+
+//------------------------------------------------------------------------------
+void
+LocalAssembler::assemble(Eigen::Matrix<double, Eigen::Dynamic, Eigen::Dynamic,
+                         Eigen::RowMajor>& A,
+                         UFC& ufc,
+                         const std::vector<double>& coordinate_dofs,
+                         ufc::cell& ufc_cell,
+                         const Cell& cell,
+                         const MeshFunction<std::size_t>* cell_domains,
+                         const MeshFunction<std::size_t>* exterior_facet_domains,
+                         const MeshFunction<std::size_t>* interior_facet_domains)
+{
+  cell.get_cell_data(ufc_cell);
+
+  // Assemble contributions from cell integral
+  assemble_cell(A, ufc, coordinate_dofs, ufc_cell, cell, cell_domains);
+
+  // Assemble contributions from facet integrals
+  if (ufc.form.has_exterior_facet_integrals()
+      || ufc.form.has_interior_facet_integrals())
+  {
+    for (FacetIterator facet(cell); !facet.end(); ++facet)
+    {
+      ufc_cell.local_facet = facet.pos();
+      const int Ncells = facet->num_entities(cell.dim());
+      if (Ncells == 2)
+      {
+        assemble_interior_facet(A, ufc, coordinate_dofs, ufc_cell, cell,
+                                *facet, facet.pos(), interior_facet_domains,
+                                cell_domains);
+      }
+      else if (Ncells == 1)
+      {
+        assemble_exterior_facet(A, ufc, coordinate_dofs, ufc_cell, cell,
+                                *facet, facet.pos(), exterior_facet_domains);
+      }
+      else
+      {
+        dolfin_error("LocalAssembler.cpp",
+                     "assemble local problem",
+                     "Cell <-> facet connectivity not initialized, found "
+                     "facet with %d connected cells. Expected 1 or 2 cells",
+                     Ncells);
+      }
+    }
+  }
+
+  // Check that there are no vertex integrals
+  if (ufc.form.has_vertex_integrals())
+  {
+    dolfin_error("LocalAssembler.cpp",
+                 "assemble local problem",
+                 "Local problem contains vertex integrals which are not yet "
+                 "supported by LocalAssembler");
+  }
+}
+//------------------------------------------------------------------------------
+void
+LocalAssembler::assemble_cell(Eigen::Matrix<double, Eigen::Dynamic,
+                                            Eigen::Dynamic,
+                                            Eigen::RowMajor>& A,
+                              UFC& ufc,
+                              const std::vector<double>& coordinate_dofs,
+                              const ufc::cell& ufc_cell,
+                              const Cell& cell,
+                              const MeshFunction<std::size_t>* cell_domains)
+{
+  // Skip if there are no cell integrals
+  if (!ufc.form.has_cell_integrals())
+  {
+    // Clear tensor here instead of in assemble() as a small speedup
+    A.setZero();
+    return;
+  }
+
+  // Extract default cell integral
+  ufc::cell_integral* integral = ufc.default_cell_integral.get();
+
+  // Get integral for sub domain (if any)
+  if (cell_domains && !cell_domains->empty())
+    integral = ufc.get_cell_integral((*cell_domains)[cell]);
+
+  // Skip integral if zero
+  if (!integral)
+  {
+    // Clear tensor here instead of in assemble() as a small speedup
+    A.setZero();
+    return;
+  }
+
+  // Update to current cell
+  ufc.update(cell, coordinate_dofs, ufc_cell,
+             integral->enabled_coefficients());
+
+  // Tabulate cell tensor directly into A. This overwrites any
+  // previous values
+  integral->tabulate_tensor(A.data(), ufc.w(),
+                            coordinate_dofs.data(),
+                            ufc_cell.orientation);
+}
+//------------------------------------------------------------------------------
+void
+LocalAssembler::assemble_exterior_facet(Eigen::Matrix<double,
+                                                      Eigen::Dynamic,
+                                                      Eigen::Dynamic,
+                                                      Eigen::RowMajor>& A,
+                        UFC& ufc,
+                        const std::vector<double>& coordinate_dofs,
+                        const ufc::cell& ufc_cell,
+                        const Cell& cell,
+                        const Facet& facet,
+                        const std::size_t local_facet,
+                        const MeshFunction<std::size_t>* exterior_facet_domains)
+{
+  // Skip if there are no exterior facet integrals
+  if (!ufc.form.has_exterior_facet_integrals())
+    return;
+
+  // Extract default exterior facet integral
+  ufc::exterior_facet_integral* integral
+    = ufc.default_exterior_facet_integral.get();
+
+  // Get integral for sub domain (if any)
+  if (exterior_facet_domains && !exterior_facet_domains->empty())
+    integral = ufc.get_exterior_facet_integral((*exterior_facet_domains)[facet]);
+
+  // Skip integral if zero
+  if (!integral)
+    return;
+
+  // Update to current cell
+  ufc.update(cell, coordinate_dofs, ufc_cell,
+             integral->enabled_coefficients());
+
+  // Tabulate exterior facet tensor. Here we cannot tabulate directly
+  // into A since this will overwrite any previously assembled dx, ds
+  // or dS forms
+  integral->tabulate_tensor(ufc.A.data(),
+                            ufc.w(),
+                            coordinate_dofs.data(),
+                            local_facet,
+                            ufc_cell.orientation);
+
+  // Stuff a_ufc.A into A
+  const std::size_t M = A.rows();
+  const std::size_t N = A.cols();
+  for (std::size_t i = 0; i < M; i++)
+    for (std::size_t j = 0; j < N; j++)
+      A(i, j) += ufc.A[N*i + j];
+}
+//------------------------------------------------------------------------------
+void
+LocalAssembler::assemble_interior_facet(Eigen::Matrix<double, Eigen::Dynamic,
+                                                      Eigen::Dynamic,
+                                                      Eigen::RowMajor>& A,
+                        UFC& ufc,
+                        const std::vector<double>& coordinate_dofs,
+                        const ufc::cell& ufc_cell,
+                        const Cell& cell,
+                        const Facet& facet,
+                        const std::size_t local_facet,
+                        const MeshFunction<std::size_t>* interior_facet_domains,
+                        const MeshFunction<std::size_t>* cell_domains)
+{
+  // Skip if there are no interior facet integrals
+  if (!ufc.form.has_interior_facet_integrals())
+    return;
+
+  // Extract default interior facet integral
+  ufc::interior_facet_integral* integral
+    = ufc.default_interior_facet_integral.get();
+
+  // Get integral for sub domain (if any)
+  if (interior_facet_domains && !interior_facet_domains->empty())
+    integral = ufc.get_interior_facet_integral((*interior_facet_domains)[facet]);
+
+  // Skip integral if zero
+  if (!integral)
+    return;
+
+  // Extract mesh
+  const Mesh& mesh = cell.mesh();
+  const std::size_t D = mesh.topology().dim();
+
+  // Get cells incident with facet (which is 0 and 1 here is
+  // arbitrary)
+  dolfin_assert(facet.num_entities(D) == 2);
+  std::size_t cell_index_plus = facet.entities(D)[0];
+  std::size_t cell_index_minus = facet.entities(D)[1];
+  bool local_is_plus = cell_index_plus == cell.index();
+
+  // The convention '+' = 0, '-' = 1 is from ffc
+  const Cell cell0(mesh, cell_index_plus);
+  const Cell cell1(mesh, cell_index_minus);
+
+  // Is this facet on a domain boundary?
+  if (cell_domains && !cell_domains->empty() &&
+      (*cell_domains)[cell_index_plus] < (*cell_domains)[cell_index_minus])
+  {
+    std::swap(cell_index_plus, cell_index_minus);
+  }
+
+  // Get information about the adjacent cell
+  const Cell& cell_adj = local_is_plus ? cell1 : cell0;
+  std::vector<double> coordinate_dofs_adj;
+  ufc::cell ufc_cell_adj;
+  std::size_t local_facet_adj = cell_adj.index(facet);
+  cell_adj.get_coordinate_dofs(coordinate_dofs_adj);
+  cell_adj.get_cell_data(ufc_cell_adj);
+
+  // Get information about plus and minus cells
+  const std::vector<double>* coordinate_dofs0 = nullptr;
+  const std::vector<double>* coordinate_dofs1 = nullptr;
+  const ufc::cell* ufc_cell0 = nullptr;
+  const ufc::cell* ufc_cell1 = nullptr;
+  std::size_t local_facet0, local_facet1;
+  if (local_is_plus)
+  {
+    coordinate_dofs0 = &coordinate_dofs;
+    coordinate_dofs1 = &coordinate_dofs_adj;
+    ufc_cell0 = &ufc_cell;
+    ufc_cell1 = &ufc_cell_adj;
+    local_facet0 = local_facet;
+    local_facet1 = local_facet_adj;
+  }
+  else
+  {
+    coordinate_dofs1 = &coordinate_dofs;
+    coordinate_dofs0 = &coordinate_dofs_adj;
+    ufc_cell1 = &ufc_cell;
+    ufc_cell0 = &ufc_cell_adj;
+    local_facet1 = local_facet;
+    local_facet0 = local_facet_adj;
+  }
+
+  // Update to current pair of cells and facets
+  ufc.update(cell0, *coordinate_dofs0, *ufc_cell0,
+             cell1, *coordinate_dofs1, *ufc_cell1,
+             integral->enabled_coefficients());
+
+  // Tabulate interior facet tensor on macro element
+  integral->tabulate_tensor(ufc.macro_A.data(), ufc.macro_w(),
+                            coordinate_dofs0->data(),
+                            coordinate_dofs1->data(),
+                            local_facet0, local_facet1,
+                            ufc_cell0->orientation,
+                            ufc_cell1->orientation);
+
+  // Stuff upper left quadrant (corresponding to cell_plus) or lower
+  // right quadrant (corresponding to cell_minus) into A depending on
+  // which cell is the local cell
+  const std::size_t M = A.rows();
+  const std::size_t N = A.cols();
+  const std::size_t offset_M = local_is_plus ? 0 : M;
+  const std::size_t offset_N = local_is_plus ? 0 : N;
+  const std::size_t rank = ufc.form.rank();
+  switch (rank)
+  {
+    case 0:
+      A(0, 0) += ufc.macro_A[0];
+      break;
+    case 1:
+      for (std::size_t i = 0; i < M; i++)
+        A(i, 0) += ufc.macro_A[i + offset_M];
+      break;
+    case 2:
+      for (std::size_t i = 0; i < M; i++)
+        for (std::size_t j = 0; j < N; j++)
+          A(i, j) += ufc.macro_A[2*N*(i + offset_M) + j + offset_N];
+      break;
+    default:
+      dolfin_error("LocalAssembler.cpp",
+                   "assembler exterior facet",
+                   "rank %d not supported", rank);
+  }
+}
+//------------------------------------------------------------------------------
diff --git a/dolfin/fem/LocalAssembler.h b/dolfin/fem/LocalAssembler.h
new file mode 100644
index 0000000..67fd0d3
--- /dev/null
+++ b/dolfin/fem/LocalAssembler.h
@@ -0,0 +1,118 @@
+// Copyright (C) 2011 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-01-04
+// Last changed: 2015-09-30
+
+#ifndef __LOCAL_ASSEMBLER_H
+#define __LOCAL_ASSEMBLER_H
+
+#include <vector>
+
+#include <dolfin/common/types.h>
+#include <Eigen/Dense>
+
+namespace ufc
+{
+  class cell;
+}
+
+namespace dolfin
+{
+
+  class Cell;
+  class Facet;
+  class UFC;
+  template<typename T> class MeshFunction;
+
+  /// Assembly of local cell tensors. Used by the adaptivity and
+  /// LocalSolver functionality in dolfin. The local assembly
+  /// functionality provided here is also wrapped as a free function
+  /// assemble_local(form_a, cell) in Python for easier usage. Use
+  /// from the C++ interface defined below will be faster than the
+  /// free function as fewer objects need to be created and destroyed.
+
+  class LocalAssembler
+  {
+
+  public:
+
+    /// Assemble a local tensor on a cell. Internally calls
+    /// assemble_cell(), assemble_exterior_facet(),
+    /// assemble_interior_facet().
+    static void
+      assemble(Eigen::Matrix<double, Eigen::Dynamic, 
+                             Eigen::Dynamic,
+                             Eigen::RowMajor>& A, ///< [out] The tensor to assemble. 
+               UFC& ufc, ///< [in]
+               const std::vector<double>& coordinate_dofs, ///< [in]
+               ufc::cell& ufc_cell, ///< [in]
+               const Cell& cell, ///< [in]
+               const MeshFunction<std::size_t>* cell_domains, ///< [in]
+               const MeshFunction<std::size_t>* exterior_facet_domains, ///< [in]
+               const MeshFunction<std::size_t>* interior_facet_domains ///< [in]
+               );
+
+    /// Worker method called by assemble() to perform assembly of
+    /// volume integrals (UFL measure dx).
+    static void assemble_cell(Eigen::Matrix<double, Eigen::Dynamic,
+                                            Eigen::Dynamic,
+                                            Eigen::RowMajor>& A, ///< [out] The tensor to assemble. 
+                              UFC& ufc, ///< [in]
+                              const std::vector<double>& coordinate_dofs, ///< [in]
+                              const ufc::cell& ufc_cell, ///< [in]
+                              const Cell& cell, ///< [in]
+                              const MeshFunction<std::size_t>* cell_domains ///< [in]
+                              );
+
+    /// Worker method called by assemble() for each of the cell's
+    /// external facets to perform assembly of external facet
+    /// integrals (UFL measure ds).
+    static void
+      assemble_exterior_facet(Eigen::Matrix<double, Eigen::Dynamic,
+                                            Eigen::Dynamic,
+                                            Eigen::RowMajor>& A, ///< [out] The tensor to assemble.
+                              UFC& ufc, ///< [in]
+                              const std::vector<double>& coordinate_dofs, ///< [in]
+                              const ufc::cell& ufc_cell, ///< [in]
+                              const Cell& cell, ///< [in]
+                              const Facet& facet, ///< [in]
+                              const std::size_t local_facet, ///< [in]
+                              const MeshFunction<std::size_t>* exterior_facet_domains ///< [in]
+                              );
+
+    /// Worker method called by assemble() for each of the cell's
+    /// internal facets to perform assembly of internal facet
+    /// integrals (UFL measure dS)
+    static void
+      assemble_interior_facet(Eigen::Matrix<double, Eigen::Dynamic,
+                                            Eigen::Dynamic,
+                                            Eigen::RowMajor>& A, ///< [out] The tensor to assemble.  
+                              UFC& ufc, ///< [in]
+                              const std::vector<double>& coordinate_dofs, ///< [in]
+                              const ufc::cell& ufc_cell, ///< [in]
+                              const Cell& cell, ///< [in]
+                              const Facet& facet, ///< [in] 
+                              const std::size_t local_facet, ///< [in]
+                              const MeshFunction<std::size_t>* interior_facet_domains, ///< [in]
+                              const MeshFunction<std::size_t>* cell_domains ///< [in]
+                              );
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/LocalSolver.cpp b/dolfin/fem/LocalSolver.cpp
new file mode 100644
index 0000000..16b40ba
--- /dev/null
+++ b/dolfin/fem/LocalSolver.cpp
@@ -0,0 +1,323 @@
+// Copyright (C) 2013-2015 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Steven Vandekerckhove, 2014
+// Modified by Tormod Landet, 2015
+
+#include <array>
+#include <memory>
+#include <vector>
+#include <Eigen/Dense>
+
+#include <dolfin/common/ArrayView.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/common/types.h>
+#include <dolfin/fem/LocalAssembler.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/la/GenericLinearAlgebraFactory.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/log/log.h>
+#include <dolfin/log/Progress.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Mesh.h>
+#include "assemble.h"
+#include "Form.h"
+#include "GenericDofMap.h"
+#include "UFC.h"
+#include "LocalSolver.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+LocalSolver::LocalSolver(std::shared_ptr<const Form> a,
+                         std::shared_ptr<const Form> L,
+                         SolverType solver_type)
+  : _a(a), _formL(L), _solver_type(solver_type)
+{
+  dolfin_assert(a);
+  dolfin_assert(a->rank() == 2);
+  dolfin_assert(L);
+  dolfin_assert(L->rank() == 1);
+}
+//-----------------------------------------------------------------------------
+LocalSolver::LocalSolver(std::shared_ptr<const Form> a, SolverType solver_type)
+  : _a(a), _solver_type(solver_type)
+{
+  dolfin_assert(a);
+  dolfin_assert(a->rank() == 2);
+}
+//-----------------------------------------------------------------------------
+void LocalSolver::solve_global_rhs(Function& u) const
+{
+  // Compute RHS (global)
+  std::shared_ptr<GenericVector> b
+    = u.vector()->factory().create_vector(u.vector()->mpi_comm());
+  dolfin_assert(b);
+  dolfin_assert(_formL);
+  assemble(*b, *_formL);
+
+  // Extract the vector where the solution will be stored
+  dolfin_assert(u.vector());
+  GenericVector& x = *(u.vector());
+
+  // Solve local problems
+  _solve_local(x, b.get(), nullptr);
+}
+//-----------------------------------------------------------------------------
+void LocalSolver::solve_local_rhs(Function& u) const
+{
+  // Extract the vector where the solution will be stored
+  dolfin_assert(u.vector());
+  GenericVector& x = *(u.vector());
+
+  // Loop over all cells and assemble local LHS & RHS which are then solved
+  _solve_local(x, nullptr, nullptr);
+}
+//-----------------------------------------------------------------------------
+void LocalSolver::solve_local(GenericVector& x, const GenericVector& b,
+                              const GenericDofMap& dofmap_b) const
+{
+  _solve_local(x, &b, &dofmap_b);
+}
+//-----------------------------------------------------------------------------
+void LocalSolver::_solve_local(GenericVector& x, const GenericVector* global_b,
+                               const GenericDofMap* dofmap_L) const
+{
+  // Check that we have valid bilinear form
+  dolfin_assert(_a);
+  dolfin_assert(_a->rank() == 2);
+
+  // Set timer
+  Timer timer("Solve local problems");
+
+  // Create UFC objects
+  UFC ufc_a(*_a);
+  std::unique_ptr<UFC> ufc_L;
+
+  // Check that we have valid linear form or a dofmap for it
+  if (dofmap_L)
+    dolfin_assert(global_b);
+  else
+  {
+    dolfin_assert(_formL);
+    dolfin_assert(_formL->rank() == 1);
+    dolfin_assert(_formL->function_space(0)->dofmap());
+    dofmap_L = _formL->function_space(0)->dofmap().get();
+    ufc_L.reset(new UFC(*_formL));
+  }
+
+  // Extract the mesh
+  dolfin_assert(_a->function_space(0)->mesh());
+  const Mesh& mesh = *_a->function_space(0)->mesh();
+
+  // Get bilinear form dofmaps
+  std::array<std::shared_ptr<const GenericDofMap>, 2> dofmaps_a
+    = {{_a->function_space(0)->dofmap(), _a->function_space(1)->dofmap()}};
+  dolfin_assert(dofmaps_a[0] and dofmaps_a[1]);
+
+  // Extract cell_domains etc from left-hand side form
+  const MeshFunction<std::size_t>* cell_domains
+    = _a->cell_domains().get();
+  const MeshFunction<std::size_t>* exterior_facet_domains
+    = _a->exterior_facet_domains().get();
+  const MeshFunction<std::size_t>* interior_facet_domains
+    = _a->interior_facet_domains().get();
+
+  // Eigen data structures and factorisations for cell data structures
+  Eigen::Matrix<double, Eigen::Dynamic, Eigen::Dynamic,
+                Eigen::RowMajor> A_e, b_e;
+  Eigen::VectorXd x_e;
+  Eigen::PartialPivLU<Eigen::Matrix<double, Eigen::Dynamic, Eigen::Dynamic,
+                                    Eigen::RowMajor>> lu;
+  Eigen::LLT<Eigen::Matrix<double, Eigen::Dynamic, Eigen::Dynamic,
+                           Eigen::RowMajor>> cholesky;
+  bool use_cache = !(_cholesky_cache.empty() and _lu_cache.empty());
+
+  // Loop over cells and solve local problems
+  Progress p("Performing local (cell-wise) solve", mesh.num_cells());
+  ufc::cell ufc_cell;
+  std::vector<double> coordinate_dofs;
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    // Get local-to-global dof maps for cell
+    auto dofs_a0 = dofmaps_a[0]->cell_dofs(cell->index());
+    auto dofs_a1 = dofmaps_a[1]->cell_dofs(cell->index());
+    auto dofs_L = dofmap_L->cell_dofs(cell->index());
+
+    // Check that the local matrix is square
+    if (dofs_a0.size() != dofs_a1.size())
+    {
+      dolfin_error("LocalSolver.cpp",
+                   "assemble local LHS",
+                   "Local LHS dimensions is non square (%d x %d) on cell %d",
+                   dofs_a0.size(), dofs_a1.size(), cell->index());
+    }
+
+    // Check that the local RHS matches the LHS
+    if (dofs_a0.size() != dofs_L.size())
+    {
+      dolfin_error("LocalSolver.cpp",
+                   "assemble local RHS",
+                   "Local RHS dimension %d is does not match first dimension "
+                   "%d of LHS on cell %d",
+                   dofs_L.size(), dofs_a0.size(), cell->index());
+    }
+
+    // Update data to current cell
+    cell->get_coordinate_dofs(coordinate_dofs);
+
+    // Assemble the linear form
+    x_e.resize(dofs_L.size());
+    b_e.resize(dofs_L.size(), 1);
+
+    if (global_b)
+    {
+      // Copy global RHS data into local RHS vector
+      global_b->get_local(b_e.data(), dofs_L.size(), dofs_L.data());
+    }
+    else
+    {
+      // Assemble local RHS vector
+      LocalAssembler::assemble(b_e, *ufc_L, coordinate_dofs, ufc_cell,
+                               *cell, _formL->cell_domains().get(),
+                               _formL->exterior_facet_domains().get(),
+                               _formL->interior_facet_domains().get());
+    }
+
+    if (use_cache)
+    {
+      // Use cached factorisations
+      if (_solver_type == SolverType::Cholesky)
+        x_e = _cholesky_cache[cell->index()].solve(b_e);
+      else
+        x_e = _lu_cache[cell->index()].solve(b_e);
+    }
+    else
+    {
+      // Assemble the bilinear form
+      A_e.resize(dofs_a0.size(), dofs_a1.size());
+      LocalAssembler::assemble(A_e, ufc_a, coordinate_dofs,
+                               ufc_cell, *cell, cell_domains,
+                               exterior_facet_domains, interior_facet_domains);
+
+      // Factorise and solve
+      if (_solver_type == SolverType::Cholesky)
+      {
+        cholesky.compute(A_e);
+        x_e = cholesky.solve(b_e);
+      }
+      else
+      {
+        lu.compute(A_e);
+        x_e = lu.solve(b_e);
+      }
+    }
+
+    // Insert solution in global vector
+    x.set_local(x_e.data(), dofs_a1.size(), dofs_a1.data());
+
+    // Update progress
+    p++;
+  }
+
+  // Finalise vector
+  x.apply("insert");
+}
+//----------------------------------------------------------------------------
+void LocalSolver::factorize()
+{
+  // Check that we have valid bilinear and linear forms
+  dolfin_assert(_a);
+  dolfin_assert(_a->rank() == 2);
+
+  // Set timer
+  Timer timer("Factorise local problems");
+
+  // Extract the mesh
+  dolfin_assert(_a->function_space(0)->mesh());
+  const Mesh& mesh = *_a->function_space(0)->mesh();
+
+  // Resize cache
+  if (_solver_type == SolverType::Cholesky)
+    _cholesky_cache.resize(mesh.num_cells());
+  else
+    _lu_cache.resize(mesh.num_cells());
+
+  // Create UFC objects
+  UFC ufc_a(*_a);
+
+  // Get dofmaps
+  std::array<std::shared_ptr<const GenericDofMap>, 2> dofmaps_a
+    = {{_a->function_space(0)->dofmap(), _a->function_space(1)->dofmap()}};
+  dolfin_assert(dofmaps_a[0] and dofmaps_a[1]);
+
+  // Extract cell_domains etc from left-hand side form
+  const MeshFunction<std::size_t>* cell_domains
+    = _a->cell_domains().get();
+  const MeshFunction<std::size_t>* exterior_facet_domains
+    = _a->exterior_facet_domains().get();
+  const MeshFunction<std::size_t>* interior_facet_domains
+    = _a->interior_facet_domains().get();
+
+  // Local dense matrix
+  Eigen::Matrix<double, Eigen::Dynamic, Eigen::Dynamic, Eigen::RowMajor> A_e;
+
+  // Loop over cells and solve local problems
+  Progress p("Performing local (cell-wise) factorization", mesh.num_cells());
+  ufc::cell ufc_cell;
+  std::vector<double> coordinate_dofs;
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    // Get local-to-global dof maps for cell
+    auto dofs_a0 = dofmaps_a[0]->cell_dofs(cell->index());
+    auto dofs_a1 = dofmaps_a[1]->cell_dofs(cell->index());
+
+    // Check that the local matrix is square
+    if (dofs_a0.size() != dofs_a1.size())
+    {
+      dolfin_error("LocalSolver.cpp",
+                   "assemble local LHS",
+                   "Local LHS dimensions is non square (%d x %d) on cell %d",
+                   dofs_a0.size(), dofs_a1.size(), cell->index());
+    }
+
+    // Update data to current cell
+    cell->get_coordinate_dofs(coordinate_dofs);
+    A_e.resize(dofs_a0.size(), dofs_a1.size());
+
+    // Assemble the bilinear form
+    LocalAssembler::assemble(A_e, ufc_a, coordinate_dofs,
+                             ufc_cell, *cell, cell_domains,
+                             exterior_facet_domains, interior_facet_domains);
+
+    if (_solver_type == SolverType::Cholesky)
+      _cholesky_cache[cell->index()].compute(A_e);
+    else
+      _lu_cache[cell->index()].compute(A_e);
+
+    // Update progress
+    p++;
+  }
+}
+//----------------------------------------------------------------------------
+void LocalSolver::clear_factorization()
+{
+  _cholesky_cache.clear();
+  _lu_cache.clear();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/LocalSolver.h b/dolfin/fem/LocalSolver.h
new file mode 100644
index 0000000..36f1541
--- /dev/null
+++ b/dolfin/fem/LocalSolver.h
@@ -0,0 +1,149 @@
+// Copyright (C) 2013-2015 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __LOCAL_SOLVER_H
+#define __LOCAL_SOLVER_H
+
+#include <memory>
+#include <vector>
+#include <Eigen/Cholesky>
+#include <Eigen/Dense>
+#include <Eigen/LU>
+
+namespace dolfin
+{
+  // Forward declarations
+  class Form;
+  class Function;
+  class GenericDofMap;
+  class GenericVector;
+
+  /// Solve problems cell-wise
+
+  /// This class solves problems cell-wise. It computes the local
+  /// left-hand side A_local which must be square locally but not
+  /// globally. The right-hand side b_local is either computed locally
+  /// for one cell or globally for all cells depending on which of the
+  /// solve_local_rhs or solve_global_rhs methods which are
+  /// called. You can optionally assemble the right-hand side vector
+  /// yourself and use the solve_local method. You must then provide
+  /// the DofMap of the right-hand side.
+  ///
+  /// The local solver solves A_local x_local = b_local. The result
+  /// x_local is copied into the global vector x of the provided
+  /// Function u. You can optionally call the factorize() method to
+  /// pre-calculate the local left-hand side factorizations to speed
+  /// up repeated applications of the LocalSolver with the same
+  /// LHS. The solve_xxx methods will factorise the LHS A_local
+  /// matrices each time if they are not cached by a previous call to
+  /// factorize. You can chose upon initialization whether you want
+  /// Cholesky or LU (default) factorisations.
+  ///
+  /// For forms with no coupling across cell edges, this function is
+  /// identical to a global solve. For problems with coupling across
+  /// cells it is not.
+  ///
+  /// This class can be used for post-processing solutions,
+  /// e.g. computing stress fields for visualisation, far more cheaply
+  /// that using global projections.
+  class LocalSolver
+  {
+  public:
+
+    /// SolverType
+    enum class SolverType {LU, Cholesky};
+
+    /// Constructor (shared pointer version)
+    /// @param a (Form)
+    ///   input LHS form
+    /// @param L (Form)
+    ///   input RHS form
+    /// @param solver_type (SolverType)
+    LocalSolver(std::shared_ptr<const Form> a, std::shared_ptr<const Form> L,
+                SolverType solver_type=SolverType::LU);
+
+    /// Constructor (shared pointer version)
+    /// @param a (Form)
+    ///   input LHS form
+    /// @param solver_type (SolverType)
+    LocalSolver(std::shared_ptr<const Form> a, SolverType solver_type=SolverType::LU);
+
+    /// Solve local (cell-wise) problems A_e x_e = b_e, where A_e is
+    /// the cell matrix LHS and b_e is the global RHS vector b
+    /// restricted to the cell, i.e. b_e may contain contributions
+    /// from neighbouring cells. The solution is exact for the case in
+    /// which there is no coupling between cell contributions to the
+    /// global matrix A, e.g. the discontinuous Galerkin matrix. The
+    /// result is copied into x.
+    /// @param u (Function&)
+    ///   Function
+    void solve_global_rhs(Function& u) const;
+
+    /// Solve local (cell-wise) problems A_e x_e = b_e where A_e and
+    /// b_e are the cell element tensors. Compared to solve_global_rhs
+    /// this function calculates local RHS vectors for each cell and
+    /// hence does not include contributions from neighbouring cells.
+    ///
+    /// This function is useful for computing (approximate) cell-wise
+    /// projections, for example for post-processing. It much more
+    /// efficient than computing global projections.
+    /// @param u (Function&)
+    ///   Function
+    void solve_local_rhs(Function& u) const;
+
+    /// Solve local problems for given RHS and corresponding dofmap
+    /// for RHS
+    /// @param x (GenericVector)
+    /// @param b (GenericVector)
+    /// @param dofmap_b (GenericDofMap)
+    ///
+    void solve_local(GenericVector& x, const GenericVector& b,
+                     const GenericDofMap& dofmap_b) const;
+
+    /// Factorise the local LHS matrices for all cells and store in cache
+    void factorize();
+
+    /// Reset (clear) any stored factorizations
+    void clear_factorization();
+
+  private:
+
+    // Bilinear and linear forms
+    std::shared_ptr<const Form> _a, _formL;
+
+    // Solver type to use
+    const SolverType _solver_type;
+
+    // Cached LU factorisations of matrices (_spd==false)
+    std::vector<Eigen::PartialPivLU<Eigen::Matrix<double, Eigen::Dynamic,
+                                                  Eigen::Dynamic,
+                                                  Eigen::RowMajor>>> _lu_cache;
+
+    // Cached Cholesky factorisations of matrices (_spd==true)
+    std::vector<Eigen::LLT<Eigen::Matrix<double, Eigen::Dynamic,
+                                         Eigen::Dynamic,
+                                         Eigen::RowMajor>>> _cholesky_cache;
+
+    // Helper function that does the actual calculations
+    void _solve_local(GenericVector& x,
+                      const GenericVector* global_b,
+                      const GenericDofMap* dofmap_L) const;
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/MixedAssembler.cpp b/dolfin/fem/MixedAssembler.cpp
new file mode 100644
index 0000000..0db40fd
--- /dev/null
+++ b/dolfin/fem/MixedAssembler.cpp
@@ -0,0 +1,786 @@
+// Copyright (C) 2007-2015 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Cecile Daversin-Catty 2017
+
+#include <algorithm>
+#include <dolfin/log/log.h>
+#include <dolfin/log/Progress.h>
+#include <dolfin/common/ArrayView.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/parameter/GlobalParameters.h>
+#include <dolfin/la/GenericTensor.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Facet.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/mesh/MeshData.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/mesh/SubDomain.h>
+#include <dolfin/function/GenericFunction.h>
+#include <dolfin/function/FunctionSpace.h>
+#include "GenericDofMap.h"
+#include "Form.h"
+#include "UFC.h"
+#include "FiniteElement.h"
+#include "AssemblerBase.h"
+#include "MixedAssembler.h"
+
+#include <dolfin/mesh/MultiMesh.h>
+#include <dolfin/la/GenericMatrix.h>
+
+using namespace dolfin;
+
+//----------------------------------------------------------------------------
+void MixedAssembler::assemble(GenericTensor& A, const Form& a)
+{
+  // All assembler functions above end up calling this function, which
+  // in turn calls the assembler functions below to assemble over
+  // cells, exterior and interior facets.
+
+  // Get cell domains
+  std::shared_ptr<const MeshFunction<std::size_t>>
+    cell_domains = a.cell_domains();
+
+  // Get exterior facet domains
+  std::shared_ptr<const MeshFunction<std::size_t>> exterior_facet_domains
+      = a.exterior_facet_domains();
+
+  // Get interior facet domains
+  std::shared_ptr<const MeshFunction<std::size_t>> interior_facet_domains
+      = a.interior_facet_domains();
+
+  // Get vertex domains
+  std::shared_ptr<const MeshFunction<std::size_t>> vertex_domains
+    = a.vertex_domains();
+
+  // Check form
+  AssemblerBase::check(a);
+
+  // Create data structure for local assembly data
+  UFC ufc(a);
+
+  // Update off-process coefficients
+  const std::vector<std::shared_ptr<const GenericFunction>>
+    coefficients = a.coefficients();
+
+  // Initialize global tensor
+  init_global_tensor(A, a);
+
+  // Assemble over cells
+  assemble_cells(A, a, ufc, cell_domains, NULL);
+
+  // Assemble over exterior facets
+  assemble_exterior_facets(A, a, ufc, exterior_facet_domains, NULL);
+
+  // Assemble over interior facets
+  assemble_interior_facets(A, a, ufc, interior_facet_domains,
+                           cell_domains, NULL);
+
+  // Assemble over vertices
+  assemble_vertices(A, a, ufc, vertex_domains);
+
+  // Finalize assembly of global tensor
+  if (finalize_tensor)
+    A.apply("add");
+}
+//-----------------------------------------------------------------------------
+void MixedAssembler::assemble_cells(
+  GenericTensor& A,
+  const Form& a,
+  UFC& ufc,
+  std::shared_ptr<const MeshFunction<std::size_t>> domains,
+  std::vector<double>* values)
+{
+  // Skip assembly if there are no cell integrals
+  if (!ufc.form.has_cell_integrals())
+    return;
+
+  // Set timer
+  Timer timer("[MixedAssembler] Assemble cells");
+
+  // Extract mesh
+  dolfin_assert(a.mesh());
+  const Mesh& mesh = *(a.mesh());
+
+  // Form rank
+  const std::size_t form_rank = ufc.form.rank();
+
+  // Check if form is a functional
+  const bool is_cell_functional = (values && form_rank == 0) ? true : false;
+
+  // Collect pointers to dof maps / id of the involved meshes
+  std::vector<const GenericDofMap*> dofmaps;
+  std::vector<unsigned> mesh_id(form_rank);
+
+  for (std::size_t i = 0; i < form_rank; ++i)
+  {
+    mesh_id[i] = a.function_space(i)->mesh()->id();
+    dofmaps.push_back(a.function_space(i)->dofmap().get());
+  }
+
+  // Vector to hold dof map for a cell
+  std::vector<ArrayView<const dolfin::la_index>> dofs(form_rank);
+
+  // Cell integral
+  ufc::cell_integral* integral = ufc.default_cell_integral.get();
+
+  // Check whether integral is domain-dependent
+  bool use_domains = domains && !domains->empty();
+
+  // Assemble over cells
+  ufc::cell ufc_cell;
+  std::vector<double> coordinate_dofs;
+  Progress p(AssemblerBase::progress_message(A.rank(), "cells"),
+             mesh.num_cells());
+
+  auto mapping_map = mesh.topology().mapping();
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    // Get integral for sub domain (if any)
+    if (use_domains)
+      integral = ufc.get_cell_integral((*domains)[*cell]);
+
+    // Skip if no integral on current domain
+    if (!integral)
+      continue;
+
+    // Check that cell is not a ghost
+    dolfin_assert(!cell->is_ghost());
+
+    // Update to current cell
+    cell->get_cell_data(ufc_cell);
+    cell->get_coordinate_dofs(coordinate_dofs);
+
+    ufc.update(*cell, coordinate_dofs, ufc_cell,
+               integral->enabled_coefficients());
+
+    // Get local-to-global dof maps for cell
+    bool empty_dofmap = false;
+    std::vector<std::vector<std::size_t>> cell_index(form_rank);
+    // Mixed-dimensional
+    std::vector<std::size_t> codim(form_rank);
+    std::vector<int> local_facets;
+
+    for (size_t i = 0; i < form_rank; ++i)
+    {
+      cell_index[i].push_back(cell->index());
+
+      if (mesh_id[i] != mesh.id() && mapping_map[mesh_id[i]])
+      {
+	auto mapping = mapping_map[mesh_id[i]];
+	dolfin_assert(mapping->mesh()->id() == mesh_id[i]);
+
+	codim[i] = mapping->mesh()->topology().dim() - mesh.topology().dim();
+	if(codim[i] == 0)
+	  cell_index[i][0] = mapping->cell_map()[cell->index()];
+	else if(codim[i] == 1) // 2D-1D or 3D-2D (cells - facets relationships)
+	{
+	  const std::size_t D = mapping->mesh()->topology().dim();
+	  mapping->mesh()->init(D);
+	  mapping->mesh()->init(D - 1, D);
+
+	  Facet mesh_facet(*(mapping->mesh()), mapping->cell_map()[cell->index()]);
+	  for(std::size_t j=0; j<mesh_facet.num_entities(D);j++)
+	  {
+	    Cell mesh_cell(*(mapping->mesh()), mesh_facet.entities(D)[j]);
+	    local_facets.push_back(mesh_cell.index(mesh_facet));
+
+	    if(j==0)
+	      cell_index[i][0] = mesh_cell.index();
+	    else
+	      cell_index[i].push_back(mesh_cell.index());
+	  }
+	}
+	else if(codim[i] == 2) // 3D-1D (cells - edges relationships)
+	  std::cout << "[MixedAssembler] codim 2 - Not implemented (yet)" << std::endl;
+      }
+    }
+
+    if (empty_dofmap)
+      continue;
+
+    if(local_facets.empty()) // Not mixed-dimensional - Standard case
+    {
+      integral->tabulate_tensor(ufc.A.data(),
+				ufc.w(),
+				coordinate_dofs.data(),
+				ufc_cell.orientation);
+
+      for(std::size_t i=0; i<form_rank; ++i)
+      {
+	auto dmap = dofmaps[i]->cell_dofs(cell_index[i][0]);
+	dofs[i].set(dmap.size(), dmap.data());
+      }
+
+      if (is_cell_functional)
+	(*values)[cell->index()] = ufc.A[0];
+      else
+	A.add_local(ufc.A.data(), dofs);
+    }
+    else // Mixed-dimensional integrals
+    {
+      for(std::size_t j=0; j<local_facets.size(); ++j)
+      {
+	integral->tabulate_tensor(ufc.A.data(),
+				  ufc.w(),
+				  coordinate_dofs.data(),
+				  ufc_cell.orientation,
+				  local_facets[j]); // local index of the lower dim entity involved
+
+	for(std::size_t i=0; i<form_rank; ++i)
+	{
+          std::size_t jidx = (cell_index[i].size() > 1) ? j:0;
+
+          auto dmap = dofmaps[i]->cell_dofs(cell_index[i][jidx]);
+
+          // If there is more than one higher-dimensional contrib, do not consider the same dof twice
+          // #FIXME : This could be more elegant
+	  for(std::size_t dof=0; jidx != 0 && dof<dofs[i].size(); ++dof)
+	  {
+	    for(int rm = 0; rm<dmap.size(); rm++)
+	    {
+              if(form_rank > 1 && dmap[rm] == dofs[i][dof]) // This dof (index=rm) has already been set
+	      {
+		if(i == 0)
+		{
+		  for(std::size_t col=0; col<dofmaps[1]->max_element_dofs(); ++col)
+		    ufc.A[rm*dofmaps[1]->max_element_dofs() + col] = 0.0;
+		}
+	        if(i == 1)
+		{
+		  for(std::size_t row=0; row<dofmaps[0]->max_element_dofs(); ++row)
+		    ufc.A[row*dofmaps[1]->max_element_dofs() + rm] = 0.0;
+		}
+	      }
+	    }
+	  }
+
+	  dofs[i].set(dmap.size(), dmap.data());
+	}
+
+        // TO CHECK/IMPROVE : If we have contributions from adjacent cells from different meshes
+        if(local_facets.size() > 1 && cell_index[0].size() <= 1 && cell_index[form_rank - 1].size() <= 1)
+          for(auto& m: ufc.A)
+            m/=local_facets.size();
+
+	if (is_cell_functional)
+	  (*values)[cell->index()] = ufc.A[0];
+	else
+	  A.add_local(ufc.A.data(), dofs);
+      }
+    }
+    p++;
+  }
+  timer.stop();
+}
+//-----------------------------------------------------------------------------
+void MixedAssembler::assemble_exterior_facets(
+  GenericTensor& A,
+  const Form& a,
+  UFC& ufc,
+  std::shared_ptr<const MeshFunction<std::size_t>> domains,
+  std::vector<double>* values)
+{
+  // Skip assembly if there are no exterior facet integrals
+  if (!ufc.form.has_exterior_facet_integrals())
+    return;
+
+  // Set timer
+  Timer timer("Assemble exterior facets");
+
+  // Extract mesh
+  dolfin_assert(a.mesh());
+  const Mesh& mesh = *(a.mesh());
+
+  // Form rank
+  const std::size_t form_rank = ufc.form.rank();
+
+  // Collect pointers to dof maps
+  std::vector<const GenericDofMap*> dofmaps;
+  for (std::size_t i = 0; i < form_rank; ++i)
+    dofmaps.push_back(a.function_space(i)->dofmap().get());
+
+  // Vector to hold dof map for a cell
+  std::vector<ArrayView<const dolfin::la_index>> dofs(form_rank);
+
+  // Exterior facet integral
+  const ufc::exterior_facet_integral* integral
+    = ufc.default_exterior_facet_integral.get();
+
+  // Check whether integral is domain-dependent
+  bool use_domains = domains && !domains->empty();
+
+  // Compute facets and facet - cell connectivity if not already computed
+  const std::size_t D = mesh.topology().dim();
+  mesh.init(D - 1);
+  mesh.init(D - 1, D);
+  dolfin_assert(mesh.ordered());
+
+  // Assemble over exterior facets (the cells of the boundary)
+  ufc::cell ufc_cell;
+  std::vector<double> coordinate_dofs;
+  Progress p(AssemblerBase::progress_message(A.rank(), "exterior facets"),
+             mesh.num_facets());
+  for (FacetIterator facet(mesh); !facet.end(); ++facet)
+  {
+    // Only consider exterior facets
+    if (!facet->exterior())
+    {
+      p++;
+      continue;
+    }
+
+    // Get integral for sub domain (if any)
+    if (use_domains)
+      integral = ufc.get_exterior_facet_integral((*domains)[*facet]);
+
+    // Skip integral if zero
+    if (!integral)
+      continue;
+
+    // Get mesh cell to which mesh facet belongs (pick first, there is
+    // only one)
+    dolfin_assert(facet->num_entities(D) == 1);
+    Cell mesh_cell(mesh, facet->entities(D)[0]);
+
+    // Check that cell is not a ghost
+    dolfin_assert(!mesh_cell.is_ghost());
+
+    // Get local index of facet with respect to the cell
+    const std::size_t local_facet = mesh_cell.index(*facet);
+
+    // Update UFC cell
+    mesh_cell.get_cell_data(ufc_cell, local_facet);
+    mesh_cell.get_coordinate_dofs(coordinate_dofs);
+
+    // Update UFC object
+    ufc.update(mesh_cell, coordinate_dofs, ufc_cell,
+               integral->enabled_coefficients());
+
+    // Get local-to-global dof maps for cell
+    for (std::size_t i = 0; i < form_rank; ++i)
+    {
+      auto dmap = dofmaps[i]->cell_dofs(mesh_cell.index());
+      dofs[i].set(dmap.size(), dmap.data());
+    }
+
+    // Tabulate exterior facet tensor
+    integral->tabulate_tensor(ufc.A.data(),
+                              ufc.w(),
+                              coordinate_dofs.data(),
+                              local_facet,
+                              ufc_cell.orientation);
+
+    // Add entries to global tensor
+    A.add_local(ufc.A.data(), dofs);
+
+    p++;
+  }
+}
+//-----------------------------------------------------------------------------
+void MixedAssembler::assemble_interior_facets(
+  GenericTensor& A,
+  const Form& a,
+  UFC& ufc,
+  std::shared_ptr<const MeshFunction<std::size_t>> domains,
+  std::shared_ptr<const MeshFunction<std::size_t>> cell_domains,
+  std::vector<double>* values)
+{
+  // Skip assembly if there are no interior facet integrals
+  if (!ufc.form.has_interior_facet_integrals())
+    return;
+
+  // Set timer
+  Timer timer("Assemble interior facets");
+
+  // Extract mesh and coefficients
+  dolfin_assert(a.mesh());
+  const Mesh& mesh = *(a.mesh());
+
+  // Sanity check of ghost mode (proper check in AssemblerBase::check)
+  dolfin_assert(mesh.ghost_mode() == "shared_vertex"
+                || mesh.ghost_mode() == "shared_facet"
+                || MPI::size(mesh.mpi_comm()) == 1);
+
+  // MPI rank
+  const int my_mpi_rank = MPI::rank(mesh.mpi_comm());
+
+  // Form rank
+  const std::size_t form_rank = ufc.form.rank();
+
+  // Collect pointers to dof maps
+  std::vector<const GenericDofMap*> dofmaps;
+  for (std::size_t i = 0; i < form_rank; ++i)
+    dofmaps.push_back(a.function_space(i)->dofmap().get());
+
+  // Vector to hold dofs for cells, and a vector holding pointers to same
+  std::vector<std::vector<dolfin::la_index>> macro_dofs(form_rank);
+  std::vector<ArrayView<const dolfin::la_index>> macro_dof_ptrs(form_rank);
+
+  // Interior facet integral
+  const ufc::interior_facet_integral* integral
+    = ufc.default_interior_facet_integral.get();
+
+  // Check whether integral is domain-dependent
+  bool use_domains = domains && !domains->empty();
+  bool use_cell_domains = cell_domains && !cell_domains->empty();
+
+  // Compute facets and facet - cell connectivity if not already computed
+  const std::size_t D = mesh.topology().dim();
+  mesh.init(D - 1);
+  mesh.init(D - 1, D);
+  dolfin_assert(mesh.ordered());
+
+  // Assemble over interior facets (the facets of the mesh)
+  ufc::cell ufc_cell[2];
+  std::vector<double> coordinate_dofs[2];
+  Progress p(AssemblerBase::progress_message(A.rank(), "interior facets"),
+             mesh.num_facets());
+  for (FacetIterator facet(mesh); !facet.end(); ++facet)
+  {
+    if (facet->num_entities(D) == 1)
+      continue;
+
+    // Check that facet is not a ghost
+    dolfin_assert(!facet->is_ghost());
+
+    // Get integral for sub domain (if any)
+    if (use_domains)
+      integral = ufc.get_interior_facet_integral((*domains)[*facet]);
+
+    // Skip integral if zero
+    if (!integral)
+      continue;
+
+    // Get cells incident with facet (which is 0 and 1 here is arbitrary)
+    dolfin_assert(facet->num_entities(D) == 2);
+    std::size_t cell_index_plus = facet->entities(D)[0];
+    std::size_t cell_index_minus = facet->entities(D)[1];
+
+    if (use_cell_domains && (*cell_domains)[cell_index_plus]
+        < (*cell_domains)[cell_index_minus])
+    {
+      std::swap(cell_index_plus, cell_index_minus);
+    }
+
+    // The convention '+' = 0, '-' = 1 is from ffc
+    const Cell cell0(mesh, cell_index_plus);
+    const Cell cell1(mesh, cell_index_minus);
+
+    // Get local index of facet with respect to each cell
+    std::size_t local_facet0 = cell0.index(*facet);
+    std::size_t local_facet1 = cell1.index(*facet);
+
+    // Update to current pair of cells
+    cell0.get_cell_data(ufc_cell[0], local_facet0);
+    cell0.get_coordinate_dofs(coordinate_dofs[0]);
+    cell1.get_cell_data(ufc_cell[1], local_facet1);
+    cell1.get_coordinate_dofs(coordinate_dofs[1]);
+
+    ufc.update(cell0, coordinate_dofs[0], ufc_cell[0],
+               cell1, coordinate_dofs[1], ufc_cell[1],
+               integral->enabled_coefficients());
+
+    // Tabulate dofs for each dimension on macro element
+    for (std::size_t i = 0; i < form_rank; i++)
+    {
+      // Get dofs for each cell
+      auto cell_dofs0 = dofmaps[i]->cell_dofs(cell0.index());
+      auto cell_dofs1 = dofmaps[i]->cell_dofs(cell1.index());
+
+      // Create space in macro dof vector
+      macro_dofs[i].resize(cell_dofs0.size() + cell_dofs1.size());
+
+      // Copy cell dofs into macro dof vector
+      std::copy(cell_dofs0.data(), cell_dofs0.data() + cell_dofs0.size(),
+                macro_dofs[i].begin());
+      std::copy(cell_dofs1.data(), cell_dofs1.data() + cell_dofs1.size(),
+                macro_dofs[i].begin() + cell_dofs0.size());
+      macro_dof_ptrs[i].set(macro_dofs[i]);
+    }
+
+    // Tabulate interior facet tensor on macro element
+    integral->tabulate_tensor(ufc.macro_A.data(),
+                              ufc.macro_w(),
+                              coordinate_dofs[0].data(),
+                              coordinate_dofs[1].data(),
+                              local_facet0,
+                              local_facet1,
+                              ufc_cell[0].orientation,
+                              ufc_cell[1].orientation);
+
+    if (cell0.is_ghost() != cell1.is_ghost())
+    {
+      int ghost_rank = -1;
+      if (cell0.is_ghost())
+        ghost_rank = cell0.owner();
+      else
+        ghost_rank = cell1.owner();
+
+      dolfin_assert(my_mpi_rank != ghost_rank);
+      dolfin_assert(ghost_rank != -1);
+      if (ghost_rank < my_mpi_rank)
+        continue;
+    }
+
+    // Add entries to global tensor
+    A.add_local(ufc.macro_A.data(), macro_dof_ptrs);
+
+    p++;
+  }
+}
+//-----------------------------------------------------------------------------
+void MixedAssembler::assemble_vertices(
+  GenericTensor& A,
+  const Form& a,
+  UFC& ufc,
+  std::shared_ptr<const MeshFunction<std::size_t>> domains)
+{
+  // Skip assembly if there are no point integrals
+  if (!ufc.form.has_vertex_integrals())
+    return;
+
+  // Set timer
+  Timer timer("Assemble vertices");
+
+  // Extract mesh
+  dolfin_assert(a.mesh());
+  const Mesh& mesh = *(a.mesh());
+
+  // Compute cell and vertex - cell connectivity if not already
+  // computed
+  const std::size_t D = mesh.topology().dim();
+  mesh.init(0);
+  mesh.init(0, D);
+  dolfin_assert(mesh.ordered());
+
+  // Logics for shared vertices
+  const bool has_shared_vertices = mesh.topology().have_shared_entities(0);
+  const std::map<std::int32_t, std::set<unsigned int>>&
+    shared_vertices = mesh.topology().shared_entities(0);
+
+  // Form rank
+  const std::size_t form_rank = ufc.form.rank();
+
+  // Collect pointers to dof maps
+  std::vector<const GenericDofMap*> dofmaps(form_rank);
+
+  // Create a vector for storying local to local map for vertex entity
+  // dofs
+  std::vector<std::vector<std::size_t>> local_to_local_dofs(form_rank);
+
+  // Create a values vector to be used to fan out local tabulated
+  // values to the global tensor
+  std::vector<double> local_values(1);
+
+  // Vector to hold local dof map for a vertex
+  std::vector<std::vector<dolfin::la_index>> global_dofs(form_rank);
+  std::vector<ArrayView<const dolfin::la_index>> global_dofs_p(form_rank);
+  std::vector<dolfin::la_index> local_dof_size(form_rank);
+  for (std::size_t i = 0; i < form_rank; ++i)
+  {
+    dofmaps[i] = a.function_space(i)->dofmap().get();
+
+    // Check that the test and trial space as dofs on the vertices
+    if (dofmaps[i]->num_entity_dofs(0) == 0)
+    {
+      dolfin_error("MixedAssembler.cpp",
+                   "assemble form over vertices",
+                   "Expecting test and trial spaces to have dofs on "\
+                   "vertices for point integrals");
+    }
+
+    // Check that the test and trial spaces do not have dofs other
+    // than on vertices
+    for (std::size_t j = 1; j <= D; j++)
+    {
+      if (dofmaps[i]->num_entity_dofs(j)!=0)
+      {
+        dolfin_error("MixedAssembler.cpp",
+                     "assemble form over vertices",
+                     "Expecting test and trial spaces to only have dofs on " \
+                     "vertices for point integrals");
+      }
+    }
+
+    // Resize local values so it can hold dofs on one vertex
+    local_values.resize(local_values.size()*dofmaps[i]->num_entity_dofs(0));
+
+    // Resize local to local map according to the number of vertex
+    // entities dofs
+    local_to_local_dofs[i].resize(dofmaps[i]->num_entity_dofs(0));
+
+    // Resize local dof map vector
+    global_dofs[i].resize(dofmaps[i]->num_entity_dofs(0));
+
+    // Get size of local dofs
+    local_dof_size[i] = dofmaps[i]->ownership_range().second
+      - dofmaps[i]->ownership_range().first;
+
+    // Get pointer to global dofs
+    global_dofs_p[i].set(global_dofs[i]);
+  }
+
+  // Vector to hold dof map for a cell
+  std::vector<ArrayView<const dolfin::la_index>> dofs(form_rank);
+
+  // Exterior point integral
+  const ufc::vertex_integral* integral
+    = ufc.default_vertex_integral.get();
+
+  // Check whether integral is domain-dependent
+  bool use_domains = domains && !domains->empty();
+
+  // MPI rank
+  const unsigned int my_mpi_rank = MPI::rank(mesh.mpi_comm());
+
+  // Assemble over vertices
+  ufc::cell ufc_cell;
+  std::vector<double> coordinate_dofs;
+  Progress p(AssemblerBase::progress_message(A.rank(), "vertices"),
+             mesh.num_vertices());
+  for (VertexIterator vert(mesh); !vert.end(); ++vert)
+  {
+    // Get integral for sub domain (if any)
+    if (use_domains)
+      integral = ufc.get_vertex_integral((*domains)[*vert]);
+
+    // Skip integral if zero
+    if (!integral)
+      continue;
+
+    // Check if assembling a scalar and a vertex is shared
+    if (form_rank == 0 && has_shared_vertices)
+    {
+      // Find shared processes for this global vertex
+      std::map<std::int32_t, std::set<unsigned int>>::const_iterator e;
+      e = shared_vertices.find(vert->index());
+
+      // If vertex is shared and this rank is not the lowest do not
+      // include the contribution from this vertex to scalar sum
+      if (e != shared_vertices.end())
+      {
+        bool skip_vertex = false;
+        std::set<unsigned int>::const_iterator it;
+        for (it = e->second.begin(); it != e->second.end(); it++)
+        {
+          // Check if a shared vertex has a lower process rank
+          if (*it < my_mpi_rank)
+          {
+            skip_vertex = true;
+            break;
+          }
+        }
+
+        if (skip_vertex)
+          continue;
+      }
+    }
+
+    // Get mesh cell to which mesh vertex belongs (pick first)
+    Cell mesh_cell(mesh, vert->entities(D)[0]);
+
+    // Check that cell is not a ghost
+    dolfin_assert(!mesh_cell.is_ghost());
+
+    // Get local index of vertex with respect to the cell
+    const std::size_t local_vertex = mesh_cell.index(*vert);
+
+    // Update UFC cell
+    mesh_cell.get_cell_data(ufc_cell);
+    mesh_cell.get_coordinate_dofs(coordinate_dofs);
+
+    // Update UFC object
+    ufc.update(mesh_cell, coordinate_dofs, ufc_cell,
+               integral->enabled_coefficients());
+
+    // Tabulate vertex tensor
+    integral->tabulate_tensor(ufc.A.data(),
+                              ufc.w(),
+                              coordinate_dofs.data(),
+                              local_vertex,
+                              ufc_cell.orientation);
+
+    // For rank 1 and 2 tensors we need to check if tabulated dofs for
+    // the test space is within the local range
+    bool owns_all_dofs = true;
+    for (std::size_t i = 0; i < form_rank; ++i)
+    {
+      // Get local-to-global dof maps for cell
+      auto dmap = dofmaps[i]->cell_dofs(mesh_cell.index());
+      dofs[i].set(dmap.size(), dmap.data());
+
+      // Get local dofs of the local vertex
+      dofmaps[i]->tabulate_entity_dofs(local_to_local_dofs[i], 0, local_vertex);
+
+      // Copy cell dofs to local dofs and check owner ship range
+      for (std::size_t j = 0; j < local_to_local_dofs[i].size(); ++j)
+      {
+        global_dofs[i][j] = dofs[i][local_to_local_dofs[i][j]];
+
+        // It is the dofs for the test space that determines if a dof
+        // is owned by a process, therefore i==0
+        if (i == 0 && global_dofs[i][j] >= local_dof_size[i])
+        {
+          owns_all_dofs = false;
+          break;
+        }
+      }
+    }
+
+    // If not owning all dofs
+    if (!owns_all_dofs)
+      continue;
+
+    // Scalar
+    if (form_rank == 0)
+    {
+      // Add entries to global tensor
+      A.add_local(ufc.A.data(), dofs);
+    }
+    else if (form_rank == 1)
+    {
+      // Copy tabulated tensor to local value vector
+      for (std::size_t i = 0; i < local_to_local_dofs[0].size(); ++i)
+        local_values[i] = ufc.A[local_to_local_dofs[0][i]];
+
+      // Add local entries to global tensor
+      A.add_local(local_values.data(), global_dofs_p);
+    }
+    else
+    {
+      // Copy tabulated tensor to local value vector
+      const std::size_t num_cols = dofs[1].size();
+      for (std::size_t i = 0; i < local_to_local_dofs[0].size(); ++i)
+      {
+        for (std::size_t j = 0; j < local_to_local_dofs[1].size(); ++j)
+        {
+          local_values[i*local_to_local_dofs[1].size() + j]
+            = ufc.A[local_to_local_dofs[0][i]*num_cols
+                    + local_to_local_dofs[1][j]];
+        }
+      }
+
+      // Add local entries to global tensor
+      A.add_local(local_values.data(), global_dofs_p);
+    }
+
+    p++;
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/MixedAssembler.h b/dolfin/fem/MixedAssembler.h
new file mode 100644
index 0000000..58e1e6e
--- /dev/null
+++ b/dolfin/fem/MixedAssembler.h
@@ -0,0 +1,124 @@
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Cecile Daversin-Catty 2017
+
+#ifndef __MIXED_ASSEMBLER_H
+#define __MIXED_ASSEMBLER_H
+
+#include <vector>
+#include "AssemblerBase.h"
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class GenericTensor;
+  class Form;
+  class UFC;
+  template<typename T> class MeshFunction;
+
+  /// This class provides automated assembly of linear systems, or
+  /// more generally, assembly of a sparse tensor from a given
+  /// variational form.
+  ///
+  /// Subdomains for cells and facets may be specified by assigning
+  /// subdomain indicators specified by _MeshFunction_ to the _Form_
+  /// being assembled:
+  ///
+  /// @code{.cpp}
+  ///
+  ///        form.dx = cell_domains
+  ///        form.ds = exterior_facet_domains
+  ///        form.dS = interior_facet_domains
+  /// @endcode
+
+  class MixedAssembler : public AssemblerBase
+  {
+  public:
+
+    /// Constructor
+    MixedAssembler() {}
+
+    /// Assemble tensor from given form
+    ///
+    /// @param[out] A (GenericTensor)
+    ///         The tensor to assemble.
+    /// @param[in]  a (Form&)
+    ///         The form to assemble the tensor from.
+    void assemble(GenericTensor& A, const Form& a);
+
+    /// Assemble tensor from given form over cells. This function is
+    /// provided for users who wish to build a customized assembler.
+    ///
+    /// @param[out] A (GenericTensor&)
+    ///         The tensor to assemble.
+    /// @param[in] a (Form&)
+    ///         The form to assemble the tensor from.
+    /// @param[in] ufc (UFC&)
+    /// @param[in] domains (MeshFunction<std::size_t>)
+    /// @param[in] values (std::vector<double>*)
+    void assemble_cells(GenericTensor& A, const Form& a, UFC& ufc,
+                        std::shared_ptr<const MeshFunction<std::size_t>> domains,
+                        std::vector<double>* values);
+
+    /// Assemble tensor from given form over exterior facets. This
+    /// function is provided for users who wish to build a customized
+    /// assembler.
+    ///
+    /// @param[out] A (GenericTensor)
+    ///         The tensor to assemble.
+    /// @param[in] a (Form)
+    ///         The form to assemble the tensor from.
+    /// @param[in] ufc (UFC)
+    /// @param[in] domains (MeshFunction)
+    /// @param[in] values (std::vector<double>*)
+    void assemble_exterior_facets(GenericTensor& A, const Form& a,
+                                  UFC& ufc,
+                                  std::shared_ptr<const MeshFunction<std::size_t>> domains,
+                                  std::vector<double>* values);
+
+    /// Assemble tensor from given form over interior facets. This
+    /// function is provided for users who wish to build a customized
+    /// assembler.
+    ///
+    /// @param[out] A (GenericTensor)
+    ///         The tensor to assemble.
+    /// @param[in] a (Form)
+    ///         The form to assemble the tensor from.
+    /// @param[in] ufc (UFC)
+    /// @param[in] domains (MeshFunction<std::size_t>)
+    /// @param[in] cell_domains (MeshFunction<std::size_t>)
+    /// @param[in] values (std::vector<double>*)
+    void assemble_interior_facets(GenericTensor& A, const Form& a,
+                                  UFC& ufc,
+                                  std::shared_ptr<const MeshFunction<std::size_t>> domains,
+                                  std::shared_ptr<const MeshFunction<std::size_t>> cell_domains,
+                                  std::vector<double>* values);
+
+    /// Assemble tensor from given form over vertices. This function is
+    /// provided for users who wish to build a customized assembler.
+    ///
+    /// @param[out] A (GenericTersn)
+    ///         The tensor to assemble.
+    /// @param[in] a (Form)
+    ///         The form to assemble the tensor from.
+    /// @param[in] ufc (UFC)
+    /// @param[in] domains (MeshFunction)
+    void assemble_vertices(GenericTensor& A, const Form& a, UFC& ufc,
+                           std::shared_ptr<const MeshFunction<std::size_t>> domains);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/MixedLinearVariationalProblem.cpp b/dolfin/fem/MixedLinearVariationalProblem.cpp
new file mode 100644
index 0000000..813a33d
--- /dev/null
+++ b/dolfin/fem/MixedLinearVariationalProblem.cpp
@@ -0,0 +1,297 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Cecile Daversin-Catty, 2017.
+//
+// First added:  2017-07-21
+// Last changed: 2017-07-21
+
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include "Form.h"
+#include "DirichletBC.h"
+#include "MixedLinearVariationalProblem.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MixedLinearVariationalProblem::MixedLinearVariationalProblem(
+  MixedLinearVariationalProblem::form_list_type a,
+  MixedLinearVariationalProblem::form_list_type L,
+  std::vector<std::shared_ptr<Function>> u,
+  std::vector<std::shared_ptr<const DirichletBC>> bcs)
+  : Hierarchical<MixedLinearVariationalProblem>(*this), _a(a), _l(L), _u(u)
+{
+  // Initialize each sub vectors
+  for (size_t i=0; i<u.size(); ++i)
+      _bcs.push_back( std::vector<std::shared_ptr<const DirichletBC>>() );
+  
+  // Sort conditions from the function space
+  for (size_t i=0; i<bcs.size(); ++i)
+  {
+      for (size_t j=0; j<_u.size(); ++j)
+      {
+	if(_u[j]->function_space()->contains(*bcs[i]->function_space()))
+	  _bcs[j].push_back(bcs[i]);
+      }
+      
+  }
+
+  // Check size
+  if (_a.size() != _u.size()*_u.size() || _l.size() != _u.size())
+      dolfin_error("MixedLinearVariationalProblem.cpp",
+		   "define mixed linear variational problem a(u, v) == L(v) for all v",
+		   "Number of blocks in rhs, lhs, solution are inconsistent");
+  
+  // Check forms
+  check_forms();
+
+  // Build the necessary mappings
+  build_mappings();
+}
+//-----------------------------------------------------------------------------
+MixedLinearVariationalProblem::form_list_type
+MixedLinearVariationalProblem::bilinear_form() const
+{
+  return _a;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Form>
+MixedLinearVariationalProblem::bilinear_form(int i, int j) const
+{
+  return _a[i][j];
+}
+//-----------------------------------------------------------------------------
+MixedLinearVariationalProblem::form_list_type
+MixedLinearVariationalProblem::linear_form() const
+{
+  return _l;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Form>
+MixedLinearVariationalProblem::linear_form(int i, int j) const
+{
+  return _l[i][j];
+}
+//-----------------------------------------------------------------------------
+std::vector<std::shared_ptr<Function>>
+MixedLinearVariationalProblem::solution()
+{
+  return _u;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<Function>
+MixedLinearVariationalProblem::solution(int i)
+{
+  return _u[i];
+}
+//-----------------------------------------------------------------------------
+std::vector<std::vector<std::shared_ptr<const DirichletBC>>>
+MixedLinearVariationalProblem::bcs() const
+{
+  return _bcs;
+}
+//-----------------------------------------------------------------------------
+std::vector<std::shared_ptr<const DirichletBC>>
+MixedLinearVariationalProblem::bcs(int i) const
+{
+  return _bcs[i];
+}
+//-----------------------------------------------------------------------------
+std::vector<std::shared_ptr<const FunctionSpace>>
+MixedLinearVariationalProblem::trial_space() const
+{
+  std::vector<std::shared_ptr<const FunctionSpace>> trial_spaces;
+  for (size_t i=0; i<_u.size(); ++i)
+  {
+    dolfin_assert(_u[i]);
+    trial_spaces.push_back(_u[i]->function_space());
+  }
+  return trial_spaces;
+}
+//-----------------------------------------------------------------------------
+std::vector<std::shared_ptr<const FunctionSpace>>
+MixedLinearVariationalProblem::test_space() const
+{
+  std::vector<std::shared_ptr<const FunctionSpace>> test_spaces;
+  for (size_t i=0; i<_l.size(); ++i)
+  {
+    for (size_t j=0; j<_l[i].size(); ++j)
+      dolfin_assert(_l[i][j]);
+    test_spaces.push_back(_l[i][0]->function_space(0));
+    // TODO : Check if all have the same FS
+  }
+  return test_spaces;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const FunctionSpace>
+MixedLinearVariationalProblem::trial_space(int i) const
+{
+  dolfin_assert(_u[i]);
+  return _u[i]->function_space();
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const FunctionSpace>
+MixedLinearVariationalProblem::test_space(int i) const
+{
+  for (size_t j=0; j<_l[i].size(); ++j)
+    dolfin_assert(_l[i][j]);
+  // FIXME
+  return _l[i][0]->function_space(0);
+}
+//-----------------------------------------------------------------------------
+
+void
+MixedLinearVariationalProblem::build_mappings()
+{
+  // LHS
+  for (size_t i=0; i<_a.size(); ++i)
+  {
+    for(size_t j=0; j<_a[i].size(); ++j)
+    {
+      // Get integration mesh topology
+      if(!_a[i][j]->ufc_form())
+	break;
+
+      // Get meshes associated with the test and trial functions
+      auto mesh0 = _a[i][j]->function_space(0)->mesh();
+      auto mesh1 = _a[i][j]->function_space(1)->mesh();
+
+      if(_a[i][j]->mesh()->id() != mesh0->id()
+         && _a[i][j]->mesh()->topology().mapping().count(mesh0->id()) == 0)
+      {
+	std::cout << "Build mapping between " << _a[i][j]->mesh()->id()
+		  << " and " << mesh0->id() << std::endl;
+        _a[i][j]->mesh()->build_mapping(mesh0);
+      }
+
+      if(_a[i][j]->mesh()->id() != mesh1->id()
+         && _a[i][j]->mesh()->topology().mapping().count(mesh1->id()) == 0)
+      {
+	std::cout << "Build mapping between " << _a[i][j]->mesh()->id()
+		  << " and " << mesh1->id() << std::endl;
+	_a[i][j]->mesh()->build_mapping(mesh1);
+      }
+    }
+  }
+  // RHS
+  for (size_t i=0; i<_l.size(); ++i)
+  {
+    for(size_t j=0; j<_l[i].size(); ++j)
+    {
+      // Get integration mesh topology
+      if(!_l[i][j]->ufc_form())
+	break;
+
+      // Get meshes associated with the test function
+      auto mesh0 = _l[i][j]->function_space(0)->mesh();
+
+      if(_l[i][j]->mesh()->id() != mesh0->id()
+         && _l[i][j]->mesh()->topology().mapping().count(mesh0->id()) == 0)
+      {
+	std::cout << "Build mapping between " << _l[i][j]->mesh()->id()
+		  << " and " << mesh0->id() << std::endl;
+        _l[i][j]->mesh()->build_mapping(mesh0);
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+
+void
+MixedLinearVariationalProblem::check_forms() const
+{
+  // Check rank of bilinear form a
+  for (size_t i=0; i<_a.size(); ++i)
+  {
+    for(size_t j=0; j<_a[i].size(); ++j)
+    {
+      dolfin_assert(_a[i][j]);
+      if (_a[i][j]->rank() != 2)
+      {
+	dolfin_error("MixedLinearVariationalProblem.cpp",
+		     "define mixed linear variational problem a(u, v) == L(v) for all v",
+		     "Expecting the left-hand side (block %d, domain %d) to be a bilinear form (not rank %d)",
+		     i, j, _a[i][j]->rank());
+      }
+    }
+  }
+
+  // Check rank of i-th linear form L
+  for (size_t i=0; i<_l.size(); ++i)
+  {
+    for(size_t j=0; j<_l[i].size(); ++j)
+    {
+      // Check rank of i-th linear form L
+      dolfin_assert(_l[i][j]);
+      if (_l[i][j]->rank() != 1)
+      {
+	  dolfin_error("MixedLinearVariationalProblem.cpp",
+		       "define mixed linear variational problem a(u, v) = L(v) for all v",
+		       "Expecting the right-hand side (block %d, domain %d) to be a linear form (not rank %d)",
+		       i,j,_l[i][j]->rank());
+      }
+    }
+
+    // Check that function space of solution variable matches trial space (for each problem)
+    dolfin_assert(_u[i]);
+    for (size_t j=0; j<_l.size(); ++j)
+    {
+      for(size_t k=0; k<_a[i + j*_l.size()].size(); ++k)
+      {
+	if(_a[i + j*_l.size()][k]->ufc_form())
+	{
+	  const auto trial_space = _a[i + j*_l.size()][k]->function_space(1);
+	  dolfin_assert(trial_space);
+	  // trial_space can be null is the block is empty (Form=None)
+	  if (trial_space != nullptr && !_u[i]->in(*trial_space))
+	  {
+	    dolfin_error("MixedLinearVariationalProblem.cpp",
+			 "define mixed linear variational problem a(u, v) = L(v) for all v",
+			 "Expecting the solution variable u to be a member of the trial space");
+	  }
+	}
+      }
+    }
+
+    // Check that function spaces of bcs are contained in trial space
+    for (const auto bc: _bcs[i])
+    {
+      dolfin_assert(bc);
+      const auto bc_space = bc->function_space();
+      dolfin_assert(bc_space);
+      for (size_t j=0;  j<_l.size(); ++j)
+      {
+	for(size_t k=0; k<_a[i + j*_l.size()].size(); ++k)
+	{
+	  if(_a[i + j*_l.size()][k]->ufc_form())
+	  {
+	    const auto trial_space = _a[i + j*_l.size()][k]->function_space(1);
+	    if (trial_space != nullptr && !trial_space->contains(*bc_space))
+	    {
+	      dolfin_error("MixedLinearVariationalProblem.cpp",
+			   "define mixed linear variational problem a(u, v) = L(v) for all v",
+			   "Expecting the boundary conditions to live on (a "
+			   "subspace of) the trial space");
+	    }
+	  }
+	}
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/MixedLinearVariationalProblem.h b/dolfin/fem/MixedLinearVariationalProblem.h
new file mode 100644
index 0000000..926cbc3
--- /dev/null
+++ b/dolfin/fem/MixedLinearVariationalProblem.h
@@ -0,0 +1,106 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Cecile Daversin-Catty, 2017.
+//
+// First added:  2017-07-21
+// Last changed: 2017-07-21
+
+#ifndef __MIXED_LINEAR_VARIATIONAL_PROBLEM_H
+#define __MIXED_LINEAR_VARIATIONAL_PROBLEM_H
+
+#include <memory>
+#include <vector>
+#include <dolfin/common/Hierarchical.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class DirichletBC;
+  class Form;
+  class Function;
+  class FunctionSpace;
+
+  /// This class represents a mixed linear variational problem:
+  ///
+  /// Find u = (u_1, ..., u_n) in V = V1 x ... x Vn such that
+  ///
+  ///     a(u, v) = L(v)  for all v in V^,
+  ///
+  /// where V is the trial space and V^ is the test space.
+
+  class MixedLinearVariationalProblem : public Hierarchical<MixedLinearVariationalProblem>
+  {
+  public:
+    /// Create mixed linear variational problem
+    /// with a list of boundary conditions
+    typedef std::vector<std::vector<std::shared_ptr<const Form>>> form_list_type;
+    MixedLinearVariationalProblem(form_list_type a,
+				  form_list_type L,
+				  std::vector<std::shared_ptr<Function>> u,
+				  std::vector<std::shared_ptr<const DirichletBC>> bcs);
+
+    /// Return bilinear form
+    form_list_type bilinear_form() const;
+    std::shared_ptr<const Form> bilinear_form(int i, int j=0) const;
+
+    /// Return linear form
+    form_list_type linear_form() const;
+    std::shared_ptr<const Form> linear_form(int i, int j=0) const;
+
+    /// Return solution variable
+    std::vector<std::shared_ptr<Function>> solution();
+    std::shared_ptr<Function> solution(int i);
+
+    /// Return boundary conditions
+    std::vector<std::vector<std::shared_ptr<const DirichletBC>>> bcs() const;
+    std::vector<std::shared_ptr<const DirichletBC>> bcs(int i) const;
+
+    /// Return trial space
+    std::vector<std::shared_ptr<const FunctionSpace>> trial_space() const;
+    std::shared_ptr<const FunctionSpace> trial_space(int i) const;
+
+    /// Return test space
+    std::vector<std::shared_ptr<const FunctionSpace>> test_space() const;
+    std::shared_ptr<const FunctionSpace> test_space(int i) const;
+
+  private:
+
+    // Check forms
+    void check_forms() const;
+
+    // Build the necessary mappings between submeshes
+    void build_mappings();
+
+    // The bilinear forms
+    form_list_type _a;
+
+    // The linear forms
+    form_list_type _l;
+
+    // The solution
+    std::vector<std::shared_ptr<Function>> _u;
+
+    // The Dirichlet boundary conditions
+    std::vector<std::vector<std::shared_ptr<const DirichletBC>>> _bcs;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/MixedLinearVariationalSolver.cpp b/dolfin/fem/MixedLinearVariationalSolver.cpp
new file mode 100644
index 0000000..e1fcc74
--- /dev/null
+++ b/dolfin/fem/MixedLinearVariationalSolver.cpp
@@ -0,0 +1,329 @@
+
+// Copyright (C) 2008-2011 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Cecile Daversin-Catty, 2017.
+//
+// First added:  2017-07-21
+// Last changed: 2017-07-21
+
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/la/GenericMatrix.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/la/GenericLinearAlgebraFactory.h>
+#include <dolfin/la/LinearSolver.h>
+#include <dolfin/la/PETScNestMatrix.h>
+#include <dolfin/la/PETScKrylovSolver.h>
+#include <dolfin/la/PETScLUSolver.h>
+#include <dolfin/la/PETScPreconditioner.h>
+#include "MixedAssembler.h"
+#include "SystemAssembler.h"
+#include "assemble.h"
+#include "DirichletBC.h"
+#include "Form.h"
+#include "MixedLinearVariationalProblem.h"
+#include "MixedLinearVariationalSolver.h"
+#include "GenericDofMap.h"
+
+#include <dolfin/la/PETScOptions.h>
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MixedLinearVariationalSolver::
+MixedLinearVariationalSolver()
+{
+  // Set parameters
+  parameters = default_parameters();
+}
+
+
+MixedLinearVariationalSolver::
+MixedLinearVariationalSolver(std::shared_ptr<MixedLinearVariationalProblem> problem)
+  : _problem(problem)
+{
+  // Set parameters
+  parameters = default_parameters();
+}
+
+MixedLinearVariationalSolver::assembled_system_type
+MixedLinearVariationalSolver::assemble_system()
+{
+  const bool symmetric = parameters["symmetric"];
+
+  const auto a = _problem->bilinear_form();
+  const auto L = _problem->linear_form();
+  auto u = _problem->solution();
+  auto bcs = _problem->bcs();
+  
+  // Create matrices and vectors (for each block)
+  std::vector<std::shared_ptr<GenericMatrix>> As;
+  std::vector<std::shared_ptr<GenericVector>> bs;
+  std::vector<std::shared_ptr<GenericVector>> us;
+
+  std::vector<std::shared_ptr<const IndexMap>> index_maps(2);
+  bool has_ufc_form = false;
+
+  MPI_Comm comm = u[0]->vector()->mpi_comm();
+
+  for (size_t i=0; i<u.size(); ++i)
+  {
+    dolfin_assert(u[i]);
+    dolfin_assert(u[i]->vector());
+    us.push_back(u[i]->vector());
+
+    // Create rhs vectors
+    for(size_t j=0; j<L[i].size(); ++j)
+    {
+      dolfin_assert(L[i][j]);
+      if (L[i][j]->ufc_form())
+	has_ufc_form = true;
+    }
+
+    std::shared_ptr<GenericVector> b = u[i]->vector()->factory().create_vector(comm);
+    index_maps[0] = u[i]->function_space()->dofmap().get()->index_map();
+
+    if(!has_ufc_form)
+    {
+      auto tensor_layout = b->factory().create_layout(comm, 1);
+      tensor_layout->init(index_maps, TensorLayout::Ghosts::UNGHOSTED);
+      b->init(*tensor_layout);
+      b->zero();
+    }
+    bs.push_back(b);
+
+    // Create lhs matrices
+    for (size_t j=0; j<u.size(); ++j)
+    {
+      has_ufc_form = false;
+      for(size_t k=0; k<a[i*u.size() + j].size(); ++k)
+      {
+	dolfin_assert(a[i*u.size() + j][k]);
+	if(a[i*u.size() + j][k]->ufc_form())
+	  has_ufc_form = true;
+      }
+
+      std::shared_ptr<GenericMatrix> A = u[j]->vector()->factory().create_matrix(comm);
+      index_maps[1] = u[j]->function_space()->dofmap().get()->index_map();
+
+      if(!has_ufc_form)
+      {
+	auto tensor_layout = A->factory().create_layout(comm, 2);
+	tensor_layout->init(index_maps, TensorLayout::Ghosts::UNGHOSTED);
+	A->init(*tensor_layout);
+	A->zero();
+	A->apply("add");
+      }
+      As.push_back(A);
+    }
+  }
+
+  // Different assembly depending on whether or not the system is symmetric
+  if (symmetric)
+  {
+    // Check that rhs (L) is not empty
+    for (size_t i=0; i<L.size(); ++i)
+    {
+      for (size_t j=0; j<L[i].size(); ++j)
+      {
+	if (!L[i][j]->ufc_form())
+	{
+	  dolfin_error("MixedLinearVariationalSolver.cpp",
+		       "symmetric assembly in linear variational solver",
+		       "Empty linear forms cannot be used with symmetric assembly");
+	}
+      }
+    }
+
+    // Assemble linear system and apply boundary conditions
+    // FIXME : Update the SystemAssembler
+    std::cout << "NOT YET IMPLEMENTED" << std::endl;
+  }
+  else
+  {
+    // Assemble linear system
+    for (size_t i=0; i<u.size(); ++i)
+    {
+      for (size_t j=0; j<u.size(); ++j)
+      {
+	// Block-by-block assembly
+	for(size_t k=0; k<a[i*u.size() + j].size(); ++k)
+	{
+	  if(a[i*u.size() + j][k]->ufc_form()) // If block(i,j) not empty
+	    assemble_mixed(*(As[i*u.size() + j]), *(a[i*u.size() + j][k]), bool(k>0));
+	}
+      }
+      for (size_t j=0; j<L[i].size(); ++j)
+      {
+	if (L[i][j]->ufc_form())
+	{
+	  // Block-by-block assembly
+	  assemble_mixed(*(bs[i]), *(L[i][j]), bool(j>0));
+	}
+	else
+	{
+	  if (L[i][j]->num_coefficients() != 0)
+	  {
+	    dolfin_error("MixedLinearVariationalSolver.cpp",
+			 "assemble linear form in linear variational solver",
+			 "Empty linear forms cannot have coefficient");
+	  }
+	  for (size_t k=0; k<u.size(); ++k)
+	  {
+	    bool has_ufc_form = false;
+	    for(size_t l=0; l<a[i*u.size() + k].size(); ++l)
+	    {
+	      if(a[i*u.size() + k][l]->ufc_form())
+		has_ufc_form = true;
+	    }
+	    if(has_ufc_form) // If block(i,j) not empty
+	      As[i*u.size() + k]->init_vector(*(bs[i]), 0);
+	  }
+	}
+      }
+    }
+
+    // Apply boundary conditions
+    for (size_t i=0; i<u.size(); ++i)
+    {
+      // Iterate over bcs for i-th diag block
+      for (size_t c = 0; c < bcs[i].size(); c++)
+      {
+	dolfin_assert(bcs[i][c]);
+	for (size_t j=0; j<u.size(); ++j)
+	{
+	  if(i!=j && a[i*u.size() + j][0]->ufc_form()) // Apply condition to off-diag blocks (zero values)
+            bcs[i][c]->zero(*(As[i*u.size() + j]));
+	  else // Apply condition to diag blocks
+	    bcs[i][c]->apply(*(As[i*u.size() + i]), *(bs[i]));
+	}
+      }
+    }
+  }
+  return std::make_tuple(As,bs,us);
+}
+//-----------------------------------------------------------------------------
+void MixedLinearVariationalSolver::solve()
+{
+  auto assembled_system = this->assemble_system();
+  this->solve(assembled_system);
+}
+//-----------------------------------------------------------------------------
+void MixedLinearVariationalSolver::solve(MixedLinearVariationalSolver::assembled_system_type assembled_system)
+{
+  begin("Solving mixed linear variational problem.");
+
+  // Get parameters
+  std::string solver_type   = parameters["linear_solver"];
+  const std::string pc_type = parameters["preconditioner"];
+
+  auto As = std::get<0>(assembled_system);
+  auto bs = std::get<1>(assembled_system);
+  auto us = std::get<2>(assembled_system);
+
+  // Combine the matrices
+  PETScNestMatrix A(As);
+
+  MPI_Comm comm = us[0]->mpi_comm();
+  std::shared_ptr<GenericVector> x = us[0]->factory().create_vector(comm);
+  std::shared_ptr<GenericVector> b = us[0]->factory().create_vector(comm);
+  
+  // Combine the vectors (solution and rhs)
+  A.init_vectors(*x, us);
+  A.init_vectors(*b, bs);
+
+  // Get list of available methods
+  std::map<std::string, std::string>
+    lu_methods = us[0]->factory().lu_solver_methods();
+  std::map<std::string, std::string>
+    krylov_methods = us[0]->factory().krylov_solver_methods();
+  std::map<std::string, std::string>
+    preconditioners = us[0]->factory().krylov_solver_preconditioners();
+
+  if (!LinearSolver::in_list(solver_type, krylov_methods)
+      && LinearSolver::in_list(solver_type, lu_methods))
+  {
+    dolfin_error("LinearVariationalSolver.cpp",
+		 "solve linear system",
+		 "Unknown solver method \"%s\". "
+		 "Use list_linear_solver_methods() to list available methods",
+		 solver_type.c_str());
+  }
+
+  if (pc_type != "default"
+      && !LinearSolver::in_list(pc_type, preconditioners))
+  {
+    dolfin_error("MixedLinearVariationalSolver.cpp",
+		 "solve mixed linear system",
+		 "Unknown preconditioner method \"%s\". "
+		 "Use list_krylov_solver_preconditioners() to list available methods",
+		 pc_type.c_str());
+  }
+
+  if (solver_type == "direct" || solver_type == "lu")
+  {
+    solver_type = "default";
+    PETScLUSolver solver(comm, solver_type);
+    // Convert from MATNEST to AIJ matrix type
+    std::cout << "Converting PETScNestMatrix into AIJ (due to direct solver)" << std::endl;
+    A.convert_to_aij();
+    solver.set_operator(A);
+    solver.solve(*x,*b);
+  }
+  else
+  {
+    PETScKrylovSolver solver(comm, solver_type, pc_type);
+    solver.parameters.update(parameters("krylov_solver"));
+    if(pc_type != "default")
+    {
+      std::cout << "Converting PETScNestMatrix into AIJ (due to "
+                << pc_type  << " preconditioner)" << std::endl;
+      A.convert_to_aij();
+    }
+    solver.set_operator(A);
+    solver.solve(*x,*b);
+  }
+  // Ghost values have to be updated in parallel since they are not updated by solve
+  for(auto &u : us)
+    as_type<PETScVector>(u)->update_ghost_values();
+
+#if 0 // Configure PCFieldSplit (Not working yet)
+  PETScOptions::set("pc_type", "fieldsplit");
+  PETScOptions::set("pc_fieldsplit_type", "additive");
+  solver.set_from_options();
+
+  std::vector<std::vector<dolfin::la_index>> fields(u.size());
+  std::vector<std::string> split_names(u.size());
+  for(size_t i=0; i<u.size(); ++i)
+  {
+    //split_names[i] = "u" + std::to_string(i);
+    split_names[i] = std::to_string(i);
+    A.get_block_dofs(fields[i], i);
+
+    // Ksp_type
+    std::string ksp_type_name = "fieldsplit_" + split_names[i] + "_ksp_type";
+    std::string pc_type_name = "fieldsplit_" + split_names[i] + "_pc_type";
+    PETScOptions::set(ksp_type_name, solver_type);
+    PETScOptions::set(pc_type_name, pc_type);
+  }
+  //solver.set_from_options();
+  PETScPreconditioner::set_fieldsplit(solver, fields, split_names);
+  //KSPView(solver.ksp(), PETSC_VIEWER_STDOUT_WORLD);
+#endif
+  end();
+}
diff --git a/dolfin/fem/MixedLinearVariationalSolver.h b/dolfin/fem/MixedLinearVariationalSolver.h
new file mode 100644
index 0000000..490980d
--- /dev/null
+++ b/dolfin/fem/MixedLinearVariationalSolver.h
@@ -0,0 +1,83 @@
+// Copyright (C) 2008-2011 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Cecile Daversin-Catty, 2017.
+//
+// First added:  2017-07-21
+// Last changed: 2017-07-21
+
+#ifndef __MIXED_LINEAR_VARIATIONAL_SOLVER_H
+#define __MIXED_LINEAR_VARIATIONAL_SOLVER_H
+
+#include <dolfin/common/Variable.h>
+#include <dolfin/la/LUSolver.h>
+#include <dolfin/la/KrylovSolver.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class MixedLinearVariationalProblem;
+  class PETScNestMatrix;
+
+  /// This class implements a solver for mixed linear variational problems.
+
+  class MixedLinearVariationalSolver : public Variable
+  {
+  public:
+    typedef std::tuple<std::vector<std::shared_ptr<GenericMatrix>>,
+      std::vector<std::shared_ptr<GenericVector>>,
+      std::vector<std::shared_ptr<GenericVector>> > assembled_system_type;
+
+    /// Create linear variational solver for given problem
+    explicit MixedLinearVariationalSolver();
+    explicit MixedLinearVariationalSolver(std::shared_ptr<MixedLinearVariationalProblem> problem);
+
+    /// Block-by-block assembly
+    assembled_system_type assemble_system();
+
+    /// Solve variational problem
+    void solve();
+    void solve(assembled_system_type assembled_system);
+
+    /// Default parameter values
+    static Parameters default_parameters()
+    {
+      Parameters p("linear_variational_solver");
+
+      p.add("linear_solver", "default");
+      p.add("preconditioner", "default");
+      p.add("symmetric", false);
+
+      p.add("print_rhs", false);
+      p.add("print_matrix", false);
+      p.add(LUSolver::default_parameters());
+      p.add(KrylovSolver::default_parameters());
+
+      return p;
+    }
+
+  private:
+
+    // The linear problem
+    std::shared_ptr<MixedLinearVariationalProblem> _problem;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/MixedNonlinearVariationalProblem.cpp b/dolfin/fem/MixedNonlinearVariationalProblem.cpp
new file mode 100644
index 0000000..8a5d087
--- /dev/null
+++ b/dolfin/fem/MixedNonlinearVariationalProblem.cpp
@@ -0,0 +1,291 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Cecile Daversin-Catty, 2018.
+
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/la/GenericVector.h>
+#include "Form.h"
+#include "DirichletBC.h"
+#include "MixedNonlinearVariationalProblem.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MixedNonlinearVariationalProblem::MixedNonlinearVariationalProblem(
+  MixedNonlinearVariationalProblem::form_list_type F,
+  std::vector<std::shared_ptr<Function>> u,
+  std::vector<std::shared_ptr<const DirichletBC>> bcs,
+  MixedNonlinearVariationalProblem::form_list_type J)
+  : Hierarchical<MixedNonlinearVariationalProblem>(*this), _residual(F),
+  _jacobian(J), _u(u)
+{
+  // Initialize each sub vectors
+  for (size_t i=0; i<u.size(); ++i)
+      _bcs.push_back( std::vector<std::shared_ptr<const DirichletBC>>() );
+  
+  // Sort conditions from the function space
+  for (size_t i=0; i<bcs.size(); ++i)
+  {
+      for (size_t j=0; j<_u.size(); ++j)
+      {
+	if (_u[j]->in(*bcs[i]->function_space()))
+	  _bcs[j].push_back(bcs[i]);
+      }
+  }
+
+  // Check size
+  if (_residual.size() != _u.size())
+      dolfin_error("MixedNonlinearVariationalProblem.cpp",
+		   "define mixed nonlinear variational problem F(u, v) == 0 for all v",
+		   "Number of blocks in F and solution are inconsistent");
+  
+  // Check forms
+  check_forms();
+
+  // Build the necessary mappings
+  build_mappings();
+}
+//-----------------------------------------------------------------------------
+MixedNonlinearVariationalProblem::form_list_type
+MixedNonlinearVariationalProblem::residual_form() const
+{
+  return _residual;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Form>
+MixedNonlinearVariationalProblem::residual_form(int i, int j) const
+{
+  return _residual[i][j];
+}
+//-----------------------------------------------------------------------------
+MixedNonlinearVariationalProblem::form_list_type
+MixedNonlinearVariationalProblem::jacobian_form() const
+{
+  return _jacobian;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Form>
+MixedNonlinearVariationalProblem::jacobian_form(int i, int j) const
+{
+  return _jacobian[i][j];
+}
+//-----------------------------------------------------------------------------
+std::vector<std::shared_ptr<Function>>
+MixedNonlinearVariationalProblem::solution()
+{
+  return _u;
+}
+//-----------------------------------------------------------------------------
+const std::vector<std::shared_ptr<Function>>
+MixedNonlinearVariationalProblem::solution() const
+{
+  return _u;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<Function>
+MixedNonlinearVariationalProblem::solution(int i)
+{
+  return _u[i];
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Function>
+MixedNonlinearVariationalProblem::solution(int i) const
+{
+  return _u[i];
+}
+//-----------------------------------------------------------------------------
+std::vector<std::vector<std::shared_ptr<const DirichletBC>>>
+MixedNonlinearVariationalProblem::bcs() const
+{
+  return _bcs;
+}
+//-----------------------------------------------------------------------------
+std::vector<std::shared_ptr<const DirichletBC>>
+MixedNonlinearVariationalProblem::bcs(int i) const
+{
+  return _bcs[i];
+}
+//-----------------------------------------------------------------------------
+std::vector<std::shared_ptr<const FunctionSpace>>
+MixedNonlinearVariationalProblem::trial_space() const
+{
+  std::vector<std::shared_ptr<const FunctionSpace>> trial_spaces;
+  for (size_t i=0; i<_u.size(); ++i)
+  {
+    dolfin_assert(_u[i]);
+    trial_spaces.push_back(_u[i]->function_space());
+  }
+  return trial_spaces;
+}
+//-----------------------------------------------------------------------------
+std::vector<std::shared_ptr<const FunctionSpace>>
+MixedNonlinearVariationalProblem::test_space() const
+{
+  std::vector<std::shared_ptr<const FunctionSpace>> test_spaces;
+  for (size_t i=0; i<_residual.size(); ++i)
+  {
+    for (size_t j=0; j<_residual[i].size(); ++j)
+      dolfin_assert(_residual[i][j]);
+    test_spaces.push_back(_residual[i][0]->function_space(0));
+  }
+  return test_spaces;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const FunctionSpace>
+MixedNonlinearVariationalProblem::trial_space(int i) const
+{
+  dolfin_assert(_u[i]);
+  return _u[i]->function_space();
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const FunctionSpace>
+MixedNonlinearVariationalProblem::test_space(int i) const
+{
+  for (size_t j=0; j<_residual[i].size(); ++j)
+    dolfin_assert(_residual[i][j]);
+  return _residual[i][0]->function_space(0);
+}
+//-----------------------------------------------------------------------------
+std::vector<std::shared_ptr<const GenericVector>>
+MixedNonlinearVariationalProblem::lower_bound() const
+{
+  for(size_t i=0; i<_lb.size(); ++i)
+    dolfin_assert(_lb[i]);
+  return _lb;
+}
+//-----------------------------------------------------------------------------
+std::vector<std::shared_ptr<const GenericVector>>
+MixedNonlinearVariationalProblem::upper_bound() const
+{
+  for(size_t i=0; i<_ub.size(); ++i)
+    dolfin_assert(_ub[i]);
+  return _ub;
+}
+//-----------------------------------------------------------------------------
+bool MixedNonlinearVariationalProblem::has_jacobian() const
+{
+  return !_jacobian.empty();
+}
+//-----------------------------------------------------------------------------
+bool MixedNonlinearVariationalProblem::has_lower_bound() const
+{
+  return !_lb.empty();
+}
+//-----------------------------------------------------------------------------
+bool MixedNonlinearVariationalProblem::has_upper_bound() const
+{
+  return !_ub.empty();
+}
+//-----------------------------------------------------------------------------
+void
+MixedNonlinearVariationalProblem::build_mappings()
+{
+  // Residual
+  for (size_t i=0; i<_residual.size(); ++i)
+  {
+    for(size_t j=0; j<_residual[i].size(); ++j)
+    {
+      // Get integration mesh topology
+      if(!_residual[i][j]->ufc_form())
+	break;
+
+      // Get meshes associated with the test function
+      auto mesh0 = _residual[i][j]->function_space(0)->mesh();
+      if(_residual[i][j]->mesh()->id() != mesh0->id()
+         && _residual[i][j]->mesh()->topology().mapping().count(mesh0->id()) == 0)
+      {
+	std::cout << "Build mapping between " << _residual[i][j]->mesh()->id()
+		  << " and " << mesh0->id() << std::endl;
+        try
+        {
+          _residual[i][j]->mesh()->build_mapping(mesh0);
+        }
+        catch (const std::exception& e)
+        {
+          // If no common parent then restrict the integration domain
+          std::cout << e.what() << ", restricting integration domain" << std::endl;
+          _residual[i][j]->mesh() = mesh0;
+        }
+      }
+
+      // Get meshes associated with coefficients (trial)
+      auto coefficients = _residual[i][j]->coefficients();
+      for(size_t k=0; k<coefficients.size(); ++k)
+      {
+        if(coefficients[k]->function_space())
+        {
+          auto mesh1  = coefficients[k]->function_space()->mesh();
+          if(_residual[i][j]->mesh()->id() != mesh1->id()
+             && _residual[i][j]->mesh()->topology().mapping().count(mesh1->id()) == 0)
+          {
+            std::cout << "Build mapping between " << _residual[i][j]->mesh()->id()
+                      << " and " << mesh1->id() << std::endl;
+            try
+            {
+              _residual[i][j]->mesh()->build_mapping(mesh1);
+            }
+            catch (const std::exception& e)
+            {
+              // If no common parent then restrict the integration domain
+              std::cout << e.what() << ", restricting integration domain" << std::endl;
+              _residual[i][j]->mesh() = mesh1;
+            }
+          }
+        }
+      }
+    }
+  }
+
+  // Jacobian
+  for (size_t i=0; i<_jacobian.size(); ++i)
+  {
+    for(size_t j=0; j<_jacobian[i].size(); ++j)
+    {
+      // Get integration mesh topology
+      if(!_jacobian[i][j]->ufc_form())
+	break;
+
+      auto mesh_mapping = _jacobian[i][j]->mesh()->topology().mapping();
+      // Get meshes associated with the test function
+      auto mesh0 = _jacobian[i][j]->function_space(0)->mesh();
+      if(_jacobian[i][j]->mesh()->id() != mesh0->id() && mesh_mapping.count(mesh0->id()) == 0)
+      {
+	std::cout << "Build mapping between " << _jacobian[i][j]->mesh()->id()
+		  << " and " << mesh0->id() << std::endl;
+        try
+        {
+          _jacobian[i][j]->mesh()->build_mapping(mesh0);
+        }
+        catch (const std::exception& e)
+        {
+          // If no common parent then restrict the integration domain
+          std::cout << e.what() << ", restricting integration domain" << std::endl;
+          _jacobian[i][j]->mesh() = mesh0;
+        }
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+
+void
+MixedNonlinearVariationalProblem::check_forms() const
+{
+  std::cout << "[MixedNonlinearVariationalProblem]::check_forms - To be implemented" << std::endl;
+}
diff --git a/dolfin/fem/MixedNonlinearVariationalProblem.h b/dolfin/fem/MixedNonlinearVariationalProblem.h
new file mode 100644
index 0000000..25f9e8e
--- /dev/null
+++ b/dolfin/fem/MixedNonlinearVariationalProblem.h
@@ -0,0 +1,137 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Cecile Daversin-Catty, 2018.
+//
+// First added:  2018-10-03
+// Last changed: 2018-10-03
+
+#ifndef __MIXED_NONLINEAR_VARIATIONAL_PROBLEM_H
+#define __MIXED_NONLINEAR_VARIATIONAL_PROBLEM_H
+
+#include <memory>
+#include <vector>
+#include <dolfin/common/Hierarchical.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class DirichletBC;
+  class Form;
+  class Function;
+  class FunctionSpace;
+
+  /// This class represents a mixed nonlinear variational problem:
+  ///
+  /// Find u = (u_1, ..., u_n) in V = V1 x ... x Vn such that
+  ///
+  ///     F(u; v) = 0  for all v in V^,
+  ///
+  /// where V is the trial space and V^ is the test space.
+
+  class MixedNonlinearVariationalProblem : public Hierarchical<MixedNonlinearVariationalProblem>
+  {
+  public:
+    /// Create mixed nonlinear variational problem
+    /// with a list of boundary conditions
+    typedef std::vector<std::vector<std::shared_ptr<const Form>>> form_list_type;
+    MixedNonlinearVariationalProblem(form_list_type F,
+				     std::vector<std::shared_ptr<Function>> u,
+				     std::vector<std::shared_ptr<const DirichletBC>> bcs,
+				     form_list_type J={{nullptr}});
+
+    /// Set the bounds for bound constrained solver
+    void set_bounds(const std::vector<Function>& lb_func,
+		    const std::vector<Function>& ub_func);
+
+    /// Set the bounds for bound constrained solver
+    void set_bounds(std::vector<std::shared_ptr<const GenericVector>> lb,
+                    std::vector<std::shared_ptr<const GenericVector>> ub);
+
+    /// Return residual form
+    form_list_type residual_form() const;
+    std::shared_ptr<const Form> residual_form(int i, int j=0) const;
+    
+    /// Return Jacobian form
+    form_list_type jacobian_form() const;
+    std::shared_ptr<const Form> jacobian_form(int i, int j=0) const;
+
+    /// Return solution variable
+    std::vector<std::shared_ptr<Function>> solution();
+    std::shared_ptr<Function> solution(int i);
+    /// Return solution variable - const version
+    //std::vector<std::shared_ptr<const Function>> solution() const;
+    const std::vector<std::shared_ptr<Function>> solution() const;
+    std::shared_ptr<const Function> solution(int i) const;
+
+    /// Return boundary conditions
+    std::vector<std::vector<std::shared_ptr<const DirichletBC>>> bcs() const;
+    std::vector<std::shared_ptr<const DirichletBC>> bcs(int i) const;
+
+    /// Return trial space
+    std::vector<std::shared_ptr<const FunctionSpace>> trial_space() const;
+    std::shared_ptr<const FunctionSpace> trial_space(int i) const;
+
+    /// Return test space
+    std::vector<std::shared_ptr<const FunctionSpace>> test_space() const;
+    std::shared_ptr<const FunctionSpace> test_space(int i) const;
+
+    /// Return lower bound
+    std::vector<std::shared_ptr<const GenericVector>> lower_bound() const;
+
+    /// Return upper bound
+    std::vector<std::shared_ptr<const GenericVector>> upper_bound() const;
+
+    /// Check whether Jacobian has been defined
+    bool has_jacobian() const;
+
+    /// Check whether lower bound has been defined
+    bool has_lower_bound() const;
+
+    /// Check whether upper bound have has defined
+    bool has_upper_bound() const;
+
+  private:
+
+    // Check forms
+    void check_forms() const;
+
+    // Build the necessary mappings between submeshes
+    void build_mappings();
+
+    // The residual form
+    form_list_type _residual;
+
+    // The Jacobian form (pointer may be null if not provided)
+    form_list_type _jacobian;
+
+    // The solution
+    std::vector<std::shared_ptr<Function>> _u;
+
+    // The boundary conditions
+    std::vector<std::vector<std::shared_ptr<const DirichletBC>>> _bcs;
+
+    // The lower and upper bounds (pointers may be null if not
+    // provided)
+    std::vector<std::shared_ptr<const GenericVector>> _lb;
+    std::vector<std::shared_ptr<const GenericVector>> _ub;
+  };
+
+}
+    
+#endif
diff --git a/dolfin/fem/MixedNonlinearVariationalSolver.cpp b/dolfin/fem/MixedNonlinearVariationalSolver.cpp
new file mode 100644
index 0000000..9d26460
--- /dev/null
+++ b/dolfin/fem/MixedNonlinearVariationalSolver.cpp
@@ -0,0 +1,324 @@
+// Copyright (C) 2008-2011 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Cecile Daversin-Catty, 2018.
+//
+// First added:  2018-10-03
+// Last changed: 2018-10-03
+
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/la/GenericMatrix.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/la/GenericLinearAlgebraFactory.h>
+#include <dolfin/la/LinearSolver.h>
+#include <dolfin/la/PETScNestMatrix.h>
+#include <dolfin/la/PETScKrylovSolver.h>
+#include <dolfin/la/PETScPreconditioner.h>
+#include "MixedAssembler.h"
+#include "SystemAssembler.h"
+#include "assemble.h"
+#include "DirichletBC.h"
+#include "Form.h"
+#include "MixedNonlinearVariationalProblem.h"
+#include "MixedNonlinearVariationalSolver.h"
+#include "GenericDofMap.h"
+
+#include <dolfin/la/PETScOptions.h>
+using namespace dolfin;
+
+MixedNonlinearVariationalSolver::
+MixedNonlinearVariationalSolver()
+{
+  // Set parameters
+  parameters = default_parameters();
+}
+//-----------------------------------------------------------------------------
+MixedNonlinearVariationalSolver::
+MixedNonlinearVariationalSolver(std::shared_ptr<MixedNonlinearVariationalProblem> problem)
+  : _problem(problem)
+{
+  // Set parameters
+  parameters = default_parameters();
+}
+//-----------------------------------------------------------------------------
+std::pair<std::size_t, bool> MixedNonlinearVariationalSolver::solve()
+{
+  begin("Solving mixed nonlinear variational problem.");
+
+  // Check that the Jacobian has been defined
+  dolfin_assert(_problem);
+  if (!_problem->has_jacobian())
+  {
+    dolfin_error("NonlinearVariationalSolver.cpp",
+                 "solve nonlinear variational problem",
+                 "The Jacobian form has not been defined");
+  }
+  // Check that the dolfin is configured with petsc is bounds are set
+#ifndef HAS_PETSC
+  if (_problem->has_lower_bound() || _problem->has_upper_bound())
+  {
+    dolfin_error("NonlinearVariationalSolver.cpp",
+                 "solve nonlinear variational problem",
+                 "Needs PETSc to solve bound constrained problems");
+  }
+#endif
+
+  // Get problem data
+  dolfin_assert(_problem);
+  auto u = _problem->solution();
+
+  // Create discrete nonlinear problem - assembly
+  if (!nonlinear_problem)
+  {
+    nonlinear_problem = std::make_shared<MixedNonlinearDiscreteProblem>(_problem,
+    									reference_to_no_delete_pointer(*this));
+  } 
+
+  std::vector<std::shared_ptr<GenericVector>> us;
+  MPI_Comm comm = u[0]->vector()->mpi_comm();
+  std::vector<std::shared_ptr<const IndexMap>> index_maps(2);
+
+  for (size_t i=0; i<u.size(); ++i)
+  {
+    dolfin_assert(u[i]->vector());
+    us.push_back(u[i]->vector());
+
+    dolfin_assert(u[i]->function_space()->mesh());
+    index_maps[0] = u[i]->function_space()->dofmap().get()->index_map();
+
+    // Initialize _bs[i] with the appropriate layout for each block i
+    std::shared_ptr<GenericVector> _b = u[i]->vector()->factory().create_vector(comm);
+    auto tensor_layout = _b->factory().create_layout(comm, 1);
+    tensor_layout->init(index_maps, TensorLayout::Ghosts::UNGHOSTED);
+    _b->init(*tensor_layout);
+    _b->zero();
+    nonlinear_problem->_bs.push_back(_b);
+
+    // Initialize _Js[i,j] with the appropriate layout for each block (i,j)
+    for (size_t j=0; j<u.size(); ++j)
+    {
+      std::shared_ptr<GenericMatrix> _J = u[j]->vector()->factory().create_matrix(comm);
+      index_maps[1] = u[j]->function_space()->dofmap().get()->index_map();
+      auto tensor_layout = _J->factory().create_layout(comm, 2);
+      tensor_layout->init(index_maps, TensorLayout::Ghosts::UNGHOSTED);
+      _J->init(*tensor_layout);
+      _J->zero();
+      _J->apply("add");
+      nonlinear_problem->_Js.push_back(_J);
+    }
+  }
+
+  auto x = u[0]->vector()->factory().create_vector(comm);
+  PETScNestMatrix J(nonlinear_problem->_Js);
+  // Recombine x = [ u[i]->vector for each block i ]
+  // for(auto &u : us) //TO CHECK
+  //   as_type<PETScVector>(u)->update_ghost_values();
+  J.init_vectors(*x, us);
+
+  std::pair<std::size_t, bool> ret;
+  if (std::string(parameters["nonlinear_solver"]) == "newton")
+  {
+    if (_problem->has_lower_bound() && _problem->has_upper_bound())
+    {
+      dolfin_error("MixedNonlinearVariationalSolver.cpp",
+                   "solve nonlinear variational problem",
+                   "Set the \"nonlinear_solver\" parameter to \"snes\" or remove bounds");
+    }
+
+    // Create Newton solver and set parameters
+    MPI_Comm comm = u[0]->function_space()->mesh()->mpi_comm();
+    if (!newton_solver)
+    {
+      newton_solver = std::make_shared<NewtonSolver>(comm);
+    }
+
+    // Pass parameters to Newton solver
+    dolfin_assert(newton_solver);
+    newton_solver->parameters.update(parameters("newton_solver"));
+
+    // Solve nonlinear problem using Newton's method    
+    dolfin_assert(nonlinear_problem);
+    ret = newton_solver->solve(*nonlinear_problem, *x);
+  }
+#ifdef HAS_PETSC
+  // FIXME : SNES Solver need to be setup (SNES norm is zero at 1st iteration) 
+  else if (std::string(parameters["nonlinear_solver"]) == "snes")
+  {
+    dolfin_error("MixedNonlinearVariationalSolver.cpp",
+                 "solve nonlinear variational problem",
+                 "SNES solver is not (yet) available for mixed problems (use newton)");
+    
+    // Create SNES solver and set parameters
+    MPI_Comm comm = u[0]->function_space()->mesh()->mpi_comm();
+    if (!snes_solver)
+    {
+      snes_solver = std::make_shared<PETScSNESSolver>(comm);
+    }
+    snes_solver->parameters.update(parameters("snes_solver"));
+
+    // Solve nonlinear problem using PETSc's SNES
+    dolfin_assert(nonlinear_problem);
+    if (_problem->has_lower_bound() && _problem->has_upper_bound())
+    {
+      ret = snes_solver->solve(*nonlinear_problem, *x,
+                               *_problem->lower_bound()[0],
+                               *_problem->upper_bound()[0]);
+    }
+    else
+    {
+      ret = snes_solver->solve(*nonlinear_problem, *x);
+    }
+  }
+#endif
+  else
+  {
+    dolfin_error("MixedNonlinearVariationalSolver.cpp",
+                 "solve nonlinear variational problem",
+                 "Unknown nonlinear solver type");
+  }
+
+  end();
+  return ret;
+}
+//-----------------------------------------------------------------------------
+// Implementation of NonlinearDiscreteProblem
+//-----------------------------------------------------------------------------
+MixedNonlinearVariationalSolver::MixedNonlinearDiscreteProblem::
+MixedNonlinearDiscreteProblem(std::shared_ptr<const MixedNonlinearVariationalProblem> problem,
+			      std::shared_ptr<const MixedNonlinearVariationalSolver> solver)
+  : _problem(problem), _solver(solver)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+MixedNonlinearVariationalSolver::MixedNonlinearDiscreteProblem::~MixedNonlinearDiscreteProblem()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void MixedNonlinearVariationalSolver::
+MixedNonlinearDiscreteProblem::F(GenericVector& b, const GenericVector& x)
+{
+  const auto bform = _problem->residual_form();
+  auto u = _problem->solution();
+  auto bcs = _problem->bcs();
+  
+  bool has_ufc_form = false;
+  MPI_Comm comm = u[0]->vector()->mpi_comm();
+
+  for(size_t i=0; i<u.size(); ++i)
+  {
+    has_ufc_form = false;
+    std::shared_ptr<GenericVector> _b = u[i]->vector()->factory().create_vector(comm);
+
+    for(size_t j=0; j<bform[i].size(); ++j)
+    {
+      if (bform[i][j]->ufc_form())
+      {
+	has_ufc_form = true;
+	assemble_mixed(*(_b), *(bform[i][j]), bool(j>0));
+      }
+    }
+
+    // Update _bs
+    if(has_ufc_form)
+      _bs[i] = _b;
+  }
+
+  // Boundary conditions
+  PETScNestMatrix J(_Js);
+  std::vector<IS> is(u.size());
+  MatNestGetISs(J.mat(), is.data(), NULL);
+
+  for(size_t i=0; i<u.size(); ++i)
+  {
+    // Extract the subvector x[i] of x corresponding to block i
+    Vec __x;
+    VecGetSubVector(as_type<const PETScVector>(x).vec(),is[i], &__x);
+    PETScVector _x(__x);
+    
+    for (size_t c = 0; c < bcs[i].size(); c++)
+    {
+      dolfin_assert(bcs[i][c]);
+      bcs[i][c]->apply(*_bs[i], _x);
+    }
+  }
+
+  // Update b from _bs[]
+  J.init_vectors(b, _bs);
+}
+//-----------------------------------------------------------------------------
+void MixedNonlinearVariationalSolver::
+MixedNonlinearDiscreteProblem::J(GenericMatrix& A, const GenericVector& x)
+{
+  const auto jform = _problem->jacobian_form();
+  auto u = _problem->solution();
+  auto bcs = _problem->bcs();
+
+  MPI_Comm comm = u[0]->vector()->mpi_comm();
+
+  for (size_t i=0; i<u.size(); ++i)
+  {
+    for (size_t j=0; j<u.size(); ++j)
+    {
+      for(size_t k=0; k<jform[i*u.size() + j].size(); ++k)
+      {
+	if(jform[i*u.size() + j][k]->ufc_form()) // If block(i,j) not empty
+	{
+          _Js[i*u.size() + j] = u[j]->vector()->factory().create_matrix(comm);
+          assemble_mixed(*(_Js[i*u.size() + j]), *(jform[i*u.size() + j][k]), bool(k>0));
+	}
+      }
+    }
+  }
+
+  // Boundary conditions
+  PETScNestMatrix J(_Js);
+  std::vector<IS> is(u.size());
+  MatNestGetISs(J.mat(), is.data(), NULL);
+
+  for(size_t i=0; i<u.size(); ++i)
+  {
+    Vec __x;
+    VecGetSubVector(as_type<const PETScVector>(x).vec(),is[i], &__x);
+    PETScVector _x(__x);
+
+    for (size_t c = 0; c < bcs[i].size(); c++)
+    {
+      dolfin_assert(bcs[i][c]);
+      for (size_t j=0; j<u.size(); ++j)
+      {
+        if(i!=j && jform[i*u.size() + j][0]->ufc_form())
+          bcs[i][c]->zero_columns(*(_Js[i*u.size() + j]), *(_bs[i]), 0, true);
+        else
+          bcs[i][c]->apply(*(_Js[i*u.size() + i]), *(_bs[i]), _x);
+      }
+    }
+    _Js[i*u.size() + i]->apply("insert");
+  }
+
+  // Update A from _Js, as a PETScNestMatrix
+  // FIXME : We should not need petsc_mats and find a way to call set_nest on _Js
+  std::vector<Mat> petsc_mats(u.size()*u.size());
+  for(size_t i=0; i<u.size(); ++i)
+    for(size_t j=0; j<u.size(); ++j)
+      petsc_mats[i*u.size() + j] = as_type<PETScMatrix>(_Js[i*u.size() + j])->mat();
+  as_type<PETScMatrix>(A).set_nest(petsc_mats);
+  as_type<PETScMatrix>(A).apply("insert");
+}
diff --git a/dolfin/fem/MixedNonlinearVariationalSolver.h b/dolfin/fem/MixedNonlinearVariationalSolver.h
new file mode 100644
index 0000000..252a317
--- /dev/null
+++ b/dolfin/fem/MixedNonlinearVariationalSolver.h
@@ -0,0 +1,126 @@
+// Copyright (C) 2008-2011 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Cecile Daversin-Catty, 2018.
+//
+// First added:  2017-10-03
+// Last changed: 2017-10-03
+
+#ifndef __MIXED_NONLINEAR_VARIATIONAL_SOLVER_H
+#define __MIXED_NONLINEAR_VARIATIONAL_SOLVER_H
+
+#include <dolfin/nls/NonlinearProblem.h>
+#include <dolfin/nls/NewtonSolver.h>
+#include <dolfin/nls/PETScSNESSolver.h>
+#include "MixedNonlinearVariationalProblem.h"
+#include "SystemAssembler.h"
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class MixedNonlinearVariationalProblem;
+  class PETScNestMatrix;
+
+  /// This class implements a solver for mixed nonlinear variational problems.
+
+  class MixedNonlinearVariationalSolver : public Variable
+  {
+  public:
+    /* typedef std::tuple<std::vector<std::shared_ptr<GenericVector>>, */
+    /*   std::vector<std::shared_ptr<GenericMatrix>> > assembled_system_type; */
+
+    /// Create linear variational solver for given problem
+    explicit MixedNonlinearVariationalSolver();
+    explicit MixedNonlinearVariationalSolver(std::shared_ptr<MixedNonlinearVariationalProblem> problem);
+    /// Solve variational problem
+    std::pair<std::size_t, bool> solve();
+
+    /// Default parameter values
+    static Parameters default_parameters()
+    {
+      Parameters p("nonlinear_variational_solver");
+
+      p.add("symmetric", false);
+      p.add("print_rhs", false);
+      p.add("print_matrix", false);
+
+      std::set<std::string> nonlinear_solvers = {"newton"};
+      std::string default_nonlinear_solver = "newton";
+      p.add(NewtonSolver::default_parameters());
+
+      #ifdef HAS_PETSC
+      p.add(PETScSNESSolver::default_parameters());
+      nonlinear_solvers.insert("snes");
+      #endif
+
+      p.add("nonlinear_solver", default_nonlinear_solver, nonlinear_solvers);
+
+      return p;
+    }
+
+  private:
+
+    // Nonlinear (algebraic) problem
+    class MixedNonlinearDiscreteProblem : public NonlinearProblem
+    {
+    public:
+
+      // Constructor
+      MixedNonlinearDiscreteProblem(
+        std::shared_ptr<const MixedNonlinearVariationalProblem> problem,
+        std::shared_ptr<const MixedNonlinearVariationalSolver> solver);
+
+      // Destructor
+      ~MixedNonlinearDiscreteProblem();
+
+      // Compute F at current point x
+      virtual void F(GenericVector& b, const GenericVector& x);
+
+      // Compute J = F' at current point x
+      virtual void J(GenericMatrix& A, const GenericVector& x);
+
+    private:
+      friend class MixedNonlinearVariationalSolver;
+
+      // Problem and solver objects
+      std::shared_ptr<const MixedNonlinearVariationalProblem> _problem;
+      std::shared_ptr<const MixedNonlinearVariationalSolver> _solver;
+
+      // Store J(i,j) and F(i) for each block (i,j)
+      std::vector<std::shared_ptr<GenericMatrix>> _Js;
+      std::vector<std::shared_ptr<GenericVector>> _bs;
+    };
+
+    // The nonlinear problem
+    std::shared_ptr<MixedNonlinearVariationalProblem> _problem;
+
+    // The nonlinear discrete problem
+    std::shared_ptr<MixedNonlinearDiscreteProblem> nonlinear_problem;
+
+    // The Newton solver
+    std::shared_ptr<NewtonSolver> newton_solver;
+
+    #ifdef HAS_PETSC
+    // Or, alternatively, the SNES solver
+    std::shared_ptr<PETScSNESSolver> snes_solver;
+    #endif
+
+  };
+}
+
+#endif
diff --git a/dolfin/fem/MultiMeshAssembler.cpp b/dolfin/fem/MultiMeshAssembler.cpp
new file mode 100644
index 0000000..1020ba3
--- /dev/null
+++ b/dolfin/fem/MultiMeshAssembler.cpp
@@ -0,0 +1,827 @@
+// Copyright (C) 2013-2014 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-09-12
+// Last changed: 2015-11-12
+
+#include <dolfin/function/MultiMeshFunctionSpace.h>
+
+#include <dolfin/la/GenericTensor.h>
+#include <dolfin/la/GenericMatrix.h>
+#include <dolfin/la/GenericLinearAlgebraFactory.h>
+#include <dolfin/la/TensorLayout.h>
+#include <dolfin/log/log.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/Facet.h>
+#include <dolfin/mesh/MultiMesh.h>
+#include <dolfin/function/MultiMeshFunction.h>
+#include <dolfin/function/FunctionSpace.h>
+
+#include "SparsityPatternBuilder.h"
+#include "UFC.h"
+#include "Form.h"
+#include "MultiMeshForm.h"
+#include "MultiMeshDofMap.h"
+#include "MultiMeshAssembler.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MultiMeshAssembler::MultiMeshAssembler()
+  : extend_cut_cell_integration(false)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void MultiMeshAssembler::assemble(GenericTensor& A, const MultiMeshForm& a)
+{
+  // Developer note: This implementation does not yet handle
+  // - subdomains
+  // - interior facets
+  // - exterior facets
+
+  begin(PROGRESS, "Assembling tensor over multimesh function space.");
+
+  // Initialize global tensor
+  _init_global_tensor(A, a);
+
+  // Assemble over uncut cells
+  _assemble_uncut_cells(A, a);
+
+  // Assemble over exterior facets
+  _assemble_uncut_exterior_facets(A, a);
+
+  // Assemble over cut cells
+  _assemble_cut_cells(A, a);
+
+  // Assemble over interface
+  _assemble_interface(A, a);
+
+  // Assemble over overlap
+  _assemble_overlap(A, a);
+
+  // Finalize assembly of global tensor
+  if (finalize_tensor)
+    A.apply("add");
+
+  end();
+}
+//-----------------------------------------------------------------------------
+void MultiMeshAssembler::_assemble_uncut_exterior_facets(GenericTensor& A,
+                                                         const MultiMeshForm& a)
+{
+  // FIXME: This implementation assumes that there is one background mesh
+  // that contains the entire exterior facet. 
+
+  // Get form rank
+  const std::size_t form_rank = a.rank();
+
+  // Extract multimesh
+  std::shared_ptr<const MultiMesh> multimesh = a.multimesh();
+
+  // Collect pointers to dof maps
+  std::vector<const MultiMeshDofMap*> dofmaps;
+  for (std::size_t i = 0; i < form_rank; i++)
+    dofmaps.push_back(a.function_space(i)->dofmap().get());
+
+  // Vector to hold dof map for a cell
+  std::vector<ArrayView<const dolfin::la_index>> dofs(form_rank);
+
+  // Initialize variables that will be reused throughout assembly
+  ufc::cell ufc_cell;
+  std::vector<double> coordinate_dofs;
+
+  // Assembly exterior uncut facets on mesh 0, the background mesh
+  int part = 0;
+
+  log(PROGRESS, "Assembling multimesh form over uncut facets on part %d.", part);
+
+  // Get form for current part
+  const Form& a_part = *a.part(part);
+
+  // Create data structure for local assembly data
+  UFC ufc_part(a_part);
+
+  // Extract mesh
+  dolfin_assert(a_part.mesh());
+  const Mesh& mesh_part = *(a_part.mesh());
+
+  // FIXME: Handle subdomains
+
+  // Exterior facet integral
+  const ufc::exterior_facet_integral* integral = ufc_part.default_exterior_facet_integral.get();
+
+  // Skip if we don't have a facet integral
+  if (!integral) return;
+
+  // Iterate over uncut cells
+  for (FacetIterator facet(mesh_part); !facet.end(); ++facet)
+  {
+
+    // Only consider exterior facets
+    if (!facet->exterior())
+    {
+      continue;
+    }
+
+    const std::size_t D = mesh_part.topology().dim();
+
+    // Get mesh cell to which mesh facet belongs (pick first, there is
+    // only one)
+    dolfin_assert(facet->num_entities(D) == 1);
+    Cell mesh_cell(mesh_part, facet->entities(D)[0]);
+
+    // Check that cell is not a ghost
+    dolfin_assert(!mesh_cell.is_ghost());
+
+    // Get local index of facet with respect to the cell
+    const std::size_t local_facet = mesh_cell.index(*facet);
+
+    // Update UFC cell
+    mesh_cell.get_cell_data(ufc_cell, local_facet);
+    mesh_cell.get_coordinate_dofs(coordinate_dofs);
+
+    // Update UFC object
+    ufc_part.update(mesh_cell, coordinate_dofs, ufc_cell,
+               integral->enabled_coefficients());
+
+    // Get local-to-global dof maps for cell
+    for (std::size_t i = 0; i < form_rank; ++i)
+    {
+      const auto dofmap = a.function_space(i)->dofmap()->part(part);
+      const auto dmap = dofmap->cell_dofs(mesh_cell.index());
+      dofs[i] = ArrayView<const dolfin::la_index>(dmap.size(), dmap.data());
+    }
+
+    // Tabulate cell tensor
+    integral->tabulate_tensor(ufc_part.A.data(),
+                              ufc_part.w(),
+                              coordinate_dofs.data(),
+                              local_facet,
+                              ufc_cell.orientation);
+
+    // Add entries to global tensor
+    A.add(ufc_part.A.data(), dofs);
+  }
+}
+//-----------------------------------------------------------------------------
+void MultiMeshAssembler::_assemble_uncut_cells(GenericTensor& A,
+                                               const MultiMeshForm& a)
+{
+  // Get form rank
+  const std::size_t form_rank = a.rank();
+
+  // Extract multimesh
+  std::shared_ptr<const MultiMesh> multimesh = a.multimesh();
+
+  // Collect pointers to dof maps
+  std::vector<const MultiMeshDofMap*> dofmaps;
+  for (std::size_t i = 0; i < form_rank; i++)
+    dofmaps.push_back(a.function_space(i)->dofmap().get());
+
+  // Vector to hold dof map for a cell
+  std::vector<ArrayView<const dolfin::la_index>> dofs(form_rank);
+
+  // Initialize variables that will be reused throughout assembly
+  ufc::cell ufc_cell;
+  std::vector<double> coordinate_dofs;
+
+  // Iterate over parts
+  for (std::size_t part = 0; part < a.num_parts(); part++)
+  {
+    log(PROGRESS, "Assembling multimesh form over uncut cells on part %d.", part);
+
+    // Get form for current part
+    const Form& a_part = *a.part(part);
+
+    // Create data structure for local assembly data
+    UFC ufc_part(a_part);
+
+    // Extract mesh
+    dolfin_assert(a_part.mesh());
+    const Mesh& mesh_part = *(a_part.mesh());
+
+    // FIXME: Handle subdomains
+
+    // Get integral
+    ufc::cell_integral* integral = ufc_part.default_cell_integral.get();
+
+    // Skip if we don't have a cell integral
+    if (!integral) continue;
+
+    // Get uncut cells
+    const std::vector<unsigned int>& uncut_cells = multimesh->uncut_cells(part);
+
+    // Iterate over uncut cells
+    for (auto it = uncut_cells.begin(); it != uncut_cells.end(); ++it)
+    {
+      // Create cell
+      Cell cell(mesh_part, *it);
+
+      // Update to current cell
+      cell.get_cell_data(ufc_cell);
+      cell.get_coordinate_dofs(coordinate_dofs);
+      ufc_part.update(cell, coordinate_dofs, ufc_cell);
+
+      // Get local-to-global dof maps for cell
+      for (std::size_t i = 0; i < form_rank; ++i)
+      {
+        const auto dofmap = a.function_space(i)->dofmap()->part(part);
+        auto dmap = dofmap->cell_dofs(cell.index());
+        dofs[i].set(dmap.size(), dmap.data());
+      }
+
+      // Tabulate cell tensor
+      integral->tabulate_tensor(ufc_part.A.data(),
+                                ufc_part.w(),
+                                coordinate_dofs.data(),
+                                ufc_cell.orientation);
+
+      // Add entries to global tensor
+      A.add(ufc_part.A.data(), dofs);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void MultiMeshAssembler::_assemble_cut_cells(GenericTensor& A,
+                                             const MultiMeshForm& a)
+{
+  // Get form rank
+  const std::size_t form_rank = a.rank();
+
+  // Extract multimesh
+  std::shared_ptr<const MultiMesh> multimesh = a.multimesh();
+
+  // Collect pointers to dof maps
+  std::vector<const MultiMeshDofMap*> dofmaps;
+  for (std::size_t i = 0; i < form_rank; i++)
+    dofmaps.push_back(a.function_space(i)->dofmap().get());
+
+  // Vector to hold dof map for a cell
+  std::vector<ArrayView<const dolfin::la_index>> dofs(form_rank);
+
+  // Initialize variables that will be reused throughout assembly
+  ufc::cell ufc_cell;
+  std::vector<double> coordinate_dofs;
+
+  // Iterate over parts
+  for (std::size_t part = 0; part < a.num_parts(); part++)
+  {
+    log(PROGRESS, "Assembling multimesh form over cut cells on part %d.", part);
+
+    // Get form for current part
+    const Form& a_part = *a.part(part);
+
+    // Create data structure for local assembly data
+    UFC ufc_part(a_part);
+
+    // Extract mesh
+    dolfin_assert(a_part.mesh());
+    const Mesh& mesh_part = *(a_part.mesh());
+
+    // FIXME: Handle subdomains
+
+    // Get integral
+    ufc::cutcell_integral* integral = ufc_part.default_cutcell_integral.get();
+
+    // Skip if we don't have a cutcell integral
+    if (!integral) continue;
+
+    // Get cut cells and quadrature rules
+    const std::vector<unsigned int>& cut_cells = multimesh->cut_cells(part);
+    const auto& quadrature_rules = multimesh->quadrature_rules_cut_cells(part);
+
+    // Iterate over cut cells
+    for (auto it = cut_cells.begin(); it != cut_cells.end(); ++it)
+    {
+      // Create cell
+      Cell cell(mesh_part, *it);
+
+      // Update to current cell
+      cell.get_cell_data(ufc_cell);
+      cell.get_coordinate_dofs(coordinate_dofs);
+      ufc_part.update(cell, coordinate_dofs, ufc_cell);
+
+      // Get local-to-global dof maps for cell
+      for (std::size_t i = 0; i < form_rank; ++i)
+      {
+        const auto dofmap = a.function_space(i)->dofmap()->part(part);
+        auto dmap = dofmap->cell_dofs(cell.index());
+        dofs[i].set(dmap.size(), dmap.data());
+      }
+
+      // Get quadrature rule for cut cell
+      const auto& qr = quadrature_rules.at(*it);
+
+      // Skip if there are no quadrature points
+      std::size_t num_quadrature_points = qr.second.size();
+      if (num_quadrature_points == 0)
+        continue;
+
+      // FIXME: Handle this inside the quadrature point generation,
+      // FIXME: perhaps by storing three different sets of points,
+      // FIXME: including cut cell, overlap and the whole cell.
+
+      // Include only quadrature points with positive weight if
+      // integration should be extended on cut cells
+      std::pair<std::vector<double>, std::vector<double>> pr;
+      if (extend_cut_cell_integration)
+      {
+        const std::size_t gdim = mesh_part.geometry().dim();
+        for (std::size_t i = 0; i < num_quadrature_points; i++)
+        {
+          if (qr.second[i] > 0.0)
+          {
+            pr.second.push_back(qr.second[i]);
+            for (std::size_t j = i*gdim; j < (i + 1)*gdim; j++)
+              pr.first.push_back(qr.first[j]);
+          }
+        }
+        num_quadrature_points = pr.second.size();
+      }
+      else
+      {
+        pr = qr;
+      }
+
+      // Tabulate cell tensor
+      integral->tabulate_tensor(ufc_part.A.data(),
+                                ufc_part.w(),
+                                coordinate_dofs.data(),
+                                num_quadrature_points,
+                                pr.first.data(),
+                                pr.second.data(),
+                                ufc_cell.orientation);
+
+      // Add entries to global tensor
+      A.add(ufc_part.A.data(), dofs);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void MultiMeshAssembler::_assemble_interface(GenericTensor& A,
+                                             const MultiMeshForm& a)
+{
+  // Extract multimesh
+  std::shared_ptr<const MultiMesh> multimesh = a.multimesh();
+
+  // Get form rank
+  const std::size_t form_rank = a.rank();
+
+  // Get multimesh coefficients
+  // These are updated in within this assembly loop
+  std::map<std::size_t, std::shared_ptr<const MultiMeshFunction> >
+    multimesh_coefficients = a.multimesh_coefficients();
+
+  // Identify the coefficents that are not MultiMeshFunction
+  // These will be updated by UFC
+  // It is assumed that the coefficents are the same for all parts
+  std::vector<bool> ufc_enabled_coefficients;
+  for (std::size_t i = 0; i < a.part(0)->coefficients().size(); i++)
+  {
+    bool ufc_update = multimesh_coefficients.find(i) == multimesh_coefficients.end();
+    ufc_enabled_coefficients.push_back(ufc_update);
+  }
+
+  // Collect pointers to dof maps
+  std::vector<const MultiMeshDofMap*> dofmaps;
+  for (std::size_t i = 0; i < form_rank; i++)
+    dofmaps.push_back(a.function_space(i)->dofmap().get());
+
+  // Vector to hold dof map for a cell
+  std::vector<const std::vector<dolfin::la_index>* > dofs(form_rank);
+
+  // Initialize variables that will be reused throughout assembly
+  ufc::cell ufc_cell[2];
+  std::vector<double> coordinate_dofs[2];
+  std::vector<double> macro_coordinate_dofs;
+
+  // Vector to hold dofs for cells, and a vector holding pointers to same
+  std::vector<ArrayView<const dolfin::la_index>> macro_dof_ptrs(form_rank);
+  std::vector<std::vector<dolfin::la_index>> macro_dofs(form_rank);
+
+  // Iterate over parts
+  for (std::size_t part = 0; part < a.num_parts(); part++)
+  {
+    log(PROGRESS, "Assembling multimesh form over interface on part %d.",
+        part);
+
+    // Get form for current part
+    const Form& a_part = *a.part(part);
+
+    // Create data structure for local assembly data
+    UFC ufc_part(a_part);
+
+    // FIXME: Handle subdomains
+
+    // Get integral
+    ufc::interface_integral* integral = ufc_part.default_interface_integral.get();
+
+    // Skip if we don't have an interface integral
+    if (!integral) continue;
+
+    // Get quadrature rules
+    const auto& quadrature_rules = multimesh->quadrature_rules_interface(part);
+
+    // Get collision map
+    const auto& cmap = multimesh->collision_map_cut_cells(part);
+
+    // Get facet normals
+    const auto& facet_normals = multimesh->facet_normals(part);
+
+    // Iterate over all cut cells in collision map
+    for (auto it = cmap.begin(); it != cmap.end(); ++it)
+    {
+      // Get cut cell
+      const unsigned int cut_cell_index = it->first;
+      const Cell cut_cell(*multimesh->part(part), cut_cell_index);
+
+      // Iterate over cutting cells
+      const auto& cutting_cells = it->second;
+      for (auto jt = cutting_cells.begin(); jt != cutting_cells.end(); jt++)
+      {
+        // Get cutting part and cutting cell
+        const std::size_t cutting_part = jt->first;
+        const std::size_t cutting_cell_index = jt->second;
+        const Cell cutting_cell(*multimesh->part(cutting_part),
+                                cutting_cell_index);
+
+        // Get quadrature rule for interface part defined by
+        // intersection of the cut and cutting cells
+        const std::size_t k = jt - cutting_cells.begin();
+        dolfin_assert(k < quadrature_rules.at(cut_cell_index).size());
+        const auto& qr = quadrature_rules.at(cut_cell_index)[k];
+
+        // FIXME: There might be quite a few cases when we skip cutting
+        // FIXME: cells because there are no quadrature points. Perhaps
+        // FIXME: we can rewrite this inner loop to avoid unnecessary
+        // FIXME: iterations.
+
+        // Skip if there are no quadrature points
+        const std::size_t num_quadrature_points = qr.second.size();
+        if (num_quadrature_points == 0)
+          continue;
+
+        // Create aliases for cells to simplify notation
+        const std::size_t& part_1 = cutting_part;
+        const std::size_t& part_0 = part;
+        const Cell& cell_1 = cutting_cell;
+        const Cell& cell_0 = cut_cell;
+
+        // Update to current pair of cells
+        // Let UFC update the coefficients that are not MultiMeshFunction
+        cell_0.get_cell_data(ufc_cell[0], 0);
+        cell_1.get_cell_data(ufc_cell[1], 0);
+        cell_0.get_coordinate_dofs(coordinate_dofs[0]);
+        cell_1.get_coordinate_dofs(coordinate_dofs[1]);
+        ufc_part.update(cell_0, coordinate_dofs[0], ufc_cell[0],
+                        cell_1, coordinate_dofs[1], ufc_cell[1],
+                        ufc_enabled_coefficients);
+
+        // Manually update multimesh coefficients
+        for (auto it : multimesh_coefficients)
+        {
+          std::size_t coefficient_number = it.first;
+          std::shared_ptr<const MultiMeshFunction> coefficient = it.second;
+          double** macro_w = ufc_part.macro_w();
+          const FiniteElement& element = *coefficient->function_space()->part(part_0)->element();
+          std::size_t offset = element.space_dimension();
+
+          double * w_0 = macro_w[coefficient_number];
+          double * w_1 = macro_w[coefficient_number] + offset;
+
+          coefficient->restrict(w_0, element,
+                                part_0, cell_0, coordinate_dofs[0].data(), ufc_cell[0]);
+          coefficient->restrict(w_1, element,
+                                part_1, cell_1, coordinate_dofs[1].data(), ufc_cell[1]);
+        }
+
+        // Collect vertex coordinates
+        macro_coordinate_dofs.resize(coordinate_dofs[0].size() +
+                                     coordinate_dofs[1].size());
+        std::copy(coordinate_dofs[0].begin(), coordinate_dofs[0].end(),
+                  macro_coordinate_dofs.begin());
+        std::copy(coordinate_dofs[1].begin(), coordinate_dofs[1].end(),
+                  macro_coordinate_dofs.begin() + coordinate_dofs[0].size());
+
+        // Tabulate dofs for each dimension on macro element
+        for (std::size_t i = 0; i < form_rank; i++)
+        {
+          // Get dofs for cut mesh
+          const auto dofmap_0 = a.function_space(i)->dofmap()->part(part_0);
+          const auto dofs_0 = dofmap_0->cell_dofs(cell_0.index());
+
+          // Get dofs for cutting mesh
+          const auto dofmap_1 = a.function_space(i)->dofmap()->part(part_1);
+          const auto dofs_1 = dofmap_1->cell_dofs(cell_1.index());
+
+          // Create space in macro dof vector
+          macro_dofs[i].resize(dofs_0.size() + dofs_1.size());
+
+          // Copy cell dofs into macro dof vector
+          std::copy(dofs_0.data(), dofs_0.data() + dofs_0.size(),
+                    macro_dofs[i].begin());
+          std::copy(dofs_1.data(), dofs_1.data() + dofs_1.size(),
+                    macro_dofs[i].begin() + dofs_0.size());
+
+          // Update array view
+          macro_dof_ptrs[i]
+            = ArrayView<const dolfin::la_index>(macro_dofs[i].size(),
+                                                macro_dofs[i].data());
+        }
+
+        // Get facet normals
+        const auto& n = facet_normals.at(cut_cell_index)[k];
+
+        // FIXME: We would like to use this assertion (but it fails
+        // for 2 meshes)
+        dolfin_assert(n.size() == a_part.mesh()->geometry().dim()*num_quadrature_points);
+
+        // FIXME: For now, use this assertion (which fails for 3 meshes)
+        //dolfin_assert(n.size() > 0);
+
+        // FIXME: Cell orientation not supported
+        const int cell_orientation = ufc_cell[0].orientation;
+
+        // Tabulate interface tensor on macro element
+        integral->tabulate_tensor(ufc_part.macro_A.data(),
+                                  ufc_part.macro_w(),
+                                  macro_coordinate_dofs.data(),
+                                  num_quadrature_points,
+                                  qr.first.data(),
+                                  qr.second.data(),
+                                  n.data(),
+                                  cell_orientation);
+
+        // Add entries to global tensor
+        A.add(ufc_part.macro_A.data(), macro_dof_ptrs);
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void MultiMeshAssembler::_assemble_overlap(GenericTensor& A,
+                                           const MultiMeshForm& a)
+{
+  // FIXME: This function and assemble_interface are very similar.
+  // FIXME: Refactor to improve code reuse.
+
+  // Extract multimesh
+  std::shared_ptr<const MultiMesh> multimesh = a.multimesh();
+
+  // Get form rank
+  const std::size_t form_rank = a.rank();
+
+  // Get multimesh coefficients
+  // These are updated in this assembly loop
+  std::map<std::size_t, std::shared_ptr<const MultiMeshFunction> >
+    multimesh_coefficients = a.multimesh_coefficients();
+
+  // Identify the coefficients that are not MultiMeshFunction
+  // These will be updated by UFC
+  // It is assumed that the coefficents are the same for all parts
+  std::vector<bool> ufc_enabled_coefficients;
+  for (std::size_t i = 0; i < a.part(0)->coefficients().size(); i++)
+  {
+    bool ufc_update = multimesh_coefficients.find(i) == multimesh_coefficients.end();
+    ufc_enabled_coefficients.push_back(ufc_update);
+  }
+
+  // Collect pointers to dof maps
+  std::vector<const MultiMeshDofMap*> dofmaps;
+  for (std::size_t i = 0; i < form_rank; i++)
+    dofmaps.push_back(a.function_space(i)->dofmap().get());
+
+  // Vector to hold dof map for a cell
+  std::vector<const std::vector<dolfin::la_index>* > dofs(form_rank);
+
+  // Initialize variables that will be reused throughout assembly
+  ufc::cell ufc_cell[2];
+  std::vector<double> coordinate_dofs[2];
+  std::vector<double> macro_coordinate_dofs;
+
+  // Vector to hold dofs for cells, and a vector holding pointers to same
+  std::vector<ArrayView<const dolfin::la_index>> macro_dof_ptrs(form_rank);
+  std::vector<std::vector<dolfin::la_index>> macro_dofs(form_rank);
+
+  // Iterate over parts
+  for (std::size_t part = 0; part < a.num_parts(); part++)
+  {
+    log(PROGRESS, "Assembling multimesh form over overlap on part %d.", part);
+
+    // Get form for current part
+    const Form& a_part = *a.part(part);
+
+    // Create data structure for local assembly data
+    UFC ufc_part(a_part);
+
+    // FIXME: Handle subdomains
+
+    // Get integral
+    ufc::overlap_integral* integral = ufc_part.default_overlap_integral.get();
+
+    // Skip if we don't have an overlap integral
+    if (!integral) continue;
+
+    // Get quadrature rules
+    const auto& quadrature_rules = multimesh->quadrature_rules_overlap(part);
+
+    // Get collision map
+    const auto& cmap = multimesh->collision_map_cut_cells(part);
+
+    // Iterate over all cut cells in collision map
+    for (auto it = cmap.begin(); it != cmap.end(); ++it)
+    {
+      // Get cut cell
+      const unsigned int cut_cell_index = it->first;
+      const Cell cut_cell(*multimesh->part(part), cut_cell_index);
+
+      // Iterate over cutting cells
+      const auto& cutting_cells = it->second;
+      for (auto jt = cutting_cells.begin(); jt != cutting_cells.end(); jt++)
+      {
+        // Get cutting part and cutting cell
+        const std::size_t cutting_part = jt->first;
+        const std::size_t cutting_cell_index = jt->second;
+        const Cell cutting_cell(*multimesh->part(cutting_part), cutting_cell_index);
+
+        // Get quadrature rule for interface part defined by
+        // intersection of the cut and cutting cells
+        const std::size_t k = jt - cutting_cells.begin();
+        dolfin_assert(k < quadrature_rules.at(cut_cell_index).size());
+        const auto& qr = quadrature_rules.at(cut_cell_index)[k];
+
+        // FIXME: There might be quite a few cases when we skip cutting
+        // FIXME: cells because there are no quadrature points. Perhaps
+        // FIXME: we can rewrite this inner loop to avoid unnecessary
+        // FIXME: iterations.
+
+        // Skip if there are no quadrature points
+        const std::size_t num_quadrature_points = qr.second.size();
+        if (num_quadrature_points == 0)
+          continue;
+
+        // Create aliases for cells to simplify notation
+        const std::size_t& part_1 = cutting_part;
+        const std::size_t& part_0 = part;
+        const Cell& cell_1 = cutting_cell;
+        const Cell& cell_0 = cut_cell;
+
+        // Update to current pair of cells
+        // Let UFC update the coefficients that are not MultiMeshFunction
+        cell_0.get_cell_data(ufc_cell[0], 0);
+        cell_1.get_cell_data(ufc_cell[1], 0);
+        cell_0.get_coordinate_dofs(coordinate_dofs[0]);
+        cell_1.get_coordinate_dofs(coordinate_dofs[1]);
+        ufc_part.update(cell_0, coordinate_dofs[0], ufc_cell[0],
+                        cell_1, coordinate_dofs[1], ufc_cell[1],
+                        ufc_enabled_coefficients);
+
+        // Manually update multimesh coefficients
+        for (auto it : multimesh_coefficients)
+        {
+          std::size_t coefficient_number = it.first;
+          std::shared_ptr<const MultiMeshFunction> coefficient = it.second;
+          double** macro_w = ufc_part.macro_w();
+          const FiniteElement& element = *coefficient->function_space()->part(part_0)->element();
+          std::size_t offset = element.space_dimension();
+
+          double * w_0 = macro_w[coefficient_number];
+          double * w_1 = macro_w[coefficient_number] + offset;
+
+          coefficient->restrict(w_0, element,
+                                part_0, cell_0, coordinate_dofs[0].data(), ufc_cell[0]);
+          coefficient->restrict(w_1, element,
+                                part_1, cell_1, coordinate_dofs[1].data(), ufc_cell[1]);
+        }
+
+        // Collect vertex coordinates
+        macro_coordinate_dofs.resize(coordinate_dofs[0].size() +
+                                     coordinate_dofs[0].size());
+        std::copy(coordinate_dofs[0].begin(), coordinate_dofs[0].end(),
+                  macro_coordinate_dofs.begin());
+        std::copy(coordinate_dofs[1].begin(), coordinate_dofs[1].end(),
+                  macro_coordinate_dofs.begin() + coordinate_dofs[0].size());
+
+        // Tabulate dofs for each dimension on macro element
+        for (std::size_t i = 0; i < form_rank; i++)
+        {
+          // Get dofs for cut mesh
+          const auto dofmap_0 = a.function_space(i)->dofmap()->part(part_0);
+          const auto dofs_0 = dofmap_0->cell_dofs(cell_0.index());
+
+          // Get dofs for cutting mesh
+          const auto dofmap_1 = a.function_space(i)->dofmap()->part(part_1);
+          const auto dofs_1 = dofmap_1->cell_dofs(cell_1.index());
+
+          // Create space in macro dof vector
+          macro_dofs[i].resize(dofs_0.size() + dofs_1.size());
+
+          // Copy cell dofs into macro dof vector
+          std::copy(dofs_0.data(), dofs_0.data() + dofs_0.size(),
+                    macro_dofs[i].begin());
+          std::copy(dofs_1.data(), dofs_1.data() + dofs_1.size() ,
+                    macro_dofs[i].begin() + dofs_0.size());
+
+          // Update array view
+          macro_dof_ptrs[i].set(macro_dofs[i].size(),
+                                macro_dofs[i].data());
+        }
+
+        // FIXME: Cell orientation not supported
+        const int cell_orientation = ufc_cell[0].orientation;
+
+        // Tabulate overlap tensor on macro element
+        integral->tabulate_tensor(ufc_part.macro_A.data(),
+                                  ufc_part.macro_w(),
+                                  macro_coordinate_dofs.data(),
+                                  num_quadrature_points,
+                                  qr.first.data(),
+                                  qr.second.data(),
+                                  cell_orientation);
+
+        // Add entries to global tensor
+        A.add(ufc_part.macro_A.data(), macro_dof_ptrs);
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void MultiMeshAssembler::_init_global_tensor(GenericTensor& A,
+                                             const MultiMeshForm& a)
+{
+  log(PROGRESS, "Initializing global tensor.");
+
+  // This function initializes the big system matrix corresponding to
+  // all dofs (including inactive dofs) on all parts of the MultiMesh
+  // function space.
+
+  // Create layout for initializing tensor
+  std::shared_ptr<TensorLayout> tensor_layout;
+  tensor_layout = A.factory().create_layout(MPI_COMM_WORLD, a.rank());
+  dolfin_assert(tensor_layout);
+
+  // Get dimensions
+  std::vector<std::shared_ptr<const IndexMap>> index_maps;
+  for (std::size_t i = 0; i < a.rank(); i++)
+  {
+    std::shared_ptr<const MultiMeshFunctionSpace> V = a.function_space(i);
+    dolfin_assert(V);
+
+    index_maps.push_back(std::shared_ptr<const IndexMap>
+                         (new IndexMap(MPI_COMM_WORLD, V->dim(), 1)));
+  }
+
+  // Initialise tensor layout
+  tensor_layout->init(index_maps, TensorLayout::Ghosts::UNGHOSTED);
+
+  // Build sparsity pattern if required
+  if (tensor_layout->sparsity_pattern())
+  {
+    SparsityPattern& pattern = *tensor_layout->sparsity_pattern();
+    SparsityPatternBuilder::build_multimesh_sparsity_pattern(pattern, a);
+  }
+
+  // Initialize tensor
+  A.init(*tensor_layout);
+
+  // Insert zeros on the diagonal as diagonal entries may be prematurely
+  // optimised away by the linear algebra backend when calling
+  // GenericMatrix::apply, e.g. PETSc does this then errors when matrices
+  // have no diagonal entry inserted.
+  if (A.rank() == 2)
+  {
+    // Down cast to GenericMatrix
+    GenericMatrix& _matA = as_type<GenericMatrix>(A);
+
+    // Loop over rows and insert 0.0 on the diagonal
+    const double block = 0.0;
+    const std::pair<std::size_t, std::size_t> row_range = A.local_range(0);
+    const std::size_t range = std::min(row_range.second, A.size(1));
+    for (std::size_t i = row_range.first; i < range; i++)
+    {
+      dolfin::la_index _i = i;
+      _matA.set(&block, 1, &_i, 1, &_i);
+    }
+    A.apply("flush");
+  }
+
+  // Set tensor to zero
+  A.zero();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/MultiMeshAssembler.h b/dolfin/fem/MultiMeshAssembler.h
new file mode 100644
index 0000000..ea2ac9d
--- /dev/null
+++ b/dolfin/fem/MultiMeshAssembler.h
@@ -0,0 +1,84 @@
+// Copyright (C) 2013-2014 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-09-12
+// Last changed: 2015-01-08
+
+#ifndef __MultiMesh_ASSEMBLER_H
+#define __MultiMesh_ASSEMBLER_H
+
+#include "AssemblerBase.h"
+#include "Assembler.h"
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class GenericTensor;
+  class MultiMeshForm;
+
+  /// This class implements functionality for finite element assembly
+  /// over cut and composite finite element (MultiMesh) function spaces.
+
+  class MultiMeshAssembler : public AssemblerBase
+  {
+  public:
+
+    /// Constructor
+    MultiMeshAssembler();
+
+    /// Assemble tensor from given form
+    ///
+    /// @param     A (_GenericTensor_)
+    ///         The tensor to assemble.
+    /// @param     a (_Form_)
+    ///         The form to assemble the tensor from.
+    void assemble(GenericTensor& A, const MultiMeshForm& a);
+
+    /// extend_cut_cell_integration (bool)
+    ///     Default value is false.
+    ///     This controls whether the integration over cut cells
+    ///     should extend to the part of cut cells covered by cells
+    ///     from higher ranked meshes - thus including both the cut
+    ///     cell part and the overlap part.
+    bool extend_cut_cell_integration;
+
+  private:
+
+    // Assemble over uncut cells
+    void _assemble_uncut_cells(GenericTensor& A, const MultiMeshForm& a);
+
+    // Assemble over cut cells
+    void _assemble_cut_cells(GenericTensor& A, const MultiMeshForm& a);
+
+    // Assemble over uncut exterior facets
+    void _assemble_uncut_exterior_facets(GenericTensor& A, const MultiMeshForm& a);
+
+    // Assemble over interface
+    void _assemble_interface(GenericTensor& A, const MultiMeshForm& a);
+
+    // Assemble over overlap
+    void _assemble_overlap(GenericTensor& A, const MultiMeshForm& a);
+
+    // Initialize global tensor
+    void _init_global_tensor(GenericTensor& A, const MultiMeshForm& a);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/MultiMeshDirichletBC.cpp b/dolfin/fem/MultiMeshDirichletBC.cpp
new file mode 100644
index 0000000..9f6e534
--- /dev/null
+++ b/dolfin/fem/MultiMeshDirichletBC.cpp
@@ -0,0 +1,313 @@
+// Copyright (C) 2014 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 4 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2014-05-12
+// Last changed: 2016-03-02
+
+#include <dolfin/log/log.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/common/Array.h>
+#include <dolfin/function/MultiMeshFunctionSpace.h>
+#include <dolfin/function/Constant.h>
+#include <dolfin/mesh/MultiMesh.h>
+#include <dolfin/geometry/Point.h>
+#include <dolfin/geometry/BoundingBoxTree.h>
+#include "DirichletBC.h"
+#include "MultiMeshDirichletBC.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MultiMeshDirichletBC::MultiMeshDirichletBC(std::shared_ptr<const MultiMeshFunctionSpace> V,
+                                           std::shared_ptr<const GenericFunction> g,
+                                           std::shared_ptr<const SubDomain> sub_domain,
+                                           std::string method,
+                                           bool check_midpoint,
+                                           bool exclude_overlapped_boundaries)
+  : _function_space(V),
+    _sub_domain(0),
+    _exclude_overlapped_boundaries(exclude_overlapped_boundaries)
+{
+  log(PROGRESS, "Initializing multimesh Dirichlet boundary conditions.");
+
+  // Initialize subdomain wrapper
+  _sub_domain.reset(new MultiMeshSubDomain(sub_domain,
+                                           V->multimesh(),
+                                           _exclude_overlapped_boundaries));
+
+  // Iterate over parts
+  for (std::size_t part = 0; part < V->num_parts(); part++)
+  {
+    // Get view of function space for part
+    std::shared_ptr<const FunctionSpace> V_part = V->view(part);
+
+    // Create Dirichlet boundary condition for part
+    std::shared_ptr<DirichletBC> bc(new DirichletBC(V_part,
+                                                    g,
+                                                    _sub_domain,
+                                                    method,
+                                                    check_midpoint));
+
+    // HACK: function space dimension does not match tensor dimensions
+    bc->parameters["check_dofmap_range"] = false;
+
+    // Add to map
+    _bcs[part] = bc;
+  }
+}
+//-----------------------------------------------------------------------------
+MultiMeshDirichletBC::MultiMeshDirichletBC(std::shared_ptr<const MultiMeshFunctionSpace> V,
+                                           std::shared_ptr<const GenericFunction> g,
+                                           std::shared_ptr<const SubDomain> sub_domain,
+                                           std::size_t part,
+                                           std::string method,
+                                           bool check_midpoint,
+                                           bool exclude_overlapped_boundaries)
+  : _function_space(V),
+    _sub_domain(0),
+    _exclude_overlapped_boundaries(exclude_overlapped_boundaries)
+{
+  log(PROGRESS, "Initializing multimesh Dirichlet boundary conditions.");
+
+  // Initialize subdomain wrapper
+  _sub_domain.reset(new MultiMeshSubDomain(sub_domain,
+                                           V->multimesh(),
+                                           _exclude_overlapped_boundaries));
+
+  // Get view of function space for part
+  std::shared_ptr<const FunctionSpace> V_part = V->view(part);
+
+  // Create Dirichlet boundary condition for part
+  std::shared_ptr<DirichletBC> bc(new DirichletBC(V_part,
+                                                  g,
+                                                  _sub_domain,
+                                                  method,
+                                                  check_midpoint));
+
+  // HACK: function space dimension does not match tensor dimensions
+  bc->parameters["check_dofmap_range"] = false;
+
+  // Add to map
+  _bcs[part] = bc;
+}
+//-----------------------------------------------------------------------------
+class EmptySubDomain : public SubDomain {
+  public:
+    bool inside(Eigen::Ref<const Eigen::VectorXd> x, bool on_boundary) const {
+      return false;
+    }
+};
+
+MultiMeshDirichletBC::MultiMeshDirichletBC(std::shared_ptr<const MultiMeshFunctionSpace> V,
+                                          std::shared_ptr<const GenericFunction> g,
+                                          std::shared_ptr<const MeshFunction<std::size_t>> sub_domains,
+                                          std::size_t sub_domain,
+                                          std::size_t part,
+                                          std::string method)
+  : _function_space(V),
+    _sub_domain(0),
+    _exclude_overlapped_boundaries(false)
+{
+  log(PROGRESS, "Initializing multimesh Dirichlet boundary conditions.");
+
+  // Initialize subdomain wrapper
+  auto empty_subdomain = std::make_shared<EmptySubDomain>();
+  _sub_domain.reset(new MultiMeshSubDomain(empty_subdomain,
+                                           V->multimesh(),
+                                           _exclude_overlapped_boundaries));
+
+
+  // Construct BC for specified part
+  std::shared_ptr<const FunctionSpace> V_part = V->view(part);
+  std::shared_ptr<DirichletBC> bc(new DirichletBC(V_part,
+                                                  g,
+                                                  sub_domains,
+                                                  sub_domain,
+                                                  method));
+
+  // HACK: function space dimension does not match tensor dimensions
+  bc->parameters["check_dofmap_range"] = false;
+
+
+  // Add to list
+  _bcs[part] = bc;
+}
+//-----------------------------------------------------------------------------
+MultiMeshDirichletBC::MultiMeshDirichletBC(const MultiMeshDirichletBC& bc)
+{
+  *this = bc;
+
+  // Iterate over boundary conditions and call the copy constructor
+  for (const auto &pair : _bcs)
+    _bcs[pair.first] = std::make_shared<DirichletBC>(*pair.second);
+}
+//-----------------------------------------------------------------------------
+MultiMeshDirichletBC::~MultiMeshDirichletBC()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void MultiMeshDirichletBC::apply(GenericMatrix& A) const
+{
+  // Iterate over boundary conditions
+  for (const auto &pair : _bcs)
+  {
+    // Set current part for subdomain wrapper
+    dolfin_assert(_sub_domain);
+    _sub_domain->set_current_part(pair.first);
+
+    // Apply boundary condition for current part
+    pair.second->apply(A);
+  }
+}
+//-----------------------------------------------------------------------------
+void MultiMeshDirichletBC::apply(GenericVector& b) const
+{
+  // Iterate over boundary conditions
+  for (const auto &pair : _bcs)
+  {
+    // Set current part for subdomain wrapper
+    dolfin_assert(_sub_domain);
+    _sub_domain->set_current_part(pair.first);
+
+    // Apply boundary condition
+    pair.second->apply(b);
+  }
+}
+//-----------------------------------------------------------------------------
+void MultiMeshDirichletBC::apply(GenericMatrix& A,
+                                 GenericVector& b) const
+{
+  // Iterate over boundary conditions
+  for (const auto &pair : _bcs)
+  {
+    // Set current part for subdomain wrapper
+    dolfin_assert(_sub_domain);
+    _sub_domain->set_current_part(pair.first);
+
+    // Apply boundary condition
+    pair.second->apply(A, b);
+  }
+}
+//-----------------------------------------------------------------------------
+void MultiMeshDirichletBC::apply(GenericVector& b,
+                                 const GenericVector& x) const
+{
+  // Iterate over boundary conditions
+  for (const auto &pair : _bcs)
+  {
+    // Set current part for subdomain wrapper
+    dolfin_assert(_sub_domain);
+    _sub_domain->set_current_part(pair.first);
+
+    // Apply boundary condition
+    pair.second->apply(b, x);
+  }
+}
+//-----------------------------------------------------------------------------
+void MultiMeshDirichletBC::apply(GenericMatrix& A,
+                                 GenericVector& b,
+                                 const GenericVector& x) const
+{
+  // Iterate over boundary conditions
+  for (const auto &pair : _bcs)
+  {
+    // Set current part for subdomain wrapper
+    dolfin_assert(_sub_domain);
+    _sub_domain->set_current_part(pair.first);
+
+    // Apply boundary condition
+    pair.second->apply(A, b, x);
+  }
+}
+//-----------------------------------------------------------------------------
+void MultiMeshDirichletBC::zero(GenericMatrix& A) const
+{
+  // Iterate over boundary conditions
+  for (const auto &pair : _bcs)
+  {
+    // Set current part for subdomain wrapper
+    dolfin_assert(_sub_domain);
+    _sub_domain->set_current_part(pair.first);
+
+    // Apply boundary condition for current part
+    pair.second->zero(A);
+  }
+}
+//-----------------------------------------------------------------------------
+void MultiMeshDirichletBC::homogenize()
+{
+  // Iterate over boundary conditions
+  for (const auto &pair : _bcs)
+  {
+    // Homogenize boundary condition
+    pair.second->homogenize();
+  }
+}
+//-----------------------------------------------------------------------------
+MultiMeshDirichletBC::MultiMeshSubDomain::MultiMeshSubDomain
+(std::shared_ptr<const SubDomain> sub_domain,
+ std::shared_ptr<const MultiMesh> multimesh,
+ bool exclude_overlapped_boundaries)
+  : _user_sub_domain(sub_domain),
+    _multimesh(multimesh),
+    _current_part(0),
+    _exclude_overlapped_boundaries(exclude_overlapped_boundaries)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+MultiMeshDirichletBC::MultiMeshSubDomain::~MultiMeshSubDomain()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+bool MultiMeshDirichletBC::MultiMeshSubDomain::inside(const Array<double>& x,
+                                                      bool on_boundary) const
+{
+  dolfin_assert(_user_sub_domain);
+
+  // If point is on boundary, check that it really is on the boundary,
+  // which it may not be if it is contained in some other mesh.
+  if (on_boundary && _exclude_overlapped_boundaries)
+  {
+    for (std::size_t part = 0; part < _multimesh->num_parts(); part++)
+    {
+      // Skip current part
+      if (part == _current_part)
+        continue;
+
+      // Check whether point is contained in other mesh
+      const Point point(x.size(), x.data());
+      if (_multimesh->bounding_box_tree(part)->collides_entity(point))
+      {
+        on_boundary = false;
+        break;
+      }
+    }
+  }
+
+  // Call user-defined function with possibly modified on_boundary
+  return _user_sub_domain->inside(x, on_boundary);
+}
+//-----------------------------------------------------------------------------
+void MultiMeshDirichletBC::MultiMeshSubDomain::set_current_part
+(std::size_t current_part)
+{
+  _current_part = current_part;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/MultiMeshDirichletBC.h b/dolfin/fem/MultiMeshDirichletBC.h
new file mode 100644
index 0000000..d08de98
--- /dev/null
+++ b/dolfin/fem/MultiMeshDirichletBC.h
@@ -0,0 +1,249 @@
+// Copyright (C) 2014-2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 4 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2014-05-12
+// Last changed: 2016-03-02
+
+#ifndef __MULTI_MESH_DIRICHLET_BC_H
+#define __MULTI_MESH_DIRICHLET_BC_H
+
+#include <vector>
+#include <memory>
+#include <dolfin/mesh/SubDomain.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class MultiMeshFunctionSpace;
+  class GenericFunction;
+  class SubDomain;
+  class GenericMatrix;
+  class GenericVector;
+  class DirichletBC;
+
+  /// This class is used to set Dirichlet boundary conditions for
+  /// multimesh function spaces.
+
+  class MultiMeshDirichletBC
+  {
+  public:
+
+    /// Create boundary condition for subdomain
+    ///
+    /// @param    V (_MultiMeshFunctionSpace_)
+    ///         The function space
+    /// @param    g (_GenericFunction_)
+    ///         The value
+    /// @param     sub_domain (_SubDomain_)
+    ///         The subdomain
+    /// @param     method (std::string)
+    ///         Option passed to DirichletBC.
+    /// @param     check_midpoint (bool)
+    ///         Option passed to DirichletBC.
+    /// @param     exclude_overlapped_boundaries (bool)
+    ///         If true, then the variable on_boundary will
+    ///         be set to false for facets that are overlapped
+    ///         by another mesh (irrespective of the layering order
+    ///         of the meshes).
+    MultiMeshDirichletBC(std::shared_ptr<const MultiMeshFunctionSpace> V,
+                         std::shared_ptr<const GenericFunction> g,
+                         std::shared_ptr<const SubDomain> sub_domain,
+                         std::string method="topological",
+                         bool check_midpoint=true,
+                         bool exclude_overlapped_boundaries=true);
+
+    /// Create boundary condition for subdomain on specified part
+    ///
+    /// @param    V (_MultiMeshFunctionSpace_)
+    ///         The function space
+    /// @param    g (_GenericFunction_)
+    ///         The value
+    /// @param     sub_domain (_SubDomain_)
+    ///         The subdomain
+    /// @param     part (std::size_t)
+    ///         The part on which to set boundary conditions
+    /// @param     method (std::string)
+    ///         Option passed to DirichletBC.
+    /// @param     check_midpoint (bool)
+    ///         Option passed to DirichletBC.
+    /// @param     exclude_overlapped_boundaries (bool)
+    ///         If true, then the variable on_boundary will
+    ///         be set to false for facets that are overlapped
+    ///         by another mesh (irrespective of the layering order
+    ///         of the meshes).
+    MultiMeshDirichletBC(std::shared_ptr<const MultiMeshFunctionSpace> V,
+                         std::shared_ptr<const GenericFunction> g,
+                         std::shared_ptr<const SubDomain> sub_domain,
+                         std::size_t part,
+                         std::string method="topological",
+                         bool check_midpoint=true,
+                         bool exclude_overlapped_boundaries=true);
+
+    /// Create boundary condition for subdomain specified by index
+    ///
+    /// @param     V (_FunctionSpace_)
+    ///         The function space.
+    /// @param     g (_GenericFunction_)
+    ///         The value.
+    /// @param     sub_domains (_MeshFunction_ <std::size_t>)
+    ///         Subdomain markers
+    /// @param     sub_domain (std::size_t)
+    ///         The subdomain index (number)
+    /// @param     part (std::size_t)
+    ///         The part on which to set boundary conditions
+    /// @param     method (std::string)
+    ///         Optional argument: A string specifying the
+    ///         method to identify dofs.
+    MultiMeshDirichletBC(std::shared_ptr<const MultiMeshFunctionSpace> V,
+                         std::shared_ptr<const GenericFunction> g,
+                         std::shared_ptr<const MeshFunction<std::size_t>> sub_domains,
+                         std::size_t sub_domain,
+                         std::size_t part,
+                         std::string method="topological");
+
+    /// Copy constructor. Either cached DOF data are copied.
+    ///
+    /// *Arguments*
+    ///     bc (_MultiMeshDirichletBC_)
+    ///         The object to be copied.
+    MultiMeshDirichletBC(const MultiMeshDirichletBC& bc);
+
+    /// Destructor
+    ~MultiMeshDirichletBC();
+
+    /// Return multimesh function space V
+    ///
+    /// @return FunctionSpace
+    ///         The multimesh function space to which boundary conditions are applied.
+    std::shared_ptr<const MultiMeshFunctionSpace> function_space() const
+    { return _function_space; }
+
+    /// Return a view of boundary conditions on a part of the multimesh
+    ///
+    /// @param     part (std::size_t)
+    ///         The part number
+    std::shared_ptr<DirichletBC> view(std::size_t part) const
+    {
+      return _bcs.at(part);
+    }
+
+    /// Apply boundary condition to a matrix
+    ///
+    /// @param     A (_GenericMatrix_)
+    ///         The matrix to apply boundary condition to.
+    void apply(GenericMatrix& A) const;
+
+    /// Apply boundary condition to a vector
+    ///
+    /// @param     b (_GenericVector_)
+    ///         The vector to apply boundary condition to.
+    void apply(GenericVector& b) const;
+
+    /// Apply boundary condition to a linear system
+    ///
+    /// @param     A (_GenericMatrix_)
+    ///         The matrix to apply boundary condition to.
+    /// @param     b (_GenericVector_)
+    ///         The vector to apply boundary condition to.
+    void apply(GenericMatrix& A,
+               GenericVector& b) const;
+
+    /// Apply boundary condition to vectors for a nonlinear problem
+    ///
+    /// @param    b (_GenericVector_)
+    ///         The vector to apply boundary conditions to.
+    /// @param     x (_GenericVector_)
+    ///         Another vector (nonlinear problem).
+    void apply(GenericVector& b,
+               const GenericVector& x) const;
+
+    /// Apply boundary condition to a linear system for a nonlinear problem
+    ///
+    /// @param     A (_GenericMatrix_)
+    ///         The matrix to apply boundary conditions to.
+    /// @param     b (_GenericVector_)
+    ///         The vector to apply boundary conditions to.
+    /// @param     x (_GenericVector_)
+    ///         Another vector (nonlinear problem).
+    void apply(GenericMatrix& A,
+               GenericVector& b,
+               const GenericVector& x) const;
+
+    /// Zero the rows in a matrix A corresponding to boundary dofs
+    ///
+    /// @param     A (_GenericMatrix_)
+    ///         The matrix to zero rows in.
+    void zero(GenericMatrix& A) const;
+
+    /// Set value to 0.0
+    void homogenize();
+
+  private:
+
+    // Subclass of SubDomain wrapping user-defined subdomain
+    class MultiMeshSubDomain : public SubDomain
+    {
+    public:
+
+      // Constructor
+      MultiMeshSubDomain(std::shared_ptr<const SubDomain> sub_domain,
+                         std::shared_ptr<const MultiMesh> multimesh,
+                         bool exclude_overlapped_boundaries);
+
+      // Destructor
+      ~MultiMeshSubDomain();
+
+      // Callback for checking whether point is in domain
+      bool inside(const Array<double>& x, bool on_boundary) const;
+
+      // Set current part
+      void set_current_part(std::size_t current_part);
+
+    private:
+
+      // User-defined subdomain
+      std::shared_ptr<const SubDomain> _user_sub_domain;
+
+      // Multimesh
+      std::shared_ptr<const MultiMesh> _multimesh;
+
+      // Current part
+      std::size_t _current_part;
+
+      // Check whether to exclude boundaries overlapped by other meshes
+      bool _exclude_overlapped_boundaries;
+
+    };
+
+    // Multimesh function space
+    std::shared_ptr<const MultiMeshFunctionSpace> _function_space;
+
+    // Map from parts to boundary conditions
+    std::map<std::size_t, std::shared_ptr<DirichletBC>> _bcs;
+
+    // Wrapper of user-defined subdomain
+    mutable std::shared_ptr<MultiMeshSubDomain> _sub_domain;
+
+    // Check whether to exclude boundaries overlapped by other meshes
+    bool _exclude_overlapped_boundaries;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/MultiMeshDofMap.cpp b/dolfin/fem/MultiMeshDofMap.cpp
new file mode 100644
index 0000000..a78e5fd
--- /dev/null
+++ b/dolfin/fem/MultiMeshDofMap.cpp
@@ -0,0 +1,207 @@
+// Copyright (C) 2013-2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-09-19
+// Last changed: 2016-03-02
+
+#include <dolfin/common/types.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/common/ArrayView.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/function/MultiMeshFunctionSpace.h>
+#include "DofMap.h"
+#include "MultiMeshDofMap.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MultiMeshDofMap::MultiMeshDofMap()
+{
+  clear();
+}
+//-----------------------------------------------------------------------------
+MultiMeshDofMap::MultiMeshDofMap(const MultiMeshDofMap& dofmap)
+{
+  _index_map = dofmap._index_map;
+  _original_dofmaps = dofmap._original_dofmaps;
+  _new_dofmaps = dofmap._new_dofmaps;
+}
+//-----------------------------------------------------------------------------
+MultiMeshDofMap::~MultiMeshDofMap()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+std::size_t MultiMeshDofMap::num_parts() const
+{
+  return _original_dofmaps.size();
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const GenericDofMap> MultiMeshDofMap::part(std::size_t i) const
+{
+  dolfin_assert(i < _new_dofmaps.size());
+  return _new_dofmaps[i];
+}
+//-----------------------------------------------------------------------------
+void MultiMeshDofMap::add(std::shared_ptr<const GenericDofMap> dofmap)
+{
+  _original_dofmaps.push_back(dofmap);
+  log(PROGRESS, "Added dofmap to MultiMesh dofmap; dofmap has %d part(s).",
+      _original_dofmaps.size());
+}
+//-----------------------------------------------------------------------------
+void MultiMeshDofMap::build(const MultiMeshFunctionSpace& function_space,
+                            const std::vector<dolfin::la_index>& offsets)
+{
+  // Compute global dimension
+  begin(PROGRESS, "Computing total dimension.");
+  std::size_t _global_dimension = 0;
+  for (std::size_t i = 0; i < num_parts(); i++)
+  {
+    const std::size_t d = _original_dofmaps[i]->global_dimension();
+    _global_dimension += d;
+    log(PROGRESS, "dim(V_%d) = %d", i, d);
+  }
+  end();
+  log(PROGRESS, "Total global dimension is %d.", _global_dimension);
+
+  // For now, we build the simplest possible dofmap by reusing the
+  // dofmaps for each part and adding offsets in between.
+
+  // Clear old dofmaps if any
+  _new_dofmaps.clear();
+
+  // Build dofmap
+  dolfin::la_index offset = 0;
+  for (std::size_t part = 0; part < num_parts(); part++)
+  {
+    log(PROGRESS, "Computing dofs for part %d.", part);
+
+    // Create new dofmap for part (copy of original dofmap)
+    std::shared_ptr<GenericDofMap> new_dofmap = _original_dofmaps[part]->copy();
+    _new_dofmaps.push_back(new_dofmap);
+
+    // Choose offset, either using computed offset or given offset
+    dolfin::la_index _offset = 0;
+    if (offsets.size() > 0)
+      _offset = offsets[part];
+    else
+      _offset = offset;
+
+    // Add offset
+    DofMap& dofmap = static_cast<DofMap&>(*new_dofmap);
+    dofmap._multimesh_offset = _offset;
+    for (auto it = dofmap._dofmap.begin(); it != dofmap._dofmap.end(); ++it)
+      *it += _offset;
+
+    // Increase offset
+    offset += _original_dofmaps[part]->global_dimension();
+  }
+
+  _index_map.reset(new IndexMap(MPI_COMM_WORLD, _global_dimension, 1));
+}
+//-----------------------------------------------------------------------------
+void MultiMeshDofMap::clear()
+{
+  _index_map.reset();
+  _original_dofmaps.clear();
+  _new_dofmaps.clear();
+}
+//-----------------------------------------------------------------------------
+std::size_t MultiMeshDofMap::global_dimension() const
+{
+  return _index_map->size(IndexMap::MapSize::GLOBAL);
+}
+//-----------------------------------------------------------------------------
+std::pair<std::size_t, std::size_t> MultiMeshDofMap::ownership_range() const
+{
+  // FIXME: Does not run in parallel
+  return _index_map->local_range();
+}
+//-----------------------------------------------------------------------------
+const std::vector<int>&
+MultiMeshDofMap::off_process_owner() const
+{
+  // FIXME: Does not run in parallel
+  return _index_map->off_process_owner();
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<IndexMap> MultiMeshDofMap::index_map() const
+{
+  // FIXME: Does not run in parallel
+  return _index_map;
+}
+//-----------------------------------------------------------------------------
+std::string MultiMeshDofMap::str(bool verbose) const
+{
+  std::stringstream s;
+  s << "<MultiMeshDofMap with "
+    << num_parts()
+    << " parts and total global dimension "
+    << global_dimension()
+    << ">"
+    << std::endl;
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+std::vector<dolfin::la_index>
+MultiMeshDofMap::inactive_dofs(const MultiMesh &multimesh, std::size_t part) const
+{
+  std::shared_ptr<const GenericDofMap> dofmap_part = this->part(part);
+
+  // Get all dofs on covered cells
+  std::vector<unsigned int> covered_cells = multimesh.covered_cells(part);
+
+  std::vector<dolfin::la_index> covered_dofs;
+  covered_dofs.reserve(dofmap_part->max_element_dofs() * covered_cells.size());
+  for (unsigned int cell : covered_cells)
+  {
+    const auto dmap = dofmap_part->cell_dofs(cell);
+    const auto local_dofs = ArrayView<const dolfin::la_index>(dmap.size(), dmap.data());
+    std::copy(local_dofs.begin(), local_dofs.end(), std::back_inserter(covered_dofs));
+  }
+  // Sort and remove duplicates
+  std::sort(covered_dofs.begin(), covered_dofs.end());
+  covered_dofs.erase(std::unique(covered_dofs.begin(), covered_dofs.end()),
+                      covered_dofs.end());
+
+  // Get all dofs on cut cells
+  std::vector<unsigned int> cut_cells = multimesh.cut_cells(part);
+
+  std::vector<dolfin::la_index> cut_cell_dofs;
+  cut_cell_dofs.reserve(dofmap_part->max_element_dofs() * cut_cells.size());
+  for (unsigned int cell : cut_cells)
+  {
+    const auto dmap = dofmap_part->cell_dofs(cell);
+    const auto local_dofs = ArrayView<const dolfin::la_index>(dmap.size(), dmap.data());    
+    std::copy(local_dofs.begin(), local_dofs.end(), std::back_inserter(cut_cell_dofs));
+  }
+  
+  // Sort and remove duplicates
+  std::sort(cut_cell_dofs.begin(), cut_cell_dofs.end());
+  cut_cell_dofs.erase(std::unique(cut_cell_dofs.begin(), cut_cell_dofs.end()),
+                      cut_cell_dofs.end());
+
+  // Remove cut cell dofs from covered dofs
+  std::vector<dolfin::la_index> _inactive_dofs;
+  std::set_difference(covered_dofs.begin(), covered_dofs.end(),
+                      cut_cell_dofs.begin(), cut_cell_dofs.end(),
+                      std::inserter(_inactive_dofs, _inactive_dofs.begin()));
+  return _inactive_dofs;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/MultiMeshDofMap.h b/dolfin/fem/MultiMeshDofMap.h
new file mode 100644
index 0000000..7519d7f
--- /dev/null
+++ b/dolfin/fem/MultiMeshDofMap.h
@@ -0,0 +1,116 @@
+// Copyright (C) 2013-2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-09-19
+// Last changed: 2016-03-02
+
+#ifndef __MULTI_MESH_DOF_MAP_H
+#define __MULTI_MESH_DOF_MAP_H
+
+#include "GenericDofMap.h"
+#include <dolfin/mesh/MultiMesh.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class MultiMeshFunctionSpace;
+  class MultiMesh;
+
+  /// This class handles the mapping of degrees of freedom for MultiMesh
+  /// function spaces.
+
+  class MultiMeshDofMap
+  {
+  public:
+
+    /// Constructor
+    MultiMeshDofMap();
+
+    /// Copy constructor
+    MultiMeshDofMap(const MultiMeshDofMap& dofmap);
+
+    /// Destructor
+    ~MultiMeshDofMap();
+
+    /// Return the number dofmaps (parts) of the MultiMesh dofmap
+    ///
+    /// *Returns*
+    ///     std::size_t
+    ///         The number of dofmaps (parts) of the MultiMesh dofmap
+    std::size_t num_parts() const;
+
+    /// Return dofmap (part) number i
+    ///
+    /// *Returns*
+    ///     _GenericDofMap_
+    ///         Dofmap (part) number i
+    std::shared_ptr<const GenericDofMap> part(std::size_t i) const;
+
+    /// Add dofmap
+    ///
+    /// *Arguments*
+    ///     dofmap (_GenericDofMap_)
+    ///         The dofmap.
+    void add(std::shared_ptr<const GenericDofMap> dofmap);
+
+    /// Build MultiMesh dofmap
+    void build(const MultiMeshFunctionSpace& function_space,
+               const std::vector<dolfin::la_index>& offsets);
+
+    /// Clear MultiMesh dofmap
+    void clear();
+
+    /// Return the dimension of the global finite element function
+    /// space
+    std::size_t global_dimension() const;
+
+    /// Return the ownership range (dofs in this range are owned by
+    /// this process)
+    std::pair<std::size_t, std::size_t> ownership_range() const;
+
+    /// Return map from nonlocal-dofs (that appear in local dof map)
+    /// to owning process
+    const std::vector<int>& off_process_owner() const;
+
+    /// Return the map
+    std::shared_ptr<IndexMap> index_map() const;
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+    /// Return inactive dofs
+    std::vector<dolfin::la_index> inactive_dofs(const MultiMesh &multimesh,
+                                                std::size_t part_id) const;
+
+  private:
+
+    // Index Map containing total global dimension (sum of parts)
+    // FIXME: make it work in parallel
+    std::shared_ptr<IndexMap> _index_map;
+
+    // List of original dofmaps
+    std::vector<std::shared_ptr<const GenericDofMap>> _original_dofmaps;
+
+    // List of modified dofmaps
+    std::vector<std::shared_ptr<GenericDofMap>> _new_dofmaps;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/MultiMeshForm.cpp b/dolfin/fem/MultiMeshForm.cpp
new file mode 100644
index 0000000..fe2964e
--- /dev/null
+++ b/dolfin/fem/MultiMeshForm.cpp
@@ -0,0 +1,179 @@
+// Copyright (C) 2013-2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.~1e-20.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-09-12
+// Last changed: 2016-03-02
+
+#include <dolfin/log/log.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/function/MultiMeshFunctionSpace.h>
+#include "Form.h"
+#include "MultiMeshForm.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MultiMeshForm::MultiMeshForm(std::shared_ptr<const MultiMesh> multimesh)
+  : _rank(0)
+{
+  _multimesh = multimesh;
+}
+//-----------------------------------------------------------------------------
+MultiMeshForm::MultiMeshForm(std::shared_ptr<const MultiMeshFunctionSpace> function_space)
+  : _rank(0)
+{
+  _function_spaces.push_back(function_space);
+}
+//-----------------------------------------------------------------------------
+MultiMeshForm::MultiMeshForm(std::shared_ptr<const MultiMeshFunctionSpace> function_space_0,
+                             std::shared_ptr<const MultiMeshFunctionSpace> function_space_1)
+  : _rank(0)
+{
+  _function_spaces.push_back(function_space_0);
+  _function_spaces.push_back(function_space_1);
+}
+//-----------------------------------------------------------------------------
+MultiMeshForm::~MultiMeshForm()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+std::size_t MultiMeshForm::rank() const
+{
+  return _rank;
+}
+//-----------------------------------------------------------------------------
+std::size_t MultiMeshForm::num_parts() const
+{
+  return _forms.size();
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const MultiMesh> MultiMeshForm::multimesh() const
+{
+  // Return multimesh if stored (from functional)
+  if (_multimesh)
+    return _multimesh;
+
+  // Extract meshes from function spaces
+  std::vector<std::shared_ptr<const MultiMesh>> multimeshes;
+  for (std::size_t i = 0; i < _function_spaces.size(); i++)
+  {
+    dolfin_assert(_function_spaces[i]->multimesh());
+    multimeshes.push_back(_function_spaces[i]->multimesh());
+  }
+
+  // Check that we have at least one multimesh
+  if (multimeshes.empty())
+  {
+    dolfin_error("MultiMeshForm.cpp",
+                 "extract multimesh from form",
+                 "No multimesh was found");
+  }
+
+  // Check that all multimeshes are the same
+  for (std::size_t i = 1; i < multimeshes.size(); i++)
+  {
+    if (multimeshes[i] != multimeshes[i - 1])
+    {
+      dolfin_error("MultiMeshForm.cpp",
+                   "extract multimesh from form",
+                   "Non-matching multimeshes for function spaces");
+    }
+  }
+
+  // Return first multimesh
+  dolfin_assert(multimeshes[0]);
+  return multimeshes[0];
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Form> MultiMeshForm::part(std::size_t i) const
+{
+  dolfin_assert(i < _forms.size());
+  return _forms[i];
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const MultiMeshFunctionSpace>
+MultiMeshForm::function_space(std::size_t i) const
+{
+  dolfin_assert(i < _function_spaces.size());
+  return _function_spaces[i];
+}
+//-----------------------------------------------------------------------------
+void MultiMeshForm::add(std::shared_ptr<const Form> form)
+{
+  _forms.push_back(form);
+  log(PROGRESS, "Added form to MultiMesh form; form has %d part(s).",
+      _forms.size());
+}
+//-----------------------------------------------------------------------------
+void MultiMeshForm::build()
+{
+  log(PROGRESS, "Building MultiMesh form.");
+
+  // Check rank
+  for (std::size_t i = 1; i < num_parts(); i++)
+  {
+    std::size_t r0 = _forms[i - 1]->rank();
+    std::size_t r1 = _forms[i]->rank();
+    if (r0 != r1)
+    {
+      dolfin_error("MultiMeshForm.cpp",
+                   "build MultiMesh form",
+                   "Non-matching ranks (%d and %d) for forms.", r0, r1);
+    }
+  }
+
+  // Set rank
+  _rank = _forms[0]->rank();
+}
+//-----------------------------------------------------------------------------
+void MultiMeshForm::clear()
+{
+  _rank = 0;
+  _multimesh = std::shared_ptr<MultiMesh>();
+  _function_spaces.clear();
+  _forms.clear();
+}
+//-----------------------------------------------------------------------------
+void MultiMeshForm::set_multimesh_coefficient(std::size_t i,
+                                              std::shared_ptr<const MultiMeshFunction> coefficient)
+{
+  dolfin_assert(coefficient);
+  _multimesh_coefficients[i] = coefficient;
+}
+//-----------------------------------------------------------------------------
+std::map<std::size_t, std::shared_ptr<const MultiMeshFunction>>
+  MultiMeshForm::multimesh_coefficients() const
+{
+  return _multimesh_coefficients;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const MultiMeshFunction>
+  MultiMeshForm::multimesh_coefficient(std::size_t i) const
+{
+  dolfin_assert(i < _multimesh_coefficients.size());
+  return _multimesh_coefficients.at(i);
+}
+//-----------------------------------------------------------------------------
+std::vector<std::size_t> MultiMeshForm::multimesh_coefficient_keys() const
+{
+  std::vector<size_t> keys;
+  for (auto it = _multimesh_coefficients.begin(); it != _multimesh_coefficients.end(); it++)
+    keys.push_back(it->first);
+  return keys;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/MultiMeshForm.h b/dolfin/fem/MultiMeshForm.h
new file mode 100644
index 0000000..2508bba
--- /dev/null
+++ b/dolfin/fem/MultiMeshForm.h
@@ -0,0 +1,142 @@
+// Copyright (C) 2013-2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-09-12
+// Last changed: 2016-03-02
+
+#ifndef __MULTI_MESH_FORM_H
+#define __MULTI_MESH_FORM_H
+
+#include <vector>
+#include <memory>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class MultiMeshFunctionSpace;
+  class MultiMeshFunction;
+  class MultiMesh;
+  class Form;
+
+  /// This class represents a variational form on a cut and composite
+  /// finite element function space (MultiMesh) defined on one or more
+  /// possibly intersecting meshes.
+
+  class MultiMeshForm
+  {
+  public:
+
+    // FIXME: Test multimesh functionals. Should likely require a multimesh
+    // when instaniated and this constructor should then be removed.
+    MultiMeshForm() {}
+
+    /// Create empty multimesh functional
+    MultiMeshForm(std::shared_ptr<const MultiMesh> multimesh);
+
+    /// Create empty linear multimesh variational form
+    MultiMeshForm(std::shared_ptr<const MultiMeshFunctionSpace> function_space);
+
+    /// Create empty bilinear multimesh variational form
+    MultiMeshForm(std::shared_ptr<const MultiMeshFunctionSpace> function_space_0,
+                  std::shared_ptr<const MultiMeshFunctionSpace> function_space_1);
+
+    /// Destructor
+    ~MultiMeshForm();
+
+    /// Return rank of form (bilinear form = 2, linear form = 1,
+    /// functional = 0, etc)
+    ///
+    /// @return     std::size_t
+    ///         The rank of the form.
+    std::size_t rank() const;
+
+    /// Return the number of forms (parts) of the MultiMesh form
+    ///
+    /// @return     std::size_t
+    ///         The number of forms (parts) of the MultiMesh form.
+    std::size_t num_parts() const;
+
+    /// Extract common multimesh from form
+    ///
+    /// @return     _MultiMesh_
+    ///         The mesh.
+    std::shared_ptr<const MultiMesh> multimesh() const;
+
+    /// Return form (part) number i
+    ///
+    /// @return     _Form_
+    ///         Form (part) number i.
+    std::shared_ptr<const Form> part(std::size_t i) const;
+
+    /// Return function space for given argument
+    ///
+    /// @param      i (std::size_t)
+    ///         Index
+    ///
+    /// @return     _MultiMeshFunctionSpace_
+    ///         Function space shared pointer.
+    std::shared_ptr<const MultiMeshFunctionSpace> function_space(std::size_t i) const;
+
+    /// Add form (shared pointer version)
+    ///
+    /// @param     form (_Form_)
+    ///         The form.
+    void add(std::shared_ptr<const Form> form);
+
+    /// Build MultiMesh form
+    void build();
+
+    /// Clear MultiMesh form
+    void clear();
+
+    /// Set MultiMeshCoeeficient
+    void set_multimesh_coefficient(std::size_t i,
+                                   std::shared_ptr<const MultiMeshFunction> coefficient);
+
+    /// Get all MultiMesh Coefficients
+    std::map<std::size_t, std::shared_ptr<const MultiMeshFunction>> multimesh_coefficients() const;
+
+    /// Get one multimesh coefficient
+    std::shared_ptr<const MultiMeshFunction> multimesh_coefficient(std::size_t i) const;
+
+    /// Get multimesh coefficient keys
+    std::vector<std::size_t> multimesh_coefficient_keys() const;
+
+  private:
+
+    // The rank of the form
+    std::size_t _rank;
+
+    // Multimesh
+    std::shared_ptr<const MultiMesh> _multimesh;
+
+    // Function spaces (one for each argument)
+    std::vector<std::shared_ptr<const MultiMeshFunctionSpace>> _function_spaces;
+
+    // List of forms (one for each part)
+    std::vector<std::shared_ptr<const Form>> _forms;
+
+    // Map of MultiMesh coefficents
+    std::map<std::size_t, std::shared_ptr<const MultiMeshFunction>> _multimesh_coefficients;
+
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/NonlinearVariationalProblem.cpp b/dolfin/fem/NonlinearVariationalProblem.cpp
new file mode 100644
index 0000000..b7b10e8
--- /dev/null
+++ b/dolfin/fem/NonlinearVariationalProblem.cpp
@@ -0,0 +1,170 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Corrado Maurini, 2013.
+
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/la/GenericVector.h>
+#include "Form.h"
+#include "DirichletBC.h"
+#include "NonlinearVariationalProblem.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+NonlinearVariationalProblem::NonlinearVariationalProblem(
+  std::shared_ptr<const Form> F,
+  std::shared_ptr<Function> u,
+  std::vector<std::shared_ptr<const DirichletBC>> bcs,
+  std::shared_ptr<const Form> J)
+  : Hierarchical<NonlinearVariationalProblem>(*this), _residual(F),
+  _jacobian(J), _u(u), _bcs(bcs)
+{
+  // Check forms
+  check_forms();
+}
+//-----------------------------------------------------------------------------
+void NonlinearVariationalProblem::set_bounds(const Function& lb_func,
+                                             const Function& ub_func)
+{
+  this->set_bounds(lb_func.vector(), ub_func.vector());
+}
+//-----------------------------------------------------------------------------
+void NonlinearVariationalProblem::set_bounds(
+  std::shared_ptr<const GenericVector> lb,
+  std::shared_ptr<const GenericVector> ub)
+{
+  dolfin_assert(lb);
+  dolfin_assert(ub);
+  this->_lb = lb;
+  this->_ub = ub;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Form> NonlinearVariationalProblem::residual_form() const
+{
+  return _residual;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Form> NonlinearVariationalProblem::jacobian_form() const
+{
+  return _jacobian;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<Function> NonlinearVariationalProblem::solution()
+{
+  return _u;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Function> NonlinearVariationalProblem::solution() const
+{
+  return _u;
+}
+//-----------------------------------------------------------------------------
+std::vector<std::shared_ptr<const DirichletBC>>
+NonlinearVariationalProblem::bcs() const
+{
+  return _bcs;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const FunctionSpace>
+NonlinearVariationalProblem::trial_space() const
+{
+  dolfin_assert(_u);
+  return _u->function_space();
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const FunctionSpace>
+NonlinearVariationalProblem::test_space() const
+{
+  dolfin_assert(_residual);
+  return _residual->function_space(0);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const GenericVector>
+NonlinearVariationalProblem::lower_bound() const
+{
+  dolfin_assert(_lb);
+  return _lb;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const GenericVector>
+NonlinearVariationalProblem::upper_bound() const
+{
+  dolfin_assert(_ub);
+  return _ub;
+}
+//-----------------------------------------------------------------------------
+bool NonlinearVariationalProblem::has_jacobian() const
+{
+  return _jacobian ?  true : false;
+}
+//-----------------------------------------------------------------------------
+bool NonlinearVariationalProblem::has_lower_bound() const
+{
+  return _lb ?  true : false;
+}
+//-----------------------------------------------------------------------------
+bool NonlinearVariationalProblem::has_upper_bound() const
+{
+  return _ub ?  true : false;
+}
+//-----------------------------------------------------------------------------
+void NonlinearVariationalProblem::check_forms() const
+{
+  // Check rank of residual F
+  dolfin_assert(_residual);
+  if (_residual->rank() != 1)
+  {
+   dolfin_error("NonlinearVariationalProblem.cpp",
+                "define nonlinear variational problem F(u; v) = 0 for all v",
+                "Expecting the residual F to be a linear form (not rank %d)",
+                _residual->rank());
+  }
+
+  // Check rank of Jacobian J
+  if (_jacobian && _jacobian->rank() != 2)
+  {
+    dolfin_error("NonlinearVariationalProblem.cpp",
+                 "define nonlinear variational problem F(u; v) = 0 for all v",
+                 "Expecting the Jacobian J to be a bilinear form (not rank %d)",
+                 _jacobian->rank());
+  }
+
+  // FIXME: Should we add a check here that matches the function space
+  // FIXME: of the solution variable u to a coefficient space for F?
+  dolfin_assert(_u);
+
+  // Check that function spaces of bcs are contained in trial space
+  dolfin_assert(_u);
+  const auto trial_space = _u->function_space();
+  dolfin_assert(trial_space);
+  for (const auto bc: _bcs)
+  {
+    dolfin_assert(bc);
+    const auto bc_space = bc->function_space();
+    dolfin_assert(bc_space);
+    if (!trial_space->contains(*bc_space))
+    {
+      dolfin_error("NonlinearVariationalProblem.cpp",
+                   "define nonlinear variational problem F(u; v) = 0 for all v",
+                   "Expecting the boundary conditions to to live on (a "
+                   "subspace of) the trial space");
+    }
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/NonlinearVariationalProblem.h b/dolfin/fem/NonlinearVariationalProblem.h
new file mode 100644
index 0000000..1bea88d
--- /dev/null
+++ b/dolfin/fem/NonlinearVariationalProblem.h
@@ -0,0 +1,127 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Corrado Maurini, 2013.
+
+#ifndef __NONLINEAR_VARIATIONAL_PROBLEM_H
+#define __NONLINEAR_VARIATIONAL_PROBLEM_H
+
+#include <memory>
+#include <vector>
+#include <dolfin/common/Hierarchical.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class Form;
+  class Function;
+  class FunctionSpace;
+  class DirichletBC;
+  class GenericVector;
+
+  /// This class represents a nonlinear variational problem:
+  ///
+  /// Find u in V such that
+  ///
+  ///     F(u; v) = 0  for all v in V^,
+  ///
+  /// where V is the trial space and V^ is the test space.
+
+  class NonlinearVariationalProblem
+    : public Hierarchical<NonlinearVariationalProblem>
+  {
+  public:
+
+    /// Create nonlinear variational problem, shared pointer version.
+    /// The Jacobian form is specified which allows the use of a
+    /// nonlinear solver that relies on the Jacobian (using Newton's
+    /// method).
+    NonlinearVariationalProblem(std::shared_ptr<const Form> F,
+                                std::shared_ptr<Function> u,
+                                std::vector<std::shared_ptr<const DirichletBC>> bcs,
+                                std::shared_ptr<const Form> J=nullptr);
+
+    /// Set the bounds for bound constrained solver
+    void set_bounds(const Function& lb_func, const Function& ub_func);
+
+    /// Set the bounds for bound constrained solver
+    void set_bounds(std::shared_ptr<const GenericVector> lb,
+                    std::shared_ptr<const GenericVector> ub);
+
+    /// Return residual form
+    std::shared_ptr<const Form> residual_form() const;
+
+    /// Return Jacobian form
+    std::shared_ptr<const Form> jacobian_form() const;
+
+    /// Return solution variable
+    std::shared_ptr<Function> solution();
+
+    /// Return solution variable (const version)
+    std::shared_ptr<const Function> solution() const;
+
+    /// Return boundary conditions
+    std::vector<std::shared_ptr<const DirichletBC>> bcs() const;
+
+    /// Return trial space
+    std::shared_ptr<const FunctionSpace> trial_space() const;
+
+    /// Return test space
+    std::shared_ptr<const FunctionSpace> test_space() const;
+
+    /// Return lower bound
+    std::shared_ptr<const GenericVector> lower_bound() const;
+
+    /// Return upper bound
+    std::shared_ptr<const GenericVector> upper_bound() const;
+
+    /// Check whether Jacobian has been defined
+    bool has_jacobian() const;
+
+    /// Check whether lower bound has been defined
+    bool has_lower_bound() const;
+
+    /// Check whether upper bound have has defined
+    bool has_upper_bound() const;
+
+  private:
+
+    // Check forms
+    void check_forms() const;
+
+    // The residual form
+    std::shared_ptr<const Form> _residual;
+
+    // The Jacobian form (pointer may be null if not provided)
+    std::shared_ptr<const Form> _jacobian;
+
+    // The solution
+    std::shared_ptr<Function> _u;
+
+    // The boundary conditions
+    std::vector<std::shared_ptr<const DirichletBC>> _bcs;
+
+    // The lower and upper bounds (pointers may be null if not
+    // provided)
+    std::shared_ptr<const GenericVector> _lb;
+    std::shared_ptr<const GenericVector> _ub;
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/NonlinearVariationalSolver.cpp b/dolfin/fem/NonlinearVariationalSolver.cpp
new file mode 100644
index 0000000..f5f337f
--- /dev/null
+++ b/dolfin/fem/NonlinearVariationalSolver.cpp
@@ -0,0 +1,205 @@
+// Copyright (C) 2008-2011 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Marie E. Rognes 2011
+// Modified by Corrado Maurini 2013
+//
+// First added:  2011-01-14 (2008-12-26 as VariationalProblem.cpp)
+// Last changed: 2013-11-21
+
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/fem/DirichletBC.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/la/GenericMatrix.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include "Assembler.h"
+#include "Form.h"
+#include "NonlinearVariationalProblem.h"
+#include "SystemAssembler.h"
+#include "NonlinearVariationalSolver.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+NonlinearVariationalSolver::NonlinearVariationalSolver(std::shared_ptr<NonlinearVariationalProblem> problem)
+  : _problem(problem)
+{
+  // Set parameters
+  parameters = default_parameters();
+}
+//-----------------------------------------------------------------------------
+std::pair<std::size_t, bool> NonlinearVariationalSolver::solve()
+{
+  begin("Solving nonlinear variational problem.");
+
+  // Check that the Jacobian has been defined
+  dolfin_assert(_problem);
+  if (!_problem->has_jacobian())
+  {
+    dolfin_error("NonlinearVariationalSolver.cpp",
+                 "solve nonlinear variational problem",
+                 "The Jacobian form has not been defined");
+  }
+  // Check that the dolfin is configured with petsc is bounds are set
+#ifndef HAS_PETSC
+  if (_problem->has_lower_bound() || _problem->has_upper_bound())
+  {
+    dolfin_error("NonlinearVariationalSolver.cpp",
+                 "solve nonlinear variational problem",
+                 "Needs PETSc to solve bound constrained problems");
+  }
+#endif
+
+  // Get problem data
+  dolfin_assert(_problem);
+  auto u = _problem->solution();
+
+  // Create discrete nonlinear problem
+  if (!nonlinear_problem)
+  {
+    nonlinear_problem = std::make_shared<NonlinearDiscreteProblem>(_problem,
+                                                    reference_to_no_delete_pointer(*this));
+  }
+
+  std::pair<std::size_t, bool> ret;
+  if (std::string(parameters["nonlinear_solver"]) == "newton")
+  {
+    if (_problem->has_lower_bound() && _problem->has_upper_bound())
+    {
+      dolfin_error("NonlinearVariationalSolver.cpp",
+                   "solve nonlinear variational problem",
+                   "Set the \"nonlinear_solver\" parameter to \"snes\" or remove bounds");
+    }
+
+    // Create Newton solver and set parameters
+    if (!newton_solver)
+    {
+      dolfin_assert(u->function_space()->mesh());
+      MPI_Comm comm = u->function_space()->mesh()->mpi_comm();
+      newton_solver = std::make_shared<NewtonSolver>(comm);
+    }
+
+    // Pass parameters to Newton solver
+    dolfin_assert(newton_solver);
+    newton_solver->parameters.update(parameters("newton_solver"));
+
+    // Solve nonlinear problem using Newton's method
+    dolfin_assert(u->vector());
+    dolfin_assert(nonlinear_problem);
+    ret = newton_solver->solve(*nonlinear_problem, *u->vector());
+  }
+  #ifdef HAS_PETSC
+  else if (std::string(parameters["nonlinear_solver"]) == "snes")
+  {
+    // Create SNES solver and set parameters
+    if (!snes_solver)
+    {
+      dolfin_assert(u->function_space()->mesh());
+      MPI_Comm comm = u->function_space()->mesh()->mpi_comm();
+      snes_solver = std::make_shared<PETScSNESSolver>(comm);
+    }
+    snes_solver->parameters.update(parameters("snes_solver"));
+
+    // Solve nonlinear problem using PETSc's SNES
+    dolfin_assert(u->vector());
+    dolfin_assert(nonlinear_problem);
+    if (_problem->has_lower_bound() && _problem->has_upper_bound())
+    {
+      ret = snes_solver->solve(*nonlinear_problem, *u->vector(),
+                               *_problem->lower_bound(),
+                               *_problem->upper_bound());
+    }
+    else
+      ret = snes_solver->solve(*nonlinear_problem, *u->vector());
+  }
+  #endif
+  else
+  {
+    dolfin_error("NonlinearVariationalSolver.cpp",
+                 "solve nonlinear variational problem",
+                 "Unknown nonlinear solver type");
+  }
+
+  end();
+  return ret;
+}
+//-----------------------------------------------------------------------------
+// Implementation of NonlinearDiscreteProblem
+//-----------------------------------------------------------------------------
+NonlinearVariationalSolver::NonlinearDiscreteProblem::
+NonlinearDiscreteProblem(std::shared_ptr<const NonlinearVariationalProblem> problem,
+                         std::shared_ptr<const NonlinearVariationalSolver> solver)
+  : _problem(problem), _solver(solver)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+NonlinearVariationalSolver::NonlinearDiscreteProblem::~NonlinearDiscreteProblem()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void NonlinearVariationalSolver::
+NonlinearDiscreteProblem::F(GenericVector& b, const GenericVector& x)
+{
+  // Get problem data
+  dolfin_assert(_problem);
+  std::shared_ptr<const Form> F = _problem->residual_form();
+  std::shared_ptr<const Form> J = _problem->jacobian_form();
+  std::vector<std::shared_ptr<const DirichletBC>> bcs(_problem->bcs());
+
+  // Create assembler
+  dolfin_assert(J);
+  dolfin_assert(F);
+  SystemAssembler assembler(J, F, bcs);
+
+  // Assemble right-hand side
+  assembler.assemble(b, x);
+
+  // Print vector
+  dolfin_assert(_solver);
+  const bool print_rhs = _solver->parameters["print_rhs"];
+  if (print_rhs)
+    info(b, true);
+}
+//-----------------------------------------------------------------------------
+void
+NonlinearVariationalSolver::NonlinearDiscreteProblem::J(GenericMatrix& A,
+                                                        const GenericVector& x)
+{
+  // Get problem data
+  dolfin_assert(_problem);
+  std::shared_ptr<const Form> J = _problem->jacobian_form();
+  std::shared_ptr<const Form> F = _problem->residual_form();
+  std::vector<std::shared_ptr<const DirichletBC>> bcs(_problem->bcs());
+
+  // Create assembler
+  dolfin_assert(J);
+  dolfin_assert(F);
+  SystemAssembler assembler(J, F, bcs);
+
+  // Assemble left-hand side
+  assembler.assemble(A);
+
+  // Print matrix
+  dolfin_assert(_solver);
+  const bool print_matrix = _solver->parameters["print_matrix"];
+  if (print_matrix)
+    info(A, true);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/NonlinearVariationalSolver.h b/dolfin/fem/NonlinearVariationalSolver.h
new file mode 100644
index 0000000..32c3624
--- /dev/null
+++ b/dolfin/fem/NonlinearVariationalSolver.h
@@ -0,0 +1,124 @@
+// Copyright (C) 2008-2011 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Marie E. Rognes, 2011.
+// Modified by Corrado Maurini, 2013.
+//
+// First added:  2011-01-14 (2008-12-26 as VariationalProblem.h)
+// Last changed: 2013-11-20
+
+#ifndef __NONLINEAR_VARIATIONAL_SOLVER_H
+#define __NONLINEAR_VARIATIONAL_SOLVER_H
+
+#include <dolfin/nls/NonlinearProblem.h>
+#include <dolfin/nls/NewtonSolver.h>
+#include <dolfin/nls/PETScSNESSolver.h>
+#include "NonlinearVariationalProblem.h"
+#include "SystemAssembler.h"
+
+namespace dolfin
+{
+
+  /// This class implements a solver for nonlinear variational
+  /// problems.
+
+  class NonlinearVariationalSolver : public Variable
+  {
+  public:
+
+    /// Create nonlinear variational solver for given problem
+    explicit NonlinearVariationalSolver(std::shared_ptr<NonlinearVariationalProblem> problem);
+
+    /// Solve variational problem
+    ///
+    /// *Returns*
+    ///     std::pair<std::size_t, bool>
+    ///         Pair of number of Newton iterations, and whether
+    ///         iteration converged)
+    std::pair<std::size_t, bool> solve();
+
+    /// Default parameter values
+    static Parameters default_parameters()
+    {
+      Parameters p("nonlinear_variational_solver");
+
+      p.add("symmetric", false);
+      p.add("print_rhs", false);
+      p.add("print_matrix", false);
+
+      std::set<std::string> nonlinear_solvers = {"newton"};
+      std::string default_nonlinear_solver = "newton";
+      p.add(NewtonSolver::default_parameters());
+
+      #ifdef HAS_PETSC
+      p.add(PETScSNESSolver::default_parameters());
+      nonlinear_solvers.insert("snes");
+      #endif
+
+      p.add("nonlinear_solver", default_nonlinear_solver, nonlinear_solvers);
+
+      return p;
+    }
+
+  private:
+
+    // Nonlinear (algebraic) problem
+    class NonlinearDiscreteProblem : public NonlinearProblem
+    {
+    public:
+
+      // Constructor
+      NonlinearDiscreteProblem(
+        std::shared_ptr<const NonlinearVariationalProblem> problem,
+        std::shared_ptr<const NonlinearVariationalSolver> solver);
+
+      // Destructor
+      ~NonlinearDiscreteProblem();
+
+      // Compute F at current point x
+      virtual void F(GenericVector& b, const GenericVector& x);
+
+      // Compute J = F' at current point x
+      virtual void J(GenericMatrix& A, const GenericVector& x);
+
+    private:
+
+      // Problem and solver objects
+      std::shared_ptr<const NonlinearVariationalProblem> _problem;
+      std::shared_ptr<const NonlinearVariationalSolver> _solver;
+
+    };
+
+    // The nonlinear problem
+    std::shared_ptr<NonlinearVariationalProblem> _problem;
+
+    // The nonlinear discrete problem
+    std::shared_ptr<NonlinearDiscreteProblem> nonlinear_problem;
+
+    // The Newton solver
+    std::shared_ptr<NewtonSolver> newton_solver;
+
+    #ifdef HAS_PETSC
+    // Or, alternatively, the SNES solver
+    std::shared_ptr<PETScSNESSolver> snes_solver;
+    #endif
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/PETScDMCollection.cpp b/dolfin/fem/PETScDMCollection.cpp
new file mode 100644
index 0000000..e37bf83
--- /dev/null
+++ b/dolfin/fem/PETScDMCollection.cpp
@@ -0,0 +1,764 @@
+// Copyright (C) 2016 Patrick E. Farrell, Garth N. Wells and Matteo Croci
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifdef HAS_PETSC
+
+#include <boost/multi_array.hpp>
+
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/log/log.h>
+#include <dolfin/la/PETScMatrix.h>
+#include <dolfin/la/PETScVector.h>
+#include <dolfin/geometry/BoundingBoxTree.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/fem/FiniteElement.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/common/RangedIndexSet.h>
+#include <petscmat.h>
+#include "PETScDMCollection.h"
+
+using namespace dolfin;
+
+namespace
+{
+  // Coordinate comparison operator
+  struct lt_coordinate
+  {
+  lt_coordinate(double tolerance) : TOL(tolerance) {}
+
+    bool operator() (const std::vector<double>& x,
+                     const std::vector<double>& y) const
+    {
+      const std::size_t n = std::max(x.size(), y.size());
+      for (std::size_t i = 0; i < n; ++i)
+      {
+        double xx = 0.0;
+        double yy = 0.0;
+        if (i < x.size())
+          xx = x[i];
+        if (i < y.size())
+          yy = y[i];
+
+        if (xx < (yy - TOL))
+          return true;
+        else if (xx > (yy + TOL))
+          return false;
+      }
+      return false;
+    }
+
+    // Tolerance
+    const double TOL;
+  };
+
+  std::map<std::vector<double>, std::vector<std::size_t>, lt_coordinate>
+    tabulate_coordinates_to_dofs(const FunctionSpace& V)
+  {
+    std::map<std::vector<double>, std::vector<std::size_t>, lt_coordinate>
+      coords_to_dofs(lt_coordinate(1.0e-12));
+
+    // Extract mesh, dofmap and element
+    dolfin_assert(V.dofmap());
+    dolfin_assert(V.element());
+    dolfin_assert(V.mesh());
+    const GenericDofMap& dofmap = *V.dofmap();
+    const FiniteElement& element = *V.element();
+    const Mesh& mesh = *V.mesh();
+    std::vector<std::size_t> local_to_global;
+    dofmap.tabulate_local_to_global_dofs(local_to_global);
+
+    // Geometric dimension
+    const std::size_t gdim = mesh.geometry().dim();
+
+    // Loop over cells and tabulate dofs
+    boost::multi_array<double, 2> coordinates;
+    std::vector<double> coordinate_dofs;
+    std::vector<double> coors(gdim);
+
+    // Speed up the computations by only visiting (most) dofs once
+    const std::size_t local_size = dofmap.ownership_range().second
+      - dofmap.ownership_range().first;
+    RangedIndexSet already_visited({0, local_size});
+
+    for (CellIterator cell(mesh); !cell.end(); ++cell)
+    {
+      // Update UFC cell
+      cell->get_coordinate_dofs(coordinate_dofs);
+
+      // Get local-to-global map
+      auto  dofs = dofmap.cell_dofs(cell->index());
+
+      // Tabulate dof coordinates on cell
+      element.tabulate_dof_coordinates(coordinates, coordinate_dofs, *cell);
+
+      // Map dofs into coords_to_dofs
+      for (Eigen::Index i = 0; i < dofs.size(); ++i)
+      {
+        const std::size_t dof = dofs[i];
+        if (dof < local_size)
+        {
+          // Skip already checked dofs
+          if (!already_visited.insert(dof))
+            continue;
+
+          // Put coordinates in coors
+          std::copy(coordinates[i].begin(), coordinates[i].end(),
+                    coors.begin());
+
+          // Add dof to list at this coord
+          const auto ins = coords_to_dofs.insert({coors, {local_to_global[dof]}});
+
+          if (!ins.second)
+            ins.first->second.push_back(local_to_global[dof]);
+        }
+      }
+    }
+    return coords_to_dofs;
+  }
+}
+
+//-----------------------------------------------------------------------------
+PETScDMCollection::PETScDMCollection(std::vector<std::shared_ptr<const FunctionSpace>> function_spaces)
+  : _spaces(function_spaces), _dms(function_spaces.size(), nullptr)
+{
+  for (std::size_t i = 0; i < _spaces.size(); ++i)
+  {
+    dolfin_assert(_spaces[i]);
+    dolfin_assert(_spaces[i].get());
+
+    // Get MPI communicator from Mesh
+    dolfin_assert(_spaces[i]->mesh());
+    MPI_Comm comm = _spaces[i]->mesh()->mpi_comm();
+
+    // Create DM
+    DMShellCreate(comm, &_dms[i]);
+    DMShellSetContext(_dms[i], (void*)_spaces[i].get());
+
+    // Suppy function to create global vector on DM
+    DMShellSetCreateGlobalVector(_dms[i],
+                                 PETScDMCollection::create_global_vector);
+
+    // Supply function to create interpolation matrix (coarse-to-fine
+    // interpolation, i.e. level n to level n+1)
+    DMShellSetCreateInterpolation(_dms[i],
+                                  PETScDMCollection::create_interpolation);
+  }
+
+  for (std::size_t i = 0; i < _spaces.size() - 1; i++)
+  {
+    // Set the fine 'mesh' associated with _dms[i]
+    DMSetFineDM(_dms[i], _dms[i + 1]);
+    DMShellSetRefine(_dms[i], PETScDMCollection::refine);
+  }
+
+  for (std::size_t i = 1; i < _spaces.size(); i++)
+  {
+    // Set the coarse 'mesh' associated with _dms[i]
+    DMSetCoarseDM(_dms[i], _dms[i - 1]);
+    DMShellSetCoarsen(_dms[i], PETScDMCollection::coarsen);
+  }
+}
+//-----------------------------------------------------------------------------
+PETScDMCollection::~PETScDMCollection()
+{
+  // Don't destroy all the DMs!
+  // Only destroy the finest one.
+  // This is highly counter-intuitive, and possibly a bug in PETSc,
+  // but it took Garth and Patrick an entire day to figure out.
+  if (!_dms.empty())
+    DMDestroy(&_dms.back());
+}
+//-----------------------------------------------------------------------------
+DM PETScDMCollection::get_dm(int i)
+{
+  dolfin_assert(i >= -(int)_dms.size() and i < (int) _dms.size());
+  const int base = i < 0 ? _dms.size() : 0;
+  return _dms[base + i];
+}
+//-----------------------------------------------------------------------------
+void PETScDMCollection::check_ref_count() const
+{
+  for (std::size_t i = 0; i < _dms.size(); ++i)
+  {
+    PetscInt cnt = 0;
+    PetscObjectGetReference((PetscObject)_dms[i], &cnt);
+    std::cout << "Ref count " << i << ": " << cnt << std::endl;
+  }
+}
+//-----------------------------------------------------------------------------
+void PETScDMCollection::reset(int i)
+{
+  PetscObjectDereference((PetscObject)_dms[i]);
+  //PetscObjectDereference((PetscObject)_dms.back());
+  //for (std::size_t i = 0; i < _dms.size(); ++i)
+  //  PetscObjectDereference((PetscObject)_dms[i]);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<PETScMatrix> PETScDMCollection::create_transfer_matrix
+(const FunctionSpace& coarse_space,
+ const FunctionSpace& fine_space)
+{
+  // FIXME: refactor and split up
+
+  // Get coarse mesh and dimension of the domain
+  dolfin_assert(coarse_space.mesh());
+  const Mesh meshc = *coarse_space.mesh();
+  std::size_t dim = meshc.geometry().dim();
+
+  // MPI communicator, size and rank
+  const MPI_Comm mpi_comm = meshc.mpi_comm();
+  const unsigned int mpi_size = MPI::size(mpi_comm);
+
+  // Initialise bounding box tree and dofmaps
+  std::shared_ptr<BoundingBoxTree> treec = meshc.bounding_box_tree();
+  std::shared_ptr<const GenericDofMap> coarsemap = coarse_space.dofmap();
+  std::shared_ptr<const GenericDofMap> finemap = fine_space.dofmap();
+
+  // Create map from coordinates to dofs sharing that coordinate
+  std::map<std::vector<double>, std::vector<std::size_t>, lt_coordinate>
+    coords_to_dofs = tabulate_coordinates_to_dofs(fine_space);
+
+  // Global dimensions of the dofs and of the transfer matrix (M-by-N,
+  // where M is the fine space dimension, N is the coarse space
+  // dimension)
+  std::size_t M = fine_space.dim();
+  std::size_t N = coarse_space.dim();
+
+  // Local dimension of the dofs and of the transfer matrix
+  std::size_t m = finemap->dofs().size();
+  std::size_t n = coarsemap->dofs().size();
+
+  // Get finite element for the coarse space. This will be needed to
+  // evaluate the basis functions for each cell.
+  std::shared_ptr<const FiniteElement> el = coarse_space.element();
+
+  // Check that it is the same kind of element on each space.
+  {
+    std::shared_ptr<const FiniteElement> elf = fine_space.element();
+    // Check that function ranks match
+    if (el->value_rank() != elf->value_rank())
+    {
+      dolfin_error("create_transfer_matrix",
+                   "Creating interpolation matrix",
+                   "Ranks of function spaces do not match: %d, %d.",
+                   el->value_rank(), elf->value_rank());
+    }
+
+    // Check that function dims match
+    for (std::size_t i = 0; i < el->value_rank(); ++i)
+    {
+      if (el->value_dimension(i) != elf->value_dimension(i))
+      {
+        dolfin_error("create_transfer_matrix",
+                     "Creating interpolation matrix",
+                     "Dimension %d of function space (%d) does not match dimension %d of function space (%d)",
+                     i, el->value_dimension(i), i, elf->value_dimension(i));
+      }
+    }
+  }
+
+  // Number of dofs per cell for the finite element.
+  std::size_t eldim = el->space_dimension();
+
+  // Number of dofs associated with each fine point
+  unsigned int data_size = 1;
+  for (unsigned data_dim = 0; data_dim < el->value_rank(); data_dim++)
+    data_size *= el->value_dimension(data_dim);
+
+  // The overall idea is: a fine point can be on a coarse cell in the
+  // current processor, on a coarse cell in a different processor, or
+  // outside the coarse domain.  If the point is found on the
+  // processor, evaluate basis functions, if found elsewhere, use the
+  // other processor to evaluate basis functions, if not found at all,
+  // or if found in multiple processors, use compute_closest_entity on
+  // all processors and find which coarse cell is the closest entity
+  // to the fine point amongst all processors.
+
+  // found_ids[i] contains the coarse cell id for each fine point
+  std::vector<std::size_t> found_ids;
+  found_ids.reserve((std::size_t)M/mpi_size);
+
+  // found_points[dim*i:dim*(i + 1)] contain the coordinates of the
+  // fine point i
+  std::vector<double> found_points;
+  found_points.reserve((std::size_t)dim*M/mpi_size);
+
+  // global_row_indices[data_size*i:data_size*(i + 1)] are the rows associated with
+  // this point
+  std::vector<int> global_row_indices;
+  global_row_indices.reserve((std::size_t) data_size*M/mpi_size);
+
+  // Collect up any points which lie outside the domain
+  std::vector<double> exterior_points;
+  std::vector<int> exterior_global_indices;
+
+  // 1. Allocate all points on this process to "Bounding Boxes" based
+  // on the global BoundingBoxTree, and send them to those
+  // processes. Any points which fall outside the global BBTree are
+  // collected up separately.
+
+  std::vector<std::vector<double>> send_found(mpi_size);
+  std::vector<std::vector<int>> send_found_global_row_indices(mpi_size);
+
+  std::vector<int> proc_list;
+  std::vector<unsigned int> found_ranks;
+  // Iterate through fine points on this process
+  for (const auto &map_it : coords_to_dofs)
+  {
+    const std::vector<double>& _x = map_it.first;
+    Point curr_point(dim, _x.data());
+
+    // Compute which processes' BBoxes contain the fine point
+    found_ranks = treec->compute_process_collisions(curr_point);
+
+    if (found_ranks.empty())
+    {
+      // Point is outside the domain
+      exterior_points.insert(exterior_points.end(), _x.begin(), _x.end());
+      exterior_global_indices.insert(exterior_global_indices.end(),
+                                     map_it.second.begin(),
+                                     map_it.second.end());
+    }
+    else
+    {
+      // Send points to candidate processes, also recording the
+      // processes they are sent to in proc_list
+      proc_list.push_back(found_ranks.size());
+      for (auto &rp : found_ranks)
+      {
+        proc_list.push_back(rp);
+        send_found[rp].insert(send_found[rp].end(),
+                              _x.begin(), _x.end());
+        // Also save the indices, but don't send yet.
+        send_found_global_row_indices[rp].insert(
+         send_found_global_row_indices[rp].end(),
+         map_it.second.begin(), map_it.second.end());
+      }
+    }
+  }
+  std::vector<std::vector<double>> recv_found(mpi_size);
+  MPI::all_to_all(mpi_comm, send_found, recv_found);
+
+  // 2. On remote process, find the Cell which the point lies inside,
+  // if any.  Send back the result to the originating process. In the
+  // case that the point is found inside cells on more than one
+  // process, the originating process will arbitrate.
+  std::vector<std::vector<unsigned int>> send_ids(mpi_size);
+  for (unsigned int p = 0; p < mpi_size; ++p)
+  {
+    unsigned int n_points = recv_found[p].size()/dim;
+    for (unsigned int i = 0; i < n_points; ++i)
+    {
+      const Point curr_point(dim, &recv_found[p][i*dim]);
+      send_ids[p].push_back(treec->compute_first_entity_collision(curr_point));
+    }
+  }
+  std::vector<std::vector<unsigned int>> recv_ids(mpi_size);
+  MPI::all_to_all(mpi_comm, send_ids, recv_ids);
+
+  // 3. Revisit original list of sent points in the same order as
+  // before. Now we also have the remote cell-id, if any.
+  std::vector<int> count(mpi_size, 0);
+  for (auto p = proc_list.begin(); p != proc_list.end(); p += (*p + 1))
+  {
+    unsigned int nprocs = *p;
+    int owner = -1;
+    // Find first process which owns a cell containing the point
+    for (unsigned int j = 1; j != (nprocs + 1); ++j)
+    {
+      const int proc = *(p + j);
+      const unsigned int id = recv_ids[proc][count[proc]];
+      if (id != std::numeric_limits<unsigned int>::max())
+      {
+        owner = proc;
+        break;
+      }
+    }
+
+    if (owner == -1)
+    {
+      // Point not found remotely, so add to not_found list
+      int proc = *(p + 1);
+      exterior_points.insert(exterior_points.end(),
+                             &send_found[proc][count[proc]*dim],
+                             &send_found[proc][(count[proc] + 1)*dim]);
+      exterior_global_indices.insert(exterior_global_indices.end(),
+                                     &send_found_global_row_indices[proc][count[proc]*data_size],
+                                     &send_found_global_row_indices[proc][(count[proc] + 1)*data_size]);
+    }
+    else if (nprocs > 1)
+    {
+      // If point is found on multiple processes, send -1 as the index
+      // to the remote processes which are not the "owner"
+      for (unsigned int j = 1; j != (nprocs + 1); ++j)
+      {
+        const int proc = *(p + j);
+        if (proc != owner)
+        {
+          for (unsigned int k = 0; k != data_size; ++k)
+            send_found_global_row_indices[proc][count[proc]*data_size + k] = -1;
+        }
+      }
+    }
+
+    // Move to next point
+    for (unsigned int j = 1; j != (nprocs + 1); ++j)
+      ++count[*(p + j)];
+  }
+
+  // Finally, send indices
+  std::vector<std::vector<int>> recv_found_global_row_indices(mpi_size);
+  MPI::all_to_all(mpi_comm, send_found_global_row_indices,
+                  recv_found_global_row_indices);
+
+  // Flatten results ready for insertion
+  for (unsigned int p = 0; p != mpi_size; ++p)
+  {
+    const auto& id_p = send_ids[p];
+    const unsigned int npoints = id_p.size();
+    dolfin_assert(npoints == recv_found[p].size()/dim);
+    dolfin_assert(npoints == recv_found_global_row_indices[p].size()/data_size);
+
+    const boost::multi_array_ref<double, 2>
+      point_p(recv_found[p].data(), boost::extents[npoints][dim]);
+    const boost::multi_array_ref<int, 2>
+      global_idx_p(recv_found_global_row_indices[p].data(), boost::extents[npoints][data_size]);
+
+    for (unsigned int i = 0; i < npoints; ++i)
+    {
+      if (id_p[i] != std::numeric_limits<unsigned int>::max()
+          and global_idx_p[i][0] != -1)
+      {
+        found_ids.push_back(id_p[i]);
+        global_row_indices.insert(global_row_indices.end(),
+                                  global_idx_p[i].begin(),
+                                  global_idx_p[i].end());
+
+        found_points.insert(found_points.end(),
+                            point_p[i].begin(), point_p[i].end());
+      }
+    }
+  }
+
+  // Find closest cells for points that lie outside the domain and add
+  // them to the lists
+  find_exterior_points(mpi_comm, treec, dim, data_size, exterior_points,
+                       exterior_global_indices, global_row_indices,
+                       found_ids, found_points);
+
+  // Now every processor should have the information needed to
+  // assemble its portion of the matrix.  The ids of coarse cell owned
+  // by each processor are currently stored in found_ids and their
+  // respective global row indices are stored in global_row_indices.
+  // One last loop and we are ready to go!
+
+  // m_owned is the number of rows the current processor needs to set
+  // note that the processor might not own these rows
+  const std::size_t m_owned = global_row_indices.size();
+
+  // Initialise row and column indices and values of the transfer
+  // matrix
+  std::vector<std::vector<dolfin::la_index>> col_indices(m_owned, std::vector<dolfin::la_index>(eldim));
+  std::vector<std::vector<double>> values(m_owned, std::vector<double>(eldim));
+  std::vector<double> temp_values(eldim*data_size);
+
+  // Initialise global sparsity pattern: record on-process and
+  // off-process dependencies of fine dofs
+  std::vector<std::vector<dolfin::la_index>> send_dnnz(mpi_size);
+  std::vector<std::vector<dolfin::la_index>> send_onnz(mpi_size);
+
+  // Initialise local to global dof maps (needed to allocate the
+  // entries of the transfer matrix with the correct global indices)
+  std::vector<std::size_t> coarse_local_to_global_dofs;
+  coarsemap->tabulate_local_to_global_dofs(coarse_local_to_global_dofs);
+
+  std::vector<double> coordinate_dofs; // cell dofs coordinates vector
+  ufc::cell ufc_cell; // ufc cell
+
+  // Loop over the found coarse cells
+  for (unsigned int i = 0; i < found_ids.size(); ++i)
+  {
+    // Get coarse cell id and point
+    unsigned int id = found_ids[i];
+    Point curr_point(dim, &found_points[i*dim]);
+
+    // Create coarse cell
+    Cell coarse_cell(meshc, static_cast<std::size_t>(id));
+    // Get dofs coordinates of the coarse cell
+    coarse_cell.get_coordinate_dofs(coordinate_dofs);
+    // Save cell information into the ufc cell
+    coarse_cell.get_cell_data(ufc_cell);
+    // Evaluate the basis functions of the coarse cells at the fine
+    // point and store the values into temp_values
+    el->evaluate_basis_all(temp_values.data(),
+                           curr_point.coordinates(),
+                           coordinate_dofs.data(),
+                           ufc_cell.orientation);
+
+    // Get the coarse dofs associated with this cell
+    auto temp_dofs = coarsemap->cell_dofs(id);
+
+    // Loop over the fine dofs associated with this collision
+    for (unsigned k = 0; k < data_size; k++)
+    {
+      const unsigned int fine_row = i*data_size + k;
+      const std::size_t global_fine_dof = global_row_indices[fine_row];
+      int p = finemap->index_map()->global_index_owner(global_fine_dof/data_size);
+
+      // Loop over the coarse dofs and stuff their contributions
+      for (unsigned j = 0; j < eldim; j++)
+      {
+        const std::size_t coarse_dof
+          = coarse_local_to_global_dofs[temp_dofs[j]];
+
+        // Set the column
+        col_indices[fine_row][j] = coarse_dof;
+        // Set the value
+        values[fine_row][j] = temp_values[data_size*j + k];
+
+        int pc = coarsemap->index_map()->global_index_owner(coarse_dof/data_size);
+        if (p == pc)
+          send_dnnz[p].push_back(global_fine_dof);
+        else
+          send_onnz[p].push_back(global_fine_dof);
+      }
+    }
+  }
+
+  // Communicate off-process columns nnz, and flatten to get nnz per
+  // row we also keep track of the ownership range
+  std::size_t mbegin = finemap->ownership_range().first;
+  std::size_t mend = finemap->ownership_range().second;
+  std::vector<dolfin::la_index> recv_onnz;
+  MPI::all_to_all(mpi_comm, send_onnz, recv_onnz);
+
+  std::vector<dolfin::la_index> onnz(m, 0);
+  for (const auto &q : recv_onnz)
+  {
+    dolfin_assert(q >= (dolfin::la_index)mbegin
+                  and q < (dolfin::la_index)mend);
+    ++onnz[q - mbegin];
+  }
+
+  // Communicate on-process columns nnz, and flatten to get nnz per
+  // row
+  std::vector<dolfin::la_index> recv_dnnz;
+  MPI::all_to_all(mpi_comm, send_dnnz, recv_dnnz);
+  std::vector<dolfin::la_index> dnnz(m, 0);
+  for (const auto &q : recv_dnnz)
+  {
+    dolfin_assert(q >= (dolfin::la_index)mbegin
+                  and q < (dolfin::la_index)mend);
+    ++dnnz[q - mbegin];
+  }
+
+  // Initialise PETSc Mat and error code
+  PetscErrorCode ierr;
+  Mat I;
+
+  // Create and initialise the transfer matrix as MATMPIAIJ/MATSEQAIJ
+  ierr = MatCreate(mpi_comm, &I); CHKERRABORT(PETSC_COMM_WORLD, ierr);
+  if (mpi_size > 1)
+  {
+    ierr = MatSetType(I, MATMPIAIJ); CHKERRABORT(PETSC_COMM_WORLD, ierr);
+    ierr = MatSetSizes(I, m, n, M, N); CHKERRABORT(PETSC_COMM_WORLD, ierr);
+    ierr = MatMPIAIJSetPreallocation(I, PETSC_DEFAULT, dnnz.data(),
+                                     PETSC_DEFAULT, onnz.data());
+    CHKERRABORT(PETSC_COMM_WORLD, ierr);
+  }
+  else
+  {
+    ierr = MatSetType(I, MATSEQAIJ); CHKERRABORT(PETSC_COMM_WORLD, ierr);
+    ierr = MatSetSizes(I, m, n, M, N); CHKERRABORT(PETSC_COMM_WORLD, ierr);
+    ierr = MatSeqAIJSetPreallocation(I, PETSC_DEFAULT, dnnz.data());
+    CHKERRABORT(PETSC_COMM_WORLD, ierr);
+  }
+
+  // Setting transfer matrix values row by row
+  for (unsigned int fine_row = 0; fine_row < m_owned; ++fine_row)
+  {
+    PetscInt fine_dof = global_row_indices[fine_row];
+    ierr = MatSetValues(I, 1, &fine_dof, eldim, col_indices[fine_row].data(),
+                        values[fine_row].data(), INSERT_VALUES);
+    CHKERRABORT(PETSC_COMM_WORLD, ierr);
+  }
+
+  // Assemble the transfer matrix
+  ierr = MatAssemblyBegin(I, MAT_FINAL_ASSEMBLY); CHKERRABORT(PETSC_COMM_WORLD, ierr);
+  ierr = MatAssemblyEnd(I, MAT_FINAL_ASSEMBLY); CHKERRABORT(PETSC_COMM_WORLD, ierr);
+
+  // create shared pointer and return the pointer to the transfer
+  // matrix
+  std::shared_ptr<PETScMatrix> ptr = std::make_shared<PETScMatrix>(I);
+  ierr = MatDestroy(&I); CHKERRABORT(PETSC_COMM_WORLD, ierr);
+  return ptr;
+}
+//-----------------------------------------------------------------------------
+void PETScDMCollection::find_exterior_points(MPI_Comm mpi_comm,
+                                             std::shared_ptr<const BoundingBoxTree> treec,
+                                             int dim, int data_size,
+                                             const std::vector<double>& send_points,
+                                             const std::vector<int>& send_indices,
+                                             std::vector<int>& indices,
+                                             std::vector<std::size_t>& cell_ids,
+                                             std::vector<double>& points)
+{
+  dolfin_assert(send_indices.size()/data_size == send_points.size()/dim);
+  const boost::const_multi_array_ref<int, 2>
+    send_indices_arr(send_indices.data(),
+                     boost::extents[send_indices.size()/data_size][data_size]);
+
+  unsigned int mpi_rank = MPI::rank(mpi_comm);
+  unsigned int mpi_size = MPI::size(mpi_comm);
+
+  // Get all points on all processes
+  std::vector<std::vector<double>> recv_points(mpi_size);
+  MPI::all_gather(mpi_comm, send_points, recv_points);
+
+  unsigned int num_recv_points = 0;
+  for (auto &p : recv_points)
+    num_recv_points += p.size();
+  num_recv_points /= dim;
+
+  // Save distances and ids of nearest cells on this process
+  std::vector<double> send_distance;
+  std::vector<unsigned int> ids;
+
+  send_distance.reserve(num_recv_points);
+  ids.reserve(num_recv_points);
+
+  for (const auto &p : recv_points)
+  {
+    unsigned int n_points = p.size()/dim;
+    for (unsigned int i = 0; i < n_points; ++i)
+    {
+      const Point curr_point(dim, &p[i*dim]);
+      std::pair<unsigned int, double> find_point
+        = treec->compute_closest_entity(curr_point);
+      send_distance.push_back(find_point.second);
+      ids.push_back(find_point.first);
+    }
+  }
+
+  // All processes get the same distance information
+  std::vector<double> recv_distance(num_recv_points*mpi_size);
+  MPI::all_gather(mpi_comm, send_distance, recv_distance);
+
+  // Determine which process has closest cell for each point, and send
+  // the global indices to that process
+  int ct = 0;
+  std::vector<std::vector<unsigned int>> send_global_indices(mpi_size);
+
+  for (unsigned int p = 0; p != mpi_size; ++p)
+  {
+    unsigned int n_points = recv_points[p].size()/dim;
+    boost::multi_array_ref<double, 2>
+      point_arr(recv_points[p].data(),
+                boost::extents[n_points][dim]);
+    for (unsigned int i = 0; i < n_points; ++i)
+    {
+      unsigned int min_proc = 0;
+      double min_val = recv_distance[ct];
+      for (unsigned int q = 1; q != mpi_size; ++q)
+      {
+        const double val
+          = recv_distance[q*num_recv_points + ct];
+        if (val < min_val)
+        {
+          min_val = val;
+          min_proc = q;
+        }
+      }
+
+      if (min_proc == mpi_rank)
+      {
+        // If this process has closest cell, save the information
+        points.insert(points.end(), point_arr[i].begin(), point_arr[i].end());
+        cell_ids.push_back(ids[ct]);
+      }
+      if (p == mpi_rank)
+      {
+        send_global_indices[min_proc]
+          .insert(send_global_indices[min_proc].end(),
+                  send_indices_arr[i].begin(),
+                  send_indices_arr[i].end());
+      }
+      ++ct;
+    }
+  }
+
+  // Send out global indices for the points provided by this process
+  std::vector<unsigned int> recv_global_indices;
+  MPI::all_to_all(mpi_comm, send_global_indices, recv_global_indices);
+
+  indices.insert(indices.end(), recv_global_indices.begin(),
+                 recv_global_indices.end());
+}
+//-----------------------------------------------------------------------------
+PetscErrorCode PETScDMCollection::create_global_vector(DM dm, Vec* vec)
+{
+  // Get DOLFIN FunctiobSpace from the PETSc DM object
+  std::shared_ptr<FunctionSpace> *V;
+  DMShellGetContext(dm, (void**)&V);
+
+  // Create Vector
+  Function u(*V);
+  *vec = as_type<PETScVector>(u.vector())->vec();
+
+  // FIXME: Does increasing the reference count lead to a memory leak?
+  // Increment PETSc reference counter the Vec
+  PetscObjectReference((PetscObject)*vec);
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+PetscErrorCode PETScDMCollection::create_interpolation(DM dmc, DM dmf, Mat *mat,
+                                                       Vec *vec)
+{
+  // Get DOLFIN FunctionSpaces from PETSc DM objects (V0 is coarse
+  // space, V1 is fine space)
+  FunctionSpace *V0(nullptr), *V1(nullptr);
+  DMShellGetContext(dmc, (void**)&V0);
+  DMShellGetContext(dmf, (void**)&V1);
+
+  // Build interpolation matrix (V0 to V1)
+  dolfin_assert(V0); dolfin_assert(V1);
+  std::shared_ptr<PETScMatrix> P = create_transfer_matrix(*V0, *V1);
+
+  // Copy PETSc matrix pointer and inrease reference count
+  *mat = P->mat();
+  PetscObjectReference((PetscObject)*mat);
+
+  // Set optional vector to NULL
+  *vec = NULL;
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+PetscErrorCode PETScDMCollection::coarsen(DM dmf, MPI_Comm comm, DM* dmc)
+{
+  // Get the coarse DM from the fine DM
+  return DMGetCoarseDM(dmf, dmc);
+}
+//-----------------------------------------------------------------------------
+PetscErrorCode PETScDMCollection::refine(DM dmc, MPI_Comm comm, DM* dmf)
+{
+  // Get the fine DM from the coarse DM
+  return DMGetFineDM(dmc, dmf);
+}
+//-----------------------------------------------------------------------------
+#endif
diff --git a/dolfin/fem/PETScDMCollection.h b/dolfin/fem/PETScDMCollection.h
new file mode 100644
index 0000000..325700a
--- /dev/null
+++ b/dolfin/fem/PETScDMCollection.h
@@ -0,0 +1,106 @@
+// Copyright (C) 2016 Patrick E. Farrell and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __PETSC_DM_COLLECTION_H
+#define __PETSC_DM_COLLECTION_H
+
+#ifdef HAS_PETSC
+
+#include <memory>
+#include <vector>
+#include <petscdm.h>
+#include <petscvec.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/la/PETScMatrix.h>
+#include <dolfin/log/log.h>
+
+namespace dolfin
+{
+
+  class FunctionSpace;
+  class BoundingBoxTree;
+
+  /// This class builds and stores of collection of PETSc DM objects
+  /// from a hierarchy of FunctionSpaces objects. The DM objects are
+  /// used to construct multigrid solvers via PETSc.
+  ///
+  /// Warning: This classs is highly experimental and will change
+
+  class PETScDMCollection : public PETScObject
+  {
+  public:
+
+    /// Construct PETScDMCollection from a vector of
+    /// FunctionSpaces. The vector of FunctionSpaces is stored from
+    /// coarse to fine.
+    PETScDMCollection(std::vector<std::shared_ptr<const FunctionSpace>> function_spaces);
+
+    /// Destructor
+    ~PETScDMCollection();
+
+    /// Return the ith DM objects. The coarest DM has index 0. Use
+    /// i=-1 to get the DM for the finest level, i=-2 for the DM for
+    /// the second finest level, etc.
+    DM get_dm(int i);
+
+    /// These are test/debugging functions that will be removed
+    void check_ref_count() const;
+
+    /// Debugging use - to be removed
+    void reset(int i);
+
+    /// Create the interpolation matrix from the coarse to the fine
+    /// space (prolongation matrix)
+    static std::shared_ptr<PETScMatrix>
+      create_transfer_matrix(const FunctionSpace& coarse_space,
+                             const FunctionSpace& fine_space);
+
+  private:
+
+    // Find the nearest cells to points which lie outside the domain
+    static void find_exterior_points(MPI_Comm mpi_comm,
+                                     std::shared_ptr<const BoundingBoxTree> treec,
+                                     int dim, int data_size,
+                                     const std::vector<double>& send_points,
+                                     const std::vector<int>& send_indices,
+                                     std::vector<int>& indices,
+                                     std::vector<std::size_t>& cell_ids,
+                                     std::vector<double>& points);
+
+
+    // Pointers to functions that are used in PETSc DM call-backs
+    static PetscErrorCode create_global_vector(DM dm, Vec* vec);
+    static PetscErrorCode create_interpolation(DM dmc, DM dmf, Mat *mat,
+                                               Vec *vec);
+    static PetscErrorCode coarsen(DM dmf, MPI_Comm comm, DM* dmc);
+    static PetscErrorCode refine(DM dmc, MPI_Comm comm, DM* dmf);
+
+
+    // The FunctionSpaces associated with each level, starting with
+    // the coarest space
+    std::vector<std::shared_ptr<const FunctionSpace>> _spaces;
+
+    // The PETSc DM objects
+    std::vector<DM> _dms;
+
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/fem/PointSource.cpp b/dolfin/fem/PointSource.cpp
new file mode 100644
index 0000000..808c787
--- /dev/null
+++ b/dolfin/fem/PointSource.cpp
@@ -0,0 +1,451 @@
+// Copyright (C) 2011-2013 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <limits>
+#include <memory>
+#include <vector>
+
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/geometry/BoundingBoxTree.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/la/GenericMatrix.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshEntityIteratorBase.h>
+#include <dolfin/mesh/Vertex.h>
+#include "FiniteElement.h"
+#include "GenericDofMap.h"
+#include "PointSource.h"
+
+using namespace dolfin;
+//-----------------------------------------------------------------------------
+PointSource::PointSource(std::shared_ptr<const FunctionSpace> V,
+                         const Point& p, double magnitude)
+  : _function_space0(V)
+{
+  // Puts point and magniude data into a vector
+  std::vector<std::pair<Point, double>> sources = {{p, magnitude}};
+
+  // Distribute sources
+  dolfin_assert(_function_space0->mesh());
+  const Mesh& mesh0 = *_function_space0->mesh();
+  distribute_sources(mesh0, sources);
+
+  // Check that function space is supported
+  check_space_supported(*V);
+}
+//-----------------------------------------------------------------------------
+PointSource::PointSource(std::shared_ptr<const FunctionSpace> V,
+                         const std::vector<std::pair<const Point*, double>> sources)
+  : _function_space0(V)
+{
+  // Checking meshes exist
+  dolfin_assert(_function_space0->mesh());
+
+  // Copy over from pointers
+  std::vector<std::pair<Point, double>> sources_copy;
+  for (auto& p : sources)
+    sources_copy.push_back({*(p.first), p.second});
+
+  // Distribute sources
+  const Mesh& mesh0 = *_function_space0->mesh();
+  distribute_sources(mesh0, sources_copy);
+
+  // Check that function space is supported
+  check_space_supported(*V);
+}
+//-----------------------------------------------------------------------------
+PointSource::PointSource(std::shared_ptr<const FunctionSpace> V0,
+			  std::shared_ptr<const FunctionSpace> V1,
+                         const Point& p,
+                         double magnitude)
+  : _function_space0(V0), _function_space1(V1)
+{
+  // Checking meshes exist
+  dolfin_assert(_function_space0->mesh());
+  dolfin_assert(_function_space1->mesh());
+
+  // Puts point and magnitude data into a vector
+  std::vector<std::pair<Point, double>> sources = {{p, magnitude}};
+
+  // Distribute sources
+  const Mesh& mesh0 = *_function_space0->mesh();
+  distribute_sources(mesh0, sources);
+
+  // Check that function spaces are supported
+  check_space_supported(*V0);
+  check_space_supported(*V1);
+}
+//----------------------------------------------------------------------------
+PointSource::PointSource(std::shared_ptr<const FunctionSpace> V0,
+                         std::shared_ptr<const FunctionSpace> V1,
+                         const std::vector<std::pair<const Point*, double>> sources)
+  : _function_space0(V0), _function_space1(V1)
+{
+  // Check that function spaces are supported
+  dolfin_assert(V0);
+  dolfin_assert(V1);
+  check_space_supported(*V0);
+  check_space_supported(*V1);
+
+  // Copy point and magnitude data
+  std::vector<std::pair<Point, double>> source_copy;
+  for (auto& p : sources)
+    source_copy.push_back({*(p.first), p.second});
+
+  dolfin_assert(_function_space0->mesh());
+  const Mesh& mesh0 = *_function_space0->mesh();
+  distribute_sources(mesh0, source_copy);
+}
+//-----------------------------------------------------------------------------
+PointSource::~PointSource()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void PointSource::distribute_sources(const Mesh& mesh,
+                                     const std::vector<std::pair<Point, double>>& sources)
+{
+  // Take a list of points, and assign to correct process
+  const MPI_Comm mpi_comm = mesh.mpi_comm();
+  const std::shared_ptr<BoundingBoxTree> tree = mesh.bounding_box_tree();
+
+  // Collect up any points/values which are not local
+  std::vector<double> remote_points;
+  for (auto & s : sources)
+  {
+    const Point& p = s.first;
+    double magnitude = s.second;
+
+    unsigned int cell_index = tree->compute_first_entity_collision(p);
+    if (cell_index == std::numeric_limits<unsigned int>::max())
+    {
+      remote_points.insert(remote_points.end(), p.coordinates(),
+                           p.coordinates() + 3);
+      remote_points.push_back(magnitude);
+    }
+    else
+      _sources.push_back({p, magnitude});
+  }
+
+  // Send all non-local points out to all other processes
+  const int mpi_size = MPI::size(mpi_comm);
+  const int mpi_rank = MPI::rank(mpi_comm);
+  std::vector<std::vector<double>> remote_points_all(mpi_size);
+  MPI::all_gather(mpi_comm, remote_points, remote_points_all);
+
+  // Flatten result back into remote_points vector
+  // All processes will have the same data
+  remote_points.clear();
+  for (auto &q : remote_points_all)
+    remote_points.insert(remote_points.end(), q.begin(), q.end());
+
+  // Go through all received points, looking for any which are local
+  std::vector<int> point_count;
+  for (auto q = remote_points.begin(); q != remote_points.end(); q += 4)
+  {
+    Point p(*q, *(q + 1), *(q + 2));
+    unsigned int cell_index = tree->compute_first_entity_collision(p);
+    point_count.push_back(cell_index != std::numeric_limits<unsigned int>::max());
+  }
+
+  // Send out the results of the search to all processes
+  std::vector<std::vector<int>> point_count_all(mpi_size);
+  MPI::all_gather(mpi_comm, point_count, point_count_all);
+
+  // Check the point exists on some process, and prioritise lower rank
+  for (std::size_t i = 0; i < point_count.size(); ++i)
+  {
+    bool found = false;
+    for (int j = 0; j < mpi_size; ++j)
+    {
+      // Clear higher ranked 'finds' if already found on a lower rank
+      // process
+      if (found)
+        point_count_all[j][i] = 0;
+
+      if (point_count_all[j][i] != 0)
+        found = true;
+    }
+    if (!found)
+    {
+      dolfin_error("PointSource.cpp",
+                   "apply point source to vector",
+                   "The point is outside of the domain"); // (%s)", p.str().c_str());
+    }
+  }
+
+  unsigned int i = 0;
+  for (auto q = remote_points.begin(); q != remote_points.end(); q += 4)
+  {
+    if (point_count_all[mpi_rank][i] == 1)
+    {
+      const Point p(*q, *(q + 1), *(q + 2));
+      double val = *(q + 3);
+      _sources.push_back({p, val});
+    }
+    ++i;
+  }
+}
+//-----------------------------------------------------------------------------
+void PointSource::apply(GenericVector& b)
+{
+  // Applies local point sources.
+  dolfin_assert(_function_space0);
+  if (_function_space1)
+  {
+    dolfin_error("PointSource.cpp",
+		 "apply point source to vector",
+		 "Can only have one function space for a vector");
+  }
+  log(PROGRESS, "Applying point source to right-hand side vector.");
+
+  dolfin_assert(_function_space0->mesh());
+  const Mesh& mesh = *_function_space0->mesh();
+  const std::shared_ptr<BoundingBoxTree> tree = mesh.bounding_box_tree();
+
+  // Variables for cell information
+  std::vector<double> coordinate_dofs;
+  ufc::cell ufc_cell;
+
+  // Variables for evaluating basis
+  dolfin_assert(_function_space0->element());
+  const std::size_t rank = _function_space0->element()->value_rank();
+  std::size_t size_basis = 1;
+  for (std::size_t i = 0; i < rank; ++i)
+    size_basis *= _function_space0->element()->value_dimension(i);
+  std::size_t dofs_per_cell = _function_space0->element()->space_dimension();
+  std::vector<double> basis(size_basis);
+  std::vector<double> values(dofs_per_cell);
+
+  // Variables for adding local information to vector
+  double basis_sum;
+
+  for (auto & s : _sources)
+  {
+    Point& p = s.first;
+    double magnitude = s.second;
+
+    unsigned int cell_index = tree->compute_first_entity_collision(p);
+
+    // Create cell
+    Cell cell(mesh, static_cast<std::size_t>(cell_index));
+    cell.get_coordinate_dofs(coordinate_dofs);
+
+    // Evaluate all basis functions at the point()
+    cell.get_cell_data(ufc_cell);
+
+    for (std::size_t i = 0; i < dofs_per_cell; ++i)
+    {
+      _function_space0->element()->evaluate_basis(i, basis.data(),
+	  					     p.coordinates(),
+						     coordinate_dofs.data(),
+						     ufc_cell.orientation);
+
+      basis_sum = 0.0;
+      for (const auto& v : basis)
+        basis_sum += v;
+      values[i] = magnitude*basis_sum;
+    }
+
+    // Compute local-to-global mapping
+    dolfin_assert(_function_space0->dofmap());
+    auto dofs = _function_space0->dofmap()->cell_dofs(cell.index());
+
+    // Add values to vector
+    b.add_local(values.data(), dofs_per_cell, dofs.data());
+  }
+
+  b.apply("add");
+}
+//-----------------------------------------------------------------------------
+void PointSource::apply(GenericMatrix& A)
+{
+  // Applies local point sources.
+  dolfin_assert(_function_space0);
+
+  if (!_function_space1)
+    _function_space1 = _function_space0;
+  dolfin_assert(_function_space1);
+
+  // Currently only works if V0 and V1 are the same
+  if (_function_space0->element()->signature()
+      != _function_space1->element()->signature())
+  {
+    dolfin_error("PointSource.cpp",
+		 "apply point source to matrix",
+		 "The elemnts are different. Not currently implemented");
+  }
+
+  std::shared_ptr<const FunctionSpace> V0 = _function_space0;
+  std::shared_ptr<const FunctionSpace> V1 = _function_space1;
+
+  log(PROGRESS, "Applying point source to matrix.");
+
+  dolfin_assert(V0->mesh());
+  dolfin_assert(V0->element());
+  dolfin_assert(V1->element());
+  dolfin_assert(V0->dofmap());
+  dolfin_assert(V1->dofmap());
+
+  const auto mesh = V0->mesh();
+
+  const std::shared_ptr<BoundingBoxTree> tree = mesh->bounding_box_tree();
+  unsigned int cell_index;
+
+  // Variables for cell information
+  std::vector<double> coordinate_dofs;
+  ufc::cell ufc_cell;
+
+  // Variables for evaluating basis
+  const std::size_t rank = V0->element()->value_rank();
+  std::size_t size_basis;
+  double basis_sum0;
+  double basis_sum1;
+
+  std::size_t num_sub_spaces = V0->element()->num_sub_elements();
+  // Making sure scalar function space has 1 sub space
+  if (num_sub_spaces == 0)
+    num_sub_spaces = 1;
+  std::size_t dofs_per_cell0 = V0->element()->space_dimension()/num_sub_spaces;
+  std::size_t dofs_per_cell1 = V1->element()->space_dimension()/num_sub_spaces;
+
+  // Calculates size of basis
+  size_basis = 1;
+  for (std::size_t i = 0; i < rank; ++i)
+    size_basis *= V0->element()->value_dimension(i);
+
+  std::vector<double> basis0(size_basis);
+  std::vector<double> basis1(size_basis);
+
+  // Values vector for all sub spaces
+  boost::multi_array<double, 2>  values(boost::extents[dofs_per_cell0*num_sub_spaces][dofs_per_cell1*num_sub_spaces]);
+  // Values vector for one subspace.
+  boost::multi_array<double, 2>  values_sub(boost::extents[dofs_per_cell0][dofs_per_cell1]);
+
+  // Runs some checks on vector or mixed function spaces
+  if (num_sub_spaces > 1)
+  {
+    for (std::size_t n = 0; n < num_sub_spaces; ++n)
+    {
+      // Doesn't work for mixed function spaces with different
+      // elements.
+      if (V0->sub(0)->element()->signature() != V0->sub(n)->element()->signature())
+      {
+	dolfin_error("PointSource.cpp",
+		     "apply point source to matrix",
+		     "The mixed elements are not the same. Not currently implemented");
+      }
+
+      if (V0->sub(n)->element()->num_sub_elements() > 1)
+      {
+	dolfin_error("PointSource.cpp",
+		     "apply point source to matrix",
+		     "Have vector elements. Not currently implemented");
+      }
+    }
+  }
+
+  for (auto & s : _sources)
+  {
+    Point& p = s.first;
+    double magnitude = s.second;
+
+    // Create cell
+    cell_index = tree->compute_first_entity_collision(p);
+    Cell cell(*mesh, static_cast<std::size_t>(cell_index));
+
+    // Cell information
+    cell.get_coordinate_dofs(coordinate_dofs);
+    cell.get_cell_data(ufc_cell);
+
+    // Calculate values with magnitude*basis_sum_0*basis_sum_1
+    for (std::size_t i = 0; i < dofs_per_cell0; ++i)
+    {
+      V0->element()->evaluate_basis(i, basis0.data(),
+                                    p.coordinates(),
+                                    coordinate_dofs.data(),
+                                    ufc_cell.orientation);
+
+      for (std::size_t j = 0; j < dofs_per_cell0; ++j)
+      {
+        V1->element()->evaluate_basis(j, basis1.data(),
+                                      p.coordinates(),
+                                      coordinate_dofs.data(),
+                                      ufc_cell.orientation);
+
+        basis_sum0 = 0.0;
+        basis_sum1 = 0.0;
+        for (const auto& v : basis0)
+          basis_sum0 += v;
+        for (const auto& v : basis1)
+          basis_sum1 += v;
+
+        values_sub[i][j] = magnitude*basis_sum0*basis_sum1;
+      }
+    }
+
+    // If scalar function space, values = values_sub
+    if (num_sub_spaces < 2)
+      values = values_sub;
+    // If vector function space with repeated sub spaces, calculates
+    // the values_sub for a sub space and then manipulates values
+    // matrix for all sub_spaces.
+    else
+    {
+      int ii, jj;
+      for (std::size_t k = 0; k < num_sub_spaces; ++k)
+      {
+        ii = 0;
+        for (std::size_t i = k*dofs_per_cell0; i < dofs_per_cell0*(k + 1); ++i)
+        {
+          jj = 0;
+          for (std::size_t j = k*dofs_per_cell1; j < dofs_per_cell1*(k + 1); ++j)
+          {
+            values[i][j] = values_sub[ii][jj];
+            jj += 1;
+          }
+          ii +=1;
+        }
+      }
+    }
+
+    // Compute local-to-global mapping
+    auto dofs0 = V0->dofmap()->cell_dofs(cell.index());
+    auto dofs1 = V1->dofmap()->cell_dofs(cell.index());
+
+    // Add values to matrix
+    A.add_local(values.data(),
+                dofs_per_cell0*num_sub_spaces, dofs0.data(),
+                dofs_per_cell1*num_sub_spaces, dofs1.data());
+  }
+
+  A.apply("add");
+}
+//-----------------------------------------------------------------------------
+void PointSource::check_space_supported(const FunctionSpace& V)
+{
+  dolfin_assert(V.element());
+  if (V.element()->value_rank() > 1)
+  {
+    dolfin_error("PointSource.cpp",
+                 "create point source",
+                 "Function must have rank 0 or 1");
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/PointSource.h b/dolfin/fem/PointSource.h
new file mode 100644
index 0000000..9d254cc
--- /dev/null
+++ b/dolfin/fem/PointSource.h
@@ -0,0 +1,97 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __POINT_SOURCE_H
+#define __POINT_SOURCE_H
+
+#include <memory>
+#include <utility>
+#include <vector>
+#include <dolfin/geometry/Point.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class FunctionSpace;
+  class GenericMatrix;
+  class GenericVector;
+  class Mesh;
+
+  /// This class provides an easy mechanism for adding a point
+  /// quantities (Dirac delta function) to variational problems. The
+  /// associated function space must be scalar in order for the inner
+  /// product with the (scalar) Dirac delta function to be well
+  /// defined. For each of the constructors, Points passed to
+  /// PointSource will be copied.
+  ///
+  /// Note: the interface to this class will likely change.
+
+  class PointSource
+  {
+  public:
+
+    /// Create point source at given point of given magnitude
+    PointSource(std::shared_ptr<const FunctionSpace> V, const Point& p,
+                double magnitude=1.0);
+
+    /// Create point sources at given points of given magnitudes
+    PointSource(std::shared_ptr<const FunctionSpace> V,
+	        const std::vector<std::pair<const Point*, double>> sources);
+
+    /// Create point source at given point of given magnitude
+    PointSource(std::shared_ptr<const FunctionSpace> V0,
+                std::shared_ptr<const FunctionSpace> V1,
+                const Point& p,
+                double magnitude=1.0);
+
+    /// Create point sources at given points of given magnitudes
+    PointSource(std::shared_ptr<const FunctionSpace> V0,
+		std::shared_ptr<const FunctionSpace> V1,
+	        const std::vector<std::pair<const Point*, double>> sources);
+
+    /// Destructor
+    ~PointSource();
+
+    /// Apply (add) point source to right-hand side vector
+    void apply(GenericVector& b);
+
+    /// Apply (add) point source to matrix
+    void apply(GenericMatrix& A);
+
+  private:
+
+    // FIXME: This should probably be static
+    // Collective MPI method to distribute sources to correct processes
+    void distribute_sources(const Mesh& mesh,
+                            const std::vector<std::pair<Point, double>>& sources);
+
+    // Check that function space is scalar
+    static void check_space_supported(const FunctionSpace& V);
+
+    // The function spaces
+    std::shared_ptr<const FunctionSpace> _function_space0;
+    std::shared_ptr<const FunctionSpace> _function_space1;
+
+    // Source term - pair of points and magnitude
+    std::vector<std::pair<Point, double>> _sources;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/SparsityPatternBuilder.cpp b/dolfin/fem/SparsityPatternBuilder.cpp
new file mode 100644
index 0000000..849b440
--- /dev/null
+++ b/dolfin/fem/SparsityPatternBuilder.cpp
@@ -0,0 +1,453 @@
+// Copyright (C) 2007-2010 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Ola Skavhaug 2007
+// Modified by Anders Logg 2008-2014
+// Modified by Cecile Daversin-Catty 2018
+
+#include <algorithm>
+
+#include <dolfin/common/ArrayView.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/la/SparsityPattern.h>
+#include <dolfin/log/log.h>
+#include <dolfin/log/Progress.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Facet.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MultiMesh.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/function/MultiMeshFunctionSpace.h>
+#include "MultiMeshDofMap.h"
+#include "MultiMeshForm.h"
+#include "SparsityPatternBuilder.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void
+SparsityPatternBuilder::build(SparsityPattern& sparsity_pattern,
+			      const Mesh& mesh,
+			      const std::vector<const GenericDofMap*> dofmaps,
+			      bool cells,
+			      bool interior_facets,
+			      bool exterior_facets,
+			      bool vertices,
+			      bool diagonal,
+			      bool init,
+			      bool finalize)
+{
+  /// Mono-domain version :
+  /// Call the more generic build_mixed with mesh_ids[0] = mesh_ids[1] = integration mesh
+  /// mesh_ids[0] is the mesh id associated with the test function
+  /// mesh_ids[1] is the mesh id associated with the trial function
+  std::vector<std::size_t> mesh_ids = {mesh.id(), mesh.id()};
+  build_mixed(sparsity_pattern, mesh, mesh_ids, dofmaps, cells, interior_facets, exterior_facets, vertices, diagonal, init, finalize);
+}
+//-----------------------------------------------------------------------------
+void
+SparsityPatternBuilder::build_mixed(SparsityPattern& sparsity_pattern,
+				    const Mesh& mesh,
+				    std::vector<std::size_t> mesh_ids,
+				    const std::vector<const GenericDofMap*> dofmaps,
+				    bool cells,
+				    bool interior_facets,
+				    bool exterior_facets,
+				    bool vertices,
+				    bool diagonal,
+				    bool init,
+				    bool finalize)
+{
+  // Get global dimensions and local range
+  const std::size_t rank = dofmaps.size();
+  std::vector<std::shared_ptr<const IndexMap>> index_maps(rank);
+
+  for (std::size_t i = 0; i < rank; ++i)
+  {
+    dolfin_assert(dofmaps[i]);
+    index_maps[i] = dofmaps[i]->index_map();
+  }
+
+  // Initialise sparsity pattern
+  if (init)
+    sparsity_pattern.init(index_maps);
+
+  // Only build for rank >= 2 (matrices and higher order tensors) that
+  // require sparsity details
+  if (rank < 2)
+    return;
+
+  // Vector to store macro-dofs, if required (for interior facets)
+  std::vector<std::vector<dolfin::la_index>> macro_dofs(rank);
+
+  // Create vector to point to dofs
+  std::vector<ArrayView<const dolfin::la_index>> dofs(rank);
+  std::vector<std::vector<dolfin::la_index>> dmaps(rank);
+
+  // Build sparsity pattern for reals (globally supported basis members)
+  // NOTE: It is very important that this is done before other integrals
+  //       so that insertion of global nodes is no-op below
+  // NOTE: We assume that global dofs contribute a whole row which is
+  //       memory suboptimal (for restricted Lagrange multipliers) but very
+  //       fast and certainly much better than quadratic scaling of usual
+  //       insertion below
+  std::vector<std::size_t> global_dofs0;
+  dofmaps[sparsity_pattern.primary_dim()]->tabulate_global_dofs(global_dofs0);
+  sparsity_pattern.insert_full_rows_local(global_dofs0);
+
+  // FIXME: We iterate over the entire mesh even if the function space
+  // is restricted. This works out fine since the local dofmap
+  // returned on each cell will be an empty vector, but we might think
+  // about optimizing this further.
+
+  // Build sparsity pattern for cell integrals
+  if (cells)
+  {
+    Progress p("Building sparsity pattern over cells", mesh.num_cells());
+    auto mapping_map = mesh.topology().mapping();
+
+    for (CellIterator cell(mesh); !cell.end(); ++cell)
+    {
+      std::vector<std::vector<std::size_t>> cell_index(rank);
+      std::vector<std::size_t> codim(rank);
+      for (std::size_t i = 0; i < rank; ++i)
+      {
+	cell_index[i].push_back(cell->index());
+
+	if(mesh_ids[i] != mesh.id() && mapping_map[mesh_ids[i]])
+	{
+	  auto mapping = mapping_map[mesh_ids[i]];
+	  dolfin_assert(mapping->mesh()->id() == mesh_ids[i]);
+
+	  codim[i] = mapping->mesh()->topology().dim() - mesh.topology().dim();
+	  if(codim[i] == 0)
+	    cell_index[i][0] = mapping->cell_map()[cell->index()];
+	  else if(codim[i] == 1)
+	  {
+	    const std::size_t D = mapping->mesh()->topology().dim();
+	    mapping->mesh()->init(D);
+	    mapping->mesh()->init(D - 1, D);
+
+	    Facet mesh_facet(*(mapping->mesh()), mapping->cell_map()[cell->index()]);
+	    for(std::size_t j=0; j<mesh_facet.num_entities(D);j++)
+	    {
+	      Cell mesh_cell(*(mapping->mesh()), mesh_facet.entities(D)[j]);
+	      if(j==0)
+		cell_index[i][0] = mesh_cell.index();
+	      else
+		cell_index[i].push_back(mesh_cell.index());
+	    }
+	  }
+#if 0 // Confusing when we are considering 3D-1D uncoupled problem
+	  else if(codim[i] == 2)
+	    std::cout << "[SparsityBuilder] codim 2 - Not implemented" << std::endl;
+#endif
+	}
+      }
+
+      std::size_t nlocal_facets = cell_index[0].size();
+      if(rank > 1)
+	nlocal_facets = std::max(cell_index[0].size(), cell_index[1].size());
+
+      for(std::size_t j=0; j<nlocal_facets; ++j)
+      {
+	for(std::size_t i=0; i<rank; ++i)
+	{
+	  std::size_t jidx  = (codim[i] != 0) ? j:0;
+	  auto dmap = dofmaps[i]->cell_dofs(cell_index[i][jidx]);
+	  dofs[i].set(dmap.size(), dmap.data());
+	}
+	sparsity_pattern.insert_local(dofs);
+      }
+      p++;
+    }
+  }
+
+  // Build sparsity pattern for vertex/point integrals
+  const std::size_t D = mesh.topology().dim();
+  if (vertices)
+  {
+    mesh.init(0);
+    mesh.init(0, D);
+
+    std::vector<std::vector<dolfin::la_index>> global_dofs(rank);
+    std::vector<std::vector<std::size_t>> local_to_local_dofs(rank);
+
+    // Resize local dof map vector
+    for (std::size_t i = 0; i < rank; ++i)
+    {
+      global_dofs[i].resize(dofmaps[i]->num_entity_dofs(0));
+      local_to_local_dofs[i].resize(dofmaps[i]->num_entity_dofs(0));
+    }
+
+    Progress p("Building sparsity pattern over vertices", mesh.num_vertices());
+    for (VertexIterator vert(mesh); !vert.end(); ++vert)
+    {
+      // Get mesh cell to which mesh vertex belongs (pick first)
+      Cell mesh_cell(mesh, vert->entities(D)[0]);
+
+      // Check that cell is not a ghost
+      dolfin_assert(!mesh_cell.is_ghost());
+
+      // Get local index of vertex with respect to the cell
+      const std::size_t local_vertex = mesh_cell.index(*vert);
+      for (std::size_t i = 0; i < rank; ++i)
+      {
+        auto dmap = dofmaps[i]->cell_dofs(mesh_cell.index());
+        dofs[i].set(dmap.size(), dmap.data());
+        dofmaps[i]->tabulate_entity_dofs(local_to_local_dofs[i], 0,
+                                         local_vertex);
+
+        // Copy cell dofs to local dofs and tabulated values to
+        for (std::size_t j = 0; j < local_to_local_dofs[i].size(); ++j)
+          global_dofs[i][j] = dofs[i][local_to_local_dofs[i][j]];
+      }
+
+      // Insert non-zeroes in sparsity pattern
+      std::vector<ArrayView<const dolfin::la_index>> global_dofs_p(rank);
+      for (std::size_t i = 0; i < rank; ++i)
+        global_dofs_p[i].set(global_dofs[i]);
+      sparsity_pattern.insert_local(global_dofs_p);
+      p++;
+    }
+  }
+
+  // Note: no need to iterate over exterior facets since those dofs
+  //       are included when tabulating dofs on all cells
+
+  // Build sparsity pattern for interior/exterior facet integrals
+  if (interior_facets || exterior_facets)
+  {
+    // Compute facets and facet - cell connectivity if not already
+    // computed
+    mesh.init(D - 1);
+    mesh.init(D - 1, D);
+    if (!mesh.ordered())
+    {
+      dolfin_error("SparsityPatternBuilder.cpp",
+                   "compute sparsity pattern",
+                   "Mesh is not ordered according to the UFC numbering convention. "
+                   "Consider calling mesh.order()");
+    }
+
+    Progress p("Building sparsity pattern over interior facets",
+               mesh.num_facets());
+    for (FacetIterator facet(mesh); !facet.end(); ++facet)
+    {
+      bool this_exterior_facet = false;
+      if (facet->num_global_entities(D) == 1)
+        this_exterior_facet = true;
+
+      // Check facet type
+      if (exterior_facets && this_exterior_facet && !cells)
+      {
+        // Get cells incident with facet
+        dolfin_assert(facet->num_entities(D) == 1);
+        Cell cell(mesh, facet->entities(D)[0]);
+
+        // Tabulate dofs for each dimension and get local dimensions
+        for (std::size_t i = 0; i < rank; ++i)
+        {
+          auto dmap = dofmaps[i]->cell_dofs(cell.index());
+          dofs[i].set(dmap.size(), dmap.data());
+        }
+
+        // Insert dofs
+        sparsity_pattern.insert_local(dofs);
+      }
+      else if (interior_facets && !this_exterior_facet)
+      {
+        if (facet->num_entities(D) == 1)
+        {
+          dolfin_assert(facet->is_ghost());
+          continue;
+        }
+
+        // Get cells incident with facet
+        dolfin_assert(facet->num_entities(D) == 2);
+        Cell cell0(mesh, facet->entities(D)[0]);
+        Cell cell1(mesh, facet->entities(D)[1]);
+
+        // Tabulate dofs for each dimension on macro element
+        for (std::size_t i = 0; i < rank; i++)
+        {
+          // Get dofs for each cell
+          auto cell_dofs0 = dofmaps[i]->cell_dofs(cell0.index());
+          auto cell_dofs1 = dofmaps[i]->cell_dofs(cell1.index());
+
+          // Create space in macro dof vector
+          macro_dofs[i].resize(cell_dofs0.size() + cell_dofs1.size());
+
+          // Copy cell dofs into macro dof vector
+          std::copy(cell_dofs0.data(), cell_dofs0.data() + cell_dofs0.size(),
+                    macro_dofs[i].begin());
+          std::copy(cell_dofs1.data(), cell_dofs1.data() + cell_dofs1.size(),
+                    macro_dofs[i].begin() + cell_dofs0.size());
+
+          // Store pointer to macro dofs
+          dofs[i].set(macro_dofs[i]);
+        }
+
+        // Insert dofs
+        sparsity_pattern.insert_local(dofs);
+      }
+      p++;
+    }
+  }
+
+  if (diagonal)
+  {
+    dolfin_assert(rank == 2);
+    const std::size_t primary_dim = sparsity_pattern.primary_dim();
+    const std::size_t primary_codim = primary_dim == 0 ? 1 : 0;
+    const std::pair<std::size_t, std::size_t> primary_range
+      = index_maps[primary_dim]->local_range();
+    const std::size_t secondary_range
+      = index_maps[primary_codim]->size(IndexMap::MapSize::GLOBAL);
+    const std::size_t diagonal_range
+      = std::min(primary_range.second, secondary_range);
+
+    Progress p("Building sparsity pattern over diagonal",
+               diagonal_range - primary_range.first);
+    for (std::size_t j = primary_range.first; j < diagonal_range; j++)
+    {
+      sparsity_pattern.insert_global(j, j);
+      p++;
+    }
+  }
+
+  // Finalize sparsity pattern (communicate off-process terms)
+  if (finalize)
+    sparsity_pattern.apply();
+}
+//-----------------------------------------------------------------------------
+void SparsityPatternBuilder::build_multimesh_sparsity_pattern(
+  SparsityPattern& sparsity_pattern,
+  const MultiMeshForm& form)
+{
+  // Get global dimensions and local range
+  const std::size_t rank = form.rank();
+  std::vector<std::shared_ptr<const IndexMap>> index_maps(rank);
+  for (std::size_t i = 0; i < rank; ++i)
+    index_maps[i] = form.function_space(i)->dofmap()->index_map();
+
+  // Initialize sparsity pattern
+  sparsity_pattern.init(index_maps);
+
+  // Iterate over each part
+  for (std::size_t part = 0; part < form.num_parts(); part++)
+  {
+    // Get mesh on current part (assume it's the same for all
+    // arguments)
+    const Mesh& mesh = *form.function_space(0)->part(part)->mesh();
+
+    // Build list of dofmaps
+    std::vector<const GenericDofMap*> dofmaps;
+    for (std::size_t i = 0; i < form.rank(); i++)
+      dofmaps.push_back(&*form.function_space(i)->dofmap()->part(part));
+
+    log(PROGRESS, "Building intra-mesh sparsity pattern on part %d.", part);
+
+    // Build sparsity pattern for part by calling the regular dofmap
+    // builder. This builds the sparsity pattern for all interacting
+    // dofs on the current part.
+    build(sparsity_pattern, mesh, dofmaps,
+	  true, false, false, true, false, false);
+
+    log(PROGRESS, "Building inter-mesh sparsity pattern on part %d.", part);
+
+    // Build sparsity pattern for interface. This builds the sparsity
+    // pattern for all dofs that may interact across the interface
+    // between cutting meshes.
+    _build_multimesh_sparsity_pattern_interface(sparsity_pattern, form, part);
+  }
+
+  log(PROGRESS, "Applying changes to sparsity pattern.");
+
+  // Finalize sparsity pattern
+  sparsity_pattern.apply();
+}
+//-----------------------------------------------------------------------------
+void SparsityPatternBuilder::_build_multimesh_sparsity_pattern_interface(
+  SparsityPattern& sparsity_pattern,
+  const MultiMeshForm& form,
+  std::size_t part)
+{
+  // Get multimesh
+  const auto& multimesh = form.multimesh();
+
+  // Get collision map
+  const auto& cmap = multimesh->collision_map_cut_cells(part);
+
+  // Data structures for storing dofs on cut (0) and cutting cell (1)
+  std::vector<ArrayView<const dolfin::la_index>> dofs_0(form.rank());
+  std::vector<ArrayView<const dolfin::la_index>> dofs_1(form.rank());
+
+  // FIXME: We need two different lists here because the interface
+  // FIXME: of insert() requires a list of pointers to dofs. Consider
+  // FIXME: improving the interface of SparsityPattern.
+
+  // Data structure for storing dofs on macro cell (0 + 1)
+  std::vector<std::vector<dolfin::la_index>> dofs(form.rank());
+  std::vector<ArrayView<const dolfin::la_index>> _dofs(form.rank());
+
+  // Iterate over all cut cells in collision map
+  for (auto it = cmap.begin(); it != cmap.end(); ++it)
+  {
+    // Get cut cell index
+    const unsigned int cut_cell_index = it->first;
+
+    // Get dofs for cut cell
+    for (std::size_t i = 0; i < form.rank(); i++)
+    {
+      const auto& dofmap = form.function_space(i)->dofmap()->part(part);
+      auto dmap = dofmap->cell_dofs(cut_cell_index);
+      dofs_0[i].set(dmap.size(), dmap.data());
+    }
+
+    // Iterate over cutting cells
+    const auto& cutting_cells = it->second;
+    for (auto jt = cutting_cells.begin(); jt != cutting_cells.end(); jt++)
+    {
+      // Get cutting part and cutting cell index
+      const std::size_t cutting_part = jt->first;
+      const std::size_t cutting_cell_index = jt->second;
+
+      // Add dofs for cutting cell
+      for (std::size_t i = 0; i < form.rank(); i++)
+      {
+        // Get dofs for cutting cell
+        const auto& dofmap
+          = form.function_space(i)->dofmap()->part(cutting_part);
+        auto dmap = dofmap->cell_dofs(cutting_cell_index);
+        dofs_1[i].set(dmap.size(), dmap.data());
+
+        // Collect dofs for cut and cutting cell
+        dofs[i].resize(dofs_0[i].size() + dofs_1[i].size());
+        std::copy(dofs_0[i].begin(), dofs_0[i].end(), dofs[i].begin());
+        std::copy(dofs_1[i].begin(), dofs_1[i].end(),
+                  dofs[i].begin() + dofs_0[i].size());
+        _dofs[i].set(dofs[i]);
+      }
+
+      // Insert into sparsity pattern
+      sparsity_pattern.insert_local(_dofs);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/SparsityPatternBuilder.h b/dolfin/fem/SparsityPatternBuilder.h
new file mode 100644
index 0000000..9bb0ea0
--- /dev/null
+++ b/dolfin/fem/SparsityPatternBuilder.h
@@ -0,0 +1,93 @@
+// Copyright (C) 2007 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Ola Skavhaug 2007.
+// Modified by Anders Logg 2008-2013
+// Modified by Cecile Daversin-Catty 2018
+//
+// First added:  2007-05-24
+// Last changed: 2018-08-24
+
+#ifndef __SPARSITY_PATTERN_BUILDER_H
+#define __SPARSITY_PATTERN_BUILDER_H
+
+#include <utility>
+#include <vector>
+#include "dolfin/common/types.h"
+
+namespace dolfin
+{
+
+  class GenericDofMap;
+  class Mesh;
+  class MultiMeshForm;
+  class SparsityPattern;
+
+  /// This class provides functions to compute the sparsity pattern
+  /// based on DOF maps
+
+  class SparsityPatternBuilder
+  {
+  public:
+
+    /// Build sparsity pattern for assembly of given form
+    static void build(SparsityPattern& sparsity_pattern,
+                      const Mesh& mesh,
+                      const std::vector<const GenericDofMap*> dofmaps,
+                      bool cells,
+                      bool interior_facets,
+                      bool exterior_facets,
+                      bool vertices,
+                      bool diagonal,
+                      bool init=true,
+                      bool finalize=true);
+
+    /// Mixed-domains - Mixed-dimensional version
+    /// (Test and trial function can belong to different meshes)
+    /// Mesh is the integration mesh (associated with the form)
+    /// mesh_ids[0] is the mesh id associated with the test function
+    /// mesh_ids[1] is the mesh id associated with the trial function
+    static void build_mixed(SparsityPattern& sparsity_pattern,
+			    const Mesh& mesh,
+			    std::vector<std::size_t> mesh_ids,
+			    const std::vector<const GenericDofMap*> dofmaps,
+			    bool cells,
+			    bool interior_facets,
+			    bool exterior_facets,
+			    bool vertices,
+			    bool diagonal,
+			    bool init=true,
+			    bool finalize=true);
+
+    /// Build sparsity pattern for assembly of given multimesh form
+    static void
+      build_multimesh_sparsity_pattern(SparsityPattern& sparsity_pattern,
+                                       const MultiMeshForm& form);
+
+  private:
+
+    // Build sparsity pattern for interface part of multimesh form
+    static void _build_multimesh_sparsity_pattern_interface
+      (SparsityPattern& sparsity_pattern,
+       const MultiMeshForm& form,
+       std::size_t part);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/SystemAssembler.cpp b/dolfin/fem/SystemAssembler.cpp
new file mode 100644
index 0000000..9b64bfc
--- /dev/null
+++ b/dolfin/fem/SystemAssembler.cpp
@@ -0,0 +1,1282 @@
+// Copyright (C) 2008-2015 Kent-Andre Mardal and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2008-2013
+// Modified by Joachim B Haga 2012
+// Modified by Jan Blechta 2013
+// Modified by Martin Alnaes 2013-2015
+// Modified by Cecile Daversin-Catty 2018
+
+#include <algorithm>
+#include <array>
+#include <Eigen/Dense>
+#include <boost/multi_array.hpp>
+
+#include <dolfin/common/ArrayView.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/common/types.h>
+#include <dolfin/function/GenericFunction.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/la/GenericMatrix.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/log/log.h>
+#include <dolfin/log/Progress.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/Facet.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/mesh/SubDomain.h>
+#include "AssemblerBase.h"
+#include "DirichletBC.h"
+#include "FiniteElement.h"
+#include "Form.h"
+#include "GenericDofMap.h"
+#include "UFC.h"
+#include "SystemAssembler.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+SystemAssembler::SystemAssembler(std::shared_ptr<const Form> a,
+                                 std::shared_ptr<const Form> L,
+                                 std::vector<std::shared_ptr<const DirichletBC>> bcs)
+  : _a({a}), _l({L}), _bcs({bcs})
+{
+  // Check forms for correct dimensions
+  check_forms(_a, _l);
+}
+//-----------------------------------------------------------------------------
+SystemAssembler::SystemAssembler(std::vector<std::shared_ptr<const Form>> a,
+                                 std::vector<std::shared_ptr<const Form>> L,
+             std::vector<std::vector<std::shared_ptr<const DirichletBC>>> bcs)
+  : _a(a), _l(L), _bcs(bcs)
+{
+  // Check forms for correct dimensions
+  check_forms(_a, _l);
+}
+//-----------------------------------------------------------------------------
+SystemAssembler::SystemAssembler(std::vector<std::shared_ptr<const Form>> a,
+                       std::vector<std::shared_ptr<const Form>> L,
+                       std::vector<std::shared_ptr<const DirichletBC>> bcs0,
+                       std::vector<std::shared_ptr<const DirichletBC>> bcs1)
+  : _a(a), _l(L), _bcs({bcs0, bcs1})
+{
+  // Check forms for correct dimensions
+  check_forms(_a, _l);
+}
+//-----------------------------------------------------------------------------
+void SystemAssembler::assemble(std::vector<std::shared_ptr<GenericMatrix>> A,
+                               std::vector<std::shared_ptr<GenericVector>> b)
+{
+  if (A.size() != _a.size())
+  {
+    dolfin_error("SystemAssembler.cpp",
+                 "assemble system",
+                 "Incorrect number of matrices for forms");
+  }
+
+  if (b.size() != _l.size())
+  {
+    dolfin_error("SystemAssembler.cpp",
+                 "assemble system",
+                 "Incorrect number of vectors for forms");
+  }
+
+  if (_bcs.size() != _l.size())
+  {
+    dolfin_error("SystemAssembler.cpp",
+                 "assemble system",
+                 "Incorrect number of BCs for forms");
+  }
+
+  // Make sure b does not get reset each time
+  add_values = true;
+
+  std::size_t nrows = b.size();
+  dolfin_assert(A.size()%nrows == 0);
+  std::size_t ncols = A.size()/nrows;
+
+  std::vector<std::vector<std::shared_ptr<const DirichletBC>>> bcs;
+  for (std::size_t i = 0; i != nrows; ++i)
+  {
+    bool assemble_rhs = true;
+    for (std::size_t j = 0; j != ncols; ++j)
+    {
+      std::size_t k = j + i*ncols;
+      // Only assemble RHS once, but apply BCs each time
+      if (i == j)
+        bcs = {_bcs[i]};
+      else
+        bcs = {_bcs[i], _bcs[j]};
+      // Some matrices and/or forms may be NULL
+      if (_a[k] and A[k])
+      {
+	assemble(&*A[k], &*b[i], NULL, _a[k], _l[i], bcs, assemble_rhs);
+        assemble_rhs = false;
+      }
+      else if (i == j and bcs[0].size() > 0)
+      {
+        dolfin_error("SystemAssembler.cpp",
+                     "assemble block system",
+                     "Boundary conditions cannot be specified on NULL block");
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void SystemAssembler::assemble(GenericMatrix& A, GenericVector& b)
+{
+  dolfin_assert(_l.size() == 1);
+  dolfin_assert(_a.size() == 1);
+
+  assemble(&A, &b, NULL, _a[0], _l[0], _bcs, true);
+}
+//-----------------------------------------------------------------------------
+void SystemAssembler::assemble(GenericMatrix& A)
+{
+  dolfin_assert(_l.size() == 1);
+  dolfin_assert(_a.size() == 1);
+
+  assemble(&A, NULL, NULL, _a[0], _l[0], _bcs, true);
+}
+//-----------------------------------------------------------------------------
+void SystemAssembler::assemble(GenericVector& b)
+{
+  dolfin_assert(_l.size() == 1);
+  dolfin_assert(_a.size() == 1);
+
+  assemble(NULL, &b, NULL, _a[0], _l[0], _bcs, true);
+}
+//-----------------------------------------------------------------------------
+void SystemAssembler::assemble(GenericMatrix& A, GenericVector& b,
+                               const GenericVector& x0)
+{
+  dolfin_assert(_l.size() == 1);
+  dolfin_assert(_a.size() == 1);
+
+  assemble(&A, &b, &x0, _a[0], _l[0], _bcs, true);
+}
+//-----------------------------------------------------------------------------
+void SystemAssembler::assemble(GenericVector& b, const GenericVector& x0)
+{
+  dolfin_assert(_l.size() == 1);
+  dolfin_assert(_a.size() == 1);
+
+  assemble(NULL, &b, &x0, _a[0], _l[0], _bcs, true);
+}
+//-----------------------------------------------------------------------------
+void SystemAssembler::check_forms(std::vector<std::shared_ptr<const Form>> a,
+                                  std::vector<std::shared_ptr<const Form>> L)
+{
+  // Check that a is a bilinear form
+  for (const auto &form : a)
+  {
+    if (form)
+    {
+      if (form->rank() != 2)
+      {
+        dolfin_error("SystemAssembler.cpp",
+                     "assemble system",
+                     "expected a bilinear form for a");
+      }
+    }
+  }
+
+  // Check that L is a linear form
+  for (const auto &form : L)
+  {
+    if (form)
+    {
+      if (form->rank() != 1)
+      {
+        dolfin_error("SystemAssembler.cpp",
+                     "assemble system",
+                     "expected a linear form for L");
+      }
+    }
+  }
+
+  std::size_t nrows = L.size();
+  dolfin_assert(a.size()%nrows == 0);
+  std::size_t ncols = a.size()/nrows;
+
+  for (std::size_t i = 0; i != nrows; ++i)
+  {
+    for (std::size_t j = 0; j != ncols; ++j)
+    {
+      const std::size_t k = j + i*ncols;
+      if(a[k])
+      {
+        auto fs_a = a[k]->function_space(0);
+        auto fs_L = L[i]->function_space(0);
+        if (fs_a != fs_L)
+        {
+          dolfin_error("SystemAssembler.cpp",
+                       "create SystemAssembler",
+                       "expected forms (a, L) to share a FunctionSpace");
+        }
+      }
+    }
+  }
+
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const MeshFunction<std::size_t>>
+_pick_one_meshfunction(std::string name,
+                       std::shared_ptr<const MeshFunction<std::size_t>> a,
+                       std::shared_ptr<const MeshFunction<std::size_t>> b)
+{
+  if ((a && b) && a != b)
+  {
+    warning("Bilinear and linear forms do not have same %s subdomains in "
+            "SystemAssembler. Taking %s subdomains from bilinear form",
+            name.c_str(), name.c_str());
+  }
+  return a ? a : b;
+}
+//-----------------------------------------------------------------------------
+bool SystemAssembler::check_functionspace_for_bc
+  (std::shared_ptr<const FunctionSpace> fs,
+   std::shared_ptr<const DirichletBC> bc) const
+{
+  return fs->contains(*(bc->function_space()));
+}
+//-----------------------------------------------------------------------------
+void SystemAssembler::assemble(GenericMatrix* A, GenericVector* b,
+          const GenericVector* x0,
+          std::shared_ptr<const Form> a,
+          std::shared_ptr<const Form> L,
+          std::vector<std::vector<std::shared_ptr<const DirichletBC>>> bcs,
+          bool integrate_rhs)
+{
+  dolfin_assert(a);
+  dolfin_assert(L);
+
+  // Set timer
+  Timer timer("Assemble system");
+
+  // Get mesh
+  dolfin_assert(a->mesh());
+  const Mesh& mesh = *(a->mesh());
+  dolfin_assert(mesh.ordered());
+
+  // Get cell domains
+  std::shared_ptr<const MeshFunction<std::size_t>> cell_domains
+    = _pick_one_meshfunction("cell_domains", a->cell_domains(),
+                             L->cell_domains());
+
+  // Get exterior facet domains
+  std::shared_ptr<const MeshFunction<std::size_t>> exterior_facet_domains
+    = _pick_one_meshfunction("exterior_facet_domains",
+                             a->exterior_facet_domains(),
+                             L->exterior_facet_domains());
+
+  // Get interior facet domains
+  std::shared_ptr<const MeshFunction<std::size_t>> interior_facet_domains
+    = _pick_one_meshfunction("interior_facet_domains",
+                             a->interior_facet_domains(),
+                             L->interior_facet_domains());
+
+  // Check forms
+  AssemblerBase::check(*a);
+  AssemblerBase::check(*L);
+
+  // Check that we have a bilinear and a linear form
+  dolfin_assert(a->rank() == 2);
+  dolfin_assert(L->rank() == 1);
+
+  // Check that forms share a function space
+  if (*a->function_space(0) != *L->function_space(0))
+  {
+    dolfin_error("SystemAssembler.cpp",
+                 "assemble system",
+                 "expected forms (a, L) to share a FunctionSpace");
+  }
+
+  // Create data structures for local assembly data
+  UFC A_ufc(*a), b_ufc(*L);
+
+  // Raise error for Point integrals
+  if (A_ufc.form.has_vertex_integrals() || b_ufc.form.has_vertex_integrals())
+  {
+    dolfin_error("SystemAssembler.cpp",
+                 "assemble system",
+                 "Point integrals are not supported (yet)");
+  }
+
+  // Gather UFC  objects
+  std::array<UFC*, 2> ufc = { { &A_ufc, &b_ufc} } ;
+
+  // Initialize global tensors
+  if (A)
+    init_global_tensor(*A, *a);
+  if (b)
+    init_global_tensor(*b, *L);
+
+  // Gather tensors
+  std::array<GenericTensor*, 2> tensors = { {A, b} };
+
+  // Allocate data
+  Scratch data(*a, *L);
+
+  // Bin boundary conditions according to which form they apply to
+  std::vector<DirichletBC::Map> boundary_values(bcs.size());
+
+  for (unsigned int axis = 0; axis != bcs.size(); ++axis)
+  {
+    for (auto &bc : bcs[axis])
+    {
+      if (!check_functionspace_for_bc(a->function_space(axis), bc))
+      {
+        dolfin_error("SystemAssembler.cpp",
+                     "match boundary condition to function space",
+                     "Function space on axis %d does not contain BC space", axis);
+      }
+      bc->get_boundary_values(boundary_values[axis]);
+      if (MPI::size(mesh.mpi_comm()) > 1 && bc->method() != "pointwise")
+        bc->gather(boundary_values[axis]);
+    }
+  }
+
+  // Modify boundary values for incremental (typically nonlinear)
+  // problems
+  // FIXME: not sure what happens when rectangular==true,
+  //        should we raise "not implemented error" here?
+  if (x0)
+  {
+    dolfin_assert(x0->size()
+                  == a->function_space(1)->dofmap()->global_dimension());
+
+    const std::size_t num_bc_dofs = boundary_values[0].size();
+    std::vector<dolfin::la_index> bc_indices;
+    std::vector<double> bc_values;
+    bc_indices.reserve(num_bc_dofs);
+    bc_values.reserve(num_bc_dofs);
+
+    // Build list of boundary dofs and values
+    for (const auto &bv : boundary_values[0])
+    {
+      bc_indices.push_back(bv.first);
+      bc_values.push_back(bv.second);
+    }
+
+    // Modify bc values
+    std::vector<double> x0_values(num_bc_dofs);
+    x0->get_local(x0_values.data(), num_bc_dofs, bc_indices.data());
+    for (std::size_t i = 0; i < num_bc_dofs; i++)
+      boundary_values[0][bc_indices[i]] = x0_values[i] - bc_values[i];
+  }
+
+  // Check whether we should do cell-wise or facet-wise assembly
+  if (!ufc[0]->form.has_interior_facet_integrals()
+      && !ufc[1]->form.has_interior_facet_integrals())
+  {
+    // Assemble cell-wise (no interior facet integrals)
+    cell_wise_assembly(tensors, ufc, data, boundary_values,
+                       cell_domains, exterior_facet_domains,
+                       integrate_rhs);
+  }
+  else
+  {
+    if (!integrate_rhs)
+    {
+      dolfin_error("SystemAssembler.cpp",
+                   "assemble block system",
+                   "Facet-wise assembly of blocked matrices not yet supported");
+    }
+
+    // Assemble facet-wise (including cell assembly)
+    facet_wise_assembly(tensors, ufc, data, boundary_values,
+                        cell_domains, exterior_facet_domains,
+                        interior_facet_domains);
+  }
+
+  // Finalise assembly
+  if (finalize_tensor)
+  {
+    if (A)
+      A->apply("add");
+    if (b)
+      b->apply("add");
+  }
+}
+//-----------------------------------------------------------------------------
+void SystemAssembler::cell_wise_assembly(
+  std::array<GenericTensor*, 2>& tensors,
+  std::array<UFC*, 2>& ufc,
+  Scratch& data,
+  const std::vector<DirichletBC::Map>& boundary_values,
+  std::shared_ptr<const MeshFunction<std::size_t>> cell_domains,
+  std::shared_ptr<const MeshFunction<std::size_t>> exterior_facet_domains,
+  bool integrate_rhs)
+{
+  // Extract mesh
+  dolfin_assert(ufc[0]->dolfin_form.mesh());
+  const Mesh& mesh = *(ufc[0]->dolfin_form.mesh());
+
+  // Initialize entities if using external facet integrals
+  dolfin_assert(mesh.ordered());
+  bool has_exterior_facet_integrals=ufc[0]->form.has_exterior_facet_integrals()
+      || ufc[1]->form.has_exterior_facet_integrals();
+  if (has_exterior_facet_integrals)
+  {
+    // Compute facets and facet-cell connectivity if not already computed
+    const std::size_t D = mesh.topology().dim();
+    mesh.init(D - 1);
+    mesh.init(D - 1, D);
+  }
+
+  // Collect pointers to dof maps
+  std::array<std::vector<const GenericDofMap*>, 2> dofmaps;
+  for (std::size_t i = 0; i < 2; ++i)
+    dofmaps[0].push_back(ufc[0]->dolfin_form.function_space(i)->dofmap().get());
+  dofmaps[1].push_back(ufc[1]->dolfin_form.function_space(0)->dofmap().get());
+
+  // Vector to hold dof map for a cell
+  std::array<std::vector<ArrayView<const dolfin::la_index>>, 2> cell_dofs
+    = { {std::vector<ArrayView<const dolfin::la_index>>(2),
+         std::vector<ArrayView<const dolfin::la_index>>(1)} };
+
+  // Create pointers to hold integral objects
+  std::array<const ufc::cell_integral*, 2> cell_integrals
+    = { {ufc[0]->default_cell_integral.get(),
+         ufc[1]->default_cell_integral.get()} };
+
+  std::array<const ufc::exterior_facet_integral*, 2> exterior_facet_integrals
+    = { { ufc[0]->default_exterior_facet_integral.get(),
+          ufc[1]->default_exterior_facet_integral.get()} };
+
+  // Check whether integrals are domain-dependent
+  bool use_cell_domains = cell_domains && !cell_domains->empty();
+  bool use_exterior_facet_domains
+    = exterior_facet_domains && !exterior_facet_domains->empty();
+
+  // Iterate over all cells
+  ufc::cell ufc_cell;
+  std::vector<double> coordinate_dofs;
+  Progress p("Assembling system (cell-wise)", mesh.num_cells());
+
+  std::size_t nforms = integrate_rhs ? 2 : 1;
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    // Check that cell is not a ghost
+    dolfin_assert(!cell->is_ghost());
+
+    // Get cell vertex coordinates
+    cell->get_coordinate_dofs(coordinate_dofs);
+
+    // Get UFC cell data
+    cell->get_cell_data(ufc_cell);
+
+    // Loop over lhs and then rhs contributions
+    for (std::size_t form = 0; form < nforms; ++form)
+    {
+      // Don't need to assemble rhs if only system matrix is required
+      if (form == 1 && !tensors[form])
+        continue;
+
+      // Get rank (lhs=2, rhs=1)
+      const std::size_t rank = (form == 0) ? 2 : 1;
+
+      // Zero data
+      std::fill(data.Ae[form].begin(), data.Ae[form].end(), 0.0);
+
+      // Get cell integrals for sub domain (if any)
+      if (use_cell_domains)
+      {
+        const std::size_t domain = (*cell_domains)[*cell];
+        cell_integrals[form] = ufc[form]->get_cell_integral(domain);
+      }
+
+      // Get local-to-global dof maps for cell
+      for (std::size_t dim = 0; dim < rank; ++dim)
+      {
+        auto dmap = dofmaps[form][dim]->cell_dofs(cell->index());
+        cell_dofs[form][dim].set(dmap.size(), dmap.data());
+      }
+
+      // Compute cell tensor (if required)
+      bool tensor_required;
+      if (rank == 2) // form == 0
+      {
+        tensor_required = cell_matrix_required(tensors[form],
+                                               cell_integrals[form],
+                                               boundary_values,
+                                               cell_dofs[form][1]);
+      }
+      else
+        tensor_required = tensors[form] && cell_integrals[form];
+
+      if (tensor_required)
+      {
+        // Update to current cell
+        ufc[form]->update(*cell, coordinate_dofs, ufc_cell,
+                          cell_integrals[form]->enabled_coefficients());
+
+        // Tabulate cell tensor
+        cell_integrals[form]->tabulate_tensor(ufc[form]->A.data(),
+                                              ufc[form]->w(),
+                                              coordinate_dofs.data(),
+                                              ufc_cell.orientation);
+        for (std::size_t i = 0; i < data.Ae[form].size(); ++i)
+          data.Ae[form][i] += ufc[form]->A[i];
+      }
+
+      // Compute exterior facet integral if present
+      if (has_exterior_facet_integrals)
+      {
+        for (FacetIterator facet(*cell); !facet.end(); ++facet)
+        {
+          // Only consider exterior facets
+          if (!facet->exterior())
+            continue;
+
+          // Get exterior facet integrals for sub domain (if any)
+          if (use_exterior_facet_domains)
+          {
+            const std::size_t domain = (*exterior_facet_domains)[*facet];
+            exterior_facet_integrals[form]
+              = ufc[form]->get_exterior_facet_integral(domain);
+          }
+
+          // Skip if there are no integrals
+          if (!exterior_facet_integrals[form])
+            continue;
+
+          // Extract local facet index
+          const std::size_t local_facet = cell->index(*facet);
+
+          // Determine if tensor needs to be computed
+          bool tensor_required;
+          if (rank == 2) // form == 0
+          {
+            tensor_required
+              = cell_matrix_required(tensors[form],
+                                     exterior_facet_integrals[form],
+                                     boundary_values,
+                                     cell_dofs[form][1]);
+          }
+          else
+            tensor_required = tensors[form];
+
+          // Add exterior facet tensor
+          if (tensor_required)
+          {
+            // Update to current cell
+            cell->get_cell_data(ufc_cell);
+            ufc[form]->update(*cell, coordinate_dofs, ufc_cell,
+                              exterior_facet_integrals[form]->enabled_coefficients());
+
+            // Tabulate exterior facet tensor
+            exterior_facet_integrals[form]->tabulate_tensor(ufc[form]->A.data(),
+                                                            ufc[form]->w(),
+                                                            coordinate_dofs.data(),
+                                                            local_facet,
+                                                            ufc_cell.orientation);
+            for (std::size_t i = 0; i < data.Ae[form].size(); i++)
+              data.Ae[form][i] += ufc[form]->A[i];
+          }
+        }
+      }
+    }
+
+    // If RHS has not been integrated, still want to add BC terms
+    if (!integrate_rhs)
+    {
+      auto dmap = dofmaps[1][0]->cell_dofs(cell->index());
+      cell_dofs[1][0].set(dmap.size(), dmap.data());
+      std::fill(data.Ae[1].begin(), data.Ae[1].end(), 0.0);
+    }
+
+    // Modify local matrix/element for Dirichlet boundary conditions
+    apply_bc(data.Ae[0].data(), data.Ae[1].data(), boundary_values,
+             cell_dofs[0][0], cell_dofs[0][1]);
+
+    // Add entries to global tensor
+    for (std::size_t form = 0; form < 2; ++form)
+    {
+      if (tensors[form])
+          tensors[form]->add_local(data.Ae[form].data(), cell_dofs[form]);
+    }
+
+    p++;
+  }
+
+}
+//-----------------------------------------------------------------------------
+void SystemAssembler::facet_wise_assembly(
+  std::array<GenericTensor*, 2>& tensors,
+  std::array<UFC*, 2>& ufc,
+  Scratch& data,
+  const std::vector<DirichletBC::Map>& boundary_values,
+  std::shared_ptr<const MeshFunction<std::size_t>> cell_domains,
+  std::shared_ptr<const MeshFunction<std::size_t>> exterior_facet_domains,
+  std::shared_ptr<const MeshFunction<std::size_t>> interior_facet_domains)
+{
+  // Extract mesh
+  dolfin_assert(ufc[0]->dolfin_form.mesh());
+  const Mesh& mesh = *(ufc[0]->dolfin_form.mesh());
+
+  // Sanity check of ghost mode (proper check in AssemblerBase::check)
+  dolfin_assert(mesh.ghost_mode() == "shared_vertex"
+                || mesh.ghost_mode() == "shared_facet"
+                || MPI::size(mesh.mpi_comm()) == 1);
+
+  // Compute facets and facet - cell connectivity if not already
+  // computed
+  const std::size_t D = mesh.topology().dim();
+  mesh.init(D - 1);
+  mesh.init(D - 1, D);
+
+  // Get my MPI rank
+  const int my_mpi_rank = MPI::rank(mesh.mpi_comm());
+
+  // Collect pointers to dof maps
+  std::array<std::vector<const GenericDofMap*>, 2> dofmaps;
+  for (std::size_t i = 0; i < 2; ++i)
+    dofmaps[0].push_back(ufc[0]->dolfin_form.function_space(i)->dofmap().get());
+  dofmaps[1].push_back(ufc[1]->dolfin_form.function_space(0)->dofmap().get());
+
+  // Cell dofmaps [form][cell][form dim]
+  std::array<std::array<std::vector<ArrayView<const dolfin::la_index>>,
+                        2>, 2> cell_dofs;
+  cell_dofs[0][0].resize(2);
+  cell_dofs[0][1].resize(2);
+  cell_dofs[1][0].resize(1);
+  cell_dofs[1][1].resize(1);
+
+  std::array<Cell, 2> cell;
+  std::array<std::size_t, 2> cell_index;
+  std::array<std::size_t, 2> local_facet;
+
+  // Vectors to hold dofs for macro cells
+  std::array<std::vector<std::vector<dolfin::la_index>>, 2> macro_dofs;
+  macro_dofs[0].resize(2);
+  macro_dofs[1].resize(1);
+
+  // Holder for number of dofs in macro-dofmap
+  std::vector<std::size_t> num_dofs(2);
+
+  // Holders for UFC integrals
+  std::array<const ufc::cell_integral*, 2> cell_integrals
+    = { { ufc[0]->default_cell_integral.get(),
+          ufc[1]->default_cell_integral.get() } };
+  std::array<const ufc::exterior_facet_integral*, 2> exterior_facet_integrals
+    = { { ufc[0]->default_exterior_facet_integral.get(),
+          ufc[1]->default_exterior_facet_integral.get() } };
+  std::array<const ufc::interior_facet_integral*, 2> interior_facet_integrals
+    = { { ufc[0]->default_interior_facet_integral.get(),
+          ufc[1]->default_interior_facet_integral.get() } };
+
+  // Check whether integrals are domain-dependent
+  bool use_cell_domains = cell_domains && !cell_domains->empty();
+  bool use_interior_facet_domains
+    = interior_facet_domains && !interior_facet_domains->empty();
+  bool use_exterior_facet_domains
+    = exterior_facet_domains && !exterior_facet_domains->empty();
+
+  // Indicator whether or not tensor is required
+  std::array<bool, 2> tensor_required_cell = {{false, false}};
+  std::array<bool, 2> tensor_required_facet = {{false, false}};
+
+  // Track whether or not cell contribution has been computed
+  std::array<bool, 2> compute_cell_tensor = {{true, true}};
+  std::vector<bool> cell_tensor_computed(mesh.num_cells(), false);
+
+  // Iterate over facets
+  std::array<ufc::cell, 2> ufc_cell;
+  std::array<std::vector<double>, 2> coordinate_dofs;
+  Progress p("Assembling system (facet-wise)", mesh.num_facets());
+  for (FacetIterator facet(mesh); !facet.end(); ++facet)
+  {
+    // Number of cells sharing facet
+    const std::size_t num_cells = facet->num_entities(D);
+
+    // Check that facet is not a ghost
+    dolfin_assert(!facet->is_ghost());
+
+    // Interior facet
+    if (num_cells == 2)
+    {
+      // Get cells incident with facet (which is 0 and 1 here is arbitrary)
+      dolfin_assert(facet->num_entities(D) == 2);
+      std::array<std::size_t, 2> cell_indices = {{facet->entities(D)[0],
+                                                  facet->entities(D)[1]}};
+
+      // Make sure cell marker for '+' side is larger than cell marker
+      // for '-' side.  Note: by ffc convention, 0 is + and 1 is -
+      if (use_cell_domains && (*cell_domains)[cell_indices[0]]
+          < (*cell_domains)[cell_indices[1]])
+      {
+        std::swap(cell_indices[0], cell_indices[1]);
+      }
+
+      // Get cells incident with facet and associated data
+      for (std::size_t c = 0; c < 2; ++c)
+      {
+        cell[c] = Cell(mesh, cell_indices[c]);
+        cell_index[c] = cell[c].index();
+        local_facet[c] = cell[c].index(*facet);
+        cell[c].get_coordinate_dofs(coordinate_dofs[c]);
+        cell[c].get_cell_data(ufc_cell[c], local_facet[c]);
+
+        compute_cell_tensor[c] = !cell_tensor_computed[cell_index[c]];
+      }
+
+      const bool process_facet = (cell[0].is_ghost() != cell[1].is_ghost());
+      bool facet_owner = true;
+      if (process_facet)
+      {
+        int ghost_rank = -1;
+        if (cell[0].is_ghost())
+          ghost_rank = cell[0].owner();
+        else
+          ghost_rank = cell[1].owner();
+        dolfin_assert(my_mpi_rank != ghost_rank);
+        dolfin_assert(ghost_rank != -1);
+        if (ghost_rank < my_mpi_rank)
+          facet_owner = false;
+      }
+
+      // Loop over lhs and then rhs contributions
+      for (std::size_t form = 0; form < 2; ++form)
+      {
+        // Don't need to assemble rhs if only system matrix is required
+        if (form == 1 && !tensors[form])
+          continue;
+
+        // Get rank (lhs=2, rhs=1)
+        const std::size_t rank = (form == 0) ? 2 : 1;
+
+        // Compute number of dofs in macro dofmap
+        std::fill(num_dofs.begin(), num_dofs.begin() + rank, 0);
+        for (std::size_t c = 0; c < 2; ++c)
+        {
+          for (std::size_t dim = 0; dim < rank; ++dim)
+          {
+            auto dmap = dofmaps[form][dim]->cell_dofs(cell_index[c]);
+            cell_dofs[form][c][dim].set(dmap.size(), dmap.data());
+            num_dofs[dim] += cell_dofs[form][c][dim].size();
+          }
+
+          // Resize macro dof holder
+          for (std::size_t dim = 0; dim < rank; ++dim)
+            macro_dofs[form][dim].resize(num_dofs[dim]);
+
+          // Tabulate dofs on macro element
+          const std::size_t rank = (form == 0) ? 2 : 1;
+          for (std::size_t dim = 0; dim < rank; ++dim)
+          {
+            std::copy(cell_dofs[form][c][dim].begin(),
+                      cell_dofs[form][c][dim].end(),
+                      macro_dofs[form][dim].begin()
+                      + c*cell_dofs[form][0][dim].size());
+          }
+        }
+
+        // Get facet integral for sub domain (if any)
+        if (use_interior_facet_domains)
+        {
+          const std::size_t domain = (*interior_facet_domains)[*facet];
+          interior_facet_integrals[form]
+            = ufc[form]->get_interior_facet_integral(domain);
+        }
+
+        // Check if facet tensor is required
+        if (rank == 2)
+        {
+          for (std::size_t c = 0; c < 2; ++c)
+          {
+            tensor_required_facet[form]
+              = cell_matrix_required(tensors[form],
+                                     interior_facet_integrals[form],
+                                     boundary_values,
+                                     cell_dofs[form][c][1]);
+            if (tensor_required_facet[form])
+              break;
+          }
+        }
+        else
+        {
+          tensor_required_facet[form]
+            = (tensors[form] && interior_facet_integrals[form]);
+        }
+
+        // Get cell integrals (if required)
+        for (std::size_t c = 0; c < 2; ++c)
+        {
+          if (compute_cell_tensor[c])
+          {
+            // Get cell integrals for sub domain (if any)
+            if (use_cell_domains)
+            {
+              const std::size_t domain = (*cell_domains)[cell[c]];
+              cell_integrals[form] = ufc[form]->get_cell_integral(domain);
+            }
+
+            // Check if facet tensor is required
+            if (form == 0)
+            {
+              tensor_required_cell[form]
+                = cell_matrix_required(tensors[form],
+                                       cell_integrals[form],
+                                       boundary_values,
+                                       cell_dofs[form][c][1]);
+            }
+            else
+              tensor_required_cell[form] = tensors[form] && cell_integrals[form];
+          }
+        }
+
+        // Reset work array
+        std::fill(ufc[form]->macro_A.begin(), ufc[form]->macro_A.end(), 0.0);
+      }
+
+      // Compute cell/facet tensor for lhs and rhs
+      std::array<std::size_t, 2> matrix_size;
+      std::size_t vector_size = 0;
+      for (std::size_t c = 0; c < 2; ++c)
+      {
+        matrix_size[0] = cell_dofs[0][c][0].size();
+        matrix_size[1] = cell_dofs[0][c][1].size();
+        vector_size = cell_dofs[1][c][0].size();
+      }
+      compute_interior_facet_tensor(ufc, ufc_cell,
+                                    coordinate_dofs,
+                                    tensor_required_cell,
+                                    tensor_required_facet,
+                                    cell, local_facet,
+                                    facet_owner,
+                                    cell_integrals,
+                                    interior_facet_integrals,
+                                    matrix_size,
+                                    vector_size,
+                                    compute_cell_tensor);
+
+      // Modify local tensors for bcs
+      ArrayView<const la_index> mdofs0(macro_dofs[0][0]);
+      ArrayView<const la_index> mdofs1(macro_dofs[0][1]);
+      apply_bc(ufc[0]->macro_A.data(), ufc[1]->macro_A.data(), boundary_values,
+               mdofs0, mdofs1);
+
+      // Add entries to global tensor
+      if (tensors[1])
+      {
+        std::vector<ArrayView<const la_index>> mdofs(macro_dofs[1].size());
+        for (std::size_t i = 0; i < macro_dofs[1].size(); ++i)
+          mdofs[i].set(macro_dofs[1][i]);
+        tensors[1]->add_local(ufc[1]->macro_A.data(), mdofs);
+      }
+
+      const bool add_macro_element
+        = ufc[0]->form.has_interior_facet_integrals();
+      if (tensors[0] && add_macro_element)
+      {
+        std::vector<ArrayView<const la_index>> mdofs(macro_dofs[0].size());
+        for (std::size_t i = 0; i < macro_dofs[0].size(); ++i)
+          mdofs[i].set(macro_dofs[0][i]);
+        tensors[0]->add_local(ufc[0]->macro_A.data(), mdofs);
+      }
+      else if (tensors[0] && !add_macro_element && tensor_required_cell[0])
+      {
+        // FIXME: This can be simplied by assembling into Ae instead
+        // of macro_A.
+
+        // The sparsity pattern may not support the macro element so
+        // instead extract back out the diagonal cell blocks and add
+        // them individually
+        matrix_block_add(*tensors[0], data.Ae[0], ufc[0]->macro_A,
+                         compute_cell_tensor, cell_dofs[0]);
+      }
+
+      // Mark cells as processed
+      cell_tensor_computed[cell_index[0]] = true;
+      cell_tensor_computed[cell_index[1]] = true;
+    }
+    else // Exterior facet
+    {
+      // Get mesh cell to which mesh facet belongs (pick first, there
+      // is only one)
+      Cell cell(mesh, facet->entities(mesh.topology().dim())[0]);
+
+      // Check of attached cell needs to be processed
+      compute_cell_tensor[0] = !cell_tensor_computed[cell.index()];
+
+       // Decide if tensor needs to be computed
+      for (std::size_t form = 0; form < 2; ++form)
+      {
+        // Get rank (lhs=2, rhs=1)
+        const std::size_t rank = (form == 0) ? 2 : 1;
+
+        // Get cell integrals for sub domain (if any)
+        if (use_cell_domains)
+        {
+          const std::size_t domain = (*cell_domains)[cell];
+          cell_integrals[form] = ufc[form]->get_cell_integral(domain);
+        }
+
+        // Get exterior facet integrals for sub domain (if any)
+        if (use_exterior_facet_domains)
+        {
+          const std::size_t domain = (*exterior_facet_domains)[*facet];
+          exterior_facet_integrals[form]
+            = ufc[form]->get_exterior_facet_integral(domain);
+        }
+
+        // Get local-to-global dof maps for cell
+        for (std::size_t dim = 0; dim < rank; ++dim)
+        {
+          auto dmap = dofmaps[form][dim]->cell_dofs(cell.index());
+          cell_dofs[form][0][dim].set(dmap.size(), dmap.data());
+        }
+
+        // Store if tensor is required
+        if (rank == 2)
+        {
+          tensor_required_facet[form]
+            = cell_matrix_required(tensors[form],
+                                   exterior_facet_integrals[form],
+                                   boundary_values,
+                                   cell_dofs[form][0][1]);
+          tensor_required_cell[form]
+            = cell_matrix_required(tensors[form],
+                                   cell_integrals[form],
+                                   boundary_values,
+                                   cell_dofs[form][0][1]);
+        }
+        else
+        {
+          tensor_required_facet[form]
+            = (tensors[form] && exterior_facet_integrals[form]);
+          tensor_required_cell[form]
+            = tensors[form] && cell_integrals[form];
+        }
+      }
+
+      // Compute cell/facet tensors
+      compute_exterior_facet_tensor(data.Ae, ufc, ufc_cell[0],
+                                    coordinate_dofs[0],
+                                    tensor_required_cell,
+                                    tensor_required_facet,
+                                    cell, *facet,
+                                    cell_integrals,
+                                    exterior_facet_integrals,
+                                    compute_cell_tensor[0]);
+
+      // Modify local matrix/element for Dirichlet boundary conditions
+      apply_bc(data.Ae[0].data(), data.Ae[1].data(), boundary_values,
+               cell_dofs[0][0][0], cell_dofs[0][0][1]);
+
+      // Add entries to global tensor
+      for (std::size_t form = 0; form < 2; ++form)
+      {
+        if (tensors[form])
+          tensors[form]->add_local(data.Ae[form].data(), cell_dofs[form][0]);
+      }
+
+      // Mark cell as processed
+      cell_tensor_computed[cell.index()] = true;
+    }
+    p++;
+  }
+}
+//-----------------------------------------------------------------------------
+void SystemAssembler::compute_exterior_facet_tensor(
+  std::array<std::vector<double>, 2>& Ae,
+  std::array<UFC*, 2>& ufc,
+  ufc::cell& ufc_cell,
+  std::vector<double>& coordinate_dofs,
+  const std::array<bool, 2>& tensor_required_cell,
+  const std::array<bool, 2>& tensor_required_facet,
+  const Cell& cell,
+  const Facet& facet,
+  const std::array<const ufc::cell_integral*, 2>& cell_integrals,
+  const std::array<const ufc::exterior_facet_integral*, 2>& exterior_facet_integrals,
+  const bool compute_cell_tensor)
+{
+  // Get local index of facet with respect to the cell
+  const std::size_t local_facet = cell.index(facet);
+
+  // Get cell data
+  cell.get_coordinate_dofs(coordinate_dofs);
+  cell.get_cell_data(ufc_cell, local_facet);
+
+  // Loop over lhs and then rhs facet contributions
+  for (std::size_t form = 0; form < 2; ++form)
+  {
+    // Initialize macro element matrix/vector to zero
+    std::fill(Ae[form].begin(), Ae[form].end(), 0.0);
+    std::fill(ufc[form]->A.begin(), ufc[form]->A.end(), 0.0);
+
+    // Compute facet integral,if required
+    if (tensor_required_facet[form])
+    {
+      // Update UFC object
+      ufc[form]->update(cell, coordinate_dofs, ufc_cell,
+                        exterior_facet_integrals[form]->enabled_coefficients());
+      exterior_facet_integrals[form]->tabulate_tensor(ufc[form]->A.data(),
+                                                      ufc[form]->w(),
+                                                      coordinate_dofs.data(),
+                                                      local_facet,
+                                                      ufc_cell.orientation);
+      for (std::size_t i = 0; i < Ae[form].size(); i++)
+        Ae[form][i] += ufc[form]->A[i];
+    }
+
+    // Assemble cell integral (if required)
+    if (compute_cell_tensor)
+    {
+      dolfin_assert(!cell.is_ghost());
+
+      // Compute cell integral, if required
+      if (tensor_required_cell[form])
+      {
+        ufc[form]->update(cell, coordinate_dofs, ufc_cell,
+                          cell_integrals[form]->enabled_coefficients());
+        cell_integrals[form]->tabulate_tensor(ufc[form]->A.data(),
+                                              ufc[form]->w(),
+                                              coordinate_dofs.data(),
+                                              ufc_cell.orientation);
+        for (std::size_t i = 0; i < Ae[form].size(); i++)
+          Ae[form][i] += ufc[form]->A[i];
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void SystemAssembler::compute_interior_facet_tensor(
+  std::array<UFC*, 2>& ufc,
+  std::array<ufc::cell, 2>& ufc_cell,
+  std::array<std::vector<double>, 2>& coordinate_dofs,
+  const std::array<bool, 2>& tensor_required_cell,
+  const std::array<bool, 2>& tensor_required_facet,
+  const std::array<Cell, 2>& cell,
+  const std::array<std::size_t, 2>& local_facet,
+  const bool facet_owner,
+  const std::array<const ufc::cell_integral*, 2>& cell_integrals,
+  const std::array<const ufc::interior_facet_integral*, 2>& interior_facet_integrals,
+  const std::array<std::size_t, 2>& matrix_size,
+  const std::size_t vector_size,
+  const std::array<bool, 2> compute_cell_tensor)
+{
+  // Compute facet contribution to tensor, if required
+  // Loop over lhs and then rhs facet contributions
+  for (std::size_t form = 0; form < 2; ++form)
+  {
+    // Compute interior facet integral
+    if (tensor_required_facet[form] && facet_owner)
+    {
+      // Update to current pair of cells
+      ufc[form]->update(cell[0], coordinate_dofs[0], ufc_cell[0],
+                        cell[1], coordinate_dofs[1], ufc_cell[1],
+                        interior_facet_integrals[form]->enabled_coefficients());
+      // Integrate over facet
+      interior_facet_integrals[form]->tabulate_tensor(ufc[form]->macro_A.data(),
+                                                      ufc[form]->macro_w(),
+                                                      coordinate_dofs[0].data(),
+                                                      coordinate_dofs[1].data(),
+                                                      local_facet[0],
+                                                      local_facet[1],
+                                                      ufc_cell[0].orientation,
+                                                      ufc_cell[1].orientation);
+    }
+
+    // Compute cell contribution
+    for (std::size_t c = 0; c < 2; ++c)
+    {
+      if (compute_cell_tensor[c])
+      {
+        // Compute cell tensor, if required
+        if (tensor_required_cell[form] and !cell[c].is_ghost())
+        {
+          ufc[form]->update(cell[c], coordinate_dofs[c], ufc_cell[c],
+                            cell_integrals[form]->enabled_coefficients());
+          cell_integrals[form]->tabulate_tensor(ufc[form]->A.data(),
+                                                ufc[form]->w(),
+                                                coordinate_dofs[c].data(),
+                                                ufc_cell[c].orientation);
+
+          // FIXME: Can the below two blocks be consolidated?
+          const std::size_t nn = matrix_size[0];
+          if (form == 0)
+          {
+            const std::size_t mm = matrix_size[1];
+            for (std::size_t i = 0; i < mm; i++)
+            {
+              for (std::size_t j = 0; j < nn; j++)
+              {
+                ufc[form]->macro_A[2*nn*mm*c + 2*i*nn + nn*c + j]
+                  += ufc[form]->A[i*nn + j];
+              }
+            }
+          }
+          else
+          {
+            for (std::size_t i = 0; i < vector_size; i++)
+              ufc[form]->macro_A[nn*c + i] += ufc[form]->A[i];
+          }
+        }
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void SystemAssembler::matrix_block_add(
+  GenericTensor& tensor,
+  std::vector<double>& Ae,
+  std::vector<double>& macro_A,
+  const std::array<bool, 2>& add_local_tensor,
+  const std::array<std::vector<ArrayView<const la_index>>, 2>& cell_dofs)
+{
+  for (std::size_t c = 0; c < 2; ++c)
+  {
+    // Add cell tensor, if not already processed
+    if (add_local_tensor[c])
+    {
+      std::fill(Ae.begin(), Ae.end(), 0.0);
+      const std::size_t nn = cell_dofs[c][0].size();
+      const std::size_t mm = cell_dofs[c][1].size();
+      for (std::size_t i = 0; i < mm; i++)
+      {
+        for (std::size_t j = 0; j < nn; j++)
+          Ae[i*nn + j] = macro_A[2*nn*mm*c + 2*i*nn + nn*c +j];
+      }
+      tensor.add_local(Ae.data(), cell_dofs[c]);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void
+SystemAssembler::apply_bc(double* A, double* b,
+                          const std::vector<DirichletBC::Map>& boundary_values,
+                          const ArrayView<const dolfin::la_index>& global_dofs0,
+                          const ArrayView<const dolfin::la_index>& global_dofs1)
+{
+  dolfin_assert(A);
+  dolfin_assert(b);
+
+  // Wrap matrix and vector using Eigen
+  Eigen::Map<Eigen::Matrix<double, Eigen::Dynamic, Eigen::Dynamic,
+                           Eigen::RowMajor>>
+    _matA(A, global_dofs0.size(), global_dofs1.size());
+  Eigen::Map<Eigen::VectorXd> _b(b, global_dofs0.size());
+
+  if (boundary_values.size() == 1)
+  {
+    // Square matrix with same FunctionSpace on each axis
+    // Loop over columns/rows
+    for (int i = 0; i < _matA.cols(); ++i)
+    {
+      const std::size_t ii = global_dofs1[i];
+      DirichletBC::Map::const_iterator bc_value = boundary_values[0].find(ii);
+      if (bc_value != boundary_values[0].end())
+      {
+        // Zero row
+        _matA.row(i).setZero();
+
+        // Modify RHS (subtract (bc_column(A))*bc_val from b)
+        _b -= _matA.col(i)*bc_value->second;
+
+        // Zero column
+        _matA.col(i).setZero();
+
+        // Place 1 on diagonal and bc on RHS (i th row ).
+        _b(i)       = bc_value->second;
+        _matA(i, i) = 1.0;
+      }
+    }
+  }
+  else
+  {
+    // Possibly rectangular matrix with different spaces on axes
+    // FIXME: This won't work for forms on W x W.sub(0), which would contain
+    //        diagonal. This is difficult to distinguish from form
+    //        on V x Q which would by accident contain V bc and Q bc with
+    //        same dof index, but that's not diagonal.
+    //
+    //        Essentially we need to detect if _a->function_space(0) and
+    //        _a->function_space(1) share the common super space (use
+    //        FunctionSpace::_root_space_id). In that case dof ids are shared
+    //        and matrix has diagonal. Otherwise it does not have diagonal.
+
+    // Loop over rows first
+    for (int i = 0; i < _matA.rows(); ++i)
+    {
+      const std::size_t ii = global_dofs0[i];
+      DirichletBC::Map::const_iterator bc_value = boundary_values[0].find(ii);
+      if (bc_value != boundary_values[0].end())
+        _matA.row(i).setZero();
+    }
+
+    // Loop over columns
+    for (int j = 0; j < _matA.cols(); ++j)
+    {
+      const std::size_t jj = global_dofs1[j];
+      DirichletBC::Map::const_iterator bc_value = boundary_values[1].find(jj);
+      if (bc_value != boundary_values[1].end())
+      {
+        // Modify RHS (subtract (bc_column(A))*bc_val from b)
+        _b -= _matA.col(j)*bc_value->second;
+        _matA.col(j).setZero();
+      }
+    }
+  }
+
+}
+//-----------------------------------------------------------------------------
+bool SystemAssembler::has_bc(const DirichletBC::Map& boundary_values,
+                             const ArrayView<const dolfin::la_index>& dofs)
+{
+  // Loop over dofs and check if bc is applied
+  for (auto dof = dofs.begin(); dof != dofs.end(); ++dof)
+  {
+    DirichletBC::Map::const_iterator bc_value = boundary_values.find(*dof);
+    if (bc_value != boundary_values.end())
+      return true;
+  }
+
+  return false;
+}
+//-----------------------------------------------------------------------------
+bool SystemAssembler::cell_matrix_required(
+  const GenericTensor* A,
+  const void* integral,
+  const std::vector<DirichletBC::Map>& boundary_values,
+  const ArrayView<const dolfin::la_index>& dofs)
+{
+  if (A && integral)
+    return true;
+  else if (integral && has_bc(boundary_values[0], dofs))
+    return true;
+  else
+    return false;
+}
+//-----------------------------------------------------------------------------
+SystemAssembler::Scratch::Scratch(const Form& a, const Form& L)
+{
+  std::size_t A_num_entries
+    = a.function_space(0)->dofmap()->max_element_dofs();
+  A_num_entries *= a.function_space(1)->dofmap()->max_element_dofs();
+  Ae[0].resize(A_num_entries);
+  Ae[1].resize(L.function_space(0)->dofmap()->max_element_dofs());
+}
+//-----------------------------------------------------------------------------
+SystemAssembler::Scratch::~Scratch()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/SystemAssembler.h b/dolfin/fem/SystemAssembler.h
new file mode 100644
index 0000000..19ea8bf
--- /dev/null
+++ b/dolfin/fem/SystemAssembler.h
@@ -0,0 +1,217 @@
+// Copyright (C) 2008-2015 Kent-Andre Mardal and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2008-2011
+// Modified by Cecile Daversin-Catty 2018
+
+#ifndef __SYSTEM_ASSEMBLER_H
+#define __SYSTEM_ASSEMBLER_H
+
+#include <array>
+#include <map>
+#include <memory>
+#include <vector>
+
+#include "DirichletBC.h"
+#include "AssemblerBase.h"
+
+namespace ufc
+{
+  class cell;
+  class cell_integral;
+  class exterior_facet_integral;
+  class interior_facet_integral;
+}
+
+namespace dolfin
+{
+
+  // Forward declarations
+  template<typename T> class ArrayView;
+  class Cell;
+  class Facet;
+  class Form;
+  class GenericDofMap;
+  class GenericMatrix;
+  class GenericVector;
+  template<typename T> class MeshFunction;
+  class UFC;
+
+  /// This class provides an assembler for systems of the form Ax =
+  /// b. It differs from the default DOLFIN assembler in that it
+  /// applies boundary conditions at the time of assembly, which
+  /// preserves any symmetries in A.
+
+  class SystemAssembler : public AssemblerBase
+  {
+  public:
+
+    /// Constructor
+    SystemAssembler(std::shared_ptr<const Form> a,
+                    std::shared_ptr<const Form> L,
+                    std::vector<std::shared_ptr<const DirichletBC>> bcs);
+
+    /// Constructor with multiple LHS forms, matching a common RHS form
+    /// with BCs defined for the column space of each LHS form
+    SystemAssembler(std::vector<std::shared_ptr<const Form>> a,
+                    std::vector<std::shared_ptr<const Form>> L,
+        std::vector<std::vector<std::shared_ptr<const DirichletBC>>> bcs);
+
+    /// FIXME: Constructor with two sets of BCs (for 2x2 system)
+    /// Need to figure out how to wrap vector<vector<shared_ptr<TYPE>>> in SWIG
+    SystemAssembler(std::vector<std::shared_ptr<const Form>> a,
+                    std::vector<std::shared_ptr<const Form>> L,
+                    std::vector<std::shared_ptr<const DirichletBC>> bcs0,
+                    std::vector<std::shared_ptr<const DirichletBC>> bcs1);
+
+    /// Assemble system (A, b)
+    void assemble(GenericMatrix& A, GenericVector& b);
+
+    /// Assemble matrix A
+    void assemble(GenericMatrix& A);
+
+    /// Assemble vector b
+    void assemble(GenericVector& b);
+
+    /// Assemble system (A, b) for (negative) increment dx, where x =
+    /// x0 - dx is solution to system a == -L subject to bcs.
+    /// Suitable for use inside a (quasi-)Newton solver.
+    void assemble(GenericMatrix& A, GenericVector& b, const GenericVector& x0);
+
+    /// Assemble rhs vector b for (negative) increment dx, where x =
+    /// x0 - dx is solution to system a == -L subject to bcs.
+    /// Suitable for use inside a (quasi-)Newton solver.
+    void assemble(GenericVector& b, const GenericVector& x0);
+
+    /// Assemble row of matrices and associated RHS vector.
+    void assemble(std::vector<std::shared_ptr<GenericMatrix>> A,
+                  std::vector<std::shared_ptr<GenericVector>> b);
+
+  private:
+
+    // Class to hold temporary data
+    class Scratch
+    {
+    public:
+      Scratch(const Form& a, const Form& L);
+      ~Scratch();
+      std::array<std::vector<double>, 2> Ae;
+    };
+
+    // Check form arity etc
+    static void check_forms(std::vector<std::shared_ptr<const Form>> a,
+                            std::vector<std::shared_ptr<const Form>> L);
+
+    // Assemble system
+    void assemble(GenericMatrix* A, GenericVector* b,
+                  const GenericVector* x0,
+                  std::shared_ptr<const Form> a,
+                  std::shared_ptr<const Form> L,
+                  std::vector<std::vector<std::shared_ptr<const DirichletBC>>> bcs,
+                  bool integrate_rhs);
+
+    // Bilinear and linear forms
+    std::vector<std::shared_ptr<const Form>> _a;
+    std::vector<std::shared_ptr<const Form>> _l;
+
+    // Boundary conditions for each space in the forms
+    std::vector<std::vector<std::shared_ptr<const DirichletBC>>> _bcs;
+
+    static void cell_wise_assembly(
+      std::array<GenericTensor*, 2>& tensors,
+      std::array<UFC*, 2>& ufc,
+      Scratch& data,
+      const std::vector<DirichletBC::Map>& boundary_values,
+      std::shared_ptr<const MeshFunction<std::size_t>> cell_domains,
+      std::shared_ptr<const MeshFunction<std::size_t>> exterior_facet_domains,
+      bool integrate_rhs);
+
+    static void facet_wise_assembly(
+      std::array<GenericTensor*, 2>& tensors,
+      std::array<UFC*, 2>& ufc,
+      Scratch& data,
+      const std::vector<DirichletBC::Map>& boundary_values,
+      std::shared_ptr<const MeshFunction<std::size_t>> cell_domains,
+      std::shared_ptr<const MeshFunction<std::size_t>> exterior_facet_domains,
+      std::shared_ptr<const MeshFunction<std::size_t>> interior_facet_domains);
+
+    // Compute exterior facet (and possibly connected cell)
+    // contribution
+    static void compute_exterior_facet_tensor(
+      std::array<std::vector<double>, 2>& Ae,
+      std::array<UFC*, 2>& ufc,
+      ufc::cell& ufc_cell,
+      std::vector<double>& coordinate_dofs,
+      const std::array<bool, 2>& tensor_required_cell,
+      const std::array<bool, 2>& tensor_required_facet,
+      const Cell& cell,
+      const Facet& facet,
+      const std::array<const ufc::cell_integral*, 2>& cell_integrals,
+      const std::array<const ufc::exterior_facet_integral*, 2>& exterior_facet_integrals,
+      const bool compute_cell_tensor);
+
+    // Compute interior facet (and possibly connected cell)
+    // contribution
+    static void compute_interior_facet_tensor(
+      std::array<UFC*, 2>& ufc,
+      std::array<ufc::cell, 2>& ufc_cell,
+      std::array<std::vector<double>, 2>& coordinate_dofs,
+      const std::array<bool, 2>& tensor_required_cell,
+      const std::array<bool, 2>& tensor_required_facet,
+      const std::array<Cell, 2>& cell,
+      const std::array<std::size_t, 2>& local_facet,
+      const bool facet_owner,
+      const std::array<const ufc::cell_integral*, 2>& cell_integrals,
+      const std::array<const ufc::interior_facet_integral*, 2>& interior_facet_integrals,
+      const std::array<std::size_t, 2>& matrix_size,
+      const std::size_t vector_size,
+      const std::array<bool, 2> compute_cell_tensor);
+
+    // Modified matrix insertion for case when rhs has facet integrals
+    // and lhs has no facet integrals
+    static void matrix_block_add(
+      GenericTensor& tensor,
+      std::vector<double>& Ae,
+      std::vector<double>& macro_A,
+      const std::array<bool, 2>& add_local_tensor,
+      const std::array<std::vector<ArrayView<const la_index>>, 2>& cell_dofs);
+
+    static void apply_bc(double* A, double* b,
+                         const std::vector<DirichletBC::Map>& boundary_values,
+                         const ArrayView<const dolfin::la_index>& global_dofs0,
+                         const ArrayView<const dolfin::la_index>& global_dofs1);
+
+    bool check_functionspace_for_bc
+      (std::shared_ptr<const FunctionSpace> fs, std::shared_ptr<const DirichletBC> bc) const;
+
+    // Return true if cell has an Dirichlet/essential boundary
+    // condition applied
+    static bool has_bc(const DirichletBC::Map& boundary_values,
+                       const ArrayView<const dolfin::la_index>& dofs);
+
+    // Return true if element matrix is required
+    static bool
+      cell_matrix_required(const GenericTensor* A,
+                           const void* integral,
+                           const std::vector<DirichletBC::Map>& boundary_values,
+                           const ArrayView<const dolfin::la_index>& dofs);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/fem/UFC.cpp b/dolfin/fem/UFC.cpp
new file mode 100644
index 0000000..6bec627
--- /dev/null
+++ b/dolfin/fem/UFC.cpp
@@ -0,0 +1,223 @@
+// Copyright (C) 2007-2015 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Ola Skavhaug, 2009
+// Modified by Garth N. Wells, 2010
+// Modified by Martin Alnaes, 2013-2015
+
+#include <dolfin/common/types.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/function/GenericFunction.h>
+#include "GenericDofMap.h"
+#include "FiniteElement.h"
+#include "Form.h"
+#include "UFC.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+UFC::UFC(const Form& a) : form(*a.ufc_form()), coefficients(a.coefficients()),
+                          dolfin_form(a)
+{
+  dolfin_assert(a.ufc_form());
+  init(a);
+}
+//-----------------------------------------------------------------------------
+UFC::UFC(const UFC& ufc) : form(ufc.form),
+                           coefficients(ufc.dolfin_form.coefficients()),
+                           dolfin_form(ufc.dolfin_form)
+{
+  this->init(ufc.dolfin_form);
+}
+//-----------------------------------------------------------------------------
+UFC::~UFC()
+{
+  // Do nothing
+}
+
+//-----------------------------------------------------------------------------
+void UFC::init(const Form& a)
+{
+  // Get function spaces for arguments
+  std::vector<std::shared_ptr<const FunctionSpace>> V = a.function_spaces();
+
+  // Create finite elements for coefficients
+  for (std::size_t i = 0; i < form.num_coefficients(); i++)
+  {
+    std::shared_ptr<ufc::finite_element>
+      element(form.create_finite_element(form.rank() + i));
+    coefficient_elements.push_back(FiniteElement(element));
+  }
+
+  // Create cell integrals
+  default_cell_integral
+    = std::shared_ptr<ufc::cell_integral>(form.create_default_cell_integral());
+  for (std::size_t i = 0; i < form.max_cell_subdomain_id(); i++)
+    cell_integrals.push_back(std::shared_ptr<ufc::cell_integral>(form.create_cell_integral(i)));
+
+  // Create exterior facet integrals
+  default_exterior_facet_integral
+    = std::shared_ptr<ufc::exterior_facet_integral>(form.create_default_exterior_facet_integral());
+  for (std::size_t i = 0; i < form.max_exterior_facet_subdomain_id(); i++)
+    exterior_facet_integrals.push_back(std::shared_ptr<ufc::exterior_facet_integral>(form.create_exterior_facet_integral(i)));
+
+  // Create interior facet integrals
+  default_interior_facet_integral
+    = std::shared_ptr<ufc::interior_facet_integral>(form.create_default_interior_facet_integral());
+  for (std::size_t i = 0; i < form.max_interior_facet_subdomain_id(); i++)
+    interior_facet_integrals.push_back(std::shared_ptr<ufc::interior_facet_integral>(form.create_interior_facet_integral(i)));
+
+  // Create point integrals
+  default_vertex_integral
+    = std::shared_ptr<ufc::vertex_integral>(this->form.create_default_vertex_integral());
+  for (std::size_t i = 0; i < this->form.max_vertex_subdomain_id(); i++)
+    vertex_integrals.push_back(std::shared_ptr<ufc::vertex_integral>(this->form.create_vertex_integral(i)));
+
+  // Create custom integrals
+  default_custom_integral
+    = std::shared_ptr<ufc::custom_integral>(this->form.create_default_custom_integral());
+  for (std::size_t i = 0; i < this->form.max_custom_subdomain_id(); i++)
+    custom_integrals.push_back(std::shared_ptr<ufc::custom_integral>(this->form.create_custom_integral(i)));
+
+  // Create cutcell integrals
+  default_cutcell_integral
+    = std::shared_ptr<ufc::cutcell_integral>(this->form.create_default_cutcell_integral());
+  for (std::size_t i = 0; i < this->form.max_cutcell_subdomain_id(); i++)
+    cutcell_integrals.push_back(std::shared_ptr<ufc::cutcell_integral>(this->form.create_cutcell_integral(i)));
+
+  // Create interface integrals
+  default_interface_integral
+    = std::shared_ptr<ufc::interface_integral>(this->form.create_default_interface_integral());
+  for (std::size_t i = 0; i < this->form.max_interface_subdomain_id(); i++)
+    interface_integrals.push_back(std::shared_ptr<ufc::interface_integral>(this->form.create_interface_integral(i)));
+
+  // Create overlap integrals
+  default_overlap_integral
+    = std::shared_ptr<ufc::overlap_integral>(this->form.create_default_overlap_integral());
+  for (std::size_t i = 0; i < this->form.max_overlap_subdomain_id(); i++)
+    overlap_integrals.push_back(std::shared_ptr<ufc::overlap_integral>(this->form.create_overlap_integral(i)));
+
+  // Get maximum local dimensions
+  std::vector<std::size_t> max_element_dofs;
+  std::vector<std::size_t> max_macro_element_dofs;
+
+  for (std::size_t i = 0; i < form.rank(); i++)
+  {
+    dolfin_assert(V[i]->dofmap());
+    max_element_dofs.push_back(V[i]->dofmap()->max_element_dofs());
+    max_macro_element_dofs.push_back(2*V[i]->dofmap()->max_element_dofs());
+  }
+
+  // Initialize local tensor
+  std::size_t num_entries = 1;
+  for (std::size_t i = 0; i < form.rank(); i++)
+    num_entries *= max_element_dofs[i];
+  A.resize(num_entries);
+  A_facet.resize(num_entries);
+
+  // Initialize local tensor for macro element
+  num_entries = 1;
+  for (std::size_t i = 0; i < form.rank(); i++)
+    num_entries *= max_macro_element_dofs[i];
+  macro_A.resize(num_entries);
+
+  // Initialize coefficients
+  _w.resize(form.num_coefficients());
+  w_pointer.resize(form.num_coefficients());
+  for (std::size_t i = 0; i < form.num_coefficients(); i++)
+  {
+    _w[i].resize(coefficient_elements[i].space_dimension());
+    w_pointer[i] = _w[i].data();
+  }
+
+  // Initialize coefficients on macro element
+  _macro_w.resize(form.num_coefficients());
+  macro_w_pointer.resize(form.num_coefficients());
+  for (std::size_t i = 0; i < form.num_coefficients(); i++)
+  {
+    const std::size_t n = 2*coefficient_elements[i].space_dimension();
+    _macro_w[i].resize(n);
+    macro_w_pointer[i] = _macro_w[i].data();
+  }
+}
+//-----------------------------------------------------------------------------
+void UFC::update(const Cell& c, const std::vector<double>& coordinate_dofs,
+                 const ufc::cell& ufc_cell,
+                 const std::vector<bool> & enabled_coefficients)
+{
+  // Restrict coefficients to facet
+  for (std::size_t i = 0; i < coefficients.size(); ++i)
+  {
+    if (!enabled_coefficients[i])
+      continue;
+    dolfin_assert(coefficients[i]);
+    coefficients[i]->restrict(_w[i].data(), coefficient_elements[i], c,
+                              coordinate_dofs.data(), ufc_cell);
+  }
+}
+//-----------------------------------------------------------------------------
+void UFC::update(const Cell& c0, const std::vector<double>& coordinate_dofs0,
+                 const ufc::cell& ufc_cell0,
+                 const Cell& c1, const std::vector<double>& coordinate_dofs1,
+                 const ufc::cell& ufc_cell1,
+                 const std::vector<bool> & enabled_coefficients)
+{
+  // Restrict coefficients to facet
+  for (std::size_t i = 0; i < coefficients.size(); ++i)
+  {
+    if (!enabled_coefficients[i])
+      continue;
+    dolfin_assert(coefficients[i]);
+    const std::size_t offset = coefficient_elements[i].space_dimension();
+    coefficients[i]->restrict(_macro_w[i].data(), coefficient_elements[i],
+                              c0, coordinate_dofs0.data(), ufc_cell0);
+    coefficients[i]->restrict(_macro_w[i].data() + offset,
+                              coefficient_elements[i],
+                              c1, coordinate_dofs1.data(), ufc_cell1);
+  }
+}
+//-----------------------------------------------------------------------------
+void UFC::update(const Cell& c, const std::vector<double>& coordinate_dofs,
+                 const ufc::cell& ufc_cell)
+{
+  // Restrict coefficients to facet
+  for (std::size_t i = 0; i < coefficients.size(); ++i)
+  {
+    dolfin_assert(coefficients[i]);
+    coefficients[i]->restrict(_w[i].data(), coefficient_elements[i], c,
+                              coordinate_dofs.data(), ufc_cell);
+  }
+}
+//-----------------------------------------------------------------------------
+void UFC::update(const Cell& c0, const std::vector<double>& coordinate_dofs0,
+                 const ufc::cell& ufc_cell0,
+                 const Cell& c1, const std::vector<double>& coordinate_dofs1,
+                 const ufc::cell& ufc_cell1)
+{
+  // Restrict coefficients to facet
+  for (std::size_t i = 0; i < coefficients.size(); ++i)
+  {
+    dolfin_assert(coefficients[i]);
+    const std::size_t offset = coefficient_elements[i].space_dimension();
+    coefficients[i]->restrict(_macro_w[i].data(), coefficient_elements[i],
+                              c0, coordinate_dofs0.data(), ufc_cell0);
+    coefficients[i]->restrict(_macro_w[i].data() + offset,
+                              coefficient_elements[i],
+                              c1, coordinate_dofs1.data(), ufc_cell1);
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/UFC.h b/dolfin/fem/UFC.h
new file mode 100644
index 0000000..79351dc
--- /dev/null
+++ b/dolfin/fem/UFC.h
@@ -0,0 +1,333 @@
+// Copyright (C) 2007-2015 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells 2009
+//
+// First added:  2007-01-17
+// Last changed: 2015-10-23
+
+#ifndef __UFC_DATA_H
+#define __UFC_DATA_H
+
+#include <vector>
+#include <memory>
+#include <ufc.h>
+
+namespace dolfin
+{
+
+  class Cell;
+  class FiniteElement;
+  class Form;
+  class FunctionSpace;
+  class GenericFunction;
+  class Mesh;
+
+  /// This class is a simple data structure that holds data used
+  /// during assembly of a given UFC form. Data is created for each
+  /// primary argument, that is, v_j for j < r. In addition, nodal
+  /// basis expansion coefficients and a finite element are created
+  /// for each coefficient function.
+
+  class UFC
+  {
+  public:
+
+    /// Constructor
+    UFC(const Form& form);
+
+    /// Copy constructor
+    UFC(const UFC& ufc);
+
+    /// Destructor
+    ~UFC();
+
+    /// Initialise memory
+    void init(const Form& form);
+
+    /// Update current cell
+    void update(const Cell& cell,
+                const std::vector<double>& coordinate_dofs0,
+                const ufc::cell& ufc_cell,
+                const std::vector<bool> & enabled_coefficients);
+
+    /// Update current pair of cells for macro element
+    void update(const Cell& cell0,
+                const std::vector<double>& coordinate_dofs0,
+                const ufc::cell& ufc_cell0,
+                const Cell& cell1,
+                const std::vector<double>& coordinate_dofs1,
+                const ufc::cell& ufc_cell1,
+                const std::vector<bool> & enabled_coefficients);
+
+    /// Update current cell (TODO: Remove this when
+    /// PointIntegralSolver supports the version with
+    /// enabled_coefficients)
+    void update(const Cell& cell,
+                const std::vector<double>& coordinate_dofs0,
+                const ufc::cell& ufc_cell);
+
+    /// Update current pair of cells for macro element (TODO: Remove
+    /// this when PointIntegralSolver supports the version with
+    /// enabled_coefficients)
+    void update(const Cell& cell0,
+                const std::vector<double>& coordinate_dofs0,
+                const ufc::cell& ufc_cell0,
+                const Cell& cell1,
+                const std::vector<double>& coordinate_dofs1,
+                const ufc::cell& ufc_cell1);
+
+    /// Pointer to coefficient data. Used to support UFC interface.
+    const double* const * w() const
+    { return w_pointer.data(); }
+
+    /// Pointer to coefficient data. Used to support UFC
+    /// interface. None const version
+    double** w()
+    { return w_pointer.data(); }
+
+    /// Pointer to macro element coefficient data. Used to support UFC
+    /// interface.
+    const double* const * macro_w() const
+    { return macro_w_pointer.data(); }
+
+    /// Pointer to macro element coefficient data. Used to support UFC
+    /// interface. Non-const version.
+    double** macro_w()
+    { return macro_w_pointer.data(); }
+
+  private:
+
+    // Finite elements for coefficients
+    std::vector<FiniteElement> coefficient_elements;
+
+    // Cell integrals (access through get_cell_integral to get proper
+    // fallback to default)
+    std::vector<std::shared_ptr<ufc::cell_integral>>
+      cell_integrals;
+
+    // Exterior facet integrals (access through
+    // get_exterior_facet_integral to get proper fallback to default)
+    std::vector<std::shared_ptr<ufc::exterior_facet_integral>>
+      exterior_facet_integrals;
+
+    // Interior facet integrals (access through
+    // get_interior_facet_integral to get proper fallback to default)
+    std::vector<std::shared_ptr<ufc::interior_facet_integral>>
+      interior_facet_integrals;
+
+    // Point integrals (access through get_vertex_integral to get
+    // proper fallback to default)
+    std::vector<std::shared_ptr<ufc::vertex_integral>>
+      vertex_integrals;
+
+    // Custom integrals (access through get_custom_integral to get
+    // proper fallback to default)
+    std::vector<std::shared_ptr<ufc::custom_integral>> custom_integrals;
+
+    // Cutcell integrals (access through get_cutcell_integral to get
+    // proper fallback to default)
+    std::vector<std::shared_ptr<ufc::cutcell_integral>> cutcell_integrals;
+
+    // Interface integrals (access through get_interface_integral to
+    // get proper fallback to default)
+    std::vector<std::shared_ptr<ufc::interface_integral>> interface_integrals;
+
+    // Overlap integrals (access through get_overlap_integral to get
+    // proper fallback to default)
+    std::vector<std::shared_ptr<ufc::overlap_integral>> overlap_integrals;
+
+  public:
+
+    // Default cell integral
+    std::shared_ptr<ufc::cell_integral>
+      default_cell_integral;
+
+    // Default exterior facet integral
+    std::shared_ptr<ufc::exterior_facet_integral>
+      default_exterior_facet_integral;
+
+    // Default interior facet integral
+    std::shared_ptr<ufc::interior_facet_integral>
+      default_interior_facet_integral;
+
+    // Default point integral
+    std::shared_ptr<ufc::vertex_integral>
+      default_vertex_integral;
+
+    // Default custom integral
+    std::shared_ptr<ufc::custom_integral> default_custom_integral;
+
+    // Default cutcell integral
+    std::shared_ptr<ufc::cutcell_integral> default_cutcell_integral;
+
+    // Default interface integral
+    std::shared_ptr<ufc::interface_integral> default_interface_integral;
+
+    // Default overlap integral
+    std::shared_ptr<ufc::overlap_integral> default_overlap_integral;
+
+    /// Get cell integral over a given domain, falling back to the
+    /// default if necessary
+    ufc::cell_integral*
+      get_cell_integral(std::size_t domain)
+    {
+      if (domain < form.max_cell_subdomain_id())
+      {
+        ufc::cell_integral * integral
+          = cell_integrals[domain].get();
+        if (integral)
+          return integral;
+      }
+      return default_cell_integral.get();
+    }
+
+    /// Get exterior facet integral over a given domain, falling back
+    /// to the default if necessary
+    ufc::exterior_facet_integral*
+      get_exterior_facet_integral(std::size_t domain)
+    {
+      if (domain < form.max_exterior_facet_subdomain_id())
+      {
+        ufc::exterior_facet_integral* integral
+          = exterior_facet_integrals[domain].get();
+        if (integral)
+          return integral;
+      }
+      return default_exterior_facet_integral.get();
+    }
+
+    /// Get interior facet integral over a given domain, falling back
+    /// to the default if necessary
+    ufc::interior_facet_integral*
+      get_interior_facet_integral(std::size_t domain)
+    {
+      if (domain < form.max_interior_facet_subdomain_id())
+      {
+        ufc::interior_facet_integral* integral
+          = interior_facet_integrals[domain].get();
+        if (integral)
+          return integral;
+      }
+      return default_interior_facet_integral.get();
+    }
+
+    /// Get point integral over a given domain, falling back to the
+    /// default if necessary
+    ufc::vertex_integral*
+      get_vertex_integral(std::size_t domain)
+    {
+      if (domain < form.max_vertex_subdomain_id())
+      {
+        ufc::vertex_integral * integral
+          = vertex_integrals[domain].get();
+        if (integral)
+          return integral;
+      }
+      return default_vertex_integral.get();
+    }
+
+    /// Get custom integral over a given domain, falling back to the
+    /// default if necessary
+    ufc::custom_integral * get_custom_integral(std::size_t domain)
+    {
+      if (domain < form.max_custom_subdomain_id())
+      {
+        ufc::custom_integral * integral = custom_integrals[domain].get();
+        if (integral)
+          return integral;
+      }
+      return default_custom_integral.get();
+    }
+
+    /// Get cutcell integral over a given domain, falling back to the
+    /// default if necessary
+    ufc::cutcell_integral * get_cutcell_integral(std::size_t domain)
+    {
+      if (domain < form.max_cutcell_subdomain_id())
+      {
+        ufc::cutcell_integral * integral = cutcell_integrals[domain].get();
+        if (integral)
+          return integral;
+      }
+      return default_cutcell_integral.get();
+    }
+
+    /// Get interface integral over a given domain, falling back to
+    /// the default if necessary
+    ufc::interface_integral * get_interface_integral(std::size_t domain)
+    {
+      if (domain < form.max_interface_subdomain_id())
+      {
+        ufc::interface_integral * integral = interface_integrals[domain].get();
+        if (integral)
+          return integral;
+      }
+      return default_interface_integral.get();
+    }
+
+    /// Get overlap integral over a given domain, falling back to the
+    /// default if necessary
+    ufc::overlap_integral * get_overlap_integral(std::size_t domain)
+    {
+      if (domain < form.max_overlap_subdomain_id())
+      {
+        ufc::overlap_integral * integral = overlap_integrals[domain].get();
+        if (integral)
+          return integral;
+      }
+      return default_overlap_integral.get();
+    }
+
+    /// Form
+    const ufc::form& form;
+
+    // FIXME AL: Check which data is actually used and remove the rest
+
+    /// Local tensor
+    std::vector<double> A;
+
+    /// Local tensor
+    std::vector<double> A_facet;
+
+    /// Local tensor for macro element
+    std::vector<double> macro_A;
+
+  private:
+
+    // Coefficients (std::vector<double*> is used to interface with
+    // UFC)
+    std::vector<std::vector<double>> _w;
+    std::vector<double*> w_pointer;
+
+    // Coefficients on macro element (std::vector<double*> is used to
+    // interface with UFC)
+    std::vector<std::vector<double>> _macro_w;
+    std::vector<double*> macro_w_pointer;
+
+    // Coefficient functions
+    const std::vector<std::shared_ptr<const GenericFunction>> coefficients;
+
+  public:
+
+    /// The form
+    const Form& dolfin_form;
+
+  };
+}
+
+#endif
diff --git a/dolfin/fem/assemble.cpp b/dolfin/fem/assemble.cpp
new file mode 100644
index 0000000..6e20c97
--- /dev/null
+++ b/dolfin/fem/assemble.cpp
@@ -0,0 +1,122 @@
+// Copyright (C) 2007-2015 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/la/Scalar.h>
+#include <dolfin/mesh/Mesh.h>
+#include "Form.h"
+#include "MultiMeshForm.h"
+#include "Assembler.h"
+#include "MixedAssembler.h"
+#include "SystemAssembler.h"
+#include "MultiMeshAssembler.h"
+#include "assemble.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void dolfin::assemble(GenericTensor& A, const Form& a)
+{
+  Assembler assembler;
+  assembler.assemble(A, a);
+}
+//-----------------------------------------------------------------------------
+void dolfin::assemble_mixed(GenericTensor& A, const Form& a, bool add)
+{
+  MixedAssembler assembler;
+  assembler.add_values = add;
+  assembler.assemble(A, a);
+}
+//-----------------------------------------------------------------------------
+void dolfin::assemble_system(GenericMatrix& A, GenericVector& b,
+                             const Form& a, const Form& L,
+                             std::vector<std::shared_ptr<const DirichletBC>> bcs)
+{
+  SystemAssembler assembler(reference_to_no_delete_pointer(a),
+                            reference_to_no_delete_pointer(L), bcs);
+  assembler.assemble(A, b);
+}
+//-----------------------------------------------------------------------------
+void dolfin::assemble_system(GenericMatrix& A, GenericVector& b,
+                             const Form& a, const Form& L,
+                             std::vector<std::shared_ptr<const DirichletBC>> bcs,
+                             const GenericVector& x0)
+{
+  SystemAssembler assembler(reference_to_no_delete_pointer(a),
+                            reference_to_no_delete_pointer(L), bcs);
+  assembler.assemble(A, b, x0);
+}
+//-----------------------------------------------------------------------------
+void dolfin::assemble_multimesh(GenericTensor& A, const MultiMeshForm& a)
+{
+  MultiMeshAssembler assembler;
+  assembler.assemble(A, a);
+}
+//-----------------------------------------------------------------------------
+double dolfin::assemble(const Form& a)
+{
+  if (a.rank() != 0)
+  {
+    dolfin_error("assemble.cpp",
+                 "assemble form",
+                 "Expecting a scalar form but rank is %d",
+                 a.rank());
+  }
+
+  // Create Scalar with appropriate communicator
+  dolfin_assert(a.mesh());
+  Scalar s(a.mesh()->mpi_comm());
+
+  // Assemble
+  Assembler assembler;
+  assembler.assemble(s, a);
+  return s.get_scalar_value();
+}
+//-----------------------------------------------------------------------------
+double dolfin::assemble_mixed(const Form& a, bool add)
+{
+  if (a.rank() != 0)
+  {
+    dolfin_error("assemble.cpp",
+                 "assemble form",
+                 "Expecting a scalar form but rank is %d",
+                 a.rank());
+  }
+
+  Scalar s;
+  MixedAssembler assembler;
+  assembler.add_values = add;
+  assembler.assemble(s, a);
+  return s.get_scalar_value();
+}
+//-----------------------------------------------------------------------------
+double dolfin::assemble_multimesh(const MultiMeshForm& a)
+{
+  if (a.rank() != 0)
+  {
+    dolfin_error("assemble.cpp",
+                 "assemble MultiMeshForm",
+                 "Expecting a scalar form but rank is %d",
+                 a.rank());
+  }
+
+  Scalar s;
+  MultiMeshAssembler assembler;
+  assembler.assemble(s, a);
+  return s.get_scalar_value();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/assemble.h b/dolfin/fem/assemble.h
new file mode 100644
index 0000000..b1b9def
--- /dev/null
+++ b/dolfin/fem/assemble.h
@@ -0,0 +1,79 @@
+// Copyright (C) 2007-2015 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2008-2013.
+// Modified by Johan Hake, 2009.
+// Modified by Joachim B. Haga, 2012.
+// Modified by Martin S. Alnaes, 2013.
+// Modified by Cecile Daversin-Catty, 2018.
+//
+// This file duplicates the Assembler::assemble* and
+// SystemAssembler::assemble* functions in namespace dolfin, and adds
+// special versions returning the value directly for scalars. For
+// documentation, refer to Assemble.h and SystemAssemble.h
+
+#ifndef __ASSEMBLE_H
+#define __ASSEMBLE_H
+
+#include <memory>
+#include <vector>
+
+namespace dolfin
+{
+
+  class DirichletBC;
+  class Form;
+  class GenericMatrix;
+  class GenericTensor;
+  class GenericVector;
+  template<typename T> class MeshFunction;
+  class MultiMeshForm;
+
+  /// Assemble tensor
+  void assemble(GenericTensor& A, const Form& a);
+
+  /// Assemble tensor
+  void assemble_mixed(GenericTensor& A, const Form& a, bool add=false);
+
+  /// Assemble system (A, b) and apply Dirichlet boundary conditions
+  void assemble_system(GenericMatrix& A, GenericVector& b,
+                       const Form& a, const Form& L,
+                       std::vector<std::shared_ptr<const DirichletBC>> bcs);
+
+  /// Assemble system (A, b) on sub domains and apply Dirichlet
+  /// boundary conditions
+  void assemble_system(GenericMatrix& A, GenericVector& b,
+                       const Form& a, const Form& L,
+                       std::vector<std::shared_ptr<const DirichletBC>> bcs,
+                       const GenericVector& x0);
+
+  /// Assemble tensor from multimesh form
+  void assemble_multimesh(GenericTensor& A, const MultiMeshForm& a);
+
+  //--- Specialized version for scalars ---
+
+  /// Assemble scalar
+  double assemble(const Form& a);
+
+  /// Assemble scalar
+  double assemble_mixed(const Form& a, bool add=false);
+
+  /// Assemble scalar from multimesh form
+  double assemble_multimesh(const MultiMeshForm& a);
+}
+
+#endif
diff --git a/dolfin/fem/assemble_local.cpp b/dolfin/fem/assemble_local.cpp
new file mode 100644
index 0000000..658a2fa
--- /dev/null
+++ b/dolfin/fem/assemble_local.cpp
@@ -0,0 +1,126 @@
+// Copyright (C) 2015 Tormod Landet
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2015-09-22
+
+#include <Eigen/Dense>
+
+#include <dolfin/fem/LocalAssembler.h>
+#include <dolfin/function/GenericFunction.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/la/GenericTensor.h>
+#include <dolfin/mesh/Cell.h>
+#include "Form.h"
+#include "GenericDofMap.h"
+#include "UFC.h"
+#include "assemble_local.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void dolfin::assemble_local(const Form& a,
+                            const Cell& cell,
+                            std::vector<double>& tensor)
+{
+  Eigen::Matrix<double, Eigen::Dynamic, Eigen::Dynamic, Eigen::RowMajor> A_e;
+  UFC ufc(a);
+  ufc::cell ufc_cell;
+  std::vector<double> coordinate_dofs;
+
+  // Get size of local tensor
+  std::size_t N, M;
+  if (a.rank() == 0)
+  {
+    N = 1;
+    M = 1;
+  }
+  else if (a.rank() == 1)
+  {
+    N = a.function_space(0)->dofmap()->cell_dofs(cell.index()).size();
+    M = 1;
+  }
+  else
+  {
+    N = a.function_space(0)->dofmap()->cell_dofs(cell.index()).size();
+    M = a.function_space(1)->dofmap()->cell_dofs(cell.index()).size();
+  }
+
+  // Extract cell_domains etc from the form
+  const MeshFunction<std::size_t>* cell_domains =
+    a.cell_domains().get();
+  const MeshFunction<std::size_t>* exterior_facet_domains =
+    a.exterior_facet_domains().get();
+  const MeshFunction<std::size_t>* interior_facet_domains =
+    a.interior_facet_domains().get();
+
+  // Update to the local cell and assemble
+  A_e.resize(N, M);
+  cell.get_coordinate_dofs(coordinate_dofs);
+  LocalAssembler::assemble(A_e, ufc, coordinate_dofs,
+                           ufc_cell, cell, cell_domains,
+                           exterior_facet_domains, interior_facet_domains);
+
+  // Copy values into the return tensor
+  tensor.resize(N*M);
+  for (std::size_t i = 0; i < N; i++)
+    for (std::size_t j = 0; j < M; j++)
+      tensor[i*M+j] = A_e(i,j);
+}
+//-----------------------------------------------------------------------------
+void
+dolfin::assemble_local(Eigen::Matrix<double, Eigen::Dynamic, Eigen::Dynamic, Eigen::RowMajor>& A_e,
+                       const Form& a,
+                       const Cell& cell)
+{
+  UFC ufc(a);
+  ufc::cell ufc_cell;
+  std::vector<double> coordinate_dofs;
+
+  // Get size of local tensor
+  std::size_t N, M;
+  if (a.rank() == 0)
+  {
+    N = 1;
+    M = 1;
+  }
+  else if (a.rank() == 1)
+  {
+    N = a.function_space(0)->dofmap()->cell_dofs(cell.index()).size();
+    M = 1;
+  }
+  else
+  {
+    N = a.function_space(0)->dofmap()->cell_dofs(cell.index()).size();
+    M = a.function_space(1)->dofmap()->cell_dofs(cell.index()).size();
+  }
+
+  // Extract cell_domains etc from the form
+  const MeshFunction<std::size_t>* cell_domains =
+    a.cell_domains().get();
+  const MeshFunction<std::size_t>* exterior_facet_domains =
+    a.exterior_facet_domains().get();
+  const MeshFunction<std::size_t>* interior_facet_domains =
+    a.interior_facet_domains().get();
+
+  // Update to the local cell and assemble
+  A_e.resize(N, M);
+  cell.get_coordinate_dofs(coordinate_dofs);
+  LocalAssembler::assemble(A_e, ufc, coordinate_dofs,
+                           ufc_cell, cell, cell_domains,
+                           exterior_facet_domains, interior_facet_domains);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/assemble_local.h b/dolfin/fem/assemble_local.h
new file mode 100644
index 0000000..c4ea56a
--- /dev/null
+++ b/dolfin/fem/assemble_local.h
@@ -0,0 +1,45 @@
+// Copyright (C) 2015 Tormod Landet
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2015-09-22
+//
+// This file adds an easy to use wrapper for the LocalAssembler::assemble
+// routine that can used from Python
+
+#ifndef __ASSEMBLE_LOCAL_H
+#define __ASSEMBLE_LOCAL_H
+
+#include <Eigen/Dense>
+#include <vector>
+
+namespace dolfin
+{
+  class Form;
+  class Cell;
+
+  /// Assemble form to local tensor on a cell (Eigen version for pybind11)
+  void assemble_local(Eigen::Matrix<double, Eigen::Dynamic, Eigen::Dynamic, Eigen::RowMajor>& A_e,
+                      const Form& a, const Cell& cell);
+
+  /// Assemble form to local tensor on a cell
+  /// (Legacy version for SWIG)
+  void assemble_local(const Form& a,
+                      const Cell& cell,
+                      std::vector<double>& tensor);
+}
+
+#endif
diff --git a/dolfin/fem/dolfin_fem.h b/dolfin/fem/dolfin_fem.h
new file mode 100644
index 0000000..3b4d234
--- /dev/null
+++ b/dolfin/fem/dolfin_fem.h
@@ -0,0 +1,40 @@
+#ifndef __DOLFIN_FEM_H
+#define __DOLFIN_FEM_H
+
+// DOLFIN fem interface
+
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/fem/DofMap.h>
+#include <dolfin/fem/fem_utils.h>
+#include <dolfin/fem/Equation.h>
+#include <dolfin/fem/FiniteElement.h>
+#include <dolfin/fem/BasisFunction.h>
+#include <dolfin/fem/DiscreteOperators.h>
+#include <dolfin/fem/DirichletBC.h>
+#include <dolfin/fem/PointSource.h>
+#include <dolfin/fem/assemble.h>
+#include <dolfin/fem/assemble_local.h>
+#include <dolfin/fem/LocalAssembler.h>
+#include <dolfin/fem/LocalSolver.h>
+#include <dolfin/fem/solve.h>
+#include <dolfin/fem/Form.h>
+#include <dolfin/fem/AssemblerBase.h>
+#include <dolfin/fem/Assembler.h>
+#include <dolfin/fem/MixedAssembler.h>
+#include <dolfin/fem/SparsityPatternBuilder.h>
+#include <dolfin/fem/SystemAssembler.h>
+#include <dolfin/fem/LinearVariationalProblem.h>
+#include <dolfin/fem/LinearVariationalSolver.h>
+#include <dolfin/fem/MixedLinearVariationalProblem.h>
+#include <dolfin/fem/MixedLinearVariationalSolver.h>
+#include <dolfin/fem/NonlinearVariationalProblem.h>
+#include <dolfin/fem/NonlinearVariationalSolver.h>
+#include <dolfin/fem/MixedNonlinearVariationalProblem.h>
+#include <dolfin/fem/MixedNonlinearVariationalSolver.h>
+#include <dolfin/fem/MultiMeshAssembler.h>
+#include <dolfin/fem/MultiMeshDirichletBC.h>
+#include <dolfin/fem/MultiMeshDofMap.h>
+#include <dolfin/fem/MultiMeshForm.h>
+#include <dolfin/fem/PETScDMCollection.h>
+
+#endif
diff --git a/dolfin/fem/fem_utils.cpp b/dolfin/fem/fem_utils.cpp
new file mode 100644
index 0000000..6ba9962
--- /dev/null
+++ b/dolfin/fem/fem_utils.cpp
@@ -0,0 +1,322 @@
+// Copyright (C) 2013, 2015, 2016 Johan Hake, Jan Blechta
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <dolfin/common/ArrayView.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/mesh/MeshEntityIterator.h>
+#include <dolfin/la/GenericVector.h>
+
+#include "fem_utils.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+std::vector<std::size_t> dolfin::dof_to_vertex_map(const FunctionSpace& space)
+{
+  // Get vertex_to_dof_map and invert it
+  const std::vector<dolfin::la_index> vertex_map = vertex_to_dof_map(space);
+  std::vector<std::size_t> return_map(vertex_map.size());
+  for (std::size_t i = 0; i < vertex_map.size(); i++)
+  {
+    return_map[vertex_map[i]] = i;
+  }
+  return return_map;
+}
+//-----------------------------------------------------------------------------
+std::vector<dolfin::la_index>
+dolfin::vertex_to_dof_map(const FunctionSpace& space)
+{
+  // Get the mesh
+  dolfin_assert(space.mesh());
+  dolfin_assert(space.dofmap());
+  const Mesh& mesh = *space.mesh();
+  const GenericDofMap& dofmap = *space.dofmap();
+
+  if (dofmap.is_view())
+  {
+    dolfin_error("fem_utils.cpp",
+                 "tabulate vertex to dof map",
+                 "Cannot tabulate vertex_to_dof_map for a subspace");
+  }
+
+  // Initialize vertex to cell connections
+  const std::size_t top_dim = mesh.topology().dim();
+  mesh.init(0, top_dim);
+
+  // Num dofs per vertex
+  const std::size_t dofs_per_vertex = dofmap.num_entity_dofs(0);
+  const std::size_t vert_per_cell = mesh.topology()(top_dim, 0).size(0);
+  if (vert_per_cell*dofs_per_vertex != dofmap.max_element_dofs())
+  {
+    dolfin_error("DofMap.cpp",
+                 "tabulate dof to vertex map",
+                 "Can only tabulate dofs on vertices");
+  }
+
+  // Allocate data for tabulating local to local map
+  std::vector<std::size_t> local_to_local_map(dofs_per_vertex);
+
+  // Create return data structure
+  std::vector<dolfin::la_index>
+    return_map(dofs_per_vertex*mesh.num_entities(0));
+
+  // Iterate over vertices
+  std::size_t local_vertex_ind = 0;
+  for (VertexIterator vertex(mesh, "all"); !vertex.end(); ++vertex)
+  {
+    // Get the first cell connected to the vertex
+    const Cell cell(mesh, vertex->entities(top_dim)[0]);
+
+    // Find local vertex number
+#ifdef DEBUG
+    bool vertex_found = false;
+#endif
+    for (std::size_t i = 0; i < cell.num_entities(0); i++)
+    {
+      if (cell.entities(0)[i] == vertex->index())
+      {
+        local_vertex_ind = i;
+#ifdef DEBUG
+        vertex_found = true;
+#endif
+        break;
+      }
+    }
+    dolfin_assert(vertex_found);
+
+    // Get all cell dofs
+    auto cell_dofs = dofmap.cell_dofs(cell.index());
+
+    // Tabulate local to local map of dofs on local vertex
+    dofmap.tabulate_entity_dofs(local_to_local_map,
+				0, local_vertex_ind);
+
+    // Fill local dofs for the vertex
+    for (std::size_t local_dof = 0; local_dof < dofs_per_vertex; local_dof++)
+    {
+      const dolfin::la_index global_dof
+        = cell_dofs[local_to_local_map[local_dof]];
+      return_map[dofs_per_vertex*vertex->index() + local_dof] = global_dof;
+    }
+  }
+
+  // Return the map
+  return return_map;
+}
+//-----------------------------------------------------------------------------
+void _check_coordinates(const MeshGeometry& geometry, const Function& position)
+{
+  dolfin_assert(position.function_space());
+  dolfin_assert(position.function_space()->mesh());
+  dolfin_assert(position.function_space()->dofmap());
+  dolfin_assert(position.function_space()->element());
+  dolfin_assert(position.function_space()->element()->ufc_element());
+
+  if (position.function_space()->element()->ufc_element()->family()
+          != std::string("Lagrange"))
+
+  {
+    dolfin_error("fem_utils.cpp",
+                 "set/get mesh geometry coordinates from/to function",
+                 "expecting 'Lagrange' finite element family rather than '%s'",
+                 position.function_space()->element()->ufc_element()->family());
+  }
+
+  if (position.value_rank() != 1)
+  {
+    dolfin_error("fem_utils.cpp",
+                 "set/get mesh geometry coordinates from/to function",
+                 "function has incorrect value rank %d, need 1",
+                 position.value_rank());
+  }
+
+  if (position.value_dimension(0) != geometry.dim())
+  {
+    dolfin_error("fem_utils.cpp",
+                 "set/get mesh geometry coordinates from/to function",
+                 "function value dimension %d and geometry dimension %d "
+                 "do not match",
+                 position.value_dimension(0), geometry.dim());
+  }
+
+  if (position.function_space()->element()->ufc_element()->degree()
+          != geometry.degree())
+  {
+    dolfin_error("fem_utils.cpp",
+                 "set/get mesh geometry coordinates from/to function",
+                 "function degree %d and geometry degree %d do not match",
+                 position.function_space()->element()->ufc_element()->degree(),
+                 geometry.degree());
+  }
+}
+//-----------------------------------------------------------------------------
+// This helper function sets geometry from position (if setting) or stores
+// geometry into position (otherwise)
+void _get_set_coordinates(MeshGeometry& geometry, Function& position,
+  const bool setting)
+{
+  auto& x = geometry.x();
+  auto& v = *position.vector();
+  const auto& dofmap = *position.function_space()->dofmap();
+  const auto& mesh = *position.function_space()->mesh();
+  const auto tdim = mesh.topology().dim();
+  const auto gdim = mesh.geometry().dim();
+
+  std::vector<std::size_t> num_local_entities(tdim+1);
+  std::vector<std::size_t> coords_per_entity(tdim+1);
+  std::vector<std::vector<std::vector<std::size_t>>> local_to_local(tdim+1);
+  std::vector<std::vector<std::size_t>> offsets(tdim+1);
+
+  for (std::size_t dim = 0; dim <= tdim; ++dim)
+  {
+    // Get number local entities
+    num_local_entities[dim] = mesh.type().num_entities(dim);
+
+    // Get local-to-local mapping of dofs
+    local_to_local[dim].resize(num_local_entities[dim]);
+    for (std::size_t local_ind = 0; local_ind != num_local_entities[dim]; ++local_ind)
+      dofmap.tabulate_entity_dofs(local_to_local[dim][local_ind], dim, local_ind);
+
+    // Get entity offsets; could be retrieved directly from geometry
+    coords_per_entity[dim] = geometry.num_entity_coordinates(dim);
+    for (std::size_t coord_ind = 0; coord_ind != coords_per_entity[dim]; ++coord_ind)
+    {
+      const auto offset = geometry.get_entity_index(dim, coord_ind, 0);
+      offsets[dim].push_back(offset);
+    }
+  }
+
+  // Initialize needed connectivities
+  for (std::size_t dim = 0; dim <= tdim; ++dim)
+  {
+    if (coords_per_entity[dim] > 0)
+      mesh.init(tdim, dim);
+  }
+
+  std::vector<double> values;
+  const unsigned int* global_entities;
+  std::size_t xi, vi;
+
+  // Get/set cell-by-cell
+  for (CellIterator c(mesh); !c.end(); ++c)
+  {
+    // Get/prepare values and dofs on cell
+    auto cell_dofs = dofmap.cell_dofs(c->index());
+    values.resize(cell_dofs.size());
+    if (setting)
+      v.get_local(values.data(), cell_dofs.size(), cell_dofs.data());
+
+    // Iterate over all entities on cell
+    for (std::size_t dim = 0; dim <= tdim; ++dim)
+    {
+      // Get local-to-global entity mapping
+      if (!coords_per_entity[dim])
+        continue;
+      global_entities = c->entities(dim);
+
+      for (std::size_t local_entity = 0;
+           local_entity != num_local_entities[dim]; ++local_entity)
+      {
+        for (std::size_t local_dof = 0; local_dof != coords_per_entity[dim];
+              ++local_dof)
+        {
+          for (std::size_t component = 0; component != gdim; ++component)
+          {
+            // Compute indices
+            xi = gdim*(offsets[dim][local_dof] + global_entities[local_entity])
+              + component;
+            vi = local_to_local[dim][local_entity][gdim*local_dof + component];
+
+            // Set one or other
+            if (setting)
+              x[xi] = values[vi];
+            else
+              values[vi] = x[xi];
+          }
+        }
+      }
+    }
+
+    // Store cell contribution to dof vector (if getting)
+    if (!setting)
+      v.set_local(values.data(), cell_dofs.size(), cell_dofs.data());
+  }
+
+  if (!setting)
+    v.apply("insert");
+}
+//-----------------------------------------------------------------------------
+void dolfin::set_coordinates(MeshGeometry& geometry, const Function& position)
+{
+  _check_coordinates(geometry, position);
+  _get_set_coordinates(geometry, const_cast<Function&>(position), true);
+}
+//-----------------------------------------------------------------------------
+void dolfin::get_coordinates(Function& position, const MeshGeometry& geometry)
+{
+  _check_coordinates(geometry, position);
+  _get_set_coordinates(const_cast<MeshGeometry&>(geometry), position, false);
+}
+//-----------------------------------------------------------------------------
+Mesh dolfin::create_mesh(Function& coordinates)
+{
+  dolfin_assert(coordinates.function_space());
+  dolfin_assert(coordinates.function_space()->element());
+  dolfin_assert(coordinates.function_space()->element()->ufc_element());
+
+  // Fetch old mesh and create new mesh
+  const Mesh& mesh0 = *(coordinates.function_space()->mesh());
+  Mesh mesh1(mesh0.mpi_comm());
+
+  // FIXME: Share this code with Mesh assignment operaror; a need
+  //        to duplicate its code here is not maintainable
+  // Assign all data except geometry
+
+  mesh1._topology = mesh0._topology;
+  mesh1._domains = mesh0._domains;
+  mesh1._data = mesh0._data;
+  if (mesh0._cell_type)
+    mesh1._cell_type.reset(CellType::create(mesh0._cell_type->cell_type()));
+  else
+    mesh1._cell_type.reset();
+  mesh1._ordered = mesh0._ordered;
+  mesh1._cell_orientations = mesh0._cell_orientations;
+  mesh1._ghost_mode = mesh0._ghost_mode;
+
+  // Rename
+  mesh1.rename(mesh0.name(), mesh0.label());
+
+  // Call assignment operator for base class
+  static_cast<Hierarchical<Mesh>>(mesh1) = mesh0;
+
+  // Prepare a new geometry
+  mesh1.geometry().init(mesh0.geometry().dim(),
+    coordinates.function_space()->element()->ufc_element()->degree());
+  std::vector<std::size_t> num_entities(mesh0.topology().dim() + 1);
+  for (std::size_t dim = 0; dim <= mesh0.topology().dim(); ++dim)
+    num_entities[dim] = mesh0.topology().size(dim);
+  mesh1.geometry().init_entities(num_entities);
+
+  // Assign coordinates
+  set_coordinates(mesh1.geometry(), coordinates);
+
+  return mesh1;
+}
diff --git a/dolfin/fem/fem_utils.h b/dolfin/fem/fem_utils.h
new file mode 100644
index 0000000..a5f10bd
--- /dev/null
+++ b/dolfin/fem/fem_utils.h
@@ -0,0 +1,112 @@
+// Copyright (C) 2013, 2015, 2016 Johan Hake, Jan Blechta
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __FEM_UTILS_H
+#define __FEM_UTILS_H
+
+#include <vector>
+
+#include <dolfin/common/types.h>
+
+namespace dolfin
+{
+  // Forward declarations
+  class Mesh;
+  class FunctionSpace;
+  class Function;
+  class MeshGeometry;
+
+  /// Return a map between dof indices and vertex indices
+  ///
+  /// Only works for FunctionSpace with dofs exclusively on vertices.
+  /// For mixed FunctionSpaces vertex index is offset with the number
+  /// of dofs per vertex.
+  ///
+  /// In parallel the returned map maps both owned and unowned dofs
+  /// (using local indices) thus covering all the vertices. Hence the
+  /// returned map is an inversion of _vertex_to_dof_map_.
+  ///
+  /// @param    space (_FunctionSpace_)
+  ///         The FunctionSpace for what the dof to vertex map should
+  ///         be computed for
+  ///
+  /// @return   std::vector<std::size_t>
+  ///         The dof to vertex map
+  std::vector<std::size_t> dof_to_vertex_map(const FunctionSpace& space);
+
+  /// Return a map between vertex indices and dof indices
+  ///
+  /// Only works for FunctionSpace with dofs exclusively on vertices.
+  /// For mixed FunctionSpaces dof index is offset with the number of
+  /// dofs per vertex.
+  ///
+  /// @param    space (_FunctionSpace_)
+  ///         The FunctionSpace for what the vertex to dof map should
+  ///         be computed for
+  ///
+  /// @return    std::vector<dolfin::la_index>
+  ///         The vertex to dof map
+  std::vector<dolfin::la_index> vertex_to_dof_map(const FunctionSpace& space);
+
+  /// Sets mesh coordinates from function
+  ///
+  /// Mesh connectivities d-0, d-1, ..., d-r are built on function mesh
+  /// (where d is topological dimension of the mesh and r is maximal
+  /// dimension of entity associated with any coordinate node). Consider
+  /// clearing unneeded connectivities when finished.
+  ///
+  /// @param   geometry (_MeshGeometry_)
+  ///         Mesh geometry to be set
+  /// @param    position (_Function_)
+  ///         Vectorial Lagrange function with matching degree and mesh
+  void set_coordinates(MeshGeometry& geometry, const Function& position);
+
+  /// Stores mesh coordinates into function
+  ///
+  /// Mesh connectivities d-0, d-1, ..., d-r are built on function mesh
+  /// (where d is topological dimension of the mesh and r is maximal
+  /// dimension of entity associated with any coordinate node). Consider
+  /// clearing unneeded connectivities when finished.
+  ///
+  /// @param   position (_Function_)
+  ///         Vectorial Lagrange function with matching degree and mesh
+  /// @param    geometry (_MeshGeometry_)
+  ///         Mesh geometry to be stored
+  void get_coordinates(Function& position, const MeshGeometry& geometry);
+
+  /// Creates mesh from coordinate function
+  ///
+  /// Topology is given by underlying mesh of the function space and
+  /// geometry is given by function values. Hence resulting mesh
+  /// geometry has a degree of the function space degree. Geometry of
+  /// function mesh is ignored.
+  ///
+  /// Mesh connectivities d-0, d-1, ..., d-r are built on function mesh
+  /// (where d is topological dimension of the mesh and r is maximal
+  /// dimension of entity associated with any coordinate node). Consider
+  /// clearing unneeded connectivities when finished.
+  ///
+  /// @param coordinates
+  /// (_Function_)
+  ///         Vector Lagrange function of any degree
+  ///
+  /// @return Mesh
+  ///         The mesh
+  Mesh create_mesh(Function& coordinates);
+}
+
+#endif
diff --git a/dolfin/fem/solve.cpp b/dolfin/fem/solve.cpp
new file mode 100644
index 0000000..5e3211c
--- /dev/null
+++ b/dolfin/fem/solve.cpp
@@ -0,0 +1,110 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-06-22
+// Last changed: 2012-11-09
+
+#include "LinearVariationalProblem.h"
+#include "LinearVariationalSolver.h"
+#include "NonlinearVariationalProblem.h"
+#include "NonlinearVariationalSolver.h"
+#include "Equation.h"
+#include "solve.h"
+
+//-----------------------------------------------------------------------------
+void dolfin::solve(const Equation& equation, Function& u, Parameters parameters)
+{
+  // Call common solve function
+  solve(equation, u, std::vector<const DirichletBC*>(), parameters);
+}
+//-----------------------------------------------------------------------------
+void dolfin::solve(const Equation& equation, Function& u, const DirichletBC& bc,
+		   Parameters parameters)
+{
+  // Call common solve function
+  solve(equation, u, {&bc}, parameters);
+}
+//-----------------------------------------------------------------------------
+void dolfin::solve(const Equation& equation, Function& u,
+                   std::vector<const DirichletBC*> bcs, Parameters parameters)
+{
+  // Pack bcs
+  std::vector<std::shared_ptr<const DirichletBC>> _bcs;
+  for (auto bc : bcs)
+    _bcs.push_back(reference_to_no_delete_pointer(*bc));
+
+  // Solve linear problem
+  if (equation.is_linear())
+  {
+    LinearVariationalProblem problem(equation.lhs(), equation.rhs(),
+                                     reference_to_no_delete_pointer(u), _bcs);
+    LinearVariationalSolver solver(reference_to_no_delete_pointer(problem));
+    solver.parameters.update(parameters);
+    solver.solve();
+  }
+  else
+  {
+    // Solve nonlinear problem
+    NonlinearVariationalProblem problem(equation.lhs(),
+                                        reference_to_no_delete_pointer(u),
+                                        _bcs);
+    NonlinearVariationalSolver solver(reference_to_no_delete_pointer(problem));
+    solver.parameters.update(parameters);
+    solver.solve();
+  }
+}
+//-----------------------------------------------------------------------------
+void dolfin::solve(const Equation& equation, Function& u, const Form& J,
+		   Parameters parameters)
+{
+  // Call common solve function
+  solve(equation, u, {}, J, parameters);
+}
+//-----------------------------------------------------------------------------
+void dolfin::solve(const Equation& equation, Function& u, const DirichletBC& bc,
+                   const Form& J, Parameters parameters)
+{
+  // Call common solve function
+  solve(equation, u, {&bc}, J, parameters);
+}
+//-----------------------------------------------------------------------------
+void dolfin::solve(const Equation& equation, Function& u,
+                   std::vector<const DirichletBC*> bcs, const Form& J,
+		   Parameters parameters)
+{
+  // Check that the problem is linear
+  if (equation.is_linear())
+  {
+    dolfin_error("solve.cpp",
+                 "solve nonlinear variational problem",
+                 "Variational problem is linear");
+  }
+
+  // Pack bcs
+  std::vector<std::shared_ptr<const DirichletBC>> _bcs;
+  for (auto bc : bcs)
+    _bcs.push_back(reference_to_no_delete_pointer(*bc));
+
+  // Solve nonlinear problem
+  NonlinearVariationalProblem problem(equation.lhs(),
+                                      reference_to_no_delete_pointer(u), _bcs,
+                                      reference_to_no_delete_pointer(J));
+  NonlinearVariationalSolver solver(reference_to_no_delete_pointer(problem));
+  solver.parameters.update(parameters);
+  solver.solve();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/fem/solve.h b/dolfin/fem/solve.h
new file mode 100644
index 0000000..68f49be
--- /dev/null
+++ b/dolfin/fem/solve.h
@@ -0,0 +1,106 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-06-22
+// Last changed: 2012-11-09
+
+#ifndef __SOLVE_FEM_H
+#define __SOLVE_FEM_H
+
+#include <vector>
+#include <dolfin/parameter/Parameters.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class Equation;
+  class Function;
+  class DirichletBC;
+  class Form;
+
+  //--- Linear / nonlinear problems (no Jacobian specified) ---
+
+  /// Solve linear variational problem a(u, v) == L(v) or nonlinear
+  /// variational problem F(u; v) = 0 without boundary conditions.
+  ///
+  /// Optional parameters can be passed to the LinearVariationalSolver
+  /// or NonlinearVariationalSolver classes.
+  void solve(const Equation& equation,
+             Function& u,
+             Parameters parameters=empty_parameters);
+
+  /// Solve linear variational problem a(u, v) == L(v) or nonlinear
+  /// variational problem F(u; v) = 0 with a single boundary condition.
+  ///
+  /// Optional parameters can be passed to the LinearVariationalSolver
+  /// or NonlinearVariationalSolver classes.
+  void solve(const Equation& equation,
+             Function& u,
+             const DirichletBC& bc,
+             Parameters parameters=empty_parameters);
+
+  /// Solve linear variational problem a(u, v) == L(v) or nonlinear
+  /// variational problem F(u; v) = 0 with a list of boundary conditions.
+  ///
+  /// Optional parameters can be passed to the LinearVariationalSolver
+  /// or NonlinearVariationalSolver classes.
+  void solve(const Equation& equation,
+             Function& u,
+             std::vector<const DirichletBC*> bcs,
+             Parameters parameters=empty_parameters);
+
+  //--- Nonlinear problems (Jacobian specified) ---
+
+  /// Solve nonlinear variational problem F(u; v) == 0 without boundary
+  /// conditions. The argument J should provide the Jacobian bilinear
+  /// form J = dF/du.
+  ///
+  /// Optional parameters can be passed to the LinearVariationalSolver
+  /// or NonlinearVariationalSolver classes.
+  void solve(const Equation& equation,
+             Function& u,
+             const Form& J,
+             Parameters parameters=empty_parameters);
+
+  /// Solve nonlinear variational problem F(u; v) == 0 with a single
+  /// boundary condition. The argument J should provide the Jacobian
+  /// bilinear form J = dF/du.
+  ///
+  /// Optional parameters can be passed to the LinearVariationalSolver
+  /// or NonlinearVariationalSolver classes.
+  void solve(const Equation& equation,
+             Function& u,
+             const DirichletBC& bc,
+             const Form& J,
+             Parameters parameters=empty_parameters);
+
+  /// Solve nonlinear variational problem F(u; v) == 0 with a list of
+  /// boundary conditions. The argument J should provide the Jacobian
+  /// bilinear form J = dF/du.
+  ///
+  /// Optional parameters can be passed to the LinearVariationalSolver
+  /// or NonlinearVariationalSolver classes.
+  void solve(const Equation& equation,
+             Function& u,
+             std::vector<const DirichletBC*> bcs,
+             const Form& J,
+             Parameters parameters=empty_parameters);
+
+}
+
+#endif
diff --git a/dolfin/function/CMakeLists.txt b/dolfin/function/CMakeLists.txt
new file mode 100644
index 0000000..1175632
--- /dev/null
+++ b/dolfin/function/CMakeLists.txt
@@ -0,0 +1,38 @@
+set(HEADERS
+  assign.h
+  CoefficientAssigner.h
+  Constant.h
+  dolfin_function.h
+  Expression.h
+  FunctionAssigner.h
+  FunctionAXPY.h
+  Function.h
+  FunctionSpace.h
+  GenericFunction.h
+  LagrangeInterpolator.h
+  MultiMeshCoefficientAssigner.h
+  MultiMeshFunction.h
+  MultiMeshFunctionSpace.h
+  MultiMeshSubSpace.h
+  SpecialFacetFunction.h
+  SpecialFunctions.h
+  PARENT_SCOPE)
+
+set(SOURCES
+  assign.cpp
+  CoefficientAssigner.cpp
+  Constant.cpp
+  Expression.cpp
+  FunctionAssigner.cpp
+  FunctionAXPY.cpp
+  Function.cpp
+  FunctionSpace.cpp
+  GenericFunction.cpp
+  LagrangeInterpolator.cpp
+  MultiMeshCoefficientAssigner.cpp
+  MultiMeshFunction.cpp
+  MultiMeshFunctionSpace.cpp
+  MultiMeshSubSpace.cpp
+  SpecialFacetFunction.cpp
+  SpecialFunctions.cpp
+  PARENT_SCOPE)
diff --git a/dolfin/function/CoefficientAssigner.cpp b/dolfin/function/CoefficientAssigner.cpp
new file mode 100644
index 0000000..52c0106
--- /dev/null
+++ b/dolfin/function/CoefficientAssigner.cpp
@@ -0,0 +1,45 @@
+// Copyright (C) 2008-2009 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Martin Alnes, 2008.
+
+#include <memory>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/fem/Form.h>
+#include <dolfin/log/log.h>
+#include "CoefficientAssigner.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+CoefficientAssigner::CoefficientAssigner(Form& form, std::size_t number)
+  : _form(form), _number(number)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+CoefficientAssigner::~CoefficientAssigner()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void CoefficientAssigner::operator= (std::shared_ptr<const GenericFunction> coefficient)
+{
+  dolfin_assert(coefficient);
+  _form.set_coefficient(_number, coefficient);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/function/CoefficientAssigner.h b/dolfin/function/CoefficientAssigner.h
new file mode 100644
index 0000000..3240cdb
--- /dev/null
+++ b/dolfin/function/CoefficientAssigner.h
@@ -0,0 +1,64 @@
+// Copyright (C) 2008-2009 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __COEFFICIENT_ASSIGNER_H
+#define __COEFFICIENT_ASSIGNER_H
+
+#include <cstddef>
+#include <memory>
+
+namespace dolfin
+{
+
+  class Form;
+  class GenericFunction;
+
+  /// This class is used for assignment of coefficients to
+  /// forms, which allows magic like
+  ///
+  ///   a.f = f
+  ///   a.g = g
+  ///
+  /// which will insert the coefficients f and g in the correct
+  /// positions in the list of coefficients for the form.
+
+  class CoefficientAssigner
+  {
+  public:
+
+    /// Create coefficient assigner for coefficient with given number
+    CoefficientAssigner(Form& form, std::size_t number);
+
+    /// Destructor
+    ~CoefficientAssigner();
+
+    /// Assign coefficient
+    void operator= (std::shared_ptr<const GenericFunction> coefficient);
+
+  private:
+
+    // The form
+    Form& _form;
+
+    // The number of the coefficient
+    std::size_t _number;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/function/Constant.cpp b/dolfin/function/Constant.cpp
new file mode 100644
index 0000000..c7cdad8
--- /dev/null
+++ b/dolfin/function/Constant.cpp
@@ -0,0 +1,175 @@
+// Copyright (C) 2006-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <iostream>
+#include <iterator>
+#include <sstream>
+#include <string>
+#include <dolfin/common/utils.h>
+#include <dolfin/log/log.h>
+#include "Constant.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+Constant::Constant(double value)
+{
+  _values.resize(1);
+  _values[0] = value;
+}
+//-----------------------------------------------------------------------------
+Constant::Constant(double value0, double value1)
+  : Expression(2)
+{
+  _values.resize(2);
+  _values[0] = value0;
+  _values[1] = value1;
+}
+//-----------------------------------------------------------------------------
+Constant::Constant(double value0, double value1, double value2)
+  : Expression(3)
+{
+  _values.resize(3);
+  _values[0] = value0;
+  _values[1] = value1;
+  _values[2] = value2;
+}
+//-----------------------------------------------------------------------------
+Constant::Constant(std::vector<double> values)
+  : Expression(values.size()), _values(values)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Constant::Constant(std::vector<std::size_t> value_shape,
+                   std::vector<double> values)
+  : Expression(value_shape), _values(values)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Constant::Constant(const Constant& constant)
+  : Expression(constant)
+{
+  *this = constant;
+}
+//-----------------------------------------------------------------------------
+Constant::~Constant()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+const Constant& Constant::operator= (const Constant& constant)
+{
+  // Check value shape
+  if (constant._value_shape != _value_shape)
+  {
+    dolfin_error("Constant.cpp",
+                 "assign value to constant",
+                 "Value shape mismatch");
+  }
+
+  // Assign values
+  _values = constant._values;
+
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const Constant& Constant::operator= (double constant)
+{
+  // Check value shape
+  if (!_value_shape.empty())
+  {
+    dolfin_error("Constant.cpp",
+                 "assign scalar value to constant",
+                 "Constant is not a scalar");
+  }
+
+  // Assign value
+  dolfin_assert(_values.size() == 1);
+  _values[0] = constant;
+
+  return *this;
+}
+//-----------------------------------------------------------------------------
+Constant::operator double() const
+{
+  // Check value shape
+  if (!_value_shape.empty())
+  {
+    dolfin_error("Constant.cpp",
+                 "convert constant to double",
+                 "Constant is not a scalar");
+  }
+
+  // Return value
+  dolfin_assert(_values.size() == 1);
+  return _values[0];
+}
+//-----------------------------------------------------------------------------
+std::vector<double> Constant::values() const
+{
+  dolfin_assert(!_values.empty());
+  return _values;
+}
+//-----------------------------------------------------------------------------
+void Constant::eval(Array<double>& values, const Array<double>& x) const
+{
+  // Copy values
+  std::copy(_values.begin(), _values.end(), values.data());
+}
+//-----------------------------------------------------------------------------
+void Constant::eval(Eigen::Ref<Eigen::VectorXd> values,
+                    Eigen::Ref<const Eigen::VectorXd> x) const
+{
+  // Copy values
+  std::copy(_values.begin(), _values.end(), values.data());
+}
+//-----------------------------------------------------------------------------
+std::string Constant::str(bool verbose) const
+{
+  std::ostringstream oss;
+  oss << "<Constant of dimension " << _values.size() << ">";
+
+  if (verbose)
+  {
+    std::ostringstream ossv;
+    if (!_values.empty())
+    {
+      ossv << std::endl << std::endl;
+      if (!_value_shape.empty())
+      {
+        ossv << "Values: ";
+        ossv << "(";
+        // Avoid a trailing ", "
+        std::copy(_values.begin(), _values.end() - 1,
+                  std::ostream_iterator<double>(ossv, ", "));
+        ossv << _values.back();
+        ossv << ")";
+      }
+      else
+      {
+        ossv << "Value: ";
+        ossv << _values[0];
+      }
+    }
+    oss << indent(ossv.str());
+  }
+
+  return oss.str();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/function/Constant.h b/dolfin/function/Constant.h
new file mode 100644
index 0000000..7e58bf7
--- /dev/null
+++ b/dolfin/function/Constant.h
@@ -0,0 +1,141 @@
+// Copyright (C) 2006-2009 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Martin Sandve Alnes, 2008.
+// Modified by Garth N. Wells, 2008-2011.
+
+#ifndef __CONSTANT_H
+#define __CONSTANT_H
+
+#include <vector>
+#include <Eigen/Dense>
+#include "Expression.h"
+
+namespace dolfin
+{
+  template<typename T> class Array;
+  class Mesh;
+
+  /// This class represents a constant-valued expression.
+
+  class Constant : public Expression
+  {
+  public:
+
+    /// Create scalar constant
+    ///
+    /// @param  value (double)
+    ///         The scalar to create a Constant object from.
+    ///
+    /// @code{.cpp}
+    ///         Constant c(1.0);
+    /// @endcode
+    explicit Constant(double value);
+
+    /// Create vector constant (dim = 2)
+    ///
+    /// @param value0 (double)
+    ///         The first vector element.
+    /// @param value1 (double)
+    ///         The second vector element.
+    ///
+    /// @code{.cpp}
+    ///         Constant B(0.0, 1.0);
+    /// @endcode
+    Constant(double value0, double value1);
+
+    /// Create vector constant (dim = 3)
+    ///
+    /// @param value0 (double)
+    ///         The first vector element.
+    /// @param value1 (double)
+    ///         The second vector element.
+    /// @param value2 (double)
+    ///         The third vector element.
+    ///
+    /// @code{.cpp}
+    ///         Constant T(0.0, 1.0, 0.0);
+    /// @endcode
+    Constant(double value0, double value1, double value2);
+
+    /// Create vector-valued constant
+    ///
+    /// @param values (std::vector<double>)
+    ///         Values to create a vector-valued constant from.
+    explicit Constant(std::vector<double> values);
+
+    /// Create tensor-valued constant for flattened array of values
+    ///
+    /// @param value_shape (std::vector<std::size_t>)
+    ///         Shape of tensor.
+    /// @param values (std::vector<double>)
+    ///         Values to create tensor-valued constant from.
+    Constant(std::vector<std::size_t> value_shape,
+             std::vector<double> values);
+
+    /// Copy constructor
+    ///
+    /// @param constant (Constant)
+    ///         Object to be copied.
+    Constant(const Constant& constant);
+
+    /// Destructor
+    ~Constant();
+
+    /// Assignment operator
+    ///
+    /// @param constant (Constant)
+    ///         Another constant.
+    const Constant& operator= (const Constant& constant);
+
+    /// Assignment operator
+    ///
+    /// @param constant (double)
+    ///         Another constant.
+    const Constant& operator= (double constant);
+
+    /// Cast to double (for scalar constants)
+    ///
+    /// @return double
+    ///         The scalar value.
+    operator double() const;
+
+    /// Return copy of this Constant's current values
+    ///
+    /// @return std::vector<double>
+    ///         The vector of scalar values of the constant.
+    std::vector<double> values() const;
+
+    //--- Implementation of Expression interface ---
+
+    void eval(Array<double>& values, const Array<double>& x) const override;
+
+    void eval(Eigen::Ref<Eigen::VectorXd> values,
+              Eigen::Ref<const Eigen::VectorXd> x) const override;
+
+    virtual std::string str(bool verbose) const override;
+
+  private:
+
+    // Values of constant function
+    std::vector<double> _values;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/function/Expression.cpp b/dolfin/function/Expression.cpp
new file mode 100644
index 0000000..8f37e76
--- /dev/null
+++ b/dolfin/function/Expression.cpp
@@ -0,0 +1,206 @@
+// Copyright (C) 2009-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Johan Hake, 2009.
+//
+// First added:  2009-09-28
+// Last changed: 2011-11-14
+
+#include <dolfin/log/log.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/Vertex.h>
+#include "Expression.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+Expression::Expression()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Expression::Expression(std::size_t dim)
+{
+  _value_shape.resize(1);
+  _value_shape[0] = dim;
+}
+//-----------------------------------------------------------------------------
+Expression::Expression(std::size_t dim0, std::size_t dim1)
+{
+  _value_shape.resize(2);
+  _value_shape[0] = dim0;
+  _value_shape[1] = dim1;
+}
+//-----------------------------------------------------------------------------
+Expression::Expression(std::vector<std::size_t> value_shape)
+  : _value_shape(value_shape)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Expression::Expression(const Expression& expression)
+  : _value_shape(expression._value_shape)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Expression::~Expression()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void Expression::eval(Array<double>& values, const Array<double>& x,
+                      const ufc::cell& cell) const
+{
+  // Redirect to Eigen eval
+  Eigen::Map<Eigen::VectorXd> _values(values.data(), values.size());
+  const Eigen::Map<Eigen::VectorXd> _x(const_cast<double*>(x.data()), x.size());
+  eval(_values, _x, cell);
+}
+//-----------------------------------------------------------------------------
+void Expression::eval(Eigen::Ref<Eigen::VectorXd> values,
+                      Eigen::Ref<const Eigen::VectorXd> x,
+                      const ufc::cell& cell) const
+{
+  // Redirect to simple eval
+  Array<double> _values(values.size(), values.data());
+  const Array<double> _x(x.size(), const_cast<double*>(x.data()));
+  eval(_values, _x);
+}
+//-----------------------------------------------------------------------------
+void Expression::eval(Array<double>& values, const Array<double>& x) const
+{
+  // Redirect to simple eval (Eigen version)
+  Eigen::Map<Eigen::VectorXd> _values(values.data(), values.size());
+  const Eigen::Map<Eigen::VectorXd> _x(const_cast<double*>(x.data()), x.size());
+  eval(_values, _x);
+}
+//-----------------------------------------------------------------------------
+void Expression::eval(Eigen::Ref<Eigen::VectorXd> values,
+                      Eigen::Ref<const Eigen::VectorXd> x) const
+{
+  dolfin_error("Expression.cpp",
+               "evaluate expression",
+               "Missing eval() function (must be overloaded)");
+}
+//-----------------------------------------------------------------------------
+std::size_t Expression::value_rank() const
+{
+  return _value_shape.size();
+}
+//-----------------------------------------------------------------------------
+std::size_t Expression::value_dimension(std::size_t i) const
+{
+  if (i >= _value_shape.size())
+  {
+    dolfin_error("Expression.cpp",
+                 "evaluate expression",
+                 "Illegal axis %d for value dimension for value of rank %d",
+                 i, _value_shape.size());
+  }
+  return _value_shape[i];
+}
+//-----------------------------------------------------------------------------
+std::vector<std::size_t> Expression::value_shape() const
+{
+  return _value_shape;
+}
+//-----------------------------------------------------------------------------
+void Expression::set_property(std::string name, double value)
+{
+  dolfin_error("Expression.cpp",
+               "set property",
+               "This method should be overloaded in the derived class");
+}
+//-----------------------------------------------------------------------------
+double Expression::get_property(std::string name) const
+{
+  dolfin_error("Expression.cpp",
+               "get property",
+               "This method should be overloaded in the derived class");
+  return 0.0;
+}
+//-----------------------------------------------------------------------------
+void Expression::set_generic_function(std::string name, std::shared_ptr<GenericFunction>)
+{
+  dolfin_error("Expression.cpp",
+               "set property",
+               "This method should be overloaded in the derived class");
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericFunction> Expression::get_generic_function(std::string name) const
+{
+  dolfin_error("Expression.cpp",
+               "get property",
+               "This method should be overloaded in the derived class");
+  return std::shared_ptr<GenericFunction>();
+}
+//-----------------------------------------------------------------------------
+void Expression::restrict(double* w,
+                          const FiniteElement& element,
+                          const Cell& dolfin_cell,
+                          const double* coordinate_dofs,
+                          const ufc::cell& ufc_cell) const
+{
+  // Restrict as UFC function (by calling eval)
+  restrict_as_ufc_function(w, element, dolfin_cell, coordinate_dofs,
+                           ufc_cell);
+}
+//-----------------------------------------------------------------------------
+void Expression::compute_vertex_values(std::vector<double>& vertex_values,
+                                       const Mesh& mesh) const
+{
+  // Local data for vertex values
+  const std::size_t size = value_size();
+  Array<double> local_vertex_values(size);
+
+  // Resize vertex_values
+  vertex_values.resize(size*mesh.num_vertices());
+
+  // Iterate over cells, overwriting values when repeatedly visiting vertices
+  ufc::cell ufc_cell;
+  for (CellIterator cell(mesh, "all"); !cell.end(); ++cell)
+  {
+    // Update cell data
+    cell->get_cell_data(ufc_cell);
+
+    // Iterate over cell vertices
+    for (VertexIterator vertex(*cell); !vertex.end(); ++vertex)
+    {
+      // Wrap coordinate data
+      const Array<double> x(mesh.geometry().dim(),
+                            const_cast<double*>(vertex->x()));
+
+      // Evaluate at vertex
+      eval(local_vertex_values, x, ufc_cell);
+
+      // Copy to array
+      for (std::size_t i = 0; i < size; i++)
+      {
+        const std::size_t global_index = i*mesh.num_vertices() + vertex->index();
+        vertex_values[global_index] = local_vertex_values[i];
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const FunctionSpace> Expression::function_space() const
+{
+  return std::shared_ptr<const FunctionSpace>();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/function/Expression.h b/dolfin/function/Expression.h
new file mode 100644
index 0000000..971a254
--- /dev/null
+++ b/dolfin/function/Expression.h
@@ -0,0 +1,213 @@
+// Copyright (C) 2009 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2009-09-28
+// Last changed: 2011-08-15
+
+#ifndef __EXPRESSION_H
+#define __EXPRESSION_H
+
+#include <vector>
+#include <ufc.h>
+#include <Eigen/Dense>
+#include <dolfin/common/Array.h>
+#include "GenericFunction.h"
+
+namespace dolfin
+{
+
+  class Mesh;
+
+  /// This class represents a user-defined expression. Expressions can
+  /// be used as coefficients in variational forms or interpolated
+  /// into finite element spaces.
+  ///
+  /// An expression is defined by overloading the eval() method. Users
+  /// may choose to overload either a simple version of eval(), in the
+  /// case of expressions only depending on the coordinate x, or an
+  /// optional version for expressions depending on x and mesh data
+  /// like cell indices or facet normals.
+  ///
+  /// The geometric dimension (the size of x) and the value rank and
+  /// dimensions of an expression must supplied as arguments to the
+  /// constructor.
+
+  class Expression : public GenericFunction
+  {
+
+  public:
+
+    /// Create scalar expression.
+    Expression();
+
+    /// Create vector-valued expression with given dimension.
+    ///
+    /// @param dim (std::size_t)
+    ///     Dimension of the vector-valued expression.
+    explicit Expression(std::size_t dim);
+
+    /// Create matrix-valued expression with given dimensions.
+    ///
+    /// @param dim0 (std::size_t)
+    ///         Dimension (rows).
+    /// @param dim1 (std::size_t)
+    ///         Dimension (columns).
+    Expression(std::size_t dim0, std::size_t dim1);
+
+    /// Create tensor-valued expression with given shape.
+    ///
+    /// @param value_shape (std::vector<std::size_t>)
+    ///         Shape of expression.
+    explicit Expression(std::vector<std::size_t> value_shape);
+
+    /// Copy constructor
+    ///
+    /// @param expression (Expression)
+    ///         Object to be copied.
+    Expression(const Expression& expression);
+
+    /// Destructor
+    virtual ~Expression();
+
+    //--- Implementation of GenericFunction interface ---
+
+    /// Evaluate at given point in given cell (deprecated)
+    ///
+    /// @param    values (Array<double>)
+    ///         The values at the point.
+    /// @param    x (Array<double>)
+    ///         The coordinates of the point.
+    /// @param    cell (ufc::cell)
+    ///         The cell which contains the given point.
+    virtual void eval(Array<double>& values,
+                      const Array<double>& x,
+                      const ufc::cell& cell) const override;
+
+    /// Evaluate at given point in given cell
+    ///
+    /// @param    values (Eigen::Ref<Eigen::VectorXd>)
+    ///         The values at the point.
+    /// @param    x (Eigen::Ref<const Eigen::VectorXd>)
+    ///         The coordinates of the point.
+    /// @param    cell (ufc::cell)
+    ///         The cell which contains the given point.
+    virtual void eval(Eigen::Ref<Eigen::VectorXd> values,
+                      Eigen::Ref<const Eigen::VectorXd> x,
+                      const ufc::cell& cell) const override;
+
+    /// Evaluate at given point (deprecated)
+    ///
+    /// @param values (Array<double>)
+    ///         The values at the point.
+    /// @param x (Array<double>)
+    ///         The coordinates of the point.
+    virtual void eval(Array<double>& values, const Array<double>& x) const override;
+
+    /// Evaluate at given point.
+    ///
+    /// @param values (Eigen::Ref<Eigen::VectorXd>)
+    ///         The values at the point.
+    /// @param x (Eigen::Ref<const Eigen::VectorXd>)
+    ///         The coordinates of the point.
+    virtual void eval(Eigen::Ref<Eigen::VectorXd> values,
+                      Eigen::Ref<const Eigen::VectorXd> x) const override;
+
+    /// Return value rank.
+    ///
+    /// @return std::size_t
+    ///         The value rank.
+    virtual std::size_t value_rank() const override;
+
+    /// Return value dimension for given axis.
+    ///
+    /// @param i (std::size_t)
+    ///         Integer denoting the axis to use.
+    ///
+    /// @return std::size_t
+    ///         The value dimension (for the given axis).
+    virtual std::size_t value_dimension(std::size_t i) const override;
+
+    /// Return value shape
+    ///
+    /// @return std::vector<std::size_t>
+    ///         The value shape.
+    virtual std::vector<std::size_t> value_shape() const override;
+
+    /// Property setter for type "double"
+    /// Used in pybind11 Python interface to attach a value to a python attribute
+    ///
+    virtual void set_property(std::string name, double value);
+
+    /// Property getter for type "double"
+    /// Used in pybind11 Python interface to get the value of a python attribute
+    ///
+    virtual double get_property(std::string name) const;
+
+    /// Property setter for type "GenericFunction"
+    /// Used in pybind11 Python interface to attach a value to a python attribute
+    ///
+    virtual void set_generic_function(std::string name, std::shared_ptr<GenericFunction> f);
+
+    /// Property getter for type "GenericFunction"
+    /// Used in pybind11 Python interface to get the value of a python attribute
+    ///
+    virtual std::shared_ptr<dolfin::GenericFunction> get_generic_function(std::string name) const;
+
+    /// Restrict function to local cell (compute expansion coefficients w).
+    ///
+    /// @param    w (list of doubles)
+    ///         Expansion coefficients.
+    /// @param    element (_FiniteElement_)
+    ///         The element.
+    /// @param    dolfin_cell (_Cell_)
+    ///         The cell.
+    /// @param  coordinate_dofs (double*)
+    ///         The coordinates
+    /// @param    ufc_cell (ufc::cell)
+    ///         The ufc::cell.
+    virtual void restrict(double* w,
+                          const FiniteElement& element,
+                          const Cell& dolfin_cell,
+                          const double* coordinate_dofs,
+                          const ufc::cell& ufc_cell) const override;
+
+    /// Compute values at all mesh vertices.
+    ///
+    /// @param    vertex_values (Array<double>)
+    ///         The values at all vertices.
+    /// @param    mesh (Mesh)
+    ///         The mesh.
+    virtual void compute_vertex_values(std::vector<double>& vertex_values,
+                                       const Mesh& mesh) const override;
+
+    /// Return shared pointer to function space (NULL)
+    /// Expression does not have a FunctionSpace
+    ///
+    /// @return FunctionSpace
+    ///         Return the shared pointer.
+    virtual std::shared_ptr<const FunctionSpace> function_space() const override;
+
+  protected:
+
+    // Value shape
+    std::vector<std::size_t> _value_shape;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/function/Function.cpp b/dolfin/function/Function.cpp
new file mode 100644
index 0000000..cb7d35b
--- /dev/null
+++ b/dolfin/function/Function.cpp
@@ -0,0 +1,640 @@
+// Copyright (C) 2003-2012 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells 2005-2010
+// Modified by Martin Sandve Alnes 2008-2014
+// Modified by Andre Massing 2009
+
+#include <algorithm>
+#include <map>
+#include <utility>
+#include <vector>
+
+#include <dolfin/adaptivity/Extrapolation.h>
+#include <dolfin/common/Array.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/common/utils.h>
+#include <dolfin/fem/FiniteElement.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/fem/DirichletBC.h>
+#include <dolfin/geometry/Point.h>
+#include <dolfin/io/File.h>
+#include <dolfin/io/XMLFile.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/la/DefaultFactory.h>
+#include <dolfin/log/log.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/parameter/GlobalParameters.h>
+#include <dolfin/geometry/BoundingBoxTree.h>
+#include "Expression.h"
+#include "FunctionSpace.h"
+#include "Function.h"
+
+#include <dolfin/mesh/Facet.h>
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+Function::Function(std::shared_ptr<const FunctionSpace> V)
+  : Hierarchical<Function>(*this), _function_space(V),
+  _allow_extrapolation(dolfin::parameters["allow_extrapolation"])
+{
+  // Check that we don't have a subspace
+  if (!V->component().empty())
+  {
+    dolfin_error("Function.cpp",
+                 "create function",
+                 "Cannot be created from subspace. Consider collapsing the function space");
+  }
+
+  // Initialize vector
+  init_vector();
+}
+//-----------------------------------------------------------------------------
+Function::Function(std::shared_ptr<const FunctionSpace> V,
+                   std::shared_ptr<GenericVector> x)
+  : Hierarchical<Function>(*this), _function_space(V), _vector(x),
+  _allow_extrapolation(dolfin::parameters["allow_extrapolation"])
+{
+  // We do not check for a subspace since this constructor is used for
+  // creating subfunctions
+
+  // Assertion uses '<=' to deal with sub-functions
+  dolfin_assert(V->dofmap());
+  dolfin_assert(V->dofmap()->global_dimension() <= x->size());
+}
+//-----------------------------------------------------------------------------
+Function::Function(std::shared_ptr<const FunctionSpace> V,
+                   std::string filename) : Hierarchical<Function>(*this),
+  _function_space(V),
+  _allow_extrapolation(dolfin::parameters["allow_extrapolation"])
+{
+  // Check that we don't have a subspace
+  if (!V->component().empty())
+  {
+    dolfin_error("Function.cpp",
+                 "create function",
+                 "Cannot be created from subspace. Consider collapsing the function space");
+  }
+
+  // Initialize vector
+  init_vector();
+
+  // Check size of vector
+  if (_vector->size() != _function_space->dim())
+  {
+    dolfin_error("Function.cpp",
+                 "read function from file",
+                 "The number of degrees of freedom (%d) does not match dimension of function space (%d)",
+                 _vector->size(), _function_space->dim());
+  }
+
+  // Read function data from file
+  MPI_Comm comm = _function_space->mesh()->mpi_comm();
+  File file(comm, filename);
+  file >> *this;
+}
+//-----------------------------------------------------------------------------
+Function::Function(const Function& v) : Hierarchical<Function>(*this),
+  _allow_extrapolation(dolfin::parameters["allow_extrapolation"])
+{
+  // Assign data
+  *this = v;
+}
+//-----------------------------------------------------------------------------
+Function::Function(const Function& v, std::size_t i)
+  : Hierarchical<Function>(*this),
+  _allow_extrapolation(dolfin::parameters["allow_extrapolation"])
+{
+  // Copy function space pointer
+  this->_function_space = v[i]._function_space;
+
+  // Copy vector pointer
+  this->_vector = v[i]._vector;
+}
+//-----------------------------------------------------------------------------
+Function::~Function()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+const Function& Function::operator= (const Function& v)
+{
+  dolfin_assert(v._vector);
+
+  // Make a copy of all the data, or if v is a sub-function, then we
+  // collapse the dof map and copy only the relevant entries from the
+  // vector of v.
+  if (v._vector->size() == v._function_space->dim())
+  {
+    // Copy function space
+    _function_space = v._function_space;
+
+    // Copy vector
+    _vector = v._vector->copy();
+
+    // Clear subfunction cache
+    _sub_functions.clear();
+  }
+  else
+  {
+    // Create new collapsed FunctionSpace
+    std::unordered_map<std::size_t, std::size_t> collapsed_map;
+    _function_space = v._function_space->collapse(collapsed_map);
+
+    // Get row indices of original and new vectors
+    std::unordered_map<std::size_t, std::size_t>::const_iterator entry;
+    std::vector<dolfin::la_index> new_rows(collapsed_map.size());
+    std::vector<dolfin::la_index> old_rows(collapsed_map.size());
+    std::size_t i = 0;
+    for (entry = collapsed_map.begin(); entry != collapsed_map.end(); ++entry)
+    {
+      new_rows[i]   = entry->first;
+      old_rows[i++] = entry->second;
+    }
+
+    // Gather values into a vector
+    dolfin_assert(v.vector());
+    std::vector<double> gathered_values(collapsed_map.size());
+    v.vector()->get_local(gathered_values.data(), gathered_values.size(),
+                          old_rows.data());
+
+    // Initial new vector (global)
+    init_vector();
+    dolfin_assert(_function_space->dofmap());
+    dolfin_assert(_vector->size()
+                  == _function_space->dofmap()->global_dimension());
+
+    // FIXME (local): Check this for local or global
+    // Set values in vector
+    this->_vector->set_local(gathered_values.data(), collapsed_map.size(),
+                             new_rows.data());
+    this->_vector->apply("insert");
+  }
+
+  // Call assignment operator for base class
+  Hierarchical<Function>::operator=(v);
+
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const Function& Function::operator= (const Expression& v)
+{
+  interpolate(v);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+Function& Function::operator[] (std::size_t i) const
+{
+  // Check if sub-Function is in the cache, otherwise create and add
+  // to cache
+  auto sub_function = _sub_functions.find(i);
+  if (sub_function != _sub_functions.end())
+    return *(sub_function->second);
+  else
+  {
+    // Extract function subspace
+    std::vector<std::size_t> component(1, i);
+    std::shared_ptr<const FunctionSpace>
+      sub_space(_function_space->extract_sub_space(component));
+
+    // Insert sub-Function into map and return reference
+    _sub_functions.insert(i, new Function(sub_space, _vector));
+    return *(_sub_functions.find(i)->second);
+  }
+}
+//-----------------------------------------------------------------------------
+void Function::operator=(const FunctionAXPY& axpy)
+{
+  if (axpy.pairs().size() == 0)
+  {
+    dolfin_error("Function.cpp",
+                 "assign function",
+                 "FunctionAXPY is empty.");
+  }
+
+  // Make an initial assign and scale
+  dolfin_assert(axpy.pairs()[0].second);
+  *this = *(axpy.pairs()[0].second);
+  if (axpy.pairs()[0].first != 1.0)
+    *_vector *= axpy.pairs()[0].first;
+
+  // Start from item 2 and axpy
+  std::vector<std::pair<double, std::shared_ptr<const Function>>>
+    ::const_iterator it;
+  for (it = axpy.pairs().begin()+1; it != axpy.pairs().end(); it++)
+  {
+    dolfin_assert(it->second);
+    dolfin_assert(it->second->vector());
+    _vector->axpy(it->first, *(it->second->vector()));
+  }
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericVector> Function::vector()
+{
+  dolfin_assert(_vector);
+  dolfin_assert(_function_space->dofmap());
+
+  // Check that this is not a sub function.
+  if(_vector->size() != _function_space->dofmap()->global_dimension())
+  {
+    dolfin_error("Function.cpp",
+                 "access vector of degrees of freedom",
+                 "Cannot access a non-const vector from a subfunction");
+  }
+
+  return _vector;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const GenericVector> Function::vector() const
+{
+  dolfin_assert(_vector);
+  return _vector;
+}
+//-----------------------------------------------------------------------------
+bool Function::in(const FunctionSpace& V) const
+{
+  dolfin_assert(_function_space);
+  return *_function_space == V;
+}
+//-----------------------------------------------------------------------------
+std::size_t Function::geometric_dimension() const
+{
+  dolfin_assert(_function_space);
+  dolfin_assert(_function_space->mesh());
+  return _function_space->mesh()->geometry().dim();
+}
+//-----------------------------------------------------------------------------
+void Function::eval(Array<double>& values, const Array<double>& x) const
+{
+  dolfin_assert(_function_space);
+  dolfin_assert(_function_space->mesh());
+  const Mesh& mesh = *_function_space->mesh();
+
+  // Find the cell that contains x
+  const double* _x = x.data();
+  const Point point(mesh.geometry().dim(), _x);
+
+  // Get index of first cell containing point
+  unsigned int id
+    = mesh.bounding_box_tree()->compute_first_entity_collision(point);
+
+  // If not found, use the closest cell
+  if (id == std::numeric_limits<unsigned int>::max())
+  {
+    // Check if the closest cell is within DOLFIN_EPS. This we can
+    // allow without _allow_extrapolation
+    std::pair<unsigned int, double> close
+      = mesh.bounding_box_tree()->compute_closest_entity(point);
+
+    if (_allow_extrapolation or close.second < DOLFIN_EPS)
+      id = close.first;
+    else
+    {
+      dolfin_error("Function.cpp",
+                   "evaluate function at point",
+                   "The point is not inside the domain. Consider calling \"Function::set_allow_extrapolation(true)\" on this Function to allow extrapolation");
+    }
+  }
+
+  // Create cell that contains point
+  const Cell cell(mesh, id);
+  ufc::cell ufc_cell;
+  cell.get_cell_data(ufc_cell);
+
+  // Call evaluate function
+  eval(values, x, cell, ufc_cell);
+}
+//-----------------------------------------------------------------------------
+void Function::eval(Array<double>& values, const Array<double>& x,
+                    const Cell& dolfin_cell, const ufc::cell& ufc_cell) const
+{
+  // Developer note: work arrays/vectors are re-created each time this
+  //                 function is called for thread-safety
+
+  dolfin_assert(_function_space->element());
+  const FiniteElement& element = *_function_space->element();
+
+  // Compute in tensor (one for scalar function, . . .)
+  const std::size_t value_size_loc = value_size();
+
+  dolfin_assert(values.size() == value_size_loc);
+
+  // Create work vector for expansion coefficients
+  std::vector<double> coefficients(element.space_dimension());
+
+  // Cell coordinates (re-allocated inside function for thread safety)
+  std::vector<double> coordinate_dofs;
+  dolfin_cell.get_coordinate_dofs(coordinate_dofs);
+
+  // Restrict function to cell
+  restrict(coefficients.data(), element, dolfin_cell,
+           coordinate_dofs.data(), ufc_cell);
+
+  // Create work vector for basis
+  std::vector<double> basis(value_size_loc);
+
+  // Initialise values
+  for (std::size_t j = 0; j < value_size_loc; ++j)
+    values[j] = 0.0;
+
+  // Compute linear combination
+  for (std::size_t i = 0; i < element.space_dimension(); ++i)
+  {
+    element.evaluate_basis(i, basis.data(), x.data(),
+                           coordinate_dofs.data(),
+                           ufc_cell.orientation);
+
+    for (std::size_t j = 0; j < value_size_loc; ++j)
+      values[j] += coefficients[i]*basis[j];
+  }
+}
+//-----------------------------------------------------------------------------
+void Function::eval(Eigen::Ref<Eigen::VectorXd> values,
+                    Eigen::Ref<const Eigen::VectorXd> x) const
+{
+  Array<double> _values(values.size(), values.data());
+  const Array<double> _x(x.size(), const_cast<double*>(x.data()));
+  eval(_values, _x);
+}
+//-----------------------------------------------------------------------------
+void Function::eval(Eigen::Ref<Eigen::VectorXd> values,
+                    Eigen::Ref<const Eigen::VectorXd> x,
+                    const Cell& dolfin_cell, const ufc::cell& ufc_cell) const
+{
+  Array<double> _values(values.size(), values.data());
+  const Array<double> _x(x.size(), const_cast<double*>(x.data()));
+  eval(_values, _x, dolfin_cell, ufc_cell);
+}
+//-----------------------------------------------------------------------------
+void Function::interpolate(const GenericFunction& v)
+{
+  dolfin_assert(_vector);
+  dolfin_assert(_function_space);
+
+  // Interpolate
+  _function_space->interpolate(*_vector, v);
+}
+//-----------------------------------------------------------------------------
+void Function::extrapolate(const Function& v)
+{
+  Extrapolation::extrapolate(*this, v);
+}
+//-----------------------------------------------------------------------------
+std::size_t Function::value_rank() const
+{
+  dolfin_assert(_function_space);
+  dolfin_assert(_function_space->element());
+  return _function_space->element()->value_rank();
+}
+//-----------------------------------------------------------------------------
+std::size_t Function::value_dimension(std::size_t i) const
+{
+  dolfin_assert(_function_space);
+  dolfin_assert(_function_space->element());
+  return _function_space->element()->value_dimension(i);
+}
+//-----------------------------------------------------------------------------
+std::vector<std::size_t> Function::value_shape() const
+{
+  dolfin_assert(_function_space);
+  dolfin_assert(_function_space->element());
+  std::vector<std::size_t> _shape(this->value_rank(), 1);
+  for (std::size_t i = 0; i < _shape.size(); ++i)
+    _shape[i] = this->value_dimension(i);
+  return _shape;
+}
+//-----------------------------------------------------------------------------
+void Function::eval(Array<double>& values, const Array<double>& x,
+                    const ufc::cell& ufc_cell) const
+{
+  dolfin_assert(_function_space);
+  dolfin_assert(_function_space->mesh());
+  const Mesh& mesh = *_function_space->mesh();
+
+  // Check if UFC cell comes from mesh, otherwise
+  // find the cell which contains the point
+  dolfin_assert(ufc_cell.mesh_identifier >= 0);
+  if (ufc_cell.mesh_identifier == (int) mesh.id())
+  {
+    const Cell cell(mesh, ufc_cell.index);
+    eval(values, x, cell, ufc_cell);
+  }
+  else
+    eval(values, x);
+}
+//-----------------------------------------------------------------------------
+void Function::eval(Eigen::Ref<Eigen::VectorXd> values,
+                    Eigen::Ref<const Eigen::VectorXd> x,
+                    const ufc::cell& ufc_cell) const
+{
+  Array<double> _values(values.size(), values.data());
+  Array<double> _x(x.size(), const_cast<double*>(x.data()));
+  eval(_values, _x, ufc_cell);
+}
+//-----------------------------------------------------------------------------
+void Function::restrict(double* w, const FiniteElement& element,
+                        const Cell& dolfin_cell,
+                        const double* coordinate_dofs,
+                        const ufc::cell& ufc_cell) const
+{
+  dolfin_assert(w);
+  dolfin_assert(_function_space);
+  dolfin_assert(_function_space->dofmap());
+
+  // Check if we are restricting to an element of this function space
+  if (_function_space->has_element(element)
+      && _function_space->has_cell(dolfin_cell))
+  {
+    // Get dofmap for cell
+    const GenericDofMap& dofmap = *_function_space->dofmap();
+    auto dofs = dofmap.cell_dofs(dolfin_cell.index());
+
+    // Note: We should have dofmap.max_element_dofs() == dofs.size() here.
+    // Pick values from vector(s)
+    _vector->get_local(w, dofs.size(), dofs.data());
+  }
+  else if(!dolfin_cell.mesh().topology().mapping().empty())
+  {
+    std::vector<double> coordinate_dofs_;
+    auto mapping = dolfin_cell.mesh().topology().mapping()[_function_space->mesh()->id()];
+    if(!mapping)
+    {
+      dolfin_cell.mesh().build_mapping(_function_space->mesh());
+      mapping = dolfin_cell.mesh().topology().mapping()[_function_space->mesh()->id()];
+    }
+    dolfin_assert(mapping->mesh()->id() == dolfin_cell.mesh().id());
+
+    if(_function_space->mesh()->id() != dolfin_cell.mesh().id())
+    {
+      auto codim = mapping->mesh()->topology().dim() - dolfin_cell.mesh().topology().dim();
+      if(codim == 0)
+      {
+        std::size_t cell_index = mapping->cell_map()[dolfin_cell.index()];
+        Cell mesh_cell(*(mapping->mesh()), cell_index);
+        mesh_cell.get_coordinate_dofs(coordinate_dofs_);
+        restrict_as_ufc_function(w, element, mesh_cell, coordinate_dofs_.data(),
+                                 ufc_cell);
+      }
+      else if(codim == 1)
+      {
+        const std::size_t D = mapping->mesh()->topology().dim();
+        mapping->mesh()->init(D);
+        mapping->mesh()->init(D - 1, D);
+
+        Facet mesh_facet(*(mapping->mesh()), mapping->cell_map()[dolfin_cell.index()]);
+        Cell mesh_cell(*(mapping->mesh()), mesh_facet.entities(D)[0]);
+        mesh_cell.get_coordinate_dofs(coordinate_dofs_);
+        restrict_as_ufc_function(w, element, mesh_cell, coordinate_dofs_.data(),
+                                 ufc_cell);
+      }
+    }
+  }
+  else
+  {
+    // Restrict as UFC function (by calling eval)
+    restrict_as_ufc_function(w, element, dolfin_cell, coordinate_dofs,
+                             ufc_cell);
+  }
+}
+//-----------------------------------------------------------------------------
+void Function::compute_vertex_values(std::vector<double>& vertex_values,
+                                     const Mesh& mesh) const
+{
+  dolfin_assert(_function_space);
+  dolfin_assert(_function_space->mesh());
+
+  // Check that the mesh matches. Notice that the hash is only
+  // compared if the pointers are not matching.
+  if (&mesh != _function_space->mesh().get()
+      && mesh.hash() != _function_space->mesh()->hash())
+  {
+    dolfin_error("Function.cpp",
+                 "interpolate function values at vertices",
+                 "Non-matching mesh");
+  }
+
+  // Get finite element
+  dolfin_assert(_function_space->element());
+  const FiniteElement& element = *_function_space->element();
+
+  // Local data for interpolation on each cell
+  const std::size_t num_cell_vertices
+    = mesh.type().num_vertices(mesh.topology().dim());
+
+  // Compute in tensor (one for scalar function, . . .)
+  const std::size_t value_size_loc = value_size();
+
+  // Resize Array for holding vertex values
+  vertex_values.resize(value_size_loc*(mesh.num_vertices()));
+
+  // Create vector to hold cell vertex values
+  std::vector<double> cell_vertex_values(value_size_loc*num_cell_vertices);
+
+  // Create vector for expansion coefficients
+  std::vector<double> coefficients(element.space_dimension());
+
+  // Interpolate vertex values on each cell (using last computed value
+  // if not continuous, e.g. discontinuous Galerkin methods)
+  ufc::cell ufc_cell;
+  std::vector<double> coordinate_dofs;
+  for (CellIterator cell(mesh, "all"); !cell.end(); ++cell)
+  {
+    // Update to current cell
+    cell->get_coordinate_dofs(coordinate_dofs);
+    cell->get_cell_data(ufc_cell);
+
+    // Pick values from global vector
+    restrict(coefficients.data(), element, *cell, coordinate_dofs.data(),
+             ufc_cell);
+
+    // Interpolate values at the vertices
+    element.interpolate_vertex_values(cell_vertex_values.data(),
+                                      coefficients.data(),
+                                      coordinate_dofs.data(),
+                                      ufc_cell.orientation);
+
+    // Copy values to array of vertex values
+    for (VertexIterator vertex(*cell); !vertex.end(); ++vertex)
+    {
+      for (std::size_t i = 0; i < value_size_loc; ++i)
+      {
+        const std::size_t local_index  = vertex.pos()*value_size_loc + i;
+        const std::size_t global_index = i*mesh.num_vertices()+vertex->index();
+        vertex_values[global_index] = cell_vertex_values[local_index];
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void Function::compute_vertex_values(std::vector<double>& vertex_values)
+{
+  dolfin_assert(_function_space);
+  dolfin_assert(_function_space->mesh());
+  compute_vertex_values(vertex_values, *_function_space->mesh());
+}
+//-----------------------------------------------------------------------------
+void Function::init_vector()
+{
+  Timer timer("Init dof vector");
+
+  // Get dof map
+  dolfin_assert(_function_space);
+  dolfin_assert(_function_space->dofmap());
+  const GenericDofMap& dofmap = *(_function_space->dofmap());
+
+  // Check that function space is not a subspace (view)
+  if (dofmap.is_view())
+  {
+    dolfin_error("Function.cpp",
+                 "initialize vector of degrees of freedom for function",
+                 "Cannot be created from subspace. Consider collapsing the "
+                 "function space");
+  }
+
+  // Get index map
+  std::shared_ptr<const IndexMap> index_map = dofmap.index_map();
+  dolfin_assert(index_map);
+
+  DefaultFactory factory;
+
+  MPI_Comm comm = _function_space->mesh()->mpi_comm();
+
+  // Create layout for initialising tensor
+  std::shared_ptr<TensorLayout> tensor_layout;
+  tensor_layout = factory.create_layout(comm, 1);
+  dolfin_assert(tensor_layout);
+  dolfin_assert(!tensor_layout->sparsity_pattern());
+  dolfin_assert(_function_space->mesh());
+  tensor_layout->init({index_map}, TensorLayout::Ghosts::GHOSTED);
+
+  // Create vector of dofs
+  if (!_vector)
+    _vector = factory.create_vector(_function_space->mesh()->mpi_comm());
+  dolfin_assert(_vector);
+  if (!_vector->empty())
+  {
+    dolfin_error("Function.cpp",
+                 "initialize vector of degrees of freedom for function",
+                 "Cannot re-initialize a non-empty vector. Consider creating a new function");
+
+  }
+  _vector->init(*tensor_layout);
+  _vector->zero();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/function/Function.h b/dolfin/function/Function.h
new file mode 100644
index 0000000..c6c874c
--- /dev/null
+++ b/dolfin/function/Function.h
@@ -0,0 +1,377 @@
+// Copyright (C) 2003-2012 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2005-2010.
+// Modified by Kristian B. Oelgaard, 2007.
+// Modified by Martin Sandve Alnes, 2008-2014.
+// Modified by Andre Massing, 2009.
+
+#ifndef __FUNCTION_H
+#define __FUNCTION_H
+
+#include <memory>
+#include <string>
+#include <utility>
+#include <vector>
+#include <boost/ptr_container/ptr_map.hpp>
+#include <Eigen/Dense>
+
+#include <dolfin/common/types.h>
+#include <dolfin/common/Hierarchical.h>
+#include "GenericFunction.h"
+#include "FunctionAXPY.h"
+
+namespace ufc
+{
+  // Forward declarations
+  class cell;
+}
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class Cell;
+  class Expression;
+  class FunctionSpace;
+  class GenericVector;
+  class SubDomain;
+  template<typename T> class Array;
+
+  /// This class represents a function :math:`u_h` in a finite
+  /// element function space :math:`V_h`, given by
+  ///
+  /// .. math::
+  ///
+  ///     u_h = \sum_{i=1}^{n} U_i \phi_i
+  ///
+  /// where :math:`\{\phi_i\}_{i=1}^{n}` is a basis for :math:`V_h`,
+  /// and :math:`U` is a vector of expansion coefficients for :math:`u_h`.
+
+  class Function : public GenericFunction, public Hierarchical<Function>
+  {
+  public:
+
+    Function() : Hierarchical<Function>(*this) {}
+
+    /// Create function on given function space (shared data)
+    ///
+    /// *Arguments*
+    ///     V (_FunctionSpace_)
+    ///         The function space.
+    explicit Function(std::shared_ptr<const FunctionSpace> V);
+
+    /// Create function on given function space with a given vector
+    /// (shared data)
+    ///
+    /// *Warning: This constructor is intended for internal library use only*
+    ///
+    /// *Arguments*
+    ///     V (_FunctionSpace_)
+    ///         The function space.
+    ///     x (_GenericVector_)
+    ///         The vector.
+    Function(std::shared_ptr<const FunctionSpace> V,
+             std::shared_ptr<GenericVector> x);
+
+    /// Create function from vector of dofs stored to file (shared data)
+    ///
+    /// *Arguments*
+    ///     V (_FunctionSpace_)
+    ///         The function space.
+    ///     filename_dofdata (std::string)
+    ///         The name of the file containing the dofmap data.
+    Function(std::shared_ptr<const FunctionSpace> V,
+             std::string filename);
+
+    /// Copy constructor
+    ///
+    /// *Arguments*
+    ///     v (_Function_)
+    ///         The object to be copied.
+    Function(const Function& v);
+
+    /// Sub-function constructor with shallow copy of vector (used in Python
+    /// interface)
+    ///
+    /// *Arguments*
+    ///     v (_Function_)
+    ///         The function to be copied.
+    ///     i (std::size_t)
+    ///         Index of subfunction.
+    ///
+    Function(const Function& v, std::size_t i);
+
+    /// Destructor
+    virtual ~Function();
+
+    /// Assignment from function
+    ///
+    /// *Arguments*
+    ///     v (_Function_)
+    ///         Another function.
+    const Function& operator= (const Function& v);
+
+    /// Assignment from expression using interpolation
+    ///
+    /// *Arguments*
+    ///     v (_Expression_)
+    ///         The expression.
+    const Function& operator= (const Expression& v);
+
+    /// Assignment from linear combination of function
+    ///
+    /// *Arguments*
+    ///     v (_FunctionAXPY_)
+    ///         A linear combination of other Functions
+    void operator=(const FunctionAXPY& axpy);
+
+    /// Extract subfunction
+    ///
+    /// *Arguments*
+    ///     i (std::size_t)
+    ///         Index of subfunction.
+    /// *Returns*
+    ///     _Function_
+    ///         The subfunction.
+    Function& operator[] (std::size_t i) const;
+
+    /// Return shared pointer to function space
+    ///
+    /// *Returns*
+    ///     _FunctionSpace_
+    ///         Return the shared pointer.
+    virtual std::shared_ptr<const FunctionSpace> function_space() const override
+    {
+      dolfin_assert(_function_space);
+      return _function_space;
+    }
+
+    /// Return vector of expansion coefficients (non-const version)
+    ///
+    /// *Returns*
+    ///     _GenericVector_
+    ///         The vector of expansion coefficients.
+    std::shared_ptr<GenericVector> vector();
+
+    /// Return vector of expansion coefficients (const version)
+    ///
+    /// *Returns*
+    ///     _GenericVector_
+    ///         The vector of expansion coefficients (const).
+    std::shared_ptr<const GenericVector> vector() const;
+
+    /// Check if function is a member of the given function space
+    ///
+    /// *Arguments*
+    ///     V (_FunctionSpace_)
+    ///         The function space.
+    ///
+    /// *Returns*
+    ///     bool
+    ///         True if the function is in the function space.
+    bool in(const FunctionSpace& V) const;
+
+    /// Return geometric dimension
+    ///
+    /// *Returns*
+    ///     std::size_t
+    ///         The geometric dimension.
+    std::size_t geometric_dimension() const;
+
+    /// Evaluate function at given coordinates
+    ///
+    /// @param    values (Array<double>)
+    ///         The values.
+    /// @param    x (Array<double>)
+    ///         The coordinates.
+    void eval(Array<double>& values, const Array<double>& x) const override;
+
+    /// Evaluate function at given coordinates in given cell
+    ///
+    /// *Arguments*
+    /// @param    values (Array<double>)
+    ///         The values.
+    /// @param    x (Array<double>)
+    ///         The coordinates.
+    /// @param    dolfin_cell (_Cell_)
+    ///         The cell.
+    /// @param    ufc_cell (ufc::cell)
+    ///         The ufc::cell.
+    void eval(Array<double>& values, const Array<double>& x,
+              const Cell& dolfin_cell, const ufc::cell& ufc_cell) const;
+
+    /// Evaluate function at given coordinates
+    ///
+    /// @param    values (Eigen::Ref<Eigen::VectorXd> values)
+    ///         The values.
+    /// @param    x (Eigen::Ref<const Eigen::VectorXd> x)
+    ///         The coordinates.
+    void eval(Eigen::Ref<Eigen::VectorXd> values,
+              Eigen::Ref<const Eigen::VectorXd> x) const override;
+
+    /// Evaluate function at given coordinates in given cell
+    ///
+    /// *Arguments*
+    /// @param    values (Eigen::Ref<Eigen::VectorXd>)
+    ///         The values.
+    /// @param    x (Eigen::Ref<const Eigen::VectorXd>)
+    ///         The coordinates.
+    /// @param    dolfin_cell (_Cell_)
+    ///         The cell.
+    /// @param    ufc_cell (ufc::cell)
+    ///         The ufc::cell.
+    void eval(Eigen::Ref<Eigen::VectorXd> values,
+              Eigen::Ref<const Eigen::VectorXd> x,
+              const dolfin::Cell& dolfin_cell, const ufc::cell& ufc_cell) const;
+
+    /// Interpolate function (on possibly non-matching meshes)
+    ///
+    /// @param    v (GenericFunction)
+    ///         The function to be interpolated.
+    void interpolate(const GenericFunction& v);
+
+    /// Extrapolate function (from a possibly lower-degree function space)
+    ///
+    /// *Arguments*
+    ///     v (_Function_)
+    ///         The function to be extrapolated.
+    void extrapolate(const Function& v);
+
+    //--- Implementation of GenericFunction interface ---
+
+    /// Return value rank
+    ///
+    /// *Returns*
+    ///     std::size_t
+    ///         The value rank.
+    virtual std::size_t value_rank() const override;
+
+    /// Return value dimension for given axis
+    ///
+    /// *Arguments*
+    ///     i (std::size_t)
+    ///         The index of the axis.
+    ///
+    /// *Returns*
+    ///     std::size_t
+    ///         The value dimension.
+    virtual std::size_t value_dimension(std::size_t i) const override;
+
+    /// Return value shape
+    ///
+    /// *Returns*
+    ///     std::vector<std::size_t>
+    ///         The value shape.
+    virtual std::vector<std::size_t> value_shape() const override;
+
+    /// Evaluate at given point in given cell
+    ///
+    /// @param    values (Array<double>)
+    ///         The values at the point.
+    /// @param   x (Array<double>)
+    ///         The coordinates of the point.
+    /// @param    cell (ufc::cell)
+    ///         The cell which contains the given point.
+    virtual void eval(Array<double>& values, const Array<double>& x,
+                      const ufc::cell& cell) const override;
+
+    /// Evaluate at given point in given cell
+    ///
+    /// @param    values (Eigen::Ref<Eigen::VectorXd>)
+    ///         The values at the point.
+    /// @param   x (Eigen::Ref<const Eigen::VectorXd>
+    ///         The coordinates of the point.
+    /// @param    cell (ufc::cell)
+    ///         The cell which contains the given point.
+    virtual void eval(Eigen::Ref<Eigen::VectorXd> values,
+                      Eigen::Ref<const Eigen::VectorXd> x,
+                      const ufc::cell& cell) const override;
+
+    /// Restrict function to local cell (compute expansion coefficients w)
+    ///
+    /// @param    w (list of doubles)
+    ///         Expansion coefficients.
+    /// @param    element (_FiniteElement_)
+    ///         The element.
+    /// @param    dolfin_cell (_Cell_)
+    ///         The cell.
+    /// @param  coordinate_dofs (double *)
+    ///         The coordinates
+    /// @param    ufc_cell (ufc::cell).
+    ///         The ufc::cell.
+    virtual void restrict(double* w,
+                          const FiniteElement& element,
+                          const Cell& dolfin_cell,
+                          const double* coordinate_dofs,
+                          const ufc::cell& ufc_cell) const override;
+
+    /// Compute values at all mesh vertices
+    ///
+    /// @param    vertex_values (Array<double>)
+    ///         The values at all vertices.
+    /// @param    mesh (_Mesh_)
+    ///         The mesh.
+    virtual void compute_vertex_values(std::vector<double>& vertex_values,
+                                       const Mesh& mesh) const override;
+
+    /// Compute values at all mesh vertices
+    ///
+    /// @param    vertex_values (Array<double>)
+    ///         The values at all vertices.
+    void compute_vertex_values(std::vector<double>& vertex_values);
+
+    /// Allow extrapolation when evaluating the Function
+    ///
+    /// @param allow_extrapolation (bool)
+    ///         Whether or not permit extrapolation.
+    void set_allow_extrapolation(bool allow_extrapolation)
+    { _allow_extrapolation = allow_extrapolation; }
+
+    /// Check if extrapolation is permitted when evaluating the Function
+    ///
+    /// @return bool
+    ///         True if extrapolation is permitted, otherwise false
+    bool get_allow_extrapolation() const
+    { return _allow_extrapolation; }
+
+  private:
+
+    // Friends
+    friend class FunctionSpace;
+    friend class FunctionAssigner;
+
+    // Collection of sub-functions which share data with the function
+    mutable boost::ptr_map<std::size_t, Function> _sub_functions;
+
+    // Initialize vector
+    void init_vector();
+
+    // The function space
+    std::shared_ptr<const FunctionSpace> _function_space;
+
+    // The vector of expansion coefficients (local)
+    std::shared_ptr<GenericVector> _vector;
+
+    // True if extrapolation should be allowed
+    bool _allow_extrapolation;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/function/FunctionAXPY.cpp b/dolfin/function/FunctionAXPY.cpp
new file mode 100644
index 0000000..8c4fd9c
--- /dev/null
+++ b/dolfin/function/FunctionAXPY.cpp
@@ -0,0 +1,161 @@
+// Copyright (C) 2013 Johan Hake
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-02-11
+// Last changed: 2013-02-15
+
+#include <dolfin/log/log.h>
+#include "Function.h"
+#include "FunctionSpace.h"
+#include "FunctionAXPY.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+FunctionAXPY::FunctionAXPY(std::shared_ptr<const Function> func, double scalar)
+  : _pairs()
+{
+  dolfin_assert(func);
+  _pairs.push_back(std::make_pair(scalar, func));
+}
+//-----------------------------------------------------------------------------
+FunctionAXPY::FunctionAXPY(const FunctionAXPY& axpy, double scalar) : _pairs()
+{
+  _register(axpy, scalar);
+}
+//-----------------------------------------------------------------------------
+FunctionAXPY::FunctionAXPY(std::shared_ptr<const Function> func0,
+                           std::shared_ptr<const Function> func1,
+                           Direction direction) : _pairs()
+{
+  dolfin_assert(func0);
+  dolfin_assert(func1);
+  dolfin_assert(func1->function_space());
+
+  if (!func0->in(*func1->function_space()))
+  {
+    dolfin_error("FunctionAXPY.cpp",
+                 "Construct FunctionAXPY",
+                 "Expected Functions to be in the same FunctionSpace");
+  }
+
+  const double scale0 = static_cast<int>(direction) % 2 == 0 ? 1.0 : -1.0;
+  _pairs.push_back(std::make_pair(scale0, func0));
+
+  const double scale1 = static_cast<int>(direction) < 2 ? 1.0 : -1.0;
+  _pairs.push_back(std::make_pair(scale1, func1));
+}
+//-----------------------------------------------------------------------------
+FunctionAXPY::FunctionAXPY(const FunctionAXPY& axpy,
+                           std::shared_ptr<const Function> func,
+                           Direction direction) : _pairs()
+{
+  dolfin_assert(func);
+  dolfin_assert(func->function_space());
+
+  _register(axpy, static_cast<int>(direction) % 2 == 0 ? 1.0 : -1.0);
+  if (_pairs.size()>0 && !_pairs[0].second->in(*func->function_space()))
+  {
+    dolfin_error("FunctionAXPY.cpp",
+                 "Construct FunctionAXPY",
+                 "Expected Functions to have the same FunctionSpace");
+  }
+
+  const double scale = static_cast<int>(direction) < 2 ? 1.0 : -1.0;
+  _pairs.push_back(std::make_pair(scale, func));
+}
+//-----------------------------------------------------------------------------
+FunctionAXPY::FunctionAXPY(const FunctionAXPY& axpy0,
+                           const FunctionAXPY& axpy1,
+                           Direction direction) : _pairs()
+{
+  _register(axpy0, static_cast<int>(direction) % 2 == 0 ? 1.0 : -1.0);
+  _register(axpy1, static_cast<int>(direction) < 2 ? 1.0 : -1.0);
+}
+//-----------------------------------------------------------------------------
+FunctionAXPY::FunctionAXPY(const FunctionAXPY& axpy) : _pairs(axpy._pairs)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+FunctionAXPY::FunctionAXPY(
+  std::vector<std::pair<double, std::shared_ptr<const Function>>> pairs)
+  : _pairs(pairs)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+FunctionAXPY::~FunctionAXPY()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+FunctionAXPY FunctionAXPY::operator+(std::shared_ptr<const Function> func) const
+{
+  return FunctionAXPY(*this, func, Direction::ADD_ADD);
+}
+//-----------------------------------------------------------------------------
+FunctionAXPY FunctionAXPY::operator+(const FunctionAXPY& axpy) const
+{
+  return FunctionAXPY(*this, axpy, Direction::ADD_ADD);
+}
+//-----------------------------------------------------------------------------
+FunctionAXPY FunctionAXPY::operator-(std::shared_ptr<const Function> func) const
+{
+  return FunctionAXPY(*this, func, Direction::ADD_SUB);
+}
+//-----------------------------------------------------------------------------
+FunctionAXPY FunctionAXPY::operator-(const FunctionAXPY& axpy) const
+{
+  return FunctionAXPY(*this, axpy, Direction::ADD_SUB);
+}
+//-----------------------------------------------------------------------------
+const std::vector<std::pair<double, std::shared_ptr<const Function>>>&
+  FunctionAXPY::pairs() const
+{
+  return _pairs;
+}
+//-----------------------------------------------------------------------------
+void FunctionAXPY::_register(const FunctionAXPY& axpy, double scale)
+{
+  if (_pairs.size() > 0 && axpy._pairs.size() > 0
+      && _pairs[0].second && axpy._pairs[0].second // nullptr checks
+      && axpy._pairs[0].second->function_space()   // nullptr checks
+      && !_pairs[0].second->in(*axpy._pairs[0].second->function_space()))
+  {
+    dolfin_error("FunctionAXPY.cpp",
+                 "Construct FunctionAXPY",
+                 "Expected Functions to have the same FunctionSpace");
+  }
+
+  for (auto it = axpy.pairs().begin(); it != axpy.pairs().end(); it++)
+  {
+    dolfin_assert(it->second);
+    _pairs.push_back(std::make_pair(it->first*scale, it->second));
+  }
+}
+//-----------------------------------------------------------------------------
+FunctionAXPY FunctionAXPY::operator*(double scale) const
+{
+  return FunctionAXPY(*this, scale);
+}
+//-----------------------------------------------------------------------------
+FunctionAXPY FunctionAXPY::operator/(double scale) const
+{
+  return FunctionAXPY(*this, 1.0/scale);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/function/FunctionAXPY.h b/dolfin/function/FunctionAXPY.h
new file mode 100644
index 0000000..bfcbcc0
--- /dev/null
+++ b/dolfin/function/FunctionAXPY.h
@@ -0,0 +1,107 @@
+// Copyright (C) 2013 Johan Hake
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-02-11
+// Last changed: 2013-02-14
+
+#ifndef __FUNCTION_AXPY_H
+#define __FUNCTION_AXPY_H
+
+#include <utility>
+#include <vector>
+
+namespace dolfin
+{
+
+  class Function;
+
+  /// This class represents a linear combination of functions. It is
+  /// mostly used as an intermediate class for operations such as u =
+  /// 3*u0 + 4*u1; where the rhs generates an FunctionAXPY.
+  class FunctionAXPY
+  {
+
+  public:
+
+    /// Enum to decide what way AXPY is constructed
+    enum class Direction : int {ADD_ADD=0, SUB_ADD=1, ADD_SUB=2, SUB_SUB=3};
+
+    /// Constructor
+    FunctionAXPY(std::shared_ptr<const Function> func, double scalar);
+
+    /// Constructor
+    FunctionAXPY(const FunctionAXPY& axpy, double scalar);
+
+    /// Constructor
+    FunctionAXPY(std::shared_ptr<const Function> func0,
+                 std::shared_ptr<const Function> func1,
+                 Direction direction);
+
+    /// Constructor
+    FunctionAXPY(const FunctionAXPY& axpy,
+                 std::shared_ptr<const Function> func,
+                 Direction direction);
+
+    /// Constructor
+    FunctionAXPY(const FunctionAXPY& axpy0,
+                 const FunctionAXPY& axpy1,
+                 Direction direction);
+
+    /// Constructor
+    FunctionAXPY(
+      std::vector<std::pair<double, std::shared_ptr<const Function>>> pairs);
+
+    /// Copy constructor
+    FunctionAXPY(const FunctionAXPY& axpy);
+
+    /// Destructor
+    ~FunctionAXPY();
+
+    /// Addition operator
+    FunctionAXPY operator+(std::shared_ptr<const Function> func) const;
+
+    /// Addition operator
+    FunctionAXPY operator+(const FunctionAXPY& axpy) const;
+
+    /// Subtraction operator
+    FunctionAXPY operator-(std::shared_ptr<const Function> func) const;
+
+    /// Subtraction operator
+    FunctionAXPY operator-(const FunctionAXPY& axpy) const;
+
+    /// Scale operator
+    FunctionAXPY operator*(double scale) const;
+
+    /// Scale operator
+    FunctionAXPY operator/(double scale) const;
+
+    /// Return the scalar and Function pairs
+    const std::vector<std::pair<double, std::shared_ptr<const Function>>>&
+      pairs() const;
+
+  private:
+
+    /// Register another AXPY object
+    void _register(const FunctionAXPY& axpy0, double scale);
+
+    std::vector<std::pair<double, std::shared_ptr<const Function>>> _pairs;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/function/FunctionAssigner.cpp b/dolfin/function/FunctionAssigner.cpp
new file mode 100644
index 0000000..d8b569d
--- /dev/null
+++ b/dolfin/function/FunctionAssigner.cpp
@@ -0,0 +1,499 @@
+// Copyright (C) 2013 Johan Hake
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-09-20
+// Last changed: 2014-02-28
+
+#include <map>
+#include <utility>
+#include <dolfin/common/types.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/log/log.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Mesh.h>
+#include "FunctionAssigner.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+FunctionAssigner::FunctionAssigner(
+ std::shared_ptr<const FunctionSpace> receiving_space,
+ std::shared_ptr<const FunctionSpace> assigning_space)
+  : _receiving_spaces(1, receiving_space),_assigning_spaces(1, assigning_space),
+    _receiving_indices(1), _assigning_indices(1), _transfer(1)
+{
+  // Get mesh
+  const Mesh& mesh = _get_mesh();
+
+  // Build vectors of indices
+  _check_and_build_indices(mesh, _receiving_spaces, _assigning_spaces);
+}
+//-----------------------------------------------------------------------------
+FunctionAssigner::FunctionAssigner(
+  std::vector<std::shared_ptr<const FunctionSpace>> receiving_spaces,
+  std::shared_ptr<const FunctionSpace> assigning_space)
+  : _receiving_spaces(receiving_spaces), _assigning_spaces(1, assigning_space),
+    _receiving_indices(receiving_spaces.size()),
+    _assigning_indices(receiving_spaces.size()),
+    _transfer(receiving_spaces.size())
+{
+  // Get mesh
+  const Mesh& mesh = _get_mesh();
+
+  // Check that the number of assigning subspaces are the same as number
+  // of receiving spaces
+  const std::size_t N = _receiving_spaces.size();
+  dolfin_assert(_assigning_spaces[0]);
+  if (_assigning_spaces[0]->element()->num_sub_elements() != N)
+  {
+    dolfin_error("FunctionAssigner.cpp",
+                 "create function assigner",
+                 "Expected the same number of sub spaces in the assigning "
+                 "FunctionSpace as the number of receiving FunctionSpaces");
+  }
+
+  // Collect assigning sub spaces
+  std::vector<std::shared_ptr<const FunctionSpace>> assigning_sub_spaces;
+  for (std::size_t sub_space_ind = 0; sub_space_ind < N; sub_space_ind++)
+    assigning_sub_spaces.push_back((*_assigning_spaces[0])[sub_space_ind]);
+
+  // Build vectors of indices
+  _check_and_build_indices(mesh, _receiving_spaces, assigning_sub_spaces);
+}
+//-----------------------------------------------------------------------------
+FunctionAssigner::FunctionAssigner(
+  std::shared_ptr<const FunctionSpace> receiving_space,
+  std::vector<std::shared_ptr<const FunctionSpace>> assigning_spaces)
+  :_receiving_spaces(1, receiving_space), _assigning_spaces(assigning_spaces),
+   _receiving_indices(assigning_spaces.size()),
+   _assigning_indices(assigning_spaces.size()),
+   _transfer(assigning_spaces.size())
+{
+  // Get mesh
+  const Mesh& mesh = _get_mesh();
+
+  // Check that the number of receiving subspaces are the same as number
+  // of assigning spaces
+  const std::size_t N = assigning_spaces.size();
+  dolfin_assert(_receiving_spaces[0]);
+  if (_receiving_spaces[0]->element()->num_sub_elements()!=N)
+  {
+    dolfin_error("FunctionAssigner.cpp",
+                 "create function assigner",
+                 "Expected the same number of sub spaces in the receiving "
+                 "FunctionSpace as the number of assigning FunctionSpaces");
+  }
+
+  // Collect receiving sub spaces
+  std::vector<std::shared_ptr<const FunctionSpace>> receiving_sub_spaces;
+  for (std::size_t sub_space_ind = 0; sub_space_ind < N; sub_space_ind++)
+    receiving_sub_spaces.push_back((*_receiving_spaces[0])[sub_space_ind]);
+
+  // Build vectors of indices
+  _check_and_build_indices(mesh, receiving_sub_spaces, _assigning_spaces);
+}
+//-----------------------------------------------------------------------------
+FunctionAssigner::~FunctionAssigner()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void
+FunctionAssigner::assign(std::shared_ptr<Function> receiving_func,
+                         std::shared_ptr<const Function> assigning_func) const
+{
+  // Wrap functions
+  std::vector<std::shared_ptr<Function>> receiving_funcs(1, receiving_func);
+  std::vector<std::shared_ptr<const Function>>
+    assigning_funcs(1, assigning_func);
+
+  // Do the assignment
+  _assign(receiving_funcs, assigning_funcs);
+}
+//-----------------------------------------------------------------------------
+void FunctionAssigner::assign(
+  std::shared_ptr<Function> receiving_func,
+  std::vector<std::shared_ptr<const Function>> assigning_funcs) const
+{
+  // Num assigning functions
+  const std::size_t N = assigning_funcs.size();
+  if (receiving_func->function_space()->element()->num_sub_elements() != N)
+  {
+    dolfin_error("FunctionAssigner.cpp",
+                 "assigning functions",
+                 "Expected the same number of sub functions in the receiving "
+                 "Function as the number of assigning Functions");
+  }
+
+  // Collect receiving sub functions
+  std::vector<std::shared_ptr<Function>> receiving_funcs(0);
+  for (std::size_t i = 0; i < N; i++)
+  {
+    std::shared_ptr<Function>
+      func(reference_to_no_delete_pointer((*receiving_func)[i]));
+    receiving_funcs.push_back(func);
+  }
+
+  // Do the assignment
+  _assign(receiving_funcs, assigning_funcs);
+}
+//-----------------------------------------------------------------------------
+void
+FunctionAssigner::assign(std::vector<std::shared_ptr<Function>> receiving_funcs,
+                         std::shared_ptr<const Function> assigning_func) const
+{
+  // Num receiving functions
+  const std::size_t N = receiving_funcs.size();
+  if (assigning_func->function_space()->element()->num_sub_elements() != N)
+  {
+    dolfin_error("FunctionAssigner.cpp",
+                 "assigning functions",
+                 "Expected the same number of sub functions in the assigning "
+                 "Function as the number of receiving Functions");
+  }
+
+  // Collect receiving sub functions
+  std::vector<std::shared_ptr<const Function>> assigning_funcs(0);
+  for (std::size_t i = 0; i < N; i++)
+  {
+    std::shared_ptr<const Function>
+      func(reference_to_no_delete_pointer((*assigning_func)[i]));
+    assigning_funcs.push_back(func);
+  }
+
+  // Do the assignment
+  _assign(receiving_funcs, assigning_funcs);
+}
+//-----------------------------------------------------------------------------
+void FunctionAssigner::_assign(
+  std::vector<std::shared_ptr<Function>> receiving_funcs,
+  std::vector<std::shared_ptr<const Function>> assigning_funcs) const
+{
+  // Num spaces
+  const std::size_t N = std::max(_assigning_spaces.size(),
+                                 _receiving_spaces.size());
+
+  if (assigning_funcs.size() != N)
+  {
+    dolfin_error("FunctionAssigner.cpp",
+                 "assign functions",
+                 "Expected the same number of assigning (sub)functions as "
+                 "the number of assigning (sub)spaces.");
+  }
+
+  if (receiving_funcs.size() != N)
+  {
+    dolfin_error("FunctionAssigner.cpp",
+                 "assign functions",
+                 "Expected the same number of receiving (sub)functions as "
+                 "the number of receiving (sub)spaces.");
+  }
+
+  // Flag to determine if the receiving vector is the same
+  bool same_receiving_vector = true;
+  const GenericVector* receiving_vector = receiving_funcs[0]->_vector.get();
+
+  // Iterate over the spaces and do the assignments
+  for (std::size_t i = 0; i < N; i++)
+  {
+    // Check that the functions are in the FunctionAssigner spaces
+    if (_receiving_spaces.size() == 1)
+    {
+      dolfin_assert(_receiving_spaces[0]);
+
+      // Check 1-1 assignment
+      if (_assigning_spaces.size() == 1)
+      {
+        dolfin_assert(receiving_funcs[0]);
+        if (!receiving_funcs[0]->in(*_receiving_spaces[0]))
+        {
+          dolfin_error("FunctionAssigner.cpp",
+                       "assign functions",
+                       "The receiving Function is not in the receiving "
+                       "FunctionSpaces");
+        }
+      }
+
+      // Check N-1 assignment
+      else
+      {
+        dolfin_assert(receiving_funcs[i]);
+        dolfin_assert((*_receiving_spaces[0])[i]);
+        if (!receiving_funcs[i]->in(*(*_receiving_spaces[0])[i]))
+        {
+          dolfin_error("FunctionAssigner.cpp",
+                       "assign functions",
+                       "The receiving sub Functions are not in the receiving "
+                       "sub FunctionSpaces");
+        }
+      }
+    }
+    else
+    {
+      // Check 1-N assignment
+      if (!receiving_funcs[i]->in(*_receiving_spaces[i]))
+      {
+        dolfin_error("FunctionAssigner.cpp",
+                     "assign functions",
+                     "The receiving Functions are not in the receiving "
+                     "FunctionSpaces");
+      }
+    }
+
+    if (_assigning_spaces.size() == 1)
+    {
+      dolfin_assert(_assigning_spaces[0]);
+
+      // Check 1-1 assignment
+      if (_receiving_spaces.size() == 1)
+      {
+        dolfin_assert(assigning_funcs[0]);
+        if (!assigning_funcs[0]->in(*_assigning_spaces[0]))
+        {
+          dolfin_error("FunctionAssigner.cpp",
+                       "assign functions",
+                       "The assigning Function is not in the assigning "
+                       "FunctionSpaces");
+        }
+      }
+
+      // Check 1-N assignment
+      else
+      {
+        dolfin_assert(assigning_funcs[i]);
+        dolfin_assert((*_assigning_spaces[0])[i]);
+        if (!assigning_funcs[i]->in(*(*_assigning_spaces[0])[i]))
+        {
+          dolfin_error("FunctionAssigner.cpp",
+                       "assign functions",
+                       "The assigning sub Functions are not in the assigning "
+                       "sub FunctionSpaces");
+        }
+      }
+    }
+    else
+    {
+      dolfin_assert(assigning_funcs[i]);
+      dolfin_assert(_assigning_spaces[i]);
+
+      // Check N-1 assignment
+      if (!assigning_funcs[i]->in(*_assigning_spaces[i]))
+      {
+        dolfin_error("FunctionAssigner.cpp",
+                     "assign function",
+                     "The assigning Functions are not in the assigning "
+                     "FunctionSpaces");
+      }
+    }
+
+    // Check if the receiving vector is the same
+    if (i != 0)
+    {
+      dolfin_assert(receiving_funcs[i]->_vector);
+      same_receiving_vector = same_receiving_vector
+        && (receiving_vector == receiving_funcs[i]->_vector.get());
+    }
+
+    // Get assigning values
+    assigning_funcs[i]->_vector->get_local(&_transfer[i][0],
+                                           _transfer[i].size(),
+             &_assigning_indices[i][0]);
+
+    // Set receiving values
+    receiving_funcs[i]->_vector->set_local(&_transfer[i][0],
+                                           _transfer[i].size(),
+                                           &_receiving_indices[i][0]);
+
+  }
+
+  // Apply to common same vector or all of them
+  if (same_receiving_vector)
+  {
+    receiving_funcs[0]->_vector->apply("insert");
+  }
+  else
+  {
+    for (std::size_t i = 0; i < N; i++)
+      receiving_funcs[i]->_vector->apply("insert");
+  }
+}
+//-----------------------------------------------------------------------------
+const Mesh& FunctionAssigner::_get_mesh() const
+{
+  // Check for empty space vectors
+  if (_assigning_spaces.size() == 0)
+  {
+    dolfin_error("FunctionAssigner.cpp",
+                 "create function assigner",
+                 "Expected at least one FunctionSpace "
+                 "for the assigning spaces");
+  }
+
+  if (_receiving_spaces.size()==0)
+  {
+    dolfin_error("FunctionAssigner.cpp",
+                 "create function assigner",
+                 "Expected at least one FunctionSpace "
+                 "for the receiving spaces");
+  }
+
+  // Get mesh
+  dolfin_assert(_assigning_spaces[0]);
+  dolfin_assert(_assigning_spaces[0]->mesh());
+  const Mesh& mesh = *_assigning_spaces[0]->mesh();
+
+  // Check that function spaces uses the same mesh.
+  for (std::size_t i = 1; i < _assigning_spaces.size(); i++)
+  {
+    // Compare pointers
+    dolfin_assert(_assigning_spaces[i]);
+    dolfin_assert(_assigning_spaces[i]->mesh());
+    if (&mesh != _assigning_spaces[i]->mesh().get())
+    {
+      dolfin_error("FunctionAssigner.cpp",
+                   "create function assigner",
+                   "Expected all FunctionSpaces to be defined "
+                   "over the same Mesh");
+    }
+  }
+
+  for (std::size_t i = 0; i < _receiving_spaces.size(); i++)
+  {
+    // Compare pointers
+    dolfin_assert(_receiving_spaces[i]);
+    dolfin_assert(_receiving_spaces[i]->mesh());
+    if (&mesh != _receiving_spaces[i]->mesh().get())
+    {
+      dolfin_error("FunctionAssigner.cpp",
+                   "create function assigner",
+                   "Expected all FunctionSpaces to be defined "
+                   "over the same Mesh");
+    }
+  }
+
+  // Return checked mesh
+  return mesh;
+}
+//-----------------------------------------------------------------------------
+void FunctionAssigner::_check_and_build_indices(
+  const Mesh& mesh,
+  const std::vector<std::shared_ptr<const FunctionSpace>>& receiving_spaces,
+  const std::vector<std::shared_ptr<const FunctionSpace>>& assigning_spaces)
+{
+
+  // Num spaces
+  const std::size_t N = receiving_spaces.size();
+
+  // Check num entity dofs for the receiving and assigning spaces
+  // corresponds
+  for (std::size_t i = 0; i < N; i++)
+  {
+    // Iterate over all entity dimensions
+    for (std::size_t entity_dim=0; entity_dim < mesh.topology().dim();
+         entity_dim++)
+    {
+      // Check num entity dofs for assigning spaces
+      if (assigning_spaces[i]->dofmap()->num_entity_dofs(entity_dim)
+          != receiving_spaces[i]->dofmap()->num_entity_dofs(entity_dim))
+      {
+        dolfin_error("FunctionAssigner.cpp",
+                     "create function assigner",
+                     "The assigning and receiving FunctionSpaces have "
+                     "incompatible number of entity dofs for entity %d "
+                     "and space no: %d",
+                     entity_dim, i);
+      }
+    }
+  }
+
+  dolfin_assert(_receiving_indices.size()==N);
+  dolfin_assert(_assigning_indices.size()==N);
+
+  // Iterate over all spaces and collect dofs
+  for (std::size_t i = 0; i < N; i++)
+  {
+    // Get dofmaps
+    dolfin_assert(assigning_spaces[i]);
+    dolfin_assert(assigning_spaces[i]->dofmap());
+    const GenericDofMap& assigning_dofmap = *assigning_spaces[i]->dofmap();
+
+    dolfin_assert(receiving_spaces[i]);
+    dolfin_assert(receiving_spaces[i]->dofmap());
+    const GenericDofMap& receiving_dofmap = *receiving_spaces[i]->dofmap();
+
+    // Get on-process dof ranges
+    const std::size_t bs_assigning = assigning_dofmap.block_size();
+    const std::size_t assigning_range
+      = assigning_dofmap.ownership_range().second
+      - assigning_dofmap.ownership_range().first
+      + bs_assigning*assigning_dofmap.index_map()->local_to_global_unowned().size();
+
+    const std::size_t bs_receiving = receiving_dofmap.block_size();
+    const std::size_t receiving_range
+      = (receiving_dofmap.ownership_range().second
+         - receiving_dofmap.ownership_range().first)
+      + bs_receiving*receiving_dofmap.index_map()->local_to_global_unowned().size();
+
+    // Create a map between receiving and assigning dofs
+    std::map<std::size_t, std::size_t> receiving_assigning_map;
+
+    // Iterate over cells and collect cell dofs
+    for (CellIterator cell(mesh); !cell.end(); ++cell)
+    {
+      // Get local cell dofs
+      auto assigning_cell_dofs = assigning_dofmap.cell_dofs(cell->index());
+      auto receiving_cell_dofs = receiving_dofmap.cell_dofs(cell->index());
+
+      // Check that both spaces have the same number of dofs
+      if (assigning_cell_dofs.size() != receiving_cell_dofs.size())
+      {
+        dolfin_error("FunctionAssigner.cpp",
+                     "create function assigner",
+                     "The receiving and assigning spaces do not have the same "
+                     "number of dofs per cell");
+      }
+
+      // Iterate over the local dofs and collect on-process dofs
+      for (Eigen::Index j = 0; j < assigning_cell_dofs.size(); j++)
+      {
+        const std::size_t assigning_dof = assigning_cell_dofs[j];
+        const std::size_t receiving_dof = receiving_cell_dofs[j];
+        if (assigning_dof < assigning_range && receiving_dof < receiving_range)
+          receiving_assigning_map[receiving_dof] = assigning_dof;
+      }
+    }
+
+    // Transfer dofs to contiguous vectors
+    _assigning_indices[i].reserve(receiving_assigning_map.size());
+    _receiving_indices[i].reserve(receiving_assigning_map.size());
+
+    std::map<std::size_t, std::size_t>::const_iterator it;
+    for (it = receiving_assigning_map.begin();
+         it != receiving_assigning_map.end(); ++it)
+    {
+      _receiving_indices[i].push_back(it->first);
+      _assigning_indices[i].push_back(it->second);
+    }
+
+    // Resize transfer vector
+    _transfer[i].resize(_receiving_indices[i].size());
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/function/FunctionAssigner.h b/dolfin/function/FunctionAssigner.h
new file mode 100644
index 0000000..ed84bc1
--- /dev/null
+++ b/dolfin/function/FunctionAssigner.h
@@ -0,0 +1,161 @@
+// Copyright (C) 2013 Johan Hake
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-09-20
+// Last changed: 2013-11-11
+
+#ifndef __DOLFIN_FUNCTION_ASSIGNER_H
+#define __DOLFIN_FUNCTION_ASSIGNER_H
+
+#include <vector>
+#include <memory>
+
+namespace dolfin
+{
+
+  class Function;
+  class FunctionSpace;
+  class Mesh;
+
+  /// This class facilitate assignments between Function and sub
+  /// Functions. It builds and caches maps between compatible
+  /// dofs. These maps are used in the assignment methods which
+  /// perform the actual assignment. Optionally can a MeshFunction be
+  /// passed together with a label, facilitating FunctionAssignment
+  /// over sub domains.
+  class FunctionAssigner
+  {
+  public:
+
+    /// Create a FunctionAssigner between functions residing in the
+    /// same type of FunctionSpace. One or both functions can be sub
+    /// functions.
+    ///
+    /// *Arguments*
+    ///     receiving_space (_FunctionSpace_)
+    ///         The function space of the receiving function
+    ///     assigning_space (_FunctionSpace_)
+    ///         The function space of the assigning function
+    FunctionAssigner(std::shared_ptr<const FunctionSpace> receiving_space,
+		     std::shared_ptr<const FunctionSpace> assigning_space);
+
+    /// Create a FunctionAssigner between one mixed function
+    /// (assigning) and several functions (receiving). The number of
+    /// receiving functions must sum up to the number of sub functions
+    /// in the assigning mixed function. The sub spaces of the
+    /// assigning mixed space must be of the same type ans size as the
+    /// receiving spaces.
+    ///
+    /// *Arguments*
+    ///     receiving_spaces (std::vector<_FunctionSpace_>)
+    ///         The receiving function spaces
+    ///     assigning_space (_FunctionSpace_)
+    ///         The assigning function space
+    FunctionAssigner(std::vector<std::shared_ptr<const FunctionSpace>> receiving_spaces,
+		     std::shared_ptr<const FunctionSpace> assigning_space);
+
+    /// Create a FunctionAssigner between several functions
+    /// (assigning) and one mixed function (receiving). The number of
+    /// sub functions in the assigning mixed function must sum up to
+    /// the number of receiving functions. The sub spaces of the
+    /// receiving mixed space must be of the same type ans size as the
+    /// assigning spaces.
+    ///
+    /// *Arguments*
+    ///     receiving_space (std::shared_ptr<_FunctionSpace_>)
+    ///         The receiving function space
+    ///     assigning_spaces (std::vector<std::shared_ptr<_FunctionSpace_> >)
+    ///         The assigning function spaces
+    FunctionAssigner(std::shared_ptr<const FunctionSpace> receiving_space,
+		     std::vector<std::shared_ptr<const FunctionSpace>> assigning_spaces);
+
+    /// Assign one function to another
+    ///
+    /// *Arguments*
+    ///     receiving_func (std::shared_ptr<_Function_>)
+    ///         The receiving function
+    ///     assigning_func (std::shared_ptr<_Function_>)
+    ///         The assigning function
+    void assign(std::shared_ptr<Function> receiving_func,
+		std::shared_ptr<const Function> assigning_func) const;
+
+    /// Assign several functions to sub functions of a mixed receiving
+    /// function
+    ///
+    /// *Arguments*
+    ///     receiving_func (std::shared_ptr<_Function_>)
+    ///         The receiving mixed function
+    ///     assigning_funcs (std::vector<std::shared_ptr<_Function_> >)
+    ///         The assigning functions
+    void assign(std::shared_ptr<Function> receiving_func,
+		std::vector<std::shared_ptr<const Function>> assigning_funcs) const;
+
+    /// Assign sub functions of a single mixed function to single
+    /// receiving functions
+    ///
+    /// *Arguments*
+    ///     receiving_funcs (std::vector<std::shared_ptr<_Function_> >)
+    ///         The receiving functions
+    ///     assigning_func (std::shared_ptr<_Function_>)
+    ///         The assigning mixed function
+    void assign(std::vector<std::shared_ptr<Function>> receiving_funcs,
+		std::shared_ptr<const Function> assigning_func) const;
+
+    /// Destructor
+    ~FunctionAssigner();
+
+    /// Return the number of assigning functions
+    inline std::size_t num_assigning_functions() const
+    { return _assigning_spaces.size(); }
+
+    /// Return the number of receiving functions
+    inline std::size_t num_receiving_functions() const
+    { return _receiving_spaces.size(); }
+
+  private:
+
+    // Utility function to actually do the assignment
+    void _assign(std::vector<std::shared_ptr<Function>> receiving_funcs,
+	std::vector<std::shared_ptr<const Function>> assigning_funcs) const;
+
+    // Check the compatibility of the meshes and return a reference to
+    // the mesh
+    const Mesh& _get_mesh() const;
+
+    // Check the compatibility of the arguments to the constructor and
+    // build indices for assignment
+    void _check_and_build_indices(const Mesh& mesh,
+	  const std::vector<std::shared_ptr<const FunctionSpace> >& receiving_spaces,
+	  const std::vector<std::shared_ptr<const FunctionSpace> >& assigning_spaces);
+
+    // Shared pointers to the original FunctionSpaces
+    std::vector<std::shared_ptr<const FunctionSpace>> _receiving_spaces;
+    std::vector<std::shared_ptr<const FunctionSpace>> _assigning_spaces;
+
+    // Indices for accessing values to receiving Functions
+    std::vector<std::vector<la_index>> _receiving_indices;
+
+    // Indices for accessing values from assigning Functions
+    std::vector<std::vector<la_index>> _assigning_indices;
+
+    // Vector for value transfer between assigning and receiving Function
+    mutable std::vector<std::vector<double> > _transfer;
+
+  };
+}
+
+#endif
diff --git a/dolfin/function/FunctionSpace.cpp b/dolfin/function/FunctionSpace.cpp
new file mode 100644
index 0000000..fd31e94
--- /dev/null
+++ b/dolfin/function/FunctionSpace.cpp
@@ -0,0 +1,482 @@
+// Copyright (C) 2008-2009 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Kristoffer Selim, 2008.
+// Modified by Martin Alnes, 2008.
+// Modified by Garth N. Wells, 2008-2011.
+// Modified by Kent-Andre Mardal, 2009.
+// Modified by Ola Skavhaug, 2009.
+//
+// First added:  2008-09-11
+// Last changed: 2015-11-12
+
+#include <vector>
+#include <dolfin/common/utils.h>
+#include <dolfin/fem/FiniteElement.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/log/log.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Mesh.h>
+#include "GenericFunction.h"
+#include "FunctionSpace.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+FunctionSpace::FunctionSpace(std::shared_ptr<const Mesh> mesh,
+                             std::shared_ptr<const FiniteElement> element,
+                             std::shared_ptr<const GenericDofMap> dofmap)
+  : Hierarchical<FunctionSpace>(*this),
+    _mesh(mesh), _element(element), _dofmap(dofmap), _root_space_id(id())
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+FunctionSpace::FunctionSpace(std::shared_ptr<const Mesh> mesh)
+  : Hierarchical<FunctionSpace>(*this), _mesh(mesh), _root_space_id(id())
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+FunctionSpace::FunctionSpace(const FunctionSpace& V)
+  : Hierarchical<FunctionSpace>(*this)
+{
+  // Assign data (will be shared)
+  *this = V;
+}
+//-----------------------------------------------------------------------------
+FunctionSpace::~FunctionSpace()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void FunctionSpace::attach(std::shared_ptr<const FiniteElement> element,
+                           std::shared_ptr<const GenericDofMap> dofmap)
+{
+  _element = element;
+  _dofmap  = dofmap;
+}
+//-----------------------------------------------------------------------------
+const FunctionSpace& FunctionSpace::operator=(const FunctionSpace& V)
+{
+  // Assign data (will be shared)
+  _mesh      = V._mesh;
+  _element   = V._element;
+  _dofmap    = V._dofmap;
+  _component = V._component;
+
+  // Call assignment operator for base class
+  Variable::operator=(V);
+  Hierarchical<FunctionSpace>::operator=(V);
+
+  return *this;
+}
+//-----------------------------------------------------------------------------
+bool FunctionSpace::operator==(const FunctionSpace& V) const
+{
+  // Compare pointers to shared objects
+  return _element.get() == V._element.get() &&
+    _mesh.get() == V._mesh.get() &&
+    _dofmap.get() == V._dofmap.get();
+}
+//-----------------------------------------------------------------------------
+bool FunctionSpace::operator!=(const FunctionSpace& V) const
+{
+  // Compare pointers to shared objects
+  return !(*this == V);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Mesh> FunctionSpace::mesh() const
+{
+  return _mesh;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const FiniteElement> FunctionSpace::element() const
+{
+  return _element;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const GenericDofMap> FunctionSpace::dofmap() const
+{
+  return _dofmap;
+}
+//-----------------------------------------------------------------------------
+std::size_t FunctionSpace::dim() const
+{
+  dolfin_assert(_dofmap);
+  return _dofmap->global_dimension();
+}
+//-----------------------------------------------------------------------------
+void
+FunctionSpace::interpolate_from_parent(GenericVector& expansion_coefficients,
+                                       const GenericFunction& v) const
+{
+  info("Interpolate from parent to child");
+
+  std::shared_ptr<const FunctionSpace> v_fs = v.function_space();
+
+  // Initialize local arrays
+  std::vector<double> cell_coefficients(_dofmap->max_element_dofs());
+
+  // Iterate over mesh and interpolate on each cell
+  std::vector<double> coordinate_dofs;
+  std::size_t tdim = _mesh->topology().dim();
+  const std::vector<std::size_t>& child_to_parent = _mesh->data().array("parent_cell", tdim);
+
+  for (CellIterator cell(*_mesh); !cell.end(); ++cell)
+  {
+    // Update to current cell
+    cell->get_coordinate_dofs(coordinate_dofs);
+
+    // Get cell orientation
+    int cell_orientation = -1;
+    if (!_mesh->cell_orientations().empty())
+    {
+      dolfin_assert(cell->index() < _mesh->cell_orientations().size());
+      cell_orientation = _mesh->cell_orientations()[cell->index()];
+    }
+
+    Cell parent_cell(*v_fs->mesh(), child_to_parent[cell->index()]);
+    ufc::cell ufc_parent;
+    parent_cell.get_cell_data(ufc_parent);
+
+    // Evaluate on parent cell on which v is defined
+    _element->evaluate_dofs(cell_coefficients.data(), v,
+                            coordinate_dofs.data(),
+                            cell_orientation,
+                            ufc_parent);
+
+    // Tabulate dofs - map from cell to vector
+    auto cell_dofs = _dofmap->cell_dofs(cell->index());
+
+    // Copy dofs to vector
+    expansion_coefficients.set_local(cell_coefficients.data(),
+                                     _dofmap->num_element_dofs(cell->index()),
+                                     cell_dofs.data());
+  }
+
+}
+//-----------------------------------------------------------------------------
+void FunctionSpace::interpolate_from_any(GenericVector& expansion_coefficients,
+                                         const GenericFunction& v) const
+{
+  // Initialize local arrays
+  std::vector<double> cell_coefficients(_dofmap->max_element_dofs());
+
+  // Iterate over mesh and interpolate on each cell
+  ufc::cell ufc_cell;
+  std::vector<double> coordinate_dofs;
+  for (CellIterator cell(*_mesh); !cell.end(); ++cell)
+  {
+    // Update to current cell
+    cell->get_coordinate_dofs(coordinate_dofs);
+    cell->get_cell_data(ufc_cell);
+
+    // Restrict function to cell
+    v.restrict(cell_coefficients.data(), *_element, *cell,
+               coordinate_dofs.data(), ufc_cell);
+
+    // Tabulate dofs
+    auto cell_dofs = _dofmap->cell_dofs(cell->index());
+
+    // Copy dofs to vector
+    expansion_coefficients.set_local(cell_coefficients.data(),
+                                     _dofmap->num_element_dofs(cell->index()),
+                                     cell_dofs.data());
+  }
+
+}
+//-----------------------------------------------------------------------------
+void FunctionSpace::interpolate(GenericVector& expansion_coefficients,
+                                const GenericFunction& v) const
+{
+  dolfin_assert(_mesh);
+  dolfin_assert(_element);
+  dolfin_assert(_dofmap);
+
+  // Check that function ranks match
+  if (_element->value_rank() != v.value_rank())
+  {
+    dolfin_error("FunctionSpace.cpp",
+                 "interpolate function into function space",
+                 "Rank of function (%d) does not match rank of function space (%d)",
+                 v.value_rank(), element()->value_rank());
+  }
+
+  // Check that function dims match
+  for (std::size_t i = 0; i < _element->value_rank(); ++i)
+  {
+    if (_element->value_dimension(i) != v.value_dimension(i))
+    {
+      dolfin_error("FunctionSpace.cpp",
+                   "interpolate function into function space",
+                   "Dimension %d of function (%d) does not match dimension %d of function space (%d)",
+                   i, v.value_dimension(i), i, element()->value_dimension(i));
+    }
+  }
+
+  // Initialize vector of expansion coefficients
+  if (expansion_coefficients.size() != _dofmap->global_dimension())
+  {
+    dolfin_error("FunctionSpace.cpp",
+                 "interpolate function into function space",
+                 "Wrong size of vector");
+  }
+  expansion_coefficients.zero();
+
+  std::shared_ptr<const FunctionSpace> v_fs = v.function_space();
+
+  // Interpolate from parent to child
+  // should also work in parallel provided "parent_cell" data exists
+  if (v_fs and _mesh->has_parent()
+      and v_fs->mesh()->id() == _mesh->parent().id()
+      and _mesh->data().exists("parent_cell", _mesh->topology().dim()))
+  {
+    interpolate_from_parent(expansion_coefficients, v);
+  }
+  else
+    interpolate_from_any(expansion_coefficients, v);
+
+  // Finalise changes
+  expansion_coefficients.apply("insert");
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<FunctionSpace> FunctionSpace::operator[] (std::size_t i) const
+{
+  std::vector<std::size_t> component;
+  component.push_back(i);
+  return extract_sub_space(component);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<FunctionSpace>
+FunctionSpace::extract_sub_space(const std::vector<std::size_t>& component) const
+{
+  dolfin_assert(_mesh);
+  dolfin_assert(_element);
+  dolfin_assert(_dofmap);
+
+  // Check if sub space is already in the cache
+  std::map<std::vector<std::size_t>,
+           std::shared_ptr<FunctionSpace>>::const_iterator subspace;
+  subspace = _subspaces.find(component);
+  if (subspace != _subspaces.end())
+    return subspace->second;
+  else
+  {
+    // Extract sub element
+    std::shared_ptr<const FiniteElement>
+      element(_element->extract_sub_element(component));
+
+    // Extract sub dofmap
+    std::shared_ptr<GenericDofMap>
+      dofmap(_dofmap->extract_sub_dofmap(component, *_mesh));
+
+    // Create new sub space
+    std::shared_ptr<FunctionSpace>
+      new_sub_space(new FunctionSpace(_mesh, element, dofmap));
+
+    // Set root space id and component w.r.t. root
+    new_sub_space->_root_space_id = _root_space_id;
+    auto& new_component = new_sub_space->_component;
+    new_component.clear();
+    new_component.insert(new_component.end(), _component.begin(), _component.end());
+    new_component.insert(new_component.end(), component.begin(), component.end());
+
+    // Insert new sub space into cache
+    _subspaces.insert(std::pair<std::vector<std::size_t>,
+                      std::shared_ptr<FunctionSpace>>(component,
+                                                      new_sub_space));
+
+    return new_sub_space;
+  }
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<FunctionSpace> FunctionSpace::collapse() const
+{
+  std::unordered_map<std::size_t, std::size_t> collapsed_dofs;
+  return collapse(collapsed_dofs);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<FunctionSpace>FunctionSpace::collapse(
+  std::unordered_map<std::size_t, std::size_t>& collapsed_dofs) const
+{
+  dolfin_assert(_mesh);
+
+  if (_component.empty())
+  {
+    dolfin_error("FunctionSpace.cpp",
+                 "collapse function space",
+                 "Function space is not a subspace");
+  }
+
+  // Create collapsed DofMap
+  std::shared_ptr<GenericDofMap>
+    collapsed_dofmap(_dofmap->collapse(collapsed_dofs, *_mesh));
+
+  // Create new FunctionSpace and return
+  std::shared_ptr<FunctionSpace>
+    collapsed_sub_space(new FunctionSpace(_mesh, _element, collapsed_dofmap));
+  return collapsed_sub_space;
+}
+//-----------------------------------------------------------------------------
+std::vector<std::size_t> FunctionSpace::component() const
+{
+  return _component;
+}
+//-----------------------------------------------------------------------------
+std::vector<double> FunctionSpace::tabulate_dof_coordinates() const
+{
+  // Geometric dimension
+  dolfin_assert(_mesh);
+  dolfin_assert(_element);
+  const std::size_t gdim = _element->geometric_dimension();
+  dolfin_assert(gdim == _mesh->geometry().dim());
+
+  if (!_component.empty())
+  {
+    dolfin_error("FunctionSpace.cpp",
+                 "tabulate_dof_coordinates",
+                 "Cannot tabulate coordinates for a FunctionSpace that is a subspace.");
+  }
+
+  // Get local size
+  dolfin_assert(_dofmap);
+  std::size_t local_size
+    = _dofmap->index_map()->size(IndexMap::MapSize::OWNED);
+
+  // Vector to hold coordinates and return
+  std::vector<double> x(gdim*local_size);
+
+  // Loop over cells and tabulate dofs
+  boost::multi_array<double, 2> coordinates;
+  std::vector<double> coordinate_dofs;
+  for (CellIterator cell(*_mesh); !cell.end(); ++cell)
+  {
+    // Update UFC cell
+    cell->get_coordinate_dofs(coordinate_dofs);
+
+    // Get local-to-global map
+    auto dofs = _dofmap->cell_dofs(cell->index());
+
+    // Tabulate dof coordinates on cell
+    _element->tabulate_dof_coordinates(coordinates, coordinate_dofs, *cell);
+
+    // Copy dof coordinates into vector
+    for (Eigen::Index i = 0; i < dofs.size(); ++i)
+    {
+      const dolfin::la_index dof = dofs[i];
+      if (dof < (dolfin::la_index) local_size)
+      {
+        const dolfin::la_index local_index = dof;
+        for (std::size_t j = 0; j < gdim; ++j)
+        {
+          dolfin_assert(gdim*local_index + j < x.size());
+          x[gdim*local_index + j] = coordinates[i][j];
+        }
+      }
+    }
+  }
+
+  return x;
+}
+//-----------------------------------------------------------------------------
+void FunctionSpace::set_x(GenericVector& x, double value,
+                          std::size_t component) const
+{
+  dolfin_assert(_mesh);
+  dolfin_assert(_dofmap);
+  dolfin_assert(_element);
+
+  std::vector<double> x_values;
+  boost::multi_array<double, 2> coordinates;
+  std::vector<double> coordinate_dofs;
+  for (CellIterator cell(*_mesh); !cell.end(); ++cell)
+  {
+    // Update UFC cell
+    cell->get_coordinate_dofs(coordinate_dofs);
+
+    // Get cell local-to-global map
+    auto dofs = _dofmap->cell_dofs(cell->index());
+
+    // Tabulate dof coordinates
+    _element->tabulate_dof_coordinates(coordinates, coordinate_dofs, *cell);
+    dolfin_assert(coordinates.shape()[0] == (std::size_t) dofs.size());
+    dolfin_assert(component < coordinates.shape()[1]);
+
+    // Copy coordinate (it may be possible to avoid this)
+    x_values.resize(dofs.size());
+    for (std::size_t i = 0; i < coordinates.shape()[0]; ++i)
+      x_values[i] = value*coordinates[i][component];
+
+    // Set x[component] values in vector
+    x.set_local(x_values.data(), dofs.size(), dofs.data());
+  }
+}
+//-----------------------------------------------------------------------------
+std::string FunctionSpace::str(bool verbose) const
+{
+  std::stringstream s;
+
+  if (verbose)
+  {
+    s << str(false) << std::endl << std::endl;
+
+    // No verbose output implemented
+  }
+  else
+    s << "<FunctionSpace of dimension " << dim() << ">";
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+void FunctionSpace::print_dofmap() const
+{
+  // Note: static_cast is used below to support types that cannot be
+  //       directed to dolfin::cout
+  dolfin_assert(_mesh);
+  for (CellIterator cell(*_mesh); !cell.end(); ++cell)
+  {
+    auto dofs = _dofmap->cell_dofs(cell->index());
+    cout << cell->index() << ":";
+    for (Eigen::Index i = 0; i < dofs.size(); i++)
+      cout << " " << static_cast<std::size_t>(dofs[i]);
+    cout << endl;
+  }
+}
+//-----------------------------------------------------------------------------
+bool FunctionSpace::contains(const FunctionSpace& V) const
+{
+  // Is the root space same?
+  if (_root_space_id != V._root_space_id)
+    return false;
+
+  // Is V possibly our superspace?
+  if (_component.size() > V._component.size())
+    return false;
+
+  // Are our components same as leading components of V?
+  for (std::size_t i = 0; i < _component.size(); ++i)
+  {
+    if (_component[i] != V._component[i])
+      return false;
+  }
+
+  // Ok, V is really our subspace
+  return true;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/function/FunctionSpace.h b/dolfin/function/FunctionSpace.h
new file mode 100644
index 0000000..313d5ff
--- /dev/null
+++ b/dolfin/function/FunctionSpace.h
@@ -0,0 +1,358 @@
+// Copyright (C) 2008-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells 2008-2011
+// Modified by Kent-Andre Mardal 2009
+// Modified by Ola Skavhaug 2009
+//
+// First added:  2008-09-11
+// Last changed: 2014-06-11
+
+#ifndef __FUNCTION_SPACE_H
+#define __FUNCTION_SPACE_H
+
+#include <cstddef>
+#include <map>
+#include <vector>
+
+#include <memory>
+#include <unordered_map>
+#include <dolfin/common/Array.h>
+#include <dolfin/common/Variable.h>
+#include <dolfin/common/Hierarchical.h>
+#include <dolfin/fem/FiniteElement.h>
+#include <dolfin/mesh/Cell.h>
+
+namespace dolfin
+{
+
+  class Function;
+  class GenericDofMap;
+  class GenericFunction;
+  class GenericVector;
+  class Mesh;
+
+  /// This class represents a finite element function space defined by
+  /// a mesh, a finite element, and a local-to-global mapping of the
+  /// degrees of freedom (dofmap).
+
+  class FunctionSpace : public Variable, public Hierarchical<FunctionSpace>
+  {
+  public:
+
+    /// Create function space for given mesh, element and dofmap
+    /// (shared data)
+    ///
+    /// *Arguments*
+    ///     mesh (_Mesh_)
+    ///         The mesh.
+    ///     element (_FiniteElement_)
+    ///         The element.
+    ///     dofmap (_GenericDofMap_)
+    ///         The dofmap.
+    FunctionSpace(std::shared_ptr<const Mesh> mesh,
+                  std::shared_ptr<const FiniteElement> element,
+                  std::shared_ptr<const GenericDofMap> dofmap);
+
+  protected:
+
+    /// Create empty function space for later initialization. This
+    /// constructor is intended for use by any sub-classes which need
+    /// to construct objects before the initialisation of the base
+    /// class. Data can be attached to the base class using
+    /// FunctionSpace::attach(...).
+    ///
+    /// *Arguments*
+    ///     mesh (_Mesh_)
+    ///         The mesh.
+    explicit FunctionSpace(std::shared_ptr<const Mesh> mesh);
+
+  public:
+
+    /// Copy constructor
+    ///
+    /// *Arguments*
+    ///     V (_FunctionSpace_)
+    ///         The object to be copied.
+    FunctionSpace(const FunctionSpace& V);
+
+    /// Destructor
+    virtual ~FunctionSpace();
+
+  protected:
+
+    /// Attach data to an empty function space
+    ///
+    /// *Arguments*
+    ///     element (_FiniteElement_)
+    ///         The element.
+    ///     dofmap (_GenericDofMap_)
+    ///         The dofmap.
+    void attach(std::shared_ptr<const FiniteElement> element,
+                std::shared_ptr<const GenericDofMap> dofmap);
+
+  public:
+
+    /// Assignment operator
+    ///
+    /// *Arguments*
+    ///     V (_FunctionSpace_)
+    ///         Another function space.
+    const FunctionSpace& operator= (const FunctionSpace& V);
+
+    /// Equality operator
+    ///
+    /// *Arguments*
+    ///     V (_FunctionSpace_)
+    ///         Another function space.
+    bool operator== (const FunctionSpace& V) const;
+
+    /// Inequality operator
+    ///
+    /// *Arguments*
+    ///     V (_FunctionSpace_)
+    ///         Another function space.
+    bool operator!= (const FunctionSpace& V) const;
+
+    /// Return mesh
+    ///
+    /// *Returns*
+    ///     _Mesh_
+    ///         The mesh.
+    std::shared_ptr<const Mesh> mesh() const;
+
+    /// Return finite element
+    ///
+    /// *Returns*
+    ///     _FiniteElement_
+    ///         The finite element.
+    std::shared_ptr<const FiniteElement> element() const;
+
+    /// Return dofmap
+    ///
+    /// *Returns*
+    ///     _GenericDofMap_
+    ///         The dofmap.
+    std::shared_ptr<const GenericDofMap> dofmap() const;
+
+    /// Return global dimension of the function space.
+    /// Equivalent to dofmap()->global_dimension()
+    ///
+    /// *Returns*
+    ///     std::size_t
+    ///         The dimension of the function space.
+    std::size_t dim() const;
+
+    /// Interpolate function v into function space, returning the
+    /// vector of expansion coefficients
+    ///
+    /// *Arguments*
+    ///     expansion_coefficients (_GenericVector_)
+    ///         The expansion coefficients.
+    ///     v (_GenericFunction_)
+    ///         The function to be interpolated.
+    void interpolate(GenericVector& expansion_coefficients,
+                     const GenericFunction& v) const;
+
+    /// Extract subspace for component
+    ///
+    /// *Arguments*
+    ///     i (std::size_t)
+    ///         Index of the subspace.
+    /// *Returns*
+    ///     _FunctionSpace_
+    ///         The subspace.
+    std::shared_ptr<FunctionSpace> operator[] (std::size_t i) const;
+
+    /// Extract subspace for component
+    ///
+    /// *Arguments*
+    ///     component (std::size_t)
+    ///         Index of the subspace.
+    /// *Returns*
+    ///     _FunctionSpace_
+    ///         The subspace.
+    std::shared_ptr<FunctionSpace> sub(std::size_t component) const
+    { return extract_sub_space({component}); }
+
+    /// Extract subspace for component
+    ///
+    /// *Arguments*
+    ///     component (std::vector<std::size_t>)
+    ///         The component.
+    /// *Returns*
+    ///     _FunctionSpace_
+    ///         The subspace.
+    std::shared_ptr<FunctionSpace>
+    sub(const std::vector<std::size_t>& component) const
+    { return extract_sub_space(component); }
+
+    /// Extract subspace for component
+    ///
+    /// *Arguments*
+    ///     component (std::vector<std::size_t>)
+    ///         The component.
+    ///
+    /// *Returns*
+    ///     _FunctionSpace_
+    ///         The subspace.
+    std::shared_ptr<FunctionSpace>
+    extract_sub_space(const std::vector<std::size_t>& component) const;
+
+    /// Check whether V is subspace of this, or this itself
+    ///
+    /// *Arguments*
+    ///     V (_FunctionSpace_)
+    ///         The space to be tested for inclusion.
+    ///
+    /// *Returns*
+    ///     bool
+    ///         True if V is contained or equal to this.
+    bool contains(const FunctionSpace& V) const;
+
+    /// Collapse a subspace and return a new function space
+    ///
+    /// *Returns*
+    ///     _FunctionSpace_
+    ///         The new function space.
+    std::shared_ptr<FunctionSpace> collapse() const;
+
+    /// Collapse a subspace and return a new function space and a map
+    /// from new to old dofs
+    ///
+    /// *Arguments*
+    ///     collapsed_dofs (std::unordered_map<std::size_t, std::size_t>)
+    ///         The map from new to old dofs.
+    ///
+    /// *Returns*
+    ///     _FunctionSpace_
+    ///       The new function space.
+    std::shared_ptr<FunctionSpace>
+    collapse(std::unordered_map<std::size_t, std::size_t>& collapsed_dofs) const;
+
+    /// Check if function space has given cell
+    ///
+    /// *Arguments*
+    ///     cell (_Cell_)
+    ///         The cell.
+    ///
+    /// *Returns*
+    ///     bool
+    ///         True if the function space has the given cell.
+    bool has_cell(const Cell& cell) const
+    { return &cell.mesh() == &(*_mesh); }
+
+    /// Check if function space has given element
+    ///
+    /// *Arguments*
+    ///     element (_FiniteElement_)
+    ///         The finite element.
+    ///
+    /// *Returns*
+    ///     bool
+    ///         True if the function space has the given element.
+    bool has_element(const FiniteElement& element) const
+    { return element.hash() == _element->hash(); }
+
+    /// Return component w.r.t. to root superspace, i.e.
+    ///   W.sub(1).sub(0) == [1, 0].
+    ///
+    /// *Returns*
+    ///     std::vector<std::size_t>
+    ///         The component (w.r.t to root superspace).
+    std::vector<std::size_t> component() const;
+
+    /// Tabulate the coordinates of all dofs on this process. This
+    /// function is typically used by preconditioners that require the
+    /// spatial coordinates of dofs, for example for re-partitioning or
+    /// nullspace computations.
+    ///
+    /// *Arguments*
+    ///     mesh (_Mesh_)
+    ///         The mesh.
+    ///
+    /// *Returns*
+    ///     std::vector<double>
+    ///         The dof coordinates (x0, y0, x1, y1, . . .)
+    std::vector<double> tabulate_dof_coordinates() const;
+
+    /// Set dof entries in vector to value*x[i], where [x][i] is the
+    /// coordinate of the dof spatial coordinate. Parallel layout of
+    /// vector must be consistent with dof map range This function is
+    /// typically used to construct the null space of a matrix
+    /// operator, e.g. rigid body rotations.
+    ///
+    /// *Arguments*
+    ///     vector (_GenericVector_)
+    ///         The vector to set.
+    ///     value (double)
+    ///         The value to multiply to coordinate by.
+    ///     component (std::size_t)
+    ///         The coordinate index.
+    ///     mesh (_Mesh_)
+    ///         The mesh.
+    void set_x(GenericVector& x, double value, std::size_t component) const;
+
+    /// Return informal string representation (pretty-print)
+    ///
+    /// *Arguments*
+    ///     verbose (bool)
+    ///         Flag to turn on additional output.
+    ///
+    /// *Returns*
+    ///     std::string
+    ///         An informal representation of the function space.
+    std::string str(bool verbose) const;
+
+    /// Print dofmap (useful for debugging)
+    void print_dofmap() const;
+
+  private:
+
+    // General interpolation from any GenericFunction on any mesh
+    void interpolate_from_any(GenericVector& expansion_coefficients,
+                              const GenericFunction& v) const;
+
+    // Specialised interpolate routine when functions are related by a
+    // parent mesh
+    void interpolate_from_parent(GenericVector& expansion_coefficients,
+                                 const GenericFunction& v) const;
+
+    // The mesh
+    std::shared_ptr<const Mesh> _mesh;
+
+    // The finite element
+    std::shared_ptr<const FiniteElement> _element;
+
+    // The dofmap
+    std::shared_ptr<const GenericDofMap> _dofmap;
+
+    // The component w.r.t. to root space
+    std::vector<std::size_t> _component;
+
+    // The identifier of root space
+    std::size_t _root_space_id;
+
+    // Cache of subspaces
+    mutable std::map<std::vector<std::size_t>,
+                     std::shared_ptr<FunctionSpace> > _subspaces;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/function/GenericFunction.cpp b/dolfin/function/GenericFunction.cpp
new file mode 100644
index 0000000..e49fbde
--- /dev/null
+++ b/dolfin/function/GenericFunction.cpp
@@ -0,0 +1,217 @@
+// Copyright (C) 2009-2013 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2009-09-28
+// Last changed: 2014-03-25
+
+#include <string>
+#include <dolfin/common/Array.h>
+#include <dolfin/fem/FiniteElement.h>
+#include <dolfin/geometry/Point.h>
+#include <dolfin/log/log.h>
+#include "GenericFunction.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+GenericFunction::GenericFunction() : Variable("u", "a function")
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+GenericFunction::~GenericFunction()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void GenericFunction::eval(Array<double>& values, const Array<double>& x,
+                           const ufc::cell& cell) const
+{
+  // Redirect to simple eval
+  eval(values, x);
+}
+//-----------------------------------------------------------------------------
+void GenericFunction::eval(Array<double>& values, const Array<double>& x) const
+{
+  dolfin_error("GenericFunction.cpp",
+               "evaluate function (dolfin::Array version)",
+               "Missing eval() function (must be overloaded)");
+}
+//-----------------------------------------------------------------------------
+void GenericFunction::eval(Eigen::Ref<Eigen::VectorXd> values,
+                           Eigen::Ref<const Eigen::VectorXd> x,
+                           const ufc::cell& cell) const
+{
+  // Redirect to simple eval
+  eval(values, x);
+}
+//-----------------------------------------------------------------------------
+void GenericFunction::eval(Eigen::Ref<Eigen::VectorXd> values,
+                           Eigen::Ref<const Eigen::VectorXd> x) const
+{
+  dolfin_error("GenericFunction.cpp",
+               "evaluate function (Eigen version)",
+               "Missing eval() function (must be overloaded)");
+}
+//-----------------------------------------------------------------------------
+double GenericFunction::operator() (double x) const
+{
+  // Check that function is scalar
+  if (value_rank() != 0)
+  {
+    dolfin_error("GenericFunction.cpp",
+                 "evaluate function at point",
+                 "Function is not scalar");
+  }
+
+  // Set up Array arguments
+  double values_data[1];
+  Array<double> values(1, values_data);
+  const Array<double> _x(1, &x);
+
+  // Call eval
+  eval(values, _x);
+
+  // Return value
+  return values[0];
+}
+//-----------------------------------------------------------------------------
+double GenericFunction::operator() (double x, double y) const
+{
+  // Check that function is scalar
+  if (value_rank() != 0)
+  {
+    dolfin_error("GenericFunction.cpp",
+                 "evaluate function at point",
+                 "Function is not scalar");
+  }
+
+  // Set up Array arguments
+  double values_data[1];
+  Array<double> values(1, values_data);
+  double _x_data[2] = { x, y };
+  const Array<double> _x(2, _x_data);
+
+  // Call eval
+  eval(values, _x);
+
+  // Return value
+  return values[0];
+}
+//-----------------------------------------------------------------------------
+double GenericFunction::operator() (double x, double y, double z) const
+{
+  // Check that function is scalar
+  if (value_rank() != 0)
+  {
+    dolfin_error("GenericFunction.cpp",
+                 "evaluate function at point",
+                 "Function is not scalar");
+  }
+
+  // Set up Array arguments
+  double values_data[1];
+  Array<double> values(1, values_data);
+  double _x_data[3] = { x, y, z };
+  const Array<double> _x(3, _x_data);
+
+  // Call eval
+  eval(values, _x);
+
+  // Return value
+  return values[0];
+}
+//-----------------------------------------------------------------------------
+double GenericFunction::operator() (const Point& p) const
+{
+  return (*this)(p.x(), p.y(), p.z());
+}
+//-----------------------------------------------------------------------------
+void GenericFunction::operator() (Array<double>& values,
+                                  double x) const
+{
+  // Set up Array argument
+  const Array<double> _x(1, &x);
+
+  // Call eval
+  eval(values, _x);
+}
+//-----------------------------------------------------------------------------
+void GenericFunction::operator() (Array<double>& values,
+                                  double x, double y) const
+{
+  // Set up Array argument
+  double _x_data[2] = { x, y };
+  const Array<double> _x(2, _x_data);
+
+  // Call eval
+  eval(values, _x);
+}
+//-----------------------------------------------------------------------------
+void GenericFunction::operator() (Array<double>& values,
+                                  double x, double y, double z) const
+{
+  // Set up Array argument
+  double _x_data[3] = { x, y, z };
+  const Array<double> _x(3, _x_data);
+
+  // Call eval
+  eval(values, _x);
+}
+//-----------------------------------------------------------------------------
+void GenericFunction::operator() (Array<double>& values, const Point& p) const
+{
+  (*this)(values, p.x(), p.y(), p.z());
+}
+//-----------------------------------------------------------------------------
+std::size_t GenericFunction::value_size() const
+{
+  std::size_t size = 1;
+  for (std::size_t i = 0; i < value_rank(); ++i)
+    size *= value_dimension(i);
+  return size;
+}
+//-----------------------------------------------------------------------------
+void GenericFunction::evaluate(double* values,
+                               const double* coordinates,
+                               const ufc::cell& cell) const
+{
+  dolfin_assert(values);
+  dolfin_assert(coordinates);
+
+  // Wrap data
+  Array<double> _values(value_size(), values);
+  const Array<double>
+    x(cell.geometric_dimension, const_cast<double*>(coordinates));
+
+  // Redirect to eval
+  eval(_values, x, cell);
+}
+//-----------------------------------------------------------------------------
+void GenericFunction::restrict_as_ufc_function(double* w,
+                                               const FiniteElement& element,
+                                               const Cell& dolfin_cell,
+                                               const double* coordinate_dofs,
+                                               const ufc::cell& ufc_cell) const
+{
+  dolfin_assert(w);
+
+  // Evaluate dofs to get the expansion coefficients
+  element.evaluate_dofs(w, *this, coordinate_dofs, ufc_cell.orientation,
+                        ufc_cell);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/function/GenericFunction.h b/dolfin/function/GenericFunction.h
new file mode 100644
index 0000000..9627241
--- /dev/null
+++ b/dolfin/function/GenericFunction.h
@@ -0,0 +1,163 @@
+// Copyright (C) 2009 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2009.
+//
+// First added:  2009-09-28
+// Last changed: 2011-01-19
+
+#ifndef __GENERIC_FUNCTION_H
+#define __GENERIC_FUNCTION_H
+
+#include <memory>
+#include <Eigen/Dense>
+#include <ufc.h>
+#include <dolfin/common/Array.h>
+#include <dolfin/common/Variable.h>
+
+namespace dolfin
+{
+
+  class Mesh;
+  class Cell;
+  class Point;
+  class FiniteElement;
+  class FunctionSpace;
+
+  /// This is a common base class for functions. Functions can be
+  /// evaluated at a given point and they can be restricted to a given
+  /// cell in a finite element mesh. This functionality is implemented
+  /// by sub-classes that implement the eval() and restrict()
+  /// functions.
+  ///
+  /// DOLFIN provides two implementations of the GenericFunction
+  /// interface in the form of the classes Function and Expression.
+  ///
+  /// Sub-classes may optionally implement the update() function that
+  /// will be called prior to restriction when running in parallel.
+
+  class GenericFunction : public ufc::function, public Variable
+  {
+  public:
+
+    /// Constructor
+    GenericFunction();
+
+    /// Destructor
+    virtual ~GenericFunction();
+
+    //--- Functions that must be implemented by sub-classes ---
+
+    /// Return value rank
+    virtual std::size_t value_rank() const = 0;
+
+    /// Return value dimension for given axis
+    virtual std::size_t value_dimension(std::size_t i) const = 0;
+
+    /// Return value shape
+    virtual std::vector<std::size_t> value_shape() const = 0;
+
+    /// Evaluate at given point in given cell (deprecated)
+    virtual void eval(Array<double>& values, const Array<double>& x,
+                      const ufc::cell& cell) const;
+
+    /// Evaluate at given point (deprecated)
+    virtual void eval(Array<double>& values, const Array<double>& x) const;
+
+    /// Evaluate at given point in given cell
+    virtual void eval(Eigen::Ref<Eigen::VectorXd> values,
+                      Eigen::Ref<const Eigen::VectorXd> x,
+                      const ufc::cell& cell) const;
+
+    /// Evaluate at given point
+    virtual void eval(Eigen::Ref<Eigen::VectorXd> values,
+                      Eigen::Ref<const Eigen::VectorXd> x) const;
+
+    /// Restrict function to local cell (compute expansion coefficients w)
+    virtual void restrict(double* w,
+                          const FiniteElement& element,
+                          const Cell& dolfin_cell,
+                          const double* coordinate_dofs,
+                          const ufc::cell& ufc_cell) const = 0;
+
+    /// Compute values at all mesh vertices
+    virtual void compute_vertex_values(std::vector<double>& vertex_values,
+                                       const Mesh& mesh) const = 0;
+
+    //--- Optional functions to be implemented by sub-classes ---
+
+    /// Update off-process ghost coefficients
+    virtual void update() const {}
+
+    //--- Convenience functions ---
+
+    /// Evaluation at given point (scalar function)
+    double operator() (double x) const;
+
+    /// Evaluation at given point (scalar function)
+    double operator() (double x, double y) const;
+
+    /// Evaluation at given point (scalar function)
+    double operator() (double x, double y, double z) const;
+
+    /// Evaluation at given point (scalar function)
+    double operator() (const Point& p) const;
+
+    /// Evaluation at given point (vector-valued function)
+    void operator() (Array<double>& values, double x) const;
+
+    /// Evaluation at given point (vector-valued function)
+    void operator() (Array<double>& values, double x, double y) const;
+
+    /// Evaluation at given point (vector-valued function)
+    void operator() (Array<double>& values, double x, double y, double z) const;
+
+    /// Evaluation at given point (vector-valued function)
+    void operator() (Array<double>& values, const Point& p) const;
+
+    /// Evaluation at given point
+
+    /// Return value size (product of value dimensions)
+    std::size_t value_size() const;
+
+    //--- Implementation of ufc::function interface ---
+
+    /// Evaluate function at given point in cell
+    /// @param values (double*)
+    /// @param coordinates (const double*)
+    /// @param cell (ufc::cell&)
+    virtual void evaluate(double* values,
+                          const double* coordinates,
+                          const ufc::cell& cell) const override;
+
+    /// Pointer to FunctionSpace, if appropriate, otherwise NULL
+    virtual std::shared_ptr<const FunctionSpace> function_space() const = 0;
+
+  protected:
+
+    /// Restrict as UFC function (by calling eval)
+    void restrict_as_ufc_function(double* w,
+                                  const FiniteElement& element,
+                                  const Cell& dolfin_cell,
+                                  const double* coordinate_dofs,
+                                  const ufc::cell& ufc_cell) const;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/function/LagrangeInterpolator.cpp b/dolfin/function/LagrangeInterpolator.cpp
new file mode 100644
index 0000000..52d94db
--- /dev/null
+++ b/dolfin/function/LagrangeInterpolator.cpp
@@ -0,0 +1,433 @@
+// Copyright (C) 2014 Mikael Mortensen
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+//
+// First added:  2014-02-12
+// Last changed:
+
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/common/RangedIndexSet.h>
+#include "Expression.h"
+#include "Function.h"
+#include "FunctionSpace.h"
+#include "LagrangeInterpolator.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void LagrangeInterpolator::interpolate(Function& u, const Expression& u0)
+{
+  // Get function space and element interpolating to
+  dolfin_assert(u.function_space());
+  const FunctionSpace& V = *u.function_space();
+  dolfin_assert(V.element());
+  const FiniteElement& element = *V.element();
+
+  // Check that function ranks match
+  if (element.value_rank() != u0.value_rank())
+  {
+    dolfin_error("LagrangeInterpolator.cpp",
+                 "interpolate Expression into function space",
+                 "Rank of Expression (%d) does not match rank of function space (%d)",
+                 u0.value_rank(), element.value_rank());
+  }
+
+  // Check that function dims match
+  for (std::size_t i = 0; i < element.value_rank(); ++i)
+  {
+    if (element.value_dimension(i) != u0.value_dimension(i))
+    {
+      dolfin_error("LagrangeInterpolator.cpp",
+                   "interpolate Expression into function space",
+                   "Dimension %d of Expression (%d) does not match dimension %d of function space (%d)",
+                   i, u0.value_dimension(i), i, element.value_dimension(i));
+    }
+  }
+
+  // Get mesh and dimension of FunctionSpace interpolating to
+  dolfin_assert(V.mesh());
+  const Mesh& mesh = *V.mesh();
+  const std::size_t gdim = mesh.geometry().dim();
+
+  // Create arrays used to evaluate one point
+  std::vector<double> x(gdim);
+  std::vector<double> values(u0.value_size());
+  Array<double> _x(gdim, x.data());
+  Array<double> _values(u0.value_size(), values.data());
+
+  // Create vector to hold all local values of u
+  std::vector<double> local_u_vector(u.vector()->local_size());
+
+  // Create map from coordinates to dofs sharing that coordinate
+  const std::map<std::vector<double>, std::vector<std::size_t>, lt_coordinate>
+    coords_to_dofs = tabulate_coordinates_to_dofs(V);
+
+  // Get a map from global dofs to component number in mixed space
+  std::unordered_map<std::size_t, std::size_t> dof_component_map;
+  int component = -1;
+  extract_dof_component_map(dof_component_map, V, &component);
+
+  // Evaluate all points
+  for (const auto &map_it : coords_to_dofs)
+  {
+    // Place interpolation point in x
+    std::copy(map_it.first.begin(), map_it.first.end(), x.begin());
+
+    u0.eval(_values, _x);
+    for (const auto &d : map_it.second)
+    {
+      dolfin_assert(d < local_u_vector.size());
+      local_u_vector[d] = values[dof_component_map[d]];
+    }
+  }
+
+  // Set and finalize
+  u.vector()->set_local(local_u_vector);
+  u.vector()->apply("insert");
+}
+//-----------------------------------------------------------------------------
+void LagrangeInterpolator::interpolate(Function& u, const Function& u0)
+{
+  // Interpolate from Function u0 to Function u.
+  // This mesh of u0 may be different from that of u
+  //
+  // The algorithm is briefly
+  //
+  //   1) Create a map from all different coordinates of u's dofs to
+  //      the dofs living on that coordinate. This is done such that
+  //      one only need to visit (and distribute) each interpolation
+  //      point once.
+  //   2) Create a map from dof to component index in Mixed Space.
+  //   3) Create bounding boxes for the partitioned mesh of u0 and
+  //      distribute to all processors.
+  //   4) Using bounding boxes, compute the processes that *may* own
+  //      the dofs of u.
+  //   5) Distribute interpolation points to potential owners who
+  //      subsequently tries to evaluate u0. If successful, return
+  //      values of u0 to owner.
+
+  // Get function spaces of Functions interpolating to/from
+  dolfin_assert(u0.function_space());
+  dolfin_assert( u.function_space());
+  const FunctionSpace& V0 = *u0.function_space();
+  const FunctionSpace& V1 =  *u.function_space();
+
+  // Get element interpolating to
+  dolfin_assert(V1.element());
+  const FiniteElement& element = *V1.element();
+
+  // Check that function ranks match
+  if (element.value_rank() != u0.value_rank())
+  {
+    dolfin_error("LagrangeInterpolator.cpp",
+                 "interpolate Function into function space",
+                 "Rank of Function (%d) does not match rank of function space (%d)",
+                 u0.value_rank(), element.value_rank());
+  }
+
+  // Check that function dims match
+  for (std::size_t i = 0; i < element.value_rank(); ++i)
+  {
+    if (element.value_dimension(i) != u0.value_dimension(i))
+    {
+      dolfin_error("LagrangeInterpolator.cpp",
+                   "interpolate Function into function space",
+                   "Dimension %d of Function (%d) does not match dimension %d of function space (%d)",
+                   i, u0.value_dimension(i), i, element.value_dimension(i));
+    }
+  }
+
+  // Get mesh and dimension of FunctionSpace interpolating to/from
+  dolfin_assert(V0.mesh());
+  dolfin_assert(V1.mesh());
+  const Mesh& mesh0 = *V0.mesh();
+  const Mesh& mesh1 = *V1.mesh();
+  const std::size_t gdim0 = mesh0.geometry().dim();
+  const std::size_t gdim1 = mesh1.geometry().dim();
+
+  // Get communicator
+  const MPI_Comm mpi_comm = V1.mesh()->mpi_comm();
+
+  // Create bounding box of mesh0
+  std::vector<double> x_min_max(2*gdim0);
+  std::vector<double> coordinates = mesh0.coordinates();
+  for (std::size_t i = 0; i < gdim0; ++i)
+  {
+    for (auto it = coordinates.begin() + i; it < coordinates.end(); it += gdim0)
+    {
+      x_min_max[i]         = std::min(x_min_max[i], *it);
+      x_min_max[gdim0 + i] = std::max(x_min_max[gdim0 + i], *it);
+    }
+  }
+
+  // Communicate bounding boxes
+  std::vector<std::vector<double>> bounding_boxes;
+  MPI::all_gather(mpi_comm, x_min_max, bounding_boxes);
+
+  // Create arrays used to evaluate one point
+  std::vector<double> x(gdim0);
+  std::vector<double> values(u0.value_size());
+  Array<double> _x(gdim0, x.data());
+  Array<double> _values(u0.value_size(), values.data());
+
+  // Create vector to hold all local values of u
+  std::vector<double> local_u_vector(u.vector()->local_size());
+
+  // Create map from coordinates to dofs sharing that coordinate
+  std::map<std::vector<double>, std::vector<std::size_t>, lt_coordinate>
+    coords_to_dofs = tabulate_coordinates_to_dofs(V1);
+
+  // Get a map from global dofs to component number in mixed space
+  std::unordered_map<std::size_t, std::size_t> dof_component_map;
+  int component = -1;
+  extract_dof_component_map(dof_component_map, V1, &component);
+
+  // Search this process first for all coordinates in u's local mesh
+  std::vector<double> points_not_found;
+  for (const auto &map_it : coords_to_dofs)
+  {
+    // Place interpolation point in x
+    std::copy(map_it.first.begin(), map_it.first.end(), x.begin());
+
+    try
+    { // Store values when point is found
+      u0.eval(_values, _x);
+      std::vector<std::size_t> dofs = map_it.second;
+      for (const auto &d : map_it.second)
+        local_u_vector[d] = values[dof_component_map[d]];
+    }
+    catch (std::exception &e)
+    {
+      // If not found then it must be searched on the other processes
+      points_not_found.insert(points_not_found.end(), x.begin(), x.end());
+    }
+  }
+
+  // Get number of MPI processes
+  std::size_t num_processes = MPI::size(mpi_comm);
+
+  // Remaining interpolation points must be found through MPI
+  // communication.  Check first using bounding boxes which process
+  // may own the points
+  std::vector<std::vector<double>> potential_points(num_processes);
+  for (std::size_t i = 0; i < points_not_found.size(); i += gdim1)
+  {
+    std::copy(points_not_found.begin() + i,
+              points_not_found.begin() + i + gdim1, x.begin());
+
+    // Find potential owners
+    for (std::size_t p = 0; p < num_processes; p++)
+    {
+      if (p == MPI::rank(mpi_comm))
+        continue;
+
+      // Check if in bounding box
+      if (in_bounding_box(x, bounding_boxes[p], 1e-12))
+      {
+        potential_points[p].insert(potential_points[p].end(),
+                                   x.begin(), x.end());
+      }
+    }
+  }
+
+  // Communicate all potential points
+  std::vector<std::vector<double>> potential_points_recv;
+  MPI::all_to_all(mpi_comm, potential_points, potential_points_recv);
+
+  // Now try to eval u0 for the received points
+  std::vector<std::vector<double>> coefficients_found(num_processes);
+  std::vector<std::vector<double>> points_found(num_processes);
+
+  for (std::size_t p = 0; p < num_processes; ++p)
+  {
+    if (p == MPI::rank(mpi_comm))
+      continue;
+
+    std::vector<double>& points = potential_points_recv[p];
+    for (std::size_t j = 0; j < points.size()/gdim1; ++j)
+    {
+      std::copy(points.begin() + j*gdim1, points.begin() + (j + 1)*gdim1,
+                x.begin());
+
+      try
+      {
+        // push back when point is found
+        u0.eval(_values, _x);
+        coefficients_found[p].insert(coefficients_found[p].end(),
+                                     values.begin(), values.end());
+        points_found[p].insert(points_found[p].end(), x.begin(), x.end());
+      }
+      catch (std::exception &e)
+      {
+        // If not found then do nothing
+      }
+    }
+  }
+
+  // Send back the found coefficients and points
+  std::vector<std::vector<double>> coefficients_recv;
+  std::vector<std::vector<double>> points_recv;
+  MPI::all_to_all(mpi_comm, coefficients_found, coefficients_recv);
+  MPI::all_to_all(mpi_comm, points_found, points_recv);
+  for (std::size_t p = 0; p < num_processes; ++p)
+  {
+    if (p == MPI::rank(mpi_comm))
+      continue;
+
+    // Get the new values and points
+    const std::vector<double>& vals = coefficients_recv[p];
+    const std::vector<double>& pts = points_recv[p];
+
+    // Move all found coefficients into the local_u_vector
+    for (std::size_t j = 0; j < pts.size()/gdim1; ++j)
+    {
+      std::copy(pts.begin() + j*gdim1, pts.begin() + (j + 1)*gdim1, x.begin());
+
+      // Get the owned dofs sharing x
+      const std::vector<std::size_t>& dofs = coords_to_dofs[x];
+
+      // Place result in local_u_vector
+      for (const auto &d : dofs)
+      {
+        dolfin_assert(d <  local_u_vector.size());
+        local_u_vector[d]
+          = vals[j*u0.value_size() + dof_component_map[d]];
+      }
+    }
+  }
+
+  // Set and finalize
+  u.vector()->set_local(local_u_vector);
+  u.vector()->apply("insert");
+}
+//-----------------------------------------------------------------------------
+std::map<std::vector<double>, std::vector<std::size_t>,
+         LagrangeInterpolator::lt_coordinate>
+LagrangeInterpolator::tabulate_coordinates_to_dofs(const FunctionSpace& V)
+{
+  std::map<std::vector<double>, std::vector<std::size_t>, lt_coordinate>
+    coords_to_dofs(lt_coordinate(1.0e-12));
+
+  // Extract mesh, dofmap and element
+  dolfin_assert(V.dofmap());
+  dolfin_assert(V.element());
+  dolfin_assert(V.mesh());
+  const GenericDofMap& dofmap = *V.dofmap();
+  const FiniteElement& element = *V.element();
+  const Mesh& mesh = *V.mesh();
+
+  // Geometric dimension
+  const std::size_t gdim = mesh.geometry().dim();
+
+  // Loop over cells and tabulate dofs
+  boost::multi_array<double, 2> coordinates;
+  std::vector<double> coordinate_dofs;
+  std::vector<double> coors(gdim);
+
+  // Speed up the computations by only visiting (most) dofs once
+  const std::size_t local_size = dofmap.ownership_range().second
+    - dofmap.ownership_range().first;
+  RangedIndexSet already_visited(std::make_pair(0, local_size));
+
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    // Update UFC cell
+    cell->get_coordinate_dofs(coordinate_dofs);
+
+    // Get local-to-global map
+    auto dofs = dofmap.cell_dofs(cell->index());
+
+    // Tabulate dof coordinates on cell
+    element.tabulate_dof_coordinates(coordinates, coordinate_dofs,
+                                     *cell);
+
+    // Map dofs into coords_to_dofs
+    for (Eigen::Index i = 0; i < dofs.size(); ++i)
+    {
+      const std::size_t dof = dofs[i];
+      if (dof < local_size)
+      {
+        // Skip already checked dofs
+        if (!already_visited.insert(dof))
+          continue;
+
+        // Put coordinates in coors
+        std::copy(coordinates[i].begin(), coordinates[i].end(),
+                  coors.begin());
+
+        // Add dof to list at this coord
+        const auto ins = coords_to_dofs.insert
+          (std::make_pair(coors, std::vector<std::size_t>{dof}));
+        if (!ins.second)
+          ins.first->second.push_back(dof);
+      }
+    }
+  }
+  return coords_to_dofs;
+}
+//-----------------------------------------------------------------------------
+void
+LagrangeInterpolator::extract_dof_component_map(std::unordered_map<std::size_t,
+                                                std::size_t>& dof_component_map,
+                                                const FunctionSpace& V,
+                                                int* component)
+{
+  // Extract sub dofmaps recursively and store dof to component map
+  if (V.element()->num_sub_elements() == 0)
+  {
+    std::unordered_map<std::size_t, std::size_t> collapsed_map;
+    std::shared_ptr<GenericDofMap> dummy
+      = V.dofmap()->collapse(collapsed_map, *V.mesh());
+    (*component)++;
+    for (const auto &map_it : collapsed_map)
+      dof_component_map[map_it.second] = (*component);
+  }
+  else
+  {
+    for (std::size_t i = 0; i < V.element()->num_sub_elements(); ++i)
+    {
+      const std::vector<std::size_t> comp = {i};
+      std::shared_ptr<FunctionSpace> Vs = V.extract_sub_space(comp);
+      extract_dof_component_map(dof_component_map, *Vs, component);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+bool
+LagrangeInterpolator::in_bounding_box(const std::vector<double>& point,
+                                      const std::vector<double>& bounding_box,
+                                      const double tol)
+{
+  // Return false if bounding box is empty
+  if (bounding_box.empty())
+    return false;
+
+  const std::size_t gdim = point.size();
+  dolfin_assert(bounding_box.size() == 2*gdim);
+  for (std::size_t i = 0; i < gdim; ++i)
+  {
+    if (!(point[i] >= (bounding_box[i] - tol)
+          && point[i] <= (bounding_box[gdim + i] + tol)))
+    {
+      return false;
+    }
+  }
+  return true;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/function/LagrangeInterpolator.h b/dolfin/function/LagrangeInterpolator.h
new file mode 100644
index 0000000..6677341
--- /dev/null
+++ b/dolfin/function/LagrangeInterpolator.h
@@ -0,0 +1,115 @@
+// Copyright (C) 2014 Mikael Mortensen
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __LAGRANGE_INTERPOLATOR_H
+#define __LAGRANGE_INTERPOLATOR_H
+
+#include <algorithm>
+#include <map>
+#include <unordered_map>
+#include <vector>
+
+namespace dolfin
+{
+
+  class Expression;
+  class Function;
+  class FunctionSpace;
+  class GenericDofMap;
+  class Mesh;
+
+  /// This class interpolates efficiently from a GenericFunction to a
+  /// Lagrange Function
+
+  class LagrangeInterpolator
+  {
+  public:
+
+    /// Interpolate Expression
+    ///
+    /// *Arguments*
+    ///     u  (_Function_)
+    ///         The resulting Function
+    ///     u0 (_Expression_)
+    ///         The Expression to be interpolated.
+    static void interpolate(Function& u, const Expression& u0);
+
+    /// Interpolate function (on possibly non-matching meshes)
+    ///
+    /// *Arguments*
+    ///     u  (_Function_)
+    ///         The resulting Function
+    ///     u0 (_Function_)
+    ///         The Function to be interpolated.
+    static void interpolate(Function& u, const Function& u0);
+
+  private:
+
+    // Comparison operator for hashing coordinates. Note that two
+    // coordinates are considered equal if equal to within specified
+    // tolerance.
+    struct lt_coordinate
+    {
+      lt_coordinate(double tolerance) : TOL(tolerance) {}
+
+      bool operator() (const std::vector<double>& x,
+                       const std::vector<double>& y) const
+      {
+        const std::size_t n = std::max(x.size(), y.size());
+        for (std::size_t i = 0; i < n; ++i)
+        {
+          double xx = 0.0;
+          double yy = 0.0;
+          if (i < x.size())
+            xx = x[i];
+          if (i < y.size())
+            yy = y[i];
+
+          if (xx < (yy - TOL))
+            return true;
+          else if (xx > (yy + TOL))
+            return false;
+        }
+        return false;
+      }
+
+      // Tolerance
+      const double TOL;
+    };
+
+    // Create a map from coordinates to a list of dofs that share the
+    // coordinate
+    static std::map<std::vector<double>, std::vector<std::size_t>,
+                    lt_coordinate>
+    tabulate_coordinates_to_dofs(const FunctionSpace& V);
+
+    // Create a map from dof to its component index in Mixed Space
+    static void extract_dof_component_map(std::unordered_map<std::size_t,
+                                          std::size_t>& dof_component_map,
+                                          const FunctionSpace& V,
+                                          int* component);
+
+    // Return true if point lies within bounding box
+    static bool in_bounding_box(const std::vector<double>& point,
+                                const std::vector<double>& bounding_box,
+                                const double tol);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/function/MultiMeshCoefficientAssigner.cpp b/dolfin/function/MultiMeshCoefficientAssigner.cpp
new file mode 100644
index 0000000..996ea07
--- /dev/null
+++ b/dolfin/function/MultiMeshCoefficientAssigner.cpp
@@ -0,0 +1,69 @@
+// Copyright (C) 2015-2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2015-11-05
+// Last changed: 2016-03-02
+
+#include <memory>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/function/GenericFunction.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/fem/Form.h>
+#include <dolfin/fem/MultiMeshForm.h>
+#include "MultiMeshCoefficientAssigner.h"
+#include "MultiMeshFunction.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MultiMeshCoefficientAssigner::MultiMeshCoefficientAssigner
+(MultiMeshForm& form, std::size_t number)
+  : _form(form), _number(number)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+MultiMeshCoefficientAssigner::~MultiMeshCoefficientAssigner()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void MultiMeshCoefficientAssigner::operator=
+(std::shared_ptr<const GenericFunction> coefficient)
+{
+  // Assign to all parts of form
+  for (std::size_t part = 0; part < _form.num_parts(); part++)
+  {
+    Form& a = const_cast<Form&>(*_form.part(part));
+    a.set_coefficient(_number, coefficient);
+  }
+}
+//-----------------------------------------------------------------------------
+void MultiMeshCoefficientAssigner::operator=
+(std::shared_ptr<const MultiMeshFunction> coefficient)
+{
+  dolfin_assert(coefficient);
+  // Assign to all parts of form
+  for (std::size_t part = 0; part < _form.num_parts(); part++)
+  {
+    Form& a = const_cast<Form&>(*_form.part(part));
+    a.set_coefficient(_number, coefficient->part(part));
+  }
+  // Assign to multimesh form
+  _form.set_multimesh_coefficient(_number, coefficient);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/function/MultiMeshCoefficientAssigner.h b/dolfin/function/MultiMeshCoefficientAssigner.h
new file mode 100644
index 0000000..8455e29
--- /dev/null
+++ b/dolfin/function/MultiMeshCoefficientAssigner.h
@@ -0,0 +1,76 @@
+// Copyright (C) 2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2015-11-05
+// Last changed: 2016-03-02
+
+#ifndef __MULTIMESH_COEFFICIENT_ASSIGNER_H
+#define __MULTIMESH_COEFFICIENT_ASSIGNER_H
+
+#include <cstddef>
+#include <memory>
+
+namespace dolfin
+{
+
+  class MultiMeshForm;
+  class GenericFunction;
+  class MultiMeshFunction;
+
+  /// This class is used for assignment of multimesh coefficients to
+  /// forms, which allows magic like
+  ///
+  ///   a.f = f
+  ///   a.g = g
+  ///
+  /// which will insert the coefficients f and g in the correct
+  /// positions in the list of coefficients for the form.
+  ///
+  /// Note that coefficients can also be assigned manually to the
+  /// individual parts of a multimesh form. Assigning to a multimesh
+  /// coefficient assigner will assign the same coefficient to all
+  /// parts of a form.
+
+  class MultiMeshCoefficientAssigner
+  {
+  public:
+
+    /// Create multimesh coefficient assigner for coefficient with given number
+    MultiMeshCoefficientAssigner(MultiMeshForm& form, std::size_t number);
+
+    /// Destructor
+    ~MultiMeshCoefficientAssigner();
+
+    /// Assign coefficient from GenericFunction
+    void operator= (std::shared_ptr<const GenericFunction> coefficient);
+
+    /// Assign coefficient from MultiMeshFunction
+    void operator= (std::shared_ptr<const MultiMeshFunction> coefficient);
+
+  private:
+
+    // The multimesh form
+    MultiMeshForm& _form;
+
+    // The number of the coefficient
+    std::size_t _number;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/function/MultiMeshFunction.cpp b/dolfin/function/MultiMeshFunction.cpp
new file mode 100644
index 0000000..cdbafde
--- /dev/null
+++ b/dolfin/function/MultiMeshFunction.cpp
@@ -0,0 +1,309 @@
+// Copyright (C) 2013-2017 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-09-25
+// Last changed: 2017-10-09
+
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/la/DefaultFactory.h>
+#include <dolfin/fem/MultiMeshDofMap.h>
+#include <dolfin/geometry/BoundingBoxTree.h>
+#include "Function.h"
+#include "FunctionSpace.h"
+#include "MultiMeshFunctionSpace.h"
+#include "MultiMeshFunction.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MultiMeshFunction::MultiMeshFunction() : Variable("u", "a function")
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+MultiMeshFunction::MultiMeshFunction(std::shared_ptr<const MultiMeshFunctionSpace> V)
+  : _function_space(V)
+{
+  // Initialize vector
+  init_vector();
+}
+//-----------------------------------------------------------------------------
+MultiMeshFunction::MultiMeshFunction(std::shared_ptr<const MultiMeshFunctionSpace> V,
+				     std::shared_ptr<GenericVector> x)
+  : _function_space(V), _vector(x)
+{
+  // We do not check for a subspace since this constructor is used for
+  // creating subfunctions
+
+  // Assertion uses '<=' to deal with sub-functions
+  dolfin_assert(x);
+  dolfin_assert(V);
+  dolfin_assert(V->dofmap());
+  dolfin_assert(V->dofmap()->global_dimension() <= x->size());
+}
+//-----------------------------------------------------------------------------
+MultiMeshFunction::~MultiMeshFunction()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Function> MultiMeshFunction::part(std::size_t i) const
+{
+  // Developer note: This function has a similar role as operator[] of
+  // the regular Function class.
+
+  // Return function part if it exists in the cache
+  auto it = _function_parts.find(i);
+  if (it != _function_parts.end())
+    return it->second;
+
+  // Get view of function space for part
+  std::shared_ptr<const FunctionSpace> V = _function_space->view(i);
+
+  // Create and rename function for part
+  std::shared_ptr<Function> ui(new Function(V, _vector));
+  ui->rename(name(), label());
+
+  // Insert into cache
+  _function_parts[i] = ui;
+
+  return _function_parts.find(i)->second;
+}
+//-----------------------------------------------------------------------------
+void MultiMeshFunction::assign_part(std::size_t part, const Function& v)
+{
+  // Replace old values with new ones
+  std::size_t start_idx = 0;
+  for (std::size_t j = 0; j < part; ++j)
+    start_idx += _function_space->part(j)->dim();
+
+  const std::size_t N = v.vector()->size();
+
+  std::vector<double> buffer(N);
+  std::vector<la_index> indices(N);
+
+  // Get from [0,N)
+  std::iota(indices.begin(), indices.end(), 0);
+  v.vector()->get_local(buffer.data(), N, indices.data());
+
+  // set [start_idx, N+start_idx)
+  std::iota(indices.begin(), indices.end(), start_idx);
+  _vector->set_local(buffer.data(), N, indices.data());
+
+  // for (dolfin::la_index i = 0; i < (v.vector()->size()); ++i)
+  //     _vector->setitem(start_idx+i, v.vector()->getitem(i));
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Function> MultiMeshFunction::part(std::size_t i,
+							bool deepcopy) const
+{
+  if (not deepcopy)
+    return part(i);
+
+  assert(i < _function_space->num_parts());
+
+  // Create output function
+  std::shared_ptr<const FunctionSpace> V = _function_space->part(i);
+  std::shared_ptr<Function> ui(new Function(V));
+
+  // Finding the relevant part of the global vector
+  std::size_t start_idx = 0;
+  for (std::size_t j = 0; j < i; ++j)
+  {
+    start_idx += _function_space->part(j)->dim();
+  }
+
+  const std::size_t N = ui->vector()->size();
+  std::vector<double> buffer(N);
+  std::vector<dolfin::la_index> indices(N);
+
+  // Get [start_idx, N+start_idx)
+  std::iota(indices.begin(), indices.end(), start_idx);
+  _vector->get_local(buffer.data(), N, indices.data());
+
+  // set [0, N)
+  std::iota(indices.begin(), indices.end(), 0);
+  ui->vector()->set_local(buffer.data(), N, indices.data());
+
+  // // Copy values into output function
+  // for (dolfin::la_index i = 0; i < (ui->vector()->size()); ++i)
+  //     ui->vector()->setitem(i, _vector->getitem(start_idx+i));
+
+  return ui;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericVector> MultiMeshFunction::vector()
+{
+  dolfin_assert(_vector);
+  return _vector;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const GenericVector> MultiMeshFunction::vector() const
+{
+  dolfin_assert(_vector);
+  return _vector;
+}
+//-----------------------------------------------------------------------------
+void MultiMeshFunction::init_vector()
+{
+  // Developer note: At this point, this function reproduces the code
+  // for the corresponding function in the Function class, but does
+  // not handle distributed vectors (since we do not yet handle
+  // communication between distributed bounding box trees).
+
+  // FIXME: Dear Developer, this needs to be rewritten as in
+  //        Function::init_vector()! We need to get rid of
+  //        GenericVector::init(MPI_COMM_WORLD, range, local_to_global, ghost_indices);
+
+  // Get global size
+  const std::size_t N = _function_space->dofmap()->global_dimension();
+
+  // Get local range
+  const std::pair<std::size_t, std::size_t> range
+    = _function_space->dofmap()->ownership_range();
+  const std::size_t local_size = range.second - range.first;
+
+  // Determine ghost vertices if dof map is distributed
+  std::vector<la_index> ghost_indices;
+  if (N > local_size)
+    compute_ghost_indices(range, ghost_indices);
+
+  // Create vector of dofs
+  if (!_vector)
+  {
+    DefaultFactory factory;
+    _vector = factory.create_vector(MPI_COMM_WORLD);
+  }
+  dolfin_assert(_vector);
+
+  // Initialize vector of dofs
+  if (_vector->empty())
+  {
+    //_vector->init(_function_space->mesh()->mpi_comm(), range, ghost_indices);
+    std::vector<std::size_t> local_to_global(local_size);
+    for (std::size_t i = 0; i < local_size; ++i)
+      local_to_global[i] = i;
+    _vector->init(range, local_to_global, ghost_indices);
+  }
+  else
+  {
+    dolfin_error("Function.cpp",
+                 "initialize vector of degrees of freedom for function",
+                 "Cannot re-initialize a non-empty vector. Consider creating a new function");
+
+  }
+
+  // Set vector to zero
+  _vector->zero();
+}
+//-----------------------------------------------------------------------------
+void MultiMeshFunction::restrict(double* w, const FiniteElement& element,
+                                 std::size_t part,
+                                 const Cell& dolfin_cell,
+                                 const double* coordinate_dofs,
+                                 const ufc::cell& ufc_cell) const
+{
+  dolfin_assert(w);
+  dolfin_assert(_function_space);
+  dolfin_assert(_function_space->dofmap());
+  dolfin_assert(part < _function_space->num_parts());
+
+  // Check if we are restricting to an element of this function space
+  if (_function_space->part(part)->has_element(element)
+      && _function_space->part(part)->has_cell(dolfin_cell))
+  {
+    // Get dofmap for cell
+    const GenericDofMap& dofmap = *_function_space->dofmap()->part(part);
+    const auto dofs = dofmap.cell_dofs(dolfin_cell.index());
+
+    // Note: We should have dofmap.max_element_dofs() == dofs.size() here.
+    // Pick values from vector(s)
+    _vector->get_local(w, dofs.size(), dofs.data());
+  }
+  else
+  {
+    // Restrict as UFC function (by calling eval)
+    restrict_as_ufc_function(w, element, part, dolfin_cell,
+                             coordinate_dofs, ufc_cell);
+  }
+}
+//-----------------------------------------------------------------------------
+void MultiMeshFunction::eval(Array<double>& values,
+			     const Array<double>& x,
+			     std::size_t part,
+			     const ufc::cell& ufc_cell) const
+{
+  dolfin_assert(_function_space);
+  dolfin_assert(_function_space->multimesh());
+  const Mesh& mesh = *_function_space->multimesh()->part(part);
+
+  // Check if UFC cell comes from mesh, otherwise
+  // find the cell which contains the point
+  dolfin_assert(ufc_cell.mesh_identifier >= 0);
+  if (ufc_cell.mesh_identifier == (int) mesh.id())
+  {
+    const Cell cell(mesh, ufc_cell.index);
+    this->part(part)->eval(values, x, cell, ufc_cell);
+  }
+  else
+    this->part(part)->eval(values, x);
+}
+//-----------------------------------------------------------------------------
+void MultiMeshFunction::eval(Array<double>& values,
+			     const Array<double>& x) const
+{
+  dolfin_assert(_function_space);
+  dolfin_assert(_function_space->multimesh());
+  const MultiMesh& multimesh = *_function_space->multimesh();
+
+  // Iterate over meshes from top to bottom
+  for (std::size_t j = 0; j < multimesh.num_parts(); j++)
+  {
+    std::size_t part = multimesh.num_parts() - 1 - j;
+
+    // Stop if we reached the bottom part (layer) or found layer containing point
+    if (part == 0 or multimesh.part(part)->bounding_box_tree()->collides_entity(Point(x)))
+    {
+      this->part(part)->eval(values, x);
+      break;
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void MultiMeshFunction::restrict_as_ufc_function(double* w,
+						 const FiniteElement& element,
+						 std::size_t part,
+						 const Cell& dolfin_cell,
+						 const double* coordinate_dofs,
+						 const ufc::cell& ufc_cell) const
+{
+  dolfin_assert(w);
+
+  // Evaluate dofs to get the expansion coefficients
+  element.evaluate_dofs(w, *this->part(part), coordinate_dofs, ufc_cell.orientation,
+                        ufc_cell);
+}
+//-----------------------------------------------------------------------------
+void MultiMeshFunction::compute_ghost_indices(std::pair<std::size_t, std::size_t> range,
+					      std::vector<la_index>& ghost_indices) const
+{
+  // NOTE: Well, don't implement me! Rather rewrite init_vector().
+  //       See Function::init_vector().
+  dolfin_not_implemented();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/function/MultiMeshFunction.h b/dolfin/function/MultiMeshFunction.h
new file mode 100644
index 0000000..eea6ab6
--- /dev/null
+++ b/dolfin/function/MultiMeshFunction.h
@@ -0,0 +1,186 @@
+// Copyright (C) 2013-2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-09-25
+// Last changed: 2016-03-02
+
+#ifndef __MULTI_MESH_FUNCTION_H
+#define __MULTI_MESH_FUNCTION_H
+
+#include <memory>
+#include <boost/ptr_container/ptr_map.hpp>
+#include <dolfin/common/Variable.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class MultiMeshFunctionSpace;
+  class GenericVector;
+  class Function;
+  class MultiMeshFunction;
+  class FiniteElement;
+
+  /// This class represents a function on a cut and composite finite
+  /// element function space (MultiMesh) defined on one or more possibly
+  /// intersecting meshes.
+
+  class MultiMeshFunction : public Variable
+  {
+  public:
+
+    /// Constructor
+    MultiMeshFunction();
+
+    /// Create MultiMesh function on given MultiMesh function space
+    ///
+    /// *Arguments*
+    ///     V (_MultiMeshFunctionSpace_)
+    ///         The MultiMesh function space.
+    explicit MultiMeshFunction(std::shared_ptr<const MultiMeshFunctionSpace> V);
+
+    /// Create MultiMesh function on given MultiMesh function space with a given vector
+    /// (shared data)
+    ///
+    /// *Warning: This constructor is intended for internal library use only*
+    ///
+    /// *Arguments*
+    ///     V (_MultiMeshFunctionSpace_)
+    ///         The multimesh function space.
+    ///     x (_GenericVector_)
+    ///         The vector.
+    MultiMeshFunction(std::shared_ptr<const MultiMeshFunctionSpace> V,
+		      std::shared_ptr<GenericVector> x);
+
+    /// Destructor
+    virtual ~MultiMeshFunction();
+
+    /// Assign Function to part of a mesh
+    ///
+    /// *Arguments*
+    ///     a (int)
+    ///         Part mesh assigned to
+    ///     V (_Function_)
+    ///         The vector
+    void assign_part(std::size_t a, const Function& v);
+
+    /// Return function (part) number i
+    ///
+    /// *Returns*
+    ///     _Function_
+    ///         Function (part) number i
+    std::shared_ptr<const Function> part(std::size_t i) const;
+
+    /// Return a (deepcopy) function (part) number i
+    ///
+    /// *Returns*
+    ///     _Function_
+    ///         Function (part) number i
+    ///         bool deepcopy flag
+    std::shared_ptr<const Function> part(std::size_t i, bool deepcopy) const;
+    
+    /// Return vector of expansion coefficients (non-const version)
+    ///
+    /// *Returns*
+    ///     _GenericVector_
+    ///         The vector of expansion coefficients.
+    std::shared_ptr<GenericVector> vector();
+
+    /// Return vector of expansion coefficients (const version)
+    ///
+    /// *Returns*
+    ///     _GenericVector_
+    ///         The vector of expansion coefficients (const).
+    std::shared_ptr<const GenericVector> vector() const;
+
+    /// Return shared pointer to multi mesh function space
+    ///
+    /// *Returns*
+    ///     _MultiMeshFunctionSpace_
+    ///         Return the shared pointer.
+    virtual std::shared_ptr<const MultiMeshFunctionSpace> function_space() const
+    {
+      return _function_space;
+    }
+
+    /// Restrict function to local cell in given part (compute expansion coefficients w)
+    ///
+    /// *Arguments*
+    ///     w (list of doubles)
+    ///         Expansion coefficients.
+    ///     element (_FiniteElement_)
+    ///         The element.
+    ///     part (std::size_t)
+    ///         The mesh part
+    ///     dolfin_cell (_Cell_)
+    ///         The cell.
+    ///     ufc_cell (ufc::cell).
+    ///         The ufc::cell.
+    void restrict(double* w,
+                          const FiniteElement& element,
+                          std::size_t part,
+                          const Cell& dolfin_cell,
+                          const double* coordinate_dofs,
+                          const ufc::cell& ufc_cell) const;
+
+    /// Evaluate at given point in given cell in given part
+    ///
+    /// *Arguments*
+    ///     values (_Array_ <double>)
+    ///         The values at the point.
+    ///     x (_Array_ <double>)
+    ///         The coordinates of the point.
+    ///     cell (ufc::cell)
+    ///         The cell which contains the given point.
+    void eval(Array<double>& values, const Array<double>& x,
+                      std::size_t part,
+                      const ufc::cell& cell) const;
+
+    /// Evaluate at a given point
+    void eval(Array<double>& values, const Array<double>& x) const;
+
+    /// Restrict as UFC function (by calling eval)
+    void restrict_as_ufc_function(double* w,
+                                  const FiniteElement& element,
+                                  std::size_t part,
+                                  const Cell& dolfin_cell,
+                                  const double* coordinate_dofs,
+                                  const ufc::cell& ufc_cell) const;
+
+  private:
+
+    // Initialize vector
+    void init_vector();
+
+    // Compute ghost indices
+    void compute_ghost_indices(std::pair<std::size_t, std::size_t> range,
+                               std::vector<la_index>& ghost_indices) const;
+
+    // The function space
+    std::shared_ptr<const MultiMeshFunctionSpace> _function_space;
+
+    // The vector of expansion coefficients (local)
+    std::shared_ptr<GenericVector> _vector;
+
+    // Cache of regular functions for the parts
+    mutable std::map<std::size_t, std::shared_ptr<const Function> > _function_parts;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/function/MultiMeshFunctionSpace.cpp b/dolfin/function/MultiMeshFunctionSpace.cpp
new file mode 100644
index 0000000..2ca3082
--- /dev/null
+++ b/dolfin/function/MultiMeshFunctionSpace.cpp
@@ -0,0 +1,190 @@
+// Copyright (C) 2013-2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-08-05
+// Last changed: 2016-03-02
+
+#include <dolfin/log/log.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/mesh/MultiMesh.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/BoundaryMesh.h>
+#include <dolfin/geometry/BoundingBoxTree.h>
+#include <dolfin/geometry/SimplexQuadrature.h>
+#include <dolfin/fem/MultiMeshDofMap.h>
+#include <dolfin/la/GenericMatrix.h>
+#include <dolfin/la/GenericVector.h>
+
+#include "FunctionSpace.h"
+#include "MultiMeshFunctionSpace.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MultiMeshFunctionSpace::MultiMeshFunctionSpace(std::shared_ptr<const MultiMesh> multimesh)
+  : _multimesh(multimesh),
+    _dofmap(new MultiMeshDofMap())
+{
+  // Check that multimesh has been built
+  if (!multimesh->is_built())
+  {
+    dolfin_error("MultiMeshFunctionSpace.cpp",
+		 "create multimesh function space",
+		 "Multimesh has not been built; did you forget to call multimesh.build()?");
+  }
+}
+//-----------------------------------------------------------------------------
+MultiMeshFunctionSpace::~MultiMeshFunctionSpace()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+std::size_t MultiMeshFunctionSpace::dim() const
+{
+  dolfin_assert(_dofmap);
+  return _dofmap->global_dimension();
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const MultiMesh> MultiMeshFunctionSpace::multimesh() const
+{
+  dolfin_assert(_multimesh);
+  return _multimesh;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const MultiMeshDofMap> MultiMeshFunctionSpace::dofmap() const
+{
+  dolfin_assert(_dofmap);
+  return _dofmap;
+}
+//-----------------------------------------------------------------------------
+std::size_t MultiMeshFunctionSpace::num_parts() const
+{
+  return _function_spaces.size();
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const FunctionSpace>
+MultiMeshFunctionSpace::part(std::size_t i) const
+{
+  dolfin_assert(i < _function_spaces.size());
+  return _function_spaces[i];
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const FunctionSpace>
+MultiMeshFunctionSpace::view(std::size_t i) const
+{
+  dolfin_assert(i < _function_space_views.size());
+  return _function_space_views[i];
+}
+//-----------------------------------------------------------------------------
+void
+MultiMeshFunctionSpace::add(std::shared_ptr<const FunctionSpace> function_space)
+{
+  _function_spaces.push_back(function_space);
+  log(PROGRESS, "Added function space to multimesh space; space has %d part(s).",
+      _function_spaces.size());
+}
+//-----------------------------------------------------------------------------
+void MultiMeshFunctionSpace::build()
+{
+  begin(PROGRESS, "Building multimesh function space.");
+
+  // Build dofmap using empty list of offsets (will be computed)
+  std::vector<dolfin::la_index> offsets;
+  _build_dofmap(offsets);
+
+  // Build views
+  _build_views();
+
+  end();
+}
+//-----------------------------------------------------------------------------
+void MultiMeshFunctionSpace::build(const std::vector<dolfin::la_index>& offsets)
+{
+  begin(PROGRESS, "Building multimesh subspace.");
+
+  // Build dofmap
+  _build_dofmap(offsets);
+
+  // Build views
+  _build_views();
+
+  end();
+}
+//-----------------------------------------------------------------------------
+void MultiMeshFunctionSpace::_build_dofmap(const std::vector<dolfin::la_index>& offsets)
+{
+  begin(PROGRESS, "Building multimesh dofmap.");
+
+  // Clear dofmap
+  dolfin_assert(_dofmap);
+  _dofmap->clear();
+
+  // Add dofmap for each part
+  for (std::size_t i = 0; i < num_parts(); i++)
+    _dofmap->add(_function_spaces[i]->dofmap());
+
+  // Call function to build dofmap
+  _dofmap->build(*this, offsets);
+
+  end();
+}
+//-----------------------------------------------------------------------------
+void MultiMeshFunctionSpace::_build_views()
+{
+  // Clear old views
+  _function_space_views.clear();
+
+  // Iterate over parts
+  for (std::size_t i = 0; i < num_parts(); i++)
+  {
+    // Extract data
+    auto mesh    = this->part(i)->mesh();
+    auto element = this->part(i)->element();
+    auto dofmap  = this->dofmap()->part(i);
+
+    // Create function space
+    std::shared_ptr<const FunctionSpace> V(new FunctionSpace(mesh,
+                                                             element,
+                                                             dofmap));
+
+    // Add view
+    _function_space_views.push_back(V);
+  }
+}
+//-----------------------------------------------------------------------------
+void MultiMeshFunctionSpace::lock_inactive_dofs(GenericMatrix &A, GenericVector &b) const
+{
+  // Iterate over parts
+  for (std::size_t part = 0; part < num_parts(); part++)
+  {
+    // Get inactive dofs
+    std::vector<dolfin::la_index> inactive_dofs_on_part =
+      dofmap()->inactive_dofs(*multimesh(), part);
+
+    // Zero rows of A and put 1 on the diagonal
+    A.ident(inactive_dofs_on_part.size(), &inactive_dofs_on_part[0]);
+
+    // Zero entries in b
+    double zero = 0;
+    for (auto dof : inactive_dofs_on_part)
+    {
+      b.set(&zero, 1, &dof);
+    }
+    //std::vector<const double> zeroes(inactive_dofs_on_part.size());
+    //b.set(&zeroes[0], inactive_dofs_on_part.size(), &inactive_dofs_on_part[0]);
+  }
+}
diff --git a/dolfin/function/MultiMeshFunctionSpace.h b/dolfin/function/MultiMeshFunctionSpace.h
new file mode 100644
index 0000000..c7a6a44
--- /dev/null
+++ b/dolfin/function/MultiMeshFunctionSpace.h
@@ -0,0 +1,161 @@
+// Copyright (C) 2013-2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-08-05
+// Last changed: 2017-09-22
+
+#ifndef __MULTI_MESH_FUNCTION_SPACE_H
+#define __MULTI_MESH_FUNCTION_SPACE_H
+
+#include <vector>
+#include <map>
+#include <memory>
+
+#include <dolfin/common/types.h>
+#include <dolfin/common/Variable.h>
+#include <dolfin/mesh/MultiMesh.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class GenericMatrix;
+  class GenericVector;
+  class FunctionSpace;
+  class MultiMeshDofMap;
+
+  /// This class represents a function space on a multimesh. It may
+  /// may be created from a set of standard function spaces by
+  /// repeatedly calling add(), followed by a call to build(). Note
+  /// that a multimesh function space is not useful and its data
+  /// structures are empty until build() has been called.
+
+  class MultiMeshFunctionSpace : public Variable
+  {
+  public:
+
+    /// Create multimesh function space on multimesh (shared pointer version)
+    MultiMeshFunctionSpace(std::shared_ptr<const MultiMesh> multimesh);
+
+    /// Destructor
+    ~MultiMeshFunctionSpace();
+
+    /// Return dimension of the multimesh function space
+    ///
+    /// *Returns*
+    ///     std::size_t
+    ///         The dimension of the multimesh function space.
+    std::size_t dim() const;
+
+    /// Return multimesh
+    ///
+    /// *Returns*
+    ///     _MultiMesh_
+    ///         The multimesh.
+    std::shared_ptr<const MultiMesh> multimesh() const;
+
+    /// Return multimesh dofmap
+    ///
+    /// *Returns*
+    ///     _MultiMeshDofMap_
+    ///         The dofmap.
+    std::shared_ptr<const MultiMeshDofMap> dofmap() const;
+
+    /// Return the number of function spaces (parts) of the multimesh function space
+    ///
+    /// *Returns*
+    ///     std::size_t
+    ///         The number of function spaces (parts) of the multimesh function space.
+    std::size_t num_parts() const;
+
+    /// Return function space (part) number i
+    ///
+    /// *Arguments*
+    ///     i (std::size_t)
+    ///         The part number
+    ///
+    /// *Returns*
+    ///     _FunctionSpace_
+    ///         Function space (part) number i
+    std::shared_ptr<const FunctionSpace> part(std::size_t i) const;
+
+    /// Return view of multimesh function space for part number i.
+    /// This function differs from the part() function in that it does
+    /// not return the original function space for a part, but rather
+    /// a view of the common multimesh function space (dofs global to
+    /// the collection of parts).
+    ///
+    /// *Arguments*
+    ///     i (std::size_t)
+    ///         The part number
+    ///
+    /// *Returns*
+    ///     _FunctionSpace_
+    ///         Function space (part) number i
+    std::shared_ptr<const FunctionSpace> view(std::size_t i) const;
+
+    /// Add function space
+    ///
+    /// *Arguments*
+    ///     function_space (_FunctionSpace_)
+    ///         The function space.
+    void add(std::shared_ptr<const FunctionSpace> function_space);
+
+    /// Build multimesh function space
+    void build();
+
+    /// Build multimesh function space. This function uses offsets
+    /// computed from the full function spaces on each part.
+    void build(const std::vector<dolfin::la_index>& offsets);
+
+    /// Lock inactive dofs of a system
+    void lock_inactive_dofs(GenericMatrix &A, GenericVector &b) const;
+
+  private:
+
+    // Friends
+    friend class MultiMeshSubSpace;
+
+    // List of function spaces
+    std::vector<std::shared_ptr<const FunctionSpace> > _function_spaces;
+
+    // List of function space views
+    std::vector<std::shared_ptr<const FunctionSpace> > _function_space_views;
+
+    // Multimesh
+    std::shared_ptr<const MultiMesh> _multimesh;
+
+    // Multimesh dofmap
+    std::shared_ptr<MultiMeshDofMap> _dofmap;
+
+    // Quadrature order
+    std::size_t _quadrature_order;
+
+    // Build multimesh
+    void _build_multimesh();
+
+    // Build dofmap
+    void _build_dofmap(const std::vector<dolfin::la_index>& offsets);
+
+    // Build views
+    void _build_views();
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/function/MultiMeshSubSpace.cpp b/dolfin/function/MultiMeshSubSpace.cpp
new file mode 100644
index 0000000..82469e6
--- /dev/null
+++ b/dolfin/function/MultiMeshSubSpace.cpp
@@ -0,0 +1,88 @@
+// Copyright (C) 2014-2015 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2014-06-11
+// Last changed: 2015-11-12
+
+#include <memory>
+#include <dolfin/common/NoDeleter.h>
+#include "FunctionSpace.h"
+#include "MultiMeshSubSpace.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MultiMeshSubSpace::MultiMeshSubSpace(MultiMeshFunctionSpace& V,
+                                     std::size_t component)
+  : MultiMeshFunctionSpace(V.multimesh())
+{
+  // Create array
+  std::vector<std::size_t> c = {component};
+
+  // Build subspace
+  _build(V, c);
+}
+//-----------------------------------------------------------------------------
+MultiMeshSubSpace::MultiMeshSubSpace(MultiMeshFunctionSpace& V,
+                                     std::size_t component,
+                                     std::size_t sub_component)
+  : MultiMeshFunctionSpace(V.multimesh())
+{
+  // Create array
+  std::vector<std::size_t> c = {{component, sub_component}};
+
+  // Build subspace
+  _build(V, c);
+}
+//-----------------------------------------------------------------------------
+MultiMeshSubSpace::MultiMeshSubSpace(MultiMeshFunctionSpace& V,
+                                     const std::vector<std::size_t>& component)
+  : MultiMeshFunctionSpace(V.multimesh())
+{
+  // Build subspace
+  _build(V, component);
+}
+//-----------------------------------------------------------------------------
+void MultiMeshSubSpace::_build(MultiMeshFunctionSpace& V,
+                               const std::vector<std::size_t>& component)
+{
+  // Vector of offsets. Note that offsets need to be computed here and
+  // not inside the dofmap builder since it does not know about the
+  // offsets of the subdofmaps relative to the multimesh function
+  // space on all parts.
+  std::vector<dolfin::la_index> offsets = {0};
+
+  // Extract proper subspaces for each part and add
+  for (std::size_t part = 0; part < V.num_parts(); part++)
+  {
+    // Extract function space
+    std::shared_ptr<const FunctionSpace> part_space(V.part(part));
+
+    // Extract subspace
+    auto part_subspace = part_space->sub(component);
+
+    // Add the subspace
+    this->add(part_subspace);
+
+    // Add to offsets
+    offsets.push_back(offsets[part] + part_space->dim());
+  }
+
+  // Build multimesh function space from subspaces
+  this->build(offsets);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/function/MultiMeshSubSpace.h b/dolfin/function/MultiMeshSubSpace.h
new file mode 100644
index 0000000..ac93502
--- /dev/null
+++ b/dolfin/function/MultiMeshSubSpace.h
@@ -0,0 +1,68 @@
+// Copyright (C) 2014-2015 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2014-06-11
+// Last changed: 2015-11-12
+
+#ifndef __MULTI_MESH_SUB_SPACE_H
+#define __MULTI_MESH_SUB_SPACE_H
+
+#include <vector>
+#include "MultiMeshFunctionSpace.h"
+
+namespace dolfin
+{
+
+  /// This class represents a subspace (component) of a multimesh
+  /// function space.
+  ///
+  /// The subspace is specified by an array of indices. For example,
+  /// the array [3, 0, 2] specifies subspace 2 of subspace 0 of
+  /// subspace 3.
+  ///
+  /// A typical example is the function space W = V x P for Stokes.
+  /// Here, V = W[0] is the subspace for the velocity component and
+  /// P = W[1] is the subspace for the pressure component. Furthermore,
+  /// W[0][0] = V[0] is the first component of the velocity space etc.
+
+  class MultiMeshSubSpace : public MultiMeshFunctionSpace
+  {
+  public:
+
+    /// Create subspace for given component (one level)
+    MultiMeshSubSpace(MultiMeshFunctionSpace& V,
+                      std::size_t component);
+
+    /// Create subspace for given component (two levels)
+    MultiMeshSubSpace(MultiMeshFunctionSpace& V,
+                      std::size_t component, std::size_t sub_component);
+
+    /// Create subspace for given component (n levels)
+    MultiMeshSubSpace(MultiMeshFunctionSpace& V,
+                      const std::vector<std::size_t>& component);
+
+  private:
+
+    // Build subspace
+    void _build(MultiMeshFunctionSpace& V,
+                const std::vector<std::size_t>& component);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/function/SpecialFacetFunction.cpp b/dolfin/function/SpecialFacetFunction.cpp
new file mode 100644
index 0000000..c4b5192
--- /dev/null
+++ b/dolfin/function/SpecialFacetFunction.cpp
@@ -0,0 +1,62 @@
+// Copyright (C) 2010 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-10-13
+// Last changed: 2011-01-04
+
+#include <cstring>
+
+#include <dolfin/common/Array.h>
+#include <dolfin/function/Function.h>
+#include "SpecialFacetFunction.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+SpecialFacetFunction::SpecialFacetFunction(std::vector<Function>& f_e,
+                                           std::vector<std::size_t> value_shape)
+  : Expression(value_shape), _f_e(f_e)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+SpecialFacetFunction::SpecialFacetFunction(std::vector<Function>& f_e, std::size_t dim)
+  : Expression(dim), _f_e(f_e)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+SpecialFacetFunction::SpecialFacetFunction(std::vector<Function>& f_e)
+  : Expression(), _f_e(f_e)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Function& SpecialFacetFunction::operator[] (std::size_t i) const
+{
+  dolfin_assert(i < _f_e.size());
+  return _f_e[i];
+}
+//-----------------------------------------------------------------------------
+void SpecialFacetFunction::eval(Array<double>& values, const Array<double>& x,
+                                const ufc::cell& cell) const
+{
+  memset(values.data(), 0, values.size()*sizeof(double));
+  if (cell.local_facet >= 0)
+    _f_e[cell.local_facet].eval(values, x, cell);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/function/SpecialFacetFunction.h b/dolfin/function/SpecialFacetFunction.h
new file mode 100644
index 0000000..d8a2292
--- /dev/null
+++ b/dolfin/function/SpecialFacetFunction.h
@@ -0,0 +1,95 @@
+// Copyright (C) 2010 Marie E. Rognes
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-10-13
+// Last changed: 2011-07-04
+
+#ifndef __SPECIAL_FACET_FUNCTION_H
+#define __SPECIAL_FACET_FUNCTION_H
+
+#include <vector>
+#include <dolfin/function/Expression.h>
+
+namespace ufc
+{
+  class cell;
+}
+
+namespace dolfin
+{
+  template <typename T> class Array;
+  class Function;
+
+  /// A _SpecialFacetFunction_ is a representation of a global
+  /// function that is in P(f) for each _Facet_ f in a _Mesh_ for some
+  /// _FunctionSpace_ P
+
+  class SpecialFacetFunction : public Expression
+  {
+  public:
+
+    /// Create (scalar-valued) SpecialFacetFunction
+    ///
+    /// *Arguments*
+    ///     f_e (std::vector<_Function_>)
+    ///        Separate _Function_s for each facet
+    explicit SpecialFacetFunction(std::vector<Function>& f_e);
+
+    /// Create (vector-valued) SpecialFacetFunction
+    ///
+    /// *Arguments*
+    ///     f_e (std::vector<_Function_>)
+    ///        Separate _Function_s for each facet
+    ///
+    ///     dim (int)
+    ///         The value-dimension of the Functions
+    SpecialFacetFunction(std::vector<Function>& f_e, std::size_t dim);
+
+    /// Create (tensor-valued) SpecialFacetFunction
+    ///
+    /// *Arguments*
+    ///     f_e (std::vector<_Function_>)
+    ///        Separate _Function_s for each facet
+    ///
+    ///     value_shape (std::vector<std::size_t>)
+    ///         The values-shape of the Functions
+    SpecialFacetFunction(std::vector<Function>& f_e,
+                         std::vector<std::size_t> value_shape);
+
+    /// Evaluate SpecialFacetFunction (cf _Expression_.eval)
+    /// Evaluate function for given cell
+    void eval(Array<double>& values, const Array<double>& x,
+              const ufc::cell& cell) const;
+
+    /// Extract sub-function i
+    ///
+    /// *Arguments*
+    ///     i (int)
+    ///        component
+    ///
+    /// *Returns*
+    ///     _Function_
+    Function& operator[] (std::size_t i) const;
+
+  private:
+
+    std::vector<Function>& _f_e;
+
+  };
+
+}
+#endif
diff --git a/dolfin/function/SpecialFunctions.cpp b/dolfin/function/SpecialFunctions.cpp
new file mode 100644
index 0000000..a6de4fe
--- /dev/null
+++ b/dolfin/function/SpecialFunctions.cpp
@@ -0,0 +1,75 @@
+// Copyright (C) 2006-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Kristian B. Oelgaard, 2007, 2008.
+// Modified by Martin Sandve Alnes, 2008.
+// Modified by Garth N. Wells, 2008, 2009.
+//
+// First added:  2008-07-17
+// Last changed: 2011-11-16
+
+#include <dolfin/log/log.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/Cell.h>
+#include "SpecialFunctions.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MeshCoordinates::MeshCoordinates(std::shared_ptr<const Mesh> mesh)
+  : Expression(mesh->geometry().dim()), _mesh(mesh)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void MeshCoordinates::eval(Array<double>& values, const Array<double>& x,
+                           const ufc::cell& cell) const
+{
+  dolfin_assert(_mesh);
+  dolfin_assert(cell.geometric_dimension == _mesh->geometry().dim());
+  dolfin_assert(x.size() == _mesh->geometry().dim());
+
+  for (std::size_t i = 0; i < cell.geometric_dimension; ++i)
+    values[i] = x[i];
+}
+//-----------------------------------------------------------------------------
+FacetArea::FacetArea(std::shared_ptr<const Mesh> mesh)
+  : _mesh(mesh),
+    not_on_boundary("*** Warning: evaluating special function FacetArea on a "
+                    "non-facet domain, returning zero.")
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void FacetArea::eval(Array<double>& values, const Array<double>& x,
+                     const ufc::cell& cell) const
+{
+  dolfin_assert(_mesh);
+  dolfin_assert(cell.geometric_dimension == _mesh->geometry().dim());
+
+  if (cell.local_facet >= 0)
+  {
+    Cell c(*_mesh, cell.index);
+    values[0] = c.facet_area(cell.local_facet);
+  }
+  else
+  {
+    not_on_boundary();
+    values[0] = 0.0;
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/function/SpecialFunctions.h b/dolfin/function/SpecialFunctions.h
new file mode 100644
index 0000000..db7679d
--- /dev/null
+++ b/dolfin/function/SpecialFunctions.h
@@ -0,0 +1,83 @@
+// Copyright (C) 2006-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Kristian B. Oelgaard 2007
+// Modified by Martin Sandve Alnes 2008
+// Modified by Garth N. Wells 2008
+//
+// First added:  2006-02-09
+// Last changed: 2011-11-16
+
+#ifndef __SPECIAL_FUNCTIONS_H
+#define __SPECIAL_FUNCTIONS_H
+
+#include <memory>
+#include <dolfin/log/Event.h>
+#include <dolfin/common/Array.h>
+#include "Expression.h"
+
+namespace dolfin
+{
+
+  class Mesh;
+
+  /// This Function represents the mesh coordinates on a given mesh.
+  class MeshCoordinates : public Expression
+  {
+  public:
+
+    /// Constructor
+    explicit MeshCoordinates(std::shared_ptr<const Mesh> mesh);
+
+    /// Evaluate function
+    void eval(Array<double>& values, const Array<double>& x,
+              const ufc::cell& cell) const;
+
+  private:
+
+    // The mesh
+    std::shared_ptr<const Mesh> _mesh;
+
+  };
+
+  /// This function represents the area/length of a cell facet on a
+  /// given mesh.
+  class FacetArea : public Expression
+  {
+  public:
+
+    /// Constructor
+    explicit FacetArea(std::shared_ptr<const Mesh> mesh);
+
+    /// Evaluate function
+    void eval(Array<double>& values,
+              const Array<double>& x,
+              const ufc::cell& cell) const;
+
+  private:
+
+    // The mesh
+    std::shared_ptr<const Mesh> _mesh;
+
+    // Warning when evaluating on cells
+    mutable Event not_on_boundary;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/function/assign.cpp b/dolfin/function/assign.cpp
new file mode 100644
index 0000000..cbc28b0
--- /dev/null
+++ b/dolfin/function/assign.cpp
@@ -0,0 +1,65 @@
+// Copyright (C) 2013 Johan Hake
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-11-07
+// Last changed: 2013-11-07
+
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include "assign.h"
+#include "FunctionAssigner.h"
+
+//-----------------------------------------------------------------------------
+void dolfin::assign(std::shared_ptr<Function> receiving_func,
+		    std::shared_ptr<const Function> assigning_func)
+{
+  // Instantiate FunctionAssigner and call assign
+  const FunctionAssigner assigner(receiving_func->function_space(),
+				  assigning_func->function_space());
+  assigner.assign(receiving_func, assigning_func);
+}
+//-----------------------------------------------------------------------------
+void
+dolfin::assign(std::shared_ptr<Function> receiving_func,
+               std::vector<std::shared_ptr<const Function>> assigning_funcs)
+{
+
+  // Instantiate FunctionAssigner and call assign
+  std::vector<std::shared_ptr<const FunctionSpace>> assigning_spaces;
+  for (std::size_t i = 0; i < assigning_funcs.size(); i++)
+    assigning_spaces.push_back(assigning_funcs[i]->function_space());
+
+  const FunctionAssigner assigner(receiving_func->function_space(),
+				  assigning_spaces);
+  assigner.assign(receiving_func, assigning_funcs);
+
+}
+//-----------------------------------------------------------------------------
+void dolfin::assign(std::vector<std::shared_ptr<Function>> receiving_funcs,
+		    std::shared_ptr<const Function> assigning_func)
+{
+  // Instantiate FunctionAssigner and call assign
+  std::vector<std::shared_ptr<const FunctionSpace>> receiving_spaces;
+
+  for (std::size_t i = 0; i < receiving_funcs.size(); i++)
+    receiving_spaces.push_back(receiving_funcs[i]->function_space());
+
+  const FunctionAssigner assigner(receiving_spaces,
+				  assigning_func->function_space());
+  assigner.assign(receiving_funcs, assigning_func);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/function/assign.h b/dolfin/function/assign.h
new file mode 100644
index 0000000..1772f7d
--- /dev/null
+++ b/dolfin/function/assign.h
@@ -0,0 +1,69 @@
+// Copyright (C) 2013 Johan Hake
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-11-07
+// Last changed: 2013-11-11
+
+#ifndef __DOLFIN_ASSIGN_H
+#define __DOLFIN_ASSIGN_H
+
+#include <vector>
+#include <memory>
+
+namespace dolfin
+{
+
+  class Function;
+
+  /// Assign one function to another. The functions must reside in the
+  /// same type of FunctionSpace. One or both functions can be sub
+  /// functions.
+  ///
+  /// @param    receiving_func (std::shared_ptr<_Function_>)
+  ///         The receiving function
+  /// @param    assigning_func (std::shared_ptr<_Function_>)
+  ///         The assigning function
+  void assign(std::shared_ptr<Function> receiving_func,
+	      std::shared_ptr<const Function> assigning_func);
+
+  /// Assign several functions to sub functions of a mixed receiving
+  /// function. The number of receiving functions must sum up to the
+  /// number of sub functions in the assigning mixed function. The sub
+  /// spaces of the assigning mixed space must be of the same type ans
+  /// size as the receiving spaces.
+  /// @param    receiving_func (std::shared_ptr<_Function_>)
+  ///         The receiving function
+  /// @param    assigning_funcs (std::vector<std::shared_ptr<_Function_>>)
+  ///         The assigning functions
+  void assign(std::shared_ptr<Function> receiving_func,
+	      std::vector<std::shared_ptr<const Function>> assigning_funcs);
+
+  /// Assign sub functions of a single mixed function to single
+  /// receiving functions. The number of sub functions in the
+  /// assigning mixed function must sum up to the number of receiving
+  /// functions. The sub spaces of the receiving mixed space must be
+  /// of the same type ans size as the assigning spaces.
+  /// @param    receiving_funcs (std::vector<std::shared_ptr<_Function_>>)
+  ///         The receiving functions
+  /// @param    assigning_func (std::shared_ptr<_Function_>)
+  ///         The assigning function
+  void assign(std::vector<std::shared_ptr<Function>> receiving_funcs,
+	      std::shared_ptr<const Function> assigning_func);
+
+}
+
+#endif
diff --git a/dolfin/function/dolfin_function.h b/dolfin/function/dolfin_function.h
new file mode 100644
index 0000000..930d25c
--- /dev/null
+++ b/dolfin/function/dolfin_function.h
@@ -0,0 +1,21 @@
+#ifndef __DOLFIN_FUNCTION_H
+#define __DOLFIN_FUNCTION_H
+
+// DOLFIN function interface
+
+#include <dolfin/function/GenericFunction.h>
+#include <dolfin/function/Expression.h>
+#include <dolfin/function/FunctionAXPY.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/function/Constant.h>
+#include <dolfin/function/SpecialFunctions.h>
+#include <dolfin/function/SpecialFacetFunction.h>
+#include <dolfin/function/MultiMeshFunction.h>
+#include <dolfin/function/MultiMeshFunctionSpace.h>
+#include <dolfin/function/MultiMeshSubSpace.h>
+#include <dolfin/function/FunctionAssigner.h>
+#include <dolfin/function/assign.h>
+#include <dolfin/function/LagrangeInterpolator.h>
+
+#endif
diff --git a/dolfin/generation/BoxMesh.cpp b/dolfin/generation/BoxMesh.cpp
new file mode 100644
index 0000000..5465a95
--- /dev/null
+++ b/dolfin/generation/BoxMesh.cpp
@@ -0,0 +1,265 @@
+// Copyright (C) 2005-2015 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells 2007
+// Modified by Nuno Lopes 2008
+//
+// First added:  2005-12-02
+// Last changed: 2015-06-15
+
+#include <cmath>
+#include <boost/multi_array.hpp>
+
+#include <dolfin/common/constants.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/mesh/MeshPartitioning.h>
+#include <dolfin/mesh/MeshEditor.h>
+#include "BoxMesh.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+BoxMesh::BoxMesh(const Point& p0, const Point& p1,
+                 std::size_t nx, std::size_t ny, std::size_t nz)
+  : BoxMesh(MPI_COMM_WORLD, p0, p1, nx, ny, nz)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+BoxMesh::BoxMesh(MPI_Comm comm, const Point& p0, const Point& p1,
+                 std::size_t nx, std::size_t ny, std::size_t nz) : Mesh(comm)
+{
+  build_tet(*this, {{p0, p1}}, {{nx, ny, nz}});
+}
+//-----------------------------------------------------------------------------
+void BoxMesh::build_tet(Mesh& mesh, const std::array<Point,2 >& p,
+                        std::array<std::size_t, 3> n)
+{
+  Timer timer("Build BoxMesh");
+
+  // Receive mesh according to parallel policy
+  if (MPI::is_receiver(mesh.mpi_comm()))
+  {
+    MeshPartitioning::build_distributed_mesh(mesh);
+    return;
+  }
+
+  // Extract data
+  const Point& p0 = p[0];
+  const Point& p1 = p[1];
+  const std::size_t nx = n[0];
+  const std::size_t ny = n[1];
+  const std::size_t nz = n[2];
+
+  // Extract minimum and maximum coordinates
+  const double x0 = std::min(p0.x(), p1.x());
+  const double x1 = std::max(p0.x(), p1.x());
+  const double y0 = std::min(p0.y(), p1.y());
+  const double y1 = std::max(p0.y(), p1.y());
+  const double z0 = std::min(p0.z(), p1.z());
+  const double z1 = std::max(p0.z(), p1.z());
+
+  const double a = x0;
+  const double b = x1;
+  const double c = y0;
+  const double d = y1;
+  const double e = z0;
+  const double f = z1;
+
+  if (std::abs(x0 - x1) < DOLFIN_EPS || std::abs(y0 - y1) < DOLFIN_EPS
+      || std::abs(z0 - z1) < DOLFIN_EPS )
+  {
+    dolfin_error("BoxMesh.cpp",
+                 "create box",
+                 "Box seems to have zero width, height or depth. Consider checking your dimensions");
+  }
+
+  if ( nx < 1 || ny < 1 || nz < 1 )
+  {
+    dolfin_error("BoxMesh.cpp",
+                 "create box",
+                 "BoxMesh has non-positive number of vertices in some dimension: number of vertices must be at least 1 in each dimension");
+  }
+
+  mesh.rename("mesh", "Mesh of the cuboid (a,b) x (c,d) x (e,f)");
+
+  // Open mesh for editing
+  MeshEditor editor;
+  editor.open(mesh, CellType::Type::tetrahedron, 3, 3);
+
+  // Storage for vertex coordinates
+  std::vector<double> x(3);
+
+  // Create vertices
+  editor.init_vertices_global((nx + 1)*(ny + 1)*(nz + 1),
+                              (nx + 1)*(ny + 1)*(nz + 1));
+  std::size_t vertex = 0;
+  for (std::size_t iz = 0; iz <= nz; iz++)
+  {
+    x[2] = e + (static_cast<double>(iz))*(f-e) / static_cast<double>(nz);
+    for (std::size_t iy = 0; iy <= ny; iy++)
+    {
+      x[1] = c + (static_cast<double>(iy))*(d-c) / static_cast<double>(ny);
+      for (std::size_t ix = 0; ix <= nx; ix++)
+      {
+        x[0] = a + (static_cast<double>(ix))*(b-a) / static_cast<double>(nx);
+        editor.add_vertex(vertex, x);
+        vertex++;
+      }
+    }
+  }
+
+  // Create tetrahedra
+  editor.init_cells_global(6*nx*ny*nz, 6*nx*ny*nz);
+  std::size_t cell = 0;
+  boost::multi_array<std::size_t, 2> cells(boost::extents[6][4]);
+  for (std::size_t iz = 0; iz < nz; iz++)
+  {
+    for (std::size_t iy = 0; iy < ny; iy++)
+    {
+      for (std::size_t ix = 0; ix < nx; ix++)
+      {
+        const std::size_t v0 = iz*(nx + 1)*(ny + 1) + iy*(nx + 1) + ix;
+        const std::size_t v1 = v0 + 1;
+        const std::size_t v2 = v0 + (nx + 1);
+        const std::size_t v3 = v1 + (nx + 1);
+        const std::size_t v4 = v0 + (nx + 1)*(ny + 1);
+        const std::size_t v5 = v1 + (nx + 1)*(ny + 1);
+        const std::size_t v6 = v2 + (nx + 1)*(ny + 1);
+        const std::size_t v7 = v3 + (nx + 1)*(ny + 1);
+
+        // Note that v0 < v1 < v2 < v3 < vmid.
+        cells[0][0] = v0; cells[0][1] = v1; cells[0][2] = v3; cells[0][3] = v7;
+        cells[1][0] = v0; cells[1][1] = v1; cells[1][2] = v7; cells[1][3] = v5;
+        cells[2][0] = v0; cells[2][1] = v5; cells[2][2] = v7; cells[2][3] = v4;
+        cells[3][0] = v0; cells[3][1] = v3; cells[3][2] = v2; cells[3][3] = v7;
+        cells[4][0] = v0; cells[4][1] = v6; cells[4][2] = v4; cells[4][3] = v7;
+        cells[5][0] = v0; cells[5][1] = v2; cells[5][2] = v6; cells[5][3] = v7;
+
+        // Add cells
+        for (auto _cell = cells.begin(); _cell != cells.end(); ++_cell)
+          editor.add_cell(cell++, *_cell);
+      }
+    }
+  }
+
+  // Close mesh editor
+  editor.close();
+
+  // Broadcast mesh according to parallel policy
+  if (MPI::is_broadcaster(mesh.mpi_comm()))
+  {
+    MeshPartitioning::build_distributed_mesh(mesh);
+    return;
+  }
+}
+//-----------------------------------------------------------------------------
+void BoxMesh::build_hex(Mesh& mesh, const std::array<Point, 2>& p,
+                        std::array<std::size_t, 3> n)
+{
+  // Receive mesh according to parallel policy
+  if (MPI::is_receiver(mesh.mpi_comm()))
+  {
+    MeshPartitioning::build_distributed_mesh(mesh);
+    return;
+  }
+
+  // Extract data
+  const Point& p0 = p[0];
+  const Point& p1 = p[1];
+  const std::size_t nx = n[0];
+  const std::size_t ny = n[1];
+  const std::size_t nz = n[2];
+
+  // Extract minimum and maximum coordinates
+  const double x0 = std::min(p0.x(), p1.x());
+  const double x1 = std::max(p0.x(), p1.x());
+  const double y0 = std::min(p0.y(), p1.y());
+  const double y1 = std::max(p0.y(), p1.y());
+  const double z0 = std::min(p0.z(), p1.z());
+  const double z1 = std::max(p0.z(), p1.z());
+
+  MeshEditor editor;
+  editor.open(mesh, CellType::Type::hexahedron, 3, 3);
+
+  // Create vertices and cells:
+  editor.init_vertices_global((nx + 1)*(ny + 1)*(nz + 1),
+                              (nx + 1)*(ny + 1)*(nz + 1));
+  editor.init_cells_global(nx*ny*nz, nx*ny*nz);
+
+  // Storage for vertices
+  std::vector<double> x(3);
+
+  const double a = x0;
+  const double b = x1;
+  const double c = y0;
+  const double d = y1;
+  const double e = z0;
+  const double f = z1;
+
+  // Create main vertices:
+  std::size_t vertex = 0;
+  for (std::size_t iz = 0; iz <= nz; iz++)
+  {
+    x[2] = e + ((static_cast<double>(iz))*(f - e)/static_cast<double>(nz));
+    for (std::size_t iy = 0; iy <= ny; iy++)
+    {
+      x[1] = c + ((static_cast<double>(iy))*(d - c)/static_cast<double>(ny));
+      for (std::size_t ix = 0; ix <= nx; ix++)
+      {
+        x[0] = a + ((static_cast<double>(ix))*(b - a)/static_cast<double>(nx));
+        editor.add_vertex(vertex, x);
+        vertex++;
+      }
+    }
+  }
+
+  // Create cuboids
+  std::size_t cell = 0;
+  std::vector<std::size_t> v(8);
+  for (std::size_t iz = 0; iz < nz; iz++)
+  {
+    for (std::size_t iy = 0; iy < ny; iy++)
+    {
+      for (std::size_t ix = 0; ix < nx; ix++)
+      {
+        v[0] = (iz*(ny + 1) + iy)*(nx + 1) + ix;
+        v[1] = v[0] + 1;
+        v[2] = v[0] + (nx + 1);
+        v[3] = v[1] + (nx + 1);
+        v[4] = v[0] + (nx + 1)*(ny + 1);
+        v[5] = v[1] + (nx + 1)*(ny + 1);
+        v[6] = v[2] + (nx + 1)*(ny + 1);
+        v[7] = v[3] + (nx + 1)*(ny + 1);
+        editor.add_cell(cell, v);
+        ++cell;
+      }
+    }
+  }
+
+  // Close mesh editor
+  editor.close();
+
+  // Broadcast mesh according to parallel policy
+  if (MPI::is_broadcaster(mesh.mpi_comm()))
+  {
+    MeshPartitioning::build_distributed_mesh(mesh);
+    return;
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/generation/BoxMesh.h b/dolfin/generation/BoxMesh.h
new file mode 100644
index 0000000..f03b2ca
--- /dev/null
+++ b/dolfin/generation/BoxMesh.h
@@ -0,0 +1,169 @@
+// Copyright (C) 2005-2017 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __BOX_H
+#define __BOX_H
+
+#include <array>
+#include <cstddef>
+#include <dolfin/log/log.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/mesh/Mesh.h>
+
+namespace dolfin
+{
+
+  /// Tetrahedral mesh of the 3D rectangular prism spanned by two
+  /// points p0 and p1. Given the number of cells (nx, ny, nz) in each
+  /// direction, the total number of tetrahedra will be 6*nx*ny*nz and
+  /// the total number of vertices will be (nx + 1)*(ny + 1)*(nz + 1).
+
+  class BoxMesh : public Mesh
+  {
+  public:
+
+    /// Create a uniform finite element _Mesh_ over the rectangular
+    /// prism spanned by the two _Point_s p0 and p1. The order of the
+    /// two points is not important in terms of minimum and maximum
+    /// coordinates.
+    ///
+    /// @param p (std::array<_Point_, 2>)
+    ///         Points of box.
+    /// @param n (std::array<double, 3> )
+    ///         Number of cells in each direction.
+    /// @param cell_type
+    ///         Tetrahedron or Hexahedron
+    ///
+    /// @code{.cpp}
+    ///         // Mesh with 8 cells in each direction on the
+    ///         // set [-1,2] x [-1,2] x [-1,2].
+    ///         Point p0(-1, -1, -1);
+    ///         Point p1(2, 2, 2);
+    ///         auto mesh = BoxMesh::create({p0, p1}, {8, 8, 8});
+    /// @endcode
+    static Mesh create(const std::array<Point,2 >& p, std::array<std::size_t, 3> n, CellType::Type cell_type)
+    { return create(MPI_COMM_WORLD, p, n, cell_type); }
+
+    /// Create a uniform finite element _Mesh_ over the rectangular
+    /// prism spanned by the two _Point_s p0 and p1. The order of the
+    /// two points is not important in terms of minimum and maximum
+    /// coordinates.
+    ///
+    /// @param comm (MPI_Comm)
+    ///         MPI communicator
+    /// @param p (std::array<_Point_, 2>)
+    ///         Points of box.
+    /// @param n (std::array<double, 3> )
+    ///         Number of cells in each direction.
+    /// @param cell_type
+    ///         Tetrahedron or hexahedron
+    ///
+    /// @code{.cpp}
+    ///         // Mesh with 8 cells in each direction on the
+    ///         // set [-1,2] x [-1,2] x [-1,2].
+    ///         Point p0(-1, -1, -1);
+    ///         Point p1(2, 2, 2);
+    ///         auto mesh = BoxMesh::create({p0, p1}, {8, 8, 8});
+    /// @endcode
+    static Mesh create(MPI_Comm comm, const std::array<Point, 2>& p,
+                       std::array<std::size_t, 3> n, CellType::Type cell_type)
+    {
+      Mesh mesh(comm);
+      if (cell_type == CellType::Type::tetrahedron)
+        build_tet(mesh, p, n);
+      else if (cell_type == CellType::Type::hexahedron)
+        build_hex(mesh, p, n);
+      else
+      {
+        dolfin_error("BoxMesh.h",
+                     "generate box mesh",
+                     "Wrong cell type '%d'", cell_type);
+      }
+
+      return mesh;
+    }
+
+    /// Deprecated
+    /// Create a uniform finite element _Mesh_ over the rectangular
+    /// prism spanned by the two _Point_s p0 and p1. The order of the
+    /// two points is not important in terms of minimum and maximum
+    /// coordinates.
+    ///
+    /// @param p0 (_Point_)
+    ///         First point.
+    /// @param p1 (_Point_)
+    ///         Second point.
+    /// @param nx (double)
+    ///         Number of cells in x-direction.
+    /// @param ny (double)
+    ///         Number of cells in y-direction.
+    /// @param nz (double)
+    ///         Number of cells in z-direction.
+    ///
+    /// @code{.cpp}
+    ///         // Mesh with 8 cells in each direction on the
+    ///         // set [-1,2] x [-1,2] x [-1,2].
+    ///         Point p0(-1, -1, -1);
+    ///         Point p1(2, 2, 2);
+    ///         BoxMesh mesh(p0, p1, 8, 8, 8);
+    /// @endcode
+    BoxMesh(const Point& p0, const Point& p1,
+            std::size_t nx, std::size_t ny, std::size_t nz);
+
+    /// Deprecated
+    /// Create a uniform finite element _Mesh_ over the rectangular
+    /// prism spanned by the two _Point_s p0 and p1. The order of the
+    /// two points is not important in terms of minimum and maximum
+    /// coordinates.
+    ///
+    /// @param comm (MPI_Comm)
+    ///         MPI communicator
+    /// @param p0 (_Point_)
+    ///         First point.
+    /// @param p1 (_Point_)
+    ///         Second point.
+    /// @param nx (double)
+    ///         Number of cells in x-direction.
+    /// @param ny (double)
+    ///         Number of cells in y-direction.
+    /// @param nz (double)
+    ///         Number of cells in z-direction.
+    ///
+    /// @code{.cpp}
+    ///         // Mesh with 8 cells in each direction on the
+    ///         // set [-1,2] x [-1,2] x [-1,2].
+    ///         Point p0(-1, -1, -1);
+    ///         Point p1(2, 2, 2);
+    ///         BoxMesh mesh(MPI_COMM_WORLD, p0, p1, 8, 8, 8);
+    /// @endcode
+    BoxMesh(MPI_Comm comm, const Point& p0, const Point& p1,
+            std::size_t nx, std::size_t ny, std::size_t nz);
+
+  private:
+
+    // Build mesh
+    static void build_tet(Mesh& mesh, const std::array<Point, 2>& p,
+                          std::array<std::size_t, 3> n);
+
+    static void build_hex(Mesh& mesh, const std::array<Point, 2>& p,
+                          std::array<std::size_t, 3> n);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/generation/CMakeLists.txt b/dolfin/generation/CMakeLists.txt
new file mode 100644
index 0000000..b705cea
--- /dev/null
+++ b/dolfin/generation/CMakeLists.txt
@@ -0,0 +1,23 @@
+set(HEADERS
+  BoxMesh.h
+  dolfin_generation.h
+  IntervalMesh.h
+  RectangleMesh.h
+  SphericalShellMesh.h
+  UnitCubeMesh.h
+  UnitDiscMesh.h
+  UnitIntervalMesh.h
+  UnitSquareMesh.h
+  UnitTetrahedronMesh.h
+  UnitTriangleMesh.h
+  PARENT_SCOPE)
+
+set(SOURCES
+  BoxMesh.cpp
+  IntervalMesh.cpp
+  RectangleMesh.cpp
+  SphericalShellMesh.cpp
+  UnitDiscMesh.cpp
+  UnitTetrahedronMesh.cpp
+  UnitTriangleMesh.cpp
+  PARENT_SCOPE)
diff --git a/dolfin/generation/IntervalMesh.cpp b/dolfin/generation/IntervalMesh.cpp
new file mode 100644
index 0000000..b49036a
--- /dev/null
+++ b/dolfin/generation/IntervalMesh.cpp
@@ -0,0 +1,110 @@
+// Copyright (C) 2007 Kristian B. Oelgaard
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <cmath>
+#include "dolfin/common/constants.h"
+#include "dolfin/common/MPI.h"
+#include "dolfin/mesh/CellType.h"
+#include "dolfin/mesh/MeshEditor.h"
+#include "dolfin/mesh/MeshPartitioning.h"
+#include "IntervalMesh.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+IntervalMesh::IntervalMesh(std::size_t n, double a, double b)
+  : IntervalMesh(MPI_COMM_WORLD, n, a, b)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+IntervalMesh::IntervalMesh(MPI_Comm comm, std::size_t n, double a, double b)
+  : Mesh(comm)
+{
+  build(*this, n, {{a, b}});
+}
+//-----------------------------------------------------------------------------
+void IntervalMesh::build(Mesh& mesh, std::size_t nx, std::array<double, 2> x)
+{
+  // Receive mesh according to parallel policy
+  if (MPI::is_receiver(mesh.mpi_comm()))
+  {
+    MeshPartitioning::build_distributed_mesh(mesh);
+    return;
+  }
+
+  const double a = x[0];
+  const double b = x[1];
+
+  if (std::abs(a - b) < DOLFIN_EPS)
+  {
+    dolfin_error("Interval.cpp",
+                 "create interval",
+                 "Length of interval is zero. Consider checking your dimensions");
+  }
+
+  if (b < a)
+  {
+    dolfin_error("Interval.cpp",
+                 "create interval",
+                 "Length of interval is negative. Consider checking the order of your arguments");
+  }
+
+  if (nx < 1)
+  {
+    dolfin_error("Interval.cpp",
+                 "create interval",
+                 "Number of points on interval is (%d), it must be at least 1", nx);
+  }
+
+  mesh.rename("mesh", "Mesh of the interval (a, b)");
+
+  // Open mesh for editing
+  MeshEditor editor;
+  editor.open(mesh, CellType::Type::interval, 1, 1);
+
+  // Create vertices and cells:
+  editor.init_vertices_global((nx+1), (nx+1));
+  editor.init_cells_global(nx, nx);
+
+  // Create main vertices:
+  for (std::size_t ix = 0; ix <= nx; ix++)
+  {
+    const std::vector<double>
+      x(1, a + (static_cast<double>(ix)*(b - a)/static_cast<double>(nx)));
+    editor.add_vertex(ix, x);
+  }
+
+  // Create intervals
+  for (std::size_t ix = 0; ix < nx; ix++)
+  {
+    std::vector<std::size_t> cell(2);
+    cell[0] = ix; cell[1] = ix + 1;
+    editor.add_cell(ix, cell);
+  }
+
+  // Close mesh editor
+  editor.close();
+
+  // Broadcast mesh according to parallel policy
+  if (MPI::is_broadcaster(mesh.mpi_comm()))
+  {
+    MeshPartitioning::build_distributed_mesh(mesh);
+    return;
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/generation/IntervalMesh.h b/dolfin/generation/IntervalMesh.h
new file mode 100644
index 0000000..b7596cf
--- /dev/null
+++ b/dolfin/generation/IntervalMesh.h
@@ -0,0 +1,116 @@
+// Copyright (C) 2007 Kristian B. Oelgaard
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __INTERVAL_MESH_H
+#define __INTERVAL_MESH_H
+
+#include <array>
+#include <cstddef>
+#include <dolfin/common/MPI.h>
+#include <dolfin/mesh/Mesh.h>
+
+namespace dolfin
+{
+
+  /// Interval mesh of the 1D line [a,b].  Given the number of cells
+  /// (n) in the axial direction, the total number of intervals will
+  /// be n and the total number of vertices will be (n + 1).
+
+  class IntervalMesh : public Mesh
+  {
+  public:
+
+    /// Factory
+    ///
+    /// @param    n (std::size_t)
+    ///         The number of cells.
+    /// @param    x (std::array<double, 2>)
+    ///         The end points
+    ///
+    /// @code{.cpp}
+    ///
+    ///         // Create a mesh of 25 cells in the interval [-1,1]
+    ///         auto mesh = IntervalMesh::create(25, {-1.0, 1.0});
+    /// @endcode
+    static Mesh create(std::size_t n, std::array<double, 2> x)
+    { return create(MPI_COMM_WORLD, n, x); }
+
+    /// Factory
+    ///
+    /// @param    comm (MPI_Comm)
+    ///         MPI communicator
+    /// @param    n (std::size_t)
+    ///         The number of cells.
+    /// @param    x (std::array<double, 2>)
+    ///         The end points
+    ///
+    /// @code{.cpp}
+    ///
+    ///         // Create a mesh of 25 cells in the interval [-1,1]
+    ///         IntervalMesh mesh(MPI_COMM_WORLD, 25, -1.0, 1.0);
+    /// @endcode
+    static Mesh create(MPI_Comm comm, std::size_t n, std::array<double, 2> x)
+    {
+      Mesh mesh(comm);
+      build(mesh, n, x);
+      return mesh;
+    }
+
+    /// Constructor
+    ///
+    /// @param    n (std::size_t)
+    ///         The number of cells.
+    /// @param    a (double)
+    ///         The minimum point (inclusive).
+    /// @param    b (double)
+    ///         The maximum point (inclusive).
+    ///
+    /// @code{.cpp}
+    ///
+    ///         // Create a mesh of 25 cells in the interval [-1,1]
+    ///         IntervalMesh mesh(25, -1.0, 1.0);
+    /// @endcode
+    IntervalMesh(std::size_t n, double a, double b);
+
+    /// Constructor
+    ///
+    /// @param    comm (MPI_Comm)
+    ///         MPI communicator
+    /// @param    n (std::size_t)
+    ///         The number of cells.
+    /// @param    a (double)
+    ///         The minimum point (inclusive).
+    /// @param    b (double)
+    ///         The maximum point (inclusive).
+    ///
+    /// @code{.cpp}
+    ///
+    ///         // Create a mesh of 25 cells in the interval [-1,1]
+    ///         IntervalMesh mesh(MPI_COMM_WORLD, 25, -1.0, 1.0);
+    /// @endcode
+    IntervalMesh(MPI_Comm comm, std::size_t n, double a, double b);
+
+  private:
+
+    // Build mesh
+    static void build(Mesh& mesh, std::size_t n, std::array<double, 2> x);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/generation/RectangleMesh.cpp b/dolfin/generation/RectangleMesh.cpp
new file mode 100644
index 0000000..ee4ccec
--- /dev/null
+++ b/dolfin/generation/RectangleMesh.cpp
@@ -0,0 +1,310 @@
+// Copyright (C) 2005-2015 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <cmath>
+#include <boost/multi_array.hpp>
+
+#include <dolfin/common/constants.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/mesh/MeshEditor.h>
+#include <dolfin/mesh/MeshPartitioning.h>
+#include "RectangleMesh.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+RectangleMesh::RectangleMesh(const Point& p0, const Point& p1,
+                             std::size_t nx, std::size_t ny,
+                             std::string diagonal)
+  : RectangleMesh(MPI_COMM_WORLD, p0, p1, nx, ny, diagonal)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+RectangleMesh::RectangleMesh(MPI_Comm comm,
+                             const Point& p0, const Point& p1,
+                             std::size_t nx, std::size_t ny,
+                             std::string diagonal) : Mesh(comm)
+{
+  build_tri(*this, {{p0, p1}}, {{nx, ny}}, diagonal);
+}
+//-----------------------------------------------------------------------------
+void RectangleMesh::build_tri(Mesh& mesh, const std::array<Point, 2>& p,
+                              std::array<std::size_t, 2> n,
+                              std::string diagonal)
+{
+  // Receive mesh according to parallel policy
+  if (MPI::is_receiver(mesh.mpi_comm()))
+  {
+    MeshPartitioning::build_distributed_mesh(mesh);
+    return;
+  }
+
+  // Check options
+  if (diagonal != "left" && diagonal != "right" && diagonal != "right/left"
+          && diagonal != "left/right" && diagonal != "crossed")
+  {
+    dolfin_error("RectangleMesh.cpp",
+                 "create rectangle",
+                 "Unknown mesh diagonal definition: allowed options are \"left\", \"right\", \"left/right\", \"right/left\" and \"crossed\"");
+  }
+
+  const Point& p0 = p[0];
+  const Point& p1 = p[1];
+
+  const std::size_t nx = n[0];
+  const std::size_t ny = n[1];
+
+  // Extract minimum and maximum coordinates
+  const double x0 = std::min(p0.x(), p1.x());
+  const double x1 = std::max(p0.x(), p1.x());
+  const double y0 = std::min(p0.y(), p1.y());
+  const double y1 = std::max(p0.y(), p1.y());
+
+  const double a = x0;
+  const double b = x1;
+  const double c = y0;
+  const double d = y1;
+
+  if (std::abs(x0 - x1) < DOLFIN_EPS || std::abs(y0 - y1) < DOLFIN_EPS)
+  {
+    dolfin_error("Rectangle.cpp",
+                 "create rectangle",
+                 "Rectangle seems to have zero width, height or depth. Consider checking your dimensions");
+  }
+
+  if (nx < 1 || ny < 1)
+  {
+    dolfin_error("RectangleMesh.cpp",
+                 "create rectangle",
+                 "Rectangle has non-positive number of vertices in some dimension: number of vertices must be at least 1 in each dimension");
+  }
+
+  mesh.rename("mesh", "Mesh of the unit square (a,b) x (c,d)");
+
+  // Open mesh for editing
+  MeshEditor editor;
+  editor.open(mesh, CellType::Type::triangle, 2, 2);
+
+  // Create vertices and cells:
+  if (diagonal == "crossed")
+  {
+    editor.init_vertices_global((nx + 1)*(ny + 1) + nx*ny,
+                                  (nx + 1)*(ny + 1) + nx*ny);
+    editor.init_cells_global(4*nx*ny, 4*nx*ny);
+  }
+  else
+  {
+    editor.init_vertices_global((nx + 1)*(ny + 1), (nx + 1)*(ny + 1));
+    editor.init_cells_global(2*nx*ny, 2*nx*ny);
+  }
+
+  // Storage for vertices
+  std::vector<double> x(2);
+
+  // Create main vertices:
+  std::size_t vertex = 0;
+  for (std::size_t iy = 0; iy <= ny; iy++)
+  {
+    x[1] = c + ((static_cast<double>(iy))*(d - c)/static_cast<double>(ny));
+    for (std::size_t ix = 0; ix <= nx; ix++)
+    {
+      x[0] = a + ((static_cast<double>(ix))*(b - a)/static_cast<double>(nx));
+      editor.add_vertex(vertex, x);
+      vertex++;
+    }
+  }
+
+  // Create midpoint vertices if the mesh type is crossed
+  if (diagonal == "crossed")
+  {
+    for (std::size_t iy = 0; iy < ny; iy++)
+    {
+      x[1] = c +(static_cast<double>(iy) + 0.5)*(d - c)/static_cast<double>(ny);
+      for (std::size_t ix = 0; ix < nx; ix++)
+      {
+        x[0] = a + (static_cast<double>(ix) + 0.5)*(b - a)/static_cast<double>(nx);
+        editor.add_vertex(vertex, x);
+        vertex++;
+      }
+    }
+  }
+
+  // Create triangles
+  std::size_t cell = 0;
+  if (diagonal == "crossed")
+  {
+    boost::multi_array<std::size_t, 2> cells(boost::extents[4][3]);
+    for (std::size_t iy = 0; iy < ny; iy++)
+    {
+      for (std::size_t ix = 0; ix < nx; ix++)
+      {
+        const std::size_t v0 = iy*(nx + 1) + ix;
+        const std::size_t v1 = v0 + 1;
+        const std::size_t v2 = v0 + (nx + 1);
+        const std::size_t v3 = v1 + (nx + 1);
+        const std::size_t vmid = (nx + 1)*(ny + 1) + iy*nx + ix;
+
+        // Note that v0 < v1 < v2 < v3 < vmid.
+        cells[0][0] = v0; cells[0][1] = v1; cells[0][2] = vmid;
+        cells[1][0] = v0; cells[1][1] = v2; cells[1][2] = vmid;
+        cells[2][0] = v1; cells[2][1] = v3; cells[2][2] = vmid;
+        cells[3][0] = v2; cells[3][1] = v3; cells[3][2] = vmid;
+
+        // Add cells
+        for (auto _cell = cells.begin(); _cell != cells.end(); ++_cell)
+          editor.add_cell(cell++, *_cell);
+      }
+    }
+  }
+  else if (diagonal == "left" || diagonal == "right" || diagonal == "right/left" || diagonal == "left/right")
+  {
+    std::string local_diagonal = diagonal;
+    boost::multi_array<std::size_t, 2> cells(boost::extents[2][3]);
+    for (std::size_t iy = 0; iy < ny; iy++)
+    {
+      // Set up alternating diagonal
+      if (diagonal == "right/left")
+      {
+        if (iy % 2)
+          local_diagonal = "right";
+        else
+          local_diagonal = "left";
+      }
+      if (diagonal == "left/right")
+      {
+        if (iy % 2)
+          local_diagonal = "left";
+        else
+          local_diagonal = "right";
+      }
+
+      for (std::size_t ix = 0; ix < nx; ix++)
+      {
+        const std::size_t v0 = iy*(nx + 1) + ix;
+        const std::size_t v1 = v0 + 1;
+        const std::size_t v2 = v0 + (nx + 1);
+        const std::size_t v3 = v1 + (nx + 1);
+        std::vector<std::size_t> cell_data;
+
+        if(local_diagonal == "left")
+        {
+          cells[0][0] = v0; cells[0][1] = v1; cells[0][2] = v2;
+          cells[1][0] = v1; cells[1][1] = v2; cells[1][2] = v3;
+          if (diagonal == "right/left" || diagonal == "left/right")
+            local_diagonal = "right";
+        }
+        else
+        {
+          cells[0][0] = v0; cells[0][1] = v1; cells[0][2] = v3;
+          cells[1][0] = v0; cells[1][1] = v2; cells[1][2] = v3;
+          if (diagonal == "right/left" || diagonal == "left/right")
+            local_diagonal = "left";
+        }
+        editor.add_cell(cell++, cells[0]);
+        editor.add_cell(cell++, cells[1]);
+      }
+    }
+  }
+
+  // Close mesh editor
+  editor.close();
+
+  // Broadcast mesh according to parallel policy
+  if (MPI::is_broadcaster(mesh.mpi_comm()))
+  {
+    MeshPartitioning::build_distributed_mesh(mesh);
+    return;
+  }
+}
+//-----------------------------------------------------------------------------
+void RectangleMesh::build_quad(Mesh& mesh, const std::array<Point, 2>& p,
+                               std::array<std::size_t, 2> n)
+{
+  // Receive mesh according to parallel policy
+  if (MPI::is_receiver(mesh.mpi_comm()))
+  {
+    MeshPartitioning::build_distributed_mesh(mesh);
+    return;
+  }
+
+  const std::size_t nx = n[0];
+  const std::size_t ny = n[1];
+
+  MeshEditor editor;
+  editor.open(mesh, CellType::Type::quadrilateral, 2, 2);
+
+  // Create vertices and cells:
+  editor.init_vertices_global((nx + 1)*(ny + 1), (nx + 1)*(ny + 1));
+  editor.init_cells_global(nx*ny, nx*ny);
+
+  // Storage for vertices
+  std::vector<double> x(2);
+
+  const Point& p0 = p[0];
+  const Point& p1 = p[1];
+  
+  // Extract minimum and maximum coordinates
+  const double x0 = std::min(p0.x(), p1.x());
+  const double x1 = std::max(p0.x(), p1.x());
+  const double y0 = std::min(p0.y(), p1.y());
+  const double y1 = std::max(p0.y(), p1.y());
+
+  const double a = x0;
+  const double b = x1;
+  const double c = y0;
+  const double d = y1;
+
+  // Create main vertices:
+  std::size_t vertex = 0;
+  for (std::size_t iy = 0; iy <= ny; iy++)
+  {
+    x[1] = c + ((static_cast<double>(iy))*(d - c)/static_cast<double>(ny));
+    for (std::size_t ix = 0; ix <= nx; ix++)
+    {
+      x[0] = a + ((static_cast<double>(ix))*(b - a)/static_cast<double>(nx));
+      editor.add_vertex(vertex, x);
+      vertex++;
+    }
+  }
+
+  // Create rectangles
+  std::size_t cell = 0;
+  std::vector<std::size_t> v(4);
+  for (std::size_t iy = 0; iy < ny; iy++)
+    for (std::size_t ix = 0; ix < nx; ix++)
+    {
+      v[0] = iy*(nx + 1) + ix;
+      v[1] = v[0] + 1;
+      v[2] = v[0] + (nx + 1);
+      v[3] = v[1] + (nx + 1);
+      editor.add_cell(cell, v);
+      ++cell;
+    }
+
+  // Close mesh editor
+  editor.close();
+
+  // Broadcast mesh according to parallel policy
+  if (MPI::is_broadcaster(mesh.mpi_comm()))
+  {
+    MeshPartitioning::build_distributed_mesh(mesh);
+    return;
+  }
+
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/generation/RectangleMesh.h b/dolfin/generation/RectangleMesh.h
new file mode 100644
index 0000000..1df237f
--- /dev/null
+++ b/dolfin/generation/RectangleMesh.h
@@ -0,0 +1,167 @@
+// Copyright (C) 2005-2017 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __RECTANGLE_MESH_H
+#define __RECTANGLE_MESH_H
+
+#include <array>
+#include <string>
+#include <dolfin/common/MPI.h>
+#include <dolfin/log/log.h>
+#include <dolfin/mesh/CellType.h>
+#include <dolfin/mesh/Mesh.h>
+
+namespace dolfin
+{
+
+  /// Triangular mesh of the 2D rectangle spanned by two points p0 and
+  /// p1. Given the number of cells (nx, ny) in each direction, the
+  /// total number of triangles will be 2*nx*ny and the total number
+  /// of vertices will be (nx + 1)*(ny + 1).
+
+  class RectangleMesh : public Mesh
+  {
+  public:
+
+    /// @param    p (std::array<_Point_, 2>)
+    ///         Vertex points.
+    /// @param    n (std::array<std::size_t, 2>)
+    ///         Number of cells in each direction
+    /// @param    cell_type (dolfin::CellType::Type)
+    ///         Cell type
+    /// @param    diagonal (string)
+    ///         Direction of diagonals: "left", "right", "left/right", "crossed"
+    ///
+    /// @code{.cpp}
+    ///
+    ///         // Mesh with 8 cell edges in each direction on the
+    ///         // set [-1,2] x [-1,2]
+    ///         Point p0(-1, -1);
+    ///         Point p1(2, 2);
+    ///         auto Mesh = RectangleMesh::create({p0, p1}, {8, 8});
+    /// @endcode
+    static Mesh create(const std::array<Point, 2>& p,
+                       std::array<std::size_t, 2> n,
+                       CellType::Type cell_type,
+                       std::string diagonal="right")
+    { return create(MPI_COMM_WORLD, p, n, cell_type, diagonal); }
+
+    /// @param    comm (MPI_Comm)
+    ///         MPI communicator
+    /// @param    p (std::array<_Point_, 2>)
+    ///         Vertex points.
+    /// @param    n (std::array<std::size_t, 2>)
+    ///         Number of cells in each direction
+    /// @param    cell_type (dolfin::CellType::Type)
+    ///         Cell type
+    /// @param    diagonal (string)
+    ///         Direction of diagonals: "left", "right", "left/right", "crossed"
+    ///
+    /// @code{.cpp}
+    ///
+    ///         // Mesh with 8 cells in each direction on the
+    ///         // set [-1,2] x [-1,2]
+    ///         Point p0(-1, -1);
+    ///         Point p1(2, 2);
+    ///         auto mesh = RectangleMesh::create(MPI_COMM_WORLD, {p0, p1}, {8, 8});
+    /// @endcode
+    static Mesh create(MPI_Comm comm, const std::array<Point, 2>& p,
+                       std::array<std::size_t, 2> n,
+                       CellType::Type cell_type,
+                       std::string diagonal="right")
+    {
+      Mesh mesh(comm);
+      if (cell_type == CellType::Type::triangle)
+        build_tri(mesh, p, n, diagonal);
+      else if (cell_type == CellType::Type::quadrilateral)
+        build_quad(mesh, p, n);
+      else
+      {
+        dolfin_error("RectangleMesh.h",
+                     "generate rectangle mesh",
+                     "Wrong cell type '%d'", cell_type);
+      }
+
+      return mesh;
+    }
+
+    // Deprecated
+    /// @param    p0 (_Point_)
+    ///         First point.
+    /// @param    p1 (_Point_)
+    ///         Second point.
+    /// @param    nx (double)
+    ///         Number of cells in :math:`x`-direction.
+    /// @param    ny (double)
+    ///         Number of cells in :math:`y`-direction.
+    /// @param    diagonal (string)
+    ///         Direction of diagonals: "left", "right", "left/right", "crossed"
+    ///
+    /// @code{.cpp}
+    ///
+    ///         // Mesh with 8 cells in each direction on the
+    ///         // set [-1,2] x [-1,2]
+    ///         Point p0(-1, -1);
+    ///         Point p1(2, 2);
+    ///         RectangleMesh mesh(p0, p1, 8, 8);
+    /// @endcode
+    RectangleMesh(const Point& p0, const Point& p1,
+                  std::size_t nx, std::size_t ny,
+                  std::string diagonal="right");
+
+    // Deprecated
+    /// @param    comm (MPI_Comm)
+    ///         MPI communicator
+    /// @param    p0 (_Point_)
+    ///         First point.
+    /// @param    p1 (_Point_)
+    ///         Second point.
+    /// @param    nx (double)
+    ///         Number of cells in :math:`x`-direction.
+    /// @param    ny (double)
+    ///         Number of cells in :math:`y`-direction.
+    /// @param    diagonal (string)
+    ///         Direction of diagonals: "left", "right", "left/right", "crossed"
+    ///
+    /// @code{.cpp}
+    ///
+    ///         // Mesh with 8 cells in each direction on the
+    ///         // set [-1,2] x [-1,2]
+    ///         Point p0(-1, -1);
+    ///         Point p1(2, 2);
+    ///         RectangleMesh mesh(MPI_COMM_WORLD, p0, p1, 8, 8);
+    /// @endcode
+    RectangleMesh(MPI_Comm comm,
+                  const Point& p0, const Point& p1,
+                  std::size_t nx, std::size_t ny,
+                  std::string diagonal="right");
+
+  private:
+
+    // Build mesh
+    static void build_tri(Mesh& mesh, const std::array<Point, 2>& p,
+                          std::array<std::size_t, 2> n,
+                          std::string diagonal="right");
+
+
+    static void build_quad(Mesh& mesh, const std::array<Point, 2>& p,
+                           std::array<std::size_t, 2> n);
+  };
+
+}
+
+#endif
diff --git a/dolfin/generation/SphericalShellMesh.cpp b/dolfin/generation/SphericalShellMesh.cpp
new file mode 100644
index 0000000..eefc731
--- /dev/null
+++ b/dolfin/generation/SphericalShellMesh.cpp
@@ -0,0 +1,100 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/mesh/MeshEditor.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/mesh/Edge.h>
+#include "SphericalShellMesh.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void SphericalShellMesh::build(Mesh& mesh, std::size_t degree)
+{
+  MeshEditor editor;
+  const std::size_t tdim = 2;
+  const std::size_t gdim = 3;
+
+  dolfin_assert(degree > 0 and degree < 3);
+  editor.open(mesh, CellType::Type::triangle, tdim, gdim, degree);
+
+  editor.init_vertices_global(12, 12);
+
+  const double l0 = 2.0/(sqrt(10.0 + 2.0*sqrt(5.0)));
+  const double l1 = l0*(1.0 + sqrt(5.0))/2.0;
+
+  // Generate an icosahedron
+
+  editor.add_vertex(0,  Point(  0,  l0, l1));
+  editor.add_vertex(1,  Point(  0,  l0, -l1));
+  editor.add_vertex(2,  Point(  0, -l0, -l1));
+  editor.add_vertex(3,  Point(  0, -l0, l1));
+  editor.add_vertex(4,  Point( l1,   0, l0));
+  editor.add_vertex(5,  Point(-l1,   0, l0));
+  editor.add_vertex(6,  Point(-l1,   0, -l0));
+  editor.add_vertex(7,  Point( l1,   0, -l0));
+  editor.add_vertex(8,  Point( l0,  l1, 0));
+  editor.add_vertex(9,  Point( l0, -l1, 0));
+  editor.add_vertex(10, Point(-l0, -l1, 0));
+  editor.add_vertex(11, Point(-l0,  l1, 0));
+
+  editor.init_cells_global(20, 20);
+
+  editor.add_cell(0, 0, 4, 8);
+  editor.add_cell(1, 0, 5, 11);
+  editor.add_cell(2, 1, 6, 11);
+  editor.add_cell(3, 1, 7, 8);
+  editor.add_cell(4, 2, 6, 10);
+  editor.add_cell(5, 2, 7, 9);
+  editor.add_cell(6, 3, 4, 9);
+  editor.add_cell(7, 3, 5, 10);
+
+  editor.add_cell( 8, 0, 3, 4);
+  editor.add_cell( 9, 0, 3, 5);
+  editor.add_cell(10, 1, 2, 6);
+  editor.add_cell(11, 1, 2, 7);
+  editor.add_cell(12, 4, 7, 8);
+  editor.add_cell(13, 4, 7, 9);
+  editor.add_cell(14, 5, 6, 10);
+  editor.add_cell(15, 5, 6, 11);
+  editor.add_cell(16, 8, 11, 0);
+  editor.add_cell(17, 8, 11, 1);
+  editor.add_cell(18, 9, 10, 2);
+  editor.add_cell(19, 9, 10, 3);
+
+  if (degree == 2)
+  {
+    // Initialise entities required for this degree polynomial mesh
+    // and allocate space for the point coordinate data
+    editor.init_entities();
+
+    for (EdgeIterator e(mesh); !e.end(); ++e)
+    {
+      Point v0 = Vertex(mesh, e->entities(0)[0]).point();
+      Point pt = e->midpoint();
+      pt *= v0.norm()/pt.norm();
+
+      // Add Edge-based point
+      editor.add_entity_point(1, 0, e->index(), pt);
+    }
+  }
+
+  editor.close();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/generation/SphericalShellMesh.h b/dolfin/generation/SphericalShellMesh.h
new file mode 100644
index 0000000..09cb8fb
--- /dev/null
+++ b/dolfin/generation/SphericalShellMesh.h
@@ -0,0 +1,51 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifndef __SPHERICAL_SHELL_MESH_H
+#define __SPHERICAL_SHELL_MESH_H
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/mesh/Mesh.h>
+
+namespace dolfin
+{
+
+  /// Spherical shell approximation, icosahedral mesh, with degree=1
+  /// or degree=2
+
+  class SphericalShellMesh
+  {
+  public:
+
+    /// Create a spherical shell manifold for testing
+    static Mesh create(MPI_Comm comm, std::size_t degree)
+    {
+      Mesh mesh(comm);
+      build(mesh, degree);
+      return mesh;
+    }
+
+  private:
+
+    static void build(Mesh& mesh, std::size_t degree);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/generation/UnitCubeMesh.h b/dolfin/generation/UnitCubeMesh.h
new file mode 100644
index 0000000..4cd0ebb
--- /dev/null
+++ b/dolfin/generation/UnitCubeMesh.h
@@ -0,0 +1,120 @@
+// Copyright (C) 2005-2015 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __UNIT_CUBE_MESH_H
+#define __UNIT_CUBE_MESH_H
+
+#include <array>
+#include <cstddef>
+#include <dolfin/common/MPI.h>
+#include <dolfin/mesh/CellType.h>
+#include "BoxMesh.h"
+
+namespace dolfin
+{
+
+  /// Tetrahedral/hexahedral mesh of the 3D unit cube [0,1] x [0,1] x [0,1].
+  /// Given the number of cells (nx, ny, nz) in each direction, the
+  /// total number of tetrahedra will be 6*nx*ny*nz and the total
+  /// number of vertices will be (nx + 1)*(ny + 1)*(nz + 1).
+
+  class UnitCubeMesh : public BoxMesh
+  {
+  public:
+
+    /// Create a uniform finite element _Mesh_ over the unit cube
+    /// [0,1] x [0,1] x [0,1].
+    ///
+    /// @param    n (std::array<std::size_t, 3>)
+    ///         Number of cells in each direction.
+    /// @param    cell_type
+    ///         Tetrahedron or hexahedron
+    /// @code{.cpp}
+    ///
+    ///         auto mesh = UnitCubeMesh::create(32, 32, 32, CellType::Type::tetrahedron);
+    /// @endcode
+    static Mesh create(std::array<std::size_t, 3> n, CellType::Type cell_type)
+    { return create(MPI_COMM_WORLD, n, cell_type); }
+
+    /// Create a uniform finite element _Mesh_ over the unit cube
+    /// [0,1] x [0,1] x [0,1].
+    ///
+    /// @param    comm (MPI_Comm)
+    ///         MPI communicator
+    /// @param    n (std::aray<std::size_t, 3>)
+    ///         Number of cells in each direction.
+    /// @param    cell_type
+    ///         Tetrahedron or hexahedron
+    ///
+    /// @code{.cpp}
+    ///         auto mesh = UnitCubeMesh::create(MPI_COMM_WORLD, {32, 32, 32}, CellType::Type::hexahedron);
+    /// @endcode
+    static Mesh create(MPI_Comm comm, std::array<std::size_t, 3> n, CellType::Type cell_type)
+    { return BoxMesh::create(comm, {{Point(0.0, 0.0, 0.0), Point(1.0, 1.0, 1.0)}}, n, cell_type); }
+
+    // Temporary - part of pybind11 transition and will be
+    // removed. Avoid using.
+    static Mesh create(std::size_t nx, std::size_t ny, std::size_t nz,
+                       CellType::Type cell_type)
+    { return create({{nx, ny, nz}}, cell_type); }
+
+    // Temporary - part of pybind11 transition and will be
+    // removed. Avoid using.
+    static Mesh create(MPI_Comm comm, std::size_t nx, std::size_t ny, std::size_t nz,
+                       CellType::Type cell_type)
+    { return create({{nx, ny, nz}}, cell_type); }
+
+    /// Create a uniform finite element _Mesh_ over the unit cube
+    /// [0,1] x [0,1] x [0,1].
+    ///
+    /// @param    nx (std::size_t)
+    ///         Number of cells in :math:`x` direction.
+    /// @param    ny (std::size_t)
+    ///         Number of cells in :math:`y` direction.
+    /// @param    nz (std::size_t)
+    ///         Number of cells in :math:`z` direction.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         UnitCubeMesh mesh(32, 32, 32);
+    /// @endcode
+    UnitCubeMesh(std::size_t nx, std::size_t ny, std::size_t nz)
+      : UnitCubeMesh(MPI_COMM_WORLD, nx, ny, nz) {}
+
+    /// Create a uniform finite element _Mesh_ over the unit cube
+    /// [0,1] x [0,1] x [0,1].
+    ///
+    /// @param    comm (MPI_Comm)
+    ///         MPI communicator
+    /// @param    nx (std::size_t)
+    ///         Number of cells in :math:`x` direction.
+    /// @param    ny (std::size_t)
+    ///         Number of cells in :math:`y` direction.
+    /// @param    nz (std::size_t)
+    ///         Number of cells in :math:`z` direction.
+    ///
+    /// @code{.cpp}
+    ///         UnitCubeMesh mesh(MPI_COMM_WORLD, 32, 32, 32);
+    /// @endcode
+    UnitCubeMesh(MPI_Comm comm, std::size_t nx, std::size_t ny, std::size_t nz)
+      : BoxMesh(comm, Point(0.0, 0.0, 0.0), Point(1.0, 1.0, 1.0), nx, ny, nz) {}
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/generation/UnitDiscMesh.cpp b/dolfin/generation/UnitDiscMesh.cpp
new file mode 100644
index 0000000..3eaa0bc
--- /dev/null
+++ b/dolfin/generation/UnitDiscMesh.cpp
@@ -0,0 +1,127 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <cmath>
+#include <dolfin/common/MPI.h>
+#include <dolfin/mesh/MeshEditor.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/mesh/Edge.h>
+#include "UnitDiscMesh.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void UnitDiscMesh::build(Mesh& mesh, std::size_t n, std::size_t degree,
+                         std::size_t gdim)
+{
+  dolfin_assert(n > 0);
+
+  if (!(gdim == 2 or gdim == 3))
+  {
+    dolfin_error("UnitDiscMesh.cpp",
+                 "create mesh",
+                 "geometric dimension must be two or three");
+  }
+
+  if (!(degree == 1 or degree == 2))
+  {
+    dolfin_error("UnitDiscMesh.cpp",
+                 "create mesh",
+                 "isoparametric degree must be one or two");
+  }
+
+  MeshEditor editor;
+  editor.open(mesh, CellType::Type::triangle, 2, gdim, degree);
+  editor.init_vertices_global(1 + 3*n*(n + 1), 1 + 3*n*(n + 1));
+
+  std::size_t c = 0;
+  editor.add_vertex(c, Point(0.0, 0.0, 0.0));
+  ++c;
+
+  for (std::size_t i = 1; i <= n; ++i)
+  {
+    for (std::size_t j = 0; j < 6*i; ++j)
+    {
+      const double r = (double)i/(double)n;
+      const double th = 2*M_PI*(double)j/(double)(6*i);
+      const double x = r*cos(th);
+      const double y = r*sin(th);
+      editor.add_vertex(c, Point(x, y, 0));
+      ++c;
+    }
+  }
+
+  editor.init_cells(6*n*n);
+  c = 0;
+  std::size_t base_i = 0;
+  std::size_t row_i = 1;
+  for (std::size_t i = 1; i <= n; ++i)
+  {
+    std::size_t base_m = base_i;
+    base_i = 1 + 3*i*(i - 1);
+    std::size_t row_m = row_i;
+    row_i = 6*i;
+    for (std::size_t k = 0; k != 6; ++k)
+    {
+      for (std::size_t j = 0; j < (i*2 - 1); ++j)
+      {
+        std::size_t i0, i1, i2;
+        if (j%2 == 0)
+        {
+          i0 = base_i + (k*i + j/2)%row_i;
+          i1 = base_i + (k*i + j/2 + 1)%row_i;
+          i2 = base_m + (k*(i-1) + j/2)%row_m;
+        }
+        else
+        {
+          i0 = base_m + (k*(i-1) + j/2)%row_m;
+          i1 = base_m + (k*(i-1) + j/2 + 1)%row_m;
+          i2 = base_i + (k*i + j/2 + 1)%row_i;
+        }
+
+        editor.add_cell(c, i0, i1, i2);
+        ++c;
+      }
+    }
+  }
+
+  // Initialise entities required for this degree polynomial mesh and
+  // allocate space for the point coordinate data
+  if (degree == 2)
+  {
+    editor.init_entities();
+
+    for (EdgeIterator e(mesh); !e.end(); ++e)
+    {
+      const Point v0 = Vertex(mesh, e->entities(0)[0]).point();
+      const Point v1 = Vertex(mesh, e->entities(0)[1]).point();
+      Point pt = e->midpoint();
+
+      if (std::abs(v0.norm() - 1.0) < 1e-6 and
+          std::abs(v1.norm() - 1.0) < 1e-6)
+      {
+        pt *= v0.norm()/pt.norm();
+      }
+
+      // Add Edge-based point
+      editor.add_entity_point(1, 0, e->index(), pt);
+    }
+  }
+
+  editor.close();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/generation/UnitDiscMesh.h b/dolfin/generation/UnitDiscMesh.h
new file mode 100644
index 0000000..ce80403
--- /dev/null
+++ b/dolfin/generation/UnitDiscMesh.h
@@ -0,0 +1,54 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifndef __UNIT_DISC_MESH_H
+#define __UNIT_DISC_MESH_H
+
+#include <cstddef>
+#include <dolfin/common/MPI.h>
+#include <dolfin/mesh/Mesh.h>
+
+namespace dolfin
+{
+
+    /// A unit disc mesh in 2D or 3D geometry
+
+  class UnitDiscMesh
+  {
+  public:
+
+    /// Create a unit disc mesh in 2D or 3D geometry with n steps, and
+    /// given degree polynomial mesh
+    static Mesh create(MPI_Comm comm, std::size_t n, std::size_t degree,
+                       std::size_t gdim)
+    {
+      Mesh mesh(comm);
+      build(mesh, n, degree, gdim);
+      return mesh;
+    }
+
+  private:
+
+    static void build(Mesh& mesh, std::size_t n, std::size_t degree,
+                      std::size_t gdim);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/generation/UnitIntervalMesh.h b/dolfin/generation/UnitIntervalMesh.h
new file mode 100644
index 0000000..656832b
--- /dev/null
+++ b/dolfin/generation/UnitIntervalMesh.h
@@ -0,0 +1,100 @@
+// Copyright (C) 2007 Kristian B. Oelgaard
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2010.
+// Modified by Benjamin Kehlet 2012
+// Modified by Mikael Mortensen, 2014
+//
+// First added:  2007-11-23
+// Last changed: 2014-02-17
+
+#ifndef __UNIT_INTERVAL_MESH_H
+#define __UNIT_INTERVAL_MESH_H
+
+#include <cstddef>
+#include <dolfin/common/MPI.h>
+#include "IntervalMesh.h"
+
+namespace dolfin
+{
+
+  /// A mesh of the unit interval (0, 1) with a given number of cells
+  /// (nx) in the axial direction. The total number of intervals will
+  /// be nx and the total number of vertices will be (nx + 1).
+
+  class UnitIntervalMesh : public IntervalMesh
+  {
+  public:
+
+    /// Factory
+    ///
+    /// @param    n (std::size_t)
+    ///         The number of cells.
+    ///
+    /// @code{.cpp}
+    ///         // Create a mesh of 25 cells in the interval [0,1]
+    ///         auto mesh = UnitIntervalMesh::create(25);
+    /// @endcode
+    static Mesh create(std::size_t n)
+    { return create(MPI_COMM_WORLD, n); }
+
+    /// Factory
+    ///
+    /// @param    comm (MPI_Comm)
+    ///         MPI communicator
+    /// @param    n (std::size_t)
+    ///         The number of cells.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         // Create a mesh of 25 cells in the interval [0,1]
+    ///         auto mesh = UnitIntervalMesh::create(MPI_COMM_WORLD, 25);
+    /// @endcode
+    static Mesh create(MPI_Comm comm, std::size_t n)
+    { return IntervalMesh::create(comm, n, {{0.0, 1.0}}); }
+
+    /// Constructor
+    ///
+    /// @param    nx (std::size_t)
+    ///         The number of cells.
+    ///
+    /// @code{.cpp}
+    ///         // Create a mesh of 25 cells in the interval [0,1]
+    ///         UnitIntervalMesh mesh(25);
+    /// @endcode
+    UnitIntervalMesh(std::size_t nx) : UnitIntervalMesh(MPI_COMM_WORLD, nx) {}
+
+    /// Constructor
+    ///
+    /// @param    comm (MPI_Comm)
+    ///         MPI communicator
+    /// @param    nx (std::size_t)
+    ///         The number of cells.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         // Create a mesh of 25 cells in the interval [0,1]
+    ///         UnitIntervalMesh mesh(MPI_COMM_WORLD, 25);
+    /// @endcode
+    UnitIntervalMesh(MPI_Comm comm, std::size_t nx)
+      : IntervalMesh(comm, nx, 0.0, 1.0) {}
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/generation/UnitSquareMesh.h b/dolfin/generation/UnitSquareMesh.h
new file mode 100644
index 0000000..ef10585
--- /dev/null
+++ b/dolfin/generation/UnitSquareMesh.h
@@ -0,0 +1,158 @@
+// Copyright (C) 2005-2015 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Mikael Mortensen, 2014
+//
+// First added:  2005-12-02
+// Last changed: 2018-02-09
+
+#ifndef __UNIT_SQUARE_MESH_H
+#define __UNIT_SQUARE_MESH_H
+
+#include <array>
+#include <string>
+#include <dolfin/mesh/CellType.h>
+#include "RectangleMesh.h"
+
+namespace dolfin
+{
+
+  /// Triangular/quadrilateral mesh of the 2D unit square [0,1] x [0,1].  Given the
+  /// number of cells (nx, ny) in each direction, the total number of
+  /// triangles will be 2*nx*ny and the total number of vertices will
+  /// be (nx + 1)*(ny + 1).
+  ///
+  /// std::string diagonal ("left", "right", "right/left", "left/right",
+  /// or "crossed") indicates the direction of the diagonals.
+
+  class UnitSquareMesh : public RectangleMesh
+  {
+  public:
+
+    /// Create a uniform finite element _Mesh_ over the unit square
+    /// [0,1] x [0,1].
+    ///
+    /// @param    n (std:::array<std::size_t, 2>)
+    ///         Number of cells in each direction.
+    /// @param    cell_type
+    ///         Triangle or quadrilateral
+    /// @param    diagonal (std::string)
+    ///         Optional argument: A std::string indicating
+    ///         the direction of the diagonals.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         auto mesh1 = UnitSquareMesh::create(32, 32);
+    ///         auto mesh2 = UnitSquareMesh::create(32, 32, "crossed");
+    /// @endcode
+    static Mesh create(std::array<std::size_t, 2> n,
+                       CellType::Type cell_type,
+                       std::string diagonal="right")
+    {
+      return RectangleMesh::create({{Point(0.0, 0.0), Point(1.0, 1.0)}}, n,
+                                   cell_type, diagonal);
+    }
+
+    // Temporary - part of pybind11 transition and will be
+    // removed. Avoid using.
+    static Mesh create(std::size_t nx, std::size_t ny, CellType::Type cell_type,
+                       std::string diagonal="right")
+    {
+      return RectangleMesh::create({{Point(0.0, 0.0), Point(1.0, 1.0)}}, {{nx, ny}},
+                                   cell_type, diagonal);
+    }
+
+    // Temporary - part of pybind11 transition and will be
+    // removed. Avoid using.
+    static Mesh create(MPI_Comm comm, std::size_t nx, std::size_t ny,
+                       CellType::Type cell_type,
+                       std::string diagonal="right")
+    {
+      return RectangleMesh::create(comm, {{Point(0.0, 0.0), Point(1.0, 1.0)}}, {{nx, ny}},
+                                   cell_type, diagonal);
+    }
+
+    /// Create a uniform finite element _Mesh_ over the unit square
+    /// [0,1] x [0,1].
+    ///
+    /// @param    comm (MPI_Comm)
+    ///         MPI communicator
+    /// @param    n (std:::array<std::size_t, 2>)
+    ///         Number of cells in each direction.
+    /// @param    cell_type
+    ///         Triangle or quadrilateral.
+    /// @param    diagonal (std::string)
+    ///         Optional argument: A std::string indicating
+    ///         the direction of the diagonals.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         auto mesh1 = UnitSquareMesh::create(MPI_COMM_WORLD, 32, 32);
+    ///         auto mesh2 = UnitSquareMesh::create(MPI_COMM_WORLD, 32, 32, "crossed");
+    /// @endcode
+    static Mesh create(MPI_Comm comm, std::array<std::size_t, 2> n,
+                       CellType::Type cell_type,
+                       std::string diagonal="right")
+    { return RectangleMesh::create(comm, {{Point(0.0, 0.0), Point(1.0, 1.0)}}, n,
+                                   cell_type, diagonal); }
+
+    /// Create a uniform finite element _Mesh_ over the unit square
+    /// [0,1] x [0,1].
+    ///
+    /// @param    nx (std::size_t)
+    ///         Number of cells in horizontal direction.
+    /// @param    ny (std::size_t)
+    ///         Number of cells in vertical direction.
+    /// @param    diagonal (std::string)
+    ///         Optional argument: A std::string indicating
+    ///         the direction of the diagonals.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         UnitSquareMesh mesh1(32, 32);
+    ///         UnitSquareMesh mesh2(32, 32, "crossed");
+    /// @endcode
+    UnitSquareMesh(std::size_t nx, std::size_t ny, std::string diagonal="right")
+      : UnitSquareMesh(MPI_COMM_WORLD, nx, ny, diagonal) {}
+
+    /// Create a uniform finite element _Mesh_ over the unit square
+    /// [0,1] x [0,1].
+    ///
+    /// @param    comm (MPI_Comm)
+    ///         MPI communicator
+    /// @param    nx (std::size_t)
+    ///         Number of cells in horizontal direction.
+    /// @param    ny (std::size_t)
+    ///         Number of cells in vertical direction.
+    /// @param    diagonal (std::string)
+    ///         Optional argument: A std::string indicating
+    ///         the direction of the diagonals.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         UnitSquareMesh mesh1(MPI_COMM_WORLD, 32, 32);
+    ///         UnitSquareMesh mesh2(MPI_COMM_WORLD, 32, 32, "crossed");
+    /// @endcode
+    UnitSquareMesh(MPI_Comm comm, std::size_t nx, std::size_t ny,
+                   std::string diagonal="right")
+      : RectangleMesh(comm, Point(0.0, 0.0), Point(1.0, 1.0), nx, ny, diagonal) {}
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/generation/UnitTetrahedronMesh.cpp b/dolfin/generation/UnitTetrahedronMesh.cpp
new file mode 100644
index 0000000..ce1ed9e
--- /dev/null
+++ b/dolfin/generation/UnitTetrahedronMesh.cpp
@@ -0,0 +1,77 @@
+// Copyright (C) 2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-10-19
+// Last changed: 2014-02-06
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/mesh/MeshPartitioning.h>
+#include <dolfin/mesh/MeshEditor.h>
+#include "UnitTetrahedronMesh.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+dolfin::Mesh UnitTetrahedronMesh::create()
+{
+  Mesh mesh(MPI_COMM_SELF);
+
+// Receive mesh according to parallel policy
+  if (MPI::is_receiver(mesh.mpi_comm()))
+  {
+    MeshPartitioning::build_distributed_mesh(mesh);
+    return mesh;
+  }
+
+  // Open mesh for editing
+  MeshEditor editor;
+  editor.open(mesh, CellType::Type::tetrahedron, 3, 3);
+
+  // Create vertices
+  editor.init_vertices_global(4, 4);
+  std::vector<double> x(3);
+  x[0] = 0.0; x[1] = 0.0; x[2] = 0.0;
+  editor.add_vertex(0, x);
+
+  x[0] = 1.0; x[1] = 0.0; x[2] = 0.0;
+  editor.add_vertex(1, x);
+
+  x[0] = 0.0; x[1] = 1.0; x[2] = 0.0;
+  editor.add_vertex(2, x);
+
+  x[0] = 0.0; x[1] = 0.0; x[2] = 1.0;
+  editor.add_vertex(3, x);
+
+  // Create cells
+  editor.init_cells_global(1, 1);
+  std::vector<std::size_t> cell_data(4);
+  cell_data[0] = 0; cell_data[1] = 1; cell_data[2] = 2; cell_data[3] = 3;
+  editor.add_cell(0, cell_data);
+
+  // Close mesh editor
+  editor.close();
+
+  // Broadcast mesh according to parallel policy
+  if (MPI::is_broadcaster(mesh.mpi_comm()))
+  {
+    MeshPartitioning::build_distributed_mesh(mesh);
+    return mesh;
+  }
+
+  return mesh;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/generation/UnitTetrahedronMesh.h b/dolfin/generation/UnitTetrahedronMesh.h
new file mode 100644
index 0000000..e7310b3
--- /dev/null
+++ b/dolfin/generation/UnitTetrahedronMesh.h
@@ -0,0 +1,51 @@
+// Copyright (C) 2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Benjamin Kehlet 2012
+//
+// First added:  2010-10-19
+// Last changed: 2012-11-09
+
+#ifndef __UNIT_TETRAHEDRON_MESH_H
+#define __UNIT_TETRAHEDRON_MESH_H
+
+#include <dolfin/mesh/Mesh.h>
+
+namespace dolfin
+{
+
+  /// A mesh consisting of a single tetrahedron with vertices at
+  ///
+  ///   (0, 0, 0)
+  ///   (1, 0, 0)
+  ///   (0, 1, 0)
+  ///   (0, 0, 1)
+  ///
+  /// This class is useful for testing.
+
+  class UnitTetrahedronMesh
+  {
+  public:
+
+    /// Create mesh of unit tetrahedron
+    static Mesh create();
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/generation/UnitTriangleMesh.cpp b/dolfin/generation/UnitTriangleMesh.cpp
new file mode 100644
index 0000000..1a81bfb
--- /dev/null
+++ b/dolfin/generation/UnitTriangleMesh.cpp
@@ -0,0 +1,73 @@
+// Copyright (C) 2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-10-19
+// Last changed: 2014-02-06
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/mesh/CellType.h>
+#include <dolfin/mesh/MeshPartitioning.h>
+#include <dolfin/mesh/MeshEditor.h>
+#include "UnitTriangleMesh.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+dolfin::Mesh UnitTriangleMesh::create()
+{
+  Mesh mesh(MPI_COMM_SELF);
+
+  // Receive mesh according to parallel policy
+  if (MPI::is_receiver(mesh.mpi_comm()))
+  {
+    MeshPartitioning::build_distributed_mesh(mesh);
+    return mesh;
+  }
+
+  // Open mesh for editing
+  MeshEditor editor;
+  editor.open(mesh, CellType::Type::triangle, 2, 2);
+
+  // Create vertices
+  editor.init_vertices_global(3, 3);
+  std::vector<double> x(2);
+  x[0] = 0.0; x[1] = 0.0;
+  editor.add_vertex(0, x);
+  x[0] = 1.0; x[1] = 0.0;
+  editor.add_vertex(1, x);
+  x[0] = 0.0; x[1] = 1.0;
+  editor.add_vertex(2, x);
+
+  // Create cells
+  editor.init_cells_global(1, 1);
+  std::vector<std::size_t> cell_data(3);
+  cell_data[0] = 0; cell_data[1] = 1; cell_data[2] = 2;
+  editor.add_cell(0, cell_data);
+
+  // Close mesh editor
+  editor.close();
+
+  // Broadcast mesh according to parallel policy
+  if (MPI::is_broadcaster(mesh.mpi_comm()))
+  {
+    MeshPartitioning::build_distributed_mesh(mesh);
+    return mesh;
+  }
+
+  return mesh;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/generation/UnitTriangleMesh.h b/dolfin/generation/UnitTriangleMesh.h
new file mode 100644
index 0000000..ccc40d5
--- /dev/null
+++ b/dolfin/generation/UnitTriangleMesh.h
@@ -0,0 +1,50 @@
+// Copyright (C) 2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Benjamin Kehlet 2012
+//
+// First added:  2010-10-19
+// Last changed: 2012-11-09
+
+#ifndef __UNIT_TRIANGLE_MESH_H
+#define __UNIT_TRIANGLE_MESH_H
+
+#include <dolfin/mesh/Mesh.h>
+
+namespace dolfin
+{
+
+  /// A mesh consisting of a single triangle with vertices at
+  ///
+  ///   (0, 0)
+  ///   (1, 0)
+  ///   (0, 1)
+  ///
+  /// This class is useful for testing.
+
+  class UnitTriangleMesh
+  {
+  public:
+
+    /// Create mesh of unit triangle
+    static Mesh create();
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/generation/dolfin_generation.h b/dolfin/generation/dolfin_generation.h
new file mode 100644
index 0000000..53f40cf
--- /dev/null
+++ b/dolfin/generation/dolfin_generation.h
@@ -0,0 +1,17 @@
+#ifndef __DOLFIN_GENERATION_H
+#define __DOLFIN_GENERATION_H
+
+// DOLFIN mesh generation interface
+
+#include <dolfin/generation/BoxMesh.h>
+#include <dolfin/generation/IntervalMesh.h>
+#include <dolfin/generation/RectangleMesh.h>
+#include <dolfin/generation/UnitTetrahedronMesh.h>
+#include <dolfin/generation/UnitCubeMesh.h>
+#include <dolfin/generation/UnitIntervalMesh.h>
+#include <dolfin/generation/UnitTriangleMesh.h>
+#include <dolfin/generation/UnitSquareMesh.h>
+#include <dolfin/generation/UnitDiscMesh.h>
+#include <dolfin/generation/SphericalShellMesh.h>
+
+#endif
diff --git a/dolfin/geometry/BoundingBoxTree.cpp b/dolfin/geometry/BoundingBoxTree.cpp
new file mode 100644
index 0000000..bc8a03e
--- /dev/null
+++ b/dolfin/geometry/BoundingBoxTree.cpp
@@ -0,0 +1,212 @@
+// Copyright (C) 2013 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-04-09
+// Last changed: 2014-05-12
+
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/geometry/Point.h>
+#include <dolfin/log/log.h>
+#include <dolfin/mesh/Mesh.h>
+#include "BoundingBoxTree1D.h"
+#include "BoundingBoxTree2D.h"
+#include "BoundingBoxTree3D.h"
+#include "BoundingBoxTree.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+BoundingBoxTree::BoundingBoxTree() : _mesh(0)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+BoundingBoxTree::~BoundingBoxTree()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void BoundingBoxTree::build(const Mesh& mesh)
+{
+  build(mesh, mesh.topology().dim());
+}
+//-----------------------------------------------------------------------------
+void BoundingBoxTree::build(const Mesh& mesh, std::size_t tdim)
+{
+
+  _tree = GenericBoundingBoxTree::create(mesh.geometry().dim());
+
+  // Build tree
+  dolfin_assert(_tree);
+  _tree->build(mesh, tdim);
+
+  // Store mesh
+  _mesh = &mesh;
+}
+//-----------------------------------------------------------------------------
+void BoundingBoxTree::build(const std::vector<Point>& points, std::size_t gdim)
+{
+  // Select implementation
+  switch (gdim)
+  {
+  case 1:
+    _tree.reset(new BoundingBoxTree1D());
+    break;
+  case 2:
+    _tree.reset(new BoundingBoxTree2D());
+    break;
+  case 3:
+    _tree.reset(new BoundingBoxTree3D());
+    break;
+  default:
+    dolfin_error("BoundingBoxTree.cpp",
+                 "build bounding box tree",
+                 "Not implemented for geometric dimension %d",
+                 gdim);
+  }
+
+  // Build tree
+  dolfin_assert(_tree);
+  _tree->build(points);
+}
+//-----------------------------------------------------------------------------
+std::vector<unsigned int>
+BoundingBoxTree::compute_collisions(const Point& point) const
+{
+  // Check that tree has been built
+  _check_built();
+
+  // Delegate call to implementation
+  dolfin_assert(_tree);
+  return _tree->compute_collisions(point);
+}
+//-----------------------------------------------------------------------------
+std::pair<std::vector<unsigned int>, std::vector<unsigned int>>
+  BoundingBoxTree::compute_collisions(const BoundingBoxTree& tree) const
+{
+  // Check that tree has been built
+  _check_built();
+
+  // Delegate call to implementation
+  dolfin_assert(_tree);
+  dolfin_assert(tree._tree);
+  return _tree->compute_collisions(*tree._tree);
+}
+//-----------------------------------------------------------------------------
+std::vector<unsigned int>
+BoundingBoxTree::compute_entity_collisions(const Point& point) const
+{
+  // Check that tree has been built
+  _check_built();
+
+  // Delegate call to implementation
+  dolfin_assert(_tree);
+  dolfin_assert(_mesh);
+  return _tree->compute_entity_collisions(point, *_mesh);
+}
+//-----------------------------------------------------------------------------
+std::vector<unsigned int>
+BoundingBoxTree::compute_process_collisions(const Point& point) const
+{
+  // Check that tree has been built
+  _check_built();
+
+  // Delegate call to implementation
+  dolfin_assert(_tree);
+  return _tree->compute_process_collisions(point);
+}
+//-----------------------------------------------------------------------------
+std::pair<std::vector<unsigned int>, std::vector<unsigned int>>
+  BoundingBoxTree::compute_entity_collisions(const BoundingBoxTree& tree) const
+{
+  // Check that tree has been built
+  _check_built();
+
+  // Delegate call to implementation
+  dolfin_assert(_tree);
+  dolfin_assert(tree._tree);
+  dolfin_assert(_mesh);
+  dolfin_assert(tree._mesh);
+  return _tree->compute_entity_collisions(*tree._tree, *_mesh, *tree._mesh);
+}
+//-----------------------------------------------------------------------------
+unsigned int
+BoundingBoxTree::compute_first_collision(const Point& point) const
+{
+  // Check that tree has been built
+  _check_built();
+
+  // Delegate call to implementation
+  dolfin_assert(_tree);
+  return _tree->compute_first_collision(point);
+}
+//-----------------------------------------------------------------------------
+unsigned int
+BoundingBoxTree::compute_first_entity_collision(const Point& point) const
+{
+  // Check that tree has been built
+  _check_built();
+
+  // Delegate call to implementation
+  dolfin_assert(_tree);
+  dolfin_assert(_mesh);
+  return _tree->compute_first_entity_collision(point, *_mesh);
+}
+//-----------------------------------------------------------------------------
+std::pair<unsigned int, double>
+BoundingBoxTree::compute_closest_entity(const Point& point) const
+{
+  // Check that tree has been built
+  _check_built();
+
+  // Delegate call to implementation
+  dolfin_assert(_tree);
+  dolfin_assert(_mesh);
+  return _tree->compute_closest_entity(point, *_mesh);
+}
+//-----------------------------------------------------------------------------
+std::pair<unsigned int, double>
+BoundingBoxTree::compute_closest_point(const Point& point) const
+{
+  // Check that tree has been built
+  _check_built();
+
+  // Delegate call to implementation
+  dolfin_assert(_tree);
+  return _tree->compute_closest_point(point);
+}
+//-----------------------------------------------------------------------------
+bool BoundingBoxTree::collides(const Point& point) const
+{
+  return compute_first_collision(point) != std::numeric_limits<unsigned int>::max();
+}
+//-----------------------------------------------------------------------------
+bool BoundingBoxTree::collides_entity(const Point& point) const
+{
+  return compute_first_entity_collision(point) != std::numeric_limits<unsigned int>::max();
+}
+//-----------------------------------------------------------------------------
+void BoundingBoxTree::_check_built() const
+{
+  if (!_tree)
+  {
+    dolfin_error("BoundingBoxTree.cpp",
+                 "compute collisions with bounding box tree",
+                 "Bounding box tree has not been built. You need to call tree.build()");
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/geometry/BoundingBoxTree.h b/dolfin/geometry/BoundingBoxTree.h
new file mode 100644
index 0000000..e499009
--- /dev/null
+++ b/dolfin/geometry/BoundingBoxTree.h
@@ -0,0 +1,280 @@
+// Copyright (C) 2013 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-04-09
+// Last changed: 2014-05-12
+
+#ifndef __BOUNDING_BOX_TREE_H
+#define __BOUNDING_BOX_TREE_H
+
+#include <limits>
+#include <vector>
+#include <memory>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class Point;
+  class GenericBoundingBoxTree;
+  class Mesh;
+
+  /// This class implements a (distributed) axis aligned bounding box
+  /// tree (AABB tree). Bounding box trees can be created from meshes
+  /// and [other data structures, to be filled in].
+
+  class BoundingBoxTree
+  {
+  public:
+
+    /// Create empty bounding box tree
+    BoundingBoxTree();
+
+    /// Destructor
+    ~BoundingBoxTree();
+
+    /// Build bounding box tree for cells of mesh.
+    ///
+    /// *Arguments*
+    ///     mesh (_Mesh_)
+    ///         The mesh for which to compute the bounding box tree.
+    void build(const Mesh& mesh);
+
+    /// Build bounding box tree for mesh entities of given dimension.
+    ///
+    /// *Arguments*
+    ///     mesh (_Mesh_)
+    ///         The mesh for which to compute the bounding box tree.
+    ///     dimension (std::size_t)
+    ///         The entity dimension (topological dimension) for which
+    ///         to compute the bounding box tree.
+    void build(const Mesh& mesh, std::size_t tdim);
+
+    /// Build bounding box tree for point cloud.
+    ///
+    /// *Arguments*
+    ///     points (std::vector<_Point_>)
+    ///         The list of points.
+    ///     gdim (std::size_t)
+    ///         The geometric dimension.
+    void build(const std::vector<Point>& points, std::size_t gdim);
+
+    /// Compute all collisions between bounding boxes and _Point_.
+    ///
+    /// *Returns*
+    ///     std::vector<unsigned int>
+    ///         A list of local indices for entities contained in
+    ///         (leaf) bounding boxes that collide with (intersect)
+    ///         the given point.
+    ///
+    /// *Arguments*
+    ///     point (_Point_)
+    ///         The point.
+    std::vector<unsigned int>
+    compute_collisions(const Point& point) const;
+
+    /// Compute all collisions between bounding boxes and _BoundingBoxTree_.
+    ///
+    /// *Returns*
+    ///     std::vector<unsigned int>
+    ///         A list of local indices for entities in this tree that
+    ///         collide with (intersect) entities in other tree.
+    ///     std::vector<unsigned int>
+    ///         A list of local indices for entities in other tree that
+    ///         collide with (intersect) entities in this tree.
+    ///
+    /// The two lists have equal length and contain matching entities,
+    /// such that entity `i` in the first list collides with entity
+    /// `i` in the second list.
+    ///
+    /// Note that this means that the entity lists may contain
+    /// duplicate entities since a single entity may collide with
+    /// several different entities.
+    ///
+    /// *Arguments*
+    ///     tree (_BoundingBoxTree_)
+    ///         The bounding box tree.
+    ///
+    /// Note that this function only checks collisions between bounding
+    /// boxes of entities. It does not check that the entities
+    /// themselves actually collide. To compute entity collisions, use
+    /// the function compute_entity_collisions.
+    std::pair<std::vector<unsigned int>, std::vector<unsigned int> >
+    compute_collisions(const BoundingBoxTree& tree) const;
+
+    /// Compute all collisions between entities and _Point_.
+    ///
+    /// *Returns*
+    ///     std::vector<unsigned int>
+    ///         A list of local indices for entities that collide with
+    ///         (intersect) the given point.
+    ///
+    /// *Arguments*
+    ///     point (_Point_)
+    ///         The point.
+    std::vector<unsigned int>
+    compute_entity_collisions(const Point& point) const;
+
+    /// Compute all collisions between process bounding boxes
+    /// and _Point_. Effectively a list of processes which may
+    /// contain the _Point_.
+    ///
+    /// *Returns*
+    ///     std::vector<unsigned int>
+    ///         A list of process numbers where the _Mesh_
+    ///         may collide with (intersect) the given point.
+    ///
+    /// *Arguments*
+    ///     point (_Point_)
+    ///         The point.
+    std::vector<unsigned int>
+    compute_process_collisions(const Point& point) const;
+
+    /// Compute all collisions between entities and _BoundingBoxTree_.
+    ///
+    /// *Returns*
+    ///     std::vector<unsigned int>
+    ///         A list of local indices for entities in this tree that
+    ///         collide with (intersect) entities in other tree.
+    ///     std::vector<unsigned int>
+    ///         A list of local indices for entities in other tree that
+    ///         collide with (intersect) entities in this tree.
+    ///
+    /// The two lists have equal length and contain matching entities,
+    /// such that entity `i` in the first list collides with entity
+    /// `i` in the second list.
+    ///
+    /// Note that this means that the entity lists may contain
+    /// duplicate entities since a single entity may collide with
+    /// several different entities.
+    ///
+    /// *Arguments*
+    ///     tree (_BoundingBoxTree_)
+    ///         The bounding box tree.
+    std::pair<std::vector<unsigned int>, std::vector<unsigned int> >
+    compute_entity_collisions(const BoundingBoxTree& tree) const;
+
+    /// Compute first collision between bounding boxes and _Point_.
+    ///
+    /// *Returns*
+    ///     unsigned int
+    ///         The local index for the first found entity contained
+    ///         in a (leaf) bounding box that collides with
+    ///         (intersects) the given point. If not found,
+    ///         std::numeric_limits<unsigned int>::max() is returned.
+    ///
+    /// *Arguments*
+    ///     point (_Point_)
+    ///         The point.
+    unsigned int
+    compute_first_collision(const Point& point) const;
+
+    /// Compute first collision between entities and _Point_.
+    ///
+    /// *Returns*
+    ///     unsigned int
+    ///         The local index for the first found entity that
+    ///         collides with (intersects) the given point. If not
+    ///         found, std::numeric_limits<unsigned int>::max() is
+    ///         returned.
+    ///
+    /// *Arguments*
+    ///     point (_Point_)
+    ///         The point.
+    unsigned int
+    compute_first_entity_collision(const Point& point) const;
+
+    /// Compute closest entity to _Point_.
+    ///
+    /// *Returns*
+    ///     unsigned int
+    ///         The local index for the entity that is closest to the
+    ///         point. If more than one entity is at the same distance
+    ///         (or point contained in entity), then the first entity
+    ///         is returned.
+    ///     double
+    ///         The distance to the closest entity.
+    ///
+    /// *Arguments*
+    ///     point (_Point_)
+    ///         The point.
+    std::pair<unsigned int, double>
+    compute_closest_entity(const Point& point) const;
+
+    /// Compute closest point to _Point_. This function assumes
+    /// that the tree has been built for a point cloud.
+    ///
+    /// Developer note: This function should not be confused with
+    /// computing the closest point in all entities of a mesh. That
+    /// function could be added with relative ease since we actually
+    /// compute the closest points to get the distance in the above
+    /// function (compute_closest_entity) inside the specialized
+    /// implementations in TetrahedronCell.cpp etc.
+    ///
+    /// *Returns*
+    ///     unsigned int
+    ///         The local index for the point that is closest to the
+    ///         point. If more than one point is at the same distance
+    ///         (or point contained in entity), then the first point
+    ///         is returned.
+    ///     double
+    ///         The distance to the closest point.
+    ///
+    /// *Arguments*
+    ///     point (_Point_)
+    ///         The point.
+    std::pair<unsigned int, double>
+    compute_closest_point(const Point& point) const;
+
+    /// Check whether given point collides with the bounding box tree.
+    /// This is equivalent to calling compute_first_collision and
+    /// checking whether any collision was detected.
+    ///
+    /// *Returns*
+    ///     bool
+    ///         True iff the point is inside the tree.
+    bool collides(const Point& point) const;
+
+    /// Check whether given point collides with any entity contained
+    /// in the bounding box tree. This is equivalent to calling
+    /// compute_first_entity_collision and checking whether any
+    /// collision was detected.
+    ///
+    /// *Returns*
+    ///     bool
+    ///         True iff the point is inside the tree.
+    bool collides_entity(const Point& point) const;
+
+  private:
+
+    // Check that tree has been built
+    void _check_built() const;
+
+    // Dimension-dependent implementation
+    std::shared_ptr<GenericBoundingBoxTree> _tree;
+
+    // Pointer to the mesh. We all know that we don't really want
+    // to store a pointer to the mesh here, but without it we will
+    // be forced to make calls like
+    // tree_A.compute_entity_intersections(tree_B, mesh_A, mesh_B).
+    const Mesh* _mesh;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/geometry/BoundingBoxTree1D.h b/dolfin/geometry/BoundingBoxTree1D.h
new file mode 100644
index 0000000..434f58f
--- /dev/null
+++ b/dolfin/geometry/BoundingBoxTree1D.h
@@ -0,0 +1,176 @@
+// Copyright (C) 2013 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-05-02
+// Last changed: 2014-02-24
+
+#ifndef __BOUNDING_BOX_TREE_1D_H
+#define __BOUNDING_BOX_TREE_1D_H
+
+#include <algorithm>
+#include <vector>
+#include <dolfin/common/constants.h>
+#include "GenericBoundingBoxTree.h"
+
+namespace dolfin
+{
+
+  /// Specialization of bounding box implementation to 1D
+
+  class BoundingBoxTree1D : public GenericBoundingBoxTree
+  {
+  protected:
+
+    /// Comparison operator for sorting of bounding boxes. Boxes are
+    /// sorted by their midpoints along the longest axis.
+    struct less_x
+    {
+      /// Bounding boxes
+      const std::vector<double>& bboxes;
+
+      /// Constructor
+      less_x(const std::vector<double>& bboxes): bboxes(bboxes) {}
+
+      /// Comparison operator
+      inline bool operator()(unsigned int i, unsigned int j)
+      {
+        const double* bi = bboxes.data() + 2*i;
+        const double* bj = bboxes.data() + 2*j;
+        return bi[0] + bi[1] < bj[0] + bj[1];
+      }
+    };
+
+    /// Return geometric dimension
+    std::size_t gdim() const { return 1; }
+
+    /// Return bounding box coordinates for node
+    const double* get_bbox_coordinates(unsigned int node) const
+    {
+      return _bbox_coordinates.data() + 2*node;
+    }
+
+    /// Check whether point (x) is in bounding box (node)
+    bool point_in_bbox(const double* x, unsigned int node) const
+    {
+      const double* b = _bbox_coordinates.data() + 2*node;
+      const double eps = DOLFIN_EPS_LARGE*(b[1] - b[0]);
+      return b[0] - eps <= x[0] && x[0] <= b[1] + eps;
+    }
+
+    /// Check whether bounding box (a) collides with bounding box (node)
+    bool bbox_in_bbox(const double* a, unsigned int node) const
+    {
+      const double* b = _bbox_coordinates.data() + 2*node;
+      const double eps = DOLFIN_EPS_LARGE*(b[1] - b[0]);
+      return b[0] - eps <= a[1] && a[0] <= b[1] + eps;
+    }
+
+    /// Compute squared distance between point and bounding box
+    double compute_squared_distance_bbox(const double* x,
+                                         unsigned int node) const
+    {
+      // Note: Some else-if might be in order here but I assume the
+      // compiler can do a better job at optimizing/parallelizing this
+      // version. This is also the way the algorithm is presented in
+      // Ericsson.
+
+      const double* b = _bbox_coordinates.data() + 2*node;
+      double r2 = 0.0;
+
+      if (x[0] < b[0]) r2 += (x[0] - b[0])*(x[0] - b[0]);
+      if (x[0] > b[1]) r2 += (x[0] - b[1])*(x[0] - b[1]);
+
+      return r2;
+    }
+
+    /// Compute squared distance between point and point
+    double compute_squared_distance_point(const double* x,
+                                          unsigned int node) const
+    {
+      const double* p = _bbox_coordinates.data() + 2*node;
+      return (x[0] - p[0])*(x[0] - p[0]);
+    }
+
+    /// Compute bounding box of bounding boxes
+    void compute_bbox_of_bboxes(double* bbox,
+                                std::size_t& axis,
+                                const std::vector<double>& leaf_bboxes,
+                                const std::vector<unsigned int>::iterator& begin,
+                                const std::vector<unsigned int>::iterator& end)
+    {
+      typedef std::vector<unsigned int>::const_iterator iterator;
+
+      // Get coordinates for first box
+      iterator it = begin;
+      const double* b = leaf_bboxes.data() + 2*(*it);
+      bbox[0] = b[0];
+      bbox[1] = b[1];
+
+      // Compute min and max over remaining boxes
+      for (++it; it != end; ++it)
+      {
+        const double* b = leaf_bboxes.data() + 2*(*it);
+        if (b[0] < bbox[0]) bbox[0] = b[0];
+        if (b[1] > bbox[1]) bbox[1] = b[1];
+      }
+
+      // Compute longest axis
+      axis = 0;
+    }
+
+    /// Compute bounding box of points
+    void compute_bbox_of_points(double* bbox,
+                                std::size_t& axis,
+                                const std::vector<Point>& points,
+                                const std::vector<unsigned int>::iterator& begin,
+                                const std::vector<unsigned int>::iterator& end)
+    {
+      typedef std::vector<unsigned int>::const_iterator iterator;
+
+      // Get coordinates for first point
+      iterator it = begin;
+      const double* p = points[*it].coordinates();
+      bbox[0] = p[0];
+      bbox[1] = p[0];
+
+      // Compute min and max over remaining boxes
+      for (; it != end; ++it)
+      {
+        const double* p = points[*it].coordinates();
+        if (p[0] < bbox[0]) bbox[0] = p[0];
+        if (p[0] > bbox[1]) bbox[1] = p[0];
+      }
+
+      // Compute longest axis
+      axis = 0;
+    }
+
+    /// Sort leaf bounding boxes along given axis
+    void sort_bboxes(std::size_t axis,
+                     const std::vector<double>& leaf_bboxes,
+                     const std::vector<unsigned int>::iterator& begin,
+                     const std::vector<unsigned int>::iterator& middle,
+                     const std::vector<unsigned int>::iterator& end)
+    {
+      std::nth_element(begin, middle, end, less_x(leaf_bboxes));
+    }
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/geometry/BoundingBoxTree2D.h b/dolfin/geometry/BoundingBoxTree2D.h
new file mode 100644
index 0000000..7fd6f94
--- /dev/null
+++ b/dolfin/geometry/BoundingBoxTree2D.h
@@ -0,0 +1,226 @@
+// Copyright (C) 2013 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by August Johansson 2016
+//
+// First added:  2013-05-02
+// Last changed: 2016-11-15
+
+#ifndef __BOUNDING_BOX_TREE_2D_H
+#define __BOUNDING_BOX_TREE_2D_H
+
+#include <algorithm>
+#include <vector>
+#include <dolfin/common/constants.h>
+#include "GenericBoundingBoxTree.h"
+
+namespace dolfin
+{
+
+  /// Specialization of bounding box implementation to 2D
+
+  class BoundingBoxTree2D : public GenericBoundingBoxTree
+  {
+  protected:
+
+    /// Comparison operators for sorting of bounding boxes. Boxes are
+    /// sorted by their midpoints along the longest axis.
+    struct less_x
+    {
+      /// Bounding boxes
+      const std::vector<double>& bboxes;
+
+      /// Constructor
+      less_x(const std::vector<double>& bboxes): bboxes(bboxes) {}
+
+      /// Comparison operator
+      inline bool operator()(unsigned int i, unsigned int j)
+      {
+        const double* bi = bboxes.data() + 4*i;
+        const double* bj = bboxes.data() + 4*j;
+        return bi[0] + bi[2] < bj[0] + bj[2];
+      }
+    };
+
+    /// Comparison operators for sorting of bounding boxes. Boxes are
+    /// sorted by their midpoints along the longest axis.
+    struct less_y
+    {
+      /// Bounding boxes
+      const std::vector<double>& bboxes;
+
+      /// Constructor
+      less_y(const std::vector<double>& bboxes): bboxes(bboxes) {}
+
+      /// Comparison operator
+      inline bool operator()(unsigned int i, unsigned int j)
+      {
+        const double* bi = bboxes.data() + 4*i;
+        const double* bj = bboxes.data() + 4*j;
+        return bi[1] + bi[3] < bj[1] + bj[3];
+      }
+    };
+
+    /// Return geometric dimension
+    std::size_t gdim() const { return 2; }
+
+    /// Return bounding box coordinates for node
+    const double* get_bbox_coordinates(unsigned int node) const
+    {
+      return _bbox_coordinates.data() + 4*node;
+    }
+
+    /// Check whether point (x) is in bounding box (node)
+    bool point_in_bbox(const double* x, unsigned int node) const
+    {
+      const double* b = _bbox_coordinates.data() + 4*node;
+      const double eps0 = DOLFIN_EPS_LARGE*(b[2] - b[0]);
+      const double eps1 = DOLFIN_EPS_LARGE*(b[3] - b[1]);
+      return (b[0] - eps0 <= x[0] && x[0] <= b[2] + eps0 &&
+              b[1] - eps1 <= x[1] && x[1] <= b[3] + eps1);
+    }
+
+    /// Check whether bounding box (a) collides with bounding box (node)
+    bool bbox_in_bbox(const double* a, unsigned int node) const
+    {
+      const double* b = _bbox_coordinates.data() + 4*node;
+      const double eps0 = DOLFIN_EPS_LARGE*(b[2] - b[0]);
+      const double eps1 = DOLFIN_EPS_LARGE*(b[3] - b[1]);
+      return (b[0] - eps0 <= a[2] && a[0] <= b[2] + eps0 &&
+      	      b[1] - eps1 <= a[3] && a[1] <= b[3] + eps1);
+    }
+
+    /// Compute squared distance between point and bounding box
+    double compute_squared_distance_bbox(const double* x,
+                                         unsigned int node) const
+    {
+      // Note: Some else-if might be in order here but I assume the
+      // compiler can do a better job at optimizing/parallelizing this
+      // version. This is also the way the algorithm is presented in
+      // Ericsson.
+
+      const double* b = _bbox_coordinates.data() + 4*node;
+      double r2 = 0.0;
+
+      if (x[0] < b[0]) r2 += (x[0] - b[0])*(x[0] - b[0]);
+      if (x[0] > b[2]) r2 += (x[0] - b[2])*(x[0] - b[2]);
+      if (x[1] < b[1]) r2 += (x[1] - b[1])*(x[1] - b[1]);
+      if (x[1] > b[3]) r2 += (x[1] - b[3])*(x[1] - b[3]);
+
+      return r2;
+    }
+
+    /// Compute squared distance between point and point
+    double compute_squared_distance_point(const double* x,
+                                          unsigned int node) const
+    {
+      const double* p = _bbox_coordinates.data() + 4*node;
+      return (x[0] - p[0])*(x[0] - p[0]) + (x[1] - p[1])*(x[1] - p[1]);
+    }
+
+    /// Compute bounding box of bounding boxes
+    void compute_bbox_of_bboxes(double* bbox,
+                                std::size_t& axis,
+                                const std::vector<double>& leaf_bboxes,
+                                const std::vector<unsigned int>::iterator& begin,
+                                const std::vector<unsigned int>::iterator& end)
+    {
+      typedef std::vector<unsigned int>::const_iterator iterator;
+
+      // Get coordinates for first box
+      iterator it = begin;
+      const double* b = leaf_bboxes.data() + 4*(*it);
+      bbox[0] = b[0];
+      bbox[1] = b[1];
+      bbox[2] = b[2];
+      bbox[3] = b[3];
+
+      /// Compute min and max over remaining boxes
+      for (++it; it != end; ++it)
+      {
+        const double* b = leaf_bboxes.data() + 4*(*it);
+        if (b[0] < bbox[0]) bbox[0] = b[0];
+        if (b[1] < bbox[1]) bbox[1] = b[1];
+        if (b[2] > bbox[2]) bbox[2] = b[2];
+        if (b[3] > bbox[3]) bbox[3] = b[3];
+      }
+
+      // Compute longest axis
+      const double x = bbox[2] - bbox[0];
+      const double y = bbox[3] - bbox[1];
+
+      if (x > y)
+        axis = 0;
+      else
+        axis = 1;
+    }
+
+    /// Compute bounding box of points
+    void compute_bbox_of_points(double* bbox,
+                                std::size_t& axis,
+                                const std::vector<Point>& points,
+                                const std::vector<unsigned int>::iterator& begin,
+                                const std::vector<unsigned int>::iterator& end)
+    {
+      typedef std::vector<unsigned int>::const_iterator iterator;
+
+      // Get coordinates for first point
+      iterator it = begin;
+      const double* p = points[*it].coordinates();
+      bbox[0] = p[0];
+      bbox[1] = p[1];
+      bbox[2] = p[0];
+      bbox[3] = p[1];
+
+      // Compute min and max over remaining points
+      for (; it != end; ++it)
+      {
+        const double* p = points[*it].coordinates();
+        if (p[0] < bbox[0]) bbox[0] = p[0];
+        if (p[1] < bbox[1]) bbox[1] = p[1];
+        if (p[0] > bbox[2]) bbox[2] = p[0];
+        if (p[1] > bbox[3]) bbox[3] = p[1];
+      }
+
+      // Compute longest axis
+      const double x = bbox[2] - bbox[0];
+      const double y = bbox[3] - bbox[1];
+
+      if (x > y)
+        axis = 0;
+      else
+        axis = 1;
+    }
+
+    /// Sort leaf bounding boxes along given axis
+    void sort_bboxes(std::size_t axis,
+                     const std::vector<double>& leaf_bboxes,
+                     const std::vector<unsigned int>::iterator& begin,
+                     const std::vector<unsigned int>::iterator& middle,
+                     const std::vector<unsigned int>::iterator& end)
+    {
+      if (axis == 0)
+        std::nth_element(begin, middle, end, less_x(leaf_bboxes));
+      else
+        std::nth_element(begin, middle, end, less_y(leaf_bboxes));
+    }
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/geometry/BoundingBoxTree3D.h b/dolfin/geometry/BoundingBoxTree3D.h
new file mode 100644
index 0000000..c14ba1c
--- /dev/null
+++ b/dolfin/geometry/BoundingBoxTree3D.h
@@ -0,0 +1,273 @@
+// Copyright (C) 2013 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-04-09
+// Last changed: 2013-11-30
+
+#ifndef __BOUNDING_BOX_TREE_3D_H
+#define __BOUNDING_BOX_TREE_3D_H
+
+#include <algorithm>
+#include <vector>
+#include <dolfin/common/constants.h>
+#include "GenericBoundingBoxTree.h"
+
+namespace dolfin
+{
+
+  /// Specialization of bounding box implementation to 3D
+
+  class BoundingBoxTree3D : public GenericBoundingBoxTree
+  {
+  protected:
+
+    /// Comparison operators for sorting of bounding boxes.
+
+    /// Boxes are sorted by their midpoints along the longest axis.
+
+    /// Less than operator in x-direction
+    struct less_x_bbox
+    {
+      /// Bounding boxes
+      const std::vector<double>& bboxes;
+
+      /// Constructor
+      less_x_bbox(const std::vector<double>& bboxes): bboxes(bboxes) {}
+
+      /// Comparison operator
+      inline bool operator()(unsigned int i, unsigned int j)
+      {
+        const double* bi = bboxes.data() + 6*i;
+        const double* bj = bboxes.data() + 6*j;
+        return bi[0] + bi[3] < bj[0] + bj[3];
+      }
+    };
+
+    /// Less than operator in y-direction
+    struct less_y_bbox
+    {
+      /// Bounding boxes
+      const std::vector<double>& bboxes;
+
+      /// Constructor
+      less_y_bbox(const std::vector<double>& bboxes): bboxes(bboxes) {}
+
+      /// Comparison operator
+      inline bool operator()(unsigned int i, unsigned int j)
+      {
+        const double* bi = bboxes.data() + 6*i;
+        const double* bj = bboxes.data() + 6*j;
+        return bi[1] + bi[4] < bj[1] + bj[4];
+      }
+    };
+
+    /// Less than operator in z-direction
+    struct less_z_bbox
+    {
+      /// Bounding boxes
+      const std::vector<double>& bboxes;
+
+      /// Constructor
+      less_z_bbox(const std::vector<double>& bboxes): bboxes(bboxes) {}
+
+      /// Comparison operator
+      inline bool operator()(unsigned int i, unsigned int j)
+      {
+        const double* bi = bboxes.data() + 6*i;
+        const double* bj = bboxes.data() + 6*j;
+        return bi[2] + bi[5] < bj[2] + bj[5];
+      }
+    };
+
+    /// Return geometric dimension
+    std::size_t gdim() const { return 3; }
+
+    /// Return bounding box coordinates for node
+    const double* get_bbox_coordinates(unsigned int node) const
+    {
+      return _bbox_coordinates.data() + 6*node;
+    }
+
+    /// Check whether point (x) is in bounding box (node)
+    bool point_in_bbox(const double* x, const unsigned int node) const
+    {
+      const double* b = _bbox_coordinates.data() + 6*node;
+      const double eps0 = DOLFIN_EPS_LARGE*(b[3] - b[0]);
+      const double eps1 = DOLFIN_EPS_LARGE*(b[4] - b[1]);
+      const double eps2 = DOLFIN_EPS_LARGE*(b[5] - b[2]);
+      return (b[0] - eps0 <= x[0] && x[0] <= b[3] + eps0 &&
+              b[1] - eps1 <= x[1] && x[1] <= b[4] + eps1 &&
+              b[2] - eps2 <= x[2] && x[2] <= b[5] + eps2);
+    }
+
+    /// Check whether bounding box (a) collides with bounding box (node)
+    bool bbox_in_bbox(const double* a, unsigned int node) const
+    {
+      const double* b = _bbox_coordinates.data() + 6*node;
+      const double eps0 = DOLFIN_EPS_LARGE*(b[3] - b[0]);
+      const double eps1 = DOLFIN_EPS_LARGE*(b[4] - b[1]);
+      const double eps2 = DOLFIN_EPS_LARGE*(b[5] - b[2]);
+      return (b[0] - eps0 <= a[3] && a[0] <= b[3] + eps0 &&
+              b[1] - eps1 <= a[4] && a[1] <= b[4] + eps1 &&
+              b[2] - eps2 <= a[5] && a[2] <= b[5] + eps2);
+    }
+
+    /// Compute squared distance between point and bounding box
+    double compute_squared_distance_bbox(const double* x,
+                                         unsigned int node) const
+    {
+      // Note: Some else-if might be in order here but I assume the
+      // compiler can do a better job at optimizing/parallelizing this
+      // version. This is also the way the algorithm is presented in
+      // Ericsson.
+
+      const double* b = _bbox_coordinates.data() + 6*node;
+      double r2 = 0.0;
+
+      if (x[0] < b[0]) r2 += (x[0] - b[0])*(x[0] - b[0]);
+      if (x[0] > b[3]) r2 += (x[0] - b[3])*(x[0] - b[3]);
+      if (x[1] < b[1]) r2 += (x[1] - b[1])*(x[1] - b[1]);
+      if (x[1] > b[4]) r2 += (x[1] - b[4])*(x[1] - b[4]);
+      if (x[2] < b[2]) r2 += (x[2] - b[2])*(x[2] - b[2]);
+      if (x[2] > b[5]) r2 += (x[2] - b[5])*(x[2] - b[5]);
+
+      return r2;
+    }
+
+    /// Compute squared distance between point and point
+    double compute_squared_distance_point(const double* x,
+                                          unsigned int node) const
+    {
+      const double* p = _bbox_coordinates.data() + 6*node;
+      return ((x[0] - p[0])*(x[0] - p[0]) +
+              (x[1] - p[1])*(x[1] - p[1]) +
+              (x[2] - p[2])*(x[2] - p[2]));
+    }
+
+    /// Compute bounding box of bounding boxes
+    void compute_bbox_of_bboxes(double* bbox,
+                                std::size_t& axis,
+                                const std::vector<double>& leaf_bboxes,
+                                const std::vector<unsigned int>::iterator& begin,
+                                const std::vector<unsigned int>::iterator& end)
+    {
+      typedef std::vector<unsigned int>::const_iterator iterator;
+
+      // Get coordinates for first box
+      iterator it = begin;
+      const double* b = leaf_bboxes.data() + 6*(*it);
+      bbox[0] = b[0];
+      bbox[1] = b[1];
+      bbox[2] = b[2];
+      bbox[3] = b[3];
+      bbox[4] = b[4];
+      bbox[5] = b[5];
+
+      // Compute min and max over remaining boxes
+      for (; it != end; ++it)
+      {
+        const double* b = leaf_bboxes.data() + 6*(*it);
+        if (b[0] < bbox[0]) bbox[0] = b[0];
+        if (b[1] < bbox[1]) bbox[1] = b[1];
+        if (b[2] < bbox[2]) bbox[2] = b[2];
+        if (b[3] > bbox[3]) bbox[3] = b[3];
+        if (b[4] > bbox[4]) bbox[4] = b[4];
+        if (b[5] > bbox[5]) bbox[5] = b[5];
+      }
+
+      // Compute longest axis
+      const double x = bbox[3] - bbox[0];
+      const double y = bbox[4] - bbox[1];
+      const double z = bbox[5] - bbox[2];
+
+      if (x > y && x > z)
+        axis = 0;
+      else if (y > z)
+        axis = 1;
+      else
+        axis = 2;
+    }
+
+    /// Compute bounding box of points
+    void compute_bbox_of_points(double* bbox,
+                                std::size_t& axis,
+                                const std::vector<Point>& points,
+                                const std::vector<unsigned int>::iterator& begin,
+                                const std::vector<unsigned int>::iterator& end)
+    {
+      typedef std::vector<unsigned int>::const_iterator iterator;
+
+      // Get coordinates for first point
+      iterator it = begin;
+      const double* p = points[*it].coordinates();
+      bbox[0] = p[0];
+      bbox[1] = p[1];
+      bbox[2] = p[2];
+      bbox[3] = p[0];
+      bbox[4] = p[1];
+      bbox[5] = p[2];
+
+      // Compute min and max over remaining points
+      for (++it; it != end; ++it)
+      {
+        const double* p = points[*it].coordinates();
+        if (p[0] < bbox[0]) bbox[0] = p[0];
+        if (p[1] < bbox[1]) bbox[1] = p[1];
+        if (p[2] < bbox[2]) bbox[2] = p[2];
+        if (p[0] > bbox[3]) bbox[3] = p[0];
+        if (p[1] > bbox[4]) bbox[4] = p[1];
+        if (p[2] > bbox[5]) bbox[5] = p[2];
+      }
+
+      // Compute longest axis
+      const double x = bbox[3] - bbox[0];
+      const double y = bbox[4] - bbox[1];
+      const double z = bbox[5] - bbox[2];
+
+      if (x > y && x > z)
+        axis = 0;
+      else if (y > z)
+        axis = 1;
+      else
+        axis = 2;
+    }
+
+    /// Sort leaf bounding boxes along given axis
+    void sort_bboxes(std::size_t axis,
+                     const std::vector<double>& leaf_bboxes,
+                     const std::vector<unsigned int>::iterator& begin,
+                     const std::vector<unsigned int>::iterator& middle,
+                     const std::vector<unsigned int>::iterator& end)
+    {
+      switch (axis)
+      {
+      case 0:
+        std::nth_element(begin, middle, end, less_x_bbox(leaf_bboxes));
+        break;
+      case 1:
+        std::nth_element(begin, middle, end, less_y_bbox(leaf_bboxes));
+        break;
+      default:
+        std::nth_element(begin, middle, end, less_z_bbox(leaf_bboxes));
+      }
+    }
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/geometry/CGALExactArithmetic.h b/dolfin/geometry/CGALExactArithmetic.h
new file mode 100644
index 0000000..5679d36
--- /dev/null
+++ b/dolfin/geometry/CGALExactArithmetic.h
@@ -0,0 +1,1154 @@
+// Copyright (C) 2016-2017 Benjamin Kehlet, August Johansson, and Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2016-05-03
+// Last changed: 2017-10-26
+//
+// Developer note:
+//
+// This file contains reference implementations of collision detection
+// algorithms using exact arithmetic with CGAL. It is not included in
+// a normal build but is used as a reference for verification and
+// debugging of the inexact DOLFIN collision detection algorithms.
+// To enable, set the option DOLFIN_ENABLE_GEOMETRY_DEBUGGING when
+// configuring DOLFIN
+
+#ifndef __CGAL_EXACT_ARITHMETIC_H
+#define __CGAL_EXACT_ARITHMETIC_H
+
+#ifndef DOLFIN_ENABLE_GEOMETRY_DEBUGGING
+
+// Comparison macro just bypasses CGAL and test when not enabled
+#define CHECK_CGAL(RESULT_DOLFIN, RESULT_CGAL) RESULT_DOLFIN
+
+#define CGAL_INTERSECTION_CHECK(RESULT_DOLFIN, RESULT_CGAL) RESULT_DOLFIN
+
+#else
+
+#define CGAL_CHECK_TOLERANCE 1e-10
+
+#include "Point.h"
+#include "predicates.h"
+#include <dolfin/log/log.h>
+#include <dolfin/log/LogStream.h>
+#include <dolfin/math/basic.h>
+#include <vector>
+#include <algorithm>
+#include <sstream>
+#include <iomanip>
+
+// Check that results from DOLFIN and CGAL match
+namespace dolfin
+{
+  //---------------------------------------------------------------------------
+  // Functions to compare results between DOLFIN and CGAL
+  //---------------------------------------------------------------------------
+  inline bool
+  check_cgal(bool result_dolfin,
+	     bool result_cgal,
+	     const std::string& function)
+  {
+    if (result_dolfin != result_cgal)
+    {
+      // Convert results to strings
+      std::stringstream s_dolfin;
+      std::stringstream s_cgal;
+      s_dolfin << result_dolfin;
+      s_cgal << result_cgal;
+
+      // Issue error
+      dolfin_error("CGALExactArithmetic.h",
+                   "verify geometric predicate with exact types",
+                   "Error in predicate %s\n DOLFIN: %s\n CGAL: %s",
+                   function.c_str(), s_dolfin.str().c_str(), s_cgal.str().c_str());
+    }
+
+    return result_dolfin;
+  }
+  //-----------------------------------------------------------------------------
+  inline
+  std::vector<Point>
+  cgal_intersection_check(const std::vector<Point>& dolfin_result,
+			  const std::vector<Point>& cgal_result,
+			  const std::string& function)
+  {
+    if (dolfin_result.size() != cgal_result.size())
+    {
+      dolfin_error("CGALExactArithmetic.h",
+		   "verify intersection",
+		   "Intersection function %s and CGAL give different size of point sets (%d vs %d)",
+		   function.c_str(), dolfin_result.size(), cgal_result.size());
+    }
+
+    for (const Point& p1 : dolfin_result)
+    {
+      bool found = false;
+      for (const Point& p2 : cgal_result)
+      {
+	if ( (p1-p2).norm() < 1e-15 )
+	{
+	  found = true;
+	  break;
+	}
+      }
+
+      if (!found)
+	dolfin_error("CGALExactArithmetic.h",
+		     "verify intersection construction result",
+		     "Error in intersection function %s\nPoint (%f, %f, %f) in dolfin result not found",
+		     function.c_str(), p1[0], p1[1], p1[2]);
+    }
+    return dolfin_result;
+  }
+} // end namespace dolfin
+//-----------------------------------------------------------------------------
+// Comparison macro that calls comparison function
+#define CHECK_CGAL(RESULT_DOLFIN, RESULT_CGAL) \
+  check_cgal(RESULT_DOLFIN, RESULT_CGAL, __FUNCTION__)
+
+#define CGAL_INTERSECTION_CHECK(RESULT_DOLFIN, RESULT_CGAL) \
+  cgal_intersection_check(RESULT_DOLFIN, RESULT_CGAL, __FUNCTION__)
+
+// CGAL includes
+#define CGAL_HEADER_ONLY
+#include <CGAL/Cartesian.h>
+#include <CGAL/Quotient.h>
+#include <CGAL/MP_Float.h>
+#include <CGAL/Point_2.h>
+#include <CGAL/Triangle_2.h>
+#include <CGAL/Segment_2.h>
+#include <CGAL/Point_3.h>
+#include <CGAL/Triangle_3.h>
+#include <CGAL/Segment_3.h>
+#include <CGAL/Tetrahedron_3.h>
+#include <CGAL/Polyhedron_3.h>
+#include <CGAL/convex_hull_3.h>
+#include <CGAL/intersections.h>
+#include <CGAL/intersection_of_Polyhedra_3.h>
+#include <CGAL/Exact_predicates_exact_constructions_kernel.h>
+#include <CGAL/Triangulation_2.h>
+#include <CGAL/Nef_polyhedron_3.h>
+
+namespace
+{
+  // CGAL typedefs
+  /* typedef CGAL::Quotient<CGAL::MP_Float> ExactNumber; */
+  /* typedef CGAL::Cartesian<ExactNumber>   ExactKernel; */
+  typedef CGAL::Exact_predicates_exact_constructions_kernel ExactKernel;
+  typedef ExactKernel::FT ExactNumber;
+
+  typedef ExactKernel::Point_2           Point_2;
+  typedef ExactKernel::Triangle_2        Triangle_2;
+  typedef ExactKernel::Segment_2         Segment_2;
+  typedef ExactKernel::Intersect_2       Intersect_2;
+  typedef ExactKernel::Point_3           Point_3;
+  typedef ExactKernel::Vector_3          Vector_3;
+  typedef ExactKernel::Triangle_3        Triangle_3;
+  typedef ExactKernel::Segment_3         Segment_3;
+  typedef ExactKernel::Tetrahedron_3     Tetrahedron_3;
+  typedef ExactKernel::Intersect_3       Intersect_3;
+  typedef CGAL::Nef_polyhedron_3<ExactKernel>  Nef_polyhedron_3;
+  typedef CGAL::Polyhedron_3<ExactKernel>      Polyhedron_3;
+  typedef CGAL::Triangulation_2<ExactKernel>   Triangulation_2;
+
+  //---------------------------------------------------------------------------
+  // CGAL utility functions
+  //---------------------------------------------------------------------------
+  inline Point_2 convert_to_cgal_2d(double a, double b)
+  {
+    return Point_2(a, b);
+  }
+  //-----------------------------------------------------------------------------
+  inline Point_3 convert_to_cgal_3d(double a, double b, double c)
+  {
+    return Point_3(a, b, c);
+  }
+  //-----------------------------------------------------------------------------
+  inline Point_2 convert_to_cgal_2d(const dolfin::Point& p)
+  {
+    return Point_2(p[0], p[1]);
+  }
+  //-----------------------------------------------------------------------------
+  inline Point_3 convert_to_cgal_3d(const dolfin::Point& p)
+  {
+    return Point_3(p[0], p[1], p[2]);
+  }
+  //-----------------------------------------------------------------------------
+  inline Segment_2 convert_to_cgal_2d(const dolfin::Point& a,
+				      const dolfin::Point& b)
+  {
+    return Segment_2(convert_to_cgal_2d(a), convert_to_cgal_2d(b));
+  }
+  //-----------------------------------------------------------------------------
+  inline Segment_3 convert_to_cgal_3d(const dolfin::Point& a,
+				      const dolfin::Point& b)
+  {
+    return Segment_3(convert_to_cgal_3d(a), convert_to_cgal_3d(b));
+  }
+  //-----------------------------------------------------------------------------
+  inline Triangle_2 convert_to_cgal_2d(const dolfin::Point& a,
+				       const dolfin::Point& b,
+				       const dolfin::Point& c)
+  {
+    return Triangle_2(convert_to_cgal_2d(a),
+		      convert_to_cgal_2d(b),
+		      convert_to_cgal_2d(c));
+  }
+  //-----------------------------------------------------------------------------
+  inline Triangle_3 convert_to_cgal_3d(const dolfin::Point& a,
+				       const dolfin::Point& b,
+				       const dolfin::Point& c)
+  {
+    return Triangle_3(convert_to_cgal_3d(a),
+		      convert_to_cgal_3d(b),
+		      convert_to_cgal_3d(c));
+  }
+  //-----------------------------------------------------------------------------
+  inline Tetrahedron_3 convert_to_cgal_3d(const dolfin::Point& a,
+					  const dolfin::Point& b,
+					  const dolfin::Point& c,
+					  const dolfin::Point& d)
+  {
+    return Tetrahedron_3(convert_to_cgal_3d(a),
+			 convert_to_cgal_3d(b),
+			 convert_to_cgal_3d(c),
+			 convert_to_cgal_3d(d));
+  }
+  //-----------------------------------------------------------------------------
+  inline bool is_degenerate_2d(const dolfin::Point& a,
+			       const dolfin::Point& b)
+  {
+    const Segment_2 s(convert_to_cgal_2d(a), convert_to_cgal_2d(b));
+    return s.is_degenerate();
+  }
+  //-----------------------------------------------------------------------------
+  inline bool is_degenerate_3d(const dolfin::Point& a,
+			       const dolfin::Point& b)
+  {
+    const Segment_3 s(convert_to_cgal_3d(a), convert_to_cgal_3d(b));
+    return s.is_degenerate();
+  }
+  //-----------------------------------------------------------------------------
+  inline bool is_degenerate_2d(const dolfin::Point& a,
+			       const dolfin::Point& b,
+			       const dolfin::Point& c)
+  {
+    const Triangle_2 t(convert_to_cgal_2d(a),
+		       convert_to_cgal_2d(b),
+		       convert_to_cgal_2d(c));
+    return t.is_degenerate();
+  }
+  //-----------------------------------------------------------------------------
+  inline bool is_degenerate_3d(const dolfin::Point& a,
+			       const dolfin::Point& b,
+			       const dolfin::Point& c)
+  {
+    const Triangle_3 t(convert_to_cgal_3d(a),
+		       convert_to_cgal_3d(b),
+		       convert_to_cgal_3d(c));
+    return t.is_degenerate();
+  }
+  //-----------------------------------------------------------------------------
+  inline bool is_degenerate_3d(const dolfin::Point& a,
+			       const dolfin::Point& b,
+			       const dolfin::Point& c,
+			       const dolfin::Point& d)
+  {
+    const Tetrahedron_3 t(convert_to_cgal_3d(a),
+			  convert_to_cgal_3d(b),
+			  convert_to_cgal_3d(c),
+			  convert_to_cgal_3d(d));
+    return t.is_degenerate();
+  }
+  //-----------------------------------------------------------------------------
+  inline dolfin::Point convert_from_cgal(const Point_2& p)
+  {
+    return dolfin::Point(CGAL::to_double(p.x()),CGAL::to_double(p.y()));
+  }
+  //-----------------------------------------------------------------------------
+  inline dolfin::Point convert_from_cgal(const Point_3& p)
+  {
+    return dolfin::Point(CGAL::to_double(p.x()),
+			 CGAL::to_double(p.y()),
+			 CGAL::to_double(p.z()));
+  }
+  //-----------------------------------------------------------------------------
+  inline std::vector<dolfin::Point> convert_from_cgal(const Segment_2& s)
+  {
+    const std::vector<dolfin::Point> triangulation =
+      {{ dolfin::Point(CGAL::to_double(s.vertex(0)[0]),
+		       CGAL::to_double(s.vertex(0)[1])),
+      	 dolfin::Point(CGAL::to_double(s.vertex(1)[0]),
+		       CGAL::to_double(s.vertex(1)[1]))
+	}};
+    return triangulation;
+  }
+  //-----------------------------------------------------------------------------
+  inline std::vector<dolfin::Point> convert_from_cgal(const Segment_3& s)
+  {
+    const std::vector<dolfin::Point> triangulation =
+      {{ dolfin::Point(CGAL::to_double(s.vertex(0)[0]),
+		       CGAL::to_double(s.vertex(0)[1]),
+		       CGAL::to_double(s.vertex(0)[2])),
+      	 dolfin::Point(CGAL::to_double(s.vertex(1)[0]),
+		       CGAL::to_double(s.vertex(1)[1]),
+		       CGAL::to_double(s.vertex(1)[2]))
+	}};
+    return triangulation;
+  }
+  //-----------------------------------------------------------------------------
+  inline std::vector<dolfin::Point> convert_from_cgal(const Triangle_2& t)
+  {
+    const std::vector<dolfin::Point> triangulation =
+      {{ dolfin::Point(CGAL::to_double(t.vertex(0)[0]),
+		       CGAL::to_double(t.vertex(0)[1])),
+      	 dolfin::Point(CGAL::to_double(t.vertex(2)[0]),
+		       CGAL::to_double(t.vertex(2)[1])),
+      	 dolfin::Point(CGAL::to_double(t.vertex(1)[0]),
+		       CGAL::to_double(t.vertex(1)[1]))
+	}};
+    return triangulation;
+  }
+  //-----------------------------------------------------------------------------
+  inline std::vector<dolfin::Point> convert_from_cgal(const Triangle_3& t)
+  {
+    const std::vector<dolfin::Point> triangulation =
+      {{ dolfin::Point(CGAL::to_double(t.vertex(0)[0]),
+		       CGAL::to_double(t.vertex(0)[1]),
+		       CGAL::to_double(t.vertex(0)[2])),
+      	 dolfin::Point(CGAL::to_double(t.vertex(2)[0]),
+		       CGAL::to_double(t.vertex(2)[1]),
+		       CGAL::to_double(t.vertex(2)[2])),
+      	 dolfin::Point(CGAL::to_double(t.vertex(1)[0]),
+		       CGAL::to_double(t.vertex(1)[1]),
+		       CGAL::to_double(t.vertex(1)[2]))
+	}};
+    return triangulation;
+  }
+  //-----------------------------------------------------------------------------
+  inline
+  std::vector<std::vector<dolfin::Point>>
+  triangulate_polygon_2d(const std::vector<dolfin::Point>& points)
+  {
+    // Convert points
+    std::vector<Point_2> pcgal(points.size());
+    for (std::size_t i = 0; i < points.size(); ++i)
+      pcgal[i] = convert_to_cgal_2d(points[i]);
+
+    // Triangulate
+    Triangulation_2 tcgal;
+    tcgal.insert(pcgal.begin(), pcgal.end());
+
+    // Convert back
+    std::vector<std::vector<dolfin::Point>> t;
+    for (Triangulation_2::Finite_faces_iterator fit = tcgal.finite_faces_begin();
+	 fit != tcgal.finite_faces_end(); ++fit)
+    {
+      t.push_back({{ convert_from_cgal(tcgal.triangle(fit)[0]),
+      	      convert_from_cgal(tcgal.triangle(fit)[1]),
+      	      convert_from_cgal(tcgal.triangle(fit)[2]) }});
+    }
+
+    return t;
+  }
+  //-----------------------------------------------------------------------------
+  inline
+  std::vector<std::vector<dolfin::Point>>
+  triangulate_polygon_3d(const std::vector<dolfin::Point>& points)
+  {
+    // FIXME
+    dolfin::dolfin_error("CGALExactArithmetic.h",
+			 "triangulate_polygon_3d",
+			 "Not implemented");
+    return std::vector<std::vector<dolfin::Point>>();
+  }
+  //-----------------------------------------------------------------------------
+}
+
+namespace dolfin
+{
+  //---------------------------------------------------------------------------
+  // Reference implementations of DOLFIN collision detection predicates
+  // using CGAL exact arithmetic
+  // ---------------------------------------------------------------------------
+  inline bool cgal_collides_segment_point_2d(const Point& q0,
+					     const Point& q1,
+					     const Point& p,
+					     bool only_interior=false)
+  {
+    const Point_2 q0_ = convert_to_cgal_2d(q0);
+    const Point_2 q1_ = convert_to_cgal_2d(q1);
+    const Point_2 p_ = convert_to_cgal_2d(p);
+
+    const bool intersects = CGAL::do_intersect(Segment_2(q0_, q1_), p_);
+    return only_interior ? intersects && p_ != q0_ && p_ != q1_ : intersects;
+  }
+  //-----------------------------------------------------------------------------
+  inline bool cgal_collides_segment_point_3d(const Point& q0,
+					     const Point& q1,
+					     const Point& p,
+					     bool only_interior=false)
+  {
+    const Point_3 q0_ = convert_to_cgal_3d(q0);
+    const Point_3 q1_ = convert_to_cgal_3d(q1);
+    const Point_3 p_ = convert_to_cgal_3d(p);
+
+    const Segment_3 segment(q0_, q1_);
+    const bool intersects = segment.has_on(p_);
+    return only_interior ? intersects && p_ != q0_ && p_ != q1_ : intersects;
+  }
+  //-----------------------------------------------------------------------------
+  inline bool cgal_collides_segment_segment_2d(const Point& p0,
+					       const Point& p1,
+					       const Point& q0,
+					       const Point& q1)
+  {
+    return CGAL::do_intersect(convert_to_cgal_2d(p0, p1),
+			      convert_to_cgal_2d(q0, q1));
+  }
+  //-----------------------------------------------------------------------------
+  inline bool cgal_collides_segment_segment_3d(const Point& p0,
+					       const Point& p1,
+					       const Point& q0,
+					       const Point& q1)
+  {
+    return CGAL::do_intersect(convert_to_cgal_3d(p0, p1),
+			      convert_to_cgal_3d(q0, q1));
+  }
+  //-----------------------------------------------------------------------------
+  inline bool cgal_collides_triangle_point_2d(const Point& p0,
+					      const Point& p1,
+					      const Point& p2,
+					      const Point &point)
+  {
+    return CGAL::do_intersect(convert_to_cgal_2d(p0, p1, p2),
+			      convert_to_cgal_2d(point));
+  }
+  //-----------------------------------------------------------------------------
+  inline bool cgal_collides_triangle_point_3d(const Point& p0,
+					      const Point& p1,
+					      const Point& p2,
+					      const Point &point)
+  {
+    const Triangle_3 tri = convert_to_cgal_3d(p0, p1, p2);
+    return tri.has_on(convert_to_cgal_3d(point));
+  }
+  //-----------------------------------------------------------------------------
+  inline bool cgal_collides_triangle_segment_2d(const Point& p0,
+						const Point& p1,
+						const Point& p2,
+						const Point& q0,
+						const Point& q1)
+  {
+    return CGAL::do_intersect(convert_to_cgal_2d(p0, p1, p2),
+			      convert_to_cgal_2d(q0, q1));
+  }
+  //-----------------------------------------------------------------------------
+  inline bool cgal_collides_triangle_segment_3d(const Point& p0,
+						const Point& p1,
+						const Point& p2,
+						const Point& q0,
+						const Point& q1)
+  {
+    return CGAL::do_intersect(convert_to_cgal_3d(p0, p1, p2),
+			      convert_to_cgal_3d(q0, q1));
+  }
+  //-----------------------------------------------------------------------------
+  inline bool cgal_collides_triangle_triangle_2d(const Point& p0,
+						 const Point& p1,
+						 const Point& p2,
+						 const Point& q0,
+						 const Point& q1,
+						 const Point& q2)
+  {
+    return CGAL::do_intersect(convert_to_cgal_2d(p0, p1, p2),
+			      convert_to_cgal_2d(q0, q1, q2));
+  }
+  //-----------------------------------------------------------------------------
+  inline bool cgal_collides_triangle_triangle_3d(const Point& p0,
+						 const Point& p1,
+						 const Point& p2,
+						 const Point& q0,
+						 const Point& q1,
+						 const Point& q2)
+  {
+    return CGAL::do_intersect(convert_to_cgal_3d(p0, p1, p2),
+			      convert_to_cgal_3d(q0, q1, q2));
+  }
+  //-----------------------------------------------------------------------------
+  inline bool cgal_collides_tetrahedron_point_3d(const Point& p0,
+                                                 const Point& p1,
+                                                 const Point& p2,
+                                                 const Point& p3,
+                                                 const Point& q0)
+  {
+    const Tetrahedron_3 tet = convert_to_cgal_3d(p0, p1, p2, p3);
+    return !tet.has_on_unbounded_side(convert_to_cgal_3d(q0));
+  }
+  //-----------------------------------------------------------------------------
+  inline bool cgal_collides_tetrahedron_segment_3d(const Point& p0,
+                                                   const Point& p1,
+                                                   const Point& p2,
+                                                   const Point& p3,
+                                                   const Point& q0,
+                                                   const Point& q1)
+  {
+    if (cgal_collides_tetrahedron_point_3d(p0, p1, p2, p3, q0) or
+	cgal_collides_tetrahedron_point_3d(p0, p1, p2, p3, q1))
+      return true;
+
+    if (cgal_collides_triangle_segment_3d(p0, p1, p2, q0, q1) or
+      	cgal_collides_triangle_segment_3d(p0, p2, p3, q0, q1) or
+      	cgal_collides_triangle_segment_3d(p0, p3, p1, q0, q1) or
+      	cgal_collides_triangle_segment_3d(p1, p3, p2, q0, q1))
+      return true;
+
+    return false;
+  }
+  //-----------------------------------------------------------------------------
+  inline bool cgal_collides_tetrahedron_triangle_3d(const Point& p0,
+                                                    const Point& p1,
+                                                    const Point& p2,
+                                                    const Point& p3,
+                                                    const Point& q0,
+                                                    const Point& q1,
+                                                    const Point& q2)
+  {
+    return CGAL::do_intersect(convert_to_cgal_3d(p0, p1, p2, p3),
+			      convert_to_cgal_3d(q0, q1, q2));
+  }
+  //-----------------------------------------------------------------------------
+  inline bool cgal_collides_tetrahedron_tetrahedron_3d(const Point& p0,
+                                                       const Point& p1,
+                                                       const Point& p2,
+                                                       const Point& p3,
+                                                       const Point& q0,
+                                                       const Point& q1,
+                                                       const Point& q2,
+                                                       const Point& q3)
+  {
+    // Check volume collisions
+    if (cgal_collides_tetrahedron_point_3d(p0, p1, p2, p3, q0)) return true;
+    if (cgal_collides_tetrahedron_point_3d(p0, p1, p2, p3, q1)) return true;
+    if (cgal_collides_tetrahedron_point_3d(p0, p1, p2, p3, q2)) return true;
+    if (cgal_collides_tetrahedron_point_3d(p0, p1, p2, p3, q3)) return true;
+    if (cgal_collides_tetrahedron_point_3d(q0, q1, q2, q3, p0)) return true;
+    if (cgal_collides_tetrahedron_point_3d(q0, q1, q2, q3, p1)) return true;
+    if (cgal_collides_tetrahedron_point_3d(q0, q1, q2, q3, p2)) return true;
+    if (cgal_collides_tetrahedron_point_3d(q0, q1, q2, q3, p3)) return true;
+
+    Polyhedron_3 tet_a;
+    tet_a.make_tetrahedron(convert_to_cgal_3d(p0),
+			   convert_to_cgal_3d(p1),
+			   convert_to_cgal_3d(p2),
+			   convert_to_cgal_3d(p3));
+
+    Polyhedron_3 tet_b;
+    tet_b.make_tetrahedron(convert_to_cgal_3d(q0),
+			   convert_to_cgal_3d(q1),
+			   convert_to_cgal_3d(q2),
+			   convert_to_cgal_3d(q3));
+
+    // Check for polyhedron intersection (recall that a polyhedron is
+    // only its vertices, edges and faces)
+    std::size_t cnt = 0;
+    CGAL::Counting_output_iterator out(&cnt);
+    CGAL::intersection_Polyhedron_3_Polyhedron_3<Polyhedron_3>(tet_a,
+							       tet_b,
+							       out);
+    // The tetrahedra does not intersect if cnt == 0
+    return cnt != 0;
+  }
+  //----------------------------------------------------------------------------
+  // Reference implementations of DOLFIN intersection triangulation
+  // functions using CGAL with exact arithmetic
+  // ---------------------------------------------------------------------------
+  inline
+  std::vector<Point> cgal_intersection_segment_segment_2d(const Point& p0,
+							  const Point& p1,
+							  const Point& q0,
+							  const Point& q1)
+  {
+    dolfin_assert(!is_degenerate_2d(p0, p1));
+    dolfin_assert(!is_degenerate_2d(q0, q1));
+
+    const auto I0 = convert_to_cgal_2d(p0, p1);
+    const auto I1 = convert_to_cgal_2d(q0, q1);
+
+    if (const auto ii = CGAL::intersection(I0, I1))
+    {
+      if (const Point_2* p = boost::get<Point_2>(&*ii))
+      {
+        return std::vector<Point>{convert_from_cgal(*p)};
+      }
+      else if (const Segment_2* s = boost::get<Segment_2>(&*ii))
+      {
+        return convert_from_cgal(*s);
+      }
+      else
+      {
+        dolfin_error("CGALExactArithmetic.h",
+                     "cgal_intersection_segment_segment_2d",
+                     "Unexpected behavior");
+      }
+    }
+
+    return std::vector<Point>();
+  }
+  //-----------------------------------------------------------------------------
+  inline
+  std::vector<Point> cgal_intersection_segment_segment_3d(const Point& p0,
+							  const Point& p1,
+							  const Point& q0,
+							  const Point& q1)
+  {
+    dolfin_assert(!is_degenerate_3d(p0, p1));
+    dolfin_assert(!is_degenerate_3d(q0, q1));
+
+    const auto I0 = convert_to_cgal_3d(p0, p1);
+    const auto I1 = convert_to_cgal_3d(q0, q1);
+
+    if (const auto ii = CGAL::intersection(I0, I1))
+    {
+      if (const Point_3* p = boost::get<Point_3>(&*ii))
+      {
+        return std::vector<Point>{convert_from_cgal(*p)};
+      }
+      else if (const Segment_3* s = boost::get<Segment_3>(&*ii))
+      {
+        return convert_from_cgal(*s);
+      }
+      else
+      {
+        dolfin_error("CGALExactArithmetic.h",
+                     "cgal_intersection_segment_segment_3d",
+                     "Unexpected behavior");
+      }
+    }
+
+    return std::vector<Point>();
+  }
+  //-----------------------------------------------------------------------------
+  inline
+  std::vector<Point> cgal_triangulate_segment_segment_2d(const Point& p0,
+							 const Point& p1,
+							 const Point& q0,
+							 const Point& q1)
+  {
+    return cgal_intersection_segment_segment_2d(p0, p1, q0, q1);
+  }
+  //-----------------------------------------------------------------------------
+  inline
+  std::vector<Point> cgal_triangulate_segment_segment_3d(const Point& p0,
+							 const Point& p1,
+							 const Point& q0,
+							 const Point& q1)
+  {
+    return cgal_intersection_segment_segment_3d(p0, p1, q0, q1);
+  }
+  //-----------------------------------------------------------------------------
+  inline
+  std::vector<Point> cgal_intersection_triangle_segment_2d(const Point& p0,
+                                                           const Point& p1,
+                                                           const Point& p2,
+                                                           const Point& q0,
+                                                           const Point& q1)
+  {
+    dolfin_assert(!is_degenerate_2d(p0, p1, p2));
+    dolfin_assert(!is_degenerate_2d(q0, q1));
+
+    const auto T = convert_to_cgal_2d(p0, p1, p2);
+    const auto I = convert_to_cgal_2d(q0, q1);
+
+    if (const auto ii = CGAL::intersection(T, I))
+    {
+      if (const Point_2* p = boost::get<Point_2>(&*ii))
+      {
+        return std::vector<Point>{convert_from_cgal(*p)};
+      }
+      else if (const Segment_2* s = boost::get<Segment_2>(&*ii))
+      {
+        return convert_from_cgal(*s);
+      }
+      else
+      {
+        dolfin_error("CGALExactArithmetic.h",
+                     "cgal_intersection_triangle_segment_2d",
+                     "Unexpected behavior");
+      }
+    }
+
+    return std::vector<Point>();
+  }
+  //-----------------------------------------------------------------------------
+  inline
+  std::vector<Point> cgal_intersection_triangle_segment_3d(const Point& p0,
+							   const Point& p1,
+							   const Point& p2,
+							   const Point& q0,
+							   const Point& q1)
+  {
+    dolfin_assert(!is_degenerate_3d(p0, p1, p2));
+    dolfin_assert(!is_degenerate_3d(q0, q1));
+
+    const auto T = convert_to_cgal_3d(p0, p1, p2);
+    const auto I = convert_to_cgal_3d(q0, q1);
+
+    if (const auto ii = CGAL::intersection(T, I))
+    {
+      if (const Point_3* p = boost::get<Point_3>(&*ii))
+        return std::vector<Point>{convert_from_cgal(*p)};
+      else if (const Segment_3* s = boost::get<Segment_3>(&*ii))
+        return convert_from_cgal(*s);
+      else
+      {
+        dolfin_error("CGALExactArithmetic.h",
+                     "cgal_intersection_triangle_segment_3d",
+                     "Unexpected behavior");
+      }
+    }
+
+    return std::vector<Point>();
+  }
+  //-----------------------------------------------------------------------------
+  inline
+  std::vector<Point> cgal_triangulate_triangle_segment_2d(const Point& p0,
+                                                          const Point& p1,
+                                                          const Point& p2,
+                                                          const Point& q0,
+							  const Point& q1)
+  {
+    return cgal_intersection_triangle_segment_2d(p0, p1, p2, q0, q1);
+  }
+  //-----------------------------------------------------------------------------
+  inline
+  std::vector<Point> cgal_triangulate_triangle_segment_3d(const Point& p0,
+							  const Point& p1,
+							  const Point& p2,
+							  const Point& q0,
+							  const Point& q1)
+  {
+    return cgal_intersection_triangle_segment_3d(p0, p1, p2, q0, q1);
+  }
+  //-----------------------------------------------------------------------------
+  inline
+  std::vector<Point> cgal_intersection_triangle_triangle_2d(const Point& p0,
+                                                            const Point& p1,
+                                                            const Point& p2,
+                                                            const Point& q0,
+                                                            const Point& q1,
+                                                            const Point& q2)
+  {
+    dolfin_assert(!is_degenerate_2d(p0, p1, p2));
+    dolfin_assert(!is_degenerate_2d(q0, q1, q2));
+
+    const Triangle_2 T0 = convert_to_cgal_2d(p0, p1, p2);
+    const Triangle_2 T1 = convert_to_cgal_2d(q0, q1, q2);
+    std::vector<Point> intersection;
+
+    if (const auto ii = CGAL::intersection(T0, T1))
+    {
+      if (const Point_2* p = boost::get<Point_2>(&*ii))
+      {
+        intersection.push_back(convert_from_cgal(*p));
+      }
+      else if (const Segment_2* s = boost::get<Segment_2>(&*ii))
+      {
+        intersection = convert_from_cgal(*s);
+      }
+      else if (const Triangle_2* t = boost::get<Triangle_2>(&*ii))
+      {
+        intersection = convert_from_cgal(*t);;
+      }
+      else if (const std::vector<Point_2>* cgal_points = boost::get<std::vector<Point_2>>(&*ii))
+      {
+        for (Point_2 p : *cgal_points)
+        {
+          intersection.push_back(convert_from_cgal(p));
+        }
+      }
+      else
+      {
+      	dolfin_error("CGALExactArithmetic.h",
+		     "cgal_intersection_triangle_triangle_2d",
+		     "Unexpected behavior");
+      }
+
+      // NB: the parsing can return triangulation of size 0, for example
+      // if it detected a triangle but it was found to be flat.
+      /* if (triangulation.size() == 0) */
+      /*   dolfin_error("CGALExactArithmetic.h", */
+      /*                "find intersection of two triangles in cgal_intersection_triangle_triangle function", */
+      /*                "no intersection found"); */
+    }
+
+    return intersection;
+  }
+  //-----------------------------------------------------------------------------
+  inline
+  std::vector<Point> cgal_intersection_triangle_triangle_3d(const Point& p0,
+							    const Point& p1,
+							    const Point& p2,
+							    const Point& q0,
+							    const Point& q1,
+							    const Point& q2)
+  {
+    dolfin_assert(!is_degenerate_3d(p0, p1, p2));
+    dolfin_assert(!is_degenerate_3d(q0, q1, q2));
+
+    const Triangle_3 T0 = convert_to_cgal_3d(p0, p1, p2);
+    const Triangle_3 T1 = convert_to_cgal_3d(q0, q1, q2);
+    std::vector<Point> intersection;
+
+    if (const auto ii = CGAL::intersection(T0, T1))
+    {
+      if (const Point_3* p = boost::get<Point_3>(&*ii))
+      {
+        intersection.push_back(convert_from_cgal(*p));
+      }
+      else if (const Segment_3* s = boost::get<Segment_3>(&*ii))
+      {
+        intersection = convert_from_cgal(*s);
+      }
+      else if (const Triangle_3* t = boost::get<Triangle_3>(&*ii))
+      {
+        intersection = convert_from_cgal(*t);;
+      }
+      else if (const std::vector<Point_3>* cgal_points = boost::get<std::vector<Point_3>>(&*ii))
+      {
+        for (Point_3 p : *cgal_points)
+        {
+          intersection.push_back(convert_from_cgal(p));
+        }
+      }
+      else
+      {
+        dolfin_error("CGALExactArithmetic.h",
+                     "cgal_intersection_triangle_triangle_3d",
+                     "Unexpected behavior");
+      }
+    }
+
+    return intersection;
+  }
+  //----------------------------------------------------------------------------
+  inline
+  std::vector<std::vector<Point>>
+  cgal_triangulate_triangle_triangle_2d(const Point& p0,
+					const Point& p1,
+					const Point& p2,
+					const Point& q0,
+					const Point& q1,
+					const Point& q2)
+  {
+    dolfin_assert(!is_degenerate_2d(p0, p1, p2));
+    dolfin_assert(!is_degenerate_2d(q0, q1, q2));
+
+    const std::vector<Point> intersection
+      = cgal_intersection_triangle_triangle_2d(p0, p1, p2, q0, q1, q2);
+
+    if (intersection.size() < 4)
+    {
+      return std::vector<std::vector<Point>>{intersection};
+    }
+    else
+    {
+      dolfin_assert(intersection.size() == 4 ||
+		    intersection.size() == 5 ||
+		    intersection.size() == 6);
+      return triangulate_polygon_2d(intersection);
+    }
+  }
+  //-----------------------------------------------------------------------------
+  inline
+  std::vector<std::vector<Point>>
+  cgal_triangulate_triangle_triangle_3d(const Point& p0,
+					const Point& p1,
+					const Point& p2,
+					const Point& q0,
+					const Point& q1,
+					const Point& q2)
+  {
+    dolfin_assert(!is_degenerate_3d(p0, p1, p2));
+    dolfin_assert(!is_degenerate_3d(q0, q1, q2));
+
+    const std::vector<Point> intersection
+      = cgal_intersection_triangle_triangle_3d(p0, p1, p2, q0, q1, q2);
+
+    if (intersection.size() < 4)
+    {
+      return std::vector<std::vector<Point>>{intersection};
+    }
+    else
+    {
+      dolfin_assert(intersection.size() == 4 ||
+		    intersection.size() == 5 ||
+		    intersection.size() == 6);
+      return triangulate_polygon_3d(intersection);
+    }
+  }
+  //-----------------------------------------------------------------------------
+  inline
+  std::vector<Point>
+  cgal_intersection_tetrahedron_triangle(const Point& p0,
+					 const Point& p1,
+					 const Point& p2,
+					 const Point& p3,
+					 const Point& q0,
+					 const Point& q1,
+					 const Point& q2)
+  {
+    dolfin_assert(!is_degenerate_3d(p0, p1, p2, p3));
+    dolfin_assert(!is_degenerate_3d(q0, q1, q2));
+
+    // const Tetrahedron_3 tet = convert_from_cgal(p0, p1, p2, p3);
+    // const Triangle_3 tri = convert_from_cgal(q0, q1, q2);
+
+    Polyhedron_3 tet;
+    tet.make_tetrahedron(convert_to_cgal_3d(p0),
+			 convert_to_cgal_3d(p1),
+			 convert_to_cgal_3d(p2),
+			 convert_to_cgal_3d(p3));
+    Polyhedron_3 tri;
+    tri.make_triangle(convert_to_cgal_3d(q0),
+		      convert_to_cgal_3d(q1),
+		      convert_to_cgal_3d(q2));
+
+    std::list<std::vector<Point_3> > triangulation;
+    CGAL::intersection_Polyhedron_3_Polyhedron_3(tet,
+						 tri,
+						 std::back_inserter(triangulation));
+
+    // FIXME: do we need to add interior point checks? Maybe
+    // Polyhedron_3 is only top dim 2?
+
+    // Shouldn't get here
+    dolfin_error("CGALExactArithmetic.h",
+		 "cgal_intersection_tetrahedron_triangle",
+		 "Not implemented");
+
+    return std::vector<Point>();
+  }
+  //-----------------------------------------------------------------------------
+  inline std::vector<std::vector<Point>>
+  cgal_triangulate_tetrahedron_triangle(const Point& p0,
+					const Point& p1,
+					const Point& p2,
+					const Point& p3,
+					const Point& q0,
+					const Point& q1,
+					const Point& q2)
+  {
+    dolfin_assert(!is_degenerate_3d(p0, p1, p2, p3));
+    dolfin_assert(!is_degenerate_3d(q0, q1, q2));
+
+    std::vector<Point> intersection =
+      cgal_intersection_tetrahedron_triangle(p0, p1, p2, p3, q0, q1, q2);
+
+    // Shouldn't get here
+    dolfin_error("CGALExactArithmetic.h",
+		 "cgal_triangulation_tetrahedron_triangle",
+		 "Not implemented");
+
+    return std::vector<std::vector<Point>>();
+  }
+  //-----------------------------------------------------------------------------
+  inline std::vector<Point>
+  cgal_intersection_tetrahedron_tetrahedron_3d(const Point& p0,
+					       const Point& p1,
+					       const Point& p2,
+					       const Point& p3,
+					       const Point& q0,
+					       const Point& q1,
+					       const Point& q2,
+					       const Point& q3)
+  {
+    dolfin_assert(!is_degenerate_3d(p0, p1, p2, p3));
+    dolfin_assert(!is_degenerate_3d(q0, q1, q2, q3));
+
+    Polyhedron_3 tet_a;
+    tet_a.make_tetrahedron(convert_to_cgal_3d(p0),
+			   convert_to_cgal_3d(p1),
+			   convert_to_cgal_3d(p2),
+			   convert_to_cgal_3d(p3));
+    Polyhedron_3 tet_b;
+    tet_b.make_tetrahedron(convert_to_cgal_3d(q0),
+			   convert_to_cgal_3d(q1),
+			   convert_to_cgal_3d(q2),
+			   convert_to_cgal_3d(q3));
+
+    const Nef_polyhedron_3 tet_a_nef(tet_a);
+    const Nef_polyhedron_3 tet_b_nef(tet_b);
+
+    const Nef_polyhedron_3 intersection_nef = tet_a_nef*tet_b_nef;
+
+    std::vector<Point> res;
+
+    for (auto vit = intersection_nef.vertices_begin();
+	 vit != intersection_nef.vertices_end(); ++vit)
+    {
+      res.push_back(Point(CGAL::to_double(vit->point().x()),
+			  CGAL::to_double(vit->point().y()),
+			  CGAL::to_double(vit->point().z())));
+    }
+
+    return res;
+  }
+  //----------------------------------------------------------------------------
+  // Reference implementations of DOLFIN is_degenerate
+  //-----------------------------------------------------------------------------
+  inline bool cgal_is_degenerate_2d(const std::vector<Point>& s)
+  {
+    if (s.size() < 2 or s.size() > 3)
+    {
+      info("Degenerate 2D simplex with %d vertices.", s.size());
+      return true;
+    }
+
+    switch (s.size())
+    {
+    case 2: return is_degenerate_2d(s[0], s[1]);
+    case 3: return is_degenerate_2d(s[0], s[1], s[2]);
+    }
+
+    // Shouldn't get here
+    dolfin_error("CGALExactArithmetic.h",
+                 "call cgal_is_degenerate_2d",
+                 "Only implemented for simplices of tdim 0, 1 and 2, not tdim = %d", s.size() - 1);
+
+    return true;
+  }
+  //-----------------------------------------------------------------------------
+  inline bool cgal_is_degenerate_3d(const std::vector<Point>& s)
+  {
+    if (s.size() < 2 or s.size() > 4)
+    {
+      info("Degenerate 3D simplex with %d vertices.", s.size());
+      return true;
+    }
+
+    switch (s.size())
+    {
+    case 2: return is_degenerate_3d(s[0], s[1]);
+    case 3: return is_degenerate_3d(s[0], s[1], s[2]);
+    case 4: return is_degenerate_3d(s[0], s[1], s[2], s[3]);
+    }
+
+    // Shouldn't get here
+    dolfin_error("CGALExactArithmetic.h",
+                 "call cgal_is_degenerate_3d",
+                 "Only implemented for simplices of tdim 0, 1, 2 and 3, not tdim = %d", s.size() - 1);
+
+    return true;
+  }
+  //-----------------------------------------------------------------------------
+  // Computes the volume of the convex hull of the given points
+  inline double cgal_polyhedron_volume(const std::vector<Point>& ch)
+  {
+    if (ch.size() < 4)
+      return 0;
+
+    std::vector<Point_3> exact_points;
+    exact_points.reserve(ch.size());
+    for (const Point& p : ch)
+    {
+      exact_points.push_back(Point_3(p.x(), p.y(), p.z()));
+    }
+
+    // Compute the convex hull as a cgal polyhedron_3
+    Polyhedron_3 p;
+    CGAL::convex_hull_3(exact_points.begin(), exact_points.end(), p);
+
+    ExactNumber volume = .0;
+    for (Polyhedron_3::Facet_const_iterator it = p.facets_begin();
+         it != p.facets_end(); it++)
+    {
+      const Polyhedron_3::Halfedge_const_handle h = it->halfedge();
+      const Vector_3 V0 = h->vertex()->point()-CGAL::ORIGIN;
+      const Vector_3 V1 = h->next()->vertex()->point()-CGAL::ORIGIN;
+      const Vector_3 V2 = h->next()->next()->vertex()->point()-CGAL::ORIGIN;
+
+      volume += V0*CGAL::cross_product(V1, V2);
+    }
+
+    return std::abs(CGAL::to_double(volume/6.0));
+  }
+  //-----------------------------------------------------------------------------
+  inline double cgal_tet_volume(const std::vector<Point>& ch)
+  {
+    dolfin_assert(ch.size() == 3);
+    return CGAL::to_double(CGAL::volume(Point_3(ch[0].x(), ch[0].y(), ch[0].z()),
+                                        Point_3(ch[1].x(), ch[1].y(), ch[1].z()),
+                                        Point_3(ch[2].x(), ch[2].y(), ch[2].z()),
+                                        Point_3(ch[3].x(), ch[3].y(), ch[3].z())));
+  }
+  //-----------------------------------------------------------------------------
+  inline bool cgal_tet_is_degenerate(const std::vector<Point>& t)
+  {
+    Tetrahedron_3 tet(Point_3(t[0].x(), t[0].y(), t[0].z()),
+		      Point_3(t[1].x(), t[1].y(), t[1].z()),
+		      Point_3(t[2].x(), t[2].y(), t[2].z()),
+		      Point_3(t[3].x(), t[3].y(), t[3].z()));
+
+    return tet.is_degenerate();
+  }
+
+  //-----------------------------------------------------------------------------
+  inline bool cgal_triangulation_has_degenerate(std::vector<std::vector<Point>> triangulation)
+  {
+    for (const std::vector<Point>& t : triangulation)
+    {
+      if (cgal_tet_is_degenerate(t))
+        return true;
+    }
+
+    return false;
+  }
+
+  //-----------------------------------------------------------------------------
+  inline bool cgal_triangulation_overlap(std::vector<std::vector<Point>> triangulation)
+  {
+    std::vector<Tetrahedron_3> tets;
+
+    for (const std::vector<Point>& t : triangulation)
+    {
+      Tetrahedron_3 tet(Point_3(t[0].x(), t[0].y(), t[0].z()),
+                        Point_3(t[1].x(), t[1].y(), t[1].z()),
+                        Point_3(t[2].x(), t[2].y(), t[2].z()),
+                        Point_3(t[3].x(), t[3].y(), t[3].z()));
+
+      for (const Tetrahedron_3& t0 : tets)
+      {
+        for (int i = 0; i < 4; i++)
+        {
+          if (t0.has_on_bounded_side(tet[i]) || tet.has_on_bounded_side(t0[i]))
+	    return true;
+        }
+      }
+
+      tets.push_back(tet);
+    }
+
+    return false;
+  }
+
+  //-----------------------------------------------------------------------------
+
+}
+#endif
+
+#endif
diff --git a/dolfin/geometry/CMakeLists.txt b/dolfin/geometry/CMakeLists.txt
new file mode 100644
index 0000000..49812d9
--- /dev/null
+++ b/dolfin/geometry/CMakeLists.txt
@@ -0,0 +1,34 @@
+set(HEADERS
+  BoundingBoxTree1D.h
+  BoundingBoxTree2D.h
+  BoundingBoxTree3D.h
+  BoundingBoxTree.h
+  CGALExactArithmetic.h
+  CollisionPredicates.h
+  ConvexTriangulation.h
+  dolfin_geometry.h
+  GenericBoundingBoxTree.h
+  GeometryDebugging.h
+  GeometryPredicates.h
+  intersect.h
+  IntersectionConstruction.h
+  MeshPointIntersection.h
+  Point.h
+  predicates.h
+  SimplexQuadrature.h
+  PARENT_SCOPE)
+
+set(SOURCES
+  BoundingBoxTree.cpp
+  CollisionPredicates.cpp
+  ConvexTriangulation.cpp
+  GenericBoundingBoxTree.cpp
+  GeometryDebugging.cpp
+  GeometryPredicates.cpp
+  intersect.cpp
+  IntersectionConstruction.cpp
+  MeshPointIntersection.cpp
+  Point.cpp
+  predicates.cpp
+  SimplexQuadrature.cpp
+  PARENT_SCOPE)
diff --git a/dolfin/geometry/CollisionPredicates.cpp b/dolfin/geometry/CollisionPredicates.cpp
new file mode 100644
index 0000000..2a5bc5c
--- /dev/null
+++ b/dolfin/geometry/CollisionPredicates.cpp
@@ -0,0 +1,1053 @@
+// Copyright (C) 2014-2017 Anders Logg, August Johansson and Benjamin Kehlet
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2014-02-03
+// Last changed: 2017-10-09
+
+#include <dolfin/mesh/MeshEntity.h>
+#include <dolfin/mesh/CellType.h>
+#include "predicates.h"
+#include "Point.h"
+#include "CollisionPredicates.h"
+#include "GeometryTools.h"
+
+#include "CGALExactArithmetic.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+// High-level collision detection predicates
+//-----------------------------------------------------------------------------
+bool CollisionPredicates::collides(const MeshEntity& entity,
+				   const Point& point)
+{
+  // Intersection is only implemented for simplex meshes
+  if (!entity.mesh().type().is_simplex())
+  {
+    dolfin_error("Cell.cpp",
+		 "intersect cell and point",
+		 "Intersection is only implemented for simplex meshes");
+  }
+
+  // Get data
+  const MeshGeometry& g = entity.mesh().geometry();
+  const unsigned int* v = entity.entities(0);
+  const std::size_t tdim = entity.mesh().topology().dim();
+  const std::size_t gdim = entity.mesh().geometry().dim();
+
+  // Pick correct specialized implementation
+  if (tdim == 1 && gdim == 1)
+    return collides_segment_point_1d(g.point(v[0])[0], g.point(v[1])[0], point[0]);
+
+  if (tdim == 1 && gdim == 2)
+    return collides_segment_point_2d(g.point(v[0]), g.point(v[1]), point);
+
+  if (tdim == 1 && gdim == 3)
+    return collides_segment_point_3d(g.point(v[0]), g.point(v[1]), point);
+
+  if (tdim == 2 && gdim == 2)
+    return collides_triangle_point_2d(g.point(v[0]),
+                                      g.point(v[1]),
+                                      g.point(v[2]),
+                                      point);
+
+  if (tdim == 2 && gdim == 3)
+    return collides_triangle_point_3d(g.point(v[0]),
+                                      g.point(v[1]),
+                                      g.point(v[2]),
+                                      point);
+
+  if (tdim == 3)
+    return collides_tetrahedron_point_3d(g.point(v[0]),
+                                         g.point(v[1]),
+                                         g.point(v[2]),
+                                         g.point(v[3]),
+                                         point);
+
+  dolfin_error("CollisionPredicates.cpp",
+               "compute entity-point collision",
+               "Not implemented for dimensions %d / %d", tdim, gdim);
+
+  return false;
+}
+//-----------------------------------------------------------------------------
+bool CollisionPredicates::collides(const MeshEntity& entity_0,
+				   const MeshEntity& entity_1)
+{
+  // Intersection is only implemented for simplex meshes
+  if (!entity_0.mesh().type().is_simplex() ||
+      !entity_1.mesh().type().is_simplex())
+  {
+    dolfin_error("Cell.cpp",
+		 "intersect cell and point",
+		 "intersection is only implemented for simplex meshes");
+  }
+
+  // Get data
+  const MeshGeometry& g0 = entity_0.mesh().geometry();
+  const MeshGeometry& g1 = entity_1.mesh().geometry();
+  const unsigned int* v0 = entity_0.entities(0);
+  const unsigned int* v1 = entity_1.entities(0);
+  const std::size_t d0 = entity_0.dim();
+  const std::size_t d1 = entity_1.dim();
+  const std::size_t gdim = g0.dim();
+  dolfin_assert(gdim == g1.dim());
+
+  // Pick correct specialized implementation
+  if (d0 == 1 && d1 == 1)
+  {
+    return collides_segment_segment(g0.point(v0[0]),
+                                    g0.point(v0[1]),
+                                    g1.point(v1[0]),
+                                    g1.point(v1[1]),
+                                    gdim);
+  }
+
+  if (d0 == 1 && d1 == 2)
+  {
+    return collides_triangle_segment(g1.point(v1[0]),
+				     g1.point(v1[1]),
+				     g1.point(v1[2]),
+				     g0.point(v0[0]),
+				     g0.point(v0[1]),
+				     gdim);
+  }
+
+  if (d0 == 2 && d1 == 1)
+  {
+    return collides_triangle_segment(g0.point(v0[0]),
+                                     g0.point(v0[1]),
+                                     g0.point(v0[2]),
+                                     g1.point(v1[0]),
+                                     g1.point(v1[1]),
+                                     gdim);
+  }
+
+  if (d0 == 2 && d1 == 2)
+  {
+    return collides_triangle_triangle(g0.point(v0[0]),
+                                      g0.point(v0[1]),
+                                      g0.point(v0[2]),
+                                      g1.point(v1[0]),
+                                      g1.point(v1[1]),
+                                      g1.point(v1[2]),
+                                      gdim);
+  }
+
+  if (d0 == 2 && d1 == 3)
+  {
+    return collides_tetrahedron_triangle_3d(g1.point(v1[0]),
+                                            g1.point(v1[1]),
+                                            g1.point(v1[2]),
+                                            g1.point(v1[3]),
+                                            g0.point(v0[0]),
+                                            g0.point(v0[1]),
+                                            g0.point(v0[2]));
+  }
+
+  if (d0 == 3 && d1 == 2)
+  {
+    return collides_tetrahedron_triangle_3d(g0.point(v0[0]),
+                                            g0.point(v0[1]),
+                                            g0.point(v0[2]),
+                                            g0.point(v0[3]),
+                                            g1.point(v1[0]),
+                                            g1.point(v1[1]),
+                                            g1.point(v1[2]));
+  }
+
+  if (d0 == 3 && d1 == 3)
+  {
+    return collides_tetrahedron_tetrahedron_3d(g0.point(v0[0]),
+                                               g0.point(v0[1]),
+                                               g0.point(v0[2]),
+                                               g0.point(v0[3]),
+                                               g1.point(v1[0]),
+                                               g1.point(v1[1]),
+                                               g1.point(v1[2]),
+                                               g1.point(v1[3]));
+  }
+
+  dolfin_error("CollisionPredicates.cpp",
+               "compute entity-entity collision",
+               "Not implemented for topological dimensions %d / %d and geometrical dimension %d", d0, d1, gdim);
+
+  return false;
+}
+//-----------------------------------------------------------------------------
+// Low-level collision detection predicates
+//-----------------------------------------------------------------------------
+bool CollisionPredicates::collides_segment_point(const Point& p0,
+                                                 const Point& p1,
+                                                 const Point& point,
+                                                 std::size_t gdim)
+{
+  switch (gdim)
+  {
+  case 1:
+    return collides_segment_point_1d(p0[0], p1[0], point[0]);
+  case 2:
+    return collides_segment_point_2d(p0, p1, point);
+  case 3:
+    return collides_segment_point_3d(p0, p1, point);
+  default:
+    dolfin_error("CollisionPredicates.cpp",
+		 "call collides_segment_point",
+		 "Unknown dimension (only implemented for dimension 2 and 3");
+  }
+  return false;
+}
+//-----------------------------------------------------------------------------
+bool CollisionPredicates::collides_segment_segment(const Point& p0,
+                                                   const Point& p1,
+                                                   const Point& q0,
+                                                   const Point& q1,
+                                                   std::size_t gdim)
+{
+  switch (gdim)
+  {
+  case 1:
+    return collides_segment_segment_1d(p0[0], p1[0], q0[0], q1[0]);
+  case 2:
+    return collides_segment_segment_2d(p0, p1, q0, q1);
+  case 3:
+    return collides_segment_segment_3d(p0, p1, q0, q1);
+  default:
+    dolfin_error("CollisionPredicates.cpp",
+		 "compute segment-segment collision ",
+		 "Unknown dimension (Implemented for dimension 1, 2 and 3)");
+  }
+  return false;
+}
+//------------------------------------------------------------------------------
+bool CollisionPredicates::collides_triangle_point(const Point& p0,
+                                                  const Point& p1,
+                                                  const Point& p2,
+                                                  const Point& point,
+                                                  std::size_t gdim)
+{
+  switch (gdim)
+  {
+  case 2:
+    return collides_triangle_point_2d(p0, p1, p2, point);
+  case 3:
+    return collides_triangle_point_3d(p0, p1, p2, point);
+  default:
+    dolfin_error("CollisionPredicates.cpp",
+		 "compute triangle-point collision ",
+		 "Implemented only for dimension 2 and 3.");
+  }
+  return false;
+}
+//------------------------------------------------------------------------------
+bool CollisionPredicates::collides_triangle_segment(const Point& p0,
+                                                    const Point& p1,
+                                                    const Point& p2,
+                                                    const Point& q0,
+                                                    const Point& q1,
+                                                    std::size_t gdim)
+{
+  switch (gdim)
+  {
+  case 2:
+    return collides_triangle_segment_2d(p0, p1, p2, q0, q1);
+  case 3:
+    return collides_triangle_segment_3d(p0, p1, p2, q0, q1);
+  default:
+    dolfin_error("CollisionPredicates.cpp",
+		 "compute triangle-segment collision ",
+		 "Implmented only for dimension 2 and 3.");
+  }
+  return false;
+}
+//------------------------------------------------------------------------------
+bool CollisionPredicates::collides_triangle_triangle(const Point& p0,
+                                                     const Point& p1,
+                                                     const Point& p2,
+                                                     const Point& q0,
+                                                     const Point& q1,
+                                                     const Point& q2,
+                                                     std::size_t gdim)
+{
+  switch (gdim)
+  {
+  case 2:
+    return collides_triangle_triangle_2d(p0, p1, p2, q0, q1, q2);
+  case 3:
+    return collides_triangle_triangle_3d(p0, p1, p2, q0, q1, q2);
+  default:
+    dolfin_error("CollisionPredicates.cpp",
+		 "compute triangle-triangle collision ",
+		 "Implmented only for dimension 2 and 3.");
+  }
+  return false;
+}
+
+
+
+    //--- Low-level collision detection predicates ---
+//------------------------------------------------------------------------------
+bool CollisionPredicates::collides_segment_point_1d(double p0,
+				      double p1,
+				      double point)
+{
+  // FIXME: Skip CGAL for now
+  return _collides_segment_point_1d(p0, p1, point);
+}
+//------------------------------------------------------------------------------
+bool CollisionPredicates::collides_segment_point_2d(const Point& p0,
+				      const Point& p1,
+				      const Point& point)
+{
+  return CHECK_CGAL(_collides_segment_point_2d(p0, p1, point),
+		    cgal_collides_segment_point_2d(p0, p1, point));
+}
+//------------------------------------------------------------------------------
+bool CollisionPredicates::collides_segment_point_3d(const Point& p0,
+						    const Point& p1,
+						    const Point& point)
+{
+  return CHECK_CGAL(_collides_segment_point_3d(p0, p1, point),
+		    cgal_collides_segment_point_3d(p0, p1, point));
+}
+//------------------------------------------------------------------------------
+bool CollisionPredicates::collides_segment_segment_1d(double p0,
+						      double p1,
+						      double q0,
+						      double q1)
+{
+  return _collides_segment_segment_1d(p0, p1, q0, q1);
+}
+//------------------------------------------------------------------------------
+bool CollisionPredicates::collides_segment_segment_2d(const Point& p0,
+						      const Point& p1,
+						      const Point& q0,
+						      const Point& q1)
+{
+  return CHECK_CGAL(_collides_segment_segment_2d(p0, p1, q0, q1),
+		    cgal_collides_segment_segment_2d(p0, p1, q0, q1));
+}
+//------------------------------------------------------------------------------
+bool CollisionPredicates::collides_segment_segment_3d(const Point& p0,
+						      const Point& p1,
+						      const Point& q0,
+						      const Point& q1)
+{
+  return CHECK_CGAL(_collides_segment_segment_3d(p0, p1, q0, q1),
+		    cgal_collides_segment_segment_3d(p0, p1, q0, q1));
+}
+//------------------------------------------------------------------------------
+bool CollisionPredicates::collides_triangle_point_2d(const Point& p0,
+						     const Point& p1,
+						     const Point& p2,
+						     const Point& point)
+{
+  return CHECK_CGAL(_collides_triangle_point_2d(p0, p1, p2, point),
+		    cgal_collides_triangle_point_2d(p0, p1, p2, point));
+}
+//------------------------------------------------------------------------------
+bool CollisionPredicates::collides_triangle_point_3d(const Point& p0,
+						     const Point& p1,
+						     const Point& p2,
+						     const Point& point)
+{
+  return CHECK_CGAL(_collides_triangle_point_3d(p0, p1, p2, point),
+		    cgal_collides_triangle_point_3d(p0, p1, p2, point));
+}
+//------------------------------------------------------------------------------
+bool CollisionPredicates::collides_triangle_segment_2d(const Point& p0,
+						       const Point& p1,
+						       const Point& p2,
+						       const Point& q0,
+						       const Point& q1)
+{
+  return CHECK_CGAL(_collides_triangle_segment_2d(p0, p1, p2, q0, q1),
+		    cgal_collides_triangle_segment_2d(p0, p1, p2, q0, q1));
+}
+//------------------------------------------------------------------------------
+bool CollisionPredicates::collides_triangle_segment_3d(const Point& p0,
+						       const Point& p1,
+						       const Point& p2,
+						       const Point& q0,
+						       const Point& q1)
+{
+  return CHECK_CGAL(_collides_triangle_segment_3d(p0, p1, p2, q0, q1),
+		    cgal_collides_triangle_segment_3d(p0, p1, p2, q0, q1));
+}
+//------------------------------------------------------------------------------
+bool CollisionPredicates::collides_triangle_triangle_2d(const Point& p0,
+							const Point& p1,
+							const Point& p2,
+							const Point& q0,
+							const Point& q1,
+							const Point& q2)
+{
+  return CHECK_CGAL(_collides_triangle_triangle_2d(p0, p1, p2, q0, q1, q2),
+		    cgal_collides_triangle_triangle_2d(p0, p1, p2, q0, q1, q2));
+}
+//------------------------------------------------------------------------------
+bool CollisionPredicates::collides_triangle_triangle_3d(const Point& p0,
+							const Point& p1,
+							const Point& p2,
+							const Point& q0,
+							const Point& q1,
+							const Point& q2)
+{
+  return CHECK_CGAL(_collides_triangle_triangle_3d(p0, p1, p2, q0, q1, q2),
+		    cgal_collides_triangle_triangle_3d(p0, p1, p2, q0, q1, q2));
+}
+//------------------------------------------------------------------------------
+bool CollisionPredicates::collides_tetrahedron_point_3d(const Point& p0,
+							const Point& p1,
+							const Point& p2,
+							const Point& p3,
+							const Point& point)
+{
+  return CHECK_CGAL(_collides_tetrahedron_point_3d(p0, p1, p2, p3, point),
+		    cgal_collides_tetrahedron_point_3d(p0, p1, p2, p3, point));
+}
+//------------------------------------------------------------------------------
+bool CollisionPredicates::collides_tetrahedron_segment_3d(const Point& p0,
+							  const Point& p1,
+							  const Point& p2,
+							  const Point& p3,
+							  const Point& q0,
+							  const Point& q1)
+{
+  return CHECK_CGAL(_collides_tetrahedron_segment_3d(p0, p1, p2, p3, q0, q1),
+		    cgal_collides_tetrahedron_segment_3d(p0, p1, p2, p3, q0, q1));
+}
+//------------------------------------------------------------------------------
+bool CollisionPredicates::collides_tetrahedron_triangle_3d(const Point& p0,
+							   const Point& p1,
+							   const Point& p2,
+							   const Point& p3,
+							   const Point& q0,
+							   const Point& q1,
+							   const Point& q2)
+{
+  return CHECK_CGAL(_collides_tetrahedron_triangle_3d(p0, p1, p2, p3, q0, q1, q2),
+		    cgal_collides_tetrahedron_triangle_3d(p0, p1, p2, p3, q0, q1, q2));
+}
+//------------------------------------------------------------------------------
+bool CollisionPredicates::collides_tetrahedron_tetrahedron_3d(const Point& p0,
+							      const Point& p1,
+							      const Point& p2,
+							      const Point& p3,
+							      const Point& q0,
+							      const Point& q1,
+							      const Point& q2,
+							      const Point& q3)
+{
+  return CHECK_CGAL(_collides_tetrahedron_tetrahedron_3d(p0, p1, p2, p3, q0, q1, q2, q3),
+		    cgal_collides_tetrahedron_tetrahedron_3d(p0, p1, p2, p3, q0, q1, q2, q3));
+}
+//-----------------------------------------------------------------------------
+// Implementation of private members
+//-----------------------------------------------------------------------------
+bool CollisionPredicates::_collides_segment_point_1d(double p0,
+                                                     double p1,
+                                                     double point)
+{
+  if (p0 > p1)
+    std::swap(p0, p1);
+  return p0 <= point and point <= p1;
+}
+//-----------------------------------------------------------------------------
+bool CollisionPredicates::_collides_segment_point_2d(const Point& p0,
+                                                     const Point& p1,
+                                                     const Point& point)
+{
+  const double orientation = orient2d(p0, p1, point);
+
+  const Point dp = p1 - p0;
+  const double segment_length = dp.squared_norm();
+
+  return orientation == 0.0 &&
+    (point-p0).squared_norm() <= segment_length &&
+    (point-p1).squared_norm() <= segment_length &&
+    dp.dot(p1-point) >= 0.0 && dp.dot(point-p0) >= 0.0;
+}
+//-----------------------------------------------------------------------------
+bool CollisionPredicates::_collides_segment_point_3d(const Point& p0,
+                                                     const Point& p1,
+                                                     const Point& point)
+{
+
+  if (point == p0 or point == p1)
+    return true;
+
+  // Poject to reduce to three 2d problems
+  const double det_xy = orient2d(p0, p1, point);
+
+  if (det_xy == 0.0)
+  {
+    const std::array<std::array<double, 2>, 3> xz = {{ {{p0.x(), p0.z()}},
+						       {{p1.x(), p1.z()}},
+						       {{point.x(), point.z()}} }};
+    const double det_xz = _orient2d(xz[0].data(),
+				    xz[1].data(),
+				    xz[2].data());
+
+    if (det_xz == 0.0)
+    {
+      const std::array<std::array<double, 2>, 3> yz = {{ {{p0.y(), p0.z()}},
+                                                         {{p1.y(), p1.z()}},
+                                                         {{point.y(), point.z()}} }};
+      const double det_yz = _orient2d(yz[0].data(),
+				      yz[1].data(),
+				      yz[2].data());
+
+      if (det_yz == 0.0)
+      {
+        // Point is aligned with segment
+        const double length = (p0 - p1).squared_norm();
+        return (point-p0).squared_norm() <= length and
+	  (point-p1).squared_norm() <= length;
+      }
+    }
+  }
+
+  return false;
+}
+//------------------------------------------------------------------------------
+bool CollisionPredicates::_collides_segment_segment_1d(double p0,
+                                                       double p1,
+                                                       double q0,
+                                                       double q1)
+{
+  // Get range
+  const double a0 = std::min(p0, p1);
+  const double b0 = std::max(p0, p1);
+  const double a1 = std::min(q0, q1);
+  const double b1 = std::max(q0, q1);
+
+  // Check for collision
+  const double dx = std::min(b0 - a0, b1 - a1);
+  return b1 >= a0 - dx && a1 <= b0 + dx;
+}
+//-----------------------------------------------------------------------------
+bool CollisionPredicates::_collides_segment_segment_2d(const Point& p0,
+                                                       const Point& p1,
+                                                       const Point& q0,
+                                                       const Point& q1)
+{
+  // FIXME: Optimize by avoiding redundant calls to orient2d
+
+  if (collides_segment_point_2d(p0, p1, q0))
+    return true;
+  if (collides_segment_point_2d(p0, p1, q1))
+    return true;
+  if (collides_segment_point_2d(q0, q1, p0))
+    return true;
+  if (collides_segment_point_2d(q0, q1, p1))
+    return true;
+
+  // Points must be on different sides
+  if (((orient2d(q0, q1, p0) > 0.0) xor (orient2d(q0, q1, p1) > 0.0)) and
+      ((orient2d(p0, p1, q0) > 0.0) xor (orient2d(p0, p1, q1) > 0.0)))
+    return true;
+  else
+    return false;
+}
+//-----------------------------------------------------------------------------
+bool CollisionPredicates::_collides_segment_segment_3d(const Point& p0,
+                                                       const Point& p1,
+                                                       const Point& q0,
+                                                       const Point& q1)
+{
+  // Vertex collisions
+  if (p0 == q0 || p0 == q1 || p1 == q0 || p1 == q1)
+    return true;
+
+  if (collides_segment_point_3d(p0, p1, q0) or
+      collides_segment_point_3d(p0, p1, q1) or
+      collides_segment_point_3d(q0, q1, p0) or
+      collides_segment_point_3d(q0, q1, p1))
+  {
+    return true;
+  }
+
+  // Determinant must be zero
+  const double det = orient3d(p0, p1, q0, q1);
+
+  if (det < 0.0 or det > 0.0)
+    return false;
+
+  // Now we know that the segments are in the same plane. This means
+  // that they can be parallel, or even collinear.
+
+  // Check for collinearity
+  const Point u = GeometryTools::cross_product(p0, p1, q0);
+  if (u[0] == 0.0 and u[1] == 0.0 and u[2] == 0.0)
+  {
+    const Point v = GeometryTools::cross_product(p0, p1, q1);
+    if (v[0] == 0.0 and v[1] == 0.0 and v[2] == 0.0)
+    {
+      // Now we know that the segments are collinear
+      if ((p0-q0).squared_norm() <= (q1-q0).squared_norm() and
+	  (p0-q1).squared_norm() <= (q0-q1).squared_norm())
+	return true;
+
+      if ((p1-q0).squared_norm() <= (q1-q0).squared_norm() and
+	  (p1-q1).squared_norm() <= (q0-q1).squared_norm())
+	return true;
+
+      if ((q0-p0).squared_norm() <= (p1-p0).squared_norm() and
+	  (q0-p1).squared_norm() <= (p0-p1).squared_norm())
+	return true;
+
+      if ((q1-p0).squared_norm() <= (p1-p0).squared_norm() and
+	  (q1-p1).squared_norm() <= (p0-p1).squared_norm())
+	return true;
+    }
+  }
+
+  // Segments are not collinear, but in the same plane
+  // Try to reduce to 2d by elimination
+
+  for (std::size_t d = 0; d < 3; ++d)
+  {
+    if (p0[d] == p1[d] and p0[d] == q0[d] and p0[d] == q1[d])
+    {
+      const std::array<std::array<std::size_t, 2>, 3> dims = {{ {{1, 2}},
+                                                                {{0, 2}},
+                                                                {{0, 1}} }};
+      const Point p0_2d(p0[dims[d][0]], p0[dims[d][1]]);
+      const Point p1_2d(p1[dims[d][0]], p1[dims[d][1]]);
+      const Point q0_2d(q0[dims[d][0]], q0[dims[d][1]]);
+      const Point q1_2d(q1[dims[d][0]], q1[dims[d][1]]);
+
+      return collides_segment_segment_2d(p0_2d, p1_2d, q0_2d, q1_2d);
+    }
+  }
+
+  return false;
+}
+//-----------------------------------------------------------------------------
+bool CollisionPredicates::_collides_triangle_point_2d(const Point& p0,
+                                                      const Point& p1,
+                                                      const Point& p2,
+                                                      const Point& point)
+{
+  const double ref = orient2d(p0, p1, p2);
+
+  if (ref > 0.0)
+  {
+    return (orient2d(p1, p2, point) >= 0.0 and
+	    orient2d(p2, p0, point) >= 0.0 and
+	    orient2d(p0, p1, point) >= 0.0);
+  }
+  else if (ref < 0.0)
+  {
+    return (orient2d(p1, p2, point) <= 0.0 and
+	    orient2d(p2, p0, point) <= 0.0 and
+	    orient2d(p0, p1, point) <= 0.0);
+  }
+  else
+  {
+    return ((orient2d(p0, p1, point) == 0.0 and
+	     collides_segment_point_1d(p0[0], p1[0], point[0]) and
+	     collides_segment_point_1d(p0[1], p1[1], point[1])) or
+	    (orient2d(p1, p2, point) == 0.0 and
+	     collides_segment_point_1d(p1[0], p2[0], point[0]) and
+	     collides_segment_point_1d(p1[1], p2[1], point[1])) or
+	    (orient2d(p2, p0, point) == 0.0 and
+	     collides_segment_point_1d(p2[0], p0[0], point[0]) and
+	     collides_segment_point_1d(p2[1], p0[1], point[1])));
+  }
+}
+//-----------------------------------------------------------------------------
+bool CollisionPredicates::_collides_triangle_point_3d(const Point& p0,
+                                                      const Point& p1,
+                                                      const Point& p2,
+                                                      const Point& point)
+{
+  if (p0 == point or p1 == point or p2 == point)
+    return true;
+
+  const double tet_det = orient3d(p0, p1, p2, point);
+
+  if (tet_det < 0.0 or tet_det > 0.0)
+    return false;
+
+  // Use normal
+  const Point n = GeometryTools::cross_product(p0, p1, p2);
+
+  return !(n.dot(GeometryTools::cross_product(point, p0, p1)) < 0.0 or
+	   n.dot(GeometryTools::cross_product(point, p2, p0)) < 0.0 or
+	   n.dot(GeometryTools::cross_product(point, p1, p2)) < 0.0);
+}
+//-----------------------------------------------------------------------------
+bool CollisionPredicates::_collides_triangle_segment_2d(const Point& p0,
+                                                        const Point& p1,
+                                                        const Point& p2,
+                                                        const Point& q0,
+                                                        const Point& q1)
+{
+  // FIXME: Optimize by avoiding redundant calls to orient2d
+
+  // Check if end points are in triangle
+  if (collides_triangle_point_2d(p0, p1, p2, q0))
+    return true;
+  if (collides_triangle_point_2d(p0, p1, p2, q1))
+    return true;
+
+  // Check if any of the triangle edges are cut by the segment
+  if (collides_segment_segment_2d(p0, p1, q0, q1))
+    return true;
+  if (collides_segment_segment_2d(p0, p2, q0, q1))
+    return true;
+  if (collides_segment_segment_2d(p1, p2, q0, q1))
+    return true;
+
+  return false;
+}
+//-----------------------------------------------------------------------------
+bool CollisionPredicates::_collides_triangle_segment_3d(const Point& r,
+                                                        const Point& s,
+                                                        const Point& t,
+                                                        const Point& a,
+                                                        const Point& b)
+{
+  // FIXME: Optimize by avoiding redundant calls to orient3d
+
+  // Compute correspondic tetrahedra determinants
+  const double rsta = orient3d(r, s, t, a);
+  const double rstb = orient3d(r, s, t, b);
+
+  // Check if a and b are on same side of triangle rst
+  if ((rsta < 0.0 and rstb < 0.0) or
+      (rsta > 0.0 and rstb > 0.0))
+    return false;
+
+  // We check triangle point first. We use this below.
+  if (collides_triangle_point_3d(r, s, t, a))
+    return true;
+
+  if (collides_triangle_point_3d(r, s, t, b))
+    return true;
+
+  // Now we know a and b are either on different sides or in the same
+  // plane (in which case rsta = rstb = 0). Check if intersection is
+  // in triangle by creating some other tets.
+
+  if (rsta == 0.0 and rstb == 0.0)
+  {
+    // Since we have checked that the points does not collide, the
+    // segment is either completely outside the triangle, or we have a
+    // collision over edges.
+
+    // FIXME: To avoid collision over edges, maybe we can test if both
+    // a and b are on the same side of one of the edges rs, rt or st.
+
+    if (collides_segment_segment_3d(r, s, a, b))
+      return true;
+    if (collides_segment_segment_3d(r, t, a, b))
+      return true;
+    if (collides_segment_segment_3d(s, t, a, b))
+      return true;
+
+    return false;
+  }
+  else
+  {
+    // Temporarily flip a and b to make sure a is above
+    Point _a = a;
+    Point _b = b;
+    if (rsta < 0.0)
+      std::swap(_a, _b);
+
+    const double rasb = orient3d(r, _a, s, _b);
+    if (rasb < 0)
+      return false;
+
+    const double satb = orient3d(s, _a, t, _b);
+    if (satb < 0)
+      return false;
+
+    const double tarb = orient3d(t, _a, r, _b);
+    if (tarb < 0)
+      return false;
+  }
+
+  return true;
+}
+//------------------------------------------------------------------------------
+bool CollisionPredicates::_collides_triangle_triangle_2d(const Point& p0,
+                                                         const Point& p1,
+                                                         const Point& p2,
+                                                         const Point& q0,
+                                                         const Point& q1,
+                                                         const Point& q2)
+{
+  // FIXME: Optimize by avoiding redundant calls to orient2d
+
+  // Pack points as vectors
+  const std::array<Point, 3> tri_0 = {{p0, p1, p2}};
+  const std::array<Point, 3> tri_1 = {{q0, q1, q2}};
+
+  const bool s0 = std::signbit(orient2d(p0, p1, p2));
+  const bool s1 = std::signbit(orient2d(q0, q1, q2));
+
+  for (std::size_t i = 0; i < 3; ++i)
+  {
+    if ((s0 and
+    	 orient2d(tri_0[0], tri_0[1], tri_1[i]) <= 0.0 and
+    	 orient2d(tri_0[1], tri_0[2], tri_1[i]) <= 0.0 and
+    	 orient2d(tri_0[2], tri_0[0], tri_1[i]) <= 0.0)
+	or
+    	(!s0 and
+    	 orient2d(tri_0[0], tri_0[1], tri_1[i]) >= 0.0 and
+    	 orient2d(tri_0[1], tri_0[2], tri_1[i]) >= 0.0 and
+    	 orient2d(tri_0[2], tri_0[0], tri_1[i]) >= 0.0))
+    {
+      return true;
+    }
+
+    if ((s1 and
+    	 orient2d(tri_1[0], tri_1[1], tri_0[i]) <= 0.0 and
+    	 orient2d(tri_1[1], tri_1[2], tri_0[i]) <= 0.0 and
+    	 orient2d(tri_1[2], tri_1[0], tri_0[i]) <= 0.0)
+	or
+    	(!s1 and
+    	 orient2d(tri_1[0], tri_1[1], tri_0[i]) >= 0.0 and
+    	 orient2d(tri_1[1], tri_1[2], tri_0[i]) >= 0.0 and
+    	 orient2d(tri_1[2], tri_1[0], tri_0[i]) >= 0.0))
+    {
+      return true;
+    }
+  }
+
+  // Find all edge-edge collisions
+  for (std::size_t i0 = 0; i0 < 3; i0++)
+  {
+    const std::size_t j0 = (i0 + 1) % 3;
+    const Point& p0 = tri_0[i0];
+    const Point& q0 = tri_0[j0];
+    for (std::size_t i1 = 0; i1 < 3; i1++)
+    {
+      const std::size_t j1 = (i1 + 1) % 3;
+      const Point& p1 = tri_1[i1];
+      const Point& q1 = tri_1[j1];
+      if (collides_segment_segment_2d(p0, q0, p1, q1))
+        return true;
+    }
+  }
+
+  return false;
+}
+//-----------------------------------------------------------------------------
+bool CollisionPredicates::_collides_triangle_triangle_3d(const Point& p0,
+                                                         const Point& p1,
+                                                         const Point& p2,
+                                                         const Point& q0,
+                                                         const Point& q1,
+                                                         const Point& q2)
+{
+  // FIXME: Optimize by avoiding redundant calls to orient3d
+
+  // Pack points as vectors
+  const std::array<Point, 3> tri_0 = {{p0, p1, p2}};
+  const std::array<Point, 3> tri_1 = {{q0, q1, q2}};
+
+  // First test edge-face collisions
+  for (std::size_t i = 0; i < 3; ++i)
+  {
+    const std::size_t j = (i + 1) % 3;
+
+    if (collides_triangle_segment_3d(p0, p1, p2, tri_1[i], tri_1[j]))
+      return true;
+
+    if (collides_triangle_segment_3d(q0, q1, q2, tri_0[i], tri_0[j]))
+      return true;
+  }
+
+  // Test edge-edge collisions
+  for (std::size_t i0 = 0; i0 < 3; i0++)
+  {
+    const std::size_t j0 = (i0 + 1) % 3;
+    for (std::size_t i1 = 0; i1 < 3; i1++)
+    {
+      const std::size_t j1 = (i1 + 1) % 3;
+      if (collides_segment_segment_3d(tri_0[i0], tri_0[j0],
+				      tri_1[i1], tri_1[j1]))
+      {
+	return true;
+      }
+    }
+  }
+
+  // FIXME
+  // Test point-face collisions (could also be detected by
+  // triangle_segment collision above)
+  for (std::size_t i = 0; i < 3; ++i)
+  {
+    if (collides_triangle_point_3d(p0, p1, p2, tri_1[i]))
+      return true;
+
+    if (collides_triangle_point_3d(q0, q1, q2, tri_0[i]))
+      return true;
+  }
+
+  return false;
+}
+//-----------------------------------------------------------------------------
+bool CollisionPredicates::_collides_tetrahedron_point_3d(const Point& p0,
+                                                         const Point& p1,
+                                                         const Point& p2,
+                                                         const Point& p3,
+                                                         const Point& point)
+{
+  const double ref = orient3d(p0, p1, p2, p3);
+
+  if (ref > 0.0)
+  {
+    return (orient3d(p0, p1, p2, point) >= 0.0 and
+	    orient3d(p0, p3, p1, point) >= 0.0 and
+	    orient3d(p0, p2, p3, point) >= 0.0 and
+	    orient3d(p1, p3, p2, point) >= 0.0);
+  }
+  else if (ref < 0.0)
+  {
+    return (orient3d(p0, p1, p2, point) <= 0.0 and
+	    orient3d(p0, p3, p1, point) <= 0.0 and
+	    orient3d(p0, p2, p3, point) <= 0.0 and
+	    orient3d(p1, p3, p2, point) <= 0.0);
+  }
+  else
+  {
+    dolfin_error("CollisionPredicates.cpp",
+		 "compute tetrahedron point collision",
+		 "Not implemented for degenerate tetrahedron");
+  }
+
+  return false;
+}
+//-----------------------------------------------------------------------------
+bool CollisionPredicates::_collides_tetrahedron_segment_3d(const Point& p0,
+                                                           const Point& p1,
+                                                           const Point& p2,
+                                                           const Point& p3,
+                                                           const Point& q0,
+                                                           const Point& q1)
+{
+  // FIXME: Optimize by avoiding redundant calls to orient3d
+
+  // Segment vertex in tetrahedron collision
+  if (collides_tetrahedron_point_3d(p0, p1, p2, p3, q0))
+    return true;
+  if (collides_tetrahedron_point_3d(p0, p1, p2, p3, q1))
+    return true;
+
+  // Triangle-segment collision tests
+  if (collides_triangle_segment_3d(p1, p2, p3, q0, q1))
+    return true;
+  if (collides_triangle_segment_3d(p0, p2, p3, q0, q1))
+    return true;
+  if (collides_triangle_segment_3d(p0, p1, p3, q0, q1))
+    return true;
+  if (collides_triangle_segment_3d(p0, p1, p2, q0, q1))
+    return true;
+
+  return false;
+}
+//-----------------------------------------------------------------------------
+bool CollisionPredicates::_collides_tetrahedron_triangle_3d(const Point& p0,
+                                                            const Point& p1,
+                                                            const Point& p2,
+                                                            const Point& p3,
+                                                            const Point& q0,
+                                                            const Point& q1,
+                                                            const Point& q2)
+{
+  // FIXME: Optimize by avoiding redundant calls to orient3d
+
+  // Triangle vertex in tetrahedron collision
+  if (collides_tetrahedron_point_3d(p0, p1, p2, p3, q0))
+    return true;
+  if (collides_tetrahedron_point_3d(p0, p1, p2, p3, q1))
+    return true;
+  if (collides_tetrahedron_point_3d(p0, p1, p2, p3, q2))
+    return true;
+
+  // Triangle-triangle collision tests
+  if (collides_triangle_triangle_3d(q0, q1, q2, p1, p2, p3))
+    return true;
+  if (collides_triangle_triangle_3d(q0, q1, q2, p0, p2, p3))
+    return true;
+  if (collides_triangle_triangle_3d(q0, q1, q2, p0, p1, p3))
+    return true;
+  if (collides_triangle_triangle_3d(q0, q1, q2, p0, p1, p2))
+    return true;
+
+  return false;
+}
+//-----------------------------------------------------------------------------
+bool CollisionPredicates::_collides_tetrahedron_tetrahedron_3d(const Point& p0,
+                                                               const Point& p1,
+                                                               const Point& p2,
+                                                               const Point& p3,
+                                                               const Point& q0,
+                                                               const Point& q1,
+                                                               const Point& q2,
+                                                               const Point& q3)
+{
+  // FIXME: Optimize by avoiding redundant calls to orient3d
+
+  const std::array<Point, 4> tetp = {{p0, p1, p2, p3}};
+  const std::array<Point, 4> tetq = {{q0, q1, q2, q3}};
+
+  // Triangle face collisions
+  const std::array<std::array<std::size_t, 3>, 4> faces = {{ {{1, 2, 3}},
+                                                             {{0, 2, 3}},
+                                                             {{0, 1, 3}},
+                                                             {{0, 1, 2}} }};
+  for (std::size_t i = 0; i < 4; ++i)
+  {
+    for (std::size_t j = 0; j < 4; ++j)
+    {
+      if (collides_triangle_triangle_3d(tetp[faces[i][0]], tetp[faces[i][1]], tetp[faces[i][2]],
+					tetq[faces[j][0]], tetq[faces[j][1]], tetq[faces[j][2]]))
+      {
+	return true;
+      }
+    }
+  }
+
+  // Vertex in tetrahedron collision
+  if (collides_tetrahedron_point_3d(p0, p1, p2, p3, q0))
+    return true;
+  if (collides_tetrahedron_point_3d(p0, p1, p2, p3, q1))
+    return true;
+  if (collides_tetrahedron_point_3d(p0, p1, p2, p3, q2))
+    return true;
+  if (collides_tetrahedron_point_3d(p0, p1, p2, p3, q3))
+    return true;
+
+  if (collides_tetrahedron_point_3d(q0, q1, q2, q3, p0))
+    return true;
+  if (collides_tetrahedron_point_3d(q0, q1, q2, q3, p1))
+    return true;
+  if (collides_tetrahedron_point_3d(q0, q1, q2, q3, p2))
+    return true;
+  if (collides_tetrahedron_point_3d(q0, q1, q2, q3, p3))
+    return true;
+
+  return false;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/geometry/CollisionPredicates.h b/dolfin/geometry/CollisionPredicates.h
new file mode 100644
index 0000000..f0966ab
--- /dev/null
+++ b/dolfin/geometry/CollisionPredicates.h
@@ -0,0 +1,316 @@
+// Copyright (C) 2014-2016 Anders Logg, August Johansson and Benjamin Kehlet
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2014-02-03
+// Last changed: 2017-09-29
+
+#ifndef __COLLISION_PREDICATES_H
+#define __COLLISION_PREDICATES_H
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class Point;
+  class MeshEntity;
+
+  /// This class implements algorithms for detecting pairwise
+  /// collisions between mesh entities of varying dimensions.
+
+  class CollisionPredicates
+  {
+  public:
+
+    //--- High-level collision detection predicates ---
+
+    /// Check whether entity collides with point.
+    ///
+    /// *Arguments*
+    ///     entity (_MeshEntity_)
+    ///         The entity.
+    ///     point (_Point_)
+    ///         The point.
+    ///
+    /// *Returns*
+    ///     bool
+    ///         True iff entity collides with cell.
+    static bool collides(const MeshEntity& entity,
+                         const Point& point);
+
+    /// Check whether two entities collide.
+    ///
+    /// *Arguments*
+    ///     entity_0 (_MeshEntity_)
+    ///         The first entity.
+    ///     entity_1 (_MeshEntity_)
+    ///         The second entity.
+    ///
+    /// *Returns*
+    ///     bool
+    ///         True iff entity collides with cell.
+    static bool collides(const MeshEntity& entity_0,
+                         const MeshEntity& entity_1);
+
+    //--- Low-level collision detection predicates ---
+
+    /// Check whether segment p0-p1 collides with point
+    static bool collides_segment_point(const Point& p0,
+                                       const Point& p1,
+                                       const Point& point,
+                                       std::size_t gdim);
+
+    /// Check whether segment p0-p1 collides with point (1D version)
+    static bool collides_segment_point_1d(double p0,
+                                          double p1,
+                                          double point);
+
+    /// Check whether segment p0-p1 collides with point (2D version)
+    static bool collides_segment_point_2d(const Point& p0,
+                                          const Point& p1,
+                                          const Point& point);
+
+    /// Check whether segment p0-p1 collides with point (3D version)
+    static bool collides_segment_point_3d(const Point& p0,
+                                          const Point& p1,
+                                          const Point& point);
+
+    /// Check whether segment p0-p1 collides with segment q0-q1
+    static bool collides_segment_segment(const Point& p0,
+                                         const Point& p1,
+                                         const Point& q0,
+                                         const Point& q1,
+                                         std::size_t gdim);
+
+    /// Check whether segment p0-p1 collides with segment q0-q1 (1D version)
+    static bool collides_segment_segment_1d(double p0,
+                                            double p1,
+                                            double q0,
+                                            double q1);
+
+    /// Check whether segment p0-p1 collides with segment q0-q1 (2D version)
+    static bool collides_segment_segment_2d(const Point& p0,
+                                            const Point& p1,
+                                            const Point& q0,
+                                            const Point& q1);
+
+    /// Check whether segment p0-p1 collides with segment q0-q1 (3D version)
+    static bool collides_segment_segment_3d(const Point& p0,
+                                            const Point& p1,
+                                            const Point& q0,
+                                            const Point& q1);
+
+    /// Check whether triangle p0-p1-p2 collides with point
+    static bool collides_triangle_point(const Point& p0,
+                                        const Point& p1,
+                                        const Point& p2,
+                                        const Point& point,
+                                        std::size_t gdim);
+
+    /// Check whether triangle p0-p1-p2 collides with point (2D version)
+    static bool collides_triangle_point_2d(const Point& p0,
+                                           const Point& p1,
+                                           const Point& p2,
+                                           const Point& point);
+
+    /// Check whether triangle p0-p1-p2 collides with point (3D version)
+    static bool collides_triangle_point_3d(const Point& p0,
+                                           const Point& p1,
+                                           const Point& p2,
+                                           const Point& point);
+
+    /// Check whether triangle p0-p1-p2 collides with segment q0-q1
+    static bool collides_triangle_segment(const Point& p0,
+                                          const Point& p1,
+                                          const Point& p2,
+                                          const Point& q0,
+                                          const Point& q1,
+                                          std::size_t gdim);
+
+    /// Check whether triangle p0-p1-p2 collides with segment q0-q1 (2D version)
+    static bool collides_triangle_segment_2d(const Point& p0,
+                                             const Point& p1,
+                                             const Point& p2,
+                                             const Point& q0,
+                                             const Point& q1);
+
+    /// Check whether triangle p0-p1-p2 collides with segment q0-q1 (3D version)
+    static bool collides_triangle_segment_3d(const Point& p0,
+                                             const Point& p1,
+                                             const Point& p2,
+                                             const Point& q0,
+                                             const Point& q1);
+
+    /// Check whether triangle p0-p1-p2 collides with triangle q0-q1-q2
+    static bool collides_triangle_triangle(const Point& p0,
+                                           const Point& p1,
+                                           const Point& p2,
+                                           const Point& q0,
+                                           const Point& q1,
+                                           const Point& q2,
+                                           std::size_t gdim);
+
+    /// Check whether triangle p0-p1-p2 collides with triangle q0-q1-q2 (2D version)
+    static bool collides_triangle_triangle_2d(const Point& p0,
+                                              const Point& p1,
+                                              const Point& p2,
+                                              const Point& q0,
+                                              const Point& q1,
+                                              const Point& q2);
+
+    /// Check whether triangle p0-p1-p2 collides with triangle q0-q1-q2 (3D version)
+    static bool collides_triangle_triangle_3d(const Point& p0,
+                                              const Point& p1,
+                                              const Point& p2,
+                                              const Point& q0,
+                                              const Point& q1,
+                                              const Point& q2);
+
+    /// Check whether tetrahedron p0-p1-p2-p3 collides with point
+    static bool collides_tetrahedron_point_3d(const Point& p0,
+                                              const Point& p1,
+                                              const Point& p2,
+                                              const Point& p3,
+                                              const Point& point);
+
+    /// Check whether tetrahedron p0-p1-p2-p3 collides with segment q0-q1
+    static bool collides_tetrahedron_segment_3d(const Point& p0,
+                                                const Point& p1,
+                                                const Point& p2,
+                                                const Point& p3,
+                                                const Point& q0,
+                                                const Point& q1);
+
+    /// Check whether tetrahedron p0-p1-p2-p3 collides with triangle q0-q1-q2
+    static bool collides_tetrahedron_triangle_3d(const Point& p0,
+                                                 const Point& p1,
+                                                 const Point& p2,
+                                                 const Point& p3,
+                                                 const Point& q0,
+                                                 const Point& q1,
+                                                 const Point& q2);
+
+    /// Check whether tetrahedron p0-p1-p2-p3 collides with tetrahedron q0-q1-q2
+    static bool collides_tetrahedron_tetrahedron_3d(const Point& p0,
+                                                    const Point& p1,
+                                                    const Point& p2,
+                                                    const Point& p3,
+                                                    const Point& q0,
+                                                    const Point& q1,
+                                                    const Point& q2,
+						    const Point& q3);
+
+  private:
+
+    // Implementation of collision detection predicates
+
+    static bool _collides_segment_point_1d(double p0,
+                                           double p1,
+                                           double point);
+
+    static bool _collides_segment_point_2d(const Point& p0,
+                                           const Point& p1,
+                                           const Point& point);
+
+    static bool _collides_segment_point_3d(const Point& p0,
+                                           const Point& p1,
+                                           const Point& point);
+
+    static bool _collides_segment_segment_1d(double p0,
+                                             double p1,
+                                             double q0,
+                                             double q1);
+
+    static bool _collides_segment_segment_2d(const Point& p0,
+                                             const Point& p1,
+                                             const Point& q0,
+                                             const Point& q1);
+
+    static bool _collides_segment_segment_3d(const Point& p0,
+                                             const Point& p1,
+                                             const Point& q0,
+                                             const Point& q1);
+
+    static bool _collides_triangle_point_2d(const Point& p0,
+                                            const Point& p1,
+                                            const Point& p2,
+                                            const Point& point);
+
+    static bool _collides_triangle_point_3d(const Point& p0,
+                                            const Point& p1,
+                                            const Point& p2,
+                                            const Point& point);
+
+    static bool _collides_triangle_segment_2d(const Point& p0,
+                                              const Point& p1,
+                                              const Point& p2,
+                                              const Point& q0,
+                                              const Point& q1);
+
+    static bool _collides_triangle_segment_3d(const Point& p0,
+                                              const Point& p1,
+                                              const Point& p2,
+                                              const Point& q0,
+                                              const Point& q1);
+
+    static bool _collides_triangle_triangle_2d(const Point& p0,
+                                               const Point& p1,
+                                               const Point& p2,
+                                               const Point& q0,
+                                               const Point& q1,
+                                               const Point& q2);
+
+    static bool _collides_triangle_triangle_3d(const Point& p0,
+                                               const Point& p1,
+                                               const Point& p2,
+                                               const Point& q0,
+                                               const Point& q1,
+                                               const Point& q2);
+
+    static bool _collides_tetrahedron_point_3d(const Point& p0,
+                                               const Point& p1,
+                                               const Point& p2,
+                                               const Point& p3,
+                                               const Point& point);
+
+    static bool _collides_tetrahedron_segment_3d(const Point& p0,
+                                                 const Point& p1,
+                                                 const Point& p2,
+                                                 const Point& p3,
+                                                 const Point& q0,
+                                                 const Point& q1);
+
+    static bool _collides_tetrahedron_triangle_3d(const Point& p0,
+                                                  const Point& p1,
+                                                  const Point& p2,
+                                                  const Point& p3,
+                                                  const Point& q0,
+                                                  const Point& q1,
+                                                  const Point& q2);
+
+    static bool _collides_tetrahedron_tetrahedron_3d(const Point& p0,
+                                                     const Point& p1,
+                                                     const Point& p2,
+                                                     const Point& p3,
+                                                     const Point& q0,
+                                                     const Point& q1,
+                                                     const Point& q2,
+                                                     const Point& q3);
+  };
+
+}
+
+#endif
diff --git a/dolfin/geometry/ConvexTriangulation.cpp b/dolfin/geometry/ConvexTriangulation.cpp
new file mode 100644
index 0000000..f20d087
--- /dev/null
+++ b/dolfin/geometry/ConvexTriangulation.cpp
@@ -0,0 +1,627 @@
+// Copyright (C) 2016-2017 Anders Logg, August Johansson and Benjamin Kehlet
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2016-06-01
+// Last changed: 2018-02-09
+
+#include <algorithm>
+#include <tuple>
+#include <set>
+#include "predicates.h"
+#include "GeometryPredicates.h"
+#include "GeometryTools.h"
+#include "CollisionPredicates.h"
+#include "IntersectionConstruction.h"
+#include "ConvexTriangulation.h"
+#include "CGALExactArithmetic.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+namespace
+{
+  //-----------------------------------------------------------------------------
+  // Create a unique list of points in the sense that |p-q| > tol in each dimension
+  std::vector<Point>
+  unique_points(const std::vector<Point>& input_points,
+		std::size_t gdim,
+		double tol)
+  {
+    std::vector<Point> points;
+
+    for (std::size_t i = 0; i < input_points.size(); ++i)
+    {
+      bool unique = true;
+      for (std::size_t j = i+1; j < input_points.size(); ++j)
+      {
+	std::size_t cnt = 0;
+	for (std::size_t d = 0; d < gdim; ++d)
+	{
+	  if (std::abs(input_points[i][d] - input_points[j][d]) > tol)
+	  {
+	    cnt++;
+	  }
+	}
+	if (cnt == 0)
+	{
+	  unique = false;
+	  break;
+	}
+      }
+
+      if (unique)
+	points.push_back(input_points[i]);
+    }
+
+    return points;
+  }
+  //------------------------------------------------------------------------------
+  // Check if q lies between p0 and p1. p0, p1 and q are assumed to be colinear
+  bool is_between(Point p0, Point p1, Point q)
+  {
+    const double sqnorm = (p1-p0).squared_norm();
+    return (p0-q).squared_norm() < sqnorm && (p1-q).squared_norm() < sqnorm;
+  }
+  //------------------------------------------------------------------------------
+  // Return the indices to the points that forms the polygon that is
+  // the convex hull of the points. The points are assumed to be coplanar
+  std::vector<std::pair<std::size_t, std::size_t>>
+  compute_convex_hull_planar(const std::vector<Point>& points)
+  {
+    // FIXME: Ensure that 0, 1, 2 are not colinear
+    Point normal = GeometryTools::cross_product(points[0], points[1], points[2]);
+    normal /= normal.norm();
+
+    std::vector<std::pair<std::size_t, std::size_t>> edges;
+
+    // Filter out points which are in the interior of the
+    // convex hull of the planar points.
+    for (std::size_t i = 0; i < points.size(); i++)
+    {
+      for (std::size_t j = i+1; j < points.size(); j++)
+      {
+        // Form at plane of i, j  and i + the normal of plane
+        const Point r = points[i]+normal;
+
+        // search for the first point which is not in the
+        // i, j, p plane to determine sign of orietation
+        double edge_orientation = 0;
+        {
+          std::size_t a = 0;
+          while (edge_orientation == 0)
+          {
+            if (a != i && a != j)
+            {
+              edge_orientation = orient3d(points[i],
+                                          points[j],
+                                          r,
+                                          points[a]);
+            }
+            a++;
+          }
+        }
+
+        bool on_convex_hull = true;
+	std::vector<std::size_t> colinear;
+        for (std::size_t p = 0; p < points.size(); p++)
+        {
+          if (p != i && p != j)
+          {
+            const double orientation = orient3d(points[i],
+                                                points[j],
+                                                r,
+                                                points[p]);
+
+	    if (orientation == 0)
+	    {
+	      colinear.push_back(p);
+	    }
+
+            // Sign change: triangle is not on convex hull
+            if (edge_orientation * orientation < 0)
+            {
+              on_convex_hull = false;
+            }
+          }
+        }
+
+        if (on_convex_hull)
+        {
+	  if (!colinear.empty())
+	  {
+	    // Several points are colinear. Only add if i and j are
+	    // the 1d convex hull of the colinear points
+	    bool is_linear_convex_hull = true;
+	    for (std::size_t q : colinear)
+	    {
+	      if (!is_between(points[i], points[j], points[q]))
+	      {
+		is_linear_convex_hull = false;
+		break;
+	      }
+	    }
+
+	    if (is_linear_convex_hull)
+	    {
+	      edges.push_back(std::make_pair(i,  j));
+	    }
+	  }
+	  else
+	  {
+	    edges.push_back(std::make_pair(i, j));
+	  }
+        }
+      }
+    }
+
+    return edges;
+  }
+}
+
+//------------------------------------------------------------------------------
+std::vector<std::vector<Point>>
+ConvexTriangulation::triangulate(const std::vector<Point>& p,
+                                 std::size_t gdim,
+                                 std::size_t tdim)
+{
+  if (p.empty())
+    return std::vector<std::vector<Point>>();
+
+  if (tdim == 1)
+  {
+    return triangulate_1d(p, gdim);
+  }
+  else if (tdim == 2 && gdim == 2)
+  {
+    return triangulate_graham_scan_2d(p);
+  }
+  else if (tdim == 3 && gdim == 3)
+  {
+    return triangulate_graham_scan_3d(p);
+  }
+
+  dolfin_error("ConvexTriangulation.cpp",
+               "triangulate convex polyhedron",
+               "Triangulation of polyhedron of topological dimension %u and geometric dimension %u not implemented", tdim, gdim);
+
+  return std::vector<std::vector<Point>>();
+}
+//-----------------------------------------------------------------------------
+std::vector<std::vector<Point>>
+ConvexTriangulation::_triangulate_1d(const std::vector<Point>& p,
+				     std::size_t gdim)
+{
+  // A convex polyhedron of topological dimension 1 can not have more
+  // than two points. If more, they must be collinear (more or
+  // less). This can happen due to tolerances in
+  // IntersectionConstruction::intersection_segment_segment_2d.
+
+  if (gdim != 2)
+  {
+    dolfin_error("ConvexTriangulation.cpp",
+		 "triangulate topological 1d",
+		 "Function is only implemented for gdim = 2");
+  }
+
+  const std::vector<Point> unique_p = unique_points(p, gdim, DOLFIN_EPS);
+
+  if (unique_p.size() == 2)
+  {
+    // Return the point list. Since it is unique it is also
+    // non-degenerate
+    std::vector<std::vector<Point>> t { unique_p };
+    return t;
+  }
+  else if (unique_p.size() < 2)
+  {
+    // Return empty if 0 or 1 point
+    return std::vector<std::vector<Point>>();
+  }
+  else
+  {
+    // Here unique_p.size() > 2. Make sure the points are
+    // approximately collinear
+    bool collinear = true;
+    for (std::size_t i = 2; i < unique_p.size(); ++i)
+    {
+      const double o = orient2d(unique_p[0], unique_p[1], unique_p[i]);
+      if (std::abs(o) > DOLFIN_EPS_LARGE)
+      {
+	collinear = false;
+	break;
+      }
+    }
+
+    dolfin_assert(collinear);
+
+    // Return extremal
+    const Point v = unique_p[1] - unique_p[0];
+    std::vector<std::pair<double, std::size_t>> order;
+    order.emplace_back(0.0, 0);
+    order.emplace_back(1.0, 1);
+    for (std::size_t i = 2; i < unique_p.size(); ++i)
+      order.emplace_back(v.dot(unique_p[i]-unique_p[0]), i);
+
+    std::sort(order.begin(), order.end());
+
+    // Return first and last
+    return {{ unique_p[order.front().second],
+	  unique_p[order.back().second] }};
+  }
+
+}
+
+//------------------------------------------------------------------------------
+std::vector<std::vector<Point>>
+ConvexTriangulation::_triangulate_graham_scan_2d(const std::vector<Point>& input_points)
+{
+  dolfin_assert(GeometryPredicates::is_finite(input_points));
+
+  // Make sure the input points are unique
+  const std::size_t tdim = 2;
+  const std::size_t gdim = 2;
+  std::vector<Point> points = unique_points(input_points, gdim, DOLFIN_EPS);
+
+  if (points.size() < 3)
+    return std::vector<std::vector<Point>>();
+
+  if (points.size() == 3)
+  {
+    const std::size_t tdim = 2;
+    std::vector<std::vector<Point>> triangulation;
+    if (!GeometryPredicates::is_degenerate(points, tdim, gdim))
+      triangulation.push_back(points);
+    return triangulation;
+  }
+
+  // Sometimes we can get an extra point on an edge: a-----c--b. This
+  // point c may cause problems for the graham scan. To avoid this,
+  // use an extra center point.  Use this center point and point no 0
+  // as reference for the angle calculation
+  Point pointscenter = points[0];
+  for (std::size_t m = 1; m < points.size(); ++m)
+    pointscenter += points[m];
+  pointscenter /= points.size();
+
+  // Reference
+  const Point ref = points[0] - pointscenter;
+
+  // Calculate and store angles
+  std::vector<std::pair<double, std::size_t>> order;
+  for (std::size_t m = 1; m < points.size(); ++m)
+  {
+    const double A = orient2d(pointscenter, points[0], points[m]);
+    const Point s = points[m] - pointscenter;
+    double alpha = std::atan2(A, s.dot(ref));
+    if (alpha < 0)
+      alpha += 2.0*DOLFIN_PI;
+    order.emplace_back(alpha, m);
+  }
+
+  // Sort angles
+  std::sort(order.begin(), order.end());
+
+  // Tesselate
+  std::vector<std::vector<Point>> triangulation;
+
+  for (std::size_t m = 0; m < order.size()-1; ++m)
+  {
+    // FIXME: We could consider only triangles with area > tolerance here.
+    const std::vector<Point> tri {{ points[0],
+	  points[order[m].second],
+	  points[order[m + 1].second] }};
+    if (!GeometryPredicates::is_degenerate(tri, tdim, gdim))
+      triangulation.push_back(tri);
+  }
+
+  return triangulation;
+}
+//-----------------------------------------------------------------------------
+std::vector<std::vector<Point>>
+ConvexTriangulation::_triangulate_graham_scan_3d(const std::vector<Point>& input_points)
+{
+  dolfin_assert(GeometryPredicates::is_finite(input_points));
+
+  //std::cout << "Input to 3D Graham scan:" << std::endl;
+  //for (auto p : input_points)
+  //  std::cout << p << std::endl;
+
+  // Make sure the input points are unique. We assume this has
+  // negligble effect on volume
+  const std::size_t tdim = 3;
+  const std::size_t gdim = 3;
+  std::vector<Point> points = unique_points(input_points, gdim, DOLFIN_EPS);
+
+  std::vector<std::vector<Point>> triangulation;
+
+  if (points.size() < 4)
+  {
+    // Empty
+    return triangulation;
+  }
+  else if (points.size() == 4)
+  {
+    // Single tetrahedron
+    if (!GeometryPredicates::is_degenerate(points, tdim, gdim))
+      triangulation.push_back(points);
+    return triangulation;
+  }
+  else
+  {
+    // Construct tetrahedra using facet points and a center point
+    Point polyhedroncenter(0,0,0);
+    for (const Point& p : points)
+      polyhedroncenter += p;
+    polyhedroncenter /= points.size();
+
+    // FIXME: Better data structure than set?
+    std::set<std::tuple<std::size_t, std::size_t, std::size_t> > checked;
+
+    // Loop over all triplets
+    for (std::size_t i = 0; i < points.size(); ++i)
+    {
+      for (std::size_t j = i+1; j < points.size(); ++j)
+      {
+        for (std::size_t k = j+1; k < points.size(); ++k)
+        {
+	  if (checked.emplace(std::make_tuple(i, j, k)).second)
+	  {
+            // Test for the special case where i, j, k are collinear
+            {
+              const Point ij = points[j] - points[i];
+              const Point ik = points[k] - points[i];
+              if ( -(std::abs( (ij/ij.norm() ).dot(ik/ik.norm()))-1)  < DOLFIN_EPS)
+                continue;
+            }
+
+            // Check whether all other points are on one side of this
+            // (i,j,k) facet, i.e. we're on the convex
+            // hull. Initialize as true for the case of only three
+            // coplanar points.
+	    bool on_convex_hull = true;
+
+	    // Use orient3d to determine if the plane (i,j,k) is on the
+	    // convex hull.
+	    std::vector<std::size_t> coplanar = { i, j, k };
+	    double previous_orientation;
+	    bool first = true;
+
+	    for (std::size_t m = 0; m < points.size(); ++m)
+	    {
+	      if (m != i and m != j and m != k)
+	      {
+		const double orientation = orient3d(points[i],
+						    points[j],
+						    points[k],
+						    points[m]);
+		// Save point index if we find coplanar points
+		if (orientation == 0)
+		  coplanar.push_back(m);
+                else
+                {
+                  if (first)
+                  {
+                    previous_orientation = orientation;
+                    first = false;
+                  }
+                  else
+                  {
+                    // Sign change: triangle is not on convex hull
+                    if (previous_orientation * orientation < 0)
+                    {
+                      on_convex_hull = false;
+                    }
+                  }
+		}
+	      }
+	    }
+
+	    if (on_convex_hull)
+	    {
+	      if (coplanar.size() == 3)
+	      {
+		// Form one tetrahedron
+		std::vector<Point> cand = { points[i],
+					    points[j],
+					    points[k],
+					    polyhedroncenter };
+#ifdef DOLFIN_ENABLE_GEOMETRY_DEBUGGING
+                if (cgal_tet_is_degenerate(cand))
+                  dolfin_error("ConvexTriangulation.cpp",
+			       "triangulation 3d points",
+			       "tet is degenerate");
+
+#endif
+
+		// FIXME: Here we could include if determinant is sufficiently large
+                //for (auto p : cand)
+                //  std::cout << " " << p;
+                //std::cout << std::endl;
+		if (!GeometryPredicates::is_degenerate(cand, tdim, gdim))
+		  triangulation.push_back(cand);
+	      }
+	      else // At least four coplanar points
+	      {
+		// Tessellate as in the triangle-triangle intersection
+		// case: First sort points using a Graham scan, then
+		// connect to form triangles. Finally form tetrahedra
+		// using the center of the polyhedron.
+
+		// Use the center of the coplanar points and point no 0
+		// as reference for the angle calculation
+
+		std::vector<Point> coplanar_points;
+		for (std::size_t i : coplanar)
+		  coplanar_points.push_back(points[i]);
+
+		std::vector<std::pair<std::size_t, std::size_t>> coplanar_convex_hull =
+		  compute_convex_hull_planar(coplanar_points);
+
+		Point coplanar_center(0,0,0);
+		for (const Point& p : coplanar_points)
+		  coplanar_center += p;
+		coplanar_center /= coplanar_points.size();
+
+		// Tessellate
+		for (const std::pair<std::size_t, std::size_t>& edge : coplanar_convex_hull)
+		{
+		  const std::vector<Point> cand {{ polyhedroncenter,
+			coplanar_center,
+			coplanar_points[edge.first],
+			coplanar_points[edge.second] }};
+		  if (!GeometryPredicates::is_degenerate(cand, tdim, gdim))
+		  {
+		    triangulation.push_back(cand);
+
+#ifdef DOLFIN_ENABLE_GEOMETRY_DEBUGGING
+		    if (cgal_tet_is_degenerate(triangulation.back()))
+		    {
+		      dolfin_error("ConvexTriangulation.cpp:544",
+				   "triangulation 3d points",
+				   "tet is degenerate");
+		    }
+
+		    if (cgal_triangulation_overlap(triangulation))
+		    {
+		      dolfin_error("ConvexTriangulation.cpp:544",
+				   "triangulation 3d points",
+				   "now triangulation overlaps");
+		    }
+#endif
+		  }
+
+		  // Mark all combinations of the coplanar vertices as
+		  // checked to avoid duplicating triangles
+		  std::sort(coplanar.begin(), coplanar.end());
+
+		  for (int i = 0; i < (int)coplanar.size()-2; i++)
+		  {
+		    for (int j = i+1; j < (int)coplanar.size()-1; j++)
+		    {
+		      for (std::size_t k = j+1; k < coplanar.size(); k++)
+		      {
+			checked.emplace( std::make_tuple(coplanar[i], coplanar[j], coplanar[k]) );
+		      }
+                    }
+                  }
+                }
+	      } // end coplanar.size() > 3
+	    } // end on_convexhull
+	  }
+	}
+      }
+    }
+
+    return triangulation;
+  }
+}
+//-----------------------------------------------------------------------------
+std::vector<std::vector<Point>>
+ConvexTriangulation::triangulate_graham_scan_3d(const std::vector<Point>& pm)
+{
+  std::vector<std::vector<Point>> triangulation =
+    _triangulate_graham_scan_3d(pm);
+
+#ifdef DOLFIN_ENABLE_GEOMETRY_DEBUGGING
+
+  if (cgal_triangulation_has_degenerate(triangulation))
+    dolfin_error("ConvexTriangulation.cpp",
+		 "verify convex triangulation",
+		 "triangulation contains degenerate tetrahedron");
+
+  if (cgal_triangulation_overlap(triangulation))
+  {
+    dolfin_error("ConvexTriangulation.cpp",
+		 "verify convex triangulation",
+		 "tetrahedrons overlap");
+  }
+
+
+  double volume = .0;
+  for (const std::vector<Point>& tet : triangulation)
+  {
+    dolfin_assert(tet.size() == 4);
+    const double tet_volume = std::abs(orient3d(tet[0], tet[1], tet[2], tet[3]))/6.0;
+    volume += tet_volume;
+  }
+
+  const double reference_volume = cgal_polyhedron_volume(pm);
+
+  if (std::abs(volume - reference_volume) > DOLFIN_EPS_LARGE)
+    dolfin_error("ConvexTriangulation.cpp",
+		 "verifying convex triangulation",
+		 "computed volume %f, but reference volume is %f (diff %e)",
+		 volume, reference_volume, std::abs(reference_volume-volume));
+
+
+#endif
+  return triangulation;
+}
+//-----------------------------------------------------------------------------
+bool ConvexTriangulation::selfintersects(const std::vector<std::vector<Point>>& p)
+{
+  for (std::size_t i = 0; i < p.size(); i++)
+  {
+    for (std::size_t j = i+1; j < p.size(); j++)
+    {
+      dolfin_assert(p[i].size() == p[j].size());
+      if (p[i].size() == 4)
+      {
+	if (CollisionPredicates::collides_tetrahedron_tetrahedron_3d(p[i][0],
+								     p[i][1],
+								     p[i][2],
+								     p[i][3],
+								     p[j][0],
+								     p[j][1],
+								     p[j][2],
+								     p[j][3]))
+	{
+	  auto intersection =
+	    IntersectionConstruction::intersection_tetrahedron_tetrahedron_3d(p[i][0],
+									      p[i][1],
+									      p[i][2],
+									      p[i][3],
+									      p[j][0],
+									      p[j][1],
+									      p[j][2],
+									      p[j][3]);
+	  if (intersection.size() > 3)
+	  {
+	    for (std::size_t k = 3; k < intersection.size(); k++)
+	    {
+	      // FIXME: Note that this fails if the first three points are colinear!
+	      if (orient3d(intersection[0],
+			   intersection[1],
+			   intersection[2],
+			   intersection[k]) != 0)
+	      {
+		return true;
+	      }
+	    }
+	  }
+	}
+      }
+      else if (p[i].size() == 3)
+      {
+	dolfin_not_implemented();
+      }
+    }
+  }
+
+  return false;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/geometry/ConvexTriangulation.h b/dolfin/geometry/ConvexTriangulation.h
new file mode 100644
index 0000000..44f7a3e
--- /dev/null
+++ b/dolfin/geometry/ConvexTriangulation.h
@@ -0,0 +1,84 @@
+// Copyright (C) 2016 Anders Logg, August Johansson and Benjamin Kehlet
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2016-06-01
+// Last changed: 2017-09-30
+
+#ifndef __CONVEX_TRIANGULATION
+#define __CONVEX_TRIANGULATION
+
+#include <vector>
+#include "Point.h"
+
+namespace dolfin
+{
+
+  /// This class implements algorithms for triangulating convex
+  /// domains represented as a set of points.
+
+  class ConvexTriangulation
+  {
+  public:
+
+    /// Tdim independent wrapper
+    static std::vector<std::vector<Point>>
+    triangulate(const std::vector<Point>& p,
+                std::size_t gdim,
+                std::size_t tdim);
+
+    /// Triangulate 1D
+    static std::vector<std::vector<Point>>
+    triangulate_1d(const std::vector<Point>& pm,
+		   std::size_t gdim)
+    {
+      return _triangulate_1d(pm, gdim);
+    }
+
+    /// Triangulate using the Graham scan 2D
+    static std::vector<std::vector<Point>>
+    triangulate_graham_scan_2d(const std::vector<Point>& pm)
+    {
+      return _triangulate_graham_scan_2d(pm);
+    }
+
+    /// Triangulate using the Graham scan 3D
+    static std::vector<std::vector<Point>>
+    triangulate_graham_scan_3d(const std::vector<Point>& pm);
+
+    /// Determine if there are self-intersecting tetrahedra
+    static bool selfintersects(const std::vector<std::vector<Point>>& p);
+
+  private:
+
+    // Implementation declarations
+
+    /// Implementation of 1D triangulation
+    static std::vector<std::vector<Point>>
+    _triangulate_1d(const std::vector<Point>& pm,
+		    std::size_t gdim);
+
+    /// Implementation of Graham scan 2D
+    static std::vector<std::vector<Point>>
+    _triangulate_graham_scan_2d(const std::vector<Point>& pm);
+
+    /// Implementation of Graham scan 3D
+    static std::vector<std::vector<Point>>
+    _triangulate_graham_scan_3d(const std::vector<Point>& pm);
+  };
+
+} // end namespace dolfin
+#endif
diff --git a/dolfin/geometry/GenericBoundingBoxTree.cpp b/dolfin/geometry/GenericBoundingBoxTree.cpp
new file mode 100644
index 0000000..cd5c4d5
--- /dev/null
+++ b/dolfin/geometry/GenericBoundingBoxTree.cpp
@@ -0,0 +1,805 @@
+// Copyright (C) 2013 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-05-02
+// Last changed: 2016-11-15
+
+// Define a maximum dimension used for a local array in the recursive
+// build function. Speeds things up compared to allocating it in each
+// recursion and is more convenient than sending it around.
+#define MAX_DIM 6
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/geometry/Point.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/MeshEntity.h>
+#include <dolfin/mesh/MeshEntityIterator.h>
+#include "BoundingBoxTree1D.h" // used for internal point search tree
+#include "BoundingBoxTree2D.h" // used for internal point search tree
+#include "BoundingBoxTree3D.h" // used for internal point search tree
+#include "GenericBoundingBoxTree.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+GenericBoundingBoxTree::GenericBoundingBoxTree() : _tdim(0)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericBoundingBoxTree>
+GenericBoundingBoxTree::create(unsigned int gdim)
+{
+  std::shared_ptr<GenericBoundingBoxTree> tree;
+
+  switch (gdim)
+  {
+  case 1:
+    tree.reset(new BoundingBoxTree1D());
+    break;
+  case 2:
+    tree.reset(new BoundingBoxTree2D());
+    break;
+  case 3:
+    tree.reset(new BoundingBoxTree3D());
+    break;
+  default:
+    dolfin_error("BoundingBoxTree.cpp",
+                 "build bounding box tree",
+                 "Not implemented for geometric dimension %d",
+                 gdim);
+  }
+  return tree;
+}
+//-----------------------------------------------------------------------------
+void GenericBoundingBoxTree::build(const Mesh& mesh, std::size_t tdim)
+{
+  // Check dimension
+  if (tdim < 1 or tdim > mesh.topology().dim())
+  {
+    dolfin_error("GenericBoundingBoxTree.cpp",
+                 "compute bounding box tree",
+                 "Dimension must be a number between 1 and %d",
+                 mesh.topology().dim());
+  }
+
+  // Clear existing data if any
+  clear();
+
+  // Store topological dimension (only used for checking that entity
+  // collisions can only be computed with cells)
+  _tdim = tdim;
+
+  // Initialize entities of given dimension if they don't exist
+  mesh.init(tdim);
+
+  // Create bounding boxes for all entities (leaves)
+  const std::size_t _gdim = gdim();
+  const unsigned int num_leaves = mesh.num_entities(tdim);
+  std::vector<double> leaf_bboxes(2*_gdim*num_leaves);
+  for (MeshEntityIterator it(mesh, tdim); !it.end(); ++it)
+    compute_bbox_of_entity(leaf_bboxes.data() + 2*_gdim*it->index(), *it, _gdim);
+
+  // Create leaf partition (to be sorted)
+  std::vector<unsigned int> leaf_partition(num_leaves);
+  for (unsigned int i = 0; i < num_leaves; ++i)
+    leaf_partition[i] = i;
+
+  // Recursively build the bounding box tree from the leaves
+  _build(leaf_bboxes, leaf_partition.begin(), leaf_partition.end(), _gdim);
+
+  log(PROGRESS,
+      "Computed bounding box tree with %d nodes for %d entities.",
+      num_bboxes(), num_leaves);
+
+  const std::size_t mpi_size = MPI::size(mesh.mpi_comm());
+  if (mpi_size > 1)
+  {
+    // Send root node coordinates to all processes
+    std::vector<double> send_bbox(_bbox_coordinates.end() - _gdim*2,
+                                  _bbox_coordinates.end());
+    std::vector<double> recv_bbox;
+    MPI::all_gather(mesh.mpi_comm(), send_bbox, recv_bbox);
+    std::vector<unsigned int> global_leaves(mpi_size);
+    for (std::size_t i = 0; i != mpi_size; ++i)
+      global_leaves[i] = i;
+
+    _global_tree = create(_gdim);
+    _global_tree->_build(recv_bbox,
+                         global_leaves.begin(), global_leaves.end(), _gdim);
+
+    info("Computed global bounding box tree with %d boxes.",
+         _global_tree->num_bboxes());
+  }
+}
+//-----------------------------------------------------------------------------
+void GenericBoundingBoxTree::build(const std::vector<Point>& points)
+{
+  // Clear existing data if any
+  clear();
+
+  // Create leaf partition (to be sorted)
+  const unsigned int num_leaves = points.size();
+  std::vector<unsigned int> leaf_partition(num_leaves);
+  for (unsigned int i = 0; i < num_leaves; ++i)
+    leaf_partition[i] = i;
+
+  // Recursively build the bounding box tree from the leaves
+  _build(points, leaf_partition.begin(), leaf_partition.end(), gdim());
+
+  info("Computed bounding box tree with %d nodes for %d points.",
+       num_bboxes(), num_leaves);
+}
+//-----------------------------------------------------------------------------
+std::vector<unsigned int>
+GenericBoundingBoxTree::compute_collisions(const Point& point) const
+{
+  // Call recursive find function
+  std::vector<unsigned int> entities;
+  _compute_collisions(*this, point, num_bboxes() - 1, entities, 0);
+
+  return entities;
+}
+//-----------------------------------------------------------------------------
+std::pair<std::vector<unsigned int>, std::vector<unsigned int>>
+  GenericBoundingBoxTree::compute_collisions(
+    const GenericBoundingBoxTree& tree) const
+{
+  // Introduce new variables for clarity
+  const GenericBoundingBoxTree& A(*this);
+  const GenericBoundingBoxTree& B(tree);
+
+  // Create data structures for storing collisions
+  std::vector<unsigned int> entities_A;
+  std::vector<unsigned int> entities_B;
+
+  // Call recursive find function
+  _compute_collisions(A, B,
+                      A.num_bboxes() - 1, B.num_bboxes() - 1,
+                      entities_A, entities_B, 0, 0);
+
+  return std::make_pair(entities_A, entities_B);
+}
+//-----------------------------------------------------------------------------
+std::vector<unsigned int>
+GenericBoundingBoxTree::compute_entity_collisions(const Point& point,
+                                                  const Mesh& mesh) const
+{
+  // Point in entity only implemented for cells. Consider extending this.
+  if (_tdim != mesh.topology().dim())
+  {
+    dolfin_error("GenericBoundingBoxTree.cpp",
+                 "compute collision between point and mesh entities",
+                 "Point-in-entity is only implemented for cells");
+  }
+
+  // Call recursive find function to compute bounding box candidates
+  std::vector<unsigned int> entities;
+  _compute_collisions(*this, point, num_bboxes() - 1, entities, &mesh);
+
+  return entities;
+}
+//-----------------------------------------------------------------------------
+std::vector<unsigned int>
+GenericBoundingBoxTree::compute_process_collisions(const Point& point) const
+{
+  if (_global_tree)
+    return _global_tree->compute_collisions(point);
+
+  std::vector<unsigned int> collision;
+  if (point_in_bbox(point.coordinates(), num_bboxes() - 1))
+    collision.push_back(0);
+
+  return collision;
+}
+//-----------------------------------------------------------------------------
+std::pair<std::vector<unsigned int>, std::vector<unsigned int>>
+GenericBoundingBoxTree::compute_entity_collisions(
+  const GenericBoundingBoxTree& tree,
+  const Mesh& mesh_A,
+  const Mesh& mesh_B) const
+{
+  // Introduce new variables for clarity
+  const GenericBoundingBoxTree& A(*this);
+  const GenericBoundingBoxTree& B(tree);
+
+  // Create data structures for storing collisions
+  std::vector<unsigned int> entities_A;
+  std::vector<unsigned int> entities_B;
+
+  // Call recursive find function
+  _compute_collisions(A, B,
+                      A.num_bboxes() - 1, B.num_bboxes() - 1,
+                      entities_A, entities_B, &mesh_A, &mesh_B);
+
+  return std::make_pair(entities_A, entities_B);
+}
+//-----------------------------------------------------------------------------
+unsigned int
+GenericBoundingBoxTree::compute_first_collision(const Point& point) const
+{
+  // Call recursive find function
+  return _compute_first_collision(*this, point, num_bboxes() - 1);
+}
+//-----------------------------------------------------------------------------
+unsigned int
+GenericBoundingBoxTree::compute_first_entity_collision(const Point& point,
+                                                       const Mesh& mesh) const
+{
+  // Point in entity only implemented for cells. Consider extending this.
+  if (_tdim != mesh.topology().dim())
+  {
+    dolfin_error("GenericBoundingBoxTree.cpp",
+                 "compute collision between point and mesh entities",
+                 "Point-in-entity is only implemented for cells");
+  }
+
+  // Call recursive find function
+  return _compute_first_entity_collision(*this, point, num_bboxes() - 1, mesh);
+}
+//-----------------------------------------------------------------------------
+std::pair<unsigned int, double>
+GenericBoundingBoxTree::compute_closest_entity(const Point& point,
+                                               const Mesh& mesh) const
+{
+  // Closest entity only implemented for cells. Consider extending this.
+  if (_tdim != mesh.topology().dim())
+  {
+    dolfin_error("GenericBoundingBoxTree.cpp",
+                 "compute closest entity of point",
+                 "Closest-entity is only implemented for cells");
+  }
+
+  // Compute point search tree if not already done
+  build_point_search_tree(mesh);
+
+  // Search point cloud to get a good starting guess
+  dolfin_assert(_point_search_tree);
+  std::pair<unsigned int, double> guess
+    = _point_search_tree->compute_closest_point(point);
+  double r = guess.second;
+
+  // Return if we have found the point
+  if (r == 0.)
+    return guess;
+
+  // Initialize index and distance to closest entity
+  unsigned int closest_entity = std::numeric_limits<unsigned int>::max();
+  double R2 = r*r;
+
+  // Call recursive find function
+  _compute_closest_entity(*this, point, num_bboxes() - 1,
+                          mesh, closest_entity, R2);
+
+  // Sanity check
+  dolfin_assert(closest_entity < std::numeric_limits<unsigned int>::max());
+
+  std::pair<unsigned int, double> ret(closest_entity, sqrt(R2));
+  return ret;
+}
+//-----------------------------------------------------------------------------
+std::pair<unsigned int, double>
+GenericBoundingBoxTree::compute_closest_point(const Point& point) const
+{
+  // Closest point only implemented for point cloud
+  if (_tdim != 0)
+  {
+    dolfin_error("GenericBoundingBoxTree.cpp",
+                 "compute closest point",
+                 "Search tree has not been built for point cloud");
+  }
+
+  // Note that we don't compute a point search tree here... That would
+  // be weird.
+
+  // Get initial guess by picking the distance to a "random" point
+  unsigned int closest_point = 0;
+  double R2 = compute_squared_distance_point(point.coordinates(),
+                                             closest_point);
+
+  // Call recursive find function
+  _compute_closest_point(*this, point, num_bboxes() - 1, closest_point, R2);
+
+  std::pair<unsigned int, double> ret(closest_point, sqrt(R2));
+  return ret;
+}
+//-----------------------------------------------------------------------------
+// Implementation of protected functions
+//-----------------------------------------------------------------------------
+void GenericBoundingBoxTree::clear()
+{
+  _tdim = 0;
+  _bboxes.clear();
+  _bbox_coordinates.clear();
+  _point_search_tree.reset();
+}
+//-----------------------------------------------------------------------------
+unsigned int
+GenericBoundingBoxTree::_build(const std::vector<double>& leaf_bboxes,
+                               const std::vector<unsigned int>::iterator& begin,
+                               const std::vector<unsigned int>::iterator& end,
+                               std::size_t gdim)
+{
+  dolfin_assert(begin < end);
+
+  // Create empty bounding box data
+  BBox bbox;
+
+  // Reached leaf
+  if (end - begin == 1)
+  {
+    // Get bounding box coordinates for leaf
+    const unsigned int entity_index = *begin;
+    const double* b = leaf_bboxes.data() + 2*gdim*entity_index;
+
+    // Store bounding box data
+    bbox.child_0 = num_bboxes(); // child_0 == node denotes a leaf
+    bbox.child_1 = entity_index; // index of entity contained in leaf
+    return add_bbox(bbox, b, gdim);
+  }
+
+  // Compute bounding box of all bounding boxes
+  double b[MAX_DIM];
+  std::size_t axis;
+  compute_bbox_of_bboxes(b, axis, leaf_bboxes, begin, end);
+
+  // Sort bounding boxes along longest axis
+  std::vector<unsigned int>::iterator middle = begin + (end - begin) / 2;
+  sort_bboxes(axis, leaf_bboxes, begin, middle, end);
+
+  // Split bounding boxes into two groups and call recursively
+  bbox.child_0 = _build(leaf_bboxes, begin, middle, gdim);
+  bbox.child_1 = _build(leaf_bboxes, middle, end, gdim);
+
+  // Store bounding box data. Note that root box will be added last.
+  return add_bbox(bbox, b, gdim);
+}
+//-----------------------------------------------------------------------------
+unsigned int
+GenericBoundingBoxTree::_build(const std::vector<Point>& points,
+                               const std::vector<unsigned int>::iterator& begin,
+                               const std::vector<unsigned int>::iterator& end,
+                               std::size_t gdim)
+{
+  dolfin_assert(begin < end);
+
+  // Create empty bounding box data
+  BBox bbox;
+
+  // Reached leaf
+  if (end - begin == 1)
+  {
+    // Store bounding box data
+    const unsigned int point_index = *begin;
+    bbox.child_0 = num_bboxes(); // child_0 == node denotes a leaf
+    bbox.child_1 = point_index;  // index of entity contained in leaf
+    return add_point(bbox, points[point_index], gdim);
+  }
+
+  // Compute bounding box of all points
+  double b[MAX_DIM];
+  std::size_t axis;
+  compute_bbox_of_points(b, axis, points, begin, end);
+
+  // Sort bounding boxes along longest axis
+  std::vector<unsigned int>::iterator middle = begin + (end - begin) / 2;
+  sort_points(axis, points, begin, middle, end);
+
+  // Split bounding boxes into two groups and call recursively
+  bbox.child_0 = _build(points, begin, middle, gdim);
+  bbox.child_1 = _build(points, middle, end, gdim);
+
+  // Store bounding box data. Note that root box will be added last.
+  return add_bbox(bbox, b, gdim);
+}
+//-----------------------------------------------------------------------------
+void
+GenericBoundingBoxTree::_compute_collisions(const GenericBoundingBoxTree& tree,
+                                            const Point& point,
+                                            unsigned int node,
+                                            std::vector<unsigned int>& entities,
+                                            const Mesh* mesh)
+{
+  // Get bounding box for current node
+  const BBox& bbox = tree.get_bbox(node);
+
+  // If point is not in bounding box, then don't search further
+  if (!tree.point_in_bbox(point.coordinates(), node))
+    return;
+
+  // If box is a leaf (which we know contains the point), then add it
+  else if (tree.is_leaf(bbox, node))
+  {
+    // child_1 denotes entity for leaves
+    const unsigned int entity_index = bbox.child_1;
+
+    // If we have a mesh, check that the candidate is really a collision
+    if (mesh)
+    {
+      // Get cell
+      Cell cell(*mesh, entity_index);
+      if (cell.collides(point))
+        entities.push_back(entity_index);
+    }
+
+    // Otherwise, add the candidate
+    else
+      entities.push_back(entity_index);
+  }
+
+  // Check both children
+  else
+  {
+    _compute_collisions(tree, point, bbox.child_0, entities, mesh);
+    _compute_collisions(tree, point, bbox.child_1, entities, mesh);
+  }
+}
+//-----------------------------------------------------------------------------
+void
+GenericBoundingBoxTree::_compute_collisions(const GenericBoundingBoxTree& A,
+                                            const GenericBoundingBoxTree& B,
+                                            unsigned int node_A,
+                                            unsigned int node_B,
+                                            std::vector<unsigned int>& entities_A,
+                                            std::vector<unsigned int>& entities_B,
+                                            const Mesh* mesh_A,
+                                            const Mesh* mesh_B)
+{
+  // Get bounding boxes for current nodes
+  const BBox& bbox_A = A.get_bbox(node_A);
+  const BBox& bbox_B = B.get_bbox(node_B);
+
+  // If bounding boxes don't collide, then don't search further
+  if (!B.bbox_in_bbox(A.get_bbox_coordinates(node_A), node_B))
+    return;
+
+  // Check whether we've reached a leaf in A or B
+  const bool is_leaf_A = A.is_leaf(bbox_A, node_A);
+  const bool is_leaf_B = B.is_leaf(bbox_B, node_B);
+
+  // If both boxes are leaves (which we know collide), then add them
+  if (is_leaf_A && is_leaf_B)
+  {
+    // child_1 denotes entity for leaves
+    const unsigned int entity_index_A = bbox_A.child_1;
+    const unsigned int entity_index_B = bbox_B.child_1;
+
+    // If we have a mesh, check that the candidate is really a collision
+    if (mesh_A)
+    {
+      dolfin_assert(mesh_B);
+      Cell cell_A(*mesh_A, entity_index_A);
+      Cell cell_B(*mesh_B, entity_index_B);
+      if (cell_A.collides(cell_B))
+      {
+        entities_A.push_back(entity_index_A);
+        entities_B.push_back(entity_index_B);
+      }
+    }
+
+    // Otherwise, add the candidate
+    else
+    {
+      entities_A.push_back(entity_index_A);
+      entities_B.push_back(entity_index_B);
+    }
+  }
+
+  // If we reached the leaf in A, then descend B
+  else if (is_leaf_A)
+  {
+    _compute_collisions(A, B, node_A, bbox_B.child_0,
+                        entities_A, entities_B, mesh_A, mesh_B);
+    _compute_collisions(A, B, node_A, bbox_B.child_1,
+                        entities_A, entities_B, mesh_A, mesh_B);
+  }
+
+  // If we reached the leaf in B, then descend A
+  else if (is_leaf_B)
+  {
+    _compute_collisions(A, B, bbox_A.child_0, node_B,
+                        entities_A, entities_B, mesh_A, mesh_B);
+    _compute_collisions(A, B, bbox_A.child_1, node_B,
+                        entities_A, entities_B, mesh_A, mesh_B);
+  }
+
+  // At this point, we know neither is a leaf so descend the largest
+  // tree first. Note that nodes are added in reverse order with the
+  // top bounding box at the end so the largest tree (the one with the
+  // the most boxes left to traverse) has the largest node number.
+  else if (node_A > node_B)
+  {
+    _compute_collisions(A, B, bbox_A.child_0, node_B,
+                        entities_A, entities_B, mesh_A, mesh_B);
+    _compute_collisions(A, B, bbox_A.child_1, node_B,
+                        entities_A, entities_B, mesh_A, mesh_B);
+  }
+  else
+  {
+    _compute_collisions(A, B, node_A, bbox_B.child_0,
+                        entities_A, entities_B, mesh_A, mesh_B);
+    _compute_collisions(A, B, node_A, bbox_B.child_1,
+                        entities_A, entities_B, mesh_A, mesh_B);
+  }
+
+  // Note that cases above can be collected in fewer cases but this
+  // way the logic is easier to follow.
+}
+//-----------------------------------------------------------------------------
+unsigned int
+GenericBoundingBoxTree::_compute_first_collision(const GenericBoundingBoxTree& tree,
+                                                 const Point& point,
+                                                 unsigned int node)
+{
+  // Get max integer to signify not found
+  unsigned int not_found = std::numeric_limits<unsigned int>::max();
+
+  // Get bounding box for current node
+  const BBox& bbox = tree.get_bbox(node);
+
+  // If point is not in bounding box, then don't search further
+  if (!tree.point_in_bbox(point.coordinates(), node))
+    return not_found;
+
+  // If box is a leaf (which we know contains the point), then return it
+  else if (tree.is_leaf(bbox, node))
+    return bbox.child_1; // child_1 denotes entity for leaves
+
+  // Check both children
+  else
+  {
+    unsigned int c0 = _compute_first_collision(tree, point, bbox.child_0);
+    if (c0 != not_found)
+      return c0;
+
+    // Check second child
+    unsigned int c1 = _compute_first_collision(tree, point, bbox.child_1);
+    if (c1 != not_found)
+      return c1;
+  }
+
+  // Point not found
+  return not_found;
+}
+//-----------------------------------------------------------------------------
+unsigned int
+GenericBoundingBoxTree::_compute_first_entity_collision(const GenericBoundingBoxTree& tree,
+                                                        const Point& point,
+                                                        unsigned int node,
+                                                        const Mesh& mesh)
+{
+  // Get max integer to signify not found
+  unsigned int not_found = std::numeric_limits<unsigned int>::max();
+
+  // Get bounding box for current node
+  const BBox& bbox = tree.get_bbox(node);
+
+  // If point is not in bounding box, then don't search further
+  if (!tree.point_in_bbox(point.coordinates(), node))
+    return not_found;
+
+  // If box is a leaf (which we know contains the point), then check entity
+  else if (tree.is_leaf(bbox, node))
+  {
+    // Get entity (child_1 denotes entity index for leaves)
+    dolfin_assert(tree._tdim == mesh.topology().dim());
+    const unsigned int entity_index = bbox.child_1;
+    Cell cell(mesh, entity_index);
+
+    // Check entity
+    if (cell.collides(point))
+      return entity_index;
+  }
+
+  // Check both children
+  else
+  {
+    const unsigned int c0 = _compute_first_entity_collision(tree,
+                                                            point,
+                                                            bbox.child_0,
+                                                            mesh);
+    if (c0 != not_found)
+      return c0;
+
+    const unsigned int c1 = _compute_first_entity_collision(tree,
+                                                            point,
+                                                            bbox.child_1,
+                                                            mesh);
+    if (c1 != not_found)
+      return c1;
+  }
+
+  // Point not found
+  return not_found;
+}
+//-----------------------------------------------------------------------------
+void
+GenericBoundingBoxTree::_compute_closest_entity(const GenericBoundingBoxTree& tree,
+                                                const Point& point,
+                                                unsigned int node,
+                                                const Mesh& mesh,
+                                                unsigned int& closest_entity,
+                                                double& R2)
+{
+  // Get bounding box for current node
+  const BBox& bbox = tree.get_bbox(node);
+
+  // If bounding box is outside radius, then don't search further
+  const double r2 = tree.compute_squared_distance_bbox(point.coordinates(), node);
+  if (r2 > R2)
+    return;
+
+  // If box is leaf (which we know is inside radius), then shrink radius
+  else if (tree.is_leaf(bbox, node))
+  {
+    // Get entity (child_1 denotes entity index for leaves)
+    dolfin_assert(tree._tdim == mesh.topology().dim());
+    const unsigned int entity_index = bbox.child_1;
+    Cell cell(mesh, entity_index);
+
+    // If entity is closer than best result so far, then return it
+    const double r2 = cell.squared_distance(point);
+    if (r2 < R2)
+    {
+      closest_entity = entity_index;
+      R2 = r2;
+    }
+  }
+
+  // Check both children
+  else
+  {
+    _compute_closest_entity(tree, point, bbox.child_0, mesh, closest_entity, R2);
+    _compute_closest_entity(tree, point, bbox.child_1, mesh, closest_entity, R2);
+  }
+}
+//-----------------------------------------------------------------------------
+void
+GenericBoundingBoxTree::_compute_closest_point(const GenericBoundingBoxTree& tree,
+                                               const Point& point,
+                                               unsigned int node,
+                                               unsigned int& closest_point,
+                                               double& R2)
+{
+  // Get bounding box for current node
+  const BBox& bbox = tree.get_bbox(node);
+
+  // If box is leaf, then compute distance and shrink radius
+  if (tree.is_leaf(bbox, node))
+  {
+    const double r2 = tree.compute_squared_distance_point(point.coordinates(),
+                                                          node);
+    if (r2 < R2)
+    {
+      closest_point = bbox.child_1;
+      R2 = r2;
+    }
+  }
+  else
+  {
+    // If bounding box is outside radius, then don't search further
+    const double r2 = tree.compute_squared_distance_bbox(point.coordinates(),
+                                                         node);
+    if (r2 > R2)
+      return;
+
+    // Check both children
+    _compute_closest_point(tree, point, bbox.child_0, closest_point, R2);
+    _compute_closest_point(tree, point, bbox.child_1, closest_point, R2);
+  }
+}
+//-----------------------------------------------------------------------------
+void GenericBoundingBoxTree::build_point_search_tree(const Mesh& mesh) const
+{
+  // Don't build search tree if it already exists
+  if (_point_search_tree)
+    return;
+  info("Building point search tree to accelerate distance queries.");
+
+  // Create list of midpoints for all cells
+  std::vector<Point> points;
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+    points.push_back(cell->midpoint());
+
+  // Select implementation
+  _point_search_tree = create(mesh.geometry().dim());
+
+  // Build tree
+  dolfin_assert(_point_search_tree);
+  _point_search_tree->build(points);
+}
+//-----------------------------------------------------------------------------
+void GenericBoundingBoxTree::compute_bbox_of_entity(double* b,
+                                                    const MeshEntity& entity,
+                                                    std::size_t gdim) const
+{
+  // Get bounding box coordinates
+  double* xmin = b;
+  double* xmax = b + gdim;
+
+  // Get mesh entity data
+  const MeshGeometry& geometry = entity.mesh().geometry();
+  const size_t num_vertices = entity.num_entities(0);
+  const unsigned int* vertices = entity.entities(0);
+  dolfin_assert(num_vertices >= 2);
+
+  // Get coordinates for first vertex
+  const double* x = geometry.x(vertices[0]);
+  for (std::size_t j = 0; j < gdim; ++j)
+    xmin[j] = xmax[j] = x[j];
+
+  // Compute min and max over remaining vertices
+  for (unsigned int i = 1; i < num_vertices; ++i)
+  {
+    const double* x = geometry.x(vertices[i]);
+    for (std::size_t j = 0; j < gdim; ++j)
+    {
+      xmin[j] = std::min(xmin[j], x[j]);
+      xmax[j] = std::max(xmax[j], x[j]);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void
+GenericBoundingBoxTree::sort_points(std::size_t axis,
+                                    const std::vector<Point>& points,
+                                    const std::vector<unsigned int>::iterator& begin,
+                                    const std::vector<unsigned int>::iterator& middle,
+                                    const std::vector<unsigned int>::iterator& end)
+{
+  switch (axis)
+  {
+  case 0:
+    std::nth_element(begin, middle, end, less_x_point(points));
+    break;
+  case 1:
+    std::nth_element(begin, middle, end, less_y_point(points));
+    break;
+  default:
+    std::nth_element(begin, middle, end, less_z_point(points));
+  }
+}
+//-----------------------------------------------------------------------------
+std::string GenericBoundingBoxTree::str(bool verbose)
+{
+  std::stringstream s;
+  tree_print(s, _bboxes.size() - 1);
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+void GenericBoundingBoxTree::tree_print(std::stringstream& s, unsigned int i)
+{
+  std::size_t dim = _bbox_coordinates.size() / _bboxes.size();
+  std::size_t idx = i*dim;
+  s << "[";
+  for (unsigned int j = idx; j != idx + dim; ++j)
+    s << _bbox_coordinates[j] << " ";
+  s << "]\n";
+
+  if (_bboxes[i].child_0 == i)
+    s << "leaf containing entity (" << _bboxes[i].child_1 << ")";
+  else
+  {
+    s << "{";
+    tree_print(s, _bboxes[i].child_0);
+    s << ", \n";
+    tree_print(s, _bboxes[i].child_1);
+    s << "}\n";
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/geometry/GenericBoundingBoxTree.h b/dolfin/geometry/GenericBoundingBoxTree.h
new file mode 100644
index 0000000..2b205f6
--- /dev/null
+++ b/dolfin/geometry/GenericBoundingBoxTree.h
@@ -0,0 +1,381 @@
+// Copyright (C) 2013 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-04-23
+// Last changed: 2014-02-06
+
+#ifndef __GENERIC_BOUNDING_BOX_TREE_H
+#define __GENERIC_BOUNDING_BOX_TREE_H
+
+#include <memory>
+#include <sstream>
+#include <set>
+#include <vector>
+#include <dolfin/geometry/Point.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class Mesh;
+  class MeshEntity;
+
+  /// Base class for bounding box implementations (envelope-letter
+  /// design)
+
+  class GenericBoundingBoxTree
+  {
+  public:
+
+    /// Constructor
+    GenericBoundingBoxTree();
+
+    /// Destructor
+    virtual ~GenericBoundingBoxTree() {}
+
+    /// Factory function returning (empty) tree of appropriate dimension
+    static std::shared_ptr<GenericBoundingBoxTree> create(unsigned int dim);
+
+    /// Build bounding box tree for mesh entities of given dimension
+    void build(const Mesh& mesh, std::size_t tdim);
+
+    /// Build bounding box tree for point cloud
+    void build(const std::vector<Point>& points);
+
+    /// Compute all collisions between bounding boxes and _Point_
+    std::vector<unsigned int>
+    compute_collisions(const Point& point) const;
+
+    /// Compute all collisions between bounding boxes and _BoundingBoxTree_
+    std::pair<std::vector<unsigned int>, std::vector<unsigned int> >
+    compute_collisions(const GenericBoundingBoxTree& tree) const;
+
+    /// Compute all collisions between entities and _Point_
+    std::vector<unsigned int>
+    compute_entity_collisions(const Point& point,
+                              const Mesh& mesh) const;
+
+    /// Compute all collisions between processes and _Point_
+    std::vector<unsigned int>
+    compute_process_collisions(const Point& point) const;
+
+    /// Compute all collisions between entities and _BoundingBoxTree_
+    std::pair<std::vector<unsigned int>, std::vector<unsigned int> >
+    compute_entity_collisions(const GenericBoundingBoxTree& tree,
+                              const Mesh& mesh_A, const Mesh& mesh_B) const;
+
+    /// Compute first collision between bounding boxes and _Point_
+    unsigned int compute_first_collision(const Point& point) const;
+
+    /// Compute first collision between entities and _Point_
+    unsigned int compute_first_entity_collision(const Point& point,
+                                              const Mesh& mesh) const;
+
+    /// Compute closest entity and distance to _Point_
+    std::pair<unsigned int, double> compute_closest_entity(const Point& point,
+                                                           const Mesh& mesh) const;
+
+    /// Compute closest point and distance to _Point_
+    std::pair<unsigned int, double> compute_closest_point(const Point& point) const;
+
+    /// Print out for debugging
+    std::string str(bool verbose=false);
+
+  protected:
+
+    /// Bounding box data. Leaf nodes are indicated by setting child_0
+    /// equal to the node itself. For leaf nodes, child_1 is set to the
+    /// index of the entity contained in the leaf bounding box.
+    struct BBox
+    {
+      /// Child 0
+      unsigned int child_0;
+      /// Child 1
+      unsigned int child_1;
+    };
+
+    /// Topological dimension of leaf entities
+    std::size_t _tdim;
+
+    /// List of bounding boxes (parent-child-entity relations)
+    std::vector<BBox> _bboxes;
+
+    /// List of bounding box coordinates
+    std::vector<double> _bbox_coordinates;
+
+    /// Point search tree used to accelerate distance queries
+    mutable std::shared_ptr<GenericBoundingBoxTree> _point_search_tree;
+
+    /// Global tree for mesh ownership of each process (same on all processes)
+    std::shared_ptr<GenericBoundingBoxTree> _global_tree;
+
+    /// Clear existing data if any
+    void clear();
+
+    //--- Recursive build functions ---
+
+    /// Build bounding box tree for entities (recursive)
+    unsigned int _build(const std::vector<double>& leaf_bboxes,
+                        const std::vector<unsigned int>::iterator& begin,
+                        const std::vector<unsigned int>::iterator& end,
+                        std::size_t gdim);
+
+    /// Build bounding box tree for points (recursive)
+    unsigned int _build(const std::vector<Point>& points,
+                        const std::vector<unsigned int>::iterator& begin,
+                        const std::vector<unsigned int>::iterator& end,
+                        std::size_t gdim);
+
+    //--- Recursive search functions ---
+
+    // Note that these functions are made static for consistency as
+    // some of them need to deal with more than tree.
+
+    // Compute collisions with point (recursive)
+    static void
+    _compute_collisions(const GenericBoundingBoxTree& tree,
+                        const Point& point,
+                        unsigned int node,
+                        std::vector<unsigned int>& entities,
+                        const Mesh* mesh);
+
+    // Compute collisions with tree (recursive)
+    static void
+    _compute_collisions(const GenericBoundingBoxTree& A,
+                        const GenericBoundingBoxTree& B,
+                        unsigned int node_A,
+                        unsigned int node_B,
+                        std::vector<unsigned int>& entities_A,
+                        std::vector<unsigned int>& entities_B,
+                        const Mesh* mesh_A,
+                        const Mesh* mesh_B);
+
+    // Compute first collision (recursive)
+    static unsigned int
+    _compute_first_collision(const GenericBoundingBoxTree& tree,
+                             const Point& point,
+                             unsigned int node);
+
+    // Compute first entity collision (recursive)
+    static unsigned int
+    _compute_first_entity_collision(const GenericBoundingBoxTree& tree,
+                                    const Point& point,
+                                    unsigned int node,
+                                    const Mesh& mesh);
+
+    // Compute closest entity (recursive)
+    static void _compute_closest_entity(const GenericBoundingBoxTree& tree,
+                                        const Point& point,
+                                        unsigned int node,
+                                        const Mesh& mesh,
+                                        unsigned int& closest_entity,
+                                        double& R2);
+
+    // Compute closest point (recursive)
+    static void
+    _compute_closest_point(const GenericBoundingBoxTree& tree,
+                           const Point& point,
+                           unsigned int node,
+                           unsigned int& closest_point,
+                           double& R2);
+
+    //--- Utility functions ---
+
+    /// Compute point search tree if not already done
+    void build_point_search_tree(const Mesh& mesh) const;
+
+    /// Compute bounding box of mesh entity
+    void compute_bbox_of_entity(double* b,
+                                const MeshEntity& entity,
+                                std::size_t gdim) const;
+
+    /// Sort points along given axis
+    void sort_points(std::size_t axis,
+                     const std::vector<Point>& points,
+                     const std::vector<unsigned int>::iterator& begin,
+                     const std::vector<unsigned int>::iterator& middle,
+                     const std::vector<unsigned int>::iterator& end);
+
+    /// Add bounding box and coordinates
+    inline unsigned int add_bbox(const BBox& bbox,
+                                 const double* b,
+                                 std::size_t gdim)
+    {
+      // Add bounding box
+      _bboxes.push_back(bbox);
+
+      // Add bounding box coordinates
+      for (std::size_t i = 0; i < 2*gdim; ++i)
+        _bbox_coordinates.push_back(b[i]);
+
+      return _bboxes.size() - 1;
+    }
+
+    /// Return bounding box for given node
+    inline const BBox& get_bbox(unsigned int node) const
+    {
+      return _bboxes[node];
+    }
+
+    /// Return number of bounding boxes
+    inline unsigned int num_bboxes() const
+    {
+      return _bboxes.size();
+    }
+
+    /// Add bounding box and point coordinates
+    inline unsigned int add_point(const BBox& bbox,
+                                  const Point& point,
+                                  std::size_t gdim)
+    {
+      // Add bounding box
+      _bboxes.push_back(bbox);
+
+      // Add point coordinates (twice)
+      const double* x = point.coordinates();
+      for (std::size_t i = 0; i < gdim; ++i)
+        _bbox_coordinates.push_back(x[i]);
+      for (std::size_t i = 0; i < gdim; ++i)
+        _bbox_coordinates.push_back(x[i]);
+
+      return _bboxes.size() - 1;
+    }
+
+    /// Check whether bounding box is a leaf node
+    inline bool is_leaf(const BBox& bbox, unsigned int node) const
+    {
+      // Leaf nodes are marked by setting child_0 equal to the node itself
+      return bbox.child_0 == node;
+    }
+
+    /// Comparison operator for sorting of points in x-direction. The corresponding
+    /// comparison operators for bounding boxes are dimension-dependent
+    /// and are therefore implemented in the subclasses.
+    struct less_x_point
+    {
+      /// Points
+      const std::vector<Point>& points;
+
+      /// Constructor
+      less_x_point(const std::vector<Point>& points): points(points) {}
+
+      /// Comparison operator
+      inline bool operator()(unsigned int i, unsigned int j)
+      {
+        const double* pi = points[i].coordinates();
+        const double* pj = points[j].coordinates();
+        return pi[0] < pj[0];
+      }
+    };
+
+    /// Comparison operator for sorting of points in y-direction. The corresponding
+    /// comparison operators for bounding boxes are dimension-dependent
+    /// and are therefore implemented in the subclasses.
+    struct less_y_point
+    {
+      /// Points
+      const std::vector<Point>& points;
+
+      /// Constructor
+      less_y_point(const std::vector<Point>& points): points(points) {}
+
+      /// Comparison operator
+      inline bool operator()(unsigned int i, unsigned int j)
+      {
+        const double* pi = points[i].coordinates();
+        const double* pj = points[j].coordinates();
+        return pi[1] < pj[1];
+      }
+    };
+
+    /// Comparison operator for sorting of points in z-direction. The corresponding
+    /// comparison operators for bounding boxes are dimension-dependent
+    /// and are therefore implemented in the subclasses.
+    struct less_z_point
+    {
+      /// Points
+      const std::vector<Point>& points;
+
+      /// Constructor
+      less_z_point(const std::vector<Point>& points): points(points) {}
+
+      /// Comparison operator
+      inline bool operator()(unsigned int i, unsigned int j)
+      {
+        const double* pi = points[i].coordinates();
+        const double* pj = points[j].coordinates();
+        return pi[2] < pj[2];
+      }
+    };
+
+    //--- Dimension-dependent functions to be implemented by subclass ---
+
+    /// Return geometric dimension
+    virtual std::size_t gdim() const = 0;
+
+    /// Return bounding box coordinates for node
+    virtual const double* get_bbox_coordinates(unsigned int node) const = 0;
+
+    /// Check whether point (x) is in bounding box (node)
+    virtual bool
+    point_in_bbox(const double* x, unsigned int node) const = 0;
+
+    /// Check whether bounding box (a) collides with bounding box (node)
+    virtual bool
+    bbox_in_bbox(const double* a, unsigned int node) const = 0;
+
+    /// Compute squared distance between point and bounding box
+    virtual double
+    compute_squared_distance_bbox(const double* x, unsigned int node) const = 0;
+
+    /// Compute squared distance between point and point
+    virtual double
+    compute_squared_distance_point(const double* x, unsigned int node) const = 0;
+
+    /// Compute bounding box of bounding boxes
+    virtual void
+    compute_bbox_of_bboxes(double* bbox,
+                           std::size_t& axis,
+                           const std::vector<double>& leaf_bboxes,
+                           const std::vector<unsigned int>::iterator& begin,
+                           const std::vector<unsigned int>::iterator& end) = 0;
+
+    /// Compute bounding box of points
+    virtual void
+    compute_bbox_of_points(double* bbox,
+                           std::size_t& axis,
+                           const std::vector<Point>& points,
+                           const std::vector<unsigned int>::iterator& begin,
+                           const std::vector<unsigned int>::iterator& end) = 0;
+
+    /// Sort leaf bounding boxes along given axis
+    virtual void
+    sort_bboxes(std::size_t axis,
+                const std::vector<double>& leaf_bboxes,
+                const std::vector<unsigned int>::iterator& begin,
+                const std::vector<unsigned int>::iterator& middle,
+                const std::vector<unsigned int>::iterator& end) = 0;
+
+    /// Print out recursively, for debugging
+    void tree_print(std::stringstream& s, unsigned int i);
+
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/geometry/GeometryDebugging.cpp b/dolfin/geometry/GeometryDebugging.cpp
new file mode 100644
index 0000000..d1c465f
--- /dev/null
+++ b/dolfin/geometry/GeometryDebugging.cpp
@@ -0,0 +1,151 @@
+// Copyright (C) 2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2016-05-05
+// Last changed: 2017-03-01
+
+#include <sstream>
+#include <dolfin/log/log.h>
+#include <dolfin/log/LogStream.h>
+#include "GeometryDebugging.h"
+
+using namespace dolfin;
+
+// Plotting not initialized
+bool GeometryDebugging::_initialized = false;
+
+//-----------------------------------------------------------------------------
+void GeometryDebugging::print(const Point& point)
+{
+  set_indentation_level(0);
+  cout << "Point: " << point << endl;
+}
+//-----------------------------------------------------------------------------
+void GeometryDebugging::print(const std::vector<Point>& simplex)
+{
+  set_indentation_level(0);
+  cout << "Simplex:";
+  for (const Point p : simplex)
+    cout << " " << p;
+  cout << endl;
+}
+//-----------------------------------------------------------------------------
+void GeometryDebugging::print(const std::vector<Point>& simplex_0,
+                              const std::vector<Point>& simplex_1)
+{
+  set_indentation_level(0);
+  cout << "Simplex 0:";
+  for (const Point p : simplex_0)
+    cout << "-" << point2string(p);
+  cout << endl;
+
+  cout << "Simplex 1:";
+  for (const Point p : simplex_1)
+    cout << "-" << point2string(p);
+  cout << endl;
+}
+//-----------------------------------------------------------------------------
+void GeometryDebugging::plot(const Point& point)
+{
+  set_indentation_level(0);
+  init_plot();
+
+  cout << "# Plot point" << endl;
+  cout << "ax.plot(" << simplex2string({point}) << ", 'x')" << endl;
+  cout << endl;
+}
+//-----------------------------------------------------------------------------
+void GeometryDebugging::plot(const std::vector<Point>& simplex)
+{
+  set_indentation_level(0);
+  init_plot();
+
+  cout << "# Plot simplex" << endl;
+  if (simplex.size() >= 3)
+  cout << "ax.plot_trisurf(" << simplex2string(simplex) << ")" << endl;
+  else
+    cout << "ax.plot(" << simplex2string(simplex) << ", marker='x')" << endl;
+  cout << endl;
+}
+//-----------------------------------------------------------------------------
+void GeometryDebugging::plot(const std::vector<Point>& simplex_0,
+                             const std::vector<Point>& simplex_1)
+{
+  set_indentation_level(0);
+  init_plot();
+
+  cout << "# Plot simplex intersection" << endl;
+  if (simplex_0.size() >= 3)
+  cout << "ax.plot_trisurf(" << simplex2string(simplex_0) << ", color='r')" << endl;
+  else
+    cout << "ax.plot(" << simplex2string(simplex_0) << ", marker='o', color='r')" << endl;
+  if (simplex_1.size() >= 3)
+  cout << "ax.plot_trisurf(" << simplex2string(simplex_1) << ", color='b')" << endl;
+  else
+    cout << "ax.plot(" << simplex2string(simplex_1) << ", marker='o', color='b')" << endl;
+  cout << endl;
+}
+//-----------------------------------------------------------------------------
+void GeometryDebugging::init_plot()
+{
+  if (_initialized)
+    return;
+
+  set_indentation_level(0);
+  cout << "# Initialize matplotlib 3D plotting" << endl;
+  cout << "from mpl_toolkits.mplot3d import Axes3D" << endl;
+  cout << "import matplotlib.pyplot as pl" << endl;
+  cout << "ax = pl.figure().gca(projection='3d')" << endl;
+  cout << "pl.ion(); pl.show()" << endl;
+  cout << endl;
+  cout << "# Note 1: Rotate/interact with figure to update plot." << endl;
+  cout << "# Note 2: Use pl.cla() to clear figure between plots." << endl;
+  cout << endl;
+
+  _initialized = true;
+}
+//-----------------------------------------------------------------------------
+std::string GeometryDebugging::point2string(const Point& p)
+{
+  std::stringstream s;
+  s << "(" << p.x() << "," << p.y() << "," << p.z() << ")";
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+std::string GeometryDebugging::simplex2string(const std::vector<Point>& simplex)
+{
+  std::size_t n = simplex.size();
+  if (n == 0) return "";
+  std::stringstream s;
+  s << "[";
+  for (std::size_t i = 0; i < n - 1; i++)
+    s << simplex[i].x() << ",";
+  s << simplex[n - 1].x() << "]";
+  s << ",";
+  s << "[";
+  for (std::size_t i = 0; i < n - 1; i++)
+    s << simplex[i].y() << ",";
+  s << simplex[n - 1].y() << "]";
+  s << ",";
+  s << "[";
+  for (std::size_t i = 0; i < n - 1; i++)
+    s << simplex[i].z() << ",";
+  s << simplex[n - 1].z() << "]";
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/geometry/GeometryDebugging.h b/dolfin/geometry/GeometryDebugging.h
new file mode 100644
index 0000000..bc8d287
--- /dev/null
+++ b/dolfin/geometry/GeometryDebugging.h
@@ -0,0 +1,83 @@
+// Copyright (C) 2016-2017 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2016-05-05
+// Last changed: 2017-05-17
+
+#ifndef __GEOMETRY_DEBUGGING_H
+#define __GEOMETRY_DEBUGGING_H
+
+#include <vector>
+#include <string>
+#include "Point.h"
+
+namespace dolfin
+{
+
+  /// This class provides useful functionality for debugging algorithms
+  /// dealing with geometry such as collision detection and intersection
+  /// triangulation.
+
+  class GeometryDebugging
+  {
+  public:
+
+    /// Print coordinates of a point.
+    /// Example usage: print(p0)
+    static void print(const Point& point);
+
+    /// Print coordinates of a simplex.
+    /// Example usage: print({p0, p1, p2})
+    static void print(const std::vector<Point>& simplex);
+
+    /// Print coordinates of a pair of simplices.
+    /// Example usage: print({p0, p1, p2}, {q0, q1})
+    static void print(const std::vector<Point>& simplex_0,
+                      const std::vector<Point>& simplex_1);
+
+    /// Plot a point (print matplotlib code).
+    /// Example usage: plot(p0)
+    static void plot(const Point& point);
+
+    /// Plot a simplex (print matplotlib code).
+    /// Example usage: plot({p0, p1, p2})
+    static void plot(const std::vector<Point>& simplex);
+
+    /// Plot a pair of simplices (print matplotlib code).
+    /// Example usage: plot({p0, p1, p2}, {q0, q1})
+    static void plot(const std::vector<Point>& simplex_0,
+                     const std::vector<Point>& simplex_1);
+
+    /// Initialize plotting (print matplotlib code).
+    static void init_plot();
+
+    /// Compact point to string conversion
+    static std::string point2string(const Point& p);
+
+    /// Compact simplex to string conversion
+    static std::string simplex2string(const std::vector<Point>& simplex);
+
+  private:
+
+    // Check whether plotting has been initialized
+    static bool _initialized;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/geometry/GeometryPredicates.cpp b/dolfin/geometry/GeometryPredicates.cpp
new file mode 100644
index 0000000..1a6fb73
--- /dev/null
+++ b/dolfin/geometry/GeometryPredicates.cpp
@@ -0,0 +1,204 @@
+// Copyright (C) 2016-2017 Anders Logg, August Johansson and Benjamin Kehlet
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2016-11-21
+// Last changed: 2017-12-12
+
+#include <cmath>
+#include "CGALExactArithmetic.h"
+#include "predicates.h"
+#include "GeometryPredicates.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+bool GeometryPredicates::is_degenerate(const std::vector<Point>& simplex,
+				       std::size_t tdim,
+                                       std::size_t gdim)
+{
+  if (simplex.size() == tdim + 1)
+  {
+    if (tdim == 1)
+    {
+      return _is_degenerate_tdim_1(simplex);
+    }
+    else if (tdim == 2 and gdim == 2)
+    {
+      return _is_degenerate_tdim_2_gdim_2(simplex);
+    }
+    else if (tdim == 2 and gdim == 3)
+    {
+      return _is_degenerate_tdim_2_gdim_3(simplex);
+    }
+    else if (tdim == 3 and gdim == 3)
+    {
+      return _is_degenerate_tdim_3_gdim_3(simplex);
+    }
+  }
+  else
+  {
+    dolfin_error("GeometryPredicates.cpp",
+		 "evaluate is_degenerate",
+		 "Input simplex size %d is not consistent with tdim %d", simplex.size(), tdim);
+  }
+
+  dolfin_error("GeometryPredicates.cpp",
+	       "call is_degenerate",
+	       "Not implemented for tdim %d, gdim %d", tdim, gdim);
+
+  return false;
+}
+//-----------------------------------------------------------------------------
+bool
+GeometryPredicates::_is_degenerate_tdim_1
+(const std::vector<Point>& simplex)
+{
+  return simplex[0] == simplex[1];
+}
+//-----------------------------------------------------------------------------
+bool
+GeometryPredicates::_is_degenerate_tdim_2_gdim_2
+(const std::vector<Point>& simplex)
+{
+  return CHECK_CGAL(orient2d(simplex[0], simplex[1], simplex[2]) == 0.0,
+		    is_degenerate_2d(simplex[0], simplex[1], simplex[2]));
+}
+//-----------------------------------------------------------------------------
+bool
+GeometryPredicates::_is_degenerate_tdim_2_gdim_3
+(const std::vector<Point>& simplex)
+{
+  bool degen = true;
+  const double ayz[2] = {simplex[0].y(), simplex[0].z()};
+  const double byz[2] = {simplex[1].y(), simplex[1].z()};
+  const double cyz[2] = {simplex[2].y(), simplex[2].z()};
+  if (_orient2d(ayz, byz, cyz) != 0.0)
+    degen = false;
+  else
+  {
+    const double azx[2] = {simplex[0].z(), simplex[0].x()};
+    const double bzx[2] = {simplex[1].z(), simplex[1].x()};
+    const double czx[2] = {simplex[2].z(), simplex[2].x()};
+    if (_orient2d(azx, bzx, czx) != 0.0)
+      degen = false;
+    else
+    {
+      const double axy[2] = {simplex[0].x(), simplex[0].y()};
+      const double bxy[2] = {simplex[1].x(), simplex[1].y()};
+      const double cxy[2] = {simplex[2].x(), simplex[2].y()};
+      if (_orient2d(axy, bxy, cxy) != 0.0)
+	degen = false;
+    }
+  }
+  return CHECK_CGAL(degen,
+		    is_degenerate_3d(simplex[0], simplex[1], simplex[2]));
+}
+//-----------------------------------------------------------------------------
+bool
+GeometryPredicates::_is_degenerate_tdim_3_gdim_3
+(const std::vector<Point>& simplex)
+{
+  return
+    CHECK_CGAL(orient3d(simplex[0], simplex[1], simplex[2], simplex[3]) == 0.0,
+	       is_degenerate_3d(simplex[0], simplex[1], simplex[2], simplex[3]));
+}
+//-----------------------------------------------------------------------------
+bool GeometryPredicates::is_finite(const std::vector<Point>& simplex)
+{
+  for (auto p : simplex)
+  {
+    if (!std::isfinite(p.x()))
+      return false;
+    if (!std::isfinite(p.y()))
+      return false;
+    if (!std::isfinite(p.z()))
+      return false;
+  }
+  return true;
+}
+//-----------------------------------------------------------------------------
+bool GeometryPredicates::is_finite(const std::vector<double>& simplex)
+{
+  for (double p : simplex)
+  {
+    if (!std::isfinite(p))
+      return false;
+  }
+  return true;
+}
+//-----------------------------------------------------------------------------
+bool GeometryPredicates::convex_hull_is_degenerate(const std::vector<Point>& points,
+                                                   std::size_t gdim)
+{
+  // Points are assumed to be unique
+
+  if (points.size() < gdim+1)
+    return true;
+
+  if (gdim == 2)
+  {
+    // FIXME!
+    return false;
+  }
+  else if (gdim == 3)
+  {
+    std::size_t i = 0, j = 1, k = 2;
+    bool found = false;
+
+    // Find three point which are not collinear
+    for (; i < points.size(); i++)
+    {
+      for (j = i+1; j < points.size(); j++)
+      {
+        for (k = j+1; k < points.size(); k++)
+        {
+          const Point ij = points[j] - points[i];
+          const Point ik = points[k] - points[i];
+          if ( -(std::abs( (ij/ij.norm() ).dot(ik/ik.norm()))-1)  > DOLFIN_EPS)
+          {
+            found = true;
+            break;
+          }
+        }
+        if (found) break;
+      }
+      if (found)
+        break;
+    }
+
+    // All points are collinear
+    if (!found)
+      return false;
+
+    for (std::size_t l = 0; l < points.size();  l++)
+    {
+      if (l == i || l == j || l == k)
+        continue;
+
+      if (orient3d(points[i], points[j], points[k], points[l]) == 0.0)
+        return true;
+    }
+
+    return false;
+  }
+
+  dolfin_error("GeometryPredicates.h",
+               "call convex_hull_is_degenerate",
+               "Only fully implemented for gdim == 3, not gdim = %d", gdim);
+  return false;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/geometry/GeometryPredicates.h b/dolfin/geometry/GeometryPredicates.h
new file mode 100644
index 0000000..66f893d
--- /dev/null
+++ b/dolfin/geometry/GeometryPredicates.h
@@ -0,0 +1,67 @@
+// Copyright (C) 2016-2017 Anders Logg, August Johansson and Benjamin Kehlet
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2016-11-21
+// Last changed: 2017-12-12
+
+#ifndef __GEOMETRY_PREDICATES_H
+#define __GEOMETRY_PREDICATES_H
+
+#include <vector>
+#include <dolfin/log/LogStream.h>
+#include "Point.h"
+
+namespace dolfin
+{
+
+  /// This class implements geometric predicates, i.e. function that
+  /// return either true or false.
+
+  class GeometryPredicates
+  {
+  public:
+
+    /// Check whether a single simplex is degenerate
+    static bool is_degenerate(const std::vector<Point>& simplex,
+			      std::size_t tdim,
+			      std::size_t gdim);
+
+    /// Check whether simplex is finite (not Inf or NaN)
+    static bool is_finite(const std::vector<Point>& simplex);
+
+    /// Check whether simplex is finite (not Inf or NaN)
+    static bool is_finite(const std::vector<double>& simplex);
+
+    /// Check whether the convex hull is degenerate
+    static bool convex_hull_is_degenerate(const std::vector<Point>& p,
+                                          std::size_t gdim);
+
+  private:
+
+    // Implementation of is_degenerate predicates
+    static bool _is_degenerate_tdim_1(const std::vector<Point>& simplex);
+
+    static bool _is_degenerate_tdim_2_gdim_2(const std::vector<Point>& simplex);
+
+    static bool _is_degenerate_tdim_2_gdim_3(const std::vector<Point>& simplex);
+
+    static bool _is_degenerate_tdim_3_gdim_3(const std::vector<Point>& simplex);
+  };
+
+}
+
+#endif
diff --git a/dolfin/geometry/GeometryTools.h b/dolfin/geometry/GeometryTools.h
new file mode 100644
index 0000000..94ce5c9
--- /dev/null
+++ b/dolfin/geometry/GeometryTools.h
@@ -0,0 +1,120 @@
+// Copyright (C) 2017 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2017-02-11
+// Last changed: 2017-02-17
+
+#ifndef __GEOMETRY_TOOLS_H
+#define __GEOMETRY_TOOLS_H
+
+#include "predicates.h"
+#include "Point.h"
+
+namespace dolfin
+{
+
+  /// This class provides useful tools (functions) for computational geometry.
+
+  class GeometryTools
+  {
+  public:
+
+    /// Compute numerically stable cross product (a - c) x (b - c)
+    static inline Point cross_product(const Point& a, const Point& b, const Point& c)
+    {
+      // See Shewchuk Lecture Notes on Geometric Robustness
+      double ayz[2] = {a.y(), a.z()};
+      double byz[2] = {b.y(), b.z()};
+      double cyz[2] = {c.y(), c.z()};
+      double azx[2] = {a.z(), a.x()};
+      double bzx[2] = {b.z(), b.x()};
+      double czx[2] = {c.z(), c.x()};
+      double axy[2] = {a.x(), a.y()};
+      double bxy[2] = {b.x(), b.y()};
+      double cxy[2] = {c.x(), c.y()};
+      return Point (_orient2d(ayz, byz, cyz),
+                    _orient2d(azx, bzx, czx),
+                    _orient2d(axy, bxy, cxy));
+    }
+
+    /// Compute determinant of 3 x 3 matrix defined by vectors, ab, dc, ec
+    inline double determinant(const Point& ab, const Point& dc, const Point& ec)
+    {
+      const double a = ab.x(), b = ab.y(), c = ab.z();
+      const double d = dc.x(), e = dc.y(), f = dc.z();
+      const double g = ec.x(), h = ec.y(), i = ec.z();
+      return a * (e * i - f * h)
+           + b * (f * g - d * i)
+           + c * (d * h - e * g);
+    }
+
+    /// Compute major (largest) axis of vector (2D)
+    static inline std::size_t major_axis_2d(const Point& v)
+    {
+      return (std::abs(v.x()) >= std::abs(v.y()) ? 0 : 1);
+    }
+
+    /// Compute major (largest) axis of vector (3D)
+    static inline std::size_t major_axis_3d(const Point& v)
+    {
+      const double vx = std::abs(v.x());
+      const double vy = std::abs(v.y());
+      const double vz = std::abs(v.z());
+      if (vx >= vy && vx >= vz)
+        return 0;
+      if (vy >= vz)
+        return 1;
+      return 2;
+    }
+
+    /// Project point to axis (2D)
+    static inline double project_to_axis_2d(const Point& p, std::size_t axis)
+    {
+      dolfin_assert(axis <= 1);
+      return p[axis];
+    }
+
+    /// Project point to plane (3D)
+    static inline Point project_to_plane_3d(const Point& p, std::size_t axis)
+    {
+      dolfin_assert(axis <= 2);
+      switch (axis)
+      {
+      case 0: return Point(p.y(), p.z());
+      case 1: return Point(p.x(), p.z());
+      case 2: return Point(p.x(), p.y());
+      }
+      return p;
+    }
+
+    /// Check whether x in [a, b]
+    static inline bool contains(double a, double b, double x)
+    {
+      return a <= x and x <= b;
+    }
+
+    /// Check whether x in (a, b)
+    static inline bool contains_strict(double a, double b, double x)
+    {
+      return a < x and x < b;
+    }
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/geometry/IntersectionConstruction.cpp b/dolfin/geometry/IntersectionConstruction.cpp
new file mode 100644
index 0000000..765dbb6
--- /dev/null
+++ b/dolfin/geometry/IntersectionConstruction.cpp
@@ -0,0 +1,866 @@
+// Copyright (C) 2014-2017 Anders Logg, August Johansson and Benjamin Kehlet
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2014-02-03
+// Last changed: 2017-12-12
+
+#include <iomanip>
+#include <dolfin/mesh/MeshEntity.h>
+#include "predicates.h"
+#include "GeometryPredicates.h"
+#include "GeometryTools.h"
+#include "GeometryDebugging.h"
+#include "CollisionPredicates.h"
+#include "IntersectionConstruction.h"
+#include "CGALExactArithmetic.h"
+
+using namespace dolfin;
+
+namespace
+{
+  // Add points to vector
+  template <typename T>
+  inline void add(std::vector<T>& points,
+                  const std::vector<T>& _points)
+  {
+    points.insert(points.end(), _points.begin(), _points.end());
+  }
+
+  // Filter unique points
+  template <typename T>
+  inline std::vector<T> unique(const std::vector<T>& points)
+  {
+    std::vector<T> _unique;
+    _unique.reserve(points.size());
+
+    for (std::size_t i = 0; i < points.size(); ++i)
+    {
+      bool found = false;
+      for (std::size_t j = i+1; j < points.size(); ++j)
+      {
+        if (points[i] == points[j])
+        {
+          found = true;
+          break;
+        }
+      }
+      if (!found)
+        _unique.push_back(points[i]);
+    }
+
+    return _unique;
+  }
+
+  // Convert vector of doubles to vector of points
+  std::vector<Point> to_points(const std::vector<double>& points)
+  {
+    std::vector<Point> _points;
+    for (auto x : points)
+      _points.push_back(Point(x));
+    return _points;
+  }
+}
+
+//-----------------------------------------------------------------------------
+// High-level intersection construction functions
+//-----------------------------------------------------------------------------
+std::vector<Point>
+IntersectionConstruction::intersection(const MeshEntity& entity_0,
+                                       const MeshEntity& entity_1)
+{
+  // Get data
+  const MeshGeometry& g0 = entity_0.mesh().geometry();
+  const MeshGeometry& g1 = entity_1.mesh().geometry();
+  const unsigned int* v0 = entity_0.entities(0);
+  const unsigned int* v1 = entity_1.entities(0);
+
+  // Pack data as vectors of points
+  std::vector<Point> points_0(entity_0.dim() + 1);
+  std::vector<Point> points_1(entity_1.dim() + 1);
+  for (std::size_t i = 0; i <= entity_0.dim(); i++)
+    points_0[i] = g0.point(v0[i]);
+  for (std::size_t i = 0; i <= entity_1.dim(); i++)
+    points_1[i] = g1.point(v1[i]);
+
+  // Only look at first entity to get geometric dimension
+  std::size_t gdim = g0.dim();
+
+  // Call common implementation
+  return intersection(points_0, points_1, gdim);
+}
+//-----------------------------------------------------------------------------
+std::vector<Point>
+IntersectionConstruction::intersection(const std::vector<Point>& p,
+                                       const std::vector<Point>& q,
+                                       std::size_t gdim)
+{
+  // Get topological dimensions
+  const std::size_t d0 = p.size() - 1;
+  const std::size_t d1 = q.size() - 1;
+
+  // Swap if d0 < d1 (reduce from 16 to 10 cases)
+  if (d0 < d1)
+    return intersection(q, p, gdim);
+
+  // Pick correct specialized implementation
+  if (d0 == 0 and d1 == 0)
+  {
+    switch (gdim)
+    {
+    case 1: return to_points(intersection_point_point_1d(p[0][0], q[0][0]));
+    case 2: return intersection_point_point_2d(p[0], q[0]);
+    case 3: return intersection_point_point_3d(p[0], q[0]);
+    }
+  }
+  else if (d0 == 1 and d1 == 0)
+  {
+    switch (gdim)
+    {
+    case 1: return to_points(intersection_segment_point_1d(p[0][0], p[1][0], q[0][0]));
+    case 2: return intersection_segment_point_2d(p[0], p[1], q[0]);
+    case 3: return intersection_segment_point_3d(p[0], p[1], q[0]);
+    }
+  }
+  else if (d0 == 1 and d1 == 1)
+  {
+    switch (gdim)
+    {
+    case 1: return to_points(intersection_segment_segment_1d(p[0][0], p[1][0], q[0][0], q[1][0]));
+    case 2: return intersection_segment_segment_2d(p[0], p[1], q[0], q[1]);
+    case 3: return intersection_segment_segment_3d(p[0], p[1], q[0], q[1]);
+    }
+  }
+  else if (d0 == 2 and d1 == 0)
+  {
+    switch (gdim)
+    {
+    case 2: return intersection_triangle_point_2d(p[0], p[1], p[2], q[0]);
+    case 3: return intersection_triangle_point_3d(p[0], p[1], p[2], q[0]);
+    }
+  }
+  else if (d0 == 2 and d1 == 1)
+  {
+    switch (gdim)
+    {
+    case 2: return intersection_triangle_segment_2d(p[0], p[1], p[2], q[0], q[1]);
+    case 3: return intersection_triangle_segment_3d(p[0], p[1], p[2], q[0], q[1]);
+    }
+  }
+  else if (d0 == 2 and d1 == 2)
+  {
+    switch (gdim)
+    {
+    case 2: return intersection_triangle_triangle_2d(p[0], p[1], p[2], q[0], q[1], q[2]);
+    case 3: return intersection_triangle_triangle_3d(p[0], p[1], p[2], q[0], q[1], q[2]);
+    }
+  }
+  else if (d0 == 3 and d1 == 0)
+  {
+    switch (gdim)
+    {
+    case 3: return intersection_tetrahedron_point_3d(p[0], p[1], p[2], p[3], q[0]);
+    }
+  }
+  else if (d0 == 3 and d1 == 1)
+  {
+    switch (gdim)
+    {
+    case 3: return intersection_tetrahedron_segment_3d(p[0], p[1], p[2], p[3], q[0], q[1]);
+    }
+  }
+  else if (d0 == 3 and d1 == 2)
+  {
+    switch (gdim)
+    {
+    case 3: return intersection_tetrahedron_triangle_3d(p[0], p[1], p[2], p[3], q[0], q[1], q[2]);
+    }
+  }
+  else if (d0 == 3 and d1 == 3)
+  {
+    switch (gdim)
+    {
+    case 3: return intersection_tetrahedron_tetrahedron_3d(p[0], p[1], p[2], p[3], q[0], q[1], q[2], q[3]);
+    }
+  }
+
+  // We should not reach this point
+  dolfin_error("IntersectionConstruction.cpp",
+               "compute intersection",
+               "Unexpected intersection: %d-%d in %d dimensions", d0, d1, gdim);
+
+  return std::vector<Point>();
+}
+//-----------------------------------------------------------------------------
+// Low-level intersection construction functions
+//-----------------------------------------------------------------------------
+std::vector<double>
+IntersectionConstruction::intersection_point_point_1d(double p0,
+                                                      double q0)
+{
+  if (p0 == q0)
+    return std::vector<double>(1, p0);
+  return std::vector<double>();
+}
+//-----------------------------------------------------------------------------
+std::vector<Point>
+IntersectionConstruction::intersection_point_point_2d(const Point& p0,
+                                                      const Point& q0)
+{
+  if (p0.x() == q0.x() && p0.y() == q0.y())
+    return std::vector<Point>(1, p0);
+  else
+    return std::vector<Point>();
+}
+//-----------------------------------------------------------------------------
+std::vector<Point>
+IntersectionConstruction::intersection_point_point_3d(const Point& p0,
+                                                      const Point& q0)
+{
+  if (p0.x() == q0.x() && p0.y() == q0.y() && p0.z() == q0.z())
+    return std::vector<Point>(1, p0);
+  else
+    return std::vector<Point>();
+}
+//-----------------------------------------------------------------------------
+std::vector<double>
+IntersectionConstruction::intersection_segment_point_1d(double p0,
+                                                        double p1,
+                                                        double q0)
+{
+  if (CollisionPredicates::collides_segment_point_1d(p0, p1, q0))
+    return std::vector<double>(1, q0);
+  else
+    return std::vector<double>();
+}
+//-----------------------------------------------------------------------------
+std::vector<Point>
+IntersectionConstruction::intersection_segment_point_2d(const Point& p0,
+                                                        const Point& p1,
+                                                        const Point& q0)
+{
+  if (CollisionPredicates::collides_segment_point_2d(p0, p1, q0))
+    return std::vector<Point>(1, q0);
+  else
+    return std::vector<Point>();
+}
+//-----------------------------------------------------------------------------
+std::vector<Point>
+IntersectionConstruction::intersection_segment_point_3d(const Point& p0,
+                                                        const Point& p1,
+                                                        const Point& q0)
+{
+  if (CollisionPredicates::collides_segment_point_3d(p0, p1, q0))
+    return std::vector<Point>(1, q0);
+  else
+    return std::vector<Point>();
+}
+//-----------------------------------------------------------------------------
+std::vector<Point>
+IntersectionConstruction::intersection_triangle_point_2d(const Point& p0,
+                                                         const Point& p1,
+                                                         const Point& p2,
+                                                         const Point& q0)
+{
+  if (CollisionPredicates::collides_triangle_point_2d(p0, p1, p2, q0))
+    return std::vector<Point>(1, q0);
+  else
+    return std::vector<Point>();
+}
+//-----------------------------------------------------------------------------
+std::vector<Point>
+IntersectionConstruction::intersection_triangle_point_3d(const Point& p0,
+                                                         const Point& p1,
+                                                         const Point& p2,
+                                                         const Point& q0)
+{
+  if (CollisionPredicates::collides_triangle_point_3d(p0, p1, p2, q0))
+    return std::vector<Point>(1, q0);
+  else
+    return std::vector<Point>();
+}
+//-----------------------------------------------------------------------------
+std::vector<Point>
+IntersectionConstruction::intersection_tetrahedron_point_3d(const Point& p0,
+                                                            const Point& p1,
+                                                            const Point& p2,
+                                                            const Point& p3,
+                                                            const Point& q0)
+{
+  if (CollisionPredicates::collides_tetrahedron_point_3d(p0, p1, p2, p3, q0))
+    return std::vector<Point>(1, q0);
+  else
+    return std::vector<Point>();
+}
+//-----------------------------------------------------------------------------
+std::vector<double>
+IntersectionConstruction::intersection_segment_segment_1d(double p0,
+                                                          double p1,
+                                                          double q0,
+                                                          double q1)
+{
+  // The list of points (convex hull)
+  std::vector<double> points;
+
+  // Add point intersections (2)
+  add(points, intersection_segment_point_1d(p0, p1, q0));
+  add(points, intersection_segment_point_1d(p0, p1, q1));
+  add(points, intersection_segment_point_1d(q0, q1, p0));
+  add(points, intersection_segment_point_1d(q0, q1, p1));
+
+  dolfin_assert(GeometryPredicates::is_finite(points));
+  return unique(points);
+}
+//-----------------------------------------------------------------------------
+std::vector<Point>
+IntersectionConstruction::intersection_segment_segment_2d(const Point& p0,
+                                                          const Point& p1,
+                                                          const Point& q0,
+                                                          const Point& q1)
+{
+  // We consider the following 4 cases for the segment q0-q1
+  // relative to the line defined by the segment p0-p1:
+  //
+  // Case 0: qo = q0o*q1o > 0.
+  //
+  //   --> points on the same side.
+  //   --> no intersection
+  //
+  // Case 1: (q0o == 0. and q1o != 0.) or (q0o != 0. and q1o == 0.)
+  //
+  //   --> exactly one point on line
+  //   --> possible point intersection
+  //
+  // Case 2: q0o = 0. and q10 = 0. [or unstable case]
+  //
+  //   --> both points on line
+  //   --> project to 1D
+  //
+  // Case 3: qo = q0o*q1o < 0.
+  //
+  //   --> points on different sides
+  //   --> compute intersection point with line
+  //   --> project to 1D and check if point is inside segment
+  //
+  // Note that the computation in Case 3 may be sensitive to rounding
+  // errors if both points are almost on the line. If this happens
+  // we instead consider the points to be on the line [Case 2] to
+  // obtain one or more sensible points (if any).
+
+  // Compute orientation of segment end points wrt line
+  const double q0o = orient2d(p0, p1, q0);
+  const double q1o = orient2d(p0, p1, q1);
+
+  // Case 0: points on the same side --> no intersection
+  if ((q0o > 0.0 and q1o > 0.0) or (q0o < 0.0 and q1o < 0.0))
+    return std::vector<Point>();
+
+  // Repeat the same procedure for p
+  const double p0o = orient2d(q0, q1, p0);
+  const double p1o = orient2d(q0, q1, p1);
+  if ((p0o > 0.0 and p1o > 0.0) or (p0o < 0.0 and p1o < 0.0))
+    return std::vector<Point>();
+
+  // Case 1: exactly one point on line --> possible point intersection
+  if (q0o == 0.0 and q1o != 0.0)
+    return intersection_segment_point_2d(p0, p1, q0);
+  else if (q0o != 0.0 and q1o == 0.0)
+    return intersection_segment_point_2d(p0, p1, q1);
+  else if (p0o == 0.0 and p1o != 0.0)
+    return intersection_segment_point_2d(q0, q1, p0);
+  else if (p0o != 0.0 and p1o == 0.0)
+    return intersection_segment_point_2d(q0, q1, p1);
+
+  // Compute line vector and major axis
+  const Point v = p1 - p0;
+  const std::size_t major_axis = GeometryTools::major_axis_2d(v);
+
+  // Project points to major axis
+  const double P0 = GeometryTools::project_to_axis_2d(p0, major_axis);
+  const double P1 = GeometryTools::project_to_axis_2d(p1, major_axis);
+  const double Q0 = GeometryTools::project_to_axis_2d(q0, major_axis);
+  const double Q1 = GeometryTools::project_to_axis_2d(q1, major_axis);
+
+  // Case 2: both points on line (or almost)
+  if (std::abs(q0o) < DOLFIN_EPS and std::abs(q1o) < DOLFIN_EPS)
+  {
+    // Compute 1D intersection points
+    const std::vector<double>
+      points_1d = intersection_segment_segment_1d(P0, P1, Q0, Q1);
+
+    // Unproject points: add back second coordinate
+    std::vector<Point> points;
+    switch (major_axis)
+    {
+    case 0:
+      for (auto p : points_1d)
+      {
+        const double y = p0.y() + (p - p0.x()) * v.y() / v.x();
+        points.push_back(Point(p, y));
+      }
+      break;
+    default:
+      for (auto p : points_1d)
+      {
+        const double x = p0.x() + (p - p0.y()) * v.x() / v.y();
+        points.push_back(Point(x, p));
+      }
+    }
+
+    return unique(points);
+  }
+
+  // Case 3: points on different sides (main case)
+
+  // Compute determinant needed for intersection computation
+  const Point w = q1 - q0;
+  const double den = w.x()*v.y() - w.y()*v.x();
+
+  // Figure out which one of the four points we want to use
+  // as starting point for numerical robustness
+  const double p_dist = v.norm();
+  const double q_dist = w.norm();
+  enum orientation { P0O, P1O, Q0O, Q1O };
+  std::array<std::pair<double, orientation>, 4> oo
+		      = {{ { std::abs(p0o)*p_dist, P0O },
+			   { std::abs(p1o)*p_dist, P1O },
+			   { std::abs(q0o)*q_dist, Q0O },
+			   { std::abs(q1o)*q_dist, Q1O } }};
+  const auto it = std::min_element(oo.begin(), oo.end());
+
+  // Compute the intersection point
+  Point x;
+  switch (it->second)
+  {
+  case P0O:
+    // Flip sign because den = det(q1 - q0, v), but we want det(q1 - q0, -v)
+    x = p0 - p0o / den * v;
+    break;
+  case P1O:
+    // Flip sign because v = p1 - p0, but we want p0 - p1
+    x = p1 - p1o / den * v;
+    break;
+  case Q0O:
+    // Default case
+    x = q0 + q0o / den * w;
+    break;
+  case Q1O:
+    // Use q1o
+    x = q1 + q1o / den * w;
+    break;
+  }
+
+  // Project point to major axis and check if inside segment
+  const double X = GeometryTools::project_to_axis_2d(x, major_axis);
+  if (CollisionPredicates::collides_segment_point_1d(P0, P1, X))
+    return std::vector<Point>(1, x);
+
+  return std::vector<Point>();
+}
+//-----------------------------------------------------------------------------
+std::vector<Point>
+IntersectionConstruction::intersection_segment_segment_3d(const Point& p0,
+                                                          const Point& p1,
+                                                          const Point& q0,
+                                                          const Point& q1)
+{
+  // This function is not used so no need to spend time on the implementation.
+  dolfin_not_implemented();
+  return std::vector<Point>();
+}
+//-----------------------------------------------------------------------------
+std::vector<Point>
+IntersectionConstruction::intersection_triangle_segment_2d(const Point& p0,
+                                                           const Point& p1,
+                                                           const Point& p2,
+                                                           const Point& q0,
+                                                           const Point& q1)
+{
+  // The list of points (convex hull)
+  std::vector<Point> points;
+
+  // Add point intersections (2)
+  add(points, intersection_triangle_point_2d(p0, p1, p2, q0));
+  add(points, intersection_triangle_point_2d(p0, p1, p2, q1));
+
+  // Add segment-segment intersections (3)
+  add(points, intersection_segment_segment_2d(p0, p1, q0, q1));
+  add(points, intersection_segment_segment_2d(p0, p2, q0, q1));
+  add(points, intersection_segment_segment_2d(p1, p2, q0, q1));
+
+  dolfin_assert(GeometryPredicates::is_finite(points));
+  return unique(points);
+}
+//-----------------------------------------------------------------------------
+std::vector<Point>
+IntersectionConstruction::_intersection_triangle_segment_3d(const Point& p0,
+							    const Point& p1,
+							    const Point& p2,
+							    const Point& q0,
+							    const Point& q1)
+{
+  // We consider the following 4 cases for the segment q0-q1
+  // relative to the plane defined by the triangle p0-p1-p2:
+  //
+  // Case 0: qo = q0o*q1o > 0.
+  //
+  //   --> points on the same side
+  //   --> no intersection
+  //
+  // Case 1: (q0o == 0. and q1o != 0.) or (q0o != 0. and q1o == 0.)
+  //
+  //   --> exactly one point in plane
+  //   --> possible point intersection
+  //
+  // Case 2: q0o = 0. and q10 = 0. [or unstable case]
+  //
+  //   --> points in plane
+  //   --> project to 2D
+  //
+  // Case 3: qo = q0o*q1o < 0.
+  //
+  //   --> points on different sides
+  //   --> check if the segment intersects the triangle
+  //   --> compute intersection point with plane
+  //
+  // Note that the computation in Case 3 may be sensitive to rounding
+  // errors if both points are almost in the plane. If this happens
+  // we instead consider the points to be in the plane [Case 2] to
+  // obtain one or more sensible points (if any).
+
+  // Compute orientation of segment end points wrt plane
+  const double q0o = orient3d(p0, p1, p2, q0);
+  const double q1o = orient3d(p0, p1, p2, q1);
+
+  // Case 0: points on the same side --> no intersection
+  if ((q0o > 0.0 and q1o > 0.0) or (q0o < 0.0 and q1o < 0.0))
+    return std::vector<Point>();
+
+  // Case 1: exactly one point in plane --> possible point intersection
+  if (q0o == 0.0 and q1o != 0.0)
+    return intersection_triangle_point_3d(p0, p1, p2, q0);
+  else if (q0o != 0.0 and q1o == 0.0)
+    return intersection_triangle_point_3d(p0, p1, p2, q1);
+
+  // Compute plane normal and major axis
+  const Point n = GeometryTools::cross_product(p0, p1, p2);
+  const std::size_t major_axis = GeometryTools::major_axis_3d(n);
+
+  // Project points to major axis plane
+  const Point P0 = GeometryTools::project_to_plane_3d(p0, major_axis);
+  const Point P1 = GeometryTools::project_to_plane_3d(p1, major_axis);
+  const Point P2 = GeometryTools::project_to_plane_3d(p2, major_axis);
+  const Point Q0 = GeometryTools::project_to_plane_3d(q0, major_axis);
+  const Point Q1 = GeometryTools::project_to_plane_3d(q1, major_axis);
+
+  // Case 2: both points in plane
+  if (q0o == 0.0 and q1o == 0.0)
+  {
+    // Compute 2D intersection points
+    const std::vector<Point>
+      points_2d = intersection_triangle_segment_2d(P0, P1, P2, Q0, Q1);
+
+    // Unproject points: add back third coordinate
+    std::vector<Point> points;
+    switch (major_axis)
+    {
+    case 0:
+      for (auto P : points_2d)
+      {
+        const double x = p0.x() + ((p0.y() - P.x())*n.y() + (p0.z() - P.y())*n.z()) / n.x();
+        points.push_back(Point(x, P.x(), P.y()));
+      }
+      break;
+    case 1:
+      for (auto P : points_2d)
+      {
+        const double y = p0.y() + ((p0.x() - P.x())*n.x() + (p0.z() - P.y())*n.z()) / n.y();
+        points.push_back(Point(P.x(), y, P.y()));
+      }
+      break;
+    default:
+      for (auto P : points_2d)
+      {
+        const double z = p0.z() + ((p0.x() - P.x())*n.x() + (p0.y() - P.y())*n.y()) / n.z();
+        points.push_back(Point(P.x(), P.y(), z));
+      }
+    }
+
+    return unique(points);
+  }
+
+  // Case 3: points on different sides (main case)
+
+  // Check if segment does not collide with triangle
+  if (orient3d(p0, p1, q0, q1)*orient3d(p0, p1, q0, p2) < 0 ||
+      orient3d(p1, p2, q0, q1)*orient3d(p1, p2, q0, p0) < 0 ||
+      orient3d(p2, p0, q0, q1)*orient3d(p2, p0, q0, p1) < 0)
+    return std::vector<Point>();
+
+  // The segment and triangle collide
+  // Now compute intersection point
+  const double ratio_0 = std::abs(q0o) / (std::abs(q0o) + std::abs(q1o));
+
+  // Check ratio and return intersection point
+  if (ratio_0 < 1.0)
+    return std::vector<Point>{q0 + ratio_0*(q1 - q0)};
+  else
+  {
+    const double ratio_1 = std::abs(q1o) / (std::abs(q0o) + std::abs(q1o));
+    return std::vector<Point>{q1 + ratio_1*(q0 - q1)};
+  }
+}
+//-----------------------------------------------------------------------------
+std::vector<Point>
+IntersectionConstruction::intersection_tetrahedron_segment_3d(const Point& p0,
+                                                              const Point& p1,
+                                                              const Point& p2,
+                                                              const Point& p3,
+                                                              const Point& q0,
+                                                              const Point& q1)
+{
+  // The list of points (convex hull)
+  std::vector<Point> points;
+
+  // Add point intersections (4 + 4 = 8)
+  add(points, intersection_tetrahedron_point_3d(p0, p1, p2, p3, q0));
+  add(points, intersection_tetrahedron_point_3d(p0, p1, p2, p3, q1));
+
+  // Add triangle-segment intersections (4)
+  add(points, intersection_triangle_segment_3d(p0, p1, p2, q0, q1));
+  add(points, intersection_triangle_segment_3d(p0, p1, p3, q0, q1));
+  add(points, intersection_triangle_segment_3d(p0, p2, p3, q0, q1));
+  add(points, intersection_triangle_segment_3d(p1, p2, p3, q0, q1));
+
+  dolfin_assert(GeometryPredicates::is_finite(points));
+  return unique(points);
+}
+//-----------------------------------------------------------------------------
+// Intersections with triangles and tetrahedra: computed by delegation
+//-----------------------------------------------------------------------------
+std::vector<Point>
+IntersectionConstruction::intersection_triangle_triangle_2d(const Point& p0,
+                                                            const Point& p1,
+                                                            const Point& p2,
+                                                            const Point& q0,
+                                                            const Point& q1,
+                                                            const Point& q2)
+{
+  // The list of points (convex hull)
+  std::vector<Point> points;
+
+  // Add point intersections (3 + 3 = 6)
+  add(points, intersection_triangle_point_2d(p0, p1, p2, q0));
+  add(points, intersection_triangle_point_2d(p0, p1, p2, q1));
+  add(points, intersection_triangle_point_2d(p0, p1, p2, q2));
+  add(points, intersection_triangle_point_2d(q0, q1, q2, p0));
+  add(points, intersection_triangle_point_2d(q0, q1, q2, p1));
+  add(points, intersection_triangle_point_2d(q0, q1, q2, p2));
+
+  // Add segment-segment intersections (3 x 3 = 9)
+  add(points, intersection_segment_segment_2d(p0, p1, q0, q1));
+  add(points, intersection_segment_segment_2d(p0, p1, q0, q2));
+  add(points, intersection_segment_segment_2d(p0, p1, q1, q2));
+  add(points, intersection_segment_segment_2d(p0, p2, q0, q1));
+  add(points, intersection_segment_segment_2d(p0, p2, q0, q2));
+  add(points, intersection_segment_segment_2d(p0, p2, q1, q2));
+  add(points, intersection_segment_segment_2d(p1, p2, q0, q1));
+  add(points, intersection_segment_segment_2d(p1, p2, q0, q2));
+  add(points, intersection_segment_segment_2d(p1, p2, q1, q2));
+
+  dolfin_assert(GeometryPredicates::is_finite(points));
+  return unique(points);
+}
+//-----------------------------------------------------------------------------
+std::vector<Point>
+IntersectionConstruction::intersection_triangle_triangle_3d(const Point& p0,
+                                                            const Point& p1,
+                                                            const Point& p2,
+                                                            const Point& q0,
+                                                            const Point& q1,
+                                                            const Point& q2)
+{
+  // The list of points (convex hull)
+  std::vector<Point> points;
+
+  // Add point intersections (3 + 3 = 6)
+  add(points, intersection_triangle_point_3d(p0, p1, p2, q0));
+  add(points, intersection_triangle_point_3d(p0, p1, p2, q1));
+  add(points, intersection_triangle_point_3d(p0, p1, p2, q2));
+  add(points, intersection_triangle_point_3d(q0, q1, q2, p0));
+  add(points, intersection_triangle_point_3d(q0, q1, q2, p1));
+  add(points, intersection_triangle_point_3d(q0, q1, q2, p2));
+
+  // Add triangle-segment intersections (3 + 3 = 6)
+  add(points, intersection_triangle_segment_3d(p0, p1, p2, q0, q1));
+  add(points, intersection_triangle_segment_3d(p0, p1, p2, q0, q2));
+  add(points, intersection_triangle_segment_3d(p0, p1, p2, q1, q2));
+  add(points, intersection_triangle_segment_3d(q0, q1, q2, p0, p1));
+  add(points, intersection_triangle_segment_3d(q0, q1, q2, p0, p2));
+  add(points, intersection_triangle_segment_3d(q0, q1, q2, p1, p2));
+
+  dolfin_assert(GeometryPredicates::is_finite(points));
+  return unique(points);
+}
+//-----------------------------------------------------------------------------
+std::vector<Point>
+IntersectionConstruction::intersection_tetrahedron_triangle_3d(const Point& p0,
+                                                               const Point& p1,
+                                                               const Point& p2,
+                                                               const Point& p3,
+                                                               const Point& q0,
+                                                               const Point& q1,
+                                                               const Point& q2)
+{
+  // The list of points (convex hull)
+  std::vector<Point> points;
+
+  // Add point intersections (3 + 4 = 7)
+  add(points, intersection_tetrahedron_point_3d(p0, p1, p2, p3, q0));
+  add(points, intersection_tetrahedron_point_3d(p0, p1, p2, p3, q1));
+  add(points, intersection_tetrahedron_point_3d(p0, p1, p2, p3, q2));
+  add(points, intersection_triangle_point_3d(q0, q1, q2, p0));
+  add(points, intersection_triangle_point_3d(q0, q1, q2, p1));
+  add(points, intersection_triangle_point_3d(q0, q1, q2, p2));
+  add(points, intersection_triangle_point_3d(q0, q1, q2, p3));
+
+  // Add triangle-segment intersections (4 x 3 + 1 x 6 = 18)
+  add(points, intersection_triangle_segment_3d(p0, p1, p2, q0, q1));
+  add(points, intersection_triangle_segment_3d(p0, p1, p2, q0, q2));
+  add(points, intersection_triangle_segment_3d(p0, p1, p2, q1, q2));
+  add(points, intersection_triangle_segment_3d(p0, p1, p3, q0, q1));
+  add(points, intersection_triangle_segment_3d(p0, p1, p3, q0, q2));
+  add(points, intersection_triangle_segment_3d(p0, p1, p3, q1, q2));
+  add(points, intersection_triangle_segment_3d(p0, p2, p3, q0, q1));
+  add(points, intersection_triangle_segment_3d(p0, p2, p3, q0, q2));
+  add(points, intersection_triangle_segment_3d(p0, p2, p3, q1, q2));
+  add(points, intersection_triangle_segment_3d(p1, p2, p3, q0, q1));
+  add(points, intersection_triangle_segment_3d(p1, p2, p3, q0, q2));
+  add(points, intersection_triangle_segment_3d(p1, p2, p3, q1, q2));
+  add(points, intersection_triangle_segment_3d(q0, q1, q2, p0, p1));
+  add(points, intersection_triangle_segment_3d(q0, q1, q2, p0, p2));
+  add(points, intersection_triangle_segment_3d(q0, q1, q2, p0, p3));
+  add(points, intersection_triangle_segment_3d(q0, q1, q2, p1, p2));
+  add(points, intersection_triangle_segment_3d(q0, q1, q2, p1, p3));
+  add(points, intersection_triangle_segment_3d(q0, q1, q2, p2, p3));
+
+  dolfin_assert(GeometryPredicates::is_finite(points));
+  return unique(points);
+}
+//-----------------------------------------------------------------------------
+std::vector<Point>
+IntersectionConstruction::_intersection_tetrahedron_tetrahedron_3d(const Point& p0,
+								   const Point& p1,
+								   const Point& p2,
+								   const Point& p3,
+								   const Point& q0,
+								   const Point& q1,
+								   const Point& q2,
+								   const Point& q3)
+{
+  // The list of points (convex hull)
+  std::vector<Point> points;
+
+  // Add point intersections (4 + 4 = 8)
+  add(points, intersection_tetrahedron_point_3d(p0, p1, p2, p3, q0));
+  add(points, intersection_tetrahedron_point_3d(p0, p1, p2, p3, q1));
+  add(points, intersection_tetrahedron_point_3d(p0, p1, p2, p3, q2));
+  add(points, intersection_tetrahedron_point_3d(p0, p1, p2, p3, q3));
+  add(points, intersection_tetrahedron_point_3d(q0, q1, q2, q3, p0));
+  add(points, intersection_tetrahedron_point_3d(q0, q1, q2, q3, p1));
+  add(points, intersection_tetrahedron_point_3d(q0, q1, q2, q3, p2));
+  add(points, intersection_tetrahedron_point_3d(q0, q1, q2, q3, p3));
+
+  // Let's hope we got this right... :-)
+
+  // Add triangle-segment intersections (4 x 6 + 4 x 6 = 48)
+  add(points, intersection_triangle_segment_3d(p0, p1, p2, q0, q1));
+  add(points, intersection_triangle_segment_3d(p0, p1, p2, q0, q2));
+  add(points, intersection_triangle_segment_3d(p0, p1, p2, q0, q3));
+  add(points, intersection_triangle_segment_3d(p0, p1, p2, q1, q2));
+  add(points, intersection_triangle_segment_3d(p0, p1, p2, q1, q3));
+  add(points, intersection_triangle_segment_3d(p0, p1, p2, q2, q3));
+  add(points, intersection_triangle_segment_3d(p0, p1, p3, q0, q1));
+  add(points, intersection_triangle_segment_3d(p0, p1, p3, q0, q2));
+  add(points, intersection_triangle_segment_3d(p0, p1, p3, q0, q3));
+  add(points, intersection_triangle_segment_3d(p0, p1, p3, q1, q2));
+  add(points, intersection_triangle_segment_3d(p0, p1, p3, q1, q3));
+  add(points, intersection_triangle_segment_3d(p0, p1, p3, q2, q3));
+  add(points, intersection_triangle_segment_3d(p0, p2, p3, q0, q1));
+  add(points, intersection_triangle_segment_3d(p0, p2, p3, q0, q2));
+  add(points, intersection_triangle_segment_3d(p0, p2, p3, q0, q3));
+  add(points, intersection_triangle_segment_3d(p0, p2, p3, q1, q2));
+  add(points, intersection_triangle_segment_3d(p0, p2, p3, q1, q3));
+  add(points, intersection_triangle_segment_3d(p0, p2, p3, q2, q3));
+  add(points, intersection_triangle_segment_3d(p1, p2, p3, q0, q1));
+  add(points, intersection_triangle_segment_3d(p1, p2, p3, q0, q2));
+  add(points, intersection_triangle_segment_3d(p1, p2, p3, q0, q3));
+  add(points, intersection_triangle_segment_3d(p1, p2, p3, q1, q2));
+  add(points, intersection_triangle_segment_3d(p1, p2, p3, q1, q3));
+  add(points, intersection_triangle_segment_3d(p1, p2, p3, q2, q3));
+  add(points, intersection_triangle_segment_3d(q0, q1, q2, p0, p1));
+  add(points, intersection_triangle_segment_3d(q0, q1, q2, p0, p2));
+  add(points, intersection_triangle_segment_3d(q0, q1, q2, p0, p3));
+  add(points, intersection_triangle_segment_3d(q0, q1, q2, p1, p2));
+  add(points, intersection_triangle_segment_3d(q0, q1, q2, p1, p3));
+  add(points, intersection_triangle_segment_3d(q0, q1, q2, p2, p3));
+  add(points, intersection_triangle_segment_3d(q0, q1, q3, p0, p1));
+  add(points, intersection_triangle_segment_3d(q0, q1, q3, p0, p2));
+  add(points, intersection_triangle_segment_3d(q0, q1, q3, p0, p3));
+  add(points, intersection_triangle_segment_3d(q0, q1, q3, p1, p2));
+  add(points, intersection_triangle_segment_3d(q0, q1, q3, p1, p3));
+  add(points, intersection_triangle_segment_3d(q0, q1, q3, p2, p3));
+  add(points, intersection_triangle_segment_3d(q0, q2, q3, p0, p1));
+  add(points, intersection_triangle_segment_3d(q0, q2, q3, p0, p2));
+  add(points, intersection_triangle_segment_3d(q0, q2, q3, p0, p3));
+  add(points, intersection_triangle_segment_3d(q0, q2, q3, p1, p2));
+  add(points, intersection_triangle_segment_3d(q0, q2, q3, p1, p3));
+  add(points, intersection_triangle_segment_3d(q0, q2, q3, p2, p3));
+  add(points, intersection_triangle_segment_3d(q1, q2, q3, p0, p1));
+  add(points, intersection_triangle_segment_3d(q1, q2, q3, p0, p2));
+  add(points, intersection_triangle_segment_3d(q1, q2, q3, p0, p3));
+  add(points, intersection_triangle_segment_3d(q1, q2, q3, p1, p2));
+  add(points, intersection_triangle_segment_3d(q1, q2, q3, p1, p3));
+  add(points, intersection_triangle_segment_3d(q1, q2, q3, p2, p3));
+
+  dolfin_assert(GeometryPredicates::is_finite(points));
+  return unique(points);
+}
+//-----------------------------------------------------------------------------
+std::vector<Point>
+IntersectionConstruction::intersection_triangle_segment_3d(const Point& p0,
+							   const Point& p1,
+							   const Point& p2,
+							   const Point& q0,
+							   const Point& q1)
+{
+  return CGAL_INTERSECTION_CHECK(_intersection_triangle_segment_3d(p0, p1, p2, q0, q1),
+				 cgal_intersection_triangle_segment_3d(p0, p1, p2, q0, q1));
+}
+//-----------------------------------------------------------------------------
+std::vector<Point>
+IntersectionConstruction::intersection_tetrahedron_tetrahedron_3d(const Point& p0,
+								  const Point& p1,
+								  const Point& p2,
+								  const Point& p3,
+								  const Point& q0,
+								  const Point& q1,
+								  const Point& q2,
+								  const Point& q3)
+{
+  return CGAL_INTERSECTION_CHECK(_intersection_tetrahedron_tetrahedron_3d(p0, p1, p2, p3, q0, q1, q2, q3),
+				 cgal_intersection_tetrahedron_tetrahedron_3d(p0, p1, p2, p3, q0, q1, q2, q3));
+}
diff --git a/dolfin/geometry/IntersectionConstruction.h b/dolfin/geometry/IntersectionConstruction.h
new file mode 100644
index 0000000..8511a68
--- /dev/null
+++ b/dolfin/geometry/IntersectionConstruction.h
@@ -0,0 +1,292 @@
+// Copyright (C) 2014-2016 Anders Logg, August Johansson and Benjamin Kehlet
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2014-02-03
+// Last changed: 2017-09-29
+
+#ifndef __INTERSECTION_CONSTRUCTION_H
+#define __INTERSECTION_CONSTRUCTION_H
+
+#include <vector>
+#include <dolfin/log/log.h>
+#include "Point.h"
+
+namespace dolfin
+{
+  // Forward declarations
+  class MeshEntity;
+
+  /// This class implements algorithms for computing pairwise
+  /// intersections of simplices. The computed intersection is always
+  /// convex and represented as a set of points s.t. the intersection
+  /// is the convex hull of these points.
+
+  class IntersectionConstruction
+  {
+  public:
+
+    /// Compute intersection of two entities.
+    ///
+    /// *Arguments*
+    ///     entity_0 (_MeshEntity_)
+    ///         The first entity.
+    ///     entity_1 (_MeshEntity_)
+    ///         The second entity.
+    ///
+    /// *Returns*
+    ///     std::vector<Pointdouble>
+    ///         A vector of points s.t. the intersection is the convex hull of
+    ///         these points.
+    static std::vector<Point>
+    intersection(const MeshEntity& entity_0,
+                 const MeshEntity& entity_1);
+
+    /// Compute intersection of two entities.
+    /// This version takes two vectors of points representing the entities.
+    ///
+    /// *Arguments*
+    ///     points_0 (std::vector<Point>)
+    ///         The vertex coordinates of the first entity.
+    ///     points_1 (std::vector<Point>)
+    ///         The vertex coordinates of the second entity.
+    ///     gdim (std::size_t)
+    ///         The geometric dimension.
+    ///
+    /// *Returns*
+    ///     std::vector<Point>
+    ///         A vector of points s.t. the intersection is the convex hull of
+    ///         these points.
+    static std::vector<Point>
+    intersection(const std::vector<Point>& points_0,
+                 const std::vector<Point>& points_1,
+                 std::size_t gdim);
+
+    //--- Low-level intersection construction functions ---
+
+    // There are 19 different intersections to consider. Initially, we have
+    // 4 different entities: point, segment, triangle, tetrahedron, and thus
+    // 16 combinations. Because of symmetry, these are reduced to 10. However,
+    // some of the combination are relevant in both 1D, 2D and 3D, and thus
+    // the total number of intersections lands at 19. The table indicates the
+    // number of versions (1D, 2D, 3D) for each relevant combination.
+    //
+    //     | 0  1  2  3
+    //   --------------
+    //   0 | 3  x  x  x  point-foo       (1D, 2D, 3D)
+    //   1 | 3  3  x  x  segment-foo     (1D, 2D, 3D)
+    //   2 | 2  2  2  x  triangle-foo    (--, 2D, 3D)
+    //   3 | 1  1  1  1  tetrahedron-foo (--, --, 3D)
+    //
+    // The intersection construction functions can be grouped into
+    // three classes:
+    //
+    // [P] Use point collision predicates (9)
+    // [C] Compute collision by solving for intersection points (3)
+    // [D] Delegate computation to [P] or [C] for subsimplices (7)
+    //
+    // [P] intersection_point_point_1d
+    // [P] intersection_point_point_2d
+    // [P] intersection_point_point_3d
+    // [P] intersection_segment_point_1d
+    // [P] intersection_segment_point_2d
+    // [P] intersection_segment_point_3d
+    // [P] intersection_triangle_point_2d
+    // [P] intersection_triangle_point_3d
+    // [P] intersection_tetrahedron_point_3d
+    // [D] intersection_segment_segment_1d
+    // [C] intersection_segment_segment_2d
+    // [C] intersection_segment_segment_3d           <-- not used/implemented
+    // [D] intersection_triangle_segment_2d
+    // [C] intersection_triangle_segment_3d          <-- needs review
+    // [D] intersection_tetrahedron_segment_3d
+    // [D] intersection_triangle_triangle_2d
+    // [D] intersection_triangle_triangle_3d
+    // [D] intersection_tetrahedron_triangle_3d
+    // [D] intersection_tetrahedron_tetrahedron_3d
+    //
+    // Note that intersection_segment_segment_3d is not used/implemented.
+    // In summary, this means that there are only two functions that require
+    // computation, other than simple checks for point collisions or delegation
+    // to lower-level intersection functions. These two functions are:
+    //
+    // [C] intersection_segment_segment_2d
+    // [C] intersection_triangle_segment_3d
+
+    /// Compute intersection of points p0 and q0 (1D)
+    static std::vector<double>
+    intersection_point_point_1d(double p0,
+                                double q0);
+
+    /// Compute intersection of points p0 and q0 (2D)
+    static std::vector<Point>
+    intersection_point_point_2d(const Point& p0,
+                                const Point& q0);
+
+    /// Compute intersection of points p0 and q0 (3D)
+    static std::vector<Point>
+    intersection_point_point_3d(const Point& p0,
+                                const Point& q0);
+
+    /// Compute intersection of segment p0-p1 with point q0 (1D)
+    static std::vector<double>
+    intersection_segment_point_1d(double p0,
+                                  double p1,
+                                  double q0);
+
+    /// Compute intersection of segment p0-p1 with point q0 (2D)
+    static std::vector<Point>
+    intersection_segment_point_2d(const Point& p0,
+                                  const Point& p1,
+                                  const Point& q0);
+
+    /// Compute intersection of segment p0-p1 with point q0 (3D)
+    static std::vector<Point>
+    intersection_segment_point_3d(const Point& p0,
+                                  const Point& p1,
+                                  const Point& q0);
+
+    /// Compute intersection of triangle p0-p1-p2 with point q0 (2D)
+    static std::vector<Point>
+    intersection_triangle_point_2d(const Point& p0,
+                                   const Point& p1,
+                                   const Point& p2,
+                                   const Point& q0);
+
+    /// Compute intersection of triangle p0-p1-p2 with point q0 (3D)
+    static std::vector<Point>
+    intersection_triangle_point_3d(const Point& p0,
+                                   const Point& p1,
+                                   const Point& p2,
+                                   const Point& q0);
+
+    /// Compute intersection of tetrahedron p0-p1-p2-p3 with point q0 (3D)
+    static std::vector<Point>
+    intersection_tetrahedron_point_3d(const Point& p0,
+                                      const Point& p1,
+                                      const Point& p2,
+                                      const Point& p3,
+                                      const Point& q0);
+
+    /// Compute intersection of segment p0-p1 with segment q0-q1 (1D)
+    static std::vector<double>
+    intersection_segment_segment_1d(double p0,
+                                    double p1,
+                                    double q0,
+                                    double q1);
+
+    /// Compute intersection of segment p0-p1 with segment q0-q1 (2D)
+    static std::vector<Point>
+    intersection_segment_segment_2d(const Point& p0,
+                                    const Point& p1,
+                                    const Point& q0,
+                                    const Point& q1);
+
+    /// Compute intersection of segment p0-p1 with segment q0-q1 (3D)
+    static std::vector<Point>
+    intersection_segment_segment_3d(const Point& p0,
+                                    const Point& p1,
+                                    const Point& q0,
+                                    const Point& q1);
+
+    /// Compute intersection of triangle p0-p1-p2 with segment q0-q1 (2D)
+    static std::vector<Point>
+    intersection_triangle_segment_2d(const Point& p0,
+                                     const Point& p1,
+                                     const Point& p2,
+                                     const Point& q0,
+                                     const Point& q1);
+
+    /// Compute intersection of triangle p0-p1-p2 with segment q0-q1 (3D)
+    static std::vector<Point>
+    intersection_triangle_segment_3d(const Point& p0,
+                                     const Point& p1,
+                                     const Point& p2,
+                                     const Point& q0,
+                                     const Point& q1);
+
+    /// Compute intersection of tetrahedron p0-p1-p2-p3 with segment q0-q1 (3D)
+    static std::vector<Point>
+    intersection_tetrahedron_segment_3d(const Point& p0,
+                                        const Point& p1,
+                                        const Point& p2,
+                                        const Point& p3,
+                                        const Point& q0,
+                                        const Point& q1);
+
+    /// Compute intersection of triangle p0-p1-p2 with triangle q0-q1-q2 (2D)
+    static std::vector<Point>
+    intersection_triangle_triangle_2d(const Point& p0,
+                                      const Point& p1,
+                                      const Point& p2,
+                                      const Point& q0,
+                                      const Point& q1,
+                                      const Point& q2);
+
+    /// Compute intersection of triangle p0-p1-p2 with triangle q0-q1-q2 (3D)
+    static std::vector<Point>
+    intersection_triangle_triangle_3d(const Point& p0,
+                                      const Point& p1,
+                                      const Point& p2,
+                                      const Point& q0,
+                                      const Point& q1,
+                                      const Point& q2);
+
+    /// Compute intersection of tetrahedron p0-p1-p2-p3 with triangle q0-q1-q2 (3D)
+    static std::vector<Point>
+    intersection_tetrahedron_triangle_3d(const Point& p0,
+                                         const Point& p1,
+                                         const Point& p2,
+                                         const Point& p3,
+                                         const Point& q0,
+                                         const Point& q1,
+                                         const Point& q2);
+
+    /// Compute intersection of tetrahedron p0-p1-p2-p3 with tetrahedron q0-q1-q2-q3 (3D)
+    static std::vector<Point>
+    intersection_tetrahedron_tetrahedron_3d(const Point& p0,
+                                            const Point& p1,
+                                            const Point& p2,
+                                            const Point& p3,
+                                            const Point& q0,
+                                            const Point& q1,
+                                            const Point& q2,
+                                            const Point& q3);
+
+  private :
+    /// Compute intersection of triangle p0-p1-p2 with segment q0-q1 (3D)
+    static std::vector<Point>
+    _intersection_triangle_segment_3d(const Point& p0,
+				      const Point& p1,
+				      const Point& p2,
+				      const Point& q0,
+				      const Point& q1);
+
+    static std::vector<Point>
+    _intersection_tetrahedron_tetrahedron_3d(const Point& p0,
+					     const Point& p1,
+					     const Point& p2,
+					     const Point& p3,
+					     const Point& q0,
+					     const Point& q1,
+					     const Point& q2,
+					     const Point& q3);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/geometry/MeshPointIntersection.cpp b/dolfin/geometry/MeshPointIntersection.cpp
new file mode 100644
index 0000000..763624c
--- /dev/null
+++ b/dolfin/geometry/MeshPointIntersection.cpp
@@ -0,0 +1,44 @@
+// Copyright (C) 2013 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-04-18
+// Last changed: 2013-08-28
+
+#include <dolfin/log/LogStream.h>
+#include <dolfin/mesh/Cell.h>
+#include "BoundingBoxTree.h"
+#include "MeshPointIntersection.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MeshPointIntersection::MeshPointIntersection(const Mesh& mesh,
+                                             const Point& point)
+{
+  // Build bounding box tree
+  BoundingBoxTree tree;
+  tree.build(mesh);
+
+  // Compute intersection
+  _intersected_cells = tree.compute_entity_collisions(point);
+}
+//-----------------------------------------------------------------------------
+MeshPointIntersection::~MeshPointIntersection()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/geometry/MeshPointIntersection.h b/dolfin/geometry/MeshPointIntersection.h
new file mode 100644
index 0000000..a8b1dc3
--- /dev/null
+++ b/dolfin/geometry/MeshPointIntersection.h
@@ -0,0 +1,62 @@
+// Copyright (C) 2013 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-04-18
+// Last changed: 2013-05-30
+
+#ifndef __MESH_POINT_INTERSECTION_H
+#define __MESH_POINT_INTERSECTION_H
+
+#include <vector>
+#include <memory>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class Mesh;
+  class Point;
+
+  /// This class represents an intersection between a _Mesh_ and a
+  /// _Point_. The resulting intersection is stored as a list of zero
+  /// or more cells.
+
+  class MeshPointIntersection
+  {
+  public:
+
+    /// Compute intersection between mesh and point
+    MeshPointIntersection(const Mesh& mesh,
+                          const Point& point);
+
+    /// Destructor
+    ~MeshPointIntersection();
+
+    /// Return the list of (local) indices for intersected cells
+    const std::vector<unsigned int>& intersected_cells() const
+    { return _intersected_cells; }
+
+  private:
+
+    // The list of (local) indices for intersected cells
+    std::vector<unsigned int> _intersected_cells;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/geometry/Point.cpp b/dolfin/geometry/Point.cpp
new file mode 100644
index 0000000..70e995c
--- /dev/null
+++ b/dolfin/geometry/Point.cpp
@@ -0,0 +1,76 @@
+// Copyright (C) 2006-2008 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2006.
+//
+// First added:  2006-06-12
+// Last changed: 2014-01-06
+
+#include <cmath>
+#include <dolfin/common/constants.h>
+#include <dolfin/log/log.h>
+#include <dolfin/log/LogStream.h>
+#include <dolfin/math/basic.h>
+#include "Point.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+const Point Point::cross(const Point& p) const
+{
+  Point q;
+
+  q._x[0] = _x[1]*p._x[2] - _x[2]*p._x[1];
+  q._x[1] = _x[2]*p._x[0] - _x[0]*p._x[2];
+  q._x[2] = _x[0]*p._x[1] - _x[1]*p._x[0];
+
+  return q;
+}
+//-----------------------------------------------------------------------------
+double Point::squared_distance(const Point& p) const
+{
+  const double dx = p._x[0] - _x[0];
+  const double dy = p._x[1] - _x[1];
+  const double dz = p._x[2] - _x[2];
+
+  return dx*dx + dy*dy + dz*dz;
+}
+//-----------------------------------------------------------------------------
+double Point::dot(const Point& p) const
+{
+  return _x[0]*p._x[0] + _x[1]*p._x[1] + _x[2]*p._x[2];
+}
+//-----------------------------------------------------------------------------
+Point Point::rotate(const Point& k, double theta) const
+{
+  dolfin_assert(near(k.norm(), 1.0));
+
+  const Point& v = *this;
+  const double cosTheta = cos(theta);
+  const double sinTheta = sin(theta);
+
+  //Rodriques' rotation formula
+  return v*cosTheta + k.cross(v)*sinTheta + k*k.dot(v)*(1-cosTheta);
+}
+//-----------------------------------------------------------------------------
+std::string Point::str(bool verbose) const
+{
+  std::stringstream s;
+  s << "<Point x = " << x() << " y = " << y() << " z = " << z() << ">";
+  return s.str();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/geometry/Point.h b/dolfin/geometry/Point.h
new file mode 100644
index 0000000..dc2ca33
--- /dev/null
+++ b/dolfin/geometry/Point.h
@@ -0,0 +1,326 @@
+// Copyright (C) 2006-2014 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells 2006
+// Modified by Andre Massing 2009
+//
+// First added:  2006-06-12
+// Last changed: 2017-09-28
+
+#ifndef __POINT_H
+#define __POINT_H
+
+#include <array>
+#include <cmath>
+#include <iostream>
+#include <dolfin/log/log.h>
+#include <dolfin/common/Array.h>
+
+namespace dolfin
+{
+  /// A Point represents a point in :math:`\mathbb{R}^3` with
+  /// coordinates :math:`x, y, z,` or alternatively, a vector in
+  /// :math:`\mathbb{R}^3`, supporting standard operations like the
+  /// norm, distances, scalar and vector products etc.
+
+  class Point
+  {
+  public:
+
+    /// Create a point at (x, y, z). Default value (0, 0, 0).
+    ///
+    /// @param    x (double)
+    ///         The x-coordinate.
+    /// @param    y (double)
+    ///         The y-coordinate.
+    /// @param    z (double)
+    ///         The z-coordinate.
+    explicit Point(const double x=0.0, const double y=0.0, const double z=0.0)
+      : _x({{x, y, z}}) {}
+
+    /// Create point from array
+    ///
+    /// @param    dim (std::size_t)
+    ///         Dimension of the array.
+    /// @param    x (double)
+    ///         The array to create a Point from.
+    Point(std::size_t dim, const double* x) : _x({{0.0, 0.0, 0.0}})
+    {
+      for (std::size_t i = 0; i < dim; i++)
+        _x[i] = x[i];
+    }
+
+    /// Create point from Array
+    ///
+    /// @param    x (Array<double>)
+    ///         Array of coordinates.
+    Point(const Array<double>& x) : _x({{0.0, 0.0, 0.0}})
+    {
+      for (std::size_t i = 0; i < x.size(); i++)
+        _x[i] = x[i];
+    }
+
+    /// Copy constructor
+    ///
+    /// @param    p (_Point_)
+    ///         The object to be copied.
+    Point(const Point& p) : _x({{p._x[0], p._x[1], p._x[2]}}) {}
+
+    /// Destructor
+    ~Point() {}
+
+    /// Return address of coordinate in direction i
+    ///
+    /// @param    i (std::size_t)
+    ///         Direction.
+    ///
+    /// *Returns*
+    /// @return    double
+    ///         Address of coordinate in the given direction.
+    double& operator[] (std::size_t i)
+    { dolfin_assert(i < 3); return _x[i]; }
+
+    /// Return coordinate in direction i
+    ///
+    /// @param    i (std::size_t)
+    ///         Direction.
+    ///
+    /// @return    double
+    ///         The coordinate in the given direction.
+    double operator[] (std::size_t i) const
+    { dolfin_assert(i < 3); return _x[i]; }
+
+    /// Return x-coordinate
+    ///
+    /// @return    double
+    ///         The x-coordinate.
+    double x() const
+    { return _x[0]; }
+
+    /// Return y-coordinate
+    ///
+    /// @return     double
+    ///         The y-coordinate.
+    double y() const
+    { return _x[1]; }
+
+    /// Return z-coordinate
+    ///
+    /// @return    double
+    ///         The z-coordinate.
+    double z() const
+    { return _x[2]; }
+
+    /// Return coordinate array
+    ///
+    /// @return double*
+    ///         The coordinates.
+    double* coordinates()
+    { return _x.data(); }
+
+    /// Return coordinate array (const. version)
+    ///
+    /// @return double*
+    ///         The coordinates.
+    const double* coordinates() const
+    { return _x.data(); }
+
+    /// Return copy of coordinate array
+    ///
+    /// *Returns*
+    ///     list of double
+    ///         The coordinates.
+    std::array<double, 3> array() const
+    {
+      return _x;
+    }
+
+    /// Compute sum of two points
+    /// @param p (Point)
+    /// @return Point
+    Point operator+ (const Point& p) const
+    { Point q(_x[0] + p._x[0], _x[1] + p._x[1], _x[2] + p._x[2]); return q; }
+
+    /// Compute difference of two points
+    /// @param p (Point)
+    /// @return Point
+    Point operator- (const Point& p) const
+    { Point q(_x[0] - p._x[0], _x[1] - p._x[1], _x[2] - p._x[2]); return q; }
+
+    /// Add given point
+    const Point& operator+= (const Point& p)
+    { _x[0] += p._x[0]; _x[1] += p._x[1]; _x[2] += p._x[2]; return *this; }
+
+    /// Subtract given point
+    const Point& operator-= (const Point& p)
+    { _x[0] -= p._x[0]; _x[1] -= p._x[1]; _x[2] -= p._x[2]; return *this; }
+
+    /// Unary minus
+    Point operator- ()
+    { Point p(-_x[0], -_x[1], -_x[2]); return p; }
+
+    /// Multiplication with scalar
+    Point operator* (double a) const
+    { Point p(a*_x[0], a*_x[1], a*_x[2]); return p; }
+
+    /// Incremental multiplication with scalar
+    const Point& operator*= (double a)
+    { _x[0] *= a; _x[1] *= a; _x[2] *= a; return *this; }
+
+    /// Division by scalar
+    Point operator/ (double a) const
+    { Point p(_x[0]/a, _x[1]/a, _x[2]/a); return p; }
+
+    /// Incremental division by scalar
+    const Point& operator/= (double a)
+    { _x[0] /= a; _x[1] /= a; _x[2] /= a; return *this; }
+
+    /// Assignment operator
+    const Point& operator= (const Point& p)
+    { _x = {{p._x[0], p._x[1], p._x[2]}}; return *this; }
+
+    /// Equal to operator
+    bool operator== (const Point& p) const
+    { return _x == p._x; }
+
+    /// Not equal to operator
+    bool operator!= (const Point& p) const
+    { return _x != p._x; }
+
+    /// Compute squared distance to given point
+    ///
+    /// @param p (Point)
+    ///         The point to compute distance to.
+    ///
+    /// @return double
+    ///         The squared distance.
+    ///
+    double squared_distance(const Point& p) const;
+
+    /// Compute distance to given point
+    ///
+    /// @param    p (Point)
+    ///         The point to compute distance to.
+    ///
+    /// @return   double
+    ///         The distance.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         Point p1(0, 4, 0);
+    ///         Point p2(2, 0, 4);
+    ///         info("%g", p1.distance(p2));
+    ///
+    /// @endcode
+    inline double distance(const Point& p) const
+    { return sqrt(squared_distance(p)); }
+
+    /// Compute norm of point representing a vector from the origin
+    ///
+    /// @return     double
+    ///         The (Euclidean) norm of the vector from the origin to
+    ///         the point.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         Point p(1.0, 2.0, 2.0);
+    ///         info("%g", p.norm());
+    ///
+    /// @endcode
+    double norm() const
+    { return std::sqrt(_x[0]*_x[0] + _x[1]*_x[1] + _x[2]*_x[2]); }
+
+    /// Compute norm of point representing a vector from the origin
+    ///
+    /// @return     double
+    ///         The squared (Euclidean) norm of the vector from the
+    ///         origin of the point.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         Point p(1.0, 2.0, 2.0);
+    ///         info("%g", p.squared_norm());
+    ///
+    /// @endcode
+    double squared_norm() const
+    { return _x[0]*_x[0] + _x[1]*_x[1] + _x[2]*_x[2]; }
+
+    /// Compute cross product with given vector
+    ///
+    /// @param    p (_Point_)
+    ///         Another point.
+    ///
+    /// @return     Point
+    ///         The cross product.
+    const Point cross(const Point& p) const;
+
+    /// Compute dot product with given vector
+    ///
+    /// @param    p (Point)
+    ///         Another point.
+    ///
+    /// @return    double
+    ///         The dot product.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         Point p1(1.0, 4.0, 8.0);
+    ///         Point p2(2.0, 0.0, 0.0);
+    ///         info("%g", p1.dot(p2));
+    ///
+    /// @endcode
+    double dot(const Point& p) const;
+
+    /// Rotate around a given axis
+    ///
+    /// @param    a (Point)
+    ///         The axis to rotate around. Must be unit length.
+    /// @param    theta (double)
+    ///         The rotation angle.
+    ///
+    /// @return     Point
+    ///         The rotated point.
+    Point rotate(const Point& a, double theta) const;
+
+    // Note: Not a subclass of Variable for efficiency!
+
+    /// Return informal string representation (pretty-print)
+    ///
+    /// @param    verbose (bool)
+    ///         Flag to turn on additional output.
+    ///
+    /// @return     std::string
+    ///         An informal representation of the function space.
+    std::string str(bool verbose=false) const;
+
+  private:
+
+    std::array<double, 3> _x;
+
+  };
+
+  /// Multiplication with scalar
+  inline Point operator*(double a, const Point& p)
+  { return p*a; }
+
+  /// Output of Point to stream
+  inline std::ostream& operator<<(std::ostream& stream, const Point& point)
+  { stream << point.str(false); return stream; }
+
+}
+
+#endif
diff --git a/dolfin/geometry/SimplexQuadrature.cpp b/dolfin/geometry/SimplexQuadrature.cpp
new file mode 100644
index 0000000..3c4bd79
--- /dev/null
+++ b/dolfin/geometry/SimplexQuadrature.cpp
@@ -0,0 +1,3686 @@
+// Copyright (C) 2014 August Johansson and Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <dolfin/log/log.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshGeometry.h>
+#include "SimplexQuadrature.h"
+#include "predicates.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+SimplexQuadrature::SimplexQuadrature(std::size_t tdim, std::size_t order)
+{
+  // Create and store quadrature rule for reference simplex
+  switch (tdim)
+  {
+  case 1:
+    setup_qr_reference_interval(order);
+    break;
+  case 2:
+    setup_qr_reference_triangle(order);
+    break;
+  case 3:
+    setup_qr_reference_tetrahedron(order);
+    break;
+  default:
+    dolfin_error("SimplexQuadrature.cpp",
+                 "setup quadrature rule for reference simplex",
+                 "Only implemented for topological dimension 1, 2, 3");
+  }
+
+}
+//-----------------------------------------------------------------------------
+std::pair<std::vector<double>, std::vector<double>>
+  SimplexQuadrature::compute_quadrature_rule(const Cell& cell) const
+{
+  // Extract dimensions
+  const std::size_t tdim = cell.mesh().topology().dim();
+  const std::size_t gdim = cell.mesh().geometry().dim();
+
+  // Get vertex coordinates
+  std::vector<double> x;
+  cell.get_coordinate_dofs(x);
+
+  // Convert to std::vector<Point>
+  std::vector<Point> s(tdim + 1);
+  for (std::size_t t = 0; t < tdim + 1; ++t)
+    for (std::size_t d = 0; d < gdim; ++d)
+      s[t][d] = x[gdim*t + d];
+
+  // Call function to compute quadrature rule
+  return compute_quadrature_rule(s, gdim);
+}
+//-----------------------------------------------------------------------------
+std::pair<std::vector<double>, std::vector<double>>
+  SimplexQuadrature::compute_quadrature_rule(const std::vector<Point>& coordinates,
+                                             std::size_t gdim) const
+{
+  std::size_t tdim = coordinates.size() - 1;
+
+  switch (tdim)
+  {
+  case 0:
+    // FIXME: should we return empty qr or should we have detected this earlier?
+    break;
+  case 1:
+    return compute_quadrature_rule_interval(coordinates, gdim);
+    break;
+  case 2:
+    return compute_quadrature_rule_triangle(coordinates, gdim);
+    break;
+  case 3:
+    return compute_quadrature_rule_tetrahedron(coordinates, gdim);
+    break;
+  default:
+    dolfin_error("SimplexQuadrature.cpp",
+                 "compute quadrature rule for simplex",
+                 "Only implemented for topological dimension 1, 2, 3");
+  };
+
+  std::pair<std::vector<double>, std::vector<double>> quadrature_rule;
+  return quadrature_rule;
+}
+//-----------------------------------------------------------------------------
+std::pair<std::vector<double>, std::vector<double>>
+  SimplexQuadrature::compute_quadrature_rule_interval(const std::vector<Point>& coordinates,
+						      std::size_t gdim) const
+{
+  log(PROGRESS, "Create quadrature rule using given interval coordinates");
+
+  std::pair<std::vector<double>, std::vector<double>> quadrature_rule;
+
+  // Find the determinant of the Jacobian (inspired by ufc_geometry.h)
+  double det = -1;
+
+  switch (gdim)
+  {
+  case 1:
+  {
+      det = coordinates[1].x() - coordinates[0].x();
+      break;
+  }
+  case 2:
+  {
+    const std::array<double, 2> J = {{coordinates[1].x() - coordinates[0].x(),
+                                      coordinates[1].y() - coordinates[0].y()}};
+    const double det2 = J[0]*J[0] + J[1]*J[1];
+    det = std::sqrt(det2);
+    break;
+  }
+  case 3:
+  {
+    const std::array<double, 3>  J = {{coordinates[1].x() - coordinates[0].x(),
+                                       coordinates[1].y() - coordinates[0].y(),
+                                       coordinates[1].z() - coordinates[0].z()}};
+    const double det2 = J[0]*J[0] + J[1]*J[1];
+    det = std::sqrt(det2);
+    break;
+  }
+  default:
+    dolfin_error("SimplexQuadrature.cpp",
+                 "compute quadrature rule for interval",
+                 "Not implemented for dimension %d", gdim);
+  }
+
+  // Map (local) quadrature points (note that _p is a
+  // std::vector<std::vector<double> >)
+  quadrature_rule.first.resize(gdim*_p[0].size());
+  for (std::size_t i = 0; i < _p[0].size(); ++i)
+  {
+    for (std::size_t d = 0; d < gdim; ++d)
+    {
+      quadrature_rule.first[d + i*gdim]
+        = 0.5*(coordinates[0][d]*(1. - _p[0][i])
+	       + coordinates[1][d]*(1. + _p[0][i]));
+      dolfin_assert(std::isfinite(quadrature_rule.first[d + i*gdim]));
+    }
+  }
+  dolfin_assert(det >= 0);
+
+  // Store weights
+  quadrature_rule.second.assign(_w.size(), 0.5*std::abs(det));
+  for (std::size_t i = 0; i < _w.size(); ++i)
+  {
+    quadrature_rule.second[i] *= _w[i];
+    dolfin_assert(std::isfinite(quadrature_rule.second[i]));
+  }
+  dolfin_assert(quadrature_rule.first.size() == gdim*quadrature_rule.second.size());
+
+  return quadrature_rule;
+}
+//-----------------------------------------------------------------------------
+std::pair<std::vector<double>, std::vector<double>>
+SimplexQuadrature::compute_quadrature_rule_triangle(const std::vector<Point>& coordinates,
+                                                    std::size_t gdim) const
+{
+  log(PROGRESS, "Create quadrature rule using given triangle coordinates");
+
+  std::pair<std::vector<double>, std::vector<double>> quadrature_rule;
+
+  // Find the determinant of the Jacobian (inspired by ufc_geometry.h)
+  double det = 0; // To keep compiler happy
+
+  switch (gdim)
+  {
+  case 2:
+  {
+    det = orient2d(coordinates[0], coordinates[1], coordinates[2]);
+
+    break;
+  }
+  case 3:
+  {
+    const std::array<double, 6> J = {{coordinates[1].x() - coordinates[0].x(),
+                                      coordinates[2].x() - coordinates[0].x(),
+                                      coordinates[1].y() - coordinates[0].y(),
+                                      coordinates[2].y() - coordinates[0].y(),
+                                      coordinates[1].z() - coordinates[0].z(),
+                                      coordinates[2].z() - coordinates[0].z()}};
+    const double d_0 = J[2]*J[5] - J[4]*J[3];
+    const double d_1 = J[4]*J[1] - J[0]*J[5];
+    const double d_2 = J[0]*J[3] - J[2]*J[1];
+    const double det2 = d_0*d_0 + d_1*d_1 + d_2*d_2;
+    det = std::sqrt(det2);
+
+    break;
+  }
+  default:
+    dolfin_error("SimplexQuadrature.cpp",
+                 "compute quadrature rule for triangle",
+                 "Not implemented for dimension ", gdim);
+  }
+
+  // Store points
+  quadrature_rule.first.resize(gdim*_p.size());
+  for (std::size_t i = 0; i < _p.size(); ++i)
+  {
+    for (std::size_t d = 0; d < gdim; ++d)
+    {
+      quadrature_rule.first[d + i*gdim]
+        = _p[i][0]*coordinates[0][d]
+        + _p[i][1]*coordinates[1][d]
+        + (1. - _p[i][0] - _p[i][1])*coordinates[2][d];
+      dolfin_assert(std::isfinite(quadrature_rule.first[d + i*gdim]));
+    }
+  }
+
+  // Store weights
+  quadrature_rule.second.assign(_w.size(), 0.5*std::abs(det));
+  for (std::size_t i = 0; i < _w.size(); ++i)
+  {
+    quadrature_rule.second[i] *= _w[i];
+    dolfin_assert(std::isfinite(quadrature_rule.second[i]));
+  }
+
+  dolfin_assert(quadrature_rule.first.size() == gdim*quadrature_rule.second.size());
+
+  return quadrature_rule;
+}
+//-----------------------------------------------------------------------------
+std::pair<std::vector<double>, std::vector<double>>
+SimplexQuadrature::compute_quadrature_rule_tetrahedron(const std::vector<Point>& coordinates,
+                                                       std::size_t gdim) const
+{
+  log(PROGRESS, "Create quadrature rule using given tetrahedron coordinates");
+
+  std::pair<std::vector<double>, std::vector<double>> quadrature_rule;
+
+  // Find the determinant of the Jacobian (from ufc_geometry.h)
+  double det = 0; // To keep compiler happy
+
+  switch (gdim)
+  {
+  case 3:
+  {
+    const std::array<double, 9> J = {{coordinates[1].x() - coordinates[0].x(),
+                                      coordinates[2].x() - coordinates[0].x(),
+                                      coordinates[3].x() - coordinates[0].x(),
+                                      coordinates[1].y() - coordinates[0].y(),
+                                      coordinates[2].y() - coordinates[0].y(),
+                                      coordinates[3].y() - coordinates[0].y(),
+                                      coordinates[1].z() - coordinates[0].z(),
+                                      coordinates[2].z() - coordinates[0].z(),
+                                      coordinates[3].z() - coordinates[0].z()}};
+    const std::array<double, 3> d = {{J[4]*J[8] - J[5]*J[7],
+                                      J[2]*J[7] - J[1]*J[8],
+                                      J[1]*J[5] - J[2]*J[4]}};
+    det = J[0]*d[0] + J[3]*d[1] + J[6]*d[2];
+    break;
+  }
+  default:
+    dolfin_error("SimplexQuadrature.cpp",
+                 "compute quadrature rule for tetrahedron",
+                 "Not implemented for dimension ", gdim);
+  }
+
+  // Store points
+  quadrature_rule.first.resize(gdim*_p.size());
+  for (std::size_t i = 0; i < _p.size(); ++i)
+  {
+    for (std::size_t d = 0; d < gdim; ++d)
+    {
+      quadrature_rule.first[d + i*gdim]
+        = _p[i][0]*coordinates[0][d]
+        + _p[i][1]*coordinates[1][d]
+        + _p[i][2]*coordinates[2][d]
+        + (1. - _p[i][0] - _p[i][1] - _p[i][2])*coordinates[3][d];
+    }
+  }
+
+  // Store weights
+  quadrature_rule.second.assign(_w.size(), std::abs(det)/6.0);
+  for (std::size_t i = 0; i < _w.size(); ++i)
+    quadrature_rule.second[i] *= _w[i];
+
+  dolfin_assert(quadrature_rule.first.size() == gdim*quadrature_rule.second.size());
+
+  return quadrature_rule;
+}
+//-----------------------------------------------------------------------------
+std::vector<std::size_t>
+SimplexQuadrature::compress(std::pair<std::vector<double>, std::vector<double>>& qr,
+			    std::size_t gdim,
+			    std::size_t quadrature_order)
+{
+  // Polynomial degree N that can be integrated exactly using the
+  // qr_base
+  const std::size_t N = quadrature_order;
+
+  // By construction the compressed quadrature rule will not have more
+  // than choose(N + gdim, gdim) points.
+  const std::size_t N_compressed_min = choose(N + gdim, gdim);
+  if (qr.second.size() <= N_compressed_min)
+  {
+    // We cannot improve this rule. Return empty vector
+    return std::vector<std::size_t>();
+  }
+
+  log(PROGRESS, "Compressing %d quadrature points down to %d",
+      qr.second.size(), N_compressed_min);
+
+  // Copy the input qr since we'll overwrite the input
+  const std::pair<std::vector<double>, std::vector<double>> qr_input = qr;
+
+  // Create Vandermonde-type matrix using a basis of Chebyshev
+  // polynomials of the first kind
+  const Eigen::MatrixXd V = Chebyshev_Vandermonde_matrix(qr_input, gdim, N);
+
+  // A QR decomposition selects the subset of N columns (geometrically
+  // the N columns with same volume as spanned by all M columns).
+  Eigen::ColPivHouseholderQR<Eigen::MatrixXd> QR(V);
+  Eigen::MatrixXd Q = QR.householderQ();
+
+  // We do not need the full Q matrix but only what's known as the
+  // "economy size" decomposition
+  Q *= Eigen::MatrixXd::Identity(V.rows(), std::min(V.rows(), V.cols()));
+
+  // We'll use Q^T
+  Q.transposeInPlace();
+
+  // Compute weights in the new basis
+  Eigen::Map<const Eigen::VectorXd> w_base(qr_input.second.data(),
+					   qr_input.second.size());
+  const Eigen::VectorXd nu = Q*w_base;
+
+  // Compute new weights
+  const Eigen::VectorXd w_new = Q.colPivHouseholderQr().solve(nu);
+
+  // Construct new qr using the non-zero weights. First find the
+  // indices for these weights.
+  std::vector<std::size_t> indices;
+  for (int i = 0; i < w_new.size(); ++i)
+  {
+    if (std::abs(w_new[i]) > 0.0)
+      indices.push_back(i);
+  }
+
+  // Resize qr and overwrite the points and weights
+  dolfin_assert(indices.size() <= N_compressed_min);
+  qr.first.resize(gdim*indices.size());
+  qr.second.resize(indices.size());
+
+  for (std::size_t i = 0; i < indices.size(); ++i)
+  {
+    // Save points
+    for (std::size_t d = 0; d < gdim; ++d)
+      qr.first[gdim*i + d] = qr_input.first[gdim*indices[i] + d];
+
+    // Save weights
+    qr.second[i] = w_new[indices[i]];
+  }
+
+  // Return indices. These are useful for mapping additional data, for
+  // example the normals.
+  return indices;
+}
+//-----------------------------------------------------------------------------
+void SimplexQuadrature::setup_qr_reference_interval(std::size_t order)
+{
+  // Create quadrature rule with points on reference element [-1, 1].
+  _p.resize(1);
+  legendre_compute_glr(order, _p[0], _w);
+}
+//-----------------------------------------------------------------------------
+void SimplexQuadrature::setup_qr_reference_triangle(std::size_t order)
+{
+  // Create quadrature rule with points on reference triangle [0, 0],
+  // [1, 0] and [0, 1]
+  return dunavant_rule(order, _p, _w);
+}
+//-----------------------------------------------------------------------------
+void SimplexQuadrature::setup_qr_reference_tetrahedron(std::size_t order)
+{
+  // FIXME: Replace these hard coded rules by a general function
+
+  switch (order)
+  {
+  case 1:
+    // Assign weight 1 and midpoint
+    _w.assign(1, 1.);
+    _p.assign(1, std::vector<double>(3, 0.25));
+
+    break;
+  case 2:
+    // Assign weights
+    _w.assign(4, 0.25);
+
+    // Assign points
+    _p.assign(4, std::vector<double>(3, 0.138196601125011));
+    _p[0][0] = _p[1][1] = _p[2][2] = 0.585410196624969;
+
+    break;
+  case 3:
+    // Assign weights
+    _w = { -4./5.,
+           9./20.,
+           9./20.,
+           9./20.,
+           9./20. };
+
+    // Assign points
+    _p = { { 0.25,  0.25,  0.25  },
+	   { 1./6., 1./6., 1./6. },
+	   { 1./6., 1./6., 0.5,  },
+	   { 1./6., 0.5,   1./6. },
+	   { 0.5,   1./6., 1./6. } };
+
+    break;
+  case 4:
+    // Assign weights
+    // FIXME: Find new rule to avoid negative weight
+    _w = { -0.0789333333333330,
+	   0.0457333333333335,
+	   0.0457333333333335,
+	   0.0457333333333335,
+	   0.0457333333333335,
+	   0.1493333333333332,
+	   0.1493333333333332,
+	   0.1493333333333332,
+	   0.1493333333333332,
+	   0.1493333333333332,
+	   0.1493333333333332 };
+
+    // Assign points
+    _p = { { 0.2500000000000000, 0.2500000000000000, 0.2500000000000000 },
+	   { 0.0714285714285715, 0.0714285714285715, 0.0714285714285715 },
+	   { 0.0714285714285715, 0.0714285714285715, 0.7857142857142855 },
+	   { 0.0714285714285715, 0.7857142857142855, 0.0714285714285715 },
+	   { 0.7857142857142855, 0.0714285714285715, 0.0714285714285715 },
+	   { 0.3994035761667990, 0.3994035761667990, 0.1005964238332010 },
+	   { 0.3994035761667990, 0.1005964238332010, 0.3994035761667990 },
+	   { 0.1005964238332010, 0.3994035761667990, 0.3994035761667990 },
+	   { 0.3994035761667990, 0.1005964238332010, 0.1005964238332010 },
+	   { 0.1005964238332010, 0.3994035761667990, 0.1005964238332010 },
+	   { 0.1005964238332010, 0.1005964238332010, 0.3994035761667990 } };
+
+    break;
+  case 5:
+    // Assign weights
+    _w = { 0.0734930431163618,
+	   0.0734930431163618,
+	   0.0734930431163618,
+	   0.0734930431163618,
+	   0.1126879257180158,
+	   0.1126879257180158,
+	   0.1126879257180158,
+	   0.1126879257180158,
+	   0.0425460207770813,
+	   0.0425460207770813,
+	   0.0425460207770813,
+	   0.0425460207770813,
+	   0.0425460207770813,
+	   0.0425460207770813 };
+
+    // Assign points
+    _p = { { 0.0927352503108910, 0.0927352503108910, 0.0927352503108910 },
+	   { 0.7217942490673265, 0.0927352503108910, 0.0927352503108910 },
+	   { 0.0927352503108910, 0.7217942490673265, 0.0927352503108910 },
+	   { 0.0927352503108910, 0.0927352503108910, 0.7217942490673265 },
+	   { 0.3108859192633005, 0.3108859192633005, 0.3108859192633005 },
+	   { 0.0673422422100980, 0.3108859192633005, 0.3108859192633005 },
+	   { 0.3108859192633005, 0.0673422422100980, 0.3108859192633005 },
+	   { 0.3108859192633005, 0.3108859192633005, 0.0673422422100980 },
+	   { 0.4544962958743505, 0.4544962958743505, 0.0455037041256495 },
+	   { 0.4544962958743505, 0.0455037041256495, 0.4544962958743505 },
+	   { 0.0455037041256495, 0.4544962958743505, 0.4544962958743505 },
+	   { 0.4544962958743505, 0.0455037041256495, 0.0455037041256495 },
+	   { 0.0455037041256495, 0.4544962958743505, 0.0455037041256495 },
+	   { 0.0455037041256495, 0.0455037041256495, 0.4544962958743505 } };
+
+    break;
+  case 6:
+    // Assign weights
+    _w = { 0.0399227502581678,
+	   0.0399227502581678,
+	   0.0399227502581678,
+	   0.0399227502581678,
+	   0.0100772110553205,
+	   0.0100772110553205,
+	   0.0100772110553205,
+	   0.0100772110553205,
+	   0.0553571815436550,
+	   0.0553571815436550,
+	   0.0553571815436550,
+	   0.0553571815436550,
+	   0.0482142857142855,
+	   0.0482142857142855,
+	   0.0482142857142855,
+	   0.0482142857142855,
+	   0.0482142857142855,
+	   0.0482142857142855,
+	   0.0482142857142855,
+	   0.0482142857142855,
+	   0.0482142857142855,
+	   0.0482142857142855,
+	   0.0482142857142855,
+	   0.0482142857142855 };
+
+    // Assign points
+    _p = { { 0.2146028712591520, 0.2146028712591520, 0.2146028712591520 },
+	   { 0.3561913862225440, 0.2146028712591520, 0.2146028712591520 },
+	   { 0.2146028712591520, 0.3561913862225440, 0.2146028712591520 },
+	   { 0.2146028712591520, 0.2146028712591520, 0.3561913862225440 },
+	   { 0.0406739585346115, 0.0406739585346115, 0.0406739585346115 },
+	   { 0.8779781243961660, 0.0406739585346115, 0.0406739585346115 },
+	   { 0.0406739585346115, 0.8779781243961660, 0.0406739585346115 },
+	   { 0.0406739585346115, 0.0406739585346115, 0.8779781243961660 },
+	   { 0.3223378901422755, 0.3223378901422755, 0.3223378901422755 },
+	   { 0.0329863295731735, 0.3223378901422755, 0.3223378901422755 },
+	   { 0.3223378901422755, 0.0329863295731735, 0.3223378901422755 },
+	   { 0.3223378901422755, 0.3223378901422755, 0.0329863295731735 },
+	   { 0.0636610018750175, 0.0636610018750175, 0.2696723314583160 },
+	   { 0.0636610018750175, 0.2696723314583160, 0.0636610018750175 },
+	   { 0.0636610018750175, 0.0636610018750175, 0.6030056647916490 },
+	   { 0.0636610018750175, 0.6030056647916490, 0.0636610018750175 },
+	   { 0.0636610018750175, 0.2696723314583160, 0.6030056647916490 },
+	   { 0.0636610018750175, 0.6030056647916490, 0.2696723314583160 },
+	   { 0.2696723314583160, 0.0636610018750175, 0.0636610018750175 },
+	   { 0.2696723314583160, 0.0636610018750175, 0.6030056647916490 },
+	   { 0.2696723314583160, 0.6030056647916490, 0.0636610018750175 },
+	   { 0.6030056647916490, 0.0636610018750175, 0.2696723314583160 },
+	   { 0.6030056647916490, 0.0636610018750175, 0.0636610018750175 },
+	   { 0.6030056647916490, 0.2696723314583160, 0.0636610018750175 } };
+
+    break;
+  default:
+    dolfin_error("SimplexQuadrature.cpp",
+                 "compute quadrature rule for tetrahedron",
+                 "Not implemented for order ", order);
+  }
+}
+//-----------------------------------------------------------------------------
+Eigen::MatrixXd SimplexQuadrature::Chebyshev_Vandermonde_matrix
+(const std::pair<std::vector<double>, std::vector<double>>& qr,
+ std::size_t gdim,
+ std::size_t N)
+{
+  // Create the Chebyshev basis matrix for each dimension separately
+  std::vector<std::vector<Eigen::VectorXd>> T(gdim);
+  Eigen::VectorXd x(qr.second.size());
+
+  for (std::size_t d = 0; d < gdim; ++d)
+  {
+    // Extract coordinates in one dimension
+    for (std::size_t i = 0; i < qr.second.size(); ++i)
+      x(i) = qr.first[i*gdim + d];
+
+    // Map points to [-1, 1]
+    const double xmin = x.minCoeff();
+    const double xmax = x.maxCoeff();
+    const double hx = xmax - xmin;
+    const Eigen::VectorXd xmap = (2./hx) * x - ((xmin+xmax)/hx) * Eigen::VectorXd::Ones(x.size());
+
+    // Evaluate the basis
+    T[d] = Chebyshev_polynomial(xmap, N);
+  }
+
+  // Find the order of the polynomials in graded lexicographic
+  // ordering
+  const std::vector<std::vector<std::size_t>> P = grlex(gdim, N);
+
+  // Setup the Vandermonde type matrix
+  const std::size_t n_cols = P.size();
+  Eigen::MatrixXd V(Eigen::MatrixXd::Ones(qr.second.size(), n_cols));
+
+  // The first column is always [1, 1, ..., 1], hence we can start from 1
+  for (std::size_t i = 1; i < n_cols; ++i)
+  {
+    // Pick out the correct order of polynomial from the P
+    // matrix. Start with dimension 0.
+    const std::size_t d = 0;
+    const std::size_t grlex_order = P[i][d];
+    Eigen::VectorXd V_col = T[d][grlex_order];
+
+    // Do a .* style multiplication for each other dimension
+    for (std::size_t d = 1; d < gdim; ++d)
+    {
+      const std::size_t grlex_order = P[i][d];
+      V_col = V_col.cwiseProduct(T[d][grlex_order]);
+    }
+    V.col(i) = V_col;
+  }
+
+  return V;
+}
+//-----------------------------------------------------------------------------
+std::vector<Eigen::VectorXd>
+SimplexQuadrature::Chebyshev_polynomial(const Eigen::VectorXd& x,
+					std::size_t N)
+{
+  // Create Chebyshev polynomial of the first kind of order N on [-1, 1]
+  //
+  // T_0(x) = 1
+  // T_1(x) = x
+  // T_{k}(x) = 2 * x * T_{k-1}(x) - T_{k-2}(x), k = 2, ..., N
+
+  // Store in a matrix T such that (T)_ij = T_i(x_j). We don't use
+  // Eigen::MatrixXd, because we want to slice out the rows later.
+  std::vector<Eigen::VectorXd> T(N + 1, Eigen::VectorXd(x.size()));
+
+  // Reccurence construction
+  T[0] = Eigen::VectorXd::Ones(x.size());
+
+  if (N >= 1)
+  {
+    T[1] = x;
+    for (std::size_t k = 2; k <= N; ++k)
+      T[k] = 2*x.cwiseProduct(T[k-1]) - T[k-2];
+  }
+
+  return T;
+}
+//-----------------------------------------------------------------------------
+std::vector<std::vector<std::size_t>>
+SimplexQuadrature::grlex(std::size_t gdim, std::size_t N)
+{
+  // Generate a matrix with numbers in graded lexicographic ordering,
+  // i.e. if N = 3 and dim = 2, P should be
+  // P = [ 0 0
+  //       0 1
+  //       1 0
+  //       0 2
+  //       1 1
+  //       2 0
+  //       0 3
+  //       1 2
+  //       2 1
+  //       3 0 ]
+
+  const std::size_t n_rows = choose(N + gdim, gdim);
+  std::vector<std::vector<std::size_t>> P(n_rows, std::vector<std::size_t>(gdim));
+
+  // FIXME: Make this a dimension independent loop
+  switch (gdim)
+  {
+  case 2:
+    for (std::size_t sum = 0, row = 0; sum <= N; ++sum)
+      for (std::size_t xi = 0; xi <= N; ++xi)
+	for (std::size_t yi = 0; yi <= N; ++yi)
+	  if (xi + yi == sum)
+	  {
+	    P[row][0] = xi;
+	    P[row][1] = yi;
+	    row++;
+	  }
+    break;
+  case 3:
+    for (std::size_t sum = 0, row = 0; sum <= N; ++sum)
+      for (std::size_t xi = 0; xi <= N; ++xi)
+	for (std::size_t yi = 0; yi <= N; ++yi)
+	  for (std::size_t zi = 0; zi <= N; ++zi)
+	    if (xi + yi + zi == sum)
+	    {
+	      P[row][0] = xi;
+	      P[row][1] = yi;
+	      P[row][2] = zi;
+	      row++;
+	    }
+    break;
+  default:
+    dolfin_assert(false);
+  }
+
+  return P;
+}
+//-----------------------------------------------------------------------------
+std::size_t
+SimplexQuadrature::choose(std::size_t n,
+			  std::size_t k)
+{
+  // Compute the number of combinations n over k
+  if (k == 0)
+    return 1;
+  return (n * choose(n - 1, k - 1)) / k;
+}
+//-----------------------------------------------------------------------------
+void SimplexQuadrature::dunavant_rule(std::size_t rule,
+				      std::vector<std::vector<double> >& p,
+				      std::vector<double>& w)
+{
+  //****************************************************************************80
+  //
+  //  Purpose:
+  //
+  //    DUNAVANT_RULE returns the points and weights of a Dunavant rule.
+  //
+  //  Licensing:
+  //
+  //    This code is distributed under the GNU LGPL license.
+  //
+  //  Modified:
+  //
+  //    11 December 2006
+  //
+  //  Author:
+  //
+  //    John Burkardt
+  //
+  //  Reference:
+  //
+  //    David Dunavant,
+  //    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+  //    for the Triangle,
+  //    International Journal for Numerical Methods in Engineering,
+  //    Volume 21, 1985, pages 1129-1148.
+  //
+  //    James Lyness, Dennis Jespersen,
+  //    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+  //    Journal of the Institute of Mathematics and its Applications,
+  //    Volume 15, Number 1, February 1975, pages 19-32.
+  //
+  //  Parameters:
+  //
+  //    Input, int RULE, the index of the rule.
+  //
+  //    Input, int ORDER_NUM, the order (number of points) of the rule.
+  //
+  //    Output, double XY[2*ORDER_NUM], the points of the rule.
+  //
+  //    Output, double W[ORDER_NUM], the weights of the rule.
+  //
+
+  // Get the suborder information
+  const std::size_t suborder_num = dunavant_suborder_num(rule);
+  std::vector<double> suborder_xyz(3*suborder_num);
+  std::vector<double> suborder_w(suborder_num);;
+  const std::vector<std::size_t> suborder = dunavant_suborder(rule, suborder_num);
+  dunavant_subrule(rule, suborder_num, suborder_xyz, suborder_w);
+
+  // Resize p and w
+  const std::size_t order_num = dunavant_order_num(rule);
+  p.resize(order_num, std::vector<double>(2));
+  w.resize(order_num);
+
+  // Expand the suborder information to a full order rule
+  std::size_t o = 0;
+
+  for (std::size_t s = 0; s < suborder_num; s++)
+  {
+    if (suborder[s] == 1)
+    {
+      p[o][0] = suborder_xyz[0+s*3];
+      p[o][1] = suborder_xyz[1+s*3];
+      w[o] = suborder_w[s];
+      o = o + 1;
+    }
+    else if (suborder[s] == 3)
+    {
+      for (std::size_t k = 0; k < 3; k++)
+      {
+        p[o][0] = suborder_xyz[i4_wrap(k,  0,2) + s*3];
+        p[o][1] = suborder_xyz[i4_wrap(k+1,0,2) + s*3];
+        w[o] = suborder_w[s];
+        o = o + 1;
+      }
+    }
+    else if (suborder[s] == 6)
+    {
+      for (std::size_t k = 0; k < 3; k++)
+      {
+        p[o][0] = suborder_xyz[i4_wrap(k,  0,2) + s*3];
+        p[o][1] = suborder_xyz[i4_wrap(k+1,0,2) + s*3];
+        w[o] = suborder_w[s];
+        o = o + 1;
+      }
+
+      for (std::size_t k = 0; k < 3; k++)
+      {
+        p[o][0] = suborder_xyz[i4_wrap(k+1,0,2) + s*3];
+        p[o][1] = suborder_xyz[i4_wrap(k,  0,2) + s*3];
+        w[o] = suborder_w[s];
+        o = o + 1;
+      }
+    }
+    else
+    {
+      dolfin_error("SimplexQuadrature.cpp",
+		   "compute quadrature rule for triangle",
+		   "Dunavant rule not implemented for suborder ", suborder[s]);
+    }
+  }
+
+}
+//****************************************************************************80
+
+std::size_t SimplexQuadrature::dunavant_order_num(std::size_t rule)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_ORDER_NUM returns the order of a Dunavant rule for the triangle.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int RULE, the index of the rule.
+//
+//    Output, int DUNAVANT_ORDER_NUM, the order (number of points) of the rule.
+//
+{
+  std::size_t order;
+  std::size_t order_num;
+  std::size_t suborder_num;
+
+  suborder_num = dunavant_suborder_num(rule);
+
+  std::vector<std::size_t> suborder = dunavant_suborder(rule, suborder_num);
+
+  order_num = 0;
+  for (order = 0; order < suborder_num; order++)
+  {
+    order_num = order_num + suborder[order];
+  }
+
+  return order_num;
+}
+//****************************************************************************80
+
+std::vector<std::size_t> SimplexQuadrature::dunavant_suborder(int rule, int suborder_num)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBORDER returns the suborders for a Dunavant rule.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int RULE, the index of the rule.
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, int DUNAVANT_SUBORDER[SUBORDER_NUM], the suborders of the rule.
+//
+{
+  std::vector<std::size_t> suborder(suborder_num);
+
+  if (rule == 1)
+  {
+    suborder[0] = 1;
+  }
+  else if (rule == 2)
+  {
+    suborder[0] = 3;
+  }
+  else if (rule == 3)
+  {
+    suborder[0] = 1;
+    suborder[1] = 3;
+  }
+  else if (rule == 4)
+  {
+    suborder[0] = 3;
+    suborder[1] = 3;
+  }
+  else if (rule == 5)
+  {
+    suborder[0] = 1;
+    suborder[1] = 3;
+    suborder[2] = 3;
+  }
+  else if (rule == 6)
+  {
+    suborder[0] = 3;
+    suborder[1] = 3;
+    suborder[2] = 6;
+  }
+  else if (rule == 7)
+  {
+    suborder[0] = 1;
+    suborder[1] = 3;
+    suborder[2] = 3;
+    suborder[3] = 6;
+  }
+  else if (rule == 8)
+  {
+    suborder[0] = 1;
+    suborder[1] = 3;
+    suborder[2] = 3;
+    suborder[3] = 3;
+    suborder[4] = 6;
+  }
+  else if (rule == 9)
+  {
+    suborder[0] = 1;
+    suborder[1] = 3;
+    suborder[2] = 3;
+    suborder[3] = 3;
+    suborder[4] = 3;
+    suborder[5] = 6;
+  }
+  else if (rule == 10)
+  {
+    suborder[0] = 1;
+    suborder[1] = 3;
+    suborder[2] = 3;
+    suborder[3] = 6;
+    suborder[4] = 6;
+    suborder[5] = 6;
+  }
+  else if (rule == 11)
+  {
+    suborder[0] = 3;
+    suborder[1] = 3;
+    suborder[2] = 3;
+    suborder[3] = 3;
+    suborder[4] = 3;
+    suborder[5] = 6;
+    suborder[6] = 6;
+  }
+  else if (rule == 12)
+  {
+    suborder[0] = 3;
+    suborder[1] = 3;
+    suborder[2] = 3;
+    suborder[3] = 3;
+    suborder[4] = 3;
+    suborder[5] = 6;
+    suborder[6] = 6;
+    suborder[7] = 6;
+  }
+  else if (rule == 13)
+  {
+    suborder[0] = 1;
+    suborder[1] = 3;
+    suborder[2] = 3;
+    suborder[3] = 3;
+    suborder[4] = 3;
+    suborder[5] = 3;
+    suborder[6] = 3;
+    suborder[7] = 6;
+    suborder[8] = 6;
+    suborder[9] = 6;
+  }
+  else if (rule == 14)
+  {
+    suborder[0] = 3;
+    suborder[1] = 3;
+    suborder[2] = 3;
+    suborder[3] = 3;
+    suborder[4] = 3;
+    suborder[5] = 3;
+    suborder[6] = 6;
+    suborder[7] = 6;
+    suborder[8] = 6;
+    suborder[9] = 6;
+  }
+  else if (rule == 15)
+  {
+    suborder[0] = 3;
+    suborder[1] = 3;
+    suborder[2] = 3;
+    suborder[3] = 3;
+    suborder[4] = 3;
+    suborder[5] = 3;
+    suborder[6] = 6;
+    suborder[7] = 6;
+    suborder[8] = 6;
+    suborder[9] = 6;
+    suborder[10] = 6;
+  }
+  else if (rule == 16)
+  {
+    suborder[0] = 1;
+    suborder[1] = 3;
+    suborder[2] = 3;
+    suborder[3] = 3;
+    suborder[4] = 3;
+    suborder[5] = 3;
+    suborder[6] = 3;
+    suborder[7] = 3;
+    suborder[8] = 6;
+    suborder[9] = 6;
+    suborder[10] = 6;
+    suborder[11] = 6;
+    suborder[12] = 6;
+  }
+  else if (rule == 17)
+  {
+    suborder[0] = 1;
+    suborder[1] = 3;
+    suborder[2] = 3;
+    suborder[3] = 3;
+    suborder[4] = 3;
+    suborder[5] = 3;
+    suborder[6] = 3;
+    suborder[7] = 3;
+    suborder[8] = 3;
+    suborder[9] = 6;
+    suborder[10] = 6;
+    suborder[11] = 6;
+    suborder[12] = 6;
+    suborder[13] = 6;
+    suborder[14] = 6;
+  }
+  else if (rule == 18)
+  {
+    suborder[0] = 1;
+    suborder[1] = 3;
+    suborder[2] = 3;
+    suborder[3] = 3;
+    suborder[4] = 3;
+    suborder[5] = 3;
+    suborder[6] = 3;
+    suborder[7] = 3;
+    suborder[8] = 3;
+    suborder[9] = 3;
+    suborder[10] = 6;
+    suborder[11] = 6;
+    suborder[12] = 6;
+    suborder[13] = 6;
+    suborder[14] = 6;
+    suborder[15] = 6;
+    suborder[16] = 6;
+  }
+  else if (rule == 19)
+  {
+    suborder[0] = 1;
+    suborder[1] = 3;
+    suborder[2] = 3;
+    suborder[3] = 3;
+    suborder[4] = 3;
+    suborder[5] = 3;
+    suborder[6] = 3;
+    suborder[7] = 3;
+    suborder[8] = 3;
+    suborder[9] = 6;
+    suborder[10] = 6;
+    suborder[11] = 6;
+    suborder[12] = 6;
+    suborder[13] = 6;
+    suborder[14] = 6;
+    suborder[15] = 6;
+    suborder[16] = 6;
+  }
+  else if (rule == 20)
+  {
+    suborder[0] = 1;
+    suborder[1] = 3;
+    suborder[2] = 3;
+    suborder[3] = 3;
+    suborder[4] = 3;
+    suborder[5] = 3;
+    suborder[6] = 3;
+    suborder[7] = 3;
+    suborder[8] = 3;
+    suborder[9] = 3;
+    suborder[10] = 3;
+    suborder[11] = 6;
+    suborder[12] = 6;
+    suborder[13] = 6;
+    suborder[14] = 6;
+    suborder[15] = 6;
+    suborder[16] = 6;
+    suborder[17] = 6;
+    suborder[18] = 6;
+  }
+  else
+  {
+    dolfin_error("SimplexQuadrature.cpp",
+                 "compute quadrature rule for triangle",
+                 "dunavant_suborder not implemented for rule ", rule);
+  }
+
+  return suborder;
+}
+//****************************************************************************80
+
+std::size_t SimplexQuadrature::dunavant_suborder_num(int rule)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBORDER_NUM returns the number of suborders for a Dunavant rule.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int RULE, the index of the rule.
+//
+//    Output, int DUNAVANT_SUBORDER_NUM, the number of suborders of the rule.
+//
+{
+  std::size_t suborder_num = 0;
+
+  if (rule == 1)
+  {
+    suborder_num = 1;
+  }
+  else if (rule == 2)
+  {
+    suborder_num = 1;
+  }
+  else if (rule == 3)
+  {
+    suborder_num = 2;
+  }
+  else if (rule == 4)
+  {
+    suborder_num = 2;
+  }
+  else if (rule == 5)
+  {
+    suborder_num = 3;
+  }
+  else if (rule == 6)
+  {
+    suborder_num = 3;
+  }
+  else if (rule == 7)
+  {
+    suborder_num = 4;
+  }
+  else if (rule == 8)
+  {
+    suborder_num = 5;
+  }
+  else if (rule == 9)
+  {
+    suborder_num = 6;
+  }
+  else if (rule == 10)
+  {
+    suborder_num = 6;
+  }
+  else if (rule == 11)
+  {
+    suborder_num = 7;
+  }
+  else if (rule == 12)
+  {
+    suborder_num = 8;
+  }
+  else if (rule == 13)
+  {
+    suborder_num = 10;
+  }
+  else if (rule == 14)
+  {
+    suborder_num = 10;
+  }
+  else if (rule == 15)
+  {
+    suborder_num = 11;
+  }
+  else if (rule == 16)
+  {
+    suborder_num = 13;
+  }
+  else if (rule == 17)
+  {
+    suborder_num = 15;
+  }
+  else if (rule == 18)
+  {
+    suborder_num = 17;
+  }
+  else if (rule == 19)
+  {
+    suborder_num = 17;
+  }
+  else if (rule == 20)
+  {
+    suborder_num = 19;
+  }
+  else
+  {
+    dolfin_error("SimplexQuadrature.cpp",
+                 "compute quadrature rule for triangle",
+                 "dunavant_suborder_num not implemented for rule ", rule);
+  }
+
+  return suborder_num;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::dunavant_subrule(std::size_t rule,
+					 std::size_t suborder_num,
+					 std::vector<double>& suborder_xyz,
+					 std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE returns a compressed Dunavant rule.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int RULE, the index of the rule.
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  if (rule == 1)
+  {
+    dunavant_subrule_01(suborder_num, suborder_xyz, suborder_w);
+  }
+  else if (rule == 2)
+  {
+    dunavant_subrule_02(suborder_num, suborder_xyz, suborder_w);
+  }
+  else if (rule == 3)
+  {
+    dunavant_subrule_03(suborder_num, suborder_xyz, suborder_w);
+  }
+  else if (rule == 4)
+  {
+    dunavant_subrule_04(suborder_num, suborder_xyz, suborder_w);
+  }
+  else if (rule == 5)
+  {
+    dunavant_subrule_05(suborder_num, suborder_xyz, suborder_w);
+  }
+  else if (rule == 6)
+  {
+    dunavant_subrule_06(suborder_num, suborder_xyz, suborder_w);
+  }
+  else if (rule == 7)
+  {
+    dunavant_subrule_07(suborder_num, suborder_xyz, suborder_w);
+  }
+  else if (rule == 8)
+  {
+    dunavant_subrule_08(suborder_num, suborder_xyz, suborder_w);
+  }
+  else if (rule == 9)
+  {
+    dunavant_subrule_09(suborder_num, suborder_xyz, suborder_w);
+  }
+  else if (rule == 10)
+  {
+    dunavant_subrule_10(suborder_num, suborder_xyz, suborder_w);
+  }
+  else if (rule == 11)
+  {
+    dunavant_subrule_11(suborder_num, suborder_xyz, suborder_w);
+  }
+  else if (rule == 12)
+  {
+    dunavant_subrule_12(suborder_num, suborder_xyz, suborder_w);
+  }
+  else if (rule == 13)
+  {
+    dunavant_subrule_13(suborder_num, suborder_xyz, suborder_w);
+  }
+  else if (rule == 14)
+  {
+    dunavant_subrule_14(suborder_num, suborder_xyz, suborder_w);
+  }
+  else if (rule == 15)
+  {
+    dunavant_subrule_15(suborder_num, suborder_xyz, suborder_w);
+  }
+  else if (rule == 16)
+  {
+    dunavant_subrule_16(suborder_num, suborder_xyz, suborder_w);
+  }
+  else if (rule == 17)
+  {
+    dunavant_subrule_17(suborder_num, suborder_xyz, suborder_w);
+  }
+  else if (rule == 18)
+  {
+    dunavant_subrule_18(suborder_num, suborder_xyz, suborder_w);
+  }
+  else if (rule == 19)
+  {
+    dunavant_subrule_19(suborder_num, suborder_xyz, suborder_w);
+  }
+  else if (rule == 20)
+  {
+    dunavant_subrule_20(suborder_num, suborder_xyz, suborder_w);
+  }
+  else
+  {
+    dolfin_error("SimplexQuadrature.cpp",
+                 "compute quadrature rule for triangle",
+                 "dunavant_subrule not implemented for rule ", rule);
+  }
+
+  return;
+}
+
+//-----------------------------------------------------------------------------
+void SimplexQuadrature::dunavant_subrule_01(int suborder_num, std::vector<double>& suborder_xyz,
+					    std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE_01 returns a compressed Dunavant rule 1.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  int s;
+  double suborder_xy_rule_01[3*1] = {
+    0.333333333333333,  0.333333333333333, 0.333333333333333
+  };
+  double suborder_w_rule_01[1] = {
+    1.000000000000000
+  };
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_xyz[0+s*3] = suborder_xy_rule_01[0+s*3];
+    suborder_xyz[1+s*3] = suborder_xy_rule_01[1+s*3];
+    suborder_xyz[2+s*3] = suborder_xy_rule_01[2+s*3];
+  }
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_w[s] = suborder_w_rule_01[s];
+  }
+
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::dunavant_subrule_02(int suborder_num, std::vector<double>& suborder_xyz,
+					    std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE_02 returns a compressed Dunavant rule 2.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  int s;
+  double suborder_xy_rule_02[3*1] = {
+    0.666666666666667, 0.166666666666667, 0.166666666666667
+  };
+  double suborder_w_rule_02[1] = {
+    0.333333333333333
+  };
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_xyz[0+s*3] = suborder_xy_rule_02[0+s*3];
+    suborder_xyz[1+s*3] = suborder_xy_rule_02[1+s*3];
+    suborder_xyz[2+s*3] = suborder_xy_rule_02[2+s*3];
+  }
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_w[s] = suborder_w_rule_02[s];
+  }
+
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::dunavant_subrule_03(int suborder_num, std::vector<double>& suborder_xyz,
+					    std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE_03 returns a compressed Dunavant rule 3.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  int s;
+  double suborder_xy_rule_03[3*2] = {
+    0.333333333333333, 0.333333333333333, 0.333333333333333,
+    0.600000000000000, 0.200000000000000, 0.200000000000000
+  };
+  double suborder_w_rule_03[2] = {
+    -0.562500000000000,
+    0.520833333333333
+  };
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_xyz[0+s*3] = suborder_xy_rule_03[0+s*3];
+    suborder_xyz[1+s*3] = suborder_xy_rule_03[1+s*3];
+    suborder_xyz[2+s*3] = suborder_xy_rule_03[2+s*3];
+  }
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_w[s] = suborder_w_rule_03[s];
+  }
+
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::dunavant_subrule_04(int suborder_num, std::vector<double>& suborder_xyz,
+					    std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE_04 returns a compressed Dunavant rule 4.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  int s;
+  double suborder_xy_rule_04[3*2] = {
+    0.108103018168070, 0.445948490915965, 0.445948490915965,
+    0.816847572980459, 0.091576213509771, 0.091576213509771
+  };
+  double suborder_w_rule_04[2] = {
+    0.223381589678011,
+    0.109951743655322
+  };
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_xyz[0+s*3] = suborder_xy_rule_04[0+s*3];
+    suborder_xyz[1+s*3] = suborder_xy_rule_04[1+s*3];
+    suborder_xyz[2+s*3] = suborder_xy_rule_04[2+s*3];
+  }
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_w[s] = suborder_w_rule_04[s];
+  }
+
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::dunavant_subrule_05(int suborder_num, std::vector<double>& suborder_xyz,
+					    std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE_05 returns a compressed Dunavant rule 5.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  int s;
+  double suborder_xy_rule_05[3*3] = {
+    0.333333333333333, 0.333333333333333, 0.333333333333333,
+    0.059715871789770, 0.470142064105115, 0.470142064105115,
+    0.797426985353087, 0.101286507323456, 0.101286507323456
+  };
+  double suborder_w_rule_05[3] = {
+    0.225000000000000,
+    0.132394152788506,
+    0.125939180544827
+  };
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_xyz[0+s*3] = suborder_xy_rule_05[0+s*3];
+    suborder_xyz[1+s*3] = suborder_xy_rule_05[1+s*3];
+    suborder_xyz[2+s*3] = suborder_xy_rule_05[2+s*3];
+  }
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_w[s] = suborder_w_rule_05[s];
+  }
+
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::dunavant_subrule_06(int suborder_num, std::vector<double>& suborder_xyz,
+					    std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE_06 returns a compressed Dunavant rule 6.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  int s;
+  double suborder_xy_rule_06[3*3] = {
+    0.501426509658179, 0.249286745170910, 0.249286745170910,
+    0.873821971016996, 0.063089014491502, 0.063089014491502,
+    0.053145049844817, 0.310352451033784, 0.636502499121399
+  };
+  double suborder_w_rule_06[3] = {
+    0.116786275726379,
+    0.050844906370207,
+    0.082851075618374
+  };
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_xyz[0+s*3] = suborder_xy_rule_06[0+s*3];
+    suborder_xyz[1+s*3] = suborder_xy_rule_06[1+s*3];
+    suborder_xyz[2+s*3] = suborder_xy_rule_06[2+s*3];
+  }
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_w[s] = suborder_w_rule_06[s];
+  }
+
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::dunavant_subrule_07(int suborder_num, std::vector<double>& suborder_xyz,
+					    std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE_07 returns a compressed Dunavant rule 7.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  int s;
+  double suborder_xy_rule_07[3*4] = {
+    0.333333333333333, 0.333333333333333, 0.333333333333333,
+    0.479308067841920, 0.260345966079040, 0.260345966079040,
+    0.869739794195568, 0.065130102902216, 0.065130102902216,
+    0.048690315425316, 0.312865496004874, 0.638444188569810
+  };
+  double suborder_w_rule_07[4] = {
+    -0.149570044467682,
+    0.175615257433208,
+    0.053347235608838,
+    0.077113760890257
+  };
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_xyz[0+s*3] = suborder_xy_rule_07[0+s*3];
+    suborder_xyz[1+s*3] = suborder_xy_rule_07[1+s*3];
+    suborder_xyz[2+s*3] = suborder_xy_rule_07[2+s*3];
+  }
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_w[s] = suborder_w_rule_07[s];
+  }
+
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::dunavant_subrule_08(int suborder_num, std::vector<double>& suborder_xyz,
+					    std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE_08 returns a compressed Dunavant rule 8.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  int s;
+  double suborder_xy_rule_08[3*5] = {
+    0.333333333333333, 0.333333333333333, 0.333333333333333,
+    0.081414823414554, 0.459292588292723, 0.459292588292723,
+    0.658861384496480, 0.170569307751760, 0.170569307751760,
+    0.898905543365938, 0.050547228317031, 0.050547228317031,
+    0.008394777409958, 0.263112829634638, 0.728492392955404
+  };
+  double suborder_w_rule_08[5] = {
+    0.144315607677787,
+    0.095091634267285,
+    0.103217370534718,
+    0.032458497623198,
+    0.027230314174435
+  };
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_xyz[0+s*3] = suborder_xy_rule_08[0+s*3];
+    suborder_xyz[1+s*3] = suborder_xy_rule_08[1+s*3];
+    suborder_xyz[2+s*3] = suborder_xy_rule_08[2+s*3];
+  }
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_w[s] = suborder_w_rule_08[s];
+  }
+
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::dunavant_subrule_09(int suborder_num, std::vector<double>& suborder_xyz,
+					    std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE_09 returns a compressed Dunavant rule 9.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  int s;
+  double suborder_xy_rule_09[3*6] = {
+    0.333333333333333, 0.333333333333333, 0.333333333333333,
+    0.020634961602525, 0.489682519198738, 0.489682519198738,
+    0.125820817014127, 0.437089591492937, 0.437089591492937,
+    0.623592928761935, 0.188203535619033, 0.188203535619033,
+    0.910540973211095, 0.044729513394453, 0.044729513394453,
+    0.036838412054736, 0.221962989160766, 0.741198598784498
+  };
+  double suborder_w_rule_09[6] = {
+    0.097135796282799,
+    0.031334700227139,
+    0.077827541004774,
+    0.079647738927210,
+    0.025577675658698,
+    0.043283539377289
+  };
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_xyz[0+s*3] = suborder_xy_rule_09[0+s*3];
+    suborder_xyz[1+s*3] = suborder_xy_rule_09[1+s*3];
+    suborder_xyz[2+s*3] = suborder_xy_rule_09[2+s*3];
+  }
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_w[s] = suborder_w_rule_09[s];
+  }
+
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::dunavant_subrule_10(int suborder_num, std::vector<double>& suborder_xyz,
+					    std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE_10 returns a compressed Dunavant rule 10.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  int s;
+  double suborder_xy_rule_10[3*6] = {
+    0.333333333333333, 0.333333333333333, 0.333333333333333,
+    0.028844733232685, 0.485577633383657, 0.485577633383657,
+    0.781036849029926, 0.109481575485037, 0.109481575485037,
+    0.141707219414880, 0.307939838764121, 0.550352941820999,
+    0.025003534762686, 0.246672560639903, 0.728323904597411,
+    0.009540815400299, 0.066803251012200, 0.923655933587500
+  };
+  double suborder_w_rule_10[6] = {
+    0.090817990382754,
+    0.036725957756467,
+    0.045321059435528,
+    0.072757916845420,
+    0.028327242531057,
+    0.009421666963733
+  };
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_xyz[0+s*3] = suborder_xy_rule_10[0+s*3];
+    suborder_xyz[1+s*3] = suborder_xy_rule_10[1+s*3];
+    suborder_xyz[2+s*3] = suborder_xy_rule_10[2+s*3];
+  }
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_w[s] = suborder_w_rule_10[s];
+  }
+
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::dunavant_subrule_11(int suborder_num, std::vector<double>& suborder_xyz,
+					    std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE_11 returns a compressed Dunavant rule 11.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  int s;
+  double suborder_xy_rule_11[3*7] = {
+    -0.069222096541517, 0.534611048270758, 0.534611048270758,
+    0.202061394068290, 0.398969302965855, 0.398969302965855,
+    0.593380199137435, 0.203309900431282, 0.203309900431282,
+    0.761298175434837, 0.119350912282581, 0.119350912282581,
+    0.935270103777448, 0.032364948111276, 0.032364948111276,
+    0.050178138310495, 0.356620648261293, 0.593201213428213,
+    0.021022016536166, 0.171488980304042, 0.807489003159792
+  };
+  double suborder_w_rule_11[7] = {
+    0.000927006328961,
+    0.077149534914813,
+    0.059322977380774,
+    0.036184540503418,
+    0.013659731002678,
+    0.052337111962204,
+    0.020707659639141
+  };
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_xyz[0+s*3] = suborder_xy_rule_11[0+s*3];
+    suborder_xyz[1+s*3] = suborder_xy_rule_11[1+s*3];
+    suborder_xyz[2+s*3] = suborder_xy_rule_11[2+s*3];
+  }
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_w[s] = suborder_w_rule_11[s];
+  }
+
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::dunavant_subrule_12(int suborder_num, std::vector<double>& suborder_xyz,
+					    std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE_12 returns a compressed Dunavant rule 12.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  int s;
+  double suborder_xy_rule_12[3*8] = {
+    0.023565220452390, 0.488217389773805, 0.488217389773805,
+    0.120551215411079, 0.439724392294460, 0.439724392294460,
+    0.457579229975768, 0.271210385012116, 0.271210385012116,
+    0.744847708916828, 0.127576145541586, 0.127576145541586,
+    0.957365299093579, 0.021317350453210, 0.021317350453210,
+    0.115343494534698, 0.275713269685514, 0.608943235779788,
+    0.022838332222257, 0.281325580989940, 0.695836086787803,
+    0.025734050548330, 0.116251915907597, 0.858014033544073
+  };
+  double suborder_w_rule_12[8] = {
+    0.025731066440455,
+    0.043692544538038,
+    0.062858224217885,
+    0.034796112930709,
+    0.006166261051559,
+    0.040371557766381,
+    0.022356773202303,
+    0.017316231108659
+  };
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_xyz[0+s*3] = suborder_xy_rule_12[0+s*3];
+    suborder_xyz[1+s*3] = suborder_xy_rule_12[1+s*3];
+    suborder_xyz[2+s*3] = suborder_xy_rule_12[2+s*3];
+  }
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_w[s] = suborder_w_rule_12[s];
+  }
+
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::dunavant_subrule_13(int suborder_num, std::vector<double>& suborder_xyz,
+					    std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE_13 returns a compressed Dunavant rule 13.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  int s;
+  double suborder_xy_rule_13[3*10] = {
+    0.333333333333333, 0.333333333333333, 0.333333333333333,
+    0.009903630120591, 0.495048184939705, 0.495048184939705,
+    0.062566729780852, 0.468716635109574, 0.468716635109574,
+    0.170957326397447, 0.414521336801277, 0.414521336801277,
+    0.541200855914337, 0.229399572042831, 0.229399572042831,
+    0.771151009607340, 0.114424495196330, 0.114424495196330,
+    0.950377217273082, 0.024811391363459, 0.024811391363459,
+    0.094853828379579, 0.268794997058761, 0.636351174561660,
+    0.018100773278807, 0.291730066734288, 0.690169159986905,
+    0.022233076674090, 0.126357385491669, 0.851409537834241
+  };
+  double suborder_w_rule_13[10] = {
+    0.052520923400802,
+    0.011280145209330,
+    0.031423518362454,
+    0.047072502504194,
+    0.047363586536355,
+    0.031167529045794,
+    0.007975771465074,
+    0.036848402728732,
+    0.017401463303822,
+    0.015521786839045
+  };
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_xyz[0+s*3] = suborder_xy_rule_13[0+s*3];
+    suborder_xyz[1+s*3] = suborder_xy_rule_13[1+s*3];
+    suborder_xyz[2+s*3] = suborder_xy_rule_13[2+s*3];
+  }
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_w[s] = suborder_w_rule_13[s];
+  }
+
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::dunavant_subrule_14(int suborder_num, std::vector<double>& suborder_xyz,
+					    std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE_14 returns a compressed Dunavant rule 14.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  int s;
+  double suborder_xy_rule_14[3*10] = {
+    0.022072179275643, 0.488963910362179, 0.488963910362179,
+    0.164710561319092, 0.417644719340454, 0.417644719340454,
+    0.453044943382323, 0.273477528308839, 0.273477528308839,
+    0.645588935174913, 0.177205532412543, 0.177205532412543,
+    0.876400233818255, 0.061799883090873, 0.061799883090873,
+    0.961218077502598, 0.019390961248701, 0.019390961248701,
+    0.057124757403648, 0.172266687821356, 0.770608554774996,
+    0.092916249356972, 0.336861459796345, 0.570222290846683,
+    0.014646950055654, 0.298372882136258, 0.686980167808088,
+    0.001268330932872, 0.118974497696957, 0.879757171370171
+  };
+  double suborder_w_rule_14[10] = {
+    0.021883581369429,
+    0.032788353544125,
+    0.051774104507292,
+    0.042162588736993,
+    0.014433699669777,
+    0.004923403602400,
+    0.024665753212564,
+    0.038571510787061,
+    0.014436308113534,
+    0.005010228838501
+  };
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_xyz[0+s*3] = suborder_xy_rule_14[0+s*3];
+    suborder_xyz[1+s*3] = suborder_xy_rule_14[1+s*3];
+    suborder_xyz[2+s*3] = suborder_xy_rule_14[2+s*3];
+  }
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_w[s] = suborder_w_rule_14[s];
+  }
+
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::dunavant_subrule_15(int suborder_num, std::vector<double>& suborder_xyz,
+					    std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE_15 returns a compressed Dunavant rule 15.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  int s;
+  double suborder_xy_rule_15[3*11] = {
+    -0.013945833716486, 0.506972916858243, 0.506972916858243,
+    0.137187291433955, 0.431406354283023, 0.431406354283023,
+    0.444612710305711, 0.277693644847144, 0.277693644847144,
+    0.747070217917492, 0.126464891041254, 0.126464891041254,
+    0.858383228050628, 0.070808385974686, 0.070808385974686,
+    0.962069659517853, 0.018965170241073, 0.018965170241073,
+    0.133734161966621, 0.261311371140087, 0.604954466893291,
+    0.036366677396917, 0.388046767090269, 0.575586555512814,
+    -0.010174883126571, 0.285712220049916, 0.724462663076655,
+    0.036843869875878, 0.215599664072284, 0.747556466051838,
+    0.012459809331199, 0.103575616576386, 0.883964574092416
+  };
+  double suborder_w_rule_15[11] = {
+    0.001916875642849,
+    0.044249027271145,
+    0.051186548718852,
+    0.023687735870688,
+    0.013289775690021,
+    0.004748916608192,
+    0.038550072599593,
+    0.027215814320624,
+    0.002182077366797,
+    0.021505319847731,
+    0.007673942631049
+  };
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_xyz[0+s*3] = suborder_xy_rule_15[0+s*3];
+    suborder_xyz[1+s*3] = suborder_xy_rule_15[1+s*3];
+    suborder_xyz[2+s*3] = suborder_xy_rule_15[2+s*3];
+  }
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_w[s] = suborder_w_rule_15[s];
+  }
+
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::dunavant_subrule_16(int suborder_num, std::vector<double>& suborder_xyz,
+					    std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE_16 returns a compressed Dunavant rule 16.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  int s;
+  double suborder_xy_rule_16[3*13] = {
+    0.333333333333333, 0.333333333333333, 0.333333333333333,
+    0.005238916103123, 0.497380541948438, 0.497380541948438,
+    0.173061122901295, 0.413469438549352, 0.413469438549352,
+    0.059082801866017, 0.470458599066991, 0.470458599066991,
+    0.518892500060958, 0.240553749969521, 0.240553749969521,
+    0.704068411554854, 0.147965794222573, 0.147965794222573,
+    0.849069624685052, 0.075465187657474, 0.075465187657474,
+    0.966807194753950, 0.016596402623025, 0.016596402623025,
+    0.103575692245252, 0.296555596579887, 0.599868711174861,
+    0.020083411655416, 0.337723063403079, 0.642193524941505,
+    -0.004341002614139, 0.204748281642812, 0.799592720971327,
+    0.041941786468010, 0.189358492130623, 0.768699721401368,
+    0.014317320230681, 0.085283615682657, 0.900399064086661
+  };
+  double suborder_w_rule_16[13] = {
+    0.046875697427642,
+    0.006405878578585,
+    0.041710296739387,
+    0.026891484250064,
+    0.042132522761650,
+    0.030000266842773,
+    0.014200098925024,
+    0.003582462351273,
+    0.032773147460627,
+    0.015298306248441,
+    0.002386244192839,
+    0.019084792755899,
+    0.006850054546542
+  };
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_xyz[0+s*3] = suborder_xy_rule_16[0+s*3];
+    suborder_xyz[1+s*3] = suborder_xy_rule_16[1+s*3];
+    suborder_xyz[2+s*3] = suborder_xy_rule_16[2+s*3];
+  }
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_w[s] = suborder_w_rule_16[s];
+  }
+
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::dunavant_subrule_17(int suborder_num, std::vector<double>& suborder_xyz,
+					    std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE_17 returns a compressed Dunavant rule 17.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  int s;
+  double suborder_xy_rule_17[3*15] = {
+    0.333333333333333, 0.333333333333333, 0.333333333333333,
+    0.005658918886452, 0.497170540556774, 0.497170540556774,
+    0.035647354750751, 0.482176322624625, 0.482176322624625,
+    0.099520061958437, 0.450239969020782, 0.450239969020782,
+    0.199467521245206, 0.400266239377397, 0.400266239377397,
+    0.495717464058095, 0.252141267970953, 0.252141267970953,
+    0.675905990683077, 0.162047004658461, 0.162047004658461,
+    0.848248235478508, 0.075875882260746, 0.075875882260746,
+    0.968690546064356, 0.015654726967822, 0.015654726967822,
+    0.010186928826919, 0.334319867363658, 0.655493203809423,
+    0.135440871671036, 0.292221537796944, 0.572337590532020,
+    0.054423924290583, 0.319574885423190, 0.626001190286228,
+    0.012868560833637, 0.190704224192292, 0.796427214974071,
+    0.067165782413524, 0.180483211648746, 0.752351005937729,
+    0.014663182224828, 0.080711313679564, 0.904625504095608
+  };
+  double suborder_w_rule_17[15] = {
+    0.033437199290803,
+    0.005093415440507,
+    0.014670864527638,
+    0.024350878353672,
+    0.031107550868969,
+    0.031257111218620,
+    0.024815654339665,
+    0.014056073070557,
+    0.003194676173779,
+    0.008119655318993,
+    0.026805742283163,
+    0.018459993210822,
+    0.008476868534328,
+    0.018292796770025,
+    0.006665632004165
+  };
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_xyz[0+s*3] = suborder_xy_rule_17[0+s*3];
+    suborder_xyz[1+s*3] = suborder_xy_rule_17[1+s*3];
+    suborder_xyz[2+s*3] = suborder_xy_rule_17[2+s*3];
+  }
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_w[s] = suborder_w_rule_17[s];
+  }
+
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::dunavant_subrule_18(int suborder_num, std::vector<double>& suborder_xyz,
+					    std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE_18 returns a compressed Dunavant rule 18.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  int s;
+  double suborder_xy_rule_18[3*17] = {
+    0.333333333333333, 0.333333333333333, 0.333333333333333,
+    0.013310382738157, 0.493344808630921, 0.493344808630921,
+    0.061578811516086, 0.469210594241957, 0.469210594241957,
+    0.127437208225989, 0.436281395887006, 0.436281395887006,
+    0.210307658653168, 0.394846170673416, 0.394846170673416,
+    0.500410862393686, 0.249794568803157, 0.249794568803157,
+    0.677135612512315, 0.161432193743843, 0.161432193743843,
+    0.846803545029257, 0.076598227485371, 0.076598227485371,
+    0.951495121293100, 0.024252439353450, 0.024252439353450,
+    0.913707265566071, 0.043146367216965, 0.043146367216965,
+    0.008430536202420, 0.358911494940944, 0.632657968856636,
+    0.131186551737188, 0.294402476751957, 0.574410971510855,
+    0.050203151565675, 0.325017801641814, 0.624779046792512,
+    0.066329263810916, 0.184737559666046, 0.748933176523037,
+    0.011996194566236, 0.218796800013321, 0.769207005420443,
+    0.014858100590125, 0.101179597136408, 0.883962302273467,
+    -0.035222015287949, 0.020874755282586, 1.014347260005363
+  };
+  double suborder_w_rule_18[17] = {
+    0.030809939937647,
+    0.009072436679404,
+    0.018761316939594,
+    0.019441097985477,
+    0.027753948610810,
+    0.032256225351457,
+    0.025074032616922,
+    0.015271927971832,
+    0.006793922022963,
+    -0.002223098729920,
+    0.006331914076406,
+    0.027257538049138,
+    0.017676785649465,
+    0.018379484638070,
+    0.008104732808192,
+    0.007634129070725,
+    0.000046187660794
+  };
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_xyz[0+s*3] = suborder_xy_rule_18[0+s*3];
+    suborder_xyz[1+s*3] = suborder_xy_rule_18[1+s*3];
+    suborder_xyz[2+s*3] = suborder_xy_rule_18[2+s*3];
+  }
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_w[s] = suborder_w_rule_18[s];
+  }
+
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::dunavant_subrule_19(int suborder_num, std::vector<double>& suborder_xyz,
+					    std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE_19 returns a compressed Dunavant rule 19.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  int s;
+  double suborder_xy_rule_19[3*17] = {
+    0.333333333333333, 0.333333333333333, 0.333333333333333,
+    0.020780025853987, 0.489609987073006, 0.489609987073006,
+    0.090926214604215, 0.454536892697893, 0.454536892697893,
+    0.197166638701138, 0.401416680649431, 0.401416680649431,
+    0.488896691193805, 0.255551654403098, 0.255551654403098,
+    0.645844115695741, 0.177077942152130, 0.177077942152130,
+    0.779877893544096, 0.110061053227952, 0.110061053227952,
+    0.888942751496321, 0.055528624251840, 0.055528624251840,
+    0.974756272445543, 0.012621863777229, 0.012621863777229,
+    0.003611417848412, 0.395754787356943, 0.600633794794645,
+    0.134466754530780, 0.307929983880436, 0.557603261588784,
+    0.014446025776115, 0.264566948406520, 0.720987025817365,
+    0.046933578838178, 0.358539352205951, 0.594527068955871,
+    0.002861120350567, 0.157807405968595, 0.839331473680839,
+    0.223861424097916, 0.075050596975911, 0.701087978926173,
+    0.034647074816760, 0.142421601113383, 0.822931324069857,
+    0.010161119296278, 0.065494628082938, 0.924344252620784
+  };
+  double suborder_w_rule_19[17] = {
+    0.032906331388919,
+    0.010330731891272,
+    0.022387247263016,
+    0.030266125869468,
+    0.030490967802198,
+    0.024159212741641,
+    0.016050803586801,
+    0.008084580261784,
+    0.002079362027485,
+    0.003884876904981,
+    0.025574160612022,
+    0.008880903573338,
+    0.016124546761731,
+    0.002491941817491,
+    0.018242840118951,
+    0.010258563736199,
+    0.003799928855302
+  };
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_xyz[0+s*3] = suborder_xy_rule_19[0+s*3];
+    suborder_xyz[1+s*3] = suborder_xy_rule_19[1+s*3];
+    suborder_xyz[2+s*3] = suborder_xy_rule_19[2+s*3];
+  }
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_w[s] = suborder_w_rule_19[s];
+  }
+
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::dunavant_subrule_20(int suborder_num, std::vector<double>& suborder_xyz,
+					    std::vector<double>& suborder_w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    DUNAVANT_SUBRULE_20 returns a compressed Dunavant rule 20.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    11 December 2006
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Reference:
+//
+//    David Dunavant,
+//    High Degree Efficient Symmetrical Gaussian Quadrature Rules
+//    for the Triangle,
+//    International Journal for Numerical Methods in Engineering,
+//    Volume 21, 1985, pages 1129-1148.
+//
+//    James Lyness, Dennis Jespersen,
+//    Moderate Degree Symmetric Quadrature Rules for the Triangle,
+//    Journal of the Institute of Mathematics and its Applications,
+//    Volume 15, Number 1, February 1975, pages 19-32.
+//
+//  Parameters:
+//
+//    Input, int SUBORDER_NUM, the number of suborders of the rule.
+//
+//    Output, double SUBORDER_XYZ[3*SUBORDER_NUM],
+//    the barycentric coordinates of the abscissas.
+//
+//    Output, double SUBORDER_W[SUBORDER_NUM], the suborder weights.
+//
+{
+  int s;
+  double suborder_xy_rule_20[3*19] = {
+    0.333333333333333, 0.333333333333333, 0.333333333333333,
+    -0.001900928704400, 0.500950464352200, 0.500950464352200,
+    0.023574084130543, 0.488212957934729, 0.488212957934729,
+    0.089726636099435, 0.455136681950283, 0.455136681950283,
+    0.196007481363421, 0.401996259318289, 0.401996259318289,
+    0.488214180481157, 0.255892909759421, 0.255892909759421,
+    0.647023488009788, 0.176488255995106, 0.176488255995106,
+    0.791658289326483, 0.104170855336758, 0.104170855336758,
+    0.893862072318140, 0.053068963840930, 0.053068963840930,
+    0.916762569607942, 0.041618715196029, 0.041618715196029,
+    0.976836157186356, 0.011581921406822, 0.011581921406822,
+    0.048741583664839, 0.344855770229001, 0.606402646106160,
+    0.006314115948605, 0.377843269594854, 0.615842614456541,
+    0.134316520547348, 0.306635479062357, 0.559048000390295,
+    0.013973893962392, 0.249419362774742, 0.736606743262866,
+    0.075549132909764, 0.212775724802802, 0.711675142287434,
+    -0.008368153208227, 0.146965436053239, 0.861402717154987,
+    0.026686063258714, 0.137726978828923, 0.835586957912363,
+    0.010547719294141, 0.059696109149007, 0.929756171556853
+  };
+  double suborder_w_rule_20[19] = {
+    0.033057055541624,
+    0.000867019185663,
+    0.011660052716448,
+    0.022876936356421,
+    0.030448982673938,
+    0.030624891725355,
+    0.024368057676800,
+    0.015997432032024,
+    0.007698301815602,
+    -0.000632060497488,
+    0.001751134301193,
+    0.016465839189576,
+    0.004839033540485,
+    0.025804906534650,
+    0.008471091054441,
+    0.018354914106280,
+    0.000704404677908,
+    0.010112684927462,
+    0.003573909385950
+  };
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_xyz[0+s*3] = suborder_xy_rule_20[0+s*3];
+    suborder_xyz[1+s*3] = suborder_xy_rule_20[1+s*3];
+    suborder_xyz[2+s*3] = suborder_xy_rule_20[2+s*3];
+  }
+
+  for (s = 0; s < suborder_num; s++)
+  {
+    suborder_w[s] = suborder_w_rule_20[s];
+  }
+
+  return;
+}
+//****************************************************************************80
+
+int SimplexQuadrature::i4_modp(int i, int j)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    I4_MODP returns the nonnegative remainder of I4 division.
+//
+//  Formula:
+//
+//    If
+//      NREM = I4_MODP(I, J)
+//      NMULT = (I - NREM) / J
+//    then
+//      I = J * NMULT + NREM
+//    where NREM is always nonnegative.
+//
+//  Discussion:
+//
+//    The MOD function computes a result with the same sign as the
+//    quantity being divided.  Thus, suppose you had an angle A,
+//    and you wanted to ensure that it was between 0 and 360.
+//    Then mod(A,360) would do, if A was positive, but if A
+//    was negative, your result would be between -360 and 0.
+//
+//    On the other hand, I4_MODP(A,360) is between 0 and 360, always.
+//
+//  Example:
+//
+//        I         J     MOD  I4_MODP   I4_MODP Factorization
+//
+//      107        50       7       7    107 =  2 *  50 + 7
+//      107       -50       7       7    107 = -2 * -50 + 7
+//     -107        50      -7      43   -107 = -3 *  50 + 43
+//     -107       -50      -7      43   -107 =  3 * -50 + 43
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    26 May 1999
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Parameters:
+//
+//    Input, int I, the number to be divided.
+//
+//    Input, int J, the number that divides I.
+//
+//    Output, int I4_MODP, the nonnegative remainder when I is
+//    divided by J.
+//
+{
+  int value;
+
+  if (j == 0)
+  {
+    dolfin_error("SimplexQuadrature.cpp",
+                 "compute quadrature rule for triangle",
+                 "i4_modp must have non-zero j, which is here ", j);
+  }
+
+  value = i % j;
+
+  if (value < 0)
+  {
+    value = value + abs(j);
+  }
+
+  return value;
+}
+//****************************************************************************80*
+
+int SimplexQuadrature::i4_wrap(int ival, int ilo, int ihi)
+
+//****************************************************************************80*
+//
+//  Purpose:
+//
+//    I4_WRAP forces an integer to lie between given limits by wrapping.
+//
+//  Example:
+//
+//    ILO = 4, IHI = 8
+//
+//    I   Value
+//
+//    -2     8
+//    -1     4
+//     0     5
+//     1     6
+//     2     7
+//     3     8
+//     4     4
+//     5     5
+//     6     6
+//     7     7
+//     8     8
+//     9     4
+//    10     5
+//    11     6
+//    12     7
+//    13     8
+//    14     4
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    19 August 2003
+//
+//  Author:
+//
+//    John Burkardt
+//
+//  Parameters:
+//
+//    Input, int IVAL, an integer value.
+//
+//    Input, int ILO, IHI, the desired bounds for the integer value.
+//
+//    Output, int I4_WRAP, a "wrapped" version of IVAL.
+//
+{
+  int jhi;
+  int jlo;
+  int value;
+  int wide;
+
+  jlo = std::min(ilo, ihi);
+  jhi = std::max(ilo, ihi);
+
+  wide = jhi + 1 - jlo;
+
+  if (wide == 1)
+  {
+    value = jlo;
+  }
+  else
+  {
+    value = jlo + i4_modp(ival - jlo, wide);
+  }
+
+  return value;
+}
+//-----------------------------------------------------------------------------
+void SimplexQuadrature::legendre_compute_glr(std::size_t n,
+					     std::vector<double>& x,
+					     std::vector<double>& w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    LEGENDRE_COMPUTE_GLR: Legendre quadrature by the Glaser-Liu-Rokhlin method.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    20 October 2009
+//
+//  Author:
+//
+//    Original C++ version by Nick Hale.
+//    This C++ version by John Burkardt.
+//
+//  Reference:
+//
+//    Andreas Glaser, Xiangtao Liu, Vladimir Rokhlin,
+//    A fast algorithm for the calculation of the roots of special functions,
+//    SIAM Journal on Scientific Computing,
+//    Volume 29, Number 4, pages 1420-1438, 2007.
+//
+//  Parameters:
+//
+//    Input, int N, the order.
+//
+//    Output, double X[N], the abscissas.
+//
+//    Output, double W[N], the weights.
+//
+{
+  x.resize(n);
+  w.resize(n);
+
+  std::size_t i;
+  double p;
+  double pp;
+  double w_sum;
+  //
+  //  Get the value and derivative of the N-th Legendre polynomial at 0.
+  //
+  legendre_compute_glr0(n, p, pp);
+  //
+  //  If N is odd, then zero is a root.
+  //
+  if (n % 2 == 1)
+  {
+    x[(n-1)/2] = p;
+    w[(n-1)/2] = pp;
+  }
+  //
+  //  If N is even, we have to call a function to find the first root.
+  //
+  else
+  {
+    legendre_compute_glr2(p, n, x[n/2], w[n/2]);
+  }
+  //
+  //  Get the complete set of roots and derivatives.
+  //
+  legendre_compute_glr1(n, x, w);
+  //
+  //  Compute the W.
+  //
+  for (i = 0; i < n; i++)
+  {
+    w[i] = 2.0 /(1.0 - x[i]) /(1.0 + x[i]) / w[i] / w[i];
+  }
+  w_sum = 0.0;
+  for (i = 0; i < n; i++)
+  {
+    w_sum = w_sum + w[i];
+  }
+  for (i = 0; i < n; i++)
+  {
+    w[i] = 2.0 * w[i] / w_sum;
+  }
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::legendre_compute_glr0(std::size_t n, double& p, double& pp)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    LEGENDRE_COMPUTE_GLR0 gets a starting value for the fast algorithm.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    19 October 2009
+//
+//  Author:
+//
+//    Original C++ version by Nick Hale.
+//    This C++ version by John Burkardt.
+//
+//  Reference:
+//
+//    Andreas Glaser, Xiangtao Liu, Vladimir Rokhlin,
+//    A fast algorithm for the calculation of the roots of special functions,
+//    SIAM Journal on Scientific Computing,
+//    Volume 29, Number 4, pages 1420-1438, 2007.
+//
+//  Parameters:
+//
+//    Input, int N, the order of the Legendre polynomial.
+//
+//    Output, double *P, *PP, the value of the N-th Legendre polynomial
+//    and its derivative at 0.
+//
+{
+  double dk;
+  std::size_t k;
+  double pm1;
+  double pm2;
+  double ppm1;
+  double ppm2;
+
+  pm2 = 0.0;
+  pm1 = 1.0;
+  ppm2 = 0.0;
+  ppm1 = 0.0;
+
+  for (k = 0; k < n; k++)
+  {
+    dk = static_cast<double>(k);
+    p = - dk * pm2 /(dk + 1.0);
+    pp = (( 2.0 * dk + 1.0) * pm1 - dk * ppm2) /(dk + 1.0);
+    pm2 = pm1;
+    pm1 = p;
+    ppm2 = ppm1;
+    ppm1 = pp;
+  }
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::legendre_compute_glr1(std::size_t n_,
+					      std::vector<double>& x,
+					      std::vector<double>& w)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    LEGENDRE_COMPUTE_GLR1 gets the complete set of Legendre points and weights.
+//
+//  Discussion:
+//
+//    This routine requires that a starting estimate be provided for one
+//    root and its derivative.  This information will be stored in entry
+//    (N+1)/2 if N is odd, or N/2 if N is even, of X and W.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    19 October 2009
+//
+//  Author:
+//
+//    Original C++ version by Nick Hale.
+//    This C++ version by John Burkardt.
+//
+//  Reference:
+//
+//    Andreas Glaser, Xiangtao Liu, Vladimir Rokhlin,
+//    A fast algorithm for the calculation of the roots of special functions,
+//    SIAM Journal on Scientific Computing,
+//    Volume 29, Number 4, pages 1420-1438, 2007.
+//
+//  Parameters:
+//
+//    Input, int N, the order of the Legendre polynomial.
+//
+//    Input/output, double X[N].  On input, a starting value
+//    has been set in one entry.  On output, the roots of the Legendre
+//    polynomial.
+//
+//    Input/output, double W[N].  On input, a starting value
+//    has been set in one entry.  On output, the derivatives of the Legendre
+//    polynomial at the zeros.
+//
+//  Local Parameters:
+//
+//    Local, int M, the number of terms in the Taylor expansion.
+//
+{
+  double dk;
+  double dn;
+  double h;
+  int j;
+  int k;
+  int l;
+  int m = 30;
+  int n2;
+  int s;
+  // double *u;
+  // double *up;
+  double xp;
+
+  int n = static_cast<int>(n_);
+
+  if (n % 2 == 1)
+  {
+    n2 = (n - 1) / 2 - 1;
+    s = 1;
+  }
+  else
+  {
+    n2 = n / 2 - 1;
+    s = 0;
+  }
+
+  // u = new double[m+2];
+  // up = new double[m+1];
+  std::vector<double> u(m+2);
+  std::vector<double> up(m+1);
+
+  dn = static_cast<double>(n);
+
+  for (j = n2 + 1; j < n - 1; j++)
+  {
+    xp = x[j];
+
+    h = rk2_leg(DOLFIN_PI/2.0, -DOLFIN_PI/2.0, xp, n) - xp;
+
+    u[0] = 0.0;
+    u[1] = 0.0;
+    u[2] = w[j];
+
+    up[0] = 0.0;
+    up[1] = u[2];
+
+    for (k = 0; k <= m - 2; k++)
+    {
+      dk = static_cast<double>(k);
+
+      u[k+3] =
+	(
+	 2.0 * xp *(dk + 1.0) * u[k+2]
+	 +(dk *(dk + 1.0) - dn *(dn + 1.0)) * u[k+1] /(dk + 1.0)
+	 ) /(1.0 - xp) /(1.0 + xp) /(dk + 2.0);
+
+      up[k+2] = (dk + 2.0) * u[k+3];
+    }
+
+    for (l = 0; l < 5; l++)
+    {
+      h = h - ts_mult(u, h, m) / ts_mult(up, h, m-1);
+    }
+
+    x[j+1] = xp + h;
+    w[j+1] = ts_mult(up, h, m - 1);
+  }
+
+  for (k = 0; k <= n2 + s; k++)
+  {
+    x[k] = - x[n-1-k];
+    w[k] = w[n-1-k];
+  }
+  return;
+}
+//****************************************************************************80
+
+void SimplexQuadrature::legendre_compute_glr2(double pn0, int n, double& x1, double& d1)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    LEGENDRE_COMPUTE_GLR2 finds the first real root.
+//
+//  Discussion:
+//
+//    This function is only called if N is even.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    19 October 2009
+//
+//  Author:
+//
+//    Original C++ version by Nick Hale.
+//    This C++ version by John Burkardt.
+//
+//  Reference:
+//
+//    Andreas Glaser, Xiangtao Liu, Vladimir Rokhlin,
+//    A fast algorithm for the calculation of the roots of special functions,
+//    SIAM Journal on Scientific Computing,
+//    Volume 29, Number 4, pages 1420-1438, 2007.
+//
+//  Parameters:
+//
+//    Input, double PN0, the value of the N-th Legendre polynomial
+//    at 0.
+//
+//    Input, int N, the order of the Legendre polynomial.
+//
+//    Output, double *X1, the first real root.
+//
+//    Output, double *D1, the derivative at X1.
+//
+//  Local Parameters:
+//
+//    Local, int M, the number of terms in the Taylor expansion.
+//
+{
+  double dk;
+  double dn;
+  int k;
+  int l;
+  int m = 30;
+  double t;
+  // double *u;
+  // double *up;
+
+  t = 0.0;
+  x1 = rk2_leg(t, -DOLFIN_PI/2.0, 0.0, n);
+
+  // u = new double[m+2];
+  // up = new double[m+1];
+  std::vector<double> u(m+2);
+  std::vector<double> up(m+1);
+
+  dn = static_cast<double>(n);
+  //
+  //  U[0] and UP[0] are never used.
+  //  U[M+1] is set, but not used, and UP[M] is set and not used.
+  //  What gives?
+  //
+  u[0] = 0.0;
+  u[1] = pn0;
+
+  up[0] = 0.0;
+
+  for (k = 0; k <= m - 2; k = k + 2)
+  {
+    dk = static_cast<double>(k);
+
+    u[k+2] = 0.0;
+    u[k+3] = (dk *(dk + 1.0) - dn *(dn + 1.0)) * u[k+1]
+      / (dk + 1.0) / (dk + 2.0);
+
+    up[k+1] = 0.0;
+    up[k+2] = (dk + 2.0) * u[k+3];
+  }
+
+  for (l = 0; l < 5; l++)
+  {
+    x1 = x1 - ts_mult(u, x1, m) / ts_mult(up, x1, m-1);
+  }
+  d1 = ts_mult(up, x1, m-1);
+
+  return;
+}
+//****************************************************************************80
+
+double SimplexQuadrature::rk2_leg(double t1, double t2, double x, int n)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    RK2_LEG advances the value of X(T) using a Runge-Kutta method.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    22 October 2009
+//
+//  Author:
+//
+//    Original C++ version by Nick Hale.
+//    This C++ version by John Burkardt.
+//
+//  Parameters:
+//
+//    Input, double T1, T2, the range of the integration interval.
+//
+//    Input, double X, the value of X at T1.
+//
+//    Input, int N, the number of steps to take.
+//
+//    Output, double RK2_LEG, the value of X at T2.
+//
+{
+  double f;
+  double h;
+  int j;
+  double k1;
+  double k2;
+  int m = 10;
+  double snn1;
+  double t;
+
+  h = (t2 - t1) / static_cast<double>(m);
+  snn1 = sqrt(static_cast<double>(n *(n + 1)));
+  t = t1;
+
+  for (j = 0; j < m; j++)
+  {
+    f = (1.0 - x) *(1.0 + x);
+    k1 = - h * f /(snn1 * sqrt(f) - 0.5 * x * sin(2.0 * t));
+    x = x + k1;
+
+    t = t + h;
+
+    f = (1.0 - x) *(1.0 + x);
+    k2 = - h * f /(snn1 * sqrt(f) - 0.5 * x * sin(2.0 * t));
+    x = x + 0.5 *(k2 - k1);
+  }
+  return x;
+}
+//****************************************************************************80
+
+double SimplexQuadrature::ts_mult(std::vector<double>& u, double h, int n)
+
+//****************************************************************************80
+//
+//  Purpose:
+//
+//    TS_MULT evaluates a polynomial.
+//
+//  Licensing:
+//
+//    This code is distributed under the GNU LGPL license.
+//
+//  Modified:
+//
+//    17 May 2013
+//
+//  Author:
+//
+//    Original C++ version by Nick Hale.
+//    This C++ version by John Burkardt.
+//
+//  Parameters:
+//
+//    Input, double U[N+1], the polynomial coefficients.
+//    U[0] is ignored.
+//
+//    Input, double H, the polynomial argument.
+//
+//    Input, int N, the number of terms to compute.
+//
+//    Output, double TS_MULT, the value of the polynomial.
+//
+{
+  double hk;
+  int k;
+  double ts;
+
+  ts = 0.0;
+  hk = 1.0;
+  for (k = 1; k<= n; k++)
+  {
+    ts = ts + u[k] * hk;
+    hk = hk * h;
+  }
+  return ts;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/geometry/SimplexQuadrature.h b/dolfin/geometry/SimplexQuadrature.h
new file mode 100644
index 0000000..b30aff5
--- /dev/null
+++ b/dolfin/geometry/SimplexQuadrature.h
@@ -0,0 +1,288 @@
+// Copyright (C) 2014 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2014-02-24
+// Last changed: 2017-12-06
+
+#ifndef __SIMPLEX_QUADRATURE_H
+#define __SIMPLEX_QUADRATURE_H
+
+#include <vector>
+#include <Eigen/Dense>
+#include "Point.h"
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class Cell;
+
+  /// This class defines quadrature rules for simplices.
+
+  class SimplexQuadrature
+  {
+  public:
+
+    /// Create SimplexQuadrature rules for reference simplex
+    ///
+    /// *Arguments*
+    ///     tdim (std::size_t)
+    ///         The topological dimension of the simplex.
+    ///     order (std::size_t)
+    ///         The order of convergence of the quadrature rule.
+    ///
+    SimplexQuadrature(std::size_t tdim, std::size_t order);
+
+    /// Compute quadrature rule for cell.
+    ///
+    /// *Arguments*
+    ///     cell (Cell)
+    ///         The cell.
+    ///
+    /// *Returns*
+    ///     std::pair<std::vector<double>, std::vector<double>>
+    ///         A flattened array of quadrature points and a
+    ///         corresponding array of quadrature weights.
+    std::pair<std::vector<double>, std::vector<double>>
+    compute_quadrature_rule(const Cell& cell) const;
+
+    /// Compute quadrature rule for simplex.
+    ///
+    /// *Arguments*
+    ///     coordinates (std::vector<Point>)
+    ///         Vertex coordinates for the simplex
+    ///     tdim (std::size_t)
+    ///         The topological dimension of the simplex.
+    ///     gdim (std::size_t)
+    ///         The geometric dimension.
+    ///
+    /// *Returns*
+    ///     std::pair<std::vector<double>, std::vector<double>>
+    ///         A flattened array of quadrature points and a
+    ///         corresponding array of quadrature weights.
+    std::pair<std::vector<double>, std::vector<double>>
+    compute_quadrature_rule(const std::vector<Point>& coordinates,
+			    std::size_t gdim) const;
+
+    /// Compute quadrature rule for interval.
+    ///
+    /// *Arguments*
+    ///     coordinates (std::vector<Point>)
+    ///         Vertex coordinates for the simplex
+    ///     gdim (std::size_t)
+    ///         The geometric dimension.
+    ///
+    /// *Returns*
+    ///     std::pair<std::vector<double>, std::vector<double>>
+    ///         A flattened array of quadrature points and a
+    ///         corresponding array of quadrature weights.
+    std::pair<std::vector<double>, std::vector<double>>
+    compute_quadrature_rule_interval(const std::vector<Point>& coordinates,
+				     std::size_t gdim) const;
+
+    /// Compute quadrature rule for triangle.
+    ///
+    /// *Arguments*
+    ///     coordinates (std::vector<Point>)
+    ///         Vertex coordinates for the simplex
+    ///     gdim (std::size_t)
+    ///         The geometric dimension.
+    ///
+    /// *Returns*
+    ///     std::pair<std::vector<double>, std::vector<double>>
+    ///         A flattened array of quadrature points and a
+    ///         corresponding array of quadrature weights.
+    std::pair<std::vector<double>, std::vector<double>>
+    compute_quadrature_rule_triangle(const std::vector<Point>& coordinates,
+                                     std::size_t gdim) const;
+
+    /// Compute quadrature rule for tetrahedron.
+    ///
+    /// *Arguments*
+    ///     coordinates (std::vector<Point>)
+    ///         Vertex coordinates for the simplex
+    ///     gdim (std::size_t)
+    ///         The geometric dimension.
+    ///
+    /// *Returns*
+    ///     std::pair<std::vector<double>, std::vector<double>>
+    ///         A flattened array of quadrature points and a
+    ///         corresponding array of quadrature weights.
+    std::pair<std::vector<double>, std::vector<double>>
+    compute_quadrature_rule_tetrahedron(const std::vector<Point>& coordinates,
+					std::size_t gdim) const;
+
+    /// Compress a quadrature rule using algorithms from
+    ///     Compression of multivariate discrete measures and applications
+    ///     A. Sommariva, M. Vianello
+    ///     Numerical Functional Analysis and Optimization
+    ///     Volume 36, 2015 - Issue 9
+    ///
+    /// *Arguments*
+    ///     qr (std::pair<std::vector<double>, std::vector<double>>)
+    ///         The quadrature rule to be compressed
+    ///     gdim (std::size_t)
+    ///         The geometric dimension
+    ///     quadrature_order (std::size_t)
+    ///         The order of the quadrature rule
+    ///
+    /// *Returns*
+    ///     std::vector<std::size_t>
+    ///         The indices of the points that were kept (empty
+    ///         if no compression was made)
+    static std::vector<std::size_t>
+    compress(std::pair<std::vector<double>, std::vector<double>>& qr,
+	     std::size_t gdim,
+	     std::size_t quadrature_order);
+
+  private:
+
+    // Setup quadrature rule on a reference simplex
+    void setup_qr_reference_interval(std::size_t order);
+    void setup_qr_reference_triangle(std::size_t order);
+    void setup_qr_reference_tetrahedron(std::size_t order);
+
+    // Utility function for computing a Vandermonde type matrix in a
+    // Chebyshev basis
+    static Eigen::MatrixXd
+      Chebyshev_Vandermonde_matrix
+      (const std::pair<std::vector<double>, std::vector<double>>& qr,
+       std::size_t gdim, std::size_t N);
+
+    // Utility function for computing a Chebyshev basis
+    static std::vector<Eigen::VectorXd>
+      Chebyshev_polynomial(const Eigen::VectorXd& x, std::size_t N);
+
+    // Utility function for creating a matrix with coefficients in
+    // graded lexicographic order
+    static std::vector<std::vector<std::size_t>>
+      grlex(std::size_t gdim, std::size_t N);
+
+    // Utility function for calculating all combinations (n over k)
+    static std::size_t choose(std::size_t n, std::size_t k);
+
+    // The following code has been copied from
+    //
+    // https://people.sc.fsu.edu/~jburkardt/cpp_src/triangle_dunavant_rule/triangle_dunavant_rule.cpp
+    //
+    // License: LGPL
+
+    // Compute Duanvant quadrature rules for triangle
+
+    static void dunavant_rule(std::size_t order,
+			      std::vector<std::vector<double> >& p,
+			      std::vector<double>& w);
+    static std::size_t dunavant_order_num(std::size_t rule);
+    static std::vector<std::size_t> dunavant_suborder(int rule, int suborder_num);
+    static std::size_t dunavant_suborder_num(int rule);
+    static void dunavant_subrule(std::size_t rule,
+				 std::size_t suborder_num,
+				 std::vector<double>& suborder_xyz,
+				 std::vector<double>& w);
+    static void dunavant_subrule_01(int suborder_num,
+				    std::vector<double>& suborder_xyz,
+				    std::vector<double>& suborder_w);
+    static void dunavant_subrule_02(int suborder_num,
+				    std::vector<double>& suborder_xyz,
+				    std::vector<double>& suborder_w);
+    static void dunavant_subrule_03(int suborder_num,
+				    std::vector<double>& suborder_xyz,
+				    std::vector<double>& suborder_w);
+    static void dunavant_subrule_04(int suborder_num,
+				    std::vector<double>& suborder_xyz,
+				    std::vector<double>& suborder_w);
+    static void dunavant_subrule_05(int suborder_num,
+				    std::vector<double>& suborder_xyz,
+				    std::vector<double>& suborder_w);
+    static void dunavant_subrule_06(int suborder_num,
+				    std::vector<double>& suborder_xyz,
+				    std::vector<double>& suborder_w);
+    static void dunavant_subrule_07(int suborder_num,
+				    std::vector<double>& suborder_xyz,
+				    std::vector<double>& suborder_w);
+    static void dunavant_subrule_08(int suborder_num,
+				    std::vector<double>& suborder_xyz,
+				    std::vector<double>& suborder_w);
+    static void dunavant_subrule_09(int suborder_num,
+				    std::vector<double>& suborder_xyz,
+				    std::vector<double>& suborder_w);
+    static void dunavant_subrule_10(int suborder_num,
+				    std::vector<double>& suborder_xyz,
+				    std::vector<double>& suborder_w);
+    static void dunavant_subrule_11(int suborder_num,
+				    std::vector<double>& suborder_xyz,
+				    std::vector<double>& suborder_w);
+    static void dunavant_subrule_12(int suborder_num,
+				    std::vector<double>& suborder_xyz,
+				    std::vector<double>& suborder_w);
+    static void dunavant_subrule_13(int suborder_num,
+				    std::vector<double>& suborder_xyz,
+				    std::vector<double>& suborder_w);
+    static void dunavant_subrule_14(int suborder_num,
+				    std::vector<double>& suborder_xyz,
+				    std::vector<double>& suborder_w);
+    static void dunavant_subrule_15(int suborder_num,
+				    std::vector<double>& suborder_xyz,
+				    std::vector<double>& suborder_w);
+    static void dunavant_subrule_16(int suborder_num,
+				    std::vector<double>& suborder_xyz,
+				    std::vector<double>& suborder_w);
+    static void dunavant_subrule_17(int suborder_num,
+				    std::vector<double>& suborder_xyz,
+				    std::vector<double>& suborder_w);
+    static void dunavant_subrule_18(int suborder_num,
+				    std::vector<double>& suborder_xyz,
+				    std::vector<double>& suborder_w);
+    static void dunavant_subrule_19(int suborder_num,
+				    std::vector<double>& suborder_xyz,
+				    std::vector<double>& suborder_w);
+    static void dunavant_subrule_20(int suborder_num,
+				    std::vector<double>& suborder_xyz,
+				    std::vector<double>& suborder_w);
+    static int i4_modp(int i, int j);
+    static int i4_wrap(int ival, int ilo, int ihi);
+
+    // The following code has been copied from
+    //
+    // https://people.sc.fsu.edu/~jburkardt/cpp_src/legendre_rule_fast/legendre_rule_fast.cpp
+    //
+    // License: LGPL
+
+    // Compute Gauss-Legendre quadrature rules for line
+
+    static void legendre_compute_glr(std::size_t n,
+				     std::vector<double>& x,
+				     std::vector<double>& w);
+    static void legendre_compute_glr0(std::size_t n,
+				      double& p,
+				      double& pp);
+    static void legendre_compute_glr1(std::size_t n,
+				      std::vector<double>& x,
+				      std::vector<double>& w);
+    static void legendre_compute_glr2(double pn0, int n, double& x1, double& d1);
+    static double ts_mult(std::vector<double>& u, double h, int n);
+    static double rk2_leg(double t1, double t2, double x, int n);
+
+    // Quadrature rule on reference simplex (points and weights)
+    std::vector<std::vector<double> > _p;
+    std::vector<double> _w;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/geometry/dolfin_geometry.h b/dolfin/geometry/dolfin_geometry.h
new file mode 100644
index 0000000..d679c55
--- /dev/null
+++ b/dolfin/geometry/dolfin_geometry.h
@@ -0,0 +1,14 @@
+#ifndef __DOLFIN_GEOMETRY_H
+#define __DOLFIN_GEOMETRY_H
+
+// DOLFIN geometry interface
+
+#include <dolfin/geometry/Point.h>
+#include <dolfin/geometry/BoundingBoxTree.h>
+#include <dolfin/geometry/GenericBoundingBoxTree.h>
+#include <dolfin/geometry/BoundingBoxTree3D.h>
+#include <dolfin/geometry/MeshPointIntersection.h>
+#include <dolfin/geometry/CollisionPredicates.h>
+#include <dolfin/geometry/intersect.h>
+
+#endif
diff --git a/dolfin/geometry/intersect.cpp b/dolfin/geometry/intersect.cpp
new file mode 100644
index 0000000..d67a197
--- /dev/null
+++ b/dolfin/geometry/intersect.cpp
@@ -0,0 +1,43 @@
+// Copyright (C) 2013 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-05-30
+// Last changed: 2017-09-25
+
+#include "MeshPointIntersection.h"
+#include <dolfin/mesh/CellType.h>
+#include <dolfin/mesh/Mesh.h>
+#include "intersect.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+std::shared_ptr<const MeshPointIntersection>
+dolfin::intersect(const Mesh& mesh, const Point& point)
+{
+  // Intersection is only implemented for simplex meshes
+  if (!mesh.type().is_simplex())
+  {
+    dolfin_error("intersect.cpp",
+		 "intersect mesh and point",
+		 "Intersection is only implemented for simplex meshes");
+  }
+
+  return std::shared_ptr<const MeshPointIntersection>
+    (new MeshPointIntersection(mesh, point));
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/geometry/intersect.h b/dolfin/geometry/intersect.h
new file mode 100644
index 0000000..cd34ebb
--- /dev/null
+++ b/dolfin/geometry/intersect.h
@@ -0,0 +1,50 @@
+// Copyright (C) 2013 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-04-18
+// Last changed: 2013-05-30
+
+#ifndef __INTERSECT_H
+#define __INTERSECT_H
+
+#include <memory>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class Mesh;
+  class Point;
+  class MeshPointIntersection;
+
+  /// Compute and return intersection between _Mesh_ and _Point_.
+  ///
+  /// *Arguments*
+  ///     mesh (_Mesh_)
+  ///         The mesh to be intersected.
+  ///     point (_Point_)
+  ///         The point to be intersected.
+  ///
+  /// *Returns*
+  ///     _MeshPointIntersection_
+  ///         The intersection data.
+  std::shared_ptr<const MeshPointIntersection>
+  intersect(const Mesh& mesh, const Point& point);
+
+}
+
+#endif
diff --git a/dolfin/geometry/predicates.cpp b/dolfin/geometry/predicates.cpp
new file mode 100644
index 0000000..6b4be8c
--- /dev/null
+++ b/dolfin/geometry/predicates.cpp
@@ -0,0 +1,2372 @@
+#include <dolfin/geometry/Point.h>
+#include "predicates.h"
+
+//-----------------------------------------------------------------------------
+double dolfin::orient1d(double a, double b, double x)
+{
+  if (x > std::max(a, b)) return 1.0;
+  if (x < std::min(a, b)) return -1.0;
+  return 0.0;
+}
+//-----------------------------------------------------------------------------
+double dolfin::orient2d(const Point& a, const Point& b, const Point& c)
+{
+  return dolfin::_orient2d(a.coordinates(),
+                           b.coordinates(),
+                           c.coordinates());
+}
+//-----------------------------------------------------------------------------
+double dolfin::orient3d(const Point& a, const Point& b, const Point& c, const Point& d)
+{
+  return dolfin::_orient3d(a.coordinates(),
+                           b.coordinates(),
+                           c.coordinates(),
+                           d.coordinates());
+}
+//-----------------------------------------------------------------------------
+
+/*****************************************************************************/
+/*                                                                           */
+/*  Routines for Arbitrary Precision Floating-point Arithmetic               */
+/*  and Fast Robust Geometric Predicates                                     */
+/*  (predicates.c)                                                           */
+/*                                                                           */
+/*  May 18, 1996                                                             */
+/*                                                                           */
+/*  Placed in the public domain by                                           */
+/*  Jonathan Richard Shewchuk                                                */
+/*  School of Computer Science                                               */
+/*  Carnegie Mellon University                                               */
+/*  5000 Forbes Avenue                                                       */
+/*  Pittsburgh, Pennsylvania  15213-3891                                     */
+/*  jrs@cs.cmu.edu                                                           */
+/*                                                                           */
+/*  This file contains C implementation of algorithms for exact addition     */
+/*    and multiplication of floating-point numbers, and predicates for       */
+/*    robustly performing the orientation and incircle tests used in         */
+/*    computational geometry.  The algorithms and underlying theory are      */
+/*    described in Jonathan Richard Shewchuk.  "Adaptive Precision Floating- */
+/*    Point Arithmetic and Fast Robust Geometric Predicates."  Technical     */
+/*    Report CMU-CS-96-140, School of Computer Science, Carnegie Mellon      */
+/*    University, Pittsburgh, Pennsylvania, May 1996.  (Submitted to         */
+/*    Discrete & Computational Geometry.)                                    */
+/*                                                                           */
+/*  This file, the paper listed above, and other information are available   */
+/*    from the Web page http://www.cs.cmu.edu/~quake/robust.html .           */
+/*                                                                           */
+/*****************************************************************************/
+
+/*****************************************************************************/
+/*                                                                           */
+/*  Using this code:                                                         */
+/*                                                                           */
+/*  First, read the short or long version of the paper (from the Web page    */
+/*    above).                                                                */
+/*                                                                           */
+/*  Be sure to call exactinit() once, before calling any of the arithmetic   */
+/*    functions or geometric predicates.  Also be sure to turn on the        */
+/*    optimizer when compiling this file.                                    */
+/*                                                                           */
+/*                                                                           */
+/*  Several geometric predicates are defined.  Their parameters are all      */
+/*    points.  Each point is an array of two or three floating-point         */
+/*    numbers.  The geometric predicates, described in the papers, are       */
+/*                                                                           */
+/*    orient2d(pa, pb, pc)                                                   */
+/*    orient2dfast(pa, pb, pc)                                               */
+/*    orient3d(pa, pb, pc, pd)                                               */
+/*    orient3dfast(pa, pb, pc, pd)                                           */
+/*    incircle(pa, pb, pc, pd)                                               */
+/*    incirclefast(pa, pb, pc, pd)                                           */
+/*    insphere(pa, pb, pc, pd, pe)                                           */
+/*    inspherefast(pa, pb, pc, pd, pe)                                       */
+/*                                                                           */
+/*  Those with suffix "fast" are approximate, non-robust versions.  Those    */
+/*    without the suffix are adaptive precision, robust versions.  There     */
+/*    are also versions with the suffices "exact" and "slow", which are      */
+/*    non-adaptive, exact arithmetic versions, which I use only for timings  */
+/*    in my arithmetic papers.                                               */
+/*                                                                           */
+/*                                                                           */
+/*  An expansion is represented by an array of floating-point numbers,       */
+/*    sorted from smallest to largest magnitude (possibly with interspersed  */
+/*    zeros).  The length of each expansion is stored as a separate integer, */
+/*    and each arithmetic function returns an integer which is the length    */
+/*    of the expansion it created.                                           */
+/*                                                                           */
+/*  Several arithmetic functions are defined.  Their parameters are          */
+/*                                                                           */
+/*    e, f           Input expansions                                        */
+/*    elen, flen     Lengths of input expansions (must be >= 1)              */
+/*    h              Output expansion                                        */
+/*    b              Input scalar                                            */
+/*                                                                           */
+/*  The arithmetic functions are                                             */
+/*                                                                           */
+/*    grow_expansion(elen, e, b, h)                                          */
+/*    grow_expansion_zeroelim(elen, e, b, h)                                 */
+/*    expansion_sum(elen, e, flen, f, h)                                     */
+/*    expansion_sum_zeroelim1(elen, e, flen, f, h)                           */
+/*    expansion_sum_zeroelim2(elen, e, flen, f, h)                           */
+/*    fast_expansion_sum(elen, e, flen, f, h)                                */
+/*    fast_expansion_sum_zeroelim(elen, e, flen, f, h)                       */
+/*    linear_expansion_sum(elen, e, flen, f, h)                              */
+/*    linear_expansion_sum_zeroelim(elen, e, flen, f, h)                     */
+/*    scale_expansion(elen, e, b, h)                                         */
+/*    scale_expansion_zeroelim(elen, e, b, h)                                */
+/*    compress(elen, e, h)                                                   */
+/*                                                                           */
+/*  All of these are described in the long version of the paper; some are    */
+/*    described in the short version.  All return an integer that is the     */
+/*    length of h.  Those with suffix _zeroelim perform zero elimination,    */
+/*    and are recommended over their counterparts.  The procedure            */
+/*    fast_expansion_sum_zeroelim() (or linear_expansion_sum_zeroelim() on   */
+/*    processors that do not use the round-to-even tiebreaking rule) is      */
+/*    recommended over expansion_sum_zeroelim().  Each procedure has a       */
+/*    little note next to it (in the code below) that tells you whether or   */
+/*    not the output expansion may be the same array as one of the input     */
+/*    expansions.                                                            */
+/*                                                                           */
+/*                                                                           */
+/*  If you look around below, you'll also find macros for a bunch of         */
+/*    simple unrolled arithmetic operations, and procedures for printing     */
+/*    expansions (commented out because they don't work with all C           */
+/*    compilers) and for generating random floating-point numbers whose      */
+/*    significand bits are all random.  Most of the macros have undocumented */
+/*    requirements that certain of their parameters should not be the same   */
+/*    variable; for safety, better to make sure all the parameters are       */
+/*    distinct variables.  Feel free to send email to jrs@cs.cmu.edu if you  */
+/*    have questions.                                                        */
+/*                                                                           */
+/*****************************************************************************/
+
+#include <stdio.h>
+#include <stdlib.h>
+#include <math.h>
+#include <sys/time.h>
+
+/* On some machines, the exact arithmetic routines might be defeated by the  */
+/*   use of internal extended precision floating-point registers.  Sometimes */
+/*   this problem can be fixed by defining certain values to be volatile,    */
+/*   thus forcing them to be stored to memory and rounded off.  This isn't   */
+/*   a great solution, though, as it slows the arithmetic down.              */
+/*                                                                           */
+/* To try this out, write "#define INEXACT volatile" below.  Normally,       */
+/*   however, INEXACT should be defined to be nothing.  ("#define INEXACT".) */
+
+#define INEXACT                          /* Nothing */
+/* #define INEXACT volatile */
+
+#define REAL double                      /* float or double */
+#define REALPRINT doubleprint
+#define REALRAND doublerand
+#define NARROWRAND narrowdoublerand
+#define UNIFORMRAND uniformdoublerand
+
+/* Which of the following two methods of finding the absolute values is      */
+/*   fastest is compiler-dependent.  A few compilers can inline and optimize */
+/*   the fabs() call; but most will incur the overhead of a function call,   */
+/*   which is disastrously slow.  A faster way on IEEE machines might be to  */
+/*   mask the appropriate bit, but that's difficult to do in C.              */
+
+#define Absolute(a)  ((a) >= 0.0 ? (a) : -(a))
+/* #define Absolute(a)  fabs(a) */
+
+/* Many of the operations are broken up into two pieces, a main part that    */
+/*   performs an approximate operation, and a "tail" that computes the       */
+/*   roundoff error of that operation.                                       */
+/*                                                                           */
+/* The operations Fast_Two_Sum(), Fast_Two_Diff(), Two_Sum(), Two_Diff(),    */
+/*   Split(), and Two_Product() are all implemented as described in the      */
+/*   reference.  Each of these macros requires certain variables to be       */
+/*   defined in the calling routine.  The variables `bvirt', `c', `abig',    */
+/*   `_i', `_j', `_k', `_l', `_m', and `_n' are declared `INEXACT' because   */
+/*   they store the result of an operation that may incur roundoff error.    */
+/*   The input parameter `x' (or the highest numbered `x_' parameter) must   */
+/*   also be declared `INEXACT'.                                             */
+
+#define Fast_Two_Sum_Tail(a, b, x, y) \
+  bvirt = x - a; \
+  y = b - bvirt
+
+#define Fast_Two_Sum(a, b, x, y) \
+  x = (REAL) (a + b); \
+  Fast_Two_Sum_Tail(a, b, x, y)
+
+#define Fast_Two_Diff_Tail(a, b, x, y) \
+  bvirt = a - x; \
+  y = bvirt - b
+
+#define Fast_Two_Diff(a, b, x, y) \
+  x = (REAL) (a - b); \
+  Fast_Two_Diff_Tail(a, b, x, y)
+
+#define Two_Sum_Tail(a, b, x, y) \
+  bvirt = (REAL) (x - a); \
+  avirt = x - bvirt; \
+  bround = b - bvirt; \
+  around = a - avirt; \
+  y = around + bround
+
+#define Two_Sum(a, b, x, y) \
+  x = (REAL) (a + b); \
+  Two_Sum_Tail(a, b, x, y)
+
+#define Two_Diff_Tail(a, b, x, y) \
+  bvirt = (REAL) (a - x); \
+  avirt = x + bvirt; \
+  bround = bvirt - b; \
+  around = a - avirt; \
+  y = around + bround
+
+#define Two_Diff(a, b, x, y) \
+  x = (REAL) (a - b); \
+  Two_Diff_Tail(a, b, x, y)
+
+#define Split(a, ahi, alo) \
+  c = (REAL) (splitter * a); \
+  abig = (REAL) (c - a); \
+  ahi = c - abig; \
+  alo = a - ahi
+
+#define Two_Product_Tail(a, b, x, y) \
+  Split(a, ahi, alo); \
+  Split(b, bhi, blo); \
+  err1 = x - (ahi * bhi); \
+  err2 = err1 - (alo * bhi); \
+  err3 = err2 - (ahi * blo); \
+  y = (alo * blo) - err3
+
+#define Two_Product(a, b, x, y) \
+  x = (REAL) (a * b); \
+  Two_Product_Tail(a, b, x, y)
+
+/* Two_Product_Presplit() is Two_Product() where one of the inputs has       */
+/*   already been split.  Avoids redundant splitting.                        */
+
+#define Two_Product_Presplit(a, b, bhi, blo, x, y) \
+  x = (REAL) (a * b); \
+  Split(a, ahi, alo); \
+  err1 = x - (ahi * bhi); \
+  err2 = err1 - (alo * bhi); \
+  err3 = err2 - (ahi * blo); \
+  y = (alo * blo) - err3
+
+/* Two_Product_2Presplit() is Two_Product() where both of the inputs have    */
+/*   already been split.  Avoids redundant splitting.                        */
+
+#define Two_Product_2Presplit(a, ahi, alo, b, bhi, blo, x, y) \
+  x = (REAL) (a * b); \
+  err1 = x - (ahi * bhi); \
+  err2 = err1 - (alo * bhi); \
+  err3 = err2 - (ahi * blo); \
+  y = (alo * blo) - err3
+
+/* Square() can be done more quickly than Two_Product().                     */
+
+#define Square_Tail(a, x, y) \
+  Split(a, ahi, alo); \
+  err1 = x - (ahi * ahi); \
+  err3 = err1 - ((ahi + ahi) * alo); \
+  y = (alo * alo) - err3
+
+#define Square(a, x, y) \
+  x = (REAL) (a * a); \
+  Square_Tail(a, x, y)
+
+/* Macros for summing expansions of various fixed lengths.  These are all    */
+/*   unrolled versions of Expansion_Sum().                                   */
+
+#define Two_One_Sum(a1, a0, b, x2, x1, x0) \
+  Two_Sum(a0, b , _i, x0); \
+  Two_Sum(a1, _i, x2, x1)
+
+#define Two_One_Diff(a1, a0, b, x2, x1, x0) \
+  Two_Diff(a0, b , _i, x0); \
+  Two_Sum( a1, _i, x2, x1)
+
+#define Two_Two_Sum(a1, a0, b1, b0, x3, x2, x1, x0) \
+  Two_One_Sum(a1, a0, b0, _j, _0, x0); \
+  Two_One_Sum(_j, _0, b1, x3, x2, x1)
+
+#define Two_Two_Diff(a1, a0, b1, b0, x3, x2, x1, x0) \
+  Two_One_Diff(a1, a0, b0, _j, _0, x0); \
+  Two_One_Diff(_j, _0, b1, x3, x2, x1)
+
+#define Four_One_Sum(a3, a2, a1, a0, b, x4, x3, x2, x1, x0) \
+  Two_One_Sum(a1, a0, b , _j, x1, x0); \
+  Two_One_Sum(a3, a2, _j, x4, x3, x2)
+
+#define Four_Two_Sum(a3, a2, a1, a0, b1, b0, x5, x4, x3, x2, x1, x0) \
+  Four_One_Sum(a3, a2, a1, a0, b0, _k, _2, _1, _0, x0); \
+  Four_One_Sum(_k, _2, _1, _0, b1, x5, x4, x3, x2, x1)
+
+#define Four_Four_Sum(a3, a2, a1, a0, b4, b3, b1, b0, x7, x6, x5, x4, x3, x2, \
+                      x1, x0) \
+  Four_Two_Sum(a3, a2, a1, a0, b1, b0, _l, _2, _1, _0, x1, x0); \
+  Four_Two_Sum(_l, _2, _1, _0, b4, b3, x7, x6, x5, x4, x3, x2)
+
+#define Eight_One_Sum(a7, a6, a5, a4, a3, a2, a1, a0, b, x8, x7, x6, x5, x4, \
+                      x3, x2, x1, x0) \
+  Four_One_Sum(a3, a2, a1, a0, b , _j, x3, x2, x1, x0); \
+  Four_One_Sum(a7, a6, a5, a4, _j, x8, x7, x6, x5, x4)
+
+#define Eight_Two_Sum(a7, a6, a5, a4, a3, a2, a1, a0, b1, b0, x9, x8, x7, \
+                      x6, x5, x4, x3, x2, x1, x0) \
+  Eight_One_Sum(a7, a6, a5, a4, a3, a2, a1, a0, b0, _k, _6, _5, _4, _3, _2, \
+                _1, _0, x0); \
+  Eight_One_Sum(_k, _6, _5, _4, _3, _2, _1, _0, b1, x9, x8, x7, x6, x5, x4, \
+                x3, x2, x1)
+
+#define Eight_Four_Sum(a7, a6, a5, a4, a3, a2, a1, a0, b4, b3, b1, b0, x11, \
+                       x10, x9, x8, x7, x6, x5, x4, x3, x2, x1, x0) \
+  Eight_Two_Sum(a7, a6, a5, a4, a3, a2, a1, a0, b1, b0, _l, _6, _5, _4, _3, \
+                _2, _1, _0, x1, x0); \
+  Eight_Two_Sum(_l, _6, _5, _4, _3, _2, _1, _0, b4, b3, x11, x10, x9, x8, \
+                x7, x6, x5, x4, x3, x2)
+
+/* Macros for multiplying expansions of various fixed lengths.               */
+
+#define Two_One_Product(a1, a0, b, x3, x2, x1, x0) \
+  Split(b, bhi, blo); \
+  Two_Product_Presplit(a0, b, bhi, blo, _i, x0); \
+  Two_Product_Presplit(a1, b, bhi, blo, _j, _0); \
+  Two_Sum(_i, _0, _k, x1); \
+  Fast_Two_Sum(_j, _k, x3, x2)
+
+#define Four_One_Product(a3, a2, a1, a0, b, x7, x6, x5, x4, x3, x2, x1, x0) \
+  Split(b, bhi, blo); \
+  Two_Product_Presplit(a0, b, bhi, blo, _i, x0); \
+  Two_Product_Presplit(a1, b, bhi, blo, _j, _0); \
+  Two_Sum(_i, _0, _k, x1); \
+  Fast_Two_Sum(_j, _k, _i, x2); \
+  Two_Product_Presplit(a2, b, bhi, blo, _j, _0); \
+  Two_Sum(_i, _0, _k, x3); \
+  Fast_Two_Sum(_j, _k, _i, x4); \
+  Two_Product_Presplit(a3, b, bhi, blo, _j, _0); \
+  Two_Sum(_i, _0, _k, x5); \
+  Fast_Two_Sum(_j, _k, x7, x6)
+
+#define Two_Two_Product(a1, a0, b1, b0, x7, x6, x5, x4, x3, x2, x1, x0) \
+  Split(a0, a0hi, a0lo); \
+  Split(b0, bhi, blo); \
+  Two_Product_2Presplit(a0, a0hi, a0lo, b0, bhi, blo, _i, x0); \
+  Split(a1, a1hi, a1lo); \
+  Two_Product_2Presplit(a1, a1hi, a1lo, b0, bhi, blo, _j, _0); \
+  Two_Sum(_i, _0, _k, _1); \
+  Fast_Two_Sum(_j, _k, _l, _2); \
+  Split(b1, bhi, blo); \
+  Two_Product_2Presplit(a0, a0hi, a0lo, b1, bhi, blo, _i, _0); \
+  Two_Sum(_1, _0, _k, x1); \
+  Two_Sum(_2, _k, _j, _1); \
+  Two_Sum(_l, _j, _m, _2); \
+  Two_Product_2Presplit(a1, a1hi, a1lo, b1, bhi, blo, _j, _0); \
+  Two_Sum(_i, _0, _n, _0); \
+  Two_Sum(_1, _0, _i, x2); \
+  Two_Sum(_2, _i, _k, _1); \
+  Two_Sum(_m, _k, _l, _2); \
+  Two_Sum(_j, _n, _k, _0); \
+  Two_Sum(_1, _0, _j, x3); \
+  Two_Sum(_2, _j, _i, _1); \
+  Two_Sum(_l, _i, _m, _2); \
+  Two_Sum(_1, _k, _i, x4); \
+  Two_Sum(_2, _i, _k, x5); \
+  Two_Sum(_m, _k, x7, x6)
+
+/* An expansion of length two can be squared more quickly than finding the   */
+/*   product of two different expansions of length two, and the result is    */
+/*   guaranteed to have no more than six (rather than eight) components.     */
+
+#define Two_Square(a1, a0, x5, x4, x3, x2, x1, x0) \
+  Square(a0, _j, x0); \
+  _0 = a0 + a0; \
+  Two_Product(a1, _0, _k, _1); \
+  Two_One_Sum(_k, _1, _j, _l, _2, x1); \
+  Square(a1, _j, _1); \
+  Two_Two_Sum(_j, _1, _l, _2, x5, x4, x3, x2)
+
+REAL splitter;     /* = 2^ceiling(p / 2) + 1.  Used to split floats in half. */
+REAL epsilon;                /* = 2^(-p).  Used to estimate roundoff errors. */
+/* A set of coefficients used to calculate maximum roundoff errors.          */
+REAL resulterrbound;
+REAL ccwerrboundA, ccwerrboundB, ccwerrboundC;
+REAL o3derrboundA, o3derrboundB, o3derrboundC;
+REAL iccerrboundA, iccerrboundB, iccerrboundC;
+REAL isperrboundA, isperrboundB, isperrboundC;
+
+/*****************************************************************************/
+/*                                                                           */
+/*  doubleprint()   Print the bit representation of a double.                */
+/*                                                                           */
+/*  Useful for debugging exact arithmetic routines.                          */
+/*                                                                           */
+/*****************************************************************************/
+
+/*
+void doubleprint(number)
+double number;
+{
+  unsigned long long no;
+  unsigned long long sign, expo;
+  int exponent;
+  int i, bottomi;
+
+  no = *(unsigned long long *) &number;
+  sign = no & 0x8000000000000000ll;
+  expo = (no >> 52) & 0x7ffll;
+  exponent = (int) expo;
+  exponent = exponent - 1023;
+  if (sign) {
+    printf("-");
+  } else {
+    printf(" ");
+  }
+  if (exponent == -1023) {
+    printf(
+      "0.0000000000000000000000000000000000000000000000000000_     (   )");
+  } else {
+    printf("1.");
+    bottomi = -1;
+    for (i = 0; i < 52; i++) {
+      if (no & 0x0008000000000000ll) {
+        printf("1");
+        bottomi = i;
+      } else {
+        printf("0");
+      }
+      no <<= 1;
+    }
+    printf("_%d  (%d)", exponent, exponent - 1 - bottomi);
+  }
+}
+*/
+
+/*****************************************************************************/
+/*                                                                           */
+/*  floatprint()   Print the bit representation of a float.                  */
+/*                                                                           */
+/*  Useful for debugging exact arithmetic routines.                          */
+/*                                                                           */
+/*****************************************************************************/
+
+/*
+void floatprint(number)
+float number;
+{
+  unsigned no;
+  unsigned sign, expo;
+  int exponent;
+  int i, bottomi;
+
+  no = *(unsigned *) &number;
+  sign = no & 0x80000000;
+  expo = (no >> 23) & 0xff;
+  exponent = (int) expo;
+  exponent = exponent - 127;
+  if (sign) {
+    printf("-");
+  } else {
+    printf(" ");
+  }
+  if (exponent == -127) {
+    printf("0.00000000000000000000000_     (   )");
+  } else {
+    printf("1.");
+    bottomi = -1;
+    for (i = 0; i < 23; i++) {
+      if (no & 0x00400000) {
+        printf("1");
+        bottomi = i;
+      } else {
+        printf("0");
+      }
+      no <<= 1;
+    }
+    printf("_%3d  (%3d)", exponent, exponent - 1 - bottomi);
+  }
+}
+*/
+
+/*****************************************************************************/
+/*                                                                           */
+/*  expansion_print()   Print the bit representation of an expansion.        */
+/*                                                                           */
+/*  Useful for debugging exact arithmetic routines.                          */
+/*                                                                           */
+/*****************************************************************************/
+
+/*
+void expansion_print(elen, e)
+int elen;
+REAL *e;
+{
+  int i;
+
+  for (i = elen - 1; i >= 0; i--) {
+    REALPRINT(e[i]);
+    if (i > 0) {
+      printf(" +\n");
+    } else {
+      printf("\n");
+    }
+  }
+}
+*/
+
+/*****************************************************************************/
+/*                                                                           */
+/*  doublerand()   Generate a double with random 53-bit significand and a    */
+/*                 random exponent in [0, 511].                              */
+/*                                                                           */
+/*****************************************************************************/
+
+double doublerand()
+{
+  double result;
+  double expo;
+  long a, b, c;
+  long i;
+
+  a = random();
+  b = random();
+  c = random();
+  result = (double) (a - 1073741824) * 8388608.0 + (double) (b >> 8);
+  for (i = 512, expo = 2; i <= 131072; i *= 2, expo = expo * expo) {
+    if (c & i) {
+      result *= expo;
+    }
+  }
+  return result;
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  narrowdoublerand()   Generate a double with random 53-bit significand    */
+/*                       and a random exponent in [0, 7].                    */
+/*                                                                           */
+/*****************************************************************************/
+
+double narrowdoublerand()
+{
+  double result;
+  double expo;
+  long a, b, c;
+  long i;
+
+  a = random();
+  b = random();
+  c = random();
+  result = (double) (a - 1073741824) * 8388608.0 + (double) (b >> 8);
+  for (i = 512, expo = 2; i <= 2048; i *= 2, expo = expo * expo) {
+    if (c & i) {
+      result *= expo;
+    }
+  }
+  return result;
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  uniformdoublerand()   Generate a double with random 53-bit significand.  */
+/*                                                                           */
+/*****************************************************************************/
+
+double uniformdoublerand()
+{
+  double result;
+  long a, b;
+
+  a = random();
+  b = random();
+  result = (double) (a - 1073741824) * 8388608.0 + (double) (b >> 8);
+  return result;
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  floatrand()   Generate a float with random 24-bit significand and a      */
+/*                random exponent in [0, 63].                                */
+/*                                                                           */
+/*****************************************************************************/
+
+float floatrand()
+{
+  float result;
+  float expo;
+  long a, c;
+  long i;
+
+  a = random();
+  c = random();
+  result = (float) ((a - 1073741824) >> 6);
+  for (i = 512, expo = 2; i <= 16384; i *= 2, expo = expo * expo) {
+    if (c & i) {
+      result *= expo;
+    }
+  }
+  return result;
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  narrowfloatrand()   Generate a float with random 24-bit significand and  */
+/*                      a random exponent in [0, 7].                         */
+/*                                                                           */
+/*****************************************************************************/
+
+float narrowfloatrand()
+{
+  float result;
+  float expo;
+  long a, c;
+  long i;
+
+  a = random();
+  c = random();
+  result = (float) ((a - 1073741824) >> 6);
+  for (i = 512, expo = 2; i <= 2048; i *= 2, expo = expo * expo) {
+    if (c & i) {
+      result *= expo;
+    }
+  }
+  return result;
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  uniformfloatrand()   Generate a float with random 24-bit significand.    */
+/*                                                                           */
+/*****************************************************************************/
+
+float uniformfloatrand()
+{
+  float result;
+  long a;
+
+  a = random();
+  result = (float) ((a - 1073741824) >> 6);
+  return result;
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  exactinit()   Initialize the variables used for exact arithmetic.        */
+/*                                                                           */
+/*  `epsilon' is the largest power of two such that 1.0 + epsilon = 1.0 in   */
+/*  floating-point arithmetic.  `epsilon' bounds the relative roundoff       */
+/*  error.  It is used for floating-point error analysis.                    */
+/*                                                                           */
+/*  `splitter' is used to split floating-point numbers into two half-        */
+/*  length significands for exact multiplication.                            */
+/*                                                                           */
+/*  I imagine that a highly optimizing compiler might be too smart for its   */
+/*  own good, and somehow cause this routine to fail, if it pretends that    */
+/*  floating-point arithmetic is too much like real arithmetic.              */
+/*                                                                           */
+/*  Don't change this routine unless you fully understand it.                */
+/*                                                                           */
+/*****************************************************************************/
+
+void dolfin::exactinit()
+{
+  REAL half;
+  REAL check, lastcheck;
+  int every_other;
+
+  every_other = 1;
+  half = 0.5;
+  epsilon = 1.0;
+  splitter = 1.0;
+  check = 1.0;
+  /* Repeatedly divide `epsilon' by two until it is too small to add to    */
+  /*   one without causing roundoff.  (Also check if the sum is equal to   */
+  /*   the previous sum, for machines that round up instead of using exact */
+  /*   rounding.  Not that this library will work on such machines anyway. */
+  do {
+    lastcheck = check;
+    epsilon *= half;
+    if (every_other) {
+      splitter *= 2.0;
+    }
+    every_other = !every_other;
+    check = 1.0 + epsilon;
+  } while ((check != 1.0) && (check != lastcheck));
+  splitter += 1.0;
+
+  /* Error bounds for orientation and incircle tests. */
+  resulterrbound = (3.0 + 8.0 * epsilon) * epsilon;
+  ccwerrboundA = (3.0 + 16.0 * epsilon) * epsilon;
+  ccwerrboundB = (2.0 + 12.0 * epsilon) * epsilon;
+  ccwerrboundC = (9.0 + 64.0 * epsilon) * epsilon * epsilon;
+  o3derrboundA = (7.0 + 56.0 * epsilon) * epsilon;
+  o3derrboundB = (3.0 + 28.0 * epsilon) * epsilon;
+  o3derrboundC = (26.0 + 288.0 * epsilon) * epsilon * epsilon;
+  iccerrboundA = (10.0 + 96.0 * epsilon) * epsilon;
+  iccerrboundB = (4.0 + 48.0 * epsilon) * epsilon;
+  iccerrboundC = (44.0 + 576.0 * epsilon) * epsilon * epsilon;
+  isperrboundA = (16.0 + 224.0 * epsilon) * epsilon;
+  isperrboundB = (5.0 + 72.0 * epsilon) * epsilon;
+  isperrboundC = (71.0 + 1408.0 * epsilon) * epsilon * epsilon;
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  grow_expansion()   Add a scalar to an expansion.                         */
+/*                                                                           */
+/*  Sets h = e + b.  See the long version of my paper for details.           */
+/*                                                                           */
+/*  Maintains the nonoverlapping property.  If round-to-even is used (as     */
+/*  with IEEE 754), maintains the strongly nonoverlapping and nonadjacent    */
+/*  properties as well.  (That is, if e has one of these properties, so      */
+/*  will h.)                                                                 */
+/*                                                                           */
+/*****************************************************************************/
+
+int grow_expansion(int elen, REAL *e, REAL b, REAL *h)                /* e and h can be the same. */
+/* int elen; */
+/* REAL *e; */
+/* REAL b; */
+/* REAL *h; */
+{
+  REAL Q;
+  INEXACT REAL Qnew;
+  int eindex;
+  REAL enow;
+  INEXACT REAL bvirt;
+  REAL avirt, bround, around;
+
+  Q = b;
+  for (eindex = 0; eindex < elen; eindex++) {
+    enow = e[eindex];
+    Two_Sum(Q, enow, Qnew, h[eindex]);
+    Q = Qnew;
+  }
+  h[eindex] = Q;
+  return eindex + 1;
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  grow_expansion_zeroelim()   Add a scalar to an expansion, eliminating    */
+/*                              zero components from the output expansion.   */
+/*                                                                           */
+/*  Sets h = e + b.  See the long version of my paper for details.           */
+/*                                                                           */
+/*  Maintains the nonoverlapping property.  If round-to-even is used (as     */
+/*  with IEEE 754), maintains the strongly nonoverlapping and nonadjacent    */
+/*  properties as well.  (That is, if e has one of these properties, so      */
+/*  will h.)                                                                 */
+/*                                                                           */
+/*****************************************************************************/
+
+int grow_expansion_zeroelim(int elen, REAL *e, REAL b, REAL *h)       /* e and h can be the same. */
+/* int elen; */
+/* REAL *e; */
+/* REAL b; */
+/* REAL *h; */
+{
+  REAL Q, hh;
+  INEXACT REAL Qnew;
+  int eindex, hindex;
+  REAL enow;
+  INEXACT REAL bvirt;
+  REAL avirt, bround, around;
+
+  hindex = 0;
+  Q = b;
+  for (eindex = 0; eindex < elen; eindex++) {
+    enow = e[eindex];
+    Two_Sum(Q, enow, Qnew, hh);
+    Q = Qnew;
+    if (hh != 0.0) {
+      h[hindex++] = hh;
+    }
+  }
+  if ((Q != 0.0) || (hindex == 0)) {
+    h[hindex++] = Q;
+  }
+  return hindex;
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  expansion_sum()   Sum two expansions.                                    */
+/*                                                                           */
+/*  Sets h = e + f.  See the long version of my paper for details.           */
+/*                                                                           */
+/*  Maintains the nonoverlapping property.  If round-to-even is used (as     */
+/*  with IEEE 754), maintains the nonadjacent property as well.  (That is,   */
+/*  if e has one of these properties, so will h.)  Does NOT maintain the     */
+/*  strongly nonoverlapping property.                                        */
+/*                                                                           */
+/*****************************************************************************/
+
+int expansion_sum(int elen, REAL *e, int flen, REAL *f, REAL *h)
+/* e and h can be the same, but f and h cannot. */
+/* int elen; */
+/* REAL *e; */
+/* int flen; */
+/* REAL *f; */
+/* REAL *h; */
+{
+  REAL Q;
+  INEXACT REAL Qnew;
+  int findex, hindex, hlast;
+  REAL hnow;
+  INEXACT REAL bvirt;
+  REAL avirt, bround, around;
+
+  Q = f[0];
+  for (hindex = 0; hindex < elen; hindex++) {
+    hnow = e[hindex];
+    Two_Sum(Q, hnow, Qnew, h[hindex]);
+    Q = Qnew;
+  }
+  h[hindex] = Q;
+  hlast = hindex;
+  for (findex = 1; findex < flen; findex++) {
+    Q = f[findex];
+    for (hindex = findex; hindex <= hlast; hindex++) {
+      hnow = h[hindex];
+      Two_Sum(Q, hnow, Qnew, h[hindex]);
+      Q = Qnew;
+    }
+    h[++hlast] = Q;
+  }
+  return hlast + 1;
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  expansion_sum_zeroelim1()   Sum two expansions, eliminating zero         */
+/*                              components from the output expansion.        */
+/*                                                                           */
+/*  Sets h = e + f.  See the long version of my paper for details.           */
+/*                                                                           */
+/*  Maintains the nonoverlapping property.  If round-to-even is used (as     */
+/*  with IEEE 754), maintains the nonadjacent property as well.  (That is,   */
+/*  if e has one of these properties, so will h.)  Does NOT maintain the     */
+/*  strongly nonoverlapping property.                                        */
+/*                                                                           */
+/*****************************************************************************/
+
+int expansion_sum_zeroelim1(int elen, REAL *e, int flen, REAL *f, REAL *h)
+/* e and h can be the same, but f and h cannot. */
+/* int elen; */
+/* REAL *e; */
+/* int flen; */
+/* REAL *f; */
+/* REAL *h; */
+{
+  REAL Q;
+  INEXACT REAL Qnew;
+  int index, findex, hindex, hlast;
+  REAL hnow;
+  INEXACT REAL bvirt;
+  REAL avirt, bround, around;
+
+  Q = f[0];
+  for (hindex = 0; hindex < elen; hindex++) {
+    hnow = e[hindex];
+    Two_Sum(Q, hnow, Qnew, h[hindex]);
+    Q = Qnew;
+  }
+  h[hindex] = Q;
+  hlast = hindex;
+  for (findex = 1; findex < flen; findex++) {
+    Q = f[findex];
+    for (hindex = findex; hindex <= hlast; hindex++) {
+      hnow = h[hindex];
+      Two_Sum(Q, hnow, Qnew, h[hindex]);
+      Q = Qnew;
+    }
+    h[++hlast] = Q;
+  }
+  hindex = -1;
+  for (index = 0; index <= hlast; index++) {
+    hnow = h[index];
+    if (hnow != 0.0) {
+      h[++hindex] = hnow;
+    }
+  }
+  if (hindex == -1) {
+    return 1;
+  } else {
+    return hindex + 1;
+  }
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  expansion_sum_zeroelim2()   Sum two expansions, eliminating zero         */
+/*                              components from the output expansion.        */
+/*                                                                           */
+/*  Sets h = e + f.  See the long version of my paper for details.           */
+/*                                                                           */
+/*  Maintains the nonoverlapping property.  If round-to-even is used (as     */
+/*  with IEEE 754), maintains the nonadjacent property as well.  (That is,   */
+/*  if e has one of these properties, so will h.)  Does NOT maintain the     */
+/*  strongly nonoverlapping property.                                        */
+/*                                                                           */
+/*****************************************************************************/
+
+int expansion_sum_zeroelim2(int elen, REAL *e, int flen, REAL *f, REAL *h)
+/* e and h can be the same, but f and h cannot. */
+/* int elen; */
+/* REAL *e; */
+/* int flen; */
+/* REAL *f; */
+/* REAL *h; */
+{
+  REAL Q, hh;
+  INEXACT REAL Qnew;
+  int eindex, findex, hindex, hlast;
+  REAL enow;
+  INEXACT REAL bvirt;
+  REAL avirt, bround, around;
+
+  hindex = 0;
+  Q = f[0];
+  for (eindex = 0; eindex < elen; eindex++) {
+    enow = e[eindex];
+    Two_Sum(Q, enow, Qnew, hh);
+    Q = Qnew;
+    if (hh != 0.0) {
+      h[hindex++] = hh;
+    }
+  }
+  h[hindex] = Q;
+  hlast = hindex;
+  for (findex = 1; findex < flen; findex++) {
+    hindex = 0;
+    Q = f[findex];
+    for (eindex = 0; eindex <= hlast; eindex++) {
+      enow = h[eindex];
+      Two_Sum(Q, enow, Qnew, hh);
+      Q = Qnew;
+      if (hh != 0) {
+        h[hindex++] = hh;
+      }
+    }
+    h[hindex] = Q;
+    hlast = hindex;
+  }
+  return hlast + 1;
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  fast_expansion_sum()   Sum two expansions.                               */
+/*                                                                           */
+/*  Sets h = e + f.  See the long version of my paper for details.           */
+/*                                                                           */
+/*  If round-to-even is used (as with IEEE 754), maintains the strongly      */
+/*  nonoverlapping property.  (That is, if e is strongly nonoverlapping, h   */
+/*  will be also.)  Does NOT maintain the nonoverlapping or nonadjacent      */
+/*  properties.                                                              */
+/*                                                                           */
+/*****************************************************************************/
+
+int fast_expansion_sum(int elen, REAL *e, int flen, REAL *f, REAL *h)           /* h cannot be e or f. */
+/* int elen; */
+/* REAL *e; */
+/* int flen; */
+/* REAL *f; */
+/* REAL *h; */
+{
+  REAL Q;
+  INEXACT REAL Qnew;
+  INEXACT REAL bvirt;
+  REAL avirt, bround, around;
+  int eindex, findex, hindex;
+  REAL enow, fnow;
+
+  enow = e[0];
+  fnow = f[0];
+  eindex = findex = 0;
+  if ((fnow > enow) == (fnow > -enow)) {
+    Q = enow;
+    enow = e[++eindex];
+  } else {
+    Q = fnow;
+    fnow = f[++findex];
+  }
+  hindex = 0;
+  if ((eindex < elen) && (findex < flen)) {
+    if ((fnow > enow) == (fnow > -enow)) {
+      Fast_Two_Sum(enow, Q, Qnew, h[0]);
+      enow = e[++eindex];
+    } else {
+      Fast_Two_Sum(fnow, Q, Qnew, h[0]);
+      fnow = f[++findex];
+    }
+    Q = Qnew;
+    hindex = 1;
+    while ((eindex < elen) && (findex < flen)) {
+      if ((fnow > enow) == (fnow > -enow)) {
+        Two_Sum(Q, enow, Qnew, h[hindex]);
+        enow = e[++eindex];
+      } else {
+        Two_Sum(Q, fnow, Qnew, h[hindex]);
+        fnow = f[++findex];
+      }
+      Q = Qnew;
+      hindex++;
+    }
+  }
+  while (eindex < elen) {
+    Two_Sum(Q, enow, Qnew, h[hindex]);
+    enow = e[++eindex];
+    Q = Qnew;
+    hindex++;
+  }
+  while (findex < flen) {
+    Two_Sum(Q, fnow, Qnew, h[hindex]);
+    fnow = f[++findex];
+    Q = Qnew;
+    hindex++;
+  }
+  h[hindex] = Q;
+  return hindex + 1;
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  fast_expansion_sum_zeroelim()   Sum two expansions, eliminating zero     */
+/*                                  components from the output expansion.    */
+/*                                                                           */
+/*  Sets h = e + f.  See the long version of my paper for details.           */
+/*                                                                           */
+/*  If round-to-even is used (as with IEEE 754), maintains the strongly      */
+/*  nonoverlapping property.  (That is, if e is strongly nonoverlapping, h   */
+/*  will be also.)  Does NOT maintain the nonoverlapping or nonadjacent      */
+/*  properties.                                                              */
+/*                                                                           */
+/*****************************************************************************/
+
+int fast_expansion_sum_zeroelim(int elen, REAL *e, int flen, REAL *f, REAL *h)  /* h cannot be e or f. */
+/* int elen; */
+/* REAL *e; */
+/* int flen; */
+/* REAL *f; */
+/* REAL *h; */
+{
+  REAL Q;
+  INEXACT REAL Qnew;
+  INEXACT REAL hh;
+  INEXACT REAL bvirt;
+  REAL avirt, bround, around;
+  int eindex, findex, hindex;
+  REAL enow, fnow;
+
+  enow = e[0];
+  fnow = f[0];
+  eindex = findex = 0;
+  if ((fnow > enow) == (fnow > -enow)) {
+    Q = enow;
+    enow = e[++eindex];
+  } else {
+    Q = fnow;
+    fnow = f[++findex];
+  }
+  hindex = 0;
+  if ((eindex < elen) && (findex < flen)) {
+    if ((fnow > enow) == (fnow > -enow)) {
+      Fast_Two_Sum(enow, Q, Qnew, hh);
+      enow = e[++eindex];
+    } else {
+      Fast_Two_Sum(fnow, Q, Qnew, hh);
+      fnow = f[++findex];
+    }
+    Q = Qnew;
+    if (hh != 0.0) {
+      h[hindex++] = hh;
+    }
+    while ((eindex < elen) && (findex < flen)) {
+      if ((fnow > enow) == (fnow > -enow)) {
+        Two_Sum(Q, enow, Qnew, hh);
+        enow = e[++eindex];
+      } else {
+        Two_Sum(Q, fnow, Qnew, hh);
+        fnow = f[++findex];
+      }
+      Q = Qnew;
+      if (hh != 0.0) {
+        h[hindex++] = hh;
+      }
+    }
+  }
+  while (eindex < elen) {
+    Two_Sum(Q, enow, Qnew, hh);
+    enow = e[++eindex];
+    Q = Qnew;
+    if (hh != 0.0) {
+      h[hindex++] = hh;
+    }
+  }
+  while (findex < flen) {
+    Two_Sum(Q, fnow, Qnew, hh);
+    fnow = f[++findex];
+    Q = Qnew;
+    if (hh != 0.0) {
+      h[hindex++] = hh;
+    }
+  }
+  if ((Q != 0.0) || (hindex == 0)) {
+    h[hindex++] = Q;
+  }
+  return hindex;
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  linear_expansion_sum()   Sum two expansions.                             */
+/*                                                                           */
+/*  Sets h = e + f.  See either version of my paper for details.             */
+/*                                                                           */
+/*  Maintains the nonoverlapping property.  (That is, if e is                */
+/*  nonoverlapping, h will be also.)                                         */
+/*                                                                           */
+/*****************************************************************************/
+
+int linear_expansion_sum(int elen, REAL *e, int flen, REAL *f, REAL *h)         /* h cannot be e or f. */
+/* int elen; */
+/* REAL *e; */
+/* int flen; */
+/* REAL *f; */
+/* REAL *h; */
+{
+  REAL Q, q;
+  INEXACT REAL Qnew;
+  INEXACT REAL R;
+  INEXACT REAL bvirt;
+  REAL avirt, bround, around;
+  int eindex, findex, hindex;
+  REAL enow, fnow;
+  REAL g0;
+
+  enow = e[0];
+  fnow = f[0];
+  eindex = findex = 0;
+  if ((fnow > enow) == (fnow > -enow)) {
+    g0 = enow;
+    enow = e[++eindex];
+  } else {
+    g0 = fnow;
+    fnow = f[++findex];
+  }
+  if ((eindex < elen) && ((findex >= flen)
+                          || ((fnow > enow) == (fnow > -enow)))) {
+    Fast_Two_Sum(enow, g0, Qnew, q);
+    enow = e[++eindex];
+  } else {
+    Fast_Two_Sum(fnow, g0, Qnew, q);
+    fnow = f[++findex];
+  }
+  Q = Qnew;
+  for (hindex = 0; hindex < elen + flen - 2; hindex++) {
+    if ((eindex < elen) && ((findex >= flen)
+                            || ((fnow > enow) == (fnow > -enow)))) {
+      Fast_Two_Sum(enow, q, R, h[hindex]);
+      enow = e[++eindex];
+    } else {
+      Fast_Two_Sum(fnow, q, R, h[hindex]);
+      fnow = f[++findex];
+    }
+    Two_Sum(Q, R, Qnew, q);
+    Q = Qnew;
+  }
+  h[hindex] = q;
+  h[hindex + 1] = Q;
+  return hindex + 2;
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  linear_expansion_sum_zeroelim()   Sum two expansions, eliminating zero   */
+/*                                    components from the output expansion.  */
+/*                                                                           */
+/*  Sets h = e + f.  See either version of my paper for details.             */
+/*                                                                           */
+/*  Maintains the nonoverlapping property.  (That is, if e is                */
+/*  nonoverlapping, h will be also.)                                         */
+/*                                                                           */
+/*****************************************************************************/
+
+int linear_expansion_sum_zeroelim(int elen, REAL *e, int flen, REAL *f, REAL *h)/* h cannot be e or f. */
+/* int elen; */
+/* REAL *e; */
+/* int flen; */
+/* REAL *f; */
+/* REAL *h; */
+{
+  REAL Q, q, hh;
+  INEXACT REAL Qnew;
+  INEXACT REAL R;
+  INEXACT REAL bvirt;
+  REAL avirt, bround, around;
+  int eindex, findex, hindex;
+  int count;
+  REAL enow, fnow;
+  REAL g0;
+
+  enow = e[0];
+  fnow = f[0];
+  eindex = findex = 0;
+  hindex = 0;
+  if ((fnow > enow) == (fnow > -enow)) {
+    g0 = enow;
+    enow = e[++eindex];
+  } else {
+    g0 = fnow;
+    fnow = f[++findex];
+  }
+  if ((eindex < elen) && ((findex >= flen)
+                          || ((fnow > enow) == (fnow > -enow)))) {
+    Fast_Two_Sum(enow, g0, Qnew, q);
+    enow = e[++eindex];
+  } else {
+    Fast_Two_Sum(fnow, g0, Qnew, q);
+    fnow = f[++findex];
+  }
+  Q = Qnew;
+  for (count = 2; count < elen + flen; count++) {
+    if ((eindex < elen) && ((findex >= flen)
+                            || ((fnow > enow) == (fnow > -enow)))) {
+      Fast_Two_Sum(enow, q, R, hh);
+      enow = e[++eindex];
+    } else {
+      Fast_Two_Sum(fnow, q, R, hh);
+      fnow = f[++findex];
+    }
+    Two_Sum(Q, R, Qnew, q);
+    Q = Qnew;
+    if (hh != 0) {
+      h[hindex++] = hh;
+    }
+  }
+  if (q != 0) {
+    h[hindex++] = q;
+  }
+  if ((Q != 0.0) || (hindex == 0)) {
+    h[hindex++] = Q;
+  }
+  return hindex;
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  scale_expansion()   Multiply an expansion by a scalar.                   */
+/*                                                                           */
+/*  Sets h = be.  See either version of my paper for details.                */
+/*                                                                           */
+/*  Maintains the nonoverlapping property.  If round-to-even is used (as     */
+/*  with IEEE 754), maintains the strongly nonoverlapping and nonadjacent    */
+/*  properties as well.  (That is, if e has one of these properties, so      */
+/*  will h.)                                                                 */
+/*                                                                           */
+/*****************************************************************************/
+
+int scale_expansion(int elen, REAL *e, REAL b, REAL *h)            /* e and h cannot be the same. */
+/* int elen; */
+/* REAL *e; */
+/* REAL b; */
+/* REAL *h; */
+{
+  INEXACT REAL Q;
+  INEXACT REAL sum;
+  INEXACT REAL product1;
+  REAL product0;
+  int eindex, hindex;
+  REAL enow;
+  INEXACT REAL bvirt;
+  REAL avirt, bround, around;
+  INEXACT REAL c;
+  INEXACT REAL abig;
+  REAL ahi, alo, bhi, blo;
+  REAL err1, err2, err3;
+
+  Split(b, bhi, blo);
+  Two_Product_Presplit(e[0], b, bhi, blo, Q, h[0]);
+  hindex = 1;
+  for (eindex = 1; eindex < elen; eindex++) {
+    enow = e[eindex];
+    Two_Product_Presplit(enow, b, bhi, blo, product1, product0);
+    Two_Sum(Q, product0, sum, h[hindex]);
+    hindex++;
+    Two_Sum(product1, sum, Q, h[hindex]);
+    hindex++;
+  }
+  h[hindex] = Q;
+  return elen + elen;
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  scale_expansion_zeroelim()   Multiply an expansion by a scalar,          */
+/*                               eliminating zero components from the        */
+/*                               output expansion.                           */
+/*                                                                           */
+/*  Sets h = be.  See either version of my paper for details.                */
+/*                                                                           */
+/*  Maintains the nonoverlapping property.  If round-to-even is used (as     */
+/*  with IEEE 754), maintains the strongly nonoverlapping and nonadjacent    */
+/*  properties as well.  (That is, if e has one of these properties, so      */
+/*  will h.)                                                                 */
+/*                                                                           */
+/*****************************************************************************/
+
+int scale_expansion_zeroelim(int elen, REAL *e, REAL b, REAL *h)   /* e and h cannot be the same. */
+/* int elen; */
+/* REAL *e; */
+/* REAL b; */
+/* REAL *h; */
+{
+  INEXACT REAL Q, sum;
+  REAL hh;
+  INEXACT REAL product1;
+  REAL product0;
+  int eindex, hindex;
+  REAL enow;
+  INEXACT REAL bvirt;
+  REAL avirt, bround, around;
+  INEXACT REAL c;
+  INEXACT REAL abig;
+  REAL ahi, alo, bhi, blo;
+  REAL err1, err2, err3;
+
+  Split(b, bhi, blo);
+  Two_Product_Presplit(e[0], b, bhi, blo, Q, hh);
+  hindex = 0;
+  if (hh != 0) {
+    h[hindex++] = hh;
+  }
+  for (eindex = 1; eindex < elen; eindex++) {
+    enow = e[eindex];
+    Two_Product_Presplit(enow, b, bhi, blo, product1, product0);
+    Two_Sum(Q, product0, sum, hh);
+    if (hh != 0) {
+      h[hindex++] = hh;
+    }
+    Fast_Two_Sum(product1, sum, Q, hh);
+    if (hh != 0) {
+      h[hindex++] = hh;
+    }
+  }
+  if ((Q != 0.0) || (hindex == 0)) {
+    h[hindex++] = Q;
+  }
+  return hindex;
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  compress()   Compress an expansion.                                      */
+/*                                                                           */
+/*  See the long version of my paper for details.                            */
+/*                                                                           */
+/*  Maintains the nonoverlapping property.  If round-to-even is used (as     */
+/*  with IEEE 754), then any nonoverlapping expansion is converted to a      */
+/*  nonadjacent expansion.                                                   */
+/*                                                                           */
+/*****************************************************************************/
+
+int compress(int elen, REAL *e, REAL *h)                         /* e and h may be the same. */
+/* int elen; */
+/* REAL *e; */
+/* REAL *h; */
+{
+  REAL Q, q;
+  INEXACT REAL Qnew;
+  int eindex, hindex;
+  INEXACT REAL bvirt;
+  REAL enow, hnow;
+  int top, bottom;
+
+  bottom = elen - 1;
+  Q = e[bottom];
+  for (eindex = elen - 2; eindex >= 0; eindex--) {
+    enow = e[eindex];
+    Fast_Two_Sum(Q, enow, Qnew, q);
+    if (q != 0) {
+      h[bottom--] = Qnew;
+      Q = q;
+    } else {
+      Q = Qnew;
+    }
+  }
+  top = 0;
+  for (hindex = bottom + 1; hindex < elen; hindex++) {
+    hnow = h[hindex];
+    Fast_Two_Sum(hnow, Q, Qnew, q);
+    if (q != 0) {
+      h[top++] = q;
+    }
+    Q = Qnew;
+  }
+  h[top] = Q;
+  return top + 1;
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  estimate()   Produce a one-word estimate of an expansion's value.        */
+/*                                                                           */
+/*  See either version of my paper for details.                              */
+/*                                                                           */
+/*****************************************************************************/
+
+REAL estimate(int elen, REAL *e)
+/* int elen; */
+/* REAL *e; */
+{
+  REAL Q;
+  int eindex;
+
+  Q = e[0];
+  for (eindex = 1; eindex < elen; eindex++) {
+    Q += e[eindex];
+  }
+  return Q;
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  orient2dfast()   Approximate 2D orientation test.  Nonrobust.            */
+/*  orient2dexact()   Exact 2D orientation test.  Robust.                    */
+/*  orient2dslow()   Another exact 2D orientation test.  Robust.             */
+/*  orient2d()   Adaptive exact 2D orientation test.  Robust.                */
+/*                                                                           */
+/*               Return a positive value if the points pa, pb, and pc occur  */
+/*               in counterclockwise order; a negative value if they occur   */
+/*               in clockwise order; and zero if they are collinear.  The    */
+/*               result is also a rough approximation of twice the signed    */
+/*               area of the triangle defined by the three points.           */
+/*                                                                           */
+/*  Only the first and last routine should be used; the middle two are for   */
+/*  timings.                                                                 */
+/*                                                                           */
+/*  The last three use exact arithmetic to ensure a correct answer.  The     */
+/*  result returned is the determinant of a matrix.  In orient2d() only,     */
+/*  this determinant is computed adaptively, in the sense that exact         */
+/*  arithmetic is used only to the degree it is needed to ensure that the    */
+/*  returned value has the correct sign.  Hence, orient2d() is usually quite */
+/*  fast, but will run more slowly when the input points are collinear or    */
+/*  nearly so.                                                               */
+/*                                                                           */
+/*****************************************************************************/
+
+REAL orient2dfast(REAL *pa, REAL *pb, REAL *pc)
+/* REAL *pa; */
+/* REAL *pb; */
+/* REAL *pc; */
+{
+  REAL acx, bcx, acy, bcy;
+
+  acx = pa[0] - pc[0];
+  bcx = pb[0] - pc[0];
+  acy = pa[1] - pc[1];
+  bcy = pb[1] - pc[1];
+  return acx * bcy - acy * bcx;
+}
+
+REAL orient2dexact(REAL *pa, REAL *pb, REAL *pc)
+/* REAL *pa; */
+/* REAL *pb; */
+/* REAL *pc; */
+{
+  INEXACT REAL axby1, axcy1, bxcy1, bxay1, cxay1, cxby1;
+  REAL axby0, axcy0, bxcy0, bxay0, cxay0, cxby0;
+  REAL aterms[4], bterms[4], cterms[4];
+  INEXACT REAL aterms3, bterms3, cterms3;
+  REAL v[8], w[12];
+  int vlength, wlength;
+
+  INEXACT REAL bvirt;
+  REAL avirt, bround, around;
+  INEXACT REAL c;
+  INEXACT REAL abig;
+  REAL ahi, alo, bhi, blo;
+  REAL err1, err2, err3;
+  INEXACT REAL _i, _j;
+  REAL _0;
+
+  Two_Product(pa[0], pb[1], axby1, axby0);
+  Two_Product(pa[0], pc[1], axcy1, axcy0);
+  Two_Two_Diff(axby1, axby0, axcy1, axcy0,
+               aterms3, aterms[2], aterms[1], aterms[0]);
+  aterms[3] = aterms3;
+
+  Two_Product(pb[0], pc[1], bxcy1, bxcy0);
+  Two_Product(pb[0], pa[1], bxay1, bxay0);
+  Two_Two_Diff(bxcy1, bxcy0, bxay1, bxay0,
+               bterms3, bterms[2], bterms[1], bterms[0]);
+  bterms[3] = bterms3;
+
+  Two_Product(pc[0], pa[1], cxay1, cxay0);
+  Two_Product(pc[0], pb[1], cxby1, cxby0);
+  Two_Two_Diff(cxay1, cxay0, cxby1, cxby0,
+               cterms3, cterms[2], cterms[1], cterms[0]);
+  cterms[3] = cterms3;
+
+  vlength = fast_expansion_sum_zeroelim(4, aterms, 4, bterms, v);
+  wlength = fast_expansion_sum_zeroelim(vlength, v, 4, cterms, w);
+
+  return w[wlength - 1];
+}
+
+REAL orient2dslow(REAL *pa, REAL *pb, REAL *pc)
+/* REAL *pa; */
+/* REAL *pb; */
+/* REAL *pc; */
+{
+  INEXACT REAL acx, acy, bcx, bcy;
+  REAL acxtail, acytail;
+  REAL bcxtail, bcytail;
+  REAL negate, negatetail;
+  REAL axby[8], bxay[8];
+  INEXACT REAL axby7, bxay7;
+  REAL deter[16];
+  int deterlen;
+
+  INEXACT REAL bvirt;
+  REAL avirt, bround, around;
+  INEXACT REAL c;
+  INEXACT REAL abig;
+  REAL a0hi, a0lo, a1hi, a1lo, bhi, blo;
+  REAL err1, err2, err3;
+  INEXACT REAL _i, _j, _k, _l, _m, _n;
+  REAL _0, _1, _2;
+
+  Two_Diff(pa[0], pc[0], acx, acxtail);
+  Two_Diff(pa[1], pc[1], acy, acytail);
+  Two_Diff(pb[0], pc[0], bcx, bcxtail);
+  Two_Diff(pb[1], pc[1], bcy, bcytail);
+
+  Two_Two_Product(acx, acxtail, bcy, bcytail,
+                  axby7, axby[6], axby[5], axby[4],
+                  axby[3], axby[2], axby[1], axby[0]);
+  axby[7] = axby7;
+  negate = -acy;
+  negatetail = -acytail;
+  Two_Two_Product(bcx, bcxtail, negate, negatetail,
+                  bxay7, bxay[6], bxay[5], bxay[4],
+                  bxay[3], bxay[2], bxay[1], bxay[0]);
+  bxay[7] = bxay7;
+
+  deterlen = fast_expansion_sum_zeroelim(8, axby, 8, bxay, deter);
+
+  return deter[deterlen - 1];
+}
+
+REAL orient2dadapt(const REAL *pa, const REAL *pb, const REAL *pc, const REAL detsum)
+/* REAL *pa; */
+/* REAL *pb; */
+/* REAL *pc; */
+/* REAL detsum; */
+{
+  INEXACT REAL acx, acy, bcx, bcy;
+  REAL acxtail, acytail, bcxtail, bcytail;
+  INEXACT REAL detleft, detright;
+  REAL detlefttail, detrighttail;
+  REAL det, errbound;
+  REAL B[4], C1[8], C2[12], D[16];
+  INEXACT REAL B3;
+  int C1length, C2length, Dlength;
+  REAL u[4];
+  INEXACT REAL u3;
+  INEXACT REAL s1, t1;
+  REAL s0, t0;
+
+  INEXACT REAL bvirt;
+  REAL avirt, bround, around;
+  INEXACT REAL c;
+  INEXACT REAL abig;
+  REAL ahi, alo, bhi, blo;
+  REAL err1, err2, err3;
+  INEXACT REAL _i, _j;
+  REAL _0;
+
+  acx = (REAL) (pa[0] - pc[0]);
+  bcx = (REAL) (pb[0] - pc[0]);
+  acy = (REAL) (pa[1] - pc[1]);
+  bcy = (REAL) (pb[1] - pc[1]);
+
+  Two_Product(acx, bcy, detleft, detlefttail);
+  Two_Product(acy, bcx, detright, detrighttail);
+
+  Two_Two_Diff(detleft, detlefttail, detright, detrighttail,
+               B3, B[2], B[1], B[0]);
+  B[3] = B3;
+
+  det = estimate(4, B);
+  errbound = ccwerrboundB * detsum;
+  if ((det >= errbound) || (-det >= errbound)) {
+    return det;
+  }
+
+  Two_Diff_Tail(pa[0], pc[0], acx, acxtail);
+  Two_Diff_Tail(pb[0], pc[0], bcx, bcxtail);
+  Two_Diff_Tail(pa[1], pc[1], acy, acytail);
+  Two_Diff_Tail(pb[1], pc[1], bcy, bcytail);
+
+  if ((acxtail == 0.0) && (acytail == 0.0)
+      && (bcxtail == 0.0) && (bcytail == 0.0)) {
+    return det;
+  }
+
+  errbound = ccwerrboundC * detsum + resulterrbound * Absolute(det);
+  det += (acx * bcytail + bcy * acxtail)
+       - (acy * bcxtail + bcx * acytail);
+  if ((det >= errbound) || (-det >= errbound)) {
+    return det;
+  }
+
+  Two_Product(acxtail, bcy, s1, s0);
+  Two_Product(acytail, bcx, t1, t0);
+  Two_Two_Diff(s1, s0, t1, t0, u3, u[2], u[1], u[0]);
+  u[3] = u3;
+  C1length = fast_expansion_sum_zeroelim(4, B, 4, u, C1);
+
+  Two_Product(acx, bcytail, s1, s0);
+  Two_Product(acy, bcxtail, t1, t0);
+  Two_Two_Diff(s1, s0, t1, t0, u3, u[2], u[1], u[0]);
+  u[3] = u3;
+  C2length = fast_expansion_sum_zeroelim(C1length, C1, 4, u, C2);
+
+  Two_Product(acxtail, bcytail, s1, s0);
+  Two_Product(acytail, bcxtail, t1, t0);
+  Two_Two_Diff(s1, s0, t1, t0, u3, u[2], u[1], u[0]);
+  u[3] = u3;
+  Dlength = fast_expansion_sum_zeroelim(C2length, C2, 4, u, D);
+
+  return(D[Dlength - 1]);
+}
+
+REAL dolfin::_orient2d(const REAL *pa, const REAL *pb, const REAL *pc)
+/* REAL *pa; */
+/* REAL *pb; */
+/* REAL *pc; */
+{
+  REAL detleft, detright, det;
+  REAL detsum, errbound;
+
+  detleft = (pa[0] - pc[0]) * (pb[1] - pc[1]);
+  detright = (pa[1] - pc[1]) * (pb[0] - pc[0]);
+  det = detleft - detright;
+
+  if (detleft > 0.0) {
+    if (detright <= 0.0) {
+      return det;
+    } else {
+      detsum = detleft + detright;
+    }
+  } else if (detleft < 0.0) {
+    if (detright >= 0.0) {
+      return det;
+    } else {
+      detsum = -detleft - detright;
+    }
+  } else {
+    return det;
+  }
+
+  errbound = ccwerrboundA * detsum;
+  if ((det >= errbound) || (-det >= errbound)) {
+    return det;
+  }
+
+  return orient2dadapt(pa, pb, pc, detsum);
+}
+
+/*****************************************************************************/
+/*                                                                           */
+/*  orient3dfast()   Approximate 3D orientation test.  Nonrobust.            */
+/*  orient3dexact()   Exact 3D orientation test.  Robust.                    */
+/*  orient3dslow()   Another exact 3D orientation test.  Robust.             */
+/*  orient3d()   Adaptive exact 3D orientation test.  Robust.                */
+/*                                                                           */
+/*               Return a positive value if the point pd lies below the      */
+/*               plane passing through pa, pb, and pc; "below" is defined so */
+/*               that pa, pb, and pc appear in counterclockwise order when   */
+/*               viewed from above the plane.  Returns a negative value if   */
+/*               pd lies above the plane.  Returns zero if the points are    */
+/*               coplanar.  The result is also a rough approximation of six  */
+/*               times the signed volume of the tetrahedron defined by the   */
+/*               four points.                                                */
+/*                                                                           */
+/*  Only the first and last routine should be used; the middle two are for   */
+/*  timings.                                                                 */
+/*                                                                           */
+/*  The last three use exact arithmetic to ensure a correct answer.  The     */
+/*  result returned is the determinant of a matrix.  In orient3d() only,     */
+/*  this determinant is computed adaptively, in the sense that exact         */
+/*  arithmetic is used only to the degree it is needed to ensure that the    */
+/*  returned value has the correct sign.  Hence, orient3d() is usually quite */
+/*  fast, but will run more slowly when the input points are coplanar or     */
+/*  nearly so.                                                               */
+/*                                                                           */
+/*****************************************************************************/
+
+REAL orient3dfast(REAL *pa, REAL *pb, REAL *pc, REAL *pd)
+/* REAL *pa; */
+/* REAL *pb; */
+/* REAL *pc; */
+/* REAL *pd; */
+{
+  REAL adx, bdx, cdx;
+  REAL ady, bdy, cdy;
+  REAL adz, bdz, cdz;
+
+  adx = pa[0] - pd[0];
+  bdx = pb[0] - pd[0];
+  cdx = pc[0] - pd[0];
+  ady = pa[1] - pd[1];
+  bdy = pb[1] - pd[1];
+  cdy = pc[1] - pd[1];
+  adz = pa[2] - pd[2];
+  bdz = pb[2] - pd[2];
+  cdz = pc[2] - pd[2];
+
+  return adx * (bdy * cdz - bdz * cdy)
+       + bdx * (cdy * adz - cdz * ady)
+       + cdx * (ady * bdz - adz * bdy);
+}
+
+REAL orient3dexact(REAL *pa, REAL *pb, REAL *pc, REAL *pd)
+/* REAL *pa; */
+/* REAL *pb; */
+/* REAL *pc; */
+/* REAL *pd; */
+{
+  INEXACT REAL axby1, bxcy1, cxdy1, dxay1, axcy1, bxdy1;
+  INEXACT REAL bxay1, cxby1, dxcy1, axdy1, cxay1, dxby1;
+  REAL axby0, bxcy0, cxdy0, dxay0, axcy0, bxdy0;
+  REAL bxay0, cxby0, dxcy0, axdy0, cxay0, dxby0;
+  REAL ab[4], bc[4], cd[4], da[4], ac[4], bd[4];
+  REAL temp8[8];
+  int templen;
+  REAL abc[12], bcd[12], cda[12], dab[12];
+  int abclen, bcdlen, cdalen, dablen;
+  REAL adet[24], bdet[24], cdet[24], ddet[24];
+  int alen, blen, clen, dlen;
+  REAL abdet[48], cddet[48];
+  int ablen, cdlen;
+  REAL deter[96];
+  int deterlen;
+  int i;
+
+  INEXACT REAL bvirt;
+  REAL avirt, bround, around;
+  INEXACT REAL c;
+  INEXACT REAL abig;
+  REAL ahi, alo, bhi, blo;
+  REAL err1, err2, err3;
+  INEXACT REAL _i, _j;
+  REAL _0;
+
+  Two_Product(pa[0], pb[1], axby1, axby0);
+  Two_Product(pb[0], pa[1], bxay1, bxay0);
+  Two_Two_Diff(axby1, axby0, bxay1, bxay0, ab[3], ab[2], ab[1], ab[0]);
+
+  Two_Product(pb[0], pc[1], bxcy1, bxcy0);
+  Two_Product(pc[0], pb[1], cxby1, cxby0);
+  Two_Two_Diff(bxcy1, bxcy0, cxby1, cxby0, bc[3], bc[2], bc[1], bc[0]);
+
+  Two_Product(pc[0], pd[1], cxdy1, cxdy0);
+  Two_Product(pd[0], pc[1], dxcy1, dxcy0);
+  Two_Two_Diff(cxdy1, cxdy0, dxcy1, dxcy0, cd[3], cd[2], cd[1], cd[0]);
+
+  Two_Product(pd[0], pa[1], dxay1, dxay0);
+  Two_Product(pa[0], pd[1], axdy1, axdy0);
+  Two_Two_Diff(dxay1, dxay0, axdy1, axdy0, da[3], da[2], da[1], da[0]);
+
+  Two_Product(pa[0], pc[1], axcy1, axcy0);
+  Two_Product(pc[0], pa[1], cxay1, cxay0);
+  Two_Two_Diff(axcy1, axcy0, cxay1, cxay0, ac[3], ac[2], ac[1], ac[0]);
+
+  Two_Product(pb[0], pd[1], bxdy1, bxdy0);
+  Two_Product(pd[0], pb[1], dxby1, dxby0);
+  Two_Two_Diff(bxdy1, bxdy0, dxby1, dxby0, bd[3], bd[2], bd[1], bd[0]);
+
+  templen = fast_expansion_sum_zeroelim(4, cd, 4, da, temp8);
+  cdalen = fast_expansion_sum_zeroelim(templen, temp8, 4, ac, cda);
+  templen = fast_expansion_sum_zeroelim(4, da, 4, ab, temp8);
+  dablen = fast_expansion_sum_zeroelim(templen, temp8, 4, bd, dab);
+  for (i = 0; i < 4; i++) {
+    bd[i] = -bd[i];
+    ac[i] = -ac[i];
+  }
+  templen = fast_expansion_sum_zeroelim(4, ab, 4, bc, temp8);
+  abclen = fast_expansion_sum_zeroelim(templen, temp8, 4, ac, abc);
+  templen = fast_expansion_sum_zeroelim(4, bc, 4, cd, temp8);
+  bcdlen = fast_expansion_sum_zeroelim(templen, temp8, 4, bd, bcd);
+
+  alen = scale_expansion_zeroelim(bcdlen, bcd, pa[2], adet);
+  blen = scale_expansion_zeroelim(cdalen, cda, -pb[2], bdet);
+  clen = scale_expansion_zeroelim(dablen, dab, pc[2], cdet);
+  dlen = scale_expansion_zeroelim(abclen, abc, -pd[2], ddet);
+
+  ablen = fast_expansion_sum_zeroelim(alen, adet, blen, bdet, abdet);
+  cdlen = fast_expansion_sum_zeroelim(clen, cdet, dlen, ddet, cddet);
+  deterlen = fast_expansion_sum_zeroelim(ablen, abdet, cdlen, cddet, deter);
+
+  return deter[deterlen - 1];
+}
+
+REAL orient3dslow(REAL *pa, REAL *pb, REAL *pc, REAL *pd)
+/* REAL *pa; */
+/* REAL *pb; */
+/* REAL *pc; */
+/* REAL *pd; */
+{
+  INEXACT REAL adx, ady, adz, bdx, bdy, bdz, cdx, cdy, cdz;
+  REAL adxtail, adytail, adztail;
+  REAL bdxtail, bdytail, bdztail;
+  REAL cdxtail, cdytail, cdztail;
+  REAL negate, negatetail;
+  INEXACT REAL axby7, bxcy7, axcy7, bxay7, cxby7, cxay7;
+  REAL axby[8], bxcy[8], axcy[8], bxay[8], cxby[8], cxay[8];
+  REAL temp16[16], temp32[32], temp32t[32];
+  int temp16len, temp32len, temp32tlen;
+  REAL adet[64], bdet[64], cdet[64];
+  int alen, blen, clen;
+  REAL abdet[128];
+  int ablen;
+  REAL deter[192];
+  int deterlen;
+
+  INEXACT REAL bvirt;
+  REAL avirt, bround, around;
+  INEXACT REAL c;
+  INEXACT REAL abig;
+  REAL a0hi, a0lo, a1hi, a1lo, bhi, blo;
+  REAL err1, err2, err3;
+  INEXACT REAL _i, _j, _k, _l, _m, _n;
+  REAL _0, _1, _2;
+
+  Two_Diff(pa[0], pd[0], adx, adxtail);
+  Two_Diff(pa[1], pd[1], ady, adytail);
+  Two_Diff(pa[2], pd[2], adz, adztail);
+  Two_Diff(pb[0], pd[0], bdx, bdxtail);
+  Two_Diff(pb[1], pd[1], bdy, bdytail);
+  Two_Diff(pb[2], pd[2], bdz, bdztail);
+  Two_Diff(pc[0], pd[0], cdx, cdxtail);
+  Two_Diff(pc[1], pd[1], cdy, cdytail);
+  Two_Diff(pc[2], pd[2], cdz, cdztail);
+
+  Two_Two_Product(adx, adxtail, bdy, bdytail,
+                  axby7, axby[6], axby[5], axby[4],
+                  axby[3], axby[2], axby[1], axby[0]);
+  axby[7] = axby7;
+  negate = -ady;
+  negatetail = -adytail;
+  Two_Two_Product(bdx, bdxtail, negate, negatetail,
+                  bxay7, bxay[6], bxay[5], bxay[4],
+                  bxay[3], bxay[2], bxay[1], bxay[0]);
+  bxay[7] = bxay7;
+  Two_Two_Product(bdx, bdxtail, cdy, cdytail,
+                  bxcy7, bxcy[6], bxcy[5], bxcy[4],
+                  bxcy[3], bxcy[2], bxcy[1], bxcy[0]);
+  bxcy[7] = bxcy7;
+  negate = -bdy;
+  negatetail = -bdytail;
+  Two_Two_Product(cdx, cdxtail, negate, negatetail,
+                  cxby7, cxby[6], cxby[5], cxby[4],
+                  cxby[3], cxby[2], cxby[1], cxby[0]);
+  cxby[7] = cxby7;
+  Two_Two_Product(cdx, cdxtail, ady, adytail,
+                  cxay7, cxay[6], cxay[5], cxay[4],
+                  cxay[3], cxay[2], cxay[1], cxay[0]);
+  cxay[7] = cxay7;
+  negate = -cdy;
+  negatetail = -cdytail;
+  Two_Two_Product(adx, adxtail, negate, negatetail,
+                  axcy7, axcy[6], axcy[5], axcy[4],
+                  axcy[3], axcy[2], axcy[1], axcy[0]);
+  axcy[7] = axcy7;
+
+  temp16len = fast_expansion_sum_zeroelim(8, bxcy, 8, cxby, temp16);
+  temp32len = scale_expansion_zeroelim(temp16len, temp16, adz, temp32);
+  temp32tlen = scale_expansion_zeroelim(temp16len, temp16, adztail, temp32t);
+  alen = fast_expansion_sum_zeroelim(temp32len, temp32, temp32tlen, temp32t,
+                                     adet);
+
+  temp16len = fast_expansion_sum_zeroelim(8, cxay, 8, axcy, temp16);
+  temp32len = scale_expansion_zeroelim(temp16len, temp16, bdz, temp32);
+  temp32tlen = scale_expansion_zeroelim(temp16len, temp16, bdztail, temp32t);
+  blen = fast_expansion_sum_zeroelim(temp32len, temp32, temp32tlen, temp32t,
+                                     bdet);
+
+  temp16len = fast_expansion_sum_zeroelim(8, axby, 8, bxay, temp16);
+  temp32len = scale_expansion_zeroelim(temp16len, temp16, cdz, temp32);
+  temp32tlen = scale_expansion_zeroelim(temp16len, temp16, cdztail, temp32t);
+  clen = fast_expansion_sum_zeroelim(temp32len, temp32, temp32tlen, temp32t,
+                                     cdet);
+
+  ablen = fast_expansion_sum_zeroelim(alen, adet, blen, bdet, abdet);
+  deterlen = fast_expansion_sum_zeroelim(ablen, abdet, clen, cdet, deter);
+
+  return deter[deterlen - 1];
+}
+
+REAL orient3dadapt(const REAL *pa, const REAL *pb, const REAL *pc, const REAL *pd, REAL permanent)
+/* REAL *pa; */
+/* REAL *pb; */
+/* REAL *pc; */
+/* REAL *pd; */
+/* REAL permanent; */
+{
+  INEXACT REAL adx, bdx, cdx, ady, bdy, cdy, adz, bdz, cdz;
+  REAL det, errbound;
+
+  INEXACT REAL bdxcdy1, cdxbdy1, cdxady1, adxcdy1, adxbdy1, bdxady1;
+  REAL bdxcdy0, cdxbdy0, cdxady0, adxcdy0, adxbdy0, bdxady0;
+  REAL bc[4], ca[4], ab[4];
+  INEXACT REAL bc3, ca3, ab3;
+  REAL adet[8], bdet[8], cdet[8];
+  int alen, blen, clen;
+  REAL abdet[16];
+  int ablen;
+  REAL *finnow, *finother, *finswap;
+  REAL fin1[192], fin2[192];
+  int finlength;
+
+  REAL adxtail, bdxtail, cdxtail;
+  REAL adytail, bdytail, cdytail;
+  REAL adztail, bdztail, cdztail;
+  INEXACT REAL at_blarge, at_clarge;
+  INEXACT REAL bt_clarge, bt_alarge;
+  INEXACT REAL ct_alarge, ct_blarge;
+  REAL at_b[4], at_c[4], bt_c[4], bt_a[4], ct_a[4], ct_b[4];
+  int at_blen, at_clen, bt_clen, bt_alen, ct_alen, ct_blen;
+  INEXACT REAL bdxt_cdy1, cdxt_bdy1, cdxt_ady1;
+  INEXACT REAL adxt_cdy1, adxt_bdy1, bdxt_ady1;
+  REAL bdxt_cdy0, cdxt_bdy0, cdxt_ady0;
+  REAL adxt_cdy0, adxt_bdy0, bdxt_ady0;
+  INEXACT REAL bdyt_cdx1, cdyt_bdx1, cdyt_adx1;
+  INEXACT REAL adyt_cdx1, adyt_bdx1, bdyt_adx1;
+  REAL bdyt_cdx0, cdyt_bdx0, cdyt_adx0;
+  REAL adyt_cdx0, adyt_bdx0, bdyt_adx0;
+  REAL bct[8], cat[8], abt[8];
+  int bctlen, catlen, abtlen;
+  INEXACT REAL bdxt_cdyt1, cdxt_bdyt1, cdxt_adyt1;
+  INEXACT REAL adxt_cdyt1, adxt_bdyt1, bdxt_adyt1;
+  REAL bdxt_cdyt0, cdxt_bdyt0, cdxt_adyt0;
+  REAL adxt_cdyt0, adxt_bdyt0, bdxt_adyt0;
+  REAL u[4], v[12], w[16];
+  INEXACT REAL u3;
+  int vlength, wlength;
+  REAL negate;
+
+  INEXACT REAL bvirt;
+  REAL avirt, bround, around;
+  INEXACT REAL c;
+  INEXACT REAL abig;
+  REAL ahi, alo, bhi, blo;
+  REAL err1, err2, err3;
+  INEXACT REAL _i, _j, _k;
+  REAL _0;
+
+  adx = (REAL) (pa[0] - pd[0]);
+  bdx = (REAL) (pb[0] - pd[0]);
+  cdx = (REAL) (pc[0] - pd[0]);
+  ady = (REAL) (pa[1] - pd[1]);
+  bdy = (REAL) (pb[1] - pd[1]);
+  cdy = (REAL) (pc[1] - pd[1]);
+  adz = (REAL) (pa[2] - pd[2]);
+  bdz = (REAL) (pb[2] - pd[2]);
+  cdz = (REAL) (pc[2] - pd[2]);
+
+  Two_Product(bdx, cdy, bdxcdy1, bdxcdy0);
+  Two_Product(cdx, bdy, cdxbdy1, cdxbdy0);
+  Two_Two_Diff(bdxcdy1, bdxcdy0, cdxbdy1, cdxbdy0, bc3, bc[2], bc[1], bc[0]);
+  bc[3] = bc3;
+  alen = scale_expansion_zeroelim(4, bc, adz, adet);
+
+  Two_Product(cdx, ady, cdxady1, cdxady0);
+  Two_Product(adx, cdy, adxcdy1, adxcdy0);
+  Two_Two_Diff(cdxady1, cdxady0, adxcdy1, adxcdy0, ca3, ca[2], ca[1], ca[0]);
+  ca[3] = ca3;
+  blen = scale_expansion_zeroelim(4, ca, bdz, bdet);
+
+  Two_Product(adx, bdy, adxbdy1, adxbdy0);
+  Two_Product(bdx, ady, bdxady1, bdxady0);
+  Two_Two_Diff(adxbdy1, adxbdy0, bdxady1, bdxady0, ab3, ab[2], ab[1], ab[0]);
+  ab[3] = ab3;
+  clen = scale_expansion_zeroelim(4, ab, cdz, cdet);
+
+  ablen = fast_expansion_sum_zeroelim(alen, adet, blen, bdet, abdet);
+  finlength = fast_expansion_sum_zeroelim(ablen, abdet, clen, cdet, fin1);
+
+  det = estimate(finlength, fin1);
+  errbound = o3derrboundB * permanent;
+  if ((det >= errbound) || (-det >= errbound)) {
+    return det;
+  }
+
+  Two_Diff_Tail(pa[0], pd[0], adx, adxtail);
+  Two_Diff_Tail(pb[0], pd[0], bdx, bdxtail);
+  Two_Diff_Tail(pc[0], pd[0], cdx, cdxtail);
+  Two_Diff_Tail(pa[1], pd[1], ady, adytail);
+  Two_Diff_Tail(pb[1], pd[1], bdy, bdytail);
+  Two_Diff_Tail(pc[1], pd[1], cdy, cdytail);
+  Two_Diff_Tail(pa[2], pd[2], adz, adztail);
+  Two_Diff_Tail(pb[2], pd[2], bdz, bdztail);
+  Two_Diff_Tail(pc[2], pd[2], cdz, cdztail);
+
+  if ((adxtail == 0.0) && (bdxtail == 0.0) && (cdxtail == 0.0)
+      && (adytail == 0.0) && (bdytail == 0.0) && (cdytail == 0.0)
+      && (adztail == 0.0) && (bdztail == 0.0) && (cdztail == 0.0)) {
+    return det;
+  }
+
+  errbound = o3derrboundC * permanent + resulterrbound * Absolute(det);
+  det += (adz * ((bdx * cdytail + cdy * bdxtail)
+                 - (bdy * cdxtail + cdx * bdytail))
+          + adztail * (bdx * cdy - bdy * cdx))
+       + (bdz * ((cdx * adytail + ady * cdxtail)
+                 - (cdy * adxtail + adx * cdytail))
+          + bdztail * (cdx * ady - cdy * adx))
+       + (cdz * ((adx * bdytail + bdy * adxtail)
+                 - (ady * bdxtail + bdx * adytail))
+          + cdztail * (adx * bdy - ady * bdx));
+  if ((det >= errbound) || (-det >= errbound)) {
+    return det;
+  }
+
+  finnow = fin1;
+  finother = fin2;
+
+  if (adxtail == 0.0) {
+    if (adytail == 0.0) {
+      at_b[0] = 0.0;
+      at_blen = 1;
+      at_c[0] = 0.0;
+      at_clen = 1;
+    } else {
+      negate = -adytail;
+      Two_Product(negate, bdx, at_blarge, at_b[0]);
+      at_b[1] = at_blarge;
+      at_blen = 2;
+      Two_Product(adytail, cdx, at_clarge, at_c[0]);
+      at_c[1] = at_clarge;
+      at_clen = 2;
+    }
+  } else {
+    if (adytail == 0.0) {
+      Two_Product(adxtail, bdy, at_blarge, at_b[0]);
+      at_b[1] = at_blarge;
+      at_blen = 2;
+      negate = -adxtail;
+      Two_Product(negate, cdy, at_clarge, at_c[0]);
+      at_c[1] = at_clarge;
+      at_clen = 2;
+    } else {
+      Two_Product(adxtail, bdy, adxt_bdy1, adxt_bdy0);
+      Two_Product(adytail, bdx, adyt_bdx1, adyt_bdx0);
+      Two_Two_Diff(adxt_bdy1, adxt_bdy0, adyt_bdx1, adyt_bdx0,
+                   at_blarge, at_b[2], at_b[1], at_b[0]);
+      at_b[3] = at_blarge;
+      at_blen = 4;
+      Two_Product(adytail, cdx, adyt_cdx1, adyt_cdx0);
+      Two_Product(adxtail, cdy, adxt_cdy1, adxt_cdy0);
+      Two_Two_Diff(adyt_cdx1, adyt_cdx0, adxt_cdy1, adxt_cdy0,
+                   at_clarge, at_c[2], at_c[1], at_c[0]);
+      at_c[3] = at_clarge;
+      at_clen = 4;
+    }
+  }
+  if (bdxtail == 0.0) {
+    if (bdytail == 0.0) {
+      bt_c[0] = 0.0;
+      bt_clen = 1;
+      bt_a[0] = 0.0;
+      bt_alen = 1;
+    } else {
+      negate = -bdytail;
+      Two_Product(negate, cdx, bt_clarge, bt_c[0]);
+      bt_c[1] = bt_clarge;
+      bt_clen = 2;
+      Two_Product(bdytail, adx, bt_alarge, bt_a[0]);
+      bt_a[1] = bt_alarge;
+      bt_alen = 2;
+    }
+  } else {
+    if (bdytail == 0.0) {
+      Two_Product(bdxtail, cdy, bt_clarge, bt_c[0]);
+      bt_c[1] = bt_clarge;
+      bt_clen = 2;
+      negate = -bdxtail;
+      Two_Product(negate, ady, bt_alarge, bt_a[0]);
+      bt_a[1] = bt_alarge;
+      bt_alen = 2;
+    } else {
+      Two_Product(bdxtail, cdy, bdxt_cdy1, bdxt_cdy0);
+      Two_Product(bdytail, cdx, bdyt_cdx1, bdyt_cdx0);
+      Two_Two_Diff(bdxt_cdy1, bdxt_cdy0, bdyt_cdx1, bdyt_cdx0,
+                   bt_clarge, bt_c[2], bt_c[1], bt_c[0]);
+      bt_c[3] = bt_clarge;
+      bt_clen = 4;
+      Two_Product(bdytail, adx, bdyt_adx1, bdyt_adx0);
+      Two_Product(bdxtail, ady, bdxt_ady1, bdxt_ady0);
+      Two_Two_Diff(bdyt_adx1, bdyt_adx0, bdxt_ady1, bdxt_ady0,
+                  bt_alarge, bt_a[2], bt_a[1], bt_a[0]);
+      bt_a[3] = bt_alarge;
+      bt_alen = 4;
+    }
+  }
+  if (cdxtail == 0.0) {
+    if (cdytail == 0.0) {
+      ct_a[0] = 0.0;
+      ct_alen = 1;
+      ct_b[0] = 0.0;
+      ct_blen = 1;
+    } else {
+      negate = -cdytail;
+      Two_Product(negate, adx, ct_alarge, ct_a[0]);
+      ct_a[1] = ct_alarge;
+      ct_alen = 2;
+      Two_Product(cdytail, bdx, ct_blarge, ct_b[0]);
+      ct_b[1] = ct_blarge;
+      ct_blen = 2;
+    }
+  } else {
+    if (cdytail == 0.0) {
+      Two_Product(cdxtail, ady, ct_alarge, ct_a[0]);
+      ct_a[1] = ct_alarge;
+      ct_alen = 2;
+      negate = -cdxtail;
+      Two_Product(negate, bdy, ct_blarge, ct_b[0]);
+      ct_b[1] = ct_blarge;
+      ct_blen = 2;
+    } else {
+      Two_Product(cdxtail, ady, cdxt_ady1, cdxt_ady0);
+      Two_Product(cdytail, adx, cdyt_adx1, cdyt_adx0);
+      Two_Two_Diff(cdxt_ady1, cdxt_ady0, cdyt_adx1, cdyt_adx0,
+                   ct_alarge, ct_a[2], ct_a[1], ct_a[0]);
+      ct_a[3] = ct_alarge;
+      ct_alen = 4;
+      Two_Product(cdytail, bdx, cdyt_bdx1, cdyt_bdx0);
+      Two_Product(cdxtail, bdy, cdxt_bdy1, cdxt_bdy0);
+      Two_Two_Diff(cdyt_bdx1, cdyt_bdx0, cdxt_bdy1, cdxt_bdy0,
+                   ct_blarge, ct_b[2], ct_b[1], ct_b[0]);
+      ct_b[3] = ct_blarge;
+      ct_blen = 4;
+    }
+  }
+
+  bctlen = fast_expansion_sum_zeroelim(bt_clen, bt_c, ct_blen, ct_b, bct);
+  wlength = scale_expansion_zeroelim(bctlen, bct, adz, w);
+  finlength = fast_expansion_sum_zeroelim(finlength, finnow, wlength, w,
+                                          finother);
+  finswap = finnow; finnow = finother; finother = finswap;
+
+  catlen = fast_expansion_sum_zeroelim(ct_alen, ct_a, at_clen, at_c, cat);
+  wlength = scale_expansion_zeroelim(catlen, cat, bdz, w);
+  finlength = fast_expansion_sum_zeroelim(finlength, finnow, wlength, w,
+                                          finother);
+  finswap = finnow; finnow = finother; finother = finswap;
+
+  abtlen = fast_expansion_sum_zeroelim(at_blen, at_b, bt_alen, bt_a, abt);
+  wlength = scale_expansion_zeroelim(abtlen, abt, cdz, w);
+  finlength = fast_expansion_sum_zeroelim(finlength, finnow, wlength, w,
+                                          finother);
+  finswap = finnow; finnow = finother; finother = finswap;
+
+  if (adztail != 0.0) {
+    vlength = scale_expansion_zeroelim(4, bc, adztail, v);
+    finlength = fast_expansion_sum_zeroelim(finlength, finnow, vlength, v,
+                                            finother);
+    finswap = finnow; finnow = finother; finother = finswap;
+  }
+  if (bdztail != 0.0) {
+    vlength = scale_expansion_zeroelim(4, ca, bdztail, v);
+    finlength = fast_expansion_sum_zeroelim(finlength, finnow, vlength, v,
+                                            finother);
+    finswap = finnow; finnow = finother; finother = finswap;
+  }
+  if (cdztail != 0.0) {
+    vlength = scale_expansion_zeroelim(4, ab, cdztail, v);
+    finlength = fast_expansion_sum_zeroelim(finlength, finnow, vlength, v,
+                                            finother);
+    finswap = finnow; finnow = finother; finother = finswap;
+  }
+
+  if (adxtail != 0.0) {
+    if (bdytail != 0.0) {
+      Two_Product(adxtail, bdytail, adxt_bdyt1, adxt_bdyt0);
+      Two_One_Product(adxt_bdyt1, adxt_bdyt0, cdz, u3, u[2], u[1], u[0]);
+      u[3] = u3;
+      finlength = fast_expansion_sum_zeroelim(finlength, finnow, 4, u,
+                                              finother);
+      finswap = finnow; finnow = finother; finother = finswap;
+      if (cdztail != 0.0) {
+        Two_One_Product(adxt_bdyt1, adxt_bdyt0, cdztail, u3, u[2], u[1], u[0]);
+        u[3] = u3;
+        finlength = fast_expansion_sum_zeroelim(finlength, finnow, 4, u,
+                                                finother);
+        finswap = finnow; finnow = finother; finother = finswap;
+      }
+    }
+    if (cdytail != 0.0) {
+      negate = -adxtail;
+      Two_Product(negate, cdytail, adxt_cdyt1, adxt_cdyt0);
+      Two_One_Product(adxt_cdyt1, adxt_cdyt0, bdz, u3, u[2], u[1], u[0]);
+      u[3] = u3;
+      finlength = fast_expansion_sum_zeroelim(finlength, finnow, 4, u,
+                                              finother);
+      finswap = finnow; finnow = finother; finother = finswap;
+      if (bdztail != 0.0) {
+        Two_One_Product(adxt_cdyt1, adxt_cdyt0, bdztail, u3, u[2], u[1], u[0]);
+        u[3] = u3;
+        finlength = fast_expansion_sum_zeroelim(finlength, finnow, 4, u,
+                                                finother);
+        finswap = finnow; finnow = finother; finother = finswap;
+      }
+    }
+  }
+  if (bdxtail != 0.0) {
+    if (cdytail != 0.0) {
+      Two_Product(bdxtail, cdytail, bdxt_cdyt1, bdxt_cdyt0);
+      Two_One_Product(bdxt_cdyt1, bdxt_cdyt0, adz, u3, u[2], u[1], u[0]);
+      u[3] = u3;
+      finlength = fast_expansion_sum_zeroelim(finlength, finnow, 4, u,
+                                              finother);
+      finswap = finnow; finnow = finother; finother = finswap;
+      if (adztail != 0.0) {
+        Two_One_Product(bdxt_cdyt1, bdxt_cdyt0, adztail, u3, u[2], u[1], u[0]);
+        u[3] = u3;
+        finlength = fast_expansion_sum_zeroelim(finlength, finnow, 4, u,
+                                                finother);
+        finswap = finnow; finnow = finother; finother = finswap;
+      }
+    }
+    if (adytail != 0.0) {
+      negate = -bdxtail;
+      Two_Product(negate, adytail, bdxt_adyt1, bdxt_adyt0);
+      Two_One_Product(bdxt_adyt1, bdxt_adyt0, cdz, u3, u[2], u[1], u[0]);
+      u[3] = u3;
+      finlength = fast_expansion_sum_zeroelim(finlength, finnow, 4, u,
+                                              finother);
+      finswap = finnow; finnow = finother; finother = finswap;
+      if (cdztail != 0.0) {
+        Two_One_Product(bdxt_adyt1, bdxt_adyt0, cdztail, u3, u[2], u[1], u[0]);
+        u[3] = u3;
+        finlength = fast_expansion_sum_zeroelim(finlength, finnow, 4, u,
+                                                finother);
+        finswap = finnow; finnow = finother; finother = finswap;
+      }
+    }
+  }
+  if (cdxtail != 0.0) {
+    if (adytail != 0.0) {
+      Two_Product(cdxtail, adytail, cdxt_adyt1, cdxt_adyt0);
+      Two_One_Product(cdxt_adyt1, cdxt_adyt0, bdz, u3, u[2], u[1], u[0]);
+      u[3] = u3;
+      finlength = fast_expansion_sum_zeroelim(finlength, finnow, 4, u,
+                                              finother);
+      finswap = finnow; finnow = finother; finother = finswap;
+      if (bdztail != 0.0) {
+        Two_One_Product(cdxt_adyt1, cdxt_adyt0, bdztail, u3, u[2], u[1], u[0]);
+        u[3] = u3;
+        finlength = fast_expansion_sum_zeroelim(finlength, finnow, 4, u,
+                                                finother);
+        finswap = finnow; finnow = finother; finother = finswap;
+      }
+    }
+    if (bdytail != 0.0) {
+      negate = -cdxtail;
+      Two_Product(negate, bdytail, cdxt_bdyt1, cdxt_bdyt0);
+      Two_One_Product(cdxt_bdyt1, cdxt_bdyt0, adz, u3, u[2], u[1], u[0]);
+      u[3] = u3;
+      finlength = fast_expansion_sum_zeroelim(finlength, finnow, 4, u,
+                                              finother);
+      finswap = finnow; finnow = finother; finother = finswap;
+      if (adztail != 0.0) {
+        Two_One_Product(cdxt_bdyt1, cdxt_bdyt0, adztail, u3, u[2], u[1], u[0]);
+        u[3] = u3;
+        finlength = fast_expansion_sum_zeroelim(finlength, finnow, 4, u,
+                                                finother);
+        finswap = finnow; finnow = finother; finother = finswap;
+      }
+    }
+  }
+
+  if (adztail != 0.0) {
+    wlength = scale_expansion_zeroelim(bctlen, bct, adztail, w);
+    finlength = fast_expansion_sum_zeroelim(finlength, finnow, wlength, w,
+                                            finother);
+    finswap = finnow; finnow = finother; finother = finswap;
+  }
+  if (bdztail != 0.0) {
+    wlength = scale_expansion_zeroelim(catlen, cat, bdztail, w);
+    finlength = fast_expansion_sum_zeroelim(finlength, finnow, wlength, w,
+                                            finother);
+    finswap = finnow; finnow = finother; finother = finswap;
+  }
+  if (cdztail != 0.0) {
+    wlength = scale_expansion_zeroelim(abtlen, abt, cdztail, w);
+    finlength = fast_expansion_sum_zeroelim(finlength, finnow, wlength, w,
+                                            finother);
+    finswap = finnow; finnow = finother; finother = finswap;
+  }
+
+  return finnow[finlength - 1];
+}
+
+REAL dolfin::_orient3d(const REAL *pa, const REAL *pb, const REAL *pc, const REAL *pd)
+/* REAL *pa; */
+/* REAL *pb; */
+/* REAL *pc; */
+/* REAL *pd; */
+{
+  REAL adx, bdx, cdx, ady, bdy, cdy, adz, bdz, cdz;
+  REAL bdxcdy, cdxbdy, cdxady, adxcdy, adxbdy, bdxady;
+  REAL det;
+  REAL permanent, errbound;
+
+  adx = pa[0] - pd[0];
+  bdx = pb[0] - pd[0];
+  cdx = pc[0] - pd[0];
+  ady = pa[1] - pd[1];
+  bdy = pb[1] - pd[1];
+  cdy = pc[1] - pd[1];
+  adz = pa[2] - pd[2];
+  bdz = pb[2] - pd[2];
+  cdz = pc[2] - pd[2];
+
+  bdxcdy = bdx * cdy;
+  cdxbdy = cdx * bdy;
+
+  cdxady = cdx * ady;
+  adxcdy = adx * cdy;
+
+  adxbdy = adx * bdy;
+  bdxady = bdx * ady;
+
+  det = adz * (bdxcdy - cdxbdy)
+      + bdz * (cdxady - adxcdy)
+      + cdz * (adxbdy - bdxady);
+
+  permanent = (Absolute(bdxcdy) + Absolute(cdxbdy)) * Absolute(adz)
+            + (Absolute(cdxady) + Absolute(adxcdy)) * Absolute(bdz)
+            + (Absolute(adxbdy) + Absolute(bdxady)) * Absolute(cdz);
+  errbound = o3derrboundA * permanent;
+  if ((det > errbound) || (-det > errbound)) {
+    return det;
+  }
+
+  return orient3dadapt(pa, pb, pc, pd, permanent);
+}
+
+
+//--- DOLFIN-specific additions ---
+
+#include "predicates.h"
+
+namespace dolfin
+{
+  /// Initialize the predicate
+  PredicateInitialization predicate_initialization;
+}
diff --git a/dolfin/geometry/predicates.h b/dolfin/geometry/predicates.h
new file mode 100644
index 0000000..fa7f248
--- /dev/null
+++ b/dolfin/geometry/predicates.h
@@ -0,0 +1,59 @@
+// This is a DOLFIN header file for predicates.cpp which provides
+//
+//   Routines for Arbitrary Precision Floating-point Arithmetic
+//   and Fast Robust Geometric Predicates
+//
+// by
+//
+//   Jonathan Richard Shewchuk
+//
+// Code is placed in the public domain.
+
+#ifndef __PREDICATES_H
+#define __PREDICATES_H
+
+namespace dolfin
+{
+
+  class Point;
+
+  /// Initialize tolerances for exact arithmetic
+  void exactinit();
+
+  /// Compute relative orientation of point x wrt segment [a, b]
+  double orient1d(double a, double b, double x);
+
+  /// Compute relative orientation of points a, b, c. The orientation
+  /// is such that orient2d(a, b, c) > 0 if a, b, c are ordered
+  /// counter-clockwise.
+  double _orient2d(const double* a, const double* b, const double* c);
+
+  /// Convenience function using dolfin::Point
+  double orient2d(const Point& a, const Point& b, const Point& c);
+
+  /// Compute relative orientation of points a, b, c, d. The
+  /// orientation is such that orient3d(a, b, c, d) > 0 if a, b, c, d
+  /// are oriented according to the left hand rule.
+  double _orient3d(const double* a, const double* b, const double* c, const double* d);
+
+  /// Convenience function using dolfin::Point
+  double orient3d(const Point& a, const Point& b, const Point& c, const Point& d);
+
+  /// Class used for automatic initialization of tolerances at startup.
+  /// A global instance is defined inside predicates.cpp to ensure that
+  /// the constructor and thus exactinit() is called.
+
+  class PredicateInitialization
+  {
+  public:
+
+    PredicateInitialization()
+    {
+      exactinit();
+    }
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/graph/BoostGraphColoring.h b/dolfin/graph/BoostGraphColoring.h
new file mode 100644
index 0000000..58094f9
--- /dev/null
+++ b/dolfin/graph/BoostGraphColoring.h
@@ -0,0 +1,123 @@
+// Copyright (C) 2010 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-11-24
+// Last changed:
+
+#ifndef __DOLFIN_BOOST_GRAPH_INTERFACE_H
+#define __DOLFIN_BOOST_GRAPH_INTERFACE_H
+
+#include <iostream>
+#include <vector>
+
+#include <boost/graph/adjacency_list.hpp>
+#include <boost/graph/compressed_sparse_row_graph.hpp>
+#include <boost/graph/sequential_vertex_coloring.hpp>
+#include <dolfin/common/Timer.h>
+#include "Graph.h"
+
+namespace dolfin
+{
+
+  class Mesh;
+
+  /// This class colors a graph using the Boost Graph Library.
+
+  class BoostGraphColoring
+  {
+
+  public:
+
+    /// Compute vertex colors
+    template<typename ColorType>
+      static std::size_t compute_local_vertex_coloring(const Graph& graph,
+                                                       std::vector<ColorType>& colors)
+    {
+      Timer timer("Boost graph coloring (from dolfin::Graph)");
+
+      // Typedef for Boost compressed sparse row graph
+      typedef boost::compressed_sparse_row_graph<boost::directedS,
+        boost::property<boost::vertex_color_t, ColorType> > BoostGraph;
+
+      // Number of vertices
+      const std::size_t n = graph.size();
+
+      // Count number of edges
+      Graph::const_iterator vertex;
+      std::size_t num_edges = 0;
+      for (vertex = graph.begin(); vertex != graph.end(); ++vertex)
+        num_edges += vertex->size();
+
+      // Build list of graph edges
+      std::vector<std::pair<std::size_t, std::size_t> > edges;
+      edges.reserve(num_edges);
+      graph_set_type::const_iterator edge;
+      for (vertex = graph.begin(); vertex != graph.end(); ++vertex)
+      {
+        for (edge = vertex->begin(); edge != vertex->end(); ++edge)
+        {
+          const std::size_t vertex_index = vertex - graph.begin();
+          if (vertex_index != (std::size_t) *edge)
+            edges.push_back(std::make_pair(vertex_index, *edge));
+        }
+      }
+      // Build Boost graph
+      const BoostGraph g(boost::edges_are_unsorted_multi_pass,
+                         edges.begin(), edges.end(), n);
+
+      // Resize vector to hold colors
+      colors.resize(n);
+
+      // Perform coloring
+      return compute_local_vertex_coloring(g, colors);
+    }
+
+    /// Compute vertex colors
+    template<typename T, typename ColorType>
+    static std::size_t compute_local_vertex_coloring(const T& graph,
+                                            std::vector<ColorType>& colors)
+    {
+      Timer timer("Boost graph coloring");
+
+      // Number of vertices in graph
+      const std::size_t num_vertices = boost::num_vertices(graph);
+      dolfin_assert(num_vertices == colors.size());
+
+      typedef typename boost::graph_traits<T>::vertices_size_type
+        vert_size_type;
+      typedef typename boost::property_map<T,
+        boost::vertex_index_t>::const_type vert_index_map;
+
+      // Resize to hold colors
+      colors.resize(num_vertices);
+
+      // Color vertices
+      std::vector<vert_size_type> _colors(num_vertices);
+      boost::iterator_property_map<vert_size_type*, vert_index_map>
+          color(&_colors.front(), get(boost::vertex_index, graph));
+      const vert_size_type num_colors = sequential_vertex_coloring(graph,
+                                                                   color);
+
+      // Copy colors and return
+      std::copy(_colors.begin(), _colors.end(), colors.begin());
+      return num_colors;
+    }
+
+  };
+}
+
+#endif
diff --git a/dolfin/graph/BoostGraphOrdering.cpp b/dolfin/graph/BoostGraphOrdering.cpp
new file mode 100644
index 0000000..20beb47
--- /dev/null
+++ b/dolfin/graph/BoostGraphOrdering.cpp
@@ -0,0 +1,194 @@
+// Copyright (C) 2012 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2012-07-06
+// Last changed: 2012-11-12
+
+#define BOOST_NO_HASH
+
+#include <boost/graph/compressed_sparse_row_graph.hpp>
+#include <boost/graph/cuthill_mckee_ordering.hpp>
+#include <boost/graph/properties.hpp>
+
+#include <dolfin/common/Timer.h>
+#include "Graph.h"
+#include "BoostGraphOrdering.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+std::vector<int>
+  BoostGraphOrdering::compute_cuthill_mckee(const Graph& graph, bool reverse)
+{
+  Timer timer("Boost Cuthill-McKee graph ordering (from dolfin::Graph)");
+
+  // Number of vertices
+  const std::size_t n = graph.size();
+
+  // Typedef for Boost compressed sparse row graph
+  typedef boost::compressed_sparse_row_graph<boost::directedS> BoostGraph;
+
+  // Build Boost graph
+  const BoostGraph boost_graph = build_csr_directed_graph<BoostGraph>(graph);
+
+  // Check if graph has no edges
+  std::vector<int> map(n);
+  if (boost::num_edges(boost_graph) == 0)
+  {
+    // Graph has no edges, so no need to re-order
+    for (std::size_t i = 0; i < map.size(); ++i)
+      map[i] = i;
+  }
+  else
+  {
+    // Boost vertex -> index map
+    const boost::property_map<BoostGraph, boost::vertex_index_t>::type
+      boost_index_map = get(boost::vertex_index, boost_graph);
+
+    // Compute graph re-ordering
+    std::vector<int> inv_perm(n);
+    if (!reverse)
+      boost::cuthill_mckee_ordering(boost_graph, inv_perm.begin());
+    else
+      boost::cuthill_mckee_ordering(boost_graph, inv_perm.rbegin());
+
+    // Build old-to-new vertex map
+    for (std::size_t i = 0; i < map.size(); ++i)
+      map[boost_index_map[inv_perm[i]]] = i;
+  }
+
+  return map;
+}
+//-----------------------------------------------------------------------------
+std::vector<int> BoostGraphOrdering::compute_cuthill_mckee(
+  const std::set<std::pair<std::size_t, std::size_t>>& edges,
+  std::size_t size, bool reverse)
+{
+  Timer timer("Boost Cuthill-McKee graph ordering");
+
+  // Typedef for Boost compressed sparse row graph
+  typedef boost::compressed_sparse_row_graph<boost::directedS> BoostGraph;
+
+  // Build Boost graph
+  const BoostGraph boost_graph(boost::edges_are_unsorted_multi_pass,
+                         edges.begin(), edges.end(), size);
+
+  // Check if graph has no edges
+  std::vector<int> map(size);
+  if (boost::num_edges(boost_graph) == 0)
+  {
+    // Graph has no edges, so no need to re-order
+    for (std::size_t i = 0; i < map.size(); ++i)
+      map[i] = i;
+  }
+  else
+  {
+    // Get Boost vertex -> index map
+    const boost::property_map<BoostGraph, boost::vertex_index_t>::type
+      boost_index_map = get(boost::vertex_index, boost_graph);
+
+    // Compute graph re-ordering
+    std::vector<int> inv_perm(size);
+    if (!reverse)
+      boost::cuthill_mckee_ordering(boost_graph, inv_perm.begin());
+    else
+      boost::cuthill_mckee_ordering(boost_graph, inv_perm.rbegin());
+
+    // Build old-to-new vertex map
+    for (std::size_t i = 0; i < size; ++i)
+      map[boost_index_map[inv_perm[i]]] = i;
+  }
+
+  return map;
+}
+//-----------------------------------------------------------------------------
+template<typename T, typename X>
+T BoostGraphOrdering::build_undirected_graph(const X& graph)
+{
+  Timer timer("Build Boost undirected graph");
+
+  // Graph size
+  const std::size_t n = graph.size();
+
+  // Build Boost graph
+  T boost_graph(n);
+  typename X::const_iterator vertex;
+  graph_set_type::const_iterator edge;
+  for (vertex = graph.begin(); vertex != graph.end(); ++vertex)
+  {
+    const std::size_t vertex_index = vertex - graph.begin();
+    for (edge = vertex->begin(); edge != vertex->end(); ++edge)
+    {
+      if (vertex_index < *edge)
+        boost::add_edge(vertex_index, *edge, boost_graph);
+    }
+  }
+
+  return boost_graph;
+}
+//-----------------------------------------------------------------------------
+template<typename T, typename X>
+T BoostGraphOrdering::build_directed_graph(const X& graph)
+{
+  Timer timer("Build Boost directed graph");
+
+  // Graph size
+  const std::size_t n = graph.size();
+
+  // Build Boost graph
+  T boost_graph(n);
+  typename X::const_iterator vertex;
+  graph_set_type::const_iterator edge;
+  for (vertex = graph.begin(); vertex != graph.end(); ++vertex)
+  {
+    const std::size_t vertex_index = vertex - graph.begin();
+    for (edge = vertex->begin(); edge != vertex->end(); ++edge)
+    {
+      if (vertex_index != *edge)
+        boost::add_edge(vertex_index, *edge, boost_graph);
+    }
+  }
+
+  return boost_graph;
+}
+//-----------------------------------------------------------------------------
+template<typename T, typename X>
+T BoostGraphOrdering::build_csr_directed_graph(const X& graph)
+{
+  Timer timer("Build Boost CSR graph");
+
+  // Count number of edges
+  Graph::const_iterator vertex;
+  std::size_t num_edges = 0;
+  for (vertex = graph.begin(); vertex != graph.end(); ++vertex)
+    num_edges += vertex->size();
+
+  // Build list of graph edges
+  std::vector<std::pair<std::size_t, std::size_t>> edges;
+  edges.reserve(num_edges);
+  graph_set_type::const_iterator edge;
+  for (vertex = graph.begin(); vertex != graph.end(); ++vertex)
+    for (edge = vertex->begin(); edge != vertex->end(); ++edge)
+      edges.push_back(std::make_pair(vertex - graph.begin(), *edge));
+
+  // Number of vertices
+  const std::size_t n = graph.size();
+
+  // Build and return Boost graph
+  return T(boost::edges_are_unsorted_multi_pass, edges.begin(), edges.end(), n);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/graph/BoostGraphOrdering.h b/dolfin/graph/BoostGraphOrdering.h
new file mode 100644
index 0000000..7cafae4
--- /dev/null
+++ b/dolfin/graph/BoostGraphOrdering.h
@@ -0,0 +1,68 @@
+// Copyright (C) 2012 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2012-07-06
+// Last changed: 2012-11-12
+
+#ifndef __DOLFIN_BOOST_GRAPH_ORDERING_H
+#define __DOLFIN_BOOST_GRAPH_ORDERING_H
+
+#include <set>
+#include <utility>
+#include <vector>
+#include "Graph.h"
+
+namespace dolfin
+{
+
+  /// This class computes graph re-orderings. It uses Boost Graph.
+
+  class BoostGraphOrdering
+  {
+
+  public:
+
+    /// Compute re-ordering (map[old] -> new) using Cuthill-McKee
+    /// algorithm
+    static std::vector<int> compute_cuthill_mckee(const Graph& graph,
+                                                  bool reverse=false);
+
+    /// Compute re-ordering (map[old] -> new) using Cuthill-McKee
+    /// algorithm
+    static std::vector<int>
+      compute_cuthill_mckee(const std::set<std::pair<std::size_t, std::size_t>>& edges,
+                            std::size_t size, bool reverse=false);
+
+  private:
+
+    // Build Boost undirected graph
+    template<typename T, typename X>
+      static T build_undirected_graph(const X& graph);
+
+    // Build Boost directed graph
+    template<typename T, typename X>
+      static T build_directed_graph(const X& graph);
+
+    // Build Boost compressed sparse row graph
+    template<typename T, typename X>
+      static T build_csr_directed_graph(const X& graph);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/graph/CMakeLists.txt b/dolfin/graph/CMakeLists.txt
new file mode 100644
index 0000000..f23f89b
--- /dev/null
+++ b/dolfin/graph/CMakeLists.txt
@@ -0,0 +1,21 @@
+set(HEADERS
+  BoostGraphColoring.h
+  BoostGraphOrdering.h
+  CSRGraph.h
+  dolfin_graph.h
+  GraphBuilder.h
+  GraphColoring.h
+  Graph.h
+  ParMETIS.h
+  SCOTCH.h
+  ZoltanInterface.h
+  PARENT_SCOPE)
+
+set(SOURCES
+  BoostGraphOrdering.cpp
+  GraphBuilder.cpp
+  GraphColoring.cpp
+  ParMETIS.cpp
+  SCOTCH.cpp
+  ZoltanInterface.cpp
+  PARENT_SCOPE)
diff --git a/dolfin/graph/CSRGraph.h b/dolfin/graph/CSRGraph.h
new file mode 100644
index 0000000..451f6a4
--- /dev/null
+++ b/dolfin/graph/CSRGraph.h
@@ -0,0 +1,216 @@
+// Copyright (C) 2014 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:
+// Last changed:
+
+#ifndef __CSRGRAPH_H
+#define __CSRGRAPH_H
+
+#include <vector>
+#include <dolfin/common/MPI.h>
+
+namespace dolfin
+{
+  /// Compressed Sparse Row graph
+
+  /// This class provides a Compressed Sparse Row Graph defined by a
+  /// vector containing edges for each node and a vector of offsets
+  /// into the edge vector for each node
+  ///
+  /// In parallel, all nodes must be numbered from zero on process
+  /// zero continuously through increasing rank processes. Edges must
+  /// be defined in terms of the global node numbers. The global node
+  /// offset of each process is given by node_distribution()
+  ///
+  /// The format of the nodes, edges and distribution is identical
+  /// with the formats for ParMETIS and PT-SCOTCH.  See the manuals
+  /// for these libraries for further information.
+
+  template<typename T> class CSRGraph
+  {
+
+  public:
+
+    /// Access edges individually by using operator()[] to get a node
+    /// object
+    class node
+    {
+    public:
+
+      /// Node object, listing a set of outgoing edges
+      node(const typename std::vector<T>::const_iterator& begin_it,
+           const typename std::vector<T>::const_iterator& end_it)
+        : begin_edge(begin_it), end_edge(end_it) {}
+
+      /// Iterator pointing to beginning of edges
+      typename std::vector<T>::const_iterator begin() const
+      { return begin_edge; }
+
+      /// Iterator pointing to beyond end of edges
+      typename std::vector<T>::const_iterator end() const
+      { return end_edge; }
+
+      /// Number of outgoing edges for this node
+      std::size_t size() const
+      { return (end_edge - begin_edge); }
+
+      /// Access outgoing edge i of this node
+      const T& operator[](std::size_t i) const
+      { return *(begin_edge + i); }
+
+    private:
+
+      typename std::vector<T>::const_iterator begin_edge;
+      typename std::vector<T>::const_iterator end_edge;
+    };
+
+    /// Empty CSR Graph
+    CSRGraph() = delete;
+
+    /// Create a CSR Graph from a collection of edges (X is a
+    /// container some type, e.g. std::vector<unsigned int> or
+    /// std::set<std::size_t>
+    template<typename X>
+      CSRGraph(MPI_Comm mpi_comm, const std::vector<X>& graph)
+      : _node_offsets(1, 0), _mpi_comm(mpi_comm)
+    {
+      // Count number of outgoing edges (to pre-allocate memory)
+      std::size_t num_edges = 0;
+      for (auto const &edges : graph)
+        num_edges += edges.size();
+
+      // Reserve memory
+      _node_offsets.reserve(graph.size());
+      _edges.reserve(num_edges);
+
+      // Node-by-node, add outgoing edges
+      for (auto const &node_edges : graph)
+      {
+        _edges.insert(_edges.end(), node_edges.begin(), node_edges.end());
+        _node_offsets.push_back(_node_offsets.back() + node_edges.size());
+      }
+
+      // Compute node offsets
+      calculate_node_distribution();
+    }
+
+    /// Create a CSR Graph from ParMETIS style adjacency lists
+    CSRGraph(MPI_Comm mpi_comm, const T* xadj, const T* adjncy,
+             std::size_t n) : _mpi_comm(mpi_comm)
+    {
+      _node_offsets.assign(xadj, xadj + n + 1);
+      _edges.assign(adjncy, adjncy + xadj[n]);
+
+      // Compute node offsets
+      calculate_node_distribution();
+    }
+
+    /// Destructor
+    ~CSRGraph() {}
+
+    /// Vector containing all edges for all local nodes
+    /// ("adjncy" in ParMETIS)
+    const std::vector<T>& edges() const
+    { return _edges; }
+
+    /// Vector containing all edges for all local nodes (non-const)
+    /// ("adjncy" in ParMETIS)
+    std::vector<T>& edges()
+    { return _edges; }
+
+    /// Return CSRGraph::node object which provides begin() and end()
+    /// iterators, also size(), and random-access for the edges of
+    /// node i.
+    const node operator[](std::size_t i) const
+    {
+      return node(_edges.begin() + _node_offsets[i],
+                  _edges.begin() + _node_offsets[i + 1]);
+    }
+
+
+    /// Vector containing index offsets into edges for all local nodes
+    /// (plus extra entry marking end) ("xadj" in ParMETIS)
+    const std::vector<T>& nodes() const
+    { return _node_offsets; }
+
+    /// Vector containing index offsets into edges for all local nodes
+    /// (plus extra entry marking end) ("xadj" in ParMETIS)
+    std::vector<T>& nodes()
+    { return _node_offsets; }
+
+    /// Number of local edges in graph
+    std::size_t num_edges() const
+    { return _edges.size(); }
+
+    /// Number of edges from node i
+    std::size_t num_edges(std::size_t i) const
+    {
+      dolfin_assert(i < size());
+      return (_node_offsets[i + 1] - _node_offsets[i]);
+    }
+
+    /// Number of local nodes in graph
+    std::size_t size() const
+    { return _node_offsets.size() - 1; }
+
+    /// Total (global) number of nodes in parallel graph
+    T size_global() const
+    { return _node_distribution.back(); }
+
+    /// Return number of nodes (offset) on each process
+    const std::vector<T>& node_distribution() const
+    { return _node_distribution; }
+
+    /// Return number of nodes (offset) on each process (non-const)
+    std::vector<T>& node_distribution()
+    { return _node_distribution; }
+
+  private:
+
+    // Compute offset of number of nodes on each process
+    void calculate_node_distribution()
+    {
+      // Communicate number of nodes between all processors
+      const T num_nodes = size();
+      MPI::all_gather(_mpi_comm.comm(), num_nodes, _node_distribution);
+
+      _node_distribution.insert(_node_distribution.begin(), 0);
+      for (std::size_t i = 1; i != _node_distribution.size(); ++i)
+        _node_distribution[i] += _node_distribution[i - 1];
+    }
+
+    // Edges in compressed form. Edges for node i are stored in
+    // _edges[_node_offsets[i]:_node_offsets[i + 1]]
+    std::vector<T> _edges;
+
+    // Offsets of each node into edges (see above) corresponding to
+    // the nodes on this process (see below)
+    std::vector<T> _node_offsets;
+
+    // Distribution of nodes across processes in parallel i.e. the
+    // range of nodes stored on process j is
+    // _node_distribution[j]:_node_distribution[j+1]
+    std::vector<T> _node_distribution;
+
+    // MPI communicator attached to graph
+    dolfin::MPI::Comm _mpi_comm;
+
+  };
+
+}
+#endif
diff --git a/dolfin/graph/Graph.h b/dolfin/graph/Graph.h
new file mode 100644
index 0000000..c96f492
--- /dev/null
+++ b/dolfin/graph/Graph.h
@@ -0,0 +1,43 @@
+// Copyright (C) 2010 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-11-16
+// Last changed: 2010-11-25
+
+#ifndef __GRAPH_TYPES_H
+#define __GRAPH_TYPES_H
+
+#include <vector>
+
+#define BOOST_NO_HASH
+
+#include <boost/graph/adjacency_list.hpp>
+#include <dolfin/common/Set.h>
+
+namespace dolfin
+{
+
+  /// Typedefs for simple graph data structures
+
+  /// DOLFIN container for graphs
+  typedef dolfin::Set<int> graph_set_type;
+  /// Vector of unordered Sets
+  typedef std::vector<graph_set_type> Graph;
+
+}
+
+#endif
diff --git a/dolfin/graph/GraphBuilder.cpp b/dolfin/graph/GraphBuilder.cpp
new file mode 100644
index 0000000..d0d188f
--- /dev/null
+++ b/dolfin/graph/GraphBuilder.cpp
@@ -0,0 +1,477 @@
+// Copyright (C) 2010-2013 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Chris Richardson, 2012-2014
+//
+// First added:  2010-02-19
+// Last changed: 2013-01-31
+
+#include <algorithm>
+#include <numeric>
+#include <set>
+#include <utility>
+#include <vector>
+#include <unordered_map>
+#include <unordered_set>
+
+#include <dolfin/log/log.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/common/ArrayView.h>
+#include <dolfin/common/types.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/MeshEntityIterator.h>
+#include <dolfin/mesh/Vertex.h>
+#include "GraphBuilder.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+Graph GraphBuilder::local_graph(const Mesh& mesh, const GenericDofMap& dofmap0,
+                                                  const GenericDofMap& dofmap1)
+{
+  Timer timer("Build local sparsity graph from dofmaps");
+
+  // Create empty graph
+  const std::size_t n = dofmap0.global_dimension();
+  Graph graph(n);
+
+  // Build graph
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    auto _dofs0 = dofmap0.cell_dofs(cell->index());
+    auto _dofs1 = dofmap1.cell_dofs(cell->index());
+
+    ArrayView<const dolfin::la_index> dofs0(_dofs0.size(), _dofs0.data());
+    ArrayView<const dolfin::la_index> dofs1(_dofs1.size(), _dofs1.data());
+
+    for (auto node0 = dofs0.begin(); node0 != dofs0.end(); ++node0)
+      for (auto node1 = dofs1.begin(); node1 != dofs1.end(); ++node1)
+        if (*node0 != *node1)
+          graph[*node0].insert(*node1);
+  }
+
+  return graph;
+}
+//-----------------------------------------------------------------------------
+Graph GraphBuilder::local_graph(const Mesh& mesh,
+                                const std::vector<std::size_t>& coloring_type)
+{
+  // Initialise mesh
+  for (std::size_t i = 0; i < coloring_type.size(); ++i)
+    mesh.init(coloring_type[i]);
+  for (std::size_t i = 1; i < coloring_type.size(); ++i)
+    mesh.init(coloring_type[i - 1], coloring_type[i]);
+
+  // Check coloring type
+  dolfin_assert(coloring_type.size() >= 2);
+  dolfin_assert(coloring_type.front() == coloring_type.back());
+
+  // Create graph
+  const std::size_t num_vertices = mesh.num_entities(coloring_type[0]);
+  Graph graph(num_vertices);
+
+  // Build graph
+  for (MeshEntityIterator vertex_entity(mesh, coloring_type[0]);
+       !vertex_entity.end(); ++vertex_entity)
+  {
+    const std::size_t vertex_entity_index = vertex_entity->index();
+
+    std::unordered_set<std::size_t> entity_list0;
+    std::unordered_set<std::size_t> entity_list1;
+    entity_list0.insert(vertex_entity_index);
+
+    // Build list of entities, moving between levels
+    for (std::size_t level = 1; level < coloring_type.size(); ++level)
+    {
+      for (std::unordered_set<std::size_t>::const_iterator entity_index
+             = entity_list0.begin(); entity_index != entity_list0.end();
+           ++entity_index)
+      {
+        const MeshEntity entity(mesh, coloring_type[level -1], *entity_index);
+        for (MeshEntityIterator neighbor(entity, coloring_type[level]);
+             !neighbor.end(); ++neighbor)
+        {
+          entity_list1.insert(neighbor->index());
+        }
+      }
+      entity_list0 = entity_list1;
+      entity_list1.clear();
+    }
+
+    // Add edges to graph
+    graph[vertex_entity_index].insert(entity_list0.begin(), entity_list0.end());
+  }
+
+  return graph;
+}
+//-----------------------------------------------------------------------------
+Graph GraphBuilder::local_graph(const Mesh& mesh,
+                                std::size_t dim0, std::size_t dim1)
+{
+  mesh.init(dim0);
+  mesh.init(dim1);
+  mesh.init(dim0, dim1);
+  mesh.init(dim1, dim0);
+
+  // Create graph
+  const std::size_t num_vertices = mesh.num_entities(dim0);
+  Graph graph(num_vertices);
+
+  // Build graph
+  for (MeshEntityIterator colored_entity(mesh, dim0); !colored_entity.end();
+       ++colored_entity)
+  {
+    const std::size_t colored_entity_index = colored_entity->index();
+    for (MeshEntityIterator entity(*colored_entity, dim1); !entity.end();
+         ++entity)
+    {
+      for (MeshEntityIterator neighbor(*entity, dim0); !neighbor.end();
+           ++neighbor)
+      {
+        if (colored_entity_index != neighbor->index())
+          graph[colored_entity_index].insert(neighbor->index());
+      }
+    }
+  }
+
+  return graph;
+}
+//-----------------------------------------------------------------------------
+std::pair<std::int32_t, std::int32_t>
+GraphBuilder::compute_dual_graph(const MPI_Comm mpi_comm,
+                                 const boost::multi_array<std::int64_t, 2>& cell_vertices,
+                                 const CellType& cell_type,
+                                 const std::int64_t num_global_vertices,
+                                 std::vector<std::vector<std::size_t>>& local_graph,
+                                 std::set<std::int64_t>& ghost_vertices)
+{
+  log(PROGRESS, "Build mesh dual graph");
+
+  // Compute local part of dual graph
+  FacetCellMap facet_cell_map;
+  std::int32_t num_local_edges = compute_local_dual_graph(mpi_comm, cell_vertices,
+                                                          cell_type, local_graph,
+                                                          facet_cell_map);
+
+  // Compute nonlocal part
+  std::int32_t num_nonlocal_edges
+    = compute_nonlocal_dual_graph(mpi_comm, cell_vertices, cell_type,
+                                  num_global_vertices, local_graph, facet_cell_map,
+                                  ghost_vertices);
+
+  // Shrink to fit
+  local_graph.shrink_to_fit();
+
+  return {num_local_edges, num_nonlocal_edges};
+}
+//-----------------------------------------------------------------------------
+std::int32_t GraphBuilder::compute_local_dual_graph(
+  const MPI_Comm mpi_comm,
+  const boost::multi_array<std::int64_t, 2>& cell_vertices,
+  const CellType& cell_type,
+  std::vector<std::vector<std::size_t>>& local_graph,
+  FacetCellMap& facet_cell_map)
+{
+  log(PROGRESS, "Build local part of mesh dual graph");
+
+  const std::int8_t tdim = cell_type.dim();
+  const std::int8_t num_entity_vertices = cell_type.num_vertices(tdim - 1);
+  switch (num_entity_vertices)
+  {
+  case 1:
+    return compute_local_dual_graph_keyed<1>(mpi_comm, cell_vertices,
+                                             cell_type, local_graph,
+                                             facet_cell_map);
+  case 2:
+    return compute_local_dual_graph_keyed<2>(mpi_comm, cell_vertices,
+                                             cell_type, local_graph,
+                                             facet_cell_map);
+    break;
+  case 3:
+    return compute_local_dual_graph_keyed<3>(mpi_comm, cell_vertices,
+                                             cell_type, local_graph,
+                                             facet_cell_map);
+  case 4:
+    return compute_local_dual_graph_keyed<4>(mpi_comm, cell_vertices,
+                                             cell_type, local_graph,
+                                             facet_cell_map);
+  default:
+    dolfin_error("GraphBuilder.cpp",
+                 "compute local part of dual graph",
+                 "Entities with %d vertices not supported",
+                 num_entity_vertices);
+    return 0;
+  }
+}
+//-----------------------------------------------------------------------------
+template<int N>
+std::int32_t GraphBuilder::compute_local_dual_graph_keyed(
+  const MPI_Comm mpi_comm,
+  const boost::multi_array<std::int64_t, 2>& cell_vertices,
+  const CellType& cell_type,
+  std::vector<std::vector<std::size_t>>& local_graph,
+  FacetCellMap& facet_cell_map)
+{
+  Timer timer("Compute local part of mesh dual graph");
+
+  const std::int8_t tdim = cell_type.dim();
+  const std::int32_t num_local_cells = cell_vertices.shape()[0];
+  const std::int8_t num_vertices_per_cell = cell_type.num_entities(0);
+  const std::int8_t num_facets_per_cell = cell_type.num_entities(tdim - 1);
+  const std::int8_t num_vertices_per_facet = cell_type.num_vertices(tdim - 1);
+
+  dolfin_assert(N == num_vertices_per_facet);
+  dolfin_assert(num_local_cells == (int) cell_vertices.shape()[0]);
+  dolfin_assert(num_vertices_per_cell == (int) cell_vertices.shape()[1]);
+
+  local_graph.resize(num_local_cells);
+  facet_cell_map.clear();
+
+  // Compute local edges (cell-cell connections) using global
+  // (internal to this function, not the user numbering) numbering
+
+  // Get offset for this process
+  const std::int64_t cell_offset = MPI::global_offset(mpi_comm, num_local_cells,
+                                                      true);
+
+  // Create map from cell vertices to entity vertices
+  boost::multi_array<unsigned int, 2>
+    facet_vertices(boost::extents[num_facets_per_cell][num_vertices_per_facet]);
+  std::vector<unsigned int> v(num_vertices_per_cell);
+  std::iota(v.begin(), v.end(), 0);
+  cell_type.create_entities(facet_vertices, tdim - 1, v.data());
+
+  // Vector-of-arrays data structure, which is considerably faster than
+  // vector-of-vectors.
+  std::vector<std::pair<std::array<std::int32_t, N>, std::int32_t>>
+    facets(num_facets_per_cell*num_local_cells);
+
+  // Iterate over all cells and build list of all facets (keyed on
+  // sorted vertex indices), with cell index attached
+  int counter = 0;
+  for (std::int32_t i = 0; i < num_local_cells; ++i)
+  {
+    // Iterate over facets of cell
+    for (std::int8_t j = 0; j < num_facets_per_cell; ++j)
+    {
+      // Get list of facet vertices
+      auto& facet = facets[counter].first;
+      for (std::int8_t k = 0; k < N; ++k)
+        facet[k] = cell_vertices[i][facet_vertices[j][k]];
+
+      // Sort facet vertices
+      std::sort(facet.begin(), facet.end());
+
+      // Attach local cell index
+      facets[counter].second = i;
+
+      // Increment facet counter
+      counter++;
+    }
+  }
+
+  // Sort facets
+  std::sort(facets.begin(), facets.end());
+
+  // Find maching facets by comparing facet i and facet i -1
+  std::size_t num_local_edges = 0;
+  for (std::size_t i = 1; i < facets.size(); ++i)
+  {
+    const int ii = i;
+    const int jj = i - 1;
+
+    const auto& facet0 = facets[jj].first;
+    const auto& facet1 = facets[ii].first;
+    const int cell_index0 = facets[jj].second;
+    if (std::equal(facet1.begin(), facet1.end(), facet0.begin()))
+    {
+      // Add edges (directed graph, so add both ways)
+      const int cell_index1 = facets[ii].second;
+      local_graph[cell_index0].push_back(cell_index1 + cell_offset);
+      local_graph[cell_index1].push_back(cell_index0 + cell_offset);
+
+      // Since we've just found a matching pair, the next pair cannot be
+      // matching, so advance 1
+      ++i;
+
+      // Increment number of local edges found
+      ++num_local_edges;
+    }
+    else
+    {
+      // No match, so add facet0 to map
+      //facet_cell_map.insert(facet_cell_map.end(), {std::vector<std::size_t>(facet0.begin(),
+      //    facet0.end()), cell_index0});
+      facet_cell_map.push_back({std::vector<std::size_t>(facet0.begin(),
+          facet0.end()), cell_index0});
+    }
+  }
+
+  // Add last facet, as it's not covered by the above loop. We could
+  // check it against the preceding facet, but it's easier to just
+  // insert it here
+  if (!facets.empty())
+  {
+    const int k = facets.size() - 1;
+    const int cell_index = facets[k].second;
+    facet_cell_map.push_back({std::vector<std::size_t>(facets[k].first.begin(),
+        facets[k].first.end()), cell_index});
+  }
+
+  return num_local_edges;
+}
+//-----------------------------------------------------------------------------
+std::int32_t GraphBuilder::compute_nonlocal_dual_graph(
+  const MPI_Comm mpi_comm,
+  const boost::multi_array<std::int64_t, 2>& cell_vertices,
+  const CellType& cell_type,
+  const std::int64_t num_global_vertices,
+  std::vector<std::vector<std::size_t>>& local_graph,
+  FacetCellMap& facet_cell_map,
+  std::set<std::int64_t>& ghost_vertices)
+{
+  log(PROGRESS, "Build nonlocal part of mesh dual graph");
+  Timer timer("Compute non-local part of mesh dual graph");
+
+  // Get number of MPI processes, and return if mesh is not distributed
+  const int num_processes = MPI::size(mpi_comm);
+  if (num_processes == 1)
+    return 0;
+
+  // At this stage facet_cell map only contains facets->cells with
+  // edge facets either interprocess or external boundaries
+
+  const int tdim = cell_type.dim();
+
+  // List of cell vertices
+  const std::int32_t num_local_cells = cell_vertices.shape()[0];
+  const std::int8_t num_vertices_per_cell = cell_type.num_entities(0);
+  const std::int8_t num_vertices_per_facet = cell_type.num_vertices(tdim - 1);
+
+  dolfin_assert(num_local_cells == (int) cell_vertices.shape()[0]);
+  dolfin_assert(num_vertices_per_cell == (int) cell_vertices.shape()[1]);
+
+  // Compute local edges (cell-cell connections) using global
+  // (internal to this function, not the user numbering) numbering
+
+  // Get offset for this process
+  const std::int64_t offset = MPI::global_offset(mpi_comm, num_local_cells,
+                                                 true);
+
+  // Send facet-cell map to intermediary match-making processes
+  std::vector<std::vector<std::size_t>> send_buffer(num_processes);
+  std::vector<std::vector<std::size_t>> received_buffer(num_processes);
+
+  // Pack map data and send to match-maker process
+  for (auto &it : facet_cell_map)
+  {
+    // FIXME: Could use a better index? First vertex is slightly
+    //        skewed towards low values - may not be important
+
+    // Use first vertex of facet to partition into blocks
+    const int dest_proc = MPI::index_owner(mpi_comm, (it.first)[0],
+                                           num_global_vertices);
+
+    // Pack map into vectors to send
+    send_buffer[dest_proc].insert(send_buffer[dest_proc].end(),
+                                  it.first.begin(), it.first.end());
+
+    // Add offset to cell numbers sent off process
+    send_buffer[dest_proc].push_back(it.second + offset);
+  }
+
+  // FIXME: This does not look memory scalable. Switch to 'post-office' model.
+  // Send data
+  MPI::all_to_all(mpi_comm, send_buffer, received_buffer);
+
+  // Clear send buffer
+  send_buffer = std::vector<std::vector<std::size_t>>(num_processes);
+
+  // Map to connect processes and cells, using facet as key
+  typedef boost::unordered_map<std::vector<std::size_t>,
+              std::pair<std::size_t, std::size_t>> MatchMap;
+  MatchMap matchmap;
+
+  // Look for matches to send back to other processes
+  std::pair<std::vector<std::size_t>,
+            std::pair<std::size_t, std::size_t>> key;
+  key.first.resize(num_vertices_per_facet);
+  for (int p = 0; p < num_processes; ++p)
+  {
+    // Unpack into map
+    const std::vector<std::size_t>& data_p = received_buffer[p];
+    for (auto it = data_p.begin(); it != data_p.end();
+         it += (num_vertices_per_facet + 1))
+    {
+      // Build map key
+      std::copy(it, it + num_vertices_per_facet, key.first.begin());
+      key.second.first = p;
+      key.second.second = *(it + num_vertices_per_facet);
+
+      // Perform map insertion/look-up
+      std::pair<MatchMap::iterator, bool> data = matchmap.insert(key);
+
+      // If data is already in the map, extract data and remove from
+      // map
+      if (!data.second)
+      {
+        // Found a match of two facets - send back to owners
+        const std::size_t proc1 = data.first->second.first;
+        const std::size_t proc2 = p;
+        const std::size_t cell1 = data.first->second.second;
+        const std::size_t cell2 = key.second.second;
+        send_buffer[proc1].push_back(cell1);
+        send_buffer[proc1].push_back(cell2);
+        send_buffer[proc2].push_back(cell2);
+        send_buffer[proc2].push_back(cell1);
+
+        // Remove facet - saves memory and search time
+        matchmap.erase(data.first);
+      }
+    }
+  }
+
+  // Send matches to other processes
+  std::vector<std::size_t> cell_list;
+  MPI::all_to_all(mpi_comm, send_buffer, cell_list);
+
+  // Clear ghost vertices
+  ghost_vertices.clear();
+
+  // Insert connected cells into local map
+  std::int32_t num_nonlocal_edges = 0;
+  for (std::size_t i = 0; i < cell_list.size(); i += 2)
+  {
+    dolfin_assert((std::int64_t) cell_list[i] >= offset);
+    dolfin_assert((std::int64_t)  (cell_list[i] - offset)
+                  < (std::int64_t) local_graph.size());
+
+    auto& edges = local_graph[cell_list[i] - offset];
+    auto it = std::find(edges.begin(), edges.end(), cell_list[i + 1]);
+    if (it == local_graph[cell_list[i] - offset].end())
+    {
+      edges.push_back(cell_list[i + 1]);
+      ++num_nonlocal_edges;
+    }
+    ghost_vertices.insert(cell_list[i + 1]);
+  }
+
+  return num_nonlocal_edges;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/graph/GraphBuilder.h b/dolfin/graph/GraphBuilder.h
new file mode 100644
index 0000000..e306f9d
--- /dev/null
+++ b/dolfin/graph/GraphBuilder.h
@@ -0,0 +1,113 @@
+// Copyright (C) 2010-2013 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-02-19
+// Last changed: 2013-01-16
+
+#ifndef __GRAPH_BUILDER_H
+#define __GRAPH_BUILDER_H
+
+#include <cstdint>
+#include <utility>
+#include <set>
+#include <boost/unordered_map.hpp>
+#include <vector>
+#include <boost/multi_array.hpp>
+#include <dolfin/common/MPI.h>
+#include "Graph.h"
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class CellType;
+  class GenericDofMap;
+  class Mesh;
+
+  /// This class builds a Graph corresponding to various objects
+
+  class GraphBuilder
+  {
+
+  public:
+
+    /// Build local graph from dofmap
+    static Graph local_graph(const Mesh& mesh, const GenericDofMap& dofmap0,
+                                               const GenericDofMap& dofmap1);
+
+    /// Build local graph from mesh (general version)
+    static Graph local_graph(const Mesh& mesh,
+                             const std::vector<std::size_t>& coloring_type);
+
+    /// Build local graph (specialized version)
+    static Graph local_graph(const Mesh& mesh, std::size_t dim0,
+                             std::size_t dim1);
+
+    /// Build distributed dual graph (cell-cell connections) from
+    /// minimal mesh data, and return (num local edges, num
+    /// non-local edges)
+    static
+      std::pair<std::int32_t, std::int32_t>
+      compute_dual_graph(const MPI_Comm mpi_comm,
+                         const boost::multi_array<std::int64_t, 2>& cell_vertices,
+                         const CellType& cell_type,
+                         const std::int64_t num_global_vertices,
+                         std::vector<std::vector<std::size_t>>& local_graph,
+                         std::set<std::int64_t>& ghost_vertices);
+  private:
+
+    friend class MeshPartitioning;
+
+    typedef std::vector<std::pair<std::vector<std::size_t>, std::int32_t>>
+      FacetCellMap;
+
+    // Compute local part of the dual graph, and return number of
+    // local edges in the graph (undirected)
+    static std::int32_t
+      compute_local_dual_graph(const MPI_Comm mpi_comm,
+                               const boost::multi_array<std::int64_t, 2>& cell_vertices,
+                               const CellType& cell_type,
+                               std::vector<std::vector<std::size_t>>& local_graph,
+                               FacetCellMap& facet_cell_map);
+
+    // Compute local part of the dual graph, and return number of
+    // local edges in the graph (undirected)
+    template<int N>
+    static std::int32_t
+      compute_local_dual_graph_keyed(const MPI_Comm mpi_comm,
+                                     const boost::multi_array<std::int64_t, 2>& cell_vertices,
+                                     const CellType& cell_type,
+                                     std::vector<std::vector<std::size_t>>& local_graph,
+                                     FacetCellMap& facet_cell_map);
+
+    // Build nonlocal part of dual graph for mesh and return number of
+    // non-local edges. Note: GraphBuilder::compute_local_dual_graph
+    // should be called before this function is called.
+    static std::int32_t
+      compute_nonlocal_dual_graph(const MPI_Comm mpi_comm,
+                                  const boost::multi_array<std::int64_t, 2>& cell_vertices,
+                                  const CellType& cell_type,
+                                  const std::int64_t num_global_vertices,
+                                  std::vector<std::vector<std::size_t>>& local_graph,
+                                  FacetCellMap& facet_cell_map,
+                                  std::set<std::int64_t>& ghost_vertices);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/graph/GraphColoring.cpp b/dolfin/graph/GraphColoring.cpp
new file mode 100644
index 0000000..e5df0fb
--- /dev/null
+++ b/dolfin/graph/GraphColoring.cpp
@@ -0,0 +1,58 @@
+// Copyright (C) 2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Johannes Ring 2011
+// Modified by Anders Logg 2011
+//
+// First added:  2011-02-21
+// Last changed: 2011-05-11
+
+// Included here to avoid a C++ problem with some MPI implementations
+#include <dolfin/common/MPI.h>
+
+#include <string>
+#include <dolfin/common/Array.h>
+#include <dolfin/log/log.h>
+#include <dolfin/parameter/GlobalParameters.h>
+#include "BoostGraphColoring.h"
+#include "Graph.h"
+#include "ZoltanInterface.h"
+#include "GraphColoring.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+std::size_t GraphColoring::compute_local_vertex_coloring(const Graph& graph,
+                                              std::vector<std::size_t>& colors)
+{
+  // Get coloring library from parameter system
+  const std::string colorer = parameters["graph_coloring_library"];
+
+  // Color mesh
+  if (colorer == "Boost")
+    return BoostGraphColoring::compute_local_vertex_coloring(graph, colors);
+  else if (colorer == "Zoltan")
+    return ZoltanInterface::compute_local_vertex_coloring(graph, colors);
+  else
+  {
+    dolfin_error("GraphColoring.cpp",
+                 "compute mesh coloring",
+                 "Unknown coloring type. Known types are \"Boost\" and \"Zoltan\"");
+    return 0;
+  }
+}
+//----------------------------------------------------------------------------
diff --git a/dolfin/graph/GraphColoring.h b/dolfin/graph/GraphColoring.h
new file mode 100644
index 0000000..3d42e7d
--- /dev/null
+++ b/dolfin/graph/GraphColoring.h
@@ -0,0 +1,47 @@
+// Copyright (C) 2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-02-21
+// Last changed:
+
+#ifndef __GRAPH_COLORING_H
+#define __GRAPH_COLORING_H
+
+
+#include <cstddef>
+#include <vector>
+#include "Graph.h"
+
+namespace dolfin
+{
+
+  /// This class provides a common interface to graph coloring libraries
+
+  class GraphColoring
+  {
+
+  public:
+
+    /// Compute vertex colors
+    static std::size_t
+      compute_local_vertex_coloring(const Graph& graph,
+                                    std::vector<std::size_t>& colors);
+
+  };
+}
+
+#endif
diff --git a/dolfin/graph/ParMETIS.cpp b/dolfin/graph/ParMETIS.cpp
new file mode 100644
index 0000000..c668c99
--- /dev/null
+++ b/dolfin/graph/ParMETIS.cpp
@@ -0,0 +1,446 @@
+// Copyright (C) 2008-2016 Niclas Jansson, Ola Skavhaug, Anders Logg,
+// Chris Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/log/log.h>
+#include <dolfin/mesh/CellType.h>
+#include <dolfin/parameter/GlobalParameters.h>
+#include "GraphBuilder.h"
+#include "ParMETIS.h"
+
+#ifdef HAS_PARMETIS
+#include <parmetis.h>
+#endif
+
+using namespace dolfin;
+
+
+#ifdef HAS_PARMETIS
+
+namespace
+{
+  // Create a dual graph from the cell-vertex topology using ParMETIS
+  // built in ParMETIS_V3_Mesh2Dual
+  CSRGraph<idx_t>
+  dual_graph(MPI_Comm mpi_comm,
+             const boost::multi_array<std::int64_t, 2>& cell_vertices,
+             const int num_vertices_per_cell)
+  {
+    Timer timer("Build mesh dual graph (ParMETIS)");
+
+    // ParMETIS data structures
+    std::vector<idx_t> elmdist, eptr, eind;
+
+    // Get number of processes and process number
+    const std::int32_t num_processes = dolfin::MPI::size(mpi_comm);
+
+    // Get dimensions of local mesh_data
+    const std::int32_t num_local_cells = cell_vertices.size();
+    const std::int32_t num_cell_vertices = num_vertices_per_cell;
+
+    // Check that number of local graph nodes (cells) is > 0
+    if (num_local_cells == 0)
+    {
+      dolfin_error("ParMETIS.cpp",
+                   "compute mesh partitioning using ParMETIS",
+                   "ParMETIS cannot be used if a process has no cells (graph nodes). Use SCOTCH to perform partitioning instead");
+    }
+
+    // Communicate number of cells on each process between all processors
+    std::vector<std::int32_t> num_cells;
+    dolfin::MPI::all_gather(mpi_comm, num_local_cells, num_cells);
+
+    // Build elmdist array with cell offsets for all processors
+    elmdist.assign(num_processes + 1, 0);
+    for (std::int32_t i = 1; i < num_processes + 1; ++i)
+      elmdist[i] = elmdist[i - 1] + num_cells[i - 1];
+
+    eptr.resize(num_local_cells + 1);
+    eind.assign(num_local_cells*num_cell_vertices, 0);
+    for (std::int32_t i = 0; i < num_local_cells; i++)
+    {
+      dolfin_assert((std::int32_t) cell_vertices[i].size() == num_cell_vertices);
+      eptr[i] = i*num_cell_vertices;
+      for (std::int32_t j = 0; j < num_cell_vertices; j++)
+        eind[eptr[i] + j] = cell_vertices[i][j];
+    }
+    eptr[num_local_cells] = num_local_cells*num_cell_vertices;
+
+    dolfin_assert(!eptr.empty());
+    dolfin_assert(!eind.empty());
+
+    // Number of nodes shared for dual graph (partition along facets)
+    idx_t ncommonnodes = num_cell_vertices - 1;
+
+    dolfin_assert(!eptr.empty());
+    dolfin_assert(!eind.empty());
+
+    // Could use GraphBuilder::compute_dual_graph() instead
+    Timer timer1("ParMETIS: call ParMETIS_V3_Mesh2Dual");
+    idx_t* xadj = NULL;
+    idx_t* adjncy = NULL;
+    idx_t numflag = 0;
+    int err = ParMETIS_V3_Mesh2Dual(elmdist.data(), eptr.data(), eind.data(),
+                                    &numflag, &ncommonnodes, &xadj, &adjncy,
+                                    &mpi_comm);
+    dolfin_assert(err == METIS_OK);
+    timer1.stop();
+
+    // Build graph
+    CSRGraph<idx_t> csr_graph(mpi_comm, xadj, adjncy, num_local_cells);
+
+    // Clean up ParMETIS
+    METIS_Free(xadj);
+    METIS_Free(adjncy);
+
+    return csr_graph;
+  }
+}
+
+//-----------------------------------------------------------------------------
+void ParMETIS::compute_partition(const MPI_Comm mpi_comm,
+                                 std::vector<int>& cell_partition,
+                                 std::map<std::int64_t, std::vector<int>>& ghost_procs,
+                                 const boost::multi_array<std::int64_t, 2>& cell_vertices,
+                                 const std::size_t num_global_vertices,
+                                 const CellType& cell_type,
+                                 const std::string mode)
+{
+  // Duplicate MPI communicator (ParMETIS does not take const
+  // arguments, so duplicate communicator to be sure it isn't changed)
+  dolfin::MPI::Comm comm(mpi_comm);
+
+  const std::int8_t tdim = cell_type.dim();
+  const std::int8_t num_vertices_per_cell = cell_type.num_vertices(tdim);
+
+  // Create data structures to hold graph (std::unique_ptr would be
+  // more appropriate here, but until std::make_unique is available a
+  // shared_ptr is more convenient)
+  std::shared_ptr<CSRGraph<idx_t>> csr_graph;
+
+  // Use ParMETIS or DOLFIN dual graph
+  bool use_parmetis_dual_graph = false;
+
+  if (use_parmetis_dual_graph)
+  {
+    // Build dual graph using ParMETIS builder
+    csr_graph = std::make_shared<CSRGraph<idx_t>>(dual_graph(mpi_comm, cell_vertices,
+                                                             num_vertices_per_cell));
+  }
+  else
+  {
+    // Compute dual graph with DOLFIN
+    std::vector<std::vector<std::size_t>> local_graph;
+    std::set<std::int64_t> ghost_vertices;
+    GraphBuilder::compute_dual_graph(mpi_comm, cell_vertices, cell_type,
+                                     num_global_vertices, local_graph,
+                                     ghost_vertices);
+
+    csr_graph = std::make_shared<CSRGraph<idx_t>>(mpi_comm, local_graph);
+
+  }
+
+  // Partition graph
+  dolfin_assert(csr_graph);
+  if (mode == "partition")
+    partition(comm.comm(), *csr_graph, cell_partition, ghost_procs);
+  else if (mode == "adaptive_repartition")
+    adaptive_repartition(comm.comm(), *csr_graph, cell_partition);
+  else if (mode == "refine")
+    refine(comm.comm(), *csr_graph, cell_partition);
+  else
+  {
+    dolfin_error("ParMETIS.cpp",
+                 "compute mesh partitioning using ParMETIS",
+                 "partition model %s is unknown. Must be \"partition\", \"adactive_partition\" or \"refine\"",
+                 mode.c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+template <typename T>
+void ParMETIS::partition(MPI_Comm mpi_comm, CSRGraph<T>& csr_graph,
+                         std::vector<int>& cell_partition,
+                         std::map<std::int64_t, std::vector<int>>& ghost_procs)
+{
+  Timer timer("Compute graph partition (ParMETIS)");
+
+  // Options for ParMETIS
+  idx_t options[3];
+  options[0] = 1;
+  options[1] = 0;
+  options[2] = 15;
+
+  // Number of partitions (one for each process)
+  idx_t nparts = dolfin::MPI::size(mpi_comm);
+
+  // Strange weight arrays needed by ParMETIS
+  idx_t ncon = 1;
+
+  // Prepare remaining arguments for ParMETIS
+  idx_t* elmwgt = NULL;
+  idx_t wgtflag = 0;
+  idx_t edgecut = 0;
+  idx_t numflag = 0;
+  std::vector<real_t> tpwgts(ncon*nparts, 1.0/static_cast<real_t>(nparts));
+  std::vector<real_t> ubvec(ncon, 1.05);
+
+  // Call ParMETIS to partition graph
+  Timer timer1("ParMETIS: call ParMETIS_V3_PartKway");
+  const std::int32_t num_local_cells = csr_graph.size();
+  std::vector<idx_t> part(num_local_cells);
+  dolfin_assert(!part.empty());
+  int err
+    = ParMETIS_V3_PartKway(csr_graph.node_distribution().data(),
+                           csr_graph.nodes().data(),
+                           csr_graph.edges().data(), elmwgt,
+                           NULL, &wgtflag, &numflag, &ncon, &nparts,
+                           tpwgts.data(), ubvec.data(), options,
+                           &edgecut, part.data(), &mpi_comm);
+  dolfin_assert(err == METIS_OK);
+  timer1.stop();
+
+  Timer timer2("Compute graph halo data (ParMETIS)");
+
+  // Work out halo cells for current division of dual graph
+  const auto& elmdist = csr_graph.node_distribution();
+  const auto& xadj = csr_graph.nodes();
+  const auto& adjncy = csr_graph.edges();
+  const std::int32_t num_processes = dolfin::MPI::size(mpi_comm);
+  const std::int32_t process_number = dolfin::MPI::rank(mpi_comm);
+  const idx_t elm_begin = elmdist[process_number];
+  const idx_t elm_end = elmdist[process_number + 1];
+  const std::int32_t ncells = elm_end - elm_begin;
+
+  std::map<idx_t, std::set<std::int32_t>> halo_cell_to_remotes;
+  // local indexing "i"
+  for(int i = 0; i < ncells; i++)
+  {
+    for(auto other_cell : csr_graph[i]) //idx_t j = xadj[i]; j != xadj[i + 1]; ++j)
+    {
+      //      const idx_t other_cell = adjncy[j];
+      if (other_cell < elm_begin || other_cell >= elm_end)
+      {
+        const int remote
+          = std::upper_bound(elmdist.begin(), elmdist.end(), other_cell)
+          - elmdist.begin() - 1;
+
+        dolfin_assert(remote < num_processes);
+        if (halo_cell_to_remotes.find(i) == halo_cell_to_remotes.end())
+          halo_cell_to_remotes[i] = std::set<std::int32_t>();
+        halo_cell_to_remotes[i].insert(remote);
+      }
+    }
+  }
+
+  // Do halo exchange of cell partition data
+  std::vector<std::vector<std::int64_t>> send_cell_partition(num_processes);
+  std::vector<std::int64_t> recv_cell_partition;
+  for(const auto& hcell : halo_cell_to_remotes)
+  {
+    for(auto proc : hcell.second)
+    {
+      dolfin_assert(proc < num_processes);
+
+      // global cell number
+      send_cell_partition[proc].push_back(hcell.first + elm_begin);
+
+      //partitioning
+      send_cell_partition[proc].push_back(part[hcell.first]);
+    }
+  }
+
+  // Actual halo exchange
+  dolfin::MPI::all_to_all(mpi_comm, send_cell_partition, recv_cell_partition);
+
+  // Construct a map from all currently foreign cells to their new
+  // partition number
+  std::map<std::int64_t, std::int32_t> cell_ownership;
+  for (auto p = recv_cell_partition.begin(); p != recv_cell_partition.end(); p += 2)
+  {
+    cell_ownership[*p] = *(p + 1);
+  }
+
+  // Generate mapping for where new boundary cells need to be sent
+  for(std::int32_t i = 0; i < ncells; i++)
+  {
+    const std::size_t proc_this = part[i];
+    for (idx_t j = xadj[i]; j < xadj[i + 1]; ++j)
+    {
+      const idx_t other_cell = adjncy[j];
+      std::size_t proc_other;
+
+      if (other_cell < elm_begin || other_cell >= elm_end)
+      { // remote cell - should be in map
+        const auto find_other_proc = cell_ownership.find(other_cell);
+        dolfin_assert(find_other_proc != cell_ownership.end());
+        proc_other = find_other_proc->second;
+      }
+      else
+        proc_other = part[other_cell - elm_begin];
+
+      if (proc_this != proc_other)
+      {
+        auto map_it = ghost_procs.find(i);
+        if (map_it == ghost_procs.end())
+        {
+          std::vector<std::int32_t> sharing_processes;
+          sharing_processes.push_back(proc_this);
+          sharing_processes.push_back(proc_other);
+          ghost_procs.insert({i, sharing_processes});
+        }
+        else
+        {
+          // Add to vector if not already there
+          auto it = std::find(map_it->second.begin(), map_it->second.end(), proc_other);
+          if (it == map_it->second.end())
+            map_it->second.push_back(proc_other);
+        }
+
+      }
+    }
+  }
+
+  timer2.stop();
+
+  // Copy cell partition data
+  cell_partition.assign(part.begin(), part.end());
+}
+//-----------------------------------------------------------------------------
+template <typename T>
+void ParMETIS::adaptive_repartition(MPI_Comm mpi_comm,
+                                    CSRGraph<T>& csr_graph,
+                                    std::vector<int>& cell_partition)
+{
+  Timer timer("Compute graph partition (ParMETIS Adaptive Repartition)");
+
+  // Options for ParMETIS
+  idx_t options[4];
+  options[0] = 1;
+  options[1] = 0;
+  options[2] = 15;
+  options[3] = PARMETIS_PSR_UNCOUPLED;
+  // For repartition, PARMETIS_PSR_COUPLED seems to suppress all
+  // migration if already balanced.  Try PARMETIS_PSR_UNCOUPLED for
+  // better edge cut.
+
+  Timer timer1("ParMETIS: call ParMETIS_V3_AdaptiveRepart");
+  const double itr = parameters["ParMETIS_repartitioning_weight"];
+  real_t _itr = itr;
+  std::vector<idx_t> part(csr_graph.size());
+  std::vector<idx_t> vsize(part.size(), 1);
+  dolfin_assert(!part.empty());
+
+  // Number of partitions (one for each process)
+  idx_t nparts = dolfin::MPI::size(mpi_comm);
+
+  // Remaining ParMETIS parameters
+  idx_t ncon = 1;
+  idx_t* elmwgt = NULL;
+  idx_t wgtflag = 0;
+  idx_t edgecut = 0;
+  idx_t numflag = 0;
+  std::vector<real_t> tpwgts(ncon*nparts, 1.0/static_cast<real_t>(nparts));
+  std::vector<real_t> ubvec(ncon, 1.05);
+
+  // Call ParMETIS to repartition graph
+  int err = ParMETIS_V3_AdaptiveRepart(csr_graph.node_distribution().data(),
+                                       csr_graph.nodes().data(),
+                                       csr_graph.edges().data(),
+                                       elmwgt, NULL, vsize.data(), &wgtflag,
+                                       &numflag, &ncon, &nparts,
+                                       tpwgts.data(), ubvec.data(), &_itr,
+                                       options, &edgecut, part.data(),
+                                       &mpi_comm);
+  dolfin_assert(err == METIS_OK);
+  timer1.stop();
+
+  // Copy cell partition data
+  cell_partition.assign(part.begin(), part.end());
+}
+//-----------------------------------------------------------------------------
+template<typename T>
+void ParMETIS::refine(MPI_Comm mpi_comm,
+                      CSRGraph<T>& csr_graph,
+                      std::vector<int>& cell_partition)
+{
+  Timer timer("Compute graph partition (ParMETIS Refine)");
+
+  // Get some MPI data
+  const std::int32_t process_number = dolfin::MPI::rank(mpi_comm);
+
+  // Options for ParMETIS
+  idx_t options[4];
+  options[0] = 1;
+  options[1] = 0;
+  options[2] = 15;
+  //options[3] = PARMETIS_PSR_UNCOUPLED;
+
+  // For repartition, PARMETIS_PSR_COUPLED seems to suppress all
+  // migration if already balanced.  Try PARMETIS_PSR_UNCOUPLED for
+  // better edge cut.
+
+  // Partitioning array to be computed by ParMETIS. Prefill with
+  // process_number.
+  const std::int32_t num_local_cells = csr_graph.size();
+  std::vector<idx_t> part(num_local_cells, process_number);
+  dolfin_assert(!part.empty());
+
+  // Number of partitions (one for each process)
+  idx_t nparts = dolfin::MPI::size(mpi_comm);
+  // Remaining ParMETIS parameters
+  idx_t ncon = 1;
+  idx_t* elmwgt = NULL;
+  idx_t wgtflag = 0;
+  idx_t edgecut = 0;
+  idx_t numflag = 0;
+  std::vector<real_t> tpwgts(ncon*nparts, 1.0/static_cast<real_t>(nparts));
+  std::vector<real_t> ubvec(ncon, 1.05);
+
+  // Call ParMETIS to partition graph
+  Timer timer1("ParMETIS: call ParMETIS_V3_RefineKway");
+  int err =  ParMETIS_V3_RefineKway(csr_graph.node_distribution().data(),
+                                    csr_graph.nodes().data(),
+                                    csr_graph.edges().data(),
+                                    elmwgt, NULL, &wgtflag, &numflag, &ncon,
+                                    &nparts,
+                                    tpwgts.data(), ubvec.data(), options,
+                                    &edgecut, part.data(), &mpi_comm);
+  dolfin_assert(err == METIS_OK);
+  timer1.stop();
+
+  // Copy cell partition data
+  cell_partition.assign(part.begin(), part.end());
+}
+//-----------------------------------------------------------------------------
+//-----------------------------------------------------------------------------
+#else
+void ParMETIS::compute_partition(const MPI_Comm mpi_comm,
+                                 std::vector<int>& cell_partition,
+                                 std::map<std::int64_t, std::vector<int>>& ghost_procs,
+                                 const boost::multi_array<std::int64_t, 2>& cell_vertices,
+                                 const std::size_t num_global_vertices,
+                                 const CellType& cell_type,
+                                 const std::string mode)
+{
+  dolfin_error("ParMETIS.cpp",
+               "compute mesh partitioning using ParMETIS",
+               "DOLFIN has been configured without support for ParMETIS");
+}
+//-----------------------------------------------------------------------------
+#endif
diff --git a/dolfin/graph/ParMETIS.h b/dolfin/graph/ParMETIS.h
new file mode 100644
index 0000000..deba730
--- /dev/null
+++ b/dolfin/graph/ParMETIS.h
@@ -0,0 +1,91 @@
+// Copyright (C) 2008-2009 Niclas Jansson, Ola Skavhaug, Anders Logg,
+// Garth N. Wells and Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __PARMETIS_PARTITIONER_H
+#define __PARMETIS_PARTITIONER_H
+
+#include <cstdint>
+#include <cstddef>
+#include <map>
+#include <string>
+#include <vector>
+#include <boost/multi_array.hpp>
+
+#include <dolfin/common/MPI.h>
+#include "CSRGraph.h"
+
+namespace dolfin
+{
+  class CellType;
+
+  /// This class provides an interface to ParMETIS
+
+  class ParMETIS
+  {
+  public:
+
+    /// Compute cell partition from local mesh data.  The output
+    /// vector cell_partition contains the desired destination process
+    /// numbers for each cell.  Cells shared on multiple processes
+    /// have an entry in ghost_procs pointing to the set of sharing
+    /// process numbers.  The mode argument determines which ParMETIS
+    /// function is called. It can be one of "partition",
+    /// "adaptive_repartition" or "refine". For meshes that have
+    /// already been partitioned or are already well partitioned, it
+    /// can be advantageous to use "adaptive_repartition" or "refine".
+    static void
+      compute_partition(const MPI_Comm mpi_comm,
+                        std::vector<int>& cell_partition,
+                        std::map<std::int64_t, std::vector<int>>& ghost_procs,
+                        const boost::multi_array<std::int64_t, 2>& cell_vertices,
+                        const std::size_t num_global_vertices,
+                        const CellType& cell_type,
+                        const std::string mode="partition");
+
+  private:
+
+#ifdef HAS_PARMETIS
+
+    // Standard ParMETIS partition. CSRGraph should be const, but
+    // ParMETIS accesses it non-const, so has to be non-const here
+    template <typename T>
+      static void partition(MPI_Comm mpi_comm,
+                            CSRGraph<T>& csr_graph,
+                            std::vector<int>& cell_partition,
+                            std::map<std::int64_t, std::vector<int>>& ghost_procs);
+
+    // ParMETIS adaptive repartition. CSRGraph should be const, but
+    // ParMETIS accesses it non-const, so has to be non-const here
+    template <typename T>
+      static void adaptive_repartition(MPI_Comm mpi_comm,
+                                       CSRGraph<T>& csr_graph,
+                                       std::vector<int>& cell_partition);
+
+    // ParMETIS refine repartition. CSRGraph should be const, but
+    // ParMETIS accesses it non-const, so has to be non-const here
+    template <typename T>
+      static void refine(MPI_Comm mpi_comm, CSRGraph<T>& csr_graph,
+                         std::vector<int>& cell_partition);
+#endif
+
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/graph/SCOTCH.cpp b/dolfin/graph/SCOTCH.cpp
new file mode 100644
index 0000000..7195731
--- /dev/null
+++ b/dolfin/graph/SCOTCH.cpp
@@ -0,0 +1,489 @@
+// Copyright (C) 2010-2013 Garth N. Wells, Anders Logg and Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2011
+// Modified by Chris Richardson 2013
+//
+// First added:  2010-02-10
+// Last changed: 2014-09-09
+
+#include <algorithm>
+#include <map>
+#include <numeric>
+#include <set>
+#include <string>
+
+#include <dolfin/common/Set.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/mesh/LocalMeshData.h>
+#include "CSRGraph.h"
+#include "GraphBuilder.h"
+#include "SCOTCH.h"
+
+#ifdef HAS_SCOTCH
+extern "C"
+{
+#include <stdint.h>
+#include <ptscotch.h>
+}
+#endif
+
+using namespace dolfin;
+
+#ifdef HAS_SCOTCH
+
+//-----------------------------------------------------------------------------
+void SCOTCH::compute_partition(const MPI_Comm mpi_comm,
+                               std::vector<int>& cell_partition,
+                               std::map<std::int64_t, std::vector<int>>& ghost_procs,
+                               const boost::multi_array<std::int64_t, 2>& cell_vertices,
+                               const std::vector<std::size_t>& cell_weight,
+                               const std::int64_t num_global_vertices,
+                               const std::int64_t num_global_cells,
+                               const CellType& cell_type)
+{
+
+
+  // Create data structures to hold graph
+  std::unique_ptr<CSRGraph<SCOTCH_Num>> csr_graph;
+  std::set<std::int64_t> ghost_vertices;
+
+  // Build dual graph. Use scoping to clean up memory
+  {
+    // Compute dual graph (for this parition)
+    std::vector<std::vector<std::size_t>> local_graph;
+    GraphBuilder::compute_dual_graph(mpi_comm, cell_vertices, cell_type,
+                                     num_global_vertices, local_graph,
+                                     ghost_vertices);
+
+    csr_graph.reset(new CSRGraph<SCOTCH_Num>(MPI_COMM_SELF,
+                                             local_graph));
+  }
+
+  // Compute partitions
+  dolfin_assert(csr_graph);
+  partition(mpi_comm, *csr_graph, cell_weight, ghost_vertices,
+            num_global_cells, cell_partition, ghost_procs);
+}
+//-----------------------------------------------------------------------------
+std::vector<int> SCOTCH::compute_gps(const Graph& graph, std::size_t num_passes)
+{
+  // Create strategy string for Gibbs-Poole-Stockmeyer ordering
+  std::string strategy = "g{pass= " + std::to_string(num_passes) + "}";
+
+  return compute_reordering(graph, strategy);
+}
+//-----------------------------------------------------------------------------
+std::vector<int> SCOTCH::compute_reordering(const Graph& graph,
+                                            std::string scotch_strategy)
+{
+  std::vector<int> permutation, inverse_permutation;
+  compute_reordering(graph, permutation, inverse_permutation, scotch_strategy);
+  return permutation;
+}
+//-----------------------------------------------------------------------------
+void SCOTCH::compute_reordering(const Graph& graph,
+                                std::vector<int>& permutation,
+                                std::vector<int>& inverse_permutation,
+                                std::string scotch_strategy)
+{
+  Timer timer("Compute SCOTCH graph re-ordering");
+
+  // Number of local graph vertices (cells)
+  const SCOTCH_Num vertnbr = graph.size();
+
+  // Data structures for graph input to SCOTCH (add 1 for case that
+  // graph size is zero)
+  std::vector<SCOTCH_Num> verttab;
+  verttab.reserve(vertnbr + 1);
+  std::vector<SCOTCH_Num> edgetab;
+  edgetab.reserve(20*vertnbr);
+
+  // Build local graph input for SCOTCH
+  // (number of local + ghost graph vertices (cells),
+  // number of local edges + edges connecting to ghost vertices)
+  SCOTCH_Num edgenbr = 0;
+  verttab.push_back(0);
+  Graph::const_iterator vertex;
+  for (vertex = graph.begin(); vertex != graph.end(); ++vertex)
+  {
+    edgenbr += vertex->size();
+    verttab.push_back(verttab.back() + vertex->size());
+    edgetab.insert(edgetab.end(), vertex->begin(), vertex->end());
+  }
+
+  // Shrink vectors to hopefully recover an unused memory
+  verttab.shrink_to_fit();
+  edgetab.shrink_to_fit();
+
+  // Create SCOTCH graph
+  SCOTCH_Graph scotch_graph;
+
+  // C-style array indexing
+  const SCOTCH_Num baseval = 0;
+
+  // Create SCOTCH graph and initialise
+  if (SCOTCH_graphInit(&scotch_graph) != 0)
+  {
+    dolfin_error("SCOTCH.cpp",
+                 "re-order graph using SCOTCH",
+                 "Error initializing SCOTCH graph");
+  }
+
+  // Build SCOTCH graph
+  Timer timer1("SCOTCH: call SCOTCH_graphBuild");
+  if (SCOTCH_graphBuild(&scotch_graph, baseval,
+                        vertnbr, &verttab[0], &verttab[1], NULL, NULL,
+                        edgenbr, &edgetab[0], NULL))
+  {
+    dolfin_error("SCOTCH.cpp",
+                 "partition mesh using SCOTCH",
+                 "Error building SCOTCH graph");
+  }
+  timer1.stop();
+
+  // Check graph data for consistency
+  /*
+  #ifdef DEBUG
+  if (SCOTCH_graphCheck(&scotch_graph))
+  {
+    dolfin_error("SCOTCH.cpp",
+                 "partition mesh using SCOTCH",
+                 "Consistency error in SCOTCH graph");
+  }
+  #endif
+  */
+
+  // Re-ordering strategy
+  SCOTCH_Strat strat;
+  SCOTCH_stratInit(&strat);
+
+  // Set SCOTCH strategy (if provided)
+  if (!scotch_strategy.empty())
+    SCOTCH_stratGraphOrder(&strat, scotch_strategy.c_str());
+
+  // Vector to hold permutation vectors
+  std::vector<SCOTCH_Num> permutation_indices(vertnbr);
+  std::vector<SCOTCH_Num> inverse_permutation_indices(vertnbr);
+
+  // Reset SCOTCH random number generator to produce deterministic
+  // partitions
+  SCOTCH_randomReset();
+
+  // Compute re-ordering
+  Timer timer2("SCOTCH: call SCOTCH_graphOrder");
+  if (SCOTCH_graphOrder(&scotch_graph, &strat, permutation_indices.data(),
+                        inverse_permutation_indices.data(), NULL, NULL, NULL))
+  {
+    dolfin_error("SCOTCH.cpp",
+                 "re-order graph using SCOTCH",
+                 "Error during re-ordering");
+  }
+  timer2.stop();
+
+  // Clean up SCOTCH objects
+  SCOTCH_graphExit(&scotch_graph);
+  SCOTCH_stratExit(&strat);
+
+  // Copy permutation vectors
+  permutation.resize(vertnbr);
+  inverse_permutation.resize(vertnbr);
+  std::copy(permutation_indices.begin(), permutation_indices.end(),
+            permutation.begin());
+  std::copy(inverse_permutation_indices.begin(),
+            inverse_permutation_indices.end(), inverse_permutation.begin());
+}
+//-----------------------------------------------------------------------------
+template<typename T>
+void SCOTCH::partition(
+  const MPI_Comm mpi_comm,
+  CSRGraph<T>& local_graph,
+  const std::vector<std::size_t>& node_weights,
+  const std::set<std::int64_t>& ghost_vertices,
+  const std::size_t num_global_vertices,
+  std::vector<int>& cell_partition,
+  std::map<std::int64_t, std::vector<int>>& ghost_procs)
+{
+  log(PROGRESS, "Compute graph partition using PT-SCOTCH");
+  Timer timer("Compute graph partition (SCOTCH)");
+
+  // C-style array indexing
+  const SCOTCH_Num baseval = 0;
+
+  // Number of processes
+  const std::size_t num_processes = MPI::size(mpi_comm);
+
+  // This process number
+  const std::size_t proc_num = MPI::rank(mpi_comm);
+
+  // Local data ---------------------------------
+
+  // Number of local graph vertices (cells)
+  const SCOTCH_Num vertlocnbr = local_graph.size();
+  const std::size_t vertgstnbr = vertlocnbr + ghost_vertices.size();
+
+  // Get graph data
+  std::vector<SCOTCH_Num>& edgeloctab = local_graph.edges();
+  std::vector<SCOTCH_Num>& vertloctab = local_graph.nodes();
+
+  // Global data ---------------------------------
+
+  // Number of local vertices (cells) on each process
+  std::vector<SCOTCH_Num> proccnttab;
+  const SCOTCH_Num local_graph_size = local_graph.size();
+  MPI::all_gather(mpi_comm, local_graph_size, proccnttab);
+
+  #ifdef DEBUG
+  // FIXME: explain this test
+  // Array containing . . . . (some sanity checks)
+  std::vector<std::size_t> procvrttab(num_processes + 1);
+  for (std::size_t i = 0; i < num_processes; ++i)
+  {
+    procvrttab[i] = std::accumulate(proccnttab.begin(),
+                                    proccnttab.begin() + i, (std::size_t) 0);
+  }
+  procvrttab[num_processes] = procvrttab[num_processes - 1]
+    + proccnttab[num_processes - 1];
+
+  // Sanity check
+  for (std::size_t i = 1; i <= proc_num; ++i)
+    dolfin_assert(procvrttab[i] >= (procvrttab[i - 1] + proccnttab[i - 1]));
+  #endif
+
+  // Create SCOTCH graph and initialise
+  SCOTCH_Dgraph dgrafdat;
+  if (SCOTCH_dgraphInit(&dgrafdat, mpi_comm) != 0)
+  {
+    dolfin_error("SCOTCH.cpp",
+                 "partition mesh using SCOTCH",
+                 "Error initializing SCOTCH graph");
+  }
+
+
+  // Handle cell weights (if any)
+  std::vector<SCOTCH_Num> vload;
+  if (!node_weights.empty())
+    vload.assign(node_weights.begin(), node_weights.end());
+
+  // Build SCOTCH distributed graph
+  Timer timer1("SCOTCH: call SCOTCH_dgraphBuild");
+  if (SCOTCH_dgraphBuild(&dgrafdat, baseval, vertlocnbr, vertlocnbr,
+                         vertloctab.data(), NULL, vload.data(), NULL,
+                         edgeloctab.size(), edgeloctab.size(),
+                         edgeloctab.data(), NULL, NULL) )
+  {
+    dolfin_error("SCOTCH.cpp",
+                 "partition mesh using SCOTCH",
+                 "Error building SCOTCH graph");
+  }
+  timer1.stop();
+
+  // Check graph data for consistency
+  #ifdef DEBUG
+  if (SCOTCH_dgraphCheck(&dgrafdat))
+  {
+    dolfin_error("SCOTCH.cpp",
+                 "partition mesh using SCOTCH",
+                 "Consistency error in SCOTCH graph");
+  }
+  #endif
+
+  // Number of partitions (set equal to number of processes)
+  const SCOTCH_Num npart = num_processes;
+
+  // Initialise partitioning strategy
+  SCOTCH_Strat strat;
+  SCOTCH_stratInit(&strat);
+
+  // Set SCOTCH strategy
+  //SCOTCH_stratDgraphMapBuild(&strat, SCOTCH_STRATDEFAULT, npart, npart, 0.05);
+  SCOTCH_stratDgraphMapBuild(&strat, SCOTCH_STRATSPEED, npart, npart, 0.05);
+  //SCOTCH_stratDgraphMapBuild(&strat, SCOTCH_STRATQUALITY, npart, npart, 0.05);
+  //SCOTCH_stratDgraphMapBuild(&strat, SCOTCH_STRATSCALABILITY, npart, npart, 0.15);
+
+  // Resize vector to hold cell partition indices with enough extra
+  // space for ghost cell partition information too When there are no
+  // nodes, vertgstnbr may be zero, and at least one dummy location
+  // must be created.
+  std::vector<SCOTCH_Num>
+    _cell_partition(std::max((std::size_t) 1, vertgstnbr), 0);
+
+  // Reset SCOTCH random number generator to produce deterministic
+  // partitions
+  SCOTCH_randomReset();
+
+  // Partition graph
+  Timer timer2("SCOTCH: call SCOTCH_dgraphPart");
+  if (SCOTCH_dgraphPart(&dgrafdat, npart, &strat, _cell_partition.data()))
+  {
+    dolfin_error("SCOTCH.cpp",
+                 "partition mesh using SCOTCH",
+                 "Error during partitioning");
+  }
+  timer2.stop();
+
+  /*
+  // Write SCOTCH strategy to file
+  if (dolfin::MPI::rank(MPI_COMM_WORLD) == 0)
+  {
+    FILE* fp;
+    fp = fopen("test.txt", "w");
+    SCOTCH_stratSave(&strat, fp);
+    fclose(fp);
+  }
+  */
+
+  // Exchange halo with cell_partition data for ghosts
+  // FIXME: check MPI type compatibility with SCOTCH_Num. Getting this
+  //        wrong will cause a SEGV
+  // FIXME: is there a better way to do this?
+  MPI_Datatype MPI_SCOTCH_Num;
+  if (sizeof(SCOTCH_Num) == 4)
+    MPI_SCOTCH_Num = MPI_INT;
+  else if (sizeof(SCOTCH_Num) == 8)
+    MPI_SCOTCH_Num = MPI_LONG_LONG_INT;
+
+  // Double check size is correct
+  int tsize;
+  MPI_Type_size(MPI_SCOTCH_Num, &tsize);
+  dolfin_assert(tsize == sizeof(SCOTCH_Num));
+
+  Timer timer3("SCOTCH: call SCOTCH_dgraphHalo");
+  if (SCOTCH_dgraphHalo(&dgrafdat, (void *)_cell_partition.data(),
+                        MPI_SCOTCH_Num))
+  {
+    dolfin_error("SCOTCH.cpp",
+                 "partition mesh using SCOTCH",
+                 "Error during halo exchange");
+  }
+  timer3.stop();
+
+  // Get SCOTCH's locally indexed graph
+  Timer timer4("Get SCOTCH graph data");
+  SCOTCH_Num* edge_ghost_tab;
+  SCOTCH_dgraphData(&dgrafdat,
+                    NULL, NULL, NULL, NULL, NULL, NULL,
+                    NULL, NULL, NULL, NULL, NULL, NULL, NULL,
+                    &edge_ghost_tab, NULL, (MPI_Comm *)&mpi_comm);
+  timer4.stop();
+
+  // Iterate through SCOTCH's local compact graph to find partition
+  // boundaries and save to map
+  Timer timer5("Extract partition boundaries from SCOTCH graph");
+  for(SCOTCH_Num i = 0; i < vertlocnbr; ++i)
+  {
+    const std::size_t proc_this =  _cell_partition[i];
+    for(SCOTCH_Num j = vertloctab[i]; j < vertloctab[i + 1]; ++j)
+    {
+      const std::size_t proc_other = _cell_partition[edge_ghost_tab[j]];
+      if(proc_this != proc_other)
+      {
+        auto map_it = ghost_procs.find(i);
+        if (map_it == ghost_procs.end())
+        {
+          std::vector<int> sharing_processes;
+
+          // Owning process always goes in first to vector
+          sharing_processes.push_back(proc_this);
+          sharing_processes.push_back(proc_other);
+          ghost_procs.insert(std::make_pair(i, sharing_processes));
+        }
+        else
+        {
+          // Add to vector if not already there
+          auto it = std::find(map_it->second.begin(), map_it->second.end(),
+                              proc_other);
+          if (it == map_it->second.end())
+            map_it->second.push_back(proc_other);
+        }
+      }
+    }
+  }
+  timer5.stop();
+
+  // Clean up SCOTCH objects
+  SCOTCH_dgraphExit(&dgrafdat);
+  SCOTCH_stratExit(&strat);
+
+  // Only copy the local nodes partition information. Ghost process
+  // data is already in the ghost_procs map
+  cell_partition.resize(vertlocnbr);
+  std::copy(_cell_partition.begin(), _cell_partition.begin() + vertlocnbr,
+            cell_partition.begin());
+}
+//-----------------------------------------------------------------------------
+#else
+//-----------------------------------------------------------------------------
+void SCOTCH::compute_partition(const MPI_Comm mpi_comm,
+                               std::vector<int>& cell_partition,
+                               std::map<std::int64_t, std::vector<int>>& ghost_procs,
+                               const boost::multi_array<std::int64_t, 2>& cell_vertices,
+                               const std::vector<std::size_t>& cell_weight,
+                               const std::int64_t num_global_vertices,
+                               const std::int64_t num_global_cells,
+                               const CellType& cell_type)
+{
+  dolfin_error("SCOTCH.cpp",
+               "partition mesh using SCOTCH",
+               "DOLFIN has been configured without support for SCOTCH");
+}
+//-----------------------------------------------------------------------------
+std::vector<int> SCOTCH::compute_gps(const Graph& graph, std::size_t num_passes)
+{
+  dolfin_error("SCOTCH.cpp",
+               "re-order graph using SCOTCH",
+               "DOLFIN has been configured without support for SCOTCH");
+  return std::vector<int>();
+}
+//-----------------------------------------------------------------------------
+std::vector<int>
+SCOTCH::compute_reordering(const Graph& graph, std::string scotch_strategy)
+{
+  dolfin_error("SCOTCH.cpp",
+               "re-order graph using SCOTCH",
+               "DOLFIN has been configured without support for SCOTCH");
+  return std::vector<int>();
+}
+//-----------------------------------------------------------------------------
+void SCOTCH::compute_reordering(const Graph& graph,
+                                std::vector<int>& permutation,
+                                std::vector<int>& inverse_permutation,
+                                std::string scotch_strategy)
+
+{
+  dolfin_error("SCOTCH.cpp",
+               "re-order graph using SCOTCH",
+               "DOLFIN has been configured without support for SCOTCH");
+}
+//-----------------------------------------------------------------------------
+template<typename T>
+void SCOTCH::partition(const MPI_Comm mpi_comm,
+                       CSRGraph<T>& local_graph,
+                       const std::vector<std::size_t>& node_weights,
+                       const std::set<std::int64_t>& ghost_vertices,
+                       const std::size_t num_global_vertices,
+                       std::vector<int>& cell_partition,
+                       std::map<std::int64_t, std::vector<int>>& ghost_procs)
+{
+  dolfin_error("SCOTCH.cpp",
+               "partition mesh using SCOTCH",
+               "DOLFIN has been configured without support for SCOTCH");
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/graph/SCOTCH.h b/dolfin/graph/SCOTCH.h
new file mode 100644
index 0000000..04803b8
--- /dev/null
+++ b/dolfin/graph/SCOTCH.h
@@ -0,0 +1,125 @@
+// Copyright (C) 2010-2013 Garth N. Wells and Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-02-10
+// Last changed: 2014-01-09
+
+#ifndef __SCOTCH_PARTITIONER_H
+#define __SCOTCH_PARTITIONER_H
+
+#include <cstddef>
+#include <cstdint>
+#include <map>
+#include <set>
+#include <string>
+#include <vector>
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/Set.h>
+#include "Graph.h"
+
+#include "CSRGraph.h"
+
+namespace dolfin
+{
+  // Forward declarations
+  class CellType;
+  class LocalMeshData;
+
+  /// This class provides an interface to SCOTCH-PT (parallel version)
+
+  class SCOTCH
+  {
+  public:
+
+    /// Compute cell partition from local mesh data.  The vector
+    /// cell_partition contains the desired destination process
+    /// numbers for each cell.  Cells shared on multiple processes
+    /// have an entry in ghost_procs pointing to the set of sharing
+    /// process numbers.
+    /// @param mpi_comm (MPI_Comm)
+    /// @param cell_partition (std::vector<int>)
+    /// @param ghost_procs (std::map<std::int64_t, std::vector<int>>)
+    /// @param cell_vertices (const boost::multi_array<std::int64_t, 2>)
+    /// @param cell_weight (const std::vector<std::size_t>)
+    /// @param num_global_vertices (const std::int64_t)
+    /// @param num_global_cells (const std::int64_t)
+    /// @param cell_type (const CellType)
+    ///
+    static void compute_partition(
+      const MPI_Comm mpi_comm,
+      std::vector<int>& cell_partition,
+      std::map<std::int64_t, std::vector<int>>& ghost_procs,
+      const boost::multi_array<std::int64_t, 2>& cell_vertices,
+      const std::vector<std::size_t>& cell_weight,
+      const std::int64_t num_global_vertices,
+      const std::int64_t num_global_cells,
+      const CellType& cell_type);
+
+    /// Compute reordering (map[old] -> new) using
+    /// Gibbs-Poole-Stockmeyer (GPS) re-ordering
+    /// @param graph (Graph)
+    ///   Input graph
+    /// @param num_passes (std::size_t)
+    ///   Number of passes to use in GPS algorithm
+    /// @return std::vector<int>
+    ///   Mapping from old to new nodes
+    static std::vector<int> compute_gps(const Graph& graph,
+                                        std::size_t num_passes=5);
+
+    /// Compute graph re-ordering
+    /// @param graph (Graph)
+    ///   Input graph
+    /// @param scotch_strategy (string)
+    ///   SCOTCH parameters
+    /// @return std::vector<int>
+    ///   Mapping from old to new nodes
+    static std::vector<int>
+      compute_reordering(const Graph& graph,
+                         std::string scotch_strategy="");
+
+    /// Compute graph re-ordering
+    /// @param graph (Graph)
+    /// @param permutation (std::vector<int>)
+    /// @param inverse_permutation (std::vector<int>)
+    /// @param scotch_strategy (std::string)
+    static
+      void compute_reordering(const Graph& graph,
+                              std::vector<int>& permutation,
+                              std::vector<int>& inverse_permutation,
+                              std::string scotch_strategy="");
+
+  private:
+
+    // Compute cell partitions from distributed dual graph. Note that
+    // local_graph is not const since we share the data with SCOTCH,
+    // and the SCOTCH interface is not const-correct.
+    template<typename T>
+    static void partition(
+      const MPI_Comm mpi_comm,
+      CSRGraph<T>& local_graph,
+      const std::vector<std::size_t>& node_weights,
+      const std::set<std::int64_t>& ghost_vertices,
+      const std::size_t num_global_vertices,
+      std::vector<int>& cell_partition,
+      std::map<std::int64_t, std::vector<int>>& ghost_procs);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/graph/ZoltanInterface.cpp b/dolfin/graph/ZoltanInterface.cpp
new file mode 100644
index 0000000..1e3b365
--- /dev/null
+++ b/dolfin/graph/ZoltanInterface.cpp
@@ -0,0 +1,180 @@
+// Copyright (C) 2010 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2011
+//
+// First added:  2010-11-16
+// Last changed: 2011-11-14
+
+// Included here to avoid a C++ problem with some MPI implementations
+#include <dolfin/common/MPI.h>
+
+#include <unordered_set>
+#include <boost/foreach.hpp>
+#include "dolfin/common/Timer.h"
+#include "dolfin/log/log.h"
+#include "Graph.h"
+#include "ZoltanInterface.h"
+
+using namespace dolfin;
+
+#ifdef HAS_TRILINOS
+//-----------------------------------------------------------------------------
+std::size_t
+ZoltanInterface::compute_local_vertex_coloring(const Graph& graph,
+                                               std::vector<std::size_t>& colors)
+{
+  // Create Zoltan graph wrapper
+  ZoltanGraphInterface zoltan_graph(graph);
+
+  // Initialise Zoltan
+  float version;
+  int argc = 0;
+  char** argv = NULL;
+  Zoltan_Initialize(argc, argv, &version);
+
+  // Create Zoltan object (local)
+  Zoltan zoltan(MPI_COMM_SELF);
+
+  // Set parameters
+  zoltan.Set_Param( "NUM_GID_ENTRIES", "1");  // global ID is single integer
+  zoltan.Set_Param( "NUM_LID_ENTRIES", "1");  // local ID is single integer
+  zoltan.Set_Param( "SUPERSTEP_SIZE", "1000");
+  //zoltan.Set_Param( "COLORING_ORDER", "U");
+
+  // Set call-back functions
+  zoltan.Set_Num_Obj_Fn(ZoltanInterface::ZoltanGraphInterface::get_number_of_objects, &zoltan_graph);
+  zoltan.Set_Obj_List_Fn(ZoltanInterface::ZoltanGraphInterface::get_object_list, &zoltan_graph);
+  zoltan.Set_Num_Edges_Multi_Fn(ZoltanInterface::ZoltanGraphInterface::get_number_edges, &zoltan_graph);
+  zoltan.Set_Edge_List_Multi_Fn(ZoltanInterface::ZoltanGraphInterface::get_all_edges, &zoltan_graph);
+
+  // Create array for global ids that should be re-ordered
+  std::vector<ZOLTAN_ID_TYPE> global_ids(graph.size());
+  for (std::size_t i = 0; i < global_ids.size(); ++i)
+    global_ids[i] = i;
+
+  // Call Zoltan function to compute coloring
+  int num_id = 1;
+  std::vector<int> _colors(graph.size());
+  int rc = zoltan.Color(num_id, graph.size(), global_ids.data(),
+                        _colors.data());
+  if (rc != ZOLTAN_OK)
+  {
+    dolfin_error("ZoltanInterface.cpp",
+                 "color mesh using Zoltan",
+                 "Call to Zoltan failed");
+  }
+
+  // Copy colors and convert to base zero
+  colors.resize(_colors.size());
+  for (std::size_t i = 0; i < colors.size(); ++i)
+    colors[i] = _colors[i] - 1;
+
+  // Count number of unique colors
+  const std::set<std::size_t> colors_set(colors.begin(), colors.end());
+
+  return colors_set.size();
+}
+//-----------------------------------------------------------------------------
+#else
+std::size_t ZoltanInterface::compute_local_vertex_coloring(const Graph& graph,
+                                                           std::vector<std::size_t>& colors)
+{
+  dolfin_error("ZoltanInterface.cpp",
+               "color mesh using Zoltan",
+               "DOLFIN has been configured without support for Zoltan from Trilinos");
+  return 0;
+}
+#endif
+//-----------------------------------------------------------------------------
+//-----------------------------------------------------------------------------
+#ifdef HAS_TRILINOS
+ZoltanInterface::ZoltanGraphInterface::ZoltanGraphInterface(const Graph& graph)
+    : _graph(graph)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void ZoltanInterface::ZoltanGraphInterface::num_vertex_edges(unsigned int* num_edges) const
+{
+  dolfin_assert(num_edges);
+
+  // Compute number of edges from each graph node
+  for (std::size_t i = 0; i < _graph.size(); ++i)
+    num_edges[i] = _graph[i].size();
+}
+//-----------------------------------------------------------------------------
+//-----------------------------------------------------------------------------
+int ZoltanInterface::ZoltanGraphInterface::get_number_of_objects(void* data,
+                                                                 int* ierr)
+{
+  ZoltanGraphInterface *objs = (ZoltanGraphInterface *)data;
+  *ierr = ZOLTAN_OK;
+  return objs->_graph.size();
+}
+//-----------------------------------------------------------------------------
+void ZoltanInterface::ZoltanGraphInterface::get_object_list(void *data,
+                                   int sizeGID, int sizeLID,
+                                   ZOLTAN_ID_PTR global_id,
+                                   ZOLTAN_ID_PTR local_id, int wgt_dim,
+                                   float* obj_wgts, int* ierr)
+{
+  ZoltanGraphInterface *objs = (ZoltanGraphInterface *)data;
+  *ierr = ZOLTAN_OK;
+  for (std::size_t i = 0; i< objs->_graph.size(); i++)
+  {
+    global_id[i] = i;
+    local_id[i]  = i;
+  }
+}
+//-----------------------------------------------------------------------------
+void ZoltanInterface::ZoltanGraphInterface::get_number_edges(void *data,
+                                    int num_gid_entries,
+                                    int num_lid_entries,
+                                    int num_obj, ZOLTAN_ID_PTR global_ids,
+                                    ZOLTAN_ID_PTR local_ids, int *num_edges,
+                                    int *ierr)
+{
+  ZoltanGraphInterface *objs = (ZoltanGraphInterface *)data;
+  objs->num_vertex_edges(reinterpret_cast<unsigned int*>(num_edges));
+}
+//-----------------------------------------------------------------------------
+void ZoltanInterface::ZoltanGraphInterface::get_all_edges(void* data,
+                                 int num_gid_entries,
+                                 int num_lid_entries, int num_obj,
+                                 ZOLTAN_ID_PTR global_ids,
+                                 ZOLTAN_ID_PTR local_ids,
+                                 int* num_edges,
+                                 ZOLTAN_ID_PTR nbor_global_id,
+                                 int* nbor_procs, int wgt_dim,
+                                 float* ewgts, int* ierr)
+{
+  ZoltanGraphInterface *objs = (ZoltanGraphInterface *)data;
+
+  // Get graph
+  const Graph graph = objs->_graph;
+
+  unsigned int entry = 0;
+  for (unsigned int i = 0; i < graph.size(); ++i)
+  {
+    dolfin_assert(graph[i].size() == (unsigned int) num_edges[i]);
+    for (std::unordered_set<unsigned int>::value_type edge : graph[i])
+      nbor_global_id[entry++] = edge;
+  }
+}
+//-----------------------------------------------------------------------------
+#endif
diff --git a/dolfin/graph/ZoltanInterface.h b/dolfin/graph/ZoltanInterface.h
new file mode 100644
index 0000000..024ca57
--- /dev/null
+++ b/dolfin/graph/ZoltanInterface.h
@@ -0,0 +1,100 @@
+// Copyright (C) 2010 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-11-16
+// Last changed:
+
+#ifndef __DOLFIN_ZOLTAN_GRAPH_COLORING_H
+#define __DOLFIN_ZOLTAN_GRAPH_COLORING_H
+
+#include <vector>
+
+#ifdef HAS_TRILINOS
+#include <zoltan_cpp.h>
+#endif
+
+#include "Graph.h"
+
+namespace dolfin
+{
+
+  class Mesh;
+
+  /// This class colors a graph using Zoltan (part of Trilinos). It is designed
+  /// to work on a single process.
+
+  class ZoltanInterface
+  {
+
+  public:
+
+    /// Compute vertex colors
+    static std::size_t
+      compute_local_vertex_coloring(const Graph& graph,
+                                    std::vector<std::size_t>& colors);
+
+  private:
+
+    #ifdef HAS_TRILINOS
+    class ZoltanGraphInterface
+    {
+
+      public:
+
+      /// Constructor
+      ZoltanGraphInterface(const Graph& graph);
+
+      private:
+
+      // Graph object
+      const Graph& _graph;
+
+      public:
+
+      /// Number of edges from each vertex
+      void num_vertex_edges(unsigned int* num_edges) const;
+
+      // Zoltan call-back functions
+      static int get_number_of_objects(void* data, int* ierr);
+
+      static void get_object_list(void* data, int sizeGID, int sizeLID,
+                                  ZOLTAN_ID_PTR globalID,
+                                  ZOLTAN_ID_PTR localID, int wgt_dim,
+                                  float* obj_wgts, int* ierr);
+
+      static void get_number_edges(void* data, int num_gid_entries,
+                                   int num_lid_entries,
+                                   int num_obj, ZOLTAN_ID_PTR global_ids,
+                                   ZOLTAN_ID_PTR local_ids, int* num_edges,
+                                   int* ierr);
+
+      static void get_all_edges(void* data, int num_gid_entries,
+                                int num_lid_entries, int num_obj,
+                                ZOLTAN_ID_PTR global_ids,
+                                ZOLTAN_ID_PTR local_ids,
+                                int* num_edges,
+                                ZOLTAN_ID_PTR nbor_global_id,
+                                int* nbor_procs, int wgt_dim,
+                                float* ewgts, int* ierr);
+
+    };
+    #endif
+
+  };
+}
+
+#endif
diff --git a/dolfin/graph/dolfin_graph.h b/dolfin/graph/dolfin_graph.h
new file mode 100644
index 0000000..880c40c
--- /dev/null
+++ b/dolfin/graph/dolfin_graph.h
@@ -0,0 +1,11 @@
+#ifndef __DOLFIN_GRAPH_H
+#define __DOLFIN_GRAPH_H
+
+// DOLFIN graph interface
+
+#include <dolfin/graph/Graph.h>
+#include <dolfin/graph/GraphBuilder.h>
+#include <dolfin/graph/BoostGraphOrdering.h>
+#include <dolfin/graph/SCOTCH.h>
+
+#endif
diff --git a/dolfin/io/CMakeLists.txt b/dolfin/io/CMakeLists.txt
new file mode 100644
index 0000000..ee4de99
--- /dev/null
+++ b/dolfin/io/CMakeLists.txt
@@ -0,0 +1,55 @@
+set(HEADERS
+  base64.h
+  dolfin_io.h
+  Encoder.h
+  File.h
+  GenericFile.h
+  HDF5Attribute.h
+  HDF5File.h
+  HDF5Interface.h
+  HDF5Utility.h
+  RAWFile.h
+  SVGFile.h
+  VTKFile.h
+  VTKWriter.h
+  X3DFile.h
+  X3DOM.h
+  XDMFFile.h
+  XMLArray.h
+  XMLFile.h
+  XMLFunctionData.h
+  XMLMeshFunction.h
+  XMLMesh.h
+  XMLMeshValueCollection.h
+  XMLParameters.h
+  XMLTable.h
+  xmlutils.h
+  XMLVector.h
+  XYZFile.h
+  PARENT_SCOPE)
+
+set(SOURCES
+  base64.cpp
+  File.cpp
+  GenericFile.cpp
+  HDF5Attribute.cpp
+  HDF5File.cpp
+  HDF5Interface.cpp
+  HDF5Utility.cpp
+  pugixml.cpp
+  RAWFile.cpp
+  SVGFile.cpp
+  VTKFile.cpp
+  VTKWriter.cpp
+  X3DFile.cpp
+  X3DOM.cpp
+  XDMFFile.cpp
+  XMLFile.cpp
+  XMLFunctionData.cpp
+  XMLMesh.cpp
+  XMLParameters.cpp
+  XMLTable.cpp
+  xmlutils.cpp
+  XMLVector.cpp
+  XYZFile.cpp
+  PARENT_SCOPE)
diff --git a/dolfin/io/Encoder.h b/dolfin/io/Encoder.h
new file mode 100644
index 0000000..984d147
--- /dev/null
+++ b/dolfin/io/Encoder.h
@@ -0,0 +1,96 @@
+// Copyright (C) 2009 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2011
+//
+// First added:  2009-08-11
+// Last changed: 2011-11-14
+
+#ifndef __ENCODER_H
+#define __ENCODER_H
+
+#ifdef HAS_ZLIB
+#include <zlib.h>
+extern "C"
+{
+  int compress(Bytef *dest, uLongf *destLen, const Bytef *source, uLong sourceLen);
+}
+#endif
+
+#include <sstream>
+#include <vector>
+#include <utility>
+#include "base64.h"
+
+namespace dolfin
+{
+
+  /// This class provides tools for encoding and compressing streams
+  /// for use in output files
+
+  /// We cheating in some functions by relying on std::vector data being
+  /// contiguous in memory. This will be part of the upcoming C++ standard.
+
+  namespace Encoder
+  {
+    template<typename T>
+    static void encode_base64(const T* data, std::size_t length,
+                              std::stringstream& encoded_data)
+    {
+      encoded_data << base64_encode((const unsigned char*) &data[0],
+                                    length*sizeof(T));
+    }
+
+    template<typename T>
+    static void encode_base64(const std::vector<T>& data,
+                              std::stringstream& encoded_data)
+    {
+      encoded_data << base64_encode((const unsigned char*) &data[0],
+                                    data.size()*sizeof(T));
+    }
+
+    #ifdef HAS_ZLIB
+    template<typename T>
+    static std::vector<unsigned char> compress_data(const std::vector<T>& data)
+    {
+      // Compute length of uncompressed data
+      const unsigned long uncompressed_size = data.size()*sizeof(T);
+
+      // Compute maximum length of compressed data
+      unsigned long compressed_size = (uncompressed_size + (((uncompressed_size)/1000)+1)+12);;
+
+      // Allocate space for compressed data
+      std::vector<unsigned char> compressed_data(compressed_size);
+
+      // Compress data
+      if (compress((Bytef*) compressed_data.data(), &compressed_size,
+                   (const Bytef*) data.data(), uncompressed_size) != Z_OK)
+      {
+        dolfin_error("Encoder.h",
+                     "compress data when writing file",
+                     "Zlib error while compressing data");
+      }
+
+      // Return data
+      return compressed_data;
+    }
+    #endif
+
+  }
+}
+
+#endif
diff --git a/dolfin/io/File.cpp b/dolfin/io/File.cpp
new file mode 100644
index 0000000..7ad5a74
--- /dev/null
+++ b/dolfin/io/File.cpp
@@ -0,0 +1,216 @@
+// Copyright (C) 2002-2011 Johan Hoffman, Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <clocale>
+#include <fstream>
+#include <string>
+#include <boost/filesystem.hpp>
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/log/log.h>
+#include "RAWFile.h"
+#include "SVGFile.h"
+#include "VTKFile.h"
+#include "X3DFile.h"
+#include "XMLFile.h"
+#include "XYZFile.h"
+
+#include "File.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+File::File(const std::string filename, std::string encoding)
+  : File(MPI_COMM_WORLD, filename, encoding)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+File::File(MPI_Comm comm, const std::string filename, std::string encoding)
+  : _mpi_comm(comm)
+{
+  init(comm, filename, encoding);
+}
+//-----------------------------------------------------------------------------
+File::File(const std::string filename, Type type, std::string encoding)
+  : File(MPI_COMM_WORLD, filename, type, encoding)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+File::File(MPI_Comm comm, const std::string filename, Type type,
+           std::string encoding) : _mpi_comm(comm)
+{
+  init(comm, filename, type, encoding);
+}
+//-----------------------------------------------------------------------------
+File::File(std::ostream& outstream) : _mpi_comm(MPI_COMM_SELF)
+{
+  _file.reset(new XMLFile(outstream));
+}
+//-----------------------------------------------------------------------------
+File::~File()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void File::operator<<(const std::pair<const Mesh*, double> mesh)
+{
+  _file->_write(_mpi_comm.rank());
+  _file->write(*mesh.first, mesh.second);
+}
+//-----------------------------------------------------------------------------
+void File::operator<<(const std::pair<const MeshFunction<int>*, double> f)
+{
+  _file->_write(_mpi_comm.rank());
+  _file->write(*f.first, f.second);
+}
+//-----------------------------------------------------------------------------
+void
+File::operator<<(const std::pair<const MeshFunction<std::size_t>*, double> f)
+{
+  _file->_write(_mpi_comm.rank());
+  _file->write(*f.first, f.second);
+}
+//-----------------------------------------------------------------------------
+void File::operator<<(const std::pair<const MeshFunction<double>*, double> f)
+{
+  _file->_write(_mpi_comm.rank());
+  _file->write(*f.first, f.second);
+}
+//-----------------------------------------------------------------------------
+void File::operator<<(const std::pair<const MeshFunction<bool>*, double> f)
+{
+  _file->_write(_mpi_comm.rank());
+  _file->write(*f.first, f.second);
+}
+//-----------------------------------------------------------------------------
+void File::operator<<(const std::pair<const Function*, double> u)
+{
+  _file->_write(_mpi_comm.rank());
+  _file->write(*u.first, u.second);
+}
+//-----------------------------------------------------------------------------
+bool File::exists(std::string filename)
+{
+  std::ifstream file(filename.c_str());
+  if (!file.is_open())
+    return false;
+  else
+  {
+    file.close();
+    return true;
+  }
+}
+//-----------------------------------------------------------------------------
+void File::create_parent_path(std::string filename)
+{
+  const boost::filesystem::path path(filename);
+  if (path.has_parent_path()
+      && !boost::filesystem::is_directory(path.parent_path()))
+  {
+    boost::filesystem::create_directories(path.parent_path());
+    if (!boost::filesystem::is_directory(path.parent_path()))
+    {
+      dolfin_error("File.cpp",
+                   "open file",
+                   "Could not create directory \"%s\"",
+                   path.parent_path().string().c_str());
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void File::init(MPI_Comm comm, const std::string filename,
+                std::string encoding)
+{
+  // Make sure locale is set to "C". This prevents spurious bugs in converting
+  // from string to double. See DOLFIN Issue #498.
+  std::setlocale(LC_ALL, "C");
+
+  // Create parent path for file if file has a parent path
+  create_parent_path(filename);
+
+  // Get file path and extension
+  const boost::filesystem::path path(filename);
+  const std::string extension = boost::filesystem::extension(path);
+
+  // Choose format based on extension
+  if (extension == ".gz")
+  {
+    // Get suffix after discarding .gz
+    const std::string ext =
+      boost::filesystem::extension(boost::filesystem::basename(path));
+    if (ext == ".xml")
+      _file.reset(new XMLFile(comm, filename));
+    else
+    {
+      dolfin_error("File.cpp",
+                   "open file",
+                   "Unknown file type (\"%s\") for file \"%s\"",
+                   ext.c_str(), filename.c_str());
+    }
+  }
+  else if (extension == ".x3d")
+    _file.reset(new X3DFile(filename));
+  else if (extension == ".xml")
+    _file.reset(new XMLFile(comm, filename));
+  else if (extension == ".pvd")
+    _file.reset(new VTKFile(filename, encoding));
+  else if (extension == ".raw")
+    _file.reset(new RAWFile(filename));
+  else if (extension == ".xyz")
+    _file.reset(new XYZFile(filename));
+  else if (extension == ".svg")
+    _file.reset(new SVGFile(filename));
+  else
+  {
+    dolfin_error("File.cpp",
+                 "open file",
+                 "Unknown file type (\"%s\") for file \"%s\"",
+                 extension.c_str(), filename.c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+void File::init(MPI_Comm comm, const std::string filename, Type type,
+                std::string encoding)
+{
+  switch (type)
+  {
+  case Type::x3d:
+    _file.reset(new X3DFile(filename));
+    break;
+  case Type::xml:
+    _file.reset(new XMLFile(comm, filename));
+    break;
+  case Type::vtk:
+    _file.reset(new VTKFile(filename, encoding));
+    break;
+  case Type::raw:
+    _file.reset(new RAWFile(filename));
+    break;
+  case Type::xyz:
+    _file.reset(new XYZFile(filename));
+    break;
+  default:
+    dolfin_error("File.cpp",
+                 "open file",
+                 "Unknown file type (\"%d\") for file \"%s\"",
+                 type, filename.c_str());
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/io/File.h b/dolfin/io/File.h
new file mode 100644
index 0000000..aad3424
--- /dev/null
+++ b/dolfin/io/File.h
@@ -0,0 +1,288 @@
+// Copyright (C) 2002-2012 Johan Hoffman, Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __FILE_H
+#define __FILE_H
+
+#include <memory>
+#include <ostream>
+#include <string>
+#include <utility>
+#include <dolfin/common/MPI.h>
+#include "GenericFile.h"
+
+namespace dolfin
+{
+
+  /// A File represents a data file for reading and writing objects.
+  /// Unless specified explicitly, the format is determined by the
+  /// file name suffix.
+
+  /// A list of objects that can be read/written to file can be found in
+  /// GenericFile.h. Compatible file formats include:
+  ///     * Binary (.bin)
+  ///     * RAW    (.raw)
+  ///     * SVG    (.svg)
+  ///     * XD3    (.xd3)
+  ///     * XML    (.xml)
+  ///     * XYZ    (.xyz)
+  ///     * VTK    (.pvd)
+
+  class File
+  {
+  public:
+
+    /// File formats
+    enum class Type {x3d, xml, vtk, raw, xyz, binary, svg};
+
+    /// Create a file with given name
+    ///
+    /// *Arguments*
+    ///     filename (std::string)
+    ///         Name of file.
+    ///     encoding (std::string)
+    ///         Optional argument specifying encoding, ASCII is default.
+    ///
+    /// *Example*
+    ///    .. code-block:: c++
+    ///
+    ///         // Save solution to file
+    ///         File file("solution.pvd");
+    ///         file << u;
+    ///
+    ///         // Read mesh data from file
+    ///         File mesh_file("mesh.xml");
+    ///         mesh_file >> mesh;
+    ///
+    ///         // Using compressed binary format
+    ///         File comp_file("solution.pvd", "compressed");
+    ///
+    File(const std::string filename, std::string encoding="ascii");
+
+    /// Create a file with given name with MPI communicator
+    ///
+    /// *Arguments*
+    ///     communicator (MPI_Comm)
+    ///         The MPI communicator.
+    ///     filename (std::string)
+    ///         Name of file.
+    ///     encoding (std::string)
+    ///         Optional argument specifying encoding, ascii is default.
+    ///
+    /// *Example*
+    ///    .. code-block:: c++
+    ///
+    ///         // Save solution to file
+    ///         File file(u.mesh()->mpi_comm(), "solution.pvd");
+    ///         file << u;
+    ///
+    ///         // Read mesh data from file
+    ///         File mesh_file(MPI_COMM_WORLD, "mesh.xml");
+    ///         mesh_file >> mesh;
+    ///
+    ///         // Using compressed binary format
+    ///         File comp_file(u.mesh()->mpi_comm(), "solution.pvd",
+    ///                        "compressed");
+    ///
+    File(MPI_Comm comm, const std::string filename,
+         std::string encoding="ascii");
+
+    /// Create a file with given name and type (format)
+    ///
+    /// *Arguments*
+    ///     filename (std::string)
+    ///         Name of file.
+    ///     type (Type)
+    ///         File format.
+    ///     encoding (std::string)
+    ///         Optional argument specifying encoding, ascii is default.
+    ///
+    /// *Example*
+    ///     .. code-block:: c++
+    ///
+    ///         File file("solution", vtk);
+    ///
+    File(const std::string filename, Type type, std::string encoding="ascii");
+
+    /// Create a file with given name and type (format) with MPI communicator
+    ///
+    /// *Arguments*
+    ///     communicator (MPI_Comm)
+    ///         The MPI communicator.
+    ///     filename (std::string)
+    ///         Name of file.
+    ///     type (Type)
+    ///         File format.
+    ///     encoding (std::string)
+    ///         Optional argument specifying encoding, ascii is default.
+    ///
+    /// *Example*
+    ///     .. code-block:: c++
+    ///
+    ///         File file(MPI_COMM_WORLD, "solution", vtk);
+    ///
+    File(MPI_Comm comm, const std::string filename, Type type,
+         std::string encoding="ascii");
+
+    /// Create an outfile object writing to stream
+    ///
+    /// *Arguments*
+    ///     outstream (std::ostream)
+    ///         The stream.
+    File(std::ostream& outstream);
+
+    /// Destructor
+    ~File();
+
+    /// Read from file
+    template<typename T> void operator>>(T& t)
+    {
+      _file->_read();
+      _file->read(t);
+    }
+
+    /// Read from file
+    template<typename T> void read(T& t)
+    {
+      _file->_read();
+      _file->read(t);
+    }
+
+    /// Write Mesh to file with time
+    ///
+    /// *Example*
+    ///     .. code-block:: c++
+    ///
+    ///         File file("mesh.pvd", "compressed");
+    ///         file << std::make_pair<const Mesh*, double>(&mesh, t);
+    ///
+    void operator<<(const std::pair<const Mesh*, double> mesh);
+
+    /// Write MeshFunction to file with time
+    ///
+    /// *Example*
+    ///     .. code-block:: c++
+    ///
+    ///         File file("markers.pvd", "compressed");
+    ///         file << std::make_pair<const MeshFunction<int>*, double>(&f, t);
+    ///
+    void operator<<(const std::pair<const MeshFunction<int>*, double> f);
+
+    /// Write MeshFunction to file with time
+    ///
+    /// *Example*
+    ///     .. code-block:: c++
+    ///
+    ///         File file("markers.pvd", "compressed");
+    ///         file << std::make_pair<const MeshFunction<std::size_t>*, double>(&f, t);
+    ///
+    void operator<<
+      (const std::pair<const MeshFunction<std::size_t>*, double> f);
+
+    /// Write MeshFunction to file with time
+    ///
+    /// *Example*
+    ///     .. code-block:: c++
+    ///
+    ///         File file("markers.pvd", "compressed");
+    ///         file << std::make_pair<const MeshFunction<double>*, double>(&f, t);
+    ///
+    void operator<< (const std::pair<const MeshFunction<double>*, double> f);
+
+    /// Write MeshFunction to file with time
+    ///
+    /// *Example*
+    ///     .. code-block:: c++
+    ///
+    ///         File file("markers.pvd", "compressed");
+    ///         file << std::make_pair<const MeshFunction<bool>*, double>(&f, t);
+    ///
+    void operator<<(const std::pair<const MeshFunction<bool>*, double> f);
+
+    /// Write Function to file with time
+    ///
+    /// *Example*
+    ///     .. code-block:: c++
+    ///
+    ///         File file("solution.pvd", "compressed");
+    ///         file << std::make_pair<const Function*, double>(&u, t);
+    ///
+    void operator<<(const std::pair<const Function*, double> u);
+
+    /// Write object to file
+    template<typename X>
+      void operator<<(const X& x)
+    {
+      _file->_write(_mpi_comm.rank());
+      _file->write(x);
+    }
+
+    /// Write object to file
+    template<typename X>
+      void write(const X& x)
+    {
+      _file->_write(_mpi_comm.rank());
+      _file->write(x);
+    }
+
+    /// Write object to file with time
+    template<typename X>
+      void write(const X& x, double time)
+    {
+      _file->_write(_mpi_comm.rank());
+      _file->write(x, time);
+    }
+
+    /// Check if file exists
+    ///
+    /// *Arguments*
+    ///     filename (std::string)
+    ///         Name of file.
+    ///
+    /// *Returns*
+    ///     bool
+    ///         True if the file exists.
+    static bool exists(std::string filename);
+
+    // Create parent path for file if file has a parent path
+    ///
+    /// *Arguments*
+    ///     filename (std::string)
+    ///         Name of file / path.
+    static void create_parent_path(std::string filename);
+
+  private:
+
+    // Initialise GenericFile (using file extension to determine type)
+    void init(MPI_Comm comm, const std::string filename, std::string encoding);
+
+    // Initialise GenericFile  (with specified type)
+    void init(MPI_Comm comm, const std::string filename, Type type,
+              std::string encoding);
+
+    // FIXME: Remove when GenericFile::write is cleaned up
+    // MPI communicator
+    dolfin::MPI::Comm _mpi_comm;
+
+    // Pointer to implementation (envelope-letter design)
+    std::unique_ptr<GenericFile> _file;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/io/GenericFile.cpp b/dolfin/io/GenericFile.cpp
new file mode 100644
index 0000000..05d7fc6
--- /dev/null
+++ b/dolfin/io/GenericFile.cpp
@@ -0,0 +1,374 @@
+// Copyright (C) 2002-2011 Johan Hoffman and Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Niclas Jansson 2008
+// Modified by Ola Skavhaug 2009
+// Modified by Garth N. Wells 2009
+//
+// First added:  2002-11-12
+// Last changed: 2013-03-11
+
+#include <fstream>
+#include <dolfin/common/MPI.h>
+#include <dolfin/log/log.h>
+#include "GenericFile.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+GenericFile::GenericFile(std::string filename, std::string filetype)
+ : _filename(filename), _filetype(filetype),
+   opened_read(false),  opened_write(false), check_header(false),
+   counter(0), counter1(0), counter2(0)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+GenericFile::~GenericFile()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(Mesh& mesh)
+{
+  read_not_impl("Mesh");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(GenericVector& x)
+{
+  read_not_impl("Vector");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(GenericMatrix& A)
+{
+  read_not_impl("Matrix");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(GenericDofMap& data)
+{
+  read_not_impl("GenericDofMap");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(LocalMeshData& data)
+{
+  read_not_impl("LocalMeshData");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(MeshFunction<int>& mesh_function)
+{
+  read_not_impl("MeshFunction<int>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(MeshFunction<std::size_t>& mesh_function)
+{
+  read_not_impl("MeshFunction<std::size_t>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(MeshFunction<double>& mesh_function)
+{
+  read_not_impl("MeshFunction<double>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(MeshFunction<bool>& mesh_function)
+{
+  read_not_impl("MeshFunction<bool>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(MeshValueCollection<int>& mesh_markers)
+{
+  read_not_impl("MeshValueCollection<int>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(MeshValueCollection<std::size_t>& mesh_markers)
+{
+  read_not_impl("MeshValueCollection<std::size_t>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(MeshValueCollection<double>& mesh_markers)
+{
+  read_not_impl("MeshValueCollection<double>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(MeshValueCollection<bool>& mesh_markers)
+{
+  read_not_impl("MeshValueCollection<bool>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(Parameters& parameters)
+{
+  read_not_impl("Parameters");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(Table& table)
+{
+  read_not_impl("Table");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(std::vector<int>& x)
+{
+  read_not_impl("std::vector<int>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(std::vector<std::size_t>& x)
+{
+  read_not_impl("std::vector<std::size_t>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(std::vector<double>& x)
+{
+  read_not_impl("std::vector<double>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(std::map<std::size_t, int>& map)
+{
+  read_not_impl("std::map<std::size_t, int>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(std::map<std::size_t, std::size_t>& map)
+{
+  read_not_impl("std::map<std::size_t, std::size_t>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(std::map<std::size_t, double>& map)
+{
+  read_not_impl("std::map<std::size_t, double>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(std::map<std::size_t,
+                              std::vector<int>>& array_map)
+{
+  read_not_impl("std::map<std::size_t, std::vector<int>>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(std::map<std::size_t,
+                              std::vector<std::size_t>>& array_map)
+{
+  read_not_impl("std::map<std::size_t, std::vector<std::size_t>>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(std::map<std::size_t,
+                              std::vector<double>>& array_map)
+{
+  read_not_impl("std::map<std::size_t, std::vector<double>>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read(Function& u)
+{
+  read_not_impl("Function");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const Mesh & mesh)
+{
+  write_not_impl("Mesh");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const GenericVector& x)
+{
+  write_not_impl("Vector");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const GenericMatrix& A)
+{
+  write_not_impl("Matrix");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const GenericDofMap& dofmap)
+{
+  write_not_impl("GenericDofMap");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const LocalMeshData& data)
+{
+  write_not_impl("LocalMeshData");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const MeshFunction<int>& mesh_function)
+{
+  write_not_impl("MeshFunction<int>");
+}
+void GenericFile::write(const MeshFunction<std::size_t>& mesh_function)
+{
+  write_not_impl("MeshFunction<std::size_t>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const MeshFunction<double>& mesh_function)
+{
+  write_not_impl("MeshFunction<double>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const MeshFunction<bool>& mesh_function)
+{
+  write_not_impl("MeshFunction<bool>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const MeshValueCollection<int>& mesh_markers)
+{
+  write_not_impl("MeshValueCollection<int>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const MeshValueCollection<std::size_t>& mesh_markers)
+{
+  write_not_impl("MeshValueCollection<std::size_t>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const MeshValueCollection<double>& mesh_markers)
+{
+  write_not_impl("MeshValueCollection<double>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const MeshValueCollection<bool>& mesh_markers)
+{
+  write_not_impl("MeshValueCollection<bool>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const Function& u)
+{
+  write_not_impl("Function");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const Mesh& mesh, double time)
+{
+  write_not_impl("Mesh, time");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const MeshFunction<int>& mf, double time)
+{
+  write_not_impl("MeshFunction<int>, time");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const MeshFunction<std::size_t>& mf, double time)
+{
+  write_not_impl("MeshFunction<std::size_t>, time");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const MeshFunction<double>& mf, double time)
+{
+  write_not_impl("MeshFunction<double>, time");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const MeshFunction<bool>& mf, double time)
+{
+  write_not_impl("MeshFunction<bool>, time");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const Function& u, double time)
+{
+  write_not_impl("Function, time");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const Parameters& parameters)
+{
+  write_not_impl("Parameters");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const Table& table)
+{
+  write_not_impl("Table");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const std::vector<int>& x)
+{
+  read_not_impl("std::vector<int>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const std::vector<std::size_t>& x)
+{
+  read_not_impl("std::vector<std::size_t>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const std::vector<double>& x)
+{
+  read_not_impl("std::vector<double>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const std::map<std::size_t, int>& map)
+{
+  read_not_impl("std::map<std::size_t, int>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const std::map<std::size_t, std::size_t>& map)
+{
+  read_not_impl("std::map<std::size_t, std::size_t>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const std::map<std::size_t, double>& map)
+{
+  read_not_impl("std::map<std::size_t, double>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const std::map<std::size_t,
+                              std::vector<int>>& array_map)
+{
+  read_not_impl("std::map<std::size_t, std::vector<int>>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const std::map<std::size_t,
+                              std::vector<std::size_t>>& array_map)
+{
+  read_not_impl("std::map<std::size_t, std::vector<std::size_t>>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write(const std::map<std::size_t,
+                              std::vector<double>>& array_map)
+{
+  read_not_impl("std::map<std::size_t, std::vector<double>>");
+}
+//-----------------------------------------------------------------------------
+void GenericFile::_read()
+{
+  opened_read = true;
+}
+//-----------------------------------------------------------------------------
+void GenericFile::_write(std::size_t process_number)
+{
+  // pvd files should only be cleared by one process
+  if (_filetype == "VTK" && process_number > 0)
+    opened_write = true;
+
+  // Open file
+  if (!opened_write)
+  {
+    // Clear file
+    std::ofstream file(_filename.c_str(), std::ios::trunc);
+    if (!file.good())
+    {
+      dolfin_error("GenericFile.cpp",
+                   "write to file",
+                   "Unable to open file \"%s\" for writing",
+                   _filename.c_str());
+    }
+    file.close();
+  }
+  opened_write = true;
+}
+//-----------------------------------------------------------------------------
+void GenericFile::read_not_impl(const std::string object) const
+{
+  dolfin_error("GenericFile.cpp",
+               "read object from file",
+               "Cannot read objects of type %s from %s files",
+               object.c_str(), _filetype.c_str());
+}
+//-----------------------------------------------------------------------------
+void GenericFile::write_not_impl(const std::string object) const
+{
+  dolfin_error("GenericFile.cpp",
+               "write object to file",
+               "Cannot write objects of type %s to %s files",
+               object.c_str(), _filetype.c_str());
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/io/GenericFile.h b/dolfin/io/GenericFile.h
new file mode 100644
index 0000000..cc30bde
--- /dev/null
+++ b/dolfin/io/GenericFile.h
@@ -0,0 +1,150 @@
+// Copyright (C) 2003-2011 Johan Hoffman and Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Ola Skavhaug 2009.
+
+#ifndef __GENERIC_FILE_H
+#define __GENERIC_FILE_H
+
+#include <map>
+#include <string>
+#include <utility>
+#include <vector>
+
+namespace dolfin
+{
+
+  class GenericDofMap;
+  class Function;
+  class GenericMatrix;
+  class GenericVector;
+  class LocalMeshData;
+  class Mesh;
+  template <typename T> class MeshFunction;
+  template <typename T> class MeshValueCollection;
+  class Parameters;
+  class Table;
+
+  /// Base class for file I/O objects
+
+  class GenericFile
+  {
+  public:
+
+    /// Constructor
+    GenericFile(std::string filename,
+                std::string filetype);
+
+    /// Destructor
+    virtual ~GenericFile();
+
+    // Input
+    virtual void read(Mesh& mesh);
+    virtual void read(GenericVector& x);
+    virtual void read(GenericMatrix& A);
+    virtual void read(GenericDofMap& dofmap);
+    virtual void read(LocalMeshData& data);
+    virtual void read(MeshFunction<int>& mesh_function);
+    virtual void read(MeshFunction<std::size_t>& mesh_function);
+    virtual void read(MeshFunction<double>& mesh_function);
+    virtual void read(MeshFunction<bool>& mesh_function);
+    virtual void read(MeshValueCollection<int>& mesh_markers);
+    virtual void read(MeshValueCollection<std::size_t>& mesh_markers);
+    virtual void read(MeshValueCollection<double>& mesh_markers);
+    virtual void read(MeshValueCollection<bool>& mesh_markers);
+    virtual void read(Parameters& parameters);
+    virtual void read(Table& table);
+    virtual void read(std::vector<int>& x);
+    virtual void read(std::vector<std::size_t>& x);
+    virtual void read(std::vector<double>& x);
+    virtual void read(std::map<std::size_t, int>& map);
+    virtual void read(std::map<std::size_t, std::size_t>& map);
+    virtual void read(std::map<std::size_t, double>& map);
+    virtual void read(std::map<std::size_t, std::vector<int>>& array_map);
+    virtual void read(std::map<std::size_t, std::vector<std::size_t>>& array_map);
+    virtual void read(std::map<std::size_t, std::vector<double>>& array_map);
+    virtual void read(Function& u);
+
+    // Output
+    virtual void write(const GenericVector& x);
+    virtual void write(const GenericMatrix& A);
+    virtual void write(const Mesh& mesh);
+    virtual void write(const GenericDofMap& dofmap);
+    virtual void write(const LocalMeshData& data);
+    virtual void write(const MeshFunction<int>& mesh_function);
+    virtual void write(const MeshFunction<std::size_t>& mesh_function);
+    virtual void write(const MeshFunction<double>& mesh_function);
+    virtual void write(const MeshFunction<bool>& mesh_function);
+    virtual void write(const MeshValueCollection<int>& mesh_markers);
+    virtual void write(const MeshValueCollection<std::size_t>& mesh_markers);
+    virtual void write(const MeshValueCollection<double>& mesh_markers);
+    virtual void write(const MeshValueCollection<bool>& mesh_markers);
+    virtual void write(const Function& u);
+
+    // Output with time
+    virtual void write(const Mesh& mesh, double time);
+    virtual void write(const MeshFunction<int>& mf, double time);
+    virtual void write(const MeshFunction<std::size_t>& mf, double time);
+    virtual void write(const MeshFunction<double>& mf, double time);
+    virtual void write(const MeshFunction<bool>& mf, double time);
+    virtual void write(const Function& u, double time);
+
+    virtual void write(const Parameters& parameters);
+    virtual void write(const Table& table);
+    virtual void write(const std::vector<int>& x);
+    virtual void write(const std::vector<std::size_t>& x);
+    virtual void write(const std::vector<double>& x);
+    virtual void write(const std::map<std::size_t, int>& map);
+    virtual void write(const std::map<std::size_t, std::size_t>& map);
+    virtual void write(const std::map<std::size_t, double>& map);
+    virtual void write(const std::map<std::size_t, std::vector<int>>& array_map);
+    virtual void write(const std::map<std::size_t,
+                       std::vector<std::size_t>>& array_map);
+    virtual void write(const std::map<std::size_t,
+                       std::vector<double>>& array_map);
+
+    void _read();
+    void _write(std::size_t process_number);
+
+    // Return filename
+    std::string name() const
+    { return _filename; }
+
+  protected:
+
+    void read_not_impl(const std::string object) const;
+    void write_not_impl(const std::string object) const;
+
+    std::string _filename;
+    std::string _filetype;
+
+    bool opened_read;
+    bool opened_write;
+
+    // True if we have written a header
+    bool check_header;
+
+    // Counters for the number of times various data has been written
+    std::size_t counter;
+    std::size_t counter1;
+    std::size_t counter2;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/io/HDF5Attribute.cpp b/dolfin/io/HDF5Attribute.cpp
new file mode 100644
index 0000000..3a900d3
--- /dev/null
+++ b/dolfin/io/HDF5Attribute.cpp
@@ -0,0 +1,219 @@
+// Copyright (C) 2013 Chris N Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+//
+// First added:  2012-06-01
+// Last changed: 2014-11-24
+
+#ifdef HAS_HDF5
+
+#include <string>
+#include <boost/lexical_cast.hpp>
+
+#include <dolfin/common/Array.h>
+#include "HDF5Interface.h"
+#include "HDF5Attribute.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+template <typename T>
+const std::string
+HDF5Attribute::vector_to_string(const std::vector<T>& vector_value) const
+{
+  std::string value;
+  value = "";
+  const std::size_t nlast = vector_value.size() - 1;
+  for(std::size_t i = 0; i < nlast; ++i)
+    value += boost::lexical_cast<std::string>(vector_value[i]) + ", ";
+  value += boost::lexical_cast<std::string>(vector_value[nlast]);
+  return value;
+}
+//-----------------------------------------------------------------------------
+template <typename T>
+void HDF5Attribute::set_value(const std::string attribute_name,
+                              const T& attribute_value)
+{
+  if (!HDF5Interface::has_dataset(hdf5_file_id, dataset_name))
+  {
+    dolfin_error("HDF5Attribute.cpp",
+                 "set attribute on dataset",
+                 "Dataset does not exist");
+  }
+
+  if (HDF5Interface::has_attribute(hdf5_file_id, dataset_name,
+                                   attribute_name))
+  {
+    HDF5Interface::delete_attribute(hdf5_file_id, dataset_name,
+                                    attribute_name);
+  }
+
+  HDF5Interface::add_attribute(hdf5_file_id, dataset_name,
+                               attribute_name, attribute_value);
+}
+//-----------------------------------------------------------------------------
+template <typename T>
+void HDF5Attribute::get_value(const std::string attribute_name,
+                              T& attribute_value) const
+{
+  if (!HDF5Interface::has_dataset(hdf5_file_id, dataset_name))
+  {
+    dolfin_error("HDF5Attribute.cpp",
+                 "get attribute of dataset",
+                 "Dataset does not exist");
+  }
+
+  if (!HDF5Interface::has_attribute(hdf5_file_id, dataset_name,
+                                    attribute_name))
+  {
+    dolfin_error("HDF5Attribute.cpp",
+                 "get attribute of dataset",
+                 "Attribute does not exist");
+  }
+
+  HDF5Interface::get_attribute(hdf5_file_id, dataset_name, attribute_name,
+                               attribute_value);
+}
+//-----------------------------------------------------------------------------
+void HDF5Attribute::set(const std::string attribute_name,
+                        const double value)
+{
+  set_value(attribute_name, value);
+}
+//-----------------------------------------------------------------------------
+void HDF5Attribute::set(const std::string attribute_name,
+                        const std::size_t value)
+{
+  set_value(attribute_name, value);
+}
+//-----------------------------------------------------------------------------
+void HDF5Attribute::set(const std::string attribute_name,
+                        const std::vector<double>& value)
+{
+  set_value(attribute_name, value);
+}
+//-----------------------------------------------------------------------------
+void HDF5Attribute::set(const std::string attribute_name,
+                        const std::vector<std::size_t>& value)
+{
+  set_value(attribute_name, value);
+}
+//-----------------------------------------------------------------------------
+void HDF5Attribute::set(const std::string attribute_name,
+                        const std::string value)
+{
+  set_value(attribute_name, value);
+}
+//-----------------------------------------------------------------------------
+void HDF5Attribute::get(const std::string attribute_name,
+                        double& value) const
+{
+  get_value(attribute_name, value);
+}
+//-----------------------------------------------------------------------------
+void HDF5Attribute::get(const std::string attribute_name,
+                        std::size_t& value) const
+{
+  get_value(attribute_name, value);
+}
+//-----------------------------------------------------------------------------
+void HDF5Attribute::get(const std::string attribute_name,
+                        std::vector<double>& value) const
+{
+  get_value(attribute_name, value);
+}
+//-----------------------------------------------------------------------------
+void HDF5Attribute::get(const std::string attribute_name,
+                        std::vector<std::size_t>& value) const
+{
+  get_value(attribute_name, value);
+}
+//-----------------------------------------------------------------------------
+void HDF5Attribute::get(const std::string attribute_name,
+                        std::string& value) const
+{
+  const std::string attribute_type = type_str(attribute_name);
+  if (attribute_type == "string")
+    get_value(attribute_name, value);
+  else if (attribute_type == "float")
+  {
+    double float_value;
+    get_value(attribute_name, float_value);
+    value = boost::lexical_cast<std::string>(float_value);
+  }
+  else if (attribute_type == "int")
+  {
+    std::size_t int_value;
+    get_value(attribute_name, int_value);
+    value = std::to_string(int_value);
+  }
+  else if (attribute_type == "vectorfloat")
+  {
+    std::vector<double> vector_value;
+    get_value(attribute_name, vector_value);
+    value = vector_to_string(vector_value);
+  }
+  else if (attribute_type == "vectorint")
+  {
+    std::vector<std::size_t> vector_value;
+    get_value(attribute_name, vector_value);
+    value = vector_to_string(vector_value);
+  }
+  else
+    value = "Unsupported";
+}
+//-----------------------------------------------------------------------------
+bool HDF5Attribute::exists(const std::string attribute_name) const
+{
+  return HDF5Interface::has_attribute(hdf5_file_id, dataset_name,
+                                      attribute_name);
+}
+//-----------------------------------------------------------------------------
+const std::string HDF5Attribute::str(const std::string attribute_name) const
+{
+  std::string str_result;
+  get(attribute_name, str_result);
+  return str_result;
+}
+//-----------------------------------------------------------------------------
+const std::string HDF5Attribute::str() const
+{
+  std::string str_result;
+  std::vector<std::string> attrs
+    = HDF5Interface::list_attributes(hdf5_file_id, dataset_name);
+  for(std::vector<std::string>::iterator s = attrs.begin();
+      s != attrs.end(); ++s)
+  {
+    str_result += *s + " ";
+  }
+  return str_result;
+}
+//-----------------------------------------------------------------------------
+const std::vector<std::string> HDF5Attribute::list_attributes() const
+{
+  return HDF5Interface::list_attributes(hdf5_file_id, dataset_name);
+}
+//-----------------------------------------------------------------------------
+const std::string
+HDF5Attribute::type_str(const std::string attribute_name) const
+{
+  return HDF5Interface::get_attribute_type(hdf5_file_id, dataset_name,
+                                           attribute_name);
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/io/HDF5Attribute.h b/dolfin/io/HDF5Attribute.h
new file mode 100644
index 0000000..bd6deea
--- /dev/null
+++ b/dolfin/io/HDF5Attribute.h
@@ -0,0 +1,124 @@
+// Copyright (C) 2013 Chris N. Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-10-16
+// Last changed: 2014-11-24
+
+#ifndef __DOLFIN_HDF5ATTRIBUTE_H
+#define __DOLFIN_HDF5ATTRIBUTE_H
+
+#ifdef HAS_HDF5
+
+#include <string>
+#include <vector>
+
+#include<dolfin/common/Array.h>
+#include "HDF5Interface.h"
+
+namespace dolfin
+{
+
+  /// HDF5Attribute gives access to the attributes of a dataset
+  /// via set() and get() methods
+
+  class HDF5Attribute
+  {
+  public:
+
+    // FIXME: Check validity of file and dataset
+
+    /// Constructor
+    HDF5Attribute(const hid_t hdf5_file_id, std::string dataset_name)
+      : hdf5_file_id(hdf5_file_id), dataset_name(dataset_name) {}
+
+    /// Destructor
+    ~HDF5Attribute() {}
+
+    /// Check for the existence of an attribute on a dataset
+    bool exists(const std::string attribute_name) const;
+
+    /// Set the value of a double attribute in the HDF5 file
+    void set(const std::string attribute_name, const double value);
+
+    /// Set the value of a double attribute in the HDF5 file
+    void set(const std::string attribute_name, const std::size_t value);
+
+    /// Set the value of an array of float attribute in the HDF5 file
+    void set(const std::string attribute_name,
+             const std::vector<double>& value);
+
+    /// Set the value of an array of float attribute in the HDF5 file
+    void set(const std::string attribute_name,
+             const std::vector<std::size_t>& value);
+
+    /// Set the value of a string attribute in the HDF5 file
+    void set(const std::string attribute_name, const std::string value);
+
+    /// Set the value of a double attribute in the HDF5 file
+    void get(const std::string attribute_name, double& value) const;
+
+    /// Get the value of a vector double attribute in the HDF5 file
+    void get(const std::string attribute_name,
+             std::vector<double>& value) const;
+
+    /// Set the value of a double attribute in the HDF5 file
+    void get(const std::string attribute_name, std::size_t& value) const;
+
+    /// Get the value of a vector double attribute in the HDF5 file
+    void get(const std::string attribute_name,
+             std::vector<std::size_t>& value) const;
+
+    /// Get the value of an attribute in the HDF5 file as a string
+    void get(const std::string attribute_name, std::string& value) const;
+
+    /// Get the value of the attribute in the HDF5 file
+    /// as a string representation
+    const std::string str(const std::string attribute_name) const;
+
+    /// Get the type of the attribute "string", "float", "int"
+    /// "vectorfloat", "vectorint" or "unsupported"
+    const std::string type_str(const std::string attribute_name) const;
+
+    /// Get the names of all the attributes on this dataset
+    const std::string str() const;
+
+    /// Get the names of all the attributes on this dataset as a
+    /// std::vector<std::string>
+    const std::vector<std::string> list_attributes() const;
+
+  private:
+
+    const hid_t hdf5_file_id;
+    const std::string dataset_name;
+
+    // Set the value of an attribute in the HDF5 file
+    template <typename T>
+    void set_value(const std::string attribute_name, const T& value);
+
+    // Get the value of an attribute in the HDF5 file
+    template <typename T>
+    void get_value(const std::string attribute_name, T& value) const;
+
+    template <typename T>
+    const std::string
+      vector_to_string(const std::vector<T>& vector_value) const;
+
+  };
+}
+
+#endif
+#endif
diff --git a/dolfin/io/HDF5File.cpp b/dolfin/io/HDF5File.cpp
new file mode 100644
index 0000000..fa14042
--- /dev/null
+++ b/dolfin/io/HDF5File.cpp
@@ -0,0 +1,1981 @@
+// Copyright (C) 2012 Chris N Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2012
+
+#ifdef HAS_HDF5
+
+#include <cstdio>
+#include <fstream>
+#include <iomanip>
+#include <iostream>
+#include <string>
+#include <boost/unordered_map.hpp>
+#include <boost/filesystem.hpp>
+#include <boost/multi_array.hpp>
+
+#include <dolfin/common/constants.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/log/log.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/LocalMeshData.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshEditor.h>
+#include <dolfin/mesh/MeshPartitioning.h>
+#include <dolfin/mesh/MeshEntityIterator.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/mesh/MeshValueCollection.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/parameter/GlobalParameters.h>
+#include "HDF5Attribute.h"
+#include "HDF5Interface.h"
+#include "HDF5Utility.h"
+#include "HDF5File.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+HDF5File::HDF5File(MPI_Comm comm, const std::string filename,
+                   const std::string file_mode)
+  : _hdf5_file_id(0), _mpi_comm(comm)
+{
+  // See https://www.hdfgroup.org/hdf5-quest.html#gzero on zero for
+  // _hdf5_file_id(0)
+
+  // HDF5 chunking
+  parameters.add("chunking", false);
+
+  // Create directory, if required (create on rank 0)
+  if (_mpi_comm.rank() == 0)
+  {
+    const boost::filesystem::path path(filename);
+    if (path.has_parent_path()
+        && !boost::filesystem::is_directory(path.parent_path()))
+    {
+      boost::filesystem::create_directories(path.parent_path());
+      if (!boost::filesystem::is_directory(path.parent_path()))
+      {
+        dolfin_error("HDF5File.cpp",
+                     "open file",
+                     "Could not create directory \"%s\"",
+                     path.parent_path().string().c_str());
+      }
+    }
+  }
+
+  // Wait until directory has been created
+  _mpi_comm.barrier();
+
+  // Open HDF5 file
+  const bool mpi_io = _mpi_comm.size() > 1 ? true : false;
+#ifndef H5_HAVE_PARALLEL
+  if (mpi_io)
+  {
+    dolfin_error("HDF5File.cpp",
+                 "open HDF5 file",
+                 "HDF5 has not been compiled with support for MPI");
+  }
+#endif
+  _hdf5_file_id = HDF5Interface::open_file(_mpi_comm.comm(), filename,
+                                           file_mode, mpi_io);
+  dolfin_assert(_hdf5_file_id > 0);
+}
+//-----------------------------------------------------------------------------
+HDF5File::~HDF5File()
+{
+  close();
+}
+//-----------------------------------------------------------------------------
+void HDF5File::close()
+{
+  // Close HDF5 file
+  if (_hdf5_file_id > 0)
+    HDF5Interface::close_file(_hdf5_file_id);
+  _hdf5_file_id = 0;
+}
+//-----------------------------------------------------------------------------
+void HDF5File::flush()
+{
+  dolfin_assert(_hdf5_file_id > 0);
+  HDF5Interface::flush_file(_hdf5_file_id);
+}
+//-----------------------------------------------------------------------------
+void HDF5File::write(const std::vector<Point>& points,
+                     const std::string dataset_name)
+{
+  dolfin_assert(points.size() > 0);
+  dolfin_assert(_hdf5_file_id > 0);
+
+  // Get number of points (global)
+  std::size_t num_points_global = MPI::sum(_mpi_comm.comm(),
+                                           points.size());
+
+  // Pack data
+  const std::size_t n = points.size();
+  std::vector<double> x(3*n);
+  for (std::size_t i = 0; i< n; ++i)
+    for (std::size_t j = 0; j < 3; ++j)
+      x[3*i + j] = points[i][j];
+
+  // Write data to file
+  std::vector<std::int64_t> global_size(2);
+  global_size[0] = num_points_global;
+  global_size[1] = 3;
+
+  const bool mpi_io = _mpi_comm.size() > 1 ? true : false;
+  write_data(dataset_name, x, global_size, mpi_io);
+}
+//-----------------------------------------------------------------------------
+void HDF5File::write(const std::vector<double>& values,
+                     const std::string dataset_name)
+{
+  std::vector<std::int64_t> global_size(1, MPI::sum(_mpi_comm.comm(),
+                                                    values.size()));
+  const bool mpi_io = _mpi_comm.size() > 1 ? true : false;
+  write_data(dataset_name, values, global_size, mpi_io);
+}
+//-----------------------------------------------------------------------------
+void HDF5File::write(const GenericVector& x, const std::string dataset_name)
+{
+  dolfin_assert(x.size() > 0);
+  dolfin_assert(_hdf5_file_id > 0);
+
+  // Get all local data
+  std::vector<double> local_data;
+  x.get_local(local_data);
+
+  // Write data to file
+  std::pair<std::size_t, std::size_t> local_range = x.local_range();
+  const bool chunking = parameters["chunking"];
+  const std::vector<std::int64_t> global_size(1, x.size());
+  const bool mpi_io = _mpi_comm.size() > 1 ? true : false;
+  HDF5Interface::write_dataset(_hdf5_file_id, dataset_name, local_data,
+                               local_range, global_size, mpi_io, chunking);
+
+  // Add partitioning attribute to dataset
+  std::vector<std::size_t> partitions;
+  std::vector<std::size_t> local_range_first(1, local_range.first);
+  MPI::gather(_mpi_comm.comm(), local_range_first, partitions);
+  MPI::broadcast(_mpi_comm.comm(), partitions);
+
+  HDF5Interface::add_attribute(_hdf5_file_id, dataset_name, "partition",
+                               partitions);
+}
+//-----------------------------------------------------------------------------
+void HDF5File::read(GenericVector& x, const std::string dataset_name,
+                    const bool use_partition_from_file) const
+{
+  dolfin_assert(_hdf5_file_id > 0);
+
+  // Check for data set exists
+  if (!HDF5Interface::has_dataset(_hdf5_file_id, dataset_name))
+  {
+    dolfin_error("HDF5File.cpp",
+                 "read vector from file",
+                 "Data set with name \"%s\" does not exist",
+                 dataset_name.c_str());
+  }
+
+  // Get dataset rank
+  const std::size_t rank = HDF5Interface::dataset_rank(_hdf5_file_id,
+                                                       dataset_name);
+
+  if (rank != 1)
+    warning("Reading non-scalar data in HDF5 Vector");
+
+  // Get global dataset size
+  const std::vector<std::int64_t> data_shape
+    = HDF5Interface::get_dataset_shape(_hdf5_file_id, dataset_name);
+
+  // Check that rank is 1 or 2
+  dolfin_assert(data_shape.size() == 1
+                or (data_shape.size() == 2 and data_shape[1] == 1));
+
+  // Check input vector, and re-size if not already sized
+  if (x.empty())
+  {
+    // Initialize vector
+    if (use_partition_from_file)
+    {
+      // Get partition from file
+      std::vector<std::size_t> partitions;
+      HDF5Interface::get_attribute(_hdf5_file_id, dataset_name, "partition",
+                                   partitions);
+
+      // Check that number of MPI processes matches partitioning
+      if (_mpi_comm.size() != partitions.size())
+      {
+        dolfin_error("HDF5File.cpp",
+                     "read vector from file",
+                     "Different number of processes used when writing. Cannot restore partitioning");
+      }
+
+      // Add global size at end of partition vectors
+      partitions.push_back(data_shape[0]);
+
+      // Initialise vector
+      const std::size_t process_num = _mpi_comm.rank();
+      const std::pair<std::size_t, std::size_t>
+        local_range(partitions[process_num], partitions[process_num + 1]);
+      x.init(local_range);
+    }
+    else
+      x.init(data_shape[0]);
+  }
+  else if ((std::int64_t) x.size() != data_shape[0])
+  {
+    dolfin_error("HDF5File.cpp",
+                 "read vector from file",
+                 "Size mis-match between vector in file and input vector");
+  }
+
+  // Get local range
+  const std::pair<std::size_t, std::size_t> local_range = x.local_range();
+
+  // Read data from file
+  std::vector<double> data;
+  HDF5Interface::read_dataset(_hdf5_file_id, dataset_name, local_range, data);
+
+  // Set data
+  x.set_local(data);
+  x.apply("insert");
+}
+//-----------------------------------------------------------------------------
+void HDF5File::write(const Mesh& mesh, const std::string name)
+{
+  write(mesh, mesh.topology().dim(), name);
+}
+//-----------------------------------------------------------------------------
+void HDF5File::write(const Mesh& mesh, std::size_t cell_dim,
+                     const std::string name)
+{
+  // FIXME: break up this function
+
+  Timer t0("HDF5: write mesh to file");
+
+  const std::size_t tdim = mesh.topology().dim();
+  const std::size_t gdim = mesh.geometry().dim();
+
+  const bool mpi_io = _mpi_comm.size() > 1 ? true : false;
+  dolfin_assert(_hdf5_file_id > 0);
+
+  CellType::Type cell_type = mesh.type().entity_type(cell_dim);
+  std::unique_ptr<CellType> celltype(CellType::create(cell_type));
+  std::size_t num_cell_points = 0;
+  for (std::size_t i = 0; i <= cell_dim; ++i)
+    num_cell_points +=
+      mesh.geometry().num_entity_coordinates(i)*celltype->num_entities(i);
+
+  // ---------- Vertices (coordinates)
+  {
+    // Write vertex data to HDF5 file
+    const std::string coord_dataset =  name + "/coordinates";
+
+    // Copy coordinates and indices and remove off-process values
+    std::vector<double> vertex_coords;
+    if (!mpi_io)
+      vertex_coords = mesh.geometry().x();
+    else
+      vertex_coords
+        = DistributedMeshTools::reorder_vertices_by_global_indices(mesh);
+
+    // Write coordinates out from each process
+    std::vector<std::int64_t> global_size(2);
+    global_size[0] = MPI::sum(_mpi_comm.comm(), vertex_coords.size()/gdim);
+    global_size[1] = gdim;
+    write_data(coord_dataset, vertex_coords, global_size, mpi_io);
+  }
+
+  // ---------- Topology
+  {
+    // Get/build topology data
+    std::vector<std::int64_t> topological_data;
+    topological_data.reserve(mesh.num_entities(cell_dim)*(num_cell_points));
+
+    const auto& global_vertices = mesh.topology().global_indices(0);
+
+    // Permutation to VTK ordering
+    const std::vector<std::int8_t> perm = celltype->vtk_mapping();
+
+    if (cell_dim == tdim or !mpi_io)
+    {
+      // Usual case, with cell output, and/or none shared with another
+      // process.
+      if (mesh.geometry().degree() > 1)
+      {
+        const MeshGeometry& geom = mesh.geometry();
+
+        // Only cope with quadratic for now
+        dolfin_assert(geom.degree() == 2);
+        // FIXME: make it work in parallel
+        dolfin_assert(!mpi_io);
+
+        std::vector<std::size_t> edge_mapping;
+        if (tdim == 1)
+          edge_mapping = {0};
+        else if (tdim == 2)
+          edge_mapping = {2, 0, 1};
+        else
+          edge_mapping = {5, 2, 4, 3, 1, 0};
+
+        for (CellIterator c(mesh); !c.end(); ++c)
+        {
+          // Add indices for vertices and edges
+          for (unsigned int dim = 0; dim != 2; ++dim)
+          {
+            for (unsigned int i = 0; i != celltype->num_entities(dim); ++i)
+            {
+              std::size_t im = (dim == 0) ? i : edge_mapping[i];
+              const std::size_t entity_index
+                = (dim == tdim) ? c->index() : c->entities(dim)[im];
+              const std::size_t local_idx
+                = geom.get_entity_index(dim, 0, entity_index);
+              topological_data.push_back(local_idx);
+            }
+          }
+        }
+      }
+      else if (cell_dim == 0)
+      {
+        for (VertexIterator v(mesh); !v.end(); ++v)
+          topological_data.push_back(v->global_index());
+      }
+      else
+      {
+        for (MeshEntityIterator c(mesh, cell_dim); !c.end(); ++c)
+          for (unsigned int i = 0; i != c->num_entities(0); ++i)
+          {
+            const unsigned int local_idx = c->entities(0)[perm[i]];
+            topological_data.push_back(global_vertices[local_idx]);
+          }
+      }
+    }
+    else
+    {
+      // If not already numbered, number entities of order cell_dim
+      DistributedMeshTools::number_entities(mesh, cell_dim);
+
+      // Drop duplicate topology for shared entities of less than mesh
+      // dimension
+
+      const std::size_t mpi_rank = _mpi_comm.rank();
+      const std::map<std::int32_t, std::set<unsigned int>>& shared_entities
+        = mesh.topology().shared_entities(cell_dim);
+
+      std::set<unsigned int> non_local_entities;
+      if (mesh.topology().size(tdim) == mesh.topology().ghost_offset(tdim))
+      {
+        // No ghost cells - exclude shared entities which are on lower
+        // rank processes
+        for (auto sh = shared_entities.begin(); sh != shared_entities.end(); ++sh)
+        {
+          const unsigned int lowest_proc = *(sh->second.begin());
+          if (lowest_proc < mpi_rank)
+            non_local_entities.insert(sh->first);
+        }
+      }
+      else
+      {
+        // Iterate through ghost cells, adding non-ghost entities
+        // which are in lower rank process cells to a set for
+        // exclusion from output
+        for (MeshEntityIterator c(mesh, tdim, "ghost"); !c.end(); ++c)
+        {
+          const unsigned int cell_owner = c->owner();
+          for (MeshEntityIterator ent(*c, cell_dim); !ent.end(); ++ent)
+            if (!ent->is_ghost() && cell_owner < mpi_rank)
+                non_local_entities.insert(ent->index());
+        }
+      }
+
+      if (cell_dim == 0)
+      {
+        // Special case for mesh of points
+        for (VertexIterator v(mesh); !v.end(); ++v)
+        {
+          if (non_local_entities.find(v->index())
+              == non_local_entities.end())
+            topological_data.push_back(v->global_index());
+        }
+      }
+      else
+      {
+        for (MeshEntityIterator ent(mesh, cell_dim); !ent.end(); ++ent)
+        {
+          // If not excluded, add to topology
+          if (non_local_entities.find(ent->index())
+              == non_local_entities.end())
+          {
+            for (unsigned int i = 0; i != ent->num_entities(0); ++i)
+            {
+              const unsigned int local_idx = ent->entities(0)[perm[i]];
+              topological_data.push_back(global_vertices[local_idx]);
+            }
+          }
+        }
+      }
+    }
+
+    // Write topology data
+    const std::string topology_dataset =  name + "/topology";
+    std::vector<std::int64_t> global_size(2);
+    global_size[0] = MPI::sum(_mpi_comm.comm(),
+                              topological_data.size()/num_cell_points);
+    global_size[1] = num_cell_points;
+
+    const std::int64_t num_cells
+      = mpi_io ? mesh.num_entities_global(cell_dim) : mesh.num_entities(cell_dim);
+    dolfin_assert(global_size[0] == num_cells);
+    const bool mpi_io = _mpi_comm.size() > 1 ? true : false;
+    write_data(topology_dataset, topological_data, global_size, mpi_io);
+
+    // For cells, write the global cell index
+    if (cell_dim == mesh.topology().dim())
+    {
+      const std::string cell_index_dataset = name + "/cell_indices";
+      global_size.pop_back();
+      const auto& cell_index_ref = mesh.topology().global_indices(cell_dim);
+      const std::vector<std::int64_t> cells(cell_index_ref.begin(),
+            cell_index_ref.begin() + mesh.topology().ghost_offset(cell_dim));
+      const bool mpi_io = _mpi_comm.size() > 1 ? true : false;
+      write_data(cell_index_dataset, cells, global_size, mpi_io);
+    }
+
+    // Add cell type attribute
+    HDF5Interface::add_attribute(_hdf5_file_id, topology_dataset, "celltype",
+                                 CellType::type2string(cell_type));
+
+    // Add partitioning attribute to dataset
+    std::vector<std::size_t> partitions;
+    const std::size_t topology_offset
+      = MPI::global_offset(_mpi_comm.comm(),
+			   topological_data.size()/num_cell_points,
+                           true);
+
+    std::vector<std::size_t> topology_offset_tmp(1, topology_offset);
+    MPI::gather(_mpi_comm.comm(), topology_offset_tmp, partitions);
+    MPI::broadcast(_mpi_comm.comm(), partitions);
+    HDF5Interface::add_attribute(_hdf5_file_id, topology_dataset,
+                                 "partition", partitions);
+
+  }
+}
+//-----------------------------------------------------------------------------
+void HDF5File::write(const MeshFunction<std::size_t>& meshfunction,
+                     const std::string name)
+{
+  write_mesh_function(meshfunction, name);
+}
+//-----------------------------------------------------------------------------
+void HDF5File::read(MeshFunction<std::size_t>& meshfunction,
+                    const std::string name) const
+{
+  read_mesh_function(meshfunction, name);
+}
+//-----------------------------------------------------------------------------
+void HDF5File::write(const MeshFunction<int>& meshfunction,
+                     const std::string name)
+{
+  write_mesh_function(meshfunction, name);
+}
+//-----------------------------------------------------------------------------
+void HDF5File::read(MeshFunction<int>& meshfunction,
+                    const std::string name) const
+{
+  read_mesh_function(meshfunction, name);
+}
+//-----------------------------------------------------------------------------
+void HDF5File::write(const MeshFunction<double>& meshfunction,
+                     const std::string name)
+{
+  write_mesh_function(meshfunction, name);
+}
+//-----------------------------------------------------------------------------
+void HDF5File::read(MeshFunction<double>& meshfunction,
+                    const std::string name) const
+{
+  read_mesh_function(meshfunction, name);
+}
+//-----------------------------------------------------------------------------
+void HDF5File::write(const MeshFunction<bool>& meshfunction,
+                     const std::string name)
+{
+  std::shared_ptr<const Mesh> mesh = meshfunction.mesh();
+  dolfin_assert(mesh);
+  const std::size_t cell_dim = meshfunction.dim();
+
+  // HDF5 does not support a boolean type,
+  // so copy to int with values 1 and 0
+  MeshFunction<int> mf(mesh, cell_dim);
+  for (MeshEntityIterator cell(*mesh, cell_dim); !cell.end(); ++cell)
+    mf[cell->index()] = (meshfunction[cell->index()] ? 1 : 0);
+
+  write_mesh_function(mf, name);
+}
+//-----------------------------------------------------------------------------
+void HDF5File::read(MeshFunction<bool>& meshfunction,
+                    const std::string name) const
+{
+  std::shared_ptr<const Mesh> mesh = meshfunction.mesh();
+  dolfin_assert(mesh);
+
+  const std::size_t cell_dim = meshfunction.dim();
+
+  // HDF5 does not support bool, so use int instead
+  MeshFunction<int> mf(mesh, cell_dim);
+  read_mesh_function(mf, name);
+
+  for (MeshEntityIterator cell(*mesh, cell_dim); !cell.end(); ++cell)
+    meshfunction[cell->index()] = (mf[cell->index()] != 0);
+}
+//-----------------------------------------------------------------------------
+template <typename T>
+void HDF5File::read_mesh_function(MeshFunction<T>& meshfunction,
+                                  const std::string mesh_name) const
+{
+  std::shared_ptr<const Mesh> mesh = meshfunction.mesh();
+  dolfin_assert(mesh);
+  dolfin_assert(_hdf5_file_id > 0);
+
+  const std::string topology_name = mesh_name + "/topology";
+
+  if (!HDF5Interface::has_dataset(_hdf5_file_id, topology_name))
+  {
+    dolfin_error("HDF5File.cpp",
+                 "read topology dataset",
+                 "Dataset \"%s\" not found", topology_name.c_str());
+  }
+
+  // Look for Coordinates dataset - but not used
+  const std::string coordinates_name = mesh_name + "/coordinates";
+  if (!HDF5Interface::has_dataset(_hdf5_file_id, coordinates_name))
+  {
+    dolfin_error("HDF5File.cpp",
+                 "read coordinates dataset",
+                 "Dataset \"%s\" not found", coordinates_name.c_str());
+  }
+
+  // Look for Values dataset
+  const std::string values_name = mesh_name + "/values";
+  if (!HDF5Interface::has_dataset(_hdf5_file_id, values_name))
+  {
+    dolfin_error("HDF5File.cpp",
+                 "read values dataset",
+                 "Dataset \"%s\" not found", values_name.c_str());
+  }
+
+  // --- Topology ---
+
+  // Discover size of topology dataset
+  const std::vector<std::int64_t> topology_shape
+      = HDF5Interface::get_dataset_shape(_hdf5_file_id, topology_name);
+
+  // Some consistency checks
+
+  const std::size_t num_global_cells = topology_shape[0];
+  const std::size_t vertices_per_cell = topology_shape[1];
+  const std::size_t cell_dim = vertices_per_cell - 1;
+
+  // Initialise if called from MeshFunction constructor with filename
+  // argument
+  if (meshfunction.size() == 0)
+    meshfunction.init(cell_dim);
+
+  // Otherwise, pre-existing MeshFunction must have correct dimension
+  if (cell_dim != meshfunction.dim())
+  {
+    dolfin_error("HDF5File.cpp",
+                 "read meshfunction topology",
+                 "Cell dimension mismatch");
+  }
+
+  // Ensure num_entities_global(cell_dim) is set
+  DistributedMeshTools::number_entities(*mesh, cell_dim);
+
+  if (num_global_cells != mesh->num_entities_global(cell_dim))
+  {
+    dolfin_error("HDF5File.cpp",
+                 "read meshfunction topology",
+                 "Mesh dimension mismatch");
+  }
+
+  // Divide up cells ~equally between processes
+  const std::pair<std::size_t, std::size_t> cell_range
+    = MPI::local_range(_mpi_comm.comm(), num_global_cells);
+  const std::size_t num_read_cells = cell_range.second - cell_range.first;
+
+  // Read a block of cells
+  std::vector<std::size_t> topology_data;
+  topology_data.reserve(num_read_cells*vertices_per_cell);
+  HDF5Interface::read_dataset(_hdf5_file_id, topology_name, cell_range,
+                              topology_data);
+
+  boost::multi_array_ref<std::size_t, 2>
+    topology_array(topology_data.data(),
+                   boost::extents[num_read_cells][vertices_per_cell]);
+
+  std::vector<T> value_data;
+  value_data.reserve(num_read_cells);
+  HDF5Interface::read_dataset(_hdf5_file_id, values_name, cell_range,
+                              value_data);
+
+  // Now send the read data to each process on the basis of the first
+  // vertex of the entity, since we do not know the global_index
+  const std::size_t num_processes = _mpi_comm.size();
+  const std::size_t max_vertex = mesh->num_entities_global(0);
+
+  std::vector<std::vector<std::size_t>> send_topology(num_processes);
+  std::vector<std::vector<T>> send_values(num_processes);
+  for (std::size_t i = 0; i < num_read_cells ; ++i)
+  {
+    std::vector<std::size_t> cell_topology(topology_array[i].begin(),
+                                           topology_array[i].end());
+    std::sort(cell_topology.begin(), cell_topology.end());
+
+    // Use first vertex to decide where to send this data
+    const std::size_t send_to_process
+      = MPI::index_owner(_mpi_comm.comm(), cell_topology.front(),
+                         max_vertex);
+
+    send_topology[send_to_process].insert(send_topology[send_to_process].end(),
+                                          cell_topology.begin(),
+                                          cell_topology.end());
+    send_values[send_to_process].push_back(value_data[i]);
+  }
+
+  std::vector<std::vector<std::size_t>> receive_topology(num_processes);
+  std::vector<std::vector<T>> receive_values(num_processes);
+  MPI::all_to_all(_mpi_comm.comm(), send_topology, receive_topology);
+  MPI::all_to_all(_mpi_comm.comm(), send_values, receive_values);
+
+  // Generate requests for data from remote processes, based on the
+  // first vertex of the MeshEntities which belong on this process
+  // Send our process number, and our local index, so it can come back
+  // directly to the right place
+  std::vector<std::vector<std::size_t>> send_requests(num_processes);
+  const std::size_t process_number = _mpi_comm.rank();
+  for (MeshEntityIterator cell(*mesh, cell_dim, "all"); !cell.end(); ++cell)
+  {
+    std::vector<std::size_t> cell_topology;
+    for (VertexIterator v(*cell); !v.end(); ++v)
+      cell_topology.push_back(v->global_index());
+    std::sort(cell_topology.begin(), cell_topology.end());
+
+    // Use first vertex to decide where to send this request
+    std::size_t send_to_process = MPI::index_owner(_mpi_comm.comm(),
+                                                   cell_topology.front(),
+                                                   max_vertex);
+    // Map to this process and local index by appending to send data
+    cell_topology.push_back(cell->index());
+    cell_topology.push_back(process_number);
+    send_requests[send_to_process].insert(send_requests[send_to_process].end(),
+                                          cell_topology.begin(),
+                                          cell_topology.end());
+  }
+
+  std::vector<std::vector<std::size_t>> receive_requests(num_processes);
+  MPI::all_to_all(_mpi_comm.comm(), send_requests, receive_requests);
+
+  // At this point, the data with its associated vertices is in
+  // receive_values and receive_topology and the final destinations
+  // are stored in receive_requests as
+  // [vertices][index][process][vertices][index][process]...  Some
+  // data will have more than one destination
+
+  // Create a mapping from the topology vector to the desired data
+  typedef boost::unordered_map<std::vector<std::size_t>, T> VectorKeyMap;
+  VectorKeyMap cell_to_data;
+
+  for (std::size_t i = 0; i < receive_values.size(); ++i)
+  {
+    dolfin_assert(receive_values[i].size()*vertices_per_cell
+                  == receive_topology[i].size());
+    std::vector<std::size_t>::iterator p = receive_topology[i].begin();
+    for (std::size_t j = 0; j < receive_values[i].size(); ++j)
+    {
+      const std::vector<std::size_t> cell(p, p + vertices_per_cell);
+      cell_to_data[cell] = receive_values[i][j];
+      p += vertices_per_cell;
+    }
+  }
+
+  // Clear vectors for reuse - now to send values and indices to final
+  // destination
+  send_topology = std::vector<std::vector<std::size_t>>(num_processes);
+  send_values = std::vector<std::vector<T>>(num_processes);
+
+  // Go through requests, which are stacked as [vertex, vertex, ...]
+  // [index] [proc] etc.  Use the vertices as the key for the map
+  // (above) to retrieve the data to send to proc
+  for (std::size_t i = 0; i < receive_requests.size(); ++i)
+  {
+    for (std::vector<std::size_t>::iterator p = receive_requests[i].begin();
+         p != receive_requests[i].end(); p += (vertices_per_cell + 2))
+    {
+      const std::vector<std::size_t> cell(p, p + vertices_per_cell);
+      const std::size_t remote_index = *(p + vertices_per_cell);
+      const std::size_t send_to_proc = *(p + vertices_per_cell + 1);
+
+      const typename VectorKeyMap::iterator find_cell = cell_to_data.find(cell);
+      dolfin_assert(find_cell != cell_to_data.end());
+      send_values[send_to_proc].push_back(find_cell->second);
+      send_topology[send_to_proc].push_back(remote_index);
+    }
+  }
+
+  MPI::all_to_all(_mpi_comm.comm(), send_topology, receive_topology);
+  MPI::all_to_all(_mpi_comm.comm(), send_values, receive_values);
+
+  // At this point, receive_topology should only list the local indices
+  // and received values should have the appropriate values for each
+  for (std::size_t i = 0; i < receive_values.size(); ++i)
+  {
+    dolfin_assert(receive_values[i].size() == receive_topology[i].size());
+    for (std::size_t j = 0; j < receive_values[i].size(); ++j)
+      meshfunction[receive_topology[i][j]] = receive_values[i][j];
+  }
+}
+//-----------------------------------------------------------------------------
+template <typename T>
+void HDF5File::write_mesh_function(const MeshFunction<T>& meshfunction,
+                                   const std::string name)
+{
+  if (meshfunction.size() == 0)
+  {
+    dolfin_error("HDF5File.cpp",
+                 "save empty MeshFunction",
+                 "No values in MeshFunction");
+  }
+
+  const Mesh& mesh = *meshfunction.mesh();
+  const std::size_t cell_dim = meshfunction.dim();
+
+  // Write a mesh for the MeshFunction - this will also globally
+  // number the entities if needed
+  write(mesh, cell_dim, name);
+
+  // Storage for output values
+  std::vector<T> data_values;
+
+  if (cell_dim == mesh.topology().dim() || _mpi_comm.size() == 1)
+  {
+    // No duplicates - ignore ghost cells if present
+    data_values.assign(meshfunction.values(),
+       meshfunction.values() + mesh.topology().ghost_offset(cell_dim));
+  }
+  else
+  {
+    // In parallel and not CellFunction
+    data_values.reserve(mesh.num_entities(cell_dim));
+
+    // Drop duplicate data
+    const std::size_t tdim = mesh.topology().dim();
+    const std::size_t mpi_rank = _mpi_comm.rank();
+    const std::map<std::int32_t, std::set<unsigned int>>& shared_entities
+      = mesh.topology().shared_entities(cell_dim);
+
+    std::set<unsigned int> non_local_entities;
+    if (mesh.topology().size(tdim) == mesh.topology().ghost_offset(tdim))
+    {
+      // No ghost cells
+      // Exclude shared entities which are on lower rank processes
+      for (auto sh = shared_entities.begin(); sh != shared_entities.end(); ++sh)
+      {
+        const unsigned int lowest_proc = *(sh->second.begin());
+        if (lowest_proc < mpi_rank)
+          non_local_entities.insert(sh->first);
+      }
+    }
+    else
+    {
+      // Iterate through ghost cells, adding non-ghost entities which are
+      // shared from lower rank process cells to a set for exclusion
+      // from output
+      for (MeshEntityIterator c(mesh, tdim, "ghost"); !c.end(); ++c)
+      {
+        const unsigned int cell_owner = c->owner();
+        for (MeshEntityIterator ent(*c, cell_dim); !ent.end(); ++ent)
+        {
+          if (!ent->is_ghost() && cell_owner < mpi_rank)
+            non_local_entities.insert(ent->index());
+        }
+      }
+    }
+
+    for (MeshEntityIterator ent(mesh, cell_dim); !ent.end(); ++ent)
+    {
+      if (non_local_entities.find(ent->index()) == non_local_entities.end())
+        data_values.push_back(meshfunction[*ent]);
+    }
+  }
+
+  // Write values to HDF5
+  std::vector<std::int64_t> global_size(1, MPI::sum(_mpi_comm.comm(),
+                                                    data_values.size()));
+  const bool mpi_io = _mpi_comm.size() > 1 ? true : false;
+  write_data(name + "/values", data_values, global_size, mpi_io);
+}
+//-----------------------------------------------------------------------------
+void HDF5File::write(const Function& u, const std::string name,
+                     double timestamp)
+{
+  dolfin_assert(_hdf5_file_id > 0);
+  if (!HDF5Interface::has_dataset(_hdf5_file_id, name))
+  {
+    write(u, name);
+    const std::size_t vec_count = 1;
+    attributes(name).set("count", vec_count);
+    const std::string vec_name = name + "/vector_0";
+    attributes(vec_name).set("timestamp", timestamp);
+  }
+  else
+  {
+    HDF5Attribute attr = attributes(name);
+    if (!attr.exists("count"))
+    {
+      dolfin_error("HDF5File.cpp",
+                   "append to series",
+                   "Function dataset does not contain a series 'count' attribute");
+    }
+
+    // Get count of vectors in dataset, and increment
+    std::size_t vec_count;
+    attr.get("count", vec_count);
+    std::string vec_name = name + "/vector_" + std::to_string(vec_count);
+    ++vec_count;
+    attr.set("count", vec_count);
+
+    // Write new vector and save timestamp
+    write(*u.vector(), vec_name);
+    attributes(vec_name).set("timestamp", timestamp);
+
+  }
+}
+//-----------------------------------------------------------------------------
+void HDF5File::write(const Function& u, const std::string name)
+{
+  Timer t0("HDF5: write Function");
+  dolfin_assert(_hdf5_file_id > 0);
+
+  // Get mesh and dofmap
+  dolfin_assert(u.function_space()->mesh());
+  const Mesh& mesh = *u.function_space()->mesh();
+
+  dolfin_assert(u.function_space()->dofmap());
+  const GenericDofMap& dofmap = *u.function_space()->dofmap();
+
+  // FIXME:
+  // Possibly sort cell_dofs into global cell order before writing?
+
+  // Save data in compressed format with an index to mark out
+  // the start of each row
+
+  const std::size_t tdim = mesh.topology().dim();
+  std::vector<dolfin::la_index> cell_dofs;
+  std::vector<std::size_t> x_cell_dofs;
+  const std::size_t n_cells = mesh.topology().ghost_offset(tdim);
+  x_cell_dofs.reserve(n_cells);
+
+  std::vector<std::size_t> local_to_global_map;
+  dofmap.tabulate_local_to_global_dofs(local_to_global_map);
+
+  for (std::size_t i = 0; i != n_cells; ++i)
+  {
+    x_cell_dofs.push_back(cell_dofs.size());
+    auto  cell_dofs_i = dofmap.cell_dofs(i);
+    for (Eigen::Index j = 0; j < cell_dofs_i.size(); ++j)
+    {
+      auto p = cell_dofs_i[j];
+      dolfin_assert(p < (dolfin::la_index)local_to_global_map.size());
+      cell_dofs.push_back(local_to_global_map[p]);
+    }
+  }
+
+  // Add offset to CSR index to be seamless in parallel
+  std::size_t offset = MPI::global_offset(_mpi_comm.comm(), cell_dofs.size(), true);
+  std::transform(x_cell_dofs.begin(),
+                 x_cell_dofs.end(),
+                 x_cell_dofs.begin(),
+                 std::bind2nd(std::plus<std::size_t>(), offset));
+
+  const bool mpi_io = _mpi_comm.size() > 1 ? true : false;
+
+  // Save DOFs on each cell
+  std::vector<std::int64_t> global_size(1, MPI::sum(_mpi_comm.comm(),
+                                                    cell_dofs.size()));
+  write_data(name + "/cell_dofs", cell_dofs, global_size, mpi_io);
+  if (_mpi_comm.rank() == _mpi_comm.size() - 1)
+    x_cell_dofs.push_back(global_size[0]);
+  global_size[0] = mesh.num_entities_global(tdim) + 1;
+  write_data(name + "/x_cell_dofs", x_cell_dofs, global_size, mpi_io);
+
+  // Save cell ordering - copy to local vector and cut off ghosts
+  std::vector<std::size_t> cells(mesh.topology().global_indices(tdim).begin(),
+                       mesh.topology().global_indices(tdim).begin() + n_cells);
+
+  global_size[0] = mesh.num_entities_global(tdim);
+  write_data(name + "/cells", cells, global_size, mpi_io);
+
+  HDF5Interface::add_attribute(_hdf5_file_id, name, "signature",
+                               u.function_space()->element()->signature());
+
+  // Save vector
+  write(*u.vector(), name + "/vector_0");
+}
+//-----------------------------------------------------------------------------
+void HDF5File::read(Function& u, const std::string name)
+{
+  Timer t0("HDF5: read Function");
+  dolfin_assert(_hdf5_file_id > 0);
+
+  // FIXME: This routine is long and involves a lot of MPI, but it
+  // should work for the general case of reading a function that was
+  // written from a different number of processes.  Memory efficiency
+  // could be improved by limiting the scope of some of the temporary
+  // variables
+
+  std::string basename = name;
+  std::string vector_dataset_name = name + "/vector_0";
+
+  // Check that the name we have been given corresponds to a "group"
+  // If not, then maybe we have been given the vector dataset name
+  // directly, so the group name should be one level up.
+  if (!HDF5Interface::has_group(_hdf5_file_id, basename))
+  {
+    basename = name.substr(0, name.rfind("/"));
+    vector_dataset_name = name;
+  }
+
+  const std::string cells_dataset_name = basename + "/cells";
+  const std::string cell_dofs_dataset_name = basename + "/cell_dofs";
+  const std::string x_cell_dofs_dataset_name = basename + "/x_cell_dofs";
+
+  // Check datasets exist
+  if (!HDF5Interface::has_group(_hdf5_file_id, basename))
+  {
+    dolfin_error("HDF5File.cpp",
+                 "read function from file",
+                 "Group with name \"%s\" does not exist", name.c_str());
+  }
+
+  if (!HDF5Interface::has_dataset(_hdf5_file_id, cells_dataset_name))
+  {
+    dolfin_error("HDF5File.cpp",
+                 "read function from file",
+                 "Dataset with name \"%s\" does not exist",
+                 cells_dataset_name.c_str());
+  }
+
+  if (!HDF5Interface::has_dataset(_hdf5_file_id, cell_dofs_dataset_name))
+  {
+    dolfin_error("HDF5File.cpp",
+                 "read function from file",
+                 "Dataset with name \"%s\" does not exist",
+                 cell_dofs_dataset_name.c_str());
+  }
+
+  if (!HDF5Interface::has_dataset(_hdf5_file_id, x_cell_dofs_dataset_name))
+  {
+    dolfin_error("HDF5File.cpp",
+                 "read function from file",
+                 "Dataset with name \"%s\" does not exist",
+                 x_cell_dofs_dataset_name.c_str());
+  }
+
+  // Check if it has the vector_0-dataset. If not, it may be stored
+  // with an older version, and instead have a vector-dataset.
+  if (!HDF5Interface::has_dataset(_hdf5_file_id, vector_dataset_name))
+  {
+    std::string tmp_name = vector_dataset_name;
+    const std::size_t N = vector_dataset_name.rfind("/vector_0");
+    if (N != std::string::npos)
+      vector_dataset_name = vector_dataset_name.substr(0, N) + "/vector";
+
+    if (!HDF5Interface::has_dataset(_hdf5_file_id, vector_dataset_name))
+    {
+      dolfin_error("HDF5File.cpp",
+                   "read function from file",
+                   "Dataset with name \"%s\" does not exist",
+                   tmp_name.c_str());
+    }
+  }
+
+  // Get existing mesh and dofmap - these should be pre-existing
+  // and set up by user when defining the Function
+  dolfin_assert(u.function_space()->mesh());
+  const Mesh& mesh = *u.function_space()->mesh();
+  dolfin_assert(u.function_space()->dofmap());
+  const GenericDofMap& dofmap = *u.function_space()->dofmap();
+
+  // Get dimension of dataset
+  const std::vector<std::int64_t> dataset_shape =
+    HDF5Interface::get_dataset_shape(_hdf5_file_id, cells_dataset_name);
+  const std::size_t num_global_cells = dataset_shape[0];
+  if (mesh.num_entities_global(mesh.topology().dim()) != num_global_cells)
+  {
+    dolfin_error("HDF5File.cpp",
+                 "read Function from file",
+                 "Number of global cells does not match");
+  }
+
+  // Divide cells equally between processes
+  const std::pair<std::size_t, std::size_t> cell_range
+    = MPI::local_range(_mpi_comm.comm(), num_global_cells);
+
+  // Read cells
+  std::vector<std::size_t> input_cells;
+  HDF5Interface::read_dataset(_hdf5_file_id, cells_dataset_name,
+                              cell_range, input_cells);
+
+  // Overlap reads of DOF indices, to get full range on each process
+  std::vector<std::size_t> x_cell_dofs;
+  HDF5Interface::read_dataset(_hdf5_file_id, x_cell_dofs_dataset_name,
+                              std::make_pair(cell_range.first,
+                                             cell_range.second + 1),
+                              x_cell_dofs);
+
+  // Read cell-DOF maps
+  std::vector<dolfin::la_index> input_cell_dofs;
+  HDF5Interface::read_dataset(_hdf5_file_id, cell_dofs_dataset_name,
+                              std::make_pair(x_cell_dofs.front(),
+                                             x_cell_dofs.back()),
+                              input_cell_dofs);
+
+  GenericVector& x = *u.vector();
+
+  const std::vector<std::int64_t> vector_shape =
+    HDF5Interface::get_dataset_shape(_hdf5_file_id, vector_dataset_name);
+  const std::size_t num_global_dofs = vector_shape[0];
+  dolfin_assert(num_global_dofs == x.size(0));
+  const std::pair<dolfin::la_index, dolfin::la_index>
+    input_vector_range = MPI::local_range(_mpi_comm.comm(), vector_shape[0]);
+
+  std::vector<double> input_values;
+  HDF5Interface::read_dataset(_hdf5_file_id, vector_dataset_name,
+                              input_vector_range, input_values);
+
+  HDF5Utility::set_local_vector_values(_mpi_comm.comm(), x, mesh, input_cells,
+                                       input_cell_dofs, x_cell_dofs,
+                                       input_values, input_vector_range, dofmap);
+
+}
+//-----------------------------------------------------------------------------
+void HDF5File::write(const MeshValueCollection<std::size_t>& mesh_values,
+                     const std::string name)
+{
+  write_mesh_value_collection(mesh_values, name);
+}
+//-----------------------------------------------------------------------------
+void HDF5File::read(MeshValueCollection<std::size_t>& mesh_values,
+                    const std::string name) const
+{
+  read_mesh_value_collection(mesh_values, name);
+}
+//-----------------------------------------------------------------------------
+void HDF5File::write(const MeshValueCollection<double>& mesh_values,
+                     const std::string name)
+{
+  write_mesh_value_collection(mesh_values, name);
+}
+//-----------------------------------------------------------------------------
+void HDF5File::read(MeshValueCollection<double>& mesh_values,
+                    const std::string name) const
+{
+  read_mesh_value_collection(mesh_values, name);
+}
+//-----------------------------------------------------------------------------
+void HDF5File::write(const MeshValueCollection<bool>& mesh_values,
+                     const std::string name)
+{
+  // HDF5 does not implement bool, use int and copy
+
+  MeshValueCollection<int> mvc_int(mesh_values.mesh(), mesh_values.dim());
+  const std::map<std::pair<std::size_t, std::size_t>, bool>& values
+    = mesh_values.values();
+  for (auto mesh_value_it = values.begin(); mesh_value_it != values.end();
+       ++mesh_value_it)
+  {
+    mvc_int.set_value(mesh_value_it->first.first, mesh_value_it->first.second,
+                      mesh_value_it->second ? 1 : 0);
+  }
+
+  write_mesh_value_collection(mvc_int, name);
+}
+//-----------------------------------------------------------------------------
+void HDF5File::read(MeshValueCollection<bool>& mesh_values,
+                    const std::string name) const
+{
+  // HDF5 does not implement bool, use int and copy
+
+  MeshValueCollection<int> mvc_int(mesh_values.mesh(), mesh_values.dim());
+  read_mesh_value_collection(mvc_int, name);
+
+  const std::map<std::pair<std::size_t, std::size_t>, int>& values
+    = mvc_int.values();
+  for (auto mesh_value_it = values.begin(); mesh_value_it != values.end();
+       ++mesh_value_it)
+  {
+    mesh_values.set_value(mesh_value_it->first.first,
+                          mesh_value_it->first.second,
+                          (mesh_value_it->second != 0));
+  }
+
+}
+//-----------------------------------------------------------------------------
+template <typename T>
+void HDF5File::write_mesh_value_collection(const MeshValueCollection<T>& mesh_values,
+                                           const std::string name)
+{
+  dolfin_assert(_hdf5_file_id > 0);
+
+  const std::size_t dim = mesh_values.dim();
+  std::shared_ptr<const Mesh> mesh = mesh_values.mesh();
+
+  const std::map<std::pair<std::size_t, std::size_t>, T>& values
+    = mesh_values.values();
+
+  std::unique_ptr<CellType>
+    entity_type(CellType::create(mesh->type().entity_type(dim)));
+  const std::size_t num_vertices_per_entity
+    = (dim == 0) ? 1 : entity_type->num_vertices();
+
+  std::vector<std::size_t> topology;
+  std::vector<T> value_data;
+  topology.reserve(values.size()*num_vertices_per_entity);
+  value_data.reserve(values.size());
+
+  const std::size_t tdim = mesh->topology().dim();
+  mesh->init(tdim, dim);
+  for (auto &p : values)
+  {
+    MeshEntity cell = Cell(*mesh, p.first.first);
+    if (dim != tdim)
+    {
+      const unsigned int entity_local_idx = cell.entities(dim)[p.first.second];
+      cell = MeshEntity(*mesh, dim, entity_local_idx);
+    }
+    for (VertexIterator v(cell); !v.end(); ++v)
+      topology.push_back(v->global_index());
+    value_data.push_back(p.second);
+  }
+
+  const bool mpi_io = _mpi_comm.size() > 1 ? true : false;
+  std::vector<std::int64_t> global_size(2);
+
+  global_size[0] = MPI::sum(_mpi_comm.comm(), values.size());
+  global_size[1] = num_vertices_per_entity;
+
+  write_data(name + "/topology", topology, global_size, mpi_io);
+
+  global_size[1] = 1;
+  write_data(name + "/values", value_data, global_size, mpi_io);
+  HDF5Interface::add_attribute(_hdf5_file_id, name, "dimension",
+                               mesh_values.dim());
+}
+//-----------------------------------------------------------------------------
+template <typename T>
+void HDF5File::write_mesh_value_collection_old(
+                    const MeshValueCollection<T>& mesh_values,
+                    const std::string name)
+{
+  dolfin_assert(_hdf5_file_id > 0);
+
+  const std::map<std::pair<std::size_t, std::size_t>, T>& values
+    = mesh_values.values();
+
+  const Mesh& mesh = *mesh_values.mesh();
+  const std::vector<std::int64_t>& global_cell_index
+    = mesh.topology().global_indices(mesh.topology().dim());
+
+  std::vector<T> data_values;
+  std::vector<std::size_t> entities;
+  std::vector<std::size_t> cells;
+  for (auto p = values.begin(); p != values.end(); ++p)
+  {
+    cells.push_back(global_cell_index[p->first.first]);
+    entities.push_back(p->first.second);
+    data_values.push_back(p->second);
+  }
+
+  std::vector<std::int64_t> global_size(1, MPI::sum(_mpi_comm.comm(),
+                                                   data_values.size()));
+
+  // Only write if the global size is larger than 0
+  if (global_size[0] > 0)
+  {
+    const bool mpi_io = _mpi_comm.size() > 1 ? true : false;
+    write_data(name + "/values", data_values, global_size, mpi_io);
+    write_data(name + "/entities", entities, global_size, mpi_io);
+    write_data(name + "/cells", cells, global_size, mpi_io);
+
+    HDF5Interface::add_attribute(_hdf5_file_id, name, "dimension",
+                                 mesh_values.dim());
+  }
+}
+//-----------------------------------------------------------------------------
+template <typename T>
+void HDF5File::read_mesh_value_collection(MeshValueCollection<T>& mesh_vc,
+                                          const std::string name) const
+{
+  Timer t1("HDF5: read mesh value collection");
+  dolfin_assert(_hdf5_file_id > 0);
+
+  if (!HDF5Interface::has_group(_hdf5_file_id, name))
+  {
+    dolfin_error("HDF5File.cpp",
+                 "open MeshValueCollection dataset",
+                 "Group \"%s\" not found in file", name.c_str());
+  }
+
+  if (HDF5Interface::has_dataset(_hdf5_file_id, name + "/cells"))
+  {
+    warning("Found old MeshValueCollection format");
+    read_mesh_value_collection_old(mesh_vc, name);
+    return;
+  }
+
+  std::size_t dim = 0;
+  HDF5Interface::get_attribute(_hdf5_file_id, name, "dimension", dim);
+  std::shared_ptr<const Mesh> mesh = mesh_vc.mesh();
+  dolfin_assert(mesh);
+  std::unique_ptr<CellType>
+    entity_type(CellType::create(mesh->type().entity_type(dim)));
+  const std::size_t num_verts_per_entity = entity_type->num_entities(0);
+
+  // Reset MeshValueCollection
+  mesh_vc.clear();
+  mesh_vc.init(mesh, dim);
+
+  const std::string values_name = name + "/values";
+  const std::string topology_name = name + "/topology";
+
+  if (!HDF5Interface::has_dataset(_hdf5_file_id, values_name))
+  {
+    dolfin_error("HDF5File.cpp",
+                 "open MeshValueCollection dataset",
+                 "Dataset \"%s\" not found in file", values_name.c_str());
+  }
+
+  if (!HDF5Interface::has_dataset(_hdf5_file_id, topology_name))
+  {
+    dolfin_error("HDF5File.cpp",
+                 "open MeshValueCollection dataset",
+                 "Dataset \"%s\" not found in file", topology_name.c_str());
+  }
+
+  // Check both datasets have the same number of entries
+  const std::vector<std::int64_t> values_shape
+      = HDF5Interface::get_dataset_shape(_hdf5_file_id, values_name);
+  const std::vector<std::int64_t> topology_shape
+    = HDF5Interface::get_dataset_shape(_hdf5_file_id, topology_name);
+  dolfin_assert(values_shape[0] == topology_shape[0]);
+
+  // Divide range between processes
+  const std::pair<std::size_t, std::size_t> data_range
+    = MPI::local_range(_mpi_comm.comm(), values_shape[0]);
+  const std::size_t local_size = data_range.second - data_range.first;
+
+  // Read local range of values and entities
+  std::vector<T> values_data;
+  values_data.reserve(local_size);
+  HDF5Interface::read_dataset(_hdf5_file_id, values_name, data_range,
+                              values_data);
+  std::vector<std::size_t> topology_data;
+  topology_data.reserve(local_size*num_verts_per_entity);
+  HDF5Interface::read_dataset(_hdf5_file_id, topology_name, data_range,
+                              topology_data);
+
+  /// Basically need to tabulate all entities by vertex, and get their
+  /// local index, transmit them to a 'sorting' host.  Also send the
+  /// read data to the 'sorting' hosts.
+
+  // Ensure the mesh dimension is initialised
+  mesh->init(dim);
+  std::size_t global_vertex_range = mesh->num_entities_global(0);
+  std::vector<std::size_t> v(num_verts_per_entity);
+  const std::size_t num_processes = _mpi_comm.size();
+
+  // Calculate map from entity vertices to {process, local index}
+  std::map<std::vector<std::size_t>,
+           std::vector<std::size_t>> entity_map;
+
+  std::vector<std::vector<std::size_t>> send_entities(num_processes);
+  std::vector<std::vector<std::size_t>> recv_entities(num_processes);
+
+  for (MeshEntityIterator m(*mesh, dim); !m.end(); ++m)
+  {
+    if (dim == 0)
+      v[0] = m->global_index();
+    else
+    {
+      for (VertexIterator vtx(*m); !vtx.end(); ++vtx)
+        v[vtx.pos()] = vtx->global_index();
+      std::sort(v.begin(), v.end());
+    }
+
+    std::size_t dest = MPI::index_owner(_mpi_comm.comm(),
+                                        v[0], global_vertex_range);
+    send_entities[dest].push_back(m->index());
+    send_entities[dest].insert(send_entities[dest].end(),
+                               v.begin(), v.end());
+  }
+
+  MPI::all_to_all(_mpi_comm.comm(), send_entities, recv_entities);
+
+  for (std::size_t i = 0; i != num_processes; ++i)
+  {
+    for (std::vector<std::size_t>::const_iterator it
+           = recv_entities[i].begin(); it != recv_entities[i].end();
+         it += (num_verts_per_entity + 1))
+    {
+      std::copy(it + 1, it + num_verts_per_entity + 1, v.begin());
+      auto map_it = entity_map.insert({v, {i, *it}});
+      if (!map_it.second)
+      {
+        // Entry already exists, add to it
+        map_it.first->second.push_back(i);
+        map_it.first->second.push_back(*it);
+      }
+    }
+  }
+
+  // Send data from MeshValueCollection to sorting process
+
+  std::vector<std::vector<T>> send_data(num_processes);
+  std::vector<std::vector<T>> recv_data(num_processes);
+  // Reset send/recv arrays
+  send_entities = std::vector<std::vector<std::size_t>>(num_processes);
+  recv_entities = std::vector<std::vector<std::size_t>>(num_processes);
+
+  std::size_t i = 0;
+  for (auto it = topology_data.begin(); it != topology_data.end();
+       it += num_verts_per_entity)
+  {
+    std::partial_sort_copy(it, it + num_verts_per_entity,
+                           v.begin(), v.end());
+    std::size_t dest = MPI::index_owner(_mpi_comm.comm(),
+                                        v[0], global_vertex_range);
+    send_entities[dest].insert(send_entities[dest].end(),
+                               v.begin(), v.end());
+    send_data[dest].push_back(values_data[i]);
+    ++i;
+  }
+
+  MPI::all_to_all(_mpi_comm.comm(), send_entities, recv_entities);
+  MPI::all_to_all(_mpi_comm.comm(), send_data, recv_data);
+
+  // Reset send arrays
+  send_data = std::vector<std::vector<T>>(num_processes);
+  send_entities = std::vector<std::vector<std::size_t>>(num_processes);
+
+  // Locate entity in map, and send back to data to owning processes
+  for (std::size_t i = 0; i != num_processes; ++i)
+  {
+    dolfin_assert(recv_data[i].size()*num_verts_per_entity
+                  == recv_entities[i].size());
+
+    for (std::size_t j = 0; j != recv_data[i].size(); ++j)
+    {
+      auto it = recv_entities[i].begin() + j*num_verts_per_entity;
+      std::copy(it, it + num_verts_per_entity, v.begin());
+      auto map_it = entity_map.find(v);
+
+      if (map_it == entity_map.end())
+      {
+        dolfin_error("HDF5File.cpp",
+                     "find entity in map",
+                     "Error reading MeshValueCollection");
+      }
+      for (auto p = map_it->second.begin(); p != map_it->second.end(); p += 2)
+      {
+        const std::size_t dest = *p;
+        dolfin_assert(dest < num_processes);
+        send_entities[dest].push_back(*(p + 1));
+        send_data[dest].push_back(recv_data[i][j]);
+      }
+    }
+  }
+
+  // Send to owning processes and set in MeshValueCollection
+  MPI::all_to_all(_mpi_comm.comm(), send_entities, recv_entities);
+  MPI::all_to_all(_mpi_comm.comm(), send_data, recv_data);
+
+  for (std::size_t i = 0; i != num_processes; ++i)
+  {
+    dolfin_assert(recv_entities[i].size() == recv_data[i].size());
+    for (std::size_t j = 0; j != recv_data[i].size(); ++j)
+    {
+      mesh_vc.set_value(recv_entities[i][j], recv_data[i][j]);
+    }
+  }
+
+}
+//-----------------------------------------------------------------------------
+template <typename T>
+void HDF5File::read_mesh_value_collection_old(MeshValueCollection<T>& mesh_vc,
+                                          const std::string name) const
+{
+  Timer t1("HDF5: read mesh value collection");
+  dolfin_assert(_hdf5_file_id > 0);
+
+  mesh_vc.clear();
+  if (!HDF5Interface::has_group(_hdf5_file_id, name))
+  {
+    dolfin_error("HDF5File.cpp",
+                 "open MeshValueCollection dataset",
+                 "Group \"%s\" not found in file", name.c_str());
+  }
+
+  std::size_t dim = 0;
+  HDF5Interface::get_attribute(_hdf5_file_id, name, "dimension", dim);
+
+  const std::string values_name = name + "/values";
+  const std::string entities_name = name + "/entities";
+  const std::string cells_name = name + "/cells";
+
+  if (!HDF5Interface::has_dataset(_hdf5_file_id, values_name))
+  {
+    dolfin_error("HDF5File.cpp",
+                 "open MeshValueCollection dataset",
+                 "Dataset \"%s\" not found in file", values_name.c_str());
+  }
+
+  if (!HDF5Interface::has_dataset(_hdf5_file_id, entities_name))
+  {
+    dolfin_error("HDF5File.cpp",
+                 "open MeshValueCollection dataset",
+                 "Dataset \"%s\" not found in file", entities_name.c_str());
+  }
+
+  if (!HDF5Interface::has_dataset(_hdf5_file_id, cells_name))
+  {
+    dolfin_error("HDF5File.cpp",
+                 "open MeshValueCollection dataset",
+                 "Dataset \"%s\" not found in file", cells_name.c_str());
+  }
+
+  // Check all datasets have the same size
+  const std::vector<std::int64_t> values_shape
+      = HDF5Interface::get_dataset_shape(_hdf5_file_id, values_name);
+  const std::vector<std::int64_t> entities_shape
+      = HDF5Interface::get_dataset_shape(_hdf5_file_id, entities_name);
+  const std::vector<std::int64_t> cells_shape
+    = HDF5Interface::get_dataset_shape(_hdf5_file_id, cells_name);
+  dolfin_assert(values_shape[0] == entities_shape[0]);
+  dolfin_assert(values_shape[0] == cells_shape[0]);
+
+  // Check size of dataset. If small enough, just read on all
+  // processes...
+
+  // FIXME: optimise value
+  const std::int64_t max_data_one = 1048576; // arbitrary 1M
+
+  if (values_shape[0] < max_data_one)
+  {
+    // read on all processes
+    const std::pair<std::size_t, std::size_t> range(0, values_shape[0]);
+    const std::size_t local_size = range.second - range.first;
+
+    std::vector<T> values_data;
+    values_data.reserve(local_size);
+    HDF5Interface::read_dataset(_hdf5_file_id, values_name, range, values_data);
+    std::vector<std::size_t> entities_data;
+    entities_data.reserve(local_size);
+    HDF5Interface::read_dataset(_hdf5_file_id, entities_name, range,
+                                entities_data);
+    std::vector<std::size_t> cells_data;
+    cells_data.reserve(local_size);
+    HDF5Interface::read_dataset(_hdf5_file_id, cells_name, range, cells_data);
+
+    // Get global mapping to restore values
+    const Mesh& mesh = *mesh_vc.mesh();
+    const auto& global_cell_index =
+      mesh.topology().global_indices(mesh.topology().dim());
+
+    // Reference to actual map of MeshValueCollection
+    std::map<std::pair<std::size_t, std::size_t>, T>& mvc_map
+      = mesh_vc.values();
+
+    // Find cells which are on this process,
+    // under the assumption that global_cell_index is ordered.
+    dolfin_assert(std::is_sorted(global_cell_index.begin(),
+                                 global_cell_index.end()));
+
+    // cells_data in general is not ordered, so we sort it
+    // keeping track of the indices
+    std::vector<std::int64_t> cells_data_index(cells_data.size());
+    std::iota(cells_data_index.begin(), cells_data_index.end(), 0);
+    std::sort(cells_data_index.begin(), cells_data_index.end(),
+              [&cells_data](std::size_t i, size_t j)
+              { return cells_data[i] < cells_data[j]; });
+
+    // The implementation follows std::set_intersection, which we are
+    // not able to use here since we need the indices of the
+    // intersection, not just the values.
+    std::vector<std::int64_t>::const_iterator i = global_cell_index.begin();
+    std::vector<std::int64_t>::const_iterator j = cells_data_index.begin();
+    while (i!=global_cell_index.end() && j!=cells_data_index.end())
+    {
+      // Global cell index is less than the cell_data index read from
+      // file, if global cell index is larger than the cell_data index
+      // read from file, else global cell index is the same as the
+      // cell_data index read from file
+      if (*i < (std::int64_t)cells_data[*j])
+        ++i;
+      else if (*i > (std::int64_t)cells_data[*j])
+        ++j;
+      else
+      {
+        // Here we do not increment j because cells_data_index is
+        // ordered but not *strictly* ordered.
+        std::size_t lidx = i - global_cell_index.begin();
+        mvc_map[std::make_pair(lidx, entities_data[*j])] = values_data[*j];
+        ++j;
+      }
+    }
+  }
+  else
+  {
+    const Mesh& mesh = *mesh_vc.mesh();
+
+    // Divide range between processes
+    const std::pair<std::size_t, std::size_t> data_range
+      = MPI::local_range(_mpi_comm.comm(), values_shape[0]);
+    const std::size_t local_size = data_range.second - data_range.first;
+
+    // Read local range of values, entities and cells
+    std::vector<T> values_data;
+    values_data.reserve(local_size);
+    HDF5Interface::read_dataset(_hdf5_file_id, values_name, data_range,
+                                values_data);
+    std::vector<std::size_t> entities_data;
+    entities_data.reserve(local_size);
+    HDF5Interface::read_dataset(_hdf5_file_id, entities_name, data_range,
+                                entities_data);
+    std::vector<std::size_t> cells_data;
+    cells_data.reserve(local_size);
+    HDF5Interface::read_dataset(_hdf5_file_id, cells_name, data_range,
+                                cells_data);
+
+    std::vector<std::pair<std::size_t, std::size_t>> cell_ownership;
+    cell_ownership = HDF5Utility::cell_owners(mesh, cells_data);
+
+    const std::size_t num_processes = _mpi_comm.size();
+    std::vector<std::vector<std::size_t>> send_entities(num_processes);
+    std::vector<std::vector<std::size_t>> send_local(num_processes);
+    std::vector<std::vector<T>> send_values(num_processes);
+    for (std::size_t i = 0; i != cells_data.size(); ++i)
+    {
+      const std::size_t dest = cell_ownership[i].first;
+      send_local[dest].push_back(cell_ownership[i].second);
+      send_entities[dest].push_back(entities_data[i]);
+      send_values[dest].push_back(values_data[i]);
+    }
+
+    std::vector<std::vector<T>> recv_values(num_processes);
+    std::vector<std::vector<std::size_t>> recv_entities(num_processes);
+    std::vector<std::vector<std::size_t>> recv_local(num_processes);
+    MPI::all_to_all(_mpi_comm.comm(), send_entities, recv_entities);
+    MPI::all_to_all(_mpi_comm.comm(), send_local, recv_local);
+    MPI::all_to_all(_mpi_comm.comm(), send_values, recv_values);
+
+    // Reference to actual map of MeshValueCollection
+    std::map<std::pair<std::size_t, std::size_t>, T>& mvc_map
+      = mesh_vc.values();
+
+    for (std::size_t i = 0; i < num_processes; ++i)
+    {
+      const std::vector<std::size_t>& local_index = recv_local[i];
+      const std::vector<std::size_t>& local_entities = recv_entities[i];
+      const std::vector<T>& local_values = recv_values[i];
+      dolfin_assert(local_index.size() == local_entities.size());
+      dolfin_assert(local_index.size() == local_values.size());
+
+      for (std::size_t j = 0; j < local_index.size(); ++j)
+      {
+        mvc_map[std::make_pair(local_index[j], local_entities[j])]
+          = local_values[j];
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void HDF5File::read(Mesh& input_mesh, const std::string data_path,
+                    bool use_partition_from_file) const
+{
+  dolfin_assert(_hdf5_file_id > 0);
+
+  // Check that topology data set is found in HDF5 file
+  const std::string topology_path = data_path + "/topology";
+  if (!HDF5Interface::has_dataset(_hdf5_file_id, topology_path))
+  {
+    dolfin_error("HDF5File.cpp",
+                 "read topology dataset",
+                 "Dataset \"%s\" not found", topology_path.c_str());
+  }
+
+  // Get topology data
+  std::string cell_type_str;
+  if (HDF5Interface::has_attribute(_hdf5_file_id, topology_path, "celltype"))
+  {
+    HDF5Interface::get_attribute(_hdf5_file_id, topology_path, "celltype",
+                                 cell_type_str);
+  }
+
+  // Create CellType from string
+  std::unique_ptr<CellType> cell_type(CellType::create(cell_type_str));
+  dolfin_assert(cell_type);
+
+  // Check that coordinate data set is found in HDF5 file
+  const std::string geometry_path = data_path + "/coordinates";
+  if (!HDF5Interface::has_dataset(_hdf5_file_id, geometry_path))
+  {
+    dolfin_error("HDF5File.cpp",
+                 "read coordinates dataset",
+                 "Dataset \"%s\" not found", geometry_path.c_str());
+  }
+
+  // Get dimensions of coordinate dataset
+  std::vector<std::int64_t> coords_shape
+    = HDF5Interface::get_dataset_shape(_hdf5_file_id, geometry_path);
+  dolfin_assert(coords_shape.size() < 3);
+  if (coords_shape.size() == 1)
+  {
+    dolfin_error("HDF5File.cpp",
+                 "get geometric dimension",
+                 "Cannot determine geometric dimension from one-dimensional array storage in HDF5 file");
+  }
+  else if (coords_shape.size() > 2)
+  {
+    dolfin_error("HDF5File.cpp",
+                 "get geometric dimension",
+                 "Cannot determine geometric dimension from high-rank array storage in HDF5 file");
+  }
+
+  // Extract geometric dimension
+  int gdim = coords_shape[1];
+
+  // Build mesh from data in HDF5 file
+  read(input_mesh, topology_path, geometry_path, gdim, *cell_type, -1,
+       coords_shape[0],
+       use_partition_from_file);
+}
+//-----------------------------------------------------------------------------
+void HDF5File::read(Mesh& input_mesh,
+                    const std::string topology_path,
+                    const std::string geometry_path,
+                    const int gdim, const CellType& cell_type,
+                    const std::int64_t expected_num_global_cells,
+                    const std::int64_t expected_num_global_points,
+                    bool use_partition_from_file) const
+{
+  // FIXME: This function is too big. Split up.
+
+  Timer t("HDF5: read mesh");
+  dolfin_assert(_hdf5_file_id > 0);
+
+  // Create structure to store local mesh
+  LocalMeshData local_mesh_data(_mpi_comm.comm());
+  local_mesh_data.geometry.dim = gdim;
+
+  // --- Topology ---
+
+  // Get number of vertices per cell from CellType
+  const int num_vertices_per_cell = cell_type.num_entities(0);
+
+  // Set topology dim and cell type
+  local_mesh_data.topology.dim = cell_type.dim();
+  local_mesh_data.topology.cell_type = cell_type.cell_type();
+  local_mesh_data.topology.num_vertices_per_cell = num_vertices_per_cell;
+
+  // Discover shape of the topology data set in HDF5 file
+  std::vector<std::int64_t> topology_shape
+    = HDF5Interface::get_dataset_shape(_hdf5_file_id, topology_path);
+
+  // If cell type is encoded in HDF5, then check for consistency with cell
+  // type passed into this function
+  if (HDF5Interface::has_attribute(_hdf5_file_id, topology_path, "celltype"))
+  {
+    std::string cell_type_str;
+    HDF5Interface::get_attribute(_hdf5_file_id, topology_path, "celltype",
+                                 cell_type_str);
+    if (cell_type.cell_type() != CellType:: string2type(cell_type_str))
+    {
+      dolfin_error("HDF5File.cpp",
+                   "read topology data",
+                   "Inconsistency between expected cell type and cell type attribie in HDF file");
+
+    }
+  }
+
+  // Compute number of global cells (handle case that topology may be
+  // arranged a 1D or 2D array)
+  std::int64_t num_global_cells = 0;
+  if (topology_shape.size() == 1)
+  {
+    dolfin_assert(topology_shape[0] % num_vertices_per_cell == 0);
+    num_global_cells = topology_shape[0]/num_vertices_per_cell;
+  }
+  else if (topology_shape.size() == 2)
+  {
+    num_global_cells = topology_shape[0];
+    if (topology_shape[1] != num_vertices_per_cell)
+    {
+      dolfin_error("HDF5File.cpp",
+                   "read topology data",
+                   "Topology in HDF5 file has inconsistent size");
+    }
+  }
+  else
+  {
+    dolfin_error("HDF5File.cpp",
+                 "read coordinate data",
+                 "Topology in HDF5 file has wrong shape");
+  }
+
+  // Check number of cells (global)
+  if (expected_num_global_cells >= 0)
+  {
+    // Check number of cells for consistency with expected number of cells
+    if (num_global_cells != expected_num_global_cells)
+    {
+      dolfin_error("HDF5File.cpp",
+                   "read cell data",
+                   "Inconsistentcy between expected number of cells and number of cells in topology in HDF5 file");
+    }
+  }
+
+  // Set number of cells (global)
+  local_mesh_data.topology.num_global_cells = num_global_cells;
+
+  // FIXME: 'partition' is a poor descriptor
+  // Get partition from file, if available
+  std::vector<std::size_t> cell_partitions;
+  if (HDF5Interface::has_attribute(_hdf5_file_id, topology_path, "partition"))
+  {
+    HDF5Interface::get_attribute(_hdf5_file_id, topology_path, "partition",
+                                 cell_partitions);
+  }
+
+  // Prepare range of cells to read on this process
+  std::pair<std::size_t, std::size_t> cell_range;
+
+  // Check whether number of MPI processes matches partitioning, and
+  // restore if possible
+  if (_mpi_comm.size() == cell_partitions.size())
+  {
+    cell_partitions.push_back(num_global_cells);
+    const std::size_t proc = _mpi_comm.rank();
+    cell_range = std::make_pair(cell_partitions[proc], cell_partitions[proc + 1]);
+
+    // Restore partitioning if requested
+    if (use_partition_from_file)
+    {
+      local_mesh_data.topology.cell_partition
+        = std::vector<int>(cell_range.second - cell_range.first, proc);
+    }
+  }
+  else
+  {
+    if (use_partition_from_file)
+      warning("Could not use partition from file: wrong size");
+
+    // Divide up cells approximately equally between processes
+    cell_range = MPI::local_range(_mpi_comm.comm(), num_global_cells);
+  }
+
+  // Get number of cells to read on this process
+  const int num_local_cells = cell_range.second - cell_range.first;
+
+  // Modify range of array to read for flat HDF5 storage
+  std::pair<std::size_t, std::size_t> cell_data_range = cell_range;
+  if (topology_shape.size() == 1)
+  {
+    cell_data_range.first *= num_vertices_per_cell;
+    cell_data_range.second *= num_vertices_per_cell;
+  }
+
+  // Read a block of cells
+  std::vector<std::int64_t> topology_data;
+  topology_data.reserve(num_local_cells*num_vertices_per_cell);
+  HDF5Interface::read_dataset(_hdf5_file_id, topology_path, cell_data_range,
+                              topology_data);
+
+  // FIXME: explain this more clearly.
+  // Reconstruct mesh_name from topology_name - needed for
+  // cell_indices
+  std::string mesh_name = topology_path.substr(0, topology_path.rfind("/"));
+
+  // FIXME: Imrpove comment - it's unclear this is about
+  // Look for cell indices in dataset, and use if available
+  std::vector<std::int64_t>& global_cell_indices = local_mesh_data.topology.global_cell_indices;
+  global_cell_indices.clear();
+  const std::string cell_indices_name = mesh_name + "/cell_indices";
+  if (HDF5Interface::has_dataset(_hdf5_file_id, cell_indices_name))
+  {
+    global_cell_indices.reserve(num_local_cells);
+    HDF5Interface::read_dataset(_hdf5_file_id, cell_indices_name,
+                                cell_range, global_cell_indices);
+  }
+  else
+  {
+    global_cell_indices.resize(num_local_cells);
+    std::iota(global_cell_indices.begin(), global_cell_indices.end(),
+              cell_range.first);
+  }
+
+  // FIXME: allocate multi_array data and pass to HDFr read function
+  // to avoid copy
+  // Copy to boost::multi_array
+  local_mesh_data.topology.cell_vertices.resize(boost::extents[num_local_cells][num_vertices_per_cell]);
+  boost::multi_array_ref<std::int64_t, 2>
+    topology_data_array(topology_data.data(),
+                        boost::extents[num_local_cells][num_vertices_per_cell]);
+
+  // Remap vertices to DOLFIN ordering from VTK/XDMF ordering
+  const std::vector<std::int8_t> perm = cell_type.vtk_mapping();
+  for (int i = 0; i != num_local_cells; ++i)
+  {
+    for (int j = 0; j != num_vertices_per_cell; ++j)
+      local_mesh_data.topology.cell_vertices[i][j] = topology_data_array[i][perm[j]];
+  }
+
+  // --- Coordinates ---
+
+  // Get dimensions of coordinate dataset
+  std::vector<std::int64_t> coords_shape
+    = HDF5Interface::get_dataset_shape(_hdf5_file_id, geometry_path);
+
+  // Compute number of vertcies
+  if (coords_shape.size() == 1)
+  {
+    dolfin_assert(coords_shape[0] % gdim == 0);
+    local_mesh_data.geometry.num_global_vertices = coords_shape[0]/gdim;
+  }
+  else if (coords_shape.size() == 2)
+  {
+    dolfin_assert((int) coords_shape[1] == gdim);
+    local_mesh_data.geometry.num_global_vertices = coords_shape[0];
+  }
+  else
+  {
+    dolfin_error("HDF5File.cpp",
+                 "read coordinate data",
+                 "Topology in HDF5 file has wrong shape");
+  }
+
+  // Check number of vertices (global) against expected number
+  if (expected_num_global_points >= 0)
+  {
+    // Check number of cells for consistency with expected number of cells
+    if (local_mesh_data.geometry.num_global_vertices != expected_num_global_points)
+    {
+      dolfin_error("HDF5File.cpp",
+                   "read vertex data",
+                   "Inconsistentcy between expected number of vertices and number of vertices in geometry in HDF5 file");
+    }
+  }
+
+  // Divide point range into equal blocks for each process
+  std::pair<std::size_t, std::size_t> vertex_range
+    = MPI::local_range(_mpi_comm.comm(), local_mesh_data.geometry.num_global_vertices);
+  const std::size_t num_local_vertices
+    = vertex_range.second - vertex_range.first;
+
+  // Modify vertex data range for flat storage
+  std::pair<std::size_t, std::size_t> vertex_data_range = vertex_range;
+  if (coords_shape.size() == 1)
+  {
+    vertex_data_range.first *= gdim;
+    vertex_data_range.second *= gdim;
+  }
+
+  // Read vertex data to temporary vector
+  {
+    std::vector<double> coordinates_data;
+    coordinates_data.reserve(num_local_vertices*gdim);
+    HDF5Interface::read_dataset(_hdf5_file_id, geometry_path, vertex_data_range,
+                                coordinates_data);
+
+    // Copy to boost::multi_array
+    local_mesh_data.geometry.vertex_coordinates.resize(boost::extents[num_local_vertices][gdim]);
+    std::copy(coordinates_data.begin(), coordinates_data.end(),
+              local_mesh_data.geometry.vertex_coordinates.data());
+  }
+
+  // FIXME: explain this better - comment is cryptic
+  // Fill vertex indices with values - not used in build_distributed_mesh
+  local_mesh_data.geometry.vertex_indices.resize(num_local_vertices);
+  for (std::size_t i = 0; i < local_mesh_data.geometry.vertex_coordinates.size(); ++i)
+  {
+    dolfin_assert(i < local_mesh_data.geometry.vertex_indices.size());
+    local_mesh_data.geometry.vertex_indices[i] = vertex_range.first + i;
+  }
+
+  t.stop();
+
+  // Build distributed mesh
+  // FIXME: Why is the mesh built into HDF5Utility? This should be in the mesh code.
+  if (_mpi_comm.size() == 1)
+    HDF5Utility::build_local_mesh(input_mesh, local_mesh_data);
+  else
+  {
+    const std::string ghost_mode = dolfin::parameters["ghost_mode"];
+    MeshPartitioning::build_distributed_mesh(input_mesh, local_mesh_data, ghost_mode);
+  }
+
+}
+//-----------------------------------------------------------------------------
+bool HDF5File::has_dataset(const std::string dataset_name) const
+{
+  dolfin_assert(_hdf5_file_id > 0);
+  return HDF5Interface::has_dataset(_hdf5_file_id, dataset_name);
+}
+//-----------------------------------------------------------------------------
+HDF5Attribute HDF5File::attributes(const std::string dataset_name)
+{
+  dolfin_assert(_hdf5_file_id > 0);
+  if (!has_dataset(dataset_name))
+  {
+    dolfin_error("HDF5File.cpp",
+                 "accessing attributes",
+                 "Dataset \"%s\" not found", dataset_name.c_str());
+  }
+
+  return HDF5Attribute(_hdf5_file_id, dataset_name);
+}
+//-----------------------------------------------------------------------------
+void HDF5File::set_mpi_atomicity(bool atomic)
+{
+  dolfin_assert(_hdf5_file_id > 0);
+  HDF5Interface::set_mpi_atomicity(_hdf5_file_id, atomic);
+}
+//-----------------------------------------------------------------------------
+bool HDF5File::get_mpi_atomicity() const
+{
+  dolfin_assert(_hdf5_file_id > 0);
+  return HDF5Interface::get_mpi_atomicity(_hdf5_file_id);
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/io/HDF5File.h b/dolfin/io/HDF5File.h
new file mode 100644
index 0000000..00d7b99
--- /dev/null
+++ b/dolfin/io/HDF5File.h
@@ -0,0 +1,285 @@
+// Copyright (C) 2012 Chris N. Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2012
+
+#ifndef __DOLFIN_HDF5FILE_H
+#define __DOLFIN_HDF5FILE_H
+
+#ifdef HAS_HDF5
+
+#include <string>
+#include <utility>
+#include <vector>
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/Variable.h>
+#include <dolfin/geometry/Point.h>
+#include "HDF5Attribute.h"
+#include "HDF5Interface.h"
+
+namespace dolfin
+{
+
+  class CellType;
+  class Function;
+  class GenericVector;
+  class LocalMeshData;
+  class Mesh;
+  template<typename T> class MeshFunction;
+  template<typename T> class MeshValueCollection;
+  class HDF5Attribute;
+
+  class HDF5File : public Variable
+  {
+
+  public:
+
+    /// Constructor. file_mode should be "a" (append),
+    /// "w" (write) or "r" (read).
+    HDF5File(MPI_Comm comm, const std::string filename,
+             const std::string file_mode);
+
+    /// Destructor
+    ~HDF5File();
+
+    /// Close file
+    void close();
+
+    /// Flush buffered I/O to disk
+    void flush();
+
+    /// Write points to file
+    void write(const std::vector<Point>& points, const std::string name);
+
+    /// Write simple vector of double to file
+    void write(const std::vector<double>& values, const std::string name);
+
+    /// Write Vector to file in a format suitable for re-reading
+    void write(const GenericVector& x, const std::string name);
+
+    /// Read vector from file and optionally re-use any partitioning
+    /// that is available in the file
+    void read(GenericVector& x, const std::string dataset_name,
+              const bool use_partition_from_file) const;
+
+    /// Write Mesh to file in a format suitable for re-reading
+    void write(const Mesh& mesh, const std::string name);
+
+    /// Write Mesh of given cell dimension to file in a format
+    /// suitable for re-reading
+    void write(const Mesh& mesh, const std::size_t cell_dim,
+               const std::string name);
+
+    /// Write Function to file in a format suitable for re-reading
+    void write(const Function& u, const std::string name);
+
+    /// Write Function to file with a timestamp
+    void write(const Function& u, const std::string name, double timestamp);
+
+    /// Read Function from file and distribute data according to the
+    /// Mesh and dofmap associated with the Function.  If the 'name'
+    /// refers to a HDF5 group, then it is assumed that the Function
+    /// data is stored in the datasets within that group.  If the
+    /// 'name' refers to a HDF5 dataset within a group, then it is
+    /// assumed that it is a Vector, and the Function will be filled
+    /// from that Vector
+    void read(Function& u, const std::string name);
+
+    /// Read Mesh from file, using attribute data (e.g., cell type)
+    /// stored in the HDF5 file. Optionally re-use any partition data
+    /// in the file. This function requires all necessary data for
+    /// constructing a Mesh to be present in the HDF5 file.
+    void read(Mesh& mesh, const std::string data_path,
+              bool use_partition_from_file) const;
+
+    /// Construct Mesh with paths to topology and geometry datasets,
+    /// and providing essential meta-data, e.g. geometric dimension
+    /// and cell type. If this data is available in the HDF5 file, it
+    /// will be checked for consistency. Set expected_num_global_cells
+    /// to a negative value if not known.
+    ///
+    /// This function is typically called when using the XDMF format,
+    /// in which case the meta data has already been read from an XML
+    /// file
+    void read(Mesh& input_mesh,
+              const std::string topology_path,
+              const std::string geometry_path,
+              const int gdim , const CellType& cell_type,
+              const std::int64_t expected_num_global_cells,
+              const std::int64_t expected_num_global_points,
+              bool use_partition_from_file) const;
+
+    /// Write MeshFunction to file in a format suitable for re-reading
+    void write(const MeshFunction<std::size_t>& meshfunction,
+               const std::string name);
+
+    /// Write MeshFunction to file in a format suitable for re-reading
+    void write(const MeshFunction<int>& meshfunction, const std::string name);
+
+    /// Write MeshFunction to file in a format suitable for re-reading
+    void write(const MeshFunction<double>& meshfunction,
+               const std::string name);
+
+    /// Write MeshFunction to file in a format suitable for re-reading
+    void write(const MeshFunction<bool>& meshfunction, const std::string name);
+
+    /// Read MeshFunction from file
+    void read(MeshFunction<std::size_t>& meshfunction,
+              const std::string name) const;
+
+    /// Read MeshFunction from file
+    void read(MeshFunction<int>& meshfunction, const std::string name) const;
+
+    /// Read MeshFunction from file
+    void read(MeshFunction<double>& meshfunction,
+              const std::string name) const;
+
+    /// Read MeshFunction from file
+    void read(MeshFunction<bool>& meshfunction, const std::string name) const;
+
+    /// Write MeshValueCollection to file
+    void write(const MeshValueCollection<std::size_t>& mesh_values,
+               const std::string name);
+
+    /// Write MeshValueCollection to file
+    void write(const MeshValueCollection<double>& mesh_values,
+               const std::string name);
+
+    /// Write MeshValueCollection to file
+    void write(const MeshValueCollection<bool>& mesh_values,
+               const std::string name);
+
+    /// Read MeshValueCollection from file
+    void read(MeshValueCollection<std::size_t>& mesh_values,
+              const std::string name) const;
+
+    /// Read MeshValueCollection from file
+    void read(MeshValueCollection<double>& mesh_values,
+              const std::string name) const;
+
+    /// Read MeshValueCollection from file
+    void read(MeshValueCollection<bool>& mesh_values,
+              const std::string name) const;
+
+    /// Check if dataset exists in HDF5 file
+    bool has_dataset(const std::string dataset_name) const;
+
+    // Get/set attributes of an existing dataset
+    HDF5Attribute attributes(const std::string dataset_name);
+
+    /// Set the MPI atomicity
+    void set_mpi_atomicity(bool atomic);
+
+    /// Get the MPI atomicity
+    bool get_mpi_atomicity() const;
+
+    hid_t h5_id() const
+    { return _hdf5_file_id; }
+
+  private:
+
+    // Friend
+    friend class XDMFFile;
+    friend class TimeSeries;
+
+    // Write a MeshFunction to file
+    template <typename T>
+    void write_mesh_function(const MeshFunction<T>& meshfunction,
+                             const std::string name);
+
+    // Read a MeshFunction from file
+    template <typename T>
+    void read_mesh_function(MeshFunction<T>& meshfunction,
+                            const std::string name) const;
+
+    // Write a MeshValueCollection to file (old format)
+    template <typename T>
+      void write_mesh_value_collection_old(
+        const MeshValueCollection<T>& mesh_values,
+        const std::string name);
+
+    // Write a MeshValueCollection to file (new version using vertex
+    // indices)
+    template <typename T>
+      void write_mesh_value_collection(const MeshValueCollection<T>& mesh_values,
+                                       const std::string name);
+
+    // Read a MeshValueCollection from file
+    template <typename T>
+      void read_mesh_value_collection(MeshValueCollection<T>& mesh_values,
+                                      const std::string name) const;
+
+    // Read a MeshValueCollection (old format)
+    template <typename T>
+      void read_mesh_value_collection_old(MeshValueCollection<T>& mesh_values,
+                                          const std::string name) const;
+
+    // Write contiguous data to HDF5 data set. Data is flattened into
+    // a 1D array, e.g. [x0, y0, z0, x1, y1, z1] for a vector in 3D
+    template <typename T>
+      void write_data(const std::string dataset_name,
+                      const std::vector<T>& data,
+                      const std::vector<std::int64_t> global_size,
+                      bool use_mpi_io);
+
+    // HDF5 file descriptor/handle
+    hid_t _hdf5_file_id;
+
+    // MPI communicator
+    dolfin::MPI::Comm _mpi_comm;
+  };
+
+  //---------------------------------------------------------------------------
+  // Needs to go here, because of use in XDMFFile.cpp
+  template <typename T>
+  void HDF5File::write_data(const std::string dataset_name,
+                            const std::vector<T>& data,
+                            const std::vector<std::int64_t> global_size,
+                            bool use_mpi_io)
+  {
+    dolfin_assert(_hdf5_file_id > 0);
+    dolfin_assert(global_size.size() > 0);
+
+    // Get number of 'items'
+    std::size_t num_local_items = 1;
+    for (std::size_t i = 1; i < global_size.size(); ++i)
+      num_local_items *= global_size[i];
+    num_local_items = data.size()/num_local_items;
+
+    // Compute offset
+    const std::size_t offset = MPI::global_offset(_mpi_comm.comm(), num_local_items,
+                                                  true);
+    std::pair<std::size_t, std::size_t> range(offset,
+                                              offset + num_local_items);
+
+    // Write data to HDF5 file
+    const bool chunking = parameters["chunking"];
+    // Ensure dataset starts with '/'
+    std::string dset_name(dataset_name);
+    if (dset_name[0] != '/')
+      dset_name = "/" + dataset_name;
+
+    HDF5Interface::write_dataset(_hdf5_file_id, dset_name, data,
+                                 range, global_size, use_mpi_io, chunking);
+  }
+  //---------------------------------------------------------------------------
+
+}
+
+#endif
+#endif
diff --git a/dolfin/io/HDF5Interface.cpp b/dolfin/io/HDF5Interface.cpp
new file mode 100644
index 0000000..02bfd58
--- /dev/null
+++ b/dolfin/io/HDF5Interface.cpp
@@ -0,0 +1,468 @@
+// Copyright (C) 2012 Chris N. Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Johannes Ring, 2012
+//
+// First Added: 2012-09-21
+// Last Changed: 2013-10-24
+
+#include <boost/filesystem.hpp>
+#include <dolfin/common/MPI.h>
+#include <dolfin/log/log.h>
+#include "HDF5File.h"
+#include "HDF5Interface.h"
+
+#ifdef HAS_HDF5
+
+#define HDF5_FAIL -1
+#define HDF5_MAXSTRLEN 80
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+hid_t HDF5Interface::open_file(MPI_Comm mpi_comm, const std::string filename,
+                               const std::string mode,
+                               const bool use_mpi_io)
+{
+  // Set parallel access with communicator
+  const hid_t plist_id = H5Pcreate(H5P_FILE_ACCESS);
+
+#ifdef H5_HAVE_PARALLEL
+  if (use_mpi_io)
+  {
+    #ifdef HAS_MPI
+    MPI_Info info;
+    MPI_Info_create(&info);
+    herr_t status = H5Pset_fapl_mpio(plist_id, mpi_comm, info);
+    dolfin_assert(status != HDF5_FAIL);
+    MPI_Info_free(&info);
+    #else
+    dolfin_error("HDF5Interface.cpp",
+                 "create HDF5 file",
+                 "Cannot use MPI-IO output if DOLFIN is not configured with MPI");
+    #endif
+  }
+#endif
+
+  hid_t file_id = HDF5_FAIL;
+  if (mode == "w")
+  {
+    // Create file for write, (overwriting existing file, if present)
+    file_id = H5Fcreate(filename.c_str(), H5F_ACC_TRUNC, H5P_DEFAULT,
+                        plist_id);
+  }
+  else
+  {
+    // Check that file exists
+    if (!boost::filesystem::is_regular_file(filename))
+    {
+      dolfin_error("HDF5Interface.cpp",
+                   "open HDF5 file",
+                   "File \"%s\" does not exist", filename.c_str());
+    }
+
+    if (mode == "a")
+    {
+      // Open file existing file for append
+      file_id = H5Fopen(filename.c_str(), H5F_ACC_RDWR, plist_id);
+    }
+    else if (mode == "r")
+      file_id = H5Fopen(filename.c_str(), H5F_ACC_RDONLY, plist_id);
+    else
+    {
+      dolfin_error("HDF5Interface.cpp",
+                   "open HDF5 file",
+                   "Unknown file mode \"%s\"", mode.c_str());
+    }
+
+  }
+  dolfin_assert(file_id != HDF5_FAIL);
+
+  // Release file-access template
+  herr_t status = H5Pclose(plist_id);
+  dolfin_assert(status != HDF5_FAIL);
+
+  return file_id;
+}
+//-----------------------------------------------------------------------------
+void HDF5Interface::close_file(const hid_t hdf5_file_handle)
+{
+  herr_t status = H5Fclose(hdf5_file_handle);
+  dolfin_assert(status != HDF5_FAIL);
+}
+//-----------------------------------------------------------------------------
+void HDF5Interface::flush_file(const hid_t hdf5_file_handle)
+{
+  herr_t status = H5Fflush(hdf5_file_handle, H5F_SCOPE_GLOBAL);
+  dolfin_assert(status != HDF5_FAIL);
+}
+//-----------------------------------------------------------------------------
+std::string HDF5Interface::get_filename(hid_t hdf5_file_handle)
+{
+  // Get length of filename
+  ssize_t length = H5Fget_name(hdf5_file_handle, NULL, 0);
+  dolfin_assert(length > 0);
+
+  // Allocate memory
+  std::vector<char> name(length +1);
+
+  // Retrive filename
+  length = H5Fget_name(hdf5_file_handle, name.data(), length + 1);
+  dolfin_assert(length > 0);
+
+  return std::string(name.begin(), name.end());
+}
+//-----------------------------------------------------------------------------
+const std::string HDF5Interface::get_attribute_type(
+                  const hid_t hdf5_file_handle,
+                  const std::string dataset_path,
+                  const std::string attribute_name)
+{
+  herr_t status;
+
+  // Open dataset or group by name
+  const hid_t dset_id = H5Oopen(hdf5_file_handle, dataset_path.c_str(),
+                                H5P_DEFAULT);
+  dolfin_assert(dset_id != HDF5_FAIL);
+
+  // Open attribute by name and get its type
+  const hid_t attr_id = H5Aopen(dset_id, attribute_name.c_str(), H5P_DEFAULT);
+  dolfin_assert(attr_id != HDF5_FAIL);
+  const hid_t attr_type = H5Aget_type(attr_id);
+  dolfin_assert(attr_type != HDF5_FAIL);
+
+  // Determine type of attribute
+  const hid_t h5class = H5Tget_class(attr_type);
+
+  // Get size of space, will determine if it is a vector or not
+  const hid_t dataspace = H5Aget_space(attr_id);
+  dolfin_assert(dataspace != HDF5_FAIL);
+  hsize_t cur_size[10];
+  hsize_t max_size[10];
+  const int ndims = H5Sget_simple_extent_dims(dataspace, cur_size, max_size);
+
+  std::string attribute_type_description;
+
+  if (h5class == H5T_FLOAT && ndims == 0)
+    attribute_type_description = "float";
+  else if (h5class == H5T_INTEGER && ndims == 0)
+    attribute_type_description = "int";
+  else if (h5class == H5T_FLOAT)
+    attribute_type_description = "vectorfloat";
+  else if (h5class == H5T_INTEGER)
+    attribute_type_description = "vectorint";
+  else if (h5class == H5T_STRING)
+    attribute_type_description = "string";
+  else
+    attribute_type_description = "unsupported";
+
+  // Close dataspace
+  status = H5Sclose(dataspace);
+  dolfin_assert(status != HDF5_FAIL);
+
+  // Close attribute type
+  status = H5Tclose(attr_type);
+  dolfin_assert(status != HDF5_FAIL);
+
+  // Close attribute
+  status = H5Aclose(attr_id);
+  dolfin_assert(status != HDF5_FAIL);
+
+  // Close dataset or group
+  status = H5Oclose(dset_id);
+  dolfin_assert(status != HDF5_FAIL);
+
+  return attribute_type_description;
+}
+//-----------------------------------------------------------------------------
+void HDF5Interface::delete_attribute(const hid_t hdf5_file_handle,
+                                     const std::string dataset_path,
+                                     const std::string attribute_name)
+{
+  herr_t status;
+
+  // Open dataset or group by name
+  const hid_t dset_id = H5Oopen(hdf5_file_handle, dataset_path.c_str(),
+                                H5P_DEFAULT);
+  dolfin_assert(dset_id != HDF5_FAIL);
+
+  // Delete attribute by name
+  status = H5Adelete(dset_id, attribute_name.c_str());
+  dolfin_assert(status != HDF5_FAIL);
+
+  // Close dataset or group
+  status = H5Oclose(dset_id);
+  dolfin_assert(status != HDF5_FAIL);
+}
+//-----------------------------------------------------------------------------
+herr_t HDF5Interface::attribute_iteration_function(hid_t loc_id,
+                                                   const char* name,
+                                                   const H5A_info_t* info,
+                                                   void *str)
+{
+  std::vector<std::string>* s = (std::vector<std::string>*)str;
+  std::string attr_name(name);
+  s->push_back(name);
+  return 0;
+}
+//-----------------------------------------------------------------------------
+const std::vector<std::string>
+HDF5Interface::list_attributes(const hid_t hdf5_file_handle,
+                               const std::string dataset_path)
+{
+  // Open dataset or group by name
+  const hid_t dset_id = H5Oopen(hdf5_file_handle, dataset_path.c_str(),
+                                H5P_DEFAULT);
+  dolfin_assert(dset_id != HDF5_FAIL);
+
+  hsize_t n = 0;
+  std::vector<std::string> out_string;
+  herr_t status = H5Aiterate2(dset_id, H5_INDEX_NAME, H5_ITER_INC, &n,
+                              attribute_iteration_function,
+                              (void *)&out_string);
+  dolfin_assert(status != HDF5_FAIL);
+
+  // Close dataset or group
+  status = H5Oclose(dset_id);
+  dolfin_assert(status != HDF5_FAIL);
+
+  return out_string;
+}
+//-----------------------------------------------------------------------------
+bool HDF5Interface::has_attribute(const hid_t hdf5_file_handle,
+                                  const std::string dataset_path,
+                                  const std::string attribute_name)
+{
+  herr_t status;
+  htri_t has_attr;
+
+  // Open dataset or group by name
+  const hid_t dset_id = H5Oopen(hdf5_file_handle, dataset_path.c_str(),
+                                H5P_DEFAULT);
+  dolfin_assert(dset_id != HDF5_FAIL);
+
+  // Check for attribute by name
+  has_attr = H5Aexists(dset_id, attribute_name.c_str());
+  dolfin_assert(has_attr != HDF5_FAIL);
+
+  // Close dataset or group
+  status = H5Oclose(dset_id);
+  dolfin_assert(status != HDF5_FAIL);
+
+  return (has_attr > 0);
+}
+//-----------------------------------------------------------------------------
+bool HDF5Interface::has_group(const hid_t hdf5_file_handle,
+                              const std::string group_name)
+{
+  herr_t status;
+  hid_t lapl_id = H5Pcreate(H5P_LINK_ACCESS);
+  htri_t link_status = H5Lexists(hdf5_file_handle, group_name.c_str(), lapl_id);
+  dolfin_assert(link_status >= 0);
+  if(link_status==0)
+  {
+    // Close link access properties
+    status = H5Pclose(lapl_id);
+    dolfin_assert(status != HDF5_FAIL);
+    return false;
+  }
+
+  H5O_info_t object_info;
+  H5Oget_info_by_name(hdf5_file_handle, group_name.c_str(), &object_info,
+                      lapl_id);
+
+  // Close link access properties
+  status = H5Pclose(lapl_id);
+  dolfin_assert(status != HDF5_FAIL);
+
+  return (object_info.type == H5O_TYPE_GROUP);
+}
+//-----------------------------------------------------------------------------
+bool HDF5Interface::has_dataset(const hid_t hdf5_file_handle,
+                                const std::string dataset_path)
+{
+  hid_t lapl_id = H5Pcreate(H5P_LINK_ACCESS);
+  htri_t link_status = H5Lexists(hdf5_file_handle, dataset_path.c_str(), lapl_id);
+  dolfin_assert(link_status >= 0);
+
+  // Close link access properties
+  herr_t status = H5Pclose(lapl_id);
+  dolfin_assert(status != HDF5_FAIL);
+
+  return link_status;
+}
+//-----------------------------------------------------------------------------
+void HDF5Interface::add_group(const hid_t hdf5_file_handle,
+                              const std::string group_name)
+{
+  std::string _group_name(group_name);
+
+  // Cannot create the root level group
+  if (_group_name.size() == 0 || _group_name == "/")
+    return;
+
+  // Prepend a slash if missing
+  if (_group_name[0] != '/')
+    _group_name = "/" + _group_name;
+
+  // Starting from the root level, check and create groups if needed
+  std::size_t pos = 0;
+  while (pos != std::string::npos)
+  {
+    pos++;
+    pos = _group_name.find('/', pos);
+    const std::string parent_name(_group_name, 0, pos);
+
+    if (!has_group(hdf5_file_handle, parent_name))
+    {
+      hid_t group_id_vis = H5Gcreate2(hdf5_file_handle, parent_name.c_str(),
+                                      H5P_DEFAULT, H5P_DEFAULT, H5P_DEFAULT);
+      dolfin_assert(group_id_vis != HDF5_FAIL);
+
+      herr_t status = H5Gclose(group_id_vis);
+      dolfin_assert(status != HDF5_FAIL);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+int HDF5Interface::dataset_rank(const hid_t hdf5_file_handle,
+                                const std::string dataset_path)
+{
+  // Open dataset
+  const hid_t dset_id = H5Dopen2(hdf5_file_handle, dataset_path.c_str(),
+                                 H5P_DEFAULT);
+  dolfin_assert(dset_id != HDF5_FAIL);
+
+  // Get the dataspace of the dataset
+  const hid_t space = H5Dget_space(dset_id);
+  dolfin_assert(space != HDF5_FAIL);
+
+  // Get dataset rank
+  const int rank = H5Sget_simple_extent_ndims(space);
+  dolfin_assert(rank >= 0);
+
+  // Close dataspace and dataset
+  herr_t status = H5Sclose(space);
+  dolfin_assert(status != HDF5_FAIL);
+  status = H5Dclose(dset_id);
+  dolfin_assert(status != HDF5_FAIL);
+
+  return rank;
+}
+//-----------------------------------------------------------------------------
+std::vector<std::int64_t>
+HDF5Interface::get_dataset_shape(const hid_t hdf5_file_handle,
+                                 const std::string dataset_path)
+{
+  // Open named dataset
+  const hid_t dset_id = H5Dopen2(hdf5_file_handle, dataset_path.c_str(),
+                                 H5P_DEFAULT);
+  dolfin_assert(dset_id != HDF5_FAIL);
+
+  // Get the dataspace of the dataset
+  const hid_t space = H5Dget_space(dset_id);
+  dolfin_assert(space != HDF5_FAIL);
+
+  // Get rank
+  const int rank = H5Sget_simple_extent_ndims(space);
+
+  // Allocate data
+  std::vector<hsize_t> size(rank);
+
+  // Get size in each dimension
+  const int ndims = H5Sget_simple_extent_dims(space, size.data(), NULL);
+  dolfin_assert(ndims == rank);
+
+  // Close dataspace and dataset
+  herr_t status = H5Sclose(space);
+  dolfin_assert(status != HDF5_FAIL);
+  status = H5Dclose(dset_id);
+  dolfin_assert(status != HDF5_FAIL);
+
+  return std::vector<std::int64_t>(size.begin(), size.end());
+}
+//-----------------------------------------------------------------------------
+int HDF5Interface::num_datasets_in_group(const hid_t hdf5_file_handle,
+                                         const std::string group_name)
+{
+  // Get group info by name
+  H5G_info_t group_info;
+  hid_t lapl_id = H5Pcreate(H5P_LINK_ACCESS);
+  herr_t status = H5Gget_info_by_name(hdf5_file_handle, group_name.c_str(),
+                                      &group_info, lapl_id);
+  dolfin_assert(status != HDF5_FAIL);
+  return group_info.nlinks;
+}
+//-----------------------------------------------------------------------------
+std::vector<std::string>
+HDF5Interface::dataset_list(const hid_t hdf5_file_handle,
+                            const std::string group_name)
+{
+  // List all member datasets of a group by name
+  char namebuf[HDF5_MAXSTRLEN];
+
+  herr_t status;
+
+  // Open group by name group_name
+  hid_t group_id = H5Gopen2(hdf5_file_handle, group_name.c_str(), H5P_DEFAULT);
+  dolfin_assert(group_id != HDF5_FAIL);
+
+  // Count how many datasets in the group
+  hsize_t num_datasets;
+  status = H5Gget_num_objs(group_id, &num_datasets);
+  dolfin_assert(status != HDF5_FAIL);
+
+  // Iterate through group collecting all dataset names
+  std::vector<std::string> list_of_datasets;
+  for (hsize_t i = 0; i < num_datasets; i++)
+  {
+    H5Gget_objname_by_idx(group_id, i, namebuf, HDF5_MAXSTRLEN);
+    list_of_datasets.push_back(std::string(namebuf));
+  }
+
+  // Close group
+  status = H5Gclose(group_id);
+  dolfin_assert(status != HDF5_FAIL);
+
+  return list_of_datasets;
+}
+//-----------------------------------------------------------------------------
+void HDF5Interface::set_mpi_atomicity(const hid_t hdf5_file_handle,
+                                      const bool atomic)
+{
+#ifdef H5_HAVE_PARALLEL
+  herr_t status = H5Fset_mpi_atomicity(hdf5_file_handle, atomic);
+  if (status == HDF5_FAIL) dolfin_error("HDF5Interface.cpp",
+                                        "set MPI atomicity flag",
+                                        "Setting the MPI atomicity flag failed");
+#endif
+}
+//-----------------------------------------------------------------------------
+bool HDF5Interface::get_mpi_atomicity(const hid_t hdf5_file_handle)
+{
+  hbool_t atomic = false;
+#ifdef H5_HAVE_PARALLEL
+  herr_t status = H5Fget_mpi_atomicity(hdf5_file_handle, &atomic);
+  if (status == HDF5_FAIL) dolfin_error("HDF5Interface.cpp",
+                                        "get MPI atomicity flag",
+                                        "Getting the MPI atomicity flag failed");
+#endif
+  return (bool) atomic;
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/io/HDF5Interface.h b/dolfin/io/HDF5Interface.h
new file mode 100644
index 0000000..2b0bbb7
--- /dev/null
+++ b/dolfin/io/HDF5Interface.h
@@ -0,0 +1,683 @@
+// Copyright (C) 2012 Chris N. Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2012-09-21
+
+#ifndef __DOLFIN_HDF5_INTERFACE_H
+#define __DOLFIN_HDF5_INTERFACE_H
+
+#ifdef HAS_HDF5
+
+#include <cstdint>
+#include <vector>
+#include <string>
+
+// Note: dolfin/common/MPI.h is included before hdf5.h to avoid the
+// MPICH_IGNORE_CXX_SEEK issue
+#include <dolfin/common/MPI.h>
+#include <hdf5.h>
+#include <dolfin/log/log.h>
+
+namespace dolfin
+{
+
+  class HDF5File;
+
+  /// This class wraps HDF5 function calls. HDF5 function calls should
+  /// only appear in a member function of this class and not elsewhere
+  /// in the library.
+
+  class HDF5Interface
+  {
+  #define HDF5_FAIL -1
+  public:
+
+    /// Open HDF5 and return file descriptor
+    static hid_t open_file(MPI_Comm mpi_comm, const std::string filename,
+                           const std::string mode, const bool use_mpi_io);
+
+    /// Close HDF5 file
+    static void close_file(const hid_t hdf5_file_handle);
+
+    /// Flush data to file to improve data integrity after
+    /// interruption
+    static void flush_file(const hid_t hdf5_file_handle);
+
+    static std::string get_filename(hid_t hdf5_file_handle);
+
+    /// Write data to existing HDF file as defined by range blocks on
+    /// each process
+    /// data: data to be written, flattened into 1D vector
+    /// range: the local range on this processor
+    /// global_size: the global multidimensional shape of the array
+    /// use_mpio: whether using MPI or not
+    /// use_chunking: whether using chunking or not
+    template <typename T>
+    static void write_dataset(const hid_t file_handle,
+                              const std::string dataset_path,
+                              const std::vector<T>& data,
+                              const std::pair<std::int64_t, std::int64_t> range,
+                              const std::vector<std::int64_t> global_size,
+                              bool use_mpio, bool use_chunking);
+
+    /// Read data from a HDF5 dataset "dataset_path" as defined by
+    /// range blocks on each process range: the local range on this
+    /// processor data: a flattened 1D array of values. If range = {-1, -1},
+    /// then all data is read on this process.
+    template <typename T>
+    static void read_dataset(const hid_t file_handle,
+                             const std::string dataset_path,
+                             const std::pair<std::int64_t, std::int64_t> range,
+                             std::vector<T>& data);
+
+    /// Check for existence of group in HDF5 file
+    static bool has_group(const hid_t hdf5_file_handle,
+                          const std::string group_name);
+
+    /// Check for existence of dataset in HDF5 file
+    static bool has_dataset(const hid_t hdf5_file_handle,
+                            const std::string dataset_path);
+
+    /// Add group to HDF5 file
+    static void add_group(const hid_t hdf5_file_handle,
+                          const std::string dataset_path);
+
+    /// Get dataset rank
+    static int dataset_rank(const hid_t hdf5_file_handle,
+                            const std::string dataset_path);
+
+    /// Return number of data sets in a group
+    static int num_datasets_in_group(const hid_t hdf5_file_handle,
+                                     const std::string group_name);
+
+    /// Get dataset shape (size of each dimension)
+    static std::vector<std::int64_t>
+    get_dataset_shape(const hid_t hdf5_file_handle,
+                      const std::string dataset_path);
+
+    /// Return list all datasets in named group of file
+    static std::vector<std::string> dataset_list(const hid_t hdf5_file_handle,
+                                                 const std::string group_name);
+
+    /// Get type of attribute
+    static const std::string
+    get_attribute_type(const hid_t hdf5_file_handle,
+                       const std::string dataset_path,
+                       const std::string attribute_name);
+
+    /// Get a named attribute of a dataset of known type
+    template <typename T>
+    static void get_attribute(const hid_t hdf5_file_handle,
+                              const std::string dataset_path,
+                              const std::string attribute_name,
+                              T& attribute_value);
+
+    /// Add attribute to dataset or group
+    template <typename T>
+    static void add_attribute(const hid_t hdf5_file_handle,
+                              const std::string dataset_path,
+                              const std::string attribute_name,
+                              const T& attribute_value);
+
+    /// Delete an attribute from a dataset or group
+    static void delete_attribute(const hid_t hdf5_file_handle,
+                                 const std::string dataset_path,
+                                 const std::string attribute_name);
+
+    /// Check if an attribute exists on a dataset or group
+    static bool has_attribute(const hid_t hdf5_file_handle,
+                              const std::string dataset_path,
+                              const std::string attribute_name);
+
+    // List attributes of dataset or group
+    static const std::vector<std::string>
+    list_attributes(const hid_t hdf5_file_handle,
+                    const std::string dataset_path);
+
+    /// Set MPI atomicity. See
+    /// https://support.hdfgroup.org/HDF5/doc/RM/RM_H5F.html#File-SetMpiAtomicity
+    /// and
+    /// https://www.open-mpi.org/doc/v2.0/man3/MPI_File_set_atomicity.3.php
+    /// Writes must be followed by an MPI_Barrier on the communicator before
+    /// any subsequent reads are guaranteed to return the same data.
+    static void set_mpi_atomicity(const hid_t hdf5_file_handle,
+                                  const bool atomic);
+
+    /// Get MPI atomicity. See
+    /// https://support.hdfgroup.org/HDF5/doc/RM/RM_H5F.html#File-GetMpiAtomicity
+    /// and
+    /// https://www.open-mpi.org/doc/v2.0/man3/MPI_File_get_atomicity.3.php
+    static bool get_mpi_atomicity(const hid_t hdf5_file_handle);
+
+  private:
+
+    static herr_t attribute_iteration_function(hid_t loc_id,
+                                               const char* name,
+                                               const H5A_info_t* info,
+                                               void* str);
+
+    template <typename T>
+    static void add_attribute_value(const hid_t dset_id,
+                                    const std::string attribute_name,
+                                    const T& attribute_value);
+
+    template <typename T>
+    static void add_attribute_value(const hid_t dset_id,
+                                    const std::string attribute_name,
+                                    const std::vector<T>& attribute_value);
+
+    template <typename T>
+    static void get_attribute_value(const hid_t attr_type,
+                                    const hid_t attr_id,
+                                    T& attribute_value);
+
+    template <typename T>
+    static void get_attribute_value(const hid_t attr_type,
+                                    const hid_t attr_id,
+                                    std::vector<T>& attribute_value);
+
+    // Return HDF5 data type
+    template <typename T>
+    static hid_t hdf5_type()
+    {
+      dolfin_error("HDF5Interface.cpp",
+                   "get HDF5 primitive data type",
+                   "No specialised function for this data type");
+      return 0;
+    }
+
+  };
+
+  //---------------------------------------------------------------------------
+  template <> inline hid_t HDF5Interface::hdf5_type<float>()
+  { return H5T_NATIVE_FLOAT; }
+  //---------------------------------------------------------------------------
+  template <> inline hid_t HDF5Interface::hdf5_type<double>()
+  { return H5T_NATIVE_DOUBLE; }
+  //---------------------------------------------------------------------------
+  template <> inline hid_t HDF5Interface::hdf5_type<int>()
+  { return H5T_NATIVE_INT; }
+  //---------------------------------------------------------------------------
+  template <> inline hid_t HDF5Interface::hdf5_type<std::int64_t>()
+  { return H5T_NATIVE_INT64; }
+  //---------------------------------------------------------------------------
+  template <> inline hid_t HDF5Interface::hdf5_type<std::size_t>()
+  {
+    if (sizeof(std::size_t) == sizeof(unsigned long))
+      return H5T_NATIVE_ULONG;
+    else if (sizeof(std::size_t) == sizeof(unsigned int))
+      return H5T_NATIVE_UINT;
+    else
+      dolfin_error("HDF5Interface.h",
+                   "determine size of std::size_t",
+                   "std::size_t is not the same size as long or int");
+    return 0;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  inline void
+  HDF5Interface::write_dataset(const hid_t file_handle,
+                               const std::string dataset_path,
+                               const std::vector<T>& data,
+                               const std::pair<std::int64_t, std::int64_t> range,
+                               const std::vector<int64_t> global_size,
+                               bool use_mpi_io, bool use_chunking)
+  {
+    // Data rank
+    const std::size_t rank = global_size.size();
+    dolfin_assert(rank != 0);
+
+    if (rank > 2)
+    {
+      dolfin_error("HDF5Interface.cpp",
+                   "write dataset to HDF5 file",
+                   "Only rank 1 and rank 2 dataset are supported");
+    }
+
+    // Get HDF5 data type
+    const hid_t h5type = hdf5_type<T>();
+
+    // Hyperslab selection parameters
+    std::vector<hsize_t> count(global_size.begin(), global_size.end());
+    count[0] = range.second - range.first;
+
+    // Data offsets
+    std::vector<hsize_t> offset(rank, 0);
+    offset[0] = range.first;
+
+    // Dataset dimensions
+    const std::vector<hsize_t> dimsf(global_size.begin(), global_size.end());
+
+    // Generic status report
+    herr_t status;
+
+    // Create a global data space
+    const hid_t filespace0 = H5Screate_simple(rank, dimsf.data(), NULL);
+    dolfin_assert(filespace0 != HDF5_FAIL);
+
+    // Set chunking parameters
+    hid_t chunking_properties;
+    if (use_chunking)
+    {
+      // Set chunk size and limit to 1kB min/1MB max
+      hsize_t chunk_size = dimsf[0]/2;
+      if (chunk_size > 1048576)
+        chunk_size = 1048576;
+      if (chunk_size < 1024)
+        chunk_size = 1024;
+
+      hsize_t chunk_dims[2] = {chunk_size, dimsf[1]};
+      chunking_properties = H5Pcreate(H5P_DATASET_CREATE);
+      H5Pset_chunk(chunking_properties, rank, chunk_dims);
+    }
+    else
+      chunking_properties = H5P_DEFAULT;
+
+    // Check that group exists and recursively create if required
+    const std::string group_name(dataset_path, 0, dataset_path.rfind('/'));
+    add_group(file_handle, group_name);
+
+    // Create global dataset (using dataset_path)
+    const hid_t dset_id = H5Dcreate2(file_handle, dataset_path.c_str(), h5type,
+                                     filespace0, H5P_DEFAULT,
+                                     chunking_properties, H5P_DEFAULT);
+    dolfin_assert(dset_id != HDF5_FAIL);
+
+    // Close global data space
+    status = H5Sclose(filespace0);
+    dolfin_assert(status != HDF5_FAIL);
+
+    // Create a local data space
+    const hid_t memspace = H5Screate_simple(rank, count.data(), NULL);
+    dolfin_assert(memspace != HDF5_FAIL);
+
+    // Create a file dataspace within the global space - a hyperslab
+    const hid_t filespace1 = H5Dget_space(dset_id);
+    status = H5Sselect_hyperslab(filespace1, H5S_SELECT_SET, offset.data(),
+                                 NULL, count.data(), NULL);
+    dolfin_assert(status != HDF5_FAIL);
+
+    // Set parallel access
+    const hid_t plist_id = H5Pcreate(H5P_DATASET_XFER);
+    if (use_mpi_io)
+    {
+     #ifdef H5_HAVE_PARALLEL
+      status = H5Pset_dxpl_mpio(plist_id, H5FD_MPIO_COLLECTIVE);
+      dolfin_assert(status != HDF5_FAIL);
+     #else
+      dolfin_error("HDF5Interface.h",
+                   "use MPI",
+                   "HDF5 library has not been configured with MPI");
+     #endif
+    }
+
+    // Write local dataset into selected hyperslab
+    status = H5Dwrite(dset_id, h5type, memspace, filespace1, plist_id,
+                      data.data());
+    dolfin_assert(status != HDF5_FAIL);
+
+    if (use_chunking)
+    {
+      // Close chunking properties
+      status = H5Pclose(chunking_properties);
+      dolfin_assert(status != HDF5_FAIL);
+    }
+
+    // Close dataset collectively
+    status = H5Dclose(dset_id);
+    dolfin_assert(status != HDF5_FAIL);
+
+    // Close hyperslab
+    status = H5Sclose(filespace1);
+    dolfin_assert(status != HDF5_FAIL);
+
+    // Close local dataset
+    status = H5Sclose(memspace);
+    dolfin_assert(status != HDF5_FAIL);
+
+    // Release file-access template
+    status = H5Pclose(plist_id);
+    dolfin_assert(status != HDF5_FAIL);
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  inline void
+  HDF5Interface::read_dataset(const hid_t file_handle,
+                              const std::string dataset_path,
+                              const std::pair<std::int64_t, std::int64_t> range,
+                              std::vector<T>& data)
+  {
+    // Open the dataset
+    const hid_t dset_id = H5Dopen2(file_handle, dataset_path.c_str(),
+                                   H5P_DEFAULT);
+    dolfin_assert(dset_id != HDF5_FAIL);
+
+    // Open dataspace
+    const hid_t dataspace = H5Dget_space(dset_id);
+    dolfin_assert(dataspace != HDF5_FAIL);
+
+    // Get rank of data set
+    const int rank = H5Sget_simple_extent_ndims(dataspace);
+    dolfin_assert(rank >= 0);
+
+    if (rank > 2)
+      warning("HDF5Interface::read_dataset untested for rank > 2.");
+
+    // Allocate data for shape
+    std::vector<hsize_t> shape(rank);
+
+    // Get size in each dimension
+    const int ndims = H5Sget_simple_extent_dims(dataspace, shape.data(), NULL);
+    dolfin_assert(ndims == rank);
+
+    // Hyperslab selection
+    std::vector<hsize_t> offset(rank, 0);
+    std::vector<hsize_t> count = shape;
+    if (range.first != -1 and range.second != -1)
+    {
+      offset[0]= range.first;
+      count[0] = range.second - range.first;
+    }
+    else
+      offset[0]= 0;
+
+    // Select a block in the dataset beginning at offset[], with
+    // size=count[]
+    herr_t status = H5Sselect_hyperslab(dataspace, H5S_SELECT_SET,
+                                        offset.data(), NULL, count.data(),
+                                        NULL);
+    dolfin_assert(status != HDF5_FAIL);
+
+    // Create a memory dataspace
+    const hid_t memspace = H5Screate_simple(rank, count.data(), NULL);
+    dolfin_assert (memspace != HDF5_FAIL);
+
+    // Resize local data to read into
+    std::size_t data_size = 1;
+    for (std::size_t i = 0; i < count.size(); ++i)
+      data_size *= count[i];
+    data.resize(data_size);
+
+    // Read data on each process
+    const hid_t h5type = hdf5_type<T>();
+    status = H5Dread(dset_id, h5type, memspace, dataspace, H5P_DEFAULT,
+                     data.data());
+    dolfin_assert(status != HDF5_FAIL);
+
+    // Close dataspace
+    status = H5Sclose(dataspace);
+    dolfin_assert(status != HDF5_FAIL);
+
+    // Close memspace
+    status = H5Sclose(memspace);
+    dolfin_assert(status != HDF5_FAIL);
+
+    // Close dataset
+    status = H5Dclose(dset_id);
+    dolfin_assert(status != HDF5_FAIL);
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  inline void HDF5Interface::get_attribute(hid_t hdf5_file_handle,
+                                           const std::string dataset_path,
+                                           const std::string attribute_name,
+                                           T& attribute_value)
+  {
+    herr_t status;
+
+    // Open dataset or group by name
+    const hid_t dset_id = H5Oopen(hdf5_file_handle, dataset_path.c_str(),
+                                   H5P_DEFAULT);
+    dolfin_assert(dset_id != HDF5_FAIL);
+
+    // Open attribute by name and get its type
+    const hid_t attr_id = H5Aopen(dset_id, attribute_name.c_str(), H5P_DEFAULT);
+    dolfin_assert(attr_id != HDF5_FAIL);
+    const hid_t attr_type = H5Aget_type(attr_id);
+    dolfin_assert(attr_type != HDF5_FAIL);
+
+    // Specific code for each type of data template
+    get_attribute_value(attr_type, attr_id, attribute_value);
+
+    // Close attribute type
+    status = H5Tclose(attr_type);
+    dolfin_assert(status != HDF5_FAIL);
+
+    // Close attribute
+    status = H5Aclose(attr_id);
+    dolfin_assert(status != HDF5_FAIL);
+
+    // Close dataset or group
+    status = H5Oclose(dset_id);
+    dolfin_assert(status != HDF5_FAIL);
+  }
+  //--------------------------------------------------------------------------
+  template <typename T>
+  inline void HDF5Interface::add_attribute(const hid_t hdf5_file_handle,
+                                           const std::string dataset_path,
+                                           const std::string attribute_name,
+                                           const T& attribute_value)
+  {
+
+    // Open named dataset or group
+    hid_t dset_id = H5Oopen(hdf5_file_handle, dataset_path.c_str(),
+                            H5P_DEFAULT);
+    dolfin_assert(dset_id != HDF5_FAIL);
+
+    // Check if attribute already exists and delete if so
+    htri_t has_attr = H5Aexists(dset_id, attribute_name.c_str());
+    dolfin_assert(has_attr != HDF5_FAIL);
+    if (has_attr > 0)
+    {
+      herr_t status = H5Adelete(dset_id, attribute_name.c_str());
+      dolfin_assert(status != HDF5_FAIL);
+    }
+
+    // Add attribute of appropriate type
+    add_attribute_value(dset_id, attribute_name, attribute_value);
+
+    // Close dataset or group
+    herr_t status = H5Oclose(dset_id);
+    dolfin_assert(status != HDF5_FAIL);
+  }
+  //---------------------------------------------------------------------------
+  // Specialised member functions (must be inlined to avoid link errors)
+  //---------------------------------------------------------------------------
+
+  // Template for simple types (e.g. size_t, double, int etc.) and
+  // vectors of these
+  // Specialization below for string
+  template<typename T>
+  inline void
+  HDF5Interface::add_attribute_value(const hid_t dset_id,
+                                     const std::string attribute_name,
+                                     const T& attribute_value)
+  {
+    // Create a scalar dataspace
+    hid_t dataspace_id = H5Screate(H5S_SCALAR);
+    dolfin_assert(dataspace_id != HDF5_FAIL);
+
+    const hid_t h5type = hdf5_type<T>();
+
+    // Create attribute of type std::size_t
+    hid_t attribute_id = H5Acreate2(dset_id, attribute_name.c_str(),
+                                   h5type, dataspace_id,
+                                   H5P_DEFAULT, H5P_DEFAULT);
+    dolfin_assert(attribute_id != HDF5_FAIL);
+
+    // Write attribute to dataset
+    herr_t status = H5Awrite(attribute_id, h5type, &attribute_value);
+    dolfin_assert(status != HDF5_FAIL);
+
+    // Close dataspace
+    status = H5Sclose(dataspace_id);
+    dolfin_assert(status != HDF5_FAIL);
+
+    // Close attribute
+    status = H5Aclose(attribute_id);
+    dolfin_assert(status != HDF5_FAIL);
+  }
+  //---------------------------------------------------------------------------
+  template<typename T>
+  inline void HDF5Interface::add_attribute_value(const hid_t dset_id,
+                                        const std::string attribute_name,
+                                        const std::vector<T>& attribute_value)
+  {
+
+    const hid_t h5type = hdf5_type<T>();
+
+    // Create a vector dataspace
+    const hsize_t dimsf = attribute_value.size();
+    const hid_t dataspace_id = H5Screate_simple(1, &dimsf, NULL);
+    dolfin_assert(dataspace_id != HDF5_FAIL);
+
+    // Create an attribute of type size_t in the dataspace
+    const hid_t attribute_id = H5Acreate2(dset_id, attribute_name.c_str(),
+                                         h5type, dataspace_id,
+                                         H5P_DEFAULT, H5P_DEFAULT);
+    dolfin_assert(attribute_id != HDF5_FAIL);
+
+    // Write attribute to dataset
+    herr_t status = H5Awrite(attribute_id, h5type, attribute_value.data());
+    dolfin_assert(status != HDF5_FAIL);
+
+    // Close dataspace
+    status = H5Sclose(dataspace_id);
+    dolfin_assert(status != HDF5_FAIL);
+
+    // Close attribute
+    status = H5Aclose(attribute_id);
+    dolfin_assert(status != HDF5_FAIL);
+  }
+  //---------------------------------------------------------------------------
+  template<>
+  inline void HDF5Interface::add_attribute_value(const hid_t dset_id,
+                                          const std::string attribute_name,
+                                          const std::string& attribute_value)
+  {
+    // Create a scalar dataspace
+    const hid_t dataspace_id = H5Screate(H5S_SCALAR);
+    dolfin_assert(dataspace_id != HDF5_FAIL);
+
+    // Copy basic string type from HDF5 types and set string length
+    const hid_t datatype_id = H5Tcopy(H5T_C_S1);
+    herr_t status = H5Tset_size(datatype_id, attribute_value.size());
+    dolfin_assert(status != HDF5_FAIL);
+
+    // Create attribute in the dataspace with the given string
+    const hid_t attribute_id = H5Acreate2(dset_id, attribute_name.c_str(),
+                                          datatype_id, dataspace_id,
+                                          H5P_DEFAULT, H5P_DEFAULT);
+    dolfin_assert(attribute_id != HDF5_FAIL);
+
+    // Write attribute to dataset
+    status = H5Awrite(attribute_id, datatype_id, attribute_value.c_str());
+    dolfin_assert(status != HDF5_FAIL);
+
+    // Close dataspace
+    status = H5Sclose(dataspace_id);
+    dolfin_assert(status != HDF5_FAIL);
+
+    // Close string type
+    status = H5Tclose(datatype_id);
+    dolfin_assert(status != HDF5_FAIL);
+
+    // Close attribute
+    status = H5Aclose(attribute_id);
+    dolfin_assert(status != HDF5_FAIL);
+  }
+  //--------------------------------------------------------------------------
+  template<typename T>
+  inline void HDF5Interface::get_attribute_value(const hid_t attr_type,
+                                                 const hid_t attr_id,
+                                                 T& attribute_value)
+  {
+    const hid_t h5type = hdf5_type<T>();
+
+    // FIXME: more complete check of type
+    dolfin_assert(H5Tget_class(attr_type) == H5Tget_class(h5type));
+
+    // Read value
+    herr_t status = H5Aread(attr_id, h5type, &attribute_value);
+    dolfin_assert(status != HDF5_FAIL);
+  }
+  //---------------------------------------------------------------------------
+  template<typename T>
+    inline void
+    HDF5Interface::get_attribute_value(const hid_t attr_type,
+                                       const hid_t attr_id,
+                                       std::vector<T>& attribute_value)
+  {
+    const hid_t h5type = hdf5_type<T>();
+
+    // FIXME: more complete check of type
+    dolfin_assert(H5Tget_class(attr_type) == H5Tget_class(h5type));
+
+    // get dimensions of attribute array, check it is one-dimensional
+    const hid_t dataspace = H5Aget_space(attr_id);
+    dolfin_assert(dataspace != HDF5_FAIL);
+
+    hsize_t cur_size[10];
+    hsize_t max_size[10];
+    const int ndims = H5Sget_simple_extent_dims(dataspace, cur_size, max_size);
+    dolfin_assert(ndims == 1);
+
+    attribute_value.resize(cur_size[0]);
+
+    // Read value to vector
+    herr_t status = H5Aread(attr_id, h5type, attribute_value.data());
+    dolfin_assert(status != HDF5_FAIL);
+
+    // Close dataspace
+    status = H5Sclose(dataspace);
+    dolfin_assert(status != HDF5_FAIL);
+  }
+  //---------------------------------------------------------------------------
+  template<>
+  inline void HDF5Interface::get_attribute_value(const hid_t attr_type,
+                                                 const hid_t attr_id,
+                                                 std::string& attribute_value)
+  {
+    // Check this attribute is a string
+    dolfin_assert(H5Tget_class(attr_type) == H5T_STRING);
+
+    // Copy string type from HDF5 types and set length accordingly
+    const hid_t memtype = H5Tcopy(H5T_C_S1);
+    const int string_length = H5Tget_size(attr_type) + 1;
+    herr_t status = H5Tset_size(memtype, string_length);
+    dolfin_assert(status != HDF5_FAIL);
+
+    // FIXME: messy
+    // Copy string value into temporary vector std::vector::data can
+    // be copied into (std::string::data cannot)
+    std::vector<char> attribute_data(string_length);
+    status = H5Aread(attr_id, memtype, attribute_data.data());
+    dolfin_assert(status != HDF5_FAIL);
+
+    attribute_value.assign(attribute_data.data());
+
+    // Close memory type
+    status = H5Tclose(memtype);
+    dolfin_assert(status != HDF5_FAIL);
+  }
+  //---------------------------------------------------------------------------
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/io/HDF5Utility.cpp b/dolfin/io/HDF5Utility.cpp
new file mode 100644
index 0000000..b005fdf
--- /dev/null
+++ b/dolfin/io/HDF5Utility.cpp
@@ -0,0 +1,426 @@
+// Copyright (C) 2013 Chris N. Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2012
+//
+// First added:  2013-05-08
+// Last changed: 2014-02-06
+
+
+#include <iostream>
+#include <boost/multi_array.hpp>
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/log/log.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/LocalMeshData.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshEditor.h>
+#include <dolfin/mesh/MeshEntityIterator.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/la/GenericVector.h>
+
+#include "HDF5Utility.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void HDF5Utility::map_gdof_to_cell(
+  const MPI_Comm mpi_comm,
+  const std::vector<std::size_t>& input_cells,
+  const std::vector<dolfin::la_index>& input_cell_dofs,
+  const std::vector<std::size_t>& x_cell_dofs,
+  const std::pair<dolfin::la_index, dolfin::la_index> vector_range,
+  std::vector<std::size_t>& global_cells,
+  std::vector<std::size_t>& remote_local_dofi)
+{
+  // Go through all locally held cells (as read from file)
+  // and make mapping from global DOF index back to the cell and local index.
+  // Some overwriting will occur if multiple cells refer to the same DOF
+
+  const std::size_t num_processes = MPI::size(mpi_comm);
+  std::vector<dolfin::la_index> all_vec_range;
+  std::vector<dolfin::la_index> vector_range_second(1, vector_range.second);
+  MPI::gather(mpi_comm, vector_range_second, all_vec_range);
+  MPI::broadcast(mpi_comm, all_vec_range);
+
+  std::map<dolfin::la_index,
+           std::pair<std::size_t, std::size_t>> dof_to_cell;
+  const std::size_t offset = x_cell_dofs[0];
+  for (std::size_t i = 0; i < x_cell_dofs.size() - 1; ++i)
+  {
+    for (std::size_t j = x_cell_dofs[i] ; j != x_cell_dofs[i + 1]; ++j)
+    {
+      const unsigned char local_dof_i = j - x_cell_dofs[i];
+      const dolfin::la_index global_dof = input_cell_dofs[j - offset];
+      dof_to_cell[global_dof] = std::make_pair(input_cells[i], local_dof_i);
+    }
+  }
+
+  // Transfer dof_to_cell map to processes which hold the
+  // vector data for that DOF
+  std::vector<std::vector<dolfin::la_index>> send_dofs(num_processes);
+  std::vector<std::vector<std::size_t>> send_cell_dofs(num_processes);
+  for (std::map<dolfin::la_index,
+        std::pair<std::size_t, std::size_t>>::const_iterator
+        p = dof_to_cell.begin(); p != dof_to_cell.end(); ++p)
+  {
+    const std::size_t dest = std::upper_bound(all_vec_range.begin(),
+                                              all_vec_range.end(),
+                                              p->first)
+                                            - all_vec_range.begin();
+    send_dofs[dest].push_back(p->first);
+    send_cell_dofs[dest].push_back(p->second.first);
+    send_cell_dofs[dest].push_back(p->second.second);
+  }
+
+  std::vector<std::vector<dolfin::la_index>> receive_dofs(num_processes);
+  std::vector<std::vector<std::size_t>> receive_cell_dofs(num_processes);
+  MPI::all_to_all(mpi_comm, send_dofs, receive_dofs);
+  MPI::all_to_all(mpi_comm, send_cell_dofs, receive_cell_dofs);
+
+  // Unpack associated cell and local_dofs into vector
+  // There may be some overwriting due to receiving an
+  // index for the same DOF from multiple cells on different processes
+
+  global_cells.resize(vector_range.second - vector_range.first);
+  remote_local_dofi.resize(vector_range.second - vector_range.first);
+  for (std::size_t i = 0; i < num_processes; ++i)
+  {
+    std::vector<dolfin::la_index>& rdofs = receive_dofs[i];
+    std::vector<std::size_t>& rcelldofs = receive_cell_dofs[i];
+    dolfin_assert(rcelldofs.size() == 2*rdofs.size());
+    for (std::size_t j = 0; j < rdofs.size(); ++j)
+    {
+      dolfin_assert(rdofs[j] >= vector_range.first);
+      dolfin_assert(rdofs[j] < vector_range.second);
+      global_cells[rdofs[j] - vector_range.first] = rcelldofs[2*j];
+      remote_local_dofi[rdofs[j] - vector_range.first] = rcelldofs[2*j + 1];
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void HDF5Utility::get_global_dof(
+  const MPI_Comm mpi_comm,
+  const std::vector<std::pair<std::size_t, std::size_t>>& cell_ownership,
+  const std::vector<std::size_t>& remote_local_dofi,
+  const std::pair<std::size_t, std::size_t> vector_range,
+  const GenericDofMap& dofmap,
+  std::vector<dolfin::la_index>& global_dof)
+{
+  const std::size_t num_processes = MPI::size(mpi_comm);
+  std::vector<std::vector<std::size_t>> send_cell_dofs(num_processes);
+  const std::size_t n_vector_vals = vector_range.second - vector_range.first;
+  global_dof.resize(n_vector_vals);
+
+  for (std::size_t i = 0; i != n_vector_vals; ++i)
+  {
+    const std::size_t dest = cell_ownership[i].first;
+    // Send local index (on remote) and cell local_dof index
+    send_cell_dofs[dest].push_back(cell_ownership[i].second);
+    send_cell_dofs[dest].push_back(remote_local_dofi[i]);
+  }
+
+  std::vector<std::vector<std::size_t>> receive_cell_dofs(num_processes);
+  MPI::all_to_all(mpi_comm, send_cell_dofs, receive_cell_dofs);
+
+  std::vector<std::size_t> local_to_global_map;
+  dofmap.tabulate_local_to_global_dofs(local_to_global_map);
+
+  // Return back the global dof to the process the request came from
+  std::vector<std::vector<dolfin::la_index>>
+    send_global_dof_back(num_processes);
+  for (std::size_t i = 0; i < num_processes; ++i)
+  {
+    const std::vector<std::size_t>& rdof = receive_cell_dofs[i];
+    for (std::size_t j = 0; j < rdof.size(); j += 2)
+    {
+      auto dmap = dofmap.cell_dofs(rdof[j]);
+      dolfin_assert(rdof[j + 1] < (std::size_t) dmap.size());
+      const dolfin::la_index local_index = dmap[rdof[j + 1]];
+      dolfin_assert(local_index >= 0);
+      dolfin_assert((std::size_t)local_index < local_to_global_map.size());
+      send_global_dof_back[i].push_back(local_to_global_map[local_index]);
+    }
+  }
+
+  std::vector<std::vector<dolfin::la_index>>
+    receive_global_dof_back(num_processes);
+  MPI::all_to_all(mpi_comm, send_global_dof_back, receive_global_dof_back);
+
+  // Go through the received data in the same order as when it was
+  // sent out as a request, pulling out the global_dof for each vector
+  // position
+
+  std::vector<std::size_t> pos(num_processes, 0);
+  for (std::size_t i = 0; i != n_vector_vals; ++i)
+  {
+    const std::size_t src = cell_ownership[i].first;
+    dolfin_assert(src < num_processes);
+    const std::vector<dolfin::la_index>& rgdof = receive_global_dof_back[src];
+    dolfin_assert(pos[src] < rgdof.size());
+    global_dof[i] = rgdof[pos[src]];
+    pos[src]++;
+  }
+
+}
+//-----------------------------------------------------------------------------
+std::vector<std::pair<std::size_t, std::size_t>>
+  HDF5Utility::cell_owners(const Mesh& mesh,
+                           const std::vector<std::size_t>& cells)
+{
+  // MPI communicator
+  const MPI_Comm mpi_comm = mesh.mpi_comm();
+
+  const std::size_t num_processes = MPI::size(mpi_comm);
+  const std::size_t num_global_cells
+    = mesh.num_entities_global(mesh.topology().dim());
+  const std::pair<std::size_t, std::size_t> cell_range
+    = MPI::local_range(mpi_comm, num_global_cells);
+
+  // Find the ownership and local index for
+  // all cells in MPI::local_range(num_global_cells)
+  std::vector<std::pair<std::size_t, std::size_t>> cell_locations;
+  cell_owners_in_range(cell_locations, mesh);
+
+  // Requested cells (given in "cells" argument) are now known to be
+  // on the "matching" process given by MPI::index_owner
+  std::vector<std::vector<std::size_t>> receive_input_cells(num_processes);
+  {
+    std::vector<std::vector<std::size_t>> send_input_cells(num_processes);
+    for (std::vector<std::size_t>::const_iterator c = cells.begin();
+         c != cells.end(); ++c)
+    {
+      const std::size_t dest = MPI::index_owner(mpi_comm, *c, num_global_cells);
+      send_input_cells[dest].push_back(*c);
+    }
+    MPI::all_to_all(mpi_comm, send_input_cells, receive_input_cells);
+  }
+
+  // Reflect back to sending process with cell owner and local index
+  std::vector<std::vector<std::size_t>> send_cells(num_processes);
+  for (std::size_t i = 0; i != num_processes; ++i)
+  {
+    const std::vector<std::size_t>& rcells = receive_input_cells[i];
+    for (std::size_t j = 0; j < rcells.size(); ++j)
+    {
+      dolfin_assert(rcells[j] >= cell_range.first);
+      dolfin_assert(rcells[j] < cell_range.second);
+      std::pair<std::size_t, std::size_t>& loc
+        = cell_locations[rcells[j] - cell_range.first];
+      send_cells[i].push_back(loc.first);
+      send_cells[i].push_back(loc.second);
+    }
+  }
+
+  std::vector<std::vector<std::size_t>> receive_cells(num_processes);
+  MPI::all_to_all(mpi_comm, send_cells, receive_cells);
+
+  std::vector<std::pair<std::size_t, std::size_t>>
+    output_cell_locations(cells.size());
+
+  // Index to walk through data reflected back
+  std::vector<std::size_t> pos(num_processes, 0);
+  for (std::size_t i = 0; i < cells.size(); ++i)
+  {
+    const std::size_t src = MPI::index_owner(mpi_comm, cells[i],
+                                             num_global_cells);
+    const std::vector<std::size_t>& rcell = receive_cells[src];
+    dolfin_assert(pos[src] < rcell.size()/2);
+    output_cell_locations[i].first  = rcell[2*pos[src]];
+    output_cell_locations[i].second = rcell[2*pos[src] + 1];
+    pos[src]++;
+  }
+
+  return output_cell_locations;
+}
+//-----------------------------------------------------------------------------
+void HDF5Utility::cell_owners_in_range(std::vector<std::pair<std::size_t,
+                                       std::size_t>>& global_owner,
+                                       const Mesh& mesh)
+{
+  // MPI communicator
+  const MPI_Comm mpi_comm = mesh.mpi_comm();
+
+  const std::size_t n_global_cells = mesh.num_entities_global(mesh.topology().dim());
+  const std::size_t num_processes = MPI::size(mpi_comm);
+
+  // Communicate global ownership of cells to matching process
+  const std::pair<std::size_t, std::size_t> range
+    = MPI::local_range(mpi_comm, n_global_cells);
+  global_owner.resize(range.second - range.first);
+
+  std::vector<std::vector<std::size_t>> send_owned_global(num_processes);
+  for (CellIterator mesh_cell(mesh); !mesh_cell.end(); ++mesh_cell)
+  {
+    const std::size_t global_i = mesh_cell->global_index();
+    const std::size_t local_i = mesh_cell->index();
+    const std::size_t po_proc = MPI::index_owner(mpi_comm, global_i,
+                                                 n_global_cells);
+    send_owned_global[po_proc].push_back(global_i);
+    send_owned_global[po_proc].push_back(local_i);
+  }
+
+  std::vector<std::vector<std::size_t>> owned_global(num_processes);
+  MPI::all_to_all(mpi_comm, send_owned_global, owned_global);
+
+  std::size_t count = 0;
+  // Construct mapping from global_index(partial range held) to owning
+  // process and remote local_index
+  for (std::vector<std::vector<std::size_t>>::iterator owner
+         = owned_global.begin(); owner != owned_global.end(); ++owner)
+  {
+    for (std::vector<std::size_t>::iterator r = owner->begin();
+         r != owner->end(); r += 2)
+    {
+      const std::size_t proc = owner - owned_global.begin();
+      const std::size_t idx = *r - range.first;
+      global_owner[idx].first = proc;    // owning process
+      global_owner[idx].second = *(r+1); // local index on owning process
+      count++;
+    }
+  }
+
+  // All cells in range should be accounted for
+  dolfin_assert(count == range.second - range.first);
+}
+//-----------------------------------------------------------------------------
+void HDF5Utility::build_local_mesh(Mesh& mesh, const LocalMeshData& mesh_data)
+{
+  // NOTE: This function is only used when running in serial
+
+  // Create mesh for editing
+  MeshEditor editor;
+  dolfin_assert(mesh_data.topology.dim != 0);
+  editor.open(mesh, mesh_data.topology.cell_type, mesh_data.topology.dim, mesh_data.geometry.dim);
+
+  // Iterate over vertices and add to mesh
+  editor.init_vertices_global(mesh_data.geometry.num_global_vertices,
+                              mesh_data.geometry.num_global_vertices);
+  for (std::int64_t i = 0; i < mesh_data.geometry.num_global_vertices; ++i)
+  {
+    const std::size_t index = mesh_data.geometry.vertex_indices[i];
+    const std::vector<double> coords(mesh_data.geometry.vertex_coordinates[i].begin(),
+                                     mesh_data.geometry.vertex_coordinates[i].end());
+    Point p(mesh_data.geometry.dim, coords.data());
+    editor.add_vertex(index, p);
+  }
+
+  // Iterate over cells and add to mesh
+  editor.init_cells_global(mesh_data.topology.num_global_cells,
+                           mesh_data.topology.num_global_cells);
+
+  for (std::int64_t i = 0; i < mesh_data.topology.num_global_cells; ++i)
+  {
+    const std::size_t index = mesh_data.topology.global_cell_indices[i];
+    const std::vector<std::size_t> v(mesh_data.topology.cell_vertices[i].begin(),
+                                     mesh_data.topology.cell_vertices[i].end());
+    editor.add_cell(index, v);
+  }
+
+  // Close mesh editor
+  editor.close();
+}
+//-----------------------------------------------------------------------------
+void HDF5Utility::set_local_vector_values(
+  const MPI_Comm mpi_comm,
+  GenericVector& x,
+  const Mesh& mesh,
+  const std::vector<size_t>& cells,
+  const std::vector<dolfin::la_index>& cell_dofs,
+  const std::vector<std::size_t>& x_cell_dofs,
+  const std::vector<double>& vector,
+  const std::pair<dolfin::la_index, dolfin::la_index> input_vector_range,
+  const GenericDofMap& dofmap)
+{
+
+  // Calculate one (global cell, local_dof_index) to associate with
+  // each item in the vector on this process
+  std::vector<std::size_t> global_cells;
+  std::vector<std::size_t> remote_local_dofi;
+  HDF5Utility::map_gdof_to_cell(mpi_comm, cells, cell_dofs,
+                                x_cell_dofs, input_vector_range, global_cells,
+                                remote_local_dofi);
+
+  // At this point, each process has a set of data, and for each
+  // value, a global_cell and local_dof to send it to.  However, it is
+  // not known which processes the cells are actually on.
+
+  // Find where the needed cells are held
+  std::vector<std::pair<std::size_t, std::size_t>>
+      cell_ownership = HDF5Utility::cell_owners(mesh, global_cells);
+
+  // Having found the cell location, the actual global_dof index held
+  // by that (cell, local_dof) is needed on the process which holds
+  // the data values
+  std::vector<dolfin::la_index> global_dof;
+  HDF5Utility::get_global_dof(mpi_comm, cell_ownership, remote_local_dofi,
+                              input_vector_range, dofmap, global_dof);
+
+  const std::size_t num_processes = MPI::size(mpi_comm);
+
+  // Shift to dividing things into the vector range of Function Vector
+  const std::pair<dolfin::la_index, dolfin::la_index>
+      vector_range = x.local_range();
+
+  std::vector<std::vector<double>> receive_values(num_processes);
+  std::vector<std::vector<dolfin::la_index>> receive_indices(num_processes);
+  {
+    std::vector<std::vector<double>> send_values(num_processes);
+    std::vector<std::vector<dolfin::la_index>> send_indices(num_processes);
+    const std::size_t
+        n_vector_vals = input_vector_range.second - input_vector_range.first;
+    std::vector<dolfin::la_index> all_vec_range;
+
+    std::vector<dolfin::la_index> vector_range_second(1, vector_range.second);
+    MPI::gather(mpi_comm, vector_range_second, all_vec_range);
+    MPI::broadcast(mpi_comm, all_vec_range);
+
+    for (std::size_t i = 0; i != n_vector_vals; ++i)
+    {
+      const std::size_t dest
+          = std::upper_bound(all_vec_range.begin(), all_vec_range.end(),
+                             global_dof[i]) - all_vec_range.begin();
+      dolfin_assert(dest < num_processes);
+      dolfin_assert(i < vector.size());
+      send_indices[dest].push_back(global_dof[i]);
+      send_values[dest].push_back(vector[i]);
+    }
+
+    MPI::all_to_all(mpi_comm, send_values, receive_values);
+    MPI::all_to_all(mpi_comm, send_indices, receive_indices);
+  }
+
+  std::vector<double> vector_values(vector_range.second - vector_range.first);
+  for (std::size_t i = 0; i != num_processes; ++i)
+  {
+    const std::vector<double> &rval = receive_values[i];
+    const std::vector<dolfin::la_index> &rindex = receive_indices[i];
+    dolfin_assert(rval.size() == rindex.size());
+    for (std::size_t j = 0; j != rindex.size(); ++j) {
+      dolfin_assert(rindex[j] >= vector_range.first);
+      dolfin_assert(rindex[j] < vector_range.second);
+      vector_values[rindex[j] - vector_range.first] = rval[j];
+    }
+  }
+
+  x.set_local(vector_values);
+  x.apply("insert");
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/io/HDF5Utility.h b/dolfin/io/HDF5Utility.h
new file mode 100644
index 0000000..87f130f
--- /dev/null
+++ b/dolfin/io/HDF5Utility.h
@@ -0,0 +1,102 @@
+// Copyright (C) 2013 Chris N. Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+//
+// First added:  2013-05-07
+// Last changed: 2013-06-18
+
+#ifndef __DOLFIN_HDF5UTILITY_H
+#define __DOLFIN_HDF5UTILITY_H
+
+#include <string>
+#include <vector>
+
+#include "dolfin/common/types.h"
+
+namespace dolfin
+{
+  class LocalMeshData;
+  class GenericDofMap;
+  class Mesh;
+
+  /// This class contains some algorithms which do not explicitly
+  /// depend on the HDF5 file format, mostly to do with reorganising
+  /// Mesh entities with MPI
+
+  class HDF5Utility
+  {
+  public:
+
+    /// Generate two vectors, in the range of "vector_range"
+    /// of the global DOFs.
+    /// global_cells is a list of cells which point to the DOF (non-unique)
+    /// and remote_local_dofi is the pertinent local_dof of the cell.
+    /// input_cells is a list of cells held on this process, and
+    /// input_cell_dofs/x_cell_dofs list their local_dofs.
+    static void
+      map_gdof_to_cell(const MPI_Comm mpi_comm,
+                       const std::vector<std::size_t>& input_cells,
+                       const std::vector<dolfin::la_index>& input_cell_dofs,
+                       const std::vector<std::size_t>& x_cell_dofs,
+                       const std::pair<dolfin::la_index, dolfin::la_index>
+                       vector_range,
+                       std::vector<std::size_t>& global_cells,
+                       std::vector<std::size_t>& remote_local_dofi);
+
+    /// Given the cell dof index specified
+    /// as (process, local_cell_index, local_cell_dof_index)
+    /// get the global_dof index from that location, and return it for all
+    /// DOFs in the range of "vector_range"
+    static void get_global_dof(
+      MPI_Comm mpi_comm,
+      const std::vector<std::pair<std::size_t, std::size_t>>& cell_ownership,
+      const std::vector<std::size_t>& remote_local_dofi,
+      std::pair<std::size_t, std::size_t> vector_range,
+      const GenericDofMap& dofmap,
+      std::vector<dolfin::la_index>& global_dof);
+
+    /// Get cell owners for an arbitrary set of cells.
+    /// Returns (process, local index) pairs
+    static std::vector<std::pair<std::size_t, std::size_t>>
+      cell_owners(const Mesh& mesh, const std::vector<std::size_t>& cells);
+
+    /// Get mapping of cells in the assigned global range of the
+    /// current process to remote process and remote local index.
+    static void cell_owners_in_range(
+      std::vector<std::pair<std::size_t, std::size_t>>& global_owner,
+      const Mesh& mesh);
+
+    /// Convert LocalMeshData structure to a Mesh, used when running
+    /// in serial
+    static void build_local_mesh(Mesh& mesh, const LocalMeshData& mesh_data);
+
+    /// Missing docstring
+    static void set_local_vector_values(
+      MPI_Comm mpi_comm,
+      GenericVector& x,
+      const Mesh& mesh,
+      const std::vector<size_t>& cells,
+      const std::vector<dolfin::la_index>& cell_dofs,
+      const std::vector<std::size_t>& x_cell_dofs,
+      const std::vector<double>& vector,
+      std::pair<dolfin::la_index, dolfin::la_index> input_vector_range,
+      const GenericDofMap& dofmap);
+  };
+
+}
+
+#endif
diff --git a/dolfin/io/RAWFile.cpp b/dolfin/io/RAWFile.cpp
new file mode 100644
index 0000000..713464d
--- /dev/null
+++ b/dolfin/io/RAWFile.cpp
@@ -0,0 +1,235 @@
+// Copyright (C) 2005-2007 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Nuno Lopes 2008
+// Modified by Martin Alnes 2008
+// Modified by Anders Logg 2011
+//
+// First added:  2008-05-29
+// Last changed: 2011-11-14
+
+#include <fstream>
+#include <sstream>
+#include <dolfin/common/Array.h>
+#include <dolfin/fem/FiniteElement.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/la/Vector.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/mesh/Cell.h>
+#include "RAWFile.h"
+
+using namespace dolfin;
+
+//----------------------------------------------------------------------------
+RAWFile::RAWFile(const std::string filename) : GenericFile(filename, "RAW")
+{
+  // Do nothing
+}
+//----------------------------------------------------------------------------
+RAWFile::~RAWFile()
+{
+  // Do nothing
+}
+//----------------------------------------------------------------------------
+void RAWFile::write(const MeshFunction<int>& meshfunction)
+{
+  MeshFunctionWrite(meshfunction);
+}
+//----------------------------------------------------------------------------
+void RAWFile::write(const MeshFunction<double>& meshfunction)
+{
+  MeshFunctionWrite(meshfunction);
+}
+//----------------------------------------------------------------------------
+void RAWFile::write(const Function& u)
+{
+  // Update raw file name and clear file
+  rawNameUpdate(counter);
+
+  // Write results
+  ResultsWrite(u);
+
+  // Increase the number of times we have saved the function
+  counter++;
+
+  cout << "Saved function " << u.name() << " (" << u.label()
+       << ") to file " << _filename << " in RAW format." << endl;
+}
+//----------------------------------------------------------------------------
+void RAWFile::ResultsWrite(const Function& u) const
+{
+  // Type of data (point or cell). Point by default.
+  std::string data_type = "point";
+
+  // For brevity
+  dolfin_assert(u.function_space());
+  const FunctionSpace& V = *u.function_space();
+  dolfin_assert(V.mesh());
+  dolfin_assert(V.dofmap());
+  const Mesh& mesh = *V.mesh();
+  const GenericDofMap& dofmap = *V.dofmap();
+
+  // Get rank of Function
+  dolfin_assert(V.element());
+  const std::size_t rank = V.element()->value_rank();
+  if (rank > 1)
+  {
+    dolfin_error("RAWFile.cpp",
+                 "write data to RAW file",
+                 "Only scalar and vectors functions can be saved in RAW format");
+  }
+
+  // Get number of components
+  std::size_t dim = 1;
+  for (std::size_t i = 0; i < rank; i++)
+    dim *= V.element()->value_dimension(i);
+
+  // Test for cell-based element type
+  std::size_t cell_based_dim = 1;
+  for (std::size_t i = 0; i < rank; i++)
+    cell_based_dim *= mesh.topology().dim();
+  if (dofmap.max_element_dofs() == cell_based_dim)
+    data_type = "cell";
+
+  // Open file
+  std::ofstream fp(raw_filename.c_str(), std::ios_base::app);
+
+  // Write function data at mesh cells
+  if (data_type == "cell")
+  {
+    // Allocate memory for function values at cell centres
+    //const std::size_t size = mesh.num_cells()*dim;
+    std::vector<double> values;
+
+    // Get function values on cells
+    dolfin_assert(u.vector());
+    u.vector()->get_local(values);
+
+    // Write function data at cells
+    std::size_t num_cells = mesh.num_cells();
+    fp << num_cells << std::endl;
+
+    std::ostringstream ss;
+    ss << std::scientific;
+    for (CellIterator cell(mesh); !cell.end(); ++cell)
+    {
+      // Write all components
+      ss.str("");
+      for (std::size_t i = 0; i < dim; i++)
+        ss  <<" "<< values[cell->index() + i*mesh.num_cells()];
+      ss << std::endl;
+      fp << ss.str();
+    }
+  }
+  else if (data_type == "point")
+  {
+    // Allocate memory for function values at vertices
+    //const std::size_t size = mesh.num_vertices()*dim;
+    std::vector<double> values;
+
+    // Get function values at vertices
+    u.compute_vertex_values(values, mesh);
+
+    // Write function data at mesh vertices
+    std::size_t num_vertices = mesh.num_vertices();
+    fp << num_vertices << std::endl;
+
+    std::ostringstream ss;
+    ss << std::scientific;
+    for (VertexIterator vertex(mesh); !vertex.end(); ++vertex)
+    {
+      ss.str("");
+      for(std::size_t i = 0; i<dim; i++)
+        ss << " " << values[vertex->index() + i*mesh.num_cells()];
+
+      ss << std::endl;
+      fp << ss.str();
+    }
+  }
+  else
+  {
+   dolfin_error("RAWFile.cpp",
+                "write data to RAW file",
+                "Unknown data type");
+  }
+}
+//----------------------------------------------------------------------------
+void RAWFile::rawNameUpdate(const int counter)
+{
+  std::string filestart, extension;
+  std::ostringstream fileid, newfilename;
+
+  fileid.fill('0');
+  fileid.width(6);
+
+  filestart.assign(_filename, 0, _filename.find_last_of("."));
+  extension.assign(_filename, _filename.find_last_of("."), _filename.size());
+
+  fileid << counter;
+  newfilename << filestart << fileid.str() << ".raw";
+
+  raw_filename = newfilename.str();
+
+  // Make sure file is empty
+  std::ofstream file(raw_filename.c_str(), std::ios::trunc);
+  if (!file.is_open())
+  {
+    dolfin_error("RAWFile.cpp",
+                 "write data to RAW file",
+                 "Unable to open file \"%s\"", raw_filename.c_str());
+  }
+  file.close();
+}
+//----------------------------------------------------------------------------
+template<typename T>
+void RAWFile::MeshFunctionWrite(T& meshfunction)
+{
+  // Update raw file name and clear file
+  rawNameUpdate(counter);
+
+  const Mesh& mesh = *meshfunction.mesh();
+
+  if (meshfunction.dim() != mesh.topology().dim())
+  {
+    dolfin_error("RAWFile.cpp",
+                 "write mesh function to RAW file",
+                 "RAW output of mesh functions is implemenetd for cell-based functions only");
+  }
+
+  // Open file
+  std::ofstream fp(raw_filename.c_str(), std::ios_base::app);
+
+  fp << mesh.num_cells( ) << std::endl;
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+    fp << meshfunction[cell->index()] << std::endl;
+
+  // Close file
+  fp.close();
+
+  // Increase the number of times we have saved the mesh function
+  counter++;
+
+  cout << "saved mesh function " << counter << " times." << endl;
+
+  cout << "Saved mesh function " << mesh.name() << " (" << mesh.label()
+       << ") to file " << _filename << " in RAW format." << endl;
+}
+//----------------------------------------------------------------------------
diff --git a/dolfin/io/RAWFile.h b/dolfin/io/RAWFile.h
new file mode 100644
index 0000000..6680103
--- /dev/null
+++ b/dolfin/io/RAWFile.h
@@ -0,0 +1,74 @@
+// Copyright (C) 2005-2007 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Nuno Lopes 2008.
+//
+// First added:  2008-05-29
+
+
+#ifndef __RAW_FILE_H
+#define __RAW_FILE_H
+
+#include <fstream>
+#include "GenericFile.h"
+
+namespace dolfin
+{
+
+  /// Output of data in raw binary format
+
+  class RAWFile : public GenericFile
+  {
+  public:
+
+    /// Constructor
+    explicit RAWFile(const std::string filename);
+
+    /// Destructor
+    ~RAWFile();
+
+    /// Output MeshFunction (int)
+    /// @param meshfunction
+    ///  MeshFunction
+    void write(const MeshFunction<int>& meshfunction);
+
+    /// Output MeshFunction (double)
+    /// @param meshfunction
+    ///  MeshFunction
+    void write(const MeshFunction<double>& meshfunction);
+
+    /// Output Function
+    /// @param u
+    ///  Function
+    void write(const Function& u);
+
+  private:
+
+    void ResultsWrite(const Function& u) const;
+    void rawNameUpdate(const int counter);
+
+    template<typename T>
+      void MeshFunctionWrite(T& meshfunction);
+
+    // raw filename
+    std::string raw_filename;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/io/SVGFile.cpp b/dolfin/io/SVGFile.cpp
new file mode 100644
index 0000000..7965f85
--- /dev/null
+++ b/dolfin/io/SVGFile.cpp
@@ -0,0 +1,128 @@
+// Copyright (C) 2012 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2012-12-01
+// Last changed: 2012-12-01
+
+#include <iostream>
+#include <fstream>
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/log/log.h>
+#include <dolfin/parameter/GlobalParameters.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/mesh/Edge.h>
+#include "SVGFile.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+SVGFile::SVGFile(const std::string filename): GenericFile(filename, "SVG")
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+SVGFile::~SVGFile()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void SVGFile::write(const Mesh& mesh)
+{
+  // Get file path and generate filename
+  std::string prefix;
+  prefix.assign(_filename, 0, _filename.find_last_of("."));
+  std::ostringstream _filename;
+  _filename << prefix;
+  if (MPI::size(mesh.mpi_comm()) > 1)
+    _filename << "_p" << MPI::rank(mesh.mpi_comm());
+  _filename << ".svg";
+
+  // Open file
+  std::ofstream fp(_filename.str().c_str(), std::ios_base::out);
+
+  // Get parameters
+  const double relative_line_width = parameters["relative_line_width"];
+
+  // Get dimensions
+  double xmin = std::numeric_limits<double>::max();
+  double xmax = std::numeric_limits<double>::min();
+  double ymin = std::numeric_limits<double>::max();
+  double ymax = std::numeric_limits<double>::min();
+  const std::size_t gdim = mesh.geometry().dim();
+  for (VertexIterator v(mesh); !v.end(); ++v)
+  {
+    xmin = std::min(xmin, v->x(0));
+    xmax = std::max(xmax, v->x(0));
+    if (gdim > 1)
+    {
+      ymin = std::min(ymin, v->x(1));
+      ymax = std::max(ymax, v->x(1));
+    }
+  }
+  if (gdim == 1)
+  {
+    ymin = xmin;
+    ymax = xmax;
+  }
+
+  // Write header
+  fp << "<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"no\"?>" << std::endl;
+  fp << "<!-- Created with DOLFIN (http://fenicsproject.org/) -->" << std::endl;
+  fp << std::endl;
+  fp << "<svg"
+     << " x=\"" << xmin << "\""
+     << " y=\"" << ymin << "\""
+     << " width=\""  << (xmax - xmin) << "\""
+     << " height=\"" << (ymax - ymin) << "\""
+     << ">" << std::endl;
+  fp << "  <g id=\"layer1\">" << std::endl;
+
+  // Write edges of mesh
+  for (EdgeIterator e(mesh); !e.end(); ++e)
+  {
+    // Get the two vertex coordinates
+    Vertex v0(mesh, e->entities(0)[0]);
+    Vertex v1(mesh, e->entities(0)[1]);
+    double x0(v0.x(0));
+    double x1(v1.x(0));
+    double y0(0);
+    double y1(0);
+    if (gdim > 1)
+    {
+      y0 = v0.x(1);
+      y1 = v1.x(1);
+    }
+
+    // Write SVG data
+    fp << "    <path style=\"fill:none;stroke:#000000;stroke-width:"
+       << (relative_line_width*e->length())
+       << "px;stroke-linecap:butt;stroke-linejoin:miter;stroke-opacity:1\""
+       << std::endl
+       << "          d=\"M "
+       << x0 << "," << y0 << " " << x1 << "," << y1 << "\""
+       << " id=\"edge" << e->index() << "\"/>" << std::endl;
+  }
+
+  // Write footer
+  fp << "  </g>" << std::endl;
+  fp << "</svg>" << std::endl;
+
+  // Close file
+  fp.close();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/io/SVGFile.h b/dolfin/io/SVGFile.h
new file mode 100644
index 0000000..c4205bb
--- /dev/null
+++ b/dolfin/io/SVGFile.h
@@ -0,0 +1,49 @@
+// Copyright (C) 2012 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2012-12-01
+// Last changed: 2012-12-01
+
+#ifndef __SVG_FILE_H
+#define __SVG_FILE_H
+
+#include "GenericFile.h"
+
+namespace dolfin
+{
+
+  /// This class implements output of meshes to scalable vector
+  /// graphics format (SVG).
+
+  class SVGFile : public GenericFile
+  {
+  public:
+
+    /// Constructor
+    explicit SVGFile(const std::string filename);
+
+    /// Destructor
+    ~SVGFile();
+
+    /// Write mesh to file
+    void write(const Mesh& mesh);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/io/VTKFile.cpp b/dolfin/io/VTKFile.cpp
new file mode 100644
index 0000000..2fee53b
--- /dev/null
+++ b/dolfin/io/VTKFile.cpp
@@ -0,0 +1,761 @@
+// Copyright (C) 2005-2009 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <ostream>
+#include <sstream>
+#include <vector>
+#include <iomanip>
+#include <boost/cstdint.hpp>
+#include <boost/detail/endian.hpp>
+
+#include "pugixml.hpp"
+
+#include <dolfin/common/Timer.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/fem/FiniteElement.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/MeshEntityIterator.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/mesh/Vertex.h>
+#include "Encoder.h"
+#include "VTKWriter.h"
+#include "VTKFile.h"
+
+using namespace dolfin;
+
+//----------------------------------------------------------------------------
+VTKFile::VTKFile(const std::string filename, std::string encoding)
+  : GenericFile(filename, "VTK"),
+    _encoding(encoding), binary(false), compress(false)
+{
+  if (encoding != "ascii" && encoding != "base64" && encoding != "compressed")
+  {
+    dolfin_error("VTKFile.cpp",
+                 "create VTK file",
+                 "Unknown encoding (\"%s\"). "
+                 "Known encodings are \"ascii\", \"base64\" and \"compressed\"",
+                 encoding.c_str());
+  }
+
+  if (encoding == "ascii")
+  {
+    encode_string = "ascii";
+    binary = false;
+  }
+  else if (encoding == "base64" || encoding == "compressed")
+  {
+    encode_string = "binary";
+    binary = true;
+    if (encoding == "compressed")
+      compress = true;
+  }
+  else
+  {
+    dolfin_error("VTKFile.cpp",
+                 "create VTK file",
+                 "Unknown encoding (\"%s\"). "
+                 "Known encodings are \"ascii\", \"base64\" and \"compressed\"",
+                 encoding.c_str());
+  }
+}
+//----------------------------------------------------------------------------
+VTKFile::~VTKFile()
+{
+  // Do nothing
+}
+//----------------------------------------------------------------------------
+void VTKFile::write(const Mesh& mesh)
+{
+  write_mesh(mesh, counter);
+}
+//----------------------------------------------------------------------------
+void VTKFile::write(const MeshFunction<bool>& meshfunction)
+{
+  mesh_function_write(meshfunction, counter);
+}
+//----------------------------------------------------------------------------
+void VTKFile::write(const MeshFunction<std::size_t>& meshfunction)
+{
+  mesh_function_write(meshfunction, counter);
+}
+//----------------------------------------------------------------------------
+void VTKFile::write(const MeshFunction<int>& meshfunction)
+{
+  mesh_function_write(meshfunction, counter);
+}
+//----------------------------------------------------------------------------
+void VTKFile::write(const MeshFunction<double>& meshfunction)
+{
+  mesh_function_write(meshfunction, counter);
+}
+//----------------------------------------------------------------------------
+void VTKFile::write(const Function& u)
+{
+  write_function(u, counter);
+}
+//----------------------------------------------------------------------------
+void VTKFile::write(const Mesh& mesh, double time)
+{
+  write_mesh(mesh, time);
+}
+//----------------------------------------------------------------------------
+void VTKFile::write(const MeshFunction<int>& mf, double time)
+{
+  mesh_function_write(mf, time);
+}
+//----------------------------------------------------------------------------
+void VTKFile::write(const MeshFunction<std::size_t>& mf, double time)
+{
+  mesh_function_write(mf, time);
+}
+//----------------------------------------------------------------------------
+void VTKFile::write(const MeshFunction<double>& mf, double time)
+{
+  mesh_function_write(mf, time);
+}
+//----------------------------------------------------------------------------
+void VTKFile::write(const MeshFunction<bool>& mf, double time)
+{
+  mesh_function_write(mf, time);
+}
+//----------------------------------------------------------------------------
+void VTKFile::write(const Function& u, double time)
+{
+  write_function(u, time);
+}
+//----------------------------------------------------------------------------
+void VTKFile::write_function(const Function& u, double time)
+{
+  dolfin_assert(u.function_space()->mesh());
+  const Mesh& mesh = *u.function_space()->mesh();
+
+  // Get MPI communicator
+  const MPI_Comm mpi_comm = mesh.mpi_comm();
+
+  // Get vtu file name and initialise
+  std::string vtu_filename = init(mesh, mesh.topology().dim());
+
+  // Write mesh
+  VTKWriter::write_mesh(mesh, mesh.topology().dim(), vtu_filename, binary,
+                        compress);
+
+  // Write results
+  results_write(u, vtu_filename);
+
+  // Parallel-specific files
+  const std::size_t num_processes = MPI::size(mpi_comm);
+  if (num_processes > 1 && MPI::rank(mpi_comm) == 0)
+  {
+    std::string pvtu_filename = vtu_name(0, 0, counter, ".pvtu");
+    pvtu_write(u, pvtu_filename);
+    pvd_file_write(counter, time, pvtu_filename);
+  }
+  else if (num_processes == 1)
+    pvd_file_write(counter, time, vtu_filename);
+
+  // Finalise and write pvd files
+  finalize(vtu_filename, time);
+
+  log(TRACE, "Saved function %s (%s) to file %s in VTK format.",
+      u.name().c_str(), u.label().c_str(), _filename.c_str());
+}
+//----------------------------------------------------------------------------
+void VTKFile::write_mesh(const Mesh& mesh, double time)
+{
+  Timer t("Write mesh to PVD/VTK file");
+
+  // Get MPI communicator
+  const MPI_Comm mpi_comm = mesh.mpi_comm();
+
+  // Get vtu file name and initialise out files
+  std::string vtu_filename = init(mesh, mesh.topology().dim());
+
+  // Write local mesh to vtu file
+  VTKWriter::write_mesh(mesh, mesh.topology().dim(), vtu_filename, binary,
+                        compress);
+
+  // Parallel-specific files
+  const std::size_t num_processes = MPI::size(mpi_comm);
+  if (num_processes > 1 && MPI::rank(mpi_comm) == 0)
+  {
+    std::string pvtu_filename = vtu_name(0, 0, counter, ".pvtu");
+    pvtu_write_mesh(pvtu_filename, num_processes);
+    pvd_file_write(counter, time, pvtu_filename);
+  }
+  else if (num_processes == 1)
+    pvd_file_write(counter, time, vtu_filename);
+
+  // Finalise
+  finalize(vtu_filename, time);
+
+  log(TRACE, "Saved mesh %s (%s) to file %s in VTK format.",
+      mesh.name().c_str(), mesh.label().c_str(), _filename.c_str());
+}
+//----------------------------------------------------------------------------
+std::string VTKFile::init(const Mesh& mesh, std::size_t cell_dim) const
+{
+  // Get MPI communicators
+  const MPI_Comm mpi_comm = mesh.mpi_comm();
+
+  // Get vtu file name and clear file
+  std::string vtu_filename = vtu_name(MPI::rank(mpi_comm),
+                                      MPI::size(mpi_comm),
+                                      counter, ".vtu");
+  clear_file(vtu_filename);
+
+  // Number of cells and vertices
+  const std::size_t num_cells = mesh.topology().ghost_offset(cell_dim);
+  const std::size_t num_vertices = mesh.topology().ghost_offset(0);
+
+  // Write headers
+  vtk_header_open(num_vertices, num_cells, vtu_filename);
+
+  return vtu_filename;
+}
+//----------------------------------------------------------------------------
+void VTKFile::finalize(std::string vtu_filename, double time)
+{
+  // Close headers
+  vtk_header_close(vtu_filename);
+
+  // Increase the number of times we have saved the object
+  counter++;
+}
+//----------------------------------------------------------------------------
+void VTKFile::results_write(const Function& u, std::string vtu_filename) const
+{
+  // Get rank of Function
+  const std::size_t rank = u.value_rank();
+  if (rank > 2)
+  {
+    dolfin_error("VTKFile.cpp",
+                 "write data to VTK file",
+                 "Only scalar, vector and tensor functions can be saved in VTK format");
+  }
+
+  // Get number of components
+  const std::size_t dim = u.value_size();
+
+  // Check that function type can be handled
+  if (rank == 1)
+  {
+    if (!(dim == 2 || dim == 3))
+    {
+      dolfin_error("VTKFile.cpp",
+                   "write data to VTK file",
+                   "Don't know how to handle vector function with dimension other than 2 or 3");
+    }
+  }
+  else if (rank == 2)
+  {
+    if (!(dim == 4 || dim == 9))
+    {
+      dolfin_error("VTKFile.cpp",
+                   "write data to VTK file",
+                   "Don't know how to handle tensor function with dimension other than 4 or 9");
+    }
+  }
+
+  // Test for cell-based element type
+  dolfin_assert(u.function_space()->mesh());
+  const Mesh& mesh = *u.function_space()->mesh();
+  std::size_t cell_based_dim = 1;
+  for (std::size_t i = 0; i < rank; i++)
+    cell_based_dim *= mesh.topology().dim();
+
+  dolfin_assert(u.function_space()->dofmap());
+  const GenericDofMap& dofmap= *u.function_space()->dofmap();
+  if (dofmap.max_element_dofs() == cell_based_dim)
+    VTKWriter::write_cell_data(u, vtu_filename, binary, compress);
+  else
+    write_point_data(u, mesh, vtu_filename);
+}
+//----------------------------------------------------------------------------
+void VTKFile::write_point_data(const GenericFunction& u, const Mesh& mesh,
+                               std::string vtu_filename) const
+{
+  const std::size_t rank = u.value_rank();
+  const std::size_t num_vertices = mesh.num_vertices();
+
+  // Get number of components
+  const std::size_t dim = u.value_size();
+
+  // Open file
+  std::ofstream fp(vtu_filename.c_str(), std::ios_base::app);
+  fp.precision(16);
+
+  // Allocate memory for function values at vertices
+  const std::size_t size = num_vertices*dim;
+  std::vector<double> values(size);
+
+  // Get function values at vertices
+  u.compute_vertex_values(values, mesh);
+  dolfin_assert(values.size() == size);
+
+  if (rank == 0)
+  {
+    fp << "<PointData  Scalars=\"" << u.name() << "\"> " << std::endl;
+    fp << "<DataArray  type=\"Float64\"  Name=\"" << u.name()
+       << "\"  format=\""<< encode_string <<"\">";
+  }
+  else if (rank == 1)
+  {
+    fp << "<PointData  Vectors=\"" << u.name() << "\"> " << std::endl;
+    fp << "<DataArray  type=\"Float64\"  Name=\"" << u.name()
+       << "\"  NumberOfComponents=\"3\" format=\""<< encode_string <<"\">";
+  }
+  else if (rank == 2)
+  {
+    fp << "<PointData  Tensors=\"" << u.name() << "\"> " << std::endl;
+    fp << "<DataArray  type=\"Float64\"  Name=\"" << u.name()
+       << "\"  NumberOfComponents=\"9\" format=\""<< encode_string <<"\">";
+  }
+
+  if (_encoding == "ascii")
+  {
+    std::ostringstream ss;
+    ss << std::scientific;
+    ss << std::setprecision(16);
+    for (VertexIterator vertex(mesh); !vertex.end(); ++vertex)
+    {
+      if (rank == 1 && dim == 2)
+      {
+        // Append 0.0 to 2D vectors to make them 3D
+        for(std::size_t i = 0; i < 2; i++)
+          ss << values[vertex->index() + i*num_vertices] << " ";
+        ss << 0.0 << "  ";
+      }
+      else if (rank == 2 && dim == 4)
+      {
+        // Pad 2D tensors with 0.0 to make them 3D
+        for(std::size_t i = 0; i < 2; i++)
+        {
+          ss << values[vertex->index() + (2*i + 0)*num_vertices] << " ";
+          ss << values[vertex->index() + (2*i + 1)*num_vertices] << " ";
+          ss << 0.0 << " ";
+        }
+        ss << 0.0 << " ";
+        ss << 0.0 << " ";
+        ss << 0.0 << "  ";
+      }
+      else
+      {
+        // Write all components
+        for(std::size_t i = 0; i < dim; i++)
+          ss << values[vertex->index() + i*num_vertices] << " ";
+        ss << " ";
+      }
+    }
+
+    // Send to file
+    fp << ss.str();
+  }
+  else if (_encoding == "base64" || _encoding == "compressed")
+  {
+    // Number of zero paddings per point
+    std::size_t padding_per_point = 0;
+    if (rank == 1 && dim == 2)
+      padding_per_point = 1;
+    else if (rank == 2 && dim == 4)
+      padding_per_point = 5;
+
+    // Number of data entries per point and total number
+    const std::size_t num_data_per_point = dim + padding_per_point;
+    const std::size_t num_total_data_points = num_vertices*num_data_per_point;
+
+    std::vector<double> data(num_total_data_points, 0);
+    for (VertexIterator vertex(mesh); !vertex.end(); ++vertex)
+    {
+      const std::size_t index = vertex->index();
+      for(std::size_t i = 0; i < dim; i++)
+        data[index*num_data_per_point + i] = values[index + i*num_vertices];
+    }
+
+    // Create encoded stream
+    fp << VTKWriter::encode_stream(data, compress) << std::endl;
+  }
+
+  fp << "</DataArray> " << std::endl;
+  fp << "</PointData> " << std::endl;
+}
+//----------------------------------------------------------------------------
+void VTKFile::pvd_file_write(std::size_t step, double time,
+                             std::string fname)
+{
+  pugi::xml_document xml_doc;
+  if (step == 0)
+  {
+    pugi::xml_node vtk_node = xml_doc.append_child("VTKFile");
+    vtk_node.append_attribute("type") = "Collection";
+    vtk_node.append_attribute("version") = "0.1";
+    vtk_node.append_child("Collection");
+  }
+  else
+  {
+    pugi::xml_parse_result result = xml_doc.load_file(_filename.c_str());
+    if (!result)
+    {
+      dolfin_error("VTKFile.cpp",
+                   "write data to VTK file",
+                   "XML parsing error when reading from existing file");
+    }
+  }
+
+  // Remove directory path from name for pvd file
+  const std::string fname_strip = strip_path(fname);
+
+  // Get Collection node
+  pugi::xml_node xml_collections = xml_doc.child("VTKFile").child("Collection");
+  dolfin_assert(xml_collections);
+
+  // Append data set
+  pugi::xml_node dataset_node = xml_collections.append_child("DataSet");
+  dataset_node.append_attribute("timestep") = time;
+  dataset_node.append_attribute("part") = "0";
+  dataset_node.append_attribute("file") = fname_strip.c_str();
+
+  // Save file
+  xml_doc.save_file(_filename.c_str(), "  ");
+}
+//----------------------------------------------------------------------------
+void VTKFile::pvtu_write_mesh(pugi::xml_node xml_node) const
+{
+  // Vertex data
+  pugi::xml_node vertex_data_node = xml_node.append_child("PPoints");
+  pugi::xml_node data_node = vertex_data_node.append_child("PDataArray");
+  data_node.append_attribute("type") = "Float64";
+  data_node.append_attribute("NumberOfComponents") = "3";
+
+  // Cell data
+  pugi::xml_node cell_data_node = xml_node.append_child("PCellData");
+
+  data_node = cell_data_node.append_child("PDataArray");
+  data_node.append_attribute("type") = "UInt32";
+  data_node.append_attribute("Name") = "connectivity";
+
+  data_node = cell_data_node.append_child("PDataArray");
+  data_node.append_attribute("type") = "UInt32";
+  data_node.append_attribute("Name") = "offsets";
+
+  data_node = cell_data_node.append_child("PDataArray");
+  data_node.append_attribute("type") = "UInt8";
+  data_node.append_attribute("Name") = "types";
+}
+//----------------------------------------------------------------------------
+void VTKFile::pvtu_write_function(std::size_t dim, std::size_t rank,
+                                  const std::string data_location,
+                                  const std::string name,
+                                  const std::string fname,
+                                  std::size_t num_processes) const
+{
+  // Create xml doc
+  pugi::xml_document xml_doc;
+  pugi::xml_node vtk_node = xml_doc.append_child("VTKFile");
+  vtk_node.append_attribute("type") = "PUnstructuredGrid";
+  vtk_node.append_attribute("version") = "0.1";
+  pugi::xml_node grid_node = vtk_node.append_child("PUnstructuredGrid");
+  grid_node.append_attribute("GhostLevel") = 0;
+
+  // Mesh
+  pvtu_write_mesh(grid_node);
+
+  // Get type based on rank
+  std::string rank_type;
+  std::size_t num_components = 0;
+  if (rank == 0)
+  {
+    rank_type = "Scalars";
+    num_components = 0;
+  }
+  else if (rank == 1)
+  {
+    rank_type = "Vectors";
+    if (!(dim == 2 || dim == 3))
+    {
+      dolfin_error("VTKFile.cpp",
+                   "write data to VTK file",
+                   "Don't know how to handle vector function with dimension other than 2 or 3");
+    }
+    num_components = 3;
+  }
+  else if (rank == 2)
+  {
+    rank_type = "Tensors";
+    if (!(dim == 4 || dim == 9))
+    {
+      dolfin_error("VTKFile.cpp",
+                   "write data to VTK file",
+                   "Don't know how to handle tensor function with dimension other than 4 or 9");
+    }
+    num_components = 9;
+  }
+  else
+  {
+    dolfin_error("VTKFile.cpp",
+                 "write data to VTK file",
+                 "Cannot handle XML output of rank %d", rank);
+  }
+
+  // Add function data
+  pugi::xml_node data_node;
+  if (data_location == "point")
+    data_node = grid_node.append_child("PPointData");
+  else if (data_location == "cell")
+    data_node = grid_node.append_child("PCellData");
+
+  data_node.append_attribute(rank_type.c_str()) = name.c_str();
+  pugi::xml_node data_array_node = data_node.append_child("PDataArray");
+  data_array_node.append_attribute("type") = "Float64";
+  data_array_node.append_attribute("Name") = name.c_str();
+  data_array_node.append_attribute("NumberOfComponents")
+    = (unsigned int) num_components;
+
+  // Write vtu file list
+  for(std::size_t i = 0; i <num_processes; i++)
+  {
+    const std::string tmp_string = strip_path(vtu_name(i, num_processes,
+                                                       counter, ".vtu"));
+    pugi::xml_node piece_node = grid_node.append_child("Piece");
+    piece_node.append_attribute("Source") = tmp_string.c_str();
+  }
+
+  xml_doc.save_file(fname.c_str(), "  ");
+}
+//----------------------------------------------------------------------------
+void VTKFile::pvtu_write_mesh(const std::string fname,
+                              const std::size_t num_processes) const
+{
+  // Create xml doc
+  pugi::xml_document xml_doc;
+  pugi::xml_node vtk_node = xml_doc.append_child("VTKFile");
+  vtk_node.append_attribute("type") = "PUnstructuredGrid";
+  vtk_node.append_attribute("version") = "0.1";
+  pugi::xml_node grid_node = vtk_node.append_child("PUnstructuredGrid");
+  grid_node.append_attribute("GhostLevel") = 0;
+
+  // Mesh
+  pvtu_write_mesh(grid_node);
+
+  // Write vtu file list
+  for (std::size_t i = 0; i < num_processes; i++)
+  {
+    const std::string tmp_string = strip_path(vtu_name(i, num_processes,
+                                                       counter, ".vtu"));
+    pugi::xml_node piece_node = grid_node.append_child("Piece");
+    piece_node.append_attribute("Source") = tmp_string.c_str();
+  }
+
+  xml_doc.save_file(fname.c_str(), "  ");
+}
+//----------------------------------------------------------------------------
+void VTKFile::pvtu_write(const Function& u, const std::string fname) const
+{
+  dolfin_assert(u.function_space()->element());
+  const std::size_t rank = u.function_space()->element()->value_rank();
+  if (rank > 2)
+  {
+    dolfin_error("VTKFile.cpp",
+                 "write data to VTK file",
+                 "Only scalar, vector and tensor functions can be saved in VTK format");
+  }
+
+  // Get number of components
+  const std::size_t dim = u.value_size();
+
+  // Get mesh
+  dolfin_assert(u.function_space()->mesh());
+  const Mesh& mesh = *(u.function_space()->mesh());
+
+  // Test for cell-based element type
+  std::string data_type = "point";
+  std::size_t cell_based_dim = 1;
+  dolfin_assert(u.function_space()->dofmap());
+  for (std::size_t i = 0; i < rank; i++)
+    cell_based_dim *= mesh.topology().dim();
+  if (u.function_space()->dofmap()->max_element_dofs() == cell_based_dim)
+    data_type = "cell";
+
+  const std::size_t num_processes = MPI::size(mesh.mpi_comm());
+  pvtu_write_function(dim, rank, data_type, u.name(), fname, num_processes);
+}
+//----------------------------------------------------------------------------
+void VTKFile::vtk_header_open(std::size_t num_vertices, std::size_t num_cells,
+                              std::string vtu_filename) const
+{
+  // Open file
+  std::ofstream file(vtu_filename.c_str(), std::ios::app);
+  file.precision(16);
+  if (!file.is_open())
+  {
+    dolfin_error("VTKFile.cpp",
+                 "write data to VTK file",
+                 "Unable to open file \"%s\"", _filename.c_str());
+  }
+
+  // Figure out endianness of machine
+  std::string endianness = "";
+  if (encode_string == "binary")
+  {
+    #if defined BOOST_LITTLE_ENDIAN
+    endianness = "byte_order=\"LittleEndian\"";
+    #elif defined BOOST_BIG_ENDIAN
+    endianness = "byte_order=\"BigEndian\"";;
+    #else
+    dolfin_error("VTKFile.cpp",
+                 "write data to VTK file",
+                 "Unable to determine the endianness of the machine for VTK binary output");
+    #endif
+  }
+
+  // Compression string
+  std::string compressor = "";
+  if (_encoding == "compressed")
+    compressor = "compressor=\"vtkZLibDataCompressor\"";
+
+  // Write headers
+  file << "<?xml version=\"1.0\"?>" << std::endl;
+  file << "<VTKFile type=\"UnstructuredGrid\"  version=\"0.1\" " << endianness
+       <<  " " << compressor << ">" << std::endl;
+  file << "<UnstructuredGrid>" << std::endl;
+  file << "<Piece  NumberOfPoints=\"" << num_vertices << "\" NumberOfCells=\""
+       << num_cells << "\">" << std::endl;
+
+  // Close file
+  file.close();
+}
+//----------------------------------------------------------------------------
+void VTKFile::vtk_header_close(std::string vtu_filename) const
+{
+  // Open file
+  std::ofstream file(vtu_filename.c_str(), std::ios::app);
+  file.precision(16);
+  if (!file.is_open())
+  {
+    dolfin_error("VTKFile.cpp",
+                 "write data to VTK file",
+                 "Unable to open file \"%s\"", _filename.c_str());
+  }
+
+  // Close headers
+  file << "</Piece>" << std::endl << "</UnstructuredGrid>" << std::endl
+       << "</VTKFile>";
+
+  // Close file
+  file.close();
+}
+//----------------------------------------------------------------------------
+std::string VTKFile::vtu_name(const int process, const int num_processes,
+                              const int counter, std::string ext) const
+{
+  std::string filestart, extension;
+  std::ostringstream fileid, newfilename;
+
+  fileid.fill('0');
+  fileid.width(6);
+
+  filestart.assign(_filename, 0, _filename.find_last_of("."));
+  extension.assign(_filename, _filename.find_last_of("."), _filename.size());
+
+  fileid << counter;
+
+  // Add process number to .vtu file name
+  std::string proc = "";
+  if (num_processes > 1)
+  {
+    std::ostringstream _p;
+    _p << "_p" << process << "_";
+    proc = _p.str();
+  }
+  newfilename << filestart << proc << fileid.str() << ext;
+
+  return newfilename.str();
+}
+//----------------------------------------------------------------------------
+template<typename T>
+void VTKFile::mesh_function_write(T& meshfunction, double time)
+{
+  const Mesh& mesh = *meshfunction.mesh();
+  const std::size_t cell_dim = meshfunction.dim();
+
+  // Update vtu file name and clear file
+  std::string vtu_filename = init(mesh, cell_dim);
+
+  // Write mesh
+  VTKWriter::write_mesh(mesh, cell_dim, vtu_filename, binary, compress);
+
+  // Open file to write data
+  std::ofstream fp(vtu_filename.c_str(), std::ios_base::app);
+  fp.precision(16);
+  fp << "<CellData  Scalars=\"" << meshfunction.name() << "\">" << std::endl;
+  fp << "<DataArray  type=\"Float64\"  Name=\"" << meshfunction.name()
+     << "\"  format=\"ascii\">";
+
+  // Write data
+  for (MeshEntityIterator cell(mesh, cell_dim); !cell.end(); ++cell)
+    fp << meshfunction[cell->index()] << " ";
+
+  // Write footers
+  fp << "</DataArray>" << std::endl;
+  fp << "</CellData>" << std::endl;
+
+  // Close file
+  fp.close();
+
+  // Parallel-specific files
+  const std::size_t num_processes = MPI::size(mesh.mpi_comm());
+  const std::size_t process_number = MPI::rank(mesh.mpi_comm());
+  if (num_processes > 1 && process_number == 0)
+  {
+    std::string pvtu_filename = vtu_name(0, 0, counter, ".pvtu");
+    pvtu_write_function(1, 0, "cell", meshfunction.name(), pvtu_filename,
+                        num_processes);
+    pvd_file_write(counter, time, pvtu_filename);
+  }
+  else if (num_processes == 1)
+    pvd_file_write(counter, time, vtu_filename);
+
+  // Write pvd files
+  finalize(vtu_filename, time);
+
+  log(TRACE, "Saved mesh function %s (%s) to file %s in VTK format.",
+      mesh.name().c_str(), mesh.label().c_str(), _filename.c_str());
+}
+//----------------------------------------------------------------------------
+void VTKFile::clear_file(std::string file) const
+{
+  // Open file and clear
+  std::ofstream _file(file.c_str(), std::ios::trunc);
+  if (!_file.is_open())
+  {
+    dolfin_error("VTKFile.cpp",
+                 "clear VTK file",
+                 "Unable to open file \"%s\"", file.c_str());
+  }
+  _file.close();
+}
+//----------------------------------------------------------------------------
+std::string VTKFile::strip_path(std::string file) const
+{
+  std::string fname;
+  fname.assign(file, _filename.find_last_of("/") + 1, file.size());
+  return fname;
+}
+//----------------------------------------------------------------------------
diff --git a/dolfin/io/VTKFile.h b/dolfin/io/VTKFile.h
new file mode 100644
index 0000000..9e8bdc6
--- /dev/null
+++ b/dolfin/io/VTKFile.h
@@ -0,0 +1,151 @@
+// Copyright (C) 2005-2017 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __VTK_FILE_H
+#define __VTK_FILE_H
+
+#include <fstream>
+#include <string>
+#include <utility>
+#include <vector>
+#include "GenericFile.h"
+
+namespace pugi
+{
+  class xml_node;
+}
+
+namespace dolfin
+{
+
+  class Function;
+  class GenericFunction;
+  class Mesh;
+  template<typename T> class MeshFunction;
+
+  /// Output of meshes and functions in VTK format
+
+  /// XML format for visualisation purposes. It is not suitable to
+  /// checkpointing as it may decimate some data.
+
+  class VTKFile : public GenericFile
+  {
+  public:
+
+    /// Create VTK file
+    VTKFile(const std::string filename, std::string encoding);
+
+    // Destructor
+    ~VTKFile();
+
+    /// Output mesh
+    void write(const Mesh& mesh);
+
+    /// Output MeshFunction<bool>
+    void write(const MeshFunction<bool>& meshfunction);
+
+    /// Output MeshFunction<std::size_t>
+    void write(const MeshFunction<std::size_t>& meshfunction);
+
+    /// Output MeshFunction<int>
+    void write(const MeshFunction<int>& meshfunction);
+
+    /// Output MeshFunction<double>
+    void write(const MeshFunction<double>& meshfunction);
+
+    /// Output Function
+    void write(const Function& u);
+
+    /// Output Mesh and timestep
+    void write(const Mesh& mesh, double t);
+
+    /// Output MeshFunction and timestep
+    void write(const MeshFunction<int>& mesh, double t);
+
+    /// Output MeshFunction and timestep
+    void write(const MeshFunction<std::size_t>& mf, double t);
+
+    /// Output MeshFunction and timestep
+    void write(const MeshFunction<double>& mf, double t);
+
+    /// Output MeshFunction and timestep
+    void write(const MeshFunction<bool>& mf, double t);
+
+    /// Output Function and timestep
+    void write(const Function& u, double t);
+
+  private:
+
+    void write_function(const Function& u, double time);
+
+    void write_mesh(const Mesh& mesh, double time);
+
+    std::string init(const Mesh& mesh, std::size_t dim) const;
+
+    void finalize(std::string vtu_filename, double time);
+
+    void results_write(const Function& u, std::string file) const;
+
+    void write_point_data(const GenericFunction& u, const Mesh& mesh,
+                          std::string file) const;
+
+    void pvd_file_write(std::size_t step, double time, std::string file);
+
+
+    void pvtu_write_function(std::size_t dim, std::size_t rank,
+                             const std::string data_location,
+                             const std::string name,
+                             const std::string filename,
+                             std::size_t num_processes) const;
+
+    void pvtu_write_mesh(const std::string pvtu_filename,
+                         const std::size_t num_processes) const;
+
+    void pvtu_write(const Function& u, const std::string pvtu_filename) const;
+
+    void vtk_header_open(std::size_t num_vertices, std::size_t num_cells,
+                         std::string file) const;
+
+    void vtk_header_close(std::string file) const;
+
+    std::string vtu_name(const int process, const int num_processes,
+                         const int counter, std::string ext) const;
+
+    void clear_file(std::string file) const;
+
+    template<typename T>
+    void mesh_function_write(T& meshfunction, double time);
+
+    // Strip path from file
+    std::string strip_path(std::string file) const;
+
+  private:
+
+    void pvtu_write_mesh(pugi::xml_node xml_node) const;
+
+    // File encoding
+    const std::string _encoding;
+    std::string encode_string;
+
+    bool binary;
+    bool compress;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/io/VTKWriter.cpp b/dolfin/io/VTKWriter.cpp
new file mode 100644
index 0000000..eff6934
--- /dev/null
+++ b/dolfin/io/VTKWriter.cpp
@@ -0,0 +1,412 @@
+// Copyright (C) 2010-2016 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2011
+// Modified by Johannes Ring 2012
+
+#include <cstdint>
+#include <fstream>
+#include <ostream>
+#include <sstream>
+#include <vector>
+#include <iomanip>
+#include <boost/detail/endian.hpp>
+
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/fem/FiniteElement.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshEntityIterator.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/mesh/Vertex.h>
+#include "Encoder.h"
+#include "VTKWriter.h"
+
+using namespace dolfin;
+
+//----------------------------------------------------------------------------
+void VTKWriter::write_mesh(const Mesh& mesh, std::size_t cell_dim,
+                           std::string filename, bool binary, bool compress)
+{
+  if (binary)
+    write_base64_mesh(mesh, cell_dim, filename, compress);
+  else
+    write_ascii_mesh(mesh, cell_dim, filename);
+}
+//----------------------------------------------------------------------------
+void VTKWriter::write_cell_data(const Function& u, std::string filename,
+                                bool binary, bool compress)
+{
+  // For brevity
+  dolfin_assert(u.function_space()->mesh());
+  dolfin_assert(u.function_space()->dofmap());
+  const Mesh& mesh = *u.function_space()->mesh();
+  const GenericDofMap& dofmap = *u.function_space()->dofmap();
+  const std::size_t tdim = mesh.topology().dim();
+  const std::size_t num_cells = mesh.topology().ghost_offset(tdim);
+
+  std::string encode_string;
+  if (!binary)
+    encode_string = "ascii";
+  else
+    encode_string = "binary";
+
+  // Get rank of Function
+  const std::size_t rank = u.value_rank();
+  if(rank > 2)
+  {
+      dolfin_error("VTKFile.cpp",
+                   "write data to VTK file",
+                   "Don't know how to handle vector function with dimension other than 2 or 3");
+  }
+
+  // Get number of components
+  const std::size_t data_dim = u.value_size();
+
+  // Open file
+  std::ofstream fp(filename.c_str(), std::ios_base::app);
+  fp.precision(16);
+
+  // Write headers
+  if (rank == 0)
+  {
+    fp << "<CellData  Scalars=\"" << u.name() << "\"> " << std::endl;
+    fp << "<DataArray  type=\"Float64\"  Name=\"" << u.name()
+       << "\"  format=\"" << encode_string <<"\">";
+  }
+  else if (rank == 1)
+  {
+    if(!(data_dim == 2 || data_dim == 3))
+    {
+      dolfin_error("VTKWriter.cpp",
+                   "write data to VTK file",
+                   "Don't know how to handle vector function with dimension other than 2 or 3");
+    }
+    fp << "<CellData  Vectors=\"" << u.name() << "\"> " << std::endl;
+    fp << "<DataArray  type=\"Float64\"  Name=\"" << u.name()
+       << "\"  NumberOfComponents=\"3\" format=\""<< encode_string <<"\">";
+  }
+  else if (rank == 2)
+  {
+    if(!(data_dim == 4 || data_dim == 9))
+    {
+      dolfin_error("VTKFile.cpp",
+                   "write data to VTK file",
+                   "Don't know how to handle tensor function with dimension other than 4 or 9");
+    }
+    fp << "<CellData  Tensors=\"" << u.name() << "\"> " << std::endl;
+    fp << "<DataArray  type=\"Float64\"  Name=\"" << u.name()
+       << "\"  NumberOfComponents=\"9\" format=\""<< encode_string <<"\">";
+  }
+
+  // Allocate memory for function values at cell centres
+  const std::size_t size = num_cells*data_dim;
+
+  // Build lists of dofs and create map
+  std::vector<dolfin::la_index> dof_set;
+  std::vector<std::size_t> offset(size + 1);
+  std::vector<std::size_t>::iterator cell_offset = offset.begin();
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    // Tabulate dofs
+    auto dofs = dofmap.cell_dofs(cell->index());
+    for(std::size_t i = 0; i < dofmap.num_element_dofs(cell->index()); ++i)
+      dof_set.push_back(dofs[i]);
+
+    // Add local dimension to cell offset and increment
+    *(cell_offset + 1)
+      = *(cell_offset) + dofmap.num_element_dofs(cell->index());
+    ++cell_offset;
+  }
+
+  // Get  values
+  std::vector<double> values(dof_set.size());
+  dolfin_assert(u.vector());
+  u.vector()->get_local(values.data(), dof_set.size(), dof_set.data());
+
+  // Get cell data
+  if (!binary)
+    fp << ascii_cell_data(mesh, offset, values, data_dim, rank);
+  else
+  {
+    fp << base64_cell_data(mesh, offset, values, data_dim, rank, compress)
+       << std::endl;
+  }
+  fp << "</DataArray> " << std::endl;
+  fp << "</CellData> " << std::endl;
+}
+//----------------------------------------------------------------------------
+std::string VTKWriter::ascii_cell_data(const Mesh& mesh,
+                                       const std::vector<std::size_t>& offset,
+                                       const std::vector<double>& values,
+                                       std::size_t data_dim, std::size_t rank)
+{
+  std::ostringstream ss;
+  ss << std::scientific;
+  ss << std::setprecision(16);
+  std::vector<std::size_t>::const_iterator cell_offset = offset.begin();
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    if (rank == 1 && data_dim == 2)
+    {
+      // Append 0.0 to 2D vectors to make them 3D
+      ss << values[*cell_offset] << "  " << values[*cell_offset + 1] << " "
+         << 0.0;
+    }
+    else if (rank == 2 && data_dim == 4)
+    {
+      // Pad with 0.0 to 2D tensors to make them 3D
+      for(std::size_t i = 0; i < 2; i++)
+      {
+        ss << values[*cell_offset + 2*i] << " ";
+        ss << values[*cell_offset + 2*i + 1] << " ";
+        ss << 0.0 << " ";
+      }
+      ss << 0.0 << " ";
+      ss << 0.0 << " ";
+      ss << 0.0;
+    }
+    else
+    {
+      // Write all components
+      for (std::size_t i = 0; i < data_dim; i++)
+        ss << values[*cell_offset + i] << " ";
+    }
+    ss << "  ";
+    ++cell_offset;
+  }
+
+  return ss.str();
+}
+//----------------------------------------------------------------------------
+std::string VTKWriter::base64_cell_data(const Mesh& mesh,
+                                        const std::vector<std::size_t>& offset,
+                                        const std::vector<double>& values,
+                                        std::size_t data_dim, std::size_t rank,
+                                        bool compress)
+{
+  const std::size_t num_cells = mesh.num_cells();
+
+  // Number of zero paddings per point
+  std::size_t padding_per_point = 0;
+  if (rank == 1 && data_dim == 2)
+    padding_per_point = 1;
+  else if (rank == 2 && data_dim == 4)
+    padding_per_point = 5;
+
+  // Number of data entries per point and total number
+  const std::size_t num_data_per_point = data_dim + padding_per_point;
+  const std::size_t num_total_data_points = num_cells*num_data_per_point;
+
+  std::vector<std::size_t>::const_iterator cell_offset = offset.begin();
+  std::vector<double> data(num_total_data_points, 0);
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    const std::size_t index = cell->index();
+    for(std::size_t i = 0; i < data_dim; i++)
+      data[index*num_data_per_point + i] = values[*cell_offset + i];
+    ++cell_offset;
+  }
+
+  return encode_stream(data, compress);
+}
+//----------------------------------------------------------------------------
+void VTKWriter::write_ascii_mesh(const Mesh& mesh, std::size_t cell_dim,
+                                 std::string filename)
+{
+  const std::size_t num_cells = mesh.topology().ghost_offset(cell_dim);
+  const std::size_t num_cell_vertices = mesh.type().num_vertices(cell_dim);
+
+  // Get VTK cell type
+  const std::size_t _vtk_cell_type = vtk_cell_type(mesh, cell_dim);
+
+  // Open file
+  std::ofstream file(filename.c_str(), std::ios::app);
+  file.precision(16);
+  if (!file.is_open())
+  {
+    dolfin_error("VTKWriter.cpp",
+                 "write mesh to VTK file"
+                 "Unable to open file \"%s\"", filename.c_str());
+  }
+
+  // Write vertex positions
+  file << "<Points>" << std::endl;
+  file << "<DataArray  type=\"Float64\"  NumberOfComponents=\"3\"  format=\""
+       << "ascii" << "\">";
+  for (VertexIterator v(mesh); !v.end(); ++v)
+  {
+    Point p = v->point();
+    file << p.x() << " " << p.y() << " " <<  p.z() << "  ";
+  }
+  file << "</DataArray>" << std::endl <<  "</Points>" << std::endl;
+
+  // Write cell connectivity
+  file << "<Cells>" << std::endl;
+  file << "<DataArray  type=\"UInt32\"  Name=\"connectivity\"  format=\""
+       << "ascii" << "\">";
+
+  std::unique_ptr<CellType>
+    celltype(CellType::create(mesh.type().entity_type(cell_dim)));
+  const std::vector<std::int8_t> perm = celltype->vtk_mapping();
+  for (MeshEntityIterator c(mesh, cell_dim); !c.end(); ++c)
+  {
+    for (unsigned int i = 0; i != c->num_entities(0); ++i)
+      file << c->entities(0)[perm[i]] << " ";
+    file << " ";
+  }
+  file << "</DataArray>" << std::endl;
+
+  // Write offset into connectivity array for the end of each cell
+  file << "<DataArray  type=\"UInt32\"  Name=\"offsets\"  format=\"" << "ascii"
+       << "\">";
+  for (std::size_t offsets = 1; offsets <= num_cells; offsets++)
+    file << offsets*num_cell_vertices << " ";
+  file << "</DataArray>" << std::endl;
+
+  // Write cell type
+  file << "<DataArray  type=\"UInt8\"  Name=\"types\"  format=\"" << "ascii"
+       << "\">";
+  for (std::size_t types = 0; types < num_cells; types++)
+    file << _vtk_cell_type << " ";
+  file  << "</DataArray>" << std::endl;
+  file  << "</Cells>" << std::endl;
+
+  // Close file
+  file.close();
+}
+//-----------------------------------------------------------------------------
+void VTKWriter::write_base64_mesh(const Mesh& mesh, std::size_t cell_dim,
+                                  std::string filename, bool compress)
+{
+  const std::size_t num_cells = mesh.topology().size(cell_dim);
+  const std::size_t num_cell_vertices = mesh.type().num_vertices(cell_dim);
+
+  // Get VTK cell type
+  const std::uint8_t _vtk_cell_type = vtk_cell_type(mesh, cell_dim);
+
+  // Open file
+  std::ofstream file(filename.c_str(), std::ios::app);
+  file.precision(16);
+  if ( !file.is_open() )
+  {
+    dolfin_error("VTKWriter.cpp",
+                 "write mesh to VTK file",
+                 "Unable to open file \"%s\"", filename.c_str());
+  }
+
+  // Write vertex positions
+  file << "<Points>" << std::endl;
+  file << "<DataArray  type=\"Float64\"  NumberOfComponents=\"3\"  format=\""
+       << "binary" << "\">" << std::endl;
+  std::vector<double> vertex_data(3*mesh.num_vertices());
+  std::vector<double>::iterator vertex_entry = vertex_data.begin();
+  for (VertexIterator v(mesh); !v.end(); ++v)
+  {
+    const Point p = v->point();
+    *vertex_entry++ = p.x();
+    *vertex_entry++ = p.y();
+    *vertex_entry++ = p.z();
+  }
+  // Create encoded stream
+  file <<  encode_stream(vertex_data, compress) << std::endl;
+  file << "</DataArray>" << std::endl <<  "</Points>" << std::endl;
+
+  // Write cell connectivity
+  file << "<Cells>" << std::endl;
+  file << "<DataArray  type=\"UInt32\"  Name=\"connectivity\"  format=\""
+       << "binary" << "\">" << std::endl;
+  const int size = num_cells*num_cell_vertices;
+  std::vector<std::uint32_t> cell_data(size);
+  std::vector<std::uint32_t>::iterator cell_entry = cell_data.begin();
+
+  std::unique_ptr<CellType>
+    celltype(CellType::create(mesh.type().entity_type(cell_dim)));
+  const std::vector<std::int8_t> perm = celltype->vtk_mapping();
+  for (MeshEntityIterator c(mesh, cell_dim); !c.end(); ++c)
+  {
+    for (unsigned int i = 0; i != c->num_entities(0); ++i)
+      *cell_entry++ = c->entities(0)[perm[i]];
+  }
+
+  // Create encoded stream
+  file << encode_stream(cell_data, compress) << std::endl;
+  file << "</DataArray>" << std::endl;
+
+  // Write offset into connectivity array for the end of each cell
+  file << "<DataArray  type=\"UInt32\"  Name=\"offsets\"  format=\""
+       << "binary" << "\">" << std::endl;
+  std::vector<std::uint32_t> offset_data(num_cells*num_cell_vertices);
+  std::vector<std::uint32_t>::iterator offset_entry = offset_data.begin();
+  for (std::size_t offsets = 1; offsets <= num_cells; offsets++)
+    *offset_entry++ = offsets*num_cell_vertices;
+
+  // Create encoded stream
+  file << encode_stream(offset_data, compress) << std::endl;
+  file << "</DataArray>" << std::endl;
+
+  // Write cell type
+  file << "<DataArray  type=\"UInt8\"  Name=\"types\"  format=\"" << "binary"
+       << "\">" << std::endl;
+  std::vector<std::uint8_t> type_data(num_cells);
+  std::vector<std::uint8_t>::iterator type_entry = type_data.begin();
+  for (std::size_t types = 0; types < num_cells; types++)
+    *type_entry++ = _vtk_cell_type;
+
+  // Create encoded stream
+  file << encode_stream(type_data, compress) << std::endl;
+
+  file  << "</DataArray>" << std::endl;
+  file  << "</Cells>" << std::endl;
+
+  // Close file
+  file.close();
+}
+//----------------------------------------------------------------------------
+std::uint8_t VTKWriter::vtk_cell_type(const Mesh& mesh,
+                                      std::size_t cell_dim)
+{
+  // Get cell type
+  CellType::Type cell_type = mesh.type().entity_type(cell_dim);
+
+  // Determine VTK cell type
+  std::uint8_t vtk_cell_type = 0;
+  if (cell_type == CellType::Type::tetrahedron)
+    vtk_cell_type = 10;
+  else if (cell_type == CellType::Type::hexahedron)
+    vtk_cell_type = 12;
+  else if (cell_type == CellType::Type::quadrilateral)
+    vtk_cell_type = 9;
+  else if (cell_type == CellType::Type::triangle)
+    vtk_cell_type = 5;
+  else if (cell_type == CellType::Type::interval)
+    vtk_cell_type = 3;
+  else if (cell_type == CellType::Type::point)
+    vtk_cell_type = 1;
+  else
+  {
+    dolfin_error("VTKWriter.cpp",
+                 "write data to VTK file",
+                 "Unknown cell type (%d)", cell_type);
+  }
+
+  return vtk_cell_type;
+}
+//----------------------------------------------------------------------------
diff --git a/dolfin/io/VTKWriter.h b/dolfin/io/VTKWriter.h
new file mode 100644
index 0000000..7ab484e
--- /dev/null
+++ b/dolfin/io/VTKWriter.h
@@ -0,0 +1,158 @@
+// Copyright (C) 2010 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-07-19
+// Last changed:
+
+#ifndef __VTK_WRITER_H
+#define __VTK_WRITER_H
+
+#include <cstdint>
+#include <string>
+#include <vector>
+#include "Encoder.h"
+
+namespace dolfin
+{
+
+  class Function;
+  class Mesh;
+
+  /// Write VTK Mesh representation
+
+  class VTKWriter
+  {
+  public:
+
+    /// Mesh writer
+    static void write_mesh(const Mesh& mesh, std::size_t cell_dim,
+                           std::string file,
+                           bool binary, bool compress);
+
+    /// Cell data writer
+    static void write_cell_data(const Function& u, std::string file,
+                                bool binary, bool compress);
+
+    /// Form (compressed) base64 encoded string for VTK
+    template<typename T>
+    static std::string encode_stream(const std::vector<T>& data,
+                                     bool compress);
+  //friend class VTKFile;
+
+  private:
+
+    // Write cell data (ascii)
+    static std::string ascii_cell_data(const Mesh& mesh,
+                                       const std::vector<std::size_t>& offset,
+                                       const std::vector<double>& values,
+                                       std::size_t dim, std::size_t rank);
+
+    // Write cell data (base64)
+    static std::string base64_cell_data(const Mesh& mesh,
+                                        const std::vector<std::size_t>& offset,
+                                        const std::vector<double>& values,
+                                        std::size_t dim, std::size_t rank,
+                                        bool compress);
+
+    // Mesh writer (ascii)
+    static void write_ascii_mesh(const Mesh& mesh, std::size_t cell_dim,
+                                 std::string file);
+
+    // Mesh writer (base64)
+    static void write_base64_mesh(const Mesh& mesh, std::size_t cell_dim,
+                                  std::string file, bool compress);
+
+    // Get VTK cell type
+    static std::uint8_t vtk_cell_type(const Mesh& mesh, std::size_t cell_dim);
+
+    // Compute base64 encoded stream for VTK
+    template<typename T>
+    static std::string encode_inline_base64(const std::vector<T>& data);
+
+    // Compute compressed base64 encoded stream for VTK
+    template<typename T>
+    static std::string encode_inline_compressed_base64(const std::vector<T>&
+                                                       data);
+
+  };
+
+  //--------------------------------------------------------------------------
+  template<typename T>
+  std::string VTKWriter::encode_stream(const std::vector<T>& data,
+                                       bool compress)
+  {
+    std::stringstream stream;
+
+    if (compress)
+    {
+      #ifdef HAS_ZLIB
+      return encode_inline_compressed_base64(data);
+      #else
+      warning("zlib must be configured to enable compressed VTK output. Using uncompressed base64 encoding instead.");
+      return encode_inline_base64(data);
+      #endif
+    }
+    else
+      return encode_inline_base64(data);
+  }
+  //--------------------------------------------------------------------------
+  template<typename T>
+  std::string VTKWriter::encode_inline_base64(const std::vector<T>& data)
+  {
+    std::stringstream stream;
+
+    const std::uint32_t size = data.size()*sizeof(T);
+    Encoder::encode_base64(&size, 1, stream);
+    Encoder::encode_base64(data, stream);
+
+    return stream.str();
+  }
+  //--------------------------------------------------------------------------
+  #ifdef HAS_ZLIB
+  template<typename T>
+  std::string VTKWriter::encode_inline_compressed_base64(const std::vector<T>&
+                                                         data)
+  {
+    std::stringstream stream;
+
+    std::uint32_t header[4];
+    header[0] = 1;
+    header[1] = data.size()*sizeof(T);
+    header[2] = 0;
+
+    // Compress data
+    std::vector<unsigned char> compressed_data
+      = Encoder::compress_data(data);
+
+    // Length of compressed data
+    header[3] = compressed_data.size();
+
+    // Encode header
+    Encoder::encode_base64(&header[0], 4, stream);
+
+    // Encode data
+    Encoder::encode_base64(compressed_data.data(),
+                           compressed_data.size(), stream);
+
+    return stream.str();
+  }
+  #endif
+  //--------------------------------------------------------------------------
+
+}
+
+#endif
diff --git a/dolfin/io/X3DFile.cpp b/dolfin/io/X3DFile.cpp
new file mode 100644
index 0000000..aa7dc8c
--- /dev/null
+++ b/dolfin/io/X3DFile.cpp
@@ -0,0 +1,485 @@
+// Copyright (C) 2013 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-03-05
+// Last changed: 2014-02-01
+
+#include <iostream>
+#include <fstream>
+#include <boost/lexical_cast.hpp>
+
+#include "pugixml.hpp"
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/log/log.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Edge.h>
+#include <dolfin/mesh/Face.h>
+#include <dolfin/mesh/Vertex.h>
+#include "X3DOM.h"
+#include "X3DFile.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+X3DFile::X3DFile(const std::string filename) : GenericFile(filename, "X3D"),
+                                               facet_type("IndexedFaceSet")
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+X3DFile::~X3DFile()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void X3DFile::write(const Mesh& mesh)
+{
+  // Build XML tree
+  pugi::xml_document xml_doc;
+  X3DOM::build_x3dom_tree(xml_doc, mesh);
+
+  // Write to file
+  if (MPI::rank(mesh.mpi_comm()) == 0)
+    xml_doc.save_file(_filename.c_str(), "  ");
+}
+//-----------------------------------------------------------------------------
+void X3DFile::write(const MeshFunction<std::size_t>& meshfunction)
+{
+  write_meshfunction(meshfunction);
+}
+//-----------------------------------------------------------------------------
+void X3DFile::write(const Function& u)
+{
+  // Build XML tree
+  pugi::xml_document xml_doc;
+  X3DOM::build_x3dom_tree(xml_doc, u);
+
+  // Write to file
+  dolfin_assert(u.vector());
+  if (MPI::rank(u.vector()->mpi_comm()) == 0)
+    xml_doc.save_file(_filename.c_str(), "  ");
+}
+//-----------------------------------------------------------------------------
+std::string X3DFile::color_palette(const int palette) const
+{
+  // Make a basic palette of 256 colours
+  std::stringstream colour;
+  switch (palette)
+  {
+  case 1:
+    for (int i = 0; i < 256; ++i)
+    {
+      const double x = (double)i/255.0;
+      const double y = 1.0 - x;
+      const double r = 4*pow(x, 3) - 3*pow(x, 4);
+      const double g = 4*pow(x, 2)*(1.0 - pow(x, 2));
+      const double b = 4*pow(y, 3) - 3*pow(y, 4);
+      colour << r << " " << g << " " << b << " ";
+    }
+    break;
+
+  case 2:
+    for (int i = 0; i < 256; ++i)
+    {
+      const double lm = 425.0 + 250.0*(double)i/255.0;
+      const double b
+        = 1.8*exp(-pow((lm - 450.0)/((lm>450.0) ? 40.0 : 20.0), 2.0));
+      const double g
+        = 0.9*exp(-pow((lm - 550.0)/((lm>550.0) ? 60 : 40.0), 2.0));
+      double r = 1.0*exp(-pow((lm - 600.0)/((lm>600.0) ? 40.0 : 50.0), 2.0));
+      r += 0.3*exp(-pow((lm - 450.0)/((lm>450.0) ? 20.0 : 30.0), 2.0));
+      const double tot = (r + g + b);
+
+      colour << r/tot << " " << g/tot << " " << b/tot << " ";
+    }
+    break;
+
+  default:
+    for (int i = 0; i < 256 ; ++i)
+    {
+      const double r = (double)i/255.0;
+      const double g = (double)(i*(255 - i))/(128.0*127.0);
+      const double b = (double)(255 - i)/255.0;
+      colour << r << " " << g << " " << b << " ";
+    }
+    break;
+  }
+
+  return colour.str();
+}
+//-----------------------------------------------------------------------------
+void X3DFile::write_meshfunction(const MeshFunction<std::size_t>& meshfunction)
+{
+  // Palette choice
+  const int palette = 2;
+
+  // Get mesh
+  dolfin_assert(meshfunction.mesh());
+  const Mesh& mesh = *meshfunction.mesh();
+
+  // Ensure connectivity has been computed
+  mesh.init(mesh.topology().dim() - 1 , mesh.topology().dim());
+
+  // Mesh geometric dimension
+  const std::size_t gdim = mesh.geometry().dim();
+
+  // Mesh topological dimension
+  const std::size_t tdim = mesh.topology().dim();
+
+  // MeshFunction dimension
+  const std::size_t cell_dim = meshfunction.dim();
+
+  // Check that MeshFunction dimension is handled
+  if (cell_dim != tdim)
+  {
+    dolfin_error("X3DFile.cpp",
+                 "output meshfunction",
+                 "Can only output MeshFunction on cells at present");
+  }
+
+  // Check that X3D type is appropriate
+  if (cell_dim == tdim && facet_type == "IndexedLineSet")
+  {
+    dolfin_error("X3DFile.cpp",
+                 "output meshfunction",
+                 "Cannot output MeshFunction on cells with Edge mesh");
+  }
+
+  // Check that mesh is in 2D or 3D
+  if (gdim !=2 && gdim !=3)
+  {
+    dolfin_error("X3DFile.cpp",
+                 "output mesh",
+                 "X3D will only output 2D or 3D meshes");
+  }
+
+  // Pointer to MeshFunction data
+  const std::size_t* values = meshfunction.values();
+
+  // Get min/max values of MeshFunction
+  std::size_t minval = *std::min_element(values, values + meshfunction.size());
+  minval = MPI::min(mesh.mpi_comm(), minval);
+  std::size_t maxval = *std::max_element(values, values + meshfunction.size());
+  maxval = MPI::max(mesh.mpi_comm(), maxval);
+  double dval;
+  if (maxval == minval)
+    dval = 1.0;
+  else
+    dval = 255.0/(double)(maxval - minval);
+
+  // Get mesh min/max  dimensions and viewpoint
+  const std::vector<double> xpos = mesh_min_max(mesh);
+
+  // Get MPI details
+  const std::size_t process_number = MPI::rank(mesh.mpi_comm());
+
+  // Create pugi xml document
+  pugi::xml_document xml_doc;
+
+  // Write XML header
+  if (MPI::rank(mesh.mpi_comm()) == 0)
+    output_xml_header(xml_doc, xpos);
+
+  // Make a set of the indices we wish to use. In 3D, we are ignoring
+  // all interior facets, so reducing the number of vertices
+  // substantially
+  const std::vector<std::size_t> vecindex = vertex_index(mesh);
+
+  // Write vertices
+  write_vertices(xml_doc, mesh, vecindex);
+
+  // Iterate over mesh facets
+  std::vector<unsigned int> local_output;
+  for (FaceIterator f(mesh); !f.end(); ++f)
+  {
+    // Check if topological dimension is 2, or if we have a boundary
+    // facet in 3D
+    if (tdim == 2 || f->num_global_entities(tdim) == 1)
+    {
+      // Get cell connected to facet
+      CellIterator cell(*f);
+
+      // Write mesh function value to string stream
+      local_output.push_back((unsigned int)
+                             ((meshfunction[*cell] - minval)*dval));
+    }
+  }
+
+  // Gather up data on zero
+  std::vector<unsigned int> gathered_output;
+  MPI::gather(mesh.mpi_comm(), local_output, gathered_output);
+
+  // Write XML on root process
+  if (process_number == 0)
+  {
+    pugi::xml_node indexed_face_set = xml_doc.child("X3D")
+      .child("Scene").child("Shape").child(facet_type.c_str());
+    indexed_face_set.append_attribute("colorPerVertex") = "false";
+
+    std::stringstream str_output;
+    for (std::vector<unsigned int>::iterator val = gathered_output.begin();
+         val != gathered_output.end(); ++val)
+    {
+      str_output << *val << " ";
+    }
+
+    indexed_face_set.append_attribute("colorIndex") = str_output.str().c_str();
+
+    // Output palette
+    pugi::xml_node color = indexed_face_set.append_child("Color");
+    color.append_attribute("color") = color_palette(palette).c_str();
+
+    // Save XML file
+    xml_doc.save_file(_filename.c_str(), "  ");
+  }
+}
+//-----------------------------------------------------------------------------
+void X3DFile::write_vertices(pugi::xml_document& xml_doc, const Mesh& mesh,
+                             const std::vector<std::size_t> vecindex)
+{
+  std::size_t offset = MPI::global_offset(mesh.mpi_comm(), vecindex.size(),
+                                          true);
+
+  const std::size_t process_number = MPI::rank(mesh.mpi_comm());
+  const std::size_t tdim = mesh.topology().dim();
+  const std::size_t gdim = mesh.geometry().dim();
+
+  std::vector<int> local_output;
+  if (facet_type == "IndexedLineSet")
+  {
+    for (EdgeIterator e(mesh); !e.end(); ++e)
+    {
+      bool allow_edge = (tdim == 2);
+
+      // If one of the faces connected to this edge is external, then
+      // output the edge
+      if (!allow_edge)
+      {
+        for (FaceIterator f(*e); !f.end(); ++f)
+        {
+          if (f->num_global_entities(tdim) == 1)
+            allow_edge = true;
+        }
+      }
+
+      if (allow_edge)
+      {
+        for (VertexIterator v(*e); !v.end(); ++v)
+        {
+          std::size_t index_it  = std::find(vecindex.begin(),
+                                            vecindex.end(),
+                                            v->index()) - vecindex.begin();
+          local_output.push_back(index_it + offset);
+        }
+        local_output.push_back(-1);
+      }
+    }
+  }
+  else if (facet_type == "IndexedFaceSet")
+  {
+    // Output faces
+    for (FaceIterator f(mesh); !f.end(); ++f)
+    {
+      if (tdim == 2 || f->num_global_entities(tdim) == 1)
+      {
+        for (VertexIterator v(*f); !v.end(); ++v)
+        {
+          std::size_t index_it = std::find(vecindex.begin(),
+                                           vecindex.end(),
+                                           v->index()) - vecindex.begin();
+          local_output.push_back(index_it + offset);
+        }
+        local_output.push_back(-1);
+      }
+    }
+  }
+
+  std::vector<int> gathered_output;
+  MPI::gather(mesh.mpi_comm(), local_output, gathered_output);
+
+  if (process_number == 0)
+  {
+    pugi::xml_node indexed_face_set
+      = xml_doc.child("X3D").child("Scene").child("Shape").child(facet_type.c_str());
+
+    std::stringstream str_output;
+    for (std::vector<int>::iterator val = gathered_output.begin();
+         val != gathered_output.end(); ++val)
+    {
+      str_output << *val << " ";
+    }
+    indexed_face_set.append_attribute("coordIndex") = str_output.str().c_str();
+  }
+
+  // Now fill in the geometry
+  std::vector<double> local_geom_output;
+  for (std::vector<std::size_t>::const_iterator index = vecindex.begin();
+       index != vecindex.end(); ++index)
+  {
+    Vertex v(mesh, *index);
+    local_geom_output.push_back(v.x(0));
+    local_geom_output.push_back(v.x(1));
+    if (gdim == 2)
+      local_geom_output.push_back(0.0);
+    else
+      local_geom_output.push_back(v.x(2));
+  }
+
+  std::vector<double> gathered_geom_output;
+  MPI::gather(mesh.mpi_comm(), local_geom_output, gathered_geom_output);
+
+  // Finally, close off with the XML footer on process zero
+  if (process_number == 0)
+  {
+    pugi::xml_node indexed_face_set
+      = xml_doc.child("X3D").child("Scene").child("Shape").child(facet_type.c_str());
+
+    pugi::xml_node coordinate = indexed_face_set.append_child("Coordinate");
+
+    std::stringstream str_output;
+    for (std::vector<double>::iterator val = gathered_geom_output.begin();
+         val != gathered_geom_output.end(); ++val)
+    {
+      str_output << *val << " ";
+    }
+    coordinate.append_attribute("point") = str_output.str().c_str();
+  }
+}
+//-----------------------------------------------------------------------------
+void X3DFile::output_xml_header(pugi::xml_document& xml_doc,
+                                const std::vector<double>& xpos)
+{
+  xml_doc.append_child(pugi::node_doctype).set_value("X3D PUBLIC \"ISO//Web3D//DTD X3D 3.2//EN\" \"http://www.web3d.org/specifications/x3d-3.2.dtd\"");
+
+  pugi::xml_node x3d = xml_doc.append_child("X3D");
+  x3d.append_attribute("profile") = "Interchange";
+  x3d.append_attribute("version") = "3.2";
+  x3d.append_attribute("xmlns:xsd")
+    = "http://www.w3.org/2001/XMLSchema-instance";
+  x3d.append_attribute("xsd:noNamespaceSchemaLocation")
+    = "http://www.web3d.org/specifications/x3d-3.2.xsd";
+
+  pugi::xml_node scene = x3d.append_child("Scene");
+  pugi::xml_node viewpoint = scene.append_child("Viewpoint");
+  std::string xyz = boost::lexical_cast<std::string>(xpos[0]) + " "
+      + boost::lexical_cast<std::string>(xpos[1]) + " "
+    + boost::lexical_cast<std::string>(xpos[3]);
+  viewpoint.append_attribute("position") = xyz.c_str();
+
+  viewpoint.append_attribute("orientation") = "0 0 0 1";
+  viewpoint.append_attribute("fieldOfView") = "0.785398";
+  xyz = boost::lexical_cast<std::string>(xpos[0]) + " "
+    + boost::lexical_cast<std::string>(xpos[1]) + " "
+    + boost::lexical_cast<std::string>(xpos[2]);
+  viewpoint.append_attribute("centerOfRotation") = xyz.c_str();
+
+  viewpoint.append_attribute("zNear") = "-1";
+  viewpoint.append_attribute("zFar") = "-1";
+  pugi::xml_node background = scene.append_child("Background");
+  background.append_attribute("skyColor") = "0.9 0.9 1.0";
+
+  pugi::xml_node shape = scene.append_child("Shape");
+  pugi::xml_node material
+    = shape.append_child("Appearance").append_child("Material");
+  material.append_attribute("ambientIntensity") = "0.05";
+  material.append_attribute("shininess") = "0.5";
+  material.append_attribute("diffuseColor") = "0.7 0.7 0.7";
+  material.append_attribute("specularColor") = "0.9 0.9 0.9";
+  material.append_attribute("emmisiveColor") = "0.7 0.7 0.7";
+
+  shape.append_child(facet_type.c_str()).append_attribute("solid") = "false";
+}
+//-----------------------------------------------------------------------------
+std::vector<double> X3DFile::mesh_min_max(const Mesh& mesh) const
+{
+  // Get MPI communicator
+  const MPI_Comm mpi_comm = mesh.mpi_comm();
+
+  // Get dimensions
+  double xmin = std::numeric_limits<double>::max();
+  double xmax = std::numeric_limits<double>::min();
+  double ymin = std::numeric_limits<double>::max();
+  double ymax = std::numeric_limits<double>::min();
+  double zmin = std::numeric_limits<double>::max();
+  double zmax = std::numeric_limits<double>::min();
+
+  const std::size_t gdim = mesh.geometry().dim();
+
+  for (VertexIterator v(mesh); !v.end(); ++v)
+  {
+    xmin = std::min(xmin, v->x(0));
+    xmax = std::max(xmax, v->x(0));
+    ymin = std::min(ymin, v->x(1));
+    ymax = std::max(ymax, v->x(1));
+    if (gdim == 2)
+    {
+      zmin = 0.0;
+      zmax = 0.0;
+    }
+    else
+    {
+      zmin = std::min(zmin, v->x(2));
+      zmax = std::max(zmax, v->x(2));
+    }
+  }
+
+  xmin = MPI::min(mpi_comm, xmin);
+  ymin = MPI::min(mpi_comm, ymin);
+  zmin = MPI::min(mpi_comm, zmin);
+
+  xmax = MPI::max(mpi_comm, xmax);
+  ymax = MPI::max(mpi_comm, ymax);
+  zmax = MPI::max(mpi_comm, zmax);
+
+  std::vector<double> result;
+  result.push_back((xmax + xmin)/2.0);
+  result.push_back((ymax + zmin)/2.0);
+  result.push_back((zmax + zmin)/2.0);
+
+  double d = std::max(xmax - xmin, ymax - ymin);
+  d = 2.0*std::max(d, zmax - zmin) + zmax ;
+  result.push_back(d);
+
+  return result;
+}
+//-----------------------------------------------------------------------------
+std::vector<std::size_t> X3DFile::vertex_index(const Mesh& mesh) const
+{
+  const std::size_t tdim = mesh.topology().dim();
+  std::set<std::size_t> vindex;
+
+  for (FaceIterator f(mesh); !f.end(); ++f)
+  {
+    // If in 3D, only output exterior faces
+    // FIXME: num_global_entities not working in serial
+    if (tdim == 2 || f->num_global_entities(tdim) == 1)
+    {
+      for (VertexIterator v(*f); !v.end(); ++v)
+        vindex.insert(v->index());
+    }
+  }
+
+  // Copy to vector for wider iterator support
+  const std::vector<std::size_t> vecindex(vindex.begin(), vindex.end());
+  return vecindex;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/io/X3DFile.h b/dolfin/io/X3DFile.h
new file mode 100644
index 0000000..803c39c
--- /dev/null
+++ b/dolfin/io/X3DFile.h
@@ -0,0 +1,93 @@
+// Copyright (C) 2013 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2012-03-05
+// Last changed: 2013-05-10
+
+#ifndef __X3D_FILE_H
+#define __X3D_FILE_H
+
+#include "GenericFile.h"
+
+namespace pugi
+{
+  class xml_document;
+}
+
+namespace dolfin
+{
+
+  /// This class implements output of meshes to X3D (successor to
+  /// VRML) graphics format (http://www.web3d.org/x3d/). It is
+  /// suitable for output of small to medium size meshes for 3D
+  /// visualisation via browsers, and can also do basic Function and
+  /// MeshFunction output (on the surface) X3D files can be included
+  /// on web pages with WebGL functionality (see www.x3dom.org).
+
+  class X3DFile : public GenericFile
+  {
+  public:
+
+    /// Constructor
+    explicit X3DFile(const std::string filename);
+
+    /// Destructor
+    ~X3DFile();
+
+    /// Output Mesh to X3D format - for a 3D mesh, only producing
+    /// surface facets
+    void write(const Mesh& mesh);
+
+    /// Output MeshFunction to X3D format - for a 3D mesh, only
+    /// producing surface facets
+    void write(const MeshFunction<std::size_t>& meshfunction);
+
+    /// Output Function to X3D format - for a 3D mesh, only producing
+    /// surface facets
+    void write(const Function& function);
+
+  private:
+
+    // Get mesh dimensions and viewpoint distance
+    std::vector<double> mesh_min_max(const Mesh& mesh) const;
+
+    // Get list of vertex indices which are on surface
+    std::vector<std::size_t> vertex_index(const Mesh& mesh) const;
+
+    // Output mesh vertices to XML
+    void write_vertices(pugi::xml_document& xml_doc, const Mesh& mesh,
+                        const std::vector<std::size_t> vecindex);
+
+    // XML header output
+    void output_xml_header(pugi::xml_document& xml_doc,
+                           const std::vector<double>& xpos);
+
+    // Write out surface mesh to file
+    void write_meshfunction(const MeshFunction<std::size_t>& meshfunction);
+
+    // Get a string representing a color palette
+    std::string color_palette(const int pal) const;
+
+    // Whether in Face or Edge mode - should either be
+    // "IndexedFaceSet" or "IndexedLineSet"
+    const std::string facet_type;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/io/X3DOM.cpp b/dolfin/io/X3DOM.cpp
new file mode 100644
index 0000000..c4715ad
--- /dev/null
+++ b/dolfin/io/X3DOM.cpp
@@ -0,0 +1,1333 @@
+// Copyright (C) 2016 Quang T. Ha, Chris Richardson, Peter L. Scott
+// and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <string>
+#include <sstream>
+#include <utility>
+#include <algorithm>
+#include "pugixml.hpp"
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/geometry/Point.h>
+#include <dolfin/log/log.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Edge.h>
+#include <dolfin/mesh/Face.h>
+#include <dolfin/mesh/Vertex.h>
+
+#include "X3DOM.h"
+
+namespace
+{
+  boost::multi_array<float, 2> default_color_map()
+  {
+    boost::multi_array<float, 2> rgb_map(boost::extents[256][3]);
+
+    // Create RGB palette of 256 colors
+    for (int i = 0; i < 256; ++i)
+    {
+      const double x = (double)i/255.0;
+      const double y = 1.0 - x;
+      rgb_map[i][0] = 4*std::pow(x, 3) - 3*std::pow(x, 4);
+      rgb_map[i][1] = 4*std::pow(x, 2)*(1.0 - std::pow(x, 2));
+      rgb_map[i][2] = 4*std::pow(y, 3) - 3*std::pow(y, 4);
+    }
+
+    return rgb_map;
+  }
+}
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+X3DOMParameters::X3DOMParameters()
+  : _representation(Representation::surface_with_edges),
+    _size({{500.0, 400.0}}),
+    _diffuse_color({{1.0, 1.0, 1.0}}),
+    _emissive_color({{0.0, 0.0, 0.0}}),
+    _specular_color({{0.0, 0.0, 0.0}}),
+    _background_color({{0.95, 0.95, 0.95}}),
+    _ambient_intensity(0.0),
+    _shininess(0.5),
+    _transparency(0.0),
+    _color_map(default_color_map()),
+    _show_x3d_stats(false),
+    _menu_display(true)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void X3DOMParameters::set_representation(Representation representation)
+{
+  _representation = representation;
+}
+//-----------------------------------------------------------------------------
+X3DOMParameters::Representation X3DOMParameters::get_representation() const
+{
+  return _representation;
+}
+//-----------------------------------------------------------------------------
+std::array<double, 2> X3DOMParameters::get_viewport_size() const
+{
+  return _size;
+}
+//-----------------------------------------------------------------------------
+void X3DOMParameters::set_diffuse_color(std::array<double, 3> rgb)
+{
+  check_rgb(rgb);
+  _diffuse_color = rgb;
+}
+//-----------------------------------------------------------------------------
+std::array<double, 3> X3DOMParameters::get_diffuse_color() const
+{
+  return _diffuse_color;
+}
+//-----------------------------------------------------------------------------
+void X3DOMParameters::set_emissive_color(std::array<double, 3> rgb)
+{
+  check_rgb(rgb);
+  _emissive_color = rgb;
+}
+//-----------------------------------------------------------------------------
+std::array<double, 3> X3DOMParameters::get_emissive_color() const
+{
+  return _emissive_color;
+}
+//-----------------------------------------------------------------------------
+void X3DOMParameters::set_specular_color(std::array<double, 3> rgb)
+{
+  check_rgb(rgb);
+  _specular_color = rgb;
+}
+//-----------------------------------------------------------------------------
+std::array<double, 3> X3DOMParameters::get_specular_color() const
+{
+  return _specular_color;
+}
+//-----------------------------------------------------------------------------
+void X3DOMParameters::set_background_color(std::array<double, 3> rgb)
+{
+  check_rgb(rgb);
+  _background_color = rgb;
+}
+//-----------------------------------------------------------------------------
+std::array<double, 3> X3DOMParameters::get_background_color() const
+{
+  return _background_color;
+}
+//-----------------------------------------------------------------------------
+void X3DOMParameters::set_ambient_intensity(double intensity)
+{
+  check_value_range(intensity, 0.0, 1.0);
+  _ambient_intensity = intensity;
+}
+//-----------------------------------------------------------------------------
+double X3DOMParameters::get_ambient_intensity() const
+{
+  return _ambient_intensity;
+}
+//-----------------------------------------------------------------------------
+void X3DOMParameters::set_shininess(double shininess)
+{
+  check_value_range(shininess, 0.0, 1.0);
+  _shininess = shininess;
+}
+//-----------------------------------------------------------------------------
+double X3DOMParameters::get_shininess() const
+{
+  return _shininess;
+}
+//-----------------------------------------------------------------------------
+void X3DOMParameters::set_transparency(double transparency)
+{
+  check_value_range(transparency, 0.0, 1.0);
+  _transparency = transparency;
+}
+//-----------------------------------------------------------------------------
+double X3DOMParameters::get_transparency() const
+{
+  return _transparency;
+}
+//-----------------------------------------------------------------------------
+void X3DOMParameters::set_color_map(const std::vector<double>& color_data)
+{
+  dolfin_assert(color_data.size() == 256*3);
+  _color_map.resize(boost::extents[256][3]);
+  std::copy(color_data.begin(), color_data.end(), _color_map.data());
+}
+//-----------------------------------------------------------------------------
+std::vector<double> X3DOMParameters::get_color_map() const
+{
+  dolfin_assert(_color_map.shape()[0] == 256);
+  dolfin_assert(_color_map.shape()[1] == 3);
+
+  std::vector<double> cmap(256*3);
+  std::copy(_color_map.data(), _color_map.data() + 256*3, cmap.data());
+  return cmap;
+}
+//-----------------------------------------------------------------------------
+boost::multi_array<float, 2> X3DOMParameters::get_color_map_array() const
+{
+  return _color_map;
+}
+//-----------------------------------------------------------------------------
+void X3DOMParameters::set_x3d_stats(bool show_stats)
+{
+  _show_x3d_stats = show_stats;
+}
+//-----------------------------------------------------------------------------
+bool X3DOMParameters::get_x3d_stats() const
+{
+  return _show_x3d_stats;
+}
+//-----------------------------------------------------------------------------
+void X3DOMParameters::set_menu_display(bool show)
+{
+  _menu_display = show;
+}
+//-----------------------------------------------------------------------------
+bool X3DOMParameters::get_menu_display() const
+{
+  return _menu_display;
+}
+//-----------------------------------------------------------------------------
+void X3DOMParameters::check_rgb(std::array<double, 3>& rgb)
+{
+  for (auto c : rgb)
+  {
+    if (c < 0.0 or c > 1.0)
+    {
+      dolfin_error("X3DOM.cpp",
+                   "check validity of RGB (color) values",
+                   "RGB components must be between 0.0 and 1.0");
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void X3DOMParameters::check_value_range(double value, double lower,
+                                        double upper)
+{
+  dolfin_assert(lower < upper);
+  if (value < lower or value > upper)
+  {
+    dolfin_error("X3DOM.cpp",
+                 "check validity of X3D properties",
+                 "Parameter outside of allowable range of (%f, %f)", lower,
+                 upper);
+  }
+}
+//-----------------------------------------------------------------------------
+std::string X3DOM::str(const Mesh& mesh, X3DOMParameters parameters)
+{
+  // Build XML doc
+  pugi::xml_document xml_doc;
+  build_x3dom_tree(xml_doc, mesh, parameters);
+
+  // Return as string
+  return to_string(xml_doc, pugi::format_default);
+}
+//-----------------------------------------------------------------------------
+std::string X3DOM::str(const Function& u, X3DOMParameters parameters)
+{
+  // Get values on vertices or facets
+  std::vector<double> vertex_values;
+  std::vector<double> facet_values;
+  get_function_values(u, vertex_values, facet_values);
+
+  // Get mesh
+  dolfin_assert(u.function_space()->mesh());
+  const Mesh& mesh = *u.function_space()->mesh();
+
+  // Build XML doc
+  pugi::xml_document xml_doc;
+  x3dom(xml_doc, mesh, vertex_values, facet_values, parameters);
+
+  // Return as string
+  return to_string(xml_doc, pugi::format_default);
+}
+//-----------------------------------------------------------------------------
+std::string X3DOM::html(const Mesh& mesh, X3DOMParameters parameters)
+{
+  // Build XML doc
+  pugi::xml_document xml_doc;
+  html(xml_doc, mesh, {}, {}, parameters);
+
+  // Return as string
+  return to_string(xml_doc, pugi::format_indent | pugi::format_no_declaration);
+}
+//-----------------------------------------------------------------------------
+std::string X3DOM::html(const Function& u, X3DOMParameters parameters)
+{
+  // Get values on vertices or facets
+  std::vector<double> vertex_values, facet_values;
+  get_function_values(u, vertex_values, facet_values);
+
+  // Get mesh
+  dolfin_assert(u.function_space()->mesh());
+  const Mesh& mesh = *u.function_space()->mesh();
+
+  // Build XML doc
+  pugi::xml_document xml_doc;
+  html(xml_doc, mesh, vertex_values, facet_values, parameters);
+
+  // Return as string
+  return to_string(xml_doc, pugi::format_indent | pugi::format_no_declaration);
+}
+//-----------------------------------------------------------------------------
+void X3DOM::build_x3dom_tree(pugi::xml_document& xml_doc, const Mesh& mesh,
+                             const X3DOMParameters& parameters)
+{
+  x3dom(xml_doc, mesh, {}, {}, parameters);
+}
+//-----------------------------------------------------------------------------
+void X3DOM::build_x3dom_tree(pugi::xml_document& xml_doc,
+                             const Function& u,
+                             const X3DOMParameters& parameters)
+{
+  // Get values on vertices or facets
+  std::vector<double> vertex_values, facet_values;
+  get_function_values(u, vertex_values, facet_values);
+
+  // Get mesh
+  dolfin_assert(u.function_space()->mesh());
+  const Mesh& mesh = *u.function_space()->mesh();
+
+  // Build XML doc
+  x3dom(xml_doc, mesh, vertex_values, facet_values, parameters);
+}
+//-----------------------------------------------------------------------------
+void X3DOM::x3dom(pugi::xml_document& xml_doc, const Mesh& mesh,
+                  const std::vector<double>& vertex_values,
+                  const std::vector<double>& facet_values,
+                  const X3DOMParameters& parameters)
+{
+  // Build X3D XML and add to XML doc
+  add_x3dom_data(xml_doc, mesh, vertex_values, facet_values, parameters);
+}
+//-----------------------------------------------------------------------------
+void X3DOM::html(pugi::xml_document& xml_doc, const Mesh& mesh,
+                 const std::vector<double>& vertex_values,
+                 const std::vector<double>& facet_values,
+                 const X3DOMParameters& parameters)
+{
+  // Add DOCTYPE
+  add_html_doctype(xml_doc);
+
+  // Create 'html' node and add HTML preamble
+  pugi::xml_node html_node = add_html_preamble(xml_doc);
+  dolfin_assert(html_node);
+
+  // Add body node
+  pugi::xml_node body_node = html_node.append_child("body");
+  dolfin_assert(body_node);
+
+  // Add X3D XML data
+  add_x3dom_data(body_node, mesh, vertex_values, facet_values, parameters);
+
+  // Add the menu display if desired
+  if (parameters.get_menu_display()) {
+    add_menu_display(body_node, mesh, parameters);
+  }
+}
+//-----------------------------------------------------------------------------
+pugi::xml_node X3DOM::add_html_preamble(pugi::xml_node& xml_node)
+{
+  // Add html node
+  pugi::xml_node html_node = xml_node.append_child("html");
+  dolfin_assert(html_node);
+
+  // Add head node (required for HTML)
+  pugi::xml_node head_node = html_node.append_child("head");
+  dolfin_assert(head_node);
+
+  // Add meta node(s)
+  pugi::xml_node meta_node0 = head_node.append_child("meta");
+  dolfin_assert(meta_node0);
+  meta_node0.append_attribute("http-equiv") = "content-type";
+  meta_node0.append_attribute("content") = "text/html;charset=UTF-8";
+
+  pugi::xml_node meta_node1 = head_node.append_child("meta");
+  dolfin_assert(meta_node1);
+  meta_node1.append_attribute("name") = "generator";
+  meta_node1.append_attribute("content")
+    = "FEniCS/DOLFIN (http://fenicsproject.org)";
+
+  // Add title node
+  pugi::xml_node title_node = head_node.append_child("title");
+  dolfin_assert(title_node);
+  title_node.append_child(pugi::node_pcdata).set_value("FEniCS/DOLFIN X3DOM plot");
+  // Add x3dom script node
+  pugi::xml_node x3d_script_node = head_node.append_child("script");
+  dolfin_assert(x3d_script_node);
+  x3d_script_node.append_child(pugi::node_pcdata);
+
+  // Set attributes for x3dom script node
+  x3d_script_node.append_attribute("type") = "text/javascript";
+  x3d_script_node.append_attribute("src") = "https://www.x3dom.org/download/x3dom.js";
+
+  // add jquery script node
+  pugi::xml_node jquery_script_node = head_node.append_child("script");
+  dolfin_assert(jquery_script_node);
+  jquery_script_node.append_child(pugi::node_pcdata);
+
+  // set attriubtes for jquery script node
+  jquery_script_node.append_attribute("type") = "text/javascript";
+  jquery_script_node.append_attribute("src") = "https://code.jquery.com/jquery-3.1.0.js";
+
+  // add support script node
+  pugi::xml_node support_script_node = head_node.append_child("script");
+  dolfin_assert(support_script_node);
+  support_script_node.append_child(pugi::node_pcdata);
+
+  // set attributes for support script node
+  support_script_node.append_attribute("type") = "text/javascript";
+  support_script_node.append_attribute("src") = "https://rawgit.com/plscott/fenics-x3dom/master/x3dom_support.js";
+
+  // Add link node for x3dom
+  pugi::xml_node x3d_link_node = head_node.append_child("link");
+  dolfin_assert(x3d_link_node);
+
+  // Set attributes for x3dom link node
+  x3d_link_node.append_attribute("rel") = "stylesheet";
+  x3d_link_node.append_attribute("type") = "text/css";
+  x3d_link_node.append_attribute("href") = "https://www.x3dom.org/download/x3dom.css";
+
+  // Add link node for support
+  pugi::xml_node support_link_node = head_node.append_child("link");
+  dolfin_assert(support_link_node);
+
+  // Set attributes for support link node
+  support_link_node.append_attribute("rel") = "stylesheet";
+  support_link_node.append_attribute("type") = "text/css";
+  support_link_node.append_attribute("href") = "https://rawgit.com/plscott/fenics-x3dom/master/x3dom_support.css";
+
+  return html_node;
+}
+//-----------------------------------------------------------------------------
+void X3DOM::add_x3dom_doctype(pugi::xml_node& xml_node)
+{
+  dolfin_assert(xml_node);
+
+  // Try adding X3D doctype (this might not be possible since an HTML
+  // outer layer may have added the doctype, and only one doctype node
+  // is permitted)
+  pugi::xml_node doc_type_node = xml_node.prepend_child(pugi::node_doctype);
+
+  // Set doctype value if it was sucessfully created
+  if (doc_type_node)
+    doc_type_node.set_value("X3D PUBLIC \"ISO//Web3D//DTD X3D 3.2//EN\" \"http://www.web3d.org/specifications/x3d-3.2.dtd\"");
+}
+//-----------------------------------------------------------------------------
+void X3DOM::add_html_doctype(pugi::xml_node& xml_node)
+{
+  dolfin_assert(xml_node);
+  pugi::xml_node doc_type_node = xml_node.prepend_child(pugi::node_doctype);
+  dolfin_assert(doc_type_node);
+  doc_type_node.set_value("html");
+}
+//-----------------------------------------------------------------------------
+pugi::xml_node X3DOM::add_x3d_node(pugi::xml_node& xml_node,
+                                   std::array<double, 2> size, bool show_stats)
+{
+  pugi::xml_node x3d_node = xml_node.append_child("x3d");
+  dolfin_assert(x3d_node);
+
+  // Add on option to show rendering
+  x3d_node.append_attribute("showStat") = show_stats;
+
+  x3d_node.append_attribute("xmlns")
+    = "http://www.web3d.org/specifications/x3d-namespace";
+
+  std::string width = std::to_string(size[0]) + "px";
+  std::string height = std::to_string(size[1]) + "px";
+  x3d_node.append_attribute("width") = width.c_str();
+  x3d_node.append_attribute("height") = height.c_str();
+
+  return x3d_node;
+}
+//-----------------------------------------------------------------------------
+void X3DOM::add_x3dom_data(pugi::xml_node& xml_node, const Mesh& mesh,
+                           const std::vector<double>& vertex_data,
+                           const std::vector<double>& facet_data,
+                           const X3DOMParameters& parameters)
+{
+  // Check that mesh is embedded in 2D or 3D
+  const std::size_t gdim = mesh.geometry().dim();
+  if (gdim != 2 and gdim != 3)
+  {
+    dolfin_error("X3DOM.cpp",
+                 "get X3DOM string representation of a mesh",
+                 "X3D works only for 2D and 3D meshes");
+  }
+
+  // X3D doctype
+  add_x3dom_doctype(xml_node);
+
+  // Add X3D node
+  pugi::xml_node x3d_node = add_x3d_node(xml_node, parameters.get_viewport_size(),
+                                         parameters.get_x3d_stats());
+  dolfin_assert(x3d_node);
+
+  // FIXME: Problem when X3DOM is included in an HTML file that
+  // already has a 'head'.
+
+  // Add head node
+  //pugi::xml_node head_node = x3d_node.append_child("head");
+  //dolfin_assert(head_node);
+
+  // Add meta node to head node, and attributes
+  /*
+  pugi::xml_node meta_node = head_node.append_child("meta");
+  dolfin_assert(meta_node);
+  meta_node.append_attribute("name") = "generator";
+  meta_node.append_attribute("content")
+    = "FEniCS/DOLFIN (http://fenicsproject.org)";
+  */
+
+  // Add scene node
+  pugi::xml_node scene_node = x3d_node.append_child("scene");
+  dolfin_assert(scene_node);
+
+  // Add mesh to 'scene' XML node
+  auto representation = parameters.get_representation();
+  if (representation == X3DOMParameters::Representation::surface_with_edges)
+  {
+    // Add surface and then wireframe
+    add_mesh_data(scene_node, mesh, vertex_data, facet_data, parameters, true);
+    add_mesh_data(scene_node, mesh, {}, {}, parameters, false);
+  }
+  else if (representation == X3DOMParameters::Representation::surface)
+    add_mesh_data(scene_node, mesh, vertex_data, facet_data, parameters, true);
+  else
+    add_mesh_data(scene_node, mesh, {}, {}, parameters, false);
+
+  // Add viewpoint(s)
+  const std::pair<Point, double> position = mesh_centre_and_distance(mesh);
+  add_viewpoint_nodes(scene_node, position.first, position.second,
+                      parameters.get_menu_display());
+
+  // Add background color
+  pugi::xml_node background_node = scene_node.append_child("background");
+  dolfin_assert(background_node);
+  background_node.append_child(pugi::node_pcdata);
+  background_node.append_attribute("skyColor")
+    = array_to_string3(parameters.get_background_color()).c_str();
+
+  // Add ambient light
+  pugi::xml_node ambient_light_node = scene_node.append_child("directionalLight");
+  dolfin_assert(ambient_light_node);
+  ambient_light_node.append_child(pugi::node_pcdata);
+  ambient_light_node.append_attribute("ambientIntensity")
+    = parameters.get_ambient_intensity();
+  ambient_light_node.append_attribute("intensity") = 1.0;
+}
+//-----------------------------------------------------------------------------
+void X3DOM::add_mesh_data(pugi::xml_node& xml_node, const Mesh& mesh,
+                          const std::vector<double>& vertex_values,
+                          const std::vector<double>& facet_values,
+                          const X3DOMParameters& parameters,
+                          bool surface)
+{
+  // X3DOM string for surface/wireframe
+  const std::string x3d_type = surface ? "indexedFaceSet" : "indexedLineSet";
+
+  // Get mesh topology and geometry data, and vertex/facet values
+  std::vector<int> topology_data;
+  std::vector<double> geometry_data;
+  std::vector<double> values_data;
+  build_mesh_data(topology_data, geometry_data, values_data,
+                  mesh, vertex_values, facet_values, surface);
+
+  // Add data to XML tree (on root process only)
+  if (dolfin::MPI::rank(mesh.mpi_comm()) == 0)
+  {
+    // Create shape node and append ID attribute
+    pugi::xml_node shape_node = xml_node.append_child("shape");
+    dolfin_assert(shape_node);
+
+    // Create appearance node
+    pugi::xml_node appearance_node = shape_node.append_child("appearance");
+    dolfin_assert(appearance_node);
+
+    // Append color attributes
+    pugi::xml_node material_node = appearance_node.append_child("material");
+    dolfin_assert(material_node);
+    material_node.append_child(pugi::node_pcdata);
+    if (surface)
+    {
+      material_node.append_attribute("diffuseColor")
+        = array_to_string3(parameters.get_diffuse_color()).c_str();
+    }
+
+    material_node.append_attribute("emissiveColor")
+      = array_to_string3(parameters.get_emissive_color()).c_str();
+    material_node.append_attribute("specularColor")
+      = array_to_string3(parameters.get_specular_color()).c_str();
+
+    // Append ??? attributes
+    //
+    material_node.append_attribute("ambientIntensity")
+      = parameters.get_ambient_intensity();
+    material_node.append_attribute("shininess") = parameters.get_shininess();
+    material_node.append_attribute("transparency")
+      = parameters.get_transparency();
+
+    // Add edges node
+    pugi::xml_node indexed_set_node = shape_node.append_child(x3d_type.c_str());
+    dolfin_assert(indexed_set_node);
+    indexed_set_node.append_attribute("solid") = "false";
+
+    // Add color per vertex attribute
+    const bool color_per_vertex = !vertex_values.empty();
+    indexed_set_node.append_attribute("colorPerVertex") = color_per_vertex;
+
+    // Add topology data to edges node
+    std::stringstream topology_str;
+    for (auto c : topology_data)
+      topology_str << c << " ";
+    indexed_set_node.append_attribute("coordIndex") = topology_str.str().c_str();
+
+    // Add coordinate node
+    pugi::xml_node coordinate_node = indexed_set_node.append_child("coordinate");
+    dolfin_assert(coordinate_node);
+    coordinate_node.append_child(pugi::node_pcdata);
+
+    // Add geometry data to coordinate node
+    std::stringstream geometry_str;
+    for (auto x : geometry_data)
+      geometry_str << x << " ";
+    coordinate_node.append_attribute("point") = geometry_str.str().c_str();
+
+    if (!values_data.empty())
+    {
+      if (color_per_vertex)
+        dolfin_assert(3*values_data.size() == geometry_data.size());
+      else
+        dolfin_assert(4*values_data.size() == topology_data.size());
+
+      // Get min/max values
+      const double value_min = *std::min_element(values_data.begin(),
+                                                 values_data.end());
+      const double value_max = *std::max_element(values_data.begin(),
+                                                 values_data.end());
+
+      const double scale = (value_max == value_min) ? 1.0 : 255.0/(value_max - value_min);
+
+      // Add metadata node to hold color map, vertex indices into
+      // color map, min/max val
+      pugi::xml_node metadata_node = indexed_set_node.append_child("metadata");
+      dolfin_assert(metadata_node);
+      metadata_node.append_child(pugi::node_pcdata);
+      metadata_node.append_attribute("min_value")
+        = std::to_string(value_min).c_str();
+      metadata_node.append_attribute("max_value")
+        = std::to_string(value_max).c_str();
+
+      // Add color map
+      std::vector<double> cmap = parameters.get_color_map();
+      std::stringstream cmap_values;
+      for (double i : cmap)
+        cmap_values << std::to_string(i) << " ";
+      metadata_node.append_attribute("color_map") = cmap_values.str().c_str();
+
+      // Add indices into color map
+      std::stringstream cmap_indices;
+      for (auto x : values_data)
+      {
+        const int cindex = scale*std::abs(x - value_min);
+        dolfin_assert(cindex < 256);
+        cmap_indices << std::to_string(cindex) << " ";
+      }
+      metadata_node.append_attribute("indices") = cmap_indices.str().c_str();
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void X3DOM::add_viewpoint_nodes(pugi::xml_node& xml_scene_node,
+                                const Point p, double d,
+                                bool show_viewpoint_buttons)
+{
+  // Default viewpoint
+  add_viewpoint_node(xml_scene_node, Viewpoint::default_view, p, d);
+
+  // Add viewpoint nodes
+  if (show_viewpoint_buttons)
+  {
+    add_viewpoint_node(xml_scene_node, Viewpoint::top, p, d);
+    add_viewpoint_node(xml_scene_node, Viewpoint::bottom, p, d);
+    add_viewpoint_node(xml_scene_node, Viewpoint::left, p, d);
+    add_viewpoint_node(xml_scene_node, Viewpoint::right, p, d);
+    add_viewpoint_node(xml_scene_node, Viewpoint::back, p, d);
+    add_viewpoint_node(xml_scene_node, Viewpoint::front, p, d);
+  }
+}
+//-----------------------------------------------------------------------------
+void X3DOM::add_viewpoint_node(pugi::xml_node& xml_scene_node,
+                               Viewpoint viewpoint,
+                               const Point p, const double d)
+{
+  std::string viewpoint_str;
+  std::string orientation;
+  std::string position;
+
+  // Set viewpoint, orientation and position strings
+  switch (viewpoint)
+  {
+  case Viewpoint::top:
+    viewpoint_str = "top";
+    orientation = "-1 0 0 1.5707963267948";
+    position = array_to_string3({{p[0], p[1] + d - p[2], p[2]}});
+    break;
+  case Viewpoint::bottom:
+    viewpoint_str = "bottom";
+    orientation = "1 0 0 1.5707963267948";
+    position = array_to_string3({{p[0], p[1] - d + p[2], p[2]}});
+    break;
+  case Viewpoint::left:
+    viewpoint_str = "left";
+    orientation = "0 1 0 1.5707963267948";
+    position = array_to_string3({{p[0] + d - p[2], p[1], p[2]}});
+    break;
+  case Viewpoint::right:
+    viewpoint_str = "right";
+    orientation = "0 -1 0 1.5707963267948";
+    position = array_to_string3({{p[0] - d + p[2], p[1], p[2]}});
+    break;
+  case Viewpoint::back:
+    viewpoint_str = "back";
+    orientation = "0 1 0 3.1415926535898";
+    position = array_to_string3({{p[0], p[1], p[2] - d}});
+    break;
+  case Viewpoint::front:
+    viewpoint_str = "front";
+    orientation = "0 0 0 1";
+    position = array_to_string3({{p[0], p[1], d}});
+    break;
+  case Viewpoint::default_view:
+    viewpoint_str = "default";
+    orientation = "-0.7071067812 0.7071067812 0 1";
+    position = array_to_string3({{p[0] + 0.7071067812*(d - p[2]),
+            p[1] + 0.7071067812*(d - p[2]),
+            p[2] + 0.7071067812*(d - p[2])}});
+    break;
+  default:
+    dolfin_error("X3DOM.cpp",
+                 "add viewpoint node",
+                 "Unknown Viewpoint enum");
+    break;
+  }
+
+  // Append the node
+  pugi::xml_node viewpoint_node = xml_scene_node.append_child("viewpoint");
+  dolfin_assert(viewpoint_node);
+  viewpoint_node.append_child(pugi::node_pcdata);
+
+  // Add attributes to node
+  viewpoint_node.append_attribute("id") = viewpoint_str.c_str();
+  viewpoint_node.append_attribute("position") = position.c_str();
+
+  viewpoint_node.append_attribute("orientation") = orientation.c_str();
+  viewpoint_node.append_attribute("fieldOfView") = "0.785398";
+  viewpoint_node.append_attribute("centerOfRotation")
+    = array_to_string3({{p[0], p[1], p[2]}}).c_str();
+
+  viewpoint_node.append_attribute("zNear") = "-1";
+  viewpoint_node.append_attribute("zFar") = "-1";
+}
+//-----------------------------------------------------------------------------
+void X3DOM::add_menu_display(pugi::xml_node& xml_node, const Mesh& mesh,
+                             const X3DOMParameters& parameters)
+{
+  // Append a div node to contain the menu display
+  pugi::xml_node menu = xml_node.append_child("div");
+  dolfin_assert(menu);
+  menu.append_child(pugi::node_pcdata);
+  menu.append_attribute("id") = "menu";
+
+  // Append a form node for the radio buttons to select sections
+  pugi::xml_node menu_items = menu.append_child("form");
+  dolfin_assert(menu_items);
+  menu_items.append_child(pugi::node_pcdata);
+  menu_items.append_attribute("id") = "menu-items";
+
+  // Append a div to hold the menu content
+  pugi::xml_node menu_content = menu.append_child("div");
+  dolfin_assert(menu_content);
+  menu_content.append_child(pugi::node_pcdata);
+  menu_content.append_attribute("id") = "menu-content";
+
+  // Add the options section: radio button and content
+  add_menu_tab_button(menu_items, "options", true);
+  pugi::xml_node options = create_menu_content_node(menu_content, "options",
+                                                    true);
+  add_menu_options_tab(options);
+
+  // Add the summary section: radio button and content
+  add_menu_tab_button(menu_items, "summary", false);
+  pugi::xml_node summary = create_menu_content_node(menu_content, "summary",
+                                                    false);
+  add_menu_summary_tab(summary, mesh);
+
+  // Add the color section: radio button and content
+  add_menu_tab_button(menu_items, "color", false);
+  pugi::xml_node color = create_menu_content_node(menu_content, "color",
+                                                  false);
+  add_menu_color_tab(color);
+
+  // Add the warp section: radio button and content
+  add_menu_tab_button(menu_items, "warp", false);
+  pugi::xml_node warp = create_menu_content_node(menu_content, "warp", false);
+  add_menu_warp_tab(warp);
+
+  // Add the viewpoints section: radio button and content
+  add_menu_tab_button(menu_items, "viewpoints", false);
+  pugi::xml_node viewpoints = create_menu_content_node(menu_content,
+                                                       "viewpoints", false);
+  add_menu_viewpoint_tab(viewpoints);
+}
+//-----------------------------------------------------------------------------
+void X3DOM::add_menu_tab_button(pugi::xml_node& xml_node, std::string name,
+                                bool checked)
+{
+  // Add an input node of type radio button to parent
+  pugi::xml_node button_node = xml_node.append_child("input");
+  dolfin_assert(button_node);
+
+  // Set attributes of the button, including type, id, and name
+  button_node.append_attribute("type") = "radio";
+  button_node.append_attribute("id") = ("button-" + name).c_str();
+  button_node.append_attribute("name") = "menu";
+
+  if (checked)
+    button_node.append_attribute("checked");
+
+  // Add label node for corresponding button
+  pugi::xml_node label_node = xml_node.append_child("label");
+  dolfin_assert(label_node);
+
+  // Add attributes and text
+  label_node.append_attribute("for") = ("button-" + name).c_str();
+  name[0] = toupper(name[0]);
+  label_node.append_child(pugi::node_pcdata).set_value(name.c_str());
+
+  if (!checked)
+    label_node.append_attribute("style") = "display: none;";
+}
+//-----------------------------------------------------------------------------
+pugi::xml_node X3DOM::create_menu_content_node(pugi::xml_node& xml_node,
+                                               std::string name, bool show)
+{
+  // Add a div to parent to hold content
+  pugi::xml_node content_node = xml_node.append_child("div");
+  dolfin_assert(content_node);
+  content_node.append_child(pugi::node_pcdata);
+
+  // Set attributes: id, for and (if needed) hidden
+  content_node.append_attribute("id") = ("content-" + name).c_str();
+  content_node.append_attribute("for") = ("button-" + name).c_str();
+
+  if (!show)
+    content_node.append_attribute("hidden");
+
+  return content_node;
+}
+//-----------------------------------------------------------------------------
+void X3DOM::add_menu_options_tab(pugi::xml_node& xml_node)
+{
+  // Add a title for the options tab
+  pugi::xml_node span_node = xml_node.append_child("span");
+  dolfin_assert(span_node);
+  span_node.append_child(pugi::node_pcdata).set_value("Menu Options");
+  pugi::xml_node br_node = xml_node.append_child("br");
+  dolfin_assert(br_node);
+
+  // Add the different options: summary, color, warp, viewpoints
+  add_menu_options_option(xml_node, "summary");
+  br_node = xml_node.append_child("br");
+  dolfin_assert(br_node);
+
+  add_menu_options_option(xml_node, "color");
+  br_node = xml_node.append_child("br");
+  dolfin_assert(br_node);
+
+  add_menu_options_option(xml_node, "warp");
+  br_node = xml_node.append_child("br");
+  dolfin_assert(br_node);
+
+  add_menu_options_option(xml_node, "viewpoints");
+}
+//-----------------------------------------------------------------------------
+void X3DOM::add_menu_options_option(pugi::xml_node& xml_node, std::string name)
+{
+  pugi::xml_node form_node = xml_node.append_child("form");
+  dolfin_assert(form_node);
+  form_node.append_child(pugi::node_pcdata);
+  form_node.append_attribute("class") = "options";
+
+  pugi::xml_node input_node = form_node.append_child("input");
+  dolfin_assert(input_node);
+  input_node.append_attribute("type") = "checkbox";
+  input_node.append_attribute("id") = ("select-" + name).c_str();
+
+  pugi::xml_node label_node = form_node.append_child("label");
+  dolfin_assert(label_node);
+  label_node.append_attribute("for") = ("select-" + name).c_str();
+  name[0] = toupper(name[0]);
+  label_node.append_child(pugi::node_pcdata).set_value(name.c_str());
+}
+//-----------------------------------------------------------------------------
+void X3DOM::add_menu_summary_tab(pugi::xml_node& xml_node, const Mesh& mesh)
+{
+  // Compute the number of vertices and cells to add to the summary
+  // tab
+  std::string vertices_data = "Number of vertices: "
+    + std::to_string(mesh.num_vertices());
+  std::string cells_data = "Number of cells: "
+    + std::to_string(mesh.num_cells());
+
+  // Append to the parent node the data (with break in between)
+  xml_node.append_child(pugi::node_pcdata).set_value(vertices_data.c_str());
+  xml_node.append_child("br");
+  xml_node.append_child(pugi::node_pcdata).set_value(cells_data.c_str());
+}
+//-----------------------------------------------------------------------------
+void X3DOM::add_menu_color_tab(pugi::xml_node& xml_node)
+{
+  // add a form node to hold a checkbox to toggle color on/off
+  pugi::xml_node form_node = xml_node.append_child("form");
+  dolfin_assert(form_node);
+
+  // add an input (checkbox) as well as label for toggling color
+  pugi::xml_node input_node = form_node.append_child("input");
+  dolfin_assert(input_node);
+  input_node.append_attribute("id") = "color-checkbox";
+  input_node.append_attribute("type") = "checkbox";
+  input_node.append_attribute("checked");
+
+  pugi::xml_node label_node = form_node.append_child("label");
+  dolfin_assert(label_node);
+  label_node.append_attribute("for") = "color-checkbox";
+  label_node.append_child(pugi::node_pcdata).set_value("Show Color");
+
+  // Add the color map title
+  xml_node.append_child(pugi::node_pcdata).set_value("Current Color Map:");
+  pugi::xml_node br_node = xml_node.append_child("br");
+  dolfin_assert(br_node);
+
+  // Add the minimum color value, the color-map span container, and
+  // max value
+  pugi::xml_node min_color_node = xml_node.append_child("span");
+  dolfin_assert(min_color_node);
+  min_color_node.append_child(pugi::node_pcdata);
+  min_color_node.append_attribute("id") = "min-color-value";
+
+  pugi::xml_node span_node = xml_node.append_child("span");
+  dolfin_assert(span_node);
+  span_node.append_child(pugi::node_pcdata);
+  span_node.append_attribute("id") = "color-map";
+
+  pugi::xml_node max_color_node = xml_node.append_child("span");
+  dolfin_assert(max_color_node);
+  max_color_node.append_child(pugi::node_pcdata);
+  max_color_node.append_attribute("id") = "max-color-value";
+}
+//-----------------------------------------------------------------------------
+void X3DOM::add_menu_warp_tab(pugi::xml_node& xml_node)
+{
+  // Add a form node to hold a checkbox to toggle warp on/off
+  pugi::xml_node form_node = xml_node.append_child("form");
+  dolfin_assert(form_node);
+
+  // Add an input (checkbox) as well as a label for toggling warping
+  pugi::xml_node checkbox_node = form_node.append_child("input");
+  dolfin_assert(checkbox_node);
+  checkbox_node.append_attribute("id") = "warp-checkbox";
+  checkbox_node.append_attribute("type") = "checkbox";
+
+  pugi::xml_node label_node = form_node.append_child("label");
+  dolfin_assert(label_node);
+  label_node.append_attribute("for") = "warp-checkbox";
+  label_node.append_child(pugi::node_pcdata).set_value("Warp By Scalar");
+
+  pugi::xml_node br_node = form_node.append_child("br");
+  dolfin_assert(br_node);
+
+  // Add an input (slider) to adjust the warp factor
+  pugi::xml_node slider_node = form_node.append_child("input");
+  dolfin_assert(slider_node);
+  slider_node.append_attribute("id") = "warp-slider";
+  slider_node.append_attribute("type") = "range";
+  slider_node.append_attribute("min") = "0";
+  slider_node.append_attribute("max") = "5";
+  slider_node.append_attribute("step") = "0.01";
+  slider_node.append_attribute("value") = "1";
+  slider_node.append_attribute("disabled");
+
+  // Add a break and label for the slider
+  br_node = form_node.append_child("br");
+  dolfin_assert(br_node);
+
+  label_node = form_node.append_child("label");
+  dolfin_assert(label_node);
+  label_node.append_attribute("id") = "warp-slider-val";
+  label_node.append_attribute("for") = "warp-slider";
+  label_node.append_child(pugi::node_pcdata).set_value("1");
+}
+//-----------------------------------------------------------------------------
+void X3DOM::add_menu_viewpoint_tab(pugi::xml_node& xml_node)
+{
+  // Add a title for the viewpoint buttons
+  pugi::xml_node span_node = xml_node.append_child("span");
+  dolfin_assert(span_node);
+  span_node.append_child(pugi::node_pcdata).set_value("Viewpoint Options");
+  pugi::xml_node br_node = xml_node.append_child("br");
+  dolfin_assert(br_node);
+
+  // Append the buttons for the different viewpoint options
+  add_menu_viewpoint_button(xml_node, "front");
+  add_menu_viewpoint_button(xml_node, "back");
+  add_menu_viewpoint_button(xml_node, "left");
+
+  br_node = xml_node.append_child("br");
+  dolfin_assert(br_node);
+
+  add_menu_viewpoint_button(xml_node, "right");
+  add_menu_viewpoint_button(xml_node, "top");
+  add_menu_viewpoint_button(xml_node, "bottom");
+}
+//-----------------------------------------------------------------------------
+void X3DOM::add_menu_viewpoint_button(pugi::xml_node& xml_node,
+                                      std::string name)
+{
+  // add a button node to the parent
+  pugi::xml_node button_node = xml_node.append_child("button");
+  dolfin_assert(button_node);
+
+  // set the text to be the name and the class to be viewpoint
+  button_node.append_attribute("class") = "viewpoint";
+  button_node.append_child(pugi::node_pcdata).set_value(name.c_str());
+}
+//-----------------------------------------------------------------------------
+std::pair<Point, double> X3DOM::mesh_centre_and_distance(const Mesh& mesh)
+{
+  // Get dimensions
+  double xmin = std::numeric_limits<double>::max();
+  double xmax = std::numeric_limits<double>::min();
+  double ymin = std::numeric_limits<double>::max();
+  double ymax = std::numeric_limits<double>::min();
+  double zmin = std::numeric_limits<double>::max();
+  double zmax = std::numeric_limits<double>::min();
+
+  for (VertexIterator v(mesh); !v.end(); ++v)
+  {
+    const Point x = v->point();
+    xmin = std::min(xmin, x[0]);
+    xmax = std::max(xmax, x[0]);
+    ymin = std::min(ymin, x[1]);
+    ymax = std::max(ymax, x[1]);
+    zmin = std::min(zmin, x[2]);
+    zmax = std::max(zmax, x[2]);
+  }
+
+  // Get MPI communicator
+  const MPI_Comm mpi_comm = mesh.mpi_comm();
+
+  xmin = dolfin::MPI::min(mpi_comm, xmin);
+  ymin = dolfin::MPI::min(mpi_comm, ymin);
+  zmin = dolfin::MPI::min(mpi_comm, zmin);
+  xmax = dolfin::MPI::max(mpi_comm, xmax);
+  ymax = dolfin::MPI::max(mpi_comm, ymax);
+  zmax = dolfin::MPI::max(mpi_comm, zmax);
+
+  // Compute midpoint of mesh
+  Point midpoint((xmax + xmin)/2.0, (ymax + ymin)/2.0, (zmax + zmin)/2.0);
+
+  // FIXME: explain this
+  double d = std::max(xmax - xmin, ymax - ymin);
+  d = 2.0*std::max(d, zmax - zmin) + zmax ;
+
+  return {midpoint, d};
+}
+//-----------------------------------------------------------------------------
+std::set<int> X3DOM::surface_vertex_indices(const Mesh& mesh)
+{
+  // Get mesh toplogical dimension
+  const std::size_t tdim = mesh.topology().dim();
+
+  // Initialise connectivities
+  mesh.init(tdim - 1);
+  mesh.init(tdim - 1, 0);
+
+  // Fill set of surface vertex indices
+  std::set<int> vertex_set;
+  for (FaceIterator f(mesh); !f.end(); ++f)
+  {
+    // If in 3D, only output exterior faces
+    // FIXME: num_global_entities not working in serial
+    if (tdim == 2 or f->num_global_entities(tdim) == 1)
+    {
+      for (VertexIterator v(*f); !v.end(); ++v)
+        vertex_set.insert(v->index());
+    }
+  }
+
+  return vertex_set;
+}
+//-----------------------------------------------------------------------------
+void X3DOM::get_function_values(const Function& u,
+                                std::vector<double>& vertex_values,
+                                std::vector<double>& facet_values)
+{
+  // Get dofmap and mesh
+  dolfin_assert(u.function_space()->dofmap());
+  const GenericDofMap& dofmap = *u.function_space()->dofmap();
+  dolfin_assert(u.function_space()->mesh());
+  const Mesh& mesh = *u.function_space()->mesh();
+
+  const std::size_t value_rank = u.value_rank();
+
+  // Print warning for vector-valued functions and error for higher
+  // tensors
+  if (value_rank == 1)
+    warning("X3DOM outputs scalar magnitude of vector field");
+  else if (value_rank > 1)
+  {
+    dolfin_error("X3DOM.cpp",
+                 "write X3D",
+                 "Can only handle scalar and vector Functions");
+  }
+
+  // Test for cell-centred data
+  const std::size_t tdim = mesh.topology().dim();
+  std::size_t cell_based_dim = 1;
+  for (std::size_t i = 0; i < value_rank; i++)
+    cell_based_dim *= tdim;
+  const bool vertex_data = !(dofmap.max_element_dofs() == cell_based_dim);
+
+  if (vertex_data)
+  {
+    // Compute vertex data values
+    u.compute_vertex_values(vertex_values, mesh);
+
+    // Compute l2 norm for vector-valued problems
+    if (value_rank == 1)
+    {
+      const std::size_t num_vertices = mesh.num_vertices();
+      std::vector<double> magnitude(num_vertices);
+      for (std::size_t i = 0; i < num_vertices ; ++i)
+      {
+        double val = 0.0;
+        for (std::size_t j = 0; j < u.value_size() ; j++)
+          val += vertex_values[i + j*num_vertices]*vertex_values[i + j*num_vertices];
+        magnitude[i] = std::sqrt(val);
+      }
+
+      // Swap data_values and magnitude
+      std::swap(vertex_values, magnitude);
+    }
+  }
+  else
+  {
+    if (value_rank != 0)
+    {
+      dolfin_error("X3DOM.cpp",
+                   "create X3DOM",
+                   "Can only handle scalar cell-centered Function at present");
+    }
+
+    if (MPI::size(mesh.mpi_comm()) != 1)
+    {
+      dolfin_error("X3DOM.cpp",
+                   "create X3DOM",
+                   "Cell-centered data not supported in parallel");
+    }
+
+    // Get dofs for cell centered data
+    std::vector<dolfin::la_index> dofs(mesh.num_cells());
+    for (std::size_t i = 0; i != mesh.num_cells(); ++i)
+    {
+      // Get dof index of cell data
+      dolfin_assert(dofmap.num_element_dofs(i) == 1);
+      dofs[i] = dofmap.cell_dofs(i)[0];
+    }
+
+    // Get  values from vector
+    std::vector<double> cell_values(dofs.size());
+    dolfin_assert(u.vector());
+    u.vector()->get_local(cell_values.data(), dofs.size(), dofs.data());
+
+    // FIXME: this is inefficient and a bit random for interior facets
+    // (which we don't need) - so needs a redesign.
+    facet_values.resize(mesh.num_facets());
+    if (tdim == 3)
+    {
+      for (FaceIterator f(mesh); !f.end(); ++f)
+        facet_values[f->index()] = cell_values[f->entities(tdim)[0]];
+    }
+    else
+    {
+      // In 2D, facets and cells are the same thing
+      std::swap(facet_values, cell_values);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void X3DOM::build_mesh_data(std::vector<int>& topology,
+                            std::vector<double>& geometry,
+                            std::vector<double>& value_data,
+                            const Mesh& mesh,
+                            const std::vector<double>& vertex_values,
+                            const std::vector<double>& facet_values,
+                            bool surface)
+{
+  // Cannot build data from facets and vertices at the same time
+  dolfin_assert(vertex_values.empty() or facet_values.empty());
+
+  // FIXME: also build value_data from facet_values
+
+  // Get topological dimension
+  const std::size_t tdim = mesh.topology().dim();
+
+  // Intialise facet-to-cell connectivity
+  mesh.init(tdim - 1 , tdim);
+
+  // Get vertex indices
+  const std::set<int> vertex_indices = surface_vertex_indices(mesh);
+
+  std::size_t offset = dolfin::MPI::global_offset(mesh.mpi_comm(),
+                                                  vertex_indices.size(), true);
+
+  // Collect up topology of the local part of the mesh which should be
+  // displayed
+  std::vector<int> local_topology;
+  std::vector<double> local_values;
+  std::vector<int> local_facet_indices;
+  if (surface)
+  {
+    // Build face data structure
+    for (FaceIterator f(mesh); !f.end(); ++f)
+    {
+      if (tdim == 2 or f->num_global_entities(tdim) == 1)
+      {
+        local_facet_indices.push_back(f->index());
+
+        for (VertexIterator v(*f); !v.end(); ++v)
+        {
+          // Find position of vertex in set
+          std::size_t index = v->index();
+          std::size_t pos = std::distance(vertex_indices.begin(),
+                                          vertex_indices.find(index));
+          local_topology.push_back(pos + offset);
+        }
+
+        // Swap two last coord indices of a face to fix quadrilateral and hexahedral mesh visualisation
+        std::iter_swap(local_topology.end() - 2, local_topology.end() - 1);
+
+        // Add -1 to denote end of entity
+        local_topology.push_back(-1);
+      }
+    }
+  }
+  else
+  {
+    // Build edge data structure
+    for (EdgeIterator e(mesh); !e.end(); ++e)
+    {
+      // For 3D, check if one of the faces connected to this edge is
+      // external, in which case we add the edge
+      bool add_edge = true;
+      if (tdim == 3)
+      {
+        add_edge = false;
+        for (FaceIterator f(*e); !f.end(); ++f)
+        {
+          if (f->num_global_entities(tdim) == 1)
+            add_edge = true;
+        }
+      }
+
+      // Add edge to data structure, if required
+      if (add_edge)
+      {
+        for (VertexIterator v(*e); !v.end(); ++v)
+        {
+          // Find position of vertex in set
+          std::size_t index = v->index();
+          std::size_t pos = std::distance(vertex_indices.begin(),
+                                          vertex_indices.find(index));
+          local_topology.push_back(pos + offset);
+        }
+
+        // Add -1 to denote end of entity
+        local_topology.push_back(-1);
+      }
+    }
+  }
+
+  // Gather up all topology on process 0
+  dolfin::MPI::gather(mesh.mpi_comm(), local_topology, topology);
+
+  // Collect up geometry of all local points
+  std::vector<double> local_geometry;
+  for (auto index : vertex_indices)
+  {
+    Vertex v(mesh, index);
+    const Point p = v.point();
+    for (std::size_t i = 0; i < 3; ++i)
+      local_geometry.push_back(p[i]);
+
+    // Add vertex data
+    if (!vertex_values.empty())
+      local_values.push_back(vertex_values[index]);
+  }
+
+  if (!facet_values.empty())
+  {
+    for (auto index : local_facet_indices)
+      local_values.push_back(facet_values[index]);
+  }
+
+  // Gather up all geometry on process 0 and append to xml
+  dolfin::MPI::gather(mesh.mpi_comm(), local_geometry, geometry);
+
+  value_data = local_values;
+}
+//-----------------------------------------------------------------------------
+std::string X3DOM::array_to_string3(std::array<double, 3> x)
+{
+  std::string str = std::to_string(x[0]) + " " + std::to_string(x[1])
+    + " " + std::to_string(x[2]);
+
+  return str;
+}
+//-----------------------------------------------------------------------------
+std::string X3DOM::to_string(pugi::xml_document& xml_doc, unsigned int flags)
+{
+  // Save XML doc to stringstream
+  std::stringstream s;
+  const std::string indent = "  ";
+  xml_doc.save(s, indent.c_str(), flags);
+
+  // Return string
+  return s.str();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/io/X3DOM.h b/dolfin/io/X3DOM.h
new file mode 100644
index 0000000..27e7671
--- /dev/null
+++ b/dolfin/io/X3DOM.h
@@ -0,0 +1,357 @@
+// Copyright (C) 2016 Quang T. Ha, Chris Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __DOLFIN_X3DOM_H
+#define __DOLFIN_X3DOM_H
+
+#include <array>
+#include <set>
+#include <string>
+#include <utility>
+#include <vector>
+#include <boost/multi_array.hpp>
+
+#include <dolfin/geometry/Point.h>
+
+// TODO:
+// - Can we order vertices so that attribute 'solid' can be set to true?
+// - Add ambient intensity parameter
+// - Test and add more sanity checks for Functions
+// - Add support for GenericFunction
+// - Add support for MeshFunctions
+// - Add support for DG1 Functions
+// - Add vector support (arrows) - including correct placement for RT0
+//   etc. - advanced
+// - Document all class methods below properly
+
+namespace pugi
+{
+  class xml_node;
+  class xml_document;
+}
+
+namespace dolfin
+{
+
+  /// Class data to store X3DOM view parameters.
+  class X3DOMParameters
+  {
+    // Developer note: X3DOMParameters is declared outside the X3DOM
+    // class because SWIG cannot wrap nested classes.
+
+  public:
+
+    /// X3DOM representation type
+    enum class Representation {surface, surface_with_edges, wireframe};
+
+    /// Constructor (with default parameter settings)
+    X3DOMParameters();
+
+    /// Set representation of object (wireframe, surface or
+    /// surface_with_edges)
+    void set_representation(Representation representation);
+
+    /// Get the current representation of the object (wireframe,
+    /// surface or surface_with_edges)
+    Representation get_representation() const;
+
+    /// Get the size of the viewport
+    std::array<double, 2> get_viewport_size() const;
+
+    /// Set the RGB color of the object
+    void set_diffuse_color(std::array<double, 3> rgb);
+
+    /// Get the RGB diffuse color of the object
+    std::array<double, 3> get_diffuse_color() const;
+
+    /// Set the RGB emissive color
+    void set_emissive_color(std::array<double, 3> rgb);
+
+    /// Get the RGB emissive color
+    std::array<double, 3> get_emissive_color() const;
+
+    /// Set the RGB specular color
+    void set_specular_color(std::array<double, 3> rgb);
+
+    /// Get the RGB specular color
+    std::array<double, 3> get_specular_color() const;
+
+    /// Set background RGB color
+    void set_background_color(std::array<double, 3> rgb);
+
+    /// Get background RGB color
+    std::array<double, 3> get_background_color() const;
+
+    /// Set the ambient lighting intensity
+    void set_ambient_intensity(double intensity);
+
+    /// Get the ambient lighting intensity
+    double get_ambient_intensity() const;
+
+    /// Set the surface shininess of the object
+    void set_shininess(double shininess);
+
+    /// Set the surface shininess of the object
+    double get_shininess() const;
+
+    /// Set the transparency (0-1)
+    void set_transparency(double transparency);
+
+    /// Get the transparency (0-1)
+    double get_transparency() const;
+
+    /// Set the color map by supplying a vector of 768 values
+    /// (256*RGB) (using std::vector for Python compatibility via
+    /// SWIG)
+    void set_color_map(const std::vector<double>& color_data);
+
+    /// Get the color map as a vector of 768 values (256*RGB) (using
+    /// std::vector for Python compatibility via SWIG)
+    std::vector<double> get_color_map() const;
+
+    /// Get the color map as a boost::multi_array (256x3)
+    boost::multi_array<float, 2> get_color_map_array() const;
+
+    /// Turn X3D 'statistics' window on/off
+    void set_x3d_stats(bool show);
+
+    /// Get the state of the 'statistics' window
+    bool get_x3d_stats() const;
+
+    /// Toggle menu option
+    void set_menu_display(bool show);
+
+    /// Get the menu display state
+    bool get_menu_display() const;
+
+  private:
+
+    // Check that RGB colors are valid. Throws error if value is not
+    // invalid.
+    static void check_rgb(std::array<double, 3>& rgb);
+
+    // Check that value is valid. Throws error if value is not
+    // invalid.
+    static void check_value_range(double value, double lower, double upper);
+
+    // Surface, surface with edges or wireframe
+    Representation _representation;
+
+    // Dimensions of viewing area
+    std::array<double, 2> _size;
+
+    // TODO: document
+    // RGB colours, see http://doc.x3dom.org/author/Shape/Material.html
+    std::array<double, 3> _diffuse_color, _emissive_color, _specular_color,
+      _background_color;
+
+    // TODO: document
+    double _ambient_intensity, _shininess, _transparency;
+
+    // RGB color map (256 values)
+    boost::multi_array<float, 2> _color_map;
+
+    // Turn X3D stats on/off
+    bool _show_x3d_stats;
+
+    // Turn menu on/off
+    bool _menu_display;
+  };
+
+  // Forward declarations
+  class Function;
+  class Mesh;
+  class Point;
+
+  /// This class implements output of meshes to X3DOM XML or HTML5
+  /// with X3DOM strings. The latter can be used for interactive
+  /// visualisation
+  //
+  // Developer note: pugixml is used to created X3DOM and HTML5. By
+  // using pugixml, we produce valid XML, but care must be taken that
+  // the XML is also valid HTML. This includes not letting pugixml
+  // create self-closing elements, in cases. E.g., <foo
+  // bar="foobar"></foo> is fine, but the self-closing syntax <foo
+  // bar="foobar" /> while being valid XML is is not valid HTML5. See
+  // https://github.com/x3dom/x3dom/issues/600.
+  //
+
+  class X3DOM
+  {
+  public:
+
+    /// Return X3D string for a Mesh
+    static std::string str(const Mesh& mesh,
+                           X3DOMParameters parameters=X3DOMParameters());
+
+    /// Return X3D string for a Function
+    static std::string str(const Function& u,
+                           X3DOMParameters parameters=X3DOMParameters());
+
+    /// Return HTML5 string with embedded X3D for a Mesh
+    static std::string html(const Mesh& mesh,
+                            X3DOMParameters parameters=X3DOMParameters());
+
+
+    /// Return HTML5 string with embedded X3D for a Function
+    static std::string html(const Function& u,
+                            X3DOMParameters parameters=X3DOMParameters());
+
+
+    /// Build X3DOM pugixml tree for a Mesh
+    static void
+      build_x3dom_tree(pugi::xml_document& xml_doc,
+                       const Mesh& mesh,
+                       const X3DOMParameters& parameters=X3DOMParameters());
+
+    /// Build X3DOM pugixml tree for a Function
+    static void
+      build_x3dom_tree(pugi::xml_document& xml_doc,
+                       const Function& u,
+                       const X3DOMParameters& parameters=X3DOMParameters());
+
+  private:
+
+    // FIXME: This should be a C++11 style enum (enum Viewpoint class
+    // {...};), but a Swig bug needs fixing
+    // (https://github.com/swig/swig/issues/594)
+    enum  Viewpoint {top, bottom, left, right, back, front, default_view};
+
+    // Build X3DOM pugixml tree
+    static void x3dom(pugi::xml_document& xml_doc, const Mesh& mesh,
+                      const std::vector<double>& vertex_values,
+                      const std::vector<double>& facet_values,
+                      const X3DOMParameters& parameters);
+
+    // Build HTML pugixml tree
+    static void html(pugi::xml_document& xml_doc, const Mesh& mesh,
+                     const std::vector<double>& vertex_values,
+                     const std::vector<double>& facet_values,
+                     const X3DOMParameters& parameters);
+
+    // Add HTML preamble (HTML) to XML doc and return 'html' node
+    static pugi::xml_node add_html_preamble(pugi::xml_node& xml_node);
+
+    // Add X3D doctype (an XML document should have no more than one
+    // doc_type node)
+    static void add_x3dom_doctype(pugi::xml_node& xml_node);
+
+    // Add HTML doctype (an XML document should have no more than one
+    // doc_type node)
+    static void add_html_doctype(pugi::xml_node& xml_node);
+
+    // Add X3D node and attributes, and return handle to node (x3D)
+    static pugi::xml_node add_x3d_node(pugi::xml_node& xml_node,
+                                       std::array<double, 2> size,
+                                       bool show_stats);
+
+    // Add X3DOM Mesh data to XML node (X3D)
+    static void add_x3dom_data(pugi::xml_node& xml_node, const Mesh& mesh,
+                               const std::vector<double>& vertex_values,
+                               const std::vector<double>& facet_values,
+                               const X3DOMParameters& parameters);
+
+    // Add mesh topology and geometry to XML. 'surface' flag controls
+    // surface vs wireframe representation (X3D)
+    static void add_mesh_data(pugi::xml_node& xml_node, const Mesh& mesh,
+                              const std::vector<double>& vertex_values,
+                              const std::vector<double>& facet_values,
+                              const X3DOMParameters& parameters,
+                              bool surface);
+
+
+    // Add a collection viewpoint nodes (X3D)
+    static void add_viewpoint_nodes(pugi::xml_node& xml_scene,
+                                    const Point p, double d,
+                                    bool show_viewpoint_buttons);
+
+    // Add a single viewpoint node (X3D)
+    static void add_viewpoint_node(pugi::xml_node& xml_scene,
+                                   Viewpoint viewpoint,
+                                   const Point p,
+                                   const double s);
+
+    // Add the menu display and the desired subsections
+    static void add_menu_display(pugi::xml_node& xml_node, const Mesh& mesh,
+                                 const X3DOMParameters& parameters);
+
+    // Add the button for a tab to be added to the menu
+    static void add_menu_tab_button(pugi::xml_node& xml_node, std::string name,
+                                    bool checked);
+
+    // Create a generic content node to hold specific menu content
+    static pugi::xml_node create_menu_content_node(pugi::xml_node& xml_node,
+                                                   std::string name, bool show);
+
+    // Add the options tab in the menu display
+    static void add_menu_options_tab(pugi::xml_node& xml_node);
+
+    // Add an option to the options tab in menu display
+    static void add_menu_options_option(pugi::xml_node& xml_node,
+                                        std::string name);
+
+    // Add the summary tab in the menu display
+    static void add_menu_summary_tab(pugi::xml_node& xml_node,
+                                     const Mesh& mesh);
+
+    // Add the color tab in the menu display
+    static void add_menu_color_tab(pugi::xml_node& xml_node);
+
+    // Add the warp tab in the menu display
+    static void add_menu_warp_tab(pugi::xml_node& xml_node);
+
+    // Add the viewpoint tab in the menu display
+    static void add_menu_viewpoint_tab(pugi::xml_node& xml_node);
+
+    // Add a viewpoint button to the appropriate parent
+    static void add_menu_viewpoint_button(pugi::xml_node& xml_node,
+                                          std::string name);
+
+    // Get centre point of mesh bounds, and a reasonable viewpoint
+    // distance from it
+    static std::pair<Point, double> mesh_centre_and_distance(const Mesh& mesh);
+
+    // Get list of vertex indices which are on surface
+    static std::set<int> surface_vertex_indices(const Mesh& mesh);
+
+    // Get the values of a function at vertices, (or on facets for P0)
+    static void get_function_values(const Function& u,
+                                    std::vector<double>& vertex_values,
+                                    std::vector<double>& facet_values);
+
+    // Build topology and geometry data from a Mesh ready for X3DOM
+    // output
+    static void build_mesh_data(std::vector<int>& topology,
+                                std::vector<double>& geometry,
+                                std::vector<double>& value_data,
+                                const Mesh& mesh,
+                                const std::vector<double>& vertex_values,
+                                const std::vector<double>& facet_values,
+                                bool surface);
+
+    // Return "x[0] x[1] x[2]" string from array of color RGB
+    static std::string array_to_string3(std::array<double, 3> x);
+
+    // Utility to convert pugi::xml_document into a std::string
+    static std::string to_string(pugi::xml_document& xml_doc,
+                                 unsigned int flags);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/io/XDMFFile.cpp b/dolfin/io/XDMFFile.cpp
new file mode 100644
index 0000000..817624d
--- /dev/null
+++ b/dolfin/io/XDMFFile.cpp
@@ -0,0 +1,3187 @@
+// Copyright (C) 2012-2016 Chris N. Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2012
+
+#include <iomanip>
+#include <memory>
+#include <ostream>
+#include <sstream>
+#include <string>
+#include <vector>
+#include <boost/algorithm/string.hpp>
+#include <boost/container/vector.hpp>
+#include <boost/filesystem.hpp>
+#include <boost/format.hpp>
+#include <boost/lexical_cast.hpp>
+#include "pugixml.hpp"
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/defines.h>
+#include <dolfin/common/utils.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/DistributedMeshTools.h>
+#include <dolfin/mesh/Edge.h>
+#include <dolfin/mesh/LocalMeshData.h>
+#include <dolfin/mesh/MeshEntityIterator.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshEditor.h>
+#include <dolfin/mesh/MeshPartitioning.h>
+#include <dolfin/mesh/MeshValueCollection.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/parameter/GlobalParameters.h>
+#include "HDF5File.h"
+#include "HDF5Utility.h"
+#include "XDMFFile.h"
+#include "xmlutils.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+XDMFFile::XDMFFile(MPI_Comm comm, const std::string filename)
+  : _mpi_comm(comm), _filename(filename),
+    _counter(0), _xml_doc(new pugi::xml_document)
+{
+  // Rewrite the mesh at every time step in a time series. Should be
+  // turned off if the mesh remains constant.
+  parameters.add("rewrite_function_mesh", true);
+
+  // Functions share the same mesh for the same time step. The files
+  // produced are smaller and work better in Paraview
+  parameters.add("functions_share_mesh", false);
+
+  // FIXME: This is only relevant to HDF5
+  // Flush datasets to disk at each timestep. Allows inspection of the
+  // HDF5 file whilst running, at some performance cost.
+  parameters.add("flush_output", false);
+
+}
+//-----------------------------------------------------------------------------
+XDMFFile::~XDMFFile()
+{
+  close();
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::close()
+{
+#ifdef HAS_HDF5
+  // Close the HDF5 file
+  _hdf5_file.reset();
+#endif
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::write(const Mesh& mesh, const Encoding encoding)
+{
+  // Check that encoding is supported
+  check_encoding(encoding);
+
+  // Open a HDF5 file if using HDF5 encoding (truncate)
+  hid_t h5_id = -1;
+#ifdef HAS_HDF5
+  std::unique_ptr<HDF5File> h5_file;
+  if (encoding == Encoding::HDF5)
+  {
+    // Open file
+    h5_file.reset(new HDF5File(mesh.mpi_comm(), get_hdf5_filename(_filename), "w"));
+    dolfin_assert(h5_file);
+
+    // Get file handle
+    h5_id = h5_file->h5_id();
+  }
+#endif
+
+  // Reset pugi doc
+  _xml_doc->reset();
+
+  // Add XDMF node and version attribute
+  _xml_doc->append_child(pugi::node_doctype).set_value("Xdmf SYSTEM \"Xdmf.dtd\" []");
+  pugi::xml_node xdmf_node = _xml_doc->append_child("Xdmf");
+  dolfin_assert(xdmf_node);
+  xdmf_node.append_attribute("Version") = "3.0";
+  xdmf_node.append_attribute("xmlns:xi") = "http://www.w3.org/2001/XInclude";
+
+  // Add domain node and add name attribute
+  pugi::xml_node domain_node = xdmf_node.append_child("Domain");
+  dolfin_assert(domain_node);
+
+  // Add the mesh Grid to the domain
+  add_mesh(_mpi_comm.comm(), domain_node, h5_id, mesh, "/Mesh");
+
+  // Save XML file (on process 0 only)
+  if (_mpi_comm.rank() == 0)
+    _xml_doc->save_file(_filename.c_str(), "  ");
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::write_checkpoint(const Function& u,
+                                std::string function_name,
+                                double time_step,
+                                const Encoding encoding,
+                                bool append)
+{
+  check_encoding(encoding);
+  check_function_name(function_name);
+
+  log(PROGRESS, "Writing function \"%s\" to XDMF file \"%s\" with "
+      "time step %f.", function_name.c_str(), _filename.c_str(), time_step);
+
+  // If XML file exists and appending is enabled
+  // load it to member _xml_doc
+  if (boost::filesystem::exists(_filename) and append == true)
+  {
+    log(PROGRESS, "Appending to an existing XDMF XML file \"%s\".",
+        _filename.c_str());
+
+    pugi::xml_parse_result result = _xml_doc->load_file(_filename.c_str());
+    dolfin_assert(result);
+
+    if (_xml_doc->select_node("/Xdmf/Domain").node().empty())
+    {
+      log(PROGRESS, "File \"%s\" contains invalid XDMF. Writing new XDMF.",
+          _filename.c_str());
+    }
+  }
+
+  bool truncate_hdf = false;
+
+  // If the XML file doesn't have expected structure (domain)
+  // or appending is disabled
+  // reset the file and create empty structure
+  if (_xml_doc->select_node("/Xdmf/Domain").node().empty() or append == false)
+  {
+
+    // If we will reset the XDMF file that exists
+    if (boost::filesystem::exists(_filename))
+    {
+      log(PROGRESS, "XDMF file \"%s\" will be overwritten.",
+          _filename.c_str());
+    }
+
+    _xml_doc->reset();
+
+    // Prepare new XML structure
+    pugi::xml_node xdmf_node = _xml_doc->append_child("Xdmf");
+    dolfin_assert(xdmf_node);
+    xdmf_node.append_attribute("Version") = "3.0";
+
+    pugi::xml_node domain_node = xdmf_node.append_child("Domain");
+    dolfin_assert(domain_node);
+
+    truncate_hdf = true;
+  }
+
+  if (truncate_hdf and boost::filesystem::exists(get_hdf5_filename(_filename)))
+  {
+    log(PROGRESS, "HDF file \"%s\" will be overwritten.",
+        get_hdf5_filename(_filename).c_str());
+  }
+
+  // Open the HDF5 file if using HDF5 encoding (truncate)
+  hid_t h5_id = -1;
+#ifdef HAS_HDF5
+  if (encoding == Encoding::HDF5)
+  {
+    if (truncate_hdf)
+    {
+      // Any HDF file must be overwritten
+      // By resetting the pointer we destruct and close HDF file
+      _hdf5_file.reset();
+      // And new HDF file is opened, overwritting existing
+      _hdf5_file = 
+        std::unique_ptr<HDF5File>(new HDF5File(_mpi_comm.comm(),
+                                               get_hdf5_filename(_filename),
+                                               "w"));
+    }
+    else if (_hdf5_file)
+    {
+      // Pointer to HDF file is active, we are writing time series
+      // or adding function with flush_output=false
+    }
+    else
+    {
+      // Pointer is empty, we are writing time series
+      // or adding function to already flushed file
+      _hdf5_file
+        = std::unique_ptr<HDF5File>(new HDF5File(_mpi_comm.comm(),
+                                                 get_hdf5_filename(_filename),
+                                                 "a"));
+    }
+    dolfin_assert(_hdf5_file);
+    h5_id = _hdf5_file->h5_id();
+  }
+#endif
+  // From this point _xml_doc points to a valid XDMF XML document
+  // with expected structure
+
+  // Find temporal grid with name equal to the name of function we're about
+  // to save
+  pugi::xml_node func_temporal_grid_node =
+    _xml_doc->select_node(
+      ("/Xdmf/Domain/Grid[@CollectionType='Temporal' and "
+       "@Name='" + function_name + "']").c_str()
+    ).node();
+
+  // If there is no such temporal grid then create one
+  if (func_temporal_grid_node.empty())
+  {
+    func_temporal_grid_node
+      = _xml_doc->select_node("/Xdmf/Domain").node().append_child("Grid");
+    func_temporal_grid_node.append_attribute("GridType") = "Collection";
+    func_temporal_grid_node.append_attribute("CollectionType") = "Temporal";
+    func_temporal_grid_node.append_attribute("Name") = function_name.c_str();
+  }
+  else
+  {
+    log(PROGRESS,
+        "XDMF time series for function \"%s\" not empty. Appending.",
+        function_name.c_str());
+  }
+
+  //
+  // Write mesh
+  //
+
+  std::size_t counter = func_temporal_grid_node.select_nodes("Grid").size();
+  std::string function_time_name = function_name + "_" + std::to_string(counter);
+
+  const Mesh& mesh = *u.function_space()->mesh();
+  add_mesh(_mpi_comm.comm(), func_temporal_grid_node, h5_id, mesh,
+           function_name+"/"+function_time_name);
+
+  // Get newly (by add_mesh) created Grid
+  pugi::xml_node mesh_grid_node = func_temporal_grid_node.select_node(
+      ("Grid[@Name='"+mesh.name()+"']").c_str()
+    ).node();
+  dolfin_assert(mesh_grid_node);
+
+  // Change it's name to {function_name}_{counter}
+  // where counter = number of children in temporal grid node
+  mesh_grid_node.attribute("Name") = function_time_name.c_str();
+
+  pugi::xml_node time_node = mesh_grid_node.append_child("Time");
+  time_node.append_attribute("Value") = time_step_to_string(time_step).c_str();
+
+  //
+  // Write function
+  //
+
+  add_function(_mpi_comm.comm(), mesh_grid_node, h5_id,
+               function_name+"/"+function_time_name,
+               u, function_name, mesh);
+
+  // Save XML file (on process 0 only)
+  if (_mpi_comm.rank() == 0)
+  {
+    log(PROGRESS, "Saving XML file \"%s\" (only on rank = 0)",
+        _filename.c_str());
+
+    _xml_doc->save_file(_filename.c_str(), "  ");
+  }
+
+#ifdef HAS_HDF5
+  // Close the HDF5 file if in "flush" mode
+  if (encoding == Encoding::HDF5 and parameters["flush_output"])
+  {
+    log(PROGRESS, "Writing function in \"flush_output\" mode. HDF5 "
+        "file will be flushed (closed).");
+
+    dolfin_assert(_hdf5_file);
+    _hdf5_file.reset();
+  }
+#endif
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::write(const Function& u, const Encoding encoding)
+{
+  check_encoding(encoding);
+
+  // If counter is non-zero, a time series has been saved before
+  if (_counter != 0)
+  {
+    dolfin_error("XDMFFile.cpp",
+                 "write Function to XDMF",
+                 "Not writing a time series");
+  }
+
+  const Mesh& mesh = *u.function_space()->mesh();
+
+  // Clear pugi doc
+  _xml_doc->reset();
+
+  // Open the HDF5 file if using HDF5 encoding (truncate)
+  hid_t h5_id = -1;
+#ifdef HAS_HDF5
+  std::unique_ptr<HDF5File> h5_file;
+  if (encoding == Encoding::HDF5)
+  {
+    // Open file
+    h5_file.reset(new HDF5File(mesh.mpi_comm(),
+                               get_hdf5_filename(_filename), "w"));
+    dolfin_assert(h5_file);
+
+    // Get file handle
+    h5_id = h5_file->h5_id();
+  }
+#endif
+
+  // Add XDMF node and version attribute
+  pugi::xml_node xdmf_node = _xml_doc->append_child("Xdmf");
+  dolfin_assert(xdmf_node);
+  xdmf_node.append_attribute("Version") = "3.0";
+
+  // Add domain node and add name attribute
+  pugi::xml_node domain_node = xdmf_node.append_child("Domain");
+  dolfin_assert(domain_node);
+
+  // Add the mesh Grid to the domain
+  add_mesh(_mpi_comm.comm(), domain_node, h5_id, mesh, "/Mesh");
+
+  pugi::xml_node grid_node = domain_node.child("Grid");
+  dolfin_assert(grid_node);
+
+  // Get Function data values and shape
+  std::vector<double> data_values;
+  bool cell_centred = has_cell_centred_data(u);
+
+  const int degree = mesh.geometry().degree();
+  if (cell_centred)
+    data_values = get_cell_data_values(u);
+  else
+  {
+    if (degree == 1)
+      data_values = get_point_data_values(u);
+    else
+      data_values = get_p2_data_values(u);
+  }
+
+  // Add attribute node
+  pugi::xml_node attribute_node = grid_node.append_child("Attribute");
+  dolfin_assert(attribute_node);
+  attribute_node.append_attribute("Name") = u.name().c_str();
+  attribute_node.append_attribute("AttributeType")
+    = rank_to_string(u.value_rank()).c_str();
+  attribute_node.append_attribute("Center") = cell_centred ? "Cell" : "Node";
+
+  // Add attribute DataItem node and write data
+  std::int64_t width = get_padded_width(u);
+  dolfin_assert(data_values.size()%width == 0);
+
+  const std::int64_t num_points = (degree == 2) ?
+    (mesh.num_entities(0) + mesh.num_entities(1)) : mesh.num_entities_global(0);
+  const std::int64_t num_values =  cell_centred ?
+    mesh.num_entities_global(mesh.topology().dim()) : num_points;
+
+  add_data_item(_mpi_comm.comm(), attribute_node, h5_id,
+                "/VisualisationVector/0", data_values, {num_values, width});
+
+  // Save XML file (on process 0 only)
+  if (_mpi_comm.rank() == 0)
+    _xml_doc->save_file(_filename.c_str(), "  ");
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::write(const Function& u, double time_step,
+                     const Encoding encoding)
+{
+  check_encoding(encoding);
+
+  const Mesh& mesh = *u.function_space()->mesh();
+
+  // Clear the pugi doc the first time
+  if (_counter == 0)
+  {
+    _xml_doc->reset();
+
+    // Create XDMF header
+    _xml_doc->append_child(pugi::node_doctype).set_value("Xdmf SYSTEM \"Xdmf.dtd\" []");
+    pugi::xml_node xdmf_node = _xml_doc->append_child("Xdmf");
+    dolfin_assert(xdmf_node);
+    xdmf_node.append_attribute("Version") = "3.0";
+    xdmf_node.append_attribute("xmlns:xi") = "http://www.w3.org/2001/XInclude";
+    pugi::xml_node domain_node = xdmf_node.append_child("Domain");
+    dolfin_assert(domain_node);
+  }
+
+  hid_t h5_id = -1;
+#ifdef HAS_HDF5
+  // Open the HDF5 file for first time, if using HDF5 encoding
+  if (encoding == Encoding::HDF5)
+  {
+    // Truncate the file the first time
+    if (_counter == 0)
+      _hdf5_file.reset(new HDF5File(mesh.mpi_comm(),
+                                    get_hdf5_filename(_filename), "w"));
+    else if (parameters["flush_output"])
+    {
+      // Append to existing HDF5 file
+      dolfin_assert(!_hdf5_file);
+      _hdf5_file.reset(new HDF5File(mesh.mpi_comm(),
+                                    get_hdf5_filename(_filename), "a"));
+    }
+    dolfin_assert(_hdf5_file);
+    h5_id = _hdf5_file->h5_id();
+  }
+#endif
+
+  pugi::xml_node xdmf_node = _xml_doc->child("Xdmf");
+  dolfin_assert(xdmf_node);
+  pugi::xml_node domain_node = xdmf_node.child("Domain");
+  dolfin_assert(domain_node);
+
+  // Should functions share mesh or not? By default they do not
+  std::string tg_name = "TimeSeries_" + u.name();
+  if (parameters["functions_share_mesh"])
+    tg_name = "TimeSeries";
+
+  // Look for existing time series grid node with Name == tg_name
+  bool new_timegrid = false;
+  std::string time_step_str = time_step_to_string(time_step);
+  pugi::xml_node timegrid_node, mesh_node;
+  timegrid_node = domain_node.find_child_by_attribute("Grid", "Name", tg_name.c_str());
+
+  // Ensure that we have a time series grid node
+  if (timegrid_node)
+  {
+    // Get existing mesh grid node with the correct time step if it exist (otherwise null)
+    std::string xpath = std::string("Grid[Time/@Value=\"") + time_step_str + std::string("\"]");
+    mesh_node = timegrid_node.select_node(xpath.c_str()).node();
+    dolfin_assert(std::string(timegrid_node.attribute("CollectionType").value()) == "Temporal");
+  }
+  else
+  {
+    //  Create a new time series grid node with Name = tg_name
+    timegrid_node = domain_node.append_child("Grid");
+    dolfin_assert(timegrid_node);
+    timegrid_node.append_attribute("Name") = tg_name.c_str();
+    timegrid_node.append_attribute("GridType") = "Collection";
+    timegrid_node.append_attribute("CollectionType") = "Temporal";
+    new_timegrid = true;
+  }
+
+  // Only add mesh grid node at this time step if no other function has
+  // previously added it (and parameters["functions_share_mesh"] == true)
+  if (!mesh_node)
+  {
+    // Add the mesh grid node to to the time series grid node
+    if (new_timegrid or parameters["rewrite_function_mesh"])
+    {
+      add_mesh(_mpi_comm.comm(), timegrid_node, h5_id, mesh,
+        "/Mesh/" + std::to_string(_counter));
+    }
+    else
+    {
+      // Make a grid node that references back to first mesh grid node of the time series
+      pugi::xml_node grid_node = timegrid_node.append_child("Grid");
+      dolfin_assert(grid_node);
+
+      // Reference to previous topology and geometry document nodes via XInclude
+      std::string xpointer = std::string("xpointer(//Grid[@Name=\"") + tg_name +
+      std::string("\"]/Grid[1]/*[self::Topology or self::Geometry])");
+      pugi::xml_node reference = grid_node.append_child("xi:include");
+      dolfin_assert(reference);
+      reference.append_attribute("xpointer") = xpointer.c_str();
+    }
+
+    // Get the newly created mesh grid node
+    mesh_node = timegrid_node.last_child();
+    dolfin_assert(mesh_node);
+
+    // Add time value to mesh grid node
+    pugi::xml_node time_node = mesh_node.append_child("Time");
+    time_node.append_attribute("Value") = time_step_str.c_str();
+  }
+
+  // Get Function data values and shape
+  std::vector<double> data_values;
+  bool cell_centred = has_cell_centred_data(u);
+
+  if (cell_centred)
+    data_values = get_cell_data_values(u);
+  else
+    data_values = get_point_data_values(u);
+
+  // Add attribute node
+  pugi::xml_node attribute_node = mesh_node.append_child("Attribute");
+  dolfin_assert(attribute_node);
+  attribute_node.append_attribute("Name") = u.name().c_str();
+  attribute_node.append_attribute("AttributeType")
+    = rank_to_string(u.value_rank()).c_str();
+  attribute_node.append_attribute("Center") = cell_centred ? "Cell" : "Node";
+
+  // Add attribute DataItem node and write data
+  std::int64_t width = get_padded_width(u);
+  dolfin_assert(data_values.size()%width == 0);
+  std::int64_t num_values =  cell_centred ?
+    mesh.num_entities_global(mesh.topology().dim()) : mesh.num_entities_global(0);
+
+  const std::string dataset_name = "/VisualisationVector/"
+                                   + std::to_string(_counter);
+
+  add_data_item(_mpi_comm.comm(), attribute_node, h5_id,
+                dataset_name, data_values, {num_values, width});
+
+  // Save XML file (on process 0 only)
+  if (_mpi_comm.rank() == 0)
+    _xml_doc->save_file(_filename.c_str(), "  ");
+
+#ifdef HAS_HDF5
+  // Close the HDF5 file if in "flush" mode
+  if (encoding == Encoding::HDF5 and parameters["flush_output"])
+  {
+    dolfin_assert(_hdf5_file);
+    _hdf5_file.reset();
+  }
+#endif
+
+  ++_counter;
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::write(const MeshFunction<bool>& meshfunction,
+                     const Encoding encoding)
+{
+  write_mesh_function(meshfunction, encoding);
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::write(const MeshFunction<int>& meshfunction,
+                     const Encoding encoding)
+{
+  write_mesh_function(meshfunction, encoding);
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::write(const MeshFunction<std::size_t>& meshfunction,
+                     const Encoding encoding)
+{
+  write_mesh_function(meshfunction, encoding);
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::write(const MeshFunction<double>& meshfunction,
+                     const Encoding encoding)
+{
+  write_mesh_function(meshfunction, encoding);
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::write(const MeshValueCollection<bool>& mvc,
+                     const Encoding encoding)
+{
+  write_mesh_value_collection(mvc, encoding);
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::write(const MeshValueCollection<int>& mvc,
+                     const Encoding encoding)
+{
+  write_mesh_value_collection(mvc, encoding);
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::write(const MeshValueCollection<std::size_t>& mvc,
+                     const Encoding encoding)
+{
+  write_mesh_value_collection(mvc, encoding);
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::write(const MeshValueCollection<double>& mvc,
+                     const Encoding encoding)
+{
+  write_mesh_value_collection(mvc, encoding);
+}
+//-----------------------------------------------------------------------------
+template <typename T>
+void XDMFFile::write_mesh_value_collection(const MeshValueCollection<T>& mvc,
+                                           const Encoding encoding)
+{
+  check_encoding(encoding);
+
+  // Provide some very basic functionality for saving
+  // MeshValueCollections mainly for saving values on a boundary mesh
+
+  dolfin_assert(mvc.mesh());
+  std::shared_ptr<const Mesh> mesh = mvc.mesh();
+  const std::size_t tdim = mesh->topology().dim();
+  const std::size_t gdim = mesh->geometry().dim();
+
+  if (MPI::sum(mesh->mpi_comm(), mvc.size()) == 0)
+  {
+    dolfin_error("XDMFFile.cpp",
+                 "save empty MeshValueCollection",
+                 "No values in MeshValueCollection");
+  }
+
+  pugi::xml_node domain_node;
+  std::string hdf_filemode = "a";
+  if (_xml_doc->child("Xdmf").empty())
+  {
+    // Reset pugi
+    _xml_doc->reset();
+    // Add XDMF node and version attribute
+    _xml_doc->append_child(pugi::node_doctype).set_value("Xdmf SYSTEM \"Xdmf.dtd\" []");
+    pugi::xml_node xdmf_node = _xml_doc->append_child("Xdmf");
+    dolfin_assert(xdmf_node);
+    xdmf_node.append_attribute("Version") = "3.0";
+    xdmf_node.append_attribute("xmlns:xi") = "http://www.w3.org/2001/XInclude";
+
+    // Add domain node and add name attribute
+    domain_node = xdmf_node.append_child("Domain");
+    hdf_filemode = "w";
+  }
+  else
+    domain_node = _xml_doc->child("Xdmf").child("Domain");
+
+  dolfin_assert(domain_node);
+
+  // Open a HDF5 file if using HDF5 encoding
+  hid_t h5_id = -1;
+#ifdef HAS_HDF5
+  std::unique_ptr<HDF5File> h5_file;
+  if (encoding == Encoding::HDF5)
+  {
+    // Open file
+    h5_file.reset(new HDF5File(mesh->mpi_comm(),
+                               get_hdf5_filename(_filename), hdf_filemode));
+    dolfin_assert(h5_file);
+
+    // Get file handle
+    h5_id = h5_file->h5_id();
+  }
+#endif
+
+  // Check domain node for existing Mesh Grid and check it is compatible with
+  // this MeshValueCollection, or if none, add Mesh
+
+  pugi::xml_node grid_node = domain_node.child("Grid");
+  if (grid_node.empty())
+    add_mesh(_mpi_comm.comm(), domain_node, h5_id, *mesh, "/Mesh");
+  else
+  {
+    // Check topology
+    pugi::xml_node topology_node = grid_node.child("Topology");
+    dolfin_assert(topology_node);
+    const std::int64_t ncells = mesh->topology().size_global(tdim);
+    pugi::xml_attribute num_cells_attr = topology_node.attribute("NumberOfElements");
+    dolfin_assert(num_cells_attr);
+    if (num_cells_attr.as_llong() != ncells)
+    {
+      dolfin_error("XDMFFile.cpp",
+                   "add MeshValueCollection to file",
+                   "Incompatible Mesh");
+    }
+
+    // Check geometry
+    pugi::xml_node geometry_node = grid_node.child("Geometry");
+    dolfin_assert(geometry_node);
+    pugi::xml_node geometry_data_node = geometry_node.child("DataItem");
+    dolfin_assert(geometry_data_node);
+    const std::string dims_str = geometry_data_node.attribute("Dimensions").as_string();
+    std::vector<std::string> dims_list;
+    boost::split(dims_list, dims_str, boost::is_any_of(" "));
+    const std::int64_t npoints = mesh->num_entities_global(0);
+    if (boost::lexical_cast<std::int64_t>(dims_list[0]) != npoints
+        or boost::lexical_cast<std::int64_t>(dims_list[1]) != (int)gdim)
+    {
+      dolfin_error("XDMFFile.cpp",
+                   "add MeshValueCollection to file",
+                   "Incompatible Mesh");
+    }
+  }
+
+  // Add new grid node, for MVC mesh
+  pugi::xml_node mvc_grid_node = domain_node.append_child("Grid");
+  dolfin_assert(mvc_grid_node);
+  mvc_grid_node.append_attribute("Name") = mvc.name().c_str();
+  mvc_grid_node.append_attribute("GridType") = "Uniform";
+
+  // Add topology node and attributes
+  const std::size_t cell_dim = mvc.dim();
+  const std::string vtk_cell_str
+    = vtk_cell_type_str(mesh->type().entity_type(cell_dim), mesh->geometry().degree());
+  const std::int64_t num_vertices_per_cell = mesh->type().num_vertices(cell_dim);
+
+  const std::map<std::pair<std::size_t, std::size_t>, T>& values
+    = mvc.values();
+  const std::int64_t num_cells = values.size();
+  const std::int64_t num_cells_global = MPI::sum(mesh->mpi_comm(), num_cells);
+
+  pugi::xml_node topology_node = mvc_grid_node.append_child("Topology");
+  dolfin_assert(topology_node);
+  topology_node.append_attribute("NumberOfElements")
+    = std::to_string(num_cells_global).c_str();
+  topology_node.append_attribute("TopologyType") = vtk_cell_str.c_str();
+  topology_node.append_attribute("NodesPerElement")
+    = std::to_string(num_vertices_per_cell).c_str();
+
+  std::vector<std::int32_t> topology_data;
+  std::vector<T> value_data;
+  topology_data.reserve(num_cells*num_vertices_per_cell);
+  value_data.reserve(num_cells);
+
+  mesh->init(tdim, cell_dim);
+  for (auto &p : values)
+  {
+    MeshEntity cell = Cell(*mesh, p.first.first);
+    if (cell_dim != tdim)
+    {
+      const unsigned int entity_local_idx = cell.entities(cell_dim)[p.first.second];
+      cell = MeshEntity(*mesh, cell_dim, entity_local_idx);
+    }
+    for (VertexIterator v(cell); !v.end(); ++v)
+      topology_data.push_back(v->global_index());
+    value_data.push_back(p.second);
+  }
+
+  const std::string mvc_dataset_name = "/MeshValueCollection/" + std::to_string(_counter);
+  const std::int64_t num_values = MPI::sum(mesh->mpi_comm(), value_data.size());
+  add_data_item(_mpi_comm.comm(), topology_node, h5_id, mvc_dataset_name + "/topology",
+                topology_data, {num_values, num_vertices_per_cell}, "UInt");
+
+  // Add geometry node (share with main Mesh)
+  pugi::xml_node geometry_node = mvc_grid_node.append_child("Geometry");
+  dolfin_assert(geometry_node);
+  geometry_node.append_attribute("Reference") = "XML";
+  geometry_node.append_child(pugi::node_pcdata)
+    .set_value("/Xdmf/Domain/Grid/Geometry");
+
+  // Add attribute node with values
+  pugi::xml_node attribute_node = mvc_grid_node.append_child("Attribute");
+  dolfin_assert(attribute_node);
+  attribute_node.append_attribute("Name") = mvc.name().c_str();
+  attribute_node.append_attribute("AttributeType") = "Scalar";
+  attribute_node.append_attribute("Center") = "Cell";
+
+  add_data_item(_mpi_comm.comm(), attribute_node, h5_id,
+                mvc_dataset_name + "/values", value_data, {num_values, 1});
+
+  // Save XML file (on process 0 only)
+  if (_mpi_comm.rank() == 0)
+    _xml_doc->save_file(_filename.c_str(), "  ");
+
+  ++_counter;
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::read(MeshValueCollection<bool>& mvc, std::string name)
+{
+  // Bool is not really supported, so copy from int
+  MeshValueCollection<int> mvc_int(mvc.mesh());
+  read_mesh_value_collection(mvc_int, name);
+
+  mvc.init(mvc.mesh(), mvc_int.dim());
+  for (const auto &p : mvc_int.values())
+    mvc.set_value(p.first.first, p.first.second, (bool)p.second);
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::read(MeshValueCollection<int>& mvc, std::string name)
+{
+  read_mesh_value_collection(mvc, name);
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::read(MeshValueCollection<std::size_t>& mvc, std::string name)
+{
+  read_mesh_value_collection(mvc, name);
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::read(MeshValueCollection<double>& mvc, std::string name)
+{
+  read_mesh_value_collection(mvc, name);
+}
+//-----------------------------------------------------------------------------
+template <typename T>
+void XDMFFile::read_mesh_value_collection
+(MeshValueCollection<T>& mvc, std::string name)
+{
+  // Load XML doc from file
+  pugi::xml_document xml_doc;
+  pugi::xml_parse_result result = xml_doc.load_file(_filename.c_str());
+  dolfin_assert(result);
+
+  // Get XDMF node
+  pugi::xml_node xdmf_node = xml_doc.child("Xdmf");
+  dolfin_assert(xdmf_node);
+
+  // Get domain node
+  pugi::xml_node domain_node = xdmf_node.child("Domain");
+  dolfin_assert(domain_node);
+
+  // Check all Grid nodes for suitable dataset
+  pugi::xml_node grid_node;
+  for (pugi::xml_node node: domain_node.children("Grid"))
+  {
+    pugi::xml_node value_node = node.child("Attribute");
+    if (value_node and (name == "" or name == value_node.attribute("Name").as_string()))
+      {
+        grid_node = node;
+        break;
+      }
+  }
+
+  // Get MVC topology node
+  pugi::xml_node topology_node = grid_node.child("Topology");
+  dolfin_assert(topology_node);
+
+  // Get description of MVC cell type and dimension from topology node
+  auto cell_type_str = get_cell_type(topology_node);
+  dolfin_assert(cell_type_str.second == 1);
+  std::unique_ptr<CellType> cell_type(CellType::create(cell_type_str.first));
+  dolfin_assert(cell_type);
+  const int cell_dim = cell_type->dim();
+  const int num_verts_per_entity = cell_type->num_vertices();
+
+  // Read MVC topology
+  pugi::xml_node topology_data_node = topology_node.child("DataItem");
+  dolfin_assert(topology_data_node);
+  boost::filesystem::path xdmf_filename(_filename);
+  const boost::filesystem::path parent_path = xdmf_filename.parent_path();
+  std::vector<std::int32_t> topology_data
+    = get_dataset<std::int32_t>(_mpi_comm.comm(), topology_data_node, parent_path);
+
+  // Ensure MVC is clear, and initialised to correct cell dimension
+  std::shared_ptr<const Mesh> mesh = mvc.mesh();
+  dolfin_assert(mesh);
+  mvc.clear();
+  mvc.init(mesh, cell_dim);
+
+  // Read values associated with each MeshEntity described by topology
+  pugi::xml_node attribute_node = grid_node.child("Attribute");
+  dolfin_assert(attribute_node);
+  pugi::xml_node attribute_data_node = attribute_node.child("DataItem");
+  dolfin_assert(attribute_data_node);
+  std::vector<T> values_data
+    = get_dataset<T>(_mpi_comm.comm(), attribute_data_node, parent_path);
+
+  // Ensure the mesh dimension is initialised
+  mesh->init(cell_dim);
+  const std::size_t global_vertex_range = mesh->num_entities_global(0);
+  const std::int32_t num_processes = _mpi_comm.size();
+
+  // Send entities to processes based on the lowest vertex index
+  std::vector<std::vector<std::int32_t>> send_entities(num_processes);
+  std::vector<std::vector<std::int32_t>> recv_entities(num_processes);
+
+  std::vector<std::int32_t> v(num_verts_per_entity);
+  for (MeshEntityIterator m(*mesh, cell_dim); !m.end(); ++m)
+  {
+    if (cell_dim == 0)
+      v[0] = m->global_index();
+    else
+    {
+      for (VertexIterator vtx(*m); !vtx.end(); ++vtx)
+        v[vtx.pos()] = vtx->global_index();
+      std::sort(v.begin(), v.end());
+    }
+
+    std::size_t dest = MPI::index_owner(_mpi_comm.comm(),
+                                        v[0], global_vertex_range);
+    send_entities[dest].push_back(m->index());
+    send_entities[dest].insert(send_entities[dest].end(),
+                               v.begin(), v.end());
+  }
+  MPI::all_to_all(_mpi_comm.comm(), send_entities, recv_entities);
+
+  // Map from {entity vertex indices} to {process, local_index}
+  std::map<std::vector<std::int32_t>,
+           std::vector<std::int32_t>> entity_map;
+  for (std::int32_t i = 0; i != num_processes; ++i)
+  {
+    for (auto it = recv_entities[i].begin(); it != recv_entities[i].end();
+         it += (num_verts_per_entity + 1))
+    {
+      std::copy(it + 1, it + num_verts_per_entity + 1, v.begin());
+      auto map_it = entity_map.insert({v, {i, *it}});
+      if (!map_it.second)
+      {
+        // Entry already exists, add to it
+        map_it.first->second.push_back(i);
+        map_it.first->second.push_back(*it);
+      }
+    }
+  }
+
+  // Send data from MeshValueCollection to sorting process
+  std::vector<std::vector<T>> send_data(num_processes);
+  std::vector<std::vector<T>> recv_data(num_processes);
+  // Reset send/recv arrays
+  send_entities = std::vector<std::vector<std::int32_t>>(num_processes);
+  recv_entities = std::vector<std::vector<std::int32_t>>(num_processes);
+
+  std::int32_t i = 0;
+  for (auto it = topology_data.begin(); it != topology_data.end();
+       it += num_verts_per_entity)
+  {
+    std::partial_sort_copy(it, it + num_verts_per_entity,
+                           v.begin(), v.end());
+    std::size_t dest = MPI::index_owner(_mpi_comm.comm(),
+                                        v[0], global_vertex_range);
+    send_entities[dest].insert(send_entities[dest].end(),
+                               v.begin(), v.end());
+    send_data[dest].push_back(values_data[i]);
+    ++i;
+  }
+
+  MPI::all_to_all(_mpi_comm.comm(), send_entities, recv_entities);
+  MPI::all_to_all(_mpi_comm.comm(), send_data, recv_data);
+
+  // Reset send arrays
+  send_data = std::vector<std::vector<T>>(num_processes);
+  send_entities = std::vector<std::vector<std::int32_t>>(num_processes);
+
+  // Locate entity in map, and send back to data to owning processes
+  for (std::int32_t i = 0; i != num_processes; ++i)
+  {
+    dolfin_assert(recv_data[i].size()*num_verts_per_entity
+                  == recv_entities[i].size());
+
+    for (std::size_t j = 0; j != recv_data[i].size(); ++j)
+    {
+      auto it = recv_entities[i].begin() + j*num_verts_per_entity;
+      std::copy(it, it + num_verts_per_entity, v.begin());
+      auto map_it = entity_map.find(v);
+
+      if (map_it == entity_map.end())
+      {
+        dolfin_error("HDF5File.cpp",
+                     "find entity in map",
+                     "Error reading MeshValueCollection");
+      }
+      for (auto p = map_it->second.begin(); p != map_it->second.end(); p += 2)
+      {
+        const std::int32_t dest = *p;
+        dolfin_assert(dest < num_processes);
+        send_entities[dest].push_back(*(p + 1));
+        send_data[dest].push_back(recv_data[i][j]);
+      }
+    }
+  }
+
+  // Send to owning processes and set in MeshValueCollection
+  MPI::all_to_all(_mpi_comm.comm(), send_entities, recv_entities);
+  MPI::all_to_all(_mpi_comm.comm(), send_data, recv_data);
+
+  for (std::int32_t i = 0; i != num_processes; ++i)
+  {
+    dolfin_assert(recv_entities[i].size() == recv_data[i].size());
+    for (std::size_t j = 0; j != recv_data[i].size(); ++j)
+    {
+      mvc.set_value(recv_entities[i][j], recv_data[i][j]);
+    }
+  }
+
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::write(const std::vector<Point>& points,
+                     const Encoding encoding)
+{
+  // Check that encoding is supported
+  check_encoding(encoding);
+
+  // Open a HDF5 file if using HDF5 encoding (truncate)
+  hid_t h5_id = -1;
+#ifdef HAS_HDF5
+  std::unique_ptr<HDF5File> h5_file;
+  if (encoding == Encoding::HDF5)
+  {
+    // Open file
+    h5_file.reset(new HDF5File(_mpi_comm.comm(), get_hdf5_filename(_filename), "w"));
+    dolfin_assert(h5_file);
+
+    // Get file handle
+    h5_id = h5_file->h5_id();
+  }
+#endif
+
+  // Create pugi doc
+  _xml_doc->reset();
+  // Add XDMF node and version attribute
+  _xml_doc->append_child(pugi::node_doctype)
+    .set_value("Xdmf SYSTEM \"Xdmf.dtd\" []");
+  pugi::xml_node xdmf_node = _xml_doc->append_child("Xdmf");
+  dolfin_assert(xdmf_node);
+
+  add_points(_mpi_comm.comm(), xdmf_node, h5_id, points);
+
+  // Save XML file (on process 0 only)
+  if (_mpi_comm.rank() == 0)
+    _xml_doc->save_file(_filename.c_str(), "  ");
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::add_points(MPI_Comm comm, pugi::xml_node& xdmf_node,
+                          hid_t h5_id, const std::vector<Point>& points)
+{
+  xdmf_node.append_attribute("Version") = "3.0";
+  xdmf_node.append_attribute("xmlns:xi") = "http://www.w3.org/2001/XInclude";
+  pugi::xml_node domain_node = xdmf_node.append_child("Domain");
+  dolfin_assert(domain_node);
+
+  // Add a Grid to the domain
+  pugi::xml_node grid_node = domain_node.append_child("Grid");
+  dolfin_assert(grid_node);
+  grid_node.append_attribute("GridType") = "Uniform";
+  grid_node.append_attribute("Name") = "Point cloud";
+
+  pugi::xml_node topology_node = grid_node.append_child("Topology");
+  dolfin_assert(topology_node);
+  const std::size_t n = points.size();
+  const std::int64_t nglobal = MPI::sum(comm, n);
+  topology_node.append_attribute("NumberOfElements")
+    = std::to_string(nglobal).c_str();
+  topology_node.append_attribute("TopologyType") = "PolyVertex";
+  topology_node.append_attribute("NodesPerElement") = 1;
+
+  pugi::xml_node geometry_node = grid_node.append_child("Geometry");
+  dolfin_assert(geometry_node);
+  geometry_node.append_attribute("GeometryType") = "XYZ";
+
+  // Pack data
+  std::vector<double> x(3*n);
+  for (std::size_t i = 0; i < n; ++i)
+    for (std::size_t j = 0; j < 3; ++j)
+      x[3*i + j] = points[i][j];
+
+  const std::vector<std::int64_t> shape = {nglobal, 3};
+  add_data_item(comm, geometry_node, h5_id, "/Points/coordinates", x, shape);
+}
+//----------------------------------------------------------------------------
+void XDMFFile::write(const std::vector<Point>& points,
+                     const std::vector<double>& values,
+                     const Encoding encoding)
+{
+  // Write clouds of points to XDMF/HDF5 with values
+  dolfin_assert(points.size() == values.size());
+
+  // Check that encoding is supported
+  check_encoding(encoding);
+
+  // Create pugi doc
+  _xml_doc->reset();
+
+  // Open a HDF5 file if using HDF5 encoding (truncate)
+  hid_t h5_id = -1;
+#ifdef HAS_HDF5
+  std::unique_ptr<HDF5File> h5_file;
+  if (encoding == Encoding::HDF5)
+  {
+    // Open file
+    h5_file.reset(new HDF5File(_mpi_comm.comm(), get_hdf5_filename(_filename), "w"));
+    dolfin_assert(h5_file);
+
+    // Get file handle
+    h5_id = h5_file->h5_id();
+  }
+#endif
+
+  // Add XDMF node and version attribute
+  _xml_doc->append_child(pugi::node_doctype)
+    .set_value("Xdmf SYSTEM \"Xdmf.dtd\" []");
+  pugi::xml_node xdmf_node = _xml_doc->append_child("Xdmf");
+  dolfin_assert(xdmf_node);
+
+  add_points(_mpi_comm.comm(), xdmf_node, h5_id, points);
+
+  // Add attribute node
+  pugi::xml_node domain_node = xdmf_node.child("Domain");
+  dolfin_assert(domain_node);
+  pugi::xml_node grid_node = domain_node.child("Grid");
+  dolfin_assert(grid_node);
+  pugi::xml_node attribute_node = grid_node.append_child("Attribute");
+  dolfin_assert(attribute_node);
+  attribute_node.append_attribute("Name") = "Point values";
+  attribute_node.append_attribute("AttributeType") = "Scalar";
+  attribute_node.append_attribute("Center") = "Node";
+
+  // Add attribute DataItem node and write data
+  std::int64_t num_values =  MPI::sum(_mpi_comm.comm(), values.size());
+  add_data_item(_mpi_comm.comm(), attribute_node, h5_id,
+                "/Points/values", values, {num_values, 1});
+
+  // Save XML file (on process 0 only)
+  if (_mpi_comm.rank() == 0)
+    _xml_doc->save_file(_filename.c_str(), "  ");
+}
+//----------------------------------------------------------------------------
+void XDMFFile::read(MeshFunction<bool>& meshfunction, std::string name)
+{
+  const std::shared_ptr<const Mesh> mesh = meshfunction.mesh();
+  dolfin_assert(mesh);
+
+  const std::size_t cell_dim = meshfunction.dim();
+  MeshFunction<std::size_t> mf(mesh, cell_dim);
+  read_mesh_function(mf, name);
+
+  for (MeshEntityIterator cell(*mesh, cell_dim); !cell.end(); ++cell)
+    meshfunction[cell->index()] = (mf[cell->index()] == 1);
+}
+//----------------------------------------------------------------------------
+void XDMFFile::read(MeshFunction<int>& meshfunction, std::string name)
+{
+  read_mesh_function(meshfunction, name);
+}
+//----------------------------------------------------------------------------
+void XDMFFile::read(MeshFunction<std::size_t>& meshfunction, std::string name)
+{
+  read_mesh_function(meshfunction, name);
+}
+//----------------------------------------------------------------------------
+void XDMFFile::read(MeshFunction<double>& meshfunction, std::string name)
+{
+  read_mesh_function(meshfunction, name);
+}
+//----------------------------------------------------------------------------
+void XDMFFile::add_mesh(MPI_Comm comm, pugi::xml_node& xml_node,
+                        hid_t h5_id, const Mesh& mesh,
+                        const std::string path_prefix)
+{
+  log(PROGRESS, "Adding mesh to node \"%s\"", xml_node.path('/').c_str());
+
+  // Add grid node and attributes
+  pugi::xml_node grid_node = xml_node.append_child("Grid");
+  dolfin_assert(grid_node);
+  grid_node.append_attribute("Name") = mesh.name().c_str();
+  grid_node.append_attribute("GridType") = "Uniform";
+
+  // Add topology node and attributes (including writing data)
+  const int tdim = mesh.topology().dim();
+  const std::int64_t num_global_cells = mesh.num_entities_global(tdim);
+  if (num_global_cells < 1e9)
+    add_topology_data<std::int32_t>(comm, grid_node, h5_id, path_prefix,
+                                    mesh, tdim);
+  else
+    add_topology_data<std::int64_t>(comm, grid_node, h5_id, path_prefix,
+                                    mesh, tdim);
+
+  // Add geometry node and attributes (including writing data)
+  add_geometry_data(comm, grid_node, h5_id, path_prefix, mesh);
+}
+//----------------------------------------------------------------------------
+void XDMFFile::add_function(MPI_Comm mpi_comm, pugi::xml_node& xml_node,
+                            hid_t h5_id, std::string h5_path,
+                            const Function& u, std::string function_name,
+                            const Mesh& mesh)
+{
+  log(PROGRESS, "Adding function to node \"%s\"", xml_node.path('/').c_str());
+
+  std::string element_family
+    = u.function_space()->element()->ufc_element()->family();
+  const std::size_t element_degree
+    = u.function_space()->element()->ufc_element()->degree();
+  const ufc::shape ufc_element_cell
+    = u.function_space()->element()->ufc_element()->cell_shape();
+
+  // Map of standard UFL family abbreviations for visualisation
+  const std::map<std::string, std::string> family_abbr = {
+    {"Lagrange", "CG"},
+    {"Discontinuous Lagrange", "DG"},
+    {"Raviart-Thomas", "RT"},
+    {"Brezzi-Douglas-Marini", "BDM"},
+    {"Crouzeix-Raviart", "CR"},
+    {"Nedelec 1st kind H(curl)", "N1curl"},
+    {"Nedelec 2nd kind H(curl)", "N2curl"},
+    {"Q", "Q"},
+    {"DQ", "DQ"}
+  };
+
+  const std::map<ufc::shape, std::string> cell_shape_repr = {
+    {ufc::shape::interval, "interval"},
+    {ufc::shape::triangle, "triangle"},
+    {ufc::shape::tetrahedron, "tetrahedron"},
+    {ufc::shape::quadrilateral, "quadrilateral"},
+    {ufc::shape::hexahedron, "hexahedron"}
+  };
+
+  // Check that element is supported
+  auto const it = family_abbr.find(element_family);
+  if (it == family_abbr.end())
+  {
+    dolfin_error("XDMFFile.cpp",
+                 "find element family",
+                 "Element %s not yet supported", element_family.c_str());
+  }
+  element_family = it->second;
+
+  // Check that cell shape is supported
+  auto it_shape = cell_shape_repr.find(ufc_element_cell);
+  if (it_shape == cell_shape_repr.end())
+  {
+    dolfin_error("XDMFFile.cpp",
+      "find element shape",
+      "Element shape not yet supported. Currently supported element shapes"
+      "are \"interval, triangle, tetrahedron, quadrilateral, hexahedron\"");
+  }
+  const std::string element_cell = it_shape->second;
+
+  // Prepare main Attribute for the FiniteElementFunction type
+  pugi::xml_node fe_attribute_node = xml_node.append_child("Attribute");
+  fe_attribute_node.append_attribute("ItemType") = "FiniteElementFunction";
+  fe_attribute_node.append_attribute("ElementFamily") = element_family.c_str();
+  fe_attribute_node.append_attribute("ElementDegree")
+    = std::to_string(element_degree).c_str();
+  fe_attribute_node.append_attribute("ElementCell") = element_cell.c_str();
+  fe_attribute_node.append_attribute("Name") = function_name.c_str();
+  fe_attribute_node.append_attribute("Center") = "Other";
+  fe_attribute_node.append_attribute("AttributeType")
+    = rank_to_string(u.value_rank()).c_str();
+
+  // Prepare and save number of dofs per cell (x_cell_dofs) and
+  // cell dofmaps (cell_dofs)
+
+  dolfin_assert(u.function_space()->dofmap());
+  const GenericDofMap& dofmap = *u.function_space()->dofmap();
+
+  const std::size_t tdim = mesh.topology().dim();
+  std::vector<dolfin::la_index> cell_dofs;
+  std::vector<std::size_t> x_cell_dofs;
+  const std::size_t n_cells = mesh.topology().ghost_offset(tdim);
+  x_cell_dofs.reserve(n_cells);
+
+  std::vector<std::size_t> local_to_global_map;
+  dofmap.tabulate_local_to_global_dofs(local_to_global_map);
+
+  // Add number of dofs for each cell
+  // Add cell dofmap
+  for (std::size_t i = 0; i != n_cells; ++i)
+  {
+    x_cell_dofs.push_back(cell_dofs.size());
+    auto cell_dofs_i = dofmap.cell_dofs(i);
+    for (Eigen::Index j = 0; j < cell_dofs_i.size(); ++j)
+    {
+      auto p = cell_dofs_i[j];
+      dolfin_assert(p < (dolfin::la_index) local_to_global_map.size());
+      cell_dofs.push_back(local_to_global_map[p]);
+    }
+  }
+
+  // Add offset to CSR index to be seamless in parallel
+  std::size_t offset = MPI::global_offset(mpi_comm, cell_dofs.size(), true);
+  std::transform(x_cell_dofs.begin(),
+                 x_cell_dofs.end(),
+                 x_cell_dofs.begin(),
+                 std::bind2nd(std::plus<std::size_t>(), offset));
+
+  const std::int64_t num_cell_dofs_global
+    = MPI::sum(mpi_comm, cell_dofs.size());
+
+  // Write dofmap = indices to the values DataItem
+  add_data_item(mpi_comm, fe_attribute_node, h5_id,
+                h5_path + "/cell_dofs", cell_dofs,
+                {num_cell_dofs_global, 1}, "UInt");
+
+  // Get all local data
+  const GenericVector& u_vector = *u.vector();
+  std::vector<double> local_data;
+  u_vector.get_local(local_data);
+
+  add_data_item(mpi_comm, fe_attribute_node, h5_id,
+                h5_path + "/vector", local_data,
+                {(std::int64_t) u_vector.size(), 1}, "Float");
+
+  if (MPI::rank(mpi_comm) == MPI::size(mpi_comm) - 1)
+    x_cell_dofs.push_back(num_cell_dofs_global);
+
+  const std::int64_t num_x_cell_dofs_global = mesh.num_entities_global(tdim) + 1;
+
+  // Write number of dofs per cell
+  add_data_item(mpi_comm, fe_attribute_node, h5_id,
+                h5_path + "/x_cell_dofs", x_cell_dofs,
+                {num_x_cell_dofs_global, 1}, "UInt");
+
+  // Save cell ordering - copy to local vector and cut off ghosts
+  std::vector<std::size_t> cells(
+    mesh.topology().global_indices(tdim).begin(),
+    mesh.topology().global_indices(tdim).begin() + n_cells);
+
+  const std::int64_t num_cells_global = mesh.num_entities_global(tdim);
+
+  add_data_item(mpi_comm, fe_attribute_node, h5_id,
+                h5_path + "/cells", cells,
+                {num_cells_global, 1}, "UInt");
+
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::read(Mesh& mesh) const
+{
+  // Extract parent filepath (required by HDF5 when XDMF stores relative path
+  // of the HDF5 files(s) and the XDMF is not opened from its own directory)
+  boost::filesystem::path xdmf_filename(_filename);
+  const boost::filesystem::path parent_path = xdmf_filename.parent_path();
+
+  if (!boost::filesystem::exists(xdmf_filename))
+  {
+    dolfin_error("XDMFFile.cpp",
+                 "open XDMF file",
+                 "XDMF file \"%s\" does not exist", _filename.c_str());
+  }
+
+  // Load XML doc from file
+  pugi::xml_document xml_doc;
+  pugi::xml_parse_result result = xml_doc.load_file(_filename.c_str());
+  dolfin_assert(result);
+
+  // Get XDMF node
+  pugi::xml_node xdmf_node = xml_doc.child("Xdmf");
+  dolfin_assert(xdmf_node);
+
+  // Get domain node
+  pugi::xml_node domain_node = xdmf_node.child("Domain");
+  dolfin_assert(domain_node);
+
+  // Get grid node
+  pugi::xml_node grid_node = domain_node.child("Grid");
+  dolfin_assert(grid_node);
+
+  // Get topology node
+  pugi::xml_node topology_node = grid_node.child("Topology");
+  dolfin_assert(topology_node);
+
+  // Get cell type
+  const auto cell_type_str = get_cell_type(topology_node);
+  const int degree = cell_type_str.second;
+
+  // Get toplogical dimensions
+  std::unique_ptr<CellType> cell_type(CellType::create(cell_type_str.first));
+  dolfin_assert(cell_type);
+  const int tdim = cell_type->dim();
+  const std::int64_t num_cells_global = get_num_cells(topology_node);
+
+  // Get geometry node
+  pugi::xml_node geometry_node = grid_node.child("Geometry");
+  dolfin_assert(geometry_node);
+
+  // Determine geometric dimension
+  pugi::xml_attribute geometry_type_attr = geometry_node.attribute("GeometryType");
+  dolfin_assert(geometry_type_attr);
+  int gdim = -1;
+  const std::string geometry_type =  geometry_type_attr.value();
+  if (geometry_type == "XY")
+    gdim = 2;
+  else if (geometry_type == "XYZ")
+    gdim = 3;
+  else
+  {
+    dolfin_error("XDMFFile.cpp",
+                 "determine geometric dimension",
+                 "GeometryType \"%s\" in XDMF file is unknown or unsupported",
+                 geometry_type.c_str());
+  }
+
+  // Get number of points from Geometry dataitem node
+  pugi::xml_node geometry_data_node = geometry_node.child("DataItem");
+  dolfin_assert(geometry_data_node);
+  const std::vector<std::int64_t> gdims = get_dataset_shape(geometry_data_node);
+  dolfin_assert(gdims.size() == 2);
+  const std::int64_t num_points_global = gdims[0];
+  dolfin_assert(gdims[1] == gdim);
+
+  // Get topology dataset node
+  pugi::xml_node topology_data_node = topology_node.child("DataItem");
+  dolfin_assert(topology_data_node);
+
+  if (_mpi_comm.size() == 1)
+  {
+    if (degree == 1)
+    {
+      build_mesh(mesh, *cell_type, num_points_global, num_cells_global,
+                 tdim, gdim, topology_data_node, geometry_data_node,
+                 parent_path);
+    }
+    else
+    {
+      dolfin_assert(degree == 2);
+      build_mesh_quadratic(mesh, *cell_type, num_points_global, num_cells_global,
+                           tdim, gdim, topology_data_node, geometry_data_node,
+                           parent_path);
+    }
+  }
+  else
+  {
+    // Build local mesh data structure
+    LocalMeshData local_mesh_data(_mpi_comm.comm());
+    build_local_mesh_data(local_mesh_data, *cell_type, num_points_global,
+                          num_cells_global,
+                          tdim, gdim,
+                          topology_data_node, geometry_data_node,
+                          parent_path);
+    local_mesh_data.check();
+
+    // Build mesh
+    const std::string ghost_mode = dolfin::parameters["ghost_mode"];
+    MeshPartitioning::build_distributed_mesh(mesh, local_mesh_data, ghost_mode);
+  }
+}
+//----------------------------------------------------------------------------
+void XDMFFile::read_checkpoint(Function& u, std::string func_name,
+                               std::int64_t counter)
+{
+  check_function_name(func_name);
+
+  log(PROGRESS, "Reading function \"%s\" from XDMF file \"%s\" with "
+      "counter %i.", func_name.c_str(), _filename.c_str(), counter);
+
+  // Extract parent filepath (required by HDF5 when XDMF stores relative path
+  // of the HDF5 files(s) and the XDMF is not opened from its own directory)
+  boost::filesystem::path xdmf_filename(_filename);
+  const boost::filesystem::path parent_path = xdmf_filename.parent_path();
+
+  if (!boost::filesystem::exists(xdmf_filename))
+  {
+    dolfin_error("XDMFFile.cpp",
+                 "open XDMF file",
+                 "XDMF file \"%s\" does not exist", _filename.c_str());
+  }
+
+  // Read XML nodes = parse XML document
+
+  // Load XML doc from file
+  pugi::xml_document xml_doc;
+  pugi::xml_parse_result result = xml_doc.load_file(_filename.c_str());
+  dolfin_assert(result);
+
+  // Find grid with name equal to the name of function we're about
+  // to save and given counter
+
+  // If counter is negative then read with respect to last element, i.e.
+  // counter = -1 == last element, counter = -2 == one before last etc.
+  std::string selector;
+  if (counter < -1)
+    selector = "position()=last()" + std::to_string(counter + 1);
+  else if (counter == -1)
+    selector = "position()=last()";
+  else
+    selector = "@Name='" + func_name + "_" + std::to_string(counter) + "'";
+
+  pugi::xml_node grid_node = xml_doc.select_node(
+      ("/Xdmf/Domain/Grid[@CollectionType='Temporal' and "
+       "@Name='" + func_name + "']/Grid[" + selector + "]").c_str()
+    ).node();
+
+  dolfin_assert(grid_node);
+
+  pugi::xml_node fe_attribute_node
+    = grid_node.select_node(
+      "Attribute[@ItemType=\"FiniteElementFunction\"]"
+    ).node();
+  dolfin_assert(fe_attribute_node);
+
+  // Get cells dofs indices = dofmap
+  pugi::xml_node cell_dofs_dataitem
+    = fe_attribute_node.select_node(
+      "DataItem[position()=1]").node();
+  dolfin_assert(cell_dofs_dataitem);
+
+  // Get vector
+  pugi::xml_node vector_dataitem
+    = fe_attribute_node.select_node(
+      "DataItem[position()=2]").node();
+  dolfin_assert(vector_dataitem);
+
+  // Get number of dofs per cell
+  pugi::xml_node x_cell_dofs_dataitem
+    = fe_attribute_node.select_node(
+      "DataItem[position()=3]").node();
+  dolfin_assert(x_cell_dofs_dataitem);
+
+  // Get cell ordering
+  pugi::xml_node cells_dataitem
+    = fe_attribute_node.select_node(
+      "DataItem[position()=4]").node();
+  dolfin_assert(cells_dataitem);
+
+  // Read dataitems
+
+  // Get existing mesh and dofmap - these should be pre-existing
+  // and set up by user when defining the Function
+  dolfin_assert(u.function_space()->mesh());
+  const Mesh &mesh = *u.function_space()->mesh();
+  dolfin_assert(u.function_space()->dofmap());
+  const GenericDofMap &dofmap = *u.function_space()->dofmap();
+
+  // Read cell ordering
+  std::vector<std::size_t> cells
+    = get_dataset<std::size_t>(_mpi_comm.comm(), cells_dataitem, parent_path);
+
+  const std::vector<std::int64_t> x_cell_dofs_shape
+    = get_dataset_shape(cells_dataitem);
+
+  // Divide cells equally between processes
+  std::pair<std::size_t, std::size_t> cell_range
+    = MPI::local_range(_mpi_comm.comm(), x_cell_dofs_shape[0]);
+
+  // Read number of dofs per cell
+  std::vector<std::size_t> x_cell_dofs
+    = get_dataset<std::size_t>(_mpi_comm.comm(), x_cell_dofs_dataitem, parent_path,
+                               std::make_pair(cell_range.first,
+                                              cell_range.second + 1));
+
+  // Read cell dofmaps
+  std::vector<dolfin::la_index> cell_dofs
+    = get_dataset<dolfin::la_index>(_mpi_comm.comm(), cell_dofs_dataitem,
+                                    parent_path,
+                                    std::make_pair(x_cell_dofs.front(),
+                                                   x_cell_dofs.back()));
+
+  const std::vector<std::int64_t> vector_shape
+    = get_dataset_shape(vector_dataitem);
+  const std::size_t num_global_dofs = vector_shape[0];
+
+  // Divide vector between processes
+  const std::pair<dolfin::la_index, dolfin::la_index> input_vector_range
+    = MPI::local_range(_mpi_comm.comm(), num_global_dofs);
+
+  // Read function vector
+  std::vector<double> vector
+    = get_dataset<double>(_mpi_comm.comm(), vector_dataitem, parent_path,
+                          input_vector_range);
+
+  GenericVector& x = *u.vector();
+
+  HDF5Utility::set_local_vector_values(_mpi_comm.comm(), x, mesh, cells,
+                                       cell_dofs, x_cell_dofs, vector,
+                                       input_vector_range, dofmap);
+}
+//----------------------------------------------------------------------------
+void XDMFFile::build_mesh_quadratic(Mesh& mesh, const CellType& cell_type,
+                          std::int64_t num_points, std::int64_t num_cells,
+                          int tdim, int gdim,
+                          const pugi::xml_node& topology_dataset_node,
+                          const pugi::xml_node& geometry_dataset_node,
+                          const boost::filesystem::path& relative_path)
+{
+  // Get the topology data
+  dolfin_assert(topology_dataset_node);
+  std::vector<std::int32_t> topology_data
+    = get_dataset<std::int32_t>(mesh.mpi_comm(), topology_dataset_node,
+                                relative_path);
+  dolfin_assert(topology_data.size() % num_cells == 0);
+  const int num_points_per_cell = topology_data.size()/num_cells;
+  const int num_vertices_per_cell = cell_type.num_entities(0);
+  const int num_edges_per_cell = cell_type.num_entities(1);
+  dolfin_assert(num_points_per_cell == num_vertices_per_cell + num_edges_per_cell);
+
+  const boost::const_multi_array_ref<std::int32_t, 2>
+    topology_data_array(topology_data.data(),
+                        boost::extents[num_cells][num_points_per_cell]);
+
+  // Get set of indices for vertices
+  dolfin::Set<std::int32_t> vertex_indices;
+  for(unsigned int i = 0; i < num_cells; ++i)
+  {
+    for (int j = 0; j < num_vertices_per_cell; ++j)
+      vertex_indices.insert(topology_data_array[i][j]);
+  }
+  vertex_indices.sort();
+
+  // Get the geometry data
+  dolfin_assert(geometry_dataset_node);
+  std::vector<double> geometry_data
+    = get_dataset<double>(mesh.mpi_comm(), geometry_dataset_node,
+                          relative_path);
+
+  MeshEditor mesh_editor;
+  mesh_editor.open(mesh, cell_type.cell_type(), tdim, gdim, 2);
+
+  mesh_editor.init_vertices(vertex_indices.size());
+  int c = 0;
+  for (const auto &q : vertex_indices.set())
+  {
+    mesh_editor.add_vertex(c, Point(gdim, &geometry_data[q*gdim]));
+    ++c;
+  }
+
+  mesh_editor.init_cells(num_cells);
+  std::vector<unsigned int> pts(num_vertices_per_cell);
+  for(int i = 0; i < num_cells; ++i)
+  {
+    for (int j = 0; j < num_vertices_per_cell; ++j)
+    {
+      pts[j] = std::lower_bound(vertex_indices.set().begin(),
+                                vertex_indices.set().end(),
+                                topology_data_array[i][j])
+        - vertex_indices.set().begin();
+    }
+    mesh_editor.add_cell(i, pts);
+  }
+
+  std::vector<std::size_t> edge_mapping;
+  if (tdim == 1)
+    edge_mapping = {0};
+  else if (tdim == 2)
+    edge_mapping = {1, 2, 0};
+  else
+    edge_mapping = {5, 4, 1, 3, 2, 0};
+
+  mesh_editor.init_entities();
+  for(unsigned int i = 0; i < num_cells; ++i)
+  {
+    unsigned int j = 0;
+    for (EdgeIterator e(Cell(mesh, i)); !e.end(); ++e)
+    {
+      // fixme: permute j
+      const int32_t c = topology_data_array[i][num_vertices_per_cell + edge_mapping[j]];
+      Point p(gdim, &geometry_data[c*gdim]);
+      mesh_editor.add_entity_point(1, 0, e->index(), p);
+      ++j;
+    }
+  }
+  mesh_editor.close();
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::build_mesh(Mesh& mesh, const CellType& cell_type,
+                          std::int64_t num_points, std::int64_t num_cells,
+                          int tdim, int gdim,
+                          const pugi::xml_node& topology_dataset_node,
+                          const pugi::xml_node& geometry_dataset_node,
+                          const boost::filesystem::path& relative_path)
+{
+  MeshEditor mesh_editor;
+
+  mesh_editor.open(mesh, cell_type.cell_type(), tdim, gdim);
+
+  // Get topology data vector and add to mesh
+  {
+    // Get the data
+    dolfin_assert(topology_dataset_node);
+    std::vector<std::int32_t> topology_data
+      = get_dataset<std::int32_t>(mesh.mpi_comm(), topology_dataset_node,
+                                  relative_path);
+
+    // Check dims
+
+    // Prepare mesh editor for addition of cells
+    mesh_editor.init_cells_global(num_cells, num_cells);
+
+    // Prepare mesh editor for addition of cells, and add cell topology
+    const size_t num_vertices_per_cell = cell_type.num_vertices();
+    std::vector<size_t> cell_topology(num_vertices_per_cell);
+    std::vector<size_t> cell_topology_permuted(num_vertices_per_cell);
+
+    // Load VTK permutation mapping specific to the cell type
+    const std::vector<std::int8_t> perm = cell_type.vtk_mapping();
+
+    // Iterate over each cell and read permuted topology
+    for (std::int64_t i = 0; i < num_cells; ++i) {
+      cell_topology.assign(topology_data.begin() + i * num_vertices_per_cell,
+                           topology_data.begin() + (i + 1) * num_vertices_per_cell);
+
+      // Apply permutation and store topology as permuted topology
+      for (unsigned int j = 0; j < num_vertices_per_cell; ++j) {
+        cell_topology_permuted[j] = cell_topology[perm[j]];
+      }
+
+      mesh_editor.add_cell(i, cell_topology_permuted);
+    }
+  }
+
+  // Get geometry data vector and add to mesh
+  {
+    // Get geometry data
+    dolfin_assert(geometry_dataset_node);
+    std::vector<double> geometry_data
+      = get_dataset<double>(mesh.mpi_comm(), geometry_dataset_node, relative_path);
+
+    // Check dims
+
+    // Prepare mesh editor for addition of points, and add points
+    mesh_editor.init_vertices_global(num_points, num_points);
+    Point p;
+    for (std::int64_t i = 0; i < num_points; ++i)
+    {
+      for (int j = 0; j < gdim; ++j)
+        p[j] = geometry_data[i*gdim + j];
+      mesh_editor.add_vertex(i, p);
+    }
+  }
+
+  mesh_editor.close();
+}
+//----------------------------------------------------------------------------
+void
+XDMFFile::build_local_mesh_data(LocalMeshData& local_mesh_data,
+                                const CellType& cell_type,
+                                std::int64_t num_points_global,
+                                std::int64_t num_cells_global,
+                                int tdim, int gdim,
+                                const pugi::xml_node& topology_dataset_node,
+                                const pugi::xml_node& geometry_dataset_node,
+                                const boost::filesystem::path& relative_path)
+{
+  // -- Topology --
+
+  // Get number of vertices per cell from CellType
+  const int num_vertices_per_cell = cell_type.num_entities(0);
+
+  // Set topology attributes
+  local_mesh_data.topology.dim = cell_type.dim();
+  local_mesh_data.topology.cell_type = cell_type.cell_type();
+  local_mesh_data.topology.num_vertices_per_cell = num_vertices_per_cell;
+  local_mesh_data.topology.num_global_cells = num_cells_global;
+
+  // Get share of topology data
+  dolfin_assert(topology_dataset_node);
+  const auto topology_data = get_dataset<std::int64_t>(local_mesh_data.mpi_comm(),
+                                                       topology_dataset_node,
+                                                       relative_path);
+  dolfin_assert(topology_data.size() % num_vertices_per_cell == 0);
+
+  // Wrap topology data as multi-dimensional array
+  const int num_local_cells = topology_data.size()/num_vertices_per_cell;
+  const boost::const_multi_array_ref<std::int64_t, 2>
+    topology_data_array(topology_data.data(),
+                        boost::extents[num_local_cells][num_vertices_per_cell]);
+
+  // Remap vertices to DOLFIN ordering from VTK/XDMF ordering
+  local_mesh_data.topology.cell_vertices.resize(boost::extents[num_local_cells][num_vertices_per_cell]);
+  const std::vector<std::int8_t> perm = cell_type.vtk_mapping();
+  for (int i = 0; i < num_local_cells; ++i)
+  {
+    for (int j = 0; j < num_vertices_per_cell; ++j)
+      local_mesh_data.topology.cell_vertices[i][j] = topology_data_array[i][perm[j]];
+  }
+
+  // Set cell global indices by adding offset
+  const std::int64_t cell_index_offset
+    = MPI::global_offset(local_mesh_data.mpi_comm(), num_local_cells, true);
+  local_mesh_data.topology.global_cell_indices.resize(num_local_cells);
+  std::iota(local_mesh_data.topology.global_cell_indices.begin(),
+            local_mesh_data.topology.global_cell_indices.end(),
+            cell_index_offset);
+
+  // -- Geometry --
+
+  // Set geometry attributes
+  local_mesh_data.geometry.num_global_vertices = num_points_global;
+  local_mesh_data.geometry.dim = gdim;
+
+  // Read geometry dataset
+  dolfin_assert(geometry_dataset_node);
+  const auto geometry_data = get_dataset<double>(local_mesh_data.mpi_comm(),
+                                                 geometry_dataset_node,
+                                                 relative_path);
+  dolfin_assert(geometry_data.size() % gdim == 0);
+
+  // Deduce number of vertices that have been read on this process
+  const int num_local_vertices = geometry_data.size()/gdim;
+
+  // Copy geometry data into LocalMeshData
+  local_mesh_data.geometry.vertex_coordinates.resize(boost::extents[num_local_vertices][gdim]);
+  std::copy(geometry_data.begin(), geometry_data.end(),
+            local_mesh_data.geometry.vertex_coordinates.data());
+
+  // vertex offset
+  const std::int64_t vertex_index_offset
+    = MPI::global_offset(local_mesh_data.mpi_comm(), num_local_vertices, true);
+  local_mesh_data.geometry.vertex_indices.resize(num_local_vertices);
+  std::iota(local_mesh_data.geometry.vertex_indices.begin(),
+            local_mesh_data.geometry.vertex_indices.end(),
+            vertex_index_offset);
+}
+//----------------------------------------------------------------------------
+template<typename T>
+void XDMFFile::add_topology_data(MPI_Comm comm, pugi::xml_node& xml_node,
+                                 hid_t h5_id, const std::string path_prefix,
+                                 const Mesh& mesh, int cell_dim)
+{
+  // Get number of cells (global) and vertices per cell from mesh
+  const std::int64_t num_cells = mesh.topology().size_global(cell_dim);
+  int num_nodes_per_cell = mesh.type().num_vertices(cell_dim);
+  const int degree = mesh.geometry().degree();
+  if (degree == 2)
+  {
+    dolfin_assert(cell_dim == (int)mesh.topology().dim());
+    num_nodes_per_cell += mesh.type().num_entities(1);
+  }
+
+  // Get VTK string for cell type
+  const std::string vtk_cell_str
+    = vtk_cell_type_str(mesh.type().entity_type(cell_dim), degree);
+
+  pugi::xml_node topology_node = xml_node.append_child("Topology");
+  dolfin_assert(topology_node);
+  topology_node.append_attribute("NumberOfElements") = std::to_string(num_cells).c_str();
+  topology_node.append_attribute("TopologyType") = vtk_cell_str.c_str();
+  topology_node.append_attribute("NodesPerElement") = num_nodes_per_cell;
+
+  // Compute packed topology data
+  std::vector<T> topology_data;
+
+  dolfin_assert(degree == 1 or degree == 2);
+  if (degree == 1)
+    topology_data = compute_topology_data<T>(mesh, cell_dim);
+  else
+    topology_data = compute_quadratic_topology<T>(mesh);
+
+  // Add topology DataItem node
+  const std::string group_name = path_prefix + "/" + mesh.name();
+  const std::string h5_path = group_name + "/topology";
+  const std::vector<std::int64_t> shape = {num_cells, num_nodes_per_cell};
+  const std::string number_type = "UInt";
+
+  add_data_item(comm, topology_node, h5_id, h5_path,
+                topology_data, shape, number_type);
+}
+//-----------------------------------------------------------------------------
+void XDMFFile::add_geometry_data(MPI_Comm comm, pugi::xml_node& xml_node,
+                                 hid_t h5_id, const std::string path_prefix,
+                                 const Mesh& mesh)
+{
+  const MeshGeometry& mesh_geometry = mesh.geometry();
+  int gdim = mesh_geometry.dim();
+
+  // Compute number of points (global) in mesh (equal to number of vertices
+  // for affine meshes)
+  const int degree = mesh_geometry.degree();
+  dolfin_assert(degree == 1 or degree == 2);
+  const std::int64_t num_points
+    = (degree == 1) ? mesh.num_entities_global(0) : (mesh.num_entities(0) + mesh.num_entities(1));
+
+  // Add geometry node and attributes
+  pugi::xml_node geometry_node = xml_node.append_child("Geometry");
+  dolfin_assert(geometry_node);
+  dolfin_assert(gdim > 0 and gdim <= 3);
+  const std::string geometry_type = (gdim == 3) ? "XYZ" : "XY";
+  geometry_node.append_attribute("GeometryType") = geometry_type.c_str();
+
+  // Pack geometry data
+  std::vector<double> x;
+  if (degree == 1)
+    x = DistributedMeshTools::reorder_vertices_by_global_indices(mesh);
+  else
+    x = mesh_geometry.x();
+
+  // XDMF does not support 1D, so handle as special case
+  if (gdim == 1)
+  {
+    // Pad the coordinates with zeros for a dummy Y
+    gdim = 2;
+    std::vector<double> _x(2*x.size(), 0.0);
+    for (std::size_t i = 0; i < x.size(); ++i)
+      _x[2*i] = x[i];
+    std::swap(x, _x);
+  }
+
+  // Add geometry DataItem node
+  const std::string group_name = path_prefix + "/" + mesh.name();
+  const std::string h5_path = group_name + "/geometry";
+  const std::vector<std::int64_t> shape = {num_points, gdim};
+
+  add_data_item(comm, geometry_node, h5_id, h5_path, x, shape);
+}
+//-----------------------------------------------------------------------------
+template<typename T>
+void XDMFFile::add_data_item(MPI_Comm comm, pugi::xml_node& xml_node,
+                             hid_t h5_id, const std::string h5_path, const T& x,
+                             const std::vector<std::int64_t> shape,
+                             const std::string number_type)
+{
+
+  log(DBG, "Adding data item to node %s", xml_node.path().c_str());
+
+  // Add DataItem node
+  dolfin_assert(xml_node);
+  pugi::xml_node data_item_node = xml_node.append_child("DataItem");
+  dolfin_assert(data_item_node);
+
+  // Add dimensions attribute
+  data_item_node.append_attribute("Dimensions")
+    = container_to_string(shape, " ", 16).c_str();
+
+  // Set type for topology data (needed by XDMF to prevent default to float)
+  if (!number_type.empty())
+    data_item_node.append_attribute("NumberType") = number_type.c_str();
+
+  // Add format attribute
+  if (h5_id < 0)
+  {
+    data_item_node.append_attribute("Format") = "XML";
+    dolfin_assert(shape.size() == 2);
+    data_item_node.append_child(pugi::node_pcdata)
+      .set_value(container_to_string(x, " ", 16, shape[1]).c_str());
+  }
+  else
+  {
+#ifdef HAS_HDF5
+    data_item_node.append_attribute("Format") = "HDF";
+
+    // Get name of HDF5 file
+    const std::string hdf5_filename = HDF5Interface::get_filename(h5_id);
+    const boost::filesystem::path p(hdf5_filename);
+
+    // Add HDF5 filename and HDF5 internal path to XML file
+    const std::string xdmf_path = p.filename().string() + ":" + h5_path;
+    data_item_node.append_child(pugi::node_pcdata).set_value(xdmf_path.c_str());
+
+    // Compute total number of items and check for consistency with shape
+    dolfin_assert(!shape.empty());
+    std::int64_t num_items_total = 1;
+    for (auto n : shape)
+      num_items_total *= n;
+
+    dolfin_assert(num_items_total == (std::int64_t) MPI::sum(comm, x.size()));
+
+    // Compute data offset and range of values
+    std::int64_t local_shape0 = x.size();
+    for (std::size_t i = 1; i < shape.size(); ++i)
+    {
+      dolfin_assert(local_shape0 % shape[i] == 0);
+      local_shape0 /= shape[i];
+    }
+    const std::int64_t offset = MPI::global_offset(comm, local_shape0, true);
+    const std::pair<std::int64_t, std::int64_t> local_range
+      = {offset, offset + local_shape0};
+
+    const bool use_mpi_io = (MPI::size(comm) > 1);
+    HDF5Interface::write_dataset(h5_id, h5_path, x, local_range, shape, use_mpi_io,
+                                 false);
+
+    // Add partitioning attribute to dataset
+    std::vector<std::size_t> partitions;
+    std::vector<std::size_t> offset_tmp(1, offset);
+    MPI::gather(comm, offset_tmp, partitions);
+    MPI::broadcast(comm, partitions);
+    HDF5Interface::add_attribute(h5_id, h5_path, "partition", partitions);
+
+#else
+    // Should never reach this point
+    dolfin_error("XDMFFile.cpp",
+                 "add dataitem",
+                 "DOLFIN has not been configured with HDF5");
+#endif
+  }
+}
+//----------------------------------------------------------------------------
+std::set<unsigned int>
+XDMFFile::compute_nonlocal_entities(const Mesh& mesh, int cell_dim)
+{
+  // If not already numbered, number entities of
+  // order cell_dim so we can get shared_entities
+  DistributedMeshTools::number_entities(mesh, cell_dim);
+
+  const std::size_t mpi_rank = MPI::rank(mesh.mpi_comm());
+  const std::map<std::int32_t, std::set<unsigned int>>& shared_entities
+    = mesh.topology().shared_entities(cell_dim);
+
+  std::set<unsigned int> non_local_entities;
+
+  const std::size_t tdim = mesh.topology().dim();
+  bool ghosted
+    = (mesh.topology().size(tdim) > mesh.topology().ghost_offset(tdim));
+
+  if (!ghosted)
+  {
+    // No ghost cells - exclude shared entities
+    // which are on lower rank processes
+    for (const auto &e : shared_entities)
+    {
+      const unsigned int lowest_rank_owner = *(e.second.begin());
+      if (lowest_rank_owner < mpi_rank)
+        non_local_entities.insert(e.first);
+    }
+  }
+  else
+  {
+    // Iterate through ghost cells, adding non-ghost entities
+    // which are in lower rank process cells
+    for (MeshEntityIterator c(mesh, tdim, "ghost"); !c.end(); ++c)
+    {
+      const unsigned int cell_owner = c->owner();
+      for (MeshEntityIterator e(*c, cell_dim); !e.end(); ++e)
+        if (!e->is_ghost() && cell_owner < mpi_rank)
+          non_local_entities.insert(e->index());
+    }
+  }
+  return non_local_entities;
+}
+//-----------------------------------------------------------------------------
+template<typename T>
+std::vector<T> XDMFFile::compute_topology_data(const Mesh& mesh, int cell_dim)
+{
+  // Create vector to store topology data
+  const int num_vertices_per_cell = mesh.type().num_vertices(cell_dim);
+  std::vector<T> topology_data;
+  topology_data.reserve(mesh.num_entities(cell_dim)*(num_vertices_per_cell));
+
+  // Get mesh communicator
+  MPI_Comm comm = mesh.mpi_comm();
+
+  const std::vector<std::int8_t> perm = mesh.type().vtk_mapping();
+  const int tdim = mesh.topology().dim();
+  if (MPI::size(comm) == 1 or cell_dim == tdim)
+  {
+    // Simple case when nothing is shared between processes
+    if (cell_dim == 0)
+    {
+      for (VertexIterator v(mesh); !v.end(); ++v)
+        topology_data.push_back(v->global_index());
+    }
+    else
+    {
+      const auto& global_vertices
+        = mesh.topology().global_indices(0);
+      for (MeshEntityIterator c(mesh, cell_dim); !c.end(); ++c)
+      {
+        const unsigned int* entities = c->entities(0);
+        for (unsigned int i = 0; i != c->num_entities(0); ++i)
+          topology_data.push_back(global_vertices[entities[perm[i]]]);
+      }
+    }
+  }
+  else
+  {
+    std::set<unsigned int> non_local_entities
+      = compute_nonlocal_entities(mesh, cell_dim);
+
+    if (cell_dim == 0)
+    {
+      // Special case for mesh of points
+      for (VertexIterator v(mesh); !v.end(); ++v)
+      {
+        if (non_local_entities.find(v->index())
+            == non_local_entities.end())
+          topology_data.push_back(v->global_index());
+      }
+    }
+    else
+    {
+      // Local-to-global map for point indices
+      const auto& global_vertices
+        = mesh.topology().global_indices(0);
+      for (MeshEntityIterator e(mesh, cell_dim); !e.end(); ++e)
+      {
+        // If not excluded, add to topology
+        if (non_local_entities.find(e->index())
+            == non_local_entities.end())
+        {
+          for (unsigned int i = 0; i != e->num_entities(0); ++i)
+          {
+            const unsigned int local_idx = e->entities(0)[perm[i]];
+            topology_data.push_back(global_vertices[local_idx]);
+          }
+        }
+      }
+    }
+  }
+
+  return topology_data;
+}
+//-----------------------------------------------------------------------------
+template<typename T>
+std::vector<T> XDMFFile::compute_quadratic_topology(const Mesh& mesh)
+{
+  const MeshGeometry& geom = mesh.geometry();
+
+  if (geom.degree() != 2 or MPI::size(mesh.mpi_comm()) != 1)
+  {
+    dolfin_error("XDMFFile.cpp",
+                 "create topology data",
+                 "XDMF quadratic mesh only supported in serial");
+  }
+
+  const std::size_t tdim = mesh.topology().dim();
+  std::vector<std::size_t> edge_mapping;
+  if (tdim == 1)
+    edge_mapping = {0};
+  else if (tdim == 2)
+    edge_mapping = {2, 0, 1};
+  else
+    edge_mapping = {5, 2, 4, 3, 1, 0};
+
+  // Get number of points per cell
+  const CellType& celltype = mesh.type();
+  std::size_t npoint = celltype.num_entities(0) + celltype.num_entities(1);
+  std::vector<T> topology_data;
+  topology_data.reserve(npoint*mesh.num_entities(tdim));
+
+  for (CellIterator c(mesh); !c.end(); ++c)
+  {
+    // Add indices for vertices and edges
+    for (unsigned int dim = 0; dim != 2; ++dim)
+    {
+      for (unsigned int i = 0; i != celltype.num_entities(dim); ++i)
+      {
+        std::size_t im = (dim == 0) ? i : edge_mapping[i];
+        const std::size_t entity_index
+          = (dim == tdim) ? c->index() : c->entities(dim)[im];
+        const std::size_t local_idx
+          = geom.get_entity_index(dim, 0, entity_index);
+        topology_data.push_back(local_idx);
+      }
+    }
+  }
+  return topology_data;
+}
+//-----------------------------------------------------------------------------
+template<typename T>
+std::vector<T> XDMFFile::compute_value_data(const MeshFunction<T>& meshfunction)
+{
+  // Create vector to store data
+  std::vector<T> value_data;
+  value_data.reserve(meshfunction.size());
+
+  // Get mesh communicator
+  const auto mesh = meshfunction.mesh();
+  MPI_Comm comm = mesh->mpi_comm();
+
+  const int tdim = mesh->topology().dim();
+  const int cell_dim = meshfunction.dim();
+
+  if (MPI::size(comm) == 1 or cell_dim == tdim)
+  {
+    // FIXME: fail with ghosts?
+    value_data.resize(meshfunction.size());
+    std::copy(meshfunction.values(),
+              meshfunction.values() + meshfunction.size(),
+              value_data.begin());
+  }
+  else
+  {
+    std::set<unsigned int> non_local_entities
+      = compute_nonlocal_entities(*mesh, cell_dim);
+
+    for (MeshEntityIterator e(*mesh, cell_dim); !e.end(); ++e)
+    {
+      if (non_local_entities.find(e->index())
+          == non_local_entities.end())
+        value_data.push_back(meshfunction[*e]);
+    }
+  }
+
+  return value_data;
+}
+//----------------------------------------------------------------------------
+std::pair<std::string, int>
+XDMFFile::get_cell_type(const pugi::xml_node& topology_node)
+{
+  dolfin_assert(topology_node);
+  pugi::xml_attribute type_attr = topology_node.attribute("TopologyType");
+  dolfin_assert(type_attr);
+
+  const std::map<std::string, std::pair<std::string, int>> xdmf_to_dolfin
+    = {
+    {"polyvertex", {"point", 1}},
+    {"polyline", {"interval", 1}},
+    {"edge_3", {"interval", 2}},
+    {"triangle", {"triangle", 1}},
+    {"triangle_6", {"triangle", 2}},
+    {"tetrahedron", {"tetrahedron", 1}},
+    {"tet_10", {"tetrahedron", 2}},
+    {"quadrilateral", {"quadrilateral", 1}},
+    {"hexahedron", {"hexahedron", 1}},
+  };
+
+  // Convert XDMF cell type string to DOLFIN cell type string
+  std::string cell_type = type_attr.as_string();
+  boost::algorithm::to_lower(cell_type);
+  auto it = xdmf_to_dolfin.find(cell_type);
+  if (it == xdmf_to_dolfin.end())
+  {
+    dolfin_error("XDMFFile.cpp",
+                 "recognise cell type",
+                 "Unknown value \"%s\"", cell_type.c_str());
+  }
+  return it->second;
+}
+//----------------------------------------------------------------------------
+std::vector<std::int64_t>
+XDMFFile::get_dataset_shape(const pugi::xml_node& dataset_node)
+{
+  // Get Dimensions attribute string
+  dolfin_assert(dataset_node);
+  pugi::xml_attribute dimensions_attr = dataset_node.attribute("Dimensions");
+
+  // Gets dimensions, if attribute is present
+  std::vector<std::int64_t> dims;
+  if (dimensions_attr)
+  {
+    // Split dimensions string
+    const std::string dims_str = dimensions_attr.as_string();
+    std::vector<std::string> dims_list;
+    boost::split(dims_list, dims_str, boost::is_any_of(" "));
+
+    // Cast dims to integers
+    for (auto d : dims_list)
+      dims.push_back(boost::lexical_cast<std::int64_t>(d));
+  }
+
+  return dims;
+}
+//----------------------------------------------------------------------------
+std::int64_t XDMFFile::get_num_cells(const pugi::xml_node& topology_node)
+{
+  dolfin_assert(topology_node);
+
+  // Get number of cells from topology
+  std::int64_t num_cells_topolgy = -1;
+  pugi::xml_attribute num_cells_attr = topology_node.attribute("NumberOfElements");
+  if (num_cells_attr)
+    num_cells_topolgy = num_cells_attr.as_llong();
+
+  // Get number of cells from topology dataset
+  pugi::xml_node topology_dataset_node = topology_node.child("DataItem");
+  dolfin_assert(topology_dataset_node);
+  const std::vector<std::int64_t> tdims = get_dataset_shape(topology_dataset_node);
+
+  // Check that number of cells can be determined
+  if (tdims.size() != 2 and num_cells_topolgy == -1)
+  {
+    dolfin_error("XDMFFile.cpp",
+                 "determine number of cells",
+                 "Cannot determine number of cells if XMDF mesh");
+  }
+
+  // Check for consistency if number of cells appears in both the topology
+  // and DataItem nodes
+  if (num_cells_topolgy != -1 and tdims.size() == 2)
+  {
+    if (num_cells_topolgy != tdims[0])
+    {
+      dolfin_error("XDMFFile.cpp",
+                   "determine number of cells",
+                   "Cannot determine number of cells if XMDF mesh");
+     }
+  }
+
+  return std::max(num_cells_topolgy, tdims[0]);
+}
+//----------------------------------------------------------------------------
+template <typename T>
+std::vector<T> XDMFFile::get_dataset(MPI_Comm comm,
+                                    const pugi::xml_node& dataset_node,
+                                    const boost::filesystem::path& parent_path,
+                                    std::pair<std::int64_t, std::int64_t> range)
+{
+  // FIXME: Need to sort out datasset dimensions - can't depend on
+  // HDF5 shape, and a Topology data item is not required to have a
+  // 'Dimensions' attribute since the dimensions can be determined
+  // from the number of cells and the cell type (for topology, one
+  // must supply cell type + (number of cells or dimensions).
+  //
+  // A geometry data item must have 'Dimensions' attribute.
+
+  dolfin_assert(dataset_node);
+  pugi::xml_attribute format_attr = dataset_node.attribute("Format");
+  dolfin_assert(format_attr);
+
+  // Get data set shape from 'Dimensions' attribute (empty if not available)
+  const std::vector<std::int64_t> shape_xml = get_dataset_shape(dataset_node);
+
+  const std::string format = format_attr.as_string();
+  std::vector<T> data_vector;
+  // Only read ASCII on process 0
+  if (format == "XML")
+  {
+    if (MPI::rank(comm) == 0)
+    {
+      // Read data and trim any leading/trailing whitespace
+      pugi::xml_node data_node = dataset_node.first_child();
+      dolfin_assert(data_node);
+      std::string data_str = data_node.value();
+
+      // Split data based on spaces and line breaks
+      std::vector<boost::iterator_range<std::string::iterator>> data_vector_str;
+      boost::split(data_vector_str, data_str, boost::is_any_of(" \n"));
+
+      // Add data to numerical vector
+      data_vector.reserve(data_vector_str.size());
+      for (auto& v : data_vector_str)
+      {
+        if (v.begin() != v.end())
+          data_vector.push_back(boost::lexical_cast<T>(boost::copy_range<std::string>(v)));
+      }
+    }
+  }
+  else if (format == "HDF")
+  {
+    #ifdef HAS_HDF5
+    // Get file and data path
+    auto paths = get_hdf5_paths(dataset_node);
+
+    // Handle cases where file path is (a) absolute or (b) relative
+    boost::filesystem::path h5_filepath(paths[0]);
+    if (!h5_filepath.is_absolute())
+      h5_filepath = parent_path / h5_filepath;
+
+    // Open HDF5 for reading
+    HDF5File h5_file(comm, h5_filepath.string(), "r");
+
+    // Get data shape from HDF5 file
+    const std::vector<std::int64_t> shape_hdf5
+      = HDF5Interface::get_dataset_shape(h5_file.h5_id(), paths[1]);
+
+    // FIXME: should we support empty data sets?
+    // Check that data set is not empty
+    dolfin_assert(!shape_hdf5.empty());
+    dolfin_assert(shape_hdf5[0] != 0);
+
+    // Determine range of data to read from HDF5 file. This is
+    // complicated by the XML Dimension attribute and the HDF5 storage
+    // possibly having different shapes, e.g. the HDF5 storgae may be a
+    // flat array.
+
+    // If range = {0, 0} then no range is supplied
+    // and we must determine the range
+    if (range.first == 0 and range.second == 0)
+    {
+      if (shape_xml == shape_hdf5)
+        range = MPI::local_range(comm, shape_hdf5[0]);
+      else if (!shape_xml.empty() and shape_hdf5.size() == 1)
+      {
+        // Size of dims > 0
+        std::int64_t d = 1;
+        for (std::size_t i = 1; i < shape_xml.size(); ++i)
+          d *= shape_xml[i];
+
+        // Check for data size consistency
+        if (d * shape_xml[0] != shape_hdf5[0])
+        {
+          dolfin_error("XDMFFile.cpp",
+                       "reading data from XDMF file",
+                       "Data size in XDMF/XML and size of HDF5 dataset are inconsistent");
+        }
+
+        // Compute data range to read
+        range = MPI::local_range(comm, shape_xml[0]);
+        range.first *= d;
+        range.second *= d;
+      }
+      else
+      {
+        dolfin_error("XDMFFile.cpp",
+                     "reading data from XDMF file",
+                     "This combination of array shapes in XDMF and HDF5 not supported");
+      }
+    }
+
+    // Retrieve data
+    HDF5Interface::read_dataset(h5_file.h5_id(), paths[1], range, data_vector);
+    #else
+    // Should never reach this point
+    dolfin_error("XDMFFile.cpp",
+                 "get dataset",
+                 "DOLFIN has not been configured with HDF5");
+    #endif
+  }
+  else
+  {
+    dolfin_error("XDMFFile.cpp",
+                 "reading data from XDMF file",
+                 "Storage format \"%s\" is unknown", format.c_str());
+  }
+
+  // Get dimensions for consistency (if available in DataItem node)
+  if (shape_xml.empty())
+  {
+    std::int64_t size = 1;
+    for (auto dim : shape_xml)
+      size *= dim;
+
+    if (size != (std::int64_t) MPI::sum(comm, data_vector.size()))
+    {
+      dolfin_error("XDMFFile.cpp",
+                   "reading data from XDMF file",
+                   "Data sizes in attribute and size of data read are inconsistent");
+     }
+   }
+
+   return data_vector;
+}
+//----------------------------------------------------------------------------
+std::array<std::string, 2> XDMFFile::get_hdf5_paths(const pugi::xml_node& dataitem_node)
+{
+  // Check that node is a DataItem node
+  dolfin_assert(dataitem_node);
+  xmlutils::check_node_name(dataitem_node, "DataItem");
+
+  // Check that format is HDF
+  pugi::xml_attribute format_attr = dataitem_node.attribute("Format");
+  dolfin_assert(format_attr);
+  const std::string format = format_attr.as_string();
+  if (format.compare("HDF") != 0)
+  {
+    dolfin_error("XDMFFile.cpp",
+                 "extracting HDF5 filename and data path",
+                 "DataItem format \"%s\" is not \"HDF\"", format.c_str());
+  }
+
+  // Get path data
+  pugi::xml_node path_node = dataitem_node.first_child();
+  dolfin_assert(path_node);
+
+  // Create string from path and trim leading and trailing whitespace
+  std::string path = path_node.text().get();
+  boost::algorithm::trim(path);
+
+  // Split string into file path and HD5 internal path
+  std::vector<std::string> paths;
+  boost::split(paths, path, boost::is_any_of(":"));
+  dolfin_assert(paths.size() == 2);
+
+  return {{paths[0], paths[1]}};
+}
+//-----------------------------------------------------------------------------
+template<typename T>
+void XDMFFile::read_mesh_function(MeshFunction<T>& meshfunction,
+                                  std::string name)
+{
+  // Load XML doc from file
+  pugi::xml_document xml_doc;
+  pugi::xml_parse_result result = xml_doc.load_file(_filename.c_str());
+  dolfin_assert(result);
+
+  // Get XDMF node
+  pugi::xml_node xdmf_node = xml_doc.child("Xdmf");
+  dolfin_assert(xdmf_node);
+
+  // Get domain node
+  pugi::xml_node domain_node = xdmf_node.child("Domain");
+  dolfin_assert(domain_node);
+
+  // Check all top level Grid nodes for suitable dataset
+  pugi::xml_node grid_node;
+  pugi::xml_node value_node;
+
+  // Using lambda to exit nested loops
+  [&] {
+    for (pugi::xml_node node : domain_node.children("Grid"))
+    {
+      for (pugi::xml_node attr_node : node.children("Attribute"))
+      {
+        if (attr_node
+            and (name == "" or name == attr_node.attribute("Name").as_string()))
+        {
+          grid_node = node;
+          value_node = attr_node;
+          return;
+        }
+      }
+    }
+  }();
+
+  // Check if a TimeSeries (old format), in which case the Grid will be down
+  // one level
+  if (!grid_node)
+  {
+    pugi::xml_node grid_node1 = domain_node.child("Grid");
+    if (grid_node1)
+    {
+      for (pugi::xml_node node : grid_node1.children("Grid"))
+      {
+        pugi::xml_node attr_node = node.child("Attribute");
+        if (attr_node
+            and (name == "" or name == attr_node.attribute("Name").as_string()))
+        {
+          grid_node = node;
+          value_node = attr_node;
+          break;
+        }
+      }
+    }
+  }
+
+  // Still can't find it
+  if (!grid_node)
+  {
+    dolfin_error("XDMFFile.cpp",
+                 "open MeshFunction for reading",
+                 "Mesh Grid with data Attribute not found in XDMF");
+  }
+
+  // Get topology node
+  pugi::xml_node topology_node = grid_node.child("Topology");
+  dolfin_assert(topology_node);
+
+  // Get existing Mesh of MeshFunction
+  const auto mesh = meshfunction.mesh();
+
+  // Get cell type and topology of MeshFunction (may be different from Mesh)
+  const auto cell_type_str = get_cell_type(topology_node);
+  dolfin_assert(cell_type_str.second == 1);
+  std::unique_ptr<CellType> cell_type(CellType::create(cell_type_str.first));
+  dolfin_assert(cell_type);
+  const unsigned int num_vertices_per_cell = cell_type->num_entities(0);
+  const unsigned int cell_dim = cell_type->dim();
+  dolfin_assert(cell_dim == meshfunction.dim());
+  const std::size_t num_entities_global = get_num_cells(topology_node);
+
+  // Ensure num_entities_global(cell_dim) is set and check dataset matches
+  DistributedMeshTools::number_entities(*mesh, cell_dim);
+
+  if (mesh->num_entities_global(cell_dim) != num_entities_global)
+  {
+    dolfin_error("XDMFFile.cpp", "read MeshFunction",
+                 "Mismatched number of entities");
+  }
+
+  boost::filesystem::path xdmf_filename(_filename);
+  const boost::filesystem::path parent_path = xdmf_filename.parent_path();
+
+  // Get topology dataset
+  pugi::xml_node topology_data_node = topology_node.child("DataItem");
+  dolfin_assert(topology_data_node);
+  const auto topology_data = get_dataset<std::int64_t>(mesh->mpi_comm(),
+                                                       topology_data_node,
+                                                       parent_path);
+  dolfin_assert(topology_data.size() % num_vertices_per_cell == 0);
+
+  // Get value dataset
+  pugi::xml_node value_data_node = value_node.child("DataItem");
+  dolfin_assert(value_data_node);
+  std::vector<T> value_data
+    = get_dataset<T>(_mpi_comm.comm(), value_data_node, parent_path);
+
+  // Scatter/gather data across processes
+  remap_meshfunction_data(meshfunction, topology_data, value_data);
+}
+//-----------------------------------------------------------------------------
+template <typename T>
+void XDMFFile::remap_meshfunction_data(MeshFunction<T>& meshfunction,
+                      const std::vector<std::int64_t>& topology_data,
+                                    const std::vector<T>& value_data)
+{
+  // Send the read data to each process on the basis of the first
+  // vertex of the entity, since we do not know the global_index
+  const int cell_dim = meshfunction.dim();
+  const auto mesh = meshfunction.mesh();
+  // FIXME : get vertices_per_entity properly
+  const int vertices_per_entity = meshfunction.dim() + 1;
+  const MPI_Comm comm = mesh->mpi_comm();
+  const std::size_t num_processes = MPI::size(comm);
+
+  // Wrap topology data in boost array
+  dolfin_assert(topology_data.size()%vertices_per_entity == 0);
+  const std::size_t num_entities = topology_data.size()/vertices_per_entity;
+
+  // Send (sorted) entity topology and data to a post-office process
+  // determined by the lowest global vertex index of the entity
+  std::vector<std::vector<std::int64_t>> send_topology(num_processes);
+  std::vector<std::vector<T>> send_values(num_processes);
+  const std::size_t max_vertex = mesh->num_entities_global(0);
+  for (std::size_t i = 0; i < num_entities ; ++i)
+  {
+    std::vector<std::int64_t>
+      cell_topology(topology_data.begin() + i*vertices_per_entity,
+                    topology_data.begin() + (i + 1)*vertices_per_entity);
+    std::sort(cell_topology.begin(), cell_topology.end());
+
+    // Use first vertex to decide where to send this data
+    const std::size_t destination_process
+      = MPI::index_owner(comm, cell_topology.front(), max_vertex);
+
+    send_topology[destination_process]
+      .insert(send_topology[destination_process].end(),
+              cell_topology.begin(),
+              cell_topology.end());
+    send_values[destination_process].push_back(value_data[i]);
+  }
+
+  std::vector<std::vector<std::int64_t>> receive_topology(num_processes);
+  std::vector<std::vector<T>> receive_values(num_processes);
+  MPI::all_to_all(comm, send_topology, receive_topology);
+  MPI::all_to_all(comm, send_values, receive_values);
+
+  // Generate requests for data from remote processes, based on the
+  // first vertex of the MeshEntities which belong on this process
+  // Send our process number, and our local index, so it can come back
+  // directly to the right place
+  std::vector<std::vector<std::int64_t>> send_requests(num_processes);
+  const std::size_t rank = MPI::rank(comm);
+  for (MeshEntityIterator cell(*mesh, cell_dim, "all"); !cell.end(); ++cell)
+  {
+    std::vector<std::int64_t> cell_topology;
+    for (VertexIterator v(*cell); !v.end(); ++v)
+      cell_topology.push_back(v->global_index());
+    std::sort(cell_topology.begin(), cell_topology.end());
+
+    // Use first vertex to decide where to send this request
+    std::size_t send_to_process = MPI::index_owner(comm,
+                                                   cell_topology.front(),
+                                                   max_vertex);
+    // Map to this process and local index by appending to send data
+    cell_topology.push_back(cell->index());
+    cell_topology.push_back(rank);
+    send_requests[send_to_process].insert(send_requests[send_to_process].end(),
+                                          cell_topology.begin(),
+                                          cell_topology.end());
+  }
+
+  std::vector<std::vector<std::int64_t>> receive_requests(num_processes);
+  MPI::all_to_all(comm, send_requests, receive_requests);
+
+  // At this point, the data with its associated vertices is in
+  // receive_values and receive_topology and the final destinations
+  // are stored in receive_requests as
+  // [vertices][index][process][vertices][index][process]...  Some
+  // data will have more than one destination
+
+  // Create a mapping from the topology vector to the desired data
+  std::map<std::vector<std::int64_t>, T> cell_to_data;
+
+  for (std::size_t i = 0; i < receive_values.size(); ++i)
+  {
+    dolfin_assert(receive_values[i].size()*vertices_per_entity
+                  == receive_topology[i].size());
+    auto p = receive_topology[i].begin();
+    for (std::size_t j = 0; j < receive_values[i].size(); ++j)
+    {
+      const std::vector<std::int64_t> cell(p, p + vertices_per_entity);
+      cell_to_data.insert({cell, receive_values[i][j]});
+      p += vertices_per_entity;
+    }
+  }
+
+  // Clear vectors for reuse - now to send values and indices to final
+  // destination
+  send_topology = std::vector<std::vector<std::int64_t>>(num_processes);
+  send_values = std::vector<std::vector<T>>(num_processes);
+
+  // Go through requests, which are stacked as [vertex, vertex, ...]
+  // [index] [proc] etc.  Use the vertices as the key for the map
+  // (above) to retrieve the data to send to proc
+  for (std::size_t i = 0; i < receive_requests.size(); ++i)
+  {
+    for (auto p = receive_requests[i].begin();
+         p != receive_requests[i].end(); p += (vertices_per_entity + 2))
+    {
+      const std::vector<std::int64_t> cell(p, p + vertices_per_entity);
+      const std::size_t remote_index = *(p + vertices_per_entity);
+      const std::size_t send_to_proc = *(p + vertices_per_entity + 1);
+
+      const auto find_cell = cell_to_data.find(cell);
+      dolfin_assert(find_cell != cell_to_data.end());
+      send_values[send_to_proc].push_back(find_cell->second);
+      send_topology[send_to_proc].push_back(remote_index);
+    }
+  }
+
+  MPI::all_to_all(comm, send_topology, receive_topology);
+  MPI::all_to_all(comm, send_values, receive_values);
+
+  // At this point, receive_topology should only list the local indices
+  // and received values should have the appropriate values for each
+  for (std::size_t i = 0; i < receive_values.size(); ++i)
+  {
+    dolfin_assert(receive_values[i].size() == receive_topology[i].size());
+    for (std::size_t j = 0; j < receive_values[i].size(); ++j)
+      meshfunction[receive_topology[i][j]] = receive_values[i][j];
+  }
+}
+//----------------------------------------------------------------------------
+std::string XDMFFile::get_hdf5_filename(std::string xdmf_filename)
+{
+  boost::filesystem::path p(xdmf_filename);
+  p.replace_extension(".h5");
+  if (p.string() == xdmf_filename)
+  {
+    dolfin_error("XDMFile.cpp",
+                  "deduce name of HDF5 file from XDMF filename",
+                  "Filename clash. Check XDMF filename");
+  }
+
+  return p.string();
+}
+//----------------------------------------------------------------------------
+template<typename T>
+void XDMFFile::write_mesh_function(const MeshFunction<T>& meshfunction,
+                                   Encoding encoding)
+{
+  check_encoding(encoding);
+
+  if (meshfunction.size() == 0)
+  {
+    dolfin_error("XDMFFile.cpp",
+                 "save empty MeshFunction",
+                 "No values in MeshFunction");
+  }
+
+  // Get mesh
+  dolfin_assert(meshfunction.mesh());
+  std::shared_ptr<const Mesh> mesh = meshfunction.mesh();
+
+  // Check if _xml_doc already has data. If not, create an outer structure
+  // If it already has data, then we may append to it.
+
+  pugi::xml_node domain_node;
+  std::string hdf_filemode = "a";
+  if (_xml_doc->child("Xdmf").empty())
+  {
+    // Reset pugi
+    _xml_doc->reset();
+
+    // Add XDMF node and version attribute
+    _xml_doc->append_child(pugi::node_doctype).set_value("Xdmf SYSTEM \"Xdmf.dtd\" []");
+    pugi::xml_node xdmf_node = _xml_doc->append_child("Xdmf");
+    dolfin_assert(xdmf_node);
+    xdmf_node.append_attribute("Version") = "3.0";
+    xdmf_node.append_attribute("xmlns:xi") = "http://www.w3.org/2001/XInclude";
+
+    // Add domain node and add name attribute
+    domain_node = xdmf_node.append_child("Domain");
+    hdf_filemode = "w";
+  }
+  else
+    domain_node = _xml_doc->child("Xdmf").child("Domain");
+
+  dolfin_assert(domain_node);
+
+  // Open a HDF5 file if using HDF5 encoding
+  hid_t h5_id = -1;
+#ifdef HAS_HDF5
+  std::unique_ptr<HDF5File> h5_file;
+  if (encoding == Encoding::HDF5)
+  {
+    // Open file
+    h5_file.reset(new HDF5File(mesh->mpi_comm(),
+                               get_hdf5_filename(_filename), hdf_filemode));
+    dolfin_assert(h5_file);
+
+    // Get file handle
+    h5_id = h5_file->h5_id();
+  }
+#endif
+
+  const std::string mf_name = "/MeshFunction/" + std::to_string(_counter);
+
+  // If adding a MeshFunction of topology dimension dim() to an existing Mesh,
+  // do not rewrite Mesh
+  // FIXME: do some checks on the existing Mesh to make sure it is the same
+  // as the meshfunction's mesh.
+  pugi::xml_node grid_node = domain_node.child("Grid");
+  const std::size_t cell_dim = meshfunction.dim();
+  const std::size_t tdim = mesh->topology().dim();
+  const bool grid_empty = grid_node.empty();
+
+  // Check existing Mesh for compatibility.
+  if (!grid_empty)
+  {
+    pugi::xml_node topology_node = grid_node.child("Topology");
+    dolfin_assert(topology_node);
+    auto cell_type_str = get_cell_type(topology_node);
+    if (CellType::type2string(mesh->type().cell_type()) != cell_type_str.first)
+    {
+      dolfin_error("XDMFFile.cpp",
+                   "add MeshFunction to XDMF",
+                   "Incompatible Mesh type. Try writing the Mesh to XDMF first");
+    }
+  }
+
+  if (grid_empty or cell_dim != tdim)
+  {
+    // Make new grid node
+    grid_node = domain_node.append_child("Grid");
+    dolfin_assert(grid_node);
+    grid_node.append_attribute("Name") = mesh->name().c_str();
+    grid_node.append_attribute("GridType") = "Uniform";
+
+    // Make sure entities are numbered - only needed for Edge in 3D in parallel
+    // FIXME: remove this once Edge in 3D in parallel works properly
+    DistributedMeshTools::number_entities(*mesh, cell_dim);
+
+    const std::int64_t num_global_cells = mesh->num_entities_global(cell_dim);
+    if (num_global_cells < 1e9)
+      add_topology_data<std::int32_t>(_mpi_comm.comm(), grid_node, h5_id, mf_name,
+                                      *mesh, cell_dim);
+    else
+      add_topology_data<std::int64_t>(_mpi_comm.comm(), grid_node, h5_id, mf_name,
+                                      *mesh, cell_dim);
+
+    // Add geometry node if none already, else link back to first existing Mesh
+    if (grid_empty)
+      add_geometry_data(_mpi_comm.comm(), grid_node, h5_id, mf_name, *mesh);
+    else
+    {
+      // Add geometry node (reference)
+      pugi::xml_node geometry_node = grid_node.append_child("Geometry");
+      dolfin_assert(geometry_node);
+      geometry_node.append_attribute("Reference") = "XML";
+      geometry_node.append_child(pugi::node_pcdata)
+        .set_value("/Xdmf/Domain/Grid/Geometry");
+    }
+  }
+
+  // Add attribute node with values
+  pugi::xml_node attribute_node = grid_node.append_child("Attribute");
+  dolfin_assert(attribute_node);
+  attribute_node.append_attribute("Name") = meshfunction.name().c_str();
+  attribute_node.append_attribute("AttributeType") = "Scalar";
+  attribute_node.append_attribute("Center") = "Cell";
+
+  const std::int64_t num_values = mesh->num_entities_global(cell_dim);
+  // Add attribute DataItem node and write data
+
+  // Copy values to vector, removing duplicates
+  std::vector<T> values = compute_value_data(meshfunction);
+
+  add_data_item(_mpi_comm.comm(), attribute_node, h5_id,
+                mf_name +"/values", values, {num_values, 1});
+
+  // Save XML file (on process 0 only)
+  if (_mpi_comm.rank() == 0)
+    _xml_doc->save_file(_filename.c_str(), "  ");
+
+  // Increment the counter, so we can save multiple MeshFunctions in one file
+  ++_counter;
+}
+//-----------------------------------------------------------------------------
+std::vector<double> XDMFFile::get_cell_data_values(const Function& u)
+{
+  dolfin_assert(u.function_space()->dofmap());
+  dolfin_assert(u.vector());
+
+  const auto mesh = u.function_space()->mesh();
+  const std::size_t value_size = u.value_size();
+  const std::size_t value_rank = u.value_rank();
+
+  // Allocate memory for function values at cell centres
+  const std::size_t tdim = mesh->topology().dim();
+  const std::size_t num_local_cells = mesh->topology().ghost_offset(tdim);
+  const std::size_t local_size = num_local_cells*value_size;
+
+  // Build lists of dofs and create map
+  std::vector<dolfin::la_index> dof_set;
+  dof_set.reserve(local_size);
+  const auto dofmap = u.function_space()->dofmap();
+  for (CellIterator cell(*mesh); !cell.end(); ++cell)
+  {
+    // Tabulate dofs
+    auto dofs = dofmap->cell_dofs(cell->index());
+    const std::size_t ndofs = dofmap->num_element_dofs(cell->index());
+    dolfin_assert(ndofs == value_size);
+    for (std::size_t i = 0; i < ndofs; ++i)
+      dof_set.push_back(dofs[i]);
+  }
+
+  // Get  values
+  std::vector<double> data_values(dof_set.size());
+  dolfin_assert(u.vector());
+  u.vector()->get_local(data_values.data(), dof_set.size(), dof_set.data());
+
+  if (value_rank == 1 && value_size == 2)
+  {
+    // Pad out data for 2D vector to 3D
+    data_values.resize(3*num_local_cells);
+    for (int j = (num_local_cells - 1); j >= 0; --j)
+    {
+      double nd[3] = {data_values[j*2], data_values[j*2 + 1], 0};
+      std::copy(nd, nd + 3, &data_values[j*3]);
+    }
+  }
+  else if (value_rank == 2 && value_size == 4)
+  {
+    data_values.resize(9*num_local_cells);
+    for (int j = (num_local_cells - 1); j >= 0; --j)
+    {
+      double nd[9] = { data_values[j*4], data_values[j*4 + 1], 0,
+                       data_values[j*4 + 2], data_values[j*4 + 3], 0,
+                       0, 0, 0 };
+      std::copy(nd, nd + 9, &data_values[j*9]);
+    }
+  }
+  return data_values;
+}
+//-----------------------------------------------------------------------------
+std::int64_t XDMFFile::get_padded_width(const Function& u)
+{
+  std::int64_t width = u.value_size();
+  std::int64_t rank = u.value_rank();
+  if (rank == 1 and width == 2)
+    return 3;
+  else if (rank == 2 and width == 4)
+    return 9;
+  return width;
+}
+//-----------------------------------------------------------------------------
+bool XDMFFile::has_cell_centred_data(const Function& u)
+{
+  // Test for cell-centred data
+  std::size_t cell_based_dim = 1;
+  for (std::size_t i = 0; i < u.value_rank(); i++)
+    cell_based_dim *= u.function_space()->mesh()->topology().dim();
+  return (u.function_space()->dofmap()->max_element_dofs() == cell_based_dim);
+}
+//-----------------------------------------------------------------------------
+std::vector<double> XDMFFile::get_point_data_values(const Function& u)
+{
+  const auto mesh = u.function_space()->mesh();
+
+  std::vector<double> data_values;
+  dolfin_assert(mesh->geometry().degree() == 1);
+
+  u.compute_vertex_values(data_values, *mesh);
+
+  std::int64_t width = get_padded_width(u);
+
+  const std::size_t value_rank = u.value_rank();
+  if (value_rank > 0)
+  {
+    // Transpose vector/tensor data arrays
+    const std::size_t num_local_vertices = mesh->num_entities(0);
+    const std::size_t value_size = u.value_size();
+    std::vector<double> _data_values(width*num_local_vertices, 0.0);
+    for (std::size_t i = 0; i < num_local_vertices; i++)
+    {
+      for (std::size_t j = 0; j < value_size; j++)
+      {
+        std::size_t tensor_2d_offset
+            = (j > 1 && value_rank == 2 && value_size == 4) ? 1 : 0;
+        _data_values[i*width + j + tensor_2d_offset]
+          = data_values[i + j*num_local_vertices];
+      }
+    }
+    data_values = _data_values;
+  }
+
+  // Remove duplicates for vertex-based data in parallel
+  if (MPI::size(mesh->mpi_comm()) > 1)
+  {
+    DistributedMeshTools::reorder_values_by_global_indices(*mesh,
+                                                           data_values, width);
+  }
+
+  return data_values;
+}
+//-----------------------------------------------------------------------------
+std::vector<double> XDMFFile::get_p2_data_values(const Function& u)
+{
+  const auto mesh = u.function_space()->mesh();
+  dolfin_assert(mesh->geometry().degree() == 2);
+
+  const std::size_t value_size = u.value_size();
+  const std::size_t value_rank = u.value_rank();
+  const std::size_t num_local_points = mesh->num_entities(0) + mesh->num_entities(1);
+  const std::size_t width = get_padded_width(u);
+  std::vector<double> data_values(width*num_local_points);
+  std::vector<dolfin::la_index> data_dofs(data_values.size(), 0);
+
+  dolfin_assert(u.function_space()->dofmap());
+  const auto dofmap = u.function_space()->dofmap();
+
+  // Function can be P1 or P2
+  if (dofmap->num_entity_dofs(1) == 0)
+  {
+    // P1
+    for (CellIterator cell(*mesh); !cell.end(); ++cell)
+    {
+      auto dofs = dofmap->cell_dofs(cell->index());
+      std::size_t c = 0;
+      for (std::size_t i = 0; i != value_size; ++i)
+      {
+        for (VertexIterator v(*cell); !v.end(); ++v)
+        {
+          const std::size_t v0 = v->index()*width;
+          data_dofs[v0 + i] = dofs[c];
+          ++c;
+        }
+      }
+    }
+
+    // Get the values at the vertex points
+    const GenericVector& uvec = *u.vector();
+    uvec.get_local(data_values.data(), data_dofs.size(), data_dofs.data());
+
+    // Get midpoint values for Edge points
+    for (EdgeIterator e(*mesh); !e.end(); ++e)
+    {
+      const std::size_t v0 = e->entities(0)[0];
+      const std::size_t v1 = e->entities(0)[1];
+      const std::size_t e0 = (e->index() + mesh->num_entities(0))*width;
+      for (std::size_t i = 0; i != value_size; ++i)
+        data_values[e0 + i] = (data_values[v0 + i] + data_values[v1 + i])/2.0;
+    }
+  }
+  else if (dofmap->num_entity_dofs(0) == dofmap->num_entity_dofs(1))
+  {
+    // P2
+    // Go over all cells inserting values
+    // FIXME: a lot of duplication here
+    for (CellIterator cell(*mesh); !cell.end(); ++cell)
+    {
+      auto dofs = dofmap->cell_dofs(cell->index());
+      std::size_t c = 0;
+      for (std::size_t i = 0; i != value_size; ++i)
+      {
+        for (VertexIterator v(*cell); !v.end(); ++v)
+        {
+          const std::size_t v0 = v->index()*width;
+          data_dofs[v0 + i] = dofs[c];
+          ++c;
+        }
+        for (EdgeIterator e(*cell); !e.end(); ++e)
+        {
+          const std::size_t e0 = (e->index() + mesh->num_entities(0))*width;
+          data_dofs[e0 + i] = dofs[c];
+          ++c;
+        }
+      }
+    }
+
+    const GenericVector& uvec = *u.vector();
+    uvec.get_local(data_values.data(), data_dofs.size(), data_dofs.data());
+  }
+  else
+  {
+    dolfin_error("XDMFFile.cpp",
+                 "get point values for Function",
+                 "Function appears not to be defined on a P1 or P2 type FunctionSpace");
+  }
+
+  // Blank out empty values of 2D vector and tensor
+  if (value_rank == 1 and value_size == 2)
+  {
+    for (std::size_t i = 0; i < data_values.size(); i += 3)
+      data_values[i + 2] = 0.0;
+  }
+  else if (value_rank == 2 and value_size == 4)
+  {
+    for (std::size_t i = 0; i < data_values.size(); i += 9)
+    {
+      data_values[i + 2] = 0.0;
+      data_values[i + 5] = 0.0;
+      data_values[i + 6] = 0.0;
+      data_values[i + 7] = 0.0;
+      data_values[i + 8] = 0.0;
+    }
+  }
+
+  return data_values;
+}
+//----------------------------------------------------------------------------
+void XDMFFile::check_encoding(Encoding encoding) const
+{
+  if (encoding == Encoding::HDF5 and !has_hdf5())
+  {
+    dolfin_error("XDMFFile.cpp",
+                 "write XDMF file",
+                 "DOLFIN has not been compiled with HDF5 support");
+  }
+
+  if (encoding == Encoding::ASCII and _mpi_comm.size() != 1)
+  {
+    dolfin_error("XDMFFile.cpp",
+                 "write XDMF file",
+                 "ASCII format is not supported in parallel, use HDF5");
+  }
+}
+//----------------------------------------------------------------------------
+void XDMFFile::check_function_name(std::string function_name)
+{
+  // We must check that supplied function name is the same on all processes
+  // Very important for HDF file paths
+  std::vector<std::string> function_names_received;
+  MPI::all_gather(_mpi_comm.comm(), function_name, function_names_received);
+
+  for (std::string function_name_received : function_names_received)
+  {
+    if (function_name_received != function_names_received[0])
+    {
+      dolfin_error("XDMFFile.cpp",
+                   "write/read function to/from XDMF",
+                   "Function name must be the same on all processes");
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+std::string XDMFFile::vtk_cell_type_str(CellType::Type cell_type, int order)
+{
+  // FIXME: Move to CellType?
+  switch (cell_type)
+  {
+  case CellType::Type::point:
+    switch (order)
+    {
+    case 1:
+      return "PolyVertex";
+    }
+  case CellType::Type::interval:
+    switch (order)
+    {
+    case 1:
+      return "PolyLine";
+    case 2:
+      return "Edge_3";
+    }
+  case CellType::Type::triangle:
+    switch (order)
+    {
+    case 1:
+      return "Triangle";
+    case 2:
+      return "Triangle_6";
+    }
+  case CellType::Type::quadrilateral:
+    switch (order)
+    {
+    case 1:
+      return "Quadrilateral";
+    case 2:
+      return "Quad_8";
+    }
+  case CellType::Type::tetrahedron:
+    switch (order)
+    {
+    case 1:
+      return "Tetrahedron";
+    case 2:
+      return "Tet_10";
+    }
+  case CellType::Type::hexahedron:
+    switch (order)
+    {
+    case 1:
+      return "Hexahedron";
+    case 2:
+      return "Hex_20";
+    }
+  default:
+    dolfin_error("XDMFFile.cpp",
+                 "output mesh topology",
+                 "Invalid combination of cell type and order");
+    return "error";
+  }
+}
+//-----------------------------------------------------------------------------
+template <typename X, typename Y>
+std::string XDMFFile::to_string(X x, Y y)
+{
+  return std::to_string(x) + " " + std::to_string(y);
+}
+//-----------------------------------------------------------------------------
+template <typename T>
+std::vector<T> XDMFFile::string_to_vector(const std::vector<std::string>& x_str)
+{
+  std::vector<T> data;
+  for (auto& v : x_str)
+  {
+    if (!v.empty())
+      data.push_back(boost::lexical_cast<T>(v));
+  }
+
+  return data;
+}
+//-----------------------------------------------------------------------------
+std::string XDMFFile::rank_to_string(std::size_t value_rank)
+{
+  if (value_rank > 2)
+    dolfin_error("XDMFFile.cpp", "get rank string", "Out of range");
+  if (value_rank == 0)
+    return "Scalar";
+  else if (value_rank == 1)
+    return "Vector";
+  return "Tensor";
+}
+//-----------------------------------------------------------------------------
+std::string XDMFFile::time_step_to_string(const double time_step)
+{
+  std::stringstream time_step_string_steam;
+  time_step_string_steam << std::scientific <<
+                         std::setprecision(15) << time_step;
+  return time_step_string_steam.str();
+}
+//-----------------------------------------------------------------------------
+
diff --git a/dolfin/io/XDMFFile.h b/dolfin/io/XDMFFile.h
new file mode 100644
index 0000000..3cf4966
--- /dev/null
+++ b/dolfin/io/XDMFFile.h
@@ -0,0 +1,616 @@
+// Copyright (C) 2012-2015 Chris N. Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2012
+
+#ifndef __DOLFIN_XDMFFILE_H
+#define __DOLFIN_XDMFFILE_H
+
+#include <cstdint>
+#include <memory>
+#include <string>
+#include <utility>
+#include <vector>
+
+#ifdef HAS_HDF5
+#include <hdf5.h>
+#else
+typedef int hid_t;
+#endif
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/Variable.h>
+#include <dolfin/mesh/CellType.h>
+
+namespace boost
+{
+  namespace filesystem
+  {
+    class path;
+  }
+}
+
+namespace pugi
+{
+  class xml_node;
+  class xml_document;
+}
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class Function;
+#ifdef HAS_HDF5
+  class HDF5File;
+#endif
+  class LocalMeshData;
+  class Mesh;
+  template<typename T> class MeshFunction;
+  template<typename T> class MeshValueCollection;
+  class Point;
+
+  /// Read and write Mesh, Function, MeshFunction and other objects in XDMF
+
+  /// This class supports the output of meshes and functions in XDMF
+  /// (http://www.xdmf.org) format. It creates an XML file that
+  /// describes the data and points to a HDF5 file that stores the
+  /// actual problem data. Output of data in parallel is supported.
+  ///
+  /// XDMF is not suitable for checkpointing as it may decimate some
+  /// data.
+
+  class XDMFFile : public Variable
+  {
+  public:
+
+    /// File encoding type
+    enum class Encoding {HDF5, ASCII};
+
+    /// Default encoding type
+#ifdef HAS_HDF5
+    static const Encoding default_encoding = Encoding::HDF5;
+#else
+    static const Encoding default_encoding = Encoding::ASCII;
+#endif
+
+    /// Constructor
+    XDMFFile(const std::string filename)
+      : XDMFFile(MPI_COMM_WORLD, filename) {}
+
+    /// Constructor
+    XDMFFile(MPI_Comm comm, const std::string filename);
+
+    /// Destructor
+    ~XDMFFile();
+
+    /// Close the file
+    ///
+    /// This closes any open HDF5 files. In ASCII mode the XML file is
+    /// closed each time it is written to or read from, so close() has
+    /// no effect.
+    ///
+    /// From Python you can also use XDMFFile as a context manager:
+    ///
+    ///     with XDMFFile(mpi_comm_world(), 'name.xdmf') as xdmf:
+    ///         xdmf.write(mesh)
+    ///
+    /// The file is automatically closed at the end of the with block
+    void close();
+
+    /// Save a mesh to XDMF format, either using an associated HDF5
+    /// file, or storing the data inline as XML Create function on
+    /// given function space
+    ///
+    /// @param    mesh (_Mesh_)
+    ///         A mesh to save.
+    /// @param    encoding (_Encoding_)
+    ///         Encoding to use: HDF5 or ASCII
+    ///
+    void write(const Mesh& mesh, Encoding encoding=default_encoding);
+
+    /// Save a Function to XDMF file for checkpointing, using an
+    /// associated HDF5 file, or storing the data inline as XML.
+    ///
+    /// If the file where we would like to write exists, then
+    /// the function is appended to the file.
+    ///
+    /// @param    u (_Function_)
+    ///         A function to save.
+    /// @param    function_name (string)
+    ///         Name of the function used in XDMF XML and HDF file
+    ///         (if encoding = HDF). The string is used to fill value for XML
+    ///         attribute Name of Grid node. It is also used in HDF file in
+    ///         path to datasets. Must be the same on all processes in parallel.
+    /// @param    time_step (_double_)
+    ///         Time step. It is saved only in XDMF file. The function could
+    ///         be saved with the same time step several times. There is an
+    ///         internal "counter" value stored in XDMF which differentiates
+    ///         the same time steps.
+    /// @param    encoding (_Encoding_)
+    ///         Encoding to use: HDF5 or ASCII
+    /// @param    append (default false)
+    ///         If set (default) to false, then XDMF and HDF files 
+    ///         (if encoding = HDF) are overwritten.
+    ///         If set to true, then both XDMF and HDF 
+    ///         (if encoding = HDF) files are appended at end. Set append to true
+    ///         when saving timeseries.
+    ///
+    void write_checkpoint(const Function& u,
+                          std::string function_name,
+                          double time_step = 0.0,
+                          Encoding encoding=default_encoding,
+                          bool append=false);
+
+    /// Save a Function to XDMF file for visualisation, using an
+    /// associated HDF5 file, or storing the data inline as XML.
+    ///
+    /// @param    u (_Function_)
+    ///         A function to save.
+    /// @param    encoding (_Encoding_)
+    ///         Encoding to use: HDF5 or ASCII
+    ///
+    void write(const Function& u, Encoding encoding=default_encoding);
+
+    /// Save a Function with timestamp to XDMF file for visualisation,
+    /// using an associated HDF5 file, or storing the data inline as
+    /// XML.
+    ///
+    /// You can control the output with the following boolean
+    /// parameters on the XDMFFile class:
+    ///
+    /// * rewrite_function_mesh (default true):
+    ///   Controls whether the mesh will be rewritten every timestep.
+    ///   If the mesh does not change this can be turned off to create
+    ///   smaller files.
+    ///
+    /// * functions_share_mesh (default false):
+    ///   Controls whether all functions on a single time step share
+    ///   the same mesh. If true the files created will be smaller and
+    ///   also behave better in Paraview, at least in version 5.3.0
+    ///
+    /// @param    u (_Function_)
+    ///         A function to save.
+    /// @param    t (_double_)
+    ///         Timestep
+    /// @param   encoding (_Encoding_)
+    ///         Encoding to use: HDF5 or ASCII
+    ///
+    void write(const Function& u, double t,
+               Encoding encoding=default_encoding);
+
+    /// Save MeshFunction to file using an associated HDF5 file, or
+    /// storing the data inline as XML.
+    ///
+    /// @param    meshfunction (_MeshFunction_)
+    ///         A meshfunction to save.
+    /// @param    encoding (_Encoding_)
+    ///         Encoding to use: HDF5 or ASCII
+    ///
+    void write(const MeshFunction<bool>& meshfunction,
+               Encoding encoding=default_encoding);
+
+    /// Save MeshFunction to file using an associated HDF5 file, or
+    /// storing the data inline as XML.
+    ///
+    /// @param    meshfunction (_MeshFunction_)
+    ///         A meshfunction to save.
+    /// @param    encoding (_Encoding_)
+    ///         Encoding to use: HDF5 or ASCII
+    ///
+    void write(const MeshFunction<int>& meshfunction,
+               Encoding encoding=default_encoding);
+
+    /// Save MeshFunction to file using an associated HDF5 file, or
+    /// storing the data inline as XML.
+    ///
+    /// @param    meshfunction (_MeshFunction_)
+    ///         A meshfunction to save.
+    /// @param    encoding (_Encoding_)
+    ///         Encoding to use: HDF5 or ASCII
+    ///
+    void write(const MeshFunction<std::size_t>& meshfunction,
+               Encoding encoding=default_encoding);
+
+    /// Save MeshFunction to file using an associated HDF5 file, or
+    /// storing the data inline as XML.
+    ///
+    /// @param    meshfunction (_MeshFunction_)
+    ///         A meshfunction to save.
+    /// @param    encoding (_Encoding_)
+    ///         Encoding to use: HDF5 or ASCII
+    ///
+    void write(const MeshFunction<double>& meshfunction,
+               Encoding encoding=default_encoding);
+
+    /// Write out mesh value collection (subset) using an associated
+    /// HDF5 file, or storing the data inline as XML.
+    ///
+    /// @param mvc (_MeshValueCollection<bool>_)
+    ///         MeshValueCollection to save
+    /// @param encoding (_Encoding_)
+    ///         Encoding to use: HDF5 or ASCII
+    ///
+    void write(const MeshValueCollection<bool>& mvc,
+               Encoding encoding=default_encoding);
+
+    /// Write out mesh value collection (subset) using an associated
+    /// HDF5 file, or storing the data inline as XML.
+    ///
+    /// @param mvc (_MeshValueCollection<int>_)
+    ///         MeshValueCollection to save
+    /// @param encoding (_Encoding_)
+    ///         Encoding to use: HDF5 or ASCII
+    ///
+    void write(const MeshValueCollection<int>& mvc,
+               Encoding encoding=default_encoding);
+
+    /// Write out mesh value collection (subset) using an associated
+    /// HDF5 file, or storing the data inline as XML.
+    ///
+    /// @param  mvc (_MeshValueCollection<int>_)
+    ///         MeshValueCollection to save
+    /// @param  encoding (_Encoding_)
+    ///         Encoding to use: HDF5 or ASCII
+    ///
+    void write(const MeshValueCollection<std::size_t>& mvc,
+               Encoding encoding=default_encoding);
+
+    /// Write out mesh value collection (subset) using an associated
+    /// HDF5 file, or storing the data inline as XML.
+    ///
+    /// @param mvc (_MeshValueCollection<double>_)
+    ///         MeshValueCollection to save
+    /// @param encoding (_Encoding_)
+    ///         Encoding to use: HDF5 or ASCII
+    ///
+    void write(const MeshValueCollection<double>& mvc,
+               Encoding encoding=default_encoding);
+
+    /// Save a cloud of points to file using an associated HDF5 file,
+    /// or storing the data inline as XML.
+    ///
+    /// @param    points (_std::vector<Point>_)
+    ///         A list of points to save.
+    /// @param    encoding (_Encoding_)
+    ///         Encoding to use: HDF5 or ASCII
+    ///
+    void write(const std::vector<Point>& points,
+               Encoding encoding=default_encoding);
+
+    /// Save a cloud of points, with scalar values using an associated
+    /// HDF5 file, or storing the data inline as XML.
+    ///
+    /// @param   points (_std::vector<Point>_)
+    ///         A list of points to save.
+    /// @param    values (_std::vector<double>_)
+    ///         A list of values at each point.
+    /// @param    encoding (_Encoding_)
+    ///         Encoding to use: HDF5 or ASCII
+    ///
+    void write(const std::vector<Point>& points,
+               const std::vector<double>& values,
+               Encoding encoding=default_encoding);
+
+    /// Read in the first Mesh in XDMF file
+    ///
+    /// @param mesh (_Mesh_)
+    ///        Mesh to fill from XDMF file
+    void read(Mesh& mesh) const;
+
+    /// Read a function from the XDMF file. Supplied function must
+    /// come with already initialized and compatible function space.
+    ///
+    /// Functions saved as time-series must be addressed through
+    /// (integer) internal counter and function name. Function name
+    /// is a name of function that was saved. Counter stands for
+    /// the number of function from time-series, e.g. counter=0
+    /// refers to first saved function regardless of its time-step value.
+    ///
+    /// @param    u (_Function_)
+    ///         A function to read.
+    /// @param    func_name (_string_)
+    ///         A name of a function to read. Must be the same on all processes
+    ///         in parallel.
+    /// @param    counter (_int64_t_)
+    ///         Internal integer counter - used in time-series. Default value
+    ///         is -1 which points to last saved function. Counter works same as
+    ///         python array position key, i.e. counter = -2 points to the
+    ///         function before the last one.
+    ///
+    void read_checkpoint(Function& u, std::string func_name,
+                         std::int64_t counter=-1);
+
+    /// Read first MeshFunction from file
+    /// @param meshfunction (_MeshFunction<bool>_)
+    ///        MeshFunction to restore
+    /// @param name (std::string)
+    ///        Name of data attribute in XDMF file
+    void read(MeshFunction<bool>& meshfunction, std::string name="");
+
+    /// Read first MeshFunction from file
+    /// @param meshfunction (_MeshFunction<int>_)
+    ///        MeshFunction to restore
+    /// @param name (std::string)
+    ///        Name of data attribute in XDMF file
+    void read(MeshFunction<int>& meshfunction, std::string name="");
+
+    /// Read MeshFunction from file, optionally specifying dataset name
+    /// @param meshfunction (_MeshFunction<std::size_t>_)
+    ///        MeshFunction to restore
+    /// @param name (std::string)
+    ///        Name of data attribute in XDMF file
+    void read(MeshFunction<std::size_t>& meshfunction, std::string name="");
+
+    /// Read MeshFunction from file, optionally specifying dataset name
+    /// @param meshfunction (_MeshFunction<double>_)
+    ///        MeshFunction to restore
+    /// @param name (std::string)
+    ///        Name of data attribute in XDMF file
+    void read(MeshFunction<double>& meshfunction, std::string name="");
+
+    /// Read MeshValueCollection from file, optionally specifying dataset name
+    /// @param mvc (_MeshValueCollection<bool>_)
+    ///        MeshValueCollection to restore
+    /// @param name (std::string)
+    ///        Name of data attribute in XDMF file
+    void read(MeshValueCollection<bool>& mvc, std::string name="");
+
+    /// Read MeshValueCollection from file, optionally specifying dataset name
+    /// @param mvc (_MeshValueCollection<int>_)
+    ///        MeshValueCollection to restore
+    /// @param name (std::string)
+    ///        Name of data attribute in XDMF file
+    void read(MeshValueCollection<int>& mvc, std::string name="");
+
+    /// Read MeshValueCollection from file, optionally specifying dataset name
+    /// @param mvc (_MeshValueCollection<std::size_t>_)
+    ///        MeshValueCollection to restore
+    /// @param name (std::string)
+    ///        Name of data attribute in XDMF file
+    void read(MeshValueCollection<std::size_t>& mvc, std::string name="");
+
+    /// Read MeshValueCollection from file, optionally specifying dataset name
+    /// @param mvc (_MeshValueCollection<double>_)
+    ///        MeshValueCollection to restore
+    /// @param name (std::string)
+    ///        Name of data attribute in XDMF file
+    void read(MeshValueCollection<double>& mvc, std::string name="");
+
+  private:
+
+    // Generic MVC writer
+    template <typename T>
+    void write_mesh_value_collection(const MeshValueCollection<T>& mvc,
+                                     Encoding encoding);
+
+    // Generic MVC reader
+    template <typename T>
+    void read_mesh_value_collection(MeshValueCollection<T>& mvc,
+                                    std::string name);
+
+    // Remap meshfunction data, scattering data to appropriate processes
+    template <typename T>
+    static void remap_meshfunction_data(MeshFunction<T>& meshfunction,
+                                        const std::vector<std::int64_t>& topology_data,
+                                        const std::vector<T>& value_data);
+
+    // Build mesh (serial)
+    static void build_mesh(Mesh& mesh, const CellType& cell_type,
+                           std::int64_t num_points, std::int64_t num_cells,
+                           int tdim, int gdim,
+                           const pugi::xml_node& topology_dataset_node,
+                           const pugi::xml_node& geometry_dataset_node,
+                           const boost::filesystem::path& parent_path);
+
+    // Build local mesh data structure
+    static void
+      build_local_mesh_data (LocalMeshData& local_mesh_data,
+                             const CellType& cell_type,
+                             std::int64_t num_points, std::int64_t num_cells,
+                             int tdim, int gdim,
+                             const pugi::xml_node& topology_dataset_node,
+                             const pugi::xml_node& geometry_dataset_node,
+                             const boost::filesystem::path& parent_path);
+
+    static void build_mesh_quadratic(Mesh& mesh, const CellType& cell_type,
+                          std::int64_t num_points, std::int64_t num_cells,
+                          int tdim, int gdim,
+                          const pugi::xml_node& topology_dataset_node,
+                          const pugi::xml_node& geometry_dataset_node,
+                              const boost::filesystem::path& relative_path);
+
+
+
+    // Add mesh to XDMF xml_node (usually a Domain or Time Grid) and
+    // write data
+    static void add_mesh(MPI_Comm comm, pugi::xml_node& xml_node,
+                         hid_t h5_id, const Mesh& mesh,
+                         const std::string path_prefix);
+
+    // Add function to a XML node
+    static void add_function(MPI_Comm comm, pugi::xml_node& xml_node,
+                             hid_t h5_id, std::string h5_path,
+                             const Function& u, std::string function_name,
+                             const Mesh& mesh);
+
+    // Add set of points to XDMF xml_node and write data
+    static void add_points(MPI_Comm comm, pugi::xml_node& xml_node,
+                           hid_t h5_id, const std::vector<Point>& points);
+
+    // Add topology node to xml_node (includes writing data to XML or  HDF5
+    // file)
+    template<typename T>
+    static void add_topology_data(MPI_Comm comm, pugi::xml_node& xml_node,
+                                  hid_t h5_id, const std::string path_prefix,
+                                  const Mesh& mesh, int tdim);
+
+    // Add geometry node and data to xml_node
+    static void add_geometry_data(MPI_Comm comm, pugi::xml_node& xml_node,
+                                  hid_t h5_id, const std::string path_prefix,
+                                  const Mesh& mesh);
+
+    // Add DataItem node to an XML node. If HDF5 is open (h5_id > 0)
+    // the data is written to the HDFF5 file with the path
+    // 'h5_path'. Otherwise, data is witten to the XML node and
+    // 'h5_path' is ignored
+    template<typename T>
+    static void add_data_item(MPI_Comm comm, pugi::xml_node& xml_node,
+                              hid_t h5_id, const std::string h5_path, const T& x,
+                              const std::vector<std::int64_t> dimensions,
+                              const std::string number_type="");
+
+    // Calculate set of entities of dimension cell_dim which are
+    // duplicated on other processes and should not be output on this
+    // process
+    static std::set<unsigned int> compute_nonlocal_entities(const Mesh& mesh,
+                                                            int cell_dim);
+
+    // Return topology data on this process as a flat vector
+    template<typename T>
+    static std::vector<T> compute_topology_data(const Mesh& mesh, int cell_dim);
+
+    // Return quadratic topology for Mesh of degree 2
+    template<typename T>
+    static std::vector<T> compute_quadratic_topology(const Mesh& mesh);
+
+    // Return data which is local
+    template<typename T>
+    std::vector<T> compute_value_data(const MeshFunction<T>& meshfunction);
+
+    // Get DOLFIN cell type string from XML topology node
+    static std::pair<std::string, int>
+      get_cell_type(const pugi::xml_node& topology_node);
+
+    // Get dimensions from an XML DataSet node
+    static std::vector<std::int64_t>
+    get_dataset_shape(const pugi::xml_node& dataset_node);
+
+    // Get number of cells from an XML Topology node
+    static std::int64_t get_num_cells(const pugi::xml_node& topology_node);
+
+    // Return data associated with a data set node
+    template <typename T>
+    static std::vector<T> get_dataset(MPI_Comm comm,
+                                      const pugi::xml_node& dataset_node,
+                                      const boost::filesystem::path& parent_path,
+                                      std::pair<std::int64_t, std::int64_t> range={0, 0});
+
+    // Return (0) HDF5 filename and (1) path in HDF5 file from a
+    // DataItem node
+    static std::array<std::string, 2> get_hdf5_paths(const pugi::xml_node& dataitem_node);
+
+    static std::string get_hdf5_filename(std::string xdmf_filename);
+
+    // Generic MeshFunction reader
+    template<typename T>
+    void read_mesh_function(MeshFunction<T>& meshfunction, std::string name="");
+
+    // Generic MeshFunction writer
+    template<typename T>
+    void write_mesh_function(const MeshFunction<T>& meshfunction,
+                             Encoding encoding);
+
+    // Get data width - normally the same as u.value_size(), but
+    // expand for 2D vector/tensor because XDMF presents everything as
+    // 3D
+    static std::int64_t get_padded_width(const Function& u);
+
+    // Returns true for DG0 Functions
+    static bool has_cell_centred_data(const Function& u);
+
+    // Get point data values for linear or quadratic mesh into
+    // flattened 2D array
+    static std::vector<double> get_point_data_values(const Function& u);
+
+    // Get point data values collocated at P2 geometry points
+    // (vertices and edges) flattened as a 2D array
+    static std::vector<double> get_p2_data_values(const Function& u);
+
+    // Get cell data values as a flattened 2D array
+    static std::vector<double> get_cell_data_values(const Function& u);
+
+    // Check whether the requested encoding is supported
+    void check_encoding(Encoding encoding) const;
+
+    // Check function names equality across processes
+    void check_function_name(std::string function_name);
+
+    // Generate the XDMF format string based on the Encoding
+    // enumeration
+    static std::string xdmf_format_str(Encoding encoding)
+    { return (encoding == XDMFFile::Encoding::HDF5) ? "HDF" : "XML"; }
+
+    static std::string vtk_cell_type_str(CellType::Type cell_type, int order);
+
+    // Return a string of the form "x y"
+    template <typename X, typename Y>
+    static std::string to_string(X x, Y y);
+
+    // Return a vector of numerical values from a vector of
+    // stringstream
+    template <typename T>
+    static std::vector<T> string_to_vector(const std::vector<std::string>& x_str);
+
+    // Convert a value_rank to the XDMF string description (Scalar,
+    // Vector, Tensor)
+    static std::string rank_to_string(std::size_t value_rank);
+
+    // Convert a time step of double precision to scientific notation string
+    // with precision appropriate for XDMF time step indices
+    static std::string time_step_to_string(const double time_step);
+
+    // MPI communicator
+    dolfin::MPI::Comm _mpi_comm;
+
+#ifdef HAS_HDF5
+    // HDF5 data file
+    std::unique_ptr<HDF5File> _hdf5_file;
+#endif
+
+    // Cached filename
+    const std::string _filename;
+
+    // Counter for time series
+    std::size_t _counter;
+
+    // The XML document currently representing the XDMF
+    // which needs to be kept open for time series etc.
+    std::unique_ptr<pugi::xml_document> _xml_doc;
+
+  };
+
+#ifndef DOXYGEN_IGNORE
+  // Specialisation for std::vector<bool>, as HDF5 does not support it natively
+  template<> inline
+  void XDMFFile::add_data_item(MPI_Comm comm, pugi::xml_node& xml_node,
+                               hid_t h5_id, const std::string h5_path,
+                               const std::vector<bool>& x,
+                               const std::vector<std::int64_t> shape,
+                               const std::string number_type)
+  {
+    // HDF5 cannot accept 'bool' so copy to 'int'
+    std::vector<int> x_int(x.size());
+    for (std::size_t i = 0; i < x.size(); ++i)
+      x_int[i] = (int)x[i];
+    add_data_item(comm, xml_node, h5_id, h5_path, x_int, shape, number_type);
+  }
+#endif
+
+}
+
+#endif
diff --git a/dolfin/io/XMLArray.h b/dolfin/io/XMLArray.h
new file mode 100644
index 0000000..2a98a18
--- /dev/null
+++ b/dolfin/io/XMLArray.h
@@ -0,0 +1,125 @@
+// Copyright (C) 2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2011
+//
+// First added:  2006-07-02
+// Last changed: 2011-11-14
+
+#ifndef __XMLARRAY_H
+#define __XMLARRAY_H
+
+#include <ostream>
+#include <string>
+#include <vector>
+#include <boost/format.hpp>
+#include "dolfin/common/Array.h"
+#include "dolfin/log/log.h"
+#include "pugixml.hpp"
+
+
+// NOTE: Do not include this file in any header files. Otherwise, it
+//       will expose Boost in the DOLFIN public interface.
+
+namespace pugi
+{
+  class xml_node;
+}
+
+namespace dolfin
+{
+
+  /// I/O of array data in XML format
+
+  class XMLArray
+  {
+  public:
+
+    /// Read XML vector. Vector must have correct size.
+    template<typename T>
+    static void read(std::vector<T>& x, const pugi::xml_node xml_dolfin);
+
+    /// Write the XML file
+    template<typename T>
+    static void write(const std::vector<T>& x, const std::string type,
+                      pugi::xml_node xml_node);
+
+  };
+
+  //---------------------------------------------------------------------------
+  template<typename T>
+  void XMLArray::read(std::vector<T>& x, const pugi::xml_node xml_node)
+  {
+    // Check that we have a XML Array
+    const pugi::xml_node array = xml_node.child("array");
+    if (!array)
+    {
+      dolfin_error("XMLArray.h",
+                   "read array from XML file",
+                   "Unable to find <array> tag in XML file");
+    }
+
+    // Get size and type
+    const std::size_t size = array.attribute("size").as_uint();
+    const std::string type  = array.attribute("type").value();
+    if (type != "double")
+    {
+      dolfin_error("XMLArray.h",
+                   "read array from XML file",
+                   "XML I/O of Array objects only supported when the value type is 'double'");
+    }
+
+    // Iterate over array entries
+    x.resize(size);
+    Array<std::size_t> indices(size);
+    for (pugi::xml_node_iterator it = array.begin(); it != array.end(); ++it)
+    {
+      const std::size_t index = it->attribute("index").as_uint();
+      const double value = it->attribute("value").as_double();
+      dolfin_assert(index < size);
+      indices[index] = index;
+      x[index] = value;
+    }
+  }
+  //---------------------------------------------------------------------------
+  template<typename T>
+  void XMLArray::write(const std::vector<T>& x, const std::string type,
+                       pugi::xml_node xml_node)
+  {
+    // Add array node
+    pugi::xml_node array_node = xml_node.append_child("array");
+
+    // Add attributes
+    const std::size_t size = x.size();
+    array_node.append_attribute("type") = type.c_str();
+    array_node.append_attribute("size") = (unsigned int) size;
+
+    // Add data
+    for (std::size_t i = 0; i < size; ++i)
+    {
+      pugi::xml_node element_node = array_node.append_child("element");
+      element_node.append_attribute("index") = (unsigned int) i;
+      // NOTE: Casting to a string to avoid loss of precision when
+      //       pugixml performs double-to-char conversion
+      element_node.append_attribute("value")
+        = boost::str(boost::format("%.15e") % x[i]).c_str();
+    }
+  }
+  //---------------------------------------------------------------------------
+}
+
+#endif
diff --git a/dolfin/io/XMLFile.cpp b/dolfin/io/XMLFile.cpp
new file mode 100644
index 0000000..4c62f7b
--- /dev/null
+++ b/dolfin/io/XMLFile.cpp
@@ -0,0 +1,509 @@
+// Copyright (C) 2009-2011 Ola Skavhaug and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2011
+//
+// First added:  2009-03-03
+// Last changed: 2013-05-21
+
+#include <iostream>
+#include <fstream>
+
+#include <boost/filesystem.hpp>
+#include <boost/iostreams/filtering_stream.hpp>
+#include <boost/iostreams/filtering_streambuf.hpp>
+#include <boost/iostreams/copy.hpp>
+#include <boost/iostreams/filter/gzip.hpp>
+
+#include "pugixml.hpp"
+
+#include <dolfin/common/constants.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/log/log.h>
+#include <dolfin/mesh/LocalMeshData.h>
+#include <dolfin/mesh/LocalMeshValueCollection.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshPartitioning.h>
+#include <dolfin/parameter/GlobalParameters.h>
+#include "XMLFunctionData.h"
+#include "XMLMesh.h"
+#include "XMLMeshFunction.h"
+#include "XMLMeshValueCollection.h"
+#include "XMLParameters.h"
+#include "XMLTable.h"
+#include "XMLVector.h"
+#include "XMLFile.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+XMLFile::XMLFile(MPI_Comm mpi_comm, const std::string filename)
+  : GenericFile(filename, "XML"), _mpi_comm(mpi_comm)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+XMLFile::XMLFile(std::ostream& s) : GenericFile("", "XML"),
+                                    outstream(&s, NoDeleter()),
+                                    _mpi_comm(MPI_COMM_SELF)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+XMLFile::~XMLFile()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void XMLFile::read(Mesh& input_mesh)
+{
+  if (MPI::rank(input_mesh.mpi_comm()) == 0)
+  {
+    // Create XML doc and get DOLFIN node
+    pugi::xml_document xml_doc;
+    load_xml_doc(xml_doc);
+    pugi::xml_node dolfin_node = get_dolfin_xml_node(xml_doc);
+
+    // Read mesh
+    XMLMesh::read(input_mesh, dolfin_node);
+  }
+
+  if (MPI::size(input_mesh.mpi_comm()) > 1)
+  {
+    // Distribute local data
+    input_mesh.domains().clear();
+    LocalMeshData local_mesh_data(input_mesh);
+
+    // FIXME: To be removed when advanced parallel XML IO is removed
+    // Add mesh domain data
+    if (MPI::rank(input_mesh.mpi_comm()) == 0)
+    {
+      // Create XML doc and get DOLFIN node
+      pugi::xml_document xml_doc;
+      load_xml_doc(xml_doc);
+      pugi::xml_node dolfin_node = get_dolfin_xml_node(xml_doc);
+      XMLMesh::read_domain_data(local_mesh_data, dolfin_node);
+    }
+
+    // Partition and build mesh
+    const std::string ghost_mode = dolfin::parameters["ghost_mode"];
+    MeshPartitioning::build_distributed_mesh(input_mesh, local_mesh_data,
+                                             ghost_mode);
+  }
+}
+//-----------------------------------------------------------------------------
+void XMLFile::write(const Mesh& output_mesh)
+{
+  if (MPI::size(output_mesh.mpi_comm()) > 1)
+  {
+    dolfin_error("XMLFile.cpp",
+                 "write mesh to XML file in parallel",
+                 "Parallel XML mesh output is not supported. Use HDF5 format instead");
+  }
+
+  pugi::xml_document doc;
+  pugi::xml_node node = write_dolfin(doc);
+  XMLMesh::write(output_mesh, node);
+  save_xml_doc(doc);
+}
+//-----------------------------------------------------------------------------
+void XMLFile::read(GenericVector& input)
+{
+  pugi::xml_document xml_doc;
+  pugi::xml_node dolfin_node(0);
+
+  // Read vector size
+  std::size_t size = 0;
+  if (_mpi_comm.rank() == 0)
+  {
+    load_xml_doc(xml_doc);
+    dolfin_node = get_dolfin_xml_node(xml_doc);
+    size = XMLVector::read_size(dolfin_node);
+  }
+  MPI::broadcast(_mpi_comm.comm(), size);
+
+  // Resize if necessary
+  const std::size_t input_vector_size = input.size();
+  const std::size_t num_proc = _mpi_comm.size();
+  if (num_proc > 1 && input_vector_size != size)
+  {
+    warning("Resizing parallel vector. Default partitioning will be used. \
+To control distribution, initialize vector size before reading from file.");
+  }
+  if (input.size() != size)
+    input.init(size);
+
+  // Read vector on root process
+  if (_mpi_comm.rank() == 0)
+  {
+    dolfin_assert(dolfin_node);
+    XMLVector::read(input, dolfin_node);
+  }
+
+  // Finalise
+  input.apply("insert");
+}
+//-----------------------------------------------------------------------------
+void XMLFile::read_vector(std::vector<double>& input,
+                          std::vector<dolfin::la_index>& indices)
+{
+  // Create XML doc and get DOLFIN node
+  pugi::xml_document xml_doc;
+  load_xml_doc(xml_doc);
+  const pugi::xml_node dolfin_node = get_dolfin_xml_node(xml_doc);
+
+  // Read parameters
+  XMLVector::read(input, indices, dolfin_node);
+}
+//-----------------------------------------------------------------------------
+void XMLFile::write(const GenericVector& output)
+{
+  // Open file on process 0 for distributed objects and on all
+  // processes for local objects
+  if (_mpi_comm.rank() == 0)
+  {
+    pugi::xml_document doc;
+    pugi::xml_node node = write_dolfin(doc);
+    XMLVector::write(output, node, true);
+    save_xml_doc(doc);
+  }
+  else
+  {
+    pugi::xml_node node(0);
+    XMLVector::write(output, node, false);
+  }
+}
+//-----------------------------------------------------------------------------
+void XMLFile::read(Parameters& input)
+{
+  // Create XML doc and get DOLFIN node
+  pugi::xml_document xml_doc;
+  load_xml_doc(xml_doc);
+  const pugi::xml_node dolfin_node = get_dolfin_xml_node(xml_doc);
+
+  // Read parameters
+  XMLParameters::read(input, dolfin_node);
+}
+//-----------------------------------------------------------------------------
+void XMLFile::write(const Parameters& output)
+{
+  if (_mpi_comm.rank() == 0)
+  {
+    pugi::xml_document doc;
+    pugi::xml_node node = write_dolfin(doc);
+    XMLParameters::write(output, node);
+    save_xml_doc(doc);
+  }
+}
+//-----------------------------------------------------------------------------
+void XMLFile::read(Table& input)
+{
+  if (_mpi_comm.size() > 1)
+    dolfin_error("XMLFile.cpp",
+                 "read table into XML file",
+                 "XMLTable is not colletive. Use separate XMLFile with "
+                 "MPI_COMM_SELF on each process or single process only");
+
+  // Create XML doc and get DOLFIN node
+  pugi::xml_document xml_doc;
+  load_xml_doc(xml_doc);
+  const pugi::xml_node node = get_dolfin_xml_node(xml_doc);
+
+  // Read into Table 'input'
+  XMLTable::read(input, node);
+}
+//-----------------------------------------------------------------------------
+void XMLFile::write(const Table& output)
+{
+  if (_mpi_comm.size() > 1)
+  {
+    dolfin_error("XMLFile.cpp",
+                 "write table to XML file",
+                 "XMLTable is not colletive. Use separate XMLFile with "
+                 "MPI_COMM_SELF on each process or single process only");
+  }
+
+  pugi::xml_document doc;
+  load_xml_doc(doc);
+  pugi::xml_node node = write_dolfin(doc);
+  XMLTable::write(output, node);
+  save_xml_doc(doc);
+}
+//-----------------------------------------------------------------------------
+void XMLFile::read(Function& input)
+{
+  // Create XML doc and get DOLFIN node
+  pugi::xml_document xml_doc;
+  pugi::xml_node dolfin_node(0);
+  if (_mpi_comm.rank() == 0)
+  {
+    load_xml_doc(xml_doc);
+    dolfin_node = get_dolfin_xml_node(xml_doc);
+  }
+
+  // Read data
+  XMLFunctionData::read(input, dolfin_node);
+}
+//-----------------------------------------------------------------------------
+void XMLFile::write(const Function& output)
+{
+  if (_mpi_comm.rank() == 0)
+  {
+    pugi::xml_document doc;
+    pugi::xml_node node = write_dolfin(doc);
+    XMLFunctionData::write(output, node);
+    save_xml_doc(doc);
+  }
+  else
+  {
+    pugi::xml_node node(0);
+    XMLFunctionData::write(output, node);
+  }
+}
+//-----------------------------------------------------------------------------
+template<typename T>
+void XMLFile::read_mesh_function(MeshFunction<T>& t,
+                                 const std::string type) const
+{
+  if (_mpi_comm.size() == 1)
+  {
+    pugi::xml_document xml_doc;
+    load_xml_doc(xml_doc);
+    pugi::xml_node dolfin_node = get_dolfin_xml_node(xml_doc);
+    XMLMeshFunction::read(t, type, dolfin_node);
+  }
+  else
+  {
+    // Read a MeshValueCollection on process 0, then communicate to
+    // other procs
+    std::size_t dim = 0;
+    MeshValueCollection<T> mvc(t.mesh());
+    if (_mpi_comm.rank() == 0)
+    {
+      pugi::xml_document xml_doc;
+      load_xml_doc(xml_doc);
+      pugi::xml_node dolfin_node = get_dolfin_xml_node(xml_doc);
+      XMLMeshFunction::read(mvc, type, dolfin_node);
+      dim = mvc.dim();
+      MPI::broadcast(_mpi_comm.comm(), dim);
+    }
+    else
+    {
+      MPI::broadcast(_mpi_comm.comm(), dim);
+      mvc.init(dim);
+    }
+
+    // Broadcast and set dimension
+
+    // Build local data
+    LocalMeshValueCollection<T> local_data(_mpi_comm.comm(), mvc, dim);
+
+    // Distribute MeshValueCollection
+    MeshPartitioning::build_distributed_value_collection<T>(mvc, local_data,
+                                                            *t.mesh());
+
+    // Assign collection to mesh function (this is a local operation)
+    t = mvc;
+  }
+}
+//-----------------------------------------------------------------------------
+template<typename T>
+void XMLFile::write_mesh_function(const MeshFunction<T>& t,
+                                  const std::string type)
+{
+  not_working_in_parallel("MeshFunction XML output in parallel not yet supported.");
+
+  pugi::xml_document xml_doc;
+  pugi::xml_node node = write_dolfin(xml_doc);
+  XMLMeshFunction::write(t, type, node, false);
+  save_xml_doc(xml_doc);
+}
+//-----------------------------------------------------------------------------
+template<typename T>
+void XMLFile::read_mesh_value_collection(MeshValueCollection<T>& t,
+                                         const std::string type) const
+{
+  if (_mpi_comm.size() == 1)
+  {
+    pugi::xml_document xml_doc;
+    load_xml_doc(xml_doc);
+    const pugi::xml_node dolfin_node = get_dolfin_xml_node(xml_doc);
+    XMLMeshValueCollection::read(t, type, dolfin_node);
+  }
+  else
+  {
+    // Read file on process 0
+    MeshValueCollection<T> tmp_collection(t.mesh());
+    if (_mpi_comm.rank() == 0)
+    {
+      pugi::xml_document xml_doc;
+      load_xml_doc(xml_doc);
+      const pugi::xml_node dolfin_node = get_dolfin_xml_node(xml_doc);
+      XMLMeshValueCollection::read(tmp_collection, type, dolfin_node);
+      std::size_t dim = (tmp_collection.dim());
+      MPI::broadcast(_mpi_comm.comm(), dim);
+    }
+    else
+    {
+      std::size_t dim = 0;
+      MPI::broadcast(_mpi_comm.comm(), dim);
+      tmp_collection.init(dim);
+    }
+
+    // Create local data and build value collection
+    LocalMeshValueCollection<T> local_data(_mpi_comm.comm(),
+                                           tmp_collection,
+                                           tmp_collection.dim());
+
+    // Build mesh value collection
+    dolfin_assert(t.mesh());
+    t.init(tmp_collection.dim());
+    MeshPartitioning::build_distributed_value_collection(t, local_data,
+                                                         *t.mesh());
+  }
+}
+//-----------------------------------------------------------------------------
+template<typename T>
+void XMLFile::write_mesh_value_collection(const MeshValueCollection<T>& t,
+                                          const std::string type)
+{
+  not_working_in_parallel("MeshValueCollection XML output in parallel not yet supported.");
+
+  pugi::xml_document xml_doc;
+  pugi::xml_node node = write_dolfin(xml_doc);
+  XMLMeshValueCollection::write(t, type, node);
+  save_xml_doc(xml_doc);
+}
+//-----------------------------------------------------------------------------
+void XMLFile::load_xml_doc(pugi::xml_document& xml_doc) const
+{
+  // Create XML parser result
+  pugi::xml_parse_result result;
+
+  // Get file path and extension
+  const boost::filesystem::path path(_filename);
+  const std::string extension = boost::filesystem::extension(path);
+
+  // Check that file exists
+  if (!boost::filesystem::is_regular_file(_filename))
+  {
+    dolfin_error("XMLFile.cpp",
+                 "read data from XML file",
+                 "Unable to open file \"%s\"", _filename.c_str());
+  }
+
+  // Get file size if running in parallel
+  if (_mpi_comm.size() > 1)
+  {
+    const double size = boost::filesystem::file_size(path)/(1024.0*1024.0);
+
+    // Print warning if file size is greater than threshold
+    const std::size_t warning_size
+      = dolfin::parameters["warn_on_xml_file_size"];
+    if(size >= warning_size)
+    {
+      warning("XML file '%s' is very large. XML files are parsed in serial, \
+which is not scalable. Use XMDF/HDF5 for scalable IO in parallel",
+              path.filename().c_str());
+    }
+  }
+
+  // Load xml file (unzip if necessary) into parser
+  if (extension == ".gz")
+  {
+    // Decompress file
+    std::ifstream
+      file(_filename.c_str(), std::ios_base::in|std::ios_base::binary);
+    boost::iostreams::filtering_streambuf<boost::iostreams::input> in;
+    in.push(boost::iostreams::gzip_decompressor());
+    in.push(file);
+
+    // FIXME: Is this the best way to do it?
+    std::stringstream dst;
+    boost::iostreams::copy(in, dst);
+
+    // Load data
+    result = xml_doc.load(dst);
+  }
+  else
+    result = xml_doc.load_file(_filename.c_str());
+
+  // Check the XML file was opened successfully, allow empty file
+  if (!result && result.status != pugi::status_no_document_element)
+  {
+    dolfin_error("XMLFile.cpp",
+                 "read data from XML file",
+                 "Error while parsing XML with status \"%s\"",
+                 result.description());
+  }
+}
+//-----------------------------------------------------------------------------
+void XMLFile::save_xml_doc(const pugi::xml_document& xml_doc) const
+{
+  if (outstream)
+    xml_doc.save(*outstream, "  ");
+  else
+  {
+    // Compress if filename has extension '.gz'
+    const boost::filesystem::path path(_filename);
+    const std::string extension = boost::filesystem::extension(path);
+    if (extension == ".gz")
+    {
+      std::stringstream xml_stream;
+      xml_doc.save(xml_stream, "  ");
+
+      std::ofstream
+        file(_filename.c_str(), std::ios_base::out | std::ios_base::binary);
+      boost::iostreams::filtering_streambuf<boost::iostreams::output> out;
+      out.push(boost::iostreams::gzip_compressor());
+      out.push(file);
+      boost::iostreams::copy(xml_stream, out);
+    }
+    else
+      xml_doc.save_file(_filename.c_str(), "  ");
+  }
+}
+//-----------------------------------------------------------------------------
+const pugi::xml_node
+XMLFile::get_dolfin_xml_node(pugi::xml_document& xml_doc) const
+{
+  // Check that we have a DOLFIN XML file
+  const pugi::xml_node dolfin_node = xml_doc.child("dolfin");
+  if (!dolfin_node)
+  {
+    dolfin_error("XMLFile.cpp",
+                 "read data from XML file",
+                 "Not a DOLFIN XML file");
+  }
+  return dolfin_node;
+}
+//-----------------------------------------------------------------------------
+pugi::xml_node XMLFile::write_dolfin(pugi::xml_document& xml_doc)
+{
+  pugi::xml_node node = xml_doc.child("dolfin");
+  if (!node)
+  {
+    node = xml_doc.append_child("dolfin");
+    node.append_attribute("xmlns:dolfin") = "http://fenicsproject.org";
+  }
+  return node;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/io/XMLFile.h b/dolfin/io/XMLFile.h
new file mode 100644
index 0000000..321af5f
--- /dev/null
+++ b/dolfin/io/XMLFile.h
@@ -0,0 +1,190 @@
+// Copyright (C) 2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2011.
+//
+// First added:  2009-03-03
+// Last changed: 2011-09-17
+
+#ifndef __XMLFILE_H
+#define __XMLFILE_H
+
+#include <map>
+#include <ostream>
+#include <string>
+#include <vector>
+#include <memory>
+#include <dolfin/common/types.h>
+#include <dolfin/common/MPI.h>
+#include "GenericFile.h"
+
+namespace pugi
+{
+  class xml_document;
+  class xml_node;
+}
+
+namespace dolfin
+{
+
+  class Function;
+  class GenericVector;
+  class Mesh;
+  class Parameters;
+  class Table;
+  template<typename T> class Array;
+  template<typename T> class MeshFunction;
+  template<typename T> class MeshValueCollection;
+
+  /// I/O of DOLFIN objects in XML format
+
+  class XMLFile : public GenericFile
+  {
+  public:
+
+    /// Constructor
+    XMLFile(MPI_Comm mpi_comm, const std::string filename);
+
+    /// Constructor from a stream
+    XMLFile(std::ostream& s);
+
+    ~XMLFile();
+
+    /// Mesh input
+    void read(Mesh& input);
+    /// Mesh output
+    void write(const Mesh& output);
+
+    /// Vector input
+    void read(GenericVector& input);
+    /// Vector input
+    void read_vector(std::vector<double>& input,
+                     std::vector<dolfin::la_index>& indices);
+    /// Vector output
+    void write(const GenericVector& output);
+
+    /// Parameters input
+    void read(Parameters& input);
+    /// Parameters output
+    void write(const Parameters& output);
+
+    /// Table input
+    void read(Table& input);
+    /// Table output
+    void write(const Table& output);
+
+    /// Function data input
+    void read(Function& input);
+    /// Function data output
+    void write(const Function& output);
+
+    /// MeshFunction (uint) input
+    void read(MeshFunction<std::size_t>& input)
+    { read_mesh_function(input, "uint"); }
+    /// MeshFunction (uint) output
+    void write(const MeshFunction<std::size_t>& output)
+    { write_mesh_function(output, "uint"); }
+
+    /// MeshFunction (int) input
+    void read(MeshFunction<int>& input)
+    { read_mesh_function(input, "int"); }
+    /// MeshFunction (int) output
+    void write(const MeshFunction<int>& output)
+    { write_mesh_function(output, "int"); }
+
+    /// MeshFunction (double) input
+    void read(MeshFunction<double>& input)
+    { read_mesh_function(input, "double"); }
+    /// MeshFunction (double) output
+    void write(const MeshFunction<double>& output)
+    { write_mesh_function(output, "double"); }
+
+    /// MeshFunction (bool) input
+    void read(MeshFunction<bool>& input)
+    { read_mesh_function(input, "bool"); }
+    /// MeshFunction (bool) output
+    void write(const MeshFunction<bool>& input)
+    { write_mesh_function(input, "bool"); }
+
+    /// MeshValueCollection (std::size_t) input
+    void read(MeshValueCollection<std::size_t>& input)
+    { read_mesh_value_collection(input, "uint"); }
+    /// MeshValueCollection (std::size_t) output
+    void write(const MeshValueCollection<std::size_t>& output)
+    { write_mesh_value_collection(output, "uint"); }
+
+    /// MeshValueCollection (int) input
+    void read(MeshValueCollection<int>& input)
+    { read_mesh_value_collection(input, "int"); }
+    /// MeshValueCollection (int) output
+    void write(const MeshValueCollection<int>& output)
+    { write_mesh_value_collection(output, "int"); }
+
+    /// MeshValueCollection (double) input
+    void read(MeshValueCollection<double>& input)
+    { read_mesh_value_collection(input, "double"); }
+    /// MeshValueCollection (double) output
+    void write(const MeshValueCollection<double>& output)
+    { write_mesh_value_collection(output, "double"); }
+
+    /// MeshValueCollection (bool) input
+    void read(MeshValueCollection<bool>& input)
+    { read_mesh_value_collection(input, "bool"); }
+    /// MeshValueCollection (bool) output
+    void write(const MeshValueCollection<bool>& input)
+    { write_mesh_value_collection(input, "bool"); }
+
+  private:
+
+    // Read MeshFunction
+    template<typename T> void read_mesh_function(MeshFunction<T>& t,
+                                                 const std::string type) const;
+
+    // Write MeshFunction
+    template<typename T> void write_mesh_function(const MeshFunction<T>& t,
+                                                  const std::string type);
+
+    // Read MeshValueCollection
+    template<typename T>
+    void read_mesh_value_collection(MeshValueCollection<T>& t,
+                                    const std::string type) const;
+
+    // Write MeshValueCollection
+    template<typename T>
+    void write_mesh_value_collection(const MeshValueCollection<T>& t,
+                                     const std::string type);
+
+    // Load/open XML doc (from file)
+    void load_xml_doc(pugi::xml_document& xml_doc) const;
+
+    // Save XML doc (to file or stream)
+    void save_xml_doc(const pugi::xml_document& xml_doc) const;
+
+    // Get DOLFIN XML node
+    const pugi::xml_node get_dolfin_xml_node(pugi::xml_document& xml_doc) const;
+
+    static pugi::xml_node write_dolfin(pugi::xml_document& doc);
+
+    std::shared_ptr<std::ostream> outstream;
+
+    // MPI communicator
+    dolfin::MPI::Comm _mpi_comm;
+
+  };
+
+}
+#endif
diff --git a/dolfin/io/XMLFunctionData.cpp b/dolfin/io/XMLFunctionData.cpp
new file mode 100644
index 0000000..0d2dc27
--- /dev/null
+++ b/dolfin/io/XMLFunctionData.cpp
@@ -0,0 +1,345 @@
+// Copyright (C) 2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2012
+//
+// First added:  2011-09-27
+// Last changed: 2012-04-04
+
+#include <algorithm>
+#include <iomanip>
+#include <iostream>
+#include <iterator>
+#include <string>
+#include <utility>
+#include <vector>
+#include <boost/lexical_cast.hpp>
+#include "pugixml.hpp"
+
+#include "dolfin/common/Array.h"
+#include "dolfin/common/MPI.h"
+#include "dolfin/fem/GenericDofMap.h"
+#include "dolfin/function/Function.h"
+#include "dolfin/function/FunctionSpace.h"
+#include "dolfin/la/GenericVector.h"
+#include "dolfin/log/log.h"
+#include "dolfin/mesh/Mesh.h"
+#include "dolfin/mesh/MeshTopology.h"
+#include "XMLFunctionData.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void XMLFunctionData::read(Function& u, const pugi::xml_node xml_dolfin)
+{
+  dolfin_assert(u.vector());
+  GenericVector& vector = *u.vector();
+  dolfin_assert(u.function_space());
+  const FunctionSpace& V = *u.function_space();
+
+  dolfin_assert(V.mesh());
+  const Mesh& mesh = *V.mesh();
+
+  std::vector<std::pair<la_index, la_index>> global_to_cell_dof;
+  std::vector<double> x;
+  std::vector<la_index> indices;
+
+  const std::size_t num_dofs = V.dim();
+
+  if (MPI::rank(mesh.mpi_comm()) == 0)
+  {
+    // Check that we have a XML function data
+    const pugi::xml_node xml_function_data_node
+      = xml_dolfin.child("function_data");
+    if (!xml_function_data_node)
+    {
+      dolfin_error("XMLFunctionData.cpp",
+                   "read function from XML file",
+                   "Not a DOLFIN Function XML file");
+    }
+
+    // Check size
+    const std::size_t size = xml_function_data_node.attribute("size").as_uint();
+    if (size != num_dofs)
+    {
+      dolfin_error("XMLFunctionData.cpp",
+                   "read function from XML file",
+                   "The number of degrees of freedom (%d) does not match the "
+                   "dimension of the function space (%d)",
+                   size, num_dofs);
+    }
+    dolfin_assert(size == vector.size());
+
+    global_to_cell_dof.resize(num_dofs);
+    x.resize(num_dofs);
+    indices.resize(num_dofs);
+
+    // Iterate over each cell entry
+    for (pugi::xml_node_iterator it = xml_function_data_node.begin();
+         it != xml_function_data_node.end(); ++it)
+    {
+      const std::string name = it->name();
+      dolfin_assert(name == "dof");
+
+      const std::size_t global_index = it->attribute("index").as_uint();
+      const double value = it->attribute("value").as_double();
+      const std::size_t cell_index = it->attribute("cell_index").as_uint();
+      const std::size_t local_dof_index
+        = it->attribute("cell_dof_index").as_uint();
+
+      global_to_cell_dof[global_index].first = cell_index;
+      global_to_cell_dof[global_index].second = local_dof_index;
+      x[global_index] = value;
+    }
+  }
+
+  // Build current dof map based on function space V (empty on all but
+  // process rank 0)
+  std::vector<std::vector<dolfin::la_index>> dof_map;
+  build_dof_map(dof_map, V);
+
+  // Map old-to-current vector positions
+  if (MPI::rank(mesh.mpi_comm()) == 0)
+  {
+    // Loop over dofs
+    for (std::size_t i = 0; i < num_dofs; ++i)
+    {
+      // Get cell index and local (cell-wise) dof index (indices for
+      // data from file)
+      dolfin_assert(i < global_to_cell_dof.size());
+      const std::size_t global_cell_index = global_to_cell_dof[i].first;
+      const std::size_t local_dof_index   = global_to_cell_dof[i].second;
+
+      // Local dof vector for cell in  V
+      const std::vector<la_index>& dofs = dof_map[global_cell_index];
+      dolfin_assert(local_dof_index < dofs.size());
+
+      // Get new dof index
+      const dolfin::la_index new_index = dofs[local_dof_index];
+
+      // File to new
+      indices[i] = new_index;
+    }
+
+    vector.set(x.data(), x.size(), indices.data());
+  }
+
+  // Finalise vector
+  vector.apply("insert");
+}
+//-----------------------------------------------------------------------------
+void XMLFunctionData::write(const Function& u, pugi::xml_node xml_node)
+{
+  // Check that we don't have a sub-function
+  if(!u.function_space()->component().empty())
+  {
+    dolfin_error("XMLFunctionData.cpp",
+                 "write Function to XML file",
+                 "Cannot write sub-Functions (views) to XML files");
+  }
+
+  // Get function space
+  dolfin_assert(u.function_space());
+  const FunctionSpace& V = *u.function_space();
+
+  dolfin_assert(V.mesh());
+  const Mesh& mesh = *V.mesh();
+
+  std::vector<double> x;
+  dolfin_assert(u.vector());
+  if (MPI::size(mesh.mpi_comm()) > 1)
+    u.vector()->gather_on_zero(x);
+  else
+    u.vector()->get_local(x);
+
+  // Build map
+  std::vector<std::vector<std::pair<dolfin::la_index, dolfin::la_index>>>
+    global_dof_to_cell_dof;
+  build_global_to_cell_dof(global_dof_to_cell_dof, V);
+
+  if (MPI::rank(mesh.mpi_comm()) == 0)
+  {
+    // Add vector node
+    pugi::xml_node function_node = xml_node.append_child("function_data");
+    function_node.append_attribute("size") = (unsigned int) x.size();
+
+    // Add data
+    for (std::size_t i = 0; i < x.size(); ++i)
+    {
+      dolfin_assert(i < global_dof_to_cell_dof.size());
+
+      pugi::xml_node dof_node = function_node.append_child("dof");
+      dof_node.append_attribute("index") = (unsigned int) i;
+      dof_node.append_attribute("value")
+        = boost::lexical_cast<std::string>(x[i]).c_str();
+      dof_node.append_attribute("cell_index")
+        = (unsigned int) global_dof_to_cell_dof[i][0].first;
+      dof_node.append_attribute("cell_dof_index")
+        = (unsigned int) global_dof_to_cell_dof[i][0].second;
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void XMLFunctionData::build_global_to_cell_dof(
+  std::vector<std::vector<std::pair<la_index, la_index>>>&
+  global_dof_to_cell_dof,
+  const FunctionSpace& V)
+{
+  // Get mesh and dofmap
+  dolfin_assert(V.mesh());
+  dolfin_assert(V.dofmap());
+  const Mesh& mesh = *V.mesh();
+  const GenericDofMap& dofmap = *V.dofmap();
+
+  std::vector<dolfin::la_index> local_dofmap;
+  if (MPI::size(mesh.mpi_comm()) > 1)
+  {
+    // Check that local-to-global cell numbering is available
+    const std::size_t D = mesh.topology().dim();
+    dolfin_assert(mesh.topology().have_global_indices(D));
+
+    // Get local-to-global map
+    std::vector<std::size_t> local_to_global_dof;
+    dofmap.tabulate_local_to_global_dofs(local_to_global_dof);
+
+    // Build dof map data with global cell indices
+    std::vector<la_index> cell_dofs_global;
+    for (CellIterator cell(mesh); !cell.end(); ++cell)
+    {
+      const std::size_t local_cell_index = cell->index();
+      const std::size_t global_cell_index = cell->global_index();
+      auto cell_dofs = dofmap.cell_dofs(local_cell_index);
+
+      cell_dofs_global.resize(cell_dofs.size());
+      for(Eigen::Index i = 0; i < cell_dofs.size(); ++i)
+        cell_dofs_global[i] = local_to_global_dof[cell_dofs[i]];
+
+      local_dofmap.push_back(global_cell_index);
+      local_dofmap.push_back(cell_dofs.size());
+      local_dofmap.insert(local_dofmap.end(),
+                          cell_dofs_global.begin(),
+                          cell_dofs_global.end());
+    }
+  }
+  else
+  {
+    // Build dof map data
+    for (CellIterator cell(mesh); !cell.end(); ++cell)
+    {
+      const std::size_t local_cell_index = cell->index();
+      local_dofmap.push_back(local_cell_index);
+      local_dofmap.push_back(dofmap.cell_dofs(local_cell_index).size());
+
+      auto dmap = dofmap.cell_dofs(local_cell_index);
+      local_dofmap.insert(local_dofmap.end(),
+                          dmap.data(), dmap.data() + dmap.size());
+    }
+  }
+
+  // Gather dof map data on root process
+  std::vector<dolfin::la_index> gathered_dofmap;
+  MPI::gather(mesh.mpi_comm(), local_dofmap, gathered_dofmap);
+
+  // Build global dof - (global cell, local dof) map on root process
+  if (MPI::rank(mesh.mpi_comm()) == 0)
+  {
+    global_dof_to_cell_dof.resize(dofmap.global_dimension());
+    for (std::size_t i = 0; i < gathered_dofmap.size(); )
+    {
+      const std::size_t global_cell_index = gathered_dofmap[i++];
+      const std::size_t num_dofs     = gathered_dofmap[i++];
+      for (std::size_t j = 0; j < num_dofs; ++j)
+        global_dof_to_cell_dof[gathered_dofmap[i++]].push_back(std::make_pair(global_cell_index, j));
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void XMLFunctionData::build_dof_map(std::vector<std::vector<la_index>>& dof_map,
+                                    const FunctionSpace& V)
+{
+  // Get mesh and dofmap
+  dolfin_assert(V.mesh());
+  dolfin_assert(V.dofmap());
+  const Mesh& mesh = *V.mesh();
+  const GenericDofMap& dofmap = *V.dofmap();
+
+  // Get local-to-global map
+  std::vector<std::size_t> local_to_global_dof;
+  dofmap.tabulate_local_to_global_dofs(local_to_global_dof);
+
+  // Get global number of cells
+  const std::size_t num_cells = MPI::sum(mesh.mpi_comm(), mesh.num_cells());
+
+  std::vector<dolfin::la_index> local_dofmap;
+  if (MPI::size(mesh.mpi_comm()) > 1)
+  {
+    // Check that local-to-global cell numbering is available
+    const std::size_t D = mesh.topology().dim();
+    dolfin_assert(mesh.topology().have_global_indices(D));
+
+    // Build dof map data with global cell indices
+    std::vector<la_index> cell_dofs_global;
+    for (CellIterator cell(mesh); !cell.end(); ++cell)
+    {
+      const std::size_t local_cell_index = cell->index();
+      const std::size_t global_cell_index = cell->global_index();
+      auto cell_dofs = dofmap.cell_dofs(local_cell_index);
+      local_dofmap.push_back(global_cell_index);
+      local_dofmap.push_back(cell_dofs.size());
+
+      cell_dofs_global.resize(cell_dofs.size());
+      for(Eigen::Index i = 0; i < cell_dofs.size(); ++i)
+        cell_dofs_global[i] = local_to_global_dof[cell_dofs[i]];
+
+      // Insert global dof indices
+      local_dofmap.insert(local_dofmap.end(), cell_dofs_global.data(),
+                          cell_dofs_global.data() + cell_dofs_global.size());
+    }
+  }
+  else
+  {
+    // Build dof map data
+    for (CellIterator cell(mesh); !cell.end(); ++cell)
+    {
+      const std::size_t local_cell_index = cell->index();
+      local_dofmap.push_back(local_cell_index);
+      local_dofmap.push_back(dofmap.cell_dofs(local_cell_index).size());
+
+      auto dmap = dofmap.cell_dofs(local_cell_index);
+      local_dofmap.insert(local_dofmap.end(),
+                          dmap.data(), dmap.data() + dmap.size());
+    }
+  }
+
+  // Gather dof map data on root process
+  std::vector<dolfin::la_index> gathered_dofmap;
+  MPI::gather(mesh.mpi_comm(), local_dofmap, gathered_dofmap);
+
+  // Build global dofmap on root process
+  if (MPI::rank(mesh.mpi_comm()) == 0)
+  {
+    dof_map.resize(num_cells);
+    for (std::size_t i = 0; i < gathered_dofmap.size(); )
+    {
+      const std::size_t global_cell_index = gathered_dofmap[i++];
+      const std::size_t num_dofs     = gathered_dofmap[i++];
+      for (std::size_t j = 0; j < num_dofs; ++j)
+        dof_map[global_cell_index].push_back(gathered_dofmap[i++]);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/io/XMLFunctionData.h b/dolfin/io/XMLFunctionData.h
new file mode 100644
index 0000000..992149a
--- /dev/null
+++ b/dolfin/io/XMLFunctionData.h
@@ -0,0 +1,63 @@
+// Copyright (C) 2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-09-27
+// Last changed: 2011-09-27
+
+#ifndef __XMLFUNCTIONDATA_H
+#define __XMLFUNCTIONDATA_H
+
+#include <ostream>
+#include <vector>
+
+namespace pugi
+{
+  class xml_node;
+}
+
+namespace dolfin
+{
+
+  class Function;
+
+  /// I/O for XML representation of Function
+
+  class XMLFunctionData
+  {
+  public:
+
+    /// Read the XML file with function data
+    static void read(Function& u, pugi::xml_node xml_node);
+
+    /// Write the XML file with function data
+    static void write(const Function& u, pugi::xml_node xml_node);
+
+  private:
+
+    static void build_global_to_cell_dof(std::vector<std::vector<
+     std::pair<dolfin::la_index, dolfin::la_index> > >& global_dof_to_cell_dof,
+     const FunctionSpace& V);
+
+    static void build_dof_map(std::vector<std::vector<dolfin::la_index>
+                              >& global_dof_to_cell_dof,
+                              const FunctionSpace& V);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/io/XMLMesh.cpp b/dolfin/io/XMLMesh.cpp
new file mode 100644
index 0000000..085bded
--- /dev/null
+++ b/dolfin/io/XMLMesh.cpp
@@ -0,0 +1,581 @@
+// Copyright (C) 2011-2013 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2011
+//
+// First added:  2002-12-06
+// Last changed: 2014-02-06
+
+#include <map>
+#include <memory>
+#include <iomanip>
+#include <iostream>
+#include <string>
+#include <vector>
+#include <boost/format.hpp>
+
+#include "pugixml.hpp"
+
+#include "dolfin/common/MPI.h"
+#include "dolfin/common/NoDeleter.h"
+#include "dolfin/geometry/Point.h"
+#include "dolfin/la/GenericVector.h"
+#include "dolfin/mesh/Cell.h"
+#include "dolfin/mesh/CellType.h"
+#include "dolfin/mesh/LocalMeshData.h"
+#include "dolfin/mesh/Mesh.h"
+#include "dolfin/mesh/MeshData.h"
+#include "dolfin/mesh/MeshEditor.h"
+#include "dolfin/mesh/Vertex.h"
+#include "dolfin/mesh/MeshFunction.h"
+#include "XMLMeshFunction.h"
+#include "XMLMeshValueCollection.h"
+#include "XMLMesh.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void XMLMesh::read(Mesh& mesh, const pugi::xml_node xml_dolfin)
+{
+  // Get mesh node
+  const pugi::xml_node mesh_node = xml_dolfin.child("mesh");
+  if (!mesh_node)
+  {
+    dolfin_error("XMLMesh.cpp",
+                 "read mesh from XML file",
+                 "Not a DOLFIN XML Mesh file");
+  }
+
+  // Read mesh
+  read_mesh(mesh, mesh_node);
+
+  // Read mesh data (if any)
+  read_data(mesh.data(), mesh, mesh_node);
+
+  // Read mesh domains (if any)
+  read_domains(mesh.domains(), mesh, mesh_node);
+}
+//-----------------------------------------------------------------------------
+void XMLMesh::write(const Mesh& mesh, pugi::xml_node xml_node)
+{
+  // Add mesh node
+  pugi::xml_node mesh_node = xml_node.append_child("mesh");
+
+  // Write mesh
+  write_mesh(mesh, mesh_node);
+
+  // Write mesh data (if any)
+  write_data(mesh, mesh.data(), mesh_node);
+
+  // Write mesh markers (if any)
+  write_domains(mesh, mesh.domains(), mesh_node);
+}
+//-----------------------------------------------------------------------------
+void XMLMesh::read_mesh(Mesh& mesh, const pugi::xml_node mesh_node)
+{
+  // Get cell type and geometric dimension
+  const std::string cell_type_str = mesh_node.attribute("celltype").value();
+  const std::size_t gdim = mesh_node.attribute("dim").as_uint();
+
+  // Get topological dimension
+  std::unique_ptr<CellType> cell_type(CellType::create(cell_type_str));
+  const std::size_t tdim = cell_type->dim();
+
+  // Create mesh for editing
+  MeshEditor editor;
+  editor.open(mesh, cell_type_str, tdim, gdim);
+
+  // Get vertices xml node
+  pugi::xml_node xml_vertices = mesh_node.child("vertices");
+  dolfin_assert(xml_vertices);
+
+  // Get number of vertices and init editor
+  const std::size_t num_vertices = xml_vertices.attribute("size").as_uint();
+  editor.init_vertices_global(num_vertices, num_vertices);
+
+  // Iterate over vertices and add to mesh
+  Point p;
+  for (pugi::xml_node_iterator it = xml_vertices.begin();
+       it != xml_vertices.end(); ++it)
+  {
+    const std::size_t index = it->attribute("index").as_uint();
+    p[0] = it->attribute("x").as_double();
+    p[1] = it->attribute("y").as_double();
+    p[2] = it->attribute("z").as_double();
+    editor.add_vertex(index, p);
+  }
+
+  // Get cells node
+  pugi::xml_node xml_cells = mesh_node.child("cells");
+  dolfin_assert(xml_cells);
+
+  // Get number of cells and init editor
+  const std::size_t num_cells = xml_cells.attribute("size").as_uint();
+  editor.init_cells_global(num_cells, num_cells);
+
+  // Create list of vertex index attribute names
+  const unsigned int num_vertices_per_cell = cell_type->num_vertices(tdim);
+  std::vector<std::string> v_str(num_vertices_per_cell);
+  for (std::size_t i = 0; i < num_vertices_per_cell; ++i)
+    v_str[i] = "v" + std::to_string(i);
+
+  // Iterate over cells and add to mesh
+  std::vector<std::size_t> v(num_vertices_per_cell);
+  for (pugi::xml_node_iterator it = xml_cells.begin(); it != xml_cells.end();
+       ++it)
+  {
+    const std::size_t index = it->attribute("index").as_uint();
+    for (unsigned int i = 0; i < num_vertices_per_cell; ++i)
+      v[i] = it->attribute(v_str[i].c_str()).as_uint();
+    editor.add_cell(index, v);
+  }
+
+  // Close mesh editor
+  editor.close();
+}
+//-----------------------------------------------------------------------------
+void XMLMesh::read_data(MeshData& data, const Mesh& mesh,
+                        const pugi::xml_node mesh_node)
+{
+  // Check if we have any mesh data
+  const pugi::xml_node xml_data = mesh_node.child("data");
+  if (!xml_data)
+    return;
+
+  // Iterate over data
+  for (pugi::xml_node_iterator it = xml_data.begin();
+       it != xml_data.end(); ++it)
+  {
+    // Get node name
+    const std::string node_name = it->name();
+
+    // Read data stored as a MeshFunction (new style)
+    if (node_name == "mesh_function")
+    {
+      // Create MeshFunction to read data into
+      auto _mesh = reference_to_no_delete_pointer(mesh);
+      MeshFunction<std::size_t> mf(_mesh);
+
+      // Read  MeshFunction
+      //const std::string data_type = it->attribute("type").value();
+      XMLMeshFunction::read(mf, "uint", *it);
+
+      // Create mesh domain array
+      std::vector<std::size_t>& _data
+        = data.create_array(mf.name(), mf.dim());
+      _data.resize(mf.size());
+
+      // Copy MeshFunction into MeshDomain array
+      for (std::size_t i = 0; i < _data.size(); ++i)
+        _data[i] = mf[i];
+    }
+    else if (node_name != "data_entry")
+    {
+      dolfin_error("XMLMesh.cpp",
+                   "read mesh data from XML file",
+                   "Expecting XML node <data_entry> but got <%s>",
+                   node_name.c_str());
+    }
+    else // Old-style storage
+    {
+      // Get name of data set
+      const std::string data_set_name = it->attribute("name").value();
+
+      // Check that there is only one data set
+      if (it->first_child().next_sibling())
+      {
+        dolfin_error("XMLMesh.cpp",
+                     "read mesh data from XML file",
+                     "XML file contains too many data sets");
+      }
+
+      // Get type of data set
+      pugi::xml_node data_set = it->first_child();
+      const std::string data_set_type = data_set.name();
+      if (data_set_type == "array")
+      {
+        dolfin_error("XMLMesh.cpp",
+                     "read mesh data from XML file",
+                     "Only MeshFunction data can be read");
+      }
+      else if (data_set_type == "mesh_function")
+      {
+        // Create MeshFunction to read data into
+        auto _mesh = reference_to_no_delete_pointer(mesh);
+        MeshFunction<std::size_t> mf(_mesh);
+
+        // Read  MeshFunction
+        const std::string data_type = data_set.attribute("type").value();
+        XMLMeshFunction::read(mf, data_type, *it);
+
+        // Create mesh domain array
+        std::vector<std::size_t>& _data
+          = data.create_array(data_set_name, mf.dim());
+        _data.resize(mf.size());
+
+        // Copy MeshFunction into MeshDomain array
+        for (std::size_t i = 0; i < _data.size(); ++i)
+          _data[i] = mf[i];
+      }
+      else if (data_set_type == "meshfunction")
+      {
+        dolfin_error("XMLMesh.cpp",
+                     "read mesh data from XML file",
+                     "The XML tag <meshfunction> has been changed to <mesh_function>");
+      }
+      else
+      {
+        dolfin_error("XMLMesh.cpp",
+                     "read mesh data from XML file",
+                     "Reading of MeshData \"%s\" is not yet supported",
+                     data_set_type.c_str());
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void XMLMesh::read_domains(MeshDomains& domains, const Mesh& mesh,
+                           const pugi::xml_node mesh_node)
+{
+  // Check if we have any domains
+  const pugi::xml_node xml_domains = mesh_node.child("domains");
+  if (!xml_domains)
+    return;
+
+  // Iterate over data
+  for (pugi::xml_node_iterator it = xml_domains.begin();
+       it != xml_domains.end(); ++it)
+  {
+    // Check that node is <mesh_value_collection>
+    const std::string node_name = it->name();
+    if (node_name != "mesh_value_collection")
+    {
+      dolfin_error("XMLMesh.cpp",
+                   "read mesh domains from XML file",
+                   "Expecting XML node <mesh_value_collection> but got <%s>",
+                   node_name.c_str());
+    }
+
+    // Get attributes
+    const std::string type = it->attribute("type").value();
+    const std::size_t dim = it->attribute("dim").as_uint();
+
+    // Check that the type is uint
+    if (type != "uint")
+    {
+      dolfin_error("XMLMesh.cpp",
+                   "read mesh domains from XML file",
+                   "Mesh domains must be marked as uint, not %s",
+                   type.c_str());
+    }
+
+    // Initialise mesh entities
+    mesh.init(dim);
+
+    // Read data into a mesh value collection
+    std::shared_ptr<const Mesh> _mesh = reference_to_no_delete_pointer(mesh);
+    MeshValueCollection<std::size_t> mvc(_mesh);
+    XMLMeshValueCollection::read(mvc, type, *it);
+
+    // Get mesh value collection data
+    const std::map<std::pair<std::size_t, std::size_t>, std::size_t>&
+      values = mvc.values();
+
+    // Get mesh domain data and fill
+    std::map<std::size_t, std::size_t>& markers
+      = domains.markers(dim);
+    std::map<std::pair<std::size_t, std::size_t>,
+             std::size_t>::const_iterator entry;
+    if (dim != mesh.topology().dim())
+    {
+      for (entry = values.begin(); entry != values.end(); ++entry)
+      {
+        const Cell cell(mesh, entry->first.first);
+        const std::size_t entity_index
+          = cell.entities(dim)[entry->first.second];
+        markers[entity_index] = entry->second;
+      }
+    }
+    else
+    {
+      // Special case for cells
+      for (entry = values.begin(); entry != values.end(); ++entry)
+        markers[entry->first.first] = entry->second;
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void XMLMesh::read_domain_data(LocalMeshData& mesh_data,
+                               const pugi::xml_node xml_dolfin)
+{
+  // Get mesh node
+  const pugi::xml_node mesh_node = xml_dolfin.child("mesh");
+  if (!mesh_node)
+  {
+    dolfin_error("XMLMesh.cpp",
+                 "read mesh from XML file",
+                 "Not a DOLFIN XML Mesh file");
+  }
+
+
+  // Check if we have any domains
+  const pugi::xml_node xml_domains = mesh_node.child("domains");
+  if (!xml_domains)
+  {
+    mesh_data.domain_data.clear();
+    return;
+  }
+
+  // Iterate over data
+  for (pugi::xml_node_iterator xml_domain = xml_domains.begin();
+       xml_domain != xml_domains.end(); ++xml_domain)
+  {
+    // Check that node is <mesh_value_collection>
+    const std::string node_name = xml_domain->name();
+    if (node_name != "mesh_value_collection")
+    {
+      dolfin_error("XMLMesh.cpp",
+                   "read mesh domains from XML file",
+                   "Expecting XML node <mesh_value_collection> but got <%s>",
+                   node_name.c_str());
+    }
+
+    // Get attributes
+    const std::string type = xml_domain->attribute("type").value();
+    const std::size_t dim = xml_domain->attribute("dim").as_uint();
+
+    // Check that the type is uint
+    if (type != "uint")
+    {
+      dolfin_error("XMLMesh.cpp",
+                   "read mesh domains from XML file",
+                   "Mesh domains must be marked as uint, not %s",
+                   type.c_str());
+    }
+
+    // Get domain data
+    std::vector<std::pair<std::pair<std::size_t, std::size_t>, std::size_t>>&
+      domain_data = mesh_data.domain_data[dim] ;
+
+    pugi::xml_node_iterator xml_domain_dim;
+    for (xml_domain_dim = xml_domain->begin();
+         xml_domain_dim != xml_domain->end(); ++xml_domain_dim)
+    {
+      const std::size_t cell_index
+        = xml_domain_dim->attribute("cell_index").as_uint();
+      const std::size_t local_entity
+          = xml_domain_dim->attribute("local_entity").as_uint();
+      const std::size_t value = xml_domain_dim->attribute("value").as_uint();
+
+      domain_data.push_back({{cell_index, local_entity}, value});
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void XMLMesh::read_array_uint(std::vector<std::size_t>& array,
+                              const pugi::xml_node xml_array)
+{
+  // Check that we have an array
+  const std::string name = xml_array.name();
+  if (name != "array")
+  {
+    dolfin_error("XMLMesh.cpp",
+                 "read mesh array data from XML file",
+                 "Expecting an XML array node");
+  }
+
+  // Check type is unit
+  const std::string type = xml_array.attribute("type").value();
+  if (type != "uint")
+  {
+    dolfin_error("XMLMesh.cpp",
+                 "read mesh array data from XML file",
+                 "Expecting an XML array node");
+  }
+
+  // Get size and resize vector
+  const std::size_t size = xml_array.attribute("size").as_uint();
+  array.resize(size);
+
+  // Iterate over array entries
+  for (pugi::xml_node_iterator it = xml_array.begin(); it !=xml_array.end();
+       ++it)
+  {
+    const std::size_t index = it->attribute("index").as_uint();
+    const double value = it->attribute("value").as_uint();
+    dolfin_assert(index < size);
+    array[index] = value;
+  }
+}
+//-----------------------------------------------------------------------------
+void XMLMesh::write_mesh(const Mesh& mesh, pugi::xml_node mesh_node)
+{
+  // Add mesh attributes
+  const CellType::Type _cell_type = mesh.type().cell_type();
+  const std::string cell_type = CellType::type2string(_cell_type);
+  mesh_node.append_attribute("celltype") = cell_type.c_str();
+  mesh_node.append_attribute("dim") = (unsigned int) mesh.geometry().dim();
+
+  // Add vertices node
+  pugi::xml_node vertices_node = mesh_node.append_child("vertices");
+  vertices_node.append_attribute("size") = (unsigned int) mesh.num_vertices();
+
+  // Write each vertex
+  for (VertexIterator v(mesh); !v.end(); ++v)
+  {
+    pugi::xml_node vertex_node = vertices_node.append_child("vertex");
+    vertex_node.append_attribute("index") = (unsigned int) v->index();
+
+    const Point p = v->point();
+    switch (mesh.geometry().dim())
+    {
+      case 1:
+        vertex_node.append_attribute("x")
+            = boost::str(boost::format("%.15e") % p.x()).c_str();
+        break;
+      case 2:
+        vertex_node.append_attribute("x")
+            = boost::str(boost::format("%.15e") % p.x()).c_str();
+        vertex_node.append_attribute("y")
+            = boost::str(boost::format("%.15e") % p.y()).c_str();
+        break;
+      case 3:
+        vertex_node.append_attribute("x")
+            = boost::str(boost::format("%.15e") % p.x()).c_str();
+        vertex_node.append_attribute("y")
+            = boost::str(boost::format("%.15e") % p.y()).c_str();
+        vertex_node.append_attribute("z")
+            = boost::str(boost::format("%.15e") % p.z()).c_str();
+        break;
+      default:
+        dolfin_error("XMLMesh.cpp",
+                     "write mesh to XML file",
+                     "The XML mesh file format only supports 1D, 2D and 3D meshes");
+    }
+  }
+
+  // Add cells node
+  pugi::xml_node cells_node = mesh_node.append_child("cells");
+  cells_node.append_attribute("size") = (unsigned int) mesh.num_cells();
+
+  // Add each cell
+  for (CellIterator c(mesh); !c.end(); ++c)
+  {
+    pugi::xml_node cell_node = cells_node.append_child(cell_type.c_str());
+    cell_node.append_attribute("index") = (unsigned int) c->index();
+
+    const unsigned int* vertices = c->entities(0);
+    dolfin_assert(vertices);
+
+    switch (_cell_type)
+    {
+    case CellType::Type::interval:
+      cell_node.append_attribute("v0") = (unsigned int) vertices[0];
+      cell_node.append_attribute("v1") = (unsigned int) vertices[1];
+      break;
+    case CellType::Type::triangle:
+      cell_node.append_attribute("v0") = (unsigned int) vertices[0];
+      cell_node.append_attribute("v1") = (unsigned int) vertices[1];
+      cell_node.append_attribute("v2") = (unsigned int) vertices[2];
+      break;
+    case CellType::Type::tetrahedron:
+      cell_node.append_attribute("v0") = (unsigned int) vertices[0];
+      cell_node.append_attribute("v1") = (unsigned int) vertices[1];
+      cell_node.append_attribute("v2") = (unsigned int) vertices[2];
+      cell_node.append_attribute("v3") = (unsigned int) vertices[3];
+      break;
+    default:
+      dolfin_error("XMLMesh.cpp",
+                   "write mesh to XML file",
+                   "Unknown cell type (%u)", _cell_type);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void XMLMesh::write_data(const Mesh& mesh, const MeshData& data,
+                         pugi::xml_node mesh_node)
+{
+  // Check if there is any data to write
+  if (data._arrays.empty())
+    return;
+
+  // Add mesh data node
+  pugi::xml_node mesh_data_node = mesh_node.append_child("data");
+
+  // Write arrays
+  typedef std::vector<std::map<std::string,
+                               std::vector<std::size_t>>>::const_iterator array_iterator_d;
+  typedef std::map<std::string,
+                   std::vector<std::size_t>>::const_iterator array_iterator;
+  for (array_iterator_d it_d = data._arrays.begin();
+       it_d != data._arrays.end(); ++it_d)
+  {
+    const std::size_t dim =  it_d - data._arrays.begin();
+    for (array_iterator it = it_d->begin(); it != it_d->end(); ++it)
+    {
+      // Data set name and array
+      std::string name = it->first;
+      const std::vector<std::size_t>& array = it->second;
+
+      // Check data length
+      if (array.size() != mesh.num_entities(dim))
+      {
+        dolfin_error("XMLMesh.cpp",
+                     "write mesh data to XML file",
+                     "Data array length does not match number of mesh entities");
+      }
+
+      // Copy data into MeshFunction
+      auto _mesh = reference_to_no_delete_pointer(mesh);
+      MeshFunction<std::size_t> mf(_mesh, dim);
+      mf.rename(name, name);
+      for (std::size_t i = 0; i < mf.size(); ++i)
+        mf[i] = array[i];
+
+      // Write MeshFunction
+      XMLMeshFunction::write(mf, "uint", mesh_data_node, false);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void XMLMesh::write_domains(const Mesh& mesh, const MeshDomains& domains,
+                            pugi::xml_node mesh_node)
+{
+  // Check if there is any data to write
+  if (domains.is_empty())
+    return;
+
+  // Add mesh domains node
+  pugi::xml_node domains_node = mesh_node.append_child("domains");
+
+  // Write mesh markers
+  for (std::size_t d = 0; d <= domains.max_dim(); d++)
+  {
+    if (!domains.markers(d).empty())
+    {
+      const std::map<std::size_t, std::size_t>& domain = domains.markers(d);
+
+      auto _mesh = reference_to_no_delete_pointer(mesh);
+      MeshValueCollection<std::size_t> collection(_mesh, d);
+      std::map<std::size_t, std::size_t>::const_iterator it;
+      for (it = domain.begin(); it != domain.end(); ++it)
+        collection.set_value(it->first, it->second);
+      XMLMeshValueCollection::write(collection, "uint", domains_node);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/io/XMLMesh.h b/dolfin/io/XMLMesh.h
new file mode 100644
index 0000000..6262261
--- /dev/null
+++ b/dolfin/io/XMLMesh.h
@@ -0,0 +1,102 @@
+// Copyright (C) 2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2011
+//
+// First added:  2003-07-15
+// Last changed: 2011-09-02
+
+#ifndef __XML_MESH_H
+#define __XML_MESH_H
+
+#include <ostream>
+#include <string>
+#include <vector>
+
+namespace pugi
+{
+  class xml_node;
+}
+
+namespace dolfin
+{
+
+  class LocalMeshData;
+  class Mesh;
+  class MeshData;
+  class MeshDomains;
+
+  /// I/O of XML representation of a Mesh
+
+  class XMLMesh
+  {
+  public:
+
+    /// Read mesh from XML
+    static void read(Mesh& mesh, const pugi::xml_node mesh_node);
+
+    /// Write mesh to XML
+    static void write(const Mesh& mesh, pugi::xml_node mesh_node);
+
+  private:
+
+    // Read mesh
+    static void read_mesh(Mesh& mesh,
+                          const pugi::xml_node mesh_node);
+
+    // Read mesh data
+    static void read_data(MeshData& data,
+                          const Mesh& mesh,
+                          const pugi::xml_node mesh_node);
+
+    // Read mesh domains
+    static void read_domains(MeshDomains& domains,
+                             const Mesh& mesh,
+                             const pugi::xml_node mesh_node);
+
+  public:
+
+    // FIXME: This is hack for domain data support via XML in
+    // parallel.
+    /// Read domain data in LocalMeshData.
+    static void read_domain_data(LocalMeshData& mesh_data,
+                                 const pugi::xml_node mesh_node);
+
+  private:
+
+    // Read array
+    static void read_array_uint(std::vector<std::size_t>& array,
+                                const pugi::xml_node xml_array);
+
+    // Write mesh
+    static void write_mesh(const Mesh& mesh,
+                           pugi::xml_node mesh_node);
+
+    // Write mesh data
+    static void write_data(const Mesh& mesh, const MeshData& data,
+                           pugi::xml_node mesh_node);
+
+    // Write mesh markers
+    static void write_domains(const Mesh& mesh,
+                              const MeshDomains& domains,
+                              pugi::xml_node mesh_node);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/io/XMLMeshFunction.h b/dolfin/io/XMLMeshFunction.h
new file mode 100644
index 0000000..38e47b6
--- /dev/null
+++ b/dolfin/io/XMLMeshFunction.h
@@ -0,0 +1,251 @@
+// Copyright (C) 2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2011
+//
+// First added:  2011-06-30
+// Last changed: 2011-11-14
+
+#ifndef __XML_MESH_FUNCTION_H
+#define __XML_MESH_FUNCTION_H
+
+#include <iomanip>
+#include <iostream>
+#include <ostream>
+#include <string>
+
+#include "pugixml.hpp"
+#include <dolfin/mesh/LocalMeshValueCollection.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/mesh/MeshValueCollection.h>
+#include "XMLMesh.h"
+#include "XMLMeshValueCollection.h"
+
+#include <dolfin/common/Timer.h>
+
+namespace dolfin
+{
+
+  /// I/O of XML representation of MeshFunction
+
+  class XMLMeshFunction
+  {
+  public:
+
+    /// Read XML MeshFunction
+    template <typename T>
+    static void read(MeshFunction<T>& mesh_function, const std::string type,
+                     const pugi::xml_node xml_mesh);
+
+    /// Read XML MeshFunction as a MeshValueCollection
+    template <typename T>
+    static void read(MeshValueCollection<T>& mesh_value_collection,
+                     const std::string type, const pugi::xml_node xml_mesh);
+
+    /// Write the XML file
+    template<typename T>
+    static void write(const MeshFunction<T>& mesh_function,
+                      const std::string type, pugi::xml_node xml_node,
+                      bool write_mesh=true);
+
+  };
+
+  //---------------------------------------------------------------------------
+  template <typename T>
+  inline void XMLMeshFunction::read(MeshFunction<T>& mesh_function,
+                                    const std::string type,
+                                    const pugi::xml_node xml_mesh)
+  {
+    bool new_format = false;
+    pugi::xml_node xml_meshfunction;
+    if (std::string(xml_mesh.name()) == "mesh_function")
+    {
+      // XML node is a mesh function
+      new_format = true;
+      xml_meshfunction = xml_mesh;
+    }
+    else
+    {
+      // Tag
+      std::string tag_name = "mesh_function";
+
+      // Check for old tag
+      if (xml_mesh.child("meshfunction"))
+      {
+        warning("The XML tag <meshfunction> has been changed to <mesh_function>. "
+                "I'll be nice and read your XML data anyway, for now, but you will "
+                "need to update your XML files (a simple search and replace) to use "
+                "future versions of DOLFIN.");
+        tag_name = "meshfunction";
+      }
+
+      // Get XML node
+      xml_meshfunction = xml_mesh.child(tag_name.c_str());
+
+      // Read main tag
+      if (!xml_meshfunction)
+        std::cout << "Not a DOLFIN MeshFunction XML file." << std::endl;
+
+      if (xml_meshfunction.attributes_begin() == xml_meshfunction.attributes_end())
+        new_format = true;
+    }
+
+    // Check for new (MeshValueCollection) / old storage
+    if (new_format)
+    {
+      // Read new-style MeshFunction
+      MeshValueCollection<T> mesh_value_collection(mesh_function.mesh());
+      XMLMeshValueCollection::read<T>(mesh_value_collection, type,
+                                      xml_meshfunction);
+
+      // Assign collection to mesh function (this is a local
+      // operation) and attach name
+      mesh_function = mesh_value_collection;
+      mesh_function.rename(mesh_value_collection.name(),
+                           mesh_value_collection.label());
+    }
+    else
+    {
+      // Get type and size
+      const std::string file_data_type = xml_meshfunction.attribute("type").value();
+      const std::size_t dim = xml_meshfunction.attribute("dim").as_uint();
+      const std::size_t size = xml_meshfunction.attribute("size").as_uint();
+
+      // Check that types match
+      if (type != file_data_type)
+      {
+        dolfin_error("XMLMeshFunction.h",
+                     "read mesh function from XML file",
+                     "Type mismatch reading XML MeshFunction. MeshFunction type is \"%s\", but file type is \"%s\"",
+                     type.c_str(), file_data_type.c_str());
+      }
+
+      // Initialise MeshFunction
+      mesh_function.init(dim, size);
+
+      // Iterate over entries (choose data type)
+      if (type == "uint")
+      {
+        for (pugi::xml_node_iterator it = xml_meshfunction.begin();
+             it != xml_meshfunction.end(); ++it)
+        {
+          const std::size_t index = it->attribute("index").as_uint();
+          dolfin_assert(index < size);
+          mesh_function[index] = it->attribute("value").as_uint();
+        }
+      }
+      else if (type == "int")
+      {
+        for (pugi::xml_node_iterator it = xml_meshfunction.begin();
+             it != xml_meshfunction.end(); ++it)
+        {
+          const std::size_t index = it->attribute("index").as_uint();
+          dolfin_assert(index < size);
+          mesh_function[index] = it->attribute("value").as_int();
+        }
+      }
+      else if (type == "double")
+      {
+        for (pugi::xml_node_iterator it = xml_meshfunction.begin();
+             it != xml_meshfunction.end(); ++it)
+        {
+          const std::size_t index = it->attribute("index").as_uint();
+          dolfin_assert(index < size);
+          mesh_function[index] = it->attribute("value").as_double();
+        }
+      }
+      else if (type == "bool")
+      {
+        for (pugi::xml_node_iterator it = xml_meshfunction.begin();
+             it != xml_meshfunction.end(); ++it)
+        {
+          const std::size_t index = it->attribute("index").as_uint();
+          dolfin_assert(index < size);
+          mesh_function[index] = it->attribute("value").as_bool();
+        }
+      }
+      else
+      {
+        dolfin_error("XMLMeshFunction.h",
+                     "read mesh function from XML file",
+                     "Unknown value type (\"%s\")", type.c_str());
+      }
+    }
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  inline void XMLMeshFunction::read(MeshValueCollection<T>& mesh_value_collection,
+                                    const std::string type,
+                                    const pugi::xml_node xml_mesh)
+  {
+    // Check for old tag
+    std::string tag_name("mesh_function");
+    if (xml_mesh.child("meshfunction"))
+    {
+      warning("The XML tag <meshfunction> has been changed to <mesh_function>. "
+              "I'll be nice and read your XML data anyway, for now, but you will "
+              "need to update your XML files (a simple search and replace) to use "
+              "future versions of DOLFIN.");
+      tag_name = "meshfunction";
+    }
+
+    // Read main tag
+    const pugi::xml_node xml_meshfunction = xml_mesh.child(tag_name.c_str());
+    if (!xml_meshfunction)
+      std::cout << "Not a DOLFIN MeshFunction XML file." << std::endl;
+
+    // Check for new (MeshValueCollection) / old storage
+    if (xml_meshfunction.attributes_begin() == xml_meshfunction.attributes_end())
+    {
+      // Read new-style MeshFunction
+      XMLMeshValueCollection::read<T>(mesh_value_collection, type,
+                                      xml_meshfunction);
+    }
+    else
+    {
+      dolfin_error("XMLMeshFunction.h",
+                   "read mesh function from XML file",
+                   "Cannot read old-style MeshFunction XML files as a MeshValueCollection");
+    }
+  }
+  //---------------------------------------------------------------------------
+  template<typename T>
+  void XMLMeshFunction::write(const MeshFunction<T>& mesh_function,
+                              const std::string type, pugi::xml_node xml_node,
+                              bool write_mesh)
+  {
+    not_working_in_parallel("MeshFunction XML output");
+
+    // Write mesh if requested
+    if (write_mesh)
+      XMLMesh::write(*mesh_function.mesh(), xml_node);
+
+    // Add mesh function node and attributes
+    pugi::xml_node mf_node = xml_node.append_child("mesh_function");
+
+    // Create MeshValueCollection for output
+    MeshValueCollection<T> mesh_value_collection(mesh_function);
+    mesh_value_collection.rename(mesh_function.name(), mesh_function.label());
+
+    // Write MeshValueCollection
+    XMLMeshValueCollection::write(mesh_value_collection, type, mf_node);
+  }
+  //---------------------------------------------------------------------------
+
+}
+#endif
diff --git a/dolfin/io/XMLMeshValueCollection.h b/dolfin/io/XMLMeshValueCollection.h
new file mode 100644
index 0000000..09dcebf
--- /dev/null
+++ b/dolfin/io/XMLMeshValueCollection.h
@@ -0,0 +1,181 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-06-30
+// Last changed: 2011-11-15
+
+#ifndef __XML_MESH_VALUE_COLLECTION_H
+#define __XML_MESH_VALUE_COLLECTION_H
+
+#include <string>
+#include <dolfin/mesh/MeshValueCollection.h>
+#include "pugixml.hpp"
+#include "xmlutils.h"
+#include "XMLMesh.h"
+
+namespace dolfin
+{
+
+  /// I/O of XML representation of a MeshValueCollection
+
+  class XMLMeshValueCollection
+  {
+  public:
+
+    /// Read mesh value collection from XML file
+    template <typename T>
+    static void read(MeshValueCollection<T>& mesh_value_collection,
+                     const std::string type,
+                     const pugi::xml_node xml_node);
+
+    /// Write mesh value collection to XML file
+    template<typename T>
+    static void write(const MeshValueCollection<T>& mesh_value_collection,
+                      const std::string type,
+                      pugi::xml_node xml_node);
+
+  };
+
+  //---------------------------------------------------------------------------
+  template <typename T>
+    void
+    XMLMeshValueCollection::read(MeshValueCollection<T>& mesh_value_collection,
+                                 const std::string type,
+                                 const pugi::xml_node xml_node)
+  {
+    // Get node
+    const pugi::xml_node mvc_node
+      = xmlutils::get_node(xml_node, "mesh_value_collection");
+    dolfin_assert(mvc_node);
+
+    // Get attributes
+    const std::string name = mvc_node.attribute("name").value();
+    const std::string type_file = mvc_node.attribute("type").value();
+    const std::size_t dim = mvc_node.attribute("dim").as_uint();
+
+    // Attach name to mesh value collection object
+    mesh_value_collection.rename(name, "a mesh value collection");
+
+    // Set dimension
+    mesh_value_collection.init(dim);
+
+    // Check that types match
+    if (type != type_file)
+    {
+      dolfin_error("XMLMeshValueCollection.h",
+                   "read mesh value collection from XML file",
+                   "Type mismatch, found \"%s\" but expecting \"%s\"",
+                   type_file.c_str(), type.c_str());
+    }
+
+    // Clear old values
+    mesh_value_collection.clear();
+
+    // Choose data type
+    if (type == "uint")
+    {
+      pugi::xml_node_iterator it;
+      for (it = mvc_node.begin(); it != mvc_node.end(); ++it)
+      {
+        const std::size_t cell_index = it->attribute("cell_index").as_uint();
+        const std::size_t local_entity
+          = it->attribute("local_entity").as_uint();
+        const std::size_t value = it->attribute("value").as_uint();
+        mesh_value_collection.set_value(cell_index, local_entity, value);
+      }
+    }
+    else if (type == "int")
+    {
+      pugi::xml_node_iterator it;
+      for (it = mvc_node.begin(); it != mvc_node.end(); ++it)
+      {
+        const std::size_t cell_index = it->attribute("cell_index").as_uint();
+        const std::size_t local_entity
+          = it->attribute("local_entity").as_uint();
+        const int value = it->attribute("value").as_int();
+        mesh_value_collection.set_value(cell_index, local_entity, value);
+      }
+    }
+    else if (type == "double")
+    {
+      pugi::xml_node_iterator it;
+      for (it = mvc_node.begin(); it != mvc_node.end(); ++it)
+      {
+        const std::size_t cell_index = it->attribute("cell_index").as_uint();
+        const std::size_t local_entity
+          = it->attribute("local_entity").as_uint();
+        const double value = it->attribute("value").as_double();
+        mesh_value_collection.set_value(cell_index, local_entity, value);
+      }
+    }
+    else if (type == "bool")
+    {
+      pugi::xml_node_iterator it;
+      for (it = mvc_node.begin(); it != mvc_node.end(); ++it)
+      {
+        const std::size_t cell_index = it->attribute("cell_index").as_uint();
+        const std::size_t local_entity
+          = it->attribute("local_entity").as_uint();
+        const bool value = it->attribute("value").as_bool();
+        mesh_value_collection.set_value(cell_index, local_entity, value);
+      }
+    }
+    else
+    {
+      dolfin_error("XMLValueCollection.h",
+                   "read mesh value collection from XML file",
+                   "Unhandled value type \"%s\"", type.c_str());
+    }
+  }
+  //---------------------------------------------------------------------------
+  template<typename T>
+  void XMLMeshValueCollection::write(const MeshValueCollection<T>&
+                                       mesh_value_collection,
+                                     const std::string type,
+                                     pugi::xml_node xml_node)
+  {
+    not_working_in_parallel("Writing XML MeshValueCollection");
+
+    // Add mesh function node and attributes
+    pugi::xml_node mf_node = xml_node.append_child("mesh_value_collection");
+    mf_node.append_attribute("name") = mesh_value_collection.name().c_str();
+    mf_node.append_attribute("type") = type.c_str();
+    mf_node.append_attribute("dim")
+      = (unsigned int)mesh_value_collection.dim();
+    mf_node.append_attribute("size")
+      = (unsigned int) mesh_value_collection.size();
+
+    // Add data
+    const std::map<std::pair<std::size_t, std::size_t>, T>&
+      values = mesh_value_collection.values();
+    typename std::map<std::pair<std::size_t,
+      std::size_t>, T>::const_iterator it;
+    for (it = values.begin(); it != values.end(); ++it)
+    {
+      pugi::xml_node entity_node = mf_node.append_child("value");
+      entity_node.append_attribute("cell_index")
+        = (unsigned int) it->first.first;
+      entity_node.append_attribute("local_entity")
+        = (unsigned int) it->first.second;
+      entity_node.append_attribute("value")
+        = std::to_string(it->second).c_str();
+    }
+  }
+  //---------------------------------------------------------------------------
+
+}
+#endif
diff --git a/dolfin/io/XMLParameters.cpp b/dolfin/io/XMLParameters.cpp
new file mode 100644
index 0000000..70677ce
--- /dev/null
+++ b/dolfin/io/XMLParameters.cpp
@@ -0,0 +1,175 @@
+// Copyright (C) 2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2011
+//
+// First added:  2009-03-16
+// Last changed: 2011-11-14
+
+#include "pugixml.hpp"
+#include <dolfin/log/log.h>
+#include <dolfin/parameter/Parameter.h>
+#include <dolfin/parameter/Parameters.h>
+#include "XMLParameters.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void XMLParameters::read(Parameters& p, const pugi::xml_node xml_dolfin)
+{
+  // Check that we have a XML Parameters
+  const pugi::xml_node xml_parameters = xml_dolfin.child("parameters");
+  if (!xml_parameters)
+  {
+    dolfin_error("XMLParameters.cpp",
+                 "read parameters from XML file",
+                 "Not a DOLFIN Parameters XML file");
+  }
+
+  // Check that there is only one root parameters set
+  if (xml_dolfin.first_child().next_sibling())
+  {
+    dolfin_error("XMLParameters.cpp",
+                 "read parameters from XML file",
+                 "Two parameter sets (not nested) are defined in XML file");
+  }
+
+  // Get name of root parameters and rename parameter set
+  const std::string name = xml_parameters.attribute("name").value();
+  p.rename(name);
+
+  // Read parameters
+  read_parameter_nest(p, xml_parameters);
+}
+//-----------------------------------------------------------------------------
+void XMLParameters::write(const Parameters& parameters, pugi::xml_node xml_node)
+{
+  // Get keys
+  std::vector<std::string> parameter_keys;
+  parameters.get_parameter_keys(parameter_keys);
+
+  // Add parameters node
+  pugi::xml_node parameters_node = xml_node.append_child("parameters");
+  parameters_node.append_attribute("name") = parameters.name().c_str();
+
+  // Write each parameter item
+  for (std::size_t i = 0; i < parameter_keys.size(); ++i)
+  {
+    // Get parameter
+    const Parameter& parameter = parameters[parameter_keys[i]];
+
+    // Add parameter, if set
+    if (parameter.is_set())
+    {
+      pugi::xml_node parameter_node = parameters_node.append_child("parameter");
+      parameter_node.append_attribute("key") = parameter.key().c_str();
+      parameter_node.append_attribute("type") = parameter.type_str().c_str();
+      if (parameter.type_str() == "int")
+        parameter_node.append_attribute("value") = static_cast<int>(parameter);
+      else if (parameter.type_str() == "double")
+      {
+        parameter_node.append_attribute("value")
+          = static_cast<double>(parameter);
+      }
+      else if (parameter.type_str() == "bool")
+        parameter_node.append_attribute("value") = static_cast<bool>(parameter);
+      else if (parameter.type_str() == "string")
+      {
+        parameter_node.append_attribute("value")
+          = static_cast<std::string>(parameter).c_str();
+      }
+      else
+      {
+        dolfin_error("XMLParameters.cpp",
+                     "write parameters to XML file",
+                     "Unknown type (\"%s\") of parameters \"%s\"",
+                     parameter.type_str().c_str(), parameter.key().c_str());
+      }
+    }
+  }
+
+  // Write nested parameter sets
+  std::vector<std::string> nested_keys;
+  parameters.get_parameter_set_keys(nested_keys);
+  for (std::size_t i = 0; i < nested_keys.size(); ++i)
+    write(parameters(nested_keys[i]), parameters_node);
+}
+//-----------------------------------------------------------------------------
+void XMLParameters::read_parameter_nest(Parameters& p,
+                                        const pugi::xml_node xml_node)
+{
+  // Iterate over parameters
+  for (auto it = xml_node.begin(); it != xml_node.end(); ++it)
+  {
+    // Get name (parameters or parameter)
+    const std::string node_name = it->name();
+    if (node_name == "parameters")
+    {
+      // Get name of parameters set
+      const std::string name = it->attribute("name").value();
+
+      // Create parameter set if necessary
+      if (!p.has_parameter_set(name))
+      {
+        Parameters nested_parameters(name);
+        p.add(nested_parameters);
+      }
+
+      // Set parameter value
+      read_parameter_nest(p(name), *it);
+    }
+    else if (node_name == "parameter")
+    {
+      const std::string key = it->attribute("key").value();
+      const std::string type = it->attribute("type").value();
+      const pugi::xml_attribute value = it->attribute("value");
+      if (type == "double")
+        XMLParameters::add_parameter(p, key, value.as_double());
+      else if (type == "int")
+        XMLParameters::add_parameter(p, key, value.as_int());
+      else if (type == "bool")
+        XMLParameters::add_parameter(p, key, value.as_bool());
+      else if (type == "string")
+        XMLParameters::add_parameter(p, key, value.value());
+      else
+      {
+        dolfin_error("XMLParameters.cpp",
+                     "read parameters from XML file",
+                     "Unknown type (\"%s\") of parameters \"%s\"",
+                     type.c_str(), key.c_str());
+      }
+    }
+    else
+    {
+      dolfin_error("XMLParameters.cpp",
+                   "read parameters from XML file",
+                   "Unknown tag (\"%s\") in XML Parameters file",
+                   node_name.c_str());
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+template<typename T>
+void XMLParameters::add_parameter(Parameters& p, const std::string& key,
+                                  T value)
+{
+  if (p.has_parameter(key))
+    p[key] = value;
+  else
+    p.add(key, value);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/io/XMLParameters.h b/dolfin/io/XMLParameters.h
new file mode 100644
index 0000000..2374b1a
--- /dev/null
+++ b/dolfin/io/XMLParameters.h
@@ -0,0 +1,62 @@
+// Copyright (C) 2011 Ola Skavhaug, Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2009-03-16
+// Last changed: 2011-03-28
+
+#ifndef __XML_PARAMETERS_H
+#define __XML_PARAMETERS_H
+
+#include <ostream>
+#include <string>
+
+namespace pugi
+{
+  class xml_node;
+}
+
+namespace dolfin
+{
+
+  class Parameters;
+
+  // FIXME: Need to test nested parameters and ranges in XML format
+
+  /// I/O of Parameters in XML format
+
+  class XMLParameters
+  {
+  public:
+
+    /// Read parameters from XML file
+    static void read(Parameters& parameters, const pugi::xml_node xml_dolfin);
+
+    /// Write the XML file
+    static void write(const Parameters& parameters, pugi::xml_node xml_node);
+
+  private:
+
+    static void read_parameter_nest(Parameters& p, const pugi::xml_node xml_node);
+
+    template<typename T>
+    static void add_parameter(Parameters& p, const std::string& key, T value);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/io/XMLTable.cpp b/dolfin/io/XMLTable.cpp
new file mode 100644
index 0000000..17ad1f0
--- /dev/null
+++ b/dolfin/io/XMLTable.cpp
@@ -0,0 +1,127 @@
+// Copyright (C) 2015 Jan Blechta
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include "pugixml.hpp"
+#include <dolfin/log/log.h>
+#include <dolfin/log/Table.h>
+#include "XMLTable.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void XMLTable::write(const Table& table, pugi::xml_node xml_node)
+{
+  // Temporaries
+  auto it_double(table.dvalues.cbegin());
+  auto it_string(table.values.cbegin());
+
+  // Add table node
+  pugi::xml_node table_node = xml_node.append_child("table");
+  table_node.append_attribute("name") = table.name().c_str();
+
+  // Loop over rows and columns
+  for (std::size_t i = 0; i < table.rows.size(); ++i)
+  {
+    pugi::xml_node row_node = table_node.append_child("row");
+    row_node.append_attribute("key") = table.rows[i].c_str();
+    for (std::size_t j = 0; j < table.cols.size(); ++j)
+    {
+      pugi::xml_node col_node = row_node.append_child("col");
+      col_node.append_attribute("key") = table.cols[j].c_str();
+      const auto key = std::make_pair(table.rows[i], table.cols[j]);
+      it_double = table.dvalues.find(key);
+      if (it_double != table.dvalues.end())
+      {
+        col_node.append_attribute("type") = "double";
+        col_node.append_attribute("value") = it_double->second;
+      }
+      else
+      {
+        it_string = table.values.find(key);
+        if (it_string == table.values.end())
+          dolfin_error("XMLTable.cpp",
+                       "write XML output for table",
+                       "Table is not rectangular, element(%u, %u) is missing",
+                       i, j);
+        col_node.append_attribute("type") = "string";
+        col_node.append_attribute("value") = it_string->second.c_str();
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+//-----------------------------------------------------------------------------
+void XMLTable::read(Table& table, pugi::xml_node xml_node)
+{
+
+  // Check that we have a XML Table
+  const pugi::xml_node xml_table = xml_node.child("table");
+  if (!xml_table)
+  {
+    dolfin_error("XMLTable.cpp",
+                 "read Table from XML file",
+                 "Not a DOLFIN Table XML file");
+  }
+
+  // Check that there is only one root XML Table 
+  if (xml_node.first_child().next_sibling())
+  {
+    dolfin_error("XMLTable.cpp",
+                 "read table from XML file",
+                 "Two tables are defined in XML file");
+  }
+
+  // Rename table in accordance with file input
+  const std::string name = xml_table.attribute("name").value();
+  table.rename(name, "");
+
+  // Iterate over rows
+  for (auto i = xml_table.begin(); i != xml_table.end(); ++i)
+  {
+
+    // Get row name
+    const std::string row = i->attribute("key").value();
+    
+    // Iterate over columns
+    pugi::xml_node xml_row_node = *i; 
+    for (auto j = xml_row_node.begin(); j != xml_row_node.end(); ++j)
+    {
+      // Get column name
+      const std::string col = j->attribute("key").value();
+
+      // Get type of value
+      const std::string type = j->attribute("type").value();
+
+      // Get value
+      const pugi::xml_attribute value = j->attribute("value");
+
+      // Set table entry
+      if (type == "double")
+        table.set(row, col, value.as_double());
+      else if (type == "int")
+        table.set(row, col, value.as_int());
+      else
+      {
+        dolfin_error("XMLTable.cpp",
+                     "read Table from XML file",
+                     "Not supported type (\"%s\") of table entry (\"%s\", \"%s\")",
+                     type.c_str(), row.c_str(), col.c_str());
+      }
+    }
+  }
+  
+}
diff --git a/dolfin/io/XMLTable.h b/dolfin/io/XMLTable.h
new file mode 100644
index 0000000..f986892
--- /dev/null
+++ b/dolfin/io/XMLTable.h
@@ -0,0 +1,51 @@
+// Copyright (C) 2015 Jan Blechta
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __XML_TABLE_H
+#define __XML_TABLE_H
+
+#include <ostream>
+#include <string>
+
+namespace pugi
+{
+  class xml_node;
+}
+
+namespace dolfin
+{
+
+  class Table;
+
+  /// Output of XML representation of DOLFIN Table
+
+  class XMLTable
+  {
+  public:
+
+    /// Write the XML file
+    static void write(const Table& table, pugi::xml_node xml_node);
+
+    /// Read the XML file
+    static void read(Table& table, pugi::xml_node xml_node);
+
+    
+  };
+
+}
+
+#endif
diff --git a/dolfin/io/XMLVector.cpp b/dolfin/io/XMLVector.cpp
new file mode 100644
index 0000000..0513345
--- /dev/null
+++ b/dolfin/io/XMLVector.cpp
@@ -0,0 +1,145 @@
+// Copyright (C) 2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2002-12-06
+// Last changed: 2011-11-17
+
+#include <iomanip>
+#include <iostream>
+#include <string>
+#include "pugixml.hpp"
+
+#include "dolfin/common/Array.h"
+#include "dolfin/common/MPI.h"
+#include "dolfin/fem/GenericDofMap.h"
+#include "dolfin/function/FunctionSpace.h"
+#include "dolfin/la/GenericVector.h"
+#include "dolfin/mesh/Mesh.h"
+#include "XMLArray.h"
+#include "XMLVector.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void XMLVector::read(GenericVector& x, const pugi::xml_node xml_dolfin)
+{
+  // Read data in to vectors
+  std::vector<double> data;
+  std::vector<dolfin::la_index> indices;
+  read(data, indices, xml_dolfin);
+
+  // Set data (GenericVector::apply will be called by calling function)
+  x.set(data.data(), data.size(), indices.data());
+}
+//-----------------------------------------------------------------------------
+void XMLVector::read(std::vector<double>& x,
+                     std::vector<dolfin::la_index>& indices,
+                     const pugi::xml_node xml_dolfin)
+{
+  // Check that we have a XML Vector
+  const pugi::xml_node xml_vector_node = xml_dolfin.child("vector");
+  if (!xml_vector_node)
+  {
+    dolfin_error("XMLVector.cpp",
+                 "read vector from XML file",
+                 "Not a DOLFIN Vector XML file");
+  }
+
+  // Get type and size
+  const pugi::xml_node array = xml_vector_node.child("array");
+  if (!array)
+  {
+    dolfin_error("XMLVector.cpp",
+                 "read vector from XML file",
+                 "Expecting an Array inside a DOLFIN Vector XML file");
+  }
+
+  const std::size_t size = array.attribute("size").as_uint();
+  const std::string type = array.attribute("type").value();
+
+  // Check if size is zero
+  if (size == 0)
+  {
+    dolfin_error("XMLVector.cpp",
+                 "read vector from XML file",
+                 "size is zero");
+  }
+
+  // Iterate over array entries
+  x.resize(size);
+  indices.resize(size);
+  for (pugi::xml_node_iterator it = array.begin(); it != array.end(); ++it)
+  {
+    const std::size_t index = it->attribute("index").as_uint();
+    const double value = it->attribute("value").as_double();
+    dolfin_assert(index < size);
+    indices[index] = index;
+    x[index] = value;
+  }
+}
+//-----------------------------------------------------------------------------
+std::size_t XMLVector::read_size(const pugi::xml_node xml_dolfin)
+{
+  // Check that we have a XML Vector
+  const pugi::xml_node xml_vector_node = xml_dolfin.child("vector");
+  if (!xml_vector_node)
+  {
+    dolfin_error("XMLVector.cpp",
+                 "read vector from XML file",
+                 "Not a DOLFIN Vector XML file");
+  }
+
+  // Get size
+  const pugi::xml_node array = xml_vector_node.child("array");
+  if (!array)
+    std::cout << "XMLVector::read_size: not a DOLFIN Array" << std::endl;
+
+  return array.attribute("size").as_uint();
+}
+//-----------------------------------------------------------------------------
+void XMLVector::write(const GenericVector& vector, pugi::xml_node xml_node,
+                      bool write_to_stream)
+{
+  // Gather entries from process i on process 0
+  std::vector<double> x;
+  if (MPI::size(vector.mpi_comm()) > 1)
+    vector.gather_on_zero(x);
+  else
+    vector.get_local(x);
+
+  const std::size_t size = vector.size();
+
+  // Check if size is zero
+  if (size == 0)
+  {
+    dolfin_error("XMLVector.cpp",
+                 "write vector to XML file",
+                 "size is zero");
+  }
+
+  if (write_to_stream)
+  {
+    dolfin_assert(size == x.size());
+
+    // Add vector node
+    pugi::xml_node vector_node = xml_node.append_child("vector");
+
+    // Write data
+    XMLArray::write(x, "double", vector_node);
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/io/XMLVector.h b/dolfin/io/XMLVector.h
new file mode 100644
index 0000000..b0cba45
--- /dev/null
+++ b/dolfin/io/XMLVector.h
@@ -0,0 +1,64 @@
+// Copyright (C) 2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2003-07-15
+// Last changed: 2006-05-23
+
+#ifndef __XMLVECTOR_H
+#define __XMLVECTOR_H
+
+#include <ostream>
+#include <vector>
+
+namespace pugi
+{
+  class xml_node;
+}
+
+namespace dolfin
+{
+
+  class FunctionSpace;
+  class GenericVector;
+
+  /// I/O of XML representation of GenericVector
+
+  class XMLVector
+  {
+  public:
+
+    /// Read XML vector. Vector must have correct size.
+    static void read(GenericVector& x, const pugi::xml_node xml_dolfin);
+
+    /// Read XML vector in Array
+    static void read(std::vector<double>& x,
+                     std::vector<dolfin::la_index>& indices,
+                     const pugi::xml_node xml_dolfin);
+
+    /// Read XML vector size
+    static std::size_t read_size(const pugi::xml_node xml_dolfin);
+
+    /// Write the XML file
+    static void write(const GenericVector& vector, pugi::xml_node xml_node,
+                      bool write_to_stream);
+
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/io/XYZFile.cpp b/dolfin/io/XYZFile.cpp
new file mode 100644
index 0000000..117de3a
--- /dev/null
+++ b/dolfin/io/XYZFile.cpp
@@ -0,0 +1,209 @@
+// Copyright (C) 2005-2007 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Nuno Lopes 2008
+// Modified by Anders Logg 2011
+//
+// First added:  2008-07-02
+// Last changed: 2011-11-21
+
+#include <fstream>
+#include <sstream>
+#include <boost/scoped_array.hpp>
+
+#include <dolfin/common/Array.h>
+#include <dolfin/fem/FiniteElement.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/la/Vector.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/mesh/Cell.h>
+#include "XYZFile.h"
+
+using namespace dolfin;
+
+//----------------------------------------------------------------------------
+XYZFile::XYZFile(const std::string filename)
+  : GenericFile(filename, "XYZ")
+{
+  // Do nothing
+}
+//----------------------------------------------------------------------------
+XYZFile::~XYZFile()
+{
+  // Do nothing
+}
+//----------------------------------------------------------------------------
+void XYZFile::write(const Function& u)
+{
+  // Update xyz file name and clear file
+  xyz_name_update();
+
+  // Write results
+  results_write(u);
+
+  // Increase the number of times we have saved the function
+  counter++;
+
+  cout << "Saved function " << u.name() << " (" << u.label()
+       << ") to file " << _filename << " in xd3d xyz format." << endl;
+}
+//----------------------------------------------------------------------------
+void XYZFile::results_write(const Function& u) const
+{
+  // Open file
+  std::ofstream fp(xyz_filename.c_str(), std::ios_base::app);
+  if (!fp)
+  {
+    dolfin_error("XYZFile.cpp",
+                 "write function to XYZ file"
+                 "Unable to open file \"%s\"", _filename.c_str());
+  }
+
+  const std::size_t rank = u.function_space()->element()->value_rank();
+  if (rank > 1)
+  {
+    dolfin_error("XYZFile.cpp",
+                 "write function XYZ file",
+                 "Only scalar functions can be saved in XYZ format");
+  }
+
+  // Get number of components
+  std::size_t dim = 1;
+  for (std::size_t i = 0; i < rank; i++)
+    dim *= u.function_space()->element()->value_dimension(i);
+
+  dolfin_assert(u.function_space()->mesh());
+  const Mesh& mesh = *u.function_space()->mesh();
+
+  // Allocate memory for function values at vertices
+  //const std::size_t size = mesh.num_vertices()*dim;
+  std::vector<double> values;
+
+  // Get function values at vertices
+  u.compute_vertex_values(values, mesh);
+
+  // Write function data at mesh vertices
+  if (dim > 1)
+  {
+    dolfin_error("XYZFile.cpp",
+                 "write function XYZ file",
+                 "Only scalar functions can be saved in XYZ format");
+  }
+
+  std::ostringstream ss;
+  ss << std::scientific;
+  for (VertexIterator vertex(mesh); !vertex.end(); ++vertex)
+  {
+    ss.str("");
+    for (std::size_t i = 0; i < mesh.geometry().dim(); i++)
+      ss << vertex->x(i) << " ";
+    ss << values[vertex->index()];
+    ss <<std::endl;
+    fp << ss.str();
+  }
+}
+//----------------------------------------------------------------------------
+void XYZFile::xyz_name_update()
+{
+  std::string filestart, extension;
+  std::ostringstream fileid, newfilename;
+
+  fileid.fill('0');
+  fileid.width(6);
+
+  filestart.assign(_filename, 0, _filename.find_last_of("."));
+  extension.assign(_filename, _filename.find_last_of("."), _filename.size());
+
+  fileid << counter;
+  newfilename << filestart << fileid.str() << ".xyz";
+  xyz_filename = newfilename.str();
+
+  // Make sure file is empty
+  std::ofstream fp(xyz_filename.c_str(), std::ios_base::trunc);
+  if (!fp)
+  {
+    dolfin_error("XYZFile.cpp",
+                 "write data to XYZ file",
+                 "Unable to open file \"%s\"", xyz_filename.c_str());
+  }
+
+  // Add to index file
+  std::ofstream fp_index(_filename.c_str(), std::ios_base::trunc);
+  if (!fp_index)
+  {
+    dolfin_error("XYZFile.cpp",
+                 "write data to XYZ file",
+                 "Unable to open file \"%s\"", _filename.c_str());
+  }
+  else
+  {
+    // File is cleared in GenericFile::write so we rewrite the whole
+    // index every time, easier than messing with a flag to say that
+    // the file should not be cleared. This whole file needs some
+    // cleanup but we can sort that out later.
+    for (std::size_t i = 0; i < counter + 1; i++)
+    {
+      std::ostringstream fileid0;
+      fileid0.fill('0');
+      fileid0.width(6);
+      fileid0 << i;
+      std::ostringstream f;
+      f << filestart << fileid0.str() << ".xyz";
+      fp_index << f.str() << "\n";
+    }
+  }
+}
+//----------------------------------------------------------------------------
+template<typename T>
+void XYZFile::mesh_function_write(T& meshfunction)
+{
+  // Update xyz file name and clear file
+  xyz_name_update();
+
+  Mesh& mesh = meshfunction.mesh();
+
+  if (meshfunction.dim() != mesh.topology().dim())
+  {
+    dolfin_error("XYZFile.cpp",
+                 "write mesh function to XYZ file",
+                 "XYZ output of mesh functions is implemented for cell-based functions only");
+  }
+
+  // Open file
+  std::ofstream fp(xyz_filename.c_str(), std::ios_base::app);
+  if (!fp)
+  {
+    dolfin_error("XYZFile.cpp",
+                 "write mesh function to XYZ file",
+                 "Unable to open file \"%s\"", _filename.c_str());
+  }
+
+  fp << mesh.num_cells() << std::endl;
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+    fp << meshfunction.get(cell->index())  << std::endl;
+
+  // Increase the number of times we have saved the mesh function
+  counter++;
+
+  cout << "saved mesh function " << counter << " times." << endl;
+  cout << "Saved mesh function " << mesh.name() << " (" << mesh.label()
+       << ") to file " << _filename << " in XYZ format." << endl;
+}
+//----------------------------------------------------------------------------
diff --git a/dolfin/io/XYZFile.h b/dolfin/io/XYZFile.h
new file mode 100644
index 0000000..1d31e45
--- /dev/null
+++ b/dolfin/io/XYZFile.h
@@ -0,0 +1,69 @@
+// Copyright (C) 2005-2007 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Nuno Lopes 2008
+// Modified by Anders Logg 2011
+//
+// First added:  2008-07-02
+// Last changed: 2011-11-21
+
+#ifndef __XYZ_FILE_H
+#define __XYZ_FILE_H
+
+#include <string>
+#include "GenericFile.h"
+
+namespace dolfin
+{
+
+  class Function;
+
+  /// Simple and light file format for use with Xd3d.
+
+  class XYZFile : public GenericFile
+  {
+  public:
+
+    /// Simple and light file format for use with Xd3d.
+
+    /// Supports scalar solution on 2D convex domains. The files only have a
+    /// list of xyz coordinates 'x y u(x,y)=z'
+    explicit XYZFile(const std::string filename);
+
+    // Destructor
+    ~XYZFile();
+
+    /// Output Function
+    /// @param u Function
+    void write(const Function& u);
+
+  private:
+
+    void results_write(const Function& u) const;
+    void xyz_name_update();
+
+    template<typename T>
+    void mesh_function_write(T& meshfunction);
+
+    // raw filename
+    std::string xyz_filename;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/io/base64.cpp b/dolfin/io/base64.cpp
new file mode 100644
index 0000000..d63c230
--- /dev/null
+++ b/dolfin/io/base64.cpp
@@ -0,0 +1,127 @@
+/*
+   base64.cpp and base64.h
+
+   Copyright (C) 2004-2008 René Nyffenegger
+
+   This source code is provided 'as-is', without any express or implied
+   warranty. In no event will the author be held liable for any damages
+   arising from the use of this software.
+
+   Permission is granted to anyone to use this software for any purpose,
+   including commercial applications, and to alter it and redistribute it
+   freely, subject to the following restrictions:
+
+   1. The origin of this source code must not be misrepresented; you must not
+      claim that you wrote the original source code. If you use this source code
+      in a product, an acknowledgment in the product documentation would be
+      appreciated but is not required.
+
+   2. Altered source versions must be plainly marked as such, and must not be
+      misrepresented as being the original source code.
+
+   3. This notice may not be removed or altered from any source distribution.
+
+   René Nyffenegger rene.nyffenegger@adp-gmbh.ch
+
+*/
+
+#include "base64.h"
+#include <iostream>
+
+namespace
+{
+  const std::string base64_chars =
+    "ABCDEFGHIJKLMNOPQRSTUVWXYZ"
+    "abcdefghijklmnopqrstuvwxyz"
+    "0123456789+/";
+
+
+  inline bool is_base64(unsigned char c) {
+    return (isalnum(c) || (c == '+') || (c == '/'));
+  }
+}
+
+std::string base64_encode(unsigned char const* bytes_to_encode,
+                          unsigned int in_len) {
+  std::string ret;
+  int i = 0;
+  int j = 0;
+  unsigned char char_array_3[3];
+  unsigned char char_array_4[4];
+
+  while (in_len--) {
+    char_array_3[i++] = *(bytes_to_encode++);
+    if (i == 3) {
+      char_array_4[0] = (char_array_3[0] & 0xfc) >> 2;
+      char_array_4[1] = ((char_array_3[0] & 0x03) << 4) + ((char_array_3[1] & 0xf0) >> 4);
+      char_array_4[2] = ((char_array_3[1] & 0x0f) << 2) + ((char_array_3[2] & 0xc0) >> 6);
+      char_array_4[3] = char_array_3[2] & 0x3f;
+
+      for(i = 0; (i <4) ; i++)
+        ret += base64_chars[char_array_4[i]];
+      i = 0;
+    }
+  }
+
+  if (i)
+  {
+    for(j = i; j < 3; j++)
+      char_array_3[j] = '\0';
+
+    char_array_4[0] = (char_array_3[0] & 0xfc) >> 2;
+    char_array_4[1] = ((char_array_3[0] & 0x03) << 4) + ((char_array_3[1] & 0xf0) >> 4);
+    char_array_4[2] = ((char_array_3[1] & 0x0f) << 2) + ((char_array_3[2] & 0xc0) >> 6);
+    char_array_4[3] = char_array_3[2] & 0x3f;
+
+    for (j = 0; (j < i + 1); j++)
+      ret += base64_chars[char_array_4[j]];
+
+    while((i++ < 3))
+      ret += '=';
+
+  }
+
+  return ret;
+
+}
+
+std::string base64_decode(std::string const& encoded_string) {
+  int in_len = encoded_string.size();
+  int i = 0;
+  int j = 0;
+  int in_ = 0;
+  unsigned char char_array_4[4], char_array_3[3];
+  std::string ret;
+
+  while (in_len-- && ( encoded_string[in_] != '=') && is_base64(encoded_string[in_])) {
+    char_array_4[i++] = encoded_string[in_]; in_++;
+    if (i ==4) {
+      for (i = 0; i <4; i++)
+        char_array_4[i] = base64_chars.find(char_array_4[i]);
+
+      char_array_3[0] = (char_array_4[0] << 2) + ((char_array_4[1] & 0x30) >> 4);
+      char_array_3[1] = ((char_array_4[1] & 0xf) << 4) + ((char_array_4[2] & 0x3c) >> 2);
+      char_array_3[2] = ((char_array_4[2] & 0x3) << 6) + char_array_4[3];
+
+      for (i = 0; (i < 3); i++)
+        ret += char_array_3[i];
+      i = 0;
+    }
+  }
+
+  if (i) {
+    for (j = i; j <4; j++)
+      char_array_4[j] = 0;
+
+    for (j = 0; j <4; j++)
+      char_array_4[j] = base64_chars.find(char_array_4[j]);
+
+    char_array_3[0] = (char_array_4[0] << 2) + ((char_array_4[1] & 0x30) >> 4);
+    char_array_3[1] = ((char_array_4[1] & 0xf) << 4) + ((char_array_4[2] & 0x3c) >> 2);
+    char_array_3[2] = ((char_array_4[2] & 0x3) << 6) + char_array_4[3];
+
+    for (j = 0; (j < i - 1); j++) ret += char_array_3[j];
+  }
+
+  return ret;
+}
diff --git a/dolfin/io/base64.h b/dolfin/io/base64.h
new file mode 100644
index 0000000..5f87aec
--- /dev/null
+++ b/dolfin/io/base64.h
@@ -0,0 +1,5 @@
+#include <string>
+
+std::string base64_encode(unsigned char const* , unsigned int len);
+std::string base64_decode(std::string const& s);
+
diff --git a/dolfin/io/dolfin_io.h b/dolfin/io/dolfin_io.h
new file mode 100644
index 0000000..34afc63
--- /dev/null
+++ b/dolfin/io/dolfin_io.h
@@ -0,0 +1,13 @@
+#ifndef __DOLFIN_IO_H
+#define __DOLFIN_IO_H
+
+// DOLFIN io interface
+
+#include <dolfin/io/GenericFile.h>
+#include <dolfin/io/File.h>
+#include <dolfin/io/XDMFFile.h>
+#include <dolfin/io/HDF5File.h>
+#include <dolfin/io/HDF5Attribute.h>
+#include <dolfin/io/X3DOM.h>
+
+#endif
diff --git a/dolfin/io/pugiconfig.hpp b/dolfin/io/pugiconfig.hpp
new file mode 100644
index 0000000..e50b580
--- /dev/null
+++ b/dolfin/io/pugiconfig.hpp
@@ -0,0 +1,74 @@
+/**
+ * pugixml parser - version 1.7
+ * --------------------------------------------------------
+ * Copyright (C) 2006-2015, by Arseny Kapoulkine (arseny.kapoulkine@gmail.com)
+ * Report bugs and download new versions at http://pugixml.org/
+ *
+ * This library is distributed under the MIT License. See notice at the end
+ * of this file.
+ *
+ * This work is based on the pugxml parser, which is:
+ * Copyright (C) 2003, by Kristen Wegner (kristen@tima.net)
+ */
+
+#ifndef HEADER_PUGICONFIG_HPP
+#define HEADER_PUGICONFIG_HPP
+
+// Uncomment this to enable wchar_t mode
+// #define PUGIXML_WCHAR_MODE
+
+// Uncomment this to enable compact mode
+// #define PUGIXML_COMPACT
+
+// Uncomment this to disable XPath
+// #define PUGIXML_NO_XPATH
+
+// Uncomment this to disable STL
+// #define PUGIXML_NO_STL
+
+// Uncomment this to disable exceptions
+// #define PUGIXML_NO_EXCEPTIONS
+
+// Set this to control attributes for public classes/functions, i.e.:
+// #define PUGIXML_API __declspec(dllexport) // to export all public symbols from DLL
+// #define PUGIXML_CLASS __declspec(dllimport) // to import all classes from DLL
+// #define PUGIXML_FUNCTION __fastcall // to set calling conventions to all public functions to fastcall
+// In absence of PUGIXML_CLASS/PUGIXML_FUNCTION definitions PUGIXML_API is used instead
+
+// Tune these constants to adjust memory-related behavior
+// #define PUGIXML_MEMORY_PAGE_SIZE 32768
+// #define PUGIXML_MEMORY_OUTPUT_STACK 10240
+// #define PUGIXML_MEMORY_XPATH_PAGE_SIZE 4096
+
+// Uncomment this to switch to header-only version
+// #define PUGIXML_HEADER_ONLY
+
+// Uncomment this to enable long long support
+// #define PUGIXML_HAS_LONG_LONG
+
+#endif
+
+/**
+ * Copyright (c) 2006-2015 Arseny Kapoulkine
+ *
+ * Permission is hereby granted, free of charge, to any person
+ * obtaining a copy of this software and associated documentation
+ * files (the "Software"), to deal in the Software without
+ * restriction, including without limitation the rights to use,
+ * copy, modify, merge, publish, distribute, sublicense, and/or sell
+ * copies of the Software, and to permit persons to whom the
+ * Software is furnished to do so, subject to the following
+ * conditions:
+ *
+ * The above copyright notice and this permission notice shall be
+ * included in all copies or substantial portions of the Software.
+ * 
+ * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
+ * EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
+ * OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
+ * NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
+ * HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
+ * WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
+ * FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
+ * OTHER DEALINGS IN THE SOFTWARE.
+ */
diff --git a/dolfin/io/pugixml.cpp b/dolfin/io/pugixml.cpp
new file mode 100644
index 0000000..737733e
--- /dev/null
+++ b/dolfin/io/pugixml.cpp
@@ -0,0 +1,12444 @@
+/**
+ * pugixml parser - version 1.7
+ * --------------------------------------------------------
+ * Copyright (C) 2006-2015, by Arseny Kapoulkine (arseny.kapoulkine@gmail.com)
+ * Report bugs and download new versions at http://pugixml.org/
+ *
+ * This library is distributed under the MIT License. See notice at the end
+ * of this file.
+ *
+ * This work is based on the pugxml parser, which is:
+ * Copyright (C) 2003, by Kristen Wegner (kristen@tima.net)
+ */
+
+#ifndef SOURCE_PUGIXML_CPP
+#define SOURCE_PUGIXML_CPP
+
+#include "pugixml.hpp"
+
+#include <stdlib.h>
+#include <stdio.h>
+#include <string.h>
+#include <assert.h>
+#include <limits.h>
+
+#ifdef PUGIXML_WCHAR_MODE
+#	include <wchar.h>
+#endif
+
+#ifndef PUGIXML_NO_XPATH
+#	include <math.h>
+#	include <float.h>
+#	ifdef PUGIXML_NO_EXCEPTIONS
+#		include <setjmp.h>
+#	endif
+#endif
+
+#ifndef PUGIXML_NO_STL
+#	include <istream>
+#	include <ostream>
+#	include <string>
+#endif
+
+// For placement new
+#include <new>
+
+#ifdef _MSC_VER
+#	pragma warning(push)
+#	pragma warning(disable: 4127) // conditional expression is constant
+#	pragma warning(disable: 4324) // structure was padded due to __declspec(align())
+#	pragma warning(disable: 4611) // interaction between '_setjmp' and C++ object destruction is non-portable
+#	pragma warning(disable: 4702) // unreachable code
+#	pragma warning(disable: 4996) // this function or variable may be unsafe
+#	pragma warning(disable: 4793) // function compiled as native: presence of '_setjmp' makes a function unmanaged
+#endif
+
+#ifdef __INTEL_COMPILER
+#	pragma warning(disable: 177) // function was declared but never referenced 
+#	pragma warning(disable: 279) // controlling expression is constant
+#	pragma warning(disable: 1478 1786) // function was declared "deprecated"
+#	pragma warning(disable: 1684) // conversion from pointer to same-sized integral type
+#endif
+
+#if defined(__BORLANDC__) && defined(PUGIXML_HEADER_ONLY)
+#	pragma warn -8080 // symbol is declared but never used; disabling this inside push/pop bracket does not make the warning go away
+#endif
+
+#ifdef __BORLANDC__
+#	pragma option push
+#	pragma warn -8008 // condition is always false
+#	pragma warn -8066 // unreachable code
+#endif
+
+#ifdef __SNC__
+// Using diag_push/diag_pop does not disable the warnings inside templates due to a compiler bug
+#	pragma diag_suppress=178 // function was declared but never referenced
+#	pragma diag_suppress=237 // controlling expression is constant
+#endif
+
+// Inlining controls
+#if defined(_MSC_VER) && _MSC_VER >= 1300
+#	define PUGI__NO_INLINE __declspec(noinline)
+#elif defined(__GNUC__)
+#	define PUGI__NO_INLINE __attribute__((noinline))
+#else
+#	define PUGI__NO_INLINE 
+#endif
+
+// Branch weight controls
+#if defined(__GNUC__)
+#	define PUGI__UNLIKELY(cond) __builtin_expect(cond, 0)
+#else
+#	define PUGI__UNLIKELY(cond) (cond)
+#endif
+
+// Simple static assertion
+#define PUGI__STATIC_ASSERT(cond) { static const char condition_failed[(cond) ? 1 : -1] = {0}; (void)condition_failed[0]; }
+
+// Digital Mars C++ bug workaround for passing char loaded from memory via stack
+#ifdef __DMC__
+#	define PUGI__DMC_VOLATILE volatile
+#else
+#	define PUGI__DMC_VOLATILE
+#endif
+
+// Borland C++ bug workaround for not defining ::memcpy depending on header include order (can't always use std::memcpy because some compilers don't have it at all)
+#if defined(__BORLANDC__) && !defined(__MEM_H_USING_LIST)
+using std::memcpy;
+using std::memmove;
+using std::memset;
+#endif
+
+// In some environments MSVC is a compiler but the CRT lacks certain MSVC-specific features
+#if defined(_MSC_VER) && !defined(__S3E__)
+#	define PUGI__MSVC_CRT_VERSION _MSC_VER
+#endif
+
+#ifdef PUGIXML_HEADER_ONLY
+#	define PUGI__NS_BEGIN namespace pugi { namespace impl {
+#	define PUGI__NS_END } }
+#	define PUGI__FN inline
+#	define PUGI__FN_NO_INLINE inline
+#else
+#	if defined(_MSC_VER) && _MSC_VER < 1300 // MSVC6 seems to have an amusing bug with anonymous namespaces inside namespaces
+#		define PUGI__NS_BEGIN namespace pugi { namespace impl {
+#		define PUGI__NS_END } }
+#	else
+#		define PUGI__NS_BEGIN namespace pugi { namespace impl { namespace {
+#		define PUGI__NS_END } } }
+#	endif
+#	define PUGI__FN
+#	define PUGI__FN_NO_INLINE PUGI__NO_INLINE
+#endif
+
+// uintptr_t
+#if !defined(_MSC_VER) || _MSC_VER >= 1600
+#	include <stdint.h>
+#else
+namespace pugi
+{
+#	ifndef _UINTPTR_T_DEFINED
+	typedef size_t uintptr_t;
+#	endif
+
+	typedef unsigned __int8 uint8_t;
+	typedef unsigned __int16 uint16_t;
+	typedef unsigned __int32 uint32_t;
+}
+#endif
+
+// Memory allocation
+PUGI__NS_BEGIN
+	PUGI__FN void* default_allocate(size_t size)
+	{
+		return malloc(size);
+	}
+
+	PUGI__FN void default_deallocate(void* ptr)
+	{
+		free(ptr);
+	}
+
+	template <typename T>
+	struct xml_memory_management_function_storage
+	{
+		static allocation_function allocate;
+		static deallocation_function deallocate;
+	};
+
+	// Global allocation functions are stored in class statics so that in header mode linker deduplicates them
+	// Without a template<> we'll get multiple definitions of the same static
+	template <typename T> allocation_function xml_memory_management_function_storage<T>::allocate = default_allocate;
+	template <typename T> deallocation_function xml_memory_management_function_storage<T>::deallocate = default_deallocate;
+
+	typedef xml_memory_management_function_storage<int> xml_memory;
+PUGI__NS_END
+
+// String utilities
+PUGI__NS_BEGIN
+	// Get string length
+	PUGI__FN size_t strlength(const char_t* s)
+	{
+		assert(s);
+
+	#ifdef PUGIXML_WCHAR_MODE
+		return wcslen(s);
+	#else
+		return strlen(s);
+	#endif
+	}
+
+	// Compare two strings
+	PUGI__FN bool strequal(const char_t* src, const char_t* dst)
+	{
+		assert(src && dst);
+
+	#ifdef PUGIXML_WCHAR_MODE
+		return wcscmp(src, dst) == 0;
+	#else
+		return strcmp(src, dst) == 0;
+	#endif
+	}
+
+	// Compare lhs with [rhs_begin, rhs_end)
+	PUGI__FN bool strequalrange(const char_t* lhs, const char_t* rhs, size_t count)
+	{
+		for (size_t i = 0; i < count; ++i)
+			if (lhs[i] != rhs[i])
+				return false;
+	
+		return lhs[count] == 0;
+	}
+
+	// Get length of wide string, even if CRT lacks wide character support
+	PUGI__FN size_t strlength_wide(const wchar_t* s)
+	{
+		assert(s);
+
+	#ifdef PUGIXML_WCHAR_MODE
+		return wcslen(s);
+	#else
+		const wchar_t* end = s;
+		while (*end) end++;
+		return static_cast<size_t>(end - s);
+	#endif
+	}
+PUGI__NS_END
+
+// auto_ptr-like object for exception recovery
+PUGI__NS_BEGIN
+	template <typename T, typename D = void(*)(T*)> struct auto_deleter
+	{
+		T* data;
+		D deleter;
+
+		auto_deleter(T* data_, D deleter_): data(data_), deleter(deleter_)
+		{
+		}
+
+		~auto_deleter()
+		{
+			if (data) deleter(data);
+		}
+
+		T* release()
+		{
+			T* result = data;
+			data = 0;
+			return result;
+		}
+	};
+PUGI__NS_END
+
+#ifdef PUGIXML_COMPACT
+PUGI__NS_BEGIN
+	class compact_hash_table
+	{
+	public:
+		compact_hash_table(): _items(0), _capacity(0), _count(0)
+		{
+		}
+
+		void clear()
+		{
+			if (_items)
+			{
+				xml_memory::deallocate(_items);
+				_items = 0;
+				_capacity = 0;
+				_count = 0;
+			}
+		}
+
+		void** find(const void* key)
+		{
+			assert(key);
+
+			if (_capacity == 0) return 0;
+
+			size_t hashmod = _capacity - 1;
+			size_t bucket = hash(key) & hashmod;
+
+			for (size_t probe = 0; probe <= hashmod; ++probe)
+			{
+				item_t& probe_item = _items[bucket];
+
+				if (probe_item.key == key)
+					return &probe_item.value;
+
+				if (probe_item.key == 0)
+					return 0;
+
+				// hash collision, quadratic probing
+				bucket = (bucket + probe + 1) & hashmod;
+			}
+
+			assert(!"Hash table is full");
+			return 0;
+		}
+
+		void** insert(const void* key)
+		{
+			assert(key);
+			assert(_capacity != 0 && _count < _capacity - _capacity / 4);
+
+			size_t hashmod = _capacity - 1;
+			size_t bucket = hash(key) & hashmod;
+
+			for (size_t probe = 0; probe <= hashmod; ++probe)
+			{
+				item_t& probe_item = _items[bucket];
+
+				if (probe_item.key == 0)
+				{
+					probe_item.key = key;
+					_count++;
+					return &probe_item.value;
+				}
+
+				if (probe_item.key == key)
+					return &probe_item.value;
+
+				// hash collision, quadratic probing
+				bucket = (bucket + probe + 1) & hashmod;
+			}
+
+			assert(!"Hash table is full");
+			return 0;
+		}
+
+		bool reserve()
+		{
+			if (_count + 16 >= _capacity - _capacity / 4)
+				return rehash();
+
+			return true;
+		}
+
+	private:
+		struct item_t
+		{
+			const void* key;
+			void* value;
+		};
+
+		item_t* _items;
+		size_t _capacity;
+
+		size_t _count;
+
+		bool rehash();
+
+		static unsigned int hash(const void* key)
+		{
+			unsigned int h = static_cast<unsigned int>(reinterpret_cast<uintptr_t>(key));
+
+			// MurmurHash3 32-bit finalizer
+			h ^= h >> 16;
+			h *= 0x85ebca6bu;
+			h ^= h >> 13;
+			h *= 0xc2b2ae35u;
+			h ^= h >> 16;
+
+			return h;
+		}
+	};
+
+	PUGI__FN_NO_INLINE bool compact_hash_table::rehash()
+	{
+		compact_hash_table rt;
+		rt._capacity = (_capacity == 0) ? 32 : _capacity * 2;
+		rt._items = static_cast<item_t*>(xml_memory::allocate(sizeof(item_t) * rt._capacity));
+
+		if (!rt._items)
+			return false;
+
+		memset(rt._items, 0, sizeof(item_t) * rt._capacity);
+
+		for (size_t i = 0; i < _capacity; ++i)
+			if (_items[i].key)
+				*rt.insert(_items[i].key) = _items[i].value;
+
+		if (_items)
+			xml_memory::deallocate(_items);
+
+		_capacity = rt._capacity;
+		_items = rt._items;
+
+		assert(_count == rt._count);
+
+		return true;
+	}
+
+PUGI__NS_END
+#endif
+
+PUGI__NS_BEGIN
+	static const size_t xml_memory_page_size =
+	#ifdef PUGIXML_MEMORY_PAGE_SIZE
+		PUGIXML_MEMORY_PAGE_SIZE
+	#else
+		32768
+	#endif
+		;
+
+#ifdef PUGIXML_COMPACT
+	static const uintptr_t xml_memory_block_alignment = 4;
+
+	static const uintptr_t xml_memory_page_alignment = sizeof(void*);
+#else
+	static const uintptr_t xml_memory_block_alignment = sizeof(void*);
+
+	static const uintptr_t xml_memory_page_alignment = 64;
+	static const uintptr_t xml_memory_page_pointer_mask = ~(xml_memory_page_alignment - 1);
+#endif
+
+	// extra metadata bits
+	static const uintptr_t xml_memory_page_contents_shared_mask = 32;
+	static const uintptr_t xml_memory_page_name_allocated_mask = 16;
+	static const uintptr_t xml_memory_page_value_allocated_mask = 8;
+	static const uintptr_t xml_memory_page_type_mask = 7;
+
+	// combined masks for string uniqueness
+	static const uintptr_t xml_memory_page_name_allocated_or_shared_mask = xml_memory_page_name_allocated_mask | xml_memory_page_contents_shared_mask;
+	static const uintptr_t xml_memory_page_value_allocated_or_shared_mask = xml_memory_page_value_allocated_mask | xml_memory_page_contents_shared_mask;
+
+#ifdef PUGIXML_COMPACT
+	#define PUGI__GETPAGE_IMPL(header) (header).get_page()
+#else
+	#define PUGI__GETPAGE_IMPL(header) reinterpret_cast<impl::xml_memory_page*>((header) & impl::xml_memory_page_pointer_mask)
+#endif
+
+	#define PUGI__GETPAGE(n) PUGI__GETPAGE_IMPL((n)->header)
+	#define PUGI__NODETYPE(n) static_cast<xml_node_type>(((n)->header & impl::xml_memory_page_type_mask) + 1)
+
+	struct xml_allocator;
+
+	struct xml_memory_page
+	{
+		static xml_memory_page* construct(void* memory)
+		{
+			xml_memory_page* result = static_cast<xml_memory_page*>(memory);
+
+			result->allocator = 0;
+			result->prev = 0;
+			result->next = 0;
+			result->busy_size = 0;
+			result->freed_size = 0;
+
+		#ifdef PUGIXML_COMPACT
+			result->compact_string_base = 0;
+			result->compact_shared_parent = 0;
+			result->compact_page_marker = 0;
+		#endif
+
+			return result;
+		}
+
+		xml_allocator* allocator;
+
+		xml_memory_page* prev;
+		xml_memory_page* next;
+
+		size_t busy_size;
+		size_t freed_size;
+
+	#ifdef PUGIXML_COMPACT
+		char_t* compact_string_base;
+		void* compact_shared_parent;
+		uint32_t* compact_page_marker;
+	#endif
+	};
+
+	struct xml_memory_string_header
+	{
+		uint16_t page_offset; // offset from page->data
+		uint16_t full_size; // 0 if string occupies whole page
+	};
+
+	struct xml_allocator
+	{
+		xml_allocator(xml_memory_page* root): _root(root), _busy_size(root->busy_size)
+		{
+		#ifdef PUGIXML_COMPACT
+			_hash = 0;
+		#endif
+		}
+
+		xml_memory_page* allocate_page(size_t data_size)
+		{
+			size_t size = sizeof(xml_memory_page) + data_size;
+
+			// allocate block with some alignment, leaving memory for worst-case padding
+			void* memory = xml_memory::allocate(size + xml_memory_page_alignment);
+			if (!memory) return 0;
+
+			// align to next page boundary (note: this guarantees at least 1 usable byte before the page)
+			char* page_memory = reinterpret_cast<char*>((reinterpret_cast<uintptr_t>(memory) + xml_memory_page_alignment) & ~(xml_memory_page_alignment - 1));
+
+			// prepare page structure
+			xml_memory_page* page = xml_memory_page::construct(page_memory);
+			assert(page);
+
+			page->allocator = _root->allocator;
+
+			// record the offset for freeing the memory block
+			assert(page_memory > memory && page_memory - static_cast<char*>(memory) <= 127);
+			page_memory[-1] = static_cast<char>(page_memory - static_cast<char*>(memory));
+
+			return page;
+		}
+
+		static void deallocate_page(xml_memory_page* page)
+		{
+			char* page_memory = reinterpret_cast<char*>(page);
+
+			xml_memory::deallocate(page_memory - page_memory[-1]);
+		}
+
+		void* allocate_memory_oob(size_t size, xml_memory_page*& out_page);
+
+		void* allocate_memory(size_t size, xml_memory_page*& out_page)
+		{
+			if (PUGI__UNLIKELY(_busy_size + size > xml_memory_page_size))
+				return allocate_memory_oob(size, out_page);
+
+			void* buf = reinterpret_cast<char*>(_root) + sizeof(xml_memory_page) + _busy_size;
+
+			_busy_size += size;
+
+			out_page = _root;
+
+			return buf;
+		}
+
+	#ifdef PUGIXML_COMPACT
+		void* allocate_object(size_t size, xml_memory_page*& out_page)
+		{
+			void* result = allocate_memory(size + sizeof(uint32_t), out_page);
+			if (!result) return 0;
+
+			// adjust for marker
+			ptrdiff_t offset = static_cast<char*>(result) - reinterpret_cast<char*>(out_page->compact_page_marker);
+
+			if (PUGI__UNLIKELY(static_cast<uintptr_t>(offset) >= 256 * xml_memory_block_alignment))
+			{
+				// insert new marker
+				uint32_t* marker = static_cast<uint32_t*>(result);
+
+				*marker = static_cast<uint32_t>(reinterpret_cast<char*>(marker) - reinterpret_cast<char*>(out_page));
+				out_page->compact_page_marker = marker;
+
+				// since we don't reuse the page space until we reallocate it, we can just pretend that we freed the marker block
+				// this will make sure deallocate_memory correctly tracks the size
+				out_page->freed_size += sizeof(uint32_t);
+
+				return marker + 1;
+			}
+			else
+			{
+				// roll back uint32_t part
+				_busy_size -= sizeof(uint32_t);
+
+				return result;
+			}
+		}
+	#else
+		void* allocate_object(size_t size, xml_memory_page*& out_page)
+		{
+			return allocate_memory(size, out_page);
+		}
+	#endif
+
+		void deallocate_memory(void* ptr, size_t size, xml_memory_page* page)
+		{
+			if (page == _root) page->busy_size = _busy_size;
+
+			assert(ptr >= reinterpret_cast<char*>(page) + sizeof(xml_memory_page) && ptr < reinterpret_cast<char*>(page) + sizeof(xml_memory_page) + page->busy_size);
+			(void)!ptr;
+
+			page->freed_size += size;
+			assert(page->freed_size <= page->busy_size);
+
+			if (page->freed_size == page->busy_size)
+			{
+				if (page->next == 0)
+				{
+					assert(_root == page);
+
+					// top page freed, just reset sizes
+					page->busy_size = 0;
+					page->freed_size = 0;
+
+				#ifdef PUGIXML_COMPACT
+					// reset compact state to maximize efficiency
+					page->compact_string_base = 0;
+					page->compact_shared_parent = 0;
+					page->compact_page_marker = 0;
+				#endif
+
+					_busy_size = 0;
+				}
+				else
+				{
+					assert(_root != page);
+					assert(page->prev);
+
+					// remove from the list
+					page->prev->next = page->next;
+					page->next->prev = page->prev;
+
+					// deallocate
+					deallocate_page(page);
+				}
+			}
+		}
+
+		char_t* allocate_string(size_t length)
+		{
+			static const size_t max_encoded_offset = (1 << 16) * xml_memory_block_alignment;
+
+			PUGI__STATIC_ASSERT(xml_memory_page_size <= max_encoded_offset);
+
+			// allocate memory for string and header block
+			size_t size = sizeof(xml_memory_string_header) + length * sizeof(char_t);
+			
+			// round size up to block alignment boundary
+			size_t full_size = (size + (xml_memory_block_alignment - 1)) & ~(xml_memory_block_alignment - 1);
+
+			xml_memory_page* page;
+			xml_memory_string_header* header = static_cast<xml_memory_string_header*>(allocate_memory(full_size, page));
+
+			if (!header) return 0;
+
+			// setup header
+			ptrdiff_t page_offset = reinterpret_cast<char*>(header) - reinterpret_cast<char*>(page) - sizeof(xml_memory_page);
+
+			assert(page_offset % xml_memory_block_alignment == 0);
+			assert(page_offset >= 0 && static_cast<size_t>(page_offset) < max_encoded_offset);
+			header->page_offset = static_cast<uint16_t>(static_cast<size_t>(page_offset) / xml_memory_block_alignment);
+
+			// full_size == 0 for large strings that occupy the whole page
+			assert(full_size % xml_memory_block_alignment == 0);
+			assert(full_size < max_encoded_offset || (page->busy_size == full_size && page_offset == 0));
+			header->full_size = static_cast<uint16_t>(full_size < max_encoded_offset ? full_size / xml_memory_block_alignment : 0);
+
+			// round-trip through void* to avoid 'cast increases required alignment of target type' warning
+			// header is guaranteed a pointer-sized alignment, which should be enough for char_t
+			return static_cast<char_t*>(static_cast<void*>(header + 1));
+		}
+
+		void deallocate_string(char_t* string)
+		{
+			// this function casts pointers through void* to avoid 'cast increases required alignment of target type' warnings
+			// we're guaranteed the proper (pointer-sized) alignment on the input string if it was allocated via allocate_string
+
+			// get header
+			xml_memory_string_header* header = static_cast<xml_memory_string_header*>(static_cast<void*>(string)) - 1;
+			assert(header);
+
+			// deallocate
+			size_t page_offset = sizeof(xml_memory_page) + header->page_offset * xml_memory_block_alignment;
+			xml_memory_page* page = reinterpret_cast<xml_memory_page*>(static_cast<void*>(reinterpret_cast<char*>(header) - page_offset));
+
+			// if full_size == 0 then this string occupies the whole page
+			size_t full_size = header->full_size == 0 ? page->busy_size : header->full_size * xml_memory_block_alignment;
+
+			deallocate_memory(header, full_size, page);
+		}
+
+		bool reserve()
+		{
+		#ifdef PUGIXML_COMPACT
+			return _hash->reserve();
+		#else
+			return true;
+		#endif
+		}
+
+		xml_memory_page* _root;
+		size_t _busy_size;
+
+	#ifdef PUGIXML_COMPACT
+		compact_hash_table* _hash;
+	#endif
+	};
+
+	PUGI__FN_NO_INLINE void* xml_allocator::allocate_memory_oob(size_t size, xml_memory_page*& out_page)
+	{
+		const size_t large_allocation_threshold = xml_memory_page_size / 4;
+
+		xml_memory_page* page = allocate_page(size <= large_allocation_threshold ? xml_memory_page_size : size);
+		out_page = page;
+
+		if (!page) return 0;
+
+		if (size <= large_allocation_threshold)
+		{
+			_root->busy_size = _busy_size;
+
+			// insert page at the end of linked list
+			page->prev = _root;
+			_root->next = page;
+			_root = page;
+
+			_busy_size = size;
+		}
+		else
+		{
+			// insert page before the end of linked list, so that it is deleted as soon as possible
+			// the last page is not deleted even if it's empty (see deallocate_memory)
+			assert(_root->prev);
+
+			page->prev = _root->prev;
+			page->next = _root;
+
+			_root->prev->next = page;
+			_root->prev = page;
+
+			page->busy_size = size;
+		}
+
+		return reinterpret_cast<char*>(page) + sizeof(xml_memory_page);
+	}
+PUGI__NS_END
+
+#ifdef PUGIXML_COMPACT
+PUGI__NS_BEGIN
+	static const uintptr_t compact_alignment_log2 = 2;
+	static const uintptr_t compact_alignment = 1 << compact_alignment_log2;
+
+	class compact_header
+	{
+	public:
+		compact_header(xml_memory_page* page, unsigned int flags)
+		{
+			PUGI__STATIC_ASSERT(xml_memory_block_alignment == compact_alignment);
+
+			ptrdiff_t offset = (reinterpret_cast<char*>(this) - reinterpret_cast<char*>(page->compact_page_marker));
+			assert(offset % compact_alignment == 0 && static_cast<uintptr_t>(offset) < 256 * compact_alignment);
+
+			_page = static_cast<unsigned char>(offset >> compact_alignment_log2);
+			_flags = static_cast<unsigned char>(flags);
+		}
+
+		void operator&=(uintptr_t mod)
+		{
+			_flags &= static_cast<unsigned char>(mod);
+		}
+
+		void operator|=(uintptr_t mod)
+		{
+			_flags |= static_cast<unsigned char>(mod);
+		}
+
+		uintptr_t operator&(uintptr_t mod) const
+		{
+			return _flags & mod;
+		}
+
+		xml_memory_page* get_page() const
+		{
+			// round-trip through void* to silence 'cast increases required alignment of target type' warnings
+			const char* page_marker = reinterpret_cast<const char*>(this) - (_page << compact_alignment_log2);
+			const char* page = page_marker - *reinterpret_cast<const uint32_t*>(static_cast<const void*>(page_marker));
+
+			return const_cast<xml_memory_page*>(reinterpret_cast<const xml_memory_page*>(static_cast<const void*>(page)));
+		}
+
+	private:
+		unsigned char _page;
+		unsigned char _flags;
+	};
+
+	PUGI__FN xml_memory_page* compact_get_page(const void* object, int header_offset)
+	{
+		const compact_header* header = reinterpret_cast<const compact_header*>(static_cast<const char*>(object) - header_offset);
+
+		return header->get_page();
+	}
+
+	template <int header_offset, typename T> PUGI__FN_NO_INLINE T* compact_get_value(const void* object)
+	{
+		return static_cast<T*>(*compact_get_page(object, header_offset)->allocator->_hash->find(object));
+	}
+
+	template <int header_offset, typename T> PUGI__FN_NO_INLINE void compact_set_value(const void* object, T* value)
+	{
+		*compact_get_page(object, header_offset)->allocator->_hash->insert(object) = value;
+	}
+
+	template <typename T, int header_offset, int start = -126> class compact_pointer
+	{
+	public:
+		compact_pointer(): _data(0)
+		{
+		}
+
+		void operator=(const compact_pointer& rhs)
+		{
+			*this = rhs + 0;
+		}
+
+		void operator=(T* value)
+		{
+			if (value)
+			{
+				// value is guaranteed to be compact-aligned; 'this' is not
+				// our decoding is based on 'this' aligned to compact alignment downwards (see operator T*)
+				// so for negative offsets (e.g. -3) we need to adjust the diff by compact_alignment - 1 to
+				// compensate for arithmetic shift rounding for negative values
+				ptrdiff_t diff = reinterpret_cast<char*>(value) - reinterpret_cast<char*>(this);
+				ptrdiff_t offset = ((diff + int(compact_alignment - 1)) >> compact_alignment_log2) - start;
+
+				if (static_cast<uintptr_t>(offset) <= 253)
+					_data = static_cast<unsigned char>(offset + 1);
+				else
+				{
+					compact_set_value<header_offset>(this, value);
+
+					_data = 255;
+				}
+			}
+			else
+				_data = 0;
+		}
+
+		operator T*() const
+		{
+			if (_data)
+			{
+				if (_data < 255)
+				{
+					uintptr_t base = reinterpret_cast<uintptr_t>(this) & ~(compact_alignment - 1);
+
+					return reinterpret_cast<T*>(base + ((_data - 1 + start) << compact_alignment_log2));
+				}
+				else
+					return compact_get_value<header_offset, T>(this);
+			}
+			else
+				return 0;
+		}
+
+		T* operator->() const
+		{
+			return *this;
+		}
+
+	private:
+		unsigned char _data;
+	};
+
+	template <typename T, int header_offset> class compact_pointer_parent
+	{
+	public:
+		compact_pointer_parent(): _data(0)
+		{
+		}
+
+		void operator=(const compact_pointer_parent& rhs)
+		{
+			*this = rhs + 0;
+		}
+
+		void operator=(T* value)
+		{
+			if (value)
+			{
+				// value is guaranteed to be compact-aligned; 'this' is not
+				// our decoding is based on 'this' aligned to compact alignment downwards (see operator T*)
+				// so for negative offsets (e.g. -3) we need to adjust the diff by compact_alignment - 1 to
+				// compensate for arithmetic shift behavior for negative values
+				ptrdiff_t diff = reinterpret_cast<char*>(value) - reinterpret_cast<char*>(this);
+				ptrdiff_t offset = ((diff + int(compact_alignment - 1)) >> compact_alignment_log2) + 65533;
+
+				if (static_cast<uintptr_t>(offset) <= 65533)
+				{
+					_data = static_cast<unsigned short>(offset + 1);
+				}
+				else
+				{
+					xml_memory_page* page = compact_get_page(this, header_offset);
+
+					if (PUGI__UNLIKELY(page->compact_shared_parent == 0))
+						page->compact_shared_parent = value;
+
+					if (page->compact_shared_parent == value)
+					{
+						_data = 65534;
+					}
+					else
+					{
+						compact_set_value<header_offset>(this, value);
+
+						_data = 65535;
+					}
+				}
+			}
+			else
+			{
+				_data = 0;
+			}
+		}
+
+		operator T*() const
+		{
+			if (_data)
+			{
+				if (_data < 65534)
+				{
+					uintptr_t base = reinterpret_cast<uintptr_t>(this) & ~(compact_alignment - 1);
+
+					return reinterpret_cast<T*>(base + ((_data - 1 - 65533) << compact_alignment_log2));
+				}
+				else if (_data == 65534)
+					return static_cast<T*>(compact_get_page(this, header_offset)->compact_shared_parent);
+				else
+					return compact_get_value<header_offset, T>(this);
+			}
+			else
+				return 0;
+		}
+
+		T* operator->() const
+		{
+			return *this;
+		}
+
+	private:
+		uint16_t _data;
+	};
+
+	template <int header_offset, int base_offset> class compact_string
+	{
+	public:
+		compact_string(): _data(0)
+		{
+		}
+
+		void operator=(const compact_string& rhs)
+		{
+			*this = rhs + 0;
+		}
+
+		void operator=(char_t* value)
+		{
+			if (value)
+			{
+				xml_memory_page* page = compact_get_page(this, header_offset);
+
+				if (PUGI__UNLIKELY(page->compact_string_base == 0))
+					page->compact_string_base = value;
+
+				ptrdiff_t offset = value - page->compact_string_base;
+
+				if (static_cast<uintptr_t>(offset) < (65535 << 7))
+				{
+					// round-trip through void* to silence 'cast increases required alignment of target type' warnings
+					uint16_t* base = reinterpret_cast<uint16_t*>(static_cast<void*>(reinterpret_cast<char*>(this) - base_offset));
+
+					if (*base == 0)
+					{
+						*base = static_cast<uint16_t>((offset >> 7) + 1);
+						_data = static_cast<unsigned char>((offset & 127) + 1);
+					}
+					else
+					{
+						ptrdiff_t remainder = offset - ((*base - 1) << 7);
+
+						if (static_cast<uintptr_t>(remainder) <= 253)
+						{
+							_data = static_cast<unsigned char>(remainder + 1);
+						}
+						else
+						{
+							compact_set_value<header_offset>(this, value);
+
+							_data = 255;
+						}
+					}
+				}
+				else
+				{
+					compact_set_value<header_offset>(this, value);
+
+					_data = 255;
+				}
+			}
+			else
+			{
+				_data = 0;
+			}
+		}
+
+		operator char_t*() const
+		{
+			if (_data)
+			{
+				if (_data < 255)
+				{
+					xml_memory_page* page = compact_get_page(this, header_offset);
+
+					// round-trip through void* to silence 'cast increases required alignment of target type' warnings
+					const uint16_t* base = reinterpret_cast<const uint16_t*>(static_cast<const void*>(reinterpret_cast<const char*>(this) - base_offset));
+					assert(*base);
+
+					ptrdiff_t offset = ((*base - 1) << 7) + (_data - 1);
+
+					return page->compact_string_base + offset;
+				}
+				else
+				{
+					return compact_get_value<header_offset, char_t>(this);
+				}
+			}
+			else
+				return 0;
+		}
+
+	private:
+		unsigned char _data;
+	};
+PUGI__NS_END
+#endif
+
+#ifdef PUGIXML_COMPACT
+namespace pugi
+{
+	struct xml_attribute_struct
+	{
+		xml_attribute_struct(impl::xml_memory_page* page): header(page, 0), namevalue_base(0)
+		{
+			PUGI__STATIC_ASSERT(sizeof(xml_attribute_struct) == 8);
+		}
+
+		impl::compact_header header;
+
+		uint16_t namevalue_base;
+
+		impl::compact_string<4, 2> name;
+		impl::compact_string<5, 3> value;
+
+		impl::compact_pointer<xml_attribute_struct, 6> prev_attribute_c;
+		impl::compact_pointer<xml_attribute_struct, 7, 0> next_attribute;
+	};
+
+	struct xml_node_struct
+	{
+		xml_node_struct(impl::xml_memory_page* page, xml_node_type type): header(page, type - 1), namevalue_base(0)
+		{
+			PUGI__STATIC_ASSERT(sizeof(xml_node_struct) == 12);
+		}
+
+		impl::compact_header header;
+
+		uint16_t namevalue_base;
+
+		impl::compact_string<4, 2> name;
+		impl::compact_string<5, 3> value;
+
+		impl::compact_pointer_parent<xml_node_struct, 6> parent;
+
+		impl::compact_pointer<xml_node_struct, 8, 0> first_child;
+
+		impl::compact_pointer<xml_node_struct,  9>    prev_sibling_c;
+		impl::compact_pointer<xml_node_struct, 10, 0> next_sibling;
+
+		impl::compact_pointer<xml_attribute_struct, 11, 0> first_attribute;
+	};
+}
+#else
+namespace pugi
+{
+	struct xml_attribute_struct
+	{
+		xml_attribute_struct(impl::xml_memory_page* page): header(reinterpret_cast<uintptr_t>(page)), name(0), value(0), prev_attribute_c(0), next_attribute(0)
+		{
+		}
+
+		uintptr_t header;
+
+		char_t*	name;
+		char_t*	value;
+
+		xml_attribute_struct* prev_attribute_c;
+		xml_attribute_struct* next_attribute;
+	};
+
+	struct xml_node_struct
+	{
+		xml_node_struct(impl::xml_memory_page* page, xml_node_type type): header(reinterpret_cast<uintptr_t>(page) | (type - 1)), name(0), value(0), parent(0), first_child(0), prev_sibling_c(0), next_sibling(0), first_attribute(0)
+		{
+		}
+
+		uintptr_t header;
+
+		char_t* name;
+		char_t* value;
+
+		xml_node_struct* parent;
+
+		xml_node_struct* first_child;
+
+		xml_node_struct* prev_sibling_c;
+		xml_node_struct* next_sibling;
+
+		xml_attribute_struct* first_attribute;
+	};
+}
+#endif
+
+PUGI__NS_BEGIN
+	struct xml_extra_buffer
+	{
+		char_t* buffer;
+		xml_extra_buffer* next;
+	};
+
+	struct xml_document_struct: public xml_node_struct, public xml_allocator
+	{
+		xml_document_struct(xml_memory_page* page): xml_node_struct(page, node_document), xml_allocator(page), buffer(0), extra_buffers(0)
+		{
+		#ifdef PUGIXML_COMPACT
+			_hash = &hash;
+		#endif
+		}
+
+		const char_t* buffer;
+
+		xml_extra_buffer* extra_buffers;
+
+	#ifdef PUGIXML_COMPACT
+		compact_hash_table hash;
+	#endif
+	};
+
+	template <typename Object> inline xml_allocator& get_allocator(const Object* object)
+	{
+		assert(object);
+
+		return *PUGI__GETPAGE(object)->allocator;
+	}
+
+	template <typename Object> inline xml_document_struct& get_document(const Object* object)
+	{
+		assert(object);
+
+		return *static_cast<xml_document_struct*>(PUGI__GETPAGE(object)->allocator);
+	}
+PUGI__NS_END
+
+// Low-level DOM operations
+PUGI__NS_BEGIN
+	inline xml_attribute_struct* allocate_attribute(xml_allocator& alloc)
+	{
+		xml_memory_page* page;
+		void* memory = alloc.allocate_object(sizeof(xml_attribute_struct), page);
+		if (!memory) return 0;
+
+		return new (memory) xml_attribute_struct(page);
+	}
+
+	inline xml_node_struct* allocate_node(xml_allocator& alloc, xml_node_type type)
+	{
+		xml_memory_page* page;
+		void* memory = alloc.allocate_object(sizeof(xml_node_struct), page);
+		if (!memory) return 0;
+
+		return new (memory) xml_node_struct(page, type);
+	}
+
+	inline void destroy_attribute(xml_attribute_struct* a, xml_allocator& alloc)
+	{
+		if (a->header & impl::xml_memory_page_name_allocated_mask)
+			alloc.deallocate_string(a->name);
+
+		if (a->header & impl::xml_memory_page_value_allocated_mask)
+			alloc.deallocate_string(a->value);
+
+		alloc.deallocate_memory(a, sizeof(xml_attribute_struct), PUGI__GETPAGE(a));
+	}
+
+	inline void destroy_node(xml_node_struct* n, xml_allocator& alloc)
+	{
+		if (n->header & impl::xml_memory_page_name_allocated_mask)
+			alloc.deallocate_string(n->name);
+
+		if (n->header & impl::xml_memory_page_value_allocated_mask)
+			alloc.deallocate_string(n->value);
+
+		for (xml_attribute_struct* attr = n->first_attribute; attr; )
+		{
+			xml_attribute_struct* next = attr->next_attribute;
+
+			destroy_attribute(attr, alloc);
+
+			attr = next;
+		}
+
+		for (xml_node_struct* child = n->first_child; child; )
+		{
+			xml_node_struct* next = child->next_sibling;
+
+			destroy_node(child, alloc);
+
+			child = next;
+		}
+
+		alloc.deallocate_memory(n, sizeof(xml_node_struct), PUGI__GETPAGE(n));
+	}
+
+	inline void append_node(xml_node_struct* child, xml_node_struct* node)
+	{
+		child->parent = node;
+
+		xml_node_struct* head = node->first_child;
+
+		if (head)
+		{
+			xml_node_struct* tail = head->prev_sibling_c;
+
+			tail->next_sibling = child;
+			child->prev_sibling_c = tail;
+			head->prev_sibling_c = child;
+		}
+		else
+		{
+			node->first_child = child;
+			child->prev_sibling_c = child;
+		}
+	}
+
+	inline void prepend_node(xml_node_struct* child, xml_node_struct* node)
+	{
+		child->parent = node;
+
+		xml_node_struct* head = node->first_child;
+
+		if (head)
+		{
+			child->prev_sibling_c = head->prev_sibling_c;
+			head->prev_sibling_c = child;
+		}
+		else
+			child->prev_sibling_c = child;
+
+		child->next_sibling = head;
+		node->first_child = child;
+	}
+
+	inline void insert_node_after(xml_node_struct* child, xml_node_struct* node)
+	{
+		xml_node_struct* parent = node->parent;
+
+		child->parent = parent;
+
+		if (node->next_sibling)
+			node->next_sibling->prev_sibling_c = child;
+		else
+			parent->first_child->prev_sibling_c = child;
+
+		child->next_sibling = node->next_sibling;
+		child->prev_sibling_c = node;
+
+		node->next_sibling = child;
+	}
+
+	inline void insert_node_before(xml_node_struct* child, xml_node_struct* node)
+	{
+		xml_node_struct* parent = node->parent;
+
+		child->parent = parent;
+
+		if (node->prev_sibling_c->next_sibling)
+			node->prev_sibling_c->next_sibling = child;
+		else
+			parent->first_child = child;
+
+		child->prev_sibling_c = node->prev_sibling_c;
+		child->next_sibling = node;
+
+		node->prev_sibling_c = child;
+	}
+
+	inline void remove_node(xml_node_struct* node)
+	{
+		xml_node_struct* parent = node->parent;
+
+		if (node->next_sibling)
+			node->next_sibling->prev_sibling_c = node->prev_sibling_c;
+		else
+			parent->first_child->prev_sibling_c = node->prev_sibling_c;
+
+		if (node->prev_sibling_c->next_sibling)
+			node->prev_sibling_c->next_sibling = node->next_sibling;
+		else
+			parent->first_child = node->next_sibling;
+
+		node->parent = 0;
+		node->prev_sibling_c = 0;
+		node->next_sibling = 0;
+	}
+
+	inline void append_attribute(xml_attribute_struct* attr, xml_node_struct* node)
+	{
+		xml_attribute_struct* head = node->first_attribute;
+
+		if (head)
+		{
+			xml_attribute_struct* tail = head->prev_attribute_c;
+
+			tail->next_attribute = attr;
+			attr->prev_attribute_c = tail;
+			head->prev_attribute_c = attr;
+		}
+		else
+		{
+			node->first_attribute = attr;
+			attr->prev_attribute_c = attr;
+		}
+	}
+
+	inline void prepend_attribute(xml_attribute_struct* attr, xml_node_struct* node)
+	{
+		xml_attribute_struct* head = node->first_attribute;
+
+		if (head)
+		{
+			attr->prev_attribute_c = head->prev_attribute_c;
+			head->prev_attribute_c = attr;
+		}
+		else
+			attr->prev_attribute_c = attr;
+
+		attr->next_attribute = head;
+		node->first_attribute = attr;
+	}
+
+	inline void insert_attribute_after(xml_attribute_struct* attr, xml_attribute_struct* place, xml_node_struct* node)
+	{
+		if (place->next_attribute)
+			place->next_attribute->prev_attribute_c = attr;
+		else
+			node->first_attribute->prev_attribute_c = attr;
+
+		attr->next_attribute = place->next_attribute;
+		attr->prev_attribute_c = place;
+		place->next_attribute = attr;
+	}
+
+	inline void insert_attribute_before(xml_attribute_struct* attr, xml_attribute_struct* place, xml_node_struct* node)
+	{
+		if (place->prev_attribute_c->next_attribute)
+			place->prev_attribute_c->next_attribute = attr;
+		else
+			node->first_attribute = attr;
+
+		attr->prev_attribute_c = place->prev_attribute_c;
+		attr->next_attribute = place;
+		place->prev_attribute_c = attr;
+	}
+
+	inline void remove_attribute(xml_attribute_struct* attr, xml_node_struct* node)
+	{
+		if (attr->next_attribute)
+			attr->next_attribute->prev_attribute_c = attr->prev_attribute_c;
+		else
+			node->first_attribute->prev_attribute_c = attr->prev_attribute_c;
+
+		if (attr->prev_attribute_c->next_attribute)
+			attr->prev_attribute_c->next_attribute = attr->next_attribute;
+		else
+			node->first_attribute = attr->next_attribute;
+
+		attr->prev_attribute_c = 0;
+		attr->next_attribute = 0;
+	}
+
+	PUGI__FN_NO_INLINE xml_node_struct* append_new_node(xml_node_struct* node, xml_allocator& alloc, xml_node_type type = node_element)
+	{
+		if (!alloc.reserve()) return 0;
+
+		xml_node_struct* child = allocate_node(alloc, type);
+		if (!child) return 0;
+
+		append_node(child, node);
+
+		return child;
+	}
+
+	PUGI__FN_NO_INLINE xml_attribute_struct* append_new_attribute(xml_node_struct* node, xml_allocator& alloc)
+	{
+		if (!alloc.reserve()) return 0;
+
+		xml_attribute_struct* attr = allocate_attribute(alloc);
+		if (!attr) return 0;
+
+		append_attribute(attr, node);
+
+		return attr;
+	}
+PUGI__NS_END
+
+// Helper classes for code generation
+PUGI__NS_BEGIN
+	struct opt_false
+	{
+		enum { value = 0 };
+	};
+
+	struct opt_true
+	{
+		enum { value = 1 };
+	};
+PUGI__NS_END
+
+// Unicode utilities
+PUGI__NS_BEGIN
+	inline uint16_t endian_swap(uint16_t value)
+	{
+		return static_cast<uint16_t>(((value & 0xff) << 8) | (value >> 8));
+	}
+
+	inline uint32_t endian_swap(uint32_t value)
+	{
+		return ((value & 0xff) << 24) | ((value & 0xff00) << 8) | ((value & 0xff0000) >> 8) | (value >> 24);
+	}
+
+	struct utf8_counter
+	{
+		typedef size_t value_type;
+
+		static value_type low(value_type result, uint32_t ch)
+		{
+			// U+0000..U+007F
+			if (ch < 0x80) return result + 1;
+			// U+0080..U+07FF
+			else if (ch < 0x800) return result + 2;
+			// U+0800..U+FFFF
+			else return result + 3;
+		}
+
+		static value_type high(value_type result, uint32_t)
+		{
+			// U+10000..U+10FFFF
+			return result + 4;
+		}
+	};
+
+	struct utf8_writer
+	{
+		typedef uint8_t* value_type;
+
+		static value_type low(value_type result, uint32_t ch)
+		{
+			// U+0000..U+007F
+			if (ch < 0x80)
+			{
+				*result = static_cast<uint8_t>(ch);
+				return result + 1;
+			}
+			// U+0080..U+07FF
+			else if (ch < 0x800)
+			{
+				result[0] = static_cast<uint8_t>(0xC0 | (ch >> 6));
+				result[1] = static_cast<uint8_t>(0x80 | (ch & 0x3F));
+				return result + 2;
+			}
+			// U+0800..U+FFFF
+			else
+			{
+				result[0] = static_cast<uint8_t>(0xE0 | (ch >> 12));
+				result[1] = static_cast<uint8_t>(0x80 | ((ch >> 6) & 0x3F));
+				result[2] = static_cast<uint8_t>(0x80 | (ch & 0x3F));
+				return result + 3;
+			}
+		}
+
+		static value_type high(value_type result, uint32_t ch)
+		{
+			// U+10000..U+10FFFF
+			result[0] = static_cast<uint8_t>(0xF0 | (ch >> 18));
+			result[1] = static_cast<uint8_t>(0x80 | ((ch >> 12) & 0x3F));
+			result[2] = static_cast<uint8_t>(0x80 | ((ch >> 6) & 0x3F));
+			result[3] = static_cast<uint8_t>(0x80 | (ch & 0x3F));
+			return result + 4;
+		}
+
+		static value_type any(value_type result, uint32_t ch)
+		{
+			return (ch < 0x10000) ? low(result, ch) : high(result, ch);
+		}
+	};
+
+	struct utf16_counter
+	{
+		typedef size_t value_type;
+
+		static value_type low(value_type result, uint32_t)
+		{
+			return result + 1;
+		}
+
+		static value_type high(value_type result, uint32_t)
+		{
+			return result + 2;
+		}
+	};
+
+	struct utf16_writer
+	{
+		typedef uint16_t* value_type;
+
+		static value_type low(value_type result, uint32_t ch)
+		{
+			*result = static_cast<uint16_t>(ch);
+
+			return result + 1;
+		}
+
+		static value_type high(value_type result, uint32_t ch)
+		{
+			uint32_t msh = static_cast<uint32_t>(ch - 0x10000) >> 10;
+			uint32_t lsh = static_cast<uint32_t>(ch - 0x10000) & 0x3ff;
+
+			result[0] = static_cast<uint16_t>(0xD800 + msh);
+			result[1] = static_cast<uint16_t>(0xDC00 + lsh);
+
+			return result + 2;
+		}
+
+		static value_type any(value_type result, uint32_t ch)
+		{
+			return (ch < 0x10000) ? low(result, ch) : high(result, ch);
+		}
+	};
+
+	struct utf32_counter
+	{
+		typedef size_t value_type;
+
+		static value_type low(value_type result, uint32_t)
+		{
+			return result + 1;
+		}
+
+		static value_type high(value_type result, uint32_t)
+		{
+			return result + 1;
+		}
+	};
+
+	struct utf32_writer
+	{
+		typedef uint32_t* value_type;
+
+		static value_type low(value_type result, uint32_t ch)
+		{
+			*result = ch;
+
+			return result + 1;
+		}
+
+		static value_type high(value_type result, uint32_t ch)
+		{
+			*result = ch;
+
+			return result + 1;
+		}
+
+		static value_type any(value_type result, uint32_t ch)
+		{
+			*result = ch;
+
+			return result + 1;
+		}
+	};
+
+	struct latin1_writer
+	{
+		typedef uint8_t* value_type;
+
+		static value_type low(value_type result, uint32_t ch)
+		{
+			*result = static_cast<uint8_t>(ch > 255 ? '?' : ch);
+
+			return result + 1;
+		}
+
+		static value_type high(value_type result, uint32_t ch)
+		{
+			(void)ch;
+
+			*result = '?';
+
+			return result + 1;
+		}
+	};
+
+	struct utf8_decoder
+	{
+		typedef uint8_t type;
+
+		template <typename Traits> static inline typename Traits::value_type process(const uint8_t* data, size_t size, typename Traits::value_type result, Traits)
+		{
+			const uint8_t utf8_byte_mask = 0x3f;
+
+			while (size)
+			{
+				uint8_t lead = *data;
+
+				// 0xxxxxxx -> U+0000..U+007F
+				if (lead < 0x80)
+				{
+					result = Traits::low(result, lead);
+					data += 1;
+					size -= 1;
+
+					// process aligned single-byte (ascii) blocks
+					if ((reinterpret_cast<uintptr_t>(data) & 3) == 0)
+					{
+						// round-trip through void* to silence 'cast increases required alignment of target type' warnings
+						while (size >= 4 && (*static_cast<const uint32_t*>(static_cast<const void*>(data)) & 0x80808080) == 0)
+						{
+							result = Traits::low(result, data[0]);
+							result = Traits::low(result, data[1]);
+							result = Traits::low(result, data[2]);
+							result = Traits::low(result, data[3]);
+							data += 4;
+							size -= 4;
+						}
+					}
+				}
+				// 110xxxxx -> U+0080..U+07FF
+				else if (static_cast<unsigned int>(lead - 0xC0) < 0x20 && size >= 2 && (data[1] & 0xc0) == 0x80)
+				{
+					result = Traits::low(result, ((lead & ~0xC0) << 6) | (data[1] & utf8_byte_mask));
+					data += 2;
+					size -= 2;
+				}
+				// 1110xxxx -> U+0800-U+FFFF
+				else if (static_cast<unsigned int>(lead - 0xE0) < 0x10 && size >= 3 && (data[1] & 0xc0) == 0x80 && (data[2] & 0xc0) == 0x80)
+				{
+					result = Traits::low(result, ((lead & ~0xE0) << 12) | ((data[1] & utf8_byte_mask) << 6) | (data[2] & utf8_byte_mask));
+					data += 3;
+					size -= 3;
+				}
+				// 11110xxx -> U+10000..U+10FFFF
+				else if (static_cast<unsigned int>(lead - 0xF0) < 0x08 && size >= 4 && (data[1] & 0xc0) == 0x80 && (data[2] & 0xc0) == 0x80 && (data[3] & 0xc0) == 0x80)
+				{
+					result = Traits::high(result, ((lead & ~0xF0) << 18) | ((data[1] & utf8_byte_mask) << 12) | ((data[2] & utf8_byte_mask) << 6) | (data[3] & utf8_byte_mask));
+					data += 4;
+					size -= 4;
+				}
+				// 10xxxxxx or 11111xxx -> invalid
+				else
+				{
+					data += 1;
+					size -= 1;
+				}
+			}
+
+			return result;
+		}
+	};
+
+	template <typename opt_swap> struct utf16_decoder
+	{
+		typedef uint16_t type;
+
+		template <typename Traits> static inline typename Traits::value_type process(const uint16_t* data, size_t size, typename Traits::value_type result, Traits)
+		{
+			while (size)
+			{
+				uint16_t lead = opt_swap::value ? endian_swap(*data) : *data;
+
+				// U+0000..U+D7FF
+				if (lead < 0xD800)
+				{
+					result = Traits::low(result, lead);
+					data += 1;
+					size -= 1;
+				}
+				// U+E000..U+FFFF
+				else if (static_cast<unsigned int>(lead - 0xE000) < 0x2000)
+				{
+					result = Traits::low(result, lead);
+					data += 1;
+					size -= 1;
+				}
+				// surrogate pair lead
+				else if (static_cast<unsigned int>(lead - 0xD800) < 0x400 && size >= 2)
+				{
+					uint16_t next = opt_swap::value ? endian_swap(data[1]) : data[1];
+
+					if (static_cast<unsigned int>(next - 0xDC00) < 0x400)
+					{
+						result = Traits::high(result, 0x10000 + ((lead & 0x3ff) << 10) + (next & 0x3ff));
+						data += 2;
+						size -= 2;
+					}
+					else
+					{
+						data += 1;
+						size -= 1;
+					}
+				}
+				else
+				{
+					data += 1;
+					size -= 1;
+				}
+			}
+
+			return result;
+		}
+	};
+
+	template <typename opt_swap> struct utf32_decoder
+	{
+		typedef uint32_t type;
+
+		template <typename Traits> static inline typename Traits::value_type process(const uint32_t* data, size_t size, typename Traits::value_type result, Traits)
+		{
+			while (size)
+			{
+				uint32_t lead = opt_swap::value ? endian_swap(*data) : *data;
+
+				// U+0000..U+FFFF
+				if (lead < 0x10000)
+				{
+					result = Traits::low(result, lead);
+					data += 1;
+					size -= 1;
+				}
+				// U+10000..U+10FFFF
+				else
+				{
+					result = Traits::high(result, lead);
+					data += 1;
+					size -= 1;
+				}
+			}
+
+			return result;
+		}
+	};
+
+	struct latin1_decoder
+	{
+		typedef uint8_t type;
+
+		template <typename Traits> static inline typename Traits::value_type process(const uint8_t* data, size_t size, typename Traits::value_type result, Traits)
+		{
+			while (size)
+			{
+				result = Traits::low(result, *data);
+				data += 1;
+				size -= 1;
+			}
+
+			return result;
+		}
+	};
+
+	template <size_t size> struct wchar_selector;
+
+	template <> struct wchar_selector<2>
+	{
+		typedef uint16_t type;
+		typedef utf16_counter counter;
+		typedef utf16_writer writer;
+		typedef utf16_decoder<opt_false> decoder;
+	};
+
+	template <> struct wchar_selector<4>
+	{
+		typedef uint32_t type;
+		typedef utf32_counter counter;
+		typedef utf32_writer writer;
+		typedef utf32_decoder<opt_false> decoder;
+	};
+
+	typedef wchar_selector<sizeof(wchar_t)>::counter wchar_counter;
+	typedef wchar_selector<sizeof(wchar_t)>::writer wchar_writer;
+
+	struct wchar_decoder
+	{
+		typedef wchar_t type;
+
+		template <typename Traits> static inline typename Traits::value_type process(const wchar_t* data, size_t size, typename Traits::value_type result, Traits traits)
+		{
+			typedef wchar_selector<sizeof(wchar_t)>::decoder decoder;
+
+			return decoder::process(reinterpret_cast<const typename decoder::type*>(data), size, result, traits);
+		}
+	};
+
+#ifdef PUGIXML_WCHAR_MODE
+	PUGI__FN void convert_wchar_endian_swap(wchar_t* result, const wchar_t* data, size_t length)
+	{
+		for (size_t i = 0; i < length; ++i)
+			result[i] = static_cast<wchar_t>(endian_swap(static_cast<wchar_selector<sizeof(wchar_t)>::type>(data[i])));
+	}
+#endif
+PUGI__NS_END
+
+PUGI__NS_BEGIN
+	enum chartype_t
+	{
+		ct_parse_pcdata = 1,	// \0, &, \r, <
+		ct_parse_attr = 2,		// \0, &, \r, ', "
+		ct_parse_attr_ws = 4,	// \0, &, \r, ', ", \n, tab
+		ct_space = 8,			// \r, \n, space, tab
+		ct_parse_cdata = 16,	// \0, ], >, \r
+		ct_parse_comment = 32,	// \0, -, >, \r
+		ct_symbol = 64,			// Any symbol > 127, a-z, A-Z, 0-9, _, :, -, .
+		ct_start_symbol = 128	// Any symbol > 127, a-z, A-Z, _, :
+	};
+
+	static const unsigned char chartype_table[256] =
+	{
+		55,  0,   0,   0,   0,   0,   0,   0,      0,   12,  12,  0,   0,   63,  0,   0,   // 0-15
+		0,   0,   0,   0,   0,   0,   0,   0,      0,   0,   0,   0,   0,   0,   0,   0,   // 16-31
+		8,   0,   6,   0,   0,   0,   7,   6,      0,   0,   0,   0,   0,   96,  64,  0,   // 32-47
+		64,  64,  64,  64,  64,  64,  64,  64,     64,  64,  192, 0,   1,   0,   48,  0,   // 48-63
+		0,   192, 192, 192, 192, 192, 192, 192,    192, 192, 192, 192, 192, 192, 192, 192, // 64-79
+		192, 192, 192, 192, 192, 192, 192, 192,    192, 192, 192, 0,   0,   16,  0,   192, // 80-95
+		0,   192, 192, 192, 192, 192, 192, 192,    192, 192, 192, 192, 192, 192, 192, 192, // 96-111
+		192, 192, 192, 192, 192, 192, 192, 192,    192, 192, 192, 0, 0, 0, 0, 0,           // 112-127
+
+		192, 192, 192, 192, 192, 192, 192, 192,    192, 192, 192, 192, 192, 192, 192, 192, // 128+
+		192, 192, 192, 192, 192, 192, 192, 192,    192, 192, 192, 192, 192, 192, 192, 192,
+		192, 192, 192, 192, 192, 192, 192, 192,    192, 192, 192, 192, 192, 192, 192, 192,
+		192, 192, 192, 192, 192, 192, 192, 192,    192, 192, 192, 192, 192, 192, 192, 192,
+		192, 192, 192, 192, 192, 192, 192, 192,    192, 192, 192, 192, 192, 192, 192, 192,
+		192, 192, 192, 192, 192, 192, 192, 192,    192, 192, 192, 192, 192, 192, 192, 192,
+		192, 192, 192, 192, 192, 192, 192, 192,    192, 192, 192, 192, 192, 192, 192, 192,
+		192, 192, 192, 192, 192, 192, 192, 192,    192, 192, 192, 192, 192, 192, 192, 192
+	};
+
+	enum chartypex_t
+	{
+		ctx_special_pcdata = 1,   // Any symbol >= 0 and < 32 (except \t, \r, \n), &, <, >
+		ctx_special_attr = 2,     // Any symbol >= 0 and < 32 (except \t), &, <, >, "
+		ctx_start_symbol = 4,	  // Any symbol > 127, a-z, A-Z, _
+		ctx_digit = 8,			  // 0-9
+		ctx_symbol = 16			  // Any symbol > 127, a-z, A-Z, 0-9, _, -, .
+	};
+	
+	static const unsigned char chartypex_table[256] =
+	{
+		3,  3,  3,  3,  3,  3,  3,  3,     3,  0,  2,  3,  3,  2,  3,  3,     // 0-15
+		3,  3,  3,  3,  3,  3,  3,  3,     3,  3,  3,  3,  3,  3,  3,  3,     // 16-31
+		0,  0,  2,  0,  0,  0,  3,  0,     0,  0,  0,  0,  0, 16, 16,  0,     // 32-47
+		24, 24, 24, 24, 24, 24, 24, 24,    24, 24, 0,  0,  3,  0,  3,  0,     // 48-63
+
+		0,  20, 20, 20, 20, 20, 20, 20,    20, 20, 20, 20, 20, 20, 20, 20,    // 64-79
+		20, 20, 20, 20, 20, 20, 20, 20,    20, 20, 20, 0,  0,  0,  0,  20,    // 80-95
+		0,  20, 20, 20, 20, 20, 20, 20,    20, 20, 20, 20, 20, 20, 20, 20,    // 96-111
+		20, 20, 20, 20, 20, 20, 20, 20,    20, 20, 20, 0,  0,  0,  0,  0,     // 112-127
+
+		20, 20, 20, 20, 20, 20, 20, 20,    20, 20, 20, 20, 20, 20, 20, 20,    // 128+
+		20, 20, 20, 20, 20, 20, 20, 20,    20, 20, 20, 20, 20, 20, 20, 20,
+		20, 20, 20, 20, 20, 20, 20, 20,    20, 20, 20, 20, 20, 20, 20, 20,
+		20, 20, 20, 20, 20, 20, 20, 20,    20, 20, 20, 20, 20, 20, 20, 20,
+		20, 20, 20, 20, 20, 20, 20, 20,    20, 20, 20, 20, 20, 20, 20, 20,
+		20, 20, 20, 20, 20, 20, 20, 20,    20, 20, 20, 20, 20, 20, 20, 20,
+		20, 20, 20, 20, 20, 20, 20, 20,    20, 20, 20, 20, 20, 20, 20, 20,
+		20, 20, 20, 20, 20, 20, 20, 20,    20, 20, 20, 20, 20, 20, 20, 20
+	};
+	
+#ifdef PUGIXML_WCHAR_MODE
+	#define PUGI__IS_CHARTYPE_IMPL(c, ct, table) ((static_cast<unsigned int>(c) < 128 ? table[static_cast<unsigned int>(c)] : table[128]) & (ct))
+#else
+	#define PUGI__IS_CHARTYPE_IMPL(c, ct, table) (table[static_cast<unsigned char>(c)] & (ct))
+#endif
+
+	#define PUGI__IS_CHARTYPE(c, ct) PUGI__IS_CHARTYPE_IMPL(c, ct, chartype_table)
+	#define PUGI__IS_CHARTYPEX(c, ct) PUGI__IS_CHARTYPE_IMPL(c, ct, chartypex_table)
+
+	PUGI__FN bool is_little_endian()
+	{
+		unsigned int ui = 1;
+
+		return *reinterpret_cast<unsigned char*>(&ui) == 1;
+	}
+
+	PUGI__FN xml_encoding get_wchar_encoding()
+	{
+		PUGI__STATIC_ASSERT(sizeof(wchar_t) == 2 || sizeof(wchar_t) == 4);
+
+		if (sizeof(wchar_t) == 2)
+			return is_little_endian() ? encoding_utf16_le : encoding_utf16_be;
+		else 
+			return is_little_endian() ? encoding_utf32_le : encoding_utf32_be;
+	}
+
+	PUGI__FN xml_encoding guess_buffer_encoding(uint8_t d0, uint8_t d1, uint8_t d2, uint8_t d3)
+	{
+		// look for BOM in first few bytes
+		if (d0 == 0 && d1 == 0 && d2 == 0xfe && d3 == 0xff) return encoding_utf32_be;
+		if (d0 == 0xff && d1 == 0xfe && d2 == 0 && d3 == 0) return encoding_utf32_le;
+		if (d0 == 0xfe && d1 == 0xff) return encoding_utf16_be;
+		if (d0 == 0xff && d1 == 0xfe) return encoding_utf16_le;
+		if (d0 == 0xef && d1 == 0xbb && d2 == 0xbf) return encoding_utf8;
+
+		// look for <, <? or <?xm in various encodings
+		if (d0 == 0 && d1 == 0 && d2 == 0 && d3 == 0x3c) return encoding_utf32_be;
+		if (d0 == 0x3c && d1 == 0 && d2 == 0 && d3 == 0) return encoding_utf32_le;
+		if (d0 == 0 && d1 == 0x3c && d2 == 0 && d3 == 0x3f) return encoding_utf16_be;
+		if (d0 == 0x3c && d1 == 0 && d2 == 0x3f && d3 == 0) return encoding_utf16_le;
+		if (d0 == 0x3c && d1 == 0x3f && d2 == 0x78 && d3 == 0x6d) return encoding_utf8;
+
+		// look for utf16 < followed by node name (this may fail, but is better than utf8 since it's zero terminated so early)
+		if (d0 == 0 && d1 == 0x3c) return encoding_utf16_be;
+		if (d0 == 0x3c && d1 == 0) return encoding_utf16_le;
+
+		// no known BOM detected, assume utf8
+		return encoding_utf8;
+	}
+
+	PUGI__FN xml_encoding get_buffer_encoding(xml_encoding encoding, const void* contents, size_t size)
+	{
+		// replace wchar encoding with utf implementation
+		if (encoding == encoding_wchar) return get_wchar_encoding();
+
+		// replace utf16 encoding with utf16 with specific endianness
+		if (encoding == encoding_utf16) return is_little_endian() ? encoding_utf16_le : encoding_utf16_be;
+
+		// replace utf32 encoding with utf32 with specific endianness
+		if (encoding == encoding_utf32) return is_little_endian() ? encoding_utf32_le : encoding_utf32_be;
+
+		// only do autodetection if no explicit encoding is requested
+		if (encoding != encoding_auto) return encoding;
+
+		// skip encoding autodetection if input buffer is too small
+		if (size < 4) return encoding_utf8;
+
+		// try to guess encoding (based on XML specification, Appendix F.1)
+		const uint8_t* data = static_cast<const uint8_t*>(contents);
+
+		PUGI__DMC_VOLATILE uint8_t d0 = data[0], d1 = data[1], d2 = data[2], d3 = data[3];
+
+		return guess_buffer_encoding(d0, d1, d2, d3);
+	}
+
+	PUGI__FN bool get_mutable_buffer(char_t*& out_buffer, size_t& out_length, const void* contents, size_t size, bool is_mutable)
+	{
+		size_t length = size / sizeof(char_t);
+
+		if (is_mutable)
+		{
+			out_buffer = static_cast<char_t*>(const_cast<void*>(contents));
+			out_length = length;
+		}
+		else
+		{
+			char_t* buffer = static_cast<char_t*>(xml_memory::allocate((length + 1) * sizeof(char_t)));
+			if (!buffer) return false;
+
+			if (contents)
+				memcpy(buffer, contents, length * sizeof(char_t));
+			else
+				assert(length == 0);
+
+			buffer[length] = 0;
+
+			out_buffer = buffer;
+			out_length = length + 1;
+		}
+
+		return true;
+	}
+
+#ifdef PUGIXML_WCHAR_MODE
+	PUGI__FN bool need_endian_swap_utf(xml_encoding le, xml_encoding re)
+	{
+		return (le == encoding_utf16_be && re == encoding_utf16_le) || (le == encoding_utf16_le && re == encoding_utf16_be) ||
+			   (le == encoding_utf32_be && re == encoding_utf32_le) || (le == encoding_utf32_le && re == encoding_utf32_be);
+	}
+
+	PUGI__FN bool convert_buffer_endian_swap(char_t*& out_buffer, size_t& out_length, const void* contents, size_t size, bool is_mutable)
+	{
+		const char_t* data = static_cast<const char_t*>(contents);
+		size_t length = size / sizeof(char_t);
+
+		if (is_mutable)
+		{
+			char_t* buffer = const_cast<char_t*>(data);
+
+			convert_wchar_endian_swap(buffer, data, length);
+
+			out_buffer = buffer;
+			out_length = length;
+		}
+		else
+		{
+			char_t* buffer = static_cast<char_t*>(xml_memory::allocate((length + 1) * sizeof(char_t)));
+			if (!buffer) return false;
+
+			convert_wchar_endian_swap(buffer, data, length);
+			buffer[length] = 0;
+
+			out_buffer = buffer;
+			out_length = length + 1;
+		}
+
+		return true;
+	}
+
+	template <typename D> PUGI__FN bool convert_buffer_generic(char_t*& out_buffer, size_t& out_length, const void* contents, size_t size, D)
+	{
+		const typename D::type* data = static_cast<const typename D::type*>(contents);
+		size_t data_length = size / sizeof(typename D::type);
+
+		// first pass: get length in wchar_t units
+		size_t length = D::process(data, data_length, 0, wchar_counter());
+
+		// allocate buffer of suitable length
+		char_t* buffer = static_cast<char_t*>(xml_memory::allocate((length + 1) * sizeof(char_t)));
+		if (!buffer) return false;
+
+		// second pass: convert utf16 input to wchar_t
+		wchar_writer::value_type obegin = reinterpret_cast<wchar_writer::value_type>(buffer);
+		wchar_writer::value_type oend = D::process(data, data_length, obegin, wchar_writer());
+
+		assert(oend == obegin + length);
+		*oend = 0;
+
+		out_buffer = buffer;
+		out_length = length + 1;
+
+		return true;
+	}
+
+	PUGI__FN bool convert_buffer(char_t*& out_buffer, size_t& out_length, xml_encoding encoding, const void* contents, size_t size, bool is_mutable)
+	{
+		// get native encoding
+		xml_encoding wchar_encoding = get_wchar_encoding();
+
+		// fast path: no conversion required
+		if (encoding == wchar_encoding)
+			return get_mutable_buffer(out_buffer, out_length, contents, size, is_mutable);
+
+		// only endian-swapping is required
+		if (need_endian_swap_utf(encoding, wchar_encoding))
+			return convert_buffer_endian_swap(out_buffer, out_length, contents, size, is_mutable);
+
+		// source encoding is utf8
+		if (encoding == encoding_utf8)
+			return convert_buffer_generic(out_buffer, out_length, contents, size, utf8_decoder());
+
+		// source encoding is utf16
+		if (encoding == encoding_utf16_be || encoding == encoding_utf16_le)
+		{
+			xml_encoding native_encoding = is_little_endian() ? encoding_utf16_le : encoding_utf16_be;
+
+			return (native_encoding == encoding) ?
+				convert_buffer_generic(out_buffer, out_length, contents, size, utf16_decoder<opt_false>()) :
+				convert_buffer_generic(out_buffer, out_length, contents, size, utf16_decoder<opt_true>());
+		}
+
+		// source encoding is utf32
+		if (encoding == encoding_utf32_be || encoding == encoding_utf32_le)
+		{
+			xml_encoding native_encoding = is_little_endian() ? encoding_utf32_le : encoding_utf32_be;
+
+			return (native_encoding == encoding) ?
+				convert_buffer_generic(out_buffer, out_length, contents, size, utf32_decoder<opt_false>()) :
+				convert_buffer_generic(out_buffer, out_length, contents, size, utf32_decoder<opt_true>());
+		}
+
+		// source encoding is latin1
+		if (encoding == encoding_latin1)
+			return convert_buffer_generic(out_buffer, out_length, contents, size, latin1_decoder());
+
+		assert(!"Invalid encoding");
+		return false;
+	}
+#else
+	template <typename D> PUGI__FN bool convert_buffer_generic(char_t*& out_buffer, size_t& out_length, const void* contents, size_t size, D)
+	{
+		const typename D::type* data = static_cast<const typename D::type*>(contents);
+		size_t data_length = size / sizeof(typename D::type);
+
+		// first pass: get length in utf8 units
+		size_t length = D::process(data, data_length, 0, utf8_counter());
+
+		// allocate buffer of suitable length
+		char_t* buffer = static_cast<char_t*>(xml_memory::allocate((length + 1) * sizeof(char_t)));
+		if (!buffer) return false;
+
+		// second pass: convert utf16 input to utf8
+		uint8_t* obegin = reinterpret_cast<uint8_t*>(buffer);
+		uint8_t* oend = D::process(data, data_length, obegin, utf8_writer());
+
+		assert(oend == obegin + length);
+		*oend = 0;
+
+		out_buffer = buffer;
+		out_length = length + 1;
+
+		return true;
+	}
+
+	PUGI__FN size_t get_latin1_7bit_prefix_length(const uint8_t* data, size_t size)
+	{
+		for (size_t i = 0; i < size; ++i)
+			if (data[i] > 127)
+				return i;
+
+		return size;
+	}
+
+	PUGI__FN bool convert_buffer_latin1(char_t*& out_buffer, size_t& out_length, const void* contents, size_t size, bool is_mutable)
+	{
+		const uint8_t* data = static_cast<const uint8_t*>(contents);
+		size_t data_length = size;
+
+		// get size of prefix that does not need utf8 conversion
+		size_t prefix_length = get_latin1_7bit_prefix_length(data, data_length);
+		assert(prefix_length <= data_length);
+
+		const uint8_t* postfix = data + prefix_length;
+		size_t postfix_length = data_length - prefix_length;
+
+		// if no conversion is needed, just return the original buffer
+		if (postfix_length == 0) return get_mutable_buffer(out_buffer, out_length, contents, size, is_mutable);
+
+		// first pass: get length in utf8 units
+		size_t length = prefix_length + latin1_decoder::process(postfix, postfix_length, 0, utf8_counter());
+
+		// allocate buffer of suitable length
+		char_t* buffer = static_cast<char_t*>(xml_memory::allocate((length + 1) * sizeof(char_t)));
+		if (!buffer) return false;
+
+		// second pass: convert latin1 input to utf8
+		memcpy(buffer, data, prefix_length);
+
+		uint8_t* obegin = reinterpret_cast<uint8_t*>(buffer);
+		uint8_t* oend = latin1_decoder::process(postfix, postfix_length, obegin + prefix_length, utf8_writer());
+
+		assert(oend == obegin + length);
+		*oend = 0;
+
+		out_buffer = buffer;
+		out_length = length + 1;
+
+		return true;
+	}
+
+	PUGI__FN bool convert_buffer(char_t*& out_buffer, size_t& out_length, xml_encoding encoding, const void* contents, size_t size, bool is_mutable)
+	{
+		// fast path: no conversion required
+		if (encoding == encoding_utf8)
+			return get_mutable_buffer(out_buffer, out_length, contents, size, is_mutable);
+
+		// source encoding is utf16
+		if (encoding == encoding_utf16_be || encoding == encoding_utf16_le)
+		{
+			xml_encoding native_encoding = is_little_endian() ? encoding_utf16_le : encoding_utf16_be;
+
+			return (native_encoding == encoding) ?
+				convert_buffer_generic(out_buffer, out_length, contents, size, utf16_decoder<opt_false>()) :
+				convert_buffer_generic(out_buffer, out_length, contents, size, utf16_decoder<opt_true>());
+		}
+
+		// source encoding is utf32
+		if (encoding == encoding_utf32_be || encoding == encoding_utf32_le)
+		{
+			xml_encoding native_encoding = is_little_endian() ? encoding_utf32_le : encoding_utf32_be;
+
+			return (native_encoding == encoding) ?
+				convert_buffer_generic(out_buffer, out_length, contents, size, utf32_decoder<opt_false>()) :
+				convert_buffer_generic(out_buffer, out_length, contents, size, utf32_decoder<opt_true>());
+		}
+
+		// source encoding is latin1
+		if (encoding == encoding_latin1)
+			return convert_buffer_latin1(out_buffer, out_length, contents, size, is_mutable);
+
+		assert(!"Invalid encoding");
+		return false;
+	}
+#endif
+
+	PUGI__FN size_t as_utf8_begin(const wchar_t* str, size_t length)
+	{
+		// get length in utf8 characters
+		return wchar_decoder::process(str, length, 0, utf8_counter());
+	}
+
+	PUGI__FN void as_utf8_end(char* buffer, size_t size, const wchar_t* str, size_t length)
+	{
+		// convert to utf8
+		uint8_t* begin = reinterpret_cast<uint8_t*>(buffer);
+		uint8_t* end = wchar_decoder::process(str, length, begin, utf8_writer());
+	
+		assert(begin + size == end);
+		(void)!end;
+		(void)!size;
+	}
+	
+#ifndef PUGIXML_NO_STL
+	PUGI__FN std::string as_utf8_impl(const wchar_t* str, size_t length)
+	{
+		// first pass: get length in utf8 characters
+		size_t size = as_utf8_begin(str, length);
+
+		// allocate resulting string
+		std::string result;
+		result.resize(size);
+
+		// second pass: convert to utf8
+		if (size > 0) as_utf8_end(&result[0], size, str, length);
+
+		return result;
+	}
+
+	PUGI__FN std::basic_string<wchar_t> as_wide_impl(const char* str, size_t size)
+	{
+		const uint8_t* data = reinterpret_cast<const uint8_t*>(str);
+
+		// first pass: get length in wchar_t units
+		size_t length = utf8_decoder::process(data, size, 0, wchar_counter());
+
+		// allocate resulting string
+		std::basic_string<wchar_t> result;
+		result.resize(length);
+
+		// second pass: convert to wchar_t
+		if (length > 0)
+		{
+			wchar_writer::value_type begin = reinterpret_cast<wchar_writer::value_type>(&result[0]);
+			wchar_writer::value_type end = utf8_decoder::process(data, size, begin, wchar_writer());
+
+			assert(begin + length == end);
+			(void)!end;
+		}
+
+		return result;
+	}
+#endif
+
+	template <typename Header>
+	inline bool strcpy_insitu_allow(size_t length, const Header& header, uintptr_t header_mask, char_t* target)
+	{
+		// never reuse shared memory
+		if (header & xml_memory_page_contents_shared_mask) return false;
+
+		size_t target_length = strlength(target);
+
+		// always reuse document buffer memory if possible
+		if ((header & header_mask) == 0) return target_length >= length;
+
+		// reuse heap memory if waste is not too great
+		const size_t reuse_threshold = 32;
+
+		return target_length >= length && (target_length < reuse_threshold || target_length - length < target_length / 2);
+	}
+
+	template <typename String, typename Header>
+	PUGI__FN bool strcpy_insitu(String& dest, Header& header, uintptr_t header_mask, const char_t* source, size_t source_length)
+	{
+		if (source_length == 0)
+		{
+			// empty string and null pointer are equivalent, so just deallocate old memory
+			xml_allocator* alloc = PUGI__GETPAGE_IMPL(header)->allocator;
+
+			if (header & header_mask) alloc->deallocate_string(dest);
+			
+			// mark the string as not allocated
+			dest = 0;
+			header &= ~header_mask;
+
+			return true;
+		}
+		else if (dest && strcpy_insitu_allow(source_length, header, header_mask, dest))
+		{
+			// we can reuse old buffer, so just copy the new data (including zero terminator)
+			memcpy(dest, source, source_length * sizeof(char_t));
+			dest[source_length] = 0;
+			
+			return true;
+		}
+		else
+		{
+			xml_allocator* alloc = PUGI__GETPAGE_IMPL(header)->allocator;
+
+			if (!alloc->reserve()) return false;
+
+			// allocate new buffer
+			char_t* buf = alloc->allocate_string(source_length + 1);
+			if (!buf) return false;
+
+			// copy the string (including zero terminator)
+			memcpy(buf, source, source_length * sizeof(char_t));
+			buf[source_length] = 0;
+
+			// deallocate old buffer (*after* the above to protect against overlapping memory and/or allocation failures)
+			if (header & header_mask) alloc->deallocate_string(dest);
+			
+			// the string is now allocated, so set the flag
+			dest = buf;
+			header |= header_mask;
+
+			return true;
+		}
+	}
+
+	struct gap
+	{
+		char_t* end;
+		size_t size;
+			
+		gap(): end(0), size(0)
+		{
+		}
+			
+		// Push new gap, move s count bytes further (skipping the gap).
+		// Collapse previous gap.
+		void push(char_t*& s, size_t count)
+		{
+			if (end) // there was a gap already; collapse it
+			{
+				// Move [old_gap_end, new_gap_start) to [old_gap_start, ...)
+				assert(s >= end);
+				memmove(end - size, end, reinterpret_cast<char*>(s) - reinterpret_cast<char*>(end));
+			}
+				
+			s += count; // end of current gap
+				
+			// "merge" two gaps
+			end = s;
+			size += count;
+		}
+			
+		// Collapse all gaps, return past-the-end pointer
+		char_t* flush(char_t* s)
+		{
+			if (end)
+			{
+				// Move [old_gap_end, current_pos) to [old_gap_start, ...)
+				assert(s >= end);
+				memmove(end - size, end, reinterpret_cast<char*>(s) - reinterpret_cast<char*>(end));
+
+				return s - size;
+			}
+			else return s;
+		}
+	};
+	
+	PUGI__FN char_t* strconv_escape(char_t* s, gap& g)
+	{
+		char_t* stre = s + 1;
+
+		switch (*stre)
+		{
+			case '#':	// &#...
+			{
+				unsigned int ucsc = 0;
+
+				if (stre[1] == 'x') // &#x... (hex code)
+				{
+					stre += 2;
+
+					char_t ch = *stre;
+
+					if (ch == ';') return stre;
+
+					for (;;)
+					{
+						if (static_cast<unsigned int>(ch - '0') <= 9)
+							ucsc = 16 * ucsc + (ch - '0');
+						else if (static_cast<unsigned int>((ch | ' ') - 'a') <= 5)
+							ucsc = 16 * ucsc + ((ch | ' ') - 'a' + 10);
+						else if (ch == ';')
+							break;
+						else // cancel
+							return stre;
+
+						ch = *++stre;
+					}
+					
+					++stre;
+				}
+				else	// &#... (dec code)
+				{
+					char_t ch = *++stre;
+
+					if (ch == ';') return stre;
+
+					for (;;)
+					{
+						if (static_cast<unsigned int>(static_cast<unsigned int>(ch) - '0') <= 9)
+							ucsc = 10 * ucsc + (ch - '0');
+						else if (ch == ';')
+							break;
+						else // cancel
+							return stre;
+
+						ch = *++stre;
+					}
+					
+					++stre;
+				}
+
+			#ifdef PUGIXML_WCHAR_MODE
+				s = reinterpret_cast<char_t*>(wchar_writer::any(reinterpret_cast<wchar_writer::value_type>(s), ucsc));
+			#else
+				s = reinterpret_cast<char_t*>(utf8_writer::any(reinterpret_cast<uint8_t*>(s), ucsc));
+			#endif
+					
+				g.push(s, stre - s);
+				return stre;
+			}
+
+			case 'a':	// &a
+			{
+				++stre;
+
+				if (*stre == 'm') // &am
+				{
+					if (*++stre == 'p' && *++stre == ';') // &amp;
+					{
+						*s++ = '&';
+						++stre;
+							
+						g.push(s, stre - s);
+						return stre;
+					}
+				}
+				else if (*stre == 'p') // &ap
+				{
+					if (*++stre == 'o' && *++stre == 's' && *++stre == ';') // &apos;
+					{
+						*s++ = '\'';
+						++stre;
+
+						g.push(s, stre - s);
+						return stre;
+					}
+				}
+				break;
+			}
+
+			case 'g': // &g
+			{
+				if (*++stre == 't' && *++stre == ';') // &gt;
+				{
+					*s++ = '>';
+					++stre;
+					
+					g.push(s, stre - s);
+					return stre;
+				}
+				break;
+			}
+
+			case 'l': // &l
+			{
+				if (*++stre == 't' && *++stre == ';') // &lt;
+				{
+					*s++ = '<';
+					++stre;
+						
+					g.push(s, stre - s);
+					return stre;
+				}
+				break;
+			}
+
+			case 'q': // &q
+			{
+				if (*++stre == 'u' && *++stre == 'o' && *++stre == 't' && *++stre == ';') // &quot;
+				{
+					*s++ = '"';
+					++stre;
+					
+					g.push(s, stre - s);
+					return stre;
+				}
+				break;
+			}
+
+			default:
+				break;
+		}
+		
+		return stre;
+	}
+
+	// Parser utilities
+	#define PUGI__ENDSWITH(c, e)        ((c) == (e) || ((c) == 0 && endch == (e)))
+	#define PUGI__SKIPWS()              { while (PUGI__IS_CHARTYPE(*s, ct_space)) ++s; }
+	#define PUGI__OPTSET(OPT)           ( optmsk & (OPT) )
+	#define PUGI__PUSHNODE(TYPE)        { cursor = append_new_node(cursor, alloc, TYPE); if (!cursor) PUGI__THROW_ERROR(status_out_of_memory, s); }
+	#define PUGI__POPNODE()             { cursor = cursor->parent; }
+	#define PUGI__SCANFOR(X)            { while (*s != 0 && !(X)) ++s; }
+	#define PUGI__SCANWHILE(X)          { while (X) ++s; }
+	#define PUGI__SCANWHILE_UNROLL(X)   { for (;;) { char_t ss = s[0]; if (PUGI__UNLIKELY(!(X))) { break; } ss = s[1]; if (PUGI__UNLIKELY(!(X))) { s += 1; break; } ss = s[2]; if (PUGI__UNLIKELY(!(X))) { s += 2; break; } ss = s[3]; if (PUGI__UNLIKELY(!(X))) { s += 3; break; } s += 4; } }
+	#define PUGI__ENDSEG()              { ch = *s; *s = 0; ++s; }
+	#define PUGI__THROW_ERROR(err, m)   return error_offset = m, error_status = err, static_cast<char_t*>(0)
+	#define PUGI__CHECK_ERROR(err, m)   { if (*s == 0) PUGI__THROW_ERROR(err, m); }
+
+	PUGI__FN char_t* strconv_comment(char_t* s, char_t endch)
+	{
+		gap g;
+		
+		while (true)
+		{
+			PUGI__SCANWHILE_UNROLL(!PUGI__IS_CHARTYPE(ss, ct_parse_comment));
+		
+			if (*s == '\r') // Either a single 0x0d or 0x0d 0x0a pair
+			{
+				*s++ = '\n'; // replace first one with 0x0a
+				
+				if (*s == '\n') g.push(s, 1);
+			}
+			else if (s[0] == '-' && s[1] == '-' && PUGI__ENDSWITH(s[2], '>')) // comment ends here
+			{
+				*g.flush(s) = 0;
+				
+				return s + (s[2] == '>' ? 3 : 2);
+			}
+			else if (*s == 0)
+			{
+				return 0;
+			}
+			else ++s;
+		}
+	}
+
+	PUGI__FN char_t* strconv_cdata(char_t* s, char_t endch)
+	{
+		gap g;
+			
+		while (true)
+		{
+			PUGI__SCANWHILE_UNROLL(!PUGI__IS_CHARTYPE(ss, ct_parse_cdata));
+			
+			if (*s == '\r') // Either a single 0x0d or 0x0d 0x0a pair
+			{
+				*s++ = '\n'; // replace first one with 0x0a
+				
+				if (*s == '\n') g.push(s, 1);
+			}
+			else if (s[0] == ']' && s[1] == ']' && PUGI__ENDSWITH(s[2], '>')) // CDATA ends here
+			{
+				*g.flush(s) = 0;
+				
+				return s + 1;
+			}
+			else if (*s == 0)
+			{
+				return 0;
+			}
+			else ++s;
+		}
+	}
+	
+	typedef char_t* (*strconv_pcdata_t)(char_t*);
+		
+	template <typename opt_trim, typename opt_eol, typename opt_escape> struct strconv_pcdata_impl
+	{
+		static char_t* parse(char_t* s)
+		{
+			gap g;
+
+			char_t* begin = s;
+
+			while (true)
+			{
+				PUGI__SCANWHILE_UNROLL(!PUGI__IS_CHARTYPE(ss, ct_parse_pcdata));
+
+				if (*s == '<') // PCDATA ends here
+				{
+					char_t* end = g.flush(s);
+
+					if (opt_trim::value)
+						while (end > begin && PUGI__IS_CHARTYPE(end[-1], ct_space))
+							--end;
+
+					*end = 0;
+					
+					return s + 1;
+				}
+				else if (opt_eol::value && *s == '\r') // Either a single 0x0d or 0x0d 0x0a pair
+				{
+					*s++ = '\n'; // replace first one with 0x0a
+					
+					if (*s == '\n') g.push(s, 1);
+				}
+				else if (opt_escape::value && *s == '&')
+				{
+					s = strconv_escape(s, g);
+				}
+				else if (*s == 0)
+				{
+					char_t* end = g.flush(s);
+
+					if (opt_trim::value)
+						while (end > begin && PUGI__IS_CHARTYPE(end[-1], ct_space))
+							--end;
+
+					*end = 0;
+
+					return s;
+				}
+				else ++s;
+			}
+		}
+	};
+	
+	PUGI__FN strconv_pcdata_t get_strconv_pcdata(unsigned int optmask)
+	{
+		PUGI__STATIC_ASSERT(parse_escapes == 0x10 && parse_eol == 0x20 && parse_trim_pcdata == 0x0800);
+
+		switch (((optmask >> 4) & 3) | ((optmask >> 9) & 4)) // get bitmask for flags (eol escapes trim)
+		{
+		case 0: return strconv_pcdata_impl<opt_false, opt_false, opt_false>::parse;
+		case 1: return strconv_pcdata_impl<opt_false, opt_false, opt_true>::parse;
+		case 2: return strconv_pcdata_impl<opt_false, opt_true, opt_false>::parse;
+		case 3: return strconv_pcdata_impl<opt_false, opt_true, opt_true>::parse;
+		case 4: return strconv_pcdata_impl<opt_true, opt_false, opt_false>::parse;
+		case 5: return strconv_pcdata_impl<opt_true, opt_false, opt_true>::parse;
+		case 6: return strconv_pcdata_impl<opt_true, opt_true, opt_false>::parse;
+		case 7: return strconv_pcdata_impl<opt_true, opt_true, opt_true>::parse;
+		default: assert(false); return 0; // should not get here
+		}
+	}
+
+	typedef char_t* (*strconv_attribute_t)(char_t*, char_t);
+	
+	template <typename opt_escape> struct strconv_attribute_impl
+	{
+		static char_t* parse_wnorm(char_t* s, char_t end_quote)
+		{
+			gap g;
+
+			// trim leading whitespaces
+			if (PUGI__IS_CHARTYPE(*s, ct_space))
+			{
+				char_t* str = s;
+				
+				do ++str;
+				while (PUGI__IS_CHARTYPE(*str, ct_space));
+				
+				g.push(s, str - s);
+			}
+
+			while (true)
+			{
+				PUGI__SCANWHILE_UNROLL(!PUGI__IS_CHARTYPE(ss, ct_parse_attr_ws | ct_space));
+				
+				if (*s == end_quote)
+				{
+					char_t* str = g.flush(s);
+					
+					do *str-- = 0;
+					while (PUGI__IS_CHARTYPE(*str, ct_space));
+				
+					return s + 1;
+				}
+				else if (PUGI__IS_CHARTYPE(*s, ct_space))
+				{
+					*s++ = ' ';
+		
+					if (PUGI__IS_CHARTYPE(*s, ct_space))
+					{
+						char_t* str = s + 1;
+						while (PUGI__IS_CHARTYPE(*str, ct_space)) ++str;
+						
+						g.push(s, str - s);
+					}
+				}
+				else if (opt_escape::value && *s == '&')
+				{
+					s = strconv_escape(s, g);
+				}
+				else if (!*s)
+				{
+					return 0;
+				}
+				else ++s;
+			}
+		}
+
+		static char_t* parse_wconv(char_t* s, char_t end_quote)
+		{
+			gap g;
+
+			while (true)
+			{
+				PUGI__SCANWHILE_UNROLL(!PUGI__IS_CHARTYPE(ss, ct_parse_attr_ws));
+				
+				if (*s == end_quote)
+				{
+					*g.flush(s) = 0;
+				
+					return s + 1;
+				}
+				else if (PUGI__IS_CHARTYPE(*s, ct_space))
+				{
+					if (*s == '\r')
+					{
+						*s++ = ' ';
+				
+						if (*s == '\n') g.push(s, 1);
+					}
+					else *s++ = ' ';
+				}
+				else if (opt_escape::value && *s == '&')
+				{
+					s = strconv_escape(s, g);
+				}
+				else if (!*s)
+				{
+					return 0;
+				}
+				else ++s;
+			}
+		}
+
+		static char_t* parse_eol(char_t* s, char_t end_quote)
+		{
+			gap g;
+
+			while (true)
+			{
+				PUGI__SCANWHILE_UNROLL(!PUGI__IS_CHARTYPE(ss, ct_parse_attr));
+				
+				if (*s == end_quote)
+				{
+					*g.flush(s) = 0;
+				
+					return s + 1;
+				}
+				else if (*s == '\r')
+				{
+					*s++ = '\n';
+					
+					if (*s == '\n') g.push(s, 1);
+				}
+				else if (opt_escape::value && *s == '&')
+				{
+					s = strconv_escape(s, g);
+				}
+				else if (!*s)
+				{
+					return 0;
+				}
+				else ++s;
+			}
+		}
+
+		static char_t* parse_simple(char_t* s, char_t end_quote)
+		{
+			gap g;
+
+			while (true)
+			{
+				PUGI__SCANWHILE_UNROLL(!PUGI__IS_CHARTYPE(ss, ct_parse_attr));
+				
+				if (*s == end_quote)
+				{
+					*g.flush(s) = 0;
+				
+					return s + 1;
+				}
+				else if (opt_escape::value && *s == '&')
+				{
+					s = strconv_escape(s, g);
+				}
+				else if (!*s)
+				{
+					return 0;
+				}
+				else ++s;
+			}
+		}
+	};
+
+	PUGI__FN strconv_attribute_t get_strconv_attribute(unsigned int optmask)
+	{
+		PUGI__STATIC_ASSERT(parse_escapes == 0x10 && parse_eol == 0x20 && parse_wconv_attribute == 0x40 && parse_wnorm_attribute == 0x80);
+		
+		switch ((optmask >> 4) & 15) // get bitmask for flags (wconv wnorm eol escapes)
+		{
+		case 0:  return strconv_attribute_impl<opt_false>::parse_simple;
+		case 1:  return strconv_attribute_impl<opt_true>::parse_simple;
+		case 2:  return strconv_attribute_impl<opt_false>::parse_eol;
+		case 3:  return strconv_attribute_impl<opt_true>::parse_eol;
+		case 4:  return strconv_attribute_impl<opt_false>::parse_wconv;
+		case 5:  return strconv_attribute_impl<opt_true>::parse_wconv;
+		case 6:  return strconv_attribute_impl<opt_false>::parse_wconv;
+		case 7:  return strconv_attribute_impl<opt_true>::parse_wconv;
+		case 8:  return strconv_attribute_impl<opt_false>::parse_wnorm;
+		case 9:  return strconv_attribute_impl<opt_true>::parse_wnorm;
+		case 10: return strconv_attribute_impl<opt_false>::parse_wnorm;
+		case 11: return strconv_attribute_impl<opt_true>::parse_wnorm;
+		case 12: return strconv_attribute_impl<opt_false>::parse_wnorm;
+		case 13: return strconv_attribute_impl<opt_true>::parse_wnorm;
+		case 14: return strconv_attribute_impl<opt_false>::parse_wnorm;
+		case 15: return strconv_attribute_impl<opt_true>::parse_wnorm;
+		default: assert(false); return 0; // should not get here
+		}
+	}
+
+	inline xml_parse_result make_parse_result(xml_parse_status status, ptrdiff_t offset = 0)
+	{
+		xml_parse_result result;
+		result.status = status;
+		result.offset = offset;
+
+		return result;
+	}
+
+	struct xml_parser
+	{
+		xml_allocator alloc;
+		xml_allocator* alloc_state;
+		char_t* error_offset;
+		xml_parse_status error_status;
+		
+		xml_parser(xml_allocator* alloc_): alloc(*alloc_), alloc_state(alloc_), error_offset(0), error_status(status_ok)
+		{
+		}
+
+		~xml_parser()
+		{
+			*alloc_state = alloc;
+		}
+
+		// DOCTYPE consists of nested sections of the following possible types:
+		// <!-- ... -->, <? ... ?>, "...", '...'
+		// <![...]]>
+		// <!...>
+		// First group can not contain nested groups
+		// Second group can contain nested groups of the same type
+		// Third group can contain all other groups
+		char_t* parse_doctype_primitive(char_t* s)
+		{
+			if (*s == '"' || *s == '\'')
+			{
+				// quoted string
+				char_t ch = *s++;
+				PUGI__SCANFOR(*s == ch);
+				if (!*s) PUGI__THROW_ERROR(status_bad_doctype, s);
+
+				s++;
+			}
+			else if (s[0] == '<' && s[1] == '?')
+			{
+				// <? ... ?>
+				s += 2;
+				PUGI__SCANFOR(s[0] == '?' && s[1] == '>'); // no need for ENDSWITH because ?> can't terminate proper doctype
+				if (!*s) PUGI__THROW_ERROR(status_bad_doctype, s);
+
+				s += 2;
+			}
+			else if (s[0] == '<' && s[1] == '!' && s[2] == '-' && s[3] == '-')
+			{
+				s += 4;
+				PUGI__SCANFOR(s[0] == '-' && s[1] == '-' && s[2] == '>'); // no need for ENDSWITH because --> can't terminate proper doctype
+				if (!*s) PUGI__THROW_ERROR(status_bad_doctype, s);
+
+				s += 3;
+			}
+			else PUGI__THROW_ERROR(status_bad_doctype, s);
+
+			return s;
+		}
+
+		char_t* parse_doctype_ignore(char_t* s)
+		{
+			size_t depth = 0;
+
+			assert(s[0] == '<' && s[1] == '!' && s[2] == '[');
+			s += 3;
+
+			while (*s)
+			{
+				if (s[0] == '<' && s[1] == '!' && s[2] == '[')
+				{
+					// nested ignore section
+					s += 3;
+					depth++;
+				}
+				else if (s[0] == ']' && s[1] == ']' && s[2] == '>')
+				{
+					// ignore section end
+					s += 3;
+
+					if (depth == 0)
+						return s;
+
+					depth--;
+				}
+				else s++;
+			}
+
+			PUGI__THROW_ERROR(status_bad_doctype, s);
+		}
+
+		char_t* parse_doctype_group(char_t* s, char_t endch)
+		{
+			size_t depth = 0;
+
+			assert((s[0] == '<' || s[0] == 0) && s[1] == '!');
+			s += 2;
+
+			while (*s)
+			{
+				if (s[0] == '<' && s[1] == '!' && s[2] != '-')
+				{
+					if (s[2] == '[')
+					{
+						// ignore
+						s = parse_doctype_ignore(s);
+						if (!s) return s;
+					}
+					else
+					{
+						// some control group
+						s += 2;
+						depth++;
+					}
+				}
+				else if (s[0] == '<' || s[0] == '"' || s[0] == '\'')
+				{
+					// unknown tag (forbidden), or some primitive group
+					s = parse_doctype_primitive(s);
+					if (!s) return s;
+				}
+				else if (*s == '>')
+				{
+					if (depth == 0)
+						return s;
+
+					depth--;
+					s++;
+				}
+				else s++;
+			}
+
+			if (depth != 0 || endch != '>') PUGI__THROW_ERROR(status_bad_doctype, s);
+
+			return s;
+		}
+
+		char_t* parse_exclamation(char_t* s, xml_node_struct* cursor, unsigned int optmsk, char_t endch)
+		{
+			// parse node contents, starting with exclamation mark
+			++s;
+
+			if (*s == '-') // '<!-...'
+			{
+				++s;
+
+				if (*s == '-') // '<!--...'
+				{
+					++s;
+
+					if (PUGI__OPTSET(parse_comments))
+					{
+						PUGI__PUSHNODE(node_comment); // Append a new node on the tree.
+						cursor->value = s; // Save the offset.
+					}
+
+					if (PUGI__OPTSET(parse_eol) && PUGI__OPTSET(parse_comments))
+					{
+						s = strconv_comment(s, endch);
+
+						if (!s) PUGI__THROW_ERROR(status_bad_comment, cursor->value);
+					}
+					else
+					{
+						// Scan for terminating '-->'.
+						PUGI__SCANFOR(s[0] == '-' && s[1] == '-' && PUGI__ENDSWITH(s[2], '>'));
+						PUGI__CHECK_ERROR(status_bad_comment, s);
+
+						if (PUGI__OPTSET(parse_comments))
+							*s = 0; // Zero-terminate this segment at the first terminating '-'.
+
+						s += (s[2] == '>' ? 3 : 2); // Step over the '\0->'.
+					}
+				}
+				else PUGI__THROW_ERROR(status_bad_comment, s);
+			}
+			else if (*s == '[')
+			{
+				// '<![CDATA[...'
+				if (*++s=='C' && *++s=='D' && *++s=='A' && *++s=='T' && *++s=='A' && *++s == '[')
+				{
+					++s;
+
+					if (PUGI__OPTSET(parse_cdata))
+					{
+						PUGI__PUSHNODE(node_cdata); // Append a new node on the tree.
+						cursor->value = s; // Save the offset.
+
+						if (PUGI__OPTSET(parse_eol))
+						{
+							s = strconv_cdata(s, endch);
+
+							if (!s) PUGI__THROW_ERROR(status_bad_cdata, cursor->value);
+						}
+						else
+						{
+							// Scan for terminating ']]>'.
+							PUGI__SCANFOR(s[0] == ']' && s[1] == ']' && PUGI__ENDSWITH(s[2], '>'));
+							PUGI__CHECK_ERROR(status_bad_cdata, s);
+
+							*s++ = 0; // Zero-terminate this segment.
+						}
+					}
+					else // Flagged for discard, but we still have to scan for the terminator.
+					{
+						// Scan for terminating ']]>'.
+						PUGI__SCANFOR(s[0] == ']' && s[1] == ']' && PUGI__ENDSWITH(s[2], '>'));
+						PUGI__CHECK_ERROR(status_bad_cdata, s);
+
+						++s;
+					}
+
+					s += (s[1] == '>' ? 2 : 1); // Step over the last ']>'.
+				}
+				else PUGI__THROW_ERROR(status_bad_cdata, s);
+			}
+			else if (s[0] == 'D' && s[1] == 'O' && s[2] == 'C' && s[3] == 'T' && s[4] == 'Y' && s[5] == 'P' && PUGI__ENDSWITH(s[6], 'E'))
+			{
+				s -= 2;
+
+				if (cursor->parent) PUGI__THROW_ERROR(status_bad_doctype, s);
+
+				char_t* mark = s + 9;
+
+				s = parse_doctype_group(s, endch);
+				if (!s) return s;
+
+				assert((*s == 0 && endch == '>') || *s == '>');
+				if (*s) *s++ = 0;
+
+				if (PUGI__OPTSET(parse_doctype))
+				{
+					while (PUGI__IS_CHARTYPE(*mark, ct_space)) ++mark;
+
+					PUGI__PUSHNODE(node_doctype);
+
+					cursor->value = mark;
+				}
+			}
+			else if (*s == 0 && endch == '-') PUGI__THROW_ERROR(status_bad_comment, s);
+			else if (*s == 0 && endch == '[') PUGI__THROW_ERROR(status_bad_cdata, s);
+			else PUGI__THROW_ERROR(status_unrecognized_tag, s);
+
+			return s;
+		}
+
+		char_t* parse_question(char_t* s, xml_node_struct*& ref_cursor, unsigned int optmsk, char_t endch)
+		{
+			// load into registers
+			xml_node_struct* cursor = ref_cursor;
+			char_t ch = 0;
+
+			// parse node contents, starting with question mark
+			++s;
+
+			// read PI target
+			char_t* target = s;
+
+			if (!PUGI__IS_CHARTYPE(*s, ct_start_symbol)) PUGI__THROW_ERROR(status_bad_pi, s);
+
+			PUGI__SCANWHILE(PUGI__IS_CHARTYPE(*s, ct_symbol));
+			PUGI__CHECK_ERROR(status_bad_pi, s);
+
+			// determine node type; stricmp / strcasecmp is not portable
+			bool declaration = (target[0] | ' ') == 'x' && (target[1] | ' ') == 'm' && (target[2] | ' ') == 'l' && target + 3 == s;
+
+			if (declaration ? PUGI__OPTSET(parse_declaration) : PUGI__OPTSET(parse_pi))
+			{
+				if (declaration)
+				{
+					// disallow non top-level declarations
+					if (cursor->parent) PUGI__THROW_ERROR(status_bad_pi, s);
+
+					PUGI__PUSHNODE(node_declaration);
+				}
+				else
+				{
+					PUGI__PUSHNODE(node_pi);
+				}
+
+				cursor->name = target;
+
+				PUGI__ENDSEG();
+
+				// parse value/attributes
+				if (ch == '?')
+				{
+					// empty node
+					if (!PUGI__ENDSWITH(*s, '>')) PUGI__THROW_ERROR(status_bad_pi, s);
+					s += (*s == '>');
+
+					PUGI__POPNODE();
+				}
+				else if (PUGI__IS_CHARTYPE(ch, ct_space))
+				{
+					PUGI__SKIPWS();
+
+					// scan for tag end
+					char_t* value = s;
+
+					PUGI__SCANFOR(s[0] == '?' && PUGI__ENDSWITH(s[1], '>'));
+					PUGI__CHECK_ERROR(status_bad_pi, s);
+
+					if (declaration)
+					{
+						// replace ending ? with / so that 'element' terminates properly
+						*s = '/';
+
+						// we exit from this function with cursor at node_declaration, which is a signal to parse() to go to LOC_ATTRIBUTES
+						s = value;
+					}
+					else
+					{
+						// store value and step over >
+						cursor->value = value;
+
+						PUGI__POPNODE();
+
+						PUGI__ENDSEG();
+
+						s += (*s == '>');
+					}
+				}
+				else PUGI__THROW_ERROR(status_bad_pi, s);
+			}
+			else
+			{
+				// scan for tag end
+				PUGI__SCANFOR(s[0] == '?' && PUGI__ENDSWITH(s[1], '>'));
+				PUGI__CHECK_ERROR(status_bad_pi, s);
+
+				s += (s[1] == '>' ? 2 : 1);
+			}
+
+			// store from registers
+			ref_cursor = cursor;
+
+			return s;
+		}
+
+		char_t* parse_tree(char_t* s, xml_node_struct* root, unsigned int optmsk, char_t endch)
+		{
+			strconv_attribute_t strconv_attribute = get_strconv_attribute(optmsk);
+			strconv_pcdata_t strconv_pcdata = get_strconv_pcdata(optmsk);
+			
+			char_t ch = 0;
+			xml_node_struct* cursor = root;
+			char_t* mark = s;
+
+			while (*s != 0)
+			{
+				if (*s == '<')
+				{
+					++s;
+
+				LOC_TAG:
+					if (PUGI__IS_CHARTYPE(*s, ct_start_symbol)) // '<#...'
+					{
+						PUGI__PUSHNODE(node_element); // Append a new node to the tree.
+
+						cursor->name = s;
+
+						PUGI__SCANWHILE_UNROLL(PUGI__IS_CHARTYPE(ss, ct_symbol)); // Scan for a terminator.
+						PUGI__ENDSEG(); // Save char in 'ch', terminate & step over.
+
+						if (ch == '>')
+						{
+							// end of tag
+						}
+						else if (PUGI__IS_CHARTYPE(ch, ct_space))
+						{
+						LOC_ATTRIBUTES:
+							while (true)
+							{
+								PUGI__SKIPWS(); // Eat any whitespace.
+						
+								if (PUGI__IS_CHARTYPE(*s, ct_start_symbol)) // <... #...
+								{
+									xml_attribute_struct* a = append_new_attribute(cursor, alloc); // Make space for this attribute.
+									if (!a) PUGI__THROW_ERROR(status_out_of_memory, s);
+
+									a->name = s; // Save the offset.
+
+									PUGI__SCANWHILE_UNROLL(PUGI__IS_CHARTYPE(ss, ct_symbol)); // Scan for a terminator.
+									PUGI__ENDSEG(); // Save char in 'ch', terminate & step over.
+
+									if (PUGI__IS_CHARTYPE(ch, ct_space))
+									{
+										PUGI__SKIPWS(); // Eat any whitespace.
+
+										ch = *s;
+										++s;
+									}
+									
+									if (ch == '=') // '<... #=...'
+									{
+										PUGI__SKIPWS(); // Eat any whitespace.
+
+										if (*s == '"' || *s == '\'') // '<... #="...'
+										{
+											ch = *s; // Save quote char to avoid breaking on "''" -or- '""'.
+											++s; // Step over the quote.
+											a->value = s; // Save the offset.
+
+											s = strconv_attribute(s, ch);
+										
+											if (!s) PUGI__THROW_ERROR(status_bad_attribute, a->value);
+
+											// After this line the loop continues from the start;
+											// Whitespaces, / and > are ok, symbols and EOF are wrong,
+											// everything else will be detected
+											if (PUGI__IS_CHARTYPE(*s, ct_start_symbol)) PUGI__THROW_ERROR(status_bad_attribute, s);
+										}
+										else PUGI__THROW_ERROR(status_bad_attribute, s);
+									}
+									else PUGI__THROW_ERROR(status_bad_attribute, s);
+								}
+								else if (*s == '/')
+								{
+									++s;
+									
+									if (*s == '>')
+									{
+										PUGI__POPNODE();
+										s++;
+										break;
+									}
+									else if (*s == 0 && endch == '>')
+									{
+										PUGI__POPNODE();
+										break;
+									}
+									else PUGI__THROW_ERROR(status_bad_start_element, s);
+								}
+								else if (*s == '>')
+								{
+									++s;
+
+									break;
+								}
+								else if (*s == 0 && endch == '>')
+								{
+									break;
+								}
+								else PUGI__THROW_ERROR(status_bad_start_element, s);
+							}
+
+							// !!!
+						}
+						else if (ch == '/') // '<#.../'
+						{
+							if (!PUGI__ENDSWITH(*s, '>')) PUGI__THROW_ERROR(status_bad_start_element, s);
+
+							PUGI__POPNODE(); // Pop.
+
+							s += (*s == '>');
+						}
+						else if (ch == 0)
+						{
+							// we stepped over null terminator, backtrack & handle closing tag
+							--s;
+							
+							if (endch != '>') PUGI__THROW_ERROR(status_bad_start_element, s);
+						}
+						else PUGI__THROW_ERROR(status_bad_start_element, s);
+					}
+					else if (*s == '/')
+					{
+						++s;
+
+						char_t* name = cursor->name;
+						if (!name) PUGI__THROW_ERROR(status_end_element_mismatch, s);
+						
+						while (PUGI__IS_CHARTYPE(*s, ct_symbol))
+						{
+							if (*s++ != *name++) PUGI__THROW_ERROR(status_end_element_mismatch, s);
+						}
+
+						if (*name)
+						{
+							if (*s == 0 && name[0] == endch && name[1] == 0) PUGI__THROW_ERROR(status_bad_end_element, s);
+							else PUGI__THROW_ERROR(status_end_element_mismatch, s);
+						}
+							
+						PUGI__POPNODE(); // Pop.
+
+						PUGI__SKIPWS();
+
+						if (*s == 0)
+						{
+							if (endch != '>') PUGI__THROW_ERROR(status_bad_end_element, s);
+						}
+						else
+						{
+							if (*s != '>') PUGI__THROW_ERROR(status_bad_end_element, s);
+							++s;
+						}
+					}
+					else if (*s == '?') // '<?...'
+					{
+						s = parse_question(s, cursor, optmsk, endch);
+						if (!s) return s;
+
+						assert(cursor);
+						if (PUGI__NODETYPE(cursor) == node_declaration) goto LOC_ATTRIBUTES;
+					}
+					else if (*s == '!') // '<!...'
+					{
+						s = parse_exclamation(s, cursor, optmsk, endch);
+						if (!s) return s;
+					}
+					else if (*s == 0 && endch == '?') PUGI__THROW_ERROR(status_bad_pi, s);
+					else PUGI__THROW_ERROR(status_unrecognized_tag, s);
+				}
+				else
+				{
+					mark = s; // Save this offset while searching for a terminator.
+
+					PUGI__SKIPWS(); // Eat whitespace if no genuine PCDATA here.
+
+					if (*s == '<' || !*s)
+					{
+						// We skipped some whitespace characters because otherwise we would take the tag branch instead of PCDATA one
+						assert(mark != s);
+
+						if (!PUGI__OPTSET(parse_ws_pcdata | parse_ws_pcdata_single) || PUGI__OPTSET(parse_trim_pcdata))
+						{
+							continue;
+						}
+						else if (PUGI__OPTSET(parse_ws_pcdata_single))
+						{
+							if (s[0] != '<' || s[1] != '/' || cursor->first_child) continue;
+						}
+					}
+
+					if (!PUGI__OPTSET(parse_trim_pcdata))
+						s = mark;
+							
+					if (cursor->parent || PUGI__OPTSET(parse_fragment))
+					{
+						PUGI__PUSHNODE(node_pcdata); // Append a new node on the tree.
+						cursor->value = s; // Save the offset.
+
+						s = strconv_pcdata(s);
+								
+						PUGI__POPNODE(); // Pop since this is a standalone.
+						
+						if (!*s) break;
+					}
+					else
+					{
+						PUGI__SCANFOR(*s == '<'); // '...<'
+						if (!*s) break;
+						
+						++s;
+					}
+
+					// We're after '<'
+					goto LOC_TAG;
+				}
+			}
+
+			// check that last tag is closed
+			if (cursor != root) PUGI__THROW_ERROR(status_end_element_mismatch, s);
+
+			return s;
+		}
+
+	#ifdef PUGIXML_WCHAR_MODE
+		static char_t* parse_skip_bom(char_t* s)
+		{
+			unsigned int bom = 0xfeff;
+			return (s[0] == static_cast<wchar_t>(bom)) ? s + 1 : s;
+		}
+	#else
+		static char_t* parse_skip_bom(char_t* s)
+		{
+			return (s[0] == '\xef' && s[1] == '\xbb' && s[2] == '\xbf') ? s + 3 : s;
+		}
+	#endif
+
+		static bool has_element_node_siblings(xml_node_struct* node)
+		{
+			while (node)
+			{
+				if (PUGI__NODETYPE(node) == node_element) return true;
+
+				node = node->next_sibling;
+			}
+
+			return false;
+		}
+
+		static xml_parse_result parse(char_t* buffer, size_t length, xml_document_struct* xmldoc, xml_node_struct* root, unsigned int optmsk)
+		{
+			// early-out for empty documents
+			if (length == 0)
+				return make_parse_result(PUGI__OPTSET(parse_fragment) ? status_ok : status_no_document_element);
+
+			// get last child of the root before parsing
+			xml_node_struct* last_root_child = root->first_child ? root->first_child->prev_sibling_c + 0 : 0;
+	
+			// create parser on stack
+			xml_parser parser(static_cast<xml_allocator*>(xmldoc));
+
+			// save last character and make buffer zero-terminated (speeds up parsing)
+			char_t endch = buffer[length - 1];
+			buffer[length - 1] = 0;
+			
+			// skip BOM to make sure it does not end up as part of parse output
+			char_t* buffer_data = parse_skip_bom(buffer);
+
+			// perform actual parsing
+			parser.parse_tree(buffer_data, root, optmsk, endch);
+
+			xml_parse_result result = make_parse_result(parser.error_status, parser.error_offset ? parser.error_offset - buffer : 0);
+			assert(result.offset >= 0 && static_cast<size_t>(result.offset) <= length);
+
+			if (result)
+			{
+				// since we removed last character, we have to handle the only possible false positive (stray <)
+				if (endch == '<')
+					return make_parse_result(status_unrecognized_tag, length - 1);
+
+				// check if there are any element nodes parsed
+				xml_node_struct* first_root_child_parsed = last_root_child ? last_root_child->next_sibling + 0 : root->first_child+ 0;
+
+				if (!PUGI__OPTSET(parse_fragment) && !has_element_node_siblings(first_root_child_parsed))
+					return make_parse_result(status_no_document_element, length - 1);
+			}
+			else
+			{
+				// roll back offset if it occurs on a null terminator in the source buffer
+				if (result.offset > 0 && static_cast<size_t>(result.offset) == length - 1 && endch == 0)
+					result.offset--;
+			}
+
+			return result;
+		}
+	};
+
+	// Output facilities
+	PUGI__FN xml_encoding get_write_native_encoding()
+	{
+	#ifdef PUGIXML_WCHAR_MODE
+		return get_wchar_encoding();
+	#else
+		return encoding_utf8;
+	#endif
+	}
+
+	PUGI__FN xml_encoding get_write_encoding(xml_encoding encoding)
+	{
+		// replace wchar encoding with utf implementation
+		if (encoding == encoding_wchar) return get_wchar_encoding();
+
+		// replace utf16 encoding with utf16 with specific endianness
+		if (encoding == encoding_utf16) return is_little_endian() ? encoding_utf16_le : encoding_utf16_be;
+
+		// replace utf32 encoding with utf32 with specific endianness
+		if (encoding == encoding_utf32) return is_little_endian() ? encoding_utf32_le : encoding_utf32_be;
+
+		// only do autodetection if no explicit encoding is requested
+		if (encoding != encoding_auto) return encoding;
+
+		// assume utf8 encoding
+		return encoding_utf8;
+	}
+
+	template <typename D, typename T> PUGI__FN size_t convert_buffer_output_generic(typename T::value_type dest, const char_t* data, size_t length, D, T)
+	{
+		PUGI__STATIC_ASSERT(sizeof(char_t) == sizeof(typename D::type));
+
+		typename T::value_type end = D::process(reinterpret_cast<const typename D::type*>(data), length, dest, T());
+
+		return static_cast<size_t>(end - dest) * sizeof(*dest);
+	}
+
+	template <typename D, typename T> PUGI__FN size_t convert_buffer_output_generic(typename T::value_type dest, const char_t* data, size_t length, D, T, bool opt_swap)
+	{
+		PUGI__STATIC_ASSERT(sizeof(char_t) == sizeof(typename D::type));
+
+		typename T::value_type end = D::process(reinterpret_cast<const typename D::type*>(data), length, dest, T());
+
+		if (opt_swap)
+		{
+			for (typename T::value_type i = dest; i != end; ++i)
+				*i = endian_swap(*i);
+		}
+
+		return static_cast<size_t>(end - dest) * sizeof(*dest);
+	}
+
+#ifdef PUGIXML_WCHAR_MODE
+	PUGI__FN size_t get_valid_length(const char_t* data, size_t length)
+	{
+		if (length < 1) return 0;
+
+		// discard last character if it's the lead of a surrogate pair 
+		return (sizeof(wchar_t) == 2 && static_cast<unsigned int>(static_cast<uint16_t>(data[length - 1]) - 0xD800) < 0x400) ? length - 1 : length;
+	}
+
+	PUGI__FN size_t convert_buffer_output(char_t* r_char, uint8_t* r_u8, uint16_t* r_u16, uint32_t* r_u32, const char_t* data, size_t length, xml_encoding encoding)
+	{
+		// only endian-swapping is required
+		if (need_endian_swap_utf(encoding, get_wchar_encoding()))
+		{
+			convert_wchar_endian_swap(r_char, data, length);
+
+			return length * sizeof(char_t);
+		}
+	
+		// convert to utf8
+		if (encoding == encoding_utf8)
+			return convert_buffer_output_generic(r_u8, data, length, wchar_decoder(), utf8_writer());
+
+		// convert to utf16
+		if (encoding == encoding_utf16_be || encoding == encoding_utf16_le)
+		{
+			xml_encoding native_encoding = is_little_endian() ? encoding_utf16_le : encoding_utf16_be;
+
+			return convert_buffer_output_generic(r_u16, data, length, wchar_decoder(), utf16_writer(), native_encoding != encoding);
+		}
+
+		// convert to utf32
+		if (encoding == encoding_utf32_be || encoding == encoding_utf32_le)
+		{
+			xml_encoding native_encoding = is_little_endian() ? encoding_utf32_le : encoding_utf32_be;
+
+			return convert_buffer_output_generic(r_u32, data, length, wchar_decoder(), utf32_writer(), native_encoding != encoding);
+		}
+
+		// convert to latin1
+		if (encoding == encoding_latin1)
+			return convert_buffer_output_generic(r_u8, data, length, wchar_decoder(), latin1_writer());
+
+		assert(!"Invalid encoding");
+		return 0;
+	}
+#else
+	PUGI__FN size_t get_valid_length(const char_t* data, size_t length)
+	{
+		if (length < 5) return 0;
+
+		for (size_t i = 1; i <= 4; ++i)
+		{
+			uint8_t ch = static_cast<uint8_t>(data[length - i]);
+
+			// either a standalone character or a leading one
+			if ((ch & 0xc0) != 0x80) return length - i;
+		}
+
+		// there are four non-leading characters at the end, sequence tail is broken so might as well process the whole chunk
+		return length;
+	}
+
+	PUGI__FN size_t convert_buffer_output(char_t* /* r_char */, uint8_t* r_u8, uint16_t* r_u16, uint32_t* r_u32, const char_t* data, size_t length, xml_encoding encoding)
+	{
+		if (encoding == encoding_utf16_be || encoding == encoding_utf16_le)
+		{
+			xml_encoding native_encoding = is_little_endian() ? encoding_utf16_le : encoding_utf16_be;
+
+			return convert_buffer_output_generic(r_u16, data, length, utf8_decoder(), utf16_writer(), native_encoding != encoding);
+		}
+
+		if (encoding == encoding_utf32_be || encoding == encoding_utf32_le)
+		{
+			xml_encoding native_encoding = is_little_endian() ? encoding_utf32_le : encoding_utf32_be;
+
+			return convert_buffer_output_generic(r_u32, data, length, utf8_decoder(), utf32_writer(), native_encoding != encoding);
+		}
+
+		if (encoding == encoding_latin1)
+			return convert_buffer_output_generic(r_u8, data, length, utf8_decoder(), latin1_writer());
+
+		assert(!"Invalid encoding");
+		return 0;
+	}
+#endif
+
+	class xml_buffered_writer
+	{
+		xml_buffered_writer(const xml_buffered_writer&);
+		xml_buffered_writer& operator=(const xml_buffered_writer&);
+
+	public:
+		xml_buffered_writer(xml_writer& writer_, xml_encoding user_encoding): writer(writer_), bufsize(0), encoding(get_write_encoding(user_encoding))
+		{
+			PUGI__STATIC_ASSERT(bufcapacity >= 8);
+		}
+
+		size_t flush()
+		{
+			flush(buffer, bufsize);
+			bufsize = 0;
+			return 0;
+		}
+
+		void flush(const char_t* data, size_t size)
+		{
+			if (size == 0) return;
+
+			// fast path, just write data
+			if (encoding == get_write_native_encoding())
+				writer.write(data, size * sizeof(char_t));
+			else
+			{
+				// convert chunk
+				size_t result = convert_buffer_output(scratch.data_char, scratch.data_u8, scratch.data_u16, scratch.data_u32, data, size, encoding);
+				assert(result <= sizeof(scratch));
+
+				// write data
+				writer.write(scratch.data_u8, result);
+			}
+		}
+
+		void write_direct(const char_t* data, size_t length)
+		{
+			// flush the remaining buffer contents
+			flush();
+
+			// handle large chunks
+			if (length > bufcapacity)
+			{
+				if (encoding == get_write_native_encoding())
+				{
+					// fast path, can just write data chunk
+					writer.write(data, length * sizeof(char_t));
+					return;
+				}
+
+				// need to convert in suitable chunks
+				while (length > bufcapacity)
+				{
+					// get chunk size by selecting such number of characters that are guaranteed to fit into scratch buffer
+					// and form a complete codepoint sequence (i.e. discard start of last codepoint if necessary)
+					size_t chunk_size = get_valid_length(data, bufcapacity);
+					assert(chunk_size);
+
+					// convert chunk and write
+					flush(data, chunk_size);
+
+					// iterate
+					data += chunk_size;
+					length -= chunk_size;
+				}
+
+				// small tail is copied below
+				bufsize = 0;
+			}
+
+			memcpy(buffer + bufsize, data, length * sizeof(char_t));
+			bufsize += length;
+		}
+
+		void write_buffer(const char_t* data, size_t length)
+		{
+			size_t offset = bufsize;
+
+			if (offset + length <= bufcapacity)
+			{
+				memcpy(buffer + offset, data, length * sizeof(char_t));
+				bufsize = offset + length;
+			}
+			else
+			{
+				write_direct(data, length);
+			}
+		}
+
+		void write_string(const char_t* data)
+		{
+			// write the part of the string that fits in the buffer
+			size_t offset = bufsize;
+
+			while (*data && offset < bufcapacity)
+				buffer[offset++] = *data++;
+
+			// write the rest
+			if (offset < bufcapacity)
+			{
+				bufsize = offset;
+			}
+			else
+			{
+				// backtrack a bit if we have split the codepoint
+				size_t length = offset - bufsize;
+				size_t extra = length - get_valid_length(data - length, length);
+
+				bufsize = offset - extra;
+
+				write_direct(data - extra, strlength(data) + extra);
+			}
+		}
+
+		void write(char_t d0)
+		{
+			size_t offset = bufsize;
+			if (offset > bufcapacity - 1) offset = flush();
+
+			buffer[offset + 0] = d0;
+			bufsize = offset + 1;
+		}
+
+		void write(char_t d0, char_t d1)
+		{
+			size_t offset = bufsize;
+			if (offset > bufcapacity - 2) offset = flush();
+
+			buffer[offset + 0] = d0;
+			buffer[offset + 1] = d1;
+			bufsize = offset + 2;
+		}
+
+		void write(char_t d0, char_t d1, char_t d2)
+		{
+			size_t offset = bufsize;
+			if (offset > bufcapacity - 3) offset = flush();
+
+			buffer[offset + 0] = d0;
+			buffer[offset + 1] = d1;
+			buffer[offset + 2] = d2;
+			bufsize = offset + 3;
+		}
+
+		void write(char_t d0, char_t d1, char_t d2, char_t d3)
+		{
+			size_t offset = bufsize;
+			if (offset > bufcapacity - 4) offset = flush();
+
+			buffer[offset + 0] = d0;
+			buffer[offset + 1] = d1;
+			buffer[offset + 2] = d2;
+			buffer[offset + 3] = d3;
+			bufsize = offset + 4;
+		}
+
+		void write(char_t d0, char_t d1, char_t d2, char_t d3, char_t d4)
+		{
+			size_t offset = bufsize;
+			if (offset > bufcapacity - 5) offset = flush();
+
+			buffer[offset + 0] = d0;
+			buffer[offset + 1] = d1;
+			buffer[offset + 2] = d2;
+			buffer[offset + 3] = d3;
+			buffer[offset + 4] = d4;
+			bufsize = offset + 5;
+		}
+
+		void write(char_t d0, char_t d1, char_t d2, char_t d3, char_t d4, char_t d5)
+		{
+			size_t offset = bufsize;
+			if (offset > bufcapacity - 6) offset = flush();
+
+			buffer[offset + 0] = d0;
+			buffer[offset + 1] = d1;
+			buffer[offset + 2] = d2;
+			buffer[offset + 3] = d3;
+			buffer[offset + 4] = d4;
+			buffer[offset + 5] = d5;
+			bufsize = offset + 6;
+		}
+
+		// utf8 maximum expansion: x4 (-> utf32)
+		// utf16 maximum expansion: x2 (-> utf32)
+		// utf32 maximum expansion: x1
+		enum
+		{
+			bufcapacitybytes =
+			#ifdef PUGIXML_MEMORY_OUTPUT_STACK
+				PUGIXML_MEMORY_OUTPUT_STACK
+			#else
+				10240
+			#endif
+			,
+			bufcapacity = bufcapacitybytes / (sizeof(char_t) + 4)
+		};
+
+		char_t buffer[bufcapacity];
+
+		union
+		{
+			uint8_t data_u8[4 * bufcapacity];
+			uint16_t data_u16[2 * bufcapacity];
+			uint32_t data_u32[bufcapacity];
+			char_t data_char[bufcapacity];
+		} scratch;
+
+		xml_writer& writer;
+		size_t bufsize;
+		xml_encoding encoding;
+	};
+
+	PUGI__FN void text_output_escaped(xml_buffered_writer& writer, const char_t* s, chartypex_t type)
+	{
+		while (*s)
+		{
+			const char_t* prev = s;
+			
+			// While *s is a usual symbol
+			PUGI__SCANWHILE_UNROLL(!PUGI__IS_CHARTYPEX(ss, type));
+		
+			writer.write_buffer(prev, static_cast<size_t>(s - prev));
+
+			switch (*s)
+			{
+				case 0: break;
+				case '&':
+					writer.write('&', 'a', 'm', 'p', ';');
+					++s;
+					break;
+				case '<':
+					writer.write('&', 'l', 't', ';');
+					++s;
+					break;
+				case '>':
+					writer.write('&', 'g', 't', ';');
+					++s;
+					break;
+				case '"':
+					writer.write('&', 'q', 'u', 'o', 't', ';');
+					++s;
+					break;
+				default: // s is not a usual symbol
+				{
+					unsigned int ch = static_cast<unsigned int>(*s++);
+					assert(ch < 32);
+
+					writer.write('&', '#', static_cast<char_t>((ch / 10) + '0'), static_cast<char_t>((ch % 10) + '0'), ';');
+				}
+			}
+		}
+	}
+
+	PUGI__FN void text_output(xml_buffered_writer& writer, const char_t* s, chartypex_t type, unsigned int flags)
+	{
+		if (flags & format_no_escapes)
+			writer.write_string(s);
+		else
+			text_output_escaped(writer, s, type);
+	}
+
+	PUGI__FN void text_output_cdata(xml_buffered_writer& writer, const char_t* s)
+	{
+		do
+		{
+			writer.write('<', '!', '[', 'C', 'D');
+			writer.write('A', 'T', 'A', '[');
+
+			const char_t* prev = s;
+
+			// look for ]]> sequence - we can't output it as is since it terminates CDATA
+			while (*s && !(s[0] == ']' && s[1] == ']' && s[2] == '>')) ++s;
+
+			// skip ]] if we stopped at ]]>, > will go to the next CDATA section
+			if (*s) s += 2;
+
+			writer.write_buffer(prev, static_cast<size_t>(s - prev));
+
+			writer.write(']', ']', '>');
+		}
+		while (*s);
+	}
+
+	PUGI__FN void text_output_indent(xml_buffered_writer& writer, const char_t* indent, size_t indent_length, unsigned int depth)
+	{
+		switch (indent_length)
+		{
+		case 1:
+		{
+			for (unsigned int i = 0; i < depth; ++i)
+				writer.write(indent[0]);
+			break;
+		}
+
+		case 2:
+		{
+			for (unsigned int i = 0; i < depth; ++i)
+				writer.write(indent[0], indent[1]);
+			break;
+		}
+
+		case 3:
+		{
+			for (unsigned int i = 0; i < depth; ++i)
+				writer.write(indent[0], indent[1], indent[2]);
+			break;
+		}
+
+		case 4:
+		{
+			for (unsigned int i = 0; i < depth; ++i)
+				writer.write(indent[0], indent[1], indent[2], indent[3]);
+			break;
+		}
+
+		default:
+		{
+			for (unsigned int i = 0; i < depth; ++i)
+				writer.write_buffer(indent, indent_length);
+		}
+		}
+	}
+
+	PUGI__FN void node_output_comment(xml_buffered_writer& writer, const char_t* s)
+	{
+		writer.write('<', '!', '-', '-');
+
+		while (*s)
+		{
+			const char_t* prev = s;
+
+			// look for -\0 or -- sequence - we can't output it since -- is illegal in comment body
+			while (*s && !(s[0] == '-' && (s[1] == '-' || s[1] == 0))) ++s;
+
+			writer.write_buffer(prev, static_cast<size_t>(s - prev));
+
+			if (*s)
+			{
+				assert(*s == '-');
+
+				writer.write('-', ' ');
+				++s;
+			}
+		}
+
+		writer.write('-', '-', '>');
+	}
+
+	PUGI__FN void node_output_pi_value(xml_buffered_writer& writer, const char_t* s)
+	{
+		while (*s)
+		{
+			const char_t* prev = s;
+
+			// look for ?> sequence - we can't output it since ?> terminates PI
+			while (*s && !(s[0] == '?' && s[1] == '>')) ++s;
+
+			writer.write_buffer(prev, static_cast<size_t>(s - prev));
+
+			if (*s)
+			{
+				assert(s[0] == '?' && s[1] == '>');
+
+				writer.write('?', ' ', '>');
+				s += 2;
+			}
+		}
+	}
+
+	PUGI__FN void node_output_attributes(xml_buffered_writer& writer, xml_node_struct* node, const char_t* indent, size_t indent_length, unsigned int flags, unsigned int depth)
+	{
+		const char_t* default_name = PUGIXML_TEXT(":anonymous");
+
+		for (xml_attribute_struct* a = node->first_attribute; a; a = a->next_attribute)
+		{
+			if ((flags & (format_indent_attributes | format_raw)) == format_indent_attributes)
+			{
+				writer.write('\n');
+
+				text_output_indent(writer, indent, indent_length, depth + 1);
+			}
+			else
+			{
+				writer.write(' ');
+			}
+
+			writer.write_string(a->name ? a->name + 0 : default_name);
+			writer.write('=', '"');
+
+			if (a->value)
+				text_output(writer, a->value, ctx_special_attr, flags);
+
+			writer.write('"');
+		}
+	}
+
+	PUGI__FN bool node_output_start(xml_buffered_writer& writer, xml_node_struct* node, const char_t* indent, size_t indent_length, unsigned int flags, unsigned int depth)
+	{
+		const char_t* default_name = PUGIXML_TEXT(":anonymous");
+		const char_t* name = node->name ? node->name + 0 : default_name;
+
+		writer.write('<');
+		writer.write_string(name);
+
+		if (node->first_attribute)
+			node_output_attributes(writer, node, indent, indent_length, flags, depth);
+
+		if (!node->first_child)
+		{
+			writer.write(' ', '/', '>');
+
+			return false;
+		}
+		else
+		{
+			writer.write('>');
+
+			return true;
+		}
+	}
+
+	PUGI__FN void node_output_end(xml_buffered_writer& writer, xml_node_struct* node)
+	{
+		const char_t* default_name = PUGIXML_TEXT(":anonymous");
+		const char_t* name = node->name ? node->name + 0 : default_name;
+
+		writer.write('<', '/');
+		writer.write_string(name);
+		writer.write('>');
+	}
+
+	PUGI__FN void node_output_simple(xml_buffered_writer& writer, xml_node_struct* node, unsigned int flags)
+	{
+		const char_t* default_name = PUGIXML_TEXT(":anonymous");
+
+		switch (PUGI__NODETYPE(node))
+		{
+			case node_pcdata:
+				text_output(writer, node->value ? node->value + 0 : PUGIXML_TEXT(""), ctx_special_pcdata, flags);
+				break;
+
+			case node_cdata:
+				text_output_cdata(writer, node->value ? node->value + 0 : PUGIXML_TEXT(""));
+				break;
+
+			case node_comment:
+				node_output_comment(writer, node->value ? node->value + 0 : PUGIXML_TEXT(""));
+				break;
+
+			case node_pi:
+				writer.write('<', '?');
+				writer.write_string(node->name ? node->name + 0 : default_name);
+
+				if (node->value)
+				{
+					writer.write(' ');
+					node_output_pi_value(writer, node->value);
+				}
+
+				writer.write('?', '>');
+				break;
+
+			case node_declaration:
+				writer.write('<', '?');
+				writer.write_string(node->name ? node->name + 0 : default_name);
+				node_output_attributes(writer, node, PUGIXML_TEXT(""), 0, flags | format_raw, 0);
+				writer.write('?', '>');
+				break;
+
+			case node_doctype:
+				writer.write('<', '!', 'D', 'O', 'C');
+				writer.write('T', 'Y', 'P', 'E');
+
+				if (node->value)
+				{
+					writer.write(' ');
+					writer.write_string(node->value);
+				}
+
+				writer.write('>');
+				break;
+
+			default:
+				assert(!"Invalid node type");
+		}
+	}
+
+	enum indent_flags_t
+	{
+		indent_newline = 1,
+		indent_indent = 2
+	};
+
+	PUGI__FN void node_output(xml_buffered_writer& writer, xml_node_struct* root, const char_t* indent, unsigned int flags, unsigned int depth)
+	{
+		size_t indent_length = ((flags & (format_indent | format_indent_attributes)) && (flags & format_raw) == 0) ? strlength(indent) : 0;
+		unsigned int indent_flags = indent_indent;
+
+		xml_node_struct* node = root;
+
+		do
+		{
+			assert(node);
+
+			// begin writing current node
+			if (PUGI__NODETYPE(node) == node_pcdata || PUGI__NODETYPE(node) == node_cdata)
+			{
+				node_output_simple(writer, node, flags);
+
+				indent_flags = 0;
+			}
+			else
+			{
+				if ((indent_flags & indent_newline) && (flags & format_raw) == 0)
+					writer.write('\n');
+
+				if ((indent_flags & indent_indent) && indent_length)
+					text_output_indent(writer, indent, indent_length, depth);
+
+				if (PUGI__NODETYPE(node) == node_element)
+				{
+					indent_flags = indent_newline | indent_indent;
+
+					if (node_output_start(writer, node, indent, indent_length, flags, depth))
+					{
+						node = node->first_child;
+						depth++;
+						continue;
+					}
+				}
+				else if (PUGI__NODETYPE(node) == node_document)
+				{
+					indent_flags = indent_indent;
+
+					if (node->first_child)
+					{
+						node = node->first_child;
+						continue;
+					}
+				}
+				else
+				{
+					node_output_simple(writer, node, flags);
+
+					indent_flags = indent_newline | indent_indent;
+				}
+			}
+
+			// continue to the next node
+			while (node != root)
+			{
+				if (node->next_sibling)
+				{
+					node = node->next_sibling;
+					break;
+				}
+
+				node = node->parent;
+
+				// write closing node
+				if (PUGI__NODETYPE(node) == node_element)
+				{
+					depth--;
+
+					if ((indent_flags & indent_newline) && (flags & format_raw) == 0)
+						writer.write('\n');
+
+					if ((indent_flags & indent_indent) && indent_length)
+						text_output_indent(writer, indent, indent_length, depth);
+
+					node_output_end(writer, node);
+
+					indent_flags = indent_newline | indent_indent;
+				}
+			}
+		}
+		while (node != root);
+
+		if ((indent_flags & indent_newline) && (flags & format_raw) == 0)
+			writer.write('\n');
+	}
+
+	PUGI__FN bool has_declaration(xml_node_struct* node)
+	{
+		for (xml_node_struct* child = node->first_child; child; child = child->next_sibling)
+		{
+			xml_node_type type = PUGI__NODETYPE(child);
+
+			if (type == node_declaration) return true;
+			if (type == node_element) return false;
+		}
+
+		return false;
+	}
+
+	PUGI__FN bool is_attribute_of(xml_attribute_struct* attr, xml_node_struct* node)
+	{
+		for (xml_attribute_struct* a = node->first_attribute; a; a = a->next_attribute)
+			if (a == attr)
+				return true;
+
+		return false;
+	}
+
+	PUGI__FN bool allow_insert_attribute(xml_node_type parent)
+	{
+		return parent == node_element || parent == node_declaration;
+	}
+
+	PUGI__FN bool allow_insert_child(xml_node_type parent, xml_node_type child)
+	{
+		if (parent != node_document && parent != node_element) return false;
+		if (child == node_document || child == node_null) return false;
+		if (parent != node_document && (child == node_declaration || child == node_doctype)) return false;
+
+		return true;
+	}
+
+	PUGI__FN bool allow_move(xml_node parent, xml_node child)
+	{
+		// check that child can be a child of parent
+		if (!allow_insert_child(parent.type(), child.type()))
+			return false;
+
+		// check that node is not moved between documents
+		if (parent.root() != child.root())
+			return false;
+
+		// check that new parent is not in the child subtree
+		xml_node cur = parent;
+
+		while (cur)
+		{
+			if (cur == child)
+				return false;
+
+			cur = cur.parent();
+		}
+
+		return true;
+	}
+
+	template <typename String, typename Header>
+	PUGI__FN void node_copy_string(String& dest, Header& header, uintptr_t header_mask, char_t* source, Header& source_header, xml_allocator* alloc)
+	{
+		assert(!dest && (header & header_mask) == 0);
+
+		if (source)
+		{
+			if (alloc && (source_header & header_mask) == 0)
+			{
+				dest = source;
+
+				// since strcpy_insitu can reuse document buffer memory we need to mark both source and dest as shared
+				header |= xml_memory_page_contents_shared_mask;
+				source_header |= xml_memory_page_contents_shared_mask;
+			}
+			else
+				strcpy_insitu(dest, header, header_mask, source, strlength(source));
+		}
+	}
+
+	PUGI__FN void node_copy_contents(xml_node_struct* dn, xml_node_struct* sn, xml_allocator* shared_alloc)
+	{
+		node_copy_string(dn->name, dn->header, xml_memory_page_name_allocated_mask, sn->name, sn->header, shared_alloc);
+		node_copy_string(dn->value, dn->header, xml_memory_page_value_allocated_mask, sn->value, sn->header, shared_alloc);
+
+		for (xml_attribute_struct* sa = sn->first_attribute; sa; sa = sa->next_attribute)
+		{
+			xml_attribute_struct* da = append_new_attribute(dn, get_allocator(dn));
+
+			if (da)
+			{
+				node_copy_string(da->name, da->header, xml_memory_page_name_allocated_mask, sa->name, sa->header, shared_alloc);
+				node_copy_string(da->value, da->header, xml_memory_page_value_allocated_mask, sa->value, sa->header, shared_alloc);
+			}
+		}
+	}
+
+	PUGI__FN void node_copy_tree(xml_node_struct* dn, xml_node_struct* sn)
+	{
+		xml_allocator& alloc = get_allocator(dn);
+		xml_allocator* shared_alloc = (&alloc == &get_allocator(sn)) ? &alloc : 0;
+
+		node_copy_contents(dn, sn, shared_alloc);
+
+		xml_node_struct* dit = dn;
+		xml_node_struct* sit = sn->first_child;
+
+		while (sit && sit != sn)
+		{
+			if (sit != dn)
+			{
+				xml_node_struct* copy = append_new_node(dit, alloc, PUGI__NODETYPE(sit));
+
+				if (copy)
+				{
+					node_copy_contents(copy, sit, shared_alloc);
+
+					if (sit->first_child)
+					{
+						dit = copy;
+						sit = sit->first_child;
+						continue;
+					}
+				}
+			}
+
+			// continue to the next node
+			do
+			{
+				if (sit->next_sibling)
+				{
+					sit = sit->next_sibling;
+					break;
+				}
+
+				sit = sit->parent;
+				dit = dit->parent;
+			}
+			while (sit != sn);
+		}
+	}
+
+	PUGI__FN void node_copy_attribute(xml_attribute_struct* da, xml_attribute_struct* sa)
+	{
+		xml_allocator& alloc = get_allocator(da);
+		xml_allocator* shared_alloc = (&alloc == &get_allocator(sa)) ? &alloc : 0;
+
+		node_copy_string(da->name, da->header, xml_memory_page_name_allocated_mask, sa->name, sa->header, shared_alloc);
+		node_copy_string(da->value, da->header, xml_memory_page_value_allocated_mask, sa->value, sa->header, shared_alloc);
+	}
+
+	inline bool is_text_node(xml_node_struct* node)
+	{
+		xml_node_type type = PUGI__NODETYPE(node);
+
+		return type == node_pcdata || type == node_cdata;
+	}
+
+	// get value with conversion functions
+	template <typename U> U string_to_integer(const char_t* value, U minneg, U maxpos)
+	{
+		U result = 0;
+		const char_t* s = value;
+
+		while (PUGI__IS_CHARTYPE(*s, ct_space))
+			s++;
+
+		bool negative = (*s == '-');
+
+		s += (*s == '+' || *s == '-');
+
+		bool overflow = false;
+
+		if (s[0] == '0' && (s[1] | ' ') == 'x')
+		{
+			s += 2;
+
+			// since overflow detection relies on length of the sequence skip leading zeros
+			while (*s == '0')
+				s++;
+
+			const char_t* start = s;
+
+			for (;;)
+			{
+				if (static_cast<unsigned>(*s - '0') < 10)
+					result = result * 16 + (*s - '0');
+				else if (static_cast<unsigned>((*s | ' ') - 'a') < 6)
+					result = result * 16 + ((*s | ' ') - 'a' + 10);
+				else
+					break;
+
+				s++;
+			}
+
+			size_t digits = static_cast<size_t>(s - start);
+
+			overflow = digits > sizeof(U) * 2;
+		}
+		else
+		{
+			// since overflow detection relies on length of the sequence skip leading zeros
+			while (*s == '0')
+				s++;
+
+			const char_t* start = s;
+
+			for (;;)
+			{
+				if (static_cast<unsigned>(*s - '0') < 10)
+					result = result * 10 + (*s - '0');
+				else
+					break;
+
+				s++;
+			}
+
+			size_t digits = static_cast<size_t>(s - start);
+
+			PUGI__STATIC_ASSERT(sizeof(U) == 8 || sizeof(U) == 4 || sizeof(U) == 2);
+
+			const size_t max_digits10 = sizeof(U) == 8 ? 20 : sizeof(U) == 4 ? 10 : 5;
+			const char_t max_lead = sizeof(U) == 8 ? '1' : sizeof(U) == 4 ? '4' : '6';
+			const size_t high_bit = sizeof(U) * 8 - 1;
+
+			overflow = digits >= max_digits10 && !(digits == max_digits10 && (*start < max_lead || (*start == max_lead && result >> high_bit)));
+		}
+
+		if (negative)
+			return (overflow || result > minneg) ? 0 - minneg : 0 - result;
+		else
+			return (overflow || result > maxpos) ? maxpos : result;
+	}
+
+	PUGI__FN int get_value_int(const char_t* value)
+	{
+		return string_to_integer<unsigned int>(value, 0 - static_cast<unsigned int>(INT_MIN), INT_MAX);
+	}
+
+	PUGI__FN unsigned int get_value_uint(const char_t* value)
+	{
+		return string_to_integer<unsigned int>(value, 0, UINT_MAX);
+	}
+
+	PUGI__FN double get_value_double(const char_t* value)
+	{
+	#ifdef PUGIXML_WCHAR_MODE
+		return wcstod(value, 0);
+	#else
+		return strtod(value, 0);
+	#endif
+	}
+
+	PUGI__FN float get_value_float(const char_t* value)
+	{
+	#ifdef PUGIXML_WCHAR_MODE
+		return static_cast<float>(wcstod(value, 0));
+	#else
+		return static_cast<float>(strtod(value, 0));
+	#endif
+	}
+
+	PUGI__FN bool get_value_bool(const char_t* value)
+	{
+		// only look at first char
+		char_t first = *value;
+
+		// 1*, t* (true), T* (True), y* (yes), Y* (YES)
+		return (first == '1' || first == 't' || first == 'T' || first == 'y' || first == 'Y');
+	}
+
+#ifdef PUGIXML_HAS_LONG_LONG
+	PUGI__FN long long get_value_llong(const char_t* value)
+	{
+		return string_to_integer<unsigned long long>(value, 0 - static_cast<unsigned long long>(LLONG_MIN), LLONG_MAX);
+	}
+
+	PUGI__FN unsigned long long get_value_ullong(const char_t* value)
+	{
+		return string_to_integer<unsigned long long>(value, 0, ULLONG_MAX);
+	}
+#endif
+
+	template <typename U>
+	PUGI__FN char_t* integer_to_string(char_t* begin, char_t* end, U value, bool negative)
+	{
+		char_t* result = end - 1;
+		U rest = negative ? 0 - value : value;
+
+		do
+		{
+			*result-- = static_cast<char_t>('0' + (rest % 10));
+			rest /= 10;
+		}
+		while (rest);
+
+		assert(result >= begin);
+		(void)begin;
+
+		*result = '-';
+
+		return result + !negative;
+	}
+
+	// set value with conversion functions
+	template <typename String, typename Header>
+	PUGI__FN bool set_value_ascii(String& dest, Header& header, uintptr_t header_mask, char* buf)
+	{
+	#ifdef PUGIXML_WCHAR_MODE
+		char_t wbuf[128];
+		assert(strlen(buf) < sizeof(wbuf) / sizeof(wbuf[0]));
+
+		size_t offset = 0;
+		for (; buf[offset]; ++offset) wbuf[offset] = buf[offset];
+
+		return strcpy_insitu(dest, header, header_mask, wbuf, offset);
+	#else
+		return strcpy_insitu(dest, header, header_mask, buf, strlen(buf));
+	#endif
+	}
+
+	template <typename String, typename Header>
+	PUGI__FN bool set_value_convert(String& dest, Header& header, uintptr_t header_mask, int value)
+	{
+		char_t buf[64];
+		char_t* end = buf + sizeof(buf) / sizeof(buf[0]);
+		char_t* begin = integer_to_string<unsigned int>(buf, end, value, value < 0);
+
+		return strcpy_insitu(dest, header, header_mask, begin, end - begin);
+	}
+
+	template <typename String, typename Header>
+	PUGI__FN bool set_value_convert(String& dest, Header& header, uintptr_t header_mask, unsigned int value)
+	{
+		char_t buf[64];
+		char_t* end = buf + sizeof(buf) / sizeof(buf[0]);
+		char_t* begin = integer_to_string<unsigned int>(buf, end, value, false);
+
+		return strcpy_insitu(dest, header, header_mask, begin, end - begin);
+	}
+
+	template <typename String, typename Header>
+	PUGI__FN bool set_value_convert(String& dest, Header& header, uintptr_t header_mask, float value)
+	{
+		char buf[128];
+		sprintf(buf, "%.9g", value);
+
+		return set_value_ascii(dest, header, header_mask, buf);
+	}
+
+	template <typename String, typename Header>
+	PUGI__FN bool set_value_convert(String& dest, Header& header, uintptr_t header_mask, double value)
+	{
+		char buf[128];
+		sprintf(buf, "%.17g", value);
+
+		return set_value_ascii(dest, header, header_mask, buf);
+	}
+	
+	template <typename String, typename Header>
+	PUGI__FN bool set_value_convert(String& dest, Header& header, uintptr_t header_mask, bool value)
+	{
+		return strcpy_insitu(dest, header, header_mask, value ? PUGIXML_TEXT("true") : PUGIXML_TEXT("false"), value ? 4 : 5);
+	}
+
+#ifdef PUGIXML_HAS_LONG_LONG
+	template <typename String, typename Header>
+	PUGI__FN bool set_value_convert(String& dest, Header& header, uintptr_t header_mask, long long value)
+	{
+		char_t buf[64];
+		char_t* end = buf + sizeof(buf) / sizeof(buf[0]);
+		char_t* begin = integer_to_string<unsigned long long>(buf, end, value, value < 0);
+
+		return strcpy_insitu(dest, header, header_mask, begin, end - begin);
+	}
+
+	template <typename String, typename Header>
+	PUGI__FN bool set_value_convert(String& dest, Header& header, uintptr_t header_mask, unsigned long long value)
+	{
+		char_t buf[64];
+		char_t* end = buf + sizeof(buf) / sizeof(buf[0]);
+		char_t* begin = integer_to_string<unsigned long long>(buf, end, value, false);
+
+		return strcpy_insitu(dest, header, header_mask, begin, end - begin);
+	}
+#endif
+
+	PUGI__FN xml_parse_result load_buffer_impl(xml_document_struct* doc, xml_node_struct* root, void* contents, size_t size, unsigned int options, xml_encoding encoding, bool is_mutable, bool own, char_t** out_buffer)
+	{
+		// check input buffer
+		if (!contents && size) return make_parse_result(status_io_error);
+
+		// get actual encoding
+		xml_encoding buffer_encoding = impl::get_buffer_encoding(encoding, contents, size);
+
+		// get private buffer
+		char_t* buffer = 0;
+		size_t length = 0;
+
+		if (!impl::convert_buffer(buffer, length, buffer_encoding, contents, size, is_mutable)) return impl::make_parse_result(status_out_of_memory);
+
+		// delete original buffer if we performed a conversion
+		if (own && buffer != contents && contents) impl::xml_memory::deallocate(contents);
+
+		// grab onto buffer if it's our buffer, user is responsible for deallocating contents himself
+		if (own || buffer != contents) *out_buffer = buffer;
+
+		// store buffer for offset_debug
+		doc->buffer = buffer;
+
+		// parse
+		xml_parse_result res = impl::xml_parser::parse(buffer, length, doc, root, options);
+
+		// remember encoding
+		res.encoding = buffer_encoding;
+
+		return res;
+	}
+
+	// we need to get length of entire file to load it in memory; the only (relatively) sane way to do it is via seek/tell trick
+	PUGI__FN xml_parse_status get_file_size(FILE* file, size_t& out_result)
+	{
+	#if defined(PUGI__MSVC_CRT_VERSION) && PUGI__MSVC_CRT_VERSION >= 1400 && !defined(_WIN32_WCE)
+		// there are 64-bit versions of fseek/ftell, let's use them
+		typedef __int64 length_type;
+
+		_fseeki64(file, 0, SEEK_END);
+		length_type length = _ftelli64(file);
+		_fseeki64(file, 0, SEEK_SET);
+	#elif defined(__MINGW32__) && !defined(__NO_MINGW_LFS) && (!defined(__STRICT_ANSI__) || defined(__MINGW64_VERSION_MAJOR))
+		// there are 64-bit versions of fseek/ftell, let's use them
+		typedef off64_t length_type;
+
+		fseeko64(file, 0, SEEK_END);
+		length_type length = ftello64(file);
+		fseeko64(file, 0, SEEK_SET);
+	#else
+		// if this is a 32-bit OS, long is enough; if this is a unix system, long is 64-bit, which is enough; otherwise we can't do anything anyway.
+		typedef long length_type;
+
+		fseek(file, 0, SEEK_END);
+		length_type length = ftell(file);
+		fseek(file, 0, SEEK_SET);
+	#endif
+
+		// check for I/O errors
+		if (length < 0) return status_io_error;
+		
+		// check for overflow
+		size_t result = static_cast<size_t>(length);
+
+		if (static_cast<length_type>(result) != length) return status_out_of_memory;
+
+		// finalize
+		out_result = result;
+
+		return status_ok;
+	}
+
+	// This function assumes that buffer has extra sizeof(char_t) writable bytes after size
+	PUGI__FN size_t zero_terminate_buffer(void* buffer, size_t size, xml_encoding encoding) 
+	{
+		// We only need to zero-terminate if encoding conversion does not do it for us
+	#ifdef PUGIXML_WCHAR_MODE
+		xml_encoding wchar_encoding = get_wchar_encoding();
+
+		if (encoding == wchar_encoding || need_endian_swap_utf(encoding, wchar_encoding))
+		{
+			size_t length = size / sizeof(char_t);
+
+			static_cast<char_t*>(buffer)[length] = 0;
+			return (length + 1) * sizeof(char_t);
+		}
+	#else
+		if (encoding == encoding_utf8)
+		{
+			static_cast<char*>(buffer)[size] = 0;
+			return size + 1;
+		}
+	#endif
+
+		return size;
+	}
+
+	PUGI__FN xml_parse_result load_file_impl(xml_document_struct* doc, FILE* file, unsigned int options, xml_encoding encoding, char_t** out_buffer)
+	{
+		if (!file) return make_parse_result(status_file_not_found);
+
+		// get file size (can result in I/O errors)
+		size_t size = 0;
+		xml_parse_status size_status = get_file_size(file, size);
+		if (size_status != status_ok) return make_parse_result(size_status);
+		
+		size_t max_suffix_size = sizeof(char_t);
+
+		// allocate buffer for the whole file
+		char* contents = static_cast<char*>(xml_memory::allocate(size + max_suffix_size));
+		if (!contents) return make_parse_result(status_out_of_memory);
+
+		// read file in memory
+		size_t read_size = fread(contents, 1, size, file);
+
+		if (read_size != size)
+		{
+			xml_memory::deallocate(contents);
+			return make_parse_result(status_io_error);
+		}
+
+		xml_encoding real_encoding = get_buffer_encoding(encoding, contents, size);
+
+		return load_buffer_impl(doc, doc, contents, zero_terminate_buffer(contents, size, real_encoding), options, real_encoding, true, true, out_buffer);
+	}
+
+#ifndef PUGIXML_NO_STL
+	template <typename T> struct xml_stream_chunk
+	{
+		static xml_stream_chunk* create()
+		{
+			void* memory = xml_memory::allocate(sizeof(xml_stream_chunk));
+			if (!memory) return 0;
+			
+			return new (memory) xml_stream_chunk();
+		}
+
+		static void destroy(xml_stream_chunk* chunk)
+		{
+			// free chunk chain
+			while (chunk)
+			{
+				xml_stream_chunk* next_ = chunk->next;
+
+				xml_memory::deallocate(chunk);
+
+				chunk = next_;
+			}
+		}
+
+		xml_stream_chunk(): next(0), size(0)
+		{
+		}
+
+		xml_stream_chunk* next;
+		size_t size;
+
+		T data[xml_memory_page_size / sizeof(T)];
+	};
+
+	template <typename T> PUGI__FN xml_parse_status load_stream_data_noseek(std::basic_istream<T>& stream, void** out_buffer, size_t* out_size)
+	{
+		auto_deleter<xml_stream_chunk<T> > chunks(0, xml_stream_chunk<T>::destroy);
+
+		// read file to a chunk list
+		size_t total = 0;
+		xml_stream_chunk<T>* last = 0;
+
+		while (!stream.eof())
+		{
+			// allocate new chunk
+			xml_stream_chunk<T>* chunk = xml_stream_chunk<T>::create();
+			if (!chunk) return status_out_of_memory;
+
+			// append chunk to list
+			if (last) last = last->next = chunk;
+			else chunks.data = last = chunk;
+
+			// read data to chunk
+			stream.read(chunk->data, static_cast<std::streamsize>(sizeof(chunk->data) / sizeof(T)));
+			chunk->size = static_cast<size_t>(stream.gcount()) * sizeof(T);
+
+			// read may set failbit | eofbit in case gcount() is less than read length, so check for other I/O errors
+			if (stream.bad() || (!stream.eof() && stream.fail())) return status_io_error;
+
+			// guard against huge files (chunk size is small enough to make this overflow check work)
+			if (total + chunk->size < total) return status_out_of_memory;
+			total += chunk->size;
+		}
+
+		size_t max_suffix_size = sizeof(char_t);
+
+		// copy chunk list to a contiguous buffer
+		char* buffer = static_cast<char*>(xml_memory::allocate(total + max_suffix_size));
+		if (!buffer) return status_out_of_memory;
+
+		char* write = buffer;
+
+		for (xml_stream_chunk<T>* chunk = chunks.data; chunk; chunk = chunk->next)
+		{
+			assert(write + chunk->size <= buffer + total);
+			memcpy(write, chunk->data, chunk->size);
+			write += chunk->size;
+		}
+
+		assert(write == buffer + total);
+
+		// return buffer
+		*out_buffer = buffer;
+		*out_size = total;
+
+		return status_ok;
+	}
+
+	template <typename T> PUGI__FN xml_parse_status load_stream_data_seek(std::basic_istream<T>& stream, void** out_buffer, size_t* out_size)
+	{
+		// get length of remaining data in stream
+		typename std::basic_istream<T>::pos_type pos = stream.tellg();
+		stream.seekg(0, std::ios::end);
+		std::streamoff length = stream.tellg() - pos;
+		stream.seekg(pos);
+
+		if (stream.fail() || pos < 0) return status_io_error;
+
+		// guard against huge files
+		size_t read_length = static_cast<size_t>(length);
+
+		if (static_cast<std::streamsize>(read_length) != length || length < 0) return status_out_of_memory;
+
+		size_t max_suffix_size = sizeof(char_t);
+
+		// read stream data into memory (guard against stream exceptions with buffer holder)
+		auto_deleter<void> buffer(xml_memory::allocate(read_length * sizeof(T) + max_suffix_size), xml_memory::deallocate);
+		if (!buffer.data) return status_out_of_memory;
+
+		stream.read(static_cast<T*>(buffer.data), static_cast<std::streamsize>(read_length));
+
+		// read may set failbit | eofbit in case gcount() is less than read_length (i.e. line ending conversion), so check for other I/O errors
+		if (stream.bad() || (!stream.eof() && stream.fail())) return status_io_error;
+
+		// return buffer
+		size_t actual_length = static_cast<size_t>(stream.gcount());
+		assert(actual_length <= read_length);
+		
+		*out_buffer = buffer.release();
+		*out_size = actual_length * sizeof(T);
+
+		return status_ok;
+	}
+
+	template <typename T> PUGI__FN xml_parse_result load_stream_impl(xml_document_struct* doc, std::basic_istream<T>& stream, unsigned int options, xml_encoding encoding, char_t** out_buffer)
+	{
+		void* buffer = 0;
+		size_t size = 0;
+		xml_parse_status status = status_ok;
+
+		// if stream has an error bit set, bail out (otherwise tellg() can fail and we'll clear error bits)
+		if (stream.fail()) return make_parse_result(status_io_error);
+
+		// load stream to memory (using seek-based implementation if possible, since it's faster and takes less memory)
+		if (stream.tellg() < 0)
+		{
+			stream.clear(); // clear error flags that could be set by a failing tellg
+			status = load_stream_data_noseek(stream, &buffer, &size);
+		}
+		else
+			status = load_stream_data_seek(stream, &buffer, &size);
+
+		if (status != status_ok) return make_parse_result(status);
+
+		xml_encoding real_encoding = get_buffer_encoding(encoding, buffer, size);
+		
+		return load_buffer_impl(doc, doc, buffer, zero_terminate_buffer(buffer, size, real_encoding), options, real_encoding, true, true, out_buffer);
+	}
+#endif
+
+#if defined(PUGI__MSVC_CRT_VERSION) || defined(__BORLANDC__) || (defined(__MINGW32__) && (!defined(__STRICT_ANSI__) || defined(__MINGW64_VERSION_MAJOR)))
+	PUGI__FN FILE* open_file_wide(const wchar_t* path, const wchar_t* mode)
+	{
+		return _wfopen(path, mode);
+	}
+#else
+	PUGI__FN char* convert_path_heap(const wchar_t* str)
+	{
+		assert(str);
+
+		// first pass: get length in utf8 characters
+		size_t length = strlength_wide(str);
+		size_t size = as_utf8_begin(str, length);
+
+		// allocate resulting string
+		char* result = static_cast<char*>(xml_memory::allocate(size + 1));
+		if (!result) return 0;
+
+		// second pass: convert to utf8
+		as_utf8_end(result, size, str, length);
+
+		// zero-terminate
+		result[size] = 0;
+
+		return result;
+	}
+
+	PUGI__FN FILE* open_file_wide(const wchar_t* path, const wchar_t* mode)
+	{
+		// there is no standard function to open wide paths, so our best bet is to try utf8 path
+		char* path_utf8 = convert_path_heap(path);
+		if (!path_utf8) return 0;
+
+		// convert mode to ASCII (we mirror _wfopen interface)
+		char mode_ascii[4] = {0};
+		for (size_t i = 0; mode[i]; ++i) mode_ascii[i] = static_cast<char>(mode[i]);
+
+		// try to open the utf8 path
+		FILE* result = fopen(path_utf8, mode_ascii);
+
+		// free dummy buffer
+		xml_memory::deallocate(path_utf8);
+
+		return result;
+	}
+#endif
+
+	PUGI__FN bool save_file_impl(const xml_document& doc, FILE* file, const char_t* indent, unsigned int flags, xml_encoding encoding)
+	{
+		if (!file) return false;
+
+		xml_writer_file writer(file);
+		doc.save(writer, indent, flags, encoding);
+
+		return ferror(file) == 0;
+	}
+
+	struct name_null_sentry
+	{
+		xml_node_struct* node;
+		char_t* name;
+
+		name_null_sentry(xml_node_struct* node_): node(node_), name(node_->name)
+		{
+			node->name = 0;
+		}
+
+		~name_null_sentry()
+		{
+			node->name = name;
+		}
+	};
+PUGI__NS_END
+
+namespace pugi
+{
+	PUGI__FN xml_writer_file::xml_writer_file(void* file_): file(file_)
+	{
+	}
+
+	PUGI__FN void xml_writer_file::write(const void* data, size_t size)
+	{
+		size_t result = fwrite(data, 1, size, static_cast<FILE*>(file));
+		(void)!result; // unfortunately we can't do proper error handling here
+	}
+
+#ifndef PUGIXML_NO_STL
+	PUGI__FN xml_writer_stream::xml_writer_stream(std::basic_ostream<char, std::char_traits<char> >& stream): narrow_stream(&stream), wide_stream(0)
+	{
+	}
+
+	PUGI__FN xml_writer_stream::xml_writer_stream(std::basic_ostream<wchar_t, std::char_traits<wchar_t> >& stream): narrow_stream(0), wide_stream(&stream)
+	{
+	}
+
+	PUGI__FN void xml_writer_stream::write(const void* data, size_t size)
+	{
+		if (narrow_stream)
+		{
+			assert(!wide_stream);
+			narrow_stream->write(reinterpret_cast<const char*>(data), static_cast<std::streamsize>(size));
+		}
+		else
+		{
+			assert(wide_stream);
+			assert(size % sizeof(wchar_t) == 0);
+
+			wide_stream->write(reinterpret_cast<const wchar_t*>(data), static_cast<std::streamsize>(size / sizeof(wchar_t)));
+		}
+	}
+#endif
+
+	PUGI__FN xml_tree_walker::xml_tree_walker(): _depth(0)
+	{
+	}
+	
+	PUGI__FN xml_tree_walker::~xml_tree_walker()
+	{
+	}
+
+	PUGI__FN int xml_tree_walker::depth() const
+	{
+		return _depth;
+	}
+
+	PUGI__FN bool xml_tree_walker::begin(xml_node&)
+	{
+		return true;
+	}
+
+	PUGI__FN bool xml_tree_walker::end(xml_node&)
+	{
+		return true;
+	}
+
+	PUGI__FN xml_attribute::xml_attribute(): _attr(0)
+	{
+	}
+
+	PUGI__FN xml_attribute::xml_attribute(xml_attribute_struct* attr): _attr(attr)
+	{
+	}
+
+	PUGI__FN static void unspecified_bool_xml_attribute(xml_attribute***)
+	{
+	}
+
+	PUGI__FN xml_attribute::operator xml_attribute::unspecified_bool_type() const
+	{
+		return _attr ? unspecified_bool_xml_attribute : 0;
+	}
+
+	PUGI__FN bool xml_attribute::operator!() const
+	{
+		return !_attr;
+	}
+
+	PUGI__FN bool xml_attribute::operator==(const xml_attribute& r) const
+	{
+		return (_attr == r._attr);
+	}
+	
+	PUGI__FN bool xml_attribute::operator!=(const xml_attribute& r) const
+	{
+		return (_attr != r._attr);
+	}
+
+	PUGI__FN bool xml_attribute::operator<(const xml_attribute& r) const
+	{
+		return (_attr < r._attr);
+	}
+	
+	PUGI__FN bool xml_attribute::operator>(const xml_attribute& r) const
+	{
+		return (_attr > r._attr);
+	}
+	
+	PUGI__FN bool xml_attribute::operator<=(const xml_attribute& r) const
+	{
+		return (_attr <= r._attr);
+	}
+	
+	PUGI__FN bool xml_attribute::operator>=(const xml_attribute& r) const
+	{
+		return (_attr >= r._attr);
+	}
+
+	PUGI__FN xml_attribute xml_attribute::next_attribute() const
+	{
+		return _attr ? xml_attribute(_attr->next_attribute) : xml_attribute();
+	}
+
+	PUGI__FN xml_attribute xml_attribute::previous_attribute() const
+	{
+		return _attr && _attr->prev_attribute_c->next_attribute ? xml_attribute(_attr->prev_attribute_c) : xml_attribute();
+	}
+
+	PUGI__FN const char_t* xml_attribute::as_string(const char_t* def) const
+	{
+		return (_attr && _attr->value) ? _attr->value + 0 : def;
+	}
+
+	PUGI__FN int xml_attribute::as_int(int def) const
+	{
+		return (_attr && _attr->value) ? impl::get_value_int(_attr->value) : def;
+	}
+
+	PUGI__FN unsigned int xml_attribute::as_uint(unsigned int def) const
+	{
+		return (_attr && _attr->value) ? impl::get_value_uint(_attr->value) : def;
+	}
+
+	PUGI__FN double xml_attribute::as_double(double def) const
+	{
+		return (_attr && _attr->value) ? impl::get_value_double(_attr->value) : def;
+	}
+
+	PUGI__FN float xml_attribute::as_float(float def) const
+	{
+		return (_attr && _attr->value) ? impl::get_value_float(_attr->value) : def;
+	}
+
+	PUGI__FN bool xml_attribute::as_bool(bool def) const
+	{
+		return (_attr && _attr->value) ? impl::get_value_bool(_attr->value) : def;
+	}
+
+#ifdef PUGIXML_HAS_LONG_LONG
+	PUGI__FN long long xml_attribute::as_llong(long long def) const
+	{
+		return (_attr && _attr->value) ? impl::get_value_llong(_attr->value) : def;
+	}
+
+	PUGI__FN unsigned long long xml_attribute::as_ullong(unsigned long long def) const
+	{
+		return (_attr && _attr->value) ? impl::get_value_ullong(_attr->value) : def;
+	}
+#endif
+
+	PUGI__FN bool xml_attribute::empty() const
+	{
+		return !_attr;
+	}
+
+	PUGI__FN const char_t* xml_attribute::name() const
+	{
+		return (_attr && _attr->name) ? _attr->name + 0 : PUGIXML_TEXT("");
+	}
+
+	PUGI__FN const char_t* xml_attribute::value() const
+	{
+		return (_attr && _attr->value) ? _attr->value + 0 : PUGIXML_TEXT("");
+	}
+
+	PUGI__FN size_t xml_attribute::hash_value() const
+	{
+		return static_cast<size_t>(reinterpret_cast<uintptr_t>(_attr) / sizeof(xml_attribute_struct));
+	}
+
+	PUGI__FN xml_attribute_struct* xml_attribute::internal_object() const
+	{
+		return _attr;
+	}
+
+	PUGI__FN xml_attribute& xml_attribute::operator=(const char_t* rhs)
+	{
+		set_value(rhs);
+		return *this;
+	}
+	
+	PUGI__FN xml_attribute& xml_attribute::operator=(int rhs)
+	{
+		set_value(rhs);
+		return *this;
+	}
+
+	PUGI__FN xml_attribute& xml_attribute::operator=(unsigned int rhs)
+	{
+		set_value(rhs);
+		return *this;
+	}
+
+	PUGI__FN xml_attribute& xml_attribute::operator=(double rhs)
+	{
+		set_value(rhs);
+		return *this;
+	}
+	
+	PUGI__FN xml_attribute& xml_attribute::operator=(float rhs)
+	{
+		set_value(rhs);
+		return *this;
+	}
+
+	PUGI__FN xml_attribute& xml_attribute::operator=(bool rhs)
+	{
+		set_value(rhs);
+		return *this;
+	}
+
+#ifdef PUGIXML_HAS_LONG_LONG
+	PUGI__FN xml_attribute& xml_attribute::operator=(long long rhs)
+	{
+		set_value(rhs);
+		return *this;
+	}
+
+	PUGI__FN xml_attribute& xml_attribute::operator=(unsigned long long rhs)
+	{
+		set_value(rhs);
+		return *this;
+	}
+#endif
+
+	PUGI__FN bool xml_attribute::set_name(const char_t* rhs)
+	{
+		if (!_attr) return false;
+		
+		return impl::strcpy_insitu(_attr->name, _attr->header, impl::xml_memory_page_name_allocated_mask, rhs, impl::strlength(rhs));
+	}
+		
+	PUGI__FN bool xml_attribute::set_value(const char_t* rhs)
+	{
+		if (!_attr) return false;
+
+		return impl::strcpy_insitu(_attr->value, _attr->header, impl::xml_memory_page_value_allocated_mask, rhs, impl::strlength(rhs));
+	}
+
+	PUGI__FN bool xml_attribute::set_value(int rhs)
+	{
+		if (!_attr) return false;
+
+		return impl::set_value_convert(_attr->value, _attr->header, impl::xml_memory_page_value_allocated_mask, rhs);
+	}
+
+	PUGI__FN bool xml_attribute::set_value(unsigned int rhs)
+	{
+		if (!_attr) return false;
+
+		return impl::set_value_convert(_attr->value, _attr->header, impl::xml_memory_page_value_allocated_mask, rhs);
+	}
+
+	PUGI__FN bool xml_attribute::set_value(double rhs)
+	{
+		if (!_attr) return false;
+
+		return impl::set_value_convert(_attr->value, _attr->header, impl::xml_memory_page_value_allocated_mask, rhs);
+	}
+	
+	PUGI__FN bool xml_attribute::set_value(float rhs)
+	{
+		if (!_attr) return false;
+
+		return impl::set_value_convert(_attr->value, _attr->header, impl::xml_memory_page_value_allocated_mask, rhs);
+	}
+
+	PUGI__FN bool xml_attribute::set_value(bool rhs)
+	{
+		if (!_attr) return false;
+
+		return impl::set_value_convert(_attr->value, _attr->header, impl::xml_memory_page_value_allocated_mask, rhs);
+	}
+
+#ifdef PUGIXML_HAS_LONG_LONG
+	PUGI__FN bool xml_attribute::set_value(long long rhs)
+	{
+		if (!_attr) return false;
+
+		return impl::set_value_convert(_attr->value, _attr->header, impl::xml_memory_page_value_allocated_mask, rhs);
+	}
+
+	PUGI__FN bool xml_attribute::set_value(unsigned long long rhs)
+	{
+		if (!_attr) return false;
+
+		return impl::set_value_convert(_attr->value, _attr->header, impl::xml_memory_page_value_allocated_mask, rhs);
+	}
+#endif
+
+#ifdef __BORLANDC__
+	PUGI__FN bool operator&&(const xml_attribute& lhs, bool rhs)
+	{
+		return (bool)lhs && rhs;
+	}
+
+	PUGI__FN bool operator||(const xml_attribute& lhs, bool rhs)
+	{
+		return (bool)lhs || rhs;
+	}
+#endif
+
+	PUGI__FN xml_node::xml_node(): _root(0)
+	{
+	}
+
+	PUGI__FN xml_node::xml_node(xml_node_struct* p): _root(p)
+	{
+	}
+	
+	PUGI__FN static void unspecified_bool_xml_node(xml_node***)
+	{
+	}
+
+	PUGI__FN xml_node::operator xml_node::unspecified_bool_type() const
+	{
+		return _root ? unspecified_bool_xml_node : 0;
+	}
+
+	PUGI__FN bool xml_node::operator!() const
+	{
+		return !_root;
+	}
+
+	PUGI__FN xml_node::iterator xml_node::begin() const
+	{
+		return iterator(_root ? _root->first_child + 0 : 0, _root);
+	}
+
+	PUGI__FN xml_node::iterator xml_node::end() const
+	{
+		return iterator(0, _root);
+	}
+	
+	PUGI__FN xml_node::attribute_iterator xml_node::attributes_begin() const
+	{
+		return attribute_iterator(_root ? _root->first_attribute + 0 : 0, _root);
+	}
+
+	PUGI__FN xml_node::attribute_iterator xml_node::attributes_end() const
+	{
+		return attribute_iterator(0, _root);
+	}
+	
+	PUGI__FN xml_object_range<xml_node_iterator> xml_node::children() const
+	{
+		return xml_object_range<xml_node_iterator>(begin(), end());
+	}
+
+	PUGI__FN xml_object_range<xml_named_node_iterator> xml_node::children(const char_t* name_) const
+	{
+		return xml_object_range<xml_named_node_iterator>(xml_named_node_iterator(child(name_)._root, _root, name_), xml_named_node_iterator(0, _root, name_));
+	}
+
+	PUGI__FN xml_object_range<xml_attribute_iterator> xml_node::attributes() const
+	{
+		return xml_object_range<xml_attribute_iterator>(attributes_begin(), attributes_end());
+	}
+
+	PUGI__FN bool xml_node::operator==(const xml_node& r) const
+	{
+		return (_root == r._root);
+	}
+
+	PUGI__FN bool xml_node::operator!=(const xml_node& r) const
+	{
+		return (_root != r._root);
+	}
+
+	PUGI__FN bool xml_node::operator<(const xml_node& r) const
+	{
+		return (_root < r._root);
+	}
+	
+	PUGI__FN bool xml_node::operator>(const xml_node& r) const
+	{
+		return (_root > r._root);
+	}
+	
+	PUGI__FN bool xml_node::operator<=(const xml_node& r) const
+	{
+		return (_root <= r._root);
+	}
+	
+	PUGI__FN bool xml_node::operator>=(const xml_node& r) const
+	{
+		return (_root >= r._root);
+	}
+
+	PUGI__FN bool xml_node::empty() const
+	{
+		return !_root;
+	}
+	
+	PUGI__FN const char_t* xml_node::name() const
+	{
+		return (_root && _root->name) ? _root->name + 0 : PUGIXML_TEXT("");
+	}
+
+	PUGI__FN xml_node_type xml_node::type() const
+	{
+		return _root ? PUGI__NODETYPE(_root) : node_null;
+	}
+	
+	PUGI__FN const char_t* xml_node::value() const
+	{
+		return (_root && _root->value) ? _root->value + 0 : PUGIXML_TEXT("");
+	}
+	
+	PUGI__FN xml_node xml_node::child(const char_t* name_) const
+	{
+		if (!_root) return xml_node();
+
+		for (xml_node_struct* i = _root->first_child; i; i = i->next_sibling)
+			if (i->name && impl::strequal(name_, i->name)) return xml_node(i);
+
+		return xml_node();
+	}
+
+	PUGI__FN xml_attribute xml_node::attribute(const char_t* name_) const
+	{
+		if (!_root) return xml_attribute();
+
+		for (xml_attribute_struct* i = _root->first_attribute; i; i = i->next_attribute)
+			if (i->name && impl::strequal(name_, i->name))
+				return xml_attribute(i);
+		
+		return xml_attribute();
+	}
+	
+	PUGI__FN xml_node xml_node::next_sibling(const char_t* name_) const
+	{
+		if (!_root) return xml_node();
+		
+		for (xml_node_struct* i = _root->next_sibling; i; i = i->next_sibling)
+			if (i->name && impl::strequal(name_, i->name)) return xml_node(i);
+
+		return xml_node();
+	}
+
+	PUGI__FN xml_node xml_node::next_sibling() const
+	{
+		return _root ? xml_node(_root->next_sibling) : xml_node();
+	}
+
+	PUGI__FN xml_node xml_node::previous_sibling(const char_t* name_) const
+	{
+		if (!_root) return xml_node();
+		
+		for (xml_node_struct* i = _root->prev_sibling_c; i->next_sibling; i = i->prev_sibling_c)
+			if (i->name && impl::strequal(name_, i->name)) return xml_node(i);
+
+		return xml_node();
+	}
+
+	PUGI__FN xml_attribute xml_node::attribute(const char_t* name_, xml_attribute& hint_) const
+	{
+		xml_attribute_struct* hint = hint_._attr;
+
+		// if hint is not an attribute of node, behavior is not defined
+		assert(!hint || (_root && impl::is_attribute_of(hint, _root)));
+
+		if (!_root) return xml_attribute();
+
+		// optimistically search from hint up until the end
+		for (xml_attribute_struct* i = hint; i; i = i->next_attribute)
+			if (i->name && impl::strequal(name_, i->name))
+			{
+				// update hint to maximize efficiency of searching for consecutive attributes
+				hint_._attr = i->next_attribute;
+
+				return xml_attribute(i);
+			}
+
+		// wrap around and search from the first attribute until the hint
+		// 'j' null pointer check is technically redundant, but it prevents a crash in case the assertion above fails
+		for (xml_attribute_struct* j = _root->first_attribute; j && j != hint; j = j->next_attribute)
+			if (j->name && impl::strequal(name_, j->name))
+			{
+				// update hint to maximize efficiency of searching for consecutive attributes
+				hint_._attr = j->next_attribute;
+
+				return xml_attribute(j);
+			}
+
+		return xml_attribute();
+	}
+
+	PUGI__FN xml_node xml_node::previous_sibling() const
+	{
+		if (!_root) return xml_node();
+		
+		if (_root->prev_sibling_c->next_sibling) return xml_node(_root->prev_sibling_c);
+		else return xml_node();
+	}
+
+	PUGI__FN xml_node xml_node::parent() const
+	{
+		return _root ? xml_node(_root->parent) : xml_node();
+	}
+
+	PUGI__FN xml_node xml_node::root() const
+	{
+		return _root ? xml_node(&impl::get_document(_root)) : xml_node();
+	}
+
+	PUGI__FN xml_text xml_node::text() const
+	{
+		return xml_text(_root);
+	}
+
+	PUGI__FN const char_t* xml_node::child_value() const
+	{
+		if (!_root) return PUGIXML_TEXT("");
+		
+		for (xml_node_struct* i = _root->first_child; i; i = i->next_sibling)
+			if (impl::is_text_node(i) && i->value)
+				return i->value;
+
+		return PUGIXML_TEXT("");
+	}
+
+	PUGI__FN const char_t* xml_node::child_value(const char_t* name_) const
+	{
+		return child(name_).child_value();
+	}
+
+	PUGI__FN xml_attribute xml_node::first_attribute() const
+	{
+		return _root ? xml_attribute(_root->first_attribute) : xml_attribute();
+	}
+
+	PUGI__FN xml_attribute xml_node::last_attribute() const
+	{
+		return _root && _root->first_attribute ? xml_attribute(_root->first_attribute->prev_attribute_c) : xml_attribute();
+	}
+
+	PUGI__FN xml_node xml_node::first_child() const
+	{
+		return _root ? xml_node(_root->first_child) : xml_node();
+	}
+
+	PUGI__FN xml_node xml_node::last_child() const
+	{
+		return _root && _root->first_child ? xml_node(_root->first_child->prev_sibling_c) : xml_node();
+	}
+
+	PUGI__FN bool xml_node::set_name(const char_t* rhs)
+	{
+		xml_node_type type_ = _root ? PUGI__NODETYPE(_root) : node_null;
+
+		if (type_ != node_element && type_ != node_pi && type_ != node_declaration)
+			return false;
+
+		return impl::strcpy_insitu(_root->name, _root->header, impl::xml_memory_page_name_allocated_mask, rhs, impl::strlength(rhs));
+	}
+		
+	PUGI__FN bool xml_node::set_value(const char_t* rhs)
+	{
+		xml_node_type type_ = _root ? PUGI__NODETYPE(_root) : node_null;
+
+		if (type_ != node_pcdata && type_ != node_cdata && type_ != node_comment && type_ != node_pi && type_ != node_doctype)
+			return false;
+
+		return impl::strcpy_insitu(_root->value, _root->header, impl::xml_memory_page_value_allocated_mask, rhs, impl::strlength(rhs));
+	}
+
+	PUGI__FN xml_attribute xml_node::append_attribute(const char_t* name_)
+	{
+		if (!impl::allow_insert_attribute(type())) return xml_attribute();
+		
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return xml_attribute();
+
+		xml_attribute a(impl::allocate_attribute(alloc));
+		if (!a) return xml_attribute();
+
+		impl::append_attribute(a._attr, _root);
+
+		a.set_name(name_);
+		
+		return a;
+	}
+
+	PUGI__FN xml_attribute xml_node::prepend_attribute(const char_t* name_)
+	{
+		if (!impl::allow_insert_attribute(type())) return xml_attribute();
+		
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return xml_attribute();
+
+		xml_attribute a(impl::allocate_attribute(alloc));
+		if (!a) return xml_attribute();
+
+		impl::prepend_attribute(a._attr, _root);
+
+		a.set_name(name_);
+
+		return a;
+	}
+
+	PUGI__FN xml_attribute xml_node::insert_attribute_after(const char_t* name_, const xml_attribute& attr)
+	{
+		if (!impl::allow_insert_attribute(type())) return xml_attribute();
+		if (!attr || !impl::is_attribute_of(attr._attr, _root)) return xml_attribute();
+		
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return xml_attribute();
+
+		xml_attribute a(impl::allocate_attribute(alloc));
+		if (!a) return xml_attribute();
+
+		impl::insert_attribute_after(a._attr, attr._attr, _root);
+
+		a.set_name(name_);
+
+		return a;
+	}
+
+	PUGI__FN xml_attribute xml_node::insert_attribute_before(const char_t* name_, const xml_attribute& attr)
+	{
+		if (!impl::allow_insert_attribute(type())) return xml_attribute();
+		if (!attr || !impl::is_attribute_of(attr._attr, _root)) return xml_attribute();
+		
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return xml_attribute();
+
+		xml_attribute a(impl::allocate_attribute(alloc));
+		if (!a) return xml_attribute();
+
+		impl::insert_attribute_before(a._attr, attr._attr, _root);
+
+		a.set_name(name_);
+
+		return a;
+	}
+
+	PUGI__FN xml_attribute xml_node::append_copy(const xml_attribute& proto)
+	{
+		if (!proto) return xml_attribute();
+		if (!impl::allow_insert_attribute(type())) return xml_attribute();
+
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return xml_attribute();
+
+		xml_attribute a(impl::allocate_attribute(alloc));
+		if (!a) return xml_attribute();
+
+		impl::append_attribute(a._attr, _root);
+		impl::node_copy_attribute(a._attr, proto._attr);
+
+		return a;
+	}
+
+	PUGI__FN xml_attribute xml_node::prepend_copy(const xml_attribute& proto)
+	{
+		if (!proto) return xml_attribute();
+		if (!impl::allow_insert_attribute(type())) return xml_attribute();
+
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return xml_attribute();
+
+		xml_attribute a(impl::allocate_attribute(alloc));
+		if (!a) return xml_attribute();
+
+		impl::prepend_attribute(a._attr, _root);
+		impl::node_copy_attribute(a._attr, proto._attr);
+
+		return a;
+	}
+
+	PUGI__FN xml_attribute xml_node::insert_copy_after(const xml_attribute& proto, const xml_attribute& attr)
+	{
+		if (!proto) return xml_attribute();
+		if (!impl::allow_insert_attribute(type())) return xml_attribute();
+		if (!attr || !impl::is_attribute_of(attr._attr, _root)) return xml_attribute();
+
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return xml_attribute();
+
+		xml_attribute a(impl::allocate_attribute(alloc));
+		if (!a) return xml_attribute();
+
+		impl::insert_attribute_after(a._attr, attr._attr, _root);
+		impl::node_copy_attribute(a._attr, proto._attr);
+
+		return a;
+	}
+
+	PUGI__FN xml_attribute xml_node::insert_copy_before(const xml_attribute& proto, const xml_attribute& attr)
+	{
+		if (!proto) return xml_attribute();
+		if (!impl::allow_insert_attribute(type())) return xml_attribute();
+		if (!attr || !impl::is_attribute_of(attr._attr, _root)) return xml_attribute();
+
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return xml_attribute();
+
+		xml_attribute a(impl::allocate_attribute(alloc));
+		if (!a) return xml_attribute();
+
+		impl::insert_attribute_before(a._attr, attr._attr, _root);
+		impl::node_copy_attribute(a._attr, proto._attr);
+
+		return a;
+	}
+
+	PUGI__FN xml_node xml_node::append_child(xml_node_type type_)
+	{
+		if (!impl::allow_insert_child(type(), type_)) return xml_node();
+		
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return xml_node();
+
+		xml_node n(impl::allocate_node(alloc, type_));
+		if (!n) return xml_node();
+
+		impl::append_node(n._root, _root);
+
+		if (type_ == node_declaration) n.set_name(PUGIXML_TEXT("xml"));
+
+		return n;
+	}
+
+	PUGI__FN xml_node xml_node::prepend_child(xml_node_type type_)
+	{
+		if (!impl::allow_insert_child(type(), type_)) return xml_node();
+
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return xml_node();
+		
+		xml_node n(impl::allocate_node(alloc, type_));
+		if (!n) return xml_node();
+
+		impl::prepend_node(n._root, _root);
+				
+		if (type_ == node_declaration) n.set_name(PUGIXML_TEXT("xml"));
+
+		return n;
+	}
+
+	PUGI__FN xml_node xml_node::insert_child_before(xml_node_type type_, const xml_node& node)
+	{
+		if (!impl::allow_insert_child(type(), type_)) return xml_node();
+		if (!node._root || node._root->parent != _root) return xml_node();
+
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return xml_node();
+	
+		xml_node n(impl::allocate_node(alloc, type_));
+		if (!n) return xml_node();
+
+		impl::insert_node_before(n._root, node._root);
+
+		if (type_ == node_declaration) n.set_name(PUGIXML_TEXT("xml"));
+
+		return n;
+	}
+
+	PUGI__FN xml_node xml_node::insert_child_after(xml_node_type type_, const xml_node& node)
+	{
+		if (!impl::allow_insert_child(type(), type_)) return xml_node();
+		if (!node._root || node._root->parent != _root) return xml_node();
+
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return xml_node();
+	
+		xml_node n(impl::allocate_node(alloc, type_));
+		if (!n) return xml_node();
+
+		impl::insert_node_after(n._root, node._root);
+
+		if (type_ == node_declaration) n.set_name(PUGIXML_TEXT("xml"));
+
+		return n;
+	}
+
+	PUGI__FN xml_node xml_node::append_child(const char_t* name_)
+	{
+		xml_node result = append_child(node_element);
+
+		result.set_name(name_);
+
+		return result;
+	}
+
+	PUGI__FN xml_node xml_node::prepend_child(const char_t* name_)
+	{
+		xml_node result = prepend_child(node_element);
+
+		result.set_name(name_);
+
+		return result;
+	}
+
+	PUGI__FN xml_node xml_node::insert_child_after(const char_t* name_, const xml_node& node)
+	{
+		xml_node result = insert_child_after(node_element, node);
+
+		result.set_name(name_);
+
+		return result;
+	}
+
+	PUGI__FN xml_node xml_node::insert_child_before(const char_t* name_, const xml_node& node)
+	{
+		xml_node result = insert_child_before(node_element, node);
+
+		result.set_name(name_);
+
+		return result;
+	}
+
+	PUGI__FN xml_node xml_node::append_copy(const xml_node& proto)
+	{
+		xml_node_type type_ = proto.type();
+		if (!impl::allow_insert_child(type(), type_)) return xml_node();
+
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return xml_node();
+
+		xml_node n(impl::allocate_node(alloc, type_));
+		if (!n) return xml_node();
+
+		impl::append_node(n._root, _root);
+		impl::node_copy_tree(n._root, proto._root);
+
+		return n;
+	}
+
+	PUGI__FN xml_node xml_node::prepend_copy(const xml_node& proto)
+	{
+		xml_node_type type_ = proto.type();
+		if (!impl::allow_insert_child(type(), type_)) return xml_node();
+
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return xml_node();
+
+		xml_node n(impl::allocate_node(alloc, type_));
+		if (!n) return xml_node();
+
+		impl::prepend_node(n._root, _root);
+		impl::node_copy_tree(n._root, proto._root);
+
+		return n;
+	}
+
+	PUGI__FN xml_node xml_node::insert_copy_after(const xml_node& proto, const xml_node& node)
+	{
+		xml_node_type type_ = proto.type();
+		if (!impl::allow_insert_child(type(), type_)) return xml_node();
+		if (!node._root || node._root->parent != _root) return xml_node();
+
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return xml_node();
+
+		xml_node n(impl::allocate_node(alloc, type_));
+		if (!n) return xml_node();
+
+		impl::insert_node_after(n._root, node._root);
+		impl::node_copy_tree(n._root, proto._root);
+
+		return n;
+	}
+
+	PUGI__FN xml_node xml_node::insert_copy_before(const xml_node& proto, const xml_node& node)
+	{
+		xml_node_type type_ = proto.type();
+		if (!impl::allow_insert_child(type(), type_)) return xml_node();
+		if (!node._root || node._root->parent != _root) return xml_node();
+
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return xml_node();
+
+		xml_node n(impl::allocate_node(alloc, type_));
+		if (!n) return xml_node();
+
+		impl::insert_node_before(n._root, node._root);
+		impl::node_copy_tree(n._root, proto._root);
+
+		return n;
+	}
+
+	PUGI__FN xml_node xml_node::append_move(const xml_node& moved)
+	{
+		if (!impl::allow_move(*this, moved)) return xml_node();
+
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return xml_node();
+
+		// disable document_buffer_order optimization since moving nodes around changes document order without changing buffer pointers
+		impl::get_document(_root).header |= impl::xml_memory_page_contents_shared_mask;
+
+		impl::remove_node(moved._root);
+		impl::append_node(moved._root, _root);
+
+		return moved;
+	}
+
+	PUGI__FN xml_node xml_node::prepend_move(const xml_node& moved)
+	{
+		if (!impl::allow_move(*this, moved)) return xml_node();
+
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return xml_node();
+
+		// disable document_buffer_order optimization since moving nodes around changes document order without changing buffer pointers
+		impl::get_document(_root).header |= impl::xml_memory_page_contents_shared_mask;
+
+		impl::remove_node(moved._root);
+		impl::prepend_node(moved._root, _root);
+
+		return moved;
+	}
+
+	PUGI__FN xml_node xml_node::insert_move_after(const xml_node& moved, const xml_node& node)
+	{
+		if (!impl::allow_move(*this, moved)) return xml_node();
+		if (!node._root || node._root->parent != _root) return xml_node();
+		if (moved._root == node._root) return xml_node();
+
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return xml_node();
+
+		// disable document_buffer_order optimization since moving nodes around changes document order without changing buffer pointers
+		impl::get_document(_root).header |= impl::xml_memory_page_contents_shared_mask;
+
+		impl::remove_node(moved._root);
+		impl::insert_node_after(moved._root, node._root);
+
+		return moved;
+	}
+
+	PUGI__FN xml_node xml_node::insert_move_before(const xml_node& moved, const xml_node& node)
+	{
+		if (!impl::allow_move(*this, moved)) return xml_node();
+		if (!node._root || node._root->parent != _root) return xml_node();
+		if (moved._root == node._root) return xml_node();
+
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return xml_node();
+
+		// disable document_buffer_order optimization since moving nodes around changes document order without changing buffer pointers
+		impl::get_document(_root).header |= impl::xml_memory_page_contents_shared_mask;
+
+		impl::remove_node(moved._root);
+		impl::insert_node_before(moved._root, node._root);
+
+		return moved;
+	}
+
+	PUGI__FN bool xml_node::remove_attribute(const char_t* name_)
+	{
+		return remove_attribute(attribute(name_));
+	}
+
+	PUGI__FN bool xml_node::remove_attribute(const xml_attribute& a)
+	{
+		if (!_root || !a._attr) return false;
+		if (!impl::is_attribute_of(a._attr, _root)) return false;
+
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return false;
+
+		impl::remove_attribute(a._attr, _root);
+		impl::destroy_attribute(a._attr, alloc);
+
+		return true;
+	}
+
+	PUGI__FN bool xml_node::remove_child(const char_t* name_)
+	{
+		return remove_child(child(name_));
+	}
+
+	PUGI__FN bool xml_node::remove_child(const xml_node& n)
+	{
+		if (!_root || !n._root || n._root->parent != _root) return false;
+
+		impl::xml_allocator& alloc = impl::get_allocator(_root);
+		if (!alloc.reserve()) return false;
+
+		impl::remove_node(n._root);
+		impl::destroy_node(n._root, alloc);
+
+		return true;
+	}
+
+	PUGI__FN xml_parse_result xml_node::append_buffer(const void* contents, size_t size, unsigned int options, xml_encoding encoding)
+	{
+		// append_buffer is only valid for elements/documents
+		if (!impl::allow_insert_child(type(), node_element)) return impl::make_parse_result(status_append_invalid_root);
+
+		// get document node
+		impl::xml_document_struct* doc = &impl::get_document(_root);
+
+		// disable document_buffer_order optimization since in a document with multiple buffers comparing buffer pointers does not make sense
+		doc->header |= impl::xml_memory_page_contents_shared_mask;
+		
+		// get extra buffer element (we'll store the document fragment buffer there so that we can deallocate it later)
+		impl::xml_memory_page* page = 0;
+		impl::xml_extra_buffer* extra = static_cast<impl::xml_extra_buffer*>(doc->allocate_memory(sizeof(impl::xml_extra_buffer), page));
+		(void)page;
+
+		if (!extra) return impl::make_parse_result(status_out_of_memory);
+
+		// add extra buffer to the list
+		extra->buffer = 0;
+		extra->next = doc->extra_buffers;
+		doc->extra_buffers = extra;
+
+		// name of the root has to be NULL before parsing - otherwise closing node mismatches will not be detected at the top level
+		impl::name_null_sentry sentry(_root);
+
+		return impl::load_buffer_impl(doc, _root, const_cast<void*>(contents), size, options, encoding, false, false, &extra->buffer);
+	}
+
+	PUGI__FN xml_node xml_node::find_child_by_attribute(const char_t* name_, const char_t* attr_name, const char_t* attr_value) const
+	{
+		if (!_root) return xml_node();
+		
+		for (xml_node_struct* i = _root->first_child; i; i = i->next_sibling)
+			if (i->name && impl::strequal(name_, i->name))
+			{
+				for (xml_attribute_struct* a = i->first_attribute; a; a = a->next_attribute)
+					if (a->name && impl::strequal(attr_name, a->name) && impl::strequal(attr_value, a->value ? a->value + 0 : PUGIXML_TEXT("")))
+						return xml_node(i);
+			}
+
+		return xml_node();
+	}
+
+	PUGI__FN xml_node xml_node::find_child_by_attribute(const char_t* attr_name, const char_t* attr_value) const
+	{
+		if (!_root) return xml_node();
+		
+		for (xml_node_struct* i = _root->first_child; i; i = i->next_sibling)
+			for (xml_attribute_struct* a = i->first_attribute; a; a = a->next_attribute)
+				if (a->name && impl::strequal(attr_name, a->name) && impl::strequal(attr_value, a->value ? a->value + 0 : PUGIXML_TEXT("")))
+					return xml_node(i);
+
+		return xml_node();
+	}
+
+#ifndef PUGIXML_NO_STL
+	PUGI__FN string_t xml_node::path(char_t delimiter) const
+	{
+		if (!_root) return string_t();
+
+		size_t offset = 0;
+
+		for (xml_node_struct* i = _root; i; i = i->parent)
+		{
+			offset += (i != _root);
+			offset += i->name ? impl::strlength(i->name) : 0;
+		}
+
+		string_t result;
+		result.resize(offset);
+
+		for (xml_node_struct* j = _root; j; j = j->parent)
+		{
+			if (j != _root)
+				result[--offset] = delimiter;
+
+			if (j->name && *j->name)
+			{
+				size_t length = impl::strlength(j->name);
+
+				offset -= length;
+				memcpy(&result[offset], j->name, length * sizeof(char_t));
+			}
+		}
+
+		assert(offset == 0);
+
+		return result;
+	}
+#endif
+
+	PUGI__FN xml_node xml_node::first_element_by_path(const char_t* path_, char_t delimiter) const
+	{
+		xml_node found = *this; // Current search context.
+
+		if (!_root || !path_ || !path_[0]) return found;
+
+		if (path_[0] == delimiter)
+		{
+			// Absolute path; e.g. '/foo/bar'
+			found = found.root();
+			++path_;
+		}
+
+		const char_t* path_segment = path_;
+
+		while (*path_segment == delimiter) ++path_segment;
+
+		const char_t* path_segment_end = path_segment;
+
+		while (*path_segment_end && *path_segment_end != delimiter) ++path_segment_end;
+
+		if (path_segment == path_segment_end) return found;
+
+		const char_t* next_segment = path_segment_end;
+
+		while (*next_segment == delimiter) ++next_segment;
+
+		if (*path_segment == '.' && path_segment + 1 == path_segment_end)
+			return found.first_element_by_path(next_segment, delimiter);
+		else if (*path_segment == '.' && *(path_segment+1) == '.' && path_segment + 2 == path_segment_end)
+			return found.parent().first_element_by_path(next_segment, delimiter);
+		else
+		{
+			for (xml_node_struct* j = found._root->first_child; j; j = j->next_sibling)
+			{
+				if (j->name && impl::strequalrange(j->name, path_segment, static_cast<size_t>(path_segment_end - path_segment)))
+				{
+					xml_node subsearch = xml_node(j).first_element_by_path(next_segment, delimiter);
+
+					if (subsearch) return subsearch;
+				}
+			}
+
+			return xml_node();
+		}
+	}
+
+	PUGI__FN bool xml_node::traverse(xml_tree_walker& walker)
+	{
+		walker._depth = -1;
+		
+		xml_node arg_begin = *this;
+		if (!walker.begin(arg_begin)) return false;
+
+		xml_node cur = first_child();
+				
+		if (cur)
+		{
+			++walker._depth;
+
+			do 
+			{
+				xml_node arg_for_each = cur;
+				if (!walker.for_each(arg_for_each))
+					return false;
+						
+				if (cur.first_child())
+				{
+					++walker._depth;
+					cur = cur.first_child();
+				}
+				else if (cur.next_sibling())
+					cur = cur.next_sibling();
+				else
+				{
+					// Borland C++ workaround
+					while (!cur.next_sibling() && cur != *this && !cur.parent().empty())
+					{
+						--walker._depth;
+						cur = cur.parent();
+					}
+						
+					if (cur != *this)
+						cur = cur.next_sibling();
+				}
+			}
+			while (cur && cur != *this);
+		}
+
+		assert(walker._depth == -1);
+
+		xml_node arg_end = *this;
+		return walker.end(arg_end);
+	}
+
+	PUGI__FN size_t xml_node::hash_value() const
+	{
+		return static_cast<size_t>(reinterpret_cast<uintptr_t>(_root) / sizeof(xml_node_struct));
+	}
+
+	PUGI__FN xml_node_struct* xml_node::internal_object() const
+	{
+		return _root;
+	}
+
+	PUGI__FN void xml_node::print(xml_writer& writer, const char_t* indent, unsigned int flags, xml_encoding encoding, unsigned int depth) const
+	{
+		if (!_root) return;
+
+		impl::xml_buffered_writer buffered_writer(writer, encoding);
+
+		impl::node_output(buffered_writer, _root, indent, flags, depth);
+
+		buffered_writer.flush();
+	}
+
+#ifndef PUGIXML_NO_STL
+	PUGI__FN void xml_node::print(std::basic_ostream<char, std::char_traits<char> >& stream, const char_t* indent, unsigned int flags, xml_encoding encoding, unsigned int depth) const
+	{
+		xml_writer_stream writer(stream);
+
+		print(writer, indent, flags, encoding, depth);
+	}
+
+	PUGI__FN void xml_node::print(std::basic_ostream<wchar_t, std::char_traits<wchar_t> >& stream, const char_t* indent, unsigned int flags, unsigned int depth) const
+	{
+		xml_writer_stream writer(stream);
+
+		print(writer, indent, flags, encoding_wchar, depth);
+	}
+#endif
+
+	PUGI__FN ptrdiff_t xml_node::offset_debug() const
+	{
+		if (!_root) return -1;
+
+		impl::xml_document_struct& doc = impl::get_document(_root);
+
+		// we can determine the offset reliably only if there is exactly once parse buffer
+		if (!doc.buffer || doc.extra_buffers) return -1;
+
+		switch (type())
+		{
+		case node_document:
+			return 0;
+
+		case node_element:
+		case node_declaration:
+		case node_pi:
+			return _root->name && (_root->header & impl::xml_memory_page_name_allocated_or_shared_mask) == 0 ? _root->name - doc.buffer : -1;
+
+		case node_pcdata:
+		case node_cdata:
+		case node_comment:
+		case node_doctype:
+			return _root->value && (_root->header & impl::xml_memory_page_value_allocated_or_shared_mask) == 0 ? _root->value - doc.buffer : -1;
+
+		default:
+			return -1;
+		}
+	}
+
+#ifdef __BORLANDC__
+	PUGI__FN bool operator&&(const xml_node& lhs, bool rhs)
+	{
+		return (bool)lhs && rhs;
+	}
+
+	PUGI__FN bool operator||(const xml_node& lhs, bool rhs)
+	{
+		return (bool)lhs || rhs;
+	}
+#endif
+
+	PUGI__FN xml_text::xml_text(xml_node_struct* root): _root(root)
+	{
+	}
+
+	PUGI__FN xml_node_struct* xml_text::_data() const
+	{
+		if (!_root || impl::is_text_node(_root)) return _root;
+
+		for (xml_node_struct* node = _root->first_child; node; node = node->next_sibling)
+			if (impl::is_text_node(node))
+				return node;
+
+		return 0;
+	}
+
+	PUGI__FN xml_node_struct* xml_text::_data_new()
+	{
+		xml_node_struct* d = _data();
+		if (d) return d;
+
+		return xml_node(_root).append_child(node_pcdata).internal_object();
+	}
+
+	PUGI__FN xml_text::xml_text(): _root(0)
+	{
+	}
+
+	PUGI__FN static void unspecified_bool_xml_text(xml_text***)
+	{
+	}
+
+	PUGI__FN xml_text::operator xml_text::unspecified_bool_type() const
+	{
+		return _data() ? unspecified_bool_xml_text : 0;
+	}
+
+	PUGI__FN bool xml_text::operator!() const
+	{
+		return !_data();
+	}
+
+	PUGI__FN bool xml_text::empty() const
+	{
+		return _data() == 0;
+	}
+
+	PUGI__FN const char_t* xml_text::get() const
+	{
+		xml_node_struct* d = _data();
+
+		return (d && d->value) ? d->value + 0 : PUGIXML_TEXT("");
+	}
+
+	PUGI__FN const char_t* xml_text::as_string(const char_t* def) const
+	{
+		xml_node_struct* d = _data();
+
+		return (d && d->value) ? d->value + 0 : def;
+	}
+
+	PUGI__FN int xml_text::as_int(int def) const
+	{
+		xml_node_struct* d = _data();
+
+		return (d && d->value) ? impl::get_value_int(d->value) : def;
+	}
+
+	PUGI__FN unsigned int xml_text::as_uint(unsigned int def) const
+	{
+		xml_node_struct* d = _data();
+
+		return (d && d->value) ? impl::get_value_uint(d->value) : def;
+	}
+
+	PUGI__FN double xml_text::as_double(double def) const
+	{
+		xml_node_struct* d = _data();
+
+		return (d && d->value) ? impl::get_value_double(d->value) : def;
+	}
+
+	PUGI__FN float xml_text::as_float(float def) const
+	{
+		xml_node_struct* d = _data();
+
+		return (d && d->value) ? impl::get_value_float(d->value) : def;
+	}
+
+	PUGI__FN bool xml_text::as_bool(bool def) const
+	{
+		xml_node_struct* d = _data();
+
+		return (d && d->value) ? impl::get_value_bool(d->value) : def;
+	}
+
+#ifdef PUGIXML_HAS_LONG_LONG
+	PUGI__FN long long xml_text::as_llong(long long def) const
+	{
+		xml_node_struct* d = _data();
+
+		return (d && d->value) ? impl::get_value_llong(d->value) : def;
+	}
+
+	PUGI__FN unsigned long long xml_text::as_ullong(unsigned long long def) const
+	{
+		xml_node_struct* d = _data();
+
+		return (d && d->value) ? impl::get_value_ullong(d->value) : def;
+	}
+#endif
+
+	PUGI__FN bool xml_text::set(const char_t* rhs)
+	{
+		xml_node_struct* dn = _data_new();
+
+		return dn ? impl::strcpy_insitu(dn->value, dn->header, impl::xml_memory_page_value_allocated_mask, rhs, impl::strlength(rhs)) : false;
+	}
+
+	PUGI__FN bool xml_text::set(int rhs)
+	{
+		xml_node_struct* dn = _data_new();
+
+		return dn ? impl::set_value_convert(dn->value, dn->header, impl::xml_memory_page_value_allocated_mask, rhs) : false;
+	}
+
+	PUGI__FN bool xml_text::set(unsigned int rhs)
+	{
+		xml_node_struct* dn = _data_new();
+
+		return dn ? impl::set_value_convert(dn->value, dn->header, impl::xml_memory_page_value_allocated_mask, rhs) : false;
+	}
+
+	PUGI__FN bool xml_text::set(float rhs)
+	{
+		xml_node_struct* dn = _data_new();
+
+		return dn ? impl::set_value_convert(dn->value, dn->header, impl::xml_memory_page_value_allocated_mask, rhs) : false;
+	}
+
+	PUGI__FN bool xml_text::set(double rhs)
+	{
+		xml_node_struct* dn = _data_new();
+
+		return dn ? impl::set_value_convert(dn->value, dn->header, impl::xml_memory_page_value_allocated_mask, rhs) : false;
+	}
+
+	PUGI__FN bool xml_text::set(bool rhs)
+	{
+		xml_node_struct* dn = _data_new();
+
+		return dn ? impl::set_value_convert(dn->value, dn->header, impl::xml_memory_page_value_allocated_mask, rhs) : false;
+	}
+
+#ifdef PUGIXML_HAS_LONG_LONG
+	PUGI__FN bool xml_text::set(long long rhs)
+	{
+		xml_node_struct* dn = _data_new();
+
+		return dn ? impl::set_value_convert(dn->value, dn->header, impl::xml_memory_page_value_allocated_mask, rhs) : false;
+	}
+
+	PUGI__FN bool xml_text::set(unsigned long long rhs)
+	{
+		xml_node_struct* dn = _data_new();
+
+		return dn ? impl::set_value_convert(dn->value, dn->header, impl::xml_memory_page_value_allocated_mask, rhs) : false;
+	}
+#endif
+
+	PUGI__FN xml_text& xml_text::operator=(const char_t* rhs)
+	{
+		set(rhs);
+		return *this;
+	}
+
+	PUGI__FN xml_text& xml_text::operator=(int rhs)
+	{
+		set(rhs);
+		return *this;
+	}
+
+	PUGI__FN xml_text& xml_text::operator=(unsigned int rhs)
+	{
+		set(rhs);
+		return *this;
+	}
+
+	PUGI__FN xml_text& xml_text::operator=(double rhs)
+	{
+		set(rhs);
+		return *this;
+	}
+
+	PUGI__FN xml_text& xml_text::operator=(float rhs)
+	{
+		set(rhs);
+		return *this;
+	}
+
+	PUGI__FN xml_text& xml_text::operator=(bool rhs)
+	{
+		set(rhs);
+		return *this;
+	}
+
+#ifdef PUGIXML_HAS_LONG_LONG
+	PUGI__FN xml_text& xml_text::operator=(long long rhs)
+	{
+		set(rhs);
+		return *this;
+	}
+
+	PUGI__FN xml_text& xml_text::operator=(unsigned long long rhs)
+	{
+		set(rhs);
+		return *this;
+	}
+#endif
+
+	PUGI__FN xml_node xml_text::data() const
+	{
+		return xml_node(_data());
+	}
+
+#ifdef __BORLANDC__
+	PUGI__FN bool operator&&(const xml_text& lhs, bool rhs)
+	{
+		return (bool)lhs && rhs;
+	}
+
+	PUGI__FN bool operator||(const xml_text& lhs, bool rhs)
+	{
+		return (bool)lhs || rhs;
+	}
+#endif
+
+	PUGI__FN xml_node_iterator::xml_node_iterator()
+	{
+	}
+
+	PUGI__FN xml_node_iterator::xml_node_iterator(const xml_node& node): _wrap(node), _parent(node.parent())
+	{
+	}
+
+	PUGI__FN xml_node_iterator::xml_node_iterator(xml_node_struct* ref, xml_node_struct* parent): _wrap(ref), _parent(parent)
+	{
+	}
+
+	PUGI__FN bool xml_node_iterator::operator==(const xml_node_iterator& rhs) const
+	{
+		return _wrap._root == rhs._wrap._root && _parent._root == rhs._parent._root;
+	}
+	
+	PUGI__FN bool xml_node_iterator::operator!=(const xml_node_iterator& rhs) const
+	{
+		return _wrap._root != rhs._wrap._root || _parent._root != rhs._parent._root;
+	}
+
+	PUGI__FN xml_node& xml_node_iterator::operator*() const
+	{
+		assert(_wrap._root);
+		return _wrap;
+	}
+
+	PUGI__FN xml_node* xml_node_iterator::operator->() const
+	{
+		assert(_wrap._root);
+		return const_cast<xml_node*>(&_wrap); // BCC32 workaround
+	}
+
+	PUGI__FN const xml_node_iterator& xml_node_iterator::operator++()
+	{
+		assert(_wrap._root);
+		_wrap._root = _wrap._root->next_sibling;
+		return *this;
+	}
+
+	PUGI__FN xml_node_iterator xml_node_iterator::operator++(int)
+	{
+		xml_node_iterator temp = *this;
+		++*this;
+		return temp;
+	}
+
+	PUGI__FN const xml_node_iterator& xml_node_iterator::operator--()
+	{
+		_wrap = _wrap._root ? _wrap.previous_sibling() : _parent.last_child();
+		return *this;
+	}
+
+	PUGI__FN xml_node_iterator xml_node_iterator::operator--(int)
+	{
+		xml_node_iterator temp = *this;
+		--*this;
+		return temp;
+	}
+
+	PUGI__FN xml_attribute_iterator::xml_attribute_iterator()
+	{
+	}
+
+	PUGI__FN xml_attribute_iterator::xml_attribute_iterator(const xml_attribute& attr, const xml_node& parent): _wrap(attr), _parent(parent)
+	{
+	}
+
+	PUGI__FN xml_attribute_iterator::xml_attribute_iterator(xml_attribute_struct* ref, xml_node_struct* parent): _wrap(ref), _parent(parent)
+	{
+	}
+
+	PUGI__FN bool xml_attribute_iterator::operator==(const xml_attribute_iterator& rhs) const
+	{
+		return _wrap._attr == rhs._wrap._attr && _parent._root == rhs._parent._root;
+	}
+	
+	PUGI__FN bool xml_attribute_iterator::operator!=(const xml_attribute_iterator& rhs) const
+	{
+		return _wrap._attr != rhs._wrap._attr || _parent._root != rhs._parent._root;
+	}
+
+	PUGI__FN xml_attribute& xml_attribute_iterator::operator*() const
+	{
+		assert(_wrap._attr);
+		return _wrap;
+	}
+
+	PUGI__FN xml_attribute* xml_attribute_iterator::operator->() const
+	{
+		assert(_wrap._attr);
+		return const_cast<xml_attribute*>(&_wrap); // BCC32 workaround
+	}
+
+	PUGI__FN const xml_attribute_iterator& xml_attribute_iterator::operator++()
+	{
+		assert(_wrap._attr);
+		_wrap._attr = _wrap._attr->next_attribute;
+		return *this;
+	}
+
+	PUGI__FN xml_attribute_iterator xml_attribute_iterator::operator++(int)
+	{
+		xml_attribute_iterator temp = *this;
+		++*this;
+		return temp;
+	}
+
+	PUGI__FN const xml_attribute_iterator& xml_attribute_iterator::operator--()
+	{
+		_wrap = _wrap._attr ? _wrap.previous_attribute() : _parent.last_attribute();
+		return *this;
+	}
+
+	PUGI__FN xml_attribute_iterator xml_attribute_iterator::operator--(int)
+	{
+		xml_attribute_iterator temp = *this;
+		--*this;
+		return temp;
+	}
+
+	PUGI__FN xml_named_node_iterator::xml_named_node_iterator(): _name(0)
+	{
+	}
+
+	PUGI__FN xml_named_node_iterator::xml_named_node_iterator(const xml_node& node, const char_t* name): _wrap(node), _parent(node.parent()), _name(name)
+	{
+	}
+
+	PUGI__FN xml_named_node_iterator::xml_named_node_iterator(xml_node_struct* ref, xml_node_struct* parent, const char_t* name): _wrap(ref), _parent(parent), _name(name)
+	{
+	}
+
+	PUGI__FN bool xml_named_node_iterator::operator==(const xml_named_node_iterator& rhs) const
+	{
+		return _wrap._root == rhs._wrap._root && _parent._root == rhs._parent._root;
+	}
+
+	PUGI__FN bool xml_named_node_iterator::operator!=(const xml_named_node_iterator& rhs) const
+	{
+		return _wrap._root != rhs._wrap._root || _parent._root != rhs._parent._root;
+	}
+
+	PUGI__FN xml_node& xml_named_node_iterator::operator*() const
+	{
+		assert(_wrap._root);
+		return _wrap;
+	}
+
+	PUGI__FN xml_node* xml_named_node_iterator::operator->() const
+	{
+		assert(_wrap._root);
+		return const_cast<xml_node*>(&_wrap); // BCC32 workaround
+	}
+
+	PUGI__FN const xml_named_node_iterator& xml_named_node_iterator::operator++()
+	{
+		assert(_wrap._root);
+		_wrap = _wrap.next_sibling(_name);
+		return *this;
+	}
+
+	PUGI__FN xml_named_node_iterator xml_named_node_iterator::operator++(int)
+	{
+		xml_named_node_iterator temp = *this;
+		++*this;
+		return temp;
+	}
+
+	PUGI__FN const xml_named_node_iterator& xml_named_node_iterator::operator--()
+	{
+		if (_wrap._root)
+			_wrap = _wrap.previous_sibling(_name);
+		else
+		{
+			_wrap = _parent.last_child();
+
+			if (!impl::strequal(_wrap.name(), _name))
+				_wrap = _wrap.previous_sibling(_name);
+		}
+
+		return *this;
+	}
+
+	PUGI__FN xml_named_node_iterator xml_named_node_iterator::operator--(int)
+	{
+		xml_named_node_iterator temp = *this;
+		--*this;
+		return temp;
+	}
+
+	PUGI__FN xml_parse_result::xml_parse_result(): status(status_internal_error), offset(0), encoding(encoding_auto)
+	{
+	}
+
+	PUGI__FN xml_parse_result::operator bool() const
+	{
+		return status == status_ok;
+	}
+
+	PUGI__FN const char* xml_parse_result::description() const
+	{
+		switch (status)
+		{
+		case status_ok: return "No error";
+
+		case status_file_not_found: return "File was not found";
+		case status_io_error: return "Error reading from file/stream";
+		case status_out_of_memory: return "Could not allocate memory";
+		case status_internal_error: return "Internal error occurred";
+
+		case status_unrecognized_tag: return "Could not determine tag type";
+
+		case status_bad_pi: return "Error parsing document declaration/processing instruction";
+		case status_bad_comment: return "Error parsing comment";
+		case status_bad_cdata: return "Error parsing CDATA section";
+		case status_bad_doctype: return "Error parsing document type declaration";
+		case status_bad_pcdata: return "Error parsing PCDATA section";
+		case status_bad_start_element: return "Error parsing start element tag";
+		case status_bad_attribute: return "Error parsing element attribute";
+		case status_bad_end_element: return "Error parsing end element tag";
+		case status_end_element_mismatch: return "Start-end tags mismatch";
+
+		case status_append_invalid_root: return "Unable to append nodes: root is not an element or document";
+
+		case status_no_document_element: return "No document element found";
+
+		default: return "Unknown error";
+		}
+	}
+
+	PUGI__FN xml_document::xml_document(): _buffer(0)
+	{
+		create();
+	}
+
+	PUGI__FN xml_document::~xml_document()
+	{
+		destroy();
+	}
+
+	PUGI__FN void xml_document::reset()
+	{
+		destroy();
+		create();
+	}
+
+	PUGI__FN void xml_document::reset(const xml_document& proto)
+	{
+		reset();
+
+		for (xml_node cur = proto.first_child(); cur; cur = cur.next_sibling())
+			append_copy(cur);
+	}
+
+	PUGI__FN void xml_document::create()
+	{
+		assert(!_root);
+
+	#ifdef PUGIXML_COMPACT
+		const size_t page_offset = sizeof(uint32_t);
+	#else
+		const size_t page_offset = 0;
+	#endif
+
+		// initialize sentinel page
+		PUGI__STATIC_ASSERT(sizeof(impl::xml_memory_page) + sizeof(impl::xml_document_struct) + impl::xml_memory_page_alignment - sizeof(void*) + page_offset <= sizeof(_memory));
+
+		// align upwards to page boundary
+		void* page_memory = reinterpret_cast<void*>((reinterpret_cast<uintptr_t>(_memory) + (impl::xml_memory_page_alignment - 1)) & ~(impl::xml_memory_page_alignment - 1));
+
+		// prepare page structure
+		impl::xml_memory_page* page = impl::xml_memory_page::construct(page_memory);
+		assert(page);
+
+		page->busy_size = impl::xml_memory_page_size;
+
+		// setup first page marker
+	#ifdef PUGIXML_COMPACT
+		// round-trip through void* to avoid 'cast increases required alignment of target type' warning
+		page->compact_page_marker = reinterpret_cast<uint32_t*>(static_cast<void*>(reinterpret_cast<char*>(page) + sizeof(impl::xml_memory_page)));
+		*page->compact_page_marker = sizeof(impl::xml_memory_page);
+	#endif
+
+		// allocate new root
+		_root = new (reinterpret_cast<char*>(page) + sizeof(impl::xml_memory_page) + page_offset) impl::xml_document_struct(page);
+		_root->prev_sibling_c = _root;
+
+		// setup sentinel page
+		page->allocator = static_cast<impl::xml_document_struct*>(_root);
+
+		// verify the document allocation
+		assert(reinterpret_cast<char*>(_root) + sizeof(impl::xml_document_struct) <= _memory + sizeof(_memory));
+	}
+
+	PUGI__FN void xml_document::destroy()
+	{
+		assert(_root);
+
+		// destroy static storage
+		if (_buffer)
+		{
+			impl::xml_memory::deallocate(_buffer);
+			_buffer = 0;
+		}
+
+		// destroy extra buffers (note: no need to destroy linked list nodes, they're allocated using document allocator)
+		for (impl::xml_extra_buffer* extra = static_cast<impl::xml_document_struct*>(_root)->extra_buffers; extra; extra = extra->next)
+		{
+			if (extra->buffer) impl::xml_memory::deallocate(extra->buffer);
+		}
+
+		// destroy dynamic storage, leave sentinel page (it's in static memory)
+		impl::xml_memory_page* root_page = PUGI__GETPAGE(_root);
+		assert(root_page && !root_page->prev);
+		assert(reinterpret_cast<char*>(root_page) >= _memory && reinterpret_cast<char*>(root_page) < _memory + sizeof(_memory));
+
+		for (impl::xml_memory_page* page = root_page->next; page; )
+		{
+			impl::xml_memory_page* next = page->next;
+
+			impl::xml_allocator::deallocate_page(page);
+
+			page = next;
+		}
+
+	#ifdef PUGIXML_COMPACT
+		// destroy hash table
+		static_cast<impl::xml_document_struct*>(_root)->hash.clear();
+	#endif
+
+		_root = 0;
+	}
+
+#ifndef PUGIXML_NO_STL
+	PUGI__FN xml_parse_result xml_document::load(std::basic_istream<char, std::char_traits<char> >& stream, unsigned int options, xml_encoding encoding)
+	{
+		reset();
+
+		return impl::load_stream_impl(static_cast<impl::xml_document_struct*>(_root), stream, options, encoding, &_buffer);
+	}
+
+	PUGI__FN xml_parse_result xml_document::load(std::basic_istream<wchar_t, std::char_traits<wchar_t> >& stream, unsigned int options)
+	{
+		reset();
+
+		return impl::load_stream_impl(static_cast<impl::xml_document_struct*>(_root), stream, options, encoding_wchar, &_buffer);
+	}
+#endif
+
+	PUGI__FN xml_parse_result xml_document::load_string(const char_t* contents, unsigned int options)
+	{
+		// Force native encoding (skip autodetection)
+	#ifdef PUGIXML_WCHAR_MODE
+		xml_encoding encoding = encoding_wchar;
+	#else
+		xml_encoding encoding = encoding_utf8;
+	#endif
+
+		return load_buffer(contents, impl::strlength(contents) * sizeof(char_t), options, encoding);
+	}
+
+	PUGI__FN xml_parse_result xml_document::load(const char_t* contents, unsigned int options)
+	{
+		return load_string(contents, options);
+	}
+
+	PUGI__FN xml_parse_result xml_document::load_file(const char* path_, unsigned int options, xml_encoding encoding)
+	{
+		reset();
+
+		using impl::auto_deleter; // MSVC7 workaround
+		auto_deleter<FILE, int(*)(FILE*)> file(fopen(path_, "rb"), fclose);
+
+		return impl::load_file_impl(static_cast<impl::xml_document_struct*>(_root), file.data, options, encoding, &_buffer);
+	}
+
+	PUGI__FN xml_parse_result xml_document::load_file(const wchar_t* path_, unsigned int options, xml_encoding encoding)
+	{
+		reset();
+
+		using impl::auto_deleter; // MSVC7 workaround
+		auto_deleter<FILE, int(*)(FILE*)> file(impl::open_file_wide(path_, L"rb"), fclose);
+
+		return impl::load_file_impl(static_cast<impl::xml_document_struct*>(_root), file.data, options, encoding, &_buffer);
+	}
+
+	PUGI__FN xml_parse_result xml_document::load_buffer(const void* contents, size_t size, unsigned int options, xml_encoding encoding)
+	{
+		reset();
+
+		return impl::load_buffer_impl(static_cast<impl::xml_document_struct*>(_root), _root, const_cast<void*>(contents), size, options, encoding, false, false, &_buffer);
+	}
+
+	PUGI__FN xml_parse_result xml_document::load_buffer_inplace(void* contents, size_t size, unsigned int options, xml_encoding encoding)
+	{
+		reset();
+
+		return impl::load_buffer_impl(static_cast<impl::xml_document_struct*>(_root), _root, contents, size, options, encoding, true, false, &_buffer);
+	}
+
+	PUGI__FN xml_parse_result xml_document::load_buffer_inplace_own(void* contents, size_t size, unsigned int options, xml_encoding encoding)
+	{
+		reset();
+
+		return impl::load_buffer_impl(static_cast<impl::xml_document_struct*>(_root), _root, contents, size, options, encoding, true, true, &_buffer);
+	}
+
+	PUGI__FN void xml_document::save(xml_writer& writer, const char_t* indent, unsigned int flags, xml_encoding encoding) const
+	{
+		impl::xml_buffered_writer buffered_writer(writer, encoding);
+
+		if ((flags & format_write_bom) && encoding != encoding_latin1)
+		{
+			// BOM always represents the codepoint U+FEFF, so just write it in native encoding
+		#ifdef PUGIXML_WCHAR_MODE
+			unsigned int bom = 0xfeff;
+			buffered_writer.write(static_cast<wchar_t>(bom));
+		#else
+			buffered_writer.write('\xef', '\xbb', '\xbf');
+		#endif
+		}
+
+		if (!(flags & format_no_declaration) && !impl::has_declaration(_root))
+		{
+			buffered_writer.write_string(PUGIXML_TEXT("<?xml version=\"1.0\""));
+			if (encoding == encoding_latin1) buffered_writer.write_string(PUGIXML_TEXT(" encoding=\"ISO-8859-1\""));
+			buffered_writer.write('?', '>');
+			if (!(flags & format_raw)) buffered_writer.write('\n');
+		}
+
+		impl::node_output(buffered_writer, _root, indent, flags, 0);
+
+		buffered_writer.flush();
+	}
+
+#ifndef PUGIXML_NO_STL
+	PUGI__FN void xml_document::save(std::basic_ostream<char, std::char_traits<char> >& stream, const char_t* indent, unsigned int flags, xml_encoding encoding) const
+	{
+		xml_writer_stream writer(stream);
+
+		save(writer, indent, flags, encoding);
+	}
+
+	PUGI__FN void xml_document::save(std::basic_ostream<wchar_t, std::char_traits<wchar_t> >& stream, const char_t* indent, unsigned int flags) const
+	{
+		xml_writer_stream writer(stream);
+
+		save(writer, indent, flags, encoding_wchar);
+	}
+#endif
+
+	PUGI__FN bool xml_document::save_file(const char* path_, const char_t* indent, unsigned int flags, xml_encoding encoding) const
+	{
+		using impl::auto_deleter; // MSVC7 workaround
+		auto_deleter<FILE, int(*)(FILE*)> file(fopen(path_, (flags & format_save_file_text) ? "w" : "wb"), fclose);
+
+		return impl::save_file_impl(*this, file.data, indent, flags, encoding);
+	}
+
+	PUGI__FN bool xml_document::save_file(const wchar_t* path_, const char_t* indent, unsigned int flags, xml_encoding encoding) const
+	{
+		using impl::auto_deleter; // MSVC7 workaround
+		auto_deleter<FILE, int(*)(FILE*)> file(impl::open_file_wide(path_, (flags & format_save_file_text) ? L"w" : L"wb"), fclose);
+
+		return impl::save_file_impl(*this, file.data, indent, flags, encoding);
+	}
+
+	PUGI__FN xml_node xml_document::document_element() const
+	{
+		assert(_root);
+
+		for (xml_node_struct* i = _root->first_child; i; i = i->next_sibling)
+			if (PUGI__NODETYPE(i) == node_element)
+				return xml_node(i);
+
+		return xml_node();
+	}
+
+#ifndef PUGIXML_NO_STL
+	PUGI__FN std::string PUGIXML_FUNCTION as_utf8(const wchar_t* str)
+	{
+		assert(str);
+
+		return impl::as_utf8_impl(str, impl::strlength_wide(str));
+	}
+
+	PUGI__FN std::string PUGIXML_FUNCTION as_utf8(const std::basic_string<wchar_t>& str)
+	{
+		return impl::as_utf8_impl(str.c_str(), str.size());
+	}
+	
+	PUGI__FN std::basic_string<wchar_t> PUGIXML_FUNCTION as_wide(const char* str)
+	{
+		assert(str);
+
+		return impl::as_wide_impl(str, strlen(str));
+	}
+	
+	PUGI__FN std::basic_string<wchar_t> PUGIXML_FUNCTION as_wide(const std::string& str)
+	{
+		return impl::as_wide_impl(str.c_str(), str.size());
+	}
+#endif
+
+	PUGI__FN void PUGIXML_FUNCTION set_memory_management_functions(allocation_function allocate, deallocation_function deallocate)
+	{
+		impl::xml_memory::allocate = allocate;
+		impl::xml_memory::deallocate = deallocate;
+	}
+
+	PUGI__FN allocation_function PUGIXML_FUNCTION get_memory_allocation_function()
+	{
+		return impl::xml_memory::allocate;
+	}
+
+	PUGI__FN deallocation_function PUGIXML_FUNCTION get_memory_deallocation_function()
+	{
+		return impl::xml_memory::deallocate;
+	}
+}
+
+#if !defined(PUGIXML_NO_STL) && (defined(_MSC_VER) || defined(__ICC))
+namespace std
+{
+	// Workarounds for (non-standard) iterator category detection for older versions (MSVC7/IC8 and earlier)
+	PUGI__FN std::bidirectional_iterator_tag _Iter_cat(const pugi::xml_node_iterator&)
+	{
+		return std::bidirectional_iterator_tag();
+	}
+
+	PUGI__FN std::bidirectional_iterator_tag _Iter_cat(const pugi::xml_attribute_iterator&)
+	{
+		return std::bidirectional_iterator_tag();
+	}
+
+	PUGI__FN std::bidirectional_iterator_tag _Iter_cat(const pugi::xml_named_node_iterator&)
+	{
+		return std::bidirectional_iterator_tag();
+	}
+}
+#endif
+
+#if !defined(PUGIXML_NO_STL) && defined(__SUNPRO_CC)
+namespace std
+{
+	// Workarounds for (non-standard) iterator category detection
+	PUGI__FN std::bidirectional_iterator_tag __iterator_category(const pugi::xml_node_iterator&)
+	{
+		return std::bidirectional_iterator_tag();
+	}
+
+	PUGI__FN std::bidirectional_iterator_tag __iterator_category(const pugi::xml_attribute_iterator&)
+	{
+		return std::bidirectional_iterator_tag();
+	}
+
+	PUGI__FN std::bidirectional_iterator_tag __iterator_category(const pugi::xml_named_node_iterator&)
+	{
+		return std::bidirectional_iterator_tag();
+	}
+}
+#endif
+
+#ifndef PUGIXML_NO_XPATH
+// STL replacements
+PUGI__NS_BEGIN
+	struct equal_to
+	{
+		template <typename T> bool operator()(const T& lhs, const T& rhs) const
+		{
+			return lhs == rhs;
+		}
+	};
+
+	struct not_equal_to
+	{
+		template <typename T> bool operator()(const T& lhs, const T& rhs) const
+		{
+			return lhs != rhs;
+		}
+	};
+
+	struct less
+	{
+		template <typename T> bool operator()(const T& lhs, const T& rhs) const
+		{
+			return lhs < rhs;
+		}
+	};
+
+	struct less_equal
+	{
+		template <typename T> bool operator()(const T& lhs, const T& rhs) const
+		{
+			return lhs <= rhs;
+		}
+	};
+
+	template <typename T> void swap(T& lhs, T& rhs)
+	{
+		T temp = lhs;
+		lhs = rhs;
+		rhs = temp;
+	}
+
+	template <typename I, typename Pred> I min_element(I begin, I end, const Pred& pred)
+	{
+		I result = begin;
+
+		for (I it = begin + 1; it != end; ++it)
+			if (pred(*it, *result))
+				result = it;
+
+		return result;
+	}
+
+	template <typename I> void reverse(I begin, I end)
+	{
+		while (end - begin > 1) swap(*begin++, *--end);
+	}
+
+	template <typename I> I unique(I begin, I end)
+	{
+		// fast skip head
+		while (end - begin > 1 && *begin != *(begin + 1)) begin++;
+
+		if (begin == end) return begin;
+
+		// last written element
+		I write = begin++; 
+
+		// merge unique elements
+		while (begin != end)
+		{
+			if (*begin != *write)
+				*++write = *begin++;
+			else
+				begin++;
+		}
+
+		// past-the-end (write points to live element)
+		return write + 1;
+	}
+
+	template <typename I> void copy_backwards(I begin, I end, I target)
+	{
+		while (begin != end) *--target = *--end;
+	}
+
+	template <typename I, typename Pred, typename T> void insertion_sort(I begin, I end, const Pred& pred, T*)
+	{
+		assert(begin != end);
+
+		for (I it = begin + 1; it != end; ++it)
+		{
+			T val = *it;
+
+			if (pred(val, *begin))
+			{
+				// move to front
+				copy_backwards(begin, it, it + 1);
+				*begin = val;
+			}
+			else
+			{
+				I hole = it;
+
+				// move hole backwards
+				while (pred(val, *(hole - 1)))
+				{
+					*hole = *(hole - 1);
+					hole--;
+				}
+
+				// fill hole with element
+				*hole = val;
+			}
+		}
+	}
+
+	// std variant for elements with ==
+	template <typename I, typename Pred> void partition(I begin, I middle, I end, const Pred& pred, I* out_eqbeg, I* out_eqend)
+	{
+		I eqbeg = middle, eqend = middle + 1;
+
+		// expand equal range
+		while (eqbeg != begin && *(eqbeg - 1) == *eqbeg) --eqbeg;
+		while (eqend != end && *eqend == *eqbeg) ++eqend;
+
+		// process outer elements
+		I ltend = eqbeg, gtbeg = eqend;
+
+		for (;;)
+		{
+			// find the element from the right side that belongs to the left one
+			for (; gtbeg != end; ++gtbeg)
+				if (!pred(*eqbeg, *gtbeg))
+				{
+					if (*gtbeg == *eqbeg) swap(*gtbeg, *eqend++);
+					else break;
+				}
+
+			// find the element from the left side that belongs to the right one
+			for (; ltend != begin; --ltend)
+				if (!pred(*(ltend - 1), *eqbeg))
+				{
+					if (*eqbeg == *(ltend - 1)) swap(*(ltend - 1), *--eqbeg);
+					else break;
+				}
+
+			// scanned all elements
+			if (gtbeg == end && ltend == begin)
+			{
+				*out_eqbeg = eqbeg;
+				*out_eqend = eqend;
+				return;
+			}
+
+			// make room for elements by moving equal area
+			if (gtbeg == end)
+			{
+				if (--ltend != --eqbeg) swap(*ltend, *eqbeg);
+				swap(*eqbeg, *--eqend);
+			}
+			else if (ltend == begin)
+			{
+				if (eqend != gtbeg) swap(*eqbeg, *eqend);
+				++eqend;
+				swap(*gtbeg++, *eqbeg++);
+			}
+			else swap(*gtbeg++, *--ltend);
+		}
+	}
+
+	template <typename I, typename Pred> void median3(I first, I middle, I last, const Pred& pred)
+	{
+		if (pred(*middle, *first)) swap(*middle, *first);
+		if (pred(*last, *middle)) swap(*last, *middle);
+		if (pred(*middle, *first)) swap(*middle, *first);
+	}
+
+	template <typename I, typename Pred> void median(I first, I middle, I last, const Pred& pred)
+	{
+		if (last - first <= 40)
+		{
+			// median of three for small chunks
+			median3(first, middle, last, pred);
+		}
+		else
+		{
+			// median of nine
+			size_t step = (last - first + 1) / 8;
+
+			median3(first, first + step, first + 2 * step, pred);
+			median3(middle - step, middle, middle + step, pred);
+			median3(last - 2 * step, last - step, last, pred);
+			median3(first + step, middle, last - step, pred);
+		}
+	}
+
+	template <typename I, typename Pred> void sort(I begin, I end, const Pred& pred)
+	{
+		// sort large chunks
+		while (end - begin > 32)
+		{
+			// find median element
+			I middle = begin + (end - begin) / 2;
+			median(begin, middle, end - 1, pred);
+
+			// partition in three chunks (< = >)
+			I eqbeg, eqend;
+			partition(begin, middle, end, pred, &eqbeg, &eqend);
+
+			// loop on larger half
+			if (eqbeg - begin > end - eqend)
+			{
+				sort(eqend, end, pred);
+				end = eqbeg;
+			}
+			else
+			{
+				sort(begin, eqbeg, pred);
+				begin = eqend;
+			}
+		}
+
+		// insertion sort small chunk
+		if (begin != end) insertion_sort(begin, end, pred, &*begin);
+	}
+PUGI__NS_END
+
+// Allocator used for AST and evaluation stacks
+PUGI__NS_BEGIN
+	static const size_t xpath_memory_page_size =
+	#ifdef PUGIXML_MEMORY_XPATH_PAGE_SIZE
+		PUGIXML_MEMORY_XPATH_PAGE_SIZE
+	#else
+		4096
+	#endif
+		;
+
+	static const uintptr_t xpath_memory_block_alignment = sizeof(double) > sizeof(void*) ? sizeof(double) : sizeof(void*);
+
+	struct xpath_memory_block
+	{	
+		xpath_memory_block* next;
+		size_t capacity;
+
+		union
+		{
+			char data[xpath_memory_page_size];
+			double alignment;
+		};
+	};
+		
+	class xpath_allocator
+	{
+		xpath_memory_block* _root;
+		size_t _root_size;
+
+	public:
+	#ifdef PUGIXML_NO_EXCEPTIONS
+		jmp_buf* error_handler;
+	#endif
+
+		xpath_allocator(xpath_memory_block* root, size_t root_size = 0): _root(root), _root_size(root_size)
+		{
+		#ifdef PUGIXML_NO_EXCEPTIONS
+			error_handler = 0;
+		#endif
+		}
+		
+		void* allocate_nothrow(size_t size)
+		{
+			// round size up to block alignment boundary
+			size = (size + xpath_memory_block_alignment - 1) & ~(xpath_memory_block_alignment - 1);
+
+			if (_root_size + size <= _root->capacity)
+			{
+				void* buf = &_root->data[0] + _root_size;
+				_root_size += size;
+				return buf;
+			}
+			else
+			{
+				// make sure we have at least 1/4th of the page free after allocation to satisfy subsequent allocation requests
+				size_t block_capacity_base = sizeof(_root->data);
+				size_t block_capacity_req = size + block_capacity_base / 4;
+				size_t block_capacity = (block_capacity_base > block_capacity_req) ? block_capacity_base : block_capacity_req;
+
+				size_t block_size = block_capacity + offsetof(xpath_memory_block, data);
+
+				xpath_memory_block* block = static_cast<xpath_memory_block*>(xml_memory::allocate(block_size));
+				if (!block) return 0;
+				
+				block->next = _root;
+				block->capacity = block_capacity;
+				
+				_root = block;
+				_root_size = size;
+				
+				return block->data;
+			}
+		}
+
+		void* allocate(size_t size)
+		{
+			void* result = allocate_nothrow(size);
+
+			if (!result)
+			{
+			#ifdef PUGIXML_NO_EXCEPTIONS
+				assert(error_handler);
+				longjmp(*error_handler, 1);
+			#else
+				throw std::bad_alloc();
+			#endif
+			}
+
+			return result;
+		}
+
+		void* reallocate(void* ptr, size_t old_size, size_t new_size)
+		{
+			// round size up to block alignment boundary
+			old_size = (old_size + xpath_memory_block_alignment - 1) & ~(xpath_memory_block_alignment - 1);
+			new_size = (new_size + xpath_memory_block_alignment - 1) & ~(xpath_memory_block_alignment - 1);
+
+			// we can only reallocate the last object
+			assert(ptr == 0 || static_cast<char*>(ptr) + old_size == &_root->data[0] + _root_size);
+
+			// adjust root size so that we have not allocated the object at all
+			bool only_object = (_root_size == old_size);
+
+			if (ptr) _root_size -= old_size;
+
+			// allocate a new version (this will obviously reuse the memory if possible)
+			void* result = allocate(new_size);
+			assert(result);
+
+			// we have a new block
+			if (result != ptr && ptr)
+			{
+				// copy old data
+				assert(new_size >= old_size);
+				memcpy(result, ptr, old_size);
+
+				// free the previous page if it had no other objects
+				if (only_object)
+				{
+					assert(_root->data == result);
+					assert(_root->next);
+
+					xpath_memory_block* next = _root->next->next;
+
+					if (next)
+					{
+						// deallocate the whole page, unless it was the first one
+						xml_memory::deallocate(_root->next);
+						_root->next = next;
+					}
+				}
+			}
+
+			return result;
+		}
+
+		void revert(const xpath_allocator& state)
+		{
+			// free all new pages
+			xpath_memory_block* cur = _root;
+
+			while (cur != state._root)
+			{
+				xpath_memory_block* next = cur->next;
+
+				xml_memory::deallocate(cur);
+
+				cur = next;
+			}
+
+			// restore state
+			_root = state._root;
+			_root_size = state._root_size;
+		}
+
+		void release()
+		{
+			xpath_memory_block* cur = _root;
+			assert(cur);
+
+			while (cur->next)
+			{
+				xpath_memory_block* next = cur->next;
+
+				xml_memory::deallocate(cur);
+
+				cur = next;
+			}
+		}
+	};
+
+	struct xpath_allocator_capture
+	{
+		xpath_allocator_capture(xpath_allocator* alloc): _target(alloc), _state(*alloc)
+		{
+		}
+
+		~xpath_allocator_capture()
+		{
+			_target->revert(_state);
+		}
+
+		xpath_allocator* _target;
+		xpath_allocator _state;
+	};
+
+	struct xpath_stack
+	{
+		xpath_allocator* result;
+		xpath_allocator* temp;
+	};
+
+	struct xpath_stack_data
+	{
+		xpath_memory_block blocks[2];
+		xpath_allocator result;
+		xpath_allocator temp;
+		xpath_stack stack;
+
+	#ifdef PUGIXML_NO_EXCEPTIONS
+		jmp_buf error_handler;
+	#endif
+
+		xpath_stack_data(): result(blocks + 0), temp(blocks + 1)
+		{
+			blocks[0].next = blocks[1].next = 0;
+			blocks[0].capacity = blocks[1].capacity = sizeof(blocks[0].data);
+
+			stack.result = &result;
+			stack.temp = &temp;
+
+		#ifdef PUGIXML_NO_EXCEPTIONS
+			result.error_handler = temp.error_handler = &error_handler;
+		#endif
+		}
+
+		~xpath_stack_data()
+		{
+			result.release();
+			temp.release();
+		}
+	};
+PUGI__NS_END
+
+// String class
+PUGI__NS_BEGIN
+	class xpath_string
+	{
+		const char_t* _buffer;
+		bool _uses_heap;
+		size_t _length_heap;
+
+		static char_t* duplicate_string(const char_t* string, size_t length, xpath_allocator* alloc)
+		{
+			char_t* result = static_cast<char_t*>(alloc->allocate((length + 1) * sizeof(char_t)));
+			assert(result);
+
+			memcpy(result, string, length * sizeof(char_t));
+			result[length] = 0;
+
+			return result;
+		}
+
+		xpath_string(const char_t* buffer, bool uses_heap_, size_t length_heap): _buffer(buffer), _uses_heap(uses_heap_), _length_heap(length_heap)
+		{
+		}
+
+	public:
+		static xpath_string from_const(const char_t* str)
+		{
+			return xpath_string(str, false, 0);
+		}
+
+		static xpath_string from_heap_preallocated(const char_t* begin, const char_t* end)
+		{
+			assert(begin <= end && *end == 0);
+
+			return xpath_string(begin, true, static_cast<size_t>(end - begin));
+		}
+
+		static xpath_string from_heap(const char_t* begin, const char_t* end, xpath_allocator* alloc)
+		{
+			assert(begin <= end);
+
+			size_t length = static_cast<size_t>(end - begin);
+
+			return length == 0 ? xpath_string() : xpath_string(duplicate_string(begin, length, alloc), true, length);
+		}
+
+		xpath_string(): _buffer(PUGIXML_TEXT("")), _uses_heap(false), _length_heap(0)
+		{
+		}
+
+		void append(const xpath_string& o, xpath_allocator* alloc)
+		{
+			// skip empty sources
+			if (!*o._buffer) return;
+
+			// fast append for constant empty target and constant source
+			if (!*_buffer && !_uses_heap && !o._uses_heap)
+			{
+				_buffer = o._buffer;
+			}
+			else
+			{
+				// need to make heap copy
+				size_t target_length = length();
+				size_t source_length = o.length();
+				size_t result_length = target_length + source_length;
+
+				// allocate new buffer
+				char_t* result = static_cast<char_t*>(alloc->reallocate(_uses_heap ? const_cast<char_t*>(_buffer) : 0, (target_length + 1) * sizeof(char_t), (result_length + 1) * sizeof(char_t)));
+				assert(result);
+
+				// append first string to the new buffer in case there was no reallocation
+				if (!_uses_heap) memcpy(result, _buffer, target_length * sizeof(char_t));
+
+				// append second string to the new buffer
+				memcpy(result + target_length, o._buffer, source_length * sizeof(char_t));
+				result[result_length] = 0;
+
+				// finalize
+				_buffer = result;
+				_uses_heap = true;
+				_length_heap = result_length;
+			}
+		}
+
+		const char_t* c_str() const
+		{
+			return _buffer;
+		}
+
+		size_t length() const
+		{
+			return _uses_heap ? _length_heap : strlength(_buffer);
+		}
+		
+		char_t* data(xpath_allocator* alloc)
+		{
+			// make private heap copy
+			if (!_uses_heap)
+			{
+				size_t length_ = strlength(_buffer);
+
+				_buffer = duplicate_string(_buffer, length_, alloc);
+				_uses_heap = true;
+				_length_heap = length_;
+			}
+
+			return const_cast<char_t*>(_buffer);
+		}
+
+		bool empty() const
+		{
+			return *_buffer == 0;
+		}
+
+		bool operator==(const xpath_string& o) const
+		{
+			return strequal(_buffer, o._buffer);
+		}
+
+		bool operator!=(const xpath_string& o) const
+		{
+			return !strequal(_buffer, o._buffer);
+		}
+
+		bool uses_heap() const
+		{
+			return _uses_heap;
+		}
+	};
+PUGI__NS_END
+
+PUGI__NS_BEGIN
+	PUGI__FN bool starts_with(const char_t* string, const char_t* pattern)
+	{
+		while (*pattern && *string == *pattern)
+		{
+			string++;
+			pattern++;
+		}
+
+		return *pattern == 0;
+	}
+
+	PUGI__FN const char_t* find_char(const char_t* s, char_t c)
+	{
+	#ifdef PUGIXML_WCHAR_MODE
+		return wcschr(s, c);
+	#else
+		return strchr(s, c);
+	#endif
+	}
+
+	PUGI__FN const char_t* find_substring(const char_t* s, const char_t* p)
+	{
+	#ifdef PUGIXML_WCHAR_MODE
+		// MSVC6 wcsstr bug workaround (if s is empty it always returns 0)
+		return (*p == 0) ? s : wcsstr(s, p);
+	#else
+		return strstr(s, p);
+	#endif
+	}
+
+	// Converts symbol to lower case, if it is an ASCII one
+	PUGI__FN char_t tolower_ascii(char_t ch)
+	{
+		return static_cast<unsigned int>(ch - 'A') < 26 ? static_cast<char_t>(ch | ' ') : ch;
+	}
+
+	PUGI__FN xpath_string string_value(const xpath_node& na, xpath_allocator* alloc)
+	{
+		if (na.attribute())
+			return xpath_string::from_const(na.attribute().value());
+		else
+		{
+			xml_node n = na.node();
+
+			switch (n.type())
+			{
+			case node_pcdata:
+			case node_cdata:
+			case node_comment:
+			case node_pi:
+				return xpath_string::from_const(n.value());
+			
+			case node_document:
+			case node_element:
+			{
+				xpath_string result;
+
+				xml_node cur = n.first_child();
+				
+				while (cur && cur != n)
+				{
+					if (cur.type() == node_pcdata || cur.type() == node_cdata)
+						result.append(xpath_string::from_const(cur.value()), alloc);
+
+					if (cur.first_child())
+						cur = cur.first_child();
+					else if (cur.next_sibling())
+						cur = cur.next_sibling();
+					else
+					{
+						while (!cur.next_sibling() && cur != n)
+							cur = cur.parent();
+
+						if (cur != n) cur = cur.next_sibling();
+					}
+				}
+				
+				return result;
+			}
+			
+			default:
+				return xpath_string();
+			}
+		}
+	}
+	
+	PUGI__FN bool node_is_before_sibling(xml_node_struct* ln, xml_node_struct* rn)
+	{
+		assert(ln->parent == rn->parent);
+
+		// there is no common ancestor (the shared parent is null), nodes are from different documents
+		if (!ln->parent) return ln < rn;
+
+		// determine sibling order
+		xml_node_struct* ls = ln;
+		xml_node_struct* rs = rn;
+
+		while (ls && rs)
+		{
+			if (ls == rn) return true;
+			if (rs == ln) return false;
+
+			ls = ls->next_sibling;
+			rs = rs->next_sibling;
+		}
+
+		// if rn sibling chain ended ln must be before rn
+		return !rs;
+	}
+	
+	PUGI__FN bool node_is_before(xml_node_struct* ln, xml_node_struct* rn)
+	{
+		// find common ancestor at the same depth, if any
+		xml_node_struct* lp = ln;
+		xml_node_struct* rp = rn;
+
+		while (lp && rp && lp->parent != rp->parent)
+		{
+			lp = lp->parent;
+			rp = rp->parent;
+		}
+
+		// parents are the same!
+		if (lp && rp) return node_is_before_sibling(lp, rp);
+
+		// nodes are at different depths, need to normalize heights
+		bool left_higher = !lp;
+
+		while (lp)
+		{
+			lp = lp->parent;
+			ln = ln->parent;
+		}
+
+		while (rp)
+		{
+			rp = rp->parent;
+			rn = rn->parent;
+		}
+
+		// one node is the ancestor of the other
+		if (ln == rn) return left_higher;
+
+		// find common ancestor... again
+		while (ln->parent != rn->parent)
+		{
+			ln = ln->parent;
+			rn = rn->parent;
+		}
+
+		return node_is_before_sibling(ln, rn);
+	}
+
+	PUGI__FN bool node_is_ancestor(xml_node_struct* parent, xml_node_struct* node)
+	{
+		while (node && node != parent) node = node->parent;
+
+		return parent && node == parent;
+	}
+
+	PUGI__FN const void* document_buffer_order(const xpath_node& xnode)
+	{
+		xml_node_struct* node = xnode.node().internal_object();
+
+		if (node)
+		{
+			if ((get_document(node).header & xml_memory_page_contents_shared_mask) == 0)
+			{
+				if (node->name && (node->header & impl::xml_memory_page_name_allocated_or_shared_mask) == 0) return node->name;
+				if (node->value && (node->header & impl::xml_memory_page_value_allocated_or_shared_mask) == 0) return node->value;
+			}
+
+			return 0;
+		}
+
+		xml_attribute_struct* attr = xnode.attribute().internal_object();
+
+		if (attr)
+		{
+			if ((get_document(attr).header & xml_memory_page_contents_shared_mask) == 0)
+			{
+				if ((attr->header & impl::xml_memory_page_name_allocated_or_shared_mask) == 0) return attr->name;
+				if ((attr->header & impl::xml_memory_page_value_allocated_or_shared_mask) == 0) return attr->value;
+			}
+
+			return 0;
+		}
+
+		return 0;
+	}
+	
+	struct document_order_comparator
+	{
+		bool operator()(const xpath_node& lhs, const xpath_node& rhs) const
+		{
+			// optimized document order based check
+			const void* lo = document_buffer_order(lhs);
+			const void* ro = document_buffer_order(rhs);
+
+			if (lo && ro) return lo < ro;
+
+			// slow comparison
+			xml_node ln = lhs.node(), rn = rhs.node();
+
+			// compare attributes
+			if (lhs.attribute() && rhs.attribute())
+			{
+				// shared parent
+				if (lhs.parent() == rhs.parent())
+				{
+					// determine sibling order
+					for (xml_attribute a = lhs.attribute(); a; a = a.next_attribute())
+						if (a == rhs.attribute())
+							return true;
+					
+					return false;
+				}
+				
+				// compare attribute parents
+				ln = lhs.parent();
+				rn = rhs.parent();
+			}
+			else if (lhs.attribute())
+			{
+				// attributes go after the parent element
+				if (lhs.parent() == rhs.node()) return false;
+				
+				ln = lhs.parent();
+			}
+			else if (rhs.attribute())
+			{
+				// attributes go after the parent element
+				if (rhs.parent() == lhs.node()) return true;
+				
+				rn = rhs.parent();
+			}
+
+			if (ln == rn) return false;
+
+			if (!ln || !rn) return ln < rn;
+			
+			return node_is_before(ln.internal_object(), rn.internal_object());
+		}
+	};
+
+	struct duplicate_comparator
+	{
+		bool operator()(const xpath_node& lhs, const xpath_node& rhs) const
+		{
+			if (lhs.attribute()) return rhs.attribute() ? lhs.attribute() < rhs.attribute() : true;
+			else return rhs.attribute() ? false : lhs.node() < rhs.node();
+		}
+	};
+	
+	PUGI__FN double gen_nan()
+	{
+	#if defined(__STDC_IEC_559__) || ((FLT_RADIX - 0 == 2) && (FLT_MAX_EXP - 0 == 128) && (FLT_MANT_DIG - 0 == 24))
+		union { float f; uint32_t i; } u[sizeof(float) == sizeof(uint32_t) ? 1 : -1];
+		u[0].i = 0x7fc00000;
+		return u[0].f;
+	#else
+		// fallback
+		const volatile double zero = 0.0;
+		return zero / zero;
+	#endif
+	}
+	
+	PUGI__FN bool is_nan(double value)
+	{
+	#if defined(PUGI__MSVC_CRT_VERSION) || defined(__BORLANDC__)
+		return !!_isnan(value);
+	#elif defined(fpclassify) && defined(FP_NAN)
+		return fpclassify(value) == FP_NAN;
+	#else
+		// fallback
+		const volatile double v = value;
+		return v != v;
+	#endif
+	}
+	
+	PUGI__FN const char_t* convert_number_to_string_special(double value)
+	{
+	#if defined(PUGI__MSVC_CRT_VERSION) || defined(__BORLANDC__)
+		if (_finite(value)) return (value == 0) ? PUGIXML_TEXT("0") : 0;
+		if (_isnan(value)) return PUGIXML_TEXT("NaN");
+		return value > 0 ? PUGIXML_TEXT("Infinity") : PUGIXML_TEXT("-Infinity");
+	#elif defined(fpclassify) && defined(FP_NAN) && defined(FP_INFINITE) && defined(FP_ZERO)
+		switch (fpclassify(value))
+		{
+		case FP_NAN:
+			return PUGIXML_TEXT("NaN");
+
+		case FP_INFINITE:
+			return value > 0 ? PUGIXML_TEXT("Infinity") : PUGIXML_TEXT("-Infinity");
+
+		case FP_ZERO:
+			return PUGIXML_TEXT("0");
+
+		default:
+			return 0;
+		}
+	#else
+		// fallback
+		const volatile double v = value;
+
+		if (v == 0) return PUGIXML_TEXT("0");
+		if (v != v) return PUGIXML_TEXT("NaN");
+		if (v * 2 == v) return value > 0 ? PUGIXML_TEXT("Infinity") : PUGIXML_TEXT("-Infinity");
+		return 0;
+	#endif
+	}
+	
+	PUGI__FN bool convert_number_to_boolean(double value)
+	{
+		return (value != 0 && !is_nan(value));
+	}
+	
+	PUGI__FN void truncate_zeros(char* begin, char* end)
+	{
+		while (begin != end && end[-1] == '0') end--;
+
+		*end = 0;
+	}
+
+	// gets mantissa digits in the form of 0.xxxxx with 0. implied and the exponent
+#if defined(PUGI__MSVC_CRT_VERSION) && PUGI__MSVC_CRT_VERSION >= 1400 && !defined(_WIN32_WCE)
+	PUGI__FN void convert_number_to_mantissa_exponent(double value, char* buffer, size_t buffer_size, char** out_mantissa, int* out_exponent)
+	{
+		// get base values
+		int sign, exponent;
+		_ecvt_s(buffer, buffer_size, value, DBL_DIG + 1, &exponent, &sign);
+
+		// truncate redundant zeros
+		truncate_zeros(buffer, buffer + strlen(buffer));
+
+		// fill results
+		*out_mantissa = buffer;
+		*out_exponent = exponent;
+	}
+#else
+	PUGI__FN void convert_number_to_mantissa_exponent(double value, char* buffer, size_t buffer_size, char** out_mantissa, int* out_exponent)
+	{
+		// get a scientific notation value with IEEE DBL_DIG decimals
+		sprintf(buffer, "%.*e", DBL_DIG, value);
+		assert(strlen(buffer) < buffer_size);
+		(void)!buffer_size;
+
+		// get the exponent (possibly negative)
+		char* exponent_string = strchr(buffer, 'e');
+		assert(exponent_string);
+
+		int exponent = atoi(exponent_string + 1);
+
+		// extract mantissa string: skip sign
+		char* mantissa = buffer[0] == '-' ? buffer + 1 : buffer;
+		assert(mantissa[0] != '0' && mantissa[1] == '.');
+
+		// divide mantissa by 10 to eliminate integer part
+		mantissa[1] = mantissa[0];
+		mantissa++;
+		exponent++;
+
+		// remove extra mantissa digits and zero-terminate mantissa
+		truncate_zeros(mantissa, exponent_string);
+
+		// fill results
+		*out_mantissa = mantissa;
+		*out_exponent = exponent;
+	}
+#endif
+
+	PUGI__FN xpath_string convert_number_to_string(double value, xpath_allocator* alloc)
+	{
+		// try special number conversion
+		const char_t* special = convert_number_to_string_special(value);
+		if (special) return xpath_string::from_const(special);
+
+		// get mantissa + exponent form
+		char mantissa_buffer[32];
+
+		char* mantissa;
+		int exponent;
+		convert_number_to_mantissa_exponent(value, mantissa_buffer, sizeof(mantissa_buffer), &mantissa, &exponent);
+
+		// allocate a buffer of suitable length for the number
+		size_t result_size = strlen(mantissa_buffer) + (exponent > 0 ? exponent : -exponent) + 4;
+		char_t* result = static_cast<char_t*>(alloc->allocate(sizeof(char_t) * result_size));
+		assert(result);
+
+		// make the number!
+		char_t* s = result;
+
+		// sign
+		if (value < 0) *s++ = '-';
+
+		// integer part
+		if (exponent <= 0)
+		{
+			*s++ = '0';
+		}
+		else
+		{
+			while (exponent > 0)
+			{
+				assert(*mantissa == 0 || static_cast<unsigned int>(static_cast<unsigned int>(*mantissa) - '0') <= 9);
+				*s++ = *mantissa ? *mantissa++ : '0';
+				exponent--;
+			}
+		}
+
+		// fractional part
+		if (*mantissa)
+		{
+			// decimal point
+			*s++ = '.';
+
+			// extra zeroes from negative exponent
+			while (exponent < 0)
+			{
+				*s++ = '0';
+				exponent++;
+			}
+
+			// extra mantissa digits
+			while (*mantissa)
+			{
+				assert(static_cast<unsigned int>(*mantissa - '0') <= 9);
+				*s++ = *mantissa++;
+			}
+		}
+
+		// zero-terminate
+		assert(s < result + result_size);
+		*s = 0;
+
+		return xpath_string::from_heap_preallocated(result, s);
+	}
+	
+	PUGI__FN bool check_string_to_number_format(const char_t* string)
+	{
+		// parse leading whitespace
+		while (PUGI__IS_CHARTYPE(*string, ct_space)) ++string;
+
+		// parse sign
+		if (*string == '-') ++string;
+
+		if (!*string) return false;
+
+		// if there is no integer part, there should be a decimal part with at least one digit
+		if (!PUGI__IS_CHARTYPEX(string[0], ctx_digit) && (string[0] != '.' || !PUGI__IS_CHARTYPEX(string[1], ctx_digit))) return false;
+
+		// parse integer part
+		while (PUGI__IS_CHARTYPEX(*string, ctx_digit)) ++string;
+
+		// parse decimal part
+		if (*string == '.')
+		{
+			++string;
+
+			while (PUGI__IS_CHARTYPEX(*string, ctx_digit)) ++string;
+		}
+
+		// parse trailing whitespace
+		while (PUGI__IS_CHARTYPE(*string, ct_space)) ++string;
+
+		return *string == 0;
+	}
+
+	PUGI__FN double convert_string_to_number(const char_t* string)
+	{
+		// check string format
+		if (!check_string_to_number_format(string)) return gen_nan();
+
+		// parse string
+	#ifdef PUGIXML_WCHAR_MODE
+		return wcstod(string, 0);
+	#else
+		return strtod(string, 0);
+	#endif
+	}
+
+	PUGI__FN bool convert_string_to_number_scratch(char_t (&buffer)[32], const char_t* begin, const char_t* end, double* out_result)
+	{
+		size_t length = static_cast<size_t>(end - begin);
+		char_t* scratch = buffer;
+
+		if (length >= sizeof(buffer) / sizeof(buffer[0]))
+		{
+			// need to make dummy on-heap copy
+			scratch = static_cast<char_t*>(xml_memory::allocate((length + 1) * sizeof(char_t)));
+			if (!scratch) return false;
+		}
+
+		// copy string to zero-terminated buffer and perform conversion
+		memcpy(scratch, begin, length * sizeof(char_t));
+		scratch[length] = 0;
+
+		*out_result = convert_string_to_number(scratch);
+
+		// free dummy buffer
+		if (scratch != buffer) xml_memory::deallocate(scratch);
+
+		return true;
+	}
+	
+	PUGI__FN double round_nearest(double value)
+	{
+		return floor(value + 0.5);
+	}
+
+	PUGI__FN double round_nearest_nzero(double value)
+	{
+		// same as round_nearest, but returns -0 for [-0.5, -0]
+		// ceil is used to differentiate between +0 and -0 (we return -0 for [-0.5, -0] and +0 for +0)
+		return (value >= -0.5 && value <= 0) ? ceil(value) : floor(value + 0.5);
+	}
+	
+	PUGI__FN const char_t* qualified_name(const xpath_node& node)
+	{
+		return node.attribute() ? node.attribute().name() : node.node().name();
+	}
+	
+	PUGI__FN const char_t* local_name(const xpath_node& node)
+	{
+		const char_t* name = qualified_name(node);
+		const char_t* p = find_char(name, ':');
+		
+		return p ? p + 1 : name;
+	}
+
+	struct namespace_uri_predicate
+	{
+		const char_t* prefix;
+		size_t prefix_length;
+
+		namespace_uri_predicate(const char_t* name)
+		{
+			const char_t* pos = find_char(name, ':');
+
+			prefix = pos ? name : 0;
+			prefix_length = pos ? static_cast<size_t>(pos - name) : 0;
+		}
+
+		bool operator()(xml_attribute a) const
+		{
+			const char_t* name = a.name();
+
+			if (!starts_with(name, PUGIXML_TEXT("xmlns"))) return false;
+
+			return prefix ? name[5] == ':' && strequalrange(name + 6, prefix, prefix_length) : name[5] == 0;
+		}
+	};
+
+	PUGI__FN const char_t* namespace_uri(xml_node node)
+	{
+		namespace_uri_predicate pred = node.name();
+		
+		xml_node p = node;
+		
+		while (p)
+		{
+			xml_attribute a = p.find_attribute(pred);
+			
+			if (a) return a.value();
+			
+			p = p.parent();
+		}
+		
+		return PUGIXML_TEXT("");
+	}
+
+	PUGI__FN const char_t* namespace_uri(xml_attribute attr, xml_node parent)
+	{
+		namespace_uri_predicate pred = attr.name();
+		
+		// Default namespace does not apply to attributes
+		if (!pred.prefix) return PUGIXML_TEXT("");
+		
+		xml_node p = parent;
+		
+		while (p)
+		{
+			xml_attribute a = p.find_attribute(pred);
+			
+			if (a) return a.value();
+			
+			p = p.parent();
+		}
+		
+		return PUGIXML_TEXT("");
+	}
+
+	PUGI__FN const char_t* namespace_uri(const xpath_node& node)
+	{
+		return node.attribute() ? namespace_uri(node.attribute(), node.parent()) : namespace_uri(node.node());
+	}
+
+	PUGI__FN char_t* normalize_space(char_t* buffer)
+	{
+		char_t* write = buffer;
+
+		for (char_t* it = buffer; *it; )
+		{
+			char_t ch = *it++;
+
+			if (PUGI__IS_CHARTYPE(ch, ct_space))
+			{
+				// replace whitespace sequence with single space
+				while (PUGI__IS_CHARTYPE(*it, ct_space)) it++;
+
+				// avoid leading spaces
+				if (write != buffer) *write++ = ' ';
+			}
+			else *write++ = ch;
+		}
+
+		// remove trailing space
+		if (write != buffer && PUGI__IS_CHARTYPE(write[-1], ct_space)) write--;
+
+		// zero-terminate
+		*write = 0;
+
+		return write;
+	}
+
+	PUGI__FN char_t* translate(char_t* buffer, const char_t* from, const char_t* to, size_t to_length)
+	{
+		char_t* write = buffer;
+
+		while (*buffer)
+		{
+			PUGI__DMC_VOLATILE char_t ch = *buffer++;
+
+			const char_t* pos = find_char(from, ch);
+
+			if (!pos)
+				*write++ = ch; // do not process
+			else if (static_cast<size_t>(pos - from) < to_length)
+				*write++ = to[pos - from]; // replace
+		}
+
+		// zero-terminate
+		*write = 0;
+
+		return write;
+	}
+
+	PUGI__FN unsigned char* translate_table_generate(xpath_allocator* alloc, const char_t* from, const char_t* to)
+	{
+		unsigned char table[128] = {0};
+
+		while (*from)
+		{
+			unsigned int fc = static_cast<unsigned int>(*from);
+			unsigned int tc = static_cast<unsigned int>(*to);
+
+			if (fc >= 128 || tc >= 128)
+				return 0;
+
+			// code=128 means "skip character"
+			if (!table[fc])
+				table[fc] = static_cast<unsigned char>(tc ? tc : 128);
+
+			from++;
+			if (tc) to++;
+		}
+
+		for (int i = 0; i < 128; ++i)
+			if (!table[i])
+				table[i] = static_cast<unsigned char>(i);
+
+		void* result = alloc->allocate_nothrow(sizeof(table));
+
+		if (result)
+		{
+			memcpy(result, table, sizeof(table));
+		}
+
+		return static_cast<unsigned char*>(result);
+	}
+
+	PUGI__FN char_t* translate_table(char_t* buffer, const unsigned char* table)
+	{
+		char_t* write = buffer;
+
+		while (*buffer)
+		{
+			char_t ch = *buffer++;
+			unsigned int index = static_cast<unsigned int>(ch);
+
+			if (index < 128)
+			{
+				unsigned char code = table[index];
+
+				// code=128 means "skip character" (table size is 128 so 128 can be a special value)
+				// this code skips these characters without extra branches
+				*write = static_cast<char_t>(code);
+				write += 1 - (code >> 7);
+			}
+			else
+			{
+				*write++ = ch;
+			}
+		}
+
+		// zero-terminate
+		*write = 0;
+
+		return write;
+	}
+
+	inline bool is_xpath_attribute(const char_t* name)
+	{
+		return !(starts_with(name, PUGIXML_TEXT("xmlns")) && (name[5] == 0 || name[5] == ':'));
+	}
+
+	struct xpath_variable_boolean: xpath_variable
+	{
+		xpath_variable_boolean(): xpath_variable(xpath_type_boolean), value(false)
+		{
+		}
+
+		bool value;
+		char_t name[1];
+	};
+
+	struct xpath_variable_number: xpath_variable
+	{
+		xpath_variable_number(): xpath_variable(xpath_type_number), value(0)
+		{
+		}
+
+		double value;
+		char_t name[1];
+	};
+
+	struct xpath_variable_string: xpath_variable
+	{
+		xpath_variable_string(): xpath_variable(xpath_type_string), value(0)
+		{
+		}
+
+		~xpath_variable_string()
+		{
+			if (value) xml_memory::deallocate(value);
+		}
+
+		char_t* value;
+		char_t name[1];
+	};
+
+	struct xpath_variable_node_set: xpath_variable
+	{
+		xpath_variable_node_set(): xpath_variable(xpath_type_node_set)
+		{
+		}
+
+		xpath_node_set value;
+		char_t name[1];
+	};
+
+	static const xpath_node_set dummy_node_set;
+
+	PUGI__FN unsigned int hash_string(const char_t* str)
+	{
+		// Jenkins one-at-a-time hash (http://en.wikipedia.org/wiki/Jenkins_hash_function#one-at-a-time)
+		unsigned int result = 0;
+
+		while (*str)
+		{
+			result += static_cast<unsigned int>(*str++);
+			result += result << 10;
+			result ^= result >> 6;
+		}
+	
+		result += result << 3;
+		result ^= result >> 11;
+		result += result << 15;
+	
+		return result;
+	}
+
+	template <typename T> PUGI__FN T* new_xpath_variable(const char_t* name)
+	{
+		size_t length = strlength(name);
+		if (length == 0) return 0; // empty variable names are invalid
+
+		// $$ we can't use offsetof(T, name) because T is non-POD, so we just allocate additional length characters
+		void* memory = xml_memory::allocate(sizeof(T) + length * sizeof(char_t));
+		if (!memory) return 0;
+
+		T* result = new (memory) T();
+
+		memcpy(result->name, name, (length + 1) * sizeof(char_t));
+
+		return result;
+	}
+
+	PUGI__FN xpath_variable* new_xpath_variable(xpath_value_type type, const char_t* name)
+	{
+		switch (type)
+		{
+		case xpath_type_node_set:
+			return new_xpath_variable<xpath_variable_node_set>(name);
+
+		case xpath_type_number:
+			return new_xpath_variable<xpath_variable_number>(name);
+
+		case xpath_type_string:
+			return new_xpath_variable<xpath_variable_string>(name);
+
+		case xpath_type_boolean:
+			return new_xpath_variable<xpath_variable_boolean>(name);
+
+		default:
+			return 0;
+		}
+	}
+
+	template <typename T> PUGI__FN void delete_xpath_variable(T* var)
+	{
+		var->~T();
+		xml_memory::deallocate(var);
+	}
+
+	PUGI__FN void delete_xpath_variable(xpath_value_type type, xpath_variable* var)
+	{
+		switch (type)
+		{
+		case xpath_type_node_set:
+			delete_xpath_variable(static_cast<xpath_variable_node_set*>(var));
+			break;
+
+		case xpath_type_number:
+			delete_xpath_variable(static_cast<xpath_variable_number*>(var));
+			break;
+
+		case xpath_type_string:
+			delete_xpath_variable(static_cast<xpath_variable_string*>(var));
+			break;
+
+		case xpath_type_boolean:
+			delete_xpath_variable(static_cast<xpath_variable_boolean*>(var));
+			break;
+
+		default:
+			assert(!"Invalid variable type");
+		}
+	}
+
+	PUGI__FN bool copy_xpath_variable(xpath_variable* lhs, const xpath_variable* rhs)
+	{
+		switch (rhs->type())
+		{
+		case xpath_type_node_set:
+			return lhs->set(static_cast<const xpath_variable_node_set*>(rhs)->value);
+
+		case xpath_type_number:
+			return lhs->set(static_cast<const xpath_variable_number*>(rhs)->value);
+
+		case xpath_type_string:
+			return lhs->set(static_cast<const xpath_variable_string*>(rhs)->value);
+
+		case xpath_type_boolean:
+			return lhs->set(static_cast<const xpath_variable_boolean*>(rhs)->value);
+
+		default:
+			assert(!"Invalid variable type");
+			return false;
+		}
+	}
+
+	PUGI__FN bool get_variable_scratch(char_t (&buffer)[32], xpath_variable_set* set, const char_t* begin, const char_t* end, xpath_variable** out_result)
+	{
+		size_t length = static_cast<size_t>(end - begin);
+		char_t* scratch = buffer;
+
+		if (length >= sizeof(buffer) / sizeof(buffer[0]))
+		{
+			// need to make dummy on-heap copy
+			scratch = static_cast<char_t*>(xml_memory::allocate((length + 1) * sizeof(char_t)));
+			if (!scratch) return false;
+		}
+
+		// copy string to zero-terminated buffer and perform lookup
+		memcpy(scratch, begin, length * sizeof(char_t));
+		scratch[length] = 0;
+
+		*out_result = set->get(scratch);
+
+		// free dummy buffer
+		if (scratch != buffer) xml_memory::deallocate(scratch);
+
+		return true;
+	}
+PUGI__NS_END
+
+// Internal node set class
+PUGI__NS_BEGIN
+	PUGI__FN xpath_node_set::type_t xpath_get_order(const xpath_node* begin, const xpath_node* end)
+	{
+		if (end - begin < 2)
+			return xpath_node_set::type_sorted;
+
+		document_order_comparator cmp;
+
+		bool first = cmp(begin[0], begin[1]);
+
+		for (const xpath_node* it = begin + 1; it + 1 < end; ++it)
+			if (cmp(it[0], it[1]) != first)
+				return xpath_node_set::type_unsorted;
+
+		return first ? xpath_node_set::type_sorted : xpath_node_set::type_sorted_reverse;
+	}
+
+	PUGI__FN xpath_node_set::type_t xpath_sort(xpath_node* begin, xpath_node* end, xpath_node_set::type_t type, bool rev)
+	{
+		xpath_node_set::type_t order = rev ? xpath_node_set::type_sorted_reverse : xpath_node_set::type_sorted;
+
+		if (type == xpath_node_set::type_unsorted)
+		{
+			xpath_node_set::type_t sorted = xpath_get_order(begin, end);
+
+			if (sorted == xpath_node_set::type_unsorted)
+			{
+				sort(begin, end, document_order_comparator());
+
+				type = xpath_node_set::type_sorted;
+			}
+			else
+				type = sorted;
+		}
+		
+		if (type != order) reverse(begin, end);
+			
+		return order;
+	}
+
+	PUGI__FN xpath_node xpath_first(const xpath_node* begin, const xpath_node* end, xpath_node_set::type_t type)
+	{
+		if (begin == end) return xpath_node();
+
+		switch (type)
+		{
+		case xpath_node_set::type_sorted:
+			return *begin;
+
+		case xpath_node_set::type_sorted_reverse:
+			return *(end - 1);
+
+		case xpath_node_set::type_unsorted:
+			return *min_element(begin, end, document_order_comparator());
+
+		default:
+			assert(!"Invalid node set type");
+			return xpath_node();
+		}
+	}
+
+	class xpath_node_set_raw
+	{
+		xpath_node_set::type_t _type;
+
+		xpath_node* _begin;
+		xpath_node* _end;
+		xpath_node* _eos;
+
+	public:
+		xpath_node_set_raw(): _type(xpath_node_set::type_unsorted), _begin(0), _end(0), _eos(0)
+		{
+		}
+
+		xpath_node* begin() const
+		{
+			return _begin;
+		}
+
+		xpath_node* end() const
+		{
+			return _end;
+		}
+
+		bool empty() const
+		{
+			return _begin == _end;
+		}
+
+		size_t size() const
+		{
+			return static_cast<size_t>(_end - _begin);
+		}
+
+		xpath_node first() const
+		{
+			return xpath_first(_begin, _end, _type);
+		}
+
+		void push_back_grow(const xpath_node& node, xpath_allocator* alloc);
+
+		void push_back(const xpath_node& node, xpath_allocator* alloc)
+		{
+			if (_end != _eos)
+				*_end++ = node;
+			else
+				push_back_grow(node, alloc);
+		}
+
+		void append(const xpath_node* begin_, const xpath_node* end_, xpath_allocator* alloc)
+		{
+			if (begin_ == end_) return;
+
+			size_t size_ = static_cast<size_t>(_end - _begin);
+			size_t capacity = static_cast<size_t>(_eos - _begin);
+			size_t count = static_cast<size_t>(end_ - begin_);
+
+			if (size_ + count > capacity)
+			{
+				// reallocate the old array or allocate a new one
+				xpath_node* data = static_cast<xpath_node*>(alloc->reallocate(_begin, capacity * sizeof(xpath_node), (size_ + count) * sizeof(xpath_node)));
+				assert(data);
+
+				// finalize
+				_begin = data;
+				_end = data + size_;
+				_eos = data + size_ + count;
+			}
+
+			memcpy(_end, begin_, count * sizeof(xpath_node));
+			_end += count;
+		}
+
+		void sort_do()
+		{
+			_type = xpath_sort(_begin, _end, _type, false);
+		}
+
+		void truncate(xpath_node* pos)
+		{
+			assert(_begin <= pos && pos <= _end);
+
+			_end = pos;
+		}
+
+		void remove_duplicates()
+		{
+			if (_type == xpath_node_set::type_unsorted)
+				sort(_begin, _end, duplicate_comparator());
+		
+			_end = unique(_begin, _end);
+		}
+
+		xpath_node_set::type_t type() const
+		{
+			return _type;
+		}
+
+		void set_type(xpath_node_set::type_t value)
+		{
+			_type = value;
+		}
+	};
+
+	PUGI__FN_NO_INLINE void xpath_node_set_raw::push_back_grow(const xpath_node& node, xpath_allocator* alloc)
+	{
+		size_t capacity = static_cast<size_t>(_eos - _begin);
+
+		// get new capacity (1.5x rule)
+		size_t new_capacity = capacity + capacity / 2 + 1;
+
+		// reallocate the old array or allocate a new one
+		xpath_node* data = static_cast<xpath_node*>(alloc->reallocate(_begin, capacity * sizeof(xpath_node), new_capacity * sizeof(xpath_node)));
+		assert(data);
+
+		// finalize
+		_begin = data;
+		_end = data + capacity;
+		_eos = data + new_capacity;
+
+		// push
+		*_end++ = node;
+	}
+PUGI__NS_END
+
+PUGI__NS_BEGIN
+	struct xpath_context
+	{
+		xpath_node n;
+		size_t position, size;
+
+		xpath_context(const xpath_node& n_, size_t position_, size_t size_): n(n_), position(position_), size(size_)
+		{
+		}
+	};
+
+	enum lexeme_t
+	{
+		lex_none = 0,
+		lex_equal,
+		lex_not_equal,
+		lex_less,
+		lex_greater,
+		lex_less_or_equal,
+		lex_greater_or_equal,
+		lex_plus,
+		lex_minus,
+		lex_multiply,
+		lex_union,
+		lex_var_ref,
+		lex_open_brace,
+		lex_close_brace,
+		lex_quoted_string,
+		lex_number,
+		lex_slash,
+		lex_double_slash,
+		lex_open_square_brace,
+		lex_close_square_brace,
+		lex_string,
+		lex_comma,
+		lex_axis_attribute,
+		lex_dot,
+		lex_double_dot,
+		lex_double_colon,
+		lex_eof
+	};
+
+	struct xpath_lexer_string
+	{
+		const char_t* begin;
+		const char_t* end;
+
+		xpath_lexer_string(): begin(0), end(0)
+		{
+		}
+
+		bool operator==(const char_t* other) const
+		{
+			size_t length = static_cast<size_t>(end - begin);
+
+			return strequalrange(other, begin, length);
+		}
+	};
+
+	class xpath_lexer
+	{
+		const char_t* _cur;
+		const char_t* _cur_lexeme_pos;
+		xpath_lexer_string _cur_lexeme_contents;
+
+		lexeme_t _cur_lexeme;
+
+	public:
+		explicit xpath_lexer(const char_t* query): _cur(query)
+		{
+			next();
+		}
+		
+		const char_t* state() const
+		{
+			return _cur;
+		}
+		
+		void next()
+		{
+			const char_t* cur = _cur;
+
+			while (PUGI__IS_CHARTYPE(*cur, ct_space)) ++cur;
+
+			// save lexeme position for error reporting
+			_cur_lexeme_pos = cur;
+
+			switch (*cur)
+			{
+			case 0:
+				_cur_lexeme = lex_eof;
+				break;
+			
+			case '>':
+				if (*(cur+1) == '=')
+				{
+					cur += 2;
+					_cur_lexeme = lex_greater_or_equal;
+				}
+				else
+				{
+					cur += 1;
+					_cur_lexeme = lex_greater;
+				}
+				break;
+
+			case '<':
+				if (*(cur+1) == '=')
+				{
+					cur += 2;
+					_cur_lexeme = lex_less_or_equal;
+				}
+				else
+				{
+					cur += 1;
+					_cur_lexeme = lex_less;
+				}
+				break;
+
+			case '!':
+				if (*(cur+1) == '=')
+				{
+					cur += 2;
+					_cur_lexeme = lex_not_equal;
+				}
+				else
+				{
+					_cur_lexeme = lex_none;
+				}
+				break;
+
+			case '=':
+				cur += 1;
+				_cur_lexeme = lex_equal;
+
+				break;
+			
+			case '+':
+				cur += 1;
+				_cur_lexeme = lex_plus;
+
+				break;
+
+			case '-':
+				cur += 1;
+				_cur_lexeme = lex_minus;
+
+				break;
+
+			case '*':
+				cur += 1;
+				_cur_lexeme = lex_multiply;
+
+				break;
+
+			case '|':
+				cur += 1;
+				_cur_lexeme = lex_union;
+
+				break;
+			
+			case '$':
+				cur += 1;
+
+				if (PUGI__IS_CHARTYPEX(*cur, ctx_start_symbol))
+				{
+					_cur_lexeme_contents.begin = cur;
+
+					while (PUGI__IS_CHARTYPEX(*cur, ctx_symbol)) cur++;
+
+					if (cur[0] == ':' && PUGI__IS_CHARTYPEX(cur[1], ctx_symbol)) // qname
+					{
+						cur++; // :
+
+						while (PUGI__IS_CHARTYPEX(*cur, ctx_symbol)) cur++;
+					}
+
+					_cur_lexeme_contents.end = cur;
+				
+					_cur_lexeme = lex_var_ref;
+				}
+				else
+				{
+					_cur_lexeme = lex_none;
+				}
+
+				break;
+
+			case '(':
+				cur += 1;
+				_cur_lexeme = lex_open_brace;
+
+				break;
+
+			case ')':
+				cur += 1;
+				_cur_lexeme = lex_close_brace;
+
+				break;
+			
+			case '[':
+				cur += 1;
+				_cur_lexeme = lex_open_square_brace;
+
+				break;
+
+			case ']':
+				cur += 1;
+				_cur_lexeme = lex_close_square_brace;
+
+				break;
+
+			case ',':
+				cur += 1;
+				_cur_lexeme = lex_comma;
+
+				break;
+
+			case '/':
+				if (*(cur+1) == '/')
+				{
+					cur += 2;
+					_cur_lexeme = lex_double_slash;
+				}
+				else
+				{
+					cur += 1;
+					_cur_lexeme = lex_slash;
+				}
+				break;
+		
+			case '.':
+				if (*(cur+1) == '.')
+				{
+					cur += 2;
+					_cur_lexeme = lex_double_dot;
+				}
+				else if (PUGI__IS_CHARTYPEX(*(cur+1), ctx_digit))
+				{
+					_cur_lexeme_contents.begin = cur; // .
+
+					++cur;
+
+					while (PUGI__IS_CHARTYPEX(*cur, ctx_digit)) cur++;
+
+					_cur_lexeme_contents.end = cur;
+					
+					_cur_lexeme = lex_number;
+				}
+				else
+				{
+					cur += 1;
+					_cur_lexeme = lex_dot;
+				}
+				break;
+
+			case '@':
+				cur += 1;
+				_cur_lexeme = lex_axis_attribute;
+
+				break;
+
+			case '"':
+			case '\'':
+			{
+				char_t terminator = *cur;
+
+				++cur;
+
+				_cur_lexeme_contents.begin = cur;
+				while (*cur && *cur != terminator) cur++;
+				_cur_lexeme_contents.end = cur;
+				
+				if (!*cur)
+					_cur_lexeme = lex_none;
+				else
+				{
+					cur += 1;
+					_cur_lexeme = lex_quoted_string;
+				}
+
+				break;
+			}
+
+			case ':':
+				if (*(cur+1) == ':')
+				{
+					cur += 2;
+					_cur_lexeme = lex_double_colon;
+				}
+				else
+				{
+					_cur_lexeme = lex_none;
+				}
+				break;
+
+			default:
+				if (PUGI__IS_CHARTYPEX(*cur, ctx_digit))
+				{
+					_cur_lexeme_contents.begin = cur;
+
+					while (PUGI__IS_CHARTYPEX(*cur, ctx_digit)) cur++;
+				
+					if (*cur == '.')
+					{
+						cur++;
+
+						while (PUGI__IS_CHARTYPEX(*cur, ctx_digit)) cur++;
+					}
+
+					_cur_lexeme_contents.end = cur;
+
+					_cur_lexeme = lex_number;
+				}
+				else if (PUGI__IS_CHARTYPEX(*cur, ctx_start_symbol))
+				{
+					_cur_lexeme_contents.begin = cur;
+
+					while (PUGI__IS_CHARTYPEX(*cur, ctx_symbol)) cur++;
+
+					if (cur[0] == ':')
+					{
+						if (cur[1] == '*') // namespace test ncname:*
+						{
+							cur += 2; // :*
+						}
+						else if (PUGI__IS_CHARTYPEX(cur[1], ctx_symbol)) // namespace test qname
+						{
+							cur++; // :
+
+							while (PUGI__IS_CHARTYPEX(*cur, ctx_symbol)) cur++;
+						}
+					}
+
+					_cur_lexeme_contents.end = cur;
+				
+					_cur_lexeme = lex_string;
+				}
+				else
+				{
+					_cur_lexeme = lex_none;
+				}
+			}
+
+			_cur = cur;
+		}
+
+		lexeme_t current() const
+		{
+			return _cur_lexeme;
+		}
+
+		const char_t* current_pos() const
+		{
+			return _cur_lexeme_pos;
+		}
+
+		const xpath_lexer_string& contents() const
+		{
+			assert(_cur_lexeme == lex_var_ref || _cur_lexeme == lex_number || _cur_lexeme == lex_string || _cur_lexeme == lex_quoted_string);
+
+			return _cur_lexeme_contents;
+		}
+	};
+
+	enum ast_type_t
+	{
+		ast_unknown,
+		ast_op_or,						// left or right
+		ast_op_and,						// left and right
+		ast_op_equal,					// left = right
+		ast_op_not_equal,				// left != right
+		ast_op_less,					// left < right
+		ast_op_greater,					// left > right
+		ast_op_less_or_equal,			// left <= right
+		ast_op_greater_or_equal,		// left >= right
+		ast_op_add,						// left + right
+		ast_op_subtract,				// left - right
+		ast_op_multiply,				// left * right
+		ast_op_divide,					// left / right
+		ast_op_mod,						// left % right
+		ast_op_negate,					// left - right
+		ast_op_union,					// left | right
+		ast_predicate,					// apply predicate to set; next points to next predicate
+		ast_filter,						// select * from left where right
+		ast_string_constant,			// string constant
+		ast_number_constant,			// number constant
+		ast_variable,					// variable
+		ast_func_last,					// last()
+		ast_func_position,				// position()
+		ast_func_count,					// count(left)
+		ast_func_id,					// id(left)
+		ast_func_local_name_0,			// local-name()
+		ast_func_local_name_1,			// local-name(left)
+		ast_func_namespace_uri_0,		// namespace-uri()
+		ast_func_namespace_uri_1,		// namespace-uri(left)
+		ast_func_name_0,				// name()
+		ast_func_name_1,				// name(left)
+		ast_func_string_0,				// string()
+		ast_func_string_1,				// string(left)
+		ast_func_concat,				// concat(left, right, siblings)
+		ast_func_starts_with,			// starts_with(left, right)
+		ast_func_contains,				// contains(left, right)
+		ast_func_substring_before,		// substring-before(left, right)
+		ast_func_substring_after,		// substring-after(left, right)
+		ast_func_substring_2,			// substring(left, right)
+		ast_func_substring_3,			// substring(left, right, third)
+		ast_func_string_length_0,		// string-length()
+		ast_func_string_length_1,		// string-length(left)
+		ast_func_normalize_space_0,		// normalize-space()
+		ast_func_normalize_space_1,		// normalize-space(left)
+		ast_func_translate,				// translate(left, right, third)
+		ast_func_boolean,				// boolean(left)
+		ast_func_not,					// not(left)
+		ast_func_true,					// true()
+		ast_func_false,					// false()
+		ast_func_lang,					// lang(left)
+		ast_func_number_0,				// number()
+		ast_func_number_1,				// number(left)
+		ast_func_sum,					// sum(left)
+		ast_func_floor,					// floor(left)
+		ast_func_ceiling,				// ceiling(left)
+		ast_func_round,					// round(left)
+		ast_step,						// process set left with step
+		ast_step_root,					// select root node
+
+		ast_opt_translate_table,		// translate(left, right, third) where right/third are constants
+		ast_opt_compare_attribute		// @name = 'string'
+	};
+
+	enum axis_t
+	{
+		axis_ancestor,
+		axis_ancestor_or_self,
+		axis_attribute,
+		axis_child,
+		axis_descendant,
+		axis_descendant_or_self,
+		axis_following,
+		axis_following_sibling,
+		axis_namespace,
+		axis_parent,
+		axis_preceding,
+		axis_preceding_sibling,
+		axis_self
+	};
+	
+	enum nodetest_t
+	{
+		nodetest_none,
+		nodetest_name,
+		nodetest_type_node,
+		nodetest_type_comment,
+		nodetest_type_pi,
+		nodetest_type_text,
+		nodetest_pi,
+		nodetest_all,
+		nodetest_all_in_namespace
+	};
+
+	enum predicate_t
+	{
+		predicate_default,
+		predicate_posinv,
+		predicate_constant,
+		predicate_constant_one
+	};
+
+	enum nodeset_eval_t
+	{
+		nodeset_eval_all,
+		nodeset_eval_any,
+		nodeset_eval_first
+	};
+
+	template <axis_t N> struct axis_to_type
+	{
+		static const axis_t axis;
+	};
+
+	template <axis_t N> const axis_t axis_to_type<N>::axis = N;
+		
+	class xpath_ast_node
+	{
+	private:
+		// node type
+		char _type;
+		char _rettype;
+
+		// for ast_step
+		char _axis;
+
+		// for ast_step/ast_predicate/ast_filter
+		char _test;
+
+		// tree node structure
+		xpath_ast_node* _left;
+		xpath_ast_node* _right;
+		xpath_ast_node* _next;
+
+		union
+		{
+			// value for ast_string_constant
+			const char_t* string;
+			// value for ast_number_constant
+			double number;
+			// variable for ast_variable
+			xpath_variable* variable;
+			// node test for ast_step (node name/namespace/node type/pi target)
+			const char_t* nodetest;
+			// table for ast_opt_translate_table
+			const unsigned char* table;
+		} _data;
+
+		xpath_ast_node(const xpath_ast_node&);
+		xpath_ast_node& operator=(const xpath_ast_node&);
+
+		template <class Comp> static bool compare_eq(xpath_ast_node* lhs, xpath_ast_node* rhs, const xpath_context& c, const xpath_stack& stack, const Comp& comp)
+		{
+			xpath_value_type lt = lhs->rettype(), rt = rhs->rettype();
+
+			if (lt != xpath_type_node_set && rt != xpath_type_node_set)
+			{
+				if (lt == xpath_type_boolean || rt == xpath_type_boolean)
+					return comp(lhs->eval_boolean(c, stack), rhs->eval_boolean(c, stack));
+				else if (lt == xpath_type_number || rt == xpath_type_number)
+					return comp(lhs->eval_number(c, stack), rhs->eval_number(c, stack));
+				else if (lt == xpath_type_string || rt == xpath_type_string)
+				{
+					xpath_allocator_capture cr(stack.result);
+
+					xpath_string ls = lhs->eval_string(c, stack);
+					xpath_string rs = rhs->eval_string(c, stack);
+
+					return comp(ls, rs);
+				}
+			}
+			else if (lt == xpath_type_node_set && rt == xpath_type_node_set)
+			{
+				xpath_allocator_capture cr(stack.result);
+
+				xpath_node_set_raw ls = lhs->eval_node_set(c, stack, nodeset_eval_all);
+				xpath_node_set_raw rs = rhs->eval_node_set(c, stack, nodeset_eval_all);
+
+				for (const xpath_node* li = ls.begin(); li != ls.end(); ++li)
+					for (const xpath_node* ri = rs.begin(); ri != rs.end(); ++ri)
+					{
+						xpath_allocator_capture cri(stack.result);
+
+						if (comp(string_value(*li, stack.result), string_value(*ri, stack.result)))
+							return true;
+					}
+
+				return false;
+			}
+			else
+			{
+				if (lt == xpath_type_node_set)
+				{
+					swap(lhs, rhs);
+					swap(lt, rt);
+				}
+
+				if (lt == xpath_type_boolean)
+					return comp(lhs->eval_boolean(c, stack), rhs->eval_boolean(c, stack));
+				else if (lt == xpath_type_number)
+				{
+					xpath_allocator_capture cr(stack.result);
+
+					double l = lhs->eval_number(c, stack);
+					xpath_node_set_raw rs = rhs->eval_node_set(c, stack, nodeset_eval_all);
+
+					for (const xpath_node* ri = rs.begin(); ri != rs.end(); ++ri)
+					{
+						xpath_allocator_capture cri(stack.result);
+
+						if (comp(l, convert_string_to_number(string_value(*ri, stack.result).c_str())))
+							return true;
+					}
+
+					return false;
+				}
+				else if (lt == xpath_type_string)
+				{
+					xpath_allocator_capture cr(stack.result);
+
+					xpath_string l = lhs->eval_string(c, stack);
+					xpath_node_set_raw rs = rhs->eval_node_set(c, stack, nodeset_eval_all);
+
+					for (const xpath_node* ri = rs.begin(); ri != rs.end(); ++ri)
+					{
+						xpath_allocator_capture cri(stack.result);
+
+						if (comp(l, string_value(*ri, stack.result)))
+							return true;
+					}
+
+					return false;
+				}
+			}
+
+			assert(!"Wrong types");
+			return false;
+		}
+
+		static bool eval_once(xpath_node_set::type_t type, nodeset_eval_t eval)
+		{
+			return type == xpath_node_set::type_sorted ? eval != nodeset_eval_all : eval == nodeset_eval_any;
+		}
+
+		template <class Comp> static bool compare_rel(xpath_ast_node* lhs, xpath_ast_node* rhs, const xpath_context& c, const xpath_stack& stack, const Comp& comp)
+		{
+			xpath_value_type lt = lhs->rettype(), rt = rhs->rettype();
+
+			if (lt != xpath_type_node_set && rt != xpath_type_node_set)
+				return comp(lhs->eval_number(c, stack), rhs->eval_number(c, stack));
+			else if (lt == xpath_type_node_set && rt == xpath_type_node_set)
+			{
+				xpath_allocator_capture cr(stack.result);
+
+				xpath_node_set_raw ls = lhs->eval_node_set(c, stack, nodeset_eval_all);
+				xpath_node_set_raw rs = rhs->eval_node_set(c, stack, nodeset_eval_all);
+
+				for (const xpath_node* li = ls.begin(); li != ls.end(); ++li)
+				{
+					xpath_allocator_capture cri(stack.result);
+
+					double l = convert_string_to_number(string_value(*li, stack.result).c_str());
+
+					for (const xpath_node* ri = rs.begin(); ri != rs.end(); ++ri)
+					{
+						xpath_allocator_capture crii(stack.result);
+
+						if (comp(l, convert_string_to_number(string_value(*ri, stack.result).c_str())))
+							return true;
+					}
+				}
+
+				return false;
+			}
+			else if (lt != xpath_type_node_set && rt == xpath_type_node_set)
+			{
+				xpath_allocator_capture cr(stack.result);
+
+				double l = lhs->eval_number(c, stack);
+				xpath_node_set_raw rs = rhs->eval_node_set(c, stack, nodeset_eval_all);
+
+				for (const xpath_node* ri = rs.begin(); ri != rs.end(); ++ri)
+				{
+					xpath_allocator_capture cri(stack.result);
+
+					if (comp(l, convert_string_to_number(string_value(*ri, stack.result).c_str())))
+						return true;
+				}
+
+				return false;
+			}
+			else if (lt == xpath_type_node_set && rt != xpath_type_node_set)
+			{
+				xpath_allocator_capture cr(stack.result);
+
+				xpath_node_set_raw ls = lhs->eval_node_set(c, stack, nodeset_eval_all);
+				double r = rhs->eval_number(c, stack);
+
+				for (const xpath_node* li = ls.begin(); li != ls.end(); ++li)
+				{
+					xpath_allocator_capture cri(stack.result);
+
+					if (comp(convert_string_to_number(string_value(*li, stack.result).c_str()), r))
+						return true;
+				}
+
+				return false;
+			}
+			else
+			{
+				assert(!"Wrong types");
+				return false;
+			}
+		}
+
+		static void apply_predicate_boolean(xpath_node_set_raw& ns, size_t first, xpath_ast_node* expr, const xpath_stack& stack, bool once)
+		{
+			assert(ns.size() >= first);
+			assert(expr->rettype() != xpath_type_number);
+
+			size_t i = 1;
+			size_t size = ns.size() - first;
+
+			xpath_node* last = ns.begin() + first;
+
+			// remove_if... or well, sort of
+			for (xpath_node* it = last; it != ns.end(); ++it, ++i)
+			{
+				xpath_context c(*it, i, size);
+
+				if (expr->eval_boolean(c, stack))
+				{
+					*last++ = *it;
+
+					if (once) break;
+				}
+			}
+
+			ns.truncate(last);
+		}
+
+		static void apply_predicate_number(xpath_node_set_raw& ns, size_t first, xpath_ast_node* expr, const xpath_stack& stack, bool once)
+		{
+			assert(ns.size() >= first);
+			assert(expr->rettype() == xpath_type_number);
+
+			size_t i = 1;
+			size_t size = ns.size() - first;
+
+			xpath_node* last = ns.begin() + first;
+
+			// remove_if... or well, sort of
+			for (xpath_node* it = last; it != ns.end(); ++it, ++i)
+			{
+				xpath_context c(*it, i, size);
+
+				if (expr->eval_number(c, stack) == i)
+				{
+					*last++ = *it;
+
+					if (once) break;
+				}
+			}
+
+			ns.truncate(last);
+		}
+
+		static void apply_predicate_number_const(xpath_node_set_raw& ns, size_t first, xpath_ast_node* expr, const xpath_stack& stack)
+		{
+			assert(ns.size() >= first);
+			assert(expr->rettype() == xpath_type_number);
+
+			size_t size = ns.size() - first;
+
+			xpath_node* last = ns.begin() + first;
+
+			xpath_context c(xpath_node(), 1, size);
+
+			double er = expr->eval_number(c, stack);
+
+			if (er >= 1.0 && er <= size)
+			{
+				size_t eri = static_cast<size_t>(er);
+
+				if (er == eri)
+				{
+					xpath_node r = last[eri - 1];
+
+					*last++ = r;
+				}
+			}
+
+			ns.truncate(last);
+		}
+
+		void apply_predicate(xpath_node_set_raw& ns, size_t first, const xpath_stack& stack, bool once)
+		{
+			if (ns.size() == first) return;
+
+			assert(_type == ast_filter || _type == ast_predicate);
+
+			if (_test == predicate_constant || _test == predicate_constant_one)
+				apply_predicate_number_const(ns, first, _right, stack);
+			else if (_right->rettype() == xpath_type_number)
+				apply_predicate_number(ns, first, _right, stack, once);
+			else
+				apply_predicate_boolean(ns, first, _right, stack, once);
+		}
+
+		void apply_predicates(xpath_node_set_raw& ns, size_t first, const xpath_stack& stack, nodeset_eval_t eval)
+		{
+			if (ns.size() == first) return;
+
+			bool last_once = eval_once(ns.type(), eval);
+
+			for (xpath_ast_node* pred = _right; pred; pred = pred->_next)
+				pred->apply_predicate(ns, first, stack, !pred->_next && last_once);
+		}
+
+		bool step_push(xpath_node_set_raw& ns, xml_attribute_struct* a, xml_node_struct* parent, xpath_allocator* alloc)
+		{
+			assert(a);
+
+			const char_t* name = a->name ? a->name + 0 : PUGIXML_TEXT("");
+
+			switch (_test)
+			{
+			case nodetest_name:
+				if (strequal(name, _data.nodetest) && is_xpath_attribute(name))
+				{
+					ns.push_back(xpath_node(xml_attribute(a), xml_node(parent)), alloc);
+					return true;
+				}
+				break;
+				
+			case nodetest_type_node:
+			case nodetest_all:
+				if (is_xpath_attribute(name))
+				{
+					ns.push_back(xpath_node(xml_attribute(a), xml_node(parent)), alloc);
+					return true;
+				}
+				break;
+				
+			case nodetest_all_in_namespace:
+				if (starts_with(name, _data.nodetest) && is_xpath_attribute(name))
+				{
+					ns.push_back(xpath_node(xml_attribute(a), xml_node(parent)), alloc);
+					return true;
+				}
+				break;
+			
+			default:
+				;
+			}
+
+			return false;
+		}
+		
+		bool step_push(xpath_node_set_raw& ns, xml_node_struct* n, xpath_allocator* alloc)
+		{
+			assert(n);
+
+			xml_node_type type = PUGI__NODETYPE(n);
+
+			switch (_test)
+			{
+			case nodetest_name:
+				if (type == node_element && n->name && strequal(n->name, _data.nodetest))
+				{
+					ns.push_back(xml_node(n), alloc);
+					return true;
+				}
+				break;
+				
+			case nodetest_type_node:
+				ns.push_back(xml_node(n), alloc);
+				return true;
+				
+			case nodetest_type_comment:
+				if (type == node_comment)
+				{
+					ns.push_back(xml_node(n), alloc);
+					return true;
+				}
+				break;
+				
+			case nodetest_type_text:
+				if (type == node_pcdata || type == node_cdata)
+				{
+					ns.push_back(xml_node(n), alloc);
+					return true;
+				}
+				break;
+				
+			case nodetest_type_pi:
+				if (type == node_pi)
+				{
+					ns.push_back(xml_node(n), alloc);
+					return true;
+				}
+				break;
+									
+			case nodetest_pi:
+				if (type == node_pi && n->name && strequal(n->name, _data.nodetest))
+				{
+					ns.push_back(xml_node(n), alloc);
+					return true;
+				}
+				break;
+				
+			case nodetest_all:
+				if (type == node_element)
+				{
+					ns.push_back(xml_node(n), alloc);
+					return true;
+				}
+				break;
+				
+			case nodetest_all_in_namespace:
+				if (type == node_element && n->name && starts_with(n->name, _data.nodetest))
+				{
+					ns.push_back(xml_node(n), alloc);
+					return true;
+				}
+				break;
+
+			default:
+				assert(!"Unknown axis");
+			}
+
+			return false;
+		}
+
+		template <class T> void step_fill(xpath_node_set_raw& ns, xml_node_struct* n, xpath_allocator* alloc, bool once, T)
+		{
+			const axis_t axis = T::axis;
+
+			switch (axis)
+			{
+			case axis_attribute:
+			{
+				for (xml_attribute_struct* a = n->first_attribute; a; a = a->next_attribute)
+					if (step_push(ns, a, n, alloc) & once)
+						return;
+				
+				break;
+			}
+			
+			case axis_child:
+			{
+				for (xml_node_struct* c = n->first_child; c; c = c->next_sibling)
+					if (step_push(ns, c, alloc) & once)
+						return;
+					
+				break;
+			}
+			
+			case axis_descendant:
+			case axis_descendant_or_self:
+			{
+				if (axis == axis_descendant_or_self)
+					if (step_push(ns, n, alloc) & once)
+						return;
+					
+				xml_node_struct* cur = n->first_child;
+				
+				while (cur)
+				{
+					if (step_push(ns, cur, alloc) & once)
+						return;
+					
+					if (cur->first_child)
+						cur = cur->first_child;
+					else
+					{
+						while (!cur->next_sibling)
+						{
+							cur = cur->parent;
+
+							if (cur == n) return;
+						}
+					
+						cur = cur->next_sibling;
+					}
+				}
+				
+				break;
+			}
+			
+			case axis_following_sibling:
+			{
+				for (xml_node_struct* c = n->next_sibling; c; c = c->next_sibling)
+					if (step_push(ns, c, alloc) & once)
+						return;
+				
+				break;
+			}
+			
+			case axis_preceding_sibling:
+			{
+				for (xml_node_struct* c = n->prev_sibling_c; c->next_sibling; c = c->prev_sibling_c)
+					if (step_push(ns, c, alloc) & once)
+						return;
+				
+				break;
+			}
+			
+			case axis_following:
+			{
+				xml_node_struct* cur = n;
+
+				// exit from this node so that we don't include descendants
+				while (!cur->next_sibling)
+				{
+					cur = cur->parent;
+
+					if (!cur) return;
+				}
+
+				cur = cur->next_sibling;
+
+				while (cur)
+				{
+					if (step_push(ns, cur, alloc) & once)
+						return;
+
+					if (cur->first_child)
+						cur = cur->first_child;
+					else
+					{
+						while (!cur->next_sibling)
+						{
+							cur = cur->parent;
+
+							if (!cur) return;
+						}
+
+						cur = cur->next_sibling;
+					}
+				}
+
+				break;
+			}
+
+			case axis_preceding:
+			{
+				xml_node_struct* cur = n;
+
+				// exit from this node so that we don't include descendants
+				while (!cur->prev_sibling_c->next_sibling)
+				{
+					cur = cur->parent;
+
+					if (!cur) return;
+				}
+
+				cur = cur->prev_sibling_c;
+
+				while (cur)
+				{
+					if (cur->first_child)
+						cur = cur->first_child->prev_sibling_c;
+					else
+					{
+						// leaf node, can't be ancestor
+						if (step_push(ns, cur, alloc) & once)
+							return;
+
+						while (!cur->prev_sibling_c->next_sibling)
+						{
+							cur = cur->parent;
+
+							if (!cur) return;
+
+							if (!node_is_ancestor(cur, n))
+								if (step_push(ns, cur, alloc) & once)
+									return;
+						}
+
+						cur = cur->prev_sibling_c;
+					}
+				}
+
+				break;
+			}
+			
+			case axis_ancestor:
+			case axis_ancestor_or_self:
+			{
+				if (axis == axis_ancestor_or_self)
+					if (step_push(ns, n, alloc) & once)
+						return;
+
+				xml_node_struct* cur = n->parent;
+				
+				while (cur)
+				{
+					if (step_push(ns, cur, alloc) & once)
+						return;
+					
+					cur = cur->parent;
+				}
+				
+				break;
+			}
+
+			case axis_self:
+			{
+				step_push(ns, n, alloc);
+
+				break;
+			}
+
+			case axis_parent:
+			{
+				if (n->parent)
+					step_push(ns, n->parent, alloc);
+
+				break;
+			}
+				
+			default:
+				assert(!"Unimplemented axis");
+			}
+		}
+		
+		template <class T> void step_fill(xpath_node_set_raw& ns, xml_attribute_struct* a, xml_node_struct* p, xpath_allocator* alloc, bool once, T v)
+		{
+			const axis_t axis = T::axis;
+
+			switch (axis)
+			{
+			case axis_ancestor:
+			case axis_ancestor_or_self:
+			{
+				if (axis == axis_ancestor_or_self && _test == nodetest_type_node) // reject attributes based on principal node type test
+					if (step_push(ns, a, p, alloc) & once)
+						return;
+
+				xml_node_struct* cur = p;
+				
+				while (cur)
+				{
+					if (step_push(ns, cur, alloc) & once)
+						return;
+					
+					cur = cur->parent;
+				}
+				
+				break;
+			}
+
+			case axis_descendant_or_self:
+			case axis_self:
+			{
+				if (_test == nodetest_type_node) // reject attributes based on principal node type test
+					step_push(ns, a, p, alloc);
+
+				break;
+			}
+
+			case axis_following:
+			{
+				xml_node_struct* cur = p;
+				
+				while (cur)
+				{
+					if (cur->first_child)
+						cur = cur->first_child;
+					else
+					{
+						while (!cur->next_sibling)
+						{
+							cur = cur->parent;
+
+							if (!cur) return;
+						}
+
+						cur = cur->next_sibling;
+					}
+
+					if (step_push(ns, cur, alloc) & once)
+						return;
+				}
+
+				break;
+			}
+
+			case axis_parent:
+			{
+				step_push(ns, p, alloc);
+
+				break;
+			}
+
+			case axis_preceding:
+			{
+				// preceding:: axis does not include attribute nodes and attribute ancestors (they are the same as parent's ancestors), so we can reuse node preceding
+				step_fill(ns, p, alloc, once, v);
+				break;
+			}
+			
+			default:
+				assert(!"Unimplemented axis");
+			}
+		}
+
+		template <class T> void step_fill(xpath_node_set_raw& ns, const xpath_node& xn, xpath_allocator* alloc, bool once, T v)
+		{
+			const axis_t axis = T::axis;
+			const bool axis_has_attributes = (axis == axis_ancestor || axis == axis_ancestor_or_self || axis == axis_descendant_or_self || axis == axis_following || axis == axis_parent || axis == axis_preceding || axis == axis_self);
+
+			if (xn.node())
+				step_fill(ns, xn.node().internal_object(), alloc, once, v);
+			else if (axis_has_attributes && xn.attribute() && xn.parent())
+				step_fill(ns, xn.attribute().internal_object(), xn.parent().internal_object(), alloc, once, v);
+		}
+
+		template <class T> xpath_node_set_raw step_do(const xpath_context& c, const xpath_stack& stack, nodeset_eval_t eval, T v)
+		{
+			const axis_t axis = T::axis;
+			const bool axis_reverse = (axis == axis_ancestor || axis == axis_ancestor_or_self || axis == axis_preceding || axis == axis_preceding_sibling);
+			const xpath_node_set::type_t axis_type = axis_reverse ? xpath_node_set::type_sorted_reverse : xpath_node_set::type_sorted;
+
+			bool once =
+				(axis == axis_attribute && _test == nodetest_name) ||
+				(!_right && eval_once(axis_type, eval)) ||
+				(_right && !_right->_next && _right->_test == predicate_constant_one);
+
+			xpath_node_set_raw ns;
+			ns.set_type(axis_type);
+
+			if (_left)
+			{
+				xpath_node_set_raw s = _left->eval_node_set(c, stack, nodeset_eval_all);
+
+				// self axis preserves the original order
+				if (axis == axis_self) ns.set_type(s.type());
+
+				for (const xpath_node* it = s.begin(); it != s.end(); ++it)
+				{
+					size_t size = ns.size();
+
+					// in general, all axes generate elements in a particular order, but there is no order guarantee if axis is applied to two nodes
+					if (axis != axis_self && size != 0) ns.set_type(xpath_node_set::type_unsorted);
+					
+					step_fill(ns, *it, stack.result, once, v);
+					if (_right) apply_predicates(ns, size, stack, eval);
+				}
+			}
+			else
+			{
+				step_fill(ns, c.n, stack.result, once, v);
+				if (_right) apply_predicates(ns, 0, stack, eval);
+			}
+
+			// child, attribute and self axes always generate unique set of nodes
+			// for other axis, if the set stayed sorted, it stayed unique because the traversal algorithms do not visit the same node twice
+			if (axis != axis_child && axis != axis_attribute && axis != axis_self && ns.type() == xpath_node_set::type_unsorted)
+				ns.remove_duplicates();
+
+			return ns;
+		}
+		
+	public:
+		xpath_ast_node(ast_type_t type, xpath_value_type rettype_, const char_t* value):
+			_type(static_cast<char>(type)), _rettype(static_cast<char>(rettype_)), _axis(0), _test(0), _left(0), _right(0), _next(0)
+		{
+			assert(type == ast_string_constant);
+			_data.string = value;
+		}
+
+		xpath_ast_node(ast_type_t type, xpath_value_type rettype_, double value):
+			_type(static_cast<char>(type)), _rettype(static_cast<char>(rettype_)), _axis(0), _test(0), _left(0), _right(0), _next(0)
+		{
+			assert(type == ast_number_constant);
+			_data.number = value;
+		}
+		
+		xpath_ast_node(ast_type_t type, xpath_value_type rettype_, xpath_variable* value):
+			_type(static_cast<char>(type)), _rettype(static_cast<char>(rettype_)), _axis(0), _test(0), _left(0), _right(0), _next(0)
+		{
+			assert(type == ast_variable);
+			_data.variable = value;
+		}
+		
+		xpath_ast_node(ast_type_t type, xpath_value_type rettype_, xpath_ast_node* left = 0, xpath_ast_node* right = 0):
+			_type(static_cast<char>(type)), _rettype(static_cast<char>(rettype_)), _axis(0), _test(0), _left(left), _right(right), _next(0)
+		{
+		}
+
+		xpath_ast_node(ast_type_t type, xpath_ast_node* left, axis_t axis, nodetest_t test, const char_t* contents):
+			_type(static_cast<char>(type)), _rettype(xpath_type_node_set), _axis(static_cast<char>(axis)), _test(static_cast<char>(test)), _left(left), _right(0), _next(0)
+		{
+			assert(type == ast_step);
+			_data.nodetest = contents;
+		}
+
+		xpath_ast_node(ast_type_t type, xpath_ast_node* left, xpath_ast_node* right, predicate_t test):
+			_type(static_cast<char>(type)), _rettype(xpath_type_node_set), _axis(0), _test(static_cast<char>(test)), _left(left), _right(right), _next(0)
+		{
+			assert(type == ast_filter || type == ast_predicate);
+		}
+
+		void set_next(xpath_ast_node* value)
+		{
+			_next = value;
+		}
+
+		void set_right(xpath_ast_node* value)
+		{
+			_right = value;
+		}
+
+		bool eval_boolean(const xpath_context& c, const xpath_stack& stack)
+		{
+			switch (_type)
+			{
+			case ast_op_or:
+				return _left->eval_boolean(c, stack) || _right->eval_boolean(c, stack);
+				
+			case ast_op_and:
+				return _left->eval_boolean(c, stack) && _right->eval_boolean(c, stack);
+				
+			case ast_op_equal:
+				return compare_eq(_left, _right, c, stack, equal_to());
+
+			case ast_op_not_equal:
+				return compare_eq(_left, _right, c, stack, not_equal_to());
+	
+			case ast_op_less:
+				return compare_rel(_left, _right, c, stack, less());
+			
+			case ast_op_greater:
+				return compare_rel(_right, _left, c, stack, less());
+
+			case ast_op_less_or_equal:
+				return compare_rel(_left, _right, c, stack, less_equal());
+			
+			case ast_op_greater_or_equal:
+				return compare_rel(_right, _left, c, stack, less_equal());
+
+			case ast_func_starts_with:
+			{
+				xpath_allocator_capture cr(stack.result);
+
+				xpath_string lr = _left->eval_string(c, stack);
+				xpath_string rr = _right->eval_string(c, stack);
+
+				return starts_with(lr.c_str(), rr.c_str());
+			}
+
+			case ast_func_contains:
+			{
+				xpath_allocator_capture cr(stack.result);
+
+				xpath_string lr = _left->eval_string(c, stack);
+				xpath_string rr = _right->eval_string(c, stack);
+
+				return find_substring(lr.c_str(), rr.c_str()) != 0;
+			}
+
+			case ast_func_boolean:
+				return _left->eval_boolean(c, stack);
+				
+			case ast_func_not:
+				return !_left->eval_boolean(c, stack);
+				
+			case ast_func_true:
+				return true;
+				
+			case ast_func_false:
+				return false;
+
+			case ast_func_lang:
+			{
+				if (c.n.attribute()) return false;
+				
+				xpath_allocator_capture cr(stack.result);
+
+				xpath_string lang = _left->eval_string(c, stack);
+				
+				for (xml_node n = c.n.node(); n; n = n.parent())
+				{
+					xml_attribute a = n.attribute(PUGIXML_TEXT("xml:lang"));
+					
+					if (a)
+					{
+						const char_t* value = a.value();
+						
+						// strnicmp / strncasecmp is not portable
+						for (const char_t* lit = lang.c_str(); *lit; ++lit)
+						{
+							if (tolower_ascii(*lit) != tolower_ascii(*value)) return false;
+							++value;
+						}
+						
+						return *value == 0 || *value == '-';
+					}
+				}
+				
+				return false;
+			}
+
+			case ast_opt_compare_attribute:
+			{
+				const char_t* value = (_right->_type == ast_string_constant) ? _right->_data.string : _right->_data.variable->get_string();
+
+				xml_attribute attr = c.n.node().attribute(_left->_data.nodetest);
+
+				return attr && strequal(attr.value(), value) && is_xpath_attribute(attr.name());
+			}
+
+			case ast_variable:
+			{
+				assert(_rettype == _data.variable->type());
+
+				if (_rettype == xpath_type_boolean)
+					return _data.variable->get_boolean();
+
+				// fallthrough to type conversion
+			}
+
+			default:
+			{
+				switch (_rettype)
+				{
+				case xpath_type_number:
+					return convert_number_to_boolean(eval_number(c, stack));
+					
+				case xpath_type_string:
+				{
+					xpath_allocator_capture cr(stack.result);
+
+					return !eval_string(c, stack).empty();
+				}
+					
+				case xpath_type_node_set:				
+				{
+					xpath_allocator_capture cr(stack.result);
+
+					return !eval_node_set(c, stack, nodeset_eval_any).empty();
+				}
+
+				default:
+					assert(!"Wrong expression for return type boolean");
+					return false;
+				}
+			}
+			}
+		}
+
+		double eval_number(const xpath_context& c, const xpath_stack& stack)
+		{
+			switch (_type)
+			{
+			case ast_op_add:
+				return _left->eval_number(c, stack) + _right->eval_number(c, stack);
+				
+			case ast_op_subtract:
+				return _left->eval_number(c, stack) - _right->eval_number(c, stack);
+
+			case ast_op_multiply:
+				return _left->eval_number(c, stack) * _right->eval_number(c, stack);
+
+			case ast_op_divide:
+				return _left->eval_number(c, stack) / _right->eval_number(c, stack);
+
+			case ast_op_mod:
+				return fmod(_left->eval_number(c, stack), _right->eval_number(c, stack));
+
+			case ast_op_negate:
+				return -_left->eval_number(c, stack);
+
+			case ast_number_constant:
+				return _data.number;
+
+			case ast_func_last:
+				return static_cast<double>(c.size);
+			
+			case ast_func_position:
+				return static_cast<double>(c.position);
+
+			case ast_func_count:
+			{
+				xpath_allocator_capture cr(stack.result);
+
+				return static_cast<double>(_left->eval_node_set(c, stack, nodeset_eval_all).size());
+			}
+			
+			case ast_func_string_length_0:
+			{
+				xpath_allocator_capture cr(stack.result);
+
+				return static_cast<double>(string_value(c.n, stack.result).length());
+			}
+			
+			case ast_func_string_length_1:
+			{
+				xpath_allocator_capture cr(stack.result);
+
+				return static_cast<double>(_left->eval_string(c, stack).length());
+			}
+			
+			case ast_func_number_0:
+			{
+				xpath_allocator_capture cr(stack.result);
+
+				return convert_string_to_number(string_value(c.n, stack.result).c_str());
+			}
+			
+			case ast_func_number_1:
+				return _left->eval_number(c, stack);
+
+			case ast_func_sum:
+			{
+				xpath_allocator_capture cr(stack.result);
+
+				double r = 0;
+				
+				xpath_node_set_raw ns = _left->eval_node_set(c, stack, nodeset_eval_all);
+				
+				for (const xpath_node* it = ns.begin(); it != ns.end(); ++it)
+				{
+					xpath_allocator_capture cri(stack.result);
+
+					r += convert_string_to_number(string_value(*it, stack.result).c_str());
+				}
+			
+				return r;
+			}
+
+			case ast_func_floor:
+			{
+				double r = _left->eval_number(c, stack);
+				
+				return r == r ? floor(r) : r;
+			}
+
+			case ast_func_ceiling:
+			{
+				double r = _left->eval_number(c, stack);
+				
+				return r == r ? ceil(r) : r;
+			}
+
+			case ast_func_round:
+				return round_nearest_nzero(_left->eval_number(c, stack));
+			
+			case ast_variable:
+			{
+				assert(_rettype == _data.variable->type());
+
+				if (_rettype == xpath_type_number)
+					return _data.variable->get_number();
+
+				// fallthrough to type conversion
+			}
+
+			default:
+			{
+				switch (_rettype)
+				{
+				case xpath_type_boolean:
+					return eval_boolean(c, stack) ? 1 : 0;
+					
+				case xpath_type_string:
+				{
+					xpath_allocator_capture cr(stack.result);
+
+					return convert_string_to_number(eval_string(c, stack).c_str());
+				}
+					
+				case xpath_type_node_set:
+				{
+					xpath_allocator_capture cr(stack.result);
+
+					return convert_string_to_number(eval_string(c, stack).c_str());
+				}
+					
+				default:
+					assert(!"Wrong expression for return type number");
+					return 0;
+				}
+				
+			}
+			}
+		}
+		
+		xpath_string eval_string_concat(const xpath_context& c, const xpath_stack& stack)
+		{
+			assert(_type == ast_func_concat);
+
+			xpath_allocator_capture ct(stack.temp);
+
+			// count the string number
+			size_t count = 1;
+			for (xpath_ast_node* nc = _right; nc; nc = nc->_next) count++;
+
+			// gather all strings
+			xpath_string static_buffer[4];
+			xpath_string* buffer = static_buffer;
+
+			// allocate on-heap for large concats
+			if (count > sizeof(static_buffer) / sizeof(static_buffer[0]))
+			{
+				buffer = static_cast<xpath_string*>(stack.temp->allocate(count * sizeof(xpath_string)));
+				assert(buffer);
+			}
+
+			// evaluate all strings to temporary stack
+			xpath_stack swapped_stack = {stack.temp, stack.result};
+
+			buffer[0] = _left->eval_string(c, swapped_stack);
+
+			size_t pos = 1;
+			for (xpath_ast_node* n = _right; n; n = n->_next, ++pos) buffer[pos] = n->eval_string(c, swapped_stack);
+			assert(pos == count);
+
+			// get total length
+			size_t length = 0;
+			for (size_t i = 0; i < count; ++i) length += buffer[i].length();
+
+			// create final string
+			char_t* result = static_cast<char_t*>(stack.result->allocate((length + 1) * sizeof(char_t)));
+			assert(result);
+
+			char_t* ri = result;
+
+			for (size_t j = 0; j < count; ++j)
+				for (const char_t* bi = buffer[j].c_str(); *bi; ++bi)
+					*ri++ = *bi;
+
+			*ri = 0;
+
+			return xpath_string::from_heap_preallocated(result, ri);
+		}
+
+		xpath_string eval_string(const xpath_context& c, const xpath_stack& stack)
+		{
+			switch (_type)
+			{
+			case ast_string_constant:
+				return xpath_string::from_const(_data.string);
+			
+			case ast_func_local_name_0:
+			{
+				xpath_node na = c.n;
+				
+				return xpath_string::from_const(local_name(na));
+			}
+
+			case ast_func_local_name_1:
+			{
+				xpath_allocator_capture cr(stack.result);
+
+				xpath_node_set_raw ns = _left->eval_node_set(c, stack, nodeset_eval_first);
+				xpath_node na = ns.first();
+				
+				return xpath_string::from_const(local_name(na));
+			}
+
+			case ast_func_name_0:
+			{
+				xpath_node na = c.n;
+				
+				return xpath_string::from_const(qualified_name(na));
+			}
+
+			case ast_func_name_1:
+			{
+				xpath_allocator_capture cr(stack.result);
+
+				xpath_node_set_raw ns = _left->eval_node_set(c, stack, nodeset_eval_first);
+				xpath_node na = ns.first();
+				
+				return xpath_string::from_const(qualified_name(na));
+			}
+
+			case ast_func_namespace_uri_0:
+			{
+				xpath_node na = c.n;
+				
+				return xpath_string::from_const(namespace_uri(na));
+			}
+
+			case ast_func_namespace_uri_1:
+			{
+				xpath_allocator_capture cr(stack.result);
+
+				xpath_node_set_raw ns = _left->eval_node_set(c, stack, nodeset_eval_first);
+				xpath_node na = ns.first();
+				
+				return xpath_string::from_const(namespace_uri(na));
+			}
+
+			case ast_func_string_0:
+				return string_value(c.n, stack.result);
+
+			case ast_func_string_1:
+				return _left->eval_string(c, stack);
+
+			case ast_func_concat:
+				return eval_string_concat(c, stack);
+
+			case ast_func_substring_before:
+			{
+				xpath_allocator_capture cr(stack.temp);
+
+				xpath_stack swapped_stack = {stack.temp, stack.result};
+
+				xpath_string s = _left->eval_string(c, swapped_stack);
+				xpath_string p = _right->eval_string(c, swapped_stack);
+
+				const char_t* pos = find_substring(s.c_str(), p.c_str());
+				
+				return pos ? xpath_string::from_heap(s.c_str(), pos, stack.result) : xpath_string();
+			}
+			
+			case ast_func_substring_after:
+			{
+				xpath_allocator_capture cr(stack.temp);
+
+				xpath_stack swapped_stack = {stack.temp, stack.result};
+
+				xpath_string s = _left->eval_string(c, swapped_stack);
+				xpath_string p = _right->eval_string(c, swapped_stack);
+				
+				const char_t* pos = find_substring(s.c_str(), p.c_str());
+				if (!pos) return xpath_string();
+
+				const char_t* rbegin = pos + p.length();
+				const char_t* rend = s.c_str() + s.length();
+
+				return s.uses_heap() ? xpath_string::from_heap(rbegin, rend, stack.result) : xpath_string::from_const(rbegin);
+			}
+
+			case ast_func_substring_2:
+			{
+				xpath_allocator_capture cr(stack.temp);
+
+				xpath_stack swapped_stack = {stack.temp, stack.result};
+
+				xpath_string s = _left->eval_string(c, swapped_stack);
+				size_t s_length = s.length();
+
+				double first = round_nearest(_right->eval_number(c, stack));
+				
+				if (is_nan(first)) return xpath_string(); // NaN
+				else if (first >= s_length + 1) return xpath_string();
+				
+				size_t pos = first < 1 ? 1 : static_cast<size_t>(first);
+				assert(1 <= pos && pos <= s_length + 1);
+
+				const char_t* rbegin = s.c_str() + (pos - 1);
+				const char_t* rend = s.c_str() + s.length();
+				
+				return s.uses_heap() ? xpath_string::from_heap(rbegin, rend, stack.result) : xpath_string::from_const(rbegin);
+			}
+			
+			case ast_func_substring_3:
+			{
+				xpath_allocator_capture cr(stack.temp);
+
+				xpath_stack swapped_stack = {stack.temp, stack.result};
+
+				xpath_string s = _left->eval_string(c, swapped_stack);
+				size_t s_length = s.length();
+
+				double first = round_nearest(_right->eval_number(c, stack));
+				double last = first + round_nearest(_right->_next->eval_number(c, stack));
+				
+				if (is_nan(first) || is_nan(last)) return xpath_string();
+				else if (first >= s_length + 1) return xpath_string();
+				else if (first >= last) return xpath_string();
+				else if (last < 1) return xpath_string();
+				
+				size_t pos = first < 1 ? 1 : static_cast<size_t>(first);
+				size_t end = last >= s_length + 1 ? s_length + 1 : static_cast<size_t>(last);
+
+				assert(1 <= pos && pos <= end && end <= s_length + 1);
+				const char_t* rbegin = s.c_str() + (pos - 1);
+				const char_t* rend = s.c_str() + (end - 1);
+
+				return (end == s_length + 1 && !s.uses_heap()) ? xpath_string::from_const(rbegin) : xpath_string::from_heap(rbegin, rend, stack.result);
+			}
+
+			case ast_func_normalize_space_0:
+			{
+				xpath_string s = string_value(c.n, stack.result);
+
+				char_t* begin = s.data(stack.result);
+				char_t* end = normalize_space(begin);
+
+				return xpath_string::from_heap_preallocated(begin, end);
+			}
+
+			case ast_func_normalize_space_1:
+			{
+				xpath_string s = _left->eval_string(c, stack);
+
+				char_t* begin = s.data(stack.result);
+				char_t* end = normalize_space(begin);
+			
+				return xpath_string::from_heap_preallocated(begin, end);
+			}
+
+			case ast_func_translate:
+			{
+				xpath_allocator_capture cr(stack.temp);
+
+				xpath_stack swapped_stack = {stack.temp, stack.result};
+
+				xpath_string s = _left->eval_string(c, stack);
+				xpath_string from = _right->eval_string(c, swapped_stack);
+				xpath_string to = _right->_next->eval_string(c, swapped_stack);
+
+				char_t* begin = s.data(stack.result);
+				char_t* end = translate(begin, from.c_str(), to.c_str(), to.length());
+
+				return xpath_string::from_heap_preallocated(begin, end);
+			}
+
+			case ast_opt_translate_table:
+			{
+				xpath_string s = _left->eval_string(c, stack);
+
+				char_t* begin = s.data(stack.result);
+				char_t* end = translate_table(begin, _data.table);
+
+				return xpath_string::from_heap_preallocated(begin, end);
+			}
+
+			case ast_variable:
+			{
+				assert(_rettype == _data.variable->type());
+
+				if (_rettype == xpath_type_string)
+					return xpath_string::from_const(_data.variable->get_string());
+
+				// fallthrough to type conversion
+			}
+
+			default:
+			{
+				switch (_rettype)
+				{
+				case xpath_type_boolean:
+					return xpath_string::from_const(eval_boolean(c, stack) ? PUGIXML_TEXT("true") : PUGIXML_TEXT("false"));
+					
+				case xpath_type_number:
+					return convert_number_to_string(eval_number(c, stack), stack.result);
+					
+				case xpath_type_node_set:
+				{
+					xpath_allocator_capture cr(stack.temp);
+
+					xpath_stack swapped_stack = {stack.temp, stack.result};
+
+					xpath_node_set_raw ns = eval_node_set(c, swapped_stack, nodeset_eval_first);
+					return ns.empty() ? xpath_string() : string_value(ns.first(), stack.result);
+				}
+				
+				default:
+					assert(!"Wrong expression for return type string");
+					return xpath_string();
+				}
+			}
+			}
+		}
+
+		xpath_node_set_raw eval_node_set(const xpath_context& c, const xpath_stack& stack, nodeset_eval_t eval)
+		{
+			switch (_type)
+			{
+			case ast_op_union:
+			{
+				xpath_allocator_capture cr(stack.temp);
+
+				xpath_stack swapped_stack = {stack.temp, stack.result};
+
+				xpath_node_set_raw ls = _left->eval_node_set(c, swapped_stack, eval);
+				xpath_node_set_raw rs = _right->eval_node_set(c, stack, eval);
+
+				// we can optimize merging two sorted sets, but this is a very rare operation, so don't bother
+				rs.set_type(xpath_node_set::type_unsorted);
+
+				rs.append(ls.begin(), ls.end(), stack.result);
+				rs.remove_duplicates();
+
+				return rs;
+			}
+
+			case ast_filter:
+			{
+				xpath_node_set_raw set = _left->eval_node_set(c, stack, _test == predicate_constant_one ? nodeset_eval_first : nodeset_eval_all);
+
+				// either expression is a number or it contains position() call; sort by document order
+				if (_test != predicate_posinv) set.sort_do();
+
+				bool once = eval_once(set.type(), eval);
+
+				apply_predicate(set, 0, stack, once);
+			
+				return set;
+			}
+			
+			case ast_func_id:
+				return xpath_node_set_raw();
+			
+			case ast_step:
+			{
+				switch (_axis)
+				{
+				case axis_ancestor:
+					return step_do(c, stack, eval, axis_to_type<axis_ancestor>());
+					
+				case axis_ancestor_or_self:
+					return step_do(c, stack, eval, axis_to_type<axis_ancestor_or_self>());
+
+				case axis_attribute:
+					return step_do(c, stack, eval, axis_to_type<axis_attribute>());
+
+				case axis_child:
+					return step_do(c, stack, eval, axis_to_type<axis_child>());
+				
+				case axis_descendant:
+					return step_do(c, stack, eval, axis_to_type<axis_descendant>());
+
+				case axis_descendant_or_self:
+					return step_do(c, stack, eval, axis_to_type<axis_descendant_or_self>());
+
+				case axis_following:
+					return step_do(c, stack, eval, axis_to_type<axis_following>());
+				
+				case axis_following_sibling:
+					return step_do(c, stack, eval, axis_to_type<axis_following_sibling>());
+				
+				case axis_namespace:
+					// namespaced axis is not supported
+					return xpath_node_set_raw();
+				
+				case axis_parent:
+					return step_do(c, stack, eval, axis_to_type<axis_parent>());
+				
+				case axis_preceding:
+					return step_do(c, stack, eval, axis_to_type<axis_preceding>());
+
+				case axis_preceding_sibling:
+					return step_do(c, stack, eval, axis_to_type<axis_preceding_sibling>());
+				
+				case axis_self:
+					return step_do(c, stack, eval, axis_to_type<axis_self>());
+
+				default:
+					assert(!"Unknown axis");
+					return xpath_node_set_raw();
+				}
+			}
+
+			case ast_step_root:
+			{
+				assert(!_right); // root step can't have any predicates
+
+				xpath_node_set_raw ns;
+
+				ns.set_type(xpath_node_set::type_sorted);
+
+				if (c.n.node()) ns.push_back(c.n.node().root(), stack.result);
+				else if (c.n.attribute()) ns.push_back(c.n.parent().root(), stack.result);
+
+				return ns;
+			}
+
+			case ast_variable:
+			{
+				assert(_rettype == _data.variable->type());
+
+				if (_rettype == xpath_type_node_set)
+				{
+					const xpath_node_set& s = _data.variable->get_node_set();
+
+					xpath_node_set_raw ns;
+
+					ns.set_type(s.type());
+					ns.append(s.begin(), s.end(), stack.result);
+
+					return ns;
+				}
+
+				// fallthrough to type conversion
+			}
+
+			default:
+				assert(!"Wrong expression for return type node set");
+				return xpath_node_set_raw();
+			}
+		}
+
+		void optimize(xpath_allocator* alloc)
+		{
+			if (_left) _left->optimize(alloc);
+			if (_right) _right->optimize(alloc);
+			if (_next) _next->optimize(alloc);
+
+			optimize_self(alloc);
+		}
+
+		void optimize_self(xpath_allocator* alloc)
+		{
+			// Rewrite [position()=expr] with [expr]
+			// Note that this step has to go before classification to recognize [position()=1]
+			if ((_type == ast_filter || _type == ast_predicate) &&
+				_right->_type == ast_op_equal && _right->_left->_type == ast_func_position && _right->_right->_rettype == xpath_type_number)
+			{
+				_right = _right->_right;
+			}
+
+			// Classify filter/predicate ops to perform various optimizations during evaluation
+			if (_type == ast_filter || _type == ast_predicate)
+			{
+				assert(_test == predicate_default);
+
+				if (_right->_type == ast_number_constant && _right->_data.number == 1.0)
+					_test = predicate_constant_one;
+				else if (_right->_rettype == xpath_type_number && (_right->_type == ast_number_constant || _right->_type == ast_variable || _right->_type == ast_func_last))
+					_test = predicate_constant;
+				else if (_right->_rettype != xpath_type_number && _right->is_posinv_expr())
+					_test = predicate_posinv;
+			}
+
+			// Rewrite descendant-or-self::node()/child::foo with descendant::foo
+			// The former is a full form of //foo, the latter is much faster since it executes the node test immediately
+			// Do a similar kind of rewrite for self/descendant/descendant-or-self axes
+			// Note that we only rewrite positionally invariant steps (//foo[1] != /descendant::foo[1])
+			if (_type == ast_step && (_axis == axis_child || _axis == axis_self || _axis == axis_descendant || _axis == axis_descendant_or_self) && _left &&
+				_left->_type == ast_step && _left->_axis == axis_descendant_or_self && _left->_test == nodetest_type_node && !_left->_right &&
+				is_posinv_step())
+			{
+				if (_axis == axis_child || _axis == axis_descendant)
+					_axis = axis_descendant;
+				else
+					_axis = axis_descendant_or_self;
+
+				_left = _left->_left;
+			}
+
+			// Use optimized lookup table implementation for translate() with constant arguments
+			if (_type == ast_func_translate && _right->_type == ast_string_constant && _right->_next->_type == ast_string_constant)
+			{
+				unsigned char* table = translate_table_generate(alloc, _right->_data.string, _right->_next->_data.string);
+
+				if (table)
+				{
+					_type = ast_opt_translate_table;
+					_data.table = table;
+				}
+			}
+
+			// Use optimized path for @attr = 'value' or @attr = $value
+			if (_type == ast_op_equal &&
+				_left->_type == ast_step && _left->_axis == axis_attribute && _left->_test == nodetest_name && !_left->_left && !_left->_right &&
+				(_right->_type == ast_string_constant || (_right->_type == ast_variable && _right->_rettype == xpath_type_string)))
+			{
+				_type = ast_opt_compare_attribute;
+			}
+		}
+		
+		bool is_posinv_expr() const
+		{
+			switch (_type)
+			{
+			case ast_func_position:
+			case ast_func_last:
+				return false;
+
+			case ast_string_constant:
+			case ast_number_constant:
+			case ast_variable:
+				return true;
+
+			case ast_step:
+			case ast_step_root:
+				return true;
+
+			case ast_predicate:
+			case ast_filter:
+				return true;
+
+			default:
+				if (_left && !_left->is_posinv_expr()) return false;
+				
+				for (xpath_ast_node* n = _right; n; n = n->_next)
+					if (!n->is_posinv_expr()) return false;
+					
+				return true;
+			}
+		}
+
+		bool is_posinv_step() const
+		{
+			assert(_type == ast_step);
+
+			for (xpath_ast_node* n = _right; n; n = n->_next)
+			{
+				assert(n->_type == ast_predicate);
+
+				if (n->_test != predicate_posinv)
+					return false;
+			}
+
+			return true;
+		}
+
+		xpath_value_type rettype() const
+		{
+			return static_cast<xpath_value_type>(_rettype);
+		}
+	};
+
+	struct xpath_parser
+	{
+		xpath_allocator* _alloc;
+		xpath_lexer _lexer;
+
+		const char_t* _query;
+		xpath_variable_set* _variables;
+
+		xpath_parse_result* _result;
+
+		char_t _scratch[32];
+
+	#ifdef PUGIXML_NO_EXCEPTIONS
+		jmp_buf _error_handler;
+	#endif
+
+		void throw_error(const char* message)
+		{
+			_result->error = message;
+			_result->offset = _lexer.current_pos() - _query;
+
+		#ifdef PUGIXML_NO_EXCEPTIONS
+			longjmp(_error_handler, 1);
+		#else
+			throw xpath_exception(*_result);
+		#endif
+		}
+
+		void throw_error_oom()
+		{
+		#ifdef PUGIXML_NO_EXCEPTIONS
+			throw_error("Out of memory");
+		#else
+			throw std::bad_alloc();
+		#endif
+		}
+
+		void* alloc_node()
+		{
+			void* result = _alloc->allocate_nothrow(sizeof(xpath_ast_node));
+
+			if (!result) throw_error_oom();
+
+			return result;
+		}
+
+		const char_t* alloc_string(const xpath_lexer_string& value)
+		{
+			if (value.begin)
+			{
+				size_t length = static_cast<size_t>(value.end - value.begin);
+
+				char_t* c = static_cast<char_t*>(_alloc->allocate_nothrow((length + 1) * sizeof(char_t)));
+				if (!c) throw_error_oom();
+				assert(c); // workaround for clang static analysis
+
+				memcpy(c, value.begin, length * sizeof(char_t));
+				c[length] = 0;
+
+				return c;
+			}
+			else return 0;
+		}
+
+		xpath_ast_node* parse_function_helper(ast_type_t type0, ast_type_t type1, size_t argc, xpath_ast_node* args[2])
+		{
+			assert(argc <= 1);
+
+			if (argc == 1 && args[0]->rettype() != xpath_type_node_set) throw_error("Function has to be applied to node set");
+
+			return new (alloc_node()) xpath_ast_node(argc == 0 ? type0 : type1, xpath_type_string, args[0]);
+		}
+
+		xpath_ast_node* parse_function(const xpath_lexer_string& name, size_t argc, xpath_ast_node* args[2])
+		{
+			switch (name.begin[0])
+			{
+			case 'b':
+				if (name == PUGIXML_TEXT("boolean") && argc == 1)
+					return new (alloc_node()) xpath_ast_node(ast_func_boolean, xpath_type_boolean, args[0]);
+					
+				break;
+			
+			case 'c':
+				if (name == PUGIXML_TEXT("count") && argc == 1)
+				{
+					if (args[0]->rettype() != xpath_type_node_set) throw_error("Function has to be applied to node set");
+					return new (alloc_node()) xpath_ast_node(ast_func_count, xpath_type_number, args[0]);
+				}
+				else if (name == PUGIXML_TEXT("contains") && argc == 2)
+					return new (alloc_node()) xpath_ast_node(ast_func_contains, xpath_type_boolean, args[0], args[1]);
+				else if (name == PUGIXML_TEXT("concat") && argc >= 2)
+					return new (alloc_node()) xpath_ast_node(ast_func_concat, xpath_type_string, args[0], args[1]);
+				else if (name == PUGIXML_TEXT("ceiling") && argc == 1)
+					return new (alloc_node()) xpath_ast_node(ast_func_ceiling, xpath_type_number, args[0]);
+					
+				break;
+			
+			case 'f':
+				if (name == PUGIXML_TEXT("false") && argc == 0)
+					return new (alloc_node()) xpath_ast_node(ast_func_false, xpath_type_boolean);
+				else if (name == PUGIXML_TEXT("floor") && argc == 1)
+					return new (alloc_node()) xpath_ast_node(ast_func_floor, xpath_type_number, args[0]);
+					
+				break;
+			
+			case 'i':
+				if (name == PUGIXML_TEXT("id") && argc == 1)
+					return new (alloc_node()) xpath_ast_node(ast_func_id, xpath_type_node_set, args[0]);
+					
+				break;
+			
+			case 'l':
+				if (name == PUGIXML_TEXT("last") && argc == 0)
+					return new (alloc_node()) xpath_ast_node(ast_func_last, xpath_type_number);
+				else if (name == PUGIXML_TEXT("lang") && argc == 1)
+					return new (alloc_node()) xpath_ast_node(ast_func_lang, xpath_type_boolean, args[0]);
+				else if (name == PUGIXML_TEXT("local-name") && argc <= 1)
+					return parse_function_helper(ast_func_local_name_0, ast_func_local_name_1, argc, args);
+			
+				break;
+			
+			case 'n':
+				if (name == PUGIXML_TEXT("name") && argc <= 1)
+					return parse_function_helper(ast_func_name_0, ast_func_name_1, argc, args);
+				else if (name == PUGIXML_TEXT("namespace-uri") && argc <= 1)
+					return parse_function_helper(ast_func_namespace_uri_0, ast_func_namespace_uri_1, argc, args);
+				else if (name == PUGIXML_TEXT("normalize-space") && argc <= 1)
+					return new (alloc_node()) xpath_ast_node(argc == 0 ? ast_func_normalize_space_0 : ast_func_normalize_space_1, xpath_type_string, args[0], args[1]);
+				else if (name == PUGIXML_TEXT("not") && argc == 1)
+					return new (alloc_node()) xpath_ast_node(ast_func_not, xpath_type_boolean, args[0]);
+				else if (name == PUGIXML_TEXT("number") && argc <= 1)
+					return new (alloc_node()) xpath_ast_node(argc == 0 ? ast_func_number_0 : ast_func_number_1, xpath_type_number, args[0]);
+			
+				break;
+			
+			case 'p':
+				if (name == PUGIXML_TEXT("position") && argc == 0)
+					return new (alloc_node()) xpath_ast_node(ast_func_position, xpath_type_number);
+				
+				break;
+			
+			case 'r':
+				if (name == PUGIXML_TEXT("round") && argc == 1)
+					return new (alloc_node()) xpath_ast_node(ast_func_round, xpath_type_number, args[0]);
+
+				break;
+			
+			case 's':
+				if (name == PUGIXML_TEXT("string") && argc <= 1)
+					return new (alloc_node()) xpath_ast_node(argc == 0 ? ast_func_string_0 : ast_func_string_1, xpath_type_string, args[0]);
+				else if (name == PUGIXML_TEXT("string-length") && argc <= 1)
+					return new (alloc_node()) xpath_ast_node(argc == 0 ? ast_func_string_length_0 : ast_func_string_length_1, xpath_type_number, args[0]);
+				else if (name == PUGIXML_TEXT("starts-with") && argc == 2)
+					return new (alloc_node()) xpath_ast_node(ast_func_starts_with, xpath_type_boolean, args[0], args[1]);
+				else if (name == PUGIXML_TEXT("substring-before") && argc == 2)
+					return new (alloc_node()) xpath_ast_node(ast_func_substring_before, xpath_type_string, args[0], args[1]);
+				else if (name == PUGIXML_TEXT("substring-after") && argc == 2)
+					return new (alloc_node()) xpath_ast_node(ast_func_substring_after, xpath_type_string, args[0], args[1]);
+				else if (name == PUGIXML_TEXT("substring") && (argc == 2 || argc == 3))
+					return new (alloc_node()) xpath_ast_node(argc == 2 ? ast_func_substring_2 : ast_func_substring_3, xpath_type_string, args[0], args[1]);
+				else if (name == PUGIXML_TEXT("sum") && argc == 1)
+				{
+					if (args[0]->rettype() != xpath_type_node_set) throw_error("Function has to be applied to node set");
+					return new (alloc_node()) xpath_ast_node(ast_func_sum, xpath_type_number, args[0]);
+				}
+
+				break;
+			
+			case 't':
+				if (name == PUGIXML_TEXT("translate") && argc == 3)
+					return new (alloc_node()) xpath_ast_node(ast_func_translate, xpath_type_string, args[0], args[1]);
+				else if (name == PUGIXML_TEXT("true") && argc == 0)
+					return new (alloc_node()) xpath_ast_node(ast_func_true, xpath_type_boolean);
+					
+				break;
+
+			default:
+				break;
+			}
+
+			throw_error("Unrecognized function or wrong parameter count");
+
+			return 0;
+		}
+
+		axis_t parse_axis_name(const xpath_lexer_string& name, bool& specified)
+		{
+			specified = true;
+
+			switch (name.begin[0])
+			{
+			case 'a':
+				if (name == PUGIXML_TEXT("ancestor"))
+					return axis_ancestor;
+				else if (name == PUGIXML_TEXT("ancestor-or-self"))
+					return axis_ancestor_or_self;
+				else if (name == PUGIXML_TEXT("attribute"))
+					return axis_attribute;
+				
+				break;
+			
+			case 'c':
+				if (name == PUGIXML_TEXT("child"))
+					return axis_child;
+				
+				break;
+			
+			case 'd':
+				if (name == PUGIXML_TEXT("descendant"))
+					return axis_descendant;
+				else if (name == PUGIXML_TEXT("descendant-or-self"))
+					return axis_descendant_or_self;
+				
+				break;
+			
+			case 'f':
+				if (name == PUGIXML_TEXT("following"))
+					return axis_following;
+				else if (name == PUGIXML_TEXT("following-sibling"))
+					return axis_following_sibling;
+				
+				break;
+			
+			case 'n':
+				if (name == PUGIXML_TEXT("namespace"))
+					return axis_namespace;
+				
+				break;
+			
+			case 'p':
+				if (name == PUGIXML_TEXT("parent"))
+					return axis_parent;
+				else if (name == PUGIXML_TEXT("preceding"))
+					return axis_preceding;
+				else if (name == PUGIXML_TEXT("preceding-sibling"))
+					return axis_preceding_sibling;
+				
+				break;
+			
+			case 's':
+				if (name == PUGIXML_TEXT("self"))
+					return axis_self;
+				
+				break;
+
+			default:
+				break;
+			}
+
+			specified = false;
+			return axis_child;
+		}
+
+		nodetest_t parse_node_test_type(const xpath_lexer_string& name)
+		{
+			switch (name.begin[0])
+			{
+			case 'c':
+				if (name == PUGIXML_TEXT("comment"))
+					return nodetest_type_comment;
+
+				break;
+
+			case 'n':
+				if (name == PUGIXML_TEXT("node"))
+					return nodetest_type_node;
+
+				break;
+
+			case 'p':
+				if (name == PUGIXML_TEXT("processing-instruction"))
+					return nodetest_type_pi;
+
+				break;
+
+			case 't':
+				if (name == PUGIXML_TEXT("text"))
+					return nodetest_type_text;
+
+				break;
+			
+			default:
+				break;
+			}
+
+			return nodetest_none;
+		}
+
+		// PrimaryExpr ::= VariableReference | '(' Expr ')' | Literal | Number | FunctionCall
+		xpath_ast_node* parse_primary_expression()
+		{
+			switch (_lexer.current())
+			{
+			case lex_var_ref:
+			{
+				xpath_lexer_string name = _lexer.contents();
+
+				if (!_variables)
+					throw_error("Unknown variable: variable set is not provided");
+
+				xpath_variable* var = 0;
+				if (!get_variable_scratch(_scratch, _variables, name.begin, name.end, &var))
+					throw_error_oom();
+
+				if (!var)
+					throw_error("Unknown variable: variable set does not contain the given name");
+
+				_lexer.next();
+
+				return new (alloc_node()) xpath_ast_node(ast_variable, var->type(), var);
+			}
+
+			case lex_open_brace:
+			{
+				_lexer.next();
+
+				xpath_ast_node* n = parse_expression();
+
+				if (_lexer.current() != lex_close_brace)
+					throw_error("Unmatched braces");
+
+				_lexer.next();
+
+				return n;
+			}
+
+			case lex_quoted_string:
+			{
+				const char_t* value = alloc_string(_lexer.contents());
+
+				xpath_ast_node* n = new (alloc_node()) xpath_ast_node(ast_string_constant, xpath_type_string, value);
+				_lexer.next();
+
+				return n;
+			}
+
+			case lex_number:
+			{
+				double value = 0;
+
+				if (!convert_string_to_number_scratch(_scratch, _lexer.contents().begin, _lexer.contents().end, &value))
+					throw_error_oom();
+
+				xpath_ast_node* n = new (alloc_node()) xpath_ast_node(ast_number_constant, xpath_type_number, value);
+				_lexer.next();
+
+				return n;
+			}
+
+			case lex_string:
+			{
+				xpath_ast_node* args[2] = {0};
+				size_t argc = 0;
+				
+				xpath_lexer_string function = _lexer.contents();
+				_lexer.next();
+				
+				xpath_ast_node* last_arg = 0;
+				
+				if (_lexer.current() != lex_open_brace)
+					throw_error("Unrecognized function call");
+				_lexer.next();
+
+				if (_lexer.current() != lex_close_brace)
+					args[argc++] = parse_expression();
+
+				while (_lexer.current() != lex_close_brace)
+				{
+					if (_lexer.current() != lex_comma)
+						throw_error("No comma between function arguments");
+					_lexer.next();
+					
+					xpath_ast_node* n = parse_expression();
+					
+					if (argc < 2) args[argc] = n;
+					else last_arg->set_next(n);
+
+					argc++;
+					last_arg = n;
+				}
+				
+				_lexer.next();
+
+				return parse_function(function, argc, args);
+			}
+
+			default:
+				throw_error("Unrecognizable primary expression");
+
+				return 0;
+			}
+		}
+		
+		// FilterExpr ::= PrimaryExpr | FilterExpr Predicate
+		// Predicate ::= '[' PredicateExpr ']'
+		// PredicateExpr ::= Expr
+		xpath_ast_node* parse_filter_expression()
+		{
+			xpath_ast_node* n = parse_primary_expression();
+
+			while (_lexer.current() == lex_open_square_brace)
+			{
+				_lexer.next();
+
+				xpath_ast_node* expr = parse_expression();
+
+				if (n->rettype() != xpath_type_node_set) throw_error("Predicate has to be applied to node set");
+
+				n = new (alloc_node()) xpath_ast_node(ast_filter, n, expr, predicate_default);
+
+				if (_lexer.current() != lex_close_square_brace)
+					throw_error("Unmatched square brace");
+			
+				_lexer.next();
+			}
+			
+			return n;
+		}
+		
+		// Step ::= AxisSpecifier NodeTest Predicate* | AbbreviatedStep
+		// AxisSpecifier ::= AxisName '::' | '@'?
+		// NodeTest ::= NameTest | NodeType '(' ')' | 'processing-instruction' '(' Literal ')'
+		// NameTest ::= '*' | NCName ':' '*' | QName
+		// AbbreviatedStep ::= '.' | '..'
+		xpath_ast_node* parse_step(xpath_ast_node* set)
+		{
+			if (set && set->rettype() != xpath_type_node_set)
+				throw_error("Step has to be applied to node set");
+
+			bool axis_specified = false;
+			axis_t axis = axis_child; // implied child axis
+
+			if (_lexer.current() == lex_axis_attribute)
+			{
+				axis = axis_attribute;
+				axis_specified = true;
+				
+				_lexer.next();
+			}
+			else if (_lexer.current() == lex_dot)
+			{
+				_lexer.next();
+				
+				return new (alloc_node()) xpath_ast_node(ast_step, set, axis_self, nodetest_type_node, 0);
+			}
+			else if (_lexer.current() == lex_double_dot)
+			{
+				_lexer.next();
+				
+				return new (alloc_node()) xpath_ast_node(ast_step, set, axis_parent, nodetest_type_node, 0);
+			}
+		
+			nodetest_t nt_type = nodetest_none;
+			xpath_lexer_string nt_name;
+			
+			if (_lexer.current() == lex_string)
+			{
+				// node name test
+				nt_name = _lexer.contents();
+				_lexer.next();
+
+				// was it an axis name?
+				if (_lexer.current() == lex_double_colon)
+				{
+					// parse axis name
+					if (axis_specified) throw_error("Two axis specifiers in one step");
+
+					axis = parse_axis_name(nt_name, axis_specified);
+
+					if (!axis_specified) throw_error("Unknown axis");
+
+					// read actual node test
+					_lexer.next();
+
+					if (_lexer.current() == lex_multiply)
+					{
+						nt_type = nodetest_all;
+						nt_name = xpath_lexer_string();
+						_lexer.next();
+					}
+					else if (_lexer.current() == lex_string)
+					{
+						nt_name = _lexer.contents();
+						_lexer.next();
+					}
+					else throw_error("Unrecognized node test");
+				}
+				
+				if (nt_type == nodetest_none)
+				{
+					// node type test or processing-instruction
+					if (_lexer.current() == lex_open_brace)
+					{
+						_lexer.next();
+						
+						if (_lexer.current() == lex_close_brace)
+						{
+							_lexer.next();
+
+							nt_type = parse_node_test_type(nt_name);
+
+							if (nt_type == nodetest_none) throw_error("Unrecognized node type");
+							
+							nt_name = xpath_lexer_string();
+						}
+						else if (nt_name == PUGIXML_TEXT("processing-instruction"))
+						{
+							if (_lexer.current() != lex_quoted_string)
+								throw_error("Only literals are allowed as arguments to processing-instruction()");
+						
+							nt_type = nodetest_pi;
+							nt_name = _lexer.contents();
+							_lexer.next();
+							
+							if (_lexer.current() != lex_close_brace)
+								throw_error("Unmatched brace near processing-instruction()");
+							_lexer.next();
+						}
+						else
+							throw_error("Unmatched brace near node type test");
+
+					}
+					// QName or NCName:*
+					else
+					{
+						if (nt_name.end - nt_name.begin > 2 && nt_name.end[-2] == ':' && nt_name.end[-1] == '*') // NCName:*
+						{
+							nt_name.end--; // erase *
+							
+							nt_type = nodetest_all_in_namespace;
+						}
+						else nt_type = nodetest_name;
+					}
+				}
+			}
+			else if (_lexer.current() == lex_multiply)
+			{
+				nt_type = nodetest_all;
+				_lexer.next();
+			}
+			else throw_error("Unrecognized node test");
+			
+			xpath_ast_node* n = new (alloc_node()) xpath_ast_node(ast_step, set, axis, nt_type, alloc_string(nt_name));
+			
+			xpath_ast_node* last = 0;
+			
+			while (_lexer.current() == lex_open_square_brace)
+			{
+				_lexer.next();
+				
+				xpath_ast_node* expr = parse_expression();
+
+				xpath_ast_node* pred = new (alloc_node()) xpath_ast_node(ast_predicate, 0, expr, predicate_default);
+				
+				if (_lexer.current() != lex_close_square_brace)
+					throw_error("Unmatched square brace");
+				_lexer.next();
+				
+				if (last) last->set_next(pred);
+				else n->set_right(pred);
+				
+				last = pred;
+			}
+
+			return n;
+		}
+		
+		// RelativeLocationPath ::= Step | RelativeLocationPath '/' Step | RelativeLocationPath '//' Step
+		xpath_ast_node* parse_relative_location_path(xpath_ast_node* set)
+		{
+			xpath_ast_node* n = parse_step(set);
+			
+			while (_lexer.current() == lex_slash || _lexer.current() == lex_double_slash)
+			{
+				lexeme_t l = _lexer.current();
+				_lexer.next();
+
+				if (l == lex_double_slash)
+					n = new (alloc_node()) xpath_ast_node(ast_step, n, axis_descendant_or_self, nodetest_type_node, 0);
+				
+				n = parse_step(n);
+			}
+			
+			return n;
+		}
+		
+		// LocationPath ::= RelativeLocationPath | AbsoluteLocationPath
+		// AbsoluteLocationPath ::= '/' RelativeLocationPath? | '//' RelativeLocationPath
+		xpath_ast_node* parse_location_path()
+		{
+			if (_lexer.current() == lex_slash)
+			{
+				_lexer.next();
+				
+				xpath_ast_node* n = new (alloc_node()) xpath_ast_node(ast_step_root, xpath_type_node_set);
+
+				// relative location path can start from axis_attribute, dot, double_dot, multiply and string lexemes; any other lexeme means standalone root path
+				lexeme_t l = _lexer.current();
+
+				if (l == lex_string || l == lex_axis_attribute || l == lex_dot || l == lex_double_dot || l == lex_multiply)
+					return parse_relative_location_path(n);
+				else
+					return n;
+			}
+			else if (_lexer.current() == lex_double_slash)
+			{
+				_lexer.next();
+				
+				xpath_ast_node* n = new (alloc_node()) xpath_ast_node(ast_step_root, xpath_type_node_set);
+				n = new (alloc_node()) xpath_ast_node(ast_step, n, axis_descendant_or_self, nodetest_type_node, 0);
+				
+				return parse_relative_location_path(n);
+			}
+
+			// else clause moved outside of if because of bogus warning 'control may reach end of non-void function being inlined' in gcc 4.0.1
+			return parse_relative_location_path(0);
+		}
+		
+		// PathExpr ::= LocationPath
+		//				| FilterExpr
+		//				| FilterExpr '/' RelativeLocationPath
+		//				| FilterExpr '//' RelativeLocationPath
+		// UnionExpr ::= PathExpr | UnionExpr '|' PathExpr
+		// UnaryExpr ::= UnionExpr | '-' UnaryExpr
+		xpath_ast_node* parse_path_or_unary_expression()
+		{
+			// Clarification.
+			// PathExpr begins with either LocationPath or FilterExpr.
+			// FilterExpr begins with PrimaryExpr
+			// PrimaryExpr begins with '$' in case of it being a variable reference,
+			// '(' in case of it being an expression, string literal, number constant or
+			// function call.
+
+			if (_lexer.current() == lex_var_ref || _lexer.current() == lex_open_brace || 
+				_lexer.current() == lex_quoted_string || _lexer.current() == lex_number ||
+				_lexer.current() == lex_string)
+			{
+				if (_lexer.current() == lex_string)
+				{
+					// This is either a function call, or not - if not, we shall proceed with location path
+					const char_t* state = _lexer.state();
+					
+					while (PUGI__IS_CHARTYPE(*state, ct_space)) ++state;
+					
+					if (*state != '(') return parse_location_path();
+
+					// This looks like a function call; however this still can be a node-test. Check it.
+					if (parse_node_test_type(_lexer.contents()) != nodetest_none) return parse_location_path();
+				}
+				
+				xpath_ast_node* n = parse_filter_expression();
+
+				if (_lexer.current() == lex_slash || _lexer.current() == lex_double_slash)
+				{
+					lexeme_t l = _lexer.current();
+					_lexer.next();
+					
+					if (l == lex_double_slash)
+					{
+						if (n->rettype() != xpath_type_node_set) throw_error("Step has to be applied to node set");
+
+						n = new (alloc_node()) xpath_ast_node(ast_step, n, axis_descendant_or_self, nodetest_type_node, 0);
+					}
+	
+					// select from location path
+					return parse_relative_location_path(n);
+				}
+
+				return n;
+			}
+			else if (_lexer.current() == lex_minus)
+			{
+				_lexer.next();
+
+				// precedence 7+ - only parses union expressions
+				xpath_ast_node* expr = parse_expression_rec(parse_path_or_unary_expression(), 7);
+
+				return new (alloc_node()) xpath_ast_node(ast_op_negate, xpath_type_number, expr);
+			}
+			else
+				return parse_location_path();
+		}
+
+		struct binary_op_t
+		{
+			ast_type_t asttype;
+			xpath_value_type rettype;
+			int precedence;
+
+			binary_op_t(): asttype(ast_unknown), rettype(xpath_type_none), precedence(0)
+			{
+			}
+
+			binary_op_t(ast_type_t asttype_, xpath_value_type rettype_, int precedence_): asttype(asttype_), rettype(rettype_), precedence(precedence_)
+			{
+			}
+
+			static binary_op_t parse(xpath_lexer& lexer)
+			{
+				switch (lexer.current())
+				{
+				case lex_string:
+					if (lexer.contents() == PUGIXML_TEXT("or"))
+						return binary_op_t(ast_op_or, xpath_type_boolean, 1);
+					else if (lexer.contents() == PUGIXML_TEXT("and"))
+						return binary_op_t(ast_op_and, xpath_type_boolean, 2);
+					else if (lexer.contents() == PUGIXML_TEXT("div"))
+						return binary_op_t(ast_op_divide, xpath_type_number, 6);
+					else if (lexer.contents() == PUGIXML_TEXT("mod"))
+						return binary_op_t(ast_op_mod, xpath_type_number, 6);
+					else
+						return binary_op_t();
+
+				case lex_equal:
+					return binary_op_t(ast_op_equal, xpath_type_boolean, 3);
+
+				case lex_not_equal:
+					return binary_op_t(ast_op_not_equal, xpath_type_boolean, 3);
+
+				case lex_less:
+					return binary_op_t(ast_op_less, xpath_type_boolean, 4);
+
+				case lex_greater:
+					return binary_op_t(ast_op_greater, xpath_type_boolean, 4);
+
+				case lex_less_or_equal:
+					return binary_op_t(ast_op_less_or_equal, xpath_type_boolean, 4);
+
+				case lex_greater_or_equal:
+					return binary_op_t(ast_op_greater_or_equal, xpath_type_boolean, 4);
+
+				case lex_plus:
+					return binary_op_t(ast_op_add, xpath_type_number, 5);
+
+				case lex_minus:
+					return binary_op_t(ast_op_subtract, xpath_type_number, 5);
+
+				case lex_multiply:
+					return binary_op_t(ast_op_multiply, xpath_type_number, 6);
+
+				case lex_union:
+					return binary_op_t(ast_op_union, xpath_type_node_set, 7);
+
+				default:
+					return binary_op_t();
+				}
+			}
+		};
+
+		xpath_ast_node* parse_expression_rec(xpath_ast_node* lhs, int limit)
+		{
+			binary_op_t op = binary_op_t::parse(_lexer);
+
+			while (op.asttype != ast_unknown && op.precedence >= limit)
+			{
+				_lexer.next();
+
+				xpath_ast_node* rhs = parse_path_or_unary_expression();
+
+				binary_op_t nextop = binary_op_t::parse(_lexer);
+
+				while (nextop.asttype != ast_unknown && nextop.precedence > op.precedence)
+				{
+					rhs = parse_expression_rec(rhs, nextop.precedence);
+
+					nextop = binary_op_t::parse(_lexer);
+				}
+
+				if (op.asttype == ast_op_union && (lhs->rettype() != xpath_type_node_set || rhs->rettype() != xpath_type_node_set))
+					throw_error("Union operator has to be applied to node sets");
+
+				lhs = new (alloc_node()) xpath_ast_node(op.asttype, op.rettype, lhs, rhs);
+
+				op = binary_op_t::parse(_lexer);
+			}
+
+			return lhs;
+		}
+
+		// Expr ::= OrExpr
+		// OrExpr ::= AndExpr | OrExpr 'or' AndExpr
+		// AndExpr ::= EqualityExpr | AndExpr 'and' EqualityExpr
+		// EqualityExpr ::= RelationalExpr
+		//					| EqualityExpr '=' RelationalExpr
+		//					| EqualityExpr '!=' RelationalExpr
+		// RelationalExpr ::= AdditiveExpr
+		//					  | RelationalExpr '<' AdditiveExpr
+		//					  | RelationalExpr '>' AdditiveExpr
+		//					  | RelationalExpr '<=' AdditiveExpr
+		//					  | RelationalExpr '>=' AdditiveExpr
+		// AdditiveExpr ::= MultiplicativeExpr
+		//					| AdditiveExpr '+' MultiplicativeExpr
+		//					| AdditiveExpr '-' MultiplicativeExpr
+		// MultiplicativeExpr ::= UnaryExpr
+		//						  | MultiplicativeExpr '*' UnaryExpr
+		//						  | MultiplicativeExpr 'div' UnaryExpr
+		//						  | MultiplicativeExpr 'mod' UnaryExpr
+		xpath_ast_node* parse_expression()
+		{
+			return parse_expression_rec(parse_path_or_unary_expression(), 0);
+		}
+
+		xpath_parser(const char_t* query, xpath_variable_set* variables, xpath_allocator* alloc, xpath_parse_result* result): _alloc(alloc), _lexer(query), _query(query), _variables(variables), _result(result)
+		{
+		}
+
+		xpath_ast_node* parse()
+		{
+			xpath_ast_node* result = parse_expression();
+			
+			if (_lexer.current() != lex_eof)
+			{
+				// there are still unparsed tokens left, error
+				throw_error("Incorrect query");
+			}
+			
+			return result;
+		}
+
+		static xpath_ast_node* parse(const char_t* query, xpath_variable_set* variables, xpath_allocator* alloc, xpath_parse_result* result)
+		{
+			xpath_parser parser(query, variables, alloc, result);
+
+		#ifdef PUGIXML_NO_EXCEPTIONS
+			int error = setjmp(parser._error_handler);
+
+			return (error == 0) ? parser.parse() : 0;
+		#else
+			return parser.parse();
+		#endif
+		}
+	};
+
+	struct xpath_query_impl
+	{
+		static xpath_query_impl* create()
+		{
+			void* memory = xml_memory::allocate(sizeof(xpath_query_impl));
+			if (!memory) return 0;
+
+			return new (memory) xpath_query_impl();
+		}
+
+		static void destroy(xpath_query_impl* impl)
+		{
+			// free all allocated pages
+			impl->alloc.release();
+
+			// free allocator memory (with the first page)
+			xml_memory::deallocate(impl);
+		}
+
+		xpath_query_impl(): root(0), alloc(&block)
+		{
+			block.next = 0;
+			block.capacity = sizeof(block.data);
+		}
+
+		xpath_ast_node* root;
+		xpath_allocator alloc;
+		xpath_memory_block block;
+	};
+
+	PUGI__FN xpath_string evaluate_string_impl(xpath_query_impl* impl, const xpath_node& n, xpath_stack_data& sd)
+	{
+		if (!impl) return xpath_string();
+
+	#ifdef PUGIXML_NO_EXCEPTIONS
+		if (setjmp(sd.error_handler)) return xpath_string();
+	#endif
+
+		xpath_context c(n, 1, 1);
+
+		return impl->root->eval_string(c, sd.stack);
+	}
+
+	PUGI__FN impl::xpath_ast_node* evaluate_node_set_prepare(xpath_query_impl* impl)
+	{
+		if (!impl) return 0;
+
+		if (impl->root->rettype() != xpath_type_node_set)
+		{
+		#ifdef PUGIXML_NO_EXCEPTIONS
+			return 0;
+		#else
+			xpath_parse_result res;
+			res.error = "Expression does not evaluate to node set";
+
+			throw xpath_exception(res);
+		#endif
+		}
+
+		return impl->root;
+	}
+PUGI__NS_END
+
+namespace pugi
+{
+#ifndef PUGIXML_NO_EXCEPTIONS
+	PUGI__FN xpath_exception::xpath_exception(const xpath_parse_result& result_): _result(result_)
+	{
+		assert(_result.error);
+	}
+	
+	PUGI__FN const char* xpath_exception::what() const throw()
+	{
+		return _result.error;
+	}
+
+	PUGI__FN const xpath_parse_result& xpath_exception::result() const
+	{
+		return _result;
+	}
+#endif
+	
+	PUGI__FN xpath_node::xpath_node()
+	{
+	}
+		
+	PUGI__FN xpath_node::xpath_node(const xml_node& node_): _node(node_)
+	{
+	}
+		
+	PUGI__FN xpath_node::xpath_node(const xml_attribute& attribute_, const xml_node& parent_): _node(attribute_ ? parent_ : xml_node()), _attribute(attribute_)
+	{
+	}
+
+	PUGI__FN xml_node xpath_node::node() const
+	{
+		return _attribute ? xml_node() : _node;
+	}
+		
+	PUGI__FN xml_attribute xpath_node::attribute() const
+	{
+		return _attribute;
+	}
+	
+	PUGI__FN xml_node xpath_node::parent() const
+	{
+		return _attribute ? _node : _node.parent();
+	}
+
+	PUGI__FN static void unspecified_bool_xpath_node(xpath_node***)
+	{
+	}
+
+	PUGI__FN xpath_node::operator xpath_node::unspecified_bool_type() const
+	{
+		return (_node || _attribute) ? unspecified_bool_xpath_node : 0;
+	}
+	
+	PUGI__FN bool xpath_node::operator!() const
+	{
+		return !(_node || _attribute);
+	}
+
+	PUGI__FN bool xpath_node::operator==(const xpath_node& n) const
+	{
+		return _node == n._node && _attribute == n._attribute;
+	}
+	
+	PUGI__FN bool xpath_node::operator!=(const xpath_node& n) const
+	{
+		return _node != n._node || _attribute != n._attribute;
+	}
+
+#ifdef __BORLANDC__
+	PUGI__FN bool operator&&(const xpath_node& lhs, bool rhs)
+	{
+		return (bool)lhs && rhs;
+	}
+
+	PUGI__FN bool operator||(const xpath_node& lhs, bool rhs)
+	{
+		return (bool)lhs || rhs;
+	}
+#endif
+
+	PUGI__FN void xpath_node_set::_assign(const_iterator begin_, const_iterator end_, type_t type_)
+	{
+		assert(begin_ <= end_);
+
+		size_t size_ = static_cast<size_t>(end_ - begin_);
+
+		if (size_ <= 1)
+		{
+			// deallocate old buffer
+			if (_begin != &_storage) impl::xml_memory::deallocate(_begin);
+
+			// use internal buffer
+			if (begin_ != end_) _storage = *begin_;
+
+			_begin = &_storage;
+			_end = &_storage + size_;
+			_type = type_;
+		}
+		else
+		{
+			// make heap copy
+			xpath_node* storage = static_cast<xpath_node*>(impl::xml_memory::allocate(size_ * sizeof(xpath_node)));
+
+			if (!storage)
+			{
+			#ifdef PUGIXML_NO_EXCEPTIONS
+				return;
+			#else
+				throw std::bad_alloc();
+			#endif
+			}
+
+			memcpy(storage, begin_, size_ * sizeof(xpath_node));
+			
+			// deallocate old buffer
+			if (_begin != &_storage) impl::xml_memory::deallocate(_begin);
+
+			// finalize
+			_begin = storage;
+			_end = storage + size_;
+			_type = type_;
+		}
+	}
+
+#if __cplusplus >= 201103
+	PUGI__FN void xpath_node_set::_move(xpath_node_set& rhs)
+	{
+		_type = rhs._type;
+		_storage = rhs._storage;
+		_begin = (rhs._begin == &rhs._storage) ? &_storage : rhs._begin;
+		_end = _begin + (rhs._end - rhs._begin);
+
+		rhs._type = type_unsorted;
+		rhs._begin = &rhs._storage;
+		rhs._end = rhs._begin;
+	}
+#endif
+
+	PUGI__FN xpath_node_set::xpath_node_set(): _type(type_unsorted), _begin(&_storage), _end(&_storage)
+	{
+	}
+
+	PUGI__FN xpath_node_set::xpath_node_set(const_iterator begin_, const_iterator end_, type_t type_): _type(type_unsorted), _begin(&_storage), _end(&_storage)
+	{
+		_assign(begin_, end_, type_);
+	}
+
+	PUGI__FN xpath_node_set::~xpath_node_set()
+	{
+		if (_begin != &_storage)
+			impl::xml_memory::deallocate(_begin);
+	}
+		
+	PUGI__FN xpath_node_set::xpath_node_set(const xpath_node_set& ns): _type(type_unsorted), _begin(&_storage), _end(&_storage)
+	{
+		_assign(ns._begin, ns._end, ns._type);
+	}
+	
+	PUGI__FN xpath_node_set& xpath_node_set::operator=(const xpath_node_set& ns)
+	{
+		if (this == &ns) return *this;
+
+		_assign(ns._begin, ns._end, ns._type);
+
+		return *this;
+	}
+
+#if __cplusplus >= 201103
+	PUGI__FN xpath_node_set::xpath_node_set(xpath_node_set&& rhs): _type(type_unsorted), _begin(&_storage), _end(&_storage)
+	{
+		_move(rhs);
+	}
+
+	PUGI__FN xpath_node_set& xpath_node_set::operator=(xpath_node_set&& rhs)
+	{
+		if (this == &rhs) return *this;
+
+		if (_begin != &_storage)
+			impl::xml_memory::deallocate(_begin);
+
+		_move(rhs);
+
+		return *this;
+	}
+#endif
+
+	PUGI__FN xpath_node_set::type_t xpath_node_set::type() const
+	{
+		return _type;
+	}
+		
+	PUGI__FN size_t xpath_node_set::size() const
+	{
+		return _end - _begin;
+	}
+		
+	PUGI__FN bool xpath_node_set::empty() const
+	{
+		return _begin == _end;
+	}
+		
+	PUGI__FN const xpath_node& xpath_node_set::operator[](size_t index) const
+	{
+		assert(index < size());
+		return _begin[index];
+	}
+
+	PUGI__FN xpath_node_set::const_iterator xpath_node_set::begin() const
+	{
+		return _begin;
+	}
+		
+	PUGI__FN xpath_node_set::const_iterator xpath_node_set::end() const
+	{
+		return _end;
+	}
+	
+	PUGI__FN void xpath_node_set::sort(bool reverse)
+	{
+		_type = impl::xpath_sort(_begin, _end, _type, reverse);
+	}
+
+	PUGI__FN xpath_node xpath_node_set::first() const
+	{
+		return impl::xpath_first(_begin, _end, _type);
+	}
+
+	PUGI__FN xpath_parse_result::xpath_parse_result(): error("Internal error"), offset(0)
+	{
+	}
+
+	PUGI__FN xpath_parse_result::operator bool() const
+	{
+		return error == 0;
+	}
+
+	PUGI__FN const char* xpath_parse_result::description() const
+	{
+		return error ? error : "No error";
+	}
+
+	PUGI__FN xpath_variable::xpath_variable(xpath_value_type type_): _type(type_), _next(0)
+	{
+	}
+
+	PUGI__FN const char_t* xpath_variable::name() const
+	{
+		switch (_type)
+		{
+		case xpath_type_node_set:
+			return static_cast<const impl::xpath_variable_node_set*>(this)->name;
+
+		case xpath_type_number:
+			return static_cast<const impl::xpath_variable_number*>(this)->name;
+
+		case xpath_type_string:
+			return static_cast<const impl::xpath_variable_string*>(this)->name;
+
+		case xpath_type_boolean:
+			return static_cast<const impl::xpath_variable_boolean*>(this)->name;
+
+		default:
+			assert(!"Invalid variable type");
+			return 0;
+		}
+	}
+
+	PUGI__FN xpath_value_type xpath_variable::type() const
+	{
+		return _type;
+	}
+
+	PUGI__FN bool xpath_variable::get_boolean() const
+	{
+		return (_type == xpath_type_boolean) ? static_cast<const impl::xpath_variable_boolean*>(this)->value : false;
+	}
+
+	PUGI__FN double xpath_variable::get_number() const
+	{
+		return (_type == xpath_type_number) ? static_cast<const impl::xpath_variable_number*>(this)->value : impl::gen_nan();
+	}
+
+	PUGI__FN const char_t* xpath_variable::get_string() const
+	{
+		const char_t* value = (_type == xpath_type_string) ? static_cast<const impl::xpath_variable_string*>(this)->value : 0;
+		return value ? value : PUGIXML_TEXT("");
+	}
+
+	PUGI__FN const xpath_node_set& xpath_variable::get_node_set() const
+	{
+		return (_type == xpath_type_node_set) ? static_cast<const impl::xpath_variable_node_set*>(this)->value : impl::dummy_node_set;
+	}
+
+	PUGI__FN bool xpath_variable::set(bool value)
+	{
+		if (_type != xpath_type_boolean) return false;
+
+		static_cast<impl::xpath_variable_boolean*>(this)->value = value;
+		return true;
+	}
+
+	PUGI__FN bool xpath_variable::set(double value)
+	{
+		if (_type != xpath_type_number) return false;
+
+		static_cast<impl::xpath_variable_number*>(this)->value = value;
+		return true;
+	}
+
+	PUGI__FN bool xpath_variable::set(const char_t* value)
+	{
+		if (_type != xpath_type_string) return false;
+
+		impl::xpath_variable_string* var = static_cast<impl::xpath_variable_string*>(this);
+
+		// duplicate string
+		size_t size = (impl::strlength(value) + 1) * sizeof(char_t);
+
+		char_t* copy = static_cast<char_t*>(impl::xml_memory::allocate(size));
+		if (!copy) return false;
+
+		memcpy(copy, value, size);
+
+		// replace old string
+		if (var->value) impl::xml_memory::deallocate(var->value);
+		var->value = copy;
+
+		return true;
+	}
+
+	PUGI__FN bool xpath_variable::set(const xpath_node_set& value)
+	{
+		if (_type != xpath_type_node_set) return false;
+
+		static_cast<impl::xpath_variable_node_set*>(this)->value = value;
+		return true;
+	}
+
+	PUGI__FN xpath_variable_set::xpath_variable_set()
+	{
+		for (size_t i = 0; i < sizeof(_data) / sizeof(_data[0]); ++i)
+			_data[i] = 0;
+	}
+
+	PUGI__FN xpath_variable_set::~xpath_variable_set()
+	{
+		for (size_t i = 0; i < sizeof(_data) / sizeof(_data[0]); ++i)
+			_destroy(_data[i]);
+	}
+
+	PUGI__FN xpath_variable_set::xpath_variable_set(const xpath_variable_set& rhs)
+	{
+		for (size_t i = 0; i < sizeof(_data) / sizeof(_data[0]); ++i)
+			_data[i] = 0;
+
+		_assign(rhs);
+	}
+
+	PUGI__FN xpath_variable_set& xpath_variable_set::operator=(const xpath_variable_set& rhs)
+	{
+		if (this == &rhs) return *this;
+
+		_assign(rhs);
+
+		return *this;
+	}
+
+#if __cplusplus >= 201103
+	PUGI__FN xpath_variable_set::xpath_variable_set(xpath_variable_set&& rhs)
+	{
+		for (size_t i = 0; i < sizeof(_data) / sizeof(_data[0]); ++i)
+		{
+			_data[i] = rhs._data[i];
+			rhs._data[i] = 0;
+		}
+	}
+
+	PUGI__FN xpath_variable_set& xpath_variable_set::operator=(xpath_variable_set&& rhs)
+	{
+		for (size_t i = 0; i < sizeof(_data) / sizeof(_data[0]); ++i)
+		{
+			_destroy(_data[i]);
+
+			_data[i] = rhs._data[i];
+			rhs._data[i] = 0;
+		}
+
+		return *this;
+	}
+#endif
+
+	PUGI__FN void xpath_variable_set::_assign(const xpath_variable_set& rhs)
+	{
+		xpath_variable_set temp;
+
+		for (size_t i = 0; i < sizeof(_data) / sizeof(_data[0]); ++i)
+			if (rhs._data[i] && !_clone(rhs._data[i], &temp._data[i]))
+				return;
+
+		_swap(temp);
+	}
+
+	PUGI__FN void xpath_variable_set::_swap(xpath_variable_set& rhs)
+	{
+		for (size_t i = 0; i < sizeof(_data) / sizeof(_data[0]); ++i)
+		{
+			xpath_variable* chain = _data[i];
+
+			_data[i] = rhs._data[i];
+			rhs._data[i] = chain;
+		}
+	}
+
+	PUGI__FN xpath_variable* xpath_variable_set::_find(const char_t* name) const
+	{
+		const size_t hash_size = sizeof(_data) / sizeof(_data[0]);
+		size_t hash = impl::hash_string(name) % hash_size;
+
+		// look for existing variable
+		for (xpath_variable* var = _data[hash]; var; var = var->_next)
+			if (impl::strequal(var->name(), name))
+				return var;
+
+		return 0;
+	}
+
+	PUGI__FN bool xpath_variable_set::_clone(xpath_variable* var, xpath_variable** out_result)
+	{
+		xpath_variable* last = 0;
+
+		while (var)
+		{
+			// allocate storage for new variable
+			xpath_variable* nvar = impl::new_xpath_variable(var->_type, var->name());
+			if (!nvar) return false;
+
+			// link the variable to the result immediately to handle failures gracefully
+			if (last)
+				last->_next = nvar;
+			else
+				*out_result = nvar;
+
+			last = nvar;
+
+			// copy the value; this can fail due to out-of-memory conditions
+			if (!impl::copy_xpath_variable(nvar, var)) return false;
+
+			var = var->_next;
+		}
+
+		return true;
+	}
+
+	PUGI__FN void xpath_variable_set::_destroy(xpath_variable* var)
+	{
+		while (var)
+		{
+			xpath_variable* next = var->_next;
+
+			impl::delete_xpath_variable(var->_type, var);
+
+			var = next;
+		}
+	}
+
+	PUGI__FN xpath_variable* xpath_variable_set::add(const char_t* name, xpath_value_type type)
+	{
+		const size_t hash_size = sizeof(_data) / sizeof(_data[0]);
+		size_t hash = impl::hash_string(name) % hash_size;
+
+		// look for existing variable
+		for (xpath_variable* var = _data[hash]; var; var = var->_next)
+			if (impl::strequal(var->name(), name))
+				return var->type() == type ? var : 0;
+
+		// add new variable
+		xpath_variable* result = impl::new_xpath_variable(type, name);
+
+		if (result)
+		{
+			result->_next = _data[hash];
+
+			_data[hash] = result;
+		}
+
+		return result;
+	}
+
+	PUGI__FN bool xpath_variable_set::set(const char_t* name, bool value)
+	{
+		xpath_variable* var = add(name, xpath_type_boolean);
+		return var ? var->set(value) : false;
+	}
+
+	PUGI__FN bool xpath_variable_set::set(const char_t* name, double value)
+	{
+		xpath_variable* var = add(name, xpath_type_number);
+		return var ? var->set(value) : false;
+	}
+
+	PUGI__FN bool xpath_variable_set::set(const char_t* name, const char_t* value)
+	{
+		xpath_variable* var = add(name, xpath_type_string);
+		return var ? var->set(value) : false;
+	}
+
+	PUGI__FN bool xpath_variable_set::set(const char_t* name, const xpath_node_set& value)
+	{
+		xpath_variable* var = add(name, xpath_type_node_set);
+		return var ? var->set(value) : false;
+	}
+
+	PUGI__FN xpath_variable* xpath_variable_set::get(const char_t* name)
+	{
+		return _find(name);
+	}
+
+	PUGI__FN const xpath_variable* xpath_variable_set::get(const char_t* name) const
+	{
+		return _find(name);
+	}
+
+	PUGI__FN xpath_query::xpath_query(const char_t* query, xpath_variable_set* variables): _impl(0)
+	{
+		impl::xpath_query_impl* qimpl = impl::xpath_query_impl::create();
+
+		if (!qimpl)
+		{
+		#ifdef PUGIXML_NO_EXCEPTIONS
+			_result.error = "Out of memory";
+		#else
+			throw std::bad_alloc();
+		#endif
+		}
+		else
+		{
+			using impl::auto_deleter; // MSVC7 workaround
+			auto_deleter<impl::xpath_query_impl> impl(qimpl, impl::xpath_query_impl::destroy);
+
+			qimpl->root = impl::xpath_parser::parse(query, variables, &qimpl->alloc, &_result);
+
+			if (qimpl->root)
+			{
+				qimpl->root->optimize(&qimpl->alloc);
+
+				_impl = impl.release();
+				_result.error = 0;
+			}
+		}
+	}
+
+	PUGI__FN xpath_query::xpath_query(): _impl(0)
+	{
+	}
+
+	PUGI__FN xpath_query::~xpath_query()
+	{
+		if (_impl)
+			impl::xpath_query_impl::destroy(static_cast<impl::xpath_query_impl*>(_impl));
+	}
+
+#if __cplusplus >= 201103
+	PUGI__FN xpath_query::xpath_query(xpath_query&& rhs)
+	{
+		_impl = rhs._impl;
+		_result = rhs._result;
+		rhs._impl = 0;
+		rhs._result = xpath_parse_result();
+	}
+
+	PUGI__FN xpath_query& xpath_query::operator=(xpath_query&& rhs)
+	{
+		if (this == &rhs) return *this;
+
+		if (_impl)
+			impl::xpath_query_impl::destroy(static_cast<impl::xpath_query_impl*>(_impl));
+
+		_impl = rhs._impl;
+		_result = rhs._result;
+		rhs._impl = 0;
+		rhs._result = xpath_parse_result();
+
+		return *this;
+	}
+#endif
+
+	PUGI__FN xpath_value_type xpath_query::return_type() const
+	{
+		if (!_impl) return xpath_type_none;
+
+		return static_cast<impl::xpath_query_impl*>(_impl)->root->rettype();
+	}
+
+	PUGI__FN bool xpath_query::evaluate_boolean(const xpath_node& n) const
+	{
+		if (!_impl) return false;
+		
+		impl::xpath_context c(n, 1, 1);
+		impl::xpath_stack_data sd;
+
+	#ifdef PUGIXML_NO_EXCEPTIONS
+		if (setjmp(sd.error_handler)) return false;
+	#endif
+		
+		return static_cast<impl::xpath_query_impl*>(_impl)->root->eval_boolean(c, sd.stack);
+	}
+	
+	PUGI__FN double xpath_query::evaluate_number(const xpath_node& n) const
+	{
+		if (!_impl) return impl::gen_nan();
+		
+		impl::xpath_context c(n, 1, 1);
+		impl::xpath_stack_data sd;
+
+	#ifdef PUGIXML_NO_EXCEPTIONS
+		if (setjmp(sd.error_handler)) return impl::gen_nan();
+	#endif
+
+		return static_cast<impl::xpath_query_impl*>(_impl)->root->eval_number(c, sd.stack);
+	}
+
+#ifndef PUGIXML_NO_STL
+	PUGI__FN string_t xpath_query::evaluate_string(const xpath_node& n) const
+	{
+		impl::xpath_stack_data sd;
+
+		impl::xpath_string r = impl::evaluate_string_impl(static_cast<impl::xpath_query_impl*>(_impl), n, sd);
+
+		return string_t(r.c_str(), r.length());
+	}
+#endif
+
+	PUGI__FN size_t xpath_query::evaluate_string(char_t* buffer, size_t capacity, const xpath_node& n) const
+	{
+		impl::xpath_stack_data sd;
+
+		impl::xpath_string r = impl::evaluate_string_impl(static_cast<impl::xpath_query_impl*>(_impl), n, sd);
+
+		size_t full_size = r.length() + 1;
+		
+		if (capacity > 0)
+		{
+			size_t size = (full_size < capacity) ? full_size : capacity;
+			assert(size > 0);
+
+			memcpy(buffer, r.c_str(), (size - 1) * sizeof(char_t));
+			buffer[size - 1] = 0;
+		}
+		
+		return full_size;
+	}
+
+	PUGI__FN xpath_node_set xpath_query::evaluate_node_set(const xpath_node& n) const
+	{
+		impl::xpath_ast_node* root = impl::evaluate_node_set_prepare(static_cast<impl::xpath_query_impl*>(_impl));
+		if (!root) return xpath_node_set();
+
+		impl::xpath_context c(n, 1, 1);
+		impl::xpath_stack_data sd;
+
+	#ifdef PUGIXML_NO_EXCEPTIONS
+		if (setjmp(sd.error_handler)) return xpath_node_set();
+	#endif
+
+		impl::xpath_node_set_raw r = root->eval_node_set(c, sd.stack, impl::nodeset_eval_all);
+
+		return xpath_node_set(r.begin(), r.end(), r.type());
+	}
+
+	PUGI__FN xpath_node xpath_query::evaluate_node(const xpath_node& n) const
+	{
+		impl::xpath_ast_node* root = impl::evaluate_node_set_prepare(static_cast<impl::xpath_query_impl*>(_impl));
+		if (!root) return xpath_node();
+
+		impl::xpath_context c(n, 1, 1);
+		impl::xpath_stack_data sd;
+
+	#ifdef PUGIXML_NO_EXCEPTIONS
+		if (setjmp(sd.error_handler)) return xpath_node();
+	#endif
+
+		impl::xpath_node_set_raw r = root->eval_node_set(c, sd.stack, impl::nodeset_eval_first);
+
+		return r.first();
+	}
+
+	PUGI__FN const xpath_parse_result& xpath_query::result() const
+	{
+		return _result;
+	}
+
+	PUGI__FN static void unspecified_bool_xpath_query(xpath_query***)
+	{
+	}
+
+	PUGI__FN xpath_query::operator xpath_query::unspecified_bool_type() const
+	{
+		return _impl ? unspecified_bool_xpath_query : 0;
+	}
+
+	PUGI__FN bool xpath_query::operator!() const
+	{
+		return !_impl;
+	}
+
+	PUGI__FN xpath_node xml_node::select_node(const char_t* query, xpath_variable_set* variables) const
+	{
+		xpath_query q(query, variables);
+		return select_node(q);
+	}
+
+	PUGI__FN xpath_node xml_node::select_node(const xpath_query& query) const
+	{
+		return query.evaluate_node(*this);
+	}
+
+	PUGI__FN xpath_node_set xml_node::select_nodes(const char_t* query, xpath_variable_set* variables) const
+	{
+		xpath_query q(query, variables);
+		return select_nodes(q);
+	}
+
+	PUGI__FN xpath_node_set xml_node::select_nodes(const xpath_query& query) const
+	{
+		return query.evaluate_node_set(*this);
+	}
+
+	PUGI__FN xpath_node xml_node::select_single_node(const char_t* query, xpath_variable_set* variables) const
+	{
+		xpath_query q(query, variables);
+		return select_single_node(q);
+	}
+
+	PUGI__FN xpath_node xml_node::select_single_node(const xpath_query& query) const
+	{
+		return query.evaluate_node(*this);
+	}
+}
+
+#endif
+
+#ifdef __BORLANDC__
+#	pragma option pop
+#endif
+
+// Intel C++ does not properly keep warning state for function templates,
+// so popping warning state at the end of translation unit leads to warnings in the middle.
+#if defined(_MSC_VER) && !defined(__INTEL_COMPILER)
+#	pragma warning(pop)
+#endif
+
+// Undefine all local macros (makes sure we're not leaking macros in header-only mode)
+#undef PUGI__NO_INLINE
+#undef PUGI__UNLIKELY
+#undef PUGI__STATIC_ASSERT
+#undef PUGI__DMC_VOLATILE
+#undef PUGI__MSVC_CRT_VERSION
+#undef PUGI__NS_BEGIN
+#undef PUGI__NS_END
+#undef PUGI__FN
+#undef PUGI__FN_NO_INLINE
+#undef PUGI__GETPAGE_IMPL
+#undef PUGI__GETPAGE
+#undef PUGI__NODETYPE
+#undef PUGI__IS_CHARTYPE_IMPL
+#undef PUGI__IS_CHARTYPE
+#undef PUGI__IS_CHARTYPEX
+#undef PUGI__ENDSWITH
+#undef PUGI__SKIPWS
+#undef PUGI__OPTSET
+#undef PUGI__PUSHNODE
+#undef PUGI__POPNODE
+#undef PUGI__SCANFOR
+#undef PUGI__SCANWHILE
+#undef PUGI__SCANWHILE_UNROLL
+#undef PUGI__ENDSEG
+#undef PUGI__THROW_ERROR
+#undef PUGI__CHECK_ERROR
+
+#endif
+
+/**
+ * Copyright (c) 2006-2015 Arseny Kapoulkine
+ *
+ * Permission is hereby granted, free of charge, to any person
+ * obtaining a copy of this software and associated documentation
+ * files (the "Software"), to deal in the Software without
+ * restriction, including without limitation the rights to use,
+ * copy, modify, merge, publish, distribute, sublicense, and/or sell
+ * copies of the Software, and to permit persons to whom the
+ * Software is furnished to do so, subject to the following
+ * conditions:
+ *
+ * The above copyright notice and this permission notice shall be
+ * included in all copies or substantial portions of the Software.
+ * 
+ * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
+ * EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
+ * OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
+ * NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
+ * HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
+ * WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
+ * FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
+ * OTHER DEALINGS IN THE SOFTWARE.
+ */
diff --git a/dolfin/io/pugixml.hpp b/dolfin/io/pugixml.hpp
new file mode 100644
index 0000000..9f7c3fb
--- /dev/null
+++ b/dolfin/io/pugixml.hpp
@@ -0,0 +1,1400 @@
+/**
+ * pugixml parser - version 1.7
+ * --------------------------------------------------------
+ * Copyright (C) 2006-2015, by Arseny Kapoulkine (arseny.kapoulkine@gmail.com)
+ * Report bugs and download new versions at http://pugixml.org/
+ *
+ * This library is distributed under the MIT License. See notice at the end
+ * of this file.
+ *
+ * This work is based on the pugxml parser, which is:
+ * Copyright (C) 2003, by Kristen Wegner (kristen@tima.net)
+ */
+
+#ifndef PUGIXML_VERSION
+// Define version macro; evaluates to major * 100 + minor so that it's safe to use in less-than comparisons
+#	define PUGIXML_VERSION 170
+#endif
+
+// Include user configuration file (this can define various configuration macros)
+#include "pugiconfig.hpp"
+
+#ifndef HEADER_PUGIXML_HPP
+#define HEADER_PUGIXML_HPP
+
+// Include stddef.h for size_t and ptrdiff_t
+#include <stddef.h>
+
+// Include exception header for XPath
+#if !defined(PUGIXML_NO_XPATH) && !defined(PUGIXML_NO_EXCEPTIONS)
+#	include <exception>
+#endif
+
+// Include STL headers
+#ifndef PUGIXML_NO_STL
+#	include <iterator>
+#	include <iosfwd>
+#	include <string>
+#endif
+
+// Macro for deprecated features
+#ifndef PUGIXML_DEPRECATED
+#	if defined(__GNUC__)
+#		define PUGIXML_DEPRECATED __attribute__((deprecated))
+#	elif defined(_MSC_VER) && _MSC_VER >= 1300
+#		define PUGIXML_DEPRECATED __declspec(deprecated)
+#	else
+#		define PUGIXML_DEPRECATED
+#	endif
+#endif
+
+// If no API is defined, assume default
+#ifndef PUGIXML_API
+#	define PUGIXML_API
+#endif
+
+// If no API for classes is defined, assume default
+#ifndef PUGIXML_CLASS
+#	define PUGIXML_CLASS PUGIXML_API
+#endif
+
+// If no API for functions is defined, assume default
+#ifndef PUGIXML_FUNCTION
+#	define PUGIXML_FUNCTION PUGIXML_API
+#endif
+
+// If the platform is known to have long long support, enable long long functions
+#ifndef PUGIXML_HAS_LONG_LONG
+#	if __cplusplus >= 201103
+#		define PUGIXML_HAS_LONG_LONG
+#	elif defined(_MSC_VER) && _MSC_VER >= 1400
+#		define PUGIXML_HAS_LONG_LONG
+#	endif
+#endif
+
+// Character interface macros
+#ifdef PUGIXML_WCHAR_MODE
+#	define PUGIXML_TEXT(t) L ## t
+#	define PUGIXML_CHAR wchar_t
+#else
+#	define PUGIXML_TEXT(t) t
+#	define PUGIXML_CHAR char
+#endif
+
+namespace pugi
+{
+	// Character type used for all internal storage and operations; depends on PUGIXML_WCHAR_MODE
+	typedef PUGIXML_CHAR char_t;
+
+#ifndef PUGIXML_NO_STL
+	// String type used for operations that work with STL string; depends on PUGIXML_WCHAR_MODE
+	typedef std::basic_string<PUGIXML_CHAR, std::char_traits<PUGIXML_CHAR>, std::allocator<PUGIXML_CHAR> > string_t;
+#endif
+}
+
+// The PugiXML namespace
+namespace pugi
+{
+	// Tree node types
+	enum xml_node_type
+	{
+		node_null,			// Empty (null) node handle
+		node_document,		// A document tree's absolute root
+		node_element,		// Element tag, i.e. '<node/>'
+		node_pcdata,		// Plain character data, i.e. 'text'
+		node_cdata,			// Character data, i.e. '<![CDATA[text]]>'
+		node_comment,		// Comment tag, i.e. '<!-- text -->'
+		node_pi,			// Processing instruction, i.e. '<?name?>'
+		node_declaration,	// Document declaration, i.e. '<?xml version="1.0"?>'
+		node_doctype		// Document type declaration, i.e. '<!DOCTYPE doc>'
+	};
+
+	// Parsing options
+
+	// Minimal parsing mode (equivalent to turning all other flags off).
+	// Only elements and PCDATA sections are added to the DOM tree, no text conversions are performed.
+	const unsigned int parse_minimal = 0x0000;
+
+	// This flag determines if processing instructions (node_pi) are added to the DOM tree. This flag is off by default.
+	const unsigned int parse_pi = 0x0001;
+
+	// This flag determines if comments (node_comment) are added to the DOM tree. This flag is off by default.
+	const unsigned int parse_comments = 0x0002;
+
+	// This flag determines if CDATA sections (node_cdata) are added to the DOM tree. This flag is on by default.
+	const unsigned int parse_cdata = 0x0004;
+
+	// This flag determines if plain character data (node_pcdata) that consist only of whitespace are added to the DOM tree.
+	// This flag is off by default; turning it on usually results in slower parsing and more memory consumption.
+	const unsigned int parse_ws_pcdata = 0x0008;
+
+	// This flag determines if character and entity references are expanded during parsing. This flag is on by default.
+	const unsigned int parse_escapes = 0x0010;
+
+	// This flag determines if EOL characters are normalized (converted to #xA) during parsing. This flag is on by default.
+	const unsigned int parse_eol = 0x0020;
+	
+	// This flag determines if attribute values are normalized using CDATA normalization rules during parsing. This flag is on by default.
+	const unsigned int parse_wconv_attribute = 0x0040;
+
+	// This flag determines if attribute values are normalized using NMTOKENS normalization rules during parsing. This flag is off by default.
+	const unsigned int parse_wnorm_attribute = 0x0080;
+	
+	// This flag determines if document declaration (node_declaration) is added to the DOM tree. This flag is off by default.
+	const unsigned int parse_declaration = 0x0100;
+
+	// This flag determines if document type declaration (node_doctype) is added to the DOM tree. This flag is off by default.
+	const unsigned int parse_doctype = 0x0200;
+
+	// This flag determines if plain character data (node_pcdata) that is the only child of the parent node and that consists only
+	// of whitespace is added to the DOM tree.
+	// This flag is off by default; turning it on may result in slower parsing and more memory consumption.
+	const unsigned int parse_ws_pcdata_single = 0x0400;
+
+	// This flag determines if leading and trailing whitespace is to be removed from plain character data. This flag is off by default.
+	const unsigned int parse_trim_pcdata = 0x0800;
+
+	// This flag determines if plain character data that does not have a parent node is added to the DOM tree, and if an empty document
+	// is a valid document. This flag is off by default.
+	const unsigned int parse_fragment = 0x1000;
+
+	// The default parsing mode.
+	// Elements, PCDATA and CDATA sections are added to the DOM tree, character/reference entities are expanded,
+	// End-of-Line characters are normalized, attribute values are normalized using CDATA normalization rules.
+	const unsigned int parse_default = parse_cdata | parse_escapes | parse_wconv_attribute | parse_eol;
+
+	// The full parsing mode.
+	// Nodes of all types are added to the DOM tree, character/reference entities are expanded,
+	// End-of-Line characters are normalized, attribute values are normalized using CDATA normalization rules.
+	const unsigned int parse_full = parse_default | parse_pi | parse_comments | parse_declaration | parse_doctype;
+
+	// These flags determine the encoding of input data for XML document
+	enum xml_encoding
+	{
+		encoding_auto,		// Auto-detect input encoding using BOM or < / <? detection; use UTF8 if BOM is not found
+		encoding_utf8,		// UTF8 encoding
+		encoding_utf16_le,	// Little-endian UTF16
+		encoding_utf16_be,	// Big-endian UTF16
+		encoding_utf16,		// UTF16 with native endianness
+		encoding_utf32_le,	// Little-endian UTF32
+		encoding_utf32_be,	// Big-endian UTF32
+		encoding_utf32,		// UTF32 with native endianness
+		encoding_wchar,		// The same encoding wchar_t has (either UTF16 or UTF32)
+		encoding_latin1
+	};
+
+	// Formatting flags
+	
+	// Indent the nodes that are written to output stream with as many indentation strings as deep the node is in DOM tree. This flag is on by default.
+	const unsigned int format_indent = 0x01;
+	
+	// Write encoding-specific BOM to the output stream. This flag is off by default.
+	const unsigned int format_write_bom = 0x02;
+
+	// Use raw output mode (no indentation and no line breaks are written). This flag is off by default.
+	const unsigned int format_raw = 0x04;
+	
+	// Omit default XML declaration even if there is no declaration in the document. This flag is off by default.
+	const unsigned int format_no_declaration = 0x08;
+
+	// Don't escape attribute values and PCDATA contents. This flag is off by default.
+	const unsigned int format_no_escapes = 0x10;
+
+	// Open file using text mode in xml_document::save_file. This enables special character (i.e. new-line) conversions on some systems. This flag is off by default.
+	const unsigned int format_save_file_text = 0x20;
+
+	// Write every attribute on a new line with appropriate indentation. This flag is off by default.
+	const unsigned int format_indent_attributes = 0x40;
+
+	// The default set of formatting flags.
+	// Nodes are indented depending on their depth in DOM tree, a default declaration is output if document has none.
+	const unsigned int format_default = format_indent;
+
+	// Forward declarations
+	struct xml_attribute_struct;
+	struct xml_node_struct;
+
+	class xml_node_iterator;
+	class xml_attribute_iterator;
+	class xml_named_node_iterator;
+
+	class xml_tree_walker;
+
+	struct xml_parse_result;
+
+	class xml_node;
+
+	class xml_text;
+	
+	#ifndef PUGIXML_NO_XPATH
+	class xpath_node;
+	class xpath_node_set;
+	class xpath_query;
+	class xpath_variable_set;
+	#endif
+
+	// Range-based for loop support
+	template <typename It> class xml_object_range
+	{
+	public:
+		typedef It const_iterator;
+		typedef It iterator;
+
+		xml_object_range(It b, It e): _begin(b), _end(e)
+		{
+		}
+
+		It begin() const { return _begin; }
+		It end() const { return _end; }
+
+	private:
+		It _begin, _end;
+	};
+
+	// Writer interface for node printing (see xml_node::print)
+	class PUGIXML_CLASS xml_writer
+	{
+	public:
+		virtual ~xml_writer() {}
+
+		// Write memory chunk into stream/file/whatever
+		virtual void write(const void* data, size_t size) = 0;
+	};
+
+	// xml_writer implementation for FILE*
+	class PUGIXML_CLASS xml_writer_file: public xml_writer
+	{
+	public:
+		// Construct writer from a FILE* object; void* is used to avoid header dependencies on stdio
+		xml_writer_file(void* file);
+
+		virtual void write(const void* data, size_t size);
+
+	private:
+		void* file;
+	};
+
+	#ifndef PUGIXML_NO_STL
+	// xml_writer implementation for streams
+	class PUGIXML_CLASS xml_writer_stream: public xml_writer
+	{
+	public:
+		// Construct writer from an output stream object
+		xml_writer_stream(std::basic_ostream<char, std::char_traits<char> >& stream);
+		xml_writer_stream(std::basic_ostream<wchar_t, std::char_traits<wchar_t> >& stream);
+
+		virtual void write(const void* data, size_t size);
+
+	private:
+		std::basic_ostream<char, std::char_traits<char> >* narrow_stream;
+		std::basic_ostream<wchar_t, std::char_traits<wchar_t> >* wide_stream;
+	};
+	#endif
+
+	// A light-weight handle for manipulating attributes in DOM tree
+	class PUGIXML_CLASS xml_attribute
+	{
+		friend class xml_attribute_iterator;
+		friend class xml_node;
+
+	private:
+		xml_attribute_struct* _attr;
+	
+		typedef void (*unspecified_bool_type)(xml_attribute***);
+
+	public:
+		// Default constructor. Constructs an empty attribute.
+		xml_attribute();
+		
+		// Constructs attribute from internal pointer
+		explicit xml_attribute(xml_attribute_struct* attr);
+
+		// Safe bool conversion operator
+		operator unspecified_bool_type() const;
+
+		// Borland C++ workaround
+		bool operator!() const;
+
+		// Comparison operators (compares wrapped attribute pointers)
+		bool operator==(const xml_attribute& r) const;
+		bool operator!=(const xml_attribute& r) const;
+		bool operator<(const xml_attribute& r) const;
+		bool operator>(const xml_attribute& r) const;
+		bool operator<=(const xml_attribute& r) const;
+		bool operator>=(const xml_attribute& r) const;
+
+		// Check if attribute is empty
+		bool empty() const;
+
+		// Get attribute name/value, or "" if attribute is empty
+		const char_t* name() const;
+		const char_t* value() const;
+
+		// Get attribute value, or the default value if attribute is empty
+		const char_t* as_string(const char_t* def = PUGIXML_TEXT("")) const;
+
+		// Get attribute value as a number, or the default value if conversion did not succeed or attribute is empty
+		int as_int(int def = 0) const;
+		unsigned int as_uint(unsigned int def = 0) const;
+		double as_double(double def = 0) const;
+		float as_float(float def = 0) const;
+
+	#ifdef PUGIXML_HAS_LONG_LONG
+		long long as_llong(long long def = 0) const;
+		unsigned long long as_ullong(unsigned long long def = 0) const;
+	#endif
+
+		// Get attribute value as bool (returns true if first character is in '1tTyY' set), or the default value if attribute is empty
+		bool as_bool(bool def = false) const;
+
+		// Set attribute name/value (returns false if attribute is empty or there is not enough memory)
+		bool set_name(const char_t* rhs);
+		bool set_value(const char_t* rhs);
+
+		// Set attribute value with type conversion (numbers are converted to strings, boolean is converted to "true"/"false")
+		bool set_value(int rhs);
+		bool set_value(unsigned int rhs);
+		bool set_value(double rhs);
+		bool set_value(float rhs);
+		bool set_value(bool rhs);
+
+	#ifdef PUGIXML_HAS_LONG_LONG
+		bool set_value(long long rhs);
+		bool set_value(unsigned long long rhs);
+	#endif
+
+		// Set attribute value (equivalent to set_value without error checking)
+		xml_attribute& operator=(const char_t* rhs);
+		xml_attribute& operator=(int rhs);
+		xml_attribute& operator=(unsigned int rhs);
+		xml_attribute& operator=(double rhs);
+		xml_attribute& operator=(float rhs);
+		xml_attribute& operator=(bool rhs);
+
+	#ifdef PUGIXML_HAS_LONG_LONG
+		xml_attribute& operator=(long long rhs);
+		xml_attribute& operator=(unsigned long long rhs);
+	#endif
+
+		// Get next/previous attribute in the attribute list of the parent node
+		xml_attribute next_attribute() const;
+		xml_attribute previous_attribute() const;
+
+		// Get hash value (unique for handles to the same object)
+		size_t hash_value() const;
+
+		// Get internal pointer
+		xml_attribute_struct* internal_object() const;
+	};
+
+#ifdef __BORLANDC__
+	// Borland C++ workaround
+	bool PUGIXML_FUNCTION operator&&(const xml_attribute& lhs, bool rhs);
+	bool PUGIXML_FUNCTION operator||(const xml_attribute& lhs, bool rhs);
+#endif
+
+	// A light-weight handle for manipulating nodes in DOM tree
+	class PUGIXML_CLASS xml_node
+	{
+		friend class xml_attribute_iterator;
+		friend class xml_node_iterator;
+		friend class xml_named_node_iterator;
+
+	protected:
+		xml_node_struct* _root;
+
+		typedef void (*unspecified_bool_type)(xml_node***);
+
+	public:
+		// Default constructor. Constructs an empty node.
+		xml_node();
+
+		// Constructs node from internal pointer
+		explicit xml_node(xml_node_struct* p);
+
+		// Safe bool conversion operator
+		operator unspecified_bool_type() const;
+
+		// Borland C++ workaround
+		bool operator!() const;
+	
+		// Comparison operators (compares wrapped node pointers)
+		bool operator==(const xml_node& r) const;
+		bool operator!=(const xml_node& r) const;
+		bool operator<(const xml_node& r) const;
+		bool operator>(const xml_node& r) const;
+		bool operator<=(const xml_node& r) const;
+		bool operator>=(const xml_node& r) const;
+
+		// Check if node is empty.
+		bool empty() const;
+
+		// Get node type
+		xml_node_type type() const;
+
+		// Get node name, or "" if node is empty or it has no name
+		const char_t* name() const;
+
+		// Get node value, or "" if node is empty or it has no value
+		// Note: For <node>text</node> node.value() does not return "text"! Use child_value() or text() methods to access text inside nodes.
+		const char_t* value() const;
+	
+		// Get attribute list
+		xml_attribute first_attribute() const;
+		xml_attribute last_attribute() const;
+
+		// Get children list
+		xml_node first_child() const;
+		xml_node last_child() const;
+
+		// Get next/previous sibling in the children list of the parent node
+		xml_node next_sibling() const;
+		xml_node previous_sibling() const;
+		
+		// Get parent node
+		xml_node parent() const;
+
+		// Get root of DOM tree this node belongs to
+		xml_node root() const;
+
+		// Get text object for the current node
+		xml_text text() const;
+
+		// Get child, attribute or next/previous sibling with the specified name
+		xml_node child(const char_t* name) const;
+		xml_attribute attribute(const char_t* name) const;
+		xml_node next_sibling(const char_t* name) const;
+		xml_node previous_sibling(const char_t* name) const;
+
+		// Get attribute, starting the search from a hint (and updating hint so that searching for a sequence of attributes is fast)
+		xml_attribute attribute(const char_t* name, xml_attribute& hint) const;
+
+		// Get child value of current node; that is, value of the first child node of type PCDATA/CDATA
+		const char_t* child_value() const;
+
+		// Get child value of child with specified name. Equivalent to child(name).child_value().
+		const char_t* child_value(const char_t* name) const;
+
+		// Set node name/value (returns false if node is empty, there is not enough memory, or node can not have name/value)
+		bool set_name(const char_t* rhs);
+		bool set_value(const char_t* rhs);
+		
+		// Add attribute with specified name. Returns added attribute, or empty attribute on errors.
+		xml_attribute append_attribute(const char_t* name);
+		xml_attribute prepend_attribute(const char_t* name);
+		xml_attribute insert_attribute_after(const char_t* name, const xml_attribute& attr);
+		xml_attribute insert_attribute_before(const char_t* name, const xml_attribute& attr);
+
+		// Add a copy of the specified attribute. Returns added attribute, or empty attribute on errors.
+		xml_attribute append_copy(const xml_attribute& proto);
+		xml_attribute prepend_copy(const xml_attribute& proto);
+		xml_attribute insert_copy_after(const xml_attribute& proto, const xml_attribute& attr);
+		xml_attribute insert_copy_before(const xml_attribute& proto, const xml_attribute& attr);
+
+		// Add child node with specified type. Returns added node, or empty node on errors.
+		xml_node append_child(xml_node_type type = node_element);
+		xml_node prepend_child(xml_node_type type = node_element);
+		xml_node insert_child_after(xml_node_type type, const xml_node& node);
+		xml_node insert_child_before(xml_node_type type, const xml_node& node);
+
+		// Add child element with specified name. Returns added node, or empty node on errors.
+		xml_node append_child(const char_t* name);
+		xml_node prepend_child(const char_t* name);
+		xml_node insert_child_after(const char_t* name, const xml_node& node);
+		xml_node insert_child_before(const char_t* name, const xml_node& node);
+
+		// Add a copy of the specified node as a child. Returns added node, or empty node on errors.
+		xml_node append_copy(const xml_node& proto);
+		xml_node prepend_copy(const xml_node& proto);
+		xml_node insert_copy_after(const xml_node& proto, const xml_node& node);
+		xml_node insert_copy_before(const xml_node& proto, const xml_node& node);
+
+		// Move the specified node to become a child of this node. Returns moved node, or empty node on errors.
+		xml_node append_move(const xml_node& moved);
+		xml_node prepend_move(const xml_node& moved);
+		xml_node insert_move_after(const xml_node& moved, const xml_node& node);
+		xml_node insert_move_before(const xml_node& moved, const xml_node& node);
+
+		// Remove specified attribute
+		bool remove_attribute(const xml_attribute& a);
+		bool remove_attribute(const char_t* name);
+
+		// Remove specified child
+		bool remove_child(const xml_node& n);
+		bool remove_child(const char_t* name);
+
+		// Parses buffer as an XML document fragment and appends all nodes as children of the current node.
+		// Copies/converts the buffer, so it may be deleted or changed after the function returns.
+		// Note: append_buffer allocates memory that has the lifetime of the owning document; removing the appended nodes does not immediately reclaim that memory.
+		xml_parse_result append_buffer(const void* contents, size_t size, unsigned int options = parse_default, xml_encoding encoding = encoding_auto);
+
+		// Find attribute using predicate. Returns first attribute for which predicate returned true.
+		template <typename Predicate> xml_attribute find_attribute(Predicate pred) const
+		{
+			if (!_root) return xml_attribute();
+			
+			for (xml_attribute attrib = first_attribute(); attrib; attrib = attrib.next_attribute())
+				if (pred(attrib))
+					return attrib;
+		
+			return xml_attribute();
+		}
+
+		// Find child node using predicate. Returns first child for which predicate returned true.
+		template <typename Predicate> xml_node find_child(Predicate pred) const
+		{
+			if (!_root) return xml_node();
+	
+			for (xml_node node = first_child(); node; node = node.next_sibling())
+				if (pred(node))
+					return node;
+		
+			return xml_node();
+		}
+
+		// Find node from subtree using predicate. Returns first node from subtree (depth-first), for which predicate returned true.
+		template <typename Predicate> xml_node find_node(Predicate pred) const
+		{
+			if (!_root) return xml_node();
+
+			xml_node cur = first_child();
+			
+			while (cur._root && cur._root != _root)
+			{
+				if (pred(cur)) return cur;
+
+				if (cur.first_child()) cur = cur.first_child();
+				else if (cur.next_sibling()) cur = cur.next_sibling();
+				else
+				{
+					while (!cur.next_sibling() && cur._root != _root) cur = cur.parent();
+
+					if (cur._root != _root) cur = cur.next_sibling();
+				}
+			}
+
+			return xml_node();
+		}
+
+		// Find child node by attribute name/value
+		xml_node find_child_by_attribute(const char_t* name, const char_t* attr_name, const char_t* attr_value) const;
+		xml_node find_child_by_attribute(const char_t* attr_name, const char_t* attr_value) const;
+
+	#ifndef PUGIXML_NO_STL
+		// Get the absolute node path from root as a text string.
+		string_t path(char_t delimiter = '/') const;
+	#endif
+
+		// Search for a node by path consisting of node names and . or .. elements.
+		xml_node first_element_by_path(const char_t* path, char_t delimiter = '/') const;
+
+		// Recursively traverse subtree with xml_tree_walker
+		bool traverse(xml_tree_walker& walker);
+	
+	#ifndef PUGIXML_NO_XPATH
+		// Select single node by evaluating XPath query. Returns first node from the resulting node set.
+		xpath_node select_node(const char_t* query, xpath_variable_set* variables = 0) const;
+		xpath_node select_node(const xpath_query& query) const;
+
+		// Select node set by evaluating XPath query
+		xpath_node_set select_nodes(const char_t* query, xpath_variable_set* variables = 0) const;
+		xpath_node_set select_nodes(const xpath_query& query) const;
+
+		// (deprecated: use select_node instead) Select single node by evaluating XPath query.
+		xpath_node select_single_node(const char_t* query, xpath_variable_set* variables = 0) const;
+		xpath_node select_single_node(const xpath_query& query) const;
+
+	#endif
+		
+		// Print subtree using a writer object
+		void print(xml_writer& writer, const char_t* indent = PUGIXML_TEXT("\t"), unsigned int flags = format_default, xml_encoding encoding = encoding_auto, unsigned int depth = 0) const;
+
+	#ifndef PUGIXML_NO_STL
+		// Print subtree to stream
+		void print(std::basic_ostream<char, std::char_traits<char> >& os, const char_t* indent = PUGIXML_TEXT("\t"), unsigned int flags = format_default, xml_encoding encoding = encoding_auto, unsigned int depth = 0) const;
+		void print(std::basic_ostream<wchar_t, std::char_traits<wchar_t> >& os, const char_t* indent = PUGIXML_TEXT("\t"), unsigned int flags = format_default, unsigned int depth = 0) const;
+	#endif
+
+		// Child nodes iterators
+		typedef xml_node_iterator iterator;
+
+		iterator begin() const;
+		iterator end() const;
+
+		// Attribute iterators
+		typedef xml_attribute_iterator attribute_iterator;
+
+		attribute_iterator attributes_begin() const;
+		attribute_iterator attributes_end() const;
+
+		// Range-based for support
+		xml_object_range<xml_node_iterator> children() const;
+		xml_object_range<xml_named_node_iterator> children(const char_t* name) const;
+		xml_object_range<xml_attribute_iterator> attributes() const;
+
+		// Get node offset in parsed file/string (in char_t units) for debugging purposes
+		ptrdiff_t offset_debug() const;
+
+		// Get hash value (unique for handles to the same object)
+		size_t hash_value() const;
+
+		// Get internal pointer
+		xml_node_struct* internal_object() const;
+	};
+
+#ifdef __BORLANDC__
+	// Borland C++ workaround
+	bool PUGIXML_FUNCTION operator&&(const xml_node& lhs, bool rhs);
+	bool PUGIXML_FUNCTION operator||(const xml_node& lhs, bool rhs);
+#endif
+
+	// A helper for working with text inside PCDATA nodes
+	class PUGIXML_CLASS xml_text
+	{
+		friend class xml_node;
+
+		xml_node_struct* _root;
+
+		typedef void (*unspecified_bool_type)(xml_text***);
+
+		explicit xml_text(xml_node_struct* root);
+
+		xml_node_struct* _data_new();
+		xml_node_struct* _data() const;
+
+	public:
+		// Default constructor. Constructs an empty object.
+		xml_text();
+
+		// Safe bool conversion operator
+		operator unspecified_bool_type() const;
+
+		// Borland C++ workaround
+		bool operator!() const;
+
+		// Check if text object is empty
+		bool empty() const;
+
+		// Get text, or "" if object is empty
+		const char_t* get() const;
+
+		// Get text, or the default value if object is empty
+		const char_t* as_string(const char_t* def = PUGIXML_TEXT("")) const;
+
+		// Get text as a number, or the default value if conversion did not succeed or object is empty
+		int as_int(int def = 0) const;
+		unsigned int as_uint(unsigned int def = 0) const;
+		double as_double(double def = 0) const;
+		float as_float(float def = 0) const;
+
+	#ifdef PUGIXML_HAS_LONG_LONG
+		long long as_llong(long long def = 0) const;
+		unsigned long long as_ullong(unsigned long long def = 0) const;
+	#endif
+
+		// Get text as bool (returns true if first character is in '1tTyY' set), or the default value if object is empty
+		bool as_bool(bool def = false) const;
+
+		// Set text (returns false if object is empty or there is not enough memory)
+		bool set(const char_t* rhs);
+
+		// Set text with type conversion (numbers are converted to strings, boolean is converted to "true"/"false")
+		bool set(int rhs);
+		bool set(unsigned int rhs);
+		bool set(double rhs);
+		bool set(float rhs);
+		bool set(bool rhs);
+
+	#ifdef PUGIXML_HAS_LONG_LONG
+		bool set(long long rhs);
+		bool set(unsigned long long rhs);
+	#endif
+
+		// Set text (equivalent to set without error checking)
+		xml_text& operator=(const char_t* rhs);
+		xml_text& operator=(int rhs);
+		xml_text& operator=(unsigned int rhs);
+		xml_text& operator=(double rhs);
+		xml_text& operator=(float rhs);
+		xml_text& operator=(bool rhs);
+
+	#ifdef PUGIXML_HAS_LONG_LONG
+		xml_text& operator=(long long rhs);
+		xml_text& operator=(unsigned long long rhs);
+	#endif
+
+		// Get the data node (node_pcdata or node_cdata) for this object
+		xml_node data() const;
+	};
+
+#ifdef __BORLANDC__
+	// Borland C++ workaround
+	bool PUGIXML_FUNCTION operator&&(const xml_text& lhs, bool rhs);
+	bool PUGIXML_FUNCTION operator||(const xml_text& lhs, bool rhs);
+#endif
+
+	// Child node iterator (a bidirectional iterator over a collection of xml_node)
+	class PUGIXML_CLASS xml_node_iterator
+	{
+		friend class xml_node;
+
+	private:
+		mutable xml_node _wrap;
+		xml_node _parent;
+
+		xml_node_iterator(xml_node_struct* ref, xml_node_struct* parent);
+
+	public:
+		// Iterator traits
+		typedef ptrdiff_t difference_type;
+		typedef xml_node value_type;
+		typedef xml_node* pointer;
+		typedef xml_node& reference;
+
+	#ifndef PUGIXML_NO_STL
+		typedef std::bidirectional_iterator_tag iterator_category;
+	#endif
+
+		// Default constructor
+		xml_node_iterator();
+
+		// Construct an iterator which points to the specified node
+		xml_node_iterator(const xml_node& node);
+
+		// Iterator operators
+		bool operator==(const xml_node_iterator& rhs) const;
+		bool operator!=(const xml_node_iterator& rhs) const;
+
+		xml_node& operator*() const;
+		xml_node* operator->() const;
+
+		const xml_node_iterator& operator++();
+		xml_node_iterator operator++(int);
+
+		const xml_node_iterator& operator--();
+		xml_node_iterator operator--(int);
+	};
+
+	// Attribute iterator (a bidirectional iterator over a collection of xml_attribute)
+	class PUGIXML_CLASS xml_attribute_iterator
+	{
+		friend class xml_node;
+
+	private:
+		mutable xml_attribute _wrap;
+		xml_node _parent;
+
+		xml_attribute_iterator(xml_attribute_struct* ref, xml_node_struct* parent);
+
+	public:
+		// Iterator traits
+		typedef ptrdiff_t difference_type;
+		typedef xml_attribute value_type;
+		typedef xml_attribute* pointer;
+		typedef xml_attribute& reference;
+
+	#ifndef PUGIXML_NO_STL
+		typedef std::bidirectional_iterator_tag iterator_category;
+	#endif
+
+		// Default constructor
+		xml_attribute_iterator();
+
+		// Construct an iterator which points to the specified attribute
+		xml_attribute_iterator(const xml_attribute& attr, const xml_node& parent);
+
+		// Iterator operators
+		bool operator==(const xml_attribute_iterator& rhs) const;
+		bool operator!=(const xml_attribute_iterator& rhs) const;
+
+		xml_attribute& operator*() const;
+		xml_attribute* operator->() const;
+
+		const xml_attribute_iterator& operator++();
+		xml_attribute_iterator operator++(int);
+
+		const xml_attribute_iterator& operator--();
+		xml_attribute_iterator operator--(int);
+	};
+
+	// Named node range helper
+	class PUGIXML_CLASS xml_named_node_iterator
+	{
+		friend class xml_node;
+
+	public:
+		// Iterator traits
+		typedef ptrdiff_t difference_type;
+		typedef xml_node value_type;
+		typedef xml_node* pointer;
+		typedef xml_node& reference;
+
+	#ifndef PUGIXML_NO_STL
+		typedef std::bidirectional_iterator_tag iterator_category;
+	#endif
+
+		// Default constructor
+		xml_named_node_iterator();
+
+		// Construct an iterator which points to the specified node
+		xml_named_node_iterator(const xml_node& node, const char_t* name);
+
+		// Iterator operators
+		bool operator==(const xml_named_node_iterator& rhs) const;
+		bool operator!=(const xml_named_node_iterator& rhs) const;
+
+		xml_node& operator*() const;
+		xml_node* operator->() const;
+
+		const xml_named_node_iterator& operator++();
+		xml_named_node_iterator operator++(int);
+
+		const xml_named_node_iterator& operator--();
+		xml_named_node_iterator operator--(int);
+
+	private:
+		mutable xml_node _wrap;
+		xml_node _parent;
+		const char_t* _name;
+
+		xml_named_node_iterator(xml_node_struct* ref, xml_node_struct* parent, const char_t* name);
+	};
+
+	// Abstract tree walker class (see xml_node::traverse)
+	class PUGIXML_CLASS xml_tree_walker
+	{
+		friend class xml_node;
+
+	private:
+		int _depth;
+	
+	protected:
+		// Get current traversal depth
+		int depth() const;
+	
+	public:
+		xml_tree_walker();
+		virtual ~xml_tree_walker();
+
+		// Callback that is called when traversal begins
+		virtual bool begin(xml_node& node);
+
+		// Callback that is called for each node traversed
+		virtual bool for_each(xml_node& node) = 0;
+
+		// Callback that is called when traversal ends
+		virtual bool end(xml_node& node);
+	};
+
+	// Parsing status, returned as part of xml_parse_result object
+	enum xml_parse_status
+	{
+		status_ok = 0,				// No error
+
+		status_file_not_found,		// File was not found during load_file()
+		status_io_error,			// Error reading from file/stream
+		status_out_of_memory,		// Could not allocate memory
+		status_internal_error,		// Internal error occurred
+
+		status_unrecognized_tag,	// Parser could not determine tag type
+
+		status_bad_pi,				// Parsing error occurred while parsing document declaration/processing instruction
+		status_bad_comment,			// Parsing error occurred while parsing comment
+		status_bad_cdata,			// Parsing error occurred while parsing CDATA section
+		status_bad_doctype,			// Parsing error occurred while parsing document type declaration
+		status_bad_pcdata,			// Parsing error occurred while parsing PCDATA section
+		status_bad_start_element,	// Parsing error occurred while parsing start element tag
+		status_bad_attribute,		// Parsing error occurred while parsing element attribute
+		status_bad_end_element,		// Parsing error occurred while parsing end element tag
+		status_end_element_mismatch,// There was a mismatch of start-end tags (closing tag had incorrect name, some tag was not closed or there was an excessive closing tag)
+
+		status_append_invalid_root,	// Unable to append nodes since root type is not node_element or node_document (exclusive to xml_node::append_buffer)
+
+		status_no_document_element	// Parsing resulted in a document without element nodes
+	};
+
+	// Parsing result
+	struct PUGIXML_CLASS xml_parse_result
+	{
+		// Parsing status (see xml_parse_status)
+		xml_parse_status status;
+
+		// Last parsed offset (in char_t units from start of input data)
+		ptrdiff_t offset;
+
+		// Source document encoding
+		xml_encoding encoding;
+
+		// Default constructor, initializes object to failed state
+		xml_parse_result();
+
+		// Cast to bool operator
+		operator bool() const;
+
+		// Get error description
+		const char* description() const;
+	};
+
+	// Document class (DOM tree root)
+	class PUGIXML_CLASS xml_document: public xml_node
+	{
+	private:
+		char_t* _buffer;
+
+		char _memory[192];
+		
+		// Non-copyable semantics
+		xml_document(const xml_document&);
+		xml_document& operator=(const xml_document&);
+
+		void create();
+		void destroy();
+
+	public:
+		// Default constructor, makes empty document
+		xml_document();
+
+		// Destructor, invalidates all node/attribute handles to this document
+		~xml_document();
+
+		// Removes all nodes, leaving the empty document
+		void reset();
+
+		// Removes all nodes, then copies the entire contents of the specified document
+		void reset(const xml_document& proto);
+
+	#ifndef PUGIXML_NO_STL
+		// Load document from stream.
+		xml_parse_result load(std::basic_istream<char, std::char_traits<char> >& stream, unsigned int options = parse_default, xml_encoding encoding = encoding_auto);
+		xml_parse_result load(std::basic_istream<wchar_t, std::char_traits<wchar_t> >& stream, unsigned int options = parse_default);
+	#endif
+
+		// (deprecated: use load_string instead) Load document from zero-terminated string. No encoding conversions are applied.
+		xml_parse_result load(const char_t* contents, unsigned int options = parse_default);
+
+		// Load document from zero-terminated string. No encoding conversions are applied.
+		xml_parse_result load_string(const char_t* contents, unsigned int options = parse_default);
+
+		// Load document from file
+		xml_parse_result load_file(const char* path, unsigned int options = parse_default, xml_encoding encoding = encoding_auto);
+		xml_parse_result load_file(const wchar_t* path, unsigned int options = parse_default, xml_encoding encoding = encoding_auto);
+
+		// Load document from buffer. Copies/converts the buffer, so it may be deleted or changed after the function returns.
+		xml_parse_result load_buffer(const void* contents, size_t size, unsigned int options = parse_default, xml_encoding encoding = encoding_auto);
+
+		// Load document from buffer, using the buffer for in-place parsing (the buffer is modified and used for storage of document data).
+		// You should ensure that buffer data will persist throughout the document's lifetime, and free the buffer memory manually once document is destroyed.
+		xml_parse_result load_buffer_inplace(void* contents, size_t size, unsigned int options = parse_default, xml_encoding encoding = encoding_auto);
+
+		// Load document from buffer, using the buffer for in-place parsing (the buffer is modified and used for storage of document data).
+		// You should allocate the buffer with pugixml allocation function; document will free the buffer when it is no longer needed (you can't use it anymore).
+		xml_parse_result load_buffer_inplace_own(void* contents, size_t size, unsigned int options = parse_default, xml_encoding encoding = encoding_auto);
+
+		// Save XML document to writer (semantics is slightly different from xml_node::print, see documentation for details).
+		void save(xml_writer& writer, const char_t* indent = PUGIXML_TEXT("\t"), unsigned int flags = format_default, xml_encoding encoding = encoding_auto) const;
+
+	#ifndef PUGIXML_NO_STL
+		// Save XML document to stream (semantics is slightly different from xml_node::print, see documentation for details).
+		void save(std::basic_ostream<char, std::char_traits<char> >& stream, const char_t* indent = PUGIXML_TEXT("\t"), unsigned int flags = format_default, xml_encoding encoding = encoding_auto) const;
+		void save(std::basic_ostream<wchar_t, std::char_traits<wchar_t> >& stream, const char_t* indent = PUGIXML_TEXT("\t"), unsigned int flags = format_default) const;
+	#endif
+
+		// Save XML to file
+		bool save_file(const char* path, const char_t* indent = PUGIXML_TEXT("\t"), unsigned int flags = format_default, xml_encoding encoding = encoding_auto) const;
+		bool save_file(const wchar_t* path, const char_t* indent = PUGIXML_TEXT("\t"), unsigned int flags = format_default, xml_encoding encoding = encoding_auto) const;
+
+		// Get document element
+		xml_node document_element() const;
+	};
+
+#ifndef PUGIXML_NO_XPATH
+	// XPath query return type
+	enum xpath_value_type
+	{
+		xpath_type_none,	  // Unknown type (query failed to compile)
+		xpath_type_node_set,  // Node set (xpath_node_set)
+		xpath_type_number,	  // Number
+		xpath_type_string,	  // String
+		xpath_type_boolean	  // Boolean
+	};
+
+	// XPath parsing result
+	struct PUGIXML_CLASS xpath_parse_result
+	{
+		// Error message (0 if no error)
+		const char* error;
+
+		// Last parsed offset (in char_t units from string start)
+		ptrdiff_t offset;
+
+		// Default constructor, initializes object to failed state
+		xpath_parse_result();
+
+		// Cast to bool operator
+		operator bool() const;
+
+		// Get error description
+		const char* description() const;
+	};
+
+	// A single XPath variable
+	class PUGIXML_CLASS xpath_variable
+	{
+		friend class xpath_variable_set;
+
+	protected:
+		xpath_value_type _type;
+		xpath_variable* _next;
+
+		xpath_variable(xpath_value_type type);
+
+		// Non-copyable semantics
+		xpath_variable(const xpath_variable&);
+		xpath_variable& operator=(const xpath_variable&);
+		
+	public:
+		// Get variable name
+		const char_t* name() const;
+
+		// Get variable type
+		xpath_value_type type() const;
+
+		// Get variable value; no type conversion is performed, default value (false, NaN, empty string, empty node set) is returned on type mismatch error
+		bool get_boolean() const;
+		double get_number() const;
+		const char_t* get_string() const;
+		const xpath_node_set& get_node_set() const;
+
+		// Set variable value; no type conversion is performed, false is returned on type mismatch error
+		bool set(bool value);
+		bool set(double value);
+		bool set(const char_t* value);
+		bool set(const xpath_node_set& value);
+	};
+
+	// A set of XPath variables
+	class PUGIXML_CLASS xpath_variable_set
+	{
+	private:
+		xpath_variable* _data[64];
+
+		void _assign(const xpath_variable_set& rhs);
+		void _swap(xpath_variable_set& rhs);
+
+		xpath_variable* _find(const char_t* name) const;
+
+		static bool _clone(xpath_variable* var, xpath_variable** out_result);
+		static void _destroy(xpath_variable* var);
+
+	public:
+		// Default constructor/destructor
+		xpath_variable_set();
+		~xpath_variable_set();
+
+		// Copy constructor/assignment operator
+		xpath_variable_set(const xpath_variable_set& rhs);
+		xpath_variable_set& operator=(const xpath_variable_set& rhs);
+
+	#if __cplusplus >= 201103
+		// Move semantics support
+		xpath_variable_set(xpath_variable_set&& rhs);
+		xpath_variable_set& operator=(xpath_variable_set&& rhs);
+	#endif
+
+		// Add a new variable or get the existing one, if the types match
+		xpath_variable* add(const char_t* name, xpath_value_type type);
+
+		// Set value of an existing variable; no type conversion is performed, false is returned if there is no such variable or if types mismatch
+		bool set(const char_t* name, bool value);
+		bool set(const char_t* name, double value);
+		bool set(const char_t* name, const char_t* value);
+		bool set(const char_t* name, const xpath_node_set& value);
+
+		// Get existing variable by name
+		xpath_variable* get(const char_t* name);
+		const xpath_variable* get(const char_t* name) const;
+	};
+
+	// A compiled XPath query object
+	class PUGIXML_CLASS xpath_query
+	{
+	private:
+		void* _impl;
+		xpath_parse_result _result;
+
+		typedef void (*unspecified_bool_type)(xpath_query***);
+
+		// Non-copyable semantics
+		xpath_query(const xpath_query&);
+		xpath_query& operator=(const xpath_query&);
+
+	public:
+		// Construct a compiled object from XPath expression.
+		// If PUGIXML_NO_EXCEPTIONS is not defined, throws xpath_exception on compilation errors.
+		explicit xpath_query(const char_t* query, xpath_variable_set* variables = 0);
+
+		// Constructor
+		xpath_query();
+
+		// Destructor
+		~xpath_query();
+
+	#if __cplusplus >= 201103
+		// Move semantics support
+		xpath_query(xpath_query&& rhs);
+		xpath_query& operator=(xpath_query&& rhs);
+	#endif
+
+		// Get query expression return type
+		xpath_value_type return_type() const;
+		
+		// Evaluate expression as boolean value in the specified context; performs type conversion if necessary.
+		// If PUGIXML_NO_EXCEPTIONS is not defined, throws std::bad_alloc on out of memory errors.
+		bool evaluate_boolean(const xpath_node& n) const;
+		
+		// Evaluate expression as double value in the specified context; performs type conversion if necessary.
+		// If PUGIXML_NO_EXCEPTIONS is not defined, throws std::bad_alloc on out of memory errors.
+		double evaluate_number(const xpath_node& n) const;
+		
+	#ifndef PUGIXML_NO_STL
+		// Evaluate expression as string value in the specified context; performs type conversion if necessary.
+		// If PUGIXML_NO_EXCEPTIONS is not defined, throws std::bad_alloc on out of memory errors.
+		string_t evaluate_string(const xpath_node& n) const;
+	#endif
+		
+		// Evaluate expression as string value in the specified context; performs type conversion if necessary.
+		// At most capacity characters are written to the destination buffer, full result size is returned (includes terminating zero).
+		// If PUGIXML_NO_EXCEPTIONS is not defined, throws std::bad_alloc on out of memory errors.
+		// If PUGIXML_NO_EXCEPTIONS is defined, returns empty  set instead.
+		size_t evaluate_string(char_t* buffer, size_t capacity, const xpath_node& n) const;
+
+		// Evaluate expression as node set in the specified context.
+		// If PUGIXML_NO_EXCEPTIONS is not defined, throws xpath_exception on type mismatch and std::bad_alloc on out of memory errors.
+		// If PUGIXML_NO_EXCEPTIONS is defined, returns empty node set instead.
+		xpath_node_set evaluate_node_set(const xpath_node& n) const;
+
+		// Evaluate expression as node set in the specified context.
+		// Return first node in document order, or empty node if node set is empty.
+		// If PUGIXML_NO_EXCEPTIONS is not defined, throws xpath_exception on type mismatch and std::bad_alloc on out of memory errors.
+		// If PUGIXML_NO_EXCEPTIONS is defined, returns empty node instead.
+		xpath_node evaluate_node(const xpath_node& n) const;
+
+		// Get parsing result (used to get compilation errors in PUGIXML_NO_EXCEPTIONS mode)
+		const xpath_parse_result& result() const;
+
+		// Safe bool conversion operator
+		operator unspecified_bool_type() const;
+
+		// Borland C++ workaround
+		bool operator!() const;
+	};
+	
+	#ifndef PUGIXML_NO_EXCEPTIONS
+	// XPath exception class
+	class PUGIXML_CLASS xpath_exception: public std::exception
+	{
+	private:
+		xpath_parse_result _result;
+
+	public:
+		// Construct exception from parse result
+		explicit xpath_exception(const xpath_parse_result& result);
+
+		// Get error message
+		virtual const char* what() const throw();
+
+		// Get parse result
+		const xpath_parse_result& result() const;
+	};
+	#endif
+	
+	// XPath node class (either xml_node or xml_attribute)
+	class PUGIXML_CLASS xpath_node
+	{
+	private:
+		xml_node _node;
+		xml_attribute _attribute;
+	
+		typedef void (*unspecified_bool_type)(xpath_node***);
+
+	public:
+		// Default constructor; constructs empty XPath node
+		xpath_node();
+		
+		// Construct XPath node from XML node/attribute
+		xpath_node(const xml_node& node);
+		xpath_node(const xml_attribute& attribute, const xml_node& parent);
+
+		// Get node/attribute, if any
+		xml_node node() const;
+		xml_attribute attribute() const;
+		
+		// Get parent of contained node/attribute
+		xml_node parent() const;
+
+		// Safe bool conversion operator
+		operator unspecified_bool_type() const;
+		
+		// Borland C++ workaround
+		bool operator!() const;
+
+		// Comparison operators
+		bool operator==(const xpath_node& n) const;
+		bool operator!=(const xpath_node& n) const;
+	};
+
+#ifdef __BORLANDC__
+	// Borland C++ workaround
+	bool PUGIXML_FUNCTION operator&&(const xpath_node& lhs, bool rhs);
+	bool PUGIXML_FUNCTION operator||(const xpath_node& lhs, bool rhs);
+#endif
+
+	// A fixed-size collection of XPath nodes
+	class PUGIXML_CLASS xpath_node_set
+	{
+	public:
+		// Collection type
+		enum type_t
+		{
+			type_unsorted,			// Not ordered
+			type_sorted,			// Sorted by document order (ascending)
+			type_sorted_reverse		// Sorted by document order (descending)
+		};
+		
+		// Constant iterator type
+		typedef const xpath_node* const_iterator;
+
+		// We define non-constant iterator to be the same as constant iterator so that various generic algorithms (i.e. boost foreach) work
+		typedef const xpath_node* iterator;
+	
+		// Default constructor. Constructs empty set.
+		xpath_node_set();
+
+		// Constructs a set from iterator range; data is not checked for duplicates and is not sorted according to provided type, so be careful
+		xpath_node_set(const_iterator begin, const_iterator end, type_t type = type_unsorted);
+
+		// Destructor
+		~xpath_node_set();
+		
+		// Copy constructor/assignment operator
+		xpath_node_set(const xpath_node_set& ns);
+		xpath_node_set& operator=(const xpath_node_set& ns);
+
+	#if __cplusplus >= 201103
+		// Move semantics support
+		xpath_node_set(xpath_node_set&& rhs);
+		xpath_node_set& operator=(xpath_node_set&& rhs);
+	#endif
+
+		// Get collection type
+		type_t type() const;
+		
+		// Get collection size
+		size_t size() const;
+
+		// Indexing operator
+		const xpath_node& operator[](size_t index) const;
+		
+		// Collection iterators
+		const_iterator begin() const;
+		const_iterator end() const;
+
+		// Sort the collection in ascending/descending order by document order
+		void sort(bool reverse = false);
+		
+		// Get first node in the collection by document order
+		xpath_node first() const;
+		
+		// Check if collection is empty
+		bool empty() const;
+	
+	private:
+		type_t _type;
+		
+		xpath_node _storage;
+		
+		xpath_node* _begin;
+		xpath_node* _end;
+
+		void _assign(const_iterator begin, const_iterator end, type_t type);
+		void _move(xpath_node_set& rhs);
+	};
+#endif
+
+#ifndef PUGIXML_NO_STL
+	// Convert wide string to UTF8
+	std::basic_string<char, std::char_traits<char>, std::allocator<char> > PUGIXML_FUNCTION as_utf8(const wchar_t* str);
+	std::basic_string<char, std::char_traits<char>, std::allocator<char> > PUGIXML_FUNCTION as_utf8(const std::basic_string<wchar_t, std::char_traits<wchar_t>, std::allocator<wchar_t> >& str);
+	
+	// Convert UTF8 to wide string
+	std::basic_string<wchar_t, std::char_traits<wchar_t>, std::allocator<wchar_t> > PUGIXML_FUNCTION as_wide(const char* str);
+	std::basic_string<wchar_t, std::char_traits<wchar_t>, std::allocator<wchar_t> > PUGIXML_FUNCTION as_wide(const std::basic_string<char, std::char_traits<char>, std::allocator<char> >& str);
+#endif
+
+	// Memory allocation function interface; returns pointer to allocated memory or NULL on failure
+	typedef void* (*allocation_function)(size_t size);
+	
+	// Memory deallocation function interface
+	typedef void (*deallocation_function)(void* ptr);
+
+	// Override default memory management functions. All subsequent allocations/deallocations will be performed via supplied functions.
+	void PUGIXML_FUNCTION set_memory_management_functions(allocation_function allocate, deallocation_function deallocate);
+	
+	// Get current memory management functions
+	allocation_function PUGIXML_FUNCTION get_memory_allocation_function();
+	deallocation_function PUGIXML_FUNCTION get_memory_deallocation_function();
+}
+
+#if !defined(PUGIXML_NO_STL) && (defined(_MSC_VER) || defined(__ICC))
+namespace std
+{
+	// Workarounds for (non-standard) iterator category detection for older versions (MSVC7/IC8 and earlier)
+	std::bidirectional_iterator_tag PUGIXML_FUNCTION _Iter_cat(const pugi::xml_node_iterator&);
+	std::bidirectional_iterator_tag PUGIXML_FUNCTION _Iter_cat(const pugi::xml_attribute_iterator&);
+	std::bidirectional_iterator_tag PUGIXML_FUNCTION _Iter_cat(const pugi::xml_named_node_iterator&);
+}
+#endif
+
+#if !defined(PUGIXML_NO_STL) && defined(__SUNPRO_CC)
+namespace std
+{
+	// Workarounds for (non-standard) iterator category detection
+	std::bidirectional_iterator_tag PUGIXML_FUNCTION __iterator_category(const pugi::xml_node_iterator&);
+	std::bidirectional_iterator_tag PUGIXML_FUNCTION __iterator_category(const pugi::xml_attribute_iterator&);
+	std::bidirectional_iterator_tag PUGIXML_FUNCTION __iterator_category(const pugi::xml_named_node_iterator&);
+}
+#endif
+
+#endif
+
+// Make sure implementation is included in header-only mode
+// Use macro expansion in #include to work around QMake (QTBUG-11923)
+#if defined(PUGIXML_HEADER_ONLY) && !defined(PUGIXML_SOURCE)
+#	define PUGIXML_SOURCE "pugixml.cpp"
+#	include PUGIXML_SOURCE
+#endif
+
+/**
+ * Copyright (c) 2006-2015 Arseny Kapoulkine
+ *
+ * Permission is hereby granted, free of charge, to any person
+ * obtaining a copy of this software and associated documentation
+ * files (the "Software"), to deal in the Software without
+ * restriction, including without limitation the rights to use,
+ * copy, modify, merge, publish, distribute, sublicense, and/or sell
+ * copies of the Software, and to permit persons to whom the
+ * Software is furnished to do so, subject to the following
+ * conditions:
+ *
+ * The above copyright notice and this permission notice shall be
+ * included in all copies or substantial portions of the Software.
+ * 
+ * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
+ * EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
+ * OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
+ * NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
+ * HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
+ * WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
+ * FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
+ * OTHER DEALINGS IN THE SOFTWARE.
+ */
diff --git a/dolfin/io/xmlutils.cpp b/dolfin/io/xmlutils.cpp
new file mode 100644
index 0000000..e523945
--- /dev/null
+++ b/dolfin/io/xmlutils.cpp
@@ -0,0 +1,73 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-09-15
+// Last changed: 2011-11-15
+
+#include "pugixml.hpp"
+#include <dolfin/log/log.h>
+#include "xmlutils.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+const pugi::xml_node xmlutils::get_node(const pugi::xml_node& xml_node,
+                                        std::string node_name)
+{
+  // Check node itself
+  if (xml_node.name() == node_name)
+    return xml_node;
+
+  // Check child
+  const pugi::xml_node child_node = xml_node.child(node_name.c_str());
+  if (!child_node)
+  {
+    dolfin_error("xmlutils.cpp",
+                 "read DOLFIN XML data",
+                 "Unable to find tag <%s>", node_name.c_str());
+  }
+
+  return child_node;
+}
+//-----------------------------------------------------------------------------
+void xmlutils::check_node_name(const pugi::xml_node& xml_node,
+                               const std::string name)
+{
+  if (xml_node.name() != name)
+  {
+    dolfin_error("xmlutils.cpp",
+                 "checking XML node name",
+                 "Node name is \"%s\", expecting \"%s\"",
+                  xml_node.name(), name.c_str());
+
+  }
+}
+//-----------------------------------------------------------------------------
+void xmlutils::check_has_attribute(const pugi::xml_node& xml_node,
+                                   const std::string name)
+{
+  const pugi::xml_attribute attr = xml_node.attribute("xml_node");
+  if (!attr)
+  {
+    dolfin_error("xmlutils.cpp",
+                 "checking that XML node has attribute",
+                 "Node  \"%s\" does not have expected attribute \"%s\"",
+                  xml_node.name(), name.c_str());
+
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/io/xmlutils.h b/dolfin/io/xmlutils.h
new file mode 100644
index 0000000..32e55fc
--- /dev/null
+++ b/dolfin/io/xmlutils.h
@@ -0,0 +1,55 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-09-15
+// Last changed: 2011-09-15
+
+#ifndef __XML_UTILS_H
+#define __XML_UTILS_H
+
+#include <string>
+
+namespace pugi
+{
+  class xml_node;
+}
+
+namespace dolfin
+{
+
+  namespace xmlutils
+  {
+    // This file provides a small number of utility functions that may be
+    // useful when parsing XML using pugixml.
+
+    /// Get XML node with given name, either the given node itself or a
+    /// child node. An error message is thrown if node is not found.
+    const pugi::xml_node get_node(const pugi::xml_node& xml_node,
+                                  std::string node_name);
+
+    // Check that xml_node has name 'name'. If not, throw error.
+    void check_node_name(const pugi::xml_node& xml_node,
+                         const std::string name);
+
+    // Check that xml_node has attribute 'name'. If not, throw error.
+    void check_has_attribute(const pugi::xml_node& xml_node,
+                             const std::string name);
+  }
+
+}
+
+#endif
diff --git a/dolfin/la/Amesos2LUSolver.cpp b/dolfin/la/Amesos2LUSolver.cpp
new file mode 100644
index 0000000..5c66dc6
--- /dev/null
+++ b/dolfin/la/Amesos2LUSolver.cpp
@@ -0,0 +1,233 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifdef HAS_TRILINOS
+
+#include <dolfin/common/constants.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/log/log.h>
+#include <dolfin/parameter/GlobalParameters.h>
+
+#include "LUSolver.h"
+#include "TpetraMatrix.h"
+#include "TpetraVector.h"
+#include "Amesos2LUSolver.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string>
+Amesos2LUSolver::methods()
+{
+  std::map<std::string, std::string> amesos2_methods;
+  amesos2_methods["default"] = "default method";
+#ifdef HAVE_AMESOS2_KLU2
+  amesos2_methods["KLU2"] = "Built in KLU2";
+#endif
+#ifdef HAVE_AMESOS2_BASKER
+  amesos2_methods["Basker"] = "Basker";
+#endif
+#ifdef HAVE_AMESOS2_SUPERLU
+  amesos2_methods["Superlu"] = "Superlu";
+#endif
+#ifdef HAVE_AMESOS2_LAPACK
+  amesos2_methods["Lapack"] = "Lapack (for testing)";
+#endif
+#ifdef HAVE_AMESOS2_MUMPS
+  amesos2_methods["Mumps"] = "MUMPS";
+#endif
+#ifdef HAVE_AMESOS2_SUPERLUDIST
+  amesos2_methods["Superludist"] = "Superludist";
+#endif
+  return amesos2_methods;
+}
+//-----------------------------------------------------------------------------
+Parameters Amesos2LUSolver::default_parameters()
+{
+  Parameters p(LUSolver::default_parameters());
+  p.rename("amesos2_lu_solver");
+
+  return p;
+}
+//-----------------------------------------------------------------------------
+Amesos2LUSolver::Amesos2LUSolver(std::string method)
+{
+  // Set parameter values
+  parameters = default_parameters();
+
+  // Initialize Tpetra LU solver
+  init_solver(method);
+}
+//-----------------------------------------------------------------------------
+Amesos2LUSolver::Amesos2LUSolver(std::shared_ptr<const TpetraMatrix> A,
+                                 std::string method) : _matA(A)
+{
+  // Check dimensions
+  if (A->size(0) != A->size(1))
+  {
+    dolfin_error("Amesos2LUSolver.cpp",
+                 "create Amesos2 LU solver",
+                 "Cannot LU factorize non-square TpetraMatrix");
+  }
+
+  // Set parameter values
+  parameters = default_parameters();
+
+  // Initialize Amesos2 LU solver
+  init_solver(method);
+}
+//-----------------------------------------------------------------------------
+Amesos2LUSolver::~Amesos2LUSolver()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void
+Amesos2LUSolver::set_operator(std::shared_ptr<const GenericLinearOperator> A)
+{
+  // Attempt to cast as TpetraMatrix
+  std::shared_ptr<const TpetraMatrix> mat
+    = as_type<const TpetraMatrix>(A);
+  dolfin_assert(mat);
+
+  // Set operator
+  set_operator(mat);
+}
+//-----------------------------------------------------------------------------
+void Amesos2LUSolver::set_operator(std::shared_ptr<const TpetraMatrix> A)
+{
+  _matA = A;
+  dolfin_assert(_matA);
+
+  if (_matA->mat().is_null())
+  {
+    dolfin_error("Amesos2LUSolver.cpp",
+                 "set operator (Amesos2LUSolver::set_operator)",
+                 "cannot set operator if matrix has not been initialized");
+  }
+
+  _solver->setA(_matA->mat());
+  // ierr = KSPSetOperators(_ksp, _matA->mat(), _matA->mat());
+
+}
+//-----------------------------------------------------------------------------
+const GenericLinearOperator& Amesos2LUSolver::get_operator() const
+{
+  if (!_matA)
+  {
+    dolfin_error("Amesos2LUSolver.cpp",
+                 "access operator of Tpetra LU solver",
+                 "Operator has not been set");
+  }
+  return *_matA;
+}
+//-----------------------------------------------------------------------------
+std::size_t Amesos2LUSolver::solve(GenericVector& x, const GenericVector& b)
+{
+  Timer timer("Amesos2 LU solver");
+
+  dolfin_assert(_matA);
+  dolfin_assert(!_matA->mat().is_null());
+
+  // Downcast matrix and vectors
+  const TpetraVector& _b = as_type<const TpetraVector>(b);
+  TpetraVector& _x = as_type<TpetraVector>(x);
+
+  // Check dimensions
+  if (_matA->size(0) != b.size())
+  {
+    dolfin_error("Amesos2LUSolver.cpp",
+                 "solve linear system using Amesos2 LU solver",
+                 "Cannot factorize non-square TpetraMatrix");
+  }
+
+  // Initialize solution vector if required
+  // (make compatible with A in parallel)
+  if (x.empty())
+    _matA->init_vector(x, 1);
+
+  if (Amesos2::query(_method_name) == false)
+  {
+    dolfin_error("Amesos2LUSolver.cpp",
+                 "set solver method",
+                 "\"%s\" not supported", _method_name.c_str());
+  }
+
+  if (_solver.is_null())
+  {
+    _solver = Amesos2::create(_method_name, _matA->mat(),
+                              _x.vec(),
+      Teuchos::rcp_dynamic_cast<const TpetraVector::vector_type>(_b.vec()));
+  }
+  else
+  {
+    _solver->setX(_x.vec());
+    _solver->setB(Teuchos::rcp_dynamic_cast<const TpetraVector::vector_type>(_b.vec()));
+  }
+  _solver->solve();
+
+  return 1;
+}
+//-----------------------------------------------------------------------------
+std::size_t Amesos2LUSolver::solve(const GenericLinearOperator& A,
+                                 GenericVector& x,
+                                 const GenericVector& b)
+{
+  return solve(as_type<const TpetraMatrix>(A),
+               as_type<TpetraVector>(x),
+               as_type<const TpetraVector>(b));
+}
+//-----------------------------------------------------------------------------
+std::size_t Amesos2LUSolver::solve(const TpetraMatrix& A,
+                                   TpetraVector& x,
+                                   const TpetraVector& b)
+{
+  _matA = std::make_shared<TpetraMatrix>(A);
+  return solve(x, b);
+}
+//-----------------------------------------------------------------------------
+std::string Amesos2LUSolver::str(bool verbose) const
+{
+  std::stringstream s;
+
+  if (verbose)
+  {
+    warning("Verbose output for Amesos2LUSolver not implemented yet.");
+  }
+  else
+    s << "<Amesos2LUSolver>";
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+void Amesos2LUSolver::init_solver(std::string& method)
+{
+  _method_name = method;
+  if (method == "default")
+  {
+    #ifdef HAVE_AMESOS2_KLU2
+    _method_name = "KLU2";
+    #else
+    dolfin_error("Amesos2LUSolver.cpp", "initialise solver",
+      "Default KLU2 solver not found");
+    #endif
+}
+
+}
+//-----------------------------------------------------------------------------
+#endif
diff --git a/dolfin/la/Amesos2LUSolver.h b/dolfin/la/Amesos2LUSolver.h
new file mode 100644
index 0000000..9a687a4
--- /dev/null
+++ b/dolfin/la/Amesos2LUSolver.h
@@ -0,0 +1,107 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifndef __DOLFIN_AMESOS2_LU_SOLVER_H
+#define __DOLFIN_AMESOS2_LU_SOLVER_H
+
+#ifdef HAS_TRILINOS
+
+#include "GenericLinearSolver.h"
+#include <Amesos2_Factory.hpp>
+
+namespace dolfin
+{
+  /// Forward declarations
+  class GenericLinearOperator;
+  class GenericVector;
+  class TpetraMatrix;
+  class TpetraVector;
+
+  /// This class implements the direct solution (LU factorization) for
+  /// linear systems of the form Ax = b.  It is a wrapper for the
+  /// Trilinos Amesos2 LU solver.
+
+  class Amesos2LUSolver : public GenericLinearSolver
+  {
+  public:
+
+    /// Constructor
+    Amesos2LUSolver(std::string method="default");
+
+    /// Constructor
+    Amesos2LUSolver(std::shared_ptr<const TpetraMatrix> A,
+                    std::string method="default");
+
+    /// Destructor
+    ~Amesos2LUSolver();
+
+    /// Set operator (matrix)
+    void set_operator(std::shared_ptr<const GenericLinearOperator> A);
+
+    /// Set operator (matrix)
+    void set_operator(std::shared_ptr<const TpetraMatrix> A);
+
+    /// Get operator (matrix)
+    const GenericLinearOperator& get_operator() const;
+
+    /// Solve linear system Ax = b
+    std::size_t solve(GenericVector& x, const GenericVector& b);
+
+    /// Solve linear system Ax = b
+    std::size_t solve(const GenericLinearOperator& A,
+                      GenericVector& x,
+                      const GenericVector& b);
+
+    /// Solve linear system Ax = b
+    std::size_t solve(const TpetraMatrix& A,
+                      TpetraVector& x,
+                      const TpetraVector& b);
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+    /// Return a list of available solver methods
+    static std::map<std::string, std::string> methods();
+
+    /// Default parameter values
+    static Parameters default_parameters();
+
+    /// Return parameter type: "krylov_solver" or "lu_solver"
+    std::string parameter_type() const
+    { return "lu_solver"; }
+
+  private:
+
+    void init_solver(std::string& method);
+
+    // Reference counted pointer (RCP) to solver
+    Teuchos::RCP<Amesos2::Solver<TpetraMatrix::matrix_type,
+                                 TpetraVector::vector_type>> _solver;
+
+    // Operator (the matrix)
+    std::shared_ptr<const TpetraMatrix> _matA;
+
+    // Method name
+    std::string _method_name;
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/la/BelosKrylovSolver.cpp b/dolfin/la/BelosKrylovSolver.cpp
new file mode 100644
index 0000000..211ba66
--- /dev/null
+++ b/dolfin/la/BelosKrylovSolver.cpp
@@ -0,0 +1,399 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifdef HAS_TRILINOS
+
+#include <cctype>
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/common/Timer.h>
+#include "GenericMatrix.h"
+#include "GenericVector.h"
+#include "KrylovSolver.h"
+#include "TpetraMatrix.h"
+#include "TpetraVector.h"
+#include "BelosKrylovSolver.h"
+#include "Ifpack2Preconditioner.h"
+#include "MueluPreconditioner.h"
+#include "TrilinosParameters.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string> BelosKrylovSolver::preconditioners()
+{
+  std::map<std::string, std::string> allowed_precs
+    = Ifpack2Preconditioner::preconditioners();
+
+  allowed_precs.insert({"muelu", "muelu"});
+  allowed_precs.insert({"amg", "muelu"});
+
+  return allowed_precs;
+}
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string> BelosKrylovSolver::methods()
+{
+  Belos::SolverFactory<double, TpetraVector::vector_type, op_type> factory;
+  Teuchos::Array<std::string> methods = factory.supportedSolverNames();
+
+  std::map<std::string, std::string> result;
+  result.insert(std::make_pair("default", "default method"));
+
+  for (auto &m : methods)
+  {
+    for (auto &c : m)
+      c = std::tolower(c);
+    result.insert(std::make_pair(m, m));
+  }
+  return result;
+}
+//-----------------------------------------------------------------------------
+BelosKrylovSolver::BelosKrylovSolver(std::string method,
+                                     std::string preconditioner)
+{
+  // Check that the requested method is known
+  const std::map<std::string, std::string> _methods = methods();
+  if (_methods.find(method) == _methods.end())
+  {
+    dolfin_error("BelosKrylovSolver.cpp",
+                 "create Belos Krylov solver",
+                 "Unknown Krylov method \"%s\"", method.c_str());
+  }
+
+  // Set parameter values
+  parameters = default_parameters();
+
+  if (preconditioner != "none")
+  {
+    if (preconditioner == "muelu" or preconditioner == "amg")
+      _prec.reset(new MueluPreconditioner());
+    else
+      _prec.reset(new Ifpack2Preconditioner(preconditioner));
+  }
+
+  init(method);
+}
+//-----------------------------------------------------------------------------
+BelosKrylovSolver::BelosKrylovSolver(std::string method,
+  std::shared_ptr<TrilinosPreconditioner> preconditioner)
+  : _prec(preconditioner)
+{
+  // Check that the requested method is known
+  const std::map<std::string, std::string> _methods = methods();
+  if (_methods.find(method) == _methods.end())
+  {
+    dolfin_error("BelosKrylovSolver.cpp",
+                 "create Belos Krylov solver",
+                 "Unknown Krylov method \"%s\"", method.c_str());
+  }
+
+  // Set parameter values
+  parameters = default_parameters();
+
+  init(method);
+}
+//-----------------------------------------------------------------------------
+BelosKrylovSolver::~BelosKrylovSolver()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Parameters BelosKrylovSolver::default_parameters()
+{
+  Parameters p(KrylovSolver::default_parameters());
+  p.rename("belos_krylov_solver");
+
+  Parameters belos_parameters("belos");
+  p.add(belos_parameters);
+
+  return p;
+}
+//-----------------------------------------------------------------------------
+void
+BelosKrylovSolver::set_operator(std::shared_ptr<const GenericLinearOperator> A)
+{
+  set_operators(A, A);
+}
+//-----------------------------------------------------------------------------
+void
+BelosKrylovSolver::set_operators(std::shared_ptr<const GenericLinearOperator> A,
+                                 std::shared_ptr<const GenericLinearOperator> P)
+{
+  _set_operators(as_type<const TpetraMatrix>(A),
+                 as_type<const TpetraMatrix>(P));
+}
+//-----------------------------------------------------------------------------
+const TpetraMatrix& BelosKrylovSolver::get_operator() const
+{
+  if (!_matA)
+  {
+    dolfin_error("BelosKrylovSolver.cpp",
+                 "access operator for Belos Krylov solver",
+                 "Operator has not been set");
+  }
+  return *_matA;
+}
+//-----------------------------------------------------------------------------
+std::size_t BelosKrylovSolver::solve(GenericVector& x, const GenericVector& b)
+{
+  return _solve(as_type<TpetraVector>(x), as_type<const TpetraVector>(b));
+}
+//-----------------------------------------------------------------------------
+std::size_t BelosKrylovSolver::solve(const GenericLinearOperator& A,
+                                     GenericVector& x,
+                                     const GenericVector& b)
+{
+  return _solve(as_type<const TpetraMatrix>(A),
+                as_type<TpetraVector>(x),
+                as_type<const TpetraVector>(b));
+}
+//-----------------------------------------------------------------------------
+std::string BelosKrylovSolver::str(bool verbose) const
+{
+  std::stringstream s;
+  if (verbose)
+  {
+    s << "Belos Krylov Solver" << std::endl;
+    s << "-------------------" << std::endl;
+    s << _solver->description();
+  }
+  else
+    s << "<BelosKrylovSolver>";
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+void BelosKrylovSolver::init(const std::string& method)
+{
+  Teuchos::RCP<Teuchos::ParameterList> dummy_params = Teuchos::parameterList();
+
+  std::string method_name = method;
+  if (method=="default")
+    method_name = "GMRES";
+
+  Belos::SolverFactory<double, TpetraVector::vector_type, op_type> factory;
+  _solver = factory.create(method_name, dummy_params);
+
+  _problem = Teuchos::rcp(new problem_type);
+}
+//-----------------------------------------------------------------------------
+void BelosKrylovSolver::_set_operator(std::shared_ptr<const TpetraMatrix> A)
+{
+  _set_operators(A, A);
+}
+//-----------------------------------------------------------------------------
+void BelosKrylovSolver::_set_operators(std::shared_ptr<const TpetraMatrix> A,
+                                       std::shared_ptr<const TpetraMatrix> P)
+{
+  dolfin_assert(!_solver.is_null());
+  dolfin_assert(!_problem.is_null());
+  dolfin_assert(A);
+  dolfin_assert(!A->mat().is_null());
+  dolfin_assert(P);
+  dolfin_assert(!P->mat().is_null());
+
+  _matA = A;
+  _problem->setOperator(A->mat());
+
+  if (_prec)
+  {
+    _prec->init(P);
+    _prec->set(*this);
+  }
+
+}
+//-----------------------------------------------------------------------------
+std::size_t BelosKrylovSolver::_solve(TpetraVector& x, const TpetraVector& b)
+{
+  Timer timer("Belos Krylov solver");
+
+  dolfin_assert(_matA);
+
+  // Check dimensions
+  const std::size_t M = _matA->size(0);
+  const std::size_t N = _matA->size(1);
+
+  if (_matA->size(0) != b.size())
+  {
+    dolfin_error("BelosKrylovSolver.cpp",
+                 "unable to solve linear system with Belos Krylov solver",
+                 "Non-matching dimensions for linear system (matrix has %ld rows and right-hand side vector has %ld rows)",
+                 _matA->size(0), b.size());
+  }
+
+  // Get MPI rank
+  const int mpi_rank = MPI::rank(_matA->mpi_comm());
+
+  // Write a message
+  if (parameters["report"].is_set())
+  {
+    const bool report = (bool)parameters["report"];
+    if (report && mpi_rank == 0)
+    {
+      info("Solving linear system of size %ld x %ld (Belos Krylov solver).",
+           M, N);
+    }
+  }
+
+  // Reinitialize solution vector if necessary
+  if (x.empty())
+  {
+    _matA->init_vector(x, 1);
+    x.zero();
+  }
+
+  // Set any Belos-specific options
+  set_options();
+
+  // Solve linear system
+  if (mpi_rank == 0)
+  {
+    log(PROGRESS, "Belos Krylov solver starting to solve %i x %i system.",
+        _matA->size(0), _matA->size(1));
+  }
+
+  // Clear LHS if unless nonzero_initial_guess is set
+  if (parameters["nonzero_initial_guess"].is_set())
+  {
+    const bool nonzero_guess = (bool) parameters["nonzero_initial_guess"];
+    if (!nonzero_guess)
+      x.zero();
+  }
+
+  _problem->setProblem(x.vec(), b.vec());
+  _solver->setProblem(_problem);
+
+  Belos::ReturnType result =_solver->solve();
+  const std::size_t num_iterations = _solver->getNumIters();
+  if (result == Belos::Converged)
+  {
+    log(PROGRESS, "Belos Krylov Solver converged in %d iterations",
+        num_iterations);
+  }
+  else
+  {
+    bool error_on_nonconvergence = parameters["error_on_nonconvergence"].is_set() ? parameters["error_on_nonconvergence"] : true;
+    if (error_on_nonconvergence)
+    {
+      dolfin_error("BelosKrylovSolver.cpp",
+                   "solve linear system using Belos Krylov solver",
+                   "Solution failed to converge in %d iterations",
+                   num_iterations);
+    }
+    else
+    {
+      warning("Belos Krylov Solver did not converge in %i iterations",
+              num_iterations);
+    }
+  }
+
+  // Update ghosts
+  x.update_ghost_values();
+
+  return num_iterations;
+}
+//-----------------------------------------------------------------------------
+std::size_t BelosKrylovSolver::_solve(const TpetraMatrix& A, TpetraVector& x,
+                                      const TpetraVector& b)
+{
+  // Set operator
+  std::shared_ptr<const TpetraMatrix> Atmp(&A, NoDeleter());
+  set_operator(Atmp);
+
+  // Call solve
+  return solve(x, b);
+}
+//-----------------------------------------------------------------------------
+void BelosKrylovSolver::set_options()
+{
+  dolfin_assert(!_solver.is_null());
+
+  Teuchos::RCP<Teuchos::ParameterList> solverParams
+    = Teuchos::parameterList(*_solver->getCurrentParameters());
+
+  if (parameters["maximum_iterations"].is_set())
+  {
+    const int max_iterations = (int) parameters["maximum_iterations"];
+    solverParams->set("Maximum Iterations", max_iterations);
+  }
+
+  if (parameters["relative_tolerance"].is_set())
+  {
+    const double rtol = (double) parameters["relative_tolerance"];
+    solverParams->set("Convergence Tolerance", rtol);
+  }
+
+
+  const bool monitor = parameters["monitor_convergence"].is_set() ? (bool) parameters["monitor_convergence"] : false;
+  const bool report = parameters["report"].is_set() ? (bool) parameters["report"] : false;
+  if (monitor or report)
+  {
+    solverParams->set("Verbosity",
+                      Belos::Warnings
+                      | Belos::IterationDetails
+                      | Belos::StatusTestDetails
+                      | Belos::TimingDetails
+                      | Belos::FinalSummary);
+    solverParams->set("Output Style", (int)Belos::Brief);
+  }
+
+  if (monitor)
+    solverParams->set("Output Frequency", 1);
+
+  // Copy over any parameters from dolfin parameters in ["belos"]
+  const Parameters& params = parameters("belos");
+  TrilinosParameters::insert_parameters(params, solverParams);
+
+  _solver->setParameters(solverParams);
+}
+//-----------------------------------------------------------------------------
+void BelosKrylovSolver::check_dimensions(const TpetraMatrix& A,
+                                         const GenericVector& x,
+                                         const GenericVector& b) const
+{
+  // Check dimensions of A
+  if (A.size(0) == 0 || A.size(1) == 0)
+  {
+    dolfin_error("BelosKrylovSolver.cpp",
+                 "unable to solve linear system with Belos Krylov solver",
+                 "Matrix does not have a nonzero number of rows and columns");
+  }
+
+  // Check dimensions of A vs b
+  if (A.size(0) != b.size())
+  {
+    dolfin_error("BelosKrylovSolver.cpp",
+                 "unable to solve linear system with Belos Krylov solver",
+                 "Non-matching dimensions for linear system (matrix has %ld rows and right-hand side vector has %ld rows)",
+                 A.size(0), b.size());
+  }
+
+  // Check dimensions of A vs x
+  if (!x.empty() && x.size() != A.size(1))
+  {
+    dolfin_error("BelosKrylovSolver.cpp",
+                 "unable to solve linear system with Belos Krylov solver",
+                 "Non-matching dimensions for linear system (matrix has %ld columns and solution vector has %ld rows)",
+                 A.size(1), x.size());
+  }
+
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/la/BelosKrylovSolver.h b/dolfin/la/BelosKrylovSolver.h
new file mode 100644
index 0000000..e655f05
--- /dev/null
+++ b/dolfin/la/BelosKrylovSolver.h
@@ -0,0 +1,157 @@
+// Copyright (C) 2014 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifndef __DOLFIN_BELOS_KRYLOV_SOLVER_H
+#define __DOLFIN_BELOS_KRYLOV_SOLVER_H
+
+#ifdef HAS_TRILINOS
+
+#include <map>
+#include <memory>
+
+#include <BelosTpetraAdapter.hpp>
+#include <BelosSolverFactory.hpp>
+#include <Ifpack2_Factory.hpp>
+
+#include <dolfin/common/types.h>
+#include "GenericLinearSolver.h"
+#include "TpetraVector.h"
+#include "TpetraMatrix.h"
+#include "TrilinosPreconditioner.h"
+
+namespace dolfin
+{
+
+  /// Forward declarations
+  class GenericMatrix;
+  class GenericVector;
+  class TpetraMatrix;
+  class TpetraVector;
+  class TrilinosPreconditioner;
+
+  /// This class implements Krylov methods for linear systems
+  /// of the form Ax = b. It is a wrapper for the Belos iterative solver
+  /// from Trilinos
+
+  class BelosKrylovSolver : public GenericLinearSolver
+  {
+  public:
+
+    /// Tpetra operator type
+    typedef Tpetra::Operator<double, int, dolfin::la_index,
+                             TpetraVector::node_type> op_type;
+    /// Belos problem type
+    typedef Belos::LinearProblem<double, TpetraVector::vector_type,
+                                 op_type> problem_type;
+
+    /// Create Krylov solver for a particular method and names
+    /// preconditioner
+    BelosKrylovSolver(std::string method = "default",
+                      std::string preconditioner = "default");
+
+    /// Create Krylov solver for a particular method and TrilinosPreconditioner
+    BelosKrylovSolver(std::string method,
+                      std::shared_ptr<TrilinosPreconditioner> preconditioner);
+
+    /// Destructor
+    ~BelosKrylovSolver();
+
+    /// Set operator (matrix)
+    void set_operator(std::shared_ptr<const GenericLinearOperator> A);
+
+    /// Set operator (matrix) and preconditioner matrix
+    void set_operators(std::shared_ptr<const GenericLinearOperator> A,
+                       std::shared_ptr<const GenericLinearOperator> P);
+
+    /// Get operator (matrix)
+    const TpetraMatrix& get_operator() const;
+
+    /// Solve linear system Ax = b and return number of iterations
+    std::size_t solve(GenericVector& x, const GenericVector& b);
+
+    /// Solve linear system Ax = b and return number of iterations
+    std::size_t solve(const GenericLinearOperator& A, GenericVector& x,
+                      const GenericVector& b);
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+    /// Return a list of available solver methods
+    static std::map<std::string, std::string> methods();
+
+    /// Return a list of available preconditioners
+    static std::map<std::string, std::string> preconditioners();
+
+    /// Default parameter values
+    static Parameters default_parameters();
+
+    /// Return parameter type: "krylov_solver" or "lu_solver"
+    std::string parameter_type() const
+    {
+      return "krylov_solver";
+    }
+
+  private:
+
+    friend class Ifpack2Preconditioner;
+    friend class MueluPreconditioner;
+
+    // Initialize solver
+    void init(const std::string& method);
+
+    // Set operator (matrix)
+    void _set_operator(std::shared_ptr<const TpetraMatrix> A);
+
+    // Set operator (matrix) and preconditioner matrix
+    void _set_operators(std::shared_ptr<const TpetraMatrix> A,
+                        std::shared_ptr<const TpetraMatrix> P);
+
+    // Solve linear system Ax = b and return number of iterations
+    std::size_t _solve(TpetraVector& x, const TpetraVector& b);
+
+    // Solve linear system Ax = b and return number of iterations
+    std::size_t _solve(const TpetraMatrix& A, TpetraVector& x,
+                       const TpetraVector& b);
+
+    // Set options for solver
+    void set_options();
+
+    void check_dimensions(const TpetraMatrix& A, const GenericVector& x,
+                          const GenericVector& b) const;
+
+    // Belos solver pointer
+    Teuchos::RCP<Belos::SolverManager<double, TpetraVector::vector_type,
+                                      op_type>> _solver;
+
+    // The preconditioner, if any
+    std::shared_ptr<TrilinosPreconditioner> _prec;
+
+    // Container for the problem, see Belos::LinearProblem
+    // documentation
+    Teuchos::RCP<problem_type> _problem;
+
+    // Operator (the matrix)
+    std::shared_ptr<const TpetraMatrix> _matA;
+
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/la/BlockMatrix.cpp b/dolfin/la/BlockMatrix.cpp
new file mode 100644
index 0000000..a6a62af
--- /dev/null
+++ b/dolfin/la/BlockMatrix.cpp
@@ -0,0 +1,195 @@
+// Copyright (C) 2008 Kent-Andre Mardal
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2008-2012
+// Modified by Garth N. Wells 2011
+//
+// First added:  2008-08-25
+// Last changed: 2012-03-15
+
+#include <iostream>
+#include <memory>
+#include <dolfin/common/Timer.h>
+#include <dolfin/common/NoDeleter.h>
+#include "dolfin/common/utils.h"
+#include "BlockVector.h"
+#include "DefaultFactory.h"
+#include "GenericVector.h"
+#include "Matrix.h"
+#include "BlockMatrix.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+BlockMatrix::BlockMatrix(std::size_t m, std::size_t n)
+  : matrices(boost::extents[m][n])
+{
+  for (std::size_t i = 0; i < m; i++)
+    for (std::size_t j = 0; j < n; j++)
+      matrices[i][j].reset(new Matrix());
+}
+//-----------------------------------------------------------------------------
+BlockMatrix::~BlockMatrix()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void BlockMatrix::set_block(std::size_t i, std::size_t j,
+                            std::shared_ptr<GenericMatrix> m)
+{
+  dolfin_assert(i < matrices.shape()[0]);
+  dolfin_assert(j < matrices.shape()[1]);
+  matrices[i][j] = m;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const GenericMatrix>
+BlockMatrix::get_block(std::size_t i, std::size_t j) const
+{
+  dolfin_assert(i < matrices.shape()[0]);
+  dolfin_assert(j < matrices.shape()[1]);
+  return matrices[i][j];
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericMatrix> BlockMatrix::get_block(std::size_t i,
+                                                        std::size_t j)
+{
+  dolfin_assert(i < matrices.shape()[0]);
+  dolfin_assert(j < matrices.shape()[1]);
+  return matrices[i][j];
+}
+//-----------------------------------------------------------------------------
+std::size_t BlockMatrix::size(std::size_t dim) const
+{
+  dolfin_assert(dim < 1);
+  return matrices.shape()[dim];
+}
+//-----------------------------------------------------------------------------
+void BlockMatrix::zero()
+{
+  for (std::size_t i = 0; i < matrices.shape()[0]; i++)
+    for (std::size_t j = 0; j < matrices.shape()[1]; j++)
+      matrices[i][j]->zero();
+}
+//-----------------------------------------------------------------------------
+void BlockMatrix::apply(std::string mode)
+{
+  Timer timer("Apply (BlockMatrix)");
+  for (std::size_t i = 0; i < matrices.shape()[0]; i++)
+    for (std::size_t j = 0; j < matrices.shape()[1]; j++)
+      matrices[i][j]->apply(mode);
+}
+//-----------------------------------------------------------------------------
+std::string BlockMatrix::str(bool verbose) const
+{
+  std::stringstream s;
+
+  if (verbose)
+  {
+    s << str(false) << std::endl << std::endl;
+    for (std::size_t i = 0; i < matrices.shape()[0]; i++)
+    {
+      for (std::size_t j = 0; i < matrices.shape()[1]; j++)
+      {
+        s << "  BlockMatrix (" << i << ", " << j << ")" << std::endl
+          << std::endl;
+        s << indent(indent(matrices[i][j]->str(true))) << std::endl;
+      }
+    }
+  }
+  else
+  {
+    s << "<BlockMatrix containing " << matrices.shape()[0] << " x "
+      << matrices.shape()[1] << " blocks>";
+  }
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+void BlockMatrix::mult(const BlockVector& x, BlockVector& y,
+                       bool transposed) const
+{
+  if (transposed)
+  {
+    dolfin_error("BlockMatrix.cpp",
+                 "compute transpose matrix-vector product",
+                 "Not implemented for block matrices");
+  }
+
+  // Create temporary vector
+  dolfin_assert(matrices[0][0]);
+
+  // Loop over block rows
+  for(std::size_t row = 0; row < matrices.shape()[0]; row++)
+  {
+    // RHS sub-vector
+    GenericVector& _y = *(y.get_block(row));
+
+    const GenericMatrix& _matA = *matrices[row][0];
+
+    // Resize y and zero
+    if (_y.empty())
+      _matA.init_vector(_y, 0);
+    _y.zero();
+
+    // Loop over block columns
+    std::shared_ptr<GenericVector>
+      z_tmp = _matA.factory().create_vector(_y.mpi_comm());
+    for(std::size_t col = 0; col < matrices.shape()[1]; ++col)
+    {
+      const GenericVector& _x = *(x.get_block(col));
+      dolfin_assert(matrices[row][col]);
+      matrices[row][col]->mult(_x, *z_tmp);
+      _y += *z_tmp;
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericMatrix> BlockMatrix::schur_approximation(bool symmetry) const
+{
+  // Currently returns [diag(C * diag(A)^-1 * B) - D]
+  if (!symmetry)
+  {
+    dolfin_error("BlockMatrix.cpp",
+                 "compute Schur complement approximation",
+                 "Not implemented for asymmetric matrix");
+  }
+
+  dolfin_assert(matrices.size()==2 && matrices[0].size()==2 && matrices[1].size()==2);
+
+  GenericMatrix &A = *matrices[0][0];
+  GenericMatrix &C = *matrices[1][0];
+  GenericMatrix &D = *matrices[1][1];
+
+  std::shared_ptr<GenericMatrix> S(D.copy());
+
+  std::vector<std::size_t> cols_i;
+  std::vector<double> vals_i;
+  for (std::size_t i = 0; i < D.size(0); i++)
+  {
+    C.getrow(i, cols_i, vals_i);
+    double diag_ii = 0;
+    for (std::size_t k = 0; k < cols_i.size(); k++)
+    {
+      const std::size_t j = cols_i[k];
+      const double val=vals_i[k];
+      diag_ii -= val*val/A(j,j);
+    }
+    const dolfin::la_index _i = i;
+    S->add(&diag_ii, 1, &_i, 1, &_i);
+  }
+  return S;
+}
diff --git a/dolfin/la/BlockMatrix.h b/dolfin/la/BlockMatrix.h
new file mode 100644
index 0000000..289cb0b
--- /dev/null
+++ b/dolfin/la/BlockMatrix.h
@@ -0,0 +1,91 @@
+// Copyright (C) 2008 Kent-Andre Mardal
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2008.
+// Modified by Garth N. Wells, 2011.
+//
+// First added:  2008-08-25
+// Last changed: 2011-01-22
+
+#ifndef __BLOCKMATRIX_H
+#define __BLOCKMATRIX_H
+
+#include <boost/multi_array.hpp>
+#include <memory>
+
+#include "BlockVector.h"
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class GenericMatrix;
+
+  /// Block Matrix
+
+  class BlockMatrix
+  {
+  public:
+
+    /// Constructor
+    BlockMatrix(std::size_t m=0, std::size_t n=0);
+
+    /// Destructor
+    ~BlockMatrix();
+
+    /// Set block
+    void set_block(std::size_t i, std::size_t j,
+                   std::shared_ptr<GenericMatrix> m);
+
+    /// Get block (const version)
+    std::shared_ptr<const GenericMatrix>
+      get_block(std::size_t i, std::size_t j) const;
+
+    /// Get block
+    std::shared_ptr<GenericMatrix> get_block(std::size_t i, std::size_t j);
+
+    /// Return size of given dimension
+    std::size_t size(std::size_t dim) const;
+
+    /// Set all entries to zero and keep any sparse structure
+    void zero();
+
+    /// Finalize assembly of tensor
+    void apply(std::string mode);
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+    /// Matrix-vector product, y = Ax
+    void mult(const BlockVector& x, BlockVector& y,
+              bool transposed=false) const;
+
+    /// Create a crude explicit Schur approximation  of S = D - C A^-1
+    /// B of  (A B; C  D) If symmetry !=  0, then the  caller promises
+    /// that B = symmetry * transpose(C).
+    std::shared_ptr<GenericMatrix>
+      schur_approximation(bool symmetry=true) const;
+
+  private:
+
+    boost::multi_array<std::shared_ptr<GenericMatrix>, 2> matrices;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/la/BlockVector.cpp b/dolfin/la/BlockVector.cpp
new file mode 100644
index 0000000..7d4c6cd
--- /dev/null
+++ b/dolfin/la/BlockVector.cpp
@@ -0,0 +1,202 @@
+// Copyright (C) 2008 Kent-Andre Mardal
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2011.
+//
+// First added:  2008-08-25
+// Last changed: 2011-01-22
+//
+// Modified by Anders Logg, 2008.
+
+#include <algorithm>
+#include <cmath>
+
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/common/utils.h>
+#include "GenericVector.h"
+#include "Vector.h"
+#include "BlockVector.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+BlockVector::BlockVector(std::size_t n) : vectors(n)
+{
+  for (std::size_t i = 0; i < n; i++)
+    vectors[i].reset(new Vector());
+}
+//-----------------------------------------------------------------------------
+BlockVector::~BlockVector()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+BlockVector* BlockVector::copy() const
+{
+  BlockVector* x = new BlockVector(vectors.size());
+  for (std::size_t i = 0; i < vectors.size(); i++)
+    x->set_block(i, std::shared_ptr<GenericVector>(vectors[i]->copy()));
+  return x;
+}
+//-----------------------------------------------------------------------------
+void BlockVector::set_block(std::size_t i, std::shared_ptr<GenericVector> v)
+{
+  dolfin_assert(i < vectors.size());
+  vectors[i] = v;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const GenericVector>
+BlockVector::get_block(std::size_t i) const
+{
+  dolfin_assert(i < vectors.size());
+  return vectors[i];
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericVector> BlockVector::get_block(std::size_t i)
+{
+  dolfin_assert(i < vectors.size());
+  return vectors[i];
+}
+//-----------------------------------------------------------------------------
+bool BlockVector::empty() const
+{
+  return vectors.empty();
+}
+//-----------------------------------------------------------------------------
+std::size_t BlockVector::size() const
+{
+  return vectors.size();
+}
+//-----------------------------------------------------------------------------
+void BlockVector::axpy(double a, const BlockVector& x)
+{
+  for (std::size_t i = 0; i < vectors.size(); i++)
+    vectors[i]->axpy(a, *x.get_block(i));
+}
+//-----------------------------------------------------------------------------
+double BlockVector::inner(const BlockVector& x) const
+{
+  double value = 0.0;
+  for (std::size_t i = 0; i < vectors.size(); i++)
+    value += vectors[i]->inner(*x.get_block(i));
+  return value;
+}
+//-----------------------------------------------------------------------------
+double BlockVector::norm(std::string norm_type) const
+{
+  double value = 0.0;
+  if(norm_type == "l1")
+  {
+    for (std::size_t i = 0; i < vectors.size(); i++)
+      value += vectors[i]->norm(norm_type);
+  }
+  else if (norm_type == "l2")
+  {
+    for (std::size_t i = 0; i < vectors.size(); i++)
+      value += std::pow(vectors[i]->norm(norm_type), 2);
+    value = sqrt(value);
+  }
+  else if (norm_type == "linf")
+  {
+    std::vector<double> linf(vectors.size());
+    for (std::size_t i = 0; i < vectors.size(); i++)
+      linf[i] = vectors[i]->norm(norm_type);
+     value = *(std::max_element(linf.begin(), linf.end()));
+  }
+  return value;
+}
+//-----------------------------------------------------------------------------
+double BlockVector::min() const
+{
+  std::vector<double> _min(vectors.size());
+  for (std::size_t i = 0; i < vectors.size(); i++)
+    _min[i] = vectors[i]->min();
+
+  return *(std::min_element(_min.begin(), _min.end()));
+}
+//-----------------------------------------------------------------------------
+double BlockVector::max() const
+{
+  std::vector<double> _max(vectors.size());
+  for (std::size_t i = 0; i < vectors.size(); i++)
+    _max[i] = vectors[i]->min();
+
+  return *(std::max_element(_max.begin(), _max.end()));
+}
+//-----------------------------------------------------------------------------
+const BlockVector& BlockVector::operator*= (double a)
+{
+  for(std::size_t i = 0; i < vectors.size(); i++)
+    *vectors[i] *= a;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const BlockVector& BlockVector::operator/= (double a)
+{
+  for(std::size_t i = 0; i < vectors.size(); i++)
+    *vectors[i] /= a;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const BlockVector& BlockVector::operator+= (const BlockVector& y)
+{
+  axpy(1.0, y);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const BlockVector& BlockVector::operator-= (const BlockVector& y)
+{
+  axpy(-1.0, y);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const BlockVector& BlockVector::operator= (const BlockVector& x)
+{
+  for(std::size_t i = 0; i < vectors.size(); i++)
+    *vectors[i] = *x.get_block(i);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const BlockVector& BlockVector::operator= (double a)
+{
+  for(std::size_t i = 0; i < vectors.size(); i++)
+    *vectors[i] = a;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+std::string BlockVector::str(bool verbose) const
+{
+  std::stringstream s;
+
+  if (verbose)
+  {
+    s << str(false) << std::endl << std::endl;
+
+    for (std::size_t i = 0; i < vectors.size(); i++)
+    {
+      s << "  BlockVector " << i << std::endl << std::endl;
+      s << indent(indent(vectors[i]->str(true))) << std::endl;
+    }
+  }
+  else
+  {
+    s << "<BlockVector containing " << vectors.size() << " blocks>";
+  }
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/la/BlockVector.h b/dolfin/la/BlockVector.h
new file mode 100644
index 0000000..b83758a
--- /dev/null
+++ b/dolfin/la/BlockVector.h
@@ -0,0 +1,113 @@
+// Copyright (C) 2008 Kent-Andre Mardal
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2008.
+// Modified by Garth N. Wells, 2011.
+//
+// First added:  2008-08-25
+// Last changed: 2011-01-22
+//
+
+#ifndef __BLOCKVECTOR_H
+#define __BLOCKVECTOR_H
+
+#include <string>
+#include <vector>
+#include <memory>
+#include <dolfin/common/types.h>
+
+namespace dolfin
+{
+
+  /// Forward declarations
+  class GenericVector;
+
+  /// Block vector
+
+  class BlockVector
+  {
+  public:
+
+    /// Constructor
+    BlockVector(std::size_t n = 0);
+
+    /// Destructor
+    virtual ~BlockVector();
+
+    /// Return copy of tensor
+    virtual BlockVector* copy() const;
+
+    /// Set function
+    void set_block(std::size_t i, std::shared_ptr<GenericVector> v);
+
+    /// Get sub-vector (const)
+    std::shared_ptr<const GenericVector> get_block(std::size_t i) const;
+
+    /// Get sub-vector (non-const)
+    std::shared_ptr<GenericVector> get_block(std::size_t);
+
+    /// Add multiple of given vector (AXPY operation)
+    void axpy(double a, const BlockVector& x);
+
+    /// Return inner product with given vector
+    double inner(const BlockVector& x) const;
+
+    /// Return norm of vector
+    double norm(std::string norm_type) const;
+
+    /// Return minimum value of vector
+    double min() const;
+
+    /// Return maximum value of vector
+    double max() const;
+
+    /// Multiply vector by given number
+    const BlockVector& operator*= (double a);
+
+    /// Divide vector by given number
+    const BlockVector& operator/= (double a);
+
+    /// Add given vector
+    const BlockVector& operator+= (const BlockVector& x);
+
+    /// Subtract given vector
+    const BlockVector& operator-= (const BlockVector& x);
+
+    /// Assignment operator
+    const BlockVector& operator= (const BlockVector& x);
+
+    /// Assignment operator
+    const BlockVector& operator= (double a);
+
+    /// Return true if empty
+    virtual bool empty() const;
+
+    /// Number of vectors
+    std::size_t size() const;
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+  private:
+
+    std::vector<std::shared_ptr<GenericVector>> vectors;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/la/CMakeLists.txt b/dolfin/la/CMakeLists.txt
new file mode 100644
index 0000000..ceb1e7a
--- /dev/null
+++ b/dolfin/la/CMakeLists.txt
@@ -0,0 +1,98 @@
+set(HEADERS
+  Amesos2LUSolver.h
+  BelosKrylovSolver.h
+  BlockMatrix.h
+  BlockVector.h
+  CoordinateMatrix.h
+  DefaultFactory.h
+  dolfin_la.h
+  EigenFactory.h
+  EigenKrylovSolver.h
+  EigenLUSolver.h
+  EigenMatrix.h
+  EigenVector.h
+  GenericLinearAlgebraFactory.h
+  GenericLinearOperator.h
+  GenericLinearSolver.h
+  GenericMatrix.h
+  GenericTensor.h
+  GenericVector.h
+  Ifpack2Preconditioner.h
+  IndexMap.h
+  KrylovSolver.h
+  LinearAlgebraObject.h
+  LinearOperator.h
+  LinearSolver.h
+  LUSolver.h
+  Matrix.h
+  MueluPreconditioner.h
+  PETScBaseMatrix.h
+  PETScFactory.h
+  PETScKrylovSolver.h
+  PETScLinearOperator.h
+  PETScLUSolver.h
+  PETScMatrix.h
+  PETScNestMatrix.h
+  PETScObject.h
+  PETScOptions.h
+  PETScPreconditioner.h
+  PETScVector.h
+  Scalar.h
+  SLEPcEigenSolver.h
+  solve.h
+  SparsityPattern.h
+  SUNDIALSNVector.h
+  TensorLayout.h
+  test_nullspace.h
+  TpetraFactory.h
+  TpetraMatrix.h
+  TpetraVector.h
+  TrilinosParameters.h
+  TrilinosPreconditioner.h
+  Vector.h
+  VectorSpaceBasis.h
+  PARENT_SCOPE)
+
+set(SOURCES
+  Amesos2LUSolver.cpp
+  BelosKrylovSolver.cpp
+  BlockMatrix.cpp
+  BlockVector.cpp
+  CoordinateMatrix.cpp
+  DefaultFactory.cpp
+  EigenFactory.cpp
+  EigenKrylovSolver.cpp
+  EigenLUSolver.cpp
+  EigenMatrix.cpp
+  EigenVector.cpp
+  GenericLinearSolver.cpp
+  GenericMatrix.cpp
+  Ifpack2Preconditioner.cpp
+  IndexMap.cpp
+  KrylovSolver.cpp
+  LinearOperator.cpp
+  LinearSolver.cpp
+  LUSolver.cpp
+  MueluPreconditioner.cpp
+  PETScBaseMatrix.cpp
+  PETScFactory.cpp
+  PETScKrylovSolver.cpp
+  PETScLinearOperator.cpp
+  PETScLUSolver.cpp
+  PETScMatrix.cpp
+  PETScNestMatrix.cpp
+  PETScObject.cpp
+  PETScOptions.cpp
+  PETScPreconditioner.cpp
+  PETScVector.cpp
+  SLEPcEigenSolver.cpp
+  solve.cpp
+  SparsityPattern.cpp
+  TensorLayout.cpp
+  test_nullspace.cpp
+  TpetraFactory.cpp
+  TpetraMatrix.cpp
+  TpetraVector.cpp
+  TrilinosParameters.cpp
+  VectorSpaceBasis.cpp
+  PARENT_SCOPE)
diff --git a/dolfin/la/CoordinateMatrix.cpp b/dolfin/la/CoordinateMatrix.cpp
new file mode 100644
index 0000000..6c6b493
--- /dev/null
+++ b/dolfin/la/CoordinateMatrix.cpp
@@ -0,0 +1,117 @@
+// Copyright (C) 2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-10-15
+// Last changed:
+
+#include <cmath>
+#include <vector>
+#include "dolfin/common/MPI.h"
+#include "GenericMatrix.h"
+#include "CoordinateMatrix.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+CoordinateMatrix::CoordinateMatrix(const GenericMatrix& A, bool symmetric,
+                                   bool base_one)
+  : _mpi_comm(A.mpi_comm()), _symmetric(symmetric), _base_one(base_one)
+{
+  _size[0] = A.size(0);
+  _size[1] = A.size(1);
+
+  // Iterate over local rows
+  const std::pair<std::size_t, std::size_t> local_row_range = A.local_range(0);
+  if (!_symmetric)
+  {
+    for (std::size_t i = local_row_range.first; i < local_row_range.second; ++i)
+    {
+      // Get column and value data for row
+      std::vector<std::size_t> columns;
+      std::vector<double> values;
+      A.getrow(i, columns, values);
+
+      // Insert data at end
+      _rows.insert(_rows.end(), columns.size(), i);
+      _cols.insert(_cols.end(), columns.begin(), columns.end());
+      _vals.insert(_vals.end(), values.begin(), values.end());
+    }
+    dolfin_assert(_rows.size() == _cols.size());
+  }
+  else
+  {
+    dolfin_assert(_size[0] == _size[1]);
+    for (std::size_t i = local_row_range.first; i < local_row_range.second; ++i)
+    {
+      // Get column and value data for row
+      std::vector<std::size_t> columns;
+      std::vector<double> values;
+      A.getrow(i, columns, values);
+
+      for (std::size_t j = 0; j < columns.size(); ++j)
+      {
+        if (columns[j] >= i)
+        {
+          _rows.push_back(i);
+          _cols.push_back(columns[j]);
+          _vals.push_back(values[j]);
+        }
+      }
+    }
+    dolfin_assert(_rows.size() == _cols.size());
+  }
+
+  // Add 1 for Fortran-style indices
+  if (base_one)
+  {
+    for (std::size_t i = 0; i < _cols.size(); ++i)
+    {
+      _rows[i]++;
+      _cols[i]++;
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+double CoordinateMatrix::norm(std::string norm_type) const
+{
+  if (norm_type != "frobenius")
+  {
+    dolfin_error("CoordinateMatrix.cpp",
+                 "compute matrix norm",
+                 "Do not know to compute %s norm for CoordinateMatrix",
+                 norm_type.c_str());
+  }
+
+  double _norm = 0.0;
+  if (!_symmetric)
+  {
+    for (std::size_t i = 0; i < _vals.size(); ++i)
+      _norm += _vals[i]*_vals[i];
+  }
+  else
+  {
+    for (std::size_t i = 0; i < _vals.size(); ++i)
+    {
+      if (_rows[i] == _cols[i])
+        _norm += _vals[i]*_vals[i];
+      else
+        _norm += 2.0*_vals[i]*_vals[i];
+    }
+  }
+  return std::sqrt(dolfin::MPI::sum(_mpi_comm.comm(), _norm));
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/la/CoordinateMatrix.h b/dolfin/la/CoordinateMatrix.h
new file mode 100644
index 0000000..bdfd827
--- /dev/null
+++ b/dolfin/la/CoordinateMatrix.h
@@ -0,0 +1,100 @@
+// Copyright (C) 2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-10-16
+// Last changed:
+
+#ifndef __DOLFIN_COORDINATE_MATRIX_H
+#define __DOLFIN_COORDINATE_MATRIX_H
+
+#include <string>
+#include <vector>
+#include <dolfin/common/types.h>
+#include <dolfin/common/MPI.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class GenericMatrix;
+
+  /// Coordinate sparse matrix.
+
+  class CoordinateMatrix
+  {
+  public:
+
+    /// Constructor
+    CoordinateMatrix(const GenericMatrix& A, bool symmetric, bool base_one);
+
+    /// Destructor
+    virtual ~CoordinateMatrix() {}
+
+    /// Size
+    /// @param dim (std::size_t)
+    /// Dimension (0 or 1)
+    std::size_t size(std::size_t dim) const
+    { return _size[dim]; }
+
+    /// Get row indices
+    const std::vector<std::size_t>& rows() const
+    { return _rows; }
+
+    /// Get column indices
+    const std::vector<std::size_t>& columns() const
+    { return _cols; }
+
+    /// Get values
+    const std::vector<double>& values() const
+    { return _vals; }
+
+    /// Return norm of matrix
+    double norm(std::string norm_type) const;
+
+    /// Get MPI_Comm
+    MPI_Comm mpi_comm() const
+    { return _mpi_comm.comm(); }
+
+    /// Whether indices start from 0 (C-style) or 1 (FORTRAN-style)
+    bool base_one() const
+    { return _base_one; }
+
+  private:
+
+    // MPI communicator
+    dolfin::MPI::Comm _mpi_comm;
+
+    // Row and column indices
+    std::vector<std::size_t> _rows;
+    std::vector<std::size_t> _cols;
+
+    // Storage of values
+    std::vector<double> _vals;
+
+    // Global size
+    std::size_t _size[2];
+
+    // Symmetric storage
+    const bool _symmetric;
+
+    // Array base (C/Fortran)
+    const bool _base_one;
+  };
+
+}
+
+#endif
diff --git a/dolfin/la/DefaultFactory.cpp b/dolfin/la/DefaultFactory.cpp
new file mode 100644
index 0000000..80311d8
--- /dev/null
+++ b/dolfin/la/DefaultFactory.cpp
@@ -0,0 +1,122 @@
+// Copyright (C) 2008-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Fredrik Valdmanis, 2011
+//
+// First added:  2008-05-17
+// Last changed: 2011-11-11
+
+#include <dolfin/parameter/GlobalParameters.h>
+#include "EigenFactory.h"
+#include "PETScFactory.h"
+#include "TpetraFactory.h"
+#include "DefaultFactory.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericMatrix> DefaultFactory::create_matrix(MPI_Comm comm) const
+{
+  return factory().create_matrix(comm);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericVector> DefaultFactory::create_vector(MPI_Comm comm) const
+{
+  return factory().create_vector(comm);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<TensorLayout>
+DefaultFactory::create_layout(MPI_Comm comm, std::size_t rank) const
+{
+  return factory().create_layout(comm, rank);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericLinearOperator>
+DefaultFactory::create_linear_operator(MPI_Comm comm) const
+{
+  return factory().create_linear_operator(comm);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericLinearSolver>
+DefaultFactory::create_lu_solver(MPI_Comm comm, std::string method) const
+{
+  return factory().create_lu_solver(comm, method);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericLinearSolver>
+DefaultFactory::create_krylov_solver(MPI_Comm comm,
+                                     std::string method,
+                                     std::string preconditioner) const
+{
+  return factory().create_krylov_solver(comm, method, preconditioner);
+}
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string> DefaultFactory::lu_solver_methods() const
+{
+  return factory().lu_solver_methods();
+}
+ //-----------------------------------------------------------------------------
+std::map<std::string, std::string>
+DefaultFactory::krylov_solver_methods() const
+{
+  return factory().krylov_solver_methods();
+}
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string>
+DefaultFactory::krylov_solver_preconditioners() const
+{
+  return factory().krylov_solver_preconditioners();
+}
+//-----------------------------------------------------------------------------
+GenericLinearAlgebraFactory& DefaultFactory::factory()
+{
+  // Fallback
+  const std::string default_backend = "Eigen";
+
+  // Get backend from parameter system
+  const std::string backend = dolfin::parameters["linear_algebra_backend"];
+
+  // Choose backend
+  if (backend == "Eigen")
+    return EigenFactory::instance();
+  else if (backend == "PETSc")
+  {
+    #ifdef HAS_PETSC
+    return PETScFactory::instance();
+    #else
+    dolfin_error("DefaultFactory.cpp",
+                 "access linear algebra backend",
+                 "PETSc linear algebra backend is not available");
+    #endif
+  }
+  else if (backend == "Tpetra")
+  {
+    #ifdef HAS_TRILINOS
+    return TpetraFactory::instance();
+    #else
+    dolfin_error("DefaultFactory.cpp",
+                 "access linear algebra backend",
+                 "Tpetra linear algebra backend is not available");
+    #endif
+  }
+
+  // Fallback
+  log(WARNING, "Linear algebra backend \"" + backend
+      + "\" not available, using " + default_backend + ".");
+  return EigenFactory::instance();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/la/DefaultFactory.h b/dolfin/la/DefaultFactory.h
new file mode 100644
index 0000000..4002d8a
--- /dev/null
+++ b/dolfin/la/DefaultFactory.h
@@ -0,0 +1,87 @@
+// Copyright (C) 2008-2012 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2008-05-17
+// Last changed: 2012-08-21
+
+#ifndef __DEFAULT_FACTORY_H
+#define __DEFAULT_FACTORY_H
+
+#include <string>
+#include <memory>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/types.h>
+#include "GenericLinearAlgebraFactory.h"
+
+namespace dolfin
+{
+
+  /// Default linear algebra factory based on global parameter "linear_algebra_backend"
+
+  class DefaultFactory : public GenericLinearAlgebraFactory
+  {
+
+    class GenericLinearSolver;
+
+    public:
+
+    /// Constructor
+    DefaultFactory() {}
+
+    /// Destructor
+    virtual ~DefaultFactory() {}
+
+    /// Create empty matrix
+    virtual std::shared_ptr<GenericMatrix> create_matrix(MPI_Comm comm) const;
+
+    /// Create empty vector
+    virtual std::shared_ptr<GenericVector> create_vector(MPI_Comm comm) const;
+
+    /// Create empty tensor layout
+    virtual std::shared_ptr<TensorLayout> create_layout(MPI_Comm comm ,
+                                                        std::size_t rank) const;
+
+    /// Create empty linear operator
+    virtual std::shared_ptr<GenericLinearOperator>
+      create_linear_operator(MPI_Comm comm) const;
+
+    /// Create LU solver
+    virtual std::shared_ptr<dolfin::GenericLinearSolver>
+    create_lu_solver(MPI_Comm comm, std::string method) const;
+
+    /// Create Krylov solver
+    virtual std::shared_ptr<dolfin::GenericLinearSolver>
+    create_krylov_solver(MPI_Comm comm, std::string method,
+                         std::string preconditioner) const;
+
+    /// Return a list of available LU solver methods
+    std::map<std::string, std::string> lu_solver_methods() const;
+
+    /// Return a list of available Krylov solver methods
+    std::map<std::string, std::string> krylov_solver_methods() const;
+
+    /// Return a list of available preconditioners
+    std::map<std::string, std::string> krylov_solver_preconditioners() const;
+
+    /// Return instance of default backend
+    static GenericLinearAlgebraFactory& factory();
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/la/EigenFactory.cpp b/dolfin/la/EigenFactory.cpp
new file mode 100644
index 0000000..7198f73
--- /dev/null
+++ b/dolfin/la/EigenFactory.cpp
@@ -0,0 +1,25 @@
+// Copyright (C) 2015 Chris Richardson and Garth Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2015-02-01
+
+#include "EigenFactory.h"
+
+namespace dolfin
+{
+  EigenFactory EigenFactory::factory;
+}
diff --git a/dolfin/la/EigenFactory.h b/dolfin/la/EigenFactory.h
new file mode 100644
index 0000000..017fb1b
--- /dev/null
+++ b/dolfin/la/EigenFactory.h
@@ -0,0 +1,120 @@
+// Copyright (C) 2015 Chris Richardson and Garth Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2015-02-01
+
+#ifndef __EIGEN_FACTORY_H
+#define __EIGEN_FACTORY_H
+
+#include <map>
+#include <memory>
+#include <string>
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/log/log.h>
+#include "EigenKrylovSolver.h"
+#include "EigenLUSolver.h"
+#include "EigenMatrix.h"
+#include "EigenVector.h"
+#include "TensorLayout.h"
+#include "GenericLinearAlgebraFactory.h"
+
+namespace dolfin
+{
+  // Forward declaration
+  class GenericLinearSolver;
+
+  /// Eigen linear algebra factory
+
+  class EigenFactory : public GenericLinearAlgebraFactory
+  {
+  public:
+
+    /// Destructor
+    virtual ~EigenFactory() {}
+
+    /// Create empty matrix
+    std::shared_ptr<GenericMatrix> create_matrix(MPI_Comm comm) const
+    { return std::make_shared<EigenMatrix>(); }
+
+    /// Create empty vector
+    std::shared_ptr<GenericVector> create_vector(MPI_Comm comm) const
+    { return std::make_shared<EigenVector>(comm); }
+
+    /// Create empty tensor layout
+    std::shared_ptr<TensorLayout> create_layout(MPI_Comm comm,
+                                                std::size_t rank) const
+    {
+      TensorLayout::Sparsity sparsity = TensorLayout::Sparsity::DENSE;
+      if (rank > 1)
+        sparsity = TensorLayout::Sparsity::SPARSE;
+      return std::make_shared<TensorLayout>(comm, 0, sparsity);
+    }
+
+    /// Create empty linear operator
+    std::shared_ptr<GenericLinearOperator> create_linear_operator(MPI_Comm comm) const
+    {
+      dolfin_not_implemented();
+      std::shared_ptr<GenericLinearOperator> A;
+      return A;
+    }
+
+    /// Create LU solver
+    std::shared_ptr<GenericLinearSolver>
+    create_lu_solver(MPI_Comm comm, std::string method) const
+    {
+      return std::make_shared<EigenLUSolver>(method);
+    }
+
+    /// Create Krylov solver
+    std::shared_ptr<GenericLinearSolver>
+    create_krylov_solver(MPI_Comm comm,
+                         std::string method,
+                         std::string preconditioner) const
+    {
+      std::shared_ptr<GenericLinearSolver>
+        solver(new EigenKrylovSolver(method, preconditioner));
+      return solver;
+    }
+
+    /// Return a list of available LU solver methods
+    std::map<std::string, std::string> lu_solver_methods() const
+    { return EigenLUSolver::methods(); }
+
+    /// Return a list of available Krylov solver methods
+    std::map<std::string, std::string> krylov_solver_methods() const
+    { return EigenKrylovSolver::methods(); }
+
+    /// Return a list of available preconditioners
+    std::map<std::string, std::string> krylov_solver_preconditioners() const
+    { return EigenKrylovSolver::preconditioners(); }
+
+    /// Return singleton instance
+    static EigenFactory& instance()
+    { return factory; }
+
+  private:
+
+    // Private Constructor
+    EigenFactory() {}
+
+    // Singleton instance
+    static EigenFactory factory;
+  };
+
+}
+#endif
diff --git a/dolfin/la/EigenKrylovSolver.cpp b/dolfin/la/EigenKrylovSolver.cpp
new file mode 100644
index 0000000..0a2e7d7
--- /dev/null
+++ b/dolfin/la/EigenKrylovSolver.cpp
@@ -0,0 +1,398 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2015-02-04
+
+#include <iostream> // Seem to be missing some Eigen headers
+#include <map>
+#include <string>
+
+#include <Eigen/IterativeLinearSolvers>
+#include <Eigen/../unsupported/Eigen/IterativeSolvers>
+
+#include <dolfin/common/types.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/log/log.h>
+#include "EigenMatrix.h"
+#include "EigenVector.h"
+#include "GenericMatrix.h"
+#include "GenericVector.h"
+#include "KrylovSolver.h"
+#include "EigenKrylovSolver.h"
+
+using namespace dolfin;
+
+// Mapping from method string to description
+const std::map<std::string, std::string>
+EigenKrylovSolver::_methods_descr
+= { {"default",  "default Eigen Krylov method"},
+    {"cg",       "Conjugate gradient method"},
+    {"bicgstab", "Biconjugate gradient stabilized method"},
+    {"minres",   "Minimal residual"},
+    {"gmres",    "Generalised minimal residual (GMRES)"}};
+
+// Mapping from preconditioner string to description
+const std::map<std::string, std::string>
+EigenKrylovSolver::_pcs_descr
+= { {"default", "default"},
+    {"none",    "None"},
+    {"jacobi",  "Jacobi"},
+    {"ilu",     "Incomplete LU"} };
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string> EigenKrylovSolver::methods()
+{
+  return EigenKrylovSolver::_methods_descr;
+}
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string> EigenKrylovSolver::preconditioners()
+{
+  return EigenKrylovSolver::_pcs_descr;
+}
+//-----------------------------------------------------------------------------
+Parameters EigenKrylovSolver::default_parameters()
+{
+  Parameters p(KrylovSolver::default_parameters());
+  p.rename("eigen_krylov_solver");
+  return p;
+}
+//-----------------------------------------------------------------------------
+EigenKrylovSolver::EigenKrylovSolver(std::string method,
+                                     std::string preconditioner)
+{
+  // Set parameter values
+  parameters = default_parameters();
+
+  // Initialise
+  init(method, preconditioner);
+}
+//-----------------------------------------------------------------------------
+EigenKrylovSolver::~EigenKrylovSolver()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void
+EigenKrylovSolver::set_operator(std::shared_ptr<const GenericLinearOperator> A)
+{
+  set_operators(A, A);
+}
+//-----------------------------------------------------------------------------
+void EigenKrylovSolver::set_operator(std::shared_ptr<const EigenMatrix> A)
+{
+  set_operators(A, A);
+}
+//-----------------------------------------------------------------------------
+void EigenKrylovSolver::set_operators(
+  std::shared_ptr<const  GenericLinearOperator> A,
+  std::shared_ptr<const GenericLinearOperator> P)
+{
+  set_operators(as_type<const EigenMatrix>(A),
+                as_type<const EigenMatrix>(P));
+}
+//-----------------------------------------------------------------------------
+void EigenKrylovSolver::set_operators(std::shared_ptr<const EigenMatrix> A,
+                                      std::shared_ptr<const EigenMatrix> P)
+{
+  _matA = A;
+  _matP = P;
+  dolfin_assert(_matA);
+  dolfin_assert(_matP);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const EigenMatrix> EigenKrylovSolver::get_operator() const
+{
+  if (!_matA)
+  {
+    dolfin_error("EigenKrylovSolver.cpp",
+                 "access operator for Eigen Krylov solver",
+                 "Operator has not been set");
+  }
+  return _matA;
+}
+//-----------------------------------------------------------------------------
+std::size_t EigenKrylovSolver::solve(GenericVector& x, const GenericVector& b)
+{
+  return solve(as_type<EigenVector>(x), as_type<const EigenVector>(b));
+}
+//-----------------------------------------------------------------------------
+std::size_t EigenKrylovSolver::solve(const GenericLinearOperator& A,
+                                     GenericVector& x,
+                                     const GenericVector& b)
+{
+  return solve(as_type<const EigenMatrix>(A), as_type<EigenVector>(x),
+               as_type<const EigenVector>(b));
+}
+//-----------------------------------------------------------------------------
+std::size_t EigenKrylovSolver::solve(EigenVector& x, const EigenVector& b)
+{
+  Timer timer("Eigen Krylov solver");
+
+  // Check dimensions
+  dolfin_assert(_matA);
+  if (_matA->size(0) != b.size())
+  {
+    dolfin_error("EigenKrylovSolver.cpp",
+                 "unable to solve linear system with Eigen Krylov solver",
+                 "Non-matching dimensions for linear system (matrix has %ld rows and right-hand side vector has %ld rows)",
+                 _matA->size(0), b.size());
+  }
+
+  // Re-initialize solution vector if necessary
+  if (x.empty())
+  {
+    _matA->init_vector(x, 1);
+    x.zero();
+  }
+
+  log(PROGRESS, "Eigen Krylov solver starting to solve %i x %i system.",
+      _matA->size(0), _matA->size(1));
+
+  std::size_t num_iterations = 0;
+
+  if (_method == "cg")
+  {
+    if (_pc == "none")
+    {
+      Eigen::ConjugateGradient<EigenMatrix::eigen_matrix_type,
+                               Eigen::Upper|Eigen::Lower,
+                               Eigen::IdentityPreconditioner> solver;
+      num_iterations = call_solver(solver, x, b);
+    }
+    else if (_pc == "jacobi")
+    {
+      Eigen::ConjugateGradient<EigenMatrix::eigen_matrix_type,
+                               Eigen::Upper|Eigen::Lower,
+                               Eigen::DiagonalPreconditioner<double>> solver;
+      num_iterations = call_solver(solver, x, b);
+    }
+    else if (_pc == "ilu")
+    {
+      Eigen::ConjugateGradient<EigenMatrix::eigen_matrix_type,
+                               Eigen::Upper|Eigen::Lower,
+                               Eigen::IncompleteLUT<double>> solver;
+      num_iterations = call_solver(solver, x, b);
+    }
+    else
+    {
+      Eigen::ConjugateGradient<EigenMatrix::eigen_matrix_type,
+                               Eigen::Upper|Eigen::Lower> solver;
+      num_iterations = call_solver(solver, x, b);
+    }
+  }
+  else if (_method == "bicgstab")
+  {
+    if (_pc == "none")
+    {
+      Eigen::BiCGSTAB<EigenMatrix::eigen_matrix_type,
+                      Eigen::IdentityPreconditioner> solver;
+      num_iterations = call_solver(solver, x, b);
+    }
+    else if (_pc == "jacobi")
+    {
+      Eigen::BiCGSTAB<EigenMatrix::eigen_matrix_type,
+                      Eigen::DiagonalPreconditioner<double>> solver;
+      num_iterations = call_solver(solver, x, b);
+    }
+    else if (_pc == "ilu")
+    {
+      Eigen::BiCGSTAB<EigenMatrix::eigen_matrix_type,
+                      Eigen::IncompleteLUT<double>> solver;
+      num_iterations = call_solver(solver, x, b);
+    }
+    else
+    {
+      Eigen::BiCGSTAB<EigenMatrix::eigen_matrix_type> solver;
+      num_iterations = call_solver(solver, x, b);
+    }
+  }
+  else if (_method == "gmres")
+  {
+    if (_pc == "none")
+    {
+      Eigen::GMRES<EigenMatrix::eigen_matrix_type,
+                   Eigen::IdentityPreconditioner> solver;
+      num_iterations = call_solver(solver, x, b);
+    }
+    else if (_pc == "jacobi")
+    {
+      Eigen::GMRES<EigenMatrix::eigen_matrix_type,
+                   Eigen::DiagonalPreconditioner<double>> solver;
+      num_iterations = call_solver(solver, x, b);
+    }
+    else if (_pc == "ilu")
+    {
+      Eigen::GMRES<EigenMatrix::eigen_matrix_type,
+                   Eigen::IncompleteLUT<double>> solver;
+      num_iterations = call_solver(solver, x, b);
+    }
+    else
+    {
+      Eigen::GMRES<EigenMatrix::eigen_matrix_type> solver;
+      num_iterations = call_solver(solver, x, b);
+    }
+  }
+  else if (_method == "minres")
+  {
+    if (_pc == "none")
+    {
+      Eigen::MINRES<EigenMatrix::eigen_matrix_type, Eigen::Upper|Eigen::Lower,
+                    Eigen::IdentityPreconditioner> solver;
+      num_iterations = call_solver(solver, x, b);
+    }
+    else if (_pc == "jacobi")
+    {
+      Eigen::MINRES<EigenMatrix::eigen_matrix_type, Eigen::Upper|Eigen::Lower,
+                    Eigen::DiagonalPreconditioner<double>> solver;
+      num_iterations = call_solver(solver, x, b);
+    }
+    else if (_pc == "ilu")
+    {
+      Eigen::MINRES<EigenMatrix::eigen_matrix_type, Eigen::Upper|Eigen::Lower,
+                    Eigen::IncompleteLUT<double>> solver;
+      num_iterations = call_solver(solver, x, b);
+    }
+    else
+    {
+      Eigen::MINRES<EigenMatrix::eigen_matrix_type> solver;
+      num_iterations = call_solver(solver, x, b);
+    }
+  }
+
+  return num_iterations;
+}
+//-----------------------------------------------------------------------------
+std::size_t EigenKrylovSolver::solve(const EigenMatrix& A, EigenVector& x,
+                                     const EigenVector& b)
+{
+  // Set operator
+  std::shared_ptr<const EigenMatrix> Atmp(&A, NoDeleter());
+  set_operator(Atmp);
+
+  // Call solve
+  return solve(x, b);
+}
+//-----------------------------------------------------------------------------
+std::string EigenKrylovSolver::str(bool verbose) const
+{
+  std::stringstream s;
+  if (verbose)
+    s << "Eigen Krylov Solver (" << _method << ", "
+      << _pc << ")" << std::endl;
+  else
+    s << "<EigenKrylovSolver>";
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+void EigenKrylovSolver::init(const std::string method,
+                             const std::string pc)
+{
+  // Check that the requested solver method is known
+  if (_methods_descr.find(method) == _methods_descr.end())
+  {
+    dolfin_error("EigenKrylovSolver.cpp",
+                 "create Eigen Krylov solver",
+                 "Unknown Krylov method \"%s\"", method.c_str());
+  }
+
+  // Check that the requested preconditioner is known
+  if (_pcs_descr.find(pc) == _pcs_descr.end())
+  {
+    dolfin_error("EigenKrylovSolver.cpp",
+                 "create Eigen Krylov solver",
+                 "Unknown preconditioner \"%s\"", pc.c_str());
+  }
+
+  // Set method and preconditioner
+  _method = (method == "default" ? "gmres" : method);
+  _pc = pc;
+}
+//-----------------------------------------------------------------------------
+template <typename Solver>
+std::size_t EigenKrylovSolver::call_solver(Solver& solver,
+                                           GenericVector& x,
+                                           const GenericVector& b)
+{
+  std::string timer_title = "Eigen Krylov solver (" + _method + ")";
+  Timer timer(timer_title);
+
+  EigenVector& _x = as_type<EigenVector>(x);
+  const EigenVector& _b = as_type<const EigenVector>(b);
+
+  if (parameters["relative_tolerance"].is_set())
+    solver.setTolerance(parameters["relative_tolerance"]);
+
+  if (parameters["maximum_iterations"].is_set())
+    solver.setMaxIterations((int) parameters["maximum_iterations"]);
+
+  // Prepare solver
+  solver.compute(_matA->mat());
+  if (solver.info() != Eigen::Success)
+  {
+    dolfin_error("EigenKrylovSolver.cpp",
+                 "prepare Krylov solver",
+                 "Preconditioner might fail");
+  }
+
+  // Call approriate solve function
+  dolfin_assert(_b.vec());
+  dolfin_assert(_x.vec());
+  if (parameters["nonzero_initial_guess"].is_set())
+  {
+    const bool nonzero_guess = parameters["nonzero_initial_guess"];
+    if (nonzero_guess)
+      *_x.vec() = solver.solveWithGuess(*_b.vec(), *_x.vec());
+    else
+      *_x.vec() = solver.solve(*_b.vec());
+  }
+  else
+    *_x.vec() = solver.solve(*_b.vec());
+
+  // Get number of solver iterations
+  const int num_iterations = solver.iterations();
+
+  // Handle case that solver fails to converge
+  bool error_on_nonconvergence = parameters["error_on_nonconvergence"].is_set() ? parameters["error_on_nonconvergence"] : true;
+  if (solver.info() != Eigen::Success)
+  {
+    if (num_iterations >= solver.maxIterations())
+    {
+      if (error_on_nonconvergence)
+      {
+        dolfin_error("EigenKrylovSolver.cpp",
+                     "solve A.x = b",
+                     "Max iterations (%d) exceeded", solver.maxIterations());
+      }
+      else
+      {
+        warning("Krylov solver did not converge in %i iterations",
+                solver.maxIterations());
+      }
+    }
+    else
+    {
+      dolfin_error("EigenKrylovSolver.cpp",
+                   "solve A.x = b",
+                   "Solver failed");
+    }
+  }
+
+  return num_iterations;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/la/EigenKrylovSolver.h b/dolfin/la/EigenKrylovSolver.h
new file mode 100644
index 0000000..6f1632d
--- /dev/null
+++ b/dolfin/la/EigenKrylovSolver.h
@@ -0,0 +1,129 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2005-02-04
+
+#ifndef __DOLFIN_EIGEN_KRYLOV_SOLVER_H
+#define __DOLFIN_EIGEN_KRYLOV_SOLVER_H
+
+#include <map>
+#include <memory>
+#include <dolfin/common/types.h>
+#include "GenericLinearSolver.h"
+
+namespace dolfin
+{
+
+  /// Forward declarations
+  class EigenMatrix;
+  class EigenVector;
+  class GenericMatrix;
+  class GenericVector;
+
+  /// This class implements Krylov methods for linear systems of the
+  /// form Ax = b. It is a wrapper for the Krylov solvers of Eigen.
+
+  class EigenKrylovSolver : public GenericLinearSolver
+  {
+  public:
+
+    /// Create Krylov solver for a particular method and names
+    /// preconditioner
+    EigenKrylovSolver(std::string method="default",
+                      std::string preconditioner="default");
+
+    /// Destructor
+    ~EigenKrylovSolver();
+
+    /// Set operator (matrix)
+    void set_operator(std::shared_ptr<const GenericLinearOperator> A);
+
+    /// Set operator (matrix)
+    void set_operator(std::shared_ptr<const EigenMatrix> A);
+
+    /// Set operator (matrix) and preconditioner matrix
+    void set_operators(std::shared_ptr<const GenericLinearOperator> A,
+                       std::shared_ptr<const GenericLinearOperator> P);
+
+    /// Set operator (matrix) and preconditioner matrix
+    void set_operators(std::shared_ptr<const EigenMatrix> A,
+                       std::shared_ptr<const EigenMatrix> P);
+
+    /// Get operator (matrix)
+    std::shared_ptr<const EigenMatrix> get_operator() const;
+
+    /// Solve linear system Ax = b and return number of iterations
+    std::size_t solve(GenericVector& x, const GenericVector& b);
+
+    /// Solve linear system Ax = b and return number of iterations
+    std::size_t solve(EigenVector& x, const EigenVector& b);
+
+    /// Solve linear system Ax = b and return number of iterations
+    std::size_t solve(const GenericLinearOperator& A, GenericVector& x,
+                      const GenericVector& b);
+
+    /// Solve linear system Ax = b and return number of iterations
+    std::size_t solve(const EigenMatrix& A, EigenVector& x,
+                      const EigenVector& b);
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+    /// Return a list of available solver methods
+    static std::map<std::string, std::string> methods();
+
+    /// Return a list of available preconditioners
+    static std::map<std::string, std::string> preconditioners();
+
+    /// Default parameter values
+    static Parameters default_parameters();
+
+    /// Return parameter type: "krylov_solver" or "lu_solver"
+    std::string parameter_type() const
+    { return "krylov_solver"; }
+
+  private:
+
+    // Initialize solver
+    void init(const std::string method, const std::string pc="default");
+
+    // Call with an actual solver
+    template <typename Solver>
+    std::size_t call_solver(Solver& solver, GenericVector& x,
+                            const GenericVector& b);
+
+    // Chosen Krylov method
+    std::string _method;
+
+    // Chosen Eigen precondtioner method
+    std::string _pc;
+
+    // Available solvers and preconditioner descriptions
+    static const std::map<std::string, std::string> _methods_descr;
+    static const std::map<std::string, std::string> _pcs_descr;
+
+    // Operator (the matrix)
+    std::shared_ptr<const EigenMatrix> _matA;
+
+    // Matrix used to construct the preconditioner
+    std::shared_ptr<const EigenMatrix> _matP;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/la/EigenLUSolver.cpp b/dolfin/la/EigenLUSolver.cpp
new file mode 100644
index 0000000..e50574f
--- /dev/null
+++ b/dolfin/la/EigenLUSolver.cpp
@@ -0,0 +1,345 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <dolfin/common/types.h>
+#include <Eigen/SparseLU>
+#ifdef HAS_CHOLMOD
+// Works with Cholmod downloaded by PETSc
+// Eigen uses deprecated UF_long
+// now redefined as SuiteSparse_long
+#ifndef UF_long
+#define UF_long     SuiteSparse_long
+#define UF_long_max SuiteSparse_long_max
+#define UF_long_idd SuiteSparse_long_idd
+#define UF_long_id  SuiteSparse_long_id
+#endif
+#include <Eigen/CholmodSupport>
+#endif
+#ifdef HAS_UMFPACK
+// Works with Suitesparse downloaded by PETSc
+#include <Eigen/UmfPackSupport>
+#endif
+#ifdef EIGEN_PARDISO_SUPPORT
+// Requires Intel MKL
+#include <Eigen/PardisoSupport>
+#endif
+#ifdef EIGEN_SUPERLU_SUPPORT
+// SuperLU bundled with PETSc is not compatible
+#include <Eigen/SuperLUSupport>
+#endif
+#ifdef EIGEN_PASTIX_SUPPORT
+// Seems to require COMPLEX support
+#include <Eigen/PaStiXSupport>
+#endif
+
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/parameter/GlobalParameters.h>
+#include "EigenMatrix.h"
+#include "EigenVector.h"
+#include "LUSolver.h"
+#include "EigenLUSolver.h"
+
+using namespace dolfin;
+
+// API wrapper for Eigen such that the interface can be used via virtual functions
+class EigenLUSolver::EigenLUImplBase
+{
+public:
+  virtual void solve(EigenVector &x, const EigenVector &b) = 0;
+  virtual ~EigenLUImplBase() {}
+};
+
+namespace {
+template<typename Solver>
+class EigenLUImpl : public EigenLUSolver::EigenLUImplBase
+{
+public:
+  EigenLUImpl(std::shared_ptr<Solver> solver, const EigenMatrix &A) :
+    _solver(solver),
+    // Copy to format suitable for solver
+    // Eigen wants ColMajor matrices for solver
+    // FIXME: Do we want this? It could affect re-assembly performance
+    _A(A.mat())
+  {
+    // Compress matrix
+    // Most solvers require a compressed matrix
+    _A.makeCompressed();
+
+    // Factorize matrix
+    _solver->compute(_A);
+
+    if (_solver->info() != Eigen::Success)
+    {
+      dolfin_error("EigenLUSolver.cpp",
+                   "compute matrix factorisation",
+                   "The provided data did not satisfy the prerequisites");
+    }
+  }
+
+  void solve(EigenVector &x, const EigenVector &b) override
+  {
+    dolfin_assert(b.vec());
+    dolfin_assert(x.vec());
+    *(x.vec()) = _solver->solve(*(b.vec()));
+
+    if (_solver->info() != Eigen::Success)
+    {
+      dolfin_error("EigenLUSolver.cpp",
+                   "solve A.x = b",
+                   "Solver failed");
+    }
+  }
+
+private:
+  std::shared_ptr<Solver> _solver;
+  typename Solver::MatrixType _A;
+};
+}
+
+// List of available LU solvers
+const std::map<std::string, std::string>
+EigenLUSolver::_methods_descr
+= { {"default", "default LU solver"},
+    {"sparselu", "Supernodal LU factorization for general matrices"},
+    {"cholesky", "Simplicial LDLT"},
+#ifdef HAS_CHOLMOD
+    {"cholmod", "'CHOLMOD' sparse Cholesky factorisation"},
+#endif
+#ifdef HAS_UMFPACK
+    {"umfpack", "UMFPACK (Unsymmetric MultiFrontal sparse LU factorization)"},
+#endif
+#ifdef EIGEN_PARDISO_SUPPORT
+    {"pardiso", "Intel MKL Pardiso"},
+#endif
+#ifdef EIGEN_SUPERLU_SUPPORT
+    {"superlu", "SuperLU"},
+#endif
+#ifdef EIGEN_PASTIX_SUPPORT
+    {"pastix", "PaStiX (Parallel Sparse matriX package)"}
+#endif
+};
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string> EigenLUSolver::methods()
+{
+  return EigenLUSolver::_methods_descr;
+}
+//-----------------------------------------------------------------------------
+Parameters EigenLUSolver::default_parameters()
+{
+  Parameters p(LUSolver::default_parameters());
+  p.rename("eigen_lu_solver");
+  return p;
+}
+//-----------------------------------------------------------------------------
+EigenLUSolver::EigenLUSolver(std::string method)
+{
+  // Set parameter values
+  parameters = default_parameters();
+
+  _method = select_solver(method);
+}
+//-----------------------------------------------------------------------------
+EigenLUSolver::EigenLUSolver(std::shared_ptr<const EigenMatrix> A,
+                             std::string method) : _matA(A)
+{
+  // Check dimensions
+  if (A->size(0) != A->size(1))
+  {
+    dolfin_error("EigenLUSolver.cpp",
+                 "create Eigen LU solver",
+                 "Cannot LU factorize non-square EigenMatrix");
+  }
+
+  // Set parameter values
+  parameters = default_parameters();
+
+  _method = select_solver(method);
+}
+//-----------------------------------------------------------------------------
+EigenLUSolver::~EigenLUSolver()
+{
+}
+//-----------------------------------------------------------------------------
+void
+EigenLUSolver::set_operator(std::shared_ptr<const GenericLinearOperator> A)
+{
+  // Attempt to cast as EigenMatrix
+  std::shared_ptr<const EigenMatrix> mat
+    = as_type<const EigenMatrix>(require_matrix(A));
+  dolfin_assert(mat);
+
+  // Set operator
+  set_operator(mat);
+}
+//-----------------------------------------------------------------------------
+void EigenLUSolver::set_operator(std::shared_ptr<const EigenMatrix> A)
+{
+  _matA = A;
+  dolfin_assert(_matA);
+  dolfin_assert(!_matA->empty());
+
+  _impl.reset(nullptr);
+}
+//-----------------------------------------------------------------------------
+const GenericLinearOperator& EigenLUSolver::get_operator() const
+{
+  if (!_matA)
+  {
+    dolfin_error("EigenLUSolver.cpp",
+                 "access operator of Eigen LU solver",
+                 "Operator has not been set");
+  }
+  return *_matA;
+}
+//-----------------------------------------------------------------------------
+std::size_t EigenLUSolver::solve(GenericVector& x, const GenericVector& b)
+{
+  const std::string timer_title = "Eigen LU solver (" + _method + ")";
+  Timer timer(timer_title);
+
+  dolfin_assert(_matA);
+
+  // Downcast matrix and vectors
+  const EigenVector& _b = as_type<const EigenVector>(b);
+  EigenVector& _x = as_type<EigenVector>(x);
+
+  // Check dimensions
+  if (_matA->size(0) != b.size())
+  {
+    dolfin_error("EigenLUSolver.cpp",
+                 "solve linear system using Eigen LU solver",
+                 "Cannot factorize non-square Eigen matrix");
+  }
+
+  // Initialize solution vector if required
+  if (x.empty())
+    _matA->init_vector(x, 1);
+
+  // Initialize Eigen LU solver and compute factorization
+  if (!_impl) {
+    if (_method == "sparselu")
+    {
+      typedef Eigen::SparseLU<Eigen::SparseMatrix<double, Eigen::ColMajor>,
+                              Eigen::COLAMDOrdering<int>> Solver;
+
+      auto solver = std::make_shared<Solver>();
+      _impl.reset(new EigenLUImpl<Solver>(solver, *_matA));
+    }
+    else if (_method == "cholesky")
+    {
+      typedef Eigen::SimplicialLDLT<Eigen::SparseMatrix<double, Eigen::ColMajor>,
+                                    Eigen::Lower> Solver;
+      auto solver = std::make_shared<Solver>();
+      _impl.reset(new EigenLUImpl<Solver>(solver, *_matA));
+    }
+#ifdef HAS_CHOLMOD
+    else if (_method == "cholmod")
+    {
+      typedef Eigen::CholmodDecomposition<Eigen::SparseMatrix<double, Eigen::ColMajor>,
+                                          Eigen::Lower> Solver;
+      auto solver = std::make_shared<Solver>();
+      solver->setMode(Eigen::CholmodLDLt);
+      _impl.reset(new EigenLUImpl<Solver>(solver, *_matA));
+    }
+#endif
+#ifdef EIGEN_PASTIX_SUPPORT
+    else if (_method == "pastix")
+    {
+      typedef Eigen::PastixLU<Eigen::SparseMatrix<double, Eigen::ColMajor>> Solver;
+      auto solver = std::make_shared<Solver>();
+      _impl.reset(new EigenLUImpl<Solver>(solver, *_matA));
+    }
+#endif
+#ifdef EIGEN_PARDISO_SUPPORT
+    else if (_method == "pardiso")
+    {
+      typedef Eigen::PardisoLU<Eigen::SparseMatrix<double, Eigen::ColMajor>> Solver;
+      auto solver = std::make_shared<Solver>();
+      _impl.reset(new EigenLUImpl<Solver>(solver, *_matA));
+    }
+#endif
+#ifdef EIGEN_SUPERLU_SUPPORT
+    else if (_method == "superlu")
+    {
+      typedef Eigen::SuperLU<Eigen::SparseMatrix<double, Eigen::ColMajor>> Solver;
+      auto solver = std::make_shared<Solver>();
+      _impl.reset(new EigenLUImpl<Solver>(solver, *_matA));
+    }
+#endif
+#ifdef HAS_UMFPACK
+    else if (_method == "umfpack")
+    {
+      typedef Eigen::UmfPackLU<Eigen::SparseMatrix<double, Eigen::ColMajor>> Solver;
+      auto solver = std::make_shared<Solver>();
+      _impl.reset(new EigenLUImpl<Solver>(solver, *_matA));
+    }
+#endif
+    else
+      dolfin_error("EigenLUSolver.cpp", "solve A.x =b",
+                   "Unknown method \"%s\"", _method.c_str());
+  }
+
+  // Solve linear system
+  _impl->solve(_x, _b);
+
+  return 1;
+}
+//-----------------------------------------------------------------------------
+std::size_t EigenLUSolver::solve(const GenericLinearOperator& A,
+                                 GenericVector& x,
+                                 const GenericVector& b)
+{
+  return solve(as_type<const EigenMatrix>(require_matrix(A)),
+               as_type<EigenVector>(x),
+               as_type<const EigenVector>(b));
+}
+//-----------------------------------------------------------------------------
+std::size_t EigenLUSolver::solve(const EigenMatrix& A, EigenVector& x,
+                                 const EigenVector& b)
+{
+  std::shared_ptr<const EigenMatrix> Atmp(&A, NoDeleter());
+  set_operator(Atmp);
+  return solve(x, b);
+}
+//-----------------------------------------------------------------------------
+std::string EigenLUSolver::str(bool verbose) const
+{
+  std::stringstream s;
+  if (verbose)
+    s << "Eigen LUSolver (" << _method << ")" << std::endl;
+  else
+    s << "<EigenLUSolver>";
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+std::string EigenLUSolver::select_solver(const std::string method) const
+{
+  if (method == "default")
+    return "sparselu";
+
+  if (_methods_descr.find(method) == _methods_descr.end())
+  {
+    dolfin_error("EigenLUSolver.cpp",
+                 "solve linear system using Eigen LU solver",
+                 "Unknown LU method \"%s\"", method.c_str());
+  }
+
+  return method;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/la/EigenLUSolver.h b/dolfin/la/EigenLUSolver.h
new file mode 100644
index 0000000..876baed
--- /dev/null
+++ b/dolfin/la/EigenLUSolver.h
@@ -0,0 +1,108 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __DOLFIN_EIGEN_LU_SOLVER_H
+#define __DOLFIN_EIGEN_LU_SOLVER_H
+
+#include <map>
+#include <memory>
+
+#include <dolfin/common/types.h>
+#include <Eigen/Dense>
+#include "GenericLinearSolver.h"
+
+namespace dolfin
+{
+  /// Forward declarations
+  class EigenMatrix;
+  class EigenVector;
+  class GenericLinearOperator;
+  class GenericVector;
+
+  /// This class implements the direct solution (LU factorization) for
+  /// linear systems of the form Ax = b.
+
+  class EigenLUSolver : public GenericLinearSolver
+  {
+  public:
+
+    /// Constructor
+    EigenLUSolver(std::string method="default");
+
+    /// Constructor
+    EigenLUSolver(std::shared_ptr<const EigenMatrix> A,
+                  std::string method="default");
+
+    /// Destructor
+    ~EigenLUSolver();
+
+    /// Set operator (matrix)
+    void set_operator(std::shared_ptr<const GenericLinearOperator> A);
+
+    /// Set operator (matrix)
+    void set_operator(std::shared_ptr<const EigenMatrix> A);
+
+    /// Get operator (matrix)
+    const GenericLinearOperator& get_operator() const;
+
+    /// Solve linear system Ax = b
+    std::size_t solve(GenericVector& x, const GenericVector& b);
+
+    /// Solve linear system Ax = b
+    std::size_t solve(const GenericLinearOperator& A, GenericVector& x,
+                      const GenericVector& b);
+
+    /// Solve linear system Ax = b
+    std::size_t solve(const EigenMatrix& A, EigenVector& x,
+                      const EigenVector& b);
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+    /// Return a list of available solver methods
+    static std::map<std::string, std::string> methods();
+
+    /// Default parameter values
+    static Parameters default_parameters();
+
+    /// Return parameter type: "krylov_solver" or "lu_solver"
+    std::string parameter_type() const
+    { return "lu_solver"; }
+
+    // Eigen LU implementation class
+    class EigenLUImplBase;
+
+  private:
+    std::unique_ptr<EigenLUImplBase> _impl;
+
+    // Available LU solvers and descriptions
+    static const std::map<std::string, std::string> _methods_descr;
+
+    // Current selected method
+    std::string _method;
+
+    // Select LU solver type
+    std::string select_solver(const std::string method) const;
+
+    // Operator (the matrix)
+    std::shared_ptr<const EigenMatrix> _matA;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/la/EigenMatrix.cpp b/dolfin/la/EigenMatrix.cpp
new file mode 100644
index 0000000..7a4d5a9
--- /dev/null
+++ b/dolfin/la/EigenMatrix.cpp
@@ -0,0 +1,435 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include "EigenFactory.h"
+#include "SparsityPattern.h"
+#include "EigenMatrix.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+GenericLinearAlgebraFactory& EigenMatrix::factory() const
+{
+  return EigenFactory::instance();
+}
+//---------------------------------------------------------------------------
+EigenMatrix::EigenMatrix() : EigenMatrix(0, 0)
+{
+  // Do nothing
+}
+//---------------------------------------------------------------------------
+EigenMatrix::EigenMatrix(std::size_t M, std::size_t N)
+  : _mpi_comm(MPI_COMM_SELF), _matA(M, N)
+{
+  // Do nothing
+}
+//---------------------------------------------------------------------------
+EigenMatrix::EigenMatrix(const EigenMatrix& A) : _mpi_comm(MPI_COMM_SELF),
+                                                 _matA(A._matA)
+{
+  // Do nothing
+}
+//---------------------------------------------------------------------------
+EigenMatrix::~EigenMatrix()
+{
+  // Do nothing
+}
+//---------------------------------------------------------------------------
+std::shared_ptr<GenericMatrix> EigenMatrix::copy() const
+{
+  return std::shared_ptr<GenericMatrix>(new EigenMatrix(*this));
+}
+//---------------------------------------------------------------------------
+void EigenMatrix::resize(std::size_t M, std::size_t N)
+{
+  // FIXME: Do we want to allow this?
+  // Resize matrix
+  if(size(0) != M || size(1) != N)
+    _matA.resize(M, N);
+}
+//---------------------------------------------------------------------------
+std::size_t EigenMatrix::size(std::size_t dim) const
+{
+  if (dim > 1)
+  {
+    dolfin_error("EigenMatrix.cpp",
+                 "access size of Eigen matrix",
+                 "Illegal axis (%d), must be 0 or 1", dim);
+  }
+
+  return (dim == 0 ? _matA.rows() : _matA.cols());
+}
+//---------------------------------------------------------------------------
+double EigenMatrix::norm(std::string norm_type) const
+{
+  if (norm_type == "l1")
+  {
+    double _norm = 0.0;
+    for (std::size_t i = 0; i < size(1); ++i)
+      _norm = std::max(_norm, _matA.col(i).cwiseAbs().sum());
+    return _norm;
+  }
+  else if (norm_type == "l2")
+    return _matA.squaredNorm();
+  else if (norm_type == "frobenius")
+    return _matA.norm();
+  else if (norm_type == "linf")
+  {
+    double _norm = 0.0;
+    for (std::size_t i = 0; i < size(0); ++i)
+      _norm = std::max(_norm, _matA.row(i).cwiseAbs().sum());
+    return _norm;
+  }
+  else
+  {
+    dolfin_error("EigenMatrix.cpp",
+                 "compute norm of Eigen matrix",
+                 "Unknown norm type (\"%s\")",
+                 norm_type.c_str());
+    return 0.0;
+  }
+}
+//---------------------------------------------------------------------------
+void EigenMatrix::getrow(std::size_t row_idx,
+                         std::vector<std::size_t>& columns,
+                         std::vector<double>& values) const
+{
+  dolfin_assert(row_idx < this->size(0));
+
+  // Check storage is RowMajor
+  if (!eigen_matrix_type::IsRowMajor)
+    dolfin_error("EigenMatrix.cpp",
+                 "get row of Eigen matrix",
+                 "Cannot get row from column major matrix");
+
+  // Insert values into std::vectors
+  columns.clear();
+  values.clear();
+  for (eigen_matrix_type::InnerIterator it(_matA, row_idx); it; ++it)
+  {
+    columns.push_back(it.index());
+    values.push_back(it.value());
+  }
+}
+//----------------------------------------------------------------------------
+void EigenMatrix::setrow(std::size_t row_idx,
+                         const std::vector<std::size_t>& columns,
+                         const std::vector<double>& values)
+{
+  dolfin_assert(columns.size() == values.size());
+  dolfin_assert(row_idx < this->size(0));
+  for(std::size_t i = 0; i < columns.size(); i++)
+    _matA.coeffRef(row_idx, columns[i]) = values[i];
+}
+//----------------------------------------------------------------------------
+void EigenMatrix::init_vector(GenericVector& z, std::size_t dim) const
+{
+  z.init(size(dim));
+}
+//----------------------------------------------------------------------------
+void EigenMatrix::set(const double* block, std::size_t m,
+                      const dolfin::la_index* rows,
+                      std::size_t n, const dolfin::la_index* cols)
+{
+  for (std::size_t i = 0; i < m; ++i)
+  {
+    const dolfin::la_index row = rows[i];
+    for (std::size_t j = 0; j < n; ++j)
+       _matA.coeffRef(row , cols[j]) = block[i*n + j];
+  }
+}
+//---------------------------------------------------------------------------
+void EigenMatrix::add(const double* block, std::size_t m,
+                      const dolfin::la_index* rows,
+                      std::size_t n, const dolfin::la_index* cols)
+{
+  for (std::size_t i = 0; i < m; ++i)
+  {
+    const dolfin::la_index row = rows[i];
+    for (std::size_t j = 0; j < n; ++j)
+       _matA.coeffRef(row , cols[j]) += block[i*n + j];
+  }
+}
+//---------------------------------------------------------------------------
+void EigenMatrix::get(double* block, std::size_t m,
+                      const dolfin::la_index* rows,
+                      std::size_t n, const dolfin::la_index* cols) const
+{
+  for (std::size_t i = 0; i < m; ++i)
+  {
+    const dolfin::la_index row = rows[i];
+    for(std::size_t j = 0; j < n; ++j)
+      block[i*n + j] = _matA.coeff(row, cols[j]);
+  }
+}
+//---------------------------------------------------------------------------
+void EigenMatrix::zero()
+{
+  // Set to zero whilst keeping the non-zero pattern
+  for (dolfin::la_index i = 0; i < _matA.outerSize(); ++i)
+    for (eigen_matrix_type::InnerIterator it(_matA, i); it; ++it)
+      it.valueRef() = 0.0;
+}
+//----------------------------------------------------------------------------
+void EigenMatrix::zero(std::size_t m, const dolfin::la_index* rows)
+{
+  for (const dolfin::la_index* i_ptr = rows; i_ptr != rows + m; ++i_ptr)
+    for (eigen_matrix_type::InnerIterator it(_matA, *i_ptr); it; ++it)
+      it.valueRef() = 0.0;
+}
+//----------------------------------------------------------------------------
+void EigenMatrix::ident(std::size_t m, const dolfin::la_index* rows)
+{
+  bool diagonal_unset;
+  const dolfin::la_index num_cols = size(1);
+
+  // Loop over rows
+  for(const dolfin::la_index* i_ptr = rows; i_ptr != rows + m; ++i_ptr)
+  {
+    // Does this row have diagonal?
+    diagonal_unset = *i_ptr <= num_cols && *i_ptr >= 0;
+
+    // Loop over non-zeros in a row
+    for (eigen_matrix_type::InnerIterator it(_matA, *i_ptr); it; ++it)
+    {
+      // Check if we are on the diagonal
+      if (diagonal_unset && it.index() == *i_ptr)
+      {
+        it.valueRef() = 1.0;
+        diagonal_unset = false;
+      }
+      else
+        it.valueRef() = 0.0;
+    }
+
+    // Check that diagonal has been set
+    if (diagonal_unset)
+    {
+      dolfin_error("EigenMatrix.cpp",
+                   "set rows to identity",
+                   "Diagonal element at row %d not preallocated. "
+                   "Use assembler option keep_diagonal", *i_ptr);
+    }
+  }
+}
+//---------------------------------------------------------------------------
+void EigenMatrix::mult(const GenericVector& x, GenericVector& y) const
+{
+  const EigenVector& xx = as_type<const EigenVector>(x);
+  EigenVector& yy = as_type<EigenVector>(y);
+  if (size(1) != xx.size())
+  {
+    dolfin_error("EigenMatrix.cpp",
+                 "compute matrix-vector product with Eigen matrix",
+                 "Non-matching dimensions for matrix-vector product");
+  }
+
+  // Resize RHS if empty
+  if (yy.empty())
+    init_vector(yy, 0);
+
+  if (size(0) != yy.size())
+  {
+    dolfin_error("EigenMatrix.cpp",
+                 "compute matrix-vector product with Eigen matrix",
+                 "Vector for matrix-vector result has wrong size");
+  }
+
+  dolfin_assert(xx.vec());
+  dolfin_assert(yy.vec());
+  *yy.vec() = _matA*(*xx.vec());
+}
+//-----------------------------------------------------------------------------
+void EigenMatrix::get_diagonal(GenericVector& x) const
+{
+  if (size(1) != size(0) || size(0) != x.size())
+  {
+    dolfin_error("EigenMatrix.cpp",
+                 "Get diagonal of a Eigen Matrix",
+                 "Matrix and vector dimensions don't match");
+  }
+
+  auto xx = as_type<EigenVector>(x).vec();
+  for (std::size_t i = 0; i != x.size(); ++i)
+    (*xx)[i] = _matA.coeff(i, i);
+}
+//-----------------------------------------------------------------------------
+void EigenMatrix::set_diagonal(const GenericVector& x)
+{
+  if (size(1) != size(0) || size(0) != x.size())
+  {
+    dolfin_error("EigenMatrix.cpp",
+                 "Set diagonal of a Eigen Matrix",
+                 "Matrix and vector dimensions don't match");
+  }
+
+  auto xx = as_type<const EigenVector>(x).vec();
+  for (std::size_t i = 0; i != x.size(); ++i)
+    _matA.coeffRef(i, i) = (*xx)[i];
+}
+//----------------------------------------------------------------------------
+void EigenMatrix::transpmult(const GenericVector& x,
+                             GenericVector& y) const
+{
+  const EigenVector& xx = as_type<const EigenVector>(x);
+  EigenVector& yy = as_type<EigenVector>(y);
+
+  if (size(0) != xx.size())
+  {
+    dolfin_error("EigenMatrix.cpp",
+                 "compute matrix-vector product with Eigen matrix",
+                 "Non-matching dimensions for matrix-vector product");
+  }
+
+  // Resize RHS if empty
+  if (yy.empty())
+    init_vector(yy, 1);
+
+  if (size(1) != yy.size())
+  {
+    dolfin_error("EigenMatrix.cpp",
+                 "compute matrix-vector product with Eigen matrix",
+                 "Vector for matrix-vector result has wrong size");
+  }
+
+  dolfin_assert(xx.vec());
+  dolfin_assert(yy.vec());
+  *yy.vec() = _matA.transpose()*(*xx.vec());
+}
+//----------------------------------------------------------------------------
+const EigenMatrix& EigenMatrix::operator*= (double a)
+{
+  _matA *= a;
+  return *this;
+}
+//----------------------------------------------------------------------------
+const EigenMatrix& EigenMatrix::operator/= (double a)
+{
+  _matA /= a;
+  return *this;
+}
+//----------------------------------------------------------------------------
+const GenericMatrix& EigenMatrix::operator= (const GenericMatrix& A)
+{
+  *this = as_type<const EigenMatrix>(A);
+  return *this;
+}
+//----------------------------------------------------------------------------
+const EigenMatrix& EigenMatrix::operator= (const EigenMatrix& A)
+{
+  // Check for self-assignment
+  if (this != &A)
+    _matA = A.mat();
+
+  return *this;
+}
+//----------------------------------------------------------------------------
+std::tuple<const int*, const int*, const double*, std::size_t>
+EigenMatrix:: data() const
+{
+  // Check that matrix has been compressed
+  if (!_matA.isCompressed())
+  {
+    dolfin_error("EigenMatrix.cpp",
+                 "get raw data from EigenMatrix",
+                 "Matrix has not been compressed. Try calling EigenMatrix::compress() first");
+  }
+
+  // Return pointers to matrix data
+  return std::make_tuple(_matA.outerIndexPtr(), _matA.innerIndexPtr(),
+                         _matA.valuePtr(), _matA.nonZeros());
+}
+//----------------------------------------------------------------------------
+std::string EigenMatrix::str(bool verbose) const
+{
+  std::stringstream s;
+  if (verbose)
+  {
+    s << str(false) << std::endl << std::endl;
+    for (dolfin::la_index it1 = 0; it1 != _matA.outerSize(); ++it1)
+    {
+      s << "|";
+      for (eigen_matrix_type::InnerIterator it2(_matA, it1); it2; ++it2)
+      {
+        std::stringstream entry;
+        entry << std::setiosflags(std::ios::scientific);
+        entry << std::setprecision(16);
+        entry << " (" << it2.row() << ", " << it2.col() << ", " << it2.value()
+              << ")";
+        s << entry.str();
+      }
+      s << " |" << std::endl;
+    }
+  }
+  else
+    s << "<EigenMatrix of size " << size(0) << " x " << size(1) << ">";
+
+  return s.str();
+}
+//----------------------------------------------------------------------------
+void EigenMatrix::init(const TensorLayout& tensor_layout)
+{
+  resize(tensor_layout.size(0), tensor_layout.size(1));
+
+  // Get sparsity pattern
+  dolfin_assert(tensor_layout.sparsity_pattern());
+  auto sparsity_pattern = tensor_layout.sparsity_pattern();
+  dolfin_assert(sparsity_pattern);
+
+  // Reserve space for non-zeroes and get non-zero pattern
+  std::vector<std::size_t> num_nonzeros_per_row;
+  sparsity_pattern->num_nonzeros_diagonal(num_nonzeros_per_row);
+  _matA.reserve(num_nonzeros_per_row);
+
+  const std::vector<std::vector<std::size_t>> pattern
+    = sparsity_pattern->diagonal_pattern(SparsityPattern::Type::sorted);
+
+  if (!eigen_matrix_type::IsRowMajor)
+    warning ("Entering sparsity for RowMajor matrix - performance may be affected");
+
+  // Add entries for RowMajor matrix
+  for (std::size_t i = 0; i != pattern.size(); ++i)
+  {
+    for (auto j : pattern[i])
+      _matA.insert(i, j) = 0.0;
+  }
+}
+//---------------------------------------------------------------------------
+std::size_t EigenMatrix::nnz() const
+{
+  return _matA.nonZeros();
+}
+//---------------------------------------------------------------------------
+void EigenMatrix::apply(std::string mode)
+{
+  _matA.makeCompressed();
+}
+//---------------------------------------------------------------------------
+void EigenMatrix::axpy(double a, const GenericMatrix& A,
+                       bool same_nonzero_pattern)
+{
+  // Check for same size
+  if (size(0) != A.size(0) or size(1) != A.size(1))
+  {
+    dolfin_error("EigenMatrix.cpp",
+                 "perform axpy operation with Eigen matrix",
+                 "Dimensions don't match");
+  }
+
+  _matA += (a)*(as_type<const EigenMatrix>(A).mat());
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/la/EigenMatrix.h b/dolfin/la/EigenMatrix.h
new file mode 100644
index 0000000..e0867e9
--- /dev/null
+++ b/dolfin/la/EigenMatrix.h
@@ -0,0 +1,233 @@
+// Copyright (C) 2015 Chris Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __DOLFIN_EIGEN_MATRIX_H
+#define __DOLFIN_EIGEN_MATRIX_H
+
+#include <iomanip>
+#include <memory>
+#include <string>
+#include <utility>
+#include <vector>
+#include <Eigen/Sparse>
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/types.h>
+#include "EigenVector.h"
+#include "GenericMatrix.h"
+#include "GenericVector.h"
+#include "TensorLayout.h"
+
+namespace dolfin
+{
+
+  /// This class provides a sparse matrix class based on Eigen.  It is
+  /// a simple wrapper for Eigen::SparseMatrix implementing the
+  /// GenericMatrix interface.
+  ///
+  /// The interface is intentionally simple. For advanced usage,
+  /// access the underlying Eigen matrix and use the standard Eigen
+  /// interface which is documented at http://eigen.tuxfamily.org
+
+  class EigenMatrix : public GenericMatrix
+  {
+  public:
+
+    /// Eigen Matrix type
+    typedef Eigen::SparseMatrix<double, Eigen::RowMajor, int> eigen_matrix_type;
+
+    /// Create empty matrix
+    EigenMatrix();
+
+    /// Create M x N matrix
+    EigenMatrix(std::size_t M, std::size_t N);
+
+    /// Copy constructor
+    EigenMatrix(const EigenMatrix& A);
+
+    /// Destructor
+    virtual ~EigenMatrix();
+
+    //--- Implementation of the GenericTensor interface ---
+
+    /// Initialize zero tensor using tenor layout
+    virtual void init(const TensorLayout& tensor_layout);
+
+    /// Return true if empty
+    virtual bool empty() const
+    { return size(0) == 0; }
+
+    /// Return size of given dimension
+    virtual std::size_t size(std::size_t dim) const;
+
+    /// Return local ownership range
+    virtual std::pair<std::int64_t, std::int64_t>
+      local_range(std::size_t dim) const
+    { return {0, size(dim)}; }
+
+    /// Return number of non-zero entries in matrix
+    std::size_t nnz() const;
+
+    /// Set all entries to zero and keep any sparse structure
+    virtual void zero();
+
+    /// Finalize assembly of tensor
+    virtual void apply(std::string mode);
+
+    /// Return MPI communicator
+    virtual MPI_Comm mpi_comm() const
+    { return _mpi_comm.comm(); }
+
+    /// Return informal string representation (pretty-print)
+    virtual std::string str(bool verbose) const;
+
+    //--- Implementation of the GenericMatrix interface ---
+
+    /// Return copy of matrix
+    virtual std::shared_ptr<GenericMatrix> copy() const;
+
+    /// Resize matrix to M x N
+    virtual void resize(std::size_t M, std::size_t N);
+
+    /// Initialise vector z to be compatible with the matrix-vector product
+    /// y = Ax.
+    /// @param z (GenericVector&)
+    ///         Vector to initialise
+    /// @param  dim (std::size_t)
+    ///         The dimension (axis): dim = 0 --> z = y, dim = 1 --> z = x
+    virtual void init_vector(GenericVector& z, std::size_t dim) const;
+
+    /// Get block of values
+    virtual void get(double* block, std::size_t m, const dolfin::la_index* rows,
+                     std::size_t n, const dolfin::la_index* cols) const;
+
+    /// Set block of values using global indices
+    virtual void set(const double* block, std::size_t m,
+                     const dolfin::la_index* rows, std::size_t n,
+                     const dolfin::la_index* cols);
+
+    /// Set block of values using local indices
+    virtual void set_local(const double* block, std::size_t m,
+                           const dolfin::la_index* rows, std::size_t n,
+                           const dolfin::la_index* cols)
+    { set(block, m, rows, n, cols); }
+
+    /// Add block of values using global indices
+    virtual void add(const double* block, std::size_t m,
+                     const dolfin::la_index* rows, std::size_t n,
+                     const dolfin::la_index* cols);
+
+    /// Add block of values using local indices
+    virtual void add_local(const double* block, std::size_t m,
+                           const dolfin::la_index* rows, std::size_t n,
+                           const dolfin::la_index* cols)
+    { add(block, m, rows, n, cols); }
+
+    /// Add multiple of given matrix (AXPY operation)
+    virtual void axpy(double a, const GenericMatrix& A,
+                      bool same_nonzero_pattern);
+
+    /// Return norm of matrix
+    virtual double norm(std::string norm_type) const;
+
+    /// Get non-zero values of given row
+    virtual void getrow(std::size_t row, std::vector<std::size_t>& columns,
+                        std::vector<double>& values) const;
+
+    /// Set values for given row
+    virtual void setrow(std::size_t row_idx,
+                        const std::vector<std::size_t>& columns,
+                        const std::vector<double>& values);
+
+    /// Set given rows (global row indices) to zero
+    virtual void zero(std::size_t m, const dolfin::la_index* rows);
+
+    /// Set given rows (local row indices) to zero
+    virtual void zero_local(std::size_t m, const dolfin::la_index* rows)
+    { zero(m, rows); }
+
+    /// Set given rows to identity matrix
+    virtual void ident(std::size_t m, const dolfin::la_index* rows);
+
+    /// Set given rows to identity matrix
+    virtual void ident_local(std::size_t m, const dolfin::la_index* rows)
+    { ident(m, rows); }
+
+    /// Matrix-vector product, y = Ax
+    virtual void mult(const GenericVector& x, GenericVector& y) const;
+
+    /// Matrix-vector product, y = A^T x
+    virtual void transpmult(const GenericVector& x, GenericVector& y) const;
+
+    /// Get diagonal of a matrix
+    virtual void get_diagonal(GenericVector& x) const;
+
+    /// Set diagonal of a matrix
+    virtual void set_diagonal(const GenericVector& x);
+
+    /// Multiply matrix by given number
+    virtual const EigenMatrix& operator*= (double a);
+
+    /// Divide matrix by given number
+    virtual const EigenMatrix& operator/= (double a);
+
+    /// Assignment operator
+    virtual const GenericMatrix& operator= (const GenericMatrix& A);
+
+    /// Return pointers to underlying compressed storage data See
+    /// GenericMatrix for documentation.
+    virtual std::tuple<const int*, const int*, const double*, std::size_t>
+      data() const;
+
+    //--- Special functions ---
+
+    /// Return linear algebra backend factory
+    virtual GenericLinearAlgebraFactory& factory() const;
+
+    //--- Special Eigen functions ---
+
+    /// Return reference to Eigen matrix (const version)
+    const eigen_matrix_type& mat() const
+    { return _matA; }
+
+    /// Return reference to Eigen matrix (non-const version)
+    eigen_matrix_type& mat()
+    { return _matA; }
+
+    /// Compress matrix (eliminate all zeros from a sparse matrix)
+    void compress()
+    {  _matA.makeCompressed(); }
+
+    /// Access value of given entry
+    double operator() (dolfin::la_index i, dolfin::la_index j) const
+    { return _matA.coeff(i, j); }
+
+    /// Assignment operator
+    const EigenMatrix& operator= (const EigenMatrix& A);
+
+  private:
+
+    // MPI communicator
+    dolfin::MPI::Comm _mpi_comm;
+
+    // Eigen matrix object - row major access
+    eigen_matrix_type _matA;
+
+  };
+}
+
+#endif
diff --git a/dolfin/la/EigenVector.cpp b/dolfin/la/EigenVector.cpp
new file mode 100644
index 0000000..0925cd3
--- /dev/null
+++ b/dolfin/la/EigenVector.cpp
@@ -0,0 +1,390 @@
+// Copyright (C) 2015 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <algorithm>
+#include <iomanip>
+#include <iostream>
+#include <sstream>
+#include <unordered_set>
+
+#include <dolfin/log/log.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/common/Array.h>
+#include "EigenVector.h"
+#include "EigenFactory.h"
+#include "GenericLinearAlgebraFactory.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+EigenVector::EigenVector() : EigenVector(MPI_COMM_SELF)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+EigenVector::EigenVector(MPI_Comm comm) : _x(new Eigen::VectorXd),
+                                          _mpi_comm(comm)
+{
+  // Check size of communicator
+  check_mpi_size(comm);
+}
+//-----------------------------------------------------------------------------
+EigenVector::EigenVector(MPI_Comm comm, std::size_t N)
+  : _x(new Eigen::VectorXd(N)), _mpi_comm(comm)
+{
+  // Check size of communicator
+  check_mpi_size(comm);
+
+  // Zero vector
+  _x->setZero();
+}
+//-----------------------------------------------------------------------------
+EigenVector::EigenVector(const EigenVector& x)
+  : _x(new Eigen::VectorXd(*(x._x))), _mpi_comm(x._mpi_comm.comm())
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+EigenVector::EigenVector(std::shared_ptr<Eigen::VectorXd> x)
+  : _x(x), _mpi_comm(MPI_COMM_SELF)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+EigenVector::~EigenVector()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericVector> EigenVector::copy() const
+{
+  std::shared_ptr<GenericVector> y(new EigenVector(*this));
+  return y;
+}
+//-----------------------------------------------------------------------------
+bool EigenVector::empty() const
+{
+  dolfin_assert(_x);
+  if (_x->size() == 0)
+    return true;
+  else
+    return false;
+}
+//-----------------------------------------------------------------------------
+std::size_t EigenVector::size() const
+{
+  return _x->size();
+}
+//-----------------------------------------------------------------------------
+std::pair<std::int64_t, std::int64_t> EigenVector::local_range() const
+{
+  return std::make_pair(0, size());
+}
+//-----------------------------------------------------------------------------
+bool EigenVector::owns_index(std::size_t i) const
+{
+  if (i < size())
+    return true;
+  else
+    return false;
+}
+//-----------------------------------------------------------------------------
+void EigenVector::get_local(double* block, std::size_t m,
+                            const dolfin::la_index* rows) const
+{
+  for (std::size_t i = 0; i < m; i++)
+    block[i] = (*_x)(rows[i]);
+}
+//-----------------------------------------------------------------------------
+void EigenVector::get_local(std::vector<double>& values) const
+{
+  values.assign(_x->data(), _x->data() + _x->size());
+}
+//-----------------------------------------------------------------------------
+void EigenVector::set_local(const std::vector<double>& values)
+{
+  dolfin_assert(values.size() == size());
+  Eigen::Map<const Eigen::VectorXd> _values(values.data(), values.size());
+  *_x = _values;
+}
+//-----------------------------------------------------------------------------
+void EigenVector::add_local(const Array<double>& values)
+{
+  dolfin_assert(values.size() == size());
+  Eigen::Map<const Eigen::VectorXd> _values(values.data(), values.size());
+  *_x += _values;
+}
+//-----------------------------------------------------------------------------
+void EigenVector::gather(GenericVector& x,
+                         const std::vector<dolfin::la_index>& indices) const
+{
+  dolfin_not_implemented();
+}
+//-----------------------------------------------------------------------------
+void EigenVector::gather(std::vector<double>& x,
+                         const std::vector<dolfin::la_index>& indices) const
+{
+  const std::size_t _size = indices.size();
+  x.resize(_size);
+  dolfin_assert(x.size() == _size);
+  for (std::size_t i = 0; i < _size; i++)
+    x[i] = (*_x)(indices[i]);
+}
+//-----------------------------------------------------------------------------
+void EigenVector::gather_on_zero(std::vector<double>& x) const
+{
+  get_local(x);
+}
+//-----------------------------------------------------------------------------
+void EigenVector::set(const double* block, std::size_t m,
+                      const dolfin::la_index* rows)
+{
+  for (std::size_t i = 0; i < m; i++)
+    (*_x)(rows[i]) = block[i];
+}
+//-----------------------------------------------------------------------------
+void EigenVector::add(const double* block, std::size_t m,
+                      const dolfin::la_index* rows)
+{
+  for (std::size_t i = 0; i < m; i++)
+    (*_x)(rows[i]) += block[i];
+}
+//-----------------------------------------------------------------------------
+void EigenVector::apply(std::string mode)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void EigenVector::zero()
+{
+  dolfin_assert(_x);
+  _x->setZero();
+}
+//-----------------------------------------------------------------------------
+double EigenVector::norm(std::string norm_type) const
+{
+  dolfin_assert(_x);
+  if (norm_type == "l1")
+    return _x->lpNorm<1>();
+  else if (norm_type == "l2")
+    return _x->lpNorm<2>();
+  else if (norm_type == "linf")
+    return _x->lpNorm<Eigen::Infinity>();
+  else
+  {
+    dolfin_error("EigenVector.cpp",
+                 "compute norm of Eigen vector",
+                 "Unknown norm type (\"%s\")", norm_type.c_str());
+  }
+
+  return 0.0;
+}
+//-----------------------------------------------------------------------------
+double EigenVector::min() const
+{
+  dolfin_assert(_x);
+  return _x->minCoeff();
+}
+//-----------------------------------------------------------------------------
+double EigenVector::max() const
+{
+  dolfin_assert(_x);
+  return _x->maxCoeff();
+}
+//-----------------------------------------------------------------------------
+double EigenVector::sum() const
+{
+  dolfin_assert(_x);
+  return _x->sum();
+}
+//-----------------------------------------------------------------------------
+double EigenVector::sum(const Array<std::size_t>& rows) const
+{
+  std::unordered_set<std::size_t> row_set;
+  double _sum = 0.0;
+  for (std::size_t i = 0; i < rows.size(); ++i)
+  {
+    const std::size_t index = rows[i];
+    dolfin_assert(index < size());
+    if (row_set.find(index) == row_set.end())
+    {
+      _sum += (*_x)[index];
+      row_set.insert(index);
+    }
+  }
+  return _sum;
+}
+//-----------------------------------------------------------------------------
+void EigenVector::axpy(double a, const GenericVector& y)
+{
+  if (size() != y.size())
+  {
+    dolfin_error("EigenVector.cpp",
+                 "perform axpy operation with Eigen vector",
+                 "Vectors are not of the same size");
+  }
+
+  auto _y = as_type<const EigenVector>(y).vec();
+  dolfin_assert(_y);
+  (*_x) = _x->array() + a * _y->array();
+}
+//-----------------------------------------------------------------------------
+void EigenVector::abs()
+{
+  dolfin_assert(_x);
+  (*_x) = _x->array().abs();
+}
+//-----------------------------------------------------------------------------
+double EigenVector::inner(const GenericVector& y) const
+{
+  dolfin_assert(_x);
+  auto _y = as_type<const EigenVector>(y).vec();
+  dolfin_assert(_y);
+  return _x->dot(*_y);
+}
+//-----------------------------------------------------------------------------
+const GenericVector& EigenVector::operator= (const GenericVector& v)
+{
+  *this = as_type<const EigenVector>(v);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const EigenVector& EigenVector::operator= (const EigenVector& v)
+{
+  if (size() != v.size())
+  {
+    dolfin_error("EigenVector.cpp",
+                 "assign one vector to another",
+                 "Vectors must be of the same length when assigning. "
+                 "Consider using the copy constructor instead");
+  }
+
+  dolfin_assert(_x);
+  dolfin_assert(v.vec());
+  *_x = *(v.vec());
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const EigenVector& EigenVector::operator= (double a)
+{
+  dolfin_assert(_x);
+  _x->setConstant(a);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const EigenVector& EigenVector::operator*= (const double a)
+{
+  dolfin_assert(_x);
+  (*_x) *= a;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const EigenVector& EigenVector::operator*= (const GenericVector& y)
+{
+  dolfin_assert(_x);
+  auto _y = as_type<const EigenVector>(y).vec();
+  dolfin_assert(_y);
+  (*_x) = _x->cwiseProduct(*_y);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const EigenVector& EigenVector::operator/= (const double a)
+{
+  (*_x) /= a;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const EigenVector& EigenVector::operator+= (const GenericVector& y)
+{
+  auto _y = as_type<const EigenVector>(y).vec();
+  dolfin_assert(_y);
+  *_x = _x->array() + _y->array();
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const EigenVector& EigenVector::operator+= (double a)
+{
+  *_x = _x->array() + a;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const EigenVector& EigenVector::operator-= (const GenericVector& y)
+{
+  auto _y = as_type<const EigenVector>(y).vec();
+  dolfin_assert(_y);
+  *_x = _x->array() - _y->array();
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const EigenVector& EigenVector::operator-= (double a)
+{
+  *_x = _x->array() - a;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+std::string EigenVector::str(bool verbose) const
+{
+  std::stringstream s;
+  if (verbose)
+  {
+    s << str(false) << std::endl << std::endl;
+
+    s << "[";
+    for (std::size_t i = 0; i != size(); ++i)
+    {
+      std::stringstream entry;
+      entry << std::setiosflags(std::ios::scientific);
+      entry << std::setprecision(16);
+      entry << (*_x)[i] << " ";
+      s << entry.str() << std::endl;
+    }
+    s << "]";
+  }
+  else
+    s << "<EigenVector of size " << size() << ">";
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+GenericLinearAlgebraFactory& EigenVector::factory() const
+{
+  return EigenFactory::instance();
+}
+//-----------------------------------------------------------------------------
+void EigenVector::resize(std::size_t N)
+{
+  if (size() == N)
+    return;
+  else
+    _x->resize(N);
+
+  // Set vector to zero
+  _x->setZero();
+}
+//-----------------------------------------------------------------------------
+double* EigenVector::data()
+{
+  dolfin_assert(_x);
+  return _x->data();
+}
+//-----------------------------------------------------------------------------
+const double* EigenVector::data() const
+{
+  dolfin_assert(_x);
+  return _x->data();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/la/EigenVector.h b/dolfin/la/EigenVector.h
new file mode 100644
index 0000000..9254d18
--- /dev/null
+++ b/dolfin/la/EigenVector.h
@@ -0,0 +1,313 @@
+// Copyright (C) 2015 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __EIGEN_VECTOR_H
+#define __EIGEN_VECTOR_H
+
+#include <memory>
+#include <string>
+#include <utility>
+#include <vector>
+
+#include <dolfin/common/types.h>
+#include <Eigen/Dense>
+
+#include <dolfin/common/MPI.h>
+#include "GenericVector.h"
+
+namespace dolfin
+{
+
+  template<typename T> class Array;
+
+  /// This class provides a simple vector class based on Eigen.
+  /// It is a simple wrapper for a Eigen vector implementing the
+  /// GenericVector interface.
+  ///
+  /// The interface is intentionally simple. For advanced usage,
+  /// access the underlying Eigen vector and use the standard Eigen
+  /// interface which is documented at http://eigen.tuxfamily.org
+
+  class EigenVector : public GenericVector
+  {
+  public:
+
+    /// Create empty vector (on MPI_COMM_SELF)
+    EigenVector();
+
+    /// Create empty vector
+    explicit EigenVector(MPI_Comm comm);
+
+    /// Create vector of size N
+    EigenVector(MPI_Comm comm, std::size_t N);
+
+    /// Copy constructor
+    EigenVector(const EigenVector& x);
+
+    /// Construct vector from an Eigen shared_ptr
+    explicit EigenVector(std::shared_ptr<Eigen::VectorXd> x);
+
+    /// Destructor
+    virtual ~EigenVector();
+
+    //--- Implementation of the GenericTensor interface ---
+
+    /// Set all entries to zero and keep any sparse structure
+    virtual void zero();
+
+    /// Finalize assembly of tensor
+    virtual void apply(std::string mode);
+
+    /// Return MPI communicator
+    virtual MPI_Comm mpi_comm() const
+    { return _mpi_comm.comm(); }
+
+    /// Return informal string representation (pretty-print)
+    virtual std::string str(bool verbose) const;
+
+    //--- Implementation of the GenericVector interface ---
+
+    /// Create copy of tensor
+    virtual std::shared_ptr<GenericVector> copy() const;
+
+    /// Initialize vector to size N
+    virtual void init(std::size_t N)
+    {
+      if (!empty())
+      {
+        dolfin_error("EigenVector.cpp",
+                     "calling EigenVector::init(...)",
+                     "Cannot call init for a non-empty vector. Use EigenVector::resize instead");
+      }
+      resize(N);
+    }
+
+    /// Resize vector with given ownership range
+    virtual void init(std::pair<std::size_t, std::size_t> range)
+    {
+      if (!empty())
+      {
+        dolfin_error("EigenVector.cpp",
+                     "calling EigenVector::init(...)",
+                     "Cannot call init for a non-empty vector. Use EigenVector::resize instead");
+      }
+
+      dolfin_assert(range.first == 0);
+      const std::size_t size = range.second - range.first;
+      resize(size);
+    }
+
+    /// Resize vector with given ownership range and with ghost values
+    virtual void init(std::pair<std::size_t, std::size_t> range,
+                      const std::vector<std::size_t>& local_to_global_map,
+                      const std::vector<la_index>& ghost_indices)
+    {
+      if (!empty())
+      {
+        dolfin_error("EigenVector.cpp",
+                     "calling EigenVector::init(...)",
+                     "Cannot call init for a non-empty vector. Use EigenVector::resize instead");
+      }
+
+      if (!ghost_indices.empty())
+      {
+        dolfin_error("EigenVector.cpp",
+                     "calling EigenVector::init(...)",
+                     "EigenVector does not support ghost values");
+      }
+
+      dolfin_assert(range.first == 0);
+      const std::size_t size = range.second - range.first;
+      resize(size);
+    }
+
+    // Bring init function from GenericVector into scope
+    using GenericVector::init;
+
+    /// Return true if vector is empty
+    virtual bool empty() const;
+
+    /// Return true if vector is empty
+    virtual std::size_t size() const;
+
+    /// Return local size of vector
+    virtual std::size_t local_size() const
+    { return size(); }
+
+    /// Return local ownership range of a vector
+    virtual std::pair<std::int64_t, std::int64_t> local_range() const;
+
+    /// Determine whether global vector index is owned by this process
+    virtual bool owns_index(std::size_t i) const;
+
+    /// Get block of values using global indices
+    virtual void get(double* block, std::size_t m,
+                     const dolfin::la_index* rows) const
+    { get_local(block, m, rows); }
+
+    /// Get block of values using local indices
+    virtual void get_local(double* block, std::size_t m,
+                           const dolfin::la_index* rows) const;
+
+    /// Set block of values using global indices
+    virtual void set(const double* block, std::size_t m,
+                     const dolfin::la_index* rows);
+
+    /// Set block of values using local indices
+    virtual void set_local(const double* block, std::size_t m,
+                           const dolfin::la_index* rows)
+    { set(block, m, rows); }
+
+    /// Add block of values using global indices
+    virtual void add(const double* block, std::size_t m,
+                     const dolfin::la_index* rows);
+
+    /// Add block of values using local indices
+    virtual void add_local(const double* block, std::size_t m,
+                           const dolfin::la_index* rows)
+    { add(block, m, rows); }
+
+    /// Get all values on local process
+    virtual void get_local(std::vector<double>& values) const;
+
+    /// Set all values on local process
+    virtual void set_local(const std::vector<double>& values);
+
+    /// Add values to each entry on local process
+    virtual void add_local(const Array<double>& values);
+
+    /// Gather entries into local vector x
+    virtual void gather(GenericVector& x,
+                        const std::vector<dolfin::la_index>& indices) const;
+
+    /// Gather entries into x
+    virtual void gather(std::vector<double>& x,
+                        const std::vector<dolfin::la_index>& indices) const;
+
+    /// Gather all entries into x on process 0
+    virtual void gather_on_zero(std::vector<double>& x) const;
+
+    /// Add multiple of given vector (AXPY operation)
+    virtual void axpy(double a, const GenericVector& x);
+
+    /// Replace all entries in the vector by their absolute values
+    virtual void abs();
+
+    /// Return inner product with given vector
+    virtual double inner(const GenericVector& x) const;
+
+    /// Compute norm of vector
+    virtual double norm(std::string norm_type) const;
+
+    /// Return minimum value of vector
+    virtual double min() const;
+
+    /// Return maximum value of vector
+    virtual double max() const;
+
+    /// Return sum of values of vector
+    virtual double sum() const;
+
+    /// Return sum of selected rows in vector. Repeated entries are
+    /// only summed once.
+    virtual double sum(const Array<std::size_t>& rows) const;
+
+    /// Multiply vector by given number
+    virtual const EigenVector& operator*= (double a);
+
+    /// Multiply vector by another vector pointwise
+    virtual const EigenVector& operator*= (const GenericVector& x);
+
+    /// Divide vector by given number
+    virtual const EigenVector& operator/= (double a);
+
+    /// Add given vector
+    virtual const EigenVector& operator+= (const GenericVector& x);
+
+    /// Add number to all components of a vector
+    virtual const EigenVector& operator+= (double a);
+
+    /// Subtract given vector
+    virtual const EigenVector& operator-= (const GenericVector& x);
+
+    /// Subtract number from all components of a vector
+    virtual const EigenVector& operator-= (double a);
+
+    /// Assignment operator
+    virtual const GenericVector& operator= (const GenericVector& x);
+
+    /// Assignment operator
+    virtual const EigenVector& operator= (double a);
+
+    //--- Special functions ---
+
+    /// Return linear algebra backend factory
+    virtual GenericLinearAlgebraFactory& factory() const;
+
+    //--- Special Eigen functions ---
+
+    /// Resize vector to size N
+    virtual void resize(std::size_t N);
+
+    /// Return reference to Eigen vector (const version)
+    std::shared_ptr<const Eigen::VectorXd> vec() const
+    { return _x; }
+
+    /// Return reference to Eigen vector (non-const version)
+    std::shared_ptr<Eigen::VectorXd> vec()
+    { return _x; }
+
+    /// Access value of given entry (const version)
+    virtual double operator[] (dolfin::la_index i) const
+    { return (*_x)(i); }
+
+    /// Access value of given entry (non-const version)
+    double& operator[] (dolfin::la_index i)
+    { return (*_x)(i); }
+
+    /// Assignment operator
+    const EigenVector& operator= (const EigenVector& x);
+
+    /// Return pointer to underlying data
+    double* data();
+
+    /// Return pointer to underlying data (const version)
+    const double* data() const;
+
+  private:
+
+    static void check_mpi_size(const MPI_Comm comm)
+    {
+      if (dolfin::MPI::size(comm) > 1)
+      {
+        dolfin_error("EigenVector.cpp",
+                     "creating EigenVector",
+                     "EigenVector does not support parallel communicators");
+      }
+    }
+
+    // Pointer to Eigen vector object
+    std::shared_ptr<Eigen::VectorXd> _x;
+
+    // MPI communicator
+    dolfin::MPI::Comm _mpi_comm;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/la/GenericLinearAlgebraFactory.h b/dolfin/la/GenericLinearAlgebraFactory.h
new file mode 100644
index 0000000..2b0db65
--- /dev/null
+++ b/dolfin/la/GenericLinearAlgebraFactory.h
@@ -0,0 +1,123 @@
+// Copyright (C) 2007 Ola Skavhaug
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2011-2012
+//
+// First added:  2007-11-30
+// Last changed: 2012-08-22
+
+#ifndef __GENERIC_LINEAR_ALGEBRA_FACTORY_H
+#define __GENERIC_LINEAR_ALGEBRA_FACTORY_H
+
+#include <string>
+#include <vector>
+#include <memory>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/types.h>
+#include <dolfin/log/log.h>
+
+// Included here so we can define dummy class below
+#include "GenericLinearOperator.h"
+
+namespace dolfin
+{
+
+  class GenericLinearSolver;
+  class GenericMatrix;
+  class GenericVector;
+  class TensorLayout;
+
+  /// Base class for LinearAlgebra factories
+
+  class GenericLinearAlgebraFactory
+  {
+  public:
+
+    /// Constructor
+    GenericLinearAlgebraFactory() {}
+
+    /// Destructor
+    virtual ~GenericLinearAlgebraFactory() {}
+
+    /// Create empty matrix
+    virtual std::shared_ptr<GenericMatrix> create_matrix(MPI_Comm comm) const = 0;
+
+    /// Create empty vector
+    virtual std::shared_ptr<GenericVector>
+      create_vector(MPI_Comm comm) const = 0;
+
+    /// Create empty tensor layout
+    virtual std::shared_ptr<TensorLayout>
+      create_layout(MPI_Comm comm, std::size_t rank) const = 0;
+
+    /// Create empty linear operator
+    virtual std::shared_ptr<GenericLinearOperator>
+      create_linear_operator(MPI_Comm comm) const = 0;
+
+    /// Create LU solver
+    virtual std::shared_ptr<GenericLinearSolver>
+    create_lu_solver(MPI_Comm comm, std::string method) const = 0;
+
+    /// Create Krylov solver
+    virtual std::shared_ptr<GenericLinearSolver>
+    create_krylov_solver(MPI_Comm comm,
+                         std::string method,
+                         std::string preconditioner) const = 0;
+
+    /// Return a list of available LU solver methods.  This function
+    /// should be overloaded by subclass if non-empty.
+    virtual std::map<std::string, std::string> lu_solver_methods() const
+    { return std::map<std::string, std::string>(); }
+
+    /// Return a list of available Krylov solver methods.  This
+    /// function should be overloaded by subclass if non-empty.
+    virtual std::map<std::string, std::string> krylov_solver_methods() const
+    { return std::map<std::string, std::string>(); }
+
+    /// Return a list of available preconditioners.
+    /// This function should be overloaded by subclass if non-empty.
+    virtual std::map<std::string, std::string>
+    krylov_solver_preconditioners() const
+    { return std::map<std::string, std::string>(); }
+
+  protected:
+
+    // Dummy class that can be returned for linear algebra backends
+    // that do not support the GenericLinearOperator interface
+    class NotImplementedLinearOperator : public GenericLinearOperator
+    {
+    public:
+
+      std::size_t size(std::size_t dim) const
+      { return 0; }
+
+      void mult(const GenericVector& x, GenericVector& y) const
+      { dolfin_not_implemented(); }
+
+      MPI_Comm mpi_comm() const
+      { dolfin_not_implemented(); return MPI_COMM_WORLD; }
+
+      std::string str(bool verbose) const
+      { dolfin_not_implemented(); return ""; }
+
+    };
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/la/GenericLinearOperator.h b/dolfin/la/GenericLinearOperator.h
new file mode 100644
index 0000000..208a7a8
--- /dev/null
+++ b/dolfin/la/GenericLinearOperator.h
@@ -0,0 +1,77 @@
+// Copyright (C) 2012 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2012-08-20
+// Last changed: 2012-12-12
+
+#ifndef __GENERIC_LINEAR_OPERATOR_H
+#define __GENERIC_LINEAR_OPERATOR_H
+
+#include "LinearAlgebraObject.h"
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class GenericVector;
+  class GenericLinearAlgebraFactory;
+
+  /// This class defines a common interface for linear operators,
+  /// including actual matrices (class _GenericMatrix_) and linear
+  /// operators only defined in terms of their action on vectors.
+  ///
+  /// This class is used internally by DOLFIN to define a class
+  /// hierarchy of backend independent linear operators and solvers.
+  /// Users should not interface to this class directly but instead
+  /// use the _LinearOperator_ class.
+
+  class GenericLinearOperator : public virtual LinearAlgebraObject
+  {
+  public:
+
+    // Destructor
+    virtual ~GenericLinearOperator() {}
+
+    /// Return size of given dimension
+    virtual std::size_t size(std::size_t dim) const = 0;
+
+    /// Compute matrix-vector product y = Ax
+    virtual void mult(const GenericVector& x, GenericVector& y) const = 0;
+
+    /// Return informal string representation (pretty-print)
+    virtual std::string str(bool verbose) const = 0;
+
+  protected:
+
+    friend class LinearOperator;
+
+    /// Initialize linear operator to match parallel layout of vectors
+    /// x and y for product y = Ax. Needs to be implemented by backend.
+    virtual void init_layout(const GenericVector& x,
+			     const GenericVector& y,
+			     GenericLinearOperator* wrapper)
+    {
+      dolfin_error("GenericLinearOperator.h",
+                   "initialize backend implementation of linear operator",
+                   "Missing init_layout() function for backend");
+    }
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/la/GenericLinearSolver.cpp b/dolfin/la/GenericLinearSolver.cpp
new file mode 100644
index 0000000..b9916b4
--- /dev/null
+++ b/dolfin/la/GenericLinearSolver.cpp
@@ -0,0 +1,62 @@
+// Copyright (C) 2013 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include "GenericLinearOperator.h"
+#include "GenericLinearSolver.h"
+#include "GenericMatrix.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+const GenericMatrix& GenericLinearSolver::require_matrix(const GenericLinearOperator& A)
+{
+  // Try to dynamic cast to a GenericMatrix
+  try
+  {
+    return dynamic_cast<const GenericMatrix&>(A);
+  }
+  catch (std::exception& e)
+  {
+    dolfin_error("GenericLinearSolver.h",
+                 "use linear operator as a matrix (real matrix required)",
+                 "%s", e.what());
+  }
+
+  // Return something to keep the compiler happy, code will not be reached
+  return dynamic_cast<const GenericMatrix&>(A);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const GenericMatrix>
+GenericLinearSolver::require_matrix(std::shared_ptr<const GenericLinearOperator> A)
+{
+  // Try to down cast shared pointer
+  std::shared_ptr<const GenericMatrix> _matA
+    = std::dynamic_pointer_cast<const GenericMatrix>(A);
+
+  // Check results. Note the difference from the as_type functions
+  // in LinearAlgebraObject in that we check the return value here
+  // and throw an error if the cast fails.
+  if (!_matA)
+  {
+    dolfin_error("GenericLinearSolver.h",
+                 "use linear operator as a matrix (real matrix required)",
+                 "Dynamic cast failed");
+  }
+
+  return _matA;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/la/GenericLinearSolver.h b/dolfin/la/GenericLinearSolver.h
new file mode 100644
index 0000000..f31b3a3
--- /dev/null
+++ b/dolfin/la/GenericLinearSolver.h
@@ -0,0 +1,106 @@
+// Copyright (C) 2008-2013 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __GENERIC_LINEAR_SOLVER_H
+#define __GENERIC_LINEAR_SOLVER_H
+
+#include <vector>
+#include <memory>
+#include <dolfin/common/Variable.h>
+#include <dolfin/log/log.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class GenericLinearOperator;
+  class GenericMatrix;
+  class GenericVector;
+  class VectorSpaceBasis;
+
+  /// This class provides a general solver for linear systems Ax = b.
+
+  class GenericLinearSolver : public Variable
+  {
+  public:
+
+    /// Set operator (matrix)
+    virtual void
+      set_operator(std::shared_ptr<const GenericLinearOperator> A) = 0;
+
+    /// Set operator (matrix) and preconditioner matrix
+    virtual void
+      set_operators(std::shared_ptr<const GenericLinearOperator> A,
+                    std::shared_ptr<const GenericLinearOperator> P)
+    {
+      dolfin_error("GenericLinearSolver.h",
+                   "set operator and preconditioner for linear solver",
+                   "Not supported by current linear algebra backend");
+    }
+
+    /// Solve linear system Ax = b
+    virtual std::size_t solve(const GenericLinearOperator& A, GenericVector& x,
+                              const GenericVector& b)
+    {
+      dolfin_error("GenericLinearSolver.h",
+                   "solve linear system",
+                   "Not supported by current linear algebra backend. Consider using solve(x, b)");
+      return 0;
+    }
+
+    /// Solve linear system Ax = b
+    virtual std::size_t solve(GenericVector& x, const GenericVector& b) = 0;
+
+    // FIXME: This should not be needed. Need to cleanup linear solver
+    // name jungle: default, lu, iterative, direct, krylov, etc
+    /// Return parameter type: "krylov_solver" or "lu_solver"
+    virtual std::string parameter_type() const
+    {
+      return "default";
+    }
+
+    /// Update solver parameters (useful for LinearSolver wrapper)
+    virtual void update_parameters(const Parameters& parameters)
+    {
+      this->parameters.update(parameters);
+    }
+
+  protected:
+
+    // Developer note: The functions here provide similar
+    // functionality as the as_type functions in the
+    // LinearAlgebraObject base class. The difference is that they
+    // specifically complain that a matrix is required, which gives a
+    // user a more informative error message from solvers that don't
+    // support matrix-free representation of linear operators.
+
+    /// Down-cast GenericLinearOperator to GenericMatrix when an actual
+    /// matrix is required, not only a linear operator. This is the
+    /// const reference version of the down-cast.
+    static const GenericMatrix& require_matrix(const GenericLinearOperator& A);
+
+    /// Down-cast GenericLinearOperator to GenericMatrix when an actual
+    /// matrix is required, not only a linear operator. This is the
+    /// const reference version of the down-cast.
+    static std::shared_ptr<const GenericMatrix>
+      require_matrix(std::shared_ptr<const GenericLinearOperator> A);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/la/GenericMatrix.cpp b/dolfin/la/GenericMatrix.cpp
new file mode 100644
index 0000000..8c7e905
--- /dev/null
+++ b/dolfin/la/GenericMatrix.cpp
@@ -0,0 +1,75 @@
+// Copyright (C) 2010-2012 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Mikael Mortensen 2011
+
+#include <cmath>
+#include <vector>
+
+#include <dolfin/common/constants.h>
+#include <dolfin/common/Timer.h>
+#include "GenericMatrix.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void GenericMatrix::ident_zeros(double tol)
+{
+  // Check size of system
+  if (size(0) != size(1))
+  {
+    dolfin_error("GenericMatrix.cpp",
+                 "ident_zeros",
+                 "Matrix is not square");
+  }
+
+  std::vector<std::size_t> columns;
+  std::vector<double> values;
+  std::vector<dolfin::la_index> zero_rows;
+  const std::pair<std::int64_t, std::int64_t> row_range = local_range(0);
+  const std::size_t m = row_range.second - row_range.first;
+
+  // Check which rows are zero
+  for (std::size_t row = 0; row < m; row++)
+  {
+    // Get global row number
+    int global_row = row + row_range.first;
+
+    // Get value for row
+    getrow(global_row, columns, values);
+
+    // Get maximum value in row
+    double max = 0.0;
+    for (std::size_t k = 0; k < values.size(); k++)
+      max = std::max(max, std::abs(values[k]));
+
+    // Check if row is zero
+    if (max < tol)
+      zero_rows.push_back(global_row);
+  }
+
+  // Write a message
+  log(TRACE, "Found %d zero row(s), inserting ones on the diagonal.",
+      zero_rows.size());
+
+  // Insert one on the diagonal for rows with only zeros.
+  ident(zero_rows.size(), zero_rows.data());
+
+  // Apply changes
+  apply("insert");
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/la/GenericMatrix.h b/dolfin/la/GenericMatrix.h
new file mode 100644
index 0000000..4347557
--- /dev/null
+++ b/dolfin/la/GenericMatrix.h
@@ -0,0 +1,260 @@
+// Copyright (C) 2006-2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Johan Jansson 2006
+// Modified by Anders Logg 2006-2012
+// Modified by Ola Skavhaug 2007-2008
+// Modified by Kent-Andre Mardal 2008
+// Modified by Martin Alnæs 2008
+// Modified by Mikael Mortensen 2011
+//
+// First added:  2006-04-24
+// Last changed: 2012-08-20
+
+#ifndef __GENERIC_MATRIX_H
+#define __GENERIC_MATRIX_H
+
+#include <tuple>
+#include <vector>
+#include <dolfin/common/constants.h>
+#include "GenericTensor.h"
+#include "GenericLinearOperator.h"
+
+
+namespace dolfin
+{
+
+  class GenericVector;
+  class TensorLayout;
+
+  /// This class defines a common interface for matrices.
+
+  class GenericMatrix : public GenericTensor, public GenericLinearOperator
+  {
+  public:
+
+    /// Destructor
+    virtual ~GenericMatrix() {}
+
+    //--- Implementation of the GenericTensor interface ---
+
+    /// Return tensor rank (number of dimensions)
+    virtual std::size_t rank() const
+    { return 2; }
+
+    /// Return size of given dimension
+    virtual std::size_t size(std::size_t dim) const = 0;
+
+    /// Return local ownership range
+    virtual std::pair<std::int64_t, std::int64_t>
+    local_range(std::size_t dim) const = 0;
+
+    /// Return number of non-zero entries in matrix (collective)
+    virtual std::size_t nnz() const = 0;
+
+    /// Get block of values
+    virtual void get(double* block, const dolfin::la_index* num_rows,
+                     const dolfin::la_index * const * rows) const
+    { get(block, num_rows[0], rows[0], num_rows[1], rows[1]); }
+
+    /// Set block of values using global indices
+    virtual void set(const double* block, const dolfin::la_index* num_rows,
+                     const dolfin::la_index * const * rows)
+    { set(block, num_rows[0], rows[0], num_rows[1], rows[1]); }
+
+    /// Set block of values using local indices
+    virtual void set_local(const double* block,
+                           const dolfin::la_index* num_rows,
+                           const dolfin::la_index * const * rows)
+    { set_local(block, num_rows[0], rows[0], num_rows[1], rows[1]); }
+
+    /// Add block of values using global indices
+    virtual void add(const double* block, const dolfin::la_index* num_rows,
+                     const dolfin::la_index * const * rows)
+    { add(block, num_rows[0], rows[0], num_rows[1], rows[1]); }
+
+    /// Add block of values using local indices
+    virtual void add_local(const double* block,
+                           const dolfin::la_index* num_rows,
+                           const dolfin::la_index * const * rows)
+    { add_local(block, num_rows[0], rows[0], num_rows[1], rows[1]); }
+
+    /// Add block of values using global indices
+    virtual void
+    add(const double* block,
+        const std::vector<ArrayView<const dolfin::la_index>>& rows)
+    {
+      add(block, rows[0].size(), rows[0].data(),
+          rows[1].size(), rows[1].data());
+    }
+
+    /// Add block of values using local indices
+    virtual void
+    add_local(const double* block,
+              const std::vector<ArrayView<const dolfin::la_index>>& rows)
+    {
+      add_local(block, rows[0].size(), rows[0].data(),
+                rows[1].size(), rows[1].data());
+    }
+
+    /// Set all entries to zero and keep any sparse structure
+    virtual void zero() = 0;
+
+    /// Finalize assembly of tensor
+    virtual void apply(std::string mode) = 0;
+
+    /// Return informal string representation (pretty-print)
+    virtual std::string str(bool verbose) const = 0;
+
+    //--- Matrix interface ---
+
+    /// Return copy of matrix
+    virtual std::shared_ptr<GenericMatrix> copy() const = 0;
+
+    /// Initialize vector z to be compatible with the matrix-vector
+    /// product y = Ax. In the parallel case, both size and layout are
+    /// important.
+    ///
+    /// @param z (GenericVector&)
+    ///         Vector to initialise
+    /// @param dim (std::size_t)
+    ///         The dimension (axis): dim = 0 --> z = y, dim = 1 --> z = x
+    virtual void init_vector(GenericVector& z, std::size_t dim) const = 0;
+
+    /// Get block of values
+    virtual void get(double* block,
+                     std::size_t m, const dolfin::la_index* rows,
+                     std::size_t n, const dolfin::la_index* cols) const = 0;
+
+    /// Set block of values using global indices
+    virtual void set(const double* block,
+                     std::size_t m, const dolfin::la_index* rows,
+                     std::size_t n, const dolfin::la_index* cols) = 0;
+
+    /// Set block of values using local indices
+    virtual void set_local(const double* block,
+                           std::size_t m, const dolfin::la_index* rows,
+                           std::size_t n, const dolfin::la_index* cols) = 0;
+
+    /// Add block of values using global indices
+    virtual void add(const double* block,
+                     std::size_t m, const dolfin::la_index* rows,
+                     std::size_t n, const dolfin::la_index* cols) = 0;
+
+    /// Add block of values using local indices
+    virtual void add_local(const double* block,
+                           std::size_t m, const dolfin::la_index* rows,
+                           std::size_t n, const dolfin::la_index* cols) = 0;
+
+    /// Add multiple of given matrix (AXPY operation)
+    virtual void axpy(double a, const GenericMatrix& A,
+                      bool same_nonzero_pattern) = 0;
+
+    /// Return norm of matrix
+    virtual double norm(std::string norm_type) const = 0;
+
+    /// Get non-zero values of given row (global index) on local process
+    virtual void getrow(std::size_t row, std::vector<std::size_t>& columns,
+                        std::vector<double>& values) const = 0;
+
+    /// Set values for given row (global index) on local process
+    virtual void setrow(std::size_t row,
+                        const std::vector<std::size_t>& columns,
+                        const std::vector<double>& values) = 0;
+
+    /// Set given rows (global row indices) to zero
+    virtual void zero(std::size_t m, const dolfin::la_index* rows) = 0;
+
+    /// Set given rows (local row indices) to zero
+    virtual void zero_local(std::size_t m, const dolfin::la_index* rows) = 0;
+
+    /// Set given rows (global row indices) to identity matrix
+    virtual void ident(std::size_t m, const dolfin::la_index* rows) = 0;
+
+    /// Set given rows (local row indices) to identity matrix
+    virtual void ident_local(std::size_t m, const dolfin::la_index* rows) = 0;
+
+    /// Matrix-vector product, y = A^T x. The y vector must either be
+    /// zero-sized or have correct size and parallel layout.
+    virtual void transpmult(const GenericVector& x, GenericVector& y) const = 0;
+
+    /// Get diagonal of a matrix
+    virtual void get_diagonal(GenericVector& x) const = 0;
+
+    /// Set diagonal of a matrix
+    virtual void set_diagonal(const GenericVector& x) = 0;
+
+    /// Multiply matrix by given number
+    virtual const GenericMatrix& operator*= (double a) = 0;
+
+    /// Divide matrix by given number
+    virtual const GenericMatrix& operator/= (double a) = 0;
+
+    /// Add given matrix
+    const GenericMatrix& operator+= (const GenericMatrix& A)
+    {
+      axpy(1.0, A, false);
+      return *this;
+    }
+
+    /// Subtract given matrix
+    const GenericMatrix& operator-= (const GenericMatrix& A)
+    {
+      axpy(-1.0, A, false);
+      return *this;
+    }
+
+    /// Test if matrix is symmetric
+    virtual bool is_symmetric(double tol) const
+    {
+      dolfin_error("GenericMatrix.h",
+                   "test if matrix is symmetric",
+                   "Not implemented by current linear algebra backend");
+      return false;
+    }
+
+    /// Assignment operator
+    virtual const GenericMatrix& operator= (const GenericMatrix& x) = 0;
+
+    //--- Convenience functions ---
+
+    /// Get value of given entry
+    virtual double operator() (dolfin::la_index i, dolfin::la_index j) const
+    { double value(0); get(&value, 1, &i, 1, &j); return value; }
+
+    /// Get value of given entry
+    virtual double getitem(std::pair<dolfin::la_index,
+                           dolfin::la_index> ij) const
+    {
+      double value(0);
+      get(&value, 1, &ij.first, 1, &ij.second);
+      return value;
+    }
+
+    /// Set given entry to value. apply("insert") must be called
+    /// before using using the object.
+    virtual void setitem(std::pair<dolfin::la_index, dolfin::la_index> ij,
+                         double value)
+    {  set(&value, 1, &ij.first, 1, &ij.second); }
+
+    /// Insert one on the diagonal for all zero rows
+    virtual void ident_zeros(double tol=DOLFIN_EPS);
+  };
+
+}
+
+#endif
diff --git a/dolfin/la/GenericTensor.h b/dolfin/la/GenericTensor.h
new file mode 100644
index 0000000..255d7f5
--- /dev/null
+++ b/dolfin/la/GenericTensor.h
@@ -0,0 +1,125 @@
+// Copyright (C) 2007-2012 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells 2007-2011
+// Modified by Ola Skavhaug 2007
+// Modified by Martin Alnæs 2008
+//
+// First added:  2007-01-17
+// Last changed: 2012-08-22
+
+#ifndef __GENERIC_TENSOR_H
+#define __GENERIC_TENSOR_H
+
+#include <cstdint>
+#include <exception>
+#include <memory>
+#include <typeinfo>
+#include <utility>
+
+#include <dolfin/common/ArrayView.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/types.h>
+#include <dolfin/log/log.h>
+#include "LinearAlgebraObject.h"
+
+namespace dolfin
+{
+
+  class TensorLayout;
+  class GenericLinearAlgebraFactory;
+
+  /// A common interface for arbitrary rank tensors.
+
+  class GenericTensor : public virtual LinearAlgebraObject
+  {
+  public:
+
+    /// Destructor
+    virtual ~GenericTensor() {}
+
+    //--- Basic GenericTensor interface ---
+
+    /// Initialize zero tensor using tensor layout
+    virtual void init(const TensorLayout& tensor_layout) = 0;
+
+    /// Return true if empty
+    virtual bool empty() const = 0;
+
+    /// Return tensor rank (number of dimensions)
+    virtual std::size_t rank() const = 0;
+
+    /// Return size of given dimension
+    virtual std::size_t size(std::size_t dim) const = 0;
+
+    /// Return local ownership range
+    virtual std::pair<std::int64_t, std::int64_t>
+    local_range(std::size_t dim) const = 0;
+
+    /// Get block of values
+    virtual void get(double* block, const dolfin::la_index* num_rows,
+                     const dolfin::la_index * const * rows) const = 0;
+
+    /// Set block of values using global indices
+    virtual void set(const double* block, const dolfin::la_index* num_rows,
+                     const dolfin::la_index * const * rows) = 0;
+
+    /// Set block of values using local indices
+    virtual void set_local(const double* block,
+                           const dolfin::la_index* num_rows,
+                           const dolfin::la_index * const * rows) = 0;
+
+    /// Add block of values using global indices
+    virtual
+      void add(const double* block,
+           const std::vector<ArrayView<const dolfin::la_index>>& rows) = 0;
+
+    /// Add block of values using local indices
+    virtual void add_local(
+      const double* block,
+      const std::vector<ArrayView<const dolfin::la_index>>& rows) = 0;
+
+
+    /// Add block of values using global indices
+    virtual void add(const double* block, const dolfin::la_index* num_rows,
+                     const dolfin::la_index * const * rows) = 0;
+
+    /// Add block of values using local indices
+    virtual void add_local(const double* block,
+                           const dolfin::la_index* num_rows,
+                           const dolfin::la_index * const * rows) = 0;
+
+    /// Set all entries to zero and keep any sparse structure
+    virtual void zero() = 0;
+
+    /// Finalize assembly of tensor
+    virtual void apply(std::string mode) = 0;
+
+    /// Return MPI communicator
+    //virtual MPI_Comm mpi_comm() const = 0;
+
+    /// Return informal string representation (pretty-print)
+    virtual std::string str(bool verbose) const = 0;
+
+    /// Return linear algebra backend factory
+    virtual GenericLinearAlgebraFactory& factory() const = 0;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/la/GenericVector.h b/dolfin/la/GenericVector.h
new file mode 100644
index 0000000..acbb830
--- /dev/null
+++ b/dolfin/la/GenericVector.h
@@ -0,0 +1,331 @@
+// Copyright (C) 2006-2010 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2006-2011
+// Modified by Kent-Andre Mardal 2008
+// Modified by Ola Skavhaug 2008
+// Modified by Martin Sandve Alnes 2009
+// Modified by Johan Hake 2009-2010
+//
+// First added:  2006-04-25
+// Last changed: 2011-11-11
+
+#ifndef __GENERIC_VECTOR_H
+#define __GENERIC_VECTOR_H
+
+#include <algorithm>
+#include <cstdint>
+#include <utility>
+#include <vector>
+#include <dolfin/common/ArrayView.h>
+#include <dolfin/common/types.h>
+#include <dolfin/log/log.h>
+#include "IndexMap.h"
+#include "TensorLayout.h"
+#include "GenericTensor.h"
+
+namespace dolfin
+{
+  template<typename T> class Array;
+
+  /// This class defines a common interface for vectors.
+
+  class GenericVector : public GenericTensor
+  {
+  public:
+
+    /// Destructor
+    virtual ~GenericVector() {}
+
+    //--- Implementation of the GenericTensor interface ---
+
+    /// Initialize zero tensor using sparsity pattern
+    /// FIXME: This needs to be implemented on backend side! Remove it!
+    virtual void init(const TensorLayout& tensor_layout)
+    {
+      if (!empty())
+      {
+        dolfin_error("GenericVector.h",
+                     "initialize vector",
+                     "Vector cannot be initialised more than once");
+      }
+
+      std::vector<dolfin::la_index> ghosts;
+      std::vector<std::size_t> local_to_global(tensor_layout.index_map(0)->size(IndexMap::MapSize::ALL));
+
+      // FIXME: should just pass index_map to init()
+      for (std::size_t i = 0; i != local_to_global.size(); ++i)
+        local_to_global[i] = tensor_layout.index_map(0)->local_to_global(i);
+
+      // FIXME: temporary hack - needs passing tensor layout directly to backend
+      if (tensor_layout.is_ghosted() == TensorLayout::Ghosts::GHOSTED)
+      {
+        const std::size_t nowned
+          = tensor_layout.index_map(0)->size(IndexMap::MapSize::OWNED);
+        const std::size_t nghosts
+          = tensor_layout.index_map(0)->size(IndexMap::MapSize::UNOWNED);
+        ghosts.resize(nghosts);
+        for (std::size_t i = 0; i != nghosts; ++i)
+          ghosts[i] = local_to_global[i + nowned];
+      }
+
+      init(tensor_layout.local_range(0), local_to_global, ghosts);
+      zero();
+    }
+
+    /// Return tensor rank (number of dimensions)
+    virtual std::size_t rank() const
+    { return 1; }
+
+    /// Return size of given dimension
+    virtual std::size_t size(std::size_t dim) const
+    { dolfin_assert(dim == 0); return size(); }
+
+    /// Return local ownership range
+    virtual std::pair<std::int64_t, std::int64_t>
+    local_range(std::size_t dim) const
+    { dolfin_assert(dim == 0); return local_range(); }
+
+    /// Get block of values using global indices
+    virtual void get(double* block, const dolfin::la_index* num_rows,
+                     const dolfin::la_index * const * rows) const
+    { get(block, num_rows[0], rows[0]); }
+
+    /// Get block of values using local indices
+    virtual void get_local(double* block, const dolfin::la_index* num_rows,
+                           const dolfin::la_index * const * rows) const
+    { get_local(block, num_rows[0], rows[0]); }
+
+    /// Set block of values using global indices
+    virtual void set(const double* block, const dolfin::la_index* num_rows,
+                     const dolfin::la_index * const * rows)
+    { set(block, num_rows[0], rows[0]); }
+
+    /// Set block of values using local indices
+    virtual void set_local(const double* block,
+                           const dolfin::la_index* num_rows,
+                           const dolfin::la_index * const * rows)
+    { set_local(block, num_rows[0], rows[0]); }
+
+    /// Add block of values using global indices
+    virtual void add(const double* block, const dolfin::la_index* num_rows,
+                     const dolfin::la_index * const * rows)
+    { add(block, num_rows[0], rows[0]); }
+
+    /// Add block of values using local indices
+    virtual void add_local(const double* block,
+                           const dolfin::la_index* num_rows,
+                           const dolfin::la_index * const * rows)
+    { add_local(block, num_rows[0], rows[0]); }
+
+    /// Add block of values using global indices
+    virtual void
+      add(const double* block,
+          const std::vector<ArrayView<const dolfin::la_index>>& rows)
+    { add(block, rows[0].size(), rows[0].data()); }
+
+    /// Add block of values using local indices
+    virtual void
+      add_local(const double* block,
+                const std::vector<ArrayView<const dolfin::la_index>>& rows)
+    { add_local(block, rows[0].size(), rows[0].data()); }
+
+    /// Set all entries to zero and keep any sparse structure
+    virtual void zero() = 0;
+
+    /// Finalize assembly of tensor
+    virtual void apply(std::string mode) = 0;
+
+    /// Return informal string representation (pretty-print)
+    virtual std::string str(bool verbose) const = 0;
+
+    //--- Vector interface ---
+
+    /// Return copy of vector
+    virtual std::shared_ptr<GenericVector> copy() const = 0;
+
+    /// Initialize vector to global size N
+    virtual void init(std::size_t N) = 0;
+
+    /// Initialize vector with given local ownership range
+    virtual void init(std::pair<std::size_t, std::size_t> range) = 0;
+
+    /// Initialise vector with given ownership range and with ghost
+    /// values
+    /// FIXME: Reimplement using init(const TensorLayout&) and deprecate
+    virtual void init(std::pair<std::size_t, std::size_t> range,
+                      const std::vector<std::size_t>& local_to_global_map,
+                      const std::vector<la_index>& ghost_indices) = 0;
+
+    /// Return global size of vector
+    virtual std::size_t size() const = 0;
+
+    /// Return local size of vector
+    virtual std::size_t local_size() const = 0;
+
+    /// Return local ownership range of a vector
+    virtual std::pair<std::int64_t, std::int64_t> local_range() const = 0;
+
+    /// Determine whether global vector index is owned by this process
+    virtual bool owns_index(std::size_t i) const = 0;
+
+    /// Get block of values using global indices (values must all live
+    /// on the local process, ghosts cannot be accessed)
+    virtual void get(double* block, std::size_t m,
+                     const dolfin::la_index* rows) const = 0;
+
+    /// Get block of values using local indices (values must all live
+    /// on the local process, ghost are accessible)
+    virtual void get_local(double* block, std::size_t m,
+                           const dolfin::la_index* rows) const = 0;
+
+    /// Set block of values using global indices
+    virtual void set(const double* block, std::size_t m,
+                     const dolfin::la_index* rows) = 0;
+
+    /// Set block of values using local indices
+    virtual void set_local(const double* block, std::size_t m,
+                           const dolfin::la_index* rows) = 0;
+
+    /// Add block of values using global indices
+    virtual void add(const double* block, std::size_t m,
+                     const dolfin::la_index* rows) = 0;
+
+    /// Add block of values using local indices
+    virtual void add_local(const double* block, std::size_t m,
+                           const dolfin::la_index* rows) = 0;
+
+    /// Get all values on local process
+    virtual void get_local(std::vector<double>& values) const = 0;
+
+    /// Set all values on local process
+    virtual void set_local(const std::vector<double>& values) = 0;
+
+    /// Add values to each entry on local process
+    virtual void add_local(const Array<double>& values) = 0;
+
+    /// Gather entries (given by global indices) into local
+    /// vector x
+    virtual void gather(GenericVector& x,
+                        const std::vector<dolfin::la_index>& indices) const = 0;
+
+    /// Gather entries (given by global indices) into x
+    virtual void gather(std::vector<double>& x,
+                        const std::vector<dolfin::la_index>& indices) const = 0;
+
+    /// Gather all entries into x on process 0
+    virtual void gather_on_zero(std::vector<double>& x) const = 0;
+
+    /// Add multiple of given vector (AXPY operation)
+    virtual void axpy(double a, const GenericVector& x) = 0;
+
+    /// Replace all entries in the vector by their absolute values
+    virtual void abs() = 0;
+
+    /// Return inner product with given vector
+    virtual double inner(const GenericVector& x) const = 0;
+
+    /// Return norm of vector
+    virtual double norm(std::string norm_type) const = 0;
+
+    /// Return minimum value of vector
+    virtual double min() const = 0;
+
+    /// Return maximum value of vector
+    virtual double max() const = 0;
+
+    /// Return sum of vector
+    virtual double sum() const = 0;
+
+    /// Return sum of selected rows in vector. Repeated entries are
+    /// only summed once.
+    virtual double sum(const Array<std::size_t>& rows) const = 0;
+
+    /// Sum two vectors (returns a new vector)
+    std::shared_ptr<GenericVector> operator+ (const GenericVector& x)
+    {
+      auto y = this->copy();
+      dolfin_assert(y);
+      *y += x;
+      return y;
+    }
+
+    /// Add scalar to a vector (returns a new vector)
+    std::shared_ptr<GenericVector> operator+ (double a)
+    {
+      auto y = this->copy();
+      dolfin_assert(y);
+      *y += a;
+      return y;
+    }
+
+    /// Multiply vector by a scalar (returns a new vector)
+    std::shared_ptr<GenericVector> operator* (double a)
+    {
+      auto y = this->copy();
+      dolfin_assert(y);
+      *y *= a;
+      return y;
+    }
+
+    /// Multiply vector by given number
+    virtual const GenericVector& operator*= (double a) = 0;
+
+    /// Multiply vector by another vector pointwise
+    virtual const GenericVector& operator*= (const GenericVector& x) = 0;
+
+    /// Divide vector by given number
+    virtual const GenericVector& operator/= (double a) = 0;
+
+    /// Add given vector
+    virtual const GenericVector& operator+= (const GenericVector& x) = 0;
+
+    /// Add number to all components of a vector
+    virtual const GenericVector& operator+= (double a) = 0;
+
+    /// Subtract given vector
+    virtual const GenericVector& operator-= (const GenericVector& x) = 0;
+
+    /// Subtract number from all components of a vector
+    virtual const GenericVector& operator-= (double a) = 0;
+
+    /// Assignment operator
+    virtual const GenericVector& operator= (const GenericVector& x) = 0;
+
+    /// Assignment operator
+    virtual const GenericVector& operator= (double a) = 0;
+
+    //--- Convenience functions ---
+
+    /// Get value of given entry
+    virtual double operator[] (dolfin::la_index i) const
+    { double value(0); get_local(&value, 1, &i); return value; }
+
+    /// Get value of given entry
+    virtual double getitem(dolfin::la_index i) const
+    { double value(0); get_local(&value, 1, &i); return value; }
+
+    /// Set given entry to value. apply("insert") should be called
+    /// before using using the object.
+    virtual void setitem(dolfin::la_index i, double value)
+    { set(&value, 1, &i); }
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/la/Ifpack2Preconditioner.cpp b/dolfin/la/Ifpack2Preconditioner.cpp
new file mode 100644
index 0000000..beb9fa0
--- /dev/null
+++ b/dolfin/la/Ifpack2Preconditioner.cpp
@@ -0,0 +1,95 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifdef HAS_TRILINOS
+
+#include "KrylovSolver.h"
+#include "BelosKrylovSolver.h"
+#include "Ifpack2Preconditioner.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string>
+Ifpack2Preconditioner::preconditioners()
+{
+  std::map<std::string, std::string> precs_available
+    =   { {"none", "none"},
+          {"default",    "default preconditioner"},
+          {"diagonal",   "Diagonal"},
+          {"relaxation", "Jacobi and Gauss-Seidel type relaxation"},
+          {"chebyshev",  "Chebyshev Polynomial preconditioner"},
+          {"riluk",      "Relaxed ILU with level k fill"},
+          {"krylov",     "CG/GMRES with zero initial guess"}};
+  return precs_available;
+}
+//-----------------------------------------------------------------------------
+Ifpack2Preconditioner::Ifpack2Preconditioner(std::string preconditioner)
+  : _name(preconditioner)
+{
+  // Check that the requested method is known
+  const std::map<std::string, std::string> _preconditioners = preconditioners();
+  if (_preconditioners.find(preconditioner) == _preconditioners.end())
+  {
+    dolfin_error("Ifpack2Preconditioner.cpp",
+                 "create preconditioner",
+                 "Unknown preconditioner \"%s\"", preconditioner.c_str());
+  }
+
+  if (preconditioner == "default")
+    _name = "diagonal";
+}
+//-----------------------------------------------------------------------------
+Ifpack2Preconditioner::~Ifpack2Preconditioner()
+{
+}
+//-----------------------------------------------------------------------------
+void Ifpack2Preconditioner::init(std::shared_ptr<const TpetraMatrix> P)
+{
+  Ifpack2::Factory prec_factory;
+
+  _prec = prec_factory.create(_name, P->mat());
+  Teuchos::RCP<Teuchos::ParameterList> plist = Teuchos::parameterList();
+  _prec->setParameters(*plist);
+  _prec->initialize();
+  _prec->compute();
+}
+//-----------------------------------------------------------------------------
+void Ifpack2Preconditioner::set(BelosKrylovSolver& solver)
+{
+  solver._problem->setRightPrec(_prec);
+}
+//-----------------------------------------------------------------------------
+std::string Ifpack2Preconditioner::str(bool verbose) const
+{
+  std::stringstream s;
+
+  s << "<Ifpack2Preconditioner>";
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+Parameters Ifpack2Preconditioner::default_parameters()
+{
+  Parameters p(KrylovSolver::default_parameters()("preconditioner"));
+  p.rename("ifpack2_preconditioner");
+
+  return p;
+}
+//-----------------------------------------------------------------------------
+#endif
diff --git a/dolfin/la/Ifpack2Preconditioner.h b/dolfin/la/Ifpack2Preconditioner.h
new file mode 100644
index 0000000..7efd88b
--- /dev/null
+++ b/dolfin/la/Ifpack2Preconditioner.h
@@ -0,0 +1,84 @@
+// Copyright (C) 2014 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifndef __DOLFIN_IFPACK2_PRECONDITIONER_H
+#define __DOLFIN_IFPACK2_PRECONDITIONER_H
+
+#ifdef HAS_TRILINOS
+
+#include <map>
+#include <memory>
+#include <Ifpack2_Factory.hpp>
+#include <dolfin/common/types.h>
+#include "TpetraMatrix.h"
+#include "TpetraVector.h"
+#include "TrilinosPreconditioner.h"
+
+namespace dolfin
+{
+
+  /// Forward declarations
+  class BelosKrylovSolver;
+
+  /// Implements preconditioners using Ifpack2 from Trilinos
+
+  class Ifpack2Preconditioner : public TrilinosPreconditioner, public Variable
+  {
+
+  public:
+
+    /// Create a particular preconditioner object
+    explicit Ifpack2Preconditioner(std::string type = "default");
+
+    /// Destructor
+    virtual ~Ifpack2Preconditioner();
+
+    /// Set the preconditioner type on a solver
+    virtual void set(BelosKrylovSolver& solver);
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+    /// Initialise preconditioner based on Operator P
+    virtual void init(std::shared_ptr<const TpetraMatrix> P);
+
+    /// Return a list of available preconditioners
+    static std::map<std::string, std::string> preconditioners();
+
+    /// Default parameter values
+    static Parameters default_parameters();
+
+  private:
+
+    // name of preconditioner
+    std::string _name;
+
+    typedef Ifpack2::Preconditioner<double, int, dolfin::la_index,
+                                    TpetraVector::node_type> prec_type;
+
+    // Ifpack2 preconditioner, to be constructed from a
+    // Tpetra Operator or Matrix
+    Teuchos::RCP<prec_type> _prec;
+
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/la/IndexMap.cpp b/dolfin/la/IndexMap.cpp
new file mode 100644
index 0000000..239e8d9
--- /dev/null
+++ b/dolfin/la/IndexMap.cpp
@@ -0,0 +1,146 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <algorithm>
+#include <limits>
+#include "IndexMap.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+IndexMap::IndexMap() : _mpi_comm(MPI_COMM_NULL),  _block_size(1)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+IndexMap::IndexMap(MPI_Comm mpi_comm) : _mpi_comm(mpi_comm),
+                                        _rank(MPI::rank(mpi_comm)),
+                                        _block_size(1)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+IndexMap::IndexMap(MPI_Comm mpi_comm, std::size_t local_size,
+                   std::size_t block_size)
+  : _mpi_comm(mpi_comm), _rank(MPI::rank(mpi_comm))
+{
+  init(local_size, block_size);
+}
+//-----------------------------------------------------------------------------
+IndexMap::~IndexMap()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void IndexMap::init(std::size_t local_size, std::size_t block_size)
+{
+  _block_size = block_size;
+
+  // Calculate offsets
+  MPI::all_gather(_mpi_comm.comm(), local_size, _all_ranges);
+
+  const std::size_t mpi_size = _mpi_comm.size();
+  for (std::size_t i = 1; i != mpi_size; ++i)
+    _all_ranges[i] += _all_ranges[i - 1];
+
+  _all_ranges.insert(_all_ranges.begin(), 0);
+}
+//-----------------------------------------------------------------------------
+std::pair<std::size_t, std::size_t> IndexMap::local_range() const
+{
+  if(_all_ranges.size() == 0)
+  {
+    warning("Asking for size of uninitialised range");
+    return std::pair<std::size_t, std::size_t>(0, 0);
+  }
+  else
+  {
+    return std::make_pair(_block_size*_all_ranges[_rank],
+                          _block_size*_all_ranges[_rank + 1]);
+  }
+}
+//-----------------------------------------------------------------------------
+std::size_t IndexMap::size(const IndexMap::MapSize type) const
+{
+  if(_all_ranges.size() == 0)
+  {
+    warning("Asking for size of uninitialised range");
+    return 0;
+  }
+
+  const std::size_t owned_size
+    = _block_size*(_all_ranges[_rank + 1] - _all_ranges[_rank]);
+
+  if (type == IndexMap::MapSize::OWNED)
+    return owned_size;
+  else if (type == IndexMap::MapSize::GLOBAL)
+    return _all_ranges.back() * _block_size;
+
+  const std::size_t unowned_size = _local_to_global.size()*_block_size;
+  if (type == IndexMap::MapSize::ALL)
+    return (owned_size + unowned_size);
+  else if (type == IndexMap::MapSize::UNOWNED)
+    return unowned_size;
+  else
+  {
+    dolfin_error("IndexMap.cpp",
+                 "get size",
+                 "Unrecognised option for IndexMap::MapSize");
+  }
+  return 0;
+}
+//-----------------------------------------------------------------------------
+const std::vector<std::size_t>& IndexMap::local_to_global_unowned() const
+{
+  return _local_to_global;
+}
+//-----------------------------------------------------------------------------
+void IndexMap::set_local_to_global(const std::vector<std::size_t>& indices)
+{
+  _local_to_global = indices;
+
+  for (const auto &node : _local_to_global)
+  {
+    const std::size_t p = global_index_owner(node);
+    dolfin_assert(p != _rank);
+    _off_process_owner.push_back(p);
+  }
+}
+//-----------------------------------------------------------------------------
+int IndexMap::global_index_owner(std::size_t index) const
+{
+  const int p
+    = std::upper_bound(_all_ranges.begin(), _all_ranges.end(), index)
+    - _all_ranges.begin() - 1;
+  return p;
+}
+//-----------------------------------------------------------------------------
+const std::vector<int>& IndexMap::off_process_owner() const
+{
+  return _off_process_owner;
+}
+//-----------------------------------------------------------------------------
+int IndexMap::block_size() const
+{
+  return _block_size;
+}
+//----------------------------------------------------------------------------
+MPI_Comm IndexMap::mpi_comm() const
+{
+  return _mpi_comm.comm();
+}
+//----------------------------------------------------------------------------
diff --git a/dolfin/la/IndexMap.h b/dolfin/la/IndexMap.h
new file mode 100644
index 0000000..75cfa0b
--- /dev/null
+++ b/dolfin/la/IndexMap.h
@@ -0,0 +1,139 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __INDEX_MAP_H
+#define __INDEX_MAP_H
+
+#include <utility>
+#include <vector>
+#include <dolfin/common/MPI.h>
+
+namespace dolfin
+{
+
+  /// This class represents the distribution index arrays across
+  /// processes. An index array is a contiguous collection of N+1
+  /// indices [0, 1, . . ., N] that are distributed across processes M
+  /// processes. On a given process, the IndexMap stores a portion of
+  /// the index set using local indices [0, 1, . . . , n], and a map
+  /// from the local indices to a unique global index.
+
+  class IndexMap
+  {
+  public:
+
+    /// MapSize (ALL = all local indices, OWNED = owned local indices,
+    /// UNOWNED = unowned local indices, GLOBAL = total indices
+    /// globally)
+    enum class MapSize : int32_t { ALL = 0,
+                                   OWNED = 1,
+                                   UNOWNED = 2,
+                                   GLOBAL = 3 };
+
+    /// Constructor
+    IndexMap();
+
+    /// Index map with no data
+    explicit IndexMap(MPI_Comm mpi_comm);
+
+    /// Index map with local size on each process. This constructor
+    /// is collective
+    IndexMap(MPI_Comm mpi_comm, std::size_t local_size, std::size_t block_size);
+
+    /// Destructor
+    ~IndexMap();
+
+    /// Initialise with number of local entries and block size. This
+    /// function is collective
+    void init(std::size_t local_size, std::size_t block_size);
+
+    /// Local range of indices
+    std::pair<std::size_t, std::size_t> local_range() const;
+
+    /// Get number of local indices of type MapSize::OWNED,
+    /// MapSize::UNOWNED, MapSize::ALL or MapSize::GLOBAL
+    std::size_t size(MapSize type) const;
+
+    /// Get local to global map for unowned indices
+    /// (local indexing beyond end of local range)
+    const std::vector<std::size_t>& local_to_global_unowned() const;
+
+    /// Get global index of local index i
+    std::size_t local_to_global(std::size_t i) const;
+
+    /// Set local_to_global map for unowned indices (beyond end of local
+    /// range). Computes and stores off-process owner array.
+    void set_local_to_global(const std::vector<std::size_t>& indices);
+
+    /// Get off process owner for unowned indices
+    const std::vector<int>& off_process_owner() const;
+
+    /// Get process owner of any global index
+    int global_index_owner(std::size_t index) const;
+
+    /// Get block size
+    int block_size() const;
+
+    /// Return MPI communicator
+    MPI_Comm mpi_comm() const;
+
+  private:
+
+    // MPI Communicator
+    dolfin::MPI::Comm _mpi_comm;
+
+    // Cache rank of mpi_comm (otherwise calls to MPI_Comm_rank can be
+    // excessive)
+    unsigned int _rank;
+
+    // Range of ownership of index for all processes
+    std::vector<std::size_t> _all_ranges;
+
+    // Local to global map for off-process entries
+    std::vector<std::size_t> _local_to_global;
+
+    // Off process owner cache
+    std::vector<int> _off_process_owner;
+
+    // Block size
+    int _block_size;
+
+  };
+
+  // Function which may appear in a hot loop
+  inline std::size_t IndexMap::local_to_global(std::size_t i) const
+  {
+    // These two calls get hopefully optimized out of hot loops due to
+    // inlining
+    const std::size_t local_size = size(IndexMap::MapSize::OWNED);
+    const std::size_t global_offset = local_range().first;
+
+    if (i < local_size)
+      return (i + global_offset);
+    else
+    {
+      const std::div_t div = std::div((i - local_size), _block_size);
+      const int component = div.rem;
+      const int index = div.quot;
+      dolfin_assert((std::size_t) index < _local_to_global.size());
+      return _block_size*_local_to_global[index] + component;
+    }
+  }
+
+}
+
+#endif
diff --git a/dolfin/la/KrylovSolver.cpp b/dolfin/la/KrylovSolver.cpp
new file mode 100644
index 0000000..886f1ec
--- /dev/null
+++ b/dolfin/la/KrylovSolver.cpp
@@ -0,0 +1,157 @@
+// Copyright (C) 2007-2010 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <dolfin/common/Timer.h>
+#include <dolfin/parameter/GlobalParameters.h>
+#include <dolfin/parameter/Parameters.h>
+#include <dolfin/log/LogStream.h>
+#include "GenericMatrix.h"
+#include "GenericVector.h"
+#include "DefaultFactory.h"
+#include "LinearSolver.h"
+#include "VectorSpaceBasis.h"
+#include "KrylovSolver.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+Parameters KrylovSolver::default_parameters()
+{
+  Parameters p("krylov_solver");
+
+  p.add<double>("relative_tolerance");
+  p.add<double>("absolute_tolerance");
+  p.add<double>("divergence_limit");
+  p.add<int>("maximum_iterations");
+  p.add<bool>("report");
+  p.add<bool>("monitor_convergence");
+  p.add<bool>("error_on_nonconvergence");
+  p.add<bool>("nonzero_initial_guess");
+
+  return p;
+}
+//-----------------------------------------------------------------------------
+KrylovSolver::KrylovSolver(MPI_Comm comm, std::string method,
+                           std::string preconditioner)
+{
+  // Initialize solver
+  init(method, preconditioner, comm);
+}
+//-----------------------------------------------------------------------------
+KrylovSolver::KrylovSolver(std::string method, std::string preconditioner)
+  : KrylovSolver(MPI_COMM_WORLD, method, preconditioner)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+KrylovSolver::KrylovSolver(MPI_Comm comm,
+                           std::shared_ptr<const GenericLinearOperator> A,
+                           std::string method, std::string preconditioner)
+{
+  // Initialize solver
+  init(method, preconditioner, comm);
+
+  // Set operator
+  set_operator(A);
+}
+//-----------------------------------------------------------------------------
+KrylovSolver::KrylovSolver(std::shared_ptr<const GenericLinearOperator> A,
+                           std::string method, std::string preconditioner)
+  : KrylovSolver(MPI_COMM_WORLD, A, method, preconditioner)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+KrylovSolver::~KrylovSolver()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void
+KrylovSolver::set_operator(std::shared_ptr<const GenericLinearOperator> A)
+{
+  dolfin_assert(solver);
+  solver->parameters.update(parameters);
+  solver->set_operator(A);
+}
+//-----------------------------------------------------------------------------
+void
+KrylovSolver::set_operators(std::shared_ptr<const GenericLinearOperator> A,
+                            std::shared_ptr<const GenericLinearOperator> P)
+{
+  dolfin_assert(solver);
+  solver->parameters.update(parameters);
+  solver->set_operators(A, P);
+}
+//-----------------------------------------------------------------------------
+std::size_t KrylovSolver::solve(GenericVector& x, const GenericVector& b)
+{
+  dolfin_assert(solver);
+  Timer timer("Krylov solver");
+  solver->parameters.update(parameters);
+  return solver->solve(x, b);
+}
+//-----------------------------------------------------------------------------
+std::size_t KrylovSolver::solve(const GenericLinearOperator& A,
+                                GenericVector& x, const GenericVector& b)
+{
+  dolfin_assert(solver);
+  Timer timer("Krylov solver");
+  solver->parameters.update(parameters);
+  return solver->solve(A, x, b);
+}
+//-----------------------------------------------------------------------------
+void KrylovSolver::init(std::string method, std::string preconditioner,
+                        MPI_Comm comm)
+{
+  // Get default linear algebra factory
+  DefaultFactory factory;
+
+  // Get list of available methods and preconditioners
+  const std::map<std::string, std::string>
+    methods = factory.krylov_solver_methods();
+  const std::map<std::string, std::string>
+    preconditioners = factory.krylov_solver_preconditioners();
+
+  // Check that method is available
+  if (!LinearSolver::in_list(method, methods))
+  {
+    dolfin_error("KrylovSolver.cpp",
+                 "solve linear system using Krylov iteration",
+                 "Unknown Krylov method \"%s\". "
+                 "Use list_krylov_solver_methods() to list available Krylov methods",
+                 method.c_str());
+  }
+
+  // Check that preconditioner is available
+  if (!LinearSolver::in_list(preconditioner, preconditioners))
+  {
+    dolfin_error("KrylovSolver.cpp",
+                 "solve linear system using Krylov iteration",
+                 "Unknown preconditioner \"%s\". "
+                 "Use list_krylov_solver_preconditioners() to list available preconditioners()",
+                 preconditioner.c_str());
+  }
+
+  // Set default parameters
+  parameters = dolfin::parameters("krylov_solver");
+
+  // Initialize solver
+  solver = factory.create_krylov_solver(comm, method, preconditioner);
+  solver->parameters.update(parameters);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/la/KrylovSolver.h b/dolfin/la/KrylovSolver.h
new file mode 100644
index 0000000..b70826d
--- /dev/null
+++ b/dolfin/la/KrylovSolver.h
@@ -0,0 +1,109 @@
+// Copyright (C) 2007-2009 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __KRYLOV_SOLVER_H
+#define __KRYLOV_SOLVER_H
+
+#include <string>
+#include <vector>
+#include <memory>
+#include "GenericLinearSolver.h"
+#include <dolfin/common/MPI.h>
+
+namespace dolfin
+{
+
+  class GenericLinearOperator;
+  class GenericVector;
+  class VectorSpaceBasis;
+
+  /// This class defines an interface for a Krylov solver. The
+  /// appropriate solver is chosen on the basis of the matrix/vector
+  /// type.
+
+  class KrylovSolver : public GenericLinearSolver
+  {
+  public:
+
+    /// Constructor
+    KrylovSolver(MPI_Comm comm,
+                 std::string method="default",
+                 std::string preconditioner="default");
+
+    /// Constructor
+    KrylovSolver(std::string method="default",
+                 std::string preconditioner="default");
+
+    /// Constructor
+    KrylovSolver(MPI_Comm comm,
+                 std::shared_ptr<const GenericLinearOperator> A,
+                 std::string method="default",
+                 std::string preconditioner="default");
+
+    /// Constructor
+    KrylovSolver(std::shared_ptr<const GenericLinearOperator> A,
+                 std::string method="default",
+                 std::string preconditioner="default");
+
+    /// Destructor
+    ~KrylovSolver();
+
+    /// Set operator (matrix)
+    void set_operator(std::shared_ptr<const GenericLinearOperator> A);
+
+    /// Set operator (matrix) and preconditioner matrix
+    void set_operators(std::shared_ptr<const GenericLinearOperator> A,
+                       std::shared_ptr<const GenericLinearOperator> P);
+
+    /// Solve linear system Ax = b
+    std::size_t solve(GenericVector& x, const GenericVector& b);
+
+    /// Solve linear system Ax = b
+    std::size_t solve(const GenericLinearOperator& A,
+                      GenericVector& x, const GenericVector& b);
+
+    /// Default parameter values
+    static Parameters default_parameters();
+
+    /// Update solver parameters (pass parameters down to wrapped
+    /// implementation)
+    virtual void update_parameters(const Parameters& parameters)
+    {
+      this->parameters.update(parameters);
+      solver->parameters.update(parameters);
+    }
+
+    // FIXME: This should not be needed. Need to cleanup linear solver
+    // name jungle: default, lu, iterative, direct, krylov, etc /
+    // Return parameter type: "krylov_solver" or "lu_solver"
+    std::string parameter_type() const
+    {
+      return "krylov_solver";
+    }
+
+  private:
+
+    // Initialize solver
+    void init(std::string method, std::string preconditioner, MPI_Comm comm);
+
+    // Solver
+    std::shared_ptr<GenericLinearSolver> solver;
+
+  };
+}
+
+#endif
diff --git a/dolfin/la/LUSolver.cpp b/dolfin/la/LUSolver.cpp
new file mode 100644
index 0000000..4529fa0
--- /dev/null
+++ b/dolfin/la/LUSolver.cpp
@@ -0,0 +1,111 @@
+// Copyright (C) 2010 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <dolfin/parameter/GlobalParameters.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/common/Timer.h>
+#include "DefaultFactory.h"
+#include "LinearSolver.h"
+#include "LUSolver.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+LUSolver::LUSolver(MPI_Comm comm, std::string method)
+{
+  init(comm, method);
+}
+//-----------------------------------------------------------------------------
+LUSolver::LUSolver(std::string method) : LUSolver(MPI_COMM_WORLD, method)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+LUSolver::LUSolver(MPI_Comm comm,
+                   std::shared_ptr<const GenericLinearOperator> A,
+                   std::string method)
+{
+  // Initialize solver
+  init(comm, method);
+
+  // Set operator
+  set_operator(A);
+}
+//-----------------------------------------------------------------------------
+LUSolver::LUSolver(std::shared_ptr<const GenericLinearOperator> A,
+                   std::string method) : LUSolver(MPI_COMM_WORLD, A, method)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+LUSolver::~LUSolver()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void LUSolver::set_operator(std::shared_ptr<const GenericLinearOperator> A)
+{
+  dolfin_assert(solver);
+  solver->parameters.update(parameters);
+  solver->set_operator(A);
+}
+//-----------------------------------------------------------------------------
+std::size_t LUSolver::solve(GenericVector& x, const GenericVector& b)
+{
+  dolfin_assert(solver);
+
+  Timer timer("LU solver");
+  solver->parameters.update(parameters);
+  return solver->solve(x, b);
+}
+//-----------------------------------------------------------------------------
+std::size_t LUSolver::solve(const GenericLinearOperator& A, GenericVector& x,
+                            const GenericVector& b)
+{
+  dolfin_assert(solver);
+
+  Timer timer("LU solver");
+  solver->parameters.update(parameters);
+  return solver->solve(A, x, b);
+}
+//-----------------------------------------------------------------------------
+void LUSolver::init(MPI_Comm comm, std::string method)
+{
+  // Get default linear algebra factory
+  DefaultFactory factory;
+
+  // Get list of available methods
+  std::map<std::string, std::string> methods = factory.lu_solver_methods();
+
+  // Check that method is available
+  if (!LinearSolver::in_list(method, methods))
+  {
+    dolfin_error("LUSolver.cpp",
+                 "solve linear system using LU factorization",
+                 "Unknown LU method \"%s\". "
+                 "Use list_lu_solver_methods() to list available LU methods",
+                 method.c_str());
+  }
+
+  // Set default parameters
+  parameters = dolfin::parameters("lu_solver");
+
+  // Initialize solver
+  solver = factory.create_lu_solver(comm, method);
+  solver->parameters.update(parameters);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/la/LUSolver.h b/dolfin/la/LUSolver.h
new file mode 100644
index 0000000..78d32a5
--- /dev/null
+++ b/dolfin/la/LUSolver.h
@@ -0,0 +1,100 @@
+// Copyright (C) 2007-2010 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __LU_SOLVER_H
+#define __LU_SOLVER_H
+
+#include <string>
+#include <memory>
+#include "GenericLinearSolver.h"
+#include <dolfin/common/MPI.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class GenericLinearOperator;
+  class GenericVector;
+
+  /// LU solver for the built-in LA backends.
+
+  class LUSolver : public GenericLinearSolver
+  {
+  public:
+
+    /// Constructor
+    LUSolver(MPI_Comm comm, std::string method= "default");
+
+    /// Constructor
+    LUSolver(std::string method= "default");
+
+    /// Constructor
+    LUSolver(MPI_Comm comm,
+             std::shared_ptr<const GenericLinearOperator> A,
+             std::string method="default");
+
+    /// Constructor
+    LUSolver(std::shared_ptr<const GenericLinearOperator> A,
+             std::string method="default");
+
+    /// Destructor
+    ~LUSolver();
+
+    /// Set operator (matrix)
+    void set_operator(std::shared_ptr<const GenericLinearOperator> A);
+
+    /// Solve linear system Ax = b
+    std::size_t solve(GenericVector& x, const GenericVector& b);
+
+    /// Solve linear system
+    std::size_t solve(const GenericLinearOperator& A, GenericVector& x,
+                      const GenericVector& b);
+
+    /// Default parameter values
+    static Parameters default_parameters()
+    {
+      Parameters p("lu_solver");
+      p.add("report", true);
+      p.add("verbose", false);
+      p.add("symmetric", false);
+      return p;
+    }
+
+    /// Return parameter type: "krylov_solver" or "lu_solver"
+    std::string parameter_type() const
+    { return "lu_solver"; }
+
+    /// Update solver parameters (pass parameters down to wrapped
+    /// implementation)
+    virtual void update_parameters(const Parameters& parameters)
+    {
+      this->parameters.update(parameters);
+      solver->parameters.update(parameters);
+    }
+
+  private:
+
+    // Initialize solver
+    void init(MPI_Comm comm, std::string method);
+
+    // Solver
+    std::shared_ptr<GenericLinearSolver> solver;
+
+  };
+}
+
+#endif
diff --git a/dolfin/la/LinearAlgebraObject.h b/dolfin/la/LinearAlgebraObject.h
new file mode 100644
index 0000000..c56dc98
--- /dev/null
+++ b/dolfin/la/LinearAlgebraObject.h
@@ -0,0 +1,109 @@
+// Copyright (C) 2007-2012 Anders Logg, Garth N. Wells, Ola Skavhaug,
+// Martin Alnæs
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2012-08-22
+// Last changed: 2012-08-24
+
+#ifndef __LINEAR_ALGEBRA_OBJECT_H
+#define __LINEAR_ALGEBRA_OBJECT_H
+
+#include <memory>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/Variable.h>
+
+namespace dolfin
+{
+
+  /// This is a common base class for all DOLFIN linear algebra
+  /// objects. In particular, it provides casting mechanisms between
+  /// different types.
+
+  class LinearAlgebraObject : public virtual Variable
+  {
+  public:
+
+    /// Return concrete instance / unwrap (const version)
+    virtual const LinearAlgebraObject* instance() const
+    { return this; }
+
+    /// Return concrete instance / unwrap (non-const version)
+    virtual LinearAlgebraObject* instance()
+    { return this; }
+
+    /// Return concrete shared ptr instance / unwrap (const version)
+    virtual std::shared_ptr<const LinearAlgebraObject> shared_instance() const
+    { return std::shared_ptr<const LinearAlgebraObject>(); }
+
+    /// Return concrete shared ptr instance / unwrap (non-const version)
+    virtual std::shared_ptr<LinearAlgebraObject> shared_instance()
+    { return std::shared_ptr<LinearAlgebraObject>(); }
+
+    /// Return MPI communicator
+    virtual MPI_Comm mpi_comm() const = 0;
+
+  };
+
+  /// Cast object to its derived class, if possible (non-const version).
+  /// An error is thrown if the cast is unsuccessful.
+  template<typename Y, typename X>
+    Y& as_type(X& x)
+  {
+    try
+    {
+      return dynamic_cast<Y&>(*x.instance());
+    }
+    catch (std::exception& e)
+    {
+      dolfin_error("LinearAlgebraObject.h",
+                   "down-cast linear algebra object to requested type",
+                   "%s", e.what());
+    }
+
+    // Return something to keep the compiler happy, code will not be reached
+    return dynamic_cast<Y&>(*x.instance());
+  }
+
+  /// Cast shared pointer object to its derived class, if possible.
+  /// Caller must check for success (returns null if cast fails).
+  template<typename Y, typename X>
+    std::shared_ptr<Y> as_type(std::shared_ptr<X> x)
+  {
+    // Try to down cast shared pointer
+    std::shared_ptr<Y> y = std::dynamic_pointer_cast<Y>(x);
+
+    // If down cast fails, try to get shared ptr instance to unwrapped object
+    if (!y)
+    {
+      // Try to get instance to unwrapped object and cast
+      if (x->shared_instance())
+        y = std::dynamic_pointer_cast<Y>(x->shared_instance());
+    }
+
+    return y;
+  }
+
+  /// Check whether the object matches a specific type
+  template<typename Y, typename X>
+    bool has_type(const X& x)
+  {
+    return bool(dynamic_cast<const Y*>(x.instance()));
+  }
+
+}
+
+#endif
diff --git a/dolfin/la/LinearOperator.cpp b/dolfin/la/LinearOperator.cpp
new file mode 100644
index 0000000..50575b1
--- /dev/null
+++ b/dolfin/la/LinearOperator.cpp
@@ -0,0 +1,72 @@
+// Copyright (C) 2012 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2012-08-20
+// Last changed: 2012-12-12
+
+#include "DefaultFactory.h"
+#include "GenericVector.h"
+#include "LinearOperator.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+LinearOperator::LinearOperator()
+{
+  // Initialization is postponed until the backend is accessed to
+  // enable accessing the member function size() to extract the size.
+  // The size would otherwise need to be passed to the constructor of
+  // LinearOperator which is often impractical for subclasses.
+}
+//-----------------------------------------------------------------------------
+LinearOperator::LinearOperator(const GenericVector& x,
+                               const GenericVector& y)
+{
+  // Create concrete implementation
+  DefaultFactory factory;
+  _matA = factory.create_linear_operator(x.mpi_comm());
+  dolfin_assert(_matA);
+
+  // Initialize implementation
+  _matA->init_layout(x, y, this);
+}
+//-----------------------------------------------------------------------------
+std::string LinearOperator::str(bool verbose) const
+{
+  return "<User-defined linear operator>";
+}
+//-----------------------------------------------------------------------------
+const GenericLinearOperator* LinearOperator::instance() const
+{
+  return _matA.get();
+}
+//-----------------------------------------------------------------------------
+GenericLinearOperator* LinearOperator::instance()
+{
+  return _matA.get();
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const LinearAlgebraObject> LinearOperator::shared_instance() const
+{
+  return _matA;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<LinearAlgebraObject> LinearOperator::shared_instance()
+{
+  return _matA;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/la/LinearOperator.h b/dolfin/la/LinearOperator.h
new file mode 100644
index 0000000..0f9bdfd
--- /dev/null
+++ b/dolfin/la/LinearOperator.h
@@ -0,0 +1,90 @@
+// Copyright (C) 2012 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+// // You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2012-08-20
+// Last changed: 2012-12-12
+
+#ifndef __LINEAR_OPERATOR_H
+#define __LINEAR_OPERATOR_H
+
+#include <memory>
+#include <dolfin/common/MPI.h>
+#include "GenericLinearOperator.h"
+
+namespace dolfin
+{
+
+  /// This class defines an interface for linear operators defined
+  /// only in terms of their action (matrix-vector product) and can be
+  /// used for matrix-free solution of linear systems. The linear
+  /// algebra backend is decided at run-time based on the present
+  /// value of the "linear_algebra_backend" parameter.
+  ///
+  /// To define a linear operator, users need to inherit from this
+  /// class and overload the function mult(x, y) which defines the
+  /// action of the matrix on the vector x as y = Ax.
+  ///
+  class LinearOperator : public GenericLinearOperator
+  {
+  public:
+
+    /// Create linear operator
+    LinearOperator();
+
+    /// Create linear operator to match parallel layout of vectors
+    /// x and y for product y = Ax.
+    LinearOperator(const GenericVector& x, const GenericVector& y);
+
+    /// Destructor
+    virtual ~LinearOperator() {}
+
+    /// Return size of given dimension
+    virtual std::size_t size(std::size_t dim) const = 0;
+
+    /// Compute matrix-vector product y = Ax
+    virtual void mult(const GenericVector& x, GenericVector& y) const = 0;
+
+    /// Return the MPI communicator
+    virtual MPI_Comm mpi_comm() const
+    { dolfin_assert(_matA); return _matA->mpi_comm(); }
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+    //--- Special functions, intended for library use only ---
+
+    /// Return concrete instance / unwrap (const version)
+    virtual const GenericLinearOperator* instance() const;
+
+    /// Return concrete instance / unwrap (non-const version)
+    virtual GenericLinearOperator* instance();
+
+    /// Return concrete instance / unwrap (const shared pointer version)
+    virtual std::shared_ptr<const LinearAlgebraObject> shared_instance() const;
+
+    /// Return concrete instance / unwrap (shared pointer version)
+    virtual std::shared_ptr<LinearAlgebraObject> shared_instance();
+
+  private:
+
+    // Pointer to concrete implementation
+    std::shared_ptr<GenericLinearOperator> _matA;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/la/LinearSolver.cpp b/dolfin/la/LinearSolver.cpp
new file mode 100644
index 0000000..4dddd78
--- /dev/null
+++ b/dolfin/la/LinearSolver.cpp
@@ -0,0 +1,146 @@
+// Copyright (C) 2008-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Johan Hake, 2010.
+// Modified by Garth N. Wells, 2010.
+//
+// First added:  2008-05-10
+// Last changed: 2013-12-04
+
+#include "DefaultFactory.h"
+#include "KrylovSolver.h"
+#include "LUSolver.h"
+#include "LinearSolver.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+LinearSolver::LinearSolver(MPI_Comm comm,
+                           std::string method,
+                           std::string preconditioner)
+{
+  // Get default linear algebra factory
+  DefaultFactory factory;
+
+  // Get list of available methods
+  std::map<std::string, std::string> lu_methods = factory.lu_solver_methods();
+  std::map<std::string, std::string> krylov_methods
+    = factory.krylov_solver_methods();
+
+  // Handle some default and generic solver options
+  if (method == "default")
+    method = "lu";
+  else if (method == "direct")
+    method = "lu";
+  else if (method == "iterative")
+    method = "gmres";
+
+  // Choose solver
+  if (method == "lu" || in_list(method, lu_methods))
+  {
+    // Adjust preconditioner default --> none
+    if (preconditioner == "default")
+      preconditioner = "none";
+
+    // Check that preconditioner has not been set
+    if (preconditioner != "none")
+    {
+      dolfin_error("LinearSolver.cpp",
+                   "solve linear system",
+                   "Preconditioner may not be specified for LU solver");
+    }
+
+    // Use default LU method if "lu" is specified
+    if (method == "lu")
+      method = "default";
+
+    // Initialize solver
+    solver.reset(new LUSolver(comm, method));
+
+    // Set parameter type
+    _parameter_type = "lu_solver";
+  }
+  else if (in_list(method, krylov_methods))
+  {
+    // Method and preconditioner will be checked by KrylovSolver
+
+    // Initialize solver
+    solver.reset(new KrylovSolver(comm, method, preconditioner));
+
+    // Set parameter type
+    _parameter_type = "krylov_solver";
+  }
+  else
+  {
+    dolfin_error("LinearSolver.cpp",
+                 "solve linear system",
+                 "Unknown solver method \"%s\". "
+                 "Use list_linear_solver_methods() to list available methods",
+                 method.c_str());
+  }
+
+  // Get parameters
+  parameters = solver->parameters;
+
+  // Rename the parameters
+  parameters.rename("linear_solver");
+}
+//-----------------------------------------------------------------------------
+LinearSolver::~LinearSolver()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void
+LinearSolver::set_operator(std::shared_ptr<const GenericLinearOperator> A)
+{
+  dolfin_assert(solver);
+  solver->parameters.update(parameters);
+  solver->set_operator(A);
+}
+//-----------------------------------------------------------------------------
+void
+LinearSolver::set_operators(std::shared_ptr<const GenericLinearOperator> A,
+                            std::shared_ptr<const GenericLinearOperator> P)
+{
+  dolfin_assert(solver);
+  solver->parameters.update(parameters);
+  solver->set_operators(A, P);
+}
+//-----------------------------------------------------------------------------
+std::size_t LinearSolver::solve(const GenericLinearOperator& A,
+                                 GenericVector& x,
+                                 const GenericVector& b)
+{
+  dolfin_assert(solver);
+  solver->parameters.update(parameters);
+  return solver->solve(A, x, b);
+}
+//-----------------------------------------------------------------------------
+std::size_t LinearSolver::solve(GenericVector& x, const GenericVector& b)
+{
+  dolfin_assert(solver);
+  solver->parameters.update(parameters);
+  return solver->solve(x, b);
+}
+//-----------------------------------------------------------------------------
+bool LinearSolver::in_list(const std::string& method,
+                           const std::map<std::string, std::string>& methods)
+{
+  return methods.find(method) != methods.end();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/la/LinearSolver.h b/dolfin/la/LinearSolver.h
new file mode 100644
index 0000000..687fa78
--- /dev/null
+++ b/dolfin/la/LinearSolver.h
@@ -0,0 +1,121 @@
+// Copyright (C) 2004-2016 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells 2006-2010
+// Modified by Ola Skavhaug 2008
+//
+// First added:  2004-06-19
+// Last changed: 2016-06-22
+
+#ifndef __LINEAR_SOLVER_H
+#define __LINEAR_SOLVER_H
+
+#include <memory>
+#include <string>
+#include <memory>
+#include <dolfin/common/types.h>
+#include "GenericLinearSolver.h"
+#include <dolfin/common/MPI.h>
+
+namespace dolfin
+{
+
+  class GenericLinearOperator;
+  class GenericVector;
+  class LUSolver;
+  class KrylovSolver;
+  class LinearVariationalSolver;
+
+  /// This class provides a general solver for linear systems Ax = b.
+
+  class LinearSolver : public GenericLinearSolver
+  {
+  public:
+
+    /// Create linear solver
+    explicit LinearSolver(std::string method="default",
+                          std::string preconditioner="default")
+      : LinearSolver(MPI_COMM_WORLD, method, preconditioner) {}
+
+    /// Create linear solver
+    explicit LinearSolver(MPI_Comm comm,
+                          std::string method="default",
+                          std::string preconditioner="default");
+
+    /// Destructor
+    ~LinearSolver();
+
+    /// Set the operator (matrix)
+    void set_operator(std::shared_ptr<const GenericLinearOperator> A);
+
+    /// Set the operator (matrix) and preconditioner matrix
+    void set_operators(std::shared_ptr<const GenericLinearOperator> A,
+                       std::shared_ptr<const GenericLinearOperator> P);
+
+    /// Solve linear system Ax = b
+    std::size_t solve(const GenericLinearOperator& A,
+                      GenericVector& x, const GenericVector& b);
+
+    /// Solve linear system Ax = b
+    std::size_t solve(GenericVector& x, const GenericVector& b);
+
+    /// Default parameter values
+    static Parameters default_parameters()
+    {
+      Parameters p("linear_solver");
+      return p;
+    }
+
+    /// Update solver parameters (pass parameters down to wrapped
+    /// implementation)
+    virtual void update_parameters(const Parameters& parameters)
+    {
+      this->parameters.update(parameters);
+      solver->update_parameters(parameters);
+    }
+
+    // FIXME: This should not be needed. Need to cleanup linear solver
+    // name jungle: default, lu, iterative, direct, krylov, etc
+    /// Return parameter type: "krylov_solver" or "lu_solver"
+    std::string parameter_type() const
+    { return _parameter_type; }
+
+  private:
+
+    // Friends
+    friend class LUSolver;
+    friend class KrylovSolver;
+    friend class LinearVariationalSolver;
+    friend class MixedLinearVariationalSolver;
+    friend class NewtonSolver;
+
+    // Check whether string is contained in list
+    static bool in_list(const std::string& method,
+                        const std::map<std::string, std::string>& methods);
+
+    // Solver
+    std::unique_ptr<GenericLinearSolver> solver;
+
+    // FIXME: This should not be needed
+    // Parameter type
+    std::string _parameter_type;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/la/Matrix.h b/dolfin/la/Matrix.h
new file mode 100644
index 0000000..b7df3c6
--- /dev/null
+++ b/dolfin/la/Matrix.h
@@ -0,0 +1,247 @@
+// Copyright (C) 2006-2008 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __MATRIX_H
+#define __MATRIX_H
+
+#include <memory>
+#include <tuple>
+#include "DefaultFactory.h"
+#include "GenericMatrix.h"
+
+namespace dolfin
+{
+
+  class GenericVector;
+  class TensorLayout;
+
+  /// This class provides the default DOLFIN matrix class,
+  /// based on the default DOLFIN linear algebra backend.
+
+  class Matrix : public GenericMatrix
+  {
+  public:
+
+    /// Create empty matrix
+    Matrix() : Matrix(MPI_COMM_WORLD) {}
+
+    /// Create empty matrix
+    explicit Matrix(MPI_Comm comm)
+    {
+      DefaultFactory factory;
+      matrix = factory.create_matrix(comm);
+    }
+
+    /// Copy constructor
+    Matrix(const Matrix& A) : matrix(A.matrix->copy()) {}
+
+    /// Create a Vector from a GenericVector
+    Matrix(const GenericMatrix& A) : matrix(A.copy()) {}
+
+    /// Destructor
+    virtual ~Matrix() {}
+
+    //--- Implementation of the GenericTensor interface ---
+
+    /// Initialize zero tensor using tensor layout
+    virtual void init(const TensorLayout& tensor_layout)
+    { matrix->init(tensor_layout); }
+
+    /// Return true if matrix is empty
+    virtual bool empty() const
+    { return matrix->empty(); }
+
+    /// Return size of given dimension
+    virtual std::size_t size(std::size_t dim) const
+    { return matrix->size(dim); }
+
+    /// Return local ownership range
+    virtual std::pair<std::int64_t, std::int64_t>
+      local_range(std::size_t dim) const
+    { return matrix->local_range(dim); }
+
+    /// Return number of non-zero entries in matrix (collective)
+    virtual std::size_t nnz() const
+    { return matrix->nnz(); }
+
+    /// Set all entries to zero and keep any sparse structure
+    virtual void zero()
+    { matrix->zero(); }
+
+    /// Finalize assembly of tensor
+    virtual void apply(std::string mode)
+    { matrix->apply(mode); }
+
+    /// Return MPI communicator
+    MPI_Comm mpi_comm() const
+    { return matrix->mpi_comm(); }
+
+    /// Return informal string representation (pretty-print)
+    virtual std::string str(bool verbose) const
+    { return "<Matrix wrapper of " + matrix->str(verbose) + ">"; }
+
+    //--- Implementation of the GenericMatrix interface ---
+
+    /// Return copy of matrix
+    virtual std::shared_ptr<GenericMatrix> copy() const
+    {
+      std::shared_ptr<Matrix> A(new Matrix(*this));
+      return A;
+    }
+
+    /// Resize vector y such that is it compatible with matrix for
+    /// multiplication Ax = b (dim = 0 -> b, dim = 1 -> x) In parallel
+    /// case, size and layout are important.
+    virtual void init_vector(GenericVector& y, std::size_t dim) const
+    { matrix->init_vector(y, dim); }
+
+    /// Get block of values
+    virtual void get(double* block,
+                     std::size_t m, const dolfin::la_index* rows,
+                     std::size_t n, const dolfin::la_index* cols) const
+    { matrix->get(block, m, rows, n, cols); }
+
+    /// Set block of values using global indices
+    virtual void set(const double* block,
+                     std::size_t m, const dolfin::la_index* rows,
+                     std::size_t n, const dolfin::la_index* cols)
+    { matrix->set(block, m, rows, n, cols); }
+
+    /// Set block of values using local indices
+    virtual void set_local(const double* block,
+                           std::size_t m, const dolfin::la_index* rows,
+                           std::size_t n, const dolfin::la_index* cols)
+    { matrix->set_local(block, m, rows, n, cols); }
+
+    /// Add block of values using global indices
+    virtual void add(const double* block,
+                     std::size_t m, const dolfin::la_index* rows,
+                     std::size_t n, const dolfin::la_index* cols)
+    { matrix->add(block, m, rows, n, cols); }
+
+    /// Add block of values using local indices
+    virtual void add_local(const double* block,
+                           std::size_t m, const dolfin::la_index* rows,
+                           std::size_t n, const dolfin::la_index* cols)
+    { matrix->add_local(block, m, rows, n, cols); }
+
+    /// Add multiple of given matrix (AXPY operation)
+    virtual void axpy(double a, const GenericMatrix& A,
+                      bool same_nonzero_pattern)
+    { matrix->axpy(a, A, same_nonzero_pattern); }
+
+    /// Return norm of matrix
+    virtual double norm(std::string norm_type) const
+    { return matrix->norm(norm_type); }
+
+    /// Get non-zero values of given row
+    virtual void getrow(std::size_t row, std::vector<std::size_t>& columns,
+                        std::vector<double>& values) const
+    { matrix->getrow(row, columns, values); }
+
+    /// Set values for given row
+    virtual void setrow(std::size_t row,
+                        const std::vector<std::size_t>& columns,
+                        const std::vector<double>& values)
+    { matrix->setrow(row, columns, values); }
+
+    /// Set given rows to zero
+    virtual void zero(std::size_t m, const dolfin::la_index* rows)
+    { matrix->zero(m, rows); }
+
+    /// Set given rows (local row indices) to zero
+    virtual void zero_local(std::size_t m, const dolfin::la_index* rows)
+    { matrix->zero_local(m, rows); }
+
+    /// Set given rows (global row indices) to identity matrix
+    virtual void ident(std::size_t m, const dolfin::la_index* rows)
+    { matrix->ident(m, rows); }
+
+    /// Set given rows (local row indices) to identity matrix
+    virtual void ident_local(std::size_t m, const dolfin::la_index* rows)
+    { matrix->ident_local(m, rows); }
+
+    // Matrix-vector product, y = Ax
+    virtual void mult(const GenericVector& x, GenericVector& y) const
+    { matrix->mult(x, y); }
+
+    // Matrix-vector product, y = Ax
+    virtual void transpmult(const GenericVector& x, GenericVector& y) const
+    { matrix->transpmult(x, y); }
+
+    /// Get diagonal of a matrix
+    virtual void get_diagonal(GenericVector& x) const
+    { matrix->get_diagonal(x); }
+
+    /// Set diagonal of a matrix
+    virtual void set_diagonal(const GenericVector& x)
+    { matrix->set_diagonal(x); }
+
+    /// Multiply matrix by given number
+    virtual const Matrix& operator*= (double a)
+    { *matrix *= a; return *this; }
+
+    /// Divide matrix by given number
+    virtual const Matrix& operator/= (double a)
+    { *matrix /= a; return *this; }
+
+    /// Assignment operator
+    virtual const GenericMatrix& operator= (const GenericMatrix& A)
+    { *matrix = A; return *this; }
+
+    /// Test if matrix is symmetric
+    virtual bool is_symmetric(double tol) const
+    { return matrix->is_symmetric(tol); }
+
+    //--- Special functions ---
+
+    /// Return linear algebra backend factory
+    virtual GenericLinearAlgebraFactory& factory() const
+    { return matrix->factory(); }
+
+    //--- Special functions, intended for library use only ---
+
+    /// Return concrete instance / unwrap (const version)
+    virtual const GenericMatrix* instance() const
+    { return matrix.get() ; }
+
+    /// Return concrete instance / unwrap (non-const version)
+    virtual GenericMatrix* instance()
+    { return matrix.get(); }
+
+    virtual std::shared_ptr<const LinearAlgebraObject> shared_instance() const
+    { return matrix; }
+
+    virtual std::shared_ptr<LinearAlgebraObject> shared_instance()
+    { return matrix; }
+
+    //--- Special Matrix functions ---
+
+    /// Assignment operator
+    const Matrix& operator= (const Matrix& A)
+    { *matrix = *A.matrix; return *this; }
+
+  private:
+
+    // Pointer to concrete implementation
+    std::shared_ptr<GenericMatrix> matrix;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/la/MueluPreconditioner.cpp b/dolfin/la/MueluPreconditioner.cpp
new file mode 100644
index 0000000..b2fb77b
--- /dev/null
+++ b/dolfin/la/MueluPreconditioner.cpp
@@ -0,0 +1,85 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifdef HAS_TRILINOS
+
+#include <MueLu_CreateTpetraPreconditioner.hpp>
+#include "BelosKrylovSolver.h"
+#include "KrylovSolver.h"
+#include "MueluPreconditioner.h"
+#include "TrilinosParameters.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MueluPreconditioner::MueluPreconditioner()
+{
+  // Set parameters
+  parameters = default_parameters();
+}
+//-----------------------------------------------------------------------------
+MueluPreconditioner::~MueluPreconditioner()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void MueluPreconditioner::init(std::shared_ptr<const TpetraMatrix> P)
+{
+  // Generate Trilinos parameters from dolfin parameters
+  Teuchos::RCP<Teuchos::ParameterList> paramList(new Teuchos::ParameterList);
+  TrilinosParameters::insert_parameters(parameters, paramList);
+
+  // FIXME: why does it need to be non-const when Ifpack2 uses const?
+  std::shared_ptr<TpetraMatrix> P_non_const
+    = std::const_pointer_cast<TpetraMatrix>(P);
+
+  _prec = MueLu::CreateTpetraPreconditioner(
+                Teuchos::rcp_dynamic_cast<op_type>(P_non_const->mat()),
+                *paramList);
+}
+//-----------------------------------------------------------------------------
+void MueluPreconditioner::set(BelosKrylovSolver& solver)
+{
+  solver._problem->setLeftPrec(_prec);
+}
+//-----------------------------------------------------------------------------
+std::string MueluPreconditioner::str(bool verbose) const
+{
+  std::stringstream s;
+  s << "<MueluPreconditioner>";
+  if (verbose)
+    s << _prec->description() << std::endl;
+
+  // Print off all the possible parameters
+  // FIXME: pipe this to stringstream and output when verbose is set
+  // Teuchos::RCP<const Teuchos::ParameterList> pList = MueLu::MasterList::List();
+  // pList->print();
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+Parameters MueluPreconditioner::default_parameters()
+{
+  Parameters p("muelu_preconditioner");
+  p.rename("muelu_preconditioner");
+  p.add("verbosity", "low");
+
+  return p;
+}
+//-----------------------------------------------------------------------------
+#endif
diff --git a/dolfin/la/MueluPreconditioner.h b/dolfin/la/MueluPreconditioner.h
new file mode 100644
index 0000000..a518adc
--- /dev/null
+++ b/dolfin/la/MueluPreconditioner.h
@@ -0,0 +1,81 @@
+// Copyright (C) 2014 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifndef __DOLFIN_MUELU_PRECONDITIONER_H
+#define __DOLFIN_MUELU_PRECONDITIONER_H
+
+#ifdef HAS_TRILINOS
+
+//#include <MueLu.hpp>
+#include <MueLu_TpetraOperator.hpp>
+
+#include "BelosKrylovSolver.h"
+#include "TrilinosPreconditioner.h"
+#include "TpetraMatrix.h"
+#include "TpetraVector.h"
+
+namespace dolfin
+{
+
+  /// Forward declarations
+  class BelosKrylovSolver;
+
+  /// Implements Muelu preconditioner from Trilinos
+
+  class MueluPreconditioner : public TrilinosPreconditioner, public Variable
+  {
+
+  public:
+
+    /// Create a particular preconditioner object
+    MueluPreconditioner();
+
+    /// Destructor
+    virtual ~MueluPreconditioner();
+
+    /// Set the preconditioner on a solver
+    virtual void set(BelosKrylovSolver& solver);
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+    /// Initialise preconditioner based on Operator P
+    virtual void init(std::shared_ptr<const TpetraMatrix> P);
+
+    /// Default parameter values
+    static Parameters default_parameters();
+
+  private:
+
+    typedef Tpetra::Operator<double, int, dolfin::la_index,
+                             TpetraVector::node_type> op_type;
+
+    typedef MueLu::TpetraOperator<double, int, dolfin::la_index,
+                                  TpetraVector::node_type> prec_type;
+
+    // Muelu preconditioner, to be constructed from a Tpetra Operator
+    // or Matrix
+    Teuchos::RCP<prec_type> _prec;
+
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/la/PETScBaseMatrix.cpp b/dolfin/la/PETScBaseMatrix.cpp
new file mode 100644
index 0000000..923a40e
--- /dev/null
+++ b/dolfin/la/PETScBaseMatrix.cpp
@@ -0,0 +1,150 @@
+// Copyright (C) 2011-2012 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-02-11
+// Last changed: 2012-08-22
+
+#ifdef HAS_PETSC
+
+#include <petscvec.h>
+#include <dolfin/log/log.h>
+#include "GenericVector.h"
+#include "PETScVector.h"
+#include "PETScBaseMatrix.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+PETScBaseMatrix::PETScBaseMatrix(Mat A) : _matA(A)
+{
+  // Increase reference count, and throw error if Mat pointer is NULL
+  if (_matA)
+    PetscObjectReference((PetscObject)_matA);
+  else
+  {
+    dolfin_error("PETScBaseMatrix.cpp",
+                 "initialize with PETSc Mat pointer",
+                 "Cannot wrap PETSc Mat objects that have not been initialized");
+  }
+}
+//-----------------------------------------------------------------------------
+PETScBaseMatrix::~PETScBaseMatrix()
+{
+  // Decrease reference count (PETSc will destroy object once
+  // reference counts reached zero)
+  if (_matA)
+    MatDestroy(&_matA);
+}
+//-----------------------------------------------------------------------------
+PETScBaseMatrix::PETScBaseMatrix(const PETScBaseMatrix& A)
+{
+  dolfin_error("PETScBaseMatrix.cpp",
+               "copy constructor",
+               "PETScBaseMatrix does not provide a copy constructor");
+}
+//-----------------------------------------------------------------------------
+std::size_t PETScBaseMatrix::size(std::size_t dim) const
+{
+  if (dim > 1)
+  {
+    dolfin_error("PETScBaseMatrix.cpp",
+                 "access size of PETSc matrix",
+                 "Illegal axis (%d), must be 0 or 1", dim);
+  }
+
+  dolfin_assert(_matA);
+  PetscInt m(0), n(0);
+  PetscErrorCode ierr = MatGetSize(_matA, &m, &n);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MetGetSize");
+  if (dim == 0)
+    return m > 0 ? m : 0;
+  else
+    return n > 0 ? n : 0;
+}
+//-----------------------------------------------------------------------------
+std::pair<std::int64_t, std::int64_t> PETScBaseMatrix::size() const
+{
+  dolfin_assert(_matA);
+  PetscInt m(0), n(0);
+  PetscErrorCode ierr = MatGetSize(_matA, &m, &n);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MetGetSize");
+  return {m, n};
+}
+//-----------------------------------------------------------------------------
+std::pair<std::int64_t, std::int64_t>
+PETScBaseMatrix::local_range(std::size_t dim) const
+{
+  dolfin_assert(dim <= 1);
+  if (dim == 1)
+  {
+    dolfin_error("PETScBaseMatrix.cpp",
+                 "access local column range for PETSc matrix",
+                 "Only local row range is available for PETSc matrices");
+  }
+
+  dolfin_assert(_matA);
+  PetscInt m(0), n(0);
+  PetscErrorCode ierr = MatGetOwnershipRange(_matA, &m, &n);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatGetOwnershipRange");
+  return {m, n};
+}
+//-----------------------------------------------------------------------------
+void PETScBaseMatrix::init_vector(GenericVector& z, std::size_t dim) const
+{
+  dolfin_assert(_matA);
+  PetscErrorCode ierr;
+
+  // Downcast vector
+  PETScVector& _z = as_type<PETScVector>(z);
+
+  // Create new PETSc vector
+  Vec x = nullptr;
+  if (dim == 0)
+  {
+    ierr = MatCreateVecs(_matA, NULL, &x);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "MatCreateVecs");
+  }
+  else if (dim == 1)
+  {
+    ierr = MatCreateVecs(_matA, &x, NULL);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "MatCreateVecs");
+  }
+  else
+  {
+    dolfin_error("PETScBaseMatrix.cpp",
+                 "initialize PETSc vector to match PETSc matrix",
+                 "Dimension must be 0 or 1, not %d", dim);
+  }
+
+  // Associate new PETSc Vec with _z (this will increase the reference
+  // count to x)
+  _z.reset(x);
+
+  // Decrease reference count
+  VecDestroy(&x);
+}
+//-----------------------------------------------------------------------------
+MPI_Comm PETScBaseMatrix::mpi_comm() const
+{
+  dolfin_assert(_matA);
+  MPI_Comm mpi_comm = MPI_COMM_NULL;
+  PetscObjectGetComm((PetscObject)_matA, &mpi_comm);
+  return mpi_comm;
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/la/PETScBaseMatrix.h b/dolfin/la/PETScBaseMatrix.h
new file mode 100644
index 0000000..49a1f15
--- /dev/null
+++ b/dolfin/la/PETScBaseMatrix.h
@@ -0,0 +1,107 @@
+// Copyright (C) 2005-2006 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Fredrik Valdmanis, 2011
+//
+// First added:  2005-01-17
+// Last changed: 2011-09-07
+
+#ifndef __PETSC_BASE_MATRIX_H
+#define __PETSC_BASE_MATRIX_H
+
+#ifdef HAS_PETSC
+
+#include <cinttypes>
+#include <cstddef>
+#include <memory>
+#include <string>
+#include <utility>
+#include <petscmat.h>
+
+#include <dolfin/common/types.h>
+#include <dolfin/common/Variable.h>
+#include "PETScObject.h"
+#include "PETScVector.h"
+
+namespace dolfin
+{
+
+  class GenericVector;
+  class PETScVector;
+
+  /// This class is a base class for matrices that can be used in
+  /// PETScKrylovSolver.
+
+  class PETScBaseMatrix : public PETScObject, public virtual Variable
+  {
+  public:
+
+    /// Constructor
+    PETScBaseMatrix() : _matA(nullptr) {}
+
+    /// Constructor
+    explicit PETScBaseMatrix(Mat A);
+
+    /// Copy constructor
+    PETScBaseMatrix(const PETScBaseMatrix& A);
+
+    /// Destructor
+    ~PETScBaseMatrix();
+
+    /// Return number of rows (dim = 0) or columns (dim = 1)
+    std::size_t size(std::size_t dim) const;
+
+    /// Return number of rows and columns (num_rows, num_cols). PETSc
+    /// returns -1 if size has not been set.
+    std::pair<std::int64_t, std::int64_t> size() const;
+
+    /// Return local range along dimension dim
+    std::pair<std::int64_t, std::int64_t> local_range(std::size_t dim) const;
+
+    /// Initialize vector to be compatible with the matrix-vector product
+    /// y = Ax. In the parallel case, both size and layout are
+    /// important.
+    ///
+    /// @param z (GenericVector&)
+    ///         Vector to initialise
+    /// @param      dim (std::size_t)
+    ///         The dimension (axis): dim = 0 --> z = y, dim = 1 --> z = x
+    void init_vector(GenericVector& z, std::size_t dim) const;
+
+    /// Return PETSc Mat pointer
+    Mat mat() const
+    { return _matA; }
+
+    /// Return the MPI communicator
+    MPI_Comm mpi_comm() const;
+
+    /// Return informal string representation (pretty-print)
+    virtual std::string str(bool verbose) const
+    { return "No str function for this PETSc matrix operator."; }
+
+  protected:
+
+    // PETSc Mat pointer
+    Mat _matA;
+
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/la/PETScFactory.cpp b/dolfin/la/PETScFactory.cpp
new file mode 100644
index 0000000..c89e6fd
--- /dev/null
+++ b/dolfin/la/PETScFactory.cpp
@@ -0,0 +1,94 @@
+// Copyright (C) 2005-2006 Ola Skavhaug
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2009-2012
+//
+// First added:  2007-12-06
+// Last changed: 2012-08-21
+
+#ifdef HAS_PETSC
+
+#include "SparsityPattern.h"
+#include "PETScLUSolver.h"
+#include "PETScMatrix.h"
+#include "PETScVector.h"
+#include "PETScLinearOperator.h"
+#include "PETScFactory.h"
+
+using namespace dolfin;
+
+// Singleton instance
+PETScFactory PETScFactory::factory;
+
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericMatrix> PETScFactory::create_matrix(MPI_Comm comm) const
+{
+  return std::make_shared<PETScMatrix>(comm);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericVector> PETScFactory:: create_vector(MPI_Comm comm) const
+{
+  return std::make_shared<PETScVector>(comm);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<TensorLayout>
+PETScFactory::create_layout(MPI_Comm comm, std::size_t rank) const
+{
+  TensorLayout::Sparsity sparsity = TensorLayout::Sparsity::DENSE;
+  if (rank > 1)
+    sparsity = TensorLayout::Sparsity::SPARSE;
+  return std::make_shared<TensorLayout>(comm, 0, sparsity);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericLinearOperator>
+PETScFactory::create_linear_operator(MPI_Comm comm) const
+{
+  return std::make_shared<PETScLinearOperator>(comm);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericLinearSolver>
+PETScFactory::create_lu_solver(MPI_Comm comm, std::string method) const
+{
+  return std::make_shared<PETScLUSolver>(comm, method);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericLinearSolver>
+PETScFactory::create_krylov_solver(MPI_Comm comm,
+                                   std::string method,
+                                   std::string preconditioner) const
+{
+  return std::make_shared<PETScKrylovSolver>(comm, method, preconditioner);
+}
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string> PETScFactory::lu_solver_methods() const
+{
+  return PETScLUSolver::methods();
+}
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string> PETScFactory::krylov_solver_methods() const
+{
+  return PETScKrylovSolver::methods();
+}
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string>
+PETScFactory::krylov_solver_preconditioners() const
+{
+  return PETScKrylovSolver::preconditioners();
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/la/PETScFactory.h b/dolfin/la/PETScFactory.h
new file mode 100644
index 0000000..1e121e4
--- /dev/null
+++ b/dolfin/la/PETScFactory.h
@@ -0,0 +1,99 @@
+// Copyright (C) 2007 Ola Skavhaug
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2011-2012
+//
+// First added:  2007-11-30
+// Last changed: 2012-08-20
+
+#ifdef HAS_PETSC
+
+#ifndef __PETSC_FACTORY_H
+#define __PETSC_FACTORY_H
+
+#include <string>
+#include <memory>
+#include <dolfin/common/types.h>
+#include "PETScKrylovSolver.h"
+#include "PETScLUSolver.h"
+#include "PETScMatrix.h"
+#include "PETScVector.h"
+#include "TensorLayout.h"
+#include "GenericLinearAlgebraFactory.h"
+
+namespace dolfin
+{
+
+  /// PETSc linear algebra factory
+
+  class PETScFactory : public GenericLinearAlgebraFactory
+  {
+  public:
+
+    /// Destructor
+    virtual ~PETScFactory() {}
+
+    /// Create empty matrix
+    std::shared_ptr<GenericMatrix> create_matrix(MPI_Comm comm) const;
+
+    /// Create empty vector
+    std::shared_ptr<GenericVector> create_vector(MPI_Comm comm) const;
+
+    /// Create empty tensor layout
+    std::shared_ptr<TensorLayout> create_layout(MPI_Comm comm,
+                                                std::size_t rank) const;
+
+    /// Create empty linear operator
+    std::shared_ptr<GenericLinearOperator>
+      create_linear_operator(MPI_Comm comm) const;
+
+    /// Create LU solver
+    std::shared_ptr<GenericLinearSolver>
+    create_lu_solver(MPI_Comm comm, std::string method) const;
+
+    /// Create Krylov solver
+    std::shared_ptr<GenericLinearSolver>
+    create_krylov_solver(MPI_Comm comm,
+                         std::string method,
+                         std::string preconditioner) const;
+
+    /// Return a list of available LU solver methods
+    std::map<std::string, std::string> lu_solver_methods() const;
+
+    /// Return a list of available Krylov solver methods
+    std::map<std::string, std::string> krylov_solver_methods() const;
+
+    /// Return a list of available preconditioners
+    std::map<std::string, std::string> krylov_solver_preconditioners() const;
+
+    /// Return singleton instance
+    static PETScFactory& instance()
+    { return factory; }
+
+  private:
+
+    /// Private constructor
+    PETScFactory() {}
+    static PETScFactory factory;
+
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/la/PETScKrylovSolver.cpp b/dolfin/la/PETScKrylovSolver.cpp
new file mode 100644
index 0000000..e729093
--- /dev/null
+++ b/dolfin/la/PETScKrylovSolver.cpp
@@ -0,0 +1,718 @@
+// Copyright (C) 2014 Johan Jansson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2005-2012
+// Modified by Garth N. Wells 2005-2010
+// Modified by Fredrik Valdmanis 2011
+
+#ifdef HAS_PETSC
+
+#include <petsclog.h>
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/fem/PETScDMCollection.h>
+#include "GenericMatrix.h"
+#include "GenericVector.h"
+#include "KrylovSolver.h"
+#include "PETScBaseMatrix.h"
+#include "PETScMatrix.h"
+#include "PETScPreconditioner.h"
+#include "PETScVector.h"
+#include "VectorSpaceBasis.h"
+#include "PETScKrylovSolver.h"
+
+using namespace dolfin;
+
+// Map from method string to PETSc (for subset of PETSc solvers)
+const std::map<std::string, const KSPType> PETScKrylovSolver::_methods
+= { {"default",  ""},
+    {"cg",         KSPCG},
+    {"gmres",      KSPGMRES},
+    {"minres",     KSPMINRES},
+    {"tfqmr",      KSPTFQMR},
+    {"richardson", KSPRICHARDSON},
+    {"bicgstab",   KSPBCGS},
+    #if PETSC_VERSION_MAJOR == 3 && PETSC_VERSION_MINOR <= 7 && PETSC_VERSION_RELEASE == 1
+    {"nash",       KSPNASH},
+    {"stcg",       KSPSTCG}
+    #endif
+};
+
+// Map from method string to description
+const std::map<std::string, std::string>
+PETScKrylovSolver::_methods_descr
+=
+{ {"default",    "default Krylov method"},
+  {"cg",         "Conjugate gradient method"},
+  {"gmres",      "Generalized minimal residual method"},
+  {"minres",     "Minimal residual method"},
+  {"tfqmr",      "Transpose-free quasi-minimal residual method"},
+  {"richardson", "Richardson method"},
+  {"bicgstab",   "Biconjugate gradient stabilized method"} };
+
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string> PETScKrylovSolver::methods()
+{
+  return PETScKrylovSolver::_methods_descr;
+}
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string> PETScKrylovSolver::preconditioners()
+{
+  return PETScPreconditioner::preconditioners();
+}
+//-----------------------------------------------------------------------------
+Parameters PETScKrylovSolver::default_parameters()
+{
+  Parameters p(KrylovSolver::default_parameters());
+  p.rename("petsc_krylov_solver");
+
+  // Allowed norm type used in convergence test (none set)
+  std::set<std::string> allowed_norms = {"preconditioned", "true", "natural", "none"};
+  p.add("convergence_norm_type", allowed_norms);
+
+  return p;
+}
+//-----------------------------------------------------------------------------
+PETScKrylovSolver::PETScKrylovSolver(MPI_Comm comm, std::string method,
+                                     std::string preconditioner)
+  : _ksp(NULL), preconditioner_set(false)
+{
+   // Check that the requested method is known
+  if (_methods.find(method) == _methods.end())
+  {
+    dolfin_error("PETScKrylovSolver.cpp",
+                 "create PETSc Krylov solver",
+                 "Unknown Krylov method \"%s\"", method.c_str());
+  }
+
+  // Set parameter values
+  parameters = default_parameters();
+
+  PetscErrorCode ierr;
+
+  // Create PETSc KSP object
+  ierr = KSPCreate(comm, &_ksp);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "KSPCreate");
+
+  // Set Krylov solver type
+  if (method != "default")
+  {
+    ierr = KSPSetType(_ksp, _methods.find(method)->second);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSetType");
+  }
+
+  // Set preconditioner type
+  PETScPreconditioner::set_type(*this, preconditioner);
+}
+//-----------------------------------------------------------------------------
+PETScKrylovSolver::PETScKrylovSolver(std::string method,
+                                     std::string preconditioner)
+  : PETScKrylovSolver(MPI_COMM_WORLD, method, preconditioner)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+PETScKrylovSolver::PETScKrylovSolver(MPI_Comm comm, std::string method,
+  std::shared_ptr<PETScPreconditioner> preconditioner)
+  : _ksp(NULL), _preconditioner(preconditioner),
+  preconditioner_set(false)
+{
+  // Set parameter values
+  parameters = default_parameters();
+
+  PetscErrorCode ierr;
+
+  // Create PETSc KSP object
+  ierr = KSPCreate(comm, &_ksp);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "KSPCreate");
+
+  // Set Krylov solver type
+  if (method != "default")
+  {
+    ierr = KSPSetType(_ksp, _methods.find(method)->second);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSetType");
+  }
+}
+//-----------------------------------------------------------------------------
+PETScKrylovSolver::PETScKrylovSolver(std::string method,
+  std::shared_ptr<PETScPreconditioner> preconditioner)
+  : PETScKrylovSolver(MPI_COMM_WORLD, method, preconditioner)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+PETScKrylovSolver::PETScKrylovSolver(KSP ksp) : _ksp(ksp),
+                                                preconditioner_set(true)
+{
+  // Set parameter values
+  this->parameters = default_parameters();
+
+  PetscErrorCode ierr;
+  if (_ksp)
+  {
+    // Increment reference count since we holding a pointer to it
+    ierr = PetscObjectReference((PetscObject)_ksp);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "PetscObjectReference");
+  }
+  else
+  {
+    dolfin_error("PETScKrylovSolver.cpp",
+                 "initialize PETScKrylovSolver with PETSc KSP object",
+                 "PETSc KSP must be initialised (KSPCreate) before wrapping");
+  }
+}
+//-----------------------------------------------------------------------------
+PETScKrylovSolver::~PETScKrylovSolver()
+{
+  // Decrease reference count for KSP object, and clean-up if
+  // reference count goes to zero.
+  if (_ksp)
+    KSPDestroy(&_ksp);
+}
+//-----------------------------------------------------------------------------
+void
+PETScKrylovSolver::set_operator(std::shared_ptr<const GenericLinearOperator> A)
+{
+  set_operators(A, A);
+}
+//-----------------------------------------------------------------------------
+void PETScKrylovSolver::set_operator(const PETScBaseMatrix& A)
+{
+  set_operators(A, A);
+}
+//-----------------------------------------------------------------------------
+void PETScKrylovSolver::set_operators(
+  std::shared_ptr<const GenericLinearOperator> A,
+  std::shared_ptr<const GenericLinearOperator> P)
+{
+  set_operators(*as_type<const PETScBaseMatrix>(A),
+                *as_type<const PETScBaseMatrix>(P));
+}
+//-----------------------------------------------------------------------------
+void PETScKrylovSolver::set_operators(const PETScBaseMatrix& A,
+                                      const PETScBaseMatrix& P)
+{
+  dolfin_assert(A.mat());
+  dolfin_assert(P.mat());
+  dolfin_assert(_ksp);
+
+  PetscErrorCode ierr;
+  ierr = KSPSetOperators(_ksp, A.mat(), P.mat());
+  if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSetOperators");
+}
+//-----------------------------------------------------------------------------
+std::size_t PETScKrylovSolver::solve(GenericVector& x, const GenericVector& b)
+{
+  return solve(as_type<PETScVector>(x), as_type<const PETScVector>(b),
+               false);
+}
+//-----------------------------------------------------------------------------
+std::size_t PETScKrylovSolver::solve(GenericVector& x, const GenericVector& b,
+                                     bool transpose)
+{
+  return solve(as_type<PETScVector>(x), as_type<const PETScVector>(b),
+               transpose);
+}
+//-----------------------------------------------------------------------------
+std::size_t PETScKrylovSolver::solve(const GenericLinearOperator& A,
+                                     GenericVector& x, const GenericVector& b)
+{
+  return _solve(as_type<const PETScBaseMatrix>(A), as_type<PETScVector>(x),
+                as_type<const PETScVector>(b));
+}
+//-----------------------------------------------------------------------------
+std::size_t PETScKrylovSolver::solve(PETScVector& x, const PETScVector& b,
+                                     bool transpose)
+{
+  Timer timer("PETSc Krylov solver");
+
+  // Get PETSc operators
+  Mat _A, _P;
+  KSPGetOperators(_ksp, &_A, &_P);
+  dolfin_assert(_A);
+
+  // Create wrapper around PETSc Mat object
+  PETScBaseMatrix A(_A);
+
+  PetscErrorCode ierr;
+
+  // Check dimensions
+  const std::size_t M = A.size(0);
+  const std::size_t N = A.size(1);
+  if (M != b.size())
+  {
+    dolfin_error("PETScKrylovSolver.cpp",
+                 "unable to solve linear system with PETSc Krylov solver",
+                 "Non-matching dimensions for linear system (matrix has %ld rows and right-hand side vector has %ld rows)",
+                 M, b.size());
+  }
+
+  // Write a message
+  const bool report = this->parameters["report"].is_set() ? this->parameters["report"] : false;
+  if (report and dolfin::MPI::rank(this->mpi_comm()) == 0)
+  {
+    info("Solving linear system of size %ld x %ld (PETSc Krylov solver).", M, N);
+  }
+
+  // Non-zero initial guess to true/false
+  if (this->parameters["nonzero_initial_guess"].is_set())
+  {
+    const bool nonzero_guess = this->parameters["nonzero_initial_guess"];
+    this->set_nonzero_guess(nonzero_guess);
+  }
+
+  // Monitor convergence
+  if (this->parameters["monitor_convergence"].is_set())
+  {
+    const bool monitor_convergence = parameters["monitor_convergence"];
+    this->monitor(monitor_convergence);
+  }
+
+  // Check if a tolerance has been set
+  if (parameters["relative_tolerance"].is_set()
+      or parameters["absolute_tolerance"].is_set()
+      or parameters["divergence_limit"].is_set()
+      or parameters["maximum_iterations"].is_set())
+  {
+    // Set tolerances
+    const double rtol = parameters["relative_tolerance"].is_set() ? (double)parameters["relative_tolerance"] : PETSC_DEFAULT;
+    const double atol = parameters["absolute_tolerance"].is_set() ? (double)parameters["absolute_tolerance"] : PETSC_DEFAULT;
+    const double dtol = parameters["divergence_limit"].is_set() ? (double)parameters["divergence_limit"] : PETSC_DEFAULT;
+    const int max_it  = parameters["maximum_iterations"].is_set() ? (int)parameters["maximum_iterations"] : PETSC_DEFAULT;
+    set_tolerances(rtol, atol, dtol, max_it);
+  }
+
+  // FIXME: Solve using matrix-free matrices fails if no user provided
+  //        Prec is provided
+  // Set preconditioner if necessary
+  if (_preconditioner && !preconditioner_set)
+  {
+    _preconditioner->set(*this);
+    preconditioner_set = true;
+  }
+
+  // Set convergence norm type
+  if (this->parameters["convergence_norm_type"].is_set())
+  {
+    const std::string convergence_norm_type
+      = this->parameters["convergence_norm_type"];
+    set_norm_type(get_norm_type(convergence_norm_type));
+  }
+
+  // Initialize solution vector, if necessary
+  if (x.empty())
+  {
+    A.init_vector(x, 1);
+    // Zero the vector unless PETSc does it for us
+    PetscBool nonzero_guess;
+    ierr = KSPGetInitialGuessNonzero(_ksp, &nonzero_guess);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "KSPGetInitialGuessNonzero");
+    if (nonzero_guess)
+      x.zero();
+  }
+
+  // Solve linear system
+  if (dolfin::MPI::rank(this->mpi_comm()) == 0)
+  {
+    log(PROGRESS, "PETSc Krylov solver starting to solve %i x %i system.",
+        M, N);
+  }
+
+  // Solve system
+  if (!transpose)
+  {
+    ierr =  KSPSolve(_ksp, b.vec(), x.vec());
+    if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSolve");
+  }
+  else
+  {
+    ierr =  KSPSolveTranspose(_ksp, b.vec(), x.vec());
+    if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSolve");
+  }
+
+  // Update ghost values in solution vector
+  x.update_ghost_values();
+
+  // Get the number of iterations
+  PetscInt num_iterations = 0;
+  ierr = KSPGetIterationNumber(_ksp, &num_iterations);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "KSPGetIterationNumber");
+
+  // Check if the solution converged and print error/warning if not
+  // converged
+  KSPConvergedReason reason;
+  ierr = KSPGetConvergedReason(_ksp, &reason);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "KSPGetConvergedReason");
+  if (reason < 0)
+  {
+    // Get solver residual norm
+    double rnorm = 0.0;
+    ierr = KSPGetResidualNorm(_ksp, &rnorm);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "KSPGetResidualNorm");
+    const char *reason_str = KSPConvergedReasons[reason];
+    bool error_on_nonconvergence = this->parameters["error_on_nonconvergence"].is_set() ? this->parameters["error_on_nonconvergence"] : true;
+    if (error_on_nonconvergence)
+    {
+      dolfin_error("PETScKrylovSolver.cpp",
+                   "solve linear system using PETSc Krylov solver",
+                   "Solution failed to converge in %i iterations (PETSc reason %s, residual norm ||r|| = %e)",
+                   static_cast<int>(num_iterations), reason_str, rnorm);
+    }
+    else
+    {
+      warning("Krylov solver did not converge in %i iterations (PETSc reason %s, residual norm ||r|| = %e).",
+              num_iterations, reason_str, rnorm);
+    }
+  }
+
+  // Report results
+  if (report && dolfin::MPI::rank(this->mpi_comm()) == 0)
+    write_report(num_iterations, reason);
+
+  return num_iterations;
+}
+//-----------------------------------------------------------------------------
+void PETScKrylovSolver::set_nonzero_guess(bool nonzero_guess)
+{
+  dolfin_assert(_ksp);
+  const PetscBool _nonzero_guess = nonzero_guess ? PETSC_TRUE : PETSC_FALSE;
+  PetscErrorCode ierr = KSPSetInitialGuessNonzero(_ksp, _nonzero_guess);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSetIntialGuessNonzero");
+}
+//-----------------------------------------------------------------------------
+void PETScKrylovSolver::set_reuse_preconditioner(bool reuse_pc)
+{
+  dolfin_assert(_ksp);
+  const PetscBool _reuse_pc = reuse_pc ? PETSC_TRUE : PETSC_FALSE;
+  PetscErrorCode ierr = KSPSetReusePreconditioner(_ksp, _reuse_pc);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSetReusePreconditioner");
+}
+//-----------------------------------------------------------------------------
+void PETScKrylovSolver::set_tolerances(double relative, double absolute,
+                                       double diverged, int max_iter)
+{
+  dolfin_assert(_ksp);
+  PetscErrorCode ierr = KSPSetTolerances(_ksp, relative, absolute, diverged,
+                                         max_iter);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSetTolerances");
+}
+//-----------------------------------------------------------------------------
+void PETScKrylovSolver::set_norm_type(norm_type type)
+{
+  KSPNormType ksp_norm_type = KSP_NORM_DEFAULT;
+  switch (type)
+  {
+  case norm_type::none:
+    ksp_norm_type = KSP_NORM_NONE;
+    break;
+  case norm_type::default_norm:
+    ksp_norm_type = KSP_NORM_DEFAULT;
+    break;
+  case norm_type::preconditioned:
+    ksp_norm_type = KSP_NORM_PRECONDITIONED;
+    break;
+  case norm_type::unpreconditioned:
+    ksp_norm_type = KSP_NORM_UNPRECONDITIONED;
+    break;
+  case norm_type::natural:
+    ksp_norm_type = KSP_NORM_NATURAL;
+    break;
+  default:
+    dolfin_error("PETScKrylovSolver.cpp",
+                 "set convergence norm type",
+                 "Unknown norm type");
+  }
+
+  dolfin_assert(_ksp);
+  KSPSetNormType(_ksp, ksp_norm_type);
+}
+//-----------------------------------------------------------------------------
+void PETScKrylovSolver::set_dm(DM dm)
+{
+  dolfin_assert(_ksp);
+  KSPSetDM(_ksp, dm);
+}
+//-----------------------------------------------------------------------------
+void PETScKrylovSolver::set_dm_active(bool val)
+{
+  dolfin_assert(_ksp);
+  if (val)
+    KSPSetDMActive(_ksp, PETSC_TRUE);
+  else
+    KSPSetDMActive(_ksp, PETSC_FALSE);
+}
+//-----------------------------------------------------------------------------
+PETScKrylovSolver::norm_type PETScKrylovSolver::get_norm_type() const
+{
+  // Get norm type from PETSc
+  dolfin_assert(_ksp);
+  KSPNormType ksp_norm_type = KSP_NORM_DEFAULT;
+  KSPGetNormType(_ksp, &ksp_norm_type);
+
+  // Return appropriate DOLFIN enum type
+  switch (ksp_norm_type)
+  {
+  case KSP_NORM_NONE:
+    return norm_type::none;
+  case KSP_NORM_PRECONDITIONED:
+    return norm_type::preconditioned;
+  case KSP_NORM_UNPRECONDITIONED:
+    return norm_type::unpreconditioned;
+  case KSP_NORM_NATURAL:
+    return norm_type::natural;
+  case KSP_NORM_DEFAULT:
+    return norm_type::default_norm;
+  default:
+    dolfin_error("PETScKrylovSolver.cpp",
+                 "set convergence norm type",
+                 "Unknown norm type");
+    return norm_type::none;
+  }
+}
+//-----------------------------------------------------------------------------
+void PETScKrylovSolver::monitor(bool monitor_convergence)
+{
+  dolfin_assert(_ksp);
+  PetscErrorCode ierr;
+  if (monitor_convergence)
+  {
+    PetscViewer viewer = PETSC_VIEWER_STDOUT_(PetscObjectComm((PetscObject)_ksp));
+    PetscViewerFormat format = PETSC_VIEWER_DEFAULT;
+    PetscViewerAndFormat *vf;
+    PetscViewerAndFormatCreate(viewer,format,&vf);
+    ierr = KSPMonitorSet(_ksp,
+                         (PetscErrorCode (*)(KSP,PetscInt,PetscReal,void*)) KSPMonitorTrueResidualNorm,
+                         vf,
+                         (PetscErrorCode (*)(void**))PetscViewerAndFormatDestroy);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "KSPMonitorSet");
+  }
+  else
+  {
+    ierr = KSPMonitorCancel(_ksp);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "KSPMonitorCancel");
+  }
+}
+//-----------------------------------------------------------------------------
+void PETScKrylovSolver::set_options_prefix(std::string options_prefix)
+{
+  // Set options prefix
+  dolfin_assert(_ksp);
+  PetscErrorCode ierr = KSPSetOptionsPrefix(_ksp, options_prefix.c_str());
+  if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSetOptionsPrefix");
+}
+//-----------------------------------------------------------------------------
+std::string PETScKrylovSolver::get_options_prefix() const
+{
+  dolfin_assert(_ksp);
+  const char* prefix = NULL;
+  PetscErrorCode ierr = KSPGetOptionsPrefix(_ksp, &prefix);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "KSPGetOptionsPrefix");
+  return std::string(prefix);
+}
+//-----------------------------------------------------------------------------
+void PETScKrylovSolver::set_from_options() const
+{
+  dolfin_assert(_ksp);
+  PetscErrorCode ierr = KSPSetFromOptions(_ksp);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSetFromOptions");
+}
+//-----------------------------------------------------------------------------
+std::string PETScKrylovSolver::str(bool verbose) const
+{
+  dolfin_assert(_ksp);
+  std::stringstream s;
+  if (verbose)
+  {
+    warning("Verbose output for PETScKrylovSolver not implemented, calling \
+PETSc KSPView directly.");
+    PetscErrorCode ierr = KSPView(_ksp, PETSC_VIEWER_STDOUT_WORLD);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "KSPView");
+  }
+  else
+    s << "<PETScKrylovSolver>";
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+MPI_Comm PETScKrylovSolver::mpi_comm() const
+{
+  dolfin_assert(_ksp);
+  MPI_Comm mpi_comm = MPI_COMM_NULL;
+  PetscObjectGetComm((PetscObject)_ksp, &mpi_comm);
+  return mpi_comm;
+}
+//-----------------------------------------------------------------------------
+KSP PETScKrylovSolver::ksp() const
+{
+  return _ksp;
+}
+//-----------------------------------------------------------------------------
+PETScKrylovSolver::norm_type PETScKrylovSolver::get_norm_type(std::string norm)
+{
+  if (norm == "none")
+    return norm_type::none;
+  else if (norm == "default")
+    return norm_type::default_norm;
+  else if (norm == "preconditioned")
+    return norm_type::preconditioned;
+  else if (norm == "true")
+    return norm_type::unpreconditioned;
+  else if (norm == "natural")
+    return norm_type::natural;
+  else
+  {
+    dolfin_error("PETScKrylovSolver.cpp",
+                 "get norm type from enum",
+                 "Unknown norm type \"%s\"", norm.c_str());
+    return norm_type::none;
+  }
+}
+//-----------------------------------------------------------------------------
+std::size_t PETScKrylovSolver::_solve(const PETScBaseMatrix& A, PETScVector& x,
+                                      const PETScVector& b)
+{
+  // Set operator
+  dolfin_assert(_ksp);
+  dolfin_assert(A.mat());
+  KSPSetOperators(_ksp, A.mat(), A.mat());
+
+  // Call solve
+  std::size_t num_iter = solve(x, b);
+
+  // Clear operators
+  KSPSetOperators(_ksp, nullptr, nullptr);
+
+  return num_iter;
+}
+//-----------------------------------------------------------------------------
+void PETScKrylovSolver::write_report(int num_iterations,
+                                     KSPConvergedReason reason)
+{
+  dolfin_assert(_ksp);
+
+  PetscErrorCode ierr;
+
+  // Get name of solver and preconditioner
+  PC pc;
+  KSPType ksp_type;
+  PCType pc_type;
+
+  ierr = KSPGetType(_ksp, &ksp_type);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "KSPGetType");
+
+  ierr = KSPGetPC(_ksp, &pc);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "KSPGetPC");
+
+  ierr = PCGetType(pc, &pc_type);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "PCGetType");
+
+  // If using additive Schwarz or block Jacobi, get 'sub' method which
+  // is applied to each block
+  const std::string pc_type_str = pc_type;
+  KSPType sub_ksp_type;
+  PCType sub_pc_type;
+  PC sub_pc;
+  KSP* sub_ksp = NULL;
+  if (pc_type_str == PCASM || pc_type_str == PCBJACOBI)
+  {
+    if (pc_type_str == PCASM)
+    {
+      ierr = PCASMGetSubKSP(pc, NULL, NULL, &sub_ksp);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "PCASMGetSubKSP");
+    }
+    else if (pc_type_str == PCBJACOBI)
+    {
+      ierr = PCBJacobiGetSubKSP(pc, NULL, NULL, &sub_ksp);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "PCBJacobiGetSubKSP");
+    }
+    ierr = KSPGetType(*sub_ksp, &sub_ksp_type);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "KSPGetType");
+
+    ierr = KSPGetPC(*sub_ksp, &sub_pc);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "KSPGetPC");
+
+    ierr = PCGetType(sub_pc, &sub_pc_type);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "PCGetType");
+  }
+
+  // FIXME: Get preconditioner description from PETScPreconditioner
+
+  // Report number of iterations and solver type
+  if (reason >= 0)
+  {
+    log(PROGRESS, "PETSc Krylov solver (%s, %s) converged in %d iterations.",
+        ksp_type, pc_type, num_iterations);
+  }
+  else
+  {
+    log(PROGRESS, "PETSc Krylov solver (%s, %s) failed to converge in %d iterations.",
+        ksp_type, pc_type, num_iterations);
+  }
+
+  if (pc_type_str == PCASM || pc_type_str == PCBJACOBI)
+  {
+    log(PROGRESS, "PETSc Krylov solver preconditioner (%s) submethods: (%s, %s)",
+        pc_type, sub_ksp_type, sub_pc_type);
+  }
+
+  #if PETSC_HAVE_HYPRE
+  if (pc_type_str == PCHYPRE)
+  {
+    const char* hypre_sub_type;
+    ierr = PCHYPREGetType(pc, &hypre_sub_type);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "PCHYPREGetType");
+
+    log(PROGRESS, "  Hypre preconditioner method: %s", hypre_sub_type);
+  }
+  #endif
+}
+//-----------------------------------------------------------------------------
+void PETScKrylovSolver::check_dimensions(const PETScBaseMatrix& A,
+                                         const GenericVector& x,
+                                         const GenericVector& b) const
+{
+  // Check dimensions of A
+  if (A.size(0) == 0 || A.size(1) == 0)
+  {
+    dolfin_error("PETScKrylovSolver.cpp",
+                 "unable to solve linear system with PETSc Krylov solver",
+                 "Matrix does not have a nonzero number of rows and columns");
+  }
+
+  // Check dimensions of A vs b
+  if (A.size(0) != b.size())
+  {
+    dolfin_error("PETScKrylovSolver.cpp",
+                 "unable to solve linear system with PETSc Krylov solver",
+                 "Non-matching dimensions for linear system (matrix has %ld rows and right-hand side vector has %ld rows)",
+                 A.size(0), b.size());
+  }
+
+  // Check dimensions of A vs x
+  if (!x.empty() && x.size() != A.size(1))
+  {
+    dolfin_error("PETScKrylovSolver.cpp",
+                 "unable to solve linear system with PETSc Krylov solver",
+                 "Non-matching dimensions for linear system (matrix has %ld columns and solution vector has %ld rows)",
+                 A.size(1), x.size());
+  }
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/la/PETScKrylovSolver.h b/dolfin/la/PETScKrylovSolver.h
new file mode 100644
index 0000000..3a1e2e1
--- /dev/null
+++ b/dolfin/la/PETScKrylovSolver.h
@@ -0,0 +1,227 @@
+// Copyright (C) 2004-2015 Johan Jansson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2005-2012
+// Modified by Johan Hoffman 2005
+// Modified by Andy R. Terrel 2005
+// Modified by Garth N. Wells 2005-2010
+
+#ifndef __DOLFIN_PETSC_KRYLOV_SOLVER_H
+#define __DOLFIN_PETSC_KRYLOV_SOLVER_H
+
+#ifdef HAS_PETSC
+
+#include <map>
+#include <memory>
+#include <string>
+#include <petscksp.h>
+#include <dolfin/common/types.h>
+#include "GenericLinearSolver.h"
+#include "PETScObject.h"
+
+namespace dolfin
+{
+
+  /// Forward declarations
+  class GenericMatrix;
+  class GenericVector;
+  class PETScBaseMatrix;
+  class PETScMatrix;
+  class PETScVector;
+  class PETScPreconditioner;
+  class PETScSNESSolver;
+  class VectorSpaceBasis;
+
+  class PETScDMCollection;
+
+  /// This class implements Krylov methods for linear systems of the
+  /// form Ax = b. It is a wrapper for the Krylov solvers of PETSc.
+
+  class PETScKrylovSolver : public GenericLinearSolver, public PETScObject
+  {
+  public:
+
+    /// Norm types used in convergence testing. Not all solvers types
+    /// support all norm types (see
+    /// http://www.mcs.anl.gov/petsc/petsc-current/docs/manualpages/KSP/KSPSetNormType.html). Note
+    /// that 'default' is a reserved keyword, so we use 'default_norm'
+    enum class norm_type {none, default_norm, preconditioned, unpreconditioned, natural};
+
+    /// Create Krylov solver for a particular method and named
+    /// preconditioner
+    PETScKrylovSolver(MPI_Comm comm,
+                      std::string method="default",
+                      std::string preconditioner="default");
+
+    /// Create Krylov solver for a particular method and named
+    /// preconditioner
+    PETScKrylovSolver(std::string method="default",
+                      std::string preconditioner="default");
+
+    /// Create Krylov solver for a particular method and
+    /// PETScPreconditioner (shared_ptr version)
+    PETScKrylovSolver(MPI_Comm comm,
+                      std::string method,
+                      std::shared_ptr<PETScPreconditioner> preconditioner);
+
+    /// Create Krylov solver for a particular method and
+    /// PETScPreconditioner (shared_ptr version)
+    PETScKrylovSolver(std::string method,
+                      std::shared_ptr<PETScPreconditioner> preconditioner);
+
+    /// Create solver wrapper of a PETSc KSP object
+    explicit PETScKrylovSolver(KSP ksp);
+
+    /// Destructor
+    virtual ~PETScKrylovSolver();
+
+    /// Set operator (matrix)
+    void set_operator(std::shared_ptr<const GenericLinearOperator> A);
+
+    /// Set operator (PETScMatrix). This is memory-safe as PETSc will
+    /// increase the reference count to the underlying PETSc object.
+    void set_operator(const PETScBaseMatrix& A);
+
+    /// Set operator (matrix) and preconditioner matrix
+    void set_operators(std::shared_ptr<const GenericLinearOperator> A,
+                       std::shared_ptr<const GenericLinearOperator> P);
+
+    /// Set operator and preconditioner matrix (PETScMatrix). This is
+    /// memory-safe as PETSc will increase the reference count to the
+    /// underlying PETSc objects.
+    void set_operators(const PETScBaseMatrix& A, const PETScBaseMatrix& P);
+
+    /// Solve linear system Ax = b and return number of iterations
+    std::size_t solve(GenericVector& x, const GenericVector& b);
+
+    /// Solve linear system Ax = b and return number of iterations
+    /// (A^t x = b if transpose is true)
+    std::size_t solve(GenericVector& x, const GenericVector& b,
+                      bool transpose);
+
+    /// Solve linear system Ax = b and return number of iterations
+    /// (A^t x = b if transpose is true)
+    std::size_t solve(PETScVector& x, const PETScVector& b,
+                      bool transpose=false);
+
+    /// Solve linear system Ax = b and return number of iterations
+    std::size_t solve(const GenericLinearOperator& A, GenericVector& x,
+                      const GenericVector& b);
+
+    /// Use nonzero initial guess for solution function
+    /// (nonzero_guess=true, the solution vector x will not be zeroed
+    /// before the solver starts)
+    void set_nonzero_guess(bool nonzero_guess);
+
+    /// Reuse preconditioner if true, even if matrix operator changes
+    /// (by default preconditioner will be re-built if the matrix
+    /// changes)
+    void set_reuse_preconditioner(bool reuse_pc);
+
+    /// Set tolerances (relative residual, alsolute residial, maximum
+    /// number of iterations)
+    void set_tolerances(double relative, double absolute, double diverged,
+                        int max_iter);
+
+    /// Set norm type used in convergence testing - not all solvers
+    /// types support all norm types
+    void set_norm_type(norm_type type);
+
+    /// Get norm type used in convergence testing
+    norm_type get_norm_type() const;
+
+    /// Monitor residual at each iteration
+    void monitor(bool monitor_convergence);
+
+    /// Sets the prefix used by PETSc when searching the PETSc options
+    /// database
+    void set_options_prefix(std::string options_prefix);
+
+    /// Returns the prefix used by PETSc when searching the PETSc
+    /// options database
+    std::string get_options_prefix() const;
+
+    /// Set options from PETSc options database
+    void set_from_options() const;
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+    /// Return MPI communicator
+    MPI_Comm mpi_comm() const;
+
+    /// Return PETSc KSP pointer
+    KSP ksp() const;
+
+    /// Return a list of available solver methods
+    static std::map<std::string, std::string> methods();
+
+    /// Return a list of available named preconditioners
+    static std::map<std::string, std::string> preconditioners();
+
+    /// Default parameter values
+    static Parameters default_parameters();
+
+    /// Return parameter type: "krylov_solver" or "lu_solver"
+    std::string parameter_type() const
+    { return "krylov_solver"; }
+
+    /// Set the DM
+    void set_dm(DM dm);
+
+    /// Activate/deactivate DM
+    void set_dm_active(bool val);
+
+    friend class PETScSNESSolver;
+    friend class PETScTAOSolver;
+
+  private:
+
+    // Return norm_type enum for norm string
+    static PETScKrylovSolver::norm_type get_norm_type(std::string norm);
+
+    // Solve linear system Ax = b and return number of iterations
+    std::size_t _solve(const PETScBaseMatrix& A, PETScVector& x,
+                       const PETScVector& b);
+
+    // Report the number of iterations
+    void write_report(int num_iterations, KSPConvergedReason reason);
+
+    void check_dimensions(const PETScBaseMatrix& A, const GenericVector& x,
+                          const GenericVector& b) const;
+
+    // Available solvers
+    static const std::map<std::string, const KSPType> _methods;
+
+    // Available solvers descriptions
+    static const std::map<std::string, std::string> _methods_descr;
+
+    // PETSc solver pointer
+    KSP _ksp;
+
+    // Preconditioner
+    std::shared_ptr<PETScPreconditioner> _preconditioner;
+
+    bool preconditioner_set;
+
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/la/PETScLUSolver.cpp b/dolfin/la/PETScLUSolver.cpp
new file mode 100644
index 0000000..820cb09
--- /dev/null
+++ b/dolfin/la/PETScLUSolver.cpp
@@ -0,0 +1,390 @@
+// Copyright (C) 2005-2017 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifdef HAS_PETSC
+
+#include <petscksp.h>
+#include <petscpc.h>
+#include <dolfin/common/constants.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/log/log.h>
+#include <dolfin/parameter/GlobalParameters.h>
+#include "LUSolver.h"
+#include "PETScMatrix.h"
+#include "PETScObject.h"
+#include "PETScVector.h"
+#include "PETScLUSolver.h"
+
+using namespace dolfin;
+
+// Functions in anonymous namespace (local scope)
+namespace
+{
+  const MatSolverType get_solver_package_type(KSP ksp)
+  {
+    PetscErrorCode ierr;
+#if PETSC_VERSION_MAJOR == 3 && PETSC_VERSION_MINOR <= 8 && PETSC_VERSION_RELEASE == 1
+    const MatSolverType solver_type;
+#else
+    MatSolverType solver_type = 0;
+#endif
+    PC pc;
+    ierr = KSPGetPC(ksp, &pc);
+    if (ierr != 0) dolfin::PETScObject::petsc_error(ierr, __FILE__, "KSPGetPC");
+
+    ierr = PCFactorGetMatSolverType(pc, &solver_type);
+    if (ierr != 0) dolfin::PETScObject::petsc_error(ierr, __FILE__, "PCFactorGetMatSolverType");
+
+    return solver_type;
+  }
+  //---------------------------------------------------------------------------
+  std::map<const MatSolverType, bool> methods_cholesky
+  = { {MATSOLVERUMFPACK,      false},
+      {MATSOLVERMUMPS,        true},
+      {MATSOLVERPASTIX,       true},
+      {MATSOLVERSUPERLU,      false},
+      {MATSOLVERSUPERLU_DIST, false},
+      {MATSOLVERPETSC,        true} };
+
+  //---------------------------------------------------------------------------
+  bool solver_has_cholesky(const MatSolverType package)
+  {
+    auto it = methods_cholesky.find(package);
+    dolfin_assert(it != methods_cholesky.end());
+    return it->second;
+  }
+  //---------------------------------------------------------------------------
+  const std::map<std::string, std::string> methods_descr
+  = { {"default", "default LU solver"},
+#if PETSC_HAVE_UMFPACK || PETSC_HAVE_SUITESPARSE
+      {"umfpack", "UMFPACK (Unsymmetric MultiFrontal sparse LU factorization)"},
+#endif
+#if PETSC_HAVE_MUMPS
+      {"mumps", "MUMPS (MUltifrontal Massively Parallel Sparse direct Solver)"},
+#endif
+#if PETSC_HAVE_PASTIX
+      {"pastix", "PaStiX (Parallel Sparse matriX package)"},
+#endif
+#if PETSC_HAVE_SUPERLU
+      {"superlu", "SuperLU"},
+#endif
+#if PETSC_HAVE_SUPERLU_DIST
+      {"superlu_dist", "Parallel SuperLU"},
+#endif
+      {"petsc", "PETSc built in LU solver"} };
+
+}
+//-----------------------------------------------------------------------------
+
+// List of available LU solvers
+std::map<std::string, const MatSolverType> PETScLUSolver::lumethods
+= { {"default", ""},
+#if PETSC_HAVE_UMFPACK || PETSC_HAVE_SUITESPARSE
+    {"umfpack",      MATSOLVERUMFPACK},
+#endif
+#if PETSC_HAVE_MUMPS
+    {"mumps",        MATSOLVERMUMPS},
+#endif
+#if PETSC_HAVE_PASTIX
+    {"pastix",       MATSOLVERPASTIX},
+#endif
+#if PETSC_HAVE_SUPERLU
+      {"superlu",      MATSOLVERSUPERLU},
+#endif
+#if PETSC_HAVE_SUPERLU_DIST
+    {"superlu_dist", MATSOLVERSUPERLU_DIST},
+#endif
+    {"petsc",        MATSOLVERPETSC}};
+
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string> PETScLUSolver::methods()
+{
+  return methods_descr;
+}
+//-----------------------------------------------------------------------------
+Parameters PETScLUSolver::default_parameters()
+{
+  Parameters p(LUSolver::default_parameters());
+  p.rename("petsc_lu_solver");
+
+  return p;
+}
+//-----------------------------------------------------------------------------
+PETScLUSolver::PETScLUSolver(MPI_Comm comm, std::string method)
+  :  PETScLUSolver(comm, nullptr, method)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+PETScLUSolver::PETScLUSolver(std::string method)
+  : PETScLUSolver(MPI_COMM_WORLD, nullptr, method)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+PETScLUSolver::PETScLUSolver(MPI_Comm comm,
+                             std::shared_ptr<const PETScMatrix> A,
+                             std::string method) : _solver(comm)
+{
+  PetscErrorCode ierr;
+
+  // Check dimensions, and check for symmetry
+  PetscBool is_symmetric = PETSC_FALSE;
+  if (A)
+  {
+    if (A->size(0) != A->size(1))
+    {
+      dolfin_error("PETScLUSolver.cpp",
+                   "create PETSc LU solver",
+                   "Cannot LU factorize non-square PETSc matrix");
+    }
+
+    dolfin_assert(A->mat());
+    PetscBool symm_is_set = PETSC_FALSE;
+    ierr = MatIsSymmetricKnown(A->mat(), &symm_is_set, &is_symmetric);
+    if (ierr != 0) PETScObject::petsc_error(ierr, __FILE__, "MatIsSymmetricKnown");
+  }
+
+  // Set parameter values
+  parameters = default_parameters();
+
+  // Select solver package
+  const MatSolverType solver_package = select_solver(comm, method);
+
+  // Get KSP pointer
+  KSP ksp = _solver.ksp();
+
+  // Make solver preconditioner only
+  ierr = KSPSetType(ksp, KSPPREONLY);
+  if (ierr != 0) PETScObject::petsc_error(ierr, __FILE__, "KSPSetType");
+
+  // Get PC
+  PC pc;
+  ierr = KSPGetPC(ksp, &pc);
+  if (ierr != 0) PETScObject::petsc_error(ierr, __FILE__, "KSPGetPC");
+
+  // Set PC type to LU or PCCHOLESKY (depending on matrix symmetry)
+  if (is_symmetric == PETSC_TRUE and solver_has_cholesky(solver_package))
+  {
+    ierr = PCSetType(pc, PCCHOLESKY);
+    if (ierr != 0) PETScObject::petsc_error(ierr, __FILE__, "PCSetType");
+  }
+  else
+  {
+    ierr = PCSetType(pc, PCLU);
+    if (ierr != 0) PETScObject::petsc_error(ierr, __FILE__, "PCSetType");
+  }
+
+  // Set LU solver package
+  ierr = PCFactorSetMatSolverType(pc, solver_package);
+  if (ierr != 0) PETScObject::petsc_error(ierr, __FILE__, "PCFactorSetMatSolverType");
+
+  // Set operator
+  if (A)
+  {
+    ierr = KSPSetOperators(ksp, A->mat(), A->mat());
+    if (ierr != 0) PETScObject::petsc_error(ierr, __FILE__, "KSPSetOperators");
+  }
+}
+//-----------------------------------------------------------------------------
+PETScLUSolver::PETScLUSolver(std::shared_ptr<const PETScMatrix> A,
+                             std::string method)
+  : PETScLUSolver(MPI_COMM_WORLD, A, method)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+PETScLUSolver::~PETScLUSolver()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void
+PETScLUSolver::set_operator(std::shared_ptr<const GenericLinearOperator> A)
+{
+  _solver.set_operator(A);
+}
+//-----------------------------------------------------------------------------
+void PETScLUSolver::set_operator(const PETScMatrix& A)
+{
+  _solver.set_operator(A);
+}
+//-----------------------------------------------------------------------------
+std::size_t PETScLUSolver::solve(GenericVector& x, const GenericVector& b)
+{
+  return solve(x, b, false);
+}
+//-----------------------------------------------------------------------------
+std::size_t PETScLUSolver::solve(GenericVector& x, const GenericVector& b,
+                                 bool transpose)
+{
+  // FIXME: This should really go in PETScKrylovSolver
+
+  const bool report = parameters["report"].is_set() ? parameters["report"] : false;
+  if (report && dolfin::MPI::rank(mpi_comm()) == 0)
+  {
+    // Get PETSc operators
+    Mat _A, _P;
+    KSPGetOperators(_solver.ksp(), &_A, &_P);
+    dolfin_assert(_A);
+    PETScBaseMatrix A(_A);
+
+    const MatSolverType solver_type = get_solver_package_type(_solver.ksp());
+    log(PROGRESS,"Solving linear system of size %ld x %ld (PETSc LU solver, %s).",
+        A.size(0), A.size(1), solver_type);
+  }
+
+  return _solver.solve(x, b);
+}
+//-----------------------------------------------------------------------------
+std::size_t PETScLUSolver::solve(const GenericLinearOperator& A,
+                                 GenericVector& x,
+                                 const GenericVector& b)
+{
+  return solve(as_type<const PETScMatrix>(require_matrix(A)),
+               as_type<PETScVector>(x),
+               as_type<const PETScVector>(b));
+}
+//-----------------------------------------------------------------------------
+std::size_t PETScLUSolver::solve(const PETScMatrix& A, PETScVector& x,
+                                 const PETScVector& b)
+{
+  _solver.set_operators(A, A);
+  return solve(x, b);
+}
+//-----------------------------------------------------------------------------
+void PETScLUSolver::set_options_prefix(std::string options_prefix)
+{
+  _solver.set_options_prefix(options_prefix);
+}
+//-----------------------------------------------------------------------------
+std::string PETScLUSolver::get_options_prefix() const
+{
+  return _solver.get_options_prefix();
+}
+//-----------------------------------------------------------------------------
+void PETScLUSolver::set_from_options() const
+{
+  _solver.set_from_options();
+}
+//-----------------------------------------------------------------------------
+MPI_Comm PETScLUSolver::mpi_comm() const
+{
+  return _solver.mpi_comm();
+}
+//-----------------------------------------------------------------------------
+std::string PETScLUSolver::str(bool verbose) const
+{
+  std::stringstream s;
+
+  if (verbose)
+  {
+    warning("Verbose output for PETScLUSolver not implemented, calling PETSc KSPView directly.");
+    PetscErrorCode ierr = KSPView(_solver.ksp(), PETSC_VIEWER_STDOUT_WORLD);
+    if (ierr != 0) PETScObject::petsc_error(ierr, __FILE__, "KSPView");
+  }
+  else
+    s << "<PETScLUSolver>";
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+KSP PETScLUSolver::ksp() const
+{
+  return _solver.ksp();
+}
+//-----------------------------------------------------------------------------
+const MatSolverType PETScLUSolver::select_solver(MPI_Comm comm,
+                                                 std::string method)
+{
+  // Check package string
+  if (lumethods.count(method) == 0)
+  {
+    dolfin_error("PETScLUSolver.cpp",
+                 "solve linear system using PETSc LU solver",
+                 "Unknown LU method \"%s\"", method.c_str());
+  }
+
+  // Choose appropriate 'default' solver
+  if (method == "default")
+  {
+    #if defined(PETSC_USE_64BIT_INDICES)
+    if (dolfin::MPI::size(comm) == 1)
+    {
+      #if PETSC_HAVE_UMFPACK || PETSC_HAVE_SUITESPARSE
+      method = "umfpack";
+      #elif PETSC_HAVE_SUPERLU_DIST
+      method = "superlu_dist";
+      #else
+      method = "petsc";
+      warning("Using PETSc native LU solver. Consider configuring PETSc with an efficient LU solver (e.g. Umfpack, SuperLU_dist).");
+      #endif
+    }
+    else
+    {
+      #if PETSC_HAVE_SUPERLU_DIST
+      method = "superlu_dist";
+      #else
+      method = "petsc";
+      warning("Using PETSc native LU solver. Consider configuring PETSc with an efficient LU solver (e.g. SuperLU_dist).");
+      #endif
+
+    }
+    #else
+    if (dolfin::MPI::size(comm) == 1)
+    {
+      #if PETSC_HAVE_UMFPACK || PETSC_HAVE_SUITESPARSE
+      method = "umfpack";
+      #elif PETSC_HAVE_MUMPS
+      method = "mumps";
+      #elif PETSC_HAVE_PASTIX
+      method = "pastix";
+      #elif PETSC_HAVE_SUPERLU
+      method = "superlu";
+      #elif PETSC_HAVE_SUPERLU_DIST
+      method = "superlu_dist";
+      #else
+      method = "petsc";
+      warning("Using PETSc native LU solver. Consider configuring PETSc with an efficient LU solver (e.g. UMFPACK, MUMPS).");
+      #endif
+    }
+    else
+    {
+      #if PETSC_HAVE_MUMPS
+      method = "mumps";
+      #elif PETSC_HAVE_SUPERLU_DIST
+      method = "superlu_dist";
+      #elif PETSC_HAVE_PASTIX
+      method = "pastix";
+      #else
+      dolfin_error("PETScLUSolver.cpp",
+                   "solve linear system using PETSc LU solver",
+                   "No suitable solver for parallel LU found. Consider configuring PETSc with MUMPS or SuperLU_dist");
+#endif
+    }
+    #endif
+  }
+
+  auto it = lumethods.find(method);
+  dolfin_assert(it !=  lumethods.end());
+  return it->second;
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/la/PETScLUSolver.h b/dolfin/la/PETScLUSolver.h
new file mode 100644
index 0000000..4f5d53a
--- /dev/null
+++ b/dolfin/la/PETScLUSolver.h
@@ -0,0 +1,146 @@
+// Copyright (C) 2005-2017 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __DOLFIN_PETSC_LU_SOLVER_H
+#define __DOLFIN_PETSC_LU_SOLVER_H
+
+#ifdef HAS_PETSC
+
+#if PETSC_VERSION_MAJOR == 3 && PETSC_VERSION_MINOR <= 8 && PETSC_VERSION_RELEASE == 1
+#define MatSolverType MatSolverPackage
+#define PCFactorGetMatSolverType PCFactorGetMatSolverPackage
+#define PCFactorSetMatSolverType PCFactorSetMatSolverPackage
+#endif
+
+
+#include <map>
+#include <memory>
+#include <string>
+#include <petscmat.h>
+#include <petscpc.h>
+#include <dolfin/common/MPI.h>
+#include "PETScKrylovSolver.h"
+
+namespace dolfin
+{
+  /// Forward declarations
+  class GenericLinearOperator;
+  class GenericVector;
+  class PETScLinearOperator;
+  class PETScMatrix;
+  class PETScVector;
+
+  /// This class implements the direct solution (LU factorization) for
+  /// linear systems of the form Ax = b. It is a wrapper for the LU
+  /// solver of PETSc.
+
+  class PETScLUSolver : public GenericLinearSolver
+  {
+  public:
+
+    /// Constructor
+    PETScLUSolver(MPI_Comm comm, std::string method="default");
+
+    /// Constructor
+    PETScLUSolver(std::string method="default");
+
+    /// Constructor
+    PETScLUSolver(MPI_Comm comm,
+                  std::shared_ptr<const PETScMatrix> A,
+                  std::string method="default");
+
+    /// Constructor
+    PETScLUSolver(std::shared_ptr<const PETScMatrix> A,
+                  std::string method="default");
+
+    /// Destructor
+    ~PETScLUSolver();
+
+    /// Set operator (matrix)
+    void set_operator(std::shared_ptr<const GenericLinearOperator> A);
+
+    /// Set operator (matrix)
+    void set_operator(const PETScMatrix& A);
+
+    /// Solve linear system Ax = b
+    std::size_t solve(GenericVector& x, const GenericVector& b);
+
+    /// Solve linear system Ax = b (A^t x = b if transpose is true)
+    std::size_t solve(GenericVector& x, const GenericVector& b,
+                      bool transpose);
+
+    /// Solve linear system Ax = b
+    std::size_t solve(const GenericLinearOperator& A, GenericVector& x,
+                      const GenericVector& b);
+
+    /// Solve linear system Ax = b
+    std::size_t solve(const PETScMatrix& A, PETScVector& x,
+                      const PETScVector& b);
+
+    /// Sets the prefix used by PETSc when searching the options
+    /// database
+    void set_options_prefix(std::string options_prefix);
+
+    /// Returns the prefix used by PETSc when searching the options
+    /// database
+    std::string get_options_prefix() const;
+
+    /// Set options from the PETSc options database
+    void set_from_options() const;
+
+    /// Returns the MPI communicator
+    MPI_Comm mpi_comm() const;
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+    /// Return PETSc KSP pointer
+    KSP ksp() const;
+
+    /// Return a list of available solver methods
+    static std::map<std::string, std::string> methods();
+
+    /// Default parameter values
+    static Parameters default_parameters();
+
+    /// Return parameter type: "krylov_solver" or "lu_solver"
+    std::string parameter_type() const
+    { return "lu_solver"; }
+
+    // FIXME: These should not be friend classes
+    friend class PETScSNESSolver;
+    friend class PETScTAOSolver;
+
+  private:
+
+    // FIXME: Remove
+    // Available LU solvers
+    static std::map<std::string, const MatSolverType> lumethods;
+
+    // Select LU solver type
+    static const MatSolverType select_solver(MPI_Comm comm,
+                                             std::string method);
+
+    PETScKrylovSolver _solver;
+
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/la/PETScLinearOperator.cpp b/dolfin/la/PETScLinearOperator.cpp
new file mode 100644
index 0000000..4940f6d
--- /dev/null
+++ b/dolfin/la/PETScLinearOperator.cpp
@@ -0,0 +1,160 @@
+// Copyright (C) 2005-2006 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Andy R. Terrel 2005
+//
+// First added:  2005-01-17
+// Last changed: 2010-08-28
+
+#ifdef HAS_PETSC
+
+#include <iostream>
+#include <petscmat.h>
+#include <memory>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/common/types.h>
+#include <dolfin/log/log.h>
+#include <dolfin/common/MPI.h>
+#include "PETScVector.h"
+#include "PETScLinearOperator.h"
+
+using namespace dolfin;
+
+
+namespace dolfin
+{
+  /// Callback function for PETSc mult function
+  int usermult(Mat A, Vec x, Vec y)
+  {
+    // Wrap PETSc Vec as dolfin::PETScVector
+    PETScVector _x(x);
+    PETScVector _y(y);
+
+    // Extract pointer to PETScLinearOperator
+    void* ctx = 0;
+    MatShellGetContext(A, &ctx);
+    PETScLinearOperator* _matA = ((PETScLinearOperator*) ctx);
+
+    // Call user-defined mult function through wrapper
+    dolfin_assert(_matA);
+    GenericLinearOperator* wrapper = _matA->wrapper();
+    dolfin_assert(wrapper);
+    wrapper->mult(_x, _y);
+
+    return 0;
+  }
+}
+
+//-----------------------------------------------------------------------------
+PETScLinearOperator::PETScLinearOperator(MPI_Comm comm) :  PETScBaseMatrix(),
+                                                           _wrapper(nullptr)
+{
+  // Create uninitialised matrix
+  PetscErrorCode ierr = MatCreate(comm, &_matA);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatCreate");
+}
+//-----------------------------------------------------------------------------
+std::size_t PETScLinearOperator::size(std::size_t dim) const
+{
+  return PETScBaseMatrix::size(dim);
+}
+//-----------------------------------------------------------------------------
+void PETScLinearOperator::mult(const GenericVector& x, GenericVector& y) const
+{
+  dolfin_not_implemented();
+}
+//-----------------------------------------------------------------------------
+std::string PETScLinearOperator::str(bool verbose) const
+{
+  std::stringstream s;
+  if (verbose)
+  {
+    warning("Verbose output for PETScLinearOperator not implemented.");
+    s << str(false);
+  }
+  else
+  {
+    s << "<PETScLinearOperator of size "
+      << PETScBaseMatrix::size(0)
+      << " x "
+      << PETScBaseMatrix::size(1) << ">";
+  }
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+const GenericLinearOperator* PETScLinearOperator::wrapper() const
+{
+  return _wrapper;
+}
+//-----------------------------------------------------------------------------
+GenericLinearOperator* PETScLinearOperator::wrapper()
+{
+  return _wrapper;
+}
+//-----------------------------------------------------------------------------
+void PETScLinearOperator::init_layout(const GenericVector& x,
+				      const GenericVector& y,
+				      GenericLinearOperator* wrapper)
+{
+  // Store wrapper
+  _wrapper = wrapper;
+
+  // Get global dimension
+  const std::size_t M = y.size();
+  const std::size_t N = x.size();
+
+  // Get local range
+  std::size_t m_local = M;
+  std::size_t n_local = N;
+  if (MPI::size(x.mpi_comm()) > 1)
+  {
+    std::pair<std::int64_t, std::int64_t> local_range_x = x.local_range();
+    std::pair<std::int64_t, std::int64_t> local_range_y = y.local_range();
+    m_local = local_range_y.second - local_range_y.first;
+    n_local = local_range_x.second - local_range_x.first;
+  }
+
+  dolfin_assert(_matA);
+
+  // FIXME: check that operator is not being re-initialised
+
+  PetscErrorCode ierr;
+
+  // Set matrix size
+  ierr = MatSetSizes(_matA, m_local, n_local, M, N);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatSetSizes");
+
+  // Set matrix type to 'shell'
+  ierr = MatSetType(_matA, MATSHELL);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatSetType");
+
+  // Set-up matrix
+  ierr = MatSetUp(_matA);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatSetUp");
+
+  // Set context
+  ierr = MatShellSetContext(_matA, (void*) this);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatSetShellContext");
+
+  // Set matrix mult function
+  ierr = MatShellSetOperation(_matA, MATOP_MULT, (void (*)()) usermult);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatShellSetOperation");
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/la/PETScLinearOperator.h b/dolfin/la/PETScLinearOperator.h
new file mode 100644
index 0000000..4769ebc
--- /dev/null
+++ b/dolfin/la/PETScLinearOperator.h
@@ -0,0 +1,91 @@
+// Copyright (C) 2005-2012 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Andy R. Terrel 2005
+//
+// First added:  2005-01-17
+// Last changed: 2012-12-11
+
+#ifndef __PETSC_LINEAR_OPERATOR_H
+#define __PETSC_LINEAR_OPERATOR_H
+
+#ifdef HAS_PETSC
+
+#include <string>
+#include <dolfin/common/types.h>
+#include "PETScBaseMatrix.h"
+#include "GenericLinearOperator.h"
+
+namespace dolfin
+{
+
+  class PETScVector;
+
+  /// PETSc version of the GenericLinearOperator
+
+  /// Matrix-free interface for the solution of linear systems
+  /// defined in terms of the action (matrix-vector product) of a
+  /// linear operator.
+  ///
+  class PETScLinearOperator : public PETScBaseMatrix,
+    public GenericLinearOperator
+  {
+  public:
+
+    /// Constructor
+    explicit PETScLinearOperator(MPI_Comm comm);
+
+    //--- Implementation of the GenericLinearOperator interface ---
+
+    /// Return size of given dimension
+    virtual std::size_t size(std::size_t dim) const;
+
+    /// Compute matrix-vector product y = Ax
+    virtual void mult(const GenericVector& x, GenericVector& y) const;
+
+    /// Return MPI communicator
+    virtual MPI_Comm  mpi_comm() const
+    { return PETScBaseMatrix::mpi_comm(); }
+
+    /// Return informal string representation (pretty-print)
+    virtual std::string str(bool verbose) const;
+
+    //--- Special functions ---
+
+    /// Return pointer to wrapper (const version)
+    virtual const GenericLinearOperator* wrapper() const;
+
+    /// Return pointer to wrapper (const version)
+    virtual GenericLinearOperator* wrapper();
+
+  protected:
+
+    // Initialization
+    void init_layout(const GenericVector& x,
+		     const GenericVector& y,
+		     GenericLinearOperator* wrapper);
+
+    // Pointer to wrapper
+    GenericLinearOperator* _wrapper;
+
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/la/PETScMatrix.cpp b/dolfin/la/PETScMatrix.cpp
new file mode 100644
index 0000000..fbf19e8
--- /dev/null
+++ b/dolfin/la/PETScMatrix.cpp
@@ -0,0 +1,819 @@
+// Copyright (C) 2004-2012 Johan Hoffman, Johan Jansson, Anders Logg
+// and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells 2005-2009.
+// Modified by Andy R. Terrel 2005.
+// Modified by Ola Skavhaug 2007-2009.
+// Modified by Magnus Vikstrøm 2007-2008.
+// Modified by Fredrik Valdmanis 2011-2012
+// Modified by Jan Blechta 2013
+// Modified by Martin Sandve Alnæs 2014
+// Modified by Cecile Daversin-Catty 2020
+
+#ifdef HAS_PETSC
+
+#include <iomanip>
+#include <iostream>
+#include <numeric>
+#include <sstream>
+
+#include <dolfin/log/log.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/common/MPI.h>
+#include "PETScFactory.h"
+#include "PETScVector.h"
+#include "SparsityPattern.h"
+#include "TensorLayout.h"
+#include "VectorSpaceBasis.h"
+#include "PETScMatrix.h"
+
+
+// Ceiling division of nonnegative integers
+#define dolfin_ceil_div(x, y) (x/y + int(x%y != 0))
+
+
+using namespace dolfin;
+
+const std::map<std::string, NormType> PETScMatrix::norm_types
+= { {"l1",        NORM_1},
+    {"linf",      NORM_INFINITY},
+    {"frobenius", NORM_FROBENIUS} };
+//-----------------------------------------------------------------------------
+PETScMatrix::PETScMatrix() : PETScMatrix(MPI_COMM_WORLD)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+PETScMatrix::PETScMatrix(MPI_Comm comm) : PETScBaseMatrix()
+{
+  // Create uninitialised matrix
+  PetscErrorCode ierr = MatCreate(comm, &_matA);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatCreate");
+}
+//-----------------------------------------------------------------------------
+PETScMatrix::PETScMatrix(Mat A) : PETScBaseMatrix(A)
+{
+  // Reference count to A is incremented in base class
+}
+//-----------------------------------------------------------------------------
+PETScMatrix::PETScMatrix(const PETScMatrix& A) : PETScBaseMatrix()
+{
+  dolfin_assert(A.mat());
+  if (!A.empty())
+  {
+    PetscErrorCode ierr = MatDuplicate(A.mat(), MAT_COPY_VALUES, &_matA);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "MatDuplicate");
+  }
+  else
+  {
+    // Create uninitialised matrix
+    PetscErrorCode ierr = MatCreate(A.mpi_comm(), &_matA);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "MatCreate");
+  }
+}
+//-----------------------------------------------------------------------------
+PETScMatrix::~PETScMatrix()
+{
+  // Do nothing (PETSc matrix is destroyed in base class)
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericMatrix> PETScMatrix::copy() const
+{
+  return std::make_shared<PETScMatrix>(*this);
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::init(const TensorLayout& tensor_layout)
+{
+  // Throw error if already initialised
+  if (!empty())
+  {
+    dolfin_error("PETScMatrix.cpp",
+                 "init PETSc matrix",
+                 "PETScMatrix may not be initialized more than once.");
+    MatDestroy(&_matA);
+  }
+
+  PetscErrorCode ierr;
+
+  // Get global dimensions and local range
+  dolfin_assert(tensor_layout.rank() == 2);
+  const std::size_t M = tensor_layout.size(0);
+  const std::size_t N = tensor_layout.size(1);
+  const std::pair<std::int64_t, std::int64_t> row_range
+    = tensor_layout.local_range(0);
+  const std::pair<std::int64_t, std::int64_t> col_range
+    = tensor_layout.local_range(1);
+  const std::size_t m = row_range.second - row_range.first;
+  const std::size_t n = col_range.second - col_range.first;
+
+  // Get sparsity pattern
+  auto sparsity_pattern = tensor_layout.sparsity_pattern();
+
+  // Get block size
+  int block_size = tensor_layout.index_map(0)->block_size();
+  if (block_size != tensor_layout.index_map(1)->block_size())
+    block_size = 1;
+
+  // Get number of nonzeros for each row from sparsity pattern
+  std::vector<std::size_t> num_nonzeros_diagonal, num_nonzeros_off_diagonal;
+  sparsity_pattern->num_nonzeros_diagonal(num_nonzeros_diagonal);
+  sparsity_pattern->num_nonzeros_off_diagonal(num_nonzeros_off_diagonal);
+
+  // Set matrix size
+  ierr = MatSetSizes(_matA, m, n, M, N);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatSetSizes");
+
+  // Apply PETSc options from the options database to the matrix (this
+  // includes changing the matrix type to one specified by the user)
+  ierr = MatSetFromOptions(_matA);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatSetFromOptions");
+
+  // Build data to initialixe sparsity pattern (modify for block size)
+  std::vector<PetscInt> _num_nonzeros_diagonal(num_nonzeros_diagonal.size()/block_size),
+    _num_nonzeros_off_diagonal(num_nonzeros_off_diagonal.size()/block_size);
+
+  for (std::size_t i = 0; i < _num_nonzeros_diagonal.size(); ++i)
+  {
+    _num_nonzeros_diagonal[i]
+      = dolfin_ceil_div(num_nonzeros_diagonal[block_size*i], block_size);
+  }
+  for (std::size_t i = 0; i < _num_nonzeros_off_diagonal.size(); ++i)
+  {
+    _num_nonzeros_off_diagonal[i]
+      = dolfin_ceil_div(num_nonzeros_off_diagonal[block_size*i], block_size);
+  }
+
+  // Allocate space (using data from sparsity pattern)
+  ierr = MatXAIJSetPreallocation(_matA, block_size,
+                                 _num_nonzeros_diagonal.data(),
+                                 _num_nonzeros_off_diagonal.data(), NULL, NULL);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatXIJSetPreallocation");
+
+
+  // Create pointers to PETSc IndexSet for local-to-globa map
+  ISLocalToGlobalMapping petsc_local_to_global0, petsc_local_to_global1;
+  dolfin_assert(tensor_layout.rank() == 2);
+
+  std::vector<PetscInt> _map0, _map1;
+  _map0.resize(tensor_layout.index_map(0)->size(IndexMap::MapSize::ALL)/block_size);
+  _map1.resize(tensor_layout.index_map(1)->size(IndexMap::MapSize::ALL)/block_size);
+
+  for (std::size_t i = 0; i < _map0.size(); ++i)
+    _map0[i] = tensor_layout.index_map(0)->local_to_global(i*block_size)/block_size;
+  for (std::size_t i = 0; i < _map1.size(); ++i)
+    _map1[i] = tensor_layout.index_map(1)->local_to_global(i*block_size)/block_size;
+
+  // FIXME: In many cases the rows and columns could shared a commin
+  // local-to-global map
+
+  // Create PETSc local-to-global map/index set
+  ISLocalToGlobalMappingCreate(mpi_comm(), block_size, _map0.size(), _map0.data(),
+                               PETSC_COPY_VALUES, &petsc_local_to_global0);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "ISLocalToGlobalMappingCreate");
+  ISLocalToGlobalMappingCreate(mpi_comm(), block_size, _map1.size(), _map1.data(),
+                               PETSC_COPY_VALUES, &petsc_local_to_global1);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "ISLocalToGlobalMappingCreate");
+
+  // Set matrix local-to-global maps
+  MatSetLocalToGlobalMapping(_matA, petsc_local_to_global0,
+                             petsc_local_to_global1);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatSetLocalToGlobalMapping");
+
+  // Note: This should be called after having set the local-to-global
+  // map for MATIS (this is a dummy call if _matA is not of type
+  // MATIS)
+  ierr = MatISSetPreallocation(_matA, 0, _num_nonzeros_diagonal.data(),
+                               0, _num_nonzeros_off_diagonal.data());
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatISSetPreallocation");
+
+  // Clean up local-to-global maps
+  ISLocalToGlobalMappingDestroy(&petsc_local_to_global0);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "ISLocalToGlobalMappingDestroy");
+  ISLocalToGlobalMappingDestroy(&petsc_local_to_global1);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "ISLocalToGlobalMappingDestroy");
+
+  // Set some options on _matA object
+
+  // Do not allow more entries than have been pre-allocated
+  ierr = MatSetOption(_matA, MAT_NEW_NONZERO_ALLOCATION_ERR, PETSC_TRUE);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatSetOption");
+
+  // Keep nonzero structure after calling MatZeroRows
+  ierr = MatSetOption(_matA, MAT_KEEP_NONZERO_PATTERN, PETSC_TRUE);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatSetOption");
+}
+//-----------------------------------------------------------------------------
+bool PETScMatrix::is_nest()
+{
+  PetscErrorCode ierr;
+  PetscBool nest;
+  PetscObjectTypeCompare((PetscObject)_matA, MATNEST, &nest);
+  return (bool)nest;
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::set_nest(std::vector<Mat> petsc_mats)
+{
+  const unsigned int n = std::sqrt(petsc_mats.size());
+  PetscErrorCode ierr;
+  if(this->empty())
+  {
+    ierr = MatCreateNest(mpi_comm(), n, NULL, n, NULL, petsc_mats.data(), &_matA);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "MatCreateNest");
+  }
+  else
+  {
+    ierr = MatNestSetSubMats(_matA, n, NULL, n, NULL, petsc_mats.data());
+    if (ierr != 0) petsc_error(ierr, __FILE__, "MatNestSetSubMats");
+  }
+}
+//-----------------------------------------------------------------------------
+bool PETScMatrix::empty() const
+{
+  auto sizes = PETScBaseMatrix::size();
+  dolfin_assert((sizes.first < 1 and sizes.second < 1) or (sizes.first > 0 and sizes.second > 0));
+  return (sizes.first < 1) and (sizes.second < 1);
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::get(double* block,
+                      std::size_t m, const dolfin::la_index* rows,
+                      std::size_t n, const dolfin::la_index* cols) const
+{
+  // Get matrix entries (must be on this process)
+  dolfin_assert(_matA);
+  PetscErrorCode ierr = MatGetValues(_matA, m, rows, n, cols, block);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatGetValues");
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::set(const double* block,
+                      std::size_t m, const dolfin::la_index* rows,
+                      std::size_t n, const dolfin::la_index* cols)
+{
+  dolfin_assert(_matA);
+  PetscErrorCode ierr = MatSetValues(_matA, m, rows, n, cols, block,
+                                    INSERT_VALUES);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatSetValues");
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::set_local(const double* block,
+                            std::size_t m, const dolfin::la_index* rows,
+                            std::size_t n, const dolfin::la_index* cols)
+{
+  dolfin_assert(_matA);
+  PetscErrorCode ierr = MatSetValuesLocal(_matA, m, rows, n, cols, block,
+                                          INSERT_VALUES);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatSetValuesLocal");
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::add(const double* block,
+                      std::size_t m, const dolfin::la_index* rows,
+                      std::size_t n, const dolfin::la_index* cols)
+{
+  dolfin_assert(_matA);
+  PetscErrorCode ierr = MatSetValues(_matA, m, rows, n, cols, block,
+                                     ADD_VALUES);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatSetValues");
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::add_local(const double* block,
+                            std::size_t m, const dolfin::la_index* rows,
+                            std::size_t n, const dolfin::la_index* cols)
+{
+  dolfin_assert(_matA);
+  PetscErrorCode ierr = MatSetValuesLocal(_matA, m, rows, n, cols, block,
+                                          ADD_VALUES);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatSetValuesLocal");
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::axpy(double a, const GenericMatrix& A,
+                       bool same_nonzero_pattern)
+{
+  PetscErrorCode ierr;
+
+  const PETScMatrix& AA = as_type<const PETScMatrix>(A);
+  dolfin_assert(_matA);
+  dolfin_assert(AA.mat());
+  if (same_nonzero_pattern)
+  {
+    ierr = MatAXPY(_matA, a, AA.mat(), SAME_NONZERO_PATTERN);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "MatAXPY");
+  }
+  else
+  {
+    // NOTE: Performing MatAXPY with DIFFERENT_NONZERO_PATTERN
+    // destroys the local-to-global maps. We therefore assign the map
+    // from *this. This is not ideal, the overloaded operations,
+    // e.g. operator()+, do not allow 'same_nonzero_pattern' to be
+    // set.
+
+    // Get local-to-global map for PETSc matrix
+    ISLocalToGlobalMapping rmapping0;
+    ISLocalToGlobalMapping cmapping0;
+    MatGetLocalToGlobalMapping(_matA, &rmapping0, &cmapping0);
+
+    // Increase reference count to prevent destruction
+    PetscObjectReference((PetscObject) rmapping0);
+    PetscObjectReference((PetscObject) cmapping0);
+
+    ierr = MatAXPY(_matA, a, AA.mat(), DIFFERENT_NONZERO_PATTERN);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "MatAXPY");
+
+    // Set local-to-global map and decrease reference count to maps
+    MatSetLocalToGlobalMapping(_matA, rmapping0, cmapping0);
+    ISLocalToGlobalMappingDestroy(&rmapping0);
+    ISLocalToGlobalMappingDestroy(&cmapping0);
+  }
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::getrow(std::size_t row, std::vector<std::size_t>& columns,
+                         std::vector<double>& values) const
+{
+  dolfin_assert(_matA);
+
+  PetscErrorCode ierr;
+  const PetscInt *cols = 0;
+  const double *vals = 0;
+  PetscInt ncols = 0;
+  ierr = MatGetRow(_matA, row, &ncols, &cols, &vals);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatGetRow");
+
+  // Assign values to std::vectors
+  columns.assign(cols, cols + ncols);
+  values.assign(vals, vals + ncols);
+
+  ierr = MatRestoreRow(_matA, row, &ncols, &cols, &vals);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatRestorRow");
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::setrow(std::size_t row,
+                         const std::vector<std::size_t>& columns,
+                         const std::vector<double>& values)
+{
+  dolfin_assert(_matA);
+
+  // Check size of arrays
+  if (columns.size() != values.size())
+  {
+    dolfin_error("PETScMatrix.cpp",
+                 "set row of values for PETSc matrix",
+                 "Number of columns and values don't match");
+  }
+
+  // Handle case n = 0
+  const PetscInt n = columns.size();
+  if (n == 0)
+    return;
+
+  // Set values
+  const PetscInt _row = row;
+  const std::vector<PetscInt> _columns(columns.begin(), columns.end());
+  set(values.data(), 1, &_row, n, _columns.data());
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::zero(std::size_t m, const dolfin::la_index* rows)
+{
+  dolfin_assert(_matA);
+
+  PetscErrorCode ierr;
+  PetscScalar null = 0.0;
+  ierr = MatZeroRows(_matA, static_cast<PetscInt>(m), rows, null, NULL, NULL);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatZeroRows");
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::zero_local(std::size_t m, const dolfin::la_index* rows)
+{
+  dolfin_assert(_matA);
+
+  PetscErrorCode ierr;
+  PetscScalar null = 0.0;
+  ierr = MatZeroRowsLocal(_matA, static_cast<PetscInt>(m), rows, null, NULL, NULL);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatZeroRowsLocal");
+}
+
+//-----------------------------------------------------------------------------
+void PETScMatrix::ident(std::size_t m, const dolfin::la_index* rows)
+{
+  dolfin_assert(_matA);
+
+  PetscErrorCode ierr;
+  PetscScalar one = 1.0;
+  ierr = MatZeroRows(_matA, m, rows, one, NULL, NULL);
+  if (ierr == PETSC_ERR_ARG_WRONGSTATE)
+  {
+    dolfin_error("PETScMatrix.cpp",
+                 "set given (global) rows to identity matrix",
+                 "some diagonal elements not preallocated "
+                 "(try assembler option keep_diagonal)");
+  }
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatZeroRows");
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::ident_local(std::size_t m, const dolfin::la_index* rows)
+{
+  dolfin_assert(_matA);
+
+  PetscErrorCode ierr;
+  PetscScalar one = 1.0;
+  ierr = MatZeroRowsLocal(_matA, static_cast<PetscInt>(m), rows, one, NULL, NULL);
+  if (ierr == PETSC_ERR_ARG_WRONGSTATE)
+  {
+    dolfin_error("PETScMatrix.cpp",
+                 "set given (local) rows to identity matrix",
+                 "some diagonal elements not preallocated "
+                 "(try assembler option keep_diagonal)");
+  }
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatZeroRowsLocal");
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::mult(const GenericVector& x, GenericVector& y) const
+{
+  dolfin_assert(_matA);
+
+  const PETScVector& xx = as_type<const PETScVector>(x);
+  PETScVector& yy = as_type<PETScVector>(y);
+
+  if (this->size(1) != xx.size())
+  {
+    dolfin_error("PETScMatrix.cpp",
+                 "compute matrix-vector product with PETSc matrix",
+                 "Non-matching dimensions for matrix-vector product");
+  }
+
+  // Resize RHS if empty
+  if (yy.size() == 0)
+    init_vector(yy, 0);
+
+  if (size(0) != yy.size())
+  {
+    dolfin_error("PETScMatrix.cpp",
+                 "compute matrix-vector product with PETSc matrix",
+                 "Vector for matrix-vector result has wrong size");
+  }
+
+  PetscErrorCode ierr = MatMult(_matA, xx.vec(), yy.vec());
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatMult");
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::transpmult(const GenericVector& x, GenericVector& y) const
+{
+  dolfin_assert(_matA);
+
+  const PETScVector& xx = as_type<const PETScVector>(x);
+  PETScVector& yy = as_type<PETScVector>(y);
+
+  if (size(0) != xx.size())
+  {
+    dolfin_error("PETScMatrix.cpp",
+                 "compute transpose matrix-vector product with PETSc matrix",
+                 "Non-matching dimensions for transpose matrix-vector product");
+  }
+
+  // Resize RHS if empty
+  if (yy.size() == 0)
+    init_vector(yy, 1);
+
+  if (size(1) != yy.size())
+  {
+    dolfin_error("PETScMatrix.cpp",
+                 "compute transpose matrix-vector product with PETSc matrix",
+                 "Vector for transpose matrix-vector result has wrong size");
+  }
+
+  PetscErrorCode ierr = MatMultTranspose(_matA, xx.vec(), yy.vec());
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatMultTranspose");
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::get_diagonal(GenericVector& x) const
+{
+  dolfin_assert(_matA);
+
+  PETScVector& xx = as_type<PETScVector>(x);
+  if (size(1) != size(0) || size(0) != xx.size())
+  {
+    dolfin_error("PETScMatrix.cpp",
+                 "get diagonal of a PETSc matrix",
+                 "Matrix and vector dimensions don't match for matrix-vector set");
+  }
+
+  PetscErrorCode ierr = MatGetDiagonal(_matA, xx.vec());
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatGetDiagonal");
+  xx.update_ghost_values();
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::set_diagonal(const GenericVector& x)
+{
+  dolfin_assert(_matA);
+
+  const PETScVector& xx = as_type<const PETScVector>(x);
+  if (size(1) != size(0) || size(0) != xx.size())
+  {
+    dolfin_error("PETScMatrix.cpp",
+                 "set diagonal of a PETSc matrix",
+                 "Matrix and vector dimensions don't match for matrix-vector set");
+  }
+
+  PetscErrorCode ierr = MatDiagonalSet(_matA, xx.vec(), INSERT_VALUES);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatDiagonalSet");
+  apply("insert");
+}
+//-----------------------------------------------------------------------------
+double PETScMatrix::norm(std::string norm_type) const
+{
+  dolfin_assert(_matA);
+
+  // Check that norm is known
+  if (norm_types.count(norm_type) == 0)
+  {
+    dolfin_error("PETScMatrix.cpp",
+                 "compute norm of PETSc matrix",
+                 "Unknown norm type (\"%s\")", norm_type.c_str());
+  }
+
+  double value = 0.0;
+  PetscErrorCode ierr = MatNorm(_matA, norm_types.find(norm_type)->second,
+                                &value);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatNorm");
+  return value;
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::apply(std::string mode)
+{
+  Timer timer("Apply (PETScMatrix)");
+
+  dolfin_assert(_matA);
+  PetscErrorCode ierr;
+  if (mode == "add")
+  {
+    ierr = MatAssemblyBegin(_matA, MAT_FINAL_ASSEMBLY);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "MatAssemblyBegin");
+    ierr = MatAssemblyEnd(_matA, MAT_FINAL_ASSEMBLY);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "MatAssemblyEnd");
+  }
+  else if (mode == "insert")
+  {
+    ierr = MatAssemblyBegin(_matA, MAT_FINAL_ASSEMBLY);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "MatAssemblyBegin");
+    ierr = MatAssemblyEnd(_matA, MAT_FINAL_ASSEMBLY);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "MatAssemblyEnd");
+  }
+  else if (mode == "flush")
+  {
+    ierr = MatAssemblyBegin(_matA, MAT_FLUSH_ASSEMBLY);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "MatAssemblyBegin");
+    ierr = MatAssemblyEnd(_matA, MAT_FLUSH_ASSEMBLY);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "MatAssemblyEnd");
+  }
+  else
+  {
+    dolfin_error("PETScMatrix.cpp",
+                 "apply changes to PETSc matrix",
+                 "Unknown apply mode \"%s\"", mode.c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+MPI_Comm PETScMatrix::mpi_comm() const
+{
+  return PETScBaseMatrix::mpi_comm();
+}
+//-----------------------------------------------------------------------------
+std::size_t PETScMatrix::nnz() const
+{
+  MatInfo info;
+  MatGetInfo(_matA, MAT_GLOBAL_SUM, &info);
+  return info.nz_allocated;
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::zero()
+{
+  dolfin_assert(_matA);
+  PetscErrorCode ierr = MatZeroEntries(_matA);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatZeroEntries");
+}
+//-----------------------------------------------------------------------------
+const PETScMatrix& PETScMatrix::operator*= (double a)
+{
+  dolfin_assert(_matA);
+  PetscErrorCode ierr = MatScale(_matA, a);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatScale");
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const PETScMatrix& PETScMatrix::operator/= (double a)
+{
+  dolfin_assert(_matA);
+  MatScale(_matA, 1.0/a);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const GenericMatrix& PETScMatrix::operator= (const GenericMatrix& A)
+{
+  *this = as_type<const PETScMatrix>(A);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+bool PETScMatrix::is_symmetric(double tol) const
+{
+  dolfin_assert(_matA);
+  PetscBool symmetric = PETSC_FALSE;
+  PetscErrorCode ierr = MatIsSymmetric(_matA, tol, &symmetric);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatIsSymmetric");
+  return symmetric == PETSC_TRUE ? true : false;
+}
+//-----------------------------------------------------------------------------
+GenericLinearAlgebraFactory& PETScMatrix::factory() const
+{
+  return PETScFactory::instance();
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::set_options_prefix(std::string options_prefix)
+{
+  dolfin_assert(_matA);
+  MatSetOptionsPrefix(_matA, options_prefix.c_str());
+}
+//-----------------------------------------------------------------------------
+std::string PETScMatrix::get_options_prefix() const
+{
+  dolfin_assert(_matA);
+  const char* prefix = NULL;
+  MatGetOptionsPrefix(_matA, &prefix);
+  return std::string(prefix);
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::set_from_options()
+{
+  dolfin_assert(_matA);
+  MatSetFromOptions(_matA);
+}
+//-----------------------------------------------------------------------------
+const PETScMatrix& PETScMatrix::operator= (const PETScMatrix& A)
+{
+  if (!A.mat())
+  {
+    if (_matA)
+    {
+      dolfin_error("PETScMatrix.cpp",
+                   "assign to PETSc matrix",
+                   "PETScMatrix may not be initialized more than once.");
+      MatDestroy(&_matA);
+    }
+    _matA = NULL;
+  }
+  else if (this != &A) // Check for self-assignment
+  {
+    if (_matA)
+    {
+      // Get reference count to _matA
+      PetscInt ref_count = 0;
+      PetscObjectGetReference((PetscObject)_matA, &ref_count);
+
+      if (ref_count > 1)
+      {
+        dolfin_error("PETScMatrix.cpp",
+                     "assign to PETSc matrix",
+                     "More than one object points to the underlying PETSc object");
+      }
+
+      dolfin_error("PETScMatrix.cpp",
+                   "assign to PETSc matrix",
+                   "PETScMatrix may not be initialized more than once.");
+      MatDestroy(&_matA);
+    }
+
+    // Duplicate with the same pattern as A.A
+    PetscErrorCode ierr = MatDuplicate(A.mat(), MAT_COPY_VALUES, &_matA);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "MatDuplicate");
+  }
+  return *this;
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::set_nullspace(const VectorSpaceBasis& nullspace)
+{
+  // Build PETSc nullspace
+  MatNullSpace petsc_ns = create_petsc_nullspace(nullspace);
+
+  // Attach PETSc nullspace to matrix
+  dolfin_assert(_matA);
+  PetscErrorCode ierr = MatSetNullSpace(_matA, petsc_ns);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatSetNullSpace");
+
+  // Decrease reference count for nullspace by destroying
+  MatNullSpaceDestroy(&petsc_ns);
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::set_near_nullspace(const VectorSpaceBasis& nullspace)
+{
+  // Create PETSc nullspace
+  MatNullSpace petsc_ns = create_petsc_nullspace(nullspace);
+
+  // Attach near  nullspace to matrix
+  dolfin_assert(_matA);
+  PetscErrorCode ierr = MatSetNearNullSpace(_matA, petsc_ns);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatSetNullSpace");
+
+  // Decrease reference count for nullspace
+  MatNullSpaceDestroy(&petsc_ns);
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::binary_dump(std::string file_name) const
+{
+  PetscErrorCode ierr;
+
+  PetscViewer view_out;
+  ierr = PetscViewerBinaryOpen(mpi_comm(), file_name.c_str(),
+                               FILE_MODE_WRITE, &view_out);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "PetscViewerBinaryOpen");
+
+  ierr = MatView(_matA, view_out);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatView");
+
+  ierr = PetscViewerDestroy(&view_out);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "PetscViewerDestroy");
+}
+//-----------------------------------------------------------------------------
+std::string PETScMatrix::str(bool verbose) const
+{
+  dolfin_assert(_matA);
+  if (this->empty())
+    return "<Uninitialized PETScMatrix>";
+
+  std::stringstream s;
+  if (verbose)
+  {
+    warning("Verbose output for PETScMatrix not implemented, calling PETSc MatView directly.");
+
+    // FIXME: Maybe this could be an option?
+    dolfin_assert(_matA);
+    PetscErrorCode ierr;
+    if (MPI::size(mpi_comm()) > 1)
+    {
+      ierr = MatView(_matA, PETSC_VIEWER_STDOUT_WORLD);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "MatView");
+    }
+    else
+    {
+      ierr = MatView(_matA, PETSC_VIEWER_STDOUT_SELF);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "MatView");
+    }
+  }
+  else
+    s << "<PETScMatrix of size " << size(0) << " x " << size(1) << ">";
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+MatNullSpace PETScMatrix::create_petsc_nullspace(const VectorSpaceBasis& nullspace) const
+{
+  PetscErrorCode ierr;
+
+  // Copy vectors in vector space object
+  std::vector<Vec> _nullspace;
+  for (std::size_t i = 0; i < nullspace.dim(); ++i)
+  {
+    dolfin_assert(nullspace[i]);
+    dolfin_assert(as_type<const PETScVector>(nullspace[i]));
+    auto x = as_type<const PETScVector>(nullspace[i])->vec();
+
+    // Copy vector pointer
+    dolfin_assert(x);
+    _nullspace.push_back(x);
+  }
+
+  // Create PETSC nullspace
+  MatNullSpace petsc_nullspace = NULL;
+  ierr = MatNullSpaceCreate(mpi_comm(), PETSC_FALSE, _nullspace.size(),
+                            _nullspace.data(), &petsc_nullspace);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatNullSpaceCreate");
+
+  return petsc_nullspace;
+}
+//-----------------------------------------------------------------------------
+void PETScMatrix::convert_to_aij()
+{
+  PetscErrorCode ierr;
+  try
+  {
+    ierr = MatConvert(_matA, MATAIJ, MAT_INPLACE_MATRIX, &_matA);
+    if (ierr != 0) PETScObject::petsc_error(ierr, __FILE__, "MatConvert");
+  }
+  catch(...)
+  {
+    ierr = MatConvert(_matA, MATAIJ, MAT_INITIAL_MATRIX, &_matA);
+    if (ierr != 0) PETScObject::petsc_error(ierr, __FILE__, "MatConvert");
+  }
+}
+//-----------------------------------------------------------------------------
+#endif
diff --git a/dolfin/la/PETScMatrix.h b/dolfin/la/PETScMatrix.h
new file mode 100644
index 0000000..9440470
--- /dev/null
+++ b/dolfin/la/PETScMatrix.h
@@ -0,0 +1,263 @@
+// Copyright (C) 2004-2012 Johan Hoffman, Johan Jansson, Anders Logg
+// and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Andy R. Terrel 2005
+// Modified by Garth N. Wells 2006-2009
+// Modified by Kent-Andre Mardal 2008
+// Modified by Ola Skavhaug 2008
+// Modified by Fredrik Valdmanis 2011
+//
+// First added:  2004-01-01
+// Last changed: 2012-08-22
+
+#ifndef __PETSC_MATRIX_H
+#define __PETSC_MATRIX_H
+
+#ifdef HAS_PETSC
+
+#include <map>
+#include <memory>
+#include <string>
+
+#include <petscmat.h>
+#include <petscsys.h>
+
+#include "GenericMatrix.h"
+#include "PETScBaseMatrix.h"
+
+namespace dolfin
+{
+
+  class PETScVector;
+  class TensorLayout;
+  class VectorSpaceBasis;
+
+  /// This class provides a simple matrix class based on PETSc.
+  /// It is a wrapper for a PETSc matrix pointer (Mat)
+  /// implementing the GenericMatrix interface.
+  ///
+  /// The interface is intentionally simple. For advanced usage,
+  /// access the PETSc Mat pointer using the function mat() and
+  /// use the standard PETSc interface.
+
+  class PETScMatrix : public GenericMatrix, public PETScBaseMatrix
+  {
+  public:
+
+    /// Create empty matrix (on MPI_COMM_WORLD)
+    PETScMatrix();
+
+    /// Create empty matrix
+    explicit PETScMatrix(MPI_Comm comm);
+
+    /// Create a wrapper around a PETSc Mat pointer. The Mat object
+    /// should have been created, e.g. via PETSc MatCreate.
+    explicit PETScMatrix(Mat A);
+
+    /// Copy constructor
+    PETScMatrix(const PETScMatrix& A);
+
+    /// Destructor
+    virtual ~PETScMatrix();
+
+    //--- Implementation of the GenericTensor interface ---
+
+    /// Initialize zero tensor using tensor layout
+    void init(const TensorLayout& tensor_layout);
+
+    /// Check is the matrix as nest type
+    bool is_nest();
+
+    /// Initialize or update a nested matrix from the list of its blocks
+    void set_nest(std::vector<Mat> mats);
+
+    /// Return true if empty
+    bool empty() const;
+
+    /// Return size of given dimension
+    std::size_t size(std::size_t dim) const
+    { return PETScBaseMatrix::size(dim); }
+
+    /// Return local ownership range
+    std::pair<std::int64_t, std::int64_t> local_range(std::size_t dim) const
+    { return PETScBaseMatrix::local_range(dim); }
+
+    /// Return number of non-zero entries in matrix (collective)
+    std::size_t nnz() const;
+
+    /// Set all entries to zero and keep any sparse structure
+    virtual void zero();
+
+    /// Finalize assembly of tensor. The following values are recognized
+    /// for the mode parameter:
+    ///
+    ///   add    - corresponds to PETSc MatAssemblyBegin+End(MAT_FINAL_ASSEMBLY)
+    ///   insert - corresponds to PETSc MatAssemblyBegin+End(MAT_FINAL_ASSEMBLY)
+    ///   flush  - corresponds to PETSc MatAssemblyBegin+End(MAT_FLUSH_ASSEMBLY)
+    virtual void apply(std::string mode);
+
+    /// Return MPI communicator
+    MPI_Comm mpi_comm() const;
+
+    /// Return informal string representation (pretty-print)
+    virtual std::string str(bool verbose) const;
+
+    //--- Implementation of the GenericMatrix interface --
+
+    /// Return copy of matrix
+    virtual std::shared_ptr<GenericMatrix> copy() const;
+
+    /// Initialize vector z to be compatible with the matrix-vector product
+    /// y = Ax. In the parallel case, both size and layout are
+    /// important.
+    ///
+    /// @param z (GenericVector&)
+    ///         Vector to initialise
+    /// @param  dim (std::size_t)
+    ///         The dimension (axis): dim = 0 --> z = y, dim = 1 --> z = x
+    virtual void init_vector(GenericVector& z, std::size_t dim) const
+    { PETScBaseMatrix::init_vector(z, dim); }
+
+    /// Get block of values
+    virtual void get(double* block,
+                     std::size_t m, const dolfin::la_index* rows,
+                     std::size_t n, const dolfin::la_index* cols) const;
+
+    /// Set block of values using global indices
+    virtual void set(const double* block,
+                     std::size_t m, const dolfin::la_index* rows,
+                     std::size_t n, const dolfin::la_index* cols);
+
+    /// Set block of values using local indices
+    virtual void set_local(const double* block,
+                           std::size_t m, const dolfin::la_index* rows,
+                           std::size_t n, const dolfin::la_index* cols);
+
+    /// Add block of values using global indices
+    virtual void add(const double* block,
+                     std::size_t m, const dolfin::la_index* rows,
+                     std::size_t n, const dolfin::la_index* cols);
+
+    /// Add block of values using local indices
+    virtual void add_local(const double* block,
+                           std::size_t m, const dolfin::la_index* rows,
+                           std::size_t n, const dolfin::la_index* cols);
+
+    /// Add multiple of given matrix (AXPY operation)
+    virtual void axpy(double a, const GenericMatrix& A,
+                      bool same_nonzero_pattern);
+
+    /// Return norm of matrix
+    double norm(std::string norm_type) const;
+
+    /// Get non-zero values of given row
+    virtual void getrow(std::size_t row,
+                        std::vector<std::size_t>& columns,
+                        std::vector<double>& values) const;
+
+    /// Set values for given row
+    virtual void setrow(std::size_t row,
+                        const std::vector<std::size_t>& columns,
+                        const std::vector<double>& values);
+
+    /// Set given rows (global row indices) to zero
+    virtual void zero(std::size_t m, const dolfin::la_index* rows);
+
+    /// Set given rows (local row indices) to zero
+    virtual void zero_local(std::size_t m, const dolfin::la_index* rows);
+
+    /// Set given rows (global row indices) to identity matrix
+    virtual void ident(std::size_t m, const dolfin::la_index* rows);
+
+    /// Set given rows (local row indices) to identity matrix
+    virtual void ident_local(std::size_t m, const dolfin::la_index* rows);
+
+    // Matrix-vector product, y = Ax
+    virtual void mult(const GenericVector& x, GenericVector& y) const;
+
+    // Matrix-vector product, y = A^T x
+    virtual void transpmult(const GenericVector& x, GenericVector& y) const;
+
+    /// Get diagonal of a matrix
+    virtual void get_diagonal(GenericVector& x) const;
+
+    /// Set diagonal of a matrix
+    virtual void set_diagonal(const GenericVector& x);
+
+    /// Multiply matrix by given number
+    virtual const PETScMatrix& operator*= (double a);
+
+    /// Divide matrix by given number
+    virtual const PETScMatrix& operator/= (double a);
+
+    /// Assignment operator
+    virtual const GenericMatrix& operator= (const GenericMatrix& A);
+
+    /// Test if matrix is symmetric
+    virtual bool is_symmetric(double tol) const;
+
+    //--- Special functions ---
+
+    /// Return linear algebra backend factory
+    virtual GenericLinearAlgebraFactory& factory() const;
+
+    //--- Special PETSc Functions ---
+
+    /// Sets the prefix used by PETSc when searching the options
+    /// database
+    void set_options_prefix(std::string options_prefix);
+
+    /// Returns the prefix used by PETSc when searching the options
+    /// database
+    std::string get_options_prefix() const;
+
+    /// Call PETSc function MatSetFromOptions on the PETSc Mat object
+    void set_from_options();
+
+    /// Assignment operator
+    const PETScMatrix& operator= (const PETScMatrix& A);
+
+    /// Attach nullspace to matrix (typically used by Krylov solvers
+    /// when solving singular systems)
+    void set_nullspace(const VectorSpaceBasis& nullspace);
+
+    /// Attach near nullspace to matrix (used by preconditioners, such
+    /// as smoothed aggregation algerbraic multigrid)
+    void set_near_nullspace(const VectorSpaceBasis& nullspace);
+
+    /// Dump matrix to PETSc binary format
+    void binary_dump(std::string file_name) const;
+
+    /// Convert matrix to AIJ format
+    void convert_to_aij();
+
+  private:
+
+    // Create PETSc nullspace object
+    MatNullSpace create_petsc_nullspace(const VectorSpaceBasis& nullspace) const;
+
+    // PETSc norm types
+    static const std::map<std::string, NormType> norm_types;
+
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/la/PETScNestMatrix.cpp b/dolfin/la/PETScNestMatrix.cpp
new file mode 100644
index 0000000..a19dee5
--- /dev/null
+++ b/dolfin/la/PETScNestMatrix.cpp
@@ -0,0 +1,214 @@
+// Copyright (C) 2016 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifdef HAS_PETSC
+
+#include <cmath>
+
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/fem/GenericDofMap.h>
+
+#include "GenericMatrix.h"
+#include "GenericVector.h"
+#include "IndexMap.h"
+#include "PETScMatrix.h"
+#include "PETScVector.h"
+#include "PETScNestMatrix.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+PETScNestMatrix::PETScNestMatrix()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+PETScNestMatrix::PETScNestMatrix
+(std::vector<std::shared_ptr<GenericMatrix>> mats)
+{
+  const unsigned int n = std::sqrt(mats.size());
+
+  if (mats.size() != n*n)
+  {
+    dolfin_error("PETScNestMatrix.cpp",
+                 "create PETScNestmatrix",
+                 "Only support square blocks (2x2) (3x3) etc");
+  }
+
+  std::vector<Mat> petsc_mats(mats.size());
+  MPI_Comm mpi_comm = MPI_COMM_NULL;
+  for (std::size_t i = 0; i != mats.size(); ++i)
+  {
+    if (mats[i])
+    {
+      petsc_mats[i] = as_type<const PETScMatrix>(mats[i])->mat();
+
+      // If Mat has been initialised, get mpi_comm
+      if (petsc_mats[i])
+      {
+        if (mpi_comm == MPI_COMM_NULL)
+          mpi_comm = mats[i]->mpi_comm();
+        else if (mpi_comm != mats[i]->mpi_comm())
+        {
+#if 0
+          dolfin_error("PETScNestMatrix.cpp",
+                       "construct MatNest",
+                       "Constituent matrices have different communicators");
+#endif
+        }
+      }
+    }
+    else
+      petsc_mats[i] = NULL;
+  }
+
+  if (mpi_comm == MPI_COMM_NULL)
+  {
+    dolfin_error("PETScNestMatrix.cpp",
+                 "construct MatNest",
+                 "All matrices appear to be NULL");
+  }
+
+  PetscErrorCode ierr = MatCreateNest(mpi_comm, n, NULL, n, NULL, petsc_mats.data(), &_matA);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatCreateNest");
+}
+//-----------------------------------------------------------------------------
+PETScNestMatrix::~PETScNestMatrix()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+std::string PETScNestMatrix::str(bool verbose) const
+{
+  if (verbose)
+  {
+    //    PetscViewerSetFormat((PetscViewer)PETSC_VIEWER_DEFAULT,
+    //                         (PetscViewerFormat)PETSC_VIEWER_ASCII_INFO);
+    PetscErrorCode ierr;
+    if (MPI::size(MPI_COMM_WORLD) > 1)
+    {
+      ierr = MatView(_matA, PETSC_VIEWER_STDOUT_WORLD);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "MatView");
+    }
+    else
+    {
+      ierr = MatView(_matA, PETSC_VIEWER_STDOUT_SELF);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "MatView");
+    }
+  }
+
+  return std::string("<PETScNestMatrix>");
+}
+//-----------------------------------------------------------------------------
+void PETScNestMatrix::mult(const GenericVector& x, GenericVector& y) const
+{
+  dolfin_assert(_matA);
+
+  const PETScVector& xx = as_type<const PETScVector>(x);
+  PETScVector& yy = as_type<PETScVector>(y);
+
+  if (size(1) != xx.size())
+  {
+    dolfin_error("PETScNestMatrix.cpp",
+                 "compute matrix-vector product with PETSc matrix",
+                 "Non-matching dimensions for matrix-vector product");
+  }
+
+  if (size(0) != yy.size())
+  {
+    dolfin_error("PETScNestMatrix.cpp",
+                 "compute matrix-vector product with PETSc matrix",
+                 "Vector for matrix-vector result has wrong size");
+  }
+
+  PetscErrorCode ierr = MatMult(_matA, xx.vec(), yy.vec());
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatMult");
+}
+//-----------------------------------------------------------------------------
+void PETScNestMatrix::init_vectors
+(GenericVector& z_out,
+ std::vector<std::shared_ptr<GenericVector>> z_in) const
+{
+  dolfin_assert(_matA);
+
+  dolfin::la_index m, n;
+  PetscErrorCode ierr = MatNestGetSize(_matA, &m, &n);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatNestGetSize");
+  dolfin_assert(m==n);
+
+  const std::size_t nz = z_in.size();
+  if ((int)nz != m)
+  {
+    dolfin_error("PETScNestMatrix.cpp",
+                 "initialise vectors",
+                 "Incorrect number of vectors (%d) for block size (%d)",
+                 nz, m);
+  }
+
+  std::vector<IS> is(nz);
+  ierr = MatNestGetISs(_matA, is.data(), NULL);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatGetISs");
+  std::vector<Vec> nest_in;
+  for (auto &p: z_in)
+    nest_in.push_back(as_type<const PETScVector>(p)->vec());
+  Vec nest_out;
+  ierr = VecCreateNest(mpi_comm(), nz, is.data(), nest_in.data(), &nest_out);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "VecCreateNest");
+
+  // Downcast vector and assign
+  PETScVector& _z = as_type<PETScVector>(z_out);
+  _z._x = nest_out;
+}
+//-----------------------------------------------------------------------------
+void PETScNestMatrix::get_block_dofs
+(std::vector<dolfin::la_index>& dofs, std::size_t idx) const
+{
+  dolfin_assert(_matA);
+
+  dolfin::la_index m, n;
+  PetscErrorCode ierr = MatNestGetSize(_matA, &m, &n);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatNestGetSize");
+
+  dolfin_assert(m==n);
+
+  if ((int)idx >= m)
+  {
+    dolfin_error("PETScNestMatrix.cpp",
+                 "get dofs for block",
+                 "Index %d out of range [0:%d)", idx, m);
+  }
+
+  std::vector<IS> is(m);
+  ierr = MatNestGetISs(_matA, is.data(), NULL);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatNestGetISs");
+
+  dolfin::la_index ndofs;
+  ierr = ISGetLocalSize(is[idx], &ndofs);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "ISGetLocalSize");
+  dofs.resize(ndofs);
+
+  const dolfin::la_index* ptr;
+  ierr = ISGetIndices(is[idx], &ptr);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "ISGetIndices");
+  std::copy(ptr, ptr + ndofs, dofs.begin());
+
+  ierr = ISRestoreIndices(is[idx], &ptr);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "ISRestoreIndices");
+}
+//-----------------------------------------------------------------------------
+#endif
diff --git a/dolfin/la/PETScNestMatrix.h b/dolfin/la/PETScNestMatrix.h
new file mode 100644
index 0000000..f715dd3
--- /dev/null
+++ b/dolfin/la/PETScNestMatrix.h
@@ -0,0 +1,88 @@
+// Copyright (C) 2016 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifndef __PETSC_NESTMATRIX_H
+#define __PETSC_NESTMATRIX_H
+
+#ifdef HAS_PETSC
+
+#include <petscmat.h>
+#include <petscsys.h>
+
+#include "PETScMatrix.h"
+
+namespace dolfin
+{
+  class GenericMatrix;
+  class GenericVector;
+  class FunctionSpace;
+
+  /// PETScNestMatrix creates an NxN nested matrix from a list
+  /// of 'sub-matrices' in order from top left down to bottom right.
+  /// Therefore the number of matrices supplied must be a perfect
+  /// square. If any matrices are empty, a NULL pointer can be supplied.
+
+  class PETScNestMatrix : public PETScMatrix
+  {
+  public:
+
+    /// Create empty matrix
+    PETScNestMatrix();
+
+    /// Create a nested Matrix from a list of matrices
+    ///
+    /// @param mats - list of matrices
+    ///
+    explicit PETScNestMatrix
+      (std::vector<std::shared_ptr<GenericMatrix>> mats);
+
+    /// Destructor
+    virtual ~PETScNestMatrix();
+
+    /// Mat-Vec multiply
+    /// @param x - input vector
+    /// @param y - output vector y = A*x
+    virtual void mult(const GenericVector& x, GenericVector& y) const;
+
+    /// Initialise a nest vector for use with matrix
+    /// @param z_out - Vector to initialise
+    /// @param z_in - list of Vectors to nest into z_out
+    void init_vectors(GenericVector& z_out,
+                      std::vector<std::shared_ptr<GenericVector>> z_in) const;
+
+    /// Get dofs for each block
+    /// @param dofs - return list of dof indices for a given block
+    /// @param idx - index of block
+    void get_block_dofs(std::vector<dolfin::la_index>& dofs, std::size_t idx) const;
+
+    /// Return size of given dimension
+    /// @param dim - dimension (0 or 1)
+    std::size_t size(std::size_t dim) const
+    { return PETScBaseMatrix::size(dim); }
+
+    /// Text description
+    /// @param verbose
+    virtual std::string str(bool verbose) const;
+
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/la/PETScObject.cpp b/dolfin/la/PETScObject.cpp
new file mode 100644
index 0000000..f8274fe
--- /dev/null
+++ b/dolfin/la/PETScObject.cpp
@@ -0,0 +1,57 @@
+// Copyright (C) 2013-2016 Garth N. Wells, Jan Blechta
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifdef HAS_PETSC
+
+#include <petsc.h>
+
+#include <dolfin/common/SubSystemsManager.h>
+#include <dolfin/log/log.h>
+#include "PETScObject.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void PETScObject::petsc_error(int error_code,
+                              std::string filename,
+                              std::string petsc_function)
+{
+  // Fetch PETSc error description
+  const char* desc;
+  PetscErrorMessage(error_code, &desc, nullptr);
+
+  // Fetch and clear PETSc error message
+  const std::string msg = SubSystemsManager::singleton().petsc_err_msg;
+  SubSystemsManager::singleton().petsc_err_msg = "";
+
+  // Log detailed error info
+  log(TRACE, "PETSc error in '%s', '%s'",
+      filename.c_str(), petsc_function.c_str());
+  log(TRACE, "PETSc error code '%d' (%s), message follows:", error_code, desc);
+  // NOTE: don't put msg as variadic argument; it might get trimmed
+  log(TRACE, std::string(78, '-'));
+  log(TRACE, msg);
+  log(TRACE, std::string(78, '-'));
+
+  // Raise exception with standard error message
+  dolfin_error(filename,
+               "successfully call PETSc function '" + petsc_function + "'",
+                "PETSc error code is: %d (%s)", error_code, desc);
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/la/PETScObject.h b/dolfin/la/PETScObject.h
new file mode 100644
index 0000000..22868c8
--- /dev/null
+++ b/dolfin/la/PETScObject.h
@@ -0,0 +1,52 @@
+// Copyright (C) 2008 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __PETSC_OBJECT_H
+#define __PETSC_OBJECT_H
+
+#ifdef HAS_PETSC
+
+#include <string>
+#include <dolfin/common/SubSystemsManager.h>
+
+namespace dolfin
+{
+
+  /// This class calls SubSystemsManager to initialise PETSc.
+  ///
+  /// All PETSc objects must be derived from this class.
+
+  class PETScObject
+  {
+  public:
+
+    /// Constructor. Ensures that PETSc has been initialised.
+    PETScObject() { SubSystemsManager::init_petsc(); }
+
+    /// Destructor
+    virtual ~PETScObject() {}
+
+    /// Print error message for PETSc calls that return an error
+    static void petsc_error(int error_code,
+                            std::string filename,
+                            std::string petsc_function);
+
+  };
+}
+
+#endif
+#endif
diff --git a/dolfin/la/PETScOptions.cpp b/dolfin/la/PETScOptions.cpp
new file mode 100644
index 0000000..136da49
--- /dev/null
+++ b/dolfin/la/PETScOptions.cpp
@@ -0,0 +1,72 @@
+// Copyright (C) 2013 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifdef HAS_PETSC
+
+#include "PETScOptions.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void PETScOptions::set(std::string option)
+{
+  PETScOptions::set<std::string>(option, "");
+}
+//-----------------------------------------------------------------------------
+void PETScOptions::set(std::string option, bool value)
+{
+  PETScOptions::set<bool>(option, value);
+}
+//-----------------------------------------------------------------------------
+void PETScOptions::set(std::string option, int value)
+{
+  PETScOptions::set<int>(option, value);
+}
+//-----------------------------------------------------------------------------
+void PETScOptions::set(std::string option, double value)
+{
+  PETScOptions::set<double>(option, value);
+}
+//-----------------------------------------------------------------------------
+void PETScOptions::set(std::string option, std::string value)
+{
+  PETScOptions::set<std::string>(option, value);
+}
+//-----------------------------------------------------------------------------
+void PETScOptions::clear(std::string option)
+{
+  SubSystemsManager::init_petsc();
+
+  if (option[0] != '-')
+    option = '-' + option;
+
+  PetscErrorCode ierr;
+  ierr = PetscOptionsClearValue(NULL, option.c_str());
+  if (ierr != 0)
+    PETScObject::petsc_error(ierr, __FILE__, "PetscOptionsClearValue");
+}
+//-----------------------------------------------------------------------------
+void PETScOptions::clear()
+{
+  SubSystemsManager::init_petsc();
+  PetscErrorCode ierr = PetscOptionsClear(NULL);
+  if (ierr != 0)
+    PETScObject::petsc_error(ierr, __FILE__, "PetscOptionsClear");
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/la/PETScOptions.h b/dolfin/la/PETScOptions.h
new file mode 100644
index 0000000..5ae24e6
--- /dev/null
+++ b/dolfin/la/PETScOptions.h
@@ -0,0 +1,86 @@
+// Copyright (C) 2013 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __DOLFIN_PETSC_OPTIONS_H
+#define __DOLFIN_PETSC_OPTIONS_H
+
+#ifdef HAS_PETSC
+
+#include <string>
+#include <boost/lexical_cast.hpp>
+#include <petscsys.h>
+#include <dolfin/common/SubSystemsManager.h>
+#include <dolfin/log/log.h>
+#include "PETScObject.h"
+
+namespace dolfin
+{
+  /// These class provides static functions that permit users to set
+  /// and retrieve PETSc options via the PETSc option/parameter
+  /// system. The option must not be prefixed by '-', e.g.
+  ///
+  ///     PETScOptions::set("mat_mumps_icntl_14", 40);
+  ///
+  /// Note: the non-templated functions are to simplify SWIG wapping
+  /// into Python.
+
+  class PETScOptions
+  {
+  public:
+
+    /// Set PETSc option that takes no value
+    static void set(std::string option);
+
+    /// Set PETSc boolean option
+    static void set(std::string option, bool value);
+
+    /// Set PETSc integer option
+    static void set(std::string option, int value);
+
+    /// Set PETSc double option
+    static void set(std::string option, double value);
+
+    /// Set PETSc string option
+    static void set(std::string option, std::string value);
+
+    /// Genetic function for setting PETSc option
+    template<typename T>
+      static void set(std::string option, const T value)
+    {
+      SubSystemsManager::init_petsc();
+
+      if (option[0] != '-')
+        option = '-' + option;
+
+      PetscErrorCode ierr;
+      ierr = PetscOptionsSetValue(NULL, option.c_str(),
+                                  boost::lexical_cast<std::string>(value).c_str());
+      if (ierr != 0)
+        PETScObject::petsc_error(ierr, __FILE__, "PetscOptionsSetValue");
+    }
+
+    /// Clear a PETSc option
+    static void clear(std::string option);
+
+    /// Clear PETSc global options database
+    static void clear();
+
+  };
+}
+
+#endif
+#endif
diff --git a/dolfin/la/PETScPreconditioner.cpp b/dolfin/la/PETScPreconditioner.cpp
new file mode 100644
index 0000000..d090f73
--- /dev/null
+++ b/dolfin/la/PETScPreconditioner.cpp
@@ -0,0 +1,266 @@
+// Copyright (C) 2010-2016 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2010-2012
+
+#ifdef HAS_PETSC
+
+#include <petscksp.h>
+#include <petscmat.h>
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/log/log.h>
+#include "GenericVector.h"
+#include "KrylovSolver.h"
+#include "PETScKrylovSolver.h"
+#include "PETScVector.h"
+#include "VectorSpaceBasis.h"
+#include "PETScPreconditioner.h"
+
+using namespace dolfin;
+
+// Mapping from preconditioner string to PETSc
+const std::map<std::string, const PCType> PETScPreconditioner::_methods
+= { {"default",          ""},
+    {"ilu",              PCILU},
+    {"icc",              PCICC},
+    {"jacobi",           PCJACOBI},
+    {"bjacobi",          PCBJACOBI},
+    {"sor",              PCSOR},
+    {"additive_schwarz", PCASM},
+    {"petsc_amg",        PCGAMG},
+#if PETSC_HAVE_HYPRE
+    {"hypre_amg",        PCHYPRE},
+    {"hypre_euclid",     PCHYPRE},
+    {"hypre_parasails",  PCHYPRE},
+#endif
+#if PETSC_HAVE_ML
+    {"amg",              PCML},
+    {"ml_amg",           PCML},
+#elif PETSC_HAVE_HYPRE
+    {"amg",              PCHYPRE},
+#endif
+    {"none",             PCNONE} };
+
+// Mapping from preconditioner string to description string
+const std::map<std::string, std::string>
+PETScPreconditioner::_methods_descr
+= { {"default",          "default preconditioner"},
+    {"ilu",              "Incomplete LU factorization"},
+    {"icc",              "Incomplete Cholesky factorization"},
+    {"jacobi",           "Jacobi iteration"},
+    {"sor",              "Successive over-relaxation"},
+    {"petsc_amg",        "PETSc algebraic multigrid"},
+#if PETSC_HAVE_HYPRE
+    {"amg",              "Algebraic multigrid"},
+    {"hypre_amg",        "Hypre algebraic multigrid (BoomerAMG)"},
+    {"hypre_euclid",     "Hypre parallel incomplete LU factorization"},
+    {"hypre_parasails",  "Hypre parallel sparse approximate inverse"},
+#endif
+#if PETSC_HAVE_ML
+    {"ml_amg",           "ML algebraic multigrid"},
+#endif
+    {"none",             "No preconditioner"} };
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string>
+PETScPreconditioner::preconditioners()
+{
+  return PETScPreconditioner::_methods_descr;
+}
+//-----------------------------------------------------------------------------
+void PETScPreconditioner::set_type(PETScKrylovSolver& solver, std::string type)
+{
+  // Get KSP object
+  KSP ksp = solver.ksp();
+  if (!ksp)
+  {
+    dolfin_error("PETScPreconditioner.cpp",
+                 "set PETSc preconditioner type",
+                 "PETSc KSP object has not been initialized");
+  }
+
+  // Check that pc type is known
+  auto pc_type_pair = _methods.find(type);
+  if (pc_type_pair == _methods.end())
+  {
+    dolfin_error("PETScPreconditioner.cpp",
+                 "set PETSc preconditioner type",
+                 "Unknown preconditioner type (\"%s\")", type.c_str());
+  }
+
+  PetscErrorCode ierr;
+
+  // Get PETSc PC pointer
+  PC pc = nullptr;
+  ierr = KSPGetPC(ksp, &pc);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "KSPGetPC");
+
+  // Set PC type
+  if (type != "default")
+    ierr = PCSetType(pc, pc_type_pair->second);
+}
+//-----------------------------------------------------------------------------
+PETScPreconditioner::PETScPreconditioner(std::string type) : _type(type),
+                                                             gdim(0)
+{
+  // Set parameter values
+
+  // Check that the requested method is known
+  if (_methods.count(type) == 0)
+  {
+    dolfin_error("PETScPreconditioner.cpp",
+                 "create PETSc preconditioner",
+                 "Unknown preconditioner type (\"%s\")", type.c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+PETScPreconditioner::~PETScPreconditioner()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void PETScPreconditioner::set(PETScKrylovSolver& solver)
+{
+  PetscErrorCode ierr;
+  dolfin_assert(solver.ksp());
+
+  // Get PETSc PC pointer
+  PC pc;
+  ierr = KSPGetPC(solver.ksp(), &pc);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "KSPGetPC");
+
+  // Treat special cases  first
+  if (_type.find("hypre") != std::string::npos)
+  {
+    #if PETSC_HAVE_HYPRE
+    ierr = PCSetType(pc, PCHYPRE);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "PCSetType");
+
+    if (_type == "hypre_amg" || _type == "amg")
+    {
+      ierr = PCHYPRESetType(pc, "boomeramg");
+      if (ierr != 0) petsc_error(ierr, __FILE__, "PCHYPRESetType");
+    }
+    else if (_type == "hypre_euclid")
+    {
+      ierr = PCHYPRESetType(pc, "euclid");
+      if (ierr != 0) petsc_error(ierr, __FILE__, "PCHYPRESetType");
+    }
+    else
+    {
+      dolfin_error("PETScPreconditioner.cpp",
+                   "set PETSc preconditioner",
+                   "Requested Hypre preconditioner unknown (note that pilut is not supported)");
+    }
+    #else
+    warning("PETSc has not been compiled with the HYPRE library for "
+            "algebraic multigrid. Default PETSc solver will be used. "
+            "For performance, installation of HYPRE is recommended.");
+    #endif
+  }
+  else if (_type == "amg_ml" || _type == "ml_amg")
+  {
+    #if PETSC_HAVE_ML
+
+    // Set preconditioner to ML
+    ierr = PCSetType(pc, PCML);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "PCSetType");
+
+    #else
+    warning("PETSc has not been compiled with the ML library for   "
+            "algebraic multigrid. Default PETSc solver will be used. "
+            "For performance, installation of ML is recommended.");
+    #endif
+  }
+  else if (_type == "petsc_amg")
+  {
+    // Set preconditioner to GAMG
+    ierr = PCSetType(pc, PCGAMG);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "PCSetType");
+  }
+
+  // Set physical coordinates for row dofs
+  if (!_coordinates.empty())
+  {
+    dolfin_assert(gdim > 0);
+    ierr = PCSetCoordinates(pc, gdim, _coordinates.size()/gdim,
+                            _coordinates.data());
+    if (ierr != 0) petsc_error(ierr, __FILE__, "PCSetCoordinates");
+  }
+
+  // Clear memory
+  _coordinates.clear();
+
+  PCSetFromOptions(pc);
+}
+//-----------------------------------------------------------------------------
+void PETScPreconditioner::set_coordinates(const std::vector<double>& x,
+                                          std::size_t dim)
+{
+  _coordinates = x;
+  gdim = dim;
+}
+//-----------------------------------------------------------------------------
+void PETScPreconditioner::set_fieldsplit(
+  PETScKrylovSolver& solver,
+  const std::vector<std::vector<dolfin::la_index>>& fields,
+  const std::vector<std::string>& split_names)
+{
+  dolfin_assert(fields.size() == split_names.size());
+  PetscErrorCode ierr;
+
+  if (fields.empty())
+    return;
+
+  // Get PETSc PC pointer
+  PC pc;
+  dolfin_assert(solver.ksp());
+  ierr = KSPGetPC(solver.ksp(), &pc);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "KSPGetPC");
+
+  // Add split for each field
+  for (std::size_t i = 0; i < fields.size(); ++i)
+  {
+    // Create IndexSet
+    IS is;
+    ierr = ISCreateGeneral(solver.mpi_comm(), fields[i].size(), fields[i].data(),
+                           PETSC_COPY_VALUES, &is);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "ISCreateGeneral");
+
+    // Add split
+    ierr = PCFieldSplitSetIS(pc, split_names[i].c_str(), is);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "PCFieldSplitSetIS");
+
+    // Clean up IndexSet
+    ierr = ISDestroy(&is);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "ISDestroy");
+  }
+}
+//-----------------------------------------------------------------------------
+std::string PETScPreconditioner::str(bool verbose) const
+{
+  std::stringstream s;
+  if (verbose)
+    warning("Verbose output for PETScPreconditioner not implemented.");
+  else
+    s << "<PETScPreconditioner>";
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/la/PETScPreconditioner.h b/dolfin/la/PETScPreconditioner.h
new file mode 100644
index 0000000..77c6233
--- /dev/null
+++ b/dolfin/la/PETScPreconditioner.h
@@ -0,0 +1,114 @@
+// Copyright (C) 2010-2016 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2011
+
+#ifndef __DOLFIN_PETSC_PRECONDITIONER_H
+#define __DOLFIN_PETSC_PRECONDITIONER_H
+
+#ifdef HAS_PETSC
+
+#include <memory>
+#include <string>
+#include <vector>
+#include <petscpc.h>
+
+#include <dolfin/common/types.h>
+#include <dolfin/common/Variable.h>
+#include <dolfin/la/PETScObject.h>
+#include <dolfin/parameter/Parameters.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class PETScKrylovSolver;
+  class PETScSNESSolver;
+  class VectorSpaceBasis;
+
+  /// This class is a wrapper for configuring PETSc
+  /// preconditioners. It does not own a preconditioner. It can take a
+  /// PETScKrylovSolver and set the preconditioner type and
+  /// parameters.
+
+  class PETScPreconditioner : public PETScObject, public Variable
+  {
+  public:
+
+    /// Select type by name
+    static void set_type(PETScKrylovSolver& solver, std::string type);
+
+    /// Create a particular preconditioner object
+    explicit PETScPreconditioner(std::string type = "default");
+
+    /// Destructor
+    virtual ~PETScPreconditioner();
+
+    /// Set the preconditioner type and parameters
+    virtual void set(PETScKrylovSolver& solver);
+
+    /// Set the coordinates of the operator (matrix) rows and
+    /// geometric dimension d. This is can be used by required for
+    /// certain preconditioners, e.g. ML. The input for this function
+    /// can be generated using GenericDofMap::tabulate_all_dofs.
+    void set_coordinates(const std::vector<double>& x, std::size_t dim);
+
+
+    /// Assign indices from fields as separate PETSc index sets, with
+    /// given names
+    /// @param solver
+    /// @param fields
+    /// @param split_names
+    static void set_fieldsplit(PETScKrylovSolver& solver,
+            const std::vector<std::vector<dolfin::la_index>>& fields,
+            const std::vector<std::string>& split_names);
+
+    /// Return informal string representation (pretty-print)
+    /// @param verbose
+    std::string str(bool verbose) const;
+
+    /// Return a list of available preconditioners
+    static std::map<std::string, std::string> preconditioners();
+
+    friend class PETScSNESSolver;
+    friend class PETScTAOSolver;
+
+  private:
+
+    // Named preconditioner
+    std::string _type;
+
+    // Available names preconditioners
+    static const std::map<std::string, const PCType> _methods;
+
+    // Available preconditioner descriptions
+    static const std::map<std::string, std::string>
+      _methods_descr;
+
+    // Operator row coordinates
+    std::vector<double> _coordinates;
+
+    // Geometric dimension associates with coordinates
+    std::size_t gdim;
+
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/la/PETScVector.cpp b/dolfin/la/PETScVector.cpp
new file mode 100644
index 0000000..6025d47
--- /dev/null
+++ b/dolfin/la/PETScVector.cpp
@@ -0,0 +1,958 @@
+// Copyright (C) 2004-2016 Johan Hoffman, Johan Jansson, Anders Logg
+// and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells 2005-2010
+// Modified by Martin Sandve Alnes 2008
+// Modified by Johannes Ring 2011.
+// Modified by Fredrik Valdmanis 2011-2012
+
+#ifdef HAS_PETSC
+
+#include <cmath>
+#include <cstddef>
+#include <cstring>
+#include <numeric>
+#include <dolfin/common/Timer.h>
+#include <dolfin/common/Array.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/log/log.h>
+#include "SparsityPattern.h"
+#include "PETScVector.h"
+#include "PETScFactory.h"
+
+using namespace dolfin;
+
+const std::map<std::string, NormType> PETScVector::norm_types
+= { {"l1",   NORM_1}, {"l2",   NORM_2},  {"linf", NORM_INFINITY} };
+
+
+#define CHECK_ERROR(NAME) do { if (ierr != 0) petsc_error(ierr, __FILE__, NAME); } while(0)
+
+
+//-----------------------------------------------------------------------------
+PETScVector::PETScVector() : PETScVector(MPI_COMM_WORLD)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+PETScVector::PETScVector(MPI_Comm comm) : _x(nullptr)
+{
+  PetscErrorCode ierr = VecCreate(comm, &_x);
+  CHECK_ERROR("VecCreate");
+}
+//-----------------------------------------------------------------------------
+PETScVector::PETScVector(MPI_Comm comm, std::size_t N) : PETScVector(comm)
+{
+  // Compute a local range and initialise vector
+  const auto range = dolfin::MPI::local_range(comm, N);
+  _init(range, {}, {});
+}
+//-----------------------------------------------------------------------------
+PETScVector::PETScVector(const SparsityPattern& sparsity_pattern)
+  : PETScVector(sparsity_pattern.mpi_comm())
+{
+  _init(sparsity_pattern.local_range(0), {}, {});
+}
+//-----------------------------------------------------------------------------
+PETScVector::PETScVector(Vec x) : _x(x)
+{
+  // Increase reference count to PETSc object
+  PetscObjectReference((PetscObject)_x);
+}
+//-----------------------------------------------------------------------------
+PETScVector::PETScVector(const PETScVector& v) : _x(nullptr)
+{
+  dolfin_assert(v._x);
+
+  // Create new vector
+  PetscErrorCode ierr;
+  ierr = VecDuplicate(v._x, &_x);
+  CHECK_ERROR("VecDuplicate");
+
+  // Copy data
+  ierr = VecCopy(v._x, _x);
+  CHECK_ERROR("VecCopy");
+
+  // Update ghost values
+  update_ghost_values();
+}
+//-----------------------------------------------------------------------------
+PETScVector::~PETScVector()
+{
+  if (_x)
+    VecDestroy(&_x);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericVector> PETScVector::copy() const
+{
+  return std::make_shared<PETScVector>(*this);
+}
+//-----------------------------------------------------------------------------
+void PETScVector::init(std::size_t N)
+{
+  const auto range = dolfin::MPI::local_range(this->mpi_comm(), N);
+  _init(range, {}, {});
+}
+//-----------------------------------------------------------------------------
+void PETScVector::init(std::pair<std::size_t, std::size_t> range)
+{
+  _init(range, {}, {});
+}
+//-----------------------------------------------------------------------------
+void PETScVector::init(std::pair<std::size_t, std::size_t> range,
+                       const std::vector<std::size_t>& local_to_global_map,
+                       const std::vector<la_index>& ghost_indices)
+{
+  // Initialise vector
+  _init(range, local_to_global_map, ghost_indices);
+}
+//-----------------------------------------------------------------------------
+void PETScVector::get_local(std::vector<double>& values) const
+{
+  dolfin_assert(_x);
+  const auto _local_range = local_range();
+  const std::size_t local_size = _local_range.second - _local_range.first;
+  values.resize(local_size);
+
+  if (local_size == 0)
+    return;
+
+  // Get pointer to PETSc vector data
+  const PetscScalar* data;
+  PetscErrorCode ierr = VecGetArrayRead(_x, &data);
+  CHECK_ERROR("VecGetArrayRead");
+
+  // Copy data into vector
+  std::copy(data, data + local_size, values.begin());
+
+  // Restore array
+  ierr = VecRestoreArrayRead(_x, &data);
+  CHECK_ERROR("VecRestoreArrayRead");
+}
+//-----------------------------------------------------------------------------
+void PETScVector::set_local(const std::vector<double>& values)
+{
+  dolfin_assert(_x);
+  const auto _local_range = local_range();
+  const std::size_t local_size = _local_range.second - _local_range.first;
+  if (values.size() != local_size)
+  {
+    dolfin_error("PETScVector.cpp",
+                 "set local values of PETSc vector",
+                 "Size of values array is not equal to local vector size");
+  }
+
+  if (local_size == 0)
+    return;
+
+  // Build array of local indices
+  std::vector<PetscInt> rows(local_size, 0);
+  std::iota(rows.begin(), rows.end(), 0);
+
+  PetscErrorCode ierr = VecSetValuesLocal(_x, local_size, rows.data(),
+                                          values.data(), INSERT_VALUES);
+  CHECK_ERROR("VecSetValuesLocal");
+}
+//-----------------------------------------------------------------------------
+void PETScVector::add_local(const Array<double>& values)
+{
+  dolfin_assert(_x);
+  const auto _local_range = local_range();
+  const std::size_t local_size = _local_range.second - _local_range.first;
+  if (values.size() != local_size)
+  {
+    dolfin_error("PETScVector.cpp",
+                 "add local values to PETSc vector",
+                 "Size of values array is not equal to local vector size");
+  }
+
+  if (local_size == 0)
+    return;
+
+  // Build array of local indices
+  std::vector<PetscInt> rows(local_size);
+  std::iota(rows.begin(), rows.end(), 0);
+
+  PetscErrorCode ierr = VecSetValuesLocal(_x, local_size, rows.data(),
+                                          values.data(), ADD_VALUES);
+  CHECK_ERROR("VecSetValuesLocal");
+}
+//-----------------------------------------------------------------------------
+void PETScVector::get_local(double* block, std::size_t m,
+			    const dolfin::la_index* rows) const
+{
+  if (m == 0)
+    return;
+
+  dolfin_assert(_x);
+  PetscErrorCode ierr;
+
+  // Get ghost vector
+  Vec xg = nullptr;
+  ierr = VecGhostGetLocalForm(_x, &xg);
+  CHECK_ERROR("VecGhostGetLocalForm");
+
+  // Use array access if no ghost points, otherwise use VecGetValues
+  // on local ghosted form of vector
+  if (!xg)
+  {
+    // Get pointer to PETSc vector data
+    const PetscScalar* data;
+    ierr = VecGetArrayRead(_x, &data);
+    CHECK_ERROR("VecGetArrayRead");
+
+    for (std::size_t i = 0; i < m; ++i)
+      block[i] = data[rows[i]];
+
+    // Restore array
+    ierr = VecRestoreArrayRead(_x, &data);
+    CHECK_ERROR("VecRestoreArrayRead");
+  }
+  else
+  {
+    dolfin_assert(xg);
+    ierr = VecGetValues(xg, m, rows, block);
+    CHECK_ERROR("VecGetValues");
+
+    ierr = VecGhostRestoreLocalForm(_x, &xg);
+    CHECK_ERROR("VecGhostRestoreLocalForm");
+  }
+}
+//-----------------------------------------------------------------------------
+void PETScVector::get(double* block, std::size_t m,
+                      const dolfin::la_index* rows) const
+{
+  if (m == 0)
+    return;
+
+  dolfin_assert(_x);
+  PetscErrorCode ierr = VecGetValues(_x, m, rows, block);
+  CHECK_ERROR("VecGetValues");
+}
+//-----------------------------------------------------------------------------
+void PETScVector::set(const double* block, std::size_t m,
+                      const dolfin::la_index* rows)
+{
+  dolfin_assert(_x);
+  PetscErrorCode ierr = VecSetValues(_x, m, rows, block, INSERT_VALUES);
+  CHECK_ERROR("VecSetValues");
+}
+//-----------------------------------------------------------------------------
+void PETScVector::set_local(const double* block, std::size_t m,
+                            const dolfin::la_index* rows)
+{
+  dolfin_assert(_x);
+  PetscErrorCode ierr = VecSetValuesLocal(_x, m, rows, block, INSERT_VALUES);
+  CHECK_ERROR("VecSetValuesLocal");
+}
+//-----------------------------------------------------------------------------
+void PETScVector::add(const double* block, std::size_t m,
+                      const dolfin::la_index* rows)
+{
+  dolfin_assert(_x);
+  PetscErrorCode ierr = VecSetValues(_x, m, rows, block, ADD_VALUES);
+  CHECK_ERROR("VecSetValues");
+}
+//-----------------------------------------------------------------------------
+void PETScVector::add_local(const double* block, std::size_t m,
+                            const dolfin::la_index* rows)
+{
+  dolfin_assert(_x);
+  PetscErrorCode ierr = VecSetValuesLocal(_x, m, rows, block, ADD_VALUES);
+  CHECK_ERROR("VecSetValuesLocal");
+}
+//-----------------------------------------------------------------------------
+void PETScVector::apply(std::string mode)
+{
+  Timer timer("Apply (PETScVector)");
+  dolfin_assert(_x);
+  PetscErrorCode ierr;
+  ierr = VecAssemblyBegin(_x);
+  CHECK_ERROR("VecAssemblyBegin");
+  ierr = VecAssemblyEnd(_x);
+  CHECK_ERROR("VecAssemblyEnd");
+
+  // Update any ghost values
+  update_ghost_values();
+}
+//-----------------------------------------------------------------------------
+MPI_Comm PETScVector::mpi_comm() const
+{
+  dolfin_assert(_x);
+  MPI_Comm mpi_comm = MPI_COMM_NULL;
+  PetscErrorCode ierr = PetscObjectGetComm((PetscObject)(_x), &mpi_comm);
+  CHECK_ERROR("PetscObjectGetComm");
+  return mpi_comm;
+}
+//-----------------------------------------------------------------------------
+void PETScVector::zero()
+{
+  dolfin_assert(_x);
+  double a = 0.0;
+  PetscErrorCode ierr = VecSet(_x, a);
+  CHECK_ERROR("VecSet");
+  this->apply("insert");
+}
+//-----------------------------------------------------------------------------
+bool PETScVector::empty() const
+{
+  return this->size() == 0;
+}
+//-----------------------------------------------------------------------------
+std::size_t PETScVector::size() const
+{
+  dolfin_assert(_x);
+  PetscErrorCode ierr;
+
+  // Return zero if vector type has not been set (Vec has not been
+  // initialized)
+  VecType vec_type = nullptr;
+  ierr = VecGetType(_x, &vec_type);
+  if (vec_type == nullptr)
+    return 0;
+  CHECK_ERROR("VecGetType");
+
+  PetscInt n = 0;
+  dolfin_assert(_x);
+  ierr = VecGetSize(_x, &n);
+  CHECK_ERROR("VecGetSize");
+
+  return n > 0 ? n : 0;
+}
+//-----------------------------------------------------------------------------
+std::size_t PETScVector::local_size() const
+{
+  dolfin_assert(_x);
+  PetscErrorCode ierr;
+
+  // Return zero if vector type has not been set
+  VecType vec_type = nullptr;
+  ierr = VecGetType(_x, &vec_type);
+  if (vec_type == nullptr)
+    return 0;
+  CHECK_ERROR("VecGetType");
+
+  PetscInt n = 0;
+  ierr = VecGetLocalSize(_x, &n);
+  CHECK_ERROR("VecGetLocalSize");
+
+  return n;
+}
+//-----------------------------------------------------------------------------
+std::pair<std::int64_t, std::int64_t> PETScVector::local_range() const
+{
+  dolfin_assert(_x);
+
+  PetscInt n0, n1;
+  PetscErrorCode ierr = VecGetOwnershipRange(_x, &n0, &n1);
+  CHECK_ERROR("VecGetOwnershipRange");
+  dolfin_assert(n0 <= n1);
+  return {n0, n1};
+}
+//-----------------------------------------------------------------------------
+bool PETScVector::owns_index(std::size_t i) const
+{
+  const auto _local_range = local_range();
+  const std::int64_t _i = i;
+  return _i >= _local_range.first && _i < _local_range.second;
+}
+//-----------------------------------------------------------------------------
+const GenericVector& PETScVector::operator= (const GenericVector& v)
+{
+  *this = as_type<const PETScVector>(v);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const PETScVector& PETScVector::operator= (const PETScVector& v)
+{
+  // Check that vector lengths are equal
+  if (size() != v.size())
+  {
+    dolfin_error("PETScVector.cpp",
+                 "assign one vector to another",
+                 "Vectors must be of the same length when assigning. "
+                 "Consider using the copy constructor instead");
+  }
+
+  // Check that vector local ranges are equal (relevant in parallel)
+  if (local_range() != v.local_range())
+  {
+    dolfin_error("PETScVector.cpp",
+                 "assign one vector to another",
+                 "Vectors must have the same parallel layout when assigning. "
+                 "Consider using the copy constructor instead");
+  }
+
+  // Check for self-assignment
+  if (this != &v)
+  {
+    // Copy data (local operation)
+    dolfin_assert(v._x);
+    dolfin_assert(_x);
+    PetscErrorCode ierr = VecCopy(v._x, _x);
+    CHECK_ERROR("VecCopy");
+
+    // Update ghost values
+    update_ghost_values();
+  }
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const PETScVector& PETScVector::operator= (double a)
+{
+  dolfin_assert(_x);
+  PetscErrorCode ierr = VecSet(_x, a);
+  CHECK_ERROR("VecSet");
+  apply("insert");
+  return *this;
+}
+//-----------------------------------------------------------------------------
+void PETScVector::update_ghost_values()
+{
+  dolfin_assert(_x);
+  PetscErrorCode ierr;
+
+  // Check of vector is ghosted
+  Vec xg;
+  ierr = VecGhostGetLocalForm(_x, &xg);
+  CHECK_ERROR("VecGhostGetLocalForm");
+
+  // If ghosted, update
+  if (xg)
+  {
+    ierr = VecGhostUpdateBegin(_x, INSERT_VALUES, SCATTER_FORWARD);
+    CHECK_ERROR("VecGhostUpdateBegin");
+    ierr = VecGhostUpdateEnd(_x, INSERT_VALUES, SCATTER_FORWARD);
+    CHECK_ERROR("VecGhostUpdateEnd");
+  }
+
+  ierr = VecGhostRestoreLocalForm(_x, &xg);
+  CHECK_ERROR("VecGhostRestoreLocalForm");
+}
+//-----------------------------------------------------------------------------
+const PETScVector& PETScVector::operator+= (const GenericVector& x)
+{
+  axpy(1.0, x);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const PETScVector& PETScVector::operator+= (double a)
+{
+  dolfin_assert(_x);
+  PetscErrorCode ierr = VecShift(_x, a);
+  CHECK_ERROR("VecShift");
+
+  // Update any ghost values
+  update_ghost_values();
+
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const PETScVector& PETScVector::operator-= (const GenericVector& x)
+{
+  axpy(-1.0, x);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const PETScVector& PETScVector::operator-= (double a)
+{
+  dolfin_assert(_x);
+  (*this) += -a;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const PETScVector& PETScVector::operator*= (const double a)
+{
+  dolfin_assert(_x);
+  PetscErrorCode ierr = VecScale(_x, a);
+  CHECK_ERROR("VecScale");
+
+  // Update ghost values
+  update_ghost_values();
+
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const PETScVector& PETScVector::operator*= (const GenericVector& y)
+{
+  dolfin_assert(_x);
+  const PETScVector& v = as_type<const PETScVector>(y);
+  dolfin_assert(v._x);
+  if (size() != v.size())
+  {
+    dolfin_error("PETScVector.cpp",
+                 "perform point-wise multiplication with PETSc vector",
+                 "Vectors are not of the same size");
+  }
+
+  PetscErrorCode ierr = VecPointwiseMult(_x, _x, v._x);
+  CHECK_ERROR("VecPointwiseMult");
+
+  // Update ghost values
+  update_ghost_values();
+
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const PETScVector& PETScVector::operator/= (const double a)
+{
+  dolfin_assert(_x);
+  dolfin_assert(a != 0.0);
+  const double b = 1.0/a;
+  (*this) *= b;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+double PETScVector::inner(const GenericVector& y) const
+{
+  dolfin_assert(_x);
+  const PETScVector& _y = as_type<const PETScVector>(y);
+  dolfin_assert(_y._x);
+  double a;
+  PetscErrorCode ierr = VecDot(_y._x, _x, &a);
+  CHECK_ERROR("VecDot");
+  return a;
+}
+//-----------------------------------------------------------------------------
+void PETScVector::axpy(double a, const GenericVector& y)
+{
+  dolfin_assert(_x);
+
+  const PETScVector& _y = as_type<const PETScVector>(y);
+  dolfin_assert(_y._x);
+  if (size() != _y.size())
+  {
+    dolfin_error("PETScVector.cpp",
+                 "perform axpy operation with PETSc vector",
+                 "Vectors are not of the same size");
+  }
+
+  PetscErrorCode ierr = VecAXPY(_x, a, _y._x);
+  CHECK_ERROR("VecAXPY");
+
+  // Update ghost values
+  update_ghost_values();
+}
+//-----------------------------------------------------------------------------
+void PETScVector::abs()
+{
+  dolfin_assert(_x);
+  PetscErrorCode ierr = VecAbs(_x);
+  CHECK_ERROR("VecAbs");
+
+  // Update ghost values
+  update_ghost_values();
+}
+//-----------------------------------------------------------------------------
+double PETScVector::norm(std::string norm_type) const
+{
+  dolfin_assert(_x);
+  if (norm_types.count(norm_type) == 0)
+  {
+    dolfin_error("PETScVector.cpp",
+                 "compute norm of PETSc vector",
+                 "Unknown norm type (\"%s\")", norm_type.c_str());
+  }
+
+  double value = 0.0;
+  PetscErrorCode ierr = VecNorm(_x, norm_types.find(norm_type)->second,
+                                &value);
+  CHECK_ERROR("VecNorm");
+  return value;
+}
+//-----------------------------------------------------------------------------
+double PETScVector::min() const
+{
+  dolfin_assert(_x);
+  double value = 0.0;
+  PetscInt position = 0;
+  PetscErrorCode ierr = VecMin(_x, &position, &value);
+  CHECK_ERROR("VecMin");
+  return value;
+}
+//-----------------------------------------------------------------------------
+double PETScVector::max() const
+{
+  dolfin_assert(_x);
+  double value = 0.0;
+  PetscInt position = 0;
+  PetscErrorCode ierr = VecMax(_x, &position, &value);
+  CHECK_ERROR("VecMax");
+  return value;
+}
+//-----------------------------------------------------------------------------
+double PETScVector::sum() const
+{
+  dolfin_assert(_x);
+  double value = 0.0;
+  PetscErrorCode ierr = VecSum(_x, &value);
+  CHECK_ERROR("VecSum");
+  return value;
+}
+//-----------------------------------------------------------------------------
+double PETScVector::sum(const Array<std::size_t>& rows) const
+{
+  dolfin_assert(_x);
+  const auto _local_range = local_range();
+  const std::size_t n0 = _local_range.first;
+  const std::size_t n1 = _local_range.second;
+
+  // Build sets of local and nonlocal entries
+  Set<PetscInt> local_rows;
+  Set<std::size_t> send_nonlocal_rows;
+  for (std::size_t i = 0; i < rows.size(); ++i)
+  {
+    if (rows[i] >= n0 && rows[i] < n1)
+      local_rows.insert(rows[i]);
+    else
+      send_nonlocal_rows.insert(rows[i]);
+  }
+
+  // Send nonlocal rows indices to other processes
+  const std::size_t num_processes  = dolfin::MPI::size(mpi_comm());
+  const std::size_t process_number = dolfin::MPI::rank(mpi_comm());
+  for (std::size_t i = 1; i < num_processes; ++i)
+  {
+    // Receive data from process p - i (i steps to the left), send
+    // data to process p + i (i steps to the right)
+    const std::size_t source
+      = (process_number - i + num_processes) % num_processes;
+    const std::size_t dest = (process_number + i) % num_processes;
+
+    // Send and receive data
+    std::vector<std::size_t> received_nonlocal_rows;
+    dolfin::MPI::send_recv(mpi_comm(), send_nonlocal_rows.set(), dest,
+                           received_nonlocal_rows, source);
+
+    // Add rows which reside on this process
+    for (std::size_t j = 0; j < received_nonlocal_rows.size(); ++j)
+    {
+      if (received_nonlocal_rows[j] >= n0 && received_nonlocal_rows[j] < n1)
+        local_rows.insert(received_nonlocal_rows[j]);
+    }
+  }
+
+  // Get local values (using global indices)
+  std::vector<double> local_values(local_rows.size());
+  get(local_values.data(), local_rows.size(), &local_rows.set()[0]);
+
+  // Compute local sum
+  const double local_sum = std::accumulate(local_values.begin(),
+                                           local_values.end(), 0.0);
+
+  return dolfin::MPI::sum(mpi_comm(), local_sum);
+}
+//-----------------------------------------------------------------------------
+std::string PETScVector::str(bool verbose) const
+{
+  dolfin_assert(_x);
+  PetscErrorCode ierr;
+
+  // Check if vector type has not been set
+  VecType vec_type = nullptr;
+  ierr = VecGetType(_x, &vec_type);
+  if (vec_type == nullptr)
+    return "<Uninitialized PETScVector>";
+  CHECK_ERROR("VecGetType");
+
+  std::stringstream s;
+  if (verbose)
+  {
+    // Get vector type
+    VecType petsc_type = nullptr;
+    dolfin_assert(_x);
+    ierr = VecGetType(_x, &petsc_type);
+    CHECK_ERROR("VecGetType");
+
+    if (strcmp(petsc_type, VECSEQ) == 0)
+    {
+      ierr = VecView(_x, PETSC_VIEWER_STDOUT_SELF);
+      CHECK_ERROR("VecView");
+    }
+    else if (strcmp(petsc_type, VECMPI) == 0)
+    {
+      ierr = VecView(_x, PETSC_VIEWER_STDOUT_WORLD);
+      CHECK_ERROR("VecView");
+    }
+    else if (strcmp(petsc_type, VECNEST) == 0)
+    {
+      ierr = VecView(_x, PETSC_VIEWER_STDOUT_WORLD);
+      CHECK_ERROR("VecView");
+    }
+
+  }
+  else
+    s << "<PETScVector of size " << size() << ">";
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+void PETScVector::gather(GenericVector& y,
+                         const std::vector<dolfin::la_index>& indices) const
+{
+  dolfin_assert(_x);
+  PetscErrorCode ierr;
+
+  // Down cast to a PETScVector
+  PETScVector& _y = as_type<PETScVector>(y);
+
+  // Get number of required entries
+  const std::size_t n = indices.size();
+
+  // Check that passed vector is local
+  if (MPI::size(_y.mpi_comm()) != 1)
+  {
+    dolfin_error("PETScVector.cpp",
+                 "gather vector entries",
+                 "Gather vector must be a local vector (MPI_COMM_SELF)");
+  }
+
+  // Initialize vector if empty
+  if (_y.empty())
+    _y.init(n);
+
+  // Check that passed vector has correct size
+  if (_y.size() != n)
+  {
+    dolfin_error("PETScVector.cpp",
+                 "gather vector entries",
+                 "Gather vector must be empty or of correct size "
+                 "(same as provided indices)");
+  }
+
+  // Prepare data for index sets (global indices)
+  std::vector<PetscInt> global_indices(indices.begin(), indices.end());
+
+  // PETSc will bail out if it receives a NULL pointer even though m
+  // == 0.  Can't return from function since function calls are
+  // collective.
+  if (n == 0)
+    global_indices.resize(1);
+
+  // Create local index sets
+  IS from, to;
+  ierr = ISCreateGeneral(PETSC_COMM_SELF, n, global_indices.data(),
+                         PETSC_COPY_VALUES, &from);
+  CHECK_ERROR("ISCreateGeneral");
+  ierr = ISCreateStride(PETSC_COMM_SELF, n, 0 , 1, &to);
+  CHECK_ERROR("ISCreateStride");
+
+
+  // Perform scatter
+  VecScatter scatter;
+  ierr = VecScatterCreate(_x, from, _y.vec(), to, &scatter);
+  CHECK_ERROR("VecScatterCreate");
+  ierr = VecScatterBegin(scatter, _x, _y.vec(), INSERT_VALUES,
+                         SCATTER_FORWARD);
+  CHECK_ERROR("VecScatterBegin");
+  ierr = VecScatterEnd(scatter, _x, _y.vec(), INSERT_VALUES,
+                       SCATTER_FORWARD);
+  CHECK_ERROR("VecScatterEnd");
+
+  // Clean up
+  ierr = VecScatterDestroy(&scatter);
+  CHECK_ERROR("VecScatterDestroy");
+  ierr = ISDestroy(&from);
+  CHECK_ERROR("ISDestroy");
+  ierr = ISDestroy(&to);
+  CHECK_ERROR("ISDestroy");
+}
+//-----------------------------------------------------------------------------
+void PETScVector::gather(std::vector<double>& x,
+                         const std::vector<dolfin::la_index>& indices) const
+{
+  x.resize(indices.size());
+  PETScVector y(PETSC_COMM_SELF);
+  gather(y, indices);
+  dolfin_assert(y.local_size() == x.size());
+  y.get_local(x);
+}
+//-----------------------------------------------------------------------------
+void PETScVector::gather_on_zero(std::vector<double>& x) const
+{
+  PetscErrorCode ierr;
+
+  if (dolfin::MPI::rank(mpi_comm()) == 0)
+    x.resize(size());
+  else
+    x.resize(0);
+
+  dolfin_assert(_x);
+  Vec vout;
+  VecScatter scatter;
+  ierr = VecScatterCreateToZero(_x, &scatter, &vout);
+  CHECK_ERROR("VecScatterCreateToZero");
+  ierr = VecScatterBegin(scatter, _x, vout, INSERT_VALUES, SCATTER_FORWARD);
+  CHECK_ERROR("VecScatterBegin");
+  ierr = VecScatterEnd(scatter, _x, vout, INSERT_VALUES, SCATTER_FORWARD);
+  CHECK_ERROR("VecScatterEnd");
+  ierr = VecScatterDestroy(&scatter);
+  CHECK_ERROR("VecScatterDestroy");
+
+  // Wrap PETSc vector
+  if (dolfin::MPI::rank(mpi_comm()) == 0)
+  {
+    PETScVector _vout(vout);
+    _vout.get_local(x);
+  }
+}
+//-----------------------------------------------------------------------------
+GenericLinearAlgebraFactory& PETScVector::factory() const
+{
+  return PETScFactory::instance();
+}
+//-----------------------------------------------------------------------------
+void PETScVector::set_options_prefix(std::string options_prefix)
+{
+  if (!_x)
+  {
+    dolfin_error("PETScVector.cpp",
+                 "setting PETSc options prefix",
+                 "Cannot set options prefix since PETSc Vec has not been initialized");
+  }
+
+  // Set PETSc options prefix
+  PetscErrorCode ierr = VecSetOptionsPrefix(_x, options_prefix.c_str());
+  CHECK_ERROR("VecSetOptionsPrefix");
+}
+//-----------------------------------------------------------------------------
+std::string PETScVector::get_options_prefix() const
+{
+  if (!_x)
+  {
+    dolfin_error("PETScVector.cpp",
+                 "get PETSc options prefix",
+                 "Cannot get options prefix since PETSc Vec has not been initialized");
+  }
+
+  const char* prefix = nullptr;
+  PetscErrorCode ierr = VecGetOptionsPrefix(_x, &prefix);
+  CHECK_ERROR("VecGetOptionsPrefix");
+  return std::string(prefix);
+}
+//-----------------------------------------------------------------------------
+void PETScVector::set_from_options()
+{
+  if (!_x)
+  {
+    dolfin_error("PETScVector.cpp",
+                 "call VecSetFromOptions on PETSc Vec object",
+                 "Vec object has not been initialized");
+  }
+
+  PetscErrorCode ierr = VecSetFromOptions(_x);
+  CHECK_ERROR("VecSetFromOptions");
+}
+//-----------------------------------------------------------------------------
+Vec PETScVector::vec() const
+{
+  return _x;
+}
+//-----------------------------------------------------------------------------
+void PETScVector::reset(Vec vec)
+{
+  dolfin_assert(_x);
+  PetscErrorCode ierr;
+
+  // Decrease reference count to old Vec object
+  ierr = VecDestroy(&_x);
+  CHECK_ERROR("VecDestroy");
+
+  // Store new Vec object and increment reference count
+  _x = vec;
+  ierr = PetscObjectReference((PetscObject)_x);
+  CHECK_ERROR("PetscObjectReference");
+}
+//-----------------------------------------------------------------------------
+void PETScVector::_init(std::pair<std::size_t, std::size_t> range,
+                        const std::vector<std::size_t>& local_to_global_map,
+                        const std::vector<la_index>& ghost_indices)
+{
+  if (!_x)
+  {
+    dolfin_error("PETScVector.h",
+                 "initialize vector",
+                 "Underlying PETSc Vec has not been initialized");
+  }
+
+  PetscErrorCode ierr;
+
+  // Set from PETSc options. This will set the vector type.
+  ierr = VecSetFromOptions(_x);
+  CHECK_ERROR("VecSetFromOptions");
+
+  // Get local size
+  const std::size_t local_size = range.second - range.first;
+  dolfin_assert(range.second >= range.first);
+
+  // Set vector size
+  ierr = VecSetSizes(_x, local_size, PETSC_DECIDE);
+  CHECK_ERROR("VecSetSizes");
+
+  // Get PETSc Vec type
+  VecType vec_type = nullptr;
+  ierr = VecGetType(_x, &vec_type);
+  CHECK_ERROR("VecGetType");
+
+  // Add ghost points if Vec type is MPI (throw an error if Vec is not
+  // VECMPI and ghost entry vector is not empty)
+  if (strcmp(vec_type, VECMPI) == 0)
+  {
+    ierr = VecMPISetGhost(_x, ghost_indices.size(), ghost_indices.data());
+    CHECK_ERROR("VecMPISetGhost");
+  }
+  else if (!ghost_indices.empty())
+  {
+    dolfin_error("PETScVector.cpp",
+                 "initialize vector",
+                 "Sequential PETSc Vec objects cannot have ghost entries");
+  }
+
+  // Build local-to-global map
+  std::vector<PetscInt> _map;
+  if (!local_to_global_map.empty())
+  {
+    // Copy data to get correct PETSc integer type
+    _map = std::vector<PetscInt>(local_to_global_map.begin(),
+                                 local_to_global_map.end());
+  }
+  else
+  {
+    // Fill vector with [i0 + 0, i0 + 1, i0 +2, . . .]
+    const std::size_t size = range.second - range.first;
+    _map.assign(size, range.first);
+    std::iota(_map.begin(), _map.end(), range.first);
+  }
+
+  // Create PETSc local-to-global map
+  ISLocalToGlobalMapping petsc_local_to_global;
+  ierr = ISLocalToGlobalMappingCreate(PETSC_COMM_SELF, 1, _map.size(), _map.data(),
+                               PETSC_COPY_VALUES, &petsc_local_to_global);
+  CHECK_ERROR("ISLocalToGlobalMappingCreate");
+
+  // Apply local-to-global map to vector
+  ierr = VecSetLocalToGlobalMapping(_x, petsc_local_to_global);
+  CHECK_ERROR("VecSetLocalToGlobalMapping");
+
+  // Clean-up PETSc local-to-global map
+  ierr = ISLocalToGlobalMappingDestroy(&petsc_local_to_global);
+  CHECK_ERROR("ISLocalToGlobalMappingDestroy");
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/la/PETScVector.h b/dolfin/la/PETScVector.h
new file mode 100644
index 0000000..64e4e4d
--- /dev/null
+++ b/dolfin/la/PETScVector.h
@@ -0,0 +1,290 @@
+// Copyright (C) 2004-2016 Johan Hoffman, Johan Jansson, Anders Logg
+// and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2005-2010.
+// Modified by Kent-Andre Mardal, 2008.
+// Modified by Ola Skavhaug, 2008.
+// Modified by Martin Alnæs, 2008.
+// Modified by Fredrik Valdmanis, 2011.
+
+#ifndef __DOLFIN_PETSC_VECTOR_H
+#define __DOLFIN_PETSC_VECTOR_H
+
+#ifdef HAS_PETSC
+
+#include <cstdint>
+#include <map>
+#include <memory>
+#include <string>
+#include <unordered_map>
+#include <utility>
+
+#include <petscsys.h>
+#include <petscvec.h>
+
+#include <dolfin/log/log.h>
+#include <dolfin/common/types.h>
+#include "GenericVector.h"
+#include "PETScObject.h"
+
+namespace dolfin
+{
+
+  class SparsityPattern;
+  template<typename T> class Array;
+
+  /// A simple vector class based on PETSc.
+  ///
+  /// It is a simple wrapper for a PETSc vector pointer (Vec)
+  /// implementing the GenericVector interface.
+  ///
+  /// The interface is intentionally simple. For advanced usage,
+  /// access the PETSc Vec pointer using the function vec() and
+  /// use the standard PETSc interface.
+
+  class PETScVector : public GenericVector, public PETScObject
+  {
+  public:
+
+    /// Create empty vector (on MPI_COMM_WORLD)
+    PETScVector();
+
+    /// Create empty vector on an MPI communicator
+    explicit PETScVector(MPI_Comm comm);
+
+    /// Create vector of size N
+    PETScVector(MPI_Comm comm, std::size_t N);
+
+    /// Create vector
+    explicit PETScVector(const SparsityPattern& sparsity_pattern);
+
+    /// Copy constructor
+    PETScVector(const PETScVector& x);
+
+    /// Create vector wrapper of PETSc Vec pointer. The reference
+    /// counter of the Vec will be increased, and decreased upon
+    /// destruction of this object.
+    explicit PETScVector(Vec x);
+
+    /// Destructor
+    virtual ~PETScVector();
+
+    //--- Implementation of the GenericTensor interface ---
+
+    /// Set all entries to zero and keep any sparse structure
+    virtual void zero();
+
+    /// Finalize assembly of tensor
+    virtual void apply(std::string mode);
+
+    /// Return MPI communicator
+    virtual MPI_Comm mpi_comm() const;
+
+    /// Return informal string representation (pretty-print)
+    virtual std::string str(bool verbose) const;
+
+    //--- Implementation of the GenericVector interface ---
+
+    /// Return copy of vector
+    virtual std::shared_ptr<GenericVector> copy() const;
+
+    /// Initialize vector to global size N
+    virtual void init(std::size_t N);
+
+    /// Initialize vector with given ownership range
+    virtual void init(std::pair<std::size_t, std::size_t> range);
+
+    /// Initialize vector with given ownership range and with ghost
+    /// values
+    virtual void init(std::pair<std::size_t, std::size_t> range,
+                      const std::vector<std::size_t>& local_to_global_map,
+                      const std::vector<la_index>& ghost_indices);
+
+    // Bring init function from GenericVector into scope
+    using GenericVector::init;
+
+    /// Return true if vector is empty
+    virtual bool empty() const;
+
+    /// Return size of vector
+    virtual std::size_t size() const;
+
+    /// Return local size of vector
+    virtual std::size_t local_size() const;
+
+    /// Return ownership range of a vector
+    virtual std::pair<std::int64_t, std::int64_t> local_range() const;
+
+    /// Determine whether global vector index is owned by this process
+    virtual bool owns_index(std::size_t i) const;
+
+    /// Get block of values using global indices (all values must be
+    /// owned by local process, ghosts cannot be accessed)
+    virtual void get(double* block, std::size_t m,
+                     const dolfin::la_index* rows) const;
+
+    /// Get block of values using local indices
+    virtual void get_local(double* block, std::size_t m,
+                           const dolfin::la_index* rows) const;
+
+    /// Set block of values using global indices
+    virtual void set(const double* block, std::size_t m,
+                     const dolfin::la_index* rows);
+
+    /// Set block of values using local indices
+    virtual void set_local(const double* block, std::size_t m,
+                           const dolfin::la_index* rows);
+
+    /// Add block of values using global indices
+    virtual void add(const double* block, std::size_t m,
+                     const dolfin::la_index* rows);
+
+    /// Add block of values using local indices
+    virtual void add_local(const double* block, std::size_t m,
+                           const dolfin::la_index* rows);
+
+    /// Get all values on local process
+    virtual void get_local(std::vector<double>& values) const;
+
+    /// Set all values on local process
+    virtual void set_local(const std::vector<double>& values);
+
+    /// Add values to each entry on local process
+    virtual void add_local(const Array<double>& values);
+
+    /// Gather entries (given by global indices) into local
+    /// (MPI_COMM_SELF) vector x. Provided x must be empty
+    /// or of correct dimension (same as provided indices).
+    /// This operation is collective
+    virtual void gather(GenericVector& y,
+                        const std::vector<dolfin::la_index>& indices) const;
+
+    /// Gather entries (given by global indices) into x.
+    /// This operation is collective
+    virtual void gather(std::vector<double>& x,
+                        const std::vector<dolfin::la_index>& indices) const;
+
+    /// Gather all entries into x on process 0.
+    /// This operation is collective
+    virtual void gather_on_zero(std::vector<double>& x) const;
+
+    /// Add multiple of given vector (AXPY operation)
+    virtual void axpy(double a, const GenericVector& x);
+
+    /// Replace all entries in the vector by their absolute values
+    virtual void abs();
+
+    /// Return inner product with given vector
+    virtual double inner(const GenericVector& v) const;
+
+    /// Return norm of vector
+    virtual double norm(std::string norm_type) const;
+
+    /// Return minimum value of vector
+    virtual double min() const;
+
+    /// Return maximum value of vector
+    virtual double max() const;
+
+    /// Return sum of values of vector
+    virtual double sum() const;
+
+    /// Return sum of selected rows in vector
+    virtual double sum(const Array<std::size_t>& rows) const;
+
+    /// Multiply vector by given number
+    virtual const PETScVector& operator*= (double a);
+
+    /// Multiply vector by another vector pointwise
+    virtual const PETScVector& operator*= (const GenericVector& x);
+
+    /// Divide vector by given number
+    virtual const PETScVector& operator/= (double a);
+
+    /// Add given vector
+    virtual const PETScVector& operator+= (const GenericVector& x);
+
+    /// Add number to all components of a vector
+    virtual const PETScVector& operator+= (double a);
+
+    /// Subtract given vector
+    virtual const PETScVector& operator-= (const GenericVector& x);
+
+    /// Subtract number from all components of a vector
+    virtual const PETScVector& operator-= (double a);
+
+    /// Assignment operator
+    virtual const GenericVector& operator= (const GenericVector& x);
+
+    /// Assignment operator
+    virtual const PETScVector& operator= (double a);
+
+    /// Update values shared from remote processes
+    virtual void update_ghost_values();
+
+    //--- Special functions ---
+
+    /// Return linear algebra backend factory
+    virtual GenericLinearAlgebraFactory& factory() const;
+
+    //--- Special PETSc functions ---
+
+    /// Sets the prefix used by PETSc when searching the options
+    /// database
+    void set_options_prefix(std::string options_prefix);
+
+    /// Returns the prefix used by PETSc when searching the options
+    /// database
+    std::string get_options_prefix() const;
+
+    /// Call PETSc function VecSetFromOptions on the underlying Vec
+    /// object
+    void set_from_options();
+
+    /// Return pointer to PETSc Vec object
+    Vec vec() const;
+
+    /// Assignment operator
+    const PETScVector& operator= (const PETScVector& x);
+
+    /// Switch underlying PETSc object. Intended for internal library
+    /// usage.
+    void reset(Vec vec);
+
+    friend class PETScNestMatrix;
+
+  private:
+
+    // Initialise PETSc vector
+    void _init(std::pair<std::size_t, std::size_t> range,
+               const std::vector<std::size_t>& local_to_global_map,
+               const std::vector<la_index>& ghost_indices);
+
+    // PETSc Vec pointer
+    Vec _x;
+
+    // PETSc norm types
+    static const std::map<std::string, NormType> norm_types;
+
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/la/SLEPcEigenSolver.cpp b/dolfin/la/SLEPcEigenSolver.cpp
new file mode 100644
index 0000000..c5b3349
--- /dev/null
+++ b/dolfin/la/SLEPcEigenSolver.cpp
@@ -0,0 +1,546 @@
+// Copyright (C) 2005-2017 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifdef HAS_SLEPC
+
+#include <slepcversion.h>
+#include <dolfin/log/log.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/NoDeleter.h>
+#include "PETScMatrix.h"
+#include "PETScVector.h"
+#include "SLEPcEigenSolver.h"
+#include "VectorSpaceBasis.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+SLEPcEigenSolver::SLEPcEigenSolver(MPI_Comm comm)
+{
+  // Set up solver environment
+  EPSCreate(comm, &_eps);
+
+  // Set default parameter values
+  parameters = default_parameters();
+}
+//-----------------------------------------------------------------------------
+SLEPcEigenSolver::SLEPcEigenSolver(EPS eps) : _eps(eps)
+{
+  PetscErrorCode ierr;
+  if (_eps)
+  {
+    // Increment reference count since we holding a pointer to it
+    ierr = PetscObjectReference((PetscObject)_eps);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "PetscObjectReference");
+  }
+  else
+  {
+    dolfin_error("SLEPcEigenSolver.cpp",
+                 "initialize SLEPcEigenSolver with SLEPc EPS object",
+                 "SLEPc EPS must be initialised (EPSCreate) before wrapping");
+  }
+
+  // Set default parameter values
+  parameters = default_parameters();
+}
+//-----------------------------------------------------------------------------
+SLEPcEigenSolver::SLEPcEigenSolver(std::shared_ptr<const PETScMatrix> A)
+  : SLEPcEigenSolver(A,  nullptr)
+{
+  // TODO: deprecate
+
+  // Do nothing (handled by other constructor)
+}
+//-----------------------------------------------------------------------------
+SLEPcEigenSolver::SLEPcEigenSolver(MPI_Comm comm,
+                                   std::shared_ptr<const PETScMatrix> A)
+  : SLEPcEigenSolver(comm, A, nullptr)
+{
+  // TODO: deprecate
+
+  // Do nothing (handled by other constructor)
+}
+//-----------------------------------------------------------------------------
+SLEPcEigenSolver::SLEPcEigenSolver(std::shared_ptr<const PETScMatrix> A,
+                                   std::shared_ptr<const PETScMatrix> B)
+  : _eps(nullptr)
+
+{
+  // TODO: deprecate
+
+  dolfin_assert(A);
+  dolfin_assert(A->size(0) == A->size(1));
+  if (B)
+  {
+    dolfin_assert(B->size(0) == A->size(0));
+    dolfin_assert(B->size(1) == A->size(1));
+  }
+
+  // Set up solver environment
+  EPSCreate(A->mpi_comm(), &_eps);
+
+  // Set operators
+  dolfin_assert(_eps);
+  if (B)
+    EPSSetOperators(_eps, A->mat(), B->mat());
+  else
+    EPSSetOperators(_eps, A->mat(), NULL);
+
+  // Set default parameter values
+  parameters = default_parameters();
+}
+//-----------------------------------------------------------------------------
+SLEPcEigenSolver::SLEPcEigenSolver(MPI_Comm comm,
+                                   std::shared_ptr<const PETScMatrix> A,
+                                   std::shared_ptr<const PETScMatrix> B)
+  : _eps(nullptr)
+{
+  // TODO: deprecate
+
+  dolfin_assert(A);
+  dolfin_assert(A->size(0) == A->size(1));
+  if (B)
+  {
+    dolfin_assert(B->size(0) == A->size(0));
+    dolfin_assert(B->size(1) == A->size(1));
+  }
+
+  // Set default parameter values
+  parameters = default_parameters();
+
+  // Set up solver environment
+  EPSCreate(comm, &_eps);
+
+  // Set operators
+  if (B)
+    EPSSetOperators(_eps, A->mat(), B->mat());
+  else
+    EPSSetOperators(_eps, A->mat(), NULL);
+}
+//-----------------------------------------------------------------------------
+SLEPcEigenSolver::~SLEPcEigenSolver()
+{
+  // Destroy solver environment
+  if (_eps)
+    EPSDestroy(&_eps);
+}
+//-----------------------------------------------------------------------------
+void SLEPcEigenSolver::set_operators(std::shared_ptr<const PETScMatrix> A,
+                                     std::shared_ptr<const PETScMatrix> B)
+{
+  // Set operators
+  dolfin_assert(_eps);
+  if (B)
+     EPSSetOperators(_eps, A->mat(), B->mat());
+  else
+    EPSSetOperators(_eps, A->mat(), NULL);
+}
+//-----------------------------------------------------------------------------
+void SLEPcEigenSolver::solve()
+{
+  // Get operators
+  Mat A, B;
+  dolfin_assert(_eps);
+  EPSGetOperators(_eps, &A, &B);
+
+  // Wrap operator as short-cut to get size
+  PETScMatrix A_wrapped(A);
+  solve(A_wrapped.size(0));
+}
+//-----------------------------------------------------------------------------
+void SLEPcEigenSolver::solve(std::size_t n)
+{
+#ifdef DEBUG
+  // Get operators
+  Mat A, B;
+  dolfin_assert(_eps);
+  EPSGetOperators(_eps, &A, &B);
+  
+  // Wrap operator as short-cut to get size
+  PETScMatrix A_wrapped(A);
+  dolfin_assert(n <= A_wrapped.size(0));
+#endif
+  
+  // Set number of eigenpairs to compute
+  dolfin_assert(_eps);
+  EPSSetDimensions(_eps, n, PETSC_DECIDE, PETSC_DECIDE);
+
+  // Set parameters set on SLEPcEigenSolver object
+  read_parameters();
+
+  // Set any options from the PETSc database
+  EPSSetFromOptions(_eps);
+
+  // FIXME: need to be able to turn the monitor off
+  if (parameters["verbose"].is_set())
+  {
+    if (parameters["verbose"])
+    {
+      PetscViewerAndFormat *vf;
+      PetscViewerAndFormatCreate(PETSC_VIEWER_STDOUT_WORLD, PETSC_VIEWER_DEFAULT, &vf);
+      EPSMonitorSet(_eps,(PetscErrorCode (*)(EPS,PetscInt,PetscInt,PetscScalar*,PetscScalar*,
+                                             PetscReal*,PetscInt,void*))EPSMonitorAll,vf,
+                    (PetscErrorCode (*)(void**))PetscViewerAndFormatDestroy);
+    }
+  }
+
+  // Solve eigenvalue problem
+  EPSSolve(_eps);
+
+  // Check for convergence
+  EPSConvergedReason reason;
+  EPSGetConvergedReason(_eps, &reason);
+  if (reason < 0)
+    warning("Eigenvalue solver did not converge");
+
+  // Report solver status
+  PetscInt num_iterations = 0;
+  EPSGetIterationNumber(_eps, &num_iterations);
+
+  EPSType eps_type = NULL;
+  EPSGetType(_eps, &eps_type);
+  log(PROGRESS, "Eigenvalue solver (%s) converged in %d iterations.",
+      eps_type, num_iterations);
+}
+//-----------------------------------------------------------------------------
+void SLEPcEigenSolver::get_eigenvalue(double& lr, double& lc,
+                                      std::size_t i) const
+{
+  dolfin_assert(_eps);
+  const PetscInt ii = static_cast<PetscInt>(i);
+
+  // Get number of computed values
+  PetscInt num_computed_eigenvalues;
+  EPSGetConverged(_eps, &num_computed_eigenvalues);
+
+  if (ii < num_computed_eigenvalues)
+    EPSGetEigenvalue(_eps, ii, &lr, &lc);
+  else
+  {
+    dolfin_error("SLEPcEigenSolver.cpp",
+                 "extract eigenvalue from SLEPc eigenvalue solver",
+                 "Requested eigenvalue (%d) has not been computed", i);
+  }
+}
+//-----------------------------------------------------------------------------
+void SLEPcEigenSolver::get_eigenpair(double& lr, double& lc,
+                                     GenericVector& r, GenericVector& c,
+                                     std::size_t i) const
+{
+  PETScVector& _r = as_type<PETScVector>(r);
+  PETScVector& _c = as_type<PETScVector>(c);
+  get_eigenpair(lr, lc, _r, _c, i);
+}
+//-----------------------------------------------------------------------------
+void SLEPcEigenSolver::get_eigenpair(double& lr, double& lc,
+                                     PETScVector& r, PETScVector& c,
+                                     std::size_t i) const
+{
+  dolfin_assert(_eps);
+  const PetscInt ii = static_cast<PetscInt>(i);
+
+  // Get number of computed eigenvectors/values
+  PetscInt num_computed_eigenvalues;
+  EPSGetConverged(_eps, &num_computed_eigenvalues);
+
+  if (ii < num_computed_eigenvalues)
+  {
+    dolfin_assert(_eps);
+
+    if (r.empty() or c.empty())
+    {
+      // Get operators
+      Mat A, B;
+      EPSGetOperators(_eps, &A, &B);
+
+      // Wrap operator and initialize r and c
+      PETScMatrix A_wrapped(A);
+      if (r.empty())
+        A_wrapped.init_vector(r, 0);
+      if (c.empty())
+        A_wrapped.init_vector(c, 0);
+    }
+
+    // Get eigen pairs
+    EPSGetEigenpair(_eps, ii, &lr, &lc, r.vec(), c.vec());
+  }
+  else
+  {
+    dolfin_error("SLEPcEigenSolver.cpp",
+                 "extract eigenpair from SLEPc eigenvalue solver",
+                 "Requested eigenpair (%d) has not been computed", i);
+  }
+}
+//-----------------------------------------------------------------------------
+std::size_t SLEPcEigenSolver::get_number_converged() const
+{
+  PetscInt num_conv;
+  dolfin_assert(_eps);
+  EPSGetConverged(_eps, &num_conv);
+  return num_conv;
+}
+//-----------------------------------------------------------------------------
+void SLEPcEigenSolver::set_deflation_space(const VectorSpaceBasis& deflation_space)
+{
+  dolfin_assert(_eps);
+
+  // Get PETSc vector pointers from VectorSpaceBasis
+  std::vector<Vec> petsc_vecs(deflation_space.dim());
+  for (std::size_t i = 0; i < deflation_space.dim(); ++i)
+  {
+    dolfin_assert(deflation_space[i]);
+    dolfin_assert(as_type<const PETScVector>(deflation_space[i]));
+    dolfin_assert(as_type<const PETScVector>(deflation_space[i])->vec());
+    petsc_vecs[i] = as_type<const PETScVector>(deflation_space[i])->vec();
+  }
+
+  PetscErrorCode ierr = EPSSetDeflationSpace(_eps, petsc_vecs.size(),
+                                             petsc_vecs.data());
+  if (ierr != 0) petsc_error(ierr, __FILE__, "EPSSetDeflationSpace");
+}
+//-----------------------------------------------------------------------------
+void SLEPcEigenSolver::set_initial_space(const VectorSpaceBasis& initial_space)
+{
+  dolfin_assert(_eps);
+
+  // Get PETSc vector pointers from VectorSpaceBasis
+  std::vector<Vec> petsc_vecs(initial_space.dim());
+  for (std::size_t i = 0; i < initial_space.dim(); ++i)
+  {
+    dolfin_assert(initial_space[i]);
+    dolfin_assert(as_type<const PETScVector>(initial_space[i]));
+    dolfin_assert(as_type<const PETScVector>(initial_space[i])->vec());
+    petsc_vecs[i] = as_type<const PETScVector>(initial_space[i])->vec();
+  }
+
+  PetscErrorCode ierr = EPSSetInitialSpace(_eps, petsc_vecs.size(),
+                                           petsc_vecs.data());
+  if (ierr != 0) petsc_error(ierr, __FILE__, "EPSSetInitialSpace");
+}
+//-----------------------------------------------------------------------------
+void SLEPcEigenSolver::set_options_prefix(std::string options_prefix)
+{
+  // Set options prefix
+  dolfin_assert(_eps);
+  PetscErrorCode ierr = EPSSetOptionsPrefix(_eps, options_prefix.c_str());
+  if (ierr != 0) petsc_error(ierr, __FILE__, "EPSSetOptionsPrefix");
+}
+//-----------------------------------------------------------------------------
+std::string SLEPcEigenSolver::get_options_prefix() const
+{
+  dolfin_assert(_eps);
+  const char* prefix = NULL;
+  PetscErrorCode ierr = EPSGetOptionsPrefix(_eps, &prefix);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "EPSGetOptionsPrefix");
+  return std::string(prefix);
+}
+//-----------------------------------------------------------------------------
+void SLEPcEigenSolver::set_from_options() const
+{
+  dolfin_assert(_eps);
+  PetscErrorCode ierr = EPSSetFromOptions(_eps);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "EPSSetFromOptions");
+}
+//-----------------------------------------------------------------------------
+void SLEPcEigenSolver::read_parameters()
+{
+  if (parameters["problem_type"].is_set())
+    set_problem_type(parameters["problem_type"]);
+
+  if (parameters["spectrum"].is_set())
+    set_spectrum(parameters["spectrum"]);
+
+  if (parameters["solver"].is_set())
+    set_solver(parameters["solver"]);
+
+  if (parameters["tolerance"].is_set() or parameters["maximum_iterations"].is_set())
+  {
+    const double tol = parameters["tolerance"].is_set() ? (double)parameters["tolerance"] : PETSC_DEFAULT;
+    const int max_it  = parameters["maximum_iterations"].is_set() ? (int)parameters["maximum_iterations"] : PETSC_DEFAULT;
+
+    set_tolerance(tol, max_it);
+  }
+
+  if (parameters["spectral_transform"].is_set())
+  {
+    if (parameters["spectral_shift"].is_set())
+    {
+      set_spectral_transform(parameters["spectral_transform"],
+                             parameters["spectral_shift"]);
+    }
+    else
+    {
+      dolfin_error("SLEPcEigenSolver.cpp",
+                   "set spectral transform",
+                   "For an spectral transform, the spectral shift parameter must be set");
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void SLEPcEigenSolver::set_problem_type(std::string type)
+{
+  // Do nothing if default type is specified
+  if (type == "default")
+    return;
+
+  dolfin_assert(_eps);
+  if (type == "hermitian")
+    EPSSetProblemType(_eps, EPS_HEP);
+  else if (type == "non_hermitian")
+    EPSSetProblemType(_eps, EPS_NHEP);
+  else if (type == "gen_hermitian")
+    EPSSetProblemType(_eps, EPS_GHEP);
+  else if (type == "gen_non_hermitian")
+    EPSSetProblemType(_eps, EPS_GNHEP);
+  else if (type == "pos_gen_non_hermitian")
+    EPSSetProblemType(_eps, EPS_PGNHEP);
+  else
+  {
+    dolfin_error("SLEPcEigenSolver.cpp",
+                 "set problem type for SLEPc eigensolver",
+                 "Unknown problem type (\"%s\")", type.c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+void SLEPcEigenSolver::set_spectral_transform(std::string transform,
+                                              double shift)
+{
+  if (transform == "default")
+    return;
+
+  dolfin_assert(_eps);
+  ST st;
+  EPSGetST(_eps, &st);
+  if (transform == "shift-and-invert")
+  {
+    STSetType(st, STSINVERT);
+    STSetShift(st, shift);
+  }
+  else
+  {
+    dolfin_error("SLEPcEigenSolver.cpp",
+                 "set spectral transform for SLEPc eigensolver",
+                 "Unknown transform (\"%s\")", transform.c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+void SLEPcEigenSolver::set_spectrum(std::string spectrum)
+{
+  // Do nothing if default type is specified
+  if (spectrum == "default")
+    return;
+
+  // Choose spectrum
+  dolfin_assert(_eps);
+  if (spectrum == "largest magnitude")
+    EPSSetWhichEigenpairs(_eps, EPS_LARGEST_MAGNITUDE);
+  else if (spectrum == "smallest magnitude")
+    EPSSetWhichEigenpairs(_eps, EPS_SMALLEST_MAGNITUDE);
+  else if (spectrum == "largest real")
+    EPSSetWhichEigenpairs(_eps, EPS_LARGEST_REAL);
+  else if (spectrum == "smallest real")
+    EPSSetWhichEigenpairs(_eps, EPS_SMALLEST_REAL);
+  else if (spectrum == "largest imaginary")
+    EPSSetWhichEigenpairs(_eps, EPS_LARGEST_IMAGINARY);
+  else if (spectrum == "smallest imaginary")
+    EPSSetWhichEigenpairs(_eps, EPS_SMALLEST_IMAGINARY);
+  else if (spectrum == "target magnitude")
+  {
+    EPSSetWhichEigenpairs(_eps, EPS_TARGET_MAGNITUDE);
+    if (parameters["spectral_shift"].is_set())
+      EPSSetTarget(_eps, parameters["spectral_shift"]);
+  }
+  else if (spectrum == "target real")
+  {
+    EPSSetWhichEigenpairs(_eps, EPS_TARGET_REAL);
+    if (parameters["spectral_shift"].is_set())
+      EPSSetTarget(_eps, parameters["spectral_shift"]);
+  }
+  else if (spectrum == "target imaginary")
+  {
+    EPSSetWhichEigenpairs(_eps, EPS_TARGET_IMAGINARY);
+    if (parameters["spectral_shift"].is_set())
+      EPSSetTarget(_eps, parameters["spectral_shift"]);
+  }
+  else
+  {
+    dolfin_error("SLEPcEigenSolver.cpp",
+                 "set spectrum for SLEPc eigensolver",
+                 "Unknown spectrum type (\"%s\")", spectrum.c_str());
+  }
+
+  // FIXME: Need to add some test here as most algorithms only compute
+  // FIXME: largest eigenvalues. Asking for smallest leads to a PETSc error.
+}
+//-----------------------------------------------------------------------------
+void SLEPcEigenSolver::set_solver(std::string solver)
+{
+  // Do nothing if default type is specified
+  if (solver == "default")
+    return;
+
+  // Choose solver (Note that lanczos will give PETSc error unless
+  // problem_type is set to 'hermitian' or 'gen_hermitian')
+  dolfin_assert(_eps);
+  if (solver == "power")
+    EPSSetType(_eps, EPSPOWER);
+  else if (solver == "subspace")
+    EPSSetType(_eps, EPSSUBSPACE);
+  else if (solver == "arnoldi")
+    EPSSetType(_eps, EPSARNOLDI);
+  else if (solver == "lanczos")
+    EPSSetType(_eps, EPSLANCZOS);
+  else if (solver == "krylov-schur")
+    EPSSetType(_eps, EPSKRYLOVSCHUR);
+  else if (solver == "lapack")
+    EPSSetType(_eps, EPSLAPACK);
+  else if (solver == "arpack")
+    EPSSetType(_eps, EPSARPACK);
+  else if (solver == "jacobi-davidson")
+    EPSSetType(_eps, EPSJD);
+  else if (solver == "generalized-davidson")
+    EPSSetType(_eps, EPSGD);
+  else
+  {
+    dolfin_error("SLEPcEigenSolver.cpp",
+                 "set solver for SLEPc eigensolver",
+                 "Unknown solver type (\"%s\")", solver.c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+void SLEPcEigenSolver::set_tolerance(double tolerance, int maxiter)
+{
+  dolfin_assert(tolerance > 0.0);
+  dolfin_assert(_eps);
+  EPSSetTolerances(_eps, tolerance, maxiter);
+}
+//-----------------------------------------------------------------------------
+std::size_t SLEPcEigenSolver::get_iteration_number() const
+{
+  dolfin_assert(_eps);
+  PetscInt num_iter;
+  EPSGetIterationNumber(_eps, &num_iter);
+  return num_iter;
+}
+//-----------------------------------------------------------------------------
+EPS SLEPcEigenSolver::eps() const
+{
+  return _eps;
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/la/SLEPcEigenSolver.h b/dolfin/la/SLEPcEigenSolver.h
new file mode 100644
index 0000000..bb1f93c
--- /dev/null
+++ b/dolfin/la/SLEPcEigenSolver.h
@@ -0,0 +1,240 @@
+// Copyright (C) 2005-2017 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __SLEPC_EIGEN_SOLVER_H
+#define __SLEPC_EIGEN_SOLVER_H
+
+#ifdef HAS_SLEPC
+
+#include <memory>
+#include <string>
+#include <slepceps.h>
+#include "dolfin/common/types.h"
+#include "dolfin/common/MPI.h"
+#include "PETScObject.h"
+
+namespace dolfin
+{
+
+  /// Forward declarations
+  class GenericVector;
+  class PETScMatrix;
+  class PETScVector;
+  class VectorSpaceBasis;
+
+  /// This class provides an eigenvalue solver for PETSc matrices. It
+  /// is a wrapper for the SLEPc eigenvalue solver.
+  ///
+  /// The following parameters may be specified to control the solver.
+  ///
+  /// 1. "spectrum"
+  ///
+  /// This parameter controls which part of the spectrum to compute.
+  /// Possible values are
+  ///
+  ///   "largest magnitude"   (eigenvalues with largest magnitude)
+  ///   "smallest magnitude"  (eigenvalues with smallest magnitude)
+  ///   "largest real"        (eigenvalues with largest double part)
+  ///   "smallest real"       (eigenvalues with smallest double part)
+  ///   "largest imaginary"   (eigenvalues with largest imaginary part)
+  ///   "smallest imaginary"  (eigenvalues with smallest imaginary part)
+  ///   "target magnitude"    (eigenvalues closest to target in magnitude)
+  ///   "target real"         (eigenvalues closest to target in real part)
+  ///   "target imaginary"    (eigenvalues closest to target in imaginary part)
+  ///
+  /// 2. "solver"
+  ///
+  /// This parameter controls which algorithm is used by SLEPc.
+  /// Possible values are
+  ///
+  ///   "power"               (power iteration)
+  ///   "subspace"            (subspace iteration)
+  ///   "arnoldi"             (Arnoldi)
+  ///   "lanczos"             (Lanczos)
+  ///   "krylov-schur"        (Krylov-Schur)
+  ///   "lapack"              (LAPACK, all values, direct, small systems only)
+  ///   "arpack"              (ARPACK)
+  ///
+  /// 3. "tolerance"
+  ///
+  /// This parameter controls the tolerance used by SLEPc.  Possible
+  /// values are positive double numbers.
+  ///
+  /// 4. "maximum_iterations"
+  ///
+  /// This parameter controls the maximum number of iterations used by SLEPc.
+  /// Possible values are positive integers.
+  ///
+  /// Note that both the tolerance and the number of iterations must be
+  /// specified if either one is specified.
+  ///
+  /// 5. "problem_type"
+  ///
+  /// This parameter can be used to give extra information about the
+  /// type of the eigenvalue problem. Some solver types require this
+  /// extra piece of information. Possible values are:
+  ///
+  ///   "hermitian"               (Hermitian)
+  ///   "non_hermitian"           (Non-Hermitian)
+  ///   "gen_hermitian"           (Generalized Hermitian)
+  ///   "gen_non_hermitian"       (Generalized Non-Hermitian)
+  ///   "pos_gen_non_hermitian"   (Generalized Non-Hermitian with positive semidefinite B)
+  ///
+  /// 6. "spectral_transform"
+  ///
+  /// This parameter controls the application of a spectral
+  /// transform. A spectral transform can be used to enhance the
+  /// convergence of the eigensolver and in particular to only compute
+  /// eigenvalues in the interior of the spectrum. Possible values
+  /// are:
+  ///
+  ///   "shift-and-invert"      (A shift-and-invert transform)
+  ///
+  /// Note that if a spectral transform is given, then also a non-zero
+  /// spectral shift parameter has to be provided.
+  ///
+  /// The default is no spectral transform.
+  ///
+  /// 7. "spectral_shift"
+  ///
+  /// This parameter controls the spectral shift used by the spectral
+  /// transform and must be provided if a spectral transform is
+  /// given. The possible values are real numbers.
+
+  class SLEPcEigenSolver : public Variable, public PETScObject
+  {
+  public:
+
+    /// Create eigenvalue solver
+    explicit SLEPcEigenSolver(MPI_Comm comm);
+
+    /// Create eigenvalue solver from EPS object
+    explicit SLEPcEigenSolver(EPS eps);
+
+    /// Create eigenvalue solver for Ax = \lambda
+    explicit SLEPcEigenSolver(std::shared_ptr<const PETScMatrix> A);
+
+    /// Create eigenvalue solver for Ax = \lambda x
+    SLEPcEigenSolver(MPI_Comm comm, std::shared_ptr<const PETScMatrix> A);
+
+    /// Create eigenvalue solver for Ax = \lambda x on MPI_COMM_WORLD
+    SLEPcEigenSolver(std::shared_ptr<const PETScMatrix> A,
+                     std::shared_ptr<const PETScMatrix> B);
+
+    /// Create eigenvalue solver for Ax = \lambda x
+    SLEPcEigenSolver(MPI_Comm comm, std::shared_ptr<const PETScMatrix> A,
+                     std::shared_ptr<const PETScMatrix> B);
+
+    /// Destructor
+    ~SLEPcEigenSolver();
+
+    /// Set opeartors (B may be nullptr for regular eigenvalues
+    /// problems)
+    void set_operators(std::shared_ptr<const PETScMatrix> A,
+                       std::shared_ptr<const PETScMatrix> B);
+
+    /// Compute all eigenpairs of the matrix A (solve Ax = \lambda x)
+    void solve();
+
+    /// Compute the n first eigenpairs of the matrix A (solve Ax = \lambda x)
+    void solve(std::size_t n);
+
+    /// Get ith eigenvalue
+    void get_eigenvalue(double& lr, double& lc, std::size_t i) const;
+
+    /// Get ith eigenpair
+    void get_eigenpair(double& lr, double& lc,
+                       GenericVector& r, GenericVector& c, std::size_t i) const;
+
+    /// Get ith eigenpair
+    void get_eigenpair(double& lr, double& lc,
+                       PETScVector& r, PETScVector& c, std::size_t i) const;
+
+    /// Get the number of iterations used by the solver
+    std::size_t get_iteration_number() const;
+
+    /// Get the number of converged eigenvalues
+    std::size_t get_number_converged() const;
+
+    /// Set deflation space. The VectorSpaceBasis does not need to be
+    /// orthonormal.
+    void set_deflation_space(const VectorSpaceBasis& deflation_space);
+
+    /// Set inital space. The VectorSpaceBasis does not need to be
+    /// orthonormal.
+    void set_initial_space(const VectorSpaceBasis& initial_space);
+
+    /// Sets the prefix used by PETSc when searching the PETSc options
+    /// database
+    void set_options_prefix(std::string options_prefix);
+
+    /// Returns the prefix used by PETSc when searching the PETSc
+    /// options database
+    std::string get_options_prefix() const;
+
+    /// Set options from PETSc options database
+    void set_from_options() const;
+
+    /// Return SLEPc EPS pointer
+    EPS eps() const;
+
+    /// Default parameter values
+    static Parameters default_parameters()
+    {
+      Parameters p("slepc_eigenvalue_solver");
+      p.add<std::string>("problem_type");
+      p.add<std::string>("spectrum");
+      p.add<std::string>("solver");
+      p.add<double>("tolerance");
+      p.add<int>("maximum_iterations");
+      p.add<std::string>("spectral_transform");
+      p.add<double>("spectral_shift");
+      p.add<bool>("verbose");
+
+      return p;
+    }
+
+  private:
+
+    /// Callback for changes in parameter values
+    void read_parameters();
+
+    // Set problem type (used for SLEPc internals)
+    void set_problem_type(std::string type);
+
+    // Set spectral transform
+    void set_spectral_transform(std::string transform, double shift);
+
+    // Set spectrum
+    void set_spectrum(std::string solver);
+
+    // Set solver
+    void set_solver(std::string spectrum);
+
+    // Set tolerance
+    void set_tolerance(double tolerance, int maxiter);
+
+    // SLEPc solver pointer
+    EPS _eps;
+
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/la/SUNDIALSNVector.h b/dolfin/la/SUNDIALSNVector.h
new file mode 100644
index 0000000..cc9900c
--- /dev/null
+++ b/dolfin/la/SUNDIALSNVector.h
@@ -0,0 +1,464 @@
+// Copyright (C) 2017 Chris Hadjigeorgiou and Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+
+#ifndef __DOLFIN_N_VECTOR_H
+#define __DOLFIN_N_VECTOR_H
+
+#ifdef HAS_SUNDIALS
+
+#include <string>
+#include <utility>
+#include <memory>
+#include <dolfin/common/types.h>
+#include <sundials/sundials_nvector.h>
+#include "DefaultFactory.h"
+#include "GenericVector.h"
+#include "Vector.h"
+
+namespace dolfin
+{
+  ///
+  ///   Interface to SUNDIALS NVector
+  ///
+  class SUNDIALSNVector
+  {
+  public:
+
+    /// Create empty vector
+    /// @param comm
+    ///    MPI communicator
+    SUNDIALSNVector(MPI_Comm comm=MPI_COMM_WORLD)
+    {
+      DefaultFactory factory;
+      vector = factory.create_vector(comm);
+    }
+
+    /// Create vector of size N
+    /// @param comm
+    ///    MPI communicator
+    /// @param N
+    ///    Size of vector
+    SUNDIALSNVector(MPI_Comm comm, std::size_t N)
+    {
+      DefaultFactory factory;
+      vector = factory.create_vector(comm);
+      vector->init(N);
+      N_V = std::unique_ptr<_generic_N_Vector>(new _generic_N_Vector);
+      N_V->ops = &ops;
+      N_V->content = (void *)(this);
+    }
+
+    /// Copy constructor
+    /// @param x
+    ///    SUNDIALSNVector to copy
+    SUNDIALSNVector(const SUNDIALSNVector& x) : vector(x.vec()->copy()) {}
+
+    /// Create an SUNDIALSNVector from a GenericVector
+    /// @param x
+    ///    GenericVector to copy
+    SUNDIALSNVector(const GenericVector& x) : vector(x.copy())
+    {
+      N_V = std::unique_ptr<_generic_N_Vector>(new _generic_N_Vector);
+      N_V->ops = &ops;
+      N_V->content = (void *)(this);
+    }
+
+    /// Create a SUNDIALSNVector wrapper to an existing GenericVector
+    /// @param x
+    ///    GenericVector pointer to copy
+    SUNDIALSNVector(std::shared_ptr<GenericVector> x) : vector(x)
+    {
+      N_V = std::unique_ptr<_generic_N_Vector>(new _generic_N_Vector);
+      N_V->ops = &ops;
+      N_V->content = (void *)(this);
+    }
+    //-----------------------------------------------------------------------------
+
+    /// Get underlying raw SUNDIALS N_Vector struct
+    /// @return 
+    ///   raw SUNDIALS N_Vector struct
+    N_Vector nvector() const
+    {
+      N_V->content = (void *)(this);
+      return N_V.get();
+    }
+
+    /// Get underlying GenericVector
+    /// @return 
+    ///   underlying GenericVector
+    std::shared_ptr<GenericVector> vec() const
+    {
+      return vector;
+    }
+
+    /// Assignment operator
+    const SUNDIALSNVector& operator= (const SUNDIALSNVector& x)
+    { *vector = *x.vector; return *this; }
+
+  private:
+
+    //--- Implementation of N_Vector ops
+
+    // Get ID for custom SUNDIALSNVector implementation
+    static N_Vector_ID N_VGetVectorID(N_Vector nv)
+    {
+      dolfin_debug("N_VGetVectorID");
+      return SUNDIALS_NVEC_CUSTOM;
+    }
+
+    // Sets the components of the N_Vector z to be the absolute values of the
+    // components of the N_Vector x
+    static void N_VAbs(N_Vector x, N_Vector z)
+    {
+      dolfin_debug("N_VAbs");
+      auto vx = static_cast<const SUNDIALSNVector *>(x->content)->vec();
+      auto vz = static_cast<SUNDIALSNVector *>(z->content)->vec();
+
+      *vz = *vx;
+      vz->abs();
+    }
+
+    /// Sets all components of the N_Vector z to realtype c.
+    static void N_VConst(double c, N_Vector z)
+    {
+      dolfin_debug("N_VConst");
+      auto v = static_cast<SUNDIALSNVector *>(z->content)->vec();
+      *v = c;
+    }
+
+    /// Creates a new N_Vector of the same type as an existing vector z
+    /// and sets the ops field.  It does not copy the vector, but rather
+    /// allocates storage for the new vector.
+    static N_Vector N_VClone(N_Vector z)
+    {
+      dolfin_debug("N_VClone");
+      auto vz = static_cast<const SUNDIALSNVector *>(z->content);
+
+      SUNDIALSNVector *new_vector = new SUNDIALSNVector(*vz);
+
+      _generic_N_Vector *V = new _generic_N_Vector;
+      V->ops = z->ops;
+      V->content = (void *)(new_vector);
+
+      return V;
+    }
+
+    /// Creates a new N_Vector of the same type as an existing vector
+    /// x and sets the ops field. It does not allocate storage for data.
+    static N_Vector N_VCloneEmpty(N_Vector x)
+    {
+      dolfin_debug("N_VCloneEmpty");
+      dolfin_not_implemented();
+      return NULL;
+    }
+
+    /// Destroys the N_Vector v and frees memory allocated for its
+    /// internal data.
+    static void N_VDestroy(N_Vector z)
+    {
+      dolfin_debug("N_VDestroy");
+      delete (SUNDIALSNVector*)(z->content);
+      delete z;
+    }
+
+    /// Returns storage requirements for one N_Vector. lrw contains the
+    /// number of realtype words and liw contains the number of integer words.
+    static void N_VSpace(N_Vector x, long int *y, long int *z)
+    {
+      dolfin_debug("N_VSpace");
+      dolfin_not_implemented();
+    }
+
+    /// Returns a pointer to a realtype array from the N_Vector v.
+    static double* N_VGetArrayPointer(N_Vector x)
+    {
+      dolfin_debug("N_VGetArrayPointer");
+      dolfin_not_implemented();
+      return NULL;
+    }
+
+    /// Overwrites the data in an N_Vector with a given array of realtype.
+    static void N_VSetArrayPointer(double* c,N_Vector x)
+    {
+      dolfin_debug("N_VSetArrayPointer");
+      dolfin_not_implemented();
+    }
+
+    /// Sets the N_Vector z to be the component-wise product of the N_Vector
+    /// inputs x and y.
+    static void N_VProd(N_Vector x, N_Vector y, N_Vector z)
+    {
+      dolfin_debug("N_VProd");
+      auto vx = static_cast<const SUNDIALSNVector*>(x->content)->vec();
+      auto vy = static_cast<const SUNDIALSNVector*>(y->content)->vec();
+      auto vz = static_cast<SUNDIALSNVector*>(z->content)->vec();
+
+      // Copy x to z
+      *vz = *vx;
+      // Multiply by y
+      *vz *= *vy;
+    }
+
+    /// Sets the N_Vector z to be the component-wise ratio of the N_Vector
+    /// inputs x and y
+    static void N_VDiv(N_Vector x, N_Vector y, N_Vector z)
+    {
+      dolfin_debug("N_VDiv");
+
+      auto vx = static_cast<const SUNDIALSNVector *>(x->content)->vec();
+      auto vy = static_cast<const SUNDIALSNVector *>(y->content)->vec();
+      auto vz = static_cast<SUNDIALSNVector *>(z->content)->vec();
+
+      std::vector<double> xdata;
+      vx->get_local(xdata);
+      std::vector<double> ydata;
+      vy->get_local(ydata);
+      for (unsigned int i = 0; i != xdata.size(); ++i)
+        xdata[i] /= ydata[i];
+
+      vz->set_local(xdata);
+      vz->apply("insert");
+
+    }
+
+    /// Scales the N_Vector x by the double scalar c and returns the result in z
+    static void N_VScale(double c, N_Vector x, N_Vector z)
+    {
+      dolfin_debug("N_VScale");
+      auto vx = static_cast<const SUNDIALSNVector *>(x->content)->vec();
+      auto vz = static_cast<SUNDIALSNVector *>(z->content)->vec();
+
+      // z = c*x
+      *vz = *vx;
+      *vz *= c;
+    }
+
+    /// Sets the components of the N_Vector z to be the inverses of the
+    /// components of the N_Vector x
+    static void N_VInv(N_Vector x, N_Vector z)
+    {
+      dolfin_debug("N_VInv");
+      auto vx = static_cast<const SUNDIALSNVector *>(x->content)->vec();
+      auto vz = static_cast<SUNDIALSNVector *>(z->content)->vec();
+
+      // z = 1/x
+      std::vector<double> xvals;
+      vx->get_local(xvals);
+      for (auto &val : xvals)
+        val = 1.0/val;
+      vz->set_local(xvals);
+      vz->apply("insert");
+    }
+
+    /// Adds the double scalar c to all components of x and returns the result
+    /// in the N_Vector z
+    static void N_VAddConst(N_Vector x, double c, N_Vector z)
+    {
+      dolfin_debug("N_VAddConst");
+      auto vx = static_cast<const SUNDIALSNVector *>(x->content)->vec();
+      auto vz = static_cast<SUNDIALSNVector *>(z->content)->vec();
+
+      *vz = *vx;
+      *vz += c;
+    }
+
+    /// Returns the value of the ordinary dot product of x and y
+    static double N_VDotProd(N_Vector x, N_Vector z)
+    {
+      dolfin_debug("N_VDotProd");
+      auto vx = static_cast<const SUNDIALSNVector *>(x->content)->vec();
+      auto vz = static_cast<SUNDIALSNVector *>(z->content)->vec();
+
+      return vx->inner(*vz);
+    }
+
+    /// Returns the maximum norm of the N_Vector x
+    static double N_VMaxNorm(N_Vector x)
+    {
+      dolfin_debug("N_VMaxNorm");
+      auto vx = static_cast<const SUNDIALSNVector *>(x->content)->vec();
+      auto vy = vx->copy();
+      vy->abs();
+      return vy->max();
+    }
+
+    /// Returns the smallest element of the N_Vector x
+    static double N_VMin(N_Vector x)
+    {
+      dolfin_debug("N_VMin");
+      return (static_cast<const SUNDIALSNVector *>(x->content)->vec())->min();
+    }
+
+    /// Performs the operation z = ax + by , where a and b are double scalars
+    /// and x and y are of type N_Vector
+    static void N_VLinearSum(double a, N_Vector x, double b, N_Vector y, N_Vector z)
+    {
+      dolfin_debug("N_VLinearSum");
+      auto vx = static_cast<const SUNDIALSNVector *>(x->content)->vec();
+      auto vy = static_cast<const SUNDIALSNVector *>(y->content)->vec();
+      auto vz = static_cast<SUNDIALSNVector *>(z->content)->vec();
+
+      std::vector<double> xdata;
+      vx->get_local(xdata);
+      std::vector<double> ydata;
+      vy->get_local(ydata);
+
+      for (unsigned int i = 0; i != xdata.size(); ++i)
+        xdata[i] = a*xdata[i] + b*ydata[i];
+
+      vz->set_local(xdata);
+      vz->apply("insert");
+    }
+
+    /// Returns  the  weighted  root-mean-square  norm  of  the N_Vector x with
+    /// double weight vector w
+    static double N_VWrmsNorm(N_Vector x, N_Vector z)
+    {
+      dolfin_debug("N_VWrmsNorm");
+      auto vx = static_cast<const SUNDIALSNVector *>(x->content)->vec();
+      auto vz = static_cast<SUNDIALSNVector *>(z->content)->vec();
+
+      auto y = vx->copy();
+      *y *= *vz;
+      return y->norm("l2")/std::sqrt(y->size());
+    }
+
+    /// Returns the weighted root mean square norm of the N_Vector x with double
+    /// weight vector w built using only the elements of x corresponding to
+    /// nonzero elements of the N_Vector id
+    static double N_VWrmsNormMask(N_Vector x, N_Vector y, N_Vector z)
+    {
+      dolfin_debug("N_VWrmsNormMask");
+      dolfin_not_implemented();
+      return 0.0;
+    }
+
+    /// Returns the weighted Euclidean l2 norm  of the N_Vector x with double
+    /// weight vector w
+    static double N_VWl2Norm(N_Vector x, N_Vector z )
+    {
+      dolfin_debug("N_VWl2Norm");
+      dolfin_not_implemented();
+      return 0.0;
+    }
+
+    /// Returns the l1 norm of the N_Vector x
+    static double N_VL1Norm(N_Vector x )
+    {
+      dolfin_debug("N_VL1Norm");
+      dolfin_not_implemented();
+      return 0.0;
+    }
+
+    /// Compares the components of the N_Vector x to the double scalar c and
+    /// returns an N_Vector z
+    static void N_VCompare(double c, N_Vector x, N_Vector z)
+    {
+      dolfin_debug("N_VCompare");
+      auto vx = static_cast<const SUNDIALSNVector *>(x->content)->vec();
+      auto vz = static_cast<SUNDIALSNVector *>(z->content)->vec();
+      std::vector<double> xvals;
+      vx->get_local(xvals);
+      for (auto &val : xvals)
+        val = (std::abs(val) >= c) ? 1.0 : 0.0;
+      vz->set_local(xvals);
+      vz->apply("insert");
+    }
+
+    /// Sets the components of the N_Vector z to be the inverses of the
+    /// components of the N_Vector x, with prior testing for zero values
+    static int N_VInvTest(N_Vector x, N_Vector z)
+    {
+      dolfin_debug("N_VInvTest");
+      int no_zero_found = true;
+      auto vx = static_cast<const SUNDIALSNVector *>(x->content)->vec();
+      auto vz = static_cast<SUNDIALSNVector *>(z->content)->vec();
+
+      std::vector<double> xvals;
+      vx->get_local(xvals);
+      for (auto &val : xvals)
+        if(val != 0)
+	  val = 1.0/val;
+	else
+	  no_zero_found = false;
+      vz->set_local(xvals);
+
+      vz->apply("insert");
+
+      return no_zero_found;
+    }
+
+
+    /// This routine returns the minimum of the quotients obtained by termwise
+    /// dividing x by denom z
+    static double N_VMinQuotient(N_Vector x, N_Vector z )
+    {
+      dolfin_debug("N_VConstrMask");
+      dolfin_not_implemented();
+      return 0.0;
+    }
+
+    /// Performs constraint tests
+    static int N_VConstrMask(N_Vector x, N_Vector y, N_Vector z )
+    {
+      dolfin_debug("N_VConstrMask");
+      dolfin_not_implemented();
+      return 0;
+    }
+
+    // Pointer to concrete implementation
+    std::shared_ptr<GenericVector> vector;
+
+    // Pointer to SUNDIALS struct
+    std::unique_ptr<_generic_N_Vector> N_V;
+
+    // Structure containing function pointers to vector operations
+    struct _generic_N_Vector_Ops ops = {N_VGetVectorID,        //   N_Vector_ID (*N_VGetVectorID)(SUNDIALSNVector);
+                                        N_VClone,              //   NVector    (*N_VClone)(NVector);
+                                        N_VCloneEmpty,         //   NVector    (*N_VCloneEmpty)(NVector);
+                                        N_VDestroy,            //   void        (*N_VDestroy)(NVector);
+                                        NULL,                  //N_VSpace,    //   void        (*N_VSpace)(NVector, long int *, long int *);
+                                        N_VGetArrayPointer,    //   realtype*   (*N_VGetArrayPointer)(NVector);
+                                        N_VSetArrayPointer,    //   void        (*N_VSetArrayPointer)(realtype *, NVector);
+                                        N_VLinearSum,    //   void        (*N_VLinearSum)(realtype, NVector, realtype, NVector, NVector);
+                                        N_VConst,          //   void        (*N_VConst)(realtype, NVector);
+                                        N_VProd,    //   void        (*N_VProd)(NVector, NVector, NVector);
+                                        N_VDiv,    //   void        (*N_VDiv)(NVector, NVector, NVector);
+                                        N_VScale,    //   void        (*N_VScale)(realtype, NVector, NVector);
+                                        N_VAbs,    //   void        (*N_VAbs)(NVector, NVector);
+                                        N_VInv,    //   void        (*N_VInv)(NVector, NVector);
+                                        N_VAddConst,    //   void        (*N_VAddConst)(NVector, realtype, NVector);
+                                        N_VDotProd,    //   realtype    (*N_VDotProd)(NVector, NVector);
+                                        N_VMaxNorm,    //   realtype    (*N_VMaxNorm)(NVector);
+                                        N_VWrmsNorm,    //   realtype    (*N_VWrmsNorm)(NVector, NVector);
+                                        N_VWrmsNormMask,    //   realtype    (*N_VWrmsNormMask)(NVector, NVector, NVector);
+                                        N_VMin,    //   realtype    (*N_VMin)(NVector);
+                                        N_VWl2Norm,    //   realtype    (*N_VWl2Norm)(NVector, NVector);
+                                        N_VL1Norm,    //   realtype    (*N_VL1Norm)(NVector);
+                                        N_VCompare,    //   void        (*N_VCompare)(realtype, NVector, NVector);
+                                        N_VInvTest,    //   booleantype (*N_VInvtest)(NVector, NVector);
+                                        N_VConstrMask,    //   booleantype (*N_VConstrMask)(NVector, NVector, NVector);
+                                        N_VMinQuotient};    //   realtype    (*N_VMinQuotient)(NVector, NVector);
+  };
+
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/la/Scalar.h b/dolfin/la/Scalar.h
new file mode 100644
index 0000000..e70ff7b
--- /dev/null
+++ b/dolfin/la/Scalar.h
@@ -0,0 +1,233 @@
+// Copyright (C) 2007-2014 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2007-2015.
+// Modified by Ola Skavhaug, 2007.
+// Modified by Martin Alnaes, 2014.
+
+#ifndef __SCALAR_H
+#define __SCALAR_H
+
+#include <string>
+#include <vector>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/SubSystemsManager.h>
+#include <dolfin/common/types.h>
+#include "DefaultFactory.h"
+#include "GenericTensor.h"
+#include "TensorLayout.h"
+
+namespace dolfin
+{
+
+  class TensorLayout;
+
+  /// This class represents a real-valued scalar quantity and
+  /// implements the GenericTensor interface for scalars.
+
+  class Scalar : public GenericTensor
+  {
+  public:
+
+    /// Create zero scalar
+    Scalar() : Scalar(MPI_COMM_WORLD) {}
+
+    /// Create zero scalar
+    Scalar(MPI_Comm comm) : GenericTensor(), _value(0.0), _local_increment(0.0),
+      _mpi_comm(comm) {}
+
+    /// Destructor
+    virtual ~Scalar() {}
+
+    //--- Implementation of the GenericTensor interface ---
+
+    /// Initialize zero tensor using sparsity pattern
+    virtual void init(const TensorLayout& tensor_layout)
+    {
+      _value = 0.0;
+      _local_increment = 0.0;
+      _mpi_comm.reset(tensor_layout.mpi_comm());
+    }
+
+    /// Return true if empty
+    virtual bool empty() const
+    { return false; }
+
+    /// Return tensor rank (number of dimensions)
+    virtual std::size_t rank() const
+    { return 0; }
+
+    /// Return size of given dimension
+    virtual std::size_t size(std::size_t dim) const
+    {
+      // TODO: This is inconsistent in two ways:
+      // - tensor.size(i) is defined for i < tensor.rank(), so not at all for a Scalar.
+      // - the number of components of a tensor is the product of the sizes, returning 0 here makes no sense.
+      // Is this used for anything? If yes, consider fixing that code. If no, just make this an error for any dim.
+
+      if (dim != 0)
+      {
+        dolfin_error("Scalar.h",
+                     "get size of scalar",
+                     "Dim must be equal to zero.");
+      }
+
+      return 0;
+    }
+
+    /// Return local ownership range
+    virtual std::pair<std::int64_t, std::int64_t>
+      local_range(std::size_t dim) const
+    {
+      dolfin_error("Scalar.h",
+                   "get local range of scalar",
+                   "The local_range() function is not available for scalars");
+      return {0, 0};
+    }
+
+    /// Get block of values
+    virtual void get(double* block, const dolfin::la_index* num_rows,
+             const dolfin::la_index * const * rows) const
+    {
+      dolfin_error("Scalar.h",
+                   "get global value of scalar",
+                   "The get() function is not available for scalars");
+    }
+
+    /// Set block of values using global indices
+    virtual void set(const double* block, const dolfin::la_index* num_rows,
+             const dolfin::la_index * const * rows)
+    {
+      dolfin_error("Scalar.h",
+                   "set global value of scalar",
+                   "The set() function is not available for scalars");
+    }
+
+    /// Set block of values using local indices
+    virtual void set_local(const double* block, const dolfin::la_index* num_rows,
+                   const dolfin::la_index * const * rows)
+    {
+      dolfin_error("Scalar.h",
+                   "set local value of scalar",
+                   "The set_local() function is not available for scalars");
+    }
+
+    /// Add block of values using global indices
+    virtual void add(const double* block, const dolfin::la_index* num_rows,
+             const dolfin::la_index * const * rows)
+    {
+      dolfin_assert(block);
+      _local_increment += block[0];
+    }
+
+    /// Add block of values using local indices
+    virtual void add_local(const double* block, const dolfin::la_index* num_rows,
+                   const dolfin::la_index * const * rows)
+    {
+      dolfin_assert(block);
+      _local_increment += block[0];
+    }
+
+    /// Add block of values using global indices
+    virtual void add(const double* block,
+             const std::vector<ArrayView<const dolfin::la_index>>& rows)
+    {
+      dolfin_assert(block);
+      _local_increment += block[0];
+    }
+
+    /// Add block of values using local indices
+    virtual void add_local(const double* block,
+             const std::vector<ArrayView<const dolfin::la_index>>& rows)
+    {
+      dolfin_assert(block);
+      _local_increment += block[0];
+    }
+
+    /// Set all entries to zero and keep any sparse structure
+    virtual void zero()
+    {
+      _value = 0.0;
+      _local_increment = 0.0;
+    }
+
+    /// Finalize assembly of tensor
+    virtual void apply(std::string mode)
+    {
+      _value = _value + MPI::sum(_mpi_comm.comm(), _local_increment);
+      _local_increment = 0.0;
+    }
+
+    /// Return MPI communicator
+    virtual MPI_Comm mpi_comm() const
+    { return _mpi_comm.comm(); }
+
+    /// Return informal string representation (pretty-print)
+    virtual std::string str(bool verbose) const
+    {
+      std::stringstream s;
+      s << "<Scalar value " << _value << ">";
+      return s.str();
+    }
+
+    //--- Scalar interface ---
+
+    /// Return copy of scalar
+    virtual std::shared_ptr<Scalar> copy() const
+    {
+      std::shared_ptr<Scalar> s(new Scalar);
+      s->_value = _value;
+      s->_local_increment = _local_increment;
+      s->_mpi_comm.reset(_mpi_comm.comm());
+      return s;
+    }
+
+    //--- Special functions
+
+    /// Return a factory for the default linear algebra backend
+    virtual GenericLinearAlgebraFactory& factory() const
+    {
+      DefaultFactory f;
+      return f.factory();
+    }
+
+    /// Get final value (assumes prior apply(), not part of
+    /// GenericTensor interface)
+    double get_scalar_value() const
+    { return _value; }
+
+    /// Add to local increment (added for testing, remove if we add a
+    /// better way from python)
+    void add_local_value(double value)
+    { _local_increment += value; }
+
+  private:
+
+    // Value of scalar
+    double _value;
+
+    // Local intermediate value of scalar prior to apply call
+    double _local_increment;
+
+    // MPI communicator
+    dolfin::MPI::Comm _mpi_comm;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/la/SparsityPattern.cpp b/dolfin/la/SparsityPattern.cpp
new file mode 100644
index 0000000..4b9c207
--- /dev/null
+++ b/dolfin/la/SparsityPattern.cpp
@@ -0,0 +1,620 @@
+// Copyright (C) 2007-2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Magnus Vikstrom, 2008.
+// Modified by Anders Logg, 2008-2009.
+// Modified by Ola Skavhaug, 2009.
+//
+// First added:  2007-03-13
+// Last changed: 2014-11-26
+
+#include <algorithm>
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/log/LogStream.h>
+#include <dolfin/la/IndexMap.h>
+#include "SparsityPattern.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+SparsityPattern::SparsityPattern(MPI_Comm comm, std::size_t primary_dim)
+  : _primary_dim(primary_dim), _mpi_comm(comm)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+SparsityPattern::SparsityPattern(MPI_Comm comm,
+  const std::vector<std::shared_ptr<const IndexMap>> index_maps,
+  std::size_t primary_dim)
+  : _primary_dim(primary_dim), _mpi_comm(comm)
+{
+  init(index_maps);
+}
+//-----------------------------------------------------------------------------
+void SparsityPattern::init(const std::vector<std::shared_ptr<const IndexMap>> index_maps)
+{
+  // Only rank 2 sparsity patterns are supported
+  dolfin_assert(index_maps.size() == 2);
+
+  _index_maps = index_maps;
+
+  const std::size_t _primary_dim = primary_dim();
+
+  // Clear sparsity pattern data
+  diagonal.clear();
+  off_diagonal.clear();
+  non_local.clear();
+  full_rows.clear();
+
+  // Check that primary dimension is valid
+  if (_primary_dim > 1)
+   {
+    dolfin_error("SparsityPattern.cpp",
+                 "primary dimension for sparsity pattern storage",
+                 "Primary dimension must be less than 2 (0=row major, 1=column major");
+  }
+
+  const std::size_t local_size0
+    = index_maps[_primary_dim]->size(IndexMap::MapSize::OWNED);
+
+  const std::size_t primary_codim = _primary_dim == 0 ? 1 : 0;
+  const std::size_t local_size1
+    = index_maps[primary_codim]->size(IndexMap::MapSize::OWNED);
+  const std::size_t global_size1
+    = index_maps[primary_codim]->size(IndexMap::MapSize::GLOBAL);
+
+  // Resize diagonal block
+  diagonal.resize(local_size0);
+
+  // Resize off-diagonal block (only needed when local range != global
+  // range)
+  if (global_size1 > local_size1)
+  {
+    dolfin_assert(_mpi_comm.size() > 1);
+    off_diagonal.resize(local_size0);
+  }
+  else
+  {
+    dolfin_assert(global_size1 == local_size1);
+    // NOTE: MPI::size(_mpi_comm)==1 does not necessarilly hold. It may be
+    //       rectangle tensor with one very small dimension, e.g. Real space
+  }
+}
+//-----------------------------------------------------------------------------
+void SparsityPattern::insert_global(dolfin::la_index i, dolfin::la_index j)
+{
+  const std::vector<ArrayView<const dolfin::la_index>> entries =
+    { ArrayView<const dolfin::la_index>(1, &i),
+      ArrayView<const dolfin::la_index>(1, &j)};
+
+  insert_global(entries);
+}
+//-----------------------------------------------------------------------------
+void SparsityPattern::insert_global(
+  const std::vector<ArrayView<const dolfin::la_index>>& entries)
+{
+  dolfin_assert(entries.size() == 2);
+
+  // The primary_dim is global and must be mapped to local
+  const auto primary_dim_map
+      = [](const dolfin::la_index i_index, const IndexMap& index_map0)
+    {
+      dolfin_assert(index_map0.local_range().first <= (std::size_t) i_index
+                    && (std::size_t) i_index < index_map0.local_range().second);
+      return i_index - (dolfin::la_index) index_map0.local_range().first;
+    };
+
+  // The primary_codim is already global and stays the same
+  const auto primary_codim_map
+    = [](const dolfin::la_index j_index, const IndexMap& index_map1)
+    { return j_index; };
+
+  insert_entries(entries, primary_dim_map, primary_codim_map);
+}
+//-----------------------------------------------------------------------------
+void SparsityPattern::insert_local(
+  const std::vector<ArrayView<const dolfin::la_index>>& entries)
+{
+  dolfin_assert(entries.size() == 2);
+
+  // The primary_dim is local and stays the same
+  const auto primary_dim_map
+    = [](const dolfin::la_index i_index, const IndexMap& index_map0)
+    { return i_index; };
+
+  // The primary_codim must be mapped to global entries
+  const auto primary_codim_map
+    = [](const dolfin::la_index j_index,
+         const IndexMap& index_map1) -> dolfin::la_index
+    { return index_map1.local_to_global((std::size_t) j_index); };
+
+  insert_entries(entries, primary_dim_map, primary_codim_map);
+}
+//-----------------------------------------------------------------------------
+void SparsityPattern::insert_local_global(
+    const std::vector<ArrayView<const dolfin::la_index>>& entries)
+{
+  dolfin_assert(entries.size() == 2);
+
+  // The primary_dim is local and stays the same
+  const auto primary_dim_map
+    = [](const dolfin::la_index i_index, const IndexMap& index_map0)
+    { return i_index; };
+
+  // The primary_codim is global and stays the same
+  const auto primary_codim_map
+    = [](const dolfin::la_index j_index, const IndexMap& index_map1)
+    { return j_index; };
+
+  insert_entries(entries, primary_dim_map, primary_codim_map);
+}
+//-----------------------------------------------------------------------------
+void SparsityPattern::insert_entries(
+    const std::vector<ArrayView<const dolfin::la_index>>& entries,
+    const std::function<dolfin::la_index(const dolfin::la_index, const IndexMap&)>& primary_dim_map,
+    const std::function<dolfin::la_index(const dolfin::la_index, const IndexMap&)>& primary_codim_map)
+{
+  dolfin_assert(entries.size() == 2);
+  const std::size_t _primary_dim = primary_dim();
+  dolfin_assert(_primary_dim < 2);
+  const std::size_t primary_codim = (_primary_dim + 1) % 2;
+  dolfin_assert(primary_codim < 2);
+
+  ArrayView<const dolfin::la_index> map_i = entries[_primary_dim];
+  ArrayView<const dolfin::la_index> map_j = entries[primary_codim];
+
+  const IndexMap& index_map0 = *_index_maps[ _primary_dim];
+  const IndexMap& index_map1 = *_index_maps[primary_codim];
+  const std::size_t local_size0 = index_map0.size(IndexMap::MapSize::OWNED);
+  const auto& local_range1 = index_map1.local_range();
+
+  const bool has_full_rows = full_rows.size() > 0;
+  const auto full_rows_end = full_rows.end();
+
+  // Programmers' note:
+  // We use the lower case index i/j to denote the indices before calls to
+  // primary_dim_map/primary_codim_map.
+  // We use the  upper case index I/J to denote the indices after mapping
+  // (using primary_dim_map/primary_codim_map) to be inserted into
+  // the SparsityPattern data structure.
+  //
+  // In serial (_mpi_comm.size() == 1) we have the special case
+  // where i == I and j == J.
+
+  // Check local range
+  if (_mpi_comm.size() == 1)
+  {
+    // Sequential mode, do simple insertion if not full row
+    for (const auto &i_index : map_i)
+    {
+      dolfin_assert(i_index < (dolfin::la_index) diagonal.size());
+      if (!has_full_rows || full_rows.find(i_index) == full_rows_end)
+        diagonal[i_index].insert(map_j.begin(), map_j.end());
+    }
+  }
+  else
+  {
+    // Parallel mode, use either diagonal, off_diagonal, non_local or
+    // full_rows
+    for (const auto &i_index : map_i)
+    {
+      const auto I = primary_dim_map(i_index, index_map0);
+      // Full rows are stored separately
+      if (has_full_rows && full_rows.find(I) != full_rows_end)
+      {
+        // Do nothing
+        continue;
+      }
+
+      if (I < (dolfin::la_index) local_size0)
+      {
+        // Store local entry in diagonal or off-diagonal block
+        for (const auto &j_index : map_j)
+        {
+          const auto J = primary_codim_map(j_index, index_map1);
+          if ((dolfin::la_index) local_range1.first <= J
+              && J < (dolfin::la_index) local_range1.second)
+          {
+            dolfin_assert(I < (dolfin::la_index) diagonal.size());
+            diagonal[I].insert(J);
+          }
+          else
+          {
+            dolfin_assert(I < (dolfin::la_index) off_diagonal.size());
+            off_diagonal[I].insert(J);
+          }
+        }
+      }
+      else
+      {
+        // Store non-local entry (communicated later during apply())
+        for (const auto &j_index : map_j)
+        {
+          const auto J = primary_codim_map(j_index, index_map1);
+          // Store indices
+          non_local.push_back(I);
+          non_local.push_back(J);
+        }
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void SparsityPattern::insert_full_rows_local(
+  const std::vector<std::size_t>& rows)
+{
+  const std::size_t ghosted_size0 =
+    _index_maps[_primary_dim]->size(IndexMap::MapSize::ALL);
+  full_rows.set().reserve(rows.size());
+  for (const auto row : rows)
+  {
+    dolfin_assert(row < ghosted_size0);
+    full_rows.insert(row);
+  }
+}
+//-----------------------------------------------------------------------------
+std::size_t SparsityPattern::rank() const
+{
+  return 2;
+}
+//-----------------------------------------------------------------------------
+std::pair<std::size_t, std::size_t>
+  SparsityPattern::local_range(std::size_t dim) const
+{
+  dolfin_assert(dim < 2);
+  return _index_maps[dim]->local_range();
+}
+//-----------------------------------------------------------------------------
+std::size_t SparsityPattern::num_nonzeros() const
+{
+  std::size_t nz = 0;
+
+  // Contribution from diagonal and off-diagonal
+  for (const auto& slice : diagonal)
+    nz += slice.size();
+  for (const auto& slice : off_diagonal)
+    nz += slice.size();
+
+  // Contribution from full rows
+  const std::size_t local_size0 =
+    _index_maps[_primary_dim]->size(IndexMap::MapSize::OWNED);
+  const std::size_t primary_codim = _primary_dim == 0 ? 1 : 0;
+  const std::size_t ncols = _index_maps[primary_codim]->size(IndexMap::MapSize::GLOBAL);
+  for (const auto& full_row : full_rows)
+    if (full_row < local_size0)
+      nz += ncols;
+
+  return nz;
+}
+//-----------------------------------------------------------------------------
+void SparsityPattern::num_nonzeros_diagonal(std::vector<std::size_t>& num_nonzeros) const
+{
+  // Resize vector
+  num_nonzeros.resize(diagonal.size());
+
+  // Get number of nonzeros per generalised row
+  for (auto slice = diagonal.begin(); slice != diagonal.end(); ++slice)
+    num_nonzeros[slice - diagonal.begin()] = slice->size();
+
+  // Get number of nonzeros per full row
+  if (full_rows.size() > 0)
+  {
+    const std::size_t local_size0 =
+      _index_maps[_primary_dim]->size(IndexMap::MapSize::OWNED);
+    const std::size_t primary_codim = _primary_dim == 0 ? 1 : 0;
+    const std::size_t ncols = _index_maps[primary_codim]->size(IndexMap::MapSize::OWNED);
+    for (const auto row : full_rows)
+      if (row < local_size0)
+        num_nonzeros[row] = ncols;
+  }
+}
+//-----------------------------------------------------------------------------
+void SparsityPattern::num_nonzeros_off_diagonal(std::vector<std::size_t>& num_nonzeros) const
+{
+  // Resize vector
+  num_nonzeros.resize(off_diagonal.size());
+
+  // Return if there is no off-diagonal
+  if (off_diagonal.empty())
+    return;
+
+  // Compute number of nonzeros per generalised row
+  for (auto slice = off_diagonal.begin(); slice != off_diagonal.end(); ++slice)
+    num_nonzeros[slice - off_diagonal.begin()] = slice->size();
+
+  // Get number of nonzeros per full row
+  if (full_rows.size() > 0)
+  {
+    const std::size_t local_size0 =
+      _index_maps[_primary_dim]->size(IndexMap::MapSize::OWNED);
+    const std::size_t primary_codim = _primary_dim == 0 ? 1 : 0;
+    const std::size_t ncols =
+      _index_maps[primary_codim]->size(IndexMap::MapSize::GLOBAL)
+      - _index_maps[primary_codim]->size(IndexMap::MapSize::OWNED);
+    for (const auto row : full_rows)
+      if (row < local_size0)
+        num_nonzeros[row] = ncols;
+  }
+}
+//-----------------------------------------------------------------------------
+void SparsityPattern::num_local_nonzeros(std::vector<std::size_t>& num_nonzeros) const
+{
+  num_nonzeros_diagonal(num_nonzeros);
+  if (!off_diagonal.empty())
+  {
+    std::vector<std::size_t> tmp;
+    num_nonzeros_off_diagonal(tmp);
+    dolfin_assert(num_nonzeros.size() == tmp.size());
+    std::transform(num_nonzeros.begin(), num_nonzeros.end(), tmp.begin(),
+                   num_nonzeros.begin(), std::plus<std::size_t>());
+  }
+}
+//-----------------------------------------------------------------------------
+void SparsityPattern::apply()
+{
+  const std::size_t _primary_dim = primary_dim();
+  const std::size_t primary_codim = (_primary_dim + 1) % 2;
+  dolfin_assert(_primary_dim < 2);
+  dolfin_assert(primary_codim < 2);
+
+  const std::pair<dolfin::la_index, dolfin::la_index>
+    local_range0 = _index_maps[_primary_dim]->local_range();
+  const std::pair<dolfin::la_index, dolfin::la_index>
+    local_range1 = _index_maps[primary_codim]->local_range();
+  const std::size_t local_size0
+    = _index_maps[_primary_dim]->size(IndexMap::MapSize::OWNED);
+  const std::size_t offset0 = local_range0.first;
+
+  const std::size_t num_processes = _mpi_comm.size();
+  const std::size_t proc_number = _mpi_comm.rank();
+
+  // Print some useful information
+  if (get_log_level() <= DBG)
+    info_statistics();
+
+  // Communicate non-local blocks if any
+  if (_mpi_comm.size() > 1)
+  {
+    // Figure out correct process for each non-local entry
+    dolfin_assert(non_local.size() % 2 == 0);
+    std::vector<std::vector<std::size_t>> non_local_send(num_processes);
+
+    const std::vector<int>& off_process_owner
+      = _index_maps[_primary_dim]->off_process_owner();
+
+    const std::vector<std::size_t>& local_to_global
+      = _index_maps[_primary_dim]->local_to_global_unowned();
+
+    std::size_t dim_block_size = _index_maps[_primary_dim]->block_size();
+    for (std::size_t i = 0; i < non_local.size(); i += 2)
+    {
+      // Get local indices of off-process dofs
+      const std::size_t i_index = non_local[i];
+      const std::size_t J = non_local[i + 1];
+
+      // Figure out which process owns the row
+      dolfin_assert(i_index >= local_size0);
+      const std::size_t i_offset = (i_index - local_size0)/dim_block_size;
+      dolfin_assert(i_offset < off_process_owner.size());
+      const std::size_t p = off_process_owner[i_offset];
+
+      dolfin_assert(p < num_processes);
+      dolfin_assert(p != proc_number);
+
+      // Get global I index
+      la_index I = 0;
+      if (i_index < local_size0)
+        I = i_index + offset0;
+      else
+      {
+        std::size_t tmp = i_index - local_size0;
+        const std::div_t div = std::div((int) tmp, (int) dim_block_size);
+        const int i_node = div.quot;
+        const int i_component = div.rem;
+
+        const std::size_t I_node = local_to_global[i_node];
+        I = dim_block_size*I_node + i_component;
+      }
+
+      // Buffer local/global index pair to send
+      non_local_send[p].push_back(I);
+      non_local_send[p].push_back(J);
+    }
+
+    // Communicate non-local entries to other processes
+    std::vector<std::size_t> non_local_received;
+    MPI::all_to_all(_mpi_comm.comm(), non_local_send, non_local_received);
+
+    // Insert non-local entries received from other processes
+    dolfin_assert(non_local_received.size() % 2 == 0);
+
+    for (std::size_t i = 0; i < non_local_received.size(); i += 2)
+    {
+      // Get global row and column
+      const dolfin::la_index I = non_local_received[i];
+      const dolfin::la_index J = non_local_received[i + 1];
+
+      // Sanity check
+      if (I < local_range0.first
+          || I >= local_range0.second)
+      {
+        dolfin_error("SparsityPattern.cpp",
+                     "apply changes to sparsity pattern",
+                     "Received illegal sparsity pattern entry for row/column %d, not in range [%d, %d]",
+                     I, local_range0.first,
+                     local_range0.second);
+      }
+
+      // Get local I index
+      const std::size_t i_index = I - offset0;
+
+      // Insert in diagonal or off-diagonal block
+      if (local_range1.first <= J &&
+          J < local_range1.second)
+      {
+        dolfin_assert(i_index < diagonal.size());
+        diagonal[i_index].insert(J);
+      }
+      else
+      {
+        dolfin_assert(i_index < off_diagonal.size());
+        off_diagonal[i_index].insert(J);
+      }
+    }
+  }
+
+  // Clear non-local entries
+  non_local.clear();
+}
+//-----------------------------------------------------------------------------
+std::string SparsityPattern::str(bool verbose) const
+{
+  // Print each row
+  std::stringstream s;
+  for (std::size_t i = 0; i < diagonal.size(); i++)
+  {
+    if (primary_dim() == 0)
+      s << "Row " << i << ":";
+    else
+      s << "Col " << i << ":";
+
+    for (const auto& entry : diagonal[i])
+      s << " " << entry;
+
+    if (!off_diagonal.empty())
+    {
+      for (const auto& entry : off_diagonal[i])
+        s << " " << entry;
+    }
+
+    s << std::endl;
+  }
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+std::vector<std::vector<std::size_t>>
+SparsityPattern::diagonal_pattern(Type type) const
+{
+  std::vector<std::vector<std::size_t>> v(diagonal.size());
+  for (std::size_t i = 0; i < diagonal.size(); ++i)
+    v[i].insert(v[i].begin(), diagonal[i].begin(), diagonal[i].end());
+
+  if (type == Type::sorted)
+  {
+    for (std::size_t i = 0; i < v.size(); ++i)
+      std::sort(v[i].begin(), v[i].end());
+  }
+
+  if (full_rows.size() > 0)
+  {
+    const std::size_t local_size0 =
+      _index_maps[_primary_dim]->size(IndexMap::MapSize::OWNED);
+    const std::size_t primary_codim = _primary_dim == 0 ? 1 : 0;
+    const auto range1 = _index_maps[primary_codim]->local_range();
+    for (const auto row : full_rows)
+    {
+      if (row >= local_size0)
+        continue;
+      dolfin_assert(v[row].size() == 0);
+      v[row].reserve(range1.second - range1.first);
+      for (std::size_t J = range1.first; J < range1.second; ++J)
+        v[row].push_back(J);
+    }
+  }
+
+  return v;
+}
+//-----------------------------------------------------------------------------
+std::vector<std::vector<std::size_t>>
+  SparsityPattern::off_diagonal_pattern(Type type) const
+{
+  std::vector<std::vector<std::size_t>> v(off_diagonal.size());
+  for (std::size_t i = 0; i < off_diagonal.size(); ++i)
+    v[i].insert(v[i].begin(), off_diagonal[i].begin(), off_diagonal[i].end());
+
+  if (type == Type::sorted)
+  {
+    for (std::size_t i = 0; i < v.size(); ++i)
+      std::sort(v[i].begin(), v[i].end());
+  }
+
+  if (full_rows.size() > 0)
+  {
+    const std::size_t local_size0 =
+      _index_maps[_primary_dim]->size(IndexMap::MapSize::OWNED);
+    const std::size_t primary_codim = _primary_dim == 0 ? 1 : 0;
+    const auto range1 = _index_maps[primary_codim]->local_range();
+    const std::size_t N1 = _index_maps[primary_codim]->size(IndexMap::MapSize::GLOBAL);
+    for (const auto row : full_rows)
+    {
+      if (row >= local_size0)
+        continue;
+      dolfin_assert(v[row].size() == 0);
+      v[row].reserve(N1 - (range1.second - range1.first));
+      for (std::size_t J = 0; J < range1.first; ++J)
+        v[row].push_back(J);
+      for (std::size_t J = range1.second; J < N1; ++J)
+        v[row].push_back(J);
+    }
+  }
+
+  return v;
+}
+//-----------------------------------------------------------------------------
+void SparsityPattern::info_statistics() const
+{
+  // Count nonzeros in diagonal block
+  std::size_t num_nonzeros_diagonal = 0;
+  for (std::size_t i = 0; i < diagonal.size(); ++i)
+    num_nonzeros_diagonal += diagonal[i].size();
+
+  // Count nonzeros in off-diagonal block
+  std::size_t num_nonzeros_off_diagonal = 0;
+  for (std::size_t i = 0; i < off_diagonal.size(); ++i)
+    num_nonzeros_off_diagonal += off_diagonal[i].size();
+
+  // Count nonzeros in non-local block
+  const std::size_t num_nonzeros_non_local = non_local.size()/2;
+
+  // Count total number of nonzeros
+  const std::size_t num_nonzeros_total = num_nonzeros_diagonal
+    + num_nonzeros_off_diagonal + num_nonzeros_non_local;
+
+  std::size_t size0 = _index_maps[0]->size(IndexMap::MapSize::GLOBAL);
+  std::size_t size1 = _index_maps[1]->size(IndexMap::MapSize::GLOBAL);
+
+  // Return number of entries
+  cout << "Matrix of size " << size0 << " x " << size1 << " has "
+       << num_nonzeros_total << " (" << 100.0*num_nonzeros_total/(size0*size1)
+        << "%)" << " nonzero entries." << endl;
+  if (num_nonzeros_total != num_nonzeros_diagonal)
+  {
+    cout << "Diagonal: " << num_nonzeros_diagonal << " ("
+         << (100.0*static_cast<double>(num_nonzeros_diagonal) / static_cast<double>(num_nonzeros_total))
+         << "%), ";
+    cout << "off-diagonal: " << num_nonzeros_off_diagonal << " ("
+         << (100.0*static_cast<double>(num_nonzeros_off_diagonal)/static_cast<double>(num_nonzeros_total))
+         << "%), ";
+    cout << "non-local: " << num_nonzeros_non_local << " ("
+         << (100.0*static_cast<double>(num_nonzeros_non_local)/static_cast<double>(num_nonzeros_total))
+         << "%)";
+    cout << endl;
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/la/SparsityPattern.h b/dolfin/la/SparsityPattern.h
new file mode 100644
index 0000000..a683ea0
--- /dev/null
+++ b/dolfin/la/SparsityPattern.h
@@ -0,0 +1,183 @@
+// Copyright (C) 2007-2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2007-2009.
+//
+// First added:  2007-03-13
+// Last changed: 2011-01-02
+
+#ifndef __SPARSITY_PATTERN_H
+#define __SPARSITY_PATTERN_H
+
+#include <memory>
+#include <string>
+#include <unordered_map>
+#include <utility>
+#include <vector>
+
+#include <dolfin/common/ArrayView.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/Set.h>
+#include <dolfin/common/types.h>
+
+namespace dolfin
+{
+
+  class IndexMap;
+
+  /// This class implements a sparsity pattern data structure.  It is
+  /// used by most linear algebra backends.
+
+  class SparsityPattern
+  {
+
+    // NOTE: Do not change this typedef without performing careful
+    //       performance profiling
+    /// Set type used for the rows of the sparsity pattern
+    typedef dolfin::Set<std::size_t> set_type;
+
+  public:
+
+    /// Whether SparsityPattern is sorted
+    enum class Type {sorted, unsorted};
+
+    /// Create empty sparsity pattern
+    SparsityPattern(MPI_Comm comm, std::size_t primary_dim);
+
+    /// Create sparsity pattern for a generic tensor
+    SparsityPattern(MPI_Comm comm,
+                    std::vector<std::shared_ptr<const IndexMap>> index_maps,
+                    std::size_t primary_dim);
+
+    /// Initialize sparsity pattern for a generic tensor
+    void init(std::vector<std::shared_ptr<const IndexMap>> index_maps);
+
+    /// Insert a global entry - will be fixed by apply()
+    void insert_global(dolfin::la_index i, dolfin::la_index j);
+
+    /// Insert non-zero entries using global indices
+    void insert_global(const std::vector<
+                       ArrayView<const dolfin::la_index>>& entries);
+
+    /// Insert non-zero entries using local (process-wise) indices
+    void insert_local(const std::vector<
+                      ArrayView<const dolfin::la_index>>& entries);
+
+    /// Insert non-zero entries using local (process-wise) indices for
+    /// the primary dimension and global indices for the co-dimension
+    void insert_local_global(
+        const std::vector<ArrayView<const dolfin::la_index>>& entries);
+
+    /// Insert full rows (or columns, according to primary dimension)
+    /// using local (process-wise) indices. This must be called before
+    /// any other sparse insertion occurs to avoid quadratic
+    /// complexity of dense rows insertion
+    void insert_full_rows_local(const std::vector<std::size_t>& rows);
+
+    /// Return rank
+    std::size_t rank() const;
+
+    /// Return primary dimension (e.g., 0=row partition, 1=column
+    /// partition)
+    std::size_t primary_dim() const
+    { return _primary_dim; }
+
+    /// Return local range for dimension dim
+    std::pair<std::size_t, std::size_t> local_range(std::size_t dim) const;
+
+    /// Return number of local nonzeros
+    std::size_t num_nonzeros() const;
+
+    /// Fill array with number of nonzeros for diagonal block in
+    /// local_range for dimension 0. For matrices, fill array with
+    /// number of nonzeros per local row for diagonal block
+    void num_nonzeros_diagonal(std::vector<std::size_t>& num_nonzeros) const;
+
+    /// Fill array with number of nonzeros for off-diagonal block in
+    /// local_range for dimension 0. For matrices, fill array with
+    /// number of nonzeros per local row for off-diagonal block. If
+    /// there is no off-diagonal pattern, the vector is resized to
+    /// zero-length
+    void
+      num_nonzeros_off_diagonal(std::vector<std::size_t>& num_nonzeros) const;
+
+    /// Fill vector with number of nonzeros in local_range for
+    /// dimension 0
+    void num_local_nonzeros(std::vector<std::size_t>& num_nonzeros) const;
+
+    /// Finalize sparsity pattern
+    void apply();
+
+    /// Return MPI communicator
+    MPI_Comm mpi_comm() const
+    { return _mpi_comm.comm(); }
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+    /// Return underlying sparsity pattern (diagonal). Options are
+    /// 'sorted' and 'unsorted'.
+    std::vector<std::vector<std::size_t>> diagonal_pattern(Type type) const;
+
+    /// Return underlying sparsity pattern (off-diagonal). Options are
+    /// 'sorted' and 'unsorted'. Empty vector is returned if there is
+    /// no off-diagonal contribution.
+    std::vector<std::vector<std::size_t>> off_diagonal_pattern(Type type) const;
+
+  private:
+
+    // Other insertion methods will call this method providing the
+    // appropriate mapping of the indices in the entries.
+    //
+    // The primary dim entries must be local
+    // The primary_codim entries must be global
+    void insert_entries(
+        const std::vector<ArrayView<const dolfin::la_index>>& entries,
+        const std::function<dolfin::la_index(const dolfin::la_index, const IndexMap&)>& primary_dim_map,
+        const std::function<dolfin::la_index(const dolfin::la_index, const IndexMap&)>& primary_codim_map);
+
+    // Print some useful information
+    void info_statistics() const;
+
+    // Primary sparsity pattern storage dimension (e.g., 0=row
+    // partition, 1=column partition)
+    const std::size_t _primary_dim;
+
+    // MPI communicator
+    dolfin::MPI::Comm _mpi_comm;
+
+    // IndexMaps for each dimension
+    std::vector<std::shared_ptr<const IndexMap>> _index_maps;
+
+    // Sparsity patterns for diagonal and off-diagonal blocks
+    std::vector<set_type> diagonal;
+    std::vector<set_type> off_diagonal;
+
+    // List of full rows (or columns, according to primary dimension).
+    // Full rows are kept separately to circumvent quadratic scaling
+    // (caused by linear insertion time into dolfin::Set; std::set has
+    // logarithmic insertion, which would result in N log(N) overall
+    // complexity for dense rows)
+    set_type full_rows;
+
+    // Sparsity pattern for non-local entries stored as [i0, j0, i1, j1, ...]
+    std::vector<std::size_t> non_local;
+
+  };
+
+}
+#endif
diff --git a/dolfin/la/TensorLayout.cpp b/dolfin/la/TensorLayout.cpp
new file mode 100644
index 0000000..00c1553
--- /dev/null
+++ b/dolfin/la/TensorLayout.cpp
@@ -0,0 +1,94 @@
+// Copyright (C) 2012 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <memory>
+
+#include <dolfin/log/log.h>
+#include <dolfin/log/LogStream.h>
+#include "IndexMap.h"
+#include "SparsityPattern.h"
+#include "TensorLayout.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+TensorLayout::TensorLayout(MPI_Comm comm, std::size_t pdim,
+                           Sparsity sparsity_pattern)
+  : primary_dim(pdim), _mpi_comm(comm)
+{
+  // Create empty sparsity pattern
+  if (sparsity_pattern == TensorLayout::Sparsity::SPARSE)
+    _sparsity_pattern = std::make_shared<SparsityPattern>(comm, primary_dim);
+}
+//-----------------------------------------------------------------------------
+TensorLayout::TensorLayout(MPI_Comm comm,
+                           std::vector<std::shared_ptr<const IndexMap>> index_maps,
+                           std::size_t pdim,
+                           Sparsity sparsity_pattern,
+                           Ghosts ghosted)
+  : primary_dim(pdim), _mpi_comm(comm), _index_maps(index_maps),
+    _ghosted(ghosted)
+{
+  if (sparsity_pattern == TensorLayout::Sparsity::SPARSE)
+    _sparsity_pattern = std::make_shared<SparsityPattern>(comm, primary_dim);
+
+  // Only rank 2 sparsity patterns are supported
+  dolfin_assert(!(_sparsity_pattern && index_maps.size() != 2));
+}
+//-----------------------------------------------------------------------------
+void TensorLayout::init(const std::vector<std::shared_ptr<const IndexMap>> index_maps,
+                        const Ghosts ghosted)
+{
+  // Only rank 2 sparsity patterns are supported
+  dolfin_assert(!(_sparsity_pattern && index_maps.size() != 2));
+
+  // Store everything
+  _index_maps = index_maps;
+  _ghosted = ghosted;
+}
+//-----------------------------------------------------------------------------
+std::size_t TensorLayout::rank() const
+{
+  return _index_maps.size();
+}
+//-----------------------------------------------------------------------------
+std::size_t TensorLayout::size(std::size_t i) const
+{
+  dolfin_assert(i < _index_maps.size());
+  return _index_maps[i]->size(IndexMap::MapSize::GLOBAL);
+}
+//-----------------------------------------------------------------------------
+std::pair<std::size_t, std::size_t>
+TensorLayout::local_range(std::size_t dim) const
+{
+  dolfin_assert(dim < _index_maps.size());
+  return _index_maps[dim]->local_range();
+
+}
+//-----------------------------------------------------------------------------
+std::string TensorLayout::str(bool verbose) const
+{
+  std::stringstream s;
+  s << "<TensorLayout for tensor of rank " << rank() << ">" << std::endl;
+  for (std::size_t i = 0; i < rank(); i++)
+  {
+    s << " Local range for dim " << i << ": [" << local_range(i).first
+      << ", " << local_range(i).second << ")" << std::endl;
+  }
+  return s.str();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/la/TensorLayout.h b/dolfin/la/TensorLayout.h
new file mode 100644
index 0000000..f082763
--- /dev/null
+++ b/dolfin/la/TensorLayout.h
@@ -0,0 +1,125 @@
+// Copyright (C) 2012 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2012-02-24
+// Last changed:
+
+#ifndef __TENSOR_LAYOUT_H
+#define __TENSOR_LAYOUT_H
+
+#include <memory>
+#include <string>
+#include <utility>
+#include <vector>
+
+#include "dolfin/common/types.h"
+#include "dolfin/common/MPI.h"
+
+namespace dolfin
+{
+  class IndexMap;
+  class SparsityPattern;
+
+  /// This class described the size and possibly the sparsity of a
+  /// (sparse) tensor. It is used by the linear algebra backends to
+  /// initialise tensors.
+
+  class TensorLayout : public Variable
+  {
+
+  public:
+
+    /// Sparse or dense layout
+    enum class Sparsity : bool { SPARSE = true, DENSE = false };
+
+    /// Ghosted or unghosted layout
+    enum class Ghosts : bool { GHOSTED = true, UNGHOSTED = false };
+
+    /// Create empty tensor layout
+    TensorLayout(MPI_Comm comm, std::size_t primary_dim,
+                 Sparsity sparsity_pattern);
+
+    /// Create a tensor layout
+    TensorLayout(MPI_Comm mpi_comm,
+                 std::vector<std::shared_ptr<const IndexMap>> index_maps,
+                 std::size_t primary_dim,
+                 Sparsity sparsity_pattern,
+                 Ghosts ghosted);
+
+    /// Initialize tensor layout
+    void init(std::vector<std::shared_ptr<const IndexMap>> index_maps,
+              Ghosts ghosted);
+
+    /// Return rank
+    std::size_t rank() const;
+
+    /// Return global size for dimension i (size of tensor, includes
+    /// non-zeroes)
+    std::size_t size(std::size_t i) const;
+
+    /// Return local range for dimension dim
+    std::pair<std::size_t, std::size_t> local_range(std::size_t dim) const;
+
+    /// Return sparsity pattern (possibly null)
+    std::shared_ptr<SparsityPattern> sparsity_pattern()
+    { return _sparsity_pattern; }
+
+    /// Return sparsity pattern (possibly null), const version
+    std::shared_ptr<const SparsityPattern> sparsity_pattern() const
+    { return _sparsity_pattern; }
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+    /// Primary storage dim (e.g., 0=row major, 1=column major)
+    const std::size_t primary_dim;
+
+    /// Return MPI communicator
+    MPI_Comm mpi_comm() const
+    { return _mpi_comm.comm(); }
+
+    /// Return IndexMap for dimension
+    std::shared_ptr<const IndexMap> index_map(std::size_t i) const
+    {
+      dolfin_assert(i < _index_maps.size());
+      return _index_maps[i];
+    }
+
+    /// Require ghosts
+    Ghosts is_ghosted() const
+    {
+      return _ghosted;
+    }
+
+  private:
+
+    // MPI communicator
+    dolfin::MPI::Comm _mpi_comm;
+
+    // Index maps
+    std::vector<std::shared_ptr<const IndexMap>> _index_maps;
+
+    // Sparsity pattern
+    std::shared_ptr<SparsityPattern> _sparsity_pattern;
+
+    // Ghosted tensor (typically vector) required
+    Ghosts _ghosted = Ghosts::UNGHOSTED;
+
+  };
+
+}
+#endif
diff --git a/dolfin/la/TpetraFactory.cpp b/dolfin/la/TpetraFactory.cpp
new file mode 100644
index 0000000..ac43c4a
--- /dev/null
+++ b/dolfin/la/TpetraFactory.cpp
@@ -0,0 +1,94 @@
+// Copyright (C) 2014
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2014-12-06
+
+#ifdef HAS_TRILINOS
+
+#include "BelosKrylovSolver.h"
+#include "SparsityPattern.h"
+#include "TpetraMatrix.h"
+#include "TpetraVector.h"
+#include "TpetraFactory.h"
+#include "Amesos2LUSolver.h"
+
+using namespace dolfin;
+
+// Singleton instance
+TpetraFactory TpetraFactory::factory;
+
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericMatrix> TpetraFactory::create_matrix(MPI_Comm comm) const
+{
+  return std::make_shared<TpetraMatrix>();
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericVector> TpetraFactory::create_vector(MPI_Comm comm) const
+{
+  return std::make_shared<TpetraVector>(comm);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<TensorLayout>
+TpetraFactory::create_layout(MPI_Comm comm, std::size_t rank) const
+{
+  TensorLayout::Sparsity sparsity = TensorLayout::Sparsity::DENSE;
+  if (rank > 1)
+    sparsity = TensorLayout::Sparsity::SPARSE;
+  return std::make_shared<TensorLayout>(comm, 0, sparsity);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericLinearOperator>
+TpetraFactory::create_linear_operator(MPI_Comm comm) const
+{
+  std::shared_ptr<GenericLinearOperator> A; //(new TpetraLinearOperator);
+  dolfin_not_implemented();
+
+  return A;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericLinearSolver>
+TpetraFactory::create_lu_solver(MPI_Comm comm, std::string method) const
+{
+  return std::make_shared<Amesos2LUSolver>(method);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericLinearSolver>
+TpetraFactory::create_krylov_solver(MPI_Comm comm,
+                                    std::string method,
+                                    std::string preconditioner) const
+{
+  return std::make_shared<BelosKrylovSolver>(method, preconditioner);
+}
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string> TpetraFactory::lu_solver_methods() const
+{
+  return Amesos2LUSolver::methods();
+}
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string> TpetraFactory::krylov_solver_methods() const
+{
+  return BelosKrylovSolver::methods();
+}
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string>
+TpetraFactory::krylov_solver_preconditioners() const
+{
+  return BelosKrylovSolver::preconditioners();
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/la/TpetraFactory.h b/dolfin/la/TpetraFactory.h
new file mode 100644
index 0000000..6eda8c7
--- /dev/null
+++ b/dolfin/la/TpetraFactory.h
@@ -0,0 +1,94 @@
+// Copyright (C) 2014 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifdef HAS_TRILINOS
+
+#ifndef __TPETRA_FACTORY_H
+#define __TPETRA_FACTORY_H
+
+#include <string>
+#include <memory>
+#include <dolfin/common/types.h>
+#include "TpetraVector.h"
+#include "TensorLayout.h"
+#include "GenericLinearAlgebraFactory.h"
+
+namespace dolfin
+{
+
+  /// Tpetra linear algebra factory
+
+  class TpetraFactory : public GenericLinearAlgebraFactory
+  {
+  public:
+
+    /// Destructor
+    virtual ~TpetraFactory() {}
+
+    /// Create empty matrix
+    std::shared_ptr<GenericMatrix> create_matrix(MPI_Comm comm) const;
+
+    /// Create empty vector
+    std::shared_ptr<GenericVector> create_vector(MPI_Comm comm) const;
+
+    /// Create empty tensor layout
+    std::shared_ptr<TensorLayout> create_layout(MPI_Comm comm,
+                                                std::size_t rank) const;
+
+    /// Create empty linear operator
+    std::shared_ptr<GenericLinearOperator>
+    create_linear_operator(MPI_Comm comm) const;
+
+    /// Create LU solver
+    std::shared_ptr<GenericLinearSolver>
+    create_lu_solver(MPI_Comm comm, std::string method) const;
+
+    /// Create Krylov solver
+    std::shared_ptr<GenericLinearSolver>
+    create_krylov_solver(MPI_Comm comm,
+                         std::string method,
+                         std::string preconditioner) const;
+
+    /// Return a list of available LU solver methods
+    std::map<std::string, std::string>
+      lu_solver_methods() const;
+
+    /// Return a list of available Krylov solver methods
+    std::map<std::string, std::string>
+      krylov_solver_methods() const;
+
+    /// Return a list of available preconditioners
+    std::map<std::string, std::string> krylov_solver_preconditioners() const;
+
+    /// Return singleton instance
+    static TpetraFactory& instance()
+    { return factory; }
+
+  private:
+
+    /// Private constructor
+    TpetraFactory() {}
+    static TpetraFactory factory;
+
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/la/TpetraMatrix.cpp b/dolfin/la/TpetraMatrix.cpp
new file mode 100644
index 0000000..116d6e2
--- /dev/null
+++ b/dolfin/la/TpetraMatrix.cpp
@@ -0,0 +1,879 @@
+// Copyright (C) 2014 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added: 2014-12-20
+
+#ifdef HAS_TRILINOS
+
+#include <iomanip>
+#include <iostream>
+#include <sstream>
+
+#include <dolfin/log/log.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/common/MPI.h>
+#include "TpetraVector.h"
+#include "TpetraMatrix.h"
+#include "SparsityPattern.h"
+#include "TensorLayout.h"
+#include "TpetraFactory.h"
+
+using namespace dolfin;
+
+//const std::map<std::string, NormType> TpetraMatrix::norm_types
+//= { {"l1",        NORM_1},
+//    {"linf",      NORM_INFINITY},
+//    {"frobenius", NORM_FROBENIUS} };
+
+//-----------------------------------------------------------------------------
+TpetraMatrix::TpetraMatrix() : _matA(NULL)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+TpetraMatrix::TpetraMatrix(Teuchos::RCP<matrix_type> A) : _matA(A)
+{
+  // row_map and col_map are not set, so cannot use add_local() or set_local()
+}
+//-----------------------------------------------------------------------------
+TpetraMatrix::TpetraMatrix(const TpetraMatrix& A)
+{
+  // Copy NULL to NULL
+  if(A._matA.is_null())
+    return;
+
+  _matA = A._matA->clone(A._matA->getNode());
+
+  index_map[0] = A.index_map[0];
+  index_map[1] = A.index_map[1];
+
+}
+//-----------------------------------------------------------------------------
+TpetraMatrix::~TpetraMatrix()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericMatrix> TpetraMatrix::copy() const
+{
+  return std::shared_ptr<GenericMatrix>(new TpetraMatrix(*this));
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::init(const TensorLayout& tensor_layout)
+{
+  if (!_matA.is_null())
+  {
+    dolfin_error("TpetraMatrix.h",
+                 "initialize matrix",
+                 "Matrix cannot be initialised more than once");
+  }
+
+  // Get global dimensions and local range
+  dolfin_assert(tensor_layout.rank() == 2);
+
+  const std::pair<std::int64_t, std::int64_t> row_range
+    = tensor_layout.local_range(0);
+  const std::size_t m = row_range.second - row_range.first;
+
+  const std::pair<std::int64_t, std::int64_t> col_range
+    = tensor_layout.local_range(1);
+  const std::size_t n = col_range.second - col_range.first;
+
+  // Get sparsity pattern
+  auto sparsity_pattern = tensor_layout.sparsity_pattern();
+  dolfin_assert(sparsity_pattern);
+
+  // Initialize matrix
+
+  // Set up MPI Comm
+  const Teuchos::MpiComm<int> comm_wrapper(sparsity_pattern->mpi_comm());
+  Teuchos::RCP<const Teuchos::Comm<int>> _comm = comm_wrapper.duplicate();
+
+  // Save the local row and column mapping, so we can use add_local
+  // later with off-process entries
+
+  // Overlapping RowMap
+  index_map[0] = tensor_layout.index_map(0);
+
+  std::vector<dolfin::la_index> global_indices0(m);
+  for (std::size_t i = 0; i < m; ++i)
+  {
+    global_indices0[i]
+      = tensor_layout.index_map(0)->local_to_global(i);
+  }
+
+  // Non-overlapping RangeMap
+  Teuchos::ArrayView<dolfin::la_index>
+    _global_indices0(global_indices0.data(), m);
+  Teuchos::RCP<const map_type> range_map
+    (new map_type(Teuchos::OrdinalTraits<dolfin::la_index>::invalid(),
+                  _global_indices0, 0, _comm));
+
+  // Overlapping ColMap
+  index_map[1] = tensor_layout.index_map(1);
+
+  std::vector<dolfin::la_index> global_indices1(n);
+  {
+    for (std::size_t i = 0; i < n; ++i)
+      global_indices1[i]
+        = tensor_layout.index_map(1)->local_to_global(i);
+  }
+
+  // Non-overlapping DomainMap
+  Teuchos::ArrayView<dolfin::la_index>
+    _global_indices1(global_indices1.data(), n);
+  Teuchos::RCP<const map_type> domain_map
+    (new map_type(Teuchos::OrdinalTraits<dolfin::la_index>::invalid(),
+                  _global_indices1, 0, _comm));
+
+  std::vector<std::vector<std::size_t>> pattern_diag
+    = sparsity_pattern->diagonal_pattern(SparsityPattern::Type::unsorted);
+  std::vector<std::vector<std::size_t>> pattern_off
+    = sparsity_pattern->off_diagonal_pattern(SparsityPattern::Type::unsorted);
+  const bool has_off_diag = pattern_off.size() > 0;
+
+  dolfin_assert(pattern_diag.size() == pattern_off.size() || !has_off_diag);
+  dolfin_assert(m == pattern_diag.size());
+
+  // Get number of non-zeros per row to allocate storage
+  std::vector<std::size_t> entries_per_row(m);
+  sparsity_pattern->num_local_nonzeros(entries_per_row);
+  Teuchos::ArrayRCP<std::size_t> _nnz(entries_per_row.data(), 0,
+                                      entries_per_row.size(), false);
+
+  // Create a non-overlapping "row" map for the graph
+  // The column map will be auto-generated from the entries.
+
+  Teuchos::RCP<graph_type> crs_graph
+    (new graph_type(range_map, _nnz, Tpetra::StaticProfile));
+
+  for (std::size_t i = 0; i != m; ++i)
+  {
+    std::vector<dolfin::la_index> indices(pattern_diag[i].begin(),
+                                          pattern_diag[i].end());
+    if (has_off_diag)
+    {
+      indices.insert(indices.end(), pattern_off[i].begin(),
+                     pattern_off[i].end());
+    }
+
+    Teuchos::ArrayView<dolfin::la_index> _indices(indices);
+    crs_graph->insertGlobalIndices
+      ((dolfin::la_index)tensor_layout.index_map(0)->local_to_global(i), _indices);
+  }
+
+  crs_graph->fillComplete(domain_map, range_map);
+
+  _matA = Teuchos::rcp(new matrix_type(crs_graph));
+}
+//-----------------------------------------------------------------------------
+std::size_t TpetraMatrix::size(std::size_t dim) const
+{
+  if (dim > 1)
+  {
+    dolfin_error("TpetraMatrix.cpp",
+                 "access size of Tpetra matrix",
+                 "Illegal axis (%d), must be 0 or 1", dim);
+  }
+
+  std::size_t num_elements;
+  if (_matA.is_null())
+    num_elements = 0;
+  else if (dim == 0)
+    num_elements = _matA->getRowMap()->getMaxAllGlobalIndex() + 1;
+  else
+    num_elements = _matA->getColMap()->getMaxAllGlobalIndex() + 1;
+
+  return num_elements;
+}
+//-----------------------------------------------------------------------------
+std::pair<std::int64_t, std::int64_t>
+TpetraMatrix::local_range(std::size_t dim) const
+{
+  dolfin_assert(!_matA.is_null());
+
+  if (dim == 0)
+  {
+    // Teuchos::RCP<const map_type> a_row_map(_matA->getRowMap());
+    // return std::make_pair<std::size_t, std::size_t>
+    //   (a_row_map->getMinGlobalIndex(), a_row_map->getMaxGlobalIndex() + 1);
+
+    return index_map[0]->local_range();
+  }
+  else if (dim == 1)
+  {
+    // FIXME: this is not quite right - column map will have overlap
+    // Teuchos::RCP<const map_type> a_col_map(_matA->getColMap());
+    // return std::make_pair<std::size_t, std::size_t>
+    //   (a_col_map->getMinGlobalIndex(), a_col_map->getMaxGlobalIndex() + 1);
+
+    return index_map[1]->local_range();
+  }
+  else
+  {
+    dolfin_error("TpetraMatrix.cpp",
+                 "get local range",
+                 "Dimension invalid");
+  }
+
+  return std::make_pair(0, 0);
+}
+//-----------------------------------------------------------------------------
+std::size_t TpetraMatrix::nnz() const
+{
+  dolfin_assert(!_matA.is_null());
+
+  std::size_t nnz_local = _matA->getCrsGraph()->getNodeNumEntries();
+  return MPI::sum(mpi_comm(), nnz_local);
+}
+//-----------------------------------------------------------------------------
+bool TpetraMatrix::empty() const
+{
+  return _matA.is_null();
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::init_vector(GenericVector& z, std::size_t dim) const
+{
+  dolfin_assert(!_matA.is_null());
+
+  // Downcast vector
+  TpetraVector& _z = as_type<TpetraVector>(z);
+
+  Teuchos::RCP<const map_type> _map;
+  if (dim == 0)
+  {
+    _map =_matA->getRangeMap();
+    dolfin_assert(_map->isOneToOne());
+    _z._x_ghosted = Teuchos::rcp(new TpetraVector::vector_type(_map, 1));
+    dolfin_assert(!_z._x_ghosted.is_null());
+    // Get a modifiable view into the ghosted vector
+    _z._x = _z._x_ghosted->offsetViewNonConst(_map, 0);
+  }
+  else if (dim == 1)
+  {
+    _map = _matA->getDomainMap();
+    dolfin_assert(_map->isOneToOne());
+    _z._x_ghosted = Teuchos::rcp(new TpetraVector::vector_type(_map, 1));
+    dolfin_assert(!_z._x_ghosted.is_null());
+    // Get a modifiable view into the ghosted vector
+    _z._x = _z._x_ghosted->offsetViewNonConst(_map, 0);
+  }
+  else
+  {
+    dolfin_error("TpetraMatrix.cpp",
+                 "initialize Tpetra vector to match Tpetra matrix",
+                 "Dimension must be 0 or 1, not %d", dim);
+  }
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::get(double* block,
+                       std::size_t m, const dolfin::la_index* rows,
+                       std::size_t n, const dolfin::la_index* cols) const
+{
+  // Get matrix entries (must be on this process)
+  dolfin_assert(!_matA.is_null());
+
+  for (std::size_t i = 0 ; i != m; ++i)
+  {
+    Teuchos::ArrayView<dolfin::la_index> _columns;
+    Teuchos::ArrayView<double> _data;
+    std::size_t n;
+    _matA->getGlobalRowCopy(rows[i], _columns, _data, n);
+
+    // FIXME: get desired columns from all columns
+  }
+  dolfin_not_implemented();
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::set(const double* block,
+                       std::size_t m, const dolfin::la_index* rows,
+                       std::size_t n, const dolfin::la_index* cols)
+{
+  dolfin_assert(!_matA.is_null());
+  dolfin_assert(!_matA->isFillComplete());
+
+  // Tpetra View of column indices
+  Teuchos::ArrayView<const dolfin::la_index> column_idx(cols, n);
+  for (std::size_t i = 0 ; i != m; ++i)
+  {
+    Teuchos::ArrayView<const double> data(block + i*n, n);
+    _matA->replaceGlobalValues(rows[i], column_idx, data);
+  }
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::set_local(const double* block,
+                             std::size_t m, const dolfin::la_index* rows,
+                             std::size_t n, const dolfin::la_index* cols)
+{
+  dolfin_assert(!_matA.is_null());
+  dolfin_assert(!_matA->isFillComplete());
+
+  // Map local columns to global
+  std::vector<dolfin::la_index> _global_col_idx;
+  _global_col_idx.reserve(n);
+  for (std::size_t i = 0 ; i != n; ++i)
+    _global_col_idx.push_back(index_map[1]->local_to_global(cols[i]));
+  Teuchos::ArrayView<const dolfin::la_index> global_col_idx(_global_col_idx);
+
+  for (std::size_t i = 0 ; i != m; ++i)
+  {
+    Teuchos::ArrayView<const double> data(block + i*n, n);
+
+    const dolfin::la_index global_row_idx
+      = index_map[0]->local_to_global(rows[i]);
+    if (global_row_idx != Teuchos::OrdinalTraits<dolfin::la_index>::invalid())
+    {
+      std::size_t nvalid = _matA->replaceGlobalValues(global_row_idx,
+                                                      global_col_idx, data);
+      dolfin_assert(nvalid == n);
+    }
+    else
+      warning("Could not enter into row:%d", rows[i]);
+  }
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::add(const double* block,
+                       std::size_t m, const dolfin::la_index* rows,
+                       std::size_t n, const dolfin::la_index* cols)
+{
+  dolfin_assert(!_matA.is_null());
+  dolfin_assert(!_matA->isFillComplete());
+
+  // Tpetra View of column indices
+  Teuchos::ArrayView<const dolfin::la_index> column_idx(cols, n);
+  for (std::size_t i = 0 ; i != m; ++i)
+  {
+    Teuchos::ArrayView<const double> data(block + i*n, n);
+    _matA->sumIntoGlobalValues(rows[i], column_idx, data);
+  }
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::add_local(const double* block,
+                             std::size_t m, const dolfin::la_index* rows,
+                             std::size_t n, const dolfin::la_index* cols)
+{
+  dolfin_assert(!_matA.is_null());
+  dolfin_assert(!_matA->isFillComplete());
+
+  // Map local columns to global
+  std::vector<dolfin::la_index> _global_col_idx;
+  _global_col_idx.reserve(n);
+  for (std::size_t i = 0 ; i != n; ++i)
+    _global_col_idx.push_back(index_map[1]->local_to_global(cols[i]));
+  Teuchos::ArrayView<const dolfin::la_index> global_col_idx(_global_col_idx);
+
+  for (std::size_t i = 0 ; i != m; ++i)
+  {
+    Teuchos::ArrayView<const double> data(block + i*n, n);
+
+    const dolfin::la_index global_row_idx
+      = index_map[0]->local_to_global(rows[i]);
+    if (global_row_idx != Teuchos::OrdinalTraits<dolfin::la_index>::invalid())
+    {
+      std::size_t nvalid =
+        _matA->sumIntoGlobalValues(global_row_idx,
+                                   global_col_idx, data);
+      dolfin_assert(nvalid == n);
+    }
+    else
+      warning("Could not enter into row:%d", rows[i]);
+  }
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::axpy(double a, const GenericMatrix& A,
+                        bool same_nonzero_pattern)
+{
+  dolfin_assert(!_matA.is_null());
+  const TpetraMatrix& AA = as_type<const TpetraMatrix>(A);
+  dolfin_assert(!AA._matA.is_null());
+
+  double one=1;
+
+  Teuchos::RCP<const matrix_type> matB
+    = Teuchos::rcp_dynamic_cast<const matrix_type>
+    (_matA->add(a, *AA._matA, one, Teuchos::null,Teuchos::null,Teuchos::null));
+
+  _matA = matB->clone(matB->getNode());
+
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::getrow(std::size_t row, std::vector<std::size_t>& columns,
+                         std::vector<double>& values) const
+{
+  dolfin_assert(!_matA.is_null());
+
+  const std::size_t ncols = _matA->getNumEntriesInGlobalRow(row);
+  if (ncols == Teuchos::OrdinalTraits<std::size_t>::invalid())
+  {
+    dolfin_error("TpetraMatrix.cpp",
+                 "get TpetraMatrix row",
+                 "Row %d not in range", row);
+  }
+
+  columns.resize(ncols);
+  values.resize(ncols);
+
+  // Make tmp vector to match type
+  std::vector<dolfin::la_index> columns_tmp(ncols);
+  Teuchos::ArrayView<dolfin::la_index> _columns(columns_tmp);
+  Teuchos::ArrayView<double> _values(values);
+
+  std::size_t n;
+  _matA->getGlobalRowCopy(row, _columns, _values, n);
+  dolfin_assert(n == ncols);
+
+  std::copy(columns_tmp.begin(), columns_tmp.end(), columns.begin());
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::setrow(std::size_t row,
+                         const std::vector<std::size_t>& columns,
+                         const std::vector<double>& values)
+{
+  dolfin_assert(!_matA.is_null());
+  dolfin_assert(!_matA->isFillComplete());
+
+  dolfin_not_implemented();
+
+  if (columns.size() != values.size())
+  {
+    dolfin_error("TpetraMatrix.cpp",
+                 "set row of values for Tpetra matrix",
+                 "Number of columns and values don't match");
+  }
+
+  // Handle case n = 0
+  if (columns.size() == 0)
+    return;
+
+  // Tpetra View of column indices - copy to get correct type
+  std::vector<dolfin::la_index> cols_tmp(columns.begin(), columns.end());
+  Teuchos::ArrayView<const dolfin::la_index> column_idx(cols_tmp);
+
+  // Tpetra View of values
+  Teuchos::ArrayView<const double> data(values);
+
+  _matA->replaceGlobalValues(row, column_idx, data);
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::zero(std::size_t m, const dolfin::la_index* rows)
+{
+  dolfin_assert(!_matA.is_null());
+  dolfin_assert(!_matA->isFillComplete());
+
+  for (std::size_t i = 0 ; i != m; ++i)
+  {
+    const std::size_t ncols = _matA->getNumEntriesInGlobalRow(rows[i]);
+    std::vector<dolfin::la_index> colcols(ncols);
+    Teuchos::ArrayView<dolfin::la_index> cols(colcols);
+    std::vector<double> coldata(ncols);
+    Teuchos::ArrayView<double> data(coldata);
+    std::size_t n;
+    _matA->getGlobalRowCopy(rows[i], cols, data, n);
+    dolfin_assert(n == ncols);
+    std::fill(coldata.begin(), coldata.end(), 0.0);
+    _matA->replaceGlobalValues(rows[i], cols, data);
+  }
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::zero_local(std::size_t m, const dolfin::la_index* rows)
+{
+  dolfin_assert(!_matA.is_null());
+  dolfin_assert(!_matA->isFillComplete());
+
+  for (std::size_t i = 0 ; i != m; ++i)
+  {
+    int row = rows[i];
+    Teuchos::ArrayView<const int> cols;
+    Teuchos::ArrayView<const double> data;
+    _matA->getLocalRowView(row, cols, data);
+    std::vector<double> z(cols.size(), 0);
+    Teuchos::ArrayView<const double> dataz(z);
+
+    _matA->replaceLocalValues(row, cols, dataz);
+  }
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::ident(std::size_t m, const dolfin::la_index* rows)
+{
+  dolfin_assert(!_matA.is_null());
+  if(_matA->isFillComplete())
+    _matA->resumeFill();
+
+  // Clear affected rows to zero
+  zero(m, rows);
+
+  // Get map of locally available columns
+  Teuchos::RCP<const map_type>colmap(_matA->getColMap());
+
+  const double one = 1;
+  Teuchos::ArrayView<const double> data(&one, 1);
+  dolfin::la_index col;
+  Teuchos::ArrayView<dolfin::la_index> column_idx(&col, 1);
+
+  // Set diagonal entries where possible
+  for (std::size_t i = 0 ; i != m; ++i)
+  {
+    if (colmap->isNodeGlobalElement(rows[i]))
+    {
+      col = rows[i];
+      _matA->replaceGlobalValues(rows[i], column_idx, data);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::ident_local(std::size_t m, const dolfin::la_index* rows)
+{
+  dolfin_assert(!_matA.is_null());
+  //  dolfin_assert(!_matA->isFillComplete());
+
+  // Will need to call 'apply' again after this
+  if(_matA->isFillComplete())
+    _matA->resumeFill();
+
+  zero_local(m, rows);
+
+  // FIXME: check this is correct
+  Teuchos::RCP<const map_type> colmap(_matA->getColMap());
+  const double one = 1.0;
+  Teuchos::ArrayView<const double> data(&one, 1);
+  int col;
+  Teuchos::ArrayView<int> column_idx(&col, 1);
+
+  for (std::size_t i = 0 ; i != m; ++i)
+  {
+    if (colmap->isNodeLocalElement(rows[i]))
+    {
+      col = rows[i];
+      _matA->replaceLocalValues(rows[i], column_idx, data);
+    }
+    else
+    {
+      dolfin_error("TpetraMatrix.cpp",
+                   "ident local row",
+                   "Row %d not local", rows[i]);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::mult(const GenericVector& x, GenericVector& y) const
+{
+  dolfin_assert(!_matA.is_null());
+
+  const TpetraVector& xx = as_type<const TpetraVector>(x);
+  TpetraVector& yy = as_type<TpetraVector>(y);
+
+  if (size(1) != xx.size())
+  {
+    dolfin_error("TpetraMatrix.cpp",
+                 "compute matrix-vector product with Tpetra matrix",
+                 "Non-matching dimensions %d and %d for matrix-vector product",
+                 size(1), xx.size());
+  }
+
+  // Resize RHS if empty
+  if (yy.size() == 0)
+    init_vector(yy, 0);
+
+  if (size(0) != yy.size())
+  {
+    dolfin_error("TpetraMatrix.cpp",
+                 "compute matrix-vector product with Tpetra matrix",
+                 "Vector for matrix-vector result has wrong size");
+  }
+
+  _matA->apply(*xx._x, *yy._x);
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::transpmult(const GenericVector& x, GenericVector& y) const
+{
+  dolfin_assert(!_matA.is_null());
+
+  const TpetraVector& xx = as_type<const TpetraVector>(x);
+  TpetraVector& yy = as_type<TpetraVector>(y);
+
+  if (size(0) != xx.size())
+  {
+    dolfin_error("TpetraMatrix.cpp",
+                 "compute transpose matrix-vector product with Tpetra matrix",
+                 "Non-matching dimensions for transpose matrix-vector product");
+  }
+
+  // Resize RHS if empty
+  if (yy.size() == 0)
+    init_vector(yy, 1);
+
+  if (size(1) != yy.size())
+  {
+    dolfin_error("TpetraMatrix.cpp",
+                 "compute transpose matrix-vector product with Tpetra matrix",
+                 "Vector for transpose matrix-vector result has wrong size");
+  }
+
+  _matA->apply(*xx._x, *yy._x_ghosted, Teuchos::TRANS);
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::get_diagonal(GenericVector& x) const
+{
+  dolfin_assert(!_matA.is_null());
+
+  TpetraVector& xx = as_type<TpetraVector>(x);
+  if (!xx._x->getMap()->isSameAs(*_matA->getRangeMap()))
+  {
+    dolfin_error("TpetraMatrix.cpp",
+                 "get diagonal of a Tpetra matrix",
+                 "Matrix and vector ColMaps don't match for matrix-vector set");
+  }
+
+  if (size(1) != size(0) || size(0) != xx.size())
+  {
+    dolfin_error("TpetraMatrix.cpp",
+                 "get diagonal of a Tpetra matrix",
+                 "Matrix and vector dimensions don't match for matrix-vector set");
+  }
+
+  if (xx.vec()->getNumVectors() != 1)
+  {
+    dolfin_error("TpetraMatrix.cpp",
+                 "get diagonal of a Tpetra matrix",
+                 "Vector is a multivector with %d columns instead of 1", xx.vec()->getNumVectors());
+  }
+
+  _matA->getLocalDiagCopy(*(xx._x->getVectorNonConst(0)));
+
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::set_diagonal(const GenericVector& x)
+{
+  dolfin_assert(!_matA.is_null());
+  if(_matA->isFillComplete())
+    _matA->resumeFill();
+
+  const TpetraVector& xx = as_type<const TpetraVector>(x);
+  if (size(1) != size(0) || size(0) != xx.size())
+  {
+    dolfin_error("TpetraMatrix.cpp",
+                 "set diagonal of a Tpetra matrix",
+                 "Matrix and vector dimensions don't match for matrix-vector set");
+  }
+
+  dolfin_assert(xx._x->getMap()->isSameAs(*_matA->getRangeMap()));
+  Teuchos::ArrayRCP<const double> xarr = xx._x->getData(0);
+
+  dolfin::la_index col_idx;
+  double val;
+  Teuchos::ArrayView<const dolfin::la_index> global_col_idx(&col_idx, 1);
+  Teuchos::ArrayView<const double> data(&val, 1);
+
+  auto range = xx.local_range();
+  std::int64_t local_size = range.second - range.first;
+  for (std::int64_t i = 0; i < local_size; ++i)
+  {
+    col_idx = range.first + i;
+    val = xarr[i];
+    std::size_t nvalid = _matA->replaceGlobalValues(col_idx,
+                                                    global_col_idx, data);
+    dolfin_assert(nvalid == 1);
+  }
+
+  apply("insert");
+}
+//-----------------------------------------------------------------------------
+double TpetraMatrix::norm(std::string norm_type) const
+{
+  dolfin_assert(!_matA.is_null());
+
+  if (norm_type == "frobenius")
+    return _matA->getFrobeniusNorm();
+  else
+  {
+    dolfin_error("TpetraMatrix.cpp",
+                 "compute norm of Tpetra matrix",
+                 "Unknown norm type (\"%s\")", norm_type.c_str());
+  }
+
+  return 0.0;
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::apply(std::string mode)
+{
+  Timer timer("Apply (TpetraMatrix)");
+
+  dolfin_assert(!_matA.is_null());
+  if (mode == "add" or mode == "insert" or mode == "flush")
+    _matA->fillComplete();
+  else
+  {
+    dolfin_error("TpetraMatrix.cpp",
+                 "apply changes to Tpetra matrix",
+                 "Unknown apply mode \"%s\"", mode.c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+MPI_Comm TpetraMatrix::mpi_comm() const
+{
+  dolfin_assert(!_matA.is_null());
+
+  // Unwrap MPI_Comm
+  const Teuchos::RCP<const Teuchos::MpiComm<int>> _mpi_comm
+    = Teuchos::rcp_dynamic_cast<const Teuchos::MpiComm<int>>(_matA->getComm());
+
+  return *(_mpi_comm->getRawMpiComm());
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::zero()
+{
+  dolfin_assert(!_matA.is_null());
+  if(_matA->isFillComplete())
+    _matA->resumeFill();
+
+  _matA->setAllToScalar(0.0);
+}
+//-----------------------------------------------------------------------------
+const TpetraMatrix& TpetraMatrix::operator*= (double a)
+{
+  dolfin_assert(!_matA.is_null());
+  if(_matA->isFillComplete())
+    _matA->resumeFill();
+
+  _matA->scale(a);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const TpetraMatrix& TpetraMatrix::operator/= (double a)
+{
+  dolfin_assert(!_matA.is_null());
+  if(_matA->isFillComplete())
+    _matA->resumeFill();
+
+  _matA->scale(1.0/a);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const GenericMatrix& TpetraMatrix::operator= (const GenericMatrix& A)
+{
+  *this = as_type<const TpetraMatrix>(A);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+bool TpetraMatrix::is_symmetric(double tol) const
+{
+  dolfin_assert(!_matA.is_null());
+  return false;
+}
+//-----------------------------------------------------------------------------
+GenericLinearAlgebraFactory& TpetraMatrix::factory() const
+{
+  return TpetraFactory::instance();
+}
+//-----------------------------------------------------------------------------
+const TpetraMatrix& TpetraMatrix::operator= (const TpetraMatrix& A)
+{
+  return *this;
+}
+//-----------------------------------------------------------------------------
+std::string TpetraMatrix::str(bool verbose) const
+{
+  if (_matA.is_null())
+    return "<Uninitialized TpetraMatrix>";
+
+  std::stringstream s;
+  if (verbose)
+    s << "< " << _matA->description() << " >";
+  else
+    s << "<TpetraMatrix of size " << size(0) << " x " << size(1) << ">";
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+void TpetraMatrix::graphdump(const Teuchos::RCP<const graph_type> graph)
+{
+  int mpi_rank = graph->getRowMap()->getComm()->getRank();
+
+  const Teuchos::RCP<const map_type> g_row_map = graph->getRowMap();
+  const Teuchos::RCP<const map_type> g_col_map = graph->getColMap();
+  const Teuchos::RCP<const map_type> domain_map = graph->getDomainMap();
+  const Teuchos::RCP<const map_type> range_map = graph->getRangeMap();
+
+  int n = g_row_map->getMaxAllGlobalIndex() + 1;
+  int m = g_col_map->getMaxAllGlobalIndex() + 1;
+
+  std::stringstream ss;
+  ss << "RANK: " << mpi_rank << "\n";
+
+  ss << "\n    ";
+  for (int j = 0; j != m ; ++j)
+  {
+    if (g_col_map->isNodeGlobalElement(j))
+      ss << "X";
+    else
+      ss << " ";
+  }
+  ss << "\n    ";
+  for (int j = 0; j != m ; ++j)
+  {
+    if (domain_map->isNodeGlobalElement(j))
+      ss << "O";
+    else
+      ss << " ";
+  }
+  ss << "\n----";
+  for (int j = 0; j != m ; ++j)
+    ss << "-";
+  ss << "\n";
+
+  for (int k = 0; k != n; ++k)
+  {
+    ss << " ";
+    if (g_row_map->isNodeGlobalElement(k))
+      ss << "X";
+    else
+      ss << " ";
+    if (range_map->isNodeGlobalElement(k))
+      ss << "O";
+    else
+      ss << " ";
+
+    ss << "|";
+
+    std::vector<bool> output_row(m, false);
+    std::size_t nrow = graph->getNumEntriesInGlobalRow(k);
+    if (nrow != Teuchos::OrdinalTraits<std::size_t>::invalid())
+    {
+      std::size_t nelem;
+      std::vector<dolfin::la_index> row(nrow);
+      Teuchos::ArrayView<dolfin::la_index> _row(row);
+      graph->getGlobalRowCopy(k, _row, nelem);
+
+      for (std::size_t j = 0; j != nrow; ++j)
+        output_row[_row[j]] = true;
+    }
+
+    for (int j = 0; j != m; ++j)
+    {
+      if (output_row[j])
+        ss << "x";
+      else
+        ss << " ";
+    }
+    ss << "\n";
+  }
+
+  std::cout << ss.str();
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/la/TpetraMatrix.h b/dolfin/la/TpetraMatrix.h
new file mode 100644
index 0000000..819848a
--- /dev/null
+++ b/dolfin/la/TpetraMatrix.h
@@ -0,0 +1,240 @@
+// Copyright (C) 2014
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2014
+
+#ifndef __TPETRA_MATRIX_H
+#define __TPETRA_MATRIX_H
+
+#ifdef HAS_TRILINOS
+
+#include <array>
+#include <cstdint>
+#include <memory>
+#include <string>
+#include <utility>
+
+#include <Teuchos_GlobalMPISession.hpp>
+#include <Teuchos_oblackholestream.hpp>
+#include <Tpetra_CrsMatrix.hpp>
+#include <Tpetra_DefaultPlatform.hpp>
+#include <Tpetra_Vector.hpp>
+#include <Tpetra_Version.hpp>
+
+#include <dolfin/common/types.h>
+#include "GenericMatrix.h"
+
+namespace dolfin
+{
+
+  class GenericLinearAlgebraFactory;
+  class IndexMap;
+  class TensorLayout;
+  class TpetraVector;
+
+  /// This class provides a simple matrix class based on Tpetra.  It
+  /// is a wrapper for a Tpetra matrix pointer
+  /// (Teuchos::RCP<matrix_type>) implementing the GenericMatrix
+  /// interface.
+  ///
+  /// The interface is intentionally simple. For advanced usage,
+  /// access the Tpetra::RCP<matrix_type> pointer using the function
+  /// mat() and use the standard Tpetra interface.
+
+  class TpetraMatrix : public GenericMatrix
+  {
+
+  public:
+
+    /// Matrix type (scalar, local index, global index)
+    typedef Tpetra::CrsMatrix<double, int, dolfin::la_index> matrix_type;
+    /// Graph type (local index, global index)
+    typedef Tpetra::CrsGraph<int, dolfin::la_index> graph_type;
+    /// Map type (local index, global index)
+    typedef Tpetra::Map<int, dolfin::la_index> map_type;
+
+    /// Create empty matrix
+    TpetraMatrix();
+
+    /// Create a wrapper around a Teuchos::RCP<matrix_type> pointer
+    explicit TpetraMatrix(Teuchos::RCP<matrix_type> A);
+
+    /// Copy constructor
+    TpetraMatrix(const TpetraMatrix& A);
+
+    /// Destructor
+    virtual ~TpetraMatrix();
+
+    //--- Implementation of the GenericTensor interface ---
+
+    /// Initialize zero tensor using tensor layout
+    void init(const TensorLayout& tensor_layout);
+
+    /// Return true if empty
+    bool empty() const;
+
+    /// Return size of given dimension
+    std::size_t size(std::size_t dim) const;
+
+    /// Return local ownership range
+    std::pair<std::int64_t, std::int64_t> local_range(std::size_t dim) const;
+
+    // Number of non-zero entries
+    std::size_t nnz() const;
+
+    /// Set all entries to zero and keep any sparse structure
+    virtual void zero();
+
+    /// Finalize assembly of tensor. The mode parameter is ignored.
+    virtual void apply(std::string mode);
+
+    /// Return MPI communicator
+    MPI_Comm mpi_comm() const;
+
+    /// Return informal string representation (pretty-print)
+    virtual std::string str(bool verbose) const;
+
+    //--- Implementation of the GenericMatrix interface --
+
+    /// Return copy of matrix
+    virtual std::shared_ptr<GenericMatrix> copy() const;
+
+    /// Initialize vector z to be compatible with the matrix-vector
+    /// product y = Ax. In the parallel case, both size and layout are
+    /// important.
+    ///
+    /// @param z (GenericVector&)
+    ///         Vector to initialise
+    /// @param dim (std::size_t)
+    ///         The dimension (axis): dim = 0 --> z = y, dim = 1 --> z = x
+    virtual void init_vector(GenericVector& z, std::size_t dim) const;
+
+    /// Get block of values
+    virtual void get(double* block,
+                     std::size_t m, const dolfin::la_index* rows,
+                     std::size_t n, const dolfin::la_index* cols) const;
+
+    /// Set block of values using global indices
+    virtual void set(const double* block,
+                     std::size_t m, const dolfin::la_index* rows,
+                     std::size_t n, const dolfin::la_index* cols);
+
+    /// Set block of values using local indices
+    virtual void set_local(const double* block,
+                           std::size_t m, const dolfin::la_index* rows,
+                           std::size_t n, const dolfin::la_index* cols);
+
+    /// Add block of values using global indices
+    virtual void add(const double* block,
+                     std::size_t m, const dolfin::la_index* rows,
+                     std::size_t n, const dolfin::la_index* cols);
+
+    /// Add block of values using local indices
+    virtual void add_local(const double* block,
+                           std::size_t m, const dolfin::la_index* rows,
+                           std::size_t n, const dolfin::la_index* cols);
+
+    /// Add multiple of given matrix (AXPY operation)
+    virtual void axpy(double a, const GenericMatrix& A,
+                      bool same_nonzero_pattern);
+
+    /// Get non-zero values of given row
+    virtual void getrow(std::size_t row,
+                        std::vector<std::size_t>& columns,
+                        std::vector<double>& values) const;
+
+    /// Set values for given row
+    virtual void setrow(std::size_t row,
+                        const std::vector<std::size_t>& columns,
+                        const std::vector<double>& values);
+
+    /// Set given rows (global row indices) to zero
+    virtual void zero(std::size_t m, const dolfin::la_index* rows);
+
+    /// Set given rows (local row indices) to zero
+    virtual void zero_local(std::size_t m, const dolfin::la_index* rows);
+
+    /// Set given rows (global row indices) to identity matrix
+    virtual void ident(std::size_t m, const dolfin::la_index* rows);
+
+    /// Set given rows (local row indices) to identity matrix
+    virtual void ident_local(std::size_t m, const dolfin::la_index* rows);
+
+    // Matrix-vector product, y = Ax
+    virtual void mult(const GenericVector& x, GenericVector& y) const;
+
+    // Matrix-vector product, y = A^T x
+    virtual void transpmult(const GenericVector& x, GenericVector& y) const;
+
+    /// Get diagonal of a matrix
+    virtual void get_diagonal(GenericVector& x) const;
+
+    /// Set diagonal of a matrix
+    virtual void set_diagonal(const GenericVector& x);
+
+    /// Multiply matrix by given number
+    virtual const TpetraMatrix& operator*= (double a);
+
+    /// Divide matrix by given number
+    virtual const TpetraMatrix& operator/= (double a);
+
+    /// Assignment operator
+    virtual const GenericMatrix& operator= (const GenericMatrix& A);
+
+    /// Test if matrix is symmetric
+    virtual bool is_symmetric(double tol) const;
+
+    //--- Special functions ---
+
+    /// Return linear algebra backend factory
+    virtual GenericLinearAlgebraFactory& factory() const;
+
+    //--- Special TpetraFunctions ---
+
+    /// Return norm of matrix
+    double norm(std::string norm_type) const;
+
+    /// Assignment operator
+    const TpetraMatrix& operator= (const TpetraMatrix& A);
+
+    /// Return Teuchos reference counted pointer to raw matrix
+    Teuchos::RCP<matrix_type> mat()
+    { return _matA; }
+
+    /// Return Teuchos reference counted pointer to raw matrix (const)
+    Teuchos::RCP<const matrix_type> mat() const
+    { return _matA; }
+
+    /// Print out a graph, for debugging
+    static void graphdump(const Teuchos::RCP<const graph_type> graph);
+
+  private:
+
+    // The matrix
+    Teuchos::RCP<matrix_type> _matA;
+
+    // Row and Column maps to allow local indexing of off-process
+    // entries needed in add_local() and set_local()
+    std::array<std::shared_ptr<const IndexMap>, 2> index_map;
+
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/la/TpetraVector.cpp b/dolfin/la/TpetraVector.cpp
new file mode 100644
index 0000000..3d00a57
--- /dev/null
+++ b/dolfin/la/TpetraVector.cpp
@@ -0,0 +1,732 @@
+// Copyright (C) 2014 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added: Nov 2014
+
+#ifdef HAS_TRILINOS
+
+#include <cmath>
+#include <numeric>
+#include <unordered_set>
+
+#include <dolfin/common/Timer.h>
+#include <dolfin/common/Array.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/common/Set.h>
+#include "TpetraFactory.h"
+#include "TpetraVector.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+TpetraVector::TpetraVector(MPI_Comm comm)
+  : _comm(new Teuchos::MpiComm<int>(Teuchos::MpiComm<int>(comm)))
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+TpetraVector::TpetraVector(MPI_Comm comm, std::size_t N)
+  : _comm(new Teuchos::MpiComm<int>(Teuchos::MpiComm<int>(comm)))
+{
+  init(N);
+}
+//-----------------------------------------------------------------------------
+TpetraVector::TpetraVector(const TpetraVector& v) : _comm(NULL)
+{
+  if (v._x.is_null())
+    return;
+
+  // Create with same map
+  Teuchos::RCP<const map_type> v_ghostmap(v._x_ghosted->getMap());
+  Teuchos::RCP<const map_type> v_xmap(v._x->getMap());
+  _x_ghosted = Teuchos::rcp(new vector_type(v_ghostmap, 1));
+
+  _x_ghosted->assign(*v._x_ghosted);
+  _x = _x_ghosted->offsetViewNonConst(v_xmap, 0);
+
+  // Unwrap MPI_Comm
+  //const Teuchos::RCP<const Teuchos::MpiComm<int>> _mpi_comm
+  //   = Teuchos::rcp_dynamic_cast<const Teuchos::MpiComm<int>>(_x->getMap()->getComm());
+  _comm = Teuchos::rcp_dynamic_cast<const Teuchos::MpiComm<int>>(_x->getMap()->getComm());
+}
+//-----------------------------------------------------------------------------
+TpetraVector::~TpetraVector()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::zero()
+{
+  dolfin_assert(!_x_ghosted.is_null());
+  _x_ghosted->putScalar(0.0);
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::apply(std::string mode)
+{
+  if (mode == "insert")
+  {
+    update_ghost_values();
+    return;
+  }
+  else if (mode != "add")
+  {
+    dolfin_error("TpetraVector.cpp",
+                 "finalise vector",
+                 "Unknown mode \"%s\"", mode.c_str());
+  }
+
+  dolfin_assert(!_x.is_null());
+
+  Teuchos::RCP<const map_type> xmap = _x->getMap();
+  Teuchos::RCP<vector_type> y(new vector_type(xmap, 1));
+  Teuchos::RCP<const map_type> ghostmap = _x_ghosted->getMap();
+
+  // Export from overlapping map ghostmap, to non-overlapping xmap
+  Tpetra::Export<vector_type::local_ordinal_type,
+                 vector_type::global_ordinal_type,
+                 vector_type::node_type> exporter(ghostmap, xmap);
+
+  // Forward export to reduction vector
+  y->doExport(*_x_ghosted, exporter, Tpetra::ADD);
+
+  // Copy back into _x_ghosted
+  Tpetra::Import<vector_type::local_ordinal_type,
+                 vector_type::global_ordinal_type,
+                 vector_type::node_type> importer(xmap, ghostmap);
+  _x_ghosted->doImport(*y, importer, Tpetra::INSERT);
+
+  //  std::copy(y->getData(0).begin(), y->getData(0).end(),
+  //            _x->getDataNonConst(0).begin());
+}
+//-----------------------------------------------------------------------------
+MPI_Comm TpetraVector::mpi_comm() const
+{
+  if (_x.is_null())
+    return *_comm->getRawMpiComm();
+
+  // Unwrap MPI_Comm
+  const Teuchos::RCP<const Teuchos::MpiComm<int>> _mpi_comm
+    = Teuchos::rcp_dynamic_cast<const Teuchos::MpiComm<int>>(_x->getMap()->getComm());
+
+  return *(_mpi_comm->getRawMpiComm());
+}
+//-----------------------------------------------------------------------------
+std::string TpetraVector::str(bool verbose) const
+{
+  if (_x.is_null())
+    return "<Uninitialized TpetraVector>";
+
+  std::stringstream s;
+  if (verbose)
+    s << "< " << _x->description() << " >";
+  else
+    s << "<TpetraVector of size " << size() << ">";
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<GenericVector> TpetraVector::copy() const
+{
+  return std::shared_ptr<GenericVector>(new TpetraVector(*this));
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::init(std::size_t N)
+{
+  const std::pair<std::int64_t, std::int64_t> range
+    = MPI::local_range(mpi_comm(), N);
+  std::vector<dolfin::la_index> local_to_global_map;
+  _init(range, local_to_global_map);
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::init(std::pair<std::size_t, std::size_t> range)
+{
+  std::vector<dolfin::la_index> local_to_global_map;
+  _init(range, local_to_global_map);
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::init(std::pair<std::size_t, std::size_t> range,
+                        const std::vector<std::size_t>& local_to_global_map,
+                        const std::vector<la_index>& ghost_indices)
+{
+  std::vector<dolfin::la_index> _global_map(local_to_global_map.begin(),
+                                            local_to_global_map.end());
+  _init(range, _global_map);
+}
+//-----------------------------------------------------------------------------
+bool TpetraVector::empty() const
+{
+  return size() == 0;
+}
+//-----------------------------------------------------------------------------
+std::size_t TpetraVector::size() const
+{
+  if (_x.is_null())
+    return 0;
+  else
+    return _x->getMap()->getMaxAllGlobalIndex() + 1;
+}
+//-----------------------------------------------------------------------------
+std::size_t TpetraVector::local_size() const
+{
+  if (_x.is_null())
+    return 0;
+  else
+    return _x->getLocalLength();
+}
+//-----------------------------------------------------------------------------
+std::pair<std::int64_t, std::int64_t> TpetraVector::local_range() const
+{
+  dolfin_assert(!_x.is_null());
+  return std::make_pair(_x->getMap()->getMinGlobalIndex(),
+                        _x->getMap()->getMaxGlobalIndex() + 1);
+}
+//-----------------------------------------------------------------------------
+bool TpetraVector::owns_index(std::size_t i) const
+{
+  dolfin_assert(!_x.is_null());
+  const std::pair<std::int64_t, std::int64_t> range = local_range();
+  return ((std::int64_t) i >= range.first and (std::int64_t) i < range.second);
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::get(double* block, std::size_t m,
+                       const dolfin::la_index* rows) const
+{
+  dolfin_assert(!_x_ghosted.is_null());
+  Teuchos::RCP<const map_type> xmap = _x_ghosted->getMap();
+  Teuchos::ArrayRCP<const double> xarr = _x_ghosted->getData(0);
+  for (std::size_t i = 0; i != m; ++i)
+  {
+    const int idx = xmap->getLocalElement(rows[i]);
+    if (idx != Teuchos::OrdinalTraits<int>::invalid())
+      block[i] = xarr[idx];
+    else
+    {
+      dolfin_error("TpetraVector.cpp", "get data",
+                   "Row %d not valid", rows[i]);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::update_ghost_values()
+{
+  dolfin_assert(!_x.is_null());
+
+  Teuchos::RCP<const map_type> xmap(_x->getMap());
+  Teuchos::RCP<const map_type> ghostmap(_x_ghosted->getMap());
+
+  // Export from non-overlapping map x, to overlapping ghostmap
+  Tpetra::Import<vector_type::local_ordinal_type,
+                 vector_type::global_ordinal_type,
+                 vector_type::node_type> importer(xmap, ghostmap);
+
+  // FIXME: is this safe, since _x is a view into _x_ghosted?
+  _x_ghosted->doImport(*_x, importer, Tpetra::INSERT);
+
+  // Copy back into _x_ghosted from temp vector
+  //  std::copy(y->getData(0).begin(), y->getData(0).end(),
+  //            _x_ghosted->getDataNonConst(0).begin());
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::get_local(double* block, std::size_t m,
+                             const dolfin::la_index* rows) const
+{
+  dolfin_assert(!_x_ghosted.is_null());
+  Teuchos::ArrayRCP<const double> arr = _x_ghosted->getData(0);
+  for (std::size_t i = 0; i!=m; ++i)
+  {
+    if (_x_ghosted->getMap()->isNodeLocalElement(rows[i]))
+      block[i] = arr[rows[i]];
+    else
+    {
+      dolfin_error("TpetraVector.cpp",
+                   "get local row",
+                   "Row %d is not local on rank %d", rows[i],
+                   _x_ghosted->getMap()->getComm()->getRank());
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::set(const double* block, std::size_t m,
+                       const dolfin::la_index* rows)
+{
+  dolfin_assert(!_x_ghosted.is_null());
+  for (std::size_t i = 0; i != m; ++i)
+  {
+    if(_x_ghosted->getMap()->isNodeGlobalElement(rows[i]))
+      _x_ghosted->replaceGlobalValue(rows[i], 0, block[i]);
+    else
+    {
+      dolfin_error("TpetraVector.cpp", "set data",
+                   "Row %d not valid", rows[i]);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::set_local(const double* block, std::size_t m,
+                             const dolfin::la_index* rows)
+{
+  dolfin_assert(!_x.is_null());
+  for (std::size_t i = 0; i != m; ++i)
+  {
+    if(_x->getMap()->isNodeLocalElement(rows[i]))
+      _x->replaceLocalValue(rows[i], 0, block[i]);
+    else
+      warning("Not setting on row %d", rows[i]);
+  }
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::add(const double* block, std::size_t m,
+                       const dolfin::la_index* rows)
+{
+  dolfin_assert(!_x_ghosted.is_null());
+  for (std::size_t i = 0; i != m; ++i)
+  {
+    if(_x_ghosted->getMap()->isNodeGlobalElement(rows[i]))
+      _x_ghosted->sumIntoGlobalValue(rows[i], 0, block[i]);
+    else
+    {
+      dolfin_error("TpetraVector.cpp", "add into row",
+                   "Row %d is not local", rows[i]);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::add_local(const double* block, std::size_t m,
+                             const dolfin::la_index* rows)
+{
+  dolfin_assert(!_x_ghosted.is_null());
+
+  for (std::size_t i = 0; i != m; ++i)
+  {
+    if(_x_ghosted->getMap()->isNodeLocalElement(rows[i]))
+      _x_ghosted->sumIntoLocalValue(rows[i], 0, block[i]);
+    else
+    {
+      dolfin_error("TpetraVector.cpp",
+                   "add into local row",
+                   "Row %d is not local", rows[i]);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::get_local(std::vector<double>& values) const
+{
+  dolfin_assert(!_x.is_null());
+  values.resize(local_size());
+  Teuchos::ArrayRCP<const double> arr = _x->getData(0);
+  std::copy(arr.get(), arr.get() + values.size(), values.begin());
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::set_local(const std::vector<double>& values)
+{
+  dolfin_assert(!_x.is_null());
+  const std::size_t num_values = local_size();
+  if (values.size() != num_values)
+  {
+    dolfin_error("TpetraVector.cpp",
+                 "set local values of Tpetra vector",
+                 "Size of values array is not equal to local vector size");
+  }
+
+  if (num_values == 0)
+    return;
+
+  Teuchos::ArrayRCP<double> arr = _x->getDataNonConst(0);
+  std::copy(values.begin(), values.end(), arr.get());
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::add_local(const Array<double>& values)
+{
+  dolfin_assert(!_x.is_null());
+
+  const std::size_t num_values = local_size();
+  if (values.size() != num_values)
+  {
+    dolfin_error("TpetraVector.cpp",
+                 "add local values to Tpetra vector",
+                 "Size of values array is not equal to local vector size");
+  }
+
+  for (std::size_t i = 0; i != num_values; ++i)
+    _x->sumIntoLocalValue(i, 0, values[i]);
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::gather(GenericVector& y,
+                          const std::vector<dolfin::la_index>& indices) const
+{
+  dolfin_assert(!_x.is_null());
+
+  // FIXME: not working
+
+  TpetraVector& _y = as_type<TpetraVector>(y);
+
+  const std::pair<std::size_t, std::size_t> range(0, indices.size());
+
+  if (_y._x.is_null())
+    _y._init(range, indices);
+
+  if (y.size() != indices.size() or MPI::size(mpi_comm()) != 1)
+  {
+    dolfin_error("TpetraVector.cpp",
+                 "gather vector entries",
+                 "Cannot re-initialize gather vector. Must be empty, or have correct size and be a local vector");
+  }
+
+  Tpetra::Export<vector_type::local_ordinal_type,
+                 vector_type::global_ordinal_type, vector_type::node_type>
+    exporter(_x->getMap(), _y._x->getMap());
+
+  _y._x->doExport(*_x, exporter, Tpetra::INSERT);
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::gather(std::vector<double>& x,
+                          const std::vector<dolfin::la_index>& indices) const
+{
+  x.resize(indices.size());
+  TpetraVector y;
+  gather(y, indices);
+  dolfin_assert(y.local_size() == x.size());
+  y.get_local(x);
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::gather_on_zero(std::vector<double>& v) const
+{
+  dolfin_assert(!_x.is_null());
+  if (_x->getMap()->getComm()->getRank() == 0)
+    v.resize(size());
+  else
+    v.resize(0);
+
+  // Create map with elements only on process zero
+  Teuchos::RCP<map_type> ymap(new map_type(size(), v.size(), 0,
+                                           _x->getMap()->getComm()));
+  Teuchos::RCP<vector_type> y(new vector_type(ymap, 1));
+
+  // Export from vector x to vector y
+  Tpetra::Export<vector_type::local_ordinal_type,
+                 vector_type::global_ordinal_type,
+                 vector_type::node_type> exporter(_x->getMap(), ymap);
+
+  y->doExport(*_x, exporter, Tpetra::INSERT);
+  Teuchos::ArrayRCP<const double> yarr = y->getData(0);
+  std::copy(yarr.get(), yarr.get() + v.size(), v.begin());
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::axpy(double a, const GenericVector& y)
+{
+  dolfin_assert(!_x_ghosted.is_null());
+  const TpetraVector& _y = as_type<const TpetraVector>(y);
+  dolfin_assert(!_y._x_ghosted.is_null());
+  _x_ghosted->update(a, *_y._x_ghosted, 1.0);
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::abs()
+{
+  dolfin_assert(!_x_ghosted.is_null());
+  // FIXME: check this is OK
+  _x_ghosted->abs(*_x_ghosted);
+}
+//-----------------------------------------------------------------------------
+double TpetraVector::inner(const GenericVector& y) const
+{
+  dolfin_assert(!_x.is_null());
+
+  const TpetraVector& _y = as_type<const TpetraVector>(y);
+  dolfin_assert(!_y._x.is_null());
+
+  std::vector<double> val(1);
+  const Teuchos::ArrayView<double> result(val);
+
+  _x->dot(*_y._x, result);
+  return val[0];
+}
+//-----------------------------------------------------------------------------
+double TpetraVector::norm(std::string norm_type) const
+{
+  dolfin_assert(!_x.is_null());
+  typedef Tpetra::MultiVector<>::mag_type mag_type;
+
+  std::vector<mag_type> norms(1);
+  const Teuchos::ArrayView<mag_type> norm_view(norms);
+  if (norm_type == "l2")
+    _x->norm2(norm_view);
+  else if (norm_type == "l1")
+    _x->norm1(norm_view);
+  else if (norm_type == "linf")
+    _x->normInf(norm_view);
+
+  return norms[0];
+}
+//-----------------------------------------------------------------------------
+double TpetraVector::min() const
+{
+  dolfin_assert(!_x.is_null());
+  Teuchos::ArrayRCP<const double> arr = _x->getData(0);
+  double min_local = *std::min_element(arr.get(), arr.get() + arr.size());
+
+  return MPI::min(mpi_comm(), min_local);
+}
+//-----------------------------------------------------------------------------
+double TpetraVector::max() const
+{
+  dolfin_assert(!_x.is_null());
+  Teuchos::ArrayRCP<const double> arr = _x->getData(0);
+  double max_local = *std::max_element(arr.get(), arr.get() + arr.size());
+
+  return MPI::max(mpi_comm(), max_local);
+}
+//-----------------------------------------------------------------------------
+double TpetraVector::sum() const
+{
+  dolfin_assert(!_x.is_null());
+
+  Teuchos::ArrayRCP<const double> arr = _x->getData(0);
+  const double _sum = std::accumulate(arr.begin(), arr.end(), 0.0);
+
+  return MPI::sum(mpi_comm(), _sum);
+}
+//-----------------------------------------------------------------------------
+double TpetraVector::sum(const Array<std::size_t>& rows) const
+{
+  dolfin_assert(!_x.is_null());
+
+  // FIXME - not working in parallel?
+
+  Teuchos::ArrayRCP<const double> arr = _x->getData(0);
+
+  std::unordered_set<std::size_t> row_set;
+  double _sum = 0.0;
+  for (std::size_t i = 0; i < rows.size(); ++i)
+  {
+    const std::size_t index = rows[i];
+    dolfin_assert(index < size());
+    if(_x->getMap()->isNodeGlobalElement(index))
+    {
+      if (row_set.find(index) == row_set.end())
+      {
+        const dolfin::la_index lindex
+          = _x->getMap()->getLocalElement(index);
+        _sum += arr[lindex];
+        row_set.insert(index);
+      }
+    }
+  }
+
+  return MPI::sum(mpi_comm(), _sum);
+}
+//-----------------------------------------------------------------------------
+const TpetraVector& TpetraVector::operator*= (double a)
+{
+  dolfin_assert(!_x.is_null());
+  _x->scale(a);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const TpetraVector& TpetraVector::operator*= (const GenericVector& y)
+{
+  dolfin_assert(!_x.is_null());
+  const TpetraVector& _y = as_type<const TpetraVector>(y);
+  _x->elementWiseMultiply(1.0, *(_x->getVector(0)), *(_y._x), 0.0);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const TpetraVector& TpetraVector::operator/= (double a)
+{
+  dolfin_assert(!_x.is_null());
+  dolfin_assert(a != 0.0);
+  const double b = 1.0/a;
+  (*this) *= b;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const TpetraVector& TpetraVector::operator+= (const GenericVector& y)
+{
+  axpy(1.0, y);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const TpetraVector& TpetraVector::operator+= (double a)
+{
+  dolfin_assert(!_x_ghosted.is_null());
+
+  const std::size_t num_values = local_size();
+  for (std::size_t i = 0; i != num_values; ++i)
+    _x_ghosted->sumIntoLocalValue(i, 0, a);
+
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const TpetraVector& TpetraVector::operator-= (const GenericVector& x)
+{
+  dolfin_assert(!_x.is_null());
+  axpy(-1.0, x);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const TpetraVector& TpetraVector::operator-= (double a)
+{
+  dolfin_assert(!_x.is_null());
+  (*this) += -a;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const GenericVector& TpetraVector::operator= (const GenericVector& v)
+{
+  *this = as_type<const TpetraVector>(v);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const TpetraVector& TpetraVector::operator= (double a)
+{
+  dolfin_assert(!_x.is_null());
+  _x->putScalar(a);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const TpetraVector& TpetraVector::operator= (const TpetraVector& v)
+{
+  // Check that vector lengths are equal
+  if (size() != v.size())
+  {
+    dolfin_error("TpetraVector.cpp",
+                 "assign one vector to another",
+                 "Vectors must be of the same length when assigning. "
+                 "Consider using the copy constructor instead");
+  }
+
+  // Check that vector local ranges are equal (relevant in parallel)
+  if (local_range() != v.local_range())
+  {
+    dolfin_error("TpetraVector.cpp",
+                 "assign one vector to another",
+                 "Vectors must have the same parallel layout when assigning. "
+                 "Consider using the copy constructor instead");
+  }
+
+  // Check for self-assignment
+  if (this != &v)
+  {
+    // Copy data (local operation)
+    dolfin_assert(!v._x.is_null());
+    dolfin_assert(!_x.is_null());
+
+    _x->assign(*v._x);
+  }
+
+  return *this;
+}
+//-----------------------------------------------------------------------------
+GenericLinearAlgebraFactory& TpetraVector::factory() const
+{
+  return TpetraFactory::instance();
+}
+//-----------------------------------------------------------------------------
+void
+TpetraVector::_init(std::pair<std::int64_t, std::int64_t> local_range,
+                    const std::vector<dolfin::la_index>& local_to_global_map)
+{
+
+  if (!_x.is_null())
+  {
+    dolfin_error("TpetraVector.h",
+                 "initialize vector",
+                 "Vector cannot be initialised more than once");
+  }
+
+
+  // Mapping across processes
+  std::size_t Nlocal = local_range.second - local_range.first;
+  std::size_t N = MPI::sum(mpi_comm(), Nlocal);
+
+  Teuchos::RCP<map_type> _map(new map_type(N, Nlocal, 0, _comm));
+  Teuchos::RCP<map_type> _ghost_map;
+
+  // Save a map for the ghosting of values on other processes
+  if (local_to_global_map.size() != 0)
+  {
+    const Teuchos::ArrayView<const dolfin::la_index>
+      local_indices(local_to_global_map);
+    _ghost_map = Teuchos::rcp(new map_type(N, local_indices, 0, _comm));
+  }
+  else
+    _ghost_map = _map;
+
+  // Vector - create with overlap
+  _x_ghosted = Teuchos::rcp(new vector_type(_ghost_map, 1));
+
+  dolfin_assert(!_x_ghosted.is_null());
+
+  // Get a modifiable view into the ghosted vector
+  _x = _x_ghosted->offsetViewNonConst(_map, 0);
+}
+//-----------------------------------------------------------------------------
+Teuchos::RCP<TpetraVector::vector_type> TpetraVector::vec() const
+{
+  return _x;
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::mapdump(const std::string desc)
+{
+  mapdump(_x->getMap(), desc);
+}
+//-----------------------------------------------------------------------------
+void TpetraVector::mapdump(Teuchos::RCP<const map_type> xmap,
+                           const std::string desc)
+{
+  std::stringstream ss;
+
+  int rank = xmap->getComm()->getRank();
+  int m = xmap->getMaxAllGlobalIndex() + 1;
+  if (rank == 0)
+  {
+    ss << xmap->description() << "\n" << desc << "\n---";
+    for (int j = 0; j != m ; ++j)
+      ss << "-";
+    ss << "\n";
+  }
+
+  ss << rank << "] ";
+  for (int j = 0; j != m ; ++j)
+  {
+    if (xmap->isNodeGlobalElement(j))
+      ss << "X";
+    else
+      ss << " ";
+  }
+  ss << "\n";
+
+  for (std::size_t j = 0; j != xmap->getNodeNumElements(); ++j)
+    ss << j << " -> " << xmap->getGlobalElement(j) << "\n";
+  ss << "\n";
+
+  const Teuchos::RCP<const Teuchos::MpiComm<int>> _mpi_comm
+    = Teuchos::rcp_dynamic_cast<const Teuchos::MpiComm<int>>(xmap()->getComm());
+  MPI_Comm mpi_comm = *(_mpi_comm->getRawMpiComm());
+
+  std::vector<std::string> out_str;
+  MPI::gather(mpi_comm, ss.str(), out_str);
+
+  if (rank == 0)
+  {
+    for (auto &s: out_str)
+      std::cout << s;
+  }
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/la/TpetraVector.h b/dolfin/la/TpetraVector.h
new file mode 100644
index 0000000..4f10ab7
--- /dev/null
+++ b/dolfin/la/TpetraVector.h
@@ -0,0 +1,278 @@
+// Copyright (C) 2014
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifndef __TPETRA_VECTOR_H
+#define __TPETRA_VECTOR_H
+
+#ifdef HAS_TRILINOS
+
+#include <cstdint>
+#include <map>
+#include <memory>
+#include <string>
+#include <unordered_map>
+#include <utility>
+
+#include <Teuchos_GlobalMPISession.hpp>
+#include <Teuchos_oblackholestream.hpp>
+#include <Tpetra_DefaultPlatform.hpp>
+#include <Tpetra_MultiVector.hpp>
+#include <Tpetra_Version.hpp>
+
+#include <dolfin/common/types.h>
+#include "GenericVector.h"
+
+namespace dolfin
+{
+
+  template<typename T> class Array;
+
+  /// This class provides a simple vector class based on Tpetra.  It
+  /// is a wrapper for Teuchos::RCP<Tpetra::MultiVector> implementing
+  /// the GenericVector interface.
+  ///
+  /// The interface is intentionally simple. For advanced usage,
+  /// access the Teuchos::RCP<Tpetra::MultiVector> using the function
+  /// vec() and use the standard Tpetra interface.
+
+  class TpetraVector : public GenericVector
+  {
+  public:
+
+    /// Node type
+    typedef Tpetra::MultiVector<>::node_type node_type;
+    /// TpetraVector map type (local index, global index)
+    typedef Tpetra::Map<int, dolfin::la_index, node_type> map_type;
+    /// TpetraVector vector type (scalar, local index, global index, node)
+    typedef Tpetra::MultiVector<double, int, dolfin::la_index, node_type>
+    vector_type;
+
+    /// Create empty vector
+    TpetraVector(MPI_Comm comm=MPI_COMM_WORLD);
+
+    /// Create vector of size N
+    TpetraVector(MPI_Comm comm, std::size_t N);
+
+    /// Copy constructor
+    TpetraVector(const TpetraVector& x);
+
+    /// Create vector wrapper of Tpetra Vec pointer
+    //explicit TpetraVector(Teuchos::RCP<vector_type> x);
+
+    /// Destructor
+    virtual ~TpetraVector();
+
+    //--- Implementation of the GenericTensor interface ---
+
+    /// Set all entries to zero and keep any sparse structure
+    virtual void zero();
+
+    /// Finalize assembly of tensor
+    virtual void apply(std::string mode);
+
+    /// Return MPI communicator
+    virtual MPI_Comm mpi_comm() const;
+
+    /// Return informal string representation (pretty-print)
+    virtual std::string str(bool verbose) const;
+
+    //--- Implementation of the GenericVector interface ---
+
+    /// Return copy of vector
+    virtual std::shared_ptr<GenericVector> copy() const;
+
+    /// Initialize vector to global size N
+    virtual void init(std::size_t N);
+
+    /// Initialize vector with given ownership range
+    virtual void init(std::pair<std::size_t, std::size_t> range);
+
+    /// Initialize vector with given ownership range and with ghost
+    /// values
+    virtual void init(std::pair<std::size_t, std::size_t> range,
+                      const std::vector<std::size_t>& local_to_global_map,
+                      const std::vector<la_index>& ghost_indices);
+
+    // Bring init function from GenericVector into scope
+    using GenericVector::init;
+
+    /// Return true if vector is empty
+    virtual bool empty() const;
+
+    /// Return size of vector
+    virtual std::size_t size() const;
+
+    /// Return local size of vector
+    virtual std::size_t local_size() const;
+
+    /// Return ownership range of a vector
+    virtual std::pair<std::int64_t, std::int64_t> local_range() const;
+
+    /// Determine whether global vector index is owned by this process
+    virtual bool owns_index(std::size_t i) const;
+
+    /// Get block of values using global indices (all values must be
+    /// owned by local process, ghosts cannot be accessed)
+    virtual void get(double* block, std::size_t m,
+                     const dolfin::la_index* rows) const;
+
+
+    /// Get block of values using local indices
+    virtual void get_local(double* block, std::size_t m,
+                           const dolfin::la_index* rows) const;
+
+    /// Set block of values using global indices
+    virtual void set(const double* block, std::size_t m,
+                     const dolfin::la_index* rows);
+
+    /// Set block of values using local indices
+    virtual void set_local(const double* block, std::size_t m,
+                           const dolfin::la_index* rows);
+
+    /// Add block of values using global indices
+    virtual void add(const double* block, std::size_t m,
+                     const dolfin::la_index* rows);
+
+    /// Add block of values using local indices
+    virtual void add_local(const double* block, std::size_t m,
+                           const dolfin::la_index* rows);
+
+    /// Get all values on local process
+    virtual void get_local(std::vector<double>& values) const;
+
+    /// Set all values on local process
+    virtual void set_local(const std::vector<double>& values);
+
+    /// Add values to each entry on local process
+    virtual void add_local(const Array<double>& values);
+
+    /// Gather entries (given by global indices) into local
+    /// (MPI_COMM_SELF) vector x. Provided x must be empty or of
+    /// correct dimension (same as provided indices).  This operation
+    /// is collective
+    virtual void gather(GenericVector& y,
+                        const std::vector<dolfin::la_index>& indices) const;
+
+    /// Gather entries (given by global indices) into x. This
+    /// operation is collective
+    virtual void gather(std::vector<double>& x,
+                        const std::vector<dolfin::la_index>& indices) const;
+
+    /// Gather all entries into x on process 0.
+    /// This operation is collective
+    virtual void gather_on_zero(std::vector<double>& x) const;
+
+    /// Add multiple of given vector (AXPY operation)
+    virtual void axpy(double a, const GenericVector& x);
+
+    /// Replace all entries in the vector by their absolute values
+    virtual void abs();
+
+    /// Return inner product with given vector
+    virtual double inner(const GenericVector& v) const;
+
+    /// Return norm of vector
+    virtual double norm(std::string norm_type) const;
+
+    /// Return minimum value of vector
+    virtual double min() const;
+
+    /// Return maximum value of vector
+    virtual double max() const;
+
+    /// Return sum of values of vector
+    virtual double sum() const;
+
+    /// Return sum of selected rows in vector
+    virtual double sum(const Array<std::size_t>& rows) const;
+
+    /// Multiply vector by given number
+    virtual const TpetraVector& operator*= (double a);
+
+    /// Multiply vector by another vector pointwise
+    virtual const TpetraVector& operator*= (const GenericVector& x);
+
+    /// Divide vector by given number
+    virtual const TpetraVector& operator/= (double a);
+
+    /// Add given vector
+    virtual const TpetraVector& operator+= (const GenericVector& x);
+
+    /// Add number to all components of a vector
+    virtual const TpetraVector& operator+= (double a);
+
+    /// Subtract given vector
+    virtual const TpetraVector& operator-= (const GenericVector& x);
+
+    /// Subtract number from all components of a vector
+    virtual const TpetraVector& operator-= (double a);
+
+    /// Assignment operator
+    virtual const GenericVector& operator= (const GenericVector& x);
+
+    /// Assignment operator
+    virtual const TpetraVector& operator= (double a);
+
+    /// Update ghost values in vector
+    virtual void update_ghost_values();
+
+    //--- Special functions ---
+
+    /// Return linear algebra backend factory
+    virtual GenericLinearAlgebraFactory& factory() const;
+
+    //--- Special Tpetra functions ---
+
+    /// Return pointer to Tpetra vector object
+    Teuchos::RCP<vector_type> vec() const;
+
+    /// Assignment operator
+    const TpetraVector& operator= (const TpetraVector& x);
+
+    /// output map for debugging
+    static void mapdump(Teuchos::RCP<const map_type> xmap,
+                        const std::string desc);
+
+    /// Dump x.map and ghost_map for debugging
+    void mapdump(const std::string desc);
+
+    friend class TpetraMatrix;
+
+  private:
+
+    // Initialise Tpetra vector
+    void _init(std::pair<std::int64_t, std::int64_t> range,
+               const std::vector<dolfin::la_index>& local_to_global);
+
+    // Tpetra multivector - actually a view into the ghosted vector,
+    // below
+    Teuchos::RCP<vector_type> _x;
+
+    // Tpetra multivector with extra rows for ghost values
+    Teuchos::RCP<vector_type> _x_ghosted;
+
+    // MPI Communicator
+    Teuchos::RCP<const Teuchos::MpiComm<int>> _comm;
+
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/la/TrilinosParameters.cpp b/dolfin/la/TrilinosParameters.cpp
new file mode 100644
index 0000000..730ee22
--- /dev/null
+++ b/dolfin/la/TrilinosParameters.cpp
@@ -0,0 +1,82 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifdef HAS_TRILINOS
+
+#include "TrilinosParameters.h"
+
+using namespace dolfin;
+//-----------------------------------------------------------------------------
+void TrilinosParameters::insert_parameters(const Parameters& params,
+                  Teuchos::RCP<Teuchos::ParameterList> parameter_list)
+{
+  // Get keys of Parameter in params
+  std::vector<std::string> keys;
+  params.get_parameter_keys(keys);
+
+  for (auto &k : keys)
+  {
+    // Replace "_" with " " in parameter key
+    // because dolfin parameters cannot have spaces in the key name
+    std::string trilinos_key = k;
+    for (auto &c : trilinos_key)
+      if (c == '_')
+        c = ' ';
+
+    const std::string type = params[k].type_str();
+
+    if (type == "int")
+      parameter_list->set(trilinos_key, int(params[k]));
+    else if (type == "double")
+      parameter_list->set(trilinos_key, double(params[k]));
+    else if (type == "bool")
+      parameter_list->set(trilinos_key, bool(params[k]));
+    else if (type == "string")
+      parameter_list->set(trilinos_key, std::string(params[k]));
+    else
+    {
+      dolfin_error("TrilinosParameters.cpp",
+                   "set parameter",
+                   "Cannot parse type \"%s\"", type.c_str());
+    }
+  }
+
+  // Get keys of any parameter subsets in the dolfin parameters
+  keys.clear();
+  params.get_parameter_set_keys(keys);
+  for (auto &k : keys)
+  {
+    // Replace "_" with " " in parameter key
+    // because dolfin parameters cannot have spaces in the key name
+    std::string trilinos_key = k;
+    for (auto &c : trilinos_key)
+      if (c == '_')
+        c = ' ';
+
+    // Create a new ParameterList
+    Teuchos::RCP<Teuchos::ParameterList>
+      sub_parameter_list(new Teuchos::ParameterList(trilinos_key));
+    // Recursively call to add parameters
+    insert_parameters(params(k), sub_parameter_list);
+
+    parameter_list->set(trilinos_key, *sub_parameter_list);
+
+  }
+}
+//-----------------------------------------------------------------------------
+#endif
diff --git a/dolfin/la/TrilinosParameters.h b/dolfin/la/TrilinosParameters.h
new file mode 100644
index 0000000..d3f63b4
--- /dev/null
+++ b/dolfin/la/TrilinosParameters.h
@@ -0,0 +1,52 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifndef __DOLFIN_TRILINOS_PARAMETERS_H
+#define __DOLFIN_TRILINOS_PARAMETERS_H
+
+#ifdef HAS_TRILINOS
+
+#include <dolfin/parameter/Parameters.h>
+
+#include <Teuchos_ParameterList.hpp>
+
+namespace dolfin
+{
+
+  /// Method for translating DOLFIN Parameters to Teuchos::ParameterList
+  /// needed by Trilinos objects
+  class TrilinosParameters
+  {
+
+  public:
+
+    /// Copy over parameters from a dolfin Parameters object to a Teuchos::ParameterList
+    /// @param[in] params (Parameters)
+    ///   dolfin parameter set
+    /// @param[in,out] parameter_list (Teuchos::RCP<Teuchos::ParameterList>)
+    ///   Trilinos Teuchos parameter set
+    static void insert_parameters(const Parameters& params,
+                             Teuchos::RCP<Teuchos::ParameterList> parameter_list);
+
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/la/TrilinosPreconditioner.h b/dolfin/la/TrilinosPreconditioner.h
new file mode 100644
index 0000000..5c8943e
--- /dev/null
+++ b/dolfin/la/TrilinosPreconditioner.h
@@ -0,0 +1,59 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2012-11-09
+// Last changed:
+
+#ifndef __TRILINOS_PRECONDITIONER_H
+#define __TRILINOS_PRECONDITIONER_H
+
+#ifdef HAS_TRILINOS
+
+#include <memory>
+
+namespace dolfin
+{
+
+  class BelosKrylovSolver;
+  class TpetraMatrix;
+
+  /// This class provides a common base for Trilinos preconditioners.
+
+  class TrilinosPreconditioner
+  {
+  public:
+
+    /// Constructor
+    TrilinosPreconditioner()
+    {}
+
+    /// Destructor
+    ~TrilinosPreconditioner()
+    {}
+
+    /// Set this preconditioner on a solver
+    virtual void set(BelosKrylovSolver& solver) = 0;
+
+    /// Initialise this preconditioner with the operator P
+    virtual void init(std::shared_ptr<const TpetraMatrix> P) = 0;
+
+  };
+}
+
+#endif
+
+#endif
diff --git a/dolfin/la/Vector.h b/dolfin/la/Vector.h
new file mode 100644
index 0000000..eb9f34f
--- /dev/null
+++ b/dolfin/la/Vector.h
@@ -0,0 +1,292 @@
+// Copyright (C) 2007 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __DOLFIN_VECTOR_H
+#define __DOLFIN_VECTOR_H
+
+#include <string>
+#include <utility>
+#include <memory>
+#include <dolfin/common/types.h>
+#include "DefaultFactory.h"
+#include "GenericVector.h"
+
+namespace dolfin
+{
+
+  template<typename T> class Array;
+
+  /// This class provides the default DOLFIN vector class, based on
+  /// the default DOLFIN linear algebra backend.
+
+  class Vector : public GenericVector
+  {
+  public:
+
+    /// Create empty vector
+    Vector() : Vector(MPI_COMM_WORLD) {}
+
+      /// Create empty vector
+    explicit Vector(MPI_Comm comm)
+    {
+      DefaultFactory factory;
+      vector = factory.create_vector(comm);
+    }
+
+    /// Create vector of size N
+    Vector(MPI_Comm comm, std::size_t N)
+    {
+      DefaultFactory factory;
+      vector = factory.create_vector(comm);
+      vector->init(N);
+    }
+
+    /// Copy constructor
+    Vector(const Vector& x) : vector(x.vector->copy()) {}
+
+    /// Create a Vector from a GenericVector
+    Vector(const GenericVector& x) : vector(x.copy()) {}
+
+    //--- Implementation of the GenericTensor interface ---
+
+    /// Return copy of vector
+    virtual std::shared_ptr<GenericVector> copy() const
+    {
+      std::shared_ptr<Vector> x(new Vector(*this));
+      return x;
+    }
+
+    /// Set all entries to zero and keep any sparse structure
+    virtual void zero()
+    { vector->zero(); }
+
+    /// Finalize assembly of tensor
+    virtual void apply(std::string mode)
+    { vector->apply(mode); }
+
+    /// Return MPI communicator
+    virtual MPI_Comm mpi_comm() const
+    { return vector->mpi_comm(); }
+
+    /// Return informal string representation (pretty-print)
+    virtual std::string str(bool verbose) const
+    { return "<Vector wrapper of " + vector->str(verbose) + ">"; }
+
+    //--- Implementation of the GenericVector interface ---
+
+    /// Initialize vector to size N
+    virtual void init(std::size_t N)
+    { vector->init(N); }
+
+    /// Initialize vector with given ownership range
+    virtual void init(std::pair<std::size_t, std::size_t> range)
+    { vector->init(range); }
+
+    /// Initialize vector with given ownership range and with ghost
+    /// values
+    virtual void init(std::pair<std::size_t, std::size_t> range,
+                      const std::vector<std::size_t>& local_to_global_map,
+                      const std::vector<la_index>& ghost_indices)
+    { vector->init(range, local_to_global_map, ghost_indices); }
+
+    // Bring init function from GenericVector into scope
+    using GenericVector::init;
+
+    /// Return true if vector is empty
+    virtual bool empty() const
+    { return vector->empty(); }
+
+    /// Return size of vector
+    virtual std::size_t size() const
+    { return vector->size(); }
+
+    /// Return local size of vector
+    virtual std::size_t local_size() const
+    { return vector->local_size(); }
+
+    /// Return local ownership range of a vector
+    virtual std::pair<std::int64_t, std::int64_t> local_range() const
+    { return vector->local_range(); }
+
+    /// Determine whether global vector index is owned by this process
+    virtual bool owns_index(std::size_t i) const
+    { return vector->owns_index(i); }
+
+    /// Get block of values using global indices (values must all live
+    /// on the local process, ghosts are no accessible)
+    virtual void get(double* block, std::size_t m,
+                     const dolfin::la_index* rows) const
+    { vector->get(block, m, rows); }
+
+    /// Get block of values using local indices (values must all live
+    /// on the local process)
+    virtual void get_local(double* block, std::size_t m,
+                           const dolfin::la_index* rows) const
+    { vector->get_local(block, m, rows); }
+
+    /// Set block of values using global indices
+    virtual void set(const double* block, std::size_t m,
+                     const dolfin::la_index* rows)
+    { vector->set(block, m, rows); }
+
+    /// Set block of values using local indices
+    virtual void set_local(const double* block, std::size_t m,
+                     const dolfin::la_index* rows)
+    { vector->set_local(block, m, rows); }
+
+    /// Add block of values using global indices
+    virtual void add(const double* block, std::size_t m,
+                     const dolfin::la_index* rows)
+    { vector->add(block, m, rows); }
+
+    /// Add block of values using local indices
+    virtual void add_local(const double* block, std::size_t m,
+                           const dolfin::la_index* rows)
+    { vector->add_local(block, m, rows); }
+
+    /// Get all values on local process
+    virtual void get_local(std::vector<double>& values) const
+    { vector->get_local(values); }
+
+    /// Set all values on local process
+    virtual void set_local(const std::vector<double>& values)
+    { vector->set_local(values); }
+
+    /// Add values to each entry on local process
+    virtual void add_local(const Array<double>& values)
+    { vector->add_local(values); }
+
+    /// Gather entries (given by global indices) into local
+    /// vector x
+    virtual void gather(GenericVector& x,
+                        const std::vector<dolfin::la_index>& indices) const
+    { vector->gather(x, indices); }
+
+    /// Gather entries (given by global indices) into x
+    virtual void gather(std::vector<double>& x,
+                        const std::vector<dolfin::la_index>& indices) const
+    { vector->gather(x, indices); }
+
+    /// Gather all entries into x on process 0
+    virtual void gather_on_zero(std::vector<double>& x) const
+    { vector->gather_on_zero(x); }
+
+    /// Add multiple of given vector (AXPY operation)
+    virtual void axpy(double a, const GenericVector& x)
+    { vector->axpy(a, x); }
+
+    /// Replace all entries in the vector by their absolute values
+    virtual void abs()
+    { vector->abs(); }
+
+    /// Return inner product with given vector
+    virtual double inner(const GenericVector& x) const
+    { return vector->inner(x); }
+
+    /// Return norm of vector
+    virtual double norm(std::string norm_type) const
+    { return vector->norm(norm_type); }
+
+    /// Return minimum value of vector
+    virtual double min() const
+    { return vector->min(); }
+
+    /// Return maximum value of vector
+    virtual double max() const
+    { return vector->max(); }
+
+    /// Return sum of values of vector
+    virtual double sum() const
+    { return vector->sum(); }
+
+    virtual double sum(const Array<std::size_t>& rows) const
+    { return vector->sum(rows); }
+
+    /// Multiply vector by given number
+    virtual const Vector& operator*= (double a)
+    { *vector *= a; return *this; }
+
+    /// Multiply vector by another vector pointwise
+    virtual const Vector& operator*= (const GenericVector& x)
+    { *vector *= x; return *this; }
+
+    /// Divide vector by given number
+    virtual const Vector& operator/= (double a)
+    { *this *= 1.0 / a; return *this; }
+
+    /// Add given vector
+    virtual const Vector& operator+= (const GenericVector& x)
+    { axpy(1.0, x); return *this; }
+
+    /// Add number to all components of a vector
+    virtual const GenericVector& operator+= (double a)
+    { *vector += a; return *this; }
+
+    /// Subtract given vector
+    virtual const Vector& operator-= (const GenericVector& x)
+    { axpy(-1.0, x); return *this; }
+
+    /// Subtract number from all components of a vector
+    virtual const GenericVector& operator-= (double a)
+    { *vector -= a; return *this; }
+
+    /// Assignment operator
+    virtual const GenericVector& operator= (const GenericVector& x)
+    { *vector = x; return *this; }
+
+    /// Assignment operator
+    const Vector& operator= (double a)
+    { *vector = a; return *this; }
+
+    //--- Special functions ---
+
+    /// Return linear algebra backend factory
+    virtual GenericLinearAlgebraFactory& factory() const
+    { return vector->factory(); }
+
+    //--- Special functions, intended for library use only ---
+
+    /// Return concrete instance / unwrap (const version)
+    virtual const GenericVector* instance() const
+    { return vector.get(); }
+
+    /// Return concrete instance / unwrap (non-const version)
+    virtual GenericVector* instance()
+    { return vector.get(); }
+
+    virtual std::shared_ptr<const LinearAlgebraObject> shared_instance() const
+    { return vector; }
+
+    virtual std::shared_ptr<LinearAlgebraObject> shared_instance()
+    { return vector; }
+
+    //--- Special Vector functions ---
+
+    /// Assignment operator
+    const Vector& operator= (const Vector& x)
+    { *vector = *x.vector; return *this; }
+
+  private:
+
+    // Pointer to concrete implementation
+    std::shared_ptr<GenericVector> vector;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/la/VectorSpaceBasis.cpp b/dolfin/la/VectorSpaceBasis.cpp
new file mode 100644
index 0000000..f74b9ab
--- /dev/null
+++ b/dolfin/la/VectorSpaceBasis.cpp
@@ -0,0 +1,119 @@
+// Copyright (C) 2013 Patrick E. Farrell
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-05-29
+// Last changed: 2013-05-29
+
+#include <cmath>
+#include <dolfin/common/constants.h>
+#include "GenericVector.h"
+#include "VectorSpaceBasis.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+VectorSpaceBasis::VectorSpaceBasis(const std::vector<std::shared_ptr<
+                                   GenericVector>> basis) : _basis(basis)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void VectorSpaceBasis::orthonormalize(double tol)
+{
+  // Loop over each vector in basis
+  for (std::size_t i = 0; i < _basis.size(); ++i)
+  {
+    // Orthogonalize vector i with respect to previously
+    // orthonormalized vectors
+    for (std::size_t j = 0; j < i; ++j)
+    {
+      const double dot_ij = _basis[i]->inner(*_basis[j]);
+      _basis[i]->axpy(-dot_ij, *_basis[j]);
+    }
+
+    if (_basis[i]->norm("l2") < tol)
+    {
+      dolfin_error("VectorSpaceBasis.cpp",
+                   "orthonormalize vector basis",
+                   "Vector space has linear dependency");
+    }
+
+    // Normalise basis function
+    (*_basis[i]) /= _basis[i]->norm("l2");
+  }
+}
+//-----------------------------------------------------------------------------
+bool VectorSpaceBasis::is_orthonormal(double tol) const
+{
+  for (std::size_t i = 0; i < _basis.size(); i++)
+  {
+    for (std::size_t j = i; j < _basis.size(); j++)
+    {
+      dolfin_assert(_basis[i]);
+      dolfin_assert(_basis[j]);
+      const double delta_ij = (i == j) ? 1.0 : 0.0;
+      const double dot_ij = _basis[i]->inner(*_basis[j]);
+      if (std::abs(delta_ij - dot_ij) > tol)
+        return false;
+    }
+  }
+
+  return true;
+}
+//-----------------------------------------------------------------------------
+bool VectorSpaceBasis::is_orthogonal(double tol) const
+{
+  for (std::size_t i = 0; i < _basis.size(); i++)
+  {
+    for (std::size_t j = i; j < _basis.size(); j++)
+    {
+      dolfin_assert(_basis[i]);
+      dolfin_assert(_basis[j]);
+      if (i != j)
+      {
+        const double dot_ij = _basis[i]->inner(*_basis[j]);
+        if (std::abs(dot_ij) > tol)
+          return false;
+      }
+    }
+  }
+
+  return true;
+}
+//-----------------------------------------------------------------------------
+void VectorSpaceBasis::orthogonalize(GenericVector& x) const
+{
+  for (std::size_t i = 0; i < _basis.size(); i++)
+  {
+    dolfin_assert(_basis[i]);
+    const double dot = _basis[i]->inner(x);
+    x.axpy(-dot, *_basis[i]);
+  }
+}
+//-----------------------------------------------------------------------------
+std::size_t VectorSpaceBasis::dim() const
+{
+  return _basis.size();
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const GenericVector>
+VectorSpaceBasis::operator[] (std::size_t i) const
+{
+  dolfin_assert(i < _basis.size());
+  return _basis[i];
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/la/VectorSpaceBasis.h b/dolfin/la/VectorSpaceBasis.h
new file mode 100644
index 0000000..8bc178a
--- /dev/null
+++ b/dolfin/la/VectorSpaceBasis.h
@@ -0,0 +1,71 @@
+// Copyright (C) 2013-2017 Patrick E. Farrell and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __VECTOR_SPACE_BASIS_H
+#define __VECTOR_SPACE_BASIS_H
+
+#include <memory>
+#include <vector>
+
+namespace dolfin
+{
+
+  class GenericVector;
+
+  /// This class defines a basis for vector spaces, typically used for
+  /// expressing nullspaces of singular operators and 'near
+  /// nullspaces' used in smoothed aggregation algebraic multigrid.
+
+  class VectorSpaceBasis
+  {
+  public:
+
+    /// Constructor
+    VectorSpaceBasis(const std::vector<std::shared_ptr<GenericVector>> basis);
+
+    /// Destructor
+    ~VectorSpaceBasis() {}
+
+    /// Apply the Gram-Schmidt process to orthonormalize the
+    /// basis. Throws an error if a (near) linear dependency is
+    /// detected. Error is thrown if <x_i, x_i> < tol.
+    void orthonormalize(double tol=1.0e-10);
+
+    /// Test if basis is orthonormal
+    bool is_orthonormal(double tol=1.0e-10) const;
+
+    /// Test if basis is orthogonal
+    bool is_orthogonal(double tol=1.0e-10) const;
+
+    /// Orthogonalize x with respect to basis
+    void orthogonalize(GenericVector& x) const;
+
+    /// Number of vectors in the basis
+    std::size_t dim() const;
+
+    /// Get a particular basis vector
+    std::shared_ptr<const GenericVector> operator[] (std::size_t i) const;
+
+  private:
+
+    // Basis vectors
+    const std::vector<std::shared_ptr<GenericVector>> _basis;
+
+  };
+}
+
+#endif
diff --git a/dolfin/la/dolfin_la.h b/dolfin/la/dolfin_la.h
new file mode 100644
index 0000000..6b0d311
--- /dev/null
+++ b/dolfin/la/dolfin_la.h
@@ -0,0 +1,68 @@
+#ifndef __DOLFIN_LA_H
+#define __DOLFIN_LA_H
+
+// DOLFIN la interface
+
+// Note that the order is important!
+
+#include <dolfin/la/LinearAlgebraObject.h>
+#include <dolfin/la/GenericLinearOperator.h>
+
+#include <dolfin/la/GenericTensor.h>
+#include <dolfin/la/GenericMatrix.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/la/VectorSpaceBasis.h>
+#include <dolfin/la/GenericLinearSolver.h>
+
+#include <dolfin/la/PETScOptions.h>
+#include <dolfin/la/PETScObject.h>
+#include <dolfin/la/PETScBaseMatrix.h>
+
+#include <dolfin/la/EigenMatrix.h>
+
+#include <dolfin/la/PETScMatrix.h>
+#include <dolfin/la/PETScNestMatrix.h>
+#include <dolfin/la/PETScLinearOperator.h>
+#include <dolfin/la/PETScPreconditioner.h>
+#include <dolfin/la/TpetraMatrix.h>
+
+#include <dolfin/la/SUNDIALSNVector.h>
+
+#include <dolfin/la/EigenKrylovSolver.h>
+#include <dolfin/la/EigenLUSolver.h>
+#include <dolfin/la/PETScKrylovSolver.h>
+#include <dolfin/la/PETScLUSolver.h>
+#include <dolfin/la/BelosKrylovSolver.h>
+#include <dolfin/la/TrilinosPreconditioner.h>
+#include <dolfin/la/MueluPreconditioner.h>
+#include <dolfin/la/Ifpack2Preconditioner.h>
+
+#include <dolfin/la/CoordinateMatrix.h>
+#include <dolfin/la/EigenVector.h>
+#include <dolfin/la/PETScVector.h>
+#include <dolfin/la/TpetraVector.h>
+
+#include <dolfin/la/TensorLayout.h>
+#include <dolfin/la/SparsityPattern.h>
+
+#include <dolfin/la/IndexMap.h>
+
+#include <dolfin/la/GenericLinearAlgebraFactory.h>
+#include <dolfin/la/DefaultFactory.h>
+#include <dolfin/la/EigenFactory.h>
+#include <dolfin/la/PETScFactory.h>
+#include <dolfin/la/TpetraFactory.h>
+#include <dolfin/la/SLEPcEigenSolver.h>
+#include <dolfin/la/Vector.h>
+#include <dolfin/la/Matrix.h>
+#include <dolfin/la/Scalar.h>
+#include <dolfin/la/LinearSolver.h>
+#include <dolfin/la/KrylovSolver.h>
+#include <dolfin/la/LUSolver.h>
+#include <dolfin/la/solve.h>
+#include <dolfin/la/test_nullspace.h>
+#include <dolfin/la/BlockVector.h>
+#include <dolfin/la/BlockMatrix.h>
+#include <dolfin/la/LinearOperator.h>
+
+#endif
diff --git a/dolfin/la/solve.cpp b/dolfin/la/solve.cpp
new file mode 100644
index 0000000..480ea3a
--- /dev/null
+++ b/dolfin/la/solve.cpp
@@ -0,0 +1,275 @@
+// Copyright (C) 2007-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Ola Skavhaug 2008
+// Modified by Garth N. Wells 2011
+// Modified by Mikael Mortensen 2011
+//
+// First added:  2007-04-30
+// Last changed: 2011-12-21
+
+#include <memory>
+
+#include <dolfin/common/Timer.h>
+#include <dolfin/log/Table.h>
+#include <dolfin/log/LogStream.h>
+#include "GenericLinearOperator.h"
+#include "GenericVector.h"
+#include "GenericLinearAlgebraFactory.h"
+#include "DefaultFactory.h"
+#include "LinearSolver.h"
+#include "solve.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+std::size_t dolfin::solve(const GenericLinearOperator& A,
+                          GenericVector& x,
+                          const GenericVector& b,
+                          std::string method,
+                          std::string preconditioner)
+{
+  Timer timer("Solving linear system");
+  LinearSolver solver(x.mpi_comm(), method, preconditioner);
+  return solver.solve(A, x, b);
+}
+//-----------------------------------------------------------------------------
+void dolfin::list_linear_solver_methods()
+{
+  // Get methods
+  std::map<std::string, std::string> methods = linear_solver_methods();
+
+  // Pretty-print list of methods
+  Table t("Solver method", false);
+  for (auto solver : methods)
+    t(solver.first, "Description") = solver.second;
+  cout << t.str(true) << endl;
+}
+//-----------------------------------------------------------------------------
+void dolfin::list_lu_solver_methods()
+{
+  // Get methods
+  std::map<std::string, std::string> methods = lu_solver_methods();
+
+  // Pretty-print list of methods
+  Table t("LU method", false);
+  for (auto method : methods)
+    t(method.first, "Description") = method.second;
+  cout << t.str(true) << endl;
+}
+//-----------------------------------------------------------------------------
+void dolfin::list_krylov_solver_methods()
+{
+  // Get methods
+  std::map<std::string, std::string> methods = krylov_solver_methods();
+
+  // Pretty-print list of methods
+  Table t("Krylov method", false);
+  for (auto method : methods)
+    t(method.first, "Description") = method.second;
+  cout << t.str(true) << endl;
+}
+//-----------------------------------------------------------------------------
+void dolfin::list_krylov_solver_preconditioners()
+{
+  // Get preconditioners
+  std::map<std::string, std::string>
+    preconditioners = krylov_solver_preconditioners();
+
+  // Pretty-print list of preconditioners
+  Table t("Preconditioner", false);
+  for (auto pc : preconditioners)
+    t(pc.first, "Description") = pc.second;
+  cout << t.str(true) << endl;
+}
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string> dolfin::linear_solver_methods()
+{
+  // Add default method
+  std::map<std::string, std::string> methods
+    = { {"default", "default linear solver"} };
+
+  // Add LU methods
+  std::map<std::string, std::string>
+    lu_methods = DefaultFactory::factory().lu_solver_methods();
+  for (auto lu_method : lu_methods)
+  {
+    if (lu_method.first != "default")
+      methods.insert(lu_method);
+  }
+
+  // Add Krylov methods
+  std::map<std::string, std::string>
+    krylov_methods = DefaultFactory::factory().krylov_solver_methods();
+  for (auto krylov_method : krylov_methods)
+  {
+    if (krylov_method.first != "default")
+      methods.insert(krylov_method);
+  }
+
+  return methods;
+}
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string> dolfin::lu_solver_methods()
+{
+  return DefaultFactory::factory().lu_solver_methods();
+}
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string> dolfin::krylov_solver_methods()
+{
+  return DefaultFactory::factory().krylov_solver_methods();
+}
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string> dolfin::krylov_solver_preconditioners()
+{
+  return DefaultFactory::factory().krylov_solver_preconditioners();
+}
+//-----------------------------------------------------------------------------
+bool dolfin::has_lu_solver_method(std::string method)
+{
+  std::map<std::string, std::string>
+    methods = DefaultFactory::factory().lu_solver_methods();
+  return methods.find(method) != methods.end();
+}
+//-----------------------------------------------------------------------------
+bool dolfin::has_krylov_solver_method(std::string method)
+{
+  std::map<std::string, std::string>
+    methods = DefaultFactory::factory().krylov_solver_methods();
+  return methods.find(method) != methods.end();
+}
+//-----------------------------------------------------------------------------
+bool dolfin::has_krylov_solver_preconditioner(std::string preconditioner)
+{
+  std::map<std::string, std::string>
+    methods = DefaultFactory::factory().krylov_solver_preconditioners();
+  return methods.find(preconditioner) != methods.end();
+}
+//-----------------------------------------------------------------------------
+double dolfin::residual(const GenericLinearOperator& A,
+                        const GenericVector& x,
+                        const GenericVector& b)
+{
+  std::shared_ptr<GenericVector> y = x.factory().create_vector(x.mpi_comm());
+  A.mult(x, *y);
+  *y -= b;
+  return y->norm("l2");
+}
+//-----------------------------------------------------------------------------
+double dolfin::norm(const GenericVector& x, std::string norm_type)
+{
+  return x.norm(norm_type);
+}
+//-----------------------------------------------------------------------------
+double dolfin::normalize(GenericVector& x, std::string normalization_type)
+{
+  if (x.empty())
+  {
+    dolfin_error("solve.cpp",
+                 "normalize vector",
+                 "Cannot normalize vector of zero length");
+  }
+
+  double c = 0.0;
+  if (normalization_type == "l2")
+  {
+    c = x.norm("l2");
+    x /= c;
+  }
+  else if (normalization_type == "average")
+  {
+    c = x.sum()/static_cast<double>(x.size());
+    x -= c;
+  }
+  else
+  {
+    dolfin_error("solve.cpp",
+                 "normalize vector",
+                 "Unknown normalization type (\"%s\")",
+                 normalization_type.c_str());
+  }
+
+  return c;
+}
+//-----------------------------------------------------------------------------
+bool dolfin::has_linear_algebra_backend(std::string backend)
+{
+  if (backend == "Eigen")
+    return true;
+  else if (backend == "PETSc")
+  {
+    #ifdef HAS_PETSC
+    return true;
+    #else
+    return false;
+    #endif
+  }
+  else if (backend == "Tpetra")
+  {
+    #ifdef HAS_TRILINOS
+    return true;
+    #else
+    return false;
+    #endif
+  }
+  else
+    return false;
+}
+//-------------------------------------------------------------------------
+void dolfin::list_linear_algebra_backends()
+{
+  std::map<std::string, std::string> backends = linear_algebra_backends();
+
+  // Pretty-print list of available linear algebra backends
+  Table t("Linear algebra backends", false);
+  for (auto backend : backends)
+    t(backend.first, "Description") = backend.second;
+  cout << t.str(true) << endl;
+}
+//-------------------------------------------------------------------------
+std::map<std::string, std::string> dolfin::linear_algebra_backends()
+{
+  std::map<std::string, std::string> backends;
+
+  std::map<std::string, std::string> default_backend
+    = { {"Eigen",  " (default)"}, {"PETSc", ""} };
+  #ifdef HAS_PETSC
+  default_backend["Eigen"] = "";
+  default_backend["PETSc"] = " (default)";
+  #else
+  default_backend["Eigen"] = " (default)";
+  #endif
+
+  // Add available backends
+  backends.insert(std::make_pair("Eigen",
+                                 "Template-based linear algebra "
+                                 " library" + default_backend["Eigen"]));
+
+  #ifdef HAS_PETSC
+  backends.insert(std::make_pair("PETSc",
+                                 "Powerful MPI parallel linear algebra"
+                                 " library" + default_backend["PETSc"]));
+  #endif
+
+  #ifdef HAS_TRILINOS
+  backends.insert(std::make_pair("Tpetra",
+    "Powerful MPI parallel linear algebra library"));
+  #endif
+
+  return backends;
+}
+//-------------------------------------------------------------------------
diff --git a/dolfin/la/solve.h b/dolfin/la/solve.h
new file mode 100644
index 0000000..78312f3
--- /dev/null
+++ b/dolfin/la/solve.h
@@ -0,0 +1,109 @@
+// Copyright (C) 2007-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Ola Skavhaug 2008.
+// Modified by Garth N. Wells 2011.
+//
+// First added:  2007-04-30
+// Last changed: 2011-10-19
+
+#ifndef __SOLVE_LA_H
+#define __SOLVE_LA_H
+
+#include <map>
+#include <string>
+#include <vector>
+#include <dolfin/common/types.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class GenericLinearOperator;
+  class GenericVector;
+
+  /// Solve linear system Ax = b
+  std::size_t solve(const GenericLinearOperator& A, GenericVector& x,
+                    const GenericVector& b,
+                    std::string method = "lu",
+                    std::string preconditioner = "none");
+
+  /// List available linear algebra backends
+  void list_linear_algebra_backends();
+
+  /// List available solver methods for current linear algebra backend
+  void list_linear_solver_methods();
+
+  /// List available LU methods for current linear algebra backend
+  void list_lu_solver_methods();
+
+  /// List available Krylov methods for current linear algebra backend
+  void list_krylov_solver_methods();
+
+  /// List available preconditioners for current linear algebra
+  /// backend
+  void list_krylov_solver_preconditioners();
+
+  /// Return true if a specific linear algebra backend is supported
+  bool has_linear_algebra_backend(std::string backend);
+
+  /// Return true if LU method for the current linear algebra backend is
+  /// available
+  bool has_lu_solver_method(std::string method);
+
+  /// Return true if Krylov method for the current linear algebra
+  /// backend is available
+  bool has_krylov_solver_method(std::string method);
+
+  /// Return true if Preconditioner for the current linear algebra
+  /// backend is available
+  bool has_krylov_solver_preconditioner(std::string preconditioner);
+
+  /// Return available linear algebra backends
+  std::map<std::string, std::string> linear_algebra_backends();
+
+  /// Return a list of available solver methods for current linear
+  /// algebra backend
+  std::map<std::string, std::string> linear_solver_methods();
+
+  /// Return a list of available LU methods for current linear algebra
+  /// backend
+  std::map<std::string, std::string> lu_solver_methods();
+
+  /// Return a list of available Krylov methods for current linear
+  /// algebra backend
+  std::map<std::string, std::string> krylov_solver_methods();
+
+  /// Return a list of available preconditioners for current linear
+  /// algebra backend
+  std::map<std::string, std::string> krylov_solver_preconditioners();
+
+  /// Compute residual ||Ax - b||
+  double residual(const GenericLinearOperator& A, const GenericVector& x,
+                  const GenericVector& b);
+
+  /// Compute norm of vector. Valid norm types are "l2", "l1" and
+  /// "linf".
+  double norm(const GenericVector& x, std::string norm_type="l2");
+
+  /// Normalize vector according to given normalization type
+  double normalize(GenericVector& x,
+                   std::string normalization_type = "average");
+
+}
+
+#endif
diff --git a/dolfin/la/test_nullspace.cpp b/dolfin/la/test_nullspace.cpp
new file mode 100644
index 0000000..d1d5878
--- /dev/null
+++ b/dolfin/la/test_nullspace.cpp
@@ -0,0 +1,83 @@
+// Copyright (C) 2014 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <string>
+#include "GenericLinearAlgebraFactory.h"
+#include "GenericLinearOperator.h"
+#include "GenericMatrix.h"
+#include "GenericVector.h"
+#include "VectorSpaceBasis.h"
+#include "test_nullspace.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+bool dolfin::in_nullspace(const GenericLinearOperator& A,
+                          const VectorSpaceBasis& basis, std::string type)
+{
+  // Tolerance (maybe this should be a parameter?)
+  const double tol = 1.0e-7;
+
+  // Get dimension, and return if basis is empty
+  const std::size_t dim = basis.dim();
+  if (dim == 0)
+    return true;
+
+  // Get factory and create vector for LHS
+  dolfin_assert(basis[0]);
+  GenericLinearAlgebraFactory& factory = basis[0]->factory();
+  std::shared_ptr<GenericVector> y = factory.create_vector(basis[0]->mpi_comm());
+
+  const GenericMatrix* _A = NULL;
+  if (type == "right")
+  {
+    // Do nothing
+  }
+  else if (type == "left")
+  {
+    const GenericMatrix* _A = dynamic_cast<const GenericMatrix*>(&A);
+    if (!_A)
+    {
+      dolfin_error("test_nullspace.cpp",
+                   "calling is_nullspace(...)",
+                   "Left nullspace can be tested for GenericMatrix only (not GenericLinearOperator)");
+    }
+  }
+  else
+  {
+    dolfin_error("test_nullspace.cpp",
+                 "calling is_nullspace(...)",
+                 "Left nullspace can be tested for GenericMatrix only (not GenericLinearOperator)");
+  }
+
+  // Test nullspace
+  for (std::size_t i = 0; i < dim; ++i)
+  {
+    std::shared_ptr<const GenericVector> x = basis[i];
+    dolfin_assert(x);
+    if (!_A)
+      A.mult(*x, *y);
+    else
+      _A->transpmult(*x, *y);
+
+    if (y->norm("l2") > tol)
+      return false;
+  }
+
+  return true;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/la/test_nullspace.h b/dolfin/la/test_nullspace.h
new file mode 100644
index 0000000..c6865da
--- /dev/null
+++ b/dolfin/la/test_nullspace.h
@@ -0,0 +1,39 @@
+// Copyright (C) 2014 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __TEST_NULLSPACE_H
+#define __TEST_NULLSPACE_H
+
+#include <string>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class GenericLinearOperator;
+  class VectorSpaceBasis;
+
+  /// Check whether a vector space basis is in the nullspace of a
+  /// given operator. The string option 'type' can be "right" for the
+  /// right nullspace (Ax=0) or "left" for the left nullspace (A^Tx =
+  /// 0). To test the left nullspace, A must also be of type
+  /// GenericMatrix.
+  bool in_nullspace(const GenericLinearOperator& A, const VectorSpaceBasis& x,
+                    std::string type="right");
+}
+
+#endif
diff --git a/dolfin/log/CMakeLists.txt b/dolfin/log/CMakeLists.txt
new file mode 100644
index 0000000..675c313
--- /dev/null
+++ b/dolfin/log/CMakeLists.txt
@@ -0,0 +1,21 @@
+set(HEADERS
+  dolfin_log.h
+  Event.h
+  Logger.h
+  log.h
+  LogLevel.h
+  LogManager.h
+  LogStream.h
+  Progress.h
+  Table.h
+  PARENT_SCOPE)
+
+set(SOURCES
+  Event.cpp
+  log.cpp
+  Logger.cpp
+  LogManager.cpp
+  LogStream.cpp
+  Progress.cpp
+  Table.cpp
+  PARENT_SCOPE)
diff --git a/dolfin/log/Event.cpp b/dolfin/log/Event.cpp
new file mode 100644
index 0000000..55da139
--- /dev/null
+++ b/dolfin/log/Event.cpp
@@ -0,0 +1,58 @@
+// Copyright (C) 2004-2005 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2004-01-03
+// Last changed: 2005
+
+#include "log.h"
+#include "Event.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+Event::Event(const std::string msg, unsigned int maxcount) :
+  _msg(msg), _maxcount(maxcount), _count(0)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Event::~Event()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void Event::operator() ()
+{
+  if ( _count < _maxcount)
+    info(_msg);
+
+  _count++;
+
+  if ( _count == _maxcount && _maxcount > 1 )
+    info("Last message repeated %d times. Not displaying again.", _count);
+}
+//-----------------------------------------------------------------------------
+unsigned int Event::count() const
+{
+  return _count;
+}
+//-----------------------------------------------------------------------------
+unsigned int Event::maxcount() const
+{
+  return _maxcount;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/log/Event.h b/dolfin/log/Event.h
new file mode 100644
index 0000000..435a4c9
--- /dev/null
+++ b/dolfin/log/Event.h
@@ -0,0 +1,75 @@
+// Copyright (C) 2004-2007 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2004-01-03
+// Last changed: 2007-05-14
+
+#ifndef __EVENT_H
+#define __EVENT_H
+
+#include <string>
+
+namespace dolfin
+{
+
+  /// A event is a string message which is displayed
+  /// only a limited number of times.
+  ///
+  /// @code{.cpp}
+  ///
+  ///         Event event("System is stiff, damping is needed.");
+  ///         while ()
+  ///         {
+  ///           ...
+  ///           if ( ... )
+  ///           {
+  ///             event();
+  ///             ...
+  ///           }
+  ///         }
+  /// @endcode
+
+  class Event
+  {
+  public:
+
+    /// Constructor
+    Event(const std::string msg, unsigned int maxcount = 1);
+
+    /// Destructor
+    ~Event();
+
+    /// Display message
+    void operator() ();
+
+    /// Display count
+    unsigned int count() const;
+
+    /// Maximum display count
+    unsigned int maxcount() const;
+
+  private:
+
+    std::string _msg;
+    unsigned int _maxcount;
+    unsigned int _count;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/log/LogLevel.h b/dolfin/log/LogLevel.h
new file mode 100644
index 0000000..e1e28f8
--- /dev/null
+++ b/dolfin/log/LogLevel.h
@@ -0,0 +1,20 @@
+#ifndef __LOGLEVEL_H
+#define __LOGLEVEL_H
+
+namespace dolfin
+{
+  /// These log levels match the levels in the Python 'logging' module
+  /// (and adds trace/progress).
+  enum LogLevel
+  {
+    CRITICAL  = 50, // errors that may lead to data corruption and suchlike
+    ERROR     = 40, // things that go boom
+    WARNING   = 30, // things that may go boom later
+    INFO      = 20, // information of general interest
+    PROGRESS  = 16, // what's happening (broadly)
+    TRACE     = 13, // what's happening (in detail)
+    DBG       = 10  // sundry
+  };
+}
+
+#endif
diff --git a/dolfin/log/LogManager.cpp b/dolfin/log/LogManager.cpp
new file mode 100644
index 0000000..159a064
--- /dev/null
+++ b/dolfin/log/LogManager.cpp
@@ -0,0 +1,33 @@
+// Copyright (C) 2003-2005 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2003-03-13
+// Last changed: 2005
+
+#include "LogManager.h"
+
+// Initialise static data
+// FIXME : Logger singleton is initialised here on the first call to logger()
+// to avoid "static initialisazation order fiasco". Logger's destructor
+// may therefore never be called.
+
+dolfin::Logger& dolfin::LogManager::logger()
+{
+  // NB static - this only allocates a new Logger on the first call to logger()
+  static dolfin::Logger* lg = new(dolfin::Logger);
+  return *lg;
+}
diff --git a/dolfin/log/LogManager.h b/dolfin/log/LogManager.h
new file mode 100644
index 0000000..be549e5
--- /dev/null
+++ b/dolfin/log/LogManager.h
@@ -0,0 +1,44 @@
+// Copyright (C) 2003-2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Thanks to Jim Tilander for many helpful hints.
+//
+// First added:  2003-03-13
+// Last changed: 2016-06-10
+
+#ifndef __LOG_MANAGER_H
+#define __LOG_MANAGER_H
+
+#include "Logger.h"
+
+namespace dolfin
+{
+
+  /// Logger initialisation
+
+  class LogManager
+  {
+  public:
+
+    /// Singleton instance of logger
+    static Logger& logger();
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/log/LogStream.cpp b/dolfin/log/LogStream.cpp
new file mode 100644
index 0000000..a8805b4
--- /dev/null
+++ b/dolfin/log/LogStream.cpp
@@ -0,0 +1,126 @@
+// Copyright (C) 2003-2007 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2009.
+
+#include <dolfin/common/constants.h>
+#include <dolfin/common/Variable.h>
+#include <dolfin/geometry/Point.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshEntity.h>
+#include <dolfin/mesh/MeshEntityIterator.h>
+#include "log.h"
+#include "LogStream.h"
+
+using namespace dolfin;
+
+// Definition of the global dolfin::cout and dolfin::endl variables
+LogStream dolfin::cout(LogStream::Type::COUT);
+LogStream dolfin::endl(LogStream::Type::ENDL);
+
+//-----------------------------------------------------------------------------
+LogStream::LogStream(Type type) : _type(type)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+LogStream::~LogStream()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+LogStream& LogStream::operator<< (const LogStream& stream)
+{
+  if (stream._type == Type::ENDL)
+  {
+    // Send buffer to log system
+    info(buffer.str());
+
+    // Reset buffer
+    buffer.str("");
+  }
+  else
+    buffer << stream.buffer.str();
+
+  return *this;
+}
+//-----------------------------------------------------------------------------
+LogStream& LogStream::operator<< (const std::string& s)
+{
+  buffer << s;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+LogStream& LogStream::operator<< (int a)
+{
+  buffer << a;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+LogStream& LogStream::operator<< (unsigned int a)
+{
+  buffer << a;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+LogStream& LogStream::operator<< (long int a)
+{
+  buffer << a;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+LogStream& LogStream::operator<< (long unsigned int a)
+{
+  buffer << a;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+LogStream& LogStream::operator<< (double a)
+{
+  buffer << a;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+LogStream& LogStream::operator<< (std::complex<double> z)
+{
+  buffer << z.real() << " + " << z.imag() << "i";
+  return *this;
+}
+//-----------------------------------------------------------------------------
+LogStream& LogStream::operator<< (const Variable& variable)
+{
+  buffer << variable.str(false);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+LogStream& LogStream::operator<< (const MeshEntity& entity)
+{
+  buffer << entity.str(false);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+LogStream& LogStream::operator<< (const Point& point)
+{
+  buffer << point.str(false);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+void LogStream::setprecision(std::streamsize n)
+{
+  buffer.precision(n);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/log/LogStream.h b/dolfin/log/LogStream.h
new file mode 100644
index 0000000..17f3c73
--- /dev/null
+++ b/dolfin/log/LogStream.h
@@ -0,0 +1,107 @@
+// Copyright (C) 2003-2009 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells 2005.
+
+#ifndef __LOG_STREAM_H
+#define __LOG_STREAM_H
+
+#include <complex>
+#include <string>
+#include <sstream>
+
+namespace dolfin
+{
+
+  class Variable;
+  class MeshEntity;
+  class MeshEntityIterator;
+  class Point;
+
+  /// This class provides functionality similar to standard C++
+  /// streams (std::cout, std::endl) for output but working through
+  /// the DOLFIN log system.
+
+  class LogStream
+  {
+  public:
+
+    /// Stream types
+    enum class Type {COUT, ENDL};
+
+    /// Create log stream of given type
+    LogStream(Type type);
+
+    /// Destructor
+    ~LogStream();
+
+    /// Output for log stream
+    LogStream& operator<< (const LogStream& stream);
+
+    /// Output for string
+    LogStream& operator<< (const std::string& s);
+
+    /// Output for int
+    LogStream& operator<< (int a);
+
+    /// Output for unsigned int
+    LogStream& operator<< (unsigned int a);
+
+    /// Output for long int
+    LogStream& operator<< (long int a);
+
+    /// Output for long int
+    LogStream& operator<< (long unsigned int a);
+
+    /// Output for double
+    LogStream& operator<< (double a);
+
+    /// Output for std::complex<double>
+    LogStream& operator<< (std::complex<double> z);
+
+    /// Output for variable (calling str() method)
+    LogStream& operator<< (const Variable& variable);
+
+    /// Output for mesh entity (not subclass of Variable for
+    /// efficiency)
+    LogStream& operator<< (const MeshEntity& entity);
+
+    /// Output for point (not subclass of Variable for efficiency)
+    LogStream& operator<< (const Point& point);
+
+    /// Set precision
+    void setprecision(std::streamsize n);
+
+  private:
+
+    // Type of stream
+    Type _type;
+
+    // Buffer
+    std::stringstream buffer;
+
+  };
+
+  /// dolfin::cout
+  extern LogStream cout;
+
+  /// dolfin::endl;
+  extern LogStream endl;
+
+}
+
+#endif
diff --git a/dolfin/log/Logger.cpp b/dolfin/log/Logger.cpp
new file mode 100644
index 0000000..2c99c07
--- /dev/null
+++ b/dolfin/log/Logger.cpp
@@ -0,0 +1,469 @@
+// Copyright (C) 2003-2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Ola Skavhaug, 2007, 2009.
+// Modified by Garth N. Wells, 2011.
+//
+// First added:  2003-03-13
+// Last changed: 2016-06-10
+
+
+#include <fstream>
+#include <functional>
+#include <iomanip>
+#include <iostream>
+#include <sstream>
+#include <stdexcept>
+#include <string>
+#include <thread>
+#include <unistd.h>
+
+#ifdef __linux__
+#include <sys/types.h>
+#include <unistd.h>
+#endif
+
+#include <dolfin/common/constants.h>
+#include <dolfin/common/defines.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/io/File.h>
+#include <dolfin/parameter/GlobalParameters.h>
+#include "LogLevel.h"
+#include "Logger.h"
+
+using namespace dolfin;
+
+// Function for monitoring memory usage, called by thread
+#ifdef __linux__
+void _monitor_memory_usage(dolfin::Logger* logger)
+{
+  dolfin_assert(logger);
+
+  // Open statm
+  //std::fstream
+
+  // Get process ID and page size
+  const std::size_t pid = getpid();
+  const size_t page_size = getpagesize();
+
+  // Print some info
+  std::stringstream s;
+  s << "Initializing memory monitor for process " << pid << ".";
+  logger->log(s.str());
+
+  // Prepare statm file
+  std::stringstream filename;
+  filename << "/proc/" << pid << "/statm";
+  std::ifstream statm;
+
+  // Enter loop
+  while (true)
+  {
+    // Sleep for a while
+    std::this_thread::sleep_for(std::chrono::seconds(1));
+
+    // Read number of pages from statm
+    statm.open(filename.str().c_str());
+    if (!statm)
+      logger->error("Unable to open statm file for process.");
+    size_t num_pages;
+    statm >> num_pages;
+    statm.close();
+
+    // Convert to MB and report memory usage
+    const size_t num_mb = num_pages*page_size / (1024*1024);
+    logger->_report_memory_usage(num_mb);
+  }
+}
+#endif
+
+//-----------------------------------------------------------------------------
+Logger::Logger() : _active(true), _log_level(INFO), _indentation_level(0),
+                   logstream(&std::cout), _maximum_memory_usage(-1),
+                   _mpi_comm(MPI_COMM_WORLD)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Logger::~Logger()
+{
+  // Join memory monitor thread if it exists
+  if (_thread_monitor_memory_usage)
+    _thread_monitor_memory_usage->join();
+}
+//-----------------------------------------------------------------------------
+void Logger::log(std::string msg, int log_level) const
+{
+  write(log_level, msg);
+}
+//-----------------------------------------------------------------------------
+void Logger::log_underline(std::string msg, int log_level) const
+{
+  if (msg.empty())
+    log(msg, log_level);
+
+  std::stringstream s;
+  s << msg;
+  s << "\n";
+  for (int i = 0; i < _indentation_level; i++)
+    s << "  ";
+  for (std::size_t i = 0; i < msg.size(); i++)
+    s << "-";
+
+  log(s.str(), log_level);
+}
+//-----------------------------------------------------------------------------
+void Logger::warning(std::string msg) const
+{
+  std::string s = std::string("*** Warning: ") + msg;
+  write(WARNING, s);
+}
+//-----------------------------------------------------------------------------
+void Logger::error(std::string msg) const
+{
+  std::string s = std::string("*** Error: ") + msg;
+  throw std::runtime_error(s);
+}
+//-----------------------------------------------------------------------------
+void Logger::dolfin_error(std::string location,
+                          std::string task,
+                          std::string reason,
+                          int mpi_rank) const
+{
+
+  if (mpi_rank < 0)
+    mpi_rank = dolfin::MPI::rank(_mpi_comm);
+  std::string _mpi_rank = std::to_string(mpi_rank);
+
+  std::stringstream s;
+  s << std::endl << std::endl
+    << "*** "
+    << "-------------------------------------------------------------------------"
+    << std::endl
+    << "*** DOLFIN encountered an error. If you are not able to resolve this issue"
+    << std::endl
+    << "*** using the information listed below, you can ask for help at"
+    << std::endl
+    << "***" << std::endl
+    << "***     fenics-support@googlegroups.com"
+    << std::endl
+    << "***" << std::endl
+    << "*** Remember to include the error message listed below and, if possible,"
+    << std::endl
+    << "*** include a *minimal* running example to reproduce the error."
+    << std::endl
+    << "***" << std::endl
+    << "*** "
+    << "-------------------------------------------------------------------------"
+    << std::endl
+    << "*** " << "Error:   Unable to " << task << "." << std::endl
+    << "*** " << "Reason:  " << reason << "." << std::endl
+    << "*** " << "Where:   This error was encountered inside " << location << "."
+    << std::endl
+    << "*** " << "Process: " << _mpi_rank << std::endl
+    << "*** " << std::endl
+    << "*** " << "DOLFIN version: " << dolfin_version()  << std::endl
+    << "*** " << "Git changeset:  " << git_commit_hash() << std::endl
+    << "*** "
+    << "-------------------------------------------------------------------------"
+    << std::endl;
+
+  throw std::runtime_error(s.str());
+}
+//-----------------------------------------------------------------------------
+void Logger::deprecation(std::string feature,
+                         std::string version_deprecated,
+                         std::string message) const
+{
+  std::stringstream s;
+  s << "*** "
+    << "-------------------------------------------------------------------------"
+    << std::endl
+    << "*** Warning: " << feature << " has been deprecated in FEniCS version "
+    << version_deprecated << "." << std::endl
+    << "*** It will (likely) be removed in the next FEniCS release."
+    << std::endl
+    << "*** " << message << std::endl
+    << "*** "
+    << "-------------------------------------------------------------------------"
+    << std::endl;
+
+  #ifdef DOLFIN_DEPRECATION_ERROR
+  error(s.str());
+  #else
+  write(WARNING, s.str());
+  #endif
+}
+//-----------------------------------------------------------------------------
+void Logger::begin(std::string msg, int log_level)
+{
+  // Write a message
+  log(msg, log_level);
+  _indentation_level++;
+}
+//-----------------------------------------------------------------------------
+void Logger::end()
+{
+  _indentation_level--;
+}
+//-----------------------------------------------------------------------------
+void Logger::progress(std::string title, double p) const
+{
+  std::stringstream line;
+  line << title << " [";
+
+  const int N = DOLFIN_TERM_WIDTH - title.size() - 12 - 2*_indentation_level;
+  const int n = static_cast<int>(p*static_cast<double>(N));
+
+  for (int i = 0; i < n; i++)
+    line << '=';
+  if (n < N)
+    line << '>';
+  for (int i = n+1; i < N; i++)
+    line << ' ';
+
+  line << std::setiosflags(std::ios::fixed);
+  line << std::setprecision(1);
+  line << "] " << 100.0*p << '%';
+
+  write(PROGRESS, line.str());
+}
+//-----------------------------------------------------------------------------
+void Logger::set_output_stream(std::ostream& ostream)
+{
+  logstream = &ostream;
+}
+//-----------------------------------------------------------------------------
+void Logger::set_log_active(bool active)
+{
+  _active = active;
+}
+//-----------------------------------------------------------------------------
+void Logger::set_log_level(int log_level)
+{
+  _log_level = log_level;
+}
+//-----------------------------------------------------------------------------
+void Logger::set_indentation_level(std::size_t indentation_level)
+{
+  _indentation_level = indentation_level;
+}
+//-----------------------------------------------------------------------------
+void Logger::register_timing(std::string task,
+                             std::tuple<double, double, double> elapsed)
+{
+  dolfin_assert(elapsed >=
+    std::make_tuple(double(0.0), double(0.0), double(0.0)));
+
+  // Print a message
+  std::stringstream line;
+  line << "Elapsed wall, usr, sys time: "
+       << std::get<0>(elapsed) << ", "
+       << std::get<1>(elapsed) << ", "
+       << std::get<2>(elapsed)
+       << " ("  << task << ")";
+  log(line.str(), TRACE);
+
+  // Store values for summary
+  const auto timing = std::tuple_cat(std::make_tuple(std::size_t(1)), elapsed);
+  auto it = _timings.find(task);
+  if (it == _timings.end())
+  {
+    _timings[task] = timing;
+  }
+  else
+  {
+    std::get<0>(it->second) += std::get<0>(timing);
+    std::get<1>(it->second) += std::get<1>(timing);
+    std::get<2>(it->second) += std::get<2>(timing);
+    std::get<3>(it->second) += std::get<3>(timing);
+  }
+}
+//-----------------------------------------------------------------------------
+void Logger::list_timings(TimingClear clear, std::set<TimingType> type)
+{
+  // Format and reduce to rank 0
+  Table timings = this->timings(clear, type);
+  timings = MPI::avg(_mpi_comm, timings);
+  const std::string str = timings.str(true);
+
+  // Print just on rank 0
+  if (dolfin::MPI::rank(_mpi_comm) == 0)
+    log(str);
+
+  // Print maximum memory usage if available
+  if (_maximum_memory_usage >= 0)
+  {
+    std::stringstream s;
+    s << "\nMaximum memory usage: " << _maximum_memory_usage << " MB";
+    log(s.str());
+  }
+}
+//-----------------------------------------------------------------------------
+void Logger::dump_timings_to_xml(std::string filename, TimingClear clear)
+{
+  Table t = timings(clear,
+    { TimingType::wall, TimingType::user, TimingType::system });
+
+  Table t_max = MPI::max(_mpi_comm, t);
+  Table t_min = MPI::min(_mpi_comm, t);
+  Table t_avg = MPI::avg(_mpi_comm, t);
+
+  if (dolfin::MPI::rank(_mpi_comm) == 0)
+  {
+    File f(MPI_COMM_SELF, filename);
+    f << t_max;
+    f << t_min;
+    f << t_avg;
+  }
+}
+//-----------------------------------------------------------------------------
+std::map<TimingType, std::string> Logger::_TimingType_descr
+  = { { TimingType::wall,   "wall" },
+      { TimingType::user,   "usr"  },
+      { TimingType::system, "sys"  } };
+//-----------------------------------------------------------------------------
+Table Logger::timings(TimingClear clear,
+                      std::set<TimingType> type)
+{
+  // Generate timing table
+  Table table("Summary of timings");
+  for (auto& it : _timings)
+  {
+    const std::string task = it.first;
+    const std::size_t num_timings = std::get<0>(it.second);
+    const std::vector<double> times { std::get<1>(it.second),
+                                      std::get<2>(it.second),
+                                      std::get<3>(it.second) };
+    table(task, "reps") = num_timings;
+    for (const auto& t : type)
+    {
+      const double total_time = times[static_cast<int>(t)];
+      const double average_time = total_time / static_cast<double>(num_timings);
+      table(task, Logger::_TimingType_descr[t] + " avg") = average_time;
+      table(task, Logger::_TimingType_descr[t] + " tot") = total_time;
+    }
+
+  }
+
+  // Clear timings
+  if (static_cast<bool>(clear))
+    _timings.clear();
+
+  return table;
+}
+//-----------------------------------------------------------------------------
+std::tuple<std::size_t, double, double, double>
+  Logger::timing(std::string task, TimingClear clear)
+{
+  // Find timing
+  auto it = _timings.find(task);
+  if (it == _timings.end())
+  {
+    std::stringstream line;
+    line << "No timings registered for task \"" << task << "\".";
+    dolfin_error("Logger.cpp",
+                 "extract timing for task",
+                 line.str());
+  }
+  // Prepare for return for the case of reset
+  const auto result = it->second;
+
+  // Clear timing
+  if (static_cast<bool>(clear))
+    _timings.erase(it);
+
+  return result;
+}
+//-----------------------------------------------------------------------------
+void Logger::monitor_memory_usage()
+{
+  #ifndef __linux__
+  warning("Unable to initialize memory monitor; only available on GNU/Linux.");
+  return;
+
+  #else
+
+  // Check that thread has not already been started
+  if (_thread_monitor_memory_usage)
+  {
+    log("Memory monitor already initialize.");
+    return;
+  }
+
+  // Create thread
+  _thread_monitor_memory_usage.reset(new std::thread(std::bind(&_monitor_memory_usage, this)));
+
+  #endif
+}
+//-----------------------------------------------------------------------------
+void Logger::_report_memory_usage(size_t num_mb)
+{
+  std::stringstream s;
+  s << "Memory usage: " << num_mb << " MB";
+  log(s.str());
+  _maximum_memory_usage = std::max(_maximum_memory_usage,
+                                   static_cast<long int>(num_mb));
+}
+//-----------------------------------------------------------------------------
+void Logger::__debug(std::string msg) const
+{
+  std::string s = std::string("DEBUG: ") + msg;
+  write(DBG, s);
+}
+//-----------------------------------------------------------------------------
+void Logger::__dolfin_assert(std::string file, unsigned long line,
+                             std::string function, std::string check) const
+{
+  std::stringstream location;
+  location << file << " (line " << line << ")";
+  std::stringstream task;
+  task << "complete call to function " << function << "()";
+  std::stringstream reason;
+  reason << "Assertion " << check << " failed";
+  dolfin_error(location.str(), task.str(), reason.str());
+}
+//-----------------------------------------------------------------------------
+void Logger::write(int log_level, std::string msg) const
+{
+  // Check log level
+  if (!_active || log_level < _log_level)
+    return;
+
+  const std::size_t rank = dolfin::MPI::rank(_mpi_comm);
+
+  // Check if we want output on root process only
+  const bool std_out_all_processes = parameters["std_out_all_processes"];
+  if (rank > 0 && !std_out_all_processes && log_level < WARNING)
+    return;
+
+  // Prefix with process number if running in parallel
+  if (dolfin::MPI::size(_mpi_comm) > 1)
+  {
+    std::stringstream prefix;
+    prefix << "Process " << rank << ": ";
+    msg = prefix.str() + msg;
+  }
+
+  // Add indentation
+  for (int i = 0; i < _indentation_level; i++)
+    msg = "  " + msg;
+
+  // Write to stream
+  *logstream << msg << std::endl;
+}
+//----------------------------------------------------------------------------
diff --git a/dolfin/log/Logger.h b/dolfin/log/Logger.h
new file mode 100644
index 0000000..b531286
--- /dev/null
+++ b/dolfin/log/Logger.h
@@ -0,0 +1,191 @@
+// Copyright (C) 2003-2016 Anders Logg, 2015 Jan Blechta
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Thanks to Jim Tilander for many helpful hints.
+//
+// Modified by Ola Skavhaug 2007, 2009
+
+#ifndef __LOGGER_H
+#define __LOGGER_H
+
+#include <map>
+#include <memory>
+#include <ostream>
+#include <string>
+#include <set>
+#include <thread>
+#include <tuple>
+
+#include <dolfin/common/timing.h>
+#include <dolfin/common/MPI.h>
+#include "Table.h"
+#include "LogLevel.h"
+
+namespace dolfin
+{
+
+  /// Handling of error messages, logging and informational display
+
+  class Logger
+  {
+  public:
+
+    /// Constructor
+    Logger();
+
+    /// Destructor
+    ~Logger();
+
+    /// Print message
+    void log(std::string msg, int log_level=INFO) const;
+
+    /// Print underlined message
+    void log_underline(std::string msg, int log_level=INFO) const;
+
+    /// Print warning
+    void warning(std::string msg) const;
+
+    /// Print error message and throw exception
+    void error(std::string msg) const;
+
+    /// Print error message, prefer this to the above generic error
+    /// message
+    void dolfin_error(std::string location,
+                      std::string task,
+                      std::string reason,
+                      int mpi_rank=-1) const;
+
+    /// Issue deprecation warning for removed feature
+    void deprecation(std::string feature,
+                     std::string version_deprecated,
+                     std::string message) const;
+
+    /// Begin task (increase indentation level)
+    void begin(std::string msg, int log_level=INFO);
+
+    /// End task (decrease indentation level)
+    void end();
+
+    /// Draw progress bar
+    void progress (std::string title, double p) const;
+
+    /// Set output stream
+    void set_output_stream(std::ostream& stream);
+
+    /// Get output stream
+    std::ostream& get_output_stream() { return *logstream; }
+
+    /// Turn logging on or off
+    void set_log_active(bool active);
+
+    /// Return true iff logging is active
+    inline bool is_active() { return _active; }
+
+    /// Set log level
+    void set_log_level(int log_level);
+
+    /// Get log level
+    inline int get_log_level() const { return _log_level; }
+
+    /// Set indentation level
+    void set_indentation_level(std::size_t indentation_level);
+
+    /// Register timing (for later summary)
+    void register_timing(std::string task,
+                         std::tuple<double, double, double> elapsed);
+
+    /// Return a summary of timings and tasks in a Table, optionally
+    /// clearing stored timings
+    Table timings(TimingClear clear, std::set<TimingType> type);
+
+    /// List a summary of timings and tasks, optionally clearing
+    /// stored timings.  ``MPI_AVG`` reduction is printed. Collective
+    /// on ``Logger::mpi_comm()``.
+    void list_timings(TimingClear clear, std::set<TimingType> type);
+
+    /// Dump a summary of timings and tasks to XML file, optionally
+    /// clearing stored timings. ``MPI_MAX``, ``MPI_MIN`` and
+    /// ``MPI_AVG`` reductions are stored. Collective on
+    /// ``Logger::mpi_comm()``.
+    void dump_timings_to_xml(std::string filename, TimingClear clear);
+
+    /// Return timing (count, total wall time, total user time, total
+    /// system time) for given task, optionally clearing all timings
+    /// for the task
+    std::tuple<std::size_t, double, double, double>
+      timing(std::string task, TimingClear clear);
+
+    /// Monitor memory usage. Call this function at the start of a
+    /// program to continuously monitor the memory usage of the
+    /// process.
+    void monitor_memory_usage();
+
+    /// Return MPI Communicator of Logger
+    MPI_Comm mpi_comm()
+    { return _mpi_comm; }
+
+    /// Helper function for reporting memory usage
+    void _report_memory_usage(size_t num_mb);
+
+    /// Helper function for dolfin_debug macro
+    void __debug(std::string msg) const;
+
+    /// Helper function for dolfin_dolfin_assert macro
+    void __dolfin_assert(std::string file, unsigned long line,
+                  std::string function, std::string check) const;
+
+  private:
+
+    // Write message
+    void write(int log_level, std::string msg) const;
+
+    // True iff logging is active
+    bool _active;
+
+    // Current log level
+    int _log_level;
+
+    // Current indentation level
+    int _indentation_level;
+
+    // Optional stream for logging
+    std::ostream* logstream;
+
+    // List of timings for tasks, map from string to
+    // (num_timings, total_wall_time, total_user_time, total_system_time)
+    std::map<std::string, std::tuple<std::size_t, double, double, double>>
+       _timings;
+
+    // Thread used for monitoring memory usage
+    std::unique_ptr<std::thread> _thread_monitor_memory_usage;
+
+    // Maximum memory usage so far
+    long int _maximum_memory_usage;
+
+    // Map for stringifying TimingType
+    static std::map<TimingType, std::string> _TimingType_descr;
+
+    // FIXME: This should be a dolfin::MPI::Comm, the MPI-awareness of
+    //        the logging needs to be fixed.
+    // MPI Communicator
+    MPI_Comm _mpi_comm;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/log/Progress.cpp b/dolfin/log/Progress.cpp
new file mode 100644
index 0000000..66ce082
--- /dev/null
+++ b/dolfin/log/Progress.cpp
@@ -0,0 +1,166 @@
+// Copyright (C) 2003-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Thanks to Jim Tilander for many helpful hints.
+//
+// Modified by Garth N. Wells, 2006.
+// Modified by Ola Skavhaug, 2009.
+//
+// First added:  2003-03-14
+// Last changed: 2011-11-14
+
+#include <dolfin/common/constants.h>
+#include <dolfin/common/timing.h>
+#include "log.h"
+#include "LogManager.h"
+#include "Progress.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+Progress::Progress(std::string title, unsigned int n)
+  : _title(title), _n(n), i(0), t_step(0.5), c_step(1), _p(0), _t(0), tc(0),
+    always(false), finished(false), displayed(false), counter(0)
+{
+  //if (n <= 0)
+  if (n < 0) // We can have procs with zero cells
+  {
+    dolfin_error("Progress.cpp",
+                 "create progress bar",
+                 "Number of steps for progress bar must be positive");
+  }
+
+  // LogManager::logger.progress(title, 0.0);
+  _t = time();
+
+  // When log level is TRACE or lower, always display at least the 100% message
+  if (LogManager::logger().get_log_level() <= TRACE )
+    always = true;
+}
+//-----------------------------------------------------------------------------
+Progress::Progress(std::string title)
+  : _title(title), _n(0), i(0), t_step(0.5), c_step(1), _p(0), _t(0), tc(0),
+    always(false), finished(false), displayed(false), counter(0)
+{
+  // LogManager::logger.progress(title, 0.0);
+  _t = time();
+
+  // When log level is TRACE or lower, always display at least the 100% message
+  if (LogManager::logger().get_log_level() <= TRACE )
+    always = true;
+}
+//-----------------------------------------------------------------------------
+Progress::~Progress()
+{
+  // Display last progress bar if not displayed
+  if (displayed && !finished)
+    LogManager::logger().progress(_title, 1.0);
+}
+//-----------------------------------------------------------------------------
+void Progress::operator=(double p)
+{
+  if (_n != 0)
+  {
+    dolfin_error("Progress.cpp",
+                 "update progress bar",
+                 "Cannot specify value for progress bar with given number of steps");
+  }
+
+  update(p);
+}
+//-----------------------------------------------------------------------------
+void Progress::operator++(int)
+{
+  if (_n == 0)
+  {
+    dolfin_error("Progress.cpp",
+                 "increment progress bar",
+                 "Cannot step progress bar for session with unknown number of steps");
+  }
+
+  if (i < _n)
+    i++;
+
+  update(static_cast<double>(i) / static_cast<double>(_n));
+}
+//-----------------------------------------------------------------------------
+void Progress::update(double p)
+{
+  // FIXME: We should be able to simplify this...
+
+  // Check that enough number of updates have passed so we don't call
+  // time() to often which is costly
+  if (counter++ < c_step)
+    return;
+  counter = 0;
+
+  // Check if we have already finished
+  if (finished)
+    return;
+
+  // Check that enough time has passed since last update
+  const double t = time();
+  const bool t_check = (t - _t >= t_step - DOLFIN_EPS);
+
+  // Adjust counter step
+  const double fraction = 0.1;
+  if (t - this->tc < fraction * t_step)
+    c_step *= 2;
+  else if (t - this->tc > t_step && c_step >= 2)
+    c_step /= 2;
+  this->tc = t;
+
+  // Reset time for next update
+  if (t_check)
+  {
+    _p = p;
+    _t = t;
+  }
+
+  // Assume we want to update the progress
+  bool do_log_update = t_check;
+
+  // Nontrivial check for first update
+  if (t_check && !always && !displayed && p >= 0.7)
+  {
+    // skip the first update, since it will probably reach 100%
+    // before the next time t_check is true
+    do_log_update = false;
+
+    // ...but don't skip the next (pretend we displayed this one)
+    displayed = true;
+  }
+
+  // Nontrivial check for last update
+  if (p >= 1.0)
+  {
+    // always display 100% message if a message has already been shown
+    if (displayed || always)
+      do_log_update = true;
+
+    // ...but don't show more than one
+    finished = true;
+  }
+
+  // Only update when the increase is significant
+  if (do_log_update)
+  {
+    LogManager::logger().progress(_title, p);
+    displayed = true;
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/log/Progress.h b/dolfin/log/Progress.h
new file mode 100644
index 0000000..509be15
--- /dev/null
+++ b/dolfin/log/Progress.h
@@ -0,0 +1,135 @@
+// Copyright (C) 2003-2008 Anders Logg and Jim Tilander
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2003-03-14
+// Last changed: 2010-11-10
+
+#ifndef __PROGRESS_H
+#define __PROGRESS_H
+
+#include <string>
+
+namespace dolfin
+{
+
+  // FIXME: Replace implementation with wrapper for boost::progress_display
+  // FIXME: See http://www.boost.org/doc/libs/1_42_0/libs/timer/timer.htm
+
+  /// This class provides a simple way to create and update progress
+  /// bars during a computation.
+  ///
+  ///     A progress bar may be used either in an iteration with a known number
+  ///     of steps:
+  ///
+  /// @code{.cpp}
+  ///
+  ///         Progress p("Iterating...", n);
+  ///         for (int i = 0; i < n; i++)
+  ///         {
+  ///           ...
+  ///           p++;
+  ///         }
+  /// @endcode
+  ///
+  ///     or in an iteration with an unknown number of steps:
+  ///
+  /// @code{.cpp}
+  ///
+  ///         Progress p("Iterating...");
+  ///         while (t < T)
+  ///         {
+  ///           ...
+  ///           p = t / T;
+  ///         }
+  /// @endcode
+
+  class Progress
+  {
+  public:
+
+    /// Create progress bar with a known number of steps
+    ///
+    /// @param    title (std::string)
+    ///         The title.
+    /// @param    n (unsigned int)
+    ///         Number of steps.
+    Progress(std::string title, unsigned int n);
+
+    /// Create progress bar with an unknown number of steps
+    ///
+    /// @param    title (std::string)
+    ///         The title.
+    Progress(std::string title);
+
+    /// Destructor
+    ~Progress();
+
+    /// Set current position
+    ///
+    /// @param    p (double)
+    ///         The position.
+    void operator=(double p);
+
+    /// Increment progress
+    void operator++(int);
+
+  private:
+
+    // Update progress
+    void update(double p);
+
+    // Title of progress bar
+    std::string _title;
+
+    // Number of steps
+    std::size_t _n;
+
+    // Current position
+    std::size_t i;
+
+    // Minimum time increment
+    double t_step;
+
+    // Minimum counter increment
+    std::size_t c_step;
+
+    // Current progress
+    double _p;
+
+    // Time for latest update
+    double _t;
+
+    // Time for last checking the time
+    double tc;
+
+    // Always visible
+    bool always;
+
+    // Finished flag
+    bool finished;
+
+    // Displayed flag
+    bool displayed;
+
+    // Counter for updates
+    std::size_t counter;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/log/README b/dolfin/log/README
new file mode 100644
index 0000000..7640867
--- /dev/null
+++ b/dolfin/log/README
@@ -0,0 +1,44 @@
+Developer notes for the log library
+-----------------------------------
+
+* Some rules of thumb for the dolfin_error function.
+
+  - The 'task' string should be sufficiently high level ("assemble form")
+    to make sense to a user.
+  - Use the same 'task' string from all errors originating from the same
+    function.
+  - The 'task' string should provide details of which particular algorithm
+    or method that was used ("assemble form using OpenMP assembler").
+  - The 'reason' string should try to explain why the task failed in the
+    context of the task that failed ("subdomains are not yet handled").
+  - Write "initialize mesh function" rather than "initialize MeshFunction".
+
+  Some examples:
+
+  dolfin_error("DofMap.cpp",
+               "create mapping of degrees of freedom",
+               "Mesh is not ordered according to the UFC numbering convention. "
+               "Consider calling mesh.order()");
+
+  dolfin_error("File.cpp",
+               "open file",
+               "Could not create directory \"%s\"",
+               path.parent_path().string().c_str());
+
+  dolfin_error("TriangleCell.cpp",
+               "access number of entities of triangle cell",
+               "Illegal topological dimension (%d)", dim);
+
+  dolfin_error("VTKFile.cpp",
+               "Create VTK file",
+               "Unknown encoding (\"%s\"). "
+               "Known encodings are \"ascii\", \"base64\" and \"compressed\"",
+               encoding.c_str());
+
+  dolfin_error("SubSystemsManager.cpp",
+               "initialize PETSc subsystem",
+               "DOLFIN has not been configured with PETSc support");
+
+  dolfin_error("PETScKrylovSolver.cpp",
+               "solve linear system with PETSc Krylov solver",
+               "Matrix does not have a nonzero number of rows and columns");
diff --git a/dolfin/log/Table.cpp b/dolfin/log/Table.cpp
new file mode 100644
index 0000000..b0235bd
--- /dev/null
+++ b/dolfin/log/Table.cpp
@@ -0,0 +1,358 @@
+// Copyright (C) 2008-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2008-07-19
+// Last changed: 2011-11-15
+
+#include <iomanip>
+#include <iostream>
+#include <sstream>
+
+#include <dolfin/common/constants.h>
+#include <dolfin/log/LogStream.h>
+#include <dolfin/log/log.h>
+#include "Table.h"
+
+using namespace dolfin;
+
+typedef std::vector<std::string>::const_iterator iterator;
+
+//-----------------------------------------------------------------------------
+Table::Table(std::string title, bool right_justify)
+  :  _right_justify(right_justify)
+{
+  rename(title, label());
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Table::~Table()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+TableEntry Table::operator() (std::string row, std::string col)
+{
+  TableEntry entry(row, col, *this);
+  return entry;
+}
+//-----------------------------------------------------------------------------
+void Table::set(std::string row, std::string col, int value)
+{
+  std::stringstream s;
+  s << value;
+  set(row, col, s.str());
+  dvalues[std::make_pair(row, col)] = static_cast<double>(value);
+}
+//-----------------------------------------------------------------------------
+void Table::set(std::string row, std::string col, std::size_t value)
+{
+  std::stringstream s;
+  s << value;
+  set(row, col, s.str());
+  dvalues[std::make_pair(row, col)] = static_cast<double>(value);
+}
+//-----------------------------------------------------------------------------
+void Table::set(std::string row, std::string col, double value)
+{
+  if (std::abs(value) < DOLFIN_EPS)
+    value = 0.0;
+  std::stringstream s;
+  s << std::setprecision(5) << value;
+  set(row, col, s.str());
+  dvalues[std::make_pair(row, col)] = value;
+}
+//-----------------------------------------------------------------------------
+void Table::set(std::string row, std::string col, std::string value)
+{
+  // Add row
+  if (row_set.find(row) == row_set.end())
+  {
+    rows.push_back(row);
+    row_set.insert(row);
+  }
+
+  // Add column
+  if (col_set.find(col) == col_set.end())
+  {
+    cols.push_back(col);
+    col_set.insert(col);
+  }
+
+  // Store value
+  std::pair<std::string, std::string> key(row, col);
+  values[key] = value;
+}
+//-----------------------------------------------------------------------------
+std::string Table::get(std::string row, std::string col) const
+{
+  std::pair<std::string, std::string> key(row, col);
+  std::map<std::pair<std::string, std::string>, std::string>::const_iterator
+    it = values.find(key);
+
+  if (it == values.end())
+  {
+    dolfin_error("Table.cpp",
+                 "access table value",
+                 "Missing table value for entry (\"%s\", \"%s\")",
+                 row.c_str(), col.c_str());
+  }
+
+  return it->second;
+}
+//-----------------------------------------------------------------------------
+double Table::get_value(std::string row, std::string col) const
+{
+  std::pair<std::string, std::string> key(row, col);
+  std::map<std::pair<std::string, std::string>, double>::const_iterator
+    it = dvalues.find(key);
+
+  if (it == dvalues.end())
+  {
+    dolfin_error("Table.cpp",
+                 "access table value",
+                 "Missing double value for entry (\"%s\", \"%s\")",
+                 row.c_str(), col.c_str());
+  }
+
+  return it->second;
+}
+//-----------------------------------------------------------------------------
+/* Removed after storing values as strings instead of double
+Table Table::operator+ (const Table& table) const
+{
+  // Check table sizes
+  if (rows.size() != table.rows.size() || cols.size() != table.cols.size())
+  {
+    dolfin_error("Table.cpp",
+                 "add tables",
+                 "Dimension mismatch for addition of tables");
+  }
+
+  // Add tables
+  Table t;
+  for (iterator i = rows.begin(); i !=rows.end(); i++)
+    for (iterator j = cols.begin(); j != cols.end(); j++)
+      t.set(*i, *j, get(*i, *j) + table.get(*i, *j));
+
+  return t;
+}
+//-----------------------------------------------------------------------------
+Table Table::operator- (const Table& table) const
+{
+  // Check table sizes
+  if (rows.size() != table.rows.size() || cols.size() != table.cols.size())
+  {
+    dolfin_error("Table.cpp",
+                 "subtract tables",
+                 "Dimension mismatch for addition of tables");
+  }
+
+  // Add tables
+  Table t;
+  for (iterator i = rows.begin(); i !=rows.end(); i++)
+    for (iterator j = cols.begin(); j != cols.end(); j++)
+      t.set(*i, *j, get(*i, *j) - table.get(*i, *j));
+
+  return t;
+}
+*/
+//-----------------------------------------------------------------------------
+const Table& Table::operator= (const Table& table)
+{
+  rename(table.name(), label());
+  _right_justify = table._right_justify;
+
+  rows = table.rows;
+  row_set = table.row_set;
+
+  cols = table.cols;
+  col_set = table.col_set;
+
+  values = table.values;
+  dvalues = table.dvalues;
+
+  return *this;
+}
+//-----------------------------------------------------------------------------
+std::string Table::str(bool verbose) const
+{
+  std::stringstream s;
+
+  if (verbose)
+  {
+    std::vector<std::vector<std::string>> tvalues;
+    std::vector<std::size_t> col_sizes;
+
+    // Format values and compute column sizes
+    col_sizes.push_back(name().size());
+    for (std::size_t j = 0; j < cols.size(); j++)
+      col_sizes.push_back(cols[j].size());
+    for (std::size_t i = 0; i < rows.size(); i++)
+    {
+      tvalues.push_back(std::vector<std::string>());
+      col_sizes[0] = std::max(col_sizes[0], rows[i].size());
+      for (std::size_t j = 0; j < cols.size(); j++)
+      {
+        std::string value = get(rows[i], cols[j]);
+        tvalues[i].push_back(value);
+        col_sizes[j + 1] = std::max(col_sizes[j + 1], value.size());
+      }
+    }
+    std::size_t row_size = 2*col_sizes.size() + 1;
+    for (std::size_t j = 0; j < col_sizes.size(); j++)
+      row_size += col_sizes[j];
+
+    // Stay silent if no data
+    if (tvalues.empty())
+      return "";
+
+    // Write table
+    s << name();
+    for (std::size_t k = 0; k < col_sizes[0] - name().size(); k++)
+      s << " ";
+    s << "  |";
+    for (std::size_t j = 0; j < cols.size(); j++)
+    {
+      if (_right_justify)
+      {
+        for (std::size_t k = 0; k < col_sizes[j + 1] - cols[j].size(); k++)
+          s << " ";
+        s << "  " << cols[j];
+      }
+      else
+      {
+        s << "  " << cols[j];
+        for (std::size_t k = 0; k < col_sizes[j + 1] - cols[j].size(); k++)
+          s << " ";
+      }
+    }
+    s << "\n";
+    for (std::size_t k = 0; k < row_size; k++)
+      s << "-";
+    for (std::size_t i = 0; i < rows.size(); i++)
+    {
+      s << "\n";
+      s << rows[i];
+      for (std::size_t k = 0; k < col_sizes[0] - rows[i].size(); k++)
+        s << " ";
+      s << "  |";
+      for (std::size_t j = 0; j < cols.size(); j++)
+      {
+        if (_right_justify)
+        {
+          for (std::size_t k = 0; k < col_sizes[j + 1] - tvalues[i][j].size(); k++)
+            s << " ";
+          s << "  " << tvalues[i][j];
+        }
+        else
+        {
+          s << "  " << tvalues[i][j];
+          for (std::size_t k = 0; k < col_sizes[j + 1] - tvalues[i][j].size(); k++)
+            s << " ";
+        }
+      }
+    }
+  }
+  else
+  {
+    s << "<Table of size " << rows.size() << " x " << cols.size() << ">";
+  }
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+std::string Table::str_latex() const
+{
+  if (rows.empty() || cols.empty())
+    return "Empty table";
+
+  std::stringstream s;
+
+  s << name() << "\n";
+  s << "\\begin{center}\n";
+  s << "\\begin{tabular}{|l|";
+  for (std::size_t j = 0; j < cols.size(); j++)
+    s << "|c";
+  s << "|}\n";
+  s << "\\hline\n";
+  s << "& ";
+  for (std::size_t j = 0; j < cols.size(); j++)
+  {
+    if (j < cols.size() - 1)
+      s << cols[j] << " & ";
+    else
+      s << cols[j] << " \\\\\n";
+  }
+  s << "\\hline\\hline\n";
+  for (std::size_t i = 0; i < rows.size(); i++)
+  {
+    s << rows[i] << " & ";
+    for (std::size_t j = 0; j < cols.size(); j++)
+    {
+      if (j < cols.size() - 1)
+        s << get(rows[i], cols[j]) << " & ";
+      else
+        s << get(rows[i], cols[j]) << " \\\\\n";
+    }
+    s << "\\hline\n";
+  }
+  s << "\\end{tabular}\n";
+  s << "\\end{center}\n";
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+TableEntry::TableEntry(std::string row, std::string col, Table& table)
+  : _row(row), _col(col), _table(table)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+TableEntry::~TableEntry()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+const TableEntry& TableEntry::operator= (std::size_t value)
+{
+  _table.set(_row, _col, value);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const TableEntry& TableEntry::operator= (int value)
+{
+  _table.set(_row, _col, value);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const TableEntry& TableEntry::operator= (double value)
+{
+  _table.set(_row, _col, value);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const TableEntry& TableEntry::operator= (std::string value)
+{
+  _table.set(_row, _col, value);
+  return *this;
+}
+//-----------------------------------------------------------------------------
+TableEntry::operator std::string() const
+{
+  return _table.get(_row, _col);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/log/Table.h b/dolfin/log/Table.h
new file mode 100644
index 0000000..b8f6e64
--- /dev/null
+++ b/dolfin/log/Table.h
@@ -0,0 +1,158 @@
+// Copyright (C) 2008-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2008-07-19
+// Last changed: 2011-10-07
+
+#ifndef __TABLE_H
+#define __TABLE_H
+
+#include <map>
+#include <set>
+#include <vector>
+#include <dolfin/common/Variable.h>
+
+namespace dolfin
+{
+  class MPI;
+  class XMLTable;
+  class TableEntry;
+
+  /// This class provides storage and pretty-printing for tables.
+  /// Example usage:
+  ///
+  ///   Table table("Timings");
+  ///
+  ///   table("Eigen",  "Assemble") = 0.010;
+  ///   table("Eigen",  "Solve")    = 0.020;
+  ///   table("PETSc",  "Assemble") = 0.011;
+  ///   table("PETSc",  "Solve")    = 0.019;
+  ///   table("Tpetra", "Assemble") = 0.012;
+  ///   table("Tpetra", "Solve")    = 0.018;
+  ///
+  ///   info(table);
+
+  class Table : public Variable
+  {
+  public:
+
+    /// Create empty table
+    Table(std::string title="", bool right_justify=true);
+
+    /// Destructor
+    ~Table();
+
+    /// Return table entry
+    TableEntry operator() (std::string row, std::string col);
+
+    /// Set value of table entry
+    void set(std::string row, std::string col, int value);
+
+    /// Set value of table entry
+    void set(std::string row, std::string col, std::size_t value);
+
+    /// Set value of table entry
+    void set(std::string row, std::string col, double value);
+
+    /// Set value of table entry
+    void set(std::string row, std::string col, std::string value);
+
+    /// Get value of table entry
+    std::string get(std::string row, std::string col) const;
+
+    /// Get value of table entry
+    double get_value(std::string row, std::string col) const;
+
+    /// Assignment operator
+    const Table& operator= (const Table& table);
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+    /// Return informal string representation for LaTeX
+    std::string str_latex() const;
+
+  private:
+
+    // Rows
+    std::vector<std::string> rows;
+    std::set<std::string> row_set;
+
+    // Columns
+    std::vector<std::string> cols;
+    std::set<std::string> col_set;
+
+    // Table values as strings
+    std::map<std::pair<std::string, std::string>, std::string> values;
+
+    // Table values as doubles
+    std::map<std::pair<std::string, std::string>, double> dvalues;
+
+    // True if we should right-justify the table entries
+    bool _right_justify;
+
+    // Allow MPI::all_reduce accessing dvalues
+    friend class MPI;
+
+    // Allow XMLTable accessing data
+    friend class XMLTable;
+
+  };
+
+  /// This class represents an entry in a Table
+
+  class TableEntry
+  {
+  public:
+
+    /// Create table entry
+    TableEntry(std::string row, std::string col, Table& table);
+
+    /// Destructor
+    ~TableEntry();
+
+    /// Assign value to table entry
+    const TableEntry& operator= (std::size_t value);
+
+    /// Assign value to table entry
+    const TableEntry& operator= (int value);
+
+    /// Assign value to table entry
+    const TableEntry& operator= (double value);
+
+    /// Assign value to table entry
+    const TableEntry& operator= (std::string value);
+
+    /// Cast to entry value
+    operator std::string() const;
+
+  private:
+
+    // Row
+    std::string _row;
+
+    // Column
+    std::string _col;
+
+    // Table
+    Table& _table;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/log/dolfin_log.h b/dolfin/log/dolfin_log.h
new file mode 100644
index 0000000..4ac7c6b
--- /dev/null
+++ b/dolfin/log/dolfin_log.h
@@ -0,0 +1,13 @@
+#ifndef __DOLFIN_LOG_H
+#define __DOLFIN_LOG_H
+
+/// DOLFIN log interface
+
+#include <dolfin/log/log.h>
+#include <dolfin/log/Event.h>
+#include <dolfin/log/LogStream.h>
+#include <dolfin/log/Progress.h>
+#include <dolfin/log/Table.h>
+#include <dolfin/log/LogLevel.h>
+
+#endif
diff --git a/dolfin/log/log.cpp b/dolfin/log/log.cpp
new file mode 100644
index 0000000..b33568a
--- /dev/null
+++ b/dolfin/log/log.cpp
@@ -0,0 +1,233 @@
+// Copyright (C) 2003-2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Thanks to Jim Tilander for many helpful hints.
+//
+// Modified by Ola Skavhaug 2007
+// Modified by Garth N. Wells 2009
+//
+// First added:  2003-03-13
+// Last changed: 2016-06-10
+
+#include <cstdarg>
+#include <cstdlib>
+#include <iostream>
+#include <memory>
+#include <sstream>
+#include <stdarg.h>
+#include <stdio.h>
+
+#include <dolfin/common/constants.h>
+#include <dolfin/common/Variable.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/parameter/Parameters.h>
+#include "LogManager.h"
+#include "log.h"
+
+using namespace dolfin;
+
+static std::unique_ptr<char[]> buffer;
+static unsigned int buffer_size= 0;
+
+// Buffer allocation
+void allocate_buffer(std::string msg)
+{
+  // va_list, start, end require a char pointer of fixed size so we
+  // need to allocate the buffer here. We allocate twice the size of
+  // the format string and at least DOLFIN_LINELENGTH. This should be
+  // ok in most cases.
+  unsigned int new_size = std::max(static_cast<unsigned int>(2*msg.size()),
+                                   static_cast<unsigned int>(DOLFIN_LINELENGTH));
+  //static_cast<unsigned int>(DOLFIN_LINELENGTH));
+  if (new_size > buffer_size)
+  {
+    buffer.reset(new char[new_size]);
+    buffer_size = new_size;
+  }
+}
+
+// Macro for parsing arguments
+#define read(buffer, msg) \
+  allocate_buffer(msg); \
+  va_list aptr; \
+  va_start(aptr, msg); \
+  vsnprintf(buffer, buffer_size, msg.c_str(), aptr); \
+  va_end(aptr);
+
+//-----------------------------------------------------------------------------
+void dolfin::info(std::string msg, ...)
+{
+  if (!LogManager::logger().is_active())
+    return; // optimization
+  read(buffer.get(), msg);
+  LogManager::logger().log(buffer.get());
+}
+//-----------------------------------------------------------------------------
+void dolfin::info(const Variable& variable, bool verbose)
+{
+  if (!LogManager::logger().is_active())
+    return; // optimization
+  info(variable.str(verbose));
+}
+//-----------------------------------------------------------------------------
+void dolfin::info(const Parameters& parameters, bool verbose)
+{
+  // Need separate function for Parameters since we can't make Parameters
+  // a subclass of Variable (gives cyclic dependencies)
+
+  if (!LogManager::logger().is_active())
+    return; // optimization
+  info(parameters.str(verbose));
+}
+//-----------------------------------------------------------------------------
+void dolfin::info_stream(std::ostream& out, std::string msg)
+{
+  if (!LogManager::logger().is_active())
+    return; // optimization
+  std::ostream& old_out = LogManager::logger().get_output_stream();
+  LogManager::logger().set_output_stream(out);
+  LogManager::logger().log(msg);
+  LogManager::logger().set_output_stream(old_out);
+}
+//-----------------------------------------------------------------------------
+void dolfin::info_underline(std::string msg, ...)
+{
+  if (!LogManager::logger().is_active())
+    return; // optimization
+  read(buffer.get(), msg);
+  LogManager::logger().log_underline(buffer.get());
+}
+//-----------------------------------------------------------------------------
+void dolfin::warning(std::string msg, ...)
+{
+  if (!LogManager::logger().is_active())
+    return; // optimization
+  read(buffer.get(), msg);
+  LogManager::logger().warning(buffer.get());
+}
+//-----------------------------------------------------------------------------
+void dolfin::error(std::string msg, ...)
+{
+  read(buffer.get(), msg);
+  LogManager::logger().error(buffer.get());
+}
+//-----------------------------------------------------------------------------
+void dolfin::dolfin_error(std::string location,
+                          std::string task,
+                          std::string reason, ...)
+{
+  read(buffer.get(), reason);
+  LogManager::logger().dolfin_error(location, task, buffer.get());
+}
+//-----------------------------------------------------------------------------
+void dolfin::deprecation(std::string feature,
+                         std::string version_deprecated,
+                         std::string message, ...)
+{
+  read(buffer.get(), message);
+  LogManager::logger().deprecation(feature, version_deprecated, buffer.get());
+}
+//-----------------------------------------------------------------------------
+void dolfin::log(int log_level, std::string msg, ...)
+{
+  if (!LogManager::logger().is_active())
+    return; // optimization
+  read(buffer.get(), msg);
+  LogManager::logger().log(buffer.get(), log_level);
+}
+//-----------------------------------------------------------------------------
+void dolfin::begin(std::string msg, ...)
+{
+  if (!LogManager::logger().is_active())
+    return; // optimization
+  read(buffer.get(), msg);
+  LogManager::logger().begin(buffer.get());
+}
+//-----------------------------------------------------------------------------
+void dolfin::begin(int log_level, std::string msg, ...)
+{
+  if (!LogManager::logger().is_active()) return; // optimization
+  read(buffer.get(), msg);
+  LogManager::logger().begin(buffer.get(), log_level);
+}
+//-----------------------------------------------------------------------------
+void dolfin::end()
+{
+  if (!LogManager::logger().is_active())
+    return; // optimization
+  LogManager::logger().end();
+}
+//-----------------------------------------------------------------------------
+void dolfin::set_log_active(bool active)
+{
+  LogManager::logger().set_log_active(active);
+}
+//-----------------------------------------------------------------------------
+void dolfin::set_log_level(int level)
+{
+  LogManager::logger().set_log_level(level);
+}
+//-----------------------------------------------------------------------------
+void dolfin::set_indentation_level(std::size_t indentation_level)
+{
+  LogManager::logger().set_indentation_level(indentation_level);
+}
+//-----------------------------------------------------------------------------
+void dolfin::set_output_stream(std::ostream& out)
+{
+  LogManager::logger().set_output_stream(out);
+}
+//-----------------------------------------------------------------------------
+int dolfin::get_log_level()
+{
+  return LogManager::logger().get_log_level();
+}
+//-----------------------------------------------------------------------------
+void dolfin::monitor_memory_usage()
+{
+  LogManager::logger().monitor_memory_usage();
+}
+//-----------------------------------------------------------------------------
+void dolfin::not_working_in_parallel(std::string what)
+{
+  if (MPI::size(MPI_COMM_WORLD) > 1)
+  {
+    dolfin_error("log.cpp",
+                 "perform operation in parallel",
+                 "%s is not yet working in parallel.\n"
+                 "***          Consider filing a bug report at %s",
+                 what.c_str(), "https://bitbucket.org/fenics-project/dolfin/issues");
+  }
+}
+//-----------------------------------------------------------------------------
+void dolfin::__debug(std::string file, unsigned long line,
+                     std::string function, std::string format, ...)
+{
+  read(buffer.get(), format);
+  std::ostringstream ost;
+  ost << "[at " << file << ":" << line << " in " << function << "()]";
+  LogManager::logger().__debug(ost.str());
+  std::string msg = std::string(buffer.get());
+  LogManager::logger().__debug(msg);
+}
+//-----------------------------------------------------------------------------
+void dolfin::__dolfin_assert(std::string file, unsigned long line,
+                      std::string function, std::string check)
+{
+  LogManager::logger().__dolfin_assert(file, line, function, check);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/log/log.h b/dolfin/log/log.h
new file mode 100644
index 0000000..68e9eb5
--- /dev/null
+++ b/dolfin/log/log.h
@@ -0,0 +1,184 @@
+// Copyright (C) 2003-2016 Anders Logg and Jim Tilander
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Ola Skavhaug 2007, 2009
+//
+// First added:  2003-03-13
+// Last changed: 2016-06-10
+
+#ifndef __LOG_H
+#define __LOG_H
+
+#include <string>
+#include "LogLevel.h"
+
+namespace dolfin
+{
+
+  class Variable;
+  class Parameters;
+
+  /// The DOLFIN log system provides the following set of functions for
+  /// uniform handling of log messages, warnings and errors. In addition,
+  /// macros are provided for debug messages and dolfin_assertions.
+  ///
+  /// Only messages with a debug level higher than or equal to the current
+  /// log level are printed (the default being zero). Logging may also be
+  /// turned off by calling set_log_active(false).
+
+  /// Print message
+  void info(std::string msg, ...);
+
+  /// Print parameter (using output of str() method)
+  void info(const Parameters& parameters, bool verbose=false);
+
+  /// Print variable (using output of str() method)
+  void info(const Variable& variable, bool verbose=false);
+
+  /// Print message to stream
+  void info_stream(std::ostream& out, std::string msg);
+
+  /// Print underlined message
+  void info_underline(std::string msg, ...);
+
+  /// Print warning
+  void warning(std::string msg, ...);
+
+  /// Print error message and throw an exception.
+  /// Note to developers: this function should not be used internally
+  /// in DOLFIN. Use the more informative dolfin_error instead.
+  void error(std::string msg, ...);
+
+  /// Print error message. Prefer this to the above generic error message.
+  ///
+  /// *Arguments*
+  ///     location (std::string)
+  ///         Name of the file from which the error message was generated.
+  ///     task (std::string)
+  ///         Name of the task that failed.
+  ///         Note that this string should begin with lowercase.
+  ///         Note that this string should not be punctuated.
+  ///     reason (std::string)
+  ///         A format string explaining the reason for the failure.
+  ///         Note that this string should begin with uppercase.
+  ///         Note that this string should not be punctuated.
+  ///         Note that this string may contain printf style formatting.
+  ///     ... (primitive types like int, std::size_t, double, bool)
+  ///         Optional arguments for the format string.
+  ///
+  /// Developers should read the file dolfin/log/README in the DOLFIN
+  /// source tree for further notes about the use of this function.
+  void dolfin_error(std::string location,
+                    std::string task,
+                    std::string reason, ...);
+
+  /// Issue deprecation warning for removed feature
+  ///
+  /// *Arguments*
+  ///     feature (std::string)
+  ///        Name of the feature that has been removed.
+  ///     version_deprecated (std::string)
+  ///        Version number of the release in which the feature is deprecated.
+  ///     message (std::string)
+  ///        A format string explaining the deprecation.
+  void deprecation(std::string feature,
+                   std::string version_deprecated,
+                   std::string message, ...);
+
+  /// Print message at given debug level
+  void log(int debug_level, std::string msg, ...);
+
+  /// Begin task (increase indentation level)
+  void begin(std::string msg, ...);
+
+  /// Begin task (increase indentation level)
+  void begin(int debug_level, std::string msg, ...);
+
+  /// End task (decrease indentation level)
+  void end();
+
+  /// Turn logging on or off
+  void set_log_active(bool active=true);
+
+  /// Set log level
+  void set_log_level(int level);
+
+  /// Set indentation level
+  void set_indentation_level(std::size_t indentation_level);
+
+  /// Set output stream
+  void set_output_stream(std::ostream& out);
+
+  /// Get log level
+  int get_log_level();
+
+  /// Monitor memory usage. Call this function at the start of a
+  /// program to continuously monitor the memory usage of the process.
+  void monitor_memory_usage();
+
+  /// Report that functionality has not (yet) been implemented to work
+  /// in parallel
+  void not_working_in_parallel(std::string what);
+
+  // Helper function for dolfin_debug macro
+  void __debug(std::string file,
+               unsigned long line,
+               std::string function,
+               std::string format, ...);
+
+  // Helper function for dolfin_dolfin_assert macro
+  void __dolfin_assert(std::string file,
+                unsigned long line,
+                std::string function,
+                std::string check);
+
+}
+
+// The following three macros are the only "functions" in DOLFIN
+// named dolfin_foo. Other functions can be placed inside the
+// DOLFIN namespace and therefore don't require a prefix.
+
+// Debug macros (with varying number of arguments)
+#define dolfin_debug(msg)                  do { dolfin::__debug(__FILE__, __LINE__, __FUNCTION__, msg); } while (false)
+#define dolfin_debug1(msg, a0)             do { dolfin::__debug(__FILE__, __LINE__, __FUNCTION__, msg, a0); } while (false)
+#define dolfin_debug2(msg, a0, a1)         do { dolfin::__debug(__FILE__, __LINE__, __FUNCTION__, msg, a0, a1); } while (false)
+#define dolfin_debug3(msg, a0, a1, a2)     do { dolfin::__debug(__FILE__, __LINE__, __FUNCTION__, msg, a0, a1, a2); } while (false)
+#define dolfin_debug4(msg, a0, a1, a2, a3) do { dolfin::__debug(__FILE__, __LINE__, __FUNCTION__, msg, a0, a1, a2, a3); } while (false)
+
+// Not implemented error, reporting function name and line number
+#define dolfin_not_implemented() \
+  do { \
+    dolfin::dolfin_error("log.h", \
+                 "perform call to DOLFIN function", \
+                 "The function %s has not been implemented (in %s line %d)", \
+                 __FUNCTION__, __FILE__, __LINE__); \
+  } while (false)
+
+// Assertion, only active if DEBUG is defined
+#ifdef DEBUG
+#define dolfin_assert(check) \
+  do { \
+    if (!(check)) \
+    { \
+      dolfin::__dolfin_assert(__FILE__, __LINE__, __FUNCTION__, #check);    \
+    } \
+  } while (false)
+#else
+#define dolfin_assert(check)
+#endif
+
+#endif
diff --git a/dolfin/math/CMakeLists.txt b/dolfin/math/CMakeLists.txt
new file mode 100644
index 0000000..206dc83
--- /dev/null
+++ b/dolfin/math/CMakeLists.txt
@@ -0,0 +1,12 @@
+set(HEADERS
+  basic.h
+  dolfin_math.h
+  Lagrange.h
+  Legendre.h
+  PARENT_SCOPE)
+
+set(SOURCES
+  basic.cpp
+  Lagrange.cpp
+  Legendre.cpp
+  PARENT_SCOPE)
diff --git a/dolfin/math/Lagrange.cpp b/dolfin/math/Lagrange.cpp
new file mode 100644
index 0000000..4e8d887
--- /dev/null
+++ b/dolfin/math/Lagrange.cpp
@@ -0,0 +1,180 @@
+// Copyright (C) 2003-2008 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2006.
+// Modified by Benjamin Kehlet, 2009
+//
+// First added:  2003-06-12
+// Last changed: 2009-03-20
+
+#include <cmath>
+#include <dolfin/common/constants.h>
+#include "Lagrange.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+Lagrange::Lagrange(std::size_t q) : _q(q), counter(0), points(q + 1, 0.0),
+   instability_detected("Warning: Lagrange polynomial is not numerically stable. The degree is too high.")
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Lagrange::Lagrange(const Lagrange& p) : _q(p._q), counter(p.counter),
+    points(p.points), instability_detected(p.instability_detected)
+{
+  if (counter == size())
+    init();
+}
+//-----------------------------------------------------------------------------
+void Lagrange::set(std::size_t i, double x)
+{
+  dolfin_assert(i <= _q);
+
+  points[i] = x;
+
+  counter++;
+  if (counter == size())
+    init();
+}
+//-----------------------------------------------------------------------------
+std::size_t Lagrange::size() const
+{
+  return points.size();
+}
+//-----------------------------------------------------------------------------
+std::size_t Lagrange::degree() const
+{
+  return _q;
+}
+//-----------------------------------------------------------------------------
+double Lagrange::point(std::size_t i) const
+{
+  dolfin_assert(i < points.size());
+  return points[i];
+}
+//-----------------------------------------------------------------------------
+double Lagrange::operator() (std::size_t i, double x)
+{
+  return eval(i, x);
+}
+//-----------------------------------------------------------------------------
+double Lagrange::eval(std::size_t i, double x)
+{
+  dolfin_assert(i < points.size());
+
+  double product(constants[i]);
+  for (std::size_t j = 0; j < points.size(); j++)
+  {
+    if (j != i)
+      product *= x - points[j];
+  }
+
+  return product;
+}
+//-----------------------------------------------------------------------------
+double Lagrange::ddx(std::size_t i, double x)
+{
+  dolfin_assert(i < points.size());
+
+  double s(0.0);
+  double prod(1.0);
+  bool x_equals_point = false;
+
+  for (std::size_t j = 0; j < points.size(); ++j)
+  {
+    if (j != i)
+    {
+      double t = x - points[j];
+      if (std::abs(t) < DOLFIN_EPS)
+        x_equals_point = true;
+      else
+      {
+        s += 1/t;
+        prod *= t;
+      }
+    }
+  }
+
+  if (x_equals_point)
+    return prod*constants[i];
+  else
+    return prod*constants[i]*s;
+}
+//-----------------------------------------------------------------------------
+double Lagrange::dqdx(std::size_t i)
+{
+  double product = constants[i];
+  for (std::size_t j = 1; j <= _q; j++)
+    product *= (double) j;
+
+  return product;
+}
+//-----------------------------------------------------------------------------
+std::string Lagrange::str(bool verbose) const
+{
+  std::stringstream s;
+
+  if (verbose)
+  {
+    s << str(false) << std::endl << std::endl;
+    for (std::size_t i = 0; i < points.size(); i++)
+      s << "  x[" << i << "] = " << points[i];
+  }
+  else
+  {
+    s << "<Lagrange polynomial of degree " << _q << " with "
+          << points.size() << " points>";
+  }
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+void Lagrange::init()
+{
+  // Note: this will be computed when n nodal points have been set,
+  // assuming they are distinct. Precomputing the constants has a downside
+  // wrt to numerical stability, since the constants will decrease as
+  // the degree increases (and for high order be less than epsilon.
+
+  constants.resize(points.size());
+
+  // Compute constants
+  for (std::size_t i = 0; i < points.size(); i++)
+  {
+    double product = 1.0;
+    for (std::size_t j = 0; j < points.size(); j++)
+    {
+      if (j != i)
+      {
+        if (std::abs(points[i] - points[j]) < DOLFIN_EPS)
+        {
+          dolfin_error("Lagrange.cpp",
+                       "create Lagrange polynomial",
+                       "Nodal points are not distinct");
+        }
+        product *= points[i] - points[j];
+      }
+    }
+
+    if (std::abs(product) < DOLFIN_EPS)
+      instability_detected();
+
+    constants[i] = 1.0/product;
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/math/Lagrange.h b/dolfin/math/Lagrange.h
new file mode 100644
index 0000000..573f4ad
--- /dev/null
+++ b/dolfin/math/Lagrange.h
@@ -0,0 +1,119 @@
+// Copyright (C) 2003-2005 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2003-06-12
+// Last changed: 2009-09-08
+
+#ifndef __LAGRANGE_H
+#define __LAGRANGE_H
+
+#include <vector>
+
+#include <dolfin/log/Event.h>
+#include <dolfin/common/Variable.h>
+
+namespace dolfin
+{
+  /// Lagrange polynomial (basis) with given degree q determined by
+  /// n = q + 1 nodal points.
+  ///
+  /// Example: q = 1 (n = 2)
+  ///
+  ///   Lagrange p(1);
+  ///   p.set(0, 0.0);
+  ///   p.set(1, 1.0);
+  ///
+  /// It is the callers responsibility that the points are distinct.
+  ///
+  /// This creates a Lagrange polynomial (actually two Lagrange
+  /// polynomials):
+  ///
+  ///   p(0,x) = 1 - x   (one at x = 0, zero at x = 1)
+  ///   p(1,x) = x       (zero at x = 0, one at x = 1)
+  ///
+
+
+  class Lagrange : public Variable
+  {
+  public:
+
+    /// Constructor
+    Lagrange(std::size_t q);
+
+    /// Copy constructor
+    Lagrange(const Lagrange& p);
+
+    /// Specify point
+    /// @param i (std::size_t)
+    /// @param x (double)
+    void set(std::size_t i, double x);
+
+    /// Return number of points
+    /// @return std::size_t
+    std::size_t size() const;
+
+    /// Return degree
+    /// @return std::size_t
+    std::size_t degree() const;
+
+    /// Return point
+    /// @param i (std::size_t)
+    double point(std::size_t i) const;
+
+    /// Return value of polynomial i at given point x
+    /// @param i (std::size_t)
+    /// @param x (double)
+    double operator() (std::size_t i, double x);
+
+    /// Return value of polynomial i at given point x
+    /// @param i (std::size_t)
+    /// @param x (double)
+    double eval(std::size_t i, double x);
+
+    /// Return derivate of polynomial i at given point x
+    /// @param i (std::size_t)
+    /// @param x (double)
+    double ddx(std::size_t i, double x);
+
+    /// Return derivative q (a constant) of polynomial
+    /// @param i (std::size_t)
+    double dqdx(std::size_t i);
+
+    /// Return informal string representation (pretty-print)
+    /// @param verbose (bool)
+    ///   Verbosity of output string
+    std::string str(bool verbose) const;
+
+  private:
+
+    void init();
+
+    const std::size_t _q;
+
+    // Counts the number of time set has been called to determine when
+    // init should be called
+    std::size_t counter;
+
+    std::vector<double> points;
+    std::vector<double> constants;
+
+    Event instability_detected;
+  };
+
+}
+
+#endif
diff --git a/dolfin/math/Legendre.cpp b/dolfin/math/Legendre.cpp
new file mode 100644
index 0000000..6df58d0
--- /dev/null
+++ b/dolfin/math/Legendre.cpp
@@ -0,0 +1,49 @@
+// Copyright (C) 2003-2008 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Benjamin Kehlet
+//
+// First added:  2003-06-03
+// Last changed: 2009-02-17
+
+#include <cmath>
+#include <boost/math/special_functions/legendre.hpp>
+
+#include <dolfin/common/constants.h>
+#include <dolfin/log/log.h>
+#include "Legendre.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+double Legendre::eval(std::size_t n, double x)
+{
+  return boost::math::legendre_p(n, x);
+}
+//-----------------------------------------------------------------------------
+double Legendre::ddx(std::size_t n, double x)
+{
+  dolfin_assert(1.0 - x*x > 0.0);
+  return -boost::math::legendre_p(n, 1, x)/(std::sqrt(1.0 - x*x));
+}
+//-----------------------------------------------------------------------------
+double Legendre::d2dx(std::size_t n, double x)
+{
+  dolfin_assert(1.0 - x*x != 0.0);
+  return boost::math::legendre_p(n, 2, x)/(1.0 - x*x);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/math/Legendre.h b/dolfin/math/Legendre.h
new file mode 100644
index 0000000..9c3f041
--- /dev/null
+++ b/dolfin/math/Legendre.h
@@ -0,0 +1,66 @@
+// Copyright (C) 2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-06-01
+// Last changed:
+
+#ifndef __LEGENDRE_H
+#define __LEGENDRE_H
+
+#include <cstddef>
+
+namespace dolfin
+{
+
+  /// Interface for computing Legendre polynomials via Boost.
+
+  class Legendre
+  {
+  public:
+
+    /// Evaluate polynomial of order n at point x
+    /// @param n (std::size_t)
+    ///   Order
+    /// @param x (double)
+    ///   Point
+    /// @return double
+    ///   Legendre polynomial value at x
+    static double eval(std::size_t n, double x);
+
+    /// Evaluate first derivative of polynomial of order n at point x
+    /// @param n (std::size_t)
+    ///   Order
+    /// @param x (double)
+    ///   Point
+    /// @return double
+    ///   Legendre polynomial derivative value at x
+    static double ddx(std::size_t n, double x);
+
+    /// Evaluate second derivative of polynomial of order n at point x
+    /// @param n (std::size_t)
+    ///   Order
+    /// @param x (double)
+    ///   Point
+    /// @return double
+    ///   Legendre polynomial 2nd derivative value at x
+    static double d2dx(std::size_t n, double x);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/math/basic.cpp b/dolfin/math/basic.cpp
new file mode 100644
index 0000000..a80affe
--- /dev/null
+++ b/dolfin/math/basic.cpp
@@ -0,0 +1,89 @@
+// Copyright (C) 2003-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells 2005-2011.
+//
+// First added:  2003-02-06
+// Last changed: 2011-07-01
+
+#include <time.h>
+#include <cstdlib>
+#include <cmath>
+#include <dolfin/common/constants.h>
+#include <dolfin/log/log.h>
+#include "basic.h"
+
+using namespace dolfin;
+
+namespace dolfin
+{
+  /// Flag to determine whether to reseed dolfin::rand().
+  /// Normally on first call.
+  bool rand_seeded = false;
+}
+
+//-----------------------------------------------------------------------------
+std::size_t dolfin::ipow(std::size_t a, std::size_t n)
+{
+  // Treat special case a==0
+  if (a == 0)
+  {
+    if (n == 0)
+    {
+      // size_t does not have NaN, raise error
+      dolfin_error("math/basic.cpp",
+                   "take power ipow(0, 0)",
+                   "ipow(0, 0) does not have a sense");
+    }
+    return 0;
+  }
+
+  std::size_t p = 1;
+  // NOTE: Overflow not checked! Use __builtin_mul_overflow when
+  //       GCC >= 5, Clang >= 3.8 is required!
+  for (std::size_t i = 0; i < n; i++)
+    p *= a;
+  return p;
+}
+//-----------------------------------------------------------------------------
+double dolfin::rand()
+{
+  if (!rand_seeded)
+  {
+    unsigned int s = static_cast<long int>(time(0));
+    std::srand(s);
+    rand_seeded = true;
+  }
+  return static_cast<double>(std::rand()) / static_cast<double>(RAND_MAX);
+}
+//-----------------------------------------------------------------------------
+void dolfin::seed(std::size_t s)
+{
+  std::srand(s);
+  rand_seeded = true;
+}
+//-----------------------------------------------------------------------------
+bool dolfin::near(double x, double x0, double eps)
+{
+  return x0 - eps <= x && x <= x0 + eps;
+}
+//-----------------------------------------------------------------------------
+bool dolfin::between(double x, std::pair<double, double> range)
+{
+  return range.first - DOLFIN_EPS <= x && x <= range.second + DOLFIN_EPS;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/math/basic.h b/dolfin/math/basic.h
new file mode 100644
index 0000000..1f1c165
--- /dev/null
+++ b/dolfin/math/basic.h
@@ -0,0 +1,70 @@
+// Copyright (C) 2003-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2003-02-06
+// Last changed: 2011-07-01
+
+#ifndef __BASIC_H
+#define __BASIC_H
+
+#include <cstddef>
+#include <utility>
+#include <dolfin/common/constants.h>
+
+namespace dolfin
+{
+  /// Return a to the power n.
+  /// NOTE: Overflow is not checked!
+  /// @param a (std::size_t)
+  ///   Value
+  /// @param n (std::size_t)
+  ///   Power
+  /// @return std::size_t
+  std::size_t ipow(std::size_t a, std::size_t n);
+
+  /// Return a random number, uniformly distributed between [0.0, 1.0)
+  /// @return double
+  double rand();
+
+  /// Seed random number generator
+  /// @param s (std::size_t)
+  ///   Seed value
+  void seed(std::size_t s);
+
+  /// Check whether x is close to x0 (to within DOLFIN_EPS)
+  /// @param x (double)
+  ///    First value
+  /// @param x0 (double)
+  ///    Second value
+  /// @param eps (double)
+  ///   Tolerance
+  /// @return bool
+  bool near(double x, double x0, double eps=DOLFIN_EPS);
+
+  // FIXME: This should not involve eps. It is 'between' and
+  //        not 'nearly between'.
+  /// Check whether x is between x0 and x1 (inclusive, to within DOLFIN_EPS)
+  /// @param x (double)
+  ///   Value to check
+  /// @param range (std::pair<double, double>)
+  ///   Range to check
+  /// @return bool
+  bool between(double x, std::pair<double, double> range);
+
+}
+
+#endif
diff --git a/dolfin/math/dolfin_math.h b/dolfin/math/dolfin_math.h
new file mode 100644
index 0000000..d506189
--- /dev/null
+++ b/dolfin/math/dolfin_math.h
@@ -0,0 +1,10 @@
+#ifndef __DOLFIN_MATH_H
+#define __DOLFIN_MATH_H
+
+// DOLFIN math
+
+#include <dolfin/math/basic.h>
+#include <dolfin/math/Lagrange.h>
+#include <dolfin/math/Legendre.h>
+
+#endif
diff --git a/dolfin/mesh/BoundaryComputation.cpp b/dolfin/mesh/BoundaryComputation.cpp
new file mode 100644
index 0000000..313cf9b
--- /dev/null
+++ b/dolfin/mesh/BoundaryComputation.cpp
@@ -0,0 +1,470 @@
+// Copyright (C) 2006-2013 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Johan Jansson 2006.
+// Modified by Ola Skavhaug 2006.
+// Modified by Niclas Jansson 2009.
+// Modified by Oeyvind Evju, 2013
+//
+// First added:  2006-06-21
+// Last changed: 2014-02-06
+
+#include <dolfin/log/log.h>
+#include "BoundaryMesh.h"
+#include "Cell.h"
+#include "Facet.h"
+#include "Mesh.h"
+#include "MeshData.h"
+#include "MeshEditor.h"
+#include "MeshEntity.h"
+#include "MeshFunction.h"
+#include "MeshGeometry.h"
+#include "MeshTopology.h"
+#include "Vertex.h"
+#include "BoundaryComputation.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void BoundaryComputation::compute_boundary(const Mesh& mesh,
+                                           const std::string type,
+                                           BoundaryMesh& boundary)
+{
+  // We iterate over all facets in the mesh and check if they are on
+  // the boundary. A facet is on the boundary if it is connected to
+  // exactly one cell.
+
+  log(TRACE, "Computing boundary mesh.");
+
+  bool exterior = true;
+  bool interior = true;
+  if (type == "exterior")
+    interior = false;
+  else if (type == "interior")
+    exterior = false;
+  else if (type != "local")
+  {
+    dolfin_error("BoundaryComputation.cpp",
+                 "determine boundary mesh type",
+                 "Unknown boundary type (%d)", type.c_str());
+  }
+
+  // Get my MPI process rank and number of MPI processes
+  const std::size_t my_rank = MPI::rank(mesh.mpi_comm());
+  const std::size_t num_processes = MPI::size(mesh.mpi_comm());
+
+  // Open boundary mesh for editing
+  const std::size_t D = mesh.topology().dim();
+  MeshEditor editor;
+  editor.open(boundary, mesh.type().facet_type(), D - 1, mesh.geometry().dim());
+
+  // Generate facet - cell connectivity if not generated
+  mesh.init(D - 1, D);
+
+  // Temporary arrays for assignment of indices to vertices on the boundary
+  std::map<std::size_t, std::size_t> boundary_vertices;
+
+  // Map of index "owners" (process responsible for assigning global index)
+  std::map< std::size_t, std::size_t > global_index_owner;
+
+  // Shared vertices for full mesh
+  // FIXME: const_cast
+  const std::map<std::int32_t, std::set<unsigned int>>&
+    shared_vertices = const_cast<Mesh&>(mesh).topology().shared_entities(0);
+
+  // Shared vertices for boundary mesh
+  std::map<std::int32_t, std::set<unsigned int>> shared_boundary_vertices;
+  if (exterior)
+  {
+    // Extract shared vertices if vertex is identified as part of globally
+    // exterior facet.
+    std::vector<std::size_t> boundary_global_indices;
+    for (std::map<std::int32_t, std::set<unsigned int>>::const_iterator
+        sv_it=shared_vertices.begin(); sv_it != shared_vertices.end(); ++sv_it)
+    {
+      std::size_t local_mesh_index = sv_it->first;
+      Vertex v(mesh, local_mesh_index);
+
+      for (FacetIterator f(v); !f.end(); ++f)
+      {
+        if (f->num_global_entities(D) == 1)
+        {
+          const std::size_t global_mesh_index
+            = mesh.topology().global_indices(0)[local_mesh_index];
+          shared_boundary_vertices[local_mesh_index] = sv_it->second;
+          boundary_global_indices.push_back(global_mesh_index);
+          break;
+        }
+      }
+    }
+
+    // Distribute all shared boundary vertices
+    std::vector<std::vector<std::size_t>> boundary_global_indices_all;
+    MPI::all_gather(mesh.mpi_comm(), boundary_global_indices,
+                     boundary_global_indices_all);
+
+    // Identify and clean up discrepancies between shared vertices of full mesh
+    // and shared vertices of boundary mesh
+    for (auto sbv_it = shared_boundary_vertices.begin();
+         sbv_it != shared_boundary_vertices.end(); )
+    {
+      std::size_t local_mesh_index = sbv_it->first;
+      const std::size_t global_mesh_index
+        = mesh.topology().global_indices(0)[local_mesh_index];
+
+      // Check if this vertex is identified as boundary vertex on
+      // other processes sharing this vertex
+      std::set<unsigned int> &other_processes = sbv_it->second;
+      for (auto  op_it=other_processes.begin();
+           op_it != other_processes.end(); )
+      {
+        // Check if vertex is identified as boundary vertex on process *op_it
+        bool is_boundary_vertex
+          = (std::find(boundary_global_indices_all[*op_it].begin(),
+                      boundary_global_indices_all[*op_it].end(),
+                      global_mesh_index)
+             != boundary_global_indices_all[*op_it].end());
+
+        // Erase item if this is not identified as a boundary vertex
+        // on process *op_it, and increment iterator
+        if (!is_boundary_vertex)
+        {
+          // Erase item while carefully avoiding invalidating the
+          // iterator: First increment it to get the next, valid
+          // iterator, and then erase what it pointed to from
+          // other_processes
+          other_processes.erase(op_it++);
+        }
+        else
+          ++op_it;
+      }
+
+      // Erase item from map if no other processes identify this
+      // vertex as a boundary vertex, and increment iterator
+      if (other_processes.size() == 0)
+      {
+        // Erase carefully as above
+        shared_boundary_vertices.erase(sbv_it++);
+      }
+      else
+        ++sbv_it;
+    }
+  }
+  else
+  {
+    // If interior boundary, shared vertices are the same
+    shared_boundary_vertices = shared_vertices;
+  }
+
+  // Determine boundary facet, count boundary vertices and facets, and
+  // assign vertex indices
+  std::size_t num_boundary_vertices = 0;
+  std::size_t num_owned_vertices = 0;
+  std::size_t num_boundary_cells = 0;
+
+  MeshFunction<bool> boundary_facet(reference_to_no_delete_pointer(mesh),
+                                    D - 1, false);
+  for (FacetIterator f(mesh); !f.end(); ++f)
+  {
+    // Boundary facets are connected to exactly one cell
+    if (f->num_entities(D) == 1)
+    {
+      const bool global_exterior_facet =  (f->num_global_entities(D) == 1);
+      if (global_exterior_facet && exterior)
+        boundary_facet[*f] = true;
+      else if (!global_exterior_facet && interior)
+        boundary_facet[*f] = true;
+
+      if (boundary_facet[*f])
+      {
+        // Count boundary vertices and assign indices
+        for (VertexIterator v(*f); !v.end(); ++v)
+        {
+          const std::size_t local_mesh_index = v->index();
+
+          if (boundary_vertices.find(local_mesh_index)
+              == boundary_vertices.end())
+          {
+            const std::size_t local_boundary_index = num_boundary_vertices;
+            boundary_vertices[local_mesh_index] = local_boundary_index;
+
+            // Determine "owner" of global_mesh_index
+            std::size_t owner = my_rank;
+
+            std::map<std::int32_t, std::set<unsigned int>>::const_iterator
+              other_processes_it
+              = shared_boundary_vertices.find(local_mesh_index);
+            if (other_processes_it != shared_boundary_vertices.end() && D > 1)
+            {
+              const std::set<unsigned int>& other_processes
+                = other_processes_it->second;
+              const std::size_t min_process
+                = *std::min_element(other_processes.begin(),
+                                    other_processes.end());
+              boundary.topology().shared_entities(0)[local_boundary_index]
+                = other_processes;
+
+              // FIXME: More sophisticated ownership determination
+              if (min_process < owner)
+                owner = min_process;
+            }
+            const std::size_t global_mesh_index
+              = mesh.topology().global_indices(0)[local_mesh_index];
+            global_index_owner[global_mesh_index] = owner;
+
+            // Update counts
+            if (owner == my_rank)
+              num_owned_vertices++;
+            num_boundary_vertices++;
+          }
+        }
+
+        // Count boundary cells (facets of the mesh)
+        num_boundary_cells++;
+      }
+    }
+  }
+
+  // Initiate boundary topology
+  /*
+  boundary.topology().init(0, num_boundary_vertices,
+                           MPI::sum(mesh.mpi_comm(), num_owned_vertices));
+  boundary.topology().init(D - 1, num_boundary_cells,
+                           MPI::sum(mesh.mpi_comm(), num_boundary_cells));
+  */
+
+  // Specify number of vertices and cells
+  editor.init_vertices_global(num_boundary_vertices,
+                              MPI::sum(mesh.mpi_comm(), num_owned_vertices));
+  editor.init_cells_global(num_boundary_cells, MPI::sum(mesh.mpi_comm(),
+                                                        num_boundary_cells));
+
+  // Write vertex map
+  MeshFunction<std::size_t>& vertex_map = boundary.entity_map(0);
+  if (num_boundary_vertices > 0)
+  {
+    vertex_map.init(reference_to_no_delete_pointer(boundary), 0,
+                    num_boundary_vertices);
+  }
+  std::map<std::size_t, std::size_t>::const_iterator it;
+  for (it = boundary_vertices.begin(); it != boundary_vertices.end(); ++it)
+    vertex_map[it->second] = it->first;
+
+  // Get vertex ownership distribution, and find index to start global
+  // numbering from
+  std::vector<std::size_t> ownership_distribution(num_processes);
+  MPI::all_gather(mesh.mpi_comm(), num_owned_vertices, ownership_distribution);
+  std::size_t start_index = 0;
+  for (std::size_t j = 0; j < my_rank; j++)
+    start_index += ownership_distribution[j];
+
+  // Set global indices of owned vertices, request global indices for
+  // vertices owned elsewhere
+  std::map<std::size_t, std::size_t> global_indices;
+  std::vector<std::vector<std::size_t>> request_global_indices(num_processes);
+
+  std::size_t current_index = start_index;
+  for (std::size_t local_boundary_index = 0;
+       local_boundary_index<num_boundary_vertices; local_boundary_index++)
+  {
+    const std::size_t local_mesh_index = vertex_map[local_boundary_index];
+    const std::size_t global_mesh_index
+      = mesh.topology().global_indices(0)[local_mesh_index];
+
+    const std::size_t owner = global_index_owner[global_mesh_index];
+    if (owner != my_rank)
+      request_global_indices[owner].push_back(global_mesh_index);
+    else
+      global_indices[global_mesh_index] = current_index++;
+  }
+
+  // Send and receive requests from other processes
+  std::vector<std::vector<std::size_t>> global_index_requests(num_processes);
+  MPI::all_to_all(mesh.mpi_comm(), request_global_indices,
+                  global_index_requests);
+
+  // Find response to requests of global indices
+  std::vector<std::vector<std::size_t>> respond_global_indices(num_processes);
+  for (std::size_t i = 0; i < num_processes; i++)
+  {
+    const std::size_t N = global_index_requests[i].size();
+    respond_global_indices[i].resize(N);
+
+    for (std::size_t j = 0; j < N; j++)
+      respond_global_indices[i][j]
+        = global_indices[global_index_requests[i][j]];
+  }
+
+  // Scatter responses back to requesting processes
+  std::vector<std::vector<std::size_t>> global_index_responses(num_processes);
+  MPI::all_to_all(mesh.mpi_comm(), respond_global_indices,
+                  global_index_responses);
+
+  // Update global_indices
+  for (std::size_t i = 0; i < num_processes; i++)
+  {
+    const std::size_t N = global_index_responses[i].size();
+    // Check that responses are the same size as the requests made
+    dolfin_assert(global_index_responses[i].size()
+                  == request_global_indices[i].size());
+    for (std::size_t j = 0; j < N; j++)
+    {
+      const std::size_t global_mesh_index = request_global_indices[i][j];
+      const std::size_t global_boundary_index = global_index_responses[i][j];
+      global_indices[global_mesh_index] = global_boundary_index;
+    }
+  }
+
+  // Create vertices
+  for (std::size_t local_boundary_index = 0;
+       local_boundary_index < num_boundary_vertices; local_boundary_index++)
+  {
+    const std::size_t local_mesh_index = vertex_map[local_boundary_index];
+    const std::size_t global_mesh_index
+      = mesh.topology().global_indices(0)[local_mesh_index];
+    const std::size_t global_boundary_index = global_indices[global_mesh_index];
+
+    Vertex v(mesh, local_mesh_index);
+
+    editor.add_vertex_global(local_boundary_index, global_boundary_index,
+                             v.point());
+  }
+
+  // Find global index to start cell numbering from for current process
+  std::vector<std::size_t> cell_distribution(num_processes);
+  MPI::all_gather(mesh.mpi_comm(), num_boundary_cells, cell_distribution);
+  std::size_t start_cell_index = 0;
+  for (std::size_t i = 0; i < my_rank; i++)
+    start_cell_index += cell_distribution[i];
+
+  // Create cells (facets) and map between boundary mesh cells and facets parent
+  MeshFunction<std::size_t>& cell_map = boundary.entity_map(D - 1);
+  if (num_boundary_cells > 0)
+  {
+    cell_map.init(reference_to_no_delete_pointer(boundary), D - 1,
+                  num_boundary_cells);
+  }
+  std::vector<std::size_t>
+    cell(boundary.type().num_vertices(boundary.topology().dim()));
+  std::size_t current_cell = 0;
+  for (FacetIterator f(mesh); !f.end(); ++f)
+  {
+    if (boundary_facet[*f])
+    {
+      // Compute new vertex numbers for cell
+      const unsigned int* vertices = f->entities(0);
+      for (std::size_t i = 0; i < cell.size(); i++)
+        cell[i] = boundary_vertices[vertices[i]];
+
+      // Reorder vertices so facet is right-oriented w.r.t. facet
+      // normal
+      reorder(cell, *f);
+
+      // Create mapping from boundary cell to mesh facet if requested
+      if (!cell_map.empty())
+        cell_map[current_cell] = f->index();
+
+      // Add cell
+      editor.add_cell(current_cell, start_cell_index+current_cell, cell);
+      current_cell++;
+    }
+  }
+
+  // Close mesh editor. Note the argument order=false to prevent
+  // ordering from destroying the orientation of facets accomplished
+  // by calling reorder() below.
+  editor.close(false);
+}
+//-----------------------------------------------------------------------------
+void BoundaryComputation::reorder(std::vector<std::size_t>& vertices,
+                                  const Facet& facet)
+{
+  // Get mesh
+  const Mesh& mesh = facet.mesh();
+
+  // Get the vertex opposite to the facet (the one we remove)
+  std::size_t vertex = 0;
+  const Cell cell(mesh, facet.entities(mesh.topology().dim())[0]);
+  for (std::size_t i = 0; i < cell.num_entities(0); i++)
+  {
+    bool not_in_facet = true;
+    vertex = cell.entities(0)[i];
+    for (std::size_t j = 0; j < facet.num_entities(0); j++)
+    {
+      if (vertex == facet.entities(0)[j])
+      {
+        not_in_facet = false;
+        break;
+      }
+    }
+    if (not_in_facet)
+      break;
+  }
+  const Point p = mesh.geometry().point(vertex);
+
+  // Check orientation
+  switch (mesh.type().cell_type())
+  {
+  case CellType::Type::interval:
+    // Do nothing
+    break;
+  case CellType::Type::triangle:
+    {
+      dolfin_assert(facet.num_entities(0) == 2);
+
+      const Point p0 = mesh.geometry().point(facet.entities(0)[0]);
+      const Point p1 = mesh.geometry().point(facet.entities(0)[1]);
+      const Point v = p1 - p0;
+      const Point n(v.y(), -v.x());
+
+      if (n.dot(p0 - p) < 0.0)
+      {
+        const std::size_t tmp = vertices[0];
+        vertices[0] = vertices[1];
+        vertices[1] = tmp;
+      }
+    }
+    break;
+  case CellType::Type::tetrahedron:
+    {
+      dolfin_assert(facet.num_entities(0) == 3);
+
+      const Point p0 = mesh.geometry().point(facet.entities(0)[0]);
+      const Point p1 = mesh.geometry().point(facet.entities(0)[1]);
+      const Point p2 = mesh.geometry().point(facet.entities(0)[2]);
+      const Point v1 = p1 - p0;
+      const Point v2 = p2 - p0;
+      const Point n  = v1.cross(v2);
+
+      if (n.dot(p0 - p) < 0.0)
+      {
+        const std::size_t tmp = vertices[0];
+        vertices[0] = vertices[1];
+        vertices[1] = tmp;
+      }
+    }
+    break;
+  default:
+    {
+      dolfin_error("BoundaryComputation.cpp",
+                   "reorder cell for extraction of mesh boundary",
+                   "Unknown cell type (%d)",
+                   mesh.type().cell_type());
+    }
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/BoundaryComputation.h b/dolfin/mesh/BoundaryComputation.h
new file mode 100644
index 0000000..db1c3fe
--- /dev/null
+++ b/dolfin/mesh/BoundaryComputation.h
@@ -0,0 +1,57 @@
+// Copyright (C) 2006-2013 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Niclas Jansson 2009.
+//
+
+#ifndef __BOUNDARY_COMPUTATION_H
+#define __BOUNDARY_COMPUTATION_H
+
+#include <string>
+#include <vector>
+
+namespace dolfin
+{
+
+  class BoundaryMesh;
+  class Facet;
+  class Mesh;
+  template <typename T> class MeshFunction;
+
+  /// Provide a set of basic algorithms for the computation of boundaries.
+
+  class BoundaryComputation
+  {
+  public:
+
+    /// Compute the exterior boundary of a given mesh
+    /// @param[in] mesh  input mesh
+    /// @param[in] type "internal" or "external"
+    /// @param[out] boundary  output boundary mesh
+    static void compute_boundary(const Mesh& mesh, const std::string type,
+                                 BoundaryMesh& boundary);
+
+  private:
+
+    // Reorder vertices so facet is right-oriented w.r.t. facet normal
+    static void reorder(std::vector<std::size_t>& vertices, const Facet& facet);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/BoundaryMesh.cpp b/dolfin/mesh/BoundaryMesh.cpp
new file mode 100644
index 0000000..5509819
--- /dev/null
+++ b/dolfin/mesh/BoundaryMesh.cpp
@@ -0,0 +1,90 @@
+// Copyright (C) 2006-2012 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Niclas Jansson 2009.
+// Modified by Joachim B Haga 2012.
+//
+// First added:  2006-06-21
+// Last changed: 2012-09-05
+
+#include <iostream>
+
+#include <dolfin/log/log.h>
+#include "BoundaryComputation.h"
+#include "BoundaryMesh.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+BoundaryMesh::BoundaryMesh(const Mesh& mesh, std::string type, bool order)
+  : Mesh()
+{
+  const std::size_t dim = mesh.topology().dim();
+  if (mesh.topology().ghost_offset(dim) != mesh.topology().size(dim))
+  {
+    dolfin_error("BoundaryMesh.cpp",
+                 "create BoundaryMesh with ghost cells",
+                 "Disable ghost mesh");
+  }
+
+  // Create boundary mesh
+  BoundaryComputation::compute_boundary(mesh, type, *this);
+
+  // Order mesh if requested
+  if (order)
+    this->order();
+}
+//-----------------------------------------------------------------------------
+BoundaryMesh::~BoundaryMesh()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+MeshFunction<std::size_t>& BoundaryMesh::entity_map(std::size_t d)
+{
+  if (d == 0)
+    return _vertex_map;
+  else if (d == this->topology().dim())
+    return _cell_map;
+  else
+  {
+    dolfin_error("BoundaryMesh.cpp",
+                 "access entity map (from boundary mesh underlying mesh",
+                 "Can only access vertex and cells maps");
+  }
+
+  // Return something to keep compilers happy, code is never reached
+  return _cell_map;
+}
+//-----------------------------------------------------------------------------
+const MeshFunction<std::size_t>& BoundaryMesh::entity_map(std::size_t d) const
+{
+  if (d == 0)
+    return _vertex_map;
+  else if (d == this->topology().dim())
+    return _cell_map;
+  else
+  {
+    dolfin_error("BoundaryMesh.cpp",
+                 "access entity map (from boundary mesh underlying mesh",
+                 "Can only access vertex and cells maps");
+  }
+
+  // Return something to keep compilers happy, code is never reached
+  return _cell_map;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/BoundaryMesh.h b/dolfin/mesh/BoundaryMesh.h
new file mode 100644
index 0000000..f015bea
--- /dev/null
+++ b/dolfin/mesh/BoundaryMesh.h
@@ -0,0 +1,85 @@
+// Copyright (C) 2006-2012 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Niclas Jansson 2009.
+// Modified by Joachim B Haga 2012.
+//
+// First added:  2006-06-21
+// Last changed: 2012-10-30
+
+#ifndef __BOUNDARY_MESH_H
+#define __BOUNDARY_MESH_H
+
+#include <string>
+#include "MeshFunction.h"
+#include "Mesh.h"
+
+namespace dolfin
+{
+
+  /// A BoundaryMesh is a mesh over the boundary of some given mesh.
+  /// The cells of the boundary mesh (facets of the original mesh) are
+  /// oriented to produce outward pointing normals relative to the
+  /// original mesh.
+
+  class BoundaryMesh : public Mesh
+  {
+  public:
+
+    /// Create boundary mesh from given mesh.
+    ///
+    /// @param      mesh (_Mesh_)
+    ///         Another _Mesh_ object.
+    /// @param     type (_std::string_)
+    ///         The type of BoundaryMesh, which can be "exterior",
+    ///         "interior" or "local". "exterior" is the globally
+    ///         external boundary, "interior" is the inter-process mesh
+    ///         and "local" is the boundary of the local (this process)
+    ///         mesh.
+    /// @param     order (bool)
+    ///         Optional argument which can be used to control whether
+    ///         or not the boundary mesh should be ordered according
+    ///         to the UFC ordering convention. If set to false, the
+    ///         boundary mesh will be ordered with right-oriented
+    ///         facets (outward-pointing unit normals). The default
+    ///         value is true.
+    BoundaryMesh(const Mesh& mesh, std::string type, bool order=true);
+
+    /// Destructor
+    ~BoundaryMesh();
+
+    /// Get index map for entities of dimension d in the boundary mesh
+    /// to the entity in the original full mesh
+    MeshFunction<std::size_t>& entity_map(std::size_t d);
+
+    /// Get index map for entities of dimension d in the boundary mesh
+    /// to the entity in the original full mesh (const version)
+    const MeshFunction<std::size_t>& entity_map(std::size_t d) const;
+
+  private:
+
+    BoundaryMesh() {}
+
+    MeshFunction<std::size_t> _cell_map;
+
+    MeshFunction<std::size_t> _vertex_map;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/CMakeLists.txt b/dolfin/mesh/CMakeLists.txt
new file mode 100644
index 0000000..e4b9e20
--- /dev/null
+++ b/dolfin/mesh/CMakeLists.txt
@@ -0,0 +1,94 @@
+set(HEADERS
+  BoundaryComputation.h
+  BoundaryMesh.h
+  Cell.h
+  CellType.h
+  DistributedMeshTools.h
+  dolfin_mesh.h
+  DomainBoundary.h
+  DynamicMeshEditor.h
+  Edge.h
+  Face.h
+  FacetCell.h
+  Facet.h
+  HexahedronCell.h
+  IntervalCell.h
+  LocalMeshData.h
+  LocalMeshValueCollection.h
+  MeshColoring.h
+  MeshConnectivity.h
+  MeshData.h
+  MeshDomains.h
+  MeshEditor.h
+  MeshEntity.h
+  MeshEntityIteratorBase.h
+  MeshEntityIterator.h
+  MeshFunction.h
+  MeshGeometry.h
+  Mesh.h
+  MeshHierarchy.h
+  MeshOrdering.h
+  MeshPartitioning.h
+  MeshQuality.h
+  MeshRelation.h
+  MeshRenumbering.h
+  MeshSmoothing.h
+  MeshTopology.h
+  MeshTransformation.h
+  MeshValueCollection.h
+  MeshView.h
+  MultiMesh.h
+  PeriodicBoundaryComputation.h
+  PointCell.h
+  QuadrilateralCell.h
+  SubDomain.h
+  SubMesh.h
+  SubsetIterator.h
+  TetrahedronCell.h
+  TopologyComputation.h
+  TriangleCell.h
+  Vertex.h
+  PARENT_SCOPE)
+
+set(SOURCES
+  BoundaryComputation.cpp
+  BoundaryMesh.cpp
+  Cell.cpp
+  CellType.cpp
+  DistributedMeshTools.cpp
+  DynamicMeshEditor.cpp
+  Edge.cpp
+  Face.cpp
+  FacetCell.cpp
+  Facet.cpp
+  HexahedronCell.cpp
+  IntervalCell.cpp
+  LocalMeshData.cpp
+  MeshColoring.cpp
+  MeshConnectivity.cpp
+  Mesh.cpp
+  MeshData.cpp
+  MeshDomains.cpp
+  MeshEditor.cpp
+  MeshEntity.cpp
+  MeshFunction.cpp
+  MeshGeometry.cpp
+  MeshHierarchy.cpp
+  MeshOrdering.cpp
+  MeshPartitioning.cpp
+  MeshQuality.cpp
+  MeshRenumbering.cpp
+  MeshSmoothing.cpp
+  MeshTopology.cpp
+  MeshTransformation.cpp
+  MeshView.cpp
+  MultiMesh.cpp
+  PeriodicBoundaryComputation.cpp
+  PointCell.cpp
+  QuadrilateralCell.cpp
+  SubDomain.cpp
+  SubMesh.cpp
+  TetrahedronCell.cpp
+  TopologyComputation.cpp
+  TriangleCell.cpp
+  PARENT_SCOPE)
diff --git a/dolfin/mesh/Cell.cpp b/dolfin/mesh/Cell.cpp
new file mode 100644
index 0000000..a5d8924
--- /dev/null
+++ b/dolfin/mesh/Cell.cpp
@@ -0,0 +1,45 @@
+// Copyright (C) 2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <dolfin/geometry/IntersectionConstruction.h>
+#include <dolfin/geometry/CollisionPredicates.h>
+#include "Cell.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+bool Cell::contains(const Point& point) const
+{
+  return CollisionPredicates::collides(*this, point);
+}
+//-----------------------------------------------------------------------------
+bool Cell::collides(const Point& point) const
+{
+  return CollisionPredicates::collides(*this, point);
+}
+//-----------------------------------------------------------------------------
+bool Cell::collides(const MeshEntity& entity) const
+{
+  return CollisionPredicates::collides(*this, entity);
+}
+//-----------------------------------------------------------------------------
+std::vector<Point>
+Cell::intersection(const MeshEntity& entity) const
+{
+  return IntersectionConstruction::intersection(*this, entity);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/Cell.h b/dolfin/mesh/Cell.h
new file mode 100644
index 0000000..05dd885
--- /dev/null
+++ b/dolfin/mesh/Cell.h
@@ -0,0 +1,418 @@
+// Copyright (C) 2006-2015 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Johan Hoffman 2006.
+// Modified by Andre Massing 2009.
+// Modified by Garth N. Wells 2010.
+// Modified by Jan Blechta 2013
+// Modified by Martin Alnaes, 2015
+
+#ifndef __CELL_H
+#define __CELL_H
+
+#include <memory>
+
+#include "CellType.h"
+#include "Mesh.h"
+#include "MeshEntity.h"
+#include "MeshEntityIteratorBase.h"
+#include "MeshFunction.h"
+#include <ufc.h>
+#include <dolfin/geometry/Point.h>
+
+namespace dolfin
+{
+
+  /// A Cell is a _MeshEntity_ of topological codimension 0.
+
+  class Cell : public MeshEntity
+  {
+  public:
+
+    /// Create empty cell
+    Cell() : MeshEntity() {}
+
+    /// Create cell on given mesh with given index
+    ///
+    /// @param    mesh
+    ///         The mesh.
+    /// @param    index
+    ///         The index.
+    Cell(const Mesh& mesh, std::size_t index)
+      : MeshEntity(mesh, mesh.topology().dim(), index) {}
+
+    /// Destructor
+    ~Cell() {}
+
+    /// Return type of cell
+    CellType::Type type() const
+    { return _mesh->type().cell_type(); }
+
+    /// Return number of vertices of cell
+    std::size_t num_vertices() const
+    { return _mesh->type().num_vertices(); }
+
+    /// Compute orientation of cell
+    ///
+    /// @return     std::size_t
+    ///         Orientation of the cell (0 is 'up'/'right', 1 is 'down'/'left')
+    std::size_t orientation() const
+    { return _mesh->type().orientation(*this); }
+
+    /// Compute orientation of cell relative to given 'up' direction
+    ///
+    /// @param    up
+    ///         The direction defined as 'up'
+    ///
+    /// @return     std::size_t
+    ///         Orientation of the cell (0 is 'same', 1 is 'opposite')
+    std::size_t orientation(const Point& up) const
+    { return _mesh->type().orientation(*this, up); }
+
+    /// Compute (generalized) volume of cell
+    ///
+    /// @return     double
+    ///         The volume of the cell.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         UnitSquare mesh(1, 1);
+    ///         Cell cell(mesh, 0);
+    ///         info("%g", cell.volume());
+    ///
+    /// @endcode
+    double volume() const
+    { return _mesh->type().volume(*this); }
+
+    /// Compute greatest distance between any two vertices
+    ///
+    /// @return     double
+    ///         The greatest distance between any two vertices of the cell.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         UnitSquareMesh mesh(1, 1);
+    ///         Cell cell(mesh, 0);
+    ///         info("%g", cell.h());
+    ///
+    /// @endcode
+    double h() const
+    { return _mesh->type().h(*this); }
+
+    /// Compute circumradius of cell
+    ///
+    /// @return     double
+    ///         The circumradius of the cell.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         UnitSquareMesh mesh(1, 1);
+    ///         Cell cell(mesh, 0);
+    ///         info("%g", cell.circumradius());
+    ///
+    /// @endcode
+    double circumradius() const
+    { return _mesh->type().circumradius(*this); }
+
+    /// Compute inradius of cell
+    ///
+    /// @return     double
+    ///         Radius of the sphere inscribed in the cell.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         UnitSquareMesh mesh(1, 1);
+    ///         Cell cell(mesh, 0);
+    ///         info("%g", cell.inradius());
+    ///
+    /// @endcode
+    double inradius() const
+    {
+      // We would need facet areas
+      _mesh->init(_mesh->type().dim() - 1);
+
+      return _mesh->type().inradius(*this);
+    }
+
+    /// Compute ratio of inradius to circumradius times dim for cell.
+    /// Useful as cell quality measure. Returns 1. for equilateral
+    /// and 0. for degenerate cell.
+    /// See Jonathan Richard Shewchuk: What Is a Good Linear Finite Element?,
+    /// online: http://www.cs.berkeley.edu/~jrs/papers/elemj.pdf
+    ///
+    /// @return     double
+    ///         topological_dimension * inradius / circumradius
+    ///
+    /// @code{.cpp}
+    ///
+    ///         UnitSquareMesh mesh(1, 1);
+    ///         Cell cell(mesh, 0);
+    ///         info("%g", cell.radius_ratio());
+    ///
+    /// @endcode
+    double radius_ratio() const
+    {
+      // We would need facet areas
+      _mesh->init(_mesh->type().dim() - 1);
+
+      return _mesh->type().radius_ratio(*this);
+    }
+
+    /// Compute squared distance to given point.
+    ///
+    /// @param     point
+    ///         The point.
+    /// @return     double
+    ///         The squared distance to the point.
+    double squared_distance(const Point& point) const
+    { return _mesh->type().squared_distance(*this, point); }
+
+    /// Compute distance to given point.
+    ///
+    ///  @param    point
+    ///         The point.
+    /// @return     double
+    ///         The distance to the point.
+    double distance(const Point& point) const
+    {
+      return sqrt(squared_distance(point));
+    }
+
+    /// Compute component i of normal of given facet with respect to the cell
+    ///
+    /// @param    facet
+    ///         Index of facet.
+    /// @param    i
+    ///         Component.
+    ///
+    /// @return     double
+    ///         Component i of the normal of the facet.
+    double normal(std::size_t facet, std::size_t i) const
+    { return _mesh->type().normal(*this, facet, i); }
+
+    /// Compute normal of given facet with respect to the cell
+    ///
+    /// @param    facet
+    ///         Index of facet.
+    ///
+    /// @return Point
+    ///         Normal of the facet.
+    Point normal(std::size_t facet) const
+    { return _mesh->type().normal(*this, facet); }
+
+    /// Compute normal to cell itself (viewed as embedded in 3D)
+    ///
+    /// @return Point
+    ///         Normal of the cell
+    Point cell_normal() const
+    { return _mesh->type().cell_normal(*this); }
+
+    /// Compute the area/length of given facet with respect to the cell
+    ///
+    /// @param    facet
+    ///         Index of the facet.
+    ///
+    /// @return     double
+    ///         Area/length of the facet.
+    double facet_area(std::size_t facet) const
+    { return _mesh->type().facet_area(*this, facet); }
+
+    /// Order entities locally
+    ///
+    /// @param    local_to_global_vertex_indices
+    ///         The global vertex indices.
+    void order(const std::vector<std::int64_t>& local_to_global_vertex_indices)
+    { _mesh->type().order(*this, local_to_global_vertex_indices); }
+
+    /// Check if entities are ordered
+    ///
+    ///  @param    local_to_global_vertex_indices
+    ///         The global vertex indices.
+    ///
+    /// @return     bool
+    ///         True iff ordered.
+    bool ordered(const std::vector<std::int64_t>& local_to_global_vertex_indices) const
+    { return _mesh->type().ordered(*this, local_to_global_vertex_indices); }
+
+    /// Check whether given point is contained in cell. This function is
+    /// identical to the function collides(point).
+    ///
+    /// @param     point
+    ///         The point to be checked.
+    ///
+    /// @return     bool
+    ///         True iff point is contained in cell.
+    bool contains(const Point& point) const;
+
+    /// Check whether given point collides with cell
+    ///
+    /// @param    point
+    ///         The point to be checked.
+    ///
+    /// @return     bool
+    ///         True iff point collides with cell.
+    bool collides(const Point& point) const;
+
+    /// Check whether given entity collides with cell
+    ///
+    /// @param    entity
+    ///         The cell to be checked.
+    ///
+    /// @return     bool
+    ///         True iff entity collides with cell.
+    bool collides(const MeshEntity& entity) const;
+
+    /// Compute triangulation of intersection with given entity
+    ///
+    /// @param    entity
+    ///         The entity with which to intersect.
+    ///
+    /// @return      std::vector<Point>
+    ///         A flattened array of simplices of dimension
+    ///         num_simplices x num_vertices x gdim =
+    ///         num_simplices x (tdim + 1) x gdim
+    std::vector<Point>
+    intersection(const MeshEntity& entity) const;
+
+    // FIXME: This function is part of a UFC transition
+    /// Get cell coordinate dofs (not vertex coordinates)
+    void get_coordinate_dofs(std::vector<double>& coordinates) const
+    {
+      const MeshGeometry& geom = _mesh->geometry();
+      const std::size_t gdim = geom.dim();
+      const std::size_t geom_degree = geom.degree();
+      const std::size_t num_vertices = this->num_vertices();
+      const unsigned int* vertices = this->entities(0);
+
+      if (geom_degree == 1)
+      {
+        coordinates.resize(num_vertices*gdim);
+        for (std::size_t i = 0; i < num_vertices; ++i)
+          for (std::size_t j = 0; j < gdim; ++j)
+            coordinates[i*gdim + j] = geom.x(vertices[i])[j];
+      }
+      else if (geom_degree == 2)
+      {
+        const std::size_t tdim = _mesh->topology().dim();
+        const std::size_t num_edges = this->num_entities(1);
+        const unsigned int* edges = this->entities(1);
+
+        coordinates.resize((num_vertices + num_edges)*gdim);
+
+        for (std::size_t i = 0; i < num_vertices; ++i)
+          for (std::size_t j = 0; j < gdim; j++)
+            coordinates[i*gdim + j] = geom.x(vertices[i])[j];
+
+        for (std::size_t i = 0; i < num_edges; ++i)
+        {
+          const std::size_t entity_index
+              = (tdim == 1) ? index() : edges[i];
+          const std::size_t point_index
+            = geom.get_entity_index(1, 0, entity_index);
+          for (std::size_t j = 0; j < gdim; ++j)
+            coordinates[(i + num_vertices)*gdim + j] = geom.x(point_index)[j];
+        }
+      }
+      else
+      {
+        dolfin_error("Cell.h", "get coordinate_dofs", "Unsupported mesh degree");
+      }
+
+    }
+
+    // FIXME: This function is part of a UFC transition
+    /// Get cell vertex coordinates (not coordinate dofs)
+    void get_vertex_coordinates(std::vector<double>& coordinates) const
+    {
+      const std::size_t gdim = _mesh->geometry().dim();
+      const std::size_t num_vertices = this->num_vertices();
+      const unsigned int* vertices = this->entities(0);
+      coordinates.resize(num_vertices*gdim);
+      for (std::size_t i = 0; i < num_vertices; i++)
+        for (std::size_t j = 0; j < gdim; j++)
+          coordinates[i*gdim + j] = _mesh->geometry().x(vertices[i])[j];
+    }
+
+    // FIXME: This function is part of a UFC transition
+    /// Fill UFC cell with miscellaneous data
+    void get_cell_data(ufc::cell& ufc_cell, int local_facet=-1) const
+    {
+      ufc_cell.geometric_dimension = _mesh->geometry().dim();
+      ufc_cell.local_facet = local_facet;
+      if (_mesh->cell_orientations().empty())
+        ufc_cell.orientation = -1;
+      else
+      {
+        dolfin_assert(index() < _mesh->cell_orientations().size());
+        ufc_cell.orientation = _mesh->cell_orientations()[index()];
+      }
+      ufc_cell.mesh_identifier = mesh_id();
+      ufc_cell.index = index();
+    }
+
+    // FIXME: This function is part of a UFC transition
+    /// Fill UFC cell with topology data
+    void get_cell_topology(ufc::cell& ufc_cell) const
+    {
+      const MeshTopology& topology = _mesh->topology();
+
+      const std::size_t tdim = topology.dim();
+      ufc_cell.topological_dimension = tdim;
+      if (_mesh->cell_orientations().empty())
+        ufc_cell.orientation = -1;
+      else
+      {
+        dolfin_assert(index() < _mesh->cell_orientations().size());
+        ufc_cell.orientation = _mesh->cell_orientations()[index()];
+      }
+      ufc_cell.entity_indices.resize(tdim + 1);
+      for (std::size_t d = 0; d < tdim; d++)
+      {
+        ufc_cell.entity_indices[d].resize(num_entities(d));
+        if (topology.have_global_indices(d))
+        {
+          const std::vector<std::int64_t>& global_indices
+            = topology.global_indices(d);
+          for (std::size_t i = 0; i < num_entities(d); ++i)
+            ufc_cell.entity_indices[d][i] = global_indices[entities(d)[i]];
+        }
+        else
+        {
+          for (std::size_t i = 0; i < num_entities(d); ++i)
+            ufc_cell.entity_indices[d][i] = entities(d)[i];
+        }
+      }
+      ufc_cell.entity_indices[tdim].resize(1);
+      if (topology.have_global_indices(tdim))
+        ufc_cell.entity_indices[tdim][0] = global_index();
+      else
+        ufc_cell.entity_indices[tdim][0] = index();
+
+      // FIXME: Using the local cell index is inconsistent with UFC, but
+      //        necessary to make DOLFIN run
+      // Local cell index
+      ufc_cell.index = ufc_cell.entity_indices[tdim][0];
+    }
+
+  };
+
+  /// A CellIterator is a MeshEntityIterator of topological codimension 0.
+  typedef MeshEntityIteratorBase<Cell> CellIterator;
+
+}
+
+#endif
diff --git a/dolfin/mesh/CellType.cpp b/dolfin/mesh/CellType.cpp
new file mode 100644
index 0000000..e21f7e5
--- /dev/null
+++ b/dolfin/mesh/CellType.cpp
@@ -0,0 +1,387 @@
+// Copyright (C) 2006-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Kristoffer Selim 2008
+// Modified by Andre Massing 2010
+// Modified by Jan Blechta 2013
+//
+// First added:  2006-06-05
+// Last changed: 2016-06-10
+
+#include <algorithm>
+#include <array>
+
+#include <dolfin/geometry/Point.h>
+#include <dolfin/log/log.h>
+#include "Cell.h"
+#include "CellType.h"
+#include "HexahedronCell.h"
+#include "IntervalCell.h"
+#include "MeshFunction.h"
+#include "PointCell.h"
+#include "QuadrilateralCell.h"
+#include "TetrahedronCell.h"
+#include "TriangleCell.h"
+#include "Vertex.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+CellType::CellType(Type cell_type, Type facet_type)
+  : _cell_type(cell_type), _facet_type(facet_type)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+CellType::~CellType()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+CellType* CellType::create(Type type)
+{
+  switch ( type )
+  {
+  case Type::point:
+    return new PointCell();
+  case Type::interval:
+    return new IntervalCell();
+  case Type::triangle:
+    return new TriangleCell();
+  case Type::tetrahedron:
+    return new TetrahedronCell();
+  case Type::quadrilateral:
+    return new QuadrilateralCell();
+  case Type::hexahedron:
+    return new HexahedronCell();
+  default:
+    dolfin_error("CellType.cpp",
+                 "create cell type",
+                 "Unknown cell type (%d)", type);
+  }
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+CellType* CellType::create(std::string type)
+{
+  return create(string2type(type));
+}
+//-----------------------------------------------------------------------------
+CellType::Type CellType::string2type(std::string type)
+{
+  if (type == "point")
+    return Type::point;
+  else if (type == "interval")
+    return Type::interval;
+  else if (type == "triangle")
+    return Type::triangle;
+  else if (type == "tetrahedron")
+    return Type::tetrahedron;
+  else if (type == "quadrilateral")
+    return Type::quadrilateral;
+  else if (type == "hexahedron")
+    return Type::hexahedron;
+  else
+  {
+    dolfin_error("CellType.cpp",
+                 "convert string to cell type",
+                 "Unknown cell type (\"%s\")", type.c_str());
+  }
+
+  return Type::interval;
+}
+//-----------------------------------------------------------------------------
+std::string CellType::type2string(Type type)
+{
+  switch (type)
+  {
+  case Type::point:
+    return "point";
+  case Type::interval:
+    return "interval";
+  case Type::triangle:
+   return "triangle";
+  case Type::tetrahedron:
+    return "tetrahedron";
+  case Type::quadrilateral:
+    return "quadrilateral";
+  case Type::hexahedron:
+    return "hexahedron";
+  default:
+    dolfin_error("CellType.cpp",
+                 "convert cell type to string",
+                 "Unknown cell type (\"%d\")", type);
+  }
+
+  return "";
+}
+//-----------------------------------------------------------------------------
+CellType::Type CellType::entity_type(std::size_t i) const
+{
+  if (i == dim())
+    return _cell_type;
+  else if (i == dim() - 1)
+    return _facet_type;
+  else if (i == 1)
+    return Type::interval;
+ return Type::point;
+}
+//-----------------------------------------------------------------------------
+std::size_t CellType::orientation(const Cell& cell, const Point& up) const
+{
+  Point n = cell.cell_normal();
+  return (n.dot(up) < 0.0 ? 1 : 0);
+}
+//-----------------------------------------------------------------------------
+double CellType::h(const MeshEntity& entity) const
+{
+  // Get mesh geometry
+  const MeshGeometry& geometry = entity.mesh().geometry();
+
+  // Get number of cell vertices
+  const int num_vertices = entity.num_entities(0);
+
+  // Get the coordinates (Points) of the vertices
+  const unsigned int* vertices = entity.entities(0);
+  dolfin_assert(vertices);
+  std::array<Point, 8> points;
+  dolfin_assert(num_vertices <= 8);
+  for (int i = 0; i < num_vertices; ++i)
+    points[i] = geometry.point(vertices[i]);
+
+  // Get maximum edge length
+  double h = 0.0;
+  for (int i = 0; i < num_vertices; ++i)
+  {
+    for (int j = i + 1; j < num_vertices; ++j)
+      h = std::max(h, points[i].distance(points[j]));
+  }
+
+  return h;
+}
+//-----------------------------------------------------------------------------
+double CellType::inradius(const Cell& cell) const
+{
+  // Check cell type
+  if (_cell_type != Type::interval && _cell_type != Type::triangle
+      && _cell_type != Type::tetrahedron)
+  {
+    dolfin_error("Cell.h",
+                 "compute cell inradius",
+                 "formula not implemented for non-simplicial cells");
+  }
+
+  // Pick dim
+  const size_t d = dim();
+
+  // Compute volume
+  const double V = volume(cell);
+
+  // Handle degenerate case
+  if (V == 0.0)
+    return 0.0;
+
+  // Compute total area of facets
+  double A = 0;
+  for (std::size_t i = 0; i <= d; i++)
+    A += facet_area(cell, i);
+
+  // See Jonathan Richard Shewchuk: What Is a Good Linear Finite
+  // Element?, online:
+  // http://www.cs.berkeley.edu/~jrs/papers/elemj.pdf
+  return d*V/A;
+}
+//-----------------------------------------------------------------------------
+double CellType::radius_ratio(const Cell& cell) const
+{
+  const double r = inradius(cell);
+
+  // Handle degenerate case
+  if (r == 0.0)
+    return 0.0;
+  else
+    return dim()*r/circumradius(cell);
+}
+//-----------------------------------------------------------------------------
+bool CellType::ordered(const Cell& cell, const std::vector<std::int64_t>&
+                       local_to_global_vertex_indices) const
+{
+  // Get mesh topology
+  const MeshTopology& topology = cell.mesh().topology();
+  const std::size_t dim = topology.dim();
+  const std::size_t c = cell.index();
+
+  // Get vertices
+  const std::size_t num_vertices = topology(dim, 0).size(c);
+  const unsigned int* vertices = topology(dim, 0)(c);
+  dolfin_assert(vertices);
+
+  // Check that vertices are in ascending order
+  if (!increasing(num_vertices, vertices, local_to_global_vertex_indices))
+    return false;
+
+  // Note the comparison below: d + 1 < dim, not d < dim - 1
+  // Otherwise, d < dim - 1 will evaluate to true for dim = 0 with std::size_t
+
+  // Check numbering of entities of positive dimension and codimension
+  for (std::size_t d = 1; d + 1 < dim; d++)
+  {
+    // Check if entities exist, otherwise skip
+    const MeshConnectivity& connectivity = topology(d, 0);
+    if (connectivity.empty())
+      continue;
+
+    // Get entities
+    const std::size_t num_entities = topology(dim, d).size(c);
+    const unsigned int* entities = topology(dim, d)(c);
+
+    // Iterate over entities
+    for (std::size_t e = 1; e < num_entities; e++)
+    {
+      // Get vertices for first entity
+      const std::size_t  e0 = entities[e - 1];
+      const std::size_t  n0 = connectivity.size(e0);
+      const unsigned int* v0 = connectivity(e0);
+
+      // Get vertices for second entity
+      const std::size_t  e1 = entities[e];
+      const std::size_t  n1 = connectivity.size(e1);
+      const unsigned int* v1 = connectivity(e1);
+
+      // Check ordering of entities
+      if (!increasing(n0, v0, n1, v1, num_vertices, vertices,
+                      local_to_global_vertex_indices))
+        return false;
+    }
+  }
+
+  return true;
+}
+//-----------------------------------------------------------------------------
+void CellType::sort_entities(std::size_t num_vertices,
+                             unsigned int* local_vertices,
+                             const std::vector<std::int64_t>&
+                             local_to_global_vertex_indices)
+{
+  // Two cases here, either sort vertices directly (when running in
+  // serial) or sort based on the global indices (when running in
+  // parallel)
+
+  // Comparison operator for sorting based on global indices
+  class GlobalSort
+  {
+  public:
+
+    GlobalSort(const std::vector<std::int64_t>& local_to_global_vertex_indices)
+        : g(local_to_global_vertex_indices) {}
+
+    bool operator() (const std::size_t& l, const std::size_t& r)
+    { return g[l] < g[r]; }
+
+    const std::vector<std::int64_t>& g;
+
+  };
+
+  // Sort on global vertex indices
+  GlobalSort global_sort(local_to_global_vertex_indices);
+  std::sort(local_vertices, local_vertices + num_vertices, global_sort);
+}
+//-----------------------------------------------------------------------------
+bool CellType::increasing(std::size_t num_vertices,
+                          const unsigned int* local_vertices,
+                          const std::vector<std::int64_t>&
+                          local_to_global_vertex_indices)
+{
+  // Two cases here, either check vertices directly (when running in serial)
+  // or check based on the global indices (when running in parallel)
+
+  for (std::size_t v = 1; v < num_vertices; v++)
+    if (local_to_global_vertex_indices[local_vertices[v - 1]] >= local_to_global_vertex_indices[local_vertices[v]])
+      return false;
+  return true;
+}
+//-----------------------------------------------------------------------------
+bool CellType::increasing(std::size_t n0, const unsigned int* v0,
+                          std::size_t n1, const unsigned int* v1,
+                          std::size_t num_vertices,
+                          const unsigned int* local_vertices,
+               const std::vector<std::int64_t>& local_to_global_vertex_indices)
+{
+  dolfin_assert(n0 == n1);
+  dolfin_assert(num_vertices > n0);
+  const std::size_t num_non_incident = num_vertices - n0;
+
+  // Compute non-incident vertices for first entity
+  std::vector<std::size_t> w0(num_non_incident);
+  std::size_t k = 0;
+  for (std::size_t i = 0; i < num_vertices; i++)
+  {
+    const std::size_t v = local_vertices[i];
+    bool incident = false;
+    for (std::size_t j = 0; j < n0; j++)
+    {
+      if (v0[j] == v)
+      {
+        incident = true;
+        break;
+      }
+    }
+    if (!incident)
+      w0[k++] = v;
+  }
+  dolfin_assert(k == num_non_incident);
+
+  // Compute non-incident vertices for second entity
+  std::vector<std::size_t> w1(num_non_incident);
+  k = 0;
+  for (std::size_t i = 0; i < num_vertices; i++)
+  {
+    const std::size_t v = local_vertices[i];
+    bool incident = false;
+    for (std::size_t j = 0; j < n1; j++)
+    {
+      if (v1[j] == v)
+      {
+        incident = true;
+        break;
+      }
+    }
+
+    if (!incident)
+      w1[k++] = v;
+  }
+  dolfin_assert(k == num_non_incident);
+
+  // Compare lexicographic ordering of w0 and w1
+  for (std::size_t i = 0; i < num_non_incident; i++)
+  {
+    if (local_to_global_vertex_indices[w0[i]]
+        < local_to_global_vertex_indices[w1[i]])
+    {
+      return true;
+    }
+    else if (local_to_global_vertex_indices[w0[i]]
+             > local_to_global_vertex_indices[w1[i]])
+    {
+      return false;
+    }
+  }
+
+  return true;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/CellType.h b/dolfin/mesh/CellType.h
new file mode 100644
index 0000000..4d3d0aa
--- /dev/null
+++ b/dolfin/mesh/CellType.h
@@ -0,0 +1,191 @@
+// Copyright (C) 2006-2017 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Kristoffer Selim 2008
+// Modified by Andre Massing 2009-2010
+// Modified by Jan Blechta 2013
+//
+// First added:  2006-06-05
+// Last changed: 2017-09-26
+
+#ifndef __CELL_TYPE_H
+#define __CELL_TYPE_H
+
+#include <cstdint>
+#include <string>
+#include <vector>
+#include <boost/multi_array.hpp>
+
+namespace dolfin
+{
+
+  class Cell;
+  class MeshEditor;
+  class MeshEntity;
+  template <typename T> class MeshFunction;
+  class Point;
+
+  /// This class provides a common interface for different cell types.
+  /// Each cell type implements mesh functionality that is specific to
+  /// a certain type of cell.
+
+  class CellType
+  {
+  public:
+
+    /// Enum for different cell types
+    enum class Type : int { point, interval, triangle, quadrilateral, tetrahedron, hexahedron };
+
+    /// Constructor
+    CellType(Type cell_type, Type facet_type);
+
+    /// Destructor
+    virtual ~CellType();
+
+    /// Create cell type from type (factory function)
+    static CellType* create(Type type);
+
+    /// Create cell type from string (factory function)
+    static CellType* create(std::string type);
+
+    /// Convert from string to cell type
+    static Type string2type(std::string type);
+
+    /// Convert from cell type to string
+    static std::string type2string(Type type);
+
+    /// Return type of cell
+    Type cell_type() const
+    { return _cell_type; }
+
+    /// Return type of cell for facets
+    Type facet_type() const
+    { return _facet_type; }
+
+    /// Return type of cell for entity of dimension i
+    Type entity_type(std::size_t i) const;
+
+    /// Check if cell is a simplex
+    virtual bool is_simplex() const = 0;
+
+    /// Return topological dimension of cell
+    virtual std::size_t dim() const = 0;
+
+    /// Return number of entities of given topological dimension
+    virtual std::size_t num_entities(std::size_t dim) const = 0;
+
+    /// Return number of vertices for cell
+    std::size_t num_vertices() const
+    { return num_vertices(dim()); }
+
+    /// Return number of vertices for entity of given topological dimension
+    virtual std::size_t num_vertices(std::size_t dim) const = 0;
+
+    /// Return orientation of the cell (assuming flat space)
+    virtual std::size_t orientation(const Cell& cell) const = 0;
+
+    /// Return orientation of the cell relative to given up direction
+    std::size_t orientation(const Cell& cell, const Point& up) const;
+
+    /// Create entities e of given topological dimension from
+    /// vertices v
+    virtual void create_entities(boost::multi_array<unsigned int, 2>& e,
+                                 std::size_t dim,
+                                 const unsigned int* v) const = 0;
+
+    /// Compute (generalized) volume of mesh entity
+    virtual double volume(const MeshEntity& entity) const = 0;
+
+    /// Compute greatest distance between any two vertices
+    virtual double h(const MeshEntity& entity) const;
+
+    /// Compute circumradius of mesh entity
+    virtual double circumradius(const MeshEntity& entity) const = 0;
+
+    /// Compute inradius of cell
+    virtual double inradius(const Cell& cell) const;
+
+    /// Compute dim*inradius/circumradius for given cell
+    virtual double radius_ratio(const Cell& cell) const;
+
+    /// Compute squared distance to given point
+    virtual double squared_distance(const Cell& cell,
+                                    const Point& point) const = 0;
+
+    /// Compute component i of normal of given facet with respect to the cell
+    virtual double normal(const Cell& cell, std::size_t facet,
+                          std::size_t i) const = 0;
+
+    /// Compute of given facet with respect to the cell
+    virtual Point normal(const Cell& cell, std::size_t facet) const = 0;
+
+    /// Compute normal to given cell (viewed as embedded in 3D)
+    virtual Point cell_normal(const Cell& cell) const = 0;
+
+    /// Compute the area/length of given facet with respect to the cell
+    virtual double facet_area(const Cell& cell, std::size_t facet) const = 0;
+
+    // FIXME: The order() function should be reimplemented and use one common
+    // FIXME: implementation for all cell types, just as we have for ordered()
+
+    /// Order entities locally
+    virtual void order(Cell& cell,
+            const std::vector<std::int64_t>& local_to_global_vertex_indices) const = 0;
+
+    /// Check if entities are ordered
+    bool ordered(const Cell& cell,
+                 const std::vector<std::int64_t>& local_to_global_vertex_indices) const;
+
+    /// Check whether given point collides with cell
+    virtual bool collides(const Cell& cell, const Point& point) const = 0;
+
+    /// Check whether given entity collides with cell
+    virtual bool collides(const Cell& cell, const MeshEntity& entity) const = 0;
+
+    /// Return description of cell type
+    virtual std::string description(bool plural) const = 0;
+
+    /// Mapping of DOLFIN/UFC vertex ordering to VTK/XDMF ordering
+    virtual std::vector<std::int8_t> vtk_mapping() const = 0;
+
+  protected:
+
+    Type _cell_type;
+    Type _facet_type;
+
+    /// Sort vertices based on global entity indices
+    static void sort_entities(std::size_t num_vertices,
+                      unsigned int* vertices,
+                      const std::vector<std::int64_t>& local_to_global_vertex_indices);
+
+  private:
+
+    // Check if list of vertices is increasing
+    static bool increasing(std::size_t num_vertices, const unsigned int* vertices,
+                     const std::vector<std::int64_t>& local_to_global_vertex_indices);
+
+    // Check that <entity e0 with vertices v0> <= <entity e1 with vertices v1>
+    static bool increasing(std::size_t n0, const unsigned int* v0,
+                       std::size_t n1,     const unsigned int* v1,
+                       std::size_t num_vertices, const unsigned int* vertices,
+                       const std::vector<std::int64_t>& local_to_global_vertex_indices);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/DistributedMeshTools.cpp b/dolfin/mesh/DistributedMeshTools.cpp
new file mode 100644
index 0000000..256adbd
--- /dev/null
+++ b/dolfin/mesh/DistributedMeshTools.cpp
@@ -0,0 +1,1263 @@
+// Copyright (C) 2011-2014 Garth N. Wells and Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2011
+// Modified by Cecile Daversin-Catty  2019
+//
+// First added:  2011-09-17
+// Last changed: 2019-02-12
+
+#include <boost/multi_array.hpp>
+
+#include "dolfin/common/MPI.h"
+#include "dolfin/common/Timer.h"
+#include "dolfin/graph/Graph.h"
+#include "dolfin/graph/SCOTCH.h"
+#include "dolfin/log/log.h"
+#include "BoundaryMesh.h"
+#include "Facet.h"
+#include "Mesh.h"
+#include "MeshEntityIterator.h"
+#include "MeshFunction.h"
+#include "Vertex.h"
+
+#include "DistributedMeshTools.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void DistributedMeshTools::number_entities(const Mesh& mesh, std::size_t d)
+{
+  Timer timer("Number distributed mesh entities");
+
+  // Return if global entity indices have already been calculated
+  if (mesh.topology().have_global_indices(d))
+    return;
+
+  // Const-cast to allow data to be attached
+  Mesh& _mesh = const_cast<Mesh&>(mesh);
+
+  if (MPI::size(mesh.mpi_comm()) == 1)
+  {
+    mesh.init(d);
+
+    // Set global entity numbers in mesh
+    _mesh.topology().init(d, mesh.num_entities(d), mesh.num_entities(d));
+    _mesh.topology().init_global_indices(d, mesh.num_entities(d));
+    for (MeshEntityIterator e(mesh, d); !e.end(); ++e)
+      _mesh.topology().set_global_index(d, e->index(), e->index());
+
+    return;
+  }
+
+  // Get shared entities map
+  std::map<std::int32_t, std::set<unsigned int>>&
+    shared_entities = _mesh.topology().shared_entities(d);
+
+  // Number entities
+  std::vector<std::int64_t> global_entity_indices;
+  const std::map<unsigned int, std::pair<unsigned int, unsigned int>>
+    slave_entities;
+  const std::size_t num_global_entities = number_entities(mesh, slave_entities,
+                                                          global_entity_indices,
+                                                          shared_entities, d);
+
+  // Set global entity numbers in mesh
+  _mesh.topology().init(d, mesh.num_entities(d), num_global_entities);
+  _mesh.topology().init_global_indices(d, global_entity_indices.size());
+  for (std::size_t i = 0; i < global_entity_indices.size(); ++i)
+    _mesh.topology().set_global_index(d, i, global_entity_indices[i]);
+}
+//-----------------------------------------------------------------------------
+std::size_t DistributedMeshTools::number_entities(
+  const Mesh& mesh,
+  const std::map<unsigned int, std::pair<unsigned int, unsigned int>>& slave_entities,
+  std::vector<std::int64_t>& global_entity_indices,
+  std::map<std::int32_t, std::set<unsigned int>>& shared_entities,
+  std::size_t d)
+{
+  // Developer note: This function should use global_vertex_indices
+  // for the global mesh indices and *not* access these through the
+  // mesh. In some cases special numbering is passed in which differs
+  // from mesh global numbering, e.g. when computing mesh entity
+  // numbering for problems with periodic boundary conditions.
+
+  log(PROGRESS, "Number mesh entities for distributed mesh (for specified vertex ids).", d);
+  Timer timer("Number mesh entities for distributed mesh (for specified vertex ids)");
+
+  // Check that we're not re-numbering vertices (these are fixed at
+  // mesh construction)
+  if (d == 0)
+  {
+    dolfin_error("MeshPartitioning.cpp",
+                 "number mesh entities",
+                 "Global vertex indices exist at input. Cannot be renumbered");
+  }
+
+  // Check that we're not re-numbering cells (these are fixed at mesh
+  // construction)
+  if (d == mesh.topology().dim())
+  {
+    shared_entities.clear();
+    global_entity_indices = mesh.topology().global_indices(d);
+    return mesh.num_entities_global(d);
+
+    /*
+    dolfin_error("MeshPartitioning.cpp",
+                 "number mesh entities",
+                 "Global cell indices exist at input. Cannot be renumbered");
+    */
+  }
+
+  // MPI communicator
+  const MPI_Comm mpi_comm = mesh.mpi_comm();
+
+  // Get number of processes and process number
+  const std::size_t num_processes = MPI::size(mpi_comm);
+  const std::size_t process_number = MPI::rank(mpi_comm);
+
+  // Initialize entities of dimension d locally
+  mesh.init(d);
+
+  // Build list of slave entities to exclude from ownership computation
+  std::vector<bool> exclude(mesh.num_entities(d), false);
+  std::map<unsigned int, std::pair<unsigned int,
+                                   unsigned int>>::const_iterator s;
+  for (s = slave_entities.begin(); s != slave_entities.end(); ++s)
+    exclude[s->first] = true;
+
+  // Build entity global [vertex list]-to-[local entity index]
+  // map. Exclude any slave entities.
+  std::map<std::vector<std::size_t>, unsigned int> entities;
+  std::pair<std::vector<std::size_t>, unsigned int> entity;
+  for (MeshEntityIterator e(mesh, d, "all"); !e.end(); ++e)
+  {
+    const std::size_t local_index = e->index();
+    if (!exclude[local_index])
+    {
+      entity.second = local_index;
+      entity.first = std::vector<std::size_t>();
+      for (VertexIterator vertex(*e); !vertex.end(); ++vertex)
+        entity.first.push_back(vertex->global_index());
+      std::sort(entity.first.begin(), entity.first.end());
+      entities.insert(entity);
+    }
+  }
+
+  // Get vertex global indices
+  const std::vector<std::int64_t>& global_vertex_indices
+    = mesh.topology().global_indices(0);
+
+  // Get shared vertices (local index, [sharing processes])
+  const std::map<std::int32_t, std::set<unsigned int>>& shared_vertices_local
+    = mesh.topology().shared_entities(0);
+
+  // Compute ownership of entities of dimension d ([entity vertices], data):
+  //  [0]: owned and shared (will be numbered by this process, and number
+  //       communicated to other processes)
+  //  [1]: not owned but shared (will be numbered by another process, and number
+  //       communicated to this processes)
+  std::array<std::map<Entity, EntityData>, 2> entity_ownership;
+  std::vector<std::size_t> owned_entities;
+  compute_entity_ownership(mpi_comm, entities, shared_vertices_local,
+                           global_vertex_indices, d, owned_entities,
+                           entity_ownership);
+
+  // Split shared entities for convenience
+  const std::map<Entity, EntityData>& owned_shared_entities
+    = entity_ownership[0];
+  std::map<Entity, EntityData>& unowned_shared_entities = entity_ownership[1];
+
+  // Number of entities 'owned' by this process
+  const std::size_t num_local_entities = owned_entities.size()
+    + owned_shared_entities.size();
+
+  // Compute global number of entities and local process offset
+  const std::pair<std::size_t, std::size_t> num_global_entities
+    = compute_num_global_entities(mpi_comm, num_local_entities, num_processes,
+                                  process_number);
+
+  // Extract offset
+  std::size_t offset = num_global_entities.second;
+
+  // Prepare list of global entity numbers. Check later that nothing
+  // is equal to -1
+  global_entity_indices
+    = std::vector<std::int64_t>(mesh.num_entities(d), -1);
+
+  std::map<Entity, EntityData>::const_iterator it;
+
+  // Number exclusively owned entities
+  for (std::size_t i = 0; i < owned_entities.size(); ++i)
+    global_entity_indices[owned_entities[i]] = offset++;
+
+  // Number shared entities that this process is responsible for
+  // numbering
+  std::map<Entity, EntityData>::const_iterator it1;
+  for (it1 = owned_shared_entities.begin();
+       it1 != owned_shared_entities.end(); ++it1)
+  {
+    global_entity_indices[it1->second.local_index] = offset++;
+  }
+
+  // Communicate indices for shared entities (owned by this process)
+  // and get indices for shared but not owned entities
+  std::vector<std::vector<std::size_t>> send_values(num_processes);
+  std::vector<std::size_t> destinations;
+  for (it1 = owned_shared_entities.begin();
+       it1 != owned_shared_entities.end(); ++it1)
+  {
+    // Get entity index
+    const unsigned int local_entity_index = it1->second.local_index;
+    const std::int64_t global_entity_index
+      = global_entity_indices[local_entity_index];
+    dolfin_assert(global_entity_index != -1);
+
+    // Get entity processes (processes sharing the entity)
+    const std::vector<unsigned int>& entity_processes = it1->second.processes;
+
+    // Get entity vertices (global vertex indices)
+    const Entity& e = it1->first;
+
+    // Prepare data for sending
+    for (std::size_t j = 0; j < entity_processes.size(); ++j)
+    {
+      // Store interleaved: entity index, number of vertices, global
+      // vertex indices
+      std::size_t p = entity_processes[j];
+      send_values[p].push_back(global_entity_index);
+      send_values[p].push_back(e.size());
+      send_values[p].insert(send_values[p].end(), e.begin(), e.end());
+    }
+  }
+
+  // Send data
+  std::vector<std::vector<std::size_t>> received_values;
+  MPI::all_to_all(mpi_comm, send_values, received_values);
+
+  // Fill in global entity indices received from lower ranked
+  // processes
+  for (std::size_t p = 0; p < num_processes; ++p)
+  {
+    for (std::size_t i = 0; i < received_values[p].size();)
+    {
+      const std::size_t global_index = received_values[p][i++];
+      const std::size_t entity_size = received_values[p][i++];
+      Entity e;
+      for (std::size_t j = 0; j < entity_size; ++j)
+        e.push_back(received_values[p][i++]);
+
+      // Access unowned entity data
+      std::map<Entity, EntityData>::const_iterator recv_entity;
+      recv_entity = unowned_shared_entities.find(e);
+
+      // Sanity check, should not receive an entity we don't need
+      if (recv_entity == unowned_shared_entities.end())
+      {
+        std::stringstream msg;
+        msg << "Process " << MPI::rank(mpi_comm)
+            << " received illegal entity given by ";
+        msg << " with global index " << global_index;
+        msg << " from process " << p;
+        dolfin_error("MeshPartitioning.cpp",
+                     "number mesh entities",
+                     msg.str());
+      }
+
+      const std::size_t local_entity_index = recv_entity->second.local_index;
+      dolfin_assert(global_entity_indices[local_entity_index] == -1);
+
+      global_entity_indices[local_entity_index] = global_index;
+    }
+  }
+
+  // Get slave indices from master
+  {
+    std::vector<std::vector<std::size_t>>
+      slave_send_buffer(MPI::size(mpi_comm));
+    std::vector<std::vector<std::size_t>>
+      local_slave_index(MPI::size(mpi_comm));
+    for (s = slave_entities.begin(); s != slave_entities.end(); ++s)
+    {
+      // Local index on remote process
+      slave_send_buffer[s->second.first].push_back(s->second.second);
+
+      // Local index on this
+      local_slave_index[s->second.first].push_back(s->first);
+    }
+    std::vector<std::vector<std::size_t>> slave_receive_buffer;
+    MPI::all_to_all(mpi_comm, slave_send_buffer, slave_receive_buffer);
+
+    // Send back master indices
+    for (std::size_t p = 0; p < slave_receive_buffer.size(); ++p)
+    {
+      slave_send_buffer[p].clear();
+      for (std::size_t i = 0; i < slave_receive_buffer[p].size(); ++i)
+      {
+        const std::size_t local_master = slave_receive_buffer[p][i];
+        slave_send_buffer[p].push_back(global_entity_indices[local_master]);
+      }
+    }
+    MPI::all_to_all(mpi_comm, slave_send_buffer, slave_receive_buffer);
+
+    // Set slave indices to received master indices
+    for (std::size_t p = 0; p < slave_receive_buffer.size(); ++p)
+    {
+      for (std::size_t i = 0; i < slave_receive_buffer[p].size(); ++i)
+      {
+        const std::size_t slave_index = local_slave_index[p][i];
+        global_entity_indices[slave_index] = slave_receive_buffer[p][i];
+      }
+    }
+  }
+
+  // Sanity check
+  for (std::size_t i = 0; i < global_entity_indices.size(); ++i)
+  {
+    dolfin_assert(global_entity_indices[i] != -1);
+  }
+
+  // Build shared_entities (global index, [sharing processes])
+  shared_entities.clear();
+  std::map<Entity, EntityData>::const_iterator e;
+  for (e = owned_shared_entities.begin(); e != owned_shared_entities.end(); ++e)
+  {
+    const EntityData& ed = e->second;
+    shared_entities[ed.local_index]
+      = std::set<unsigned int>(ed.processes.begin(),
+                               ed.processes.end());
+  }
+  for (e = unowned_shared_entities.begin();
+       e != unowned_shared_entities.end(); ++e)
+  {
+    const EntityData& ed = e->second;
+    shared_entities[ed.local_index]
+      = std::set<unsigned int>(ed.processes.begin(),
+                               ed.processes.end());
+  }
+
+  // Return number of global entities
+  return num_global_entities.first;
+}
+//-----------------------------------------------------------------------------
+std::map<std::size_t, std::set<std::pair<std::size_t, std::size_t>>>
+DistributedMeshTools::locate_off_process_entities(const std::vector<std::size_t>& entity_indices,
+                                                  std::size_t dim,
+                                                  const Mesh& mesh)
+{
+  Timer timer("Locate off-process entities");
+
+  if (dim == 0)
+  {
+    warning("DistributedMeshTools::host_processes has not been tested for vertices.");
+  }
+
+  // Mesh topology dim
+  const std::size_t D = mesh.topology().dim();
+
+  // Check that entity is a vertex or a cell
+  if (dim != 0 && dim != D)
+  {
+    dolfin_error("DistributedMeshTools.cpp",
+                 "compute off-process indices",
+                 "This version of DistributedMeshTools::host_processes is only for vertices or cells");
+  }
+
+  // Check that global numbers have been computed.
+  if (!mesh.topology().have_global_indices(dim))
+  {
+    dolfin_error("DistributedMeshTools.cpp",
+                 "compute off-process indices",
+                 "Global mesh entity numbers have not been computed");
+  }
+
+  // Check that global numbers have been computed.
+  if (!mesh.topology().have_global_indices(D))
+  {
+    dolfin_error("DistributedMeshTools.cpp",
+                 "compute off-process indices",
+                 "Global mesh entity numbers have not been computed");
+  }
+
+  // Get global cell entity indices on this process
+  const std::vector<std::int64_t> global_entity_indices
+      = mesh.topology().global_indices(dim);
+
+  dolfin_assert(global_entity_indices.size() == mesh.num_cells());
+
+  // Prepare map to hold process numbers
+  std::map<std::size_t, std::set<std::pair<std::size_t, std::size_t>>>
+    processes;
+
+  // FIXME: work on optimising below code
+
+  // List of indices to send
+  std::vector<std::size_t> my_entities;
+
+  // Remove local cells from my_entities to reduce communication
+  if (dim == D)
+  {
+    // In order to fill vector my_entities...
+    // build and populate a local set for non-local cells
+    std::set<std::size_t> set_of_my_entities(entity_indices.begin(),
+                                             entity_indices.end());
+
+    const std::map<std::int32_t, std::set<unsigned int>>& sharing_map
+      = mesh.topology().shared_entities(D);
+
+    // FIXME: This can be made more efficient by exploiting fact that
+    //        set is sorted
+    // Remove local cells from set_of_my_entities to reduce communication
+    for (std::size_t j = 0; j < global_entity_indices.size(); ++j)
+    {
+      if (sharing_map.find(j) == sharing_map.end())
+        set_of_my_entities.erase(global_entity_indices[j]);
+    }
+    // Copy entries from set_of_my_entities to my_entities
+    my_entities = std::vector<std::size_t>(set_of_my_entities.begin(),
+                                           set_of_my_entities.end());
+  }
+  else
+    my_entities = entity_indices;
+
+  // FIXME: handle case when my_entities.empty()
+  //dolfin_assert(!my_entities.empty());
+
+  // Prepare data structures for send/receive
+  const MPI_Comm mpi_comm = mesh.mpi_comm();
+  const std::size_t num_proc = MPI::size(mpi_comm);
+  const std::size_t proc_num = MPI::rank(mpi_comm);
+  const std::size_t max_recv = MPI::max(mpi_comm, my_entities.size());
+  std::vector<std::size_t> off_process_entities(max_recv);
+
+  // Send and receive data
+  for (std::size_t k = 1; k < num_proc; ++k)
+  {
+    const std::size_t src  = (proc_num - k + num_proc) % num_proc;
+    const std::size_t dest = (proc_num + k) % num_proc;
+    MPI::send_recv(mpi_comm, my_entities, dest, off_process_entities, src);
+
+    const std::size_t recv_entity_count = off_process_entities.size();
+
+    // Check if this process owns received entities, and if so
+    // store local index
+    std::vector<std::size_t> my_hosted_entities;
+    {
+      // Build a temporary map hosting global_entity_indices
+      std::map<std::size_t, std::size_t> map_of_global_entity_indices;
+      for (std::size_t j = 0; j < global_entity_indices.size(); j++)
+        map_of_global_entity_indices[global_entity_indices[j]] = j;
+
+      for (std::size_t j = 0; j < recv_entity_count; j++)
+      {
+        // Check if this process hosts 'received_entity'
+        const std::size_t received_entity = off_process_entities[j];
+        std::map<std::size_t, std::size_t>::const_iterator it;
+        it = map_of_global_entity_indices.find(received_entity);
+        if (it != map_of_global_entity_indices.end())
+        {
+          const std::size_t local_index = it->second;
+          my_hosted_entities.push_back(received_entity);
+          my_hosted_entities.push_back(local_index);
+        }
+      }
+    }
+
+    // Send/receive hosted cells
+    const std::size_t max_recv_host_proc
+      = MPI::max(mpi_comm, my_hosted_entities.size());
+    std::vector<std::size_t> host_processes(max_recv_host_proc);
+    MPI::send_recv(mpi_comm, my_hosted_entities, src, host_processes, dest);
+
+    const std::size_t recv_hostproc_count = host_processes.size();
+    for (std::size_t j = 0; j < recv_hostproc_count; j += 2)
+    {
+      const std::size_t global_index = host_processes[j];
+      const std::size_t local_index  = host_processes[j + 1];
+      processes[global_index].insert({dest, local_index});
+    }
+
+    // FIXME: Do later for efficiency
+    // Remove entries from entities (from my_entities) that cannot
+    // reside on more processes (i.e., cells)
+  }
+
+  // Sanity check
+  const std::set<std::size_t> test_set(my_entities.begin(), my_entities.end());
+  const std::size_t number_expected = test_set.size();
+  if (number_expected != processes.size())
+  {
+    dolfin_error("DistributedMeshTools.cpp",
+                 "compute off-process indices",
+                 "Sanity check failed");
+  }
+
+  return processes;
+}
+//-----------------------------------------------------------------------------
+std::unordered_map<unsigned int,
+                   std::vector<std::pair<unsigned int, unsigned int>>>
+  DistributedMeshTools::compute_shared_entities(const Mesh& mesh, std::size_t d)
+{
+  log(PROGRESS, "Compute shared mesh entities of dimension %d.", d);
+  Timer timer("Computed shared mesh entities");
+
+  // MPI communicator
+  const MPI_Comm mpi_comm = mesh.mpi_comm();
+  const int comm_size = MPI::size(mpi_comm);
+
+  // Return empty set if running in serial
+  if (MPI::size(mpi_comm) == 1)
+  {
+    return std::unordered_map<unsigned int, std::vector<std::pair<unsigned int, unsigned int>>>();
+  }
+
+  // Initialize entities of dimension d
+  mesh.init(d);
+
+  // Number entities (globally)
+  number_entities(mesh, d);
+
+  // Get shared entities to processes map
+  const std::map<std::int32_t, std::set<unsigned int>>&
+    shared_entities = mesh.topology().shared_entities(d);
+
+  // Get local-to-global indices map
+  const std::vector<std::int64_t>& global_indices_map
+    = mesh.topology().global_indices(d);
+
+  // Global-to-local map for each process
+  std::unordered_map<std::size_t, std::unordered_map<std::size_t, std::size_t>>
+    global_to_local;
+
+  // Pack global indices for sending to sharing processes
+  std::vector<std::vector<std::size_t>> send_indices(comm_size);
+  std::vector<std::vector<std::size_t>> local_sent_indices(comm_size);
+  std::map<std::int32_t, std::set<unsigned int>>::const_iterator shared_entity;
+  for (shared_entity = shared_entities.begin();
+       shared_entity != shared_entities.end(); ++shared_entity)
+  {
+    // Local index
+    const unsigned int local_index = shared_entity->first;
+
+    // Global index
+    dolfin_assert(local_index < global_indices_map.size());
+    std::size_t global_index = global_indices_map[local_index];
+
+    // Destination process
+    const std::set<unsigned int>& sharing_processes = shared_entity->second;
+
+    // Pack data for sending and build global-to-local map
+    std::set<unsigned int>::const_iterator dest;
+    for (dest = sharing_processes.begin(); dest != sharing_processes.end();
+         ++dest)
+    {
+      send_indices[*dest].push_back(global_index);
+      local_sent_indices[*dest].push_back(local_index);
+      global_to_local[*dest].insert({global_index, local_index});
+    }
+  }
+
+  std::vector<std::vector<std::size_t>> recv_entities;
+  MPI::all_to_all(mpi_comm, send_indices, recv_entities);
+
+  // Clear send data
+  send_indices.clear();
+  send_indices.resize(comm_size);
+
+  // Determine local entities indices for received global entity indices
+  std::unordered_map<std::size_t, std::vector<std::size_t>>::const_iterator
+    received_global_indices;
+  for (std::size_t p = 0; p < recv_entities.size(); ++p)
+  {
+    // Get process number of neighbour
+    const std::size_t sending_proc = p;
+
+    if (recv_entities[p].size() > 0)
+    {
+      // Get global-to-local map for neighbour process
+      std::unordered_map<std::size_t,
+                         std::unordered_map<std::size_t,
+                                            std::size_t>>::const_iterator
+        it = global_to_local.find(sending_proc);
+      dolfin_assert(it != global_to_local.end());
+      const std::unordered_map<std::size_t, std::size_t>&
+        neighbour_global_to_local = it->second;
+
+      // Build vector of local indices
+      const std::vector<std::size_t>& global_indices_recv
+        = recv_entities[p];
+      for (std::size_t i = 0; i < global_indices_recv.size(); ++i)
+      {
+        // Global index
+        const std::size_t global_index = global_indices_recv[i];
+
+        // Find local index corresponding to global index
+        std::unordered_map<std::size_t, std::size_t>::const_iterator
+          n_global_to_local = neighbour_global_to_local.find(global_index);
+
+        dolfin_assert(n_global_to_local != neighbour_global_to_local.end());
+        const std::size_t my_local_index = n_global_to_local->second;
+        send_indices[sending_proc].push_back(my_local_index);
+      }
+    }
+  }
+
+  MPI::all_to_all(mpi_comm, send_indices, recv_entities);
+
+  // Build map
+  std::unordered_map<unsigned int,
+                     std::vector<std::pair<unsigned int, unsigned int>>>
+    shared_local_indices_map;
+
+  // Loop over data received from each process
+  std::unordered_map<std::size_t, std::vector<std::size_t>>::const_iterator
+    received_local_indices;
+  for (std::size_t p = 0; p < recv_entities.size(); ++p)
+  {
+    if (recv_entities[p].size() > 0)
+    {
+      // Process that shares entities
+      const std::size_t proc = p;
+
+      // Local indices on sharing process
+      const std::vector<std::size_t>& neighbour_local_indices
+        = recv_entities[p];
+
+      // Local indices on this process
+      const std::vector<std::size_t>& my_local_indices = local_sent_indices[p];
+
+      // Check that sizes match
+      dolfin_assert(my_local_indices.size() == neighbour_local_indices.size());
+
+      for (std::size_t i = 0; i < neighbour_local_indices.size(); ++i)
+      {
+        shared_local_indices_map[my_local_indices[i]].push_back({proc, neighbour_local_indices[i]});
+      }
+    }
+  }
+
+  return shared_local_indices_map;
+}
+//-----------------------------------------------------------------------------
+void DistributedMeshTools::compute_entity_ownership(
+  const MPI_Comm mpi_comm,
+  const std::map<std::vector<std::size_t>, unsigned int>& entities,
+  const std::map<std::int32_t, std::set<unsigned int>>& shared_vertices_local,
+  const std::vector<std::int64_t>& global_vertex_indices,
+  std::size_t d,
+  std::vector<std::size_t>& owned_entities,
+  std::array<std::map<Entity, EntityData>, 2>& shared_entities)
+{
+  log(PROGRESS, "Compute ownership for mesh entities of dimension %d.", d);
+  Timer timer("Compute mesh entity ownership");
+
+  // Build global-to-local indices map for shared vertices
+  std::map<std::size_t, std::set<unsigned int>> shared_vertices;
+  std::map<std::int32_t, std::set<unsigned int>>::const_iterator v;
+  for (v = shared_vertices_local.begin(); v != shared_vertices_local.end(); ++v)
+  {
+    dolfin_assert(v->first < (int) global_vertex_indices.size());
+    shared_vertices.insert({global_vertex_indices[v->first], v->second});
+  }
+
+  // Entity ownership list ([entity vertices], data):
+  //  [0]: owned and shared (will be numbered by this process, and number
+  //       communicated to other processes)
+  //  [1]: not owned but shared (will be numbered by another process, and number
+  //       communicated to this processes)
+
+  // Compute preliminary ownership lists (shared_entities) without
+  // communication
+  compute_preliminary_entity_ownership(mpi_comm, shared_vertices, entities,
+                                       owned_entities, shared_entities);
+
+  // Qualify boundary entities. We need to find out if the shared
+  // (shared with lower ranked process) entities are entities of a
+  // lower ranked process.  If not, this process becomes the lower
+  // ranked process for the entity in question, and is therefore
+  // responsible for communicating values to the higher ranked
+  // processes (if any).
+  compute_final_entity_ownership(mpi_comm, owned_entities, shared_entities);
+}
+//-----------------------------------------------------------------------------
+void DistributedMeshTools::compute_preliminary_entity_ownership(
+  const MPI_Comm mpi_comm,
+  const std::map<std::size_t, std::set<unsigned int>>& shared_vertices,
+  const std::map<Entity, unsigned int>& entities,
+  std::vector<std::size_t>& owned_entities,
+  std::array<std::map<Entity, EntityData>, 2>& shared_entities)
+{
+  // Entities
+  std::map<Entity, EntityData>& owned_shared_entities = shared_entities[0];
+  std::map<Entity, EntityData>& unowned_shared_entities = shared_entities[1];
+
+  // Clear maps
+  owned_entities.clear();
+  owned_shared_entities.clear();
+  unowned_shared_entities.clear();
+
+  // Get my process number
+  const std::size_t process_number = MPI::rank(mpi_comm);
+
+  // Iterate over all local entities
+  std::map<std::vector<std::size_t>,  unsigned int>::const_iterator it;
+  for (it = entities.begin(); it != entities.end(); ++it)
+  {
+    const Entity& entity = it->first;
+    const std::size_t local_entity_index = it->second;
+
+    // Compute which processes entity is shared with
+    std::vector< unsigned int> entity_processes;
+    if (is_shared(entity, shared_vertices))
+    {
+      // Processes sharing first vertex of entity
+      std::vector<std::size_t>
+        intersection(shared_vertices.find(entity[0])->second.begin(),
+                     shared_vertices.find(entity[0])->second.end());
+      std::vector<std::size_t>::iterator intersection_end = intersection.end();
+
+      // Loop over entity vertices
+      for (std::size_t i = 1; i < entity.size(); ++i)
+      {
+        // Global vertex index
+        const std::size_t v = entity[i];
+
+        // Sharing processes
+        const std::set< unsigned int>& shared_vertices_v
+          = shared_vertices.find(v)->second;
+
+        intersection_end
+          = std::set_intersection(intersection.begin(), intersection_end,
+                                  shared_vertices_v.begin(),
+                                  shared_vertices_v.end(),
+                                  intersection.begin());
+      }
+      entity_processes = std::vector< unsigned int>(intersection.begin(),
+                                                    intersection_end);
+    }
+
+    // Check if entity is master, slave or shared but not owned (shared
+    // with lower ranked process)
+    bool shared_but_not_owned = false;
+    for (std::size_t i = 0; i < entity_processes.size(); ++i)
+    {
+      if (entity_processes[i] < process_number)
+      {
+        shared_but_not_owned = true;
+        break;
+      }
+    }
+
+    if (entity_processes.empty())
+    {
+      owned_entities.push_back(local_entity_index);
+    }
+    else if (shared_but_not_owned)
+    {
+      unowned_shared_entities[entity] = EntityData(local_entity_index,
+                                                   entity_processes);
+    }
+    else
+    {
+      owned_shared_entities[entity] = EntityData(local_entity_index,
+                                                 entity_processes);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void DistributedMeshTools::compute_final_entity_ownership(
+  const MPI_Comm mpi_comm,
+  std::vector<std::size_t>& owned_entities,
+  std::array<std::map<Entity, EntityData>, 2>& shared_entities)
+{
+  // Entities ([entity vertices], index) to be numbered
+  std::map<Entity, EntityData>& owned_shared_entities = shared_entities[0];
+  std::map<Entity, EntityData>& unowned_shared_entities = shared_entities[1];
+
+  // Get MPI number of processes and process number
+  const std::size_t num_processes = MPI::size(mpi_comm);
+  const std::size_t process_number = MPI::rank(mpi_comm);
+
+  // Communicate common entities, starting with the entities we think
+  // are shared but not owned
+  std::vector<std::vector<std::size_t>>
+    send_common_entity_values(num_processes);
+  for (std::map<Entity, EntityData>::const_iterator it
+         = unowned_shared_entities.begin(); it != unowned_shared_entities.end();
+       ++it)
+  {
+    // Get entity vertices (global vertex indices)
+    const Entity& entity = it->first;
+
+    // Get entity processes (processes that might share the entity)
+    const std::vector<unsigned int>& entity_processes = it->second.processes;
+
+    // Prepare data for sending
+    for (std::size_t j = 0; j < entity_processes.size(); ++j)
+    {
+      const std::size_t p = entity_processes[j];
+      send_common_entity_values[p].push_back(entity.size());
+      send_common_entity_values[p].insert(send_common_entity_values[p].end(),
+                                          entity.begin(), entity.end());
+    }
+  }
+
+  // Communicate common entities, add the entities we think are owned
+  // and shared
+  for (std::map<Entity, EntityData>::const_iterator it
+         = owned_shared_entities.begin();
+       it != owned_shared_entities.end(); ++it)
+  {
+    // Get entity vertices (global vertex indices)
+    const Entity& entity = it->first;
+
+    // Get entity processes (processes that might share the entity)
+    const std::vector<unsigned int>& entity_processes = it->second.processes;
+
+    // Prepare data for sending
+    for (std::size_t j = 0; j < entity_processes.size(); ++j)
+    {
+      const unsigned int p = entity_processes[j];
+      dolfin_assert(process_number < p);
+      send_common_entity_values[p].push_back(entity.size());
+      send_common_entity_values[p].insert(send_common_entity_values[p].end(),
+                                          entity.begin(), entity.end());
+    }
+  }
+
+  // Communicate common entities
+  std::vector<std::vector<std::size_t>> received_common_entity_values;
+  MPI::all_to_all(mpi_comm, send_common_entity_values,
+                  received_common_entity_values);
+
+  // Check if entities received are really entities
+  std::vector<std::vector<std::size_t>> send_is_entity_values(num_processes);
+  for (std::size_t p = 0; p < num_processes; ++p)
+  {
+    for (std::size_t i = 0; i < received_common_entity_values[p].size();)
+    {
+      // Get entity
+      const std::size_t entity_size = received_common_entity_values[p][i++];
+      Entity entity;
+      for (std::size_t j = 0; j < entity_size; ++j)
+        entity.push_back(received_common_entity_values[p][i++]);
+
+      // Check if received really is an entity on this process (in
+      // which case it will be in owned or unowned entities)
+      bool is_entity = false;
+      if (unowned_shared_entities.find(entity) != unowned_shared_entities.end()
+          || owned_shared_entities.find(entity) != owned_shared_entities.end())
+      {
+        is_entity = true;
+      }
+
+      // Add information about entity (whether it's actually an
+      // entity) to send to other processes
+      send_is_entity_values[p].push_back(entity_size);
+      for (std::size_t j = 0; j < entity_size; ++j)
+        send_is_entity_values[p].push_back(entity[j]);
+      send_is_entity_values[p].push_back(is_entity);
+    }
+  }
+
+  // Send data back (list of requested entities that are really
+  // entities)
+  std::vector<std::vector<std::size_t>> received_is_entity_values;
+  MPI::all_to_all(mpi_comm, send_is_entity_values, received_is_entity_values);
+
+  // Create map from entities to processes where it is an entity
+  std::map<Entity, std::vector<unsigned int>> entity_processes;
+  for (std::size_t p = 0; p < num_processes; ++p)
+  {
+    for (std::size_t i = 0; i < received_is_entity_values[p].size();)
+    {
+      const std::size_t entity_size = received_is_entity_values[p][i++];
+      Entity entity;
+      for (std::size_t j = 0; j < entity_size; ++j)
+        entity.push_back(received_is_entity_values[p][i++]);
+      const std::size_t is_entity = received_is_entity_values[p][i++];
+      if (is_entity == 1)
+      {
+        // Add entity since it is actually an entity for process p
+        entity_processes[entity].push_back(p);
+      }
+    }
+  }
+
+  // Fix the list of entities we do not own (numbered by lower ranked
+  // process)
+  std::vector<std::vector<std::size_t>> unignore_entities;
+  std::map<Entity, EntityData>::iterator entity;
+  for (entity = unowned_shared_entities.begin();
+       entity != unowned_shared_entities.end(); ++entity)
+  {
+    const Entity& entity_vertices = entity->first;
+    EntityData& entity_data = entity->second;
+    const unsigned int local_entity_index = entity_data.local_index;
+    if (entity_processes.find(entity_vertices) != entity_processes.end())
+    {
+      const std::vector<unsigned int>& common_processes
+        = entity_processes[entity_vertices];
+      dolfin_assert(!common_processes.empty());
+      const std::size_t min_proc = *(std::min_element(common_processes.begin(),
+                                                      common_processes.end()));
+
+      if (process_number < min_proc)
+      {
+        // Move from unowned to owned
+        owned_shared_entities[entity_vertices] = EntityData(local_entity_index,
+                                                            common_processes);
+
+        // Add entity to list of entities that should be removed from
+        // the unowned entity list.
+        unignore_entities.push_back(entity_vertices);
+      }
+      else
+        entity_data.processes = common_processes;
+    }
+    else
+    {
+      // Move from unowned to owned exclusively
+      owned_entities.push_back(local_entity_index);
+
+      // Add entity to list of entities that should be removed from the
+      // shared but not owned entity list
+      unignore_entities.push_back(entity_vertices);
+    }
+  }
+
+  // Remove unowned shared entities that should not be shared
+  for (std::size_t i = 0; i < unignore_entities.size(); ++i)
+    unowned_shared_entities.erase(unignore_entities[i]);
+
+  // Fix the list of entities we share
+  std::vector<std::vector<std::size_t>> unshare_entities;
+  for (std::map<Entity, EntityData>::iterator it
+         = owned_shared_entities.begin();
+       it != owned_shared_entities.end(); ++it)
+  {
+    const Entity& e = it->first;
+    const unsigned int local_entity_index = it->second.local_index;
+    if (entity_processes.find(e) == entity_processes.end())
+    {
+      // Move from shared to owned elusively
+      owned_entities.push_back(local_entity_index);
+      unshare_entities.push_back(e);
+    }
+    else
+    {
+      // Update processor list of shared entities
+      it->second.processes = entity_processes[e];
+    }
+  }
+
+  // Remove shared entities that should not be shared
+  for (std::size_t i = 0; i < unshare_entities.size(); ++i)
+    owned_shared_entities.erase(unshare_entities[i]);
+}
+//-----------------------------------------------------------------------------
+bool DistributedMeshTools::is_shared(const Entity& entity,
+         const std::map<std::size_t, std::set<unsigned int>>& shared_vertices)
+{
+  // Iterate over entity vertices
+  Entity::const_iterator e;
+  for (e = entity.begin(); e != entity.end(); ++e)
+  {
+    // Return false if an entity vertex is not in the list (map) of
+    // shared entities
+    if (shared_vertices.find(*e) == shared_vertices.end())
+      return false;
+  }
+  return true;
+}
+//-----------------------------------------------------------------------------
+std::pair<std::size_t, std::size_t>
+DistributedMeshTools::compute_num_global_entities(const MPI_Comm mpi_comm,
+                                                  std::size_t num_local_entities,
+                                                  std::size_t num_processes,
+                                                  std::size_t process_number)
+{
+  // Communicate number of local entities
+  std::vector<std::size_t> num_entities_to_number;
+  MPI::all_gather(mpi_comm, num_local_entities, num_entities_to_number);
+
+  // Compute offset
+  const std::size_t offset
+    = std::accumulate(num_entities_to_number.begin(),
+                      num_entities_to_number.begin() + process_number,
+                      (std::size_t)0);
+
+  // Compute number of global entities
+  const std::size_t num_global = std::accumulate(num_entities_to_number.begin(),
+                                                 num_entities_to_number.end(),
+                                                 (std::size_t)0);
+
+  return {num_global, offset};
+}
+//-----------------------------------------------------------------------------
+void DistributedMeshTools::init_facet_cell_connections(Mesh& mesh)
+{
+  // Topological dimension
+  const std::size_t D = mesh.topology().dim();
+
+  // Initialize entities of dimension d
+  mesh.init(D - 1);
+
+  // Initialise local facet-cell connections.
+  mesh.init(D - 1, D);
+
+  // Global numbering
+  number_entities(mesh, D - 1);
+
+  // Calculate the number of global cells attached to each facet
+  // essentially defining the exterior surface
+  // FIXME: should this be done earlier, e.g. at partitioning stage
+  // when dual graph is built?
+
+  // Create vector to hold number of cells connected to each
+  // facet. Initially copy over from local values.
+  std::vector<unsigned int> num_global_neighbors(mesh.num_facets());
+
+  std::map<std::int32_t, std::set<unsigned int>>& shared_facets
+    = mesh.topology().shared_entities(D - 1);
+
+  // Check if no ghost cells
+  if (mesh.topology().ghost_offset(D) == mesh.topology().size(D))
+  {
+    // Copy local values
+    for (FacetIterator f(mesh); !f.end(); ++f)
+      num_global_neighbors[f->index()] = f->num_entities(D);
+
+    // All shared facets must have two cells, if no ghost cells
+    for (auto f_it = shared_facets.begin();
+             f_it != shared_facets.end(); ++f_it)
+      num_global_neighbors[f_it->first] = 2;
+  }
+  else
+  {
+    // With ghost cells, shared facets may be on an external edge,
+    // so need to check connectivity with the cell owner.
+
+    const std::size_t mpi_size = MPI::size(mesh.mpi_comm());
+    std::vector<std::vector<std::size_t>> send_facet(mpi_size);
+    std::vector<std::vector<std::size_t>> recv_facet(mpi_size);
+
+    // Map shared facets
+    std::map<std::size_t, std::size_t> global_to_local_facet;
+
+    for (MeshEntityIterator f(mesh, D - 1, "all"); !f.end(); ++f)
+    {
+      // Insert shared facets into mapping
+      if (f->is_shared())
+        global_to_local_facet.insert({f->global_index(), f->index()});
+      // Copy local values
+      const std::size_t n_cells = f->num_entities(D);
+      num_global_neighbors[f->index()] = n_cells;
+
+      if (f->is_ghost() && n_cells == 1)
+      {
+        // Singly attached ghost facet - check with owner of attached
+        // cell
+        const Cell c(mesh, f->entities(D)[0]);
+        dolfin_assert(c.is_ghost());
+        send_facet[c.owner()].push_back(f->global_index());
+      }
+    }
+
+    MPI::all_to_all(mesh.mpi_comm(), send_facet, recv_facet);
+
+    // Convert received global facet index into number of attached
+    // cells and return to sender
+    std::vector<std::vector<std::size_t>> send_response(mpi_size);
+    for (unsigned int p = 0; p != mpi_size; ++p)
+    {
+      for (auto r = recv_facet[p].begin(); r != recv_facet[p].end(); ++r)
+      {
+        auto map_it = global_to_local_facet.find(*r);
+        dolfin_assert(map_it != global_to_local_facet.end());
+        const Facet local_facet(mesh, map_it->second);
+        const std::size_t n_cells = local_facet.num_entities(D);
+        send_response[p].push_back(n_cells);
+      }
+    }
+
+    MPI::all_to_all(mesh.mpi_comm(), send_response, recv_facet);
+
+    // Insert received result into same facet that it came from
+    for (unsigned int p = 0; p != mpi_size; ++p)
+    {
+      for (unsigned int i = 0; i != recv_facet[p].size(); ++i)
+      {
+        auto f_it = global_to_local_facet.find(send_facet[p][i]);
+        dolfin_assert(f_it != global_to_local_facet.end());
+        num_global_neighbors[f_it->second] = recv_facet[p][i];
+      }
+    }
+  }
+
+  mesh.topology()(D - 1, D).set_global_size(num_global_neighbors);
+}
+//-----------------------------------------------------------------------------
+std::vector<double>
+DistributedMeshTools::reorder_vertices_by_global_indices(const Mesh& mesh)
+{
+  std::vector<double> ordered_coordinates(mesh.coordinates());
+  reorder_values_by_global_indices(mesh, ordered_coordinates,
+                                   mesh.geometry().dim());
+  return ordered_coordinates;
+}
+//-----------------------------------------------------------------------------
+void DistributedMeshTools::reorder_values_by_global_indices(const Mesh& mesh,
+                                      std::vector<double>& data,
+                                      const std::size_t width)
+{
+  Timer t("DistributedMeshTools: reorder vertex values");
+
+  dolfin_assert(mesh.num_vertices()*width == data.size());
+
+  // MPI communicator
+  const MPI_Comm mpi_comm = mesh.mpi_comm();
+
+  // Get shared vertices
+  const std::map<std::int32_t, std::set<unsigned int>>& shared_vertices
+    = mesh.topology().shared_entities(0);
+
+  // My process rank
+  const unsigned int mpi_rank = MPI::rank(mpi_comm);
+
+  const std::size_t tdim = mesh.topology().dim();
+  std::set<unsigned int> non_local_vertices;
+  // NOTE : Disable exclusion of shared entities when using a Mesh built from MeshView
+  // The additional shared vertices which are not part of a cell are excluded while they
+  // shoudn't be - cause problems when writing IO files
+  bool mesh_view = !mesh.topology().mapping().empty();
+  if (mesh.topology().size(tdim) == mesh.topology().ghost_offset(tdim) && !mesh_view)
+  {
+    // No ghost cells - exclude shared entities which are on lower
+    // rank processes
+    for (auto sh = shared_vertices.begin(); sh != shared_vertices.end(); ++sh)
+    {
+      const unsigned int lowest_proc = *(sh->second.begin());
+      if (lowest_proc < mpi_rank)
+        non_local_vertices.insert(sh->first);
+    }
+  }
+  else
+  {
+    // Iterate through ghost cells, adding non-ghost vertices which
+    // are in lower rank process cells to a set for exclusion from
+    // output
+    for (CellIterator c(mesh, "ghost"); !c.end(); ++c)
+    {
+      const unsigned int cell_owner = c->owner();
+      for (VertexIterator v(*c); !v.end(); ++v)
+        if (!v->is_ghost() && cell_owner < mpi_rank)
+          non_local_vertices.insert(v->index());
+    }
+  }
+
+  // Reference to data to send, reorganised as a 2D boost::multi_array
+  boost::multi_array_ref<double, 2>
+    data_array(data.data(), boost::extents[mesh.num_vertices()][width]);
+
+  std::vector<std::int64_t> global_indices;
+  std::vector<double> reduced_data;
+
+  // Remove clashing data with multiple copies on different processes
+  for (VertexIterator v(mesh); !v.end(); ++v)
+  {
+    const std::size_t vidx = v->index();
+    if (non_local_vertices.find(vidx) == non_local_vertices.end())
+    {
+      global_indices.push_back(v->global_index());
+      reduced_data.insert(reduced_data.end(),
+                 data_array[vidx].begin(), data_array[vidx].end());
+    }
+  }
+
+  data = reduced_data;
+  reorder_values_by_global_indices(mesh.mpi_comm(), data,
+                                   width, global_indices);
+}
+//-----------------------------------------------------------------------------
+void DistributedMeshTools::reorder_values_by_global_indices(MPI_Comm mpi_comm,
+                           std::vector<double>& values,
+                           const std::size_t width,
+                           const std::vector<std::int64_t>& global_indices)
+{
+
+  // Number of items to redistribute
+  const std::size_t num_local_indices = global_indices.size();
+  dolfin_assert(width*num_local_indices == values.size());
+
+  boost::multi_array_ref<double, 2> vertex_array(values.data(),
+                      boost::extents[num_local_indices][width]);
+
+  // Calculate size of overall global vector by finding max index value
+  // anywhere
+  std::size_t max_element = 0;
+  // NOTE : If mesh is empty on a process (MeshView), global_indices can be empty
+  if(global_indices.size() > 0)
+    max_element = *std::max_element(global_indices.begin(), global_indices.end());
+  const std::size_t global_vector_size = MPI::max(mpi_comm, max_element) + 1;
+
+  // Send unwanted values off process
+  const std::size_t mpi_size = MPI::size(mpi_comm);
+  std::vector<std::vector<std::size_t>> values_to_send0(mpi_size);
+  std::vector<std::vector<double>> values_to_send1(mpi_size);
+
+  // Go through local vector and append value to the appropriate list
+  // to send to correct process
+  for (std::size_t i = 0; i != num_local_indices; ++i)
+  {
+    const std::size_t global_i = global_indices[i];
+    const std::size_t process_i
+      = MPI::index_owner(mpi_comm, global_i, global_vector_size);
+    values_to_send0[process_i].push_back(global_i);
+    values_to_send1[process_i].insert(values_to_send1[process_i].end(),
+                                      vertex_array[i].begin(),
+                                      vertex_array[i].end());
+  }
+
+  // Redistribute the values to the appropriate process - including
+  // self All values are "in the air" at this point, so local vector
+  // can be cleared. Receive into flat arrays.
+  std::vector<std::size_t> received_values0;
+  std::vector<double> received_values1;
+  MPI::all_to_all(mpi_comm, values_to_send0, received_values0);
+  MPI::all_to_all(mpi_comm, values_to_send1, received_values1);
+
+  // When receiving, just go through all received values and place
+  // them in the local partition of the global vector.
+  const std::pair<std::size_t, std::size_t> range
+    = MPI::local_range(mpi_comm, global_vector_size);
+  values.resize((range.second - range.first)*width);
+  boost::multi_array_ref<double, 2>
+    new_vertex_array(values.data(),
+                     boost::extents[range.second - range.first][width]);
+
+  for (std::size_t j = 0; j != received_values0.size(); ++j)
+  {
+    const std::size_t global_i = received_values0[j];
+    dolfin_assert(global_i >= range.first && global_i < range.second);
+    std::copy(received_values1.begin() + j*width,
+              received_values1.begin() + (j + 1)*width,
+              new_vertex_array[global_i - range.first].begin());
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/DistributedMeshTools.h b/dolfin/mesh/DistributedMeshTools.h
new file mode 100644
index 0000000..0935df4
--- /dev/null
+++ b/dolfin/mesh/DistributedMeshTools.h
@@ -0,0 +1,174 @@
+// Copyright (C) 2011-2013 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-09-17
+// Last changed: 2013-01-29
+
+#ifndef __MESH_DISTRIBUTED_TOOLS_H
+#define __MESH_DISTRIBUTED_TOOLS_H
+
+#include <array>
+#include <map>
+#include <numeric>
+#include <set>
+#include <utility>
+#include <unordered_map>
+#include <vector>
+#include <dolfin/common/MPI.h>
+
+namespace dolfin
+{
+
+  class Mesh;
+
+  /// This class provides various functionality for working with
+  /// distributed meshes.
+
+  class DistributedMeshTools
+  {
+  public:
+
+    /// Create global entity indices for entities of dimension d
+    static void number_entities(const Mesh& mesh, std::size_t d);
+
+    /// Create global entity indices for entities of dimension d for
+    /// given global vertex indices.
+    static std::size_t number_entities(
+      const Mesh& mesh,
+      const std::map<unsigned int, std::pair<unsigned int, unsigned int>>& slave_entities,
+      std::vector<std::int64_t>& global_entity_indices,
+      std::map<std::int32_t, std::set<unsigned int>>& shared_entities,
+      std::size_t d);
+
+    /// Compute number of cells connected to each facet
+    /// (globally). Facets on internal boundaries will be connected to
+    /// two cells (with the cells residing on neighboring processes)
+    static void init_facet_cell_connections(Mesh& mesh);
+
+    /// Find processes that own or share mesh entities (using entity
+    /// global indices). Returns (global_dof, set(process_num,
+    /// local_index)). Exclusively local entities will not appear in
+    /// the map. Works only for vertices and cells
+    static
+      std::map<std::size_t, std::set<std::pair<std::size_t, std::size_t> > >
+      locate_off_process_entities(const std::vector<std::size_t>&
+                                  entity_indices,
+                                  std::size_t dim, const Mesh& mesh);
+
+    /// Compute map from local index of shared entity to list
+    /// of sharing process and local index,
+    /// i.e. (local index, [(sharing process p, local index on p)])
+    static std::unordered_map<unsigned int,
+      std::vector<std::pair<unsigned int, unsigned int> > >
+      compute_shared_entities(const Mesh& mesh, std::size_t d);
+
+    /// Reorders the vertices in a distributed mesh according to
+    /// their global index, and redistributes them evenly across processes
+    /// returning the coordinates as a local vector
+    static std::vector<double>
+      reorder_vertices_by_global_indices(const Mesh& mesh);
+
+    /// Reorder the values (of given width) in data to be in global vertex
+    /// index order on the Mesh, redistributing evenly across processes
+    static void reorder_values_by_global_indices(const Mesh& mesh,
+                                                 std::vector<double>& data,
+                                                 const std::size_t width);
+
+    /// Reorder the values of given width, according to explicit global
+    /// indices, distributing evenly across processes
+    static void reorder_values_by_global_indices(MPI_Comm mpi_comm,
+                          std::vector<double>& values,
+                          const std::size_t width,
+                          const std::vector<std::int64_t>& global_indices);
+
+  private:
+
+    // Data structure for a mesh entity (list of vertices, using
+    // global indices)
+    typedef std::vector<std::size_t> Entity;
+
+    // Data structure to mesh entity data
+    struct EntityData
+    {
+      // Constructor
+      EntityData() : local_index(0) {}
+
+      // Constructor  (index is local)
+      explicit EntityData(unsigned int index) : local_index(index) {}
+
+      // Constructor (index is local)
+      EntityData(unsigned int index, const std::vector<unsigned int>& procs)
+        : local_index(index), processes(procs) {}
+
+      // Constructor  (index is local)
+      EntityData(unsigned int index, unsigned int process)
+        : local_index(index), processes(1, process) {}
+
+      // Local (this process) entity index
+      unsigned int local_index;
+
+      // Processes on which entity resides
+      std::vector<unsigned int> processes;
+    };
+
+    // Compute ownership of entities ([entity vertices], data)
+    //  [0]: owned exclusively (will be numbered by this process)
+    //  [1]: owned and shared (will be numbered by this process, and number
+    //       communicated to other processes)
+    //  [2]: not owned but shared (will be numbered by another process,
+    //       and number communicated to this processes)
+    static void compute_entity_ownership(
+      const MPI_Comm mpi_comm,
+      const std::map<std::vector<std::size_t>, unsigned int>& entities,
+      const std::map<std::int32_t, std::set<unsigned int> >& shared_vertices_local,
+      const std::vector<std::int64_t>& global_vertex_indices,
+      std::size_t d,
+      std::vector<std::size_t>& owned_entities,
+      std::array<std::map<Entity, EntityData>, 2>& shared_entities);
+
+    // Build preliminary 'guess' of shared entities. This function does
+    // not involve any inter-process communication.
+    static void compute_preliminary_entity_ownership(
+      const MPI_Comm mpi_comm,
+      const std::map<std::size_t, std::set<unsigned int> >& shared_vertices,
+      const std::map<Entity, unsigned int>& entities,
+      std::vector<std::size_t>& owned_entities,
+      std::array<std::map<Entity, EntityData>, 2>& entity_ownership);
+
+    // Communicate with other processes to finalise entity ownership
+    static void
+      compute_final_entity_ownership(const MPI_Comm mpi_comm,
+                                     std::vector<std::size_t>& owned_entities,
+                                     std::array<std::map<Entity,
+                                     EntityData>, 2>& entity_ownership);
+
+    // Check if all entity vertices are the shared vertices in overlap
+    static bool is_shared(const std::vector<std::size_t>& entity_vertices,
+                const std::map<std::size_t, std::set<unsigned int> >& shared_vertices);
+
+    // Compute and return (number of global entities, process offset)
+    static std::pair<std::size_t, std::size_t>
+      compute_num_global_entities(const MPI_Comm mpi_comm,
+                                  std::size_t num_local_entities,
+                                  std::size_t num_processes,
+                                  std::size_t process_number);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/DomainBoundary.h b/dolfin/mesh/DomainBoundary.h
new file mode 100644
index 0000000..83528fa
--- /dev/null
+++ b/dolfin/mesh/DomainBoundary.h
@@ -0,0 +1,52 @@
+// Copyright (C) 2008 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2008-05-23
+// Last changed: 2008-05-23
+
+#ifndef __DOMAIN_BOUNDARY_H
+#define __DOMAIN_BOUNDARY_H
+
+#include <dolfin/common/Array.h>
+#include "SubDomain.h"
+
+namespace dolfin
+{
+
+  /// This class provides a SubDomain which picks out the boundary of
+  /// a mesh, and provides a convenient way to specify boundary
+  /// conditions on the entire boundary of a mesh.
+
+  class DomainBoundary : public SubDomain
+  {
+  public:
+
+    /// Constructor
+    DomainBoundary() {}
+
+    /// Destructor
+    virtual ~DomainBoundary() {}
+
+    /// Return true for points on the boundary
+    virtual bool inside(const Array<double>& x, bool on_boundary) const
+    { return on_boundary; }
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/DynamicMeshEditor.cpp b/dolfin/mesh/DynamicMeshEditor.cpp
new file mode 100644
index 0000000..4627ccc
--- /dev/null
+++ b/dolfin/mesh/DynamicMeshEditor.cpp
@@ -0,0 +1,233 @@
+// Copyright (C) 2008-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2008-09-22
+// Last changed: 2014-02-06
+
+#include <dolfin/geometry/Point.h>
+#include <dolfin/log/log.h>
+#include "Mesh.h"
+#include "MeshEditor.h"
+#include "DynamicMeshEditor.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+DynamicMeshEditor::DynamicMeshEditor() : _mesh(0), _tdim(0), _gdim(0),
+                                         _cell_type(0),
+                                         _num_global_vertices(0),
+                                         _num_global_cells(0)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+DynamicMeshEditor::~DynamicMeshEditor()
+{
+  clear();
+}
+//-----------------------------------------------------------------------------
+void DynamicMeshEditor::open(Mesh& mesh, CellType::Type type, std::size_t tdim,
+                             std::size_t gdim, std::size_t num_global_vertices,
+                             std::size_t num_global_cells)
+{
+  // Clear old data
+  clear();
+
+  // Save data
+  _mesh = &mesh;
+  _gdim = gdim;
+  _tdim = tdim;
+  _cell_type = CellType::create(type);
+  _num_global_vertices = num_global_vertices;
+  _num_global_cells    = num_global_cells;
+}
+//-----------------------------------------------------------------------------
+void DynamicMeshEditor::open(Mesh& mesh, std::string type, std::size_t tdim,
+                             std::size_t gdim, std::size_t num_global_vertices,
+                             std::size_t num_global_cells)
+{
+  if (type == "point")
+  {
+    open(mesh, CellType::Type::point, tdim, gdim, num_global_vertices,
+         num_global_cells);
+  }
+  else if (type == "interval")
+  {
+    open(mesh, CellType::Type::interval, tdim, gdim, num_global_vertices,
+         num_global_cells);
+  }
+  else if (type == "triangle")
+  {
+    open(mesh, CellType::Type::triangle, tdim, gdim, num_global_vertices,
+         num_global_cells);
+  }
+  else if (type == "tetrahedron")
+  {
+    open(mesh, CellType::Type::tetrahedron, tdim, gdim, num_global_vertices,
+         num_global_cells);
+  }
+  else
+  {
+    dolfin_error("DynamicMeshEditor.cpp",
+                 "open dynamic mesh editor",
+                 "Unknown cell type (\"%s\")", type.c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+void DynamicMeshEditor::add_vertex(std::size_t v, const Point& p)
+{
+  // Resize array if necessary
+  const std::size_t offset = v*_gdim;
+  const std::size_t size = offset + _gdim;
+  if (size > vertex_coordinates.size())
+    vertex_coordinates.resize(size, 0.0);
+
+  // Set coordinates
+  for (std::size_t i = 0; i < _gdim; i++)
+    vertex_coordinates[offset + i] = p[i];
+}
+//-----------------------------------------------------------------------------
+void DynamicMeshEditor::add_vertex(std::size_t v, double x)
+{
+  Point p(x);
+  add_vertex(v, p);
+}
+//-----------------------------------------------------------------------------
+void DynamicMeshEditor::add_vertex(std::size_t v, double x, double y)
+{
+  Point p(x, y);
+  add_vertex(v, p);
+}
+//-----------------------------------------------------------------------------
+void DynamicMeshEditor::add_vertex(std::size_t v, double x, double y, double z)
+{
+  Point p(x, y, z);
+  add_vertex(v, p);
+}
+//-----------------------------------------------------------------------------
+void DynamicMeshEditor::add_cell(std::size_t c,
+                                 const std::vector<std::size_t>& v)
+{
+  // Check size of array
+  const std::size_t vertices_per_cell = _cell_type->num_vertices(_tdim);
+  if (v.size() != vertices_per_cell)
+  {
+    dolfin_error("DynamicMeshEditor.cpp",
+                 "add cell using dynamic mesh editor",
+                 "Illegal number of vertices (%d) for cell, expected %d",
+                 v.size(), vertices_per_cell);
+  }
+
+  // Resize array if necessary
+  const std::size_t offset = c*vertices_per_cell;
+  const std::size_t size = offset + vertices_per_cell;
+  if (size > cell_vertices.size())
+    cell_vertices.resize(size, 0);
+
+  // Set vertices
+  for (std::size_t i = 0; i < vertices_per_cell; i++)
+    cell_vertices[offset + i] = v[i];
+}
+//-----------------------------------------------------------------------------
+void DynamicMeshEditor::add_cell(std::size_t c, std::size_t v0, std::size_t v1)
+{
+  std::vector<std::size_t> vertices;
+  vertices.push_back(v0);
+  vertices.push_back(v1);
+  add_cell(c, vertices);
+}
+//-----------------------------------------------------------------------------
+void DynamicMeshEditor::add_cell(std::size_t c, std::size_t v0,
+                                 std::size_t v1, std::size_t v2)
+{
+  std::vector<std::size_t> vertices;
+  vertices.push_back(v0);
+  vertices.push_back(v1);
+  vertices.push_back(v2);
+  add_cell(c, vertices);
+}
+//-----------------------------------------------------------------------------
+void DynamicMeshEditor::add_cell(std::size_t c, std::size_t v0,
+                                 std::size_t v1, std::size_t v2,
+                                 std::size_t v3)
+{
+  std::vector<std::size_t> vertices;
+  vertices.push_back(v0);
+  vertices.push_back(v1);
+  vertices.push_back(v2);
+  vertices.push_back(v3);
+  add_cell(c, vertices);
+}
+//-----------------------------------------------------------------------------
+void DynamicMeshEditor::close(bool order)
+{
+  dolfin_assert(_mesh);
+  dolfin_assert(_cell_type);
+
+  // Open default mesh editor
+  MeshEditor editor;
+  editor.open(*_mesh, _cell_type->cell_type(), _tdim, _gdim);
+
+  // Set number of vertices
+  const std::size_t num_vertices = vertex_coordinates.size()/_gdim;
+  editor.init_vertices_global(num_vertices, _num_global_vertices);
+
+  // Set number of cells
+  const std::size_t vertices_per_cell = _cell_type->num_vertices(_gdim);
+  const std::size_t num_cells = cell_vertices.size()/vertices_per_cell;
+  editor.init_cells_global(num_cells, _num_global_cells);
+
+  // Add vertices
+  std::vector<double> p(_gdim);
+  for (std::size_t v = 0; v < num_vertices; v++)
+  {
+    const std::size_t offset = v*_gdim;
+    for (std::size_t i = 0; i < _gdim; i++)
+      p[i] = vertex_coordinates[offset + i];
+    editor.add_vertex(v, p);
+  }
+
+  // Add cells
+  std::vector<std::size_t> vertices(vertices_per_cell);
+  for (std::size_t c = 0; c < num_cells; c++)
+  {
+    const std::size_t offset = c*vertices_per_cell;
+    for (std::size_t i = 0; i < vertices_per_cell; i++)
+      vertices[i] = cell_vertices[offset + i];
+    editor.add_cell(c, vertices);
+  }
+
+  // Close editor
+  editor.close(order);
+
+  // Clear data
+  clear();
+}
+//-----------------------------------------------------------------------------
+void DynamicMeshEditor::clear()
+{
+  _mesh = 0;
+  _tdim = 0;
+  _gdim = 0;
+
+  delete _cell_type;
+  _cell_type = 0;
+
+  vertex_coordinates.clear();
+  cell_vertices.clear();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/DynamicMeshEditor.h b/dolfin/mesh/DynamicMeshEditor.h
new file mode 100644
index 0000000..baab9c2
--- /dev/null
+++ b/dolfin/mesh/DynamicMeshEditor.h
@@ -0,0 +1,116 @@
+// Copyright (C) 2008 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2008-09-22
+// Last changed: 2008-11-13
+
+#ifndef __DYNAMIC_MESH_EDITOR_H
+#define __DYNAMIC_MESH_EDITOR_H
+
+#include "CellType.h"
+
+namespace dolfin
+{
+
+  class Mesh;
+  class Point;
+  class Vector;
+
+  /// This class provides an interface for dynamic editing of meshes,
+  /// that is, when the number of vertices and cells are not known
+  /// a priori. If the number of vertices and cells are known a priori,
+  /// it is more efficient to use the default editor MeshEditor.
+
+  class DynamicMeshEditor
+  {
+  public:
+
+    /// Constructor
+    DynamicMeshEditor();
+
+    /// Destructor
+    ~DynamicMeshEditor();
+
+    /// Open mesh of given cell type, topological and geometrical dimension
+    void open(Mesh& mesh, CellType::Type type, std::size_t tdim,
+              std::size_t gdim, std::size_t num_global_vertices,
+              std::size_t num_global_cells);
+
+    /// Open mesh of given cell type, topological and geometrical dimension
+    void open(Mesh& mesh, std::string type, std::size_t tdim, std::size_t gdim,
+              std::size_t num_global_vertices, std::size_t num_global_cells);
+
+    /// Add vertex v at given point p
+    void add_vertex(std::size_t v, const Point& p);
+
+    /// Add vertex v at given coordinate x
+    void add_vertex(std::size_t v, double x);
+
+    /// Add vertex v at given coordinate (x, y)
+    void add_vertex(std::size_t v, double x, double y);
+
+    /// Add vertex v at given coordinate (x, y, z)
+    void add_vertex(std::size_t v, double x, double y, double z);
+
+    /// Add cell with given vertices
+    void add_cell(std::size_t c, const std::vector<std::size_t>& v);
+
+    /// Add cell (interval) with given vertices
+    void add_cell(std::size_t c, std::size_t v0, std::size_t v1);
+
+    /// Add cell (triangle) with given vertices
+    void add_cell(std::size_t c,  std::size_t v0, std::size_t v1,
+                  std::size_t v2);
+
+    /// Add cell (tetrahedron) with given vertices
+    void add_cell(std::size_t c, std::size_t v0, std::size_t v1,
+                  std::size_t v2, std::size_t v3);
+
+    /// Close mesh, finish editing, and order entities locally
+    void close(bool order=false);
+
+  private:
+
+    // Clear data
+    void clear();
+
+    // The mesh
+    Mesh* _mesh;
+
+    // Topological dimension
+    std::size_t _tdim;
+
+    // Geometrical (Euclidean) dimension
+    std::size_t _gdim;
+
+    // Cell type
+    CellType* _cell_type;
+
+    // Number of global vertices and cells
+    std::size_t _num_global_vertices, _num_global_cells;
+
+    // Dynamic storage for vertex coordinates
+    std::vector<double> vertex_coordinates;
+
+    // Dynamic storage for cells
+    std::vector<std::size_t> cell_vertices;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/Edge.cpp b/dolfin/mesh/Edge.cpp
new file mode 100644
index 0000000..8820f4f
--- /dev/null
+++ b/dolfin/mesh/Edge.cpp
@@ -0,0 +1,68 @@
+// Copyright (C) 2006 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Johan Hoffman 2006.
+//
+// First added:  2006-06-02
+// Last changed: 2011-02-08
+
+#include <cmath>
+#include "Vertex.h"
+#include "Edge.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+double Edge::length() const
+{
+  const unsigned int* vertices = entities(0);
+  dolfin_assert(vertices);
+
+  const Vertex v0(*_mesh, vertices[0]);
+  const Vertex v1(*_mesh, vertices[1]);
+
+  const Point p0 = v0.point();
+  const Point p1 = v1.point();
+
+  double length(sqrt((p1.x()-p0.x())*(p1.x()-p0.x())
+               + (p1.y()-p0.y())*(p1.y()-p0.y())
+               + (p1.z()-p0.z())*(p1.z()-p0.z())));
+
+  return length;
+}
+//-----------------------------------------------------------------------------
+double Edge::dot(const Edge& edge) const
+{
+  const unsigned int* v0 = entities(0);
+  const unsigned int* v1 = edge.entities(0);
+  dolfin_assert(v0);
+  dolfin_assert(v1);
+
+  const MeshGeometry& g = _mesh->geometry();
+  const double* x00 = g.x(v0[0]);
+  const double* x01 = g.x(v0[1]);
+  const double* x10 = g.x(v1[0]);
+  const double* x11 = g.x(v1[1]);
+
+  double sum = 0.0;
+  const std::size_t gdim = g.dim();
+  for (std::size_t i = 0; i < gdim; i++)
+    sum += (x01[i] - x00[i]) * (x11[i] - x10[i]);
+
+  return sum;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/Edge.h b/dolfin/mesh/Edge.h
new file mode 100644
index 0000000..a558c05
--- /dev/null
+++ b/dolfin/mesh/Edge.h
@@ -0,0 +1,99 @@
+// Copyright (C) 2006-2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Johan Hoffman 2006.
+// Modified by Kristoffer Selim 2009.
+//
+// First added:  2006-06-02
+// Last changed: 2011-02-08
+
+#ifndef __EDGE_H
+#define __EDGE_H
+
+#include <memory>
+
+#include "Mesh.h"
+#include "MeshEntity.h"
+#include "MeshEntityIteratorBase.h"
+#include "MeshFunction.h"
+
+namespace dolfin
+{
+
+  /// An Edge is a _MeshEntity_ of topological dimension 1.
+
+  class Edge : public MeshEntity
+  {
+  public:
+
+    /// Create edge on given mesh
+    ///
+    /// @param    mesh (_Mesh_)
+    ///         The mesh.
+    /// @param    index (std::size_t)
+    ///         Index of the edge.
+    Edge(const Mesh& mesh, std::size_t index) : MeshEntity(mesh, 1, index) {}
+
+    /// Create edge from mesh entity
+    ///
+    /// @param    entity (_MeshEntity_)
+    ///         The mesh entity to create an edge from.
+    Edge(MeshEntity& entity) : MeshEntity(entity.mesh(), 1, entity.index()) {}
+
+    /// Destructor
+    ~Edge() {}
+
+    /// Compute Euclidean length of edge
+    ///
+    /// @return     double
+    ///         Euclidean length of edge.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         UnitSquare mesh(2, 2);
+    ///         Edge edge(mesh, 0);
+    ///         info("%g", edge.length());
+    ///
+    /// @endcode
+    double length() const;
+
+    /// Compute dot product between edge and other edge
+    ///
+    /// @param    edge (_Edge_)
+    ///         Another edge.
+    ///
+    /// @return     double
+    ///         The dot product.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         UnitSquare mesh(2, 2);
+    ///         Edge edge1(mesh, 0);
+    ///         Edge edge2(mesh, 1);
+    ///         info("%g", edge1.dot(edge2));
+    ///
+    /// @endcode
+    double dot(const Edge& edge) const;
+
+  };
+
+  /// An EdgeIterator is a _MeshEntityIterator_ of topological dimension 1.
+  typedef MeshEntityIteratorBase<Edge> EdgeIterator;
+
+}
+
+#endif
diff --git a/dolfin/mesh/Face.cpp b/dolfin/mesh/Face.cpp
new file mode 100644
index 0000000..d5dbbc3
--- /dev/null
+++ b/dolfin/mesh/Face.cpp
@@ -0,0 +1,130 @@
+// Copyright (C) 2006 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2011.
+//
+// First added:  2006-06-02
+// Last changed: 2011-02-26
+
+#include <dolfin/geometry/Point.h>
+#include "Cell.h"
+#include "Face.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+double Face::area() const
+{
+  dolfin_assert(_mesh);
+  dolfin_assert(_mesh->ordered());
+
+  const std::size_t D = _mesh->topology().dim();
+
+  // If the Face is the same topological dimension as cell
+  if (D == 2)
+  {
+    // Get the cell corresponding to this Face
+    const Cell cell(*_mesh, this->index());
+
+    // Return the generalized volume (area)
+    return cell.volume();
+
+  }
+  else
+  {
+
+    // Initialize needed connectivity
+    _mesh->init(2, D);
+
+    // Get cell to which face belong (first cell when there is more than one)
+    const Cell cell(*_mesh, this->entities(D)[0]);
+
+    // Get local index of facet with respect to the cell
+    const std::size_t local_facet = cell.index(*this);
+
+    return cell.facet_area(local_facet);
+  }
+}
+//-----------------------------------------------------------------------------
+double Face::normal(std::size_t i) const
+{
+  dolfin_assert(_mesh);
+  dolfin_assert(_mesh->ordered());
+
+  const std::size_t tD = _mesh->topology().dim();
+  const std::size_t gD = _mesh->geometry().dim();
+
+  // Check for when Cell has the same topological dimension as Face and we are in R^2
+  if (tD == 2 && gD == 2)
+  {
+    dolfin_error("Face.cpp",
+                 "compute Face normal",
+                 "Don't know how to compute Face normal for a Face in a 2D mesh embedded in R^2.");
+  }
+
+  // Check for when Cell has the same topological dimension as Face and we are in R^3
+  if (tD == 2 && gD == 3)
+  {
+    dolfin_not_implemented();
+  }
+
+  // Initialize needed connectivity
+  _mesh->init(2, tD);
+
+  // Get cell to which face belong (first cell when there is more than one)
+  const Cell cell(*_mesh, this->entities(tD)[0]);
+
+  // Get local index of facet with respect to the cell
+  const std::size_t local_facet = cell.index(*this);
+
+  return cell.normal(local_facet, i);
+}
+//-----------------------------------------------------------------------------
+Point Face::normal() const
+{
+  dolfin_assert(_mesh);
+  dolfin_assert(_mesh->ordered());
+
+  const std::size_t tD = _mesh->topology().dim();
+  const std::size_t gD = _mesh->geometry().dim();
+
+  // Check for when Cell has the same topological dimension as Face and we are in R^2
+  if (tD == 2 && gD == 2)
+  {
+    dolfin_error("Face.cpp",
+                 "compute Face normal",
+                 "Don't know how to compute Face normal for a Face in a 2D mesh embedded in R^2.");
+  }
+
+  // Check for when Cell has the same topological dimension as Face and we are in R^3
+  if (tD == 2 && gD == 3)
+  {
+    dolfin_not_implemented();
+  }
+
+  // Initialize needed connectivity
+  _mesh->init(2, tD);
+
+  // Get cell to which face belong (first cell when there is more than one)
+  const Cell cell(*_mesh, this->entities(tD)[0]);
+
+  // Get local index of facet with respect to the cell
+  const std::size_t local_facet = cell.index(*this);
+
+  return cell.normal(local_facet);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/Face.h b/dolfin/mesh/Face.h
new file mode 100644
index 0000000..bf84067
--- /dev/null
+++ b/dolfin/mesh/Face.h
@@ -0,0 +1,66 @@
+// Copyright (C) 2006-2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2011
+//
+// First added:  2006-06-02
+// Last changed: 2011-02-22
+
+#ifndef __FACE_H
+#define __FACE_H
+
+#include <memory>
+
+#include "MeshEntity.h"
+#include "MeshEntityIteratorBase.h"
+#include "MeshFunction.h"
+
+namespace dolfin
+{
+
+  class Mesh;
+  class Point;
+
+  /// A Face is a MeshEntity of topological dimension 2.
+
+  class Face : public MeshEntity
+  {
+  public:
+
+    /// Constructor
+    Face(const Mesh& mesh, std::size_t index) : MeshEntity(mesh, 2, index) {}
+
+    /// Destructor
+    ~Face() {}
+
+    /// Calculate the area of the face (triangle)
+    double area() const;
+
+    /// Compute component i of the normal to the face
+    double normal(std::size_t i) const;
+
+    /// Compute normal to the face
+    Point normal() const;
+
+  };
+
+  /// A FaceIterator is a MeshEntityIterator of topological dimension 2.
+  typedef MeshEntityIteratorBase<Face> FaceIterator;
+
+}
+
+#endif
diff --git a/dolfin/mesh/Facet.cpp b/dolfin/mesh/Facet.cpp
new file mode 100644
index 0000000..c4062b3
--- /dev/null
+++ b/dolfin/mesh/Facet.cpp
@@ -0,0 +1,104 @@
+// Copyright (C) 2006-2015 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells 2011
+// Modified by Martin Alnaes, 2015
+
+#include <dolfin/geometry/Point.h>
+#include "IntervalCell.h"
+#include "TriangleCell.h"
+#include "Cell.h"
+#include "MeshTopology.h"
+#include "Facet.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+double Facet::normal(std::size_t i) const
+{
+  const std::size_t D = _mesh->topology().dim();
+  _mesh->init(D - 1);
+  _mesh->init(D - 1, D);
+  dolfin_assert(_mesh->ordered());
+
+  // Get cell to which face belong (first cell when there is more than one)
+  const Cell cell(*_mesh, this->entities(D)[0]);
+
+  // Get local index of facet with respect to the cell
+  const std::size_t local_facet = cell.index(*this);
+
+  return cell.normal(local_facet, i);
+}
+//-----------------------------------------------------------------------------
+Point Facet::normal() const
+{
+  const std::size_t D = _mesh->topology().dim();
+  _mesh->init(D - 1);
+  _mesh->init(D - 1, D);
+  dolfin_assert(_mesh->ordered());
+
+  // Get cell to which face belong (first cell when there is more than one)
+  const Cell cell(*_mesh, this->entities(D)[0]);
+
+  // Get local index of facet with respect to the cell
+  const std::size_t local_facet = cell.index(*this);
+
+  return cell.normal(local_facet);
+}
+//-----------------------------------------------------------------------------
+double Facet::squared_distance(const Point& point) const
+{
+  if (_dim == 1)
+  {
+    // Extract vertices
+    const MeshGeometry& geometry = _mesh->geometry();
+    const unsigned int* vertices = entities(0);
+    const Point a = geometry.point(vertices[0]);
+    const Point b = geometry.point(vertices[1]);
+
+    // Compute squared distance
+    return IntervalCell::squared_distance(point, a, b);
+  }
+  else if (_dim == 2)
+  {
+    // Extract vertices
+    const MeshGeometry& geometry = _mesh->geometry();
+    const unsigned int* vertices = entities(0);
+    const Point a = geometry.point(vertices[0]);
+    const Point b = geometry.point(vertices[1]);
+    const Point c = geometry.point(vertices[2]);
+
+    // Compute squared distance
+    return TriangleCell::squared_distance(point, a, b, c);
+  }
+
+  dolfin_error("Facet.cpp",
+               "compute (squared) distance to facet",
+               "Not implemented for facets of dimension %d", _dim);
+
+  return 0.0;
+}
+//-----------------------------------------------------------------------------
+bool Facet::exterior() const
+{
+  const std::size_t D = _mesh->topology().dim();
+  if (this->num_global_entities(D) == 1)
+    return true;
+  else
+    return false;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/Facet.h b/dolfin/mesh/Facet.h
new file mode 100644
index 0000000..00096d0
--- /dev/null
+++ b/dolfin/mesh/Facet.h
@@ -0,0 +1,89 @@
+// Copyright (C) 2006-2015 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2009-2011.
+// Modified by Martin Alnaes, 2015
+
+#ifndef __FACET_H
+#define __FACET_H
+
+#include <memory>
+
+#include <utility>
+#include <vector>
+#include "Cell.h"
+#include "Mesh.h"
+#include "MeshEntity.h"
+#include "MeshEntityIteratorBase.h"
+#include "MeshFunction.h"
+
+namespace dolfin
+{
+
+  /// A Facet is a MeshEntity of topological codimension 1.
+
+  class Facet : public MeshEntity
+  {
+  public:
+
+    /// Constructor
+    Facet(const Mesh& mesh, std::size_t index)
+      : MeshEntity(mesh, mesh.topology().dim() - 1, index) {}
+
+    /// Destructor
+    ~Facet() {}
+
+    /// Compute component i of the normal to the facet
+    double normal(std::size_t i) const;
+
+    /// Compute normal to the facet
+    Point normal() const;
+
+    /// Compute squared distance to given point.
+    ///
+    /// @param     point (_Point_)
+    ///         The point.
+    /// @return     double
+    ///         The squared distance to the point.
+    double squared_distance(const Point& point) const;
+
+    /// Compute distance to given point.
+    ///
+    /// @param     point (_Point_)
+    ///         The point.
+    /// @return     double
+    ///         The distance to the point.
+    double distance(const Point& point) const
+    {
+      return sqrt(squared_distance(point));
+    }
+
+    /// Return true if facet is an exterior facet (relative to global mesh,
+    /// so this function will return false for facets on partition
+    /// boundaries). Facet connectivity must be initialized before
+    /// calling this function.
+    bool exterior() const;
+
+  };
+
+  /// A FacetIterator is a MeshEntityIterator of topological
+  /// codimension 1.
+  typedef MeshEntityIteratorBase<Facet> FacetIterator;
+
+}
+
+#endif
diff --git a/dolfin/mesh/FacetCell.cpp b/dolfin/mesh/FacetCell.cpp
new file mode 100644
index 0000000..c9dc26b
--- /dev/null
+++ b/dolfin/mesh/FacetCell.cpp
@@ -0,0 +1,59 @@
+// Copyright (C) 2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-02-08
+// Last changed: 2013-01-09
+
+#include "BoundaryMesh.h"
+#include "Facet.h"
+#include "Mesh.h"
+#include "MeshEntity.h"
+#include "MeshFunction.h"
+#include "FacetCell.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+FacetCell::FacetCell(const BoundaryMesh& mesh, const Cell& facet)
+  : Cell(mesh, 0), _facet_index(0)
+{
+  const std::size_t D = mesh.topology().dim();
+
+  // Get map from facets (boundary cells) to mesh cells
+  const MeshFunction<std::size_t>& cell_map = mesh.entity_map(D);
+
+  // Get mesh facet corresponding to boundary cell
+  Facet mesh_facet(mesh, cell_map[facet]);
+
+  // Get cell index (pick first, there is only one)
+  dolfin_assert(mesh_facet.num_entities(D) == 1);
+  _local_index = mesh_facet.entities(D)[0];
+
+  // Get local index of facet
+  _facet_index = index(mesh_facet);
+}
+//-----------------------------------------------------------------------------
+FacetCell::~FacetCell()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+std::size_t FacetCell::facet_index() const
+{
+  return _facet_index;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/FacetCell.h b/dolfin/mesh/FacetCell.h
new file mode 100644
index 0000000..efce722
--- /dev/null
+++ b/dolfin/mesh/FacetCell.h
@@ -0,0 +1,58 @@
+// Copyright (C) 2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2010-02-08
+// Last changed: 2010-02-08
+
+#ifndef __FACET_CELL_H
+#define __FACET_CELL_H
+
+#include "Cell.h"
+
+namespace dolfin
+{
+
+  class BoundaryMesh;
+
+  /// This class represents a cell in a mesh incident to a facet on
+  /// the boundary. It is useful in cases where one needs to iterate
+  /// over a boundary mesh and access the corresponding cells in the
+  /// original mesh.
+
+  class FacetCell : public Cell
+  {
+  public:
+
+    /// Create cell on mesh corresponding to given facet (cell) on boundary
+    FacetCell(const BoundaryMesh& mesh, const Cell& facet);
+
+    /// Destructor
+    ~FacetCell();
+
+    /// Return local index of facet with respect to the cell
+    std::size_t facet_index() const;
+
+  private:
+
+    // Facet index
+    std::size_t _facet_index;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/HexahedronCell.cpp b/dolfin/mesh/HexahedronCell.cpp
new file mode 100644
index 0000000..4cff568
--- /dev/null
+++ b/dolfin/mesh/HexahedronCell.cpp
@@ -0,0 +1,254 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#include <algorithm>
+#include <dolfin/log/log.h>
+#include "Cell.h"
+#include "MeshEditor.h"
+#include "MeshEntity.h"
+#include "Facet.h"
+#include "HexahedronCell.h"
+#include "Vertex.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+std::size_t HexahedronCell::dim() const
+{
+  return 3;
+}
+//-----------------------------------------------------------------------------
+std::size_t HexahedronCell::num_entities(std::size_t dim) const
+{
+  switch (dim)
+  {
+  case 0:
+    return 8; // vertices
+  case 1:
+    return 12; // edges
+  case 2:
+    return 6; // faces
+  case 3:
+    return 1; // cells
+  default:
+    dolfin_error("HexahedronCell.cpp",
+                 "access number of entities of hexahedron cell",
+                 "Illegal topological dimension (%d)", dim);
+  }
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+std::size_t HexahedronCell::num_vertices(std::size_t dim) const
+{
+  switch (dim)
+  {
+  case 0:
+    return 1; // vertices
+  case 1:
+    return 2; // edges
+  case 2:
+    return 4; // faces
+  case 3:
+    return 8; // cells
+  default:
+    dolfin_error("HexahedronCell.cpp",
+                 "access number of vertices for subsimplex of hexahedron cell",
+                 "Illegal topological dimension (%d)", dim);
+  }
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+std::size_t HexahedronCell::orientation(const Cell& cell) const
+{
+  const Point up(0.0, 0.0, 1.0);
+  return cell.orientation(up);
+}
+//-----------------------------------------------------------------------------
+void HexahedronCell::create_entities(boost::multi_array<unsigned int, 2>& e,
+                                        std::size_t dim, const unsigned int* v) const
+{
+  // We need to know how to create edges and faces
+  switch (dim)
+  {
+  case 1:
+    // Resize data structure
+    e.resize(boost::extents[12][2]);
+
+    // Create the 12 edges
+    e[0][0]  = v[0]; e[0][1]  = v[1];
+    e[1][0]  = v[2]; e[1][1]  = v[3];
+    e[2][0]  = v[4]; e[2][1]  = v[5];
+    e[3][0]  = v[6]; e[3][1]  = v[7];
+    e[4][0]  = v[0]; e[4][1]  = v[2];
+    e[5][0]  = v[1]; e[5][1]  = v[3];
+    e[6][0]  = v[4]; e[6][1]  = v[6];
+    e[7][0]  = v[5]; e[7][1]  = v[7];
+    e[8][0]  = v[0]; e[8][1]  = v[4];
+    e[9][0]  = v[1]; e[9][1]  = v[5];
+    e[10][0] = v[2]; e[10][1] = v[6];
+    e[11][0] = v[3]; e[11][1] = v[7];
+    break;
+  case 2:
+    // Resize data structure
+    e.resize(boost::extents[6][4]);
+
+    // Create the 6 faces
+    e[0][0] = v[0]; e[0][1] = v[1]; e[0][2] = v[2]; e[0][3] = v[3];
+    e[1][0] = v[4]; e[1][1] = v[5]; e[1][2] = v[6]; e[1][3] = v[7];
+    e[2][0] = v[0]; e[2][1] = v[1]; e[2][2] = v[4]; e[2][3] = v[5];
+    e[3][0] = v[2]; e[3][1] = v[3]; e[3][2] = v[6]; e[3][3] = v[7];
+    e[4][0] = v[0]; e[4][1] = v[2]; e[4][2] = v[4]; e[4][3] = v[6];
+    e[5][0] = v[1]; e[5][1] = v[3]; e[5][2] = v[5]; e[5][3] = v[7];
+    break;
+  default:
+    dolfin_error("HexahedronCell.cpp",
+                 "create entities of tetrahedron cell",
+                 "Don't know how to create entities of topological dimension %d", dim);
+  }
+}
+//-----------------------------------------------------------------------------
+double HexahedronCell::volume(const MeshEntity& cell) const
+{
+  if (cell.dim() != 2)
+  {
+    dolfin_error("HexahedronCell.cpp",
+                 "compute volume (area) of cell",
+                 "Illegal mesh entity");
+  }
+
+  // Get mesh geometry
+  const MeshGeometry& geometry = cell.mesh().geometry();
+
+  // Get the coordinates of the four vertices
+  const unsigned int* vertices = cell.entities(0);
+  const Point p0 = geometry.point(vertices[0]);
+  const Point p1 = geometry.point(vertices[1]);
+  const Point p2 = geometry.point(vertices[2]);
+  const Point p3 = geometry.point(vertices[3]);
+  const Point p4 = geometry.point(vertices[4]);
+  const Point p5 = geometry.point(vertices[5]);
+
+  dolfin_error("HexahedronCell.cpp",
+               "compute volume of hexahedron",
+               "Not implemented");
+
+  return 0.0;
+}
+//-----------------------------------------------------------------------------
+double HexahedronCell::circumradius(const MeshEntity& cell) const
+{
+  // Check that we get a cell
+  if (cell.dim() != 2)
+  {
+    dolfin_error("HexahedronCell.cpp",
+                 "compute circumradius of hexahedron cell",
+                 "Illegal mesh entity");
+  }
+
+  dolfin_error("HexahedronCell.cpp",
+               "compute circumradius of hexahedron cell",
+               "Don't know how to compute diameter");
+
+  dolfin_not_implemented();
+  return 0.0;
+}
+//-----------------------------------------------------------------------------
+double HexahedronCell::squared_distance(const Cell& cell,
+                                           const Point& point) const
+{
+  dolfin_not_implemented();
+  return 0.0;
+}
+//-----------------------------------------------------------------------------
+double HexahedronCell::normal(const Cell& cell, std::size_t facet, std::size_t i) const
+{
+  return normal(cell, facet)[i];
+}
+//-----------------------------------------------------------------------------
+Point HexahedronCell::normal(const Cell& cell, std::size_t facet) const
+{
+  dolfin_not_implemented();
+  Point p;
+  return p;
+}
+//-----------------------------------------------------------------------------
+Point HexahedronCell::cell_normal(const Cell& cell) const
+{
+  dolfin_not_implemented();
+  Point p;
+  return p;
+}
+//-----------------------------------------------------------------------------
+double HexahedronCell::facet_area(const Cell& cell, std::size_t facet) const
+{
+  // Create facet from the mesh and local facet number
+  const Facet f(cell.mesh(), cell.entities(1)[facet]);
+
+  // Get global index of vertices on the facet
+  const std::size_t v0 = f.entities(0)[0];
+  const std::size_t v1 = f.entities(0)[1];
+  const std::size_t v2 = f.entities(0)[2];
+  const std::size_t v3 = f.entities(0)[3];
+
+  // Get mesh geometry
+  const MeshGeometry& geometry = cell.mesh().geometry();
+
+  // Need to check points are co-planar
+
+  const Point p0 = geometry.point(v0);
+  const Point p1 = geometry.point(v1);
+  const Point p2 = geometry.point(v2);
+  const Point p3 = geometry.point(v3);
+
+  dolfin_not_implemented();
+
+  return 0.0;
+}
+//-----------------------------------------------------------------------------
+void HexahedronCell::order(Cell& cell,
+                 const std::vector<std::int64_t>& local_to_global_vertex_indices) const
+{
+  if (!ordered(cell, local_to_global_vertex_indices))
+  {
+    dolfin_error("HexahedronCell.cpp",
+                 "order hexahedron cell",
+                 "Cell is not orderable");
+  }
+}
+//-----------------------------------------------------------------------------
+bool HexahedronCell::collides(const Cell& cell, const Point& point) const
+{
+  dolfin_not_implemented();
+  return false;
+}
+//-----------------------------------------------------------------------------
+bool HexahedronCell::collides(const Cell& cell, const MeshEntity& entity) const
+{
+  dolfin_not_implemented();
+  return false;
+}
+//-----------------------------------------------------------------------------
+std::string HexahedronCell::description(bool plural) const
+{
+  if (plural)
+    return "hexahedra";
+  return "hexahedron";
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/HexahedronCell.h b/dolfin/mesh/HexahedronCell.h
new file mode 100644
index 0000000..4fa8b89
--- /dev/null
+++ b/dolfin/mesh/HexahedronCell.h
@@ -0,0 +1,99 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __HEXAHEDRON_CELL_H
+#define __HEXAHEDRON_CELL_H
+
+#include <vector>
+#include "CellType.h"
+
+namespace dolfin
+{
+
+  /// This class implements functionality for hexahedral cell  meshes.
+
+  class HexahedronCell : public CellType
+  {
+  public:
+
+    /// Specify cell type and facet type
+     HexahedronCell() : CellType(Type::hexahedron, Type::quadrilateral) {}
+
+    /// Check if cell is a simplex
+    bool is_simplex() const
+    { return false; }
+
+    /// Return topological dimension of cell
+    std::size_t dim() const;
+
+    /// Return number of entities of given topological dimension
+    std::size_t num_entities(std::size_t dim) const;
+
+    /// Return number of vertices for entity of given topological dimension
+    std::size_t num_vertices(std::size_t dim) const;
+
+    /// Return orientation of the cell
+    std::size_t orientation(const Cell& cell) const;
+
+    /// Create entities e of given topological dimension from vertices v
+    void create_entities(boost::multi_array<unsigned int, 2>& e,
+                         std::size_t dim,
+                         const unsigned int* v) const;
+
+    /// Compute (generalized) volume (area) of triangle
+    double volume(const MeshEntity& triangle) const;
+
+    /// Compute diameter of triangle
+    double circumradius(const MeshEntity& triangle) const;
+
+    /// Compute squared distance to given point (3D enabled)
+    double squared_distance(const Cell& cell, const Point& point) const;
+
+    /// Compute component i of normal of given facet with respect to the cell
+    double normal(const Cell& cell, std::size_t facet, std::size_t i) const;
+
+    /// Compute of given facet with respect to the cell
+    Point normal(const Cell& cell, std::size_t facet) const;
+
+    /// Compute normal to given cell (viewed as embedded in 3D)
+    Point cell_normal(const Cell& cell) const;
+
+    /// Compute the area/length of given facet with respect to the cell
+    double facet_area(const Cell& cell, std::size_t facet) const;
+
+    /// Order entities locally
+    void order(Cell& cell,
+               const std::vector<std::int64_t>& local_to_global_vertex_indices) const;
+
+    /// Check whether given point collides with cell
+    bool collides(const Cell& cell, const Point& point) const;
+
+    /// Check whether given entity collides with cell
+    bool collides(const Cell& cell, const MeshEntity& entity) const;
+
+    /// Return description of cell type
+    std::string description(bool plural) const;
+
+    /// Mapping of DOLFIN/UFC vertex ordering to VTK/XDMF ordering
+    std::vector<std::int8_t> vtk_mapping() const
+    { return {0, 1, 3, 2, 4, 5, 7, 6}; }
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/IntervalCell.cpp b/dolfin/mesh/IntervalCell.cpp
new file mode 100644
index 0000000..71c5bee
--- /dev/null
+++ b/dolfin/mesh/IntervalCell.cpp
@@ -0,0 +1,259 @@
+// Copyright (C) 2006-2014 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Kristian Oelgaard 2007
+// Modified by Kristoffer Selim 2008
+// Modified by Marie E. Rognes 2011
+// Modified by August Johansson 2014
+//
+// First added:  2006-06-05
+// Last changed: 2016-05-05
+
+#include <algorithm>
+#include <dolfin/log/log.h>
+#include <dolfin/geometry/CollisionPredicates.h>
+#include "Cell.h"
+#include "MeshEditor.h"
+#include "MeshEntity.h"
+#include "MeshGeometry.h"
+#include "IntervalCell.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+std::size_t IntervalCell::dim() const
+{
+  return 1;
+}
+//-----------------------------------------------------------------------------
+std::size_t IntervalCell::num_entities(std::size_t dim) const
+{
+  switch (dim)
+  {
+  case 0:
+    return 2; // vertices
+  case 1:
+    return 1; // cells
+  default:
+    dolfin_error("IntervalCell.cpp",
+                 "access number of entities of interval cell",
+                 "Illegal topological dimension (%d)", dim);
+  }
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+std::size_t IntervalCell::num_vertices(std::size_t dim) const
+{
+  switch (dim)
+  {
+  case 0:
+    return 1; // vertices
+  case 1:
+    return 2; // cells
+  default:
+    dolfin_error("IntervalCell.cpp",
+                 "access number of vertices for subsimplex of interval cell",
+                 "Illegal topological dimension (%d)", dim);
+  }
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+std::size_t IntervalCell::orientation(const Cell& cell) const
+{
+  const Point up(0.0, 1.0);
+  return cell.orientation(up);
+}
+//-----------------------------------------------------------------------------
+void IntervalCell::create_entities(boost::multi_array<unsigned int, 2>& e,
+                                   std::size_t dim, const unsigned int* v) const
+{
+  // For completeness, IntervalCell has two 'edges'
+  dolfin_assert(dim == 0);
+
+  // Resize data structure
+  e.resize(boost::extents[2][1]);
+  // Create the three edges
+  e[0][0] = v[0]; e[1][0] = v[1];
+}
+//-----------------------------------------------------------------------------
+double IntervalCell::volume(const MeshEntity& interval) const
+{
+  // Check that we get an interval
+  if (interval.dim() != 1)
+  {
+    dolfin_error("IntervalCell.cpp",
+                 "compute volume (length) of interval cell",
+                 "Illegal mesh entity, not an interval");
+  }
+
+  // Get mesh geometry
+  const MeshGeometry& geometry = interval.mesh().geometry();
+
+  // Get the coordinates of the two vertices
+  const unsigned int* vertices = interval.entities(0);
+  const Point x0 = geometry.point(vertices[0]);
+  const Point x1 = geometry.point(vertices[1]);
+
+  return x1.distance(x0);
+}
+//-----------------------------------------------------------------------------
+double IntervalCell::circumradius(const MeshEntity& interval) const
+{
+  // Check that we get an interval
+  if (interval.dim() != 1)
+  {
+    dolfin_error("IntervalCell.cpp",
+                 "compute diameter of interval cell",
+                 "Illegal mesh entity, not an interval");
+  }
+
+  // Circumradius is half the volume for an interval (line segment)
+  return volume(interval)/2.0;
+}
+//-----------------------------------------------------------------------------
+double IntervalCell::squared_distance(const Cell& cell,
+                                      const Point& point) const
+{
+  // Get the vertices as points
+  const MeshGeometry& geometry = cell.mesh().geometry();
+  const unsigned int* vertices = cell.entities(0);
+  const Point a = geometry.point(vertices[0]);
+  const Point b = geometry.point(vertices[1]);
+
+  // Call function to compute squared distance
+  return squared_distance(point, a, b);
+}
+//-----------------------------------------------------------------------------
+double IntervalCell::squared_distance(const Point& point,
+                                      const Point& a,
+                                      const Point& b)
+{
+  // Compute vector
+  const Point v0  = point - a;
+  const Point v1  = point - b;
+  const Point v01 = b - a;
+
+  // Check if a is closest point (outside of interval)
+  const double a0 = v0.dot(v01);
+  if (a0 < 0.0)
+    return v0.dot(v0);
+
+  // Check if b is closest point (outside the interval)
+  const double a1 = - v1.dot(v01);
+  if (a1 < 0.0)
+    return v1.dot(v1);
+
+  // Inside interval, so use Pythagoras to subtract length of projection
+  return std::max(v0.dot(v0) - a0*a0 / v01.dot(v01), 0.0);
+}
+//-----------------------------------------------------------------------------
+double IntervalCell::normal(const Cell& cell, std::size_t facet,
+                            std::size_t i) const
+{
+  return normal(cell, facet)[i];
+}
+//-----------------------------------------------------------------------------
+Point IntervalCell::normal(const Cell& cell, std::size_t facet) const
+{
+  // Get mesh geometry
+  const MeshGeometry& geometry = cell.mesh().geometry();
+
+  // Get the two vertices as points
+  const unsigned int* vertices = cell.entities(0);
+  Point p0 = geometry.point(vertices[0]);
+  Point p1 = geometry.point(vertices[1]);
+
+  // Compute normal
+  Point n = p0 - p1;
+  if (facet == 1)
+    n *= -1.0;
+
+  // Normalize
+  n /= n.norm();
+
+  return n;
+}
+//-----------------------------------------------------------------------------
+Point IntervalCell::cell_normal(const Cell& cell) const
+{
+  // Get mesh geometry
+  const MeshGeometry& geometry = cell.mesh().geometry();
+
+  // Cell_normal only defined for gdim = 1, 2 for now
+  const std::size_t gdim = geometry.dim();
+  if (gdim > 2)
+    dolfin_error("IntervalCell.cpp",
+                 "compute cell normal",
+                 "Illegal geometric dimension (%d)", gdim);
+
+  // Get the two vertices as points
+  const unsigned int* vertices = cell.entities(0);
+  Point p0 = geometry.point(vertices[0]);
+  Point p1 = geometry.point(vertices[1]);
+
+  // Define normal by rotating tangent counterclockwise
+  Point t = p1 - p0;
+  Point n(-t.y(), t.x());
+
+  // Normalize
+  n /= n.norm();
+
+  return n;
+}
+//-----------------------------------------------------------------------------
+double IntervalCell::facet_area(const Cell& cell, std::size_t facet) const
+{
+  return 1.0;
+}
+//-----------------------------------------------------------------------------
+void IntervalCell::order(Cell& cell,
+                         const std::vector<std::int64_t>&
+                         local_to_global_vertex_indices) const
+{
+  // Sort i - j for i > j: 1 - 0
+
+  // Get mesh topology
+  MeshTopology& topology = const_cast<MeshTopology&>(cell.mesh().topology());
+
+  // Sort local vertices in ascending order, connectivity 1 - 0
+  if (!topology(1, 0).empty())
+  {
+    unsigned int* cell_vertices = const_cast<unsigned int*>(cell.entities(0));
+    sort_entities(2, cell_vertices, local_to_global_vertex_indices);
+  }
+}
+//-----------------------------------------------------------------------------
+bool IntervalCell::collides(const Cell& cell, const Point& point) const
+{
+  return CollisionPredicates::collides(cell, point);
+}
+//-----------------------------------------------------------------------------
+bool IntervalCell::collides(const Cell& cell, const MeshEntity& entity) const
+{
+  return CollisionPredicates::collides(cell, entity);
+}
+//-----------------------------------------------------------------------------
+std::string IntervalCell::description(bool plural) const
+{
+  if (plural)
+    return "intervals";
+  else
+    return "interval";
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/IntervalCell.h b/dolfin/mesh/IntervalCell.h
new file mode 100644
index 0000000..1197d65
--- /dev/null
+++ b/dolfin/mesh/IntervalCell.h
@@ -0,0 +1,123 @@
+// Copyright (C) 2006-2017 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Kristoffer Selim 2008
+//
+// First added:  2006-06-05
+// Last changed: 2017-09-26
+
+#ifndef __INTERVAL_CELL_H
+#define __INTERVAL_CELL_H
+
+#include <string>
+#include <vector>
+#include <boost/multi_array.hpp>
+#include "CellType.h"
+
+namespace dolfin
+{
+
+  class Cell;
+  class MeshEditor;
+  class MeshEntity;
+  template<typename T> class MeshFunction;
+
+  /// This class implements functionality for interval cell meshes.
+
+  class IntervalCell : public CellType
+  {
+  public:
+
+    /// Specify cell type and facet type
+    IntervalCell() : CellType(Type::interval, Type::point) {}
+
+    /// Check if cell is a simplex
+    bool is_simplex() const
+    { return true; }
+
+    /// Return topological dimension of cell
+    std::size_t dim() const;
+
+    /// Return number of entities of given topological dimension
+    std::size_t num_entities(std::size_t dim) const;
+
+    /// Return number of vertices for entity of given topological
+    /// dimension
+    std::size_t num_vertices(std::size_t dim) const;
+
+    /// Return orientation of the cell (assuming flat space)
+    std::size_t orientation(const Cell& cell) const;
+
+    /// Create entities e of given topological dimension from vertices v
+    void create_entities(boost::multi_array<unsigned int, 2>& e,
+                         std::size_t dim,
+                         const unsigned int* v) const;
+
+    /// Compute (generalized) volume (length) of interval
+    double volume(const MeshEntity& interval) const;
+
+    /// Compute circumradius of interval
+    double circumradius(const MeshEntity& interval) const;
+
+    /// Compute squared distance to given point (3D enabled)
+    double squared_distance(const Cell& cell, const Point& point) const;
+
+    /// Compute squared distance to given point. This version takes
+    /// the two vertex coordinates as 3D points. This makes it
+    /// possible to reuse this function for computing the (squared)
+    /// distance to a triangle.
+    static double squared_distance(const Point& point,
+                                   const Point& a,
+                                   const Point& b);
+
+    /// Compute component i of normal of given facet with respect to
+    /// the cell
+    double normal(const Cell& cell, std::size_t facet, std::size_t i) const;
+
+    /// Compute of given facet with respect to the cell
+    Point normal(const Cell& cell, std::size_t facet) const;
+
+    /// Compute normal to given cell (viewed as embedded in 2D)
+    Point cell_normal(const Cell& cell) const;
+
+    /// Compute the area/length of given facet with respect to the cell
+    double facet_area(const Cell& cell, std::size_t facet) const;
+
+    /// Order entities locally
+    void order(Cell& cell, const std::vector<std::int64_t>&
+               local_to_global_vertex_indices) const;
+
+    /// Check whether given point collides with cell
+    virtual
+    bool collides(const Cell& cell, const Point& point) const;
+
+    /// Check whether given entity collides with cell
+    virtual
+    bool collides(const Cell& cell, const MeshEntity& entity) const;
+
+    /// Return description of cell type
+    std::string description(bool plural) const;
+
+    /// Mapping of DOLFIN/UFC vertex ordering to VTK/XDMF ordering
+    std::vector<std::int8_t> vtk_mapping() const
+    { return {0, 1}; }
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/LocalMeshData.cpp b/dolfin/mesh/LocalMeshData.cpp
new file mode 100644
index 0000000..f35f42c
--- /dev/null
+++ b/dolfin/mesh/LocalMeshData.cpp
@@ -0,0 +1,355 @@
+// Copyright (C) 2008 Ola Skavhaug
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2008-2011
+//
+// First added:  2008-11-28
+// Last changed: 2012-11-24
+
+#include <utility>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/log/log.h>
+#include "Cell.h"
+#include "Mesh.h"
+#include "MeshDomains.h"
+#include "Vertex.h"
+#include "LocalMeshData.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+LocalMeshData::LocalMeshData(const MPI_Comm mpi_comm) : _mpi_comm(mpi_comm)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+LocalMeshData::LocalMeshData(const Mesh& mesh) : _mpi_comm(mesh.mpi_comm())
+{
+  Timer timer("Build LocalMeshData from local Mesh");
+
+  // Extract data on main process and split among processes
+  if (MPI::is_broadcaster(mesh.mpi_comm()))
+  {
+    extract_mesh_data(mesh);
+    broadcast_mesh_data(mesh.mpi_comm());
+  }
+  else
+    receive_mesh_data(mesh.mpi_comm());
+}
+//-----------------------------------------------------------------------------
+LocalMeshData::~LocalMeshData()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void LocalMeshData::check() const
+{
+  dolfin_assert(geometry.num_global_vertices != -1);
+  dolfin_assert(topology.num_global_cells != -1);
+  dolfin_assert(topology.num_vertices_per_cell  != -1);
+  dolfin_assert(geometry.dim  != -1);
+  dolfin_assert(topology.dim  != -1);
+}
+//-----------------------------------------------------------------------------
+std::string LocalMeshData::str(bool verbose) const
+{
+  std::stringstream s;
+
+  if (verbose)
+  {
+    s << str(false);
+    s << std::endl;
+
+    s << "  Vertex coordinates" << std::endl;
+    s << "  ------------------" << std::endl;
+    for (std::size_t i = 0; i < geometry.vertex_coordinates.size(); i++)
+    {
+      s << "    " << i << ":";
+      for (std::size_t j = 0; j < geometry.vertex_coordinates[i].size(); j++)
+        s << " " << geometry.vertex_coordinates[i][j];
+      s << std::endl;
+    }
+    s << std::endl;
+
+    s << "  Vertex indices" << std::endl;
+    s << "  --------------" << std::endl;
+    for (std::size_t i = 0; i < geometry.vertex_coordinates.size(); i++)
+      s << "    " << i << ": " << geometry.vertex_indices[i] << std::endl;
+    s << std::endl;
+
+    s << "  Cell vertices" << std::endl;
+    s << "  ------------" << std::endl;
+    for (std::size_t i = 0; i < topology.cell_vertices.shape()[0]; i++)
+    {
+      s << "    " << i << ":";
+      for (std::size_t j = 0; j < topology.cell_vertices.shape()[1]; j++)
+        s << " " << topology.cell_vertices[i][j];
+      s << std::endl;
+    }
+    s << std::endl;
+  }
+  else
+  {
+    s << "<LocalMeshData with "
+      << geometry.vertex_coordinates.size() << " vertices (out of "
+      << geometry.num_global_vertices << ") and "
+      << topology.cell_vertices.shape()[0] << " cells (out of "
+      << topology.num_global_cells << ")>";
+  }
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+void LocalMeshData::clear()
+{
+  geometry.clear();
+  topology.clear();
+  domain_data.clear();
+}
+//-----------------------------------------------------------------------------
+void LocalMeshData::extract_mesh_data(const Mesh& mesh)
+{
+  if (!mesh.domains().is_empty())
+  {
+    dolfin_error("LocalMeshData.cpp",
+                 "extract local mesh data",
+                 "Marked subdomains are not yet supported");
+  }
+
+  // Clear old data
+  clear();
+
+  // Set scalar data
+  geometry.dim = mesh.geometry().dim();
+  topology.dim = mesh.topology().dim();
+  geometry.num_global_vertices = mesh.num_vertices();
+  topology.num_global_cells = mesh.num_cells();
+  topology.num_vertices_per_cell = mesh.type().num_entities(0);
+  topology.cell_type = mesh.type().cell_type();
+
+  // Get coordinates for all vertices stored on local processor
+  geometry.vertex_coordinates.resize(boost::extents[mesh.num_vertices()][geometry.dim]);
+  for (VertexIterator vertex(mesh); !vertex.end(); ++vertex)
+  {
+    const std::size_t index = vertex->index();
+    std::copy(vertex->x(), vertex->x() + geometry.dim,
+              geometry.vertex_coordinates[index].begin());
+  }
+
+  // Get global vertex indices for all vertices stored on local processor
+  geometry.vertex_indices.reserve(mesh.num_vertices());
+  for (VertexIterator vertex(mesh); !vertex.end(); ++vertex)
+    geometry.vertex_indices.push_back(vertex->index());
+
+  // Get global vertex indices for all cells stored on local processor
+  topology.cell_vertices.resize(boost::extents[mesh.num_cells()][topology.num_vertices_per_cell]);
+  topology.global_cell_indices.reserve(mesh.num_cells());
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    const std::size_t index = cell->index();
+    topology.global_cell_indices.push_back(index);
+    std::copy(cell->entities(0), cell->entities(0) + topology.num_vertices_per_cell,
+              topology.cell_vertices[index].begin());
+  }
+}
+//-----------------------------------------------------------------------------
+void LocalMeshData::broadcast_mesh_data(const MPI_Comm mpi_comm)
+{
+  // Get number of processes
+  const std::size_t num_processes = MPI::size(mpi_comm);
+
+  // Broadcast simple int scalar data
+  {
+    std::vector<std::int64_t> values;
+    values.push_back(geometry.dim);
+    values.push_back(topology.dim);
+    values.push_back(geometry.num_global_vertices);
+    values.push_back(topology.num_global_cells);
+    values.push_back(topology.num_vertices_per_cell);
+    values.push_back(static_cast<int>(topology.cell_type));
+    MPI::broadcast(mpi_comm, values);
+  }
+
+  // Broadcast coordinates for vertices
+  {
+    std::vector<std::vector<double>> send_values(num_processes);
+    for (std::size_t p = 0; p < num_processes; p++)
+    {
+      const std::pair<std::size_t, std::size_t> local_range
+        = MPI::local_range(mpi_comm, p, geometry.num_global_vertices);
+      log(TRACE, "Sending %d vertices to process %d, range is (%d, %d)",
+          local_range.second - local_range.first, p, local_range.first,
+          local_range.second);
+
+      send_values[p].reserve(geometry.dim*(local_range.second - local_range.first));
+      for (std::size_t i = local_range.first; i < local_range.second; i++)
+      {
+        send_values[p].insert(send_values[p].end(),
+                              geometry.vertex_coordinates[i].begin(),
+                              geometry.vertex_coordinates[i].end());
+      }
+    }
+    std::vector<double> values;
+    MPI::scatter(mpi_comm, send_values, values);
+    geometry.unpack_vertex_coordinates(values);
+  }
+
+  // Broadcast global vertex indices
+  {
+    std::vector<std::vector<std::int64_t>> send_values(num_processes);
+    for (std::size_t p = 0; p < num_processes; p++)
+    {
+      const std::pair<std::size_t, std::size_t> local_range
+        = MPI::local_range(mpi_comm, p, geometry.num_global_vertices);
+      send_values[p].reserve(local_range.second - local_range.first);
+      for (std::size_t i = local_range.first; i < local_range.second; i++)
+        send_values[p].push_back(geometry.vertex_indices[i]);
+    }
+    MPI::scatter(mpi_comm, send_values, geometry.vertex_indices);
+  }
+
+  dolfin_debug("check");
+  // Broadcast cell vertices
+  {
+    std::vector<std::vector<std::int64_t>> send_values(num_processes);
+    for (std::size_t p = 0; p < num_processes; p++)
+    {
+      const std::pair<std::size_t, std::size_t> local_range
+        = MPI::local_range(mpi_comm, p, topology.num_global_cells);
+      log(TRACE, "Sending %d cells to process %d, range is (%d, %d)",
+          local_range.second - local_range.first, p, local_range.first, local_range.second);
+      const std::size_t range = local_range.second - local_range.first;
+      send_values[p].reserve(range*(topology.num_vertices_per_cell + 1));
+      for (std::size_t i = local_range.first; i < local_range.second; i++)
+      {
+        send_values[p].push_back(topology.global_cell_indices[i]);
+        send_values[p].insert(send_values[p].end(),
+                              topology.cell_vertices[i].begin(), topology.cell_vertices[i].end());
+      }
+    }
+    std::vector<std::int64_t> values;
+    MPI::scatter(mpi_comm, send_values, values);
+    topology.unpack_cell_vertices(values);
+  }
+}
+//-----------------------------------------------------------------------------
+void LocalMeshData::receive_mesh_data(const MPI_Comm mpi_comm)
+{
+  dolfin_debug("check");
+
+  // Receive simple scalar data
+  {
+    std::vector<std::int64_t> values;
+    MPI::broadcast(mpi_comm, values);
+    dolfin_assert(values.size() == 6);
+    geometry.dim = values[0];
+    topology.dim = values[1];
+    geometry.num_global_vertices = values[2];
+    topology.num_global_cells = values[3];
+    topology.num_vertices_per_cell = values[4];
+    topology.cell_type = (CellType::Type)values[5];
+  }
+
+  dolfin_debug("check");
+  // Receive coordinates for vertices
+  {
+    std::vector<std::vector<double>> send_values;
+    std::vector<double> values;
+    MPI::scatter(mpi_comm, send_values, values);
+    geometry.unpack_vertex_coordinates(values);
+  }
+
+  dolfin_debug("check");
+  // Receive global vertex indices
+  {
+    std::vector<std::vector<std::int64_t>> send_values;
+    MPI::scatter(mpi_comm, send_values, geometry.vertex_indices);
+  }
+
+  dolfin_debug("check");
+  // Receive coordinates for vertices
+  {
+    std::vector<std::vector<std::int64_t>> send_values;
+    std::vector<std::int64_t> values;
+    MPI::scatter(mpi_comm, send_values, values);
+    topology.unpack_cell_vertices(values);
+  }
+}
+//-----------------------------------------------------------------------------
+void
+LocalMeshData::Geometry::unpack_vertex_coordinates(const std::vector<double>& values)
+{
+  dolfin_assert(values.size() % dim == 0);
+  const std::size_t num_vertices = values.size()/dim;
+  vertex_coordinates.resize(boost::extents[num_vertices][dim]);
+  for (std::size_t i = 0; i < num_vertices; i++)
+  {
+    std::copy(values.begin() + i*dim, values.begin() + (i + 1)*dim,
+              vertex_coordinates[i].begin());
+  }
+
+  log(TRACE, "Received %d vertex coordinates", vertex_coordinates.size());
+}
+//-----------------------------------------------------------------------------
+void
+LocalMeshData::Topology::unpack_cell_vertices(const std::vector<std::int64_t>& values)
+{
+  const std::size_t num_cells = values.size()/(num_vertices_per_cell + 1);
+  dolfin_assert(values.size() % (num_vertices_per_cell + 1) == 0);
+  cell_vertices.resize(boost::extents[num_cells][num_vertices_per_cell]);
+  global_cell_indices.clear();
+  std::size_t k = 0;
+  for (std::size_t i = 0; i < num_cells; i++)
+  {
+    global_cell_indices.push_back(values[k++]);
+    for (int j = 0; j < num_vertices_per_cell; j++)
+      cell_vertices[i][j] = values[k++];
+  }
+
+  log(TRACE, "Received %d cell vertices", cell_vertices.size());
+}
+//-----------------------------------------------------------------------------
+void LocalMeshData::reorder()
+{
+  const int dim0 = topology.cell_vertices.shape()[0];
+  const int dim1 = topology.cell_vertices.shape()[1];
+  dolfin_assert((int) topology.global_cell_indices.size() == dim0);
+
+  // Build a vector of first vertex index for each cell in vertex_indices
+  std::vector<std::pair<std::int64_t, std::int32_t>> keys(dim0);
+  for (int i = 0; i < dim0; ++i)
+    keys[i] = {*std::min_element(topology.cell_vertices[i].begin(), topology.cell_vertices[i].end()), i};
+
+  // Sort
+  std::sort(keys.begin(), keys.end());
+
+  // Copy cell_vertices and cell local-to-global array
+  boost::multi_array<std::int64_t, 2> _cell_vertices(boost::extents[dim0][dim1]);
+  _cell_vertices = topology.cell_vertices;
+  std::vector<std::int64_t> _global_cell_indices = topology.global_cell_indices;
+
+  // Re-map data
+  for (int i = 0; i < dim0; ++i)
+  {
+    auto key = keys[i];
+    topology.global_cell_indices[i] = _global_cell_indices[key.second];
+    for (int j = 0; j < dim1; ++j)
+      topology.cell_vertices[i][j] = _cell_vertices[key.second][j];
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/LocalMeshData.h b/dolfin/mesh/LocalMeshData.h
new file mode 100644
index 0000000..8f69371
--- /dev/null
+++ b/dolfin/mesh/LocalMeshData.h
@@ -0,0 +1,198 @@
+// Copyright (C) 2008 Ola Skavhaug
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2008-2009.
+//
+// First added:  2008-11-28
+// Last changed: 2013-02-18
+//
+// Modified by Anders Logg, 2008-2009.
+// Modified by Kent-Andre Mardal, 2011.
+
+#ifndef __LOCAL_MESH_DATA_H
+#define __LOCAL_MESH_DATA_H
+
+#include <cstdint>
+#include <map>
+#include <vector>
+#include <boost/multi_array.hpp>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/Variable.h>
+#include "CellType.h"
+
+namespace dolfin
+{
+
+  class Mesh;
+
+  /// This class stores mesh data on a local processor corresponding to a portion of a (larger) global mesh.
+
+  /// Note that the data stored in this class does typically not
+  /// correspond to a topologically connected mesh; it merely stores a
+  /// list of vertex coordinates, a list of cell-vertex mappings and a
+  /// list of global vertex numbers for the locally stored vertices.
+  ///
+  /// It is typically used for parsing meshes in parallel from mesh
+  /// XML files. After local mesh data has been parsed on each
+  /// processor, a subsequent repartitioning takes place: first a
+  /// geometric partitioning of the vertices followed by a
+  /// redistribution of vertex and cell data, and then a topological
+  /// partitioning again followed by redistribution of vertex and cell
+  /// data, at that point corresponding to topologically connected
+  /// meshes instead of local mesh data.
+
+  class LocalMeshData : public Variable
+  {
+  public:
+
+    /// Create empty local mesh data
+    explicit LocalMeshData(const MPI_Comm mpi_comm);
+
+    /// Create local mesh data for given mesh
+    explicit LocalMeshData(const Mesh& mesh);
+
+    /// Destructor
+    ~LocalMeshData();
+
+    /// Check that all essential data has been initialized, and throw
+    /// error if there is a problem
+    void check() const;
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+    /// Clear all data
+    void clear();
+
+    /// Copy data from mesh
+    void extract_mesh_data(const Mesh& mesh);
+
+    /// Broadcast mesh data from main process (used when Mesh is
+    /// created on one process)
+    void broadcast_mesh_data(const MPI_Comm mpi_comm);
+
+    /// Receive mesh data from main process
+    void receive_mesh_data(const MPI_Comm mpi_comm);
+
+    /// Reorder cell data
+    void reorder();
+
+    /// Holder for geometry data
+    struct Geometry
+    {
+      /// Constructor
+      Geometry() : dim(-1), num_global_vertices(-1) {}
+
+      /// Geometric dimension
+      int dim;
+
+      /// Global number of vertices
+      std::int64_t num_global_vertices;
+
+      /// Coordinates for all vertices stored on local processor
+      boost::multi_array<double, 2> vertex_coordinates;
+
+      /// Global vertex indices for all vertices stored on local
+      /// processor
+      std::vector<std::int64_t> vertex_indices;
+
+      /// Clear data
+      void clear()
+      {
+        dim = -1;
+        num_global_vertices = -1;
+        vertex_coordinates.resize(boost::extents[0][0]);
+        vertex_indices.clear();
+      }
+
+      /// Unpack received vertex coordinates
+      void unpack_vertex_coordinates(const std::vector<double>& values);
+    };
+
+    /// Geometry data
+    Geometry geometry;
+
+    /// Holder for topology data
+    struct Topology
+    {
+      /// Constructor
+      Topology() : dim(-1), num_global_cells(-1) {}
+
+      /// Topological dimension
+      int dim;
+
+      /// Global number of cells
+      std::int64_t num_global_cells;
+
+      /// Number of vertices per cell
+      int num_vertices_per_cell;
+
+      /// Global vertex indices for all cells stored on local processor
+      boost::multi_array<std::int64_t, 2> cell_vertices;
+
+      /// Global cell numbers for all cells stored on local processor
+      std::vector<std::int64_t> global_cell_indices;
+
+      /// Optional process owner for each cell in global_cell_indices
+      std::vector<int> cell_partition;
+
+      /// Optional weight for each cell for partitioning
+      std::vector<std::size_t> cell_weight;
+
+      // FIXME: this should replace the need for num_vertices_per_cell
+      //        and tdim
+      /// Cell type
+      CellType::Type cell_type;
+
+      /// Clear data
+      void clear()
+      {
+        dim = -1;
+        num_global_cells = -1;
+        num_vertices_per_cell = -1;
+        cell_vertices.resize(boost::extents[0][0]);
+        global_cell_indices.clear();
+        cell_partition.clear();
+        cell_weight.clear();
+      }
+
+      /// Unpack received cell vertices
+      void unpack_cell_vertices(const std::vector<std::int64_t>& values);
+
+    };
+
+    /// Holder for topology data
+    Topology topology;
+
+    /// Mesh domain data [dim](line, (cell_index, local_index, value))
+    std::map<std::size_t, std::vector<std::pair<std::pair<std::size_t,
+      std::size_t>, std::size_t>>> domain_data;
+
+    /// Return MPI communicator
+    MPI_Comm mpi_comm() const
+    { return _mpi_comm.comm(); }
+
+  private:
+
+    // MPI communicator
+    dolfin::MPI::Comm _mpi_comm;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/LocalMeshValueCollection.h b/dolfin/mesh/LocalMeshValueCollection.h
new file mode 100644
index 0000000..25629a8
--- /dev/null
+++ b/dolfin/mesh/LocalMeshValueCollection.h
@@ -0,0 +1,138 @@
+// Copyright (C) 2008-2012 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2008-2009.
+//
+// First added:  2008-11-28
+// Last changed: 2011-03-25
+//
+// Modified by Anders Logg, 2008-2009.
+// Modified by Kent-Andre Mardal, 2011.
+
+
+#ifndef __LOCAL_MESH_VALUE_COLLECTION_H
+#define __LOCAL_MESH_VALUE_COLLECTION_H
+
+#include <map>
+#include <utility>
+#include <vector>
+#include <dolfin/common/MPI.h>
+#include <dolfin/log/log.h>
+
+namespace dolfin
+{
+
+  template <typename T> class MeshValueCollection;
+
+  /// This class stores mesh data on a local processor corresponding
+  /// to a portion of a MeshValueCollection.
+
+  template <typename T>
+  class LocalMeshValueCollection
+  {
+  public:
+
+    /// Create local mesh data for given LocalMeshValueCollection
+    LocalMeshValueCollection(MPI_Comm comm, const MeshValueCollection<T>& values,
+                             std::size_t dim);
+
+    /// Destructor
+    ~LocalMeshValueCollection() {}
+
+    /// Return dimension of cell entity
+    std::size_t dim () const
+    { return _dim; }
+
+    /// Return data
+    const std::vector<std::pair<std::pair<std::size_t,
+      std::size_t>, T> >& values() const
+    { return _values; }
+
+  private:
+
+    // Topological dimension
+    const std::size_t _dim;
+
+    // MeshValueCollection values (cell_index, local_index), value))
+    std::vector<std::pair<std::pair<std::size_t, std::size_t>, T> >  _values;
+
+    // MPI communicator
+    dolfin::MPI::Comm _mpi_comm;
+
+  };
+
+  //---------------------------------------------------------------------------
+  // Implementation of LocalMeshValueCollection
+  //---------------------------------------------------------------------------
+  template <typename T>
+    LocalMeshValueCollection<T>::LocalMeshValueCollection(MPI_Comm comm,
+                                                          const MeshValueCollection<T>& values,
+                                                          std::size_t dim)
+    : _dim(dim), _mpi_comm(comm)
+  {
+    // Prepare data
+    std::vector<std::vector<std::size_t> > send_indices;
+    std::vector<std::vector<T> > send_v;
+
+    // Extract data on main process and split among processes
+    if (MPI::is_broadcaster(_mpi_comm.comm()))
+    {
+      // Get number of processes
+      const std::size_t num_processes = MPI::size(_mpi_comm.comm());
+      send_indices.resize(num_processes);
+      send_v.resize(num_processes);
+
+      const std::map<std::pair<std::size_t, std::size_t>, T>& vals
+        = values.values();
+      for (std::size_t p = 0; p < num_processes; p++)
+      {
+        const std::pair<std::size_t, std::size_t> local_range
+          = MPI::local_range(_mpi_comm.comm(), p, vals.size());
+        typename std::map<std::pair<std::size_t,
+          std::size_t>, T>::const_iterator it = vals.begin();
+        std::advance(it, local_range.first);
+        for (std::size_t i = local_range.first; i < local_range.second; ++i)
+        {
+          send_indices[p].push_back(it->first.first);
+          send_indices[p].push_back(it->first.second);
+          send_v[p].push_back(it->second);
+          std::advance(it, 1);
+        }
+      }
+    }
+
+    // Scatter data
+    std::vector<std::size_t> indices;
+    std::vector<T> v;
+    MPI::scatter(_mpi_comm.comm(), send_indices, indices);
+    MPI::scatter(_mpi_comm.comm(), send_v, v);
+    dolfin_assert(2*v.size() == indices.size());
+
+    // Unpack
+    for (std::size_t i = 0; i < v.size(); ++i)
+    {
+      const std::size_t cell_index = indices[2*i];
+      const std::size_t local_entity_index = indices[2*i + 1];
+      const T value = v[i];
+      _values.push_back({{cell_index, local_entity_index}, value});
+    }
+  }
+  //---------------------------------------------------------------------------
+
+}
+
+#endif
diff --git a/dolfin/mesh/Mesh.cpp b/dolfin/mesh/Mesh.cpp
new file mode 100644
index 0000000..eba1003
--- /dev/null
+++ b/dolfin/mesh/Mesh.cpp
@@ -0,0 +1,582 @@
+// Copyright (C) 2006-2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Johan Hoffman 2007
+// Modified by Garth N. Wells 2007-2011
+// Modified by Niclas Jansson 2008
+// Modified by Kristoffer Selim 2008
+// Modified by Andre Massing 2009-2010
+// Modified by Johannes Ring 2012
+// Modified by Marie E. Rognes 2012
+// Modified by Mikael Mortensen 2012
+// Modified by Jan Blechta 2013
+// Modified by Cecile Daversin-Catty 2018
+//
+// First added:  2006-05-09
+// Last changed: 2019-12-04
+
+#include <dolfin/ale/ALE.h>
+#include <dolfin/common/Array.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/common/utils.h>
+#include <dolfin/function/Expression.h>
+#include <dolfin/io/File.h>
+#include <dolfin/log/log.h>
+#include <dolfin/geometry/BoundingBoxTree.h>
+#include "BoundaryMesh.h"
+#include "Cell.h"
+#include "DistributedMeshTools.h"
+#include "Facet.h"
+#include "LocalMeshData.h"
+#include "MeshColoring.h"
+#include "MeshOrdering.h"
+#include "MeshPartitioning.h"
+#include "MeshRenumbering.h"
+#include "MeshSmoothing.h"
+#include "MeshTransformation.h"
+#include "TopologyComputation.h"
+#include "Vertex.h"
+#include "Mesh.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+Mesh::Mesh() : Mesh(MPI_COMM_WORLD)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Mesh::Mesh(MPI_Comm comm) : Variable("mesh", "DOLFIN mesh"),
+                            Hierarchical<Mesh>(*this), _ordered(false),
+                            _mpi_comm(comm), _ghost_mode("none")
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Mesh::Mesh(const Mesh& mesh) : Variable("mesh", "DOLFIN mesh"),
+                               Hierarchical<Mesh>(*this), _ordered(false),
+                               _mpi_comm(mesh.mpi_comm()),
+                               _ghost_mode("none")
+{
+  *this = mesh;
+}
+//-----------------------------------------------------------------------------
+Mesh::Mesh(std::string filename) : Mesh(MPI_COMM_WORLD, filename)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+Mesh::Mesh(MPI_Comm comm, std::string filename)
+  : Variable("mesh", "DOLFIN mesh"), Hierarchical<Mesh>(*this), _ordered(false),
+  _mpi_comm(comm), _ghost_mode("none")
+{
+  File file(_mpi_comm.comm(), filename);
+  file >> *this;
+}
+//-----------------------------------------------------------------------------
+Mesh::Mesh(MPI_Comm comm, LocalMeshData& local_mesh_data)
+  : Variable("mesh", "DOLFIN mesh"), Hierarchical<Mesh>(*this),
+  _ordered(false), _mpi_comm(comm), _ghost_mode("none")
+{
+  const std::string ghost_mode = parameters["ghost_mode"];
+  MeshPartitioning::build_distributed_mesh(*this, local_mesh_data, ghost_mode);
+}
+//-----------------------------------------------------------------------------
+Mesh::~Mesh()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+const Mesh& Mesh::operator=(const Mesh& mesh)
+{
+  // Assign data
+  _topology = mesh._topology;
+  _geometry = mesh._geometry;
+  _domains = mesh._domains;
+  _data = mesh._data;
+  if (mesh._cell_type)
+    _cell_type.reset(CellType::create(mesh._cell_type->cell_type()));
+  else
+    _cell_type.reset();
+  _ordered = mesh._ordered;
+  _cell_orientations = mesh._cell_orientations;
+  _ghost_mode = mesh._ghost_mode;
+
+  // Rename
+  rename(mesh.name(), mesh.label());
+
+  // Call assignment operator for base class
+  Hierarchical<Mesh>::operator=(mesh);
+
+  return *this;
+}
+//-----------------------------------------------------------------------------
+MeshData& Mesh::data()
+{
+  return _data;
+}
+//-----------------------------------------------------------------------------
+const MeshData& Mesh::data() const
+{
+  return _data;
+}
+//-----------------------------------------------------------------------------
+std::size_t Mesh::init(std::size_t dim) const
+{
+  // This function is obviously not const since it may potentially
+  // compute new connectivity. However, in a sense all connectivity of
+  // a mesh always exists, it just hasn't been computed yet. The
+  // const_cast is also needed to allow iterators over a const Mesh to
+  // create new connectivity.
+
+  // Skip if mesh is empty
+  if (num_cells() == 0)
+  {
+    //Do not display empty mesh warning if we are dealing with submeshes
+    if(_topology.mapping().empty())
+      warning("Mesh is empty, unable to create entities of dimension %d.", dim);
+    return 0;
+  }
+
+  // Skip if already computed
+  if (_topology.size(dim) > 0)
+    return _topology.size(dim);
+
+  // Skip vertices and cells (should always exist)
+  if (dim == 0 || dim == _topology.dim())
+    return _topology.size(dim);
+
+  // Check that mesh is ordered
+  if (!ordered())
+  {
+    dolfin_error("Mesh.cpp",
+                 "initialize mesh entities",
+                 "Mesh is not ordered according to the UFC numbering convention. Consider calling mesh.order()");
+  }
+
+  // Compute connectivity
+  Mesh* mesh = const_cast<Mesh*>(this);
+  TopologyComputation::compute_entities(*mesh, dim);
+
+  // Order mesh if necessary
+  if (!ordered())
+    mesh->order();
+
+  return _topology.size(dim);
+}
+//-----------------------------------------------------------------------------
+void Mesh::init(std::size_t d0, std::size_t d1) const
+{
+  // This function is obviously not const since it may potentially
+  // compute new connectivity. However, in a sense all connectivity of
+  // a mesh always exists, it just hasn't been computed yet. The
+  // const_cast is also needed to allow iterators over a const Mesh to
+  // create new connectivity.
+
+  // Skip if mesh is empty
+  if (num_cells() == 0)
+  {
+    //Do not display empty mesh warning if we are dealing with submeshes
+    if(_topology.mapping().empty())
+      warning("Mesh is empty, unable to create connectivity %d --> %d.", d0, d1);
+    return;
+  }
+
+  // Skip if already computed
+  if (!_topology(d0, d1).empty())
+    return;
+
+  // Check that mesh is ordered
+  if (!ordered())
+  {
+    dolfin_error("Mesh.cpp",
+                 "initialize mesh connectivity",
+                 "Mesh is not ordered according to the UFC numbering convention. Consider calling mesh.order()");
+  }
+
+  // Compute connectivity
+  Mesh* mesh = const_cast<Mesh*>(this);
+  TopologyComputation::compute_connectivity(*mesh, d0, d1);
+
+  // Order mesh if necessary
+  if (!ordered())
+    mesh->order();
+}
+//-----------------------------------------------------------------------------
+void Mesh::init() const
+{
+  // Compute all entities
+  for (std::size_t d = 0; d <= topology().dim(); d++)
+    init(d);
+
+  // Compute all connectivity
+  for (std::size_t d0 = 0; d0 <= topology().dim(); d0++)
+    for (std::size_t d1 = 0; d1 <= topology().dim(); d1++)
+      init(d0, d1);
+}
+//-----------------------------------------------------------------------------
+void Mesh::init_global(std::size_t dim) const
+{
+  init(dim);
+  DistributedMeshTools::number_entities(*this, dim);
+}
+//-----------------------------------------------------------------------------
+void Mesh::clean()
+{
+  const std::size_t D = topology().dim();
+  for (std::size_t d0 = 0; d0 <= D; d0++)
+  {
+    for (std::size_t d1 = 0; d1 <= D; d1++)
+    {
+      if (!(d0 == D && d1 == 0))
+        _topology.clear(d0, d1);
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void Mesh::order()
+{
+  // Order mesh
+  MeshOrdering::order(*this);
+
+  // Remember that the mesh has been ordered
+  _ordered = true;
+
+  // Clear any cell_orientations (as these depend on the ordering)
+  _cell_orientations.clear();
+}
+//-----------------------------------------------------------------------------
+bool Mesh::ordered() const
+{
+  // Don't check if we know (or think we know) that the mesh is ordered
+  if (_ordered)
+    return true;
+
+  _ordered = MeshOrdering::ordered(*this);
+  return _ordered;
+}
+//-----------------------------------------------------------------------------
+dolfin::Mesh Mesh::renumber_by_color() const
+{
+  const std::size_t D = topology().dim();
+  const std::vector<std::size_t> coloring_type = {{D, 0, D}};
+  return MeshRenumbering::renumber_by_color(*this, coloring_type);
+}
+//-----------------------------------------------------------------------------
+void Mesh::scale(double factor)
+{
+  MeshTransformation::scale(*this, factor);
+}
+//-----------------------------------------------------------------------------
+void Mesh::translate(const Point& point)
+{
+  MeshTransformation::translate(*this, point);
+}
+//-----------------------------------------------------------------------------
+void Mesh::rotate(double angle, std::size_t axis)
+{
+  MeshTransformation::rotate(*this, angle, axis);
+}
+//-----------------------------------------------------------------------------
+void Mesh::rotate(double angle, std::size_t axis, const Point& point)
+{
+  MeshTransformation::rotate(*this, angle, axis, point);
+}
+//-----------------------------------------------------------------------------
+void Mesh::smooth(std::size_t num_iterations)
+{
+  MeshSmoothing::smooth(*this, num_iterations);
+}
+//-----------------------------------------------------------------------------
+void Mesh::smooth_boundary(std::size_t num_iterations, bool harmonic_smoothing)
+{
+  MeshSmoothing::smooth_boundary(*this, num_iterations, harmonic_smoothing);
+}
+//-----------------------------------------------------------------------------
+void Mesh::snap_boundary(const SubDomain& sub_domain, bool harmonic_smoothing)
+{
+  MeshSmoothing::snap_boundary(*this, sub_domain, harmonic_smoothing);
+}
+//-----------------------------------------------------------------------------
+const std::vector<std::size_t>& Mesh::color(std::string coloring_type) const
+{
+  // Define graph type
+  const std::size_t dim = MeshColoring::type_to_dim(coloring_type, *this);
+  const std::vector<std::size_t> _coloring_type
+    = {{topology().dim(), dim, topology().dim()}};
+
+  return color(_coloring_type);
+}
+//-----------------------------------------------------------------------------
+const std::vector<std::size_t>&
+Mesh::color(std::vector<std::size_t> coloring_type) const
+{
+  // Find color data
+  std::map<std::vector<std::size_t>, std::pair<std::vector<std::size_t>,
+           std::vector<std::vector<std::size_t>>>>::const_iterator
+    coloring_data = this->topology().coloring.find(coloring_type);
+
+  if (coloring_data != this->topology().coloring.end())
+  {
+    dolfin_debug("Mesh has already been colored, not coloring again.");
+    return coloring_data->second.first;
+  }
+
+  // We do the same const-cast trick here as in the init() functions
+  // since we are not really changing the mesh, just attaching some
+  // auxiliary data to it.
+  Mesh* _mesh = const_cast<Mesh*>(this);
+  return MeshColoring::color(*_mesh, coloring_type);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<BoundingBoxTree> Mesh::bounding_box_tree() const
+{
+  // Allocate and build tree if necessary
+  if (!_tree)
+  {
+    _tree.reset(new BoundingBoxTree());
+    _tree->build(*this);
+  }
+
+  return _tree;
+}
+//-----------------------------------------------------------------------------
+double Mesh::hmin() const
+{
+  double h = std::numeric_limits<double>::max();
+  for (CellIterator cell(*this); !cell.end(); ++cell)
+    h = std::min(h, cell->h());
+
+  return h;
+}
+//-----------------------------------------------------------------------------
+double Mesh::hmax() const
+{
+  double h = 0.0;
+  for (CellIterator cell(*this); !cell.end(); ++cell)
+    h = std::max(h, cell->h());
+
+  return h;
+}
+//-----------------------------------------------------------------------------
+double Mesh::rmin() const
+{
+  double r = std::numeric_limits<double>::max();
+  for (CellIterator cell(*this); !cell.end(); ++cell)
+    r = std::min(r, cell->inradius());
+
+  return r;
+}
+//-----------------------------------------------------------------------------
+double Mesh::rmax() const
+{
+  double r = 0.0;
+  for (CellIterator cell(*this); !cell.end(); ++cell)
+    r = std::max(r, cell->inradius());
+
+  return r;
+}
+//-----------------------------------------------------------------------------
+std::size_t Mesh::hash() const
+{
+  // Get local hashes
+  const std::size_t kt_local = _topology.hash();
+  const std::size_t kg_local = _geometry.hash();
+
+  // Compute global hash
+  const std::size_t kt = hash_global(_mpi_comm.comm(), kt_local);
+  const std::size_t kg = hash_global(_mpi_comm.comm(), kg_local);
+
+  // Compute hash based on the Cantor pairing function
+  return (kt + kg)*(kt + kg + 1)/2 + kg;
+}
+//-----------------------------------------------------------------------------
+std::string Mesh::str(bool verbose) const
+{
+  std::stringstream s;
+  if (verbose)
+  {
+    s << str(false) << std::endl << std::endl;
+
+    s << indent(_geometry.str(true));
+    s << indent(_topology.str(true));
+    s << indent(_data.str(true));
+  }
+  else
+  {
+    std::string cell_type("undefined cell type");
+    if (_cell_type)
+      cell_type = _cell_type->description(true);
+
+    s << "<Mesh of topological dimension "
+      << topology().dim() << " ("
+      << cell_type << ") with "
+      << num_vertices() << " vertices and "
+      << num_cells() << " cells, "
+      << (_ordered ? "ordered" : "unordered") << ">";
+  }
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+const std::vector<int>& Mesh::cell_orientations() const
+{
+  return _cell_orientations;
+}
+//-----------------------------------------------------------------------------
+void Mesh::init_cell_orientations(const Expression& global_normal)
+{
+  std::size_t gdim = geometry().dim();
+  std::size_t ndim = global_normal.value_size();
+
+  // Check that global_normal has the "right" size
+  // Allowing 3 if gdim < 3 to avoid breaking legacy code.
+  if (ndim < gdim && ndim <= 3)
+  {
+     dolfin_error("Mesh.cpp",
+                  "initialize cell orientations",
+                  "Global normal value size is %d, smaller than gdim (%d)",
+                  ndim, gdim);
+  }
+
+  // Resize storage
+  _cell_orientations.resize(num_cells());
+
+  // Set orientation
+  Array<double> values(ndim);
+  Point up;
+  for (CellIterator cell(*this); !cell.end(); ++cell)
+  {
+    // Extract cell midpoint as Array
+    const Array<double> x(3, cell->midpoint().coordinates());
+
+    // Evaluate global normal at cell midpoint
+    global_normal.eval(values, x);
+
+    // Extract values as Point
+    for (unsigned int i = 0; i < ndim; i++)
+      up[i] = values[i];
+    for (unsigned int i = ndim; i < gdim; i++)
+      up[i] = 0.0;
+
+    // Set orientation as orientation relative to up direction.
+    dolfin_assert(cell->index() < _cell_orientations.size());
+    _cell_orientations[cell->index()] = cell->orientation(up);
+  }
+}
+//-----------------------------------------------------------------------------
+std::string Mesh::ghost_mode() const
+{
+  dolfin_assert(_ghost_mode == "none"
+                || _ghost_mode == "shared_vertex"
+                || _ghost_mode == "shared_facet");
+  return _ghost_mode;
+}
+//-----------------------------------------------------------------------------
+
+void Mesh::build_mapping(std::shared_ptr<const Mesh> other) const
+{
+  // Find a parent mesh shared by the two meshes
+  std::vector<unsigned> current_keys, other_keys, common_keys;
+  for(auto mapping : this->_topology.mapping())
+    current_keys.push_back(mapping.first);
+  for(auto mapping : other->_topology.mapping())
+    other_keys.push_back(mapping.first);
+  std::set_intersection(current_keys.begin(),current_keys.end(),other_keys.begin(),other_keys.end(),back_inserter(common_keys));
+
+  if (common_keys.size() == 0)
+    throw std::logic_error("Cannot find common parent mesh");
+  unsigned parent_id = common_keys[0];
+
+  // NOTE : This function is only used in MixedAssembler
+  // for now, and needs only the cell_map to be filled.
+  // We might need to fill the corresponding vertex_map
+  // at some point.
+  std::vector<std::size_t> current_cell_map = this->topology().mapping()[parent_id]->cell_map();
+  std::vector<std::size_t> other_cell_map = other->topology().mapping()[parent_id]->cell_map();
+  std::vector<std::size_t> new_vertex_map;
+  std::vector<std::size_t> new_cell_map(current_cell_map.size());
+
+  std::vector<std::size_t>::iterator found;
+  // Build the new mapping current <-> other from the common parent (cell_map only)
+  for(std::size_t i=0; i<new_cell_map.size(); ++i)
+  {
+    bool new_idx_found = false;
+    // Co-dimension 0
+    if(this->topology().dim() == other->topology().dim())
+    {
+      found = std::find(other_cell_map.begin(), other_cell_map.end(), current_cell_map[i]);
+      if(found != other_cell_map.end())
+      {
+	new_idx_found = true;
+	new_cell_map[i] = found - other_cell_map.begin();
+      }
+    }
+    // Co-dimension 1
+    else if(this->topology().dim() == other->topology().dim() - 1)
+    {
+      // current_cell_map[i] is the index of a facet in the parent mesh.
+      // We need to find the entities of dimension dim(other) = dim(current) + 1
+      // related to this facet.
+
+      // mesh_facet is the facet of the parent mesh corresponding to current_cell_map[i]
+      Facet mesh_facet(*(this->topology().mapping()[parent_id]->mesh()), current_cell_map[i]);
+      auto D = other->topology().dim();
+      this->topology().mapping()[parent_id]->mesh()->init(D);
+      this->topology().mapping()[parent_id]->mesh()->init(D - 1, D);
+      other->init(this->topology().dim());
+
+      // Find a cell in <other> owning mesh_facet
+      for(std::size_t j=0; j<mesh_facet.num_entities(D); j++)
+      {
+	Cell mesh_cell(*(this->topology().mapping()[parent_id]->mesh()), mesh_facet.entities(other->topology().dim())[j]);
+        found = std::find(other_cell_map.begin(), other_cell_map.end(), mesh_cell.index());
+	if(found != other_cell_map.end())
+	{
+	  auto position = found - other_cell_map.begin();
+	  Cell other_mesh_cell(*(other), position);
+	  // Find which facet of this cell is the one we are looking for
+	  for(std::size_t k=0; k<other_mesh_cell.num_entities(this->topology().dim()); k++)
+	  {
+	    // NOTE : Comparison based on midpoint coordinates
+	    // Is it still ok with very small mesh size ?
+	    Facet other_mesh_facet(*(other), other_mesh_cell.entities(this->topology().dim())[k]);
+	    if(other_mesh_facet.midpoint() == mesh_facet.midpoint())
+	    {
+	      new_idx_found = true;
+	      new_cell_map[i] = other_mesh_cell.entities(this->topology().dim())[k];
+	      break;
+	    }
+	  }
+	  break;
+	}
+      }
+    }
+    else
+     dolfin_error("Mesh.cpp",
+                  "build_mapping",
+                  "The dimension of the mesh given as parameter (%d) cannot be lower than the dimension of the current mesh (%d)",
+                  other->topology().dim(), this->topology().dim());
+
+    if(!new_idx_found)
+      std::cout << "Error in building the mapping ("
+		<< this->id() << ", " << other->id() << ") :"
+		<< "Index not found." << std::endl;
+  }
+  this->_topology.add_mapping(std::make_pair(other->id(), std::make_shared<MeshView>(other, new_vertex_map, new_cell_map)));
+}
diff --git a/dolfin/mesh/Mesh.h b/dolfin/mesh/Mesh.h
new file mode 100644
index 0000000..df65bb2
--- /dev/null
+++ b/dolfin/mesh/Mesh.h
@@ -0,0 +1,557 @@
+// Copyright (C) 2006-2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Johan Hoffman 2007
+// Modified by Magnus Vikstrøm 2007
+// Modified by Garth N. Wells 2007-2015
+// Modified by Niclas Jansson 2008
+// Modified by Kristoffer Selim 2008
+// Modified by Andre Massing 2009-2010
+// Modified by Marie E. Rognes 2012
+// Modified by Mikael Mortensen 2012
+// Modified by Jan Blechta 2013
+// Modified by Cecile Daversin-Catty 2018
+
+#ifndef __MESH_H
+#define __MESH_H
+
+#include <memory>
+#include <string>
+#include <utility>
+
+#include <dolfin/common/Hierarchical.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/Variable.h>
+#include "MeshData.h"
+#include "MeshDomains.h"
+#include "MeshGeometry.h"
+#include "MeshConnectivity.h"
+#include "MeshTopology.h"
+
+namespace dolfin
+{
+  class BoundaryMesh;
+  class CellType;
+  class Expression;
+  class GenericFunction;
+  class LocalMeshData;
+  class MeshEntity;
+  class Point;
+  class SubDomain;
+  class BoundingBoxTree;
+
+  /// A _Mesh_ consists of a set of connected and numbered mesh entities.
+  ///
+  /// Both the representation and the interface are
+  /// dimension-independent, but a concrete interface is also provided
+  /// for standard named mesh entities:
+  ///
+  /// | Entity | Dimension | Codimension  |
+  /// | ------ | --------- | ------------ |
+  /// | Vertex |  0        |              |
+  /// | Edge   |  1        |              |
+  /// | Face   |  2        |              |
+  /// | Facet  |           |      1       |
+  /// | Cell   |           |      0       |
+  ///
+  /// When working with mesh iterators, all entities and connectivity
+  /// are precomputed automatically the first time an iterator is
+  /// created over any given topological dimension or connectivity.
+  ///
+  /// Note that for efficiency, only entities of dimension zero
+  /// (vertices) and entities of the maximal dimension (cells) exist
+  /// when creating a _Mesh_. Other entities must be explicitly created
+  /// by calling init(). For example, all edges in a mesh may be
+  /// created by a call to mesh.init(1). Similarly, connectivities
+  /// such as all edges connected to a given vertex must also be
+  /// explicitly created (in this case by a call to mesh.init(0, 1)).
+
+  class Mesh : public Variable, public Hierarchical<Mesh>
+  {
+  public:
+
+    /// Create empty mesh
+    Mesh();
+
+    /// Create empty mesh
+    Mesh(MPI_Comm comm);
+
+    /// Copy constructor.
+    ///
+    /// @param mesh (Mesh)
+    ///         Object to be copied.
+    Mesh(const Mesh& mesh);
+
+    /// Create mesh from data file.
+    ///
+    /// @param  filename (std::string)
+    ///         Name of file to load.
+    explicit Mesh(std::string filename);
+
+    /// Create mesh from data file.
+    ///
+    /// @param comm (MPI_Comm)
+    ///         The MPI communicator
+    /// @param filename (std::string)
+    ///         Name of file to load.
+    Mesh(MPI_Comm comm, std::string filename);
+
+    /// Create a distributed mesh from local (per process) data.
+    ///
+    /// @param comm (MPI_Comm)
+    ///         MPI communicator for the mesh.
+    /// @param local_mesh_data (LocalMeshData)
+    ///         Data from which to build the mesh.
+    Mesh(MPI_Comm comm, LocalMeshData& local_mesh_data);
+
+    /// Destructor.
+    ~Mesh();
+
+    /// Assignment operator
+    ///
+    /// @param mesh (Mesh)
+    ///         Another Mesh object.
+    const Mesh& operator=(const Mesh& mesh);
+
+    /// Get number of vertices in mesh.
+    ///
+    /// @return std::size_t
+    ///         Number of vertices.
+    ///
+    std::size_t num_vertices() const
+    { return _topology.size(0); }
+
+    /// Get number of edges in mesh.
+    ///
+    /// @return std::size_t
+    ///         Number of edges.
+    ///
+    std::size_t num_edges() const
+    { return _topology.size(1); }
+
+    /// Get number of faces in mesh.
+    ///
+    /// @return std::size_t
+    ///         Number of faces.
+    ///
+    std::size_t num_faces() const
+    { return _topology.size(2); }
+
+    /// Get number of facets in mesh.
+    ///
+    /// @return std::size_t
+    ///         Number of facets.
+    ///
+    std::size_t num_facets() const
+    { return _topology.size(_topology.dim() - 1); }
+
+    /// Get number of cells in mesh.
+    ///
+    /// @return std::size_t
+    ///         Number of cells.
+    ///
+    std::size_t num_cells() const
+    { return _topology.size(_topology.dim()); }
+
+    /// Get number of entities of given topological dimension.
+    ///
+    /// @param d (std::size_t)
+    ///         Topological dimension.
+    ///
+    /// @return std::size_t
+    ///         Number of entities of topological dimension d.
+    ///
+    std::size_t num_entities(std::size_t d) const
+    { return _topology.size(d); }
+
+    /// Get vertex coordinates.
+    ///
+    /// @return std::vector<double>&
+    ///         Coordinates of all vertices.
+    ///
+    std::vector<double>& coordinates()
+    { return _geometry.x(); }
+
+    /// Return coordinates of all vertices (const version).
+    ///
+    /// @return std::vector<double>&
+    ///         Coordinates of all vertices.
+    ///
+    const std::vector<double>& coordinates() const
+    { return _geometry.x(); }
+
+    /// Get cell connectivity.
+    ///
+    /// @return std::vector<unsigned int>&
+    ///         Connectivity for all cells.
+    ///
+    const std::vector<unsigned int>& cells() const
+    { return _topology(_topology.dim(), 0)(); }
+
+    /// Get global number of entities of given topological dimension.
+    ///
+    /// @param dim (std::size_t)
+    ///         Topological dimension.
+    ///
+    /// @return std::size_t
+    ///         Global number of entities of topological dimension d.
+    ///
+    std::size_t num_entities_global(std::size_t dim) const
+    { return _topology.size_global(dim); }
+
+    /// Get mesh topology.
+    ///
+    /// @return MeshTopology
+    ///         The topology object associated with the mesh.
+    MeshTopology& topology()
+    { return _topology; }
+
+    /// Get mesh topology (const version).
+    ///
+    /// @return MeshTopology
+    ///         The topology object associated with the mesh.
+    const MeshTopology& topology() const
+    { return _topology; }
+
+    /// Get mesh geometry.
+    ///
+    /// @return MeshGeometry
+    ///         The geometry object associated with the mesh.
+    MeshGeometry& geometry()
+    { return _geometry; }
+
+    /// Get mesh geometry (const version).
+    ///
+    /// @return MeshGeometry
+    ///         The geometry object associated with the mesh.
+    const MeshGeometry& geometry() const
+    { return _geometry; }
+
+    /// Get mesh (sub)domains.
+    ///
+    /// @return MeshDomains
+    ///         The (sub)domains associated with the mesh.
+    MeshDomains& domains()
+    { return _domains; }
+
+    /// Get mesh (sub)domains (const).
+    ///
+    /// @return MeshDomains
+    ///         The (sub)domains associated with the mesh.
+    const MeshDomains& domains() const
+    { return _domains; }
+
+    /// Get bounding box tree for mesh. The bounding box tree is
+    /// initialized and built upon the first call to this
+    /// function. The bounding box tree can be used to compute
+    /// collisions between the mesh and other objects. It is the
+    /// responsibility of the caller to use (and possibly rebuild) the
+    /// tree. It is stored as a (mutable) member of the mesh to enable
+    /// sharing of the bounding box tree data structure.
+    ///
+    /// @return std::shared_ptr<BoundingBoxTree>
+    std::shared_ptr<BoundingBoxTree> bounding_box_tree() const;
+
+    /// Get mesh data.
+    ///
+    /// @return MeshData&
+    ///         The mesh data object associated with the mesh.
+    MeshData& data();
+
+    /// Get mesh data (const version).
+    /// @return MeshData&
+    ///         The mesh data object associated with the mesh.
+    const MeshData& data() const;
+
+    /// Get mesh cell type.
+    ///
+    /// @return CellType&
+    ///         The cell type object associated with the mesh.
+    CellType& type()
+    { dolfin_assert(_cell_type); return *_cell_type; }
+
+    /// Get mesh cell type (const version).
+    const CellType& type() const
+    { dolfin_assert(_cell_type); return *_cell_type; }
+
+    /// Compute entities of given topological dimension.
+    ///
+    /// @param  dim (std::size_t)
+    ///         Topological dimension.
+    ///
+    /// @return std::size_t
+    ///         Number of created entities.
+    std::size_t init(std::size_t dim) const;
+
+    /// Compute connectivity between given pair of dimensions.
+    ///
+    /// @param    d0 (std::size_t)
+    ///         Topological dimension.
+    ///
+    /// @param    d1 (std::size_t)
+    ///         Topological dimension.
+    void init(std::size_t d0, std::size_t d1) const;
+
+    /// Compute all entities and connectivity.
+    void init() const;
+
+    /// Compute global indices for entity dimension dim
+    void init_global(std::size_t dim) const;
+
+    /// Clean out all auxiliary topology data. This clears all
+    /// topological data, except the connectivity between cells and
+    /// vertices.
+    void clean();
+
+    /// Order all mesh entities.
+    ///
+    /// See also: UFC documentation (put link here!)
+    void order();
+
+    /// Check if mesh is ordered according to the UFC numbering convention.
+    ///
+    /// @return bool
+    ///         The return values is true iff the mesh is ordered.
+    bool ordered() const;
+
+    /// Renumber mesh entities by coloring. This function is currently
+    /// restricted to renumbering by cell coloring. The cells
+    /// (cell-vertex connectivity) and the coordinates of the mesh are
+    /// renumbered to improve the locality within each color. It is
+    /// assumed that the mesh has already been colored and that only
+    /// cell-vertex connectivity exists as part of the mesh.
+    /// @return Mesh
+    Mesh renumber_by_color() const;
+
+    /// Scale mesh coordinates with given factor.
+    ///
+    /// *Arguments*
+    ///     factor (double)
+    ///         The factor defining the scaling.
+    void scale(double factor);
+
+    /// Translate mesh according to a given vector.
+    ///
+    /// @param  point (Point)
+    ///         The vector defining the translation.
+    void translate(const Point& point);
+
+    /// Rotate mesh around a coordinate axis through center of mass
+    /// of all mesh vertices
+    ///
+    /// @param    angle (double)
+    ///         The number of degrees (0-360) of rotation.
+    /// @param    axis (std::size_t)
+    ///         The coordinate axis around which to rotate the mesh.
+    void rotate(double angle, std::size_t axis=2);
+
+    /// Rotate mesh around a coordinate axis through a given point
+    ///
+    /// @param    angle (double)
+    ///         The number of degrees (0-360) of rotation.
+    /// @param    axis (std::size_t)
+    ///         The coordinate axis around which to rotate the mesh.
+    /// @param    point (_Point_)
+    ///         The point around which to rotate the mesh.
+    void rotate(double angle, std::size_t axis, const Point& point);
+
+    /// Smooth internal vertices of mesh by local averaging.
+    ///
+    /// @param    num_iterations (std::size_t)
+    ///         Number of iterations to perform smoothing,
+    ///         default value is 1.
+    void smooth(std::size_t num_iterations=1);
+
+    /// Smooth boundary vertices of mesh by local averaging.
+    ///
+    /// @param  num_iterations (std::size_t)
+    ///         Number of iterations to perform smoothing,
+    ///         default value is 1.
+    ///
+    /// @param  harmonic_smoothing (bool)
+    ///         Flag to turn on harmonics smoothing, default
+    ///         value is true.
+    void smooth_boundary(std::size_t num_iterations=1,
+                         bool harmonic_smoothing=true);
+
+    /// Snap boundary vertices of mesh to match given sub domain.
+    ///
+    /// @param sub_domain (_SubDomain_)
+    ///         A _SubDomain_ object.
+    ///
+    /// @param harmonic_smoothing (bool)
+    ///         Flag to turn on harmonics smoothing, default
+    ///         value is true.
+    void snap_boundary(const SubDomain& sub_domain,
+                       bool harmonic_smoothing=true);
+
+    /// Color the cells of the mesh such that no two neighboring cells
+    /// share the same color. A colored mesh keeps a
+    /// MeshFunction<std::size_t> named "cell colors" as mesh data which
+    /// holds the colors of the mesh.
+    ///
+    /// @param coloring_type (std::string)
+    ///         Coloring type, specifying what relation makes two
+    ///         cells neighbors, can be one of "vertex", "edge" or
+    ///         "facet".
+    ///
+    /// @return std::vector<std::size_t>&
+    ///         The colors as a mesh function over the cells of the mesh.
+    const std::vector<std::size_t>& color(std::string coloring_type) const;
+
+    /// Color the cells of the mesh such that no two neighboring cells
+    /// share the same color. A colored mesh keeps a
+    /// MeshFunction<std::size_t> named "cell colors" as mesh data which
+    /// holds the colors of the mesh.
+    ///
+    /// @param coloring_type (std::vector<std::size_t>&)
+    ///         Coloring type given as list of topological dimensions,
+    ///         specifying what relation makes two mesh entities neighbors.
+    ///
+    /// @return std::vector<std::size_t>&
+    ///         The colors as a mesh function over entities of the mesh.
+    const std::vector<std::size_t>&
+    color(std::vector<std::size_t> coloring_type) const;
+
+    /// Compute minimum cell size in mesh, measured greatest distance
+    /// between any two vertices of a cell.
+    ///
+    /// @return double
+    ///         The minimum cell size. The size is computed using
+    ///         Cell::h()
+    ///
+    double hmin() const;
+
+    /// Compute maximum cell size in mesh, measured greatest distance
+    /// between any two vertices of a cell.
+    ///
+    /// @return double
+    ///         The maximum cell size. The size is computed using
+    ///         Cell::h()
+    ///
+    double hmax() const;
+
+    /// Compute minimum cell inradius.
+    ///
+    /// @return double
+    ///         The minimum of cells' inscribed sphere radii
+    ///
+    double rmin() const;
+
+    /// Compute maximum cell inradius.
+    ///
+    /// @return double
+    ///         The maximum of cells' inscribed sphere radii
+    ///
+    double rmax() const;
+
+    /// Compute hash of mesh, currently based on the has of the mesh
+    /// geometry and mesh topology.
+    ///
+    /// @return std::size_t
+    ///         A tree-hashed value of the coordinates over all MPI processes
+    ///
+    std::size_t hash() const;
+
+    /// Informal string representation.
+    ///
+    /// @param verbose (bool)
+    ///         Flag to turn on additional output.
+    ///
+    /// @return std::string
+    ///         An informal representation of the mesh.
+    ///
+    std::string str(bool verbose) const;
+
+    /// Return cell_orientations (const version)
+    ///
+    /// @return std::vector<int>
+    ///
+    ///         Map from cell index to orientation of cell. Is empty
+    ///         if cell orientations have not been computed.
+    const std::vector<int>& cell_orientations() const;
+
+    /// Compute and initialize cell_orientations relative to a given
+    /// global outward direction/normal/orientation. Only defined if
+    /// mesh is orientable.
+    ///
+    /// @param global_normal (Expression)
+    ///         A global normal direction to the mesh
+    void init_cell_orientations(const Expression& global_normal);
+
+    /// Mesh MPI communicator
+    /// @return MPI_Comm
+    MPI_Comm mpi_comm() const
+    { return _mpi_comm.comm(); }
+
+    /// Ghost mode used for partitioning. Possible values are
+    /// same as `parameters["ghost_mode"]`.
+    /// WARNING: the interface may change in future without
+    /// deprecation; the method is now intended for internal
+    /// library use.
+    std::string ghost_mode() const;
+
+    // Friend in fem_utils.h
+    friend Mesh create_mesh(Function& coordinates);
+
+    /// Add new mapping to mesh topology
+    /// Used in mixed-domains models (MeshView)
+    void build_mapping(std::shared_ptr<const Mesh> other) const;
+
+  private:
+
+    // Friends
+    friend class MeshEditor;
+    friend class TopologyComputation;
+    friend class MeshPartitioning;
+
+    // Mesh topology
+    mutable MeshTopology _topology;
+
+    // Mesh geometry
+    MeshGeometry _geometry;
+
+    // Mesh domains
+    MeshDomains _domains;
+
+    // Auxiliary mesh data
+    MeshData _data;
+
+    // Bounding box tree used to compute collisions between the mesh
+    // and other objects. The tree is initialized to a zero pointer
+    // and is allocated and built when bounding_box_tree() is called.
+    mutable std::shared_ptr<BoundingBoxTree> _tree;
+
+    // Cell type
+    std::unique_ptr<CellType> _cell_type;
+
+    // True if mesh has been ordered
+    mutable bool _ordered;
+
+    // Orientation of cells relative to a global direction
+    std::vector<int> _cell_orientations;
+
+    // MPI communicator
+    dolfin::MPI::Comm _mpi_comm;
+
+    // Ghost mode used for partitioning
+    std::string _ghost_mode;
+
+  };
+}
+
+#endif
diff --git a/dolfin/mesh/MeshColoring.cpp b/dolfin/mesh/MeshColoring.cpp
new file mode 100644
index 0000000..1fe101e
--- /dev/null
+++ b/dolfin/mesh/MeshColoring.cpp
@@ -0,0 +1,190 @@
+// Copyright (C) 2010-2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2010-2011
+// Modified by Johannes Ring 2011
+//
+// First added:  2010-11-15
+// Last changed: 2011-11-14
+
+#include <map>
+#include <memory>
+#include <utility>
+#include <dolfin/common/Array.h>
+#include <dolfin/common/utils.h>
+#include <dolfin/graph/Graph.h>
+#include <dolfin/graph/GraphBuilder.h>
+#include <dolfin/graph/GraphColoring.h>
+#include <dolfin/log/log.h>
+#include "Cell.h"
+#include "Edge.h"
+#include "Facet.h"
+#include "Mesh.h"
+#include "MeshEntity.h"
+#include "MeshEntityIterator.h"
+#include "Vertex.h"
+#include "MeshColoring.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+const std::vector<std::size_t>& MeshColoring::color_cells(Mesh& mesh,
+                                                     std::string coloring_type)
+{
+  // Define graph type
+  std::vector<std::size_t> _coloring_type;
+  _coloring_type.push_back(mesh.topology().dim());
+  _coloring_type.push_back(type_to_dim(coloring_type, mesh));
+  _coloring_type.push_back(mesh.topology().dim());
+
+  return color(mesh, _coloring_type);
+}
+//-----------------------------------------------------------------------------
+const std::vector<std::size_t>&
+MeshColoring::color(Mesh& mesh, const std::vector<std::size_t>& coloring_type)
+{
+  // Convenience typedefs
+  typedef std::pair<std::vector<std::size_t>,
+                    std::vector<std::vector<std::size_t>>> ColorData;
+
+  info("Coloring mesh.");
+
+  // Create empty coloring data
+  ColorData _color_data;
+
+  // Clear any old data
+  mesh.topology().coloring.erase(coloring_type);
+
+  // Create coloring data
+  mesh.topology().coloring.insert(std::make_pair(coloring_type, _color_data));
+
+  // Convenience references to data
+  dolfin_assert(mesh.topology().coloring.find(coloring_type) != mesh.topology().coloring.end());
+  ColorData& color_data = mesh.topology().coloring.find(coloring_type)->second;
+
+  std::vector<std::size_t>& colors = color_data.first;
+  std::vector<std::vector<std::size_t>>& entities_of_color = color_data.second;
+
+  // Initialise mesh function for colors and compute coloring
+  const std::size_t colored_entity_dim = coloring_type[0];
+  colors.resize(mesh.num_entities(colored_entity_dim));
+  const std::size_t num_colors = MeshColoring::compute_colors(mesh, colors,
+                                                       coloring_type);
+
+  // Build lists of entities for each color
+  entities_of_color.resize(num_colors);
+  for (std::size_t i = 0; i < colors.size(); i++)
+  {
+    const std::size_t color = colors[i];
+    dolfin_assert(color < num_colors);
+    entities_of_color[color].push_back(i);
+  }
+
+  return colors;
+}
+//-----------------------------------------------------------------------------
+std::size_t
+MeshColoring::compute_colors(const Mesh& mesh,
+                             std::vector<std::size_t>& colors,
+                             const std::vector<std::size_t>& coloring_type)
+{
+  if (coloring_type.front() != coloring_type.back())
+  {
+    dolfin_error("MeshColoring.cpp",
+                 "compute mesh colors",
+                 "Mesh coloring does not support dim i - j coloring");
+  }
+
+  // Create graph
+  Graph graph;
+  if (coloring_type.size() == 3)
+    graph = GraphBuilder::local_graph(mesh, coloring_type[0], coloring_type[1]);
+  else
+    graph = GraphBuilder::local_graph(mesh, coloring_type);
+
+  // Color graph
+  return GraphColoring::compute_local_vertex_coloring(graph, colors);
+}
+//-----------------------------------------------------------------------------
+MeshFunction<std::size_t>
+MeshColoring::cell_colors(std::shared_ptr<const Mesh> mesh,
+                          std::string coloring_type)
+{
+  dolfin_assert(mesh);
+
+  // Get graph/coloring type
+  const std::size_t dim = MeshColoring::type_to_dim(coloring_type, *mesh);
+  std::vector<std::size_t> _coloring_type;
+  _coloring_type.push_back(mesh->topology().dim());
+  _coloring_type.push_back(dim);
+  _coloring_type.push_back(mesh->topology().dim());
+
+  return cell_colors(mesh, _coloring_type);
+}
+//-----------------------------------------------------------------------------
+MeshFunction<std::size_t>
+MeshColoring::cell_colors(std::shared_ptr<const Mesh> mesh,
+                          std::vector<std::size_t> coloring_type)
+{
+  dolfin_assert(mesh);
+
+  // Get color data
+  std::map<std::vector<std::size_t>, std::pair<std::vector<std::size_t>,
+           std::vector<std::vector<std::size_t>>>>::const_iterator
+    coloring_data;
+  coloring_data = mesh->topology().coloring.find(coloring_type);
+
+  // Check that coloring has been computed
+  if (coloring_data == mesh->topology().coloring.end())
+  {
+    dolfin_error("MeshColoring.cpp",
+                 "get coloring as MeshFunction",
+                 "Requested coloring has not been computed");
+  }
+
+  // Colors
+  const std::vector<std::size_t>& colors = coloring_data->second.first;
+
+  MeshFunction<std::size_t> mf(mesh, mesh->topology().dim());
+  dolfin_assert(colors.size() == mesh->num_entities(coloring_type[0]));
+  for (CellIterator cell(*mesh); !cell.end(); ++cell)
+    mf[*cell] = colors[cell->index()];
+
+  return mf;
+}
+//-----------------------------------------------------------------------------
+std::size_t MeshColoring::type_to_dim(std::string coloring_type,
+                                       const Mesh& mesh)
+{
+  // Check that coloring type is valid
+  if (coloring_type != "vertex" && coloring_type != "edge" && coloring_type != "facet")
+  {
+    dolfin_error("MeshColoring.cpp",
+                 "compute mesh colors",
+                 "Unknown coloring type (\"%s\"). Known options are \"vertex\", \"edge\" and \"facet\"",
+                 coloring_type.c_str());
+  }
+
+  // Select topological dimension
+  if (coloring_type == "vertex")
+    return 0;
+  else if (coloring_type == "edge")
+    return 1;
+  else
+    return mesh.topology().dim() - 1;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/MeshColoring.h b/dolfin/mesh/MeshColoring.h
new file mode 100644
index 0000000..9a69e57
--- /dev/null
+++ b/dolfin/mesh/MeshColoring.h
@@ -0,0 +1,80 @@
+// Copyright (C) 2010-2011 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2010.
+//
+// First added:  2010-11-15
+// Last changed: 2011-01-29
+
+#ifndef __MESH_COLORING_H
+#define __MESH_COLORING_H
+
+#include <memory>
+#include <string>
+#include <vector>
+#include "Cell.h"
+
+namespace dolfin
+{
+
+  class Mesh;
+
+  /// This class computes colorings for a local mesh. It supports
+  /// vertex, edge, and facet-based colorings.
+
+  class MeshColoring
+  {
+  public:
+
+    /// Color the cells of a mesh for given coloring type, which can
+    /// be one of "vertex", "edge" or "facet". Coloring is saved in
+    /// the mesh topology
+    static const std::vector<std::size_t>& color_cells(Mesh& mesh,
+                                                 std::string coloring_type);
+
+    /// Color the cells of a mesh for given coloring type specified by
+    /// topological dimension, which can be one of 0, 1 or D -
+    /// 1. Coloring is saved in the mesh topology
+    static const std::vector<std::size_t>&
+      color(Mesh& mesh, const std::vector<std::size_t>& coloring_type);
+
+    /// Compute cell colors for given coloring type specified by
+    /// topological dimension, which can be one of 0, 1 or D - 1.
+    static std::size_t compute_colors(const Mesh& mesh,
+                               std::vector<std::size_t>& colors,
+                               const std::vector<std::size_t>& coloring_type);
+
+    /// Return a MeshFunction with the cell colors (used for
+    /// visualisation)
+    static MeshFunction<std::size_t>
+      cell_colors(std::shared_ptr<const Mesh> mesh,
+                  std::string coloring_type);
+
+    /// Return a MeshFunction with the cell colors (used for visualisation)
+    static MeshFunction<std::size_t>
+      cell_colors(std::shared_ptr<const Mesh> mesh,
+                  std::vector<std::size_t> coloring_type);
+
+
+    /// Convert coloring type to topological dimension
+    static std::size_t type_to_dim(std::string coloring_type, const Mesh& mesh);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/MeshConnectivity.cpp b/dolfin/mesh/MeshConnectivity.cpp
new file mode 100644
index 0000000..96db07d
--- /dev/null
+++ b/dolfin/mesh/MeshConnectivity.cpp
@@ -0,0 +1,161 @@
+// Copyright (C) 2006-2007 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Mikael Mortensen 2014
+//
+// First added:  2006-05-09
+// Last changed: 2014-01-09
+
+#include <sstream>
+#include <boost/functional/hash.hpp>
+#include <dolfin/log/log.h>
+#include "MeshConnectivity.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MeshConnectivity::MeshConnectivity(std::size_t d0, std::size_t d1)
+  : _d0(d0), _d1(d1)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+MeshConnectivity::MeshConnectivity(const MeshConnectivity& connectivity)
+  : _d0(0), _d1(0)
+{
+  *this = connectivity;
+}
+//-----------------------------------------------------------------------------
+MeshConnectivity::~MeshConnectivity()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+const MeshConnectivity&
+MeshConnectivity::operator= (const MeshConnectivity& connectivity)
+{
+  // Copy data
+  _d0 = connectivity._d0;
+  _d1 = connectivity._d1;
+  _connections = connectivity._connections;
+  _num_global_connections = connectivity._num_global_connections;
+  index_to_position = connectivity.index_to_position;
+
+  return *this;
+}
+//-----------------------------------------------------------------------------
+void MeshConnectivity::clear()
+{
+  std::vector<unsigned int>().swap(_connections);
+  std::vector<unsigned int>().swap(index_to_position);
+}
+//-----------------------------------------------------------------------------
+void MeshConnectivity::init(std::size_t num_entities,
+                            std::size_t num_connections)
+{
+  // Clear old data if any
+  clear();
+
+  // Compute the total size
+  const std::size_t size = num_entities*num_connections;
+
+  // Allocate
+  _connections.resize(size);
+  std::fill(_connections.begin(), _connections.end(), 0);
+  index_to_position.resize(num_entities + 1);
+
+  // Initialize data
+  for (std::size_t e = 0; e < index_to_position.size(); e++)
+    index_to_position[e] = e*num_connections;
+}
+//-----------------------------------------------------------------------------
+void MeshConnectivity::init(std::vector<std::size_t>& num_connections)
+{
+  // Clear old data if any
+  clear();
+
+  // Initialize offsets and compute total size
+  const std::size_t num_entities = num_connections.size();
+  index_to_position.resize(num_entities + 1);
+  std::size_t size = 0;
+  for (std::size_t e = 0; e < num_entities; e++)
+  {
+    index_to_position[e] = size;
+    size += num_connections[e];
+  }
+  index_to_position[num_entities] = size;
+
+  // Initialize connections
+  _connections.resize(size);
+  std::fill(_connections.begin(), _connections.end(), 0);
+}
+//-----------------------------------------------------------------------------
+void MeshConnectivity::set(std::size_t entity, std::size_t connection,
+                           std::size_t pos)
+{
+  dolfin_assert((entity + 1) < index_to_position.size());
+  dolfin_assert(pos < index_to_position[entity + 1]
+                - index_to_position[entity]);
+  _connections[index_to_position[entity] + pos] = connection;
+}
+//-----------------------------------------------------------------------------
+void MeshConnectivity::set(std::size_t entity, std::size_t* connections)
+{
+  dolfin_assert((entity + 1) < index_to_position.size());
+  dolfin_assert(connections);
+
+  // Copy data
+  const std::size_t num_connections
+    = index_to_position[entity + 1] - index_to_position[entity];
+  std::copy(connections, connections + num_connections,
+            _connections.begin() + index_to_position[entity]);
+}
+//-----------------------------------------------------------------------------
+std::size_t MeshConnectivity::hash() const
+{
+  // Compute local hash key
+  boost::hash<std::vector<unsigned int>> uhash;
+  return uhash(_connections);
+}
+//-----------------------------------------------------------------------------
+std::string MeshConnectivity::str(bool verbose) const
+{
+  std::stringstream s;
+
+  if (verbose)
+  {
+    s << str(false) << std::endl << std::endl;
+    for (std::size_t e = 0; e < index_to_position.size() - 1; e++)
+    {
+      s << "  " << e << ":";
+      for (std::size_t i = index_to_position[e]; i < index_to_position[e + 1];
+           i++)
+      {
+        s << " " << _connections[i];
+      }
+      s << std::endl;
+    }
+  }
+  else
+  {
+    s << "<MeshConnectivity " << _d0 << " -- " << _d1 << " of size "
+      << _connections.size() << ">";
+  }
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/MeshConnectivity.h b/dolfin/mesh/MeshConnectivity.h
new file mode 100644
index 0000000..b9ec2a6
--- /dev/null
+++ b/dolfin/mesh/MeshConnectivity.h
@@ -0,0 +1,185 @@
+// Copyright (C) 2006-2007 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2006-05-09
+// Last changed: 2010-11-28
+
+#ifndef __MESH_CONNECTIVITY_H
+#define __MESH_CONNECTIVITY_H
+
+#include <vector>
+#include <dolfin/log/log.h>
+
+namespace dolfin
+{
+
+  /// Mesh connectivity stores a sparse data structure of connections
+  /// (incidence relations) between mesh entities for a fixed pair of
+  /// topological dimensions.
+  ///
+  /// The connectivity can be specified either by first giving the
+  /// number of entities and the number of connections for each entity,
+  /// which may either be equal for all entities or different, or by
+  /// giving the entire (sparse) connectivity pattern.
+
+  class MeshConnectivity
+  {
+  public:
+
+    /// Create empty connectivity between given dimensions (d0 -- d1)
+    MeshConnectivity(std::size_t d0, std::size_t d1);
+
+    /// Copy constructor
+    MeshConnectivity(const MeshConnectivity& connectivity);
+
+    /// Destructor
+    ~MeshConnectivity();
+
+    /// Assignment
+    const MeshConnectivity& operator= (const MeshConnectivity& connectivity);
+
+    /// Return true if the total number of connections is equal to zero
+    bool empty() const
+    { return _connections.empty(); }
+
+    /// Return total number of connections
+    std::size_t size() const
+    { return _connections.size(); }
+
+    /// Return number of connections for given entity
+    std::size_t size(std::size_t entity) const
+    {
+      return (entity + 1) < index_to_position.size()
+          ? index_to_position[entity + 1] - index_to_position[entity] : 0;
+    }
+
+    /// Return global number of connections for given entity
+    std::size_t size_global(std::size_t entity) const
+    {
+      if (_num_global_connections.empty())
+        return size(entity);
+      else
+      {
+        dolfin_assert(entity < _num_global_connections.size());
+        return _num_global_connections[entity];
+      }
+    }
+
+    /// Return array of connections for given entity
+    const unsigned int* operator() (std::size_t entity) const
+    {
+      return (entity + 1) < index_to_position.size()
+        ? &_connections[index_to_position[entity]] : 0;
+    }
+
+    /// Return contiguous array of connections for all entities
+    const std::vector<unsigned int>& operator() () const
+    { return _connections; }
+
+    /// Clear all data
+    void clear();
+
+    /// Initialize number of entities and number of connections (equal
+    /// for all)
+    void init(std::size_t num_entities, std::size_t num_connections);
+
+    /// Initialize number of entities and number of connections
+    /// (individually)
+    void init(std::vector<std::size_t>& num_connections);
+
+    /// Set given connection for given entity
+    void set(std::size_t entity, std::size_t connection, std::size_t pos);
+
+    /// Set all connections for given entity. T is a contains,
+    /// e.g. std::vector<std::size_t>
+    template<typename T>
+    void set(std::size_t entity, const T& connections)
+    {
+      dolfin_assert((entity + 1) < index_to_position.size());
+      dolfin_assert(connections.size()
+                    == index_to_position[entity + 1]-index_to_position[entity]);
+
+      // Copy data
+      std::copy(connections.begin(), connections.end(),
+                _connections.begin() + index_to_position[entity]);
+    }
+
+    /// Set all connections for given entity
+    void set(std::size_t entity, std::size_t* connections);
+
+    /// Set all connections for all entities (T is a '2D' container, e.g. a
+    /// std::vector<<std::vector<std::size_t>>,
+    /// std::vector<<std::set<std::size_t>>, etc)
+    template <typename T>
+    void set(const T& connections)
+    {
+      // Clear old data if any
+      clear();
+
+      // Initialize offsets and compute total size
+      index_to_position.resize(connections.size() + 1);
+      std::int32_t size = 0;
+      for (std::size_t e = 0; e < connections.size(); e++)
+      {
+        index_to_position[e] = size;
+        size += connections[e].size();
+      }
+      index_to_position[connections.size()] = size;
+
+      // Initialize connections
+      _connections.reserve(size);
+      for (auto e = connections.begin(); e != connections.end(); ++e)
+        _connections.insert(_connections.end(), e->begin(), e->end());
+
+      _connections.shrink_to_fit();
+    }
+
+    /// Set global number of connections for all local entities
+    void
+      set_global_size(const std::vector<unsigned int>& num_global_connections)
+    {
+      dolfin_assert(num_global_connections.size()
+                    == index_to_position.size() - 1);
+      _num_global_connections = num_global_connections;
+    }
+
+    /// Hash of connections
+    std::size_t hash() const;
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+  private:
+
+    // Dimensions (only used for pretty-printing)
+    std::size_t _d0, _d1;
+
+    // Connections for all entities stored as a contiguous array
+    std::vector<unsigned int> _connections;
+
+    // Global number of connections for all entities (possibly not
+    // computed)
+    std::vector<unsigned int> _num_global_connections;
+
+    // Position of first connection for each entity (using local index)
+    std::vector<unsigned int> index_to_position;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/MeshData.cpp b/dolfin/mesh/MeshData.cpp
new file mode 100644
index 0000000..f955ca3
--- /dev/null
+++ b/dolfin/mesh/MeshData.cpp
@@ -0,0 +1,190 @@
+// Copyright (C) 2008-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Niclas Jansson 2008
+//
+// First added:  2008-05-19
+// Last changed: 2011-11-14
+
+#include <sstream>
+#include <dolfin/common/utils.h>
+#include <dolfin/log/log.h>
+#include "MeshData.h"
+
+using namespace dolfin;
+
+typedef std::map<std::string, std::vector<std::size_t>>::iterator a_iterator;
+typedef std::map<std::string, std::vector<std::size_t>>::const_iterator
+a_const_iterator;
+
+//-----------------------------------------------------------------------------
+MeshData::MeshData() : _arrays(5)
+{
+  // Add list of deprecated names
+  _deprecated_names.push_back("boundary_facet_cells");
+  _deprecated_names.push_back("boundary_facet_numbers");
+  _deprecated_names.push_back("boundary_indicators");
+  _deprecated_names.push_back("material_indicators");
+  _deprecated_names.push_back("cell_domains");
+  _deprecated_names.push_back("interior_facet_domains");
+  _deprecated_names.push_back("exterior_facet_domains");
+}
+//-----------------------------------------------------------------------------
+MeshData::~MeshData()
+{
+  clear();
+}
+//-----------------------------------------------------------------------------
+const MeshData& MeshData::operator= (const MeshData& data)
+{
+  // Copy arrays
+  _arrays = data._arrays;
+
+  return *this;
+}
+//-----------------------------------------------------------------------------
+bool MeshData::exists(std::string name, std::size_t dim) const
+{
+  if (_arrays.size() < dim)
+    return false;
+
+  // Check is named array has been created
+  if (dim < _arrays.size())
+    if (_arrays[dim].find(name) != _arrays[dim].end())
+      return true;
+
+  return false;
+}
+//-----------------------------------------------------------------------------
+void MeshData::clear()
+{
+  _arrays.clear();
+}
+//-----------------------------------------------------------------------------
+std::vector<std::size_t>& MeshData::create_array(std::string name,
+                                                 std::size_t dim)
+{
+  // Check if array needs to be re-sized
+  if (_arrays.size() < dim + 1)
+    _arrays.resize(dim + 1);
+
+  // Check if data already exists
+  dolfin_assert(dim < _arrays.size());
+  a_iterator it = _arrays[dim].find(name);
+  if (it != _arrays[dim].end())
+  {
+    warning("Mesh data named \"%s\" already exists.", name.c_str());
+    return it->second;
+  }
+
+  // Check if name is deprecated
+  check_deprecated(name);
+
+  // Add empty vector to map
+  std::pair<a_iterator, bool> ins
+    = _arrays[dim].insert(std::make_pair(name, std::vector<std::size_t>(0)));
+
+  // Return vector
+  return ins.first->second;
+}
+//-----------------------------------------------------------------------------
+std::vector<std::size_t>& MeshData::array(std::string name, std::size_t dim)
+{
+  dolfin_assert(dim < _arrays.size());
+
+  // Check if data exists
+  a_iterator it = _arrays[dim].find(name);
+  if (it == _arrays[dim].end())
+  {
+    dolfin_error("MeshData.cpp",
+                 "access mesh data",
+                 "Mesh data array named \"%s\" does not exist",
+                 name.c_str());
+  }
+  return it->second;
+}
+//-----------------------------------------------------------------------------
+const std::vector<std::size_t>& MeshData::array(std::string name,
+                                                std::size_t dim) const
+{
+  // Check if data exists
+  dolfin_assert(dim < _arrays.size());
+  a_const_iterator it = _arrays[dim].find(name);
+  if (it == _arrays[dim].end())
+  {
+    dolfin_error("MeshData.cpp",
+                 "access mesh data",
+                 "Mesh data array named \"%s\" does not exist",
+                 name.c_str());
+  }
+  return it->second;
+}
+//-----------------------------------------------------------------------------
+void MeshData::erase_array(const std::string name, std::size_t dim)
+{
+  dolfin_assert(dim < _arrays.size());
+  a_iterator it = _arrays[dim].find(name);
+  if (it != _arrays[dim].end())
+    _arrays[dim].erase(it);
+  else
+    warning("Mesh data named \"%s\" does not exist.", name.c_str());
+}
+//-----------------------------------------------------------------------------
+std::string MeshData::str(bool verbose) const
+{
+  std::stringstream s;
+  if (verbose)
+  {
+    s << str(false) << std::endl << std::endl;
+    s << "  std::vector<std::size_t>" << std::endl;
+    s << "  -----------------" << std::endl;
+    for (std::size_t d = 0; d < _arrays.size(); ++d)
+    {
+      for (a_const_iterator it = _arrays[d].begin(); it
+             != _arrays[d].end(); ++it)
+      {
+        s << "  " << it->first << " ( dim = " << d
+          << ", size = " << it->second.size() << ")" << std::endl;
+      }
+    }
+    s << std::endl;
+  }
+  else
+  {
+    std::size_t size = 0;
+    for (std::size_t d = 0; d < _arrays.size(); ++d)
+      size += _arrays[d].size();
+    s << "<MeshData containing " << size << " objects>";
+  }
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+void MeshData::check_deprecated(std::string name) const
+{
+  for (std::size_t i = 0; i < _deprecated_names.size(); i++)
+  {
+    if (name == _deprecated_names[i])
+    {
+      dolfin_error("MeshData.cpp",
+                   "access mesh data",
+                   "Mesh data named \"%s\" is no longer recognized by DOLFIN",
+                   name.c_str());
+    }
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/MeshData.h b/dolfin/mesh/MeshData.h
new file mode 100644
index 0000000..4b6f62f
--- /dev/null
+++ b/dolfin/mesh/MeshData.h
@@ -0,0 +1,167 @@
+// Copyright (C) 2008-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Niclas Jansson, 2008.
+// Modified by Garth N. Wells, 2011.
+//
+// First added:  2008-05-19
+// Last changed: 2011-09-15
+
+#ifndef __MESH_DATA_H
+#define __MESH_DATA_H
+
+#include <map>
+#include <memory>
+#include <string>
+#include <vector>
+#include <dolfin/common/Variable.h>
+
+namespace dolfin
+{
+
+  class Mesh;
+
+  /// The class MeshData is a container for auxiliary mesh data,
+  /// represented either as arrays or maps. Each dataset is identified
+  /// by a unique user-specified string. Only std::size_t-valued data
+  /// are currently supported.
+  ///
+  /// Auxiliary mesh data may be attached to a mesh by users as a
+  /// convenient way to store data associated with a mesh. It is also
+  /// used internally by DOLFIN to communicate data associated with
+  /// meshes. The following named mesh data are recognized by DOLFIN:
+  ///
+  /// Facet orientation (used for assembly over interior facets)
+  ///
+  ///   * "facet_orientation"  - _std:vector_ <std::size_t> of dimension D - 1
+  ///
+  /// Sub meshes (used by the class SubMesh)
+  ///
+  ///   * "parent_vertex_indices" - _std::vector_ <std::size_t> of dimension 0
+  ///
+  /// Note to developers: use underscore in names in place of spaces.
+
+  class MeshData : public Variable
+  {
+  public:
+
+    /// Constructor
+    MeshData();
+
+    /// Destructor
+    ~MeshData();
+
+    /// Assignment operator
+    ///
+    /// @param     data (_MeshData_)
+    ///         Another MeshData object.
+    const MeshData& operator= (const MeshData& data);
+
+    /// Clear all data
+    void clear();
+
+    //--- Query of data ---
+
+    /// Check is array exists
+    ///
+    /// @param     name (std::string)
+    ///         The name of the array.
+    /// @param dim (std::size_t)
+    ///
+    /// @return     bool
+    ///         True is array exists, false otherwise.
+    bool exists(std::string name, std::size_t dim) const;
+
+    //--- Creation of data ---
+
+    /// Create array (vector) with given name and size
+    ///
+    /// @param     name (std::string)
+    ///         The name of the array.
+    /// @param dim (std::size_t)
+    ///          Dimension.
+    ///
+    ///  @return    std::vector<std::size_t>
+    ///         The array.
+    std::vector<std::size_t>& create_array(std::string name, std::size_t dim);
+
+    //--- Retrieval of data ---
+
+    /// Return array with given name (returning zero if data is not
+    /// available)
+    ///
+    /// @param     name (std::string)
+    ///         The name of the array.
+    ///  @param dim (std::size_t)
+    ///          Dimension.
+    /// @return    std::vector<std::size_t>
+    ///         The array.
+    std::vector<std::size_t>& array(std::string name, std::size_t dim);
+
+    /// Return array with given name (returning zero if data is not
+    /// available)
+    ///
+    /// @param     name (std::string)
+    ///         The name of the array.
+    /// @param dim (std::size_t)
+    ///          Dimension.
+    ///
+    /// @return      std::vector<std::size_t>
+    ///         The array.
+    const std::vector<std::size_t>& array(std::string name,
+                                          std::size_t dim) const;
+
+    //--- Removal of data ---
+
+    /// Erase array with given name
+    ///
+    /// @param     name (std::string)
+    ///         The name of the array.
+    /// @param dim (std::size_t)
+    ///          Dimension.
+    void erase_array(const std::string name, std::size_t dim);
+
+    //--- Misc ---
+
+    /// Return informal string representation (pretty-print)
+    ///
+    /// @param     verbose (bool)
+    ///         Flag to turn on additional output.
+    ///
+    /// @return     std::string
+    ///         An informal representation.
+    std::string str(bool verbose) const;
+
+    /// Friends
+    friend class XMLMesh;
+
+  private:
+
+    // Check if name is deprecated
+    void check_deprecated(std::string name) const;
+
+    // A map from named mesh array data to vector for dim
+    std::vector<std::map<std::string, std::vector<std::size_t> > > _arrays;
+
+    // List of deprecated named data
+    std::vector<std::string> _deprecated_names;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/MeshDomains.cpp b/dolfin/mesh/MeshDomains.cpp
new file mode 100644
index 0000000..049644d
--- /dev/null
+++ b/dolfin/mesh/MeshDomains.cpp
@@ -0,0 +1,129 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2012
+//
+// First added:  2011-08-29
+// Last changed: 2011-04-03
+
+#include <limits>
+#include <dolfin/log/log.h>
+#include "MeshDomains.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MeshDomains::MeshDomains()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+MeshDomains::~MeshDomains()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+std::size_t MeshDomains::max_dim() const
+{
+  if (!_markers.empty())
+    return _markers.size() - 1;
+  else
+    return 0;
+}
+//-----------------------------------------------------------------------------
+std::size_t MeshDomains::num_marked(std::size_t dim) const
+{
+  dolfin_assert(dim < _markers.size());
+  return _markers[dim].size();
+}
+//-----------------------------------------------------------------------------
+bool MeshDomains::is_empty() const
+{
+  std::size_t size = 0;
+  for (std::size_t i = 0; i < _markers.size(); i++)
+    size += _markers[i].size();
+  return size == 0;
+}
+//-----------------------------------------------------------------------------
+std::map<std::size_t, std::size_t>& MeshDomains::markers(std::size_t dim)
+{
+  dolfin_assert(dim < _markers.size());
+  return _markers[dim];
+}
+//-----------------------------------------------------------------------------
+const std::map<std::size_t, std::size_t>&
+MeshDomains::markers(std::size_t dim) const
+{
+  dolfin_assert(dim < _markers.size());
+  return _markers[dim];
+}
+//-----------------------------------------------------------------------------
+bool MeshDomains::set_marker(std::pair<std::size_t, std::size_t> marker,
+                             std::size_t dim)
+{
+  dolfin_assert(dim < _markers.size());
+
+  // Check if key already present
+  bool new_entity_index = false;
+  auto it = _markers[dim].find(marker.first);
+  if (it == _markers[dim].end())
+  {
+    new_entity_index = true;
+  }
+
+  _markers[dim][marker.first] = marker.second;
+  return new_entity_index;
+}
+//-----------------------------------------------------------------------------
+std::size_t MeshDomains::get_marker(std::size_t entity_index,
+                                    std::size_t dim) const
+{
+  dolfin_assert(dim < _markers.size());
+  std::map<std::size_t, std::size_t>::const_iterator it
+    = _markers[dim].find(entity_index);
+  if (it == _markers[dim].end())
+  {
+    dolfin_error("MeshDomains.cpp",
+                 "get marker",
+                 "Marked entity index does not exist in marked set");
+  }
+
+  return it->second;
+}
+//-----------------------------------------------------------------------------
+const MeshDomains& MeshDomains::operator= (const MeshDomains& domains)
+{
+  // Copy data
+  _markers = domains._markers;
+
+  return *this;
+}
+//-----------------------------------------------------------------------------
+void MeshDomains::init(std::size_t dim)
+{
+  // Clear old data
+  clear();
+
+  // Add markers for each topological dimension
+  _markers.resize(dim + 1);
+}
+//-----------------------------------------------------------------------------
+void MeshDomains::clear()
+{
+  _markers.clear();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/MeshDomains.h b/dolfin/mesh/MeshDomains.h
new file mode 100644
index 0000000..0efc893
--- /dev/null
+++ b/dolfin/mesh/MeshDomains.h
@@ -0,0 +1,95 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2012
+//
+// First added:  2011-08-29
+// Last changed: 2012-04-03
+
+#ifndef __MESH_DOMAINS_H
+#define __MESH_DOMAINS_H
+
+#include <map>
+#include <vector>
+
+namespace dolfin
+{
+
+  /// The class _MeshDomains_ stores the division of a _Mesh_ into
+  /// subdomains. For each topological dimension 0 <= d <= D, where D
+  /// is the topological dimension of the _Mesh_, a set of integer
+  /// markers are stored for a subset of the entities of dimension d,
+  /// indicating for each entity in the subset the number of the
+  /// subdomain. It should be noted that the subset does not need to
+  /// contain all entities of any given dimension; entities not
+  /// contained in the subset are "unmarked".
+
+  class MeshDomains
+  {
+  public:
+
+    /// Create empty mesh domains
+    MeshDomains();
+
+    /// Destructor
+    ~MeshDomains();
+
+    /// Return maximum topological dimension of stored markers
+    std::size_t max_dim() const;
+
+    /// Return number of marked entities of given dimension
+    std::size_t num_marked(std::size_t dim) const;
+
+    /// Check whether domain data is empty
+    bool is_empty() const;
+
+    /// Get subdomain markers for given dimension (shared pointer
+    /// version)
+    std::map<std::size_t, std::size_t>& markers(std::size_t dim);
+
+    /// Get subdomain markers for given dimension (const shared
+    /// pointer version)
+    const std::map<std::size_t, std::size_t>& markers(std::size_t dim) const;
+
+    /// Set marker (entity index, marker value) of a given dimension
+    /// d. Returns true if a new key is inserted, false otherwise.
+    bool set_marker(std::pair<std::size_t, std::size_t> marker,
+                    std::size_t dim);
+
+    /// Get marker (entity index, marker value) of a given dimension
+    /// d. Throws an error if marker does not exist.
+    std::size_t get_marker(std::size_t entity_index, std::size_t dim) const;
+
+    /// Assignment operator
+    const MeshDomains& operator= (const MeshDomains& domains);
+
+    /// Initialize mesh domains for given topological dimension
+    void init(std::size_t dim);
+
+    /// Clear all data
+    void clear();
+
+  private:
+
+    // Subdomain markers for each geometric dimension
+    std::vector<std::map<std::size_t, std::size_t> > _markers;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/MeshEditor.cpp b/dolfin/mesh/MeshEditor.cpp
new file mode 100644
index 0000000..f8efe76
--- /dev/null
+++ b/dolfin/mesh/MeshEditor.cpp
@@ -0,0 +1,368 @@
+// Copyright (C) 2006-2012 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Benjamin Kehlet, 2012
+//
+// First added:  2006-05-16
+// Last changed: 2014-02-06
+
+#include <dolfin/log/log.h>
+#include <dolfin/geometry/Point.h>
+#include "Mesh.h"
+#include "MeshEntity.h"
+#include "MeshFunction.h"
+#include "MeshEditor.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MeshEditor::MeshEditor() : _mesh(0), _tdim(0), _gdim(0), _num_vertices(0),
+                           _num_cells(0), next_vertex(0), next_cell(0)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+MeshEditor::~MeshEditor()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void MeshEditor::open(Mesh& mesh, CellType::Type type, std::size_t tdim,
+                      std::size_t gdim, std::size_t degree)
+{
+  // Clear old data
+  clear();
+
+  // Save mesh and dimension
+  _mesh = &mesh;
+  _gdim = gdim;
+  _tdim = tdim;
+
+  // Set cell type
+  mesh._cell_type.reset(CellType::create(type));
+
+  // Initialize topological dimension
+  mesh._topology.init(tdim);
+
+  // Initialize geometric dimension and degree
+  mesh._geometry.init(gdim, degree);
+
+  // Initialize domains
+  mesh._domains.init(tdim);
+
+  // Clear cached ordering state so that mesh.order() is always
+  // triggered on close(true) or mesh is considered unordered
+  // after close(false)
+  mesh._ordered = false;
+
+  // Initialize temporary storage for local cell data
+  _vertices = std::vector<std::size_t>(mesh.type().num_vertices(tdim), 0);
+}
+//-----------------------------------------------------------------------------
+void MeshEditor::open(Mesh& mesh, std::string type, std::size_t tdim,
+                      std::size_t gdim, std::size_t degree)
+{
+  if (type == "point")
+    open(mesh, CellType::Type::point, tdim, gdim, degree);
+  else if (type == "interval")
+    open(mesh, CellType::Type::interval, tdim, gdim, degree);
+  else if (type == "triangle")
+    open(mesh, CellType::Type::triangle, tdim, gdim, degree);
+  else if (type == "tetrahedron")
+    open(mesh, CellType::Type::tetrahedron, tdim, gdim, degree);
+  else if (type == "quadrilateral")
+    open(mesh, CellType::Type::quadrilateral, tdim, gdim, degree);
+  else if (type == "hexahedron")
+    open(mesh, CellType::Type::hexahedron, tdim, gdim, degree);
+  else
+  {
+    dolfin_error("MeshEditor.cpp",
+                 "open mesh for editing",
+                 "Unknown cell type (\"%s\")", type.c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+void MeshEditor::init_vertices_global(std::size_t num_local_vertices,
+                                      std::size_t num_global_vertices)
+{
+  // Check if we are currently editing a mesh
+  if (!_mesh)
+  {
+    dolfin_error("MeshEditor.cpp",
+                 "initialize vertices in mesh editor",
+                 "No mesh opened, unable to edit");
+  }
+
+  // Initialize mesh data
+  _num_vertices = num_local_vertices;
+  _mesh->_topology.init(0, num_local_vertices, num_global_vertices);
+  _mesh->_topology.init_ghost(0, num_local_vertices);
+  _mesh->_topology.init_global_indices(0, num_local_vertices);
+  std::vector<std::size_t> num_vertex_points(1, num_local_vertices);
+  _mesh->_geometry.init_entities(num_vertex_points);
+}
+//-----------------------------------------------------------------------------
+void MeshEditor::init_entities()
+{
+  dolfin_assert(_tdim > 0);
+  dolfin_assert(_mesh);
+
+  if (_mesh->topology().size(_tdim) == 0
+      or next_cell != _num_cells)
+  {
+    dolfin_error("MeshEditor.cpp",
+                 "initialise topological entities",
+                 "It is required to add all cells before initialising other entities");
+  }
+
+  // Initialise entities required for this polynomial degree
+  _mesh->order();
+  std::size_t dmax = std::min(_mesh->_geometry.degree(), _tdim);
+  for (std::size_t d = 1; d < dmax; ++d)
+    _mesh->init(d);
+
+  // Create space in the MeshGeometry coordinates for the new entity points
+  std::vector<std::size_t> num_entities(_tdim + 1, 0);
+  for (std::size_t d = 0; d <= _tdim; ++d)
+    num_entities[d] = _mesh->topology().size(d);
+  _mesh->_geometry.init_entities(num_entities);
+}
+//-----------------------------------------------------------------------------
+void MeshEditor::init_cells_global(std::size_t num_local_cells,
+                                   std::size_t num_global_cells)
+{
+  // Check if we are currently editing a mesh
+  if (!_mesh)
+  {
+    dolfin_error("MeshEditor.cpp",
+                 "initialize cells in mesh editor",
+                 "No mesh opened, unable to edit");
+  }
+
+  // Initialize mesh data
+  _num_cells = num_local_cells;
+  _mesh->_topology.init(_tdim, num_local_cells, num_global_cells);
+  _mesh->_topology.init_ghost(_tdim, num_local_cells);
+  _mesh->_topology.init_global_indices(_tdim, num_local_cells);
+  _mesh->_topology(_tdim, 0).init(_num_cells,
+                                  _mesh->type().num_vertices(_tdim));
+}
+//-----------------------------------------------------------------------------
+void MeshEditor::add_vertex(std::size_t index, const Point& p)
+{
+  add_vertex_global(index, index, p);
+}
+//-----------------------------------------------------------------------------
+void MeshEditor::add_vertex(std::size_t index, const std::vector<double>& x)
+{
+  add_vertex_global(index, index, x);
+}
+//-----------------------------------------------------------------------------
+void MeshEditor::add_vertex(std::size_t index, double x)
+{
+  dolfin_assert(_gdim == 1);
+  std::vector<double> p(1);
+  p[0] = x;
+  add_vertex(index, p);
+}
+//-----------------------------------------------------------------------------
+void MeshEditor::add_vertex(std::size_t index, double x, double y)
+{
+  dolfin_assert(_gdim == 2);
+  std::vector<double> p(2);
+  p[0] = x;
+  p[1] = y;
+  add_vertex(index, p);
+}
+//-----------------------------------------------------------------------------
+void MeshEditor::add_vertex(std::size_t index, double x, double y, double z)
+{
+  dolfin_assert(_gdim == 3);
+  std::vector<double> p(3);
+  p[0] = x;
+  p[1] = y;
+  p[2] = z;
+  add_vertex(index, p);
+}
+//-----------------------------------------------------------------------------
+void MeshEditor::add_vertex_global(std::size_t local_index,
+                                   std::size_t global_index,
+                                   const Point& p)
+{
+  // Add vertex
+  add_vertex_common(local_index, _gdim);
+
+  // Set coordinate
+  _mesh->_geometry.set(local_index, p.coordinates());
+  _mesh->_topology.set_global_index(0, local_index, global_index);
+}
+//-----------------------------------------------------------------------------
+void MeshEditor::add_vertex_global(std::size_t local_index,
+                                   std::size_t global_index,
+                                   const std::vector<double>& x)
+{
+  // Add vertex
+  add_vertex_common(local_index, x.size());
+
+  // Set coordinate
+  _mesh->_geometry.set(local_index, x.data());
+  _mesh->_topology.set_global_index(0, local_index, global_index);
+}
+//-----------------------------------------------------------------------------
+void MeshEditor::add_entity_point(std::size_t entity_dim, std::size_t order,
+                                  std::size_t index, const Point& p)
+{
+  const std::size_t idx = _mesh->_geometry.get_entity_index(entity_dim, order, index);
+  _mesh->_geometry.set(idx, p.coordinates());
+}
+//-----------------------------------------------------------------------------
+void MeshEditor::add_cell(std::size_t c, std::size_t v0, std::size_t v1)
+{
+  dolfin_assert(_tdim == 1);
+  dolfin_assert(_vertices.size() == 2);
+  _vertices[0] = v0;
+  _vertices[1] = v1;
+  add_cell(c, c, _vertices);
+}
+//-----------------------------------------------------------------------------
+void MeshEditor::add_cell(std::size_t c, std::size_t v0, std::size_t v1,
+                          std::size_t v2)
+{
+  dolfin_assert(_tdim == 2);
+  dolfin_assert(_vertices.size() == 3);
+  _vertices[0] = v0;
+  _vertices[1] = v1;
+  _vertices[2] = v2;
+  add_cell(c, c, _vertices);
+}
+//-----------------------------------------------------------------------------
+void MeshEditor::add_cell(std::size_t c, std::size_t v0, std::size_t v1,
+                          std::size_t v2, std::size_t v3)
+{
+  dolfin_assert(_tdim == 3);
+  dolfin_assert(_vertices.size() == 4);
+  _vertices[0] = v0;
+  _vertices[1] = v1;
+  _vertices[2] = v2;
+  _vertices[3] = v3;
+  add_cell(c, c, _vertices);
+}
+//-----------------------------------------------------------------------------
+void MeshEditor::close(bool order)
+{
+  // Order mesh if requested
+  dolfin_assert(_mesh);
+  if (order && !_mesh->ordered())
+    _mesh->order();
+
+  // Clear data
+  clear();
+}
+//-----------------------------------------------------------------------------
+void MeshEditor::add_vertex_common(std::size_t v, std::size_t gdim)
+{
+  // Check if we are currently editing a mesh
+  if (!_mesh)
+  {
+    dolfin_error("MeshEditor.cpp",
+                 "add vertex to mesh using mesh editor",
+                 "No mesh opened, unable to edit");
+  }
+
+  // Check that the dimension matches
+  if (gdim != _gdim)
+  {
+    dolfin_error("MeshEditor.cpp",
+                 "add vertex to mesh using mesh editor",
+                 "Illegal dimension for vertex coordinate (%d), expecting %d",
+                 gdim, _gdim);
+  }
+
+  // Check value of vertex index
+  if (v >= _num_vertices)
+  {
+    dolfin_error("MeshEditor.cpp",
+                 "add vertex to mesh using mesh editor",
+                 "Vertex index (%d) out of range [0, %d)",
+                 v, _num_vertices);
+  }
+
+  // Check if there is room for more vertices
+  if (next_vertex >= _num_vertices)
+  {
+    dolfin_error("MeshEditor.cpp",
+                 "add vertex to mesh using mesh editor",
+                 "Vertex list is full, %d vertices already specified",
+                 _num_vertices);
+  }
+
+  // Step to next vertex
+  next_vertex++;
+}
+//-----------------------------------------------------------------------------
+void MeshEditor::add_cell_common(std::size_t c, std::size_t tdim)
+{
+  // Check if we are currently editing a mesh
+  if (!_mesh)
+  {
+    dolfin_error("MeshEditor.cpp",
+                 "add cell to mesh using mesh editor",
+                 "No mesh opened, unable to edit");
+  }
+
+  // Check that the dimension matches
+  if (tdim != _tdim)
+  {
+    dolfin_error("MeshEditor.cpp",
+                 "add cell to mesh using mesh editor",
+                 "Illegal dimension for cell (%d), expecting %d", tdim, _tdim);
+  }
+
+  // Check value of cell index
+  if (c >= _num_cells)
+  {
+    dolfin_error("MeshEditor.cpp",
+                 "add cell to mesh using mesh editor",
+                 "Cell index (%d) out of range [0, %d)",
+                 c, _num_cells);
+  }
+
+  // Check if there is room for more cells
+  if (next_cell >= _num_cells)
+  {
+    dolfin_error("MeshEditor.cpp",
+                 "add cell to mesh using mesh editor",
+                 "Cell list is full, %d cells already specified",
+                 _num_cells);
+  }
+
+  // Step to next cell
+  next_cell++;
+}
+//-----------------------------------------------------------------------------
+void MeshEditor::clear()
+{
+  _tdim = 0;
+  _gdim = 0;
+  _num_vertices = 0;
+  _num_cells = 0;
+  next_vertex = 0;
+  next_cell = 0;
+  _mesh = 0;
+  _vertices.clear();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/MeshEditor.h b/dolfin/mesh/MeshEditor.h
new file mode 100644
index 0000000..74436d9
--- /dev/null
+++ b/dolfin/mesh/MeshEditor.h
@@ -0,0 +1,379 @@
+// Copyright (C) 2006-2012 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2006-05-16
+// Last changed: 2014-02-06
+
+#ifndef __MESH_EDITOR_H
+#define __MESH_EDITOR_H
+
+#include <vector>
+#include "CellType.h"
+#include "Mesh.h"
+
+namespace dolfin
+{
+
+  class Point;
+
+  /// A simple mesh editor for creating simplicial meshes in 1D, 2D
+  /// and 3D.
+
+  class MeshEditor
+  {
+  public:
+
+    /// Constructor
+    MeshEditor();
+
+    /// Destructor
+    ~MeshEditor();
+
+    /// Open mesh of given cell type, topological and geometrical dimension
+    ///
+    /// @param    mesh (_Mesh_)
+    ///         The mesh to open.
+    /// @param    type (CellType::Type)
+    ///         Cell type.
+    /// @param    tdim (std::size_t)
+    ///         The topological dimension.
+    /// @param    gdim (std::size_t)
+    ///         The geometrical dimension.
+    /// @param    degree (std::size_t)
+    ///         The polynomial degree.
+    void open(Mesh& mesh, CellType::Type type, std::size_t tdim,
+              std::size_t gdim, std::size_t degree=1);
+
+    /// Open mesh of given cell type, topological and geometrical dimension
+    ///
+    /// @param    mesh (_Mesh_)
+    ///         The mesh to open.
+    /// @param    type (std::string)
+    ///         Cell type.
+    /// @param    tdim (std::size_t)
+    ///         The topological dimension.
+    /// @param    gdim (std::size_t)
+    ///         The geometrical dimension.
+    /// @param    degree (std::size_t)
+    ///         The polynomial degree.
+    void open(Mesh& mesh, std::string type, std::size_t tdim,
+              std::size_t gdim, std::size_t degree=1);
+
+    /// Specify number of vertices (serial version)
+    ///
+    /// @param    num_vertices (std::size_t)
+    ///         The number of vertices.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         Mesh mesh;
+    ///         MeshEditor editor;
+    ///         editor.open(mesh, 2, 2);
+    ///         editor.init_vertices(9);
+    /// @endcode
+    void init_vertices(std::size_t num_vertices)
+    { init_vertices_global(num_vertices, num_vertices); }
+
+    /// Initialise entities in MeshGeometry
+    ///
+    /// Create required Edges and Faces for the current polynomial degree
+    /// in the mesh topology, so that points can be added for them.
+    /// In order to initialise entities, cells must all be added first.
+    ///
+    void init_entities();
+
+    /// Specify number of vertices (distributed version)
+    ///
+    /// @param num_local_vertices (std::size_t)
+    ///         The number of vertices on this process.
+    /// @param num_global_vertices (std::size_t)
+    ///         The number of vertices in distributed mesh.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         Mesh mesh;
+    ///         MeshEditor editor;
+    ///         editor.open(mesh, 2, 2);
+    ///         editor.init_vertices(4, 8);
+    /// @endcode
+    void init_vertices_global(std::size_t num_local_vertices,
+                              std::size_t num_global_vertices);
+
+    /// Specify number of cells (serial version)
+    ///
+    /// @param    num_cells (std::size_t)
+    ///         The number of cells.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         Mesh mesh;
+    ///         MeshEditor editor;
+    ///         editor.open(mesh, 2, 2);
+    ///         editor.init_cells(8);
+    /// @endcode
+    void init_cells(std::size_t num_cells)
+    { init_cells_global(num_cells, num_cells); }
+
+    /// Specify number of cells (distributed version)
+    ///
+    /// @param num_local_cells (std::size_t)
+    ///         The number of local cells.
+    /// @param num_global_cells (std::size_t)
+    ///         The number of cells in distributed mesh.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         Mesh mesh;
+    ///         MeshEditor editor;
+    ///         editor.open(mesh, 2, 2);
+    ///         editor.init_cells(2, 6);
+    /// @endcode
+    void init_cells_global(std::size_t num_local_cells,
+                           std::size_t num_global_cells);
+
+    /// Add vertex v at given point p
+    ///
+    /// @param    index (std::size_t)
+    ///         The vertex (index).
+    /// @param    p (_Point_)
+    ///         The point.
+    void add_vertex(std::size_t index, const Point& p);
+
+    /// Add vertex v at given coordinate x
+    ///
+    /// @param    index (std::size_t)
+    ///         The vertex (index).
+    /// @param    x (std::vector<double>)
+    ///         The x-coordinates.
+    void add_vertex(std::size_t index, const std::vector<double>& x);
+
+    /// Add vertex v at given point x (for a 1D mesh)
+    ///
+    /// @param    index (std::size_t)
+    ///         The vertex (index).
+    /// @param    x (double)
+    ///         The x-coordinate.
+    void add_vertex(std::size_t index, double x);
+
+    /// Add vertex v at given point (x, y) (for a 2D mesh)
+    ///
+    /// @param    index (std::size_t)
+    ///         The vertex (index).
+    /// @param    x (double)
+    ///         The x-coordinate.
+    /// @param    y (double)
+    ///         The y-coordinate.
+    void add_vertex(std::size_t index, double x, double y);
+
+    /// Add vertex v at given point (x, y, z) (for a 3D mesh)
+    ///
+    /// @param    index (std::size_t)
+    ///         The vertex (index).
+    /// @param    x (double)
+    ///         The x-coordinate.
+    /// @param    y (double)
+    ///         The y-coordinate.
+    /// @param    z (double)
+    ///         The z-coordinate.
+    void add_vertex(std::size_t index, double x, double y, double z);
+
+    /// Add vertex v at given point p
+    ///
+    /// @param    local_index (std::size_t)
+    ///         The vertex (local index).
+    /// @param    global_index (std::size_t)
+    ///         The vertex (global_index).
+    /// @param    p (_Point_)
+    ///         The point.
+    void add_vertex_global(std::size_t local_index, std::size_t global_index,
+                           const Point& p);
+
+    /// Add vertex v at given coordinate x
+    ///
+    /// @param    local_index (std::size_t)
+    ///         The vertex (local index).
+    /// @param    global_index (std::size_t)
+    ///         The vertex (global_index).
+    /// @param    x (std::vector<double>)
+    ///         The x-coordinates.
+    void add_vertex_global(std::size_t local_index, std::size_t global_index,
+                           const std::vector<double>& x);
+
+    /// Add a point in a given entity of dimension entity_dim
+    void add_entity_point(std::size_t entity_dim, std::size_t order,
+                          std::size_t index, const Point& p);
+
+    /// Add cell with given vertices (1D)
+    ///
+    /// @param    c (std::size_t)
+    ///         The cell (index).
+    /// @param    v0 (std::vector<std::size_t>)
+    ///         The first vertex (local index).
+    /// @param    v1 (std::vector<std::size_t>)
+    ///         The second vertex (local index).
+    void add_cell(std::size_t c, std::size_t v0, std::size_t v1);
+
+    /// Add cell with given vertices (2D)
+    ///
+    /// @param    c (std::size_t)
+    ///         The cell (index).
+    /// @param    v0 (std::vector<std::size_t>)
+    ///         The first vertex (local index).
+    /// @param    v1 (std::vector<std::size_t>)
+    ///         The second vertex (local index).
+    /// @param    v2 (std::vector<std::size_t>)
+    ///         The third vertex (local index).
+    void add_cell(std::size_t c, std::size_t v0, std::size_t v1,
+                  std::size_t v2);
+
+    /// Add cell with given vertices (3D)
+    ///
+    /// @param    c (std::size_t)
+    ///         The cell (index).
+    /// @param    v0 (std::vector<std::size_t>)
+    ///         The first vertex (local index).
+    /// @param    v1 (std::vector<std::size_t>)
+    ///         The second vertex (local index).
+    /// @param    v2 (std::vector<std::size_t>)
+    ///         The third vertex (local index).
+    /// @param    v3 (std::vector<std::size_t>)
+    ///         The fourth vertex (local index).
+    void add_cell(std::size_t c, std::size_t v0, std::size_t v1,
+                  std::size_t v2, std::size_t v3);
+
+    /// Add cell with given vertices (non-templated version for Python
+    /// interface)
+    ///
+    /// @param    c (std::size_t)
+    ///         The cell (index).
+    /// @param    v (std::vector<std::size_t>)
+    ///         The vertex indices (local indices)
+    void add_cell(std::size_t c, const std::vector<std::size_t>& v)
+    { add_cell(c, c, v); }
+
+    /// Add cell with given vertices
+    ///
+    /// @param    c (std::size_t)
+    ///         The cell (index).
+    /// @param    v (typename T)
+    ///         The vertex indices (local indices)
+    template<typename T>
+    void add_cell(std::size_t c, const T& v)
+    { add_cell(c, c, v); }
+
+    /// Add cell with given vertices
+    ///
+    /// @param     local_index (std::size_t)
+    ///         The cell (index).
+    /// @param    global_index (std::size_t)
+    ///         The global (user) cell index.
+    /// @param    v (std::vector<std::size_t>)
+    ///         The vertex indices (local indices)
+    template<typename T>
+    void add_cell(std::size_t local_index, std::size_t global_index,
+                  const T& v)
+    {
+
+      // dolfin_assert(v.size() == _tdim + 1);
+
+      // Check vertices
+      check_vertices(v);
+
+      // Add cell
+      add_cell_common(local_index, _tdim);
+
+      // Set data
+      _mesh->_topology(_tdim, 0).set(local_index, v);
+      _mesh->_topology.set_global_index(_tdim, local_index, global_index);
+    }
+
+    /// Close mesh, finish editing, and order entities locally
+    ///
+    /// @param    order (bool)
+    ///         Order entities locally if true. Default values is true.
+    ///
+    /// @code{.cpp}
+    ///
+    ///         MeshEditor editor;
+    ///         editor.open(mesh, 2, 2);
+    ///         ...
+    ///         editor.close()
+    /// @endcode
+    void close(bool order=true);
+
+  private:
+
+    // Friends
+    friend class TetrahedronCell;
+
+    // Add vertex, common part
+    void add_vertex_common(std::size_t v, std::size_t dim);
+
+    // Add cell, common part
+    void add_cell_common(std::size_t v, std::size_t dim);
+
+    // Compute boundary indicators (exterior facets)
+    void compute_boundary_indicators();
+
+    // Clear all data
+    void clear();
+
+    // Check that vertices are in range
+    template <typename T>
+    void check_vertices(const T& v) const
+    {
+      for (std::size_t i = 0; i < v.size(); ++i)
+      {
+        if (_num_vertices > 0 && v[i] >= _num_vertices)
+        {
+          dolfin_error("MeshEditor.cpp",
+                       "add cell using mesh editor",
+                       "Vertex index (%d) out of range [0, %d)", v[i],
+                       _num_vertices);
+        }
+      }
+    }
+
+    // The mesh
+    Mesh* _mesh;
+
+    // Topological dimension
+    std::size_t _tdim;
+
+    // Geometrical (Euclidean) dimension
+    std::size_t _gdim;
+
+    // Number of vertices
+    std::size_t _num_vertices;
+
+    // Number of cells
+    std::size_t _num_cells;
+
+    // Next available vertex
+    std::size_t next_vertex;
+
+    // Next available cell
+    std::size_t next_cell;
+
+    // Temporary storage for local cell data
+    std::vector<std::size_t> _vertices;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/MeshEntity.cpp b/dolfin/mesh/MeshEntity.cpp
new file mode 100644
index 0000000..8e4a7bd
--- /dev/null
+++ b/dolfin/mesh/MeshEntity.cpp
@@ -0,0 +1,172 @@
+// Copyright (C) 2006-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Andre Massing, 2009.
+// Modified by Garth N. Wells, 2012.
+//
+// First added:  2006-05-11
+// Last changed: 2013-06-23
+
+#include <dolfin/log/log.h>
+#include "Mesh.h"
+#include "MeshTopology.h"
+#include "Vertex.h"
+#include "MeshEntity.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MeshEntity::MeshEntity(const Mesh& mesh, std::size_t dim, std::size_t index)
+  : _mesh(0), _dim(0), _local_index(0)
+{
+  init(mesh, dim, index);
+}
+//-----------------------------------------------------------------------------
+void MeshEntity::init(const Mesh& mesh, std::size_t dim, std::size_t index)
+{
+  // Store variables
+  _mesh = &mesh; // Yes, we should probably use a shared pointer here...
+  _dim = dim;
+  _local_index = index;
+
+  // Check index range
+  if (index < _mesh->num_entities(dim))
+    return;
+
+  // Initialize mesh entities
+  _mesh->init(dim);
+
+  // Check index range again
+  if (index <= _mesh->num_entities(dim))
+    return;
+
+  // Illegal index range
+  dolfin_error("MeshEntity.cpp",
+               "create mesh entity",
+               "Mesh entity index %d out of range [0, %d] for entity of dimension %d",
+               index, _mesh->num_entities(dim), dim);
+}
+//-----------------------------------------------------------------------------
+MeshEntity::~MeshEntity()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+bool MeshEntity::incident(const MeshEntity& entity) const
+{
+  // Must be in the same mesh to be incident
+  if ( _mesh != entity._mesh )
+    return false;
+
+  // Get list of entities for given topological dimension
+  const unsigned int* entities = _mesh->topology()(_dim, entity._dim)(_local_index);
+  const std::size_t num_entities = _mesh->topology()(_dim, entity._dim).size(_local_index);
+
+  // Check if any entity matches
+  for (std::size_t i = 0; i < num_entities; ++i)
+    if (entities[i] == entity._local_index)
+      return true;
+
+  // Entity was not found
+  return false;
+}
+//-----------------------------------------------------------------------------
+std::size_t MeshEntity::index(const MeshEntity& entity) const
+{
+  // Must be in the same mesh to be incident
+  if (_mesh != entity._mesh)
+  {
+    dolfin_error("MeshEntity.cpp",
+                 "compute index of mesh entity",
+                 "Mesh entity is defined on a different mesh");
+  }
+
+  // Get list of entities for given topological dimension
+  const unsigned int* entities = _mesh->topology()(_dim, entity._dim)(_local_index);
+  const std::size_t num_entities = _mesh->topology()(_dim, entity._dim).size(_local_index);
+
+  // Check if any entity matches
+  for (std::size_t i = 0; i < num_entities; ++i)
+    if (entities[i] == entity._local_index)
+      return i;
+
+  // Entity was not found
+  dolfin_error("MeshEntity.cpp",
+               "compute index of mesh entity",
+               "Mesh entity was not found");
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+Point MeshEntity::midpoint() const
+{
+  // Special case: a vertex is its own midpoint (don't check neighbors)
+  if (_dim == 0)
+    return _mesh->geometry().point(_local_index);
+
+  // Other wise iterate over incident vertices and compute average
+  std::size_t num_vertices = 0;
+
+  double x = 0.0;
+  double y = 0.0;
+  double z = 0.0;
+
+  for (VertexIterator v(*this); !v.end(); ++v)
+  {
+    x += v->point().x();
+    y += v->point().y();
+    z += v->point().z();
+    num_vertices++;
+  }
+
+  dolfin_assert(num_vertices > 0);
+
+  x /= double(num_vertices);
+  y /= double(num_vertices);
+  z /= double(num_vertices);
+
+  Point p(x, y, z);
+  return p;
+}
+//-----------------------------------------------------------------------------
+unsigned int MeshEntity::owner() const
+{
+  if (_dim != _mesh->topology().dim())
+    dolfin_error("MeshEntity.cpp",
+                 "get ownership of entity",
+                 "Entity ownership is only defined for cells");
+
+  const std::size_t offset = _mesh->topology().ghost_offset(_dim);
+  if (_local_index < offset)
+    dolfin_error("MeshEntity.cpp",
+                 "get ownership of entity",
+                 "Ownership of non-ghost cells is local process");
+
+  return _mesh->topology().cell_owner()[_local_index - offset];
+}
+//-----------------------------------------------------------------------------
+std::string MeshEntity::str(bool verbose) const
+{
+  if (verbose)
+    warning("Verbose output for MeshEntityIterator not implemented.");
+
+  std::stringstream s;
+  s << "<Mesh entity " << index()
+    << " of topological dimension " << dim() << ">";
+  return s.str();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/MeshEntity.h b/dolfin/mesh/MeshEntity.h
new file mode 100644
index 0000000..d9bc85c
--- /dev/null
+++ b/dolfin/mesh/MeshEntity.h
@@ -0,0 +1,273 @@
+// Copyright (C) 2006-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Andre Massing, 2009.
+// Modified by Garth N. Wells, 2012.
+//
+// First added:  2006-05-11
+// Last changed: 2014-07-02
+
+#ifndef __MESH_ENTITY_H
+#define __MESH_ENTITY_H
+
+#include <cmath>
+#include <iostream>
+
+#include <dolfin/geometry/Point.h>
+#include "Mesh.h"
+
+namespace dolfin
+{
+
+  //class Mesh;
+  class Point;
+
+  /// A MeshEntity represents a mesh entity associated with
+  /// a specific topological dimension of some _Mesh_.
+
+  class MeshEntity
+  {
+  public:
+
+    /// Default Constructor
+    MeshEntity() : _mesh(0), _dim(0), _local_index(0) {}
+
+    /// Constructor
+    ///
+    /// @param   mesh (_Mesh_)
+    ///         The mesh.
+    /// @param     dim (std::size_t)
+    ///         The topological dimension.
+    /// @param     index (std::size_t)
+    ///         The index.
+    MeshEntity(const Mesh& mesh, std::size_t dim, std::size_t index);
+
+    /// Destructor
+    virtual ~MeshEntity();
+
+    /// Initialize mesh entity with given data
+    ///
+    /// @param      mesh (_Mesh_)
+    ///         The mesh.
+    /// @param     dim (std::size_t)
+    ///         The topological dimension.
+    /// @param     index (std::size_t)
+    ///         The index.
+    void init(const Mesh& mesh, std::size_t dim, std::size_t index);
+
+    /// Comparison Operator
+    ///
+    /// @param e (MeshEntity)
+    ///         Another mesh entity
+    ///
+    ///  @return    bool
+    ///         True if the two mesh entities are equal.
+    bool operator==(const MeshEntity& e) const
+    {
+      return (_mesh == e._mesh && _dim == e._dim
+              && _local_index == e._local_index);
+    }
+
+    /// Comparison Operator
+    ///
+    /// @param e (MeshEntity)
+    ///         Another mesh entity.
+    ///
+    /// @return     bool
+    ///         True if the two mesh entities are NOT equal.
+    bool operator!=(const MeshEntity& e) const
+    { return !operator==(e); }
+
+    /// Return mesh associated with mesh entity
+    ///
+    /// @return Mesh
+    ///         The mesh.
+    const Mesh& mesh() const
+    { return *_mesh; }
+
+    /// Return topological dimension
+    ///
+    /// @return     std::size_t
+    ///         The dimension.
+    std::size_t dim() const
+    { return _dim; }
+
+    /// Return index of mesh entity
+    ///
+    /// @return     std::size_t
+    ///         The index.
+    std::size_t index() const
+    { return _local_index; }
+
+    /// Return global index of mesh entity
+    ///
+    /// @return     std::size_t
+    ///         The global index. Set to
+    ///         std::numerical_limits<std::size_t>::max() if global index
+    ///         has not been computed
+    std::int64_t global_index() const
+    {
+      const std::vector<std::int64_t>& global_indices
+        = _mesh->topology().global_indices(_dim);
+      if (global_indices.empty())
+        return -1;
+      return global_indices[_local_index];
+    }
+
+    /// Return local number of incident mesh entities of given
+    /// topological dimension
+    ///
+    /// @param     dim (std::size_t)
+    ///         The topological dimension.
+    ///
+    /// @return     std::size_t
+    /// The number of local incident MeshEntity objects of given
+    /// dimension.
+    std::size_t num_entities(std::size_t dim) const
+    { return _mesh->topology()(_dim, dim).size(_local_index); }
+
+    /// Return global number of incident mesh entities of given
+    /// topological dimension
+    ///
+    /// @param     dim (std::size_t)
+    ///         The topological dimension.
+    ///
+    /// @return     std::size_t
+    ///         The number of global incident MeshEntity objects of given
+    ///         dimension.
+    std::size_t num_global_entities(std::size_t dim) const
+    { return _mesh->topology()(_dim, dim).size_global(_local_index); }
+
+    /// Return array of indices for incident mesh entities of given
+    /// topological dimension
+    ///
+    /// @param     dim (std::size_t)
+    ///         The topological dimension.
+    ///
+    /// @return     std::size_t
+    ///         The index for incident mesh entities of given dimension.
+    const unsigned int* entities(std::size_t dim) const
+    {
+      const unsigned int* initialized_mesh_entities
+        = _mesh->topology()(_dim, dim)(_local_index);
+      dolfin_assert(initialized_mesh_entities);
+      return initialized_mesh_entities;
+    }
+
+    /// Return unique mesh ID
+    ///
+    /// @return     std::size_t
+    ///         The unique mesh ID.
+    std::size_t mesh_id() const
+    { return _mesh->id(); }
+
+    /// Check if given entity is incident
+    ///
+    /// @param     entity (_MeshEntity_)
+    ///         The entity.
+    ///
+    ///  @return    bool
+    ///         True if the given entity is incident
+    bool incident(const MeshEntity& entity) const;
+
+    /// Compute local index of given incident entity (error if not
+    /// found)
+    ///
+    /// @param     entity (_MeshEntity_)
+    ///         The mesh entity.
+    ///
+    /// @return     std::size_t
+    ///         The local index of given entity.
+    std::size_t index(const MeshEntity& entity) const;
+
+    /// Compute midpoint of cell
+    ///
+    /// @return Point
+    ///         The midpoint of the cell.
+    Point midpoint() const;
+
+    /// Determine whether an entity is a 'ghost' from another
+    /// process
+    /// @return bool
+    ///    True if entity is a ghost entity
+    bool is_ghost() const
+    { return (_local_index >= _mesh->topology().ghost_offset(_dim)); }
+
+    /// Return set of sharing processes
+    /// @return std::set<unsigned int>
+    ///   List of sharing processes
+    std::set<unsigned int> sharing_processes() const
+    {
+      const std::map<std::int32_t, std::set<unsigned int>>& sharing_map
+        = _mesh->topology().shared_entities(_dim);
+      const auto map_it = sharing_map.find(_local_index);
+      if (map_it == sharing_map.end())
+        return std::set<unsigned int>();
+      else
+        return map_it->second;
+    }
+
+    /// Determine if an entity is shared or not
+    /// @return bool
+    ///    True if entity is shared
+    bool is_shared() const
+    {
+      if (_mesh->topology().have_shared_entities(_dim))
+      {
+        const std::map<std::int32_t, std::set<unsigned int>>& sharing_map
+          = _mesh->topology().shared_entities(_dim);
+        return (sharing_map.find(_local_index) != sharing_map.end());
+      }
+      return false;
+    }
+
+    /// Get ownership of this entity - only really valid for cells
+    /// @return unsigned int
+    ///    Owning process
+    unsigned int owner() const;
+
+    // Note: Not a subclass of Variable for efficiency!
+    /// Return informal string representation (pretty-print)
+    ///
+    /// @param      verbose (bool)
+    ///         Flag to turn on additional output.
+    ///
+    /// @return      std::string
+    ///         An informal representation of the function space.
+    std::string str(bool verbose) const;
+
+  protected:
+
+    // Friends
+    friend class MeshEntityIterator;
+    template<typename T> friend class MeshEntityIteratorBase;
+    friend class SubsetIterator;
+
+    // The mesh
+    Mesh const * _mesh;
+
+    // Topological dimension
+    std::size_t _dim;
+
+    // Local index of entity within topological dimension
+    std::size_t _local_index;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/MeshEntityIterator.h b/dolfin/mesh/MeshEntityIterator.h
new file mode 100644
index 0000000..f292e22
--- /dev/null
+++ b/dolfin/mesh/MeshEntityIterator.h
@@ -0,0 +1,230 @@
+// Copyright (C) 2006-2008 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Andre Massing 2009
+//
+// First added:  2006-05-09
+// Last changed: 2014-07-02
+
+#ifndef __MESH_ENTITY_ITERATOR_H
+#define __MESH_ENTITY_ITERATOR_H
+
+#include "Mesh.h"
+#include "MeshEntity.h"
+
+namespace dolfin
+{
+
+  /// MeshEntityIterator provides a common iterator for mesh entities
+  /// over meshes, boundaries and incidence relations. The basic use
+  /// is illustrated below.
+  ///
+  ///
+  ///     The following example shows how to iterate over all mesh entities
+  ///     of a mesh of topological dimension dim:
+  ///
+  /// @code{.cpp}
+  ///
+  ///         for (MeshEntityIterator e(mesh, dim); !e.end(); ++e)
+  ///         {
+  ///           e->foo();
+  ///         }
+  /// @endcode
+  ///
+  ///     The following example shows how to iterate over mesh entities of
+  ///     topological dimension dim connected (incident) to some mesh entity f:
+  ///
+  /// @code{.cpp}
+  ///
+  ///         for (MeshEntityIterator e(f, dim); !e.end(); ++e)
+  ///         {
+  ///           e->foo();
+  ///         }
+  /// @endcode
+  ///
+  /// In addition to the general iterator, a set of specific named iterators
+  /// are provided for entities of type _Vertex_, _Edge_, _Face_, _Facet_
+  /// and _Cell_. These iterators are defined along with their respective
+  /// classes.
+
+  class MeshEntityIterator
+  {
+  public:
+
+    /// Default constructor
+    MeshEntityIterator() : _pos(0), pos_end(0), index(0) {}
+
+    /// Create iterator for mesh entities over given topological dimension
+    MeshEntityIterator(const Mesh& mesh, std::size_t dim)
+      : _entity(), _pos(0), pos_end(0), index(0)
+    {
+      // Check if mesh is empty
+      if (mesh.num_vertices() == 0)
+        return;
+
+      // Initialize mesh entity
+      _entity.init(mesh, dim, 0);
+
+      mesh.init(dim);
+      // End at ghost cells for normal iterator
+      pos_end = mesh.topology().ghost_offset(dim);
+    }
+
+    /// Iterator over MeshEntity of dimension dim on mesh, with string option
+    /// to iterate over "regular", "ghost" or "all" entities
+    MeshEntityIterator(const Mesh& mesh, std::size_t dim, std::string opt)
+      : _entity(), _pos(0), pos_end(0), index(0)
+    {
+      // Check if mesh is empty
+      if (mesh.num_vertices() == 0)
+        return;
+
+      // Initialize mesh entity
+      _entity.init(mesh, dim, 0);
+      mesh.init(dim);
+
+      pos_end = mesh.topology().size(dim);
+      if (opt == "regular")
+        pos_end = mesh.topology().ghost_offset(dim);
+      else if (opt == "ghost")
+        _pos = mesh.topology().ghost_offset(dim);
+      else if (opt != "all")
+        dolfin_error("MeshEntityIterator.h",
+                     "initialize MeshEntityIterator",
+                     "unknown opt=\"%s\", choose from "
+                     "opt=[\"regular\", \"ghost\", \"all\"]", opt.c_str());
+    }
+
+    /// Create iterator for entities of given dimension connected to
+    /// given entity
+    MeshEntityIterator(const MeshEntity& entity, std::size_t dim)
+      : _entity(entity.mesh(), dim, 0), _pos(0), index(0)
+    {
+      // Get connectivity
+      const MeshConnectivity& c = entity.mesh().topology()(entity.dim(), dim);
+
+      // Compute connectivity if empty
+      if (c.empty())
+        entity.mesh().init(entity.dim(), dim);
+
+      // Get size and index map
+      if (c.empty())
+      {
+        pos_end = 0;
+        index = 0;
+      }
+      else
+      {
+        pos_end = c.size(entity.index());
+        index = c(entity.index());
+      }
+    }
+
+    /// Copy constructor
+    MeshEntityIterator(const MeshEntityIterator& it)
+      : _entity(it._entity), _pos(it._pos), pos_end(it.pos_end),
+      index(it.index) {}
+
+    /// Destructor
+    virtual ~MeshEntityIterator() {}
+
+    /// Step to next mesh entity (prefix increment)
+    MeshEntityIterator& operator++()
+    {
+      ++_pos;
+      return *this;
+    }
+
+    /// Step to the previous mesh entity (prefix decrease)
+    MeshEntityIterator& operator--()
+    {
+      --_pos;
+      return *this;
+    }
+
+    /// Return current position
+    std::size_t pos() const
+    { return _pos; }
+
+    /// Comparison operator
+    bool operator==(const MeshEntityIterator& it) const
+    {
+      // Use const_cast to use operator* inside comparison, which
+      // automatically updates the entity index corresponding to pos
+      // *before* comparison (since update of entity delays until
+      // request for entity)
+      return ((const_cast<MeshEntityIterator *>(this))->operator*()
+            == (const_cast<MeshEntityIterator *>(&it))->operator*()
+            && _pos == it._pos && index == it.index);
+    }
+
+    /// Comparison operator
+    bool operator!=(const MeshEntityIterator & it) const
+    { return !operator==(it); }
+
+    /// Dereference operator
+    MeshEntity& operator*()
+    { return *operator->(); }
+
+    /// Member access operator
+    MeshEntity* operator->()
+    { _entity._local_index = (index ? index[_pos] : _pos); return &_entity; }
+
+    /// Check if iterator has reached the end
+    bool end() const
+    { return _pos >= pos_end; }
+
+    /// Provide a safeguard iterator pointing beyond the end of an
+    /// iteration process, either iterating over the mesh /or incident
+    /// entities. Added to be bit more like STL iterators, since many
+    /// algorithms rely on a kind of beyond iterator.
+    MeshEntityIterator end_iterator()
+    {
+      MeshEntityIterator
+      sg(*this);
+      sg.set_end();
+      return sg;
+    }
+
+    // Note: Not a subclass of Variable for efficiency!
+    // Commented out to avoid warning about shadowing str() for MeshEntity
+    // Return informal string representation (pretty-print)
+    // std::string str(bool verbose) const;
+
+  private:
+
+    // Set pos to end position. To create a kind of mesh.end() iterator.
+    void set_end()
+    { _pos = pos_end; }
+
+    // Mesh entity
+    MeshEntity _entity;
+
+    // Current position
+    std::size_t _pos;
+
+    // End position
+    std::size_t pos_end;
+
+    // Mapping from pos to index (if any)
+    const unsigned int* index;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/MeshEntityIteratorBase.h b/dolfin/mesh/MeshEntityIteratorBase.h
new file mode 100644
index 0000000..fdd04ae
--- /dev/null
+++ b/dolfin/mesh/MeshEntityIteratorBase.h
@@ -0,0 +1,195 @@
+// Copyright (C) 2012 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Andre Massing 2009
+//
+// First added:  2006-05-09
+// Last changed: 2014-07-02
+
+#ifndef __MESH_ENTITY_ITERATOR_BASE_H
+#define __MESH_ENTITY_ITERATOR_BASE_H
+
+#include <cstddef>
+#include "Mesh.h"
+#include "MeshEntity.h"
+
+namespace dolfin
+{
+
+  /// Base class for MeshEntityIterators
+
+  template<class T>
+  class MeshEntityIteratorBase
+  {
+  public:
+
+    /// Create iterator for mesh entities over given topological dimension
+    explicit MeshEntityIteratorBase(const Mesh& mesh)
+      : _entity(mesh, 0), _pos(0), pos_end(0), index(0)
+    {
+      // Check if mesh is empty
+      if (mesh.num_vertices() == 0)
+        return;
+
+      // Get number of entities (excluding ghosts)
+      const std::size_t dim = _entity.dim();
+      mesh.init(dim);
+
+      // End at ghost cells for normal iterator
+      pos_end = mesh.topology().ghost_offset(dim);
+    }
+
+    /// Iterator over MeshEntity of dimension dim on mesh, with string option
+    /// to iterate over "regular", "ghost" or "all" entities
+    MeshEntityIteratorBase(const Mesh& mesh, std::string opt)
+      : _entity(mesh, 0), _pos(0), pos_end(0), index(0)
+    {
+      // Check if mesh is empty
+      if (mesh.num_vertices() == 0)
+        return;
+
+      const std::size_t dim = _entity.dim();
+      mesh.init(dim);
+
+      pos_end = mesh.topology().size(dim);
+      if (opt == "regular")
+        pos_end = mesh.topology().ghost_offset(dim);
+      else if (opt == "ghost")
+        _pos = mesh.topology().ghost_offset(dim);
+      else if (opt != "all")
+        dolfin_error("MeshEntityIterator.h",
+                     "initialize MeshEntityIterator",
+                     "unknown opt=\"%s\", choose from "
+                     "opt=[\"regular\", \"ghost\", \"all\"]", opt.c_str());
+    }
+
+    /// Create iterator for entities of given dimension connected to given entity
+    explicit MeshEntityIteratorBase(const MeshEntity& entity)
+      : _entity(entity.mesh(), 0), _pos(0), index(0)
+    {
+      // Get connectivity
+      const MeshConnectivity& c = entity.mesh().topology()(entity.dim(), _entity.dim());
+
+      // Compute connectivity if empty
+      if (c.empty())
+        entity.mesh().init(entity.dim(), _entity.dim());
+
+      // Get size and index map
+      if (c.empty())
+      {
+        pos_end = 0;
+        index = 0;
+      }
+      else
+      {
+        pos_end = c.size(entity.index());
+        index = c(entity.index());
+      }
+    }
+
+    /// Copy constructor
+    MeshEntityIteratorBase(const MeshEntityIteratorBase& it)
+      : _entity(it._entity), _pos(it._pos), pos_end(it.pos_end), index(it.index) {}
+
+    /// Destructor
+    ~MeshEntityIteratorBase() {}
+
+    /// Step to next mesh entity (prefix increment)
+    MeshEntityIteratorBase& operator++()
+    {
+      ++_pos;
+      return *this;
+    }
+
+    /// Step to the previous mesh entity (prefix decrease)
+    MeshEntityIteratorBase& operator--()
+    {
+      --_pos;
+      return *this;
+    }
+
+    /// Return current position
+    std::size_t pos() const
+    { return _pos; }
+
+    /// Comparison operator.
+    bool operator==(const MeshEntityIteratorBase & it) const
+    {
+      // Use const_cast to use operator* inside comparison, which automatically
+      // updates the entity index corresponding to pos *before* comparison (since
+      // update of entity delays until request for entity)
+
+      return ((const_cast<MeshEntityIteratorBase<T> *>(this))->operator*()
+            == (const_cast<MeshEntityIteratorBase<T> *>(&it))->operator*()
+            && _pos == it._pos && index == it.index);
+    }
+
+    /// Comparison operator
+    bool operator!=(const MeshEntityIteratorBase & it) const
+    { return !operator==(it); }
+
+    /// Dereference operator
+    T& operator*()
+    { return *operator->(); }
+
+    /// Member access operator
+    T* operator->()
+    { _entity._local_index = (index ? index[_pos] : _pos); return &_entity; }
+
+    /// Check if iterator has reached the end
+    bool end() const
+    { return _pos >= pos_end; }
+
+    /// Provide a safeguard iterator pointing beyond the end of an iteration
+    /// process, either iterating over the mesh /or incident entities. Added to
+    /// be bit more like STL iterators, since many algorithms rely on a kind of
+    /// beyond iterator.
+    MeshEntityIteratorBase end_iterator()
+    {
+      MeshEntityIteratorBase sg(*this);
+      sg.set_end();
+      return sg;
+    }
+
+    // Note: Not a subclass of Variable for efficiency!
+    // Commented out to avoid warning about shadowing str() for MeshEntity
+    // Return informal string representation (pretty-print)
+    // std::string str(bool verbose) const;
+
+  private:
+
+    /// Set pos to end position. To create a kind of mesh.end() iterator.
+    void set_end()
+    { _pos = pos_end; }
+
+    // Mesh entity
+    T _entity;
+
+    // Current position
+    std::size_t _pos;
+
+    // End position
+    std::size_t pos_end;
+
+    // Mapping from pos to index (if any)
+    const unsigned int* index;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/MeshFunction.cpp b/dolfin/mesh/MeshFunction.cpp
new file mode 100644
index 0000000..ff479b9
--- /dev/null
+++ b/dolfin/mesh/MeshFunction.cpp
@@ -0,0 +1,67 @@
+// Copyright (C) 2009-2011 Ola Skavhaug and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2009-09-25
+// Last changed: 2011-09-22
+
+#include <sstream>
+#include <string>
+#include "LocalMeshValueCollection.h"
+#include "Mesh.h"
+#include "MeshEntity.h"
+#include "MeshPartitioning.h"
+#include "MeshFunction.h"
+#include "MeshValueCollection.h"
+
+namespace dolfin
+{
+
+//-----------------------------------------------------------------------------
+template<> std::string MeshFunction<double>::str(bool verbose) const
+{
+  std::stringstream s;
+
+  if (verbose)
+  {
+    s << str(false) << std::endl << std::endl;
+
+    for (std::size_t i = 0; i < _size; i++)
+      s << "  (" << _dim << ", " << i << "): " << _values[i] << std::endl;
+  }
+  else
+    s << "<MeshFunction of topological dimension " << _dim << " containing " << _size << " values>";
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+template<> std::string MeshFunction<std::size_t>::str(bool verbose) const
+{
+  std::stringstream s;
+
+  if (verbose)
+  {
+    s << str(false) << std::endl << std::endl;
+
+    for (std::size_t i = 0; i < _size; i++)
+      s << "  (" << _dim << ", " << i << "): " << _values[i] << std::endl;
+  }
+  else
+    s << "<MeshFunction of topological dimension " << _dim << " containing " << _size << " values>";
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+
+}
diff --git a/dolfin/mesh/MeshFunction.h b/dolfin/mesh/MeshFunction.h
new file mode 100644
index 0000000..d29c13b
--- /dev/null
+++ b/dolfin/mesh/MeshFunction.h
@@ -0,0 +1,692 @@
+// Copyright (C) 2006-2009 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Johan Hoffman, 2007.
+// Modified by Garth N. Wells, 2010-2013
+//
+// First added:  2006-05-22
+// Last changed: 2013-05-10
+
+#ifndef __MESH_FUNCTION_H
+#define __MESH_FUNCTION_H
+
+#include <map>
+#include <vector>
+
+#include <memory>
+#include <unordered_set>
+#include <dolfin/common/Hierarchical.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/common/Variable.h>
+#include <dolfin/log/log.h>
+#include <dolfin/io/File.h>
+#include "LocalMeshValueCollection.h"
+#include "MeshDomains.h"
+#include "MeshEntity.h"
+#include "Mesh.h"
+#include "MeshConnectivity.h"
+
+namespace dolfin
+{
+
+  class MeshEntity;
+
+  /// A MeshFunction is a function that can be evaluated at a set of
+  /// mesh entities. A MeshFunction is discrete and is only defined at
+  /// the set of mesh entities of a fixed topological dimension.  A
+  /// MeshFunction may for example be used to store a global numbering
+  /// scheme for the entities of a (parallel) mesh, marking sub
+  /// domains or boolean markers for mesh refinement.
+
+  template <typename T> class MeshFunction : public Variable,
+    public Hierarchical<MeshFunction<T>>
+  {
+  public:
+
+    /// Create empty mesh function
+    MeshFunction();
+
+    /// Create empty mesh function on given mesh
+    ///
+    /// @param mesh (Mesh)
+    ///         The mesh to create mesh function on.
+    explicit MeshFunction(std::shared_ptr<const Mesh> mesh);
+
+    /// Create mesh function of given dimension on given mesh
+    ///
+    /// @param     mesh (Mesh)
+    ///         The mesh to create mesh function on.
+    /// @param     dim (std::size_t)
+    ///         The mesh entity dimension for the mesh function.
+    MeshFunction(std::shared_ptr<const Mesh> mesh, std::size_t dim);
+
+    /// Create mesh of given dimension on given mesh and initialize
+    /// to a value
+    ///
+    /// @param     mesh (_Mesh_)
+    ///         The mesh to create mesh function on.
+    /// @param     dim (std::size_t)
+    ///         The mesh entity dimension.
+    /// @param     value (T)
+    ///         The value.
+    MeshFunction(std::shared_ptr<const Mesh> mesh, std::size_t dim,
+                 const T& value);
+
+    /// Create function from data file (shared_ptr version)
+    ///
+    /// @param mesh (_Mesh_)
+    ///         The mesh to create mesh function on.
+    /// @param filename (std::string)
+    ///         The filename to create mesh function from.
+    MeshFunction(std::shared_ptr<const Mesh> mesh,
+                 const std::string filename);
+
+    /// Create function from a MeshValueCollecion (shared_ptr version)
+    ///
+    /// @param mesh (_Mesh_)
+    ///         The mesh to create mesh function on.
+    /// @param value_collection (_MeshValueCollection_)
+    ///         The mesh value collection for the mesh function data.
+    MeshFunction(std::shared_ptr<const Mesh> mesh,
+                 const MeshValueCollection<T>& value_collection);
+
+    /// Create function from MeshDomains
+    ///
+    /// @param mesh (_Mesh_)
+    ///         The mesh to create mesh function on.
+    /// @param dim (std::size_t)
+    ///         The dimension of the MeshFunction
+    /// @param domains (_MeshDomains)
+    ///         The domains from which to extract the domain markers
+    MeshFunction(std::shared_ptr<const Mesh> mesh,
+                 std::size_t dim, const MeshDomains& domains);
+
+    /// Copy constructor
+    ///
+    /// @param f (_MeshFunction_)
+    ///         The object to be copied.
+    MeshFunction(const MeshFunction<T>& f);
+
+    /// Destructor
+    ~MeshFunction() {}
+
+    /// Assign mesh function to other mesh function
+    /// Assignment operator
+    ///
+    /// @param f (_MeshFunction_)
+    ///         A _MeshFunction_ object to assign to another MeshFunction.
+    MeshFunction<T>& operator= (const MeshFunction<T>& f);
+
+    /// Assignment operator
+    ///
+    /// @param mesh (_MeshValueCollection_)
+    ///         A _MeshValueCollection_ object used to construct a MeshFunction.
+    MeshFunction<T>& operator=(const MeshValueCollection<T>& mesh);
+
+    /// Return mesh associated with mesh function
+    ///
+    /// @return _Mesh_
+    ///         The mesh.
+    std::shared_ptr<const Mesh> mesh() const;
+
+    /// Return topological dimension
+    ///
+    /// @return std::size_t
+    ///         The dimension.
+    std::size_t dim() const;
+
+    /// Return true if empty
+    ///
+    /// @return bool
+    ///         True if empty.
+    bool empty() const;
+
+    /// Return size (number of entities)
+    ///
+    /// @return std::size_t
+    ///         The size.
+    std::size_t size() const;
+
+    /// Return array of values (const. version)
+    ///
+    /// return T
+    ///         The values.
+    const T* values() const;
+
+    /// Return array of values
+    ///
+    /// return T
+    ///         The values.
+    T* values();
+
+    /// Return value at given mesh entity
+    ///
+    /// @param entity (_MeshEntity_)
+    ///         The mesh entity.
+    ///
+    /// return    T
+    ///         The value at the given entity.
+    T& operator[] (const MeshEntity& entity);
+
+    /// Return value at given mesh entity (const version)
+    ///
+    /// @param entity (_MeshEntity_)
+    ///         The mesh entity.
+    ///
+    /// @return T
+    ///         The value at the given entity.
+    const T& operator[] (const MeshEntity& entity) const;
+
+    /// Return value at given index
+    ///
+    /// @param index (std::size_t)
+    ///         The index.
+    ///
+    /// @return T
+    ///         The value at the given index.
+    T& operator[] (std::size_t index);
+
+    /// Return value at given index  (const version)
+    ///
+    /// @param index (std::size_t)
+    ///         The index.
+    ///
+    /// @return T
+    ///         The value at the given index.
+    const T& operator[] (std::size_t index) const;
+
+    /// Set all values to given value
+    /// @param value (T)
+    const MeshFunction<T>& operator= (const T& value);
+
+    /// Initialize mesh function for given topological dimension
+    ///
+    /// @param dim (std::size_t)
+    ///         The dimension.
+    void init(std::size_t dim);
+
+    /// Initialize mesh function for given topological dimension of
+    /// given size
+    ///
+    /// @param dim (std::size_t)
+    ///         The dimension.
+    /// @param size (std::size_t)
+    ///         The size.
+    void init(std::size_t dim, std::size_t size);
+
+    /// Initialize mesh function for given topological dimension
+    ///
+    /// @param mesh (_Mesh_)
+    ///         The mesh.
+    /// @param dim (std::size_t)
+    ///         The dimension.
+    void init(std::shared_ptr<const Mesh> mesh, std::size_t dim);
+
+    /// Initialize mesh function for given topological dimension of
+    /// given size (shared_ptr version)
+    ///
+    /// @param mesh (_Mesh_)
+    ///         The mesh.
+    /// @param dim (std::size_t)
+    ///         The dimension.
+    /// @param size (std::size_t)
+    ///         The size.
+    void init(std::shared_ptr<const Mesh> mesh, std::size_t dim,
+              std::size_t size);
+
+    /// Set value at given index
+    ///
+    /// @param index (std::size_t)
+    ///         The index.
+    /// @param value (T)
+    ///         The value.
+    void set_value(std::size_t index, const T& value);
+
+    /// Compatibility function for use in SubDomains
+    void set_value(std::size_t index, const T& value, const Mesh& mesh)
+    { set_value(index, value); }
+
+    /// Set values
+    ///
+    /// @param values (std::vector<T>)
+    ///         The values.
+    void set_values(const std::vector<T>& values);
+
+    /// Set all values to given value
+    ///
+    /// @param value (T)
+    ///         The value to set all values to.
+    void set_all(const T& value);
+
+    /// Get indices where meshfunction is equal to given value
+    ///
+    /// *Arguments*
+    ///     value (T)
+    ///         The value.
+    /// *Returns*
+    ///     std::vector<T>
+    ///         The indices.
+    std::vector<std::size_t> where_equal(T value);
+
+    /// Return informal string representation (pretty-print)
+    ///
+    /// @param verbose (bool)
+    ///         Flag to turn on additional output.
+    ///
+    /// @return std::string
+    ///         An informal representation.
+    std::string str(bool verbose) const;
+
+  private:
+
+    // Values at the set of mesh entities. We don't use a
+    // std::vector<T> here because it has trouble with bool, which C++
+    // specialises.
+    std::unique_ptr<T[]> _values;
+
+    // The mesh
+    std::shared_ptr<const Mesh> _mesh;
+
+    // Topological dimension
+    std::size_t _dim;
+
+    // Number of mesh entities
+    std::size_t _size;
+  };
+
+  template<> std::string MeshFunction<double>::str(bool verbose) const;
+  template<> std::string MeshFunction<std::size_t>::str(bool verbose) const;
+
+  //---------------------------------------------------------------------------
+  // Implementation of MeshFunction
+  //---------------------------------------------------------------------------
+  template <typename T>
+  MeshFunction<T>::MeshFunction() : MeshFunction(nullptr)
+  {
+    // Do nothing
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  MeshFunction<T>::MeshFunction(std::shared_ptr<const Mesh> mesh)
+    : Variable("f", "unnamed MeshFunction"),
+      Hierarchical<MeshFunction<T>>(*this), _mesh(mesh), _dim(0), _size(0)
+  {
+    // Do nothing
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  MeshFunction<T>::MeshFunction(std::shared_ptr<const Mesh> mesh,
+                                std::size_t dim)
+    : Variable("f", "unnamed MeshFunction"),
+      Hierarchical<MeshFunction<T>>(*this), _mesh(mesh), _dim(0), _size(0)
+  {
+    init(dim);
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  MeshFunction<T>::MeshFunction(std::shared_ptr<const Mesh> mesh,
+                                std::size_t dim, const T& value)
+    : MeshFunction(mesh, dim)
+
+  {
+    set_all(value);
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+    MeshFunction<T>::MeshFunction(std::shared_ptr<const Mesh> mesh,
+                                  const std::string filename)
+    : Variable("f", "unnamed MeshFunction"),
+    Hierarchical<MeshFunction<T>>(*this), _mesh(mesh), _dim(0), _size(0)
+  {
+    File file(mesh->mpi_comm(), filename);
+    file >> *this;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+    MeshFunction<T>::MeshFunction(std::shared_ptr<const Mesh> mesh,
+                                  const MeshValueCollection<T>& value_collection)
+    : Variable("f", "unnamed MeshFunction"),
+      Hierarchical<MeshFunction<T>>(*this), _mesh(mesh),
+      _dim(value_collection.dim()), _size(0)
+  {
+    *this = value_collection;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  MeshFunction<T>::MeshFunction(std::shared_ptr<const Mesh> mesh,
+                                std::size_t dim, const MeshDomains& domains)
+    : Variable("f", "unnamed MeshFunction"),
+      Hierarchical<MeshFunction<T>>(*this), _mesh(mesh), _dim(0), _size(0)
+  {
+    dolfin_assert(_mesh);
+
+    // Initialise MeshFunction
+    init(dim);
+
+    // Initialise mesh
+    mesh->init(dim);
+
+    // Set MeshFunction with default value
+    set_all(std::numeric_limits<T>::max());
+
+    // Get mesh dimension
+    const std::size_t D = _mesh->topology().dim();
+    dolfin_assert(dim <= D);
+
+    // Get domain data
+    const std::map<std::size_t, std::size_t>& data = domains.markers(dim);
+
+    // Iterate over all values and copy into MeshFunctions
+    std::map<std::size_t, std::size_t>::const_iterator it;
+    for (it = data.begin(); it != data.end(); ++it)
+    {
+      // Get value collection entry data
+      const std::size_t entity_index = it->first;
+      const T value = it->second;
+
+      dolfin_assert(entity_index < _size);
+      _values[entity_index] = value;
+    }
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  MeshFunction<T>::MeshFunction(const MeshFunction<T>& f) :
+    Variable("f", "unnamed MeshFunction"),
+    Hierarchical<MeshFunction<T>>(*this), _dim(0), _size(0)
+  {
+    *this = f;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  MeshFunction<T>& MeshFunction<T>::operator= (const MeshFunction<T>& f)
+  {
+    if (_size != f._size)
+      _values.reset(new T[f._size]);
+    _mesh = f._mesh;
+    _dim  = f._dim;
+    _size = f._size;
+    std::copy(f._values.get(), f._values.get() + _size, _values.get());
+
+    Hierarchical<MeshFunction<T>>::operator=(f);
+
+    return *this;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  MeshFunction<T>& MeshFunction<T>::operator=(const MeshValueCollection<T>& mesh_value_collection)
+  {
+    _dim = mesh_value_collection.dim();
+    init(_dim);
+    dolfin_assert(_mesh);
+
+    // Get mesh connectivity D --> d
+    const std::size_t d = _dim;
+    const std::size_t D = _mesh->topology().dim();
+    dolfin_assert(d <= D);
+
+    // Generate connectivity if it does not exist
+    _mesh->init(D, d);
+    const MeshConnectivity& connectivity = _mesh->topology()(D, d);
+    dolfin_assert(!connectivity.empty());
+
+    // Set MeshFunction with default value
+    set_all(std::numeric_limits<T>::max());
+
+    // Iterate over all values
+    std::unordered_set<std::size_t> entities_values_set;
+    typename std::map<std::pair<std::size_t, std::size_t>, T>::const_iterator it;
+    const std::map<std::pair<std::size_t, std::size_t>, T>& values
+      = mesh_value_collection.values();
+    for (it = values.begin(); it != values.end(); ++it)
+    {
+      // Get value collection entry data
+      const std::size_t cell_index = it->first.first;
+      const std::size_t local_entity = it->first.second;
+      const T value = it->second;
+
+      std::size_t entity_index = 0;
+      if (d != D)
+      {
+        // Get global (local to to process) entity index
+        dolfin_assert(cell_index < _mesh->num_cells());
+        entity_index = connectivity(cell_index)[local_entity];
+      }
+      else
+      {
+        entity_index = cell_index;
+        dolfin_assert(local_entity == 0);
+      }
+
+      // Set value for entity
+      dolfin_assert(entity_index < _size);
+      _values[entity_index] = value;
+
+      // Add entity index to set (used to check that all values are set)
+      entities_values_set.insert(entity_index);
+    }
+
+    // Check that all values have been set, if not issue a debug message
+    if (entities_values_set.size() != _size)
+      dolfin_debug("Mesh value collection does not contain all values for all entities");
+
+    return *this;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+    std::shared_ptr<const Mesh> MeshFunction<T>::mesh() const
+  {
+    dolfin_assert(_mesh);
+    return _mesh;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+    std::size_t MeshFunction<T>::dim() const
+  {
+    return _dim;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+    bool MeshFunction<T>::empty() const
+  {
+    return _size == 0;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+    std::size_t MeshFunction<T>::size() const
+  {
+    return _size;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+    const T* MeshFunction<T>::values() const
+  {
+    return _values.get();
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+    T* MeshFunction<T>::values()
+  {
+    return _values.get();
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+    T& MeshFunction<T>::operator[] (const MeshEntity& entity)
+  {
+    dolfin_assert(_values);
+    dolfin_assert(&entity.mesh() == _mesh.get());
+    dolfin_assert(entity.dim() == _dim);
+    dolfin_assert(entity.index() < _size);
+    return _values[entity.index()];
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+    const T& MeshFunction<T>::operator[] (const MeshEntity& entity) const
+  {
+    dolfin_assert(_values);
+    dolfin_assert(&entity.mesh() == _mesh.get());
+    dolfin_assert(entity.dim() == _dim);
+    dolfin_assert(entity.index() < _size);
+    return _values[entity.index()];
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+    T& MeshFunction<T>::operator[] (std::size_t index)
+  {
+    dolfin_assert(_values);
+    dolfin_assert(index < _size);
+    return _values[index];
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+    const T& MeshFunction<T>::operator[] (std::size_t index) const
+  {
+    dolfin_assert(_values);
+    dolfin_assert(index < _size);
+    return _values[index];
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+    const MeshFunction<T>& MeshFunction<T>::operator= (const T& value)
+  {
+    set_all(value);
+    //Hierarchical<MeshFunction<T>>::operator=(value);
+    return *this;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+    void MeshFunction<T>::init(std::size_t dim)
+  {
+    if (!_mesh)
+    {
+      dolfin_error("MeshFunction.h",
+                   "initialize mesh function",
+                   "Mesh has not been specified for mesh function");
+
+    }
+    _mesh->init(dim);
+    init(_mesh, dim, _mesh->num_entities(dim));
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+    void MeshFunction<T>::init(std::size_t dim, std::size_t size)
+  {
+    if (!_mesh)
+    {
+      dolfin_error("MeshFunction.h",
+                   "initialize mesh function",
+                   "Mesh has not been specified for mesh function");
+    }
+    _mesh->init(dim);
+    init(_mesh, dim, size);
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+    void MeshFunction<T>::init(std::shared_ptr<const Mesh> mesh,
+                               std::size_t dim)
+  {
+    dolfin_assert(mesh);
+    mesh->init(dim);
+    init(mesh, dim, mesh->num_entities(dim));
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+    void MeshFunction<T>::init(std::shared_ptr<const Mesh> mesh,
+                               std::size_t dim, std::size_t size)
+  {
+    dolfin_assert(mesh);
+
+    // Initialize mesh for entities of given dimension
+    mesh->init(dim);
+    dolfin_assert(mesh->num_entities(dim) == size);
+
+    // Initialize data
+    if (_size != size)
+      _values.reset(new T[size]);
+    _mesh = mesh;
+    _dim = dim;
+    _size = size;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  void MeshFunction<T>::set_value(std::size_t index, const T& value)
+  {
+    dolfin_assert(_values);
+    dolfin_assert(index < _size);
+    _values[index] = value;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  void MeshFunction<T>::set_values(const std::vector<T>& values)
+  {
+    dolfin_assert(_values);
+    dolfin_assert(_size == values.size());
+    std::copy(values.begin(), values.end(), _values.get());
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  void MeshFunction<T>::set_all(const T& value)
+  {
+    //dolfin_assert(_values);
+    if(_values)
+      std::fill(_values.get(), _values.get() + _size, value);
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  std::vector<std::size_t> MeshFunction<T>::where_equal(T value)
+  {
+    dolfin_assert(_values);
+    std::size_t n = std::count(_values.get(), _values.get() + _size, value);
+    std::vector<std::size_t> indices;
+    indices.reserve(n);
+    for (std::size_t i = 0; i < size(); ++i)
+    {
+      if (_values[i] == value)
+        indices.push_back(i);
+    }
+    return indices;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  std::string MeshFunction<T>::str(bool verbose) const
+  {
+    std::stringstream s;
+    if (verbose)
+    {
+      s << str(false) << std::endl << std::endl;
+      warning("Verbose output of MeshFunctions must be implemented manually.");
+
+      // This has been disabled as it severely restricts the ease with which
+      // templated MeshFunctions can be used, e.g. it is not possible to
+      // template over std::vector.
+
+      //for (std::size_t i = 0; i < _size; i++)
+      //  s << "  (" << _dim << ", " << i << "): " << _values[i] << std::endl;
+    }
+    else
+    {
+      s << "<MeshFunction of topological dimension " << dim()
+        << " containing " << size() << " values>";
+    }
+
+    return s.str();
+  }
+  //---------------------------------------------------------------------------
+
+}
+
+#endif
diff --git a/dolfin/mesh/MeshGeometry.cpp b/dolfin/mesh/MeshGeometry.cpp
new file mode 100644
index 0000000..ad09663
--- /dev/null
+++ b/dolfin/mesh/MeshGeometry.cpp
@@ -0,0 +1,152 @@
+// Copyright (C) 2006 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2008.
+// Modified by Kristoffer Selim, 2008.
+//
+// First added:  2006-05-19
+// Last changed: 2010-04-29
+
+#include <sstream>
+#include <boost/functional/hash.hpp>
+
+#include <dolfin/log/log.h>
+#include "MeshGeometry.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MeshGeometry::MeshGeometry() : _dim(0), _degree(1)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+MeshGeometry::MeshGeometry(const MeshGeometry& geometry) : _dim(0)
+{
+  *this = geometry;
+}
+//-----------------------------------------------------------------------------
+MeshGeometry::~MeshGeometry()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+const MeshGeometry& MeshGeometry::operator= (const MeshGeometry& geometry)
+{
+  // Try init; may fail with non-matching _dim and _degree
+  init(geometry._dim, geometry._degree);
+
+  // Copy remaining data
+  coordinates = geometry.coordinates;
+  entity_offsets = geometry.entity_offsets;
+
+  return *this;
+}
+//-----------------------------------------------------------------------------
+Point MeshGeometry::point(std::size_t n) const
+{
+  return Point(_dim, x(n));;
+}
+//-----------------------------------------------------------------------------
+void MeshGeometry::init(std::size_t dim, std::size_t degree)
+{
+  // Check input
+  if (dim == 0)
+  {
+    dolfin_error("MeshGeometry.cpp",
+                 "initialize mesh geometry",
+                 "Mesh geometry of dimension zero is not supported");
+  }
+  if (degree == 0)
+  {
+    dolfin_error("MeshGeometry.cpp",
+                 "initialize mesh geometry",
+                 "Mesh geometry of degree zero is not supported");
+  }
+
+  // Avoid repeated initialization; would be a hell for UFL
+  if (_dim > 0 && (_dim != dim || _degree != degree))
+  {
+    dolfin_error("MeshGeometry.cpp",
+                 "initialize mesh geometry",
+                 "Mesh geometry cannot be reinitialized with different "
+                 "dimension and/or degree");
+  }
+
+  // Save dimension and degree
+  _dim = dim;
+  _degree = degree;
+}
+//-----------------------------------------------------------------------------
+void MeshGeometry::init_entities(const std::vector<std::size_t>& num_entities)
+{
+  // Check some kind of initialisation has been done
+  dolfin_assert(_dim > 0);
+
+  // Calculate offset into coordinates for each block of points
+  std::size_t offset = 0;
+  entity_offsets.resize(num_entities.size());
+  for (std::size_t i = 0; i != num_entities.size(); ++i)
+  {
+    entity_offsets[i].clear();
+    for (std::size_t j = 0; j != num_entity_coordinates(i); ++j)
+    {
+      entity_offsets[i].push_back(offset);
+      offset += num_entities[i];
+    }
+  }
+  coordinates.resize(_dim*offset);
+}
+//-----------------------------------------------------------------------------
+void MeshGeometry::set(std::size_t local_index,
+                       const double* x)
+{
+  std::copy(x, x +_dim, coordinates.begin() + local_index*_dim);
+}
+//-----------------------------------------------------------------------------
+std::size_t MeshGeometry::hash() const
+{
+  // Compute local hash
+  boost::hash<std::vector<double>> dhash;
+  const std::size_t local_hash = dhash(coordinates);
+  return local_hash;
+}
+//-----------------------------------------------------------------------------
+std::string MeshGeometry::str(bool verbose) const
+{
+  std::stringstream s;
+  if (verbose)
+  {
+    s << str(false) << std::endl << std::endl;
+    for (std::size_t i = 0; i < num_vertices(); i++)
+    {
+      s << "  " << i << ":";
+      for (std::size_t d = 0; d < _dim; d++)
+        s << " " << x(i, d);
+      s << std::endl;
+    }
+    s << std::endl;
+  }
+  else
+  {
+    s << "<MeshGeometry of dimension " << _dim << " and size "
+      << num_vertices() << ">";
+  }
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/MeshGeometry.h b/dolfin/mesh/MeshGeometry.h
new file mode 100644
index 0000000..f022ad6
--- /dev/null
+++ b/dolfin/mesh/MeshGeometry.h
@@ -0,0 +1,195 @@
+// Copyright (C) 2006 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2008.
+//
+// First added:  2006-05-08
+// Last changed: 2016-06-10
+
+#ifndef __MESH_GEOMETRY_H
+#define __MESH_GEOMETRY_H
+
+#include <string>
+#include <vector>
+#include <dolfin/geometry/Point.h>
+#include <dolfin/log/log.h>
+
+namespace dolfin
+{
+  class Function;
+
+  /// MeshGeometry stores the geometry imposed on a mesh.
+
+  /// Currently, the geometry is represented by the set of coordinates for the
+  /// vertices of a mesh, but other representations are possible.
+  class MeshGeometry
+  {
+  public:
+
+    /// Create empty set of coordinates
+    MeshGeometry();
+
+    /// Copy constructor
+    MeshGeometry(const MeshGeometry& geometry);
+
+    /// Destructor
+    ~MeshGeometry();
+
+    /// Assignment
+    const MeshGeometry& operator= (const MeshGeometry& geometry);
+
+    /// Return Euclidean dimension of coordinate system
+    std::size_t dim() const
+    { return _dim; }
+
+    /// Return polynomial degree of coordinate field
+    std::size_t degree() const
+    { return _degree; }
+
+    /// Return the number of vertex coordinates
+    std::size_t num_vertices() const
+    {
+      dolfin_assert(coordinates.size() % _dim == 0);
+      if (_degree > 1)
+      {
+        dolfin_assert(entity_offsets.size() > 1);
+        dolfin_assert(entity_offsets[1].size() > 0);
+        return entity_offsets[1][0];
+      }
+      return coordinates.size()/_dim;
+    }
+
+    /// Return the total number of points in the geometry, located on
+    /// any entity
+    std::size_t num_points() const
+    {
+      dolfin_assert(coordinates.size() % _dim == 0);
+      return coordinates.size()/_dim;
+    }
+
+    /// Get vertex coordinates
+    const double* vertex_coordinates(std::size_t point_index)
+    {
+      dolfin_assert(point_index < num_vertices());
+      return &coordinates[point_index*_dim];
+    }
+
+    /// Get vertex coordinates
+    const double* point_coordinates(std::size_t point_index)
+    {
+      dolfin_assert(point_index*_dim < coordinates.size());
+      return &coordinates[point_index*_dim];
+    }
+
+    /// Return value of coordinate with local index n in direction i
+    double x(std::size_t n, std::size_t i) const
+    {
+      dolfin_assert((n*_dim + i) < coordinates.size());
+      dolfin_assert(i < _dim);
+      return coordinates[n*_dim + i];
+    }
+
+    /// Return array of values for coordinate with local index n
+    const double* x(std::size_t n) const
+    {
+      dolfin_assert(n*_dim < coordinates.size());
+      return &coordinates[n*_dim];
+    }
+
+    /// Return array of values for all coordinates
+    std::vector<double>& x()
+    { return coordinates; }
+
+    /// Return array of values for all coordinates
+    const std::vector<double>& x() const
+    { return coordinates; }
+
+    /// Return coordinate with local index n as a 3D point value
+    Point point(std::size_t n) const;
+
+    /// Initialize coordinate list to given dimension and degree
+    void init(std::size_t dim, std::size_t degree);
+
+    /// Initialise entities. To be called after init
+    void init_entities(const std::vector<std::size_t>& num_entities);
+
+    /// Get the number of coordinate points per entity for this degree
+    std::size_t num_entity_coordinates(std::size_t entity_dim) const
+    {
+      // Calculate the number of points per entity for Lagrange
+      // elements
+      switch(entity_dim)
+      {
+      case 0:
+        return 1;
+      case 1:
+        return (_degree - 1);
+      case 2:
+        return (_degree - 2)*(_degree - 1)/2;
+      case 3:
+        return (_degree - 3)*(_degree - 2)*(_degree - 1)/6;
+      }
+      dolfin_error("MeshGeometry.h",
+                   "calculate number of points",
+                   "Entity dimension out of range");
+      return 0;
+    }
+
+    /// Get the index for an entity point in coordinates
+    std::size_t get_entity_index(std::size_t entity_dim, std::size_t order,
+                                 std::size_t index) const
+    {
+      dolfin_assert(entity_dim < entity_offsets.size());
+      dolfin_assert(order < entity_offsets[entity_dim].size());
+      const std::size_t idx = (entity_offsets[entity_dim][order] + index);
+      dolfin_assert(idx*_dim < coordinates.size());
+      return idx;
+    }
+
+    /// Set value of coordinate
+    void set(std::size_t local_index, const double* x);
+
+    /// Hash of coordinate values
+    ///
+    /// *Returns*
+    ///     std::size_t
+    ///         A tree-hashed value of the coordinates over all MPI processes
+    ///
+    std::size_t hash() const;
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+  private:
+
+    // Euclidean dimension
+    std::size_t _dim;
+
+    // Polynomial degree (1 = linear, 2 = quadratic etc.)
+    std::size_t _degree;
+
+    // Offsets to storage for coordinate points for each entity type
+    std::vector<std::vector<std::size_t>> entity_offsets;
+
+    // Coordinates for all points stored as a contiguous array
+    std::vector<double> coordinates;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/MeshHierarchy.cpp b/dolfin/mesh/MeshHierarchy.cpp
new file mode 100644
index 0000000..d0fd378
--- /dev/null
+++ b/dolfin/mesh/MeshHierarchy.cpp
@@ -0,0 +1,227 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#include<map>
+
+#include <dolfin/parameter/GlobalParameters.h>
+#include <dolfin/mesh/DistributedMeshTools.h>
+#include <dolfin/mesh/LocalMeshData.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshEntityIterator.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/mesh/MeshPartitioning.h>
+#include <dolfin/mesh/MeshRelation.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Edge.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/refinement/PlazaRefinementND.h>
+
+#include "MeshHierarchy.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+std::shared_ptr<const MeshHierarchy> MeshHierarchy::refine(
+                           const MeshFunction<bool>& markers) const
+{
+  std::shared_ptr<Mesh> refined_mesh(new Mesh);
+  std::shared_ptr<MeshHierarchy> refined_hierarchy(new MeshHierarchy);
+  std::shared_ptr<MeshRelation> refined_relation(new MeshRelation);
+
+  // Make sure markers are on correct mesh, i.e. finest of hierarchy
+  dolfin_assert(markers.mesh()->id() == _meshes.back()->id());
+
+  // Refine with no redistribution
+  PlazaRefinementND::refine(*refined_mesh, *_meshes.back(),
+                            markers, true, *refined_relation);
+
+  refined_hierarchy->_meshes = _meshes;
+  refined_hierarchy->_meshes.push_back(refined_mesh);
+
+  refined_hierarchy->_parent = std::make_shared<const MeshHierarchy>(*this);
+
+  refined_hierarchy->_relation = refined_relation;
+
+  return refined_hierarchy;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const MeshHierarchy>
+MeshHierarchy::coarsen(const MeshFunction<bool>& coarsen_markers) const
+{
+  std::shared_ptr<const Mesh> mesh = _meshes.back();
+  dolfin_assert(mesh);
+
+  // Make sure there is a parent MeshHierarchy
+  dolfin_assert(_parent != NULL);
+  std::shared_ptr<const Mesh> parent_mesh = _parent->_meshes.back();
+  dolfin_assert(parent_mesh);
+
+  // Make sure markers are on finest mesh
+  dolfin_assert(coarsen_markers.mesh()->id() == mesh->id());
+
+  // FIXME: copy across boundaries in parallel
+  std::set<std::size_t> coarsening_vertices;
+  if (coarsen_markers.dim() == 0)
+  {
+    for (VertexIterator v(*mesh); !v.end(); ++v)
+      if (coarsen_markers[*v])
+        coarsening_vertices.insert(v->global_index());
+  }
+  else
+  {
+    // FIXME: assumes "OR"-like behaviour, i.e. if any
+    // entity around a vertex is marked, then the vertex is
+    // marked. Should this be "AND"-like behaviour, i.e. require
+    // all surrounding entities to be marked?
+    for (MeshEntityIterator c(*mesh, coarsen_markers.dim());
+         !c.end(); ++c)
+    {
+      if (coarsen_markers[*c])
+        for (VertexIterator v(*c); !v.end(); ++v)
+          coarsening_vertices.insert(v->global_index());
+    }
+  }
+
+  // Set up refinement markers to re-refine the parent mesh
+  MeshFunction<bool> edge_markers(parent_mesh, 1, false);
+  const std::map<std::size_t, std::size_t>& edge_to_vertex
+    = *(_relation->edge_to_global_vertex);
+
+  // Find edges which were previously refined, but now only mark them
+  // if not a parent of a "coarsening" vertex
+  for (EdgeIterator e(*parent_mesh); !e.end(); ++e)
+  {
+    auto edge_it = edge_to_vertex.find(e->index());
+    if (edge_it != edge_to_vertex.end())
+    {
+      // Previously refined edge: find child vertex
+      const std::size_t child_vertex_global_index = edge_it->second;
+      if (coarsening_vertices.find(child_vertex_global_index)
+          == coarsening_vertices.end())
+      {
+        // Not a "coarsening" vertex, so mark edge for refinement
+        edge_markers[*e] = true;
+      }
+    }
+  }
+
+  auto refined_mesh = std::make_shared<Mesh>();
+  auto refined_hierarchy = std::make_shared<MeshHierarchy>();
+  auto refined_relation = std::make_shared<MeshRelation>();
+
+  // Refine with no redistribution
+  PlazaRefinementND::refine(*refined_mesh, *parent_mesh,
+                            edge_markers, true, *refined_relation);
+
+  refined_hierarchy->_meshes = _parent->_meshes;
+  refined_hierarchy->_meshes.push_back(refined_mesh);
+
+  refined_hierarchy->_parent = _parent;
+
+  refined_hierarchy->_relation = refined_relation;
+
+  return refined_hierarchy;
+}
+//-----------------------------------------------------------------------------
+std::vector<std::size_t> MeshHierarchy::weight() const
+{
+  // Assign each fine cell a weight of 1.
+  // FIXME? Not all fine cells are the same size - possibly weight by size
+  std::vector<std::size_t> cell_weights(finest()->num_cells(), 1);
+
+  for (std::size_t level = size() - 1; level > 0; --level)
+  {
+    const Mesh& mesh = *_meshes[level];
+    const Mesh& parent_mesh = *_meshes[level - 1];
+    const std::vector<std::size_t> parent_cell
+      = mesh.data().array("parent_cell", mesh.topology().dim());
+    dolfin_assert(parent_cell.size() == cell_weights.size());
+    std::vector<std::size_t> parent_cell_weights(parent_mesh.num_cells(), 0);
+    for (unsigned int i = 0; i != cell_weights.size(); ++i)
+      parent_cell_weights[parent_cell[i]] += cell_weights[i];
+
+    cell_weights = parent_cell_weights;
+  }
+
+  return cell_weights;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<Mesh> MeshHierarchy::rebalance() const
+{
+  // Make a new MeshHierarchy, with the same meshes, but rebalanced across
+  // processes.
+
+  // FIXME: this needs to be extended to all meshes in the Hierarchy
+  // and reconstruction of the MeshRelations between them... work in progress
+
+#ifndef HAS_SCOTCH
+  dolfin_error("MeshHierarchy.cpp",
+               "rebalance MeshHierarchy",
+               "Rebalancing requires SCOTCH library at present");
+#endif
+
+  const Mesh& coarse_mesh = *coarsest();
+  if (MPI::size(coarse_mesh.mpi_comm()) == 1)
+    dolfin_error("MeshHierarchy.cpp",
+                 "rebalance MeshHierarchy", "Not applicable in serial");
+
+  LocalMeshData local_mesh_data(coarse_mesh.mpi_comm());
+  local_mesh_data.topology.cell_weight = weight();
+
+  const std::size_t tdim = coarse_mesh.topology().dim();
+  local_mesh_data.topology.dim = tdim;
+  const std::size_t gdim = coarse_mesh.geometry().dim();
+  local_mesh_data.geometry.dim = gdim;
+  local_mesh_data.topology.num_vertices_per_cell = tdim + 1;
+
+  // Cells
+
+  local_mesh_data.topology.num_global_cells = coarse_mesh.num_entities_global(tdim);
+  const std::size_t num_local_cells = coarse_mesh.num_entities(tdim);
+  local_mesh_data.topology.global_cell_indices.resize(num_local_cells);
+  local_mesh_data.topology.cell_vertices.resize(boost::extents[num_local_cells][local_mesh_data.topology.num_vertices_per_cell]);
+
+  for (CellIterator c(coarse_mesh); !c.end(); ++c)
+  {
+    const std::size_t cell_index = c->index();
+    local_mesh_data.topology.global_cell_indices[cell_index] = c->global_index();
+    for (VertexIterator v(*c); !v.end(); ++v)
+      local_mesh_data.topology.cell_vertices[cell_index][v.pos()] = v->global_index();
+  }
+
+  // Vertices - must be reordered into global order
+
+  const std::size_t num_local_vertices = coarse_mesh.num_entities(0);
+  local_mesh_data.geometry.num_global_vertices = coarse_mesh.num_entities_global(0);
+  local_mesh_data.geometry.vertex_indices.resize(num_local_vertices);
+  for (VertexIterator v(coarse_mesh); !v.end(); ++v)
+    local_mesh_data.geometry.vertex_indices[v->index()] = v->global_index();
+  local_mesh_data.geometry.vertex_coordinates.resize(boost::extents[num_local_vertices][gdim]);
+
+  const std::vector<double> vertex_coords =
+    DistributedMeshTools::reorder_vertices_by_global_indices(coarse_mesh);
+  std::copy(vertex_coords.begin(), vertex_coords.end(),
+            local_mesh_data.geometry.vertex_coordinates.data());
+
+  std::shared_ptr<Mesh> mesh(new Mesh(coarse_mesh.mpi_comm()));
+  const std::string ghost_mode = dolfin::parameters["ghost_mode"];
+  MeshPartitioning::build_distributed_mesh(*mesh, local_mesh_data, ghost_mode);
+
+  return mesh;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/MeshHierarchy.h b/dolfin/mesh/MeshHierarchy.h
new file mode 100644
index 0000000..d1abf39
--- /dev/null
+++ b/dolfin/mesh/MeshHierarchy.h
@@ -0,0 +1,109 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifndef __MESH_HIERARCHY_H
+#define __MESH_HIERARCHY_H
+
+#include<vector>
+#include<memory>
+#include<dolfin/log/log.h>
+
+namespace dolfin
+{
+  class Mesh;
+  class MeshRelation;
+  template <typename T> class MeshFunction;
+
+  /// Experimental implementation of a list of Meshes as a hierarchy
+
+  class MeshHierarchy
+  {
+  public:
+    /// Constructor
+    MeshHierarchy()
+    {}
+
+    /// Constructor with initial mesh
+    explicit MeshHierarchy(std::shared_ptr<const Mesh> mesh)
+      : _meshes(1, mesh), _parent(NULL), _relation(NULL)
+    {}
+
+    /// Destructor
+    ~MeshHierarchy()
+    {}
+
+    /// Number of meshes
+    unsigned int size() const
+    { return _meshes.size(); }
+
+    /// Get Mesh i, in range [0:size()] where 0 is the coarsest Mesh.
+    std::shared_ptr<const Mesh> operator[](int i) const
+    {
+      if (i < 0)
+        i += _meshes.size();
+      dolfin_assert(i < (int)_meshes.size());
+        return _meshes[i];
+    }
+
+    /// Get the finest mesh of the MeshHierarchy
+    std::shared_ptr<const Mesh> finest() const
+    { return _meshes.back();  }
+
+    /// Get the coarsest mesh of the MeshHierarchy
+    std::shared_ptr<const Mesh> coarsest() const
+    { return _meshes.front();  }
+
+    /// Refine finest mesh of existing hierarchy, creating a new hierarchy
+    /// (level n -> n+1)
+    std::shared_ptr<const MeshHierarchy> refine
+      (const MeshFunction<bool>& markers) const;
+
+    /// Unrefine by returning the previous MeshHierarchy
+    /// (level n -> n-1)
+    /// Returns NULL for a MeshHierarchy containing a single Mesh
+    std::shared_ptr<const MeshHierarchy> unrefine() const
+    { return _parent; }
+
+    /// Coarsen finest mesh by one level, based on markers (level n->n)
+    std::shared_ptr<const MeshHierarchy> coarsen
+      (const MeshFunction<bool>& markers) const;
+
+    /// Calculate the number of cells on the finest Mesh
+    /// which are descendents of each cell on the coarsest Mesh,
+    /// returning a vector over the cells of the coarsest Mesh.
+    std::vector<std::size_t> weight() const;
+
+    /// Rebalance across processes
+    std::shared_ptr<Mesh> rebalance() const;
+
+  private:
+
+    // Basic store of mesh pointers for easy access
+    std::vector<std::shared_ptr<const Mesh> > _meshes;
+
+    // Parent MeshHierarchy
+    std::shared_ptr<const MeshHierarchy> _parent;
+
+    // Intermesh relationship data, i.e. parent cell, facet, vertex mappings
+    // instead of using MeshData
+    std::shared_ptr<const MeshRelation> _relation;
+
+  };
+}
+
+#endif
diff --git a/dolfin/mesh/MeshOrdering.cpp b/dolfin/mesh/MeshOrdering.cpp
new file mode 100644
index 0000000..291232e
--- /dev/null
+++ b/dolfin/mesh/MeshOrdering.cpp
@@ -0,0 +1,74 @@
+// Copyright (C) 2007-2012 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2007-01-30
+// Last changed: 2012-06-25
+
+#include <vector>
+#include <memory>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/log/log.h>
+#include "Cell.h"
+#include "Mesh.h"
+#include "MeshOrdering.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void MeshOrdering::order(Mesh& mesh)
+{
+  log(TRACE, "Ordering mesh.");
+
+  // Special case
+  if (mesh.num_cells() == 0)
+    return;
+
+  // Get global vertex numbering
+  dolfin_assert(mesh.topology().have_global_indices(0));
+  const auto& local_to_global_vertex_indices
+    = mesh.topology().global_indices(0);
+
+  // Skip ordering for dimension 0
+  if (mesh.topology().dim() == 0)
+    return;
+
+  // Iterate over all cells and order the mesh entities locally
+  for (CellIterator cell(mesh, "all"); !cell.end(); ++cell)
+    cell->order(local_to_global_vertex_indices);
+}
+//-----------------------------------------------------------------------------
+bool MeshOrdering::ordered(const Mesh& mesh)
+{
+  // Special case
+  if (mesh.num_cells() == 0)
+    return true;
+
+  // Get global vertex numbering
+  dolfin_assert(mesh.topology().have_global_indices(0));
+  const auto& local_to_global_vertex_indices
+    = mesh.topology().global_indices(0);
+
+  // Check if all cells are ordered
+  for (CellIterator cell(mesh, "all"); !cell.end(); ++cell)
+  {
+    if (!cell->ordered(local_to_global_vertex_indices))
+      return false;
+  }
+
+  return true;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/MeshOrdering.h b/dolfin/mesh/MeshOrdering.h
new file mode 100644
index 0000000..5ed62cd
--- /dev/null
+++ b/dolfin/mesh/MeshOrdering.h
@@ -0,0 +1,46 @@
+// Copyright (C) 2007-2008 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2007-01-30
+// Last changed: 2010-11-27
+
+#ifndef __MESH_ORDERING_H
+#define __MESH_ORDERING_H
+
+namespace dolfin
+{
+
+  class Mesh;
+
+  /// This class implements the ordering of mesh entities according to
+  /// the UFC specification (see appendix of DOLFIN user manual).
+
+  class MeshOrdering
+  {
+  public:
+
+    /// Order mesh
+    static void order(Mesh& mesh);
+
+    /// Check if mesh is ordered
+    static bool ordered(const Mesh& mesh);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/MeshPartitioning.cpp b/dolfin/mesh/MeshPartitioning.cpp
new file mode 100644
index 0000000..9465d53
--- /dev/null
+++ b/dolfin/mesh/MeshPartitioning.cpp
@@ -0,0 +1,1211 @@
+// Copyright (C) 2008-2014 Niclas Jansson, Ola Skavhaug, Anders Logg,
+// Garth N. Wells and Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Kent-Andre Mardal 2011
+// Modified by Anders Logg 2011
+// Modified by Garth N. Wells 2011-2012
+// Modified by Chris Richardson 2013-2014
+//
+
+#include <algorithm>
+#include <cstdint>
+#include <iterator>
+#include <map>
+#include <memory>
+#include <numeric>
+#include <set>
+#include <boost/multi_array.hpp>
+
+#include <dolfin/log/log.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/geometry/Point.h>
+#include <dolfin/graph/GraphBuilder.h>
+#include <dolfin/graph/ParMETIS.h>
+#include <dolfin/graph/SCOTCH.h>
+#include <dolfin/parameter/GlobalParameters.h>
+
+#include "CellType.h"
+#include "DistributedMeshTools.h"
+#include "Facet.h"
+#include "LocalMeshData.h"
+#include "Mesh.h"
+#include "MeshEditor.h"
+#include "MeshEntity.h"
+#include "MeshEntityIterator.h"
+#include "MeshFunction.h"
+#include "MeshTopology.h"
+#include "MeshValueCollection.h"
+#include "Vertex.h"
+#include "MeshPartitioning.h"
+
+using namespace dolfin;
+
+// Explicitly instantiate some templated functions to help the Python
+// wrappers
+template void MeshPartitioning::build_mesh_value_collection(const Mesh& mesh,
+   const std::vector<std::pair<std::pair<std::size_t, std::size_t>, std::size_t>>&
+                                                            local_value_data,
+   MeshValueCollection<std::size_t>& mesh_values);
+
+template void MeshPartitioning::build_mesh_value_collection(const Mesh& mesh,
+   const std::vector<std::pair<std::pair<std::size_t, std::size_t>, int>>&
+                                                            local_value_data,
+   MeshValueCollection<int>& mesh_values);
+
+template void MeshPartitioning::build_mesh_value_collection(const Mesh& mesh,
+   const std::vector<std::pair<std::pair<std::size_t, std::size_t>, double>>&
+                                                            local_value_data,
+   MeshValueCollection<double>& mesh_values);
+
+template void MeshPartitioning::build_mesh_value_collection(const Mesh& mesh,
+   const std::vector<std::pair<std::pair<std::size_t, std::size_t>, bool>>&
+                                                            local_value_data,
+                                     MeshValueCollection<bool>& mesh_values);
+
+//-----------------------------------------------------------------------------
+void MeshPartitioning::build_distributed_mesh(Mesh& mesh)
+{
+  if (MPI::size(mesh.mpi_comm()) > 1)
+  {
+    // Create and distribute local mesh data
+    LocalMeshData local_mesh_data(mesh);
+
+    // Build distributed mesh
+    build_distributed_mesh(mesh, local_mesh_data, parameters["ghost_mode"]);
+  }
+}
+//-----------------------------------------------------------------------------
+void MeshPartitioning::build_distributed_mesh(Mesh& mesh,
+                            const std::vector<int>& cell_destinations,
+                            const std::string ghost_mode)
+{
+  if (MPI::size(mesh.mpi_comm()) > 1)
+  {
+    // Create and distribute local mesh data
+    LocalMeshData local_mesh_data(mesh);
+
+    // Attach cell destinations
+    local_mesh_data.topology.cell_partition = cell_destinations;
+
+    // Build distributed mesh
+    build_distributed_mesh(mesh, local_mesh_data, ghost_mode);
+  }
+}
+//-----------------------------------------------------------------------------
+void MeshPartitioning::build_distributed_mesh(Mesh& mesh,
+                                              const LocalMeshData& local_data,
+                                              const std::string ghost_mode)
+{
+  log(PROGRESS, "Building distributed mesh");
+
+  Timer timer("Build distributed mesh from local mesh data");
+
+  // Store used ghost mode
+  // NOTE: This is the only place in DOLFIN which eventually sets
+  //       mesh._ghost_mode != "none"
+  mesh._ghost_mode = ghost_mode;
+
+  // Get mesh partitioner
+  const std::string partitioner = parameters["mesh_partitioner"];
+
+  // MPI communicator
+  MPI_Comm comm = mesh.mpi_comm();
+
+  // Compute cell partitioning or use partitioning provided in local_data
+  std::vector<int> cell_partition;
+  std::map<std::int64_t, std::vector<int>> ghost_procs;
+  if (local_data.topology.cell_partition.empty())
+    partition_cells(comm, local_data, partitioner, cell_partition, ghost_procs);
+  else
+  {
+    // Copy cell partition
+    cell_partition = local_data.topology.cell_partition;
+    dolfin_assert(cell_partition.size() == local_data.topology.global_cell_indices.size());
+    dolfin_assert(*std::max_element(cell_partition.begin(), cell_partition.end())
+                  < (int) MPI::size(comm));
+  }
+
+  // Check that we have some ghost information.
+  int all_ghosts = MPI::sum(comm, ghost_procs.size());
+  if (all_ghosts == 0 && ghost_mode != "none")
+  {
+    // FIXME: need to generate ghost cell information here by doing a
+    // facet-matching operation "GraphBuilder" style
+    dolfin_error("MeshPartitioning.cpp",
+                 "build ghost mesh",
+                 "Ghost cell information not available");
+  }
+
+  // Build mesh from local mesh data and provided cell partition
+  build(mesh, local_data, cell_partition, ghost_procs, ghost_mode);
+
+  // Create MeshDomains from local_data
+  // FIXME: probably not working with ghost cells?
+  build_mesh_domains(mesh, local_data);
+
+  // Initialise number of globally connected cells to each facet. This
+  // is necessary to distinguish between facets on an exterior
+  // boundary and facets on a partition boundary (see
+  // https://bugs.launchpad.net/dolfin/+bug/733834).
+  DistributedMeshTools::init_facet_cell_connections(mesh);
+}
+//-----------------------------------------------------------------------------
+void
+MeshPartitioning::partition_cells(const MPI_Comm& mpi_comm,
+                                  const LocalMeshData& mesh_data,
+                                  const std::string partitioner,
+                                  std::vector<int>& cell_partition,
+                                  std::map<std::int64_t, std::vector<int>>& ghost_procs)
+{
+  log(PROGRESS, "Compute partition of cells across processes");
+
+  // Clear data
+  cell_partition.clear();
+  ghost_procs.clear();
+
+  std::unique_ptr<CellType> cell_type(CellType::create(mesh_data.topology.cell_type));
+  dolfin_assert(cell_type);
+
+  // Compute cell partition using partitioner from parameter system
+  if (partitioner == "SCOTCH")
+  {
+    SCOTCH::compute_partition(mpi_comm, cell_partition, ghost_procs,
+                              mesh_data.topology.cell_vertices,
+                              mesh_data.topology.cell_weight,
+                              mesh_data.geometry.num_global_vertices,
+                              mesh_data.topology.num_global_cells,
+                              *cell_type);
+  }
+  else if (partitioner == "ParMETIS")
+  {
+    ParMETIS::compute_partition(mpi_comm, cell_partition, ghost_procs,
+                                mesh_data.topology.cell_vertices,
+                                mesh_data.geometry.num_global_vertices,
+                                *cell_type);
+  }
+  else
+  {
+    dolfin_error("MeshPartitioning.cpp",
+                 "compute cell partition",
+                 "Mesh partitioner '%s' is unknown.", partitioner.c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+void MeshPartitioning::build(Mesh& mesh, const LocalMeshData& mesh_data,
+                             const std::vector<int>& cell_partition,
+                             const std::map<std::int64_t, std::vector<int>>& ghost_procs,
+                             const std::string ghost_mode)
+{
+  // Distribute cells
+  log(PROGRESS, "Distribute mesh (cell and vertices)");
+
+  Timer timer("Distribute mesh (cells and vertices)");
+
+  // Sanity check
+  dolfin_assert(mesh._ghost_mode == ghost_mode);
+
+  // Topological dimension
+  const int tdim = mesh_data.topology.dim;
+
+  const std::int64_t num_global_vertices = mesh_data.geometry.num_global_vertices;
+  const std::int32_t num_cell_vertices = mesh_data.topology.num_vertices_per_cell;
+
+  // FIXME: explain structure of shared_cells
+  // Keep tabs on ghost cell ownership (map from local cell index to
+  // sharing processes)
+
+  // Send cells to processes that need them. Returns
+  // 0. Number of regular cells on this process
+  // 1. Map from local cell index to to sharing process for ghosted cells
+  boost::multi_array<std::int64_t, 2> new_cell_vertices;
+  std::vector<std::int64_t> new_global_cell_indices;
+  std::vector<int> new_cell_partition;
+  std::map<std::int32_t, std::set<unsigned int>> shared_cells;
+
+  // Send cells to owning process accoring to cell_partition, and
+  // receive cells that belong to this process. Also compute auxiliary
+  // data related to sharing,
+  const std::int32_t num_regular_cells
+    = distribute_cells(mesh.mpi_comm(), mesh_data, cell_partition, ghost_procs,
+                       new_cell_vertices, new_global_cell_indices,
+                       new_cell_partition, shared_cells);
+
+  if (ghost_mode == "shared_vertex")
+  {
+    // Send/receive additional cells defined by connectivity to the shared
+    // vertices.
+    distribute_cell_layer(mesh.mpi_comm(), num_regular_cells,
+                          num_global_vertices, shared_cells, new_cell_vertices,
+                          new_global_cell_indices, new_cell_partition);
+  }
+  else if (ghost_mode == "none")
+  {
+    // Resize to remove all ghost cells
+    new_cell_partition.resize(num_regular_cells);
+    new_global_cell_indices.resize(num_regular_cells);
+    new_cell_vertices.resize(boost::extents[num_regular_cells][num_cell_vertices]);
+    shared_cells.clear();
+  }
+
+  #ifdef HAS_SCOTCH
+  if (parameters["reorder_cells_gps"])
+  {
+    // Create CellType objects based on current cell type
+    std::unique_ptr<CellType> cell_type(CellType::create(mesh_data.topology.cell_type));
+    dolfin_assert(cell_type);
+
+    // Allocate objects to hold re-ordering
+    std::map<std::int32_t, std::set<unsigned int>> reordered_shared_cells;
+    boost::multi_array<std::int64_t, 2> reordered_cell_vertices;
+    std::vector<std::int64_t> reordered_global_cell_indices;
+
+    // Re-order cells
+    reorder_cells_gps(mesh.mpi_comm(), num_regular_cells, *cell_type,
+                     shared_cells, new_cell_vertices, new_global_cell_indices,
+                     reordered_shared_cells, reordered_cell_vertices,
+                     reordered_global_cell_indices);
+
+    // Update to re-ordered indices
+    std::swap(shared_cells, reordered_shared_cells);
+    std::swap(new_cell_vertices, reordered_cell_vertices);
+    std::swap(new_global_cell_indices, reordered_global_cell_indices);
+  }
+  #endif
+
+  // Generate mapping from global to local indexing for vertices also
+  // calculating which vertices are 'ghost' and putting them at the
+  // end of the local range
+  std::vector<std::int64_t> vertex_indices;
+  std::map<std::int64_t, std::int32_t> vertex_global_to_local;
+  const std::int32_t num_regular_vertices
+    = compute_vertex_mapping(mesh.mpi_comm(), num_regular_cells,
+                             new_cell_vertices, vertex_indices,
+                             vertex_global_to_local);
+
+  #ifdef HAS_SCOTCH
+  if (parameters["reorder_vertices_gps"])
+  {
+    // Allocate objects to hold re-ordering
+    std::vector<std::int64_t> reordered_vertex_indices;
+    std::map<std::int64_t, std::int32_t> reordered_vertex_global_to_local;
+
+    // Re-order vertices
+    reorder_vertices_gps(mesh.mpi_comm(), num_regular_vertices,
+                         num_regular_cells, num_cell_vertices,
+                         new_cell_vertices, vertex_indices,
+                         vertex_global_to_local, reordered_vertex_indices,
+                         reordered_vertex_global_to_local);
+
+    // Update to re-ordered indices
+    std::swap(vertex_indices, reordered_vertex_indices);
+    std::swap(vertex_global_to_local, reordered_vertex_global_to_local);
+  }
+  #endif
+
+  // Send vertices to processes that need them, informing all
+  // sharing processes of their destinations
+  std::map<std::int32_t, std::set<unsigned int>> shared_vertices;
+  boost::multi_array<double, 2> vertex_coordinates;
+  distribute_vertices(mesh.mpi_comm(), mesh_data, vertex_indices,
+                      vertex_coordinates, vertex_global_to_local,
+                      shared_vertices);
+
+  timer.stop();
+
+  // Build lcoal mesh from new_mesh_data
+  build_local_mesh(mesh, new_global_cell_indices, new_cell_vertices,
+                   mesh_data.topology.cell_type, mesh_data.topology.dim,
+                   mesh_data.topology.num_global_cells, vertex_indices,
+                   vertex_coordinates, mesh_data.geometry.dim,
+                   mesh_data.geometry.num_global_vertices,
+                   vertex_global_to_local);
+
+  // Fix up some of the ancilliary data about sharing and ownership
+  // now that the mesh has been initialised
+
+  // Copy cell ownership
+  std::vector<unsigned int>& cell_owner = mesh.topology().cell_owner();
+  cell_owner.clear();
+  cell_owner.insert(cell_owner.begin(),
+                    new_cell_partition.begin() + num_regular_cells,
+                    new_cell_partition.end());
+
+  // Set the ghost cell offset
+  mesh.topology().init_ghost(tdim, num_regular_cells);
+
+  // Set the ghost vertex offset
+  mesh.topology().init_ghost(0, num_regular_vertices);
+
+  // Assign map of shared cells and vertices
+  mesh.topology().shared_entities(mesh_data.topology.dim) = shared_cells;
+  mesh.topology().shared_entities(0) = shared_vertices;
+}
+//-----------------------------------------------------------------------------
+void MeshPartitioning::reorder_cells_gps(
+  MPI_Comm mpi_comm,
+  const unsigned int num_regular_cells,
+  const CellType& cell_type,
+  const std::map<std::int32_t, std::set<unsigned int>>& shared_cells,
+  const boost::multi_array<std::int64_t, 2>& cell_vertices,
+  const std::vector<std::int64_t>& global_cell_indices,
+  std::map<std::int32_t, std::set<unsigned int>>& reordered_shared_cells,
+  boost::multi_array<std::int64_t, 2>& reordered_cell_vertices,
+  std::vector<std::int64_t>& reordered_global_cell_indices)
+{
+  log(PROGRESS, "Re-order cells during distributed mesh construction");
+
+  Timer timer("Reorder cells using GPS ordering");
+
+  // Make dual graph from vertex indices, using GraphBuilder
+  // FIXME: this should be reused later to add the facet-cell topology
+  std::vector<std::vector<std::size_t>> local_graph;
+  GraphBuilder::FacetCellMap facet_cell_map;
+  GraphBuilder::compute_local_dual_graph(mpi_comm, cell_vertices, cell_type,
+                                         local_graph, facet_cell_map);
+
+  const std::size_t num_all_cells = cell_vertices.shape()[0];
+  const std::size_t local_cell_offset
+    = MPI::global_offset(mpi_comm, num_all_cells, true);
+
+  // Convert between graph types, removing offset
+  // FIXME: make all graphs the same type
+
+  Graph g_dual;
+  // Ignore the ghost cells - they will not be reordered
+  // FIXME: reorder ghost cells too
+  for (unsigned int i = 0; i != num_regular_cells; ++i)
+  {
+    dolfin::Set<int> conn_set;
+    for (auto q = local_graph[i].begin(); q != local_graph[i].end(); ++q)
+    {
+      dolfin_assert(*q >= local_cell_offset);
+      const int local_index = *q - local_cell_offset;
+
+      // Ignore ghost cells in connectivity
+      if (local_index < (int)num_regular_cells)
+        conn_set.insert(local_index);
+    }
+    g_dual.push_back(conn_set);
+  }
+  std::vector<int> remap = SCOTCH::compute_gps(g_dual);
+
+  // Resize re-ordered cell topology arrray, and copy (copy iss
+  // required because ghosts are not being re-ordered).
+  reordered_cell_vertices.resize(boost::extents[cell_vertices.shape()[0]][cell_vertices.shape()[1]]);
+  reordered_cell_vertices = cell_vertices;
+
+  // Assign old gloabl indeices to re-ordered indices (since ghost
+  // will be be re-ordered, we need to copy them over)
+  reordered_global_cell_indices = global_cell_indices;
+
+  for (unsigned int i = 0; i != g_dual.size(); ++i)
+  {
+    // Remap data
+    const unsigned int j = remap[i];
+    reordered_cell_vertices[j] = cell_vertices[i];
+    reordered_global_cell_indices[j] = global_cell_indices[i];
+  }
+
+  // Clear data
+  reordered_shared_cells.clear();
+  for (auto p = shared_cells.begin(); p != shared_cells.end(); ++p)
+  {
+    const unsigned int cell_index = p->first;
+    if (cell_index < num_regular_cells)
+      reordered_shared_cells.insert({remap[cell_index], p->second});
+    else
+      reordered_shared_cells.insert(*p);
+  }
+}
+//-----------------------------------------------------------------------------
+void
+MeshPartitioning::reorder_vertices_gps(MPI_Comm mpi_comm,
+     const std::int32_t num_regular_vertices,
+     const std::int32_t num_regular_cells,
+     const int num_vertices_per_cell,
+     const boost::multi_array<std::int64_t, 2>& cell_vertices,
+     const std::vector<std::int64_t>& vertex_indices,
+     const std::map<std::int64_t, std::int32_t>& vertex_global_to_local,
+     std::vector<std::int64_t>& reordered_vertex_indices,
+     std::map<std::int64_t, std::int32_t>& reordered_vertex_global_to_local)
+{
+  // Reorder vertices using the Gibbs-Poole-Stockmeyer algorithm of
+  // SCOTCH.
+  // "vertex_indices" and "vertex_global_to_local" are modified.
+
+  log(PROGRESS, "Re-order vertices during distributed mesh construction");
+  Timer timer("Reorder vertices using GPS ordering");
+
+  // Make local real graph (vertices are nodes, edges are edges)
+  Graph g(num_regular_vertices);
+  for (std::int32_t i = 0; i < num_regular_cells; ++i)
+  {
+    for (int j = 0; j < num_vertices_per_cell; ++j)
+    {
+      auto vj = vertex_global_to_local.find(cell_vertices[i][j]);
+      dolfin_assert(vj != vertex_global_to_local.end());
+      if (vj->second < num_regular_vertices)
+      {
+        for (int k = j + 1; k < num_vertices_per_cell; ++k)
+        {
+          auto vk = vertex_global_to_local.find(cell_vertices[i][k]);
+          dolfin_assert(vk != vertex_global_to_local.end());
+          if (vk->second < num_regular_vertices)
+          {
+            g[vj->second].insert(vk->second);
+            g[vk->second].insert(vj->second);
+          }
+        }
+      }
+    }
+  }
+
+  std::vector<int> remap = SCOTCH::compute_gps(g);
+
+  // Remap global-to-local mapping for regular vertices only
+  reordered_vertex_global_to_local = vertex_global_to_local;
+  for (auto p = reordered_vertex_global_to_local.begin();
+        p != reordered_vertex_global_to_local.end(); ++p)
+  {
+    if (p->second < num_regular_vertices)
+      p->second = remap[p->second];
+  }
+
+  // Remap local-to-global mapping for regular vertices
+  const std::int32_t num_indices = vertex_indices.size();
+  reordered_vertex_indices.resize(num_indices);
+  for (std::int32_t i = 0; i < num_regular_vertices; ++i)
+    reordered_vertex_indices[remap[i]] = vertex_indices[i];
+
+  // Copy ghost vertices
+  for (std::int32_t i = num_regular_vertices; i < num_indices; ++i)
+    reordered_vertex_indices[i] = vertex_indices[i];
+}
+//-----------------------------------------------------------------------------
+void MeshPartitioning::distribute_cell_layer(MPI_Comm mpi_comm,
+  const int num_regular_cells,
+  const std::int64_t num_global_vertices,
+  std::map<std::int32_t, std::set<unsigned int>>& shared_cells,
+  boost::multi_array<std::int64_t, 2>& cell_vertices,
+  std::vector<std::int64_t>& global_cell_indices,
+  std::vector<int>& cell_partition)
+{
+  Timer timer("Distribute cell layer");
+
+  const int mpi_size = MPI::size(mpi_comm);
+  const int mpi_rank = MPI::rank(mpi_comm);
+
+  // Get set of vertices in ghost cells
+  std::map<std::int64_t, std::vector<std::int64_t>> sh_vert_to_cell;
+
+  // Make global-to-local map of shared cells
+  std::map<std::int64_t, int> cell_global_to_local;
+  for (int i = num_regular_cells; i < (int) cell_vertices.size(); ++i)
+  {
+    // Add map entry for each vertex
+    for(auto p = cell_vertices[i].begin(); p != cell_vertices[i].end(); ++p)
+      sh_vert_to_cell.insert({*p, std::vector<std::int64_t>()});
+
+    cell_global_to_local.insert({global_cell_indices[i], i});
+  }
+
+  // Reduce vertex set to those which also appear in local cells
+  // giving the effective boundary vertices.  Make a map from these
+  // vertices to the set of connected cells (but only adding locally
+  // owned cells)
+
+  // Go through all regular cells to add any previously unshared
+  // cells.
+  for (int i = 0; i < num_regular_cells; ++i)
+  {
+    for (auto v = cell_vertices[i].begin(); v != cell_vertices[i].end(); ++v)
+    {
+      auto vc_it = sh_vert_to_cell.find(*v);
+      if (vc_it != sh_vert_to_cell.end())
+      {
+        cell_global_to_local.insert({global_cell_indices[i], i});
+        vc_it->second.push_back(i);
+      }
+    }
+  }
+
+  // Send lists of cells/owners to MPI::index_owner of vertex,
+  // collating and sending back out...
+  std::vector<std::vector<std::int64_t>> send_vertcells(mpi_size);
+  std::vector<std::vector<std::int64_t>> recv_vertcells(mpi_size);
+  for (auto vc_it = sh_vert_to_cell.begin(); vc_it != sh_vert_to_cell.end(); ++vc_it)
+  {
+    const int dest = MPI::index_owner(mpi_comm, vc_it->first,
+                                      num_global_vertices);
+
+    std::vector<std::int64_t>& sendv = send_vertcells[dest];
+
+    // Pack as [cell_global_index, this_vertex, [other_vertices]]
+    for (auto q = vc_it->second.begin(); q != vc_it->second.end(); ++q)
+    {
+      sendv.push_back(global_cell_indices[*q]);
+      sendv.push_back(vc_it->first);
+      for (auto v = cell_vertices[*q].begin(); v != cell_vertices[*q].end(); ++v)
+      {
+        if (*v != vc_it->first)
+          sendv.push_back(*v);
+      }
+    }
+  }
+
+  MPI::all_to_all(mpi_comm, send_vertcells, recv_vertcells);
+
+  const unsigned int num_cell_vertices = cell_vertices.shape()[1];
+
+  // Collect up cells on common vertices
+
+  // Reset map
+  sh_vert_to_cell.clear();
+  for (int i = 0; i < mpi_size; ++i)
+  {
+    const std::vector<std::int64_t>& recv_i = recv_vertcells[i];
+    for (auto q = recv_i.begin(); q != recv_i.end(); q += num_cell_vertices + 1)
+    {
+      const std::size_t vertex_index = *(q + 1);
+      std::vector<std::int64_t> cell_set = {i};
+      cell_set.insert(cell_set.end(), q, q + num_cell_vertices + 1);
+
+      // Packing: [owner, cell_index, this_vertex, [other_vertices]]
+      // Look for vertex in map, and add the attached cell
+      auto it = sh_vert_to_cell.find(vertex_index);
+      if (it == sh_vert_to_cell.end())
+        sh_vert_to_cell.insert({vertex_index, cell_set});
+      else
+        it->second.insert(it->second.end(), cell_set.begin(), cell_set.end());
+    }
+  }
+
+  // Clear sending arrays
+  send_vertcells = std::vector<std::vector<std::int64_t>>(mpi_size);
+
+  // Send back out to all processes which share the same vertex
+  // FIXME: avoid sending back own cells to owner?
+  for (auto p = sh_vert_to_cell.begin(); p != sh_vert_to_cell.end(); ++p)
+  {
+    for (auto q = p->second.begin(); q != p->second.end();
+          q += (num_cell_vertices + 2))
+    {
+      send_vertcells[*q].insert(send_vertcells[*q].end(), p->second.begin(),
+                                p->second.end());
+    }
+  }
+
+  MPI::all_to_all(mpi_comm, send_vertcells, recv_vertcells);
+
+  // Count up new cells, assign local index, set owner
+  // and initialise shared_cells
+
+  const unsigned int num_cells = cell_vertices.shape()[0];
+  unsigned int count = num_cells;
+
+  for (auto p = recv_vertcells.begin(); p != recv_vertcells.end(); ++p)
+  {
+    for (auto q = p->begin(); q != p->end(); q += num_cell_vertices + 2)
+    {
+      const std::int64_t owner = *q;
+      const std::int64_t cell_index = *(q + 1);
+      auto cell_it = cell_global_to_local.find(cell_index);
+      if (cell_it == cell_global_to_local.end())
+      {
+        cell_global_to_local.insert({cell_index, count});
+        shared_cells.insert({count, std::set<unsigned int>()});
+        global_cell_indices.push_back(cell_index);
+        cell_partition.push_back(owner);
+        ++count;
+      }
+    }
+  }
+
+  cell_vertices.resize(boost::extents[count][num_cell_vertices]);
+  std::set<unsigned int> sharing_procs;
+  std::vector<std::size_t> sharing_cells;
+  std::size_t last_vertex = std::numeric_limits<std::size_t>::max();
+  for (auto p = recv_vertcells.begin(); p != recv_vertcells.end(); ++p)
+  {
+    for (auto q = p->begin(); q != p->end(); q += num_cell_vertices + 2)
+    {
+      const std::size_t shared_vertex = *(q + 2);
+      const int owner = *q;
+      const std::size_t cell_index = *(q + 1);
+      const std::size_t local_index
+        = cell_global_to_local.find(cell_index)->second;
+
+      // Add vertices to new cells
+      if (local_index >= num_cells)
+      {
+        for (unsigned int j = 0; j != num_cell_vertices; ++j)
+          cell_vertices[local_index][j] = *(q + j + 2);
+      }
+
+      // If starting on a new shared vertex, dump old data into
+      // shared_cells
+      if (shared_vertex != last_vertex)
+      {
+        last_vertex = shared_vertex;
+        for (auto c = sharing_cells.begin(); c != sharing_cells.end(); ++c)
+        {
+          auto it = shared_cells.find(*c);
+          if (it == shared_cells.end())
+            shared_cells.insert({*c, sharing_procs});
+          else
+            it->second.insert(sharing_procs.begin(), sharing_procs.end());
+        }
+        sharing_procs.clear();
+        sharing_cells.clear();
+      }
+
+      // Don't include self in sharing processes
+      if (owner != mpi_rank)
+         sharing_procs.insert(owner);
+      sharing_cells.push_back(local_index);
+    }
+  }
+
+  for (auto c = sharing_cells.begin(); c != sharing_cells.end(); ++c)
+  {
+    auto it = shared_cells.find(*c);
+    if (it == shared_cells.end())
+      shared_cells.insert({*c, sharing_procs});
+    else
+      it->second.insert(sharing_procs.begin(), sharing_procs.end());
+  }
+
+  // Shrink
+  global_cell_indices.shrink_to_fit();
+  cell_partition.shrink_to_fit();
+}
+//-----------------------------------------------------------------------------
+std::int32_t
+MeshPartitioning::distribute_cells(
+  const MPI_Comm mpi_comm,
+  const LocalMeshData& mesh_data,
+  const std::vector<int>& cell_partition,
+  const std::map<std::int64_t, std::vector<int>>& ghost_procs,
+  boost::multi_array<std::int64_t, 2>& new_cell_vertices,
+  std::vector<std::int64_t>& new_global_cell_indices,
+  std::vector<int>& new_cell_partition,
+  std::map<std::int32_t, std::set<unsigned int>>& shared_cells)
+{
+  // This function takes the partition computed by the partitioner
+  // stored in cell_partition/ghost_procs Some cells go to multiple
+  // destinations. Each cell is transmitted to its final
+  // destination(s) including its global index, and the cell owner
+  // (for ghost cells this will be different from the destination)
+
+  log(PROGRESS, "Distribute cells during distributed mesh construction");
+
+  Timer timer("Distribute cells");
+
+  const std::size_t mpi_size = MPI::size(mpi_comm);
+  const std::size_t mpi_rank = MPI::rank(mpi_comm);
+
+  new_cell_partition.clear();
+  shared_cells.clear();
+
+  // Get dimensions of local mesh_data
+  const std::size_t num_local_cells = mesh_data.topology.cell_vertices.size();
+  dolfin_assert(mesh_data.topology.global_cell_indices.size() == num_local_cells);
+  const std::size_t num_cell_vertices = mesh_data.topology.num_vertices_per_cell;
+  if (!mesh_data.topology.cell_vertices.empty())
+  {
+    if (mesh_data.topology.cell_vertices[0].size() != num_cell_vertices)
+    {
+      dolfin_error("MeshPartitioning.cpp",
+                   "distribute cells",
+                   "Mismatch in number of cell vertices (%d != %d) on process %d",
+                   mesh_data.topology.cell_vertices[0].size(), num_cell_vertices,
+                   mpi_rank);
+    }
+  }
+
+  // Send all cells to their destinations including their global
+  // indices.  First element of vector is cell count of unghosted
+  // cells, second element is count of ghost cells.
+  std::vector<std::vector<std::size_t>>
+    send_cell_vertices(mpi_size, std::vector<std::size_t>(2, 0));
+
+  for (unsigned int i = 0; i != cell_partition.size(); ++i)
+  {
+    // If cell is in ghost_procs map, use that to determine
+    // destinations, otherwise just use the cell_partition vector
+    auto map_it = ghost_procs.find(i);
+    if (map_it != ghost_procs.end())
+    {
+      const std::vector<int>& destinations = map_it->second;
+      for (auto dest = destinations.begin(); dest != destinations.end(); ++dest)
+      {
+        // Create reference to destination vector
+        std::vector<std::size_t>& send_cell_dest = send_cell_vertices[*dest];
+
+        // Count of ghost cells, followed by ghost processes
+        send_cell_dest.push_back(destinations.size());
+        send_cell_dest.insert(send_cell_dest.end(), destinations.begin(),
+                              destinations.end());
+
+        // Global cell index
+        send_cell_dest.push_back(mesh_data.topology.global_cell_indices[i]);
+
+        // Global vertex indices
+        send_cell_dest.insert(send_cell_dest.end(),
+                              mesh_data.topology.cell_vertices[i].begin(),
+                              mesh_data.topology.cell_vertices[i].end());
+
+        // First entry is the owner, so this counts as a 'local' cell
+        // subsequent entries are 'remote ghosts'
+        if (dest == destinations.begin())
+          send_cell_dest[0]++;
+        else
+          send_cell_dest[1]++;
+      }
+    }
+    else
+    {
+      // Single destination (unghosted cell)
+      std::vector<std::size_t>& send_cell_dest
+        = send_cell_vertices[cell_partition[i]];
+      send_cell_dest.push_back(0);
+
+      // Global cell index
+      send_cell_dest.push_back(mesh_data.topology.global_cell_indices[i]);
+
+      // Global vertex indices
+      send_cell_dest.insert(send_cell_dest.end(),
+                            mesh_data.topology.cell_vertices[i].begin(),
+                            mesh_data.topology.cell_vertices[i].end());
+      send_cell_dest[0]++;
+    }
+  }
+
+  // Distribute cell-vertex connectivity and ownership information
+  std::vector<std::vector<std::size_t>> received_cell_vertices(mpi_size);
+  MPI::all_to_all(mpi_comm, send_cell_vertices, received_cell_vertices);
+
+  // Count number of received cells (first entry in vector) and find
+  // out how many ghost cells there are...
+  std::size_t local_count = 0;
+  std::size_t ghost_count = 0;
+  for (std::size_t p = 0; p < mpi_size; ++p)
+  {
+    std::vector<std::size_t>& received_data = received_cell_vertices[p];
+    local_count += received_data[0];
+    ghost_count += received_data[1];
+  }
+
+  const std::size_t all_count = ghost_count + local_count;
+
+  // Put received mesh data into new_mesh_data structure
+  new_cell_vertices.resize(boost::extents[all_count][num_cell_vertices]);
+  new_global_cell_indices.resize(all_count);
+  new_cell_partition.resize(all_count);
+
+  // Unpack received data
+  // Create a map from cells which are shared, to the remote processes
+  // which share them - corral ghost cells to end of range
+  std::size_t c = 0;
+  std::size_t gc = local_count;
+  for (std::size_t p = 0; p < mpi_size; ++p)
+  {
+    std::vector<std::size_t>& received_data = received_cell_vertices[p];
+    for (auto it = received_data.begin() + 2; it != received_data.end();
+         it += (*it + num_cell_vertices + 2))
+    {
+      auto tmp_it = it;
+      const unsigned int num_ghosts = *tmp_it++;
+
+      // Determine owner, and indexing.
+      // Note that *tmp_it may be equal to mpi_rank
+      const std::size_t owner = (num_ghosts == 0) ? mpi_rank : *tmp_it;
+      const std::size_t idx = (owner == mpi_rank) ? c : gc;
+
+      dolfin_assert(idx < new_cell_partition.size());
+      new_cell_partition[idx] = owner;
+      if (num_ghosts != 0)
+      {
+        std::set<unsigned int> proc_set(tmp_it, tmp_it + num_ghosts);
+
+        // Remove self from set of sharing processes
+        proc_set.erase(mpi_rank);
+        shared_cells.insert({idx, proc_set});
+        tmp_it += num_ghosts;
+      }
+
+      new_global_cell_indices[idx] = *tmp_it++;
+      for (std::size_t j = 0; j < num_cell_vertices; ++j)
+        new_cell_vertices[idx][j] = *tmp_it++;
+
+      if (owner == mpi_rank)
+        ++c;
+      else
+        ++gc;
+    }
+  }
+
+  dolfin_assert(c == local_count);
+  dolfin_assert(gc == all_count);
+  return local_count;
+}
+//-----------------------------------------------------------------------------
+std::int32_t MeshPartitioning::compute_vertex_mapping(MPI_Comm mpi_comm,
+                 const std::int32_t num_regular_cells,
+                 const boost::multi_array<std::int64_t, 2>& cell_vertices,
+                 std::vector<std::int64_t>& vertex_indices,
+                 std::map<std::int64_t, std::int32_t>& vertex_global_to_local)
+{
+  vertex_indices.clear();
+  vertex_global_to_local.clear();
+
+  // Get set of unique vertices from cells and start constructing a
+  // global_to_local map.  Ghost vertices will be at the end of the
+  // range (v >= num_regular_vertices).
+  std::int32_t v = 0;
+  std::int32_t num_regular_vertices = 0;
+  const std::int32_t num_cells = cell_vertices.size();
+  for (std::int32_t i = 0; i < num_cells; ++i)
+  {
+    for (auto q : cell_vertices[i])
+    {
+      auto map_it = vertex_global_to_local.find(q);
+      if (map_it == vertex_global_to_local.end())
+      {
+        vertex_global_to_local.insert({q, v});
+        vertex_indices.push_back(q);
+        ++v;
+        if (i < num_regular_cells)
+          num_regular_vertices = v;
+      }
+    }
+  }
+
+  return num_regular_vertices;
+}
+//-----------------------------------------------------------------------------
+void MeshPartitioning::distribute_vertices(
+  const MPI_Comm mpi_comm,
+  const LocalMeshData& mesh_data,
+  const std::vector<std::int64_t>& vertex_indices,
+  boost::multi_array<double, 2>& vertex_coordinates,
+  std::map<std::int64_t, std::int32_t>& vertex_global_to_local,
+  std::map<std::int32_t, std::set<unsigned int>>& shared_vertices_local)
+{
+  // This function distributes all vertices (coordinates and
+  // local-to-global mapping) according to the cells that are stored
+  // on each process. This happens in several stages: First each
+  // process figures out which vertices it needs (by looking at its
+  // cells) and where those vertices are located. That information is
+  // then distributed so that each process learns where it needs to
+  // send its vertices.
+
+  log(PROGRESS, "Distribute vertices during distributed mesh construction");
+  Timer timer("Distribute vertices");
+
+  // Get number of processes
+  const int mpi_size = MPI::size(mpi_comm);
+  const int mpi_rank = MPI::rank(mpi_comm);
+
+  // Get geometric dimension
+  const int gdim = mesh_data.geometry.dim;
+
+  // Compute where (process number) the vertices we need are located
+  std::vector<std::size_t> ranges(mpi_size);
+  MPI::all_gather(mpi_comm, mesh_data.geometry.vertex_indices.size(), ranges);
+  for (unsigned int i = 1; i != ranges.size(); ++i)
+    ranges[i] += ranges[i - 1];
+  ranges.insert(ranges.begin(), 0);
+
+  std::vector<std::vector<std::size_t>> send_vertex_indices(mpi_size);
+  for (const auto& required_vertex : vertex_indices)
+  {
+    const int location
+      = std::upper_bound(ranges.begin(), ranges.end(), required_vertex)
+      - ranges.begin() - 1;
+    send_vertex_indices[location].push_back(required_vertex);
+  }
+
+  // Convenience reference
+  const std::vector<std::vector<std::size_t>>& vertex_location
+    = send_vertex_indices;
+
+  // Send required vertices to other processes, and receive back
+  // vertices required by other processes.
+  std::vector<std::vector<std::size_t>> received_vertex_indices;
+  MPI::all_to_all(mpi_comm, send_vertex_indices, received_vertex_indices);
+
+  // Redistribute received_vertex_indices as vertex sharing
+  // information
+  build_shared_vertices(mpi_comm, shared_vertices_local,
+                        vertex_global_to_local, received_vertex_indices);
+
+  // Distribute vertex coordinates
+  std::vector<std::vector<double>> send_vertex_coordinates(mpi_size);
+  const std::pair<std::size_t, std::size_t> local_vertex_range = {ranges[mpi_rank], ranges[mpi_rank + 1]};
+  for (int p = 0; p < mpi_size; ++p)
+  {
+    send_vertex_coordinates[p].reserve(received_vertex_indices[p].size()*gdim);
+    for (auto q = received_vertex_indices[p].begin();
+         q != received_vertex_indices[p].end(); ++q)
+    {
+      dolfin_assert(*q >= local_vertex_range.first && *q < local_vertex_range.second);
+
+      const std::size_t location = *q - local_vertex_range.first;
+      send_vertex_coordinates[p].insert(send_vertex_coordinates[p].end(),
+                                        mesh_data.geometry.vertex_coordinates[location].begin(),
+                                        mesh_data.geometry.vertex_coordinates[location].end());
+    }
+  }
+
+  // Send actual coordinates to destinations
+  std::vector<std::vector<double>> received_vertex_coordinates;
+  MPI::all_to_all(mpi_comm, send_vertex_coordinates,
+                  received_vertex_coordinates);
+
+  // Count number of received local vertices and check it agrees with map
+  std::size_t num_received_vertices = 0;
+  for (int p = 0; p < mpi_size; ++p)
+    num_received_vertices += received_vertex_coordinates[p].size()/gdim;
+  dolfin_assert(num_received_vertices == vertex_indices.size());
+
+  // Initialise coordinates array
+  vertex_coordinates.resize(boost::extents[vertex_indices.size()][gdim]);
+
+  // Store coordinates according to global_to_local mapping
+  for (int p = 0; p < mpi_size; ++p)
+  {
+    for (std::size_t i = 0; i < received_vertex_coordinates[p].size()/gdim; ++i)
+    {
+      const std::int64_t global_vertex_index = vertex_location[p][i];
+      auto v = vertex_global_to_local.find(global_vertex_index);
+      dolfin_assert(v != vertex_global_to_local.end());
+      dolfin_assert(vertex_indices[v->second] == global_vertex_index);
+      for (int j = 0; j < gdim; ++j)
+        vertex_coordinates[v->second][j] = received_vertex_coordinates[p][i*gdim + j];
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void MeshPartitioning::build_shared_vertices(MPI_Comm mpi_comm,
+     std::map<std::int32_t, std::set<unsigned int>>& shared_vertices_local,
+     const std::map<std::int64_t, std::int32_t>& vertex_global_to_local,
+     const std::vector<std::vector<std::size_t>>& received_vertex_indices)
+{
+  log(PROGRESS, "Build shared vertices during distributed mesh construction");
+
+  const int mpi_size = MPI::size(mpi_comm);
+
+  // Generate vertex sharing information
+  std::map<std::size_t, std::set<unsigned int>> vertex_to_proc;
+  for (int p = 0; p < mpi_size; ++p)
+  {
+    for (auto q = received_vertex_indices[p].begin();
+         q != received_vertex_indices[p].end(); ++q)
+    {
+      auto map_it = vertex_to_proc.find(*q);
+      if (map_it == vertex_to_proc.end())
+      {
+        std::set<unsigned int> proc_set;
+        proc_set.insert(p);
+        vertex_to_proc.insert({*q, proc_set});
+      }
+      else
+        map_it->second.insert(p);
+    }
+  }
+
+  std::vector<std::vector<std::size_t>> send_sharing(mpi_size);
+  for (auto map_it = vertex_to_proc.begin(); map_it != vertex_to_proc.end(); ++map_it)
+  {
+    if (map_it->second.size() != 1)
+    {
+      for (auto proc = map_it->second.begin(); proc != map_it->second.end(); ++proc)
+      {
+        std::vector<std::size_t>& ss = send_sharing[*proc];
+        ss.push_back(map_it->second.size() - 1);
+        ss.push_back(map_it->first);
+        for (auto p =  map_it->second.begin(); p != map_it->second.end(); ++p)
+        {
+          if (*p != *proc)
+            ss.push_back(*p);
+        }
+      }
+    }
+  }
+
+  // Receive as a flat array
+  std::vector<std::size_t> recv_sharing(mpi_size);
+  MPI::all_to_all(mpi_comm, send_sharing, recv_sharing);
+
+  for (auto q = recv_sharing.begin(); q != recv_sharing.end(); q += (*q + 2))
+  {
+    const std::size_t num_sharing = *q;
+    const std::size_t global_vertex_index = *(q + 1);
+    std::set<unsigned int> sharing_processes(q + 2, q + 2 + num_sharing);
+
+    auto local_index_it = vertex_global_to_local.find(global_vertex_index);
+    dolfin_assert(local_index_it != vertex_global_to_local.end());
+    const unsigned int local_index = local_index_it->second;
+    dolfin_assert(shared_vertices_local.find(local_index)
+                  == shared_vertices_local.end());
+    shared_vertices_local.insert({local_index, sharing_processes});
+  }
+
+}
+//-----------------------------------------------------------------------------
+void MeshPartitioning::build_local_mesh(Mesh& mesh,
+  const std::vector<std::int64_t>& global_cell_indices,
+  const boost::multi_array<std::int64_t, 2>& cell_global_vertices,
+  const CellType::Type cell_type,
+  const int tdim,
+  const std::int64_t num_global_cells,
+  const std::vector<std::int64_t>& vertex_indices,
+  const boost::multi_array<double, 2>& vertex_coordinates,
+  const int gdim,
+  const std::int64_t num_global_vertices,
+  const std::map<std::int64_t, std::int32_t>& vertex_global_to_local)
+{
+  log(PROGRESS, "Build local mesh during distributed mesh construction");
+  Timer timer("Build local part of distributed mesh (from local mesh data)");
+
+  // Open mesh for editing
+  MeshEditor editor;
+  editor.open(mesh, cell_type, tdim, gdim);
+
+  // Add vertices
+  editor.init_vertices_global(vertex_coordinates.size(), num_global_vertices);
+  Point point(gdim);
+  dolfin_assert(vertex_indices.size() == vertex_coordinates.size());
+  for (std::size_t i = 0; i < vertex_coordinates.size(); ++i)
+  {
+    for (std::int8_t j = 0; j < gdim; ++j)
+      point[j] = vertex_coordinates[i][j];
+    editor.add_vertex_global(i, vertex_indices[i], point);
+  }
+
+  // Create CellType
+  std::unique_ptr<CellType> _cell_type(CellType::create(cell_type));
+  dolfin_assert(_cell_type);
+
+  // Add cells
+  editor.init_cells_global(cell_global_vertices.size(), num_global_cells);
+
+  const std::int8_t num_cell_vertices = _cell_type->num_vertices();
+  std::vector<std::size_t> cell(num_cell_vertices);
+  for (std::size_t i = 0; i < cell_global_vertices.size(); ++i)
+  {
+    for (std::int8_t j = 0; j < num_cell_vertices; ++j)
+    {
+      // Get local cell vertex
+      auto iter = vertex_global_to_local.find(cell_global_vertices[i][j]);
+      dolfin_assert(iter != vertex_global_to_local.end());
+      cell[j] = iter->second;
+    }
+
+    editor.add_cell(i, global_cell_indices[i], cell);
+  }
+
+  // Close mesh: Note that this must be done after creating the global
+  // vertex map or otherwise the ordering in mesh.close() will be
+  // wrong (based on local numbers).
+  editor.close();
+}
+//-----------------------------------------------------------------------------
+void MeshPartitioning::build_mesh_domains(Mesh& mesh,
+                                          const LocalMeshData& local_data)
+{
+  // Get topological dimension
+  const std::size_t D = mesh.topology().dim();
+
+  // Local domain data
+  const std::map<std::size_t, std::vector<
+                                std::pair<std::pair<std::size_t, std::size_t>,
+                                          std::size_t>>>&
+    domain_data = local_data.domain_data;
+
+  // Check which dimensions we have (can't use empty() on domain_data
+  // because other processes might have data)
+  std::vector<std::size_t> dims;
+  for (std::size_t d = 0; d < D + 1; ++d)
+  {
+    auto it = domain_data.find(d);
+    const int have_dim = (it == domain_data.end()) ? 0 : 1;
+    int dsum = dolfin::MPI::sum(mesh.mpi_comm(), have_dim);
+    if (dsum > 0)
+      dims.push_back(d);
+  }
+
+  // Return if no processes have domain data
+  if (dims.empty())
+    return;
+
+  // Initialise mesh domains
+  mesh.domains().init(D);
+
+  // Loop over dimension and build mesh data
+  for (std::size_t d : dims)
+  {
+    // Initialise mesh
+    mesh.init(d);
+
+    // Create empty MeshValueCollection
+    MeshValueCollection<std::size_t> mvc(reference_to_no_delete_pointer(mesh), d);
+
+    // Get domain data and build mesh value collection
+    auto dim_data = domain_data.find(d);
+    if (dim_data != domain_data.end())
+    {
+      const std::vector<std::pair<std::pair<std::size_t, std::size_t>,
+                                  std::size_t>>& local_value_data
+        = dim_data->second;
+
+      // Build mesh value collection
+      build_mesh_value_collection(mesh, local_value_data, mvc);
+    }
+    else
+    {
+      const std::vector<std::pair<std::pair<std::size_t, std::size_t>,
+                                  std::size_t>> local_value_data;
+      build_mesh_value_collection(mesh, local_value_data, mvc);
+    }
+
+    // Get data from mesh value collection
+    const std::map<std::pair<std::size_t, std::size_t>, std::size_t>& values
+      = mvc.values();
+
+    // Get map from mesh domains
+    std::map<std::size_t, std::size_t>& markers = mesh.domains().markers(d);
+    for (auto it = values.begin(); it != values.end(); ++it)
+    {
+      const std::size_t cell_index = it->first.first;
+      const std::size_t local_entity_index = it->first.second;
+
+      if (d == D)
+        markers[0] = it->second;
+      else
+      {
+        const Cell cell(mesh, cell_index);
+        const MeshEntity e(mesh, d, cell.entities(d)[local_entity_index]);
+        markers[e.index()] = it->second;
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/MeshPartitioning.h b/dolfin/mesh/MeshPartitioning.h
new file mode 100644
index 0000000..b22dd0b
--- /dev/null
+++ b/dolfin/mesh/MeshPartitioning.h
@@ -0,0 +1,381 @@
+// Copyright (C) 2008-2013 Niclas Jansson, Ola Skavhaug, Anders Logg,
+// Garth N. Wells and Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2010
+// Modified by Kent-Andre Mardal, 2011
+// Modified by Chris Richardson, 2013
+//
+// First added:  2008-12-01
+// Last changed: 2014-06-20
+
+#ifndef __MESH_PARTITIONING_H
+#define __MESH_PARTITIONING_H
+
+#include <cstdint>
+#include <map>
+#include <utility>
+#include <vector>
+#include <boost/multi_array.hpp>
+#include <dolfin/log/log.h>
+#include <dolfin/common/Set.h>
+#include "CellType.h"
+#include "DistributedMeshTools.h"
+#include "LocalMeshValueCollection.h"
+#include "Mesh.h"
+
+
+namespace dolfin
+{
+  // Developer note: MeshFunction and MeshValueCollection cannot
+  // appear in the implementations that appear in this file of the
+  // templated functions as this leads to a circular
+  // dependency. Therefore the functions are templated over these
+  // types.
+
+  template <typename T> class MeshFunction;
+  template <typename T> class MeshValueCollection;
+  class LocalMeshData;
+
+  /// This class partitions and distributes a mesh based on
+  /// partitioned local mesh data.The local mesh data will also be
+  /// repartitioned and redistributed during the computation of the
+  /// mesh partitioning.
+  ///
+  /// After partitioning, each process has a local mesh and some data
+  /// that couples the meshes together.
+
+  class MeshPartitioning
+  {
+  public:
+
+    /// Build a distributed mesh from a local mesh on process 0
+    static void build_distributed_mesh(Mesh& mesh);
+
+    /// Build a distributed mesh from a local mesh on process 0, with
+    /// distribution of cells supplied (destination processes for each
+    /// cell)
+    static void
+      build_distributed_mesh(Mesh& mesh, const std::vector<int>& cell_partition,
+                             const std::string ghost_mode);
+
+    /// Build a distributed mesh from 'local mesh data' that is
+    /// distributed across processes
+    static void build_distributed_mesh(Mesh& mesh, const LocalMeshData& data,
+                                       const std::string ghost_mode);
+
+    /// Build a MeshValueCollection based on LocalMeshValueCollection
+    template<typename T>
+      static void
+      build_distributed_value_collection(MeshValueCollection<T>& values,
+                                const LocalMeshValueCollection<T>& local_data,
+                                const Mesh& mesh);
+
+  private:
+
+    // Compute cell partitioning from local mesh data. Returns a
+    // vector 'cell -> process' vector for cells in LocalMeshData, and
+    // a map 'local cell index -> processes' to which ghost cells must
+    // be sent
+    static
+    void partition_cells(const MPI_Comm& mpi_comm,
+                         const LocalMeshData& mesh_data,
+                         const std::string partitioner,
+                         std::vector<int>& cell_partition,
+                         std::map<std::int64_t, std::vector<int>>& ghost_procs);
+
+    // Build a distributed mesh from local mesh data with a computed
+    // partition
+    static void build(Mesh& mesh, const LocalMeshData& data,
+                      const std::vector<int>& cell_partition,
+                      const std::map<std::int64_t, std::vector<int>>& ghost_procs,
+                      const std::string ghost_mode);
+
+    // FIXME: Improve this docstring
+    // Distribute a layer of cells attached by vertex to boundary updating
+    // new_mesh_data and shared_cells. Used when ghosting by vertex.
+    static
+    void distribute_cell_layer(MPI_Comm mpi_comm,
+                               const int num_regular_cells,
+                               const std::int64_t num_global_vertices,
+                               std::map<std::int32_t, std::set<unsigned int>>& shared_cells,
+                               boost::multi_array<std::int64_t, 2>& cell_vertices,
+                               std::vector<std::int64_t>& global_cell_indices,
+                               std::vector<int>& cell_partition);
+
+    // FIXME: make clearer what goes in and what comes out
+    // Reorder cells by Gibbs-Poole-Stockmeyer algorithm (via SCOTCH). Returns
+    // the tuple (new_shared_cells, new_cell_vertices,new_global_cell_indices).
+    static
+    void reorder_cells_gps(MPI_Comm mpi_comm,
+     const unsigned int num_regular_cells,
+     const CellType& cell_type,
+     const std::map<std::int32_t, std::set<unsigned int>>& shared_cells,
+     const boost::multi_array<std::int64_t, 2>& cell_vertices,
+     const std::vector<std::int64_t>& global_cell_indices,
+     std::map<std::int32_t, std::set<unsigned int>>& reordered_shared_cells,
+     boost::multi_array<std::int64_t, 2>& reordered_cell_vertices,
+     std::vector<std::int64_t>& reordered_global_cell_indices);
+
+    // FIXME: make clearer what goes in and what comes out
+    // Reorder vertices by Gibbs-Poole-Stockmeyer algorithm (via SCOTCH).
+    // Returns the pair (new_vertex_indices, new_vertex_global_to_local).
+    static
+    void
+    reorder_vertices_gps(MPI_Comm mpi_comm,
+     const std::int32_t num_regular_vertices,
+     const std::int32_t num_regular_cells,
+     const int  num_cell_vertices,
+     const boost::multi_array<std::int64_t, 2>& cell_vertices,
+     const std::vector<std::int64_t>& vertex_indices,
+     const std::map<std::int64_t, std::int32_t>& vertex_global_to_local,
+     std::vector<std::int64_t>& reordered_vertex_indices,
+     std::map<std::int64_t, std::int32_t>& reordered_vertex_global_to_local);
+
+    // FIXME: Update, making clear exactly what is computed
+    // This function takes the partition computed by the partitioner
+    // (which tells us to which process each of the local cells stored in
+    // LocalMeshData on this process belongs) and sends the cells
+    // to the appropriate owning process. Ghost cells are also sent,
+    // along with the list of sharing processes.
+    // A new LocalMeshData object is populated with the redistributed
+    // cells. Return the number of non-ghost cells on this process.
+    static
+    std::int32_t
+      distribute_cells(const MPI_Comm mpi_comm,
+        const LocalMeshData& data,
+        const std::vector<int>& cell_partition,
+        const std::map<std::int64_t, std::vector<int>>& ghost_procs,
+        boost::multi_array<std::int64_t, 2>& new_cell_vertices,
+        std::vector<std::int64_t>& new_global_cell_indices,
+        std::vector<int>& new_cell_partition,
+        std::map<std::int32_t, std::set<unsigned int>>& shared_cells);
+
+    // FIXME: Improve explaination
+    // Utility to convert received_vertex_indices into
+    // vertex sharing information
+    static void build_shared_vertices(MPI_Comm mpi_comm,
+     std::map<std::int32_t, std::set<unsigned int>>& shared_vertices,
+     const std::map<std::int64_t, std::int32_t>& vertex_global_to_local_indices,
+     const std::vector<std::vector<std::size_t>>& received_vertex_indices);
+
+    // FIXME: make clear what is computed
+    // Distribute vertices and vertex sharing information
+    static void
+      distribute_vertices(const MPI_Comm mpi_comm,
+        const LocalMeshData& mesh_data,
+        const std::vector<std::int64_t>& vertex_indices,
+        boost::multi_array<double, 2>& new_vertex_coordinates,
+        std::map<std::int64_t, std::int32_t>& vertex_global_to_local_indices,
+        std::map<std::int32_t, std::set<unsigned int>>& shared_vertices_local);
+
+    // Compute the local->global and global->local maps for all local vertices
+    // on this process, from the global vertex indices on each local cell.
+    // Returns the number of regular (non-ghosted) vertices.
+    static std::int32_t compute_vertex_mapping(MPI_Comm mpi_comm,
+                  const std::int32_t num_regular_cells,
+                  const boost::multi_array<std::int64_t, 2>& cell_vertices,
+                  std::vector<std::int64_t>& vertex_indices,
+                  std::map<std::int64_t, std::int32_t>& vertex_global_to_local);
+
+    // FIXME: Improve pre-conditions explaination
+    // Build mesh
+    static void build_local_mesh(Mesh& mesh,
+      const std::vector<std::int64_t>& global_cell_indices,
+      const boost::multi_array<std::int64_t, 2>& cell_global_vertices,
+      const CellType::Type cell_type,
+      const int tdim,
+      const std::int64_t num_global_cells,
+      const std::vector<std::int64_t>& vertex_indices,
+      const boost::multi_array<double, 2>& vertex_coordinates,
+      const int gdim,
+      const std::int64_t num_global_vertices,
+      const std::map<std::int64_t, std::int32_t>& vertex_global_to_local_indices);
+
+    // Create and attach distributed MeshDomains from local_data
+    static void build_mesh_domains(Mesh& mesh, const LocalMeshData& local_data);
+
+    // Create and attach distributed MeshDomains from local_data
+    // [entry, (cell_index, local_index, value)]
+    template<typename T, typename MeshValueCollection>
+    static void build_mesh_value_collection(const Mesh& mesh,
+      const std::vector<std::pair<std::pair<std::size_t, std::size_t>, T>>& local_value_data,
+      MeshValueCollection& mesh_values);
+  };
+  //---------------------------------------------------------------------------
+  template<typename T>
+  void MeshPartitioning::build_distributed_value_collection(MeshValueCollection<T>& values,
+             const LocalMeshValueCollection<T>& local_data, const Mesh& mesh)
+  {
+    // Extract data
+    const std::vector<std::pair<std::pair<std::size_t, std::size_t>, T>>& local_values
+      = local_data.values();
+
+    // Build MeshValueCollection from local data
+    build_mesh_value_collection(mesh, local_values, values);
+  }
+  //---------------------------------------------------------------------------
+  template<typename T, typename MeshValueCollection>
+  void MeshPartitioning::build_mesh_value_collection(const Mesh& mesh,
+    const std::vector<std::pair<std::pair<std::size_t, std::size_t>, T>>& local_value_data,
+    MeshValueCollection& mesh_values)
+  {
+    // Get MPI communicator
+    const MPI_Comm mpi_comm = mesh.mpi_comm();
+
+    // Get topological dimensions
+    const std::size_t D = mesh.topology().dim();
+    const std::size_t dim = mesh_values.dim();
+    mesh.init(dim);
+
+    // This is required for old-style mesh data that uses (cell index,
+    // local entity index)
+    mesh.init(dim, D);
+
+    // Clear MeshValueCollection values
+    mesh_values.clear();
+
+    // Initialise global entity numbering
+    DistributedMeshTools::number_entities(mesh, dim);
+
+    // Get mesh value collection used for marking
+    MeshValueCollection& markers = mesh_values;
+
+    // Get local mesh data for domains
+    const std::vector< std::pair<std::pair<std::size_t, std::size_t>, T>>&
+      ldata = local_value_data;
+
+    // Get local local-to-global map
+    if (!mesh.topology().have_global_indices(D))
+    {
+      dolfin_error("MeshPartitioning.h",
+                   "build mesh value collection",
+                   "Do not have have_global_entity_indices");
+    }
+
+    // Get global indices on local process
+    const auto& global_entity_indices = mesh.topology().global_indices(D);
+
+    // Add local (to this process) data to domain marker
+    std::vector<std::size_t> off_process_global_cell_entities;
+
+    // Build and populate a local map for global_entity_indices
+    std::map<std::size_t, std::size_t> map_of_global_entity_indices;
+    for (std::size_t i = 0; i < global_entity_indices.size(); i++)
+      map_of_global_entity_indices[global_entity_indices[i]] = i;
+
+    for (std::size_t i = 0; i < ldata.size(); ++i)
+    {
+      const std::map<std::int32_t, std::set<unsigned int>>& sharing_map
+        = mesh.topology().shared_entities(D);
+
+      const std::size_t global_cell_index = ldata[i].first.first;
+      std::map<std::size_t, std::size_t>::const_iterator data
+        = map_of_global_entity_indices.find(global_cell_index);
+      if (data != map_of_global_entity_indices.end())
+      {
+        const std::size_t local_cell_index = data->second;
+        const std::size_t entity_local_index = ldata[i].first.second;
+        const T value = ldata[i].second;
+        markers.set_value(local_cell_index, entity_local_index, value);
+
+        // If shared with other processes, add to off process list
+        if (sharing_map.find(local_cell_index) != sharing_map.end())
+          off_process_global_cell_entities.push_back(global_cell_index);
+      }
+      else
+        off_process_global_cell_entities.push_back(global_cell_index);
+    }
+
+    // Get destinations and local cell index at destination for
+    // off-process cells
+    const std::map<std::size_t, std::set<std::pair<std::size_t, std::size_t>>>
+      entity_hosts
+      = DistributedMeshTools::locate_off_process_entities(off_process_global_cell_entities,
+                                                          D, mesh);
+
+    // Number of MPI processes
+    const std::size_t num_processes = MPI::size(mpi_comm);
+
+    // Pack data to send to appropriate process
+    std::vector<std::vector<std::size_t>> send_data0(num_processes);
+    std::vector<std::vector<T>> send_data1(num_processes);
+    std::map<std::size_t, std::set<std::pair<std::size_t, std::size_t>>>::const_iterator entity_host;
+
+    {
+      // Build a convenience map in order to speedup the loop over
+      // local data
+      std::map<std::size_t, std::set<std::size_t>> map_of_ldata;
+      for (std::size_t i = 0; i < ldata.size(); ++i)
+        map_of_ldata[ldata[i].first.first].insert(i);
+
+      for (entity_host = entity_hosts.begin(); entity_host != entity_hosts.end();
+           ++entity_host)
+      {
+        const std::size_t host_global_cell_index = entity_host->first;
+        const std::set<std::pair<std::size_t, std::size_t>>& processes_data
+          = entity_host->second;
+
+        // Loop over local data
+        std::map<std::size_t, std::set<std::size_t>>::const_iterator ldata_it
+          = map_of_ldata.find(host_global_cell_index);
+        if (ldata_it != map_of_ldata.end())
+        {
+          for (std::set<std::size_t>::const_iterator it = ldata_it->second.begin();
+               it != ldata_it->second.end(); it++)
+          {
+            const std::size_t local_entity_index = ldata[*it].first.second;
+            const T domain_value = ldata[*it].second;
+
+            std::set<std::pair<std::size_t, std::size_t>>::const_iterator process_data;
+            for (process_data = processes_data.begin();
+                 process_data != processes_data.end(); ++process_data)
+            {
+              const std::size_t proc = process_data->first;
+              const std::size_t local_cell_entity = process_data->second;
+              send_data0[proc].push_back(local_cell_entity);
+              send_data0[proc].push_back(local_entity_index);
+              send_data1[proc].push_back(domain_value);
+            }
+          }
+        }
+      }
+    }
+
+    // Send/receive data
+    std::vector<std::size_t> received_data0;
+    std::vector<T> received_data1;
+    MPI::all_to_all(mpi_comm, send_data0, received_data0);
+    MPI::all_to_all(mpi_comm, send_data1, received_data1);
+    dolfin_assert(2*received_data1.size() == received_data0.size());
+
+    // Add received data to mesh domain
+    for (std::size_t i = 0; i < received_data1.size(); ++i)
+    {
+      const std::size_t local_cell_entity = received_data0[2*i];
+      const std::size_t local_entity_index = received_data0[2*i + 1];
+      const T value = received_data1[i];
+      dolfin_assert(local_cell_entity < mesh.num_cells());
+      markers.set_value(local_cell_entity, local_entity_index, value);
+    }
+
+  }
+  //---------------------------------------------------------------------------
+
+}
+
+#endif
diff --git a/dolfin/mesh/MeshQuality.cpp b/dolfin/mesh/MeshQuality.cpp
new file mode 100644
index 0000000..6b19a17
--- /dev/null
+++ b/dolfin/mesh/MeshQuality.cpp
@@ -0,0 +1,327 @@
+// Copyright (C) 2013 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-10-07
+// Last changed:
+
+#include "MeshQuality.h"
+#include "Cell.h"
+#include "Mesh.h"
+#include "MeshFunction.h"
+#include "Vertex.h"
+#include <dolfin/common/MPI.h>
+#include <sstream>
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+dolfin::MeshFunction<double>
+MeshQuality::radius_ratios(std::shared_ptr<const Mesh> mesh)
+{
+  // Create MeshFunction
+  MeshFunction<double> cf(mesh, mesh->topology().dim(), 0.0);
+
+  // Compute radius ration
+  for (CellIterator cell(*mesh); !cell.end(); ++cell)
+    cf[*cell] = cell->radius_ratio();
+
+  return cf;
+}
+//-----------------------------------------------------------------------------
+dolfin::MeshFunction<double>
+MeshQuality::aspect_ratio_gamma(std::shared_ptr<const Mesh> mesh)
+{
+  MeshFunction<double> arg(mesh, mesh->topology().dim(), 0.0);
+
+  std::vector<Point> pts;
+  for (CellIterator cell(*mesh); !cell.end(); ++cell)
+  {
+    pts.clear();
+    for (VertexIterator v(*cell); !v.end(); ++v)
+      pts.push_back(v->point());
+    double rv = 0.0;
+    for (unsigned int i = 0; i < 3; ++i)
+      for (unsigned int j = i + 1; j < 4; ++j)
+        rv += (pts[i] - pts[j]).squared_norm();
+
+    // FIXME: check for zero volume
+    arg[*cell] = std::pow(rv, 1.5) / (36.0 * sqrt(12) * cell->volume());
+  }
+
+  return arg;
+}
+//-----------------------------------------------------------------------------
+std::pair<double, double> MeshQuality::radius_ratio_min_max(const Mesh& mesh)
+{
+  CellIterator cell(mesh);
+  double qmin = cell->radius_ratio();
+  double qmax = cell->radius_ratio();
+  for (; !cell.end(); ++cell)
+  {
+    qmin = std::min(qmin, cell->radius_ratio());
+    qmax = std::max(qmax, cell->radius_ratio());
+  }
+
+  qmin = MPI::min(mesh.mpi_comm(), qmin);
+  qmax = MPI::max(mesh.mpi_comm(), qmax);
+  return {qmin, qmax};
+}
+//-----------------------------------------------------------------------------
+std::pair<std::vector<double>, std::vector<double>>
+MeshQuality::radius_ratio_histogram_data(const Mesh& mesh, std::size_t num_bins)
+{
+  std::vector<double> bins(num_bins), values(num_bins, 0.0);
+  dolfin_assert(radius_ratio_min_max(mesh).second <= 1.0);
+
+  const double interval = 1.0 / static_cast<double>(num_bins);
+  for (std::size_t i = 0; i < num_bins; ++i)
+    bins[i] = static_cast<double>(i) * interval + interval / 2.0;
+
+  std::cout << interval << std::endl;
+  std::cout << num_bins << std::endl;
+  std::cout << static_cast<double>(num_bins) << std::endl;
+
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    const double ratio = cell->radius_ratio();
+
+    // Compute 'bin' index, and handle special case that ratio = 1.0
+    const std::size_t slot
+        = std::min(static_cast<std::size_t>(ratio / interval), num_bins - 1);
+
+    values[slot] += 1.0;
+  }
+
+  for (std::size_t i = 0; i < values.size(); ++i)
+    values[i] = MPI::sum(mesh.mpi_comm(), values[i]);
+
+  return {bins, values};
+}
+//-----------------------------------------------------------------------------
+std::string
+MeshQuality::radius_ratio_matplotlib_histogram(const Mesh& mesh,
+                                               std::size_t num_intervals)
+{
+  // Compute data
+  std::pair<std::vector<double>, std::vector<double>> data
+      = radius_ratio_histogram_data(mesh, num_intervals);
+
+  dolfin_assert(!data.first.empty());
+  dolfin_assert(data.first.size() == data.second.size());
+
+  // Create Matplotlib string
+  std::stringstream matplotlib;
+  matplotlib << "def plot_histogram():" << std::endl;
+  matplotlib << "    import matplotlib.pyplot" << std::endl;
+  std::stringstream bins, values;
+  bins << "    bins = [" << data.first[0];
+  values << "    values = [" << data.second[0];
+  for (std::size_t i = 1; i < data.first.size(); ++i)
+  {
+    bins << ", " << data.first[i];
+    values << ", " << data.second[i];
+  }
+  bins << "]";
+  values << "]";
+
+  matplotlib << bins.str() << std::endl;
+  matplotlib << values.str() << std::endl;
+  matplotlib << std::endl;
+
+  matplotlib << "    matplotlib.pylab.xlim([0, 1])" << std::endl;
+  matplotlib << "    width = 0.7*(bins[1] - bins[0])" << std::endl;
+  matplotlib << "    matplotlib.pylab.xlabel('radius ratio')" << std::endl;
+  matplotlib << "    matplotlib.pylab.ylabel('number of cells')" << std::endl;
+  matplotlib
+      << "    matplotlib.pylab.bar(bins, values, align='center', width=width)"
+      << std::endl;
+  matplotlib << "    matplotlib.pylab.show()" << std::endl;
+
+  matplotlib << std::endl;
+  matplotlib << "try:" << std::endl;
+  matplotlib << "    import matplotlib.pylab" << std::endl;
+  matplotlib << "except ImportError:" << std::endl;
+  matplotlib
+      << "    print(\"Plotting mesh quality histogram requires Matplotlib\")"
+      << std::endl;
+  matplotlib << "else:" << std::endl;
+  matplotlib << "    plot_histogram()" << std::endl;
+
+  return matplotlib.str();
+}
+//-----------------------------------------------------------------------------
+void MeshQuality::dihedral_angles(const Cell& cell,
+                                  std::vector<double>& dh_angle)
+{
+  if (cell.dim() != 3)
+  {
+    dolfin_error("MeshQuality.cpp", "calculate dihedral angles",
+                 "Only works for 3D cells");
+  }
+
+  static const std::size_t edges[6][2]
+      = {{2, 3}, {1, 3}, {1, 2}, {0, 3}, {0, 2}, {0, 1}};
+  const Mesh& mesh = cell.mesh();
+
+  dh_angle.resize(6);
+  for (unsigned int i = 0; i < 6; ++i)
+  {
+    const std::size_t i0 = cell.entities(0)[edges[i][0]];
+    const std::size_t i1 = cell.entities(0)[edges[i][1]];
+    const std::size_t i2 = cell.entities(0)[edges[5 - i][0]];
+    const std::size_t i3 = cell.entities(0)[edges[5 - i][1]];
+    const Point p0 = Vertex(mesh, i0).point();
+    Point v1 = Vertex(mesh, i1).point() - p0;
+    Point v2 = Vertex(mesh, i2).point() - p0;
+    Point v3 = Vertex(mesh, i3).point() - p0;
+    v1 /= v1.norm();
+    v2 /= v2.norm();
+    v3 /= v3.norm();
+    double cphi = (v2.dot(v3) - v1.dot(v2) * v1.dot(v3))
+                  / (v1.cross(v2).norm() * v1.cross(v3).norm());
+    dh_angle[i] = acos(cphi);
+  }
+}
+//-----------------------------------------------------------------------------
+std::pair<double, double> MeshQuality::dihedral_angles_min_max(const Mesh& mesh)
+{
+  // Get the maximum and minimum value of dihedral angles in cells across a mesh
+  // SHOULD ONLY WORK FOR 3D MESH
+  // CellIterator cell(mesh);
+
+  // Get the angles at each cell
+  // std::vector<double> angs;
+  // dihedral_angles(*cell, angs);
+
+  // Get original min and max
+  double d_ang_min = DOLFIN_PI + 1.0;
+  double d_ang_max = -1.0;
+
+  std::vector<double> angs(6);
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    // Get the angles from the next cell
+    dihedral_angles(*cell, angs);
+
+    // And then update the min and max
+    d_ang_min
+        = std::min(d_ang_min, *std::min_element(angs.begin(), angs.end()));
+    d_ang_max
+        = std::max(d_ang_max, *std::max_element(angs.begin(), angs.end()));
+  }
+
+  d_ang_min = MPI::min(mesh.mpi_comm(), d_ang_min);
+  d_ang_max = MPI::max(mesh.mpi_comm(), d_ang_max);
+
+  return {d_ang_min, d_ang_max};
+}
+//-----------------------------------------------------------------------------
+std::pair<std::vector<double>, std::vector<double>>
+MeshQuality::dihedral_angles_histogram_data(const Mesh& mesh,
+                                            std::size_t num_bins)
+{
+  std::vector<double> bins(num_bins), values(num_bins, 0.0);
+
+  // May need to assert the minimum and maximum possible angle
+  dolfin_assert(dihedral_angles_min_max(mesh).first
+                >= 0.0); // Is this really needed?
+  dolfin_assert(dihedral_angles_min_max(mesh).second <= M_PI);
+
+  // Currently min value is 0.0 and max is M_PI
+  const double interval = M_PI / (static_cast<double>(num_bins));
+
+  for (std::size_t i = 0; i < num_bins; ++i)
+    bins[i] = static_cast<double>(i) * interval + interval / 2.0;
+
+  std::vector<double> angs(6);
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    // this one should return the value of the angle
+    dihedral_angles(*cell, angs);
+
+    // Iterate through the collected vector
+    for (std::size_t i = 0; i < angs.size(); i++)
+    {
+      // Compute 'bin' index, and handle special case that angle = M_PI
+      const std::size_t slot = std::min(
+          static_cast<std::size_t>(angs[i] / interval), num_bins - 1);
+
+      // const std::size_t slot = static_cast<std::size_t>((angs[i] -
+      // d_ang_min)/interval);
+      values[slot] += 1.0;
+    }
+  }
+
+  for (std::size_t i = 0; i < values.size(); ++i)
+  {
+    values[i] = MPI::sum(mesh.mpi_comm(), values[i]);
+  }
+
+  return {bins, values};
+}
+//-----------------------------------------------------------------------------
+std::string
+MeshQuality::dihedral_angles_matplotlib_histogram(const Mesh& mesh,
+                                                  std::size_t num_intervals)
+{
+  // Compute data
+  std::pair<std::vector<double>, std::vector<double>> data
+      = dihedral_angles_histogram_data(mesh, num_intervals);
+
+  dolfin_assert(!data.first.empty());
+  dolfin_assert(data.first.size() == data.second.size());
+
+  // Create Matplotlib string
+  std::stringstream matplotlib;
+  matplotlib << "def plot_histogram():" << std::endl;
+  matplotlib << "    import matplotlib.pyplot" << std::endl;
+  std::stringstream bins, values;
+  bins << "    bins = [" << data.first[0];
+  values << "    values = [" << data.second[0];
+  for (std::size_t i = 1; i < data.first.size(); ++i)
+  {
+    bins << ", " << data.first[i];
+    values << ", " << data.second[i];
+  }
+  bins << "]";
+  values << "]";
+
+  matplotlib << bins.str() << std::endl;
+  matplotlib << values.str() << std::endl;
+  matplotlib << std::endl;
+
+  matplotlib << "    width = 0.7*(bins[1] - bins[0])" << std::endl;
+  matplotlib << "    matplotlib.pylab.xlabel('dihedral angles')" << std::endl;
+  matplotlib << "    matplotlib.pylab.ylabel('number of edges')"
+             << std::endl; // this is weird...
+  matplotlib
+      << "    matplotlib.pylab.bar(bins, values, align='center', width=width)"
+      << std::endl;
+  matplotlib << "    matplotlib.pylab.show()" << std::endl;
+
+  matplotlib << std::endl;
+  matplotlib << "try:" << std::endl;
+  matplotlib << "    import matplotlib.pylab" << std::endl;
+  matplotlib << "except ImportError:" << std::endl;
+  matplotlib
+      << "    print(\"Plotting mesh quality histogram requires Matplotlib\")"
+      << std::endl;
+  matplotlib << "else:" << std::endl;
+  matplotlib << "    plot_histogram()" << std::endl;
+
+  return matplotlib.str();
+}
diff --git a/dolfin/mesh/MeshQuality.h b/dolfin/mesh/MeshQuality.h
new file mode 100644
index 0000000..7de070a
--- /dev/null
+++ b/dolfin/mesh/MeshQuality.h
@@ -0,0 +1,113 @@
+// Copyright (C) 2013 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-10-07
+// Last changed:
+
+#ifndef __MESH_QUALITY_H
+#define __MESH_QUALITY_H
+
+#include <string>
+#include <utility>
+#include <vector>
+#include <boost/multi_array.hpp>
+#include <memory>
+#include "Cell.h"
+
+namespace dolfin
+{
+
+    class Mesh;
+
+  /// The class provides functions to quantify mesh quality
+
+  class MeshQuality
+  {
+  public:
+
+    /// Compute the radius ratio for all cells.
+    /// @param mesh (std::shared_ptr<const Mesh>)
+    /// @return     MeshFunction<double>
+    ///         The cell radius ratio radius ratio geometric_dimension *
+    ///         * inradius / circumradius (geometric_dimension
+    ///         is normalization factor). It has range zero to one.
+    ///         Zero indicates a degenerate element.
+    ///
+    static MeshFunction<double>
+      radius_ratios(std::shared_ptr<const Mesh> mesh);
+
+    /// Compute the Aspect Ratio Gamma (ARG) for all cells.
+    /// @param mesh
+    ///     Mesh
+    /// @return MeshFunction<double>
+    ///    The ARG is given by \[ (\Sigma r_i^2)^{3/2} \over 6 V \]
+    ///    i.e. the cube of the RMS edge length divided by six times the cell volume
+    ///
+    static MeshFunction<double>
+      aspect_ratio_gamma(std::shared_ptr<const Mesh> mesh);
+
+    /// Compute the minimum and maximum radius ratio of cells
+    /// (across all processes)
+    /// @param mesh (const Mesh&)
+    /// @return    std::pair<double, double>
+    ///         The [minimum, maximum] cell radii ratio (geometric_dimension *
+    ///         * inradius / circumradius, geometric_dimension
+    ///         is normalization factor). It has range zero to one.
+    ///         Zero indicates a degenerate element.
+    ///
+    static std::pair<double, double> radius_ratio_min_max(const Mesh& mesh);
+
+
+    /// Create (ratio, number of cells) data for creating a histogram
+    /// of cell quality
+    /// @param mesh (const Mesh&)
+    /// @param num_bins (std::size_t)
+    /// @return std::pair<std::vector<double>, std::vector<double>>
+    static std::pair<std::vector<double>, std::vector<double> >
+      radius_ratio_histogram_data(const Mesh& mesh,
+                                  std::size_t num_bins = 50);
+
+    /// Create Matplotlib string to plot cell quality histogram
+    /// @param mesh (const Mesh&)
+    /// @param num_intervals (std::size_t)
+    /// @return std::string
+    static std::string
+      radius_ratio_matplotlib_histogram(const Mesh& mesh,
+					std::size_t num_intervals = 50);
+
+    /// Get internal dihedral angles of a tetrahedral cell
+    static void dihedral_angles(const Cell& cell, std::vector<double>& dh_angle);
+
+    /// Get internal minimum and maximum dihedral angles of a 3D mesh
+    static std::pair<double, double>
+        dihedral_angles_min_max(const Mesh& mesh);
+
+    /// Create (dihedral angles, number of cells) data for creating a histogram
+    /// of dihedral
+    static std::pair<std::vector<double>, std::vector<double> >
+      dihedral_angles_histogram_data(const Mesh& mesh,
+                                  std::size_t num_bins = 100);
+
+    /// Create Matplotlib string to plot dihedral angles quality histogram
+    static std::string
+      dihedral_angles_matplotlib_histogram(const Mesh& mesh,
+                                std::size_t num_intervals = 100);
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/MeshRelation.h b/dolfin/mesh/MeshRelation.h
new file mode 100644
index 0000000..dbd9fb2
--- /dev/null
+++ b/dolfin/mesh/MeshRelation.h
@@ -0,0 +1,57 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifndef __MESH_RELATION_H
+#define __MESH_RELATION_H
+
+#include <vector>
+#include <memory>
+
+#include "MeshHierarchy.h"
+
+namespace dolfin
+{
+  class Mesh;
+
+  /// MeshRelation encapsulates the relationships which may exist between two Meshes
+  /// or which may exist in a Mesh as a result of being related to another Mesh
+
+  class MeshRelation
+  {
+  public:
+    /// Constructor
+    MeshRelation()
+    {}
+
+    /// Destructor
+    ~MeshRelation()
+    {}
+
+  private:
+
+    friend class MeshHierarchy;
+    friend class PlazaRefinementND;
+
+    // Map from edge of parent Mesh to new vertex in child Mesh
+    // as calculated during ParallelRefinement process
+    std::shared_ptr<const std::map<std::size_t, std::size_t> > edge_to_global_vertex;
+
+  };
+}
+
+#endif
diff --git a/dolfin/mesh/MeshRenumbering.cpp b/dolfin/mesh/MeshRenumbering.cpp
new file mode 100644
index 0000000..8fb88ae
--- /dev/null
+++ b/dolfin/mesh/MeshRenumbering.cpp
@@ -0,0 +1,268 @@
+// Copyright (C) 2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2011.
+//
+// First added:  2010-11-27
+// Last changed: 2014-02-06
+
+#include <algorithm>
+#include <vector>
+
+#include <dolfin/log/log.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/common/utils.h>
+#include "Cell.h"
+#include "Mesh.h"
+#include "MeshEditor.h"
+#include "MeshTopology.h"
+#include "MeshGeometry.h"
+#include "MeshRenumbering.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+dolfin::Mesh MeshRenumbering::renumber_by_color(const Mesh& mesh,
+                                 const std::vector<std::size_t> coloring_type)
+{
+  // Start timer
+  Timer timer("Renumber mesh by color");
+
+  // Get some some mesh
+  const std::size_t tdim = mesh.topology().dim();
+  const std::size_t gdim = mesh.geometry().dim();
+  const std::size_t num_local_vertices  = mesh.num_entities(0);
+  const std::size_t num_global_vertices = mesh.num_entities_global(0);
+  const std::size_t num_local_cells     = mesh.num_entities(tdim);
+  const std::size_t num_global_cells    = mesh.num_entities_global(tdim);
+
+  // Check that requested coloring is a cell coloring
+  if (coloring_type[0] != tdim)
+  {
+    dolfin_error("MeshRenumbering.cpp",
+                 "renumber mesh by color",
+                 "Coloring is not a cell coloring: only cell colorings are supported");
+  }
+
+  // Compute renumbering
+  std::vector<double> new_coordinates;
+  std::vector<std::size_t> new_connections;
+  MeshRenumbering::compute_renumbering(mesh, coloring_type, new_coordinates,
+                                       new_connections);
+
+  // Create new mesh
+  Mesh new_mesh;
+
+  // Create mesh editor
+  MeshEditor editor;
+  editor.open(new_mesh, mesh.type().cell_type(), tdim, gdim);
+  editor.init_cells_global(num_local_cells, num_global_cells);
+  editor.init_vertices_global(num_local_vertices, num_global_vertices);
+
+  // Add vertices
+  dolfin_assert(new_coordinates.size() == num_local_vertices*gdim);
+  for (std::size_t i = 0; i < num_local_vertices; ++i)
+  {
+    std::vector<double> x(gdim);
+    for (std::size_t j = 0; j < gdim; ++j)
+      x[j] = new_coordinates[i*gdim + j];
+    editor.add_vertex(i, x);
+  }
+
+  cout << "Done adding vertices" << endl;
+
+  // Add cells
+  dolfin_assert(new_coordinates.size() == num_local_vertices*gdim);
+  const std::size_t vertices_per_cell = mesh.type().num_entities(0);
+  for (std::size_t i = 0; i < num_local_cells; ++i)
+  {
+    std::vector<std::size_t> c(vertices_per_cell);
+    std::copy(new_connections.begin() + i*vertices_per_cell,
+              new_connections.begin() + i*vertices_per_cell + vertices_per_cell,
+              c.begin());
+    editor.add_cell(i, c);
+  }
+
+  editor.close();
+
+  cout << "Close editor" << endl;
+
+  // Initialise coloring data
+  typedef std::map<std::vector<std::size_t>, std::pair<std::vector<std::size_t>,
+           std::vector<std::vector<std::size_t>>>>::const_iterator
+    ConstMeshColoringData;
+
+  // Get old coloring
+  ConstMeshColoringData mesh_coloring
+    = mesh.topology().coloring.find(coloring_type);
+  if (mesh_coloring == mesh.topology().coloring.end())
+  {
+    dolfin_error("MeshRenumbering.cpp",
+                 "renumber mesh by color",
+                 "Requested mesh coloring has not been computed");
+  }
+
+  // Get old coloring data
+  const std::vector<std::size_t>& colors = mesh_coloring->second.first;
+  const std::vector<std::vector<std::size_t>>&
+    entities_of_color = mesh_coloring->second.second;
+  dolfin_assert(colors.size() == num_local_cells);
+  dolfin_assert(!entities_of_color.empty());
+  const std::size_t num_colors = entities_of_color.size();
+
+  // New coloring data
+  dolfin_assert(new_mesh.topology().coloring.empty());
+  std::vector<std::size_t> new_colors(colors.size());
+  std::vector<std::vector<std::size_t>> new_entities_of_color(num_colors);
+
+  std::size_t current_cell = 0;
+  for (std::size_t color = 0; color < num_colors; color++)
+  {
+    // Get the array of cell indices of current color
+    const std::vector<std::size_t>& colored_cells = entities_of_color[color];
+    std::vector<std::size_t>& new_colored_cells = new_entities_of_color[color];
+
+    // Update cell color data
+    for (std::size_t i = 0; i < colored_cells.size(); i++)
+    {
+      new_colored_cells.push_back(current_cell);
+      new_colors[current_cell] = color;
+      current_cell++;
+    }
+  }
+
+  // Set new coloring mesh data
+  std::pair<ConstMeshColoringData, bool> insert
+    = new_mesh.topology().coloring.insert(std::make_pair(coloring_type,
+                          std::make_pair(new_colors, new_entities_of_color)));
+  dolfin_assert(insert.second);
+
+  cout << "Return new mesh" << endl;
+  return new_mesh;
+}
+//-----------------------------------------------------------------------------
+void MeshRenumbering::compute_renumbering(const Mesh& mesh,
+                                          const std::vector<std::size_t>& coloring_type,
+                                          std::vector<double>& new_coordinates,
+                                          std::vector<std::size_t>& new_connections)
+{
+  // Get some some mesh
+  const std::size_t tdim = mesh.topology().dim();
+  const std::size_t gdim = mesh.geometry().dim();
+  const std::size_t num_vertices = mesh.num_vertices();
+  const std::size_t num_cells = mesh.num_cells();
+
+  // Resize vectors
+  const MeshConnectivity& connectivity = mesh.topology()(tdim, 0);
+  const std::size_t connections_size = connectivity.size();
+  new_connections.resize(connections_size);
+
+  const std::size_t coordinates_size
+    = mesh.geometry().num_vertices()*mesh.geometry().dim();
+  new_coordinates.resize(coordinates_size);
+
+  typedef std::map<std::vector<std::size_t>, std::pair<std::vector<std::size_t>,
+           std::vector<std::vector<std::size_t>>>>::const_iterator MeshColoringData;
+
+  info("Renumbering mesh by cell colors.");
+  info(mesh);
+
+  // Check that requested coloring is a cell coloring
+  if (coloring_type[0] != mesh.topology().dim())
+  {
+    dolfin_error("MeshRenumbering.cpp",
+                 "compute renumbering of mesh",
+                 "Coloring is not a cell coloring: only cell colorings are supported");
+  }
+
+  // Get coloring
+  MeshColoringData mesh_coloring = mesh.topology().coloring.find(coloring_type);
+
+  // Check that requested coloring has been computed
+  if (mesh_coloring == mesh.topology().coloring.end())
+  {
+    dolfin_error("MeshRenumbering.cpp",
+                 "compute renumbering of mesh",
+                 "Requested mesh coloring has not been computed");
+  }
+
+  // Get coloring data
+  const std::vector<std::size_t>& colors_old = mesh_coloring->second.first;
+  const std::vector<std::vector<std::size_t>>&
+    entities_of_color_old = mesh_coloring->second.second;
+  dolfin_assert(colors_old.size() == num_cells);
+  dolfin_assert(!entities_of_color_old.empty());
+
+  // Get coordinates
+  const std::vector<double>& coordinates = mesh.geometry().x();
+
+  // New vertex indices, -1 if not yet renumbered
+  std::vector<int> new_vertex_indices(num_vertices, -1);
+
+  // Iterate over colors
+  const std::size_t num_colors = entities_of_color_old.size();
+  std::size_t connections_offset = 0;
+  std::size_t current_vertex = 0;
+  for (std::size_t color = 0; color < num_colors; ++color)
+  {
+    // Get the array of cell indices of current color
+    const std::vector<std::size_t>& colored_cells = entities_of_color_old[color];
+
+    // Iterate over cells for current color
+    for (std::size_t i = 0; i < colored_cells.size(); i++)
+    {
+      // Current cell
+      Cell cell(mesh, colored_cells[i]);
+
+      // Get array of vertices for current cell
+      const unsigned int* cell_vertices = cell.entities(0);
+      const std::size_t num_cell_vertices   = cell.num_entities(0);
+
+      // Iterate over cell vertices
+      for (std::size_t j = 0; j < num_cell_vertices; j++)
+      {
+        // Get vertex index
+        const std::size_t vertex_index = cell_vertices[j];
+
+        // Renumber and copy coordinate data if vertex is not yet renumbered
+        if (new_vertex_indices[vertex_index] == -1)
+        {
+          std::copy(coordinates.begin() + vertex_index*gdim,
+                    coordinates.begin() + (vertex_index + 1)*gdim,
+                    new_coordinates.begin() + current_vertex*gdim);
+          new_vertex_indices[vertex_index] = current_vertex++;
+        }
+
+        // Renumber and copy connectivity data (must be done after vertex renumbering)
+        const std::size_t new_vertex_index = new_vertex_indices[vertex_index];
+        new_connections[connections_offset++] = new_vertex_index;
+      }
+    }
+  }
+
+  // Check that all vertices have been renumbered
+  for (std::size_t i = 0; i < new_vertex_indices.size(); i++)
+  {
+    if (new_vertex_indices[i] == -1)
+    {
+      dolfin_error("MeshRenumbering.cpp",
+                   "compute renumbering of mesh",
+                   "Some vertices were not renumbered");
+    }
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/MeshRenumbering.h b/dolfin/mesh/MeshRenumbering.h
new file mode 100644
index 0000000..769ed96
--- /dev/null
+++ b/dolfin/mesh/MeshRenumbering.h
@@ -0,0 +1,66 @@
+// Copyright (C) 2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2011.
+//
+// First added:  2010-11-27
+// Last changed: 2011-01-16
+
+#ifndef __MESH_RENUMBERING_H
+#define __MESH_RENUMBERING_H
+
+#include <vector>
+
+namespace dolfin
+{
+
+  class Mesh;
+
+  /// This class implements renumbering algorithms for meshes.
+
+  class MeshRenumbering
+  {
+  public:
+
+    /// Renumber mesh entities by coloring. This function is currently
+    /// restricted to renumbering by cell coloring. The cells
+    /// (cell-vertex connectivity) and the coordinates of the mesh are
+    /// renumbered to improve the locality within each color. It is
+    /// assumed that the mesh has already been colored and that only
+    /// cell-vertex connectivity exists as part of the mesh.
+    ///
+    /// @param  mesh (Mesh)
+    ///         Mesh to be renumbered.
+    /// @param  coloring (std::vector<std::size_t>)
+    ///         Mesh coloring type.
+    /// @return Mesh
+    static Mesh renumber_by_color(const Mesh& mesh,
+                                  std::vector<std::size_t> coloring);
+
+  private:
+
+    static void compute_renumbering(const Mesh& mesh,
+                                    const std::vector<std::size_t>& coloring,
+                                    std::vector<double>& coordinates,
+                                    std::vector<std::size_t>& connectivity);
+
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/MeshSmoothing.cpp b/dolfin/mesh/MeshSmoothing.cpp
new file mode 100644
index 0000000..d846cc7
--- /dev/null
+++ b/dolfin/mesh/MeshSmoothing.cpp
@@ -0,0 +1,233 @@
+// Copyright (C) 2008 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells, 2010
+//
+// First added:  2008-07-16
+// Last changed: 2011-03-17
+
+#include <cmath>
+
+#include <dolfin/ale/ALE.h>
+#include <dolfin/common/Array.h>
+#include <dolfin/common/constants.h>
+#include "Mesh.h"
+#include "BoundaryMesh.h"
+#include "Vertex.h"
+#include "Edge.h"
+#include "Facet.h"
+#include "Cell.h"
+#include "MeshData.h"
+#include "SubDomain.h"
+#include "MeshSmoothing.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void MeshSmoothing::smooth(Mesh& mesh, std::size_t num_iterations)
+{
+  log(PROGRESS, "Smoothing mesh: %s", mesh.str(false).c_str());
+
+  if (mesh.geometry().degree() != 1)
+  {
+    dolfin_error("MeshSmoothing.cpp",
+                 "smooth mesh",
+                 "This function does not support higher-order mesh geometry");
+  }
+
+  // Make sure we have cell-facet connectivity
+  mesh.init(mesh.topology().dim(), mesh.topology().dim() - 1);
+
+  // Make sure we have vertex-edge connectivity
+  mesh.init(0, 1);
+
+  // Make sure the mesh is ordered
+  mesh.order();
+
+  // Mark vertices on the boundary so we may skip them
+  BoundaryMesh boundary(mesh, "exterior");
+  const MeshFunction<std::size_t> vertex_map = boundary.entity_map(0);
+  MeshFunction<bool> on_boundary(reference_to_no_delete_pointer(mesh), 0);
+  on_boundary = false;
+  if (boundary.num_vertices() > 0)
+  {
+    for (VertexIterator v(boundary); !v.end(); ++v)
+      on_boundary[vertex_map[*v]] = true;
+  }
+
+  // Iterate over all vertices
+  const std::size_t d = mesh.geometry().dim();
+  std::vector<double> xx(d);
+  for (std::size_t iteration = 0; iteration < num_iterations; iteration++)
+  {
+    for (VertexIterator v(mesh); !v.end(); ++v)
+    {
+      // Skip vertices on the boundary
+      if (on_boundary[*v])
+        continue;
+
+      // Get coordinates of vertex
+      const Point p = v->point();
+
+      // Compute center of mass of neighboring vertices
+      for (std::size_t i = 0; i < d; i++) xx[i] = 0.0;
+      std::size_t num_neighbors = 0;
+      for (EdgeIterator e(*v); !e.end(); ++e)
+      {
+        // Get the other vertex
+        dolfin_assert(e->num_entities(0) == 2);
+        std::size_t other_index = e->entities(0)[0];
+        if (other_index == v->index())
+          other_index = e->entities(0)[1];
+
+        // Create the vertex
+        Vertex vn(mesh, other_index);
+
+        // Skip the vertex itself
+        if (v->index() == vn.index())
+          continue;
+        num_neighbors += 1;
+
+        // Compute center of mass
+        const double* xn = vn.x();
+        for (std::size_t i = 0; i < d; i++)
+          xx[i] += xn[i];
+      }
+      for (std::size_t i = 0; i < d; i++)
+        xx[i] /= static_cast<double>(num_neighbors);
+
+      // Compute closest distance to boundary of star
+      double rmin = 0.0;
+      for (CellIterator c(*v); !c.end(); ++c)
+      {
+        // Get local number of vertex relative to facet
+        const std::size_t local_vertex = c->index(*v);
+
+        // Get normal of corresponding facet
+        Point n = c->normal(local_vertex);
+
+        // Get first vertex in facet
+        Facet f(mesh, c->entities(mesh.topology().dim() - 1)[local_vertex]);
+        VertexIterator fv(f);
+
+        // Compute length of projection of v - fv onto normal
+        const double r = std::abs(n.dot(p - fv->point()));
+        if (rmin == 0.0)
+          rmin = r;
+        else
+          rmin = std::min(rmin, r);
+      }
+
+      // Move vertex at most a distance rmin / 2
+      double r = 0.0;
+      for (std::size_t i = 0; i < d; i++)
+      {
+        const double dx = xx[i] - p[i];
+        r += dx*dx;
+      }
+      r = std::sqrt(r);
+      if (r < DOLFIN_EPS)
+        continue;
+      rmin = std::min(0.5*rmin, r);
+
+      std::vector<double> new_vertex(mesh.geometry().x(v->index()),
+                                     mesh.geometry().x(v->index()) + d);
+      for (std::size_t i = 0; i < d; i++)
+        new_vertex[i] += rmin*(xx[i] - p[i])/r;
+      mesh.geometry().set(v->index(), new_vertex.data());
+
+    }
+  }
+
+  if (num_iterations > 1)
+    log(PROGRESS, "Mesh smoothing repeated %d times.", num_iterations);
+}
+//-----------------------------------------------------------------------------
+void MeshSmoothing::smooth_boundary(Mesh& mesh,
+                                    std::size_t num_iterations,
+                                    bool harmonic_smoothing)
+{
+  log(PROGRESS, "Smoothing boundary of mesh: %s", mesh.str(false).c_str());
+
+  // Extract boundary of mesh
+  BoundaryMesh boundary(mesh, "exterior");
+
+  // Smooth boundary
+  smooth(boundary, num_iterations);
+
+  // Move interior vertices
+  move_interior_vertices(mesh, boundary, harmonic_smoothing);
+}
+//-----------------------------------------------------------------------------
+void MeshSmoothing::snap_boundary(Mesh& mesh,
+                                  const SubDomain& sub_domain,
+                                  bool harmonic_smoothing)
+{
+  log(PROGRESS, "Snapping boundary of mesh: %s", mesh.str(false).c_str());
+
+  if (mesh.geometry().degree() != 1)
+  {
+    dolfin_error("MeshSmoothing.cpp",
+                 "snap mesh boundary",
+                 "This function does not support higher-order mesh geometry");
+  }
+
+  // Extract boundary of mesh
+  BoundaryMesh boundary(mesh, "exterior");
+
+  const std::size_t dim = mesh.geometry().dim();
+
+  // Smooth boundary
+  MeshGeometry& geometry = boundary.geometry();
+  for (std::size_t i = 0; i < boundary.num_vertices(); i++)
+  {
+    Point p = geometry.point(i);
+    Array<double> x(dim, p.coordinates());
+    sub_domain.snap(x);
+    geometry.set(i, p.coordinates());
+  }
+
+  // Move interior vertices
+  move_interior_vertices(mesh, boundary, harmonic_smoothing);
+}
+//-----------------------------------------------------------------------------
+void MeshSmoothing::move_interior_vertices(Mesh& mesh,
+                                           BoundaryMesh& boundary,
+                                           bool harmonic_smoothing)
+{
+  // Select smoothing of interior vertices
+  if (harmonic_smoothing)
+  {
+    std::shared_ptr<Mesh> _mesh(&mesh, [](Mesh*){});
+    ALE::move(_mesh, boundary);
+  }
+  else
+  {
+    if (mesh.geometry().degree() != 1)
+    {
+      dolfin_error("MeshSmoothing.cpp",
+                   "move interior vertices",
+                   "This function does not support higher-order mesh geometry");
+    }
+
+    // Use vertex map to update boundary coordinates of original mesh
+    const MeshFunction<std::size_t>& vertex_map = boundary.entity_map(0);
+    for (VertexIterator v(boundary); !v.end(); ++v)
+      mesh.geometry().set(vertex_map[*v], v->x());
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/MeshSmoothing.h b/dolfin/mesh/MeshSmoothing.h
new file mode 100644
index 0000000..3355285
--- /dev/null
+++ b/dolfin/mesh/MeshSmoothing.h
@@ -0,0 +1,62 @@
+// Copyright (C) 2008-2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2008-07-16
+// Last changed: 2010-03-02
+
+#ifndef __MESH_SMOOTHING_H
+#define __MESH_SMOOTHING_H
+
+namespace dolfin
+{
+
+  class Mesh;
+  class SubDomain;
+
+  /// This class implements various mesh smoothing algorithms.
+
+  class MeshSmoothing
+  {
+  public:
+
+    /// Smooth internal vertices of mesh by local averaging
+    static void smooth(Mesh& mesh, std::size_t num_iterations=1);
+
+    /// Smooth boundary vertices of mesh by local averaging and
+    /// (optionally) use harmonic smoothing on interior vertices
+    static void smooth_boundary(Mesh& mesh,
+                                std::size_t num_iterations=1,
+                                bool harmonic_smoothing=true);
+
+    /// Snap boundary vertices of mesh to match given sub domain and
+    /// (optionally) use harmonic smoothing on interior vertices
+    static void snap_boundary(Mesh& mesh,
+                              const SubDomain& sub_domain,
+                              bool harmonic_smoothing=true);
+
+  private:
+
+    // Move interior vertices
+    static void move_interior_vertices(Mesh& mesh,
+                                       BoundaryMesh& boundary,
+                                       bool harmonic_smoothing);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/MeshTopology.cpp b/dolfin/mesh/MeshTopology.cpp
new file mode 100644
index 0000000..13959ed
--- /dev/null
+++ b/dolfin/mesh/MeshTopology.cpp
@@ -0,0 +1,263 @@
+// Copyright (C) 2006-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2006-05-08
+// Last changed: 2014-07-02
+
+#include <numeric>
+#include <sstream>
+#include <dolfin/log/log.h>
+#include <dolfin/common/utils.h>
+#include "MeshConnectivity.h"
+#include "MeshView.h"
+#include "MeshTopology.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MeshTopology::MeshTopology() : Variable("topology", "mesh topology")
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+MeshTopology::MeshTopology(const MeshTopology& topology)
+  : Variable("topology", "mesh topology"),
+    coloring(topology.coloring),
+    _mapping(topology._mapping),
+    num_entities(topology.num_entities),
+    ghost_offset_index(topology.ghost_offset_index),
+    global_num_entities(topology.global_num_entities),
+    _global_indices(topology._global_indices),
+    _shared_entities(topology._shared_entities),
+    connectivity(topology.connectivity)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+MeshTopology::~MeshTopology()
+{
+  clear();
+}
+//-----------------------------------------------------------------------------
+MeshTopology& MeshTopology::operator= (const MeshTopology& topology)
+{
+  // Public data
+  coloring = topology.coloring;
+  _mapping = topology._mapping;
+
+  // Private data
+  num_entities = topology.num_entities;
+  global_num_entities = topology.global_num_entities;
+  ghost_offset_index = topology.ghost_offset_index;
+  _global_indices = topology._global_indices;
+  _shared_entities = topology._shared_entities;
+  connectivity = topology.connectivity;
+  _cell_owner = topology._cell_owner;
+
+  return *this;
+}
+//-----------------------------------------------------------------------------
+std::size_t MeshTopology::dim() const
+{
+  return num_entities.size() - 1;
+}
+//-----------------------------------------------------------------------------
+std::size_t MeshTopology::size(std::size_t dim) const
+{
+  if (num_entities.size() == 0)
+    return 0;
+
+  dolfin_assert(dim < num_entities.size());
+  return num_entities[dim];
+}
+//-----------------------------------------------------------------------------
+std::size_t MeshTopology::size_global(std::size_t dim) const
+{
+  if (global_num_entities.empty())
+    return 0;
+
+  dolfin_assert(dim < global_num_entities.size());
+  return global_num_entities[dim];
+}
+//-----------------------------------------------------------------------------
+std::size_t MeshTopology::ghost_offset(std::size_t dim) const
+{
+  if (ghost_offset_index.empty())
+    return 0;
+
+  dolfin_assert(dim < ghost_offset_index.size());
+  return ghost_offset_index[dim];
+}
+//-----------------------------------------------------------------------------
+void MeshTopology::clear()
+{
+  // Clear data
+  coloring.clear();
+  _mapping.clear();
+  num_entities.clear();
+  global_num_entities.clear();
+  ghost_offset_index.clear();
+  _global_indices.clear();
+  _shared_entities.clear();
+  connectivity.clear();
+}
+//-----------------------------------------------------------------------------
+void MeshTopology::clear(std::size_t d0, std::size_t d1)
+{
+  dolfin_assert(d0 < connectivity.size());
+  dolfin_assert(d1 < connectivity[d0].size());
+  connectivity[d0][d1].clear();
+}
+//-----------------------------------------------------------------------------
+void MeshTopology::init(std::size_t dim)
+{
+  // Clear old data if any
+  clear();
+
+  // Initialize number of mesh entities
+  num_entities = std::vector<unsigned int>(dim + 1, 0);
+  global_num_entities = std::vector<std::size_t>(dim + 1, 0);
+  ghost_offset_index = std::vector<std::size_t>(dim + 1, 0);
+
+  // Initialize storage for global indices
+  _global_indices.resize(dim + 1);
+
+  // Initialize mesh connectivity
+  connectivity.resize(dim + 1);
+  for (std::size_t d0 = 0; d0 <= dim; d0++)
+    for (std::size_t d1 = 0; d1 <= dim; d1++)
+      connectivity[d0].push_back(MeshConnectivity(d0, d1));
+}
+//-----------------------------------------------------------------------------
+void MeshTopology::init(std::size_t dim, std::size_t local_size,
+                        std::size_t global_size)
+{
+  dolfin_assert(dim < num_entities.size());
+  num_entities[dim] = local_size;
+
+  dolfin_assert(dim < global_num_entities.size());
+  global_num_entities[dim] = global_size;
+
+  // FIXME: Remove this when ghost/halo cells are supported
+  // If mesh is local, make shared vertices empty
+  if (dim == 0 && (local_size == global_size))
+    shared_entities(0);
+}
+//-----------------------------------------------------------------------------
+void MeshTopology::init_ghost(std::size_t dim, std::size_t index)
+{
+  dolfin_assert(dim < ghost_offset_index.size());
+  ghost_offset_index[dim] = index;
+}
+//-----------------------------------------------------------------------------
+void MeshTopology::init_global_indices(std::size_t dim, std::size_t size)
+{
+  dolfin_assert(dim < _global_indices.size());
+  _global_indices[dim]
+    = std::vector<std::int64_t>(size, -1);
+}
+//-----------------------------------------------------------------------------
+dolfin::MeshConnectivity& MeshTopology::operator() (std::size_t d0,
+                                                    std::size_t d1)
+{
+  dolfin_assert(d0 < connectivity.size());
+  dolfin_assert(d1 < connectivity[d0].size());
+  return connectivity[d0][d1];
+}
+//-----------------------------------------------------------------------------
+const dolfin::MeshConnectivity& MeshTopology::operator() (std::size_t d0,
+                                                          std::size_t d1) const
+{
+  dolfin_assert(d0 < connectivity.size());
+  dolfin_assert(d1 < connectivity[d0].size());
+  return connectivity[d0][d1];
+}
+//-----------------------------------------------------------------------------
+std::map<std::int32_t, std::set<unsigned int>>&
+  MeshTopology::shared_entities(unsigned int dim)
+{
+  dolfin_assert(dim <= this->dim());
+  return _shared_entities[dim];
+}
+//-----------------------------------------------------------------------------
+const std::map<std::int32_t, std::set<unsigned int>>&
+  MeshTopology::shared_entities(unsigned int dim) const
+{
+  auto e = _shared_entities.find(dim);
+  if (e == _shared_entities.end())
+  {
+    dolfin_error("MeshTopology.cpp",
+                 "get shared mesh entities",
+                 "Shared mesh entities have not been computed for dim %d", dim);
+  }
+  return e->second;
+}
+//-----------------------------------------------------------------------------
+size_t MeshTopology::hash() const
+{
+  return (*this)(dim(), 0).hash();
+}
+//-----------------------------------------------------------------------------
+std::string MeshTopology::str(bool verbose) const
+{
+  const std::size_t _dim = num_entities.size() - 1;
+  std::stringstream s;
+  if (verbose)
+  {
+    s << str(false) << std::endl << std::endl;
+
+    s << "  Number of entities:" << std::endl << std::endl;
+    for (std::size_t d = 0; d <= _dim; d++)
+      s << "    dim = " << d << ": " << num_entities[d] << std::endl;
+    s << std::endl;
+
+    s << "  Connectivity matrix:" << std::endl << std::endl;
+    s << "     ";
+    for (std::size_t d1 = 0; d1 <= _dim; d1++)
+      s << " " << d1;
+    s << std::endl;
+    for (std::size_t d0 = 0; d0 <= _dim; d0++)
+    {
+      s << "    " << d0;
+      for (std::size_t d1 = 0; d1 <= _dim; d1++)
+      {
+        if (!connectivity[d0][d1].empty())
+          s << " x";
+        else
+          s << " -";
+      }
+      s << std::endl;
+    }
+    s << std::endl;
+
+    for (std::size_t d0 = 0; d0 <= _dim; d0++)
+    {
+      for (std::size_t d1 = 0; d1 <= _dim; d1++)
+      {
+        if (connectivity[d0][d1].empty())
+          continue;
+        s << indent(connectivity[d0][d1].str(true));
+        s << std::endl;
+      }
+    }
+  }
+  else
+    s << "<MeshTopology of dimension " << _dim << ">";
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/MeshTopology.h b/dolfin/mesh/MeshTopology.h
new file mode 100644
index 0000000..0b2ec59
--- /dev/null
+++ b/dolfin/mesh/MeshTopology.h
@@ -0,0 +1,224 @@
+// Copyright (C) 2006-2009 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2006-05-08
+// Last changed: 2014-07-02
+
+#ifndef __MESH_TOPOLOGY_H
+#define __MESH_TOPOLOGY_H
+
+#include <cstdint>
+#include <map>
+#include <utility>
+#include <vector>
+
+#include <dolfin/common/Variable.h>
+#include "MeshConnectivity.h"
+#include "MeshView.h"
+
+namespace dolfin
+{
+
+  /// MeshTopology stores the topology of a mesh, consisting of mesh
+  /// entities and connectivity (incidence relations for the mesh
+  /// entities). Note that the mesh entities don't need to be stored,
+  /// only the number of entities and the connectivity. Any numbering
+  /// scheme for the mesh entities is stored separately in a
+  /// MeshFunction over the entities.
+  ///
+  /// A mesh entity e may be identified globally as a pair e = (dim,
+  /// i), where dim is the topological dimension and i is the index of
+  /// the entity within that topological dimension.
+
+
+  // NOTE : Forward declaration not sufficient to use the mapping() function
+  // Need to include mesh view to use auto mapping = mesh.topology().mapping()
+  // class MeshView;
+
+  class MeshTopology : public Variable
+  {
+  public:
+
+    /// Create empty mesh topology
+    MeshTopology();
+
+    /// Copy constructor
+    MeshTopology(const MeshTopology& topology);
+
+    /// Destructor
+    ~MeshTopology();
+
+    /// Assignment
+    MeshTopology& operator= (const MeshTopology& topology);
+
+    /// Return topological dimension
+    std::size_t dim() const;
+
+    /// Return number of entities for given dimension
+    std::size_t size(std::size_t dim) const;
+
+    /// Return global number of entities for given dimension
+    std::size_t size_global(std::size_t dim) const;
+
+    /// Return number of regular (non-ghost) entities
+    /// or equivalently, the offset of where ghost entities begin
+    std::size_t ghost_offset(std::size_t dim) const;
+
+    /// Clear all data
+    void clear();
+
+    /// Clear data for given pair of topological dimensions
+    void clear(std::size_t d0, std::size_t d1);
+
+    /// Initialize topology of given maximum dimension
+    void init(std::size_t dim);
+
+    /// Set number of local entities (local_size) and global entities
+    /// (global_size) for given topological dimension dim
+    void init(std::size_t dim, std::size_t local_size, std::size_t global_size);
+
+    /// Initialize storage for global entity numbering for entities of
+    /// dimension dim
+    void init_global_indices(std::size_t dim, std::size_t size);
+
+    /// Initialise the offset index of ghost entities for this dimension
+    void init_ghost(std::size_t dim, std::size_t index);
+
+    /// Set global index for entity of dimension dim and with local
+    /// index
+    void set_global_index(std::size_t dim, std::size_t local_index,
+                          std::int64_t global_index)
+    {
+      dolfin_assert(dim < _global_indices.size());
+      dolfin_assert(local_index < _global_indices[dim].size());
+      _global_indices[dim][local_index] = global_index;
+    }
+
+    /// Get local-to-global index map for entities of topological
+    /// dimension d
+    const std::vector<std::int64_t>& global_indices(std::size_t d) const
+    {
+      dolfin_assert(d < _global_indices.size());
+      return _global_indices[d];
+    }
+
+    /// Check if global indices are available for entities of
+    /// dimension dim
+    bool have_global_indices(std::size_t dim) const
+    {
+      dolfin_assert(dim < _global_indices.size());
+      return !_global_indices[dim].empty();
+    }
+
+    /// Check whether there are any shared entities calculated
+    /// of dimension dim
+    bool have_shared_entities(unsigned int dim) const
+    { return (_shared_entities.find(dim) != _shared_entities.end()); }
+
+    /// Return map from shared entities (local index) to processes
+    /// that share the entity
+    std::map<std::int32_t, std::set<unsigned int> >&
+      shared_entities(unsigned int dim);
+
+    /// Return map from shared entities (local index) to process that
+    /// share the entity (const version)
+    const std::map<std::int32_t, std::set<unsigned int> >&
+      shared_entities(unsigned int dim) const;
+
+    /// Return mapping from local ghost cell index to owning process
+    /// Since ghost cells are at the end of the range, this is just
+    /// a vector over those cells
+    std::vector<unsigned int>& cell_owner()
+    { return _cell_owner;  }
+
+    /// Return mapping from local ghost cell index to owning process (const version)
+    /// Since ghost cells are at the end of the range, this is just
+    /// a vector over those cells
+    const std::vector<unsigned int>& cell_owner() const
+    { return _cell_owner;  }
+
+    /// Return connectivity for given pair of topological dimensions
+    dolfin::MeshConnectivity& operator() (std::size_t d0, std::size_t d1);
+
+    /// Return connectivity for given pair of topological dimensions
+    const dolfin::MeshConnectivity& operator() (std::size_t d0,
+                                                std::size_t d1) const;
+
+    /// Return hash based on the hash of cell-vertex connectivity
+    size_t hash() const;
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+    /// Mesh entity colors, if computed. First vector is
+    ///
+    ///    (colored entity dim - dim1 - dim2 - ... -  colored entity dim)
+    ///
+    /// The first vector in the pair stores mesh entity colors and the
+    /// vector<vector> is a list of all mesh entity indices of the same
+    /// color, e.g. vector<vector>[col][i] is the index of the ith entity
+    /// of color 'col'.
+    // Developer note: std::vector is used in place of a MeshFunction
+    //                 to avoid circular dependencies in the header files
+    std::map<std::vector<std::size_t>,
+      std::pair<std::vector<std::size_t>,
+      std::vector<std::vector<std::size_t>>>> coloring;
+
+    // Mappings to other Mesh objects, if any
+    std::map<unsigned, std::shared_ptr<MeshView>> mapping() const
+    { return _mapping; }
+
+    void add_mapping(const std::pair<unsigned, std::shared_ptr<MeshView>> _pair)
+    { _mapping.emplace(_pair); }
+
+  private:
+
+    friend class MeshView;
+
+    // Mappings to other Mesh objects, if any
+    std::map<unsigned, std::shared_ptr<MeshView>> _mapping;
+
+    // Number of mesh entities for each topological dimension
+    std::vector<unsigned int> num_entities;
+
+    // Number of ghost indices for each topological dimension
+    std::vector<std::size_t> ghost_offset_index;
+
+    // Global number of mesh entities for each topological dimension
+    std::vector<std::size_t> global_num_entities;
+
+    // Global indices for mesh entities (empty if not set)
+    std::vector<std::vector<std::int64_t> > _global_indices;
+
+    // For entities of a given dimension d , maps each shared entity
+    // (local index) to a list of the processes sharing the vertex
+    std::map<unsigned int, std::map<std::int32_t, std::set<unsigned int>>>
+      _shared_entities;
+
+    // For cells which are "ghosted", locate the owning process,
+    // using a vector rather than a map,
+    // since ghost cells are always at the end of the range.
+    std::vector<unsigned int> _cell_owner;
+
+    // Connectivity for pairs of topological dimensions
+    std::vector<std::vector<MeshConnectivity> > connectivity;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/MeshTransformation.cpp b/dolfin/mesh/MeshTransformation.cpp
new file mode 100644
index 0000000..1fb4c35
--- /dev/null
+++ b/dolfin/mesh/MeshTransformation.cpp
@@ -0,0 +1,224 @@
+// Copyright (C) 2012-2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <array>
+#include <cmath>
+#include <dolfin/common/constants.h>
+#include <dolfin/geometry/Point.h>
+#include <dolfin/mesh/Mesh.h>
+#include "MeshTransformation.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void MeshTransformation::scale(Mesh& mesh, double factor)
+{
+ // Get mesh geometry
+  MeshGeometry& geometry = mesh.geometry();
+  const std::size_t gdim = geometry.dim();
+
+  // Scale all points
+  std::vector<double> x0(gdim);
+  for (std::size_t i = 0; i < geometry.num_vertices(); i++)
+  {
+    for (std::size_t j = 0; j < gdim; j++)
+      x0[j] = factor*geometry.x(i, j);
+    geometry.set(i, x0.data());
+  }
+}
+//-----------------------------------------------------------------------------
+void MeshTransformation::translate(Mesh& mesh, const Point& point)
+{
+  // Get mesh geometry
+  MeshGeometry& geometry = mesh.geometry();
+  const std::size_t gdim = geometry.dim();
+
+  // Get displacement vector coordinates
+  const double* dx = point.coordinates();
+  dolfin_assert(dx);
+
+  // Displace all points
+  std::vector<double> x0(gdim);
+  for (std::size_t i = 0; i < geometry.num_vertices(); i++)
+  {
+    for (std::size_t j = 0; j < gdim; j++)
+      x0[j] = geometry.x(i, j) + dx[j];
+    geometry.set(i, x0.data());
+  }
+}
+//-----------------------------------------------------------------------------
+void MeshTransformation::rescale(Mesh& mesh, const double scale,
+                                 const Point& center)
+{
+  // Get mesh geometry
+  MeshGeometry& geometry = mesh.geometry();
+  const std::size_t gdim = geometry.dim();
+
+  // Get center coordinates
+  const double* dx = center.coordinates();
+
+  // 1. Displace all points by -dx so that the center coincides with
+  // the origin: x = x - x_center
+  // 2. Scale all points by the scaling factor x = s * x
+  // 3. Displace all points by +dx again x = x + x_center
+  // Summarized: x = s * x + (1 - s) * x_center
+
+  std::vector<double> x0(gdim);
+  for (std::size_t i = 0; i < geometry.num_vertices(); i++)
+  {
+    for (std::size_t j = 0; j < gdim; j++)
+      x0[j] = scale * geometry.x(i, j) + (1-scale)*dx[j];
+    geometry.set(i, x0.data());
+  }
+}
+//-----------------------------------------------------------------------------
+void MeshTransformation::rotate(Mesh& mesh, double angle, std::size_t axis)
+{
+  // Get mesh geometry
+  MeshGeometry& geometry = mesh.geometry();
+  const std::size_t gdim = geometry.dim();
+
+  // Reset center of mass
+  std::vector<double> c(gdim, 0.0);
+
+  // Sum all vertex coordinates
+  for (std::size_t i = 0; i < geometry.num_vertices(); i++)
+  {
+    const double* x = geometry.x(i);
+    for (std::size_t j = 0; j < gdim; j++)
+      c[j] += x[j];
+  }
+
+  // Divide by the number of vertices
+  for (std::size_t j = 0; j < gdim; j++)
+    c[j] /= static_cast<double>(geometry.num_vertices());
+
+  // Set up point
+  dolfin_assert(gdim <= 3);
+  Point p;
+  for (std::size_t j = 0; j < gdim; j++)
+    p[j] = c[j];
+
+  // Rotate around center of mass
+  rotate(mesh, angle, axis, p);
+}
+//-----------------------------------------------------------------------------
+void MeshTransformation::rotate(Mesh& mesh, double angle, std::size_t axis,
+                                const Point& p)
+{
+  // Compute angle (radians)
+  const double theta = angle/180.0*DOLFIN_PI;
+
+  // Get coordinates of point
+  const double* c = p.coordinates();
+
+  // Check dimension
+  const std::size_t gdim = mesh.geometry().dim();
+  if (gdim == 2)
+  {
+    // Check axis of rotation (must be 2)
+    if (axis != 2)
+    {
+      dolfin_error("MeshTransformation.cpp",
+                   "rotate mesh",
+                   "A 2D mesh can only be rotated around the z-axis (axis = 2)");
+    }
+
+    // Set up rotation matrix
+    const double S00 = cos(theta); const double S01 = -sin(theta);
+    const double S10 = sin(theta); const double S11 =  cos(theta);
+
+    // Rotate all points
+    MeshGeometry& geometry = mesh.geometry();
+    std::array<double, 2> xr;
+    for (std::size_t i = 0; i < geometry.num_vertices(); i++)
+    {
+      // Get coordinate
+      const double* x = geometry.x(i);
+
+      // Compute vector from rotation point
+      const double dx0 = x[0] - c[0];
+      const double dx1 = x[1] - c[1];
+
+      // Rotate
+      xr[0] = c[0] + S00*dx0 + S01*dx1;
+      xr[1] = c[1] + S10*dx0 + S11*dx1;
+
+      // Store coordinate
+      geometry.set(i, xr.data());
+    }
+  }
+  else if (gdim == 3)
+  {
+    // Set up 2D rotation matrix
+    const double S00 = cos(theta); const double S01 = -sin(theta);
+    const double S10 = sin(theta); const double S11 =  cos(theta);
+
+    // Initialize 3D rotation matrix to identity matrix
+    double R00 = 1.0; double R01 = 0.0; double R02 = 0.0;
+    double R10 = 0.0; double R11 = 1.0; double R12 = 0.0;
+    double R20 = 0.0; double R21 = 0.0; double R22 = 1.0;
+
+    // Set up 3D rotation matrix
+    switch (axis)
+    {
+    case 0:
+      R11 = S00; R12 = S01; R21 = S10; R22 = S11;
+      break;
+    case 1:
+      R00 = S00; R02 = S01; R20 = S10; R22 = S11;
+      break;
+    case 2:
+      R00 = S00; R01 = S01; R10 = S10; R11 = S11;
+      break;
+    default:
+      dolfin_error("MeshTransformation.cpp",
+                   "rotate mesh",
+                   "A 3D mesh can only be rotated around axis 0, 1 or 2");
+    }
+
+    // Rotate all points
+    MeshGeometry& geometry = mesh.geometry();
+    std::array<double, 3> xr;
+    for (std::size_t i = 0; i < geometry.num_vertices(); i++)
+    {
+      // Get coordinate
+      const double* x = geometry.x(i);
+
+      // Compute vector from rotation point
+      const double dx0 = x[0] - c[0];
+      const double dx1 = x[1] - c[1];
+      const double dx2 = x[2] - c[2];
+
+      // Rotate
+      xr[0] = c[0] + R00*dx0 + R01*dx1 + R02*dx2;
+      xr[1] = c[1] + R10*dx0 + R11*dx1 + R12*dx2;
+      xr[2] = c[2] + R20*dx0 + R21*dx1 + R22*dx2;
+
+      // Store coordinate
+      geometry.set(i, xr.data());
+    }
+  }
+  else
+  {
+    dolfin_error("MeshTransformation.cpp",
+                 "rotate mesh",
+                 "Mesh rotation has not been implemented for meshes of dimension %d",
+                 gdim);
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/MeshTransformation.h b/dolfin/mesh/MeshTransformation.h
new file mode 100644
index 0000000..3892d4a
--- /dev/null
+++ b/dolfin/mesh/MeshTransformation.h
@@ -0,0 +1,93 @@
+// Copyright (C) 2012-2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2012-01-16
+// Last changed: 2016-05-03
+
+#ifndef __MESH_TRANSFORMATION_H
+#define __MESH_TRANSFORMATION_H
+
+namespace dolfin
+{
+
+  class Mesh;
+  class Point;
+
+  /// This class implements various transformations of the coordinates
+  /// of a mesh.
+
+class MeshTransformation
+{
+public:
+
+  /// Scale mesh coordinates with given factor.
+  ///
+  /// *Arguments*
+  ///     mesh (_Mesh_)
+  ///         The mesh
+  ///     factor (double)
+  ///         The factor defining the scaling.
+  static void scale(Mesh& mesh, double factor);
+
+  /// Translate mesh according to a given vector.
+  ///
+  /// @param mesh (Mesh)
+  ///         The mesh
+  /// @param point (Point)
+  ///         The vector defining the translation.
+  static void translate(Mesh& mesh, const Point& point);
+
+  /// Rescale mesh by a given scaling factor with respect to a center
+  /// point.
+  ///
+  /// @param mesh (Mesh)
+  ///         The mesh
+  /// @param scale (double)
+  ///         The scaling factor.
+  /// @param center (Point)
+  ///         The center of the scaling.
+  static void rescale(Mesh& mesh, const double scale, const Point& center);
+
+  /// Rotate mesh around a coordinate axis through center of mass
+  /// of all mesh vertices
+  ///
+  /// @param mesh (Mesh)
+  ///         The mesh.
+  /// @param angle (double)
+  ///         The number of degrees (0-360) of rotation.
+  /// @param axis (std::size_t)
+  ///         The coordinate axis around which to rotate the mesh.
+  static void rotate(Mesh& mesh, double angle, std::size_t axis);
+
+  /// Rotate mesh around a coordinate axis through a given point
+  ///
+  /// @param mesh (Mesh)
+  ///         The mesh.
+  /// @param angle (double)
+  ///         The number of degrees (0-360) of rotation.
+  /// @param axis (std::size_t)
+  ///         The coordinate axis around which to rotate the mesh.
+  /// @param p (Point)
+  ///         The point around which to rotate the mesh.
+  static void rotate(Mesh& mesh, double angle, std::size_t axis,
+                     const Point& p);
+
+};
+
+}
+
+#endif
diff --git a/dolfin/mesh/MeshValueCollection.h b/dolfin/mesh/MeshValueCollection.h
new file mode 100644
index 0000000..ba8c403
--- /dev/null
+++ b/dolfin/mesh/MeshValueCollection.h
@@ -0,0 +1,560 @@
+// Copyright (C) 2011-2013 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Chris Richardson, 2013.
+//
+// First added:  2006-08-30
+// Last changed: 2013-05-22
+
+#ifndef __MESH_VALUE_COLLECTION_H
+#define __MESH_VALUE_COLLECTION_H
+
+#include <map>
+#include <utility>
+#include <memory>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/common/Variable.h>
+#include <dolfin/log/log.h>
+#include "Cell.h"
+#include "Mesh.h"
+#include "MeshEntity.h"
+#include "MeshFunction.h"
+
+namespace dolfin
+{
+
+  /// The MeshValueCollection class can be used to store data
+  /// associated with a subset of the entities of a mesh of a given
+  /// topological dimension. It differs from the MeshFunction class in
+  /// two ways. First, data does not need to be associated with all
+  /// entities (only a subset). Second, data is associated with
+  /// entities through the corresponding cell index and local entity
+  /// number (relative to the cell), not by global entity index, which
+  /// means that data may be stored robustly to file.
+
+  template <typename T>
+  class MeshValueCollection : public Variable
+  {
+  public:
+
+    /// Create empty mesh value collection
+    ///
+    MeshValueCollection();
+
+    /// Create an empty mesh value collection on a given mesh
+    ///
+    /// @param    mesh (_Mesh_)
+    ///         The mesh.
+    explicit MeshValueCollection(std::shared_ptr<const Mesh> mesh);
+
+    /// Create a mesh value collection from a MeshFunction
+    ///
+    /// @param    mesh_function (MeshFunction<T>)
+    ///         The mesh function for creating a MeshValueCollection.
+    explicit MeshValueCollection(const MeshFunction<T>& mesh_function);
+
+    /// Create a mesh value collection of entities of given dimension
+    /// on a given mesh
+    ///
+    /// @param    mesh (_Mesh_)
+    ///         The mesh associated with the collection.
+    /// @param    dim (std::size_t)
+    ///         The mesh entity dimension for the mesh value collection.
+    MeshValueCollection(std::shared_ptr<const Mesh> mesh, std::size_t dim);
+
+    /// Create a mesh value collection from a file.
+    ///
+    /// @param    mesh (Mesh)
+    ///         A mesh associated with the collection. The mesh is used to
+    ///         map collection values to the appropriate process.
+    /// @param    filename (std::string)
+    ///         The XML file name.
+    MeshValueCollection(std::shared_ptr<const Mesh> mesh, const std::string filename);
+
+    /// Destructor
+    ~MeshValueCollection() {}
+
+    /// Assignment operator
+    ///
+    /// @param    mesh_function (_MeshFunction_)
+    ///         A _MeshFunction_ object used to construct a
+    ///         MeshValueCollection.
+    MeshValueCollection<T>& operator=(const MeshFunction<T>& mesh_function);
+
+    /// Assignment operator
+    ///
+    /// @param    mesh_value_collection (_MeshValueCollection_)
+    ///         A _MeshValueCollection_ object used to construct a
+    ///         MeshValueCollection.
+    MeshValueCollection<T>&
+      operator=(const MeshValueCollection<T>& mesh_value_collection);
+
+    /// Initialise MeshValueCollection with mesh and dimension
+    ///
+    /// @param    mesh (_mesh))
+    ///         The mesh on which the value collection is defined
+    /// @param    dim (std::size_t)
+    ///         The mesh entity dimension for the mesh value collection.
+    void init(std::shared_ptr<const Mesh> mesh, std::size_t dim);
+
+    /// Set dimension. This function should not generally be used. It is
+    /// for reading MeshValueCollections as the dimension is not
+    /// generally known at construction.
+    ///
+    /// @param    dim (std::size_t)
+    ///         The mesh entity dimension for the mesh value collection.
+    void init(std::size_t dim);
+
+    /// Return topological dimension
+    ///
+    /// @return   std::size_t
+    ///         The dimension.
+    std::size_t dim() const;
+
+    /// Return associated mesh
+    ///
+    /// @return    _Mesh_
+    ///         The mesh.
+    std::shared_ptr<const Mesh> mesh() const;
+
+    /// Return true if the subset is empty
+    ///
+    /// @return   bool
+    ///         True if the subset is empty.
+    bool empty() const;
+
+    /// Return size (number of entities in subset)
+    ///
+    /// @return    std::size_t
+    ///         The size.
+    std::size_t size() const;
+
+    /// Set marker value for given entity defined by a cell index and
+    /// a local entity index
+    ///
+    /// @param    cell_index (std::size_t)
+    ///         The index of the cell.
+    /// @param    local_entity (std::size_t)
+    ///         The local index of the entity relative to the cell.
+    /// @param    value (T)
+    ///         The value of the marker.
+    ///
+    /// @return    bool
+    ///         True is a new value is inserted, false if overwriting
+    ///         an existing value.
+    bool set_value(std::size_t cell_index, std::size_t local_entity,
+                   const T& value);
+
+    /// Set value for given entity index
+    ///
+    /// @param    entity_index (std::size_t)
+    ///         Index of the entity.
+    /// @param    value (T).
+    ///         The value of the marker.
+    ///
+    /// @return    bool
+    ///         True is a new value is inserted, false if overwriting
+    ///         an existing value.
+    bool set_value(std::size_t entity_index, const T& value);
+
+    /// Get marker value for given entity defined by a cell index and
+    /// a local entity index
+    ///
+    /// @param    cell_index (std::size_t)
+    ///         The index of the cell.
+    /// @param    local_entity (std::size_t)
+    ///         The local index of the entity relative to the cell.
+    ///
+    /// @return    marker_value (T)
+    ///         The value of the marker.
+    T get_value(std::size_t cell_index, std::size_t local_entity);
+
+    /// Get all values
+    ///
+    /// @return    std::map<std::pair<std::size_t, std::size_t>, T>
+    ///         A map from positions to values.
+    std::map<std::pair<std::size_t, std::size_t>, T>& values();
+
+    /// Get all values (const version)
+    ///
+    /// @return    std::map<std::pair<std::size_t, std::size_t>, T>
+    ///         A map from positions to values.
+    const std::map<std::pair<std::size_t, std::size_t>, T>& values() const;
+
+    /// Clear all values
+    void clear();
+
+    /// Return informal string representation (pretty-print)
+    ///
+    /// @param   verbose (bool)
+    ///         Flag to turn on additional output.
+    ///
+    /// @return    std::string
+    ///         An informal representation.
+    std::string str(bool verbose) const;
+
+  private:
+
+    // Associated mesh
+    std::shared_ptr<const Mesh> _mesh;
+
+    // Topological dimension
+    int _dim;
+
+    // The values
+    std::map<std::pair<std::size_t, std::size_t>, T> _values;
+
+  };
+
+  //---------------------------------------------------------------------------
+  // Implementation of MeshValueCollection
+  //---------------------------------------------------------------------------
+  template <typename T>
+  MeshValueCollection<T>::MeshValueCollection()
+    : Variable("m", "unnamed MeshValueCollection"), _dim(-1)
+  {
+    // Do nothing
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  MeshValueCollection<T>::MeshValueCollection(std::shared_ptr<const Mesh>
+                                              mesh) : _mesh(mesh), _dim(-1)
+  {
+    // Do nothing
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  MeshValueCollection<T>::MeshValueCollection(std::shared_ptr<const Mesh>
+                                              mesh, std::size_t dim)
+    : Variable("m", "unnamed MeshValueCollection"), _mesh(mesh), _dim(dim)
+  {
+    // Do nothing
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  MeshValueCollection<T>::MeshValueCollection(const MeshFunction<T>&
+                                              mesh_function)
+    : Variable("m", "unnamed MeshValueCollection"), _mesh(mesh_function.mesh()),
+      _dim(mesh_function.dim())
+  {
+    dolfin_assert(_mesh);
+    const std::size_t D = _mesh->topology().dim();
+
+    // Handle cells as a special case
+    if ((int) D == _dim)
+    {
+      for (std::size_t cell_index = 0; cell_index < mesh_function.size();
+           ++cell_index)
+      {
+        const std::pair<std::size_t, std::size_t> key(cell_index, 0);
+        _values.insert({key, mesh_function[cell_index]});
+      }
+    }
+    else
+    {
+      _mesh->init(_dim, D);
+      const MeshConnectivity& connectivity = _mesh->topology()(_dim, D);
+      dolfin_assert(!connectivity.empty());
+      for (std::size_t entity_index = 0; entity_index < mesh_function.size();
+           ++entity_index)
+      {
+        // Find the cell
+        dolfin_assert(connectivity.size(entity_index) > 0);
+        const MeshEntity entity(*_mesh, _dim, entity_index);
+        for (std::size_t i = 0; i < entity.num_entities(D) ; ++i)
+        {
+          // Create cell
+          const Cell cell(*_mesh, connectivity(entity_index)[i]);
+
+          // Find the local entity index
+          const std::size_t local_entity = cell.index(entity);
+
+          // Insert into map
+          const std::pair<std::size_t, std::size_t> key(cell.index(),
+                                                        local_entity);
+          _values.insert({key, mesh_function[entity_index]});
+        }
+      }
+    }
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+    MeshValueCollection<T>::MeshValueCollection(std::shared_ptr<const Mesh> mesh,
+                                                const std::string filename)
+    : Variable("m", "unnamed MeshValueCollection"),
+      _mesh(mesh), _dim(-1)
+  {
+    File file(filename);
+    file >> *this;
+    dolfin_assert(_dim > -1);
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  MeshValueCollection<T>&
+  MeshValueCollection<T>::operator=(const MeshFunction<T>& mesh_function)
+  {
+    _mesh = mesh_function.mesh();
+    _dim = mesh_function.dim();
+
+    dolfin_assert(_mesh);
+    const std::size_t D = _mesh->topology().dim();
+
+    // FIXME: Use iterators
+
+    // Handle cells as a special case
+    if ((int) D == _dim)
+    {
+      for (std::size_t cell_index = 0; cell_index < mesh_function.size();
+           ++cell_index)
+      {
+        const std::pair<std::size_t, std::size_t> key(cell_index, 0);
+        _values.insert({key, mesh_function[cell_index]});
+      }
+    }
+    else
+    {
+      _mesh->init(_dim, D);
+      const MeshConnectivity& connectivity = _mesh->topology()(_dim, D);
+      dolfin_assert(!connectivity.empty());
+      for (std::size_t entity_index = 0; entity_index < mesh_function.size();
+           ++entity_index)
+      {
+        // Find the cell
+        dolfin_assert(connectivity.size(entity_index) > 0);
+        const MeshEntity entity(*_mesh, _dim, entity_index);
+        for (std::size_t i = 0; i < entity.num_entities(D) ; ++i)
+        {
+          // Create cell
+          const Cell cell(*_mesh, connectivity(entity_index)[i]);
+
+          // Find the local entity index
+          const std::size_t local_entity = cell.index(entity);
+
+          // Insert into map
+          const std::pair<std::size_t, std::size_t> key(cell.index(),
+                                                        local_entity);
+          _values.insert({key, mesh_function[entity_index]});
+        }
+      }
+    }
+
+    return *this;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  MeshValueCollection<T>&
+  MeshValueCollection<T>::operator=(const MeshValueCollection<T>&
+                                    mesh_value_collection)
+  {
+    _mesh = mesh_value_collection._mesh;
+    _dim = mesh_value_collection.dim();
+    _values = mesh_value_collection.values();
+
+    return *this;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  void MeshValueCollection<T>::init(std::shared_ptr<const Mesh> mesh,
+                                    std::size_t dim)
+  {
+    mesh->init(dim);
+    _mesh = mesh;
+    _dim = dim;
+    _values.clear();
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  void MeshValueCollection<T>::init(std::size_t dim)
+  {
+    dolfin_assert(_mesh);
+    dolfin_assert(_dim < 0);
+    _dim = dim;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  std::size_t MeshValueCollection<T>::dim() const
+  {
+    dolfin_assert(_dim >= 0);
+    return _dim;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  bool MeshValueCollection<T>::empty() const
+  {
+    return _values.empty();
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  std::size_t MeshValueCollection<T>::size() const
+  {
+    return _values.size();
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  std::shared_ptr<const Mesh> MeshValueCollection<T>::mesh() const
+  {
+    dolfin_assert(_mesh);
+    return _mesh;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  bool MeshValueCollection<T>::set_value(std::size_t cell_index,
+                                         std::size_t local_entity,
+                                         const T& value)
+  {
+    dolfin_assert(_dim >= 0);
+    if (!_mesh)
+    {
+      dolfin_error("MeshValueCollection.h",
+                   "set value",
+                   "A mesh has not been associated with this MeshValueCollection");
+    }
+
+    const std::pair<std::size_t, std::size_t> pos(cell_index, local_entity);
+    std::pair<typename std::map<std::pair<std::size_t, std::size_t>, T>::iterator, bool>
+      it = _values.insert({pos, value});
+
+    // If an item with same key already exists the value has not been
+    // set and we need to update it
+    if (!it.second)
+      it.first->second = value;
+
+    return it.second;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  bool MeshValueCollection<T>::set_value(std::size_t entity_index,
+                                         const T& value)
+  {
+    if (!_mesh)
+    {
+      dolfin_error("MeshValueCollection.h",
+                   "set value",
+                   "A mesh has not been associated with this MeshValueCollection");
+    }
+
+    dolfin_assert(_dim >= 0);
+
+    // Special case when d = D
+    const std::size_t D = _mesh->topology().dim();
+    if (_dim == (int) D)
+    {
+      // Set local entity index to zero when we mark a cell
+      const std::pair<std::size_t, std::size_t> pos(entity_index, 0);
+      std::pair<typename std::map<std::pair<std::size_t,
+        std::size_t>, T>::iterator, bool> it;
+      it = _values.insert({pos, value});
+
+      // If an item with same key already exists the value has not been
+      // set and we need to update it
+      if (!it.second)
+        it.first->second = value;
+
+      return it.second;
+    }
+
+    // Get mesh connectivity d --> D
+    _mesh->init(_dim, D);
+    const MeshConnectivity& connectivity = _mesh->topology()(_dim, D);
+
+    // Find the cell
+    dolfin_assert(!connectivity.empty());
+    dolfin_assert(connectivity.size(entity_index) > 0);
+    const MeshEntity entity(*_mesh, _dim, entity_index);
+    const Cell cell(*_mesh, connectivity(entity_index)[0]); // choose first
+
+    // Find the local entity index
+    const std::size_t local_entity = cell.index(entity);
+
+    // Add value
+    const std::pair<std::size_t, std::size_t> pos(cell.index(), local_entity);
+    std::pair<typename std::map<std::pair<std::size_t,
+      std::size_t>, T>::iterator, bool> it;
+    it = _values.insert({pos, value});
+
+    // If an item with same key already exists the value has not been
+    // set and we need to update it
+    if (!it.second)
+      it.first->second = value;
+
+    return it.second;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  T MeshValueCollection<T>::get_value(std::size_t cell_index,
+				      std::size_t local_entity)
+  {
+    dolfin_assert(_dim >= 0);
+
+    const std::pair<std::size_t, std::size_t> pos(cell_index, local_entity);
+    const typename std::map<std::pair<std::size_t,
+      std::size_t>, T>::const_iterator
+      it = _values.find(pos);
+
+    if (it == _values.end())
+    {
+      dolfin_error("MeshValueCollection.h",
+                   "extract value",
+                   "No value stored for cell index: %d and local index: %d",
+                   cell_index, local_entity);
+    }
+
+    return it->second;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  std::map<std::pair<std::size_t, std::size_t>, T>&
+    MeshValueCollection<T>::values()
+  {
+    return _values;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  const std::map<std::pair<std::size_t, std::size_t>, T>&
+  MeshValueCollection<T>::values() const
+  {
+    return _values;
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  void MeshValueCollection<T>::clear()
+  {
+    _values.clear();
+  }
+  //---------------------------------------------------------------------------
+  template <typename T>
+  std::string MeshValueCollection<T>::str(bool verbose) const
+  {
+    std::stringstream s;
+    if (verbose)
+    {
+      s << str(false) << std::endl << std::endl;
+      warning("Verbose output of MeshValueCollection must be implemented manually.");
+    }
+    else
+    {
+      s << "<MeshValueCollection of topological dimension " << dim()
+        << " containing " << size() << " values>";
+    }
+
+    return s.str();
+  }
+  //---------------------------------------------------------------------------
+
+}
+
+#endif
diff --git a/dolfin/mesh/MeshView.cpp b/dolfin/mesh/MeshView.cpp
new file mode 100644
index 0000000..8c54ad4
--- /dev/null
+++ b/dolfin/mesh/MeshView.cpp
@@ -0,0 +1,240 @@
+// Copyright (C) 2017 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+#include "Mesh.h"
+#include "MeshEditor.h"
+#include "MeshFunction.h"
+#include "MeshEntityIterator.h"
+
+#include "MeshView.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+Mesh MeshView::create(const MeshFunction<std::size_t>& marker,
+                      std::size_t tag)
+{
+  // Get original Mesh and tdim of marker
+  std::shared_ptr<const Mesh> mesh = marker.mesh();
+  unsigned int tdim = marker.dim();
+
+  // Get indices of marked entities - each of these will represent a Cell in "new_mesh"
+  std::vector<std::size_t> indices;
+  for (std::size_t idx = 0; idx < mesh->num_entities(tdim); ++idx)
+  {
+    if (marker[idx] == tag)
+      indices.push_back(idx);
+  }
+
+  // Create a new Mesh of dimension tdim
+  Mesh new_mesh;
+  MeshEditor editor;
+  editor.open(new_mesh, mesh->type().entity_type(tdim), tdim,
+              mesh->geometry().dim());
+
+  std::size_t num_cell_vertices = mesh->type().num_vertices(tdim);
+
+  // Reverse mapping from full Mesh for vertices
+  std::map<std::size_t, std::size_t> vertex_rev_map;
+  // Forward map to full Mesh for vertices
+  std::vector<std::size_t> vertex_fwd_map;
+
+  // Establish a new local numbering for all vertices in "new_mesh"
+  // and create the mapping back to the local numbering in "mesh"
+
+  std::size_t vertex_num = 0;
+  // FIXME: may fail with ghost mesh - assumes no shared cells
+  editor.init_cells_global(indices.size(),
+                           MPI::sum(mesh->mpi_comm(), indices.size()));
+  const auto& conn_tdim = mesh->topology()(tdim, 0);
+
+  // Add cells to new_mesh
+  std::vector<std::size_t> new_cell;
+  for (unsigned int j = 0; j != indices.size(); ++j)
+  {
+    const std::size_t idx = indices[j];
+    new_cell.clear();
+    for (unsigned int i = 0; i != num_cell_vertices; ++i)
+    {
+      const std::size_t main_idx = conn_tdim(idx)[i];
+      auto mapit = vertex_rev_map.insert({main_idx, vertex_num});
+      if (mapit.second)
+      {
+        vertex_fwd_map.push_back(main_idx);
+        ++vertex_num;
+      }
+      new_cell.push_back(mapit.first->second);
+    }
+    editor.add_cell(j, new_cell);
+  }
+
+  // Initialise vertex global indices in new_mesh
+  const std::size_t mpi_size = MPI::size(mesh->mpi_comm());
+  const std::size_t mpi_rank = MPI::rank(mesh->mpi_comm());
+
+  // Create sharing map from main mesh data
+  auto& new_shared = new_mesh.topology().shared_entities(0);
+  const auto& mesh_shared = mesh->topology().shared_entities(0);
+  const auto& mesh_global = mesh->topology().global_indices(0);
+
+  // Global numbering in new_mesh. Shared vertices are numbered by
+  // the lowest rank sharing process
+  std::size_t local_count = 0;
+  std::vector<std::size_t> vertex_global_index(vertex_num);
+  std::vector<std::vector<std::size_t>> send_vertex_numbering(mpi_size);
+  std::vector<std::vector<std::size_t>> recv_vertex_numbering(mpi_size);
+
+  // Map from global vertices on main mesh to local on new_mesh
+  std::map<std::size_t, std::size_t> main_global_to_new;
+
+  for (unsigned int i = 0; i != vertex_num; ++i)
+  {
+    const std::size_t main_idx = vertex_fwd_map[i];
+    const auto shared_it = mesh_shared.find(main_idx);
+    if (shared_it == mesh_shared.end())
+    {
+      // Vertex not shared in main mesh, so number locally
+      vertex_global_index[i] = local_count;
+      ++local_count;
+    }
+    else
+    {
+      // Dof is owned by the lowest rank process
+      //std::size_t dest = *std::min_element(shared_it->second.begin(), shared_it->second.end());
+      std::size_t dest = *(shared_it->second.begin());
+      new_shared.insert({i, shared_it->second});
+
+      if (dest > mpi_rank)
+      {
+        // Shared, but local - number locally
+        vertex_global_index[i] = local_count;
+        ++local_count;
+      }
+      else
+        send_vertex_numbering[dest].push_back(mesh_global[main_idx]);
+
+      main_global_to_new.insert({mesh_global[main_idx], i});
+    }
+  }
+
+  // Send global indices of all unnumbered vertices to owner
+  MPI::all_to_all(mesh->mpi_comm(), send_vertex_numbering, recv_vertex_numbering);
+
+  // Create global->local map for *all* shared vertices of main mesh
+  std::map<std::size_t, std::size_t> main_global_to_local;
+  for (auto it : mesh_shared)
+    main_global_to_local.insert({mesh_global[it.first], it.first});
+
+  // Search for received vertices which are not already there. This may be because
+  // they are not part of a new_mesh cell for this process.
+  for (auto &p : recv_vertex_numbering)
+  {
+    for (auto &q : p)
+    {
+      if (main_global_to_new.find(q) == main_global_to_new.end())
+      {
+        // Not found - shared, but not part of local MeshView, yet.
+        // This Vertex may have no locally associated Cell in new_mesh
+        auto mgl_find = main_global_to_local.find(q);
+        dolfin_assert(mgl_find != main_global_to_local.end());
+        const std::size_t main_idx = mgl_find->second;
+        vertex_fwd_map.push_back(main_idx);
+        vertex_global_index.push_back(local_count);
+        main_global_to_new.insert({q, vertex_num});
+        const auto shared_it = mesh_shared.find(main_idx);
+        dolfin_assert(shared_it != mesh_shared.end());
+        new_shared.insert({vertex_num, shared_it->second});
+#if 0
+        // DEBUG : Print new shared vertex global index
+        for(auto ii=shared_it->second.begin(); ii!=shared_it->second.end(); ++ii)
+          std::cout << "new_shared - "
+                    << " new mesh index = " << vertex_num
+                    << ", vertex_global_index = " << local_count
+                    << ", main global index = " << q
+                    << ", owned by " << *ii << std::endl;
+#endif
+        ++local_count;
+        ++vertex_num;
+      }
+    }
+  }
+
+  // All shared vertices are now numbered
+
+  // Add geometry and close new_mesh
+  editor.init_vertices_global(vertex_fwd_map.size(),
+                              MPI::sum(mesh->mpi_comm(), local_count));
+  for (unsigned int i = 0; i != vertex_fwd_map.size(); ++i)
+    new_mesh.geometry().set(i, mesh->geometry().point(vertex_fwd_map[i]).coordinates());
+
+  editor.close();
+
+  // Correct for global vertex index offset
+  const std::size_t vertex_offset
+    = MPI::global_offset(mesh->mpi_comm(), local_count, true);
+  for (auto &v : vertex_global_index)
+    v += vertex_offset;
+
+  // Convert incoming main global index to new_mesh global index
+  for (auto &p : recv_vertex_numbering)
+    for (auto &q : p)
+    {
+      const auto map_it = main_global_to_new.find(q);
+      dolfin_assert(map_it != main_global_to_new.end());
+      q = vertex_global_index[map_it->second];
+    }
+
+  // Send reply back to originator
+  std::vector<std::vector<std::size_t>> reply_vertex_numbering(mpi_size);
+  MPI::all_to_all(mesh->mpi_comm(), recv_vertex_numbering, reply_vertex_numbering);
+
+  // Convert main global back to new_mesh local and save new_mesh global
+  // index
+  for (unsigned int i = 0; i != mpi_size; ++i)
+  {
+    std::vector<std::size_t>& send_v = send_vertex_numbering[i];
+    std::vector<std::size_t>& reply_v = reply_vertex_numbering[i];
+    dolfin_assert(send_v.size() == reply_v.size());
+
+    for (unsigned int j = 0; j != send_v.size(); ++j)
+    {
+      auto map_it = main_global_to_new.find(send_v[j]);
+      dolfin_assert(map_it != main_global_to_new.end());
+      vertex_global_index[map_it->second] = reply_v[j];
+    }
+  }
+
+  MeshTopology& new_topo = new_mesh.topology();
+
+  // Generate some global indices for cells
+  // FIXME: some cells may be shared if ghosts are used
+  const std::size_t cell_offset
+    = MPI::global_offset(mesh->mpi_comm(), indices.size(), true);
+  new_topo.init_global_indices(tdim, indices.size());
+  for (std::size_t i = 0; i != indices.size(); ++i)
+    new_topo.set_global_index(tdim, i, i + cell_offset);
+
+  // Set global vertex indices
+  new_topo.init_global_indices(0, vertex_num);
+  for (std::size_t i = 0; i != vertex_num; ++i)
+    new_topo.set_global_index(0, i, vertex_global_index[i]);
+
+  // Store relationship between meshes
+  new_topo._mapping.insert(std::make_pair(mesh->id(), std::make_shared<MeshView>(mesh, vertex_fwd_map, indices)));
+
+  return new_mesh;
+}
diff --git a/dolfin/mesh/MeshView.h b/dolfin/mesh/MeshView.h
new file mode 100644
index 0000000..38053be
--- /dev/null
+++ b/dolfin/mesh/MeshView.h
@@ -0,0 +1,82 @@
+// Copyright (C) 2017 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifndef __MESH_VIEW_H
+#define __MESH_VIEW_H
+
+namespace dolfin
+{
+  // Forward declarations
+  class Mesh;
+  template <typename T> class MeshFunction;
+
+  class MeshView
+  {
+    /// Mapping from a child Mesh to a parent Mesh for vertices
+    /// and cells, using local indexing
+
+  public:
+
+    /// Constructor
+    MeshView(std::shared_ptr<const Mesh> parent_mesh,
+             std::vector<std::size_t>& vertex_map,
+             std::vector<std::size_t>& cell_map)
+      : _mesh(parent_mesh), _vertex_map(vertex_map), _cell_map(cell_map)
+    {
+      // Do nothing
+    }
+
+    /// Access parent mesh
+    std::shared_ptr<const Mesh> mesh() const
+    {
+      return _mesh;
+    }
+
+    /// Map to vertices of parent mesh
+    const std::vector<std::size_t>& vertex_map() const
+    {
+      return _vertex_map;
+    }
+
+    /// Map to cells of parent mesh
+    const std::vector<std::size_t>& cell_map() const
+    {
+      return _cell_map;
+    }
+
+    /// Create a new Mesh based on the Meshfunction marker, where it has a value equal
+    /// to tag, setting the MeshViewMapping in MeshTopology accordingly.
+    /// FIXME: this could be a free function
+    static Mesh create(const MeshFunction<std::size_t>& marker, std::size_t tag);
+
+  private:
+
+    // The parent mesh which this mapping points to
+    std::shared_ptr<const Mesh> _mesh;
+
+    // Map to vertices in _mesh
+    std::vector<std::size_t> _vertex_map;
+
+    // Map to cells in _mesh
+    std::vector<std::size_t> _cell_map;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/MultiMesh.cpp b/dolfin/mesh/MultiMesh.cpp
new file mode 100644
index 0000000..e5e58b9
--- /dev/null
+++ b/dolfin/mesh/MultiMesh.cpp
@@ -0,0 +1,1670 @@
+// Copyright (C) 2013-2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by August Johansson 2016, 2018
+// Modified by Benjamin Kehlet 2016
+//
+// First added:  2013-08-05
+// Last changed: 2018-04-03
+
+#include <cmath>
+#include <algorithm>
+#include <dolfin/log/log.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/geometry/BoundingBoxTree.h>
+#include <dolfin/geometry/SimplexQuadrature.h>
+#include <dolfin/geometry/IntersectionConstruction.h>
+#include <dolfin/geometry/ConvexTriangulation.h>
+#include <dolfin/geometry/GeometryPredicates.h>
+#include <dolfin/geometry/MeshPointIntersection.h>
+
+#include "Cell.h"
+#include "Facet.h"
+#include "Vertex.h"
+#include "BoundaryMesh.h"
+#include "MeshFunction.h"
+#include "MultiMesh.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MultiMesh::MultiMesh() : _is_built(false)
+{
+  // Set parameters
+  parameters = default_parameters();
+}
+//-----------------------------------------------------------------------------
+MultiMesh::MultiMesh(std::vector<std::shared_ptr<const Mesh>> meshes,
+                     std::size_t quadrature_order) : _is_built(false)
+{
+  // Set parameters
+  parameters = default_parameters();
+
+  // Add and build
+  for (auto mesh : meshes)
+    add(mesh);
+  build(quadrature_order);
+}
+//-----------------------------------------------------------------------------
+MultiMesh::MultiMesh(std::shared_ptr<const Mesh> mesh_0,
+                     std::size_t quadrature_order) : _is_built(false)
+{
+  // Set parameters
+  parameters = default_parameters();
+
+  // Add and build
+  add(mesh_0);
+  build(quadrature_order);
+}
+//-----------------------------------------------------------------------------
+MultiMesh::MultiMesh(std::shared_ptr<const Mesh> mesh_0,
+                     std::shared_ptr<const Mesh> mesh_1,
+                     std::size_t quadrature_order) : _is_built(false)
+{
+  // Set parameters
+  parameters = default_parameters();
+
+  // Add and build
+  add(mesh_0);
+  add(mesh_1);
+  build(quadrature_order);
+}
+//-----------------------------------------------------------------------------
+MultiMesh::MultiMesh(std::shared_ptr<const Mesh> mesh_0,
+                     std::shared_ptr<const Mesh> mesh_1,
+                     std::shared_ptr<const Mesh> mesh_2,
+                     std::size_t quadrature_order) : _is_built(false)
+{
+  // Set parameters
+  parameters = default_parameters();
+
+  // Add and build
+  add(mesh_0);
+  add(mesh_1);
+  add(mesh_2);
+  build(quadrature_order);
+}
+//-----------------------------------------------------------------------------
+MultiMesh::~MultiMesh()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+std::size_t MultiMesh::num_parts() const
+{
+  return _meshes.size();
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Mesh> MultiMesh::part(std::size_t i) const
+{
+  dolfin_assert(i < _meshes.size());
+  return _meshes[i];
+}
+//-----------------------------------------------------------------------------
+const std::vector<unsigned int>&
+MultiMesh::uncut_cells(std::size_t part) const
+{
+  dolfin_assert(part < num_parts());
+  return _uncut_cells[part];
+}
+//-----------------------------------------------------------------------------
+const std::vector<unsigned int>
+MultiMesh::cut_cells(std::size_t part) const
+{
+  dolfin_assert(part < num_parts());
+
+  // Extract keys from collision map
+  const std::map<unsigned int,std::vector<std::pair<std::size_t,unsigned int>>>&
+    cm = collision_map_cut_cells(part);
+
+  // Vector to store cut cell IDs
+  std::vector<unsigned int> _cut_cells;
+  _cut_cells.reserve(cm.size());
+
+  // Add cell ID if it has any collisions
+  for (const auto& it : cm)
+    if (it.second.size() > 0)
+      _cut_cells.push_back(it.first);
+  return _cut_cells;
+}
+//-----------------------------------------------------------------------------
+const std::vector<unsigned int>&
+MultiMesh::covered_cells(std::size_t part) const
+{
+  dolfin_assert(part < num_parts());
+  return _covered_cells[part];
+}
+//-----------------------------------------------------------------------------
+void
+MultiMesh::mark_covered(std::size_t part, const std::vector<unsigned int>& cells)
+{
+  dolfin_assert(part < num_parts());
+  for(auto const& cell: cells)
+  {
+    if (std::find(_covered_cells[part].begin(),  _covered_cells[part].end(), cell) == _covered_cells[part].end())
+    {
+      _covered_cells[part].push_back(cell);
+      _uncut_cells[part].erase(std::remove(_uncut_cells[part].begin(), _uncut_cells[part].end(), cell), _uncut_cells[part].end());
+
+      // A covered cell is never a cut cell
+      if (_collision_maps_cut_cells[part].find(cell) != _collision_maps_cut_cells[part].end())
+        _collision_maps_cut_cells[part][cell].clear();
+    }
+  }
+
+}
+//-----------------------------------------------------------------------------
+const std::map<unsigned int,
+               std::vector<std::pair<std::size_t, unsigned int>>>&
+MultiMesh::collision_map_cut_cells(std::size_t part) const
+{
+  dolfin_assert(part < num_parts());
+  return _collision_maps_cut_cells[part];
+}
+//-----------------------------------------------------------------------------
+const std::map<unsigned int, MultiMesh::quadrature_rule> &
+MultiMesh::quadrature_rules_cut_cells(std::size_t part) const
+
+{
+  dolfin_assert(part < num_parts());
+  return _quadrature_rules_cut_cells[part];
+}
+//-----------------------------------------------------------------------------
+const MultiMesh::quadrature_rule
+MultiMesh::quadrature_rules_cut_cells(std::size_t part,
+                                      unsigned int cell_index) const
+{
+  auto q = quadrature_rules_cut_cells(part);
+  dolfin_assert(cell_index < this->part(part)->num_cells());
+  return q[cell_index];
+}
+//-----------------------------------------------------------------------------
+const std::map<unsigned int, std::vector<MultiMesh::quadrature_rule>>&
+MultiMesh::quadrature_rules_overlap(std::size_t part) const
+{
+  dolfin_assert(part < num_parts());
+  return _quadrature_rules_overlap[part];
+}
+//-----------------------------------------------------------------------------
+const std::vector<MultiMesh::quadrature_rule>
+MultiMesh::quadrature_rules_overlap(std::size_t part,
+				    unsigned int cell_index) const
+{
+  auto q = quadrature_rules_overlap(part);
+  dolfin_assert(cell_index < this->part(part)->num_cells());
+  return q[cell_index];
+}
+//-----------------------------------------------------------------------------
+const std::map<unsigned int, std::vector<MultiMesh::quadrature_rule>>&
+MultiMesh::quadrature_rules_interface(std::size_t part) const
+{
+  dolfin_assert(part < num_parts());
+  return _quadrature_rules_interface[part];
+}
+//-----------------------------------------------------------------------------
+const std::vector<MultiMesh::quadrature_rule>
+MultiMesh::quadrature_rules_interface(std::size_t part,
+				      unsigned int cell_index) const
+{
+  auto q = quadrature_rules_interface(part);
+  dolfin_assert(cell_index < this->part(part)->num_cells());
+  return q[cell_index];
+}
+//-----------------------------------------------------------------------------
+const std::map<unsigned int, std::vector<std::vector<double>>>&
+MultiMesh::facet_normals(std::size_t part) const
+{
+  dolfin_assert(part < num_parts());
+  return _facet_normals[part];
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const BoundingBoxTree>
+MultiMesh::bounding_box_tree(std::size_t part) const
+{
+  dolfin_assert(part < num_parts());
+  return _trees[part];
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const BoundingBoxTree>
+MultiMesh::bounding_box_tree_boundary(std::size_t part) const
+{
+  dolfin_assert(part < num_parts());
+  return _boundary_trees[part];
+}
+//-----------------------------------------------------------------------------
+void MultiMesh::add(std::shared_ptr<const Mesh> mesh)
+{
+  _meshes.push_back(mesh);
+  log(PROGRESS, "Added mesh to multimesh; multimesh has %d part(s).",
+      _meshes.size());
+}
+//-----------------------------------------------------------------------------
+void MultiMesh::build(std::size_t quadrature_order)
+{
+  begin(PROGRESS, "Building multimesh.");
+
+  // Build boundary meshes
+  _build_boundary_meshes();
+
+  // Build bounding box trees
+  _build_bounding_box_trees();
+
+  // Build collision maps, i.e. classify cut, uncut and covered cells
+  _build_collision_maps();
+
+  // For collisions with meshes of same type we get three types of
+  // quadrature rules: the cut cell qr, qr of the overlap part and qr
+  // of the interface.
+
+  // Build quadrature rules of the cut cells' overlap. Do this before
+  // we build the quadrature rules of the cut cells
+  _build_quadrature_rules_overlap(quadrature_order);
+
+  // Build quadrature rules of the cut cells
+  _build_quadrature_rules_cut_cells(quadrature_order);
+
+  // Build quadrature rules and normals of the interface
+  _build_quadrature_rules_interface(quadrature_order);
+
+  // Make sure that cut cells are actually cut
+  // TODO: Check if this needed
+  // TODO: Maybe also keep track of interface cells
+  // _impose_cut_cell_consistency();
+
+  // Mark space as built
+  _is_built = true;
+
+  end();
+}
+//-----------------------------------------------------------------------------
+void MultiMesh::clear()
+{
+  _boundary_meshes.clear();
+  _trees.clear();
+  _boundary_trees.clear();
+  _uncut_cells.clear();
+  _covered_cells.clear();
+  _collision_maps_cut_cells.clear();
+  _quadrature_rules_cut_cells.clear();
+  _quadrature_rules_overlap.clear();
+  _quadrature_rules_interface.clear();
+}
+//-----------------------------------------------------------------------------
+double MultiMesh::compute_area() const
+{
+  // Total area
+  double area = 0.0;
+
+  // Compute contribution from all parts
+  for (std::size_t p = 0; p < num_parts(); p++)
+  {
+    // Get the quadrature rules
+    const auto& quadrature_rules = quadrature_rules_interface(p);
+
+    // Get the collision map
+    const auto& cmap = collision_map_cut_cells(p);
+
+    for (auto it = cmap.begin(); it != cmap.end(); ++it)
+    {
+      // Get the cells that intersect the cut cell. These are the
+      // cutting cells
+      const unsigned int cut_cell_index = it->first;
+      const auto& cutting_cells = it->second;
+
+      // Iterate over cutting cells
+      for (auto jt = cutting_cells.begin(); jt != cutting_cells.end(); jt++)
+      {
+	// Get the quadrature rule for the interface part defined by
+	// the intersection of the cut and cutting cell
+	const std::size_t k = jt - cutting_cells.begin();
+	dolfin_assert(k < quadrature_rules.at(cut_cell_index).size());
+	const auto& qr = quadrature_rules.at(cut_cell_index)[k];
+
+	// Sum over all qr weights
+	for (std::size_t i = 0; i < qr.second.size(); ++i)
+	{
+	  area += qr.second[i];
+	}
+      }
+    }
+  }
+
+  return area;
+}
+
+//-----------------------------------------------------------------------------
+double MultiMesh::compute_volume() const
+{
+  // Total volume
+  double volume = 0.0;
+
+  // Compute contribution from all parts
+  for (std::size_t p = 0; p < num_parts(); p++)
+  {
+    // Sum volume of uncut cells (from cell.volume)
+    {
+      const auto& cells = uncut_cells(p);
+      for (auto it = cells.begin(); it != cells.end(); ++it)
+      {
+        const Cell cell(*part(p), *it);
+        volume += cell.volume();
+      }
+    }
+
+    // Sum volume of cut cells (from quadrature rules)
+    {
+      const auto& cells = cut_cells(p);
+      for (auto it = cells.begin(); it != cells.end(); ++it)
+      {
+        const auto& qr = quadrature_rules_cut_cells(p, *it);
+        for (std::size_t i = 0; i < qr.second.size(); ++i)
+          volume += qr.second[i];
+      }
+    }
+  }
+
+  return volume;
+}
+//-----------------------------------------------------------------------------
+std::string MultiMesh::plot_matplotlib(double delta_z,
+				       const std::string& filename) const
+{
+  if (num_parts() == 0)
+    dolfin_error("MultiMesh.cpp",
+		 "plotting multimesh with matplotlib",
+		 "Multimesh is empty. Call MultiMesh.add(mesh) before plotting");
+
+  if (part(0)->geometry().dim() != 2)
+    dolfin_error("MultiMesh.cpp",
+		 "plotting multimesh with matplotlib",
+		 "Plotting is only implemented in 2D");
+
+  const bool do_3d = delta_z != 0.;
+  std::stringstream ss;
+
+  ss << "def plot_multimesh() :\n";
+  ss << "    from mpl_toolkits.mplot3d import Axes3D\n";
+  ss << "    from matplotlib import cm\n";
+  ss << "    import matplotlib.pyplot as plt\n";
+  ss << "    import numpy as np\n";
+  ss << "    fig = plt.figure()\n";
+  if (do_3d)
+    ss << "    ax = fig.gca(projection='3d')\n";
+  else
+    ss << "    ax = fig.gca()\n";
+  ss << "    alpha = " << (do_3d ? 0.4 : 1.0) << "\n";
+
+  for (std::size_t p = 0; p < num_parts(); p++)
+  {
+    std::shared_ptr<const Mesh> current = part(p);
+    std::stringstream x, y;
+    x << "    x = np.array((";
+    y << "    y = np.array((";
+    for (std::size_t i = 0; i < current->num_vertices(); i++)
+    {
+      x << current->coordinates()[i*2] << ", ";
+      y << current->coordinates()[i*2 + 1] << ",";
+    }
+    x << "))\n";
+    y << "))\n";
+    ss << x.str() << y.str();
+
+    ss << "    facets = np.array((";
+    for (CellIterator cit(*current); !cit.end(); ++cit)
+    {
+      const unsigned int* vertices = cit->entities(0);
+      ss << "(" << vertices[0] << ", " << vertices[1] << ", " << vertices[2] << "), ";
+    }
+
+    ss << "), dtype=int)\n";
+    if (do_3d)
+    {
+      ss << "    z = np.zeros(x.shape) + " << (p*delta_z) << "\n";
+      ss << "    ax.plot_trisurf(x, y, z, triangles=facets, alpha=alpha)\n";
+    }
+    else
+    {
+      ss << "    z = " << p<< "*np.ones(int(facets.size / 3))\n"
+	 << "    ax.tripcolor(x, y, facets, facecolors = z, edgecolors = 'k', alpha = alpha, vmin = 0, vmax = " << num_parts()-1 << ")\n";
+    }
+  }
+
+  if (!do_3d)
+  {
+    ss << "    ax.axis('tight')\n"
+       << "    ax.axis('square')\n";
+    if (!filename.empty())
+      ss << "    plt.savefig('" << filename << "')\n";
+  }
+  ss << "    plt.show()\n";
+  return ss.str();
+}
+//------------------------------------------------------------------------------
+void MultiMesh::auto_cover(std::size_t p, const Point& point)
+{
+  // Find cell in part p containing point. Should not be covered.
+  std::shared_ptr<const Mesh> mesh = part(p);
+  MeshPointIntersection mpi(*mesh, point);
+  const std::vector<unsigned int> cells = mpi.intersected_cells();
+
+  // Structures to avoid std::find
+  std::vector<bool> is_new_covered(mesh->num_cells(), false);
+  std::vector<bool> is_covered(mesh->num_cells(), false);
+  for (unsigned int c : _covered_cells[p])
+    is_covered[c] = true;
+
+  if (cells.size())
+    {
+      for (const unsigned int cell_index : cells)
+	{
+	  // Find cell that is uncut or cut, i.e., not covered
+	  if (!is_covered[cell_index])
+	    {
+	      std::vector<unsigned int> new_covered_cells;
+	      new_covered_cells.push_back(cell_index);
+	      is_new_covered[cell_index] = true;
+	      std::size_t cnt = 0;
+
+	      // Flooding
+	      while (cnt < new_covered_cells.size())
+		{
+		  // Get facet neighbors
+		  const Cell cell(*mesh, new_covered_cells[cnt]);
+		  cnt++;
+
+		  for (FacetIterator f(cell); !f.end(); ++f)
+		    {
+		      for (CellIterator neigh_cell(*f); !neigh_cell.end();
+			   ++neigh_cell)
+			{
+			  if (neigh_cell->index() != new_covered_cells[cnt] and
+			      !is_new_covered[neigh_cell->index()] and
+			      !is_covered[neigh_cell->index()])
+			    {
+			      // Set as covered
+			      new_covered_cells.push_back(neigh_cell->index());
+			      is_new_covered[neigh_cell->index()] = true;
+			    }
+			}
+		    }
+		}
+	      // Update covered cells
+	      for (const unsigned int cell_index : new_covered_cells)
+		{
+		  // Add as covered
+		  _covered_cells[p].push_back(cell_index);
+
+		  // Remove from uncut
+		  _uncut_cells[p].erase(std::remove(_uncut_cells[p].begin(),
+						    _uncut_cells[p].end(),
+						    cell_index),
+					_uncut_cells[p].end());
+
+		  // Remove from collision maps
+		  if (_collision_maps_cut_cells[p].find(cell_index)
+		      != _collision_maps_cut_cells[p].end())
+		    _collision_maps_cut_cells[p][cell_index].clear();
+		}
+	      return;
+	    }
+	}
+    }
+  else
+    {
+      info("part %d does not contain the point (%g,%g,%g)",
+	   p, point.x(), point.y(), point.z());
+    }
+}
+//-----------------------------------------------------------------------------
+void MultiMesh::_build_boundary_meshes()
+{
+  begin(PROGRESS, "Building boundary meshes.");
+
+  // Clear boundary meshes
+  _boundary_meshes.clear();
+
+  // Build boundary mesh for each part
+  for (std::size_t i = 0; i < num_parts(); i++)
+  {
+    std::shared_ptr<BoundaryMesh>
+      boundary_mesh(new BoundaryMesh(*_meshes[i], "exterior"));
+    _boundary_meshes.push_back(boundary_mesh);
+  }
+
+  end();
+}
+//-----------------------------------------------------------------------------
+void MultiMesh::_build_bounding_box_trees()
+{
+  begin(PROGRESS, "Building bounding box trees for all meshes.");
+
+  // Clear bounding box trees
+  _trees.clear();
+  _boundary_trees.clear();
+
+  // Build trees for each part
+  for (std::size_t i = 0; i < num_parts(); i++)
+  {
+    // Build tree for mesh
+    std::shared_ptr<BoundingBoxTree> tree(new BoundingBoxTree());
+    tree->build(*_meshes[i]);
+    _trees.push_back(tree);
+
+    // Build tree for boundary mesh
+    std::shared_ptr<BoundingBoxTree> boundary_tree(new BoundingBoxTree());
+
+    // FIXME: what if the boundary mesh is empty?
+    dolfin_assert(_boundary_meshes[i]->num_vertices() > 0);
+    if (_boundary_meshes[i]->num_vertices() > 0)
+      boundary_tree->build(*_boundary_meshes[i]);
+    _boundary_trees.push_back(boundary_tree);
+  }
+
+  end();
+}
+//-----------------------------------------------------------------------------
+void MultiMesh::_build_collision_maps()
+{
+  begin(PROGRESS, "Building collision maps.");
+
+  // Clear collision maps
+  _uncut_cells.clear();
+  _covered_cells.clear();
+  _collision_maps_cut_cells.clear();
+
+  // Iterate over all parts
+  for (std::size_t i = 0; i < num_parts(); i++)
+  {
+    // Extract uncut, cut and covered cells:
+    //
+    // 0: uncut   = cell not colliding with any higher domain
+    // 1: cut     = cell colliding with some higher boundary and is not covered
+    // 2: covered = cell colliding with some higher domain but not its boundary
+
+    // Create vector of markers for cells in part `i` (0, 1, or 2)
+    std::vector<char> markers(_meshes[i]->num_cells(), 0);
+
+    // Create local arrays for marking domain and boundary collisions
+    // for cells in part `i`. Note that in contrast to the markers
+    // above which are global to part `i`, these markers are local to
+    // the collision between part `i` and part `j`.
+    std::vector<bool> collides_with_boundary(_meshes[i]->num_cells());
+    std::vector<bool> collides_with_domain(_meshes[i]->num_cells());
+
+    // Create empty collision map for cut cells in part `i`
+    std::map<unsigned int, std::vector<std::pair<std::size_t, unsigned int>>>
+      collision_map_cut_cells;
+
+    // Iterate over covering parts (with higher part number)
+    for (std::size_t j = i + 1; j < num_parts(); j++)
+    {
+      log(PROGRESS, "Computing collisions for mesh %d overlapped by mesh %d.", i, j);
+
+      // Compute domain-boundary collisions
+      const auto& boundary_collisions = _trees[i]->compute_collisions(*_boundary_trees[j]);
+
+      // Reset boundary collision markers
+      std::fill(collides_with_boundary.begin(), collides_with_boundary.end(), false);
+
+      // Iterate over boundary collisions.
+      for (std::size_t k = 0; k < boundary_collisions.first.size(); ++k)
+      {
+	// Get the colliding cell
+	const std::size_t cell_i = boundary_collisions.first[k];
+
+	// Do a careful check if not already marked as colliding
+	if (!collides_with_boundary[cell_i])
+	{
+	  const Cell cell(*_meshes[i], cell_i);
+	  const Cell boundary_cell(*_boundary_meshes[j], boundary_collisions.second[k]);
+	  collides_with_boundary[cell_i] = cell.collides(boundary_cell);
+	}
+
+	// Mark as cut cell if not previously covered
+	if (collides_with_boundary[cell_i] and markers[cell_i] != 2)
+	{
+	  // Mark as cut cell
+	  markers[cell_i] = 1;
+
+	  // Add empty list of collisions into map if it does not exist
+	  if (collision_map_cut_cells.find(cell_i) == collision_map_cut_cells.end())
+	  {
+            std::vector<std::pair<std::size_t, unsigned int>> collisions;
+            collision_map_cut_cells[cell_i] = collisions;
+          }
+        }
+      }
+
+      // Compute domain-domain collisions
+      const auto& domain_collisions = _trees[i]->compute_collisions(*_trees[j]);
+
+      // Reset domain collision markers
+      std::fill(collides_with_domain.begin(), collides_with_domain.end(), false);
+
+      // Iterate over domain collisions
+      dolfin_assert(domain_collisions.first.size() == domain_collisions.second.size());
+      for (std::size_t k = 0; k < domain_collisions.first.size(); k++)
+      {
+        // Get the two colliding cells
+        const std::size_t cell_i = domain_collisions.first[k];
+	const std::size_t cell_j = domain_collisions.second[k];
+
+        // Store collision in collision map if we have a cut cell
+        if (markers[cell_i] == 1)
+        {
+	  const Cell cell(*_meshes[i], cell_i);
+	  const Cell other_cell(*_meshes[j], cell_j);
+	  if (cell.collides(other_cell))
+	  {
+	    collides_with_domain[cell_i] = true;
+	    auto it = collision_map_cut_cells.find(cell_i);
+	    dolfin_assert(it != collision_map_cut_cells.end());
+	    it->second.emplace_back(j, cell_j);
+	  }
+        }
+
+        // Possibility to cell as covered if it does not collide with boundary
+        if (!collides_with_boundary[cell_i])
+        {
+	  // Detailed check if it is not marked as colliding with domain
+	  if (!collides_with_domain[cell_i])
+	  {
+	    const Cell cell(*_meshes[i], cell_i);
+	    const Cell other_cell(*_meshes[j], cell_j);
+	    collides_with_domain[cell_i] = cell.collides(other_cell);
+	  }
+
+	  if (collides_with_domain[cell_i])
+	  {
+	    // Remove from collision map if previously marked as as cut cell
+	    if (markers[cell_i] == 1)
+	    {
+	      dolfin_assert(collision_map_cut_cells.find(cell_i) != collision_map_cut_cells.end());
+	      collision_map_cut_cells.erase(cell_i);
+	    }
+
+	    // Mark as covered cell (may already be marked)
+	    markers[cell_i] = 2;
+	  }
+
+        }
+      }
+    }
+
+    // Extract uncut, cut and covered cells from markers
+    std::vector<unsigned int> uncut_cells;
+    std::vector<unsigned int> cut_cells;
+    std::vector<unsigned int> covered_cells;
+    for (unsigned int c = 0; c < _meshes[i]->num_cells(); c++)
+    {
+      switch (markers[c])
+      {
+      case 0:
+        uncut_cells.push_back(c);
+        break;
+      case 1:
+        cut_cells.push_back(c);
+        break;
+      default:
+        covered_cells.push_back(c);
+      }
+    }
+
+    // Store data for this mesh
+    _uncut_cells.push_back(uncut_cells);
+    _covered_cells.push_back(covered_cells);
+    _collision_maps_cut_cells.push_back(collision_map_cut_cells);
+
+    // Report results
+    log(PROGRESS, "Part %d has %d uncut cells, %d cut cells, and %d covered cells.",
+        i, uncut_cells.size(), cut_cells.size(), covered_cells.size());
+  }
+
+  end();
+}
+//-----------------------------------------------------------------------------
+void MultiMesh::_build_quadrature_rules_overlap(std::size_t quadrature_order)
+{
+  begin(PROGRESS, "Building quadrature rules of cut cells' overlap.");
+
+  // Clear quadrature rules
+  _quadrature_rules_overlap.clear();
+
+  // Resize quadrature rules
+  _quadrature_rules_overlap.resize(num_parts());
+
+  // Iterate over all parts
+  for (std::size_t cut_part = 0; cut_part < num_parts(); cut_part++)
+  {
+    // Construct quadrature rules on reference simplex
+    const std::size_t tdim = _meshes[cut_part]->topology().dim();
+    const std::size_t gdim = _meshes[cut_part]->geometry().dim();
+    const SimplexQuadrature sq(tdim, quadrature_order);
+
+    // Iterate over cut cells for current part
+    for (const auto& c : collision_map_cut_cells(cut_part))
+    {
+      // Get cut cell
+      const unsigned int cut_cell_index = c.first;
+      const Cell cut_cell(*(_meshes[cut_part]), cut_cell_index);
+
+      // Data structure for the first intersections (this is the first
+      // stage in the inclusion exclusion principle). These are the
+      // polyhedra to be used in the exlusion inclusion.
+      std::vector<std::pair<std::size_t, Polyhedron>> initial_polyhedra;
+
+      // Get the cutting cells
+      const std::vector<std::pair<std::size_t, unsigned int>>& cutting_cells = c.second;
+
+      // Data structure for the overlap quadrature rule
+      std::vector<quadrature_rule> overlap_qr(cutting_cells.size());
+
+      // Loop over all cutting cells to construct the polyhedra to be
+      // used in the inclusion-exclusion principle
+      for (const std::pair<std::size_t, unsigned int> cutting : cutting_cells)
+      {
+	// Get cutting part and cutting cell
+        const std::size_t cutting_part = cutting.first;
+        const std::size_t cutting_cell_index = cutting.second;
+        const Cell cutting_cell(*(_meshes[cutting_part]), cutting_cell_index);
+
+  	// Only allow same type of cell for now
+      	dolfin_assert(cutting_cell.mesh().topology().dim() == tdim);
+      	dolfin_assert(cutting_cell.mesh().geometry().dim() == gdim);
+
+        // Compute the intersection (a polyhedron)
+	const std::vector<Point> intersection
+	  = IntersectionConstruction::intersection(cut_cell, cutting_cell);
+	const std::vector<std::vector<Point>> triangulation
+	  = ConvexTriangulation::triangulate(intersection, gdim, tdim);
+	const Polyhedron polyhedron(triangulation, {cutting_part});
+
+	//dolfin_assert(!ConvexTriangulation::selfintersects(polyhedron.first));
+
+	// FIXME: Flip triangles in polyhedron to maximize minimum angle here?
+	// FIXME: only include large polyhedra
+
+	// Note that this can be empty
+	initial_polyhedra.emplace_back(initial_polyhedra.size(),
+				       polyhedron);
+      }
+
+      if (cutting_cells.size() > 0)
+	_inclusion_exclusion_overlap(overlap_qr, sq, initial_polyhedra,
+				     tdim, gdim, quadrature_order);
+
+      // Remove any near-trival quadrature rules
+      // TODO: The tolerance here appears to work ok in 2D with few meshes
+      // TODO: It might not be accurate in 3D or a large number of meshes
+
+      //const double tolerance = DOLFIN_EPS * cut_cell.volume();
+      //for (std::size_t i = 0; i < overlap_qr.size(); i++)
+      //	remove_quadrature_rule(overlap_qr[i], tolerance);
+
+      if (parameters["compress_volume_quadrature"])
+      {
+      	for (std::size_t i = 0; i < overlap_qr.size(); ++i)
+        {
+      	  SimplexQuadrature::compress(overlap_qr[i], gdim, quadrature_order);
+        }
+      }
+
+      // Store quadrature rules for cut cell
+      _quadrature_rules_overlap[cut_part][cut_cell_index] = overlap_qr;
+    }
+  }
+
+  end();
+}
+//-----------------------------------------------------------------------------
+void MultiMesh::_build_quadrature_rules_cut_cells(std::size_t quadrature_order)
+{
+  begin(PROGRESS, "Building quadrature rules of cut cells.");
+
+  // Clear quadrature rules
+  _quadrature_rules_cut_cells.clear();
+  _quadrature_rules_cut_cells.resize(num_parts());
+
+  // Iterate over all parts
+  for (std::size_t cut_part = 0; cut_part < num_parts(); cut_part++)
+  {
+    // Construct quadrature rules on reference simplex
+    const std::size_t tdim = _meshes[cut_part]->topology().dim();
+    const std::size_t gdim = _meshes[cut_part]->geometry().dim();
+    const SimplexQuadrature sq(tdim, quadrature_order);
+
+    // Iterate over cut cells for current part
+    const auto& cmap = collision_map_cut_cells(cut_part);
+    for (auto it = cmap.begin(); it != cmap.end(); ++it)
+    {
+      // Get cut cell
+      const unsigned int cut_cell_index = it->first;
+      const Cell cut_cell(*(_meshes[cut_part]), cut_cell_index);
+
+      // Compute quadrature rule for the cell itself.
+      auto qr = sq.compute_quadrature_rule(cut_cell);
+
+      // Get the quadrature rule for the overlapping part
+      const auto& qr_overlap = _quadrature_rules_overlap[cut_part][cut_cell_index];
+
+      // Add the quadrature rule for the overlapping part to the
+      // quadrature rule of the cut cell with flipped sign
+      for (std::size_t k = 0; k < qr_overlap.size(); k++)
+        _add_quadrature_rule(qr, qr_overlap[k], gdim, -1);
+
+      if (parameters["compress_volume_quadrature"])
+      {
+      	// Compress
+      	SimplexQuadrature::compress(qr, gdim, quadrature_order);
+      }
+
+      // Store quadrature rule for cut cell
+      _quadrature_rules_cut_cells[cut_part][cut_cell_index] = qr;
+    }
+  }
+
+  end();
+}
+//------------------------------------------------------------------------------
+void MultiMesh::_build_quadrature_rules_interface(std::size_t quadrature_order)
+{
+  begin(PROGRESS, "Building quadrature rules of interface.");
+
+  // This is similar to _build_quadrature_rules_overlap, except
+  // - For the edge E_ij, i<j, we only intersect with triangles T_k
+  //   where k>i and k!=j
+  // - We note that the sign change is opposite of the other inc exc:
+  //   |E_ij \ U_k T_k| = |E_ij| - |E_ij \cap U_k T_k|
+  //                    = |E_ij| - |U_k E_ij \cap T_k|
+
+  // Clear and resize quadrature rules and normals
+  _quadrature_rules_interface.clear();
+  _quadrature_rules_interface.resize(num_parts());
+  _facet_normals.clear();
+  _facet_normals.resize(num_parts());
+
+  // First we prebuild a map from the boundary facets to full mesh
+  // cells for all meshes: Loop over all boundary mesh facets to find
+  // the full mesh cell which contains the facet. This is done in two
+  // steps: Since the facet is on the boundary mesh, we first map this
+  // facet to a facet in the full mesh using the
+  // boundary_cell_map. Then we use the full_facet_cell_map to find
+  // the corresponding cell in the full mesh. This cell is to match
+  // the cutting_cell_no.
+
+  // Build map from boundary facets to full mesh
+  std::vector<std::vector<std::vector<std::pair<std::size_t, std::size_t>>>>
+    full_to_bdry(num_parts());
+  for (std::size_t part = 0; part < num_parts(); ++part)
+    full_to_bdry[part] = _boundary_facets_to_full_mesh(part);
+
+  // Iterate over all parts
+  for (std::size_t cut_part = 0; cut_part < num_parts(); cut_part++)
+  {
+    // Topological dimension of bulk
+    const std::size_t tdim_bulk = _meshes[cut_part]->topology().dim();
+
+    // Construct quadrature rules on reference simplex on interface
+    const std::size_t tdim_interface = tdim_bulk - 1;
+    const std::size_t gdim = _meshes[cut_part]->geometry().dim();
+    const SimplexQuadrature sq(tdim_interface, quadrature_order);
+
+    // Iterate over cut cells for current part
+    const std::map<unsigned int,
+                   std::vector<std::pair<std::size_t,
+                                         unsigned int>>>&
+      cmap = collision_map_cut_cells(cut_part);
+    for (const auto cut_i: cmap)
+    {
+      // Get cut cell
+      const std::size_t cut_cell_index_i = cut_i.first;
+      const Cell cut_cell_i(*(_meshes[cut_part]), cut_cell_index_i);
+
+      // Get the cutting cells
+      const auto& cutting_cells_j = cut_i.second;
+
+      // Data structures for the interface quadrature rule and the normals
+      const std::size_t num_cutting_cells
+	= std::distance(cutting_cells_j.begin(), cutting_cells_j.end());
+      std::vector<quadrature_rule> interface_qr(num_cutting_cells);
+      std::vector<std::vector<double>> interface_normals(num_cutting_cells);
+
+      // Loop over all cutting cells to construct the polyhedra to be
+      // used in the inclusion-exclusion principle
+      for (std::vector<std::pair<std::size_t, unsigned int>>::const_iterator
+	     cutting_j = cutting_cells_j.begin();
+	   cutting_j != cutting_cells_j.end(); ++cutting_j)
+      {
+	// Get cutting part and cutting cell
+        const std::size_t cutting_part_j = cutting_j->first;
+        const std::size_t cutting_cell_index_j = cutting_j->second;
+        const Cell cutting_cell_j(*(_meshes[cutting_part_j]), cutting_cell_index_j);
+	const std::size_t local_cutting_cell_j_index = cutting_j - cutting_cells_j.begin();
+	dolfin_assert(cutting_part_j > cut_part);
+
+	// Find and store the cutting cells Tk. These are fed into the
+	// inc exc together with the edge Eij.
+	std::vector<std::pair<std::size_t, Polyhedron>> initial_polygons;
+
+	// Find and save all cutting cells with part number > i
+	// (this is always true), and part number != j.
+	for (const std::pair<size_t, unsigned int>& cutting_k: cut_i.second)
+	{
+	  const std::size_t cutting_part_k = cutting_k.first;
+	  if (cutting_part_k != cutting_part_j)
+	  {
+	    const std::size_t cutting_cell_index_k = cutting_k.second;
+	    const Cell cutting_cell_k(*(_meshes[cutting_part_k]),
+				      cutting_cell_index_k);
+
+	    // Store key and the cutting cell as a polygon (this
+	    // is really a Simplex, but store as polyhedron to
+	    // minimize interface change to inc exc).
+	    const MeshGeometry& geometry = _meshes[cutting_part_k]->geometry();
+	    const unsigned int* vertices = cutting_cell_k.entities(0);
+	    Simplex cutting_cell_k_simplex(tdim_bulk + 1);
+	    for (std::size_t i = 0; i < cutting_cell_k_simplex.size(); ++i)
+	      cutting_cell_k_simplex[i] = geometry.point(vertices[i]);
+	    const Polyhedron cutting_cell_k_polyhedron({cutting_cell_k_simplex},
+						       {cutting_part_k});
+	    initial_polygons.emplace_back(initial_polygons.size(),
+					  cutting_cell_k_polyhedron);
+	  }
+	}
+
+	// Iterate over boundary cells of this cutting cell (for
+	// triangles we have one or two sides that cut). Here we can
+	// optionally use a full (polygon) E_ij used in the E_ij \cap
+	// T_k, or we can only take a part (a simplex) of the Eij.
+
+	// Loop over all Eij parts (i.e. boundary parts of T_j)
+	for (const auto boundary_cell_index_j: full_to_bdry[cutting_part_j][cutting_cell_index_j])
+        {
+          // Get the boundary facet as a cell in the boundary mesh
+          // (remember that this is of one less topological dimension)
+          const Cell boundary_cell_j(*_boundary_meshes[cutting_part_j],
+				     boundary_cell_index_j.first);
+	  dolfin_assert(boundary_cell_j.mesh().topology().dim() == tdim_interface);
+
+	  // Get the normal by constructing a Facet using the full_to_bdry data
+	  const Facet boundary_facet_j(*_meshes[cutting_part_j],
+				       boundary_cell_index_j.second);
+	  const std::size_t local_facet_index = cutting_cell_j.index(boundary_facet_j);
+	  const Point facet_normal = cutting_cell_j.normal(local_facet_index);
+
+	  // Triangulate intersection of cut cell and boundary cell
+	  const std::vector<Point> Eij_part_points
+	    = IntersectionConstruction::intersection(cut_cell_i, boundary_cell_j);
+
+	  // Check that the triangulation is not part of the cut cell boundary
+	  // FIXME: How can we avoid is_degenerate warnings in
+	  // _is_overlapped_interface by checking the input?
+	  if (Eij_part_points.size() < tdim_interface + 1 or
+	      _is_overlapped_interface(Eij_part_points, cut_cell_i, facet_normal))
+	    continue;
+
+	  const std::vector<std::vector<Point>> triangulation
+	    = ConvexTriangulation::triangulate(Eij_part_points,
+					       gdim, tdim_interface);
+	  const Polyhedron Eij_part(triangulation, {cutting_part_j});
+
+	  for (const Simplex& Eij : Eij_part.first)
+	  {
+	    dolfin_assert(Eij.size() == tdim_interface + 1);
+
+	    // Store the |Eij| and normals
+	    const std::size_t num_pts
+	      = _add_quadrature_rule(interface_qr[local_cutting_cell_j_index],
+				     sq, Eij, gdim, quadrature_order, 1.);
+	    _add_normal(interface_normals[local_cutting_cell_j_index],
+			facet_normal, num_pts, gdim);
+
+	    // No need to run inc exc if there are no cutting cells
+	    if (initial_polygons.size())
+	    {
+	      // Call inclusion exclusion
+	      _inclusion_exclusion_interface
+		(interface_qr[local_cutting_cell_j_index],
+		 interface_normals[local_cutting_cell_j_index],
+		 sq, Eij, facet_normal, initial_polygons,
+		 tdim_interface, gdim, quadrature_order);
+	    }
+
+	    // // Remove any near-trival quadrature rules
+	    // // TODO: Investigate the tolerance
+	    // double cut_size;
+	    // if  (Eij.size() == 2)
+	    //   cut_size = (Eij[1] - Eij[0]).norm();
+	    // else if (Eij.size() == 3)
+	    //   cut_size = (Eij[1] - Eij[0]).cross(Eij[2] - Eij[0]).norm() / 2;
+	    //const double tolerance = DOLFIN_EPS * cut_size;
+	    //remove_quadrature_rule(interface_qr[local_cutting_cell_j_index], tolerance);
+
+	    // TODO: Investigate if we should compress here or below
+	    if (parameters["compress_interface_quadrature"])
+	    {
+	      const std::vector<std::size_t> indices
+	    	= SimplexQuadrature::compress(interface_qr[local_cutting_cell_j_index],
+					      gdim, quadrature_order);
+	      // Reorder the normals
+	      if (indices.size())
+	      {
+		std::vector<double> normals(gdim*indices.size());
+		for (std::size_t j = 0; j < indices.size(); ++j)
+		  for (std::size_t d = 0; d < gdim; ++d)
+		    normals[gdim*j + d]
+		      = interface_normals[local_cutting_cell_j_index][gdim*indices[j] + d];
+		interface_normals[local_cutting_cell_j_index] = normals;
+
+		dolfin_assert(gdim*interface_qr[local_cutting_cell_j_index].second.size()
+			      == normals.size());
+	      }
+
+	    }
+
+	  }
+	} // end loop over boundary_cell_j
+      } // end loop over cutting_j
+
+      // // TODO: Investigate if we should compress here or above
+      // if (parameters["compress_interface_quadrature"])
+      // {
+      // 	for (std::size_t i = 0; i < interface_qr.size(); ++i)
+      // 	{
+      // 	  const std::vector<std::size_t> indices
+      // 	    = SimplexQuadrature::compress(interface_qr[i],
+      // 					  gdim, quadrature_order);
+
+      // 	  if (indices.size())
+      // 	  {
+      // 	    // Reorder the normals
+      // 	    std::vector<double> normals(gdim*indices.size());
+      // 	    for (std::size_t j = 0; j < indices.size(); ++j)
+      // 	      for (std::size_t d = 0; d < gdim; ++d)
+      // 		normals[gdim*j + d] = interface_normals[i][gdim*indices[j] + d];
+      // 	    interface_normals[i] = normals;
+      // 	  }
+
+      // 	  dolfin_assert(gdim*interface_qr[i].second.size()
+      // 			== interface_normals[i].size());
+      // 	}
+      // }
+
+      _quadrature_rules_interface[cut_part][cut_cell_index_i] = interface_qr;
+      _facet_normals[cut_part][cut_cell_index_i] = interface_normals;
+
+    } // end loop over cut_i
+  } // end loop over parts
+
+  end();
+}
+//------------------------------------------------------------------------------
+bool
+MultiMesh::_is_overlapped_interface(std::vector<Point> simplex,
+				    const Cell cut_cell,
+				    Point simplex_normal) const
+{
+  // Returns true if an interface intersection is overlapped by the cutting cell.
+  // The criterion for the edge being overlapped should be that
+  //  (1) The intersection is contained within the cell facets
+  //  (2) The (outwards) normals of the cut and the cutting cutting cell are equal.
+
+  // First, use inner products with a tolerance
+  // TODO: Maybe faster to call orient2dfast instead
+  Point simplex_midpoint(0.0, 0.0, 0.0);
+  for (Point p : simplex)
+    simplex_midpoint += p;
+  simplex_midpoint /= simplex.size();
+
+  const unsigned int* vertex_indices = cut_cell.entities(0);
+  for (std::size_t j = 0; j < cut_cell.num_entities(0); j++)
+  {
+    Vertex vertex_j(cut_cell.mesh(), vertex_indices[j]);
+    double c = simplex_normal.dot(vertex_j.point() - simplex_midpoint);
+    if (c > DOLFIN_EPS_LARGE)
+      return false;
+  }
+  // Identify a facet being cut, if any
+  const std::size_t tdim = cut_cell.dim();
+  const std::size_t gdim = cut_cell.mesh().geometry().dim();
+  const unsigned int* facet_indices = cut_cell.entities(tdim - 1);
+  for (std::size_t j = 0; j < cut_cell.num_entities(tdim - 1); j++)
+  {
+    Facet facet_j(cut_cell.mesh(), facet_indices[j]);
+    simplex.push_back(facet_j.midpoint());
+    if (GeometryPredicates::is_degenerate(simplex, tdim, gdim))
+    {
+      // then we have found the right facet
+      simplex.pop_back();
+      return (simplex_normal.dot(cut_cell.normal(j)) > 0);
+    }
+    simplex.pop_back();
+  }
+  return false;
+}
+//------------------------------------------------------------------------------
+std::size_t
+MultiMesh::_add_quadrature_rule(quadrature_rule& qr,
+				const SimplexQuadrature& sq,
+                                const Simplex& simplex,
+                                std::size_t gdim,
+                                std::size_t quadrature_order,
+                                double factor) const
+{
+  // Compute quadrature rule for simplex
+  const auto dqr = sq.compute_quadrature_rule(simplex, gdim);
+  // Add quadrature rule
+  const std::size_t num_points = _add_quadrature_rule(qr, dqr, gdim, factor);
+
+  return num_points;
+}
+
+//-----------------------------------------------------------------------------
+std::size_t MultiMesh::_add_quadrature_rule(quadrature_rule& qr,
+                                            const quadrature_rule& dqr,
+                                            std::size_t gdim,
+                                            double factor) const
+{
+  // Get the number of points
+  dolfin_assert(dqr.first.size() == gdim*dqr.second.size());
+  const std::size_t num_points = dqr.second.size();
+
+  // Append points and weights
+  for (std::size_t i = 0; i < num_points; i++)
+  {
+    // Add point
+    for (std::size_t j = 0; j < gdim; j++)
+      qr.first.push_back(dqr.first[i*gdim + j]);
+
+    // Add weight
+    qr.second.push_back(factor*dqr.second[i]);
+  }
+
+  return num_points;
+}
+//-----------------------------------------------------------------------------
+void MultiMesh::_add_normal(std::vector<double>& normals,
+			    const Point& normal,
+			    std::size_t npts,
+			    std::size_t gdim) const
+{
+  for (std::size_t i = 0; i < npts; ++i)
+    for (std::size_t j = 0; j < gdim; ++j)
+      normals.push_back(-normal[j]);
+}
+//-----------------------------------------------------------------------------
+bool empty_intersection(const std::set<std::size_t>& A,
+			const std::set<std::size_t>& B)
+{
+  // Check if the two sets A and B have an empty intersection
+
+  std::set<std::size_t>::const_iterator i = A.begin();
+  std::set<std::size_t>::const_iterator j = B.begin();
+
+  while (i != A.end() and j != B.end())
+  {
+    if (*i < *j)
+      ++i;
+    else if (*j < *i)
+      ++j;
+    else
+      return false;
+  }
+
+  return true;
+}
+
+//-----------------------------------------------------------------------------
+void MultiMesh::_inclusion_exclusion_overlap
+(std::vector<quadrature_rule>& qr,
+ const SimplexQuadrature& sq,
+ const std::vector<std::pair<std::size_t, Polyhedron>>& initial_polyhedra,
+ std::size_t tdim,
+ std::size_t gdim,
+ std::size_t quadrature_order) const
+{
+  begin(PROGRESS, "The inclusion exclusion principle.");
+
+  // Exclusion-inclusion principle. There are N stages in the
+  // principle, where N = polyhedra.size(). The first stage is
+  // simply the polyhedra themselves A, B, C, ... etc. The second
+  // stage is for the pairwise intersections A \cap B, A \cap C, B
+  // \cap C, etc, with different sign. There are
+  // n_choose_k(N,stage) intersections for each stage.
+
+  // Data structure for storing the previous intersections: the key
+  // and the intersections.
+  const std::size_t N = initial_polyhedra.size();
+  std::vector<std::pair<IncExcKey, Polyhedron>> previous_intersections(N);
+  for (std::size_t i = 0; i < N; ++i)
+    previous_intersections[i]
+      = std::make_pair(IncExcKey(1, initial_polyhedra[i].first),
+		       initial_polyhedra[i].second);
+
+  // Do stage = 1 up to stage = polyhedra.size in the
+  // principle. Recall that stage 1 is the pairwise
+  // intersections. There are up to n_choose_k(N,stage)
+  // intersections in each stage (there may be less). The
+  // intersections are found using the polyhedra data and the
+  // previous_intersections data. We only have to intersect if the
+  // key doesn't contain the polyhedron.
+
+  // Add quadrature rules for stage 0
+  for (const std::pair<IncExcKey, Polyhedron>& pol_pair: previous_intersections)
+    for (const Simplex& simplex: pol_pair.second.first)
+    {
+      dolfin_assert(simplex.size() == tdim + 1);
+      _add_quadrature_rule(qr[pol_pair.first[0]], sq, simplex, gdim,
+			   quadrature_order, 1.);
+    }
+
+  // Add quadrature rules for overlap part
+  for (std::size_t stage = 1; stage < N; ++stage)
+  {
+    // Structure for storing new intersections
+    std::vector<std::pair<IncExcKey, Polyhedron>> new_intersections;
+
+    // Loop over all intersections from the previous stage
+    for (const std::pair<IncExcKey, Polyhedron>& previous_polyhedron: previous_intersections)
+    {
+      // Loop over all initial polyhedra.
+      for (const std::pair<std::size_t, Polyhedron>& initial_polyhedron: initial_polyhedra)
+      {
+	// Only check if initial_polyhedron key < previous_polyhedron
+	// key[0] and that they are from different parts
+	if (initial_polyhedron.first < previous_polyhedron.first[0] and
+	    empty_intersection(initial_polyhedron.second.second,
+			       previous_polyhedron.second.second))
+	{
+	  // We want to save the intersection of the previous
+	  // polyhedron and the initial polyhedron in one single
+	  // polyhedron.
+	  Polyhedron new_polyhedron;
+	  IncExcKey new_keys;
+
+	  // Loop over all simplices in the initial_polyhedron and
+	  // the previous_polyhedron and append the intersection of
+	  // these to the new_polyhedron
+	  bool any_intersections = false;
+
+	  for (const Simplex& previous_simplex: previous_polyhedron.second.first)
+	  {
+	    dolfin_assert(previous_simplex.size() == tdim + 1);
+	    for (const Simplex& initial_simplex: initial_polyhedron.second.first)
+	    {
+	      dolfin_assert(initial_simplex.size() == tdim + 1);
+
+	      // Compute the intersection (a polyhedron)
+	      // To save all intersections as a single polyhedron,
+	      // we don't call this a polyhedron yet, but rather a
+	      // std::vector<Simplex> since we are still filling
+	      // the polyhedron with simplices
+	      const std::vector<Point> intersection_points
+		= IntersectionConstruction::intersection(initial_simplex,
+							 previous_simplex,
+							 gdim);
+	      Polyhedron intersection;
+	      intersection.first = ConvexTriangulation::triangulate(intersection_points,
+								    gdim, tdim);
+
+	      // To save all intersections as a single
+	      // polyhedron, we don't call this a polyhedron
+	      // yet, but rather a std::vector<Simplex> since we
+	      // are still filling the polyhedron with simplices
+
+	      // FIXME: We could add only if area is sufficiently
+	      // large
+	      for (const Simplex& simplex: intersection.first)
+	      {
+		dolfin_assert(simplex.size() == tdim + 1);
+		new_polyhedron.first.push_back(simplex);
+		any_intersections = true;
+	      }
+	    }
+	  }
+
+	  if (any_intersections)
+	  {
+	    new_keys.push_back(initial_polyhedron.first);
+	    new_keys.insert(new_keys.end(),
+			    previous_polyhedron.first.begin(),
+			    previous_polyhedron.first.end());
+
+	    // FIXME: Test improve quality
+	    //maximize_minimum_angle(new_polyhedron);
+
+	    // Update cutting parts
+	    new_polyhedron.second.insert(previous_polyhedron.second.second.begin(),
+					 previous_polyhedron.second.second.end());
+	    // Save data
+	    new_intersections.emplace_back(new_keys, new_polyhedron);
+	  }
+	}
+      }
+    }
+
+    // Update before next stage
+    previous_intersections = new_intersections;
+
+    // Add quadrature rule with correct sign
+    const double sign = std::pow(-1, stage);
+
+    for (const std::pair<IncExcKey, Polyhedron>& polyhedron: new_intersections)
+      for (const Simplex& simplex: polyhedron.second.first)
+      {
+	dolfin_assert(simplex.size() == tdim + 1);
+	_add_quadrature_rule(qr[polyhedron.first[0]], sq, simplex, gdim,
+			     quadrature_order, sign);
+      }
+
+  } // end loop over stages
+
+  end();
+}
+//------------------------------------------------------------------------------
+void MultiMesh::_inclusion_exclusion_interface
+(quadrature_rule& qr,
+ std::vector<double>& normals,
+ const SimplexQuadrature& sq,
+ const Simplex& Eij,
+ const Point& facet_normal,
+ const std::vector<std::pair<std::size_t, Polyhedron>>& initial_polyhedra,
+ std::size_t tdim_interface,
+ std::size_t gdim,
+ std::size_t quadrature_order) const
+{
+  begin(PROGRESS, "The inclusion exclusion principle for the interface.");
+
+  dolfin_assert(Eij.size() == tdim_interface + 1);
+  const std::size_t tdim_bulk = tdim_interface + 1;
+
+  // Exclusion-inclusion principle. There are N stages in the
+  // principle, where N = polyhedra.size(). The first stage is simply
+  // the polyhedra themselves A, B, C, ... etc. The second stage is
+  // for the pairwise intersections A \cap B, A \cap C, B \cap C, etc,
+  // with different sign. There are n_choose_k(N,stage) intersections
+  // for each stage.
+
+  // Note that for each qr we have a normal.
+
+  // Data structure for storing the previous intersections: the key
+  // and the intersections.
+  const std::size_t N = initial_polyhedra.size();
+  std::vector<std::pair<IncExcKey, Polyhedron>> previous_intersections(N);
+  for (std::size_t i = 0; i < N; ++i)
+    previous_intersections[i]
+      = std::make_pair(IncExcKey(1, initial_polyhedra[i].first),
+		       initial_polyhedra[i].second);
+
+  // Do stage = 1 up to stage = polyhedra.size in the
+  // principle. Recall that stage 1 is the pairwise
+  // intersections. There are up to n_choose_k(N,stage) intersections
+  // in each stage (there may be less). The intersections are found
+  // using the polyhedra data and the previous_intersections data. We
+  // only have to intersect if the key doesn't contain the polyhedron.
+
+  // FIXME: We also only have to intersect if the polyhedron and the
+  // previous_intersections are from different meshes.
+
+  // Add quadrature rule for stage 0 and save normals
+  quadrature_rule qr_stage0;
+  std::vector<double> normals_stage0;
+
+  for (const std::pair<IncExcKey, Polyhedron>& pol_pair: previous_intersections)
+  {
+    for (const Simplex& simplex: pol_pair.second.first)
+    {
+      dolfin_assert(simplex.size() == tdim_bulk + 1);
+      const std::vector<Point> Eij_cap_Tk_points
+	= IntersectionConstruction::intersection(Eij, simplex, gdim);
+      Polyhedron Eij_cap_Tk;
+      Eij_cap_Tk.first
+	= ConvexTriangulation::triangulate(Eij_cap_Tk_points,
+					   gdim, tdim_interface);
+
+      for (const Simplex& s: Eij_cap_Tk.first)
+      {
+	dolfin_assert(s.size() == tdim_interface + 1);
+	// Stage 0 is negative
+	const std::size_t num_pts
+	  = _add_quadrature_rule(qr_stage0, sq, s, gdim,
+				 quadrature_order, -1.);
+	_add_normal(normals_stage0, facet_normal, num_pts, gdim);
+      }
+    }
+  }
+  dolfin_assert(normals_stage0.size() == qr_stage0.first.size());
+
+  // Add quadrature rule and normals
+  qr.first.insert(qr.first.end(), qr_stage0.first.begin(), qr_stage0.first.end());
+  qr.second.insert(qr.second.end(), qr_stage0.second.begin(), qr_stage0.second.end());
+  normals.insert(normals.end(), normals_stage0.begin(), normals_stage0.end());
+
+  for (std::size_t stage = 1; stage < N; ++stage)
+  {
+    // Data structure for storing new intersections
+    std::vector<std::pair<IncExcKey, Polyhedron>> new_intersections;
+
+    // Loop over all intersections from the previous stage
+    for (const std::pair<IncExcKey, Polyhedron>& previous_polyhedron: previous_intersections)
+    {
+      // Loop over all initial polyhedra.
+      for (const std::pair<std::size_t, Polyhedron>& initial_polyhedron: initial_polyhedra)
+      {
+
+	// Check if the initial_polyhedron's key < previous_polyhedron
+	// key[0] and that they are from different parts
+	if (initial_polyhedron.first < previous_polyhedron.first[0] and
+	    empty_intersection(initial_polyhedron.second.second,
+			       previous_polyhedron.second.second))
+	{
+	  // We want to save the intersection of the previous
+	  // polyhedron and the initial polyhedron in one single
+	  // polyhedron.
+	  Polyhedron new_polyhedron;
+	  IncExcKey new_keys;
+
+	  // Loop over all simplices in the initial_polyhedron and
+	  // the previous_polyhedron and append the intersection of
+	  // these to the new_polyhedron
+	  bool any_intersections = false;
+
+	  for (const Simplex& previous_simplex: previous_polyhedron.second.first)
+	  {
+	    dolfin_assert(previous_simplex.size() == tdim_bulk + 1);
+	    for (const Simplex& initial_simplex: initial_polyhedron.second.first)
+	    {
+	      dolfin_assert(initial_simplex.size() == tdim_bulk + 1);
+	      // Compute the intersection (a polyhedron).
+	      const std::vector<Point> intersection_points
+		= IntersectionConstruction::intersection(initial_simplex,
+							 previous_simplex,
+							 gdim);
+	      Polyhedron intersection;
+	      intersection.first
+		= ConvexTriangulation::triangulate(intersection_points,
+						   gdim, tdim_bulk);
+
+	      // To save all intersections as a single
+	      // polyhedron, we don't call this a polyhedron
+	      // yet, but rather a std::vector<Simplex> since we
+	      // are still filling the polyhedron with simplices
+
+	      // FIXME: We could add only if area is sufficiently large
+	      for (const Simplex& simplex: intersection.first)
+	      {
+		dolfin_assert(simplex.size() == tdim_bulk + 1);
+		new_polyhedron.first.push_back(simplex);
+		any_intersections = true;
+	      }
+	    }
+	  }
+
+	  if (any_intersections)
+	  {
+	    new_keys.push_back(initial_polyhedron.first);
+	    new_keys.insert(new_keys.end(),
+			    previous_polyhedron.first.begin(),
+			    previous_polyhedron.first.end());
+
+	    // FIXME: Test improve quality by edge flips
+
+	    // Update cutting parts
+	    new_polyhedron.second.insert(previous_polyhedron.second.second.begin(),
+					 previous_polyhedron.second.second.end());
+	    // Save data
+	    new_intersections.emplace_back(new_keys, new_polyhedron);
+	  }
+	}
+      }
+    }
+
+    // Update before next stage
+    previous_intersections = new_intersections;
+
+    // Add quadrature rule with correct sign and save normals
+    const double sign = -std::pow(-1, stage);
+    quadrature_rule qr_stage;
+    std::vector<double> normals_stage;
+
+    for (const std::pair<IncExcKey, Polyhedron>& polyhedron: new_intersections)
+    {
+      for (const Simplex& simplex: polyhedron.second.first)
+      {
+	dolfin_assert(simplex.size() == tdim_bulk + 1);
+	const std::vector<Point> Eij_cap_Tk_points
+	  = IntersectionConstruction::intersection(Eij, simplex, gdim);
+	Polyhedron Eij_cap_Tk;
+	Eij_cap_Tk.first
+	  = ConvexTriangulation::triangulate(Eij_cap_Tk_points,
+					     gdim, tdim_interface);
+	for (const Simplex& s: Eij_cap_Tk.first)
+	{
+	  dolfin_assert(s.size() == tdim_interface + 1);
+	  const std::size_t num_pts
+	    = _add_quadrature_rule(qr_stage, sq, s, gdim,
+				   quadrature_order, sign);
+	  _add_normal(normals_stage, facet_normal, num_pts, gdim);
+	}
+      }
+    }
+    dolfin_assert(normals_stage.size() == qr_stage.first.size());
+
+    // Add quadrature rule and normals
+    qr.first.insert(qr.first.end(), qr_stage.first.begin(), qr_stage.first.end());
+    qr.second.insert(qr.second.end(), qr_stage.second.begin(), qr_stage.second.end());
+    normals.insert(normals.end(), normals_stage.begin(), normals_stage.end());
+  } // end loop over stages
+
+  end();
+}
+//------------------------------------------------------------------------------
+std::vector<std::vector<std::pair<std::size_t, std::size_t>>>
+MultiMesh::_boundary_facets_to_full_mesh(std::size_t part) const
+{
+  std::vector<std::vector<std::pair<std::size_t, std::size_t>>>
+    full_to_bdry(_meshes[part]->num_cells());
+
+  // Get map from boundary mesh to facets of full mesh
+  const std::size_t tdim_boundary
+    = _boundary_meshes[part]->topology().dim();
+  const auto& boundary_cell_map
+    = _boundary_meshes[part]->entity_map(tdim_boundary);
+
+  // Generate facet to cell connectivity for full mesh
+  const std::size_t tdim = _meshes[part]->topology().dim();
+  _meshes[part]->init(tdim_boundary, tdim);
+  const MeshConnectivity& full_facet_cell_map
+    = _meshes[part]->topology()(tdim_boundary, tdim);
+
+  for (std::size_t boundary_facet = 0;
+       boundary_facet < boundary_cell_map.size(); ++boundary_facet)
+  {
+    // Find the facet in the full mesh
+    const std::size_t full_mesh_facet = boundary_cell_map[boundary_facet];
+
+    // Find the cells in the full mesh (for interior facets we
+    // can have 2 facets, but here we should only have 1)
+    dolfin_assert(full_facet_cell_map.size(full_mesh_facet) == 1);
+    const auto& full_cells = full_facet_cell_map(full_mesh_facet);
+    full_to_bdry[full_cells[0]].emplace_back(boundary_facet,
+					     full_mesh_facet);
+  }
+
+  return full_to_bdry;
+}
+//-----------------------------------------------------------------------------
+void MultiMesh::_impose_cut_cell_consistency()
+{
+  for (std::size_t part_id = 0; part_id < num_parts(); part_id++)
+  {
+    for (auto cell : cut_cells(part_id))
+    {
+      auto cell_quadrature_rules = _quadrature_rules_interface[part_id][cell];
+      bool has_no_qr = true;
+      for (quadrature_rule qr : cell_quadrature_rules)
+      {
+        if (qr.first.size() > 0)
+        {
+          has_no_qr = false;
+          break;
+        }
+      }
+      if (has_no_qr)
+      {
+        // Decide if cell is overlapped or uncut
+        // TODO: Implement decision to allow update before generating all the quadrature rules
+        // For now, we use cut cell and overlap quadrature
+        double overlap_area = 0;
+        for (auto _qr : _quadrature_rules_overlap[part_id][cell])
+          for (double w : _qr.second)
+            overlap_area += w;
+
+        double cut_cell_area = 0;
+        for (double w : _quadrature_rules_cut_cells[part_id][cell].second)
+          cut_cell_area += w;
+
+        // Append to _cut_cells or _overlapped_cells
+        // One of cut cell area and overlapped cell area should be zero
+        if (overlap_area > cut_cell_area)
+          _covered_cells[part_id].push_back(cell);
+        else
+        {
+          _uncut_cells[part_id].push_back(cell);
+          // Clear collision map
+          _collision_maps_cut_cells[part_id][cell].clear();
+        }
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void MultiMesh::remove_quadrature_rule(quadrature_rule& qr,
+				       double tolerance)
+{
+  //const double sum = std::accumulate(qr.second.begin(),
+  // 				       qr.second.end(), 0.0);
+
+  const double sum_of_weights = std::accumulate(qr.second.begin(),
+                                                qr.second.end(), 0.0);
+  if (std::abs(sum_of_weights) < tolerance)
+  {
+    qr.first.clear();
+    qr.second.clear();
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/MultiMesh.h b/dolfin/mesh/MultiMesh.h
new file mode 100644
index 0000000..851d613
--- /dev/null
+++ b/dolfin/mesh/MultiMesh.h
@@ -0,0 +1,602 @@
+// Copyright (C) 2014-2016 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by August Johansson 2018
+//
+// First added:  2014-03-03
+// Last changed: 2018-04-03
+
+#ifndef __MULTI_MESH_H
+#define __MULTI_MESH_H
+
+#include <memory>
+#include <vector>
+#include <map>
+#include <deque>
+
+#include <dolfin/common/Variable.h>
+#include <dolfin/geometry/Point.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class Cell;
+  class Mesh;
+  class BoundaryMesh;
+  class BoundingBoxTree;
+  class SimplexQuadrature;
+
+  /// This class represents a collection of meshes with arbitrary
+  /// overlaps. A multimesh may be created from a set of standard
+  /// meshes spaces by repeatedly calling add(), followed by a call to
+  /// build(). Note that a multimesh is not useful until build() has
+  /// been called.
+
+  class MultiMesh : public Variable
+  {
+  public:
+
+    /// Structure storing a quadrature rule
+    typedef std::pair<std::vector<double>, std::vector<double> > quadrature_rule;
+
+    /// A simplex is a list of points
+    typedef std::vector<Point> Simplex;
+
+    /// A polyhedron is a list of simplices and the part numbers
+    typedef std::pair<std::vector<Simplex>, std::set<std::size_t>> Polyhedron;
+
+    /// Key to identify polyhedra
+    typedef std::vector<std::size_t> IncExcKey;
+
+    /// Create empty multimesh
+    MultiMesh();
+
+    /// Create multimesh from given list of meshes
+    MultiMesh(std::vector<std::shared_ptr<const Mesh>> meshes,
+              std::size_t quadrature_order);
+
+    //--- Convenience constructors ---
+
+    /// Create multimesh from one mesh
+    MultiMesh(std::shared_ptr<const Mesh> mesh_0,
+              std::size_t quadrature_order);
+
+    /// Create multimesh from two meshes
+    MultiMesh(std::shared_ptr<const Mesh> mesh_0,
+              std::shared_ptr<const Mesh> mesh_1,
+              std::size_t quadrature_order);
+
+    /// Create multimesh from three meshes
+    MultiMesh(std::shared_ptr<const Mesh> mesh_0,
+              std::shared_ptr<const Mesh> mesh_1,
+              std::shared_ptr<const Mesh> mesh_2,
+              std::size_t quadrature_order);
+
+    /// Destructor
+    ~MultiMesh();
+
+    /// Return the number of meshes (parts) of the multimesh
+    ///
+    /// *Returns*
+    ///     std::size_t
+    ///         The number of meshes (parts) of the multimesh.
+    std::size_t num_parts() const;
+
+    /// Return mesh (part) number i
+    ///
+    /// *Arguments*
+    ///     i (std::size_t)
+    ///         The part number
+    ///
+    /// *Returns*
+    ///     _Mesh_
+    ///         Mesh (part) number i
+    std::shared_ptr<const Mesh> part(std::size_t i) const;
+
+    /// Return the list of uncut cells for given part. The uncut cells
+    /// are defined as all cells that don't collide with any cells in
+    /// any other part with higher part number.
+    ///
+    /// *Arguments*
+    ///     part (std::size_t)
+    ///         The part number
+    ///
+    /// *Returns*
+    ///     std::vector<unsigned int>
+    ///         List of uncut cell indices for given part
+    const std::vector<unsigned int>& uncut_cells(std::size_t part) const;
+
+    /// Return the list of cut cells for given part. The cut cells are
+    /// defined as all cells that collide with the boundary of any
+    /// part with higher part number.
+    ///
+    /// FIXME: Figure out whether this makes sense; a cell may collide
+    /// with the boundary of part j but may still be covered
+    /// completely by the domain of part j + 1. Possible solution is
+    /// to for each part i check overlapping parts starting from the
+    /// top and working back down to i + 1.
+    ///
+    /// *Arguments*
+    ///     part (std::size_t)
+    ///         The part number
+    ///
+    /// *Returns*
+    ///     std::vector<unsigned int>
+    ///         List of cut cell indices for given part
+    const std::vector<unsigned int> cut_cells(std::size_t part) const;
+
+    /// Return the list of covered cells for given part. The covered
+    /// cells are defined as all cells that collide with the domain of
+    /// any part with higher part number, but not with the boundary of
+    /// that part; in other words cells that are completely covered by
+    /// any other part (and which therefore are inactive).
+    ///
+    /// *Arguments*
+    ///     part (std::size_t)
+    ///         The part number
+    ///
+    /// *Returns*
+    ///     std::vector<unsigned int>
+    ///         List of covered cell indices for given part
+    const std::vector<unsigned int>& covered_cells(std::size_t part) const;
+
+    /// Mark a set of cells as covered in the mesh.
+    ///
+    /// *Arguments*
+    ///     part (std::size_t)
+    ///         The part number
+    ///     cells (std::vector<unsigned int>)
+    ///         The cells to be covered
+    void mark_covered(std::size_t part, const std::vector<unsigned int>& cells);
+
+    /// Return the collision map for cut cells of the given part
+    ///
+    /// *Arguments*
+    ///     part (std::size_t)
+    ///         The part number
+    ///
+    /// *Returns*
+    ///     std::map<unsigned int, std::vector<std::pair<std::size_t, unsigned int> > >
+    ///         A map from cell indices of cut cells to a list of
+    ///         cutting cells. Each cutting cell is represented as a
+    ///         pair (part_number, cutting_cell_index).
+    const std::map<unsigned int,
+                   std::vector<std::pair<std::size_t, unsigned int> > >&
+    collision_map_cut_cells(std::size_t part) const;
+
+    /// Return quadrature rules for cut cells on the given part
+    ///
+    /// *Arguments*
+    ///     part (std::size_t)
+    ///         The part number
+    ///
+    /// *Returns*
+    ///     std::map<unsigned int, std::pair<std::vector<double>, std::vector<double> > >
+    ///         A map from cell indices of cut cells to quadrature
+    ///         rules. Each quadrature rule is represented as a pair
+    ///         of a flattened array of quadrature points and a
+    ///         corresponding array of quadrature weights.
+    const std::map<unsigned int, quadrature_rule >&
+    quadrature_rules_cut_cells(std::size_t part) const;
+
+    /// Return quadrature rule for a given cut cell on the given part
+    ///
+    /// *Arguments*
+    ///     part (std::size_t)
+    ///         The part number
+    ///     cell (unsigned int)
+    ///         The cell index
+    ///
+    /// *Returns*
+    ///     std::pair<std::vector<double>, std::vector<double> >
+    ///         A quadrature rule represented as a pair of a flattened
+    ///         array of quadrature points and a corresponding array
+    ///         of quadrature weights. An error is raised if the given
+    ///         cell is not in the map.
+    const quadrature_rule
+    quadrature_rules_cut_cells(std::size_t part, unsigned int cell_index) const;
+
+    /// Return quadrature rules for the overlap on the given part.
+    ///
+    /// *Arguments*
+    ///     part (std::size_t)
+    ///         The part number
+    ///
+    /// *Returns*
+    ///     std::map<unsigned int, std::vector<std::pair<std::vector<double>, std::vector<double> > > >
+    ///         A map from cell indices of cut cells to quadrature
+    ///         rules.  A separate quadrature rule is given for each
+    ///         cutting cell and stored in the same order as in the
+    ///         collision map. Each quadrature rule is represented as
+    ///         a pair of an array of quadrature points and a
+    ///         corresponding flattened array of quadrature weights.
+    const std::map<unsigned int, std::vector<quadrature_rule> >&
+    quadrature_rules_overlap(std::size_t part) const;
+
+    /// Return quadrature rules for the overlap for a given cell
+    /// on the given part.
+    ///
+    /// *Arguments*
+    ///     part (std::size_t)
+    ///         The part number
+    //      cell (unsigned int)
+    //          The cell index
+    ///
+    /// *Returns*
+    ///     std::vector<std::pair<std::vector<double>, std::vector<double> > >
+    ///         A vector of quadrature rules on the cut cell. A separate
+    ///         quadrature rule is given for each cutting cell and stored
+    ///         in the same order as in the collision map.
+    ///         A quadrature rule represented as a pair of a flattened
+    ///         array of quadrature points and a corresponding array
+    ///         of quadrature weights. An error is raised if the given
+    ///         cell is not in the map.
+    const std::vector<quadrature_rule>
+    quadrature_rules_overlap(std::size_t part, unsigned int cell) const;
+
+    /// Return quadrature rules for the interface on the given part
+    ///
+    /// *Arguments*
+    ///     part (std::size_t)
+    ///         The part number
+    ///
+    /// *Returns*
+    ///     std::map<unsigned int, std::vector<std::pair<std::vector<double>, std::vector<double> > > >
+    ///         A map from cell indices of cut cells to quadrature
+    ///         rules on an interface part cutting through the cell.
+    ///         A separate quadrature rule is given for each cutting
+    ///         cell and stored in the same order as in the collision
+    ///         map. Each quadrature rule is represented as a pair of
+    ///         an array of quadrature points and a corresponding
+    ///         flattened array of quadrature weights.
+    const std::map<unsigned int, std::vector<quadrature_rule> >&
+    quadrature_rules_interface(std::size_t part) const;
+
+
+    /// Return quadrature rules for the interface of a given cut cell
+    /// on the given part
+    ///
+    /// *Arguments*
+    ///     part (std::size_t)
+    ///         The part number
+    ///     cell (unsigned int)
+    ///         The cell index
+    ///
+    /// *Returns*
+    ///     std::vector<std::pair<std::vector<double>, std::vector<double> > >
+    ///         A vector of quadrature rules on the cut cell. A separate
+    ///         quadrature rule is given for each cutting cell and stored
+    ///         in the same order as in the collision map.
+    ///         Each quadrature rule represented as a pair of a flattened
+    ///         array of quadrature points and a corresponding array
+    ///         of quadrature weights. An error is raised if the given
+    ///         cell is not in the map.
+    ///
+    /// Developer note: this function is mainly useful from Python and
+    /// could be replaced by a suitable typemap that would make the
+    /// previous more general function accessible from Python.
+    const std::vector<quadrature_rule>
+    quadrature_rules_interface(std::size_t part,
+			       unsigned int cell_index) const;
+
+
+    /// Return facet normals for the interface on the given part
+    ///
+    /// *Arguments*
+    ///     part (std::size_t)
+    ///         The part number
+    ///
+    /// *Returns*
+    ///     std::map<unsigned int, std::vector<std::vector<double> > >
+    ///         A map from cell indices of cut cells to facet normals
+    ///         on an interface part cutting through the cell. A
+    ///         separate list of facet normals, one for each
+    ///         quadrature point, is given for each cutting cell and
+    ///         stored in the same order as in the collision map. The
+    ///         facet normals for each set of quadrature points is
+    ///         stored as a contiguous flattened array, the length of
+    ///         which should be equal to the number of quadrature
+    ///         points multiplied by the geometric dimension. Puh!
+    const std::map<unsigned int, std::vector<std::vector<double> > >&
+    facet_normals(std::size_t part) const;
+
+    /// Return the bounding box tree for the mesh of the given part
+    ///
+    /// *Arguments*
+    ///     part (std::size_t)
+    ///         The part number
+    ///
+    /// *Returns*
+    ///     std::shared_ptr<const BoundingBoxTree>
+    ///         The bounding box tree
+    std::shared_ptr<const BoundingBoxTree>
+    bounding_box_tree(std::size_t part) const;
+
+    /// Return the bounding box tree for the boundary mesh of the
+    /// given part
+    ///
+    /// *Arguments*
+    ///     part (std::size_t)
+    ///         The part number
+    ///
+    /// *Returns*
+    ///     std::shared_ptr<const BoundingBoxTree>
+    ///         The bounding box tree
+    std::shared_ptr<const BoundingBoxTree>
+    bounding_box_tree_boundary(std::size_t part) const;
+
+    /// Add mesh
+    ///
+    /// *Arguments*
+    ///     mesh (_Mesh_)
+    ///         The mesh
+    void add(std::shared_ptr<const Mesh> mesh);
+
+    /// Build multimesh
+    void build(std::size_t quadrature_order=2);
+
+    /// Check whether multimesh has been built
+    bool is_built() const { return _is_built; }
+
+    /// Clear multimesh
+    void clear();
+
+    /// Default parameter values
+    static Parameters default_parameters()
+    {
+      Parameters p("multimesh");
+
+      //p.add("quadrature_order", 1);
+      p.add("compress_volume_quadrature", false);
+      p.add("compress_interface_quadrature", false);
+
+      return p;
+    }
+
+    //--- The functions below are mainly useful for testing/debugging ---
+
+    /// Compute total interface area or the total volume of multimesh
+    /// by summing up quadrature weights.  If the area or volume of
+    /// the domain mesh is known, this is a good test to verify that
+    /// the mesh-mesh intersections and quadrature are correct.
+    double compute_area() const;
+
+    /// Corresponding function for volume
+    double compute_volume() const;
+
+    /// Create matplotlib string to plot 2D multimesh (small meshes only)
+    std::string plot_matplotlib(double delta_z=1,
+				const std::string& filename="") const;
+
+    /// Marks all uncut and cut cells connected to the given point as covered.
+    /// This can be used for instance to mark a hole as covered where one
+    /// point inside the hole is known.
+    void auto_cover(std::size_t p, const Point& point);
+
+  private:
+
+    // Flag for whether multimesh has been built
+    bool _is_built;
+
+    // List of meshes
+    std::vector<std::shared_ptr<const Mesh> > _meshes;
+
+    // List of boundary meshes
+    std::vector<std::shared_ptr<BoundaryMesh> > _boundary_meshes;
+
+    // List of bounding box trees for meshes
+    std::vector<std::shared_ptr<BoundingBoxTree> > _trees;
+
+    // List of bounding box trees for boundary meshes
+    std::vector<std::shared_ptr<BoundingBoxTree> > _boundary_trees;
+
+    // Cell indices for all uncut cells for all parts. Access data by
+    //
+    //     c = _uncut_cells[i][j]
+    //
+    // where
+    //
+    //     c = cell index for an uncut cell
+    //     i = the part (mesh) number
+    //     j = the cell number (in the list of uncut cells)
+    std::vector<std::vector<unsigned int> > _uncut_cells;
+
+    // Cell indices for all covered cells for all parts. Access data by
+    //
+    //     c = _covered_cells[i][j]
+    //
+    // where
+    //
+    //     c = cell index for a covered cell
+    //     i = the part (mesh) number
+    //     j = the cell number (in the list of covered cells)
+    std::vector<std::vector<unsigned int> > _covered_cells;
+
+    // Developer note 1: The data structures _collision_map_cut_cells
+    // and _quadrature_rules_cut_cells may be changed from maps to
+    // vectors and indexed by the number of the cut cell (in the list
+    // of cut cells), instead of indexed by the local cell index as
+    // here, if we find that this is important for performance.
+    //
+    // Developer note 2: Quadrature points are naturally a part of a
+    // form (or a term in a form) and not a part of a mesh. However,
+    // for now we use a global (to the multimesh) quadrature rule for
+    // all cut cells, for simplicity.
+
+    // Collision map for cut cells. Access data by
+    //
+    //     c = _collision_map_cut_cells[i][j][k]
+    //
+    // where
+    //
+    //     c.first  = part number for the cutting mesh
+    //     c.second = cell index for the cutting cell
+    //            i = the part (mesh) number
+    //            j = the cell number (local cell index
+    //            k = the collision number (in the list of cutting cells)
+    std::vector<std::map<unsigned int,
+                         std::vector<std::pair<std::size_t, unsigned int> > > >
+    _collision_maps_cut_cells;
+
+    // Quadrature rules for cut cells. Access data by
+    //
+    //     q = _quadrature_rules_cut_cells[i][j]
+    //
+    // where
+    //
+    //     q.first  = quadrature weights, array of length num_points
+    //     q.second = quadrature points, flattened num_points x gdim array
+    //            i = the part (mesh) number
+    //            j = the cell number (local cell index)
+    std::vector<std::map<unsigned int, quadrature_rule> >
+    _quadrature_rules_cut_cells;
+
+    // Quadrature rules for overlap. Access data by
+    //
+    //     q = _quadrature_rules_overlap[i][j][k]
+    //
+    // where
+    //
+    //     q.first  = quadrature weights, array of length num_points
+    //     q.second = quadrature points, flattened num_points x gdim array
+    //            i = the part (mesh) number
+    //            j = the cell number (local cell index)
+    //            k = the collision number (in the list of cutting cells)
+    std::vector<std::map<unsigned int, std::vector<quadrature_rule> > >
+    _quadrature_rules_overlap;
+
+    // Quadrature rules for interface. Access data by
+    //
+    //     q = _quadrature_rules_interface[i][j][k]
+    //
+    // where
+    //
+    //     q.first  = quadrature weights, array of length num_points
+    //     q.second = quadrature points, flattened num_points x gdim array
+    //            i = the part (mesh) number
+    //            j = the cell number (local cell index)
+    //            k = the collision number (in the list of cutting cells)
+    std::vector<std::map<unsigned int, std::vector<quadrature_rule> > >
+    _quadrature_rules_interface;
+
+    // Facet normals for interface. Access data by
+    //
+    //     n = _facet_normals_interface[i][j][k][
+    //
+    // where
+    //
+    //     n = a flattened array vector of facet normals, one point for
+    //         each quadrature point
+    //     i = the part (mesh) number
+    //     j = the cell number (local cell index)
+    //     k = the collision number (in the list of cutting cells)
+    std::vector<std::map<unsigned int, std::vector<std::vector<double> > > >
+    _facet_normals;
+
+    // Build boundary meshes
+    void _build_boundary_meshes();
+
+    // Build bounding box trees
+    void _build_bounding_box_trees();
+
+    // Build collision maps
+    void _build_collision_maps();
+    //void _build_collision_maps_same_topology();
+    //void _build_collision_maps_different_topology();
+
+    // Build quadrature rules for the cut cells
+    void _build_quadrature_rules_cut_cells(std::size_t quadrature_order);
+
+    // Build quadrature rules for the overlap
+    void _build_quadrature_rules_overlap(std::size_t quadrature_order);
+
+    // Build quadrature rules and normals for the interface
+    void _build_quadrature_rules_interface(std::size_t quadrature_order);
+
+    // Help function to determine if interface intersection is
+    // (exactly) overlapped by a cutting cell
+    bool _is_overlapped_interface(std::vector<Point> simplex,
+				  const Cell cut_cell,
+				  Point simplex_normal) const;
+
+    // Add quadrature rule for simplices in polyhedron. Returns the
+    // number of points generated for each simplex.
+    std::size_t _add_quadrature_rule(quadrature_rule& qr,
+				     const SimplexQuadrature& sq,
+				     const Simplex& simplex,
+				     std::size_t gdim,
+				     std::size_t quadrature_order,
+				     double factor) const;
+
+    // Add quadrature rule to existing quadrature rule (append dqr to
+    // qr). Returns number of points added.
+    std::size_t _add_quadrature_rule(quadrature_rule& qr,
+                                     const quadrature_rule& dqr,
+                                     std::size_t gdim,
+                                     double factor) const;
+
+    // Append normal to list of normals npts times
+    void _add_normal(std::vector<double>& normals,
+                     const Point& normal,
+                     std::size_t npts,
+                     std::size_t gdim) const;
+
+    // Plot multimesh
+    void _plot() const;
+
+    // Inclusion-exclusion for overlap
+    void _inclusion_exclusion_overlap
+      (std::vector<quadrature_rule>& qr,
+       const SimplexQuadrature& sq,
+       const std::vector<std::pair<std::size_t, Polyhedron> >& initial_polyhedra,
+       std::size_t tdim,
+       std::size_t gdim,
+       std::size_t quadrature_order) const;
+
+    // Inclusion-exclusion for interface
+    void _inclusion_exclusion_interface
+      (quadrature_rule& qr,
+       std::vector<double>& normals,
+       const SimplexQuadrature& sq,
+       const Simplex& Eij,
+       const Point& facet_normal,
+       const std::vector<std::pair<std::size_t, Polyhedron> >& initial_polygons,
+       std::size_t tdim,
+       std::size_t gdim,
+       std::size_t quadrature_order) const;
+
+    // Construct and return mapping from boundary facets to full mesh
+    std::vector<std::vector<std::pair<std::size_t, std::size_t> > >
+      _boundary_facets_to_full_mesh(std::size_t part) const;
+
+    // Impose consistency of _cut_cells, so that only the cells with
+    // a nontrivial interface quadrature rule are classified as cut.
+    void _impose_cut_cell_consistency();
+
+    // Remove quadrature rule if the sum of the weights is less than a
+    // tolerance
+    static void remove_quadrature_rule(quadrature_rule& qr,
+				       double tolerance);
+  };
+
+
+
+}
+
+
+#endif
diff --git a/dolfin/mesh/PeriodicBoundaryComputation.cpp b/dolfin/mesh/PeriodicBoundaryComputation.cpp
new file mode 100644
index 0000000..d47d764
--- /dev/null
+++ b/dolfin/mesh/PeriodicBoundaryComputation.cpp
@@ -0,0 +1,385 @@
+// Copyright (C) 2013 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-01-10
+// Last changed:
+
+#include <limits>
+#include <map>
+#include <unordered_map>
+#include <utility>
+#include <vector>
+
+#include <dolfin/common/Array.h>
+#include <dolfin/log/log.h>
+#include "DistributedMeshTools.h"
+#include "Facet.h"
+#include "Mesh.h"
+#include "MeshEntityIterator.h"
+#include "SubDomain.h"
+#include "PeriodicBoundaryComputation.h"
+
+using namespace dolfin;
+
+// Comparison operator for hashing coordinates. Note that two
+// coordinates are considered equal if equal to within specified
+// tolerance.
+namespace
+{
+  struct lt_coordinate
+  {
+    lt_coordinate(double tolerance) : TOL(tolerance) {}
+
+    bool operator() (const std::vector<double>& x,
+                     const std::vector<double>& y) const
+    {
+      std::size_t n = std::max(x.size(), y.size());
+      for (std::size_t i = 0; i < n; ++i)
+      {
+        double xx = 0.0;
+        double yy = 0.0;
+        if (i < x.size())
+          xx = x[i];
+        if (i < y.size())
+          yy = y[i];
+
+        if (xx < (yy - TOL))
+          return true;
+        else if (xx > (yy + TOL))
+          return false;
+      }
+      return false;
+    }
+
+    // Tolerance
+    const double TOL;
+
+  };
+}
+
+//-----------------------------------------------------------------------------
+std::map<unsigned int, std::pair<unsigned int, unsigned int>>
+  PeriodicBoundaryComputation::compute_periodic_pairs(const Mesh& mesh,
+                                                      const SubDomain& sub_domain,
+                                                      const std::size_t dim)
+{
+  // MPI communication
+  const MPI_Comm mpi_comm = mesh.mpi_comm();
+
+  // Get geometric and topological dimensions
+  const std::size_t gdim = mesh.geometry().dim();
+  const std::size_t tdim = mesh.topology().dim();
+
+  // Arrays used for mapping coordinates
+  std::vector<double> x(gdim);
+  std::vector<double> y(gdim);
+
+  // Wrap x and y (Array view of x and y)
+  Array<double> _x(gdim, x.data());
+  Array<double> _y(gdim, y.data());
+
+  std::vector<std::size_t> slave_entities;
+  std::vector<std::vector<double>> slave_mapped_coords;
+
+  // Min/max coordinates of facet midpoints [min_x, max_x]. Used to
+  // build bounding box of all master entity midpoints on this process
+  std::vector<double> x_min_max;
+
+  // Map from master entity midpoint coordinate to local facet index
+  std::map<std::vector<double>, unsigned int, lt_coordinate>
+    master_coord_to_entity_index((lt_coordinate(sub_domain.map_tolerance)));
+
+  // Initialise facet-cell connectivity
+  mesh.init(tdim - 1, tdim);
+  mesh.init(dim);
+
+  std::vector<bool> visited(mesh.num_entities(dim), false);
+  for (FacetIterator f(mesh); !f.end(); ++f)
+  {
+    // Consider boundary entities only
+    const bool global_exterior_facet = (f->num_global_entities(tdim) == 1);
+    if (global_exterior_facet)
+    {
+      for (MeshEntityIterator e(*f, dim); !e.end(); ++e)
+      {
+        // Avoid visiting entities more than once
+        if (visited[e->index()])
+          continue;
+        else
+          visited[e->index()] = true;
+
+        // Copy entity coordinate
+        const Point midpoint = e->midpoint();
+        std::copy(midpoint.coordinates(), midpoint.coordinates() + gdim,
+                  x.begin());
+
+        // Check if entity lies on a 'master' or 'slave' boundary
+        if (sub_domain.inside(_x, true))
+        {
+          // Build bounding box data for master entity midpoints
+          if (x_min_max.empty())
+          {
+            x_min_max = x;
+            x_min_max.insert(x_min_max.end(), x.begin(), x.end());
+          }
+
+          for (std::size_t i = 0; i < gdim; ++i)
+          {
+            x_min_max[i]        = std::min(x_min_max[i], x[i]);
+            x_min_max[gdim + i] = std::max(x_min_max[gdim + i], x[i]);
+          }
+
+          // Insert (midpoint coordinates, local index) into map
+          master_coord_to_entity_index.insert({x, e->index()});
+        }
+        else
+        {
+          // Let's check the user is going to map all coordinates
+          for (size_t i = 0; i < y.size(); i++)
+          {
+            y[i] = std::numeric_limits<double>::quiet_NaN();
+          }
+
+          // Get mapped midpoint (y) of slave entity
+          sub_domain.map(_x, _y);
+
+          // Check for NaNs after the map
+          for (size_t i = 0; i < y.size(); i++)
+          {
+            if (std::isnan(y[i]))
+            {
+              dolfin_error("PeriodicBoundaryComputation.cpp",
+                           "periodic boundary mapping",
+                           "Need to set coordinate %d in sub_domain.map", i);
+            }
+          }
+
+          // Check if entity lies on a 'slave' boundary
+          if (sub_domain.inside(_y, true))
+          {
+            // Store slave local index and midpoint coordinates
+            slave_entities.push_back(e->index());
+            slave_mapped_coords.push_back(y);
+          }
+        }
+      }
+    }
+  }
+
+  // Communicate bounding boxes for master entities
+  std::vector<std::vector<double>> bounding_boxes;
+  MPI::all_gather(mpi_comm, x_min_max, bounding_boxes);
+
+  // Number of MPI processes
+  std::size_t num_processes = MPI::size(mpi_comm);
+
+  // Build send buffer of mapped slave midpoint coordinate to
+  // processes that may own the master entity
+  std::vector<std::vector<double>> slave_mapped_coords_send(num_processes);
+  std::vector<std::vector<unsigned int>> sent_slave_indices(num_processes);
+  for (std::size_t i = 0; i < slave_entities.size(); ++i)
+  {
+    for (std::size_t p = 0; p < num_processes; ++p)
+    {
+      // Slave mapped coordinates from process p
+      std::vector<double>& slave_mapped_coords_send_p
+        = slave_mapped_coords_send[p];
+
+      // Check if mapped slave falls within master entity bounding box
+      // on process p
+      if (in_bounding_box(slave_mapped_coords[i], bounding_boxes[p],
+                          sub_domain.map_tolerance))
+      {
+        sent_slave_indices[p].push_back(slave_entities[i]);
+        slave_mapped_coords_send_p.insert(slave_mapped_coords_send_p.end(),
+                                          slave_mapped_coords[i].begin(),
+                                          slave_mapped_coords[i].end());
+      }
+    }
+  }
+
+  // Send slave midpoints to possible owners of corresponding master
+  // entity
+  std::vector<std::vector<double>> slave_mapped_coords_recv;
+  MPI::all_to_all(mpi_comm,  slave_mapped_coords_send,
+                  slave_mapped_coords_recv);
+  dolfin_assert(slave_mapped_coords_recv.size() == num_processes);
+
+  // Check if this process owns the master facet for a received (mapped)
+  // slave
+  std::vector<double> coordinates(gdim);
+  std::vector<std::vector<unsigned int>> master_local_entity(num_processes);
+  for (std::size_t p = 0; p < num_processes; ++p)
+  {
+    const std::vector<double>& slave_mapped_coords_p
+      = slave_mapped_coords_recv[p];
+    for (std::size_t i = 0; i < slave_mapped_coords_p.size(); i += gdim)
+    {
+      // Unpack received mapped slave midpoint coordinate
+      std::copy(&slave_mapped_coords_p[i],
+                &slave_mapped_coords_p[i] + gdim, coordinates.begin());
+
+      // Check is this process has a master entity that is paired with
+      // a received slave entity
+      std::map<std::vector<double>, unsigned int>::const_iterator
+        it = master_coord_to_entity_index.find(coordinates);
+
+      // If this process owns the master, insert master entity index,
+      // else insert std::numeric_limits<unsigned int>::max()
+      if (it !=  master_coord_to_entity_index.end())
+        master_local_entity[p].push_back(it->second);
+      else
+        master_local_entity[p].push_back(std::numeric_limits<unsigned int>::max());
+    }
+  }
+
+  // Send local index of master entity back to owner of slave entity
+  std::vector<std::vector<unsigned int>> master_entity_local_index_recv;
+  MPI::all_to_all(mpi_comm, master_local_entity,
+                  master_entity_local_index_recv);
+
+  // Build map from slave facets on this process to master facet (local
+  // facet index, process owner)
+  std::map<unsigned int, std::pair<unsigned int, unsigned int>>
+    slave_to_master_entity;
+  std::size_t num_local_slave_entities = 0;
+  for (std::size_t p = 0; p < num_processes; ++p)
+  {
+    const std::vector<unsigned int> master_entity_index_p
+      = master_entity_local_index_recv[p];
+    const std::vector<unsigned int> sent_slaves_p = sent_slave_indices[p];
+    dolfin_assert(master_entity_index_p.size() == sent_slaves_p.size());
+
+    for (std::size_t i = 0; i < master_entity_index_p.size(); ++i)
+    {
+      if (master_entity_index_p[i] < std::numeric_limits<unsigned int>::max())
+      {
+        ++num_local_slave_entities;
+        slave_to_master_entity.insert({sent_slaves_p[i], {p, master_entity_index_p[i]}});
+      }
+    }
+  }
+
+  return slave_to_master_entity;
+}
+//-----------------------------------------------------------------------------
+MeshFunction<std::size_t>
+PeriodicBoundaryComputation::masters_slaves(std::shared_ptr<const Mesh> mesh,
+                                            const SubDomain& sub_domain,
+                                            const std::size_t dim)
+{
+  dolfin_assert(mesh);
+
+  // Create MeshFunction and initialise to zero
+  MeshFunction<std::size_t> mf(mesh, dim, 0);
+
+  // Compute marker
+  const std::map<unsigned int, std::pair<unsigned int, unsigned int>>
+    slaves = compute_periodic_pairs(*mesh, sub_domain, dim);
+
+  // Mark master and slaves, and pack off-process masters to send
+  std::vector<std::vector<std::size_t>>
+    master_dofs_send(MPI::size(mesh->mpi_comm()));
+  std::map<unsigned int,
+           std::pair<unsigned int, unsigned int>>::const_iterator slave;
+  for (slave = slaves.begin(); slave != slaves.end(); ++slave)
+  {
+    // Set slave
+    mf[slave->first] = 2;
+
+    // Pack master entity to send to all sharing processes
+    dolfin_assert(slave->second.first < master_dofs_send.size());
+    master_dofs_send[slave->second.first].push_back(slave->second.second);
+  }
+
+  // Send/receive master entities
+  std::vector<std::vector<std::size_t>> master_dofs_recv;
+  MPI::all_to_all(mesh->mpi_comm(), master_dofs_send, master_dofs_recv);
+
+  // Build list of sharing processes
+  std::unordered_map<unsigned int,
+                     std::vector<std::pair<unsigned int, unsigned int>>>
+    shared_entities_map
+    = DistributedMeshTools::compute_shared_entities(*mesh, dim);
+  std::unordered_map<unsigned int,
+                     std::vector<std::pair<unsigned int,
+                                           unsigned int>>>::const_iterator e;
+  std::vector<std::vector<std::pair<unsigned int, unsigned int>>>
+    shared_entities(mesh->num_entities(dim));
+  for (e = shared_entities_map.begin(); e != shared_entities_map.end(); ++e)
+  {
+    dolfin_assert(e->first < shared_entities.size());
+    shared_entities[e->first] = e->second;
+  }
+
+  // Mark and pack master to send to all sharing processes
+  master_dofs_send.clear();
+  master_dofs_send.resize(MPI::size(mesh->mpi_comm()));
+  for (std::size_t p = 0; p < master_dofs_recv.size(); ++p)
+  {
+    for (std::size_t i = 0; i < master_dofs_recv[p].size(); ++i)
+    {
+      // Get local index
+      const std::size_t local_index = master_dofs_recv[p][i];
+
+      // Mark locally
+      mf[local_index] = 1;
+
+      // Pack to send to sharing processes
+      const std::vector<std::pair<unsigned int, unsigned int>> sharing
+        = shared_entities[local_index] ;
+      for (std::size_t j = 0; j < sharing.size(); ++j)
+      {
+        dolfin_assert(sharing[j].first < master_dofs_send.size());
+        master_dofs_send[sharing[j].first].push_back(sharing[j].second);
+      }
+    }
+  }
+
+  // Send/receive master entities
+  MPI::all_to_all(mesh->mpi_comm(), master_dofs_send, master_dofs_recv);
+
+  // Mark master entities in mesh function
+  for (std::size_t i = 0; i < master_dofs_recv.size(); ++i)
+    for (std::size_t j = 0; j < master_dofs_recv[i].size(); ++j)
+      mf[master_dofs_recv[i][j]] = 1;
+
+  return mf;
+}
+//-----------------------------------------------------------------------------
+bool
+PeriodicBoundaryComputation::in_bounding_box(const std::vector<double>& point,
+                                       const std::vector<double>& bounding_box,
+                                       const double tol)
+{
+  // Return false if bounding box is empty
+  if (bounding_box.empty())
+    return false;
+
+  const std::size_t gdim = point.size();
+  dolfin_assert(bounding_box.size() == 2*gdim);
+  for (std::size_t i = 0; i < gdim; ++i)
+  {
+    if (!(point[i] >= (bounding_box[i] - tol)
+          && point[i] <= (bounding_box[gdim + i] + tol)))
+    {
+      return false;
+    }
+  }
+  return true;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/PeriodicBoundaryComputation.h b/dolfin/mesh/PeriodicBoundaryComputation.h
new file mode 100644
index 0000000..9ece25a
--- /dev/null
+++ b/dolfin/mesh/PeriodicBoundaryComputation.h
@@ -0,0 +1,74 @@
+// Copyright (C) 2013 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2012-01-10
+// Last changed:
+
+#ifndef __PERIODIC_BOUNDARY_COMPUTATION_H
+#define __PERIODIC_BOUNDARY_COMPUTATION_H
+
+#include <map>
+#include <utility>
+#include <vector>
+#include <dolfin/common/constants.h>
+#include <dolfin/mesh/MeshFunction.h>
+
+namespace dolfin
+{
+
+  class Mesh;
+  class SubDomain;
+
+  /// This class computes map from slave entity to master entity
+
+  class PeriodicBoundaryComputation
+  {
+  public:
+
+    /// For entities of dimension dim, compute map from a slave entity
+    /// on this process (local index) to its master entity (owning
+    /// process, local index on owner). If a master entity is shared
+    /// by processes, only one of the owning processes is returned.
+    static std::map<unsigned int, std::pair<unsigned int, unsigned int> >
+      compute_periodic_pairs(const Mesh& mesh, const SubDomain& sub_domain,
+                             const std::size_t dim);
+
+    /// This function returns a MeshFunction which marks mesh entities
+    /// of dimension dim according to:
+    ///
+    ///     2: slave entities
+    ///     1: master entities
+    ///     0: all other entities
+    ///
+    /// It is useful for visualising and debugging the Expression::map
+    /// function that is used to apply periodic boundary conditions.
+    static MeshFunction<std::size_t>
+      masters_slaves(std::shared_ptr<const Mesh> mesh,
+                     const SubDomain& sub_domain, const std::size_t dim);
+
+  private:
+
+    // Return true is point lies within bounding box
+    static bool in_bounding_box(const std::vector<double>& point,
+                                const std::vector<double>& bounding_box,
+                                const double tol);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/PointCell.cpp b/dolfin/mesh/PointCell.cpp
new file mode 100644
index 0000000..1449efd
--- /dev/null
+++ b/dolfin/mesh/PointCell.cpp
@@ -0,0 +1,180 @@
+// Copyright (C) 2007-2008 Kristian B. Oelgaard
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2008-2014
+// Modified by Kristoffer Sleim 2008
+// Modified by August Johansson 2014
+//
+// First added:  2007-12-12
+// Last changed: 2016-05-05
+
+#include <dolfin/log/log.h>
+#include <dolfin/geometry/CollisionPredicates.h>
+#include "Cell.h"
+#include "Facet.h"
+#include "MeshEditor.h"
+#include "MeshEntity.h"
+#include "Vertex.h"
+#include "PointCell.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+std::size_t PointCell::dim() const
+{
+  return 0;
+}
+//-----------------------------------------------------------------------------
+std::size_t PointCell::num_entities(std::size_t dim) const
+{
+  switch (dim)
+  {
+  case 0:
+    return 1; // vertices
+  default:
+    dolfin_error("PointCell.cpp",
+                 "extract number of entities of given dimension in cell",
+                 "Illegal topological dimension %d for point", dim);
+  }
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+std::size_t PointCell::num_vertices(std::size_t dim) const
+{
+  switch (dim)
+  {
+  case 0:
+    return 1; // vertices
+  default:
+    dolfin_error("PointCell.cpp",
+                 "extract number of vertices of given dimension in cell",
+                 "Illegal topological dimension %d for point", dim);
+  }
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+std::size_t PointCell::orientation(const Cell& cell) const
+{
+  dolfin_error("PointCell.cpp",
+               "find orientation",
+               "Orientation not defined for point cell");
+  return 0;
+}
+//-----------------------------------------------------------------------------
+void PointCell::create_entities(boost::multi_array<unsigned int, 2>& e,
+                                std::size_t dim,
+                                const unsigned int* v) const
+{
+  dolfin_error("PointCell.cpp",
+               "create entities",
+               "Entities on a point cell are not defined");
+}
+//-----------------------------------------------------------------------------
+double PointCell::volume(const MeshEntity& triangle) const
+{
+  dolfin_error("PointCell.cpp",
+               "compute volume of cell",
+               "Volume of a point cell is not defined");
+  return 0.0;
+}
+//-----------------------------------------------------------------------------
+
+double PointCell::circumradius(const MeshEntity& point) const
+{
+  dolfin_error("PointCell.cpp",
+               "find circumradious of cell",
+               "Circumradius of a point cell is not defined");
+  return 0.0;
+}
+//-----------------------------------------------------------------------------
+double PointCell::squared_distance(const Cell& cell, const Point& point) const
+{
+  dolfin_not_implemented();
+  return 0.0;
+}
+//-----------------------------------------------------------------------------
+double PointCell::normal(const Cell& cell, std::size_t facet,
+                         std::size_t i) const
+{
+  dolfin_error("PointCell.cpp",
+               "find component of normal vector of cell",
+               "Component %d of normal of a point cell is not defined", i);
+  return 0.0;
+}
+//-----------------------------------------------------------------------------
+Point PointCell::normal(const Cell& cell, std::size_t facet) const
+{
+  dolfin_error("PointCell.cpp",
+               "find normal vector of cell",
+               "Normal vector of a point cell is not defined");
+  Point p;
+  return p;
+}
+//-----------------------------------------------------------------------------
+Point PointCell::cell_normal(const Cell& cell) const
+{
+  dolfin_error("PointCell.cpp",
+               "compute cell normal",
+               "Normal vector of a point cell is not defined");
+  Point p;
+  return p;
+}
+//-----------------------------------------------------------------------------
+double PointCell::facet_area(const Cell& cell, std::size_t facet) const
+{
+  dolfin_error("PointCell.cpp",
+               "find facet area of cell",
+               "Facet area of a point cell is not defined");
+  return 0.0;
+}
+//-----------------------------------------------------------------------------
+void PointCell::order(
+  Cell& cell,
+  const std::vector<std::int64_t>& local_to_global_vertex_indices) const
+{
+  dolfin_error("PointCell.cpp",
+               "order cell",
+               "Ordering of a point cell is not defined");
+}
+//-----------------------------------------------------------------------------
+bool PointCell::collides(const Cell& cell, const Point& point) const
+{
+  return CollisionPredicates::collides(cell, point);
+}
+//-----------------------------------------------------------------------------
+bool PointCell::collides(const Cell& cell, const MeshEntity& entity) const
+{
+  return CollisionPredicates::collides(cell, entity);
+}
+//-----------------------------------------------------------------------------
+std::string PointCell::description(bool plural) const
+{
+  if (plural)
+    return "points";
+  return "points";
+}
+//-----------------------------------------------------------------------------
+std::size_t PointCell::find_edge(std::size_t i, const Cell& cell) const
+{
+  dolfin_error("PointCell.cpp",
+               "find edge",
+               "Edges are not defined for a point cell");
+  return 0;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/PointCell.h b/dolfin/mesh/PointCell.h
new file mode 100644
index 0000000..2e68b98
--- /dev/null
+++ b/dolfin/mesh/PointCell.h
@@ -0,0 +1,116 @@
+// Copyright (C) 2007-2007 Kristian B. Oelgaard
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2008-2013
+// Modified by Kristoffer Selim 2008
+//
+// First added:  2007-12-12
+// Last changed: 2016-05-05
+
+#ifndef __POINT_CELL_H
+#define __POINT_CELL_H
+
+#include <vector>
+#include <boost/multi_array.hpp>
+#include "CellType.h"
+
+namespace dolfin
+{
+
+  /// This class implements functionality for point cell meshes.
+
+  class PointCell : public CellType
+  {
+  public:
+
+    /// Specify cell type and facet type
+    PointCell() : CellType(Type::point, Type::point) {}
+
+    /// Check if cell is a simplex
+    bool is_simplex() const
+    { return true; }
+
+    /// Return topological dimension of cell
+    std::size_t dim() const;
+
+    /// Return number of entities of given topological dimension
+    std::size_t num_entities(std::size_t dim) const;
+
+    /// Return number of vertices for entity of given topological
+    /// dimension
+    std::size_t num_vertices(std::size_t dim) const;
+
+    /// Return orientation of the cell
+    std::size_t orientation(const Cell& cell) const;
+
+    /// Create entities e of given topological dimension from vertices v
+    void create_entities(boost::multi_array<unsigned int, 2>& e,
+                         std::size_t dim, const unsigned int* v) const;
+
+    /// Order entities locally (connectivity 1-0, 2-0, 2-1)
+    void order(Cell& cell, const std::vector<std::int64_t>&
+               local_to_global_vertex_indices) const;
+
+    /// Compute (generalized) volume (area) of triangle
+    double volume(const MeshEntity& triangle) const;
+
+    /// Compute circumradius of PointCell
+    double circumradius(const MeshEntity& point) const;
+
+    /// Compute squared distance to given point
+    double squared_distance(const Cell& cell, const Point& point) const;
+
+    /// Compute component i of normal of given facet with respect to
+    /// the cell
+    double normal(const Cell& cell, std::size_t facet, std::size_t i) const;
+
+    /// Compute of given facet with respect to the cell
+    Point normal(const Cell& cell, std::size_t facet) const;
+
+    /// Compute normal to given cell (viewed as embedded in 1D)
+    Point cell_normal(const Cell& cell) const;
+
+    /// Compute the area/length of given facet with respect to the
+    /// cell
+    double facet_area(const Cell& cell, std::size_t facet) const;
+
+    /// Order entities locally
+    void order(Cell& cell) const;
+
+    /// Check whether given point is contained in cell
+    bool collides(const Cell& cell, const Point& point) const;
+
+    /// Check whether given entity collides with cell
+    bool collides(const Cell& cell, const MeshEntity& entity) const;
+
+    /// Return description of cell type
+    std::string description(bool plural) const;
+
+    /// Mapping of DOLFIN/UFC vertex ordering to VTK/XDMF ordering
+    std::vector<std::int8_t> vtk_mapping() const
+    { return {0}; }
+
+  private:
+
+    // Find local index of edge i according to ordering convention
+    std::size_t find_edge(std::size_t i, const Cell& cell) const;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/QuadrilateralCell.cpp b/dolfin/mesh/QuadrilateralCell.cpp
new file mode 100644
index 0000000..fd279ce
--- /dev/null
+++ b/dolfin/mesh/QuadrilateralCell.cpp
@@ -0,0 +1,301 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#include <algorithm>
+#include <cmath>
+#include <Eigen/Dense>
+#include <dolfin/log/log.h>
+#include <dolfin/common/constants.h>
+#include "Cell.h"
+#include "MeshEditor.h"
+#include "MeshEntity.h"
+#include "Facet.h"
+#include "QuadrilateralCell.h"
+#include "Vertex.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+std::size_t QuadrilateralCell::dim() const
+{
+  return 2;
+}
+//-----------------------------------------------------------------------------
+std::size_t QuadrilateralCell::num_entities(std::size_t dim) const
+{
+  switch (dim)
+  {
+  case 0:
+    return 4; // vertices
+  case 1:
+    return 4; // edges
+  case 2:
+    return 1; // cells
+  default:
+    dolfin_error("QuadrilateralCell.cpp",
+                 "access number of entities of quadrilateral cell",
+                 "Illegal topological dimension (%d)", dim);
+  }
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+std::size_t QuadrilateralCell::num_vertices(std::size_t dim) const
+{
+  switch (dim)
+  {
+  case 0:
+    return 1; // vertices
+  case 1:
+    return 2; // edges
+  case 2:
+    return 4; // cells
+  default:
+    dolfin_error("QuadrilateralCell.cpp",
+                 "access number of vertices for subsimplex of quadrilateral cell",
+                 "Illegal topological dimension (%d)", dim);
+  }
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+std::size_t QuadrilateralCell::orientation(const Cell& cell) const
+{
+  const Point up(0.0, 0.0, 1.0);
+  return cell.orientation(up);
+}
+//-----------------------------------------------------------------------------
+void QuadrilateralCell::create_entities(boost::multi_array<unsigned int, 2>& e,
+                                        std::size_t dim, const unsigned int* v) const
+{
+  // We only need to know how to create edges
+  if (dim != 1)
+  {
+    dolfin_error("QuadrilateralCell.cpp",
+                 "create entities of quadrilateral cell",
+                 "Don't know how to create entities of topological dimension %d", dim);
+  }
+
+  // Resize data structure
+  e.resize(boost::extents[4][2]);
+
+  // Create the four edges
+  e[0][0] = v[0]; e[0][1] = v[1];
+  e[1][0] = v[2]; e[1][1] = v[3];
+  e[2][0] = v[0]; e[2][1] = v[2];
+  e[3][0] = v[1]; e[3][1] = v[3];
+}
+//-----------------------------------------------------------------------------
+double QuadrilateralCell::volume(const MeshEntity& cell) const
+{
+  if (cell.dim() != 2)
+  {
+    dolfin_error("QuadrilateralCell.cpp",
+                 "compute volume (area) of cell",
+                 "Illegal mesh entity");
+  }
+
+  // Get mesh geometry
+  const MeshGeometry& geometry = cell.mesh().geometry();
+
+  // Get the coordinates of the four vertices
+  const unsigned int* vertices = cell.entities(0);
+  const Point p0 = geometry.point(vertices[0]);
+  const Point p1 = geometry.point(vertices[1]);
+  const Point p2 = geometry.point(vertices[2]);
+  const Point p3 = geometry.point(vertices[3]);
+
+  if (geometry.dim() != 2 && geometry.dim() != 3)
+  {
+    dolfin_error("QuadrilateralCell.cpp",
+                 "compute volume of quadrilateral",
+                 "Only know how to compute volume in R^2 or R^3");
+  }
+
+  const Point c = (p0 - p3).cross(p1 - p2);
+  const double volume = 0.5 * c.norm();
+
+  if (geometry.dim() == 3)
+  {
+    // Vertices are coplanar if det(p1-p0 | p3-p0 | p2-p0) is zero
+    Eigen::Matrix3d m;
+    m.row(0) << (p1 - p0)[0], (p1 - p0)[1], (p1 - p0)[2];
+    m.row(1) << (p3 - p0)[0], (p3 - p0)[1], (p3 - p0)[2];
+    m.row(2) << (p2 - p0)[0], (p2 - p0)[1], (p2 - p0)[2];
+    const double copl = m.determinant();
+    const double h = std::min(1.0, std::pow(volume, 1.5));
+    // Check for coplanarity
+    if (std::abs(copl) > h * DOLFIN_EPS)
+    {
+      dolfin_error("QuadrilateralCell.cpp",
+                   "compute volume of quadrilateral",
+                   "Vertices of the quadrilateral are not coplanar");
+    }
+  }
+
+  return volume;
+}
+//-----------------------------------------------------------------------------
+double QuadrilateralCell::circumradius(const MeshEntity& cell) const
+{
+  // Check that we get a cell
+  if (cell.dim() != 2)
+  {
+    dolfin_error("QuadrilateralCell.cpp",
+                 "compute circumradius of quadrilateral cell",
+                 "Illegal mesh entity");
+  }
+
+  dolfin_error("QuadrilateralCell.cpp",
+               "compute cirumradius of quadrilateral cell",
+               "Don't know how to compute circumradius");
+
+  dolfin_not_implemented();
+  return 0.0;
+}
+//-----------------------------------------------------------------------------
+double QuadrilateralCell::squared_distance(const Cell& cell,
+                                           const Point& point) const
+{
+  dolfin_not_implemented();
+  return 0.0;
+}
+//-----------------------------------------------------------------------------
+double QuadrilateralCell::normal(const Cell& cell, std::size_t facet, std::size_t i) const
+{
+  return normal(cell, facet)[i];
+}
+//-----------------------------------------------------------------------------
+Point QuadrilateralCell::normal(const Cell& cell, std::size_t facet) const
+{
+
+  // Make sure we have facets
+  cell.mesh().init(2, 1);
+
+  // Create facet from the mesh and local facet number
+  Facet f(cell.mesh(), cell.entities(1)[facet]);
+
+  if (cell.mesh().geometry().dim() != 2)
+    dolfin_error("QuadrilateralCell.cpp",
+                 "find normal",
+                 "Normal vector is not defined in dimension %d (only defined when the triangle is in R^2", cell.mesh().geometry().dim());
+
+  // Get global index of opposite vertex
+  const std::size_t v0 = cell.entities(0)[facet];
+
+  // Get global index of vertices on the facet
+  const std::size_t v1 = f.entities(0)[0];
+  const std::size_t v2 = f.entities(0)[1];
+
+  // Get mesh geometry
+  const MeshGeometry& geometry = cell.mesh().geometry();
+
+  // Get the coordinates of the three vertices
+  const Point p0 = geometry.point(v0);
+  const Point p1 = geometry.point(v1);
+  const Point p2 = geometry.point(v2);
+
+  // Subtract projection of p2 - p0 onto p2 - p1
+  Point t = p2 - p1;
+  t /= t.norm();
+  Point n = p2 - p0;
+  n -= n.dot(t)*t;
+
+  // Normalize
+  n /= n.norm();
+
+  return n;
+}
+//-----------------------------------------------------------------------------
+Point QuadrilateralCell::cell_normal(const Cell& cell) const
+{
+  // Get mesh geometry
+  const MeshGeometry& geometry = cell.mesh().geometry();
+
+  // Cell_normal only defined for gdim = 2, 3:
+  const std::size_t gdim = geometry.dim();
+  if (gdim > 3)
+    dolfin_error("QuadrilateralCell.cpp",
+                 "compute cell normal",
+                 "Illegal geometric dimension (%d)", gdim);
+
+  // Get the three vertices as points
+  const unsigned int* vertices = cell.entities(0);
+  const Point p0 = geometry.point(vertices[0]);
+  const Point p1 = geometry.point(vertices[1]);
+  const Point p2 = geometry.point(vertices[2]);
+
+  // Defined cell normal via cross product of first two edges:
+  const Point v01 = p1 - p0;
+  const Point v02 = p2 - p0;
+  Point n = v01.cross(v02);
+
+  // Normalize
+  n /= n.norm();
+
+  return n;
+}
+//-----------------------------------------------------------------------------
+double QuadrilateralCell::facet_area(const Cell& cell, std::size_t facet) const
+{
+  // Create facet from the mesh and local facet number
+  const Facet f(cell.mesh(), cell.entities(1)[facet]);
+
+  // Get global index of vertices on the facet
+  const std::size_t v0 = f.entities(0)[0];
+  const std::size_t v1 = f.entities(0)[1];
+
+  // Get mesh geometry
+  const MeshGeometry& geometry = cell.mesh().geometry();
+
+  const Point p0 = geometry.point(v0);
+  const Point p1 = geometry.point(v1);
+
+  return (p0 - p1).norm();
+}
+//-----------------------------------------------------------------------------
+void QuadrilateralCell::order(Cell& cell,
+                 const std::vector<std::int64_t>& local_to_global_vertex_indices) const
+{
+  if (!ordered(cell, local_to_global_vertex_indices))
+  {
+    dolfin_error("QuadrilateralCell.cpp",
+                 "order quadrilateral cell",
+                 "Cell is not orderable");
+  }
+}
+//-----------------------------------------------------------------------------
+bool QuadrilateralCell::collides(const Cell& cell, const Point& point) const
+{
+  dolfin_not_implemented();
+  return false;
+}
+//-----------------------------------------------------------------------------
+bool QuadrilateralCell::collides(const Cell& cell, const MeshEntity& entity) const
+{
+  dolfin_not_implemented();
+  return false;
+}
+//-----------------------------------------------------------------------------
+std::string QuadrilateralCell::description(bool plural) const
+{
+  if (plural)
+    return "quadrilaterals";
+  return "quadrilateral";
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/QuadrilateralCell.h b/dolfin/mesh/QuadrilateralCell.h
new file mode 100644
index 0000000..52fb7b7
--- /dev/null
+++ b/dolfin/mesh/QuadrilateralCell.h
@@ -0,0 +1,99 @@
+// Copyright (C) 2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __QUADRILATERAL_CELL_H
+#define __QUADRILATERAL_CELL_H
+
+#include <vector>
+#include "CellType.h"
+
+namespace dolfin
+{
+
+  /// This class implements functionality for quadrilaterial cells.
+
+  class QuadrilateralCell : public CellType
+  {
+  public:
+
+    /// Specify cell type and facet type
+    QuadrilateralCell() : CellType(Type::quadrilateral, Type::interval) {}
+
+    /// Check if cell is a simplex
+    bool is_simplex() const
+    { return false; }
+
+    /// Return topological dimension of cell
+    std::size_t dim() const;
+
+    /// Return number of entities of given topological dimension
+    std::size_t num_entities(std::size_t dim) const;
+
+    /// Return number of vertices for entity of given topological dimension
+    std::size_t num_vertices(std::size_t dim) const;
+
+    /// Return orientation of the cell
+    std::size_t orientation(const Cell& cell) const;
+
+    /// Create entities e of given topological dimension from vertices v
+    void create_entities(boost::multi_array<unsigned int, 2>& e,
+                         std::size_t dim,
+                         const unsigned int* v) const;
+
+    /// Compute (generalized) volume (area) of triangle
+    double volume(const MeshEntity& triangle) const;
+
+    /// Compute circumradius of triangle
+    double circumradius(const MeshEntity& triangle) const;
+
+    /// Compute squared distance to given point (3D enabled)
+    double squared_distance(const Cell& cell, const Point& point) const;
+
+    /// Compute component i of normal of given facet with respect to the cell
+    double normal(const Cell& cell, std::size_t facet, std::size_t i) const;
+
+    /// Compute of given facet with respect to the cell
+    Point normal(const Cell& cell, std::size_t facet) const;
+
+    /// Compute normal to given cell (viewed as embedded in 3D)
+    Point cell_normal(const Cell& cell) const;
+
+    /// Compute the area/length of given facet with respect to the cell
+    double facet_area(const Cell& cell, std::size_t facet) const;
+
+    /// Order entities locally
+    void order(Cell& cell,
+               const std::vector<std::int64_t>& local_to_global_vertex_indices) const;
+
+    /// Check whether given point collides with cell
+    bool collides(const Cell& cell, const Point& point) const;
+
+    /// Check whether given entity collides with cell
+    bool collides(const Cell& cell, const MeshEntity& entity) const;
+
+    /// Return description of cell type
+    std::string description(bool plural) const;
+
+    /// Mapping of DOLFIN/UFC vertex ordering to VTK/XDMF ordering
+    std::vector<std::int8_t> vtk_mapping() const
+    { return {0, 1, 3, 2}; }
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/SubDomain.cpp b/dolfin/mesh/SubDomain.cpp
new file mode 100644
index 0000000..80ba414
--- /dev/null
+++ b/dolfin/mesh/SubDomain.cpp
@@ -0,0 +1,408 @@
+// Copyright (C) 2007-2008 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Niclas Jansson 2009.
+//
+// First added:  2007-04-24
+// Last changed: 2011-08-31
+
+#include <dolfin/common/Array.h>
+#include <dolfin/common/RangedIndexSet.h>
+#include <dolfin/log/log.h>
+#include <dolfin/log/Progress.h>
+#include "Mesh.h"
+#include "MeshData.h"
+#include "MeshEntity.h"
+#include "MeshEntityIterator.h"
+#include "Facet.h"
+#include "Vertex.h"
+#include "MeshFunction.h"
+#include "MeshValueCollection.h"
+#include "SubDomain.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+SubDomain::SubDomain(const double map_tol) : map_tolerance(map_tol),
+                                             _geometric_dimension(0)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+SubDomain::~SubDomain()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+bool SubDomain::inside(const Array<double>& x, bool on_boundary) const
+{
+  const Eigen::Map<const Eigen::VectorXd> _x(x.data(), x.size());
+  return inside(_x, on_boundary);
+}
+//-----------------------------------------------------------------------------
+bool SubDomain::inside(Eigen::Ref<const Eigen::VectorXd> x, bool on_boundary) const
+{
+  dolfin_error("SubDomain.cpp",
+               "check whether point is inside subdomain",
+               "Function inside() not implemented by user");
+  return false;
+}
+//-----------------------------------------------------------------------------
+void SubDomain::map(const Array<double>& x, Array<double>& y) const
+{
+  Eigen::Map<const Eigen::VectorXd> _x(x.data(), x.size());
+  Eigen::Map<Eigen::VectorXd> _y(const_cast<double*>(y.data()), y.size());
+  map(_x, _y);
+}
+//-----------------------------------------------------------------------------
+void SubDomain::map(Eigen::Ref<const Eigen::VectorXd> x,
+                    Eigen::Ref<Eigen::VectorXd> y) const
+{
+  dolfin_error("SubDomain.cpp",
+               "map points within subdomain",
+               "Function map() not implemented by user. (Required for periodic boundary conditions)");
+}
+//-----------------------------------------------------------------------------
+void SubDomain::snap(Array<double>& x) const
+{
+  const Eigen::Map<Eigen::VectorXd> _x(x.data(), x.size());
+  return snap(_x);
+}
+//-----------------------------------------------------------------------------
+void SubDomain::snap(Eigen::Ref<Eigen::VectorXd> x) const
+{
+  dolfin_error("SubDomain.cpp",
+               "snap coordinate to boundary of subdomain",
+               "Function snap() not implemented by user");
+}
+//-----------------------------------------------------------------------------
+void SubDomain::mark_cells(Mesh& mesh,
+                           std::size_t sub_domain,
+                           bool check_midpoint) const
+{
+  mark(mesh, mesh.topology().dim(), sub_domain, check_midpoint);
+}
+//-----------------------------------------------------------------------------
+void SubDomain::mark_facets(Mesh& mesh,
+                            std::size_t sub_domain,
+                            bool check_midpoint) const
+{
+  mark(mesh, mesh.topology().dim() - 1, sub_domain, check_midpoint);
+}
+//-----------------------------------------------------------------------------
+void SubDomain::mark(Mesh& mesh,
+                     std::size_t dim,
+                     std::size_t sub_domain,
+                     bool check_midpoint) const
+{
+  //dolfin_assert(mesh.domains().markers(dim));
+  //dolfin_error("Not yet updated (SubDomain::mark) ");
+  apply_markers(mesh.domains().markers(dim), dim, sub_domain, mesh,
+                check_midpoint);
+}
+//-----------------------------------------------------------------------------
+void SubDomain::mark(MeshFunction<std::size_t>& sub_domains,
+                     std::size_t sub_domain,
+                     bool check_midpoint) const
+{
+  apply_markers(sub_domains, sub_domain, *sub_domains.mesh(), check_midpoint);
+}
+//-----------------------------------------------------------------------------
+void SubDomain::mark(MeshFunction<int>& sub_domains,
+                     int sub_domain,
+                     bool check_midpoint) const
+{
+  apply_markers(sub_domains, sub_domain, *sub_domains.mesh(), check_midpoint);
+}
+//-----------------------------------------------------------------------------
+void SubDomain::mark(MeshFunction<double>& sub_domains,
+                     double sub_domain,
+                     bool check_midpoint) const
+{
+  apply_markers(sub_domains, sub_domain, *sub_domains.mesh(), check_midpoint);
+}
+//-----------------------------------------------------------------------------
+void SubDomain::mark(MeshFunction<bool>& sub_domains,
+                     bool sub_domain,
+                     bool check_midpoint) const
+{
+  apply_markers(sub_domains, sub_domain, *sub_domains.mesh(), check_midpoint);
+}
+//-----------------------------------------------------------------------------
+void SubDomain::mark(MeshValueCollection<std::size_t>& sub_domains,
+                     std::size_t sub_domain,
+                     const Mesh& mesh,
+                     bool check_midpoint) const
+{
+  apply_markers(sub_domains, sub_domain, mesh, check_midpoint);
+}
+//-----------------------------------------------------------------------------
+void SubDomain::mark(MeshValueCollection<int>& sub_domains,
+                     int sub_domain,
+                     const Mesh& mesh,
+                     bool check_midpoint) const
+{
+  apply_markers(sub_domains, sub_domain, mesh, check_midpoint);
+}
+//-----------------------------------------------------------------------------
+void SubDomain::mark(MeshValueCollection<double>& sub_domains,
+                     double sub_domain,
+                     const Mesh& mesh,
+                     bool check_midpoint) const
+{
+  apply_markers(sub_domains, sub_domain, mesh, check_midpoint);
+}
+//-----------------------------------------------------------------------------
+void SubDomain::mark(MeshValueCollection<bool>& sub_domains,
+                     bool sub_domain,
+                     const Mesh& mesh,
+                     bool check_midpoint) const
+{
+  apply_markers(sub_domains, sub_domain, mesh, check_midpoint);
+}
+//-----------------------------------------------------------------------------
+std::size_t SubDomain::geometric_dimension() const
+{
+  // Check that dim has been set
+  if (_geometric_dimension == 0)
+  {
+    dolfin_error("SubDomain.cpp",
+                 "get geometric dimension",
+                 "Dimension of subdomain has not been specified");
+  }
+
+  return _geometric_dimension;
+}
+//-----------------------------------------------------------------------------
+template<typename S, typename T>
+void SubDomain::apply_markers(S& sub_domains,
+                              T sub_domain,
+                              const Mesh& mesh,
+                              bool check_midpoint) const
+{
+  log(TRACE, "Computing sub domain markers for sub domain %d.", sub_domain);
+
+  // Get the dimension of the entities we are marking
+  const std::size_t dim = sub_domains.dim();
+
+  // Compute connectivities for boundary detection, if necessary
+  const std::size_t D = mesh.topology().dim();
+  if (dim < D)
+  {
+    mesh.init(dim);
+    if (dim != D - 1)
+      mesh.init(dim, D - 1);
+    mesh.init(D - 1, D);
+  }
+
+  // Set geometric dimension (needed for SWIG interface)
+  _geometric_dimension = mesh.geometry().dim();
+
+  // Speed up the computation by only checking each vertex once (or
+  // twice if it is on the boundary for some but not all facets).
+  RangedIndexSet boundary_visited(mesh.num_vertices());
+  RangedIndexSet interior_visited(mesh.num_vertices());
+  std::vector<bool> boundary_inside(mesh.num_vertices());
+  std::vector<bool> interior_inside(mesh.num_vertices());
+
+  // Always false when marking cells
+  bool on_boundary = false;
+
+  // Compute sub domain markers
+  Progress p("Computing sub domain markers", mesh.num_entities(dim));
+  for (MeshEntityIterator entity(mesh, dim); !entity.end(); ++entity)
+  {
+    // Check if entity is on the boundary if entity is a facet
+    if (dim == D - 1)
+      on_boundary = (entity->num_global_entities(D) == 1);
+    // Or, if entity is of topological dimension less than D - 1, check if any connected
+    // facet is on the boundary
+    else if (dim < D - 1)
+    {
+      on_boundary = false;
+      for (std::size_t f(0); f < entity->num_entities(D - 1); ++f)
+      {
+        std::size_t facet_id = entity->entities(D - 1)[f];
+        Facet facet(mesh, facet_id);
+        if (facet.num_global_entities(D) == 1)
+        {
+          on_boundary = true;
+          break;
+        }
+      }
+    }
+
+    // Select the visited-cache to use for this entity
+    RangedIndexSet&    is_visited = (on_boundary ? boundary_visited : interior_visited);
+    std::vector<bool>& is_inside  = (on_boundary ? boundary_inside  : interior_inside);
+
+    // Start by assuming all points are inside
+    bool all_points_inside = true;
+
+    // Check all incident vertices if dimension is > 0 (not a vertex)
+    if (entity->dim() > 0)
+    {
+      for (VertexIterator vertex(*entity); !vertex.end(); ++vertex)
+      {
+        if (is_visited.insert(vertex->index()))
+        {
+          Array<double> x(_geometric_dimension, const_cast<double*>(vertex->x()));
+          is_inside[vertex->index()] = inside(x, on_boundary);
+        }
+
+        if (!is_inside[vertex->index()])
+        {
+          all_points_inside = false;
+          break;
+        }
+      }
+    }
+
+    // Check midpoint (works also in the case when we have a single vertex)
+    if (all_points_inside && check_midpoint)
+    {
+      Array<double> x(_geometric_dimension,
+                      const_cast<double*>(entity->midpoint().coordinates()));
+      if (!inside(x, on_boundary))
+        all_points_inside = false;
+    }
+
+    // Mark entity with all vertices inside
+    if (all_points_inside)
+      sub_domains.set_value(entity->index(), sub_domain);
+
+    p++;
+  }
+}
+//-----------------------------------------------------------------------------
+template<typename T>
+void SubDomain::apply_markers(std::map<std::size_t, std::size_t>& sub_domains,
+                              std::size_t dim,
+                              T sub_domain,
+                              const Mesh& mesh,
+                              bool check_midpoint) const
+{
+  // FIXME: This function can probably be folded into the above
+  //        function operator[] in std::map and MeshFunction.
+
+  log(TRACE, "Computing sub domain markers for sub domain %d.", sub_domain);
+
+  // Compute connectivities for boundary detection, if necessary
+  const std::size_t D = mesh.topology().dim();
+  if (dim < D)
+  {
+    mesh.init(dim);
+    if (dim != D - 1)
+      mesh.init(dim, D - 1);
+    mesh.init(D - 1, D);
+  }
+
+  // Set geometric dimension (needed for SWIG interface)
+  _geometric_dimension = mesh.geometry().dim();
+
+  // Speed up the computation by only checking each vertex once (or
+  // twice if it is on the boundary for some but not all facets).
+  RangedIndexSet boundary_visited(mesh.num_vertices());
+  RangedIndexSet interior_visited(mesh.num_vertices());
+  std::vector<bool> boundary_inside(mesh.num_vertices());
+  std::vector<bool> interior_inside(mesh.num_vertices());
+
+  // Always false when marking cells
+  bool on_boundary = false;
+
+  // Compute sub domain markers
+  Progress p("Computing sub domain markers", mesh.num_entities(dim));
+  for (MeshEntityIterator entity(mesh, dim); !entity.end(); ++entity)
+  {
+    // Check if entity is on the boundary if entity is a facet
+    if (dim == D - 1)
+      on_boundary = (entity->num_global_entities(D) == 1);
+    // Or, if entity is of topological dimension less than D - 1, check if any connected
+    // facet is on the boundary
+    else if (dim < D - 1)
+    {
+      on_boundary = false;
+      for (std::size_t f(0); f < entity->num_entities(D - 1); ++f)
+      {
+        std::size_t facet_id = entity->entities(D - 1)[f];
+        Facet facet(mesh, facet_id);
+        if (facet.num_global_entities(D) == 1)
+        {
+          on_boundary = true;
+          break;
+        }
+      }
+    }
+
+    // Select the visited-cache to use for this entity
+    RangedIndexSet&    is_visited = (on_boundary ? boundary_visited : interior_visited);
+    std::vector<bool>& is_inside  = (on_boundary ? boundary_inside  : interior_inside);
+
+    // Start by assuming all points are inside
+    bool all_points_inside = true;
+
+    // Check all incident vertices if dimension is > 0 (not a vertex)
+    if (entity->dim() > 0)
+    {
+      for (VertexIterator vertex(*entity); !vertex.end(); ++vertex)
+      {
+        if (is_visited.insert(vertex->index()))
+        {
+          Array<double> x(_geometric_dimension, const_cast<double*>(vertex->x()));
+          is_inside[vertex->index()] = inside(x, on_boundary);
+        }
+
+        if (!is_inside[vertex->index()])
+        {
+          all_points_inside = false;
+          break;
+        }
+      }
+    }
+
+    // Check midpoint (works also in the case when we have a single vertex)
+    if (all_points_inside && check_midpoint)
+    {
+      Array<double> x(_geometric_dimension,
+                      const_cast<double*>(entity->midpoint().coordinates()));
+      if (!inside(x, on_boundary))
+        all_points_inside = false;
+    }
+
+    // Mark entity with all vertices inside
+    if (all_points_inside)
+      sub_domains[entity->index()] =  sub_domain;
+
+    p++;
+  }
+}
+//-----------------------------------------------------------------------------
+void SubDomain::set_property(std::string name, double value)
+{
+  dolfin_error("SubDomain.cpp",
+               "set parameter",
+               "This method should be overloaded in the derived class");
+}
+//-----------------------------------------------------------------------------
+double SubDomain::get_property(std::string name) const
+{
+  dolfin_error("SubDomain.cpp",
+               "get parameter",
+               "This method should be overloaded in the derived class");
+  return 0.0;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/SubDomain.h b/dolfin/mesh/SubDomain.h
new file mode 100644
index 0000000..65f0755
--- /dev/null
+++ b/dolfin/mesh/SubDomain.h
@@ -0,0 +1,317 @@
+// Copyright (C) 2007-2013 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2007-04-10
+// Last changed: 2013-04-12
+
+#ifndef __SUB_DOMAIN_H
+#define __SUB_DOMAIN_H
+
+#include <cstddef>
+#include <map>
+#include <dolfin/common/constants.h>
+#include <Eigen/Dense>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class Mesh;
+  template <typename T> class MeshFunction;
+  template <typename T> class MeshValueCollection;
+  template <typename T> class Array;
+
+  /// This class defines the interface for definition of subdomains.
+  /// Alternatively, subdomains may be defined by a _Mesh_ and a
+  /// MeshFunction<std::size_t> over the mesh.
+
+  class SubDomain
+  {
+  public:
+
+    /// Constructor
+    ///
+    /// @param map_tol (double)
+    ///         The tolerance used when identifying mapped points using
+    ///         the function SubDomain::map.
+    SubDomain(const double map_tol=1.0e-10);
+
+    /// Destructor
+    virtual ~SubDomain();
+
+    /// Return true for points inside the subdomain
+    ///
+    /// @param    x (Array<double>)
+    ///         The coordinates of the point.
+    /// @param   on_boundary (bool)
+    ///         True for points on the boundary.
+    ///
+    /// @return    bool
+    ///         True for points inside the subdomain.
+    virtual bool inside(const Array<double>& x, bool on_boundary) const;
+
+    /// Return true for points inside the subdomain
+    ///
+    /// @param    x (Eigen::Ref<const Eigen::VectorXd>)
+    ///         The coordinates of the point.
+    /// @param   on_boundary (bool)
+    ///         True for points on the boundary.
+    ///
+    /// @return    bool
+    ///         True for points inside the subdomain.
+    virtual bool inside(Eigen::Ref<const Eigen::VectorXd> x, bool on_boundary) const;
+
+    /// Map coordinate x in domain H to coordinate y in domain G (used for
+    /// periodic boundary conditions)
+    ///
+    /// @param   x (Array<double>)
+    ///         The coordinates in domain H.
+    /// @param    y (Array<double>)
+    ///         The coordinates in domain G.
+    virtual void map(const Array<double>& x, Array<double>& y) const;
+
+
+    /// Map coordinate x in domain H to coordinate y in domain G (used for
+    /// periodic boundary conditions)
+    ///
+    /// @param   x (Eigen::Ref<const Eigen::VectorXd>)
+    ///         The coordinates in domain H.
+    /// @param    y (Eigen::Ref<Eigen::VectorXd>)
+    ///         The coordinates in domain G.
+    virtual void map(Eigen::Ref<const Eigen::VectorXd> x, Eigen::Ref<Eigen::VectorXd> y) const;
+
+    
+    /// Snap coordinate to boundary of subdomain
+    ///
+    /// @param x (Array<double>)
+    ///         The coordinates.
+    virtual void snap(Array<double>& x) const;
+
+    /// Snap coordinate to boundary of subdomain
+    ///
+    /// @param x (Eigen::Ref<const Eigen::VectorXd>)
+    ///         The coordinates.
+    virtual void snap(Eigen::Ref<Eigen::VectorXd> x) const;
+    
+    //--- Marking of Mesh ---
+
+    /// Set subdomain markers (std::size_t) on cells for given subdomain number
+    ///
+    /// @param    mesh (_Mesh_)
+    ///         The mesh to be marked.
+    /// @param    sub_domain (std::size_t)
+    ///         The subdomain number.
+    /// @param    check_midpoint (bool)
+    ///         Flag for whether midpoint of cell should be checked (default).
+    void mark_cells(Mesh& mesh,
+                    std::size_t sub_domain,
+                    bool check_midpoint=true) const;
+
+    /// Set subdomain markers (std::size_t) on facets for given subdomain number
+    ///
+    /// @param    mesh (_Mesh_)
+    ///         The mesh to be marked.
+    /// @param    sub_domain (std::size_t)
+    ///         The subdomain number.
+    /// @param    check_midpoint (bool)
+    ///         Flag for whether midpoint of cell should be checked (default).
+    void mark_facets(Mesh& mesh,
+                     std::size_t sub_domain,
+                     bool check_midpoint=true) const;
+
+    /// Set subdomain markers (std::size_t) for given topological dimension
+    /// and subdomain number
+    ///
+    /// @param    mesh (_Mesh_)
+    ///         The mesh to be marked.
+    /// @param    dim (std::size_t)
+    ///         The topological dimension of entities to be marked.
+    /// @param    sub_domain (std::size_t)
+    ///         The subdomain number.
+    /// @param    check_midpoint (bool)
+    ///         Flag for whether midpoint of cell should be checked (default).
+    void mark(Mesh& mesh,
+              std::size_t dim,
+              std::size_t sub_domain,
+              bool check_midpoint=true) const;
+
+    //--- Marking of MeshFunction ---
+
+    /// Set subdomain markers (std::size_t) for given subdomain number
+    ///
+    /// @param    sub_domains (MeshFunction<std::size_t>)
+    ///         The subdomain markers.
+    /// @param    sub_domain (std::size_t)
+    ///         The subdomain number.
+    /// @param    check_midpoint (bool)
+    ///         Flag for whether midpoint of cell should be checked (default).
+    void mark(MeshFunction<std::size_t>& sub_domains,
+              std::size_t sub_domain,
+              bool check_midpoint=true) const;
+
+    /// Set subdomain markers (int) for given subdomain number
+    ///
+    /// @param    sub_domains (MeshFunction<int>)
+    ///         The subdomain markers.
+    /// @param    sub_domain (int)
+    ///         The subdomain number.
+    /// @param    check_midpoint (bool)
+    ///         Flag for whether midpoint of cell should be checked (default).
+    void mark(MeshFunction<int>& sub_domains,
+              int sub_domain,
+              bool check_midpoint=true) const;
+
+    /// Set subdomain markers (double) for given subdomain number
+    ///
+    /// @param    sub_domains (MeshFunction<double>)
+    ///         The subdomain markers.
+    /// @param    sub_domain (double)
+    ///         The subdomain number.
+    /// @param    check_midpoint (bool)
+    ///         Flag for whether midpoint of cell should be checked (default).
+    void mark(MeshFunction<double>& sub_domains,
+              double sub_domain,
+              bool check_midpoint=true) const;
+
+    /// Set subdomain markers (bool) for given subdomain
+    ///
+    /// @param    sub_domains (MeshFunction<bool>)
+    ///         The subdomain markers.
+    /// @param    sub_domain (bool)
+    ///         The subdomain number.
+    /// @param   check_midpoint (bool)
+    ///         Flag for whether midpoint of cell should be checked (default).
+    void mark(MeshFunction<bool>& sub_domains,
+              bool sub_domain,
+              bool check_midpoint=true) const;
+
+    //--- Marking of MeshValueCollection ---
+
+    /// Set subdomain markers (std::size_t) for given subdomain number
+    ///
+    /// @param    sub_domains (MeshValueCollection<std::size_t>)
+    ///         The subdomain markers.
+    /// @param    sub_domain (std::size_t)
+    ///         The subdomain number.
+    /// @param    mesh (_Mesh_)
+    ///         The mesh.
+    /// @param    check_midpoint (bool)
+    ///         Flag for whether midpoint of cell should be checked (default).
+    void mark(MeshValueCollection<std::size_t>& sub_domains,
+              std::size_t sub_domain,
+              const Mesh& mesh,
+              bool check_midpoint=true) const;
+
+    /// Set subdomain markers (int) for given subdomain number
+    ///
+    /// @param    sub_domains (MeshValueCollection<int>)
+    ///         The subdomain markers
+    /// @param    sub_domain (int)
+    ///         The subdomain number
+    /// @param  mesh (Mesh)
+    ///         The mesh.
+    /// @param    check_midpoint (bool)
+    ///         Flag for whether midpoint of cell should be checked (default).
+    void mark(MeshValueCollection<int>& sub_domains,
+              int sub_domain,
+              const Mesh& mesh,
+              bool check_midpoint=true) const;
+
+    /// Set subdomain markers (double) for given subdomain number
+    ///
+    /// @param    sub_domains (MeshValueCollection<double>)
+    ///         The subdomain markers.
+    /// @param    sub_domain (double)
+    ///         The subdomain number
+    /// @param  mesh (Mesh)
+    ///         The mesh.
+    /// @param    check_midpoint (bool)
+    ///         Flag for whether midpoint of cell should be checked (default).
+    void mark(MeshValueCollection<double>& sub_domains,
+              double sub_domain,
+              const Mesh& mesh,
+              bool check_midpoint=true) const;
+
+    /// Set subdomain markers (bool) for given subdomain
+    ///
+    /// @param     sub_domains (MeshValueCollection<bool>)
+    ///         The subdomain markers
+    /// @param    sub_domain (bool)
+    ///         The subdomain number
+    /// @param  mesh (Mesh)
+    ///         The mesh.
+    /// @param    check_midpoint (bool)
+    ///         Flag for whether midpoint of cell should be checked (default).
+    void mark(MeshValueCollection<bool>& sub_domains,
+              bool sub_domain,
+              const Mesh& mesh,
+              bool check_midpoint=true) const;
+
+    /// Return geometric dimension
+    ///
+    /// @return    std::size_t
+    ///         The geometric dimension.
+    std::size_t geometric_dimension() const;
+
+    /// Property setter
+    ///
+    /// @param name
+    /// @param value
+    virtual void set_property(std::string name, double value);
+
+    /// Property getter
+    ///
+    /// @param name
+    /// @return double
+    virtual double get_property(std::string name) const;
+
+    /// Return tolerance uses to find matching point via map function
+    ///
+    /// @return    double
+    ///         The tolerance.
+    const double map_tolerance;
+
+  private:
+
+    /// Apply marker of type T (most likely an std::size_t) to object of class
+    /// S (most likely MeshFunction or MeshValueCollection)
+    template<typename S, typename T>
+    void apply_markers(S& sub_domains,
+                       T sub_domain,
+                       const Mesh& mesh,
+                       bool check_midpoint) const;
+
+    template<typename T>
+      void apply_markers(std::map<std::size_t, std::size_t>& sub_domains,
+                         std::size_t dim,
+                         T sub_domain,
+                         const Mesh& mesh,
+                         bool check_midpoint) const;
+
+    // Friends
+    friend class DirichletBC;
+    friend class PeriodicBC;
+
+    // Geometric dimension, needed for SWIG interface, will be set before
+    // calls to inside() and map()
+    mutable std::size_t _geometric_dimension;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/SubMesh.cpp b/dolfin/mesh/SubMesh.cpp
new file mode 100644
index 0000000..9131aa2
--- /dev/null
+++ b/dolfin/mesh/SubMesh.cpp
@@ -0,0 +1,322 @@
+// Copyright (C) 2009-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2009-02-11
+// Last changed: 2014-02-06
+
+#include <limits>
+#include <map>
+#include <vector>
+
+#include <dolfin/log/log.h>
+#include "Cell.h"
+#include "Mesh.h"
+#include "MeshEditor.h"
+#include "MeshEntityIterator.h"
+#include "MeshFunction.h"
+#include "SubDomain.h"
+#include "SubMesh.h"
+#include "Vertex.h"
+#include "MeshValueCollection.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+SubMesh::SubMesh(const Mesh& mesh, const SubDomain& sub_domain)
+{
+  // Create mesh function and mark sub domain
+  MeshFunction<std::size_t> sub_domains(reference_to_no_delete_pointer(mesh),
+                                        mesh.topology().dim());
+  sub_domains = 0;
+  sub_domain.mark(sub_domains, 1);
+
+  // Copy data into std::vector
+  const std::vector<std::size_t> _sub_domains(sub_domains.values(),
+                                              sub_domains.values()
+                                              + sub_domains.size());
+
+  // Create sub mesh
+  init(mesh, _sub_domains, 1);
+}
+//-----------------------------------------------------------------------------
+SubMesh::SubMesh(const Mesh& mesh,
+                 const MeshFunction<std::size_t>& sub_domains,
+                 std::size_t sub_domain)
+{
+  // Copy data into std::vector
+  const std::vector<std::size_t> _sub_domains(sub_domains.values(),
+                                              sub_domains.values()
+                                              + sub_domains.size());
+
+  // Create sub mesh
+  init(mesh, _sub_domains, sub_domain);
+}
+//----------------------------------------------------------------------------
+SubMesh::SubMesh(const Mesh& mesh, std::size_t sub_domain)
+{
+  // Topological dimension
+  const std::size_t D = mesh.topology().dim();
+
+  if (mesh.domains().num_marked(D) == 0)
+  {
+    dolfin_error("SubMesh.cpp",
+                 "construct SubMesh",
+                 "Mesh does not include a MeshValueCollection the cell dimension of the mesh");
+  }
+
+  // Get cell markers
+  const std::map<std::size_t, std::size_t>& cell_markers
+    = mesh.domains().markers(D);
+
+  // Build vector for all cells to hold markers
+  std::vector<std::size_t> sub_domains(mesh.num_cells(),
+                                std::numeric_limits<std::size_t>::max());
+  std::map<std::size_t, std::size_t>::const_iterator it;
+  for (it = cell_markers.begin(); it != cell_markers.end(); ++it)
+    sub_domains[it->first] = it->second;
+
+  // Create sub mesh
+  init(mesh, sub_domains, sub_domain);
+}
+//-----------------------------------------------------------------------------
+SubMesh::~SubMesh()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void SubMesh::init(const Mesh& mesh,
+                   const std::vector<std::size_t>& sub_domains,
+                   std::size_t sub_domain)
+{
+  // Open mesh for editing
+  MeshEditor editor;
+  const std::size_t D = mesh.topology().dim();
+  editor.open(*this, mesh.type().cell_type(), D,
+              mesh.geometry().dim());
+
+  // Build set of cells that are in sub-mesh
+  std::vector<bool> parent_cell_in_subdomain(mesh.num_cells(), false);
+  std::set<std::size_t> submesh_cells;
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    if (sub_domains[cell->index()] == sub_domain)
+    {
+      parent_cell_in_subdomain[cell->index()] = true;
+      submesh_cells.insert(cell->index());
+    }
+  }
+
+  // Map from parent vertex index to submesh vertex index
+  std::map<std::size_t, std::size_t> parent_to_submesh_vertex_indices;
+
+  // Map from submesh cell to parent cell
+  std::vector<std::size_t> submesh_cell_parent_indices;
+  submesh_cell_parent_indices.reserve(submesh_cells.size());
+
+  // Vector from parent cell index to submesh cell index
+  std::vector<std::size_t> parent_to_submesh_cell_indices(mesh.num_cells(), 0);
+
+  // Add sub-mesh cells
+  editor.init_cells_global(submesh_cells.size(), submesh_cells.size());
+  std::size_t current_cell = 0;
+  std::size_t current_vertex = 0;
+  for (std::set<std::size_t>::iterator cell_it = submesh_cells.begin();
+       cell_it != submesh_cells.end(); ++cell_it)
+  {
+    // Data structure to hold new vertex indices for cell
+    std::vector<std::size_t> cell_vertices;
+
+    // Create cell
+    Cell cell(mesh, *cell_it);
+
+    // Iterate over cell vertices
+    for (VertexIterator vertex(cell); !vertex.end(); ++vertex)
+    {
+      const std::size_t parent_vertex_index = vertex->index();
+
+      // Look for parent vertex in map
+      std::map<std::size_t, std::size_t>::iterator vertex_it
+        = parent_to_submesh_vertex_indices.find(parent_vertex_index);
+
+      // If vertex has been inserted, get new index, otherwise
+      // increment and insert
+      std::size_t submesh_vertex_index = 0;
+      if (vertex_it != parent_to_submesh_vertex_indices.end())
+        submesh_vertex_index = vertex_it->second;
+      else
+      {
+        submesh_vertex_index = current_vertex++;
+        parent_to_submesh_vertex_indices[parent_vertex_index]
+          = submesh_vertex_index;
+      }
+
+      // Add vertex to list of cell vertices (new indexing)
+      cell_vertices.push_back(submesh_vertex_index);
+    }
+
+    // Add parent cell index to list
+    submesh_cell_parent_indices.push_back(cell.index());
+
+    // Store parent cell -> submesh cell indices
+    parent_to_submesh_cell_indices[cell.index()] = current_cell;
+
+    // Add cell to mesh
+    editor.add_cell(current_cell++, cell_vertices);
+  }
+
+  // Vector to hold submesh vertex -> parent vertex
+  std::vector<std::size_t> parent_vertex_indices;
+  parent_vertex_indices.resize(parent_to_submesh_vertex_indices.size());
+
+  // Initialise mesh editor
+  editor.init_vertices_global(parent_to_submesh_vertex_indices.size(),
+                              parent_to_submesh_vertex_indices.size());
+
+  // Add vertices
+  for (std::map<std::size_t, std::size_t>::iterator it
+         = parent_to_submesh_vertex_indices.begin();
+       it != parent_to_submesh_vertex_indices.end(); ++it)
+  {
+    Vertex vertex(mesh, it->first);
+    if (MPI::size(mesh.mpi_comm()) > 1)
+      not_working_in_parallel("SubMesh::init");
+
+    // FIXME: Get global vertex index
+    editor.add_vertex(it->second, vertex.point());
+    parent_vertex_indices[it->second] = it->first;
+  }
+
+  // Close editor
+  editor.close();
+
+  // Build submesh-to-parent map for vertices
+  std::vector<std::size_t>& parent_vertex_indices_mf
+    = data().create_array("parent_vertex_indices", 0);
+  parent_vertex_indices_mf.resize(num_vertices());
+  for (std::map<std::size_t, std::size_t>::iterator it
+         = parent_to_submesh_vertex_indices.begin();
+       it != parent_to_submesh_vertex_indices.end(); ++it)
+  {
+    parent_vertex_indices_mf[it->second] = it->first;
+  }
+
+  // Build submesh-to-parent map for cells
+  std::vector<std::size_t>& parent_cell_indices
+    = data().create_array("parent_cell_indices", D);
+  parent_cell_indices.resize(num_cells());
+  current_cell = 0;
+  for (std::vector<std::size_t>::iterator it
+         = submesh_cell_parent_indices.begin();
+       it != submesh_cell_parent_indices.end(); ++it)
+  {
+    parent_cell_indices[current_cell++] = *it;
+  }
+
+  // Initialise present MeshDomain
+  const MeshDomains& parent_domains = mesh.domains();
+  this->domains().init(parent_domains.max_dim());
+
+  // Collect MeshValueCollections from parent mesh
+  for (std::size_t dim_t = 0; dim_t <= parent_domains.max_dim(); dim_t++)
+  {
+    // If parent mesh does not has a data for dim_t
+    if (parent_domains.num_marked(dim_t) == 0)
+      continue;
+
+    // Initialise connectivity
+    mesh.init(dim_t, D);
+
+    // FIXME: Can avoid building this map for cell and vertices
+
+    // Build map from submesh entity (parent vertex list) -> (submesh index)
+    mesh.init(dim_t);
+    std::map<std::vector<std::size_t>, std::size_t> entity_map;
+    for (MeshEntityIterator e(*this, dim_t); !e.end(); ++e)
+    {
+      // Build list of entity vertex indices and sort
+      std::vector<std::size_t> vertex_list;
+      for (VertexIterator v(*e); !v.end(); ++v)
+        vertex_list.push_back(parent_vertex_indices[v->index()]);
+      std::sort(vertex_list.begin(), vertex_list.end());
+      entity_map.insert(std::make_pair(vertex_list, e->index()));
+    }
+
+    // Get submesh marker map
+    std::map<std::size_t, std::size_t>& submesh_markers
+      = this->domains().markers(dim_t);
+
+    // Get values map from parent MeshValueCollection
+    const std::map<std::size_t, std::size_t>& parent_markers
+      = parent_domains.markers(dim_t);
+
+    // Iterate over all parents marker values
+    std::map<std::size_t, std::size_t>::const_iterator itt;
+    for (itt = parent_markers.begin(); itt != parent_markers.end(); itt++)
+    {
+      // Create parent entity
+      const MeshEntity parent_entity(mesh, dim_t, itt->first);
+
+      // FIXME: Need to check all attached cells
+      std::size_t parent_cell_index = std::numeric_limits<std::size_t>::max();
+      if (dim_t == D)
+      {
+        parent_cell_index = itt->first;
+      }
+      else
+      {
+        // Get first parent cell index attached to parent entity
+        for (std::size_t i = 0; i < parent_entity.num_entities(D); ++i)
+        {
+          if (sub_domains[parent_entity.entities(D)[i]] == sub_domain)
+          {
+            parent_cell_index = parent_entity.entities(D)[i];
+            break;
+          }
+        }
+      }
+
+      // Check if the cell is included in the submesh
+      if (sub_domains[parent_cell_index] == sub_domain)
+      {
+        // Map markers from parent mesh to submesh
+	if (dim_t == D)
+        {
+          // Get submesh cell index
+          const std::size_t submesh_cell_index
+            = parent_to_submesh_cell_indices[parent_cell_index];
+	  submesh_markers[submesh_cell_index] = itt->second;
+        }
+	else
+	{
+          std::vector<std::size_t> parent_vertex_list;
+          for (VertexIterator v(parent_entity); !v.end(); ++v)
+            parent_vertex_list.push_back(v->index());
+          std::sort(parent_vertex_list.begin(), parent_vertex_list.end());
+
+          // Get submesh entity index
+          std::map<std::vector<std::size_t>, std::size_t>::const_iterator
+            submesh_it = entity_map.find(parent_vertex_list);
+          dolfin_assert(submesh_it != entity_map.end());
+
+          submesh_markers[submesh_it->second] = itt->second;
+	}
+      }
+    }
+  }
+
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/SubMesh.h b/dolfin/mesh/SubMesh.h
new file mode 100644
index 0000000..c039918
--- /dev/null
+++ b/dolfin/mesh/SubMesh.h
@@ -0,0 +1,67 @@
+// Copyright (C) 2009 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2009-02-11
+// Last changed: 2013-02-11
+
+#ifndef __SUB_MESH_H
+#define __SUB_MESH_H
+
+#include <map>
+#include "Mesh.h"
+
+namespace dolfin
+{
+
+  class SubDomain;
+  template <typename T> class MeshFunction;
+
+  /// A SubMesh is a mesh defined as a subset of a given mesh. It
+  /// provides a convenient way to create matching meshes for
+  /// multiphysics applications by creating meshes for subdomains as
+  /// subsets of a single global mesh. A mapping from the vertices of
+  /// the sub mesh to the vertices of the parent mesh is stored as the
+  /// mesh data named "parent_vertex_indices".
+
+  class SubMesh : public Mesh
+  {
+  public:
+
+    /// Create subset of given mesh marked by sub domain
+    SubMesh(const Mesh& mesh, const SubDomain& sub_domain);
+
+    /// Create subset of given mesh marked by mesh function
+    SubMesh(const Mesh& mesh, const MeshFunction<std::size_t>& sub_domains,
+            std::size_t sub_domain);
+
+    /// Create subset of given mesh from stored MeshValueCollection
+    SubMesh(const Mesh& mesh, std::size_t sub_domain);
+
+    /// Destructor
+    ~SubMesh();
+
+  private:
+
+    /// Create sub mesh
+    void init(const Mesh& mesh, const std::vector<std::size_t>& sub_domains,
+              std::size_t sub_domain);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/SubsetIterator.h b/dolfin/mesh/SubsetIterator.h
new file mode 100644
index 0000000..f220a06
--- /dev/null
+++ b/dolfin/mesh/SubsetIterator.h
@@ -0,0 +1,143 @@
+// Copyright (C) 2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Andre Massing 2011.
+//
+// First added:  2010-11-17
+// Last changed: 2011-11-10
+
+#ifndef __SUBSET_ITERATOR_H
+#define __SUBSET_ITERATOR_H
+
+#include <memory>
+#include <vector>
+
+#include "Mesh.h"
+#include "MeshEntity.h"
+#include "MeshEntityIterator.h"
+#include "MeshFunction.h"
+
+namespace dolfin
+{
+
+  /// A _SubsetIterator_ is similar to a _MeshEntityIterator_ but
+  /// iterates over a specified subset of the range of entities as
+  /// specified by a _MeshFunction_ that labels the entities.
+
+  class SubsetIterator
+  {
+  public:
+
+    /// Create iterator for given mesh function. The iterator visits
+    /// all entities that match the given label.
+    SubsetIterator(const MeshFunction<std::size_t>& labels, std::size_t label)
+      : _entity(*labels.mesh(), labels.dim(), 0),
+        _subset(new std::vector<std::size_t>()), subset(*_subset)
+    {
+      // Extract subset
+      subset.clear();
+      for (MeshEntityIterator entity(*labels.mesh(), labels.dim());
+           !entity.end(); ++entity)
+      {
+        if (labels[*entity] == label)
+          subset.push_back(entity->index());
+      }
+      info("Iterating over subset, found %d entities out of %d.",
+           subset.size(), labels.size());
+
+      // Set iterator
+      it = subset.begin();
+    }
+
+    /// Copy Constructor
+  SubsetIterator(const SubsetIterator& subset_iter)
+    : _entity(subset_iter._entity), _subset(subset_iter._subset),
+      subset(*_subset), it(subset_iter.it) {}
+
+    /// Destructor
+    virtual ~SubsetIterator() {}
+
+    /// Step to next mesh entity (prefix increment)
+    SubsetIterator& operator++()
+    {
+      ++it;
+      return *this;
+    }
+
+    /// Step back to previous mesh entity (prefix decrement)
+    SubsetIterator& operator--()
+    {
+      --it;
+      return *this;
+    }
+
+    /// Comparison operator
+    bool operator==(const SubsetIterator& sub_iter) const
+    {
+      return ((const_cast<SubsetIterator *>(this))->operator*()
+              == (const_cast<SubsetIterator *>(&sub_iter))->operator*()
+              && it == sub_iter.it && &subset == &sub_iter.subset);
+    }
+
+    /// Comparison operator
+    bool operator!=(const SubsetIterator & sub_iter) const
+    { return !operator==(sub_iter); }
+
+    /// Dereference operator
+    MeshEntity& operator*()
+    { return *operator->(); }
+
+    /// Member access operator
+    MeshEntity* operator->()
+    { _entity._local_index = *it; return &_entity; }
+
+    /// Check if iterator has reached the end
+    bool end() const
+    { return it == subset.end(); }
+
+    /// Beyond end iterator
+    SubsetIterator end_iterator()
+    {
+      SubsetIterator sg(*this);
+      sg.set_end();
+      return sg;
+    }
+
+  private:
+
+    // Set pos to end position. To create a kind of mesh.end()
+    // iterator.
+    void set_end()
+    { it = subset.end(); }
+
+    // Mesh entity
+    MeshEntity _entity;
+
+    // Subset in shared data form
+    std::shared_ptr<std::vector<std::size_t>> _subset;
+
+    //Subset reference for convenience / speed
+    std::vector<std::size_t>& subset;
+
+    // Iterator
+    std::vector<std::size_t>::iterator it;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/TetrahedronCell.cpp b/dolfin/mesh/TetrahedronCell.cpp
new file mode 100644
index 0000000..4bc192c
--- /dev/null
+++ b/dolfin/mesh/TetrahedronCell.cpp
@@ -0,0 +1,596 @@
+// Copyright (C) 2006-2013 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Johan Hoffman 2006
+// Modified by Garth N. Wells 2006
+// Modified by Kristian Oelgaard 2006
+// Modified by Kristoffer Selim 2008
+// Modified by August Johansson 2014
+//
+// First added:  2006-06-05
+// Last changed: 2016-05-05
+
+#include <algorithm>
+#include <cmath>
+#include <boost/multi_array.hpp>
+
+#include <dolfin/log/log.h>
+#include <dolfin/geometry/CollisionPredicates.h>
+#include "Cell.h"
+#include "Facet.h"
+#include "MeshEditor.h"
+#include "MeshGeometry.h"
+#include "TriangleCell.h"
+#include "Vertex.h"
+#include "TetrahedronCell.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+std::size_t TetrahedronCell::dim() const
+{
+  return 3;
+}
+//-----------------------------------------------------------------------------
+std::size_t TetrahedronCell::num_entities(std::size_t dim) const
+{
+  switch (dim)
+  {
+  case 0:
+    return 4; // vertices
+  case 1:
+    return 6; // edges
+  case 2:
+    return 4; // faces
+  case 3:
+    return 1; // cells
+  default:
+    dolfin_error("TetrahedronCell.cpp",
+		 "access number of entities of tetrahedron cell",
+		 "Illegal topological dimension (%d)", dim);
+  }
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+std::size_t TetrahedronCell::num_vertices(std::size_t dim) const
+{
+  switch (dim)
+  {
+  case 0:
+    return 1; // vertices
+  case 1:
+    return 2; // edges
+  case 2:
+    return 3; // faces
+  case 3:
+    return 4; // cells
+  default:
+    dolfin_error("TetrahedronCell.cpp",
+		 "access number of vertices for subsimplex of tetrahedron cell",
+		 "Illegal topological dimension (%d)", dim);
+  }
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+std::size_t TetrahedronCell::orientation(const Cell& cell) const
+{
+  const Vertex v0(cell.mesh(), cell.entities(0)[0]);
+  const Vertex v1(cell.mesh(), cell.entities(0)[1]);
+  const Vertex v2(cell.mesh(), cell.entities(0)[2]);
+  const Vertex v3(cell.mesh(), cell.entities(0)[3]);
+
+  const Point p01 = v1.point() - v0.point();
+  const Point p02 = v2.point() - v0.point();
+  const Point p03 = v3.point() - v0.point();
+
+  const Point n = p01.cross(p02);
+
+  return (n.dot(p03) < 0.0 ? 1 : 0);
+}
+//-----------------------------------------------------------------------------
+void
+TetrahedronCell::create_entities(boost::multi_array<unsigned int, 2>& e,
+                                 std::size_t dim, const unsigned int* v) const
+{
+  // We only need to know how to create edges and faces
+  switch (dim)
+  {
+  case 1:
+    // Resize data structure
+    e.resize(boost::extents[6][2]);
+
+    // Create the six edges
+    e[0][0] = v[2]; e[0][1] = v[3];
+    e[1][0] = v[1]; e[1][1] = v[3];
+    e[2][0] = v[1]; e[2][1] = v[2];
+    e[3][0] = v[0]; e[3][1] = v[3];
+    e[4][0] = v[0]; e[4][1] = v[2];
+    e[5][0] = v[0]; e[5][1] = v[1];
+    break;
+  case 2:
+    // Resize data structure
+    e.resize(boost::extents[4][3]);
+
+    // Create the four faces
+    e[0][0] = v[1]; e[0][1] = v[2]; e[0][2] = v[3];
+    e[1][0] = v[0]; e[1][1] = v[2]; e[1][2] = v[3];
+    e[2][0] = v[0]; e[2][1] = v[1]; e[2][2] = v[3];
+    e[3][0] = v[0]; e[3][1] = v[1]; e[3][2] = v[2];
+    break;
+  default:
+    dolfin_error("TetrahedronCell.cpp",
+                 "create entities of tetrahedron cell",
+                 "Don't know how to create entities of topological dimension %d", dim);
+  }
+}
+//-----------------------------------------------------------------------------
+double TetrahedronCell::volume(const MeshEntity& tetrahedron) const
+{
+  // Check that we get a tetrahedron
+  if (tetrahedron.dim() != 3)
+  {
+    dolfin_error("TetrahedronCell.cpp",
+		 "compute volume of tetrahedron cell",
+		 "Illegal mesh entity, not a tetrahedron");
+  }
+
+  // Get mesh geometry
+  const MeshGeometry& geometry = tetrahedron.mesh().geometry();
+
+  // Only know how to compute the volume when embedded in R^3
+  if (geometry.dim() != 3)
+  {
+    dolfin_error("TetrahedronCell.cpp",
+		 "compute volume of tetrahedron",
+		 "Only know how to compute volume when embedded in R^3");
+  }
+
+  // Get the coordinates of the four vertices
+  const unsigned int* vertices = tetrahedron.entities(0);
+  const Point x0 = geometry.point(vertices[0]);
+  const Point x1 = geometry.point(vertices[1]);
+  const Point x2 = geometry.point(vertices[2]);
+  const Point x3 = geometry.point(vertices[3]);
+
+  // Formula for volume from http://mathworld.wolfram.com
+  const double v = (x0[0]*(x1[1]*x2[2] + x3[1]*x1[2] + x2[1]*x3[2]
+                           - x2[1]*x1[2] - x1[1]*x3[2] - x3[1]*x2[2])
+                    - x1[0]*(x0[1]*x2[2] + x3[1]*x0[2] + x2[1]*x3[2]
+                             - x2[1]*x0[2] - x0[1]*x3[2] - x3[1]*x2[2])
+                    + x2[0]*(x0[1]*x1[2] + x3[1]*x0[2] + x1[1]*x3[2]
+                             - x1[1]*x0[2] - x0[1]*x3[2] - x3[1]*x1[2]) -
+                    x3[0]*(x0[1]*x1[2] + x1[1]*x2[2] + x2[1]*x0[2]
+                           - x1[1]*x0[2] - x2[1]*x1[2] - x0[1]*x2[2]));
+
+  return std::abs(v)/6.0;
+}
+//-----------------------------------------------------------------------------
+double TetrahedronCell::circumradius(const MeshEntity& tetrahedron) const
+{
+  // Check that we get a tetrahedron
+  if (tetrahedron.dim() != 3)
+  {
+    dolfin_error("TetrahedronCell.cpp",
+		 "compute diameter of tetrahedron cell",
+		 "Illegal mesh entity, not a tetrahedron");
+  }
+
+  // Get mesh geometry
+  const MeshGeometry& geometry = tetrahedron.mesh().geometry();
+
+  // Only know how to compute the volume when embedded in R^3
+  if (geometry.dim() != 3)
+  {
+    dolfin_error("TetrahedronCell.cpp",
+		 "compute diameter",
+		 "Tetrahedron is not embedded in R^3, only know how to compute diameter in that case");
+  }
+
+  // Get the coordinates of the four vertices
+  const unsigned int* vertices = tetrahedron.entities(0);
+  const Point p0 = geometry.point(vertices[0]);
+  const Point p1 = geometry.point(vertices[1]);
+  const Point p2 = geometry.point(vertices[2]);
+  const Point p3 = geometry.point(vertices[3]);
+
+  // Compute side lengths
+  const double a  = p1.distance(p2);
+  const double b  = p0.distance(p2);
+  const double c  = p0.distance(p1);
+  const double aa = p0.distance(p3);
+  const double bb = p1.distance(p3);
+  const double cc = p2.distance(p3);
+
+  // Compute "area" of triangle with strange side lengths
+  const double la   = a*aa;
+  const double lb   = b*bb;
+  const double lc   = c*cc;
+  const double s    = 0.5*(la+lb+lc);
+  const double area = sqrt(s*(s-la)*(s-lb)*(s-lc));
+
+  // Formula for circumradius from
+  // http://mathworld.wolfram.com/Tetrahedron.html
+  return area/(6.0*volume(tetrahedron));
+}
+//-----------------------------------------------------------------------------
+double TetrahedronCell::squared_distance(const Cell& cell,
+                                         const Point& point) const
+{
+  // Algorithm from Real-time collision detection by Christer Ericson:
+  // ClosestPtPointTetrahedron on page 143, Section 5.1.6.
+  //
+  // Note: This algorithm actually computes the closest point but we
+  // only return the distance to that point.
+
+  // Get the vertices as points
+  const MeshGeometry& geometry = cell.mesh().geometry();
+  const unsigned int* vertices = cell.entities(0);
+  const Point a = geometry.point(vertices[0]);
+  const Point b = geometry.point(vertices[1]);
+  const Point c = geometry.point(vertices[2]);
+  const Point d = geometry.point(vertices[3]);
+
+  // Initialize squared distance
+  double r2 = std::numeric_limits<double>::max();
+
+  // Check face ABC
+  if (point_outside_of_plane(point, a, b, c, d))
+    r2 = std::min(r2, TriangleCell::squared_distance(point, a, b, c));
+
+  // Check face ACD
+  if (point_outside_of_plane(point, a, c, d, b))
+    r2 = std::min(r2, TriangleCell::squared_distance(point, a, c, d));
+
+  // Check face ADB
+  if (point_outside_of_plane(point, a, d, b, c))
+    r2 = std::min(r2, TriangleCell::squared_distance(point, a, d, b));
+
+  // Check facet BDC
+  if (point_outside_of_plane(point, b, d, c, a))
+    r2 = std::min(r2, TriangleCell::squared_distance(point, b, d, c));
+
+  // Point is inside tetrahedron so distance is zero
+  if (r2 == std::numeric_limits<double>::max())
+    r2 = 0.0;
+
+  return r2;
+}
+//-----------------------------------------------------------------------------
+double TetrahedronCell::normal(const Cell& cell, std::size_t facet,
+                               std::size_t i) const
+{
+  return normal(cell, facet)[i];
+}
+//-----------------------------------------------------------------------------
+Point TetrahedronCell::normal(const Cell& cell, std::size_t facet) const
+{
+  // Make sure we have facets
+  cell.mesh().init(3, 2);
+
+  // Create facet from the mesh and local facet number
+  Facet f(cell.mesh(), cell.entities(2)[facet]);
+
+  // Get global index of opposite vertex
+  const std::size_t v0 = cell.entities(0)[facet];
+
+  // Get global index of vertices on the facet
+  std::size_t v1 = f.entities(0)[0];
+  std::size_t v2 = f.entities(0)[1];
+  std::size_t v3 = f.entities(0)[2];
+
+  // Get mesh geometry
+  const MeshGeometry& geometry = cell.mesh().geometry();
+
+  // Get the coordinates of the four vertices
+  const Point P0 = geometry.point(v0);
+  const Point P1 = geometry.point(v1);
+  const Point P2 = geometry.point(v2);
+  const Point P3 = geometry.point(v3);
+
+  // Create vectors
+  Point V0 = P0 - P1;
+  Point V1 = P2 - P1;
+  Point V2 = P3 - P1;
+
+  // Compute normal vector
+  Point n = V1.cross(V2);
+
+  // Normalize
+  n /= n.norm();
+
+  // Flip direction of normal so it points outward
+  if (n.dot(V0) > 0)
+    n *= -1.0;
+
+  return n;
+}
+//-----------------------------------------------------------------------------
+Point TetrahedronCell::cell_normal(const Cell& cell) const
+{
+  dolfin_error("TetrahedronCell.cpp",
+               "compute cell normal",
+               "cell_normal not implemented for TetrahedronCell");
+
+  return Point();
+}
+//-----------------------------------------------------------------------------
+double TetrahedronCell::facet_area(const Cell& cell, std::size_t facet) const
+{
+  dolfin_assert(cell.mesh().topology().dim() == 3);
+  dolfin_assert(cell.mesh().geometry().dim() == 3);
+
+  // Create facet from the mesh and local facet number
+  Facet f(cell.mesh(), cell.entities(2)[facet]);
+
+  // Get mesh geometry
+  const MeshGeometry& geometry = f.mesh().geometry();
+
+  // Get the coordinates of the three vertices
+  const unsigned int* vertices = f.entities(0);
+  const Point x0 = geometry.point(vertices[0]);
+  const Point x1 = geometry.point(vertices[1]);
+  const Point x2 = geometry.point(vertices[2]);
+
+  // Compute area of triangle embedded in R^3
+  double v0 = (x0[1]*x1[2] + x0[2]*x2[1] + x1[1]*x2[2])
+    - (x2[1]*x1[2] + x2[2]*x0[1] + x1[1]*x0[2]);
+  double v1 = (x0[2]*x1[0] + x0[0]*x2[2] + x1[2]*x2[0])
+    - (x2[2]*x1[0] + x2[0]*x0[2] + x1[2]*x0[0]);
+  double v2 = (x0[0]*x1[1] + x0[1]*x2[0] + x1[0]*x2[1])
+    - (x2[0]*x1[1] + x2[1]*x0[0] + x1[0]*x0[1]);
+
+  // Formula for area from http://mathworld.wolfram.com
+  return  0.5*sqrt(v0*v0 + v1*v1 + v2*v2);
+}
+//-----------------------------------------------------------------------------
+void TetrahedronCell::order(
+  Cell& cell,
+  const std::vector<std::int64_t>& local_to_global_vertex_indices) const
+{
+  // Sort i - j for i > j: 1 - 0, 2 - 0, 2 - 1, 3 - 0, 3 - 1, 3 - 2
+
+  // Get mesh topology
+  const MeshTopology& topology = cell.mesh().topology();
+
+  // Sort local vertices on edges in ascending order, connectivity 1 - 0
+  if (!topology(1, 0).empty())
+  {
+    dolfin_assert(!topology(3, 1).empty());
+
+    // Get edges
+    const unsigned int* cell_edges = cell.entities(1);
+
+    // Sort vertices on each edge
+    for (std::size_t i = 0; i < 6; i++)
+    {
+      unsigned int* edge_vertices
+        = const_cast<unsigned int*>(topology(1, 0)(cell_edges[i]));
+      sort_entities(2, edge_vertices, local_to_global_vertex_indices);
+    }
+  }
+
+  // Sort local vertices on facets in ascending order, connectivity 2 - 0
+  if (!topology(2, 0).empty())
+  {
+    dolfin_assert(!topology(3, 2).empty());
+
+    // Get facets
+    const unsigned int* cell_facets = cell.entities(2);
+
+    // Sort vertices on each facet
+    for (std::size_t i = 0; i < 4; i++)
+    {
+      unsigned int* facet_vertices
+        = const_cast<unsigned int*>(topology(2, 0)(cell_facets[i]));
+      sort_entities(3, facet_vertices, local_to_global_vertex_indices);
+    }
+  }
+
+  // Sort local edges on local facets after non-incident vertex,
+  // connectivity 2 - 1
+  if (!topology(2, 1).empty())
+  {
+    dolfin_assert(!topology(3, 2).empty());
+    dolfin_assert(!topology(2, 0).empty());
+    dolfin_assert(!topology(1, 0).empty());
+
+    // Get facet numbers
+    const unsigned int* cell_facets = cell.entities(2);
+
+    // Loop over facets on cell
+    for (std::size_t i = 0; i < 4; i++)
+    {
+      // For each facet number get the global vertex numbers
+      const unsigned int* facet_vertices = topology(2, 0)(cell_facets[i]);
+
+      // For each facet number get the global edge number
+      unsigned int* cell_edges
+        = const_cast<unsigned int*>(topology(2, 1)(cell_facets[i]));
+
+      // Loop over vertices on facet
+      std::size_t m = 0;
+      for (std::size_t j = 0; j < 3; j++)
+      {
+	// Loop edges on facet
+	for (std::size_t k(m); k < 3; k++)
+	{
+	  // For each edge number get the global vertex numbers
+	  const unsigned int* edge_vertices = topology(1, 0)(cell_edges[k]);
+
+	  // Check if the jth vertex of facet i is non-incident on edge k
+	  if (!std::count(edge_vertices, edge_vertices + 2, facet_vertices[j]))
+	  {
+	    // Swap facet numbers
+	    std::size_t tmp = cell_edges[m];
+	    cell_edges[m] = cell_edges[k];
+	    cell_edges[k] = tmp;
+	    m++;
+	    break;
+	  }
+	}
+      }
+    }
+  }
+
+  // Sort local vertices on cell in ascending order, connectivity 3 - 0
+  if (!topology(3, 0).empty())
+  {
+    unsigned int* cell_vertices = const_cast<unsigned int*>(cell.entities(0));
+    sort_entities(4, cell_vertices, local_to_global_vertex_indices);
+  }
+
+  // Sort local edges on cell after non-incident vertex tuble, connectivity 3-1
+  if (!topology(3, 1).empty())
+  {
+    dolfin_assert(!topology(1, 0).empty());
+
+    // Get cell vertices and edge numbers
+    const unsigned int* cell_vertices = cell.entities(0);
+    unsigned int* cell_edges = const_cast<unsigned int*>(cell.entities(1));
+
+    // Loop two vertices on cell as a lexicographical tuple
+    // (i, j): (0,1) (0,2) (0,3) (1,2) (1,3) (2,3)
+    std::size_t m = 0;
+    for (std::size_t i = 0; i < 3; i++)
+    {
+      for (std::size_t j = i+1; j < 4; j++)
+      {
+	// Loop edge numbers
+	for (std::size_t k = m; k < 6; k++)
+	{
+	  // Get local vertices on edge
+	  const unsigned int* edge_vertices = topology(1, 0)(cell_edges[k]);
+
+	  // Check if the ith and jth vertex of the cell are
+	  // non-incident on edge k
+	  if (!std::count(edge_vertices, edge_vertices+2, cell_vertices[i]) && \
+	      !std::count(edge_vertices, edge_vertices+2, cell_vertices[j]) )
+	  {
+	    // Swap edge numbers
+	    std::size_t tmp = cell_edges[m];
+	    cell_edges[m] = cell_edges[k];
+	    cell_edges[k] = tmp;
+	    m++;
+	    break;
+	  }
+	}
+      }
+    }
+  }
+
+  // Sort local facets on cell after non-incident vertex, connectivity
+  // 3 - 2
+  if (!topology(3, 2).empty())
+  {
+    dolfin_assert(!topology(2, 0).empty());
+
+    // Get cell vertices and facet numbers
+    const unsigned int* cell_vertices = cell.entities(0);
+    unsigned int* cell_facets   = const_cast<unsigned int*>(cell.entities(2));
+
+    // Loop vertices on cell
+    for (std::size_t i = 0; i < 4; i++)
+    {
+      // Loop facets on cell
+      for (std::size_t j = i; j < 4; j++)
+      {
+	unsigned int* facet_vertices
+          = const_cast<unsigned int*>(topology(2, 0)(cell_facets[j]));
+
+	// Check if the ith vertex of the cell is non-incident on facet j
+	if (!std::count(facet_vertices, facet_vertices+3, cell_vertices[i]))
+	{
+	  // Swap facet numbers
+	  std::size_t tmp = cell_facets[i];
+	  cell_facets[i] = cell_facets[j];
+	  cell_facets[j] = tmp;
+	  break;
+	}
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+bool TetrahedronCell::collides(const Cell& cell, const Point& point) const
+{
+  return CollisionPredicates::collides(cell, point);
+}
+//-----------------------------------------------------------------------------
+bool TetrahedronCell::collides(const Cell& cell, const MeshEntity& entity) const
+{
+  return CollisionPredicates::collides(cell, entity);
+}
+//-----------------------------------------------------------------------------
+std::string TetrahedronCell::description(bool plural) const
+{
+  if (plural)
+    return "tetrahedra";
+  return "tetrahedron";
+}
+//-----------------------------------------------------------------------------
+std::size_t TetrahedronCell::find_edge(std::size_t i, const Cell& cell) const
+{
+  // Get vertices and edges
+  const unsigned int* v = cell.entities(0);
+  const unsigned int* e = cell.entities(1);
+  dolfin_assert(v);
+  dolfin_assert(e);
+
+  // Ordering convention for edges (order of non-incident vertices)
+  static const std::size_t EV[6][2] = {{0, 1},
+                                       {0, 2},
+                                       {0, 3},
+                                       {1, 2},
+                                       {1, 3},
+                                       {2, 3}};
+
+  // Look for edge satisfying ordering convention
+  for (std::size_t j = 0; j < 6; j++)
+  {
+    const unsigned int* ev = cell.mesh().topology()(1, 0)(e[j]);
+    dolfin_assert(ev);
+    const std::size_t v0 = v[EV[i][0]];
+    const std::size_t v1 = v[EV[i][1]];
+    if (ev[0] != v0 && ev[0] != v1 && ev[1] != v0 && ev[1] != v1)
+      return j;
+  }
+
+  // We should not reach this
+  dolfin_error("TetrahedronCell.cpp",
+               "find specified edge in cell",
+               "Edge really not found");
+  return 0;
+}
+//-----------------------------------------------------------------------------
+bool TetrahedronCell::point_outside_of_plane(const Point& point,
+                                             const Point& a,
+                                             const Point& b,
+                                             const Point& c,
+                                             const Point& d) const
+{
+  // Algorithm from Real-time collision detection by Christer Ericson:
+  // PointOutsideOfPlane on page 144, Section 5.1.6.
+
+  const Point v = (b - a).cross(c - a);
+  const double signp = v.dot(point - a);
+  const double signd = v.dot(d - a);
+
+  return signp * signd < 0.0;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/TetrahedronCell.h b/dolfin/mesh/TetrahedronCell.h
new file mode 100644
index 0000000..04acda3
--- /dev/null
+++ b/dolfin/mesh/TetrahedronCell.h
@@ -0,0 +1,123 @@
+// Copyright (C) 2006-2017 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Johan Hoffman, 2006.
+// Modified by Garth N. Wells, 2006.
+// Modified by Kristoffer Selim, 2008.
+//
+// First added:  2006-06-05
+// Last changed: 2017-09-26
+
+#ifndef __TETRAHEDRON_CELL_H
+#define __TETRAHEDRON_CELL_H
+
+#include <vector>
+#include <boost/multi_array.hpp>
+
+#include "CellType.h"
+
+namespace dolfin
+{
+
+  class Cell;
+
+  /// This class implements functionality for tetrahedral cell meshes.
+
+  class TetrahedronCell : public CellType
+  {
+  public:
+
+    /// Specify cell type and facet type
+    TetrahedronCell() : CellType(Type::tetrahedron, Type::triangle) {}
+
+    /// Check if cell is a simplex
+    bool is_simplex() const
+    { return true; }
+
+    /// Return topological dimension of cell
+    std::size_t dim() const;
+
+    /// Return number of entities of given topological dimension
+    std::size_t num_entities(std::size_t dim) const;
+
+    /// Return number of vertices for entity of given topological dimension
+    std::size_t num_vertices(std::size_t dim) const;
+
+    /// Return orientation of the cell
+    std::size_t orientation(const Cell& cell) const;
+
+    /// Create entities e of given topological dimension from vertices v
+    void create_entities(boost::multi_array<unsigned int, 2>& e,
+                         std::size_t dim, const unsigned int* v) const;
+
+    /// Compute volume of tetrahedron
+    double volume(const MeshEntity& tetrahedron) const;
+
+    /// Compute circumradius of tetrahedron
+    double circumradius(const MeshEntity& tetrahedron) const;
+
+    /// Compute squared distance to given point
+    double squared_distance(const Cell& cell, const Point& point) const;
+
+    /// Compute component i of normal of given facet with respect to
+    /// the cell
+    double normal(const Cell& cell, std::size_t facet, std::size_t i) const;
+
+    /// Compute normal of given facet with respect to the cell
+    Point normal(const Cell& cell, std::size_t facet) const;
+
+    /// Compute normal to given cell (viewed as embedded in 4D ...)
+    Point cell_normal(const Cell& cell) const;
+
+    /// Compute the area/length of given facet with respect to the cell
+    double facet_area(const Cell& cell, std::size_t facet) const;
+
+    /// Order entities locally
+    void order(Cell& cell, const std::vector<std::int64_t>&
+               local_to_global_vertex_indices) const;
+
+    /// Check whether given point collides with cell
+    bool collides(const Cell& cell, const Point& point) const;
+
+    /// Check whether given entity collides with cell
+    bool collides(const Cell& cell, const MeshEntity& entity) const;
+
+    /// Return description of cell type
+    std::string description(bool plural) const;
+
+    /// Mapping of DOLFIN/UFC vertex ordering to VTK/XDMF ordering
+    std::vector<std::int8_t> vtk_mapping() const
+    { return {0, 1, 2, 3}; }
+
+  private:
+
+    // Find local index of edge i according to ordering convention
+    std::size_t find_edge(std::size_t i, const Cell& cell) const;
+
+    // Check whether point is outside region defined by facet ABC.
+    // The fourth vertex is needed to define the orientation.
+    bool point_outside_of_plane(const Point& point,
+                                const Point& A,
+                                const Point& B,
+                                const Point& C,
+                                const Point& D) const;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/TopologyComputation.cpp b/dolfin/mesh/TopologyComputation.cpp
new file mode 100644
index 0000000..39b9c27
--- /dev/null
+++ b/dolfin/mesh/TopologyComputation.cpp
@@ -0,0 +1,507 @@
+// Copyright (C) 2006-2017 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <algorithm>
+#include <cstdint>
+#include <string>
+#include <tuple>
+#include <utility>
+#include <vector>
+#include <boost/multi_array.hpp>
+#include <boost/unordered_map.hpp>
+#include <boost/version.hpp>
+
+#include <dolfin/common/Timer.h>
+#include <dolfin/common/utils.h>
+#include <dolfin/log/log.h>
+#include "Cell.h"
+#include "CellType.h"
+#include "Mesh.h"
+#include "MeshConnectivity.h"
+#include "MeshEntityIterator.h"
+#include "MeshTopology.h"
+#include "TopologyComputation.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+std::size_t TopologyComputation::compute_entities(Mesh& mesh, std::size_t dim)
+{
+  log(TRACE, "Computing mesh entities of dimension %d", dim);
+
+  // Check if entities have already been computed
+  const MeshTopology& topology = mesh.topology();
+  const MeshConnectivity& ce = topology(topology.dim(), dim);
+  const MeshConnectivity& ev = topology(dim, 0);
+  if (topology.size(dim) > 0)
+  {
+    // Make sure we really have the connectivity
+    if ((ce.empty() && dim != topology.dim()) || (ev.empty() && dim != 0))
+    {
+      dolfin_error("TopologyComputation.cpp",
+                   "compute topological entities",
+                   "Entities of topological dimension %d exist but connectivity is missing", dim);
+    }
+    return topology.size(dim);
+  }
+
+  // Call specialised function to compute entities
+  const CellType& cell_type = mesh.type();
+  const std::int8_t num_entity_vertices = cell_type.num_vertices(dim);
+  switch (num_entity_vertices)
+  {
+  case  1:
+    return TopologyComputation::compute_entities_by_key_matching<1>(mesh, dim);
+  case  2:
+    return TopologyComputation::compute_entities_by_key_matching<2>(mesh, dim);
+  case  3:
+    return TopologyComputation::compute_entities_by_key_matching<3>(mesh, dim);
+  case  4:
+    return TopologyComputation::compute_entities_by_key_matching<4>(mesh, dim);
+  default:
+    dolfin_error("TopologyComputation.cpp",
+                 "compute topological entities",
+                 "Entities with %d vertices not supported",
+                 num_entity_vertices);
+    return 0;
+  }
+}
+//-----------------------------------------------------------------------------
+void TopologyComputation::compute_connectivity(Mesh& mesh,
+                                               std::size_t d0,
+                                               std::size_t d1)
+{
+  // This is where all the logic takes place to find a strategy for
+  // the connectivity computation. For any given pair (d0, d1), the
+  // connectivity is computed by suitably combining the following
+  // basic building blocks:
+  //
+  //   1. compute_entities():     d  - 0  from dim - 0
+  //   2. compute_transpose():    d0 - d1 from d1 - d0
+  //   3. compute_intersection(): d0 - d1 from d0 - d' - d1
+  //   4. compute_from_map():     d0 - d1 from d1 - 0 and d0 - 0
+  // Each of these functions assume a set of preconditions that we
+  // need to satisfy.
+
+  log(TRACE, "Requesting connectivity %d - %d.", d0, d1);
+
+  // Get mesh topology and connectivity
+  MeshTopology& topology = mesh.topology();
+  MeshConnectivity& connectivity = topology(d0, d1);
+
+  // Check if connectivity has already been computed
+  if (!connectivity.empty())
+    return;
+
+  // Compute entities if they don't exist
+  if (topology.size(d0) == 0)
+    compute_entities(mesh, d0);
+  if (topology.size(d1) == 0)
+    compute_entities(mesh, d1);
+
+  // Check is mesh has entities
+  if (topology.size(d0) == 0 && topology.size(d1) == 0)
+    return;
+
+  // Check if connectivity still needs to be computed
+  if (!connectivity.empty())
+    return;
+
+  // Start timer
+  Timer timer("Compute connectivity " + std::to_string(d0) + "-"
+              + std::to_string(d1));
+
+  // Decide how to compute the connectivity
+  if (d0 == d1)
+  {
+    std::vector<std::vector<std::size_t>>
+      connectivity_dd(topology.size(d0), std::vector<std::size_t>(1));
+    for (MeshEntityIterator e(mesh, d0, "all"); !e.end(); ++e)
+      connectivity_dd[e->index()][0] = e->index();
+    topology(d0, d0).set(connectivity_dd);
+  }
+  else if (d0 < d1)
+  {
+    // Compute connectivity d1 - d0 and take transpose
+    compute_connectivity(mesh, d1, d0);
+    compute_from_transpose(mesh, d0, d1);
+  }
+  else
+  {
+    // Compute by mapping vertices from a lower dimension entity
+    // to those of a higher dimension entity
+    compute_from_map(mesh, d0, d1);
+  }
+}
+//--------------------------------------------------------------------------
+template<int N>
+std::int32_t TopologyComputation::compute_entities_by_key_matching(Mesh& mesh,
+                                                                   int dim)
+{
+  // Get mesh topology and connectivity
+  MeshTopology& topology = mesh.topology();
+  MeshConnectivity& ce = topology(topology.dim(), dim);
+  MeshConnectivity& ev = topology(dim, 0);
+
+  // Check if entities have already been computed
+  if (topology.size(dim) > 0)
+  {
+    // Make sure we really have the connectivity
+    if ((ce.empty() && dim != (int) topology.dim()) || (ev.empty() && dim != 0))
+    {
+      dolfin_error("TopologyComputation.cpp",
+                   "compute topological entities",
+                   "Entities of topological dimension %d exist but connectivity is missing", dim);
+    }
+    return topology.size(dim);
+  }
+
+  // Make sure connectivity does not already exist
+  if (!ce.empty() || !ev.empty())
+  {
+    dolfin_error("TopologyComputation.cpp",
+                 "compute topological entities",
+                 "Connectivity for topological dimension %d exists but entities are missing", dim);
+  }
+
+  // Start timer
+  Timer timer("Compute entities dim = " + std::to_string(dim));
+
+  // Get cell type
+  const CellType& cell_type = mesh.type();
+
+  // Initialize local array of entities
+  const std::int8_t num_entities = cell_type.num_entities(dim);
+  const int num_vertices = cell_type.num_vertices(dim);
+
+  // Create map from cell vertices to entity vertices
+  boost::multi_array<unsigned int, 2>
+    e_vertices(boost::extents[num_entities][num_vertices]);
+  const int num_vertices_per_cell = cell_type.num_vertices();
+  std::vector<unsigned int> v(num_vertices_per_cell);
+  std::iota(v.begin(), v.end(), 0);
+  cell_type.create_entities(e_vertices, dim, v.data());
+
+  dolfin_assert(N == num_vertices);
+
+  // Create data structure to hold entities
+  // ([vertices key], (cell_local_index, cell index), [entity vertices], entity index)
+  std::vector<std::tuple<std::array<std::int32_t, N>,
+                         std::pair<std::int8_t, std::int32_t>,
+                         std::array<std::int32_t, N>, std::int32_t>>
+    keyed_entities(num_entities*mesh.num_cells());
+
+  // Loop over cells to build list of keyed (by vertices) entities
+  int entity_counter = 0;
+  for (CellIterator c(mesh, "all"); !c.end(); ++c)
+  {
+    // Get vertices from cell
+    const unsigned int* vertices = c->entities(0);
+    dolfin_assert(vertices);
+
+    // Iterate over entities of cell
+    const int cell_index = c->index();
+    for (std::int8_t i = 0; i < num_entities; ++i)
+    {
+      // Get entity vertices
+      auto& entity = std::get<2>(keyed_entities[entity_counter]);
+      for (std::int8_t j = 0; j < num_vertices; ++j)
+        entity[j] = vertices[e_vertices[i][j]];
+
+      // Sort entity vertices to create key
+      auto& entity_key = std::get<0>(keyed_entities[entity_counter]);
+      std::partial_sort_copy(entity.begin(), entity.end(),
+                             entity_key.begin(), entity_key.end());
+
+      // Attach (local index, cell index), making local_index negative
+      // if it is not a ghost cell. This ensures that non-ghosts come
+      // before ghosts when sorted. The index is corrected later.
+      if (!c->is_ghost())
+        std::get<1>(keyed_entities[entity_counter]) = {-i - 1, cell_index};
+      else
+        std::get<1>(keyed_entities[entity_counter]) = {i, cell_index};
+
+      // Increment entity counter
+      ++entity_counter;
+    }
+  }
+
+  // Sort entities by key. For the same key, those beloning to
+  // non-ghost cells will appear before those belonging to ghost
+  // cells.
+  std::sort(keyed_entities.begin(), keyed_entities.end());
+
+  // Compute entity indices (using -1, -2, -3, etc, for ghost
+  // entities)
+  std::int32_t nonghost_index(0), ghost_index(-1);
+  std::array<std::int32_t, N> previous_key;
+  std::fill(previous_key.begin(), previous_key.end(), -1);
+  for (auto e = keyed_entities.begin(); e!= keyed_entities.end(); ++e)
+  {
+    const auto& key = std::get<0>(*e);
+    if (key == previous_key)
+    {
+      // Repeated entity, reuse entity index
+      std::get<3>(*e) = std::get<3>(*(e - 1));
+    }
+    else
+    {
+      // New entity, so give index (negative for ghosts)
+      const auto local_index = std::get<1>(*e).first;
+      if (local_index < 0)
+        std::get<3>(*e) = nonghost_index++;
+      else
+        std::get<3>(*e) = ghost_index--;
+
+      // Update key
+      previous_key = key;
+    }
+
+    // Re-map local index (make all positive)
+    auto& local_index = std::get<1>(*e).first;
+    local_index = (local_index < 0) ? (-local_index - 1) : local_index;
+  }
+
+  // Total number of entities
+  const std::int32_t num_nonghost_entities = nonghost_index;
+  const std::int32_t num_ghost_entities = -(ghost_index + 1);
+  const std::int32_t num_mesh_entities = num_nonghost_entities + num_ghost_entities;
+
+  // List of vertex indices connected to entity e
+  std::vector<std::array<int, N>> connectivity_ev(num_mesh_entities) ;
+
+  // List of entity e indices connected to cell
+  boost::multi_array<int, 2>
+    connectivity_ce(boost::extents[mesh.num_cells()][num_entities]);
+
+  // Build connectivity arrays (with ghost entities at the end)
+  //std::int32_t previous_index = -1;
+  std::int32_t previous_index = std::numeric_limits<std::int32_t>::min();
+  for (auto& entity : keyed_entities)
+  {
+    // Get entity index, and remap for ghosts (negative entity index)
+    // to true index
+    auto& e_index = std::get<3>(entity);
+    if (e_index < 0)
+      e_index = num_nonghost_entities - (e_index + 1);
+
+    // Add to enity-to-vertex map if entity is new
+    if (e_index != previous_index)
+    {
+      dolfin_assert(e_index < (std::int32_t) connectivity_ev.size());
+      connectivity_ev[e_index] = std::get<2>(entity);
+
+      // Update index
+      previous_index = e_index;
+    }
+
+    // Add to cell-to-entity map
+    const auto& cell = std::get<1>(entity);
+    const auto local_index = cell.first;
+    const auto cell_index = cell.second;
+    connectivity_ce[cell_index][local_index] = e_index;
+  }
+
+  // Initialise connectivity data structure
+  topology.init(dim, num_mesh_entities, 0);
+
+  // Initialise ghost entity offset
+  topology.init_ghost(dim, num_nonghost_entities);
+
+  // Set cell-entity connectivity
+  ce.set(connectivity_ce);
+  ev.set(connectivity_ev);
+
+  return connectivity_ev.size();
+}
+//-----------------------------------------------------------------------------
+void TopologyComputation::compute_from_transpose(Mesh& mesh, std::size_t d0,
+                                                 std::size_t d1)
+{
+  // The transpose is computed in three steps:
+  //
+  //   1. Iterate over entities of dimension d1 and count the number
+  //      of connections for each entity of dimension d0
+  //
+  //   2. Allocate memory / prepare data structures
+  //
+  //   3. Iterate again over entities of dimension d1 and add connections
+  //      for each entity of dimension d0
+
+  log(TRACE, "Computing mesh connectivity %d - %d from transpose.", d0, d1);
+
+  // Get mesh topology and connectivity
+  MeshTopology& topology = mesh.topology();
+  MeshConnectivity& connectivity = topology(d0, d1);
+
+  // Need connectivity d1 - d0
+  dolfin_assert(!topology(d1, d0).empty());
+
+  // Temporary array
+  std::vector<std::size_t> tmp(topology.size(d0), 0);
+
+  // Count the number of connections
+  for (MeshEntityIterator e1(mesh, d1, "all"); !e1.end(); ++e1)
+    for (MeshEntityIterator e0(*e1, d0); !e0.end(); ++e0)
+      tmp[e0->index()]++;
+
+  // Initialize the number of connections
+  connectivity.init(tmp);
+
+  // Reset current position for each entity
+  std::fill(tmp.begin(), tmp.end(), 0);
+
+  // Add the connections
+  for (MeshEntityIterator e1(mesh, d1, "all"); !e1.end(); ++e1)
+    for (MeshEntityIterator e0(*e1, d0); !e0.end(); ++e0)
+      connectivity.set(e0->index(), e1->index(), tmp[e0->index()]++);
+}
+//----------------------------------------------------------------------------
+void TopologyComputation::compute_from_map(Mesh& mesh,
+                                           std::size_t d0,
+                                           std::size_t d1)
+{
+  dolfin_assert(d1 > 0);
+  dolfin_assert(d0 > d1);
+
+  // Get the type of entity d0
+  std::unique_ptr<CellType> cell_type(CellType::create(mesh.type()
+                                                       .entity_type(d0)));
+
+  MeshConnectivity& connectivity = mesh.topology()(d0, d1);
+  connectivity.init(mesh.num_entities(d0), cell_type->num_entities(d1));
+
+  // Make a map from the sorted d1 entity vertices to the d1 entity index
+  boost::unordered_map<std::vector<unsigned int>, unsigned int>
+    entity_to_index;
+  entity_to_index.reserve(mesh.num_entities(d1));
+
+  const std::size_t num_verts_d1 = mesh.type().num_vertices(d1);
+  std::vector<unsigned int> key(num_verts_d1);
+  for (MeshEntityIterator e(mesh, d1, "all"); !e.end(); ++e)
+  {
+    std::partial_sort_copy(e->entities(0), e->entities(0) + num_verts_d1,
+                           key.begin(), key.end());
+    entity_to_index.insert({key, e->index()});
+  }
+
+  // Search for d1 entities of d0 in map, and recover index
+  std::vector<std::size_t> entities;
+  boost::multi_array<unsigned int, 2> keys;
+  for (MeshEntityIterator e(mesh, d0, "all"); !e.end(); ++e)
+  {
+    entities.clear();
+    cell_type->create_entities(keys, d1, e->entities(0));
+    for (const auto &p : keys)
+    {
+      std::partial_sort_copy(p.begin(), p.end(), key.begin(), key.end());
+      const auto it = entity_to_index.find(key);
+      dolfin_assert(it != entity_to_index.end());
+      entities.push_back(it->second);
+    }
+    connectivity.set(e->index(), entities.data());
+  }
+
+}
+//-----------------------------------------------------------------------------
+void TopologyComputation::compute_from_intersection(Mesh& mesh,
+                                                    std::size_t d0,
+                                                    std::size_t d1,
+                                                    std::size_t d)
+{
+  log(TRACE, "Computing mesh connectivity %d - %d from intersection %d - %d - %d.",
+      d0, d1, d0, d, d1);
+
+  // Get mesh topology
+  MeshTopology& topology = mesh.topology();
+
+  // Check preconditions
+  dolfin_assert(d0 >= d1);
+  dolfin_assert(!topology(d0, d).empty());
+  dolfin_assert(!topology(d, d1).empty());
+
+  // Temporary dynamic storage, later copied into static storage
+  std::vector<std::vector<std::size_t>> connectivity(topology.size(d0));
+
+  // A bitmap used to ensure we do not store duplicates
+  std::vector<bool> e1_visited(topology.size(d1));
+
+  // Iterate over all entities of dimension d0
+  std::size_t max_size = 1;
+  const std::size_t e0_num_entities = mesh.type().num_vertices(d0);
+  const std::size_t e1_num_entities = mesh.type().num_vertices(d1);
+  std::vector<std::size_t> _e0(e0_num_entities);
+  std::vector<std::size_t> _e1(e1_num_entities);
+  for (MeshEntityIterator e0(mesh, d0, "all"); !e0.end(); ++e0)
+  {
+    // Get set of connected entities for current entity
+    std::vector<std::size_t>& entities = connectivity[e0->index()];
+
+    // Reserve space
+    entities.reserve(max_size);
+
+    // Sorted list of e0 vertex indices (necessary to test for
+    // presence of one list in another)
+    std::copy(e0->entities(0), e0->entities(0) + e0_num_entities, _e0.begin());
+    std::sort(_e0.begin(), _e0.end());
+
+    // Initialise e1_visited to false for all neighbours of e0. The
+    // loop structure mirrors the one below.
+    for (MeshEntityIterator e(*e0, d); !e.end(); ++e)
+      for (MeshEntityIterator e1(*e, d1); !e1.end(); ++e1)
+        e1_visited[e1->index()] = false;
+
+    // Iterate over all connected entities of dimension d
+    for (MeshEntityIterator e(*e0, d); !e.end(); ++e)
+    {
+      // Iterate over all connected entities of dimension d1
+      for (MeshEntityIterator e1(*e, d1); !e1.end(); ++e1)
+      {
+        // Skip already visited connected entities (to avoid duplicates)
+        if (e1_visited[e1->index()])
+          continue;
+        e1_visited[e1->index()] = true;
+
+        if (d0 == d1)
+        {
+          // An entity is not a neighbor to itself (duplicate index
+          // entries removed at end)
+          if (e0->index() != e1->index())
+            entities.push_back(e1->index());
+        }
+        else
+        {
+          // Sorted list of e1 vertex indices
+          std::copy(e1->entities(0), e1->entities(0) + e1_num_entities,
+                    _e1.begin());
+          std::sort(_e1.begin(), _e1.end());
+
+          // Entity e1 must be completely contained in e0
+          if (std::includes(_e0.begin(), _e0.end(), _e1.begin(), _e1.end()))
+            entities.push_back(e1->index());
+        }
+      }
+    }
+
+    // Store maximum size
+    max_size = std::max(entities.size(), max_size);
+  }
+
+  // Copy to static storage
+  topology(d0, d1).set(connectivity);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/TopologyComputation.h b/dolfin/mesh/TopologyComputation.h
new file mode 100644
index 0000000..63c1226
--- /dev/null
+++ b/dolfin/mesh/TopologyComputation.h
@@ -0,0 +1,90 @@
+// Copyright (C) 2006-2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells 2012.
+//
+// First added:  2006-06-02
+// Last changed: 2012-02-14
+
+#ifndef __TOPOLOGY_COMPUTATION_H
+#define __TOPOLOGY_COMPUTATION_H
+
+#include <vector>
+
+namespace dolfin
+{
+
+  class Mesh;
+
+  /// This class implements a set of basic algorithms that automate
+  /// the computation of mesh entities and connectivity.
+
+  class TopologyComputation
+  {
+  public:
+
+    /// Compute mesh entities of given topological dimension, and connectivity
+    /// cell-to-enity (tdim, dim)
+    static std::size_t compute_entities(Mesh& mesh, std::size_t dim);
+
+    /// Compute mesh entities of given topological dimension.
+    /// Note: this function will be replaced by the new 'compute_entities'
+    /// function, which is considerably faster, especially for poorly ordered
+    /// mesh.
+    static std::size_t compute_entities_old(Mesh& mesh, std::size_t dim);
+
+    /// Compute connectivity for given pair of topological dimensions
+    static void compute_connectivity(Mesh& mesh, std::size_t d0,
+                                     std::size_t d1);
+
+  private:
+
+    // cell-to-enity (tdim, dim). Ths functions builds a list of all entities of
+    // Compute mesh entities of given topological dimension, and connectivity
+    // dimension dim for every cell, keyed by the sorted lists of vertex indices
+    // that make up the entity. Also attached is whether or nor the entity is a
+    // ghost, the local entity index (relative to the generating cell) and the
+    // generating cell index. This list is then sorted, with matching keys
+    // corresponding to a single enity. The entities are numbered such that ghost
+    // entities come after al regular enrities.
+    //
+    // Returns the number of entities
+    //
+    //The function is templated over the number of vertices that make up an
+    //entity of dimension dim. This avoid dynamic memoryt allocations, yielding
+    //significant performance improvements
+    template<int N>
+    static std::int32_t compute_entities_by_key_matching(Mesh& mesh, int dim);
+
+    // Compute connectivity from transpose
+    static void compute_from_transpose(Mesh& mesh, std::size_t d0,
+                                       std::size_t d1);
+
+    // Direct lookup of entity from vertices in a map
+    static void compute_from_map(Mesh& mesh,
+                                 std::size_t d0,
+                                 std::size_t d1);
+
+    // Compute connectivity from intersection
+    static void compute_from_intersection(Mesh& mesh, std::size_t d0,
+                                          std::size_t d1, std::size_t d);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/TriangleCell.cpp b/dolfin/mesh/TriangleCell.cpp
new file mode 100644
index 0000000..c22f213
--- /dev/null
+++ b/dolfin/mesh/TriangleCell.cpp
@@ -0,0 +1,491 @@
+// Copyright (C) 2006-2014 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Garth N. Wells 2006
+// Modified by Kristian Oelgaard 2006-2007
+// Modified by Dag Lindbo 2008
+// Modified by Kristoffer Selim 2008
+// Modified by Jan Blechta 2013
+// Modified by August Johansson 2014
+//
+// First added:  2006-06-05
+// Last changed: 2016-05-05
+
+#include <algorithm>
+#include <cmath>
+#include <dolfin/log/log.h>
+#include <dolfin/geometry/CollisionPredicates.h>
+#include "Cell.h"
+#include "MeshEditor.h"
+#include "MeshEntity.h"
+#include "Facet.h"
+#include "TriangleCell.h"
+#include "Vertex.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+std::size_t TriangleCell::dim() const
+{
+  return 2;
+}
+//-----------------------------------------------------------------------------
+std::size_t TriangleCell::num_entities(std::size_t dim) const
+{
+  switch (dim)
+  {
+  case 0:
+    return 3; // vertices
+  case 1:
+    return 3; // edges
+  case 2:
+    return 1; // cells
+  default:
+    dolfin_error("TriangleCell.cpp",
+                 "access number of entities of triangle cell",
+                 "Illegal topological dimension (%d)", dim);
+  }
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+std::size_t TriangleCell::num_vertices(std::size_t dim) const
+{
+  switch (dim)
+  {
+  case 0:
+    return 1; // vertices
+  case 1:
+    return 2; // edges
+  case 2:
+    return 3; // cells
+  default:
+    dolfin_error("TriangleCell.cpp",
+                 "access number of vertices for subsimplex of triangle cell",
+                 "Illegal topological dimension (%d)", dim);
+  }
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+std::size_t TriangleCell::orientation(const Cell& cell) const
+{
+  const Point up(0.0, 0.0, 1.0);
+  return cell.orientation(up);
+}
+//-----------------------------------------------------------------------------
+void TriangleCell::create_entities(boost::multi_array<unsigned int, 2>&  e,
+                                   std::size_t dim, const unsigned int* v) const
+{
+  // We only need to know how to create edges
+  if (dim != 1)
+  {
+    dolfin_error("TriangleCell.cpp",
+                 "create entities of triangle cell",
+                 "Don't know how to create entities of topological dimension %d", dim);
+  }
+
+  // Resize data structure
+  e.resize(boost::extents[3][2]);
+
+  // Create the three edges
+  e[0][0] = v[1]; e[0][1] = v[2];
+  e[1][0] = v[0]; e[1][1] = v[2];
+  e[2][0] = v[0]; e[2][1] = v[1];
+}
+//-----------------------------------------------------------------------------
+double TriangleCell::volume(const MeshEntity& triangle) const
+{
+  // Check that we get a triangle
+  if (triangle.dim() != 2)
+  {
+    dolfin_error("TriangleCell.cpp",
+                 "compute volume (area) of triangle cell",
+                 "Illegal mesh entity, not a triangle");
+  }
+
+  // Get mesh geometry
+  const MeshGeometry& geometry = triangle.mesh().geometry();
+
+  // Get the coordinates of the three vertices
+  const unsigned int* vertices = triangle.entities(0);
+  const Point x0 = geometry.point(vertices[0]);
+  const Point x1 = geometry.point(vertices[1]);
+  const Point x2 = geometry.point(vertices[2]);
+
+  if (geometry.dim() == 2)
+  {
+    // Compute area of triangle embedded in R^2
+    double v2 = (x0[0]*x1[1] + x0[1]*x2[0] + x1[0]*x2[1])
+      - (x2[0]*x1[1] + x2[1]*x0[0] + x1[0]*x0[1]);
+
+    // Formula for volume from http://mathworld.wolfram.com
+    return 0.5 * std::abs(v2);
+  }
+  else if (geometry.dim() == 3)
+  {
+    // Compute area of triangle embedded in R^3
+    const double v0 = (x0[1]*x1[2] + x0[2]*x2[1] + x1[1]*x2[2])
+      - (x2[1]*x1[2] + x2[2]*x0[1] + x1[1]*x0[2]);
+    const double v1 = (x0[2]*x1[0] + x0[0]*x2[2] + x1[2]*x2[0])
+      - (x2[2]*x1[0] + x2[0]*x0[2] + x1[2]*x0[0]);
+    const double v2 = (x0[0]*x1[1] + x0[1]*x2[0] + x1[0]*x2[1])
+      - (x2[0]*x1[1] + x2[1]*x0[0] + x1[0]*x0[1]);
+
+    // Formula for volume from http://mathworld.wolfram.com
+    return  0.5*sqrt(v0*v0 + v1*v1 + v2*v2);
+  }
+  else
+  {
+    dolfin_error("TriangleCell.cpp",
+                 "compute volume of triangle",
+                 "Only know how to compute volume when embedded in R^2 or R^3");
+  }
+
+  return 0.0;
+}
+//-----------------------------------------------------------------------------
+double TriangleCell::circumradius(const MeshEntity& triangle) const
+{
+  // Check that we get a triangle
+  if (triangle.dim() != 2)
+  {
+    dolfin_error("TriangleCell.cpp",
+                 "compute diameter of triangle cell",
+                 "Illegal mesh entity, not a triangle");
+  }
+
+  // Get mesh geometry
+  const MeshGeometry& geometry = triangle.mesh().geometry();
+
+  // Only know how to compute the diameter when embedded in R^2 or R^3
+  if (geometry.dim() != 2 && geometry.dim() != 3)
+    dolfin_error("TriangleCell.cpp",
+                 "compute diameter of triangle",
+                 "Only know how to compute diameter when embedded in R^2 or R^3");
+
+  // Get the coordinates of the three vertices
+  const unsigned int* vertices = triangle.entities(0);
+  const Point p0 = geometry.point(vertices[0]);
+  const Point p1 = geometry.point(vertices[1]);
+  const Point p2 = geometry.point(vertices[2]);
+
+  // FIXME: Assuming 3D coordinates, could be more efficient if
+  // FIXME: if we assumed 2D coordinates in 2D
+
+  // Compute side lengths
+  const double a  = p1.distance(p2);
+  const double b  = p0.distance(p2);
+  const double c  = p0.distance(p1);
+
+  // Formula for circumradius from
+  // http://mathworld.wolfram.com/Triangle.html
+  return a*b*c/(4.0*volume(triangle));
+}
+//-----------------------------------------------------------------------------
+double TriangleCell::squared_distance(const Cell& cell,
+                                      const Point& point) const
+{
+  // Get the vertices as points
+  const MeshGeometry& geometry = cell.mesh().geometry();
+  const unsigned int* vertices = cell.entities(0);
+  const Point a = geometry.point(vertices[0]);
+  const Point b = geometry.point(vertices[1]);
+  const Point c = geometry.point(vertices[2]);
+
+  // Call function to compute squared distance
+  return squared_distance(point, a, b, c);
+}
+//-----------------------------------------------------------------------------
+double TriangleCell::squared_distance(const Point& point,
+                                      const Point& a,
+                                      const Point& b,
+                                      const Point& c)
+{
+  // Algorithm from Real-time collision detection by Christer Ericson:
+  // ClosestPtPointTriangle on page 141, Section 5.1.5.
+  //
+  // Algorithm modified to handle triangles embedded in 3D.
+  //
+  // Note: This algorithm actually computes the closest point but we
+  // only return the distance to that point.
+
+  // Compute normal to plane defined by triangle
+  const Point ab = b - a;
+  const Point ac = c - a;
+  Point n = ab.cross(ac);
+  n /= n.norm();
+
+  // Subtract projection onto plane
+  const double pn = (point - a).dot(n);
+  const Point p = point - pn*n;
+
+  // Check if point is in vertex region outside A
+  const Point ap = p - a;
+  const double d1 = ab.dot(ap);
+  const double d2 = ac.dot(ap);
+  if (d1 <= 0.0 && d2 <= 0.0)
+    return p.squared_distance(a) + pn*pn;
+
+  // Check if point is in vertex region outside B
+  const Point bp = p - b;
+  const double d3 = ab.dot(bp);
+  const double d4 = ac.dot(bp);
+  if (d3 >= 0.0 && d4 <= d3)
+    return p.squared_distance(b) + pn*pn;
+
+  // Check if point is in edge region of AB and if so compute projection
+  const double vc = d1*d4 - d3*d2;
+  if (vc <= 0.0 && d1 >= 0.0 && d3 <= 0.0)
+  {
+    const double v = d1 / (d1 - d3);
+    return p.squared_distance(a + v*ab) + pn*pn;
+  }
+
+  // Check if point is in vertex region outside C
+  const Point cp = p - c;
+  const double d5 = ab.dot(cp);
+  const double d6 = ac.dot(cp);
+  if (d6 >= 0.0 && d5 <= d6)
+    return p.squared_distance(c) + pn*pn;
+
+  // Check if point is in edge region of AC and if so compute
+  // projection
+  const double vb = d5*d2 - d1*d6;
+  if (vb <= 0.0 && d2 >= 0.0 && d6 <= 0.0)
+  {
+    const double w = d2 / (d2 - d6);
+    return p.squared_distance(a + w*ac) + pn*pn;
+  }
+
+  // Check if point is in edge region of BC and if so compute
+  // projection
+  const double va = d3*d6 - d5*d4;
+  if (va <= 0.0 && (d4 - d3) >= 0.0 && (d5 - d6) >= 0.0)
+  {
+    const double w = (d4 - d3) / ((d4 - d3) + (d5 - d6));
+    return p.squared_distance(b + w*(c - b)) + pn*pn;
+  }
+
+  // Point is inside triangle so return distance to plane
+  return pn*pn;
+}
+//-----------------------------------------------------------------------------
+double TriangleCell::normal(const Cell& cell, std::size_t facet, std::size_t i) const
+{
+  return normal(cell, facet)[i];
+}
+//-----------------------------------------------------------------------------
+Point TriangleCell::normal(const Cell& cell, std::size_t facet) const
+{
+  // Make sure we have facets
+  cell.mesh().init(2, 1);
+
+  // Create facet from the mesh and local facet number
+  Facet f(cell.mesh(), cell.entities(1)[facet]);
+
+  // The normal vector is currently only defined for a triangle in R^2
+  // MER: This code is super for a triangle in R^3 too, this error
+  // could be removed, unless it is here for some other reason.
+  if (cell.mesh().geometry().dim() != 2)
+  {
+    dolfin_error("TriangleCell.cpp",
+                 "find normal",
+                 "Normal vector is not defined in dimension %d (only defined when the triangle is in R^2", cell.mesh().geometry().dim());
+  }
+
+  // Get global index of opposite vertex
+  const std::size_t v0 = cell.entities(0)[facet];
+
+  // Get global index of vertices on the facet
+  const std::size_t v1 = f.entities(0)[0];
+  const std::size_t v2 = f.entities(0)[1];
+
+  // Get mesh geometry
+  const MeshGeometry& geometry = cell.mesh().geometry();
+
+  // Get the coordinates of the three vertices
+  const Point p0 = geometry.point(v0);
+  const Point p1 = geometry.point(v1);
+  const Point p2 = geometry.point(v2);
+
+  // Subtract projection of p2 - p0 onto p2 - p1
+  Point t = p2 - p1;
+  t /= t.norm();
+  Point n = p2 - p0;
+  n -= n.dot(t)*t;
+
+  // Normalize
+  n /= n.norm();
+
+  return n;
+}
+//-----------------------------------------------------------------------------
+Point TriangleCell::cell_normal(const Cell& cell) const
+{
+  // Get mesh geometry
+  const MeshGeometry& geometry = cell.mesh().geometry();
+
+  // Cell_normal only defined for gdim = 2, 3:
+  const std::size_t gdim = geometry.dim();
+  if (gdim > 3)
+  {
+    dolfin_error("TriangleCell.cpp",
+                 "compute cell normal",
+                 "Illegal geometric dimension (%d)", gdim);
+  }
+
+  // Get the three vertices as points
+  const unsigned int* vertices = cell.entities(0);
+  const Point p0 = geometry.point(vertices[0]);
+  const Point p1 = geometry.point(vertices[1]);
+  const Point p2 = geometry.point(vertices[2]);
+
+  // Defined cell normal via cross product of first two edges:
+  const Point v01 = p1 - p0;
+  const Point v02 = p2 - p0;
+  Point n = v01.cross(v02);
+
+  // Normalize
+  n /= n.norm();
+
+  return n;
+}
+//-----------------------------------------------------------------------------
+double TriangleCell::facet_area(const Cell& cell, std::size_t facet) const
+{
+  // Create facet from the mesh and local facet number
+  const Facet f(cell.mesh(), cell.entities(1)[facet]);
+
+  // Get global index of vertices on the facet
+  const std::size_t v0 = f.entities(0)[0];
+  const std::size_t v1 = f.entities(0)[1];
+
+  // Get mesh geometry
+  const MeshGeometry& geometry = cell.mesh().geometry();
+
+  // Get the coordinates of the two vertices
+  const Point p0 = geometry.point(v0);
+  const Point p1 = geometry.point(v1);
+
+  return p1.distance(p0);
+}
+//-----------------------------------------------------------------------------
+void TriangleCell::order(
+  Cell& cell,
+  const std::vector<std::int64_t>& local_to_global_vertex_indices) const
+{
+  // Sort i - j for i > j: 1 - 0, 2 - 0, 2 - 1
+
+  // Get mesh topology
+  const MeshTopology& topology = cell.mesh().topology();
+
+  // Sort local vertices on edges in ascending order, connectivity 1 - 0
+  if (!topology(1, 0).empty())
+  {
+    dolfin_assert(!topology(2, 1).empty());
+
+    // Get edge indices (local)
+    const unsigned int* cell_edges = cell.entities(1);
+
+    // Sort vertices on each edge
+    for (std::size_t i = 0; i < 3; i++)
+    {
+      unsigned int* edge_vertices = const_cast<unsigned int*>(topology(1, 0)(cell_edges[i]));
+      sort_entities(2, edge_vertices, local_to_global_vertex_indices);
+    }
+  }
+
+  // Sort local vertices on cell in ascending order, connectivity 2 - 0
+  if (!topology(2, 0).empty())
+  {
+    unsigned int* cell_vertices = const_cast<unsigned int*>(cell.entities(0));
+    sort_entities(3, cell_vertices, local_to_global_vertex_indices);
+  }
+
+  // Sort local edges on cell after non-incident vertex, connectivity 2 - 1
+  if (!topology(2, 1).empty())
+  {
+    dolfin_assert(!topology(2, 1).empty());
+
+    // Get cell vertex and edge indices (local)
+    const unsigned int* cell_vertices = cell.entities(0);
+    unsigned int* cell_edges = const_cast<unsigned int*>(cell.entities(1));
+
+    // Loop over vertices on cell
+    for (std::size_t i = 0; i < 3; i++)
+    {
+      // Loop over edges on cell
+      for (std::size_t j = i; j < 3; j++)
+      {
+        const unsigned int* edge_vertices = topology(1, 0)(cell_edges[j]);
+
+        // Check if the ith vertex of the cell is non-incident with edge j
+        if (std::count(edge_vertices, edge_vertices + 2, cell_vertices[i]) == 0)
+        {
+          // Swap edge numbers
+          std::size_t tmp = cell_edges[i];
+          cell_edges[i] = cell_edges[j];
+          cell_edges[j] = tmp;
+          break;
+        }
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+bool TriangleCell::collides(const Cell& cell, const Point& point) const
+{
+  return CollisionPredicates::collides(cell, point);
+}
+//-----------------------------------------------------------------------------
+bool TriangleCell::collides(const Cell& cell, const MeshEntity& entity) const
+{
+  return CollisionPredicates::collides(cell, entity);
+}
+//-----------------------------------------------------------------------------
+std::string TriangleCell::description(bool plural) const
+{
+  if (plural)
+    return "triangles";
+  return "triangle";
+}
+//-----------------------------------------------------------------------------
+std::size_t TriangleCell::find_edge(std::size_t i, const Cell& cell) const
+{
+  // Get vertices and edges
+  const unsigned int* v = cell.entities(0);
+  const unsigned int* e = cell.entities(1);
+  dolfin_assert(v);
+  dolfin_assert(e);
+
+  // Look for edge satisfying ordering convention
+  for (std::size_t j = 0; j < 3; j++)
+  {
+    const unsigned int* ev = cell.mesh().topology()(1, 0)(e[j]);
+    dolfin_assert(ev);
+    if (ev[0] != v[i] && ev[1] != v[i])
+      return j;
+  }
+
+  // We should not reach this
+  dolfin_error("TriangleCell.cpp",
+               "find specified edge in cell",
+               "Edge really not found");
+  return 0;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/mesh/TriangleCell.h b/dolfin/mesh/TriangleCell.h
new file mode 100644
index 0000000..29879e8
--- /dev/null
+++ b/dolfin/mesh/TriangleCell.h
@@ -0,0 +1,119 @@
+// Copyright (C) 2006-2017 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Kristoffer Selim, 2008.
+// Modified by Jan Blechta 2013
+//
+// First added:  2006-06-05
+// Last changed: 2017-09-26
+
+#ifndef __TRIANGLE_CELL_H
+#define __TRIANGLE_CELL_H
+
+#include <vector>
+#include <boost/multi_array.hpp>
+#include "CellType.h"
+
+namespace dolfin
+{
+
+  /// This class implements functionality for triangular meshes.
+
+  class TriangleCell : public CellType
+  {
+  public:
+
+    /// Specify cell type and facet type
+    TriangleCell() : CellType(Type::triangle, Type::interval) {}
+
+    /// Check if cell is a simplex
+    bool is_simplex() const
+    { return true; }
+
+    /// Return topological dimension of cell
+    std::size_t dim() const;
+
+    /// Return number of entities of given topological dimension
+    std::size_t num_entities(std::size_t dim) const;
+
+    /// Return number of vertices for entity of given topological dimension
+    std::size_t num_vertices(std::size_t dim) const;
+
+    /// Return orientation of the cell
+    std::size_t orientation(const Cell& cell) const;
+
+    /// Create entities e of given topological dimension from vertices v
+    void create_entities(boost::multi_array<unsigned int, 2>& e,
+                         std::size_t dim,
+                         const unsigned int* v) const;
+
+    /// Compute (generalized) volume (area) of triangle
+    double volume(const MeshEntity& triangle) const;
+
+    /// Compute diameter of triangle
+    double circumradius(const MeshEntity& triangle) const;
+
+    /// Compute squared distance to given point (3D enabled)
+    double squared_distance(const Cell& cell, const Point& point) const;
+
+    /// Compute squared distance to given point. This version takes
+    /// the three vertex coordinates as 3D points. This makes it
+    /// possible to reuse this function for computing the (squared)
+    /// distance to a tetrahedron.
+    static double squared_distance(const Point& point,
+                                   const Point& a,
+                                   const Point& b,
+                                   const Point& c);
+
+    /// Compute component i of normal of given facet with respect to the cell
+    double normal(const Cell& cell, std::size_t facet, std::size_t i) const;
+
+    /// Compute of given facet with respect to the cell
+    Point normal(const Cell& cell, std::size_t facet) const;
+
+    /// Compute normal to given cell (viewed as embedded in 3D)
+    Point cell_normal(const Cell& cell) const;
+
+    /// Compute the area/length of given facet with respect to the cell
+    double facet_area(const Cell& cell, std::size_t facet) const;
+
+    /// Order entities locally
+    void order(Cell& cell,
+               const std::vector<std::int64_t>& local_to_global_vertex_indices) const;
+
+    /// Check whether given point collides with cell
+    bool collides(const Cell& cell, const Point& point) const;
+
+    /// Check whether given entity collides with cell
+    bool collides(const Cell& cell, const MeshEntity& entity) const;
+
+    /// Return description of cell type
+    std::string description(bool plural) const;
+
+    /// Mapping of DOLFIN/UFC vertex ordering to VTK/XDMF ordering
+    std::vector<std::int8_t> vtk_mapping() const
+    { return {0, 1, 2}; }
+
+  private:
+
+    // Find local index of edge i according to ordering convention
+    std::size_t find_edge(std::size_t i, const Cell& cell) const;
+  };
+
+}
+
+#endif
diff --git a/dolfin/mesh/Vertex.h b/dolfin/mesh/Vertex.h
new file mode 100644
index 0000000..0521693
--- /dev/null
+++ b/dolfin/mesh/Vertex.h
@@ -0,0 +1,69 @@
+// Copyright (C) 2006-2010 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2006-06-01
+// Last changed: 2013-01-09
+
+#ifndef __VERTEX_H
+#define __VERTEX_H
+
+#include <memory>
+
+#include <dolfin/geometry/Point.h>
+#include "Mesh.h"
+#include "MeshEntity.h"
+#include "MeshEntityIteratorBase.h"
+#include "MeshFunction.h"
+
+namespace dolfin
+{
+
+  /// A Vertex is a MeshEntity of topological dimension 0.
+
+  class Vertex : public MeshEntity
+  {
+  public:
+
+    /// Create vertex on given mesh
+    Vertex(const Mesh& mesh, std::size_t index) : MeshEntity(mesh, 0, index) {}
+
+    /// Create vertex from mesh entity
+    Vertex(MeshEntity& entity) : MeshEntity(entity.mesh(), 0, entity.index()) {}
+
+    /// Destructor
+    ~Vertex() {}
+
+    /// Return value of vertex coordinate i
+    double x(std::size_t i) const
+    { return _mesh->geometry().x(_local_index, i); }
+
+    /// Return vertex coordinates as a 3D point value
+    Point point() const
+    { return _mesh->geometry().point(_local_index); }
+
+    /// Return array of vertex coordinates (const version)
+    const double* x() const
+    { return _mesh->geometry().x(_local_index); }
+
+  };
+
+  /// A VertexIterator is a MeshEntityIterator of topological dimension 0
+  typedef MeshEntityIteratorBase<Vertex> VertexIterator;
+
+}
+
+#endif
diff --git a/dolfin/mesh/dolfin_mesh.h b/dolfin/mesh/dolfin_mesh.h
new file mode 100644
index 0000000..ffd18d9
--- /dev/null
+++ b/dolfin/mesh/dolfin_mesh.h
@@ -0,0 +1,43 @@
+#ifndef __DOLFIN_MESH_H
+#define __DOLFIN_MESH_H
+
+// DOLFIN mesh interface
+
+#include <dolfin/mesh/CellType.h>
+#include <dolfin/mesh/MeshTopology.h>
+#include <dolfin/mesh/MeshGeometry.h>
+#include <dolfin/mesh/MeshDomains.h>
+#include <dolfin/mesh/MeshData.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshEntity.h>
+#include <dolfin/mesh/MeshEntityIterator.h>
+#include <dolfin/mesh/MeshEntityIteratorBase.h>
+#include <dolfin/mesh/SubsetIterator.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/mesh/Edge.h>
+#include <dolfin/mesh/Face.h>
+#include <dolfin/mesh/Facet.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/FacetCell.h>
+#include <dolfin/mesh/MeshConnectivity.h>
+#include <dolfin/mesh/MeshEditor.h>
+#include <dolfin/mesh/DynamicMeshEditor.h>
+#include <dolfin/mesh/LocalMeshValueCollection.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/mesh/MeshValueCollection.h>
+#include <dolfin/mesh/MeshColoring.h>
+#include <dolfin/mesh/MeshRenumbering.h>
+#include <dolfin/mesh/MeshTransformation.h>
+#include <dolfin/mesh/LocalMeshData.h>
+#include <dolfin/mesh/SubDomain.h>
+#include <dolfin/mesh/SubMesh.h>
+#include <dolfin/mesh/DomainBoundary.h>
+#include <dolfin/mesh/BoundaryMesh.h>
+#include <dolfin/mesh/PeriodicBoundaryComputation.h>
+#include <dolfin/mesh/MeshQuality.h>
+#include <dolfin/mesh/MultiMesh.h>
+#include <dolfin/mesh/MeshHierarchy.h>
+#include <dolfin/mesh/MeshPartitioning.h>
+#include <dolfin/mesh/MeshView.h>
+
+#endif
diff --git a/dolfin/multistage/CMakeLists.txt b/dolfin/multistage/CMakeLists.txt
new file mode 100644
index 0000000..8877126
--- /dev/null
+++ b/dolfin/multistage/CMakeLists.txt
@@ -0,0 +1,12 @@
+set(HEADERS
+  dolfin_multistage.h
+  MultiStageScheme.h
+  PointIntegralSolver.h
+  RKSolver.h
+  PARENT_SCOPE)
+
+set(SOURCES
+  MultiStageScheme.cpp
+  PointIntegralSolver.cpp
+  RKSolver.cpp
+  PARENT_SCOPE)
diff --git a/dolfin/multistage/MultiStageScheme.cpp b/dolfin/multistage/MultiStageScheme.cpp
new file mode 100644
index 0000000..cf10aad
--- /dev/null
+++ b/dolfin/multistage/MultiStageScheme.cpp
@@ -0,0 +1,273 @@
+// Copyright (C) 2013 Johan Hake
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-02-15
+// Last changed: 2014-10-13
+
+#include <sstream>
+#include <memory>
+#include <dolfin/log/log.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/fem/DirichletBC.h>
+
+#include "MultiStageScheme.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+MultiStageScheme::MultiStageScheme(
+    std::vector<std::vector<std::shared_ptr<const Form>>> stage_forms,
+    std::shared_ptr<const Form> last_stage,
+    std::vector<std::shared_ptr<Function>> stage_solutions,
+    std::shared_ptr<Function> u,
+    std::shared_ptr<Constant> t,
+    std::shared_ptr<Constant> dt,
+    std::vector<double> dt_stage_offset,
+    std::vector<int> jacobian_indices,
+    unsigned int order,
+    const std::string name,
+    const std::string human_form,
+    std::vector<std::shared_ptr<const DirichletBC>> bcs)
+: Variable(name, ""), _stage_forms(stage_forms), _last_stage(last_stage),
+  _stage_solutions(stage_solutions), _u(u), _t(t), _dt(dt),
+  _dt_stage_offset(dt_stage_offset), _jacobian_indices(jacobian_indices),
+  _order(order), _implicit(false), _human_form(human_form), _bcs(bcs)
+{
+  _check_arguments();
+}
+//-----------------------------------------------------------------------------
+std::vector<std::vector<std::shared_ptr<const Form>>>&
+MultiStageScheme::stage_forms()
+{
+  return _stage_forms;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Form> MultiStageScheme::last_stage()
+{
+  return _last_stage;
+}
+//-----------------------------------------------------------------------------
+std::vector<std::shared_ptr<Function>>& MultiStageScheme::stage_solutions()
+{
+  return _stage_solutions;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<Function> MultiStageScheme::solution()
+{
+  return _u;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const Function> MultiStageScheme::solution() const
+{
+  return _u;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<Constant> MultiStageScheme::t()
+{
+  return _t;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<Constant> MultiStageScheme::dt()
+{
+  return _dt;
+}
+//-----------------------------------------------------------------------------
+const std::vector<double>& MultiStageScheme::dt_stage_offset() const
+{
+  return _dt_stage_offset;
+}
+//-----------------------------------------------------------------------------
+unsigned int MultiStageScheme::order() const
+{
+  return _order;
+}
+//-----------------------------------------------------------------------------
+std::vector<std::shared_ptr<const DirichletBC>> MultiStageScheme::bcs() const
+{
+  return _bcs;
+}
+//-----------------------------------------------------------------------------
+bool MultiStageScheme::implicit(unsigned int stage) const
+{
+  if (stage >= _stage_forms.size())
+  {
+    dolfin_error("MultiStageScheme.cpp",
+     "querying if stage is implicit",
+     "Expecting a stage less than the number of total stages in "
+     "the scheme.");
+  }
+
+  return _stage_forms[stage].size() == 2;
+}
+//-----------------------------------------------------------------------------
+
+bool MultiStageScheme::implicit() const
+{
+  return _implicit;
+}
+//-----------------------------------------------------------------------------
+int MultiStageScheme::jacobian_index(unsigned int stage) const
+{
+  if (stage >= _jacobian_indices.size())
+  {
+    dolfin_error("MultiStageScheme.cpp",
+     "querying for jacobian index",
+     "Expecting a stage less than the number of total stages in "
+     "the scheme.");
+  }
+
+  return _jacobian_indices[stage];
+}
+//-----------------------------------------------------------------------------
+std::string MultiStageScheme::str(bool verbose) const
+{
+  if (!verbose)
+    return name();
+
+  std::stringstream s;
+  s << name() << std::endl << _human_form;
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+void MultiStageScheme::_check_arguments()
+{
+  // Check number of stage solutions is same as number of stage forms
+  if (_stage_solutions.size()!=_stage_forms.size())
+  {
+    dolfin_error("MultiStageScheme.cpp",
+                 "construct MultiStageScheme",
+                 "Expecting the number of stage solutions to be the sames as "
+                 "number of stage forms");
+  }
+
+  // Check that the number of coefficients in last form is the same as
+  // number of stages
+  /*
+    if (_last_stage->num_coefficients() != _stage_forms.size())
+    dolfin_error("MultiStageScheme.cpp",
+       "construct MultiStageScheme",
+       "Expecting the number of stage solutions to be the sames as " \
+       "number of coefficients in the last form");
+  */
+
+  // Check solution is in the same space as the last stage solution
+  if (!(_stage_solutions.size()==0 or
+        _u->in(*_stage_solutions[_stage_solutions.size()-1]->function_space())))
+  {
+    dolfin_error("MultiStageScheme.cpp",
+                 "construct MultiStageScheme",
+                 "Expecting all solutions to be in the same FunctionSpace");
+  }
+
+  // Check number of passed stage forms
+  for (unsigned int i=0; i < _stage_forms.size();i++)
+  {
+    // Check solution is in the same space as the stage solution
+    if (!_u->in(*_stage_solutions[i]->function_space()))
+    {
+      dolfin_error("MultiStageScheme.cpp",
+                   "construct MultiStageScheme",
+                   "Expecting all solutions to be in the same FunctionSpace");
+    }
+
+    // Check we have correct number of forms
+    if (_stage_forms[i].size()==0 or _stage_forms[i].size()>2)
+    {
+      dolfin_error("MultiStageScheme.cpp",
+                   "construct MultiStageScheme",
+                   "Expecting stage_forms to only include vectors of size 1 or 2");
+    }
+
+    // Check if Scheme is implicit
+    if (_stage_forms[i].size()==2)
+    {
+      _implicit = true;
+
+      // First form should be the linear (in testfunction) form
+      if (_stage_forms[i][0]->rank() != 1)
+      {
+        dolfin_error("MultiStageScheme.cpp",
+                     "construct MultiStageScheme",
+                     "Expecting the right-hand side of stage form %d to be a "
+                     "linear form (not rank %d)", i, _stage_forms[i][0]->rank());
+      }
+
+      // Second form should be the bilinear form
+      if (_stage_forms[i][1]->rank() != 2)
+      {
+        dolfin_error("MultiStageScheme.cpp",
+                     "construct MultiStageScheme",
+                     "Expecting the left-hand side of stage form %d to be a "
+                     "linear form (not rank %d)", i, _stage_forms[i][1]->rank());
+      }
+
+      // Check that function space of solution variable matches trial space
+      if (!_stage_solutions[i]->in(*_stage_forms[i][1]->function_space(1)))
+      {
+        dolfin_error("MultiStageScheme.cpp",
+                     "construct MultiStageScheme",
+                     "Expecting the stage solution %d to be a member of the "
+                     "trial space of stage form %d", i, i);
+      }
+
+      // Check that function spaces of bcs are contained in trial space
+      for (const auto bc: _bcs)
+      {
+        if (!_stage_forms[i][1]->function_space(1)->contains(*bc->function_space()))
+        {
+          dolfin_error("MultiStageScheme.cpp",
+                       "construct MultiStageScheme",
+                       "Expecting the boundary conditions to to live on (a "
+                       "subspace of) the trial space");
+        }
+      }
+    }
+    else
+    {
+      // Check explicit stage form
+      if (_stage_forms[i][0]->rank() != 1)
+      {
+        dolfin_error("MultiStageScheme.cpp",
+                     "construct MultiStageScheme",
+                     "Expecting stage form %d to be a linear form (not "
+                     "rank %d)", i, _stage_forms[i][0]->rank());
+      }
+
+      // Check that function space of solution variable matches trial space
+      if (!_stage_solutions[i]->in(*_stage_forms[i][0]->function_space(0)))
+      {
+        dolfin_error("MultiStageScheme.cpp",
+                     "construct MultiStageScheme",
+                     "Expecting the stage solution %d to be a member of the "
+                     "test space of stage form %d", i, i);
+      }
+
+      // Check that function spaces of bcs are contained in trial space
+      for (const auto bc: _bcs)
+      {
+        if (!_stage_forms[i][0]->function_space(0)->contains(*bc->function_space()))
+        {
+          dolfin_error("MultiStageScheme.cpp",
+                       "construct MultiStageScheme",
+                       "Expecting the boundary conditions to to live on (a "
+                       "subspace of) the trial space");
+        }
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/multistage/MultiStageScheme.h b/dolfin/multistage/MultiStageScheme.h
new file mode 100644
index 0000000..10bfbc6
--- /dev/null
+++ b/dolfin/multistage/MultiStageScheme.h
@@ -0,0 +1,147 @@
+// Copyright (C) 2013 Johan Hake
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-02-15
+// Last changed: 2014-03-05
+
+#ifndef __BUTCHERSCHEME_H
+#define __BUTCHERSCHEME_H
+
+#include <memory>
+#include <vector>
+
+#include <dolfin/common/Variable.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/fem/Form.h>
+
+namespace dolfin
+{
+  // Forward declarations
+  class Form;
+  class Function;
+  class DirichletBC;
+  class Constant;
+
+  /// Place-holder for forms and solutions for a multi-stage Butcher tableau based method
+
+  class MultiStageScheme : public Variable
+  {
+  public:
+
+    /// Constructor
+    MultiStageScheme(std::vector<std::vector<std::shared_ptr<const Form>>> stage_forms,
+                     std::shared_ptr<const Form> last_stage,
+                     std::vector<std::shared_ptr<Function> > stage_solutions,
+                     std::shared_ptr<Function> u,
+                     std::shared_ptr<Constant> t,
+                     std::shared_ptr<Constant> dt,
+                     std::vector<double> dt_stage_offset,
+                     std::vector<int> jacobian_indices,
+                     unsigned int order,
+                     const std::string name,
+                     const std::string human_form,
+                     std::vector<std::shared_ptr<const DirichletBC>> bcs = {});
+
+    /// Return the stages
+    std::vector<std::vector<std::shared_ptr<const Form>>>& stage_forms();
+
+    /// Return the last stage
+    std::shared_ptr<const Form> last_stage();
+
+    /// Return stage solutions
+    std::vector<std::shared_ptr<Function> >& stage_solutions();
+
+    /// Return solution variable
+    std::shared_ptr<Function> solution();
+
+    /// Return solution variable (const version)
+    std::shared_ptr<const Function> solution() const;
+
+    /// Return local time
+    std::shared_ptr<Constant> t();
+
+    /// Return local timestep
+    std::shared_ptr<Constant> dt();
+
+    /// Return local timestep
+    const std::vector<double>& dt_stage_offset() const;
+
+    /// Return the order of the scheme
+    unsigned int order() const;
+
+    /// Return boundary conditions
+    std::vector<std::shared_ptr<const DirichletBC>> bcs() const;
+
+    /// Return true if stage is implicit
+    bool implicit(unsigned int stage) const;
+
+    /// Return true if the whole scheme is implicit
+    bool implicit() const;
+
+    /// Return a distinct jacobian index for a given stage if negative the
+    /// stage is explicit and hence no jacobian needed.
+    int jacobian_index(unsigned int stage) const;
+
+    /// Return informal string representation (pretty-print)
+    virtual std::string str(bool verbose) const;
+
+  private:
+
+    // Check sanity of arguments
+    void _check_arguments();
+
+    // Vector of forms for the different RK stages
+    std::vector<std::vector<std::shared_ptr<const Form>>> _stage_forms;
+
+    // A linear combination of solutions for the last stage
+    std::shared_ptr<const Form> _last_stage;
+
+    // Solutions for the different stages
+    std::vector<std::shared_ptr<Function>> _stage_solutions;
+
+    // The solution
+    std::shared_ptr<Function> _u;
+
+    // The local time
+    std::shared_ptr<Constant> _t;
+
+    // The local time step
+    std::shared_ptr<Constant> _dt;
+
+    // The time step offset. (c from the ButcherTableau)
+    std::vector<double> _dt_stage_offset;
+
+    // Map for distinct storage of jacobians
+    std::vector<int> _jacobian_indices;
+
+    // The order of the scheme
+    unsigned int _order;
+
+    // Is the scheme implicit
+    bool _implicit;
+
+    // A pretty print representation of the form
+    std::string _human_form;
+
+    // The boundary conditions
+    std::vector<std::shared_ptr<const DirichletBC>> _bcs;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/multistage/PointIntegralSolver.cpp b/dolfin/multistage/PointIntegralSolver.cpp
new file mode 100644
index 0000000..9b09997
--- /dev/null
+++ b/dolfin/multistage/PointIntegralSolver.cpp
@@ -0,0 +1,852 @@
+// Copyright (C) 2013 Johan Hake
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-02-15
+// Last changed: 2017-01-19
+
+#include <cmath>
+#include <algorithm>
+#include <memory>
+
+#include <dolfin/log/log.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/parameter/GlobalParameters.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/Constant.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/nls/NewtonSolver.h>
+#include <dolfin/fem/Form.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/fem/UFC.h>
+
+#include "MultiStageScheme.h"
+#include "PointIntegralSolver.h"
+
+#ifdef HAS_PETSC
+#include "dolfin/la/PETScVector.h"
+#include <petscsys.h>
+#include <petscvec.h>
+#endif
+
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+PointIntegralSolver::PointIntegralSolver(std::shared_ptr<MultiStageScheme> scheme) :
+  Variable("PointIntegralSolver", "unnamed"), _scheme(scheme),
+  _mesh(_scheme->last_stage()->mesh()),
+  _dofmap(*_scheme->last_stage()->function_space(0)->dofmap()),
+  _system_size(_dofmap.num_entity_dofs(0)),
+  _dof_offset(_mesh->type().num_entities(0)),
+  _num_stages(_scheme->stage_forms().size()),
+  _local_to_local_dofs(_system_size),
+  _vertex_map(), _local_to_global_dofs(_system_size),
+  _local_stage_solutions(_scheme->stage_solutions().size()),
+  _u0(_system_size), _residual(_system_size), _y(_system_size),
+  _dx(_system_size),
+  _ufcs(), _coefficient_index(), _recompute_jacobian(),
+  _jacobians(), _eta(1.0), _num_jacobian_computations(0)
+{
+  // Set parameters
+  parameters = default_parameters();
+
+  _check_forms();
+  _init();
+}
+//-----------------------------------------------------------------------------
+PointIntegralSolver::~PointIntegralSolver()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void PointIntegralSolver::reset_newton_solver()
+{
+  _eta = parameters("newton_solver")["eta_0"];
+
+  for (unsigned int i=0; i < _recompute_jacobian.size(); i++)
+    _recompute_jacobian[i] = true;
+}
+//-----------------------------------------------------------------------------
+void PointIntegralSolver::reset_stage_solutions()
+{
+  // Iterate over stage forms
+  for (unsigned int stage=0; stage<_num_stages; stage++)
+  {
+    // Reset global stage solutions
+    *_scheme->stage_solutions()[stage]->vector() = 0.0;
+
+    // Reset local stage solutions
+    for (unsigned int row=0; row < _system_size; row++)
+      _local_stage_solutions[stage][row] = 0.0;
+  }
+}
+//-----------------------------------------------------------------------------
+void PointIntegralSolver::step(double dt)
+{
+  dolfin_assert(_mesh);
+
+  Timer timer("PointIntegralSolver::step");
+
+  const bool reset_stage_solutions_ = parameters["reset_stage_solutions"];
+  const bool reset_newton_solver_
+    = parameters("newton_solver")["reset_each_step"];
+
+  // Check for reseting stage solutions
+  if (reset_stage_solutions_)
+    reset_stage_solutions();
+
+  // Check for reseting newtonsolver for each time step
+  if (reset_newton_solver_)
+    reset_newton_solver();
+
+  dolfin_assert(dt > 0.0);
+
+  // Update time constant of scheme
+  *_scheme->dt() = dt;
+
+  // Time at start of timestep
+  const double t0 = *_scheme->t();
+
+  // Get ownership range
+  const dolfin::la_index local_dof_size = _dofmap.ownership_range().second
+    - _dofmap.ownership_range().first;
+
+  // PETSc performance optimisation: Since we know that we will only set local
+  // values, we can tell PETSc to ignore off processor vector entry communication
+  // during assembly.
+#ifdef HAS_PETSC
+  auto petsc_vec = as_type<PETScVector>(_scheme->solution()->vector());
+  PetscErrorCode ierr = VecSetOption(petsc_vec->vec(), VEC_IGNORE_OFF_PROC_ENTRIES, PETSC_TRUE);
+  if (ierr != 0) petsc_vec->petsc_error(ierr, __FILE__, "VecSetOption");
+#endif
+
+
+  try
+  {
+
+    // Iterate over vertices
+    ufc::cell ufc_cell;
+    std::vector<double> coordinate_dofs;
+    for (std::size_t vert_ind = 0; vert_ind < _mesh->num_vertices(); ++vert_ind)
+    {
+      // Cell containing vertex
+      const Cell cell(*_mesh, _vertex_map[vert_ind].first);
+      cell.get_coordinate_dofs(coordinate_dofs);
+      cell.get_cell_data(ufc_cell);
+
+      // Get all dofs for cell
+      // FIXME: Should we include logics about empty dofmaps?
+      auto cell_dofs = _dofmap.cell_dofs(cell.index());
+
+      // Tabulate local-local dofmap
+      _dofmap.tabulate_entity_dofs(_local_to_local_dofs, 0,
+                                   _vertex_map[vert_ind].second);
+
+      // Fill local to global dof map and check that the dof is owned
+      bool owns_all_dofs = true;
+      for (unsigned int row = 0; row < _system_size; row++)
+      {
+        _local_to_global_dofs[row] = cell_dofs[_local_to_local_dofs[row]];
+        if (_local_to_global_dofs[row] >= local_dof_size)
+        {
+          owns_all_dofs = false;
+          break;
+        }
+      }
+
+      // If not owning all dofs
+      if (!owns_all_dofs)
+        continue;
+
+      // Iterate over stage forms
+      for (unsigned int stage = 0; stage < _num_stages; stage++)
+      {
+        // Update cell
+        // TODO: Pass suitable bool vector here to avoid tabulating all
+        // coefficient dofs:
+        _ufcs[stage][0]->update(cell, coordinate_dofs, ufc_cell);
+        //some_integral.enabled_coefficients());
+
+        // Check if we have an explicit stage (only 1 form)
+        if (_ufcs[stage].size() == 1)
+        {
+          _solve_explicit_stage(vert_ind, stage, ufc_cell, coordinate_dofs);
+        }
+        // or an implicit stage (2 forms)
+        else
+        {
+          _solve_implicit_stage(vert_ind, stage, cell, ufc_cell,
+                                coordinate_dofs);
+        }
+      }
+
+      // Last stage point integral
+      const ufc::vertex_integral& integral
+        = *_last_stage_ufc->default_vertex_integral;
+
+      // Update coefficients for last stage
+      // TODO: Pass suitable bool vector here to avoid tabulating all
+      // coefficient dofs:
+      _last_stage_ufc->update(cell, coordinate_dofs, ufc_cell);
+      //integral.enabled_coefficients());
+
+      // Tabulate cell tensor
+      integral.tabulate_tensor(_last_stage_ufc->A.data(), _last_stage_ufc->w(),
+                               coordinate_dofs.data(),
+                               _vertex_map[vert_ind].second,
+                               ufc_cell.orientation);
+
+      // Update solution with a tabulation of the last stage
+      for (unsigned int row = 0; row < _system_size; row++)
+        _y[row] = _last_stage_ufc->A[_local_to_local_dofs[row]];
+
+      // Update global solution with last stage
+      _scheme->solution()->vector()->set_local(_y.data(),
+                                               _local_to_global_dofs.size(),
+                                               _local_to_global_dofs.data());
+    }
+
+    Timer timer_apply("PointIntegralSolver::apply");
+    for (unsigned int stage=0; stage<_num_stages; stage++)
+      _scheme->stage_solutions()[stage]->vector()->apply("insert");
+
+    _scheme->solution()->vector()->apply("insert");
+    timer_apply.stop();
+
+    // Update time
+    *_scheme->t() = t0 + dt;
+
+  }
+  catch (std::exception &e)
+  {
+#ifdef HAS_PETSC
+    // Remove performance optimisation flag an exception occurred
+    ierr = VecSetOption(petsc_vec->vec(), VEC_IGNORE_OFF_PROC_ENTRIES, PETSC_FALSE);
+    if (ierr != 0) petsc_vec->petsc_error(ierr, __FILE__, "VecSetOption");
+#endif
+    throw;
+  }
+#ifdef HAS_PETSC
+  // Remove performance optimisation flag in case no exception occurred
+  ierr = VecSetOption(petsc_vec->vec(), VEC_IGNORE_OFF_PROC_ENTRIES, PETSC_FALSE);
+  if (ierr != 0) petsc_vec->petsc_error(ierr, __FILE__, "VecSetOption");
+#endif
+
+  timer.stop();
+}
+//-----------------------------------------------------------------------------
+void PointIntegralSolver::_solve_explicit_stage(std::size_t vert_ind,
+                                                unsigned int stage,
+                                                const ufc::cell& ufc_cell,
+                                                const std::vector<double>& coordinate_dofs)
+{
+
+  // Local vertex ind
+  const unsigned int local_vert = _vertex_map[vert_ind].second;
+
+  // Point integral
+  const ufc::vertex_integral& integral
+    = *_ufcs[stage][0]->default_vertex_integral;
+
+  // Tabulate cell tensor
+  integral.tabulate_tensor(_ufcs[stage][0]->A.data(), _ufcs[stage][0]->w(),
+                           coordinate_dofs.data(), local_vert,
+                           ufc_cell.orientation);
+
+  // Extract vertex dofs from tabulated tensor and put them into the
+  // local stage solution vector
+  //Extract vertex dofs from tabulated tensor
+  for (unsigned int row = 0; row < _system_size; row++)
+  {
+    _local_stage_solutions[stage][row]
+      = _ufcs[stage][0]->A[_local_to_local_dofs[row]];
+  }
+
+
+  // FIXME: This below is dodgy and will sooner or later break in
+  // parallel (GNW)
+  // Put solution back into global stage solution vector
+  // NOTE: This so an UFC.update (coefficient restriction) would just
+  // work
+  _scheme->stage_solutions()[stage]->vector()->set_local(
+    _local_stage_solutions[stage].data(), _system_size,
+    _local_to_global_dofs.data());
+}
+//-----------------------------------------------------------------------------
+void PointIntegralSolver::_solve_implicit_stage(std::size_t vert_ind,
+                                                unsigned int stage,
+                                                const Cell& cell,
+                                                const ufc::cell& ufc_cell,
+                                                const std::vector<double>& coordinate_dofs)
+{
+  // Do a simplified newton solve
+  _simplified_newton_solve(vert_ind, stage, cell, ufc_cell, coordinate_dofs);
+
+  // Put solution back into global stage solution vector
+  _scheme->stage_solutions()[stage]->vector()->set_local(_local_stage_solutions[stage].data(),
+                                                         _system_size,
+                                                         _local_to_global_dofs.data());
+}
+//-----------------------------------------------------------------------------
+void PointIntegralSolver::step_interval(double t0, double t1, double dt)
+{
+  if (dt <= 0.0)
+  {
+    dolfin_error("PointIntegralSolver.cpp",
+                 "stepping PointIntegralSolver",
+                 "Expecting a positive dt");
+  }
+
+  if (t0 >= t1)
+  {
+    dolfin_error("PointIntegralSolver.cpp",
+                 "stepping PointIntegralSolver",
+                 "Expecting t0 to be smaller than t1");
+  }
+
+  // Set start time
+  *_scheme->t() = t0;
+  double t = t0;
+  double next_dt = std::min(t1-t, dt);
+
+  // Step interval
+  while (t + next_dt <= t1)
+  {
+    if (next_dt < DOLFIN_EPS)
+      break;
+    step(next_dt);
+    t = *_scheme->t();
+    next_dt = std::min(t1-t, dt);
+  }
+}
+//-----------------------------------------------------------------------------
+void PointIntegralSolver::_compute_jacobian(std::vector<double>& jac,
+                                            const std::vector<double>& u,
+                                            unsigned int local_vert,
+                                            UFC& loc_ufc, const Cell& cell,
+                                            const ufc::cell& ufc_cell,
+                                            int coefficient_index,
+                                            const std::vector<double>& coordinate_dofs)
+{
+  const ufc::vertex_integral& J_integral = *loc_ufc.default_vertex_integral;
+
+  // TODO: Pass suitable bool vector here to avoid tabulating all
+  // coefficient dofs:
+  loc_ufc.update(cell, coordinate_dofs, ufc_cell);
+  //J_integral.enabled_coefficients());
+
+  // If there is a solution coefficient in the Jacobian form
+  if (coefficient_index > 0)
+  {
+    // Put solution back into restricted coefficients before tabulate
+    // new jacobian
+    for (unsigned int row = 0; row < _system_size; row++)
+      loc_ufc.w()[coefficient_index][_local_to_local_dofs[row]] = u[row];
+  }
+
+  // Tabulate Jacobian
+  J_integral.tabulate_tensor(loc_ufc.A.data(), loc_ufc.w(),
+                             coordinate_dofs.data(),
+                             local_vert,
+                             ufc_cell.orientation);
+
+  // Extract vertex dofs from tabulated tensor
+  for (unsigned int row = 0; row < _system_size; row++)
+  {
+    for (unsigned int col = 0; col < _system_size; col++)
+    {
+      jac[row*_system_size + col]
+        = loc_ufc.A[_local_to_local_dofs[row]*_dof_offset*_system_size
+                    + _local_to_local_dofs[col]];
+    }
+  }
+
+  // LU factorize Jacobian
+  _lu_factorize(jac);
+  _num_jacobian_computations += 1;
+
+}
+//-----------------------------------------------------------------------------
+void PointIntegralSolver::_lu_factorize(std::vector<double>& A)
+{
+  // Local variables
+  double sum;
+  const int system_size = _system_size;
+  for (int k = 1; k < system_size; k++)
+  {
+    for (int i = 0; i <= k-1; ++i)
+    {
+      sum = 0.0;
+      for (int r = 0; r <= i-1; r++)
+        sum += A[i*_system_size+r]*A[r*_system_size+k];
+      A[i*_system_size+k] -=sum;
+
+      sum = 0.0;
+      for (int r = 0; r <= i-1; r++)
+        sum += A[k*_system_size+r]*A[r*_system_size+i];
+      A[k*_system_size+i] = (A[k*_system_size+i]-sum)/A[i*_system_size+i];
+    }
+
+    sum = 0.0;
+    for (int r = 0; r <= k-1; r++)
+      sum += A[k*_system_size+r]*A[r*_system_size+k];
+    A[k*_system_size + k] -= sum;
+  }
+}
+//-----------------------------------------------------------------------------
+void PointIntegralSolver::_forward_backward_subst(const std::vector<double>& A,
+                                                  const std::vector<double>& b,
+                                                  std::vector<double>& x) const
+{
+  // solves Ax = b with forward backward substitution, provided that
+  // A is already LU factorized
+
+  double sum;
+  x[0] = b[0];
+
+  // Forward
+  for (unsigned int i=1; i < _system_size; ++i)
+  {
+    sum = 0.0;
+    for (unsigned int j=0; j <= i-1; ++j)
+      sum = sum + A[i*_system_size+j]*x[j];
+
+    x[i] = b[i] -sum;
+  }
+
+  const unsigned int _system_size_m_1 = _system_size-1;
+  x[_system_size_m_1]
+    = x[_system_size_m_1]/A[_system_size_m_1*_system_size + _system_size_m_1];
+
+  // Backward
+  for (int i = _system_size-2; i >= 0; i--)
+  {
+    sum = 0;
+    for (unsigned int j=i+1; j < _system_size; ++j)
+      sum = sum +A[i*_system_size+j]*x[j];
+
+    x[i] = (x[i]-sum)/A[i*_system_size+i];
+  }
+}
+//-----------------------------------------------------------------------------
+double PointIntegralSolver::_norm(const std::vector<double>& vec) const
+{
+  double l2_norm = 0;
+
+  for (unsigned int i = 0; i < vec.size(); ++i)
+    l2_norm += vec[i]*vec[i];
+
+  l2_norm = std::sqrt(l2_norm);
+  return l2_norm;
+}
+//-----------------------------------------------------------------------------
+void PointIntegralSolver::_check_forms()
+{
+  // Iterate over stage forms and check they include point integrals
+  std::vector<std::vector<std::shared_ptr<const Form>>>& stage_forms
+    = _scheme->stage_forms();
+  for (unsigned int i = 0; i < stage_forms.size(); i++)
+  {
+    for (unsigned int j = 0; j < stage_forms[i].size(); j++)
+    {
+      // Check form includes at least PointIntegral
+      if (!stage_forms[i][j]->ufc_form()->has_vertex_integrals())
+      {
+        dolfin_error("PointIntegralSolver.cpp",
+                     "constructing PointIntegralSolver",
+                     "Expecting form to have at least 1 PointIntegral");
+      }
+
+      // Num dofs per vertex
+      const GenericDofMap& dofmap
+        = *stage_forms[i][j]->function_space(0)->dofmap();
+      const unsigned int dofs_per_vertex = dofmap.num_entity_dofs(0);
+      const unsigned int vert_per_cell
+        = _mesh->topology()(_mesh->topology().dim(), 0).size(0);
+
+      if (vert_per_cell*dofs_per_vertex != dofmap.max_element_dofs())
+      {
+        dolfin_error("PointIntegralSolver.cpp",
+                     "constructing PointIntegralSolver",
+                     "Expecting test space to only have dofs on vertices");
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void PointIntegralSolver::_init()
+{
+  dolfin_assert(_mesh);
+
+  // Get stage forms
+  std::vector<std::vector<std::shared_ptr<const Form>>>& stage_forms
+    = _scheme->stage_forms();
+
+  // Init local stage solutions
+  for (unsigned int stage = 0; stage < _num_stages; stage++)
+    _local_stage_solutions[stage].resize(_system_size);
+
+  // Init coefficient index and ufcs
+  _coefficient_index.resize(stage_forms.size());
+  _ufcs.resize(stage_forms.size());
+
+  // Initiate jacobian matrices
+  if (_scheme->implicit())
+  {
+    // First count the number of distinct jacobians
+    int max_jacobian_index = 0;
+    for (unsigned int stage = 0; stage < _num_stages; stage++)
+    {
+      max_jacobian_index = std::max(_scheme->jacobian_index(stage),
+                                    max_jacobian_index);
+    }
+
+    // Create memory for jacobians
+    _jacobians.resize(max_jacobian_index+1);
+    for (int i=0; i<=max_jacobian_index; i++)
+      _jacobians[i].resize(_system_size*_system_size);
+    _recompute_jacobian.resize(max_jacobian_index+1, true);
+  }
+
+  // Create last stage UFC form
+  _last_stage_ufc = std::make_shared<UFC>(*_scheme->last_stage());
+
+  // Iterate over stages and collect information
+  for (unsigned int stage = 0; stage < stage_forms.size(); stage++)
+  {
+    // Create a UFC object for first form
+    _ufcs[stage].push_back(std::make_shared<UFC>(*stage_forms[stage][0]));
+
+    //  If implicit stage
+    if (stage_forms[stage].size()==2)
+    {
+      // Create a UFC object for second form
+      _ufcs[stage].push_back(std::make_shared<UFC>(*stage_forms[stage][1]));
+
+      // Find coefficient index for each of the two implicit forms
+      for (unsigned int i = 0; i < 2; i++)
+      {
+        for (unsigned int j = 0;  j < stage_forms[stage][i]->num_coefficients();
+             j++)
+        {
+          // Check if stage solution is the same as coefficient j
+          if (stage_forms[stage][i]->coefficients()[j]->id()
+              == _scheme->stage_solutions()[stage]->id())
+          {
+            _coefficient_index[stage].push_back(j);
+            break;
+          }
+        }
+      }
+
+      // Check that nonlinear form includes a coefficient index
+      // (otherwise it might be some error in the form)
+      if (_coefficient_index[stage].size() == 0)
+      {
+        dolfin_error("PointIntegralSolver.cpp",
+                     "constructing PointIntegralSolver",
+                     "Expecting nonlinear form of stage: %d to be dependent "\
+                     "on the stage solution.", stage);
+      }
+    }
+  }
+
+  // Build vertex map
+  _vertex_map.resize(_mesh->num_vertices());
+
+  // Init mesh connections
+  _mesh->init(0);
+  const unsigned int dim_t = _mesh->topology().dim();
+
+  // Iterate over vertices and collect cell and local vertex
+  // information
+  for (VertexIterator vert(*_mesh); !vert.end(); ++vert)
+  {
+    // First look for cell where the vert is local vert 0
+    bool local_vert_found = false;
+    for (CellIterator cell(*vert); !cell.end(); ++cell )
+    {
+      // If the first local vertex is the same as the global vertex
+      if (cell->entities(0)[0]==vert->index())
+      {
+        _vertex_map[vert->index()].first = cell->index();
+        _vertex_map[vert->index()].second = 0;
+        local_vert_found = true;
+        break;
+      }
+    }
+
+    // If no cell exist where vert corresponds to local vert 0 just
+    // grab local cell 0 and find what local vert the global vert
+    // corresponds to
+    if (!local_vert_found)
+    {
+      const Cell cell0(*_mesh, vert->entities(dim_t)[0]);
+      _vertex_map[vert->index()].first = cell0.index();
+
+      unsigned int local_vert_index = 0;
+      for (VertexIterator local_vert(cell0); !local_vert.end(); ++local_vert)
+      {
+        // If local vert is found
+        if (vert->index() == local_vert->index())
+        {
+          // Store local vertex index
+          _vertex_map[vert->index()].second = local_vert_index;
+          break;
+        }
+
+        // Bump index
+        local_vert_index++;
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void PointIntegralSolver::_simplified_newton_solve(
+  std::size_t vert_ind, unsigned int stage, const Cell& cell,
+  const ufc::cell& ufc_cell, const std::vector<double>& coordinate_dofs)
+{
+  const Parameters& newton_solver_params = parameters("newton_solver");
+  const size_t report_vertex = newton_solver_params["report_vertex"];
+  const double kappa = newton_solver_params["kappa"];
+  const double rtol = newton_solver_params["relative_tolerance"];
+  const double atol = newton_solver_params["absolute_tolerance"];
+  std::size_t max_iterations = newton_solver_params["maximum_iterations"];
+  const double max_relative_previous_residual
+    = newton_solver_params["max_relative_previous_residual"];
+  const double relaxation = newton_solver_params["relaxation_parameter"];
+  const bool report = newton_solver_params["report"];
+  const bool verbose_report = newton_solver_params["verbose_report"];
+  bool always_recompute_jacobian
+    = newton_solver_params["always_recompute_jacobian"];
+  const unsigned int local_vert = _vertex_map[vert_ind].second;
+  UFC& loc_ufc_F = *_ufcs[stage][0];
+  UFC& loc_ufc_J = *_ufcs[stage][1];
+  const int coefficient_index_F = _coefficient_index[stage][0];
+  const int coefficient_index_J = _coefficient_index[stage].size()==2 ?
+    _coefficient_index[stage][1] : -1;
+  const unsigned int jac_index = _scheme->jacobian_index(stage);
+  std::vector<double>& jac = _jacobians[jac_index];
+
+  if (newton_solver_params["recompute_jacobian_each_solve"])
+    _recompute_jacobian[jac_index] = true;
+
+  bool newton_solve_restared = false;
+  unsigned int newton_iterations = 0;
+  double relative_previous_residual = 0., residual, prev_residual = 1.,
+    initial_residual = 1., relative_residual = 1.;
+
+  // Get point integrals
+  const ufc::vertex_integral& F_integral = *loc_ufc_F.default_vertex_integral;
+
+  // Local solution
+  std::vector<double>& u = _local_stage_solutions[stage];
+
+  // Update with previous local solution and make a backup of solution
+  // to be used in a potential restarting of newton solver
+  for (unsigned int row=0; row < _system_size; row++)
+  {
+    _u0[row] = u[row]
+      = loc_ufc_F.w()[coefficient_index_F][_local_to_local_dofs[row]];
+  }
+
+  do
+  {
+    // Tabulate residual
+    F_integral.tabulate_tensor(loc_ufc_F.A.data(), loc_ufc_F.w(),
+                               coordinate_dofs.data(),
+                               local_vert,
+                               ufc_cell.orientation);
+
+    // Extract vertex dofs from tabulated tensor, together with the
+    // old stage solution
+    for (unsigned int row=0; row < _system_size; row++)
+      _residual[row] = loc_ufc_F.A[_local_to_local_dofs[row]];
+
+    residual = _norm(_residual);
+    if (newton_iterations == 0)
+      initial_residual = residual;//std::max(residual, DOLFIN_EPS);
+
+    relative_residual = residual/initial_residual;
+
+    // Check for relative residual convergence together with a check
+    // for absolute tolerance
+    // The absolute tolerance check is combined a check that the
+    // residual is not changing
+    // FIXME: Make the relative_previous_residual check configurable
+    if (relative_residual < rtol || (residual < atol
+                                     && relative_previous_residual > 0.99))
+    {
+      break;
+    }
+
+    // Should we recompute jacobian
+    if (_recompute_jacobian[jac_index] || always_recompute_jacobian)
+    {
+      _compute_jacobian(jac, u, local_vert, loc_ufc_J, cell, ufc_cell,
+                        coefficient_index_J, coordinate_dofs);
+      _recompute_jacobian[jac_index] = false;
+    }
+
+    // Perform linear solve By forward backward substitution
+    _forward_backward_subst(jac, _residual, _dx);
+
+    // Newton_Iterations == 0
+    if (newton_iterations == 0)
+    {
+      // On first iteration we need an approximation of eta. We take
+      // the one from previous step and increase it slightly. This is
+      // important for linear problems which only should require 1
+      // iteration to converge.
+      _eta = _eta > DOLFIN_EPS ? _eta : DOLFIN_EPS;
+      _eta = std::pow(_eta, 0.8);
+    }
+    // 2nd time around
+    else
+    {
+      // How fast are we converging?
+      relative_previous_residual = residual/prev_residual;
+
+      if (always_recompute_jacobian)
+      {
+        if ((report && vert_ind == report_vertex) || verbose_report)
+        {
+          info("Newton solver after %d iterations. vertex: %d, "
+               "relative_previous_residual: %.3f, "
+               "relative_residual: %.3e, residual: %.3e.",
+               newton_iterations, vert_ind, relative_previous_residual,
+               relative_residual, residual);
+        }
+      }
+
+      // If we diverge
+      else if (relative_previous_residual > 1)
+      {
+        if ((report && vert_ind == report_vertex) || verbose_report)
+        {
+          info("Newton solver diverges after %d iterations. vertex: %d, "
+               "relative_previous_residual: %.3f, "
+               "relative_residual: %.3e, residual: %.3e.",
+               newton_iterations, vert_ind, relative_previous_residual,
+               relative_residual, residual);
+        }
+
+        // If we have not restarted newton solve previously
+        if (!newton_solve_restared)
+        {
+          if ((report && vert_ind == report_vertex) || verbose_report)
+            info("Restarting newton solve for vertex: %d", vert_ind);
+
+          // Reset flags
+          newton_solve_restared = true;
+          always_recompute_jacobian = true;
+
+          // Reset solution
+          for (unsigned int row=0; row < _system_size; row++)
+          {
+            loc_ufc_F.w()[coefficient_index_F][_local_to_local_dofs[row]]
+              = u[row] = _u0[row];
+          }
+
+          // Update variables
+          _eta = parameters("newton_solver")["eta_0"];
+          newton_iterations = 0;
+          relative_previous_residual = prev_residual = initial_residual
+            = relative_residual = 1.0;
+          max_iterations = 400;
+          continue;
+        }
+
+      }
+
+      // We converge too slow
+      else if (relative_previous_residual >= max_relative_previous_residual ||
+               residual > (kappa*rtol*(1 - relative_previous_residual) /
+                           std::pow(relative_previous_residual,
+                                    max_iterations - newton_iterations)))
+      {
+        if ((report && vert_ind == report_vertex) || verbose_report)
+        {
+          info("Newton solver converges too slow at iteration %d. vertex: %d, "
+               "relative_previous_residual: %.3f, "
+               "relative_residual: %.3e, residual: %.3e. Recomputing jacobian.",
+               newton_iterations, vert_ind, relative_previous_residual,
+               relative_residual, residual);
+        }
+        _recompute_jacobian[jac_index] = true;
+      }
+      else
+      {
+        if ((report && vert_ind == report_vertex) || verbose_report)
+        {
+          info("Newton solver after %d iterations. vertex: %d, "
+               "relative_previous_residual: %.3f, "
+               "relative_residual: %.3e, residual: %.3e.",
+               newton_iterations, vert_ind, relative_previous_residual,
+               relative_residual, residual);
+        }
+        // Update eta
+        _eta = relative_previous_residual/(1.0 - relative_previous_residual);
+      }
+    }
+
+    // No convergence
+    if (newton_iterations > max_iterations)
+    {
+      if (report)
+      {
+        info("Newton solver did not converge after %d iterations. vertex: %d, "
+             "relative_previous_residual: %.3f, "
+             "relative_residual: %.3e, residual: %.3e.", max_iterations,
+             vert_ind, relative_previous_residual, relative_residual, residual);
+      }
+      dolfin_error("PointIntegralSolver.h",
+                   "Newton point integral solver",
+                   "Newton solver in PointIntegralSolver exceeded maximal iterations");
+    }
+
+    // Update solution
+    if (std::abs(1.0 - relaxation) < DOLFIN_EPS)
+      for (unsigned int i=0; i < u.size(); i++)
+        u[i] -= _dx[i];
+    else
+      for (unsigned int i=0; i < u.size(); i++)
+        u[i] -= relaxation*_dx[i];
+
+    // Put solution back into restricted coefficients before tabulate
+    // new residual
+    for (unsigned int row=0; row < _system_size; row++)
+      loc_ufc_F.w()[coefficient_index_F][_local_to_local_dofs[row]] = u[row];
+
+    prev_residual = residual;
+    newton_iterations++;
+
+  } while(_eta*relative_residual >= kappa*rtol);
+
+  if ((report && vert_ind == report_vertex) || verbose_report)
+  {
+    info("Newton solver converged after %d iterations. vertex: %d, "\
+         "relative_previous_residual: %.3f, relative_residual: %.3e, "\
+         "residual: %.3e.", newton_iterations, vert_ind,
+         relative_previous_residual, relative_residual, residual);
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/multistage/PointIntegralSolver.h b/dolfin/multistage/PointIntegralSolver.h
new file mode 100644
index 0000000..a926e4a
--- /dev/null
+++ b/dolfin/multistage/PointIntegralSolver.h
@@ -0,0 +1,215 @@
+// Copyright (C) 2013 Johan Hake
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-02-15
+// Last changed: 2016-04-27
+
+#ifndef __POINTINTEGRALSOLVER_H
+#define __POINTINTEGRALSOLVER_H
+
+#include <memory>
+#include <set>
+#include <vector>
+
+#include <dolfin/common/Variable.h>
+#include <dolfin/fem/Assembler.h>
+
+namespace dolfin
+{
+  // Forward declarations
+  class MultiStageScheme;
+  class UFC;
+
+  /// This class is a time integrator for general Runge Kutta forms
+
+  /// It only includes Point integrals with piecewise linear test
+  /// functions. Such problems are disconnected at the vertices and
+  /// can therefore be solved locally.
+
+  class PointIntegralSolver : public Variable
+  {
+  public:
+
+    /// Constructor
+    /// FIXME: Include version where one can pass a Solver and/or
+    /// Parameters
+    explicit PointIntegralSolver(std::shared_ptr<MultiStageScheme> scheme);
+
+    /// Destructor
+    ~PointIntegralSolver();
+
+    /// Step solver with time step dt
+    void step(double dt);
+
+    /// Step solver an interval using dt as time step
+    void step_interval(double t0, double t1, double dt);
+
+    /// Return the MultiStageScheme
+    std::shared_ptr<MultiStageScheme> scheme() const
+    { return _scheme; }
+
+    /// Default parameter values
+    static Parameters default_parameters()
+    {
+      Parameters p("point_integral_solver");
+
+      p.add("reset_stage_solutions", true);
+
+      // Set parameters for NewtonSolver
+      Parameters pn("newton_solver");
+      pn.add("maximum_iterations", 40);
+      pn.add("always_recompute_jacobian", false);
+      pn.add("recompute_jacobian_each_solve", true);
+      pn.add("relaxation_parameter", 1., 0., 1.);
+      pn.add("relative_tolerance", 1e-10, 1e-20, 2.);
+      pn.add("absolute_tolerance", 1e-15, 1e-20, 2.);
+
+      pn.add("kappa", 0.1, 0.05, 1.0);
+      pn.add("eta_0", 1., 1e-15, 1.0);
+      pn.add("max_relative_previous_residual", 1e-1, 1e-5, 1.);
+      pn.add("reset_each_step", true);
+      pn.add("report", false);
+      pn.add("report_vertex", 0, 0, 32767);
+      pn.add("verbose_report", false);
+
+      p.add(pn);
+
+      return p;
+    }
+
+    /// Reset newton solver
+    void reset_newton_solver();
+
+    /// Reset stage solutions
+    void reset_stage_solutions();
+
+    /// Return number of computations of jacobian
+    std::size_t num_jacobian_computations() const
+    { return _num_jacobian_computations; }
+
+  private:
+
+    // In-place LU factorization of jacobian matrix
+    void _lu_factorize(std::vector<double>& A);
+
+    // Forward backward substitution, assume that mat is already
+    // in place LU factorized
+    void _forward_backward_subst(const std::vector<double>& A,
+                                 const std::vector<double>& b,
+                                 std::vector<double>& x) const;
+
+    // Compute jacobian using passed UFC form
+    void _compute_jacobian(std::vector<double>& jac,
+                           const std::vector<double>& u,
+                           unsigned int local_vert, UFC& loc_ufc,
+                           const Cell& cell, const ufc::cell& ufc_cell,
+                           int coefficient_index,
+                           const std::vector<double>& coordinate_dofs);
+
+    // Compute the norm of a vector
+    double _norm(const std::vector<double>& vec) const;
+
+    // Check the forms making sure they only include piecewise linear
+    // test functions
+    void _check_forms();
+
+    // Build map between vertices, cells and the corresponding local
+    // vertex and initialize UFC data for each form
+    void _init();
+
+    // Solve an explicit stage
+    void _solve_explicit_stage(std::size_t vert_ind, unsigned int stage,
+                               const ufc::cell& ufc_cell,
+                               const std::vector<double>& coordinate_dofs);
+
+    // Solve an implicit stage
+    void _solve_implicit_stage(std::size_t vert_ind, unsigned int stage,
+                               const Cell& cell, const ufc::cell& ufc_cell,
+                               const std::vector<double>& coordinate_dofs);
+
+    void
+      _simplified_newton_solve(std::size_t vert_ind, unsigned int stage,
+                               const Cell& cell, const ufc::cell& ufc_cell,
+                               const std::vector<double>& coordinate_dofs);
+
+    // The MultiStageScheme
+    std::shared_ptr<MultiStageScheme> _scheme;
+
+    // Reference to mesh
+    std::shared_ptr<const Mesh> _mesh;
+
+    // The dofmap (Same for all stages and forms)
+    const GenericDofMap& _dofmap;
+
+    // Size of ODE system
+    const std::size_t _system_size;
+
+    // Offset into local dofmap
+    // FIXME: Consider put in local loop
+    const unsigned int _dof_offset;
+
+    // Number of stages
+    const unsigned int _num_stages;
+
+    // Local to local dofs to be used in tabulate entity dofs
+    std::vector<std::size_t> _local_to_local_dofs;
+
+    // Vertex map between vertices, cells and corresponding local
+    // vertex
+    std::vector<std::pair<std::size_t, unsigned int>> _vertex_map;
+
+    // Local to global dofs used when solution is fanned out to global
+    // vector
+    std::vector<dolfin::la_index> _local_to_global_dofs;
+
+    // Local stage solutions
+    std::vector<std::vector<double>> _local_stage_solutions;
+
+    // Local solutions
+    std::vector<double> _u0;
+    std::vector<double> _residual;
+    std::vector<double> _y;
+    std::vector<double> _dx;
+
+    // UFC objects, one for each form
+    std::vector<std::vector<std::shared_ptr<UFC>>> _ufcs;
+
+    // UFC objects for the last form
+    std::shared_ptr<UFC> _last_stage_ufc;
+
+    // Solution coefficient index in form
+    std::vector<std::vector<int>> _coefficient_index;
+
+    // Flag which is set to false once the jacobian has been computed
+    std::vector<bool> _recompute_jacobian;
+
+    // Jacobians/LU factorized jacobians matrices
+    std::vector<std::vector<double>> _jacobians;
+
+    // Variable used in the estimation of the error of the newton
+    // iteration for the first iteration (important for linear
+    // problems!)
+    double _eta;
+
+    // Number of computations of Jacobian
+    std::size_t _num_jacobian_computations;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/multistage/RKSolver.cpp b/dolfin/multistage/RKSolver.cpp
new file mode 100644
index 0000000..e0a619e
--- /dev/null
+++ b/dolfin/multistage/RKSolver.cpp
@@ -0,0 +1,139 @@
+// Copyright (C) 2013 Johan Hake
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-02-15
+// Last changed: 2014-03-05
+
+#include <cmath>
+
+#include <dolfin/log/log.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/Constant.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/fem/assemble.h>
+#include <dolfin/fem/solve.h>
+#include <dolfin/fem/DirichletBC.h>
+
+#include "MultiStageScheme.h"
+#include "RKSolver.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+RKSolver::RKSolver(std::shared_ptr<MultiStageScheme> scheme) :
+  _scheme(scheme), _tmp(scheme->solution()->vector()->copy())
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void RKSolver::step(double dt)
+{
+  dolfin_assert(dt > 0.0);
+
+  // Update time constant of scheme
+  *_scheme->dt() = dt;
+
+  // Time at start of timestep
+  const double t0 = *_scheme->t();
+
+  // Get scheme data
+  std::vector<std::vector<std::shared_ptr<const Form>>>& stage_forms
+    = _scheme->stage_forms();
+  std::vector<std::shared_ptr<Function>>& stage_solutions
+    = _scheme->stage_solutions();
+  std::vector<std::shared_ptr<const DirichletBC>> bcs = _scheme->bcs();
+
+  // Iterate over stage forms
+  for (unsigned int stage=0; stage < stage_forms.size(); stage++)
+  {
+    // Update time
+    //*_scheme->t() = t0 + dt*_scheme->dt_stage_offset()[stage];
+
+    // Check if we have an explicit stage (only 1 form)
+    if (stage_forms[stage].size()==1)
+    {
+      // Just do an assemble
+      _assembler.assemble(*stage_solutions[stage]->vector(),
+                          *stage_forms[stage][0]);
+
+      // Apply boundary conditions
+      // FIXME: stage solutions are time derivatives and we cannot apply the
+      // bcs directly on them
+      for (unsigned int j = 0; j < bcs.size(); j++)
+      {
+	dolfin_assert(bcs[j]);
+	bcs[j]->apply(*stage_solutions[stage]->vector());
+      }
+    }
+
+    // or an implicit stage (2 forms)
+    else
+    {
+      // FIXME: applying the bcs on stage solutions are probably wrong...
+      // FIXME: Include solver parameters
+      // Do a nonlinear solve
+      std::vector<const DirichletBC*> _bcs(bcs.size());
+      for (std::size_t i = 0; i < bcs.size(); ++i)
+        _bcs[i] = bcs[i].get();
+      solve(*stage_forms[stage][0] == 0, *stage_solutions[stage], _bcs,
+            *stage_forms[stage][1]);
+    }
+  }
+
+  // Update solution with last stage
+  GenericVector& solution_vector = *_scheme->solution()->vector();
+
+  // Do the last stage (just an assemble)
+  _assembler.assemble(*_tmp, *_scheme->last_stage());
+  solution_vector = *_tmp;
+
+  // Update time
+  *_scheme->t() = t0 + dt;
+}
+//-----------------------------------------------------------------------------
+void RKSolver::step_interval(double t0, double t1, double dt)
+{
+  if (dt <= 0.0)
+  {
+    dolfin_error("RKSolver.cpp",
+		 "stepping RKSolver",
+		 "Expecting a positive dt");
+  }
+
+  if (t0 >= t1)
+  {
+    dolfin_error("RKSolver.cpp",
+		 "stepping RKSolver",
+		 "Expecting t0 to be smaller than t1");
+  }
+
+  // Set start time
+  *_scheme->t() = t0;
+  double t = t0;
+  double next_dt = std::min(t1-t, dt);
+
+  // Step interval
+  while (t + next_dt <= t1)
+  {
+    if (next_dt < DOLFIN_EPS)
+      break;
+    step(next_dt);
+    t = *_scheme->t();
+    next_dt = std::min(t1-t, dt);
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/multistage/RKSolver.h b/dolfin/multistage/RKSolver.h
new file mode 100644
index 0000000..a511a0d
--- /dev/null
+++ b/dolfin/multistage/RKSolver.h
@@ -0,0 +1,69 @@
+// Copyright (C) 2013 Johan Hake
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2013-02-15
+// Last changed: 2014-03-05
+
+#ifndef __RKSOLVER_H
+#define __RKSOLVER_H
+
+#include <vector>
+#include <memory>
+#include <dolfin/fem/Assembler.h>
+#include <dolfin/la/GenericVector.h>
+
+namespace dolfin
+{
+  // Forward declarations
+  class MultiStageScheme;
+
+  /// This class is a time integrator for general Runge Kutta problems
+  class RKSolver
+  {
+  public:
+
+    /// Constructor
+    /// FIXME: Include version where one can pass a Solver and/or Parameters
+    explicit RKSolver(std::shared_ptr<MultiStageScheme> scheme);
+
+    /// Step solver with time step dt
+    void step(double dt);
+
+    /// Step solver an interval using dt as time step
+    void step_interval(double t0, double t1, double dt);
+
+    /// Return the MultiStageScheme
+    std::shared_ptr<MultiStageScheme> scheme() const
+    {return _scheme;}
+
+  private:
+
+    // The MultiStageScheme
+    std::shared_ptr<MultiStageScheme> _scheme;
+
+    // Temp vector for final stage
+    // FIXME: Add this as a Function called previous step or something
+    std::shared_ptr<GenericVector> _tmp;
+
+    // Assembler for explicit stages
+    Assembler _assembler;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/multistage/dolfin_multistage.h b/dolfin/multistage/dolfin_multistage.h
new file mode 100644
index 0000000..5ee8180
--- /dev/null
+++ b/dolfin/multistage/dolfin_multistage.h
@@ -0,0 +1,10 @@
+#ifndef __DOLFIN_MULTISTAGE_H
+#define __DOLFIN_MULTISTAGE_H
+
+// DOLFIN multistage interface
+
+#include <dolfin/multistage/MultiStageScheme.h>
+#include <dolfin/multistage/RKSolver.h>
+#include <dolfin/multistage/PointIntegralSolver.h>
+
+#endif
diff --git a/dolfin/nls/CMakeLists.txt b/dolfin/nls/CMakeLists.txt
new file mode 100644
index 0000000..b00ec5c
--- /dev/null
+++ b/dolfin/nls/CMakeLists.txt
@@ -0,0 +1,16 @@
+set(HEADERS
+  dolfin_nls.h
+  NewtonSolver.h
+  NonlinearProblem.h
+  OptimisationProblem.h
+  PETScSNESSolver.h
+  PETScTAOSolver.h
+  TAOLinearBoundSolver.h
+  PARENT_SCOPE)
+
+set(SOURCES
+  NewtonSolver.cpp
+  PETScSNESSolver.cpp
+  PETScTAOSolver.cpp
+  TAOLinearBoundSolver.cpp
+  PARENT_SCOPE)
diff --git a/dolfin/nls/NewtonSolver.cpp b/dolfin/nls/NewtonSolver.cpp
new file mode 100644
index 0000000..88c2776
--- /dev/null
+++ b/dolfin/nls/NewtonSolver.cpp
@@ -0,0 +1,349 @@
+// Copyright (C) 2005-2008 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2005-2009
+// Modified by Martin Alnes 2008
+// Modified by Johan Hake 2010
+// Modified by Cecile Daversin-Catty 2018
+//
+// First added:  2005-10-23
+// Last changed: 2020-01-24
+
+#include <cmath>
+#include <string>
+
+#include <dolfin/common/constants.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/la/GenericLinearSolver.h>
+#include <dolfin/la/DefaultFactory.h>
+#include <dolfin/la/LinearSolver.h>
+#include <dolfin/la/PETScLUSolver.h>
+#include <dolfin/la/GenericMatrix.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/la/PETScNestMatrix.h>
+#include <dolfin/la/LUSolver.h>
+#include <dolfin/la/KrylovSolver.h>
+#include <dolfin/log/log.h>
+#include <dolfin/common/MPI.h>
+#include "NonlinearProblem.h"
+#include "NewtonSolver.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+Parameters NewtonSolver::default_parameters()
+{
+  Parameters p("newton_solver");
+
+  p.add("linear_solver",           "default");
+  p.add("preconditioner",          "default");
+  p.add("maximum_iterations",      50);
+  p.add("relative_tolerance",      1e-9);
+  p.add("absolute_tolerance",      1e-10);
+  p.add("convergence_criterion",   "residual");
+  p.add("report",                  true);
+  p.add("error_on_nonconvergence", true);
+  p.add<double>("relaxation_parameter");
+
+  //p.add("reuse_preconditioner", false);
+
+  p.add(LUSolver::default_parameters());
+  p.add(KrylovSolver::default_parameters());
+
+  return p;
+}
+//-----------------------------------------------------------------------------
+NewtonSolver::NewtonSolver(MPI_Comm comm,
+                           std::shared_ptr<GenericLinearSolver> solver,
+                           GenericLinearAlgebraFactory& factory)
+  : Variable("Newton solver", "unnamed"), _newton_iteration(0),
+    _krylov_iterations(0), _relaxation_parameter(1.0), _residual(0.0),
+    _residual0(0.0), _solver(solver), _matA(factory.create_matrix(comm)),
+    _matP(factory.create_matrix(comm)), _dx(factory.create_vector(comm)),
+    _b(factory.create_vector(comm)), _mpi_comm(comm)
+{
+  // Set default parameters
+  parameters = default_parameters();
+
+  // Override linear solver type if solver passed in
+  if (solver)
+  {
+    parameters["linear_solver"] = "user_defined";
+    parameters["preconditioner"] = "user_defined";
+  }
+}
+//-----------------------------------------------------------------------------
+NewtonSolver::NewtonSolver(MPI_Comm comm)
+  : NewtonSolver(comm, nullptr, DefaultFactory::factory())
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+NewtonSolver::~NewtonSolver()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+std::pair<std::size_t, bool>
+NewtonSolver::solve(NonlinearProblem& nonlinear_problem,
+                    GenericVector& x)
+{
+  dolfin_assert(_matA);
+  dolfin_assert(_b);
+  dolfin_assert(_dx);
+
+  // Extract parameters
+  const std::string convergence_criterion = parameters["convergence_criterion"];
+  const std::size_t maxiter = parameters["maximum_iterations"];
+  if (parameters["relaxation_parameter"].is_set())
+    set_relaxation_parameter(parameters["relaxation_parameter"]);
+
+  // Create linear solver if not already created
+  const std::string solver_type = parameters["linear_solver"];
+  const std::string pc_type = parameters["preconditioner"];
+  if (!_solver)
+  {
+    _solver = std::make_shared<LinearSolver>(x.mpi_comm(), solver_type, pc_type);
+  }
+  dolfin_assert(_solver);
+
+  // Set parameters for linear solver
+  _solver->update_parameters(parameters(_solver->parameter_type()));
+
+  // Reset iteration counts
+  _newton_iteration = 0;
+  _krylov_iterations = 0;
+
+  // Compute F(u)
+  nonlinear_problem.form(*_matA, *_matP, *_b, x);
+  nonlinear_problem.F(*_b, x);
+
+  // FIXME : Need to initialize _dx to guarantee it has the right type
+  // (needed when we have VECNEST type with mixed-domains)
+  _dx = _b->copy();
+  _dx->zero();
+
+  // Check convergence
+  bool newton_converged = false;
+  if (convergence_criterion == "residual")
+    newton_converged = converged(*_b, nonlinear_problem, 0);
+  else if (convergence_criterion == "incremental")
+  {
+    // We need to do at least one Newton step with the ||dx||-stopping
+    // criterion.
+    newton_converged = false;
+  }
+  else
+  {
+    dolfin_error("NewtonSolver.cpp",
+                 "check for convergence",
+                 "The convergence criterion %s is unknown, known criteria are 'residual' or 'incremental'",
+                 convergence_criterion.c_str());
+  }
+
+  // Might need a copy of _matA (nest -> aij)
+  std::shared_ptr<GenericMatrix> _matAc;
+
+  // Start iterations
+  while (!newton_converged && _newton_iteration < maxiter)
+  {
+    // Compute Jacobian
+    nonlinear_problem.J(*_matA, x);
+    nonlinear_problem.J_pc(*_matP, x);
+
+    // Setup (linear) solver (including set operators)
+    if (as_type<PETScMatrix>(_matA)->is_nest() and (solver_type == "lu" or solver_type == "direct"))
+    {
+      log(TRACE, "NewtonSolver: setup matrix with MATAIJ type in direct solver");
+      _matAc = _matA->copy();
+      as_type<PETScMatrix>(*_matAc).convert_to_aij();
+      solver_setup(_matAc, _matP, nonlinear_problem, _newton_iteration);
+    }
+    else
+      solver_setup(_matA, _matP, nonlinear_problem, _newton_iteration);
+
+    // Perform linear solve and update total number of Krylov
+    // iterations
+    if (!_dx->empty())
+      _dx->zero();
+
+    _krylov_iterations += _solver->solve(*_dx, *_b);
+
+    // Update solution
+    update_solution(x, *_dx, _relaxation_parameter,
+                    nonlinear_problem, _newton_iteration);
+
+    // Increment iteration count
+    _newton_iteration++;
+
+    // FIXME: This step is not needed if residual is based on dx and
+    //        this has converged.
+    // FIXME: But, this function call may update internal variable, etc.
+    // Compute F
+    nonlinear_problem.form(*_matA, *_matP, *_b, x);
+    nonlinear_problem.F(*_b, x);
+
+    // Test for convergence
+    if (convergence_criterion == "residual")
+      newton_converged = converged(*_b, nonlinear_problem, _newton_iteration);
+    else if (convergence_criterion == "incremental")
+    {
+      // Subtract 1 to make sure that the initial residual0 is
+      // properly set.
+      newton_converged = converged(*_dx, nonlinear_problem,
+                                   _newton_iteration - 1);
+    }
+    else
+    {
+      dolfin_error("NewtonSolver.cpp",
+                   "check for convergence",
+                   "The convergence criterion %s is unknown, known criteria are 'residual' or 'incremental'",
+                   convergence_criterion.c_str());
+    }
+  }
+
+  if (newton_converged)
+  {
+    if (_mpi_comm.rank() == 0)
+    {
+      info("Newton solver finished in %d iterations and %d linear solver iterations.",
+           _newton_iteration, _krylov_iterations);
+    }
+  }
+  else
+  {
+    const bool error_on_nonconvergence = parameters["error_on_nonconvergence"];
+    if (error_on_nonconvergence)
+    {
+      if (_newton_iteration == maxiter)
+      {
+        dolfin_error("NewtonSolver.cpp",
+                     "solve nonlinear system with NewtonSolver",
+                     "Newton solver did not converge because maximum number of iterations reached");
+      }
+      else
+      {
+        dolfin_error("NewtonSolver.cpp",
+                     "solve nonlinear system with NewtonSolver",
+                     "Newton solver did not converge");
+      }
+    }
+    else
+      warning("Newton solver did not converge.");
+  }
+
+  return std::make_pair(_newton_iteration, newton_converged);
+}
+//-----------------------------------------------------------------------------
+std::size_t NewtonSolver::iteration() const
+{
+  return _newton_iteration;
+}
+//-----------------------------------------------------------------------------
+std::size_t NewtonSolver::krylov_iterations() const
+{
+  return _krylov_iterations;
+}
+//-----------------------------------------------------------------------------
+double NewtonSolver::residual() const
+{
+  return _residual;
+}
+//-----------------------------------------------------------------------------
+double NewtonSolver::residual0() const
+{
+  return _residual0;
+}
+//-----------------------------------------------------------------------------
+double NewtonSolver::relative_residual() const
+{
+  return _residual/_residual0;
+}
+//-----------------------------------------------------------------------------
+GenericLinearSolver& NewtonSolver::linear_solver() const
+{
+  if (!_solver)
+  {
+    dolfin_error("NewtonSolver.cpp",
+                 "access linear solver for Newton solver",
+                 "The linear solver will not be initialized until solve() "
+                 "has been called. For control of the linear solver, pass "
+                 "a linear solver to the constructor of NewtonSolver");
+  }
+
+  return *_solver;
+}
+//-----------------------------------------------------------------------------
+bool NewtonSolver::converged(const GenericVector& r,
+                             const NonlinearProblem& nonlinear_problem,
+                             std::size_t newton_iteration)
+{
+  const double rtol = parameters["relative_tolerance"];
+  const double atol = parameters["absolute_tolerance"];
+  const bool report = parameters["report"];
+
+  _residual = r.norm("l2");
+
+  // If this is the first iteration step, set initial residual
+  if (newton_iteration == 0)
+    _residual0 = _residual;
+
+  // Relative residual
+  const double relative_residual = _residual/_residual0;
+
+  // Output iteration number and residual
+  if (report && _mpi_comm.rank() == 0)
+  {
+    info("Newton iteration %d: r (abs) = %.3e (tol = %.3e) r (rel) = %.3e (tol = %.3e)",
+         newton_iteration, _residual, atol, relative_residual, rtol);
+  }
+
+  // Return true if convergence criterion is met
+  if (relative_residual < rtol || _residual < atol)
+    return true;
+  else
+    return false;
+}
+//-----------------------------------------------------------------------------
+void NewtonSolver::solver_setup(std::shared_ptr<const GenericMatrix> A,
+                                std::shared_ptr<const GenericMatrix> P,
+                                const NonlinearProblem& nonlinear_problem,
+                                std::size_t iteration)
+{
+  // Update Jacobian in linear solver (and preconditioner if given)
+  if (_matP->empty())
+  {
+    _solver->set_operator(A);
+    log(TRACE, "NewtonSolver: using Jacobian as preconditioner matrix");
+  }
+  else
+  {
+    _solver->set_operators(A, P);
+  }
+}
+//-----------------------------------------------------------------------------
+void NewtonSolver::update_solution(GenericVector& x, const GenericVector& dx,
+                                   double relaxation_parameter,
+                                   const NonlinearProblem& nonlinear_problem,
+                                   std::size_t iteration)
+{
+  if (relaxation_parameter == 1.0)
+    x -= dx;
+  else
+    x.axpy(-relaxation_parameter, dx);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/nls/NewtonSolver.h b/dolfin/nls/NewtonSolver.h
new file mode 100644
index 0000000..1fe4063
--- /dev/null
+++ b/dolfin/nls/NewtonSolver.h
@@ -0,0 +1,250 @@
+// Copyright (C) 2005-2008 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg 2006-2011
+// Modified by Anders E. Johansen 2011
+//
+// First added:  2005-10-23
+// Last changed: 2013-11-20
+
+#ifndef __NEWTON_SOLVER_H
+#define __NEWTON_SOLVER_H
+
+#include <utility>
+#include <memory>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/Variable.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class GenericLinearSolver;
+  class GenericLinearAlgebraFactory;
+  class GenericMatrix;
+  class GenericVector;
+  class NonlinearProblem;
+  class MixedNonlinearProblem;
+
+  /// This class defines a Newton solver for nonlinear systems of
+  /// equations of the form :math:`F(x) = 0`.
+
+  class NewtonSolver : public Variable
+  {
+  public:
+
+    /// Create nonlinear solver
+    explicit NewtonSolver(MPI_Comm comm=MPI_COMM_WORLD);
+
+    /// Create nonlinear solver using provided linear solver
+    ///
+    /// *Arguments*
+    ///     comm (_MPI_Ccmm_)
+    ///         The MPI communicator.
+    ///     solver (_GenericLinearSolver_)
+    ///         The linear solver.
+    ///     factory (_GenericLinearAlgebraFactory_)
+    ///         The factory.
+    NewtonSolver(MPI_Comm comm, std::shared_ptr<GenericLinearSolver> solver,
+                 GenericLinearAlgebraFactory& factory);
+
+    /// Destructor
+    virtual ~NewtonSolver();
+
+    /// Solve abstract nonlinear problem :math:`F(x) = 0` for given
+    /// :math:`F` and Jacobian :math:`\dfrac{\partial F}{\partial x}`.
+    ///
+    /// *Arguments*
+    ///     nonlinear_function (_NonlinearProblem_)
+    ///         The nonlinear problem.
+    ///     x (_GenericVector_)
+    ///         The vector.
+    ///
+    /// *Returns*
+    ///     std::pair<std::size_t, bool>
+    ///         Pair of number of Newton iterations, and whether
+    ///         iteration converged)
+    std::pair<std::size_t, bool> solve(NonlinearProblem& nonlinear_function,
+                                       GenericVector& x);
+
+    /// Return current Newton iteration number
+    ///
+    /// *Returns*
+    ///     std::size_t
+    ///         The iteration number.
+    std::size_t iteration() const;
+
+    /// Return number of Krylov iterations elapsed since
+    /// solve started
+    ///
+    /// *Returns*
+    ///     std::size_t
+    ///         The number of iterations.
+    std::size_t krylov_iterations() const;
+
+    /// Return current residual
+    ///
+    /// *Returns*
+    ///     double
+    ///         Current residual.
+    double residual() const;
+
+    /// Return initial residual
+    ///
+    /// *Returns*
+    ///     double
+    ///         Initial residual.
+    double residual0() const;
+
+    /// Return current relative residual
+    ///
+    /// *Returns*
+    ///     double
+    ///       Current relative residual.
+    double relative_residual() const;
+
+    /// Return the linear solver
+    ///
+    /// *Returns*
+    ///     _GenericLinearSolver_
+    ///         The linear solver.
+    GenericLinearSolver& linear_solver() const;
+
+    /// Default parameter values
+    ///
+    /// *Returns*
+    ///     _Parameters_
+    ///         Parameter values.
+    static Parameters default_parameters();
+
+    /// Set relaxation parameter. Default value 1.0 means full
+    /// Newton method, value smaller than 1.0 relaxes the method
+    /// by shrinking effective Newton step size by the given factor.
+    ///
+    /// *Arguments*
+    ///     relaxation_parameter(double)
+    ///         Relaxation parameter value.
+    void set_relaxation_parameter(double relaxation_parameter)
+    { _relaxation_parameter = relaxation_parameter; }
+
+    /// Get relaxation parameter
+    ///
+    /// *Returns*
+    ///     double
+    ///         Relaxation parameter value.
+    double get_relaxation_parameter()
+    { return _relaxation_parameter; }
+
+  protected:
+
+    /// Convergence test. It may be overloaded using virtual inheritance and
+    /// this base criterion may be called from derived, both in C++ and Python.
+    ///
+    /// *Arguments*
+    ///     r (_GenericVector_)
+    ///         Residual for criterion evaluation.
+    ///     nonlinear_problem (_NonlinearProblem_)
+    ///         The nonlinear problem.
+    ///     iteration (std::size_t)
+    ///         Newton iteration number.
+    ///
+    /// *Returns*
+    ///     bool
+    ///         Whether convergence occurred.
+    virtual bool converged(const GenericVector& r,
+                           const NonlinearProblem& nonlinear_problem,
+                           std::size_t iteration);
+
+    /// Setup solver to be used with system matrix A and preconditioner
+    /// matrix P. It may be overloaded to get finer control over linear
+    /// solver setup, various linesearch tricks, etc. Note that minimal
+    /// implementation should call *set_operators* method of the linear
+    /// solver.
+    ///
+    /// *Arguments*
+    ///     A (_std::shared_ptr<const GenericMatrix>_)
+    ///         System Jacobian matrix.
+    ///     J (_std::shared_ptr<const GenericMatrix>_)
+    ///         System preconditioner matrix.
+    ///     nonlinear_problem (_NonlinearProblem_)
+    ///         The nonlinear problem.
+    ///     iteration (std::size_t)
+    ///         Newton iteration number.
+    virtual void solver_setup(std::shared_ptr<const GenericMatrix> A,
+                              std::shared_ptr<const GenericMatrix> P,
+                              const NonlinearProblem& nonlinear_problem,
+                              std::size_t iteration);
+
+    /// Update solution vector by computed Newton step. Default
+    /// update is given by formula::
+    ///
+    ///   x -= relaxation_parameter*dx
+    ///
+    /// *Arguments*
+    ///     x (_GenericVector>_)
+    ///         The solution vector to be updated.
+    ///     dx (_GenericVector>_)
+    ///         The update vector computed by Newton step.
+    ///     relaxation_parameter (double)
+    ///         Newton relaxation parameter.
+    ///     nonlinear_problem (_NonlinearProblem_)
+    ///         The nonlinear problem.
+    ///     iteration (std::size_t)
+    ///         Newton iteration number.
+    virtual void update_solution(GenericVector& x,
+                                 const GenericVector& dx,
+                                 double relaxation_parameter,
+                                 const NonlinearProblem& nonlinear_problem,
+                                 std::size_t iteration);
+
+  private:
+
+    // Current number of Newton iterations
+    std::size_t _newton_iteration;
+
+    // Accumulated number of Krylov iterations since solve began
+    std::size_t _krylov_iterations;
+
+    // Relaxation parameter
+    double _relaxation_parameter;
+
+    // Most recent residual and initial residual
+    double _residual, _residual0;
+
+    // Solver
+    std::shared_ptr<GenericLinearSolver> _solver;
+
+    // Jacobian matrix
+    std::shared_ptr<GenericMatrix> _matA;
+
+    // Preconditioner matrix
+    std::shared_ptr<GenericMatrix> _matP;
+
+    // Solution vector
+    std::shared_ptr<GenericVector> _dx;
+
+    // Residual vector
+    std::shared_ptr<GenericVector> _b;
+
+    // MPI communicator
+    dolfin::MPI::Comm _mpi_comm;
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/nls/NonlinearProblem.h b/dolfin/nls/NonlinearProblem.h
new file mode 100644
index 0000000..06388fe
--- /dev/null
+++ b/dolfin/nls/NonlinearProblem.h
@@ -0,0 +1,77 @@
+// Copyright (C) 2005-2008 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2008.
+//
+// First added:  2005-10-24
+// Last changed: 2011-01-14
+
+#ifndef __NONLINEAR_PROBLEM_H
+#define __NONLINEAR_PROBLEM_H
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class GenericMatrix;
+  class GenericVector;
+
+  /// This is a base class for nonlinear problems which can return the
+  /// nonlinear function F(u) and its Jacobian J = dF(u)/du.
+
+  class NonlinearProblem
+  {
+  public:
+
+    /// Constructor
+    NonlinearProblem() {}
+
+    /// Destructor
+    virtual ~NonlinearProblem() {}
+
+    /// Function called by Newton solver before requesting F, J or J_pc.
+    /// This can be used to compute F, J and J_pc together. Preconditioner
+    /// matrix P can be left empty so that A is used instead
+    virtual void form(GenericMatrix& A, GenericMatrix& P, GenericVector& b,
+                      const GenericVector& x)
+    {
+      // Do nothing if not supplied by the user
+    }
+
+    /// Compute F at current point x
+    virtual void F(GenericVector& b, const GenericVector& x) = 0;
+
+    /// Compute J = F' at current point x
+    virtual void J(GenericMatrix& A, const GenericVector& x) = 0;
+
+    /// Compute J_pc used to precondition J. Not implementing this
+    /// or leaving P empty results in system matrix A being used
+    /// to construct preconditioner.
+    ///
+    /// Note that if nonempty P is not assembled on first call
+    /// then a solver implementation may throw away P and not
+    /// call this routine ever again.
+    virtual void J_pc(GenericMatrix& P, const GenericVector& x)
+    {
+      // Do nothing if not supplied by the user
+    }
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/nls/OptimisationProblem.h b/dolfin/nls/OptimisationProblem.h
new file mode 100644
index 0000000..7a7131d
--- /dev/null
+++ b/dolfin/nls/OptimisationProblem.h
@@ -0,0 +1,82 @@
+// Copyright (C) 2014 Tianyi Li
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2014-06-22
+// Last changed: 2014-07-19
+
+#ifndef __OPTIMISATION_PROBLEM_H
+#define __OPTIMISATION_PROBLEM_H
+
+#include "NonlinearProblem.h"
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class GenericMatrix;
+  class GenericVector;
+
+  /// This is a base class for nonlinear optimisation problems which
+  /// return the real-valued objective function :math:`f(x)`, its
+  /// gradient :math:`F(x) = f'(x)` and its Hessian :math:`J(x) =
+  /// f''(x)`
+
+  class OptimisationProblem : public NonlinearProblem
+  {
+  public:
+
+    /// Constructor
+    OptimisationProblem() {}
+
+    /// Destructor
+    virtual ~OptimisationProblem() {}
+
+    /// Compute the objective function :math:`f(x)`
+    virtual double f(const GenericVector& x) = 0;
+
+    /// Function called by the solver before requesting F, J or J_pc.
+    /// This can be used to compute F, J and J_pc together. Preconditioner
+    /// matrix P can be left empty so that A is used instead
+    virtual void form(GenericMatrix& A, GenericMatrix& P, GenericVector& b,
+                      const GenericVector& x)
+    {
+      // Do nothing if not supplied by the user
+    }
+
+    /// Compute the gradient :math:`F(x) = f'(x)`
+    virtual void F(GenericVector& b, const GenericVector& x) = 0;
+
+    /// Compute the Hessian :math:`J(x) = f''(x)`
+    virtual void J(GenericMatrix& A, const GenericVector& x) = 0;
+
+    /// Compute J_pc used to precondition J. Not implementing this
+    /// or leaving P empty results in system matrix A being used
+    /// to construct preconditioner.
+    ///
+    /// Note that if nonempty P is not assembled on first call
+    /// then a solver implementation may throw away P and not
+    /// call this routine ever again.
+    virtual void J_pc(GenericMatrix& P, const GenericVector& x)
+    {
+      // Do nothing if not supplied by the user
+    }
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/nls/PETScSNESSolver.cpp b/dolfin/nls/PETScSNESSolver.cpp
new file mode 100644
index 0000000..71bca08
--- /dev/null
+++ b/dolfin/nls/PETScSNESSolver.cpp
@@ -0,0 +1,682 @@
+// Copyright (C) 2012 Patrick E. Farrell
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Corrado Maurini 2013
+// Modified by Anders Logg 2013
+//
+// First added:  2012-10-13
+// Last changed: 2013-11-21
+
+#ifdef HAS_PETSC
+
+#include <map>
+#include <string>
+#include <utility>
+#include <cmath>
+#include <petscsys.h>
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/la/PETScKrylovSolver.h>
+#include <dolfin/la/PETScMatrix.h>
+#include <dolfin/la/PETScLUSolver.h>
+#include <dolfin/la/PETScPreconditioner.h>
+#include <dolfin/la/PETScVector.h>
+#include "NonlinearProblem.h"
+#include "PETScSNESSolver.h"
+
+using namespace dolfin;
+
+// Mapping from method string to PETSc
+const std::map<std::string, std::pair<std::string, const SNESType>>
+PETScSNESSolver::_methods
+= { {"default",      {"default SNES method", ""}},
+    {"newtonls",     {"Line search method", SNESNEWTONLS}},
+    {"newtontr",     {"Trust region method", SNESNEWTONTR}},
+#if PETSC_VERSION_LT(3,9,0)
+    // SNESTEST functionality removed in petsc 3.9,
+    // symbol removed in 3.10.3
+    {"test",         {"Tool to verify Jacobian approximation", SNESTEST}},
+#endif
+    {"ngmres",       {"Nonlinear generalised minimum residual method",
+                      SNESNGMRES}},
+    {"nrichardson",  {"Richardson nonlinear method (Picard iteration)",
+                      SNESNRICHARDSON}},
+    {"vinewtonrsls", {"Reduced space active set solver method (for bounds)",
+                      SNESVINEWTONRSLS}},
+    {"vinewtonssls", {"Reduced space active set solver method (for bounds)",
+                      SNESVINEWTONSSLS}},
+    {"qn",           {"Limited memory quasi-Newton", SNESQN}},
+    {"ncg",          {"Nonlinear conjugate gradient method", SNESNCG}},
+    {"fas",          {"Full Approximation Scheme nonlinear multigrid method",
+                      SNESFAS}},
+    {"nasm",         {"Nonlinear Additive Schwartz", SNESNASM}},
+    {"anderson",     {"Anderson mixing method", SNESANDERSON}},
+    {"aspin",        {"Additive-Schwarz Preconditioned Inexact Newton",
+                      SNESASPIN}},
+    {"ms",           {"Multistage smoothers", SNESMS}} };
+
+//-----------------------------------------------------------------------------
+std::vector<std::pair<std::string, std::string>> PETScSNESSolver::methods()
+{
+  std::vector<std::pair<std::string, std::string>> available_methods;
+  for (auto it = _methods.begin(); it != _methods.end(); ++it)
+    available_methods.push_back(std::make_pair(it->first, it->second.first));
+  return available_methods;
+}
+//-----------------------------------------------------------------------------
+Parameters PETScSNESSolver::default_parameters()
+{
+  Parameters p(NewtonSolver::default_parameters());
+  p.rename("snes_solver");
+  p.add("solution_tolerance", 1.0e-16);
+  p.add("maximum_residual_evaluations", 2000);
+  p.remove("convergence_criterion");
+  p.remove("relaxation_parameter");
+  p.add("method", "default");
+  p.add("line_search", "basic",  {"basic", "bt", "l2", "cp", "nleqerr"});
+  p.add("sign", "default", {"default", "nonnegative", "nonpositive"});
+
+  return p;
+}
+//-----------------------------------------------------------------------------
+PETScSNESSolver::PETScSNESSolver(MPI_Comm comm, std::string nls_type)
+  : _snes(nullptr), _matJ(comm), _matP(comm), _has_explicit_bounds(false)
+{
+  PetscErrorCode ierr;
+
+  // Create SNES object
+  ierr = SNESCreate(comm, &_snes);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "SNESCreate");
+
+  // Set type if not default
+  if (nls_type != "default")
+  {
+    const auto method = _methods.find(nls_type);
+    if (method == _methods.end())
+    {
+      dolfin_error("PETScSNESSolver.cpp",
+                   "create PETSc SNES solver",
+                   "Unknown SNES method \"%s\"", nls_type.c_str());
+    }
+    ierr = SNESSetType(_snes, method->second.second);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "SNESSetType");
+  }
+
+  // Set Jacobian and preconditioner only once
+  ierr = SNESSetJacobian(_snes, _matJ.mat(), _matP.mat(), nullptr, nullptr);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "SNESSetJacobian");
+
+  // Set parameter values
+  parameters = default_parameters();
+}
+//-----------------------------------------------------------------------------
+PETScSNESSolver::PETScSNESSolver(std::string nls_type)
+  : PETScSNESSolver(MPI_COMM_WORLD, nls_type)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+PETScSNESSolver::~PETScSNESSolver()
+{
+  if (_snes)
+    SNESDestroy(&_snes);
+}
+//-----------------------------------------------------------------------------
+std::pair<std::size_t, bool>
+PETScSNESSolver::solve(NonlinearProblem& nonlinear_problem,
+                       GenericVector& x,
+                       const GenericVector& lb,
+                       const GenericVector& ub)
+{
+  // Check size of the bound vectors
+  if (lb.size() != ub.size())
+  {
+    dolfin_error("PETScSNESSolver.cpp",
+                 "assigning upper and lower bounds",
+                 "The size of the given upper and lower bounds is different");
+  }
+  else if (lb.size() != x.size())
+  {
+    dolfin_error("PETScSNESSolver.cpp",
+                 "assigning upper and lower bounds",
+                 "The size of the bounds is different from the size of the solution vector");
+  }
+
+  // Set the bounds
+  std::shared_ptr<const PETScVector>
+    _ub(&as_type<const PETScVector>(ub), NoDeleter());
+  std::shared_ptr<const PETScVector>
+    _lb(&as_type<const PETScVector>(lb), NoDeleter());
+  this->lb = _lb;
+  this->ub = _ub;
+  _has_explicit_bounds = true;
+
+  return this->solve(nonlinear_problem, x);
+}
+//-----------------------------------------------------------------------------
+void PETScSNESSolver::init(NonlinearProblem& nonlinear_problem,
+                           GenericVector& x)
+{
+  Timer timer("SNES solver init");
+  PetscErrorCode ierr;
+
+  // Set linear solver parameters
+  set_linear_solver_parameters();
+
+  // Prepare context for evaluation routines
+  _snes_ctx.nonlinear_problem = &nonlinear_problem;
+  _snes_ctx.x = &as_type<PETScVector>(x);
+  // FIXME: We are duplicating ghosted vector, while we don't need ghosted
+  // NOTE: Seems that we can get rid of f_tmp and use working vec obtained by
+  //       SNESLineSearchGetVecs
+  if (_snes_ctx.f_tmp)
+    VecDestroy(&_snes_ctx.f_tmp);
+  ierr = VecDuplicate(_snes_ctx.x->vec(), &_snes_ctx.f_tmp);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "VecDuplicate");
+
+  // Set function, Jacobian and objective
+  ierr = SNESSetFunction(_snes, _snes_ctx.f_tmp,
+                         PETScSNESSolver::FormFunction, &_snes_ctx);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "SNESSetFunction");
+  ierr = SNESSetJacobian(_snes, nullptr, nullptr,
+                         PETScSNESSolver::FormJacobian, &_snes_ctx);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "SNESSetJacobian");
+  SNESSetObjective(_snes, PETScSNESSolver::FormObjective, &_snes_ctx);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "SNESSetObjective");
+
+  // Set some options from the parameters
+  if (parameters["report"].is_set())
+  {
+    if (parameters["report"])
+    {
+      PetscViewer viewer = PETSC_VIEWER_STDOUT_(PetscObjectComm((PetscObject)_snes));
+      PetscViewerFormat format = PETSC_VIEWER_DEFAULT;
+      PetscViewerAndFormat *vf;
+      PetscViewerAndFormatCreate(viewer,format,&vf);
+      ierr = SNESMonitorSet(_snes,
+                            (PetscErrorCode (*)(SNES,PetscInt,PetscReal,void*)) SNESMonitorDefault,
+                            vf,
+                            (PetscErrorCode (*)(void**))PetscViewerAndFormatDestroy);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "SNESMonitorSet");
+    }
+  }
+
+  // Set the bounds, if any
+  set_bounds(x);
+
+  // Set the method
+  const std::string method = parameters["method"];
+  if (method != "default")
+  {
+    auto it = _methods.find(method);
+    dolfin_assert(it != _methods.end());
+    ierr = SNESSetType(_snes, it->second.second);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "SNESSetType");
+
+    // Check if bounds/sign are set when VI method requested
+    if ((method == "vinewtonrsls" || method == "vinewtonssls") && !is_vi())
+    {
+      dolfin_error("PETScSNESSolver.cpp",
+                   "set up SNES VI solver",
+                   "Need to set bounds or sign for vinewtonrsls or vinewtonssls"
+                   " methods");
+    }
+  }
+  else if (method == "default" && is_vi())
+  {
+    // If
+    //      a) the user has set bounds (is_vi())
+    // AND  b) the user has not set a solver (method == default)
+    // THEN set a good method that supports bounds
+    // (most methods do not support bounds)
+    auto it = _methods.find("vinewtonssls");
+    dolfin_assert(it != _methods.end());
+    ierr = SNESSetType(_snes, it->second.second);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "SNESSetType");
+  }
+
+  SNESLineSearch linesearch;
+  ierr = SNESGetLineSearch(_snes, &linesearch);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "SNESGetLineSearch");
+
+  if (parameters["report"].is_set() && parameters["report"])
+  {
+    ierr = SNESLineSearchMonitor(linesearch);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "SNESLineSearchMonitor");
+  }
+
+  const std::string line_search_type = std::string(parameters["line_search"]);
+  ierr = SNESLineSearchSetType(linesearch, line_search_type.c_str());
+  if (ierr != 0) petsc_error(ierr, __FILE__, "SNESLineSearchSetType");
+
+  // Tolerances
+  const int max_iters = parameters["maximum_iterations"];
+  const int max_residual_evals = parameters["maximum_residual_evaluations"];
+  ierr = SNESSetTolerances(_snes, parameters["absolute_tolerance"],
+                           parameters["relative_tolerance"],
+                           parameters["solution_tolerance"],
+                           max_iters, max_residual_evals);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "SNESSetTolerances");
+
+  // Following set from options call requires Mat type to be set (at least
+  // when PETSC_USE_DEBUG) and we don't have any better way
+  if (_matJ.empty())
+  {
+    ierr = FormJacobian(_snes, _snes_ctx.x->vec(),
+                        _matJ.mat(), _matP.mat(), &_snes_ctx);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "PETScSNESSolver::FormJacobian");
+  }
+
+  // Set some options
+  ierr = SNESSetFromOptions(_snes);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "SNESSetFromOptions");
+}
+//-----------------------------------------------------------------------------
+void PETScSNESSolver::set_options_prefix(std::string options_prefix)
+{
+  // Set options prefix
+  dolfin_assert(_snes);
+  PetscErrorCode ierr = SNESSetOptionsPrefix(_snes, options_prefix.c_str());
+  if (ierr != 0) petsc_error(ierr, __FILE__, "SNESSetOptionsPrefix");
+}
+//-----------------------------------------------------------------------------
+std::string PETScSNESSolver::get_options_prefix() const
+{
+  dolfin_assert(_snes);
+  const char* prefix = NULL;
+  PetscErrorCode ierr = SNESGetOptionsPrefix(_snes, &prefix);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "SNESGetOptionsPrefix");
+  return std::string(prefix);
+}
+//-----------------------------------------------------------------------------
+void PETScSNESSolver::set_from_options() const
+{
+  dolfin_assert(_snes);
+  PetscErrorCode ierr = SNESSetFromOptions(_snes);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "SNESSetFromOptions");
+}
+//-----------------------------------------------------------------------------
+MPI_Comm PETScSNESSolver::mpi_comm() const
+{
+  dolfin_assert(_snes);
+  MPI_Comm mpi_comm = MPI_COMM_NULL;
+  PetscObjectGetComm((PetscObject)_snes, &mpi_comm);
+  return mpi_comm;
+}
+//-----------------------------------------------------------------------------
+std::pair<std::size_t, bool>
+PETScSNESSolver::solve(NonlinearProblem& nonlinear_problem,
+                       GenericVector& x)
+{
+  Timer timer("SNES solver execution");
+  PetscErrorCode ierr;
+  PetscInt its;
+  SNESConvergedReason reason;
+
+  PETScVector& _x = as_type<PETScVector>(x);
+
+  this->init(nonlinear_problem, x);
+
+  // for line searches, making this copy is necessary:
+  // when linesearching, the working space can't be the
+  // same as the vector that holds the current solution
+  // guess in the dolfin form.
+  {
+    PETScVector x_copy(_x);
+    ierr = SNESSolve(_snes, NULL, x_copy.vec());
+    if (ierr != 0) petsc_error(ierr, __FILE__, "SNESSolve");
+    ierr = VecSwap(_x.vec(), x_copy.vec());
+    if (ierr != 0) petsc_error(ierr, __FILE__, "VecSwap");
+  }
+
+  // Update any ghost values
+  _x.update_ghost_values();
+
+  ierr = SNESGetIterationNumber(_snes, &its);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "SNESGetIterationNumber");
+  ierr = SNESGetConvergedReason(_snes, &reason);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "SNESGetConvergedReason");
+
+  const bool report = parameters["report"];
+
+  MPI_Comm comm = mpi_comm();
+  if (reason > 0 && report && dolfin::MPI::rank(comm) == 0)
+  {
+    info("PETSc SNES solver converged in %d iterations with convergence reason %s.",
+         its, SNESConvergedReasons[reason]);
+  }
+  else if (reason < 0 && dolfin::MPI::rank(comm) == 0)
+  {
+    warning("PETSc SNES solver diverged in %d iterations with divergence reason %s.",
+            its, SNESConvergedReasons[reason]);
+  }
+
+  if (parameters["error_on_nonconvergence"] && reason < 0)
+  {
+    dolfin_error("PETScSNESSolver.cpp",
+                 "solve nonlinear system with PETScSNESSolver",
+                 "Solver did not converge");
+  }
+
+  return std::make_pair(its, reason > 0);
+}
+//-----------------------------------------------------------------------------
+PetscErrorCode PETScSNESSolver::FormFunction(SNES snes, Vec x, Vec f, void* ctx)
+{
+  auto snes_ctx = static_cast<struct snes_ctx_t*>(ctx);
+  NonlinearProblem* nonlinear_problem = snes_ctx->nonlinear_problem;
+  PETScVector* _x = snes_ctx->x;
+
+  // Wrap the PETSc Vec as DOLFIN PETScVector
+  PETScVector x_wrap(x);
+  PETScVector f_wrap(f);
+
+  // Update current solution that is associated with nonlinear
+  // problem. This is required because x is not the solution vector
+  // that was passed to PETSc. PETSc updates the solution vector at
+  // the end of solve. We should find a better solution.
+  *_x = x_wrap;
+
+  // Update ghost values
+  _x ->update_ghost_values();
+
+  // Compute F(u)
+  PETScMatrix A(_x->mpi_comm());
+  PETScMatrix P(_x->mpi_comm());
+  nonlinear_problem->form(A, P, f_wrap, *_x);
+  nonlinear_problem->F(f_wrap, *_x);
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+PetscErrorCode PETScSNESSolver::FormObjective(SNES snes, Vec x,
+                                              PetscReal* out, void* ctx)
+{
+  PetscErrorCode ierr;
+  auto snes_ctx = static_cast<struct snes_ctx_t*>(ctx);
+
+  ierr = PETScSNESSolver::FormFunction(snes, x, snes_ctx->f_tmp, ctx);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "PETScSNESSolver::FormFunction");
+
+  PetscReal f_norm;
+  ierr = VecNorm(snes_ctx->f_tmp, NORM_2, &f_norm);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "VecNorm");
+
+  if (std::isnan(f_norm) || std::isinf(f_norm))
+    *out = 1.0e100;
+  else
+    *out = f_norm;
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+PetscErrorCode PETScSNESSolver::FormJacobian(SNES snes, Vec x, Mat A, Mat P,
+                                             void* ctx)
+{
+  // Get nonlinear problem object
+  auto snes_ctx = static_cast<struct snes_ctx_t*>(ctx);
+  NonlinearProblem* nonlinear_problem = snes_ctx->nonlinear_problem;
+
+  // Wrap the PETSc objects
+  PETScMatrix A_wrap(A);
+  PETScMatrix P_wrap(P);
+  PETScVector x_wrap(x);
+
+  // Form Jacobian
+  PETScVector f(x_wrap.mpi_comm());
+  nonlinear_problem->form(A_wrap, P_wrap, f, x_wrap);
+  nonlinear_problem->J(A_wrap, x_wrap);
+  if (A != P)
+    nonlinear_problem->J_pc(P_wrap, x_wrap);
+
+  // Use Jacobian as preconditioner if not provided
+  if (P_wrap.empty())
+  {
+    log(TRACE, "SNES FormJacobian: using Jacobian as preconditioner matrix");
+    PetscErrorCode ierr = SNESSetJacobian(snes, nullptr, A, nullptr, nullptr);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "SNESSetJacobian");
+  }
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+void PETScSNESSolver::set_linear_solver_parameters()
+{
+  KSP ksp;
+  PC pc;
+  PetscErrorCode ierr;
+
+  ierr = SNESGetKSP(_snes, &ksp);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "SNESGetKSP");
+
+  ierr = KSPGetPC(ksp, &pc);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "KSPGetPC");
+
+  // Get MPI communicator
+  MPI_Comm comm = mpi_comm();
+
+  const std::string linear_solver  = parameters["linear_solver"];
+  const std::string preconditioner = parameters["preconditioner"];
+
+  if (linear_solver == "default")
+  {
+    // Do nothing
+  }
+  else if (PETScKrylovSolver::_methods.count(linear_solver) != 0)
+  {
+    auto  solver_pair = PETScKrylovSolver::_methods.find(linear_solver);
+    dolfin_assert(solver_pair != PETScKrylovSolver::_methods.end());
+    ierr = KSPSetType(ksp, solver_pair->second);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSetType");
+    if (preconditioner != "default"
+        && PETScPreconditioner::_methods.count(preconditioner) != 0)
+    {
+      auto it = PETScPreconditioner::_methods.find(preconditioner);
+      dolfin_assert(it != PETScPreconditioner::_methods.end());
+      ierr = PCSetType(pc, it->second);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "PCSetType");
+    }
+
+    Parameters krylov_parameters = parameters("krylov_solver");
+
+    // Set non-zero initial guess...
+    if (krylov_parameters["nonzero_initial_guess"].is_set())
+    {
+      const bool nonzero_guess = krylov_parameters["nonzero_initial_guess"];
+      if (nonzero_guess)
+        ierr = KSPSetInitialGuessNonzero(ksp, PETSC_TRUE);
+      else
+        ierr = KSPSetInitialGuessNonzero(ksp, PETSC_FALSE);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSetInitialGuessNonzero");
+    }
+    // ... otherwise use the default, what has been set before,
+    // or directly through PETSc API or parameter system
+
+    if (krylov_parameters["monitor_convergence"].is_set()
+        && krylov_parameters["monitor_convergence"])
+    {
+      PetscViewer viewer = PETSC_VIEWER_STDOUT_(PetscObjectComm((PetscObject)ksp));
+      PetscViewerFormat format = PETSC_VIEWER_DEFAULT;
+      PetscViewerAndFormat *vf;
+      ierr = PetscViewerAndFormatCreate(viewer,format,&vf);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "PetscViewerAndFormatCreate");
+      ierr = KSPMonitorSet(ksp,
+                           (PetscErrorCode (*)(KSP,PetscInt,PetscReal,void*)) KSPMonitorTrueResidualNorm,
+                           vf,
+                           (PetscErrorCode (*)(void**))PetscViewerAndFormatDestroy);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "KSPMonitorSet");
+    }
+
+    // Check if a tolerance has been set
+    if (krylov_parameters["relative_tolerance"].is_set()
+        or krylov_parameters["absolute_tolerance"].is_set()
+        or krylov_parameters["divergence_limit"].is_set()
+        or krylov_parameters["maximum_iterations"].is_set())
+    {
+      // Set tolerances
+      const double rtol = krylov_parameters["relative_tolerance"].is_set() ? (double)krylov_parameters["relative_tolerance"] : PETSC_DEFAULT;
+      const double atol = krylov_parameters["absolute_tolerance"].is_set() ? (double)krylov_parameters["absolute_tolerance"] : PETSC_DEFAULT;
+      const double dtol = krylov_parameters["divergence_limit"].is_set() ? (double)krylov_parameters["divergence_limit"] : PETSC_DEFAULT;
+      const int max_it  = krylov_parameters["maximum_iterations"].is_set() ? (int)krylov_parameters["maximum_iterations"] : PETSC_DEFAULT;
+      ierr = KSPSetTolerances(ksp, rtol, atol, dtol, max_it);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSetTolerances");
+    }
+  }
+  else if (linear_solver == "lu"
+           || PETScLUSolver::lumethods.count(linear_solver) != 0)
+  {
+    std::string lu_method;
+    if (PETScLUSolver::lumethods.find(linear_solver)
+        != PETScLUSolver::lumethods.end())
+    {
+      lu_method = linear_solver;
+    }
+    else
+    {
+      if (MPI::size(comm) == 1)
+      {
+        #if PETSC_HAVE_UMFPACK
+        lu_method = "umfpack";
+        #elif PETSC_HAVE_MUMPS
+        lu_method = "mumps";
+        #elif PETSC_HAVE_PASTIX
+        lu_method = "pastix";
+        #elif PETSC_HAVE_SUPERLU
+        lu_method = "superlu";
+        #else
+        lu_method = "petsc";
+        warning("Using PETSc native LU solver. Consider configuring PETSc with an efficient LU solver (e.g. UMFPACK, MUMPS).");
+        #endif
+      }
+      else
+      {
+        #if PETSC_HAVE_SUPERLU_DIST
+        lu_method = "superlu_dist";
+        #elif PETSC_HAVE_PASTIX
+        lu_method = "pastix";
+        #elif PETSC_HAVE_MUMPS
+        lu_method = "mumps";
+        #else
+        dolfin_error("PETScSNESSolver.cpp",
+                     "solve linear system using PETSc LU solver",
+                     "No suitable solver for parallel LU found. Consider configuring PETSc with MUMPS or SuperLU_dist");
+        #endif
+      }
+    }
+
+    ierr = KSPSetType(ksp, KSPPREONLY);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSetType");
+    ierr = PCSetType(pc, PCLU);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "PCSetType");
+    auto it = PETScLUSolver::lumethods.find(lu_method);
+    dolfin_assert(it != PETScLUSolver::lumethods.end());
+    ierr = PCFactorSetMatSolverType(pc, it->second);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "PCFactorSetMatSolverType");
+  }
+  else
+  {
+    dolfin_error("PETScSNESSolver.cpp",
+                 "set linear solver options",
+                 "Unknown KSP method \"%s\"", linear_solver.c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+void PETScSNESSolver::set_bounds(GenericVector& x)
+{
+  if (is_vi())
+  {
+    PetscErrorCode ierr;
+
+    dolfin_assert(_snes);
+    const std::string sign   = parameters["sign"];
+    const std::string method = parameters["method"];
+    if (method != "vinewtonrsls" && method != "vinewtonssls" && method != "default")
+    {
+      dolfin_error("PETScSNESSolver.cpp",
+                   "set variational inequality bounds",
+                   "Need to use vinewtonrsls or vinewtonssls methods if bounds are set");
+    }
+
+    if (sign != "default")
+    {
+      // Here, x is the model vector from which we make our Vecs that
+      // tell PETSc the bounds.
+      Vec ub, lb;
+
+      PETScVector _x = as_type<PETScVector>(x);
+      ierr = VecDuplicate(_x.vec(), &ub);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "VecDuplicate");
+      ierr = VecDuplicate(_x.vec(), &lb);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "VecDuplicate");
+      if (sign == "nonnegative")
+      {
+        ierr = VecSet(ub, PETSC_INFINITY);
+        if (ierr != 0) petsc_error(ierr, __FILE__, "VecSet");
+        ierr = VecSet(lb, 0.0);
+        if (ierr != 0) petsc_error(ierr, __FILE__, "VecSet");
+      }
+      else if (sign == "nonpositive")
+      {
+        ierr = VecSet(ub, 0.0);
+        if (ierr != 0) petsc_error(ierr, __FILE__, "VecSet");
+        ierr = VecSet(lb, PETSC_INFINITY);
+        if (ierr != 0) petsc_error(ierr, __FILE__, "VecSet");
+      }
+      else
+      {
+        dolfin_error("PETScSNESSolver.cpp",
+                     "set PETSc SNES solver bounds",
+                     "Unknown bound type \"%s\"", sign.c_str());
+      }
+
+      ierr = SNESVISetVariableBounds(_snes, lb, ub);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "SNESVISetVariableBounds");
+      ierr = VecDestroy(&ub);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "VecDestroy");
+      ierr = VecDestroy(&lb);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "VecDestroy");
+    }
+    else if (_has_explicit_bounds)
+    {
+      const PETScVector* lb = this->lb.get();
+      const PETScVector* ub = this->ub.get();
+      ierr = SNESVISetVariableBounds(_snes, lb->vec(), ub->vec());
+      if (ierr != 0) petsc_error(ierr, __FILE__, "SNESVISetVariableBounds");
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+bool PETScSNESSolver::is_vi() const
+{
+  const std::string sign = parameters["sign"];
+  if (sign != "default" && this->_has_explicit_bounds)
+  {
+    dolfin_error("PETScSNESSolver.cpp",
+                 "set variational inequality bounds",
+                 "Both the sign parameter and the explicit bounds are set");
+    return false;
+  }
+  else if (sign != "default" || this->_has_explicit_bounds)
+    return true;
+  else
+    return false;
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/nls/PETScSNESSolver.h b/dolfin/nls/PETScSNESSolver.h
new file mode 100644
index 0000000..20e2f23
--- /dev/null
+++ b/dolfin/nls/PETScSNESSolver.h
@@ -0,0 +1,198 @@
+// Copyright (C) 2012 Patrick E. Farrell
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Corrado Maurini, 2013.
+
+#ifndef __PETSC_SNES_SOLVER_H
+#define __PETSC_SNES_SOLVER_H
+
+#ifdef HAS_PETSC
+
+#include <map>
+#include <memory>
+#include <petscsnes.h>
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/la/PETScObject.h>
+#include <dolfin/la/PETScMatrix.h>
+#include <dolfin/nls/NewtonSolver.h>
+#include <dolfin/parameter/Parameters.h>
+
+namespace dolfin
+{
+
+  /// Forward declarations
+  class PETScVector;
+
+  /// This class implements methods for solving nonlinear systems via
+  /// PETSc's SNES interface. It includes line search and trust region
+  /// techniques for globalising the convergence of the nonlinear
+  /// iteration.
+  class PETScSNESSolver : public PETScObject
+  {
+  public:
+
+    /// Create SNES solver
+    explicit PETScSNESSolver(MPI_Comm comm, std::string nls_type="default");
+
+    /// Create SNES solver on MPI_COMM_WORLD
+    explicit PETScSNESSolver(std::string nls_type="default");
+
+    /// Destructor
+    virtual ~PETScSNESSolver();
+
+    /// Solve a nonlinear variational inequality with bound constraints
+    ///
+    /// *Arguments*
+    ///     nonlinear_function (_NonlinearProblem_)
+    ///         The nonlinear problem.
+    ///     x (_GenericVector_)
+    ///         The vector.
+    ///     lb (_GenericVector_)
+    ///         The lower bound.
+    ///     ub (_GenericVector_)
+    ///         The upper bound.
+    ///
+    /// *Returns*
+    ///     std::pair<std::size_t, bool>
+    ///         Pair of number of Newton iterations, and whether
+    ///         iteration converged)
+    std::pair<std::size_t, bool> solve(NonlinearProblem& nonlinear_problem,
+                                       GenericVector& x,
+                                       const GenericVector& lb,
+                                       const GenericVector& ub);
+
+    /// Solve abstract nonlinear problem :math:`F(x) = 0` for given
+    /// :math:`F` and Jacobian :math:`\dfrac{\partial F}{\partial x}`.
+    ///
+    /// *Arguments*
+    ///     nonlinear_function (_NonlinearProblem_)
+    ///         The nonlinear problem.
+    ///     x (_GenericVector_)
+    ///         The vector.
+    ///
+    /// *Returns*
+    ///     std::pair<std::size_t, bool>
+    ///         Pair of number of Newton iterations, and whether
+    ///         iteration converged)
+    std::pair<std::size_t, bool> solve(NonlinearProblem& nonlinear_function,
+                                       GenericVector& x);
+
+    /// Set up the SNES object, but don't do anything yet, in case the
+    /// user wants to access the SNES object directly
+    void init(NonlinearProblem& nonlinear_problem, GenericVector& x);
+
+    /// Set options from the PETSc options database
+    void set_from_options() const;
+
+    /// Sets the prefix used by PETSc when searching the PETSc options
+    /// database
+    void set_options_prefix(std::string options_prefix);
+
+    /// Returns the prefix used by PETSc when searching the PETSc
+    /// options database
+    std::string get_options_prefix() const;
+
+    /// Return the MPI communicator
+    MPI_Comm mpi_comm() const;
+
+    /// Return a list of available solver methods
+    static std::vector<std::pair<std::string, std::string>> methods();
+
+    /// Default parameter values
+    static Parameters default_parameters();
+
+    /// Parameters
+    Parameters parameters;
+
+    /// Return PETSc SNES pointer
+    SNES snes() const
+    { return _snes; }
+
+  private:
+
+    struct snes_ctx_t
+    {
+      // Constructor
+      snes_ctx_t() : nonlinear_problem(NULL), x(NULL), f_tmp(NULL), xl(NULL),
+                     xu(NULL) {}
+
+      // Destructor
+      ~snes_ctx_t()
+      {
+        if (f_tmp)
+          VecDestroy(&f_tmp);
+      }
+
+      NonlinearProblem* nonlinear_problem;
+      PETScVector* x;
+      Vec f_tmp;
+      const PETScVector* xl;
+      const PETScVector* xu;
+    };
+
+    // PETSc solver pointer
+    SNES _snes;
+
+    // Update the linear solver parameters
+    void set_linear_solver_parameters();
+
+    // Available solvers
+    static const std::map<std::string,
+      std::pair<std::string, const SNESType>> _methods;
+
+    // The callback for PETSc to compute F, the nonlinear residual
+    static PetscErrorCode FormFunction(SNES snes, Vec x, Vec f, void* ctx);
+
+    // The callback for PETSc to compute A, the Jacobian
+    static PetscErrorCode FormJacobian(SNES snes, Vec x, Mat A, Mat B,
+                                       void* ctx);
+
+    static PetscErrorCode FormObjective(SNES snes, Vec x, PetscReal* out,
+                                        void* ctx);
+
+    // Set the bounds on the problem from the parameters, if desired
+    // Here, x is passed in as a model vector from which we make our
+    // Vecs that tell PETSc the bounds if the "sign" parameter is
+    // used.
+    void set_bounds(GenericVector& x);
+
+    // Check if the problem is a variational inequality
+    bool is_vi() const;
+
+    // Jacobian matrix
+    PETScMatrix _matJ;
+
+    // Jacobian preconditioner matrix
+    PETScMatrix _matP;
+
+    // Upper and lower bounds for bound-constrained solvers
+    std::shared_ptr<const PETScVector> lb;
+    std::shared_ptr<const PETScVector> ub;
+
+    // Flag to indicate if explicit bounds are set
+    bool _has_explicit_bounds;
+
+    // SNES context
+    struct snes_ctx_t _snes_ctx;
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/nls/PETScTAOSolver.cpp b/dolfin/nls/PETScTAOSolver.cpp
new file mode 100644
index 0000000..cebb0de
--- /dev/null
+++ b/dolfin/nls/PETScTAOSolver.cpp
@@ -0,0 +1,602 @@
+// Copyright (C) 2014 Tianyi Li
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2014-06-22
+// Last changed: 2014-07-27
+
+#ifdef HAS_PETSC
+
+#include <map>
+#include <string>
+#include <utility>
+#include <petscsys.h>
+#include <petscversion.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/la/KrylovSolver.h>
+#include <dolfin/la/PETScKrylovSolver.h>
+#include <dolfin/la/PETScMatrix.h>
+#include <dolfin/la/PETScLUSolver.h>
+#include <dolfin/la/PETScPreconditioner.h>
+#include <dolfin/la/PETScVector.h>
+#include "OptimisationProblem.h"
+#include "PETScTAOSolver.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+const std::map<std::string, std::pair<std::string, const TaoType>>
+PETScTAOSolver::_methods
+= { {"default", {"Default TAO method (ntl or tron)", TAOTRON}},
+    {"tron",    {"Newton Trust Region method", TAOTRON}},
+    {"bqpip",   {"Interior-Point Newton's method", TAOBQPIP}},
+    {"gpcg",    {"Gradient projection conjugate gradient method", TAOGPCG}},
+    {"blmvm",   {"Limited memory variable metric method", TAOBLMVM}},
+    {"nls",     {"Newton's method with line search", TAONLS}},
+    {"ntr",     {"Newton's method with trust region", TAONTR}},
+    {"ntl",     {"Newton's method with trust region and line search", TAONTL}},
+    {"cg",      {"Nonlinear conjugate gradient method", TAOCG}},
+    {"nm",      {"Nelder-Mead algorithm", TAONM}} };
+//-----------------------------------------------------------------------------
+std::vector<std::pair<std::string, std::string>> PETScTAOSolver::methods()
+{
+  std::vector<std::pair<std::string, std::string>> available_methods;
+  for (auto it = _methods.begin(); it != _methods.end(); ++it)
+    available_methods.push_back(std::make_pair(it->first, it->second.first));
+  return available_methods;
+}
+//-----------------------------------------------------------------------------
+Parameters PETScTAOSolver::default_parameters()
+{
+  Parameters p("tao_solver");
+
+  p.add("monitor_convergence"    , false);
+  p.add("report"                 , false);
+  p.add("gradient_absolute_tol"  , 1.0e-08);
+  p.add("gradient_relative_tol"  , 1.0e-08);
+  p.add("gradient_t_tol"         , 0.0);
+  p.add("error_on_nonconvergence", true);
+  p.add("maximum_iterations"     , 100);
+  p.add("options_prefix"         , "default");
+  p.add("method"                 , "default");
+  p.add("linear_solver"          , "default");
+  p.add("preconditioner"         , "default");
+
+  std::set<std::string> line_searches = {"default", "unit", "more-thuente",
+                                         "gpcg", "armijo", "owarmijo", "ipm"};
+  p.add("line_search", "default", line_searches);
+
+  p.add(KrylovSolver::default_parameters());
+
+  return p;
+}
+//-----------------------------------------------------------------------------
+PETScTAOSolver::PETScTAOSolver(MPI_Comm comm,
+                               std::string tao_type,
+                               std::string ksp_type,
+                               std::string pc_type)
+  : _tao(nullptr), _has_bounds(false), _matH(comm), _matP(comm)
+{
+  // Create TAO object
+  PetscErrorCode ierr = TaoCreate(comm, &_tao);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoCreate");
+
+  // Set Hessian and preconditioner only once
+  ierr = TaoSetHessianRoutine(_tao, _matH.mat(), _matP.mat(), nullptr, nullptr);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetHessianRoutine");
+
+  // Set parameter values
+  parameters = default_parameters();
+
+  // Update parameters when tao/ksp/pc_types are explictly given
+  update_parameters(tao_type, ksp_type, pc_type);
+}
+//-----------------------------------------------------------------------------
+PETScTAOSolver::PETScTAOSolver(std::string tao_type,
+                               std::string ksp_type,
+                               std::string pc_type)
+  : PETScTAOSolver(MPI_COMM_WORLD, tao_type, ksp_type, pc_type) { }
+//-----------------------------------------------------------------------------
+PETScTAOSolver::~PETScTAOSolver()
+{
+  if (_tao)
+    TaoDestroy(&_tao);
+}
+//-----------------------------------------------------------------------------
+void PETScTAOSolver::update_parameters(std::string tao_type,
+                                       std::string ksp_type,
+                                       std::string pc_type)
+{
+  // Update parameters when tao/ksp/pc_types are explictly given
+  if (tao_type != "default")
+    parameters["method"] = tao_type;
+
+  if (ksp_type != "default")
+    parameters["linear_solver"] = ksp_type;
+
+  if (pc_type != "default")
+    parameters["preconditioner"] = pc_type;
+}
+//-----------------------------------------------------------------------------
+void PETScTAOSolver::set_tao(const std::string tao_type)
+{
+  dolfin_assert(_tao);
+  PetscErrorCode ierr;
+
+  // Check that the requested method is known
+  if (_methods.count(tao_type) == 0)
+  {
+    dolfin_error("PETScTAOSolver.cpp",
+                 "set PETSc TAO solver",
+                 "Unknown TAO method \"%s\"", tao_type.c_str());
+  }
+
+  // In case of an unconstrained minimisation problem, set the TAO
+  // method to TAONTL
+  if (!_has_bounds && tao_type == "default")
+  {
+    ierr = TaoSetType(_tao, TAONTL);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetType");
+  }
+  else
+  {
+    // Set solver type
+    std::map<std::string, std::pair<std::string,
+                                    const TaoType>>::const_iterator it;
+    it = _methods.find(tao_type);
+    dolfin_assert(it != _methods.end());
+    ierr = TaoSetType(_tao, it->second.second);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetType");
+  }
+}
+//-----------------------------------------------------------------------------
+MPI_Comm PETScTAOSolver::mpi_comm() const
+{
+  dolfin_assert(_tao);
+  MPI_Comm mpi_comm = MPI_COMM_NULL;
+  PetscObjectGetComm((PetscObject)_tao, &mpi_comm);
+  return mpi_comm;
+}
+//-----------------------------------------------------------------------------
+std::pair<std::size_t, bool>
+PETScTAOSolver::solve(OptimisationProblem& optimisation_problem,
+                      GenericVector& x,
+                      const GenericVector& lb,
+                      const GenericVector& ub)
+{
+  // Bound-constrained minimisation problem
+  _has_bounds = true;
+
+  return solve(optimisation_problem, as_type<PETScVector>(x),
+               as_type<const PETScVector>(lb), as_type<const PETScVector>(ub));
+}
+//-----------------------------------------------------------------------------
+std::pair<std::size_t, bool>
+PETScTAOSolver::solve(OptimisationProblem& optimisation_problem,
+                      GenericVector& x)
+{
+  // Unconstrained minimisation problem
+  _has_bounds = false;
+  PETScVector lb(this->mpi_comm());
+  PETScVector ub(this->mpi_comm());
+
+  return solve(optimisation_problem, as_type<PETScVector>(x), lb, ub);
+}
+//-----------------------------------------------------------------------------
+void PETScTAOSolver::init(OptimisationProblem& optimisation_problem,
+                          PETScVector& x)
+{
+  // Unconstrained minimisation problem
+  _has_bounds = false;
+  PETScVector lb(this->mpi_comm());
+  PETScVector ub(this->mpi_comm());
+  init(optimisation_problem, as_type<PETScVector>(x), lb, ub);
+}
+//-----------------------------------------------------------------------------
+void PETScTAOSolver::init(OptimisationProblem& optimisation_problem,
+                          PETScVector& x,
+                          const PETScVector& lb,
+                          const PETScVector& ub)
+{
+  Timer timer("PETSc TAO solver init");
+  PetscErrorCode ierr;
+
+  // Form the optimisation problem object
+  _tao_ctx.optimisation_problem = &optimisation_problem;
+
+  // Set TAO/KSP parameters
+  set_tao_options();
+  set_ksp_options();
+
+  // Set initial vector
+  ierr = TaoSetInitialVector(_tao, x.vec());
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetInitialVector");
+
+  // Set the bounds in case of a bound-constrained minimisation problem
+  if (_has_bounds)
+  {
+    ierr = TaoSetVariableBounds(_tao, lb.vec(), ub.vec());
+    if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetVariableBounds");
+  }
+
+  // Set the objective function, gradient and Hessian evaluation routines
+  ierr = TaoSetObjectiveAndGradientRoutine(_tao, FormFunctionGradient, &_tao_ctx);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetObjectiveAndGradientRoutine");
+  ierr = TaoSetHessianRoutine(_tao, nullptr, nullptr, FormHessian, &_tao_ctx);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetHessianRoutine");
+
+  // Clear previous monitors
+  ierr = TaoCancelMonitors(_tao);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoCancelMonitors");
+
+  // Set the monitor
+  if (parameters["monitor_convergence"])
+  {
+    ierr = TaoSetMonitor(_tao,
+#if PETSC_VERSION_MAJOR == 3 && PETSC_VERSION_MINOR <= 8 && PETSC_VERSION_RELEASE == 1
+                         TaoDefaultMonitor,
+#else
+                         TaoMonitorDefault,
+#endif
+                         PETSC_VIEWER_STDOUT_(PetscObjectComm((PetscObject)_tao)),
+                         NULL);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetMonitor");
+  }
+
+  // Check for any TAO command line options
+  std::string prefix = std::string(parameters["options_prefix"]);
+  if (prefix != "default")
+  {
+    // Make sure that the prefix has a '_' at the end if the user
+    // didn't provide it
+    char lastchar = *prefix.rbegin();
+    if (lastchar != '_')
+      prefix += "_";
+    ierr = TaoSetOptionsPrefix(_tao, prefix.c_str());
+    if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetOptionsPrefix");
+  }
+  ierr = TaoSetFromOptions(_tao);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetFromOptions");
+
+  // Set the convergence test
+  ierr = TaoSetConvergenceTest(_tao, TaoConvergenceTest, this);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetConvergenceTest");
+}
+//-----------------------------------------------------------------------------
+std::pair<std::size_t, bool>
+PETScTAOSolver::solve(OptimisationProblem& optimisation_problem,
+                      PETScVector& x,
+                      const PETScVector& lb,
+                      const PETScVector& ub)
+{
+  Timer timer("PETSc TAO solver execution");
+  PetscErrorCode ierr;
+
+  // Initialise the TAO solver
+  PETScVector x_copy(x);
+  init(optimisation_problem, x_copy, lb, ub);
+
+  // Solve
+  ierr = TaoSolve(_tao);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSolve");
+
+  // Get the solution vector
+  x.zero();
+  x.axpy(1.0, x_copy);
+
+  // Update ghost values
+  x.update_ghost_values();
+
+  // Print the report on convergence and methods used
+  if (parameters["report"])
+  {
+    ierr = TaoView(_tao, PETSC_VIEWER_STDOUT_WORLD);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "TaoView");
+  }
+
+  // Check for convergence
+  TaoConvergedReason reason;
+  ierr = TaoGetConvergedReason(_tao, &reason);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoGetConvergedReason");
+
+  // Get the number of iterations
+  PetscInt its = 0;
+  ierr = TaoGetIterationNumber(_tao, &its);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoGetIterationNumber");
+
+  // Report number of iterations
+  if (reason >= 0)
+    log(PROGRESS, "TAO solver converged\n");
+  else
+  {
+    bool error_on_nonconvergence = parameters["error_on_nonconvergence"];
+    if (error_on_nonconvergence)
+    {
+      ierr = TaoView(_tao, PETSC_VIEWER_STDOUT_WORLD);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "TaoView");
+      dolfin_error("PETScTAOSolver.cpp",
+                   "solve nonlinear optimisation problem",
+                   "Solution failed to converge in %i iterations (TAO reason %d)",
+                   its, reason);
+    }
+    else
+    {
+      log(WARNING, "TAO solver failed to converge. Try a different TAO method" \
+                   " or adjust some parameters.");
+    }
+  }
+
+  return std::make_pair(its, reason > 0);
+}
+//-----------------------------------------------------------------------------
+PetscErrorCode PETScTAOSolver::FormFunctionGradient(Tao tao, Vec x,
+                                                    PetscReal *fobj, Vec g,
+                                                    void *ctx)
+{
+  // Get the optimisation problem object
+  struct tao_ctx_t tao_ctx = *(struct tao_ctx_t*) ctx;
+  OptimisationProblem* optimisation_problem = tao_ctx.optimisation_problem;
+
+  // Wrap the PETSc objects
+  PETScVector x_wrap(x);
+  PETScVector g_wrap(g);
+
+  // Compute the objective function f and its gradient g = f'
+  PETScMatrix H(x_wrap.mpi_comm());
+  PETScMatrix P(x_wrap.mpi_comm());
+  *fobj = optimisation_problem->f(x_wrap);
+  optimisation_problem->form(H, P, g_wrap, x_wrap);
+  optimisation_problem->F(g_wrap, x_wrap);
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+PetscErrorCode PETScTAOSolver::FormHessian(Tao tao, Vec x, Mat H, Mat P,
+                                           void *ctx)
+{
+  // Get the optimisation problem object
+  struct tao_ctx_t tao_ctx = *(struct tao_ctx_t*) ctx;
+  OptimisationProblem* optimisation_problem = tao_ctx.optimisation_problem;
+
+  // Wrap the PETSc objects
+  PETScMatrix H_wrap(H);
+  PETScMatrix P_wrap(P);
+  PETScVector x_wrap(x);
+
+  // Compute the hessian H(x) = f''(x)
+  PETScVector g(x_wrap.mpi_comm());
+  optimisation_problem->form(H_wrap, P_wrap, g, x_wrap);
+  optimisation_problem->J(H_wrap, x_wrap);
+  if (H != P)
+    optimisation_problem->J_pc(P_wrap, x_wrap);
+
+  // Use Hessian as preconditioner if not provided
+  if (P_wrap.empty())
+  {
+    log(TRACE, "TAO FormHessian: using Hessian as preconditioner matrix");
+    PetscErrorCode ierr = TaoSetHessianRoutine(tao, nullptr, H,
+                                               nullptr, nullptr);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetHessianRoutine");
+  }
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+PetscErrorCode PETScTAOSolver::TaoConvergenceTest(Tao tao, void *ctx)
+{
+  PetscInt its;
+  PetscReal f, gnorm, cnorm, xdiff;
+  TaoConvergedReason reason;
+  PetscErrorCode ierr;
+  ierr = TaoGetSolutionStatus(tao, &its, &f, &gnorm, &cnorm, &xdiff, &reason);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoGetSolutionStatus");
+
+  // We enforce Tao to do at least one iteration
+  if (its < 1)
+  {
+    ierr = TaoSetConvergedReason(tao, TAO_CONTINUE_ITERATING);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetConvergedReason");
+  }
+  else
+  {
+    ierr = TaoDefaultConvergenceTest(tao, &ctx);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "TaoDefaultConvergenceTest");
+  }
+
+  return 0;
+}
+//------------------------------------------------------------------------------
+void PETScTAOSolver::set_tao_options()
+{
+  dolfin_assert(_tao);
+  PetscErrorCode ierr;
+
+  // Set the TAO solver
+  set_tao(parameters["method"]);
+
+  // Set tolerances
+  ierr = TaoSetTolerances(_tao, parameters["gradient_absolute_tol"],
+                                parameters["gradient_relative_tol"],
+                                parameters["gradient_t_tol"]);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetTolerances");
+
+  // Set TAO solver maximum iterations
+  int maxits = parameters["maximum_iterations"];
+  ierr = TaoSetMaximumIterations(_tao, maxits);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetMaximumIterations");
+
+  // Set TAO line search
+  const std::string line_search_type = parameters["line_search"];
+  if (line_search_type != "default")
+  {
+    TaoLineSearch linesearch;
+    ierr = TaoGetLineSearch(_tao, &linesearch);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "TaoGetLineSearch");
+    ierr = TaoLineSearchSetType(linesearch, line_search_type.c_str());
+    if (ierr != 0) petsc_error(ierr, __FILE__, "TaoLineSearchSetType");
+  }
+}
+//-----------------------------------------------------------------------------
+void PETScTAOSolver::set_ksp_options()
+{
+  dolfin_assert(_tao);
+  PetscErrorCode ierr;
+  KSP ksp;
+  ierr = TaoGetKSP(_tao, &ksp);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoGetKSP");
+  const std::string ksp_type  = parameters["linear_solver"];
+  const std::string pc_type = parameters["preconditioner"];
+
+  // Set the KSP solver and its options
+  if (ksp)
+  {
+    PC pc;
+    ierr = KSPGetPC(ksp, &pc);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "KSPGetPC");
+
+    if (ksp_type == "default")
+    {
+      // Do nothing
+    }
+
+    // Set type for iterative Krylov solver
+    else if (PETScKrylovSolver::_methods.count(ksp_type) != 0)
+    {
+      std::map<std::string, const KSPType>::const_iterator ksp_pair
+        = PETScKrylovSolver::_methods.find(ksp_type);
+      dolfin_assert(ksp_pair != PETScKrylovSolver::_methods.end());
+      ierr = KSPSetType(ksp, ksp_pair->second);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSetType");
+
+      if (pc_type != "default")
+      {
+        std::map<std::string, const PCType>::const_iterator pc_pair
+          = PETScPreconditioner::_methods.find(pc_type);
+        dolfin_assert(pc_pair != PETScPreconditioner::_methods.end());
+        ierr = PCSetType(pc, pc_pair->second);
+        if (ierr != 0) petsc_error(ierr, __FILE__, "PCSetType");
+      }
+    }
+    else if (ksp_type == "lu" || PETScLUSolver::lumethods.count(ksp_type) != 0)
+    {
+      std::string lu_method;
+      if (PETScLUSolver::lumethods.find(ksp_type) != PETScLUSolver::lumethods.end())
+      {
+        lu_method = ksp_type;
+      }
+      else
+      {
+        MPI_Comm comm = MPI_COMM_NULL;
+        PetscObjectGetComm((PetscObject)_tao, &comm);
+        if (MPI::size(comm) == 1)
+        {
+          #if PETSC_HAVE_UMFPACK
+          lu_method = "umfpack";
+          #elif PETSC_HAVE_MUMPS
+          lu_method = "mumps";
+          #elif PETSC_HAVE_PASTIX
+          lu_method = "pastix";
+          #elif PETSC_HAVE_SUPERLU
+          lu_method = "superlu";
+          #else
+          lu_method = "petsc";
+          warning("Using PETSc native LU solver. Consider configuring PETSc with an efficient LU solver (e.g. UMFPACK, MUMPS).");
+          #endif
+        }
+        else
+        {
+          #if PETSC_HAVE_SUPERLU_DIST
+          lu_method = "superlu_dist";
+          #elif PETSC_HAVE_PASTIX
+          lu_method = "pastix";
+          #elif PETSC_HAVE_MUMPS
+          lu_method = "mumps";
+          #else
+          dolfin_error("PETScTAOSolver.cpp",
+                       "solve linear system using PETSc LU solver",
+                       "No suitable solver for parallel LU found. Consider configuring PETSc with MUMPS or SuperLU_dist");
+          #endif
+        }
+      }
+      ierr = KSPSetType(ksp, KSPPREONLY);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSetType");
+      ierr = PCSetType(pc, PCLU);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "PCSetType");
+      std::map<std::string, const MatSolverType>::const_iterator lu_pair
+        = PETScLUSolver::lumethods.find(lu_method);
+      dolfin_assert(lu_pair != PETScLUSolver::lumethods.end());
+      ierr = PCFactorSetMatSolverType(pc, lu_pair->second);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "PCFactorSetMatSolverType");
+    }
+    else     // Unknown KSP method
+    {
+      dolfin_error("PETScTAOSolver.cpp",
+                   "set linear solver options",
+                   "Unknown KSP method \"%s\"", ksp_type.c_str());
+    }
+
+    // In any case, set the KSP options specified by the user
+    Parameters krylov_parameters = parameters("krylov_solver");
+
+    // Non-zero initial guess
+    bool nonzero_guess = false;
+    if (krylov_parameters["nonzero_initial_guess"].is_set())
+      nonzero_guess = krylov_parameters["nonzero_initial_guess"];
+    if (nonzero_guess)
+    {
+      ierr = KSPSetInitialGuessNonzero(ksp, PETSC_TRUE);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSetInitialGuessNonzero");
+    }
+    else
+    {
+      ierr = KSPSetInitialGuessNonzero(ksp, PETSC_FALSE);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSetInitialGuessNonzero");
+    }
+
+    // KSP monitor
+    if (krylov_parameters["monitor_convergence"].is_set())
+    {
+      if (krylov_parameters["monitor_convergence"])
+      {
+        PetscViewer viewer = PETSC_VIEWER_STDOUT_(PetscObjectComm((PetscObject)ksp));
+        PetscViewerFormat format = PETSC_VIEWER_DEFAULT;
+        PetscViewerAndFormat *vf;
+        ierr = PetscViewerAndFormatCreate(viewer,format,&vf);
+        ierr = KSPMonitorSet(ksp,
+                         (PetscErrorCode (*)(KSP,PetscInt,PetscReal,void*)) KSPMonitorTrueResidualNorm,
+                         vf,
+                         (PetscErrorCode (*)(void**))PetscViewerAndFormatDestroy);
+        if (ierr != 0) petsc_error(ierr, __FILE__, "KSPMonitorSet");
+      }
+    }
+
+    // Set tolerances
+    const double rtol = krylov_parameters["relative_tolerance"].is_set() ? (double)krylov_parameters["relative_tolerance"] : PETSC_DEFAULT;
+    const double atol = krylov_parameters["absolute_tolerance"].is_set() ? (double)krylov_parameters["absolute_tolerance"] : PETSC_DEFAULT;
+    const double dtol = krylov_parameters["divergence_limit"].is_set() ? (double)krylov_parameters["divergence_limit"] : PETSC_DEFAULT;
+    const int max_it  = krylov_parameters["maximum_iterations"].is_set() ? (int)krylov_parameters["maximum_iterations"] : PETSC_DEFAULT;
+    ierr = KSPSetTolerances(ksp, rtol, atol, dtol, max_it);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSetTolerances");
+  }
+  else
+  {
+    warning("The underlying linear solver cannot be modified for this specified TAO solver. The options are all ignored.");
+  }
+}
+//-----------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/nls/PETScTAOSolver.h b/dolfin/nls/PETScTAOSolver.h
new file mode 100644
index 0000000..ee86b45
--- /dev/null
+++ b/dolfin/nls/PETScTAOSolver.h
@@ -0,0 +1,206 @@
+// Copyright (C) 2014 Tianyi Li
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2014-06-22
+// Last changed: 2014-07-23
+
+#ifndef __PETSC_TAO_SOLVER_H
+#define __PETSC_TAO_SOLVER_H
+
+#ifdef HAS_PETSC
+
+#include <map>
+#include <memory>
+#include <string>
+#include <utility>
+#include <vector>
+#include <petsctao.h>
+#include <petsctaolinesearch.h>
+
+#include <dolfin/parameter/Parameters.h>
+#include <dolfin/la/PETScObject.h>
+#include <dolfin/la/PETScVector.h>
+
+namespace dolfin
+{
+
+  /// Forward declarations
+  class GenericVector;
+  class PETScVector;
+  class PETScMatrix;
+  class OptimisationProblem;
+
+  /// This class implements methods for solving nonlinear optimisation
+  /// problems via PETSc TAO solver. It supports unconstrained as well
+  /// as bound-constrained minimisation problem
+
+  class PETScTAOSolver : public PETScObject
+  {
+  public:
+
+    /// Create TAO solver
+    explicit PETScTAOSolver(MPI_Comm comm,
+                            std::string tao_type="default",
+                            std::string ksp_type="default",
+                            std::string pc_type="default");
+
+    /// Create TAO solver on MPI_COMM_WORLD
+    explicit PETScTAOSolver(std::string tao_type="default",
+                            std::string ksp_type="default",
+                            std::string pc_type="default");
+
+    /// Destructor
+    virtual ~PETScTAOSolver();
+
+    /// Solve a nonlinear bound-constrained optimisation problem
+    ///
+    /// *Arguments*
+    ///     optimisation_problem (_OptimisationProblem_)
+    ///         The nonlinear optimisation problem.
+    ///     x (_GenericVector_)
+    ///         The solution vector (initial guess).
+    ///     lb (_GenericVector_)
+    ///         The lower bound.
+    ///     ub (_GenericVector_)
+    ///         The upper bound.
+    ///
+    /// *Returns*
+    ///     (its, converged) (std::pair<std::size_t, bool>)
+    ///         Pair of number of iterations, and whether
+    ///         iteration converged
+    std::pair<std::size_t, bool> solve(OptimisationProblem& optimisation_problem,
+                                       GenericVector& x,
+                                       const GenericVector& lb,
+                                       const GenericVector& ub);
+
+    /// Solve a nonlinear unconstrained minimisation problem
+    ///
+    /// *Arguments*
+    ///     optimisation_problem (_OptimisationProblem_)
+    ///         The nonlinear optimisation problem.
+    ///     x (_GenericVector_)
+    ///         The solution vector (initial guess).
+    ///
+    /// *Returns*
+    ///     (its, converged) (std::pair<std::size_t, bool>)
+    ///         Pair of number of iterations, and whether
+    ///         iteration converged
+    std::pair<std::size_t, bool> solve(OptimisationProblem& optimisation_problem,
+                                       GenericVector& x);
+
+    /// Return the MPI communicator
+    MPI_Comm mpi_comm() const;
+
+    /// Return a list of available solver methods
+    static std::vector<std::pair<std::string, std::string>> methods();
+
+    /// Default parameter values
+    static Parameters default_parameters();
+
+    /// Parameters for the PETSc TAO solver
+    Parameters parameters;
+
+    /// Return the TAO pointer
+    Tao tao() const
+    { return _tao; }
+
+    /// Initialise the TAO solver for a bound-constrained minimisation
+    /// problem, in case the user wants to access the TAO object
+    /// directly
+    void init(OptimisationProblem& optimisation_problem, PETScVector& x,
+              const PETScVector& lb, const PETScVector& ub);
+
+    /// Initialise the TAO solver for an unconstrained minimisation
+    /// problem, in case the user wants to access the TAO object
+    /// directly
+    void init(OptimisationProblem& optimisation_problem, PETScVector& x);
+
+  private:
+
+    /// Solve a nonlinear bound-constrained minimisation problem
+    ///
+    /// *Arguments*
+    ///     optimisation_problem (_OptimisationProblem_)
+    ///         The nonlinear optimisation problem.
+    ///     x (_PETScVector_)
+    ///         The solution vector (initial guess).
+    ///     lb (_PETScVector_)
+    ///         The lower bound.
+    ///     ub (_PETScVector_)
+    ///         The upper bound.
+    ///
+    /// *Returns*
+    ///     (its, converged) (std::pair<std::size_t, bool>)
+    ///         Pair of number of iterations, and whether
+    ///         iteration converged
+    std::pair<std::size_t, bool> solve(OptimisationProblem& optimisation_problem,
+                                       PETScVector& x, const PETScVector& lb,
+                                       const PETScVector& ub);
+
+    // TAO context for optimisation problems
+    struct tao_ctx_t
+    {
+      OptimisationProblem* optimisation_problem;
+    };
+
+    struct tao_ctx_t _tao_ctx;
+
+    // TAO pointer
+    Tao _tao;
+
+    // Update parameters when tao/ksp/pc_types are explictly given
+    void update_parameters(std::string tao_type,
+                           std::string ksp_type,
+                           std::string pc_type);
+
+    // Set options
+    void set_tao_options();
+    void set_ksp_options();
+
+    // Set the TAO solver type
+    void set_tao(std::string tao_type);
+
+    // Flag to indicate if the bounds are set
+    bool _has_bounds;
+
+    // Hessian matrix
+    PETScMatrix _matH;
+
+    // Hessian preconditioner matrix
+    PETScMatrix _matP;
+
+    // Available solvers
+    static const std::map<std::string,
+      std::pair<std::string, const TaoType>> _methods;
+
+    // Compute the nonlinear objective function :math:`f(x)` as well
+    // as its gradient :math:`F(x) = f'(x)`
+    static PetscErrorCode FormFunctionGradient(Tao tao, Vec x, PetscReal *fobj,
+                                               Vec G, void *ctx);
+
+    // Compute the hessian :math:`J(x) = f''(x)`
+    static PetscErrorCode FormHessian(Tao tao, Vec x, Mat H, Mat Hpre,
+                                      void *ctx);
+
+    // Tao convergence test
+    static PetscErrorCode TaoConvergenceTest(Tao tao, void *ctx);
+  };
+
+}
+
+#endif
+#endif
diff --git a/dolfin/nls/TAOLinearBoundSolver.cpp b/dolfin/nls/TAOLinearBoundSolver.cpp
new file mode 100644
index 0000000..0ca775c
--- /dev/null
+++ b/dolfin/nls/TAOLinearBoundSolver.cpp
@@ -0,0 +1,518 @@
+// Copyright (C) 2012 Corrado Maurini
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifdef HAS_PETSC
+
+#include <petsclog.h>
+#include <petscversion.h>
+
+#include <dolfin/common/Timer.h>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/log/log.h>
+#include "dolfin/la/GenericMatrix.h"
+#include "dolfin/la/GenericVector.h"
+#include "dolfin/la/PETScMatrix.h"
+#include "dolfin/la/PETScVector.h"
+#include "dolfin/la/PETScKrylovSolver.h"
+#include "dolfin/la/PETScPreconditioner.h"
+#include "TAOLinearBoundSolver.h"
+#include "petscksp.h"
+#include "petscvec.h"
+#include "petscmat.h"
+#include "petsctao.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+// Mapping from ksp_method string to PETSc
+const std::map<std::string, const KSPType> TAOLinearBoundSolver::_ksp_methods
+= { {"default",    ""},
+    {"cg",         KSPCG},
+    {"gmres",      KSPGMRES},
+    {"minres",     KSPMINRES},
+    {"tfqmr",      KSPTFQMR},
+    {"richardson", KSPRICHARDSON},
+    #if PETSC_VERSION_MAJOR == 3 && PETSC_VERSION_MINOR <= 7 && PETSC_VERSION_RELEASE == 1
+    {"nash",       KSPNASH},
+    {"stcg",       KSPSTCG},
+    #endif
+    {"bicgstab",   KSPBCGS} };
+//-----------------------------------------------------------------------------
+// Mapping from method string to description
+const std::map<std::string, std::string> TAOLinearBoundSolver::_methods_descr
+= { {"default"  ,  "Default Tao method (tao_tron)"},
+    {"tron" ,  "Newton Trust Region method"},
+    {"bqpip",  "Interior Point Newton Algorithm"},
+    {"gpcg" ,  "Gradient Projection Conjugate Gradient"},
+    {"blmvm",  "Limited memory variable metric method"} };
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string> TAOLinearBoundSolver::methods()
+{
+  return TAOLinearBoundSolver::_methods_descr;
+}
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string> TAOLinearBoundSolver::krylov_solvers()
+{
+  return PETScKrylovSolver::methods();
+}
+//-----------------------------------------------------------------------------
+std::map<std::string, std::string> TAOLinearBoundSolver::preconditioners()
+{
+  return PETScPreconditioner::preconditioners();
+}
+//-----------------------------------------------------------------------------
+TAOLinearBoundSolver::TAOLinearBoundSolver(MPI_Comm comm)
+  : _tao(nullptr), _preconditioner_set(false)
+{
+  PetscErrorCode ierr;
+
+  // Create TAO object
+  ierr = TaoCreate(PETSC_COMM_WORLD, &_tao);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoCreate");
+}
+//-----------------------------------------------------------------------------
+TAOLinearBoundSolver::TAOLinearBoundSolver(const std::string method,
+                                           const std::string ksp_type,
+                                           const std::string pc_type)
+  : _tao(NULL), _preconditioner(new PETScPreconditioner(pc_type)),
+    _preconditioner_set(false)
+{
+  // Set parameter values
+  parameters = default_parameters();
+
+  PetscErrorCode ierr;
+
+  // Create TAO object
+  ierr = TaoCreate(PETSC_COMM_WORLD, &_tao);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoCreate");
+
+  // Set tao solver
+  set_solver(method);
+
+  //Set the PETSC KSP used by TAO
+  set_ksp(ksp_type);
+
+  // Some preconditioners may lead to errors because not compatible with TAO.
+  if ((pc_type != "default") or (ksp_type != "default")
+      or (method != "default"))
+  {
+    log(WARNING, "Some preconditioners may be not be applicable to "\
+    "TAO solvers and generate errors.");
+  }
+}
+//-----------------------------------------------------------------------------
+TAOLinearBoundSolver::~TAOLinearBoundSolver()
+{
+  if (_tao)
+    TaoDestroy(&_tao);
+}
+//-----------------------------------------------------------------------------
+void
+TAOLinearBoundSolver::set_operators(std::shared_ptr<const GenericMatrix> A,
+                                    std::shared_ptr<const GenericVector> b)
+{
+  std::shared_ptr<const PETScMatrix> _matA = as_type<const PETScMatrix>(A);
+  std::shared_ptr<const PETScVector> _b = as_type<const PETScVector>(b);
+  set_operators(_matA, _b);
+}
+//-----------------------------------------------------------------------------
+void
+TAOLinearBoundSolver::set_operators(std::shared_ptr<const PETScMatrix> A,
+                                    std::shared_ptr<const PETScVector> b)
+{
+  this->_matA = A;
+  this->_b = b;
+}
+//-----------------------------------------------------------------------------
+std::size_t TAOLinearBoundSolver::solve(const GenericMatrix& A1,
+                                        GenericVector& x,
+                                        const GenericVector& b1,
+                                        const GenericVector& xl,
+                                        const GenericVector& xu)
+{
+  return solve(as_type<const PETScMatrix>(A1),
+               as_type<PETScVector>(x),
+               as_type<const PETScVector>(b1),
+               as_type<const PETScVector>(xl),
+               as_type<const PETScVector>(xu));
+}
+//-----------------------------------------------------------------------------
+std::size_t TAOLinearBoundSolver::solve(const PETScMatrix& A1,
+                                        PETScVector& x,
+                                        const PETScVector& b1,
+                                        const PETScVector& xl,
+                                        const PETScVector& xu)
+{
+  PetscErrorCode ierr;
+
+  // Check symmetry
+  dolfin_assert(A1.size(0) == A1.size(1));
+
+  // Set operators (A and b)
+  std::shared_ptr<const PETScMatrix> A(&A1, NoDeleter());
+  std::shared_ptr<const PETScVector> b(&b1, NoDeleter());
+  set_operators(A, b);
+  dolfin_assert(A->mat());
+  //dolfin_assert(b->vec());
+
+  // Set initial vector
+  dolfin_assert(_tao);
+  ierr = TaoSetInitialVector(_tao, x.vec());
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetInitialVector");
+
+  // Set the bound on the variables
+  ierr = TaoSetVariableBounds(_tao, xl.vec(), xu.vec());
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetVariableBounds");
+
+  // Set the user function, gradient, hessian evaluation routines and
+  // data structures
+  ierr = TaoSetObjectiveAndGradientRoutine(_tao,
+           __TAOFormFunctionGradientQuadraticProblem, this);
+  if (ierr != 0) petsc_error(ierr, __FILE__,
+                             "TaoSetObjectiveAndGradientRoutine");
+  ierr = TaoSetHessianRoutine(_tao, A->mat(), A->mat(),
+                              __TAOFormHessianQuadraticProblem, this);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetHessianRoutine");
+
+  // Set parameters from local parameters, including ksp parameters
+  read_parameters();
+
+  // Clear previous monitors
+  ierr = TaoCancelMonitors(_tao);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoCancelMonitors");
+
+  // Set the monitor
+  if (parameters["monitor_convergence"].is_set())
+  {
+    if (parameters["monitor_convergence"])
+    {
+      ierr = TaoSetMonitor(_tao, __TAOMonitor, this, NULL);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetMonitor");
+    }
+  }
+
+  // Solve the bound constrained problem
+  Timer timer("TAO solver");
+  const char* tao_type;
+  ierr = TaoGetType(_tao, &tao_type);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoGetType");
+  log(PROGRESS, "Tao solver %s starting to solve %i x %i system", tao_type,
+      A->size(0), A->size(1));
+
+  // Solve
+  ierr = TaoSolve(_tao);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSolve");
+
+  // Update ghost values
+  x.update_ghost_values();
+
+  // Print the report on convergences and methods used
+  if (parameters["report"].is_set())
+  {
+    if (parameters["report"])
+    {
+      ierr = TaoView(_tao, PETSC_VIEWER_STDOUT_WORLD);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "TaoView");
+    }
+  }
+
+  // Check for convergence
+  TaoConvergedReason reason;
+  ierr = TaoGetConvergedReason(_tao, &reason);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoGetConvergedReason");
+
+  // Get the number of iterations
+  PetscInt num_iterations = 0;
+  ierr = TaoGetMaximumIterations(_tao, &num_iterations);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoGetMaximumIterations");
+
+  // Report number of iterations
+  if (reason >= 0)
+    log(PROGRESS, "Tao solver converged\n");
+  else
+  {
+    if (parameters["error_on_nonconvergence"].is_set())
+    {
+      bool error_on_nonconvergence = parameters["error_on_nonconvergence"];
+      if (error_on_nonconvergence)
+      {
+        ierr = TaoView(_tao, PETSC_VIEWER_STDOUT_WORLD);
+        if (ierr != 0) petsc_error(ierr, __FILE__, "TaoView");
+        dolfin_error("TAOLinearBoundSolver.cpp",
+                     "solve linear system using Tao solver",
+                     "Solution failed to converge in %i iterations (TAO reason %d)",
+                     num_iterations, reason);
+      }
+      else
+      {
+        log(WARNING,  "Tao solver %s failed to converge. Try a different TAO method," \
+            " adjust some parameters", tao_type);
+      }
+    }
+  }
+
+  return num_iterations;
+}
+//-----------------------------------------------------------------------------
+void TAOLinearBoundSolver::set_solver(const std::string& method)
+{
+  dolfin_assert(_tao);
+  PetscErrorCode ierr;
+
+  // Do nothing if default type is specified
+  if (method == "default")
+    ierr = TaoSetType(_tao, "tron");
+  else
+  {
+    // Choose solver
+    if (method == "tron")
+      ierr = TaoSetType(_tao, "tron");
+    else if (method == "blmvm")
+      ierr = TaoSetType(_tao, "blmvm" );
+    else if (method == "gpcg")
+      ierr = TaoSetType(_tao, "gpcg" );
+    else if (method == "bqpip")
+      ierr = TaoSetType(_tao, "bqpip");
+    else
+    {
+      dolfin_error("TAOLinearBoundSolver.cpp",
+                   "set solver for TAO solver",
+                   "Unknown solver type (\"%s\")", method.c_str());
+      ierr = 0; // Make compiler happy about uninitialized variable
+    }
+  }
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetType");
+}
+//-----------------------------------------------------------------------------
+void TAOLinearBoundSolver::set_ksp(std::string ksp_type)
+{
+  PetscErrorCode ierr;
+
+  // Set ksp type
+  if (ksp_type != "default")
+  {
+    dolfin_assert(_tao);
+    KSP ksp;
+    ierr = TaoGetKSP(_tao, &ksp);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "TaoGetKSP");
+    if (ksp)
+    {
+      dolfin_assert(_ksp_methods.find(ksp_type) != _ksp_methods.end());
+      ierr = KSPSetType(ksp, _ksp_methods.find(ksp_type)->second);
+      if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSetType");
+    }
+    else
+    {
+      log(WARNING, "The selected tao solver does not allow one to set a specific "\
+      "Krylov solver. Option %s is ignored", ksp_type.c_str());
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+Tao TAOLinearBoundSolver::tao() const
+{
+  return _tao;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const PETScMatrix> TAOLinearBoundSolver::get_matrix() const
+{
+  return _matA;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const PETScVector> TAOLinearBoundSolver::get_vector() const
+{
+  return _b;
+}
+//-----------------------------------------------------------------------------
+void TAOLinearBoundSolver::read_parameters()
+{
+  dolfin_assert(_tao);
+  PetscErrorCode ierr;
+
+  // Set tolerances
+  ierr = TaoSetTolerances(_tao, parameters["gradient_absolute_tol"],
+                                parameters["gradient_relative_tol"],
+                                parameters["gradient_t_tol"]);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetTolerances");
+
+  // Set TAO solver maximum iterations
+  if (parameters["maximum_iterations"].is_set())
+  {
+    int maxits = parameters["maximum_iterations"];
+    ierr = TaoSetMaximumIterations(_tao, maxits);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "TaoSetMaximumIterations");
+  }
+
+  // Set ksp_options
+  set_ksp_options();
+}
+//-----------------------------------------------------------------------------
+void TAOLinearBoundSolver::init(const std::string& method)
+{
+  PetscErrorCode ierr;
+
+  // Check that nobody else shares this solver
+  if (_tao)
+  {
+    ierr = TaoDestroy(&_tao);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "TaoDestroy");
+  }
+
+  // Set up solver environment
+  ierr = TaoCreate(PETSC_COMM_WORLD, &_tao);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoCreate");
+
+  // Set tao solver
+  set_solver(method);
+}
+//-----------------------------------------------------------------------------
+void TAOLinearBoundSolver::set_ksp_options()
+{
+  dolfin_assert(_tao);
+  PetscErrorCode ierr;
+
+  KSP ksp;
+  ierr = TaoGetKSP(_tao, &ksp);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoGetKSP");
+
+  if (ksp)
+  {
+    Parameters krylov_parameters = parameters("krylov_solver");
+
+    // Non-zero initial guess
+    bool nonzero_guess = false;
+    if (krylov_parameters["nonzero_initial_guess"].is_set())
+      nonzero_guess = krylov_parameters["nonzero_initial_guess"];
+
+    if (nonzero_guess)
+      ierr = KSPSetInitialGuessNonzero(ksp, PETSC_TRUE);
+    else
+      ierr = KSPSetInitialGuessNonzero(ksp, PETSC_FALSE);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSetInitialGuessNonzero");
+
+    if (krylov_parameters["monitor_convergence"].is_set())
+    {
+      if (krylov_parameters["monitor_convergence"])
+      {
+        PetscViewer viewer = PETSC_VIEWER_STDOUT_(PetscObjectComm((PetscObject)ksp));
+        PetscViewerFormat format = PETSC_VIEWER_DEFAULT;
+        PetscViewerAndFormat *vf;
+        ierr = PetscViewerAndFormatCreate(viewer,format,&vf);
+        ierr = KSPMonitorSet(ksp, (PetscErrorCode (*)(KSP,PetscInt,PetscReal,void*)) KSPMonitorTrueResidualNorm,
+                             vf,(PetscErrorCode (*)(void**))PetscViewerAndFormatDestroy);
+        if (ierr != 0) petsc_error(ierr, __FILE__, "KSPMonitorSet");
+      }
+    }
+
+    // Set tolerances
+    const double rtol = krylov_parameters["relative_tolerance"].is_set() ? (double)krylov_parameters["relative_tolerance"] : PETSC_DEFAULT;
+    const double atol = krylov_parameters["absolute_tolerance"].is_set() ? (double)krylov_parameters["absolute_tolerance"] : PETSC_DEFAULT;
+    const double dtol = krylov_parameters["divergence_limit"].is_set() ? (double)krylov_parameters["divergence_limit"] : PETSC_DEFAULT;
+    const int max_ksp_it  = krylov_parameters["maximum_iterations"].is_set() ? (int)krylov_parameters["maximum_iterations"] : PETSC_DEFAULT;
+    ierr = KSPSetTolerances(ksp, rtol, atol, dtol, max_ksp_it);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "KSPSetTolerances");
+
+    // Set preconditioner
+    if (_preconditioner && !_preconditioner_set)
+    {
+      PETScKrylovSolver dolfin_ksp(ksp);
+      _preconditioner->set(dolfin_ksp);
+      _preconditioner_set = true;
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+PetscErrorCode
+TAOLinearBoundSolver::__TAOFormFunctionGradientQuadraticProblem(Tao tao,
+                                                                Vec X,
+                                                                PetscReal *ener,
+                                                                Vec G,
+                                                                void *ptr)
+{
+  PetscErrorCode ierr;
+  PetscReal AXX, bX;
+
+  dolfin_assert(ptr);
+  const TAOLinearBoundSolver* solver = static_cast<TAOLinearBoundSolver*>(ptr);
+  const PETScMatrix* A = solver->get_matrix().get();
+  const PETScVector* b = solver->get_vector().get();
+  dolfin_assert(A);
+  dolfin_assert(b);
+
+  // Calculate AX=A*X and store in G
+  ierr = MatMult(A->mat(), X, G);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "MatMult");
+
+  // Calculate AXX=A*X*X
+  ierr = VecDot(G, X, &AXX);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "VecDot");
+
+  // Calculate bX=b*X
+  ierr = VecDot(b->vec(), X, &bX);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "VecDot");
+
+  // Calculate the functional value ener=1/2*A*X*X-b*X
+  dolfin_assert(ener);
+  *ener = 0.5*AXX-bX;
+
+  // Calculate the gradient vector G=A*X-b
+  ierr = VecAXPBY(G, -1.0, 1.0, b->vec());
+  if (ierr != 0) petsc_error(ierr, __FILE__, "VecAXPBY");
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+PetscErrorCode
+TAOLinearBoundSolver::__TAOFormHessianQuadraticProblem(Tao tao,
+                                                       Vec X, Mat H,
+                                                       Mat Hpre,
+                                                       void *ptr)
+{
+  dolfin_assert(ptr);
+  const TAOLinearBoundSolver* solver = static_cast<TAOLinearBoundSolver*>(ptr);
+  const PETScMatrix* A = solver->get_matrix().get();
+  dolfin_assert(A);
+
+  // Set the hessian to the matrix A (quadratic problem)
+  Mat Atmp = A->mat();
+  H = Atmp;
+
+  return 0;
+}
+//------------------------------------------------------------------------------
+PetscErrorCode TAOLinearBoundSolver::__TAOMonitor(Tao tao, void *ctx)
+{
+  dolfin_assert(tao);
+  PetscErrorCode ierr;
+  PetscInt its;
+  PetscReal f, gnorm, cnorm, xdiff;
+  TaoConvergedReason reason;
+
+  ierr = TaoGetSolutionStatus(tao, &its, &f, &gnorm, &cnorm, &xdiff, &reason);
+  if (ierr != 0) petsc_error(ierr, __FILE__, "TaoGetSolutionStatus");
+  if (!(its % 5))
+  {
+    ierr = PetscPrintf(PETSC_COMM_WORLD,"iteration=%D\tf=%g\n", its, (double)f);
+    if (ierr != 0) petsc_error(ierr, __FILE__, "PetscPrintf");
+  }
+
+  return 0;
+}
+//------------------------------------------------------------------------------
+
+#endif
diff --git a/dolfin/nls/TAOLinearBoundSolver.h b/dolfin/nls/TAOLinearBoundSolver.h
new file mode 100644
index 0000000..bfe6527
--- /dev/null
+++ b/dolfin/nls/TAOLinearBoundSolver.h
@@ -0,0 +1,217 @@
+// Copyright (C) 2012 Corrado Maurini
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef _TAOLinearBoundSolver_H
+#define _TAOLinearBoundSolver_H
+
+#ifdef HAS_PETSC
+
+#include <map>
+#include <memory>
+#include <petscksp.h>
+#include <petscpc.h>
+
+#include <petsctao.h>
+#include <dolfin/common/NoDeleter.h>
+#include <dolfin/common/types.h>
+
+#include <dolfin/la/PETScObject.h>
+#include <dolfin/la/KrylovSolver.h>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class GenericMatrix;
+  class GenericVector;
+  class PETScMatrix;
+  class PETScVector;
+  class PETScPreconditioner;
+  class PETScKrylovSolver;
+  class PETScKSPDeleter;
+
+  /// This class provides a bound constrained solver for a
+  /// linear variational inequality defined by a matrix A and a vector b.
+  /// It solves the problem:
+  ///
+  /// Find :math:`x_l\leq x\leq x_u` such that
+  /// :math:`(Ax-b)\cdot (y-x)\geq 0,\; \forall x_l\leq y\leq x_u`
+  ///
+  /// It is a wrapper for the TAO bound constrained solver.
+  ///
+  /// @code{.py}
+  ///
+  ///       # Assemble the linear system
+  ///       A, b = assemble_system(a, L, bc)
+  ///       # Define the constraints
+  ///       constraint_u = Constant(1.)
+  ///       constraint_l = Constant(0.)
+  ///       u_min = interpolate(constraint_l, V)
+  ///       u_max = interpolate(constraint_u, V)
+  ///       # Define the function to store the solution
+  ///       usol=Function(V)
+  ///       # Create the TAOLinearBoundSolver
+  ///       solver=TAOLinearBoundSolver("tao_gpcg","gmres")
+  ///       # Set some parameters
+  ///       solver.parameters["monitor_convergence"]=True
+  ///       solver.parameters["report"]=True
+  ///       # Solve the problem
+  ///       solver.solve(A, usol.vector(), b , u_min.vector(), u_max.vector())
+  ///       info(solver.parameters,True)
+  /// @endcode
+  class TAOLinearBoundSolver : public Variable, public PETScObject
+  {
+  public:
+
+    /// Create TAO bound constrained solver
+    explicit TAOLinearBoundSolver(MPI_Comm comm);
+
+    /// Create TAO bound constrained solver
+    TAOLinearBoundSolver(const std::string method = "default",
+                         const std::string ksp_type = "default",
+                         const std::string pc_type = "default");
+
+    /// Destructor
+    ~TAOLinearBoundSolver();
+
+    /// Solve the linear variational inequality defined by A and b
+    /// with xl =< x <= xu
+    std::size_t solve(const GenericMatrix& A, GenericVector& x,
+                      const GenericVector& b, const GenericVector& xl,
+                      const GenericVector& xu);
+
+    /// Solve the linear variational inequality defined by A and b
+    /// with xl =< x <= xu
+    std::size_t solve(const PETScMatrix& A, PETScVector& x,
+                      const PETScVector& b,
+                      const PETScVector& xl, const PETScVector& xu);
+
+    /// Set the TAO solver type
+    void set_solver(const std::string&);
+
+    /// Set PETSC Krylov Solver (ksp) used by TAO
+    void set_ksp(const std::string ksp_type = "default");
+
+    /// Return TAO solver pointer
+    Tao tao() const;
+
+    /// Return a list of available Tao solver methods
+    static std::map<std::string, std::string> methods();
+
+    /// Return a list of available krylov solvers
+    static std::map<std::string, std::string> krylov_solvers();
+
+    /// Return a list of available preconditioners
+    static std::map<std::string, std::string> preconditioners();
+
+    /// Default parameter values
+    static Parameters default_parameters()
+    {
+      Parameters p("tao_solver");
+
+      p.add("monitor_convergence"    , false);
+      p.add("report"                 , false);
+      p.add("gradient_absolute_tol"  , 1.0e-8);
+      p.add("gradient_relative_tol"  , 1.0e-8);
+      p.add("gradient_t_tol"         , 0.0);
+      p.add("error_on_nonconvergence", true);
+      p.add("maximum_iterations"     , 100);
+      p.add("options_prefix"         , "default");
+
+      Parameters ksp("krylov_solver");
+      ksp = KrylovSolver::default_parameters();
+      p.add(ksp);
+
+      return p;
+    }
+
+    /// Return Matrix shared pointer
+    std::shared_ptr<const PETScMatrix> get_matrix() const;
+
+    /// Return load vector shared pointer
+    std::shared_ptr<const PETScVector> get_vector() const;
+
+  private:
+
+    // Set operators with GenericMatrix and GenericVector
+    void set_operators(std::shared_ptr<const GenericMatrix> A,
+                       std::shared_ptr<const GenericVector> b);
+
+    // Set operators with shared pointer to PETSc objects
+    void set_operators(std::shared_ptr<const PETScMatrix> A,
+                       std::shared_ptr<const PETScVector> b);
+
+    // Callback for changes in parameter values
+    void read_parameters();
+
+    // Available ksp solvers
+    static const std::map<std::string, const KSPType> _ksp_methods;
+
+    // Available tao solvers descriptions
+    static const std::map<std::string, std::string> _methods_descr;
+
+    // Set options
+    void set_ksp_options();
+
+    // Initialize TAO solver
+    void init(const std::string& method);
+
+    // Tao solver pointer
+    Tao _tao;
+
+    // Petsc preconditioner
+    std::shared_ptr<PETScPreconditioner> _preconditioner;
+
+    // Operator (the matrix) and the vector
+    std::shared_ptr<const PETScMatrix> _matA;
+    std::shared_ptr<const PETScVector> _b;
+
+    bool _preconditioner_set;
+
+    // Computes the value of the objective function and its gradient.
+    static PetscErrorCode
+      __TAOFormFunctionGradientQuadraticProblem(Tao tao, Vec X,
+                                                PetscReal *ener, Vec G,
+                                                void *ptr);
+
+    // Computes the hessian of the quadratic objective function
+    static PetscErrorCode
+      __TAOFormHessianQuadraticProblem(Tao tao,Vec X, Mat H, Mat Hpre,
+                                       void *ptr);
+
+    //-------------------------------------------------------------------------
+    //  Monitor the state of the solution at each iteration. The
+    //  output printed to the screen is:
+    //
+    //  iterate - the current iterate number (>=0)
+    //  f       - the current function value
+    //  gnorm   - the square of the gradient norm, duality gap, or other
+    //             measure
+    //            indicating distance from optimality.
+    //  cnorm - the infeasibility of the current solution with regard
+    //         to the constraints.
+    //  xdiff - the step length or trust region radius of the most
+    //         recent iterate.
+    //-------------------------------------------------------------------------
+    static PetscErrorCode __TAOMonitor(Tao tao, void *ctx);
+
+  };
+
+}
+
+#endif
+#endif
diff --git a/dolfin/nls/dolfin_nls.h b/dolfin/nls/dolfin_nls.h
new file mode 100644
index 0000000..b606ee8
--- /dev/null
+++ b/dolfin/nls/dolfin_nls.h
@@ -0,0 +1,13 @@
+#ifndef __DOLFIN_NLS_H
+#define __DOLFIN_NLS_H
+
+// DOLFIN nonlinear solver
+
+#include <dolfin/nls/NonlinearProblem.h>
+#include <dolfin/nls/NewtonSolver.h>
+#include <dolfin/nls/OptimisationProblem.h>
+#include <dolfin/nls/PETScSNESSolver.h>
+#include <dolfin/nls/PETScTAOSolver.h>
+#include <dolfin/nls/TAOLinearBoundSolver.h>
+
+#endif
diff --git a/dolfin/parameter/CMakeLists.txt b/dolfin/parameter/CMakeLists.txt
new file mode 100644
index 0000000..fb02dec
--- /dev/null
+++ b/dolfin/parameter/CMakeLists.txt
@@ -0,0 +1,12 @@
+set(HEADERS
+  dolfin_parameter.h
+  GlobalParameters.h
+  Parameter.h
+  Parameters.h
+  PARENT_SCOPE)
+
+set(SOURCES
+  GlobalParameters.cpp
+  Parameter.cpp
+  Parameters.cpp
+  PARENT_SCOPE)
diff --git a/dolfin/parameter/GlobalParameters.cpp b/dolfin/parameter/GlobalParameters.cpp
new file mode 100644
index 0000000..bf7e955
--- /dev/null
+++ b/dolfin/parameter/GlobalParameters.cpp
@@ -0,0 +1,161 @@
+// Copyright (C) 2009 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2009-07-02
+// Last changed: 2011-11-15
+
+#include <fstream>
+#include <cstdlib>
+#include <iostream>
+#include <dolfin/log/log.h>
+#include <dolfin/log/LogStream.h>
+#include <dolfin/io/File.h>
+#include "GlobalParameters.h"
+
+using namespace dolfin;
+
+/// The global parameter database
+GlobalParameters dolfin::parameters;
+
+//-----------------------------------------------------------------------------
+GlobalParameters::GlobalParameters() : Parameters("dolfin")
+{
+  // Set default parameter values
+  *static_cast<Parameters*>(this) = default_parameters();
+
+  // Search paths to parameter files in order of decreasing priority
+  std::vector<std::string> parameter_files;
+  parameter_files.push_back("dolfin_parameters.xml");
+  parameter_files.push_back("dolfin_parameters.xml.gz");
+#ifdef _WIN32
+  std::string home_directory(std::getenv("USERPROFILE"));
+  parameter_files.push_back(home_directory + "\\.config\\fenics\\dolfin_parameters.xml");
+  parameter_files.push_back(home_directory + "\\.config\\fenics\\dolfin_parameters.xml.gz");
+#else
+  std::string home_directory(std::getenv("HOME"));
+  parameter_files.push_back(home_directory + "/.config/fenics/dolfin_parameters.xml");
+  parameter_files.push_back(home_directory + "/.config/fenics/dolfin_parameters.xml.gz");
+#endif
+
+  // Try reading parameters from files
+  for (std::size_t i = 0; i < parameter_files.size(); ++i)
+  {
+    // Check if file exists
+    std::ifstream f;
+    f.open(parameter_files[i].c_str());
+    if (!f.is_open())
+      continue;
+    f.close();
+
+    // Note: Cannot use DOLFIN log system here since it's not initialized
+    std::cout << "Reading DOLFIN parameters from file \""
+              << parameter_files[i] << "\"." << std::endl;
+
+    // Read global parameters from file
+    File file(parameter_files[i]);
+    file >> *this;
+
+    // Don't read further files if found
+    break;
+  }
+}
+//-----------------------------------------------------------------------------
+GlobalParameters::~GlobalParameters()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+void GlobalParameters::parse(int argc, char* argv[])
+{
+  log(TRACE, "Parsing command-line arguments.");
+
+  // Extract DOLFIN and PETSc arguments
+  std::vector<std::string> args_dolfin;
+  std::vector<std::string> args_petsc;
+  std::vector<std::string>* current = 0;
+  args_dolfin.push_back(argv[0]);
+  args_petsc.push_back(argv[0]);
+  for (int i = 1; i < argc; ++i)
+  {
+    std::string arg(argv[i]);
+    if (arg.size() > 2 && arg.substr(0, 2) == "--")
+    {
+      if (arg.size() > 8 && arg.substr(0, 8) == "--petsc.")
+      {
+        current = &args_petsc;
+        current->push_back("-" + arg.substr(8));
+      }
+      else
+      {
+        current = &args_dolfin;
+        current->push_back(arg);
+      }
+    }
+    else
+    {
+      if (current)
+        current->push_back(arg);
+      else
+      {
+        dolfin_error("GlobalParameters.cpp",
+                     "parse command-line options",
+                     "Illegal command-line options");
+      }
+    }
+  }
+
+  // Copy to argv lists
+  char** argv_dolfin = new char*[args_dolfin.size()];
+  for (std::size_t i = 0; i < args_dolfin.size(); ++i)
+  {
+    argv_dolfin[i] = new char[args_dolfin[i].size() + 1];
+    sprintf(argv_dolfin[i], "%s", args_dolfin[i].c_str());
+  }
+  char** argv_petsc = new char*[args_petsc.size()];
+  for (std::size_t i = 0; i < args_petsc.size(); ++i)
+  {
+    argv_petsc[i] = new char[args_petsc[i].size() + 1];
+    sprintf(argv_petsc[i], "%s", args_petsc[i].c_str());
+  }
+
+  // Debugging
+  const bool debug = false;
+  if (debug)
+  {
+    cout << "DOLFIN args:";
+    for (std::size_t i = 0; i < args_dolfin.size(); i++)
+      cout << " " << args_dolfin[i];
+    cout << endl;
+    cout << "PETSc args: ";
+    for (std::size_t i = 0; i < args_petsc.size(); i++)
+      cout << " " << args_petsc[i];
+    cout << endl;
+  }
+
+  // Parse DOLFIN and PETSc options
+  parse_common(args_dolfin.size(), argv_dolfin);
+  parse_petsc(args_petsc.size(), argv_petsc);
+
+  // Cleanup
+  for (std::size_t i = 0; i < args_dolfin.size(); ++i)
+    delete [] argv_dolfin[i];
+  for (std::size_t i = 0; i < args_petsc.size(); ++i)
+    delete [] argv_petsc[i];
+  delete [] argv_dolfin;
+  delete [] argv_petsc;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/parameter/GlobalParameters.h b/dolfin/parameter/GlobalParameters.h
new file mode 100644
index 0000000..81f4164
--- /dev/null
+++ b/dolfin/parameter/GlobalParameters.h
@@ -0,0 +1,170 @@
+// Copyright (C) 2009-2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Fredrik Valdmanis, 2011
+//
+// First added:  2009-07-02
+// Last changed: 2013-06-21
+
+#ifndef __GLOBAL_PARAMETERS_H
+#define __GLOBAL_PARAMETERS_H
+
+#include "Parameters.h"
+#include <dolfin/la/KrylovSolver.h>
+#include <dolfin/la/LUSolver.h>
+
+namespace dolfin
+{
+
+  /// This class defines the global DOLFIN parameter database.
+
+  class GlobalParameters : public Parameters
+  {
+  public:
+
+    /// Constructor
+    GlobalParameters();
+
+    /// Destructor
+    virtual ~GlobalParameters();
+
+    /// Parse parameters from command-line
+    virtual void parse(int argc, char* argv[]);
+
+    /// Default parameter values
+    static Parameters default_parameters()
+    {
+      Parameters p("dolfin");
+
+      //-- General
+
+      // Prefix for timer tasks
+      p.add("timer_prefix", "");
+
+      // Allow extrapolation in function interpolation
+      p.add("allow_extrapolation", false);
+
+      //-- Input
+
+      // Warn if reading large XML files in parallel (MB)
+      p.add("warn_on_xml_file_size", 100);
+
+      //-- Output
+
+      // Print standard output on all processes
+      p.add("std_out_all_processes", true);
+
+      // Line width relative to edge length in SVG output
+      p.add("relative_line_width", 0.025);
+
+      // Print the level of thread support provided by the MPI library
+      p.add("print_mpi_thread_support_level", false);
+
+      //-- dof ordering
+
+      // DOF reordering when running in serial
+      p.add("reorder_dofs_serial", true);
+
+      // Add dof ordering library
+      std::string default_dof_ordering_library = "Boost";
+      #ifdef HAS_SCOTCH
+      default_dof_ordering_library = "SCOTCH";
+      #endif
+      p.add("dof_ordering_library", default_dof_ordering_library,
+            {"Boost", "random", "SCOTCH"});
+
+      //-- Meshes
+
+      // Mesh ghosting type
+      p.add("ghost_mode", "none",
+            {"shared_facet", "shared_vertex", "none"});
+
+      // Mesh ordering via SCOTCH and GPS
+      p.add("reorder_cells_gps", false);
+      p.add("reorder_vertices_gps", false);
+
+      // Set default graph/mesh partitioner
+      std::string default_mesh_partitioner = "SCOTCH";
+      #ifdef HAS_PARMETIS
+        #ifndef HAS_SCOTCH
+        default_mesh_partitioner = "ParMETIS";
+        #endif
+      #endif
+      p.add("mesh_partitioner", default_mesh_partitioner,
+            {"ParMETIS", "SCOTCH", "None"});
+
+      // Approaches to partitioning (following Zoltan syntax)
+      // but applies to ParMETIS
+      p.add("partitioning_approach", "PARTITION",
+            {"PARTITION", "REPARTITION", "REFINE"});
+
+      #ifdef HAS_PARMETIS
+      // Repartitioning parameter, determines how strongly to hold on
+      // to cells when shifting between processes
+      p.add("ParMETIS_repartitioning_weight", 1000.0);
+      #endif
+
+      // Mesh refinement
+      p.add("refinement_algorithm", "plaza",
+            {"regular_cut", "plaza", "plaza_with_parent_facets"});
+
+      //-- Graphs
+
+      // Graph coloring
+      std::set<std::string> allowed_coloring_libraries;
+      allowed_coloring_libraries.insert("Boost");
+      #ifdef HAS_TRILINOS
+      allowed_coloring_libraries.insert("Zoltan");
+      #endif
+      p.add("graph_coloring_library", "Boost", allowed_coloring_libraries);
+
+      //-- Linear algebra
+
+      // Linear algebra backend
+      std::string default_backend = "Eigen";
+      std::set<std::string> allowed_backends = {"Eigen"};
+      #ifdef HAS_PETSC
+      allowed_backends.insert("PETSc");
+      default_backend = "PETSc";
+      p.add("use_petsc_signal_handler", false);
+      #endif
+      #ifdef HAS_TRILINOS
+      allowed_backends.insert("Tpetra");
+        #ifndef HAS_PETSC
+        default_backend = "Tpetra";
+        #endif
+      #endif
+
+      p.add("linear_algebra_backend",
+            default_backend,
+            allowed_backends);
+
+      // Add nested parameter sets
+      p.add(KrylovSolver::default_parameters());
+      p.add(LUSolver::default_parameters());
+
+      return p;
+    }
+
+  };
+
+  /// The global parameter database
+  extern GlobalParameters parameters;
+
+}
+
+#endif
diff --git a/dolfin/parameter/Parameter.cpp b/dolfin/parameter/Parameter.cpp
new file mode 100644
index 0000000..a8a6801
--- /dev/null
+++ b/dolfin/parameter/Parameter.cpp
@@ -0,0 +1,443 @@
+// Copyright (C) 2009-2017 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <sstream>
+#include <boost/lexical_cast.hpp>
+#include <dolfin/log/log.h>
+#include "Parameter.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+Parameter::Parameter(std::string key, const char* x)
+  : _value(std::string(x)), _access_count(0), _change_count(0), _is_set(true),
+    _key(key), _description("missing description")
+{
+  check_key(key);
+}
+//-----------------------------------------------------------------------------
+Parameter::Parameter(std::string key, Type ptype)
+  : _access_count(0), _change_count(0), _is_set(false), _key(key),
+    _description("missing description")
+{
+  check_key(key);
+
+  if (ptype == Type::Bool)
+    _value = false;
+  else if (ptype == Type::Int)
+    _value = (int) 0;
+  else if (ptype == Type::Float)
+    _value = (double) 0.0;
+  else if (ptype == Type::String)
+    _value = std::string();
+  else
+  {
+    dolfin_error("Parameter.cpp",
+                 "add unset parameter",
+                 "Type unknown");
+  }
+}
+//-----------------------------------------------------------------------------
+Parameter::~Parameter()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+std::string Parameter::key() const
+{
+  return _key;
+}
+//-----------------------------------------------------------------------------
+std::string Parameter::description() const
+{
+  return _description;
+}
+//-----------------------------------------------------------------------------
+bool Parameter::is_set() const
+{
+  return _is_set;
+}
+//-----------------------------------------------------------------------------
+void Parameter::reset()
+{
+  _is_set = false;
+}
+//-----------------------------------------------------------------------------
+std::size_t Parameter::access_count() const
+{
+  return _access_count;
+}
+//-----------------------------------------------------------------------------
+std::size_t Parameter::change_count() const
+{
+  return _change_count;
+}
+//-----------------------------------------------------------------------------
+void Parameter::set_range(int min_value, int max_value)
+{
+  if (_value.which() != 2)
+  {
+    dolfin_error("Parameter.cpp",
+                 "set range for parameter",
+                 "Cannot set int-valued range for parameter \"%s\" of type %s",
+                 _key.c_str(), type_str().c_str());
+  }
+  else
+    _range = std::array<int, 2>({{min_value, max_value}});
+}
+//-----------------------------------------------------------------------------
+void Parameter::set_range(double min_value, double max_value)
+{
+  if (_value.which() != 3)
+  {
+    dolfin_error("Parameter.cpp",
+                 "set range for parameter",
+                 "Cannot set double-valued range for parameter \"%s\" of type %s",
+                 _key.c_str(), type_str().c_str());
+  }
+  else
+    _range = std::array<double, 2>({{min_value, max_value}});
+}
+//-----------------------------------------------------------------------------
+void Parameter::set_range(std::set<std::string> range)
+{
+  if (_value.which() != 4)
+  {
+    dolfin_error("Parameter.cpp",
+                 "set range for parameter",
+                 "Cannot set string-valued range for parameter \"%s\" of type %s",
+                 _key.c_str(), type_str().c_str());
+  }
+  else
+    _range = range;
+}
+//-----------------------------------------------------------------------------
+void Parameter::get_range(int& min_value, int& max_value) const
+{
+  // FIXME: This is a workaround to support old (but bad) behaviour
+  // where ranges were returned even when not set.
+  if (_range.which() == 0)
+  { min_value = 0; max_value = 0; return; }
+
+  if (_value.which() != 2 or _range.which() == 0)
+  {
+    dolfin_error("Parameter.cpp",
+                 "get range for parameter",
+                 "Cannot get int-valued range for parameter \"%s\" of type %s",
+                 _key.c_str(), type_str().c_str());
+  }
+
+  min_value = boost::get<std::array<int, 2>>(_range)[0];
+  max_value = boost::get<std::array<int, 2>>(_range)[1];
+}
+//-----------------------------------------------------------------------------
+void Parameter::get_range(double& min_value, double& max_value) const
+{
+  // FIXME: This is a workaround to support old (but bad) behaviour
+  // where ranges were returned even when not set.
+  if (_range.which() == 0)
+  { min_value = 0; max_value = 0; return; }
+
+  if (_value.which() != 3 or _range.which() == 0)
+  {
+    dolfin_error("Parameter.cpp",
+                 "get range for parameter",
+                 "Cannot get double-valued range for parameter \"%s\" of type %s",
+                 _key.c_str(), type_str().c_str());
+  }
+
+  min_value = boost::get<std::array<double, 2>>(_range)[0];
+  max_value = boost::get<std::array<double, 2>>(_range)[1];
+}
+//-----------------------------------------------------------------------------
+void Parameter::get_range(std::set<std::string>& range) const
+{
+  // FIXME: This is a workaround to support old (but bad) behaviour
+  // where ranges were returned even when not set.
+  if (_range.which() == 0)
+  { range = std::set<std::string>() ; return; }
+
+  if (_value.which() != 4 or _range.which() == 0)
+  {
+    dolfin_error("Parameter.cpp",
+                 "get range for parameter",
+                 "Cannot get string-valued range for parameter \"%s\" of type %s",
+                 _key.c_str(), type_str().c_str());
+  }
+
+  range = boost::get<std::set<std::string>>(_range);
+}
+//-----------------------------------------------------------------------------
+const Parameter& Parameter::operator= (int value)
+{
+  if (_value.which() != 2)
+  {
+    dolfin_error("Parameter.cpp",
+               "assign parameter",
+               "Cannot assign int-value to parameter \"%s\" of type %s",
+               _key.c_str(), type_str().c_str());
+  }
+
+  _value = value;
+  _is_set = true;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const Parameter& Parameter::operator= (double value)
+{
+  if (_value.which() != 3)
+  {
+    dolfin_error("Parameter.cpp",
+                 "assign parameter",
+                 "Cannot assign double-value to parameter \"%s\" of type %s",
+                 _key.c_str(), type_str().c_str());
+  }
+
+  _value = value;
+  _is_set = true;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const Parameter& Parameter::operator= (std::string value)
+{
+  if (_value.which() != 4)
+  {
+    dolfin_error("Parameter.cpp",
+                 "assign parameter",
+                 "Cannot assign string-value to parameter \"%s\" of type %s",
+                 _key.c_str(), type_str().c_str());
+  }
+
+  _value = value;
+  _is_set = true;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+const Parameter& Parameter::operator= (const char* value)
+{
+  if (_value.which() != 4)
+  {
+    dolfin_error("Parameter.cpp",
+                 "assign parameter",
+                 "Cannot assign char-value to parameter \"%s\" of type %s",
+                 _key.c_str(), type_str().c_str());
+  }
+
+  _value = std::string(value);
+  _is_set = true;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+boost::variant<boost::blank, bool, int, double, std::string> Parameter::value() const
+{
+  return _value;
+}
+//-----------------------------------------------------------------------------
+const Parameter& Parameter::operator= (bool value)
+{
+  if (_value.which() != 1)
+  {
+    dolfin_error("Parameter.cpp",
+                 "assign parameter",
+                 "Cannot assign bool-value to parameter \"%s\" of type %s",
+                 _key.c_str(), type_str().c_str());
+  }
+
+  _value = value;
+  _is_set = true;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+Parameter::operator int() const
+{
+  if (_value.which() != 2)
+  {
+    dolfin_error("Parameter.cpp",
+                 "convert to integer",
+                 "Cannot convert parameter \"%s\" of type %s to int",
+                 _key.c_str(), type_str().c_str());
+  }
+
+  return boost::get<int>(_value);
+}
+//-----------------------------------------------------------------------------
+Parameter::operator std::size_t() const
+{
+  if (_value.which() != 2)
+  {
+    dolfin_error("Parameter.cpp",
+                 "convert to unsigned integer",
+                 "Cannot convert parameter \"%s\" of type %s to std::size_t",
+                 _key.c_str(), type_str().c_str());
+  }
+
+  return boost::get<int>(_value);
+}
+//-----------------------------------------------------------------------------
+Parameter::operator double() const
+{
+  if (_value.which() != 3)
+  {
+    dolfin_error("Parameter.cpp",
+                 "convert to double",
+                 "Cannot convert parameter \"%s\" of type %s to double",
+                 _key.c_str(), type_str().c_str());
+  }
+
+  return boost::get<double>(_value);
+}
+//-----------------------------------------------------------------------------
+Parameter::operator std::string() const
+{
+  if (_value.which() != 4)
+  {
+    dolfin_error("Parameter.cpp",
+                 "convert to string",
+                 "Cannot convert parameter \"%s\" of type %s to string",
+                 _key.c_str(), type_str().c_str());
+  }
+
+  return boost::get<std::string>(_value);
+}
+//-----------------------------------------------------------------------------
+Parameter::operator bool() const
+{
+  if (_value.which() != 1)
+  {
+    dolfin_error("Parameter.cpp",
+                 "convert to string",
+                 "Cannot convert parameter \"%s\" of type %s to bool",
+                 _key.c_str(), type_str().c_str());
+  }
+
+  return boost::get<bool>(_value);
+}
+//-----------------------------------------------------------------------------
+void Parameter::check_key(std::string key)
+{
+  // Space and punctuation not allowed in key names
+  if (key.find(' ') != std::string::npos or key.find('.') != std::string::npos)
+  {
+    dolfin_error("Parameter.cpp",
+                 "check allowed name for key",
+                 "Illegal character in parameter key \"%s\" (no spaces for periods allowed)",
+                 key.c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+std::string Parameter::type_str() const
+{
+  switch (_value.which())
+  {
+  case 1:
+    return "bool";
+  case 2:
+    return "int";
+  case 3:
+    return "double";
+  case 4:
+    return "string";
+  }
+
+  dolfin_error("Parameter.cpp",
+               "return parameter type string",
+               "Cannot determine parameter type");
+  return "unknown";
+}
+//-----------------------------------------------------------------------------
+std::string Parameter::value_str() const
+{
+  switch (_value.which())
+  {
+  case 1:
+    return std::to_string(boost::get<bool>(_value));
+  case 2:
+    return std::to_string(boost::get<int>(_value));
+  case 3:
+    return std::to_string(boost::get<double>(_value));
+  case 4:
+    return boost::get<std::string>(_value);
+  }
+
+  dolfin_error("Parameter.cpp",
+               "return parameter as string",
+               "Cannot determine parameter type");
+  return "unknown";
+}
+//-----------------------------------------------------------------------------
+std::string Parameter::range_str() const
+{
+  if (_range.which() == 0)
+    return "Not set";
+
+  switch (_value.which())
+  {
+  case 1:
+    return "{true, false}";
+  case 2:
+  {
+    std::array<int, 2> ri = boost::get<std::array<int, 2>>(_range);
+    return ("[" + std::to_string(ri[0]) + ", " + std::to_string(ri[1]) + "]");
+  }
+  case 3:
+  {
+    std::array<double, 2> rd = boost::get<std::array<double, 2>>(_range);
+    return "[" + std::to_string(rd[0]) + ", " + std::to_string(rd[1]) + "]";
+  }
+  case 4:
+  {
+    std::set<std::string> _set = boost::get<std::set<std::string>>(_range);
+    std::string rstr = "[";
+    for (auto s : _set)
+      rstr += s + ",";
+    if (!_set.empty())
+      rstr.pop_back();
+    rstr += "]";
+    return rstr;
+  }
+  }
+
+  dolfin_error("Parameter.cpp",
+               "return parameter as range",
+               "Cannot determine parameter type");
+  return "unknown";
+}
+//-----------------------------------------------------------------------------
+std::string Parameter::str() const
+{
+  switch (_value.which())
+  {
+  case 1:
+    return "<bool-valued parameter named \"" + key() + "\" with value "
+      + boost::lexical_cast<std::string>(boost::get<bool>(_value)) + ">";
+  case 2:
+    return "<int-valued parameter named \"" + key() + "\" with value "
+      + std::to_string(boost::get<int>(_value)) + ">";
+  case 3:
+    return "<double-valued parameter named \"" + key() + "\" with value "
+      + std::to_string(boost::get<double>(_value)) + ">";
+  case 4:
+    return "<string-valued parameter named \"" + key() + "\" with value "
+      + boost::get<std::string>(_value) + ">";
+  }
+
+  dolfin_error("Parameter.cpp",
+               "return parameter as range",
+               "Cannot determine parameter type");
+  return "unknown";
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/parameter/Parameter.h b/dolfin/parameter/Parameter.h
new file mode 100644
index 0000000..f43496c
--- /dev/null
+++ b/dolfin/parameter/Parameter.h
@@ -0,0 +1,221 @@
+// Copyright (C) 2009 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __PARAMETER_H
+#define __PARAMETER_H
+
+#include <array>
+#include <set>
+#include <sstream>
+#include <string>
+#include <boost/blank.hpp>
+#include <boost/variant.hpp>
+
+namespace dolfin
+{
+
+  /// Base class for parameters.
+
+  class Parameter
+  {
+  public:
+
+    /// Create parameter for given key and value
+    /// @param key (std::string)
+    /// @param x (T)
+    template<typename T>
+      Parameter(std::string key, T x) : _value(x), _access_count(0),
+      _change_count(0), _is_set(true), _key(key),
+      _description("missing description") { check_key(key); }
+
+    /// Create parameter for given key and value.  This verison (const
+    /// char*) is necessary to have the parameter treated as a string
+    /// rather than char* being cast as bool.
+    ///
+    /// @param key (std::string)
+    /// @param x (const char*))
+    Parameter(std::string key, const char* x);
+
+    /// Enum for the parameter type
+    enum class Type { Bool, Int, Float, String };
+
+    /// Create an unset parameter (type is specified, value is
+    /// unknown)
+    ///
+    /// @param key (std::string)
+    /// @param ptype (Type))
+    Parameter(std::string key, Type ptype);
+
+    /// Create and unset numerical parameter with specified (min, max)
+    /// range
+    template<typename T>
+      Parameter(std::string key, T min, T max) : _value(T(0)),
+      _range(std::array<T, 2>({{min, max}})), _access_count(0), _change_count(0),
+      _is_set(false), _key(key), _description("missing description")
+    { check_key(key); }
+
+    /// Create and unset string parameter with set of allowable strings
+  Parameter(std::string key, std::set<std::string> range) :  _value(std::string("")),
+      _range(range), _access_count(0), _change_count(0), _is_set(false),
+      _key(key), _description("missing description") { check_key(key); }
+
+    /// Copy constructor
+    Parameter(const Parameter&) = default;
+
+    /// Move constructor
+    Parameter(Parameter&&) = default;
+
+    /// Destructor
+    virtual ~Parameter();
+
+    /// Assignment operator
+    Parameter& operator= (const Parameter &) = default;
+
+    /// Return parameter key
+    /// @return std::string
+    std::string key() const;
+
+    /// Return parameter description
+    /// @return std::string
+    std::string description() const;
+
+    /// Return true if parameter is set, return false otherwise
+    /// @return bool
+    bool is_set() const;
+
+    /// Reset the parameter to empty, so that is_set() returns false.
+    void reset();
+
+    /// Return access count (number of times parameter has been accessed)
+    /// @return std::size_t
+    std::size_t access_count() const;
+
+    /// Return change count (number of times parameter has been changed)
+    /// @return std::size_t
+    std::size_t change_count() const;
+
+    /// Set range for int-valued parameter
+    /// @param min_value (int)
+    /// @param max_value (int)
+    ///
+    void set_range(int min_value, int max_value);
+
+    /// Set range for double-valued parameter
+    /// @param min_value (double)
+    /// @param max_value (double)
+    ///
+    void set_range(double min_value, double max_value);
+
+    /// Set range for string-valued parameter
+    /// @param range (std::set<std::string>)
+    ///
+    void set_range(std::set<std::string> range);
+
+    /// Get range for int-valued parameter
+    /// @param [out] min_value (int)
+    /// @param [out] max_value (int)
+    void get_range(int& min_value, int& max_value) const;
+
+    /// Get range for double-valued parameter
+    /// @param [out] min_value (double)
+    /// @param [out] max_value (double)
+    void get_range(double& min_value, double& max_value) const;
+
+    /// Get range for string-valued parameter
+    /// @param [out] range (std::set<std::string>)
+    void get_range(std::set<std::string>& range) const;
+
+    /// Assignment from int
+    /// @param value (int)
+    const Parameter& operator= (int value);
+
+    /// Assignment from double
+    /// @param value (double)
+    const Parameter& operator= (double value);
+
+    /// Assignment from string
+    /// @param value (std::string)
+    const Parameter& operator= (std::string value);
+
+    /// Assignment from string
+    /// @param value (char *)
+    const Parameter& operator= (const char* value);
+
+    /// Assignment from bool
+    /// @param value (bool)
+    const Parameter& operator= (bool value);
+
+    /// Return parameter value
+    boost::variant<boost::blank, bool, int, double, std::string> value() const;
+
+    /// Cast parameter to int
+    operator int() const;
+
+    /// Cast parameter to std::size_t
+    operator std::size_t() const;
+
+    /// Cast parameter to double
+    operator double() const;
+
+    /// Cast parameter to string
+    operator std::string() const;
+
+    /// Cast parameter to bool
+    operator bool() const;
+
+    /// Return value type string
+    std::string type_str() const;
+
+    /// Return value string
+    std::string value_str() const;
+
+    /// Return range string
+    std::string range_str() const;
+
+    /// Return short string description
+    std::string str() const;
+
+    /// Check that key name is allowed
+    static void check_key(std::string key);
+
+  protected:
+
+    // Value (0: blank, 1: bool, 2: int, 3: double, 4: std::string)
+    boost::variant<boost::blank, bool, int, double, std::string> _value;
+
+    // Ranges (0: blank, 1: int, 2: double, 3: std::string)
+    boost::variant<boost::blank, std::array<int, 2>, std::array<double, 2>,
+      std::set<std::string>> _range;
+
+    // Access count
+    mutable std::size_t _access_count;
+
+    // Change count
+    std::size_t _change_count;
+
+    // Whether or not parameter has been set
+    bool _is_set;
+
+    // Parameter key
+    std::string _key;
+
+    // Parameter description
+    std::string _description;
+
+  };
+}
+#endif
diff --git a/dolfin/parameter/Parameters.cpp b/dolfin/parameter/Parameters.cpp
new file mode 100644
index 0000000..58c9b88
--- /dev/null
+++ b/dolfin/parameter/Parameters.cpp
@@ -0,0 +1,637 @@
+// Copyright (C) 2009-2012 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <sstream>
+#include <stdio.h>
+#include <boost/program_options.hpp>
+
+#include <dolfin/log/log.h>
+#include <dolfin/log/LogStream.h>
+#include <dolfin/log/Table.h>
+#include <dolfin/common/utils.h>
+#include <dolfin/common/SubSystemsManager.h>
+#include "Parameter.h"
+#include "Parameters.h"
+
+using namespace dolfin;
+namespace po = boost::program_options;
+
+//-----------------------------------------------------------------------------
+Parameters::Parameters(std::string key) : _key(key)
+{
+  // Check that key name is allowed
+  Parameter::check_key(key);
+}
+//-----------------------------------------------------------------------------
+Parameters::~Parameters()
+{
+  clear();
+}
+//-----------------------------------------------------------------------------
+Parameters::Parameters(const Parameters& parameters)
+{
+  *this = parameters;
+}
+//-----------------------------------------------------------------------------
+std::string Parameters::name() const
+{
+  return _key;
+}
+//-----------------------------------------------------------------------------
+void Parameters::rename(std::string key)
+{
+  Parameter::check_key(key);
+  _key = key;
+}
+//-----------------------------------------------------------------------------
+void Parameters::clear()
+{
+  // Delete parameters and parameter sets
+  _parameters.clear();
+
+  // Reset key
+  _key = "";
+}
+//-----------------------------------------------------------------------------
+void Parameters::add_unset(std::string key, Parameter::Type type)
+{
+  auto e = _parameters.insert({key, Parameter(key, type)});
+  if (!e.second)
+  {
+    dolfin_error("Parameters.cpp",
+                 "add parameter",
+                 "Parameter(s) \"%s.%s\" already defined",
+                 this->name().c_str(), key.c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+void Parameters::add(std::string key, int value)
+{
+  auto e = _parameters.insert({key, Parameter(key, value)});
+  if (!e.second)
+  {
+    dolfin_error("Parameters.cpp",
+                 "add parameter",
+                 "Parameter(s) \"%s.%s\" already defined",
+                 this->name().c_str(), key.c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+void Parameters::add(std::string key, int value,
+                     int min_value, int max_value)
+{
+  auto e = _parameters.insert({key, Parameter(key, value)});
+  if (!e.second)
+  {
+    dolfin_error("Parameters.cpp",
+                 "add parameter",
+                 "Parameter(s) \"%s.%s\" already defined",
+                 this->name().c_str(), key.c_str());
+  }
+
+  // Set range
+  boost::get<Parameter>(e.first->second).set_range(min_value, max_value);
+}
+//-----------------------------------------------------------------------------
+void Parameters::add(std::string key, double value)
+{
+  auto e = _parameters.insert({key, Parameter(key, value)});
+  if (!e.second)
+  {
+    dolfin_error("Parameters.cpp",
+                 "add parameter",
+                 "Parameter(s) \"%s.%s\" already defined",
+                 this->name().c_str(), key.c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+void Parameters::add(std::string key, double value,
+                     double min_value, double max_value)
+{
+  auto e = _parameters.insert({key, Parameter(key, value)});
+  if (!e.second)
+  {
+    dolfin_error("Parameters.cpp",
+                 "add parameter",
+                 "Parameter(s) \"%s.%s\" already defined",
+                 this->name().c_str(), key.c_str());
+  }
+
+  // Set range
+  boost::get<Parameter>(e.first->second).set_range(min_value, max_value);
+}
+//-----------------------------------------------------------------------------
+void Parameters::add(std::string key, std::string value)
+{
+  auto e = _parameters.insert({key, Parameter(key, value)});
+  if (!e.second)
+  {
+    dolfin_error("Parameters.cpp",
+                 "add parameter",
+                 "Parameter(s) \"%s.%s\" already defined",
+                 this->name().c_str(), key.c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+void Parameters::add(std::string key, const char* value)
+{
+  // This version is needed to avoid having const char* picked up by
+  // the add function for bool parameters.
+
+  auto e = _parameters.insert({key, Parameter(key, value)});
+  if (!e.second)
+  {
+    dolfin_error("Parameters.cpp",
+                 "add parameter",
+                 "Parameter \"%s.%s\" already defined",
+                 this->name().c_str(), key.c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+void Parameters::add(std::string key, std::string value,
+                     std::set<std::string> range)
+{
+  auto e = _parameters.insert({key, Parameter(key, value)});
+  if (!e.second)
+  {
+    dolfin_error("Parameters.cpp",
+                 "add parameter",
+                 "Parameter \"%s.%s\" already defined",
+                 this->name().c_str(), key.c_str());
+  }
+
+  boost::get<Parameter>(e.first->second).set_range(range);
+}
+//-----------------------------------------------------------------------------
+void Parameters::add(std::string key, const char* value,
+                     std::set<std::string> range)
+{
+  // This version is needed to avoid having const char* picked up by
+  // the add function for bool parameters.
+
+  auto e = _parameters.insert({key, Parameter(key, value)});
+  if (!e.second)
+  {
+    dolfin_error("Parameters.cpp",
+                 "add parameter",
+                 "Parameter \"%s.%s\" already defined",
+                 this->name().c_str(), key.c_str());
+  }
+
+  // Set range
+  boost::get<Parameter>(e.first->second).set_range(range);
+}
+//-----------------------------------------------------------------------------
+void Parameters::add(std::string key, bool value)
+{
+  auto e = _parameters.insert({key, Parameter(key, value)});
+  if (!e.second)
+  {
+    dolfin_error("Parameters.cpp",
+                 "add parameter",
+                 "Parameter \"%s.%s\" already defined",
+                 this->name().c_str(), key.c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+void Parameters::add(const Parameters& parameters)
+{
+  auto e =_parameters.insert({parameters.name(), Parameters(parameters)});
+  if (!e.second)
+  {
+    dolfin_error("Parameters.cpp",
+                 "add parameter set",
+                 "Parameter set \"%s.%s\" already defined",
+                 this->name().c_str(), parameters.name().c_str());
+  }
+}
+//-----------------------------------------------------------------------------
+void Parameters::remove(std::string key)
+{
+  std::size_t num_removed = 0;
+  num_removed += _parameters.erase(key);
+
+  if (num_removed == 0)
+  {
+    dolfin_error("Parameters.cpp",
+                 "remove parameter or parameter set",
+                 "No parameter or parameter set \"%s.%s\" defined",
+                 this->name().c_str(), key.c_str());
+  }
+
+  dolfin_assert(num_removed == 1);
+}
+//-----------------------------------------------------------------------------
+void Parameters::parse(int argc, char* argv[])
+{
+  log(TRACE, "Parsing command-line arguments.");
+  parse_common(argc, argv);
+}
+//-----------------------------------------------------------------------------
+void Parameters::update(const Parameters& parameters)
+{
+  // Update the parameters
+  for (auto it = parameters._parameters.begin(); it != parameters._parameters.end(); ++it)
+  {
+    // If have a parameter set
+    if (it->second.which() == 1)
+    {
+      const Parameters& other_p_set = boost::get<Parameters>(it->second);
+      (*this)(it->first).update(other_p_set);
+    }
+    else
+    {
+      // Get 'other' parameter and find 'this' parameter (if at all)
+      const Parameter& other_p = boost::get<Parameter>(it->second);
+      auto this_it = _parameters.find(other_p.key());
+
+      // Check type
+
+      if (this_it == _parameters.end())
+      {
+        // This set does not have a parameter that is present in 'other'
+        warning("Ignoring unknown parameter \"%s\" in parameter set \"%s\" when updating parameter set \"%s\".",
+                other_p.key().c_str(), parameters.name().c_str(), name().c_str());
+      }
+      else
+      {
+        // Skip unset parameters
+        if (!other_p.is_set())
+        {
+          //warning("Ignoring unset parameter \"%s\" in parameter set \"%s\" when updating parameter set \"%s\".",
+          //        other.key().c_str(), parameters.name().c_str(), name().c_str());
+        }
+        else
+        {
+          // Update value
+          Parameter& self_p = boost::get<Parameter>(this_it->second);
+          self_p = other_p;
+        }
+      }
+    }
+  }
+
+}
+//-----------------------------------------------------------------------------
+Parameter& Parameters::operator[] (std::string key)
+{
+  auto p = _parameters.find(key);
+  if (p == _parameters.end())
+  {
+    dolfin_error("Parameters.cpp",
+                 "access parameter",
+                 "Parameter \"%s.%s\" not defined",
+                 this->name().c_str(), key.c_str());
+  }
+  else if (p->second.which() != 0)
+  {
+    dolfin_error("Parameters.cpp",
+                 "access parameter",
+                 "Key '" + key + "' is for a Parameters object (not a Parameter)");
+  }
+
+  return boost::get<Parameter>(p->second);
+}
+//-----------------------------------------------------------------------------
+const Parameter& Parameters::operator[] (std::string key) const
+{
+  auto p = _parameters.find(key);
+  if (p == _parameters.end())
+  {
+    dolfin_error("Parameters.cpp",
+                 "access parameter",
+                 "Parameter \"%s.%s\" not defined",
+                 this->name().c_str(), key.c_str());
+  }
+  else if (p->second.which() != 0)
+  {
+    dolfin_error("Parameters.cpp",
+                 "access parameter",
+                 "Key '" + key + "' is for a Parameters object (not a Parameter)");
+  }
+
+  return boost::get<Parameter>(p->second);
+}
+//-----------------------------------------------------------------------------
+Parameters& Parameters::operator() (std::string key)
+{
+  auto p = _parameters.find(key);
+  if (p == _parameters.end())
+  {
+    dolfin_error("Parameters.cpp",
+                 "access parameter set",
+                 "Parameter set \"%s.%s\" not defined",
+                 this->name().c_str(), key.c_str());
+  }
+  else if (p->second.which() != 1)
+  {
+    dolfin_error("Parameters.cpp",
+                 "access parameters",
+                 "Key '" + key + "' is for a Parameter object (not a Parameters)");
+  }
+
+  return boost::get<Parameters>(p->second);
+}
+//-----------------------------------------------------------------------------
+const Parameters& Parameters::operator() (std::string key) const
+{
+  auto p = _parameters.find(key);
+  if (p == _parameters.end())
+  {
+    dolfin_error("Parameters.cpp",
+                 "access parameter set",
+                 "Parameter set \"%s.%s\" not defined",
+                 this->name().c_str(), key.c_str());
+  }
+  else if (p->second.which() != 1)
+  {
+    dolfin_error("Parameters.cpp",
+                 "access parameters",
+                 "Key '" + key + "' is for a Parameter object (not a Parameters)");
+  }
+
+  return boost::get<Parameters>(p->second);
+}
+//-----------------------------------------------------------------------------
+const Parameters& Parameters::operator= (const Parameters& parameters)
+{
+  // Copy key
+  _key = parameters._key;
+
+  // Copy parameters and parameter sets
+  _parameters = parameters._parameters;
+
+  return *this;
+}
+//-----------------------------------------------------------------------------
+bool Parameters::has_key(std::string key) const
+{
+  return has_parameter(key) or has_parameter_set(key);
+}
+//-----------------------------------------------------------------------------
+bool Parameters::has_parameter(std::string key) const
+{
+  auto p = _parameters.find(key);
+  return (p != _parameters.end()) and (p->second.which() == 0);
+}
+//-----------------------------------------------------------------------------
+bool Parameters::has_parameter_set(std::string key) const
+{
+  auto p = _parameters.find(key);
+  return (p != _parameters.end()) and (p->second.which() == 1);
+}
+//-----------------------------------------------------------------------------
+void Parameters::get_parameter_keys(std::vector<std::string>& keys) const
+{
+  for (auto it = _parameters.begin(); it != _parameters.end(); ++it)
+  {
+    if (it->second.which() == 0)
+      keys.push_back(it->first);
+  }
+}
+//-----------------------------------------------------------------------------
+void Parameters::get_parameter_set_keys(std::vector<std::string>& keys) const
+{
+  for (auto it = _parameters.begin(); it != _parameters.end(); ++it)
+  {
+    if (it->second.which() == 1)
+      keys.push_back(it->first);
+  }
+}
+//-----------------------------------------------------------------------------
+std::string Parameters::str(bool verbose) const
+{
+  std::stringstream s;
+  if (verbose)
+  {
+    s << str(false) << std::endl << std::endl;
+    if (_parameters.empty())
+    {
+      s << name() << indent("(empty)");
+      return s.str();
+    }
+
+    Table t(_key);
+    for (auto it = _parameters.begin(); it != _parameters.end(); ++it)
+    {
+      if (it->second.which() == 0)
+      {
+        const Parameter& p = boost::get<Parameter>(it->second);
+        t(p.key(), "type") = p.type_str();
+        t(p.key(), "value") = (p.is_set() ? p.value_str() : "<unset>");
+        t(p.key(), "range") = p.range_str();
+        t(p.key(), "access") = p.access_count();
+        t(p.key(), "change") = p.change_count();
+      }
+    }
+    s << indent(t.str(true));
+
+    for (auto it = _parameters.begin(); it != _parameters.end(); ++it)
+    {
+      if (it->second.which() == 1)
+        s << "\n\n" << indent(boost::get<Parameters>(it->second).str(verbose));
+    }
+  }
+  else
+  {
+    s << "<Parameter set \"" << name() << "\" containing "
+      << _parameters.size() << " parameter(s) and parameter set(s)>";
+  }
+
+  return s.str();
+}
+//-----------------------------------------------------------------------------
+void Parameters::parse_common(int argc, char* argv[])
+{
+  // Add list of allowed options to po::options_description
+  po::options_description desc("Allowed options");
+  add_parameter_set_to_po(desc, *this);
+
+  // Add help option
+  desc.add_options()("help", "show help text");
+
+  // Read command-line arguments into po::variables_map
+  po::variables_map vm;
+  const po::parsed_options parsed
+    = po::command_line_parser(argc, argv).options(desc).allow_unregistered().run();
+  po::store(parsed, vm);
+  po::notify(vm);
+
+  // FIXME: This is commented out because it generated a lot of
+  // misleading noise with application-specific user parameters,
+  // especially when running in parallel
+
+  // Collect and report unrecognized options
+  /*
+  const std::vector<std::string> unrecognized_options
+    = po::collect_unrecognized(parsed.options, po::include_positional);
+  for (std::size_t i = 0; i < unrecognized_options.size(); ++i)
+  {
+    std::cout << "Skipping unrecognized option for parameter set \""
+              << name() << "\": " << unrecognized_options[i] << std::endl;
+  }
+  */
+
+  // Show help text
+  if (vm.count("help"))
+  {
+    std::stringstream s;
+    s << desc;
+    info(s.str());
+    exit(1);
+  }
+
+  // Read values from the parsed variable map
+  read_vm(vm, *this);
+}
+//-----------------------------------------------------------------------------
+void Parameters::parse_petsc(int argc, char* argv[])
+{
+  // Return if there are no arguments
+  if (argc <= 1)
+    return;
+
+  std::string s = "Passing options to PETSc:";
+  for (int i = 1; i < argc; i++)
+  {
+    s.append(" ");
+    s.append(std::string(argv[i]));
+  }
+  log(TRACE, s);
+
+  SubSystemsManager::init_petsc(argc, argv);
+}
+//-----------------------------------------------------------------------------
+void Parameters::add_parameter_set_to_po(po::options_description& desc,
+                                         const Parameters &parameters,
+                                         std::string base_name) const
+{
+  for (auto it = parameters._parameters.begin(); it != parameters._parameters.end(); ++it)
+  {
+    if (it->second.which() == 0)
+    {
+      const Parameter& p = boost::get<Parameter>(it->second);
+      std::string param_name(base_name + p.key());
+      if (p.type_str() == "int")
+      {
+        desc.add_options()(param_name.c_str(), po::value<int>(),
+                           p.description().c_str());
+      }
+      else if (p.type_str() == "bool")
+      {
+        desc.add_options()(param_name.c_str(), po::value<bool>(),
+                           p.description().c_str());
+      }
+      else if (p.type_str() == "double")
+      {
+        desc.add_options()(param_name.c_str(), po::value<double>(),
+                           p.description().c_str());
+      }
+      else if (p.type_str() == "string")
+      {
+        desc.add_options()(param_name.c_str(), po::value<std::string>(),
+                         p.description().c_str());
+      }
+    }
+  }
+
+  for (auto it = parameters._parameters.begin();
+       it != parameters._parameters.end(); ++it)
+  {
+    if (it->second.which() == 1)
+    {
+      const Parameters& p_set = boost::get<Parameters>(it->second);
+      add_parameter_set_to_po(desc, p_set, base_name + it->first + ".");
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void Parameters::read_vm(po::variables_map& vm, Parameters& parameters,
+                         std::string base_name)
+{
+  // Read values from po::variables_map
+  for (auto it = parameters._parameters.begin(); it != parameters._parameters.end(); ++it)
+  {
+    if (it->second.which() == 0)
+    {
+      Parameter& p = boost::get<Parameter>(it->second);
+      std::string param_name(base_name + p.key());
+      if (p.type_str() == "int")
+      {
+        const po::variable_value& v = vm[param_name];
+        if (!v.empty())
+          p = v.as<int>();
+      }
+      else if (p.type_str() == "bool")
+      {
+        const po::variable_value& v = vm[param_name];
+        if (!v.empty())
+          p = v.as<bool>();
+      }
+      else if (p.type_str() == "double")
+      {
+        const po::variable_value& v = vm[param_name];
+        if (!v.empty())
+          p = v.as<double>();
+      }
+      else if (p.type_str() == "string")
+      {
+        const po::variable_value& v = vm[param_name];
+        if (!v.empty())
+          p = v.as<std::string>();
+      }
+    }
+  }
+
+  for (auto it = parameters._parameters.begin();
+       it != parameters._parameters.end(); ++it)
+  {
+    if (it->second.which() == 1)
+    {
+      Parameters& p_set = boost::get<Parameters>(it->second);
+      read_vm(vm, p_set, base_name + it->first + ".");
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+boost::optional<Parameter&> Parameters::find_parameter(std::string key)
+{
+  auto p = _parameters.find(key);
+  if (p == _parameters.end())
+    return boost::none;
+  else if (p->second.which() != 0)
+    return boost::none;
+  else
+    return boost::get<Parameter>(p->second);
+}
+//-----------------------------------------------------------------------------
+boost::optional<Parameters&> Parameters::find_parameter_set(std::string key)
+{
+  auto p = _parameters.find(key);
+  if (p == _parameters.end())
+    return boost::none;
+  else if (p->second.which() != 1)
+    return boost::none;
+  else
+    return boost::get<Parameters>(p->second);
+}
+//-----------------------------------------------------------------------------
+namespace dolfin
+{
+  Parameters empty_parameters("empty");
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/parameter/Parameters.h b/dolfin/parameter/Parameters.h
new file mode 100644
index 0000000..8ebd968
--- /dev/null
+++ b/dolfin/parameter/Parameters.h
@@ -0,0 +1,325 @@
+// Copyright (C) 2009-2017 Anders Logg and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __PARAMETERS_H
+#define __PARAMETERS_H
+
+#include <map>
+#include <set>
+#include <vector>
+#include <boost/optional.hpp>
+#include <boost/variant.hpp>
+#include "Parameter.h"
+#include <dolfin/log/log.h>
+
+namespace boost
+{
+  namespace program_options
+  {
+    class variables_map;
+    class options_description;
+  }
+}
+
+namespace dolfin
+{
+
+  /// This class stores a set of parameters. Each parameter is
+  /// identified by a unique string (the key) and a value of some
+  /// given value type. Parameter sets can be nested at arbitrary
+  /// depths.
+  ///
+  /// A parameter may be either int, double, string or boolean valued.
+  ///
+  /// Parameters may be added as follows:
+  ///
+  /// @code{.cpp}
+  ///   Parameters p("my_parameters");
+  ///   p.add("relative_tolerance",  1e-15);
+  ///   p.add("absolute_tolerance",  1e-15);
+  ///   p.add("gmres_restart",       30);
+  ///   p.add("monitor_convergence", false);
+  /// @endcode
+  ///
+  /// Parameters may be changed as follows:
+  ///
+  /// @code{.cpp}
+  ///   p["gmres_restart"] = 50;
+  /// @endcode
+  ///
+  /// Parameter values may be retrieved as follows:
+  ///
+  /// @code{.cpp}
+  ///   int gmres_restart = p["gmres_restart"];
+  /// @endcode
+  ///
+  /// Parameter sets may be nested as follows:
+  ///
+  /// @code{.cpp}
+  ///   Parameters q("nested_parameters");
+  ///   p.add(q);
+  /// @endcode
+  ///
+  /// Nested parameters may then be accessed by
+  ///
+  /// @code{.cpp}
+  ///   p("nested_parameters")["..."]
+  /// @endcode
+  ///
+  /// Parameters may be nested at arbitrary depths.
+  ///
+  /// Parameters may be parsed from the command-line as follows:
+  ///
+  /// @code{.cpp}
+  ///   p.parse(argc, argv);
+  /// @endcode
+  ///
+  /// Note: spaces in parameter keys are not allowed (to simplify
+  /// usage from command-line).
+
+  class Parameters
+  {
+  public:
+
+    /// Create empty parameter set
+    explicit Parameters(std::string key="parameters");
+
+    /// Destructor
+    virtual ~Parameters();
+
+    /// Copy constructor
+    Parameters(const Parameters& parameters);
+
+    /// Return name for parameter set
+    std::string name() const;
+
+    /// Rename parameter set
+    void rename(std::string key);
+
+    /// Clear parameter set
+    void clear();
+
+    // Note: This is not called 'add' because SWIG does not handle
+    // typesafe C++ enums correctly. It may be renamed when switching
+    // to pybind11.
+    //
+    /// Add unset parameter of specified type
+    void add_unset(std::string key, Parameter::Type type);
+
+    // Deprecated. Use add_unset (see add_unset note).
+    //
+    /// Add an unset parameter of type T. For example, to create a
+    /// unset parameter of type bool, do
+    /// parameters.add<bool>("my_setting")
+    template<typename T> void add(std::string key)
+    {
+      // Check key name
+      if (has_parameter(key))
+      {
+        dolfin_error("Parameters.cpp",
+                     "add parameter",
+                     "Parameter \"%s.%s\" already defined",
+                     this->name().c_str(), key.c_str());
+      }
+
+      // Add parameter. Check for bool must come before check for
+      // std::is_integral.
+      if (std::is_same<T, bool>::value)
+        _parameters.insert({key, Parameter(key, Parameter::Type::Bool)});
+      else if (std::is_same<T, std::string>::value)
+        _parameters.insert({key, Parameter(key, Parameter::Type::String)});
+      else if (std::is_integral<T>::value)
+        _parameters.insert({key, Parameter(key, Parameter::Type::Int)});
+      else if (std::is_floating_point<T>::value)
+        _parameters.insert({key, Parameter(key, Parameter::Type::Float)});
+      else
+      {
+        dolfin_error("Parameters.cpp",
+                     "add parameter",
+                     "Parameter type not supported");
+      }
+    }
+
+    /// Add an unset parameter of type T with allows parameters. For
+    /// example, to create a unset parameter of type bool, do
+    /// parameters.add<bool>("my_setting")
+    template<typename T> void add(std::string key, T min, T max)
+    {
+      // Check key name
+      if (has_parameter(key))
+      {
+        dolfin_error("Parameters.cpp",
+                     "add parameter",
+                     "Parameter \"%s.%s\" already defined",
+                     this->name().c_str(), key.c_str());
+      }
+
+      // Add parameter
+      _parameters.insert({key, Parameter(key, min, max)});
+    }
+
+    /// Add an unset parameter of type T with allows parameters. For
+    /// example, to create a unset parameter of type bool, do
+    /// parameters.add<bool>("my_setting")
+    void add(std::string key, std::set<std::string> valid_values)
+    {
+      // Check key name
+      if (has_parameter(key))
+      {
+        dolfin_error("Parameters.cpp",
+                     "add parameter",
+                     "Parameter \"%s.%s\" already defined",
+                     this->name().c_str(), key.c_str());
+      }
+
+      // Add parameter
+      _parameters.insert({key, Parameter(key, valid_values)});
+    }
+
+    /// Add int-valued parameter
+    void add(std::string key, int value);
+
+    /// Add int-valued parameter with given range
+    void add(std::string key, int value, int min_value, int max_value);
+
+    /// Add double-valued parameter
+    void add(std::string key, double value);
+
+    /// Add double-valued parameter with given range
+    void add(std::string key, double value, double min_value, double max_value);
+
+    /// Add string-valued parameter
+    void add(std::string key, std::string value);
+
+    /// Add string-valued parameter
+    void add(std::string key, const char* value);
+
+    /// Add string-valued parameter with given range
+    void add(std::string key, std::string value, std::set<std::string> range);
+
+    /// Add string-valued parameter with given range
+    void add(std::string key, const char* value, std::set<std::string> range);
+
+    /// Add bool-valued parameter
+    void add(std::string key, bool value);
+
+    /// Add nested parameter set
+    void add(const Parameters& parameters);
+
+    /// Remove parameter or parameter set with given key
+    void remove(std::string key);
+
+    /// Parse parameters from command-line
+    virtual void parse(int argc, char* argv[]);
+
+    /// Update parameters with another set of parameters
+    void update(const Parameters& parameters);
+
+    /// Return parameter for given key
+    Parameter& operator[] (std::string key);
+
+    /// Return parameter for given key (const version)
+    const Parameter& operator[] (std::string key) const;
+
+    // Note: We would have liked to use [] also for access of nested
+    // parameter sets just like we do in Python but we can't overload
+    // on return type.
+
+    /// Return nested parameter set for given key
+    Parameters& operator() (std::string key);
+
+    /// Return nested parameter set for given key (const)
+    const Parameters& operator() (std::string key) const;
+
+    /// Assignment operator
+    const Parameters& operator= (const Parameters& parameters);
+
+    /// Check if parameter set has key (parameter or nested parameter set)
+    bool has_key(std::string key) const;
+
+    /// Check if parameter set has given parameter
+    bool has_parameter(std::string key) const;
+
+    /// Check if parameter set has given nested parameter set
+    bool has_parameter_set(std::string key) const;
+
+    /// Return a vector of parameter keys
+    void get_parameter_keys(std::vector<std::string>& keys) const;
+
+    /// Return a vector of parameter set keys
+    void get_parameter_set_keys(std::vector<std::string>& keys) const;
+
+    /// Return informal string representation (pretty-print)
+    std::string str(bool verbose) const;
+
+    /// Return parameter, if present
+    boost::optional<Parameter&> find_parameter(std::string key);
+
+    /// Return parameter set, if present
+    boost::optional<Parameters&> find_parameter_set(std::string key);
+
+  protected:
+
+    /// Parse filtered options (everything except PETSc options)
+    void parse_common(int argc, char* argv[]);
+
+    /// Parse filtered options (only PETSc options)
+    void parse_petsc(int argc, char* argv[]);
+
+  private:
+
+    // Add all parameters as options to a boost::program_option
+    // instance
+    void
+      add_parameter_set_to_po(boost::program_options::options_description& desc,
+                              const Parameters &parameters,
+                              std::string base_name="") const;
+
+    // Read in values from the boost::variable_map
+    void read_vm(boost::program_options::variables_map& vm,
+                 Parameters &parameters,
+                 std::string base_name="");
+
+    // Parameter set key
+    std::string _key;
+
+    // Map from key to parameter(s)
+    std::map<std::string, boost::variant<Parameter, Parameters>> _parameters;
+
+  public:
+
+    /// Interface for pybind11 iterators
+    std::size_t size() const { return  _parameters.size(); }
+
+    /// Interface for pybind11 iterators
+    std::map<std::string, boost::variant<Parameter, Parameters>>::const_iterator begin() const
+    { return _parameters.cbegin(); }
+    //decltype(_parameters.cbegin()) begin() const { return _parameters.cbegin(); }
+
+    /// Interface for pybind11 iterators
+    std::map<std::string, boost::variant<Parameter, Parameters>>::const_iterator end() const
+    { return _parameters.cend(); }
+    //decltype(_parameters.cend()) end() const { return _parameters.cend(); }
+
+  };
+
+  /// Default empty parameters
+  extern Parameters empty_parameters;
+
+}
+
+#endif
diff --git a/dolfin/parameter/dolfin_parameter.h b/dolfin/parameter/dolfin_parameter.h
new file mode 100644
index 0000000..b88864b
--- /dev/null
+++ b/dolfin/parameter/dolfin_parameter.h
@@ -0,0 +1,10 @@
+#ifndef __DOLFIN_PARAMETER_H
+#define __DOLFIN_PARAMETER_H
+
+/// DOLFIN parameter interface
+
+#include <dolfin/parameter/Parameter.h>
+#include <dolfin/parameter/Parameters.h>
+#include <dolfin/parameter/GlobalParameters.h>
+
+#endif
diff --git a/dolfin/refinement/BisectionRefinement1D.cpp b/dolfin/refinement/BisectionRefinement1D.cpp
new file mode 100644
index 0000000..63fe635
--- /dev/null
+++ b/dolfin/refinement/BisectionRefinement1D.cpp
@@ -0,0 +1,105 @@
+// Copyright (C) 2014 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <vector>
+
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/mesh/MeshEditor.h>
+#include "BisectionRefinement1D.h"
+#include "ParallelRefinement.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void BisectionRefinement1D::refine(Mesh& refined_mesh,
+                                   const Mesh& mesh,
+                                   const MeshFunction<bool>& cell_markers,
+                                   bool redistribute)
+{
+  if (mesh.topology().dim() != 1)
+  {
+    dolfin_error("BisectionRefinement1D.cpp",
+                 "refine mesh",
+                 "Mesh is not one-dimensional");
+  }
+
+  ParallelRefinement p_ref(mesh);
+  // Edges are the same as cells in 1D
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+    if (cell_markers[*cell])
+      p_ref.mark(cell->index());
+
+  p_ref.create_new_vertices();
+  const std::map<std::size_t, std::size_t>& new_vertex_map
+    = *(p_ref.edge_to_new_vertex());
+
+  std::vector<std::size_t> parent_cell;
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    std::size_t cell_index = cell->index();
+
+    std::vector<std::size_t> indices;
+    for (VertexIterator v(*cell); !v.end(); ++v)
+      indices.push_back(v->global_index());
+
+    if (p_ref.is_marked(cell_index))
+    {
+      auto it = new_vertex_map.find(cell_index);
+      dolfin_assert (it != new_vertex_map.end());
+
+      std::vector<std::size_t> new_cells
+        = {indices[0], it->second,
+           it->second, indices[1]};
+      p_ref.new_cells(new_cells);
+      parent_cell.push_back(cell_index);
+      parent_cell.push_back(cell_index);
+    }
+    else
+    {
+      p_ref.new_cell(*cell);
+      parent_cell.push_back(cell_index);
+    }
+  }
+
+  const bool serial = (MPI::size(mesh.mpi_comm()) == 1);
+
+  if (serial)
+    p_ref.build_local(refined_mesh);
+  else
+    p_ref.partition(refined_mesh, redistribute);
+
+  if (serial || !redistribute)
+  {
+    // Create parent data on new mesh
+    std::vector<std::size_t>& new_parent_cell
+      = refined_mesh.data().create_array("parent_cell", refined_mesh.topology().dim());
+    new_parent_cell = parent_cell;
+  }
+
+}
+//-----------------------------------------------------------------------------
+void BisectionRefinement1D::refine(Mesh& refined_mesh,
+                                   const Mesh& mesh, bool redistribute)
+{
+  auto _mesh = reference_to_no_delete_pointer(mesh);
+  const MeshFunction<bool> cell_markers(_mesh, _mesh->topology().dim(), true);
+  BisectionRefinement1D::refine(refined_mesh, mesh, cell_markers, redistribute);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/refinement/BisectionRefinement1D.h b/dolfin/refinement/BisectionRefinement1D.h
new file mode 100644
index 0000000..7441a01
--- /dev/null
+++ b/dolfin/refinement/BisectionRefinement1D.h
@@ -0,0 +1,57 @@
+// Copyright (C) 2014 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-02-07
+// Last changed: 2011-02-09
+
+#ifndef __BISECTION_REFINEMENT_1D_H
+#define __BISECTION_REFINEMENT_1D_H
+
+namespace dolfin
+{
+  class Mesh;
+  template<typename T> class MeshFunction;
+
+  /// This class implements mesh refinement in 1D
+
+  class BisectionRefinement1D
+  {
+  public:
+
+    /// Refine mesh based on cell markers
+    /// @param refined_mesh (_Mesh_)
+    /// @param mesh (const _Mesh_)
+    /// @param cell_markers (const MeshFunction<bool>)
+    /// @param redistribute (bool)
+    static void refine(Mesh& refined_mesh,
+                       const Mesh& mesh,
+                       const MeshFunction<bool>& cell_markers,
+                       bool redistribute=false);
+
+    /// Refine mesh uniformly
+    /// @param refined_mesh (_Mesh_)
+    /// @param mesh (const _Mesh_)
+    /// @param redistribute (bool)
+    static void refine(Mesh& refined_mesh,
+                       const Mesh& mesh,
+                       bool redistribute=false);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/refinement/CMakeLists.txt b/dolfin/refinement/CMakeLists.txt
new file mode 100644
index 0000000..7bc1ad6
--- /dev/null
+++ b/dolfin/refinement/CMakeLists.txt
@@ -0,0 +1,18 @@
+set(HEADERS
+  BisectionRefinement1D.h
+  dolfin_refinement.h
+  LocalMeshCoarsening.h
+  ParallelRefinement.h
+  PlazaRefinementND.h
+  refine.h
+  RegularCutRefinement.h
+  PARENT_SCOPE)
+
+set(SOURCES
+  BisectionRefinement1D.cpp
+  LocalMeshCoarsening.cpp
+  ParallelRefinement.cpp
+  PlazaRefinementND.cpp
+  refine.cpp
+  RegularCutRefinement.cpp
+  PARENT_SCOPE)
diff --git a/dolfin/refinement/LocalMeshCoarsening.cpp b/dolfin/refinement/LocalMeshCoarsening.cpp
new file mode 100644
index 0000000..9becf1f
--- /dev/null
+++ b/dolfin/refinement/LocalMeshCoarsening.cpp
@@ -0,0 +1,433 @@
+// Copyright (C) 2006 Johan Hoffman
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2008.
+//
+// First added:  2006-11-01
+// Last changed: 2014-02-06
+
+#include <list>
+
+#include <dolfin/log/log.h>
+#include <dolfin/mesh/BoundaryMesh.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/CellType.h>
+#include <dolfin/mesh/Edge.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshConnectivity.h>
+#include <dolfin/mesh/MeshData.h>
+#include <dolfin/mesh/MeshEditor.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/mesh/MeshGeometry.h>
+#include <dolfin/mesh/MeshTopology.h>
+#include <dolfin/mesh/TetrahedronCell.h>
+#include <dolfin/mesh/TriangleCell.h>
+#include <dolfin/mesh/Vertex.h>
+#include "LocalMeshCoarsening.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void LocalMeshCoarsening::coarsen_mesh_by_edge_collapse(Mesh& mesh,
+                                                        MeshFunction<bool>& cell_marker,
+                                                        bool coarsen_boundary)
+{
+  log(TRACE, "Coarsen simplicial mesh by edge collapse.");
+
+  // Get size of old mesh
+  const std::size_t num_cells = mesh.num_entities(mesh.topology().dim());
+
+  // Check cell marker
+  if ( cell_marker.size() != num_cells )
+  {
+    dolfin_error("LocalMeshCoarsening.cpp",
+                 "coarsen mesh by collapsing edges",
+                 "Number of cell markers (%d) does not match number of cells (%d)",
+                 cell_marker.size(), num_cells);
+  }
+
+  // Generate cell - edge connectivity if not generated
+  mesh.init(mesh.topology().dim(), 1);
+
+  // Generate edge - vertex connectivity if not generated
+  mesh.init(1, 0);
+
+  // Get cell type
+  //const CellType& cell_type = mesh.type();
+
+  // Create new mesh
+  Mesh coarse_mesh(mesh);
+
+  // Initialise forbidden cells
+  auto _mesh = reference_to_no_delete_pointer(mesh);
+  MeshFunction<bool> cell_forbidden(_mesh);
+  cell_forbidden.init(mesh.topology().dim());
+  for (CellIterator c(mesh); !c.end(); ++c)
+    cell_forbidden[c->index()] = false;
+
+  // Init new vertices and cells
+  std::vector<int> old2new_cell(mesh.num_cells());
+  std::vector<int> old2new_vertex(mesh.num_vertices());
+
+  std::list<int> cells_to_coarsen(0);
+
+  // Compute cells to delete
+  for (CellIterator c(mesh); !c.end(); ++c)
+  {
+    if (cell_marker[*c] == true)
+    {
+      cells_to_coarsen.push_back(c->index());
+      //cout << "coarsen midpoint: " << c->midpoint() << endl;
+    }
+  }
+
+  // Define cell mapping between old and new mesh
+  for (CellIterator c(mesh); !c.end(); ++c)
+    old2new_cell[c->index()] = c->index();
+
+  bool improving = true;
+  while(improving)
+  {
+
+    std::size_t presize = cells_to_coarsen.size();
+
+    //cout << "presize: " << presize << endl;
+
+    for(std::list<int>::iterator iter = cells_to_coarsen.begin();
+          iter != cells_to_coarsen.end(); iter++)
+    {
+      // Map cells to new mesh
+      if(*iter >= 0)
+        *iter = old2new_cell[*iter];
+    }
+
+    old2new_cell.resize(mesh.num_cells());
+    old2new_vertex.resize(mesh.num_vertices());
+
+    // Coarsen cells in list
+    for(std::list<int>::iterator iter = cells_to_coarsen.begin();
+          iter != cells_to_coarsen.end(); iter++)
+    {
+      bool mesh_ok = false;
+      int cid = *iter;
+      if(cid != -1)
+      {
+        mesh_ok = coarsen_cell(mesh, coarse_mesh, cid,
+			                        old2new_vertex, old2new_cell,
+			                        coarsen_boundary);
+        if(!mesh_ok)
+          warning("Mesh not ok");
+        else
+        {
+          mesh = coarse_mesh;
+          cells_to_coarsen.erase(iter);
+          break;
+        }
+      }
+    }
+
+    if(presize == cells_to_coarsen.size())
+      break;
+  }
+}
+//-----------------------------------------------------------------------------
+void LocalMeshCoarsening::collapse_edge(Mesh& mesh, Edge& edge,
+                                       Vertex& vertex_to_remove,
+                                       MeshFunction<bool>& cell_to_remove,
+                                       std::vector<int>& old2new_vertex,
+                                       std::vector<int>& old2new_cell,
+                                       MeshEditor& editor,
+                                       std::size_t& current_cell)
+{
+  const CellType& cell_type = mesh.type();
+  std::vector<std::size_t> cell_vertices(cell_type.num_entities(0));
+
+  std::size_t vert_slave = vertex_to_remove.index();
+  std::size_t vert_master = 0;
+  const unsigned int* edge_vertex = edge.entities(0);
+
+  if ( edge_vertex[0] == vert_slave )
+    vert_master = edge_vertex[1];
+  else if ( edge_vertex[1] == vert_slave )
+    vert_master = edge_vertex[0];
+  else
+    dolfin_error("LocalMeshCoarsening.cpp",
+                 "collapse edge",
+                 "The node to delete and edge to collapse are not compatible");
+
+  for (CellIterator c(vertex_to_remove); !c.end(); ++c)
+  {
+    if ( cell_to_remove[*c] == false )
+    {
+      std::size_t cv_idx = 0;
+      for (VertexIterator v(*c); !v.end(); ++v)
+      {
+        if ( v->index() == vert_slave )
+          cell_vertices[cv_idx++] = old2new_vertex[vert_master];
+        else
+          cell_vertices[cv_idx++] = old2new_vertex[v->index()];
+      }
+      //cout << "adding new cell" << endl;
+      editor.add_cell(current_cell++, cell_vertices);
+
+      // Update cell map
+      old2new_cell[c->index()] = current_cell - 1;
+    }
+  }
+
+}
+//-----------------------------------------------------------------------------
+bool LocalMeshCoarsening::coarsen_cell(Mesh& mesh, Mesh& coarse_mesh,
+				      int cellid,
+				      std::vector<int>& old2new_vertex,
+				      std::vector<int>& old2new_cell,
+				      bool coarsen_boundary)
+{
+  const std::size_t num_vertices = mesh.num_entities(0);
+  const std::size_t num_cells = mesh.num_entities(mesh.topology().dim());
+
+  auto _mesh = reference_to_no_delete_pointer(mesh);
+
+  // Initialise forbidden vertices
+  MeshFunction<bool> vertex_forbidden(_mesh);
+  vertex_forbidden.init(0);
+  for (VertexIterator v(mesh); !v.end(); ++v)
+    vertex_forbidden[v->index()] = false;
+
+  // Initialise boundary vertices
+  MeshFunction<bool> vertex_boundary(_mesh);
+  vertex_boundary.init(0);
+  for (VertexIterator v(mesh); !v.end(); ++v)
+    vertex_boundary[v->index()] = false;
+
+  BoundaryMesh boundary(mesh, "exterior");
+  MeshFunction<std::size_t>& bnd_vertex_map = boundary.entity_map(0);
+  for (VertexIterator v(boundary); !v.end(); ++v)
+    vertex_boundary[bnd_vertex_map[v->index()]] = true;
+
+  // If coarsen boundary is forbidden
+  if (coarsen_boundary == false)
+  {
+    for (VertexIterator v(boundary); !v.end(); ++v)
+      vertex_forbidden[bnd_vertex_map[v->index()]] = true;
+  }
+
+  // Initialise data for finding which vertex to remove
+  bool _collapse_edge = false;
+  const unsigned int* edge_vertex;
+  std::size_t shortest_edge_index = 0;
+  double lmin, l;
+  std::size_t num_cells_to_remove = 0;
+
+  // Get cell type
+  const CellType& cell_type = mesh.type();
+  const Cell cell(mesh, cellid);
+
+  MeshEditor editor;
+  editor.open(coarse_mesh, cell_type.cell_type(),
+              mesh.topology().dim(), mesh.geometry().dim());
+
+  MeshFunction<bool> cell_to_remove(_mesh);
+  cell_to_remove.init(mesh.topology().dim());
+
+  for (CellIterator ci(mesh); !ci.end(); ++ci)
+    cell_to_remove[ci->index()] = false;
+
+  MeshFunction<bool> cell_to_regenerate(_mesh);
+  cell_to_regenerate.init(mesh.topology().dim());
+  for (CellIterator ci(mesh); !ci.end(); ++ci)
+    cell_to_regenerate[ci->index()] = false;
+
+  // Find shortest edge of cell c
+  _collapse_edge = false;
+  lmin = 1.0e10*cell.circumradius();
+  for (EdgeIterator e(cell); !e.end(); ++e)
+  {
+    edge_vertex = e->entities(0);
+    if (!vertex_forbidden[edge_vertex[0]] || !vertex_forbidden[edge_vertex[1]])
+    {
+      l = e->length();
+      if ( lmin > l )
+      {
+        lmin = l;
+        shortest_edge_index = e->index();
+        _collapse_edge = true;
+      }
+    }
+  }
+
+  Edge shortest_edge(mesh, shortest_edge_index);
+
+  // Decide which vertex to remove
+  std::size_t vert2remove_idx = 0;
+
+  // If at least one vertex should be removed
+  if ( _collapse_edge == true )
+  {
+    edge_vertex = shortest_edge.entities(0);
+
+    if(vertex_forbidden[edge_vertex[0]] &&
+       vertex_forbidden[edge_vertex[1]])
+    {
+      // Both vertices are forbidden, cannot coarsen
+
+      cout << "both vertices forbidden" << endl;
+
+      editor.close();
+      return false;
+    }
+
+    if(vertex_forbidden[edge_vertex[0]] == true)
+      vert2remove_idx = edge_vertex[1];
+    else if(vertex_forbidden[edge_vertex[1]] == true)
+      vert2remove_idx = edge_vertex[0];
+    else if(vertex_boundary[edge_vertex[1]] == true && vertex_boundary[edge_vertex[0]] == false)
+      vert2remove_idx = edge_vertex[0];
+    else if(vertex_boundary[edge_vertex[0]] == true && vertex_boundary[edge_vertex[1]] == false)
+      vert2remove_idx = edge_vertex[1];
+    else if ( edge_vertex[0] > edge_vertex[1] )
+      vert2remove_idx = edge_vertex[0];
+    else
+      vert2remove_idx = edge_vertex[1];
+  }
+  else
+  {
+    // No vertices to remove, cannot coarsen
+    cout << "all vertices forbidden" << endl;
+    editor.close();
+    return false;
+  }
+
+  Vertex vertex_to_remove(mesh, vert2remove_idx);
+
+  // Remove cells around edge
+  num_cells_to_remove = 0;
+  for (CellIterator cn(shortest_edge); !cn.end(); ++cn)
+  {
+    cell_to_remove[cn->index()] = true;
+    num_cells_to_remove++;
+
+    // Update cell map
+    old2new_cell[cn->index()] = -1;
+  }
+
+  // Regenerate cells around vertex
+  for (CellIterator cn(vertex_to_remove); !cn.end(); ++cn)
+  {
+    cell_to_regenerate[cn->index()] = true;
+
+    // Update cell map (will be filled in with correct index)
+    old2new_cell[cn->index()] = -1;
+  }
+
+  // Specify number of vertices and cells
+  editor.init_vertices_global(num_vertices - 1, num_vertices - 1);
+  editor.init_cells_global(num_cells - num_cells_to_remove,
+                           num_cells - num_cells_to_remove);
+
+  cout << "Number of cells in old mesh: " << num_cells << "; to remove: " <<
+    num_cells_to_remove << endl;
+
+  // Add old vertices
+  std::size_t vertex = 0;
+  for(VertexIterator v(mesh); !v.end(); ++v)
+  {
+    if(vertex_to_remove.index() == v->index())
+      old2new_vertex[v->index()] = -1;
+    else
+    {
+      //cout << "adding old vertex at: " << v->point() << endl;
+      old2new_vertex[v->index()] = vertex;
+      editor.add_vertex(vertex, v->point());
+      vertex++;
+    }
+  }
+
+  // Add old unrefined cells
+  std::size_t cv_idx;
+  std::size_t current_cell = 0;
+  std::vector<std::size_t> cell_vertices(cell_type.num_entities(0));
+  for (CellIterator c(mesh); !c.end(); ++c)
+  {
+    if (cell_to_remove[*c] == false && cell_to_regenerate[*c] == false)
+    {
+      cv_idx = 0;
+      for (VertexIterator v(*c); !v.end(); ++v)
+        cell_vertices[cv_idx++] = old2new_vertex[v->index()];
+      //cout << "adding old cell" << endl;
+      editor.add_cell(current_cell++, cell_vertices);
+
+      // Update cell maps
+      old2new_cell[c->index()] = current_cell - 1;
+    }
+  }
+
+  // Add new cells.
+  collapse_edge(mesh, shortest_edge, vertex_to_remove, cell_to_remove,
+                old2new_vertex, old2new_cell, editor, current_cell);
+
+  editor.close();
+
+  // Set volume tolerance. This parameter determines a quality criterion
+  // for the new mesh: higher value indicates a sharper criterion.
+  double vol_tol = 1.0e-3;
+
+  bool mesh_ok = true;
+
+  Cell removed_cell(mesh, cellid);
+
+  // Check mesh quality (volume)
+  for (CellIterator c(removed_cell); !c.end(); ++c)
+  {
+    std::size_t id = c->index();
+    int nid = old2new_cell[id];
+
+    if(nid != -1)
+    {
+      Cell cn(coarse_mesh, nid);
+      double qm = cn.volume() / cn.circumradius();
+      if(qm < vol_tol)
+      {
+        warning("Cell quality too low");
+        cout << "qm: " << qm << endl;
+        mesh_ok = false;
+        return mesh_ok;
+      }
+    }
+  }
+
+  // Checking for inverted cells
+  for (CellIterator c(removed_cell); !c.end(); ++c)
+  {
+    std::size_t id = c->index();
+    int nid = old2new_cell[id];
+
+    if(nid != -1)
+    {
+      Cell cn(coarse_mesh, nid);
+
+      if(c->orientation() != cn.orientation())
+      {
+        cout << "cell orientation inverted" << endl;
+        mesh_ok = false;
+        return mesh_ok;
+      }
+    }
+  }
+  return mesh_ok;
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/refinement/LocalMeshCoarsening.h b/dolfin/refinement/LocalMeshCoarsening.h
new file mode 100644
index 0000000..f737b5e
--- /dev/null
+++ b/dolfin/refinement/LocalMeshCoarsening.h
@@ -0,0 +1,71 @@
+// Copyright (C) 2006 Johan Hoffman
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2006-11-01
+
+#ifndef __LOCAL_MESH_COARSENING_H
+#define __LOCAL_MESH_COARSENING_H
+
+#include <vector>
+
+namespace dolfin
+{
+
+  class Mesh;
+  class Edge;
+  class Vertex;
+  class MeshEditor;
+  template <typename T> class MeshFunction;
+
+  /// This class implements local mesh coarsening for different mesh types.
+
+  class LocalMeshCoarsening
+  {
+  public:
+
+    /// Coarsen simplicial mesh locally by edge collapse
+    static void coarsen_mesh_by_edge_collapse(Mesh& mesh,
+                                              MeshFunction<bool>& cell_marker,
+                                              bool coarsen_boundary = false);
+
+  private:
+
+    /// Check that edge collapse is ok
+    static bool coarsen_mesh_ok(Mesh& mesh, std::size_t edge_index, std::size_t* edge_vertex,
+                                MeshFunction<bool>& vertex_forbidden);
+
+    /// Collapse edge by node deletion
+    static void collapse_edge(Mesh& mesh, Edge& edge,
+                              Vertex& vertex_to_remove,
+                              MeshFunction<bool>& cell_to_remove,
+                              std::vector<int>& old2new_vertex,
+                              std::vector<int>& old2new_cell,
+                              MeshEditor& editor,
+                              std::size_t& current_cell);
+
+    /// Coarsen simplicial cell by edge collapse
+    static bool coarsen_cell(Mesh& mesh, Mesh& coarse_mesh,
+                             int cell_id,
+                             std::vector<int>& old2new_vertex,
+                             std::vector<int>& old2new_cell,
+                             bool coarsen_boundary = false);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/refinement/ParallelRefinement.cpp b/dolfin/refinement/ParallelRefinement.cpp
new file mode 100644
index 0000000..9930e9d
--- /dev/null
+++ b/dolfin/refinement/ParallelRefinement.cpp
@@ -0,0 +1,367 @@
+// Copyright (C) 2013-2014 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+//
+// First Added: 2013-01-02
+
+#include <map>
+#include <unordered_map>
+#include <vector>
+#include <boost/multi_array.hpp>
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/common/types.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/DistributedMeshTools.h>
+#include <dolfin/mesh/Edge.h>
+#include <dolfin/mesh/LocalMeshData.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshEditor.h>
+#include <dolfin/mesh/MeshEntityIterator.h>
+#include <dolfin/mesh/MeshPartitioning.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/parameter/GlobalParameters.h>
+
+#include "ParallelRefinement.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+ParallelRefinement::ParallelRefinement(const Mesh& mesh) : _mesh(mesh),
+  shared_edges(DistributedMeshTools::compute_shared_entities(_mesh, 1)),
+  local_edge_to_new_vertex(new std::map<std::size_t, std::size_t>()),
+  marked_edges(mesh.num_edges(), false),
+  marked_for_update(MPI::size(mesh.mpi_comm()))
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+ParallelRefinement::~ParallelRefinement()
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+bool ParallelRefinement::is_marked(std::size_t edge_index) const
+{
+  dolfin_assert(edge_index < _mesh.num_edges());
+  return marked_edges[edge_index];
+}
+//-----------------------------------------------------------------------------
+void ParallelRefinement::mark(std::size_t edge_index)
+{
+  dolfin_assert(edge_index < _mesh.num_edges());
+
+  // Already marked, so nothing to do
+  if (marked_edges[edge_index])
+    return;
+
+  marked_edges[edge_index] = true;
+  auto map_it = shared_edges.find(edge_index);
+
+  // If it is a shared edge, add all sharing procs to update set
+  if (map_it != shared_edges.end())
+  {
+    for (auto const &it : map_it->second)
+      marked_for_update[it.first].push_back(it.second);
+  }
+
+}
+//-----------------------------------------------------------------------------
+void ParallelRefinement::mark_all()
+{
+  marked_edges.assign(_mesh.num_edges(), true);
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const std::map<std::size_t, std::size_t>>
+  ParallelRefinement::edge_to_new_vertex() const
+{
+  return local_edge_to_new_vertex;
+}
+//-----------------------------------------------------------------------------
+void ParallelRefinement::mark(const MeshEntity& entity)
+{
+  for (EdgeIterator edge(entity); !edge.end(); ++edge)
+    mark(edge->index());
+}
+//-----------------------------------------------------------------------------
+void ParallelRefinement::mark(const MeshFunction<bool>& refinement_marker)
+{
+  const std::size_t entity_dim = refinement_marker.dim();
+  for (MeshEntityIterator entity(_mesh, entity_dim); !entity.end();
+       ++entity)
+  {
+    if (refinement_marker[*entity])
+    {
+      for (EdgeIterator edge(*entity); !edge.end(); ++edge)
+        mark(edge->index());
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+std::vector<std::size_t>
+ParallelRefinement::marked_edge_list(const MeshEntity& cell) const
+{
+  std::vector<std::size_t> result;
+
+  std::size_t i = 0;
+  for (EdgeIterator edge(cell); !edge.end(); ++edge)
+  {
+    if (marked_edges[edge->index()])
+      result.push_back(i);
+    ++i;
+  }
+  return result;
+}
+//-----------------------------------------------------------------------------
+void ParallelRefinement::update_logical_edgefunction()
+{
+  const std::size_t mpi_size = MPI::size(_mesh.mpi_comm());
+
+  // Send all shared edges marked for update and receive from other processes
+  std::vector<std::size_t> received_values;
+  MPI::all_to_all(_mesh.mpi_comm(), marked_for_update, received_values);
+
+  // Clear marked_for_update vectors
+  marked_for_update = std::vector<std::vector<std::size_t>>(mpi_size);
+
+  // Flatten received values and set edges MeshFunction true at each index
+  // received
+  for (auto const &local_index : received_values)
+      marked_edges[local_index] = true;
+
+}
+//-----------------------------------------------------------------------------
+void ParallelRefinement::create_new_vertices()
+{
+  // Take marked_edges and use to create new vertices
+
+  const std::size_t mpi_size = MPI::size(_mesh.mpi_comm());
+  const std::size_t mpi_rank = MPI::rank(_mesh.mpi_comm());
+
+  // Copy over existing mesh vertices
+  new_vertex_coordinates = _mesh.coordinates();
+
+  // Tally up unshared marked edges, and shared marked edges which are
+  // owned on this process.  Index them sequentially from zero.
+  const std::size_t gdim = _mesh.geometry().dim();
+  std::size_t n = 0;
+  for (std::size_t local_i = 0 ; local_i < _mesh.num_edges(); ++local_i)
+  {
+    if (marked_edges[local_i] == true)
+    {
+      // Assume this edge is owned locally
+      bool owner = true;
+
+      // If shared, check that this is true
+      auto shared_edge_i = shared_edges.find(local_i);
+      if (shared_edge_i != shared_edges.end())
+      {
+        // check if any other sharing process has a lower rank
+        for (auto const &proc_edge : shared_edge_i->second)
+        {
+          if (proc_edge.first < mpi_rank)
+            owner = false;
+        }
+      }
+
+      // If it is still believed to be owned on this process, add to
+      // list
+      if (owner)
+      {
+        const Point& midpoint = Edge(_mesh, local_i).midpoint();
+        for (std::size_t j = 0; j < gdim; ++j)
+          new_vertex_coordinates.push_back(midpoint[j]);
+        (*local_edge_to_new_vertex)[local_i] = n++;
+      }
+    }
+  }
+
+  // Calculate global range for new local vertices
+  const std::size_t num_new_vertices = n;
+  const std::size_t global_offset
+    = MPI::global_offset(_mesh.mpi_comm(), num_new_vertices, true)
+    + _mesh.num_entities_global(0);
+
+  // If they are shared, then the new global vertex index needs to be
+  // sent off-process.  Add offset to map, and collect up any shared
+  // new vertices that need to send the new index off-process
+  std::vector<std::vector<std::size_t>> values_to_send(mpi_size);
+  for (auto &local_edge : *local_edge_to_new_vertex)
+  {
+    // Add global_offset to map, to get new global index of new
+    // vertices
+    local_edge.second += global_offset;
+
+    const std::size_t local_i = local_edge.first;
+    //shared, but locally owned : remote owned are not in list.
+    auto shared_edge_i = shared_edges.find(local_i);
+    if (shared_edge_i != shared_edges.end())
+    {
+      for (auto const &remote_process_edge : shared_edges[local_i])
+      {
+        const std::size_t remote_proc_num = remote_process_edge.first;
+        // send mapping from remote local edge index to new global vertex index
+        values_to_send[remote_proc_num].push_back(remote_process_edge.second);
+        values_to_send[remote_proc_num].push_back(local_edge.second);
+      }
+    }
+  }
+
+  // Send new vertex indices to remote processes and receive
+  std::vector<std::size_t> received_values;
+  MPI::all_to_all(_mesh.mpi_comm(), values_to_send, received_values);
+
+  // Add received remote global vertex indices to map
+  for (auto q = received_values.begin();
+       q != received_values.end(); q += 2)
+    (*local_edge_to_new_vertex)[*q] = *(q + 1);
+
+  // Attach global indices to each vertex, old and new, and sort
+  // them across processes into this order
+
+  std::vector<std::int64_t> global_indices(_mesh.topology().global_indices(0));
+  for (std::size_t i = 0; i < num_new_vertices; i++)
+    global_indices.push_back(i + global_offset);
+
+  DistributedMeshTools::reorder_values_by_global_indices
+    (_mesh.mpi_comm(), new_vertex_coordinates,
+     _mesh.geometry().dim(), global_indices);
+}
+//-----------------------------------------------------------------------------
+void ParallelRefinement::build_local(Mesh& new_mesh) const
+{
+  MeshEditor ed;
+  const std::size_t tdim = _mesh.topology().dim();
+  const std::size_t gdim = _mesh.geometry().dim();
+  dolfin_assert(new_vertex_coordinates.size()%gdim == 0);
+  const std::size_t num_vertices = new_vertex_coordinates.size()/gdim;
+
+  const std::size_t num_cell_vertices = tdim + 1;
+  dolfin_assert(new_cell_topology.size()%num_cell_vertices == 0);
+  const std::size_t num_cells = new_cell_topology.size()/num_cell_vertices;
+
+  CellType::Type cell_type;
+  if (tdim == 3)
+    cell_type = CellType::Type::tetrahedron;
+  else if (tdim == 2)
+    cell_type = CellType::Type::triangle;
+  else
+    cell_type = CellType::Type::interval;
+
+  ed.open(new_mesh, cell_type, tdim, gdim);
+  ed.init_vertices(num_vertices);
+  std::size_t i = 0;
+  for (auto p = new_vertex_coordinates.begin();
+       p != new_vertex_coordinates.end(); p += gdim)
+  {
+    std::vector<double> vertex(p, p + gdim);
+    ed.add_vertex(i, vertex);
+    ++i;
+  }
+
+  ed.init_cells(num_cells);
+  i = 0;
+  std::vector<std::size_t> cell(num_cell_vertices);
+  for (auto p = new_cell_topology.begin(); p != new_cell_topology.end();
+       p += num_cell_vertices)
+  {
+    std::copy(p, p + num_cell_vertices, cell.begin());
+    ed.add_cell(i, cell);
+    ++i;
+  }
+  ed.close();
+
+}
+//-----------------------------------------------------------------------------
+void ParallelRefinement::partition(Mesh& new_mesh, bool redistribute) const
+{
+  LocalMeshData mesh_data(new_mesh.mpi_comm());
+  mesh_data.topology.dim = _mesh.topology().dim();
+  const std::size_t gdim = _mesh.geometry().dim();
+  mesh_data.geometry.dim = gdim;
+
+  mesh_data.topology.cell_type = _mesh.type().cell_type();
+  mesh_data.topology.num_vertices_per_cell = mesh_data.topology.dim + 1;
+
+  // Copy data to LocalMeshData structures
+  const std::size_t num_local_cells
+    = new_cell_topology.size()/mesh_data.topology.num_vertices_per_cell;
+  mesh_data.topology.num_global_cells = MPI::sum(_mesh.mpi_comm(), num_local_cells);
+  mesh_data.topology.global_cell_indices.resize(num_local_cells);
+  const std::size_t idx_global_offset
+    = MPI::global_offset(_mesh.mpi_comm(), num_local_cells, true);
+  for (std::size_t i = 0; i < num_local_cells ; i++)
+    mesh_data.topology.global_cell_indices[i] = idx_global_offset + i;
+
+  mesh_data.topology.cell_vertices.resize(boost::extents[num_local_cells]
+                                 [mesh_data.topology.num_vertices_per_cell]);
+  std::copy(new_cell_topology.begin(), new_cell_topology.end(),
+            mesh_data.topology.cell_vertices.data());
+
+  const std::size_t num_local_vertices = new_vertex_coordinates.size()/gdim;
+  mesh_data.geometry.num_global_vertices = MPI::sum(_mesh.mpi_comm(),
+                                                    num_local_vertices);
+  mesh_data.geometry.vertex_coordinates.resize(boost::extents[num_local_vertices][gdim]);
+  std::copy(new_vertex_coordinates.begin(), new_vertex_coordinates.end(),
+            mesh_data.geometry.vertex_coordinates.data());
+
+  mesh_data.geometry.vertex_indices.resize(num_local_vertices);
+  const std::size_t vertex_global_offset
+    = MPI::global_offset(_mesh.mpi_comm(), num_local_vertices, true);
+  for (std::size_t i = 0; i < num_local_vertices ; ++i)
+    mesh_data.geometry.vertex_indices[i] = vertex_global_offset + i;
+
+  if (!redistribute)
+  {
+    // FIXME: broken by ghost mesh?
+    // Set owning process rank to this process rank
+    mesh_data.topology.cell_partition.assign(mesh_data.topology.global_cell_indices.size(),
+                                            MPI::rank(_mesh.mpi_comm()));
+  }
+
+  const std::string ghost_mode = dolfin::parameters["ghost_mode"];
+  MeshPartitioning::build_distributed_mesh(new_mesh, mesh_data, ghost_mode);
+}
+//-----------------------------------------------------------------------------
+void ParallelRefinement::new_cell(const Cell& cell)
+{
+  for (VertexIterator v(cell); !v.end(); ++v)
+    new_cell_topology.push_back(v->global_index());
+}
+//-----------------------------------------------------------------------------
+void ParallelRefinement::new_cell(const std::size_t i0, const std::size_t i1,
+                                  const std::size_t i2, const std::size_t i3)
+{
+  new_cell_topology.push_back(i0);
+  new_cell_topology.push_back(i1);
+  new_cell_topology.push_back(i2);
+  new_cell_topology.push_back(i3);
+}
+//-----------------------------------------------------------------------------
+void ParallelRefinement::new_cell(const std::size_t i0, const std::size_t i1,
+                                  const std::size_t i2)
+{
+  new_cell_topology.push_back(i0);
+  new_cell_topology.push_back(i1);
+  new_cell_topology.push_back(i2);
+}
+//-----------------------------------------------------------------------------
+void ParallelRefinement::new_cells(const std::vector<std::size_t>& idx)
+{
+  new_cell_topology.insert(new_cell_topology.end(), idx.begin(), idx.end());
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/refinement/ParallelRefinement.h b/dolfin/refinement/ParallelRefinement.h
new file mode 100644
index 0000000..a89171f
--- /dev/null
+++ b/dolfin/refinement/ParallelRefinement.h
@@ -0,0 +1,153 @@
+// Copyright (C) 2012-2014 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+//
+// First Added: 2013-01-02
+
+#ifndef __PARALLEL_REFINEMENT_H
+#define __PARALLEL_REFINEMENT_H
+
+#include <unordered_map>
+#include <vector>
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class Mesh;
+  template<typename T> class MeshFunction;
+
+  /// Data structure and methods for refining meshes in parallel
+
+  /// ParallelRefinement encapsulates two main features:
+  /// a distributed MeshFunction defined over the mesh edes, 
+  /// which can be updated across processes, 
+  /// and storage for local mesh data, which can be used 
+  /// to construct the new Mesh
+
+  class ParallelRefinement
+  {
+  public:
+
+    /// Constructor
+    ParallelRefinement(const Mesh& mesh);
+
+    /// Destructor
+    ~ParallelRefinement();
+
+    /// Original mesh associated with this refinement
+    const Mesh& mesh() const
+    { return _mesh; }
+
+    /// Return marked status of edge
+    /// @param edge_index (std::size_t)
+    bool is_marked(std::size_t edge_index) const;
+
+    /// Mark edge by index
+    /// @param edge_index (std::size_t)
+    ///  Index of edge to mark
+    void mark(std::size_t edge_index);
+
+    /// Mark all edges in mesh
+    void mark_all();
+
+    /// Mark all edges incident on entities indicated by refinement
+    /// marker
+    /// @param refinement_marker (const MeshFunction<bool>)
+    void mark(const MeshFunction<bool>& refinement_marker);
+
+    /// Mark all incident edges of an entity
+    /// @param cell (MeshEntity)
+    void mark(const MeshEntity& cell);
+
+    /// Return list of marked edges incident on this MeshEntity -
+    /// usually a cell
+    /// @param cell (const _MeshEntity_)
+    std::vector<std::size_t> marked_edge_list(const MeshEntity& cell) const;
+
+    /// Transfer marked edges between processes
+    void update_logical_edgefunction();
+
+    /// Add new vertex for each marked edge, and create
+    /// new_vertex_coordinates and global_edge->new_vertex mapping.
+    /// Communicate new vertices with MPI to all affected processes.
+    void create_new_vertices();
+
+    /// Mapping of old edge (to be removed) to new global vertex
+    /// number. Useful for forming new topology
+    std::shared_ptr<const std::map<std::size_t, std::size_t> > edge_to_new_vertex() const;
+
+    /// Add a new cell to the list in 3D or 2D
+    /// @param cell (const _Cell_)
+    void new_cell(const Cell& cell);
+
+    /// Add a new cell with vertex indices
+    /// @param i0 (std::size_t)
+    /// @param i1 (std::size_t)
+    /// @param i2 (std::size_t)
+    /// @param i3 (std::size_t)
+    void new_cell(std::size_t i0, std::size_t i1, std::size_t i2,
+                  std::size_t i3);
+
+    /// Add a new cell with vertex indices
+    /// @param i0 (std::size_t)
+    /// @param i1 (std::size_t)
+    /// @param i2 (std::size_t)
+    void new_cell(std::size_t i0, std::size_t i1, std::size_t i2);
+
+    /// Add new cells with vertex indices
+    /// @param idx (const std::vector<std::size_t>)
+    void new_cells(const std::vector<std::size_t>& idx);
+
+    /// Use vertex and topology data to partition new mesh across processes
+    /// @param new_mesh (_Mesh_)
+    /// @param redistribute (bool)
+    void partition(Mesh& new_mesh, bool redistribute) const;
+
+    /// Build local mesh from internal data when not running in parallel
+    /// @param new_mesh (_Mesh_)
+    void build_local(Mesh& new_mesh) const;
+
+  private:
+
+    // Mesh reference
+    const Mesh& _mesh;
+
+    // Shared edges between processes. In R^2, vector size is 1
+    std::unordered_map<unsigned int, std::vector<std::pair<unsigned int,
+      unsigned int> > > shared_edges;
+
+    // Mapping from old local edge index to new global vertex, needed
+    // to create new topology
+    std::shared_ptr<std::map<std::size_t, std::size_t> > local_edge_to_new_vertex;
+
+    // New storage for all coordinates when creating new vertices
+    std::vector<double> new_vertex_coordinates;
+
+    // New storage for all cells when creating new topology
+    std::vector<std::size_t> new_cell_topology;
+
+    // Management of marked edges
+    std::vector<bool> marked_edges;
+
+    // Temporary storage for edges that have been recently marked
+    std::vector<std::vector<std::size_t> > marked_for_update;
+  };
+
+}
+
+#endif
diff --git a/dolfin/refinement/PlazaRefinementND.cpp b/dolfin/refinement/PlazaRefinementND.cpp
new file mode 100644
index 0000000..e111c6e
--- /dev/null
+++ b/dolfin/refinement/PlazaRefinementND.cpp
@@ -0,0 +1,586 @@
+// Copyright (C) 2014-2015 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First Added: 2014-05-21
+
+#include <boost/multi_array.hpp>
+
+#include <limits>
+#include <vector>
+#include <set>
+#include <map>
+
+#include <dolfin/common/Timer.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshEntityIterator.h>
+#include <dolfin/mesh/MeshRelation.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Edge.h>
+#include <dolfin/mesh/Face.h>
+#include <dolfin/mesh/Facet.h>
+#include <dolfin/mesh/Vertex.h>
+
+#include "PlazaRefinementND.h"
+#include "ParallelRefinement.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void PlazaRefinementND::get_simplices(std::vector<std::size_t>& simplex_set,
+                                      const std::vector<bool>& marked_edges,
+                                      const std::vector<std::size_t>& longest_edge,
+                                      std::size_t tdim, bool uniform)
+{
+  if (tdim == 2)
+  {
+    dolfin_assert(longest_edge.size() == 1);
+    get_triangles(simplex_set, marked_edges, longest_edge[0], uniform);
+  }
+  else if (tdim == 3)
+  {
+    dolfin_assert(longest_edge.size() == 4);
+    get_tetrahedra(simplex_set, marked_edges, longest_edge);
+  }
+}
+//-----------------------------------------------------------------------------
+void PlazaRefinementND::get_triangles(std::vector<std::size_t>& tri_set,
+                                      const std::vector<bool>& marked_edges,
+                                      const std::size_t longest_edge,
+                                      bool uniform)
+{
+  Timer t0("PLAZA: Get triangles");
+
+  // Longest edge must be marked
+  dolfin_assert(marked_edges[longest_edge]);
+
+  tri_set.clear();
+
+  // v0 and v1 are at ends of longest_edge (e2)
+  // opposite vertex has same index as longest_edge
+  const unsigned int v0 = (longest_edge + 1)%3;
+  const unsigned int v1 = (longest_edge + 2)%3;
+  const unsigned int v2 = longest_edge;
+  const unsigned int e0 = v0 + 3;
+  const unsigned int e1 = v1 + 3;
+  const unsigned int e2 = v2 + 3;
+
+  // If all edges marked, consider uniform refinement
+  if (uniform and marked_edges[v0] and marked_edges[v1])
+  {
+    tri_set = {e0, e1, v2,
+               e1, e2, v0,
+               e2, e0, v1,
+               e2, e1, e0};
+    return;
+  }
+
+  // Break each half of triangle into one or two sub-triangles
+  if (marked_edges[v0])
+  {
+    tri_set = {e2, v2, e0,
+               e2, e0, v1};
+  }
+  else
+    tri_set = {e2, v2, v1};
+
+  if (marked_edges[v1])
+  {
+    tri_set.insert(tri_set.end(), {e2, v2, e1});
+    tri_set.insert(tri_set.end(), {e2, e1, v0});
+  }
+  else
+    tri_set.insert(tri_set.end(), {e2, v2, v0});
+}
+//-----------------------------------------------------------------------------
+void PlazaRefinementND::get_tetrahedra(std::vector<std::size_t>& tet_set,
+                                       const std::vector<bool>& marked_edges,
+                                       const std::vector<std::size_t>& longest_edge)
+{
+  Timer t0("PLAZA: Get tetrahedra");
+
+  tet_set.clear();
+
+  // Connectivity matrix
+  // Only need upper triangle, but sometimes it is easier just to insert
+  // both entries (j,i) and (i,j).
+  boost::multi_array<bool, 2> conn(boost::extents[10][10]);
+  std::fill(conn.data(), conn.data() + 100, false);
+
+  // Edge connectivity to vertices (and by extension facets)
+  static const std::int32_t edges[6][2] = {{2, 3},
+                                           {1, 3},
+                                           {1, 2},
+                                           {0, 3},
+                                           {0, 2},
+                                           {0, 1}};
+
+  // Iterate through cell edges
+  for (unsigned int ei = 0; ei != 6; ++ei)
+  {
+    const unsigned int v0 = edges[ei][0];
+    const unsigned int v1 = edges[ei][1];
+
+    if (marked_edges[ei])
+    {
+      // Connect to edge end vertices
+
+      // Only add upper-triangular connections
+      conn[v1][ei + 4] = true;
+      conn[v0][ei + 4] = true;
+
+      // Edge has two attached facets in cell
+      // which have the same numbering as the
+      // vertices which are not in the edge
+      for (unsigned int j = 0; j != 2; ++j)
+      {
+        const std::size_t e_opp = 5 - ei;
+        const std::size_t fj = edges[e_opp][j];
+        const std::size_t le_j = longest_edge[fj];
+
+        if (le_j == ei)
+        {
+          const std::size_t fk = edges[e_opp][1 - j];
+          const std::size_t le_k = longest_edge[fk];
+
+          // This is longest edge - connect to opposite vertex
+
+          // Only add upper-triangular connection
+          conn[fk][ei + 4] = true;
+
+          if (le_k == ei && marked_edges[e_opp])
+          {
+            // Longest edge of two adjacent facets
+            // Join to opposite edge (through centre of tetrahedron)
+            // if marked.
+            conn[ei + 4][e_opp + 4] = true;
+            conn[e_opp + 4][ei + 4] = true;
+          }
+        }
+        else
+        {
+          // Not longest edge, but marked, so
+          // connect back to longest edge of facet
+          conn[le_j + 4][ei + 4] = true;
+          conn[ei + 4][le_j + 4] = true;
+       }
+      }
+    }
+    else
+    {
+      // No marking on this edge, just connect ends
+      conn[v1][v0] = true;
+      conn[v0][v1] = true;
+    }
+  }
+
+  // Iterate through all possible new vertices
+  std::vector<std::size_t> facet_set;
+  for (std::size_t i = 0; i < 10; ++i)
+  {
+    for (std::size_t j = i + 1; j < 10; ++j)
+    {
+      if (conn[i][j])
+      {
+        facet_set.clear();
+        for (std::size_t k = j + 1; k < 10; ++k)
+        {
+          if (conn[i][k] && conn[j][k])
+          {
+            // Note that i < j < m < k
+            for (const auto &m : facet_set)
+              if (conn[m][k])
+                tet_set.insert(tet_set.end(), {i, j, m, k});
+            facet_set.push_back(k);
+          }
+        }
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void PlazaRefinementND::face_long_edge(std::vector<unsigned int>& long_edge,
+                                       std::vector<bool>& edge_ratio_ok,
+                                       const Mesh& mesh)
+{
+  Timer t0("PLAZA: Face long edge");
+  const std::size_t tdim = mesh.topology().dim();
+  mesh.init(1);
+  mesh.init(2);
+  mesh.init(2, 1);
+
+  // Storage for face-local index of longest edge
+  long_edge.resize(mesh.num_faces());
+
+  // Check mesh face quality (may be used in 2D to switch to "uniform" refinement)
+  const double min_ratio = sqrt(2.0)/2.0;
+  if (tdim == 2)
+    edge_ratio_ok.resize(mesh.num_faces());
+
+  // Store all edge lengths in Mesh to save recalculating for each Face
+  std::vector<double> edge_length(mesh.num_edges());
+  for (EdgeIterator e(mesh); !e.end(); ++e)
+    edge_length[e->index()] = e->length();
+
+  // Get longest edge of each face
+  for (FaceIterator f(mesh); !f.end(); ++f)
+  {
+    const unsigned int* face_edges = f->entities(1);
+
+    std::size_t imax = 0;
+    double max_len = 0.0;
+    double min_len = std::numeric_limits<double>::max();
+
+    for (unsigned int i = 0; i < 3; ++i)
+    {
+      const double e_len = edge_length[face_edges[i]];
+
+      min_len = std::min(e_len, min_len);
+
+      if (e_len > max_len)
+      {
+        max_len = e_len;
+        imax = i;
+      }
+      else if (tdim == 3 and e_len == max_len)
+      {
+        // If edges are the same length, compare global index of
+        // opposite vertex.  Only important so that tetrahedral faces
+        // have a matching refinement pattern across processes.
+        const Vertex vmax(mesh, f->entities(0)[imax]);
+        const Vertex vi(mesh, f->entities(0)[i]);
+        if (vi.global_index() > vmax.global_index())
+          imax = i;
+      }
+    }
+
+    // Only save edge ratio in 2D
+    if (tdim == 2)
+      edge_ratio_ok[f->index()] = (min_len/max_len >= min_ratio);
+
+    long_edge[f->index()] = face_edges[imax];
+  }
+}
+//-----------------------------------------------------------------------------
+void PlazaRefinementND::enforce_rules(ParallelRefinement& p_ref,
+                                      const Mesh& mesh,
+                                      const std::vector<unsigned int>& long_edge)
+{
+  Timer t0("PLAZA: Enforce rules");
+
+  // Enforce rule, that if any edge of a face is marked, longest edge
+  // must also be marked
+
+  std::size_t update_count = 1;
+  while (update_count != 0)
+  {
+    update_count = 0;
+    p_ref.update_logical_edgefunction();
+
+    for (FaceIterator f(mesh); !f.end(); ++f)
+    {
+      const std::size_t long_e = long_edge[f->index()];
+      if (p_ref.is_marked(long_e))
+        continue;
+      bool any_marked = false;
+      for (EdgeIterator e(*f); !e.end(); ++e)
+        any_marked |= p_ref.is_marked(e->index());
+      if (any_marked)
+      {
+        p_ref.mark(long_e);
+        ++update_count;
+      }
+    }
+    update_count = dolfin::MPI::sum(mesh.mpi_comm(), update_count);
+  }
+}
+//-----------------------------------------------------------------------------
+void PlazaRefinementND::refine(Mesh& new_mesh, const Mesh& mesh,
+                               bool redistribute,
+                               bool calculate_parent_facets)
+{
+  if (mesh.type().cell_type() != CellType::Type::triangle
+      and mesh.type().cell_type() != CellType::Type::tetrahedron)
+  {
+    dolfin_error("PlazaRefinementND.cpp",
+                 "refine mesh",
+                 "Cell type %s not supported",
+                 mesh.type().description(false).c_str());
+  }
+
+  Timer t0("PLAZA: refine");
+  std::vector<unsigned int> long_edge;
+  std::vector<bool> edge_ratio_ok;
+  face_long_edge(long_edge, edge_ratio_ok, mesh);
+
+  ParallelRefinement p_ref(mesh);
+  p_ref.mark_all();
+
+  MeshRelation mesh_relation;
+  do_refine(new_mesh, mesh, p_ref, long_edge, edge_ratio_ok, redistribute,
+            calculate_parent_facets, mesh_relation);
+}
+//-----------------------------------------------------------------------------
+void PlazaRefinementND::refine(Mesh& new_mesh, const Mesh& mesh,
+                               const MeshFunction<bool>& refinement_marker,
+                               bool redistribute,
+                               bool calculate_parent_facets)
+{
+  if (mesh.type().cell_type() != CellType::Type::triangle
+      and mesh.type().cell_type() != CellType::Type::tetrahedron)
+  {
+    dolfin_error("PlazaRefinementND.cpp",
+                 "refine mesh",
+                 "Cell type %s not supported", mesh.type().description(false).c_str());
+  }
+
+  Timer t0("PLAZA: refine");
+  std::vector<unsigned int> long_edge;
+  std::vector<bool> edge_ratio_ok;
+  face_long_edge(long_edge, edge_ratio_ok, mesh);
+
+  ParallelRefinement p_ref(mesh);
+  p_ref.mark(refinement_marker);
+
+  enforce_rules(p_ref, mesh, long_edge);
+
+  MeshRelation mesh_relation;
+  do_refine(new_mesh, mesh, p_ref, long_edge, edge_ratio_ok, redistribute,
+            calculate_parent_facets, mesh_relation);
+}
+//-----------------------------------------------------------------------------
+void PlazaRefinementND::refine(Mesh& new_mesh, const Mesh& mesh,
+                               const MeshFunction<bool>& refinement_marker,
+                               bool calculate_parent_facets,
+                               MeshRelation& mesh_relation)
+{
+  if (mesh.type().cell_type() != CellType::Type::triangle
+      and mesh.type().cell_type() != CellType::Type::tetrahedron)
+  {
+    dolfin_error("PlazaRefinementND.cpp",
+                 "refine mesh",
+                 "Cell type %s not supported", mesh.type().description(false).c_str());
+  }
+
+  Timer t0("PLAZA: refine");
+  std::vector<unsigned int> long_edge;
+  std::vector<bool> edge_ratio_ok;
+  face_long_edge(long_edge, edge_ratio_ok, mesh);
+
+  ParallelRefinement p_ref(mesh);
+  p_ref.mark(refinement_marker);
+
+  enforce_rules(p_ref, mesh, long_edge);
+
+  do_refine(new_mesh, mesh, p_ref, long_edge, edge_ratio_ok, false,
+            calculate_parent_facets, mesh_relation);
+}
+//-----------------------------------------------------------------------------
+void PlazaRefinementND::do_refine(Mesh& new_mesh, const Mesh& mesh,
+                                  ParallelRefinement& p_ref,
+                                  const std::vector<unsigned int>& long_edge,
+                                  const std::vector<bool>& edge_ratio_ok,
+                                  bool redistribute,
+                                  bool calculate_parent_facets,
+                                  MeshRelation& mesh_relation)
+{
+  const std::size_t tdim = mesh.topology().dim();
+  const std::size_t num_cell_edges = tdim*3 - 3;
+  const std::size_t num_cell_vertices = tdim + 1;
+
+  // Make new vertices in parallel
+  p_ref.create_new_vertices();
+  const std::map<std::size_t, std::size_t>& new_vertex_map
+    = *(p_ref.edge_to_new_vertex());
+
+  std::vector<std::size_t> parent_cell;
+  std::vector<std::size_t> indices(num_cell_vertices + num_cell_edges);
+  std::vector<std::size_t> marked_edge_list;
+  std::vector<std::size_t> simplex_set;
+
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    // Create vector of indices in the order [vertices][edges], 3+3 in
+    // 2D, 4+6 in 3D
+    std::size_t j = 0;
+    for (VertexIterator v(*cell); !v.end(); ++v)
+      indices[j++] = v->global_index();
+
+    marked_edge_list = p_ref.marked_edge_list(*cell);
+    if (marked_edge_list.size() == 0)
+    {
+      p_ref.new_cell(*cell);
+      parent_cell.push_back(cell->index());
+    }
+    else
+    {
+      indices.resize(num_cell_vertices + num_cell_edges);
+      // Get the marked edge indices for new vertices and make bool
+      // vector of marked edges
+      std::vector<bool> markers(num_cell_edges, false);
+      for (auto &p : marked_edge_list)
+      {
+        markers[p] = true;
+        const std::size_t edge_index = cell->entities(1)[p];
+
+        auto it = new_vertex_map.find(edge_index);
+        dolfin_assert (it != new_vertex_map.end());
+        indices[num_cell_vertices + p] = it->second;
+      }
+
+      // Need longest edges of each facet in cell local indexing
+      std::vector<std::size_t> longest_edge;
+      for (FaceIterator f(*cell); !f.end(); ++f)
+        longest_edge.push_back(long_edge[f->index()]);
+
+      // Convert to cell local index
+      for (auto &p : longest_edge)
+      {
+        for (EdgeIterator ej(*cell); !ej.end(); ++ej)
+        {
+          if (p == ej->index())
+          {
+            p = ej.pos();
+            break;
+          }
+        }
+      }
+
+      const bool uniform
+        = (tdim == 2) ? edge_ratio_ok[cell->index()] : false;
+
+      get_simplices(simplex_set, markers, longest_edge, tdim, uniform);
+
+      // Save parent index
+      const std::size_t ncells = simplex_set.size()/num_cell_vertices;
+      for (std::size_t i = 0; i != ncells; ++i)
+        parent_cell.push_back(cell->index());
+
+      // Convert from cell local index to mesh index and add to cells
+      for (auto &it : simplex_set)
+        it = indices[it];
+      p_ref.new_cells(simplex_set);
+    }
+  }
+
+  const bool serial = (dolfin::MPI::size(mesh.mpi_comm()) == 1);
+  if (serial)
+    p_ref.build_local(new_mesh);
+  else
+    p_ref.partition(new_mesh, redistribute);
+
+  if (serial || !redistribute)
+  {
+    // Create parent data on new mesh
+    std::vector<std::size_t>& new_parent_cell
+      = new_mesh.data().create_array("parent_cell", new_mesh.topology().dim());
+
+    new_parent_cell = parent_cell;
+
+    if (calculate_parent_facets)
+      set_parent_facet_markers(mesh, new_mesh, new_vertex_map);
+
+    mesh_relation.edge_to_global_vertex = p_ref.edge_to_new_vertex();
+  }
+  else if (calculate_parent_facets)
+    warning("Cannot calculate parent facets if redistributing cells");
+}
+//-----------------------------------------------------------------------------
+void PlazaRefinementND::set_parent_facet_markers(const Mesh& mesh,
+                                                 Mesh& new_mesh,
+           const std::map<std::size_t, std::size_t>& new_vertex_map)
+{
+  Timer t0("PLAZA: map parent-child facets");
+
+  const std::size_t tdim = mesh.topology().dim();
+
+  std::vector<std::size_t>& new_parent_facet
+    = new_mesh.data().create_array("parent_facet", tdim - 1);
+
+  new_mesh.init(tdim - 1);
+  new_parent_facet.clear();
+  new_parent_facet.resize(new_mesh.num_facets(),
+                          std::numeric_limits<std::size_t>::max());
+
+  std::vector<std::size_t>& parent_cell
+    = new_mesh.data().array("parent_cell", tdim);
+
+  // Make a map from parent->child cells
+  std::vector<std::set<std::size_t>> reverse_cell_map(mesh.num_cells());
+  for (CellIterator cell(new_mesh); !cell.end(); ++cell)
+  {
+    const std::size_t cell_index = cell->index();
+    reverse_cell_map[parent_cell[cell_index]].insert(cell_index);
+  }
+
+  // Go through all parent cells, calculating sets of vertices which
+  // make up eligible facets
+  std::vector<std::set<std::size_t>> facet_sets;
+  for (CellIterator pcell(mesh); !pcell.end(); ++pcell)
+  {
+    facet_sets.clear();
+    for (FacetIterator f(*pcell); !f.end(); ++f)
+    {
+      // Add all parent facet vertices
+      std::set<std::size_t> vset;
+      for (VertexIterator v(*f); !v.end(); ++v)
+        vset.insert(v->global_index());
+
+      for (EdgeIterator e(*f); !e.end(); ++e)
+      {
+        // If edge was divided, add new vertex to set
+        const auto e_it = new_vertex_map.find(e->index());
+        if (e_it != new_vertex_map.end())
+          vset.insert(e_it->second);
+      }
+      facet_sets.push_back(vset);
+    }
+
+    // Now check child facet vertices to see if they belong to any of
+    // the parent facet sets
+    for (const auto &child_index : reverse_cell_map[pcell->index()])
+    {
+      Cell cell(new_mesh, child_index);
+      for (FacetIterator f(cell); !f.end(); ++f)
+      {
+        // Check not already assigned
+        if (new_parent_facet[f->index()]
+            == std::numeric_limits<std::size_t>::max())
+        {
+          // Iterate through parent sets of vertices representing
+          // facets
+          for (unsigned int i = 0; i < facet_sets.size(); ++i)
+          {
+            // Check all vertices of child facet lie on parent facet
+            const std::set<std::size_t>& vset = facet_sets[i];
+            bool vertex_match = true;
+            for (VertexIterator v(*f); !v.end(); ++v)
+            {
+              if (vset.count(v->global_index()) == 0)
+              {
+                vertex_match = false;
+                break;
+              }
+            }
+            if (vertex_match)
+              new_parent_facet[f->index()] = pcell->entities(tdim - 1)[i];
+          }
+        }
+      }
+    }
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/refinement/PlazaRefinementND.h b/dolfin/refinement/PlazaRefinementND.h
new file mode 100644
index 0000000..051661c
--- /dev/null
+++ b/dolfin/refinement/PlazaRefinementND.h
@@ -0,0 +1,156 @@
+// Copyright (C) 2014 Chris Richardson
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifndef __PLAZA_REFINEMENT_ND_H
+#define __PLAZA_REFINEMENT_ND_H
+
+namespace dolfin
+{
+  class Mesh;
+  class MeshRelation;
+  class ParallelRefinement;
+
+  /// Implementation of the refinement method described in
+  /// Plaza and Carey "Local refinement of simplicial grids
+  /// based on the skeleton"
+  /// (Applied Numerical Mathematics 32 (2000) 195-218)
+  ///
+  class PlazaRefinementND
+  {
+  public:
+
+    /// Uniform refine, optionally redistributing and
+    /// optionally calculating the parent-child relation for facets (in 2D)
+    ///
+    ///  @param new_mesh
+    ///     New Mesh
+    ///  @param mesh
+    ///     Input mesh to be refined
+    ///  @param redistribute
+    ///     Flag to call the Mesh Partitioner to redistribute after refinement
+    ///  @param calculate_parent_facets
+    ///     Flag to build parent facet information, needed to propagate information
+    ///     on boundaries
+    static void refine(Mesh& new_mesh, const Mesh& mesh, bool redistribute,
+                       bool calculate_parent_facets);
+
+    /// Refine with markers, optionally redistributing
+    /// and optionally calculating the parent-child relation for facets (in 2D)
+    ///
+    /// @param new_mesh
+    ///    New Mesh
+    /// @param mesh
+    ///    Input mesh to be refined
+    /// @param refinement_marker
+    ///    MeshFunction listing MeshEntities which should be split by this refinement
+    /// @param redistribute
+    ///     Flag to call the Mesh Partitioner to redistribute after refinement
+    /// @param calculate_parent_facets
+    ///     Flag to build parent facet information, needed to propagate information
+    ///     on boundaries
+    static void refine(Mesh& new_mesh, const Mesh& mesh,
+                       const MeshFunction<bool>& refinement_marker,
+                       bool redistribute,
+                       bool calculate_parent_facets);
+
+    /// Refine with markers, optionally calculating facet relations, and
+    /// saving relation data in MeshRelation structure
+    /// @param new_mesh
+    ///    New Mesh
+    /// @param mesh
+    ///    Input mesh to be refined
+    /// @param refinement_marker
+    ///    MeshFunction listing MeshEntities which should be split by this refinement
+    /// @param calculate_parent_facets
+    ///    Flag to build parent facet information, needed to propagate information
+    ///    on boundaries
+    /// @param mesh_relation
+    ///    New relationship between the two meshes
+    static void refine(Mesh& new_mesh, const Mesh& mesh,
+                       const MeshFunction<bool>& refinement_marker,
+                       bool calculate_parent_facets,
+                       MeshRelation& mesh_relation);
+
+
+    /// Get the subdivision of an original simplex into smaller
+    /// simplices, for a given set of marked edges, and the
+    /// longest edge of each facet (cell local indexing).
+    /// A flag indicates if a uniform subdivision is preferable in 2D.
+    /// @param simplex_set
+    ///   Returned set of triangles/tets topological description
+    /// @param marked_edges
+    ///   Vector indicating which edges are to be split
+    /// @param longest_edge
+    ///   Vector indicating the longest edge for each triangle. For tdim=2, one entry,
+    ///   for tdim=3, four entries.
+    /// @param tdim
+    ///   Topological dimension (2 or 3)
+    /// @param uniform
+    ///   Make a "uniform" subdivision with all triangles being similar shape
+    static void get_simplices
+      (std::vector<std::size_t>& simplex_set,
+       const std::vector<bool>& marked_edges,
+       const std::vector<std::size_t>& longest_edge,
+       std::size_t tdim, bool uniform);
+
+  private:
+
+    // Get the longest edge of each face (using local mesh index)
+    static void face_long_edge(std::vector<unsigned int>& long_edge,
+                               std::vector<bool>& edge_ratio_ok,
+                               const Mesh& mesh);
+
+    // 2D version of subdivision allowing for uniform subdivision (flag)
+    static void get_triangles
+      (std::vector<std::size_t>& tri_set,
+       const std::vector<bool>& marked_edges,
+       const std::size_t longest_edge,
+       bool uniform);
+
+    // 3D version of subdivision
+    static void get_tetrahedra
+      (std::vector<std::size_t>& tet_set,
+       const std::vector<bool>& marked_edges,
+       const std::vector<std::size_t>& longest_edge);
+
+    // Convenient interface for both uniform and marker refinement
+    static void do_refine(Mesh& new_mesh, const Mesh& mesh,
+                          ParallelRefinement& p_ref,
+                          const std::vector<unsigned int>& long_edge,
+                          const std::vector<bool>& edge_ratio_ok,
+                          bool redistribute,
+                          bool calculate_parent_facets,
+                          MeshRelation& mesh_relation);
+
+    // Propagate edge markers according to rules (longest edge
+    // of each face must be marked, if any edge of face is marked)
+    static void enforce_rules(ParallelRefinement& p_ref,
+                              const Mesh& mesh,
+                              const std::vector<unsigned int>& long_edge);
+
+    // Add parent facet markers to new mesh, based on new vertices
+    // Only works in 2D at present
+    static void set_parent_facet_markers(const Mesh& mesh, Mesh& new_mesh,
+                  const std::map<std::size_t, std::size_t>& new_vertex_map);
+
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/refinement/RegularCutRefinement.cpp b/dolfin/refinement/RegularCutRefinement.cpp
new file mode 100644
index 0000000..ce17f9f
--- /dev/null
+++ b/dolfin/refinement/RegularCutRefinement.cpp
@@ -0,0 +1,702 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-02-07
+// Last changed: 2014-02-06
+
+#include <vector>
+
+#include <dolfin/log/log.h>
+#include <dolfin/common/constants.h>
+#include <dolfin/common/IndexSet.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Edge.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/mesh/MeshEditor.h>
+#include "RegularCutRefinement.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+void RegularCutRefinement::refine(Mesh& refined_mesh,
+                                  const Mesh& mesh,
+                                  const MeshFunction<bool>& cell_markers)
+{
+  not_working_in_parallel("RegularCutRefinement::refine");
+
+  // Currently only implemented in 2D
+  if (mesh.topology().dim() != 2)
+  {
+    dolfin_error("RegularCutRefinement.cpp",
+                 "refine mesh",
+                 "Mesh is not two-dimensional: regular-cut mesh refinement is currently only implemented in 2D");
+  }
+
+  // Check that mesh is ordered
+  if (!mesh.ordered())
+  {
+    dolfin_error("RegularCutRefinement.cpp",
+                 "refine mesh",
+                 "Mesh is not ordered according to the UFC numbering convention, consider calling mesh.order()");
+  }
+
+  // Initialize edges
+  mesh.init(1);
+
+  // Compute refinement markers
+  std::vector<int> refinement_markers;
+  IndexSet marked_edges(mesh.num_edges());
+  compute_markers(refinement_markers, marked_edges, mesh, cell_markers);
+
+  // Refine mesh based on computed markers
+  refine_marked(refined_mesh, mesh, refinement_markers, marked_edges);
+}
+//-----------------------------------------------------------------------------
+void
+RegularCutRefinement::compute_markers(std::vector<int>& refinement_markers,
+                                      IndexSet& marked_edges,
+                                      const Mesh& mesh,
+                                      const MeshFunction<bool>& cell_markers)
+{
+  // Topological dimension
+  const std::size_t D = mesh.topology().dim();
+
+  // Create edge markers and initialize to false
+  const std::size_t edges_per_cell = D + 1;
+  std::vector<std::vector<bool>> edge_markers(mesh.num_cells());
+  for (std::size_t i = 0; i < mesh.num_cells(); i++)
+  {
+    edge_markers[i].resize(edges_per_cell);
+    for (std::size_t j = 0; j < edges_per_cell; j++)
+      edge_markers[i][j] = false;
+  }
+
+  // Create index sets for marked cells
+  IndexSet cells(mesh.num_cells());
+  IndexSet marked_cells(mesh.num_cells());
+
+  // Get bisection data
+  const std::vector<std::size_t>* bisection_twins = NULL;
+  if (mesh.data().exists("bisection_twins", D))
+    bisection_twins = &(mesh.data().array("bisection_twins", D));
+
+  // Iterate until no more cells are marked
+  cells.fill();
+  while (!cells.empty())
+  {
+    // Iterate over all cells in list
+    for (std::size_t _i = 0; _i < cells.size(); _i++)
+    {
+      // Get cell index and create cell
+      const std::size_t cell_index = cells[_i];
+      const Cell cell(mesh, cell_index);
+
+      // Count the number of marked edges
+      const std::size_t num_marked = count_markers(edge_markers[cell_index]);
+
+      // Check whether cell has a bisection twin
+      std::size_t bisection_twin = cell_index;
+      bool is_bisected = false;
+      if (bisection_twins)
+      {
+        bisection_twin = (*bisection_twins)[cell_index];
+        is_bisected = bisection_twin != cell_index;
+      }
+
+      // Get bisection edge
+      std::size_t common_edge = 0;
+      std::size_t bisection_edge = 0;
+      if (is_bisected)
+      {
+        common_edge = find_common_edges(cell, mesh, bisection_twin).first;
+        bisection_edge = find_bisection_edges(cell, mesh, bisection_twin).first;
+      }
+
+      // Decide if cell should be refined
+      bool refine = false;
+      refine = refine || cell_markers[cell_index];
+      if (is_bisected)
+        refine = refine || num_marked > 0;
+      else
+      {
+        refine = refine || num_marked > 1;
+        refine = refine || too_thin(cell, edge_markers[cell_index]);
+      }
+
+      // Skip cell if it should not be marked
+      if (!refine)
+        continue;
+
+      // Iterate over edges
+      for (EdgeIterator edge(cell); !edge.end(); ++edge)
+      {
+        // Skip edge if it is a bisected edge of a bisected cell
+        if (is_bisected && edge.pos() == bisection_edge)
+          continue;
+
+        // Mark edge in current cell
+        if (!edge_markers[cell_index][edge.pos()])
+        {
+          edge_markers[cell_index][edge.pos()] = true;
+          marked_cells.insert(cell_index);
+        }
+
+        // Insert edge into set of marked edges but only if the edge
+        // is not the common edge of a bisected cell in which case it
+        // will later be removed and no new vertex be inserted...
+        if (!is_bisected || edge.pos() != common_edge)
+          marked_edges.insert(edge->index());
+
+        // Iterate over cells sharing edge
+        for (CellIterator neighbor(*edge); !neighbor.end(); ++neighbor)
+        {
+          // Get local edge number of edge relative to neighbor
+          const std::size_t local_index = neighbor->index(*edge);
+
+          // Mark edge for refinement
+          if (!edge_markers[neighbor->index()][local_index])
+          {
+            edge_markers[neighbor->index()][local_index] = true;
+            marked_cells.insert(neighbor->index());
+          }
+        }
+      }
+    }
+
+    // Copy marked cells
+    cells = marked_cells;
+    marked_cells.clear();
+  }
+
+  // Extract which cells to refine and indices which edges to bisect
+  refinement_markers.resize(mesh.num_cells());
+  for (std::size_t i = 0; i < edge_markers.size(); i++)
+  {
+    // Count the number of marked edges
+    const std::size_t num_marked = count_markers(edge_markers[i]);
+
+    // Check if cell has been bisected before
+    const bool is_bisected = bisection_twins && (*bisection_twins)[i] != i;
+
+    // No refinement
+    if (num_marked == 0)
+      refinement_markers[i] = static_cast<int>(marker_type::no_refinement);
+
+    // Mark for bisection
+    else if (num_marked == 1 && !is_bisected)
+      refinement_markers[i] = extract_edge(edge_markers[i]);
+
+    // Mark for regular refinement
+    else if (num_marked == edges_per_cell && !is_bisected)
+      refinement_markers[i] = static_cast<int>(marker_type::regular_refinement);
+
+    // Mark for bisection backtracking
+    else if (num_marked == 2 && is_bisected)
+      refinement_markers[i] = static_cast<int>(marker_type::backtrack_bisection);
+
+    // Mark for bisection backtracking and refinement
+    else if (num_marked == edges_per_cell && is_bisected)
+      refinement_markers[i] = static_cast<int>(marker_type::backtrack_bisection_refine);
+
+    // Sanity check
+    else
+    {
+      dolfin_error("RegularCutRefinement.cpp",
+                   "compute marked edges",
+                   "Unexpected number of edges marked");
+    }
+  }
+}
+//-----------------------------------------------------------------------------
+void RegularCutRefinement::refine_marked(Mesh& refined_mesh,
+                                  const Mesh& mesh,
+                                  const std::vector<int>& refinement_markers,
+                                  const IndexSet& marked_edges)
+{
+  // Count the number of cells in refined mesh
+  std::size_t num_cells = 0;
+
+  // Data structure to hold a cell
+  std::vector<std::size_t> cell_data(3);
+
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    const int marker = refinement_markers[cell->index()];
+    switch (marker)
+    {
+    case static_cast<int>(marker_type::no_refinement):
+      num_cells += 1;
+      break;
+    case static_cast<int>(marker_type::regular_refinement):
+      num_cells += 4;
+      break;
+    case static_cast<int>(marker_type::backtrack_bisection):
+      num_cells += 2;
+      break;
+    case static_cast<int>(marker_type::backtrack_bisection_refine):
+      num_cells += 3;
+      break;
+    default:
+      num_cells += 2;
+    }
+  }
+
+  // Initialize mesh editor
+  const std::size_t num_vertices = mesh.num_vertices() + marked_edges.size();
+  MeshEditor editor;
+  editor.open(refined_mesh, mesh.type().cell_type(),
+              mesh.topology().dim(), mesh.geometry().dim());
+  editor.init_vertices_global(num_vertices, num_vertices);
+  editor.init_cells_global(num_cells, num_cells);
+
+  // Set vertex coordinates
+  std::size_t current_vertex = 0;
+  for (VertexIterator vertex(mesh); !vertex.end(); ++vertex)
+  {
+    editor.add_vertex(current_vertex, vertex->point());
+    current_vertex++;
+  }
+  for (std::size_t i = 0; i < marked_edges.size(); i++)
+  {
+    Edge edge(mesh, marked_edges[i]);
+    editor.add_vertex(current_vertex, edge.midpoint());
+    current_vertex++;
+  }
+
+  // Get bisection data for old mesh
+  const std::size_t D = mesh.topology().dim();
+  const std::vector<std::size_t>*  bisection_twins = NULL;
+  if (mesh.data().exists("bisection_twins", D))
+    bisection_twins = &(mesh.data().array("bisection_twins", D));
+
+  // Markers for bisected cells pointing to their bisection twins in
+  // refined mesh
+  std::vector<std::size_t>& refined_bisection_twins
+    = refined_mesh.data().create_array("bisection_twins", D);
+  refined_bisection_twins.resize(num_cells);
+  for (std::size_t i = 0; i < num_cells; i++)
+    refined_bisection_twins[i] = i;
+
+  // Mapping from old to new unrefined cells (-1 means refined or not
+  // yet processed)
+  std::vector<int> unrefined_cells(mesh.num_cells());
+  std::fill(unrefined_cells.begin(), unrefined_cells.end(), -1);
+
+  // Iterate over all cells and add new cells
+  std::size_t current_cell = 0;
+  std::vector<std::vector<std::size_t>> cells(4, std::vector<std::size_t>(3));
+  for (CellIterator cell(mesh); !cell.end(); ++cell)
+  {
+    // Get marker
+    const int marker = refinement_markers[cell->index()];
+    if (marker == static_cast<int>(marker_type::no_refinement))
+    {
+      // No refinement: just copy cell to new mesh
+      std::vector<std::size_t> vertices;
+      for (VertexIterator vertex(*cell); !vertex.end(); ++vertex)
+        vertices.push_back(vertex->index());
+      editor.add_cell(current_cell++, vertices);
+
+      // Store mapping to new cell index
+      unrefined_cells[cell->index()] = current_cell - 1;
+
+      // Remember unrefined bisection twins
+      if (bisection_twins)
+      {
+        const std::size_t bisection_twin = (*bisection_twins)[cell->index()];
+        const int twin_marker = refinement_markers[bisection_twin];
+        dolfin_assert(twin_marker == static_cast<int>(marker_type::no_refinement));
+        if (unrefined_cells[bisection_twin] >= 0)
+        {
+          const std::size_t i = current_cell - 1;
+          const std::size_t j = unrefined_cells[bisection_twin];
+          refined_bisection_twins[i] = j;
+          refined_bisection_twins[j] = i;
+        }
+      }
+    }
+    else if (marker == static_cast<int>(marker_type::regular_refinement))
+    {
+      // Regular refinement: divide into sub-simplices
+      dolfin_assert(unrefined_cells[cell->index()] == -1);
+
+      // Get vertices and edges
+      const unsigned int* v = cell->entities(0);
+      const unsigned int* e = cell->entities(1);
+      dolfin_assert(v);
+      dolfin_assert(e);
+
+      // Get offset for new vertex indices
+      const std::size_t offset = mesh.num_vertices();
+
+      // Compute indices for the six new vertices
+      const std::size_t v0 = v[0];
+      const std::size_t v1 = v[1];
+      const std::size_t v2 = v[2];
+      const std::size_t e0 = offset + marked_edges.find(e[0]);
+      const std::size_t e1 = offset + marked_edges.find(e[1]);
+      const std::size_t e2 = offset + marked_edges.find(e[2]);
+
+      // Create four new cells
+      cells[0][0] = v0; cells[0][1] = e2; cells[0][2] = e1;
+      cells[1][0] = v1; cells[1][1] = e0; cells[1][2] = e2;
+      cells[2][0] = v2; cells[2][1] = e1; cells[2][2] = e0;
+      cells[3][0] = e0; cells[3][1] = e1; cells[3][2] = e2;
+
+      // Add cells
+      std::vector<std::vector<std::size_t>>::const_iterator _cell;
+      for (_cell = cells.begin(); _cell != cells.end(); ++_cell)
+        editor.add_cell(current_cell++, *_cell);
+    }
+    else if (marker == static_cast<int>(marker_type::backtrack_bisection)
+             || marker ==static_cast<int>(marker_type::backtrack_bisection_refine))
+    {
+      // Special case: backtrack bisected cells
+      dolfin_assert(unrefined_cells[cell->index()] == -1);
+
+      // Get index for bisection twin
+      dolfin_assert(bisection_twins);
+      const std::size_t bisection_twin = (*bisection_twins)[cell->index()];
+      dolfin_assert(bisection_twin != cell->index());
+
+      // Let lowest number twin handle refinement
+      if (bisection_twin < cell->index())
+        continue;
+
+      // Get marker for twin
+      const int twin_marker = refinement_markers[bisection_twin];
+
+      // Find common edge(s) and bisected edge(s)
+      const std::pair<std::size_t, std::size_t> common_edges
+        = find_common_edges(*cell, mesh, bisection_twin);
+      const std::pair<std::size_t, std::size_t> bisection_edges
+        = find_bisection_edges(*cell, mesh, bisection_twin);
+      const std::pair<std::size_t, std::size_t> bisection_vertices
+        = find_bisection_vertices(*cell, mesh, bisection_twin, bisection_edges);
+
+      // Get list of vertices and edges for both cells
+      const Cell twin(mesh, bisection_twin);
+      const unsigned int* vertices_0 = cell->entities(0);
+      const unsigned int* vertices_1 = twin.entities(0);
+      const unsigned int* edges_0 = cell->entities(1);
+      const unsigned int* edges_1 = twin.entities(1);
+      dolfin_assert(vertices_0);
+      dolfin_assert(vertices_1);
+      dolfin_assert(edges_0);
+      dolfin_assert(edges_1);
+
+      // Get offset for new vertex indices
+      const std::size_t offset = mesh.num_vertices();
+
+      // Locate vertices such that v_i is the vertex opposite to
+      // the edge e_i on the parent triangle
+      const std::size_t v0 = vertices_0[common_edges.first];
+      const std::size_t v1 = vertices_1[common_edges.second];
+      const std::size_t v2 = vertices_0[bisection_edges.first];
+      const std::size_t e0 = offset
+        + marked_edges.find(edges_1[bisection_vertices.second]);
+      const std::size_t e1 = offset
+        + marked_edges.find(edges_0[bisection_vertices.first]);
+      const std::size_t e2 = vertices_0[bisection_vertices.first];
+
+      // Locate new vertices on bisected edge (if any)
+      std::size_t E0 = 0;
+      std::size_t E1 = 0;
+      if (marker == static_cast<int>(marker_type::backtrack_bisection_refine))
+        E0 = offset + marked_edges.find(edges_0[bisection_edges.first]);
+      if (twin_marker
+          == static_cast<int>(marker_type::backtrack_bisection_refine))
+      {
+        E1 = offset + marked_edges.find(edges_1[bisection_edges.second]);
+      }
+
+      // Add middle two cells (always)
+      dolfin_assert(cell_data.size() == 3);
+      cell_data[0] = e0; cell_data[1] = e1; cell_data[2] = e2;
+      editor.add_cell(current_cell++, cell_data);
+
+      cell_data[0] = v2; cell_data[1] = e1; cell_data[2] = e0;
+      editor.add_cell(current_cell++, cell_data);
+
+      // Add one or two remaining cells in current cell (left)
+      if (marker == static_cast<int>(marker_type::backtrack_bisection))
+      {
+        cell_data[0] = v0; cell_data[1] = e2; cell_data[2] = e1;
+        editor.add_cell(current_cell++, cell_data);
+      }
+      else
+      {
+        // Add the two cells
+        cell_data[0] = v0; cell_data[1] = E0; cell_data[2] = e1;
+        editor.add_cell(current_cell++, cell_data);
+
+        cell_data[0] = E0; cell_data[1] = e2; cell_data[2] = e1;
+        editor.add_cell(current_cell++, cell_data);
+
+        // Set bisection twins
+        refined_bisection_twins[current_cell - 2] = current_cell - 1;
+        refined_bisection_twins[current_cell - 1] = current_cell - 2;
+      }
+
+      // Add one or two remaining cells in twin cell (right)
+      if (twin_marker == static_cast<int>(marker_type::backtrack_bisection))
+      {
+        cell_data[0] = v1; cell_data[1] = e0; cell_data[2] = e2;
+        editor.add_cell(current_cell++, cell_data);
+      }
+      else
+      {
+        // Add the two cells
+        cell_data[0] = v1; cell_data[1] = e0; cell_data[2] = E1;
+        editor.add_cell(current_cell++, cell_data);
+
+        cell_data[0] = e0; cell_data[1] = e2; cell_data[2] = E1;
+        editor.add_cell(current_cell++, cell_data);
+
+        // Set bisection twins
+        refined_bisection_twins[current_cell - 2] = current_cell - 1;
+        refined_bisection_twins[current_cell - 1] = current_cell - 2;
+      }
+    }
+    else
+    {
+      // One edge marked for refinement: do bisection
+
+      dolfin_assert(unrefined_cells[cell->index()] == -1);
+
+      // Get vertices and edges
+      const unsigned int* v = cell->entities(0);
+      const unsigned int* e = cell->entities(1);
+      dolfin_assert(v);
+      dolfin_assert(e);
+
+      // Get edge number (equal to marker)
+      dolfin_assert(marker >= 0);
+      const std::size_t local_edge_index = static_cast<std::size_t>(marker);
+      const std::size_t global_edge_index = e[local_edge_index];
+      const std::size_t ee = mesh.num_vertices() + marked_edges.find(global_edge_index);
+
+      // Add the two new cells
+      if (local_edge_index == 0)
+      {
+        cell_data[0] = v[0]; cell_data[1] = ee; cell_data[2] = v[1];
+        editor.add_cell(current_cell++, cell_data);
+
+        cell_data[0] = v[0]; cell_data[1] = ee; cell_data[2] = v[2];
+        editor.add_cell(current_cell++, cell_data);
+      }
+      else if (local_edge_index == 1)
+      {
+        cell_data[0] = v[1]; cell_data[1] = ee; cell_data[2] = v[0];
+        editor.add_cell(current_cell++, cell_data);
+
+        cell_data[0] = v[1]; cell_data[1] = ee; cell_data[2] = v[2];
+        editor.add_cell(current_cell++, cell_data);
+      }
+      else
+      {
+        cell_data[0] = v[2]; cell_data[1] = ee; cell_data[2] = v[0];
+        editor.add_cell(current_cell++, cell_data);
+
+        cell_data[0] = v[2]; cell_data[1] = ee; cell_data[2] = v[1];
+        editor.add_cell(current_cell++, cell_data);
+      }
+
+      // Set bisection twins
+      refined_bisection_twins[current_cell - 2] = current_cell - 1;
+      refined_bisection_twins[current_cell - 1] = current_cell - 2;
+    }
+  }
+
+  // Close mesh editor
+  dolfin_assert(num_cells == current_cell);
+  editor.close();
+}
+//-----------------------------------------------------------------------------
+std::size_t RegularCutRefinement::count_markers(const std::vector<bool>& markers)
+{
+  std::size_t num_markers = 0;
+  for (std::size_t i = 0; i < markers.size(); i++)
+    if (markers[i])
+      num_markers++;
+  return num_markers;
+}
+//-----------------------------------------------------------------------------
+std::size_t RegularCutRefinement::extract_edge(const std::vector<bool>& markers)
+{
+  for (std::size_t i = 0; i < markers.size(); i++)
+    if (markers[i])
+      return i;
+
+  dolfin_error("RegularCutRefinement.cpp",
+               "extract edge",
+               "Internal error in algorithm: edge not found");
+  return 0;
+}
+//-----------------------------------------------------------------------------
+bool RegularCutRefinement::too_thin(const Cell& cell,
+                                    const std::vector<bool>& edge_markers)
+{
+  const std::size_t num_markers = count_markers(edge_markers);
+
+  // Only care about the case when one edge is marked
+  if (num_markers != 1)
+    return false;
+
+  // Compute lengths of all edges
+  std::vector<double> lengths;
+  double L = 0.0;
+  for (EdgeIterator edge(cell); !edge.end(); ++edge)
+  {
+    const double l = edge->length();
+    L = std::max(L, l);
+    lengths.push_back(l);
+  }
+
+  // Get length of marked edge
+  const double l = lengths[extract_edge(edge_markers)];
+
+  // Check condition
+  const bool too_thin = l < 0.5*L;
+
+  return too_thin;
+}
+//-----------------------------------------------------------------------------
+std::pair<std::size_t, std::size_t>
+RegularCutRefinement::find_common_edges(const Cell& cell,
+                                        const Mesh& mesh,
+                                        std::size_t bisection_twin)
+{
+  // Get list of edges for both cells
+  const Cell twin(mesh, bisection_twin);
+  const unsigned int* e0 = cell.entities(1);
+  const unsigned int* e1 = twin.entities(1);
+  dolfin_assert(e0);
+  dolfin_assert(e1);
+
+  // Iterate over all combinations of edges
+  const std::size_t num_edges = cell.num_entities(1);
+  for (std::size_t i = 0; i < num_edges; i++)
+    for (std::size_t j = 0; j < num_edges; j++)
+      if (e0[i] == e1[j])
+        return std::make_pair(i, j);
+
+  // Not found
+  dolfin_error("RegularCutRefinement.cpp",
+               "find common edges between cells",
+               "Internal error in algorithm: common edge not found");
+
+  return std::make_pair(0, 0);
+}
+//-----------------------------------------------------------------------------
+std::pair<std::size_t, std::size_t>
+RegularCutRefinement::find_bisection_edges(const Cell& cell,
+                                           const Mesh& mesh,
+                                           std::size_t bisection_twin)
+{
+  // Get list of edges for both cells
+  const Cell twin(mesh, bisection_twin);
+  const unsigned int* e0 = cell.entities(1);
+  const unsigned int* e1 = twin.entities(1);
+  dolfin_assert(e0);
+  dolfin_assert(e1);
+
+  // Iterate over all combinations of edges
+  const std::size_t num_edges = cell.num_entities(1);
+  for (std::size_t i = 0; i < num_edges; i++)
+  {
+    // Get list of vertices for edge
+    const Edge edge_0(mesh, e0[i]);
+    const unsigned int* v0 = edge_0.entities(0);
+    dolfin_assert(v0);
+
+    for (std::size_t j = 0; j < num_edges; j++)
+    {
+      // Don't test against the edge itself
+      if (e0[i] == e1[j])
+        continue;
+
+      // Get list of vertices for edge
+      const Edge edge_1(mesh, e1[j]);
+      const unsigned int* v1 = edge_1.entities(0);
+      dolfin_assert(v1);
+
+      // Check that we have a common vertex
+      if (v0[0] != v1[0] && v0[0] != v1[1] && v0[1] != v1[0] && v0[1] != v1[1])
+        continue;
+
+      // Compute normalized dot product between edges
+      double dot_product = edge_0.dot(edge_1);
+      dot_product /= edge_0.length() * edge_1.length();
+
+      // Bisection edge found if dot product is small
+      if (std::abs(std::abs(dot_product) - 1.0) < DOLFIN_EPS_LARGE)
+        return std::make_pair(i, j);
+    }
+  }
+
+  // Not found
+  dolfin_error("RegularCutRefinement.cpp",
+               "find edge for bisection",
+               "Internal error in algorithm; bisection edge not found");
+
+  return std::make_pair(0, 0);
+}
+//-----------------------------------------------------------------------------
+std::pair<std::size_t, std::size_t>
+RegularCutRefinement::find_bisection_vertices(const Cell& cell,
+                                              const Mesh& mesh,
+                                              std::size_t bisection_twin,
+                                              const std::pair<std::size_t, std::size_t>& bisection_edges)
+{
+  // Get list of edges for both cells
+  const Cell twin(mesh, bisection_twin);
+  const unsigned int* e0 = cell.entities(1);
+  const unsigned int* e1 = twin.entities(1);
+  dolfin_assert(e0);
+  dolfin_assert(e1);
+
+  // Get vertices of the two edges
+  Edge edge_0(mesh, e0[bisection_edges.first]);
+  Edge edge_1(mesh, e1[bisection_edges.second]);
+  const unsigned int* v0 = edge_0.entities(0);
+  const unsigned int* v1 = edge_1.entities(0);
+  dolfin_assert(v0);
+  dolfin_assert(v1);
+
+  // Find common vertex
+  if (v0[0] == v1[0] || v0[0] == v1[1])
+  {
+    Vertex v(mesh, v0[0]);
+    return std::make_pair(cell.index(v), twin.index(v));
+  }
+  if (v0[1] == v1[0] || v0[1] == v1[1])
+  {
+    Vertex v(mesh, v0[1]);
+    return std::make_pair(cell.index(v), twin.index(v));
+  }
+
+  // Not found
+  dolfin_error("RegularCutRefinement.cpp",
+               "find bisection vertices",
+               "Internal error in algorithm: bisection vertex not found");
+
+  return std::make_pair(0, 0);
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/refinement/RegularCutRefinement.h b/dolfin/refinement/RegularCutRefinement.h
new file mode 100644
index 0000000..aae5aed
--- /dev/null
+++ b/dolfin/refinement/RegularCutRefinement.h
@@ -0,0 +1,102 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2011-02-07
+// Last changed: 2011-02-09
+
+#ifndef __REGULAR_CUT_REFINEMENT_H
+#define __REGULAR_CUT_REFINEMENT_H
+
+#include <vector>
+
+namespace dolfin
+{
+
+  class Cell;
+  class Mesh;
+  template<typename T> class MeshFunction;
+  class IndexSet;
+
+  /// This class implements local mesh refinement by a regular cut of
+  /// each cell marked for refinement in combination with propagation
+  /// of cut edges to neighboring cells.
+
+  class RegularCutRefinement
+  {
+  public:
+
+    /// Refine mesh based on cell markers
+    /// @param refined_mesh
+    ///     New Mesh
+    /// @param mesh
+    ///     Input Mesh
+    /// @param cell_markers
+    ///     Markers of MeshEntities to split (typically Cells)
+    ///
+    static void refine(Mesh& refined_mesh,
+                       const Mesh& mesh,
+                       const MeshFunction<bool>& cell_markers);
+
+  private:
+
+    // Refinement markers
+    enum class marker_type : int { no_refinement=-1, regular_refinement=-2,
+        backtrack_bisection=-3, backtrack_bisection_refine=-4 };
+
+    // Compute refinement markers based on initial markers
+    static void compute_markers(std::vector<int>& refinement_markers,
+                                IndexSet& marked_edges,
+                                const Mesh& mesh,
+                                const MeshFunction<bool>& cell_markers);
+
+    // Refine mesh based on computed markers
+    static void refine_marked(Mesh& refined_mesh,
+                              const Mesh& mesh,
+                              const std::vector<int>& refinement_markers,
+                              const IndexSet& marked_edges);
+
+    // Count the number of marked entries
+    static std::size_t count_markers(const std::vector<bool>& markers);
+
+    // Extract index of first marked entry
+    static std::size_t extract_edge(const std::vector<bool>& markers);
+
+    // Check whether suggested refinement will produce too thin cells
+    static bool too_thin(const Cell& cell,
+                         const std::vector<bool>& edge_markers);
+
+    // Find local indices for common edge relative to cell and twin
+    static std::pair<std::size_t, std::size_t> find_common_edges(const Cell& cell,
+                                                   const Mesh& mesh,
+                                                   std::size_t bisection_twin);
+
+    // Find local indices for bisection edge relative to cell and twin
+    static std::pair<std::size_t, std::size_t> find_bisection_edges(const Cell& cell,
+                                                      const Mesh& mesh,
+                                                      std::size_t bisection_twin);
+
+    // Find local indices for bisection vertex relative to cell and twin
+    static std::pair<std::size_t, std::size_t> find_bisection_vertices(const Cell& cell,
+                                                         const Mesh& mesh,
+                                                         std::size_t bisection_twin,
+                                                         const std::pair<std::size_t, std::size_t>& bisection_edges);
+
+  };
+
+}
+
+#endif
diff --git a/dolfin/refinement/dolfin_refinement.h b/dolfin/refinement/dolfin_refinement.h
new file mode 100644
index 0000000..3ad43c5
--- /dev/null
+++ b/dolfin/refinement/dolfin_refinement.h
@@ -0,0 +1,8 @@
+#ifndef __DOLFIN_REFINEMENT_H
+#define __DOLFIN_REFINEMENT_H
+
+// DOLFIN mesh refinement interface
+
+#include <dolfin/refinement/refine.h>
+
+#endif
diff --git a/dolfin/refinement/refine.cpp b/dolfin/refinement/refine.cpp
new file mode 100644
index 0000000..bb2c7a3
--- /dev/null
+++ b/dolfin/refinement/refine.cpp
@@ -0,0 +1,179 @@
+// Copyright (C) 2010 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2010-2011.
+//
+// First added:  2010-02-10
+// Last changed: 2013-01-13
+
+#include <dolfin/parameter/GlobalParameters.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshEditor.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/Edge.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/mesh/MeshHierarchy.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include "BisectionRefinement1D.h"
+#include "PlazaRefinementND.h"
+#include "RegularCutRefinement.h"
+#include "refine.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+dolfin::Mesh dolfin::refine(const Mesh& mesh, bool redistribute)
+{
+  Mesh refined_mesh(mesh.mpi_comm());
+  refine(refined_mesh, mesh, redistribute);
+  return refined_mesh;
+}
+//-----------------------------------------------------------------------------
+std::shared_ptr<const MeshHierarchy> dolfin::refine(
+                    const MeshHierarchy& hierarchy,
+                    const MeshFunction<bool>& markers)
+{
+  return hierarchy.refine(markers);
+}
+//-----------------------------------------------------------------------------
+void dolfin::refine(Mesh& refined_mesh, const Mesh& mesh, bool redistribute)
+{
+  // Topological dimension
+  const std::size_t D = mesh.topology().dim();
+
+  const std::string refinement_algorithm = parameters["refinement_algorithm"];
+  bool parent_facets = (refinement_algorithm == "plaza_with_parent_facets");
+
+  // Dispatch to appropriate refinement function
+  if (D == 1)
+    BisectionRefinement1D::refine(refined_mesh, mesh, redistribute);
+  else if(D == 2 or D == 3)
+    PlazaRefinementND::refine(refined_mesh, mesh, redistribute, parent_facets);
+  else
+  {
+    dolfin_error("refine.cpp",
+                 "refine mesh",
+                 "Cannot refine mesh of topological dimension %d", D);
+  }
+
+  // Report the number of refined cells
+  const std::size_t n0 = mesh.num_entities_global(D);
+  const std::size_t n1 = refined_mesh.num_entities_global(D);
+  log(TRACE,  "Number of cells increased from %d to %d (%.1f%% increase).",
+       n0, n1, 100.0 * (static_cast<double>(n1) / static_cast<double>(n0) - 1.0));
+
+}
+//-----------------------------------------------------------------------------
+dolfin::Mesh dolfin::refine(const Mesh& mesh,
+                            const MeshFunction<bool>& cell_markers,
+                            bool redistribute)
+{
+  Mesh refined_mesh;
+  refine(refined_mesh, mesh, cell_markers, redistribute);
+  return refined_mesh;
+}
+//-----------------------------------------------------------------------------
+void dolfin::refine(Mesh& refined_mesh, const Mesh& mesh,
+                    const MeshFunction<bool>& cell_markers, bool redistribute)
+{
+  // Topological dimension
+  const std::size_t D = mesh.topology().dim();
+
+  const std::string refinement_algorithm = parameters["refinement_algorithm"];
+  bool parent_facets = (refinement_algorithm == "plaza_with_parent_facets");
+
+
+
+  // Dispatch to appropriate refinement function
+  if (D == 1)
+    BisectionRefinement1D::refine(refined_mesh, mesh, cell_markers, redistribute);
+  else if (refinement_algorithm == "regular_cut")
+    RegularCutRefinement::refine(refined_mesh, mesh, cell_markers);
+  else if (D == 2 or D == 3)
+    PlazaRefinementND::refine(refined_mesh, mesh, cell_markers,
+                              redistribute, parent_facets);
+  else
+  {
+    dolfin_error("refine.cpp",
+                 "refine mesh",
+                 "Cannot refine mesh of topological dimension %d", D);
+  }
+
+  // Report the number of refined cells
+  const std::size_t n0 = mesh.num_entities_global(D);
+  const std::size_t n1 = refined_mesh.num_entities_global(D);
+  log(TRACE, "Number of cells increased from %d to %d (%.1f%% increase).",
+      n0, n1, 100.0 * (static_cast<double>(n1) / static_cast<double>(n0) - 1.0));
+
+}
+//-----------------------------------------------------------------------------
+dolfin::Mesh dolfin::p_refine(const Mesh& mesh)
+{
+  Mesh refined_mesh;
+  p_refine(refined_mesh, mesh);
+  return refined_mesh;
+}
+//-----------------------------------------------------------------------------
+void dolfin::p_refine(Mesh& refined_mesh, const Mesh& mesh)
+{
+  MeshEditor editor;
+  if (mesh.geometry().degree() != 1)
+  {
+    dolfin_error("refine.cpp",
+                 "increase polynomial degree of mesh",
+                 "Currently only linear -> quadratic is supported");
+  }
+
+  const CellType::Type cell_type = mesh.type().cell_type();
+
+  if (cell_type != CellType::Type::triangle
+      and cell_type != CellType::Type::tetrahedron
+      and cell_type != CellType::Type::interval)
+  {
+    dolfin_error("refine.cpp",
+                 "increase polynomial degree of mesh",
+                 "Unsupported cell type");
+  }
+
+  const std::size_t tdim = mesh.topology().dim();
+  const std::size_t gdim = mesh.geometry().dim();
+
+  editor.open(refined_mesh, cell_type, tdim, gdim, 2);
+
+  // Copy over mesh
+  editor.init_vertices_global(mesh.num_entities(0), mesh.num_entities_global(0));
+  for (VertexIterator v(mesh); !v.end(); ++v)
+    editor.add_vertex(v->index(), v->point());
+
+  editor.init_cells_global(mesh.num_entities(tdim), mesh.num_entities_global(tdim));
+  std::vector<std::size_t> verts(tdim + 1);
+  for (CellIterator c(mesh); !c.end(); ++c)
+  {
+    std::copy(c->entities(0), c->entities(0) + tdim + 1, verts.begin());
+    editor.add_cell(c->index(), verts);
+  }
+
+  // Initialise edges
+  editor.init_entities();
+
+  // Add points at centres of edges
+  for (EdgeIterator e(refined_mesh); !e.end(); ++e)
+    editor.add_entity_point(1, 0, e->index(), e->midpoint());
+
+  editor.close();
+}
+//-----------------------------------------------------------------------------
diff --git a/dolfin/refinement/refine.h b/dolfin/refinement/refine.h
new file mode 100644
index 0000000..ab3acbf
--- /dev/null
+++ b/dolfin/refinement/refine.h
@@ -0,0 +1,135 @@
+// Copyright (C) 2010 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Modified by Anders Logg, 2010.
+//
+// First added:  2010-02-10
+// Last changed: 2013-05-12
+//
+// This file defines free functions for mesh refinement.
+//
+
+#ifndef __DOLFIN_REFINE_H
+#define __DOLFIN_REFINE_H
+
+namespace dolfin
+{
+
+  // Forward declarations
+  class Mesh;
+  class MeshHierarchy;
+  template <typename T> class MeshFunction;
+
+  /// Create uniformly refined mesh
+  ///
+  /// @param    mesh (_Mesh_)
+  ///         The mesh to refine.
+  /// @param    redistribute (_bool_)
+  ///         Optional argument to redistribute the refined mesh if mesh is a
+  ///         distributed mesh.
+  ///
+  /// @return    _Mesh_
+  ///         The refined mesh.
+  ///
+  /// @code{.cpp}
+  ///         mesh = refine(mesh);
+  /// @endcode
+  ///
+  Mesh refine(const Mesh& mesh, bool redistribute = true);
+
+  /// Refine a MeshHierarchy
+  std::shared_ptr<const MeshHierarchy> refine(
+              const MeshHierarchy& hierarchy,
+              const MeshFunction<bool>& markers);
+
+  /// Create uniformly refined mesh
+  ///
+  /// @param    refined_mesh (_Mesh_)
+  ///         The mesh that will be the refined mesh.
+  /// @param   mesh (_Mesh_)
+  ///         The original mesh.
+  /// @param    redistribute (_bool_)
+  ///         Optional argument to redistribute the refined mesh if mesh is a
+  ///         distributed mesh.
+  void refine(Mesh& refined_mesh, const Mesh& mesh,
+              bool redistribute = true);
+
+  /// Create locally refined mesh
+  ///
+  /// @param  mesh (_Mesh_)
+  ///         The mesh to refine.
+  /// @param cell_markers (_MeshFunction<bool>_)
+  ///         A mesh function over booleans specifying which cells
+  ///         that should be refined (and which should not).
+  /// @param redistribute (_bool_)
+  ///         Optional argument to redistribute the refined mesh if mesh is a
+  ///         distributed mesh.
+  ///
+  /// @return _Mesh_
+  ///         The locally refined mesh.
+  ///
+  /// @code{.cpp}
+  ///         MeshFunction<bool> cell_markers(mesh, mesh->topology().dim());
+  ///         cell_markers.set_all(false);
+  ///         Point origin(0.0, 0.0, 0.0);
+  ///         for (CellIterator cell(mesh); !cell.end(); ++cell)
+  ///         {
+  ///             Point p = cell->midpoint();
+  ///             if (p.distance(origin) < 0.1)
+  ///                 cell_markers[*cell] = true;
+  ///         }
+  ///         mesh = refine(mesh, cell_markers);
+  /// @endcode
+  ///
+  Mesh refine(const Mesh& mesh, const MeshFunction<bool>& cell_markers,
+              bool redistribute = true);
+
+  /// Create locally refined mesh
+  ///
+  /// @param    refined_mesh (_Mesh_)
+  ///         The mesh that will be the refined mesh.
+  /// @param    mesh (_Mesh_)
+  ///         The original mesh.
+  /// @param    cell_markers (_MeshFunction<bool>_)
+  ///         A mesh function over booleans specifying which cells
+  ///         that should be refined (and which should not).
+  /// @param    redistribute (_bool_)
+  ///         Optional argument to redistribute the refined mesh if mesh is a
+  ///         distributed mesh.
+  void refine(Mesh& refined_mesh, const Mesh& mesh,
+              const MeshFunction<bool>& cell_markers, bool redistribute = true);
+
+  /// Increase the polynomial order of the mesh from 1 to 2, i.e. add points
+  /// at the Edge midpoints, to make a quadratic mesh.
+  ///
+  /// @param    refined_mesh (_Mesh_)
+  ///         The mesh that will be the quadratic mesh.
+  /// @param    mesh (_Mesh_)
+  ///         The original linear mesh.
+  void p_refine(Mesh& refined_mesh, const Mesh& mesh);
+
+  /// Return a p_refined mesh
+  /// Increase the polynomial order of the mesh from 1 to 2, i.e. add points
+  /// at the Edge midpoints, to make a quadratic mesh.
+  ///
+  ///  @param   mesh (_Mesh_)
+  ///         The original linear mesh.
+  ///  @return _Mesh_
+  Mesh p_refine(const Mesh& mesh);
+}
+
+#endif
diff --git a/dolfin/ts/CMakeLists.txt b/dolfin/ts/CMakeLists.txt
new file mode 100644
index 0000000..0b499ad
--- /dev/null
+++ b/dolfin/ts/CMakeLists.txt
@@ -0,0 +1,8 @@
+set(HEADERS
+  dolfin_ts.h
+  CVode.h
+  PARENT_SCOPE)
+
+set(SOURCES
+  CVode.cpp
+  PARENT_SCOPE)
diff --git a/dolfin/ts/CVode.cpp b/dolfin/ts/CVode.cpp
new file mode 100644
index 0000000..ecb54a2
--- /dev/null
+++ b/dolfin/ts/CVode.cpp
@@ -0,0 +1,246 @@
+// Copyright (C) 2017 Chris Richardson and Chris Hadjigeorgiou
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+
+#ifdef HAS_SUNDIALS
+
+#include <cmath>
+#include <vector>
+#include <iostream>
+#include <map>
+#include <string>
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/la/SUNDIALSNVector.h>
+#include <dolfin/log/log.h>
+
+#include <cvode/cvode.h>
+#include <cvode/cvode_bandpre.h>
+#include <cvode/cvode_impl.h>
+#include <cvode/cvode_spils.h>
+#include <sunlinsol/sunlinsol_spgmr.h>
+#include <sundials/sundials_dense.h>
+#include <sundials/sundials_types.h>
+#include <sundials/sundials_iterative.h>
+
+
+
+#include "CVode.h"
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+CVode::CVode(LMM cv_lmm, ITER cv_iter) : _ls(NULL), _t(0.0), _cv_iter(cv_iter)
+{
+  // Create CVode memory block
+  _cvode_mem = CVodeCreate(cv_lmm, cv_iter);
+  dolfin_assert(_cvode_mem);
+
+  // Point user_data back to this object
+  // (for use in "f" below)
+  int flag = CVodeSetUserData(_cvode_mem, (void *)this);
+  dolfin_assert(flag == 0);
+}
+//-----------------------------------------------------------------------------
+CVode::~CVode()
+{
+  CVodeFree(&_cvode_mem);
+  if (_ls)
+    SUNLinSolFree(_ls);
+}
+//-----------------------------------------------------------------------------
+void CVode::init(std::shared_ptr<GenericVector> u0, double atol, double rtol, long int mxsteps)
+{
+  dolfin_assert(_cvode_mem);
+
+  // Make a sundials n_vector sharing data with u0
+  _u = std::make_shared<SUNDIALSNVector>(u0);
+
+  // Initialise
+  int flag = CVodeInit(_cvode_mem, f, _t, _u->nvector());
+  dolfin_assert(flag == CV_SUCCESS);
+
+  flag = CVodeSStolerances(_cvode_mem, rtol, atol);
+  dolfin_assert(flag == CV_SUCCESS);
+
+  CVodeSetMaxNumSteps(_cvode_mem, mxsteps);
+
+  if (_cv_iter == CV_NEWTON)
+  {
+    dolfin_debug("Initialising Newton solver");
+    _ls = SUNSPGMR(_u->nvector(), PREC_LEFT, 0);
+    flag = CVSpilsSetLinearSolver(_cvode_mem, _ls);
+    dolfin_assert(flag == CV_SUCCESS);
+
+    // Set the preconditioner solver function to be called by CVode solver
+    flag = CVSpilsSetPreconditioner(_cvode_mem, NULL, prec_solve);
+    dolfin_assert(flag == CV_SUCCESS);
+
+    // Set the Jacobian function to be called by CVode solver
+    flag = CVSpilsSetJacTimes(_cvode_mem, NULL, f_jac);
+    dolfin_assert(flag == CV_SUCCESS);
+  }
+
+}
+//-----------------------------------------------------------------------------
+double CVode::step(double dt)
+{
+  double tout = _t + dt;
+  int flag = ::CVode(_cvode_mem, tout, _u->nvector(), &_t, CV_NORMAL);
+  dolfin_assert((flag == CV_SUCCESS) || (flag == CV_TSTOP_RETURN) || (flag == CV_ROOT_RETURN));
+
+  return _t;
+}
+//-----------------------------------------------------------------------------
+double CVode::get_time() const
+{
+  return _t;
+}
+//-----------------------------------------------------------------------------
+void CVode::set_time(double t0)
+{
+  _t = t0;
+}
+//-----------------------------------------------------------------------------
+void CVode::derivs(double t, std::shared_ptr<GenericVector> u,
+                   std::shared_ptr<GenericVector> udot)
+{
+  dolfin_error("CVode.cpp",
+               "form time derivative",
+               "This function should be overloaded");
+}
+//-----------------------------------------------------------------------------
+int CVode::jacobian(std::shared_ptr<const GenericVector> v,
+                    std::shared_ptr<GenericVector> Jv,
+                    double t, std::shared_ptr<const GenericVector> y,
+                    std::shared_ptr<const GenericVector> fy)
+{
+  dolfin_error("CVode.cpp",
+      	       "compute Jacobian function",
+               "This function should be overloaded");
+  return 0;
+}
+//-----------------------------------------------------------------------------
+int CVode::jacobian_setup(double t,
+                          std::shared_ptr<GenericVector> Jv,
+                          std::shared_ptr<GenericVector> y)
+{
+  dolfin_error("CVode.cpp",
+      	       "set up Jacobian function",
+               "This function should be overloaded");
+  return 0;
+}
+
+//-----------------------------------------------------------------------------
+int CVode::psolve(double t, std::shared_ptr<const GenericVector>y,
+                  std::shared_ptr<const GenericVector> fy,
+                  std::shared_ptr<const GenericVector> r,
+                  std::shared_ptr<GenericVector> z,
+                  double gamma, double delta, int lr)
+{
+  /// Overloaded preconditioner solver function
+  return 0;
+}
+
+//-----------------------------------------------------------------------------
+int CVode::f_jac_setup(double t, N_Vector y, N_Vector fy, void *user_data)
+{
+
+  CVode* cv = static_cast<CVode*>(user_data);
+
+  auto yvec = static_cast<const SUNDIALSNVector*>(y->content)->vec();
+  auto fyvec = static_cast<SUNDIALSNVector*>(fy->content)->vec();
+
+  cv->jacobian_setup(t, yvec, fyvec);
+  return 0;
+}
+//-----------------------------------------------------------------------------
+int CVode::f_jac(N_Vector v, N_Vector Jv, double t, N_Vector y, N_Vector fy, void* user_data, N_Vector tmp)
+{
+
+  CVode* cv = static_cast<CVode*>(user_data);
+
+  auto vvec = static_cast<const SUNDIALSNVector*>(v->content)->vec();
+  auto Jvvec = static_cast<SUNDIALSNVector*>(Jv->content)->vec();
+
+  auto yvec = static_cast<const SUNDIALSNVector*>(y->content)->vec();
+  auto fyvec = static_cast<SUNDIALSNVector*>(fy->content)->vec();
+  auto tmpvec = static_cast<SUNDIALSNVector*>(tmp->content)->vec();
+
+  cv->jacobian(vvec, Jvvec, t, yvec, fyvec);
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+int CVode::f(realtype t, N_Vector u, N_Vector udot, void *user_data)
+{
+  // f is a static function (from C), so need to get pointer to "this" object
+  // passed though in user_data
+  CVode* cv = static_cast<CVode*>(user_data);
+
+  auto uvec = static_cast<const SUNDIALSNVector*>(u->content)->vec();
+  auto udotvec = static_cast<SUNDIALSNVector*>(udot->content)->vec();
+
+  // Callback to actually calculate the derivatives (user function)
+  cv->derivs(t, uvec, udotvec);
+
+  return 0;
+}
+
+//--------------------------------------------------------------------------
+int CVode::prec_solve(double t, N_Vector y, N_Vector fy, N_Vector r, N_Vector z,
+                      double gamma, double delta, int lr, void *user_data)
+{
+  // Preconditioner solve routine
+  // TODO: Create as virtual function
+
+  CVode* cv = static_cast<CVode*>(user_data);
+
+  auto yvec = static_cast<const SUNDIALSNVector*>(y->content)->vec();
+  auto fyvec = static_cast<const SUNDIALSNVector*>(fy->content)->vec();
+  auto rvec = static_cast<const SUNDIALSNVector*>(r->content)->vec();
+  auto zvec = static_cast<SUNDIALSNVector*>(z->content)->vec();
+
+  cv->psolve(t, yvec, fyvec, rvec, zvec, gamma, delta, lr);
+
+  return 0;
+}
+//-----------------------------------------------------------------------------
+std::map<std::string, double> CVode::statistics()
+{
+  std::map<std::string, double> stats;
+  auto cv = static_cast<const CVodeMem>(_cvode_mem);
+
+  stats["Steps"] = cv->cv_nst;
+  stats["RHSEvals"] = cv->cv_nfe;
+  stats["LinSolvSetups"] = cv->cv_nsetups;
+  stats["ErrTestFails"] = cv->cv_netf;
+  stats["LastOrder"] = cv->cv_qu;
+  stats["CurrentOrder"] = cv->cv_next_q;
+  stats["StabLimOrderReds"] = cv->cv_nor;
+  stats["ActualInitStep"] = cv->cv_h0u;
+  stats["LastStep"] = cv->cv_hu;
+  stats["CurrentStep"] = cv->cv_next_h;
+  stats["CurrentTime"] = cv->cv_tn;
+  stats["TolScaleFactor"] = cv->cv_tolsf;
+  stats["NumGEvals"] = cv->cv_nge;
+  stats["NumNonlinSolvIter"] = cv->cv_nni;
+  stats["NumNonlinSolvConvFails"] = cv->cv_ncfn;
+
+  return stats;
+}
+#endif
diff --git a/dolfin/ts/CVode.h b/dolfin/ts/CVode.h
new file mode 100644
index 0000000..29bcd0c
--- /dev/null
+++ b/dolfin/ts/CVode.h
@@ -0,0 +1,194 @@
+// Copyright (C) 2017 Chris Richardson and Chris Hadjigeorgiou
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __DOLFIN_C_VODE_H
+#define __DOLFIN_C_VODE_H
+
+#ifdef HAS_SUNDIALS
+
+#include <dolfin/la/SUNDIALSNVector.h>
+
+#include <cvode/cvode.h>
+#include <cvode/cvode_impl.h>
+#include <sunlinsol/sunlinsol_spgmr.h>
+#include <sundials/sundials_dense.h>
+#include <sundials/sundials_types.h>
+#include <sundials/sundials_iterative.h>
+
+namespace dolfin
+{
+  /// Wrapper class to SUNDIALS CVODE
+  class CVode
+  {
+  public:
+
+    // These enums are used by PYBIND11 to map the definitions from C
+    enum LMM { cv_bdf = CV_BDF, cv_adams = CV_ADAMS };
+
+    enum ITER { cv_functional = CV_FUNCTIONAL, cv_newton = CV_NEWTON };
+
+    /// Constructor
+    /// @param cv_lmm
+    ///   linear multistep method
+    /// @param cv_iter
+    ///   iteration type
+    CVode(LMM cv_lmm, ITER cv_iter);
+
+    /// Destructor
+    virtual ~CVode();
+
+    /// Initialise CVode
+    /// @param u0
+    ///   Input vector
+    /// @param atol
+    ///   absolute tolerance
+    /// @param rtol
+    ///   relative tolerance
+    /// @param mxsteps
+    ///   maximum number of steps
+    void init(std::shared_ptr<GenericVector> u0, double atol, double rtol, long int mxsteps = 0);
+
+    /// Advance time by timestep dt
+    /// @param dt
+    ///   timestep 
+    /// @return
+    ///   CVODE return flag
+    double step(double dt);
+
+    /// Get current time
+    /// @return double
+    ///   current time
+    double get_time() const;
+
+    /// Set the current time
+    /// @param t0
+    ///   current time
+    void set_time(double t0);
+
+    /// Overloaded function for time derivatives of u at time t.
+    /// Given the vector u, at time t, provide the time derivative udot.
+    /// @param t
+    ///   time
+    /// @param u
+    ///   input vector of values u
+    /// @param udot
+    ///   output vector containing computed derivative of u at time t
+    virtual void derivs(double t, std::shared_ptr<GenericVector> u,
+                        std::shared_ptr<GenericVector> udot);
+
+    /// Given the values (t, y, fy, v), compute Jv = (df/dy)v
+    /// @param v
+    ///   vector to be multiplied by the Jacobian df/dy 
+    /// @param Jv
+    ///   output vector of (df/dy)*v
+    /// @param t
+    ///   current value of the independent variable.
+    /// @param y
+    ///   current value of the ependent variable.
+    /// @param fy
+    ///   vector f(t,y)
+    /// @return
+    ///   success flag, 0 if successful
+    virtual int jacobian(std::shared_ptr<const GenericVector> v,
+                         std::shared_ptr<GenericVector> Jv,
+                         double t, std::shared_ptr<const GenericVector> y,
+                         std::shared_ptr<const GenericVector> fy);
+
+    /// User-defined setup function called once per Newton iteration.
+    /// Data structures for usage by the Jacobian function can be setup here
+    /// @param t
+    ///   current value of the independent variable 
+    /// @param Jv
+    ///   current value of the dependent variable vector,
+    ///   namely the predicted value of y(t).
+    /// @param y
+    ///   vector f(t,y). 
+    /// @return
+    ///   success flag, 0 if success
+    virtual int jacobian_setup(double t,
+                               std::shared_ptr<GenericVector> Jv,
+                               std::shared_ptr<GenericVector> y);
+
+    /// Overloaded preconditioner solver function
+    /// @param tn
+    ///   current value of the independent variable.
+    /// @param y
+    ///   current value of the dependent variable vector.
+    /// @param fy
+    ///   vector f(t,y) 
+    /// @param r
+    ///   right-hand side vector of the linear system.
+    /// @param z
+    ///   output vector computed by PrecSolve.
+    /// @param gamma
+    ///   scalar appearing in the Newton matrix.
+    /// @param delta
+    ///   input tolerance if an iterative method is used.
+    /// @param lr
+    ///   input flag indicating whether to use left or right preconditioner.
+    /// @return
+    ///   success flag, 0 if success 
+    virtual int psolve(double tn, std::shared_ptr<const GenericVector>y,
+                       std::shared_ptr<const GenericVector> fy,
+                       std::shared_ptr<const GenericVector> r,
+                       std::shared_ptr<GenericVector> z,
+                       double gamma, double delta, int lr);
+
+    /// Return statistics
+    /// @return
+    ///   map structure containing information stored in the CVode
+    ///   structure, ie. number of solver steps, RHS evaluations, current time
+    std::map<std::string,double> statistics();
+
+  private:
+    /// Internal callback from CVode to get time derivatives
+    /// Executes the overloaded derivs function(above)
+    static int f(realtype t, N_Vector u, N_Vector udot, void *user_data);
+
+    /// Internal callback from CVode to perform user-defined setup before calling Jacobian function
+    /// Executes the overloaded jacobian_setup function (above)
+    static int f_jac_setup(double t, N_Vector y, N_Vector fy, void *user_data);
+
+    /// Internal callback from CVode to the Jacobian estimation function
+    /// Executes the overloaded jacobian function (above)
+    static int f_jac(N_Vector u, N_Vector fu, double t, N_Vector y, N_Vector fy, void* , N_Vector tmp);
+
+    /// Internal callback from CVode to the preconditioner solver function
+    /// Executes the overloaded psolve function (above)
+    static int prec_solve(double, N_Vector, N_Vector, N_Vector, N_Vector, double, double, int, void*);
+
+    // Vector of values - wrapper around dolfin::GenericVector
+    std::shared_ptr<SUNDIALSNVector> _u;
+
+    // SUNDIALS Linear Solver
+    SUNLinearSolver _ls;
+
+    // Current time
+    double _t;
+
+    // Pointer to CVode memory struct
+    void* _cvode_mem;
+
+    // Remember iter method between constructor and init
+    ITER _cv_iter;
+  };
+
+}
+
+#endif
+
+#endif
diff --git a/dolfin/ts/dolfin_ts.h b/dolfin/ts/dolfin_ts.h
new file mode 100644
index 0000000..92d8119
--- /dev/null
+++ b/dolfin/ts/dolfin_ts.h
@@ -0,0 +1,8 @@
+#ifndef __DOLFIN_TS_H
+#define __DOLFIN_TS_H
+
+// DOLFIN multistage interface
+
+#include <dolfin/ts/CVode.h>
+
+#endif
diff --git a/python/CMakeLists.txt b/python/CMakeLists.txt
new file mode 100644
index 0000000..15bdc77
--- /dev/null
+++ b/python/CMakeLists.txt
@@ -0,0 +1,81 @@
+cmake_minimum_required(VERSION 3.5.0)
+
+PROJECT(dolfin_pybind11)
+
+# Configurable options for how we want to build
+include(FeatureSummary)
+option(DOLFIN_ENABLE_PETSC4PY "Compile with support for PETSc4py." ON)
+option(DOLFIN_ENABLE_MPI4PY "Compile with support for MPI4py." ON)
+add_feature_info(DOLFIN_ENABLE_PETSC4PY DOLFIN_ENABLE_PETSC4PY "Compile with support for PETSc4py.")
+add_feature_info(DOLFIN_ENABLE_MPI4PY DOLFIN_ENABLE_MPI4PY "Compile with support for MPI4py.")
+
+# Get options from env (difficult to pass them through setuptools)
+if(DEFINED ENV{DOLFIN_ENABLE_PETSC4PY})
+  set(DOLFIN_ENABLE_PETSC4PY $ENV{DOLFIN_ENABLE_PETSC4PY})
+endif()
+if(DEFINED ENV{DOLFIN_ENABLE_MPI4PY})
+  set(DOLFIN_ENABLE_MPI4PY $ENV{DOLFIN_ENABLE_MPI4PY})
+endif()
+
+# Find required packages
+find_package(pybind11 REQUIRED CONFIG HINTS ${PYBIND11_DIR} ${PYBIND11_ROOT}
+  $ENV{PYBIND11_DIR} $ENV{PYBIND11_ROOT})
+find_package(DOLFIN REQUIRED)
+include(${DOLFIN_USE_FILE})
+
+# Strict compiler flags
+#include(CheckCXXCompilerFlag)
+#CHECK_CXX_COMPILER_FLAG("-Wall -Werror -pedantic" HAVE_PEDANTIC)
+#if (HAVE_PEDANTIC)
+#   set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} -Wall -Werror -pedantic")
+#endif()
+
+# Create the binding library
+pybind11_add_module(cpp SHARED
+  src/dolfin.cpp
+  src/parameter.cpp
+  src/adaptivity.cpp
+  src/ale.cpp
+  src/common.cpp
+  src/fem.cpp
+  src/function.cpp
+  src/generation.cpp
+  src/geometry.cpp
+  src/graph.cpp
+  src/log.cpp
+  src/math.cpp
+  src/mesh.cpp
+  src/multistage.cpp
+  src/ts.cpp
+  src/io.cpp
+  src/la.cpp
+  src/nls.cpp
+  src/refinement.cpp
+  src/MPICommWrapper.cpp)
+
+# Add DOLFIN libraries and other config
+target_link_libraries(cpp PRIVATE pybind11::module dolfin)
+
+# Add to CMake search path
+set(CMAKE_MODULE_PATH ${CMAKE_MODULE_PATH}
+  ${CMAKE_CURRENT_SOURCE_DIR}/cmake)
+
+# Check for petsc4py
+set(PETSC4PY_FOUND FALSE)
+if(DOLFIN_ENABLE_PETSC4PY)
+  find_package(PETSc4py)
+endif()
+if (PETSC4PY_FOUND)
+  target_include_directories(cpp PRIVATE ${PETSC4PY_INCLUDE_DIRS})
+  target_compile_definitions(cpp PRIVATE HAS_PYBIND11_PETSC4PY)
+endif()
+
+# Check for mpi4py
+set(MPI4PY_FOUND FALSE)
+if(DOLFIN_ENABLE_MPI4PY)
+  find_package(MPI4PY)
+endif()
+if (MPI4PY_FOUND)
+  target_include_directories(cpp PRIVATE ${MPI4PY_INCLUDE_DIR})
+  target_compile_definitions(cpp PRIVATE HAS_PYBIND11_MPI4PY)
+endif()
diff --git a/python/README.rst b/python/README.rst
new file mode 100644
index 0000000..f806b65
--- /dev/null
+++ b/python/README.rst
@@ -0,0 +1,31 @@
+DOLFIN Python interface
+=======================
+
+Building the DOLFIN Python interface uses pybind11.
+
+1. Install pybind11 version 2.2.3 or later. Users with Python 3.7 or later must currently use pybind11 built from the ``master`` branch.
+   Use CMake to install pybind11, e.g.::
+
+     wget -nc --quiet https://github.com/pybind/pybind11/archive/v2.2.3.tar.gz
+     tar -xf v2.2.3.tar.gz
+     cd pybind11-2.2.3
+     mkdir build-dir
+     cmake -DPYBIND11_TEST=off -DCMAKE_INSTALL_PREFIX=/path/to/pybind11/install ../
+     make install
+
+   The FEniCS Docker images are configured with pybind11.
+
+2. Build and install the DOLFIN C++ library in the usual way.
+
+3. Build DOLFIN Python interface::
+
+     export PYBIND11_DIR=/path/to/pybind11/install
+     pip3 -v install . --user
+
+To install in a local build directory::
+
+  python3 setup.py build
+
+and set the ``PYTHONPATH``. To build in debug mode::
+
+  python3 setup.py build --debug
diff --git a/python/cmake/FindMPI4PY.cmake b/python/cmake/FindMPI4PY.cmake
new file mode 100644
index 0000000..b08d3be
--- /dev/null
+++ b/python/cmake/FindMPI4PY.cmake
@@ -0,0 +1,36 @@
+
+
+# - FindMPI4PY
+# Find mpi4py includes and library
+# This module defines:
+# MPI4PY_INCLUDE_DIR, where to find mpi4py.h, etc.
+# MPI4PY_FOUND
+
+# https://compacc.fnal.gov/projects/repositories/entry/synergia2/CMake/FindMPI4PY.cmake?rev=c147eafb60728606af4fe7b1b161a660df142e9a
+
+if(NOT MPI4PY_INCLUDE_DIR)
+    execute_process(COMMAND
+      "${PYTHON_EXECUTABLE}" "-c" "import mpi4py; print(mpi4py.get_include())"
+      OUTPUT_VARIABLE MPI4PY_INCLUDE_DIR
+      RESULT_VARIABLE MPI4PY_COMMAND_RESULT
+      OUTPUT_STRIP_TRAILING_WHITESPACE)
+    if(MPI4PY_COMMAND_RESULT)
+        message("jfa: mpi4py not found")
+        set(MPI4PY_FOUND FALSE)
+    else(MPI4PY_COMMAND_RESULT)
+        if (MPI4PY_INCLUDE_DIR MATCHES "Traceback")
+            message("jfa: mpi4py matches traceback")
+            ## Did not successfully include MPI4PY
+            set(MPI4PY_FOUND FALSE)
+        else (MPI4PY_INCLUDE_DIR MATCHES "Traceback")
+            ## successful
+            set(MPI4PY_FOUND TRUE)
+            set(MPI4PY_INCLUDE_DIR ${MPI4PY_INCLUDE_DIR} CACHE STRING "mpi4py include path")
+        endif (MPI4PY_INCLUDE_DIR MATCHES "Traceback")
+    endif(MPI4PY_COMMAND_RESULT)
+else(NOT MPI4PY_INCLUDE_DIR)
+    set(MPI4PY_FOUND TRUE)
+endif(NOT MPI4PY_INCLUDE_DIR)
+
+include(FindPackageHandleStandardArgs)
+find_package_handle_standard_args(MPI4PY DEFAULT_MSG MPI4PY_INCLUDE_DIR)
diff --git a/python/cmake/FindPETSc4py.cmake b/python/cmake/FindPETSc4py.cmake
new file mode 100644
index 0000000..66dab9a
--- /dev/null
+++ b/python/cmake/FindPETSc4py.cmake
@@ -0,0 +1,112 @@
+# - Try to find petsc4py
+# Once done this will define
+#
+#  PETSC4PY_FOUND        - system has petsc4py
+#  PETSC4PY_INCLUDE_DIRS  - include directories for petsc4py
+#  PETSC4PY_VERSION      - version of petsc4py
+#  PETSC4PY_VERSION_MAJOR - first number in PETSC4PY_VERSION
+#  PETSC4PY_VERSION_MINOR - second number in PETSC4PY_VERSION
+
+# Based on FindNumPy.cmake
+
+#=============================================================================
+# Copyright (C) 2013 Lawrence Mitchell
+# All rights reserved.
+#
+# Redistribution and use in source and binary forms, with or without
+# modification, are permitted provided that the following conditions
+# are met:
+#
+# 1. Redistributions of source code must retain the above copyright
+#    notice, this list of conditions and the following disclaimer.
+# 2. Redistributions in binary form must reproduce the above copyright
+#    notice, this list of conditions and the following disclaimer in
+#    the documentation and/or other materials provided with the
+#    distribution.
+#
+# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
+# "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
+# LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS
+# FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
+# COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,
+# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
+# BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
+# LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
+# CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
+# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
+# ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
+# POSSIBILITY OF SUCH DAMAGE.
+#=============================================================================
+
+message(STATUS "Checking for package 'PETSc4Py'")
+
+if(PETSC4PY_INCLUDE_DIRS)
+  # In cache already
+  set(PETSC4PY_FIND_QUIETLY TRUE)
+endif(PETSC4PY_INCLUDE_DIRS)
+
+execute_process(
+  COMMAND ${PYTHON_EXECUTABLE} -c "import petsc4py; print(petsc4py.get_include())"
+  OUTPUT_VARIABLE PETSC4PY_INCLUDE_DIRS
+  RESULT_VARIABLE PETSC4PY_NOT_FOUND
+  ERROR_QUIET
+  OUTPUT_STRIP_TRAILING_WHITESPACE
+  )
+
+if(PETSC4PY_INCLUDE_DIRS)
+  set(PETSC4PY_FOUND TRUE)
+  set(PETSC4PY_INCLUDE_DIRS ${PETSC4PY_INCLUDE_DIRS} CACHE STRING "petsc4py include path")
+else(PETSC4PY_INCLUDE_DIRS)
+  set(PETSC4PY_FOUND FALSE)
+endif(PETSC4PY_INCLUDE_DIRS)
+
+if(PETSC4PY_FOUND)
+  execute_process(
+    COMMAND ${PYTHON_EXECUTABLE} -c "import petsc4py; print(petsc4py.__version__)"
+    OUTPUT_VARIABLE PETSC4PY_VERSION
+    RESULT_VARIABLE PETSC4PY_NOT_FOUND
+    OUTPUT_STRIP_TRAILING_WHITESPACE
+    )
+  string(REPLACE "." ";" PETSC4PY_VERSION_LIST ${PETSC4PY_VERSION})
+  list(GET PETSC4PY_VERSION_LIST 0 PETSC4PY_VERSION_MAJOR)
+  list(GET PETSC4PY_VERSION_LIST 1 PETSC4PY_VERSION_MINOR)
+  if(NOT PETSC4PY_FIND_QUIETLY)
+    message(STATUS "petsc4py version ${PETSC4PY_VERSION} found")
+  endif(NOT PETSC4PY_FIND_QUIETLY)
+else(PETSC4PY_FOUND)
+  if(PETSC4PY_FIND_REQUIRED)
+    message(FATAL_ERROR "petsc4py missing")
+  endif(PETSC4PY_FIND_REQUIRED)
+endif(PETSC4PY_FOUND)
+
+mark_as_advanced(PETSC4PY_INCLUDE_DIRS, PETSC4PY_VERSION, PETSC4PY_VERSION_MAJOR, PETSC4PY_VERSION_MINOR)
+
+if (PETSc4py_FIND_VERSION)
+  # Check if version found is >= required version
+  if (NOT "${PETSC4PY_VERSION}" VERSION_LESS "${PETSc4py_FIND_VERSION}")
+    set(PETSC4PY_VERSION_OK TRUE)
+  endif()
+else()
+  # No specific version requested
+  set(PETSC4PY_VERSION_OK TRUE)
+endif()
+mark_as_advanced(PETSC4PY_VERSION_OK)
+
+# Standard package handling
+include(FindPackageHandleStandardArgs)
+find_package_handle_standard_args(PETSc4py
+  "PETSc4py could not be found. Be sure to set PYTHONPATH appropriately."
+  PETSC4PY_INCLUDE_DIRS PETSC4PY_VERSION PETSC4PY_VERSION_OK)
+
+# Check petsc4py.i for PETSC_INT
+#if(PETSC4PY_INCLUDE_DIRS)
+#  file(STRINGS "${PETSC4PY_INCLUDE_DIRS}/petsc4py/petsc4py.i" PETSC4PY_INT)
+#  string(REGEX MATCH "SWIG_TYPECHECK_INT[0-9]+" PETSC4PY_INT "${PETSC4PY_INT}")
+#  string(REPLACE "SWIG_TYPECHECK_INT" "" PETSC4PY_INT "${PETSC4PY_INT}")
+#  math(EXPR PETSC_INT "${PETSC_INT_SIZE}*8")
+#  if(NOT PETSC_INT STREQUAL PETSC4PY_INT)
+#    message(STATUS "PETSC_INT = ${PETSC4PY_INT} ${PETSC_INT}")
+#    message(STATUS " - does not match")
+#    set(PETSC4PY_FOUND FALSE)
+#  endif()
+#endif()
diff --git a/python/demo/conftest.py b/python/demo/conftest.py
new file mode 100644
index 0000000..d181a2d
--- /dev/null
+++ b/python/demo/conftest.py
@@ -0,0 +1,16 @@
+import pytest
+
+def pytest_addoption(parser):
+    parser.addoption("--mpiexec", action="store", default=None,
+                     help="Name of program to run MPI, e.g. mpiexex")
+    parser.addoption("--num-proc", action="store", default=1,
+                     help="Number of MPI processes to use")
+
+@pytest.fixture
+def mpiexec(request):
+    return request.config.getoption("--mpiexec")
+
+
+@pytest.fixture
+def num_proc(request):
+    return request.config.getoption("--num-proc")
diff --git a/python/demo/documented/auto-adaptive-poisson/demo_auto-adaptive-poisson.py.rst b/python/demo/documented/auto-adaptive-poisson/demo_auto-adaptive-poisson.py.rst
new file mode 100644
index 0000000..78a40c4
--- /dev/null
+++ b/python/demo/documented/auto-adaptive-poisson/demo_auto-adaptive-poisson.py.rst
@@ -0,0 +1,263 @@
+Auto adaptive Poisson equation
+==============================
+
+This demo is implemented in a single Python file,
+:download:`demo_auto-adaptive-poisson.py`, which contains both the
+variational forms and the solver.
+
+In this demo we will use goal oriented adaptivity and error control
+which applies a duality technique to derive error estimates taken
+directly from the computed solution which then are used to weight
+local residuals. To this end, we derive an :math:`\textit{a
+posteriori}` error estimate and error indicators. We define a goal
+functional :math:`\mathcal{M} : V \rightarrow \mathbb{R}`, which
+expresses the localized physical properties of the solution of a
+simulation. The objective of goal oriented adaptive error control is
+to minimize computational work to obtain a given level of accuracy in
+:math:`\mathcal{M}`.
+
+We will thus illustrate how to:
+
+* Solve a linear partial differential equation with automatic adaptive
+  mesh refinement
+* Define a goal functional
+* Use :py:class:`AdaptiveLinearVariationalSolver
+  <dolfin.cpp.fem.AdaptiveLinearVariationalSolver>`
+
+The two solutions for u in this demo will look as follows, where the
+first is the unrefined while the second is the refined solution:
+
+.. image:: u_unrefined.png
+    :scale: 75 %
+
+.. image:: u_refined.png
+    :scale: 75 %
+
+
+Equation and problem definition
+-------------------------------
+
+The Poisson equation is the canonical elliptic partial differential
+equation. For a domain :math:`\Omega \subset \mathbb{R}^n` with
+boundary :math:`\partial \Omega = \Gamma_{D} \cup \Gamma_{N}`, the
+Poisson equation with particular boundary conditions reads:
+
+.. math::
+
+    - \nabla^{2} u &= f \quad {\rm in} \ \Omega, \\
+    u &= 0 \quad {\rm on} \ \Gamma_{D}, \\
+    \nabla u \cdot n &= g \quad {\rm on} \ \Gamma_{N}. \\
+
+Here, :math:`f` and :math:`g` are input data and n denotes the outward
+directed boundary normal. The variational form of Poisson equation
+reads: find :math:`u \in V` such that
+
+.. math::
+
+        a(u, v) = L(v) \quad \forall \ v \in \hat{V},
+
+which we will call the continous primal problem, where :math:`V`,
+:math:`\hat{V}` are the trial- and test spaces and
+
+.. math::
+
+    a(u, v) &= \int_{\Omega} \nabla u \cdot \nabla v \, {\rm d} x, \\
+    L(v)    &= \int_{\Omega} f v \, {\rm d} x + \int_{\Gamma_{N}} g v \, {\rm d} s.
+
+The expression :math:`a(u, v)` is the bilinear form and :math:`L(v)`
+is the linear form. It is assumed that all functions in :math:`V`
+satisfy the Dirichlet boundary conditions (:math:`u = 0 \ {\rm on} \
+\Gamma_{D}`).
+
+The above definitions is that of the continuous problem. In the actual
+computer implementation we use a descrete formulation which reads:
+find :math:`u \in V_h` such that
+
+.. math::
+
+    a(u_h, v) = L(v) \quad \forall \ v \in \hat{V}_h.
+
+We will refer to the above equation as the discrete primal
+problem. Here, :math:`V_h` and :math:`\hat{V_h}` are finite
+dimensional subspaces.
+
+The weak residual is defined as
+
+.. math::
+
+    r(v) = L(v) - a(u_h, v).
+
+By the Galerkin orthogonality, we have
+
+.. math::
+
+    r(v) = L(v) - a(u_h, v) = a(u_h, v) -  a(u_h, v) = 0\,\, \forall v \in \hat{V}_{h},
+
+which means that the residual vanishes for all functions in
+:math:`\hat{V}_{h}`. This property is used further in the derivation
+of the error estimates. wish to compute a solution :math:`u_h` to the
+discrete primal problem defined above such that for a given tolerance
+:math:`\mathrm{TOL}` we have
+
+.. math::
+
+    \eta = \left| \mathcal{M}(u_h) - \mathcal{u_h} \right| \leq \mathrm{TOL}.
+
+Next we derive an :math:`\textit{a posteriori}` error estimate by
+defining the discrete dual variational problem: find :math:`z_h \in
+V_h^*` such that
+
+.. :math::
+
+    a^*(z_h,v) = \mathcal{v}, \quad \forall v \in \hat{V}_h^*.
+
+Here :math:`V^*, \hat{V}_h^*` are the dual trial- and test spaces and
+:math:`a^* : V^* \times \hat{V}^* \rightarrow \mathbb{R}` is the
+adjoint of :math:`a` such that :math:`a^*(v,w) = a(w,v)`. We find that
+
+.. math::
+
+    \mathcal{M}(u - \mathcal{u_h}) = a^*(z, u - u_h) = a(u - u_h, z) = a(u,z) - a(u_h,z) = L(z) - a(u_h,z) = r(z)
+
+and by Galerkin orthogonality we have :math:`r(z) = r(z - v_h)\,\,
+\forall v_h \in \hat{V}_h`. Note that the residual vanishes if
+:math:`z \in \hat{V}_h^*` and has to either be approximated in a
+higher order element space or one may use an extrapolation. The choice
+of goal functional depends on what quantity you are interested in.
+Here, we take the goal functional to be defined as
+
+.. math::
+
+    \mathcal{M}(u) = \int_{\Omega}  u dx.
+
+
+We use :math:`D\ddot{o}rfler` marking as the mesh marking procedure.
+
+In this demo, we shall consider the following definitions of the input
+functions, the domain, and the boundaries:
+
+* :math:`\Omega = [0,1] \times [0,1]\,` (a unit square)
+* :math:`\Gamma_{D} = \{(0, y) \cup (1, y) \subset \partial \Omega\}\,` (Dirichlet boundary)
+* :math:`\Gamma_{N} = \{(x, 0) \cup (x, 1) \subset \partial \Omega\}\,` (Neumann boundary)
+* :math:`g = \sin(5x)\,` (normal derivative)
+* :math:`f = 10\exp(-((x - 0.5)^2 + (y - 0.5)^2) / 0.02)\,` (source term)
+
+
+
+Implementation
+--------------
+
+This description goes through the implementation (in
+:download:`demo_auto-adaptive-poisson.py`) of a solver for the above
+described Poisson equation step-by-step.
+
+First, the necessary modules are imported::
+
+    import matplotlib.pyplot as plt
+    from dolfin import *
+
+We begin by defining a mesh of the domain and a finite element
+function space V relative to this mesh. We used the built-in mesh
+provided by the class :py:class:`UnitSquareMesh
+<dolfin.cpp.mesh.UnitSquareMesh>`. In order to create a mesh
+consisting of 8 x 8 squares with each square divided into two
+triangles, we do as follows::
+
+    # Create mesh and define function space
+    mesh = UnitSquareMesh(8, 8)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+
+The second argument to :py:class:`FunctionSpace
+<dolfin.cpp.function.FunctionSpace>`, "Lagrange", is the finite
+element family, while the third argument specifies the polynomial
+degree. Thus, in this case, our space V consists of first-order,
+continuous Lagrange finite element functions (or in order words,
+continuous piecewise linear polynomials).
+
+Next, we want to consider the Dirichlet boundary condition. In our
+case, we want to say that the points (x, y) such that x = 0 or x = 1
+are inside on the inside of :math:`\Gamma_D`. (Note that because of
+rounding-off errors, it is often wise to instead specify :math:`x <
+\epsilon` or :math:`x > 1 - \epsilon` where :math:`\epsilon` is a
+small number (such as machine precision).) ::
+
+    # Define boundary condition
+    u0 = Function(V)
+    bc = DirichletBC(V, u0, "x[0] < DOLFIN_EPS || x[0] > 1.0 - DOLFIN_EPS")
+
+Next, we want to express the variational problem. First, we need to
+specify the trial function u and the test function v, both living in
+the function space V. We do this by defining a
+:py:class:`TrialFunction <dolfin.functions.function.TrialFunction>`
+and a :py:class:`TestFunction
+<dolfin.functions.function.TestFunction>` on the previously defined
+:py:class:`FunctionSpace <dolfin.cpp.function.FunctionSpace>` V.
+
+Further, the source f and the boundary normal derivative g are
+involved in the variational forms, and hence we must specify
+these. Both f and g are given by simple mathematical formulas, and can
+be easily declared using the :py:class:`Expression
+<dolfin.cpp.function.Expression>` class. Note that the strings
+defining f and g use C++ syntax since, for efficiency, DOLFIN will
+generate and compile C++ code for these expressions at run-time.
+
+With these ingredients, we can write down the bilinear form a and the
+linear form L (using UFL operators). In summary, this reads::
+
+    # Define variational problem
+    u = TrialFunction(V)
+    v = TestFunction(V)
+    f = Expression("10*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2)) / 0.02)",
+                   degree=1)
+    g = Expression("sin(5*x[0])", degree=1)
+    a = inner(grad(u), grad(v))*dx()
+    L = f*v*dx() + g*v*ds()
+
+Now, we have specified the variational forms and can consider the
+solution of the variational problem. First, we need to define a
+:py:class:`Function <dolfin.cpp.function.Function>` u to represent the
+solution. (Upon initialization, it is simply set to the zero
+function.) A Function represents a function living in a finite element
+function space. ::
+
+    # Define function for the solution
+    u = Function(V)
+
+Then define the goal functional::
+
+    # Define goal functional (quantity of interest)
+    M = u*dx()
+
+Next we specify the error tolerance for when the refinement shall stop::
+
+    # Define error tolerance
+    tol = 1.e-5
+
+Now, we have specified the variational forms and can consider the
+solution of the variational problem. First, we define the
+:py:class:`LinearVariationalProblem
+<dolfin.cpp.fem.LinearVariationalProblem>` function with the arguments
+a, L, u and bc. Next we send this problem to the
+:py:class:`AdaptiveLinearVariationalSolver
+<dolfin.cpp.fem.AdaptiveLinearVariationalSolver>` together with the
+goal functional. Note that one may also choose several adaptations in
+the error control. At last we solve the problem with the defined
+tolerance::
+
+    # Solve equation a = L with respect to u and the given boundary
+    # conditions, such that the estimated error (measured in M) is less
+    # than tol
+    problem = LinearVariationalProblem(a, L, u, bc)
+    solver = AdaptiveLinearVariationalSolver(problem, M)
+    solver.parameters["error_control"]["dual_variational_solver"]["linear_solver"] = "cg"
+    solver.parameters["error_control"]["dual_variational_solver"]["symmetric"] = True
+    solver.solve(tol)
+
+    solver.summary()
+
+    # Plot solution(s)
+    plt.figure()
+    plot(u.root_node(), title="Solution on initial mesh")
+    plt.figure()
+    plot(u.leaf_node(), title="Solution on final mesh")
+    plt.show()
diff --git a/python/demo/documented/auto-adaptive-poisson/u_refined.png b/python/demo/documented/auto-adaptive-poisson/u_refined.png
new file mode 100644
index 0000000000000000000000000000000000000000..69489da331505d85b07408530e0685fa8acb760a
GIT binary patch
literal 39800
zcmeFYRZyE>^fnqO#fn35cUs)t3GTE=Deh9V1a}C9pv4`6mKKNN6n6<$+`YIvU-+Hx
zKXc~HnR9h6znNTQCwbp@`CjXJcD`w-$z!6Eq5}W`OhpA*EdT&f4*)=jLq&vt@~Hc5
z3;>`8D9TFdcxE27I#se+e_g&6{deeBPOX4QPeMb_8Alw^=Rr+K)5-oyn({5AH?Ckf
z6#KjDh~!9jd9|Iwfh%5HH@&t;7={((P>^H;(OhQQGm}8Y(9+}w-a=kw66!&}<ZBh&
z_p@5a>hwsv*-OXX+g%1upd6nH$-pCttGnr6Zub{QOU<BTzq`H5oCFO5IZXm^<mZD|
z%#r!bkx`0hrkVtDF5`(fgzzs=RR7QN|5)Sy_h2wwUUVB1tMHyK`_ix$URKd|_qM{b
zX9=|OXvyF9{B+;`41cBDm)|Bk-6rQe&gCT4`dz%Dx&fe2J>T@TXA?C+m}yue^BW+y
zCt!((e4<v=KN%|z+W}W&Pjhc|4PA!VelLFg`*~+^cFFj5Q1=N&^$6p5TIX2y+R2i*
zgG$^Tf!ckVJ4OUn9`dmLc4esU#{b?*rx1y5c;v$KpaF8TeEhilue|vv>)5wA4I%F0
zmBh)boW}#}fDHlvje}^3n-1({|NFz7+hJ?C4#)r}uc1%=w<!U)ApafE=yJklpZHbP
zj`($>@xq(WMk+-2fS2^Di1*6=?^3vMG-?2a7kS14p3c>C#QpZCN_py^`{l*Yte+2Z
zFyA7btP{20L_7Iz+<N9!1m|r2eOjytq7nih>XyUc_ZmvNKWZLZdJ)P=SA2tH4B-6y
zc%9Swm<3wCeKFxsMb6z+arRkaab_%0QwwucC3EDu>(+VBvuNP^iWb-Av;DFP<dZNC
z-?f9oPxgST`^Og-96vv{KUY!RS5ZB!QHfJ=xO-_z>%o)2OD6k-oqc&oe!T;Q%J($N
zSaj^XRJ+*dEFmScov6w1KaU8qmN#yvZ)|M9Wjp@m<o8e6_-+E*clFiE<I;*>6&6s}
zaGZEe$oOaIi!f)sOTT;5nge=@<655X{yncrJb<yqF2+|Ln**+mpZ^8;WgG2Quab3F
zvPI?#N|rb6zXM>4p8WCH3c(gfUHzu+yG}wDa5tIrl=6ILoLzOsSK&3%{`mX(s>&~K
zC<d?dKQq}^w0fi$sr#ROUq}kL0SDMv{WbDABq3YzyIuk<y7a-V+;cbx*XiW$Uqyg}
z@oqKrKj~bzc6WE{7ryumeOj*eWMODMbaZOIocUC2i+D0FgWY=UcN_(NQJ<WGqIHYS
zNk9AO2(Ixb<E!cvzef&teYd&xAh-lF+p139lkkW<d%5bWu7a<|_`c5AXUu20#@(m!
zdfDf=VIyXj`f8I&;&#Nz{~Y^i726-KRoh04NZUmr$K&GI<06yz={Hcz28HqS8^4j=
z$O<<UV~QP>WS0ND%Dw%X!?VNb`O4||`u=bG)1|~sh{Vlm2=>!m#q-^--^<>k(a+l}
z4;gToeI%YvW82|kJjPSq##@V@r%^rb%2zZWHT6A&v2*<RYxA-Jz)o`7bFWfcpUBh7
zEph*^y`Tp*3a(C6xbZC9h0*QR|1Cp`UW}D5XruJMmu8{xjiX0y1F;WvOi};8g_QP7
z1Zk4<GW_o)*NbP?^I;qZCd+PGg#Vvg4#UvP7DW`@h`#^w`1N(I|M#15=}P&*CD$}G
z{2xjFw_xvpFAq25y((tE!cCO>PZGiZk>vkzuL17=gf|b^UniPM!65{X9zRmhts<h~
z;m`*HsDEX6Jum@wJ3&vO#y2u-k?X#aj?Xhu>wt#)V=^Q}^izDKZc;o_#NUryaWlqZ
z$*2feHlp4`8A_y4>t)*#eik4a<0IPu(}1f%yv}v99PH-`#yqaCqjA+te^7<`D*-e?
zh@)B^f57DE)Uek*$+DopxC!S>3XbRd!YH}ZBo=tpJMVXDYb22@tR|6)$BCCF9+#5-
zvxtk$c4Jk;iPW?BK`#`&*_k;%@CakYZZ?Yg%d<~mgxqO_@0~f34r<PA3;e-=n?KLX
ztY>)?$Qsn9aov@#9c{7+X7T`mxqoOpPi^`s1&%ZTN4BrgPd-?~7~Qd<8dV)__{j24
z_wOZUI3DJhBb77Z$>lkG(;iSy(lNzfYdI&?DfSgBiq0KZ6s!p-(cr^%#>J>I|3OV(
zxS|8-cLyT^k}XpJ2U(N!C_FI=2O^Tgh!KCE6j;nO>EXUOB|ZswoctCn^&LT4CfyG(
zHCdoMi32dfeIq+)Y7v<bH*Rf$hJI!-Q(~=$8*fNzTWCrREVpd{@^RaA;t(`(@(G^j
zvAcJKVYRdoR0(>*Lty>iy6&>L3)fQwq46&76Y8JbxZd#=4S7UA%5s<{Bkn{mjb~{v
zG^Vqz7mJRTIDdCgk{XHVr)BjpZBP_#IIwfoB*hTWNF@6({>*K>dj63h1uN%f3Kr(u
zxFdRhbCARk+G9Deuu=sbFCmbwl-e(iAV;?jWSRIhwd3w#)izv-8#XO$NZ|5~;BJPQ
zd<bzfjTL|4(!UcOW6K^BOL%pHHnK(=DLhCJo99%1S;JM2oc6^MAI@vq-DOKih9?OV
zi*Hns3Wp<TP(6)9o%KSy-q?+=)4c{3K2#E<v=GPCY8vmqNgLAsqz&Xsuy3-)!%PL5
zhGIJ^1!ekdkA{X!d1O)`svXmGwQcl0UkMos$el(j!8<zNw+~Pd#bIjtUkt_$DONQY
z22$r+LR0!MegGZ2P1jAv&M?tPBJtQIU64-ypf_Sd><10fu=O|@Q=Lr^SQ4ek_A=@&
zZrab-a)NOf3#X4K6Y^K_pT;aG^5&aB=EhhZbKB|5b|Bvq`+QakOs%x%RN`6x%Xv>a
zjk;n!K&pzuBBlOmoMOsAiWt)}dEP7L0(Rm4<$fr0hz~u_Y5xeCOFM*~)GqvSr4;z9
z_0`fO%RcRbLOIQL%pA=`*c>dVaich(cC+#ZdFT3RH&|`^@hU?tr?on?vZ3I%%D6Ef
z7c&(#WHl8P@q3UK9ppre6d{j<nU}dGSCiWmN*Fh%;fRStx(4m`&z5gaQ^ob04Q}K_
zZMQjKU~RD_MUWozus@aO!zR-VEMOl`mFixT&k8$Q?H*S^u|gr;PE$Luj<~sP_luEO
z%D?H&h1VI%cq;$D8^w(HMd8RW7^=)eB5pbt3C7@l#3{a?4W)^e#R#iDRC$n@6A4f0
z6hCEA<6Eej&SalA)hF3cd=B)S7CHbfP_6BUjwAc)v?H9V98-KGE7h<r1T{f%tbcK0
z{G+L~J29ZgEHKA-DM#cR1-KhCGoEih2UywJ$<obQ$_@qCB{Q1zo4#_G4I>=jHk9Kc
zs2Vf4E3?$6kq<86Kb%QE>*$eh($R(}-R8!ocR~ozyT&5Re>P)-Y!s*g8Qj{yVEfsy
zDsVI*dM1SfuC|3<=#rb)(ap4g|6Z^kx||Ebi%)rO$=Yv1Z9AvNOG*)H(mMjJGIpuQ
z(+vv#T&P6Ta61#%Q`3x;dcjnYv1&ABu>p~sdDrl&mi8zoWSCnTY(6)Jiit($dKv``
z-d%Lty6J0FE)XHF{&rOAyT*7(Q>Y?0JghYlMoGAa!8go9{y^mPupagx8@b-{QumoW
z4>^pc(@D8hO>}Ea-|**|*F96yjhiO2>GR;8FO=yQ4LH|g*FkpUHF75Prux&R2v^@1
zaof_5vcfv*j<5K&N=9_hjS~sZPg11IM(dKlXrXwk3)mh6iCl~x#j}JgPfm+~fXJ!^
z(}FG!oS6p{Si?Na&)7;>QBFwy*KP0FH;0xU65T?H;T1+XSofJqm#k7G@=TnBiv+^`
zM$Rx=Iwk=PDvgK<wLr8b#p8ysH2c}Vu}kX+ji*SD@4*o=Tkd<-=c5{t9owy|KQL!C
zPah|GuYow;!{7o`3WB7gXW$T;-iR`|2Vs7O(5FA1uJch0{zceWT<i1?hn!QMbNQcB
z`K=-P3d^}X!5xAQxN&;g`#wB{kywNrG9MZaxl%2PK+Jz%z)k=|wK#ENVb{T$Kg{zY
z2j+eJ$EhNj3yQW#`~EdFgBLcg9L+nPImnxw(w@1@H{miNkKTdSqYx>y5vD1{6>I#N
z;1A1NE?F+&sa&}-(km<~*VLK3u8v1aERQ~443vPKfcuBA$L`2=E_lZz=>Fv~%|1Pk
zuMTZDoslm;ZI@G9P)`1Hu7O2IDrugOU%^PV3q(^Ktl7YyqOWC6U1EPIC@fskAqRBQ
zRG3em-Y6h%vQ|Fg-@5y771wShWh#sLP275HLT`?OeZKYznzjQ=8W~`b#aiNFPt`A?
zz`DXB>G~ynU5m;v%Hu6hv@?0LJ0|XFDqffGiP1<9>f973uR-vs?Y_9&9!UB?d}J5B
zMAP51YXl4#qf-SE<drje52qLBe=lwt#<?;U6+_v%a{tcFCc(`#6h-c8bKw<D1QbYP
zP~~Ool*7Vw9lpm8L6Z^uZQA*h(IONXI!No6%@tdU-Rk~_@!iF-XEbg#%;$&6e3<0Q
z`)Vtb%-A*Mt+v_Npk61xrRnR3Nfh>*K0N|sqGHg)AX%0*Jb<G9j7YdVy3^B*2#zh2
zS{|?iXlX{Ugctc#O=qgcaB=C8GzoU;JMERw)HLjXUvUcvxTJYVyUtz#ayl}{--q6C
zP1?m_{tbVVDC?>Eo9_|{l}fCUZ)S+F*yd^q+1(o(AdURS+@YclM`v){dbp2FJ3$f(
zy4a|to+BP8jEe5>UG5sE$7n-gO6R2N^6))+zUlUdJfFloy9P;&=QsR>_Z#fI0c%u?
z<E*}Zf2!t3rx;39LjfVe7<Lu}zd-WEkf<_^ZOEuysWIaSjnx5rBruL%vP(2-&=_2-
zQyxKO6$8<X6pm!bxUjhGHY322XGUmz1@+~;iwW0upVAyRF!%}!{1n=M;u|hU%q0!F
z@J!~JuI<RONflXyiI{nuaBoQGnn_qld<-SKH!{5z|5qWQ7@hM}DA5|2W2b4@3&$yl
zVs;)|Gm5f)!jcGyRp;dcIl<EXmc1oL&S0|6F|_<+OXT41a`+DK5-c+b`S7ZeQ=9XB
zJ23zQ@kBBjySYuSI)2Gx#cquGVdT;ETxT{GlE(E4*gwKU2<BX(_oyk{vaf7$i`>1y
z^lFKP0@JT4I0^|iL)*Zp5=Lice~^I;y>aTtyPx$tslLo+CsBEQ$wJI|O1FR7@DT@f
zh%e?h_`aACXXVU%MU)~<8CC?LBw@8_)(LJLVzri1h#OF7Z0aK8aUq~~ZW+7K<N+p*
z(hLvRb0bOd07$1#FWM3(<R|&e2y{X%Q`t50j^nq&8iBZ9x{F{c;jdB>I^?j__263&
z)y4GFD<P`laN9(!3onQI21Pl2wesCQx^bIv1#(R6cM8X=1W+#25Kvf%ZXe=JZM*9)
z(9>!A%^1;H2zz8jB)B+=imo=w56~lZ@>4)`$oe8}c`qy23oI|b$+ex<I%#>%bw?hy
z1L=-y)UG``FawQd!F(n=uslrL`}||QwyRwUn=5mwa)dxf*Mixwpcse0+#({*q8pyE
zUcIN3#n-bS@?&#$yv)?FgL7Js;_sg`&F}DFVdaaiS&TtnTQO*3uV;_>KqEC*ed*Wp
z$1steDSx7vSXh={xX8B9r|PfrIW%DFOEJ^bSeVEiCE{Jx6qf`mjz6o=Hn@kA*Sw7*
zk3B<jpQWPVXg<Xl6yJ`}bGw=CbL2H$X7sfSQ^3&gavBaaygzEYKjNr4ZNC+G-o9FJ
z3Yhqw?GFFCWt*=8KF^ES{NKQaG0&r#>`T_{O**REe)DI4c0u?ww39;iT<m09YypJP
zH%g|_qbOd@agorYrCRpxDju@)kV?vcXZP6Y(mJFs)oK*nzUhao4bfZ0<<lZEUk@`d
z<X4NU0)-UgoyXR{;TMJ`Tw_qN*WoXim>PtNtw2Ysu?inX=Iz$luJVs-esVsPoU>*C
zFI&5MoHKzIT%_X`;dW$V8fbv}p@!12>a5F+13Z)vA^N5eAgN8mw&lu2<MYnb`J)RF
zQ8sqKO&3SN?T}OJ<%~f4?Z_nW<6y<Z;L9+Y(SDn;a+|f{b=7+u@O=M*le{1r66ZV;
zZtm_EG4Nqiq-{gQ|M@!LxhUgHB<7d4+wB*y1n_ib{4``Odi}=urn6Y$aWCijHs`tC
z>Av1_E9c%V;Hagw=8gO`+)VMsPuOF1+x0RTiyqaCJii$;Ot!76(SQQMItv3BiNh8!
z*<RV$hTLHj#+woXdK?yLKXR_7QiSCqUIEWy9^IR8I^){ow_=t+8)rJO`KD~qfUIRt
zQSrRALt0%(oBOXIP;@YQ`Q=;XinLSrv31~ukY8SAN%WK4Yq8z}8I;ynKv2W1wR2w^
zILZ%O<)F`$uljh+M|d`Nug|$S^O5&?$mwyw>$Wl~s{7ji_}U1x^!3<xM}%!1VFLT%
z54P`BP0nNV%1v~Qfd7$O&V9>{*s*TFrEW?z9A0UEo+{ODzff*>?@gwcxT=a3yKWr&
zJoAD(39R^@!@-4X)s+j?*tOGu)s8-iaG(3gmWLm17mTb?m4e2iTTZ@ZbvC|?L@=ok
zlOr`LHNLyd$)w@&YmM)?)Q@_OX71xL6F1^RigYG)>IE`7vFVYVn+k_DcEQ6^AxO-?
zh>>d&sp0u=!;J$6sXxm=fD^UG<k=p6d-rJEBDsF9AO5?UPVQeU8fMv>1{~_*#IfnL
zRuk`ceR?#C9f0$wY(m_DQj#lRBArx0305>eY_)@82C7G`4GQ#v2D)og?frcsv7TnX
zC(!dvi~n6um}&M7w*N^8+(f#lWPk(^9J_);Ne`37>N&z+^K&k9p7wJ5*YR_1`krs7
zoCN%r{uy02{cSyhwakcJFS=b$>l%ZW%nz)d*N@iacj3F=d1qb4Ex(AI5SnL7yp3iK
zwf**z=~R^iEl@F#gnE!+AmRwI#D>e96E9Rod@{GBG<M!gYWE`kwRxH_Vz^o_v9t`8
zV*?jGPTV$E1|pMhUcAx|Q#xRktaxoH%SB;>hA1pS1j~O<gKoGO?2GkJ11J3PH+_!<
zUUWZNI)cfv^5C5}C6`Pfdtm0wl~X;L-yi6=KR>5Kgf)HQlmu*F1u=;}-+_<VCr_$(
z;043&+FIg%ZXs#RvzG_381VcU)y3nv8idkzeBX9_3rF!hwl*lQ8=fC>s6Gf!!&N@d
z+!2+Zpn5)~GX6UKLEW<xzwM~2T?gK?QJQDp3?5f%SJH)uFrFWcU?hSBq`zP>jqHuA
z@{H#%2DV~H;mE%7DR9@426?2UVep24V@51KA^|H7r%J`~NsY7vC5c$kDX&aX+1KUY
z>3si}h{n<lv^P9anZyz1sxk7Tu+Nz>y)l%pblw|h>nI{$CJ2YdgdH^W&IV#4`m&S(
zTHfb}`2Tc{cFp&;n6yY|MjFxAQ+x&CvQTon2~vFZnYTJ9E~}d9p@+=Z$@rnwhw7d~
z$|djSVMhXcb?|+~VtLEmei?%A+8b+ri-2vOoZGSITL}sCEuWS9WulhV*Rk7mM~yq#
z61U$ayn1=EU5;C?)8}3)M!=c+)4=b5``-bF@&N-H(t4uFhF|ZEYoW;>wNb7rDW=!r
z4tIS_gVVe~_+mN;fzVg{KmO5zdaLmvQ{3{5s@+2G5Ec7bspgN}7Lla1kUrz(juuJ=
zOVbb9BpS++yU+zmdg6o6FyC_;3`0sxQQ`*Dl>J)0#U(yN6I5??j>+%CL%k#rBTXNo
z*U@`dXxDhoRw-z00db1;!629Xv9p*;0wF01_ELQON+MYcDrXvD6xoX@1$@kz;aE8o
zpMZyeOJ0dz;O8#uu}R(h20$FsI~>BX9o@|r82Qu6-OP2{b!)8Eh7Vl-AQZ}*(ww`}
z1*i7Mm-l<{ENQ<;d7AhPTDttTa`(&l64%%a-o(U`sC&+hco1YO-5hvWa1Jz+Drkdx
z1HaAjaX~G8^yx5>8)d@Bv7;>Ttu0D<Wpdt9OiS;WRgKZkR`HKA7H*UzGLhKkCx#Fp
z$VF4v>4nZ>7)06+v`}5GBv5QbM0%|N(Z>`rX>h*Y5jW=c*^?R^51HwC-a4q2e#Cna
zT+Cc#oRYQC2<{YUrhDCJhP`Zwf6p3}-hrI+7L5B(`zEMGN6C~l*z6SrKWwS7tJGTJ
zLk&g1wuIRBO5}RN78DL4zBf9Jd<pjU!}<lvkt?Tw`-O`3r#pDb^a8wq&@Gq0oR*HS
zU+TvF%Jb8?Z^2F$9E+-28}l8D5+tD&>a|uw1|9a$4X*jj#T@-H;)lI<6Eqn?Dt!eD
z#Xm9cS^Z2$%y(I1V!CfiAl<JZcPpDJCgxY5DNZF+h*t}a#k+S9_>tL%lt=YS!3S5*
zEEMuF-*75k13aep?%#&yu~4r6*Y9@UHH4G@c9VcZ>mzcCpWWbB7j0^N;pq4AR&_*K
z;qWMM=;LMHLFL!_ybrnUbPbE+QCrpM6n&Kp(|4-Y?zZ5)v87nLnA(u|L7zT^4O%e>
zYKzvDK!jJgF~{Fa9(@#`hhOcNzbUuMTHw&FnE43y<2ZKf>T3=`adB~BVebohA7t#`
zO35tj0hFL~(5XVEg7gyK8xid*ORgS=*D~AQ3E~zQ1!KV>KwR-515`qlU3OthS_CGR
zgFUW<<<!%fRt3Ea8dVf}zvS4xkkao;M5Z}^y}w<MSzWN7E8kbu=SSdDThM#34{)Rr
zr6;6~?f!#y*pLd;<E+9gMKI-8KGFuyQ0E;dF@!@AR11FJP#&ST4kKxDEoZ16;IbN`
zyzAw%4OLGfsmAm`LQBsY8Q$&76=BrkJlV}~8n-=sZrD6ITm4a1j(GCt6}IS}qPoFH
zaX8it$iC@j5}&Af$@-KR*xGAA*?*15e+}dJKHX`>({wxHiP*}y*g}#z9I}s%jXiFE
zej;;fIkgvgQVxYj!oT&%od5yz$jG!Q#aFMbIz&mQ=#sSKDfWG4;}u;6LaHyuwgO2Q
zZj2lVv<VnWb^=kM3h1a}$|BgVQY3=IImt$n7GPp#-r?$!z_>gAXo7IzUUP$CDX^8}
zuRo5wr;xa{>JBXpREHf>rKrv?$oyOBSQ&tldz&?iv|4rq580LCr!c}#A)<8gG?D3V
z(SB?2e;h&n!6s7>A7ByO=LJKZd*_n|%yGr#+He7FOkPxuJv$Ao6^_>ZH4;&sgoF13
z8BT3p`nO;>%V6bkSob&koF(7{CE%nwrS+h>?O*fqWjRQ75}FhUPy7|{9g&sWs#rgV
z_nGb2KJB2bB;94_E==RGPYnbOH~h9Px32pOMu-{tHGEC6UnYka{dm5HMhviM=G*LZ
zNoCWxifiX*iq}wq&ts_luvg^MZkah#x%x<9@mrgIqj#s3p836B_JD+bW#-AIqJGQf
z;xjGAZ=O0&XGOMK?~G2ny{HCQ^a*e~WlY3pd=1Wx#LdNl65*iXzT1ki-M;<4GyQYh
z9#@HvIk4+}pOL;ZA>F$wPLGA_U7s7HHeHG2CSRa?=&AWFYtEXO^_#M;>j~D_hCPg&
znpQFvq0L4N-5Z6P3GVkiviPgKux?~~6a10J@2cyY9_UwsYJXS8v)vzi9%J4bXG5XT
zg)hyAY;X>39V_Xg{&(x)%qJ(zc%R)o@G`uZvMoG!P(5_KP)S5>Ct=6_*Ug~jC1^mN
zZu{MI&ci0t%G1?v4*P8{{|&O0n|=7Fu$^tgYB<#I8%^%_Z>VNN7gXCnhqCKhrHM5%
z`pwn!BRhb1unY2?FP|i@5|It4a1e%!YlZRlvX%CTC|p&7(2*rg(rDv)0`(G8MpN9p
zG-YQ(9FuzXS}0pX43kFIFDxYfcs|7<)f0WDWn5LY)n~K#r=N8_a(=8ql%-b{q9U_F
zc=n>_X}hZy5J~K=L=h2WOQ95@sB(*l6~x<LGv@hz@_)_(baO&uB7!3?TOp}-^Z$19
z5%6I>$O-<DGr7pITv}F>Uj=SbuAVf$9<|AOO=c{+!^ut2i*cC>zeD?xgTMZVf0xg*
zuUQ=}k6N#nMUEQigd_a+wR61ZhKxMmG1az)>2w2nK3Z`EoxzFH-J$luoagg^Cno=O
zrk4iI?*dBI`gpY<0q<V_W4Pda)XL)#C?Kov`Gg@C3P-thM~?J4`mizsXIA_4NKHEX
zE(JnSg`ml*=MW0TJD1-S)UNr*&1hMby*9^+U_PbXyfIjw4leE#E1r9FpsoYpqA(pX
z^dpt+jr4h3+R{{Q#8#?^4SX`S*hP=E=_Z<Nos-$*ws)U;7vB92Yyi*^S27Fm)_I@p
z(98eu1F$>v6fYsasEPQK>)ZyQOGr8&lbVFbj9Lx+$~MVnLc%>vPNEwVgE!u>t8H$c
z5YEXRb(X3^uxQ{$<iRT)Z8sH@Ia}^!_iX5;#35&N5=``P1!v0Ok<$CZlohLGd9T6y
zl7H<_|KL2?zqwCON5@Y`FWexUAk50TI<xV1d@-Wus9W~=cX&V3e)6W>8J^wnAOAXr
zw>vM4XWzD?p$?onJDuhdd;CbL>JY>4hN8Bv=CF=c8?(*-ZQDG$Pa*^0#<N48jtW~O
zwF%BlRHf}fcK?m6H6x2284bO((RpIo&?kQ#oM`2u5^hYGoCF)^S#Uo7ix|cw!1-Y^
zB^d1gaZrVb&i!}9dfcCB!V68xhN?H}wHb2-y(X!}_AMH=LkJc_NoA)3cI+u$*M@iQ
zeTsI5q+Ubkx<p%ZsXAr^j6eF433lBIvb8Airb|hJOSLK5P%PSrg#9=U3nyEj1Eyn(
zJXyW^9wHRQc0!*0?>MY0;N!~8yVNf&n3x(wX6re{v9XC`oWz*RH3%NZ7E=TF3M70Z
z6!=o{$!vTX9fo`3QF~`vU>_^xPSgR4-3Zt@4N|t7cgh_KqH?3(N0g#ZuHTiu@1+7r
zi0-BdH?8hHkIrzUd#l5pP7}-Zd7_xZ^U~N91-|hROEvk<Y*YH`xLHKniX^~Wd|Hdx
zYUGhF`6gT#&3BnbnYDrgyqL9l3byvf%s@}ZAYv&8bKa?LQH^wj{V%)}&1tsWeDFF`
zVtyQ8@cO1l01F<<&_c0Gel;jFhkI9Y!>S4${nxSgdwA4~_juG7bB^2^X9vlc(Csgn
z5pi!r<Nh4fh7&VT>Dp=GP4x^r5AW&{Xma*&+TZ&c^=eq8m-sTT1J8qrn`AL=kph{m
z)Q@T9r>Wy6s+nnN#|5wO-(o1Y6Fa!7`avUx)C*Y6Sh`c&k?KDTFhrzY&t<5Rtyq)R
z4w_-mXvxY&VNAGqDzhLb?*#TL2+Ps&xte^s)8vY0$1ZjgeK(%J*=}3C$0D%bV1N8H
z?q}Qu+C%)aH)bPV)2HWxrp48{UTuae5k;+Qv<&r#{znK%e#2ufjf9X|D!-L6yX*5C
z%{g{Bo%bsctTFP1knaqs0L%Nw=khdMc5N%R+;w!yiUHhL=VCbDO0YI2a0t%#OcB{x
z_`}6N0tZ#lzvacI8qWu356T#CMC>hz>MJp0P7f#9mk-xdT~~Khuf}&FMnF9@H4&?s
z>-b|PIS-RD|5jRB^hgG$a-_u=h7F|+Th8C~19(jcS@(Ggu|(v)4n$bZiYV3<L5s}m
z?7vK%9^|xdJ``SU5*Z)JFtd}vheLTepZ$R7<X@sSN37sZbigk(v3s$547&7E5QK3&
z0V?uo>MxiueG?}ylM7YK=Qpwj<gQbn+GGw(H9=Sli|$y{HhD`4q2QQrLe>p~2I=eN
z1yW>M$h#HmKOB!>WWhWC4`ew(@edpK8rT|9w1{z{mmC)A$|RyQjE;E*8RARm|0-3f
zd-Wiyzxjjr*GQHNlEhUOev#zfK7ortBNijN{U4$_x0aMVh>7Q9PYK9i<Aei0yQJpd
zQhAG~<*%N$k#a`;vMq|4cRy53|9n5!?yN{0aTU6A<|0sA>}UL}{=9BRrR+lTG5`tp
zM=bwROd~O_Zh45EQXZ$)C1M&<{;Hy!UwRF>C7GhA!Z0gH<2<93k?^JWd)I8j@igY(
zGr}N@3J@>8VOx`2*?AqHInqxtg1WBYv*$xx3)#ec@AjlMxMoME#YM!D9uO{#J1z<o
zxh0+uap0!geiRIl+~`lCA$8O7Ydb}T$RtsJLmm!<eJs<AXd3oxXSdf&`epvME1H?T
zs_TI(IMI;XUdA!y95pu{3)I6bi?Ja{KOUn(v1`UNLSdB}R%*&msd_jdV0)C>9B{hM
zOdFfsx%B;{flMmU*k`3;J@;kmrT7)*<8nBKW-)-ol0%|<w+uZbGIb`(#7qxUOznD;
zuDgFR__a7}weXF5l1%sR=Wbs#*<aEZDN>|TEdF^BYi|x=BbZa^o1JS>1-R^jcP)w}
zBN!y83B@GV$r}K^@FP4M%zJRpuihI{LqlN~4lJ`{`@YCRioPZsiIgu$e=KmR!dRgY
zcvrp5#5;a%qW$g{cq{dIGK-fD7godCefc&7w&ruLXxFVK7YEx#Dd)t0O-xO<NFvls
zs@XSCOO#=Iyr?>%=HsN^goZV;)b6}CVdvQ+;MPPc|F?q**i8DUOmt8fHIxqTX5UX{
zd!W#H6V<;Bvl`E2INIlYMR8=4T>8E1OarBO%}ALpHeGBXS8gJJ=(ANG`h~us(fbLl
za1jC;2dJHyJ+<9;7HE%glZz`b5yDO#b;=XmK!EBUNhR;h7D@;Z#Wy|UH%X1fVbmV2
z_*==6MmmY%S89mSI6rk*Xy!!OvnxvZ$&MI0vf9NhvlDTr$YaLoBAP}X!s}bmDyydY
zQ4zP^pWP+AP;`D8^4f+DanGKgh0M&5+on>Kn3OK#8}Mr`iAAcMeL4o#MXA_r+CH2J
z>w79Zf2*_!)An)~i)}+ADDHa|d}X8lMWD6l8Rj!O8ATY2hFz0j899U)?oQk=5C{?W
z-cUeAOT+2GWeJ7s&Ht0G*$oUP=PBc@SHT$Ahta!*){*C$klHoteZsiZ8hh`{Z~1CU
zp7Z@dPiriMSnfexxjmI3QUF|8IAV=_N#h_1!BWe>Gt-lgLSGMMm>2X;vn!bV;!WHu
zLm?bb``cpE`MoU8-{b<9etvf@Ede_F8R!bc^a47U=qf9OUKqnb!@N)qL?8b6&_Icu
zJneE(MfJ&GI#iJYPVr9iTjgsHYhh_-V$_&(_s_C0dE2XdC*NV9+!>w2$DWI_Tf*#D
z*>_g6xHRHNB!T0UIReIq=(TjRI}7<YN-r~fuqjfQSqISCF(MD3{M#0V^-Mz5b^8Ok
zv{mV5C^aH~5rbC&Fgz;uV(l)fb|70#J7!4uypWE<)iA2@A#hucx@+m3+@a_s-~PR(
zw?v}D0)<a}_*Wh)ToIx$z2Nv$R#Uq&V*;707JGrh9zv*<u$w+tL7WX{e^8imJdM<a
z>7KseHwtQ-G{S$`Vg5?G<+N<PEvajl7<FzKzbLJ|xBrHUc#qVRq>Fl2GIY_Ze64lS
z-Q=>2G(kOcCcc>kO4>u3Bl+`0iqN>-Lr_0U1+;vAJUDrlmW&-;FRpuDr1QsINLt03
zoCeqw1FEt*j|Os0bOC_OL!J2zhm#Hbqt$#*BzW<zko1|Sh#y1<t(aJ&7!jx{2|GdK
z?zBuafjsncBCKg84lC<>m{QY$7{jrOm|R2#m@_M)ZV;$<kM<~D<A@KB?=rx<x{<;=
z>Z{dCP4^%I1pq0olx0RL@y+jUnY6kcYfo_=py0YMAqcf!z7@*H4xM3?IZnkuO|k78
zm1Z3mDN3Hkbd$FSaDm%XNW>4sBavlN1&dTos&W`C8hboZkW3>w-`MifDg=~-JGtp?
zm&qqu%MypN7U-2p5szAuh5Iz9n?^#>3JFZY*-=wTGo3Mo+)Jdmw9QcvJVm`x%4^HA
zU&*cw@wVyQQfzGGB*|Me!xlUQ+R`W|Pz4Wkewc_LPJMZ>e_Vb(FT0;0LII+go+c^W
zkM;N0(37bC(LyRns{$}h2qj;EvD@{#8z7;pLg86RO(w2|f?M4TGKpdeQT4zwKJ3r#
z4$u%pu*lS3kKFDe-|Q}@vMOaumpsEk&DM!KLpC)&?b-**X01B~usYA*Vs;!PZ<L_V
z7OZx&!Jp-!e*=yM=h;#~xRt%LR(6dWrBagDRh&xn8xIFNr}j3Ry{`Dg|G4gMEfCff
zZcp_vL_h^ccf0keiY3akctdj#jxIBY-lynrUUWK-+0WcX)2ONAC6pV`T*^c1pqZ&G
z+R6}SP(-GOhQ$nC<fMGqN}6LsS{Jssn&kp!yu)flMRivUwIojibo#?lLXlZ$PobL6
ze1P&N*4&e54~vdvPD<{lZJBByI<m@gquz%j!v{#V5;7TsBi(3fJ?U#JJ}=@gDyQGQ
z-x<%dLf*R)JI?9zR_rCWo9XHD?h6tiNv5lLX+)Lwu@Y{2!s=vH2ayMcDICpFf#hly
zZ^AO%t6sMbVKgI$);P~JExtDSEA4F-WQ&D2!#O5{RZIhx1sxc$R}T0>Sk!n_mhwz7
z-i?)aT6px!)+!{t{=`d>6vihcT4?`B+xP0!V*<O`_tgX;fnw}4hH^e;3R_>g)vh`A
zuP{xlxO7_PcR2G1D(&_y(Y7dh==2VBkqSgM>^|u9pEhlxGl*2iJP#kzjQv%fXd|5z
z;5ouEw2wf($6Tc)MsBY$_O7;t@vgrzFqOvyy3hWaFJF~}0s@n#BX2+>WPf{+hJj{j
z;ZhI_oL7FgB`Aq1bYiB*Ny>l;<@2x_!9cNM+;*N~A+1XSvd$Ib&N$dV_M1J+^)y~X
zu5fLXBg0LqdYpssD!(ZkI_qZ(JT`pR`>2L*&~*Ud6d9)O?2U{4c95sS6_uK59kGh^
z*IBPTEiZEBE4rJgme|I|>NitWYToqGZbh=ojIzJ(S(*@4##m|)FfxJbI4Sw2Oir#X
z*<WbT>BDTjh*zvnY%12z@lG5G-1-pTx;HhKYN_Wg`(2ylM%sd&=n<s`a;IDHW}pp^
zp0y~|eitx_4xfMX=P?Xg?dTU_6BH@9A_~afgt^hm`hv>f=+qQL+HFGgz2&G&b3`iL
zvE>PG%-x}@Rhurtd?K^->NX=k@DDi$r;8m2wvm$EyCvXQeb3o~szvPrrS9z#`~2Qd
zF6qsn+`6Aoi8`0)dNfDGK=D_9O6j_HR|S90aDr5tYY{>ChLt_~>6DtI6#RLr&R}q%
zXQI}8(nQ0JT94rQMZ~RslM=Wum768A4Hm$*94uwVk3+mB9}25`5JoJEAS_8fE65hN
zh})YUDOo#dOE3I}R(Mr(#!iVsh9Xrdm1hUDWA+)hj7!89L<l?<c>B)HhF+hjX?;j@
zC3YRxR{dVQp0MUTHJ^Z}gfkK7?#y5a)l6q6rL!oGhgCIAaT?mmto5FQw}i0o$HMjT
zva7d*zo}~PaT0d@sB!tc4O|Auf=?pUV)i4dDsQAo{56I0OI$R?WkqTgdiwFiRPbq3
zlRr||&WD*ks&%0+W)12dQ2a6#A@&v6B0HvNejjK`(aXOC3x7gO6%j<h_{Yh_Cmd8s
z1Vzr-6~i~r+~r9xH2vwK<{c}WPOcpf{?~;P1G5jOqX84sjEpzAjBcoK_$i68b)CK@
z^><BK1jo*q$?C*RM0{oky<g`<M_aJ$bHON+(EgnE@t|RncqQA*w_Gd?e`BV!1)9Q%
zUFNqHO)29U^A$dz(R~Ld$KExlR;War{lp#C!RHb+pUax4smGubVeE3yqIXLj_2iQq
z@G&-o+Lze69R4C2)|8Jo{>Pd>UJ`&BwITbYT&oyT-NdRhnY{ILPY+Y}dw$kvb&$RX
z%2r7VcAA4ZQ`9P-^7|7T-rF-QdmBeZ-_NI}g0yEgF@f=Xc9=CGe`>oHb)lRG<Zcmy
z;>ctk;oqE1+QEls!z1y0(%#-?eI%a|z0k>Um!U_Ni%?d9_sOG&G+`K+1&;Fwkg>=~
zJBsit;C@WLL{9aE^G#W!up<|}pz`Ol#IU9Gx_o*=hj0h>%{}*`%~D^BD0>4&d~5P%
z#Vrc9Hu4w!yW-JP-<g{9f8tjda$FBEkxc-)!TS3lMf69!9elzz=G}>BB-Azrt&s|4
z>~GrXeEWOEC)Xbh=HqA$T+Kbj{R(DH*g`(dcg0t`)U7m$5w$bpjvBzm9W1&b#Z(kq
zVQu<?#(b8aran-pJO2E`QZZJR;XdT~4xoZBdl6%sf;F*=j9*m1)pUv>M9}2C9~sXm
zLw?LffoW{h$6LtB#u3j}lOmeF`<RvYQArsjuvM|gM{)S!b#VOOgn?3J0u8-mPuk=Z
zGFcPPT3F2i<kh$GU5-D)9_TsOoG>Bb2Mc`t{_voFh6@Er3?h$ypVX++t#7O>-SU2>
zBQfjM`S6280*Af2FoW6znvHqni9cNN9;Gc<6}Ey*bXpM%yrKAeq^Bx0J{b)*xZYDI
znME`xV@cMDprMpx6Wik1N(mxm_QFvhdx=vd73yR<Ye-8QVqQR(h6oGzmOq)#lu})L
z`PG3zn>X2#g){*)j_#+Vi7Zzbe-;av^f#g&lGC6!n)0a(*=Z;HS0+G4ASx1KpHFI@
zh=+*aY{arQ5qYXLf&-@6u<oGtEYypPo|_&R2P(2vD2Y`fhKzlO-GRNLxLy4=65q)u
z6sSrp=J9(}|2hHS&@u3=fo`P>=?8^ayB>7BnLaIF{ydlK{ighUaAR2G%=D$Adeqwc
z&N%0Jqr&%B08Wnp_e(tB_`_8CFl3w+2@Sg~40|S5eupAJHPj;qCAOmP`&S8kErd)C
zkZw^o_QgHg`fUlyU22`se%pVkBQTfLU!ia)J2R*8pLY&IwBj8Mmzz~H@NfQ1>Z`9U
z*clWh!zT-?b~aL;Mhb$m5G`t3($pfy7A-S9pYbj`S&R?I*dmf`#|Y-NzM@lW)C)az
zJ4&OQR3N1k$3$4nL-?F(eW2#TOzW9A)EdIJ8SIA)(hH7=93W2vBmpf7elVkGhR<LQ
zsR+4P5GO$E9DH}Pvp+P_$#MA>&$WnHRx0zS_k=x9hldyj`rb&TEL6b6zqFE($(12G
z2=6sgV46lL$4253rm#coCtRT;G$QsJN}-B)`wW69bC_v-C3Vw`;g~7WGiq(K>4Acs
zkx}ggbg#`%KbsXe;S9;~W4mgKvu-4Rq;v8b>G5z7ty=E&sY7F&trZ8^&8fApE$~w3
zhuar$W_gdG{t<h>^@%*)KK<-N1Lf(DiBtPy?u{?f$9OVCTP7K~{Sl^-#@%n`#yxgB
z{YSINvj+Kj@5LagG1azNR^4i{HWJyC6|>CJkpmH$3=(#1^lnWwm}1y<28%zv?g|{*
zQ@nViusUmS4F%cuT-mM6nvCff`hcy##Zx`Td5G@p-RpJG*g?_Svk{v#yF>~(+b74q
ze8DLA6iHr7W<25&Wc`teb%2B2f=nF{Hw%cM8*?^{1=^<5<NJA@&J6h*IC1}4QsGW!
zh`!Nc=KyAZWb4)#EF6ukHzM$=-ljQhhY_*9lj^0MoT^C<DrF9;!KJLbV0g!E2_fs-
zo0V6Ij^ixE{kGK2i6X@-GaGtjGr4{u;_}%8O!Bj8XV}QVAe5R@q+poZGUPD-lC&8r
z0x5f9>%p63@0EsE#!!B_Hl}T{d3JHiVIRF$Xk(qvI<nU~gOylxt%+hsJ_=@2*4=rr
z=Ov;;<T;$a7MgPPwgqoP4!We?0fSxUowPg}21aXe^4a3K$hY?7k!_R@I5!271m3?-
zOjFl#m%>x1KZ_yUDS%f76sAF>#$i>7q3|lzKxYCy2uj_Raqq0ZD7`!oB}Ja_!|6p6
z+fg0v=Sjsf$uji9Gdr(Rd>~=9^(Q;ih~o%SeslYO&J2>1F+xL}z7BJ*k&#%o4m-?n
z@g|uwc)I!z#%{<1_fU0WvYpt5);sk{<%zM=It=RH)*;)^$@Uf*dew%6vNu?haobPD
zoy_V<>bB`4WHzk4>OMlHB^MPRm2u@%!pKii1(_fhsZj1y#N)r~wANF879^}`E&iJr
zczrRAr{NKaCZx4IXA_E?601WB>(-Pb6(%z4&5J_(qf&x~!dlI4eZCj&9HVYYKQAf1
zc;jUa1f;7oHWA9fPrzm>HlJ2-{u_WF$1-~&C)~r^99}pnOjl=#G$qYE3`+>l*@s+`
zoNw6BcaC^xR{2W*<Arp_Yu9}JYNsQGv9)}oY|9q)kF9(PC(!mcniRq$43#0Kte7u>
zJF386#gUwphnKi*k`uU~)eBUCI%{MLgM0KuNrz~_^-3n0{kt7YZa|m2P$u)SOuU9a
zC4)Aw1N<79+&9hI_6W4OOPZol^VZ^OZ5$ztIL?2p>w1};PxSeFc8!55xM>7@ZLf)2
zk2)=k96H?f<r|z?eg|rm)un=<9~MyAg_FzeNk|Pdu~o{v7G5!Z0iHEWk{Ndri`Ct1
zZG=+N{Ol}#zBB@wx+K8!f>p2xd%N<g5}zN9Wwzn9o2iSHnfY(btx3;8r7tyuwDJ&V
zeZA}$O~I<SHF;k4w8Mf0AD)3+SFV*aAIYW<x^cq<^$q-K%xzcny0j?btKJu+;7Qus
zKGv#^{)o2c#{BiGi+5f#CYwo%!d&CS0z#k&`D&sZSjuiQF(lT;mcZ&?HU(stVo5uH
zR<JJO%Cw#8E!fbV-Aw~+Hs;)j1`OK>!^+qNSR;^s7A?i9f$VxAodk=!CRYb7^fts6
zE%YC~>Esp=R5z*3MgUeBdrma6l*j!cwqAqyRCzAN4a0hD&g(E=x%rmEVxyr9pRmfv
z&8s4n!zcYszgvz@uQ$V!0Y99EShp}Q7%-YB$!eu<GzwtV&nkm#h3yvTx_#&)5M>uJ
zTy*a0CsQX$|6NNzM;u0c_q&b^td~#(gxuKyD#@J?0Q|qa*fr|EM>*0OPZ|6$pm$8L
zVWUeeBab1#vnTtWC@E+NCf}~^;3=j0mDlHuxY20(+8Z30ye5fL>O2=H(p;SX#-WOe
zKi@~qK29F?TJFZb!J4T^`YURxS`|X8`EnO0Y4KN+$W2w?Ux5tjaqB>?c$Ptl@DN_|
z7HIo0_axV3sQK;*Ni`Fz7jIV*j@9}Nq8%RzL(K7pb6attjq<H&_L~^@)!o5u<@eX|
zqy<LHuyqIar-!KZg#4u&T`>B(EdD^vaGeV#>2lXJSWp&ArtITea=eCA7weXXN~VvW
zH?OKNBpuh*ISpr6-vA8=3E1_zQgPM!Rpcu(>lI8?_?$>KYk(Pm&LURNN|sNcI<)#%
z#O0$9^?3rA;J67JX2MArdSKq6iDRv>y-7&^cl#$gQkW}~BN5p+qicTWZKJZb02Usm
zBk3#Lu97-mZO4>i?kRT=x?_rUviZrRAd`bg{pajY_La5=j-+jdY$zl<9+^e}9JZ$(
z*O-XaiB#&NuMS=jwm;G;%aPVGezpZY7{v#hZWLcxra=~s*#<OK>|ydFEa5f0>4~Ja
zhkMTyk!CXbp*@Pp_UOKJR#7@OxU}U%dFtYksOmqcD~SWTs_LfOKj{AzXCUEF!e^^k
ziV{g=N=~6O><UfJ7P8n;Vr@2s)~9h#mJp&y*7h>Ybz%J4T4N>2)64`0v!$0nTqP|B
zLIKi_4%n>uA`gX<1evo}gzo*7`Cl_(^UmL6I4us|S$8h1??kQ1_1Aky+NXAXu|Mc^
zM@QVw-lkjNTu@l)V!X)&<B)JA=TOzDN5{q%jGZpCblmScLLIceuY~QEiQ`$fM6vB7
zmev(9dY`kTH))yYZw?kUaDt`7M5f<<$Ntu@vFwYI^ji&Ts7Z_<&Gwa_d|5O2Fw`fX
z89qPr5SOAEe9AMqc!+Sg{>A=f!^@f!B!fO<G5WQJ+{t<L&BV8c*!3U%awDT#ovVW6
zWJG^Ndo>eK$5}5qkO7}Ws)|p%?2xcZb*Swn>4oZtmu<A0bW(~<v|E=j@U(Gh>8$9$
zly>tI2&^ljym#K=^#~at(zRBCmWHz$Rp(rv?J0Nlq{B9ykAHe~7&C~Y9g??atI`6O
zLN~wyJEmYSY(TvXr1qF%+%pN4Tn$q0Bpy5OU)Y#bY#!sQiJsfXyt#IGaGJ)xtO>E}
z>`#uwAal0;(xgZg_Qu(!)-H-iX=8VlQ|;qLJBff)n~n%pyW58uV>40TAoI|jd_!oD
zQuAKLw%=1FYG2_pPgA`x$#1L0%7JA0nP);D<&2%IlF}7)n{=SH%@2O@*^&80{uYaR
z#pG{}GPsJaUn!C6t7bXRc)H}iX}03{L<o>DhW3}}^%pa<)mLJP1g5fdXQC1?vK3#X
zY@dA@rlWO0S?Iw0vUff;vtt`5g^VJcpT~RN_Ggtmt?+c2sh?WL0e`8u%fe#F9MG5k
z?a)SuB(r?g{q;cv&F6Y^VcYYp1noP`U$A*^#yJHtNAU&cE9u+(DEp~iYa}+OXh;2u
z6W<A(uDs5}0ha|{@fjBhUjHRlNQHJi>AYyI`zEy7&({|`Bw~<Rz}mTv5&nn*85*A%
z^O|XIFk$~vVOaCAZbw{K#7Wfh!yx{%nk<T!tCx;aT!cqT)LB*pZj3xyVD)zapMRp~
z5oL0D^@Z_V1?<Xy9e&1g5ybc5m$FkEkcF>u;s;eF=u=BrNp`T}%bE*CBKGA`8wSpt
zO=PKAfa8?#326+rrRPg1EXaDzh}G8wKQqc*IRJ6yc+*R{rhZd!4KY>E*$Apl_JaS|
z`jU#pj_@Hn*PZT-xX`*PkMtXoVpZ&|s~!hh9{M&Z%B0o^WUL2HYFQk`c{DBj&shNZ
zG@Uw|<9-&o(KOOq9@w>`BF@P6Ds7FwrD8tX*X}dqNJKbzQqRd?sZG)FL5lq<2dMML
zYmfA5uHk@&YRG=SX=}jIb?7_cY6KQm*c;uy>(7SA*JH_&A%#YWrbVnqwXD$*hiNm4
z<V$G=5yS<QDNoFW&X!ds2R;z`#8`PQ>2GsHy{;+;cv$4@^HnY0seM9U1rx0bwGin}
z&@s>~lGQ`Y)UmjdxTA9-xVL+2kuP<Wf?&LAZf%PtiN-r<RxEOQf6h_e_y@;#P-Cn(
z^m1g>5FmD1TNqy7=8)WdZ{oM{-PoWAWHrA8!t%19-%G=dEW0vvWPuA4TZEW%mNeY~
zE$QLyVn|wDkyF*&ZEuE7-@b;EWURFrPwyIA$64!eGCY^lkk_yN8XCD71%7y)!X^M(
zUt~QU{+9s%W0pO&*=Md89+CWCXOKF@ADrc@bDTW<G5u6H2Ghifl|q*4Cgw$5yoDmX
zqJ`P7u_5T4Ew%6dt!$`l>(RMvguKls^vz7dpBb_N))b)Bu?k>7-y!S&2`}iOr$ZqX
z^!~xtlsaM)PLbx_?nx%%u)ZkMrGT-4XJT%TBS`fM@M-hFSvyc3KR?%Ob4bHavtXKQ
zq=5>}>y0MawxvNRl8CISyQR9rCk`%QR}L*JXc%T((J6^B^@4#nDOXRt()ZtZYkXEd
zclLJyzSxmbBYXa*mb>dzQZBYt^PkB6Zq+~0_}gvPnZr7xN7;OckH)8Qy{o&nN!V30
zA3$)#C7uKQXGroNd>TnJG@S4R%pe`{H-T^1ELqsve?}RjBY?wpU^YG_ns44m?!B`B
z67B_hZ%2(nmprJfx$Z_;DW(EdQL>4XdDS@OwNT};`KdeOFzVi*LA<*c2dX&>cib*h
z_&vv(Zq^JL0%s~ED05swNVZOdBy1NtvXC#lGA*dG)yw^1#2#daR^ugJJdIv1hHALR
zR$p55dIJqGNXc!v5mS<@C-jz6{k(*GOVKn5-Y#iw>D|>~FZk;vi%XXdvrE?=QW$9J
zRI4BW4vX6BEf@*{3s-Q+WLSF~kg)nH%J%A+%?w|s$p7}4Onc^kOJuFEcJ)EP9{A<;
zSrEQuaC`(8MndBEwID--d}rA+tu>%!9$%BSm#2s8H-fi;_~YCZjNYF(RLgw~NFl?R
zq&)4&X~YR=+{m)?I|`AC@;2moG}R{S#q!pgxlwt+ZM?@MB8Ei05Balsbc3@bPaigi
zaB=&i#Zg48#MNqrcxDNX<6#FMBHfAg%$N0eoe4hDev!p+m`hq>oR8t}89|2*I^PD;
z)-cK=l~Wy@{N~A6DM(9W;$9B2fgU+qa628e%_<V&##E$*!yR(rdR^<ecTQhd+`bKa
z_)4&H0zby&Fn1#d{=(Kvt{y=$%1wyCy8ORrI?J#qyRHonJ){f_-92=N^w8ZP-QC^Y
zE#2MS0@5wrjUXi@C`gG2eDl1=@%^7ad+xngU*}S1+2-@EnYB03arG;`s{b*D`(?tA
z&4VNXdy|FvN`kfOd=lQMvonh<|2C*&&Oe4`$GEu?%*u-X%a&DB5thX9`SB21lg1SD
z%}@Zj1RdZND_nElFAZ7cDs*S$usly)(qKHE3sj35R*}20DLRc_DAPqBxe7~RAaMF`
zTJkAJ{Ou+(9vLuNik>At4GJdY$!Yy{i)m19uJR(hcVUm7CL|L)=WV$E8@dQdo40jp
zf8slCTAuW1_*OnXAbjx0FsN0Z+gxUO(Ve+tPu6J=(z@OH@_>h;glYyV;6Xg7pZhXC
z^;sQS<jI=El5=leyc08@*2Nz3a-cWpEL=HLo-ho@lG<|9PF25@qB6foKGWu7#jb`R
zo~>_C3|SJ=*Zh@BnZ5?rl*t3gRQeTX;vRp<C4VNu>HZTC)JMQZ#{Y#8B;%CNI#XZ1
zB}2f^+ByX6!F)T-`I&N$uziy4jwfwBnIbyo^1cv+l(_86J$t}AhYatj%3h=Fi6UNn
z%i3Z^oSrqB<Y6gA@iC3q>N%Hy*d)U>NhZV1u8{91i$I#H6=#ZH>_M61)*Y{NI;5c=
z1dLTgbaQL6?^h?5=gAMF8~;xjU$T3*!G}|$eXPU(eLW^FskZCI>*$Hpns{L|7=d5W
zMh3-gqItv~1UGbc8TEbRN;DfJC%FT$6j*r%{z+2*4SbeKVgCEsb#(-ND}Ec0zi8vS
zI=DcFxGgn~O_kV}zZOh3ShNObgPQJc@lcWB%3DKlq7EvuM{&>bPX$shs2uA>W3%$f
zZ|1qBXA)+ea}T{O?Cl^Kxa)ifcL>Qn{mMjDt7h;|_sk}=3iAj>;sSdDgDh)^+S03j
zSS;e}><l*dpDA4W3E{hh;%jCs5=U}U404o3grcfag9q#|SEYbN^_BH&0!>qX30)kZ
zLN_K|t=41FtV^@srr0+hXVer0?Yf>WciD06B4NMZ$5S2|%o}?SSFFVQHs_KuQz_zl
zeg;dSHlu0YVn;;QRXc^rewCwr%X3g-<=d_MRMZzVN{vVi>a#%tdMDiOvJJ$_P5NBS
ze?5PxN%@?j^fhw4k?Cy97T8%5EKkC}>;)c}osCco;}A$zgnX`K7AdZ^8QOf!up8tu
zo^>WNK>wT$L86<VTGzQ!9%mLAE^^=O?w4dw=cESu7k5*6Q*7Ls<BU+l+b1=#t@Q>`
z2ZEmVes(bLTYi``m4KHLBLI%Ak`vQQcpyvJki&5s{0O0WJ1>?qeFUe1lLnV#^Crk=
zq5D#cJ==JwEEwOUx3Zy5B{{0{tyO!$(bM`3yTpw?Bb2GUn2+IBnhAsso>w&in<TH9
zaQ4D3$*tE|!G}27B(J(JM?B<R@4%l5NpIxUt^#BR*jDP++ewrKm~ub4{9T@4u()A#
zUdrl5w169->**tJ$;8_2N@6c)o%7D);R+EMpFPF>CpeZ=y-gkt<YOD(?4aOO?~$ap
z1b)>2Q{9haZ8wx=NO@NrSAs<Q$(&G~dF;N7I=Lapgy$mB3|RExt1K0gG@?~~DRF8e
zTRTBMZLADh3#(?Qik}9}2X`#0`kT92Y|}7x4P^F;-us@k14^@=&^mN`T{A)A(<pE1
znCrK=4a+ONkq)L2wDq$*QQA?2{dY;WPwe9YWeb#F;kipQ`J|<4%<X&y`P3UkB7m3#
zpI(l~enA{nr0J!*B3?AO3FECax;oj&QVkE&lBIe5YrnYeHq$CldHP?KN-Ku(sRq4i
zu|ND+f85A1E!g}OySY7qbZ_J}_n1}KWiGu?gMCc%^S2Q#b&^|(a->T-E*Gxt*d$4t
z93>_t!bPGVa-83Zp?nW&BdS1U<{2T+ybMcJ4z2<ue^Pc=4ZuG$-c}3+#n*^2UyOp)
z@D#M98*8-x0T5Z-_7ZGMD8q<f^g_?pt*aMQ<N^af^vJ}kBTwe|e@Iogw3W~VT6U20
zyh=~oR<!K?6GxObzo2<>{CMaz+{@HF_GoLr+{AhL@M|%2D~Q{X-)RRG@!ON;TiT=3
zmVNm{a)P&KToj0H*gMG1vT5z96Epl-U9HI8DkPt+^iy0EVu_sTRc{lolS&^Ws0TX8
z;{BulP<rq?KcDp~d`BG8^*<_c5^_bPVav#$kr63(5~g?dL=pn_F%~lD@|u+D3Kn#Y
zq_z(51ec`~u}^&>n>{3xfz3gVKQszaH6rBw6ADAUCBN<O;(RmALD!~<QxGSGwe5of
zOE$m!a<AaS<Ui&B1FRY0hAyo5vJZf1U(Bv|2-mZM9PKq^^}^5?&;HK;nQAGFwA5PV
zExjYc^ULaNuY&t&{3eOwdvkOV5}S&7waCdgibKGbMSOrm0G%XyC-k~uV%?QDNh|(S
za#(bfXs6=WA;xoHTFq5?O0~X9f!wD`BLK4{uv61qrKi6m6{7_ia?x1@u4(_chL@`G
zJMV&JrLuHbAi>{yt%{I%7W@nSsGHKU7JtwX1+x6s6E-qqkn+#-O1RF#SZMIzT`OtB
zFiCoxAln4LEJKL5y<?3CQpcsaow97BJc(`e-!o6{a9(GnhSX~0d7my$fSO}UyTCLt
z4Tf6AeBnjMfPSy~6dWxk`VPS^9{S^goxKLlM03NA>5lnQFb~=5_Z`lh^MUHD?mKh1
z5k<kTvLE;D``NVMhZajM><#=Utoa|7*Prp4Y<xkgUcYwvQi4)!32JrQDP*tAbsVE9
zfMw2hHaPz%F~Ra@80Vfv>%=<+f7YZpEBo7d_q6VpEdc2sA30^@O1AIHs6@+=x01>;
z8_T~jspRInQjq`2&Gh~N&kc&MR*P7GqxyB}x&&zM?+j&Pt3h3fvR_z~mZ^V=8*~fv
z?nDDEeWt4KYAixH978qXNllegMk$`NH|NZ!gu1CxA+<|p9a+6ol9q~UT-?5Szr({9
zt28taP)A>PzJZMP_aVXi4(B5hko{(|Op(TB$8QO1s%NU_YRi_VeUK9~v<V^h_#Xc%
z?UNBBk5!Zt*>l|4bi52F9lNg<LA6|~H;ZYUxn&NLyzM<FID9?P0Qn5@)58j013<6m
zjR6CG2G|IoLdy@?Uty)~(fV>=w;_e;+M1XS@u5@@#p6e-F%$l^#R+%I@F$~&ocM?Z
zRBDsDZa7zfGeu9rhDNETK%$t_$DzIg<_y+EATq+bfX{^=%CCHC#S$$|pkjNNOKe=v
z`N<Mag;NcjxA{$!08m$}__=}k6vxyW#s_jPK$8jYsI}<%Kpo=b#*g?$_V>r{0yej}
z3HV6ZycwC4Pxf3RtxfjI1(-(;Id|8l#YOD%S2?QRrK;vv-~H1<uF$?-E$BE`4vM#6
zmJmpNUtrP)NTKPOA;;Oq5qU{T*mMfpr!Wm!)@U#&KpEk-;E8u|2?nJE*?zmiBSnh-
zfw#5f^r-Ii@Z30Mf%DEj5m>r`Zb1v9NN)AJmK&W#90gVDk^b%xzi|((n0h7h@q8LC
z^}@W5@x-MXAv2>G6Z7zCJ{0~)jT6C$VWQw@Cu<zZWZlKDiBcExC6xthNOGf*UM1Z#
z;CDLn?o>Q$MK8NU>pNn)pF;2|1RB1j=G={JcT_Cm-BKUJUsJAM^H785fraoV6U+U9
z4o9M5cuEuaU1P<fww-Vi&FGlakflgE13QHIYu&IBoW!uTw(^cvzj5Ck!2Igg?oBv{
zE&^Aq3XcjSfLVIvANEyO&j@)985~jt3Fo^Ts;H)9Q~?Y$TNHY?<?SNOA=(ONtLwki
zT`p)ip_s%kQr!C`o<I;mpb(&$K5Nh9*S#?EnF2FWPja+&52h6Ik8UULSnnP461sKe
zx&7?45<+VzlvAkhnBa;|9N{<p=~b{Y&JIMk%*ER=Hx^P$%{u2cSSd7p`?YAq+n$GC
zU+$oi1RdLWde~H?)E;`w+68MF=aCW|2SGN+-Y}=k#jdnPBF?bFOqmpqOsZ7v9BYA2
zdGGi2)m8xdVQQHDt7*lNaHAM>iedABv0@xsFKS&h-7Rj3de^$NPrSrl+~yewAmC|x
z7Nxe?Y|PWtR-6^Q-L_rIgBHAQCt)M8D_%g`MyC39Tqk!vesTlZcD*}cROAf2GI9CE
z9`b1je4TBqqGrAYcWK`?N=o?fZcK}RwViBZHH1c}p%LG<w>6*Wq%pFQbIbl(Op$MA
zFOb<gO2kf~ETt6ZY372)`TgSa9n8Uab@)wxV0W|o?+)8Ke#{T${wzAmcqSa)YSr)+
zCD_QD=MlSQ<Ev@yz<JRXyErQYa1$5_57&PJ#$6Dptx={w!l)FlKV7Ti`_Kz^t(qX-
z(ddcti_l=vyT}w%?2_oTHY8LbB(=Yvx2a9$%*t|2c)&)iP#~Eycxi-dUMEtr{zce<
zXexBClbF~>flASoQQcjr>69W9N;fbrB^pgZp)RC^is9js6@k~7s>a)aete6-9J;*=
zM|#TTg39151&N3^b^g{TwJsQpQn<eooVRneLW|6=&w3rBArK>J7Zc|6PUdy;_e;0~
z+t!jIA3kMYM!8L-fkWqQ85tV==#O<z$mFY;wOVDb_Cm_*6)|<!w%N+Ouf&QeJ7Aen
zLQdv0l9yTyCQ^r|Z5;D0pwJe%x1f2)7!Pr^!3$6!7z0Vo)V@zwLoWa5U30j*ozXAO
z(^gK_&Vs2)XUWx&k+YTm74@1??lXDtBS@&(K$UU#^4B8a9_mqea@$@7Pf^fxnpwmY
zhyLp31Xhz2N$0;Jp3?eL^Fy}S<JdcyodymvwIkQ7^k=ekaow+Ko57qfZ44CQZa))L
z(sy1iAJl(e?eZ~v!CA0#tU`Y$N$?8H>ZYU`ArA?iP4LFvq%v&(I3)_cM2-73X;Q?b
zIf3pMEi>UfG3pO0x?@vDTV&g$6DEP5kF-+Y70`oY>R1LdFE5E|E2#Ls%S}AU@>$$l
zw2yqiarl7TZ89R3C>WYKIbDY%P9z0v^xS9hn{(P$*UA`v&UhGCp*Kh~L>9E4RN%g)
z<7A-i$Nwt&Ty&olqd|RCpd#h(+^&sAM%J5F8q_>)SMS2O%Wtow&}Wbzq6%-1m4x#q
z<q>%M%8RIh{I#b-x^YSWG2K>7zK5C9g!%QyS*!)6?W=iDF;#ESy^ooQZddW!deAmb
zwhoK9FXKd35cXy`|3`BA$1sZhHJ%T1h{9Cq#X<Z|0Z`-G&Jy*w5#;{D46QK%tWLzx
ziOmr*2)s^BCb9#q`oU+lx+#Gzj{yxShIKUj852G)4D1iGf=7vFlAS0FpY^FsQS(aI
z_7@j05y-Zdpo*2-f5dHkmu5(STb6J@wCKzaEt{1;4}Y_T`t&-#SeZ(-Shb2U5^GD!
ze#3G0pO6SGE>;*7-Wh^eIJsOFHpFF-Lc|fyyQ6C1V!%YpEK~;jd9z$0Wbm@Re^S7X
zslr<-3>o1H6)GJL$=Lo&fqH`<JuAGQx6ASoExTVE?@Psoak6z`hn|vQNVkhqMoioq
zRiTVuz4&E812TxJQz>42_$Y%Z0=JGU7ODfJy+SkkU9#O9J4`?|;(0ziyg*y%_+79K
zV-fXJ85jr1YuClkgWKPj3Yol5T*PVIv*5lh;2d9U{&TZ9S*C1#M(X=IGV3joN~A6&
zS>V@3^JCy0KwR&tJo+`WB~I?8*as!b<azg`EZMJ4+|EJ6d~`oV9R!wf`H84SFiH6{
zklKN`7!#YF=x;VYJQ4d6=JE~)bv|*gN^=w)5-laJpTuvoz#HPw+(!j0??c<KQ#}t+
zjxTjMM=LSiW0iO?6C6)vb3K?vuxlQFwp#J>oxlww(+iJl<dLg;uH3P8%`0#A$kyRN
z9>*h>@^d~R-<KGwHNC&_9>gy!UbF2O$al7;6zS~C&QrmN<RzK3$9aZd!&aKj;d^#D
z-i%zZ_HL7>ve6*k3W^)*^ic+1@n~u5B>J-<>ST*MDf~#?W+YW`@<m@%!Wfavv+&U;
zw_(I_aGpe`@?D|q$aQEfrE-zNx6n{!Qcq8w%6jF$%BGxE-I@KKS*YG~5+oy^W+TKr
z-A}C~R=;LYSAK@Gd(?QXN0Zt37iNTrbSw&(HKH?|eznQ&=J_u&WP@QFLjn0$(S}JZ
z+j+rIY`!?BKBZ=}m}W90+8&8=0?PscY(I*5S|C7)UJ_m-uo6)4QulKoMLd$5SF`-u
zP8ra#OjuN@YBAwN>a_@kYwTkf0sCZF`hL1m5yBWv8|wp)$jRcfYSEdT?Sqt;fEm<?
zC$&(TennFG$s9rI^8u2O6+xHXxXIX8wuuE_Wvzrdvv1DG@_$I_U-DblS(9V;B5f4e
zk4AanrKFWij%uuFa_tkZoVvjb1Gw4#T<tN%rtw&Ql~N=>0hi?8xwdlI{~ef~NUQ`A
zZtWuKvTQA#3h?FMM~OySVXRaVI_`G`g?XJUG92_cRe*-0^U^w0%h>6kF)urV-kvqj
zRes5c=jEp;*h3s>Js)V9?b?)lur+M#D^;NUcJR0ti1UlN;`szrEjGhwg=!44P%#LO
zWe>8K%<gDkOi!538Ac(e3x|uE&1zux2Dwf^XPL8$p3Q7}bMsp9Zy)uOtq*fZ>Ui<C
z(uEu@9I6etP9G36BsyKj=VNtjtv*Sv39np{Xye_gY2YdfN<!$MoVbUxX$O42c&=<w
zX0RL`xqploM3LP%Jh=pX4aSGhpw^4_G!=s(cj@9MAEF$X`^_x5k`*7s@{1+^ZR9Ra
zW{nEiy8Zie)7AH#b;HnOuGQkpPZ$i6J@_U;%=~B}@Pr%ZhCk$%|GDVp>#3;E^HtY>
zEP?-i`JaFs26!yGCm}1*4ZU8DuePmUCk5GP!67A0yhnR@+__@9h*vwwx=}I_u-uWM
zl`AC+#fI0B2vcCd$gB~kTkYca!eFZ1|4K`o9EkhAT?lev`A4eoUoqWxF5D{aAJIK#
zUi*j$3nf?jPMB7G6b8bprr8f1V%$RGV!T{EFr$f<Fh$ueIGLMgUBscfsDNzc2ujWp
zET31>y}GG=9;wjzaMt3|gKuEZ+nv-y*|}VS`9{dH_!|I6F$~6iSd1UJ)KM^1A6h1Q
zlsXTj1Y*z)top8q4w|AZ|C9DZ?P{I93Uc`t^29loWaPTkG+D@x0pKw7NudV^zup#y
zTsfGa@59993n-%3VKlPIeLuaLdw&f)2X8+7$KQa7Ap>B{fug6?|L7Ai&1A#IkH^8c
zm;V%d-abAiFBc!g{#}pSJj$RzwmI_X*rEuVp7B5uJWW8fQn1rZry8VFSv`(*e8b1!
zuk}C@cw}OFLJ|aT@UBn@-$ChIYLTRI%f!hcFeu5&SEm!~`Va%fp)8qit!j)ks%W&#
ziECF{`#dADO<dRuu6N?@h!J0z)U{0D4O!Q0C=ya$&mgTzq+W_%?NsGZT<P!XO1=k7
zD{!%I$_e)RQDnW5(nuCI#mOa6Cj`Q|U_LE!izzBj{DnX|Gl?<MUOC#Tc8RIU^`+I$
z#?9fPxX&$e9C4y*b(J@JUT_R_Ld={g7VtN3jy3OUzgPyYF+J(`%AQel!m5<M_2g9F
z0ami#?yC6zlcoPzj1kp}w^{p7Lo4=slBW3et~%rnUHaI;<awJJMujoFo&GTJTN_5}
z{Q@J0eqH;Ia8OuS_#atj;Up>8^WQ)Ix2<-+C+?($zB~2>!_TWg_D`_^m);Ivo4V!?
z5+9sI*6ufwzvieXOrVpHpyq9Yq^5`yKV39Q*-fb`#wdU(rTYZWb`027AvAr745_{z
z4kbCGA8|Cdyxgs~)L4I~z%$qk8x$~GsV~~c&8~B_ww7C8bHqLMi*HoV(U$k`4&-MX
zYr5LROi<dTz*S^$wy2Hou?>a_;wpcZl9;Xw!o2z5DY~N9dOv5yP0;3p-8ndEB^AHC
zAfquFDHvjV5+jEsm%~Z?0l_@!(So@NOBs7xMRSt}824y{rQepx$p4AGeMX$4FS?~U
ze|-+D=Q?YE`lk2yH2#azT3DQ4(c8a;w|_812y^K<PO8tqZ6W`j@6q1g-u(Rh%C|MK
zf1_gmuD-oq{rWfm>#o=Ti_qT9e{`L%14{#&J0i~;MfI=;j1zy*V`7I&{gLf<EB}qQ
z*~2Y2^OYUWOD-YFKqYgRyv>ilQIi-hZ5~Oav@Xs&RKJmltw&<rSJP|T#+=B%Cn1Xi
zLG7_XK+t>~PlJKp(AUEW5iMTtewWu4U*ufCq)J%R(Eja4aTue@O*9eiLCuB>BPu7T
zI5Bv8f;h-E?NddqDB84|4w~{Cs;Mg-v@;?u%dwrNEJ&a_adX<3%cB|*8MOfYWaH^9
z9q`Blnu|L#oX&Pqd=njS{CT;Yuvc33EbWOy0+`dJ8lDiGN^Dl;OA6(WiwScH@=P*Q
zim({`#`>JxA8b%Gs#3T8;HS3TSSa8op>6W|JNuE@<v)n>N727$FnrGAosSo+4*Val
z2=+%>4E{b_Du+=;9_Oz}j3QeB2XuHaQd*oJjHT7K$tS)5ksxlr*Prq8x|XkCTm2Rf
zsBILn+xrwirt(s^Qx|b<X`pjXe2-{KYl-$`d->&|fdoZv(A39ozQ^t%gz>5;TlOOK
zL%-=FJ$jWASe&GTwu*9Yql{t`T`lPixF79*`_HUX#%*4K6dfAx`LgNQf_tLO;kaO5
z)^He~yk6X{g3*H+dALef=*f2Wt;r2a=*i<C1xDI=R{=E&>@8C7IGQIA%uMuj2wtEI
zjDg;nyFfA9@qynci<9o3XCjU080tfD#FGAf_8c61KvEP+!*|;7^8i1OgvEZL2q7JU
z0j-ysg}pBcLp7^aM9Pi&|3d=9SizrNzW=9DUQy;R+~My5!V0~L+-dM-RAtRJJ};Zm
zU6eQv{0#<(tHfht{Xud#Jj|&<J-lo`*3UHiuDHd|*0YS*z>H09VUUt#!cw<^Mh8l>
zA6F~>-*|fsy<g-`x7aTlKPw3njj@pn>Ns(ZWVB}tr-gKe*v%k_^V8_I@$@(%05Xf9
zyl(@I?G2_nbmjE`p^hfp(FLf4|50R&ICI1k=QE(ASq#iGq0x2STu<Py&Pr%DQp8{4
zR$N~G!A3su2-Q<bf#Kl@xDhz8c(X8YS#247wXR4l?|`zCI{09G*UA0r{-D$$l<N9(
zl9jFdMN)vURh2PgYsQA?Kl=`|<$M3x{J_B_r2ooHnXzuTm)Fg`WjwL*Ge)+?q1f}s
znw!~gvjM+abaO1rVnhZZbb{Nx$jV?!M6QMbiYg7y2XsewQI#8xoMI_^p4TsTuUwtK
z1mUiu%e)eF>FJ+{Z7eEeVzQCL0BsxI0YF6KrsU10Sh@HKB~yT@Q|A?OdMY%NldE!|
zRU5Z|qsB&yIp&km?*MX{d2h}~!^*@^DR@nQT!cusnHV|R0a-_o%QBr<msUBPJ8IHd
zTBV8^ZdV@txQpfC<1*7k>(b_@_5Ys*pa{t!JYg0*In_xrzqjpV?F{|)ap37kKE~pQ
z2Q><-)oR~MRPFtJOW6g@z^56L|7g*BFya0;?;WSp`y{>qf<4*p{~in3LPC8m)FS&z
zX`6s>T|sX9+yoxpBRBFL`XoJ<n>0(4%DG0NeI(a?Swj*QJt@60{C+{UGecm(E~;6{
z*@?eZ;ZZtVa>&DH=98^j1x0u7lI~wW*G)D*eT?g1C5*MT;)ocvBLFlodanZEVl!V1
zq4tZ|@3nWTnOZ@NC4kIzp;bq($<Gh);<KT#hbE&f)6LaJrw9)~P<aK}lOmpNjL`6t
z?YEX85E~^GCC9?R7(vlsV$B>pBX&|VD@Bp|?d^+?A%|$hsLeoR5fa~(A~WbqZE82t
zkL$THIk(VY<X(i^g`Wven$9SUDXblRHImu^?p5csB0B=X|Ni_(WjQVM8TeuJOR(9+
zGj$AB*ii9QDuEm46FCF5evvL1z8*VAOj08Zx)VXc56AMousx;kZQ)e&I4bey)|5DS
zS6I0jB<gi^L3o0<s&psfoo{09O#9AFT2>ZrS6P)Z4i<|sM_5!eG9z(4?FoYf+nwH@
zYMRfCqFHgs$jSCHQJ45Apfk>40IVW0?#OvW;o|3qnL#3oR@YXM##Qr_gkuR-yKp#$
zpo<o1Q`Z8A$c4#o1H4--JVLF!Rhvs=0xPM!%CiaIV&wJ&KKn=@Qt@K~E(Um>jZfE~
zCK9r5+U?oRtOdpg_)Zo&OBu<~&9W9%xGZut-t;`<29ncc+`X7FecdK9KNzF#A5W!!
zF!IuF3cPIn0uX+CS`h0EA{Pt(2P1Cuf6p=yg@Ns@+3o`Smd0^mxfagS#I+z2;_nG^
z^@*LB44|2fqyhk3Q!j%_hE9Tb(kR@Blt@EbW2vOqc3F{$oaAMjg5R4ci^6LY6DtJ)
zEFzcYpU_o2VvE~^i_*ZQk|BJK^7hvL+C!a}7Io`fP+Q_tL>yFiQKHf+JlXR5pH199
zhEOgAd$k$t!{t;&0YxGz1gTE@NIv_eq0u`oV`b9WG<Jv@63-wG7BkeX$WqprADI+h
zTql+r)b*Y>-U<=9_zSwJm@&PHl#Ps|%CIw4q2C!5M=%7l2~c6lGaY|pz+-6h8mQ1(
zth+qi$Wt4It`>2cdHAB({ug4_;VO`LbxYMbW%5{Z6g38&Og4rQ1CIpuV6-n-OzF`S
z2;+SzFn%xzy4SnBu7|~tBzxD<|4}4ha6s9KR=BbEA>|27Sn{<VaTEkLhXqB$=(qF+
zB5TJ3v7xHAki)A9<8nsgQ9oHVr=N}42#tDqM#c?Y@yI`Q^fw5rKR&oxgTPca?q&Q5
zoPPyUalOoU%To$!NY0|asxka!d#njq6<HTqH(EE+b;%P{=P&Si|I2;vsLy6*5z}$_
zZ_}0|noa<on)+tZA;!VO@5|>^)Z3=FdfXEumEP4{L67b73D|^vH?PZ1)O?PQ-s9wZ
zoP|uF;i`i6>J)LGpN#<e5Ar5FuL!|b74dG$K2zq!T>ar(!7yS!m9UW1%m%f4P_(#B
z{MqG$Na~*c5iR>(svZ)!L&H29-O6=r;w7LBVvy{MNc_D~a|$~9c_!#w$Al(LCgHA^
zGI(=YY}-5_?FH-aj_57rPlSU6w)G$Pu*dn(JNVq2TS@x_1LdH=wjGdQP89hb#)-YG
zhy~>ZJi~A<FwRETz<+GUGg+}7{l=mt60$RaYYNji3X;Mg?4*BQ*qc&3I;TIDTEA0x
zB?xqmn4OuJ7FuCzEc^D_I-G2&+|$-Alowv%Ts8U4=Qc$E-+#B73<NR0df3&-%)Psg
zsPj-v_g>|gAQ>+l0BDr`BiQL(5Gupa=>1_zL>rKvHH;__y2%A%)SM^$KrPwc#BBSd
zL4?E&%mR&`5#!^Im-HM!`7@xF99I}t*L6iexFs|UsZ5*=2$P|$B)>I$3YCA@_8%Z!
zJ-YqjI)A8?zN*0X!_=47q`=lHO~LPvi>^z1gQ<T9G`$DEno*?*Z97Ot6T6TJ=21_A
z;$9RxTUtC(o!#&fp%tuNsuKnkI|Jo$IG(qZDI>6`^4tGNdt<n&eX#um%$0%vA^0}G
zh-U2?5Bx{mf^C>kt&Z5_AGk^4?>oSREyoylc|CCnhA~ghirePx#r`JE3!X@`w2yh<
zG$tN}2o>7M;`RzsbYx=a!6`sDJC>1b=erh(IL6AdSk^8ZtasY3T)mAj`q^r7wQx&S
z5-}J+?-v{ktaS;!XzX1XPo?OwozCPn7cJ9&c=PTD+hNRO&tOyzpQt%vP*W1ZBcW!f
zJNgAx5TW56BLb|z4|&T964QYB9A+zkRD(%PB80aOo7*cI13qkhXnY&7G7E|R3?(DS
z#%xn3?9jg;tDYq|CHUsuCVKMfbo?u`{4d0`erbB{5LL{seUA0y(a)LRa6$6V8i=GW
ztGv>Re0Dq7e&Pn!sL_Yfwma$lXUG7<2q}7i&>yD*6I-Rq2uqZighBL2W&Yi}|JaU$
z_XdOa4ucO4LPA2YZ4wTm_qD41H?TDvRnJfVF=B8TR0;&#4q@hU_c5ce$m3pyz>K9|
z=3NNJ#*6y{`W#z1^_qXYM4t(yr>Y!Yx^<6p$*04TtwSLoGaEyCRmcAT@;AB6-hr7|
zZ*g(FMqmk!0h1uImxdDjMb=%#*_<UMwi@F}pAok~Q*mV*sX^uwd-KOxVbkGN1O|@C
zh~Q6Ye0nV&>pOgLv4|7ej+CKt&UU}m%bmv!Ldz0^bMOCB@BE=9`gfZ>oJ&oG73^xr
zQzp_71&B^bAId2%(QRJB?i5!O|7$XWnOU11$4X;y9?1gnW0Pe9yuYV*O)zTZc%@!f
zd;nfix_)b;6iRqNU7nt8?tCffr$yw#6ev$nmWA|URburAned|-@gD7HN>Uy%OX?}+
zvOCN8E*=#Jzp^fT-+37nYag@&;LG@)mCq#D@8u!nzRlJ<a8=2LamD+kX^Y>Y0a`Lh
zk)mS}%Uo$AQ?zXNO|&Clw#oI$**=#n(sHaO-J)=6maM3_d!KRruGXX#!}BWRhv%)8
z+o!-=Iqv%BUCr+V|0^67qqIp@cou@-t@`YNoK&xETG8!BU2N`@yUexR<}-R`-}|{N
z@t}%O+6Ii9!E`E;I_zK9nz+bh6`8pDKL1cn8%Enx^4QwIBzjuFDI<i}GPO8C3lpE9
z54id0?5HuO#y5rU^pmEX2vgjN3_Ay2MU@=6e&*7)i{3ro=%H=5!_jH+xP008a7tqZ
zUH+f&cvz#NqfEf>#0j$Tpm^5)Dd(V9v`|tyIsg^l9hY`p67lcDg=DrH7FfV8N#Up0
zCVOtP@OF@{svViW08ovD+@#IM*11Xbde-TZf7-NSah^H&W0Qz`sGvSbxv-}xgIEy$
zl~K*^2~`_xwmZg+TT-;QjM`x(UHBC!b_E*BM395D@E<*^7PJe;z-{}(ym#XVPaqfr
zp<|i@xqD({Uft)8<PV5&Vis%qvI*5)LQkHkY?7fYEWuk=4Y@5|XHxvfm<Z|lz_vZ3
z&Y%;cL-TT6Vf+^NEaG&J6}#D%{_Q?DD^Xl{Sl}#a>8<n!>rVF)$_eT+D*<lBT?FH|
zpD*DNNtBxgK6{1Bm26c&2ksAuEpT(L5q-@Gg<$c{pFTbB<FNxEqQvb6KhENm3SKvh
zr*Ld2Ry1e~5C5T%ocJklHse3B?@(1|Oni{gR@kd&ZqPm3%@bKb_4nzh0W*#57`F?W
zD19v1yn3yO?yeN)_q(c?F$1GrOc0gMcPgs%2KUjA3wK7tGYo_TH*46eW6{cdGxA16
zoCrfqCWQ+%0|SnTSM1a{5^Hc#FAeD%a+sn)9=zVRCwyuG3mjQhnMcV8nM?EfROO1+
zmXwsYY?VV^oYL{%KkWX7+B|a4=!XxY#tMEO6uwA!kWXnL@TXC|-gco?igXKz==`2*
zw=67T5Ie~_<S@$u;?%X1eYX6TcbstO&H~_TFT&KJ*|{1z_fs*ji913ZN>-M!;>Zff
z7keB&z=;vSrxczA`7OP2MM({~4#(IjhOfydHfIu2gxca;VB6Aa;6+vB@zA$7|I7%*
zNs-Xv2DJeNn28KsEj;2N+xM|sgmjTAJnhlSE0yMZN4Ln>zIVbj-##V<EkdY&fC2&t
zksCgc$~Zo>ct`;gY0kRkXrjDu0QKeK<A!=NwRl|Sx~WWD{@d+|T))(1V&C7LW_)aG
zm^&EaLX$6y<gi8s-^lFo<%cKxVWt0^Q(ZnWk`eNfuaGBW40mBH%gSH-q?>+@G~q79
zkNHNde5_;aiGIz6o=3aPYdqd{{#X#47)XHGW=jGNJKepC^dwt9azM9IRxD5m?ixXk
z0r&zs$`yt4VFeLa*=u1bnT!jcH9e0RtCQH>EG$gVhE5jB8mbhkv5BVV5+ew!to;mq
z3Ml2`7z)rqQd*=qmZ)v_DXtB;V=}!zJ_WhEOjw+<t@+KDf03q1$R->9$@Y<ayu)TR
z(~=M_ESa*~L+fOBf*=MD%`#72#vNHoN49~pHdZ`SAw!)~w6E5gg&<yEZ~c%PMAcwQ
zhYX;;8T^#bEJ0&;xx2U&%>&Id6HA=}SI+~(oQ`i7&do`^h1sVxTZUxN0*ryj?%!5d
zO-Kl%8!xP@$*z3bD%n{Z@d+U$-;`!v^xHPgIO;>^fiLKmXbL;0-^ZKDj1IS8$w`bT
zalOzeJjDQ#MOYE;?R^m_3f>->RaRkCy)i{xD18(*iL~~}czoQVFFq5MCPlYqd}a*X
zO;Mn_Ag@_PZO~2qCgyh&{_R}?IXDKYLz7HC+;QNK0*KB`WLD~><!InofH0eJ+Q)uY
z&?`+W@J0$vY`{B829|Iu++Yb=vC4E>g{tgJVMw$!kd9h@CzsN&L}V78Q?TXD1A?Jp
zmhFotwIv3`_9d#;%9#+icWW%zn<&1Q5L4Ovo_Tu_f4W#|jRrl&3~F@;M56_w#m#r7
z7jeef4s)24C0<$FJpZT|w^k?r<ehobxKH%5xFuT{Bj2*Qy_$DFWD{Q!JxSKd^oFdG
z-x4bkUxt<7Fexy4KJu1Zc@KQmp8zXBPb4b4q2zl4Now);s_J>@63p)-GH=<cM2tH}
z-UYkLH3@wBi}K!I%G<~74r2e^nm{%g4X%+;CuQU_TG*O;^PV>DOama3tIS!vq+wDI
zm;vfRAu6S;%iygDjmH^f#yDN}Ddm=T?X)jbMWSz*!=#(T1J0d_!d2f9P1+{yuR_p$
zZBaEkdiJw~T<ak@TdP<!0rX$wEG-3BdD-Dx4^7Zq4?{^RtZv@5N=75|UN>mtgDl-l
zE_kVg`=bGtQ_19qu-kndty>)|5A-zjoR=N!%tTb|L0n}DSC_rpIh$>MIMx`Ea%uUn
zs|nQx*0PkM<I!c*6!5c1XswFqqq^>mEByIm5rg<PpSaTdx>V$&HIbRLF|IqVU#s3N
z%H;Jf^0C^046jgas7}IFn0no<F;RmbLet3Jnb?$^3M!x>V_K)n)M6CMB_^;|$sF7F
zjKcs~jTCJc(4(p$5+b0dr~7?VA9863=W;$b@675tE=P@*?vsb=;((?iAL_8TWs2H=
zfbFF^WqH2=ZU#`zw<e=oNh3F1DBKsU>H&@b(hA?Hr2n1Mb;9+Eo!<|AF-(s>1gz$Z
zE9*dg@#^0Ul!?em8N&YLj|%hkd%OltTU4&`NesM?6gCUJ=i~{YBs%vx#mom5F$Az<
zY91&Hdso_i*Nwvai4MYGUe(i)<@}X8R6<QNqi|xBg(s)pPBK4|%N4JKCG^uC8&!?8
zBJq`X!>IU73de#{=bR-J=esz7E&itBEQ`AoIs0}bKeWQj(M*8!(B;U&Kqi2vKym&H
z1jV|MQ}a_$YLlu8GQ_$3!{TsV5+l3~j|QIvs+f5DEPu^y07Cx7&T{poP0FO}OY?e+
zs6SgUx}u>WtS(7~sd{ys_~&J2?+J<c0m?0rV~pIw0x6@mHCk`*i`UW3(^_-7kE%)4
zOp3w|Ps7!lQqXdIh@JK$P!$c9o5(3ND!}*?GQ6hzr4(;;vWEe2dRik}gP%4?3K=2@
zojQnB)00_>Lu>tvuLE4&ih859y2Iz@l8S4>iNqK_t)szL_;8hwASTom5U*%3kdYdH
zsTlf<9(<nXbEmL=RxBp`j#EaUwj#o6gSd*udkRP+QY=8{?20I5hzQ103z64BG+^Ut
z-FYUAy&37y=p^uNnxdOGV&NU3n>Vp-2J=P}OcgR6x~{cOZ0=oa)Pti<)cOT$5Lc@%
zmvv+|a?JhI^F;+1BXi;ua+D?1Vfke&rfQ*n6CLZo<0ImA8G*cZqP8cJHkJcax^eHL
zwU^e(N=ByZiLcgJ&7Q)n0y|ADHB!e3?~k-jiMqMLaBMEYo)!rkb8)>)YfKD~GS3GG
zqA!!EX!W0LGIii*YwyItNSJywPmD&nEtuK1*Ar5`(f05a72~E2NqGxOE|j?NPn~N#
zKe1Shbyzynf6~17OXAf7Y27EH&T=p>iLZ+uJxC?cVX4D<=RgaX^*LgKYw;h!wRI;n
zz|xdbEQnX#a?;nddoi~?o8$m-xmSCiihY)eZr2EE(AdSs^U78Yd`qhe6%$k`xMqGq
zH_@sgMB^vHa5%u2$-pWFYdbV`;%H^y&B{V(h}1stXTZ-7QMP0`dPfz9QhhE-sUh)S
zxtgVHBSBL?bokg;f>G%<*1<oPhpe)dUtpyD@lallE)}xbF2Zb1kOH%>C~_(%o!1R`
zzx1<n1r8|#=YL2ka7tQ!0rU>XBo{_h%WDcS8PSNsWhi>zslmo~VmN8twY0!F@0nO5
zsBzBKIDf~KHRat{%>?R5Liwe^205JKkzBgfYG@hl{;Z2%!MN&rk6QdSy~06uHqc^q
zVSfoYLl37`E<+-9{xS}3>gjkdnj;W{t3EW<425szgAI<xI%Q)jzW{Coj6`-_ihuGc
zg+r^`Gp0i&e@@6`*LgEOWR2Ngt159tdy*Jc)%>~EGNZKDEeoGWQ8mjuQ*36L7{$rR
zx=bmD1OOMTl(z|HRi^K8%0=0Bx2zZ?PK}GlX<G$)K<c*Z@g)yR6On-L%z%qTRF}o5
zqV=^9^ZszWaX~`d1~#(LaC-s~f*A}jla>{rZuvon86eT`bJn0XAAlB>G$Hb`2_I&I
z`!R54VF$Ara?7@nJ>{7<Ucr;?Cdz81+?WELM)NW!8aIkyJ|nlHvv+jC)`2hEa?WV9
zJWE@$-?c$hD9)}QQzMPRpkHg5SmTK{Gmf9(DR)pvG^*;OOW_KRj!Q<QjJ8C2p^P0E
zizP?Oy~zK`x`<HigLwvRELOJ4mk-0))}QpnCGu>xC+ko5LN5RQJ6*H@W;V<c4z^9Q
znt1gca@T$0K|OE7V`cX4Y8%P%kd8JrEi1~JvUm<qJj6!2G(}AUuU(^-q)g*cpzv@n
zedhj<bS%Q;17KsYOpQZrtdeK`v_hPpG&z<j$oF8(>`PA?G7Tx2#q|D`dT5b=w44kx
zl{jOG&v%S>1Ao*c0a;pz`kn2_xSA4D@hRg*LBw0K&Ku~MWW2n*y9H?3><J0)dmHQo
zK#G=rPW|3>M6~=@`Qd1@WK<__laZ{Z@6(1XV!E7)PIEPmGM+g!CVqr?8Ml?6vf;PR
z;+#@-{`-AEpoEu5r-(`B^uE*6m{3atgRHSMPiL_Z2cTZhd)c+eSuiDH^?gs?86POT
zakIFAH-y<tssP<})tw2<vtsr5?mIS%r%``yQt=Z+BOobbiakHH*b<#tF}c5`m7NJj
zkZv2J6bC8ROGGk3rk=`vGf;6bB7J&~9^fHTAywT$&%7%kb?Ul{2#x7atC>)%MFv-n
z2g4lrTGnLZrEP~iNdb$0R)x3alDu=Q#d6#*>$M{F=K7E`BuhZ)zmJ0sCvqNnmbXp-
zObGRuR}Y{6S-xm*B|!veq-H`GqD)wS%;TBq$_dw+lJ_d_IS7mosD>To<IO&7?cK(p
zJwR`LWV$WuVh=hb)YN(j#IvG96p&n}RF`RHoTlWQ-?$>8tQBWO>_a1TBH&2x_-9|E
zY6xXiYq65TWC}<6+f13sWi|7**Z`K$rx<j85p745rrZK2T@bBJwvE(BbHyU6JU4aF
zN$2Vlh9%y}3zOML2%FDny@FkW@?&#cZ7EzBamjliV!`QjSSlDBuQ-5BqaJ4IQwS!L
zKtwwM`uqISJ*Fs)29x%(`IFjH;Rw9Cg8F(%2iP=wUBI+RW3_!y-~7iPwX#3L!xxl=
z?>_yVYu18zMLfwDYiauoD-=Rnf<+nvR^tF(l8_(K`c!<O5^!`3@QVumE-vx+=)W?u
zqR|VKg>!?tkS-h-W-A*8_TL=c&F%$FzJQW0GIe|`$})7{H0AzDl8fJN=U;w$nGxwO
zFYn;x@+1k^;%ZUEQD&tf{l$FM=+rK%<U>DsFnM%8=wCE=L07b*OL%aA1|2HGgSRok
zme6V|h0O@hsp&R)9>25bj@&@M8qve^@VY9%X}_qr#q9}jA09-<{`N-#>3TVT0)9Oy
zgSXTm5xWFqgvbizA`x3FOPh*O5^flcC=$Ccu2fe{!~Z}HkUDJ1qP%&Ixe2s&m5pv0
zKdw?)LW>_#h~}(&KS34eVy)jWT?78PknGPSiOAbto`znrB;<*zv9QTk6?=tNnJz&{
z<7sy$YC-LA$(31&cv{8&sqc(B_kFdx&&Pj%lIA^F60fhvV1ZH?+3zi<&y;7T`j?Vr
zraN-5Zu>7q$SIM2C8Um+F{7?#y4Jnfy~|y-_|HRM$$nIlOR(9%o7f!u1#&}8?>w+{
zeGD%)Mo`mc1SRNC1~cV^I8Fh)<0_DvLn;A38ks0`xZ)+63BC)XU4i-66J@~6muwDU
zT_#@Bg$9sD=x{Az6pYab^QcH!ZP{ifhdjx8;Yi6t01WY)q#*VQWue)KSd0{H(jkCm
za4AicF&4lwiff{BSs@-_n#1s|dHxqc-<Ss>I*qUrl##CLoN3Gwi<j62SMal72e#mh
zExmQuI|VrV%rdTU52QGIO*m#WPG+t9j&%kvpBrgIo|~jM9)v$%noTk@&!l)+F(3#R
z<kQJ#QhKP9J*QY`sNs-uTTjDsu8ImNQ1MU8U&E#WIL1Iwh9|x^eSCF^zik0KYjor4
z#@~4!P!hPNv%(gmEmkDbRSQx3Xlu5Ox`NZLRrU{0sD3__;}eI@KX1LHenTOIGAAXe
zPaNxK8Vth!J$WiL&G))^YWvdAbN_h!Fy+PXEC~DG$)X?~@N3XiDxx(sUbdRAnkxPm
zOa7%|$2h8>#}IG$>$Z(%D@&22Hkux&UIe!li`ukq{ES&>i)u~ju4Dg733or;qY}nQ
z94!YLSA;IYwNkDI8iX)DGoQ?H_9Fy|g*s|G5WO%AI?KLvZqgY8+V+|Xdc2G)G2jx;
zeeX^0A6At{CqlS1i5zW?Ahj<dM@6e`;Ttp^wpr@lX~qOFs<SsFu`THy8-_JP-^s&X
zdRZ(Z5&}ql+>0|(Yh&^(QDSJ~)EajQO$RL97^=a1qAyd%)M0KN)F%3L7Fa5Fh$BW%
z{^t^Th}n5Zy|SUC7a~-~Z3T7)OJnSDpfQglKh0-+N}-)YkG0Nf;grX<0&5kYsvt!l
zMp@Sr%x7@<&f^C4V^gZ5X$?tG_T7>N@jREbi+dw3@kReoi8x*&i~RhxReT{?VUrZ&
zUx&O*0HL>4?I0pJmYQnCqxYhnu#x&qTrp!fDUtf<{>?u4?9KP*;F%=8*A0lxO@&4s
zTRiEZ6uy?T^g}<kB|X}xT%NsF|Db-OL?sh{yz*Moh28GUums{erNEaW5diz(m7E^b
zW+5S~wMLI#XD@SyE1XO4%|WV#t1xQf3BD)MB=e*#hsH|qG)o0{M-z=9IZhCMd(s?@
zhqoB$Py!gwH+g)qO5>W|#Aa4!f|cCDWfl>6!!5(ae;=9!Oh;c;b$B1i*&JYd)TPsV
zcaG3uNyFkuU5Qy55q_hZN*O2#1gHXN6a-Sm#{)eTG$0K%Oox1^Ve7kpkK>|%<dc6U
zM0x?nujsN~8hUuU<(ELfF7`<k31Z^qnH15i|Jj!MQ50oG&d9j6z?dVA%eD^2lK{e#
z#6n&?x++trB`>0ylsLW|70@fmHhoB-3q8RsTl6ZUk}-hDofu5D7~dhov5!A_Fan?~
z_rX{@#Dhk@E!mlyJ>;1=1-OpuElLej^9l2`2ByYPMLT@MvBLH$=h&ZZ7MB`E1A(IE
zbqb+{CAb~#MU)pKOLh~6>dcS!LFUk51d4BeR?l66FL*MncyJk=2H@k>;@}zKc{?J&
zsW{&Exd1r|B&1VyXj+AMJi%(B05N3Sk{uqBO2e9Le_pPpW<<07`9(&fCfR#+c?}+A
zQZ6wC#8pH^%Bn12AK3b00M%&~(a&0YJDm))`yyr45s})46>X2(h(l8jTQ{fZW!O<3
zLk+7d+lCucT1rzjicb=gwvOz#s7VcP&BPp%t?JgZo*9ofsETsE{NXn|3>`xV`AZv`
z{c`v{@+_K5rqZ=);j&PYcLiP6NQ#CHEs5`IRjs2#g*G;BK@AW1PJv2cwve!suxR+B
zjfu$VR7MZrrUgMPF~j#WutNr}4OKQ*h(8RY-1AIEygtfiO>N0W0Z!kF(`@1I%rSD2
z4y^r@JfeGO`UMt&Q_l*yAdOIq`hS=OsRGq!_bRE;W*3R1)onmgT1#k+@K)NncdI`5
zVByG{A%-G=>u7%So#i=ln>%CDvVo<EH~>KMPF@PCCC#a&m^%@!5iNlUl<F|!?v0}D
zL(2J#g~W!2322wH2kZfWdTQ}qeA2Spgu?8FIED6}=m+owRMdQed#<3uh77%_^k_d)
zwP<==UffauSNOCbuVcCHw=j<FM{I%6(0Rq$>#Z;5H72lt()G%q4<EP^J8vG5<vEST
zRfDU$!bKJ3Tu{SZMbz*$|9<Lx_1hI2#JBrsIOI*2C@P*yw^v<F4|$T(m_C10L;wMM
zp2sOc4}k=lxLR{7ape8UfiC{=axtw~VWE)8b|nv-0&A8f@?;0$zsW6>z?90GLf)Gg
zc!kvxI%8;U;fc=m*-OvK_1#B%LS2<?6MBqV(9|~kR>ow$eY;4EYo%Jc7+G294?{Mq
zzE>xL<9fqG(uon^J7|p@6ixt%G4eBV<<Mj?7%(k}KEfErRI?Z_XwY^x<>JD2hoX1*
zId<^bhXKy;F<~KF-LovQjKo}8Z5bL%RS*^NM@vFdG<{Y8AFY0g;by{dU2hI8(z(*-
z31iL+KmxY_7*w*rmur>T6NS$XOBT23Q4NF#*x$c&^U$*pb)pbVR?vPjc(B7M93SCW
z$nH9aTjGS34$^|Mh|kyQu)JX=qQ$~@DxWG8s!ydxCvxBKpk_nS<e;ZHzqo~RyY7Ec
zx{LnuKFhc1=s@)!VCde*$Z5_>H;4~mjs8(Xfn)*wuc`m7^s!_!n3@4xRl#lS(3Yp<
zD`UUPXmKooAdt|-<M3VbiWF?MqZt;oa#2ohha~2$u*x$|Ll4&f<yfqV5te^L#?B02
zMABNn>K%=a<=rEooFLib6Z_*b|LoH_=9d8TAA#MnizjkJiV@ff7}+iK+apARaCiuf
z5TMTGoNBNGbXbv}{O{&B1mCIVzQwK5I4kS2*l68}!l;fY3A*VNf$Xal+gf#0m<xPY
zA`9KT>c>B8<|6!oRJQCoPaxy-RZ?7LiBpzQL5nV(OJ<ON$S=QDl2=4oL*w}l-m{0W
z5vwBF<H6esg=1Y8?p8`Crz6I!Nty8+#|Do;GRYNg1c6)!z9X+VhsRR}`sX`d&amDD
z1kF7fr{U{tHHDy8>Br!>1nPko7YZcTIU})J?$nhl6jz-LxGgtizD2Hc)AJ5)SNlm@
zM9n4PdzIZo#-v%Bm1Hbsw{%iasoq@D?y;$!@|X4|B4rrwpQUrX97k_4ICqUbROgCE
zSd(P!$In;+Nj5ViKqAn`lE-LAXyMxe&Z!72?SV@^$P)@v&?<rV2sN*f5z(xJC=`~o
zm!L6Mq27jvD_(w-6@4IMgs%jHvJ;Vq2+6=^yv}qDqScFY;WC$M1;tYU#`o16CrD^|
zv0;Sp=qPQW2<{w6$gZv%roY7~oCKr}T0;4F%_AG6WQI5G<Es{LJRRTyF{C}y<r&Wx
zlj?NGf1j~o@e4GCE^%smtF4z3V~$cY3*_Uu_nD>6lJ3JIW+)b1iTOHYRO}ZL-tjx!
z_?}YoCNhzip(*sBuZo5hH<Pl1nET^zFZYCFwB_^YF~dd=Cw|zlA`PJ+1PLvL9{*|<
zFNzB79tqPf(M`5^D?{f|N8qmZGx^@f#&Z8kudno>OZ}uBX_adI2VHB#N1yb#ctDJ!
zq5?S9F)1Z+yahPSfPIX{6fb<x@Mn?n%KNe5WZ0ea)ap{o5l7~ZXS8y>)8O^O@I<yr
z?J3#EQDqo-4iQD%m-gw$05FW(BZg@-z=0H6V-`E`(6l2)hn-HgWLL)-b7@$ExYBcZ
zog`LR5X<5uSSyLvpnL*}iMHJ51dyP=fyo-b`5Z4;vi`5O^9*XL>-PAeBSk||KtVvH
zNk<_R>CFd0s)7_jy3&gjAtv<DK@<d}i=rS%4+tbw6@dU!6+wXzIwBY#A;~>>=bd@p
zFZbKcOfr)_=j^lg-fQi1W}o%nzljM24_j;KVaq`A=ew?qwP_b~XorQdGbj0Yq_3`z
zR2ZUqZ-4mpSY7yn%bXa)pa{p1iwezY&a)Q72w4eK@0ScN!AJnZI!83C4*6irMt9fO
zz_*O-tUr=n;dhl8v%V}F-}w^YH2Ao2Huj_KnOemQ>YtxH@-e7h6)kV3^7D61d#-vp
z4crIPM_)whC-uKTk|SpP_dcCHeDdAJ?&H@hN{D+#;(+W})<ih@+j8QW&6Vim#ScFe
zZ0@6AFY1TS0h4tXoAo%KWf*$LNp5dcHc)6W68_r>a3D_>Gsb0?r9##_J!0}R69$}r
zyBP<)UwE8niHNyWM7#Md@?n!4;}>u#vz5U1aWCz?@kL;MdULbu?1OZTl34986DrUO
zu1*V~@rx1VtOJVbENO15EI<f!B#<7^*u+;>10|XfMd)PFVOMFFyx4O}#<48XO4s$G
zubHw)RAbsnf3_W0^c=xE;5_wH;JVo2*fY!2pMhd;GeRqJ>7-ho$SGRtNtTxuT0rPl
zgHD%uSNMMAlbMVC#vm=_Y<lKC&Go%pzNoHS^_e*#j&vgOv{D~WzWdEU*j_NbUkTiL
zYbMDkL=3U_hTdlIkaGKeHN86Xw3{i*gO@ilpNcGSGRcDv2SVT^iw3My8P1%myK;!E
zD8oqKl3r>jr7<w%sxa+1QJ18E8e&C(-F@qBccd`A;=(0fNyjw#4z9jdp#sU6v`zNR
z?hWZ=2-3rpqkJ9}S&Y3wb-7%SpL9M=<SVZM61A;cj%Kri^W8RhDgcx<V8%5D@0z?G
zKH(Y9{V{!oQFq1TQ+koX-^Ekq=~Wk>YCjrtgEuxz7W-T9C0#)rXQE6eb-NSzaY+5G
zq}dInm+l2$Bj-hrd(rEapbn!$hejKTe9P>ke!fUuk?3d*31!o?19e@tpDT_dZG=+p
z0+HvhEojG<UN6TBx^{AEP*-iezSWcx-qF(Dj?VViMs5Jk8t%yC`h>00>eB1Q-E@4{
z@9+KS3mDScR}E5z$>ZdoV?G50Zm-X`jU=}AmZk|FB~p)K&7y|iXPo^#6QDzTbIARg
z%nxn0t+6T~{=RGqZECOf?dVw379rL~ZJ7yGK*}TGvPt6W{L<4rs+cdO6&2cbbTvsz
z3eWULcPsgW=Y)xF(g}VMO;pJzA(pfZ^`X2qTn`pSP6>}EN$Bg$@a3F{|2tgTt`}se
zsx(}Ts3gegXZu@D<^f5&=Ru-YE>LrXZ?Q}WFxQVBYP_7TK+ounIrGU<1i3)bLgBke
zb)|7H#nc+zEuV}fFeHqKJ<jR)JTe#ZeIQacD9b$ULipYDbTKE}t|YY8*(6m9i|jRC
z_ZVP#?#5fn6*sO?5-zU%y?jffqQfOA<tq5*74g&KL|{YQP$7oiqySA?j@Lwq%DxTX
zz*78y-1!~W8zeU&(Y7Q-H^o%rIe<^6tn9XQzDXlQZ!jI3x-w#yL};}NyFG1jjVVrt
zChKJKMi;w~0Jk@M><#Rq+r-yI-3qorlh?PL!EH3$n)K>sC80$(E40n@5cN4=d^>}W
z2N)OB@=50)88#1Wit*`{<?ZvR5u=t~(X(bpPQ`6UJX=1<ipKV`DGs`^lK!97B4=HR
zQ3{`h#vDe&F8H$E`oNdpH^*rF0x$RKx3a(Cw78ufp9+(ET9?VaY;4Q|_k>Y-!h7X=
zk|sp&06oZa`pkMd8r6s@OPY1Ao(EwQiCP4QLK2-|TMN=XC;Vj>Uwq>Yh1jNt&$}Xa
ze@w~kWyu8o^MR|l?Hp$J5rs!mib<G*yFf_gAoXJHFHyCVn3dr3oCMqMO`D6LCV|Ii
zXnOEnF$!7J1O=v%m5_GKxwi_zFGMnruxb@IZ8{Hn@`eS%yj*M8g+8;?Gm3Nl&}P<P
zXCANsDqnp)0GH-(fE_YY#$2Kh`-pDF<dgt<<U?aG=lNHfyC;BL^3gXSd+ZvszR^4L
z8A+`~UImrrdu=b_pH>MouyJL^Yp3CtxL&O2!$mQVhn_}<eEGJL#4E}ivMUNPb%Uh2
zPHKzO$cO~c&(iTB!|8#LDfQ2g5pkNXfV?N*SlCLx8I9%cF`L^u>nE&|w6Zrs4J$o$
zKS`AEA-nhxYDPIsEM;hDd)M$%3l<>P-n~>}t<Cz5(P+P+;7{ivPH*}(gDr<tkihUh
zr{x%pS|g2_ns%a437zWWmt9%5%`!$ojTWb^g>5=FE}xvjoaL@$4BuW-VKq00YU`+8
z3eq<j6`_+4*qsj8taVtCyPM<*0hd*56~Ywr)HL=gSYcPMOYi6{?!k{-0VB!`m7Z_b
zw6?-sQ^{wWKc<7P!(M6e2W8UxLPsmay(*wGIAkVtKw>Kjo9oTZ&h&1At-LkAZ(vJt
zR7;8uMFZRl9-#xw^g>PidLFV|kjT|TKIB})Rhm7=H$;ZJD2&VPu(^cqY(oA}ue;|9
zQWoMh%S3YycIrsE)N_bJ>K0sqL-LF9cAAGFPwpk>TUT4ORfhA3*3YobXYb<cq2MNx
zPrFHh*};4DI!iVUdeC;KR8NJJ&z=rCu0vyD=H)+H=&ZLDFR}Ou<+dU`h>=JH0<z1M
zNefY9mx~A{6VPzk8#|m>H84U|gySj$@&#M>bp;1FuU~DLCROdz*ir|nYm%lfss!$6
zhSVA)1v#&N9pF}@a><D*r<7vM6(QDkKOsZL$jl7md(FBfPub3Cu&Hn(ypa}q-9#J2
z4@NaorKCg%4^9zdeL2Gw#s5bE;H~Z5JB6pV%Le*^T0A=L(<6sjSjUwfTbHDU)FC{a
z2}4vu<BGxx%rl;`c5(2st*zwePQH^FD}8JK+RTggtdhR4q~`Dmdx|cdUCAfUr~*y7
z<Y&?nnz0aX=92fa!SS@}!yK*aMwYU4+(h~%=C#H8haBts3dP;O+VRWPvO61Kicl;^
zPs%)f-kJy%8?TuuniJk!cZl6?j-N=|-XbE?Y5c23(C=DBn$^-ze(%}P$yUYcUiUXX
zK`Nn{8)28+qxb5)Ho0|oKDJ=)MSoQS1G3H(Cm8)o*xN|o`=87Fi+eDn_T+R_Soo;#
zpI#08zR&q16mL{q%KbfOee%|;^)SkUu3#VM_2-|TbspG%;h{DSImSG;`}p|2WdK7B
zf@AH?4W4wO{L6(gD}S{%MjOmohgfxClcz5wec^9!u41MWr02d~@x1yPF)BM8IbUs&
zPNR--&y*6%)qxhh5uk7^Nen2M%NO>p#bb~`e4#acQERQL*&i|l;h*j2f`*i)_|-!<
z($%*P7I@%K5I>Ckk6N*?Es)xcUIQ7FAbRcnR@-_Pli)@%3?$x(ecP#!gRS1%I&=Xa
zDRaT0V&(giJFf)8L0{87i4NwJX&$;=M{9HUfy7`$;>l=*XPFAENp$ZPmzg#oMi?cp
zQyKF3?+p+U_9N>O!pO4F9Y%hJni7W_4u-A#D7O0v$pYpjTuTv{vpAM<c8SV{RJnel
zXl0}XmX2XJTP0{SIDl3QOsYl`nraz-745g<=>!ijSt3TqsJ&yghG*T*|EWhKY`nI5
z)p<DNPx&cG`Pt#vzHqu$C8Y;7t=nwfdtJJ&7u*%4pGr9OMNTI!cI1`z-s;GjsS&AJ
zv5}>C^OJWR+lLO+9mAE=A7_EF1lI0;7CPi>f^tK^8EfQ>xQUTfQW|0@o3@0TxyuR@
zS5IrECrD>D0a6zEpEp7~R!!x?yI3{%N>4p?(O^0tw4ljZM&}RrK*+ZV^brnJgT1lo
zSX&gNhHH{0TRI<jdg6NoDe?%?*8A<{0)NfGh2CSruV(}=%z>gsP4tXpDf;K?PBc7X
zdEkFXBSp3!{u|BptGhH}qQ&R*sz|CZ=c>Ms$BEJ>2`O>5hY-X!0Z9JY9$l+qVoKg`
zi+SU|_oT0em*vYHP8M;}ykjEM#7TG~ek?xgv`3TQW4n^_@e!aIp!n+jPXD=J+%b6+
zgo*}+g@u8|tNu}I<FAVkl8O%+v`7udbi`uvadSZZRS)M2_|XUW(K+<aIgm%Yk4rrt
zgk6y*^tpp%-{H0LV)v_uS;bnxxC=SAU6Mp)+n!NBQ@vPwv?yMP+y2EycoB!lD!*&Y
znvT+!r0K!CE{r?m<;o><0I7gJG;ddEdDbvOsIPCy4C0g50SXZuv$3fXaxsG=;u!HY
zJt|RE-2zM{HJ`{uAK}OY=loDKnDPwGhu<GeX^_+K5s!8Y=4VCt5amW0k3gME18(s{
z26fzw%>C(@P;PT40*A|WdK8)%$k7kx%^e#!SGiBUPwsatO{u$ef7-ICQpw_SD2jFp
zldPh<=R4gd=6i>O?a+jq8CH?g%x>t^?~d68!!TVZ{ZO+h=7I`~Dr0N+AN8OJ*oq?-
zcNlTB^MMA;7CucLaQ%=@qw?TB+8Pgr-x%1%*&ub(jIv}#z|Mi7MCkXBY#BjNL+~C1
zN3ug_e?87^Uz)CS1$$hJ^t3h#Cw+49LMpgp(XsbNj{84cAO1Z*D`P*`_59Yg?uU-7
zuw;K>ND=YTMJ|_F&gSzjPFdG<v{}qyal)*<1T-fftV|f{+?0j>^RuNeF@w_R;#4#C
zCItIv@mS&6u?^b>Bg^+x2515(8=EI}%)bYLmS#m)4?##f=`YY8L^+c8%&2>}`TGq(
z4f(MpOk#W6TZ6ctZP*Z5J$icMS0y^vANDC*7!49jd@+8J>mu3e3Qg(FYvl;uu77&j
zQY-~2Jors6r*{XxbJ0;C=(nBpeY+E+9s3Lkl1BwQ4*KLCO;p`s_+cRTaP(N2bT5DI
za5!u(7#qEBEUS&`<-E@SvGUaWwNi&&L7fAy*-0l;mpH33p?db$=Lm1*D&M~9*W2Bg
z${e@V8WZr|<i^rw5;yIO3(SbFprVCX@dg{T2ztS>z~`8v{C;jiv7=?Kjk-%A)>4UJ
z0(0Yx&+vl0VmJry8jsMiPn-;05ouWpiU=eKnK%q4D2|3bsf*5FZsskWboo|vCmM7I
zj5s4eESxGtV}F}0f?#j@0I(0MYT7Q@XcDGf0Z`kBFaF*S&d2CKV9s+ZF6S5mpSO9G
zf<9mcwDyCwrnY|(*K6l}l#kVWm(@~J<j?%?war$-_RFm!e!>8C`E`%OWNk284|}H4
z6em+7^Cw7TZxl}Chao(9kL469>HG6=>JW7Pxs)IXRks`fY4NZ#=iq;;oM1hm$btxp
zEJQ$&g^DubU<2f^m!5*HfC5!JC*~tiof^~!YUF~4ly<Lbk$X_guHYMkx?bx1FgZ@Y
zbt@2n3v_&StTgy~p|bJ}`L@1n4RY2rNzd+%-K?qX1rZyvj@Lw4;kj5L$cbvxX0JH=
zegmXklZ0%bjBi#`<ryV<28M}i3p<0)<9YI|@Tr$??cXfMdL9mMN6dY=eSm|a!x(ew
z2n2$X_v8{hn+!UBtrNP4Bo--_-5R;S6-~#KELrsY`D}xynXBvKpY<szDXHCUMOD>S
z@2Q%ut}ZabhaK|@3r)qc&nf$$f^Y*d>O8-u;B%xp|7&-hD1Y|-<<^*Ka_T@u>GJZj
ziP)E!nY?Qk4Gj$w5)<)@;)OTDLP7?iR~eF>+QaL@w&&K?*1o(l(|WikK|Nz?YN{T#
zwXwdwzO@C4p>{f9q&YNPOI|+n#w)AW)(RgagrHU{>jbKxnl1vj`Lid{6I;{)r#`xQ
z^CoC5cr$wZX=(O4wn*b!ovRTAWV}n=sIW{tDM0KY<8w38(~H!@{Gy`TYiepLDk^Gg
z{Wrfh_3@V@Zc-1n%c#E$o>BJaJ3AymVc3u*bGQ3$yb*A~H~9DOGY+s-%=tp}LS8Wt
zM9B$VAZGb4AK<bG{vh-IQ=G>^3n`eDd&<f~c2ffn5&O?M9&tdgXMZXLa1s4?kr<Se
zi^?bwp%?P`PpyAXNpuI0Sh@2#Gzi<{EB!6w69(!&4fPA^{a3|1a1~Z<6lkN+oqyM0
zcVuM@#5^sK$sjR<$9MmiA^52SQr&?W04Q+A0raL2TF8~ly1;^~Av3V^UnRTVw`avi
zz&0uCFl&#{3j;b_;0Z%Lia@Uz9&Gp{l(<<D|JCpSGVxDSQ`6?==HlXFiqu>uEOG`K
zx;^K(lxD1Em`X2<N&fw#EB58fmlDat#ai&g-?*Dqx0ImJjI=bFGL@&sWc+@9e!jB*
zoWtPP$LSok^$xN;`+UH`-N&EYU@-DTl?_*tKDR-uLrqoH`cMHhY-{##c)_Ojj_*u8
zZt|`D+qZ97Yh;4(^$)Zt0un;|Tc>1MbP-QoLqnV2yt(h=Q(anmm$J~?tFNcmv$q#=
z^X5cZO1Xqu@bVy7nYg(4=Yav1S{XSxxqJBVLoaS;TsVo~t6cEC?SVI?&$K|<z+!Lf
z`_y;yfBKv{qgq2&$C9|j2L=YtIM|O3*X@o=U<P&$ckvR*Z>p+x<t8U54K1!HDgDvt
zo2qdv$jeiWItbYDPMK8=1>N?kN6ozgD71o9wBR5+H9rqu`j}M<LRXI4Eg~Qcu%f`A
z04=@rG?^r%6)!|@Tca6ukf{}9-?9bIaQ0}JIU-0E44s*N@oa%Yp|~lw`hIJEJed=c
z$}2N!cpAaL&d$F1@$!``)>c+r2BY9yxcgZXM&vdaU7M&v+ud;sR4eQZT<rgpEuP|J
zKc?U!4n}KLQBjct_$_K{YfDZ}#$$`|xgAl5idomjCnjJ`?H?CXc;x(MQFUNPA2f*y
zh=j&KoN<-a)jqzy9RWYPkMNnT4t~zgC16;Um0d_KGZDM2re^0B$ZhcD%a_>LSkMfx
zcjYLCeH-l|(yeqfzce03MivwlT+TD`^z^)t#mmRXcm8}4RU<b<?fdAc0@dnLJUB$g
z6_!?3R*sI26?0x)g}IshfYj&dX<K`HdvLA*J%d6f`OkN1P{+VI1Wm*`m8cX9DPOq~
z5*8-6V946p7IKiJ1jKk4{>y#;`uo5A`Twn;aUS^5r!jKMvPKyIKmQoq(67;Tj`<(c
CD~Npn

literal 0
HcmV?d00001

diff --git a/python/demo/documented/auto-adaptive-poisson/u_unrefined.png b/python/demo/documented/auto-adaptive-poisson/u_unrefined.png
new file mode 100644
index 0000000000000000000000000000000000000000..f1373a9bcf24b78ad560f425258f8ba8e4e8b0b9
GIT binary patch
literal 31880
zcmeFYQ*>ofyDgfeqDod&v2EM7ZQHhOS8P>mqhhOKR#Y)6w%1v;|Fc`WXFuF_AMWFM
zn_6@BZ;Vg9kFlba6eJPgaNxkez!0RR#8kk*Ahf{1z>{DhKvzCAqi4auh`^-9gw?!q
z&wG4Z%+>v`UOs-c&aNN(pM5|;l1a>Igh^S$O2Db;Ip|yCbK;*QZN^!Jn7aK=K0?IW
zb{^{)-h?kRb!ho2k-`<%Y0dWKf`SESaU1+MK5wnwZ<T&6aw?;wro#NCpEK*e^)G(~
zkN$G5>i8C@imT_*JYKQ39sYLx^{^TFqQA5A{;M-8tB5M5m})3S`wUeHO<Xy(R4iOc
z8BHA9MhzAnbXp|we^3AKX#D@~3^Vp^_8X7APd$!95eUuA&AM%N-h0uM&}yG6?Y-{%
z@th2Xy?&ru?VB!B@QmF=tC#D|$D9HCoHM*v-LVW^Cv6)JzK3a=3a>)P$TVRf4?bo}
z6#RVV-FZ;}BLqH=3BIk*Cd9|<`#&t}wmaC@yq}aL8u(tcmXwqfeBPG}zDy|2{Q9LI
z@N&r5`&_L1)AMS(x~|LScqZ>@+xJRR@OAzw5cuX8__k4kkv|taLm!ou@rw5^KvE7O
za2>RId>%fYb{ylt`=|ds=y|#MGESPfL~H1CTAHEnu^x&ffJM9GclYbU<L#~h$QQ(W
z*|85oH?!LN*s4(tWfTzbi5Yl<x${ux`Ef%Cyon|_*%bK~YlnKJtAATJE^2k#4V*{N
z8?PrQ3%d7WXpfGLeqXfJbO!=I(`Yq6w{||Z(&=?gc1aWYTsG|6JHbxRmaBnBj-M8H
zN57mehL8l`b^9LvStd~QB@Zi5jI!@S`g#|7VsWmbm};_fvQGbJO>2gpOEg{g^&mX>
z`F77wm6tyQp;!J_zNO#6u?Puwnk|unKHi?LwtluZJyuoM{cg6L?e%|CI1xI=t1T4(
z7YD&5<Mw-I3OYTt*5=~nh5vIhUy?S7Y3O$&io~x*?f1MJS>Jst19o?J2NqMDWSh5a
zdW6a|#~sNd0vbzK++w<}lh<pEA=5;Dj~)Lf{{vD&@CJviuB@!A!1uAhRP=nWy=ZpZ
zl^UJaGj)O!I!XK@5O}8BB~?ZH^`^tipI07vA!7HmeYdoM&yj&%zt~r~!fB^&^L;O0
z{=f)&=_rPd%~%l{?+^S}KAW+xX<f+Gw#D2u+i0`T;dJahEz7y=zMIi{e(M9i2|l?B
zK27z#PxamL_L<i9fPA3<^!>h%jXr;N7#>Qmcr0BIY+^GD3+VoVP#E*wBGE`NI^DLK
z9SzX?Hd?F~TUQO<I%oYABzR{9f$w94fw@_Zormd2fzLyRZ@*UsZj%!`K5{pMXVCux
zNL`~=XW6DT-~Ult`}zHD7T45d%pm+?qutPR%Y9YP^%rLEH58|TlFPg}Cjb4MC}=i-
zbCCk~N1S~xqJ*z=(u5~?|J!fO-Q3(ja}NUT7^lK=S1#~S`M17rJ9;yjRI>Lrt$z4*
zqup@_gmE+;m(c4^aB^~Tz)%0(aLj)LAo$iS7%S8HCwRts<^>*93a~9MJCF0L>w90v
zlS$jReX5y{rVKxCG5elJxHhH|@Od4&PANE@CtYXx{~?uERNQeM!{7P1^gLA9+_Xlt
zy?_z84%T((JUkBkJjM(xOo<pXI7Czc$ftwqi+8OvD0~C%a(24^*8LQC9zbf_xQNH)
z40xzE?D>5C`<K1%<HGUkcdPAcoqi67eO1kO)wqwB0^p0PBL71vqyOm-B)6F&)f#G0
z?8`=cOk-aZu@c&iyDbZV91G37V*a0($26I(v2IANS$!^{(10EkjfVrdPYlaa1@eDR
zAOGvJ>?rmnsh!wA*ZP0l``?dR5&pZ}WR`0AIMN+oL8=By0ueaq|M`kC@&9o;Z-)Kv
z;}a*RK|Y`Zac!OdQAJx4{}oql79XBM1JHqTI>!Ha(ZzqgKRwRDw{lkKKY$MY8|?qU
zPBBF#!<xA1(C<X(K^U~PW;mFx_?uinP~2O7&Ytlj$j9WUQ~*X?+vjtt@1|)?Xi1Q%
z6DY725|uRo*?|OhYv}lDiY_kBEgkTBFrLM?>FxM;1zsIC&G-QL&i}=$`Z(So6i%dq
z2-fI`EKH1uX>avM?A6b5y-8cuR983<Zf;b+LnHte-V&n1c8BmC3+YKIvvt9fKl@=d
zmRRRw#+8b)TB<Mz{iO9S@OeKZ{OId(<mQWV3f$|Y9r)z^3`t54^x+Uu)_YoDNpS_0
zdcb=qD@_=tVVOup_e$rnXl*RV^|02+i!$LcCgisp+wY@#tC_Irib9V#2qvj3z|Y5R
zl}!S1?!QXJYN@KDS09R`Wy9jQLKLvOh0m1il|*51JmULvxUdkK;Y<?*^e2cg!^(jd
zflA715t#oBfO_8u<hP-V8wvj#4M=H3HI*Njm0-*?DbK=0!&z-lWKtDid+CGPBo<n0
zMgn^z9Ofrf<yMP80sYpy)$iG`JswKC%ZWd^(JT{?n7A5OcpZ`@Kdo<iAHskUqc=k1
zANJ8=pS%_6`xGH!1O(Sgg8G;z^q9HFS4$;7%sQ5sJ=op$k{${)p$P*e<O|OPY}vA~
z#ttL=tdJi3T({SibEq6OrWHIUuD!4~SQsp^V~G7gFF?0T5M4hJd{aO0R&cgp0JoA#
zHX7s{xd7mPB&8nRlK+gMt=zyiA_gDxM0|ET7b6ufRO5+&NTnZ}5XIAFJg_I(kccv@
zK@M;QpGWn1N{A=e{G_g&4)$+Mm>u5QQ$`0n`wK&$(CtFtzBi(#eB>JXLqY``+l!C<
zXx*oZsc%Yjnl&gdrpC+W9W;W$#>gTGI4T*N+5AvXWlaD<p-bO+_f#E(dW|~qwuPsu
zVHTj0flAqpmaeNLVy`SDq{}qPQd4cz!}KR4#@K*A!Fap`NA^K>{kVe<(=>?QJFX$t
z<`Tb$4|JbRW_3zIKb*en!JIwG@!s(f7VQgF=&H^A@?IS%XkTL-dvDwzuHBDiGGrzc
zE{iQbt5kAys2>3dty@MSg`14b7}GU=eV98Y-WbI;-{T7oR;K;_T^KSm1TG}=&%qpo
zGCpuwe-ZHdz7;t$e4&v_EQ(*`qTxDq^~(p7YOrVqt!~HYJ3gIXFBLYg0JVBjwi=W7
z03UD5f+W?gQ1q4<Yiv`H@5hAZLt=$63OE>y-U?N@AGRaR`k0h?!@Vr<=8tvvevFF+
zH!fZgT#-xqEhBKKsp>fmEo0T53P(K&j-a3dslf3z#JilRxEMuqBtZy_?ieHK48v*1
z;7SlB0Z?ost&=8$*i8bNSUowGyEK0|&-YA-m^-RlPi2V=nltM^{GN=n`b5~VgCQal
zT?h=q6c6y<rP7^6#_`<Bz6-}p!)t8et8eCcIxGBwj>}lfSP%{!J72`7lIfNp@Ch#&
zT>kkrh00~c)=C%&`1!f`L`yZ9B@F6Ds^0H@YKq<1#zdK1ylTjxrg<>Y#VG=?c%`fx
zjNEnDB<QtAeTB;nH|OAC2YdMymR=+Hd!}E%Rn_y{!!fG76dR^ivH=fC-xN0Li>S);
z9ItSAQzC!bT<G;ErI@ESha0|zs*e^kQ%BHu*3+)GPY&XI;Sh_c1j8;MMa5KU0<fUV
z)uYSJD3XmM7g1}E`kNmxnn4JywPS*<fg;l`2=c)Y3YspN+$o*t3%r)gBqnKb0}-x@
zwFvubDX?QQ<g<Qf!}WInwzzkEiAV(<f8TRtbsoG}-52A5K#f{L>Uj2uwIG11@Bs!u
zc^5NI*!s1?XjdIUo3U_-&!i~U`#j}fnDs69L`m?b`T>4rc-H<(L)*mh4HjcqesWB1
zmm?`&yDZKK;pXz^s@9y~X6xUU51E+TZ1Hd<ZJB^i!CL2USad|@9!%LHqcIPprN*ji
zFtSO+H18qI(@-*^#?MCLP^J=8&MWXzCg-AMu`Cjk>6s0INF@u)$KnpchE!}Uf2qR=
z8Bs>+k6vgdF+)mWakBC;0zUIw0k8GI&%?!gU+PKQZ|EZC6JBFuE4-p;8*hAg**~0L
zc*;Yj%P`;(=9NwRq2lF>YLK#!43x~mpy_L@307gyAjH<%BU9SE$!*Utf9OarjYp`1
z8O6&c4Va`dLdyDkBP(#;53c&XNv`V7c>=d)R6kRwC#fw1!Z7OGvO$F}J)&B`2ONMR
zrzT)4uEYi<)o8M1WnDup(q}Y+h{FMm7O~9Bi=~c?L1lI%>+soxWj&eT9D3sUo<zOY
zH{+Z+Sm2#1Dr6C3;*k~?WuY2fhHwbs9p5tik(Nj^nIWmvW7B(UH^wbR8DICC{K{~d
ze^T(}d)WfjBm}6W$o7YG*6MvENCQ3et{`lMm7#U%bUAf!6c)##gesatU#3~85GaXT
z3Lz@Yd&N@5L@)zi<&ej(1w<%S^Y)D`vLpm4_ljX2C%?_mz;own+gBwd?Y$Q_q@rCO
z5~dk!aAgYCyBeh%P8gcWfLTH?GlSQ^U1<Oh0$2HP#IeIbfh@rd9Ca_F(zMTQv>On6
z=%@h1u*isx2Emv4WLpW31~r>ur$%%WXerHOT|fpK_>_g|df<EFHA(y9rEE@79VNb1
z&T(b-_vVGTAFp!Rgg6lqx&<0xX7Fnr&G=or3O`D%P0kIB??QekjQpYWaNr=I9nE2Q
z&ahq2#z*RLa}mrc?mhxd!wlZ>mQy};!|kMY+e%I&kuL`%%%SCDx3VoA<&CU$@o12o
zXom6Zb0HNvHR=6f`P9kvU`WADc<ACj)3><^<Kqs`c-Ul>vg~K}-@|GP?Y4911YX)5
z5`$73KYM1nVH+s454i*@)g(PbzAP~Z%)B{rHn8*dHSLE5u!wVSO}D1^CeG14e5D#1
zj4<p9iqh0;oMzFcu$|B`u^o=gjIIUB6|A;Fn+ul;TPxwv!1oy;OhS}?trp88P`18a
zNSw?F(7Jp#?!1fiI9^N_b{O{2lA@-p8%9v@ME%KRddZck_a`08A<IN-K}C!9nE8P`
zKoDS4fm+qmlv4t?f^EGxj-_L|g!6^P^t4Ee3XgPHg(E>UAm~BYp#5?*R$*STDwp1F
zqwNAjYjz?Ka4jq?+wInGhfx&)74Nl<{(nbt9rb$sUO=}%y=pq9ftT^kPoIy!hKk&Z
z0xt*Foj+J(LDNm46}S~H*8Ofj)dS~4&!$0D0Ay-pUp$W2F7h*160n_9#1FhRb9`z(
zoKnnS6tw5I$;pW%M--2$Ov_>@3rp?X&&-)3n^O@#`(7n3-h$@Nmj1&mPs_!KlW=VW
z#$%am5@nMTUUt<+wOXFk9$BfeB(3};hDReMNQ@kL<+FLUAb&?&8-gJ4{l>HRE)PuL
z^CmIyvAF;r7x(AuS#`U^)^Dwsc}c>a$KSS+l9GZSr;35MDFwMXIX~ZTr$BscWaRt|
zM9u_3zZ1O6n&qSL8p7RnlBm1AF9vnd<r%H3?|@br)l}N;Hh{y-9G5*#O{OHhd_|9)
zsO}6t4kk|78iyQI-}?a{xG5{q5a|UPL@Cp@um@xeR2iLC%%!uYAYwIa4l1hO%E`n7
ziqFm6i27vR?0IxgC<`!!y9ObAt5c2GF6}UO^ga7hc?QtVZWrGgVZWRH<o6L-z9*@X
z{vFq$!}#HB`DrJxj~N<_wGa4lwbSW(45GLy^?o2?ZQ!wPjwJAGR0AT`ob4MIvw@#?
z@Rv4!S86r&-IqaxcBMw!6>b)28%d$CyNz*>VS%&lR_h-&X>ImvSx^=V)oWc>Lz|(8
zHN=_UV7N@c$;n3a=lu)g`mnY3UWGBs+CxtQG4dL6{0#C?h;gWp^9igQzEu%0QCyNJ
z9Lg;*5>v@+%ZXVxd~Qt=G&r{5ZblikJE)z~a{ZNLBWh=^b@{c-i~(EToRFahi#2PK
zaEq@8Ic`b?sm(Tvxa-;eJI}%&d}*#B2K7%5^@08%;0j$}$nzKNI{_o;n$xqh?HlWU
zD<F;+c$8%+a1*UKKH0wI0iyR?ZJGM^Ad2bX;Q<<;^2cup@pS%1E~m3X-nC7yc^M&@
zQ5ikv?5yU5JHlGgQ40qV&e*W-H;TGRzrGYP`q$qrq~J3#e~}|qjTp*#zYQusK@rQX
zn0ALOBN%wuC%L8OxieEr)k*EvQ9U+<O?h?YYKX;EZ-C&0HMF-kr2r2W7T*ZeF;&yX
zHf*Ajr7c>(V$r{;<7D)znp~gwe^V0bJNDqTxda4yEobvb&TT*@IQs45W_g2@7RdxW
zZUoI{GZ3dzfUoB0jfSJxTj#8AWR_$Du5npyhR{=R#H9&5Q#XmmG6@YDT|Fh@nz$_L
zp$0San2$ft5q%-GZ?dL?)EpHF+O<cCZ2!f|<I2pAmZ~e%&n+hS+nD)lG5QT}mKoRW
zac6_jQOoFi4!rN(fWb-&(*_M9IWd^l4ZLIH3ZB<_WeS(M`PcssO2*`WY+&qrzYWJU
z=rA2aG@S;~Y2Y5?=ia|$QrS~X4r-jZN9g+YTxeuenNViCt@EOyRKyYY(MncKTt2+4
z?Z`23V5H80pUfm20c4@5^aNQ9dR$9mFyI@Mx7Z{}yY@0fB3MMbvt2a74kyNX=B02)
z{$X|3f9jyUt0aXn$<E2^3Ea4OCG2y<O01@+E#~-hOKV08E9A@{wCjeawr@CWV?}p9
zXZ92{xOIspKaEW6T!jgI&l}%BddY4ip}}+=NUZR<{xcx>k|Nl7Gm48u!1r7p_*#DD
zHOAZKu=RSxS#XB}g)VZa)^vVLn}<TSmo>G*x-ku<Qxu+Vvij%w)p>^zD`FaV$nJXb
z(KI46O8y%(X9W_-z19;yV(T+4i35y-lMm)RQ^nCCRT8t_vn$RFhv3r?%Yu;`r|N?T
zipNzBvVGv*E;$X^+uJE`6{5j6pjZjL102r2SH{5Gtx*O?S#E!NF#Ou3{OtRLQ8R$&
zdstEh35A^?D>xmuyE9({A2b77L1NJq!%sjzNGiDcdDZLC?)!GpF8F#<QvM>R$O|G?
z)TWR0j-E8Id#9WZRtZtiwo(p%AWf&MjdJNCCjO*dNalSy!(x2bBFJMf;bI#F>PZqE
z?j3(7lOFyYtKA`zHpGAmpFNn+aGsNGhq8Q)>?k=0zR_xmqv6sS)e6A7^R=~`CD>$4
z6TX$dIH6y*DvKG(>GMsRKaC6i8Zu8}k?(fs)Es8JCgH8EZ11@nPXW63Yg1byt>{>9
z)#!Hw`uv|tl=!91Vwrqep5KWmVb|>>EpOh;$;pXyJ`a;7oqtsfs1(^`dM`@Yc%$dO
ztlx1<h~@ae7)Ki$G530qh>O8<K*O{X5{G>4@vS6fcnXo5UxQqSmu0x69+{Obn??Lp
zQuwhb1|HU;YB*I}Eo;Qp7j}}5Yjp5hPZ8v7#>m>-;)yrQm0OMkkd!_5;TgJsGdAs8
zt%M)bYg(AcJWA;4AYAEC&awNo7NH*Sr?jCg#jz*5mizGo=y^>}B|APn4G0Q_K?2FQ
zd>8~gZm|7L=2Nfst)SE;pTnUK5?~A7Hjho{+^*|-Z{i)nyq<pU&_CUEt@hL{o`Mv}
zH;@7*7>?=wudy+pPjP&PQcV?xy12(>Xka1vEeRhzfMK2~aB;F28D$hTp-7nb3bB8C
z@<TD+c-NS#11Bg?5e`52{9w*n^ePj6E#?kmSJ)W2+SVW6r6<T_StuBl_AP=K9FG?k
zEYf4+5e+Kkc!>{IpNsW4I`rhNIzdEHx^I{8+aQXnA?3p2z`@^Kl5A5!?#p|}&(f{w
zfMH^~_!@1(H<YoRdxo}=&BZ{$laMrWljSP)T8+Q!mIXa$Rn;cDAQK$pv|DY|_bEVv
zTi<2Z-@4ADY(~Fb_*#wcK?6Tu|0#@bSA9Sj!RO#}vG?t#UQT}g9^;{iMJIDhG<>D{
zZW;;(?+j`g8kt3!N-E23Cj<ATZfavX+*p!yt;_|jxI96HQ3BuBLShaFy&^))lUFF=
zVn4S@Wai{>V-kuXF@WhJi*t2e1Yk0J+nH80$f3cH=7zB>DkZi|U5u-HgJ5g6R-BKS
zfdQZ5<JiNCbFAs$1s2dkDed+!@yD`)f=8@G-b|U*!Te`ZiAJXU=W<{|j~AYGF|VpN
z#}tDT&bs&G-`FmhLjY)c(+{UIrj)P$iKHKUv5Z~H*Pz7y@=s2E>OSVLyM4Ua;I#kU
z;=Df!L+IB)FpJkv4U#we9%>ywrY!~Tf|30C)h{1>I5(Y!pfL5WR|7v*>yO_1ma@Fr
za|)<96A7v?t3VYZ|0Z_F9<IRY<g@jQo{_;C|H3K%7IW`YydI%ZDI*g@JB2(`NSafH
zCLwhDZ#0n->jtq?U&z18bG;bX;{*xooRD}MWBxP@Qjby8?K~~K<Tc-XXa6oIMF-8G
zSo(czVdu&5UauhcGO}e09=TbnjI-%=aebZX^XcOX_=IHrb-@M4V#GPR(2u1Bt?hda
z)fTaiRvpl`S)DSUtG@|SK{XBiA3#d0L(hYT>2yZl`ype%O{}v{7Cx`XrrV<Y%r)QB
zrt7M{=hprGJ-+AW&DK?b=H>9O8V(~(N1w$Ufyc(gf2AHIZ!X1iZg)8D^eXzFsq%W9
zgQQv*gTt3udY-X|`=SITZs}2mO)+unm<6=b95MU72TTiz2B`!ldNhyA7ypvKqq)cM
z`w&^M1Mkd-hcoblOvz7y*9>zKj8YLFXv+Y&P^!s&fhjQ^Axidn2nepWa<>>FI}%tw
zw*pPEFANx7(H^gfRzm#cfpt6+lO}ATy4Wy0M0X(p%j0B4^Q4pJfk;Y^7>BU_md0B7
zz*CfRKL-<zrF7%UP2jZ2r$Q=g|Gx(HC&=w{cHS+1Zf$os?_YghUTr%KAvi2ADhm3q
zn`d--d<Mf1JTDu5ERXVw5o0ybf*HO{YJQ$1ex5{A=4-XuEI+Io0vi+k?G7i?>TeH#
zs|Gv0(~AR+Er?71R7z9}vkyVm+V3&>nghjbwJv*mu~ki)sDquDj|p|yp*Ii~{Y8dK
zCx&z|sExQRSLYU@Tub576W@1D=n$~!5}`CH595nx_f386F!1AFCFS}X{W+jygIA=w
z?|UigV=BC?6uBHO#TSRI@Jw>7+p_7-PiGwatCFP`D`Ejn{7aCGz)1?)M(vk(*~oPq
zr|c@U^EZ?{yb$@9n3=h<Tt3TCWE(3rZe|@@V5c>6E;qb`-Fb*?O)F8<#284T%a{gw
zF=F#JSqvfsm!mnDF<%l*q1el}jd#@GX5o;A1QSD?eC|ApA*YVfsk6m&U)&`ytuhg2
z0t^!_+f(g-Gj$N<`34q$W>I{^M#7%*P499s(BT;}OZ{0RjnZPRC9!Zz)H25QHe(sh
zUTYcmSX>5wxX)wT4}#?w!Y}U$_?<N}GZpy`>0u`v5l?Ju4A9lB@hg!PYK3V->LQJC
zX)6|~$ORiY3q;|CGVS}b_9D0sGqd^=nm*X-v*0mF*mjw0sH;UOW1Xwe(8;W6#E3Y~
zna<Cq+tihyP5cQ<^+cSnjndV<kykDXk2qcoGN|OOR=P-8Y!{Et%iYk+3W@Zj0J*#B
zbEF=v3kF=tN6IJz0Y^MeghRfU#{RI6<so6s3_HsnX?iJ}ZkRNT?}05Gae<+kKnyvt
zF2`6lz4GT@WGHUHRt})aNR_T{=|$Z4<So=8s~C1BLO=x6xIjkvyF07YJ-!J3rBt?k
zbu-w!Fi2n0VLx??*T<V{&Hv~zl8Xm#0taW_5#^F8AagmP<X<1s6!b<Ey*|^p)H*=~
zND3im${j;Lq4Io?rt3OWc)>PKInCeT=vDfn!7^{fFaoTFay6W9T^OF!Vew1(uvx%L
zJZsD%05QeXT5xrc3Zk74wz|#x(`p1fM`G#YLG&ra$7os6c8%xqcI$yJ6aT#z;H%yF
zZXll5tOB#exe4;(?O##wG+sep3PmAqNl+ogkZnBUSMx%5OK9lXjsKuf{(J6~B_|yL
z?ogZSV*0+B#MvKaU0+IgH>fGsVzWDU*6$6M!}9z*LxA$74NDqs453(@{pWslCxI{|
zRJ;s^rM0#aP)}SYWK1jU^QCt}somt$t^=*OqC6ml=^{SIZ`nR~lt`oZyI@&hd}@4T
z%N|44QsqfN#hIKC5l7wAiYBcE<sYbpdygw9)OdwKrkZf(T|)+oo#~aJ34)jH{-0jo
z=hj9(w?UF#y(=gE43iTNVpaDeNTtV+pI#%Q*qeXI&}n;cvU)1#ok*p6w*}LsEz6=u
z35|{x;W2H{N4rNca-yv$<RxIa!{mV+088lEeAv~tK*lTyU9O^t2S6V^x<=(`j7lx_
z=m$`OalvPvIhFij9}&UsUt;To?q<D`BbuERe(p#z6m^ck)4bFpOyN?)@j=;iND?Yw
zCnexodo~PO55k_FmP0?Bx>PSqP7mW@LDBwVs%xtm;(saEX_<&A#j%ua!XbuXH+`?$
z4{3YeNC^W}2`zg3yJ+vkN`|}`^Y`5bUEuJ?KfB<wQb}2xF6CRJsC*bN3I_)}JYqmb
z39s~_hLqHQT`c(lNUOpWGlwGLy-Vm@A~#_H>rdbBW|==jxP)~JAA8JLa2pM>+2+mk
zAhurW>-r-<b8uLho#^Lr#5K$<9OuFN%jyi{=(y@T1{o9f@Ep4ovBB9$%NcC+5G`&A
z>ElKgvUYfm+5(sZ+|L*xpLjBefsSuqOhXfRFr`Ma)s4PTw5eTgT&OP|LSV8I*_Lg?
z9it=)28#=oWQ6%n9(=;?I+E9RbG*aK6N7;XHSV^v^HkAA!4)-8#i(BuX($b}I%1$G
z_p3P0DjLyYKWk)nXfc0j>#al-o^Lph^nL4Ggsr{7NOsLYG!zb#w+>k4OU|UA@AYaB
zv53#+zEo#AHS9@P5|5k{yut*RoAFYICmFl3RU4>MMf-;Jw4cEROCB2hn8|5+nRMs6
zX@vYCus(%DE*a(IJJbvwYQz;LJrw5vVCuZ=y<S6(aBleJ*btqUatTqJAquT4tBk+i
zM9#9L(>nUqrt`|Y0g4crb2+myR(NU+CtuOgzc{%dy6HGz=2|k%0i)KZy<sJ-fPPyv
zJ|UlVIvKQ%b`0l?)4U9n7f=bA<YycXzSxFm$N|^oY~hEGfnH8Zug98IH9g=Z$8!C7
zJXj&@%%TC18Hc?vtR<cE7woP7k?N`17@EZx*KoMa*Pof2@bib<L6RC1P)9p<M$dsz
z{O(d!WI*|Ev1M$28$ZU#Kz&w0J@&9u=>!o(gpn#2kB{@Cpb1x;bMXnPQWiLa5xu6r
z@pv9_(p0i@({XXhr}rrG+OtwssmWniN0I*_xt2+r(U)z-2)Q>Ci~U*p@%&i7n2lkJ
z*44g<<k?UHUo>-LHP|%qT^BP6jUI7}u~gqcIq_4Iq8ZJg4lRzqKV}o-|I9^-56cDM
zu=Rf}z;+DZ^3Ih%KNleQFchyShI0Y1Jc>RS@4pSg`e58Be%CE8OAT6~g3T11uGMI+
zLP!@f<3P#dPMRjF-5AijE2jR@lJp|pKIcH1Fkx26O1OFqJr721;-=QsKN)g(t_Ft1
zIReH?!}#bdO1TE1{P;(W>BsUj3cDSk5h*c+edP9mm~(mUiy#y#Ah|V4Cv%6W`4#iy
zC2EIH{MQ?dI4KUkItFN8l6I!aLtkNtE-ho?M~DaT&P;|<Y91a!Z+fQ7W9{K<m+?2b
zx{Ps8m(It$tk`Ij934-v&2`sYxeIob>x+C__vlxF_f=f+)enw#!C$1R+80w_AzLK6
zd2oy_nNWwKyePsP4h_Bgbr^#y+OO9s92n6qk(b#RAA%ydRfj~rjnB93fJ8%&qrv8&
zdJXqrV(aDD7;7}C{;q5XUP9jZ%ef@@lr8|yejf{}cF0Z4iCV)#xfb2Vp9P!qBFtpl
zBJI06r-5a|tcnRV4K|f+Z1>nn5s;Q08`RPIZa)M6`-`B9>ks0%O3ArF6A$jSF3d4r
z$?<a><A^IdGPuNRib^8SCxWNDD3z3KaIm$A8vx56X)vSV{;%E(V6zvAsFOb$%Jrxu
zCZ5eHSBZ=+m2mnRvA))93}1Hhmh^tZ!W^7t*(;`j{~~V;>*6yIWpkz>Kh0B}(DY;G
zrqE;tvkb~40)5Ijm=5*Jp`SbvIJB;dV2pbuvzgpE7odp}Rh||7-am#a*8#J+-ZaBx
z2ojC0w`lfi{W?-vzuI`g6#=w(Jp(>n^^_Sxk4oqVJ*pC15g0H-zh`2>9cS(_6Z{V7
zoj@UR!w89vX+&XJ37P5{3j^ZbU(cA3WCi@l7iS9Uq$4e3;en`CuJRUx=KebEDydk(
zJEtu~2obLu^_V6UCJLBqdsQEe3_3y7E&0q{1O8<-)8d+#XXZqL=o%Bp<2aYaqstE#
zyeP(xSPreh{f<O<XknR?WtTB9%`xpX6m(N!p;wp=SR?T-Wpc*Tee{pH{zzcrds@6l
z{*Lj^U)FfH@S&A^ZtbRq9S2H(U}Do2g9P5cEr$!wpklKQ1E7^jegp?YT0F`(*}6uL
zXEthh0+Z>0tb#Z}Tt#qTZ9&mAndQ-==7gKF^u?+JYZ5%tw(<Sct^sQY4@Zd3xhB6x
zoKo<*Xq0z{SG`CSAS$IHa7l~N5EUw5_=engTD4A2wA6S5x0qv9V|*SDl4eo{*jOY0
zS`wahuYN?;s+&}~<j3uTkc3&_tb0F_*Ft`-oML0+F4zEuzTbSg{<`u&+SCe`Ol%>#
z(nQ=qyzvE_6Ui`ceUge{_DZVH7*@8tpvymBLNX2Y-x5`nNl3-LJ@<=SMn$-Vk9g*f
zuy@`Ym4u4bk-}uVL{BdVfyKTfA*&>$DH0o!rN%a8HW}A98B}`xvlr5;D64Ij8NxPc
z;AWd}F^*}G3IwlfFB#W(YMV}bsI~g*nS1%SWjy<G<qSEgDPgo?L%0&skRWF!-vAy>
zXVIZnURe&7BR_&JS7Y43_o~^+Qf44})IJ$IAPHPzlL!t1wX1G_{yTXDaZo%I>iXw`
z)n@zw8&bhj9YQhI4~2Vw4-YcsxaP;W{JVN3O$Azz)I$`*&Pm$q!)axF&pvVwmw~Zs
zhP<pC3V>ivi%dk(w!x*r@Hdih5VBFcXMf4X+zJj)^oxlyY_ZtQX?D1aY!<Rgts@JL
zs!GQerVcLp{Z+QGnu&*ojWLRTimHOwJ)ybx@X$e1EQ^NZg6xDxRH}B<)^^$x!9(9g
zencM;klU2ADRh*I)34JH)*sazJ<RX16{&z?TtiEl32hyx%_{wU=#V|O_&!h=ZR4+B
z0ppkHk=LgT#t-z==0t7-zn@MtR&b%9jPQkc=a8(0$!nl8jhK-_%E*4Hklzi>tWrOz
zk}dtq*DHJ(6lFHx3j`CXQDJi*n+UK9Q<*Rn94wPJ*Q6+nt%>AyFge{;6EnTPVU8%+
zd3SL2aABN{9STB*HY7LfI6u)8BE&6R$TEqU*t*hYvhUZ@%*c-+e}GMvoEb~HQ1u0&
ztB>n$RknlQHyIMa{kEHus~!*RBzZ?DXO3h$<j(wulBf7+3zSi$b|NeZBnH!V2AACm
z<tR}WTCn1qR_c=FJV8!_;9|3XwnSqvSrbn$$zV+h7(xWNi3!-u5peJA6!QMQ{l?|g
zmLb+kS=AN&#I>vY)Icu63|ASLDk*8p>nx#UmJ}mobqSvm3R%Lsvo@hAkKn%*PPQTw
z3;@?K@}beMQxk?Z2>d$XbaFS#t|Q6`+qVbYoFHqQ$|qBbmnIcp^CBE4rjn`U(C%k?
zI1=yR&{Lw1j|8`b6whij+LsCA2^m<5309pV%4DJ;99F>52ii67PURBD*Sl+11`x^d
zjA4x?^c57}gF@w0w(-#-b50-<QrQx6{{(g?dH)S^f<ORv$jmQ<D83B?qi-!;7t!<%
zoajeT$Kjbon{9Na?@EhGnhgmRd+Ta{H&e)ikd>82@}^jlkjTiv4HV|fA6+#(H~|Ll
zbgQ`cSS)6C`630JiSb=86)5bE6H9=|L}G!tF+vGl7?8BwVghx{l?pD^Jc?W+#fjSr
zekA0%b(zAVNr-!g&x7A02(B`AB}rdeL_!`suETQ^l~sARE803&n+!TG=kKT|tEBRe
z=;hDyqr&ll&lkot$~vMwP+fg35~%?6iwmm;Ey>m0G7h@FQt?1sG=33tfb~fd+WQ0b
zAvlbnEW;?0PArM4&OW_=j}*~4mV1<EEdz;O$4pR)8b_p}QlZKFZIr=31k%9CISR@m
zAqkn@`O=iz>suCZu>Zbg_77~r$PP||eyBDNRqo}8GYV!8F+h<B;#zT5N2G*(x&;|8
zuQ4v$C5mwLP6#l1WSAu+zJUcD>O<U2VPN6$mzDki+MUhF_Uou4uD{vTGg?l*Idlzz
z$uG#_N_FNVZ2ba3(aHS+6{zS%_G(%_-FX3#!*dEZI3Gr?#@~r(re0sokdyg+lH^)s
z0YMTHVwrIxeZQVFq@qIJ*@B3I&A>t~$|_gSbi<>p76jWpKAFnH7WA%(WHt%PESZ_b
zYc;H_LuaJJ;aP~(K)pEZjYJ<8JG~12U0YXGh;>#r9Eh`R8;MvTWL~Ebk_$&6QB7<_
zpibwb6jQxQhIF9i*{hSrE+t|`P&oDOpphaR)f4APNNKCcSOks!Hj7>dgOZ?lXQX&H
z(3%-+*&Ps(aQY~)`K_e<S}0P%rdrdpzRtT!v^b1oK`SYFee=bP?(MXJyYok~#<j4>
z?5i7cM5oN{sCLAK55~bSL#1IiF`G`)Nk#Vt+#m%Ud}S0q#NrcjGaKwpsCY%;wvJGK
z!|7@?<pCl9q=lS3ICE-N>oRd;$#<4BM;~@M92zBkeBq8imhyCdH<1{f?9)q(2bl-a
z;+@5fXd~CGG4<jbO#O1qHaI}~Q8+|Ls(aR09YJS+E(s^I?s%RvJla_pO6qi**i+_D
zzJeHbp0rE-hhPYQ&FEH;yWxQN>??{P)c{)?MXzdf)XOt15iZ5veI*;@oD}?MxG3$w
zM1W+}X<8-Ki=bd^j-evtWm6zA$${A>!Xxtncdi9?DU%+tJ2|v+u8xGWqp4~odTrPz
zG>u87Tv~Bh&@MSL3B@{-mLi;i_zO<Ds^ebJ<gvcZ@b*dh?Aj}Aj7H9;*>8ZL-=GUD
z1QXqOL#)HwZbU$4MUDydjAOF-T!piKUfcdr%*{$d_m7u+fxud{;;hdMgg&_3-Zxu7
zAHrBX)}PDdR5TtI_15K^<N7M2UJYd%P@eNAf?kWOcV}FEm_5IH%dCl2^oiZuz=%MK
zM1%{rSUREx&-6{-`oWsE4nuv9NCNLUX}?ufVF~Gms9S(W+LqGGbY`fQ-Z)X^3exCL
zjpUW*QaK=uTz*U2TW#LW&|&XZ!{_(CeW)o(6;=qfP8wl`lGOy3oO<;4Z)569ZOAj6
z?M0rB!LIY|0`y&E-dh)*AJ*PZ3BkIP-AbUd`pu3@2g7+$x4)yOxMEq$6$Yll!V3Vo
zauEl{eEEgZ@}N~|`JBgj|31lCqbt<_g<ckp&jN)enLxW{*#6v#Tl>}K2%x#X8Pml<
zjqI+^!?HyAmmA3!hz$DHB`lvSIo02<r2G+-vbATN9@9@2lIaPWVUh5}N-+^LG^&|S
zX%_3fqsd!)Hgi`KnwQz-_#Tt#+xyH&1%+2$R(#{48omr&8p$XoPeVmofWWdom!nnN
zf65)c7^#t~ICFimF`%NQ*Me)@T}=4(jMFk~p1HTU+1+89YS7LKEV|upzJgH3kym*4
zkE80Q`#6Wk8-jiXT0Q~npKnxqiI*g0Y134mz)nxHt<)8_jvqQbBZ3vwmNDMG7AfZ0
zWzQPKYS~0(jqcMJdH!a03-kq)C~xanq@-f;5=?FP!aR5+yi0!z{7&nv_QzWr^l6vp
z$3}8(Q^&p;@<i$fs>R{IrsQS1Un!LnVMI4h*cBS^h0YyF&Qh8oEmKvv`dohWbV9`~
zte?Y|{wWeZD7G$zqUpfArijg|EY!0oK0JQwKl;R9`J2FLvJK@!iF=gb4zGM3E*a<W
zP2{$uW+1N1h`MOV`F9JJl$6b3>87rPr{|s+%k4xIjSkjm2;|1>3BE@l^-NB2=KM(o
z3l_RasZ8UMMO^*<j6*S5@PPX;MhvLvl|pv4{`xYb$C&6S=1U$m@nas%q1{?=nCQ`)
zd05+*;6vCi0Z?nRN<I>%bIIB}jl34r|I2=N?FZkRO+4KnZY31TvXtdJXy!VAec-J`
zCnH*ZJ<dDeNyn?#2Fk@*!83jSUASw)%Ux`M?)7Kq`Flu~!Mbw9mMS1%Wtri`e1x=%
zkRJ}yWY!Q_894}LAEJCSI-N!Bjs>>>SIlZ@%%oZ;^E~jGe=sp6zw2Gao9ciRB?jBd
zO|24CqL!HG-JX!YZb;G{jBqwD;h+ye!ieX>7P-^OA`fXSh=Ioh%lEk!V48N{l~~cy
zrlUlmcR6Hs|7C%Dl@#v7!OofP5&PYUR18I%lf73(@-2#)IS*2$WgKiFDY_w<Gm?x}
z7Cm(j6Z6$<SnGHxNi&@$vzsWKbIJF6A&XEZf1eRDEB=}?#j0dQ6@F~BB0+LV#$7t{
zu1Zf9WT=TnEjF`2S_`Tp!&vKJhKQcFI=tyGH+~iPMf9+p5k~`(9tUk@KAJF@ydU1%
z#T_1^3O!pm()Kka3vFcXW|xm9a21Y{tmvuqol}UdWV|RN6fA5wNH}psU$As7<Op7V
z{7_!E_95kJke1uS6!Fm}1~W3j8R&ifXzU1QQ6}YC_~Y((Xn~HFuZUO*W&$J}WK0c+
zu4z`PG72ck(^Ic0(#`xD<K-mDNHH$f3eQ5Y3^zbphC((t8{X0MW@;38Q-s500#dj-
zY=>&2AKo3uRzd)SglYt6r4saVmcl}|3m-lGJP+uBaFgo;oB#GogLa%xP_1m^SVn&R
zr5>{eUbs?0NUEIk9$s?R@mQw$O`F3Tt^)57Io?8Rgg?g}Tf}S5OMpxRd~0ZhX|x+?
z`+dKx{({<i86zT;S0;-kEV{D89SfDXs~E@Mn1zaZglyc`0USkrE-^cd5KAkit_se=
zCL^Hp04fwRLbjwO{g0#!*y3?}=0phM#R>VZ8)CVuPZK9rxbKUdPK05z@S$(!f+lY9
z7Q+qX4XR=V)Tj|wqlOHbQ`s01x^On~PF^YysB2MDY%r3DU?Z<PbcV09@Sm5HNuYXr
zpcZdLfcYTNKoUHN)8$dNYKr=(q|8oi&3tsK;k+s_friaY%$9ALl8qq;4l!yWUl(^;
zgQMQS57n5{dr9Qe%cdlR7Ey#U4^)0FSnJ+{w+%PI;9e6B^khLt`($)SULh?gLS?3{
z7nct;I9!?IrN_8ykkZcM={p=nB-oxu@F7vL>gnjzA{Y6rc%uZ=x<wZf)3RmmCoyKf
zqF@IIID|S-r%0h(Sk;BI@gy)w3A#td^nu?@J<%$ofkHn-3a)lk+_c<i@R;t|qjc4L
z|Md}>ptmH>e6*xELF`X{>6*h>=;$O_Un8|p_)^{(!<)aoqI3aA6cr6M9L}(V2}Qg#
zX32hu9)%&54-rh}$k90#u1J_Vda5F-GH)s74~ssnxIqN+8r`9okk=t^cQL<!EI!9D
zVab5s@z%vz5}n94lNrHSq*6Dla3#{+auEojZ?Sca>PgLRTi^6T;Fv1-5gEO1R9_lJ
z1<ieWMW$ELA21#`3js)=5Fr^BFTsnz=wQztmHI)!Ibfdg-VwzG)Q<8i{qQo)h{byY
zEM%gk%ueR9zd=PA>5xUFMQ%m8PV~LDUQkz|J&NN@JEbYWQ(6o@aK?uq{|e}JKck$Y
zA+@r#09U<ko_J(OgTt@&5}xFk-poJIt**0gh>#x4Vs_rH$cZ=_SNvIl*oZX2sn#ir
zclia18?wCLI#v1#r;^DCXaX0P(2rBNa0l-kl2#y}Zi%EMOyOT7Avyc)XsR@$s8sOF
zAzg@w9@+$KF*{ARiSptpA?rBw1)xj3$VL5eQ;_+7a<h4zNTd(XpBQxw?O?B10e&RE
z2?XB4R+6&P&{umsmTX;kGC~6E<-}_jxJMtwJP4k)FAaZ{R&7L&Ql=s09d5yxDK5WX
z2-!H>KqEh>qW_n)B@3Wvht&$kiobC>HeHUbnfET8hbpW9q4ZoSIm9ccCjifk(rCPj
zk8_Y5^|94bx)Y<ruBfTntENTmSW^jL2mOJn5CgNc_<~X)CBORoo36)Vyi5)i3-{J)
z3(DaID>y&yomBKD73};w&jj7(&*j>TexHpIgr<zZ!}*CCx-K;BpS}Ae?-|U@`|MQ{
zK=6Th^$)|Sv~N!5QWsRl8|#N)MmndHy!Z|c{%Yvmqau_7?x@<8DY~MJLq=+dI?)M7
z8_>9uV8(W$Ip7vNpDHi|h~K}?%kBpX0f|F!Cz7GJTw`K=Dghr+E^?#`iT#^*S9T^4
zt;38sG(>NUcPN|C+-hh-;Y!hHe;uHr!Ov@zku`at>?5-#ygFlglp*UwCVa`_cZpm+
zdHoWJiZ5jC8G~U*k>jReqxnOKL&Xl3#+$28w0*zZ)Dv4(tu9gV@Nx-=0+`=0!HiE6
z@Y67}Y1EKN-jGs^htFeT;!sc}emAKm@!aLE_o7|YU}zk&qG=qkE`OC^$LFs@pP#St
zfZL7JT~9DaW|h!PXdt&ZBcM`+MmV_s`VtzI<lM61Y@rHED-W;@mig|_MZIB49Mf8$
zCUCB1u2NDGBO0!R0*MZgU}7UQ0NM~MsdXEv2=73CR}<TrB%Y?ziFQ;G-i;3}>YK|T
zWu@`A)B8-@=tSY0m&&9D8@(y%OspWkAqrz#)Wrz<8IxvuR!QqA!K9i2-AW3rV=4`T
zUD<sEWlO<glY^y-#n!|V!epPLCR<ZWKGX5Uz#RIqR6x9m6HvS|9TjWrf%NF-h1y6v
z?@7wJCOkZVp1L68@5Uw&{OmeepuhL)A{c=+I-Q<BVCl@(P3;EM2M4e9V_dA|x~xw;
zC~}PWtIq*-Q4m~6;jv9D*dg@b<m4JBW-15}<?}S;M~uKqQc_3X^I#>Be8BVdvszQ7
z7Y3>9)h0h&m;~J6Pt3uZX@6MDZBXFH3{pS>z))L9SxV1mR@EBj8R4X3Lz$cQRkGR3
z=YbF3&qsdkyT>M#@`_z9=q@Ut$X^*LZpOy!eo;zH7)<Pqnx8-8j~%bH8_GM%Cydw?
zZ?r(J=2cFQd)Z!?np-FccH#K5Uo5_XkZ#GVXarmkW`i?`3VBo=U~(d<F~3Ypm3KI7
z7NX7^ndI`xz$EqfF4@`C6+J(}CX@80nIiT<YGh%KMw8x@p>u8qF6yoR==YO>o(P<E
z3YUyYV_e0Eh7_X5zlz3uUcmurf-yu`1cen{th7OKPfkf-FY^|)mV80G>(B_Y+VnYW
z^IMRK52Rd==$1vRC_fJlN4#~}3deN9ij%6X${2qT*cY2{T4~Jcd1WY2!X&~H=4FI|
zh$z(m&c7qmX+d^{X@|!pJPdm`^6dBZ3(IaApn^&dOR}JkMjWv;qa4sz=?EuTJ{>gX
z*SYsBtRVUj4(FoM!S&PP7X<X(665WuuEUix)8YX{Gpa2PH6tGJ1kXuH>I|bqDOvyu
zOLlg?$uR7o0Sp6U%FuK8JLFr3%M1K4)F~JDMtZP`&r(lYuV=^K*nVM5+>#P0<%Om4
z=xfq2_yj{ysL9!1K$C5XZ?0%+@d-3Ra77S>T5q;YkeAQVi(%EeM9=GbnG?7frG$@`
zLSkmcPBLH30_h+C!f-Isya!LHD?hx}Pf{xtX;p|Z1$VWAPSXP1yhh}QIT?j?`bQ5b
z=pl`LUPQ{%>gWZOqy#A~awoQoYu34Him_06iQSIBuXr5)d41gLGjf(?8NwuFT~GoR
zW<0cZVwC!lUIp!lGP9p;n;Y_oyY+Fs<)oh*ZL&@<3{L(^0mKweroc9;LP+2|RRhpL
zV~$2vS6Qf=V{6<4k%Ue%3<I7@jxwI4D1qK6&rGecfXyNnfalI$wB)#khL4|T<Fjlb
zbY@7pNQ_65XQ*f8M{SUDZeG%govEFCVFM-&)f_P3Ct{y0Oqyq?P91CqDXuhWGA)^d
zy_8qoo$ILl$w=Vfbm-QD2gEsp$U4JRwXcto<k^dlK>NXDzS=PRTY5vKcgSdIUvqNx
zXhUUpM`K*C=Iz(*AyAK>{ZOt5wEuNI*cEN}hCk71w2VDAcJz;B166TkA{bK!Ir`wX
zdR~E5!ys94ssy<Yb*+ph-;fd$i@Dhs%&B8U9k_JoeoG(naBkMnNLfdPiZy{#?LleS
z^;l-Eqj1wA^x_TlDKrO-rS2}3Bhjz4p;T1WDUYL|zIF5DdB5JNL*yG!L#}8i=B?(}
z6LO`Qd&G`9jfp`?rX4G8n;Jo$WWkBmCr#OaL4!sx+^ys452DzcN}HR$wA<fe;ZAGR
zD<56g-jryV_6E2RnFsDsVK3EDy6-fuM7PlKH0&d<$=N8WuNiM$5#g0xC;$^I+GRQ;
zrAa56G`nmY2{}R3?37$X^Xr1^spWS}6w+Ut#=oU2{){mErEoLcn2LjUnZX~=C#Oln
zw8kD0W>uD}Uqj}U!JEPyxivAF_7?MX3m7<|Djh4nzI#Rw|LdS23IG|`hj^oo?EqR}
z(|cs8<TXZzT<bAg&X`&&!($OH#^!8l@bFm5rDpvW@pb0-$dOsW&ZgAYSe(Hcy`C7t
zejWmvUhGUBpu^=K!l3k>S7fr4zHpP`?7#N{Ah|>LX{pMnnfwUal!4RLI?|H5&~`CQ
zB#g2yCi_I-v??^O$r_~iCHwb`p{6R;!eo<nuaVmm(`H`T8RwEcHNE>nHqfmpQWKAu
z+?E+EJ^_)NCQLLjF&27%o{>RE5e^-7(hJ=To+-=bTJ^be3C;J0m3UCfTYOw#umVjE
znlvRM=q0q2DR5a7;hBr{M1efaRl00~NeN9|KTZcLA6ZN&jj7eI=+AGVRb|frl{+E_
z@Pmt~CFM~;7`o=A!RG^HnPQTK&0ww)r4nH5Q<6)T^a55L0`=|qII!=PJ)^@-*4i(3
zjR}>IKYs<+@nMtZX8L>QhTm$FE^~V*4!%AQ&sOQIrV25hjfh@L!3Ao5B29IZ{CFkN
zOZLLcSHYBUi3xYY@3qhu@31iu&8>HGB`0igepWM3wRCcIa#^KxdKM)|#M=GceBq*B
z`<IGYO`wt8dbRJEgs2zyr5&h}9rGvszriguerHTIl(d9jWgM5ggPDrKkBd;j8n)T9
z>R_AfivS4_8(Q?`nhRDrL$WlTn5EgF-RhrKVN1%j!+}$>smA6?U3n~!OFR&)1Ai%#
zmR&4333IM3Nf>a@l(ArdgJo3(Q>iLw8FzNRH_NE*$-0>nX%v@+1nQS09A&3qoh>e0
ztk7i|b4ze=z3%gbXLl(00n$*^?vCLwki))b=SqByd{Y`-r!96mklGAK@aBcD>~wL{
zEfN;7$yp+NGim|N5%qv^T>4Fdht{|o#Gi4CO$P=O=Fv?DO&QcULgK>W$rO^9g319R
zr=Hd6N>QVzp&eRJIZ6@e?qNgmfB+7%@W<%b2n2uCi4}R|Y?<u+;_LX%N;m^HUG(#A
z@*y$1n6s(~S(IKS1}{>qdiul=4hBm@afvwEK=!TR_yY#y8%pVIg;#NGB5@tWjmg7l
z^Wrk6kMqKFfmHaCW_k;g(f5Ic0*nP|vxv<tt{)GL4Gc2Yoh=Q+a&;x06T8c`xFuFE
z-I-0(p40)iGR8eRLzUE`VQ{<GDm8EJK(4spgoZ>+veiSehg&qvw0QyK6ynS>49ch2
zHq%gfh+=<0NiXhlouQqriF%CpeOlM=COx7?KN@nSt_3KI_^*9p<oIaT>V4+0#<FiU
zvUw*IHS4`C$n^VBnqp^oXX=cjj=Jss>a-JJPjnkZzL%D0jE?uSbhjRsd7UnbkU?^>
zCD9C1PSsU5GB<Ku4hB7thjI(23_Sq)4{Rz~NqUAe_+%Y=8x3Jt^f-cKuts#s2Nxd8
z_qT~=3d!MXJId}Vfz(VAEQwVqhCxgT3e7`}77F(pf0UaV?sN^d?_i@#lZ)oqA@I{_
zbmGEq6n$XS`B{&oJo@vJ)Njv&P6UlE1xD6O^DEP^teKU*6)-#HSeIt|X&$wURX_X?
zI7xwD{#SEv9Tms3b%7FGg1ZGL_~7pD?(UwD;4Xu^yF+kyhd>DK7Mu{=h6HzB=XdX0
z>$~4~*Zcde)oaakO;>eS^{I1us?XlLVmA_PVL)@d`AMx?sXAMsE>X;$FiU`cup9%8
z?Yi9-hx@$+fJ*{3Wa3XaT4@+ApjWjG97y&nynyuOD17wP6(?)1(Zg%mnZ(^-CQPED
ztw_`KTm)K**v34@e%{eh7!`D3<{00RUscOtBCwR@zQ0WWqAb|QRN(tOQ2Bi#!bipG
zR+aud<xKys-?x^kqtZ+(S3;y>{G;yVL1As^3yC6%V?^Y5r&lb((&1r!u{iG+oD=^V
z3KnEbV^%-hxS77nHk0n=xr2i+q()oUq-r>%5GUnt!@HmgjI@e}3XX;`PTkHo<C-9k
z+5`f@9!jFkL3$@9J`&ERk0d&%tiI2`iU3T~yc%Y=u_lk1TM%QH6x)2GQCO@K<wQV<
ze0h`8=UV&E5BWg?6;3qc6$EC)>M@R)RUjR1)i6}t0SaqXL)QXibqR=KR5Ycf4EUL~
zzuaJ|(M>*WG^rouA(>$$Jw#=u$9pH8SaM)cK6sVWaCd2Oyh8mwb5nj`bDbD(i$0xA
zteDo^1ML8lGG<kF8Hdv$tzq|t7Ub<pZ9Yv(X8&Np(gYnx$8P#&A%r}$0>$9^;MkzS
zAM{8P;kU46rY|{|W~$I&5Z0S&r>jOmBK`EczxT7+oz~PG-=qb+7cOjqoh1#+aaQ)K
z0<~kC>zIr*o#CLIg*Ty}HPl6XL^?bS|MvT6y%78_Ojp_f&Lh5>;#4sB=I1r>j@7M;
zKMYQT2~)Ee=JUl*#Z0jVjSeXIv3CO~If%;L;#;M}o#%17it(Kl3qIjKFpzKLCUi@Q
zTc7((Yzy$T<81UHdp(ry-u7h9DWONM(&-O4t|Z$D>X+bPl0v%3*PHlgXb26Ke`c2u
z<feT-`UTXw=8Qo~7-bOpfkSFyQ#E5)dRRvrfq)w%fIB&c^i?H~2>?l*hrS;-5^3!6
z*ChHOGFJA?(G|9CGkxiP`*&Mn-lcteZ&WOutfMpdK-<yIZ8@en_PwWesoAL2XqhEg
zL%uSaKkS2)wBks#nJOEXzG6I{MoU=TyV;lkPbD||zE6HyJF7z%s<zTk2PA)K9su0e
zBe&x+tAIckkgfba&(mCVug>qx0mt*<sEpC!Zzl4F=T7W+I%uoj>>G32`o#bWDCa6@
zib4}H91DvD!wnZ_F)(3w&ZeE>!l=Iol+g2X?XBKi6kFx`M=fYZEJIQ`M0$@QO=<T|
zo}+i}%XyF^U%ECFNLa7;&hq^Gdmn+k)1Es^xt|SkMA_6o5`Mfrq<`eK{y}tmbh~rv
zwF&X-UBB$!xa_VOU4vF1{zMu58|jE!xgl%axH0(1>rFY~aO3!rAAg}U(bGBlv6F{k
zT%QzYL_aN_#s`i?meN)0#tlzwx-Bs>_^vj82ja06_x=}+>etDjE};|8r$560?}!KV
z9l(n6vNG-O?&x@WTvfN(>E_V)@E11)aBti!Tf{Hw2mz>x9{@`VfHx@n3n25qNOo~?
zNjLGoj|TO6IwSChBRY|4g@u`K)OAHpj_6{1)1?e+Ag66)eTz&(XJ#MTm}S<%$RIj+
zc)d>NNlA-L1+5Xu3O1|vwTi;c7t7M&mZD)9+hL4dXb-bG&<M&^aWBUC9%;3%JVZN+
zJA?qG5nsiOLu)h<Al~FKcPSM!(TQ4fMm!-2xzX<KE#IBp#asyWK^`|&<t@GQHv&a9
z2>O*Yev|zrfBI2tnL92tLO?PjW74X0q#x^LE1^N%$f`nct^z-7gQ&ynD$A^Y*JMvW
z*xsrSY0bC~b-L!`!2blCK`2tTUSDp{*E=o~W!@2XQ(!&=3?l7Ua|#xt0QAfo$XXV<
z`x*RMhiA*zrEBBm=|JSw9*r}@<l#@3@#Oydu^%ii;ogNem}nHKaXqv$vTs{ibHda^
z_M2Bd2y)H!I@xgT)N#z}l4z3hra8a#%jBM5e}@kI3C)+5RK9&fIH-d5)wJXF<_r2B
z)_XhH%F1C|{=`+jTZ@&|6rF*iR|Gl6&@4@Xi{1kTL^A{T&nT#$)!u4K-azBU4V7Du
zr5K^jcR?BBe4Ce26(i3SxfzdOh#+4K^a#4x9b};JA?M)RPaCJYyf98^ON9Bj8rX7Q
z`P=+~)kVp<9|l}+!_i}Weq!?auvBA^%ln4BXw9kbIf}71BR}7%EgRK?>VJaLjQ)j5
zb6=|vQVqTDNZz{9EEMPU<t2n^^vz^q84Em{r_a!VAAyowKPjDsuvO|I?R?i%XZ?9f
zRdiW3D22IO$?f@OhfzuE9tsL1vY4uFGwA#s6eoowITzx3?Zx5g9Q&)0OH=5a7T(s_
zICiIE)V}Vi{XNa6mG3n#9UO~Oefm5UsYbV8&ww8iI%MMLWCQFNoJ={SpSxEwNlFhe
z;$G#yrQ`6U<Yz^)i9F1xd%3c7A^Dwa1~4}Z4PIhSTcCC!;d`L%#X(kE#`S$hY0^i4
zN#Bj}6|&I<YX1rTet!IKDxCibVAJp^Xu`l9*rx0WYb$jTHc1&5Y$@8u-vLu#xU>-m
z7db<0`=-a%V2va+F-o{qYcU(&$67>0$JH_A@O=_kf7aBYGt{uvWTJu--&w;dQ4e#7
zO*b%`^`;XqcxnCqA@sE5NMXf#5uZ60)dBsfeV2}*VC6>}5f0lqEmIdsC)SEdPaVDh
zelp3Bs=ccG76OtJi5!tkfScGFIX_||qsfB)A03S1>X(|3-7WbMSk}e-IQ!exn}JN5
z`PM~<`O7%V{`MZz&hPDSP^D#MR@<kiOo7ER@p&_~EWLNX!ryt9tKa?phHm1ums)ls
zYD2*g@=cm+kz<~Z#SBatg_FTr3XWWFN8}Nmac(;)TZ{YPH}Pro%ru90GPW*0|Ka}H
zfU9-x)XUzuQs0VD9COE6SJVe9g&G565qukIz_r!-!h-{qR`aLEzM5Bd&iQsu=F+#M
ze@@qk(VoP!7vT@bM0YQ)M6uP6Pzk+q{qB<#XR~e_yut+n6x^Xiid_sl45`C$oH*8L
zDkW>RD63#4YWUf^kRKx!!;y`?BmwrVum*iLw;Iv>D;v?Zx(kJle@KEagu@7Wd{YGh
z7k9hiu?6rV`F5f=1EeZwglf}7zlusC(6yf_zv5WSyYLThun>aW=-aR>zHqD0pr_Tf
z_waV;pDAX3y?h+soNXlNZy=pxzf-7ief(}^$F`a*x2wtqHZ;P0?K1wt^ZNnciSV|K
ztZ);ld==^J%W8p*xx&|{H^kT<CL;Re=rtCm_tM0Fh;2SS?_c?fr=qGw77vNx^e>mh
z^Ul*|XACBBG=!`p#Y#!#1T!}Yi;R7g`WB0AGjmIeEg`c6^A{KbFg`(gA0d<3Jo!s7
zZu{x}0H?$@M&hrc*{b^h=FrIb%K0d)<YamgnYY1TH{ulTu7+k4@bjqsDSqP43!`i~
zWVkI*TQ<^(W(1VD67%C$D;SBaC`gB~a=($S`e6xMRYjyEcIKL1hlW%UtyXRAwj1`m
zgp5xUn=`1=t+0$ASHsGNvY=y=LdyDBP);~0p2ft%L`Fpr@M22R(OJkD*TBQJS!6G5
zyZM=5{zD_<xTCq}>T#++I#uxk^4b(x9l@_t+Of;>w549=3yMR>0e!~F%ocaiz3=q^
zL=5QG7J!uT*z`KE6PnQjBX6rx41(m}7-US`)5zG4^m&O94Sz(S)xzF+`f|4?CaqyN
zq_JK@33pj{RpfpXmnP}>r2C_H!#~yP0C|YkrER$5(^8D7KE!2>Wc;!8tLE8{fe&`7
z!<`Gcfuy^~g`_*mPYKb<f}Wk`DVHp=$Q-|%Y!10%YT4Ec714s^nQ%6Fk-w9s5NUjl
za@GpgW&d2K;}@5-7N<OjPk8zCIUoR@P;%;{!6Fs+D@9J|#KZ&?ujlWd7klFt|1U4p
z>F!O(|Hi&uxsn{7ZgXL6YvD<~L!&7JU+0NKV^Z7+^4WuZNY9}|@1zjYT!*-1rw|_m
zv&IGs%N;lQW==>(G-m>pZ2i7f`8HWmaaavd4AHW2Q+$al-a(uK@qpRlg}FLgrlS^{
zeYu$HEc*wu^$m1gTi|vZd*#%jYFk%!7$@$KIa&u|YFO<={kXU|xnAe|_{<mu4Bgvv
zYy`-@FkCMViD8PNNnxSt?xyftMZH<{%+=b%c4tKok3wK$eawuUInlZ$pXzm{vU7zl
z#wN%un2ij3T)9Kk?zw*Z%f;OCxl*f2zh<dvT9^?fKj6j7Vge{oHV^+lI5=ndvL{g+
zU@h&Ncmw1I6oqH~=NQQdFy$3A@)osak`JkT9u}^Etk{#egv83s)ldA(uyU7zHNNE|
zl2du4Q&MJBaXPLTG0v4%|CKvqX#!8AiNToA;N4XQLV8?Uz1F62o%xH!=j%GP5pbLA
z;)8@)Fg7c>_#~}%MkMZ#TtT1eyKa%!t}wbHk{!BqvxAkXrnCBpP)h3AkY~+g+kt#F
z);LOfdD}c4;R1RwT4Qn#1xVUqYU*&(YLonOJ#F|)j127vy?OGB+TOT1=LM6+e<$A>
zUH&)u7L&8n|7PEEZ0&$UcU5+oG6{5srq*i8T)-3)ju_TLy!Iib4MWNW7l8x%LTtr+
z$8DbS>_4EutP9N~=7PPL7TkFF^`xpoE%_6_u#q4}1gRE^szcAaNf;YmGPGe#nmFpq
z!Bb~Dv3wg&e5}Fgli-wV;coLUsQ)@R_;nCDIkP)-lL!;k>1^%BEa|<dMj-mFp7aKk
zVmc%H$*~_%JVPWPu3wDu3MB3H!{k26c=h8-8(BxDA%19CO8VH_7)A28mU~kTjtEC_
zBU`sQv)_CGsxaV@QrLNSq^51tKIZ-cz`uP5`Lj*kG+GSDWq<6nW8;Vr`oH+MT4#<b
zRN)!9`FTsiy@~C4f$9wQFkhCpOuu*suArkZ@ME`CL-5#RA_B>n=+sFgDhhTxLNKYs
z&rRRwOESj_D>4u`1It95<(e58F}|{BIPBt#SOjT&c7Dqkey~Y_=T9Q7pIVXIU(%mX
zp`NWk29FGt%<F<3`q+%V!;Y+?(N{UKPI!_R>SD>@%yG*CEWh2j@p=k-+#}ApzyWzI
zR3Z(FFXmokgvllkCuBOkn!>0p6%Uwp<(%x9@XoIBi>)3!fuG}c<BWljx%ITqa}Iz#
z(fxl1pSk<&48@u}AM4chy*yxVOt%4iW=37^X8=t3FT7VvSw>|sXiD6*cDArU_tt?N
z{`%>(0N(DGD$h=NK5q&mM}#w<iht3pum3D70zF|ujtpl$??R-Zm#uKV%z_Hdac|nN
zFSs02dZv#EflfN<bdiP?9*H={^aE~4r0)f>u)>n+$f4p3)9uIWw6sqjRL6Eh2gAI~
zbj#1iL^5=#5oo`}1x4<edCF@xI%b_V2kOfuza%b4o*zVaFy~03ka)xL*%RE>h*C-A
zOc9&Q&!uRr+H9&pmgTntL!TIr_l$S(m?A%~>Qe;I@adbl-JooDOic^D^m2H$pLZAY
z+d(a0qG6YiA#P{Ac*iN~n_{TCFR${dv%*OQql5%Bnc8M53dg-WgnPyY{fy-+$wbat
zwhbEfK;Xw!d<G*<U!KW<BLbKmVF^|IigA7n4;4f}m{2hz^y$FvZ#9Q8U}Bt}oM?2A
zx2K0bJVp1-jYU6CFl%Y(`XJ{T8lyY1oD$<}%2Q<e!w`xndgc9ko!bg2&q3jPQ%`!5
z60c9YfMb-}l8Ck5QuJy2#J*_%W<ab;<vP|M(@Z*hEQr8XsUw^X@{TWDym+iiCiHiU
zO2duz-7Yp7;I(JEQdsX@qoQy2&3LP%i};it|K#(k=OONGSHA3FMUV#x9iV9Na`J?-
z@FSbS4(Gr|X$$@k1O;uq`n<0G`SjTl$|C7toKsA{<2ToFW}irdbGJz&Zu$!-XIaFT
zz9%T{(mv6oy<=~xT<+;tBL4Axa@ktCXVkAbJqUwbgltI#Vp%yk!!XT{o`YD6Dp`Y$
zr$uGLJmcNi@{^S!0_p@kVeR&`A=HOZEy9JYxZdA65pj9*t}XGZeApqzUoGzvnpvAP
zm3h1`A-Q1nQFZ}>o1MMkz^{AT9rBWzhxr74AWc^OzHW_~^g%N$sMTcuvFc9D^_PJ6
zqnMqC2JIQ}(Y(LgARl>skfi6D^qWp$1L>TES8jWIA--5(l1GZy*PAJ!_PFDz%RU!K
z%ez*qdkPU&4qg~u<8PMMO6KpZ%T2rM<LFhkD+Vodyi$;Gx^NlF-EDZfQk_32F=rc<
zr7;ZSqK7~!Plzfep=v}rxWf>bL#OsfEN39@m>R%`Fps8L%IVDc<!!ypmUT@ZK^|wm
z^>()P<*P?(-yZdr)lEDf-ah8KtfIz_jGeL19-&D+1nV>uoba?O1V5zXf9IAjlMA+i
z6M^)I7kkZgGP;zlEr0ykHDh1!O1PI2hn7l)<6RRxU0mNAMa`j*i&gkx2LWX4nq2f|
zhbXS>D=u;|zr>qk(g;@gkTcwg=uYBLrY0=^Wt*_zhpxKj5OO(&RO?Y(I@KR&C_7$a
zyV`H$Fgk+BflY4vKuQU&_nbGrM#Y<h{`g8QYueVl%5Sht7#q{5Yve71(GRa1<Su4)
z=ZSp<zS$}?iOi6CY!BsDO&*NFg?s1CN2}^hR>mtnvhGkyO?B0)?2Z7zLq-FEl@q#^
zbL~iYaD=4BT*dE3Eb5Z?tpm0nvHJ7>_@~}Q#hp<uQC)9A@3>l!peFtt$k1+tSY~>V
zEWE)m%T3n3!DYm|S~NS5imXVW7&Rt#7$rET4<7R1%EAOsCbFv`TdD-%B7nVjzVTf8
z-^o98Jr|BcNZT`2D6y6f{FZ&6E7<cLc%Bmx>Bcs=du6bk4K!hXL<b>;#gK*Y`m-LK
z8n+boHz`|YEwsDtF48T0HQ>sQc%resT00HbE<Ik)<-aA_5apx^O((jhwhZxT?3hKl
zThQe`ZE75#-xRHXji+-}PNC|_ed&KHPyIa8M?p)0rL(TXd+XY<8AJq68S`eKo}93u
zAQNAUa4R6}cgTh=A|5IdmSH<DgALL&SPExk02#JsyCCSepyOaCE(hnMIK!Qplc4-2
z^CMCtd%mS_bNZrj22WSD#>Z~y6n1kp0qF|PJ0CW4HXF2}IML<HrO05t^B=7jani3J
zSRv}Kt&SR5AE2Mv9}ar6d_tJ<kBhZgR&K%_mFuye8ceN3v_~f*!d}=DCu2{iju~UD
zV>hLxeD>;J6A-_MZg{fgK)d-*#oxaXPJEO}xTQ_4=>u0J4F`Mm(+n$IAW=H+2zrQM
zs!<fr7f#)&bdemENkk4-ha?oS@+zu(;k~6xV1hgDF9~hvo(k~JS5JeJ!;tH@z(*FJ
zG1Z|sBBIO)ywnz<p>*FnXgwwCpw8C~SGi9&@~L@^tav51k`zFxye!Vcg!AcAte!T!
z#i^k^NWbmxkGTvV<?`UnItZ<YJ91pMn@c$J-6D_)Z5yA-Fr{5dL9C@ZF2&0{Mb57W
z4~(F$tbdVNiLo+_&oW6(eG7A5+A=R2<ULz<lh5k!vitIJ{pThpWw`_SfHy5A=vX@B
z;oLHnwl2nIEXffxC7)o5RmsX*lrK<7CZWp&I%b$bhaE+I9MPvrv3&yP$?$rXl4m9j
z$Sx<&>rq`E$v<J))p0uIa(-!Vl<ijMG`1|3Dt{9y>{X*HDbov%j8q|=sCO7ssd2Kt
zY<yF+MeSr*&Sjr6Sqxd(S6<0MoJPFzwH8jw>oIY<=L1VZeiN=N?2=$HEqIphf_O15
zk(%lf+v<2+q@Qf4MQU7xP$&h6h=EHllQdpX3g;II8;*$5L&8e>;@n-%f|k5+2?<rZ
zN7<8Vp-RO@l%^5M6*_tWV=&R6yW_&Df$1r_%X%L!h|9w+$1au-wCjZ1<fRWpNSV&O
zrv6B<TxvcyIC{^bfP1iWRtgktj0rt{b>n()hR=Uls#-36+cEQaD`q*k9k~yiz0YwC
zteGk1->*p;nqsk^3R-;YE9jue$_l;h+&RMPL)?KF_GNh-BeC<8u0{M5I5Pf<iZGcw
z5;p`BQC~}+hwqji^I6F{JlI@2DTMNTNAuJ6ulj5htwu2%9r8re5}5wOAl9RoZdOh2
zhAQ$*Y8UZ@oQhROg<+)Ee#d+RW{GX`#EuG%a>oO|+^slVMCA9LHXdtE5I_4939=q`
z2#xsbC%-0P46fcGBJ!Pm*=xr30LIK06eYWQtoVm~Wl0WFT4aWu?#7^ETgRKaOy%^~
z+d?N*45X>plYrotu5&3L_vHg?nNR^T_?6jl82gZ)SVfmb+YzcIk$SSU?D@SXUqq94
znL4cp<LqrCsC{tzzs|94+kxZYN{FF}EG+4S5_lx!bb_ceWTa0Hf=hSWLEop1-!oIC
z#S+yJghCHo3b(^yKIU&|bBL`!SEl_+Jvq<?^#{FrZ}VWPnYZqWCe26eP7tsdwsAD2
z^h*?B9l%-0`+Rd^BC^g_zk0yyZaL-U8}rz4n06U@wCe_8nvpdYvq4i<JGcT%ajFk4
zZ$^o!l5_U%rgNDgAz`&}8!ghImb2tV@DWLf@Zeok<q@>qD|xn$<em+T=L>{1mm`A+
z?n@X>eKtY^k6|Kl7v^*r3shieC&ig)@3L%ruI|Gyb{i8ytJ`$%?`JL(meuJZikvbJ
z(*dF7hPLG_wj&eAp0YVsS~}L>6!W>Kmcr-wPj?)%Mj{hJF{h<8--L1;abVos2V0%?
zi6oHLc#sb~d?)^Wv?r*Q6=Riitvh3x1dCGGts(fi(u@?P^G`m5I_VelAX9hNGL(=_
z2?khnH{2XLR;?e%F}rPjmpz`}Y}RQM27<`5U#)C9G<1|d#&HfrGlfLh4k=Q58<V;%
zG+FvZV?TMZU&{MAra=a#I9|NxHd>FtQpy!GUWs}dRAt+JDurLwChV>8B-J@5DDZNQ
z+jjWU4;f4)nOM577#fTJKv7n!JayAyVkXOT9Kn{p<Z(6@EQKI{=pXnkMUk48UnN12
zf-#^?UhyY~O2mo9_seTY0mXX^OZgJb+1lZ-t=_7w5KsVHe<!uVW~Z=x8FeUj8RHp|
zQHNHXYIU)9*=4iUEx)%!;%_vohl?ULERCHcX=Hi^(~5|>f{#wS;*&uPLEUuWXt)|i
z6$^AyUGoZSL~M*~k$fNGe&_U!EgXja%qK!iJBX<V{Zz1&v4E1)?IXaWmK#8YrRP(K
zNO<i&S7zdMo=wYNDs;q<cAG(hbrA<e4Ru7X2F%^&Z?=2Vo~OXb6n@2c4A3Vp0{P9p
z<g;CM7`fWe$1E*%C{oY$Nc5M}KtYi({?!Q3lVONeAW~xPaO*9I8elU~^@NnvEJ}u+
z39{^WkEs`nF&acIs=IQQ!YE-)MhnScA-xl*<B~IWU-11lQ4un<7J7O}0~2iZl}1d&
zZ)P;QQ9y&0PXUp(;!4u>Tfj>KAtjfftUA(>a)XCV6E6$32<R9NObvGc-{e1*aw>V4
z*-b9b8XG4XRB|_}aw&O*Z<3{TPk;LS-cm;G!Zy&=X(^L@`RDftYrA^e3H&V3HYxH{
zV@A{^bcLGxvy8D$Y#WuWm`*}3mDDBHRw9$<Q};F>hX9e5WXRhSoQQg3GxZ(i<@Z>q
zmL;OWFPFVliDCfs|J~3@J97s9BHo0_gzbUcR=^x~;m^X_ZcCzIXvTdTkx|T9A(J`u
z(hlGJE^q|h&QJtubas)saH9_{CVrTNwD!K{z#N?TtA7pZaPCL<jFA`i!D=TeN3piH
z?cyT4$d#Dk$A|>dSW*l#qhGM#smqPrUx^^W++UIPKLg1S^)D=_K=Ss2AXt1B>)ejt
z-nKD>h{$+@5+k9?K>-hPX%XB`%+EQkNkN+-$>k85%m}*q^v_IORW+lPDDWiK=?~C+
zDgoJ!_o2BqCR?kj#u^-hZ||nN{{+H4=k7w9<5njnci6WQ6>}ihU6H4@&(N4l#QY!z
zB4`-1oPHRb#sX~o%7s7{WO=JGmBX1CLQ*Q{1L<#59IbMQ?}U@F6_LbQTq~b`4eL>^
zHn+^SWYr6Yzc1@-T;^&zy^l%0%xSUZhJz7S@Pr6Hmupr&cFTYa4D{?5$Pg`-m|(cs
z%Pt+1k}7yGo5|N?&aB_aL=7=k7iYe+lqt&<@2prg3Pe1?IC%XT_!^_4CIG5bhoMg4
zGTBVZe_`7avF2Ct4l3X=5wFJ(j4?cP1&EHOFlPID+8WWL=iIAja*fqzNTuZ@S5S81
zijq)ly2PWVLRS;>L8*~%gCdz=rAsAH;gko!(q}V0JD<KB-o!=_)skaHGD1K(K8-~t
z2<4c7pDG^tq)I7dKXjL<0rOE!6>jf+>Q3wKz|fza1MFDJpWR<?erM)b5`{y9Q2Ts^
zl_X#HH}@NvrFg9~EwebCG4aN(eWY_NLLA;CukfieYztD!9OpauEO3+gd_-BN(nx{J
zEymTIiKnN>q3`@`)0!U94TZme3Rpv;ZfC3|>zN)Cs8agznW-FcPYUimJ~wjV(AJ3p
zXC&P#U+{0wT}5Novcj(l)8o_e*t4W2d8C3rt7?m;ZBxxwR69!qWJ99%p<SLWlqE9^
zS%=5DmyKPA$20aM{N$)2k8z=+N2dKtlYWQ^z_%<&QA}&uibV;_gByDi1MmVL0QU!q
zdW(R1Ahl@Qr-ri|h?b0!mD3TnbDp2BE=Ny#kon^Bh1Z!j{aqL|h_UXJjH+llz)LyP
zT?)ECBB6nEPk98rT{=hP2WjlD$BA6OpZI9chcg6-7Ad&jTE3RM+I~7M@4&hH!c0dQ
zXZ<j6&eT{uFZ<>avHwbg1vF-X&r2sF1@W96e6prUC8rfT!tPP8luX7DCw#et>A(6^
zXx~QYgLXznQzY^@?#$0wt{X%ViieIm>9CI=lL^N`qi-<LZ7a#AdUP7nTTLV4fMzc0
z?~e~{qen9uctC3@Ry<8pBnlgT4JWB9LY?-3ky~kVJo;i8?qIaD^vRXd)t`e8nVPcy
z2wRA~5NlHGl@EDBG>9YkM*ye1WZTo8VStV%`Qb^WZ%@5vG&|*WT;#xaoF-EmteQ(%
z6`JPZ0nag{a1ZJ4v(@CsI;@wq{ROJ9p*q|Lgl1x5)G>53o;*=FN@Ao?m`m6Y^&*^H
ze65{>p4mcv(G+=E<<=?M(U&L=@O<BSVp6E4I-*P5;7BG34lm68WW2hh>rQK05i<iR
zNTb$B()O@~N@^wvj4VM_9g@Qnf7-zM=C#4BSDkQHm4AUKW5=VcF~=qaj&JP%Esg$C
znnFNdMKr`ML;zZl9W=HI9!tzG{<hoAR}0-jIvfz7Oq-G*FPrMf{vPEb)FQKTgQz_4
z+jK0(>_O{f*KXYxw~--qv7`?*)znRvG`e!L>!(iw>J@Colmv7LMBi+{7cM3<%0<$l
zNu3Hb&Up`XdNO?TI_xPd7qo$$fJtGy8ZR&xXLzZ-JD-ooawU@kg~*5C$VwiePsvq;
zXwKcwHNhhVnWE1AS!czpxtC|eOjMTBzRNVSTbA7{8NC>+{$4WyPPL?2_9BRMe*SXR
zBsX}9XFjJ+LfR5O>UnV~pvf8WRvY7N3U}0te{y+qG_yD1Y@!W%WmW-&b|KhqP>+(A
z0L32VI8-9FDX!enj^g$W&O?Qw<dH_cY(<FWFnH7&3#_4P`oVd3g@W=Sxo)Bl_QwrO
ze^?1~-i<Dj_8UGulO;`r_v15yDhi1q@+C1kba|Luz!RzaNG&Nmlk5w;4~+y~%2D(k
zz)Z;|H4?Xkj$tO00L*7<K9**t3<&O=FBo>bgIS!xW;2a7?OG-O*qyydouQ1MF62-o
zt#(r=$nNKI6Mp33L!Z9sSuENU12O_}UB=EA{+<z#qrhdfE`|W(M};3|VO23rl1<nH
z$o=B6r4upbCUBhW<=+`16miVN&~#N*_q(mS=IB)|Wll&V>RCQj27ioI&A`L)9?ckB
z_u6HcVd_fwIdSw+h*O$@J{80M@Rkl?2|f3fS61@%xDM}*us3S@gTAnVK)lpS#`K+Y
z^LrsG<dPn%m}s`}QQiI=+mF|&eB4;v`2m>N0q>;bP)et>&x1a_Yuhy`TIX&ozDAVP
zC2RLmJ7}WWIKhXbdB5M>8Bf7U=21+>mVflHT#bTU5hg53t{dL{8Xqj#d{KulO?oAA
znEhH1sh31{19v^7@05hPoygv*P$o^^9q!npH-@8Bv#I=!xOLAae~(73<(1C1Uld0d
z+ENBYRgMX^`#KhlrBV8W5kLoFBIDFTN7Bt-7iMCT3Ug^M8oWu*LC+&3FLHRXPHeNe
z(L(jFOon5ecMr3GZYV&e6)(=dpW;w2mVy=&L2gbx;=)t9bbFTy7mrT7Cz1Y@Kyw=G
zjw1{CWA~d9{Ozwb`vESdbT|_PvYF<=r3>Kzr#x#3L^P54+geM8tHf&GOMl(_wb1KN
z`7p8dTKMi@05gfhIlB;E3R+kpYHTVoE;hQ9&wW{D+jGjWZ_WJ+h17e$Ra;p$p<SNV
z@WoI2-HD@2nfExGbc>BEvr(wX_ON<qXn_^Qmqj^e6r+t^y|#IE3N*FQ8;0fi_>=yw
zLlY5b`C)Jt!(FduJ6q4dW6z-Ws=Kjtv*pV?6KW@%_@2N78XHX$C+IuFPt#GR>+a}4
z^OnBc`4U@QSyYsAvmjgDpIXR#et8@R!M7y1U!@S-O2maUf^*t`y+rn$o9+ii)VI#Y
zXOHAq0H+VahT}(ewL#EFb_EZt%h+_s*d9;Fwm3m+CQrR?N=a6|p2%M`7QdOU2*eb6
z&&L5bo&w*a5t1jbD~u5n0lkucuk&Om#$>xhnP^KnOKn~Escb@E3l_Z_x7*87#s&(R
zOPo~;R-;vhli4*-hO9!=jE?p4b2<;5w0!Err}kAIC~Mf^*8>E}=Hqj1;$wzi+yVnt
z)DHGpjpd7!(jmymMq8i0_;lJStuX1<=MgGE9FY(3LUlhCw?W<}3iN8WVM~5td6x&7
z<t*S1M0Ci_u{E@0!9J#A&A`W11UHi9ry=QL;Oq^)3M)%8u8CM2&k&I6GyIHBGH2Cg
z!kWMZA>iqhKI;!shd8<~%2qd06Hi9WEXQFKHZdDGIfrNSf1py{E)1AOh`pc~id*8x
zFhfn&?OY_K$JR9E1!bKH)6jea7ch~Xdf%?rz1nI1elOw80Y{i;XcnzB>a5KuRJx#Q
z&5J>e9Fo*48Cl(N|6S^^dAESKMq{wsfKr*z+u~u<UlopgAZy4oPI9!{7LuH7EbUtD
zQ@^?a&ykzlwM9`>_4;fR4Htl!Xfmp0Ew9JyZD?CD8ru8YvI!qk|B*_HpfSs*YYO-2
z>`)_0HYI#hH1iX~L<kXubnFuQfG+K%swp`rOW^Sh6C!Q@(eNh3`-yo=T|R_Hhti5@
z%7y)eEk90p<8$FswdAw-n9wmo%FX!b3UyX+<6FrnnqFGHqqiIB#3;12%f=ffcp1nM
zhz_ZPbD)lZp}UG%RaMyz7cx)6*#;H($`uRM?40|TY)RL}8<A*NIV(ye79OIJ5AbOj
zY&RJqoic9Zvf8P$@zBrFlA#{_?mOmubHB<$sKnp-8=afZP5**wL6X#+_l%GK^s3W(
zS#+O=t<I3Cx^uvy*;ZVzbZ>ipB6)=n;MeuO_0xn6F&n44wXY)QR7*8pi*(jrcZ9QP
zvWT9rxW6T5nq>bvEq<H6ZC5$sb>}8kU*3xcp(fH7X@{i2q?$bFYZd`I9PowExd7qp
zAD2SA?@)?S5F7vN(WW}-imBJBA^kNmy@w+uIVPCtI@18<9#`x#X(A2oWJlz%m{zW6
zT2{u%0BznN^?D~UlOiBKumGci{fZ=yLx{8Qv*lqeA9MQ^Y?{UQSezbdyMoUneL`KC
zqHB%U&7nQttei;4%0Mc=-A%`#Mj<gk9I7TfU6Fm?1QW`G4Nw#@s)o>FQ3~+uX~F~l
zwRX1;3liFAJPhSik4{42`b&xr%3hs*?O3^z6T~#H)6MueC%+T3kO`6|msJZkk5a6S
zKt7kBj)_5}OeIhACqIm3|K9xY*VPHh?@M)j+7_bM+V@q_dPFoA+nRp4e-a_h81W<o
z7PqKrU`jt@m#s#m*rH|A{~FU2%Z~KL?Lv%yT8$u80{-=TB@oq!!9G@~iGapJFVB%G
zETQpW(^FAIUimPYp9V})3{7a+MXxxeU-UK$RH^PzV(KC%qL0~__LT$d)&39$?V`PL
ziwjdP_6}4$Zn<!RZ7k+Ok<<-748`dwNQf+-*`oh4hU%-n*BjK%{yQK*TJrL|J3Z#w
zO8j0<PmgcL`Ca%PK0BqssCuPgh<^U=yI3rWGUMnB_GxfvmFl4rvZ=UG25TgZ!5P<L
z1Z>62RzKL3_S2t|gK#tmy3T4h(sgwXf;NG}CwzJYe(!8W{$?=WwSQevKDFb-1L7cf
zR!YoL#(`Keq$R9El#)UhwHpNmO!)nG)il=Z`q~ROB|Z@vY;n<7Renx>5K&7b(LLo`
zsSvdjTjI5C*K(b(+i$%yo@&@Y8`u%`OP|W*c)irPJQZbAiBD^t>!1)5AFk0OZEq$`
zTBvG7`ReJv@UwHuVR}c)hD(#s;7t%xWR3U}V5>=8(s^Db2<wkIfP0{+u5`vlLs~-o
z*F%VLE`ByV{gzpT;6RlSJf@drIr)la(<c|{T{hQRx-19y!!>x~@CH?cc&q9i?KROe
ziN6!V!OF%&^j>XxI^dBtZ0Py)@tm{U;|~<@kS_V>vdH&O?$ht^MF=|79-+w7v+MBf
zQ@G|x=`XyP>gAPS2XWxVk=2#vz*w&*0Bu%tAyGnVHw;z~wXrz>UcNT@-d`*&EdfNl
zq<qenbFq&P4*=J5r|oQ!O2ETBkOWA;ku3x0J=vSNTpiAix>-oS!Cb-tyS*{LLu5j<
zkDf>j7<spWok2=KbZIUfgvlPwP9qhYOWz04cjXyETj{|YO!U~{DSw!F08->G_p_a7
zi)6_Bt^ffuM|*qywvR?KGQ-qFj3s|lSpKTD0sOaOK0c2;02MHxGUjs-7Z>O5<|g!K
z5W9~}x5Iglx|3}l<IQ$3p@R95HWu)R42V?O-@*mj6>K-X7JKqHk1S`Z7h4n!O+}O<
zYZME*kLaqzjyjn$+Yqdi_c^Kz2quCI+^=f8Ao|^&e>kQEsY<9Rtv3M$vy~>Bzm)iq
z+`>S@2EgAf^7Q)~Kx2zN3s9K@(qSFn!qEi|++AI(jk;Rf+B`;+Xf#g4M%Nz$gi9Xt
z$t&K!3U*_24G@9lSeX!y!%o+>T)C~EPhN4esCZKwIEF6i#ugE;^>+H^{N}9sk|ZQ@
zqoaSJvg|C+`U(dCwA*oUXfh&_)FHM`P9{y(O0>y#j*dC1J3uPdUyZsrxX8mL1E-A!
zi*OHb8yg!3hm&95qsx|Kq3nHcEYJN{MeUopWtmpSsQQ?59z_-*h*0w?ki&pc(r0N%
z?kmYubfX>)Qxg83soE#-bTPrBmfT6E!%T{!YV5AQlT)4gah5|Zn@6o~132R0;emFw
zy{G3HNR7Hi%jI{oKbkAqjL*%@t<tVB-v{*GO4TdmJS^aWWeWJvUb3nNjYS9?RC?Na
z*DL)kWNXj=maHbqwBAzJ^7Ji2mJ|V-IcEFkCOTc}7)Bw*FeMmcNai&aK&7xSH)jrU
z{P2OMXm)lsl3SS?Yt)iGeVkO-_wJ}H-yhJ41K7KT>#TtOs;Epy;WE~CUyK3P`d2_~
zxxpg&aOf>;g&Ne?7^>UNfKS{>RlV4J!9})etO?{=gjkbO2bghv`o4i><omy56s%-W
zgj7@xt;^!-IU0=pot<OD!^53=u9tj;x0aVZ0fKO!M*#tW@USp|srKA)z5TPT?O_+7
zU8cmdu`oOP`T6>XN)a&!as&nxtIKG<=kl7eaaY;MGGP%NmAw*P6=tc)XON=~ES2@J
zj1ncMYLAN2wXh9VG#>MqbyH7I4<Nc{+~@y14(js-xcf0@H+y{2nGIUKuk9)IJ6(@}
z97C55L%{MCKs}mgEGoFbc~psaRs1JcWS?etN{U2Vho?fM2nZ3=j7f)d&6RQk%)KEt
z532H++v)1|QL&*I<7v!~fK+0td`a*9q*E^-`XJft|NJ1@1SIht0s@62)=kNWVF=TK
zNY@w?Pz6JDuFnECRG$}bsbWX^gNnltpG6a{{Ko?@XA6&CH)%Q(D>$4s1u2P$i1h1C
zgW6m?Ju@Qqr}IS$hm4GjhU3Wq*|=n{F+dRS5m4R(DoKP#90IzA-CkFKEFjQnKR-Y0
z<Ds`-texATpfC!4&%%VppMzYt&iO$0;yn$y{#yBZ&d>N<zuSpC4N-knP<@?f4H6<&
zS67opcSn=oPv(}X<fo~(wzMdf{{d2FxPhzT=C*!E`tF@^t0N)iUro5b$`7WS_YD@q
z`uh55AQR!jj}xNg;!vWK8h5+B11o2tO=}9MBuafmeBZ>3o)FyrumKy_p|6ntN|%Ti
z(6_%rcR&(`mzS*dCSclt<VVsdHD-x=1q=e3=G@)Qnv;{Q?Q)Aly2s~|1>i27x9^})
zt^yp_z!ly?u62+`4lV&g=H*7K=#)lB9&28%87U~Ja*V~xw#`;YpR^I9@0>0(s8FFq
zFCV!&-77qI6J>yW+I0Dn)(>m6CBA^xULKGY<s_62f&5M4^GP&}974fo@x7Xr>APvE
zb8~b1u-Wb9>kH&;lZkx(H3+z>h(jQyWDQWkfI%1h4ai>t*4oh57ciYCw6U?VN#t14
zr3O8fmh~~f>noN66qM>(_w&u#U)E?qMU#k_*s1%^P+h?D382xJ?s5odR+{v9x7_oY
z6tQ8F@_sV?mkfhmv+XP}819gDI~E$3pI?KV0O3o3#oNxo!6lAGzqx#X5x@9odMhie
zt-yRv#DsVg2@?>sEhpj-3n~BmErRQx51^n>Is&j}DADR5#5Yh-gGB$a^EM4AQ{`gS
zg$LAd%h>_TgbLJ!`Hu#29LnACG5#sy`7gh}(_8r4ZeS(!ziR#KkYJ*}Emij4>n%c{
zDaC=t|G-ni0*2@Sm<JS8!@qa_Ij`vTh*|wxpj1`sKYmoD0xGC-@tXLdQv8>?mH9bv
zK!Ya#90pa1B8dnf_Lf9LfQHOb|FxspCyxXawtf;;J7XdLrwyn7ata~j#rWaMEf}C?
zLDYXVP#_I7THyW92b3oMe+=C}-PVi;m%F3?x6%3cIP|jvtyaQY{Ow?%U0GApB@oT@
zdVRfs7*eW~4G3<q9}NLS<t_Dm-dDDv2g>EdTCl*C26q0M<k{-J-_MRb1Vm)~E=J#H
zXJrAV`(t*NEpiA@O$FS5ir}9?r?=X*hI*qN*vHatm=lI)!oc}5xc^eze~-o&xt!oo
zm!~w}2l(Cdg?w(l<D2Bz?f_98P;tDuxna?3v@AN%UPi_IysdzED|H$I+{yxfU{1xx
z#*&hf0xF+>+}{a#yG~{SG|in24WGqh0ohD4VIVjM2M3G8GJ2IvD^X*mdK4d%a{&^|
z*Ao9Hnt^9kSBCyGdW}uzs`6B#{k=!m-$q6dF<Y9OGXx9_3?glToV}u0AQ1R?duvzg
z{#B%GZEf9j9%mkoBdyw9M{+AZ{(FN|onYBBl~X@r{XG^48t=Sz6Z7)&c825YjJj@0
zvp*i6o>u=3rCo?+0DJwlh@urB0swA9yUtiiQX!pXqsPaCCEdZvDF6_$soZEe`e)4b
ztxQe7GIe-a2&Af8-<6~=d``rQ{ZVH^X8SZFfxZFIrLQ=)CgEoRS3mL=RTD7#6sxUX
zzbe$fjQaof*6i7+=;+w9PxqHFW$7P%4`%?+j0UIN0SFN^t~i>Qm>jvhUx=;zJI6$8
z<~BE{;Lpy^K79BvYIy;;UF)X#G8F~-wbfN<p!U<lNu3CQa0sGz2m0?|XZP1|{zv`i
znVFeS2e}@9Q|8Ad*e~;hd;nNYf+B4sU8+3bObU{Q0C^5RuZvwE-t|NuT;2oJ_l_%#
zQu2Ba>x~;3Y7^~fKqoSg;{`89I^9mxD;5B^_$37d=+6SL63%N5<~BBZye_RlQ;f5B
z{~ultfFjiGhRT!W>ahZ5{!mn0yn|wLH_+{Mi3c+F1+u(ff&9ZOG*S_N!QZ2Rr{j42
zh2PhH*1EPomHSu$u<BO<iFu(Y_zWU#SF@QgX}Z8%#Blg$X8$jb@gLLo|Cc-auQ06h
WP#sXoS^9wCLCHxeOV)~;g8v`(kkj`7

literal 0
HcmV?d00001

diff --git a/python/demo/documented/biharmonic/biharmonic_u.png b/python/demo/documented/biharmonic/biharmonic_u.png
new file mode 100644
index 0000000000000000000000000000000000000000..f2e7fdc45a3856d7c2de380ef0f6624601c6bebb
GIT binary patch
literal 35721
zcmXt92RzjO|Nq={&f)CM8QD8Z=2<xzotah6OehpGlCyUxQWQtXNXQ7;I~2(#dt_6g
zvi_&<@Bg^F$35<IkH_cze!tf9`5K=XyrB*?k{t;E0JSbo%NPK_AOHZ#A;9D-ij()N
z$X}p)#yT3n+s~Y<<R5T*JsmCJ^z21yc>RQYh0+sec@F@n7|uQ*ApHd^`67k4u7Nhi
z1PaEepisCOMg9*1=xV8(`b}&!SXShAC7<&(Y(EHk?!R3^ZHCP*Lkl26p_E%2w{u6@
zaQPG;9S3cPUS&GUe$=Nue?iLOLVicS{Dpb_Qu~V;_V33&RdKYN`?T$$GXmSwv@gWu
zAw6}h=8Nn74>BIM_Is%r(uG8Iy%s;&8TPE5tK_4c4qyrXWAb48^~Ydw?yOdl1F`Eh
z@56)hb9dW1B75&TU>@V>1ws(U4aYkyzgzluyVUODc05r#JAQu`4pcdAG{p5*<({;K
zwt>N+nFnI@-LJwAxaS&levd2t{-QRo<1zOkc!4lG$2vQ=>+O7ck!QAYzGk*;hy0mE
z(;-Hz0UUq}J>Z#ZaH~JS$)f7-C-5{yGzC(f{<z8oSLTE$D`)0xoYwCA`A`!S(o5Zy
z_u`nAE(#`-Qhzn{yI&G?lycj4p+ScYg`}_li4HzxJ~@#%ic|9v_-~i*7L-cE)9x&M
zhTXB9?aa<RX5r+kj+PGvVz9)e^l(6A&I(Cy%G!LGxOlANw@o)4KpT9jcXVw1n<aPy
z_usy?I)nc#d9LID%_aPaRMiiT5*5V9ay}lGFuJrh`xLQ+>Wp&1r~RYvbI+%3&j~fP
zCkDryF3l*R{1o7Re#&;cGY=ZT%`xu{$C%x}Oxa^GU^<Nw2qK5`)S8PVCCl<_OOw3y
zZRM2rGhO}DoryE8Jje2lrwlq^+Ae@LQ3%uc!`|;$b?f@vXUdC)^;4cU2K%=BPsb{n
z8k=pPxyDEvA?3Qx!%=F;4*5>Ust->tJp7^e=j7^6Q*ggs^Fm=_M=+H8s?USXrJYWQ
zaxm3Jni_?jyKT45Yd5o(Uv7VTp!p@_rwWwLNp;pL$+*eyS@VDgFJ}2LnzdH)x72j}
z>5mViCt^E0ip^~c3o#xKFVsKeIq;Y#n@9)?h0U7=gvI*pm^WR)A}rz(*+7pN7V~|$
zxy?=aieJjkcXnC^?i&l=qWlhcr-Mu-&o;MDe(N3epQg1Dqa27)T{_$|{_^B|-Y@m^
z`3?-k66NiwE%?(cK5t7LUPN^VAF)G-8Why5J1(Ii2i)^4+p{-47FIkKf{)b5Hj+8w
zDcQYH7(Wvv(RiY~Wi$UHJT8HS;>Cp*=A5Gsk8Jrr(BuDP`9d%*3PfKXC<<tS3Sxj!
z(ozJDSOXHk5>NN<&z~+z|EKIP?K}@;8vlylxjx%TnHEI@y#53<KTahQKA)(IfWX*i
zZXw1f#A6KNDPRMk!~use2pXf+V*=aTw+$9Mi8{S@vbJq=ZvV_jeoHS*W+j%YMrEYk
z^=awlM*-p%d{2q2Z1-RUOH#o^$lcD;u3!xe8*=S-VWBM}9M{U*q~ZW1yWae=E;SIW
z#Qg}w&CPSC-dGfvR$u}Y-j11zQ{A2RIN$>Itu%yKfpA?rB3cHZG<F4pct_EMVp3Ap
zBr-DiWcYXKiHA_cKL=8M@q7EB)O2lY0@YMaa|c}%lUt(%48jhy6Ir{4W(tnt!7uDE
zATXUY?;_hgAmWXVz@=!3H(SY&(!f~o$xiRC?Ws-_=$|#xDxMV2#2nn2?S$QV;i>p^
zqsa-dFxyWQPrx$37uTO2Q`0ZPc{QNwczppVT8r-*pi2pe9s1-)_Ux$~ov<vN?!Tsi
z{C6;$qm`Lx+O65;vs)<>ddGu1>g+Ac#A9JaPi%rX#aWxan^T~qlb{+<k*-s71}GR5
zgVyNQ5|IW3=F@TF!&v9|8v!&kCmKiZgSY;tK=t<EAF00wRi^6Ohbg0|C(T7jNI)hI
z1mb-MA?6W7-%-hrH-W)0Ug7knVJPS^Iz|gh0Kxdgzp2+L)buRCn)UkU-AX%yPgVYR
z<Qd7vp8<ZmmeY-`9dwiC9%7?R>wI~L?l_Qrtw$qG34>f4Hk10Z|4a%v93hPOE}jGp
zw?PV^G3a}5h3re<%rIcIxoUPkS|?P8Qc88bN%5Z~XC$YOZ2VR&RRgJBLujnUz%?Ta
zr;j^`c<)&hgblEo?w2LD5MLbMV$Ggny}}o51pDEy))e@r?<&AAK&R&%k~>8cYSQ{D
ze3J6?$a>fII5`dcPp(b3lmjyk?#%fKj|W?iYt1?(JE_~~Dd7vW@aADrL;d2ELn&%E
zNI%p7SkhZ0PL!vJSG^kt2*~2??=U<zrckEmgeB5*3r^L>1n&?3_NccWYLg+m{>5mu
z->wf<x!+1M0`A(#8&)uM3*vG(w)5_hPGh<L{smSdJun12cR%t<qbQ4dCm&`JiD?7s
z7&)PI7SK2XlMU6Q!ZGS^4KW_UA}5n-UabFO^zYa07jMu?sdaIrDKIieTbqSt&~Wm#
zhN7Dh)rXzn!j1kqxlTOxn^MX*WgHVUCG#%_3Kt1-lonp5qq7(R1GN|h0UH73y4LfF
zM`^47pyq1)O6FWiaUa-7w<Y@0;i&be6UTg_hS!6zMxHzJhxg@KYpGK@wB%TzX56d<
zQWa}Q5fm!jhE3_AqNL?Zq&K8||8^&8CiZk9;y<&uJ%3W+(RFy=Q*qvpa4xj0L}f1u
z#w)8uNr&1PS1YPlvt1O$UW06`HZns8$qEy4MQibc(5@8&Rnh>}qLtru9544{azqrU
z`H5&c9R3|#^FMnPTlgdu-rv+6$3R2DO#=g-Rwb#)j2zlPwJtCtMy4$*uzv(Mk7fYu
zCav&e?2RHL9cZkFi{9}^tOgLuC{P0rm3|w|1|ho5wF&67B#6}?AP%-Wd5+udn*V97
zeD}vs<(HnyI|Ts2l8%w89TtzE`uS8R4?6G;Yy1|(Tlh|`2MK}!F7hBy@(_V2fcv72
zl@zj&!SuF{3eS5!g_^hU?ixLIX#FJi;Lp#K4|{&|e7_T$7h+;he@*Usw|69WK^{@O
z5u3LX3Q?jmz2p8K?*=|c!}9II<LC7r#~PNMT#^$X+VzF$k_Q8b?-ubM(T+iBv6mYZ
zV=OBz=vdyEeQH#g>!dzvd7pC{t5Q$1von@>@kU%$FxzXgP&jG)5r98}ly~wOEa9T)
zxw0JQ<f=$D1Ow3Er0;H~+Sk8xRGLbg0tt?f(Rv?^aJ=dc;csE<krL!h7gN=rqDvb&
zn+_m1!~aFYe80I%FANp9{FUt|kuXL*y5=&R&00%v;keobHqx(K)f-n6py{U{Wq~*`
zE#3zcK9*urd%&$$A}e#jEo9$PIIBQ6fUgV*-%FpYvbiyPUh2>Gcv~%oHc{kc)_V5`
z{cDG0ko*2k3p8`}hDS816Fh7!M)jkrl0I8j?YMDq+mL$c=9LXjBY%wzWn-bxwV-HJ
zazZY$JZLwXYJ_P$(q~~ex|iYM>EvgG{~3WO@Y}q%yM|<8QRXgp2D*)RTE{wDL^nTo
zh=QKKOH}!iv91d#Sk26N*91i{(L)cv<j1{LtbCdq3cYDZur9w-U(>t<YuqU!gY7+a
zZf^O^V4AcvWv+DrPb2VHK1dc7A9Y;x>w+%ETJhd96!8miH>`kB6&K)!H$!NZJQ>Qx
z`=3u3pUPD&tK^S?sx!8SKPwXur?hTub0Z(WcID{))|?M9iUOFOv`tJ)tEtBWWp^#d
z`@fh$Twc)faerOASN-R;f-=_r(%#Bvp2Ee%#!oj-I}y4Cwwl5&DO90^I}u!>Gp(`b
zq*N#U6v*&h+OV2Oj2b0lU-J@^q?Eq`;d;5d%edOuE#d?)Ve;o$zFvl5A^fg7##K}y
z5wRFbsyrTo1Z|@p-))l?G5-*@*mwU+F=+KY1{L~D0Qt0i$!a9LP5!FTRHKAcBWv()
z&273LWPtw7*tPvYNi{Hyg~g&84AgNI5U_YgJQo-ruXZk4Un>cUn`Ff&liovC*<^yg
z$PlG3&@-Winuc`Nc!af}A{UVw8WzuVvz-<mJ2rIAh4)51*s1@`^H0uM(|!wjyKAv5
zX%<veLm*N@nEFh*2;Rv47BVy$Hjmw2yiAe=Z(r|AT(Ge=(t55Mw^kerFOPln^4j&~
zyo(WZt#jcV7k^K<k*&awYj*cmLdJVf|Cm-V8E)(3(LPjo{!m7i_RKdic;BO^3u<ob
zLY;qzImeH@@hss#$8EJnp#ZP0O4A6`nN2-Ekx!T)?t_(t)nIVuksSQtUp1#btOUc(
z@FJ_{ch9x?pZ!1mS_7Kjd6j6|t-MovC40AkPa+^uZ4&>?RMG`^T%zP690uc}{cK0H
zn7GXNP*}3yhyEaesGf`0q_k^!91$WgDNmzgb7S{YY3FubUICfeb-k9j^KEYFTs36W
zV8k5sM&j@Z6>A6g=@-<4&d97aN?sqF1y~1F(6wimTE+x%Y@)&IsvX2XvT0mYNy!C_
zgh^!^7trAXwTuYL-q@w|-YQN*1=aQvrC)0B#6&S0+MVBi^PfsPdiC6+l<7KO9A_|T
zS+Ev?r>v!i)uI~vKQFvz?yup8=U(C5qqr0Ydh?#E5GYcq3}&mlT$qZiFhs`{8d*GB
zc~PNU_9j{^4K_*lnxS#-#$E0k6n+ni=J&a{6D??MXm1N*R&)$i(X~7&3Nt5J>qK)X
z@rcQu=<J!|g&!9%e{^c9mBjd?%N(%0CM@}N@Cry8T&<f@E{A}r;~sa+`F+~NL`Bv3
zXOuqVeYoBK@_)wHeyxd(M|swFw$AKk^o!%Pw@^|E)TQgxm3rvf`vC<NQ?6%I3=pkN
zny`ovWlcPDuQgxytoom;4c8cAJCZb9a07VtW*Bb>Wjrdbece5#XA?7dSaWZbjhD<X
z60aK2l`SDjRuCq@Vq@G^teF~hW$<;%rbG~P{N8UVACEp8C~#BKDyHl;{PhFd7v~&>
z5$U-$?}AOUEH`e8^hh(b@p*OJO>k=SZSG)d{N;S~WII6Qj3n>IJSq*kS$nEn4UvUE
zLt-9DH$OZoy+C`O#WeA>)exCY*@`v%=3`o;>P{fJr%I`i-i>mlV0bSE8-s|rLnus5
z%L79YALoIfw8A5H72B|O;cxGd@4agj<<`p0bF2RMm3n`w5=1mdYpVq{Z@P$_I3OoK
zCRz!jf1K)1C!9P?gX^uo%xMS`k%kExM{6NO{$xFQCLYM(i1*cW&42Tj+vNSN8O!T2
z71AEvmKW|&ypY`O9KFuDPflSLo^bR}ugtX%(p2)A1JaGyScE<6w-9$e$(zAGSHC!C
z;;#@lDTYTsDOM_~;q_XU;3m{0%GU2oL{}E4dz@=|STO&yZejf@OwICL39pWT+5JYF
zZ#%}#ZR=#AyVM{3@$+Yha&QW{%Rf+5aax1CoWjvQRyzJVbW$av1jJa)h(FB@Dr*d6
z=Prb4Avx8Co;S!n@e<jaV7n~6D6in?$PqzBwGdllr}V=!=3?Wj(0STYh_Y&o*LLj<
zXnWNroMaA0KVNAjL4o0+{`v|dAt!VU3KWA_%JMxZo#4AA3i4TI-Y>K@VyQw9=;_pr
zhq2rI#y(h+)M5cF0{t_p-~zqK`&e0VdiqxRr*55QPpP9IrFUwQU!29<ta`rLD!=+Z
zZ6Gbxt0a)G*RrNGT0Pfpxa!b)^LV>YHR^e(;+%H6M#~LG72*av*1zirlr1%pA9BKJ
zCPU~CG>ijT3J@^G3%B?`^h}p4%U4U^v7lA3+3B6xZF~N2i8nPFaYX*KK5z-bZIyyL
zZVOr^21+>}{_9&4lKu@VL6qo@(UO6wE1kNXBlS}(hREE?zZ*J1GxRr<o(@APGL(q%
z=Tyg32IcU9q1X++c{1I`TunGfIf@vyFz+;|=9hfyxBmQhTvkBVzd$6!cjJM4<B_Yv
zi!yFepg<)#0)ceZEnWJ0uk+^E+`*Ua@zEM=Z>#&Ltan7w2Ca&S`2_CgSQ)E`g6+^D
zBkAcU&)Enh9b+y5%f;qE7qu?&n5wm^-A$ZhH0o|mvtDVf!p50n=*9%n`qebgbw3LV
z84-nDJ4f*FQM%2Kzs~63^X=&|LklSmfQCVR0^_a3@{_T0^axX~W*a0{OAc79&k|)^
z8sc%aBpvC{AwuK?#zbIu!_ckr?-U*=%zA$eq@7PZ9nm|ZqlvGTGlS1PT;B665XWaC
zB{{%PCnOjmhY0~XV^B!!JK7KfB=;IIR~Tas2;V#og~E_Oew7wM*yT-m)iE(hAlEtA
zcki0$u}Ly%N<#+>zhy?l|GZhCfZt)xs#Siz^EaM`rRFrY*XIl$t_CX~($fmLcg>^N
znVlsI3?L|_R?{cvD3HRmkbZlt;Q=q6>&WT;70mgQaM?t$(IFpfW0E~R6oif!NMZ<5
z4;7?=7|?g;X?6l%aOhMYEil9L+j$JF@@-Y^OkN8CDGTSgANc;6YzkNm*7&!g7pIh;
zg3O(0u?$uMKo|-+Pappk2-AG=kTZd1Fw|259D1E+WS{clZPLZCM?Sy@igpamHD(-}
zCN@{~v0fDRi+Iv-R0YI1B*aamt&JLP&TaUkkLoSb??KI6M}AinhwY!6>vQdU#2O|b
znyR(v4Q67;bo$fe_9uUyoB0jKtI%&5N3LzQdrx`vU4_NJTnH=DE#J@I5H*sH`C4PS
zE%vFAu16(j&g7+cMr8K{)@GHHnvPdCZ0T<E99XJxnL_@|WizMwX6Yv>^<cy)`l6$I
zuIo3a=pfGLFfeEvY_quKm7p?Z>ti?IgO<B-WSkN7FT2cVSI<J=mzp(<R3Zr0ibh0x
z5<}vlqa7xSHvGz>dd@UDwLvrgGlBEdzmNAm2feix3{BDT#)MrtehPC1nvKws-gu=B
zihYU41EU4$W%HrASDKNO0nbW+KrOV~%GbdlV_4M06<b8!!1XXBRSH}e8<6D^79wn?
zZozgfhT@Kn|L)#WRPb`qS#hSz<QjCU*|*sq1SC(eRZ7LmFaawnkAg10i3ME;5ZVBO
zGp!qfQ(T=K!4&WTzO~8&BeAKPK^2b;m3**F#d#NKmV{W|;k3lsWI2$jRUh^J{VX*4
ze#E#7O+OepO*y0Fnbm&B_eVd_)^M^G>3CaITu;9nUQIRcLq}L{9m?$P>@Kbd&Z5yP
zVl%y`9*}5}LG7%vx_$fcIDe=qS5l}3_&T#APd2vT+b<^zeN6Vlv1FQ_$(4vvpO-(X
z!t)Ghes)Mns2wp#!Tzn4sqn4&aU79a20|<Z#$JamWU8yBs^f?6h7I~q@2MqeJf(7N
zYc*C1fuF+)_8fE4nM%6a;?rA5W{|vus%x~5ds2YMjBKQ7bjTEjF+|%h0nNr7ZZ_Y!
zDSWNJM)V&({%T)oYM2g;>FunMxq}eX*o}C*K=`TktlD1C`ktZ7mV3_u^?o&klGPk%
zJY+BPe3OrWZ{a+ptgunt#DPW1q@J>foCo>S$pi)#Y_gSDC+m1Ui*JR^vGbN@su7fS
zTh@DL>i%2Gw7tVXlH;Bd-lnCVm%zJ$e^%>a(z3A*a#shgqfG&fFK>2X%h2N0N%{&1
z0H<{E)z!EiC0_qonlH&)NkltIp4bVaEcU_+h8nwZY|4k+W=fS+uJ3uQ7xH2H<K|gV
zlWV`(R6ZT}JOP2!lLWi$Lnzn-71$+VP8AE!4y@^tYQCb<=P)D|(4SjlCSZ18qi*l&
zQ6fqU@0!<)p~P`%;c<8+EfKJ8&z`W8^{P3g?zlX&S=RT~nk!R&HA#o15^8^`{->QC
zzFFop2f<MEMNeLqyCQBOg|sJL-qZbZiuo16#i%QK-yanJQMq+F+F6!l3H^A3ju4G8
z3gnC14&S7Xz+tawy5T?m78%MX#X_CBFHLF-7=+$Z6lQQ5w8I?4NZQc6<DMmF7G$%2
z!Yvi-({RAXEaC@Yi7XJIfdH{n7fosg*qgnx-#y?Bbwop4lox&kCR}N@Oiuj<3Lu0-
zMXHQRzhm-qBNOrr#Z6KaUL<4Jd@k~oY-Vd{Q}F&WaP8~a;q!7*p7j*DZ)^GRN6`OH
zHB?i7J&stl86&`N_ky>%JBT8B4R-y}(I=jiWBY5!>CvcRzK;*H0qp(&)|KN{F<g;9
zHwL35^|S@c&dLZRO$##OM~ou*C<~~a>??Oug74&EgyTACEE4Pgy!fx^bJbPZ&mm|(
zwT$yF7nV7&riJ%WbmSsA4!Q)^kjuOSl%n4R3?pS^cr&;$zQ*p4{N4R(q&`541Ya2I
zL^S3ZM+zFnM&DwU*TynO<<Z1Z@;ytb{l!-gzxE?JJarcn#c^_Nc~?C$OGH_<yCxuV
zow66?<zPYbndO5oI(A*)>z%LdY~+4dIpW#%w`8>~M*L!BB7S3XBH*o-Yg-M}r{R7t
zPxjcQw8W`|#q^dJUg^cQk>MxT1!x+5I2*ZKzEYiM{I)k&=Uc=6Q36HvG+{lY^uf)a
zO>+O@Xid$}!5^(@3wLMVr6$jorL@de8#b^BcvE3+Q@n)D1yE1Yg_nz&-i{tJP&eo8
zcBH-eA)1for;R#35>lx!6@xLFFS{-|LKI4bM%6u$ElW}}6D`=xo{(#0gg%$=$+ff)
z(26vh2SstHN-dw6{9?y>si?j7r6dY)citsUJX@O)b!g$M^1<+xq0*aRW2T2yG*iz`
z+UvD4-*Bn30gji!pAaI6B(FH)CWC}-R>wuYa`uSjzB?=7CSRjIB;vi8*Ya7|lzY<q
z_)yaCz*rL)D>Efk8uhx-jgyi6Ftvc0)5U+`iDV&F!&$~@anLb}Bz%18Ike6@slggX
zk-efb)EE7dkEpxatZ9ND0SdecBlD!^msx@Dqj{i85LODDTcewnJ7W@DMa!-jTB$q$
zhgtQztpRv}kar-1i6PdBA&WZ<$SN~$r>WT@ViyI|TXL2oz1wrYntaseve4Tm7CzBm
zfq^kkC6)^%p>}qYlMQvkH$5BJ^0%Wt4ypD0<Y<!me(=}JXVM5kf9T)z!1tGwV6vsN
zi>-0m#f`LF?$`Pz1F4Ln?36f~M|W#$eR=ukd-mE{npVkJLZ+5i^*Qf&s@%QgxHpJa
zuN=4S%^rvY4IwN_;rV=+!p5rwCTg1tb&P0vQGF$z=5cWsVK8*uzEv(PosTGg7-!+{
z|AGm(sgzSNjnD0bF)8BWOXOH#+MG`}xaqEOzO`XGYf&tGjHd9ovmVn+XXlg_%92t}
ztk*4<G#_$f86I!C<H-5>P)VDp8aBDlOM2P!WD`NpY->2V|5Yja@k!ZQ$=`eDe(_<w
zOX)Urc{F{Di=&9O<AsJ=6{jg0BXUH*_!F%TDL!82j?L8vJ3eIhCKs#x!1MDoY5cv|
zW<^Nz08OrM`&UWC*RE5dR%A8;v4DSe2gwIAV@4@@s{V~*XE+}QHr2*9Y};dlbeveS
zong@eMJ5G&;aG94)Hz^i9>`Y^-pua)Y5#`hwmC-FOQ9H?b_3~mRs-<rYLI%ft}O{h
z(K#ZvK$I4im<h#Z?zO1rz^Bfk^AA<*4=Nt0WNO}mnDOHNx+FfV8{Iahpt?McofvER
zE$_{S>4jXOB%v;j&10@srGg8}9ep5%7>&#Vj7GK9nrxs=`Hh|Ni}j5E<mix49B9`-
zm|``51zqg)H5|8%%Si=!P?J!5Ls=Gv!j#7vf!dI2mCAJxWBMaZ^~)dk9KKHp3|;6o
z(FON#=14I<dFL*>dV>_|$alp!bH=rP$JjO%0=DE3{z;Rwu^7(#Ro#*aJLXxx^j}Qw
zVqbT<L&10L0$)KQXeF%V2KC78PzCWAxdUN0;9bA-B(=!*Nj}RDmn@$Io=4=oqbkut
z?|HLs!1j``E1`emEpAZ9d{H46<1fQ>9o|MszkfpW@)caDNZiJBUU5@!sjdYpZjcj=
zGOCfjGbZV`a&Nu=<VW@?R{*)n_5igz_@4HnEy_;YB9)OdTH!+2vPc;XT=9C*&xap8
zbk*+nU&N6vhdw<nl#FG?s?d#~?f0pN?+gywEWMFV8h=0y>{;m_+%%%OER7$=PR5CB
zPRwWFtRHjA8di3ShGa5X2)spbNNrtuwSE?1WIBAqdXuv!+nhu!;y~A_xvy)Oy$*gB
zOMLN*1NF<t&RxUf({K5_3@XC|CZ_#Irz%?hG5a<i<}o6!-H#$uhirR8{XNyYkBv#e
z+i&>q4%(#Vrhv7Q-c+8y5;<98ch6~T;XOi4-S235_vqUDy~lPE?@<71Wr(nuI|3b)
zT&uQb@vv5M{=mfaUbI};YRlVBur>Ejmrszz-s4B_w-iUyb$ljWE`&T&#r<Ja3h-IK
z2}@;vlREc>x9T%mc*?}3r!F>%s;#FiVx`IFSJUOQIIX&-Fomo=SIMB>!7lujrIRy9
zB1)a3q=<#&%~g}N@;rr=FhuBuee^V%L820}+v~5<E2$0+P8Te9h{NPcnE15><ZGYB
z(ha`U7^6e&6EG~Gq-EY@I}CVK+8~E&KIDIHU_^F<+w14ro(>aWK%futI_g#|5xV|r
zz&$Jbv0yqx>*YuGM@LomtjOqxSzJ@Ux<W*#ei>9AR{ot`W+=2$4?Z`Dd}JQCVG5~c
z1YXNi=H0A}S@CI=^sw!IKPAvp#>f48YV?0jz%L0l<b7*KS&%WWBVSW>sR$m7(k7aR
zt=k1%L$QhiD3*<3z<28-S60nE-p<S3DWU6CL*HZ#R#O{Y1y`N3U%C<pSGs?EKvX*2
zIQ^_$SL?mWkf3D(qZyl0Y$ey{7hc70#@d<qVBheT#@7D-EWnBh1YrD%Fui+@i6uNg
z)Lh<TO^_((jvP}5`|?HeOLu$r2c5j8LC~rn&#D40lDHoucKctd>s3)3G|a3*vx;=#
z8o#@1xwAFUU*r(l?-UTc-2Mj%ZC6iztDN@!IxBq+ESy|Syl5M5N$JvneY5aJ+SxNm
z!Q4yz(&$QCV{>)*@~M@cOYeG4GL{KSuKl6mz-L&C=h5i595`Gn4Z_z%Ltok8&~Y*6
zGiv3@i6jbhDy(Ql@<kSMXDjkxZwm<#3gI<~3Q^DA!s}-#Yhom#uEp=WL^dK<0-XE0
zB;7INhvn#z^M_1l<j}p{KJca)P_i2=b-4Yl*ZZjS6=mcRn=r2#!v+TQ!N$EP<O-Cj
z>lT3rj?@qiVukXm7nLOaWm}eT*yOtgQD^Oj*>&7q{M65NGAGr*c-B@T_g=TI(Y(KL
zqcvn4Q}B0es55nhMoZ&<y~R0F?#Ws&U<Sqi(ZnttL_+`46*hYQ@Z-Z-YKHk*xC;hD
z1JAY8E;M1o)S0tjt<!=j6I;68>ek+|QimeNPr_e{MT$}dB;wh);p8@z4f4g-|LS7A
zUAyMdU47tW7=&a=S`K+($$lG7;Vmgl7t%gPk9=;WF=_YkDTo-vMi2!DG&FPV2OIuf
zGYkkBtZ4f6WnRS&aAF5==nkrJXCY1I@>K9AJWd2^pNt=iCEB3H5pEWe?Wd|L<djKu
zQ7t`gV0d=y0=!s}B)Dw{HovES>7o!$CPMO$#H89)arFJypc*xvoo9Ri1K_E+IeM{s
zK`-Rt&Zu7!N66Z4li)%47Qw1d0M6ms0h6x+ZXY{Jfkjyv<5p!a^$GKm>l@5lK?}bY
zf)5^@rv8hN!d|EM4bu+NJP9twp5aDe<FUZjCfIEg>vLWjd6;-fo|Xxq-n_T3@po|c
z!O?5)0hdftVkvleh}Mk0TT;qYm{hM)!+BZ^$C%TTF0^cQ(hKu>O2U58;z7i8rtU!J
zP-(OgE8WGnX@(SMjgJQ|<u@X8;KhZrpTSih1<fHh3&PZt95R(=%dbJvffw_DSFXUy
z(CpmrnSgK<;9Zc^)!iboPCLJYg8xlUNxe}?2U>fbcj@q8tMG@Dd@?W;mll`InVu&c
z7YOCAA=23`ocG9l`1ksMEM4_`&EfFZ;W)i9R_0{`!B^}yz7X_Rjc1RssX@VfZP@Pb
zVW%`K?X`4><IuwZBGzKd;9);c*9QIMDz$7Lb`&wu(!{yL3*mM=d5we=q=Hgcz1M}c
zuO38D_3ZVTA{|2u5~)mO087^B+0dGZy&kiFr5sw`>NjwY>(p;$0XHF+YhXfy7r`v#
zMW)Fp4K7}nN6FPwCgLHAANm#LTA~rPk1t2a<sCkUwOW7{_fN{%3lg&RuQNv`O*k8V
z)1!b4OT?Oocmv%Jl7D3xIfW<bbTWIYkNK_Zy|z7y`7cx8v6(t)-CavP=e}r_p`L+x
zV?i3BpSX51=&9~>k$7Wy@TYghAE~H=^R7E`0!M!G7H{;zQ|>dL=M!H^!n*Er>47fw
z!gSYRq4aRyA;Je!l7_YpxS`3N&;?Exf06c?CCE>Gs&)B4NT;xYPEq#CIPwV(eXH(Z
zl8kFsX987&lLCf3w6QtftONc{4pD+G!kTYa8d1PTLCY(8U=Q&bh2BQA<|CS49Bccs
za#I7s3=k_?JS>Erc^$wvfvO(LW{3|PW33X={5^|1J)Vfyhm%TYB>K)j=Xe&)!prHZ
z=E56Fba`~j4<EWTX;1yliWps;`d%PNgz~m(r(Sl9%kWeXou6@-WdLqisp2hyyCgJU
z)rieC+?+Xjje;rT;8Qi5?jQ(jaw@y}kx4W_gm^(5{^dcsF(Q`Gj2DEXTh5g}UtIk&
zeCqPwsx^muad8xSW8LTU$*EkutpI3Z&mtnwBV!(h&VBqcCZ<5fCduW*dHz9NU^p&A
zsKPz*1gcFjGM-g8D{UJiJc=(T4@Na&R-dY;Z+UFdIlt+9#QFZBdWra!ZBpnk97v_p
zFp9jFF|hp8{;W*KGt1Ls79E8i!CPy@MAHBu6eGI{=Ft`GdPJqr7929j#x2S;I;hII
z1|+{YE)Gi~Sa6j-X&eTMaCnm@&zr7T)5dLS%#-^`-<4@dTg=l7q3xAPPvxKJ(wdIC
zk{$@0Lk%gC6sT@VBA~BGzuZEsYmQTUvreOI|Js(GCD9&C@0+~q{BGSo53-~r2x#mh
z<*&cUi6yQ<(>}6V<v4X$rKm{aNbAJTrDv}l-{B$`f+b|F>^&0S50Xj|&yHSE|8Wov
zqe1b>Zm=<XKhlfUAk<=3RT(0=27l4@)Bx!*Nlb9Z9hyN=FW~2Gb(`AX_0RsT%d`H8
zH8JEHM)&}nob9PTaiZ_h9&sh^nKV{(*ktUL5nQ<S^%~RKW_H2#A7Ep5Co*w!qr>-t
zucHb5!Wv><Vt;*knH^jF{BmdR%6)Ii?n=s!-25rA9RsQcatKHRV?h{L!}r=3D<r{g
zto75V)ahJ5nGc+yiUeP##u)3F#I2R^Ai$7IJr(Dn^E1<48$?XKf6FMF`xIvWRr{^D
zEQh@*NXA3^XU11u+c5)8gEgMdN3RkJzUzWSR=EQ&<nUFqy8xJ_60qQS8>EP0Jrwl4
z{GI6iUl)x|yX&NhfFz0|t@wLz^O>fb{FQ(16)%LH69Wk=@dv_4H|uhL|Gik3KSe9~
z$(Y#k+3jNi^-W#hw-8JP`-@$YIZ&0+xD+G-seCQs1<DsL+aa)P-X8Rz2*&9x$seYL
zl1w4D*xB*K?2&<kr@SR7y}Za=b-h#zap%ZZ8m9GVgd{KL;(W)~Nwr`8GH38TvvGA%
zw!H+`l8u7jD}aP25iW!D=?F|jQz1WVzO*ZM#2z*IYv4ygihFSzpWyG2Sk2H>kh_68
z>W}RxWHUe#9B*awz0j+W_+12)o4isUfOR`J|NF(={Za;qGldF9;xNp~{h4c3GjsKa
zX@Rvfj?B?fa#8ZC)EgVN5n_bJ-F;eP<=)GD1rk2D4ie;O*N7e?A%)bo=~SZmmr_x;
zing)G{fP%iU_qE@AO81A_Jf>*qa3H38m#Bo;#jjSvW_RyLDAknbWH15GCLrf0<P4>
zO2(<GIe))hyqbsKs*vrA*!{k~eCEp!E1D9ESs(Gf0VUgXV<QLlJFX#x58Ks0)+JOt
zp9t}Oe^qJh70=O4S6sM~ZZPf`ns+l$8@Xz^IG8(RkXv31{@&Gr8!w{jo)2NCUVrB)
z#vvTI5v&LS0vgH+;l3yVsI%`ItjpykBxI5KPNUZX&&h9|WAYdQnGj|%?=q6>kD+`<
z0Eq@3wM>;ud(upzSag(l<?&OR(w&Px;Ni*;ZLF8Ee(Z?Y8l{;WxA7%{)>?~jsJ$4V
z=eXw`ygdCVCcy#fYfiXIFMOQuD`S}#Rwq4hs5Lx#=>z4G`4`q2z8f{N|5_GT<CSci
zylR@>J=c^2x-<7eG@O_1&>?nK8g>Eh`P7m=VB!Knnxg(Y6)@!KRc%_}NY4>8J>xdU
z*$HP~tM7j)b@w%RKpPPBs*$HE%myv9h3=0Gt&*ns<<4uMP2~Er-W%hugoU&KBZ>fB
zJc^^V(Q~0h?SR}bBOi8D3M^?q_QTzi^fXk{H<&-;QuvR%_=Mkq64`r<lZC-@zR@e|
z#HSw%C$M?98C_CLCK>bd2-N~o3*i$a>H`W#k2J?(=Ve9UItTizRPG(wc!oqUu)jn4
zsw$l>J@n9_?RmLaTRcGo=2-jde@i~fu&wiYP$rw9DXxWZH)%1WMTfd0-+pczpcoVU
z;0u&7SbzKe`X~E6F1+d$hIrlBEe57G#?ACrJ9{GZo;pDu^$GS80ze>g@SHl;XGs_X
zhK|jwLqF2*lFR75&M9*w>2utY(-XS*kc=0q_x3*9HZ28D{&V9_+fFkSMF}+J5vgvV
zehBpa`pco!8yT95ICj8U#E%n|UmZPQ?{S`nUZya(NzD7=-YI)xzXRxA;CD9Gq(LE9
z!{dn0rCjPb`@nEgUA&ec+xURG?1L}qwdn#NW;3EqTfkS_?SD(%2sfE!*RTuG01+o>
zQpAWCC<wm;zB0<y{aAlQ5`?Y)A*!<WHFD5v9=u+T_J)x@XzVdccb#PI7N=(jIf>Kl
zD`^R-00Tkl^4oEjLj#Vaq?`9cbk+wVDIi?Acu;_2pJax6Ne-%+z6RrdhiCE3VcptG
zO1~*8UyC8JqPx*!RvMb+OKFBGtot*JAS>s*xzM}vn6?K%igMXC5SBVR`$~(l38>Fz
zfJP~IHZ+jN>sdk=_bZC-?o$GZxY)Pny?F7$y#Sm=@TH-W_o*hYZYbF#Eb`Sx6iZD9
ztX~bD3!XbWX=0ooT^sw4I#zN=SHQ>CVwyvLzd>e#Kfr}T7LZN>U#ArAQ#IhiOORe8
z2?{5pe}KdA^Dp|JGqpZ@cl_ec=H7zSoShA6nBqE<a6Nudwyn0&_)8$nbsPP6R@2gV
zyfgB42L3sF+#-GJ7uz5IR!rb1ol#aEtAR^`WOz<BtD}?Z6}Ugu`YA-e8oclqUj$%N
z!Ap*M+U*06<*O{aOaXfXek~>3H8q9f<c(`1<#x`63K}i-+BfpoDNzFb_Y<f(A{!j`
zD6cR{dldcb;H)oPuM0PiWi^$b(VMw6Wg60qxN~=Rt>k^v%73(~mT&g5d02&>i!jhk
zKDDC}xSMPFW-COv^gSIwc<%S*Qo7QOY--wg8gW<dXLsL<6nJTYU4w}G3;j#Y1h&d;
zj%<DY{4h1a388H~hv9M3`9PTCGrmk`#<3WTikdrTxP2xQ!9uhC*R_T-!2N@W>X!E`
z(Z;&R+5cU$ty;CYX!g_;s`AH)2@<mD_NCA-fYaP;x)`_;B^-H4c9U_)m4QYRwXiaF
z5L4mca9GsrKp+jOmN5<#pbHX}4Os4{DH?sgY$-ahSppwX_y%T$gnClG?w@+FQhM5Q
zI&>C;J8S+dZ*Gn!=zR$>&_QR=OM62@7~ln8RaP8hEoCyfrHnyFo5FpUecnCMrM_<Q
zp4p_6nUw7@{7&^{9sNchsJB#;;$>KfoogQ>w8W_ZfH;>}uz<`j6fAWhNE&9s-(kN#
zDcV2rTQ$r%Q|brp=38@5V@UXYcohE6>A=wC$<*_UK?d7pSzUoo(|<O~S=KDBJ6=G&
zs3rO2ggu2y|HK)aBjO6AY=R}8$R{~lYq5o=hZ0!ea2{U&7owz945OM6+uzW>AAkuO
za3zez(+q8q>L;H38D;&*TJxu`>`bzZX|^>!ekW)o09``sT!-R>hCb<IyMPL&4#6Vc
z-Rj*Df0Em~zojp=I!_GNioR822sc#;6FP~F4#wxrzv^Ru#*5)F=eZp3sbo+mMTDqw
zU2qI0IEMFSqzm9ninLKmW-VB)O{~jP`W}<QRB#BL&EkC3&FPc4tiLn$<Q+u)b*r&z
zV@{q7A;Wn);Hv_daJcB^y`d_9cYBhi;YOB7n6<T#Gtt(6Kdr9$ZYjQu)>z35#k+50
z&Go%PElQ>BCe4Wwj%3{QoSg%a^R2FB>&-=_1eseM&d#hVhkEB3_5_X27{sL!rLJD7
z>BTFOMu{*}`VeFDCJsKFkoSo8`<HoYH!Ci!f=0IQy^y(ZqH%@y`?`>}N;D;Xc)%|4
z^AAQVT&t?mQ2)tLPDz0=0Sw8E3h`a<zhsR>=^L#S7Kw|Whm4Aq*Cp#DQlD>Y-mU1b
zKfHDWc{V%;0FR_>!ZjD^#pqJvh$N-Zf%^}hSEzB^&Kb=r&Mh?!@v7bN-p^k>$2Bx-
zg?u(oaM_g`8bFB3zLlB2bhPek41wn?g=8l7D<R5%gH{(#rz<_3!d)r8w6oY*ND~60
zat-O@7aSbqNvkBY`G}^YGt+eqUoc*7y~2<0J;`PQjSCc1E~UH!wE36~Kwch`%+7q5
z<F$o8Exd@qT=)HDh?}!GhfO|lw98Q_$9@%jo(!AdVnO#d;rOGSS#eJi@k%F}zQ1|O
zKdH&8x6W$aZt=E~9(Yl)j`p?OdXA1}t!ZEAy+3{2(tngVLx$9^+$>p54d2vKTV^fZ
z!%}XC|COUrVK+Zdc$jiIl}m>3`CY<fTFW`c!BOKJkF3giv~Y*`Yxg`JcGJo9k|0Jp
z>nEsgIgW1$dBjz!&?_T{d05df>jp*_CTt<CsHpz=wtWrwgDOo3oHF2ct{XU%*OdPf
zrH}``4|(7nm>*`Q;bl<o=2B+{!lC27s%x9e{%NU#p~9a&B-p>cUD)u+H>%Z@;<dp{
zgno{T3W;ZD_|V*p^oRvz$h15)^W59Dr^_(W=zc_c;8)t724B)D_hrhl=X@gzupVp1
zB5m)tkai254eiNM6INb6_~p4ZgB-H=X8j%8y759a_=%q5I)aZalw6>5o_#7Mw!-%k
zF+m4WxH`G@c(;f337J<Izk4>YTx+MP!Zhf)Q#kUW-Nmp=^Oo#`hV<6-cWOiK*RG$q
z`DMQpH0l7WT$YSvhJ5}LFWSdS*ZN4Qnf+sOh<-fCO`-Ac)Q6cvrC_GBIz@m(&{k+v
zv_&+D5B{AGa{wv#K!#a4Tj*yxd5Dw76{wa!bKE|<)sP4Zf%g8mnvfmvwf=iTv+HSY
zr8cxgF5BQ|n3lv!u>O-kmsbJY*U-5q-9rbKqVY%+xtC(?;^>hc?{Eol;<wX}usCPG
zK5dEw7do`ba6WE=l8sGunC=l(nnetW4}$nu1gAZ0#XnK?;lj#Gi?1Y}Dp?0i&ZRH!
zWTp$X%P~gYVJ=!hAa#ZWmLhrBB_fA{@09dGfgBeW2&Kd-2kZA*|G}sPQE5bLXvO(X
ztCX$AyMeu1D|T^xLTr}{Hp0=8yE{D<+d-$>#}Tt+z`qs$btQ9rD+@_C<UNaysx8w8
zn?20xc&v`lgO(4n^l%&AZi=`NRVJ^##)qBcl)mb==Nv3rUSo8Mm((oDPojhG#}Qv@
zJG=^y_gCy|ZT9bqJ~jsSiB0Dv@oq4Efx+>UFSa30FKOrn$<HdZwWQjS1Ibml_TmI<
zIA8!Z`V^6@((!bwS6ObdFUvr!058<D>nIx3S(DQ)Fpxgno;oz})z09=OrK7WjXd5{
z;)0gxUHB3oiE@xNctWju-<SfD@{u;B)6FI49*stWNOuopAa~#m?c`g$Oz*lpy}loI
z;inb`N}tE*w>urEc2wTPc_#Af<tl+beoKP(j`8tY(N$cyIMBe!lVR^{SK!lxK^pjw
zRr<LGRpeKHTiG{;$3fQ<0(6Rh(a2)6C`YcoC3e`g5ecU|;)yrI35BO`qq_^BxwVXA
z{oBtT{TZ7Jm96w{qm)3rl20`EelpHpTIoiq`529k&|AFqGcAma8LziTPy3w4%q8i@
zIYUF@%}{09Sb6SVrO$3$B=7EOgkO4r><9bL-$Afz-a1WYVSx@eXS81lLi(Jqhyevm
z=auwCWG3`bFm(yVjnT>e!^lMuxVMiV%SS&7UXh}k?*+?xr2F;^MM#pd1H7I3_Tp3l
zF#K8_AQ*{JuW8@g+Kf{BQ`;nbCJ1f1M|66VY-~()jNxyhHU<oC=8CpCNa0_iFZWlt
z!<EK<MrNS2ZvM<V&zvnM_L1~h^>y4n=bFB)Zz6S$W`<YBLqoZ5IBFJApRb%8?s_ga
zqXPD?mIPPMfqax!-7#M%d7M;ZZ<RjNpC08?!WP?9CL_WDuzHR7TxUcR-@hGr9Zfat
zjZ<}YqW}n%X|?vd`;6u?*u;}HV^Tt7q1lav<fenLwNK6IUyPo9R`J*6LcZb+B?v(x
z%R`Y6tx2VkgQUVK!+UF47pdd)J3{2<wLhri?Z^*w2+~JxWW_<gJov1@GBQ)72a+#v
zkBsfG7=6BX%N0+2)g`uGDh$1xjImMSI12+svBbE9_0T-d({oT?0I?vdkq57ki@cCF
zfTTR+R^Oa>w>=?XxVK}fLNE=>z5;!=@}6y0m4c+CUf2PY>*9S6m|1^1J*OEg(oGTl
zQ`AUuoYcI%-@k*2!9jjHOkAb_`3Kiy*Dg4fR}VUP+{vIXfUy^gVnGbg?(289^-9$r
zgf;D^MUo9fNR38HwL<lNY8=oWjc$oXhpWqjBlxKFyqvq;de<#8^Fa|W0#`m+J>jH8
z2w+4w`sF3k7Q8Zx5}mk_CXX~;p@?1>Vi=8hs@kY=h{|e4i>Ojs{@0RCD%Tk6bisNd
zl-!S-`6mVj1DV7-!lt4`ugjplkH`W?_BQj;<D0$cZ~{6enViL+g$NO_B<&Qlc!&Wd
zUMmUneTjds;8PBKv=8@m=(5bly*Yn+fwH`ZkNtmLqer(pS`^ubDpHDN@Tf56cih;j
z3}NR(m?>jl(w(0m2CM_nuerlh%R|q3<g4OxeF&2mtP)QLB(kdoUD$ZODuUKUT{-ku
zY)W$%%&DXA+`E0diWh?j!$nV0(N3RcH0`lOpGimA&!Sdq8A*a*-6*NcHn9fOpTA|H
zwV@yV(*~gM;TO+|Nj$G5!N?NF$9}gdKUur!XPnkEzq3WS1se?mv3>&wG%k__4Q87X
zZ8XVwG+**9aW7khjD=UtjjjxiJ~p%eIJ$6!?VGA8Ci_B=)n8oc`we+5mgh{tc|PEM
zz7Qw_r5zBVhw2JzQarQZIj^IQ<E1U9Y+^b)CtL<onJ4r8XLIWHYh3C~@E$>sW2TVl
zOf)p<(q2W=N9W1xs-|VDTTbft6j*;}sjy*(p7w$%UoK=n&ZSl#`qDCi>t-{>7f0&6
zLLlxslXFG+!-MI8H%LdItjL2mc_X&G&<%G9=EO?4ZWeaWdq4r+;=If#pa(Yclt6d|
z?aa>2kh>XV#Zi(wUmT;|`p^zIgb{9BjwN^Yz}Sy<OmNW(d}OQZz7YGIrWrK%FR!&c
z=2InhDc}}gi!^&ayY{6UsA@D9ynFhIA`OM7I70D<1*1Z#J5?W+NC%O<EclHhJtM+`
zr?T&AF(rM8GjZ-x*}2vNU150PSM~fqsSR&esWm|Av1wEEZEJbNGmTxWX4#VHpVo>;
z#BrfM1L%}b510X0b8`-dzi6VVDGuxMQcmmYaUP;z2%m~{i318GUq0M<&F;e9&9}N;
z%orMbX-K>&$+VqvDEj%_@uVTg#9SnoK!F;PKyYy9!qQ=4<k6pMAC|>^mk&u-Iv?2n
zcYLO9Xvs(M_DoQASo(H>IyjG$c$^^|lmk*1K#bH()gFAmd57yP>(!0-^g&Lxp5tqO
z3ttI@eq|DM-~uXdC%bCve>~ZEnS9%b(%XP=E~IW-+qeHW7qhf3tOIQI3fFt$OavPE
zapEkwS^28g5_FD<VA&*04{ccN3pxRPA7B`2xpE-JLhfxm{mbKwxciXjFk1Rk8mJjy
zeWs*khZ5+y6CEy2i5C!`n;*0lIio>%K9}og$b2hlKY~f=4`yj<dZg?91+JVAT14Yp
z%wNu%;Hed!|Gma_kz54i!>)MKXag39Mk^bol8%l^q#sJ1k1#4vE<}S^mj=(rZD*ew
z`Ma8u<?<eN#kI>(GeRJrz5Am|OfFZJ(F?Cs)^EDjbHl2F(6$pcRBw{JsJXNb8X1Z~
zydqeqS>NY5o)<a^@FLetwL0c1q{Q#PWn~GE&WC<)Bt5p&tb(j9(q?aJh`~%(94ImB
z8Y@-<uA%sQ9zm^!bl3(N;|lD%YtWP>X$Z^E#VHqRf^5vXME2NH=x2BOfn!pUG1>?j
zG6pKoU52v{J5aP=#z_aMr!GF{3@22D`={s!-L`)z@EOaKhxdVoVlLmf@n^k*OpY0@
zK{;v2&tT%1gAsP!hg!{;!F*7U3+th~r&pYt^OrZ~m&lTlB#rzUk0svSp+z#mWk{AV
zFVDxSPre6sre!0fMQ%`2AW}vv-(GT->`u4YU;=&Pv6j0%WGQ<KVt<)~JXd7El;rrX
zwys|j9=X|~pzf@Y#djaK)c-3zP@BSxhi~s?#lsX70A-~MFII|CBqPT=`@p$}^?^@h
zWQ$vPaWcq+Du&895E6)G@9XqQ(Yd>S^U~q{!P<N3h>eU7#+J0>f)68BVu`xcclxeM
zfrq}j(@C>w46!@oj>Wqczr2jrHc_#K{!+xYv)i*Qzh<X6_l-YgMv-gfiCNea3|o}Z
zh5=(*DL$UvMhu?p-%I^Bf>rFc88?vU_zI)dS*d#3({{Rjc+z^NyIe*Pi_lxD`A{_4
zVHN5mph(reMQ>$&4+&H%k`^1c)Sqw|R*qSBg*|t@F2e{C^!h5j_g&X_M!(e@qJ1ez
z@=sB%v>P>a`2567`_?V>ps|%c*z+LScOPutJOy8&zEkaWu0rS)kdaPuh*ZuO^Pa|=
zXHtf-!Qs+dKj~!Nl?{DM`EzhpBPR`fX5P6oze*<8srqFlwNb*?vyH?+4d*I+pt@~g
zh7`kd!0<jpGYaw?)>BOUfDx~{k1L^hHO+*t0*yem9z8IU0z1y!&`>083`1Wy+6@gt
zdWut&E0VuFgWrO~N7`zueX4Jjw(bb9whG1c$*ZgNw)Ftg4sB&`lAC|UFgF$^QfG8H
z$eO9}as7xk{@`?3ShDx{8uxLx9*E3JU#rc(w4O3|1cVFKWGk?);>7B6mFextSD<eR
zfE>kDwxy1TYqav^MSRV^5AOE$l1DM(kFG97<nn9^ZQfrFc4;Sm8}3N#0*b!Mi5tDI
z<@^6x0C)-)MHNc{xp8`LDt9S89awN|Zd7=)2CxcIvbo3Q^4h#lDR}j1!XL8MWx9*$
zkLx%mP99?;2d0mh&}t^Hxp$awbLddZEFp!c%7DhF0yw59H@$+*zd{<@0~F)byh!?u
z=j~O71IsI~B$R~YpSe4QkBtmYRC^oJ6OZF_o+3=V^@=}7g`O`U;Fy%sCR2!pCvvXQ
zWdX$7v=XKdgPx$`2WBt0j#zA=D9S7?^i>BN7|UL2Oz4V`#^A{Lx~apyS3IXxO`&A8
z%bXv(;U_X(8&X63#9zP+@)5^e{pAXLPr#auZQP(6yn67)rm5`b+I4Q>(+xqd%ZI~U
z>eXVE&JR`<?5aR8N{RboIXppS+4Z{jA6dP`ItBZ5zW+0Gho0LFT-9x~+I*Q+IELHa
zJ#?s>^{yp8UB~)9p1yp3XX|)KZ314M&`Hd`%~+JaYG(5%@3B#ir_vv>ZgN-<kpdf1
zh>JN)iGW$5Awk08LzHs^!-QwqWm_~u`_Xm^+6TzlH<~uV!NVIfC@z=JzxhSv*tL@m
z#q8hkLT}0tj*5KLlJsZ3u(7&O?7W434<3Q@vMb``Be%Ft#RT-fc1TZa<(n}+HE^Z5
zx7X{;!Be63=KpBA>bR!9_kWj+Q5!js7#$+rIZ`APkOpZGQE3H{7~P13fFO*Jk_Hiw
z1`#kwDUk+|5NVM5&CmDsd+q+W?cQ^r^M2wy=lwiKV5_b*Pbvnk5>3A0btL{QXz@R1
zH_Eu-O|>Zgj*)>IUeAFoYpNE6ha-Whu*_@Q-RmGll~}3ca^_Ys<TWi3;lO&Oi=wNv
zniN8B!cUhZKB&ufOvir-D$o70nrt78jNW`m^PPfGKi_vAHGQLA3ih^8xvOIm6MKU(
zXOr8AAOFKnRQFB%mE!Oln{N2L)eq`=18J=ko(t=5B3b@T7RP+(#tTbT#uxFRUXJ`L
z&<FuUlz+*ltH-^G@*-ThvxmlJ1^>H#!0{EbQZnS;QTctqQ7m@NRisF^wv!KB)*hT3
zAwOC-VdVOE(MiDGS#?d2d>`g&Oq!t`67Jv3_KV=gp04TCH~|%F?>B*Hit7VI0!1dw
z`-Zq}2G$BrJU(elks}oA_DMW9aDTLY*EEF~58RFheUGii3OO;yKaUT^8AFYbd`5un
zK}3;t_V;~Y|CLDDJEb}~6|{JT<eC*)WUc;hhI=f&4dPXw_4{O&`Q$Y8>3Qd)V05oj
z*9;?awMqI@53H24#g%j`r8|I`yk44{pK|2Js@t%lYqaJmog}qYmil`Uf+>aRUW+v{
zgEepUH<zuWRxOc)P1G|9Y8Bxiq1k40mPH@5zBcHWp-0kUFXKRibpc%bJIH`=w@f?5
z#quDcO{$i6FtB*-@y%`53eP}-F2t!mO+{yk6WwE{ZTpT^gs+2rVLKHNQ=FC$9n;0t
ztqxz7Z{f5?gb16eBph1PVt>J;r_&vRw9-)qubDGQ!z!VD`sd_&`FR4}uWzJ!#`!Aw
zo)ftw6RAWgjT%Fl*R3X#MRA#G(1&PtYB3;nSwl*cAk2b3R0N$=+*>Oz{j8g;#7h2c
zru1W&Z)C$*MTKC)+2EwfnDWD1y(I4`n{;rPfWi^t3$6aGGYI+qp3+#*lhK(b6389q
zn?<5VH+uA`roZ*bpZu6nk3k;1q2}Z%z}%GBh@O@0`Fq7pi<w^NzdW469gU9j!JhBF
zWwb4L15D<XkO3<*+y0BZ8{m8?xU^(r?q6?}p&z&}Q&yy1pXqSl)u;Ga-ePA5y7p|V
z7lUJc<Uf)A4K}Jjl;tR?;A~j_xQz0lgv(G-8ii_%O|>H-9iK0aZp$+2F0Q*}vN-us
z(LMH8`+2g^=IG4(>w8G8Tk!MX-+2|0C`5PY3Tivx;_uzdXYIBB3{o=3yoYKjz@Z9#
zfbKx_H(z7Vb7_1+Uw$p7+|{F!#5JF5p9$~(fDLLF?nV{mx<5XZ6O&$b(z>0%Uxdaa
zsOB*iw(&Z11pC+|!NMxp2VtF6ks;>Nm^8ds`EOf~B1yh`7*w4zLAA@8rCOX*iWY=a
z*6>ZWXQdUf8k$c<Gri%N()#*8AF^utbo+zfsSuIpo)5*_)1}w7V^JrYHfi`~CF?hx
zE-d+xgWH#a_aB*S_PTEC8_>&9mrTvu73fHH*`?8^=7v8eH`YXtv}hkCa3J4{r-C6`
zIM3@t-+vA!tGK3kJk1`czfOxG)a|{#;RE2a*CfgNGS-YetA!~C;bR%Rq&{`}jHs(q
z?P^`+NG+R+UIcQ9-o5?t`Cj{<iF6{QXl$U&RgDj#$r?*u49$?yUPTwi;$xvBKl0u%
zSsi}(dG{Vy$>RY*epXj3L5%moRIb|nqAz{r+)=yPCDyoZo`pOFikr+EqbR>b2g+Di
zDOQ^I)CjQ<s}tuNitHk+VZTfkx^8Di4&bOFwjM>lxEQuz+jM~(WMcM#Z?@Cp+#3Tp
z2I(J8CF$UUbZ!LNZeg+RUtn<SV*B9h-om(dG?9{sk_U{u5n9CA(>c$Z>R#!7Y8v*5
z2aseO3J7s2Cn{t!R^`r5L(1bomKLS2@1!(-Fmb*0S@Z77ht9Qdv%Vaup-t+{kiwML
z+{d6@-h5=Wfy~dCWcr_d+{CbBqECC8opj~M#{}|B;P&Q(ADuPBN+qw4Ls-@ey6&i%
z&~z09jRaMXXbL0AML67c#y2L~kHv%2WZ`}aof;j#oL`Yy8tJ&u!a2Y-`nV@d_zM2M
zSkRiQ#}A&!-VL0n>YY_5VX%J;zIoMDK1};<Bu<(};}waJWTy;mZ_eVCz|qbQL)_#m
zQvK?&r?LCs(~svyu&2hVD>{c`wreSkXowtn##@jH-DLkon9PGASpM3DHu8W`^r6H<
z|M19{ge%(VY!<IhG(X>kS28U8(e>XhzEJfh|Kn#LTtm_Wvx6{rfb3U;5l(c)ma2Qz
z8DnGeC7n&(yb>7OIo8qpV2#&YY2(Fh*bjsH>0s{Dbg9&wwo;v_7o8+hchkYiHE0Ax
zAtMxDgqUx%`23lI${rZo3Ere&DGzeA{gWV&R4)J=G-_`wA$Epl9S%vi-zL=lX2`h{
zCh<T5Pd8l2gc8#>d(yluEJh5fcn{M5p50&Am0Eg9Ix|iEvWb9jl=Kq-dtFEApb5@l
z8~n;?K7$=W>ul@zA*!Q;g3LC80ZQ|`S@xA@a<=;|V*)_U52ZV0d{h*)C{YQpUg~qj
z)7#q-%N<D1beQYJNLh|KMGjX;sh-v|<bC6gHBg{%O(lf<exdTK_@$mNw#_0JuNXp0
zT9fPYB-YF9fOss5dQmi+wb1us+{W!6@>tRJ*%*c%3ae&JQk`-ZE%Qqi{TwnH_Lms!
zhbUg*I5s})4GHhJhDTraL+}C4ydTOs--lN7g%FEmhxR~Y#vjZ`Y%k+)?Wt_mGQIk3
ztYWL#)7bqtJ0fH}P`Rx0i<nmLOIs9#wHWE6$)`N28J#8iR&M$#4Vk!b5gexLiL?A(
zvVKDz@mBi9_W`WT%)!J<qMoK4U1>d<@_0n$sb<!}O%=hfV)h71=N&ynwf;@8+40bT
zbd3RT;(3a0z1nST#+q<J5?e$S_qIwk)+s6aAkpnpRmoq&sV4!C=I+K6SL(~N^w!yT
zRJl-XP1zW&I5@*Zyj8+@9#|?5mVjefTq%9_8Ugr7>DBHqFFUztm&YV)Q#FYs*Hlke
zQaJ2X6nfuGRL<=x8T^~jGQ?yh%Jc;X_D!cb72-8h(l}Y+gZzk<$($<jJsLrn`go0S
zLr(6?qsi}TYJ=@u@0oPJ9pB?;YS0ig9JAGbNdM*=P`cZu)O<^7xK^4%#O+F?0E4Dz
z$IZ|kQNf`h-sx|)H6Me&rEoSgi9G5kM2@}gdC8Le>P7IUQ{NNN3~z);BIRU-Onz^q
zY-#UjR%&t*^U5>2pF}SX)o3~QYB^y}uQ&p;gY{?<E5I51c-3DLhDDUV{78i3`t43_
z`i8B%Qr<7xzu&F&BqaT+>s(p>Jb<9McJ}a{9z*OSijH1``fp8Ar_#$ATp^0xd53TZ
zE?&PD3;?rRa<ij=WE9SO`{;uus8d50*gsGOQG?~N4Rc)6f~v;3E(b~Yzp@RrgtW&u
zNFivD7U=@YJz(cA+vS*z|39dyhmT(CQ8NJ(8zjX;iAiS^o)Cv0K^u{TRV2Cc5tOuz
z-}}^mDc+6Jr*ykRQKVR1H#u3IP8ODAX{jOG-y#te_}#_Pw3kW}bdYD$yfB=IsrGIq
zfsFVG)tn_6x|~MZjdGQ(5dw_?O{fX7b4;Xc6^JzKpa<bM>qDmPq^GzeYNK3CDWF!w
zLV_<I0qm`((iiJQ({bDwhtCoY&!T!sJ>;%$k5A?3@Podk|C%hH@vc91-$yvl`Q|tD
zn5kgHd2%W1;MIbTdo+di>v5@AXC)kq;(eVppBKEVEOtMm2`U2kd+-(6^l+OPkbc1P
zKjbW9yKS%Wf0fyak*O_Jk_+S5)CUeFwdwj!A4`yH#`dpZhV~s2Bp-hZ8!)+lKeEyR
zxmj(Wycr}$^*8vyzddAYX+hmz`vA>vXj*l#_qXh9rQ?Ji;r2)#T2nbWDbRTfJ-Ul~
zxWa#d8o4!He=W}<Pm&1o8^e}?{yHvK1PQ<SzC{*{60RP}MTkg-As;y54JaBE^Xoh%
zeAlq#ztQ>iA#$o#$?qSd%5qdIPCoiXB#yhUca}0?HWx%*fb+>hD^VpDpxgXdV!<f8
z6AH;?-TO({`f`Mkov07bY7mV(*qH#3otjlA?DJ6^wssKOqYZW1_&H67d<~aoH_a4@
z{!wFijcxLK*e*z!zqx3#gYg-5^of={3tUk`p8{DjB7Mz4&B<6hlMMXavneCHCiW9s
zNp4!&s}k+NzmSA96*fxXK^Ur7uH&Na)tWr{rYR5$6T1<defg4Wjl~!1U1bcigvPuS
z)f7*l`+z_;B4BnJEelmD{{|@T7Xbf6>IvcO0@qu<jsI%s!4n#8yLN#p*T%Vl2BzJQ
zBJb<v7Md?vGXR(X7m|lJPp!+t+9z)g<vCnW(b^<6$^7uG!T38%eXwu=X6TqL@$O}w
ziq^KoBxeL%4)NFpS8YjB60DsDvfaU!-oqnV1Alrv70L5`_0p9{85pMlV=8@(Ky{D(
zFkEi8sAA<TaagUEzr6>RmtSpSh-$$`125-|OlU<!KX4TxCxenkT-xFG5QZ!&E*st2
zH}7Ws8F9Oiu(T=MRo!gJPY|SDy3D3&ak&AMy{hNte)%J%T<`UHhs7I;#m}>tDGhKp
z@oPwV=KgFo&QhSLl|#Z|tgbA6v6}mQqcr#YI9FBqSMf#t$jz6o0=Mke&txayWep@7
z4sC`o&B?X7QkBrZCzG^(dHAb~PBN`Iv!24T|HOFl&TsouOQYpXNSDPo+a+oXGlC%n
zEx>o%%$!Qg$lr|-&LhcSB<Au{AvM#Rfz&n<qO0S=5I!Z7pU2WC2zJQ5MYAID@l}LK
zdo3cvFhK21s}NQ;_skgWIGI<9SaYxslbMlMx_)BXiDyM<g?U>&y;+-O_kh1zTnPAZ
zx~*6oyuH~=?X2H%lk#0!DhRdUCC_Z5w;eQSll)JH57E_DF5LJbCC?AnDib4NwOx4Y
z%gF$`LLw`S20I<^P9ADuSy-FEnd;<o<WHmao9dIJ^Bimax%jk-%No-7Q*G)eR4|OX
zq~O{ce)wwPt^3T<Vk)VDbJ0zR4s-gF!efCyhje?TtAUd0FVtgNWlu>ykb#nQ!UMCg
znTEc?q>(H3%{GWHp+@EH%*Oq1@c=_Onb6?z#xPNj3(o13_Ta)fD`rq#Z##2(=c`~<
zd0R5$N)7QS;(nR7=9*?+gYWJ2kURdBxoJSwxrWP+k~&MY_HC5B6u$#u#DvSaw2&Vm
z!+I(DWJxWJ<vitzLQ)_wpZ%B35^Ch=q9u~M|GFE1CU^Dhz5|7xX_fc`>w-0v@S<<Y
z`OgjypL^GV!?10)k<bH&m`6+BMYCshw*w|@GX9CqxZD(RrOU#NPYhq}3+2a@2%^;3
zk6+(-gY%BZ{d$wfL~25s^qMV4qD5a;zK$1_vxTgfYIkQG<=q+J%)Db8*r*$ut8qC$
z=@~!C0M~u@OmXwgTj<?rf^~eKH4Hz?IVRn|=Grj^;-ns1%{}zf-V-!SBiYRY8#;$a
zZYt}7El2fBYJu**)y~QjL{mq;kz@5u$LM9F2~=d3{G)KO?`1)|1aUR56v{DwRpE!4
zStrG3U}!odwAom$WCFy@5J+c|>vWfkf}wC_YT&H?<A=`?c35QOrf>r1;?Q2f_(;|{
zXvhr}n0H1%W^gQ-GJs}eH%IA76)ZtSGN>3PI#HwJGon8pszFtv-d^}(@$M~z*5Cz-
zbWasiQ#1sLQoaeM%8Ig6<kJ1%ctn9qaeqsTAnCQVdn(&{2?>t)mjdlW3!|iZAzc;{
zc7g*O^)Vm=uB1&pm4j%ZA6XTnDi8+fDA@4|4_RKp%tXD8_<i{17iH$dPu?y!KI#ii
zYB=11yEJIZ4X4Od!Jm;wy~TcW4Y}w0fsbd*<m8?{j;9@~L2=`R>fRXS?^L_!MJAax
zJy)~BP~m(z$)-TJ$uSGHB2OrS^Fj1#BJFMUx~F3FSJ}ts%rEYfcC7@N+2~RQuT}kv
zU#PayeShj%LVGl!#@yIZmDa2Ezn|o-w+d&?UF{!*ch<}D9mqCrbZan+kUiD-RHq*o
z@L`i`jY7FWcyvGVcc{u}{uDo_lmFnyH=Q%))Hquri#4_j3k*?`ZFtw3^O-yh(-axX
z@od1ZQG1@=)%$(pw1-X<_X`9{7Pt=OraXG}{Bay!_9E^DiN(h^4OgZ`Q^$|;Cc%ff
zCok-PPv_N2T2z69@x%}?$_!c_&+DOKCd&l9W=tCWh*d@!miA&u=_U6o+T@P5&#hTl
zOr6UQwBwB0Yu?+8k#Bfx`$p}wktPl%7Tl|wM?*)*&8O;bgo{)yH|{Mk_AwsV<T)w$
zfSGfrcX~FHKwEBhb)0QB#b}`L5XLX0#fUt(t&GGJI{w0La7#0vd=Z?y=wj5J^Vnu!
zDvr(z>RfZ+q)j4E^<(K`e|>cJ;os(92m{FG!;VmwLA98?T1n@88A*>EW(E!`i35H;
z{+#yv#zV^cGewix9%GmcxjeFIDcemDzW;PUH($7nZG<xFVTWMYo5JUymnHAzg@*QH
zGJmo4qBV1|d^??BJUG7fpzAi;R!HKsDv6++!NlMg1x$;p(S=J=7q+%x70>UF!#7#}
z97In!N=pQF|K&|)%uA&SKHoxdg`#|&PPGvqQ)dq*%8Ak>)-i}MqY|4Ce6Awt+MsJ1
zAWcDW(1$Z|Oza&qhM;?LF3Z|H1yDr}tpA($pGP5LZr-#Rk2(u5gzMCi^|SR*3De<2
zlXY%;eVf!wl#~WgOrLvRgq?!n`_<}~LWICYaWR*}Z@`91r=}5v`H(VJ?AGxdliCL7
zLBSNco8s$FR2GL8VVcIkdY<{sOhqmueylk=0*i6~v~Zt2+tB}`&D(#*XsBxIaKfYU
zJBXkQo8Z9Tw$VR`qbJpnO_O6OYF3Rpdv}{6T8b=rcGkfN6xh6dDE|U6!b9MEMJVN>
zJoA>6+7jy?l5#yl_El03-Rj7G8SK)QahP};X8QrqsXc0AGB{nyV?O&itFLN!5QHj}
z1HTZoNoCRtZ>g^6Qe%?-?BhJQDcu0>a9bJ*Sl_;tL`ru*{O=WQV<QW8Tq6#N^*DB(
zY|EJSb^lM9v`M2shJu>7$G*bjpw;{!6`X)j$+FVDs~lOM>SUvHHNayFfVVDJ6kVHr
z^3%c7=8Zzthy_cRgS%@aZ$2^?HHq(kup4M=rlT2odU?R(pUFq~g`R=|pAs_c1Qt%n
z7*BGQP$(l+wkB+52HTBD%CbJs1{N(*Rk2%1{j$cm_oQ3iDw|X7XWE9>V2CGBR>piT
z>?~DO)xz-6=z;JV-6j#Emdlsl=jIoLt^!8<esqFk#0vTFENZ+8xy#+)GC}1RU@3-)
z!fBvG>ayObi4#unz3Jt_lo3N1K2M0foj>a<|C^!Ck8tZvAkbLkRa4lmc(HN4Ok>!n
zb~6rC?QM6MFC3_DgLLk+1>--%7!?qsQ#S8nbM#hTpr^g5S%OxaO<(@i?{#n&d5(#N
z;L+g7tmIiuKl)GX<-$vU-3^-$Cu)fRb*GN!g%V5J1|z;1gN)SdD)<qasLH$6D|E5v
zhPK+2%m~iWE7SMbY8;x+cu^`444$5D|N3g>!x=u>PsF|h(-AlC21vr+ZxdSDt<4^R
zR%&91QJP~VoR&XzJ*KVbsU#oJf3AE_5OJ8zPAqr-gh)_MXIU<}sbBla_sfF}A=s|4
z49HRlhNVJRCe5l@bwIkps)Ja6@g~_6?GM?E5z*QH811o<rJxY!u@2zr%*fy+9N2E$
z6vK-T_;Kp8^tzIZ0TBF;9~bJI`4rW!0X=gWL3=J=Nr;A2fBoHF+s|ec`#Je})tERS
zWhyK3!IdC?;Z27>_iO_N??TlwsgiO17cUX{Y0<YCfc;0gBs}F<D<oK#23{0ACIz$e
zq9$&N^*xY8Dw<1~#g2ysU-q2rz;prrXI$!irwFp;JAd#VWV<)blpt1+XV{5fe?ML@
z`I7&Up#nZKJUJ2QdcL49YHLjCNsQ6yK-x&5EnEe+#Hj|Px8Ke-WGru-GPILtIs~>T
z+iQhZS>k6E;gLw8Y)Sv?RJ9OA+*pX*S-QC6l`K^;ie7C6|4i>Ew&F1AE;m~5FS@Ap
z?}&%ZlVg0O5#PvYBh}p#I97Yv;~4{{<wR&fV#0b?g6mQ&Q*NA}K)A3t>ZA^!2@d&#
zFzdLU#JS9*g56eO1(Sc@e%n5>e?jDcv=C{X3EhD`Iv>E_uIxYX;0N<vJH48&PXXcP
zAJLWFdUgK6Hf&!{=rOh5bt=?GqkiHc*YyvW$(^$WC3N9ge&=v^5%3~|16TDn#9Amg
z63oQtu94&6Ti3GkMdOgT;K_#>e0O+YTEckD)PpZST3^6d7h^WU8r_)v1@$D5J1@kN
z?=0S*3s5sw?LWgYVpZYKttzb5SVI`*)%w)_)CR2|kpV5I?SDW0AT}1I2Ne(QEPBtQ
zUn69UkR`Ji_8Q)Ee}k8y^-Sc~VB7WKyECihQ<^?v2<k`C5`gM&`S-8bLwolcD_K7`
zh;1Uq*5xx|ftSCkpOBl$#tg`c$dEw5;*z{Z>H#K*URRuNgoVQ}2q5-cjudYbK!`Lz
z`hzZSrSLtzRutv_MZ4#{msW1b<VwW8Jc(FL;eeer<f>L*_qtjT2-~`+e7r#%qeJW#
zYgZ{fD5_c9Ys+%!IybiZ8)zKsq6uF6${1qKEOi?T8QsN%Va-O?KIeb@h*o*sh>5{6
z+Cok%<Qot!GY29p&gY@~w_HqMU(qUxKelK=VDCRwSIwux@=PHxa#zVA5TOIVgAjwM
zSjs7I&jz+*V-Zo0M7_~?#RrqHuBoh2aaE?5yIh@;jR3d_j;MU=W9xs~el*ccRDUC=
zRnYT~rYJ9Tb;y+=`A{zRgb5AYHp!N2^$y8fJ(crg;mA?9kIte?@9h=RjSW|4sAF#|
zu>jph*p~?VIqJRp)G9Phg?GX6=RZ2YbTMX!O<4Img3m@Fv~r{rn0g^>$$5wVO^?#t
z9Z5io1b>snE{9&z;qb`v;xtn0^^vy2;bZNP5H!<S?bb)O`;~c?^?Bt$Ore&bp1Kto
zIp(^+KML>;!y|?TfVFe$(tUd)Oz=&tg81MY(<&wFKwo3EQN2+;;d<%>iso`Oiz^g_
zhJ%=TcAH$Fb|r)m(fY)J^+Y*=u6=<pPCog#g1BAL^>`f_!kgO34w3v3z0;6*GERy^
za;XHI!4U4-)285=r@y}_@D8@V!*#KKj*p$Fa{qDkXua+1)tS?(uqYK6ZpLGaCq&F^
zWB8sET;PXV_)ZZ`1TWuu)(<eLmd~Yj2*LL0SERd^@bN--2&rt4hob8V`8^K4*~k~~
zkNId&TQ>a+4D7~{;E+a?N(Krc2EyBEpu#}lWu;dwR_dhiKzl)b&*DLU@LxliRzC&w
z6{zR%RPf|ek92g;TQrQmRuDPb<X|17-RAiU^}J;J79*d~tBX<7Y2P0r9fC-3b5@>r
z(je3aAR(PbJj6fP&OLzEBkoW_I_f(6BIWWkX!`xboSJSeFZGOD|4}eXq)U-hm{Fup
zl-GdPEZMmcX0jZvp_i`{`d<Z)LFds3QK574oc68{2IP=hS)c{*HK66<1YTV6IKlNb
z?u+ZfvC-8yo~TY~3YXEa(M@GEd+aVdG5<hFRFy-R?{|m7g(MBiWMuJ5Xn$fAq+8lW
z*WIm8ZWvqommAFS-PbuNL#}`}@f-R|!tvbU;#_>Y9V&JuVjS?dH5++@&)!EYIRdw4
z#cG^?NjPvI>NAbRsN&_&w2G)>hm|WoXW23o^fQH=f700L86?p*QrhA796l&9no~A}
zgJ9ILzeTo`_Acgwukb|0aTrOpkaN6@?z+}u8$0qO(O!v3LrsEzhF)tnSIxP`2Qoaz
zdP<f)l}?nTZrp1U)37Tr>1+_rnv82hh3vHp2g%8rElD)g-Vt+jO#37_51pC;gw<pv
zaYs0P1yTd>wV#BtLezwEBsdUnwe^RU$pMvL0(-Z^SKPac2Q<lSIjFK1LuDX0cc$se
z<@PSR4jf*5NTWLskTatM1h48tq2)p)9_M1*9ah20x@3^7haGc;9dLH)o77VINqnw3
z2%WEH0x*^=X^QiRTi>Ps4bve+Q(EN|>tT)(K}>=kK<ZoN^bIf;dv`gG|DOx+0&>#Y
zJ_s)ugumG{QJuanjJ%f8K>M1UBLrK~8EdGHilfq}g+(k=!!2-jjL8h5-wwB}&WepF
zkhuavYKvTq8X;(c&&66)Rg`Q(EjvyVvZ61NfUrNY>%H6$!{cK#X*VhSULwL%QCG;Z
z@(_fR8Mdh*e-z_-wLt&<1Fm?78cGH5r1P9lH&91QBSGngxWnLqvf>>fVF8$JXWL<^
z6g%Fv?AWaJ9#__rKyJpQK9cacfaL;i12jS)&*_OeYG=U)6BpwuM$K20Y_Ob;fLKR=
zQTRhCVD1phvCFrB;xz3WcnB4Ub-^;k!8M^E9mxJvVA7RfoH_3R?`Ihk%)rJIzF2bX
zh?7%s1iNY~P@=CZkg}k%#O}4=9z4UH)cu*LJyhVth(qQ^p?Q>TF*z992bCFTO!{HZ
zN`Vqc=+uVdo4eDqEQUe>Q4X2c1=!Vdq<f;kMDErwX}TKJV6tl920Lo%!LpJfeNNo+
zg5P?E9}YL|1@%PL9CMdbXlxVNhn2P=XMypCor%LLXF&$E;Z7(Z33CM-Y4yTQX%of6
z5&wE|x$&e-AK#@H?(heH9-*_DMO2j{81U8Z=wQBiP1BoR3krgmX+qk#>QPaAMZFH@
zltwO6b**M#I3H~!Y95=?+6B`jHHK2CYEi~JX5u}BYBZtz0q9>8_Dq=66fqqkviwyD
z;w5?Evx4yUg0)v^0KU*ug%PcueHPN@!btO(>hG*jQUaLoIaZr2j2uP?MIf;X87uVK
zu_i;2f`VQPCvDbE?SJ@Bi>|;kenoPA47n0zGEoeIr(p@7;de#w8on5`y&T<V*CT_k
zZn|mVVsi|e2Vuj{YC}s10|yDpE*iNfmSfS_XdfQ+`!zF}@YVsR(vopHL8eihj)1yD
z6sgwKp<zsRTc&C?jvTJO@+^nC?}FgOhqL3;cZ@$*Cn(Hz6sAh3hq>*(3)j}hIZ|f$
zxKvBfhJ+vAR_`ew8dbcx9!jK^@jFS_hJ7cv6Tn^Z7>WWjqL%^3+h(%TGHmF03+fDl
z9HV~!h#^aaju(V-r`Luu?pZXJk8ER)v!n-QMt%JWIs26>U=bj5^_oA+VuE~+!|&1n
z85q)kM<^peSd{bG@nQR)3zX5(`*3|eu{4BZnzBk{hXarf0Y7xn&8UpV<cKs0Um3za
zH%N-ZdiPOsv0?xWJmWRU)`R<TBA7X1+{K(M^&{xDD)Y$;TP`*vttU>F8y;hL5ARWF
z^2iMQ$W1wbo`0sOM!Ni_gm(=H-J|W3y3+*=JBrG(3JQ>4GX$5kaVKnZNUbLu3Gpp=
zVL!lPy7Y$yd9uRUqanx&{TFlqBNP`<<ndSC@NdOT9m8INxY=%N5W75=U9Jp=;iQ(}
z@a@)hVy73#XMu`9v#(&4kHw)RplKj18RoSqb(O5&8Bx#&cNo8)#s^Qc49;huLC)`n
zM!MK?9Z8vaT;AhAsKN5qyY$I(3yq{z@ASz55J?IG!*%Tm;WH&a*Ipg<K80%Dh(ax9
zb#qYgr?Q)98O}l~G=z1i+Tgj7OUUxcvDnvWpF#(U1brVNq%d#*qH~S}IoqK`T1da&
z?@RzFIVr)EE3yDHt=O=J0ERilG@4T|3|Q7s$yCx25n;*N+%MgE_k!uwIAFT_5^K{P
z1|{W)9`I*hrV+f4RCBs^8wFj{^XNQe?9tVOQD}|BVBdqO_>Fi%BwM5WPKDJ#0?!CT
zwuD+`yw<0E_}?O{`DXoy5y^Zq0n+6e3G$LEKFOXieB9Q3qBg#;4;i=pnKrM9y^rXy
z!>d$L%VF0;#V)RYCi@f>kv3&(blTO(*0YSOT(y)+P5D@G-4?cz?=9BytHWL3!vi}6
zZMXu4AP819&!dg8{aBTC%PQ5dK$VvyWm3z+UG>+I&NythE6DcR9R<oYaqdO{*wx4P
zyvThG>boEIk;XPwhTt>DXUviRtCNc)9~3RZL5upCo6Q{(!|PCeImY|HK?3*?(ai^N
zX`~FX0}S(5BUO-CL}Lq=#4Q--QfNsD$)neRu$?StxzEvLN4tXnlS}>UD&__=D#68t
z5{Zb2dyeJ`Oznlm{=1A_x;*mXAiVy2vx+l=GbQe?i1W5V8?`4~bH{t29T*E22#BS|
z3SJ50zOK$4OGu4~hAXA+rQ8_M(KowP!y+4ES&@11cWyqX33%>D4FQO5!1ewmiHja6
z(ODfeuVq56J*oK>Os8kJ{3*oG#;mh7e~#LVcrE}{Y(}fwn`a@kB_>Zsv+1b2$of0e
z`uXzytS;|$^YJ48P$(dzxh$WjcvH%Ft>p@7!${nvjf}odyaX%s{dm1M+VeM=QdQ$B
zEe4=PJTLvTF$`SY7mQOsSsui0WC`&hN4xSWSwo~8k~9Ca7)~gWdLrHcae6)y0IYnK
z#|?p6vPWjRB#8~9;-g9HI%irx7JS?AJ-c_NFS!J6h|0CR$(RR?g^qG)oGWsyr$A(S
zVKm+<`-<Tp)tL*XQYU?FWi==wnR4+2$R#CElgqI5umm=g-r|Bsa|iiVVz_`*Yq>Z2
zV8Kx8Br$Jd3@JeZ&8^Q)h7Ws1kN!_3L4-Oqi3ubTp9L_(nc<tLp0_wi(5X#0_<<I#
z>F92S9f&NvrbT6mgTg<COwMbtTVVIZXwET#Uxza6%x4!-WKX8)XS=r1O$zD(#S6%Y
z+Z1VIxy01{fq__T^c9#4K-&}&`jfwzWY^m(98Y)z6biZ+k#W^_#xE~4qj7y%+3exr
zNkW`P9$o+3Bn1%Vuz~fs<B`G&M2b5N3DU)b0pugX3pUE77_14ofEhtX;aL(+Z)Ln2
zXRV`sBb<;So+qGA8aappOLed$U!&B%rr)&lG5m2Uf->|O+cGa9@)z=n_syK@et`$|
zReL4+y`TpZZ1IT;r-2;L>4ij!)@XP<#cV{aDSPfl?f4H-XBN=^;dq6strKFEpqdO`
zr#Y0ACKu6RYG(8poi75ed(-nl0E8I<$5yWe*jm%An`3!sC>|^dsg`xIT!nhP+&r(z
zv!t>knAfX>`o(e~M<8Fr4fP+25xSagXJ5VfC`v;Mr8~$k4-bXcFp~$Eq5LihhjXC)
z2<p4~SXy;Rgl@Z>5XP}p|4FuEs41(UvX6+n*cyX4AVMzkh7uf^_+eaSzNkfJt-1>O
z1t7fs71of!Q^F91?-fj9Zo|}JX41JiPsSqK8aM?X*V8(YjP2^-#wTCD*a<7)jMbct
zYN2$ef#^}*(q-YJB&;7A+`394P-=cvyg&X88@0aMU|mn!e5juU_B*)bZ1k!HI)ckc
zv;&wldvZxh_Zs_z43(!UTAMI3+VdZZTmf5}29vNXury^-4X%w-@EK4WOL#m<mtA*h
z&4gGtBTSbKIr0thK~S_A3^~SB(uSi5)j)RbRtm#xiQ*;*Q&gOqemSiXy_EfrVjf5G
z+X6^F`Q#W8SLUUco`FRxs3Db^intlTpk;^m1<ecMcreVOfjFUudV~ltZR)wcglzNy
zs>i_cf<fXx8A0)1H6O6R-I8axb|rA*)bU}~n9414tP&US>4u#-5B{EdT*xnwX`3!X
z`)3Icg!q_3wN|aBnTlx5lq55ZxNFyPOKpnF>R50Qr1E)<aOOk^qlJ>4P`Fy5$S4D#
zI5bO-R<QMP)qIF5%}SaUpL|!q6Y8BZuA+UtPK;ye#<h`Y!e^Su_0Fz;zD5)vFYoT;
z>`MsCQfCHZz|6bXI$3PU#^9fuL!UtPWdbuv`DnWA*l@HcEzOeNwA-9%L+cU%%;H?v
zl>80bH$G*R{v%;-ov?5>b&$r}oRUY9rnInM+M|YibOTMIP8O5>eOMBp|D@*^$gvYd
zDgr#d9u5{fx|$!3lL#d?68*-GILKGIg8PT&rT?KBz&*W2?#7i3NU!h{(0KOkb9oI)
zAnzIn;IcxiQbaWX0^)4hRwCcKEj_bvIudKbev!QWx1KhAaP1`n>oX%_EpWZZ$!CKp
zd5H~<o6SK<v$?M_<>xrSSf%54eCLHFQbv0hH^*V<_fCoOaqRfG0a$ley&IkYi+7Ax
zo1V-34?0Ys4mperwFmQz%sgTdVLNdPv8H9$D8(6UQO-ghDA5s(W&g4k1;rMNh~z|l
zGa{{wAxq3;)*e3gmrTt5j&Y>a|C;_R2byIEgmYfg31z#2(=i7a#Z~yz4B}U*kISnq
zFv!H(b0s4PV3>@~-;HK#;YsdLq9rT}kY=@?T_V&TBT!*Xw?iHx060LLt9t-O0SuSI
zUm;;8+2lwBKL&}>_ff@m5-?-^_WJQ_SiU_Ftuy|{qX_@UQszUWspF=^pjcjd<i#Hg
zIC6Vdg7S}G@Rwpv(K@l2j}BTlNLl2J7!aA)bv;yog_dh@IJA7*6b2|WF@>@%oR^X#
zW8yA>Q+IZZsbjOoZg{Bn5J06B8kk8U^$*E9;Et<#Z|Ob2GZOQB_7m5EuqP<&-w=|d
zXEDO&SkqZ{6zKvUhGc%b_zo@5Ge2hdm0F?trbr^SpuTquyRf}r!><g-Oh**XE(09_
zw)%}Rmp7-iPBOt*WPa}@HkuXz*rn!&-ywfaneH05+krby&K}B2$aKJY=(#o`!UK}F
zw*<UejQT_(3Tz#vFfcF8+p84+f;sBhU|YIIx_J}OO||<>wop%6s|jA<tgt$t5%WE0
zX<PN4i+%pk8NCcpXxRDfG!UQ46x4OkRG{sby<Cj?)w{3u=W5f{MCCBXMz^*2$Q5O(
zewk{Ucc<M`(qb>XZg0rv)wo<Tgp9C_6xkpfrS1yF3b<w<@3c~1bF3)FL?wM9>A&%1
zcve}VFMYDN>tECh5CZuc!#cmH-iI}k;_ZAGVPhZ+^ubdumtO+}Rhra?Ck_~tr1H)x
z%SLw4o(;?gDd|_;5Nv7-q|Jw?o=dwb-Z7Fbjis%TD`$2fESO7DC;fe1ut459sbSxI
zrpwt(2;+Oe7&b72(_H$)3@lynRbGM~;S}g;C<jD=078JwO~U0^?)QHyd_g$AyR!l!
zO<7^yVSu-L0d@PSf-6OucHlolIBOqxa8PPdAmaG3<#TThv`CC|D_mV8<^6R#0pecm
zjY}Q=yK!<r$za?7S+Bzy`jG;jN7T>=L0b>Qb-crp%4ul=8WDVB4=xLYKsQl4w4zV9
zxju#Lh6=_QA{lyY!vgjHi-Y=3-xb-}a@LPS5>@WQJ-A2!X^Z9yFC2yp+yRmiw8Lsa
zdirrUK(HXa3SYst*&004x6L0{RSIHFk~3%byERsUjmK*NUYXN~1dF83752~t`;ug%
zN4f?Yzvc38gD0rCS)f>fP(E^mh&F(0d{3p|_ax~$92?FdBdcj~Err~T&!6<ap&$Uc
zOZ0SAX!+(xJs{C`mPF*``ygWmCQCaeAbbB<j7s-`BL;4{>(BCK<j5dZT>t$m+L9zL
zQbRCZsQsP@W#{oio_w#*;Y)%3H)dIg0-+l9r{WsBbkjznnHIb-a<dA>*SnzC3}4UX
zBS0!pfP<vNCx1}}|0LM3fRW0eM_HE-V_JPZpP#rbLQHJ<Uv}!@Y4D@?f~1`bnRpSf
z49EWbu6%`;QuQ-nIRKLh@Rb2^{zKCiSgkb|0V~+m6eBWjhZ2209@?y*uCodwekI9y
zm7)(&iBM0?<8|~QVRj!d?%sIB`{sA~Qr;FfU<;7)1Nw~w!#HrEK3{SPCDQs1wGy<p
zg?LIMrRh-cy2D`_F{oJjet8LX<DSPfisC74doP}8%dU|F)4;Vk<j??&JphVV0P{sb
z3BJ}|bG&Ao(LYSg2^mKOk45eBU}g|t@&YY-kz0c^Ca0zoUtm1ofJYf5GicZIJ9r^g
zHHJ_(^zbj<n^-?n9ir%Fs!+x&TRm9d^im#69+mrmY_BSWYMGFPjQrNoa!N=gHl^^}
z`{%7H_uw85Ll)ak!PEF|L;;@jM1)w%stzW6u*HAF!_l}Q5@<46s2{^Kg3gpf@-pe}
z+nl??#e&3dzR4_TsW*`eR!d>$e<w5fRF$3v{+goR8Y;BI^qND<19D@Y-9EL{t`_a`
zy`I!jq+!^2em98C4BDXzLi*(m9O*u<;spgkZB_m)vOz$1vC4-2t=)PMT$Bwlvm-}<
zgkGvp0r^OTIb}y$|132Xu1uwGiiLeE#lt!r*$;`uTi^z@D)h>|y0lH2Le-P0$Y@$<
zpKFwjcGXL(mGoiwHd`(3OhZYTP-dyKc(u%y*CPiXeTa>-ux0pxo#6+uju>PiQtjle
zimXL+r=7|(3}AOz`fQqEPNai;=1(v&4R+IMpK>)(X%zJEbn6nI9_E(*{Zf#qQZJ6L
zsezPLMc0XqZ}L#Gy?#lgJZ1!!`1r;1Dd(Z5kiva>E0#{JLgl7KA<@oBL<qsl@V(G-
zk`}2xUDa)3wWlA);e6vviv~5EZ}2y=oeHH(O7AY5!3n39jSgMM=G_tKZpO)2ybd%A
zw*&r&iRXcw4nr#>51+RzF~Ai7^6Do*&ZWv%@XnU<Y8oMcN%u*VEPpWc<c0aSN2sHk
zkzb<932%#I-b<QKzT7!TbBJGRnA3vuvxgY$++4P>{cI0QxmO+eysO?ZsN7gjkXOfg
zN!c{vtJ`T)kkw;l<w?l;iF{!Grm14z_Wp@GXg6iACiTOp^U<dXd)IH9=hdhX2I?og
zc7QF$cAS=)r+sq?-{5mj4&bT6Qg5?^9F>Ur7#}FwtHi%>QZvB6B<A<L=O&YA&C~J7
zN<lV->X5sYmvrk_o~Rp|mR{`9@Dz%2=^3v@(7%2;!@w}B+<|93+D(1>Wc57GGLl}s
zb>s(4RLUZE<J?bQyq$3ji6dZZl{8gbe$>;%&8izLKXK7Re-)xJcv`0*;(JaD1BJp=
z73V%BCYdNc<6w_Rsz7U1CG`Ik)(=w1>l!RO#w1(IR&-RM)%m{`i_(SpgP+LyQ9IEi
zPzBGE7xjL=<CwaWEYj!IC3wY(^2B~GL~Tk&YCb}lY7hi1*m96etVZ$8hoT-7yLjTK
zwy&vYoa9YjFr<VyaFpyHD9{cuyC}SursH$TvamAY!#*CK1~kV4*^6c$((qcbF{fU>
zZl1VNNo7(M{nxF8L&RQ}?m1uG&nq5j2zzEqG8o_YUsnb78Ih<zeI4SecG>7~Fjfup
zgbb%n4<&lPR;XXKeR>oq;jo`2fq1%LI{NZmS8F7<=z{m2U)}<0v5<r}EwhVDM@=&K
z^=`XSXNqw}Jk-dFUV=L`v6eOVB+$V3#=UJDTi_E^%Q|{krB#6f7YO8v^xbj}Qa;)}
z=evp%yQ*JUs)KxUG<JRSyDP@_kb0?eQ@Hy=ICW}1^=X+>sGh>Sms*GsCF8f=?@VmX
zR_SqaD8s)2R`hTQB)IH3K0h(Su)>BlJ`~uodA`X_2Ozg^DF!Fr;>A&^J7<)sg22zI
z`P4wfCQ0NXr(w9Ra}L@LCjZwX_w8DFjjyuYZzN3P@ntPfogU*za$>iXN%ArZRZot`
z1lWz*!{C!RZSo#>ez&>Ux=t8*-vbY`%WiYR=FJxp&LSO*dC4cg>d=Sh>kmA(OO@+{
zmp*+L<PE@EY!6eAQ?aJ<k80&;K19B8+4x{2Uo-RLc7Aia?w;${q<YgBmivnoh|<y2
z#Czp_R4T<j<@BcP!V@#Yw+rTh567a1I72z%XtI3=*+Xl_2|7n2af}+(7ggxPGO*-j
zW--P{JTL@f`xrmpX-7`=`07*VN3I#;C$DiZJXnNZ^4IZ7vatH_cdhjB@dcI1ZJp%D
z1|CAM>3;^^QFz!`l+q+6wm8C4*a?pazLHEm$xaSsqV~#<D?%0@2WrpkQk6GEW-`Jv
zSW5h=O$;@uc;A&7@H-lxbMLm=xz4d9$&ywLYjK2@wFdub<`*GYOyu%Zl&mX2TUSey
z5r#vF;8zKKC-iJ0B`7Bj{Gt?wsw0Q}@KlAIoj$Ql6$)TC6%XuAoBuuFIH@{vq0`-U
z5wE??=A&hIp2Br}ZV?kL@bLWrCl@EG%zHRiUrK=7AX$s-`Ykb!4gu=&07avQ%Lnyb
z-6G>`9ly!}xSy`R$Z^kN5g?$o6dXOWsox1^{FkykKkW|t#?AV9Yxu;yY~Lz=?dX+S
z?U)iJ16DCl@GUwRG^^YXv!l4hZEeK)Sj2Ip#LG%g$ixVggtVc(?*Z{V=d5IA=m6TU
zk+Ln{1LiZGiS^ERf@8t|LFuXNeCMnh)Jfu9)JciDw$!9EN&WkM-;%*%D4$U*-BH3L
z^o`}RF;SU*T8(d93u|Z7Ou_L0mZ@GhL95vI^j02+cx*xd4*J0s<pU$Rhp(*_9}66R
zcQzdOUu=^u%T>R6A-NEJlJk-_@19D0Qh2z_O>+%~hcAz+Rzh88pFHfmcXs0nIa#7j
zgeq6(07);ZIAITFomt=n#(n=KZuhRXDP3gt$D8b1VoKuT<RVW`7CQwPInJ^?&XaOv
zQw}G35FF5Jbj&a6M~HQ=B1i@S=PxCpgBgA|)4o)ZQ=VDgXcL5GFjBbCf4{Wn=U;gH
z1V_Mz)NV`!2BtoDK6-j9u&)hEbnL+ok~}=XR03w{sU*+p*YWqxNpfn-@+HurW6Sv)
zGMUrV{KHZPvdXf5auFG`dY`tG)ky)w$JU7nUooW{Sdd0MD%e6B+5O*?WnP0&(Nf)v
zaf9U89|$!(E}qLK1HYxe{Uf7*^`*W~yA)<<R!y}(b^n+1f|bqK<KLz0SRVPjkI+II
z6%_ZLEb#f#^!)_|<nw1A1pq%j!#V7B$GhmpWM6g$p+WTI!So;hMQD8Q(p75D5?yhj
zMgi3i6Aty=rb7|?%%oKXBMbyE+&);(SQPYR&EPpuua8gm)O5e#ct8K|o@ML{1SqRZ
zKDx9^KhTOBNn$<6jVH*t8m2%zcleNHBm!`*!m$I98GRDTx;}vz>P>?TdP;Fns$)p#
zshuwF7Xonf#@(biSXFjOe`kl!oQms&SU;sf|J7C&dc6a@h#+zOQGmV3TC*IZ01xGm
zl)V=2LWJ0-XU9Uc_!$?cY^i|E%69e8)VW(&PzW95pOT)>{=t!<jii|-@FQM}kg5dD
z8|;RXw?JjJsBt5|@ew)FaJ>32?$^OFK^^WMaufTe{mgj>RT@CyB~lO}@(&rLYT<Kb
zx-oESv$vyEOOSGgj_8)FJRh`c?(q$c9ZWEBC*gkd-EMp(oCR<N^nySxQ?^pV<<gg+
z_x4|it2S#n1vAD4(0bBP_Q}2FbJ4L=_W1YDZmSmFxNbwktiN)@^=V}!w9svKs)gYe
z*wdPC@$q6pa0c(%m-aa!194(<RT&_%d53lg%>&UCSw?p3`W=ZavT08sdU2{d3!gIW
zaw~7YR-FtHNW#9{`4p!TQh#FO<;3^vD2@{j{0lBgtfP}$bts=fFBF-SH7PJxOkAsq
z3Efc|+Ui<qohl+KZQ0||J4$!rGpKBV{F7~UqQxt~tDsY8fIr2LVK4ugqCUTlcb8_j
z7*$pz@LYk*5vnSgq1hh$uI6`J4aPbnW)2wYxK_-rFFLF}DrVD#P+IFzMuy{T#y%4h
zjGMUP_(P(l{N#I%BInhi&7$|ciabjRo#fi#bfx?Hx`~un7v+8vXRzgb4S?eE;XEha
z7ARZ#E$;_KEmQ3zdwvA5y`I%8CASkrz2@lbz1fMUul~B-Pf}XP95Hu&4T1t?@lZVw
z3Q#g>BdJfNN;Gxf+k5II66mRr%Q=@7Ty;n5pBRKW74Yjj&yAKgY6cEWSxaDm@mt=5
z+kOE8cY>dYc<<|^0YeUW74Ga*oNDVy#p9KXfB311KqRyV*LAV={M`zcXuKK=@O9z2
z$Q`Yf9-r%of%^#gjcOca*!3?qE)y}CMASwggvFSmKeqAla`ntoE3;p!<=vg&CvZQp
z=!C_zwv*tMYsk6<onFvLJvBFX-?q|=9>UGlYo3B4{@xO)jZ5yjbcLc=mSL)Sap~_A
z?EALyo9uk5AaU_H$Y(+IlA`$P&{-7|F749M5%G?aM9O61LAD5lH=u)t_4Mbq)!_cU
zt24zP0+O2g(Tjm90rkIO*MfaS94|-v@hHHb38r3-DscyFP3{Yw{`@Mxt+3NW^Zv*0
z<KyFd#jg(gIG^<t7k$0AYgWheX8(=N`TA$^!R(xz-;dwl&Gzgqc&5aZ{pVybcvkjk
z_GpzZ=;`6+lTVhjVv352Qc{l(r|w?<_HD1zaP#9oJp3B?+hL9nNOIn9DYSL|m=Zxa
za+kPtoA!k&Hs`DkhFxs8r1Mxbrm`v~AF_}P&OP6|)|HUbZoJ*cwwCS*?D*#d^@CU1
z7e7w1M3Ck4f!A6K0sZ%1iI4Pr9(Z{=SJjvyo|T(B*Yc#!`*+~>(_GmEo(b;((!xad
zna1ar20<5lxe#>V(fhfF@4iR-t>r~MmSa)>_r5nQ*0Xt@N#3v3R=(JI_L0cd@!Xnz
zJ0;7T8z82<P?Y87`qm=a?~CLFYIwHw=|tt7xacTmufCxn6i3_17x#vL?`I<Dd^kD5
z?7JJw8MLv=>iOdthkfy=MvvtE@mGIxkD8i-50syt4Z6?F5U=iwpX}1_zE=bc{kzWI
zTAm2Itw7vX&fR`rHZ|E0fBe{+_!pbzCY#2l+@`5JZjXzzek?c#FPfb7RUGG8dKO!H
zMrBR?cD^8|$#@C?$f+CZDn?aVCplRciCJy^dUI<<m$Q0-KlFag7gat=vGGi~{G=Du
zuNO3|clI``aX>F%HX-<HLhyKk&F@~J)9%W>!>#XBdkxNCnAFvKuCqSjdV7(ncr@ev
zku6w(BgbdtMyvH;w&s>xaW-!Kc<bF<V)X6Xx2JNQyCW&$;^Kxj4k(q+Jk-zrPPE@t
zm-qdxuKttx@=D=Xb1SRzz;g2xI-Y#JEGhOyhW29(j=#gtg2JOA5Xc8v;uCJY`~Ia(
zNBMMWFnaB5Z}56goKSOg^yAG*bhdk(l_$THjjr@5qJdJS=jrx2j6*Jp>g?~6)xXBu
zmq}UQw^mtwyxSjpUoNh)dUzkbZvuedkLr|t>sSGknJtqu84`S^{Ev7N{4a9gqVu0v
z#DK<Gy`XP;)=RCI-^hVVkEP(1-pi4Mz}|$wzc{m>pM~1bywn3WEaxn0F4V`ij|Sy7
z1l0ppuG*X|r`&ou>Qei)bVKUV*^Kv~M$eu1k9T-O-fy>EK|hoK-MD#qdbEALr=~_U
z$ngImbu<@zxxBo*VSUuR+5SxVLPq)SV2&b@<1}0A^r@qxV`yk-aghW4<@0CkVq4&8
z^jghFR<)kz&(W64(>k8!aZQbl8BJxDZcQ-sGsVM<p!T_!-<O<^8mH!tbEAH2cDo(2
zU)Fv90te<>FE^FnPuVn2*)&e&z9+U2pL#kI3kH6BiC-=|Ux@xEgSM?AV(R6`TG7Q<
zy}&PecedYM1{XZJ9P|f{w@JF>?jHW>rt*FNqrbnO1ED{W8{OdcBQ{!GT%1bb4_-DQ
zawEIh?c37c-d;gLK}t#r5gcc$U$T^sJE?xpwdY39+zQ&I0sOY^+ho;f9L+uz2ABi)
zhqJx3UyUx;IP01GBHlgtZ0Do<`>lq}_S}=tcY%35cYhi{;e3CTsBK>FzPIj==sazm
zEz-*p(;7syk+21z0Hu@uTi}it*DN1Ae<S>1MX1Qz&Cd@5+>}{>0*%YbI%v;d@80-7
zHLXb%UUO3R7sEe4H8Q&JU=2pQplyjC7g85eTT<Kpxoyz37+TLD)hd}2Zeys$Z_^9K
z?I(kyx0KIIZw0!p45XDFkl?RYHZJad5+=dl&3Up)G=K`L84k5~8#bEkU)`Q~xPD9_
zJ@bcX1r>;Jct`9yTY2Yw!^7_lk2XvI4<eeW{;#-me{14O<2cA7%d&{b1|AnMR4Q~$
zxpaBl5xK+`C{K%oDiuVz2q@VK3^#$?NKmT;vcbA4_XJv&vMv%t5eSzAgb;%UYPknO
zxF(vAL?}rhVaN{dAF=bCXXd9l?{nVI`F`Is=Z7;UJ@WG{!%V=ShBLEGYxrQEtE^v-
zmB(hU^Bj<*_x-c&=?V=2%gCK%1`t8cwp84mZ`KEMw=!vtQdA_D3U=F`J$p8zlfAI=
zY71dqSXuRy+C})cUVT*t8FUd5uw>Frw&c;=;itnzn_89@o!V0`JH|W<*=Q;hckj7q
zw|G!Ip1TQ;53>6B0^w2UEe}N!XMM;qqX+)&X^-@TjFBJD(;GJ%(ZatD1O)}b@p|Jk
zU~f~Cb=|`6zHP~ocZECGR#g!O9OpAN6VYCuewsGhZf(NqR-H08%TtQZ(@c53;YU&@
zNe{JZ31!4rM%o%c25!7`-NSpnDJosur761vZclb_o`d2phF|`^)7mNX!lo9E9?^me
zX__Fcwen3CHemqo{&hd?9?BlirfuJ_AuYf`2r@qjJ6}Doob52{(@Z5u)C!O2-cTE5
zKv%o&ZDMcel%@YmO36>7@wkuq`_=0oeYx+5U8b75qQ*}A6xO><J5WQzCnhf5wDLSX
z=tWwz8ex}cj9Yv(r>*U}v=Xa=lde;VB|B2UbfE~n^P?|al#B5-)$A3%JVkQ{N12}C
zc=#}Ws(bz+MAt)s|De-9TH4tmed(P(^VHl{%`t!@r~b$HPSfTuK{n3BwN@%_=rHz*
zyCieKnmVn_1Hie?tmUCKd{j$(!B{wexZAZ<f;yN5=`|7l>)(51^Nw;0c{MdP!Gi%r
z?ZG!MUc9h+mCHuxx)9t<6j_==mZzw)eEjBKi$N(LlzIYC1gJ-fH`76V6aW<f8p_<b
z5R_j6<<+3v5!}cSujGOoC~)Z&xI_b&jsxU|mYwY|K>HogE~LlFhXPl-YOjm$BENC)
zv5mtm-lpRE%^k*Blrkh4rt#DVo}ixx$98~>xKZo4)M3l_%Tw`0rMW|Fra{?(<qjX>
zg*xZ{$+rLfd+($3S$yZ<O@^Ap_w9gZgo~l(RHGnSSoQc<xSGhM()|_|XdQbLVIkSo
zcGRbYT%_<zof(+Mv3G0JtpoOK!o7sPq!f7HB`)9Dwg9$`pus&chHxT)-|PU$6(}gL
z=8T0)R6kP|e$L2>l;lQA@*-pOI<<IZO1xqXZd?Si=+#?}z&d(v>mj(44UjAIq4LgF
znt0khRyP`_t7jRoEW@IiENSFi6|AnhTL+H!oVy0)tLA*Yy$h*(-bH;|?9M#7`XKV)
z`V!3xR(f%2xbKYxTv;|+**2z!c3~=(?lpzf=y?1w+x|z5%o3_Hj|el2v3w&0BxizU
zOroj;f#T?T)wXBlHRD-6;Byp7QlPtfyU*3tHRQYoerdS&iiA@@#Z4y`Aws1x8IU#&
zcNv%a&?Ec)D;%4KpU2CtlCKG?PB1Xow6ryjL1hTwV1eAG>LqxWTIpsS2`3A~<JE4Q
zB{$BB+pdV7@NNjL7z(5(Q*I=eFHG}JYAx5uf9yu~t0)7iq9;V#Qu0FKMOi~bLo`=E
zLB%PbPyHw2&|~8aww8eiWF>GppL|c*-Igf{tX^g$#wC!GBO7@waDq*0Mk;*}i4mMO
zhf(HF#$f4my0wiBcURK_4}z$za4kK#&lc7v0}_tsoZ|~`qBsQju-jEHzM($9XW4n@
zD^=(6fnd_IqvV2<?{BYtY}adYMp_Zz)0bYCKdUX!&gi&Cs41%X&rVKra48J?I=f4d
z0k=*8H`gu!ZrOImF*;?QZbXz8?C0<9>vl*6G9l#P8{P6-L*{kGjrNh4puTlJvX=1A
z%aDV;{RrB)Q(0MwY0TMt6Pl1WbCt4U^2-k4gQ#Ilr17(%&u5j^j(>|Kyldbct&abp
za>f+fT#TaHo0hqB3vVx8Nb;>kJ{hOzk6-e9=8(L%cD86^tBU?`x0Xmjqw9>XPqYVq
zSW;8Y{NPQ(>^FlT$&(3h!@%X!3Kxy&45PXC8tSvDq`Jm{pa_aWE>Q9Y1z{q=sKPy!
zpXHskv5;eJ;})UvZ=%c=X;JPr$1s!3!3NA^X$KkU-o&@K!z8Y|cleD0{xJb|CL&S7
zllwS!e?RYzg=t-VT->eVu-372m?K}uuIL3AH2(JlQU9)b@k%o)>EGoi*^QkK78?cy
zv|#}wMEsXWd_Op@O<<!F@(lAaz8<T&KPwV64+@&G)km%uV+*m4$ln#Bl^(?CMDM?+
vq@-y1jxnM`6>tvWj~)2_e}43?XpN?CGd-~tyt-)<`1&dY6U_SJ^3DGO-HPj?

literal 0
HcmV?d00001

diff --git a/python/demo/documented/biharmonic/demo_biharmonic.py.rst b/python/demo/documented/biharmonic/demo_biharmonic.py.rst
new file mode 100644
index 0000000..a4cc6a2
--- /dev/null
+++ b/python/demo/documented/biharmonic/demo_biharmonic.py.rst
@@ -0,0 +1,195 @@
+Biharmonic equation
+===================
+
+This demo is implemented in a single Python file,
+:download:`demo_biharmonic.py`, which contains both the variational
+forms and the solver.
+
+This demo illustrates how to:
+
+* Solve a linear partial differential equation
+* Use a discontinuous Galerkin method
+* Solve a fourth-order differential equation
+
+The solution for :math:`u` in this demo will look as follows:
+
+.. image:: biharmonic_u.png
+    :scale: 75 %
+
+
+Equation and problem definition
+-------------------------------
+
+The biharmonic equation is a fourth-order elliptic equation. On the
+domain :math:`\Omega \subset \mathbb{R}^{d}`, :math:`1 \le d \le 3`,
+it reads
+
+.. math::
+   \nabla^{4} u = f \quad {\rm in} \ \Omega,
+
+where :math:`\nabla^{4} \equiv \nabla^{2} \nabla^{2}` is the
+biharmonic operator and :math:`f` is a prescribed source term. To
+formulate a complete boundary value problem, the biharmonic equation
+must be complemented by suitable boundary conditions.
+
+Multiplying the biharmonic equation by a test function and integrating
+by parts twice leads to a problem second-order derivatives, which
+would requires :math:`H^{2}` conforming (roughly :math:`C^{1}`
+continuous) basis functions.  To solve the biharmonic equation using
+Lagrange finite element basis functions, the biharmonic equation can
+be split into two second-order equations (see the Mixed Poisson demo
+for a mixed method for the Poisson equation), or a variational
+formulation can be constructed that imposes weak continuity of normal
+derivatives between finite element cells.  The demo uses a
+discontinuous Galerkin approach to impose continuity of the normal
+derivative weakly.
+
+Consider a triangulation :math:`\mathcal{T}` of the domain
+:math:`\Omega`, where the set of interior facets is denoted by
+:math:`\mathcal{E}_h^{\rm int}`.  Functions evaluated on opposite
+sides of a facet are indicated by the subscripts ':math:`+`' and
+':math:`-`'.  Using the standard continuous Lagrange finite element
+space
+
+.. math::
+    V = \left\{v \in H^{1}_{0}(\Omega)\,:\, v \in P_{k}(K) \ \forall \ K \in \mathcal{T} \right\}
+
+and considering the boundary conditions
+
+.. math::
+   u            &= 0 \quad {\rm on} \ \partial\Omega \\
+   \nabla^{2} u &= 0 \quad {\rm on} \ \partial\Omega
+
+a weak formulation of the biharmonic problem reads: find :math:`u \in
+V` such that
+
+.. math::
+  a(u,v)=L(v) \quad \forall \ v \in V,
+
+where the bilinear form is
+
+
+.. math::
+   a(u, v) = \sum_{K \in \mathcal{T}} \int_{K} \nabla^{2} u \nabla^{2} v \, {\rm d}x \
+  +\sum_{E \in \mathcal{E}_h^{\rm int}}\left(\int_{E} \frac{\alpha}{h_E} [\!\![ \nabla u ]\!\!] [\!\![ \nabla v ]\!\!] \, {\rm d}s
+  - \int_{E} \left<\nabla^{2} u \right>[\!\![ \nabla v ]\!\!]  \, {\rm d}s
+  - \int_{E} [\!\![ \nabla u ]\!\!]  \left<\nabla^{2} v \right>  \, {\rm d}s\right)
+
+and the linear form is
+
+.. math::
+  L(v) = \int_{\Omega} fv \, {\rm d}x
+
+Furthermore, :math:`\left< u \right> = \frac{1}{2} (u_{+} + u_{-})`,
+:math:`[\!\![ w ]\!\!]  = w_{+} \cdot n_{+} + w_{-} \cdot n_{-}`,
+:math:`\alpha \ge 0` is a penalty parameter and :math:`h_E` is a
+measure of the cell size.
+
+The input parameters for this demo are defined as follows:
+
+* :math:`\Omega = [0,1] \times [0,1]` (a unit square)
+* :math:`\alpha = 8.0` (penalty parameter)
+* :math:`f = 4.0 \pi^4\sin(\pi x)\sin(\pi y)` (source term)
+
+
+Implementation
+--------------
+
+This demo is implemented in the :download:`demo_biharmonic.py` file.
+
+First, the necessary modules are imported::
+
+    import matplotlib.pyplot as plt
+    from dolfin import *
+
+Next, some parameters for the form compiler are set::
+
+    # Optimization options for the form compiler
+    parameters["form_compiler"]["cpp_optimize"] = True
+    parameters["form_compiler"]["optimize"] = True
+
+A mesh is created, and a quadratic finite element function space::
+
+    # Make mesh ghosted for evaluation of DG terms
+    parameters["ghost_mode"] = "shared_facet"
+
+    # Create mesh and define function space
+    mesh = UnitSquareMesh(32, 32)
+    V = FunctionSpace(mesh, "CG", 2)
+
+A subclass of :py:class:`SubDomain <dolfin.cpp.SubDomain>`,
+``DirichletBoundary`` is created for later defining the boundary of
+the domain::
+
+    # Define Dirichlet boundary
+    class DirichletBoundary(SubDomain):
+        def inside(self, x, on_boundary):
+            return on_boundary
+
+A subclass of :py:class:`Expression
+<dolfin.functions.expression.Expression>`, ``Source`` is created for
+the source term :math:`f`::
+
+    class Source(UserExpression):
+        def eval(self, values, x):
+            values[0] = 4.0*pi**4*sin(pi*x[0])*sin(pi*x[1])
+
+The Dirichlet boundary condition is created::
+
+    # Define boundary condition
+    u0 = Constant(0.0)
+    bc = DirichletBC(V, u0, DirichletBoundary())
+
+On the finite element space ``V``, trial and test functions are
+created::
+
+    # Define trial and test functions
+    u = TrialFunction(V)
+    v = TestFunction(V)
+
+A function for the cell size :math:`h` is created, as is a function
+for the average size of cells that share a facet (``h_avg``).  The UFL
+syntax ``('+')`` and ``('-')`` restricts a function to the ``('+')``
+and ``('-')`` sides of a facet, respectively. The unit outward normal
+to cell boundaries (``n``) is created, as is the source term ``f`` and
+the penalty parameter ``alpha``. The penalty parameters is made a
+:py:class:`Constant <dolfin.functions.constant.Constant>` so that it
+can be changed without needing to regenerate code. ::
+
+    # Define normal component, mesh size and right-hand side
+    h = CellDiameter(mesh)
+    h_avg = (h('+') + h('-'))/2.0
+    n = FacetNormal(mesh)
+    f = Source(degree=2)
+
+    # Penalty parameter
+    alpha = Constant(8.0)
+
+The bilinear and linear forms are defined::
+
+    # Define bilinear form
+    a = inner(div(grad(u)), div(grad(v)))*dx \
+      - inner(avg(div(grad(u))), jump(grad(v), n))*dS \
+      - inner(jump(grad(u), n), avg(div(grad(v))))*dS \
+      + alpha/h_avg*inner(jump(grad(u),n), jump(grad(v),n))*dS
+
+    # Define linear form
+    L = f*v*dx
+
+A :py:class:`Function <dolfin.functions.function.Function>` is created
+to store the solution and the variational problem is solved::
+
+    # Solve variational problem
+    u = Function(V)
+    solve(a == L, u, bc)
+
+The computed solution is written to a file in VTK format and plotted to
+the screen. ::
+
+    # Save solution to file
+    file = File("biharmonic.pvd")
+    file << u
+
+    # Plot solution
+    plot(u)
+    plt.show()
diff --git a/python/demo/documented/box_with_dent.xml.gz b/python/demo/documented/box_with_dent.xml.gz
new file mode 100644
index 0000000..5982a06
--- /dev/null
+++ b/python/demo/documented/box_with_dent.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:db4963ae1a73751efdb0033815a27500eeca245ecaaac8bafcbfce6a4200c06a
+size 8836
diff --git a/python/demo/documented/built-in-meshes/boxmesh.png b/python/demo/documented/built-in-meshes/boxmesh.png
new file mode 100644
index 0000000000000000000000000000000000000000..335a51a1218057200241a4873c21465b5c849b55
GIT binary patch
literal 7418
zcmeI1`#;nF|Nm`S(Q<yZ6r$u+F(KuANTgDsnDa3?<TNJd({e1w4o*cxA;g4P!x+WN
zFmf!$(59NhnA03TPrX0i?;r8~zJJ?gm*;bPJ|B<U{dT+F?~li(##i|c9y`dz#l?61
zn!z0|F0d6B7w8EO82Dz}@-c;rOT6{Efu4Ct-W+u_s6s;+Vj5w%yQ|PB`7A`lH!IFa
za5ztZ>VEp+c@?+Y!Yb)AY<18ji(UI|E-so;j39b|`vg}R?`5t#B5_=A|K$N)yCn#I
z@=}Uh>Y^UcCC~p}@c-&MY)%Xc&|I{Sr&maVS-0~kGlK$?%DioY`^;D?9inEp@d9U5
zONvn2ayrMKpGlG8anUZIRGV&v>1(;|N*LiOXH;Jop{V3r`_{5jxF>n+rxmXc7v-T|
zkRvT4bV^CnixE2Ab#cOR9~$aolg;`(I?tAlA?PKc&|fjJ9x*I%Cf}5M0Y|np549^B
zg+;%SUAiUc@Z0{Rn;IKotWGbnzEX=mA{Zw<TTC6MSo*JjcW>VNiIyai{OftYlth6N
zgLgk7-SyVDJKia*xs_oCbqiW{mR3GF&>h4gS)<SC42sv}zp5GGl`UJID+wr)iDfn_
z*TnLZ%sPp#vR1`GHfCs6eJi%(j0ZN4F&(iYGW;V#58{S5J)xx~`|h^BENy>D5s$u6
z4j&&NbjtImg(s%5f8W8*a;}v3tdq%yb?n_cuPj{CL#PaIh0Nw7uVf@wTo%(4EuJ+%
zDye*%BSb|QOV|`6@tDkvyx@Yfs*d$6*1#AzKROP%`yOxPj91dUvnI>Dn7v>>L%vmt
zYfn5g#nX0U>t*V%j{z;(rSk|cEAFgA@sS)kd8bSUtoqgunBwKhgd9lIK0P(70myx6
zTOuJaNIfo9eL4O2OdT3QuS45i5$xDFDiyi2Rm<k3@wtO?aY$mJBh(6E3>~qXf7|}q
z=%?z%^S5FYe^BBTF|X9_!B{KDIgPbw8Rq?*ucLOW7RdwWDj@G=OCfLL(oN!Wf**1b
z)SRyN3K_mgk7+hkY2I;Jq<lYlb#uK{ePv_jfLy3*V02ymGgQ1xn&r}}f{E`nXZ$1C
z1N5FP>(I*X)IWn`3OZt}+2y`Lf-GCoxE98`m$?+VezUN<mGVkIZaG<o=S|nzwDR<(
zOuy_*sX#d+X+H&Qk*TR$Y<Z_@8cx$wuLa(%*$pIJ?ww`3b*g5HeU!y3#{iUvVK;Ji
zn=iWA(Ccf_K8P-`Z<g(Xe}M*6G~?zcH&8UcQ2#Phzhg-uODYBXA~e~~PJU^lR#jJP
zjhJSk#z;yzNAJO*^^z~ZHQz&KLl(ajoz`4;CZQbDcNa^~aYtHu_-j)!(GB-5yp(DZ
zl6TTSEbruu@4ntRPwxQkE4pfJ*(|3`P56DV>KLDYliWh|wJ%<vGA)=qZPd0_eQ((u
zoRC)wOi%+s@}zA49?Phmf1;2wW_q9eOU4!x9>6Vai|g$;{edN8;|UimBSyi#Rh$U?
z3jGR6bA(eV=Xjlcd};kiL<>L9kJcMJZJQyh5~-XVYvPiuduMmLE>>VEp%y(;A&yb>
zUGnzNVjZnT=ZdWazC!!I))WNvjKBPTRB<J-8*CvT6$PvQld_dxizehiX02Si4EqcP
z4bQHJ5r@T!C{ABUb!cW`^^YsZ%FX-0K^dixF%J0~u4PoQT_`Tw%I*ZUbyCykrRQb3
zlZ@GS$YP{>;e7SAxf&Z{ISP>C{cGHwpk0`rC^OhmbP#N8yD(Q_Lrh5W5eOuHcK-DD
zGG1Gv@Vt&vj+FRxBV-n<FKOasuL%`ZA`Pt)d(6x1E&l5COC?X6DP=fbakQnXtKH-k
z#M|nW$5gemwY(ETU7i*pf!Y1WwkIF>qrV<@Nh)Sv5VwSLUMjos$Ef0Am4o5Y)%Y*t
z-ghz9#8_b&#6j{(Im&LntAEhccYE{^jJ3E4J-A_EjZwd=790Q%-XH`<-gsY;r(lT^
zD;ZvB$?^-6Fc9ppnH{1B7rc8Z=P71}=fIs1__SJdI6cNNUz!m-ENAyV;3wS4v@jIk
zE8IV1c*VDGOK{Pi@f&(Ambc9c8(g3W6(wBzR3oVfRZA~UL#UAD|Lr=-Pm6YkRW}Vy
zmkw<iH>DSdy)+!8C#$y!CTru??|NV$KR@X3z;&Im$E5>_X|JW5#=XOwI2CQm6S$f3
zc(Y^fo!DDeLs?$$zM0OixX-wu(>h;$f3k$4ixjwbN-Wq5(LGDwc~vxJq`>Ot5-Bsw
zAzG!;l4XCkc;(7@+Js=?s~q*VsfLMNA&m`HHzOobi=Ojz<{Y~bNe;x+IIz*YwPh2@
zcka+Rhv2wc2L1H=V`+!;PV+3Z!)c6@K37NU*=U9|1zU^WvpsQbXO-0MmiyS-k^M8Y
zn^&MAA~CEmjNIoQNxKAlt~;BilsdG#VS&-k`_+eoS<G)^E%wfPju-6*75#7<NimNy
zy3xwyZ6j~z9@kYCaEKE3*16l!4bHcF>--%gO|c;|P%h=4eFkXChkHcgZYLo>J@^w*
zz1r)zlpRjy&xgD(g3MlnhLn8%C#Ymf<)%OPq-jeqonL4@$jD_;$NOW)z4A~2RdLt<
zSYtP0#}w)@<)^48>g6w1LUK7a22N11%1zFY^xEHL<_W6kyblsHf)9y*2t+BploF>6
z!)XgI>XWv^iN7Xt&Jxb0v*xA<cc-1S_nxefAtXu#>sUylD$lMVk+8sF;kd$PTcR@V
zds8%2wBgHmO*qAI0_KMVE>A%9zq{Q#th+k~r`2hw@qAH=Xt&|PIfGCBwbqW%n+wLj
zRFIzrdchXA$laKik8>bes#fMU^B*>50{|(vPa~rmesr!>)>zNqFwI;^{zg!?Z8<|F
z1KUpMJRBUg%dp6EI3NUMCSUOTX5-&X9C9dV$;u+Uj^GJn@gIp<1<Jse2&XX%gud2Q
ztzWN2Bcn&k#@23NKQ_%Xv-e+nbMzSB?ZCCi-*pMFC!~(oeN!S9K(QvIu?*94pH1tY
zv8(^Nj4vE}(OR^GVzU<+I<J4q=CBcI<n~nYb3<A_KG#S|GA5Q2Gb|sIAQZ{U``Q|+
zr9!Keo>-<4(U!D7#xIV6%rFT&;bEHDmU-dkN0p3#6CV1R?S?B7(qp4fK>Ab4Y~WR6
zF8g!qg<N%EjO<tVR_&er#s>in8AsHj3q{;==^f_ydoaIkb~D1Q4vmxI!Kmu~?gtxJ
z#NKAB`#VENl3~@BnZ2p9>SpQ_35WBe9uso~<5U;7TOTv_S9pGZF7GtwTvQJ^L=ZFw
z64Cc&<_#O-FLq(~#Icno0U*EElV%p=-j;4a+kTW_du}cadwPL#?}Hk%b5V7G?l-am
z)*h?H_`Rz%F*0BH;l6=iDmLr^dxD^3Kt1JSr4aZ`Z0w#3*lI4fz^aEhX9>?#vtiZc
zd9dojBp8c{Iq3DZ-6O^?XTh3Swj(!VV*I;Zz6L+LxIfSvw3b%*AK6FTfqonx#iFC1
z{zr(@w?Fh3AVIOPGW+^)=*Q4gsUAH;@pWjv_yjB(v)k+nUC%dYijzuN3c1;j8C4uS
zr+F*-Ed<UX>uNyN9A^M?H@lamVAQqCISMQR(&SmP%X(FxpzkMc1HV19Nnsy@%C{(C
zBE^?R)Ocp253Egj280R64TsNdASAu5>^}N8%`Ohu037w{F<%<_uk$!+SXgH>R~}?$
z=jtZ*i6O87S=l*J$Qx@Yl7bNiRa?qbm!RJLJwXrD(G$HT*zrfLdDqenG+Mu2ZcQXB
zaHpyf?EyU)wBK+84U6Q>kO!O2kjc!OB8DPyN8V8@pWE?-F<SHB!4Y~9*(hlRZi%4E
z?z?X^bOK#^%scX;4!4{UE2zGENKftZC@<B=mRLpt5w=7J=&Y~;m|`13o+fi7CTL8O
z|9JHB@tx5Ym>*WSP%TEPX*|raB^22IcW=kmVbvIOd8akuexOjFANF$i2j|=X(F>8r
z`GA1f%<KoNnBxcCLDH+N?v{TZs-ECMPN~200C`Q|zPf`pzk&15DpB7+#Fe2R&$th;
zb-0}~YA|sjguvr1yLe^<)Cy%P=Jx{Fef(ICY?%#FStfx{81d+2nv}R_pjb)Lb^{qs
zTg?4W_Kld{P0}?}59w%Fn4B3mZA3;-yjRHq;ANyxGX4I_i9*%JO&I`n04V~Mz)1n@
z<<-7bmNGp}0P@$g7~wG1jM(tFLT@p!`Lzt$T>4OM3B+6O$R8IQ;`C#jmpe%8OA~++
zR>?5GF1XXznrH$fVmtT&bbTEk-+LO1?i0g?-dzrM2i+JFd9ZQv2+42lvEaN8=zn!`
zUJODdY<`}?@tu~zy1$o+{@(OVAQy6|yrxPG1<>S#KO!x9gkUs*av3*ellKoDc)0SR
zZKbFWSeR#^ROQ&?q<&Pgt{jJ~Og|{u^%X^}c)u5qF=;xvlmD2@Ja_{Dx<libe`edn
zkOgm~z6886_{{o263Iojz_#$ARLWpvgf0b6+n8}V$IbT&Dn0?;?=vu-uq?l<RExev
z-f3*ADn50QdlJ$UabOJ)fQoL;b9zzY(tbxCjnrcvsiW_vPxO}c?{AK5&@iOsoakM0
zm0Zal_Rp6RpH$<FZ?A6ZF4du_q#=OqAGHWRIH=|_BBumF4z#}LWF`^}_0ri3G=a_=
z8Sn4igsO#aQrO6CTQG0iX1RuocJ#U&64Xcm!*mkP0YJ_tQ=(}P>34;(<_fUdFK$t~
zm?o~{uH2Jz7xF&jtAod@|7KW?(ejH<ZD4EizYQgBWJCu`@gPsl!CwQuVN}0I%)eC4
z=XACj-(<!Bp0_~T)XoTkRZGj$zRIfG5_@IC>0P_jM5&Y-4)t1v<hc?OZsN`!m;uov
z{2W$Y^4aVAGq~JY+}bO#ik7mFcNrpaAA*`?SwLri`szUv`5B0Pv~Od>*$YU(o05HC
z<3x_OlfVL^%K5v4NeNOs^<SREFs+jNVLeL=`vBOJ17pz$M3Jf|@kQs>M}ou5gb(0N
zp-)4z1>;=cHbm+g=|C5_IgJ)s;hhCkkfrsOqOX>dzxi%JEjqgnt$^}B6kNcgv<aim
zTo40OxA^Ce?(vVm;0W-MV~Nysx+)lVVl0985e+TT+Ut?w-s+PB+ntRPE9owKt&Dv8
z>;pFKbS1N1y{NNc3@ythYjk*jvCB>(nG7$AJNsnfHd!xFe3)>3{Hr6yESl8zUEa1c
zh0>d(VZZ1RxRb$S0;=C)BM5W805WS^_49Hs`*6j%Hcz=>EdWC2x8P3K@%`+K1qICX
zDF7Ih`NOFR)vGuO@)gH!wHCMY^C?q+`m}!y%oIzP!=u8Zm^zHhz4cc=@-$(19^h|Y
z&<i2d*se$Il5%*obgF~kb>~!RmwTUbR3ksTgP<lYJ>D*Z$=~cey5e6WlHZT-I3{aH
z?LM~xLh=`kMH6VqVCvM@I|SI_fE#5zK-1+96f8#pD{2aWu1{mTFu~bweuwlz%n+p4
z4z)UFtcQUC-N0_ks@?}tvd>umrL^QOxXq<=fRtwVYtjDM?>s=1jGR05=xN{yYFE3+
z+h$W|!3&oJ$4P7&mlESiDa5;~2m*)SuE~E+_jG)uEbsIwS;y9bdpurB{0~e2@~ETl
zYl!z5;6F^ve>?czgIYDO)2xZpt~cg&^u&Smbh6y>1mQ@Ab?9!upZdVCEZ|XqeNcWB
z>kbMh1o?jY=c-_bMiXEEYIa(}@g;}BDI4PNQvGjWm5iK(I&^rtZV^OFEyz&~DvJB^
z)s;N&V&vZJb>VYQc15J_AZ22rRok}53l!>|5`R46>>CAY+8b$cmp*XR0y(+1$-(k~
zcuM7~vZZ=E(|~&Gs_@J!_!Z7tfiGxAE>E{0(w5l0vMg(<1`VmPn>*=4kJ?$9sQcpZ
zsq~1rzF>k)4>)SBzhaA7i^&$Z(rhkW1zc&o-e0Vy>O7_Gmo@QY>!0bxuaB&WxHqq(
zU18Nh3!aU~ez})9B6r(QTt1lQ>~SGZA?3jTfjZ@>mL2!G>t7j8eT(Z|FVqv-`q~`&
zMM?V3)CzC@xz$QxRjWu-SNjUG4r{fzKp;mo`kU_pE_YMk2R~iP43UYakL%bo<rrzY
z&h%xCM^a5h&SYA5YY|94w2vLYMqy+N-@Il*^<oXv*P=q2?OOYS)^J#a=hfX~M&|OG
zZch_jb0<=gD`p(rzjR#F2cX0?IO`0xU4Z{RAuOAK0(1~N>tk+^*$q?lfU(wb-3s5)
z`q85`E_;}9Hb>Pl*D-sTw-un3xOsWnR3bH<5l+4H<f)Ko!)+OPC)3P%`Z4}(pW&Pg
zb8GmWl^@h5$krUTDcLnaI1Z=6AU5C`AARrF0>KvwWUGwPPyhlt0xaBgjlHz#ti8VA
z_(0A+X4sx^h0TUw)s+T=HL3*=?}{ZGQUm0ta16_#4jozH0fGW%dm8Zk){uJ`uUE}g
zF;Am`AWqb1G7p>Hd=A(w0)TwP{yKD@S(ppsY-2%CM#S4BB_ML9>^T!7Uzh=Lg&&km
zl1(~Wu0u!4jIvQKCCmFSl*O88@_*bk5Z4QNIGlJ7h*%{RVJf(1m!l-~4l;YE_y(Sm
z3lUdY+G4whwL;gEu!5Sw1y*_emB>#&v1l!oj?2`@DPawuxss=ODL9U$l!YFdhzN%_
z6c0xSAGI2lTaz8=YZ_x1u3$M2+Og<d=B$o5E`(q8K*(q(f!f%RAvcjo$?y{Esgzv{
z*U#^7N$)}iKRotXiF=Z3bnP|IdABz2+OetAdWdEf&x2{ic7bUCmGp;Z$f-xS#gvQJ
zfXHhXU`(7n{|V@t#cI)JBi7?UBNvGOU1Uv6qfFe@cZg@`&N>wT0hF=dj>iV;&9Eju
z4~PRCIN<*}tlm{o_uxO_CZj$%<^Oi|)IE-`MW5E}TQT&>V%D6<JrdIsJx=KK$1`LR
z06iLBoVDkp_so7mC_nO%=_Dgo-yr#+$z<l=7UaWJ!lhCgZ*4a!xqusCebXmM5<=BN
z1;Q;aS`JuL1ubKKDy(H)gj!jhqrLj5jk_Ei!%{e^=v;qJl>?_emZg%h5*rn(f_qaR
z@c6%&!`cy#q5#Be``XNUZJVTcez$~{DtjLkTfQu>%IJ-*DUciM#-cZyhp<gn3BY`D
zX#ay7Ow@B2%K*@)9gjw(aqjreA}4#Db{`X_NV*cWGmYQi1<FAaXaS8+%+!y{{44Kt
z>+!P{yAg1Q{GG;GttUN>5p}p{AbBYu(DVu0X`%A87k`r!Q0QLiliRN*XU5H4qgZk`
zY<|XaPu|ihEr{y{47v|&fjIgdJan9*3$WOlvh<(%HegmU8yV!c_@V8)jI-nJ%${^?
zh_NQeH^0rPX|!2w>Wfdv(-u_qT{55Hu97BS5m3xzo`$CTN9g>9dYV~cik25@AbAQq
zLCE{QAl2+Yh$=sT3h+O0*KP4Dy}y*Ci~G1IL&ySO6Xxlp=aP{XDS42H!!LJ%UWn9l
z;DU6*G{3{sv;c1z%qGX0SWaO609<<_KRP$#rp>PRa3A%wsJ>tt>loPHz$x#kW$Vor
zz#8sU7Y@FYSGv`hzDvQP3m%;KH31A`-qoyU`4DKLF@9*dJ@f#u@_wn<uZx0VP4#I)
zzb^N-xgN+1;!c%;Ta1{xvgbt%fZn~?t-0l-A93xJ{RntJ!aB||d+|f8Y;KG8dhC+0
zj2r+Q+pCi;gW%)Jei{iChWa1*L<CzwnlWjLJ-Nw+!{x?Cux@Ki@>p6$MuwM%NIIn~
z{FWe0<skcFL1@E4$(w6@p^ev^+v{ap6!wLhRaHXlFszSbFZjN1&NbLElb0CPG!Y9I
z0DAjy&PmDurv9um(g)Pxs{=&Xz}M4n|AelifqtyN-aFLT)%j~E;CSc!*IR4R2li?Q
ziElX%wW`^-H@!Ww+hk1)h+lQcoS8)aHWAzb*$~-?hU~^rXvo+2*9ZJJmE@f`{|<*|
z3O#(o+a@PLk?;gHn*X+)#{kq0Ojk#lZ#|XdEmuYvNpBJ^otCH3fx$(*WjBz{mcJe5
zf%W|TSt+t>@KQW|D(EdoLwX`**M``B`h7%Nlp@fV*bvVFZRlnbkUwSRr~)PEy2iy>
zTi4sh&=5(TtD<)oynUJTBI$#NzwzZ~lJoOYP3IS~Dk|UEdE>WT+8CY^)%w49-eer|
zjhN%OV4fV;5-ZF@bxLH)NrEL<5X5~TCP+BvV>>$H7Pr;u85L)O#S=>o0k0zDu=xRI
z3Vfwm&7&oxmLMf=2z>|KdRQnb7P!gg5<SDL>V<*$C&Zf*Zovhj5yv%vQ-o;T*z(of
zQ}pIeU>+(McRQ~W6sc|pj4HU^t^(%}TwGPB{(JKD|LX}Hc6XnKBFLeb>QMxoX>wh^
MVr)=#*(v6K0L*;69RL6T

literal 0
HcmV?d00001

diff --git a/python/demo/documented/built-in-meshes/demo_built-in-meshes.py.rst b/python/demo/documented/built-in-meshes/demo_built-in-meshes.py.rst
new file mode 100644
index 0000000..e4d839a
--- /dev/null
+++ b/python/demo/documented/built-in-meshes/demo_built-in-meshes.py.rst
@@ -0,0 +1,152 @@
+Built-in meshes
+===============
+
+This demo is implemented in a single Python file,
+:download:`demo_built-in-meshes.py`, and demonstrates use of the
+built-in meshes in DOLFIN.
+
+This demo illustrates:
+
+* How to define some of the different built-in meshes in DOLFIN
+
+
+Problem definition
+------------------
+
+The demo focuses on the built-in meshes. We will look at the following
+meshes:
+
+* :py:class:`UnitIntervalMesh <dolfin.cpp.mesh.UnitIntervalMesh>`
+* :py:class:`UnitSquareMesh <dolfin.cpp.mesh.UnitSquareMesh>`
+* :py:class:`RectangleMesh <dolfin.cpp.mesh.RectangleMesh>`
+* :py:class:`UnitCubeMesh <dolfin.cpp.mesh.UnitCubeMesh>`
+* :py:class:`BoxMesh <dolfin.cpp.mesh.BoxMesh>`
+
+
+Implementation
+--------------
+
+First, the :py:mod:`dolfin` module is imported::
+
+   from dolfin import *
+   import matplotlib.pyplot as plt
+
+The first mesh we make is a mesh over the unit interval
+:math:`(0,1)`. :py:class:`UnitIntervalMesh
+<dolfin.cpp.mesh.UnitIntervalMesh>` takes the number of intervals
+:math:`(n_x)` as input argument, and the total number of vertices is
+therefore :math:`(n_x+1)`. ::
+
+   mesh = UnitIntervalMesh(10)
+   print("Plotting a UnitIntervalMesh")
+   plt.figure()
+   plot(mesh, title="Unit interval")
+
+This produces a mesh looking as follows:
+
+.. image:: unitintervalmesh.png
+   :scale: 75 %
+
+We then make our first version of a mesh on the unit square
+:math:`[0,1] \times [0,1]`. We must give the number of cells in the
+horizontal and vertical directions as the first two arguments to
+:py:class:`UnitSquareMesh
+<dolfin.cpp.generation.UnitSquareMesh>`. There is a third optional
+argument that indicates the direction of the diagonals. This can be
+set to "left", "right", "right/left", "left/right", or "crossed". We
+can also omit this argument and thereby use the default direction
+"right". ::
+
+   mesh = UnitSquareMesh(10, 10)
+   print("Plotting a UnitSquareMesh")
+   plt.figure()
+   plot(mesh, title="Unit square")
+
+.. image:: unitsquaremesh.png
+    :scale: 75 %
+
+Our second version of a mesh on the unit square has diagonals to the
+left, the third version has crossed diagonals and our final version
+has diagonals to both left and right::
+
+   mesh = UnitSquareMesh(10, 10, "left")
+   print("Plotting a UnitSquareMesh")
+   plot(mesh, title="Unit square (left)")
+
+   mesh = UnitSquareMesh(10, 10, "crossed")
+   print("Plotting a UnitSquareMesh")
+   plot(mesh, title="Unit square (crossed)")
+
+   mesh = UnitSquareMesh(10, 10, "right/left")
+   print("Plotting a UnitSquareMesh")
+   plt.figure()
+   plot(mesh, title="Unit square (right/left)")
+
+.. image:: unitsquaremesh_left.png
+   :scale: 65 %
+
+.. image:: unitsquaremesh_crossed.png
+   :scale: 65 %
+
+.. image:: unitsquaremesh_left_right.png
+   :scale: 65 %
+
+The class :py:class:`RectangleMesh
+<dolfin.cpp.generation.RectangleMesh>` creates a mesh of a 2D
+rectangle spanned by two points (opposing corners) of the rectangle.
+Three additional arguments specify the number of divisions in the
+:math:`x`- and :math:`y`-directions, and as above the direction of the
+diagonals is given as a final optional argument ("left", "right",
+"left/right", or "crossed"). In the first mesh we use the default
+direction ("right") of the diagonal, and in the second mesh we use
+diagonals to both left and right. ::
+
+   mesh = RectangleMesh(Point(0.0, 0.0), Point(10.0, 4.0), 10, 10)
+   print("Plotting a RectangleMesh")
+   plt.figure()
+   plot(mesh, title="Rectangle")
+
+   mesh = RectangleMesh(Point(-3.0, 2.0), Point(7.0, 6.0), 10, 10, "right/left")
+   print("Plotting a RectangleMesh")
+   plt.figure()
+   plot(mesh, title="Rectangle (right/left)")
+
+.. image:: rectanglemesh.png
+    :scale: 75 %
+
+.. image:: rectanglemesh_left_right.png
+    :scale: 75 %
+
+To make a mesh of the 3D unit cube :math:`[0,1] \times [0,1] \times
+[0,1]`, we use :py:class:`UnitCubeMesh
+<dolfin.cpp.generation.UnitCubeMesh>`. :py:class:`UnitCubeMesh
+<dolfin.cpp.generation.UnitCubeMesh>` takes the number of cells in the
+:math:`x`-, :math:`y`- and :math:`z`-direction as the only three
+arguments. ::
+
+   mesh = UnitCubeMesh(10, 10, 10)
+   print("Plotting a UnitCubeMesh")
+   plt.figure()
+   plot(mesh, title="Unit cube")
+
+.. image:: unitcubemesh.png
+   :scale: 75 %
+
+Finally we will demonstrate a mesh on a rectangular prism in 3D. The
+prism is specified by two points (opposing corners) of the
+prism. Three additional arguments specify the number of divisions in
+the :math:`x`-, :math:`y`- and :math:`z`-directions.
+
+Meshes for more complex geometries may be created using the mshr
+library, which functions as a plugin to DOLFIN, providing support for
+Constructive Solid Geometry (CSG) and mesh generation. For more
+details, refer to the mshr documentation. ::
+
+   mesh = BoxMesh(Point(0.0, 0.0, 0.0), Point(10.0, 4.0, 2.0), 10, 10, 10)
+   print("Plotting a BoxMesh")
+   plt.figure()
+   plot(mesh, title="Box")
+   plt.show()
+
+.. image:: boxmesh.png
+   :scale: 75 %
diff --git a/python/demo/documented/built-in-meshes/rectanglemesh.png b/python/demo/documented/built-in-meshes/rectanglemesh.png
new file mode 100644
index 0000000000000000000000000000000000000000..79a439facb10c5572f98634759903bec768a0ec8
GIT binary patch
literal 3535
zcmeH~{Z|v|6~_Z^b%LUU9Fb)$I00c#X#h(pSP^x6iC_h#9&|g}hzDWiC1If~;U&S!
zfFiAtvakvm^c0qjZoq{l!|Sq+QX;a%qY;coU}%sdLEaPvl0cu4a0q)&|ABUYyqS5P
z=id8#Klhu-IT*~bwsNpyFc{W>`*w#i7?wvF42w&UCHTd7Bu5E;FAUth^RS@g)$<tM
z@wRpNp@#}XMTY^3g{%KU>irrUZ*~>!U<SuzG#%a{5($Mu#*UjUVRIIY6Pu6^t`)(S
z2M<6NU%TRr!?q~n1`}aC#^E#3D73@p=g0peZJDi^S@WR(b>d_x!|%uL?xF2FS0E*c
zy5d>4@3>s2($dq|T=98LL)xba?s^*!^~r45aa2EjQ9UDC9ecHU-CHP=n971B?SZwm
z>EMkQapP{Nz|rk-mn#-7_7ddApn_E(nve~1E)%V5n3P4yVXQbdYa7|ec4XoDgwQy4
zZ@UOj!TdQ;vbOB$(+Kxro8|m*D@1cXKRRYQ?5%Uhvwk)nzcToS?0}qf3?H-OyWs9y
zr1C=ksqJJFdt@UX<0qB>PHmNj-^Mf?h_m=?dAewtn}C;=uJmtDkx;f&Nn`JucU_&a
z)&{THDVg~0xp3X2%(F#!@)GPiHP9IS&S(rYjyxh|nE3gVJGUk)udgY!JOY!M(?@n-
z>vzdJpFV8K!pHW3WO8M<Dl2%?P~95DKPNw0cT&;y2{uE3D3gxdztKst088F}h<H)<
zw86eQsjF}{Za?HZ0HP;Wy40aU@tF#kYzDb|WXE2uEzbbaaXONd4U&cd=f3NB{ASR+
z)=RP)`J2&$Xx-n;HjaeJ({vUH78UoByBw5o-mFYT)%mzr+aq)ub|e&jmOFc4wZTh-
zRq?G?sZ+ZT_Sp3@DK%@Z_SZ@7v;W?&4SV9OB|uf`3b!Qp(Xzd~@&MEWqQY4rAwyw9
zfj{<u)*5hFg6Q9r@dmD{6fzY@p=44c<}di~gnSExsiDL~aI`jT$XR<Dt-Gptl;2R0
z8d^h;j!2a)c|4+2qLMY`55=6%lnd4)$2=!G%6a9I!`xjZwXJDP>Nn~r4?2YzhyH79
z9t&T&TT-u*spthY^11@J^Ikxr6iab?+zqdY+kB@g+@XJP&{CWriJIE&H`wKCG~QGx
zLog*@Xf$TdMaf4Ti!|*b`~C9E2;P=!sC)`COMaaGk=ky%3trJ4AkD{8qC9AEcgE7v
zl_<P@>kCp}RD*=6F}rSj%w8SEOK>0U*uw*AyTTUjgVw+)FI<UG<*~P*ZyS305wxyq
zm|m9rf<;t2Q5|+l8}gTXB=z@XD(^3w0VL-LK^Dw&(RUmG-K$ps82oBlF^IBbDK#LW
zEBEOJ-@%&l;L0zAVDE{}V_G2m5_SJ-v~I8VO0gzrTcR2e6)(uuL)6zxPg`bqn}di%
z9%CO5reufUi6f#%y;w2fGnP5`Wvnnlc=nzM&&RkT{oReoAI9z{H}H&lZ}~cPP6prF
zAoi&T3Az#KjY$aNfAsTTk+ZZa^ftk~m%S(|a51qQpKzb^gAk$u0l)X@Dz$~PuXaJo
zJ`=LRGzn}(Q)Gg+MDwsEj!AvBfcrhRlSK%Er+sDuJ|CM&28?Hc*Yjn!IDYkudZ&kl
zUwwJTxwYge^X1+U^;^>{p&x(vld@SYEP3tRC0QZ??i%?%<DZdz=f<C<3S&+vx*D@5
z<Ws?rvT#Ps%EQK;xGY+bEt~L)gzv@A+P6ycFsb;`N>pG!sJ{l}Rz%<0G!ya9el665
z^#uN16C}h9CGbe+bik+XlVy?otZk@dBbZ-i%PW}F=Ov?=^3afIS{d3Tw9aNwUkBvw
zP+u?ur2x4r&6f8BLr2V)7eka~=ewPl)XgUi%)kU+WWzwZ6H$;H>P&<>A>Iauugq_m
zCw$b~5@a-dH)-hV?%h6>5vd!wt^%!_QrdarV}iWimqnT&W96SrDqW8XZY<SJ1`8j|
z@lVXhq){I9iL3da9e~7nO9gliA7kXv1Wb0E0!5S5`?1{~0G2I+vjNc@TB_0`5Vg0O
z7I)8;TmT^MjWq!RkO@FQxukxWzVW8kkC;@@Qo86_zCgUL01z*RFM_iciT{CLYHv>b
zh_A7^R{m%8jDum1wbLi1C#s$PWdQYi-S+H#*)ZuDs_i0Otqm(mG*)T$x3P3Ld_}Hd
z-?zYIxPY^2r@cLPKn0u&{$LPDqdL1`x!^1;anY9r15&qecRlGpjS7~V7yy1&YD>x%
z?FA^H7&utmyb%hD;E~ovBmDiMy6u}<8zJf>7}o=sTI|KoC2SX^-AB*4M<%Sod+d^J
z$t`){#Kvq_f}CBpod4g(+}4b&2cAyc*yg$<-GjEi_ii<cb--lJbY;=JF-#kX3-8@I
z>DzT(lPdO{xcC5=>)<exmw{+A9bw_eL!M9A#D}1DTfy1$mcs{;Cmn?y?fxT?{(=8l
znAa9qo3uGX_YK>)6-0MIG`};T+XdHw)|kA^Z7o?~wz1b4*aM6TlMVg?CJ&i8=;gMh
zw;I*ALYuK_7G1VrSP%XIY>XObwdlWSC@{*NtAKtKElf&UO&in#o;k3@Z2}lnxkN<^
zOfk0!Z&L(pqs8L`^lLM*3l*F(Hze^|Qg~|Kkmd=!2#<VhzC$h^?`-agJt#!LDZt_u
z5O2og%ZF);GeMdRlRoC2s0o5N<|lmEM}({zf1UVO&K9M2I%`A!&Sk?ds~%@C7)Jwt
i{;U0e@rhA8XX(#dH^UEzdj>w#7=e3&cUPh(&i)5$&ng}O

literal 0
HcmV?d00001

diff --git a/python/demo/documented/built-in-meshes/rectanglemesh_left_right.png b/python/demo/documented/built-in-meshes/rectanglemesh_left_right.png
new file mode 100644
index 0000000000000000000000000000000000000000..2d439c755f8ca53d689624ecd74d5fca4926e70d
GIT binary patch
literal 4891
zcmeI0`CF3N-^Xbi(WFc(Q!67=n=BU$wcMK2HnYq!(s02{O)VG39kqpFqD4(33PnfK
zTtmt%NyXGLcg@0Z8F!M#4b*TKzUOAH=enNf`!786D>vsppY6Qf@B5G)&m2c6s4Ku=
zFvQ6dwoWkE>Ps-#swDVo@XHE@+y;Xw51q9A<w9iIL~n2CUuLwmj*(vdQc8(xpR?cI
zywh9d2bK;Aysj|bUAB#OeC9m*YFRKmd<Av{BkhWX!8#k1R)3-)*ZzUFfgcGVDc$_4
zh=jdVI|_3(Cc@tMz*qUT{QHOh4|Q0|=#~3E)Rxh!3wymV-x+&*r{dt@^THp3PjQ3?
z*6|Xdlo>U78yl~A4#gAP;poukKGjl#H@B3GE59ZoPYd5M7MAta)4qoo+<OtuL?f0;
zRi$o^n<<OR({yC>D503|&zNa(LSdMsifH-c?N}FmWTg>tp&X-KmHK^RUmjgAu!gfz
z;D*A8?CY)7st=}*Cipr0xDfHUdCN;&Mg{S?AJdGQl%j}RZQSS;qvEjdemC31WIW5G
zEt&n+<0unF40(C&cd^5p7duXkxc0O33<meon&keRSH#(l^`Fr9V;l%`H0N=T2Q3^t
zkD_k8JEc~AWOq3}t=)E$yHp$B;@4>gWwd2*&-QKAN^dcvRay?4Me97wc`bMB%E12m
zno4U>MDulp+&go$y%N20Z|0o3Nt5<=JAAFRuN)~jaexvX{F?l^A}c_!D0qc;t3G!S
zY_w@xb@pfH(W)Sa$17+oiWl^=KNdW}%x*rpvLG6(AZBE&$7ZMVMC4$4VxnD!p^wy1
zGWD%xo_C8nR-wz37h@{y=P?!7-|g!!kb?8Z`&Z_t`0F^2E}8QZf0=fN-qn|)>IpZk
z?_~KV&|Z;GjU2{v%b{#2L%Ggs)$}3LaSdPlcH0uX+u_U0_Gb4+?h)SJP#lai(wLRt
zyiCqDVCOcfEGQ>1*tfTnaBv&)Csv}h<q4IJR`I|WEht>xtcP>l6?jco2dh}~T>;pG
zwo+O_4enDZ;FOj&D19t>fm1b|f31^G4{*uWPhCi66V^6YD;+Z}!p(8)={#F){KQLc
z7gf|%6y@Hbs)~V{?BD4qbkYoDbhCF8)e~C@4cJV5q(H6Od-7ml?&zV?FJP4&le<I}
zjaru+1FNLo@Z!V$tVacc0VfdM7He*)*^D+``#rJT6ONDRWs&m*17RwZX39IKHf*&p
z-jb7VpwF4fIlF&IAXtsb6QBvZvA$JwtL6!sZlicsYr|HH_IQ_w^y!X8T~s2na6r_X
z)8<~k<d#?IE;yy`zdW~4`6RLdTVgPHBK3ZeBJM^}fpJhxdIN<?mP8FCv;94)<0aR#
zJmKfxcT-%{XFtoUpxd)mzP37#D<@d6Bde5j@HyMHOvhKSt5Uy@JUTU!A1faew<+9+
zc*vrM6rw&`WlZ#E$hA3|V_w;t?fy1oVY98be6gp8RgAxWjghzUz_Wr`?X*SsPH*@f
z*RBXXjc^xct;3r_p}$~Xxcu)M@1ERN9UNZqTUswG2Jhg{c(@LO!c5qgPQl83;Lq>Q
zq)&B`5XoaxItritO7L6Ch&6J5=7R430%{dkbF5VyuJYSUmMoJ^;z)#A^>wd{Z4np^
z6Fa6UZLghg2b9VNO{E$`qDEG3`W<6LswwZj&M8+XZF~oZs3jN-FeHw77p4n0Ak0tk
z7hjPT-h4*#cv9>xD5JQ>T6M{`7k1bi1N+3~q_e~^0-<o}x>Hk}#@Bvd=SJ}YbJ-X(
z>NsrAv|cZr-#`^j6iInJ+h!j)wNYZQCeA#36l<VxP%M3t8P4>g24`7@BfxRPI{Ye0
zQ^V60!z99frZ=;j8cekIy-o_wnRocnS9MzuT^4=YG;ji2t3L=Qut<tHcsuQTUdo@%
z;uE<!oNg^yCyw7t5j80Nq?}3iv51agp6n>Dzy&~cowK6xAb6zuwG@Ycb5-(hDYl|C
zJ1;3SqqYi-Alxv-LMK&zx0B_1^|!LXW>p2hkPL6BIcy$u8!gB7*jUCT%gUO=QD46e
zns>$oC0cZXd9!2YM9tUMEeE)J=Z1#%*gS2EaoEgq+BnHq*y)e8_LYs>LS=@ZBJQFf
zb#G+$&a`F<Gy04P$cBCNVW@#VIE!DFUXmfOjA8R^9%eW_hGI*2!!{HB*RaphB_RQ-
z7QZ?$6QvT|^3~9X2JQQPQxC((c27I{7!tP-q;VH+1?`c{_vS>iIX|6TLA=wf{Mi+S
zxn*B}3we6{bftG7!*~VY`y<IR9>O<UA8Cyu{_J+(@n(k~$1=ICTgq|$^Js%-dbQeo
zw9V6om7mC6wsRU;-pr?nB`(BBz|b@t93S}>b^BoZFy)*%Z<Z9hj4APE?xH5yE8_f$
z&Al)xEt7YX+2QDM8U(3ss~NE5j;o786U{H=XKriBK<0gFo;M)zc|+o>@mQ%@5qb9Q
zkp}FHx=A&($->QTDaZ%ATQxq)rS9c6al)C$6E+JVt`UwrXi&PbH6PUY;5j}ossS6J
zZX%HdW`)xu1*ftAyz|J)6|4Zk;i!TA5Iw)G@lqlMm)L@qy(dp|lI=&Lds$tOu;>XF
zivNo#*Q;9GMK$wv@2*kDCh9uYqxtVwHeW;$$GG#8b%V<p6-hrX-_7tBEE;i>^qvZ-
zNod7E|0t<=er%24IwP6wu4%Reg`<5q*a(EP9})96kxa`CXQt>jhe9=<I@?J^{<S}}
zrtgpwUuWO5vDQaJ9uWL<wZfod{)M$M9eDvlcD>q=Oks$|B0BQH)u5WznD2dHML?eo
zV7Xe`!=xrjt&AnCrf5P4SW@zblWH5Fuhr@oo^YGgURGIOcIyogRk-sgXvMHz<wbFA
zt%f3QLz_upQbb;&>A4APkDhqy8EAREHeVTPISJupDL0pz3wlmj<Z2Uy8T6dd`}d6%
zai;)Fe8k(!AqBGAfbOFKb#THSbvGuG>DM|pci@9x06}TIlqWD443hRg&F7TPKLRNJ
z#M1H=Z(r`T6^F*Iv_*j_*9XNf_@K@Ipjq?g?*9_btCenl3pWmX%=Tox<-3Yvy0`Kd
z712)!k+dEDgeK@<I2-u;7!&_qx%fv+e8R`rBE0s>EcgBuDs*Z%^BVQFN<Lv6BRqP%
z0skU^ks>Ih7j$ZG?+TsLfKKNYwMv|juh3%~q*(}&Ml=zhHlc`9KO5%th7`-+1IYd;
zg)2jTB-^Y(NyqT{TCIcQ<yehWzt7L@A>`}EhJeEcuu&mKlnuCCrukJB%K(1-<~xHl
zZ@8AL^jN4v&156Gg#4C^l_B8CaeOjTaZj~*of@Ldl9#2^-52mb1pfed)&q1fkM!`_
zn2*Z3{jdKaxX_ahB%k5j79m6jim*YZ=R_m<vSh4w9rJ?E!QCz81R5q+nDHj(-skUw
zv}Jo&g4+Wmb{|Gen7dr_qE*ZwJ4KwAfm5_9L@$2v&)sox`oWZF_Zr=5gpbE$m-U1A
z<=10ZLt_gUhu3{fb{wv>_AOj6`>xy<wf4SRb(sHh)6JT}%GslRSnF2zTS3k{Hb}*l
zf2?NTbE}>@um2S&3B;6~mejF~%+_Uk=0Eh>lXC!^(v)m6bEg3ipL|_AKuJhPMRj8}
zN|UO^<jD-(P-bf8WIVl22IB-nL6y?6O*!Or%OgqHM9kSF(n~1W2f?s7Z^*9L7H5>2
z^0<!08Pm^Y1)`h<<GPL8sN?Dq-V}O(nSK><8B*TTkxhU3!k?$|Y-9SfTU$$vxLL-s
zsH~RI&+3#$M1d-`QPf3Grenv9Cj@U@8N4lQo;K5U6rA(q=J3BE(0!ITS?4<9@9lyH
zKXq?l_D*agB{y0h4dCq}gSWdOkzH|v0l*ThgZb<@JU1g7!#L@fw>MnR>|pze%XxAo
z_#H<dGT8n^^>3k56l>D8P1e?`rKc>522}<RH^r5G7Jzx5>B)MslFm+MZ^-<}?=N^a
z2C;6d1$7<dQ!e}P+S*HnVNH*lOQs{DtjC%mz+5dS5`2M+^3WsGzB|3-wo({4gOx^V
zGv&MT^ljwnku!<5HyGxY0QY=Sg$(yb21sDMzC`Am9Ywd_sXb?oNg~CHcyGO#j?|<X
zMcl75G_N3)mVkT7>{*lXafsatsF`Je;s6Kq{u_*|9l(0Ot~=0^16<(|;0j5_V{ZI$
zo$iixz<J;31U^zm+e;+FBzTa9W)NeSfux(g)8aG{de`(Sqy09e9!aMxOZ#n&JSMd9
zy+NJzGPgbxXbFaW^~KRD4Tr}=-`vc3+0Q>#{^Qn%Wp;&o$JpWVlo%NAXQY-G2&8If
z-AQ2B-LiKAvaECe016%FeRcMqokFz!@3e<mS#6E2zcd5LF4bLZE*Y4M>u5robLXe!
zhXZnvyt0jMQSvS|O8S(QGR?{z=1X(R_9KfEooI+udcCiJGm7E+ccutV^8ox-X42TQ
z2Tg|pjEUy8L7j6OwpIf6MGHM$WDf?a)KNsFZ9wPoGs-Nozu<jTvY#wd!5#vNc+1wW
zQ!O#!6R^cCk-w(d&yRl@=D&_#rB;3StLgY{Utkxz*)OaDnwqK2-?TglBt!5qRwi*9
zr9t?Q&1RMpXE>4wXAf+79mFWyyGnaH7X)^_kbBbD1I3%QuXiRHKFm=Mj}dRT=z#2Z
z0oT`HkX|Gz1V;J{3VgHiSna?#P5`H`=aU<9WyF3&Ax?fl*XC)*0to@Z1(E<PC0eY^
zk;Dw;E)ETuk_;>Q)lD!!0{lRLD3ZE?FUOn7r6viN|5mv_zrg<BJQ{__fUAaNuJT%J
rn_L6?aOU6Zh<~qT!0l7FboI`&b*{-pE%M;f3wF}(j4ku1=k5Ohgnj=B

literal 0
HcmV?d00001

diff --git a/python/demo/documented/built-in-meshes/unitcubemesh.png b/python/demo/documented/built-in-meshes/unitcubemesh.png
new file mode 100644
index 0000000000000000000000000000000000000000..0ea9f99a46ea4763f918afd7fed019e416eef708
GIT binary patch
literal 12548
zcmeHu=T{SJ)GsQ5NDU&QNaxT(RcTVhgaFc8LJ88PiGWJ)8bXz#Ql$3|p$MT94j`Z)
z9YXKD7wJXsc;0pYgS+mh_fyuInM|J9^X&aAdnZg=Q<<8AiGqZLgj(epLYIW(x*-Y4
zwU6NIz>zD1us#wJb`li?4C$G&ox1sTv!GN-Wz_qRf%~7=aM5S%*hh<oR>OsUUu~Y6
zhpbczSF=r4bCZy~E4Vz_z6spHmmUitA%O=%u9G~qgTP5hz|?Rs2}vdle2s)%49r17
zf+gc1C3)A+jwK<1F#Yev|1YBP+t26vo;YiCXH7oIYmREii{smKGVEB`IO_Fs^JR9F
z6Mt@;<B~^7Zaej_A>v?bi~krJ{di2i{Mb_vM}KMpY3-L~rM)oK-Das<B>2g)(i0~f
z*LX{|$%cM<RT@@Wl^>6dbX#m>69<2``2R>cGN1Qn$7YUK<0|tVx;$R}B82W3Rwfjc
zxSfXMk>863hTTdu5~Zin8_>wUBq_NME8{pAGo*DbcEkD$HdWvLE8a*ChmQ*jbMd+I
z^PU``s@L$Fm<TT%!sULUaGI=cSlJ|2JJu{3*<^`>dl4_Fb`Wt~t_;1e_~i}*W`3Zp
z=evkR>JDi)uRoJ<aoeIip4dH`E|C36hOWM?$;ZKo9qAWluLp;-C)g^*zZB+2PR}{0
z@@qIHYV7xBOBo2{9Uy2J#da>O?YEc5?_W7T=1I(sIvc*%O7+t7kxzVCd>e_gh_0$B
z<RO?t_MWODH&yCF&^^7vi7rMP@p6ech(_U5gG1mGy(BzM+eQL3xXvNE4QcIokaBX+
zsmH7OD2|EY`2*BXjSE)G_mGa<>7L@|(3^J`^_?EXCE<L($BL>aGR0p%%M-Ki(P423
zFC>VY>1(NASigE#(uML^Tvk_qCe_Gx0N2VbfdfCQp(nsEB+bTtbV=QkFsLT3yIDIt
z39QgG**v}TX3ooJ?_!RwHHIkjim8B*v9sr9X@tQ$X;-k7$QZgz+EZ7DtbCVp*DWe#
zwn!!IF{}IP?d&j!`ou+Bv#iIfXtv5(ii#hwbWE`RsiN)31EI!3NGBo*X1ZnD%}M4j
z9Hu|6r~E{!bmhGt7@l$MX7l5S(RBNXNzKO>3TE5bLi^>a^u$CTqdH<|){T@7Fzgrz
z=I4XgN$09o)r(*5{m|?p_Lj#qr)px-bXlx?NmO}bMsGSzKFZjRw(i>qTb3A!wk~tP
zA+_sx5^B+$TQ`}2XC7Pu>(Skl@t3f%bn5>(cF;v6i~t`F#4a$lw)Y2}5?M6l-0({1
z!NNbeWrO{48^bOV>jEPa1%xX4ayc=F$fa_eoa5uS_agIa0t}`m{Ul!;c^h@C@Cka=
zwn-24s$1g%PBIg$Z{yxHvkPJ%!FgtfpB#usez<xT?P&+;FOz;113XiGMtSJt4$Gn7
z00AzgiM`#V)L5L*eJ^9<pOifFhXiUU<2~Y2heUZNWS#!3MaIZy#*`u-j4==a^}4`U
zJ(UU`MbrJ}j#*Wi&OND>f)Tz5`>iPF&S&VZhsQgm_m%#jD=Jn&Zd}A$<3-^`0cH8q
zOi$UckThnwX73O>ymm<-#Id+HYzKdc8;>w7X`)WrT=yX&`o21ARB(C5SB75uY2?tR
zXZwK98(T>fi`K3r>a?VAjW#H-L*RDfT`8&zQX9lP2aoAo=)Q!{qwzPlt(ersbv3gW
zosFiLmU&_{D*JnLTm;dES~7Qf%nJ*ZxV8@?B;Qh1dJDB1X#_WB2%2mgX-tWLZ6I)|
z3<m2h<XJ0`t19-wBl6JFZX7)e|6HT^hAHIf^V#nokKQ@n$BD-ex^5?A;jhxgf1Kl(
z);)h6H)aS)7NQk?|4Rc0a~mJmR8ju&f2uOoMJ+VhT$4Ra{5b@{QRj`~1Il^Mjoa>_
zS0t=*UhzDCYWVZe_-?@Xyl5Mn<x8gebm$2;GX*D*ll<8#cg{Ho7KYAWAO04iQlbpv
z$EUTgIlIaBTKJBb!(6J*K{2gjh(PP_19q8->dRR_IP|;wGPNuo8Q;BqM+0Z^js+_!
zUFNXl2u=E@K0-PF1%!AX{hjWyh7Fo>Lb%Yb4I8xhkMZIHN5LIwyBTA7M~O?0JV85C
zgVmbyl#Vad^C9KNYgi>eI-SMk+f(<k5M30D)wZ5;V)a6xc!{l@sGaqFOL}~Z%#Squ
znF^7(B2@K8tz{wtgwrU?6u`=yD2O@I<kLL9Aqlo{H66%_RXS_VdH&?fvJgvjCO$qe
z9bI8*ukk@xQ)vlXo+k4Rorg4;rk!~yPng*M$YiD}M8vx~clc>(-CoZGSzqsCYn^OL
zdRkPv#N2(CGY}HoaZ6*+GNEs(cYk~eO_x`ExNojfDN0eXqECNPM@z5ch!~zRS$_+@
z)$8tz!`s-jR^mqS_W8Z94`%7t%!H^LB!y_#O)Eq|56!P}M5x&cq(As9$)puo@Y|8)
zpXU)<xR9f$v+g#w6)SIUym%*-qHVX6h1eh1sRs`ql&$21)P@1EYJL+=3iDE7Bx$se
ziMYvX@nS|L3Hi^@i9T!J!Yl3JiHPhMZ4>RBgW_}?%qUF)Epf0Zd0<Ljra^MCix@Fo
zocRHncvKZ_^IO)fdVrjxXTzMuI;%5NFD<$H;bd;|Fhkm{6BAN04k``2o~PrIoYO1Y
z+Y8+qE4QAV8-!rSg7(ahGuc$?dHdYvitvT&EF#KN)5bITPG^nW`{s-^zB^9oG^ltw
zOAJKGRtMC+xu#<gik44IjSkTbe+;$ylzwRx`^5cu6D;Yet8R}Uh@oUfVyK4o{0(23
zqx1XSBNW-TePHgeo|-Ybcg${L9kII|tN!>>8rY#Hct7W_o0h!Z<IxHBu+}f4>L=Uk
zyVmBH3-wlJsG85hgWhKI@xBA^%1o>H@2)omt5ozWA=silH1f>y_4d2-3}k=p3qMMu
z49WWhzt69fuXJ4(4(70``{{guX|uVG{<vp|<u^{C`qtyNOMdf%NWMZg&S$vBrlwK1
zq*%-|y}p<BftcxU$aYJ8Kxps5Pnf@2RWp^VM-mJIfqP~<vh~dR+)L8caGcku=<1+n
z@)Iv`_V#%!xky;(d6~3Cd!b5SO6$JyEEyJb|3LcUk1}m_cA@fae?a+h>`U9ULc@QS
zKo;a25g*pBGqvV~Y_9d@*8D~_NIE(yxXiwkp_j|?&0owYD==QbCKHZtj*>gb587xO
zO;P(P*8KD=Pg3KhL8tSbw7jgh-v2XLp<dMl?=I92y$J_vLA9KSR{eKZe5%Tr&yo$U
z7f!FJR~Nw)1Jsg__cBeqP5Wc=H~zUMG{V-!ui6$U{#&?<U)M%<LC{b7&Yj4`4oJu!
zg50%QzCqM+VjPHz!IjC?*=ak<S$=FjgN4C$PxrQ#*&FS}mQpd9O^-Kvr@m`!!|d1$
zUB#GSneXZcdHI;ANRi?U=b`7w7LZxLY<rdgS`XIFn6hK%>`vT$d-;-6FCqK_bPWxG
zL!^e!yvnkVUMe6V3@OzsA70$4d5M%vBx!_!EuP}pgo2etN-_3IHrg!~m0G75g)Z*%
z^Pg9k{u><FCw(kA)6aZSv<CVu{LUPq6innz7>bu_v5o9hFtEa-`d@M=nNaSpIpd84
zijI9yBr(E(ET9n6X8UBx=GgwOV{0S~Jg>rSZW&j{_qIcZ-YFYnpTo&$(8A#LNa8}x
zOuG>ukidwz%pm0;rE~kTCeN+AqzRRh-PtUj6Z(Y_p<MQh;$ty{fitb|6Gt`Vk}ou&
zr<;ViCRDj^ym2z)H%d}~4bY4UP`+Azw9y+#K@*}@kfCXNhI4=-fCsqMsn^4L^+kfO
zX(tb(LMMdW%Yn(1X_n}-o3g0~LX>#P9}5x8bs|pu$8x{!e>(vAvB(hh-G4<FnL7j&
z?HaLs`0>gS;d({Q0HMG_+*2Cf|9<$M@(jc8rw<ZYraaHHa9-K*vFz-KI#Q*1O3Hyn
z5+pSnWm=yz{+fy|U7@UB-E)C@HiX(~%wHy^fy<ht=|mu^0MShGWNC7o9Pxz}SuwM0
z_Yf8+S$98;=@_uQ17StQQm?-6fa8hBS;5s@P$_2NOiUgD|H!uSa~ma=25j+Mv+Q9X
zaRS#R34z*eu_8b*5E8}dInr8Himt_dJ2Pb(2y=B?!W^B_O2wbq>fEb<6WZ<7jeu_2
zvV!5XYPx#g#oD=Gq`=<MYMU;z@Wio8g{o2Un=?Qm{VQqD#w?xA#5~OZ)6{acF(cdg
zWov|<QOA5nlKAYaU-qVj!H#Xs9Sy7@f#JkE0gTGCZ{=>kI*ax>aDF)uZvjvnPU>s#
z|K%cu(M*y}Twzv&KgXIlmo^;t6%vlgmOy<>!&3ujt_hKkUPAU?72YX>MH&fnud^$3
z>)C095FnPn(J006&WNWw|0~sGO67lB7VfDhCxY`4Po223(?5d-4u>)|kRw|dcex)o
zj1>hn6|;N6#$aGr#s%N@VO{8&Q8EuyY70mO7KZ1;xVNZ9O88Cq-7hO~hasO6HBI-X
zHrIyyU>;^ZfgcJo1}3r$O%*^x^%N`bIvsw<6*(JhwP^)HFsjA~t1upoWu|}!oJqZW
zwr;MBYN)@<>n%c~w+uDgG7WpU#y`py0KfdSF4J<d`b79EA@wqg;=Jm8XhB2vbW-g@
zf%$(#zyKkL_@Om)$3!lj^LGJ-={H6M=+VMKw<$Xmd<O!*8*{?d8B;4mrUO&+K)#+y
zI^EzdvU&>Qz+M}ndDwU{W4D(CO}IS(2ZDE)J@j#=KlY%~ibM<oU*j4LeOb1*ed)5=
z1uY1>a4yVv({HBNGVvqXYkKF0TkmUmKsv>G6JHw3=P$gb1`_>b4-|PBOF^>@jxw+2
zDV^69uk*MLfq#6kqkLR4&xjI@6kC^ouHETQ*N16ze5b_FVIc^zft-b#EFl7$wzj#*
zd1Jy{?3-D>k=H;~NIwR(x9gWG6*^W&uaX05q^e+2arSJ}EP<X5@2U)nJmki)jgS}2
zZPUM=!v~&<q)Z~XfK3}k!Bii;OwE8b+5=}IYJ1%qkE#l?$1w$SG*GE;a@6~*US8O?
zBo1Z@t37abjN8s~ed^xVno(lq_8-+pBN37K8TpH*t`2lisC7TRjJr49FQ3MJOh+~*
zo+D3ldbNas5`SWPTTM3bvrfTNu*K@(wD}05deBMv8YPpQn$@dHe6>rwhdAo;v1@s}
z!l%}j`o#{^Y$6v+4HqYc6F3rn%K>4KmRDWNjVE+RIw1Up3?o9%PgPC(W!L6ZY5HiT
z*|7urVfqF<UnEl4x+ry77I!@BDe?}VZv0CPzsscD<DDDOV>Z*9+m`u1yV@TO!Y}`m
zs&bod<tcdatL{bqz2_03`oCbH5MWaQXLHH=JYIZe#JbhGQgrz{x7FBQdo46ZV+9|v
zd$Ga3`m3z$yY89b;-%49c^p}>tylDFg?5O2AsvIp*<~ERL)7?$%uC|Lda7~4%k@eA
zL8CPvL(k>ULtm_$yoVmVo<JON@L`n{Dx02_#+pj#z1(<Jx8Ao5nzpN7UITI^HFS+X
zknmy)8@jen;|DJR9Fh4S!sfZb_fqTVe_=)qU<a7=<c^5+jY1b;LD?vO4!VIg2vd;c
zxcFA%9BzC5I7S<$tn5>1Tr}79nZE6)fc+m?IAnZL(GpuZhNw=-d_(n~LRxwvc^U;W
zHWL+TK5lyx8giJT8xG>&#zLf#G?ro3s~cMn*ibDwp?9F3#EezVHsaR2+M-+Q{SP{R
zwe&#ggQja;2r>+RXR>Xq|6L`rwmDYeZp5J8HRY6#DKvSWeL_c|v?$s#XRSfPc3Nlw
zK2QH@^4OC=^6#I!gU!*Qc|ofPGks9I*<6Y5wq>U?s&i>nkIHQF!v+jMcKRijZzs=o
zoR>i?&&@zq2n6p+{E_oUP!P#Y4lGB|9E<x$O){NA{S0ZF`s^kn2t%x{Um&OLwoxs~
zJuF1sZocp#`OrR{&VPYmhk9Nf`-x!X9!FAOz;LitPLGLaJ9dTZ_eYAIjK9IOd^GTf
z-XPog`G2h9uxj?XW-j!>6$isNMzOCCBZIhv(nBTGro$fU@Xh~tm^t2FHcc1ay!$xL
zV{eGy_re;t<W}TuJ!a@I$2vSXC{^G$6=xG5zoyz!)G&_pi;rdW6}Df`GekT92w%bJ
zTj)sjXZhZ9OyQ>7p##EJu5zmTp~}FoVlupp*Y+zRF8A{ZS|Z%u@z0jae&zYk`qMI4
z(9;6Y0ml4&KcC$z0S{HA6tdqU5~#3&X)@FvmF?eVN->^3q5yiocPY#ML5T)lZze`U
z`)N4_0`Gn-6KW{<Xahq*lN5w%`BDB&32}Ri9lOUP59=WweCl{VbW=kS6w>2gtaRw?
z+maF^{3Pc$Q=T*#^sg18s=vb?HEcfQzfg2Jit4x9u0d*FT$N>D&KF|EHR<IMbhqH(
zd);JW*-<s9mg=&r_;<6qFdXuz1SXGU39N1r1aoYq)VZmTOkBoORI9%34qa0`z{Icz
z%mF|xb~wY+mQ!;C3S0t}m0;>?cuS<8D~JL_dv!{NyCAB<wMtR}B$Uz=%)tz{u$!Q^
z+om{IHxuR03Zh68U#lBB%?#yp;zUBE!2ss^WB5q6%2_(FwvipylN(Hj8~!B+E@wOU
zmwRzl4S^#<!Gp=jPPzfvw!$dON`ABcg|fTTdGdRpc38~jd~Pa}&g@M(a$L!{U(12l
zxMGKQ_m_jgq}%$hCNoH=BPcTmYPV$I{$)Lc=0;X>u0{{jnwYPoXr@1Yru~t5Vo_1(
zM;^0U9<p+r8=D1>rt8o%UgM0;M(;C#VCUU#U*J}i(@B}=Er_}&(NIj`FCbzVZia8{
zOQyP%#VWya!yV(p6K3`KcG$a&XSG{kkC3mQ?caXdf*>|dN&PX=(?mjmQ0v9s`?8q!
zh=hSz0tn33bT`VtBxRldDc#@vg=c@{myDX{`CL=^uq!7>_m3gSL%XF<!zy?Dt?AxC
zz2D<G`vl#(@ALptw{S&#&>u14z<d44ysWNg?JKkB`ZLL5y|b%O6s70>t&8S^ctgO{
z?_VWcZdz7dNj{<YHeay^VOPa14Lo8F*2#nHf4SY`gXL3gm|4A4dEObue#Ynf{c+{Z
z3&k%LEXb;WQV~9ym;23=QA+t!emN6bR`dH%6^ZAXi8&>aW$@SF$X3#L6Q2#jhbW5P
zgKRGtTQdWl$;~%vPnNSVpBS-#@4J<98B9@R#km9;MeQM{C%#j{DdAwAw=6%6h}tmZ
zYdayY0DU!62zwx;HRfQYc|+-G*^?j1G|*5AbV;tXSwoJ6HBLkNj@LE7iL7X{6V*lx
z+X+Qc@a*2KLnErJsC7uOkn^n(ZynAoC4Uo8%o)U2;kh!%%-M*8lR^#x*Ir*j<``U~
zIy^Xsp6WQ3(^^zjKa8X&zlx`j(7G66mPwJj3(yp$j8HzWmdYfPPDbB*-x#qEz#L#Z
zfRyKtRl`6!un+hb^{Cn3g8%r!%3EWs=X%uI()yfaxy3^%vM_fX*0~6C`j<hUb+m!E
zqPh5Qs<9EfvsA&HQD8W!K?}bbL<ft7z<;PBkZ|I#agjOtV|pBHGRnzehwF--p{jet
zXN2ReIgn4h0+Wf~f_z)5ch^}zH|*xi_@6%m7_u(QjVBQJSR%nyc$P4nP#Z6@mfYd2
zh{#?BwWC5V$bpm3R#!my;sawPgbs{twukaM5<u2M*Y1P(miZIM`^dc#SYK*KUtvb=
zWv^))ga+Wp7w&o6l$96lb%Z$wn%=0t%QaO7i3i?suoZe+%Z)^VmXD~ENIcuz@6tOJ
zM5~?6Ho7-doEn|)i5dDW7n}7h3)wza(c}Kq7C*WVia}CO{vMFCb8u`=cR3j`FzEVn
zklJqld+RY@Ejd<c@$G^PcW){Fab?56+(PQDC;HN*2!x+Pi88{E1%L5c6MG?y0XD&{
z)fvBMZV?TON53$HsQBTTa~YqoP%?53(rdqZIj214XX3PB9-W)T86uoT7nmJ!qObw-
zuhh-FnQ(g2xwsz|$_G8Ivqxyd9B~_w{CBXi5cuB18Q4}S2Xt-clw8@Hj^Xm1)6IP<
z050w_c4k+ZZTC&VG!0<c`1=Ls=X;+@b7nM8K>7O9uPqGHxT9BT0QhrxE)P@%sgW%T
z=;=CF6B6P2XYg@yoen#|O4Z-2xc!P&Lik<kBMx<;o;#_xmOz;xV8z@oq2Kbl;`QDW
z0W|(_ipfN3pIscPk(+7haf*P&0smk?H~3<<IMj}}*-k|+3$qi|f-2|oSup67C&+)k
zjlG412tw!-L7l|G^i#}}-X6!co~K|1tK%72nb6-IDVs&+pI45Jp$Uz-Iivb5isYrE
z_jiG4thtPFGJ8Ca^;H8!28JsGSJ?e|<F5*`?P0}In?ZsB8T|H2hFfzuSes7AtTPI~
zSzvynmo)+);fp`d>pv(X6bk1e{aT1<)3$H&nK$5I=eJ8PFXg)~KA85_1Z<`-{3RA1
zx-IiXo4$d3a1b0UbR^7?M<!#e5|ar7$xB6QL!~M=Si!7!Vc_hc(5Xbaf!Jy+h5uWo
z=3ETAOk@Q_r}m8h>f)Gm4sKXvwH1^t;xGwMEqp#czgBQG2vxMTwce7l?)S)XcW}DU
zo9_E+6QImfPgV&O;}^|PGkTn|x3l4-Q_uE4x!EV8s9TQ@{l$P@h5*d~y3+Nw2A;(r
zs%o1cHAzfra+a~1^zbY%v#t}#@7(wDckA=r7MGI`rOwnDqbtq6_(C)~KA5ShnXPtw
zK-ehV<>i!qRn1Cw<aVftm?WF5X6Sz9{Hq-4InN6x2OPjcV}<?h^DigaMctN!kjB4h
z^N)yU7DafY{@jqYdgq5nxb87w#C47cO<obcbKj98&$c3wP>QsNYmumOhPuY!$q$tW
zgN{xckehF@nO=^P#(1MGw&VJQw_2YBW2tqe2}hISi8E#q0Hf6gYLDwRhT(X<Rn^kx
z_1hP%N?%+dV63R{NYLAOF%Q_8DlW42Bojk`X(3?)89`dg2(wqmC<CG0jRji82&$8Q
zQbob~8(^AA3-vuP*RKLg<&Hk<IkDWsE=oc%Lzn3Ao~l~$u2#0mk2M$d=`8bogKuG8
zZGK<Hv-gjm)hr4L?6j$$m(97a2a`|sQ0Aq81ocfOMqlGMCjJe!P}x2H)RLhsc;mYD
z6Pwr#<8c0ujIs{>o2!5az_60W!sUNVLoNBYvc*rt=TVDirKff{BKM{m=U$JDGd_ZX
zZ*q`IUPy4>SsbtCK<=f$6bj9qo|o1KWsr*B`Uv2qX=tdwJCi`qP7#L9lT%ib5v~fh
zc(E1T7hfNht(7`T?~eq<6en2wX{&Y0*Xp(Q;8A-IhH?C(q6V{4=dD*y0YRJn2~dFD
zY^NB`6TOz>XU@!Ya@@g2#Lz5nZ49LKT{hqE7l`4`c9ba6wBK)=yUzR6UmGYz^a?q{
zx9LXMMS!h7fPC%llqzLQL|SG7U&4fKDg%X<9Jrsb9ou(yta)Zl;L`2{t<2vl`n#S&
zlRE$QH<~-folN3c87*8yxL%VPd<h>YRWs>V!yq8DHEo-W57Y#?hD74Y7G@)fQ@r0i
zoLuhDwrHllFC^RPF!AnN;Zdgmb9`^q4c?%6_>-ToQ&#p{O6S(&SN5*0Pvi>5_Gx`v
z+_ke|4I+j{F0@Go;U4|_xF=VQbBi$Z+ekosg{-C;>v=G*7-Uvo^v1FqB~5224NHCl
zfWzPbbC!OlGoh#Usgd3ADR{nT-^<=!BLDM|)|Ah8%CwPJCcq19F2E!<*1vkoSIl0a
z4d_2uMx~c{km#<!VebltB5g!4LxfM4pjvpVebnIo$O8btBBE{|i<t;J{5JC`i~_Ep
zVo>k7PVa~Ck-f3|m;F!&Zmx}XJ9JET4m&vgwaUs0GKibIsD53+w&b{f$$>gkv}sp3
zv0NBnZC>Osxc2<_X9^z0`#brV3FnLU&;rX$s^0EC`PS_~8lZZPOS0=+3K~7VsrPvW
z;I+fSaSsjDD%BJbA;jN?AOVMU)avE=2W{){|0<MB>x#C`wbhd-pCa>*K*<GUkDYyE
zDaJBvT|JJU6mSZL!-@VZ)41!~t90~GPu0re!Z~ZdmU;U56DrQPU`|;h9_b6RL(eD6
z-Hg|9YjV9sOruhAW@aaV#JT|xI#Yv|7oHU6ZfgE<+ri)G=z{a6-nlcrwl?Eq{UPxY
zU^`<}49N2*McVlfF15dwxil&OJLip8eA1>C!biMvmoWt5usR;y5lPG7>LSB1eEn!q
zK+^Hr7aGp2yUb2J)LlDGem-|dzF@9I`IdlG{@q6qjO1rQ?7N(CH0N0ELM1$-ZI3^?
z`(CReu0FG&UB4?3?*|)5>Km}f33(gHkn#QyEAT9D(;L25Rkact%4%TV)IlWO23qvZ
ze`f)flE|9GpC<|Bg;0<M_4COlhSRX<3AzmwTBbM7WsEod!t4-kwSG?aGfdk3^y;-5
z1a8<`8<+w3)F=8a^bQCuM%+<^;9p<7<aHZwK_&*UHimXR01t)(D~b>iD{Is9`f#ue
z0@R0nCKBLIn$)9c833ZZrNY1HGT-3W5u{J7POv^joxS^0f@w4U8u3H9BC(;QNkjEa
zTGPmdZQb&SuxlQvTp?wALd!8ur<#gaZc{6};q$C+8+Y3ESn|{j0)K7p>;BU;Q}UIB
zPRipKhHGQ#!Q4^2^{(;b^?<bhMu`76ugS`oYs1BNn*o=V+S!KuC~h6UarZl*!+BS1
z9jU5w=2^}=JBlczL*p3_-7Yg5&Esc=W!W8rOh94ba54_;&7#nPv5wy<)gP8X0Z5Ru
z84H(mM(T+59f{kJmk@aQqcK>X@Cd-fKB4x;{#|6eMF#>Lpch@w){CQ_&cK*=OP+!N
zx)8axiWFr@r^%iyO#6Zr0Y3yZQiNBFCZbA6Sjdzz<L0UxN_71AiXAFt%yO>7Fib=>
z1lzLp$z42Ss$~OnH0p%+;vI+4bdRds=@_bZFJQ>MB!c;ed6vTv3Xxb^=wEYd_bvgq
zv;eh>m7Ilq(QV1Zv+1@(+?in)0V@Ef*{Apio;1(eZL&f=Y0dga2L?|CpoZ3k#rgJ&
z7cCHA(cd=hJk)P89KsO8uz99i*Fb=Q;41CaLflpW*#bIMNoKVkXy$M4N6Zg$oBb{5
zVcWGWauW>+VWH?GKSdDUlnz;5AgIAFH@bZuV>frqj@91prR*gJsqT_9djDyn$m?s?
z%VJqDCS)9+uo<){_x_=FKnMgn`aFLMl%08v8Q3wewD1n2YWzMWA!9PBA@;BX;1j=1
zLHQrQZ2S8Kd;E0=W%+CVx%dT_aTaLAh}`AnJh%0NdCXQX@<TlvE$KH>9v!2o2Y}nL
zw8`#%HX4im4_X}=8o!G0DY3`KFLE-00Up!Gf)ET>>0IjC`Zd-ipM_Cy0G?gXz%wk}
zMK9bg1E_JDMBH1hdpmT9zf?Q@7f8rxyZQy$W9+y48-X#!KeZx5S%qs({_IKw=yw*{
zQzhFIeJgvK?lc$#JYWqPAb37u5iBKF**GpB%x3Hs*1hJfO%&t1Ft#ViQND9%0m!y&
z>v!fEqQ0DR9u+ex{iLI_OxIhfiRQ$oF1@Ge(Io1p{Jrd`jwzIbBlkM~E*(Q#rC*?4
zC9b3{TFhgs4>xOoHsQ|=v3S#!uGh4+%0uRXVFs9HR(9LJ_Qougx9lSS@2)Py5D1;k
z%<vsD%8gvZqgPH=?fg>!=j5?d)R`)p+CR2~dR}ZKD0<XwAEDnjaZ5B@m)CBkkSBwK
zug4!G9^ZWVL6N*5!-}cn$CLud?3GWX-IamDj{;W@2owzF@U+iX5ePE)p9@L~%nyjs
zzRy6v40uszI)Y$+4(unRI)|(Vlw1+50MVC4z6hgqktA+*;(UgA@+1@UnA3YEHNY5}
zCKCOR5|DJfkLpin#E9u#?)4&`3mIsmyyzj+YrAcKI-SA~wxC;dLBP^Gn8gpu*@T{a
zPY5lrV#)<9B(=rOLi52Q=}88@85SLCL?mA<JC=RO%jIhG*M>fZLORbP<!36ge{1=~
z`QS&^Gsx|~8SD}oD*U8~j=@#EO)4?DaIW9{NNMf&(^E`8fc~Fs5r?tlkFqdP_G7&C
zsvxy<M%yJ2>;}-Gbfd$W=&f$9>4k5WmS75XKF#X3@c+5AfhOq0S3vq8e{Np;+cBzR
zGdlk8d-1Y43-iNQA!w3d6B%0IM>AbUqjir3?KJV7A)iDB%yIashNb-tv#lM_+Bgrc
zt)SppubZbKq%l@qJ;=oLlXGBcb{prKxUw>l<+nbVAz@q>_o40%r2kR&hhF3`P<}0e
z;&;7>lni7yBZLFU+zIbQ*D2UJ)UL!x8DyJpkwOJ6Fe`A(6&Vvg(D4A10!+S-S32!0
ztYocgwm3to;1j!tYR-~DOODp5tC^^{7PeEIlzK*+mYlWB2V{UOA9IyZppJZ{upwo!
zJ*Hlo&xpIX<zQU2YmPVNaj;ZgY?;V|J~99Pr&2ggy8G)-8iz?nAyS|k&Ma-(3AxA0
zfACQ~>KqmKZ*uw3;ExiV<*TS}aI-Nsl8I_KiguNn&nx?7-tG{knVG$8KB>vey7ffT
z{yEC3iy%O5>^HJ@&SlWaJZj;WFF5~~qs*(!%xTuYOmksM%ELI>6N^L;0nd;yW3#vo
z*wRd(qt<EOO$8Z+_OlpV>YMUi_`(^%e&3w>Ms6(Y_VTlK!uJ6<0LmXlO0_1LR8Q=V
zH5S_4uJj!V9fUKN$&7-0M&=}o+0h!jnn9ZMhh`sUNtO#@tGVn8p(Q@n5}flBljZmM
zmz6XZs$8syXTLxV`Nfs0l0r7@5^~EH?_bjbokWa@-e|Wf;_%AxQA+&@YO%WB`pdls
zm!}_7600xxY&<>rQTVfo#YkN>SWSfL&_<PK`4wTXD#+FO=>EE2(5E4vmIBV{$4e5H
z`$_-W?1OH`0JiAeRLz~9pvnl&lOK~#?$J~ruD9@ll(@B5{0fs^T77SRc5-P{=4+<A
z@0u(7iPI2SSt3~~bQN>m)?VBTf$#)jA!Mr$j4EgP*sFCq3v1UNNF{#5H7*8-wTr`r
zyT+z(F)=J+<9B-cG5Extg?{2`k@bq-D2|Q3G+3CnI!sgxYiPDz^QEUPZc3ouDNd;h
za(Wi{`Gk(-JK*P$MvDq}P8QDw-56Q*ZF+8MXTaaYY%k;RlCe7eT&I)LP%Tr_r1Ez9
zW~E8JirFeZcjb+nfM$qL<7F0O5PZpHvJ-0enbV~5P87W-QQNa&l-{mbF|S@yfzqsJ
zG?gHtEWJK+R&bDc`GSM*Dh*@Tc_)owM?hnU5=EWJwA=8m0bu#JEaTr4=^`s7rcB%6
zLyHD|-zFCy<O_Q*uj<`Dk2_gu)v24BHT6JC?4;C3fpBxxvTkjY|4g9G><^J?^_o`3
z_cks<5>&~d@qIYPz*)dKW9XV_UcV~9-A?@~0ritLbTNWZ3A>Kw)l@|{Q%J?^hG=id
z^ZJ90L4{0oZVVX|+$Byno9%P)>{!vf#<kvbwj&n*x1CYrMe42+oM@wGaD<qaXW^@_
zg&SKzN<vWvok;^28=>{O(nRm+y6e4SQa8z`(ZyyxWZv?Kds%FX8vl74t>2L_A!XBY
z@i8&Im>?VlYcq=LZK`8wc<3D$h^hEUML+A-8_p)uOb$V>?@f4hkc1f{Bz`WZs7z5u
z#pi~)$k8OafTusa>NxP_ov0A)o&`vDTKK2<_dAE0Y)n3F(*W(yYrwtAf*Vz5evQ0M
z$6_2KNVO_q4HK=kftBk^m+j1%@>4wt?7X28m5%p;PRv?n^iNli?T<X^;r@`45tINt
zaOZ=P{CWp2u8koc%CcToeH>SoE}!lUMkbCuD+Fnzm-j|0-m3Gx_#38eHoad8%vQ-f
zlq?R%_RNv7t9nGC(Y~Z_X6~nz8`(JoJsJSREih2di5=Cpq<>wJFqOM$PL_#r!+><I
zH$F3Or~)mJC7<#=ymXD0R*K;0foE#C2e<0C8z@#(6j;&COih?cxG7{uf*uplsk(1I
zMOfyXVgSL1N%bGr@eOp~jTeuyaF4i~^_qqY56ksC`uL_h?Yx@U>nkA!?GUw9$d0=|
z{mnpQNUyi(Sc558DYrR+7`D&6K>0TjnJP?`9409OxiwLP9in=RC@Nf7GJY+<wdCmP
z{s77mcTXWy!GSX#Xb|nDd9En%2_{MC-rGVTggz`u#k3VYQfj=<WqpxvFj06B^bUw!
zNA+10O1o@BR&*-vTlq}*r$zM{;qRDF9x<7eZ=DdsX|A_%cuOmT&JwXy7azX!Ev2wY
zRQ}_kq|`+>R!edy(6o5f$5>sM?9Ba)Mf@dFTjKM5hxPOo^ly8|g!IbiM>Wa2{G38c
zj3&1Pe%eVmCaxUK6b#kP^Gt_ud1G0^aD(v+>Vl<b0^i?Lz-cY7!}uvLyHbnmzY#f2
zZo#*PM^=o9I|Dz*9!?b&H@>jmKVf#Nec*}Bc(~kuSm{0a%gMUfDko^PYU9$Pu5nGj
zTJheB4E4;UomGCyKnnhNQq#-PD&Lzv)I9&L4ql=$7x5T7k<k`q*W;M~Rf!WKT`q+g
zoGC{IJ-9IF+;+T$z95KiyML&@dehokla*TCRLikKX7ghgW%yH#aH^3OjXIFYuNTr|
znxM-c4GTTqMiRwPLp)_S%h%}KdCY<wCr`=$vqE6zwOr2>6X5#J1%=)Z^3miL0{eCX
z`bgElwuLX_(&~Py9aX4pqw}q*wA{Xymq8j;OW)sx6T4*7$J!G}r;VK+^_d51&(V?P
z2AI6kWRJ7EdEZBRV;6TuWjc<|XUyL@VqxWAZsEe-V9B?D(w=M(!i<!X%|>j(KFclf
zp&gd~G?`44f!U%1qaQN3ZT%D);q^^!(iFPfB_36*2&(C+^hu!y<0A_-b@q|BT<5xJ
zaGyl5zyQSz(%{>b=i)O)TJcSRyeJoAY7+@ZMY<$W>o94}L?{lI+(p!U5Jw&U;AbYw
z@^P4SaG^)Q7G19_^*YmnqodtRDO>RMVh+9@YOkRaH2;&3PIUfZhi=_a>c}Lzd8)$>
z+VtY-TUee(m|uQZtS-*$C~?>De$uVJ%YwVg<-|I93&WF~#IL|1)j@_Eq@)~Fs$AF~
zaZjQAl@AH7!?T9QlAhKMVS19b*EvXmmd4@J6p_)Rx6L%Oy{66#VWr!*9qJ4O&YT=7
zYaYEMh7XU{iyPhb9c|Fv-*&wvmOQZ`IV+7@ZeX9NtK*fJq;w(!(5<)U24!NSo_bTZ
z?<O&7NTw5Q{C=UgE!6=hWMh;##;?-9@YQAn-MfbxHMLY7al*+5)B+=ScIOotMrZ4W
zo5{CuZtkLA#NE7k(J{S0xJ!)G?TP3>vl{){#U_C|eg`{?7XV@{6hwUzluazMy@&Qm
zlpR8={$9WOh;L_u`@U8`(A*sbW~));&6I#|oc8q^8L`{ZpG=~y{J$ahq`$*Rz=*sv
j=6{Fc|9?;Y_xyQ5Sugi^m8u5#Zvu&mq9&pgZjSjsCI2gv

literal 0
HcmV?d00001

diff --git a/python/demo/documented/built-in-meshes/unitintervalmesh.png b/python/demo/documented/built-in-meshes/unitintervalmesh.png
new file mode 100644
index 0000000000000000000000000000000000000000..447ebac1b6e668a032c1a8da160c9a34ee5b80b3
GIT binary patch
literal 1606
zcmeAS@N?(olHy`uVBq!ia0y~yV2WU1V4T3g1Qhuj-g%yZfsNPG#WAE}&f6OYIgdE-
zupGR7_~&vR_J{2eyR@1rIiyO`p0P88{(sBJu)&jq(L>mY;Zlo0gNY)Gg6}AIG&F`;
zVyNE69`k<ATULkLXTCL^=6o3LC-5LEZZX3WPDO@HCk}^M0!$OsT1L5}p)o8I!!7P9
Xwp{Y7ADe^$>jwr;S3j3^P6<r_Ye<AR

literal 0
HcmV?d00001

diff --git a/python/demo/documented/built-in-meshes/unitsquaremesh.png b/python/demo/documented/built-in-meshes/unitsquaremesh.png
new file mode 100644
index 0000000000000000000000000000000000000000..f8ae93b74bd042018148da7fcd09314f7a0d7e2a
GIT binary patch
literal 4982
zcmds*|6fe`9>=FhM~$3ai<t~{Hnd1ovJ+OfIg##t$l6Pp#Gp|^+Z2}W)ns+{Bqifp
zRAW(Hb`=pK*PSs@%@k2>z7*THA+h-~v`lK|ex^8|^LgBT+&^G{JagXX^L~9k@AH1X
zUuROj4hk4z=V-^_aE1iV^Z$m!v0lRASSc`T@Jnw<$}J9O*jIu6ev7s!JMU}0(J%Sb
ze_>Rb+5AXpv!w2J;Bjigyxk+)-6G;UqY5S}bKW*~7F%6iWd3K@08aA(F2Tv=i#T(=
zC{9`gX2rXSTTjg*2CkS!VprGD__mrqZ$Lw1zSC8w`)@<koXaH-m-kwmC_<nwRoA~b
z_mAk8-@Sj=WS_mXCqy!;V9jIONm+84psaANPiI5PNi2BU>!jf~dsfUj*Scq{7p1Ig
zeWLfR4XK!Zs`)RpVpyo)a8E$@(|gB<D|L9>qSV}d=6RCQjpw(A^F<C(u^SCe9r@we
z!7@)$yJ2#AkjW)s)A~9)he#|wr>sVom{*t{9qPv=cApo{Fz$X+e|G*PZ3Gs76yE!l
zFM7U?Sx1q`6FpzUy7Z#9-enXyH}OO&)?KqFwRJ5F{x_F!f_n9?v?6+4+((59TQ2bx
zBhYY&P@aY&e)ObrFF=K#(6ZAb0$j~|R5OaBY<#r1Lp{_`!7oi=W%-O02EkKNuErwa
zsVF2<sU+6UU;OrEqAcQGUzuV@CvO4o?Yo&HO{e5X>Z=l!>f%hN2Ww4>&l{hnZs)dy
z<SM7Xz9^j|Nr=B4VmoMXB<53LS3bS3TFyo;;d&|Utfg*VzVqy9MQ&L6y$Jc4oJ^-Y
zds0idhp+eYT~c#nXzdO{?{m-tENv-$M;UIQs(6hzhFZ#gJ{*g`zB(=1@=6%}W_VIP
zTIMRtlX}qZ`7vDrD3XjHo^90ZjF2ntaEYc8Ci!MsF@;GkwW1XZnB+x+NUbfCTuc+v
z#<23{ewos7G=9+IV!tkN8lkLaa^DHZ0yZ$&#_>x_;QEVc*%xp{P(>*DP6SpF%RKgo
zUn+)=S(CyY%)YrRF<YHFZK=lPwfb_Id6$<ui}*d;cc#~G@AD;`hnLdHEC1=X>N#w0
z4p!fKdO_3JS(!L4Y|MkTs&2#4Le)u~K<-@`WmJ!QEzzz5XOc5s$0geJPDLXQdh{Lo
z2yaWZ2(#kCrL?{yJM&ZEY*M?>m|Re{y8rCw%nzMP3HByxL&M7Zin!z#OW`&kA&wr@
ztUXA`NK)&9gfw_iJzpS+0%*m1!%%T*)uFzUr)EuCjg`0{Are~g0tq=Eff+wXLO@j)
zAc;n-z>EsE7U>YsU(aN$4M_R4Vi0?a!K<(nRld^6?%{oJrrX*g9w`hp5$j_4{m@ys
zuZve&f=F@G;SL9oJfP$`J>;EM&%XB*oVL9e)rOq5IGa$8W6ReWxGm0;9mFQ)w8!6z
zF*V;f^P*60wXto6!>iw)+P>WE-m|oKcK+Q#F&9%4a|*Xew^;h8U`@9s_A|BPqw|^S
zaaDbdGJL*z)!}kHj@9S`_@W?4BH4IQU5LN*)tFBnLl+HrJ8nU`2$h6B1=0nSxE8`C
zo6vs`@5M)AC56m7ex{XJNiOU1CT>^;(X%xiGqRX#s=^IF!{Fxtl~AwZ2v1aeO2+_t
z%v9<P#9ufqyUY?%iKpLz3IjmFSom`$g{+|<h{Rl3K>j<oMF>wNE`w113o4Rpa0k}T
z)#sXeG?^=#B)!&8$~OsGJL`uwzX*GGu{$AniaFNQ5FwZ48$)Uy=TEWoq$IoI8g4Z0
z9iGtj$WJnwHx?YJVA4md>A@6hX3#a6CrXcFsNl{ek|8%;Xhl22h&<3+!x(hcrW5*4
z7|?WRaf1tU6;+AH9bstl2DH~ThFzgxU_ov^<cn00n>IYrY=)a!M=-6J<d)Wn-oQ`#
zK-dF3QCRtd51{m*Wiy!E;@yPcCX+2ginYVdE#{XVgDbA2WuL>xvI#*2d@K@+grpn{
zdWG4y=XLpO+ekVgvCIDGsJpQ{E{6DSQx7xMy?wt(a_`ElOPk&Wq!p@)bprtcW5VPv
zh6SC$uj>!mCUh;H|9C2;%<v60*^4d1=a;dWgkFg>ZVQ-NNaN}NCMU8RHxP_665+wd
zl~}wx5(28`iiEsbg~g9WLT1tmr$=lag964$5bzx55}Oe%9iU;BAt7MSNzjmL+%SQi
zNM{X-h-fL$;6>4+9a#8vyN1^`vnGM=uiTc6C|be1Loqpq6ow#Dzz{r!=BdPk_9K`C
z^+r#7ofmZukuUy{5ag8+RqBsJNjLEQO(!M)_ul#`+rAB}Abwrm%Q02|keJ^T+11e8
z`Q57pZ-(#Yen6nFFunDIC+VMQIUOMdbv#iu^gA+VQaczne6<wwImtA<<}BzvXoiH~
z?I?kiN%o><)j-P7iU0^1DY$nV-h06%-a?#eeL*4NvRXB0IhLP{0X1aZP2`Javz}c>
zD~3Y7hGC?(*xQFOssm`n7{&$0-@t=dPILjkv<52FW1wIV#R4go%)($Bx5Xc3iQ7pC
zPB5q9SM5oiV+owXEA?ZoyBYWr;UD{wN50h(VC25_HcxEW+BL_Iewn{8DBHNSD5p?0
z>q-8ABnoga+~%Wc+X~D)1BW~tFt3=Nul<40126W$BSu}v4N6Ei&|9SpIDp%j)yklC
zG+!jwGgtG0M})3T1*!r;yABu*n0zLw9mymw;*eTbCb>9?&?hm;LF*JnyNApAt!&Y!
z<c_LCAH1tuIUWQ#`^<yNg=F2!Z3%<xPb7u=;fkP&P%`L{Hb$ftcm_A-G0*P_0rbZ7
zAGwFp#BTYKr}o(gZ7({Qcf6{<J3aGi;auacsu+LM&kvzlq!o3BfT~0y6&UT*EXz06
zK6c|;h8Klk5}5k{gkDh^JZ>Js12D&Kp&_7Z{z%Aj@YRL1e^do-$VC!?0zOB;Q@fwg
zrz0W2`K!>7EJB}(gn%J88_^=(M(9aIi?_vYTx0vb)jW}-fMuA)DTETiylxe@WetK!
z@LAAaiMYwJz<eNizywS|FzI#!Pe)E$8coYG5cySJmTxqvk@4=CE7Zm$uWKrGx6SQc
z&xF@4-_}hfFJrpi7c3uj<)OPNMb)~e#quR|Ca1%;VqwqP{dEzh47Wb(A3Uvh=O#x|
z>jN9!0buYL)9{*1P+f>1VFsaBKn%J9)IrKL%fP6EGyo-@2O+bbR@lOO`on}?1=leq
zgF><{za+Jrp(4XBP(#+;DWvuUyet8O5bE`lufpyZkB1z*ir2P%{ENVOH@~!lC1L`w
z_fVl=CDzWuU=p|GYp5YkNhp6}PQ@?CgKA@8Pz<UB6&Y<vA#3M7)&J{Jd|L~rU0o*k
lw)?aH)$@P<(dsm7_Fwqhk(bgf;QusE;G7`;)1npI{|gQ=NXP&H

literal 0
HcmV?d00001

diff --git a/python/demo/documented/built-in-meshes/unitsquaremesh_crossed.png b/python/demo/documented/built-in-meshes/unitsquaremesh_crossed.png
new file mode 100644
index 0000000000000000000000000000000000000000..2579e77c3886d2f447bab760731164c3fb3103c1
GIT binary patch
literal 7111
zcmeHMdpy)>+aDd!QQ~n5^D;Gd_7Q2EJ~=&FMzh<HLuDf|w#Z?ywMe3E$SG8`$vA!R
zC`#Biho!@4CMAbdm<^HhAwnm$;=S&fVVYmhAMgAB^UwTo|8CdszOUc)JzST#UA8uB
zR;sMT;c#oHJFFaVxFyawoWxn_C9v{&Z(K7Dw;_pYW$6@}G2Ug*=&S$T%6{}^Lu7pz
zUf+8^D>t4i9kS&}iG-h%#Kg|O=szS6y{W?C9=Fba9$SjTP3o3OOW=zC`}2R#!RHSp
zGAAvjLube2a3OEP=f>oE>`JAN+kd|IqOEAlOnAh>6qym}>xwcK`KF;4UGkRB=|6u^
zepu)E;6>A6??EZG#@U>_5#x>9+-2YYe8OQiO?Emb?-Kr~{u^deLEqVLlC6177pP?>
zgnmmKvIYMyXmuL)8xl(Ms;EI*Fw05_rG+<Adi&0t6$D0s)MBi5YuDbsuf^@bEK{{>
z+bBeCp|Xa|w)BsJ_}kXTg*iucsoBNHVV3F6QK2TJ0<S2sbARh0OaJjbk;}#G-s&7R
zGrf(pk-S}<f0siMk6Vtat~Z$cF>j`vwz3s-6p2}iG|oHGIyPXeJK_HPht_Vf3rJ{h
z4?lLI-D)dIJPk_|);*%n?86;<+|nSp!_%N0sccP7ht_a`Ry6jc!6CD%A36Er$<aeu
zm@{fEq<)o#6NwG6tv#6ikhOyQUYyZB%sM1Fsi`Tpm5o{V(5?+0JjC${ad^N?LTNxJ
zP5Lg^P{BiY?;*};9cKTr<RNahN+;*LPe0!4$X_Q}A(0xs!zS=n=#0hy+odyogtsiA
zbd_8G5-&Y9R*!F5SlkJT+e&WCp?St1fxd@#@%p1Z|5;<hiyduD9@pJh8{$}AV5$`1
zd+e;sDyH`-Yu=-G)G1HO4ob7Hqk5`-)y<8Sos(_DCl?A$Cn>9&c5ITK;_}0(>PDAN
zm4Py8lXRB66qz3Ow#K)f`IN@kyh2?+AjtRGeNDg7SNSu>1R|w5$WcAR`)6P3q~{xj
z3JTm>P;$lwVU+ago<d^9Z_A`u6_o}>blGyltt8vVSau8fMXHn(t8?Fa)7BbpvHkjl
z(&|2{o*uzGDeDHD!4sW94xQm$sq|E^!_MYdW(&DJRZ1ou{w9O*qPOjv)7G&E^}<!A
zCx)w@q)LULU^P4xY(>Jl18!Q;KT&3t%-UJgJ+;ME26r_%SATJk_Tm_ZInj;<zHIAM
z884H5`7Sl0BZ)A4x0uYltD~TCyZAe=Nz!}A#@U|DYabSGvh<f*4(}g$_wNcH2R{T@
z0YGbsKJHNctFuqfRtq6}C}P(WD`oBNH77O<*5~v5g#f>Vui;s3(ypCI!c)>9m7*9=
zY4Z0p{rvmS)c|fig$RciTgkzd|5l0Iaw6PewIPs!pmMT&ayKe?IQEh029QF7#r3s@
z_WuA%xIw1>VoD+|fO$~L!q6T#A+t)kEX;^hz!HLd5E6JL5h~$=a@i*{l8z|;grU89
zLg~3NGW{KZS9Hu()uq{Wj?+wLXp!=iimSpw(MjnuT1;o{TAk47RT<o)e!X`hPvB-r
ztroAwmsgJNe$zK_TyiTjVW@5Te=2_KSt!lS<o1u74licMbtcc-Lc7-Ox?OxXxtA^q
z&X9xZ>!{jFdeIm=vH+fsY$nmiQ#M%Nh?L~Tu@ddBBd+w6HT)&m;Y>p;e7%M5#H2ZK
zHDCFLJDh2bWs8D1(o#8)`kx#!GG+0i)M%w&iLvH&P35PtWU(KL(?Jb7NO>j7mz!Vi
zdIgQ&2JFna76NvL*XG9w+0Thg_g%cByrKQlY=ig!z;sjW<q5*3Vs^AkLi$Ixb(pXG
z-GHdcFw?oA3!(0he|7Pa{B=Jtp36{D;9Ec4q1~cVg(3{tb)Guam%Q(bnjZaNqNk|E
zop3SP3s7Sq)F>jT0Xg@Mzma~L(%T~uQ&nIZ`nbRCe9uvYPhh=?r0jZDnmiu=#-t+^
zDg~IpxCJ3cCZY7^Ij^U7w0L$*R~<md9YwsH4iUen%f2@-4pF$*zGSuG0NW8!!CFJ0
z0?4r6=(ElrS07k4Sw@nvMZ7Xob}YdqZ;OJ5jocA0z3|O<ErB8!h$3>(10X<?r-BCz
zNA(&WIvWF>?HE*oPE#g#@+QtAeL5!}Ajlp#T|tpb9(tE;)yWnz<J^q5U8NELboa#1
zz6G9gs0PpRYw%Qw$LOZ_6;XAMKCIq|e<B<H{T;tp7hmS^$q&*S>~DQ6Yt$7}jH7oo
zUk!Z9pV7m}DL^6fpDFYZ%2&*7b0nqL9kUD<b@bBW)?t*e$T{jnqFp>2vwYq;syK0H
zydy>+0rk};S@Lq2Wv-C_q{YtdRIADPefDAd5?B1Tk1>!xzLltVm+gHtmVdTEeDkxr
zUWvUOh9oCU=;f0eG;lcvi1s3NRpz_*Mhe^q0tzU$fcf^zJ;cb=8tv`c2`_ym#06P0
zVO>CW4l7Gu%*9-ZLV!BbFP9?j2H;jM8$NbBT_%c4^{59_*;c|HCT9PpGHI4dw(Qkp
z%=&InsBI>MJyMwUXyA@ZEZM7F7-@g*9Cgd}lI&GHX8(X$mSUt&pq$Kz*P4Ko?Mj`J
zyQVeN*zbB@#-vI?k^hGxTRuY%U6VCm-BMfpZ%dC9#iZg%bq_+3kwy6(?-kv&ztX4O
zXNm_b8Jkz<t^mPr*WxBCYbcwQ(2nhTf(riUd*BHH2z!a#i8GbPVG%|H>;#0W352TD
zI?Y$!3<uSQ*pZeu*8x^W0ISf)2&CWu1y(Oj$*c|tA{U_~8EGZl`frtNc_z8{*|75A
zdgf&$ma2XrmRI7fdCwo@8ygTLZJI+J)m8lv7@ZL2z|~A7X>mDcW{ks{0NKgt47Plc
zzXx`Ts%J)6OKEm>R5wK$ANVH%uo5sIck=Lq>b#-v9o0MiQ7}3Rwh7s_O!@Q5Q=V^K
z1L~QpDhAtd3F}JQs2Ulv9mDnp13-O8eE+D^jB0oM<ZqIcv$UdV^^$7vjOA-H*_U~C
zpllV!8^JQ%q{)M5Uu?hlqKH~1(z}(cE58bb|MeoHTT<l?0#4rhrvYdy78QAtE_VT;
zDniKvQi+VU;4f^A>{lbEvzczPjZYTIg&ghKJ&=o8_S-3{9#7~i$rhnSae!G`VsmUO
zq_A~y-I#~`HQ)MyW-M6xOZZuymC*W)cIBrr7InbXd(rxR$gdQ|uk5e_;-g%L_yAtf
zF?C+mMyT68lv&$5C9}aeVT8wtod1NIF?k-@I(FzEA}P|T34Rr2k!Ywn8*{5sZTFGC
z^Y-`!PIc~6?{6z2esY&J%vCWfdCl1&G6#|REfNW(7spb1Kb-mMAi>vn#)pvUe~QwW
z69>3aYox{ZDeEoRZL-BoSzIloB{Nf=K<;%CX|cN;pc2&~c$HF75GOeRvCD=_@?Kt?
zy2UTYjw1r*gF{S7;FK*zL5|7^h!4P8E&4!;EFhHFgCA4urkWQzmv0W|t_BLLv4z%x
zC%R%Z?b+QJMjy~#6qycgOp&qK2YyG2?QwTxYkk#zV%n9>r+iU<O=>TP|8i@(3Ob4m
z<8x2MrQJCjQ+n(0H?IRYQQ@Anj%|G%Lf5g4@2UvCu0O!;Lhe?VuY*9z9YeAOT3q(h
zwMW3i<{(^-3~pv5LIc&MW^uttk7RB>7*bA>i9qlR%tcUASMcy9G#6y2%QI!Fli@XN
z6w%HAaR3L3F>pfrbjflhKP;M`6;|C)x~<UTi8bFz#K9)$j7~BOOpUt`(O4p2`a>^L
zFvNe*1$LkeovjO<Z5lCRh6y6{2>k&|DiZuhYXTD2syB~W#8on5-rhJ}LDiU@YRL-J
zQ$6o;wR50tXC2WwYX79BA}Y#d2kt%l;Z?wj<cqJBcbMlBW>O>mT368~*&^{8DlhDf
zC+mQiB%ppn(1?g@tLXw4iZ^L+@T5T^myKx~0bm6Pykv1*5mp`(vn;H<%ZJ2USYhQ6
zG0XADJmsfli8tiJ$}3r3X?}EC2J&ZVBWyV@wo^4OVK)ETtirAEcesKHy|Tw>JMLe;
z$l}er>CfFMnKS=#7O;{p;MK(Q7}-*Bj&erMOFUyx_AksWjm$8u@e0&S4L#7pNGsf`
z+;I9%p)GBtn3dpD-cOWkl9;X;44<KaIbjbTvkqNc@X=t(wY8Y|V8F}CMua`p7-_v(
zCVjjLB;5kDzy7$X?%cB;qWY6&l^4Y5EtP9>`oG(DYK(hNh9m=$^&g6C)g*UP#dJO-
zFWTh?W-U=y)#asGEyXDy!Y{IA{cYCope~axkC>hNl&ruLqMiaz-o7==jrFCK1Rwyx
zbtwl0y`5#$GZj(a*y)cNN|?B`bmkkU$v({++K)A?0)wZg7nTIJ*b1QpkBm0l`n`cU
zNz#i`*g}Rj)Xo5zX?`0DZQ0Fp)F2<q>ZGhG03+Y#79z}nnh54BQ$cSt{Og%`bcPIX
zq|-6hu@x!wFpBD#EUaxuuIuU95S!);1*Vl92-#c|?E8gzOK;t96?D~#jK*RK1r4|2
zl<mfZ@|HXwfeL#kTT7Q*e%leOYAMCYR9+TbCOze^whdS?8+b7wXa}gi59=EsINcK6
zTf0**{R@BGqTk;w;^Ol}WH-k<wt#_Qh=`j@{1)-~?3P+crAQMq7`aM_>5}_FFTU!z
z+Gm&}eJNk51>f>P3X2w1B(O9NT(w$ertDQ17htt$yrD6+wVJBewJ6b{kF9_}+^)kk
z=QTB`OcbXg4u~(&6)Yuy_ltIv7ya2Z>pWhS(}y<<RCrnzH$V4IVlw29`J(p5Z~Ydf
z+%<HZw<1!--)ctYILoAH@V!kjucx=_rs;#?-L$uCO+PDxFt_fwb0RUH^Uejghiu?$
z<*yDh?s`f7^&!qtQ5r4f05@p(Qb(reE*^W*Qw}^HYnus)a)?tX5>Yl0P>Jdg##8R1
zAcaH#F&eqRbm}XcGZE?l>0*k4j1UFHSGkoCENY5%4beR1(X>`}Z}viaAeeL@qgSMi
zv1T$|_ks3c&horLMyGS%Gx&Ytl81{RM73{wAel{{*ZQLTGEHh*ZrsY)D{_V4_wHCy
ziQHrhpZy~Hc(waA$2CK~I$+!tTx~TnsBU~$3ud6AnXuC?o++g|2*PcNaQPHjVQ>%N
z`@RjJJA{Wfy!LZcpXI~P3TdGkn)_wZEDT7J_+UJ|hKV9(`5+F6v*xw;@SE8!JS>_E
z9R)pW9e}w7;ja$i4?K_>t%2XON`V{y6DcbbJpj)%zO$MCpc*??J6<JdrDwhCndgz<
zU)=CQMa?v;J#u}Jl&}ez>B}>FNe3^yr|MDhr6d~MsK;6d73GTCrwcFgy4S1gc9YM-
zh;Wkh`F9OQ@tWMFF9?2C?*{7(?}#;L3udnlBck9s1zadT{}h@%CZ=x{nms&b4lJxZ
zNzAga@@yM1y(k!LsJxw+78OQef>uN9+``H`uqyDxa6kS$d|UoxoQXIpW&2i4&n}#?
z?83YeO;~Uz+fauwcguS=^1$a4U(SpLO-2Z9BSy9iN~Oz?^AdL>`~lx7Mi^$IyI#Q~
zq^|j#-A-|76%6<y9W&E0T``QA+8>;8USli1A5Eov!YS9xG3#iEHT>#~vl=!&Okuqk
zlxx8liG~r``=1X|u0>$>r+x@^n=NG1O!Ko1YG^Ax0yq5YVa(BG?Flh>2X$yIzbdj-
ubJV4GbzTsb;r_U<`QM-aR}S9KvqGM%c(>`ze)tC+j%sadb$z@0ss9BsVJY(f

literal 0
HcmV?d00001

diff --git a/python/demo/documented/built-in-meshes/unitsquaremesh_left.png b/python/demo/documented/built-in-meshes/unitsquaremesh_left.png
new file mode 100644
index 0000000000000000000000000000000000000000..fc19db15a24be22fed9d5686dc467974a62602d3
GIT binary patch
literal 4985
zcmeHL`Bzg%6b>lIsKKO*m{=sfLyy=~LRl;Z7mx%B91DoHMG%n6CNxwQ6-#9iLKLwi
z3Kj*58<JYkU_=xP0fIt62!)7H#Uo1)5k-v@jESTZY~OqHFSPmbzI$ixcjvqJn>jCg
zlaGh#f~5-x1cIrTr`u)%!FVfyU?d<KgD-FWvpWfd4>owYxqh{;_}QP03B!Gt-TnSJ
zqtitsZ*ad*TIPA$*sG+r=I(%LQqbfTRn^$-zmgviLVwfMX^aRje0Y@fE)qgGM`IDb
zaNrV-L=ugt9Ta2RLS$~}DmJlU=YKcg+3*AMfV)jWQa#~DO~}Ky#vxLQJYk4F6&ui5
z_n~n0wz;C-PTh|?5?}RLnVf9!J(t<<<C{=<_9VSx=c9R_7B1$88?%`ka};?x&+W_Z
zS7mAEu$exXX&yneiiuBF(Z|ZeimC-{(%>eBkME3S${vowOneF{F26O_npP^xjlIX(
zYtKD*mAPKcpX|Bpy-jApi@RYaw9*}wtf`J(_(L0|dw5dm((T{k7>n>}tm=!c=t>J)
z?tWaBhg6oN3fm}{C)gEOT%z@O^Q5ngp{yq%F1R#go?tD`yNf5#;7l@GCc>G`6qP4d
z9ET?mV$PcsRS@QDqOtZyqlL%Wvt=Pz;kgk+r_*TR(vu{l1;fh}Aj(RtaA8f5s5hzp
zfd7kwrXDr9?ESSGquM*!X?@os)=zH^vKgIs?WxG-P0POT9bC3{O+L>}d>y@8U{=4}
zRQrJQNR-8p6e6TSYxQWwt(121H>+M{x_kc|MQmwxiDFEIrRu4)juAVunSL`)-^J5k
zWiIZ}hWh1Y(WGZoodG$T6SGX`6jroR<j2$Gf&DGoP<N2(PPi8@u1cGDcgR`a2<pbO
zE5_}(ijh-S%%<%Cl6JD$=K)8M(nkEQ$Ekp~Cj6HOD$5yOlZhxdLQqTqoe<jYUl64b
z%6yT=nvmfO>MlT(5-7x*#!7|oms+xAme8@>v*WHiiZ8Kr30sy3g)Ft>K0OA7ECkF#
zA%V7Ba{)f&<5P(81cYUfgdBv5_KGB`m-LRS8}(=RxV$sQzGdWzZqVWN>L6y@9`hmn
zl%Ds|Hc5h<b>7<kM|-C%eaR)7p5Pffxi*IPLh*PxW2QI%9W&tQ?YT(tt&}6Nv&^`z
zu;mV4=U)cA0^(#U(xBT!7)ReN?PNXi`5Nl|cb#F~PLYo|H#^QY!SZr2k2UDBW2C{|
z*fI<DA<c<@S2a__u@hl&|LpiaTV^$FSN%>Q0(gir2i?D-k)rwuwX7Q`syx)%9Yw5Z
zLLmn_aQjD5Bq@M93>RS1BAy;rq;5PMnJUO7A--sFo@;r6(f*dc$l1Qu(`SQX?mmQs
ze})1ZlTs4W(d1R3M5ksnxr)YGlt}mGlvqsm9B`EeUlQts$2?~$2UqsSAL1vuq!+At
zN!C<XjD{Rm6frWc>1N)Wkts5RC57{~tJZktY!|%KyVP#wL#i|YlL#f9DvigPE5X!Z
zl3~7sco3&zZ%Knem}H3a5c7+uWU!`exeA<!ZQ%(lFsW<@e0ZZOt4c?dTd*uzpke2+
zjVA25`xQf|u<9a+>I;}R)t1}eg?ZBeE4?_A%1Z6Q%+)-B2Uc9T19u(H33$PL=5mS{
zcW30$SW{Txan@{^5mvZ7oaj`BB9a~eqk|RB>=;R|lW0t9Gh8_EpfJX33WgG#T&_o?
z?dfu9PSkfxSz1zY6S%^vUYkS@JdbopV{l&fkiI2GLFyu22W~J(fUeS{*^m~3Iavg0
zN%+^ixJ%H8Zv?{wjd%bbDYnrSU%k$s?c2&<TX&EUQ#oE?Zvx(y;lEfnQB<EmYnGCb
z?JyKDMBWhE32?tbnWH->2_8_0goI4PA#D^@IfQ>17&7Qsx^od_HWX4vWtH59L>Ek0
z0TdEUWlgm~AsL7=9STu{%TI~FH0DPUoviUidx^nwEoJ(neI{vrarxuSn=QZ78^((@
z{wdq;Dgdv~?uaH-{P?0bJzow8yIcdc8ToY1%i$6c4~&pO7xkiV&_(?d(x8h?5`!+H
zuTz6A8s3YB_o6`;-L+nG`bUI*|GS?*&_6ESJQK%OCvj+20QjXw@N)NYyTl63_#5X}
BwCVr=

literal 0
HcmV?d00001

diff --git a/python/demo/documented/built-in-meshes/unitsquaremesh_left_right.png b/python/demo/documented/built-in-meshes/unitsquaremesh_left_right.png
new file mode 100644
index 0000000000000000000000000000000000000000..30f21543a79176d326f11eadb7a63e699cbf685e
GIT binary patch
literal 5900
zcmd^D`CF6Mwx;@2X@N+wm4Z=D1o82diiI+ha7z&Is8DNFC?X;Vr9r4ff=r167_njk
z6cmKy_Syp?QzU9m3K)z7L537l0g*`w1WEu+m;w>*+8;x`!+&so{MNJA+H0?G?RUNJ
zPW#%&%iu%P4|Q~O40d{Ze50eY!cRx%J+|%&u)IB(Ce_hdC)?@q)wieeN4kQ)Szm9I
z+9FS#5*_Pa<FtLH_sLz)x&(ih`k(Gwe?=G((pX(15*h29oDh|))am^Pj-XTKl%jKc
zz;MOyd1T%Hp#1w8-U^*hXI0k(2I}zR8KU1#?{iE^*Vo>db1VtD@@nLBqUwTpYU+(!
zWC{1NvsI>L(hom(kq#*D_U5Y0-OSEuCGFxoi_B0QVKzxqlQb|c_oC06@1=(x3EpG0
z(~-&EK-XS6&;jP|*@s8yq2D4iiODY8sIBp71~X}H_?A|}MnSeZrbMcS4?0-v_NB{n
ztc~hf)zv)9w9s`pg6PGx9lgy5?332njjZw3(uV}Oan-%2Z*LCOvpQ$jtWufR*fsp9
z8!t~|jK$8Oz*EuzWTgD4D;yqTOkla)Q?csQVAT6jSM&U*p4q;9a8G(0a6|5uKnYVA
zs?HI5-WwhSBYq<NA#&eG)z$paJ9Wl2DnVslM|Ww`N}8jalz8{Kkm)!w=_pv4#;y7p
z#GbtO9aFT_he>V7-Sq}9?1FN#we&tgUePyD^>`2D{!6MIIg~31Gr<w|*Gc2juX41K
zwI5Q>OK{Om|G>NZ<c%d9hj_l9m6~j7qf^%P8PehglG^yPEVKBS;3h-ip8@=hOx_)}
zqH59?;%$a_@`UK7OuYDBdEQuuEm4zUybhB2tj4Y+M)%rpw0o2nP>REc{cJtT-?Uma
z5|o3g7Gb<AEF>UjWpq;qUQBcMR19>(LeEdYS$)s0fvTIBW?FD<40bm01Lx-H)|0)4
z_C}7*4&0(GZZ>z}bos+&5wAvw>VuoEYiiHel!mNjl;e88UFpVS&eP^-H<|NSL*}!h
zRSZ)&;nwavT+$D>GvvP0Nu_@Dmmj;Ozs&d~Xi$2#%rT`Vv|Os_s<*bvu)aE4HdIT9
z+;Tkm-k1+PI4$YPuhC5^y!diVtD<{UZk!`2D5O(b2Mq1Ac_dcc77@=Q>TYcSe>;;`
zL1_zbz?K-~#8VFR8{VZon~Cfx(29*TzaPb_G};`*t*Oci^4m1#rz-PjktM~$>Q2lj
zdL35qZ(>_#sw-VIshd?<{XKcv@JnOIXR7ZZOXbauYSd#I#lI#@?qC*K0Dl#eJ@0rl
z`SB=97jGeA+c~Br+0l|Ox1*h%yy*ngZ1-<WI7P*&^mfVrrb%sVCdk7pDx@t~Dy!?Q
zLw~>#;%X{M3guFec&8LsRp(5;5N#8~*1B8v8>)V)8K%x**?y(c%grE5#_m=~_b&%=
z#u2VX`g18*RdAU>l0$g+y9w2#50+PK!Vz3L1GxEEt<TAgZS<Jz<a-sq9m_$_k|j~x
zwk_19ROM9N_{YbiGUF5>W+8f%^W4XIgqVv0%jYkuf?SCD^V{ZluEXsQxg{$drM0X-
zSv{v&Z_kNq%|<542J`2{ujjj;%te%jY+_B15nq)>h>JX*kEk!!%yqF@Z1@dub_*_9
zLh4~ybMKNCk6PGkSoxqv`h9<??_x>)0U0Ky$6}3I(GN#Q^T4~?KUY07Xe(b@BZOZS
zHQP2FcxO3IA1YbU5Pfb2HO^wq%%yJ=D{R}A0{x12A5G{FB69glZUazhew%2ju4Nc?
z%Hr>F`*dOh?{WZl@t^V$EGPjMjwUbuRI6Ho-0ksbb5r{S>SU;HCA0<u+Thw=ERYL^
zMVjG%bqV8>kyq&cJMom9mxj=D^9*e^=Ek*}$FS{JSQLeYcF+^q{d7XN%7q#iHHn?J
zI;36@M#KeE6l2XzlbG9@&nH{0>Iur>n_a@^mDown9qZ29@07A9u*$`Og&lY4qFhhu
z5()*_qN3uSygN=QBXVVP(-aoTH+Q_upF?in)iK(cbQm31b9M+WFJA0v6Q>vmft-q_
zBlKCN)9wOZwqU9~=#qZ_%Jq|#m-lF4lI%0k)^412nR&so*RDx@U><!GnnuDpNP2bU
z_gb@b62gFXzyJ;pn;e9gazWt-Ox~5+Aq~k{lW_)t(xvD<t8u|Ddu7z<lPdG;2q5Eo
z^7@@pHl*&B_O;Zr^tS>)hBGi2h}DconiOay4QL;`?z~i|l;l81;tQ`WZmN#=rL03k
zW&YXZ_KwXmejG%r`0lk<GSQv4*(s%~z?CRX_o2%*dK|L_Xl1Jl71^+XEA_tGd;x*K
ziG4C&jZ#xsouY>_1!0?U1jYtu;&o5hU=TJ?s#~od5air*h2hFUxz|QPuO_3bI}cDm
zTlad%=_qW<@`Ft|(M>Dx?)OX`iFIhxcI2vUMNqJsT&Ng?UGaCowL7oaDMhP%G~^Tx
zo<Tvcwcgmc8BIt?XvV`q53X}{dm6ykVY0nAS2=2QP9emCkqD#4xT;Wb6GC-XVWEzp
zJJC0O$OZC$VT}11G1+_Q1)LPLs1g=kF>bZUXcQAdOIFLWY+)S>*4g}u=I)1p7FtJQ
z#B~@y(NGZh6PeyBrxd07Sb`1OclNBpYt=gNPoe5Q9|=jwL`F3jA0wkhV&aru5%Xow
zO4FS14cDfru{sKq>Ai1H9H`s&sJ*Af>?0?w6ff|0ORtze?ck+l@?E*6#{{fT)=!Jx
z|1>H`a?v{fRnZr2?~se##<_4K{jZQEI5)cIXU7vP(;MNgSv^7NGb*xdiTk_;jB~sX
z$PFv&D}uV%+lhJ}$dCh2P?a9k7dJ9)wHAx<6Io(SOaABVei`2{6ksNlfFrP6-;C8X
zb2*#M)q1-uO8z1aR(Q+@z)^Zw+ij-UEmdUzSY>M9R~?bW)jB66<YD_*0)=>1JGL^u
zbNu$jM(fhajNMHD3+EXQa`VEXVA#m+awrW)nAbNexOPh>v$qlPzVobvpDDt@yxl94
zxq>Bc2ZD~9`{vrZD|}g!ykB@79+mn`wk?e5?4ge|1QE~Fqtb}UtCE352$mi6;LkVI
zAH|DXeKr<ctC5+jyfmqIzPA`Yp*#Cq=*g(N5N5SXk0SKWksI2_z8vg~%-xtFdSYFg
zx(Qv6mj3Hh^{E7psGo!Uc6n67G%aAa2!#&BO>y<srS<0i*8maz80<{qZp`qNSeHha
zBaHCw1q%l(4c4U}m=E>-A2Q$?;s!JTk%6im1I7o&yq#Ycw|Hi{@!SqrxmH%XMGq96
z_*rg$o~pY(t$-sHT`|_&){67CX9C<DUQwi&9lVg_P7mI*z8)w5?Y{~Y-Gdi8H;Z_d
ztkC1QU@wA9ed^>pITtq+g*Oad(C&w7d|ZDMSkbn8&d7Ch)fuh$yKR|p=gR_Zh>2ca
zau(F0#k&;|EY-NHgYza49O|Fu{+Gy-c$xYM#DM8!u*pA-?EP%3Og%Grq15EVl06n^
z`Vap;WMb#s1U*vXZ$UwH;6H~<T%3<1!!Zjq>{%~m)Q5v#UV;XAoPln5$r%~7bMT#x
zSh(^LMyRcF^HE#nbEux-8VTTSy%vom?6#+3jkpV=wL?yflQ|I5Dx*}qbkY5-pj$jD
z4Vmno<M|wlS9mTK;5!(On%D#*&+s$YcMReI+lfxsZDX-k-?4PDZ6mPny@<W%avEE5
zw_)+NG1*<D!Y%P9!_rEp#arp7YV)0wlcUByYeGcSFHRo$e=l>q$IFp5UjnJq%KVr+
zo~HPwSH7sbXrS#`p?}3pqxn?6hzbA|iiWX%+ad%YW@#$(m3jaxVt|#`ec`vC7J|8Z
z%c{T7CUT;8EH(z2-vqJxz0Q9O(6akJAv7yU^cx`<=&~Rw!<#PePqo`=!H42^J+63D
zMMHK*aVY&)46sG*6WOB&5e4sNY-gLnNH|ZHnEPrIE7T|rA;bO(GM*z#0)6L86j*NA
z3|9^^o?gE6;6B{rz8TQh)`iJ7)7Rkqybuk)5p9tJD|7S6l7lNnYvd<@H9Jkdh#2sq
z(J@hB_CT~=^%1gGBUPYjMO=YvK2YU}+`mGqKp+S+K!e4h#|{aNHJ`(To5k2>v2#CT
z<n0WwbI#Ym#A&A}2VNP*JWXn&K*0F#kSv%C;C~8WV5_L&6o912LZfhhPu_%MN?Czh
z&m9H?v_>PdEs+A(e=_!2QX2;}N;MC%S)7l5+))R<Kt)!Gf#9VJ!h+#`U12ph^})h-
z=I!0JHqH)Hu+Zivk^oZ+TmeG{*tr%tKNb|OWb!g<TZ9^<Gj5@gekgj++UT)dk&#K$
zYJ26eg$61zojya<3e<vqL~R{@mYb9{FM|{MyaBDT?|QlgL#zmS^cUS=tc!d^P;RCs
zlNOZ0{gVqkA!1majM3G7mdTVHg(2-{K52@E_}%E269IgCCa*YUBEA|U(){-q8A25)
z09z8pYYgE39W+%*Yxpe2f|={ED$(NRW|Uos!pGNTMmHsZJPYJ1FdsVqH7Yp!CcjmY
zjZx_()>d)7O)-I4_CFiIn#`@POnL*e6fAOrkA`glbQXjF8rdbchN%yi_&4gdHJ)YC
z6U&qxhJ{;Va`NTwB{czpR5+YH;S|0Uq_Ke@&rq}~8nJB<tKZ6G2Pp%&>SZBt3GYr9
zBqx`5ECrFB(0v}-FmtGCNnQ-RGOT>oH?ebBw5){{FS}>t%ZdazxKf>*{1htzqTnCn
z-D$Jcq}-)cEqXu`ID#e^c=VShXlMQT;@F0{5S;csfJX|zjix4K3(4+@Es3^;W<@Hr
z2Prun0nJ%-ijoN+FsTu!b7!x<s}0<Wv;UVi5Ovi1FEjBUb)WzF#@NwfSuLc2TBz)A
z(3S@-t)ZR(T$r?`iGEmO>$~d!Llfug+ce80-xCplsWn{bp(VGh7*y)$`4i2{0s^Rq
z^zgi;pI60_?m%?y$RC2Ut_yU1QQno@>M_(@SXKfs;O9RDA|A4=J51pP!RcsRlxG<V
zq+FnH6@4_tzy#*C*g)RT-c(W5Pq6)ca~KPEf3(vTqwlI~sXcj*9D&IST^tgz(A~G>
zi*E#Rim+MCZLy)@+K+aEJcN!G-nWTvg7H{b-c@j|4l95|KyR7<RdV}Y@n|O~M6^iu
z$HL=44CJ&Bsc831tCbY);PJR95>|ku#Y<?O3t8R*NwH7+<$13INxuZNKY5X;wDvr&
zI%AONUuQXYXhUuBD*6%D+YN6=yw=Y##V<1)Fleaz%<Rps?|WIEW+b}~Z{?OGlCK{<
zG!k&lsVzX30=%PlJjo1*?>pd9aAQd509<u1!j|fV2Lks(#T($?Fdy_Y_#!(B72ZFR
z67F6Ct_`z+EH{mA5-%|V0L~GhspU}hCxpn6%%SIqAs_tw6n*hIWz>hmQFsCzYJplG
zn!uh4Fk%2GECkj}!8BR1^Ra}(C^af@^2!GRd?42%Tmfe<V$9>P!6c^dRMM|xwlt&z
z0zd~uMK_^;A2L0T{{lAkLb5_C2zw7l2r|g$^ueYvN^o5q9p?x#>Np(hGUyf%0)N0o
zo_sZ)kBEAO^(i#o03hOsL}K`5IOu1fWEMu2x$kbN2GY=ULaYQzYcELQKpFKJgc=RR
zLfIfpIFV4k0rDSN@Jl00EJZ%PVptUA52=Et%JdF<3CM76s2+)|I#_4&jbE0B&HLzO
zFQ0Q8WJEPmJn$!WT4?a@lNuXhF4{L41jF)VpZtPYkBsqPgja-2@64K-*;Lts*JJM)
vH1HRcW7af#)pUk$`oHZ%?EiR&o?rcSjELNRi4g{`+&VjV_;{4NA36Kq6vox5

literal 0
HcmV?d00001

diff --git a/python/demo/documented/cahn-hilliard/demo_cahn-hilliard.py.rst b/python/demo/documented/cahn-hilliard/demo_cahn-hilliard.py.rst
new file mode 100644
index 0000000..d78794e
--- /dev/null
+++ b/python/demo/documented/cahn-hilliard/demo_cahn-hilliard.py.rst
@@ -0,0 +1,338 @@
+Cahn-Hilliard equation
+======================
+
+This demo is implemented in a single Python file,
+:download:`demo_cahn-hilliard.py`, which contains both the variational
+forms and the solver.
+
+This example demonstrates the solution of a particular nonlinear
+time-dependent fourth-order equation, known as the Cahn-Hilliard
+equation. In particular it demonstrates the use of
+
+* The built-in Newton solver
+* Advanced use of the base class ``NonlinearProblem``
+* Automatic linearisation
+* A mixed finite element method
+* The :math:`\theta`-method for time-dependent equations
+* User-defined Expressions as Python classes
+* Form compiler options
+* Interpolation of functions
+
+
+Equation and problem definition
+-------------------------------
+
+The Cahn-Hilliard equation is a parabolic equation and is typically
+used to model phase separation in binary mixtures.  It involves
+first-order time derivatives, and second- and fourth-order spatial
+derivatives.  The equation reads:
+
+.. math::
+   \frac{\partial c}{\partial t} - \nabla \cdot M \left(\nabla\left(\frac{d f}{d c}
+             - \lambda \nabla^{2}c\right)\right) &= 0 \quad {\rm in} \ \Omega, \\
+   M\left(\nabla\left(\frac{d f}{d c} - \lambda \nabla^{2}c\right)\right) \cdot n &= 0 \quad {\rm on} \ \partial\Omega, \\
+   M \lambda \nabla c \cdot n &= 0 \quad {\rm on} \ \partial\Omega.
+
+where :math:`c` is the unknown field, the function :math:`f` is
+usually non-convex in :math:`c` (a fourth-order polynomial is commonly
+used), :math:`n` is the outward directed boundary normal, and
+:math:`M` is a scalar parameter.
+
+
+Mixed form
+^^^^^^^^^^
+
+The Cahn-Hilliard equation is a fourth-order equation, so casting it
+in a weak form would result in the presence of second-order spatial
+derivatives, and the problem could not be solved using a standard
+Lagrange finite element basis.  A solution is to rephrase the problem
+as two coupled second-order equations:
+
+.. math::
+   \frac{\partial c}{\partial t} - \nabla \cdot M \nabla\mu  &= 0 \quad {\rm in} \ \Omega, \\
+   \mu -  \frac{d f}{d c} + \lambda \nabla^{2}c &= 0 \quad {\rm in} \ \Omega.
+
+The unknown fields are now :math:`c` and :math:`\mu`. The weak
+(variational) form of the problem reads: find :math:`(c, \mu) \in V
+\times V` such that
+
+.. math::
+   \int_{\Omega} \frac{\partial c}{\partial t} q \, {\rm d} x + \int_{\Omega} M \nabla\mu \cdot \nabla q \, {\rm d} x
+          &= 0 \quad \forall \ q \in V,  \\
+   \int_{\Omega} \mu v \, {\rm d} x - \int_{\Omega} \frac{d f}{d c} v \, {\rm d} x - \int_{\Omega} \lambda \nabla c \cdot \nabla v \, {\rm d} x
+          &= 0 \quad \forall \ v \in V.
+
+
+Time discretisation
+^^^^^^^^^^^^^^^^^^^
+
+Before being able to solve this problem, the time derivative must be
+dealt with. Apply the :math:`\theta`-method to the mixed weak form of
+the equation:
+
+.. math::
+
+   \int_{\Omega} \frac{c_{n+1} - c_{n}}{dt} q \, {\rm d} x + \int_{\Omega} M \nabla \mu_{n+\theta} \cdot \nabla q \, {\rm d} x
+          &= 0 \quad \forall \ q \in V  \\
+   \int_{\Omega} \mu_{n+1} v  \, {\rm d} x - \int_{\Omega} \frac{d f_{n+1}}{d c} v  \, {\rm d} x - \int_{\Omega} \lambda \nabla c_{n+1} \cdot \nabla v \, {\rm d} x
+          &= 0 \quad \forall \ v \in V
+
+where :math:`dt = t_{n+1} - t_{n}` and :math:`\mu_{n+\theta} =
+(1-\theta) \mu_{n} + \theta \mu_{n+1}`.  The task is: given
+:math:`c_{n}` and :math:`\mu_{n}`, solve the above equation to find
+:math:`c_{n+1}` and :math:`\mu_{n+1}`.
+
+
+Demo parameters
+^^^^^^^^^^^^^^^
+
+The following domains, functions and time stepping parameters are used
+in this demo:
+
+* :math:`\Omega = (0, 1) \times (0, 1)` (unit square)
+* :math:`f = 100 c^{2} (1-c)^{2}`
+* :math:`\lambda = 1 \times 10^{-2}`
+* :math:`M = 1`
+* :math:`dt = 5 \times 10^{-6}`
+* :math:`\theta = 0.5`
+
+
+Implementation
+--------------
+
+This demo is implemented in the :download:`demo_cahn-hilliard.py`
+file.
+
+First, the modules :py:mod:`random` :py:mod:`matplotlib`
+:py:mod:`dolfin` module are imported::
+
+    import random
+    from dolfin import *
+
+.. index:: Expression
+
+A class which will be used to represent the initial conditions is then
+created::
+
+    # Class representing the intial conditions
+    class InitialConditions(UserExpression):
+        def __init__(self, **kwargs):
+            random.seed(2 + MPI.rank(MPI.comm_world))
+            super().__init__(**kwargs)
+        def eval(self, values, x):
+            values[0] = 0.63 + 0.02*(0.5 - random.random())
+            values[1] = 0.0
+        def value_shape(self):
+            return (2,)
+
+It is a subclass of :py:class:`Expression
+<dolfin.functions.expression.Expression>`. In the constructor
+(``__init__``), the random number generator is seeded. If the program
+is run in parallel, the random number generator is seeded using the
+rank (process number) to ensure a different sequence of numbers on
+each process.  The function ``eval`` returns values for a function of
+dimension two.  For the first component of the function, a randomized
+value is returned.  The method ``value_shape`` declares that the
+:py:class:`Expression <dolfin.functions.expression.Expression>` is
+vector valued with dimension two.
+
+.. index::
+   single: NonlinearProblem; (in Cahn-Hilliard demo)
+
+A class which will represent the Cahn-Hilliard in an abstract from for
+use in the Newton solver is now defined. It is a subclass of
+:py:class:`NonlinearProblem <dolfin.cpp.NonlinearProblem>`. ::
+
+    # Class for interfacing with the Newton solver
+    class CahnHilliardEquation(NonlinearProblem):
+        def __init__(self, a, L):
+            NonlinearProblem.__init__(self)
+            self.L = L
+            self.a = a
+        def F(self, b, x):
+            assemble(self.L, tensor=b)
+        def J(self, A, x):
+            assemble(self.a, tensor=A)
+
+The constructor (``__init__``) stores references to the bilinear
+(``a``) and linear (``L``) forms. These will used to compute the
+Jacobian matrix and the residual vector, respectively, for use in a
+Newton solver.  The function ``F`` and ``J`` are virtual member
+functions of :py:class:`NonlinearProblem
+<dolfin.cpp.NonlinearProblem>`. The function ``F`` computes the
+residual vector ``b``, and the function ``J`` computes the Jacobian
+matrix ``A``.
+
+Next, various model parameters are defined::
+
+    # Model parameters
+    lmbda  = 1.0e-02  # surface parameter
+    dt     = 5.0e-06  # time step
+    theta  = 0.5      # time stepping family, e.g. theta=1 -> backward Euler, theta=0.5 -> Crank-Nicolson
+
+.. index::
+   singe: form compiler options; (in Cahn-Hilliard demo)
+
+It is possible to pass arguments that control aspects of the generated
+code to the form compiler. The lines ::
+
+    # Form compiler options
+    parameters["form_compiler"]["optimize"]     = True
+    parameters["form_compiler"]["cpp_optimize"] = True
+
+tell the form to apply optimization strategies in the code generation
+phase and the use compiler optimization flags when compiling the
+generated C++ code. Using the option ``["optimize"] = True`` will
+generally result in faster code (sometimes orders of magnitude faster
+for certain operations, depending on the equation), but it may take
+considerably longer to generate the code and the generation phase may
+use considerably more memory).
+
+A unit square mesh with 97 (= 96 + 1) vertices in each direction is
+created, and on this mesh a :py:class:`FunctionSpace
+<dolfin.functions.functionspace.FunctionSpace>` ``ME`` is built using
+a pair of linear Lagrangian elements. ::
+
+    # Create mesh and build function space
+    mesh = UnitSquareMesh.create(96, 96, CellType.Type.quadrilateral)
+    P1 = FiniteElement("Lagrange", mesh.ufl_cell(), 1)
+    ME = FunctionSpace(mesh, P1*P1)
+
+Trial and test functions of the space ``ME`` are now defined::
+
+    # Define trial and test functions
+    du    = TrialFunction(ME)
+    q, v  = TestFunctions(ME)
+
+.. index:: split functions
+
+For the test functions, :py:func:`TestFunctions
+<dolfin.functions.function.TestFunctions>` (note the 's' at the end)
+is used to define the scalar test functions ``q`` and ``v``. The
+:py:class:`TrialFunction <dolfin.functions.function.TrialFunction>`
+``du`` has dimension two. Some mixed objects of the
+:py:class:`Function <dolfin.functions.function.Function>` class on
+``ME`` are defined to represent :math:`u = (c_{n+1}, \mu_{n+1})` and
+:math:`u0 = (c_{n}, \mu_{n})`, and these are then split into
+sub-functions::
+
+    # Define functions
+    u   = Function(ME)  # current solution
+    u0  = Function(ME)  # solution from previous converged step
+
+    # Split mixed functions
+    dc, dmu = split(du)
+    c,  mu  = split(u)
+    c0, mu0 = split(u0)
+
+The line ``c, mu = split(u)`` permits direct access to the components
+of a mixed function. Note that ``c`` and ``mu`` are references for
+components of ``u``, and not copies.
+
+.. index::
+   single: interpolating functions; (in Cahn-Hilliard demo)
+
+Initial conditions are created by using the class defined at the
+beginning of the demo and then interpolating the initial conditions
+into a finite element space::
+
+    # Create intial conditions and interpolate
+    u_init = InitialConditions(degree=1)
+    u.interpolate(u_init)
+    u0.interpolate(u_init)
+
+The first line creates an object of type ``InitialConditions``.  The
+following two lines make ``u`` and ``u0`` interpolants of ``u_init``
+(since ``u`` and ``u0`` are finite element functions, they may not be
+able to represent a given function exactly, but the function can be
+approximated by interpolating it in a finite element space).
+
+.. index:: automatic differentiation
+
+The chemical potential :math:`df/dc` is computed using automated
+differentiation::
+
+    # Compute the chemical potential df/dc
+    c = variable(c)
+    f    = 100*c**2*(1-c)**2
+    dfdc = diff(f, c)
+
+The first line declares that ``c`` is a variable that some function
+can be differentiated with respect to. The next line is the function
+:math:`f` defined in the problem statement, and the third line
+performs the differentiation of ``f`` with respect to the variable
+``c``.
+
+It is convenient to introduce an expression for :math:`\mu_{n+\theta}`::
+
+    # mu_(n+theta)
+    mu_mid = (1.0-theta)*mu0 + theta*mu
+
+which is then used in the definition of the variational forms::
+
+    # Weak statement of the equations
+    L0 = c*q*dx - c0*q*dx + dt*dot(grad(mu_mid), grad(q))*dx
+    L1 = mu*v*dx - dfdc*v*dx - lmbda*dot(grad(c), grad(v))*dx
+    L = L0 + L1
+
+This is a statement of the time-discrete equations presented as part
+of the problem statement, using UFL syntax. The linear forms for the
+two equations can be summed into one form ``L``, and then the
+directional derivative of ``L`` can be computed to form the bilinear
+form which represents the Jacobian matrix::
+
+    # Compute directional derivative about u in the direction of du (Jacobian)
+    a = derivative(L, u, du)
+
+.. index::
+   single: Newton solver; (in Cahn-Hilliard demo)
+
+The DOLFIN Newton solver requires a :py:class:`NonlinearProblem
+<dolfin.cpp.NonlinearProblem>` object to solve a system of nonlinear
+equations. Here, we are using the class ``CahnHilliardEquation``,
+which was declared at the beginning of the file, and which is a
+sub-class of :py:class:`NonlinearProblem
+<dolfin.cpp.NonlinearProblem>`. We need to instantiate objects of both
+``CahnHilliardEquation`` and :py:class:`NewtonSolver
+<dolfin.cpp.NewtonSolver>`::
+
+    # Create nonlinear problem and Newton solver
+    problem = CahnHilliardEquation(a, L)
+    solver = NewtonSolver()
+    solver.parameters["linear_solver"] = "lu"
+    solver.parameters["convergence_criterion"] = "incremental"
+    solver.parameters["relative_tolerance"] = 1e-6
+
+The string ``"lu"`` passed to the Newton solver indicated that an LU
+solver should be used.  The setting of
+``parameters["convergence_criterion"] = "incremental"`` specifies that
+the Newton solver should compute a norm of the solution increment to
+check for convergence (the other possibility is to use ``"residual"``,
+or to provide a user-defined check). The tolerance for convergence is
+specified by ``parameters["relative_tolerance"] = 1e-6``.
+
+To run the solver and save the output to a VTK file for later visualization,
+the solver is advanced in time from :math:`t_{n}` to :math:`t_{n+1}` until
+a terminal time :math:`T` is reached::
+
+    # Output file
+    file = File("output.pvd", "compressed")
+
+    # Step in time
+    t = 0.0
+    T = 50*dt
+    while (t < T):
+        t += dt
+        u0.vector()[:] = u.vector()
+        solver.solve(problem, u.vector())
+        file << (u.split()[0], t)
+
+The string ``"compressed"`` indicates that the output data should be
+compressed to reduce the file size. Within the time stepping loop, the
+solution vector associated with ``u`` is copied to ``u0`` at the
+beginning of each time step, and the nonlinear problem is solved by
+calling :py:func:`solver.solve(problem, u.vector())
+<dolfin.cpp.NewtonSolver.solve>`, with the new solution vector
+returned in :py:func:`u.vector() <dolfin.cpp.Function.vector>`. The
+``c`` component of the solution (the first component of ``u``) is then
+written to file at every time step.
diff --git a/python/demo/documented/dolfin_fine.xml.gz b/python/demo/documented/dolfin_fine.xml.gz
new file mode 100644
index 0000000..d70c0e2
--- /dev/null
+++ b/python/demo/documented/dolfin_fine.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:2b833101b1751853dc6c52be42ea1134b91ac54a9df087191e7f45b7b00a2822
+size 88283
diff --git a/python/demo/documented/dolfin_fine_subdomains.xml.gz b/python/demo/documented/dolfin_fine_subdomains.xml.gz
new file mode 100644
index 0000000..a9a47ab
--- /dev/null
+++ b/python/demo/documented/dolfin_fine_subdomains.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:42ff147d8ecb3172e08ab41ac6b5029e3a191804be77c73a9a9c4e52da010ede
+size 42459
diff --git a/python/demo/documented/eigenvalue/box_with_dent.xml.gz b/python/demo/documented/eigenvalue/box_with_dent.xml.gz
new file mode 100644
index 0000000..5982a06
--- /dev/null
+++ b/python/demo/documented/eigenvalue/box_with_dent.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:db4963ae1a73751efdb0033815a27500eeca245ecaaac8bafcbfce6a4200c06a
+size 8836
diff --git a/python/demo/documented/eigenvalue/demo_eigenvalue.py.rst b/python/demo/documented/eigenvalue/demo_eigenvalue.py.rst
new file mode 100644
index 0000000..a78e1bd
--- /dev/null
+++ b/python/demo/documented/eigenvalue/demo_eigenvalue.py.rst
@@ -0,0 +1,103 @@
+
+.. _demo_eigenvalue:
+
+A simple eigenvalue solver
+==========================
+
+We recommend that you are familiar with the demo for the Poisson equation
+before looking at this demo.
+
+If you want a more complex problem, we suggest that you look at the
+other eigenvalue demo.
+
+Implementation
+--------------
+
+This demo is implemented in a single Python file,
+:download:`demo_eigenvalue.py` and reads in an external mesh
+:download:`box_with_dent.xml.gz`.
+
+The eigensolver functionality in DOLFIN relies on the library SLEPc
+which in turn relies on the linear algebra library PETSc. Therefore,
+both PETSc and SLEPc are required for this demo. We can test whether
+PETSc and SLEPc are available, and exit if not, as follows ::
+
+    import matplotlib.pyplot as plt
+    from dolfin import *
+    # Test for PETSc and SLEPc
+
+    if not has_linear_algebra_backend("PETSc"):
+        print("DOLFIN has not been configured with PETSc. Exiting.")
+        exit()
+
+    if not has_slepc():
+        print("DOLFIN has not been configured with SLEPc. Exiting.")
+        exit()
+
+First, we need to construct the matrix :math:`A`. This will be done in
+three steps: defining the mesh and the function space associated with
+it; constructing the variational form defining the matrix; and then
+assembling this form. The code is shown below ::
+
+    # Define mesh, function space
+    mesh = Mesh("box_with_dent.xml.gz")
+    V = FunctionSpace(mesh, "Lagrange", 1)
+
+    # Define basis and bilinear form
+    u = TrialFunction(V)
+    v = TestFunction(V)
+    a = dot(grad(u), grad(v))*dx
+
+    # Assemble stiffness form
+    A = PETScMatrix()
+    assemble(a, tensor=A)
+
+Note that we (in this example) first define the matrix ``A`` as a
+:py:class:`PETScMatrix <dolfin.cpp.PETScMatrix>` and then assemble the
+form into it. This is an easy way to ensure that the matrix has the
+right type.
+
+In order to solve the eigenproblem, we need to define an
+eigensolver. To solve a standard eigenvalue problem, the eigensolver
+is initialized with a single argument, namely the matrix ``A``. ::
+
+    # Create eigensolver
+    eigensolver = SLEPcEigenSolver(A)
+
+Now, we ready solve the eigenproblem by calling the :py:func:`solve
+<dolfin.cpp.SLEPcEigenSolver.solve>` method of the eigensolver. Note
+that eigenvalue problems tend to be computationally intensive and may
+hence take a while. ::
+
+    # Compute all eigenvalues of A x = \lambda x
+    print("Computing eigenvalues. This can take a minute.")
+    eigensolver.solve()
+
+The result is kept by the eigensolver, but can fortunately be
+extracted. Here, we have computed all eigenvalues, and they will be
+sorted by largest magnitude. We can extract the real and complex part
+(``r`` and ``c``) of the largest eigenvalue and the real and complex
+part of the corresponding eigenvector (``ru`` and ``cu``) by asking
+for the first eigenpair as follows ::
+
+    # Extract largest (first) eigenpair
+    r, c, rx, cx = eigensolver.get_eigenpair(0)
+
+Finally, we want to examine the results. The eigenvalue can easily be
+printed. But, the real part of eigenvector is probably most easily
+visualized by constructing the corresponding eigenfunction. This can
+be done by creating a :py:class:`Function
+<dolfin.functions.function.Function>` in the function space ``V``
+and the associating eigenvector ``rx`` with the Function. Then the
+eigenfunction can be manipulated as any other :py:class:`Function
+<dolfin.functions.function.Function>`, and in particular plotted ::
+
+    print("Largest eigenvalue: ", r)
+
+    # Initialize function and assign eigenvector
+    u = Function(V)
+    u.vector()[:] = rx
+
+    # Plot eigenfunction
+    plot(u)
+    plt.show()
diff --git a/python/demo/documented/elastodynamics/demo_elastodynamics.py.rst b/python/demo/documented/elastodynamics/demo_elastodynamics.py.rst
new file mode 100644
index 0000000..19058a6
--- /dev/null
+++ b/python/demo/documented/elastodynamics/demo_elastodynamics.py.rst
@@ -0,0 +1,503 @@
+
+..    # gedit: set fileencoding=utf8 :
+
+.. _demo_elastodynamics:
+
+============================================
+Time-integration of elastodynamics equation
+============================================
+
+This demo is implemented in a single Python file,
+:download:`demo_elastodynamics.py`, which contains both the
+variational forms and the solver.
+
+This demo shows how to perform time integration of transient elastodynamics using the generalized-:math:`\alpha` method [ERL2002]_. In particular it demonstrates how to:
+
+* formulate mass and damping forms of the elastodynamics equation
+* implement the generalized-:math:`\alpha` method and its influence on the solution
+* perform efficient computation of stresses using ``LocalSolver``
+
+The deformed structure evolution over time along with the axial stress will look as follows:
+
+.. image:: elastodynamics-transient_deformation.gif
+   :width: 70%
+   :align: center
+
+
+----------------------------------------- 
+Introduction and elastodynamics equation
+-----------------------------------------
+
+The elastodynamics equation combine the balance of linear momentum:
+
+.. math::
+   \nabla \cdot \sigma + \rho b = \rho \ddot{u}
+
+where :math:`u` is the displacement vector field, :math:`\ddot{u}=\partial^2 u/\partial t^2` is the acceleration, 
+:math:`\rho` the material density, :math:`b` a given body force and :math:`\sigma` the stress tensor which is related 
+to the displacement through a constitutive equation. In the case of isotropic linearized elasticity, one has:
+
+.. math::
+   \sigma =\lambda \text{tr}(\varepsilon)\mathbb{1} + 2\mu\varepsilon
+
+where :math:`\varepsilon = (\nabla u + (\nabla u)^T)/2` is the linearized strain tensor, :math:`\mathbb{1}` is the 
+identity of second-rank tensors and :math:`\lambda=\dfrac{E\nu}{(1+\nu)(1-2\nu)},\mu=\dfrac{E}{2(1+\nu)}` are the 
+Lame coefficients given as functions of the Young modulus :math:`E` and the Poisson ratio :math:`\nu`.
+
+The weak form is readily obtained by integrating by part the balance equation using a test function :math:`v\in V`
+with :math:`V` being a suitable function space that satisfies the displacement boundary conditions:
+
+.. math::
+   \int_{\Omega} \rho \ddot{u}\cdot v \, {\rm d} x + \int_{\Omega} \sigma(u):\varepsilon(v) \, {\rm d} x = 
+   \int_{\Omega} \rho b \cdot v  \, {\rm d} x + \int_{\partial\Omega} (\sigma\cdot n) \cdot v \, {\rm d} s \quad \text{for all } v\in V
+
+The previous equation can be written as follows:
+
+.. math::
+   \text{Find }u\in V\text{ such that } m(\ddot{u},v) + k(u,v) = L(v) \quad \text{for all } v\in V
+
+where :math:`m` is the symmetric bilinear form associated with the mass matrix and :math:`k` the one associated with the stiffness matrix.
+
+After introducing the finite element space interpolation, one obtains the corresponding discretized evolution equation:
+
+.. math::
+   \text{Find }\{u\}\in\mathbb{R}^n\text{ such that } \{v\}^T[M]\{\ddot{u}\} + \{v\}^T[K]\{u\} = \{v\}^T\{F\} \quad \text{for all } \{v\}\in\mathbb{R}^n
+
+which is a generalized :math:`n`-dof harmonic oscillator equation.
+
+Quite often in structural dynamics, structures do not oscillate perfectly but lose energy through various dissipative mechanisms (friction with air or supports,
+internal dissipation through plasticity, damage, etc.). Dissipative terms can be introduced at the level of the constitutive equation if these mechanisms are well
+known but quite often it is not the case. Dissipation can then be modeled by adding an *ad hoc* damping term depending on the structure velocity :math:`\dot{u}` 
+to the previous evolution equation:
+
+.. math::
+   \text{Find }u\in V\text{ such that } m(\ddot{u},v) + c(\dot{u},v) + k(u,v) = L(v) \quad \text{for all } v\in V
+
+The damping form will be considered here as bilinear and symmetric, being therefore associated with a damping matrix :math:`[C]`.
+
+~~~~~~~~~~~~~~~~~
+Rayleigh damping
+~~~~~~~~~~~~~~~~~
+
+When little is known about the origin of damping in the structure, a popular choice for the damping matrix, known as *Rayleigh damping*, consists in using
+a linear combination of the mass and stiffness matrix :math:`[C] = \eta_M[M]+\eta_K[K]` with two positive parameters :math:`\eta_M,\eta_K` which 
+can be fitted against experimental measures for instance (usually by measuring the damping ratio of two natural modes of vibration).
+
+---------------------------------------------------------------
+Time discretization using the generalized-:math:`\alpha` method
+---------------------------------------------------------------
+
+We now introduce a time discretization of the interval study :math:`[0;T]` in :math:`N+1` time increments :math:`t_0=0,t_1,\ldots,t_N,t_{N+1}=T` 
+with :math:`\Delta t=T/N` denoting the time step (supposed constant). The resolution will make use of the generalized-:math:`\alpha` method
+which can be seen as an extension of the widely used Newmark-:math:`\beta` method in structural dynamics. As an implicit method, it is unconditionally 
+stable for a proper choice of coefficients so that quite large time steps can be used. It also allows for high frequency dissipation and offers a 
+second-order accuracy, i.e. in :math:`O(\Delta t^2)`.
+
+The method consists in solving the dynamic evolution equation at intermediate time between :math:`t_n` and :math:`t_{n+1}` as follows:
+
+.. math::
+   [M]\{\ddot{u}_{n+1-\alpha_m}\} + [C]\{\dot{u}_{n+1-\alpha_f}\}+[K]\{u_{n+1-\alpha_f}\} = \{F(t_{n+1-\alpha_f})\}
+
+with the notation :math:`X_{n+1-\alpha} = (1-\alpha)X_{n+1}+\alpha X_{n}`. In addition, the following approximation for the displacement and velocity
+at :math:`t_{n+1}` are used: 
+
+.. math::
+   \begin{align*}
+   \{u_{n+1}\} &= \{u_{n}\}+\Delta t \{\dot{u}_{n}\} + \dfrac{\Delta t^2}{2}\left((1-2\beta)\{\ddot{u}_{n}\}+2\beta\{\ddot{u}_{n+1}\}\right) \\
+   \{\dot{u}_{n+1}\} &= \{\dot{u}_{n}\} + \Delta t\left((1-\gamma)\{\ddot{u}_{n}\}+\gamma\{\ddot{u}_{n+1}\}\right)
+   \end{align*}
+
+It can be seen that these are the relations of the Newmark method. The latter is therefore obtained as a particular case when :math:`\alpha_f=\alpha_m=0`.
+
+The problem can then be formulated in terms of unkown displacement at :math:`t_{n+1}` with:
+
+.. math::
+   \{\ddot{u}_{n+1}\} = \dfrac{1}{\beta\Delta t^2}\left(\{u_{n+1}\} - \{u_{n}\}-\Delta t \{\dot{u}_{n}\} \right) - \dfrac{1-2\beta}{2\beta}\{\ddot{u}_{n}\}
+
+After plugging into the evolution and rearranging the known and unknown terms, one obtains the following system to solve:
+
+.. math::
+   \begin{align*}
+   [\bar{K}]\{u_{n+1}\} &= \{F(t_{n+1-\alpha_f})\} - \alpha_f[K]\{u_n\} \\
+	&- [C](c_1\{u_n\}+c_2\{\dot{u}_n\}+c_3\{\ddot{u}_n\})-[M](m_1\{u_n\}+m_2\{\dot{u}_n\}+m_3\{\ddot{u}_n\})
+ \end{align*}
+
+where:
+ * :math:`[\bar{K}] = [K]+c_1[C]+m_1[M]`
+ * :math:`c_1 = \dfrac{\gamma(1-\alpha_f)}{\beta\Delta t}`
+ * :math:`c_2 = 1-\gamma(1-\alpha_f)/\beta`
+ * :math:`c_3 = \Delta t(1-\alpha_f)(1-\dfrac{\gamma}{2\beta})`
+ * :math:`m_1 = \dfrac{(1-\alpha_m)}{\beta\Delta t^2}`
+ * :math:`m_2 = \dfrac{(1-\alpha_m)}{\beta\Delta t}`
+ * :math:`m_3 = 1-\dfrac{1-\alpha_m}{2\beta}`
+ 
+Once the linear system has been solved for :math:`\{u_{n+1}\}`, the new velocity and acceleration are computed using the previous formulae.
+
+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+Popular choice of parameters
+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+
+The most popular choice for the parameters is: :math:`\alpha_m,\alpha_f \leq 1/2` and :math:`\gamma=\dfrac{1}{2}+\alpha_m-\alpha_f`,
+:math:`\beta=\dfrac{1}{4}\left(\gamma+\dfrac{1}{2}\right)^2` which ensures unconditional stability, optimal dissipation and second-order accuracy.
+
+
+---------------
+Implementation
+---------------
+
+We consider a rectangular beam clamped at one end and loaded by a uniform vertical traction at the other end.
+After importing the relevant modules, the mesh and subdomains for boundary conditions are defined::
+
+ from dolfin import *
+ import numpy as np
+ import matplotlib.pyplot as plt
+
+ # Form compiler options
+ parameters["form_compiler"]["cpp_optimize"] = True
+ parameters["form_compiler"]["optimize"] = True
+
+ # Define mesh
+ mesh = BoxMesh(Point(0., 0., 0.), Point(1., 0.1, 0.04), 60, 10, 5)
+
+ # Sub domain for clamp at left end
+ def left(x, on_boundary):
+     return near(x[0], 0.) and on_boundary
+
+ # Sub domain for rotation at right end
+ def right(x, on_boundary):
+     return near(x[0], 1.) and on_boundary
+
+
+Material parameters for the elastic constitutive relation, the material density :math:`\rho`
+for the mass matrix and the two parameters defining the Rayleigh damping :math:`\eta_M,\eta_K`
+(initially zero damping is considered but this value can be changed) are now defined::
+
+ # Elastic parameters
+ E  = 1000.0
+ nu = 0.3
+ mu    = Constant(E / (2.0*(1.0 + nu)))
+ lmbda = Constant(E*nu / ((1.0 + nu)*(1.0 - 2.0*nu)))
+
+ # Mass density
+ rho = Constant(1.0)
+
+ # Rayleigh damping coefficients
+ eta_m = Constant(0.)
+ eta_k = Constant(0.)
+
+Parameters used for the time discretization scheme are now defined. First, the four parameters used by the
+generalized-:math:`\alpha` method are chosen. Here, we used the optimal dissipation and second-order accuracy
+choice for :math:`\beta` and :math:`\gamma`, namely :math:`\beta=\dfrac{1}{4}\left(\gamma+\dfrac{1}{2}\right)^2` and
+:math:`\gamma=\dfrac{1}{2}+\alpha_m-\alpha_f` with :math:`\alpha_m=0.2` and :math:`\alpha_f=0.4` ensuring unconditional stability::
+
+ # Generalized-alpha method parameters
+ alpha_m = Constant(0.2)
+ alpha_f = Constant(0.4)
+ gamma   = Constant(0.5+alpha_f-alpha_m)
+ beta    = Constant((gamma+0.5)**2/4.)
+
+We also define the final time of the interval, the number of time steps and compute the associated time interval
+between two steps::
+
+ # Time-stepping parameters
+ T       = 4.0
+ Nsteps  = 50
+ dt = Constant(T/Nsteps)
+
+
+We now define the time-dependent loading. Body forces are zero and the imposed loading consists of a uniform vertical traction
+applied at the ``right`` extremity. The loading amplitude will vary linearly from :math:`0` to :math:`p_0=1` over the time interval
+:math:`[0;T_c=T/5]`, after :math:`T_c` the loading is removed. For this purpose, we used the following JIT-compiled ``Expression``.
+In particular, it uses a conditional syntax using operators ``?`` and ``:`` ::
+
+ p0 = 1.
+ cutoff_Tc = T/5
+ # Define the loading as an expression depending on t
+ p = Expression(("0", "t <= tc ? p0*t/tc : 0", "0"), t=0, tc=cutoff_Tc, p0=p0, degree=0)
+
+A standard vectorial :math:`P^1` FunctionSpace is now defined for the displacement, velocity and acceleration fields. We also
+define a tensorial DG-0 FunctionSpace for saving the stress field evolution::
+
+ # Define function space for displacement, velocity and acceleration
+ V = VectorFunctionSpace(mesh, "CG", 1)
+ # Define function space for stresses
+ Vsig = TensorFunctionSpace(mesh, "DG", 0)
+
+Test and trial functions are defined and the unkown displacement (corresponding to :math:`\{u_{n+1}\}` for the current time step)
+will be represented by the Function ``u``. Displacement, velocity and acceleration fields of the previous increment
+:math:`t_n` will respectively be represented by functions ``u_old``, ``v_old`` and ``a_old``::
+
+ # Test and trial functions
+ du = TrialFunction(V)
+ u_ = TestFunction(V)
+ # Current (unknown) displacement
+ u = Function(V, name="Displacement")
+ # Fields from previous time step (displacement, velocity, acceleration)
+ u_old = Function(V)
+ v_old = Function(V)
+ a_old = Function(V)
+
+We now use a ``MeshFunction`` for distinguishing the different boundaries and mark the right extremity using an ``AutoSubDomain``.
+The exterior surface measure ``ds`` is then defined using the boundary subdomains. Simple Dirichlet boundary conditions are also defined at the left extremity::
+
+ # Create mesh function over the cell facets
+ boundary_subdomains = MeshFunction("size_t", mesh, mesh.topology().dim() - 1)
+ boundary_subdomains.set_all(0)
+ force_boundary = AutoSubDomain(right)
+ force_boundary.mark(boundary_subdomains, 3)
+
+ # Define measure for boundary condition integral
+ dss = ds(subdomain_data=boundary_subdomains)
+
+ # Set up boundary condition at left end
+ zero = Constant((0.0, 0.0, 0.0))
+ bc = DirichletBC(V, zero, left)
+
+Python functions are now defined to obtain the elastic stress tensor :math:`\sigma` (linear isotropic elasticity), the bilinear mass and stiffness forms as well
+as the damping form obtained as a linear combination of the mass and stiffness forms (Rayleigh damping). The linear form corresponding to the work of external forces is also defined::
+
+ # Stress tensor
+ def sigma(r):
+     return 2.0*mu*sym(grad(r)) + lmbda*tr(sym(grad(r)))*Identity(len(r))
+
+ # Mass form
+ def m(u, u_):
+     return rho*inner(u, u_)*dx
+
+ # Elastic stiffness form
+ def k(u, u_):
+     return inner(sigma(u), sym(grad(u_)))*dx
+
+ # Rayleigh damping form
+ def c(u, u_):
+     return eta_m*m(u, u_) + eta_k*k(u, u_)
+
+ # Work of external forces
+ def Wext(u_):
+     return dot(u_, p)*dss(3)
+
+Functions for implementing the time stepping scheme are also defined. ``update_a`` returns :math:`\{\ddot{u}_{n+1}\}` 
+as a function of the variables at the previous increment and of the new displacement :math:`\{u_{n+1}\}`. The function accepts a keyword ``ufl`` so that the expressions involved can be used with UFL representations if ``True`` or with array of values if ``False`` (we will make use of both possibilities later). 
+In particular, the time step ``dt`` and time-stepping scheme parameters are either ``Constant`` or floats depending on the case.
+Function ``update_v`` does the same but for the new velocity :math:`\{\dot{u}_{n+1}\}` as a function of the previous variables 
+and of the new acceleration. Finally, function ``update_fields`` performs the final update at the end of the time step when the new 
+displacement :math:`\{u_{n+1}\}` has effectively been computed. In this context, the new acceleration and velocities are computed 
+using the vector representation of the different fields. The variables keeping track of the values at the previous increment are now assigned the new values computed for the current increment::
+
+ # Update formula for acceleration
+ # a = 1/(2*beta)*((u - u0 - v0*dt)/(0.5*dt*dt) - (1-2*beta)*a0)
+ def update_a(u, u_old, v_old, a_old, ufl=True):
+     if ufl:
+         dt_ = dt
+         beta_ = beta
+     else:
+         dt_ = float(dt)
+         beta_ = float(beta)
+     return (u-u_old-dt_*v_old)/beta_/dt_**2 - (1-2*beta_)/2/beta_*a_old
+
+ # Update formula for velocity
+ # v = dt * ((1-gamma)*a0 + gamma*a) + v0
+ def update_v(a, u_old, v_old, a_old, ufl=True):
+     if ufl:
+         dt_ = dt
+         gamma_ = gamma
+     else:
+         dt_ = float(dt)
+         gamma_ = float(gamma)
+     return v_old + dt_*((1-gamma_)*a_old + gamma_*a)
+
+ def update_fields(u, u_old, v_old, a_old):
+     """Update fields at the end of each time step.""" 
+
+     # Get vectors (references)
+     u_vec, u0_vec  = u.vector(), u_old.vector()
+     v0_vec, a0_vec = v_old.vector(), a_old.vector() 
+ 
+     # use update functions using vector arguments
+     a_vec = update_a(u_vec, u0_vec, v0_vec, a0_vec, ufl=False)
+     v_vec = update_v(a_vec, u0_vec, v0_vec, a0_vec, ufl=False)
+ 
+     # Update (u_old <- u)
+     v_old.vector()[:], a_old.vector()[:] = v_vec, a_vec
+     u_old.vector()[:] = u.vector()
+
+The system variational form is now built by expressing the new acceleration :math:`\{\ddot{u}_{n+1}\}` as a function of
+the TrialFunction ``du`` using ``update_a``, which here works as a UFL expression. Using this new acceleration, the same is
+done for the new velocity using ``update_v``. Intermediate averages using parameters :math:`\alpha_m,\alpha_f` of the generalized- :math:`\alpha`
+method are obtained with a user-defined fuction ``avg``. The weak form evolution equation is then written using all these 
+quantities. Since the problem is linear, we then extract the bilinear and linear parts using ``rhs`` and ``lhs``::
+
+ def avg(x_old, x_new, alpha):
+     return alpha*x_old + (1-alpha)*x_new
+
+ # Residual
+ a_new = update_a(du, u_old, v_old, a_old, ufl=True)
+ v_new = update_v(a_new, u_old, v_old, a_old, ufl=True)
+ res = m(avg(a_old, a_new, alpha_m), u_) + c(avg(v_old, v_new, alpha_f), u_) \
+        + k(avg(u_old, du, alpha_f), u_) - Wext(u_)
+ a_form = lhs(res)
+ L_form = rhs(res)
+
+Alternatively, the use of ``derivative`` can be made for non-linear problems for instance or one can also directly 
+formulate the system to solve, involving the modified stiffness matrix :math:`[\bar{K}]` and the various coefficients introduced earlier.
+
+Since the system matrix to solve is the same for each time step (constant time step), it is not necessary to factorize the system at each increment.
+It can be done once and for all and only perform assembly of the varying right-hand side and backsubstitution to obtain the solution 
+much more efficiently. This is done by defining a ``LUSolver`` object while PETSc handles caching factorizations::
+
+ # Define solver for reusing factorization
+ K, res = assemble_system(a_form, L_form, bc)
+ solver = LUSolver(K, "mumps")
+ solver.parameters["symmetric"] = True
+
+We now initiate the time stepping loop. We will keep track of the beam vertical tip displacement over time as well as the different
+parts of the system total energy. We will also compute the stress field and save it, along with the displacement field, in a ``XDMFFile``.  
+The option `flush_ouput` enables to open the result file before the loop is finished, the ``function_share_mesh`` option tells that only one
+mesh is used for all functions of a given time step (displacement and stress) while the ``rewrite_function_mesh`` enforces that the same mesh
+is used for all time steps. These two options enables writing the mesh information only once instead of :math:`2N_{steps}` times::
+
+ # Time-stepping
+ time = np.linspace(0, T, Nsteps+1)
+ u_tip = np.zeros((Nsteps+1,))
+ energies = np.zeros((Nsteps+1, 4))
+ E_damp = 0
+ E_ext = 0
+ sig = Function(Vsig, name="sigma")
+ xdmf_file = XDMFFile("elastodynamics-results.xdmf")
+ xdmf_file.parameters["flush_output"] = True
+ xdmf_file.parameters["functions_share_mesh"] = True
+ xdmf_file.parameters["rewrite_function_mesh"] = False
+
+The time loop is now started, the loading is first evaluated at :math:`t=t_{n+1-\alpha_f}`. The corresponding system right-hand side is then
+assembled and the system is solved. The different fields are then updated with the newly computed quantities. Finally, some post-processing is
+performed: stresses are computed and written to the result file and the tip displacement and the different energies are recorded::
+
+ def local_project(v, V, u=None):
+     """Element-wise projection using LocalSolver"""
+     dv = TrialFunction(V)
+     v_ = TestFunction(V)
+     a_proj = inner(dv, v_)*dx
+     b_proj = inner(v, v_)*dx
+     solver = LocalSolver(a_proj, b_proj)
+     solver.factorize()
+     if u is None:
+         u = Function(V)
+         solver.solve_local_rhs(u)
+         return u
+     else:
+         solver.solve_local_rhs(u)
+         return
+
+ for (i, dt) in enumerate(np.diff(time)):
+ 
+     t = time[i+1]
+     print("Time: ", t)
+
+     # Forces are evaluated at t_{n+1-alpha_f}=t_{n+1}-alpha_f*dt
+     p.t = t-float(alpha_f*dt)
+
+     # Solve for new displacement
+     res = assemble(L_form)
+     bc.apply(res)
+     solver.solve(K, u.vector(), res)
+
+
+     # Update old fields with new quantities
+     update_fields(u, u_old, v_old, a_old)
+
+     # Save solution to XDMF format
+     xdmf_file.write(u, t)
+
+     # Compute stresses and save to file
+     local_project(sigma(u), Vsig, sig)
+     xdmf_file.write(sig, t)
+
+     p.t = t
+     # Record tip displacement and compute energies
+     # Note: Only works in serial
+     if MPI.comm_world.size == 1:
+         u_tip[i+1] = u(1., 0.05, 0.)[1]
+     E_elas = assemble(0.5*k(u_old, u_old))
+     E_kin = assemble(0.5*m(v_old, v_old))
+     E_damp += dt*assemble(c(v_old, v_old))
+     # E_ext += assemble(Wext(u-u_old))
+     E_tot = E_elas+E_kin+E_damp #-E_ext
+     energies[i+1, :] = np.array([E_elas, E_kin, E_damp, E_tot])
+
+Note that in the above, the stresses are computed using a ``LocalSolver`` through the ``local_project`` function. Since the stress function space
+is a DG-0 space, the projection on this space can be performed element-wise in a very efficient manner. We therefore take advantage of the ``LocalSolver`` 
+functionality which is precisely dedicated to such situations. Since this projection is performed at each time step, the savings in terms of computing
+time can be quite important.
+
+As regards the computation of the various energies, the elastic and kinetic energies are respectively given by:
+
+.. math::
+   E_{elas} = \int_{\Omega} \dfrac{1}{2}\sigma(u):\varepsilon(u) \, {\rm d} x
+.. math::
+   E_{kin} = \int_{\Omega} \dfrac{1}{2}\rho \dot{u}\cdot\dot{u} \, {\rm d} x
+
+which are readily computed from the respective stiffness and mass forms ``k`` and ``m`` and the current displacement and velocity. The energy related to damping
+is computed from the corresponding dissipation term :math:`\mathcal{D}=c(\dot{u},\dot{u})` and integrated over time:
+
+.. math::
+   E_{damp} = \int_0^T \mathcal{D} \, {\rm d} t
+
+As for the work developed by the external forces, the contribution to the energy is added at each time step. Finally, the total energy of the sytem is given by:
+
+.. math::
+   E_{tot} = E_{elas}+E_{kin}+E_{damp}-E_{ext}
+
+When the time evolution loop is finished, the evolution of the tip displacement as well as the different contributions of the energy are plotted as functions of time::
+
+ if MPI.comm_world.size == 1:
+     # Plot tip displacement evolution
+     plt.figure()
+     plt.plot(time, u_tip)
+     plt.xlabel("Time")
+     plt.ylabel("Tip displacement")
+     plt.ylim(-0.5, 0.5)
+     plt.show()
+
+ if (MPI.comm_world.rank == 0):
+     # Plot energies evolution
+     plt.figure()
+     plt.plot(time, energies)
+     plt.legend(("elastic", "kinetic", "damping", "total"))
+     plt.xlabel("Time")
+     plt.ylabel("Energies")
+     plt.ylim(0, 0.0011)
+     plt.show()
+
+---------------------
+Analyzing the results
+---------------------
+
+We first consider the case of zero Rayleigh damping :math:`\eta_M=\eta_K=0`. In this case, it can be observed that the evolution of the total energy depends
+on the choice of the time-stepping scheme parameters. With :math:`\alpha_m=\alpha_f=0`, we recover the Newmark-:math:`\beta` method with :math:`\beta=0.25,\gamma=0.5`.
+This scheme is known for being conservative. This can be observed (figure-left) in the constant total energy for :math:`t\geq T_c` when the loading is removed. On the contrary,
+for non zero alpha parameters, e.g. :math:`\alpha_m=0.2, \alpha_f=0.4`, it can be observed (figure-right) that the energy is decreasing during this phase, indicating numerical damping.
+For both cases, the scheme is unconditionally stable. Moreover, these differences vanish when reducing the time step.
+
+.. figure:: elastodynamics-energies_newmark.png
+   :width: 60%
+   :align: center
+
+   Newmark-:math:`\beta` method :math:`\alpha_m=\alpha_f=0`
+
+.. figure:: elastodynamics-energies_generalized_alpha.png
+   :width: 60%
+   :align: center
+
+   Generalized-:math:`\alpha` with :math:`\alpha_m=0.2, \alpha_f=0.4`
+
+For non-zero Rayleigh damping :math:`\eta_M=\eta_K=0.01`, the total energy including viscous dissipation tends to oscillate around a constant value, with oscillations vanishing for decreasing time steps.
+
+.. image:: elastodynamics-energies_generalized_alpha_damping.png
+   :width: 60%
+   :align: center
+
+-----------
+References
+-----------
+
+.. [ERL2002] Silvano Erlicher, Luca Bonaventura, Oreste Bursi. The analysis of the Generalized-alpha method for non-linear dynamic problems. Computational Mechanics, Springer Verlag, 2002, 28, pp.83-104, doi:10.1007/s00466-001-0273-z
diff --git a/python/demo/documented/elastodynamics/elastodynamics-energies_generalized_alpha.png b/python/demo/documented/elastodynamics/elastodynamics-energies_generalized_alpha.png
new file mode 100644
index 0000000000000000000000000000000000000000..fda2ed5be0cc7c709e73d78fb1f3752826c32cb4
GIT binary patch
literal 320274
zcmeFZ1yq%5w>G>G0RaIK=~7y{q)S0SQ9`<rmJaDu>6R2J0qK(NjzuZbNW&teyX(If
z=zjM;@4Me~&iKCX|GzWF|BQh=Yw@f*W?b`{bKXmTS!oFjG$J$z1cLEIQtSl;f*J*Z
zAWz>w2JhVd&hi%gx^DaEiNXzVx!%zC1Fuo7Bvox85J4~a55iz>!D|TQF64>WLj}k9
z)d@{AjYTKgO^I2F`=jCaJ1q)r%AU|Qe;b-?pf<0#)1-r+-lxU+^D)((=jy98)rHJN
z+9mkdqm#QdsGkFy8n{H}cX7;dc>1*Npaxt^aVcbPK`T@l%<5HnV@O$GepiVx<ndN2
zMb?i%1s2ZPAVy5AMUuMXGYH}ge<DYZ%WS=G=h0%kd9ZjYHdyJ^bqjl}i|qFci085_
zJ>u_Icjf;7d$=tAN6KM|$pr%88s^`q!I?Vx=J0VyTwHv%?qr?e6~!<8s?;AH9c2!h
zJU6XB?W!knIap_UmEw9o3PFFJf9gn@M98&bmF?HFpRAyv<e`g+F8Ql$MX;@yUvEPo
zR8I~5^?j`Y7NlW;h>%dVc;DCK(02>HeiNPg8RDI#<-r{5^V6gBQraX}cKfwa#Xd0+
zxjEu(>Zvf6BOlie?m4Ntd)nI=N5@c)Q|MvB)KNlusnT%E51ur3&+Z9_DL2z0_w_}0
z<~Ar)>H{)eUlfC~?yFZ>uhy0_l0s%?X2NN%1yKCQ!NM)uhX-?%hjUA-Xuh>Mol^g?
zZ2uR8|5x2VvHXDu`R;ahc4iO?xuc__b9aAjtlSV|<oI6+$tJJbC9)H;{?PrEkHAe#
z%r+bu0l9sG2AVL-_83>uy1#s;t8{&R>rm>C?cPpf|8L!gPZps-KAl9z#B`A%&^7F>
z48ykPyPlh33GT}79vsAQV$0t7iwc3%;fv5%StkR^bNN0ytNVizf>dF@rdD&job%ii
z2M32uKtSW~OaQ(+f%DtH7wIXMb@PA3y}o*CuW_W{bx53%voqiR#?(}a{qgS7VGFI0
z9DJ`z%F3|gy_M&tK+C=T{qldef9LrqWnEp}lviuru^endLRx)dN6T=}uIgdw4)aY+
zOdKiHllY+ri4(c<nO_3`rS;*eYAB2a;kU>nfua1q{!91HAT)Tc$0a4PxLp4PQ7+I5
z-dXJ7&J#SEizqZ5&i^|{i!q&;NL4_#!cx=JWP*Q^fq{XIpTGLw+3^1qEq^XwMS%RQ
z1ClS2fS`RJ9>xd2sacF{<^~Y!uhIveP&qUqI7S2l?&>|rh(LdTf1$_4d3q^_(YKbv
zL&qmLzf{w3TzNhrNalh1TRS2t3UH2bdHt8}`_%U#kk?b4oloKZrJ|)3QdwD<UYfw~
zAg-;g4JLa0{%`OA1o;XSCPv0c!E3Uf;6pra$FKWGTUx|!VqyJThYqd3{(Fi4V<O~b
zRIIYJvih=$?Rjl=ypn^4hGr-iK|Sd|LM1!~<=Z)gz94K6%q$<SKfj0K=H>>+s{g~_
zy0Ex-39jSg8m<>7Q<iEcBTykceus6&R}`P<{?5oi7(VzkI5-G5$}crFBpWq5(*2`#
zZYNJaBGZNc-R7X$*M6%oj4tXAocMqBem7bWqTb)#{j6rUPf9LlFhwb+6}-BMfzi6T
zX%!R{)ba)qWp=vp9UD9Qi~USurNLSyyL|h$wl-ZuLmERPBRyl|%$212!EgA#_9CJ>
zo)u)r>$I)EI#$jC9-IXrX}vwykvY6#y*b_ZAwE9H&o3)0i^pb8^7te@J^g876^G)4
zsp6tZhE_qwBULf6Jf)T8Ma$A1q+esoa;34aKdsdYMMS}DNfz~easTJfUV!nOv$L&%
z*0U}CJl3;f8a0k=U_mhO7woNwYS9T-?OH7sTXcuKY?r)c4F{Xmk;0K$7YF*t$6^|l
zHfan=wYWWhtQwatYU_=mq2X*Q`I&K*OaI)Qe)qR;Z83GbY0(}R-@nVcE=g$z1md%#
zOQ0qSII)9`(QEf*Eo<fQDKnI+F@=!w<DKlU1yV|cm@ONX7Ds(kR&{oE?gWuq#M07o
zb+Wd4sbEq|hTE5<{SS`y55$^Rb2u<F<s=F&^8Hi=U&arkr01<4J32ae?3M>K>n|2k
zu`DO=o9OFPeM{iS7ZnwaW8V;0uq#kZSXmGN^P7~axgJzc1xL`zxKG2FWD@wI$oMM>
zvz_ZYIRyntPYyOL)%a}}o&|-50$lke*W9F)sR@|0!FX?8D1?NFC;*36I(Ox)ygmb%
z0gy9VLLnW{4DRA+nYp^jZfI~Y{9U+0v-}?L@qHwt{b8;sp#9s5)d86^C*^ycxs)$2
z5lXi9)8ct*YU<XwZBJTKMtVB@bKc!5k=g5|*|rlF#>R9sw6t(_S#Qm@@;Iz(^e@_V
zDe?X>oZ`Y(ObI6k2acYe-qK=na`K0SgtbG*J!e7tjme1;E`EM>e+e|DD;bz^8xfI_
zSvUnLCE*u3h1Tb8AJNB+dHnLQFvQ{dYG^{I@lyMH%ICtCyZQ3m8~Sz`J#<ov2Wo?r
z6z(>(1--q!1cZcH&pNU@7tw$1Nryp>UN2ZJ4^LiR{<$d%CdtUAH5Mt~!0t|Y-CiCB
zxov88)o}JVMa6&Ezjb7%3hZzTW;zt$s4=q!1$J*5ATn{~IoURKLzZ@SrEmbu&ChQG
zl&l}HZKr?57p0=BGeEq{OawaRIuig6*lw*(x(J5$j`ZMDy!6D&@!Z|(;N#U?oS#?&
zo|9hc@9$4QM#lW_AZuMgJR&wW_A&zjO7bSX*bo1<X7I@(`_iNp|DlG~7xbx5awJZ0
z?S?b#q4X=(Z!euSoBj_WeNuU9z{v~j^kb>p$v&?AsS;8G7`rK?p6p*f>a;fqQUTl}
zjU}Me2c~&XA5O^r-py}Y3P@8Be*y4FtDr#DQZajJAW_g|D7Taz$-L~+eiWnrfer#`
z?BQy8LpE;38^;O-!|HhNxa2R@n%#Ny8)E4aUl2a24uAIE!OcW@|CKW4DC0k^&GD%L
zl|i(AzD8x=U{B6J$w8i;veI#DHr+$KnqShcnndBB)|>&>ypRwxD%fUKeCeAx+3_sD
zcH}vGKk9u6Lk9@#md8f*2a_&w=Y-||EbSFQF#RgZ*N=Y<zr1ktF)?xS`$_#l?M9v|
zpo1Gfr7ijGSN%x&?MqzEt*zPc@bQP;y45GLZmARu!`gz0Ny%M6;)0BVqF!fzcDx5C
z{7`6!pX2l!l$4B&jCoTynT(2x3JIM66beK)v!l`NZJX||U+r91{rrCMmagH2g#}$F
zr%IUK!Tx?*zGk&rU0GEX(MJ7+JAAkbU~j4Q_4V_n=;-K$B_#t}h2@r0ll#~e*u?ef
zy4X%t&U+?f51dS%CyrJR@4Tipm|wEbW50Mfmj&Kr85U4nI>}Ou#>c}OO(b>-&#<4%
zDrK)v!o$NG%FSCmQBNF=$k?~}DnD44G!$U~9#ERgsx7KdTHmcNaJ%JXB9o}rB`8B&
zNa$2G#@H1hP)Z@QrZ{u*3b+HTN5?I)Q?hD{uF+!r;j+aqWvoZ-lmZIa6ngZI{Pfcr
z%O{8JLs%%3GE|^%yR>}DonOo2Y!Bn>9z*>$gSj@p%l@j5`@^wvOKpLz791w+YS$wh
zc;ZA#&QCEbpLDD+rv3d}k}!F3aWRni#$@f*Zof>qtGR^*vviWs#8x3C1t2)1=f&q|
z8y>=wPKya4p|yap9?sDU|JW{F87{DN+|NjKrYCbhoQW<NG%2lc+|q?Y$p{Giv`<^L
z%}$QRjiz!1&US<^Y{lB;`L_oW1xl5b5-l7!rdICB<aNlqR4!yKPszkEYX)Gs{S;-=
zj-Yiikw{cy*g0A1OOrAk8rnHyl3DxXK?e$%?STL=Nb5#M_1SrJ#y$|b3!99CX)#dH
zHkC|XyS$6yq5E+omizZDqc1{a9vvuE@={#f|Ku&UaBmSh|3d5#U#0l3+>Jc5dsez!
z5suH7exQ?64J<}aU;pzen<w+q+S+AyQgrhm<o)~iaAWEsLxfaF$q4Q#2<#2W*VQ8o
zz512O4YG1^;c;+qm<|~k8KJwxPY(<zknmXPd_8V_hXQNy$MJS;o5;NMSlZ=1XAo^&
zz8+`EXXx746ovJ)FS$;1?C$RROkUJ(xUpc83yqiTA9!3Gm?yn=rv<KLd@{b@+S;n3
zp|NV*7B?!WEI3Ph@ob{PIu)jeb@OJ+^t4XbaK3gu*>Jw*%Haq$HkQDq2pF)$bq&;0
z3X6*RwhB*<k98NnB`|5LU(x@NP*Utd+r@7`S5{1qMggB>WMOe|U7ehq94R$b?iz+C
zp=SqE8(=u$`<fts2Zr<V<x9~X^C>_aNiQ^udin7><z2Q1J_?l5!c}N`seal^wO`)S
zTq^e8KQMvrbiD3RPh7t%RX?zM9Lr&(>*`tq>q&oballJIBYiR3@%&18*>Q`e9CfGg
zn$RKH`Y!rY>;QVSvc9RQ`mBqDvXiv38-Rkx@wrqBKf9BhkzpinL{36tb`ofW&1GwU
z>5af$=duJZ{r&P5c)1MRiH9!V1@8K99;nsWE{VNZ?eG3;#w^)cBR^=!rKEnvwEi5H
z<mq9E=DV@A4thO_f&fb$QZIR);=Jo`D*akID@Y$){lckQ1?3tW`<hAr6s@;FmhHJr
zS4`Ev1|_)U62MjqzA-T|MZr@tZ*T9*5J^c%$;QK@@^_Vjt2&S*C>0Ic)J`OP<m+88
z^qQ!E4dnfvP<av9kJkPT5rpXIXgF<sZVHfK&sVqI^Y8P6a1bv_7zSUbX#U6;LrVCU
zfzO^gmSW?0chUs}2Vx?k<zu~@IscK8Yym9ntXk=pml0GP+1gP0SKj&@kg?(1iSyj0
zV6bD;A#n)_bpCVae+px|_oI40E2^d|W~IyLh3o;u!?!=(yYjt1s|T=#4v;$x<(k_+
z%ot2auS))p>bWD86+{ye5y8gEIZ&dc@GwJ@cX7XGCHkMX$(Y7I<hWkB_|ZLoc*Q&N
zHOLu;a!G|;9h;#Oe*g3|33%FA@#8DSeANQre|f6>j+;7AXxzt-0r=Xk)}qD#K%}eC
z>^VypRoK?vE*TUO!j+f6W3Af^JsT>o8{FMlbBL)@2ZR%z#x%S^v_9ON;jx+)2?`E=
zT&tyhQ21NBf20wB{24C+O8Z<`=J|6wh0&^|xsHhE8{|YpYCD7uD}dDp17?(73jX1F
z{Zm!~dPy^e#m)7x9Ku)rU@JdC!lU*vK3-$zLw$k!9*8&_`v+u#&YV6zK0|KtYI$Yp
zvi9;B)G3#{pU7iS&d)V<OD#M8V}wk!H1^Ts<Kg;Ag%n=<Rh0pgQakcR_+lP^0Yn!=
z@OWFAkBL#yx<D~;#eziGy=LASJ2cJAh#~0@#*+OLaFJ|NK-9I|kLC%8iKXBS*bfMG
zVvjTqo^i~eYfB1;f-JF%rG9+t86c7lu5JL}Q(;Q*fpfG9xN#3HqR#-Ox}71N5CGCX
z{z*9tfN*TQyoB(<00RV6)nc?~O?WCVJMoXX^Te`(_=!kKgTZXA#XUmAKnq|-fs@tZ
zt?e!r51l9Q9A#ugg`OlB%nz`h>-0t=3>pfZY4%mmw-m#L^ZL5u!Gg9zJt&{MN1jq3
zP(PcN>sD)YfsC|t8~6wxpFM7mGOqbpSst7~n@!aTA|oUJyNX0lnRse1oy(2vf~yRv
zZz2PzWEN<gi5wNMui?lLcv1t8NKv-Zi2{TYAte4FeSqgd)%7RU@C^7-h-PW6l65{j
zRm@b_f5`QMzB=paVvgB=QlWZkklPi=Qbz!q0hZ1sGe3VCJFm`xWF4q>cNCZ}iJ)`I
zmnLOyxP5<E8G>qKVqq0Homm8^aBm>n=ctFOD#YfXfqCi_ej#N08<78{Du_z}$<i-_
zaTGcUK^6$YF+5AxJ{!~y2DTDTJ5h1vWrMY@b*@=|&Z#7_Zr-*1>v+Yrphoxm%EbJe
zBKNOicD`1v8XOca4MZl%LM`sY2fu&QMSvGKLBjfb_`mOf{9R|{|Eu@m9T|~>vjLei
z1$d1RUN{ywKLkmlXP(U86pw*yr^)65@wUI{K|>tp-b-|nA&y-CyBgI0hWcgw*;xH$
z)B{||@no$$ZU|0H;Y<BbOPEI~-U5uw%xx<L^^+xB0s^a8tzig%*Npg|SiAf&WXwrq
zfQ8Vo5Sy47a&~gSotMCCO9StMeZ29@9EW=LHrA~({(D`Wzv}}1auAS$UDl95@vGRV
zhbvETr<(%=Ooe~XL_kLhUiJo<HeO*(2^hz}!?e)<8w!#Cl>#WdSP7XJo|@8zLk2)<
zT@XnAa}SC!Y;T_4y0M=5`z*k;4m_VT2t_cv_J6`ef0emG;tW@SM!mZrvvwWGIKGQw
zJ@)YM_)mR_iJ3VX&OJeor!}XbZnT7pjSaiGxtaR;^*fLM1}pxT8cqM*#?=3==gS^|
z=FAUK$QP&dj10Yt^Rwrs88S&BGOn{Y@Vy$?**yTHd9q|^YKmM?Q1I{eU!bhzL=6({
zk3-+$d2wJc81?hWf~#KXY12)opG!;rpi~kmi2MchFa6kGjqd-|F6XbF6lmwe%l}q;
z%Y!@~=dS&u5i&xA)%I)j|E>!6m&QR+(QQyk_;>dFw_3jJ-;MNHboW4;x`kW&Rtlhf
zD;Kw=@R?hJD@}V<v_j0?+zQ<m&)7D9rm}4w;(#9*8_)4h;aS~DCmHc2fPE^0E7p_g
z)lx9G?mqEU&_Vs#nlU3|$=QigfrkIQlx5p^R+gXN2p10lmg{kU;Yo2l9%88AP@eTw
zz%RQA5B54zs#R9^+;`^-TAF?olh)Q3ez~<5qZM#0#nL*>(bLj%dcM)xkQ$07aCHix
zVW{+qF|3R08Bn{QLZL9<B;FD0<W+lgqn<V_VOv)Co2i9GFWT9DO~ePE=+k!elpDAE
z;ScT5E|!{G!SnNvLMOmh;V*<wR|}xq)f;%uW|w>O%xi}ymYz@5-A~pkb}M_J+i{i_
z%ZrS)`)V4;!Bat47e`5tr<$=WLGj*3&s_-5@ce$XmWN>edH*xlIc=@bH7Th=bGrvb
zf`VJHiE6zWVK+u(G7k#yBY-U7AyhWypgp{J)sx%KfcFm-hQR#xX|mBm8(+C$eTzcm
z<mW5(0d+~|OZlz~eZ-b6tK4;j8y+WPy(%h_pz40+mb0_Nb}*#Q=3qikK~aW**@l>O
z{(AL%wV<^@FVxOp2+PKl&0=ZK!#@ojf3|JB)R>V4T2@y#QnzzX;J7Q-%5%BbOmI{K
zNGF_#fnjS1KWRfPc{P2Wdn%~B?$FhBj@Scd%$a*5^cmbZLhDYWRCrv<QV+QC@KVk}
z3&>+Bjlgvw_Aqwpq85zV`!=J7e=WeeT)ozYI+~?cbxBvl%ZB7~o=eD%+MP@~eFYce
z{iNF6QPZu-q;pjP$HU4dpbJ(1gY!8V7*zX2jWaq1op%8k#8z_;Nf3(1O1W;&#VL85
znoqT&bZdp*X{Yt&px^IbF5V`ZS;Majd@hUQ^f2_CZvCR*BJF#4KM-k~y0)vke5Vc2
zcg1NFI@<x(#VzvV)Qi%r(2eda0{r*dyz4X$8kYyDKFP!Rp2+;^&n|6$y3E{xthQ~N
z%NJM|^V)Z8YUazQLZp&TPSb_I*)Ek1&-PiK8oD0#TreJ!xmRq$7GDGfwil2%$V)qD
z$Ol~xN#_ecu_Ak4%Ce?+i!?Q$%xd3^vDW$?GTGROW(Kgxat80BT_?*r!Wf~0qr*+@
z3&rHtT#W#0Y^NxgMdwn8DK9SUa;s$&@KYJGGBPr7MhNOefuJ~;ulg>}0yrO|ix*At
z)T#KXukhi!kf|vkOSt}q(G0km>W>U-_F5NVlv9UskJh83q}Z4#3T!mQv>Y_LvIrb<
z)Hf=)9L`+@whJzZfb)$hDW~@K<7|MQUK5ne7W!ah_S7BoPwnzQHJ>0lJI`cfpyy{N
zasNQm>yWjH4@sfuI7v0I1pg}YF%UqVk1t+pY#wfrlf#`)c2mJ&BYEn4&2e+nmYDC-
zk%3=MMOHhzg}n*&sQIF+(NZ4+bBA$Pt8K5G{79OJw9#l;n6zF?2Y+_$->4`f1Xkb&
zU`l;f?sIw0Ea|X~)16n$CvZ_!D8oDSK$WpOX=n{fHfy^KTNibk-bGLqn6UfViuFYc
z?a)~r+$%2J7j(qlP{;0#4h`dzA5GD6zb;QFxspCbl>@ZY&x57Sybp|iziq-K)j^|L
z@dprF8bM5#kVR)QNlY{RJf7#e?b+qY9`;2kT+h7EtJ^R5-LQm75XmokdaD;3f4Xgg
zA1j&N)gL<%7d1vQy8?$gW*ZyYJ9SbQYxVdq=znB38YTL}t?c#gBwYLR7dwgyyv!6y
z{Q2`Qf~xOlT>kDdAm^T!4e5G`RsP516%G}D-tG3#P7f3SZxQro`@Uv%ibGGL0(;=v
znBMxvdH!l)c<A}sR9l1I3d^H8SzxU>Br#oAyNkT~Jzo?WXF~^_|Kh9uYo-?=z>+Jt
z|1`@*QZ0XIXiD7$%K69Iq95Z_RM&5ZTY1S_U?@XyAFE>vsBH`p=c$w~m**)x&MQ+?
zXUSE=T9z5ezWY`Q0sBs5YG?A>FoL@?((MUmML$g4J<M*~G<C19ep{z4ScE;~=8ui-
zIqCoUarK+2uq8zR)#GBrM#bAzo=;@L9ghqowZDiAvW2|8wwlDj&4YB*IHf~!SDFX&
zmR{=vxwqC#Vyf29BX#2Gb|5V`p#H4BWnx#q2txFDLj2&DGoIE3CaF)SpWk(;cD9(<
zohN9tGH)`9UTm;?QK>RYUW{qKeEQ7mj)8Y05mJYV_q|Ssv8ueU-bbleOd@;L8_Ozo
zF6Y-_kisVGl-vrMN38kYbPV~ZI6*l2WS#^wJlG50A9-2D->@|foZ(5bx(Q_?kPw4k
zjV&uv$<4Ba*zc#Sj?=2#&z$EL7grRpv0t^$+a%}b=TDSXRPcQGYM4Mzfu_;8WYjP=
zv-t5*xBlCE^k`qyX7X~cH~pke)i1v1(Cj>jPx=@Yil7Tt@RSwvmQm}2mv61#b|c=R
zB%y60QS-YMg7XrSi6CSpadL*|{ab616Dy5oEa3(@S%{^Z;Ius=4bHQztuL4_d6@4I
zD16qLJuwxVo!yC()F9?EYbbfuKWeU*$;d-MPf2lGLpiw!espgrSCvmuOiV2+H@C$H
zgLu@utEWezK&$q3wjZ69Mplq?>xb}bdK&Q?x&=S3cj)`*vp;0#p0Xdogp?+^qd5xj
zDZ9U|pW%^H(!jY#F#O01cUTOy&7U1hB<NCH_a5;`d-0a&@T?E)0;SyvLTo{UK6WOM
z`V771cM3(krH3hU;xu3}<x`bVtz*S=*GV8OSX_*nx{=Gwc%<i@pLEDZ5{|#=V74L;
zI92hd4UmW$fXxN!-j?glRke!pTEE8mUTgLnKbG7(lt!IkAN^oHYhqH2cZ18O&qw#U
z_=pT-&PX3f#Vl(&GkAd2QWK!~70-UW(a0kb@AONwS9XPW6Pkq+U==S3{*-H_@!7Xf
z%$d=%-9rGvwgB<tz!Hh~B$s2|I<uv)W>di9yBURzjT(~7PGP<En9cv^_qFoW_2LK4
zF%QMi4vS}r)Zd$g=1I23qTCgSivptS1rz%qitYnD#p$++r~A7(a&<@=tVodXr-W&5
z<BJ;nvN52#+xXgdBK&siZao)UCb*5`wkFAhr;Xk>q;9+7Cc48#a5MAhr(VO_Q1z;k
z*<+%kKW}gMJkATD9)}<V{TVATbYSn+P1Y1%g<?*O5H>O_?5o{f&aA=X17D_u>qWez
z#?2^iOdxHsw|bdDk{YgZ&nU9B>aIz6T)5PB-Ay5D;j_Ql?RI?l$SQq-RU_u&S)TT=
z`}TdJx+C$8KJ~phrOzq9Z5YA^ChSf|YPNpU&rU)Mw{lt%+D8OZk<e?m=C*F>V0!ZG
z+`3PI!b&ns5r6q?UfE2==-QZUxh?)pOcbh6l%ih0%+FLKJ{TA)Kz<0q-zZ)ESbakX
z=+S=xfGpwr3LvQW?L|Q!4ajFl^g<t&jqNe}`q32;1WSJ4K=Ju$EJ=eyRgB6SEA2Hm
zYQAG$pjvnhBaVAT(}}@D{e3{+3&ksMzcOFQP3Ws9fmh0k2WI_}QH~5<Bn&F*$qTvm
zRWuB)s_~95wRv2Z2880db0fnEtf_3&2Ue$Ybl<(u)v0=eLjjNEAGX4#Af93s6*V*R
z4lDUQkY$%SO^QuE{jSBr533mE22D9knaAE6E88{|4D<@McWEh7EF^DttEz@Q6PFA}
zU_Cs45<ajtT*R1aePZ9RGFW}A6yExF;AH(>FCGR#5O_+vwymsOTvA-LdMsdATjJ~^
zu*j*-Br6g`_r^v~@@8wbUJ4-jzbF8<b?YUjr^wDND!2kNu8)l!%UsF<!V{XmY4ns>
z(;H^b$u--FNWHfI2a;SmqHbmoMFL}2=GkFA&;Futv$}k$1MdXiptr20DB?Ko*L%e_
z+COu*FKSU2>)h_;hWq(Rs=qK}q<V)CMkNWk`$Y2;k?Qc8dtw0E-S|mE&e$-U{@}0_
z^REoMgl;)|gl^hWG&nk(cE?(S>XzP$-xCmoePAVbBzdGGL8t(Z70DWXBNXXw8|+>a
z3B-Eg9<VGO9%-hsaz*LiJCL90iM)`;3jqs%eF=eoEIhV4<r)-EAgHQGsJ}WgV*8*e
zZW3PtgcZqK$cVYA5{)`#hf39^T6tLF?<^ICQw#0l^f^WL9p%8e;OVWOz-T%QMb~}y
zSX){$`9fwYrZ>5Ni#Fq61%s(cB}D+wlOWXhhApJ!gD>!T&lw(%!rHYg|4T@REG8p+
zq({o%{ugUgT<cWi+23s5R8U;f?0oXXki$kuB_Ol$og%q<-M$pb#aE_>ne?n}yRQkl
z4cjqMYMwt2BgJfg{@gj{F^Eqo#VR^q)b6P=hA|pS8gkskL#HZkE&pm}ah|wgN^r9d
ziySDL*W(HefODn*G;sVA8eqS*h5%>Pbs1a#z1A75^JfVk`>cTYl5wg^mo5Wvri87s
zV)AaUaO!@9%r5ie_mM|CXK0ZK4WS)B{2r*?TC+CMh`JyO#v2eWzR@pkR654&QX7`=
z&Hf=rK`JVSI#=rMR{c)}CTxJEtxI0RghC$pN1_(SBE7teO}B{AJB)WrpFbeDN2orU
zLFC5JP8e6uMTk&v^CTT?bW-|jKxml#Ms0SJwW4J`PD{W*j`N~<y>c+R?=2h%r`eBd
z5)YHLXDa%jWWx_Q5g|og-r)8?n1Hrj55aHC(T^2HB*=*e4c+?G8^46<Y1+0oI=0I~
zkf-uyj^o|~&1(jb>BDmug_`{;!<h=v9ZRfN1n3YA6wK-Gr(+LHEs2+GjRlQVRomZk
zcv@mo4{H{<HLx@-LafN#L!n7o5lQ@BGdwTgF#>*}RaKRmTJJXcPTyx4uD<g)H&y)J
zk<ZGR(7EqZd?F6$%wlWYgIs!6Qw}I)RiF1O(lRMzM5-LzFKRE%iYLN*u?%_y&?}Sg
zMH(bV-of>D?-4@p(0{vXk6^*AUrt<<b5v%azT(FHaUU<){s^sBiWba?;7HFfla)JA
z9pu@LfpPe1^fiH58MCtgiX-|v1iKvN6-|5o2VKf{_wuWC{DSvN-J_@;L*W{y4x(=Q
zLq_mG8H7j>(jTA%=R^=cY&au<EMn80KeMy_cFPwg$qOf8;G#1YC@rOPTeTiw)XsOf
z9}s(TAhCdsj_CaG^eoxr&fGK19N8aG-Uzl`+2GkT3^q2&4}$!;qYtPxIPtAH(sTIQ
zOfTc;OWcrm9bR6%_}45#E$u4W+HlG-C3Z}#%`JYUM1pxZ=Ss(BN&&n#TiWPRqV3R>
zO&PO7!e3M98?u(1s3G4S9$b21>5v`6=*`AV_M&94yeXmM20?IGP&!V|Wa$r@*q}_c
zBC(C4u`I{42cIY1xbGr<y+CX?x0v4_(<j{I;_{kUY5s`IpinT4a<yMif}LA{Jpji^
z6KRHrGw&Oh(y$^^o9<C?arTBu68@F~-7>dXL$9zP#Nk!eWE!2}`V_fppq6iz!-nTK
zd8=H^R#dk_N`t#?ksE`Vd>3nygnqMLuO-u#nLkr&Iz3kL?hMbbc(KPeLl7cWvwK?+
zpFqC=e{W@I=DYdMJLNmTTjZ#AoZZUFWTZ+^A){`j_Tv@`HQND`iq}5_-QQC}iY6wK
zV|8!xXVu*?A1hFA4iKlLdh+(B*TmED!HrrhiH8VOqHzy0`LCahx-(TzSe+i~-Cz(X
zU8a_L=~vcx%Y3htz=AlJlgKmrOWKUsX5WfUs^JgzS}9B4JRic4el!pxuE-MrF=_w|
zpNx1yq=T<4J%y|rDDmZ(J&*m`TfJdv;9xU(Ilikl582~h`UQGF;Km=qrhG}tcCE}>
zPv$5+Goy~oz{BO*;6{DHli;>F{m<v?%nG$9TC&<2Y7)VZ;P!(Vi6D~Di~(_cHJ~AI
z(aOQ<B8ZUGug&}pn<b<wvy$1)l1k0@<{Ks!7RJe2W%Kh#XW~|$ePJNbu;I`?D*Dl6
z()yso<Z+wu1!{+mCs>L-?>&D0Nj|qJTfW{B2No0I^MXkO93WY2yRR!qHIwbAH1>0Q
zO@(g0K&WkN;`1qwot3d!E0Ym~pC=*Qr$=Lz4Er4YY1Y4B%m*KV@SEGo9&>d9ARZL<
zZ8r&Evv*^k)kU{|Ezi49TQ5HnYPKF-Sz0qkxFkXd(*h+eN%xbiZa{lG03(2B6a$F7
zXlSx~`}}~%rAGKD2t-9$MUjY17@0yK;a`2ceiXldJ&*eZld$iV$H~H19-ApQD{|iK
zCkfVzNxni@LO0}J+`hfg{jk-vAk}r|Q9DtcPIR~7=kBD?IpTb*%y|QK=}^lwukgdy
zH4o-AG^$VJpMP5kZ58cleRC)T@uVqN-rIV0Fy%Wd#XPusVOvU7Oz3w0x_$~8cq;@Q
ziaUIJ;oHO2xhDY!2cv75>eb9OZ><eEUaVK7K4;Bu7B1hwGcSAKw!<4gh;8Te{t^lv
zb*pP*4Ggbn`b^EG(~wlnE7f-0Q2C0|r9;Yl8_vbrqN6s{K!7b?PAGJuZd$-aWzcd`
z+~^xy>R2;>4A1r8l*%XZoCC>A0+<&ZNK?q#4U3mFuVKHs%gl@kimwS}*a<<YUv8y^
z3a%dnN(222Zqx-XJ4|^qv0#A>p_p1Q*VyxSo}XhW)Si{m*b(92^e!f&V0)Y&<&9BA
zpx)oH5MPbuxb{(0-F)#AbztxJ<Gqu2Mmn>F2?T0(vi)q4BN37Q)b9*SCPUc?tEMW6
zhsHHNkJ}T62=4^>L}f*=dkCc<V`2Uzq40uHxV4skx!I;^!}h|W=HVdQUOlPTyPU5N
zv)etadC5NXRH0f`->V+~n#|*{BdlD#_AUH&1tw`<wf<#<Ncj|=AWd@8kLVnO{bl(e
zra@g9>;CBI`0?NY77Zm;1YvmZjSe#t3vAQ3t9zdo-eK*+O%7mGxi`{fiVT-mbmA!o
zuJjDgG8vq^3x+*ORaEhl)HW<8taaY&tG*d<t7t4ZKv`S#2%W_kFZ<O<5mIZ6Mu1nP
ztz7*poN*$gJGw@R!MjN4I!~W0ZJ&V6>ep^rPMMf))V%wMORH_3M+s<8lQ*!()+l$6
zx62B%xiktR2@ps@qo2ffezQEWmWZ~?W7)Qq&i5bm1;QOjYmoKgs!q|HsHPkdmxuB(
zOip^&Re)n}V+^CXlOX`UpId>q)W`$*lE!l{HYjXjS@dHgMQqJa{tkrZ+5`I0diQ2!
z9>@OY5A&baMpmzj?QUXwu6nQTUDK-UAKrAn$L+B;Qi~E*P@nJcBSCC_q3ISmiepV!
zZK8eort@8w8c!%JE(VGyW1eS8jeaHSd`E#ya6E4>pW?2KC?#5(%;p3e0p!UwD%2M{
zOjKER)dMx5H$^auho8dn(x?MLJF_4y&D?a&*g>0JGHilu!0o(p(x6<vR{#F=*74{N
z7q@ft`~vO|gCntxMXoUrk{>WAdDRR>WVw5w0tb*xUpU~W&T3{Fors}A1yp3&fZV6-
zyL_fr(ZI0Dh?%%)FKuk#>gyD~@kgm$LSo&KS*#-;mAxZfg)f-Q6UWM2qesW1>vzK^
z(;}{gj~{E_prE+joBlkG)oFXqevHdv-0w+5WI3oHr?fB7Gc+e3m9N~s@uK+_d8iQ9
zDe4x!#<Yv*lY0ddAwK3~Gb5$wA)3|S6;y7>xC!cK;Donc(=%gCv9X22GC*e?Vs53q
z42r>z2MgsYr8y-NWdlA>Pv=)+L~k?l-;M|pmX7shS3j9va-uw*PBU#gv6EI-C48D+
zhn$ayQbH$(ZF_Ov?rzHVtk%WUM(D?y_*Rti5?)A``$?XsdM+Otdb4h8X*^c+F=-gX
z(O&6GoS-ge*wiwXtM1(p_oYXBlhfx8V!<sB?LW(uLk{rnk4}M*!s?;sSV~d)Bdq#m
zZT5vwAbY44#!;H!?kzJtD5thUm>WK!KBu-yn0mQrbnh2El+N>G?pmq!7Oqzm&uYWn
z81|jUJ-aY|z}~FdpD1mZo>$Gg*hxse%qkeHHoLS63JN}d(%|5VZILI{<~8S}BpTU1
za4eJ5$#3?RvzgethjHzQ((st`v+y=u_p7Yz&<8Cocey<1b$2q5li4qVIwe={&@&Y8
zH3=S-&onXxz8yugm3cu!)=`bAICLmI#m_|9xUut5UjBXQ&%LlS0XRJxN*R8D9*Izg
zmraPCG)zqrbJW!2iD=+Sz>xpgmEnb{KsYk_jT~9kzPtRl2KSajG*P>hKI4B=B0a=4
zAOjKf-Vd{v_#sjXY%w4`us*F^Y_`CRMaR!}79i8!<YPYWiFlaXDLf^8%4^t@u&ll&
zy??A!9Z?%5m?%B=aep1XTIs5$1<Gf!@B|55w<B|M8CMYvd_E9-o;Z-8(r_)z9_(nE
zXm{82Ezi!~s^Iq!VrDwNro5qwQ9PXb;{%Apfxd}>aFjH4%KFTl)_rz-&vYy9q4v=?
zK9f7_+A5i^KIH<!R3T|8LA2FaF);H*Y5g5jDJq76+$i1xin<9-uD``y^NMVknDJvY
zKQ=6Eco_fzQdjaBCXkBMOJ)?7{i2}PxKUlyaQ0*6;*~|%&v$O39jfNFtDVvSEHCPJ
znoa6LvWzQm8`BKaWah-hOSz;ia4rn4<=)>L3|qB_0TSQLCyU47bi423)ab*>{$TZ;
zug}|`zWu5z_O960xZ9L<wsyR@Fs;XGeEZCoK)#N9ddvRv%@(QDg%m2G+A%jXJW3jU
zY9xVZ-UqlpEbF}khP5P)n!G>eb5X~Bm5dc8@8H%b=*ZTZ@ZSaX1E9~>toa)%Iz3QH
zV&!+UgSGcu_Rw3NA``l`4Ii$54wbXZwQIjMvc27uj+<pCnXe5EV84<>^0;2pXt(vD
z)7HXWg}J2CSeV@U5+CDa)R&uwUlZQ_d{3!J3M(Cxt2R+|^oFIRgl#oFlB6jvFvy1X
z*Qmv#6pg{g7WN+5yFfyTi^dQoUf#=|a#!Ez^S_MLey2^KlnJi)p7dI7&tty$+y<1R
z<f0niKSq;gU|HY1RV<d(!A!WOHtnQA=7}rcInSPw{xC@+(h2uW?mKnGyr4eg5*_me
zN7r}`!dBD?-wrhm&N6b{loBUYy4Yuuu?`%%J@Iegi5OM)%dRfb(X)fbk1N`DMe`)F
zppTCOOtDFWR#wn0RdFUH3FUlY!mlkJ5YykMT)7oBZJ``Pggq5d5_@Ck);)MhG@gt_
z=vyp_QgTtKElq02nxb9M4TSnHH=&xG_=WO=rRs2was-lRG$=3)*F9W<XEak!t+_p?
zntz`KV9IH!)ToP^<ufy-XB7MDOTMhh1(yIe_LAon&9Eq6fzymn`T3aOK=`Y2^Pk_7
z{Q?8~vnbH;Lz*6uc+4QxcKr-r+wFgUeyI0F-*8#;>32;Iww2GxMR;(2Z`DohXg7yM
zpd}a7IOxlod3>wLG?b!k&GQG$r_1>5g#Ke|SH6JT9GmjG$nMX+`80p7*_(V2QFJX<
zIwrTWvK`=|)tx(^mJ=Lgi)Sen@t;%2VW8rF6Ys-SKCZ2jxl18Pg1-c8%8ZrSmO>{4
zLBpO3D@S7DB?Czmo_T;m<7k)vT=HHW{{n%wrb!R>Ql4ZSD9{48dM|_$*y}m#RX6gU
zT{a?046ziXA^|vk?{(QT`J}x($s4RRzEE{1y!(KPb7x}%ZdT5Aj!3YSRJQ46gRqoT
z1Xbi3ttonI(t3+J7MEJ%kt&QdEa6;-rG$}m={LM-4m;Tn>kEn-0_I9h{Doib4q3;c
zAxoM?9%@3*25eRo@uR6P-O-H|aNhw$CxHZYYizkW>q-sym&2;f!PmV8vWU=V0jI<K
z>Bv^j5Iz_%Fm;CcL|GfD<I{SR@n@oFvd|}p;f1fXy;IIe)9K8lh~JvO66Gu~==0RS
zxrS3S7?~^TbJwl$+UE%u7NRn9U%g>wkd8c(e|b+}Z!auCS`rUEsIbtl^Q*UA%MBHY
zAW!pg6#`w|w@NXy$CNxI_*+1-x~$Cfcm#V=Ix7^C$ag90Z&N2_G$@i+m8*0YTIeq*
zKQcM$S^C-KYIk%mMg4u*y(R%r2z-1@az%*#k*e&utgW&WY|Ul{eq3SC5fbV{bO+Uy
z#uP3R{OHCCUi_x;v~@(BX!kSO{ke!4+>qiQVMnXQ0T*QXQ=7P$ldt8&a$c~&=3}ID
zXKA10H5RTbrR|Td(RC-`X@x#6!R3{T76~Z2Ry2&iywh1%5ckgC+;V0w<>iTe<k_Aj
zsFOS?Ahz_hYnPo$C<}dPn!nM)1@b?7t#joYIr20hnthP(m%h#*sHGh^gPAO)&7jLN
z4zdqC+@(vOcpvr~H2qRP-DPC1Da92uyxDiL&68qdv&&39ho`}FtvKldO*+&)sim9%
z!_o1ZUs#ZVpZ`O%bA^_L98(NjW{L;DMY_IA{3b6D0$DI-Df*Tx(or=RcD)NO&jeKj
z`PXq5`SI?lQ;UH=l|GyMU74$Z?>)C!S&d%LKP4|1Ir2tZ-)*h$)`b@2bM7%<OE@<a
zfco<2HaGB!MxMLRnyo>M+~fWX^eV}v?&w`;#?|ud1Ej-P!S$Jn5T5PA-KX=uyD7*R
zO<RkJSk=(fgS>M3^U8n(A<`&IX3T0{{Zklub|UdhLWL5w-iuOYnd`XxUbn}5@eDZ6
zHxWCN+>|zo_}S9;L2u;99jki0Zol1Pib<J-3d9-0-y)M79NYM*`G~(aRf2LQuQi*Q
z-A`XKiD#V6mNijB@sm1+LpMo~hA^}Ef&P1<kia?IVG3q~VI!)r1gtxj5Xc8Tfp)%X
z5?`)eG!uqrrYyAVI}BqeokcruN*dm#Vvhxsz?_gi_`>6AVsmDYSnjAI8pP3K^X4;w
zG91wyOcTWvU6*k7LjCVSLnj#qREKtnl9-33iM}&DU$5T|0lga(F?Swj#%2}zch*c4
zXN8a!M**=9h_}*rKJcTIZNYFiEQ$G%aSLj0Yc=x3VZ0MMD;a}|?mK=&G_+`Erk%D=
zb%%+QoSl(B(pbt;MaFo`#x;b$x>KUMl^=JKc<kIB9PAwP98e3q-xBc}wvhNLLB6CZ
z&L5KG{&v+$1nnK3uX8N7IYj9~C13+n$=7wYH`f0Hx4B3=l-lj_a)7Cb7ZU87$F;-Z
z*A1}i)9QtcE{44H`z<N1MkM-{!%Ru1_Xzbr2jz-xe?P`yVnJvyMsVN%Ors~J&(O#0
z$9jo*e7^6`q`k^(kSXD0Ovc<1!ELQmP1STp@)<k)9j#`65%;mG0lzs<ZFNxir~D3D
zKqxTJ1*`Fq_r@c2^3B<&dc^!i(0n2k)=UD%a{)3yPy9}uybM^^?;r?+N~N18D?OU0
zW&L3+hc)9(Wrc311L16~6(7^;nM2^@eFfzD<t*P(WNb5g;1u*ot)<HCKr;<GJyIvS
z5$^9N34!+sz=fLfa%}&LGYk_l=Yz~?Hb!R6AoQw3pL06Ov<-&OV)^LFV`K89E*kwN
zea?7iiQ6we=T{($NwPAV^RS*BG>l59b3Z}8Yv3rTd%`DM#e@Jj76O)@l=-943L+Jp
ziG+Gy7?#NL7f+}$_WL}^>bp$>UI4eINdT8=G-OL@Tta{-sKU0O_jfj93bZkwd|3rT
zI_EJU1Jo~X?27apxqXwwI4o_o(wHs*sXC|+dX`uZ(w$2Wah~Qy>xcCkX#@lQa=Y!?
zbu@bM!^;9a+X6P+HQAf3HBpD{o0qVJG98(<s!6@&(?#q#kt*5eKWEa-F`ht>a|Va6
z;j!QCs#D4?x~XbWH&ydI+JMt+!l%!de5iU?Iy}EJz0$mBe0;PlZGWNCF>Vow@cGGp
zvf&bnbIkaY)m&TbsMw`y%F<I!s)UNEqP(Lvr_Ec-=O<HPLz!aZJsy}+7tf|HE+F4s
zZD-wAkRhHs(+>yoG;sTfqWn6N(B#!VZhX7HP~_BQag#q=TRCW5p@r(6-~;TUVVH}w
zV{MoL%k);6P{zzwi8~WN35X}PT{K8ksupfEa2Ca7KI+vGL0djnW;6e^`{M(ti~v7L
z2Jp?hkuNVrtIa{#;^$yaj5O~1$xdx&)!{&ai6yti1j$N+#7Tpn>#~Z7`ObDylJ5+j
zaB(P2Js_=xUBfE7C5JCyF}-K|rdhrEv@CVhD?5c?;Esf-Jp-2GQyP}rMa1tp+b8Wl
z+=LtlqvUI25WK@Nv$=yOF3!*=@3-sJZs8#23-fG`Yj*2$Zx~Y_MTrR~DRs2!O8HdQ
zG!7~pAayszr$hA2**=C921=tJp5_-7`Jo-!wb~t8wKrQYxSw$f7UbkUi?Pz!R}XyP
zqybXgR%NX;byj9@X!x2-9r+k)4JXokwXXH4@1gt#IaRI1AO)~Os}=EjH5Go4^HBsv
z?KJjzin=@3`>eSQYXV+qE3$ZN=CT1rutWEcOwgTlg^sS_oY%ILi4MZs6?1~S&42v;
z?H4pCwU#?!A3me3U3af(&%?b1(Z>7jSpE_0@9T_9v-Lo!2W=<ATeE=$G}i49>Te_=
zHaK067<KCQSYyz*2pzk%hMFXzl-m3Das3HxV*Sg2S-oqTxHb}cl=%X(eHLTjYm{uS
z`l#xAo@l}(hA#Q>^_h`058{}7z#samy}pFK*Ka=Ap?Ue*P`AA;*Tib(+(6hfiJAiK
zb}DMcsrlXe8C{m@fW{`tz8mLFYme7@Gnp|+!JLX6&BGleM@G=CMUX1+rKJ)(rq>Vt
z7h7i}o5e^9w@2JL5eRi#%pSDHZ`h~B82aMp$tl2>9`61y%MOV#<Dvo^w~1zv7$UwH
zqLxJ#I~Vv>z1r`i{xU!R%0^mUi>xSy`C(^G+&eNlL<&pH;b+~;C3&4hq18K!dcB)F
zGba7fFVNx1nokn^JqLKJ=0ODCFf240_tbgH4xg%6HNv(mtlMz6ZiQLD{!HonHG>BK
z!41%?Kr+AiiMM8VNcSrucq<CleRg8%zRnEocbu<?R)jrL^g#cr6nwIv2oc%-;;iDb
zWQ+anii55#%ejRtD8hC>w`N;=S|Zi!2xnBM+PSC;A|3x~!hD|aNLr}R80<4as<*mj
z>@sGR;yhoG?o5@oiYd+J{`BcNwsE$y-LtM`hZ(W8We0%0(*kdwtO@vF{Co$}p|>jU
zok8P7@24lHBD5qI?a53i!)1dW{Ocdc5G5z^>+FdlR%DUB!OQ9FC{SeM8Yg4XI<;Xr
zud8C!*E@&BfbXPN1ce1l48Rn~A(IuiGDpcz3&U+ZwF@A(MO_|(B80Cc!wXyrH!^T+
zMWJ>F(?rSj^K!%>yh4j^M7b2efM}wa?k)MD8TVo|==n*Ng+r{O%bjx9i+iBfkKq_k
zdLMDCFSC-)UuI+bBm$WVmJmmaEFdkR(O6)btkKBQryLU4t_b_M{3gQ&A%+w(ZNm9!
zZs$(L@;mZ;^OqrZlqah;A5v<+66<=ppuNdd8C(oFRD_NC?c$#P?&Y&#<xgi|Fe%js
z{)~bJ3_$`}9(IiCb4D)JJJ*7QTh&MrqRfJX{8hm&_eRdtRgo31bmy>WlZVXtShS{M
zo%~_$(**UN8e*)e2PplvgJ<Tr?b%@(S^uGd%10kBfRxzz6r@2dAL4_?3+nr-gT8D}
zG@5if&8&n4;~PDAxu@A5mUxS_h|S+QzDlow!3eSRp#_UgKfXwPVI%3gCM{5;_uNbr
zZ7k&Lc0Xs}5uCI*=*Z`Ni@tB!q>56WZNmST#8T6@1Ja<&ISreVer%x@pFKM0=jA!o
z0gern%6h}#)XCMlmMLb!FWj!<9%^)~-b6cJ@wEj4nG?%HYwKF?8!vP5un84bMZBP*
z;84bUVXUi8r`i@jN%{GGowZaeg*e%oDsKIPJMq_W!)~(M7?MgTyd~yYLC_f$%<jSN
zMW{EtG`^CB9)Z>87V+mJL;_#zlWEB9(FQ^y-#G5(9vv>6$NKrdI5?pU^CbW4Ar4W4
z0Xg__Aa&&o2f_q`*;&@PxC_9ARE~y^YaLG`1n-gBs##dpSWhg4QJqanQr({H;_yrz
zd&l3_GUmBMhP6&0=7m3mJJX?vlri43Y|*qCpnEf4$m`*tZ<wab9X1P;ZZd8Sahz2e
zh5%T<T;zv0Ng&14v*991moLDx-pIXIvDW=i?b&=}6Yq4!^=4~YFFq1{xyFixz!lO;
zA`G6AWPEr6*|zkyGzKU3D2i5z&a|s1aD_?ihF+;(#V1{Su`7yrwBxr6KLQc2bczW*
zTcihN4T$HqW+BhH=pxrja-WL=(+eN&@>&uu;tI3EWm~b=4F$2F70!djgv1_t5`E@b
zAUyVVvEC8cuwZcj<+^{DPRl8w!@Y}mj?IzB8Ao=Q9*FLLJ%e%+_%Sd;oAJ#J%gv)i
z_Qxkgcbg57om<8A9H+$Mqu+Z5eKr=@oRJ>j8_#Y#>uSxI3E+4%#vYmp&7?<8Bqcqy
zW-M&btoHobG9CJO;9aGlmd17;jjO{KzB#?nZ_ir#)M*;^IlWw0CEKjx-DfKNZnTwF
zR!qKMMY^J!@#zeelE{RhE)gbBLiWNz#z>eYznuCJLC#|_B;4wIO>my$*`6c;s3XJ&
zb`4jSXT7peWL^kTH)Y#u`r<9or}YpZ*B=~RGN)v#4{jZ<an*mrEkvm20<62i$(TCK
zX;nxqa3^WPvkOfKT3RhUSiwGzhapV9F`pP5<*=Y<On%XnbB=ua9}m8yh6EUXeVaq|
z+H&B&K}Tm(gCfHoGo_hh4SSnF5s@7l;>$$?M{D==^8Ou{qmbqbm@vOWFsUA!?tDUj
z*pIICWgdzb(>WP$9-u$s82W*Qa8!@}RYgotMKup`QK*(|FgW>S*IB6uV`GXPHOqP^
zEcnR`b$GM&OVS`yTkBf>5EGoI<<y^&R|j%X69WLwyn>nNJQrx4Iz`aXu$1y*RZ_>s
zRuDkNzC3UQf)|A#yqCII;Mr^~bMrb;r}{<}5eD6n05ug;lKKbWxI)!6XHOH@YTvj7
zp7Lq8AfJwcV=AECh{UvD-CED3CnZOCUib2zj}qy?7e0f1Dudbe)1!9c$N&e6M1t>?
zr>KX2J*EX3ZKR}CXZ8bbW#Sv`eE$54B>Dmu@skE#!3n;mR*gHI$`*0L<L??#Z88?i
z8M`X%wzzV~?Vb%D;-Ks{jd4qRH8ya45c}xtL}azg|G3)uUZX+4yNCA8l(9Pg0X~gd
z*{-=GoYUXPAxKQSe(fHE7}C#<R@6okl3&q=N0~LNb1&SZ^q;W|FndWDv|?p_rcW|R
zqk!A`DV>L?Nc||_O?XG3*Qz)bMo|*qvmpx4z!gpZT~;NDm!t{`0I&3V+DJzZzBjk?
zR?tq{uJw=vAYci5B}YJwWn=l?pQ?yCU!8q<-em2ugvB{nGB#I4ELX(LOV!A3n@g-}
zq|`vtKeO>O^ZIn?`Gp6;dxUz-OPjm?D97mzNlx?XV*R6_TB57e2$x9F(L_Qw+*;<`
z{0o$7_6l${L>6~wr=hZ{KjD=dDjv}8ZfTVzwEKJzKJh0C>lLibz1o~~QLWxvC;p^O
zTjroaclG#4Q)|jgRi;3~dm<~_$JY=GYA0`_Kq@LmD_4l`=pH{iagY)3y}?mnUYjIr
zhvr<n!||y`<mdyw5LVDhQ~-s)WL~{%6)}s4({@yF2|FJLcEPEMfHEB=S~N3rep0|N
zb#n6fHHkFB5PFV}Cf%Dn)a_cR;SYU!DJbb1kxawUhqRbSUc|G0P}H(O-JErHpb!ii
zlv6>*RrG6tHm_~X&hMRUu6|6K-gSJhX?q=ib;_$4)8cW7#L-HRcq$TL7cf|S2c5K}
zZ>w<wDF=$)WC=o5iBm`mH03eXrMpM=F_H{F|1dge+>ne>3u^!Ufd6!#cJ4DomVUqc
zjMN&T9;Bn7Nw?`cwBz_v6C0EOJpWZ+g=L)I^o9k$Z5Yj>BJt)wom}F}zN!mFOd7ln
zKk8)g`<j&PK==}tesRDgbRzd7Kn!tKf1IuFAnV(D;uM1eSu0cEU}<;ZM~uU{@*{%p
z{7Qq?Vgtc@G6<&RiZv(0@6J89D`xTzc6N4pbLMb#j?6ou&pMFYi;-Bp&UH!TWMtJ=
z8g^-i8)uehbw9K*$A!ItGV?u;30x5q^a+USeDo9+)yWsI%NlJ=F~3EZV>g}7T|Qg=
zZZM(F$d3D^<6|~tW%8y^%cAZ1f&m2Oh=!rW%&DmM5xA{eOLR}W8)W<m57~H$LztC@
zNfToIl=BHg2OQm+2J93|M=DJa>C4<u4%W%BJ#w%2N~3gZacdysd`wA^i%Udm4tps{
z#!W<NG*8KVUn@q9KVS|Xk~ADRv7iZ`*NT7RHi>?Lea?u~pOD*Q$YfxjH|3i9#1*QD
zvo6f+J6d;0#ccutL&a;dH68u<p}BV@?R}ikIZa=BQvq=!8r>zP2u?TB9GZVPK}G%}
zgCw_oLc?$IS@Ms?K1Yp?s)7G<Ds`faO|R{)kdVOST*~*I%W_@%^7B@m2s5rZ3zZ&p
zoUb)ngnHy>Hy;FdPCC|Dg(1Z(98Y=*|JXVCc3}qf<qyfsHqf{btMTa4C-{LJL1)Dx
zjr7z*wj^hGh**2R_L^kdkhxx4(8C%gG)KcbvIQw=Yq%E(KJf)*Y5>XKU^&cw{YsrN
zDTf%7l;~ft#ZFJ9hrOplTUn9M5X_v9^J@Mo&qRMp|MsHpEtz?e19@I+T%6SA%zm@6
zZ13c#A)D^{h<k;hE}l=CFZ9IX{p}a4n1C=`rzSZ_%JCE=PkN0nQHq*2cKf^R5bt4D
z^cCt$Pn<iAm`xY8B7~xd$u?|IU7}3<(=Us1N-GU4T9aPk0muY3WEyI_Ncoe+M1}?1
zQ??ni>;#35KPy$(jgdi(rYPLp@gn-kL)BO6uNp#=i@v|i4Dyq-()8{;l#23`)Q})o
z^8`Kq!RjC-{}^o_(5>DDvF_CIGoG-EMRS&eS=phFz%$Z#o6a*6A`PC!B^EiQ;m_HL
z!tug)%Ab*EE)!5Je>$brnYliHlH`uFxsy?KKKcJ}_11Awc3<@900Pq8-JQ}c(%s#m
zNOz}*bV-XycX!VK(uhcRg9u31kaHj2_xs-a``!7+5#uxG%szXsz1BL<)>lVxAY_)*
zhmG`H<+85lM&S!<Oolc-Jt3~F{pxc1g6%XYcr)>Fpg(Oi>VsVGfS0MAuUihYh7*@k
zq|$R`oXEz%Bp5?Yn6>PUF<oflI&HB4Aii~P1RZyg`d6ehobPV0QHRP6RF^fKq;)mX
z?PCgQI@4g{tXW+O!_G2O)c57zZ8(1VgEGAnw|G)t-iPMG|ARF<a4Y;g(Iei?0w;Mr
zB#LJ@072sB8EgV>nAHB#R_B1T12>@%n>)n>)VR<8H|C^0FeFDrT#$TMvu4{gY6v!&
zS5NqqEo*)<^quOl%+5UJb>9uz&xrAYzj%&^*QuKwAt8kolz>2x=$tz$_&pl_Y!|Pm
zV<`0`<cLY?I<*EeZ-5~t4(~e0Cb^E`5c*>}?L=Ls^s>{(XCwS5lHg>0?CoGJ<2&n#
zNfG?ix%{7-(mCJb8C%civTC2~;ooAaUzD2AYDwEx9wedk4S3OpG&$uG*!SAy&i4JE
zIoNJ~Y6$@P30dJhE=!=6T1Jp1aRQqW0y|h{mc}gO<0p4C^0c=?6+i4Mc)o9^QU@>q
zxJ)iKuIvR-l_IA>K)Z#qTc3p<$*VSh7H(!CQ_ntujnWVQz|ZdAle+f@f4|VRS-=>-
zdbzR{h^r0k+4C9I33!MB!cyGU$Df<^uNne2SN-s46nl?C-5UP?d+MhY98}GiTZEbl
z*h~yv9*j?T`$jojoCiitM~#-_CzSf8jG1!%hXjHlI{{tyN3V5<;{FmP+CsA6U#-7n
zI-ihag0mg%D~LKmcyJc95E{8~ntkjki5MN)LuHcr!pdI#z3ScEn{m;SkZvfSNw6Hu
zdl^%g-{N3>jzwbVD^Jkb-(Bl8EG3x(psx|9{{RG{Lj3>wf{yr*|H1q(-x@1p4~@wF
zO{!FvX>(CJ4i(7XMiEWCyV-<$$q`nxU&;(1d1cn2L2q9J9nsfFN)u<SL6{$gJ;jke
zR#QhdcUJ*%cqNvl#ubgtJf&>hGF;;jM#kie&XJfcs3$(d+l|tG^oPu^7?Jxs)o$kZ
zS1-Pbv-45K9kBkBBVRyn+5aImBXj`GFCY3@xzm(X1pj~bBIoT$x?24~SPUD%Np8lp
z@)dDNhXpa1m33(IKyF~@ub4^f^P+xc-G#s>F>j?FX#&JXD2|8v^Doh@@Wy8FU8u{E
zf1ilU766ND8b>lA(928d=CLy|AZ5f&{Am)W8~Jo*sJLLHRs2UR_t79mt`vEau<*P$
zTA}?%G&pu~)7wqlqhL)JJAcD~;+vs%nFGc|%`M8S$l~`cG2TN07QN3M?Zeits_)^T
zm<|2n2NA+#R?YgJGIMxiqJ7g5ltL~v|2%XMIu8#}h+`HW%3o8l8T^y<{^ZwHfwh4@
zBme&-DzZZtwi}DVBpqUmUejuH(Eq1Xxj6Jpw7kXmMWZ9v+nZSMj~NYR@Jn`V>az26
z^C!Ssi^K0*SHu4?J9qRz^SwU!hwoab&8&65;kfVllx9Vuaa+qvQLOngiG;GD<z|)D
zCpu1%D+v^mo?&I(uR2Hq616p$v<FiO;j@6HLuZ!9Cnsh3$Ue7G-pd(pDhH_)*}=P#
zEIUdkDh5$a`{JJeg|w$z&L17Zss+Rh`SlVxwL~H`y}wgCCbrE9NiRl?Qgxv4j?eGo
z<ck*e1rJPL2W;wLC5O&{zhTH&z86n-7R7Hk3&n$jq#FOGxjJ5t@cjEN?tgYzI0nEC
zR8=?=8QWw*!H@c^l#eZJI*vV|4&0Ms;10fHxaI%3^O^;ERm844)Yi=#e6xnh*Df9$
zuQ)?D($Jw{7$`}-jc$9dc3a(H<lTiaL#6M7j^lNnI@)6XeQMjS_x&pJP_RS=*G!;Y
zz<`guPQ1DdtB`$|mJ>YNm(2m7BkD|?vznIJt<?>GKMh9xE38NMOBi5;oc%o<hT&~F
zlvqh!r?ZU#Snx)Kb5ik&1jT0W&@@8biZDq)`h+#=W2^r>5Ab0bP~7zJw5&LW6{C9r
zI}A0G>}o}}dWhc3$k-F6*#EiKwl}$aX>okTDER~gTJDGT1e=po7;V@CDStmbz7eTu
z4+*gW*I|Di!Jl%Y>rD?DH8%e?$3-buJ9e^nb232{^Vi191s*?rZaa%#vRvd-nLOJv
zMr!5DJoKApu+HVZsM8B>yOMK{fG?r2N9EfmnVFHn0{1{&otlHpfOornzZm)F&Tc6j
z&aFPjq{&0rg%ZBVJuYS7p;TTo*Zm3HIBoUUcbE2-;HuF!@b&QUZI1W%(6+eh>I$X;
ziyBmG@*e<AGAUQ>dg<7L%&G_srN?fv6E&~n1$4`WhARCeS6f|6%W~+OwO7my#C8z$
zP-j61ew-FI@R>mG@*MYlxTrWw(h1}~u!~1<ab(vsuR?;FU{aXv)6gCOT1e*_19mc!
zy}f;%<@ZnC%jeHPRG%w{wZPR{O;r|f$UK{GTq%UGAI|Rnam-jAtcw1zmL)Yz*R9qO
z5D`bJ)US1JRUN-re#^62ZXP!X;EWfBvP3Bvkd@f1?^6$E4Dn_1i&tSCkJ-lNtWU3p
z|62U#1$YF^I#QFQyL+(T1QrK5p$u}SrZO)K)6aJ7y(&|mb9vSqt!1afgWI6%4H~F_
zZ36@jupsCiiF`6w8`jZ9!^x3ZbhbDvmU6N)zWACt3IFg{vAdG`L-$BLRx6-a#CfMX
zNygm=3!w989&nix0?pPd2h?zlH242y8cRSDG(DuYPZJ=|d<p<qD1UwUz%wE0fUs9E
z;s%=AC*dplN}Vb#Bv7N=<$jZsfxj3h=`t3TqxREHFWO;@>+Swyvc;=PQb~=jISLWr
z{?@;)C4jR}YKD&Iwe~e7kVgD%CH%fpYpyXAtrL(qU)Z%)?h8B1I)h6Trs*Vd{z;X0
zKwOKya`EJ2=XsuDCc{+Ra%C&cn8fpXl~{N>^m20a#-$3rg-cHm2?q`|_m}hgHNt@&
zf4k2dwgRd|Uyz<NS7!XE<iR73u?6n?QYhQTmEk4<kf%vPKw6RerieITj&kWYncde8
zuKuT6L;+`z$Fv2XF3M(1BAbZZRHHg8A`?o2+zM3q(xF&Hw!W%a&dF5Ku;A^hn!dd;
z2>c;sWQDpEZZd79cN*(jtIG$1(ktaZ=K&B=CL$oC6Khs~j}HkpEb<MB5&LfoTz}8#
z05most62cWE*g=v_xpK0Mc(XWz_j_<rR^IBm%3GB%v=T%3ULZf<PoWfHu&(XN!6<M
zCm_WVP&GnU5}5RkdfzlICPbDQ7mJ3W61Zf>XQJsoB7oMPw2wjQCbbWls%T*-f*`r4
zn@j~3pqgn{&Qxm&aI^|CvN}4DxbR#0JG0LH)w@Q5&CBiznazJ(bJMJ_r!Bzr4hFGj
zBm1U?)X~ucq7CDEz7K&6C=_5LE;;j+(dG#(H#_h`9E??vE)(LV-K!8;>NOSKcgIUB
zeLV>_Ekw({W-+G_%M>`O?D=NhOuWQ&iWQ6VzRwPxGlb0dQ7q3MvNj7ce;OxZ6}^zS
zs!fS5Q?~WObQIMn_Jw)KU+!PO0UnMi@L;b+X!fXd8^T2xWEy9#J}S4~Z#OWcv9qBB
z7)XJac&H68jqTd_uvy0o&F_&8|EJJE!YmrWai11BDtE0cRYg@T(P70;c6MW)@M$vd
zShYjeoX9$*PtR0Fd`b;wWL_cQh?%rte)}|w9J)I8NETZbdH3g@j+wby+v`X79;Rk9
zEW-MZb#0yvA@^9U;^0AM<`X*t84<j44H`tsPz%%bRunx%dja~C)S)YKwdEP$*4BZu
zPF2ynByQ__vit_R2ZYt|kmOeDiQ`aOtz&Q3!15($V~(I;+8<MR%>cI`fXY98<U~b2
z%mvMf4-$+;@trRw7FT>z+e=Uo-M?`W^}ycJ>5@G14DfP!t=jv1#}jyIVp)xk%bt79
z-v)I7mo@=aCaEz{xM2+{2sm{}^_Un9)9Vcfm`X0({oji`0YdzWfOX!%_Oa<X#X<JU
zmpN(r7tPgNc#Wap?FX_kJ9x%%eV-rm6KC;$v=JthTu*0N9fIHqszu~dThCR-B2fT+
z&@MUZbiraM9K#fMh-#4yZsjem9{u&F47CzYtb$iYxHfPiw0e2G^6j;p7q7q9U0m@+
zWcNSyT(NyGCHQ^E6xN)0e#MrIG}8oDY07ewyB=8&QH!bHAWS=9;#%~78Nn)9Cz~Ah
zpJjj03tG1o#864#w)ZuB&1Wt8hrZcs;BpgiNf$IngPy|D44j2+FV&cvi80MNHRbr*
zcNl}Go?g|004&|AhaJy#5f()GT#9;eypc1(H&9Nj*GHIC9KDh3Kv;mR!Oo)mlWxG`
zQ9$oEa8E|RaqKY*!?0=0<o0Mgrygl#&=oRSE%PTYpd6ol*%iW3w=3JtwqLdGyK$#`
zphv}k8YY7LM!k1x<8osech_k+N}90-%k|NI<1aEC3%V6N*%M~q)5~yM8Mrd9wz~H&
z?OTr%lwXii&SoZHhow8z{G3W>e%-vM{iE;$_u4xz!`BJ_iEVtP8oE(^2yhF9jATMG
z@)@T9c1{4wy{=MGu{SbT!gcK!WJ`k!9kA(<<Rrsr)HJQz&4E$$WJC<{*G4iI9HD9+
zjuEC4Z(L^2P&A&k_YBe>z>#xeeY<~P(j77p<3tG8+I}EC>6;uiwt(-EUw3Qfr5zw;
z4TA|1Ep+$6Jo+z@;@%$F!-EP3d?ugnW=-<r`aVx@&vw4ZKN2%3^g)p^ef1@@9D-04
zy_ECHsp#b9n<V%Sx$Z3-u-agw)>3rN#Phw0D(xn)BaRc#R*lC@P?`Psu~wjV)kC*y
z4Ep~}1y|hm(zd^Y4>&`$-WlsOfyuv7CVsSw=X%Rew!}o~^HT@XF?x~_nD|9bADfjn
zM#|pU{F)S0l!zI)^2!-WMQ`_>s2Wbm2T_7Exo2%f=fjlIE?e}Mc-&*5fV%Z<)iKrA
zU9&*yZRw%cDyw+m8${^p+6dbl{sR94hScUKo|IE->O>@lu(N*D>8p<ai5*psg$DNM
z8kNtBYP~B77Y~Od`GcqD<6)SwAbe{uhRN->j`?b*phxt&-!w>LQ4e+Y&tOX~J3cdg
z+4$@ULYx~0*F76F{7{>F9QI?cK?6!e_wP|HWYw9=$ZwDWE`pBVr$Q8o;^s1(#<K-L
zg|B9VaIXxi5wJq~T~TpB8^Z#5ccJHx2u?wZv@L?%cc@-Nj)4-VZqYAv_gpt~&GE}c
zeviJoqif6<KjA4<k^3siYkKx1Nm(tcY1qBKjdS%<9)e&dip<P)2_vWDM5;0T?ZBTS
zK;Cw3y^&rUL^LuES2JbOE?Bo6{efLgb|Gtqjk$Wd^F_gNT41qrh%xFf2WoCd0oOT%
zo>}EEK+r?`hBPGyy(aNxblvR?Wm$rJ0S6O8|H1(qpyS#m1}%{C%ZT1@@3!P81DrX$
zq^BW`pDHTeJ17!J+}8t$9)InBHk*UjHimD@*gs<G2y7Tszd3vILuhgdT1+3Y>sb%s
zA=PB`;zE>M@FuR*4LpcfFc6(>0e2a6)-$bRO36wcMc#ycd9xI+PM-u2x$?T<=ek0L
z<8mwBb9tdd-LB}*^}WOnqwdc;sUQ$h72`NErymBlZ1eisyP^}?Tk!~R?C*EtpuL_8
z4XQMx+M)+q@)(I5h(G~0@zf9`{b!L%PB>ezHZhwX4y!U1!o#}RM(c9u7$L&+F&xtP
zivlar6HyB}i{6I#34}^mzXeIMwE3e>0#d2`*;Aujh0BP9gAD25mHrLQE~I(|L2%g-
zE&RVc)~~ILxR@`t)30G@(Nbnmj1KxajOkp44nis(+*&hyqeJDh-aw`C-Ulh4w%{er
zSWgXB+DWb$FeId<IY|tg*gNd}vD?|=BKCRtQA(Y7wayEr2bqT@Hgx<yC-fwoRLGO!
zQWwg!PZs_bo+Q*cz0}lifgpBWDfjH3*azdfu9=4!Cc=G6F`<o)xiaO;^~O2~d7_n|
zdZPC(HLnQFEL?}Xc9(RZM+Iw=9B^W%h^RW7sg!avj2%eZE^5!_g!FiBRNOpZr8^nD
ztm??^<)uXgQaB$8{a1dOpfZ)u^bea4mK6z$0V@d%#<#EKHJ_<?;58H8hFNKF)@S#T
zg`eMd;1ZO5qtCqNW0xyLKVa~|U>s#$eWaH}_yFE<_eu@W$bM4m%HYFc2BFPV_`Xr8
z1dfO*_|58*@j8f{e`!t%f79%t;H5V~?oLAE7jBm&Db+y%QhF0^B|o$uLA&06MYJkM
z7G$K8Y&XW3LU$o>HoFts-f@~eT<ajlwS)OhTes5k1!JV^pv`$9nSAaB^ABqbFIA6F
zH)UwF>-ATaau;t8hK93{Os*s>t{a0MeiMc2-tZX6dEz=J5;=IYg>b5qX2!k9UaYPE
zIlLc{^?k;a$=6?%hE%ufy5w{KV)u`8*&kcCnrnIrxNP;hN-oe|k2PC}S~x1L=^eL%
z@4?h$ouN+C3Eb&ARYC&+(UnQ3P79d4+!DywS)~Y%Of2i`hRA`P3il#Wv@?@m<htt1
zWoCH*dhpK;*@<bE_!kcD=!Y#g1gcfIs(>Fb4+Fd~a}MNB6KD7M&68QKnL01r7T{C*
z7Cu(d&(@-Zk5j`TXj>%}ZJwBQ_Z!lMVA7XuVX%6qhd$vwk})w!_E;=RhNXqr)WwyN
zt>f$GSG@MC+y!75id|R0JB*0e1MirW9kT1}wx2==i%xsk{;5wg;!zbEB*x}QI~KMG
znEHaOYm(}_qn2R@xsKn1B*{KWmYW3q4ciq>7R<|Fbn1zs{WM=$b7gyyFICYo2Z~XB
z;&8P{Ie!#{{4tInDC*j!OfLI&-}O?Bpt=m`SlgVHT1xoi4s)Y|qbFlva?n4WbkIk?
zH<lU~$KuI$fD3_P9!|3Q8b*%t7*?49-|c}=Df?N2P!ji%4WicqTWbc#ZW`5^DHVlf
zGUNSDIErj-CI8i#s;B>Tk}A=3#~A0=?peX;asSyJW9q!9CV+j<@6tomQs)IXeNFMM
zDO$hpqd@dh-b`&>a)y;TFrbD+!b#mRQ;US^wJ&OiRi=Yn9^qXVXQ?2&vQpRZd$4$j
za<quSW8wK+2FUf;^{Sd{nRJQ?Gb3)S=bm-R2n-!CGja2WC3)@TZT!FZ71%;U$xoy3
z^|p|6-BD1PvwV33U~{4iagC|4t{^jkZckBBU!)Ywq>!(`&y*W**!9cyRx;d(QOgb>
zp50mZV4Wb>QWm__G;tmZSf|wS`tk4zx%chl^{e*J^yNm?e-+{pjIngy8zE@Qlyf1h
zwNcke8RlyC#OESXGCP!1AijO%$@9!$+{Q)x&X3m!fcqQ=#+<StM?Px)wHTZrJZ|w;
zK~9p~Fu!T!t*2b9q3MkH-fY1gOF)`+9s1ELqPNmL&AVWh+Ly$RFksHIF6m&uVf|M9
z46&1={)qwx$p}-2C9<XCG}Dan>YZq<-MKr$WQqompWrq-e~v`R$_DI-M3TWC3Ya(C
z6wUtw1k?Z^V64$0Oyam_#Xrf;CXC%#_*F|wuZa8PJ;K~CTi$8$1c>bHnrG#F1yQXI
zSsjnzB&@H9Lq}RGMc-~;fM@5T{Od~R@%y%QgJ~+vt@vt&52;d(ICU1`Jq9padWv37
z>tNwm!_7$|KJ2k>wAc6GA%sCLZ&oD)=URgvwZV^H4mu^&{cuhXR5pgaVGbm|0<Nn}
zQYIEh!Al~Pg1EdoRp|{G9Na8{7|Mx5MQ|hj8E~LXK5CLT_x+U;&Nh%!be9MR)0ywO
z#|Q@rtm~4-;Tj|$8&y<pgKMshlmKFOI{TJGh3X1Sl16yPpv3|g;4@}_tv<*U6iDCD
z&<$tYPLWu6`W#h;9FveR*ZG2WO3KlZolzz8*L$+bk-A6QKaOj)Vmj#=(@&}o8WNCu
zM!D_Y#qVw>pHFltZieM0tw!_kFI9Ke3Fw7tk)dww=a1U*pzcV|dneUz>xG;Mb5A5?
z`q1*3?SMeGE_7k_RUw%V3qehUY+!AoA05`fLyNNFDiSpB9w^f(BVU)-GqWBtDopn>
zNs<q|X^i}Cv$Ge@@`GX-CGdjv^f7?R#cfvOxU;N#&w4$`1D*RIqi0_bK1lAah2nwg
z^x9Ucuwyo4nZ$#i`<|r74mh^sA`%eOp-<nnYFrT;3MRr>d|sF!Xx6c}xxRQS2}`Tt
zpy!Z7p#1i#uhyFBKlA5g8!K#)T~1|K3Aim-@N)*B9Y%<drj=mPJ+oARn+Wc!*Fhre
zx2}2F-*@V_5{|_n;9(`2)l0=SSH*hyyr4F(L8-0_2m%1a364%Kea|l6Np7A%$g2%8
zK($_xxa-l>0O#}Lch9;C9qpqbJK-hpMEq6B*of}^{T;y75KlK7FJw^uFm2_Bu+$1h
zzq+`eIwQ#xX4jqN@lthu2;RSO3|HI|ts9x|P%781(kdCbSjI=(SuHrujGri9&Q+ie
zF*nV#*9;Hqwst*R2(B0c_BWkgan|0Jz?(_nSeH_d3AKHSDlEht1Q-?<I{xg0HPp2I
z1#g>u*%F;7Aqo?Gi%iIz4KOi3rB&f=rS|q(Z8Kx?uESJAwRd4mGBkXEoO8@Uf08Lo
z-2UDzn1T$?w$DT|*adl7*7}}CZZ~E_h9;j;XYL(6cD0*OLkOkoICAI!WKR?v1W2&X
z18i;=j~=*bUo;Gzjo96_toX=8C*StE{3I_r$i!-)>I1s@FSDRiBOm7fZU?{dJvcg@
zn_*td1+JMnY1S)|{PHVq&`6<2Ni+{6#dSI`i*tdNle;(xV;5CK^~ne|gB>0Et`3YM
zQv)%`mq@$(qxxp%KC@OWnwA`7c1}>>Uh4L~t#k@2cQ58INIGo`;$VmIQ!uaPjSI&L
zf-0XtZ4^%wTqI$O6L9a=kQG>sbSn5y9e3~jze=6W_f|$IAY7DS^!)iDV>(C)$P0ec
zNH07S92noe*NGRX$-+0g!iGDoJ}+j}NzbABD#AMfsxd^8DR=Qf13|C7HXuGMnCUpt
zZ$sKCB8o@#x{;bpi>n5jQyM3k)+&5M43WMW80Ps=;FJEBtFUY6B6W`@G_qhVf3?9C
zeLZVDe<+9u`t4H{;~Tdoh3RyuZlFw^Zg~YXF9~oW;DB!X{wq>Z*?m*VdI4UT8${3N
z$KbngZ8Xiy&$cA$HA{sDnaPh^Zf4kPo+r$JSO8E-8eOo8oS_ZZ2z6sF+8GK2Gf5(Y
z`!X&*0?Z!*8!<4@w(e8#rTlM_13kmVd%shAnyF9#PP5I&$?G+66m7p{SUw%C9YiMo
z4V-1*cFN^ron9<#Vl78r-fQ)?0H&Ar+fNFCG)V{dB{nsC7~<R0P>^W!k&qLw=T=d!
zb$DkG-k#TTl27At_i<WAM(A|wwx|2@MwO@gv>Walk@f`&WV&s*<<NMWk2r-opFt=n
ze5v$&^QTW`3h5eYO+LCuBBd4J+~x+WqM)C*6rBQlGs2L^`)dADYqyq+5ndVAD**%q
zTr>jIx$;<skY<-?+hz#J>@oemzhN?4$~vCy?6K7xDL9a<u9O)11V0ahK?UX~)^GD2
zR?2+cF_S6n7Vq4pRf<qTAb!a+0`fo2huqNET#@M*|Fx}0pk&Qul=xj(#LY=evKWj6
zzOI=X33uty<=>qi+f#OW#rJk-`u=d!wGM+ZA}`%1te0$S8$q|&vF{7SOV<X+>zex4
zY7r+TZH`}SJ=zchZa3UUR&}f;A8VB}UxW(Uk1$QLH8Atp4NkJs+*r@V3F4Bc4%{mV
z1ZXzw1)&qlk295IsY$uBvv?I&y2mk<nBH2dN>l?Y!`J@g!H)(6ym$j_IX`|cB9CGh
zw@v*qDNvDn*bcY-GAOl^tdhn{9Qr{tH3A+qY>X&&E>CR~m_NYh1$ki>bdb{DknpO9
zZ5=+i?IrXE;?4lh4I%hb4|-$TW0!jf3t+FwrMj(gSivG{Z#fj&hIr6vDKM6^3o;Pe
z3ftr6Na`oYMr7d<T*5tUG+(%i+@cFFaQ{ouGOG;Jr`0QE-H6=F|Dx4wudHBJwd6Yo
z-!Ix`W?(Zkk0W!4LvI7dV`yoolFW?F)f7gM(<RyK!|;TzwQV=C_oFM7vP=Tvmt&{u
z+&0BzamFvR&Tq9=ZvkNHX_<!r-9@OeXYx<hLl1o9PBO+>*iK)elW4jB%tn%^uy?Mt
zT^BNBv|G(RcA;Gdi*6oPz5+z8_ujPMD$M@0KKgB!A4C|WGH4DYF(=s=@x0?e*n&Up
zVy(r69#91;u-~uuj3t5~Q1sJ2k-Y2m(6iU=L2+0eEdiD}4w5<Vx?>}lLBPUJCv7WF
zp&Yh`+|2eURF=F}^WCw<Ey7*{F_O8-l}&O>)>{9PY?*aD<?PfpW4^VMn!w{A6=D<n
zU^l<q_m94bdcwueFY<;;N39}#6=jwPeo~?yui~UsKZbr<foemLkUD4jrHkkyNk!c5
z>~m)XCLB3*uX|Q=Zb#}3Oqrh=j^jOYh{>B-;-c&@y~$3OA#?iDhHFPP9~+tqdZ;>m
zQ&xQS*b1qWv+%>$CF==+e=b`z0+}CRPQd}*51iy09JZp`Y9B4w>3zfAQ}hc)^>&=u
zxCbS_EY+^jGR*Ir%V-^~egVFdryd;ZZ@8$1=a7HIQy$Z_SkI}M%k*CJNqOoDZqc^y
z0@!A4C!^2Nvk~Q5%VIu%;0KSKjpjc)%i2+ZaBvXUhKHl(Xt0y1fLUz4R`n|PS&NQx
zCMFh3_!_5{#SJ||lk976EA7n08a}_3P?+}*c3~MC++%e=qw;d<TaH^Iht8d-ZJr2n
z^|w192nEf?piv+Y6W3e*IF?EsiR#aMnfjK=O4bZDeV5T%_ciNQ;cauOXT>gsg#xXj
zPMuQL`kv3VdmfZBZ$E0mclqUMZ*0#hEYW9(4i(-z5)XFSVUpI+sr;%4w`=9>ZScDJ
zw{WZ%Clqpn6heV5c)8si^QA)3UDs=gm$T>YXYWEMx?jqaL*%c8Ak#l;1dM3Etbz0%
z%~1>J&LJ;TaMagKKg_f#Jj_c%OBq&-JVd?)<)IfZ9<ch!X2$uRB`Y~D2cTEu67&b@
zCQ(KbL5!kb#xJ|z`pqoEUz!t8nYWo4GCS|;fy^HzdtkxX#L33QTRzu3`VK$PLg2wr
z+@vxAmPm!cLtLOq+$s!wN)ROq?+tZXZzT@7svY{+TJMRmwVR@Ux?2ICn=tOP8uq>P
zMn=Zc&e2ij5IbrZ3mD(~Yi5S;=$){zFpyIc2bVK-2w(E1jfypcXTCo?QQc&0J`Os2
zUdD#JmYkl8ln-&6+CJ$-9{M#U{_zb)jjorQCS%}ri-}l62}t=j(=GX{WOEk#pmLkw
z^)uD8B3=;Gf~xMgJhba0(^Maor2Th>k%KIC7mlmjwzVH8>KtQ(jmTscK0*-*Zgt=s
zMcbnIpN&1nlD|Y^)T@HY+gt=K_z-toDffKN7=iz7Othwgi4mNhzcKmh&$7o(8#5kd
z2M1AN6-Uq3-=4s||E0vfj1X^H>S$ZUeK+WpwXPCtEzYfKrOcr+$iOx7i_qH?53<wQ
z@DN3IJeQMF6=ROmi-53NiWgdhb`%&mcb^8`suUmEJ+3~hWX2t^x#<%YS&mJym$TYS
zR<wVNbRLs6Nxiul2%M)7Qpx(~-Zd&-l}^dpRTz$eGdgNwEpMeM$8Vt3Q1~0{8!=^#
z9=~`t6+PB=a$5+U0&lnd;>o-8mFfGt-P5k$KeVR@Uk<LWyNtf&q&Bt!W8SnaS>Q(G
z@nj>wOguF0vnQ%D6C236mXDy!;xwd(%D+((L-w{X3?iYYU-?d#)OvVoyzn_^VJ`y@
z+Cv#q$17wC5P#cI{rc?(hm=e?tK9TCA%?pEI8MjFUcWL{J{yyF8H!vlAH1P7qOAMa
zfZ|u~wg9oNKG)0Ky=7T|^&9OJyVoP_e^ogg`@u^sVQR|WIAXY8VL(`@O14bmpB-i{
z0YZ<`kEGSw9ga|2ctJ!5cL3z==8HA0;hox5V&Z{`btgR{>|27Af1jAt7i#T@-a;n$
zaY+6*Z}|_hf}={n75e@%N$pooEbnRYGD0KiMP@PC4Q#9vx}P0iw@3je%$O{n-Ws-P
zc6RnbcQloU*d%SphWs97qpmVKQsE8c@szjb8WSy1kOTvIKOT!O$JdHHI&jkIh{<Fo
z`aQ!4--6;@XnLWM{8@BFw&}ctIP(gKm~LQ55S-6RNQ<auPEbpDd6_Qjd$Hen+DDh>
zdwz_&($0)<Ho2tx`#Fk$d>H$#C7pJ3!ifdoMa3GM@gX5r9BiqYu6D^~I)s0o(;=`e
zn1tCCPULvNwyZxjS1vIpf5ObcseM66W!onbJ)jI`9Z~7u)8AEgy69Ub%w;RkviPqs
zqA%2#rjSl3*{&tO4{E38z!YYwM=d-{JPGtiIoCqK+sj-H+ru>NF$eg_d4?rt+}j+-
z!?EIAUA#y~^buUeyl#%3_VCd@nyJ2DnHZA6g+Q=GvYlJ}RM5ar&IF24R19{AO2BEV
z@0B4f1bX_;NS-_A+g7w1=)AIjNRX#I?t{Gi`b(gEMGVyrPb=Eyv(N$y_47e7yB+ke
z;=g~VsUK|5{`{NgAJRU2t&%H}abf%AV;C5?DdJTh^~L<yKB7FMzoErw<8iM!;X~iT
za2th-Ileh}u>N~SD_R8O*&E~8SZt27?(5%W7?Q%YH;*|@y`2=#m!k`~si*IzGBaOl
zTNU)#NzbFi`W81-&_1?+zp~PZz)y&qQ2w%>Gq1N=UbAjn62<?ujSB~IwC?eXp3CrS
zMPPBS<VoX}1v$XfoU?DfA%ESf#*4Z<&Nyi;I4psVod9)BU6)ITI61RFQ(;B>3yav3
zuZN&WR-kGauRos9W5b-LiatzK-^5?jJrTOlB4VLX)4`Lhcfe4QN`ldIZsKI57|T4a
z*6-3%+v}k2)RR$3NX<EVPjobpg~B}k`xPE4EpIg!T%HuNqAiF!1o5<4Khz*cOfujQ
zS!&O)x-gIX>gNC%F(py00Hl~**^=+rmT72X@=8`~`QgA9t>*IdwssBp7M^K7X7qni
zl23<A!q$}6S%$H0un_~rONZF$vxr$gIPtd*H`w5ZM!YHmxv+PBc*Og7RFJ<O2Uf{m
z%XCt4G7(YNi96=p*!w!`r$T1For?C^wN)&?RA+x7>&2{xSQp*U{O1J_&glvHmR>2X
zywl7!6n6Hyx-io@@E1Xb8NSPB;=i7&4%mor0Lo>^Liy6tf!}Nsj0*-3N+2}H{^5Lb
z`RvD>)=DEY#u?5Q8pnZAz^1FKB@$w?9`K!HDThIOntx<#U%TsDWoaUZKo*8V=e_MI
z5F^UpU~E-$(WxS>bQ=UtewGw>d&l$HdcgR5;&Ki&H<F7rF6tpn@n0?0(xNL~(Y7M!
z7rVY2wE-(2OpPD+v|opXQnfY*yi9~u5DIkCZ48xgGp^p9zvg%Ir4xZOc+6Z8IDr|c
zvdh3-Z;29KVkDv^CdTq^o*Z-P5hs5QAbdw_R$xEc>km*ip!br+UN4UKS!(_gNPX=`
zgO<=8Skasp-mw8ox?H$(7dV^5Y4gxT`qtI?Lh`|p1#HG@_E;R!&)A$7r{KXMKQMGq
zth887E>KP9`d%2-Q@{>bB1!gYnBdP?rnFT}F)T%%t!UGyRC2Otn7dE(j6jIk?59uO
z(E~a7u0WA}4t`XG=ZfK`+<LmOl4`J1I=~V)2)PDZ_wEZgfmh~%s6P=UR83H|92P+R
z3R6EjLz{zF6uB2|v`4mxA*2e~_i8!K%k#0ez?TfEHMGwjnj^9_`_ONq$<8?Sk;8Ve
zZ(H58e#>2O`J)D?DWnKkuj#a=R@UT8eC4JdN3p)^>7oF&Qtb*YL%(2GhO|}t*YFm+
zQ4?b+)sEK6ulxKLuOu}i4rd3ps<A>!yk1Q2b5NrCQSsgMh|q&W?JN6lln5vdjYCbM
zV>Z;7>h>mx@a1H{R{uk}#1>jv{!H|&X}VeArAmtt32+Z(a?89s6Z0m05eYr|N`>4r
zP$cdpE(x%Td^Hyny$w7YguZqB9#+6eSOB^;cj33PQ|ancaCfAqT($$gK_5!yj85c$
zUB1dRO_0g_`>pyl+yZ5KBMZzX1i_z`u@S>qMjesABx%h^%EY(~E%^>)Ny8p|&(4}T
zx(`0koR<;;0UG+mnijwILJd;og+DzD`$<5g8A@*d2b<D?8<d^#mL=}3Gfy((!{cw@
zgmwj;A+5Rm)xyWQjrlJyrC7_^GZbwb{E>%T&1m=Et7>-i**zRChGP)7Iv6Vg0JNtO
zdC@EsUaI1%7|!4>v_T`V;hGGDzO^m6hIRQ$IO2nLwihu(f>SdHu4jEsx5`j7X|c*&
z2&>#}%dNYQFcbeJ9q!0n7=6kM%4ZA)(x(+oP8iW)iRC4!7ZO#p<O{P@OD)$KEaFAQ
z<v58+95+Cxw<(JqAk$Ak*bX<6=UIj3v2hlFTt#wxAFF&1$3_v$hZSbPv^Vcu#s;?j
z%9J|=pYC0_3K@*+CuaVus^D*Z^%flz?bqk4*UIX`GTJdRui`<L*II0McobrsoYOA0
zPIvx#@@sMI4Jya>_nrvJ=tM39WP1B$t)4<ZhMq0;*hHT=gdv!&shA9^xVZ<8wRhwx
z^hdv4pp#R6M`$4Sd)_VZ?nT5<?g??vfSTSp{lMR?YH#>af#<+tuz_D31L`u62rrLj
z2+oQc7%uQ|2yh;1$znhEo7<Qllk@?=Dq<4*R<Tk>D~r<DyydWL^-9M-K34kYeq~VG
z98+-jWXIL+i<HSw(;Lq8rQesc5)b=7_+@dDxjw)+6aUds-r9D$A=E{;Rs*rwwT&CC
zf01IHluKC2O$xi6J=3dxllfbJ=#l^{B6E<`LZu*LpdoT*U<=D9P}})oBm_b3?z#I?
zn2ygD(g@JC&vtP%idtY!DToU6fuXkF*M*lFRL9}J+OMsk0#VZ{9lm_anr;`icn4<7
z&rv7^;0A<?eL`K6SaAbiQHK>FR78)BuDj6;&fmCy=&<^V;lD!)G>V9yR1TG;B!Qyh
zs{bCTB4(<n#qanRVw^HNX<?7W|BhHx%KM=AQ3;<|#DyyC_DBA$odtZv=(tY%e7r*T
z-vOvSEfV+s=~R;pNqzv2KDuZa(AbE>7(|?cge_kaBthf?9~M9w_h>+qU4ANwW&Tmc
zC+?xiAkb15+!6Y)ab3V?!w}udCTy^dS(?Hjt&mTg)6x_>XKBKKt7zMTlXoTVRgZn!
z^VTOX-&CyJQP#|kK8-;Ro`eUNgWDJgE)k}HoJs5AhQoKw2|e9vIfJq^@{Hw<Zr-$n
zMMErcatXZ_J*_7xm3nha;vd(8T@5v5b~yecTH4M8fKV8|y$Gk>R8)V4<Z1;R*1Abe
zV6nxe*nFPOIZKsiwnec9iHTtFQz%*pA<!(X&Hh$8nN!qb6Mg#dv=oiw=UP&Y1@kki
z;U9#Vb}QT*wX4V>NYH6k|8<{8(%~neeV?WL{NdOs2Gbx&QE^06>%KCk>@pH<3x0TX
z+grNQqZgkE<nRo5XGfu{sh+j61y{RWvUd*&qO?z49C>nHq(l*^gNK5Xp4J+^UEeBF
zRok3ivmP5W63t(@m~0hT<xJja<3A^S+Vd=xV%`>T>W!r`mJRC1DwNMf4X>Q;0$*3p
zw=oZ!`cn`Sg=j=JOq9nC<PxqT7jfZJN&dq8Dx3$<MUr=$heSn#T%$@o;cOlRvfJiZ
zsmd)qRqxPLw3zpv>yXQnQZ-#B3oR=1614<)ALIF}$$P5M^>qwPMfn}~B4YAIx*=_O
zRem=X-S(YPlq_Go3UHVzQ{h5`Ob%bJY+JFThFUlW3C~U&D_io$a9N#n2!G0@aMB~j
z8F|j@n#5L!qy@h$_(*Z^@LnB-$kDl+*fEwDHJC7_jfgn!6H;bp5ywl1@$UF%u9q^H
z(Z84)sv4ALRcHqD!6_f#+-bn&tjp244uvEy|L&%G!>XOGfB+PfjcPQ(qL$l84tK1E
z?#<fUZdxu9L|i9jGx1f-P8BK*S`uLql{I*H%8b(oPT)xSZHxW#nGJc3dmH`3r+3$H
zWVE)nLN#YSc25??MbO!&;3-A|B8Zn?i}5E-Vf2@SRu+pEu)bJqSm%df<633<wB6DH
ztC0tph)LgCAv!p7gB-5raj?&qUtS)bb3D&Y9gY#Ql#EPRMrPRr85-^9l+T|(R2#S2
zQy?M2>9J}b%6KH6F0guZ{30?F|8WA44__$PQ_ynm;$lB6{88Q5qB%R0B@2W4nNe|W
zTm%ddh0(1eAl1gkL)<XiJc$jOWSxM47VbcXKK|ub?gRu_z3uz-f+z`K@lM>tuCN&L
zhn;b`{Ii_LLTFw)vO{cmAt@_jR&;s-FM+sjY@E*kfmGi`rwna5I_OIRh`{`clbKfb
zpf-wYhh;(;NHG>FIqR5_c#<L>#B((D2MSEa0h$E#v%@Sun!rqgV5w3?TOP$8jf^?X
zANV-{G{E1gxxy$kv$8yzD_-nSYq*;$iGaQ_CHsWP7KoX!c$PvJ?|U7_n`jNK5p^{f
z{qPT9?dK_1$$3h4<7<iy={2`j(<Y7&!H8RE!tAXM!^vrp$lLJR$F?9Nq=K+37@4a@
z#lcm04?A5vCC>Is?;yLFc7<UX`xm$Py*;!tm9+5L3rhoRU?Mm<pektBGctcd1dw^^
zTO=)1pjT-?WZWMcZZox~nTWwwV9g%2<I8h@U2zIs(rXXEEeL%t%qk%eM3Yn&4EIT&
zH^ZJHEWl6%s1JjO7&%(ot(?>E4#!Zk6nUU`ceFqW3@RX~UKKG~z#aUr2KIebV@est
zuW;IrP-!i%DA+LU6?^MrNAbb9P#|bf_O(jMRWT2|!2^j`eObfZVNC^Rfl&gyQ}e+V
z&H3l=oBdc=rb$b0tA!~Jl|Jm<iCSvv(GtFkt?ddv`T>Z~mrJTN7FX8K{ny%7)~H2N
zrQTaVG}kCyM{3lMpROg!(?{9Pfjm<fKPuf`#EWdKkwV$5pu@^$Qp$;GzPkd{$>Z_)
z_W`b`B$4z+=0BCAq$6acoAg@N-^<y5^;KSW>jZeKJJ|@FWaj@8D0k;9>Rz2MA|-G<
zg`bb7C>IUs012)l1!*kr{>7n{=SPX{0&0Gd4f`wR(Lf?>A~6DFrh$^t);a&g*-?cM
zGtud=PuIcaPT$&F`Tjg-Hi*ds_=gBzf)Cez9Y1!&r@yvRn@H7#t}H7c8$ajpLbL&(
zFwp7cRjUCh^s|kTdC8DG4Hv(jCErp~xz3!RSV9SzAc5SQoros~DfJYnZ@0<z>d55#
z^K`TAf}~%fLZ9%)#rw7exyC<?l)+BA6nT=NTsQ2gOTR6GM1M9#uV*Kb29l~jy9V(4
z2AAoLXtGqIhNs@Q2jqxwo*_aim^sSK?3o5-p1-$fo-MYesNbHO6QNErfq{le&ET*0
zN9%A%DNv{fa@e=GUT4^f4T}`e((mrNqZJu8hyyWB>c{52gqcNjH%D+PnoENgG4K*s
zUt4&hn3tG+#+|ItRHhQA^{e}=^>-MMXMIdG0m3ATFFJQ#5%7d{zfUUz?8}HEH9F}K
zxtarSYMH^#En2Oe_>1}Ciciig(>{k|<=}?5VV=@=$CA1F_!!au0p^!vE-rYKWXWkL
zZ$3)kMPL5;U8ZVZJVWZ?sw>EvX4g)jP;B^|Us81r#}q8iN@oTNj7H%tvShTrPQ#Jk
zmv{I^(Lc(YlCcXSMGTRl_e>iTvBW8K1N4_cRxYjB)72+T^u+pjN|w*f_-!5;Ej%k%
zPShUJz{;W&;m=)wvNv4BJC%4>xwY=5zY}d<_(2g6L2QM$oW#{z0KUSrWVZ~u&}2pZ
z9^7FNNbr9hQkfV4Sg1rL^iT}!1N24hpO<*w*0flg$0wCdh5YwF6+|h#NEsbw^YZcn
z=0g*;I4yq~9aSPmM=B~QDQIgW&K7hT{3ae?QE$+MIn8zHUlXUCFksaSjEb&vS{86z
z>mmV$Hm2|Zqf9aGuaD5OCV<N}lRDc+TLf$icUnJ3(kaVzt#yBI+<w6NbA#A>E_N1q
zFVjf6k3h;`WKOugZBIw?;}}}90t{QCAjWsOP%auR8&9B`H38zP_ne&lr<xYN=7t#c
zB)o^~j|4$36MbTgh;FZScz3pDVQ*&!*CFjC@?|n!4(??&`0px8G)Gq$iG}UTVqu+P
zlAe(4YF2E>Nv#t>t%Vvs_A@BwFsbFl3^9DnoWoHmZS`d?0{FkvpR#8!DmsbY(TYeH
zNY`MBX?zQ3xYz|(!k+aK1+hpbm=y{9XZMXBxW7xy4o2tki;jc91Qhh1Gz}eX?eH&O
zNP(ZD5fBh8bO#7lR8}^lE;{&&>kl$e&EG&^K{K<n?T?Q#UBKYk%s4+_nD+uWsB^0A
zdB9w)*GrilWMImikiX~MXd?!h05u0kTLn$BkqWE!-bb0ku_h=p`wx8cfwIWkZg%}#
zu9ugjM2PulwQ$!wXJ@>+;J5kv58oj0-0O%2Yq(@CWJnT$le#3I6y9*<w8dRZoar^=
z$RU7rDWI&jtiNyG>HQe;fnBhF{V*|s_04{$H2tt`=>?*o_KVYjjL_V5v`eHqS$BJ!
z(}DH2gj$^aTT^$e)88<*7LQVdx-N{=pt&LD=)jA5nKWK02wJjDd-i&<p>jm4%RXga
ze3+&Uz1+PhAFUq(g_KVr6xxSzV0D)9*S1E;mbI>2s|{|Lby@@!)$+uoD@-%{jqgKx
zu_0=q=65^3jpZAT!TI2)uu}nyqetIePf<#fEYaIn;6qGuJytpzy-Kf!f@vAtpU116
zo1P+*GczB7VVKXu`|RxPrCnUOyie9JdeRj5>T_o8XV39J?q8XZWRS-Wd;r4P5r|G8
zz*7_*BeAIDfWQ1zZLf)#>GL`}A)5E!g)m^M`^?M?RGbr_y`-$QvP78Jw`K#Jxm3b?
zEi{PZVb!b(0I3Yt>ll#DD$<L?8&?7f4ht%Cx4J2NSd&`A=os>SXgv*oJvIuU@oX~5
z)0@S?K_3nR@qfnZ<7-;jG7ea%Ci^x|(-GAahS-=`%HUt)HUgZsCxbttw0-iSZ}jWy
zK1V=P(xc69iss-}47k!C$erFR>9;bI{==wQ{X;dC)O>l=KD-Ez7jO{ex#oNkdN=}$
z*PQGc@yf#G`l~GyGw)E?|G}puv*q2YnL>}4ENcW5x&4+L$-qbWL3-Td;SivndH~V+
zMpJXr=7TCQ=FmSN0GJi8*1D~&rBw&K;p6A;bre8w)eWnts+tM1$}*csa~lzM-2lbJ
z#xkXh*gH6A8XL#vi24+Cbda*J<W}W<DJy9SfjzyiSEnC4TB!f-;s%&t-ve}!J#esG
zjjRZ6NIgz<vEvdGdVnrBC%^(E?rF@qRcPp%{b12XWS8peXWT#%g_6wb_q#Lf@9x%i
zWJlOt#>~JQzQ~Y(T9Vc9EnUPyx;W@>aWn!sd|#|8e26?*qwr}*f9y-z+9Gxk<zwTW
zUS@k*Phq6V5SoA-o<?9R6j~xkWAZskAsOI}CjPu>2YR@oA^Ci2aW&t-Ra?fiWHkV7
zNeGOi(<6>F_EZ)3<a9R0Z`QaVWGOerhXD^Nd*+LxLo$r@KPLbTWdu&SH8*kH;o5-K
zvdKQlpfZyYfvilUr54F}1@M5*Yyqb)D$w$pnn7R+bScBGua!VHuu-B}VtksyO106p
z|0ILbk`kol7AJ&_icCFV7h_^j^PPZ=XKc+9N({Qc=BWqB#t&brRT;}w%u!_g^_G{=
zvfn%utEU+{@1_BQTZz;mc8Q-&HFztZ+WSd8^i9EM^~E;_Rw#VoaBbV!?#o>;ydFz^
zJgiCfsyEgP_X)B9&$y}?^>>F@7U%so*me;phx%ec#bysriNg-ji#>(42-#1aFt*6d
z0+aio%d3q_4FO$1%Bc_153NxKcsE??MpsrH0MwLd6)0T;**qc{TM>W@df4>3ql{Je
z>31K!)!o^`MCmJo@f3kZLk<?D>iaO);0VN@{<qu@>b02wfKN>1vkFaXM@Ue#<*O{O
zMtKgm5Lj^ek<02JpfNH&{E2^#wCHTRaum?>e0l>OCr-TC@e;=Lqs7Ld(ggt2Hf<1-
zf9zI&$meEDix#!S39<N!OB6lD-abd-Uk~u0a|iS^&H%=XZA@vx43~}o1d=G?yh}5$
zdb|9;G}OZ8fq^csT#pI7&NK{2fm3=ED|k9BNLIhC&*V1m;Zktk8Cn0Z_@?aP*mC7+
zCENE;NOvM!bmRfbB#!UaPpb$`2Ra5$R5GHNR{m#uz^b4;ft<`GQOQe-?~<V9b)>Ba
z&k2LJ-ew2}Y-1^en++`QEM{!+`BTkJVqRg0jBlVHF?||Pj%tO1ORA~pwoN|1CMEmx
zqJuLgk!vN7laN3Kr-#TK)dcMrrChd$C<O1}hM_0`5R^X-kzz<)O;H0Q#EH~hSY$tH
z2Eyr1Y!I7?Emd*Tx<@M7?o0x8+oC?Ofz<QncvV`r%vo1cGwf)&RsE^Gq(sgKMdaUN
zL<9mxjR!3ScUuZ%moju80kv#N7`Wz%hyYN^AnYu<R$k_>Id;c{l${;i7;@2EL;e@Q
zQ<$T8-`~&jjN0@|N*I*9N5_}`<PRFl-r6Q|Mk)w@#WO>vO<(u>WT(XsHsm-a8|-#$
zB>8kmB{6t#GP~g*2?I?~bcDXa$g$g}l)l*@Mv`;<LrMNd`3Cz-CsOhC<H9G}qJjH%
ztIuk~O+8JbU!l_^XGFL%5@SZFG7P?uARDo|1I-PWb>yety7N!cucrd3wYMnsO85nn
zb7z%xSO7oZu3!G@6D~-PAV!~+tWosTEgK4XL(2eQTzDzVBwbbnlQb=eH@9oFZMkgC
zHloL_4k{|pg4GH}wSrA_lRo*OOrp}E#ufOTL8p$~tB-HMs~=ZGBoe70<9eB4eMP+P
zmB1l?uHFwGN=h;6iXxppC*Q93Ogp{zOE60QNs^1LF6%Z^^VRp4dO%`*9$@{x9>|1<
zcv(ff+WsPOJo&S%N@<%sqChJs$!=DdqGZ0t3g{QwvuOPBo6kN6{G!=4g~*=}RH1%0
zst5o}ma~FU`xUy-9V-!y*7b?7BD#Qf_8*NB&?<fR`)$$VZ(F~}+ndmX!4f^XXz*qJ
ziiB3Q15~?U_ZYym7%F!MSJ|(eQ$%ht^4KE|!+?&Sgq3o^=ia`fW_v+|ld7P@=HN#}
zOjL_6yQ6-k-=8}|^p2jIM&y$1I@N}rnnmtGOugljHSUu_C~%r)q^X6~4VjgS|9>f$
zPV4WCE?W&&lz#S_7NJOV!uo>Fhc@PvQ>Z4OlHTdz9n@U1#l@5WaJt>g;XJNZH&;tb
zOT*Mu{E(-qVBW*l#GMg$1gJ~h6<>ajBv6Pl!u;%cDS%5)+)0Y8)`!Y&RHnxRnX5En
z;0lE<+fQbI2|~^fEO4Yc3b;nB3k_4OwWB`U2a%w$uT*dna>z1)D#4ts;{g+u(Gk*L
z0DVGz-Ld}>cFvh#*v}R;>JNyC^n)_2fCpo%kgo21G&D9G%gEog+Qq<9Mn>CHU^qTx
zOMC+jhUpkc%3SVknj-yAPHeH<IOhSFoAH9D3SX_o81CnWLaq=l4RLFB)ZRD%U+xXP
z6k~anYj=kbJPi+-@1>W;bO^FaaE*>*jQi2e<h)^i9K2kK5(&tWV@wZUal@8zaHAe0
z@VfGy3Tq(=07ifds3nh%7r)0PPJ9aZH$P^W2QTgg-6_@XjkfJ<e<{<_)70Gb5Yt}$
zQsjMj3!L12l9bUIp*8lWJRu%NctGK2iDTpjbiyvE0t4#QHoX7JhfAR@=&X{A-AZtZ
z^sohyg`aWYLqT=^V?pNuN;~pt1}5D6L}hHG^v|m&oQGMoq0^OoG%b|H2438PvowCh
z(d$|wtkkj9+HRu|RZV)C)<0r&5&|q(QD{%HM16!+UJT{2_CW82DpoqpGTY%+EQglR
zR9B(#a8kK6XC}1B`K`(Q0_m66>%hR*NlbuV!~(x?iq&)78rFyLwD@ilY5qyzA>08b
z1GnKRa_0XAAg7BjQULCE;ayXO)4H9Ue^)M^%!mur=G)r^;Mm3Gt{N$hlC>Uxw{N!p
zmRI;s{J5!BQ>TABhFxpDy<l3L#2aw{y3pQ#q$<|0No5W00hXjHa^b+uM5b3PNRZ$v
zR*V1FelV<JW2|>x=urz&i%t*7Uji&<R)iW)vh7Z5Fe3hXjp6ns(T`36iHgnB=jp5a
zGV`iudNjQU0K}qKYT6Vrm;i(UY6_~@#Bs9{PE7Hbxa3Nt>3?`iN|R%f4_<aAz7H{7
zr;4nV2GnNdRX%p)s)9&BpUoGm7tLx5(r8mtB{v#2LVXyotWhefq(r3M?p{u0A@$u!
zta-#i)Y!htuJepGmy|A7TKxF&&&xoMY3b_k)K~zRd$qE(<zg=#&$V(iWcpc)`X9_|
zVxp?5ngUx{J%Z_xYHw%zvjg;Iw{<ZujEtmpn=U$I+u_HPy6?P}nLYXSi9ux-!CSyh
zbPbq}{L1s24-!13O0H~yr0W{nVQ^`6B)Bt}`$X|;;y|9S^YD=ldOo3+*Bro1J#<Jy
z{v9xKz|Y^y!@G-B%gARInNbI>%tgM9&cKr~OHpJULu~{cCd|nIE!h44@b#7fQ3h-L
zC?TMPC@n~c<kBsTlz?=1cM3?iin27qN`sVicXxwGcXvs5-C55${~I4J-wa^id1s#Z
z#WMkuTIe+@IE#*eW@L;{&0!_>(TY#~^cWgw43MP+D-Q*4TN%X2G7&vS?OuIU?~PP=
zq%yb?{4nI#uGu7RT<wFm)s)FBM2Y=WT9qEzzp!7loM|`K-oQV}l$m(~XaI*fL5<G=
zVY@0%UMlPrtEQnx`Tj37ccLH&3Z{B1socdYD?JGV*D2ut2N{LF0U9v2ME9E_i1SwE
zdGG(9upsJTzTs)bOCb93WO;^<3JrS^;y<DQg_A3^_kdi%JGFI1BYRM@Yr*NGsc^+!
zJ~9|@`&Badi>#-rMZi56fHrL3NNarMy}fHdM)Eg?g0-<Uu4G3q7}e<1F<_2Q1ur+c
z&GM9*yYEX`64mk%t&ZoveL?`0F=NN){H*j5Nl_UK1SKBwTNK+a%Oks4h1`&kp3fk;
zwwYjztSTnpC-lxwq_KqtUS3=oc4o3Cbm{fK^;63@u3#zDHrxR{(d1tD$8PI8Q)*bJ
z@zITiwKaRP@K8Kh6Y9+=B3mB&#}O7;>};R`$`8j)e_isi>9T#(5XXpprMLe5VIR+g
zNnvVU={oQ-!5j*@qupXD+J<_qfoa$o4Kcf;Jy+2IfYf!_YhC0w^oQQO{|_bS63})o
zT)q0Ei5$A1ip#LQu;9jsXyvgje}~TisMUBc!)NswZ%9vY(!X?*7dU(#-Bu-f9@zMo
zriGhPNXVuZ>_+Pakb*!RH%bCZQ>WEawWHnh;0Dvcs4W$<fJ@`j8Ff(D11X+A3C@#+
zv=mit*zlJoO=zC&<j#1f=$a&;_sFZEv~CVe{a;%t^xtx5$}-CD*75#wp<6>u9UJ8Y
z?P1DM`O1oM^ZufqsJxzD^5Qv*7(Dt4y}F*3l8#^SwE`8qFSJ+h<$b|#;Csp(aes$K
zafB2lZDuUb8B#r?uNFsq+^du|4ZR#Z=W^fA#kzDFN9vI9Xg2n7bj6V=7jw=c-4<^r
z@9dVmGc$9p(JVpjsn_#vXh%J*LJ;d{$9VQXEx`ZOoh?@y0HsE`zbp19XGYS$BKYGd
zsWp`;Ovs0Nn2`{Y&~@lNNUgg?^oJ7_24cUr^_BPX5ePD%5Zk)Hp&;FgvGjTI0xc6i
zH$<Ws6BUT-j*jFU>L4x8QQ+)-e3kF=5yP?a1{t2QI{q*8h{}&x={FlWZI(fEmM}}7
zCkQCJV;yNK6K|ki5jF*?k^yIRK<ZNV$JQrzeT6eY$Fg~u!irWQCF!WVg7cwrua@fy
z?L%q--eY*xdG=&@sB33DKl^Ulx-z}2Y=p&8&Mw=EJ5dX+t@s3I(@aE>WTn%zl=@R8
z?Oez72n<{rx)ksmKDB<olD=FJ>pxm{%loH`0{SRN2QBWAl}?6SfNU4{z5dSq=hfuX
z%u^K+(}FtpQ_FdtyZYv%w{S5i;RGU3hW_!G0CRTrJkJf0yY^?)JBdMgxYvp*XQH_8
zJ53OG27(WIFBP^046*CbDv?JHDvmL*Ox85^%fI&H9nIJ7&S;|kcDCFC5rJGx!%FrM
z{{gr8H53u+fI7{OIV|cc-o?qNFKwIO1vpDl<}$u!Bd%WW*NgrXKt_-~yaz&bG$TQO
z1@|Z1IqDmC20@>V5H7b~nY{l7YTUeh3-xC?pd&XkTd$aaEdU5EcGiyuh;8cu!xsCk
zK$!+kmxhLh2y5m+jt!7}OM*Zn4cBF@%~QKCN69oC;vb1W*!aBOS_!sSUf+9*fCFV-
z9s@~iJKLZ0K`kTY*E(IvfxL!|Y`xqdo0Rir(b;O8L_>PEOgH2Fo5ff9F4R-1%u*8a
zPN9dF8auPoNYP{4G13qnkjxqx>Tp@58p5pv(wPa;=|Mf+B@wUqJ^m+%-hHycZ+#Ok
zKSgUpJ1xb1hbfhE8I!aP?gLe`%D@Y#SJGn@S2@KDU;ey7wtNH#{8mfM#)()@%_Pb4
zkUx9~BiIVP04h_`Dpc1jRBxuC8<hB0<*XzqDk&kBPYb;MU0274M@VRLu+Rv{%Rb5i
zfH85-LP8=?<K|EP)|O?V7zL$pP*|9RmezD=>T^UVSYMnf&Bm9GkYk`c1Oihpp901B
z#rMu@kR`5)i`Cx}FM`w4N+u4;S4=XZ*YcoJBm1}93I4&wNL&wMgZKL;Kq*Uj|H%7@
znu1Md&{2w`nQtM_<?-n4jwS<;*&O?maVVb50<h}-_~o9@JKI-!AfmX$7UskhREScE
z|5Da+J*0tM2{fCi_|K`ejAM6n@iZdNU4@E&5nsq{hUl|-YT2{PzPe=BG4(BmNVUUK
zxYO>&;TSHGWeG_Qvr<+yYXey2t}f%ZoiuNlCE6_sb$i?k$$B(1xmhU@xHkEgBYU!D
zv<W<iluj$&gb9GWp0HMggTJ(Bt(x*Z(z}p``aOId&2jE*2h=5OyTeJR8a&F!HVZ%p
z!|%EmcY6XZSr4qnLIqM6bga_SQaXD2_;X>sh8P+>K)ydDM{4p`<*{N#(Hu0}2lm~{
z2Zj54=r<f*a@fJo%4s!nYy>pI;MR&lbpEc)ezW?lEMG6n+O87l;ax~0M7x%9u>5YN
z_9Se6-Y#cwV}_$vvFlT8R@-6>XaG^TD$yP)DwU9qR)E~;DQ)wBLwx2L13AL$1|FI-
z&>3k!7=})Kmt#_(;9olSM(uovDxuYQ)W<+w0Ar`vgTOkwy3$RDjfpmkpDhM4<<N`h
z$6ETt6X6C_Zp7;~e@b2;$d2*?<+OBw{9Zy{_Pbk@WZ^A%-jhvF4FfH4yDhiZt&f}>
z7C^L09TuB-FSv&JoZA3yV=>PIW~Y-$Q^VHTb8VSdUD4!a3b>zkPsFCgNUPe~SZ;=J
zC@<|jM3In(7qX!7`2(fpY1N|*_r}4ZRjeRk5o#a)f9$tUqW~#!`KqbSmO46pzw{?w
zF#*S$@zF`c@{sBy8k~`<(z(lmEbEoW1aL}5p8wBnc%5btLTKo$W15KwyjpB=NgPg8
z3tW*lGvP)flvP>+`ZMZHWO|ex<KgnF^%axi@%)g_TP&#W?A$k%V-GLk5-JE~g|gRa
z&6}_}j6wyntIXV7=_@wVS%$oSJr+l=H@A2m6hL&yU=BRlg^q^CH@QS^xh_=zMeXcZ
zFB1Wb<@6J*?{*hN9L$K2W<~=ObLHtTW<W47RB^@-`lW5+1<>iR_4;4gyOeH4&7<C)
z7wbXw1IA|e_=*HeV3|@_jZJUHZFKJq;Y=y|kylMoV#XW$CwuAg=*U2grxN17CGJxC
z=<^&pg(M|?_7R*2M||T|NX`vy(qTAh=gGBIGN;5bq5RU_&nWZySh~M{#ROvl@#`NO
zBL;Eq+=13kqRfd|LI=YEntNW1P7qIYlO+EFbqWnio%WP!%FO@cX(15E7o7f`ot-&#
zrrB}}YzPB`QKhyLKt?t;%vDuYrMhK7{^rVV4>)>yw8IirTZ;~^gr!ZW5A5y|CoUD>
z@g}cYw2l|gD(e>%+ae)`GY_P@_)9xz0Qy+O78lPAc^9#86O~V$MKEI>aFIH>F}0?V
zU5t8O8=ezU{MBCh1%g1ycYx-aB!l-n-9Og(oH3N9#XA;`P9kKxw_!&Wi~?!6$|_}4
zY~JS|`^0R-SUI3eC}fPu&-xyYd4`aTwX)h?aJJ5Qq7fWHx{rOE&VbGjXBj0Wh#WW5
z0m^InI)*SHkQkJ|R0_TPR#rRtj33=Xnln$(8dDfn6Qs|}j}F_hR}YulMNMe)evFTe
z{VXfPsdwE+LfD(D#jUKYB+JhRK*e_QeixRZt^nINSl@=LXnI+9-lvL4hIfBM*g^S;
z@aIDqHeOEz(BHWxTLe`5{<On%xNE^jL*a^_&<gmNrjqJ-_1;nP)0oS7CC4PI^{UK=
z<Ja*rX44Gdsbyt=7EGH3SukM#@a=MzKIN4sZ~$N~YcFrHKrlL@``}VVQ)Rl`iEAMQ
z=#bVjpIO?LewT3zRjGd{SidwNw+3z>Lb7InXm`8|(dfq{@YG9^<Op2Ij`*bflL2NW
zUA##w<EW;gkx^Yu2;f*zJ-zt?lii)25|5LO-u?5x^BCpRduj!FFZo>uviF7WFIQg(
z?;adn<RR$+$EC5!e6bV>8CloiVacgbb^?>quytkIvRLnOTpUqHXJ_r*{L~bY{X)a`
zSrZ}!FYgPQ=-&N<>zf;+a*xFcT6T6EDD<z6cxXg~36RYYQbVE8pwQ5dH}wGlh@tPP
ze$9bv@sOmY{~9<=?Yo|yUHy0y85!xHLw8|-`t9piR(AH4v!*b~)q>uvCUwU(@8i&u
zUcvY)PS^W}%kYf!KNhSMj<(?MK4-4sCD}fYaFlQ@IOGlN_wJJpm-Jf9`Qxj=?P}<l
zr^Iv8OVS|ZL2$UM^4Wd&{X1Fo0{VVL?1!gk?5PdQjzW!9xF0NaN&g6aJ<_-*Lr(ST
z-7n@%6&M}8(_cJ{o9tG$GBmy3<d6A#L8Hnd`&O)8^JeS*ImtrpRN&zIa`W5p6KUZS
z=^y5k*->xB=iXos<3$HtB84s<^ZuFj{=U3_)*Gq+<fsC#M%(Zgp~B7cO_j&LX~T*X
z$SZ?cwwQ;U4FdR*nuM8TaQ(7o1mAphwiE0LKVf<v0UlTIH?7irgHWel&fCzfrA%E+
z2@9i+Z#GhY77xr|i2LME!bt6f!k3fkzg!Gnt!b4E(7LJWr7k#B85@e<Hc!{JiEm%w
zV_tY!Xyr0mf{aRolHO@V0nvf}*{x+~evp=yerspPbiOyup%ow-^5%9qod56PjgUez
z-}?BVycW1TP)26%zNoMe3kwS;>&LwNVJn*8{of8Ku8^Pz9W!%Rnb}_*rnwqNWKim!
zdM+ZAnDrAx@K|QcCyP21Ur-M@J2{njo>^BnlMoTLfcthD7kChCr%GB^Ego*KPAnZR
znj~bbts&r|#I18T6B84m?k4MT$eO3+tVO9Nuz9SVHJKP2m$>YzM>Jn>x&EdddXqXA
z9j^e*mN#lz^6mcq{qS%7fs@c+`p*@4%y6j2S<seU*Kmfh*|FeY_VTh(lAsrXMzKD=
zP!YdpyuyjBWCaF6pYP48IbJB|wz-hU=ab%YfBjTXovax?{cx6dcQ@UF_xkJJeSLjx
z30yXF_wv(cxvQ9eR%U(gsE>Epl05IIF*`PfE=f0|Ej;TMNnUUvw&hX>a9AhaQ|O%C
z>5GXW^YQaHE>!bOX2&RrY&<_`y>_jZHcL{tj#ntF0N-JK_qZ1a+S{GrU|eH&y-5*w
zaB+NmT=H>Sx%%PnW`crS_Zp>Drre&0oCAW|Z1!Ey3H|9tG{Mm8uXZBuBQDP}1QvZL
zrQi7Y5mzEh#w|T-*yMGpL%CXQ^2y%xc2aOSk^U-Ntl*~aE+zngH$le1!Mb>bzd21p
z^Y|KHOoOOlSi0VX-7i-*+yCz^<7>etT9Nh>QC@t$#y{g7ixlZ=qQ4iO4m&5jNP`_I
zjGWmYtPykIxY9zjm6;accL6`RH(Sku5C!67F77ac{<gD#nsu_bCZExBgGN%T59t)G
z7bZ`!v2T(Tf6;mzt?UyOJv}x;y6T-4mcepR$W_McncH*4ni=-FEN>xqCXmo`up~vg
zYRMdJuFF843)c>*O(MX;qYgH(u=(w3Y&mcvgDQ?ItGD^3J3M}c^<{h!YeGxC=ULt)
zK3NfMo!|DJ`iWA@uOaJ5ytyJN-vjNa><2f*Jc&gAIiRY=B5hI&c$FZRxli-`TXB$s
z;<K(omWOnYF`rHeH|4L|2vsH2C@<xgWFs!QYToohA6*14d`d}H`OmSjn!aa!1}phB
z0**~l{O!?nPHt`#-#1czS3>|ymS{2xktYJU03%BMXxyrbLJDVc25NqE6V)b8i*$R>
zN4F*|;NC2>r;RATR?Y!*<?mkO48v-~jad0O{wM5@UOXX_bv<BUimWpJID_$ujYd4R
zX))a?#eFw_*^%G+w;nv#V#H^b-A{S9{2bj=!O~UGW)^byepa(m`yCQhtxe5Wn$<}Z
z8AVjc97jPJ-828EH<MkN_HF}(h$1RVsYYLq^=&#!k%+r(jL)-D6Fu~dv=8H+xLf3e
z%`Ey+1a<Km{}RZN3)-M`|Ce-;QFxFzc=_f7LT+wu^gfH*-#I8Cm@zb%@(T*Y<>bP4
zSixN^x6I0U$^ddTU;ThYE<**wrw#l|=wq<<UKQfp=70VwuvO6=_%bKupI|#E=%Zw}
zX0lQw*E-Feeb;_R`7%R_q#?(JXe}%0jgS6=OgT>F(^nMgzxcECA!GvUJ|QpCpFG#w
z4D3GdW>zGUKHQeq#H@cyxm_7GF3|hHyol!)Z6p6Q<7SOFj{18a^F^4EV#9mZsF>5l
zl}RJ2-)JKPJD;B5+_7DK5V<`lk69*gX;qx!n`eqmDHr$>-FI5|Cd_=r50Zcvr2aLa
zNNNKL2gk0yjazrFMhJ(4JMRz>00>{|cAy_OxX~-DaCc{WGu`090hskL!1!J>327ZP
zKQt-K`rRINPnDW<SEMrO);uHOwvAkf%}&`zh)hh}EoG?_R#j7LU4CZZ<C71PXGC*<
zPtW1bVz(-&yvY2j!G%OqwhPsS(9qM{pKNSw!<$pMxPr}=S`F@Opd@cxa1;NssS}oy
zLzilzAayur^4pgCH7#xTt`A9A`QqFSalP<{il3kG&hBpZT|q;`OAy%0?Ypnm^yvn(
ziwO1oEz@Y7$BAR?rk<Uj^hTGH^00llHCaAN)oFg2PY@J4nrbIBF9ZB<G72Z#S0}W?
z)R*Fdka}@==1fvpINCkSeG3MdTz7Ssym|=N>b|rQs;&1W#B<kYD_pxCV@~-%D8;}L
z5H&tJ1Uu>F4`^DfCvwEkj*zKXd=k0tF$%8RJh(tdNB=X<)tDYIa5fveJDRU&;n<L+
zu=U2lpdq{|&5^3x$BAhZWckI^xet8Lhneo#`JE-WxMKzdh79W#o!#!v#Z85HJttc}
zUgb=+CN3awKdi2i^QO*W%v?RPOL^!0Aj^bMI+3><yWw%GN9XPL-J?mJk2TmpHxF0H
zckdIsEu9iaHb@^BS({$v($|CbN1q9b&@jK2G%P0aHIsHpopx_fnq8Ltsp=oyr>hm)
zOL~(kfbsQe4cc6+AfJsplzj8JCFjp2wbqe)iD%##8_lEkyM^N-4EK}oLQd~2T|xJ#
zr+7sey8wDCF>2<2I*Yzuh&3Q@JJ0uLv%|n^X$7685(u9_95krqXa{sJTYvv{{hi0*
z+4ik)-PdkD;1Cj8ICvNY$<U%v`Uuvy)&<^sma_;qqKKraY39h3Mg8&xtk+bT*h^RU
z<;n^ez-wT(*EEownVHFJvg+-`qPh`1y4`UmfAm8#H-v!FKK$hA<kcgDO_GlMCW-ja
zDa|SbwkT_L$B+Ss>ATz&d!fP}h0drG<J7?o{n;e!O4a4F-twPyi#E?3e4v+@R7}m-
zte(PdKFJE@J~T19sWZaI2luyBzden9+l*8kB`J`hT>BoJ2fE&>0^+sbDVr9S3$E6<
z@Hm}3^D5dM-Bib4a__fF^9cjq8RvE`Z=*BX@eHuIs~5C9sC<S*I|O7Yin=ILDHc78
z2TV<b&*UJxmqaxlq*6VPTCUcl|NN$XbnnptMD-srgQ&svNc){yWPaHpS8K=$rCxQu
z*;$CS^re>N!If1FQzq?V!S{C`glY*PLl@>;wkY;V_=`sd+6KqI*jph?c=C{tN`3JH
z^54*tUJkthS{4tE)ZcEWt9fdSX_yE?dPOu>?^!Oq@&{hXLNIV_{iMZTWdM-^T+$_N
z3<pD_fF1zQnF)!B7Ni_TLn(q&<rWc(#^Cx)<xcy`HeRX)e%6t1_`%CdH4?WW`+X?%
zeK>uhtz|EdzUf-b+~7-!zADZiK08($8$t7tp~H}wq}CUCq?|3kn$G)QRn3NyZp@Q>
zbmhvYuMMkyn7!_!y3e_QUE6?&9ZBn)%oXP!N)0p)>ePvAT|A^pxM+b{qZ%C$9eK?k
zwEAKEFAE@e&CNM>+iFBl0t@@Q5ug*BbehGCF@|8E03P|AFZzeC_PcM<8^kR5vbq5B
ztBwa1nyY&pdKv=62-5vBY5|tTZ(#6PI7oFp4Zyhejlo3PhX$ZeP}R`D*!KhY(;IJK
z=j;Y_IpNMu$9o+>yjdAFH0pVm^nM9q9AXG>Po7`yKpR}aCz`<9E<euKkC7Ijs~O|<
zk8&KQDH5-KbAwiUWQLs!6&sTLm{7x;H(FyU4}46Qdv>+j-`EDls@Exn_`DN1sk$ZM
z;+^HA10I*<>z1IlAi7K!kZ1;V9*YN8dt;Nl2ni5}q6mdK<b(va0fWT~e(m6kBdOpc
zT?xLIy;Oyh29?GG8$Ka2l-1e`_~eO^Seagn`mAH8y;LwP7sNZ9AuZ^}hnzGq_W}=n
z0U36|>P1YH|25GYW1|^OdxoB#b;l+_@UppR8o+b5GpD^fO&|lTEPo^a!6*M8-Oy%%
zHV_?f=icD}k~=|GSxa1<2J`vyNtxQjRk-hI#MGB=jrcQ1g?tV6{2}1`WOjW@7y4Cn
z<^?pf?2D~oz{Bj|ZpuG#dpWe)i1N<ER4!oRmF!86wofPS<BQl3+MG8@EvfS5+AlnE
zS3@tS3e0v^9-E^gD>_Ah{`s~4XDIy|Igm*)zzPR2Y~T7DDr!+Q{j?q1Xo+{N?fW3^
z{9PJIbT{iZo+12XaYal*g;M>n$sR)yGg_A!diGl%*FdT|i;?8(v()<kJwHwSp!s@t
zoaKA>d=U)@yd)@!7Z)Ol0Nvu+Ik><c(2wVQ;k9``z|a^_5Dx9$ft`?R9xVk}>i+5E
zNC2~2vHvuFds#7cEGh4Vsl3{uQIl$A(n)#T7KYJshI(|gJavtOAj?+>F8c*Gw>2O$
zj4n~9eKKJ)xUHGQwBX9Cs>;&)U3=T7Bn3v;^Zp-jAPYIk(FC?(MZ!Oh+Ioz5+)47;
z0A<Cu_2Cr*vl4Kq^U{C>`)XV&b?)qEWFbqo6H$ht0>ksgCGEyKL%M>Ve|(wQ^01z`
zL&#{4AixSTMQB~+@VCx`;SfF7sBUT)&@h7P$MARvF2A{o8y_FHw6{N>5*m%o<N^fZ
zxG4n2mTT)u3$TYDn^_b;*6S?HScx+8V2)fo9$Cu~POI&uKxEai#W_u*o$VM^VnI$P
z79%~|9i~L{`u?buUC!i>jBU)5#Mt0w@0@zuPFTvTz~@R*#N?=TB%R$BEE<IGOE?x$
zMADHYaDi^-py(7c!%eEedOz4(9a0YilTP|jRvz@_tMU#mMUB>u9b4#?YRf)+uG9P!
zBd9{T+?WjO>k-y>01~)F7+%;hYc5`1cBj=EDAz2N9ZPRgW>O$h9_=di9U`i23I8Z{
z^Mu`UHm=tE^z=3p%D94<7`&H4-c$Scj07PDL&-rwJ*jc38{|MKLYvS@eybjjTrWkb
z30n`Mg>h8?%&FlI97)D?_P>PyJWOjt88|&y-ou}LWKUc`tx<852+XkvlF))Cbp6ai
z0~iQWOFjTm%ZgHAUh&C*o{Lx+@t;En14G`8b&48g=%>qQeHr%8I*C6$kT(l(&pL)v
z=*jYd!-|^!MD#+qQn5LG_%yaJa4-}#b3<=`?rzWt#YnL(lyQ<snpjphCCOlij9R+h
z7K=p-P#?I<oF9G77EcnPh5e%(E=v(LoHXR*2G>&E_NJDr-D$uB6XD}?kpFGCJ?{4v
zCIASiaA-AK?f^NnKDob|@tLdIa}8Cf<`0H@(G}fpgsy!Y7Di}MDzbeNA-Tc1RtwRu
z2ni?qQ9h)Ljp8vrq~p(|B!hI5IeGsXQGvO~LDM*0!iwBmy24}+xP?p?sfwo1Aq1TE
z43~&WQ*A?i-lw5Y;lb<^keGA=a~W=L@Z8@5$TI`Y2^VL~!ubMB8Q+oPqRXkaGyhlK
zI4a`P9Mm`q4z38uPIeejdo|}OT=v>do&K_Mlnk+d^a93ccJ^9$_8O_5y6Mi}lxa~q
zYHI4Gef%@HdYQQ>_lX(8t$Nm;I!n{#N@!{++_SX})6FW=4UBqJjZ1K}<`F$iQ7OZl
z#1x&Q%5Coa^XOU*yn-I9%g=L{AM5}j#>*$SFk+)iMcroF5fY)AP9ezrvztjOqCLc*
zP+UB&_yaKYuQZvhu)O-MxBG6@g(f%hOL#<Qx4CphEV>5Vq4kvH52I4r*Pbw-PsC5t
z_#(Z_<WQg+i4;%C4h$jVC}PVdnFd8p>ToCbBevNF>PTzhL2I+M4B*v;LVHW2jHaK9
z^><ovRv-HIiH=&Tg;|g1srk+})BS_}?2Brik_!o34bjun_dyoaR8<WDdot=fF*cUD
zrU}FmO&>6^TA8CR2V~4rk}Xr>5C8T8Cbi?;JGxMskBm|wV(A^t`M_WRo?FV1FMtEU
zl+h;v4dXj2!}YgZBBpQ`2;qx^;1E$!b7f30-A1hirynRz4tKlrA^{v9xw@SUApg&B
zf(?g{8Ui!p$hDQP&G)xF3M91j6a!)Gc<(9g?+W0_g>6cEbGOTieth&pssgnTX6Yrl
zHoU&-#FT@<lM_N6C((&~LI91hP=0Y`XlVNKfGb$oVxi&<Zj@1tqD+3L6&1~`P!uPF
z8!Y8EUcjVO)BJWo&!$!6UjkDYz@Howuc+Xx)S3m%ZQ{9wAI%tO<F7)%#2tj7f%sy&
z?@JpW`LZCe(zC2L8Q}Esu3#?=RY02$f3i+aBYZT#A#XlyJ+w#0`F{!P@!0=2y(T~G
z|4gr0Z{K{Pw(-%FMiL{!FRO`EKHirRuPI4>l1oGNhqzbn2eV*=0TAtY*g^D|bO!`u
z*IwJI7MrPSJ{9Cgs;yBL`|)SETl?sR6I5l{+_&~}>Re@K<!9u@L?8)Kc?j)i`zPgK
zfD4MJBQX@X5#?5yq1}3A5!G}1HfPp$>fd(ZR0r)wu#L5G><&R*HO+W#UNGRP*FZP@
zA01l3#<D!nlmHDLE*W_^b+3;S%`j5=TVs5|K;G$z*nXjGnsCFiYc^n5lXp0ZG%%&<
zT)I#w=mg~J^YzW~2@uXxrnQ5?l$sy-efCCR2JANeN(dSd^Ev(s8-FY9Ux`lyyDTVC
zj*l~j62vtQibOo5^eVf<`LAgK?vXFwF==jxew8WSYPDqT@)(ig`27}HQx6eW)@rRg
z)R*ES1fLX0zR7`cAr#8F0$4lrjNxVxCi&OAd&8omaL<9)`Cj}v$2e5%FT@b#6TEhV
zc5_wo#n+$5L+}X+(N5j(f5cGfzxon%%D}{gg)MaXbHXSx9PZ*j%d+TB?97je4@J!#
z?@br=@MY=8Z^pK=JowhW{AIWYEsYZ+8`l!#^7t}@p5b4{+&?p}k{bucpJuJ+OhnbJ
z{FAUNQ-PBY)DJ&_;*RWQ{aeil|K5qvWWwkX&`W}`1gBzO?lTgvu;5JL?W`A5+bZ@%
zwGr=Z(y%Tc$e;=7qIsghBUgHqQL3m2a_{^(ncb;9;0nAnmVP-=@wke`V^`m0nkvNq
zX#x6$FmmeWLIBSrP5$jM0xKVd23tN*nrVIt>b^=YSN5j8(+Fr~rtnR9K*}g#wJu);
z&b=?)4!UsxzzEwG^r^jLrK0gb6D}3Vm2t?Fbf0_vy#$aWFYr@uVQ<#xt)yH6=@tGN
zJOqkz$J=h>muLVR1dyJ8Q)f1?yP4+OOk&rm09vDL#F=KHRdk85o5seUP>%*wDzDO3
zD|9=<%f8hZd$sv^>9X8an*P_HqbLGK{;X7?EYKQvOT>d&Hz=1U)!a)wvy)rQX|fLX
z{R(e=wF?0GtYGlD9T<E#zsZ9dF|^YkdeJMYOn|VB0S*kA5+O!l1yIT`ye;lA35={=
z%j}?})oReTwqpR*0yc9hLek2<jZ)29J;pQ&oid3FF5vp{IN)(z1#TU8?>E&=4dY-5
zG@44uK&_?y4fh-_p!%nWO)XT<H^6ZP;yd$OIAJPuFiH4NFiS95INk=<$UD3<Iv4f_
zs1`Z%OWui#bCRe-PLe_2`Onx3@y&&qrw~TONgWlZTg(8GbK`?#I#Bt=l%B0;{(q(A
zNE^nR{)bZ)HBxgrKf=Hala<(rg>dX<m9PWBikBhfS{^!Ifc5r{q2u79=qzlB%D{D0
zmrsa*oZ+U7d#)EKHhs}bB7mn}bOab>PDsH+PrJ&5g6U+@Obx%kW1B)`y9bfkWyU*k
z(2c(ba6-ey+0|Bp?nQxRq1RFbOw9pi(`-<n+?wAIH=K{5de>Sbu4wkk;leeDbJQm_
z@2{iOfOdV=0$cdDWb!6IHy3XA@eY=Q^U577bzHssZp}BzL#6J=$Nek{_a~de4<2US
zuYidbCA!bsVw+fea!_gcNKIk|JF*v^BEMfbfl;;sPJ97hg@Ym#n2<JN^FwHf3U3G^
zb#ezwoq>KlWn^Ot?*n%|@(+@gaoUG%42Gls*W8!q=ouJt*ab25i~O34zvyt#U$9G?
zX~8MA;9!7;b)ot*kb^2hbOcPDBB~D2$Yiv5Z~6+@f_96w*?tq~uND4q>+B{dGI6ng
z&OU@%1m{mhzk{xAxjeaTH9vSH5+~b{+JjVwUHHkOmnE;ztvr|S)z-edxea|@aLp9I
zB7D2V4Z?{-*_&yAZ1^l3i~(h>xo9L^{&+ClWdZ^dVAxwg`>3R)#asA2=3g$x3E7<p
zHUioAWXGAp7&Md74-Gc4T?|(MPZWrhf%Kax$MXYIM<}WxtRv6#x&t)Ngm^$^Q*Qn6
zxTGpL0=OgN|7pXWsOM0W|7*=rFiOkvdTfHjqWr#mYGFhpOAD$Q7f&H@uR!j0XvX8g
zJ;LHPIB2dMAJgXI#FU%3pa{-SCfp1$sIo#?O2H%#&Txh@Wv;F1T&sl2TJmsW(Lqx>
z`b2&Rb<A1;9(n(HELCn*CE@&MleX3Bva_tn%dN-o89eZrS$Y>t6MRV}tw0%V0~F_@
z_qr-7t14x`1CY_oE3g~Rh|<9g<eV9UMtXXrpiA5szyB9lgvj#8^Qe}0TLO@yQ)~Z2
z#^2l#!OIb+@UT|byShVnb%^spO_q-P-bfM^=!PMn9AWCmFIII0UUB*C%V1A*4y^Bm
zEU_Sv>i`GC<Wp4UQpU<2mxhjlmX{G9m%jtcRL9oi0flfSA~|<fB24$6y0<CC79TJV
zxLm>bwNKg>pTVp(NHi`!HlrqkP!mvYQDxufU2@#6*Y>i0c=a{1a~c{HYuV{iCgJ^x
zWH^(d8!=nY+xt~?-<KX$NVz`h*EfFBVE)p3gem2&&DWU*01K-I$f-pI`R)Bh^TFA@
z{k$t!6)9=ysD+45<9Gm~w9c;4zzZ`R6(uFM!m?>_pgsUMS@CKu>_7PH)0S#eDR`gN
z#m}#2xAX|~S~S_CP~1VF0bnfMZ-kSucdxm1_es@>2H`^;ySqG6FVY`=_xWrNe2A`*
z9+M0ylhARp>x5QQNhEMryHqDt1V&BOKK_K)W2G|pc{b7cGm;iM=i8{yQ*0yWmsM7)
zr`)vk_P8viyK>5Med)3?l+;fN9ZCL%)C^oN2>)^w)%l)E&fDx!eSr2DiB7?sEYVZ?
z_l>XLkXV%&QA<n2+8Ni)rT>jO<N_(;UiASo(6!o<A>7|YUfcImG{@E;GX}fdd2JF;
z)C}P;y2(l|IdZ@AdcAU8PK1s28Zw(*g5+F>t!eQ%W{p|4hgO7qHsgM-rSMjW#eR_?
zRegfLDzlWtsbF|=t+JC#Bxux2TowEzR_C`0<ZExf8qo#z)g?d_4U{rVU#HJ6ha=YI
z9{66=&wkQ2c(|TCx?GK5P_VjQr&nn45)*+euy9t@)YN4BjKP1<nvR{rRS*bBNl9_j
z-;H`l*6KVYSZ&9(AupaWY?rU*<>lpedeI*|F|o#T0_~~$5gY3WXhS<c*OiVZ-QLBN
zT)om)JMSH==)KpErIqa2s!9T;taWw$($y9}vu7JDl18yV@+PAiEu%1fSVKSmaEIPF
zYsymMB&Y8XH6Ht;si}X*|6MAI{sY0`h(<t#w_5wnF-idT{fk2egQdRrv2{50%tiZ;
zXPwWo@QV+A%;0?FQv0buMC0yih^o^okB7RZqR~TbzVLmL@57mye$l}>n*Zj#uBI(Q
zI}6e~x2nd^b7po7&}H7Mq2&xYg3CtE2v;wk#bMn*jlgIjudW}4M5yg2ndYZz9(E_i
z2>QQcJZ71S57Hq&%e0ynymkcsoVO-jNd0zp^i<pS-)q<PseSD|kt}?hE6Ss$r3EF_
zpAwS1N&7~ooPbIYCb<}Y{0PC$&hEfN4&QCgv771PBDsjVVnvwYM){--gT?md=ID<Y
z_P#a#2Daa2yInxpW{THuB^#Dn(cqpJ?D3dY;Oh>!%i`t<;;DG4v0;uf(_y)?^e68A
z^_*Y(l6-y8?(|>gM5CczXRl@N^h#XgYZ#D~cI~|HH&_%B{;(6$V)F2`BB^iCrYfng
zX(5+|U2(%$3_ZG!56@Rp6RKA10JAc)Il|K?jwx29B~*F><Nd&H2^OyB`A^m5v=vqj
z!|ww+(F~B!gTv!gsf_!N>KmKt6W62rHYQeTs(Pg7GAT-*%Ferg9>rSU;Ybo|I5;b0
zFSM;=xxo7VT9E&lO5Ovjm>GYY#rzexuw{OP)NQWRj!%V?xDy#$fC3%6(W_5IM~5WE
z>u)WftUXttv@!R(eZda}d+&>Y8l$nXaaP^g_ioqVotIbr2;abFsvjA);OR3mkG1EF
zEG!v-lx}ZtuTSxWD^5wo%<A1}>gb9DH8sNfR(^KbCl#w0p_o6c<#oyT{9u2vl-{<}
zKZ7iC8QJ8UMCU|wnc;^bbVK~-j_w)V^p(w>gMzt1gf2r=pP{L*p6=pv`thl-8}B{K
z&m%v($S->Rim76IG6SaHAA6$7L;5iy&@7t`^o4Jo>8JyHDpl1DCSZh=y81b#B%8H9
z4%7|k!WLd#YZqieANCm|rF(Z14~8d0aJgPaPs*oGPNMM!_wDqbD?T|7yt;}l2uox4
zG;sL#Z6O88<?kGCMOD>GFKudr(cSSed(&waOIl;&UGkqlpRt9478VwgWIa9iO1lpS
zIEETdw87>=OYs0QuR>?<#PNG@j_WK^JWz)OP6nz<W?x4Le9Fs%2mocrLBU+8WJZu=
z#v8Z4FMTiD$ybiL$-&a{lX-5v5_q^hK`8T^{QB)1DOVcMpeBW+mCdtZB3on}OPld&
z7}Rw}Nx~GT(G^mMU2z={@}rMELkgNIvg+iQO#D!8Ctoc!-*S9-czE*iHg3jdK!0qM
zWV);8mJhV27f0big0wI#H9d(}f32e){vNkwY3W8V2sBV_>JWix3DGW;)!VzB+vkE5
z#f@ah#&_4AuexhkUoEnZRCepB^f{#!u=*prtgl?Blv0PyN3P}+G%@BOwFwMlh?^--
z8{<u_Q2EqV9tC3QrbH=hZ^W>dA^&|z5mi;ieR_TlU&;=6Xmj5Dy$l|?8&2%;|E*a~
z{xdjhlx%SS;InUIFv~3nA@tp?_GQ>CzT(cmD=%Ylad^0MKklVHsx0=w8n(pi@9&5I
z(Sg|g#w<ecoCyAA*kr-xt4ha%*qG+*&C~qgW~(ftE)t&ZQk=GT;qGy$V=170rW2M?
z^oe#ukJgv8#uYV=4_me|9*fql5XrG~+vS~5TDC9`JsrxqVB8%x!fizTx>4zLfAi%-
z6hkg}PL|Wxy6QhmN!+e4OHq?ZqvRx^+3fCrS1^Sfy`ndYdbo|z^I4EPMO^Zm^plGA
z#SjD#zPz2wXF+hmJQ^-M(~JH_5zf8u+Ycpi;n7$gso3L?IiM3W%QQUY0)bA@Kla2l
zW{g1=i0`*CL>M$eM+QNVK?WC=cp2t|#t58GnYe?^_6$U{C(k4@hTSGG)Ya8jzyh|w
zx8vef@}h^uCm5;LSt`tDzaSfaNQVS3Uj9zz{{|QnyL=u728QAJ`LK6n9$##jp+P-W
zZ*pzje$#<p;$N?A!|Ad@_HCzs`NT7lK)z@@Ro5tIK+gO+fF}is`4&N{Ph(?V@sjnK
zP+Vfu7NIEGdRiH8Ak1n_N&{q2w4J`CWz*KA8%qnp`{D;KiWH)YY~cof;Rgfc$JY&X
z45zCidN0Dc)zZsLk>&^0=;)X1%rxSa;=bYwVY>TVdpg#APuLs7+YT;VCiM4u&~#8R
zwK<twjnn<1K)h$1WBaa7C-3kyo=s{0&mOTlcXSRNy5-+sTNV)Z&ii(C{*F(EsKCaM
z*5z7uz7+V@MWnIUQNt9qd?a3lb32OCX^{)xjfOV}n)P87To3g%t<B8LEIf$=KnrhF
zR4)aWAXAY=&R*khakFTCge8$o%yH_sVe>U&MlIib(v&gLKcgb6<hvgN)Lz51Zc1Wl
z@g9%JhuW>Um)^|t3pOHh+st&ow$7_vl3+c;$-kRB@0s%6f2wiwW6~#1!X2j_Mg6|L
zhdvN^_DGVD`>;HK2;t|Ot#*gGg&>7w+paXvt2L!EHW+?LQbMKI4O!&3zOErtF|<~k
zM!_gMu=5`I&t87;dKb>40ky$Ge#6uB1se?a+Y5TRJmZHDpV^R-R+en_=GQX_?!7mS
zMuJXAhMTTX*zt1vbFv&toh3|JP`FW2CcYmWY?tbDU}sZ3*SC1L7TqTg((~_^Rx!ds
ze^b8~+rA=^$@Y(Zz;QornnUeFFm$HBxsK6U7CWA)?VrxJSks2=vhcTM5%W7%N4TwT
zxV40d6F+=#eMx>d!Eo6~J7oAl^8SoEQ8`{!eKNNgyV}xEL_bj;A)|O_H_%qW?95EZ
z?n$=AzM_fQ^PRr+=*n88Xz?yQbprx*q~+IO3zS_md+dKqZ4&A^PpKzTsXJ>Ok2NLy
z?}YPdT_<a0-Q6ds%lXSYT?X8>4Nxfc6<;K-u1`G2JL0wMB{Z5B5a)u*7fW8)$ifdY
z=dG4S$yemllLpbn6choGqB)F?q?)zAiV4dq3QdVKFpjyZNL`XtfA!y?wI6yod*R%F
z{D|0mK3Tjn%c3s<N$%aYiIyl}L9kIdzJ5##+n-6P_y5^;(U#A$1)ir^0hp^bKI|uT
zueKf$Tve1Uuzl^55~1dt^Tu9UH+dk<6{aapZbs@@SBdM@16fI(0PTYY12%KC;9)if
z*m%#Q!0pp(*d9n{XNQM0que08)0-jC!q$~7K6@)qkM$7{6m@gCiv7|gLu<NtZdj&q
za3gzezG&g0dvH@D?ZU9c5IO0L^2<hIb0SLVP2qg&S*-Rzk^M6E!v<ESS`(2d^dsux
z<urxw34b<QeI4v%k~X??K{-F-<;3W>#7iWRU9`2cc1+lC*o&_L7`VsnyzderT&}C$
z^XLq$Lk2pM-;HeRU>&He!>@}sclwi6;#E<R<CJdagLI8t7@(8iHapL-Uxv0EtO|OT
zq20>?(v_03j5kYB>$QeK)9i~t#p$LG^w#h3Me#nq|Ar4Qj#(@7a&g%^XD|=l$kBdC
z9-sKWe?5J%+EF%lc<n#))Z=bX!lyAZOD`T)ELp((<ao0H756=f`x<m~tDYuRy&TtP
z^2bpRZZ=zKMcSDU-4J|PE0ItzzixCi-K<w)Xar=jfgfNe$7pBls3-KK#s(X_I7zqi
zTZ9>N_OSP(x8CooS&vX7rQtCHlmVkK3I8%r4?zvX5v&Gx4}#u`TZEx+5#pS#Vlg`Z
z+j&VcIRlF=iqrMUq*{2BDNCBiNe~9ipOsbOx{Jb{_;KM;@`w+YH&+-jjdoU4H%;5B
zzKfH&ZD18Q-{cMyqFSt_mEA2Xhb7mH?(Gl=U5#mlGOf{Wae=yALCEC?ZhsOLIJ^0~
zW0T)zD};Zl4_TRgM24vJdFx|`bF!*dk$|YIh<6Cx^^ycf#{MlhNk%BomWP(~l;YL7
zee?~;O?8Hzc63xqAd(CHc|J0Q1&aRvjOR0TmWl2og3OwGnyGBR+J#mTgQzz8JkZJv
zIa;81pQzYJ<)N=XF@6tJ`#*RO_Boe7AJ0s`zrLn;|1Xr0<*a_m(3Q#JxEvU5^ngF0
ztr2pnM;#%3(U}t}Oxn!l-PzeP_jsX*OJc)4M9l0|-v{^j2@H+Wj865j_^{WNkN(Tq
z*9Na<_`5*i**0Z!JhS0d7M*Fe86#?zq$)XUM?LCp^+8?N&){8<uye2afA8litHlEa
zt1CAo6_{9Qd2<;z`AF8Ymw9ssUKtYx#5P&mW3%{h&7$qgOM$wBBGRa(BTRL|;BN%0
z>W}vd4KK%=j*rc+i<nlSu^GP_c-9pmY1~%dRg|6Hn`uw?^e1)59Hbp{_~)}YXVhoO
z=+1IfJ#LRImU&GmZErqlAj9Q+wq7(&9zFS64;4rELcaNMX56EIc4Xxm+s)~WdKyFQ
zKjTKZ&52OIM`ObF$EKrD9PL1WYg-Q_u6N9q55#9M!64C`mbKpddb|SiMNizVi!5!K
z&!4|JvXJ+7Nc|Zz+OKS8WHZ^C==_#O!0F}XcvJq>K}gut8hg?6K6vC>rR?X`+sf2w
zUB7sp8<1s>)C|ks8L*i0Z-)llOJAiWWyl>r(fR1yod}Zgl=Vy8_ld;yuVxe6U*E*5
z<*n=cG}Z+6WwO6U?m#^~6RkQa4|w5NxVYPThXyYy;8(_jubwV;28JHn9`XrPVqz{=
z6JZEQ3>A(t@lQdxM_gLL(=eQwkrigW4xZLC4Qpy6X{}eAM!F1HJ1a*YweNXe^jrU1
zA42$3P>RR1Jh&tDR@9Cv;A~?y-J1BOR&v3{V*~L;I?2FiQR=5}A%Vv%n!E2?b1qrA
z^m>@E^$yZOwL|x{Gu;4b9?ray>$0CnIrVY|EcQwZ2r*yQ&PF%Sz-Rw1V{v#(eYMkH
zKWn3?RB(7h8ijH>Xzw2sbj(78nJ|y^d|kxI=+(^Z?Ba>V8nblZc<iC)^Pn$hTqYdl
z`8q+ri$iu5s>Ut%%=vlr7S*WVa;g&;Icd3ydKp@yxK(c+*u3RE?@}>$E14%zKqSA(
zZ)nQOC~_z!d`ud-sF+&+=;f^%$i`Wioogz2qGl*LkkShawS3*h*k2lse2~<xywU9~
zB<7)l6~kohpd?00aH2y#iqcCPas1L<M9FGdh&~p%Kg4LcdyoUQ4ap`x$a|;_TR}B$
z+Lp}42ghv)PsRH_XuZiTx3GQQ?8uM(FkBzn1Sz&_B00Q1Ju`M**_~bOm1n5GZrBTa
z0m*n6<EZ-5>2hV-`YmG2YOhQ0vVh+Yet4W-%?ederrQCr+VFJm8Kr$T4&>w=<>4cD
zoE<w0$u*Tege7sC`%kj=^-cUF{hev-FnnfHwxivaK=QcxPFJ6YM*^p?J+WB<$GJ07
zA*$xI-_mA99Gnc;Fy3XODz&16?4i*3`8IBaRI+vh?@zd#wpJTV9(EnK%{P4Uu0GX^
zEZ8u)6l89K0AqPgnx(ccx6Y$cU(qjp{_5Gr?C##UJHrH2x%;HePMLcP_paa57d16d
zXYJPC$BE_?IBd#AWq_vQk^eVr=QFdSLoK)anu}_2cy6IYQ+xtLAtvT@H5RtOr*Y?;
z!~@klxvI;yZO*gFbLYD(A3c6#s`XLC6Uy3@{Sa5?kBa*IUeX{wN{h9j<sp;^4~)mw
zmXIkdzjKgJnD63#INqR|SfwwYrBM5t#+@6QUwt}t;V)W>C~hz|fj-?I_~a^+y{KuR
z@b3?Z<G!ISR=$oj=z8{L&k?q38k(-)yIRgCw!!sWnHxc>2n2%^(je%r!=esUiuZse
z`tHAX&zYL^N`LKh-6?3xEW<4n*e_PG$N*~~;6_UFL@2H*i$0|2TZy%S>vJK-;$(6p
zb}Nv?)-gMaLTvac!4VN1n!@46nW+2Cjbn8h>WCAvUoeP3f^MU_n<SV!z!^2`|2?wd
zerE`NP@XGfIa+Cx?fsp3{U9KDP+YI&`_RJb&(pn*DB^?&P9w^?$h;E#bGNg3*wLVX
z{%{gwx~&D=a(9A+;2oFG();UwF_=vrG8=!j>!_Oy6W$V<{?R-hYyUB`R9DxAs3prv
zo}oM|muK+rQded^$#z#8z%xc14IRZnfTG_$iW$K=M|L?k@Uucu*Tc0NZ`vXN+1k@v
zWGk{se{NuRu&5=5*!R^921o78`ZgEU$P33iB@jb$f8|kr=|}H4Ys@%Cc34A#q?I+&
zBBmOEfS^)}M)zHTc&+h~vYt<`;)`kg|3zWY<NZzw%bTwdY*ma`UoI2PO8kqg8(^iN
zF4##@ZfW4EREqW(@+DxS25FS3i0(@@q9OUD!N!-qx^iz%n@?%%vrzgkebyJqh(*W4
zzx0eyHfA^{<)TN1J{^k+Yg-3{sz`_|;+++W`N5lPj}bqa&HyOS+8NWu&TeOz09hq|
z+$iW_Ug?1S=^`#OtgVw?N<!)Lf0hxv`i;FHZ<vCL+H+!t5KvtB&!Ef7^Oxo_g?vR^
zCD`w079gX@WGw`jgXo!9N;bLX7d1S?mp}x`y8CBa^MyBYs8%^kU0}SghuxQamP+e~
zNbS2r49{zd*)5gF$FBRiU%FR^r^5J2H8caRHZIvgC%@j)O5+tU_5<D>%;kf>=k1g>
zv*%`S4o{1_rNGaQiAr{)p?MyKK^-k!u0xUjQi=*EE-`WT+#*f!ajW5<%y7Czb`laP
zmR^MlRN@y9uf#t1=DkW)-ssw`FHd_Z+$_M5x1VbIxaY?R!5t|ltY>$Y_xSoL`6C)H
z(@IQOZC9jdkfmS8i+q;C4?e|qS;y!4kcleBYYu;VW_ZEl?3*(%wp-7MIW|vYAnkdE
zvZNtYTuob6(PRUVj(3S`-@KA!y3gk48B<lOqNG-j2NFi!GC0wJP29@<Q{E`=$9sB%
zMUbw{S<DY;FYRu%QpCY&J`H6`^K(KWr1`-H^67MC&4>*s3cTP5A-tli{j;(0Ynthq
z(o@}LUs6HAS@NY6J{R=y@#E1*Q-|JdtE_7gpT=MEduEP;X`D=}raJe<^gQ~D-$>SY
z{(LjG3CbR!JG|j^73bY7-@;25SVVALJ0s<zDo(C1D8?>}c@=mTi$?id)5j`sm)~eu
zn)WD$>n1%>${q<rWBn{@7R2)BzYG@lv3tbKOp1}ASQI_5ul64WQ`*J>Ai9(x2P3X8
zMI)WOSpMpShuSbD)8~7C7Rt=7D%rBda6AJJ13CFgGx_>%{aYhtEk48nJ!Opas6yQY
z{mxN~uEPu-+R`YggG(2%(LQ9R34BX_-U491j<Z-mV~C4$XO&%#Xy{=%JlA-G)Z#}6
zkF?QtSE;HSlF4Dmi43`+0ckI;KI4=HiH0nQFqD9^gQKqL$LrTwr?N|zT}1b&hW{lF
zr2Ny*p@eELjN6I55PRcuN<+Fwh`UMT5RUmKw6)4@cWzC|qA}rGr1r>3H#XH@5-po*
z*KV^MG^wHrPhr8xlM9iP)pHreggp7yDCl@dDgTboDCX~i<%<-7&k?@6__yuTM|vnA
zSN;A0DN3NxS<UwNmje=I<om?T0#J*Zyg`dG9*cz^XqjhB#6k|9S5b>G)pT6A5}dvf
zO7E$?r}m7-!%chQ>o$qfNEq$lguVv_nX#wYd)<SWvsiUSb<060zF8navbr=6cLu0E
zs2;^gfKo}zOCBiz#{(QO`1jPazB2H6LC+$hCy~}=KUY{U(S%eUo5r3XfR>5(>u*KU
z$Ye;Ohk(ePlE>Ychfky8Le|I&@0-s2%gSb7{Ok<tZ{Ho(4OnDX;eBOax=I#w0sDWE
zD+?$s(#j0p@Ka*Lk}dO>rOO14+y%B&H3O!FdllpNIp^$M(RkF0OBO!a7Zm94b6(6*
zgXBOBLb3vYZSIm(e{i7f6kHvQ&@;&EiPf1uN1#l;zW!-&h!&t8h|sF`wQnx(AmP>-
zN5f!ee4f!DmAA1hu-B~U$f<HzW4*Ffxkz_RdVP_J7RK8Jx)XS_code3MH#hvr~xrq
zA`vF(aPZyaG}l-MR*eD>D*y8qjB{k?k0p^}Ez~>DXlK`W$}2s^|EC2Au(}ARD`?qE
z{q9HFOG(T~yif*m+saW+VM|hD0qDQKq{VqlI06_z2BUyiuRpwi_*qS%^ecCnjSzZS
zNWMu9qr(ioy5VnZBnDjY0{VAU;#4O(4+gd8OErYR+*(h`b+o0PfG$uHd&wgR$p?%}
zu8ZgvkV|EQcjp0`!+>`wZ^A$nNloJ)cC&jCA>c?1`bh1?Z*-IY3(E9g`^N6Ndnhr*
z^!?H+B@H-E$v`AwmMf<0Ej>C<udAXbN1~o?vb+#QPh*#dI5&XLtgMBmVX&cUk->$G
zq`n_w5Ay1ie}j-yVw1jQy$|?*{-b@mmdl=?5I?rkP{*R=mymE2*}iyL)bg=Z6^Tfg
zq1d5T!+<4|JD0H%hUFA(HwgOmXocj?DN)}~`k-I9TvM^&Ee*8|{NFk&qr<q^RZ(*a
zn?hp<f7breG~qe5hhQh+=3;)`T#NqDgM=;<kkM@CN;vCsCtt-f(|Bm)vCk-GCZA0J
zS=H{)-LWqcb^K%DN-~Rw=Cft5o;V>&qfLgqf{tqhx+=fCS^qwBk2}B)*gG33Hv#cy
zxRY|cYd2W_^H6rx4Q&+%B>KR!Y$o*GNNGJ6FW1f-ctfBLNp7`B`8%ldbI%U`u|anz
zbyUJQ{pf%D+LS6<YVddPF8Ce0dp)0O&c$u81jr(~?6>9<@<U+iKhG4LP=4*tU0Id$
zPyM#On~Lwd?hiDgz@MDNh?h6JTlf9i=aiS(60um*IK0PQb=9#SMz<WSaucVd>9dW2
zR7ra63GV+UtF$s3j;;CLZ>BooS~-T7QT7Jl{zyOZ@|pz7gLfVE%ZoU#gB!RNkvLzD
zPGTVHvnaZ$>I=K*gO@Ol%kr+WxS=7w$)?|ZWj%-fKrS=*zw1sS(`76o>6-veV>dM8
zfQG0XKO5=g29+RB@#N=rEP#Lec1B;CBDy3`@T$!_p$ENWtH;=UO!|G2*vfD@uSvg0
zwV&k402uS~8T4BHwF=3qai%e7sdcm3cYkhzK(Qf;hG-ySz;dd;kDgXm2-`a)aS8(<
z%+Nc4XOYh{9V=>eAuPPytYFt5_EFQXzj)+#zVW#aR1J{wtk!rg?~|)nDqfcpCmO78
zUZ)<*nG$^c&viMrbiDKiKHE(60oA%>V~%+#!xE;L9(Pdgs|57E<lm@Q=syC$-nZS(
zFc^~OW{YNde7nOlu-|GW(=HO#=E)DXDkF^Ej10SkWdOgT)-~t<V(Y!*sea@4ahnjz
zUWu{}vR8y65z3ZL*)wEi6Uxjuw(LC)$KIlhgGe~pd+*IL`rfDa`~CfV9>4Fe|MYmM
z*Lj`$zV7RJUDxw@w=%fv-)Hc1*S|?JwtuRspX{k*r0<^EDz(<7Cyn7j$@a$yh)^_t
zB_wMu^wWElgsbW6-7Q}wRHlB;9$;&^d^~UpG&A4F=5$m2xOd~mkVMw|%S@zqleO#B
zN*}YNe@*n0G_fI-yZxW!qU!wo4unWZ=xyXZ|Ehc83lkH=Sk<EmR$Czs`BiGybDkzP
zl(f*?ySlPVd~atH`?u$V{O~?dvf2K;0InR^0*_?Pql9VVGOA}Zv?8)IU%nCDIbM!t
zdOT#gQ#PA982;yaGmXGn0<cSk0`x~A><h?mS~}JN5@L7}l&9bL<;TtF?fG1|_nwF3
zbD)PgsV843x7@f7XrFfS<@P%O7P0hc-|Pkd7J!W=ZuA)bzkcEZ+rx3}t^oFb`yf6o
zg#zh(Y(AzNoQlgnQB3<yP|-5y^4q06OJq#2D<~#JPA~a~Jf_l49VAIE5!C&jjs--F
z@j!SOL*gfIgn^pqUI(XnBSRrqC-t2vM;lUOkGIkf>t{xcYPAEF`8|CYWzF+{ySFvF
z!SR2aDSW?)D(@|bKX1Onpq50Y(v$<oIvm(H&-HwZK&y~=VF4kNpiXF0oy0`f@EYjq
zTKx2gHh9+kaBltA*hc8u^nV!1oTq3WNenHsXWbvm_10QY3@?pv&Z(Wa4J=+JE&P0s
zl)(gV-#Pa`n1wb2yB9!;YrDAGy3p7uQubTS73ih|=*9mw_tzqmm29G7oK@qA=E6Q{
zb@IVXH4*>!V~I3Pi>MR87v%9iUN?a~BY>jNHr^pkbXK>z!>E&_>GtT$!Z*4);D>HE
z5bfckAA9b&sO<d94%o}fBkv`HnOZodOVdgJr;cj`Ya6X<e6&+=y~>+Bj^KH`T(R3b
zX5%w3#Df;2iUAWYBBQz=&RK$ez1MwCl%Q2(F$?34%{X<r2L!EfwYv>PFlvDT=x<ji
z9$EAE;Fr8lHM)NqXrv)e?aMj4-2cppU9!Pua~VG#_u2NP`oF&ZVHbvaBU9PIoMa02
zPY@AuDI>fwr5+`a5hbLV+0OeX`L{&ZdSH3X3#>)Uf9i(dnUeXW<^)iBtkLRs$g|i3
zgtogsyf%O83+MBN|GgLt&I}Hzw8#fxwzkg$e^akKd?4rwDSf@3@w%{o?Ei^1tmg<6
z5##Ym=ax|lbYC8eQH_x=pso!3iVW+U$^8DTlY0^+2qP&Lccp!>=HVU9%}mR``}Gg>
z%3Fn^kwn!#3Pyg%tNveI-@i!crFkCLFp%<kUHfsH4rdQi5MdHvt9**t>+0zvC~NMi
zHOmT1-@z831!U*Pk^a%!Vyz1ntpAn`<Gr}YHa2<&gQ~P|-OL^vcx9K-f$9mIT)sfW
zi$kE;bxik|lUtypn9)*1l6$NEyxk>|-e0#irBK}L@yoJ`JgT>2k%LA6Cz79-ALk*l
zt3v^bhUOQ)mOMP0o{+^c^n&d7TkgthX!)||sF4&YLl!rbT(&h{1vEVTdbh6g=_+io
zv16hX2xPL7@$}vLOI&<FJA5i{9D_uK`*%qIqOhw4<16B>#N&<x*yOwt*wMK5PcaC8
z&^CUP?3UU!G(JA*ud?*?DK2_qqP-s#@yeO0q^`P+?;Uvo&hpbHNzGayCj@rjACi|5
zmY4}ST^#$!nW~Q?EN%le?zhGO{_onAL+pZ9f_L5&XY)DjQ+d;E7JZy^ImY-bq3(b5
z#Fx%CCEk&}%7`0XS=dxg$cCffdHFcOm>FFT2ZIQtJNWYcT#h&Gf9q58-aO}0$aN7_
zWL`U5AR^uA1{-S;p(N3l8}R$7XG<R&RCfpE&}LkAy+I_i=Ksa0=baC*B#ACTI$;sD
zZk!Ok+0>+a2a;+q^X&-1w!szVJb|q{v<5`kNA8%{SUxRcBjx40LzwM47`cmZRFP;v
ziraS*&RHN~<7XXMtIqpVnePKdW=}&36prWKKN_80E@?|;kUo9-bn?1$bCOXV{C|%E
zFfMCqKo!$EQ^}euc%Y~afKS-%-r~uomtQUgW`?)k6o!t;!)E}ym&hgl{K0?jzw<2M
z&z0+3^!2E7fIvGgvJOGmuM4sj@*sUiu4Alsg*v%tKAQ?XnP<;vqjs-bW|Ko7Nxlc?
zUi%HC+ix=acc?-FM)Ln*W86K?NOxUEGAR}qlka07NIZlVafQ+&Zq1!;+8;RiFzFCL
zF%1IN3D+t3eD#cGJ4O>FDoZvesWDgxrELo?+{W%Nk4_|b!!4!C?0ZQ+Ya~FWY$X`k
z|GCF?Tv?r2bH%YRw0m=hz6(;q%N35jMsPS%J5G2h^-c}}Yz|2AZid14XAd`p-Jg02
zN^`(?IPfQS`pWaH#PGJnZ%~Nw7QW^JC34DhG`wfjS%|CZgzQSY-3F)0{+~43&bDUp
zPmywZ=dQr?o4<%o9~oj!W;sa!Oomvq4)|$iC)1?;Bt16IjIm?&WinNPrWkfe7}wC0
za#a2#pT2~f<h5}<g^s1UhM`w?!k(?+&X<R~9>08Ko=7c&(j`ua0XzRkuT8<==60|%
zOCouy3+ETOg|QsQzXw-s&TR-$y*KEX`HMd<tF=2fp)Y$_d>+z6mi`jrga&5MZTvsP
z^%pLHqq{N#yXS!B^DF#71Kl~C5K|Kc)4wE6*&Q$lzx_{>dw!Q2%>UNr(%Ttd_2b|f
zC6%K*1B~iM14n(fouQb#?AS@=SD16hZ3(0KA_4ozQKUueGOIeR!EIj$EdTOHlyps5
z`s)tmw?h%{L8ODfC%?-GibN3wbS(lpm|C(Mi+pj48G`BIVf+&jNR>XOJ6DJPP)K9Y
z1$OJ!IEk#ebLuA{aLfdxSq%(8I3`+tbU8cOgBTRCZ0kZiH+LK!6}Y6`mJ~pO8=JRk
znePiz0Y=@4DLn?R)B`9ZAahj_u~^bOn*{SNOcSAhE|AMyzHEu2l~B!$xAIh!8U)bM
z2HWF2^X(S;J?h>~7+|^NH-D6Jsu+p`$unO~H^9^S{mo4$+j6TM23jowsPOcSGa>*-
zqB?%cMol$X+>ti6!Ol6QLn(rZ2tsU&I+=GG|Is34=h!TPB9}!ah5TjH9H6QJxu5bG
z-7@>yDvX`4i3<7q=JLRS*k|=5Z}N>HB+<6A8l`G}MN|S8A7BaK^3u)6wmj@3x@!7m
z-oX{77=XHiH`@H4V;f6EQCucVf87AiVj)OqA%gJAs%(DHxawV9&#q{$Al?t-I6wPd
zi(yWat?K61<@i>kwXu#+4A_(3mW?lsdE?1JDe77ODYU!?m`;ChDudJ301iPXQQ2Dc
z6Bs0(SxoqwOTQ`=V6v{us^fAKyauCBsYGEFC;?UCc+qw6)*k>J%q}WRpnxW#?31m&
zjS|_?ds3xh4wB6L`yA!bKYBYqn3--8wWnMP;;{e*K?@9X<PRepZOYakW<)-OUvqL)
zDEErJd$QAPia51Vw3C93AgL!X3YaJJpJ`eiG!=CiFvgH0>D#1*R7sY+*lI5Ov{}^K
zSSmgXu6wH1Gd31&!ev1OjE-uhN&ERuW`N-W#LGaC6-zdy0SD?_e@}M(N%<Jv8Mkv#
zI#N`X;>gsvUQ_Zs-_Mznlpzcx6RI_IgI_f<?M?8;FNAGMcoTeV<tRySDXpVMq;i2u
zvEWOG8{&AH3i7q%{S!_4^wlfeXCGVgv|$HtN13_3eCoJ9ApEzg;gf&D0gO{nvn_?%
zmZI)X+nqPIKDtASMuqWkel?$6F+g<xYC0G~ZkwCm=bfE>knX*muYax1wuLB<7FEzP
zXOvDPLea2|R->1mtiPMsqWZ{zuU<rvkdQC~>=L`=Q7tnHDL!1fX?n=y^L!^?17Dkq
z++c0v1JsWVyFw61$Olg5trabh^f)@sis34E1k{iiD*heV>UMtM?zW#V(wu$jMiUlp
z&cBN{1@$r>Q0cVFWC8?(vg%%sZ#KC}t5)K_YG5mALt)99lfYvX<`JcrtB%wKnNzA#
zu-zRh&%&(%^m!3tPSU1E64}BAvu_k^+DUS|&yIAz;>Y--p)E0;IDKn(-qltMogpDX
zRm4>Ma2a06Bn3ZO)R{`4HNF#xVI{QEwe%WTsB_0GWKO$F`J&y4F$$L7j@d!X#Z6Yi
zNp3!V2B5;j&a@6xpK55Ul$Co2A-SD)Ii`LIK$2!YVr-oc%qAFXZ`X1K3ap5rA8m77
zBpG)I_=8n-4MD}Aklu}5J<AJ=ZY3}~!}!4oI86-y(y^fzcu#h~j|&|iTj0zak{Xv|
zyBX2);Geqxz6N@WS7MYZqv56O|5M#^&T(_VAN)sO<ybXWNJHmu;0U?BvA29i^{vJn
z*O$Se0%-#gUDG^EQ7*GHRjV%!=SJ`ufOa^_Ct=3)(3%1>#a~?dufqFYUb>6DQ%}~Y
z9xMKUDDUK>xP8-11=K7XQ5%~<ZWb9Gg#81oCSfHFY1z9e-U9B0r5LWuX>Mk<01t7l
z4xUv#dIQc!F+pno`i?BR5JW$<II)NK!Ta@MWr2Z$7b2;^0Qy_alC^-mANqaEiNvPG
zha#|U?ihj&G|L=Nv`OffG^lq3Y6khD#dt@gWdKhwEX(HYr-OnD1`bC+@eGFnkq<^t
zM1qoRh0fFJ(*ca<KIv7NLmtgWZIk8`drBuT8iKpvSgIy;x>Fj61It>oA0#!$Ml~@>
zk(J5i?Yo_7!JnppS#UvTMxF!MhtK28B7I}t`{W#09ihNJBzDxF&O$j)O<P1pQo7fT
z&Y3WhK8&mR&mg}CUdj{$B)ni)O!R^DPp@pP*1*7nf>ORrA)Y+HSgs>G6#$$_QcaMH
z3wGo6298n*nZ;ctbzPrvD#+vZZv9y8+PcP9oOVp<py1U{Wx^3q^n8Rg)_bXzr?+Nu
zh6^~dkzvwjrXI10Z=;FYVA8^KgFet<Cxj|)u3i6Om-(q*2k`0TTmk*FgYM|NRtKxY
z|5T{Yl(z#E0^Q&KQ_y_K5&%*K*T({Z1r#}zc)I+qtDLExt~5JzJQYFsZ9}Aeb>_IW
zHq$xQ>m<8Xii1~^4Z0m2Z@u-wnR)H>wWDigz0^Z?Qp#9dbeOFa19F01h2?0sqvnrl
zDv44;b@i9_vxSiQR$HJ?YX6+(mL3tQtp4<SBcaQI114Z?a_I`962^MZuJ}E-M?C#E
z=XrKPtgCfz&KGDA9YGgAzYcbrVgGkp5y+YgSmqEdOvGlAria;5ar!-^)D9w6KA2A`
z8zAkqwFNBval<Wj0%%dG;XNgFV4i$fE}`s|gv31oWPRl|P(~Ek+mAiRs$Vi|TI2@A
zB!UvqGYgKo?LUloI=tyo<qc+-9Yr|nCBONG8hz68S7sOi{<?k!?wAEQRK*X^@F$ds
z4BfYjzAZA%;rPPw|L+Fl)ErxzQ5{dd<ylzTlt<@VJ`d*x1z-+v?WfgW&B~2s3lwp`
zlQCwBrw2|rGCx4220zD)F*zcDtLi{ei_ul`lRdsYP!Pm{oMMl*K!G*GQ!?+CslZ(5
z4CUh6eqnyRJhSmy6N&?JJP?owvm)yC`*9M%gU$pz2Zar9lA)jCm@4vy2gME}U<y2E
z{}r3}GKSNL286$#?JzN{URl9!{w+z+sUc+x7xML|=L2$e;A2J?3;`SXx|h-*=~dTq
zvTy`X57Ix)Dh~D~^HO3s(=GdYVFdERIlbr+rwZgvVgG?<o4iY6Knwfv(GxwD2ad1r
z#ZVz#T0$RH2QQH?*Iy5J5zE@E>rUGP5S-pe`PY(SVgF$%*}c-A8-D5E;e6LyjQ+Xp
zKOFXLb}pj<XghJM{-l8@&2MUW&VblqMA!W^J}O3&9t;F4qH9m;$hdo7C?~!c{~|@o
zaQ1QL3kN%hNSs}~%xGuNcv$jI+Or_VHf;YiLn`2{Zq~^u3xe{$Z-_<wQJE%FAq+Y4
zN%()+8_+uzZIhq0@jjQ9Hs1f(g<w&B;25@X!L9?iSq@Orsv$*WVEY+8=2RUg=8o>&
zu;dlcw9wG8SpHiIZI!Kb@=K^DX9~2|2WUR*j5~3w7QwdbVZY3d0#H+Sh3Q#Hj90;*
zaW(jwqW%&#E=>}T@yw6D{_xl3d;KI+8Zkc=siLhU#gdk_mB!SP{h%*5)VAA4AR@Op
zDe%t~kYfV0Cd$m3W6m%j3tMhP1F;Vr3NKQM!}j|Z-4_L4o&v~i<=jBmu+!3FKV)df
zNu<|7r#>L4a?U`59oEspb*vO*njraq{gCE6nSAZhPqho+SS}_uT5s5M2QDdVP<mhq
zGJ7i+NpLlbzf2GWlA!wN9Z2xt=1;%~!=4v%CyTtbSERaT3s*~4U)jfG4&L32_uD?*
zy%vt$l-Zrdm~Fs6n~cV+3~%yNK{TwR6|m^=&1eyRO$%XAJ#X6lqQzbn4q*U&7Wn=E
z#qY_Qk7=M)fQK*`=`e^}fAqWFnm&soWs>3R4mA&y;=Nw##NQjtXh{tafU`<H0_|5I
z9rkG{UQ%-fz+e%`ruptee79l7-`5K}<bw5kXxiCZuO7BuEokKqC#N;DEgM<pcpEDH
z$-Vq0rQ0)=*<AbjrQ0!%uJKxCv)fKAID<>L_|J3U*scaX*3?<USn*Un?Aa0hAQQ(k
zVDK3^wu6u5O<<wBPBC=qgCS156V-|(>B+QrU~FNW0TgnyuJBF-LAtK$3#7%&M!+t2
z8J7u_C+UIUx_J{r#T||K`9P&{vnQ;VDuGcCckCW6plN@G_q9<x)tU1_3i?1nSELyi
zLsBo?*d`Zd4gN7m-ntapxw#Uxou~gg>l(z1>2W&aiuv)s{FFLp)C52l(#IjI<!|nN
z4K=D2gpolO;{`5MQ#89&lMQcjmbOhXf$;l{<=E~;wG?ftbbUbZtp#&{Y|)|hF`-5T
z+k4k^Zq*pmWa*^l*Qc#b-`)AGi_fe_Dm|pbTcn9j_Sv|el6R(nYf@Hf83D8=jT=zm
zJNSV=rld@4UF(WQ!Mm~tj&)^frmxdb=*us^!!xe;Ilcc>#z`7Ht?gC?t>*x8RO*E_
z!9noXRgoIlyo1hF#jwA4^V(W=^Wt+O5S2kcB&I=10zN|z%Sy;n4dfTB#{eMXvAD@2
zQ4J1GzhPQz9m{3%;)fm0$qwxHH3zEWz;ZYN1GM0P>MQB}|3n-=e?(X=mOnZeRF60Q
zn@Ei0Wsd80vWh=okHhRTiu=bvoM;FX$h634_DunJYvaHZwdr&oFbXmR-b)IMf0v+p
z^h~hm^<>al_{*t~AlEdC=Rey2`&^(&hc5jVB-L=b1AtL@W$-0VOBa>MUT?t<=hw;K
zKlBmZf^d-`NtJ=by$y~PBA^1>kGNsn3D$oJ7>xvyO0)tR|B`I`BcG-PyFK%{S;HCw
z(s<&9Gx@7}2rQc8#p>OwF$@2;3$Y3zpfKvw^|msxCnQ7S`1cY(7UZwln>D@WkPwO(
zt5vVhCR<_;Pi`TwgD9ukqMf2@iDM8WEC9$>QbL$vk0nKFgn}`BbC+^uK(Dwd<gF))
znCu^7tM(j){wgvJ<G3&6RtRyhtUQoH#WHtI)J5Y-9a1$DKz=H@!0V8T!)x+)2cFd7
zJKpQ_D)-J^!Bqwl*zW0u9Y=R~kW2Q&H3+KMu{PjxM<PHOY-P*JWZ>$9ALd_7Wx@|B
z$!Ph8&mkg65%)5LoA7K%Qwvm9hvM5P2dyMcs`S-dfl2W6G=#RxS~^nV5zFPf?+DMj
zX9taeO@vN*`W)%DcXumU(CEJEPU$#`2W)pHQ5WfM`34st#%=5I(}gdUPs>%SxIpz_
zBwexkq1DKMZ58S6Lp}6IR(Ja-IK7QD8B)v_+|ZE!t@@(dp&Q-OGK>23(V#F_&i75y
z$5Jp4jo5w0vtZm_^$Sh!ef7$u`k5P9aCW088)HvTL3Dx?Ev4<q6294X`G`FAauw0$
z_<+zBc9#{ed8@UZ<<>KkC4e-X&62gr5`a@eKha*?%iDYZh^~o0<5&4^?dQvxuRsp~
zcQ(gUPKe5_J`@D3Q|XC}E=azJm^5r&)HrUS|EIW?_RU$W7d}7JPTd>O)=tmkj6~-9
zm{sMw9sZ>0k;{N^UZk8vJ(!PUPXRiSUIaKP=yosyy?x`j#M@fwDcGQ85!m$MGES~L
zGZ_c3Uje_rsl$>D!6UW#gQ<%RG-v{y`z~!bCavdM$4(af|M7*|pS)+Z2H7Z*?_*>y
z^8g7E2c;ssK0(xMn+<(hxa%4-<${PH{K`~nq?R7A9}K<@Yx5I<L!dMbgABJibrV7J
zk(P^>$9l=Q6vr;wTM%G!;CMDP*zK=9HqG+K?w4SGg;Y%Gy*NyH<2a;?b5+eKqgF}A
z3Zb$D&=tn0AOOH(g!k$c|KcLO!V83s@%!-b`LfUWZ%fzur0>WG*e6ZM{$CU5hzPuz
zg$d2B_MwPNP3B~~7tAs?hn(i+xwj#yEjTnQzPs$gkonCh0>|1(6{n%-kgz9CEr?EP
zxPKDZQV&BA+{@^=<^6$e=JcME$DYUnzM|5S-kDR}sX356t9SEu!mhH_2hs`8$^-1w
z@B>tW7odtwI+`~$YY>|S7vP79LKVp3s)4iAe_Z4)y6+2@j(%?cw|mP--nv#=)PtmH
zJd8Pz8BesVfBuv3pZtMwkuV>t^w*bcAT6yunFY?qdmx0?)Id<$H#QY}uD%|j{;@D<
zv(8R&dC5m}ex4|~pAS6u{HGp3xtN6ouRzGd!aYV96*e(@Z=%NRVG!^h2Mhitvt=7H
zZ$q%*TztJ2@*qC=-n;!v9N=kFg=pCeAk(xR>#rn(846^b(-mvOe@dRnXS4-{vTsEl
ztP8%esH+(GRZun>tq%@{cM#yxTNd_90e&)Wb85*Hr7++OO)!k$akv|k09)BX!`d?l
z7hjHnpEXn88ySQ7IULYF)J^{~dHSoH_Gb4yo+VgWy?!Tdz$+6dDdFK!Md|vJ`qKWF
z1?Zzp63M-d<Is%FF*kCr&sK~LUFb~GCL8O}WzHD&*(RicUX6d21~~UD7FEapv2{p?
zmj8;N#~z3+5rXzx!IVi?acO*(M9D%GZ?%jD70pi;c`<AzmXE8@Re`v0E{Jbb%h*S<
z=!PPCy~^9FW6<%C*1LY!dQUGOzMaRnaIZ9+l{UY~ZU%iJx_WcZ=$YP41|q5j0N{1;
z`Bx&Bjt2mfAOZzpg1o=V`Kg0I2EsCBV)!nEq836n4xQb?`}mRLk2<Fm4ZCxonZT!-
znr+fUFrAc)U@s_wyn$7743P0ixe4G`k1OQ<1V3CneB$Z#(r8vRU!Z7f_z0rDPJAi#
zB@bSmr*@Yy5h(#CnsdQ+haQ_4iN!eV#LgITScbelAp6?-wx~?UMM-=grLF5H4l-NH
zUH-_;OIXeJcMy8W3i2Op^$T_Rej9mOBPcWcdVXN(eJ#v~G-dh|mq9&SMwhq#8{9S~
zqGTT*cc2u7wvcB}1oTqcu?=$&LX@%C4*L!9M5urf1p*Tb>U!n7?}O1>-v!g^s{O}o
z^ns1Xi)(S6<*M7ucQRa8|Ati_R99A-x)I66W82!=dMrb??~Q=bw83C9cicmk^r_pB
z&5Y_5M8|b6v^fOf;WPU?2F(gQAVKpDuE2e06jqAEi^RD5iZEVuW0Uozfu~O>DQ2QC
zcL{nq(4;_LLL}y5M-yK(w@y-MJKMAUO46NvB5NMg6~)1hZY3R?&WDlGSAGNchD-VF
z=DpsK1U?j~(6%^qjKk2Mv#y67nkRsVVoPv>m&w0*7B83sL)bo&GTFTW(vI;7n@#m}
zg};ePBl<Q9eh6w>+*1QmPE&`bCE^hpPVbC^YYhNH75mq`a$Hp%#|=(hIzJlwAl&KT
z@Jn4I@OCiyxb{uXVcul=cr?8<;9KvB0U|?9RU+K>b<aWhH+0hf)|a{3k`M$7kWut|
z081eM*JM^07)iBofBWVa)y*dHetDK)P)6cUcc*}!3)zMdZT+z4!N=Au;1`&{FND02
z36LOpE%pS2ivIS*aIAt>sljR&a7opFAq%R+l#I|A<*-fcn<wc@fb{#xq`wRzB>kbt
z1X2q30CBiLGY3fk>oq4J6QBn)dR=eaS8@17y$qi;<vArs=3~Kt_oc)4Lwfh51Ed9b
zNhLok{*SGk!0+`F9ip=M*~(x69QXAINe{nwU^%$WAHRR=4fEF19bC%>+JGf7HjS5x
z(JZ>;;W(wE&^8h9wx<V8&?*pHP!Kxb_!maGALLb_hRF%qnTkPAr;)8bXO(_^Rt=A5
zVf4|%VGiQ}alVG)N^-;v@W@#tK0cp~gtz^5q<k=|64Avxe`7^dd`FOd2x3cR+4K{l
z*H=K%PNwWj9HR71Uv}GM7tcgu=aFID%j0sMo7q{}s&7Q&ZP8JdFZ9Op^7E&B0=<`H
z6;kXlM~lLK?G4b9LZnl6A(&SCsjRE=i$XX^t3*uw7jX(#f_y++g615L?F(C9mURB6
zVEV9v((y!kSBNr%K1pwWz>Q0g7)YH&#u$a;?63@w|D#5HVh+CXWjWYa4nYKz#>S!#
zi0ngRsIF0|v621^4u#I<X7ETZ&-)=(C|?t{4rr~+=<u#Cx_zfSvJSdqaeg`h9k?Gt
z$+rGk5$#pJZwA3}G{%?gs+Z`TUxh2@2;_0E9cC95gCvmLnCWbR%3tyAK^E|9goLcN
z<k~<ok4cRXB=h<rf!zv7xEyG9@~*enwH369<9R|19oKthikq*6^!h0Qz$SGY^n*+N
zu5GB*JHO!##pgGRO|Dz20Z7Or6<m~Yz64MufXg81^GnF4&BBIKllX*Yfd9+u3-!U@
zv0V;U&lZpYC4<<!e^~dTGjP6KxSao~yQWd)$UwZHQl-N~Q0#nt0q8ShA&#5AP5Aub
zfy;x2pubQG*vs136a|=jfAq$5`aSz}A0ZD4qdRy)mX%}A>-(=oRDt%-E~le0A>a=T
z(_<9t0iZ_(lVT1>+ExMO-&GcPi{=*%sNoYmN;W83&frRxH*GJdyf;A!Ris6Kgy7}&
zuI6#WW*y8RvPK@q`+SWR%;nOJ&wR;3OSAaqIzcc!jk;WXo7S*nce+N$Md!Z2FVg0H
z3UFS?IERK#=<W2{zl>+P+3o*${?X*RR7;EM3*y0Em?<<!RL-q?@#OE@r%FtF_p)$H
zCS90Gl4%axsc-M1Sxl4H@2xN&r!l##r$_-fobnm>_6^d?f=Ljzt9VtLYQ69f3-I;)
z<uQg$9oXcZ7+n;Br16%?LS!0Ac)g0|W4EQirA?w#l~%?iz!$zfmn+Z&@?5u(Cs9B`
z`XC27VcM=}_R_ulXWGU+Gl?-m{K`)blS?0)<E{t+Sug-FyOWB`xtlT5|H++B4k?;$
zBiW*Dj<ySmj$G?@K(a-lQ35S}flw7H^HNpUFZmU=HXE7~-F}$|eIiS2F=_nN2}79m
z;Mfh|lPOWBjE#m7Qv>MI$St3DtCFa%M7^<apYs4-XlikoYT4eS)Y6=$r*|OqhQHgV
z^bFpJzSCIObo;&>cZ!(<TUrr*gFTM)I_Ir|y*vS&CY1^6b`!xJbt5^j0oOwQvyS*W
z`3xu_n|9R}9(~0=4O*5#mzzJO8wi8Qqf4z{Fl$mh%!H95qKmcLb?(A4T5@636VSD(
zhr^)HS*yJ5U5E(a3_m@k_^L{O>mN+W@T(4t{z@1&`MH;%b>aN^5V?eJ-gxrrFq5jK
zZE;}q`Ekn|rId$Rsd}lHt*3l@VDiAaoP)7MdQa=l>75^~q`Dc;3nzNabn;@&?b(Jw
zXDU;x>bbX^nft$br|v5YSIT79^PmQqoEBO0e;kT_hc~GUnJ=wx;;t9mKF|m0)7Ofo
zEcnZV&A@m-t2TqHI;mo!-Kxo2H@`2H@Ro#O7xFAuQ?Of=L8XP%bm?V1^AGq0y=nIJ
zHcy?AlP<RjUTtAoWZs{owg%bJ(r}GhdoE3F|CN;2PN0izW&A*FuO%8IuI2r#C0z7E
zs&DcAY^WQol!W6(-#^s0NhI5YFQ4ZdxR&#dZx#Jr7M57xcI<mFe3Dy8|MQ~YSC5&1
zMV-7^iic!Waq;%!#D)fOa5+oL$gTCyMn>|NmEC6F@0bWAf3SR~Y5TI#XF1?w-WXd=
z=yQJ2M*$6zt?aN}eJ%ve*`*<64*~mfM06x`i(c-flo5;?1O>jDkm2Iu?q1dbMZ=fp
zed2)m+<RpsrUjJJGXkdgm%Yhoi)?})^tWFt(6(7V{D6=pAH^4le}*<*7=iZu;xXsj
zqq=~ZHvXnK<26(|nBy_fkD#)k9Amg+zmO{+Au(gXY9u(*sc3#)C4zl9-5rn@bJ;vQ
ztZ;I5=gL~7UT$n@->ksZ$WvQe+Q-OIx|$1u|Hej%NL7tu==aT-n!ha@3AHsf!NC42
zEiJtZeV#l`5|fv!&WVFHDcyYk_Kgr8MmEOi&fmZ8bCKXwP$tgW)fU$lW2oQQ^yYIc
zBQ$XlY>O-R@M&wi5`JvQX7)!a_7l(2hSJ*U1^RZ6g9B#@Dyo&0r_&1N&uJxP27K+y
zRPUf+!IBqk&X{wswT=6N)-=W(6;ScLb6^ZH<x{nKigs@v9v?rJa9=Gbql7da{z7j#
zA3_ZTh(Q+pFncsTFnZ=Us1jxaw9pEuat>d6QLJ8`M!WR2?=_aWBU*ge%^9>Pkctx?
zb^k||L}a@h1o3Yh_$WT;L?^_}6hFyfEiNw7(9(YG=)l4@ms`?92VIVFO3A-XM1s0C
z4|lAdQ%`Sh@uprlgs{i4*nw?W+-p`75*!?i8xav<;_VGq5{o5l8{z_b2@x$as;zh-
z+}z%;j3lIS_!MjvbwFL~Dks*`#R&|GGCQ`)`X3q53018ar7FFf_W-Udx~9wYaaJ|;
z*ofoGMI}uKFQR+r5htNaYI^N^pVD3HG+X?B`aRFT2~=+&aAIN@UF2Uw6Ga8biJGr@
zTxL?uHllmM+r;eU@o5<<ms?#9EvQGuPKC4?-o6!+2eOKJd93|Eesu7eag}|XLaZKU
zmD*h#;lmOw@zT0<j7S_Sxs~Vl#n~@M)b#^BhA;UZKW<O64MUz@lyLFNs3@vxms+bL
zP^gF5KRG()`HG8+#bTa*PwTMh9K!VRQS}W5#}TWj|1y7Oqn5FBuAN{^*Y9jQR`Sn4
z?*CCy*GMA;!?&K_SYNw*X!D#%$o=W_+|AHgDm4Nu4PT$5&2|8j*5sY3t#|iIX8Crn
z4CPpbfM$A9$Ez6z8d9|D%<xOSx~QCVY-?7^4Y=KIf$Dta1U;-JD*9j*t~Ki3Ya1y<
zMvsvawYeGUrfh!2$_|a0+$+MlbxSwIlqM-T`7t-uo6HDsK?7u#l##+}|GnhiMgP_6
z{)Ob;!?oF>UmQO6#8wy69el*!Ui0_&_wSuj11RSGYuTLt+y4idmqmonH*7v{OL@nq
zxkB@}joPbt3F!z%mJlz00#h}LwKM&ZF!QG**rz_dQ+K4!EWyl=hDY`OrZn}L71!{R
zPbIwDKQ@o&fRUr8ySoPH1i_z^0vY+%$1>sXSSImxHJ*~I8r*|rNWlQO^8*_bY3vLb
zFcCV5)1X@Uc0ol7G%o{$;^yshi1(1ZgM)?X(PH!hml-KQy!Z$cFS@(aw!?I|h=O<?
z#q0POvl;hCGJ%>E&8x}h%&ci2W0ZVh_~yaBzslK-W_Jhqi0_NUe!kw`!@nXxEw2_6
zcgnEEJr+o&2>uSH?93mYlMx1=xyFJMa=k*)9Q+Y;-5Bw@?x$=vx;uiYe2VrOu<)gd
z>)6!=(Di6-HOA=hr&yBtqs=BB&9I-i<GGD%&6nWyC<2GzZ<l;3eCpU|kO@2JPlh<x
zI9)V$+d=SU8;mIOf!#-TZOk;yS`F={)+YVp{e`)-!diFl8zH89f`ugiqZB-M>!8#j
z;riw4<0Uz6ZQd!JI10)eMZpsN-wL_kj{*4%qReoW_}eV?VChtUck&MyW<o_p<$!AQ
zlDrcSg=T><^#GL#aIh{bl;z4RT-ODN=TDnVWU;+T-oL$p(fbas(*+r$u<S@_F|_;C
ztB?Yd3132gdZ?eSRvn%yMY$aOF`gRI7HUePz!vwhd-0W_;dd}$K}FVrh=>UMvxUX6
z8Qku9OKcUA4`47??Luxcg3QK=?_4$==*Doc=Y?hY&yR|tK3+IfOI)EGN_YbHoRWtX
z{Sf4Um!O-BO*ImlT7CY8P0wbY`2$REan$14YnmNwm9|E@t4N_~@q$T9)einr_-MH!
z__aQIMdHD-H^#qx+T5*A|5tM-S5;F*db7doaW^QYI|e)Abs!mrfxf(Slx$*gQrg~Q
z+nV0bpUBDOD;4}oN>6WD|6>Hk3W4huaw;otfp47vFNiq)Rty(SGI2!pr6!!6Z0L8S
zIF=OegpE=>oAS2&P==2*9%3ttV~rf?07(<OG`|y#4~{<YyH<8~-_UdCbv+MnV7R!r
zC=|G#7?tz;;gSs|$-2QQ#h?9WZ&*D8_~>+;cUaAt*0YLI3Rh$u(I$Kbv>GbJhQIWs
zlgJvBRI6<Klq-B`^@;$U^dlWj%mQgsZ@ID2QOz4|I=;J2?sjT#L?2MLkr<o>j2qe^
zPhXC=_PpO{TB@lGmw}XnZ53l0JounYn01fSJDSZIONtX%HNOT12k*JWjXHq4S_@&Y
z(82Ch7P%!Ud4VF$-EXS27&uo_)uGST7)HEMg<@;Zz>0W0^RW(`50|zz(0-MnJ^-n$
zt#`n0i(bzDS{GVbU3EDyiV~K-597Ik{WR@zh2!sB3Ff<<pYx#rJRHhuSQjStzu(Lq
zK2H@=+I{0o(8J+fJBL!bD4ZgaME%-&{yZJ*j_7Od3*UHAYBud}phQ_`c>0(rN+>=Y
zw8ke2xh<+Ae_$wvs~D=3TVAkig50oqY&$pUOWjC7gn@1=cq>NZ@A01hoGtE^LG!+K
zaY#tW)J`2c3!L^|3>oshx0DA1L;KCMW-C%?W_dH;>MsaL+iW0+e%@L5Akd_iteK!-
z>5O{Y1Vm<V4-fcoRMgZln#9442w+f&ER~KX;?$_>J|y8@amu5f9tK+0r#uy>7J861
zL38|gvk6ty1-SINnH9$KuLbW6*qO(X?p%O0zW3Lu)>_^qpXp~A%OBv9O8J5`Nx&A@
z0=f5tZ2*#n#=A7K=HjBRGoUQ*2b|bYOX=j4y~x^^u?!?7ft+z<!BQ|sPR_z2Fgh_2
z`LZ!FAt5_EP*nC~&oo#~;;zrfc@I4#2@<Ja`_*e&KN&3pHddvyL0Cmd1>L$1h3bVu
zQ*w^AxnoITp^Wu<q$At(mOBF$A8@8hmN%5Ti+*F{P&#w~tJ>TkT}!{NDkBcTzz+E5
zFxL6f?=?vsAzgV;>C&&`oOxAVon5vU@nS_^NenqdL}BC3kc;;Ptw}yUh?1<|bhWVu
zvi#jAZ`G6IK)kF#_}MD5@@@L&k+aQ)3aBXfLt;vM7u8a=MWzeDBE9tja<5SsEhF@3
zih9k_ecC&^cPmD{kUMFSe4R?0W-lw-YL)pRtUD+r_U_3u#1Iw2P$u$VaP>GFY=~E>
zn;?sPIICN3yc%?rnxgT_50qCw7WWH%3@v#<NghuODMfeKY;9Ny>&5|Y`u=0~!P^ia
zpyE=^Zz$=9GvHmX83zou;=Pk5#Bn>DJ3Px7M}A`XVefZ8A4ux=*JSD03&ftgS4nE(
zz17qGF<>Or6ht4cTg{7w<{}_x79S}`7}s}jqYq3yaQL>!Dkt}#y44|)zG?j(9X&n$
z?)hPMHVcj+MbzDiqIVA?%gV~^{j^`bBFG5Rx!V{SGnWfb{lt~_`@~a{gXbuRV@_6W
zD0Cr{NeWg|z`KV^;37T)LhQAa9h)-~ga|K)0|Mz-SvjFs-Q3(%DEM`m(xU$mm)ih}
zlz6K?J~2V}z<B0P{6mku%%-u{P!i0z7Pua0Er|fxG&o7(3r?5L<7sVu7Ltd=;4Ha`
zZjLV95%FpHowQxP`_G^$$s@|SiR3LrwP*%jg1q^kKR5+DDcc?2;Ptgtl^q8ePG$XJ
zf78oe#o=%5)u`UBG3s}8KHCs-UuMxSK?`9{;V0&%o=vS<Y|w!t?DhL|F36UtKN&4v
z(P4+JgHQkTLsR|dNp9bM{rU4!s+p>dt*F}q-a_@X;wIJB&f@ZyDs>{~1ozs_+FP!Z
zqsvC{YG!-)DtM!NyP;xJOPn3i@X`H8n<M6F)rxxGBa;+b*AaK`-*>Xa!0eowIm8dK
zGQsmTPI7nHJ=E>99baVHBTotNoIUl-a4e=viD#^;DB^a_MbtRl1Jjp2_V_=^Ix|+C
zjyk69)5+VqA)ZZ<V@-#(nNkXe!(*%Ihl8m0xM0G1h5gi;e+;#aK1aeYkKWtw9hW`m
zcKEs#tB3KcKvsjc;$X(yr;zxSCoC?pJ5J@6MLD+Val0Lx2ox6!bE?%xVxh9JvGM*k
zn<65*5XNX($gO2StKn!OWK-Br0Nb5VKbAOrL~ggOeB&^ueIXu&dM*Ne8dnS3Ej4Tp
z$cOrEc>=ayKGCgmbEAoO0zm18iup5fl=Cz7<71!Zd>YXLN6xZG-TCk{!W&V#<eY`R
zUp{N!-#Tu&Fg>oxGB;Ten03h`=#AuCKG*FT6d4mg(@cOM8zcP}c|U#Ru)e%r!++e+
z&~Rhs#w|6Qg|ogjA(bHG%49+exSixyubFt@eqP^Kz9*)~t5L<Tb`4**Ao;6%`!;O1
z&t-g}zFt{Npk1TY?Z9TkXoR0eSA+Ihpc$k${d~CTT9G|AK_JdNPbF4Bqf*0XyZTw1
z&rm|bC9}b;%b7=d1FE`gHWU%<-j-(Cb*Y8KoLcm`rCs8uiEd#wIzLPc8(oarT0VbV
zlBcPSk5Sv-AiQ;pbpVBzpvB;$D2HP;U%{<uk(n>x#}QGH&j}l>J*Z%hQv@SvD(=&y
z7emIp5?}4Q65Br^gK(ALD>E#{#oP}Fe(O(NtI?ju>pxlbGc`X)+-fLa;NE8g1=<Yb
zuIA`AqBw^m`{SBCd`$gX^hbkG300jnw=YzKA5>cWEUB_8Q2e{Hqrne%LSmQCe2-O=
zr760a>P9BFt%$~PduJZM)8%aB#p<^hC+L@;KAI%@q>zHxKzJNd(2~Q-K?B0Dob4`O
z>HuHr`Q|5ZqZQuM%}5G}KGlc7el~JDs%xWOGwpC%x39DNvC`M>j@|G7bmYT1*kFY)
zo`L3{iAMo}({LgdhJfUEI=DGtl!uA<%Ua9g3H9;mb2~02%$&e{IAN42!YazgU-7M-
z(4*X0BP$JRoE+Zp!>z&xh@VcP@!ZGD=RJe95ZEd~zZj&AcU<CQIm^@2r(E~5;FER`
zB}#a{z@61t{(oM$O0_3aB=shnh&tJ=UOhy=MLP@VT(NA;e9ytrXS1?PiQPk04PEEI
z{mo3^D;4W++A-4+i-|Z9sG5a9vcL0VeOg&_MRr=BhVGc4OS{Dn(~)dQho@Ru@8h7)
z-mXfo%L!b=W3%897B$$xUZcn=P9f_D5gt(Fow5f@{Ei_4sVY{#3ud(4b{@)_J5^oG
zo9*6hEPm5FgJ~~+8$$1cPvBx^4-f84S@Xz?TIB7`L<>#Xxj(Zb9xN)7v1C)GWX|`P
zRmha*7AfBr$v%R<(fQ+LG|a4tC+A1nsXG2J1y9*X%NWcC@7H#F<+BZR_+GcCLz-?C
zf$ol$4|@reNmCKATopLVh8o7k`<Y-JjHqsD8uzK{4mUr_p3yu}t&#0cSA{de)JUNX
zj{S0vW?xKJNIdP-FKXn~V?MvQ@t`+lN|8FpMe3*Llc=`)Ij_+(TGYd0p4^g?ON|kN
zesw@P-s7~=9R^MrbM&nxf{viR0J4txvka?MFB)8zI?T5Blea+ly3Z;*AFhPj4vIIp
zB?KMSS=y{8e~$Y@{WzR6)=3~YX#W&bh0GadR>-}`ubFUQk%*Q3^Xs!ys*QU3=e6>W
z3+>*29jyGd4?k6FPk0?ESKAErQQLrs-}RcAYRH^5Qs~W`d&Syk)8&BQtrEw-PxyDD
zl^Wsg$hHUpH(m|v6ugYwqJ9K=!w5mGhhSw9wS1g3KGv1kQFK=)PkPy{A*pw80{c+g
z!L@);PAiRQcI_wj3PWgol6CNwbk^#qpWh^g<~6(H@R(zyA_S%@eMnyQZ;0}x)2|Tp
z*Y`}|N*=v~yWd)06Xd$c9x<=&!9sx>PwJ@ES;V!Acm~L?B-s%6|CQ$Q?uH<;i9QH@
zz+Gg3mr5@2W2Js4F44W(o#<B8byg;jmxyP;;MPVzn2v7-YT~V`NNePRjT^uJzUQ&3
z@uO~I3&{eLt-hh9zy~+8a;=USk83DN*Xl^0Goqi7=$_GXjTeJB$22r=(Sc*!d0Tr*
zM=P`0cMiP}53^R|T7ndcYMH{yHwsaDB2d=!+@gpa-rgRM;9#_e&w*?0+jgLLFBow@
zhgXG-e2W-L8<JaQ*E^`Hs}3;X`R4H?eqM;-vP=|8j48r+#F4kUh-)#hvIc`B{?N=T
z-zA|~6v~79geLuPy`FwzBq_6~6m$y6e*S=<0>d*(g~Q!;I#iBTX`dO>1)1TjG|XEw
zy1(Xwl44viDV;pf-tr?Ztd|~dx=Yy<T?AwFp(h~fir1J@OhMeYACOB9(Rqb_%#Z33
z`PN{=HyL(M=Th~q^>LTbvXR^NMzVCX5kM=8xW(_Qn45<lfoH{wyTKum-Rip#iv~l(
zJ6fdBZJr;G%hP#+k{#;qJ)@XnN?9W4&m9sn*?M$*Od05;65kqjf=$M7ud<ALeugTd
zZD~#EjaaMkBTW&pO8;cs<5UW3BI#M&SFzqd243U)&J*=cV;98<LC<%weg*wqM)?9P
z!vB5YDJE~1Sw6FX(=pLri<DLk)mKT>WsKLE&0kEx9-9w5--xWsioajRz$pK*>UdU|
zH>3NLqK?-hS+#OkFMOisUf=v4<4*JHiw4;70&gnJv4cl9K*NAiVWoIR;q-o%jR=(X
z>we1XpQr%SsP>4|unYg_clX^%nXU{o4c-cpu<EQcx2Ke~e!0gNXJIP-QKD+2&1GCu
zULH)sLdUAq!eXl9znTU1+N8;osc9rfhDyk@SVMjZ-RuMKT>9PG#Po@e52vhoh$>i<
zKr4=2K_tDuyLK1+4Rb@G00#}1tdkJfFxHhWN7XSD$YPjzA$Qi_B{cW-5m-Zy%}qs4
z#GK=i8K9-U)%Qd+;8A4n`Ggl;z@NR>&aEQ$(ccL*2?9}de%WZ~9~LoZPet^!dqDqL
zmES+g8&BAU(C!ynr&JV0fX91Xm1N3a(nckQCHR#MY)m#mRcD#D7S#<7av|sdF(&45
z(??F<@~9F~06BYdO==?=5$}Zl%K{`2rXa+w1;o2>vf%Je|L<bk-61*vA0@!aBV~mR
z7E~kLuxD^(bByEuJwE)90@tZen7XCyFds&a+c?gPS%p+*HIAj;KF@j4%hX&$cUVE*
zSewGkRENqq+{~aE0cv(Rx%k&YZN{EuG4kN+rUO(YCRjIc1@hdFElzPnyLJh1D)c*I
z6z0lF<~UUBs<$#VIS2#Gv@n0?!JC6})J1I2vK>T_us0ng8^_?6Op&u&2rKheZSzsx
zxD|}}4N5?2`H@tF7;5-c6tXZB@gSl<%%SHV?m4vm&-wN@+&(}_T8(_4zHYtqU1wD7
zxW;`3Pw3bsokBWRWceZBCtvy173IuisEBys<mOm$z18!_cJW=s%Ivm~s?GYi5f)k<
ztH2v4LJp9{O)oF!EvhL)5=fch?FjWeu_Uq&0SE!Fqr6d@r)p|HL%NAMVH7<)xK!+;
zW6{Pq#dn6?Us604Kn>erk;Kzqm^H;1&BpF0-V;>X!+p|YF(+MlKTDuDi7g0Gh!mAI
z=T!V9q^2?c(<U^ki9g|;hmYtO1sCiXztiJ%jDZgKv5@-QZ+veQ6X?$K!>GeMx_IbC
zr$dLJ;Rp}UZEj`Ff-jFlwH<nQEy9SRGmDg+w`4zc+D?Cp)7uRLxW;^NaEAAhgZvdY
z)zWI!O&0P`Pt4sG!JZA=V7}WlO6)=xT5*P&xud9&%u5!SZ%w?(8kSpBT5Z(klj|QC
zh=m@O+dCt_!6A)h@F!qm;!`+kCs^cjL~AK$ub{V8j{<DBQT-SrD<88{BV0_g_f+J@
zVk&lX=f)-%EofwsZ)s(vF5iv9>~jy`eiIr(Zt7ukt4e8O6)S27Y!##7`D33#0j6_Z
z?S8HqIblA@0oCL?2V4O!|B&xF8sl7_w_!0K%g^%YZnZ!2qdp_$bzU-OU|l{obTeDt
z)i^$Px&R>r#rAyoQ8)TCx7O|aP4R*YHh8Tef-ee{hcy%I7qg;n0j6oH(h0v?s37qz
zUm)zM0G7*TtnWo;VR=MRD1wBpIj`S}(8ZpkSHrO%Duk)Z5YfV}k47EN310odTKEU>
zk*jr;#niuNmdCv6XJeQwxO4xqgFbQpC$Bf@HY~l<*k_mSdKrO3MS*QyjT=tsu~ipP
z>xb#Av~VbXDqVYUe&@m-4<QgRN)kU?(0cs?7o2r!!JTv=Y^*Bgl4GoI79IcQA3#}y
zJF@#uNd51_n+v;XgsGK@j06j-SYO3v<ka8pXv65AQ8hM3s3vE{Gin?6<-<QT2^9Ng
zx3mUQ*G1;n3Xy6M+3e~+irY}Zpum5#TMXm*jlEPHt(8M;GKhUp;(sn-vsv(nK{_2H
z_Ge-!7m-K5txPwFfCrV>yjjF%zKJZLa`Lgc<=8BWhtX4`zt=~)`_(0SY)(Nd;ETR+
z2!L5b%Jzkk6R8=HH}%0g8#<KveziYM&pNyFrak@81{B*$^^;X#y^jnEN+^wgeA@LN
z;u8LR!fa)F9HbX#*uu;*%|k?TGOlT%%ocY;T!e_~(#G9{7x&4W%x9dWW{AFV!uTSu
zHDfR1lps>)NtoN0Ar%~zUvHoCUBkcR+`QSXn-J>KDfry>QQ*D+1^)j62}pTdFhaqd
z+5sHOk2DPn7hiB_L02ue*A}U-n7yyc=+994qHjBN19hZarJrf+%87AboF}!>7dqe+
zN0s43ok$^mb|jYqt}r37s<ZMvRT;G%%AydZ0xz}La#~uer_UbwH=3(P`15iD5F`^g
z-6D?<ABDUsS#2L2#N9Q;-E<2hZkwp{p`3MCKM#bPg{VKU0;7dL^|gP&^Er8Pi*4sY
zXH%h6Y!mq2zDLLl;C0=j;gxl|YYkZhCoiNNH^i^77WAi2gB$6Zz4Tj(w$_Y}`9H>A
z2WIg#w(Wj3Zp7)<(ihuI?qF{_l5PI|j%+(x!n9_OA?)`Q&)qc*<3HZgs;|mseK~40
z88wWXgs}T(a2PI*CP|;tq^U}a0FD+k-rvqdOFzp>hCUC=7LSW(nHe1QWUdy<dToMw
z?IP-q`T~C@VssnR=|-8P<qa|g=8Hk%+)NhWD81Tv+LteWK2K5|{l*Fw^R4ozq719L
zB$dKt1+vbVh=6@%?mc&h><_Z-zc2pcfne_I0@TDh^VP{?4F8fv_or{_qqKp#L9yr}
zb-9r^xIpA+Ab*!)b~fi)mB!d(QNZ`O&yrt?o#5Heup-+H+cI%36>~F&<x@<HuaWI_
zl+Vo74gMBvo`)1M{5CfM-aX;?rcIKqoM}A~LL>-Q6`Qts_tL({oLkfUz6YPMFfI%k
zzP@hlA^D}o&-iBi@ySUxaH8hDD1t%AjnO?;&pS|_vuQN##QpRBaf^?*+p(&y!ml~f
zkQi2i?4Kgagip-#0Ka+`MiBgD4`!QJJ-J=+iuh8JTbg)^QA=OKS8cXsD5WoFBZv1i
zaY<n4<|05q74s@3Ol96PHMp&1PLsmdk-KCD>c+-j_Y)xkJI6ePfVn9<Iz|`H{!Xy1
zo5SFJ+pSgH+WO3bYJbbPEqK1@sbSlX;8de(w~X(|FMc?qPa7J2%OV6G6}Hy?zCp8;
zKcpE~jjZFL=a9~pioN`SJJ<Shy@_4#o;9RoaX^DJ9N9=7ijMeU>%CHaIZv*(K^Xj`
z-b?fV!wTHET0v*VumEnHKhDa@xi>!fJAQ@w1Bl~+08k17E;yGhVmv#UXfE7oC%|0#
zI|NQa0H#UR-T0c60PiP-4*dABfG>Ua_}d%w5O6T?Fs?d>Le-aP?%cAbh8W7)Kk9^L
zb_l@iVx=NZP%}DdMB(EfR9|homs>gqWWnWVG@3nbVAM`Q`9D_YMR@rrJuyG5!~DZy
zV)<K+ch#{ty4BmnotfL(mt3n@@jLSLERB~r0It=k!G&2nb3)F++w-CasqCc@*lz!6
z&ho)`Ep_8rt!KDd0)XV-22~3-%$1$w&CkCf5l%UxvpS<AOf=0`G1skyb~4mWMy{+_
zBq_6vjE-iNlqkWr)d=~Mm3yc@d`rL?<e3Ojm2ty&=LG9teH;ihfQ<0z;4JczCV*ut
z=T<`N6%NQ9>5T_7LnINcC9SoWQtkb3TbLC)KL{dS$MMQQ?Zr5)j|L!099h#eZ~MEZ
zf1f^F?0f<vkoh<jMXUm9>Lq`07L91RD*J42A7VWF&i-wB`K~<fJ-_rkz^DI>j)XXE
zjBr||gd``^5|fZ*H#O0}u(X-x;h^`kMmn(<Jq2f-c}@Ga8`>jzkVw>ySo;+fMN(Z?
zw^{S_IkULPvFtRfw5)k!${nnZ$H&KbR*)PHw8)j-a)Y}>)avI6__w*<Y|O5r2mv{N
z4vxsT>W{#I$p>l+E$5>=Q}bnP&*hCxaV!ndRv85$XH*uNv}9=xUHOncn9?Mr>-q(j
z={vs+m^*9sexfTVe$^B2Yu1Y0=${?~6_fn?obaj$AY}cUFX?m=V|e>8-OARsv%Osg
zUPu0z0wSoOq07M_FY~s*u67_Ij{T+lmEWUBkM=w~0)>8=PnxTk)9vDo4lbD=*XRbf
zmlFcuDN>?iOCytnS?SBKdMBM0;Xm2r@;I$k6IUALg)4OR50L<nfG`a?GR30+t!16R
zaoh9H4~D?7Hy<$P!1#CC?SnPR>tR>cBCoUT&0>x<D}}7g(yuWp=3Saj(k8d%_;(D3
zz~gt_tN)n?zf13_tIg;x8-M5DPa*3f#$aV*^ZY~v14B=Yn5WPe6UhN+nZMmphmD3V
zcgePSe1kJsG_s~D6ngiW70(Jv@9-r9wJEQB>q%y&p3l|U1t^~|dH~tyX4|613FoL9
zA>5fdRjw#fb|=zkZ_ZrK4pcD@(PpvwVXBera6eM>X@kfXk2aHp^7<;&u`N`Fqe1l1
zIXET`wohXlL*rK&6NH_Wd}q{GDps+~Lr0N<nh9h<iyPhdU6&<)u>LnFB(O7v&K>n!
z58;1w6Dlk!+IgQK>I}$F_Edu07QgcS3c%EQL`L+mM(qF=`AEharH(n48_I+`aNgxL
zC0Q=&G&`m?P&p7_yw&1E4eK@%i4eWyr-N2$w&d+}9kB!wJ8#-<F^;3cE{?|W^FkN&
zjsYmFuWZNYF4vH1Nyv2%#~VGEN$%7g)P&bzVxW(*yq^tbj`v(uZcNZu5&Aa^pugX;
ze-2_$f|t>zX*#}4VAv!x7x=ROx1*_33Hmu^g&NSaS0?bnI{v&^fbTz1%O(n*_9yr^
zwf+xVZvj>1)<q2;5D=t01(cL-5J^EANofIrLpMk_N{7Uu8$`NOq@<*!y9J~{y8nH=
z_kI8O8{g+(+#%ir=R7;so@>sz)>aa|bsoRZlpA!;qpI%xV4ZrkvL9=3`&{bfXg(Jg
z8vqyh#Nan0_?iD25szx&sSy-c)27aQXJRVbv+&9M1ggUN30A(O&v+WzZGg2^j~&>=
z0hlD0ny<=mCaL)>cg4i+$#*L=H7n6)uek6UrhBDqX^I8&TM`tZXiqGe@c({VEPv3Q
zJ4ca~<)MSE8_L0AO4l5Xz8+<I&o_2dUq+0ku813JW~?_GYuT0$DW}y!)_7l~aVym*
z>a>-A<9n;y2Wi`RBWi*5quan#TQfj1Jv|*<T`?cTnFOu|c{ZjXebrZ~T|uCX9$r{R
zlWk9u^sT5R11w+-A4zZ4)IMj|SN3pxm`y;#+&}!ijD>lhtvJ%}kHX@5gSv1e+Dj<x
zFPVZJt30!digSoiXMKBSEaub#5yIb&e1`qzSc^{$eD<Sr(MH&=jpW6ok}c?yvw}K&
zEXDm^(c7jM0UYXuN~7w0z7LbA9{gcGnTu|Rqgyy3@y$OB6;9!YgcvornPHXRnv?k6
z$LVU#=e0vE+oN~X!rj)IIU!<Y3jqc`ZrB-~H7L?WkML^W=0s4F`dU=Yfi$#5h;rsP
zL1sarH7Lur7vSLF@M~!ixw+^Ol>%2trKF@RJ3nGeQ`YIP)Af4=KYO-J_K9$mMYVhK
zxdP)p^ljKZkk_XUCe}F3vLGu%>ox!o%^CoNp(>&EBb$s+<eRjtq)#8f$Aw{oNtVNY
z6>yaJ6LP?z+?@(p-Fn>qTOQ(O&JIqLiN=*=#o<=^jvUbs0DfM`2ut(Zg3qa~`ejLk
z@$`)dY8#T6ny&9A;-`BDVOJCL`fu`DSVc?U^fZS6@9<CQQ>l}?GiABgwQ$<0g3ZqV
z3zlNN`STJ#=8;MPiz4Xz>0hO+6=+~zkqM2YK${&M4M<2J8kx!)_++d`g-wp}5f}C2
zyXu1I0b1lZfY%aO+EjAkOI9{@o1P8fnsUO79mTc3=>u~6t3i*bR-SJ_$55Wh%8Cj8
z5O4>}j4WcBRyTEfjzwLMq@^x&&%O7qfMp2e=&r=3xk8zW4$0dKx>bJfa=v+5C1h8b
zOTv#=Qk_Y*tP^Su_g6Nz>BnNA-<QV`s!m^(jj1}};W-;F<S^nn0F?+@jahe^OHDya
zK3l<aSn;K<liVNSf4?X`cq_q?NBQUp7t>(o<r@1`bnbkZ!B16`8|NE36%cab3~yD#
z76>zN=>cCc>d{t0iIj&CUyE+Pt7ahTqte<;GEXQjpS)lxrHCd?N|s)&F03WMQz)VX
z`#@g~d3TzsE^rqM!m8oxep{TJ(q?ZpVVTa6#N<62@ivZ_JR6T7u+ppfC#Hz23kMF1
zq6*8Koy1$caZq|DqF<$bZZhPPA7a6Svgtd(BTdBc<zcabNI3g92hux%;MSXLj+Vo2
zC>*#Nc?}Uy4J*c5M1a(!wbh_zk-_{~wa!3Al|`6{A!jNd&y-CN4aa+GG?>E)9fDZ0
zAyR%`WUwSiJ~PclmFv)nGR*mf%#uASes<(@-A1(Jw(vFKFwPf)IrNr!35_+SRDFtu
z=WqfwZ4xS?+*Zo#4@kwtFg8W)%f&#*l00-u;8KJ09B}>>J3!h#F#H!uFyq)!7+{5C
z+9L;8a%!(x*yhL2qZ-ipo6Yw`!ef#Fs>D+HI?98oLtXGq<ZWu-P}*}EomLjqE0gNa
z5tF@@#ld}E7_hF)ZMTPFB3GZd)EcSP`R-bLt~mr`fpBDiN8Pl{CDIz<o|&Z>J|5W&
z;Lj>TTc;SKzamtYN93SmPx~~LJsQxGxr5i^!w>23e9fevpiOTiK%Tz>2i|BPtvVk+
zB8$RyJ#ip8g=TB}=dy^Nuad=X6M+8u(bm1`<#txS^!-rXC_o?33-E7@j7e1pm|3CQ
zu7dfXntIO#G{r&I@<uq#uVNvW-c-r6Zg&b;V}IY4&lQUYr;73ui-F1#NO&o@|6%l%
zP2n!vUAAl;Z0qHyx<)&YXb^g}_&|4HYd{bBHgfs5UM=$0wDM73O+PG}QBUYy6@LCy
zKLL5~D2VgFVQwpT`^k()RNFXaYF|iQPs%Q6RfVhK_<!TOmdj*(3N>kG?B3t<NrQfL
zw}|SGA3t7=j!A1XQ6nt{4E%BMchsQoHwy&p=y7eMHCG;dFkA>csc+)IVo^YFr@Pwg
z@%#P`Q?myo5daB(vZ~K1;vjb=Aa@O-CqBd>cU_eqGXXIRTq5xh#I9<7|17GC+0!|t
zps)W&r0pJL@eFfR{*>;+pAaMH8AcgwdL+~@H5QQ1C2OC^rRlQLcc43Af0lmS<{u4`
zhX*O=$Q*q2CEvgyA}QMC`TziEl!;sK=zSV?<3{_j@cn~hEX^EGz^l-wV&?OZYp#J5
z%dt_C3V)L40y(>i#p()qPsZRm-^`N(JZZ!3=)BJZCMa@lRq2rU$p<($KB)}_a~cub
z8v{87bSF6A-U5W)^qW9@Yo_p~OBF*0IdAWEIH^1;?@)TB!;0Z%_q#q3!x==)`@&7>
zi%a%9h=K1;cO4=WVsB-N2LHzfur+S-PhvCEQyx=aVsP8ilKS?p>FK~>HT(>GVk2*=
zMmnPOd83Ko>C@3SuV25esuz=W0l(9C>uc<|u-C|YLPcpN`+`{FoVtE%J{o?0*AC<O
z3^<!<BN)|UZDT{|8zD*(L{Ea2LWhC#nX9E`t;2|~!<Lsh7(Ws5Nd`}JqO5p9NdZxX
z=~jIrLABKs8-=KkSBEiDTSk+kgYGHT{!w__9rjKWLtx`mptKlQXMGLnNjT^Fvoi<q
z)4hix>-eu^W#5dLr?T?Ny@>H>-I(}(7(U*cL=R@L+P=7rt<*eZTo<S>1<TFZcPWtl
zYgxBV$%^(cfym`&s@1OiKy%;u-k@~>xsOxlAo0>uI^;nk{N_&$F#V_;)3+7`$Qx<@
z^SjqJAk(<o@5(|!?xAi%ua2=Yi=dx4(s5lqoDc)lXdMp*jj~rWz>_$rg%5d8ma#t`
z_0=zR@Xt~zZi|d2&sYa73{~PMzZ_T3?^tS@YI4MFUkSNq%mL|?o6sMZmzi0-eMWrk
zmaogt>IM%_AB#Tc3wJCSs2|*bgc-fW(P!tL{4L+K5GCw+M(aslSiBqJQDD6q+v3TY
z1(Fa<#)o~b?P=nzo@?zt%I(0?pyY#fE&ZO`wvxw2grgInu3VkI-9@r(nwTuQi{h&|
zdQSDag)gh$83HtBc#yt7xg*i{F2h|%_G0ak0FO>p<gy%j-VFe<Ib{i(!Wofj{~sZH
zS9Nc1G>L}Zgh%CekTzR!wPc_<q#!tk0SJR28zr7b;hjw6R{Fx>FW%=$3U}SGpQIrP
z&(5vRc&0~|-m%gbU}E=CHDqqDd#Ah=t9}kMx~G~*%26;Kp4^z5w{Z^(1p=EB?SZ=K
z>F~N^<MNT)<V(HRU+}SlA1HbKmT=3d#1(a2?M%qDVo-zvo3`0dnz*m;{p`70b5IZp
z4=*pc^z8BLFHU<$85xuyq04P;r2@__T_4uyp1{dTjfRCVV#Y~rqKKA(Ivt}Zq_?*|
zN=ix{JEu9>*-uu736(%PXj@ONrlw}KG`G5H1d`oSZ-Zx*fY=^jEBwfph(xnwjvkv2
z4p{)>w!YkO*k9fQHe*Ox`y1Hd51HL^(tV2R)PWSl)97cfWz5K#A%(06{YQaQ0*A!l
zkAbHdw>$M5B~EMO|0h?W>kIk(?crITsT=c~a~RKPrhnH}nr9A=`sF9<+jMll<6Mv3
z&I%B`-UFuqf&brH#6b5w>5ksTmmj8vu-1;1gp+n{lpp=x+7dT2Gn4$$yX6d68)T52
zz^`x9V<QG%z_hV!FYt3_CKTKiNW1T0<?Zb);C*$XQ_;8Oyn1o82Ie9uBO_>TPyc#z
z7-3vPbFE(F*5am{e(h;JKGU&B^Y7ok#gvq={a{j66U#{*D`E}~ocUkAa0&>Zf>ACj
zV{?B0J{!DkdCL_Octdc}#gvF9OR;#{{=O}sPi($^DU~u}y9z}8z(XKFanW&qm6%%g
zxS2O%$$JG>dpO<P-hAre>A6P6<kYnAdw;(>ncIx-cCp0L!lJ#Oy*16H{f9HmxSFy2
zEmjcDqu_Td1taOkYNR%aCbV-G*M9j3oG-g*89+#LkZ~>-Y+tyM_s8kp@GfBb)ezed
z6VX~?QV=m2^MNuS*?0-V)N3g5lh{nrN+ArQYj=&tmjLwxDFtA2E0SLB%{028M@>~c
zd-i>t_q6u13E@THvlIV$qc)Z5(U<uF*;NhTjYrP@@(w}S7G(Qu59696^K|sER(1Dv
zfgbRo)oJOw?`7kIAA?-`bFpu=CzCMcrEp3IEqPh$d<fQ>+Zh4Tc6R0h?wkWeg>L;u
zVY<1E&0BPhbiwzQ630_T{{9GQSHt(DOSdD@96VeB!*@qiYwRt52yY~mur0yms1=JQ
zagnc_8}-1?eVp3)IJPC}>Uy3KsSWnW7o|)oO-(TEnvz<U9v*_*Jz!Imf1FgeCKS|#
z8E7>?3kF<W^)HXR!l!n+dgB;qTFSuBgZuqJqA>Z=xLCaD?#`z{j}1<Hm6v0KyD5L~
z?v6u$G2X`0s-u+D!1ns!SDqytAUe@(@5qDOK0M>mUqa=_+P))I6zhSS9~s7y(EUYl
zXIaF4<y_2zril_E$64;mHn3xm5=@92ncdWgOKITL9!rWLV?<mzCM}C{oh6Vz7!1hU
z_(h!%HPEBqjcV&B5VqbNQo>2;-o?I@FO-XcLJu;_BQ50)xhwKs1If#yNU(^KsmWV^
zshLE9v80{55cJ8O=a4W#^5PehlniokeID}A;PQ)!UErklqYsBawhrh$$z@N6n5m?F
z>Nq!B&reTZ)x3G0{`%znyayxXIR%!pt7~p;E#ctcAVdREEiy8agoH$<&`{ghm}cIV
zpNx#`a3j^umW;yE?e~+Lj^grF?7LO=Lt=wlCWxWA3DWufclKo~-@8q>?KP@sExW2>
zQ3E};soC=)usuLNDo0g6i!?Pq|LyEZ*TULbQeIwu{GOQgkkD$cXd>n#@}unHs?nz)
ztd&MKMDR^=XH1H^`olPW6{>yVD|!2P;VaoMutfyi|Im7Pcq}_Mf@H7FFgdD(h})Wo
z8}UhP_`Libj>}Q!<&eT7ojyp`NtVcU)`_|Y4u>{GvGVh~o2NkZ=Mt*TqCiCi8NgHR
z0s8TTUn^CssBeZl-`?!{tERg`an=qVq!@m1rIUcxMA52mG$VXK^y^C6<S^R0Yk5d)
zYrCLR8VtblZ}1(vkOTEIgUr><MrkWmCiS!V&=ipKpUS+P2O(?c&0}OXA6=WhbaZf@
z8rpg$O7?tx4ZI^^ZQSdB<xqkVL}<}UN`5{)*bZgh-==n6fsqC$g6h+>>e+AkWUHfy
z%qxYWx1~#nezk_A5TWb2)<|FP+xJ3VOWw@bNeUd=6N}xR&5N}MF=JcmSn&&1x91+*
zVA*o^#7J4K%~^}Kh@ol{u*)H~tpq+CSz2m6TRP_}?b20J8lGiTHl*`A2Q$hPU2P4H
zBk*T-6U<BJGIh_7-_LqXRj^=}h=l+z*??ew+2p^A2w0b`o|IZg1k>%J*{e`_zhj!K
z{a$L?R@dWQqFsjyXxP(<greX+6y!BCbM#!0a=Jssd_DpV_k`AB4DF%+Oe%)_{Muh$
zjqY3F)1j8%U&Hcg2!TRKG~(=%R|H{5qXTr0+?fVkhUtI_y`B@}LTvaTuB2mj&Usop
z7U*XewJE>)D<v!D#gwf$U5_08D?=(a+!%yQuND(K|BzK`f=BNxES{}qDl-ay#~IPd
zxVpZ6<zE3h>V@PNdp=O_tr1*Q##`0Fgds4uR~bt`mG-?|Jsvjxy`c#4>orxQOq?AV
zspPAx%FUJ7GS1PyZ+`s&+P+{+6o<wq|LfeO)`E3$@BQ1iZ*l#(AUR?)&A?Cpb728~
zxUV?nAMd;%T%VqhHe};euXDmroR~_O*r|^usBLHnab5D}U(M|5>Wq?;bC1PMS~~z)
zSzseqzE94r;j5PHp86i6ld1Y&Q9ivFq_f|XsMR%&00I2Np7i!=h!vp<iMaGRBKLRZ
zB_C}6PYL6~7yl*poD<~A58$HJt}G?gvOeiZy4BfN_54#+KG2k-S{0BBPp+h3)aodZ
zT)UlW><52PZO#9Yd5jmF+pKEbY7PJ61y~3L7tz9p^Y-rVaEgubfQw|MZ*nbqg<}f8
z@0_mw>W#yVhR18&mCT``p^$rhOlP{W?F=~C;@B83B6a-m>D{%GfycAe*5>2mi@^J{
zB}mDKKK0X+lakx(qqQEGC|gRRfsea16?-iU>Y2$53n#mE54ZY;V<X>(W5E|M>IoTv
zJ66Kjcugm%<jWT`RtRd|!On{}>(k>BP`Iz^olm)|BuLdfWPl*em^mEW-rgSK>-N<8
zu}Z-%5O6t2WYx5Vr46K@U_h%CZrwR~3Mq~9Sm7yj9dN4c_5Gfz??r-JGcqYh?bt0g
zR?{2f&0&as|A067Grmz(rsfuGz`OzMEPFXytZywCa`mWg(WXKGlSQ$(+)PbdPUiCz
z{~tO30L#-;3V%}mK#)=jwsT_A5yRDmf4c9*D+9wY?h2{lwLjgLvBqq1D~3qD7we}U
zQvoJ`z&5wFl~Pf`owq&Dr}~2Y6x+{dzY|U14~^2YcX2D#V&ikrjPt6zam@aWgoMOP
z>F_HgpioRs2lF01g1xf(?j)EFDqZ3)oJ#plOYdI@I&BO@oyk-JjfTe_X(Ot#Fv6v1
zx8e%u^AL%82ZuL5)w|In2_o~r?d_(at#)hTV}6|CFI2kzrc|jWX>_T5li&WAx~vff
z;-Q1H-Re;5{LXLvhqF|hZgT~+qSp$hS>~;_y4gG$@73Yz#MNGhp-_Nw@~@<zAB_J{
z;5i?*c6R1|E>28N*5y`=0=SERv_u(g){m2@FO(6<kfh%2xcK7EaiU!4@>ft#%Vjq?
z$IPyr=X1bdCV0kKT3XH?Z7S1QF!k4M`D!`+`PGa0?#CVqNmEl(u84>LBT25<Q;ljg
zjq0o84>TOE)V~wct@#brNS^_9<<ivuQswr{2*+QUgi_pTTs)|c@sU~K6*7t9gP<>5
zCeDUj?!o?0ac<nyK1R@@zmq5-@Zvgi9?<nqy>=MtD=H`y&iKrO!QleW6?o|y(Qdzj
z|GJ${k-t;?b1@jt3s3x4^xINC!`YZUq6m<@YtLgm>Nb#@O$?0)IKY5Avl!pK&J<~0
zsVqg*)D0za4kMf$(Jfh?)bKAe&#nqSXtL`t7InY(PTI9pgzh|0E^od2I@)7HpOH(;
z4{Xc{uN0x%tm<<>q~wcu^BxEaR#xFVQ`+~gQb)#I$&xl8`QK}+dH54)sTDY<7{gWt
z+e$?CN#T)&IIuya(N9dK`DhQM(F7l9rlMAbYRRb~+QyJBj;pdOo$$wuPzlDaHs$2$
z#uZYQE47`5cOz8a0gnkV!)n$yYH|b5yO<Bi{g!f$N41+&;_f~!FI)6=Qt;+cwf?f2
z&0wJcO0D0k^_v<Xh3PjEVN+9J(V0K^r>_9x6M)6WQ7Y5x44zX&VZQrvYGWRX$Lw7D
z20wLUiG-=Rv~2Nk`ZNZ2{U~v#)l^e+Dr&B8dt2jm7$Gt7!S7>hI-Ex|EF{o;S2gV#
zsj4rTJ|1(K<sf<4UIQRy?k=sSmLio}J;8`Lc(e~(*9)zC@Pm2Gjy=Am#3k#O-xWBb
zuJ*d9%TT2ZHq3NYRN6L>!(NYSY$U7OVPui~Yj=8uGfih4^PvxJ`ED`rIiIwys>gX#
zv>*PfDBN*m&gbR1N|N-s;Lq!1`~o&PYi^xc;P;e`g8tAd0-N!t$-yZjQ*_p642UIi
z54WUL`#&Z!I!QabgP<Oxk5+k;!Hq(cN~$`U072#4CG%O;i~_fV%IhD*ghaM()-pIu
zFMMt;f_gx;fh$3Sm8IoNkde*bEgBsmkL&iqEyaRSriUKQ<Uo*t9jv>&cX6@3pscH@
z$@=^mI+qz&mtd^vn{g3PWk|DNyc%{jTP5Mw3p~S&%`hqr1E4*(dXsd*D&5y>PYEwM
zj%wvO1(03O<k=6E|Hnaf1<3H1K87xmt<8C%_0p=<7FX%GL4BZQrZ^v*u)3I!3pR{C
zZo~$X#IUeC>e9^s8ee>25)luKu(~k9=tnuk<xNp}t2eNFlYGc~>>f??u+gPBs_BUw
zNCe?F0+p9(&z(#=jE~5^kg)!8-k)!5@UkuBU-H6dWo5MolAizth-CyI{2P}=^MMOb
zC@x2O<O+lOz_9Uo`8Mmbr=+Hi%+7u-wND19-PgBu-<TsYaND)nOndOF{&du-_pC+7
zVp|&oocQqTl>Pnv3$o?I*nx>D-$DzRQ}@8cIUo_+<nM;S4TgJ3Eb4XgK&|=elu#%t
zDilYtS#2DvtljkhD3qg1WslnE%{P`&74#_I+%F`{BqFztJrmYqHT`zjiQu(aP1TKN
zCaWj1iDrh@ay)~*_K^Xrt!ORMgH&Sd!x}sA6Q+KOX!{0dj!8PRsMYBk#e;sxkkrz`
zyO}I>Sz?823KZs<tjX4z@Bk=c%s_|mWbi=q{ue#Ig6V0TH;{5binDO&W?(>db#(=@
z*u#@CrCd-_X^G0J4f0~`fUKV`-|nt<RH&kR&Mm*R^Tbwa4^$*6qJEqp`;mb7<k#W8
zWFs2jopwI~8Tmw$4HXt?pwsxX<E+F6c)M}Co{|!;C2RTRTUfWuu`N+71A@^2T;FE%
z-9*QNnOqHn>9wcdSB8@XwXoE4<hbUK1smQYc6zxduE3kMWbR2od@!)$3sjq>t6o-?
zt95>f=5c2ncD^GNs+guVKLeZ~cG<{dtN0ujst08)*>z`FseLYTqfvSc4e+6G3rY(K
z!7$cLAUyc?=Lo2Kg+z&g7r!%a(Gye)yy<#O+ePn(q(7xX=j-X3Fb>UJn-)~4%8SF5
z9)IgtnLeC8IdRq#sb4hWg}q{ETCNjR<($2cGNf~x8XF7D$jGSe0qf@H`1ps7jg7pI
z83}>g*;UrXEw1BIR!s7+!^gcq-TyVs($G}ma%9#^h2j>Nqac6*_mLaWli100)1bjF
zH#NKMpPy~lXJXV*fI8LjoIf5xedgTn1DdYQ5)qU14|7d46QW-985)C|EWj?PQ`KWe
zhmod<=K0L0$i%K$$SDEE>hSUlW#_@|cic4cjP|B_(<A<SkH`3~i7*in9Mz_guzfg(
zTsnh7un!MicVKGq6CuFrFg#%=N*V=-))$GFnjE01m<Xuu|CCwE$H%6&ZZ>zQ-tpi3
z(7<9kFzkC8h}+H^N0Oo|^Gi$7?c(Cz-<FRViVGFKuN^HfwO+ryxmdcxT)cE27#Ko?
zm~L)z@^DohJ*ZPz{W&)m-re1u)ZTImGClAGcoPT&p8x*-Eu-~GPS8d9Aiv6dIM@7%
zlpOYR7x4m?kBHM2#%CyS%gXRkVoh?6PMgugmtm0^_=(_N+x+Za<aHuxh`<l<|3baH
z+;dESf`1C?tFzjDds>U^={Ii#vWetuE&Bm}xXpC*gYYY96w@uQHNwwP-&mMMR1Jcn
z#}nTf`H=b^+fBhlY~6HjO%bo!YL@4rBR*~4`wwbDi;TCeYB@OWM3lWj@@-O~tkrQU
zdz$HP%|sIx)j9#rUyP0a&CUGr3@t60w%01jYFzqO?6b17#S@2{@c{=04qib$wnWDt
zJNk2vF?oQDI5|0K<K3#6IsgI^a99-DczcJ6$w<hkwN{jFq8)3!`>|@I|4Cl+c>qoh
zJI<;MTVW{kwv|nz*pmlhHE7}Q>D&s)Qb<}+DXb@5l}NY$6kPq5moCGEVn9adcQv@r
zh}IeFm)z-z?7c*nbZz<zjB*Je>LLX|D|8BZ3AJYGAFea96z9Cj5R+=no-DAG8`q7n
z<xr;w@&NPmEbuaJf?X6xdH*ii+S7X9@5(cLK+g$Fc?ALw0q7|YC+400lTd|H{*leY
zAHt(3W05)IV?;3e=!AlTqRMqcs8mct5AYPf7ggG8hK!5k%=XGF55R)u)_o;=_3<Ob
zFFOYJW|w<d(x>Y22VKBZ0W$w5$d5|Jbfu*q!UHWxD))p7fRb4+k*q-fRsvc%yAQ0m
zEmeT+ugHJ*oP@|bVntD3!$8*&!cqOozfRdll87nSrcp3o1S_xQY34iK+1P69M8^Va
zd)3=Z=^fz85V(p}2l^Jb1as~%=8ez3GPK3q%Q=T)HOW$9R+9x4rpWrcAr6C=&YX$4
za10nYNEPS}&pDS<<bmc0(rt!7clvSP#r0X%0+t_>4*Zf^;eYwV2OjHc=WB5WSJ}VW
zBHgNW2QG3AzKU8HWa9M~488_A9iRrCB?Wp{?3dRQ4W#7d(ZQ&AC9;X5+fwvw{)oO0
zT?W}Y1_lPO({!vmW&^&JEpZhM0|JOt07$-~^d~&n7EJ_pz_;wyfNGWYo-Y{QRQU8?
zpH%%XY)*B0&L^la*yB;~xu5r86_=+Q7Fag{%@269olfYU6|lZ(?J#i64&KMbLNGok
zE(gUR5d>g3#Hl!Z$r(!~?L?pL13SQ?n;i=<W-YgGe+QXbtQZj4t4ZKhQHXW3g~kOD
ztH2*Yt?mN&A(M)Bv{Q1eG^jg}+!;~U7Nvk6+r%)K>G;TKtUYgk1*A9yn+tJ4xWzNi
zG|U+mKnps!@d-G;o+?iQ?i5&y(!f=WfST43px{*|QcJ_KCMP4a2gV~n9!ZSxfFa4M
zuEzgMK9}^bztq&!)H}nCRQjo&ZzfNQ^Fk=0a9EdyBUvE_H%T7hbdv@li6Ekt1qvQ4
zo=U~wg@gNN&X1jCQT-`EI(te=&dt-SJX5EDiP%mDiV!G#Wgq=1h7@OIcP!IzP)*0B
ztdy!R5N{QKl@SIxEx&37lpXr9qbk$23j-Dt0FMei?1=49pa!&~AoEv@!;Vmxa<u*-
z>I=?#(gnWqKc|_G+JB#Q>(KtVBK~Z9J10{)lvkf4y>Y>ohmTJx;;XX&1)#s$0QvNE
z($e2=H*UwdUcKZ~@)+su`>!G_#7dx8p_x3-==PHP$lZ$exl2%=bGF6z{3^hezf6`G
zRVUIy`qpu^M<;QK_(YF5LQGH#==?T=+C@I%rf!x9?X-O6UrH-o$ERi;{a1D1Kh$B3
z5{5KP7#Q3aHAV15)80A;^)Dk!K<7ywk2J$KGhLTDh5>t)N{;X{Kuig4u6UW83wOcT
z<B)hNwKkh@fO3UplAs^v@Mq<s)@Z<kzyZsZUTy)UFeMzvZ<q6bw_KU~<OU`K_dbs)
zmq!H5Hh5%P64&P->;d`-a|hf#i~xw*mX;P9?_J9u*7o)|0FJ0kot&KPns};Mq!85>
z?iSy#g$sPGM<rfr#5rnMRD@QNo$X^{Y(IOezqBQVCv|cu@smIrO1AhNX&E1h4Rc=I
zlrJ?VJ^k@f^vuBdD;2`Mhb7OqcNo~V>R<}*ZEo0TMK=WQ9G$$p%L_o&0`f~TDO03K
z-5R44a9{v)=f?P>mOPpcU~V^_!=Pm9@2^@-q*{yvwiCDQ72zNKRe;{KU{KRvx(=Hd
zKEmQw&wmZv_9@k)S2E9Npax4(-eOVINM4)YC#}pML<2Xw-YrRx>Vx4#2COB}euPxn
zN92I*3*kEQ%*E_+^zuxr4|)e$fpGb=-oN(B^~(T<M+9-e-T&^LM+9#OuZDxYvb_;K
zCJ#Tqom)wLJ-_K1Y~y^VE|J@8D66?y*fdLV0<4~&KYv!N3{NgBG-tcpd<l4m391ia
zHqEI3%loCz?M1n<;J*9e?BV@|98ebjcuHY@n>w>`HSx(TVwDc$@{h3|W_bPS1qewv
ziIut3rHJ7tSl+=t`b)ylq~f*XJ}Y_G8I>w#c~Jc$+R~yKzi#$q*tR{up!8^r+nxAY
z-W^xkL;)0v|N7nU#xby?J8Efm2zmtwottB}+)YNB*clHxF<8bnf2@grR({}3*LZQh
zW4Xx;PMdt&?Ubw8*srijX*tqo*H?VW8nb;u_a$|AL+)?u<3d4sTGF@TMXn#fY7Z|j
z=vcCbA3U0G<HLaq^K0~Xp|4Z^i^FMR?^TRaM;LhpD5475^Cfvj=s<{=3KCTUtj2)Y
zW1QA}uJS4L#D2n&Pjy!ZY>8GqnXQF|XbTGqxY1ijuAubLA^^=L9SquUf0^>BRF&bk
zxxIBM?}+AmyK$4k=)qZI#9&wpvfe%xsPy<$RiVOeU(%HTPE-r+8@Qc^>olAz76swT
z56t@?xG5=F8t(>9{ZLt~%Dh2%Eg&D;j0tH2SRPB02ndhyl0fz%M{8&lFqT2AL1}Rh
zs}tu!j8lXfQ3A_P99qG;BAX=VKMqV_HtmKp_nDr5aCRLi<t+dK*T{gqlA8IvJ%}qX
zoM<RidimL#G!bu)4rBJ#n?Lzf)!GFEFUl7w9QWs+gY_f*SaxP<sr<&BZwzoH*$%9W
z?M3U1x$MT3=z-#Mrvu>p_4e}iB>jvX*Gp^JXk4H$(n)w)3+;aFEjy>|14<s@RzVtx
zx1?`;TY-Inb_G=Ao+xms(^qjI4=e##-=5Efhx4&d2xm}vNV(i=`>r8VKCbHD1F+CD
z>sRqJ+z)VH#Oqmgsl1}?q^sG=b3bJ-+t+-LdLx;e(48dXFhe4O{vM-<e}l@uSy0s6
z+XTScUJRLuMi6HRK&)bwDpdZ|*4Nv)DMWWO0F4Y_$qy)#ll31;XG=a~Oncp|5A5zn
zog;VhH%yI=;vFrG+zq@~L6@>)Iv%p7So#F>OW-p6Y%{bnJ^hOWT(HUnLebZ+f<Y5_
zv_1KEH`=Nc3sATJsFKNFZbVLN<23y_465<q9^4&ffPl7X*Nkad5s?hxHp55l!zxc@
z3s@>p=N|)vZLz8h6#;Bs(zr0(9Dho9BW&aB31mxP$U^-vKDUZ#W2yYFbuC#M#PL55
z)_@gI9)*m6!gw5Z433h)!)-Q@(Y_K;PmZ>$5e~aQ=;}G#rMdpZ{7r&p%C@~adbdOL
zZo~LOYA#oxGhFEe;ma6YfW(XjqD$B54iH)xym;P$wuGz^&gFwCeWu{;bwh!TS%T_H
zxzo4Yj%}`Rog`BE*ohgTN%;D#TsVOh6?sqH%xp8L2N-hjr^-jh#yVnB(BfGy7B<j7
zWL5gVvjVWUIUX&gFF?d_<EyQ1FHiU#we4&6XXTq+ma#azFo&DZ5hj0~i(OM}Xau_m
zECHPBv6c3uCASU?QTq!w7Y6KbrsGaPdLLJr1{L=4JK4UQx8Od##0SKxwQwUoSd3UD
z{tqT~gJImHr?JKu48ZPV^UvL!VcTFIiQJC|UK}0puh@y+a>FTu!_aGH72TBJ(YG$Y
z00Z;2KWcVV$ZPdZ&TGF{;$lwe9>eG6TJhpW4SUrdDqeMu8Xq7iD99%S;^pJ1@=8HO
z$Kr$vH!_NOx2e?xe=fy9BGm4id%FzbrZw+U(D%vhHq)Y5bgelD`R62mdY2_r(|cnQ
zh_dp<7(T0Zz|qGSaPo0wc>B~NH;R0r3}~_f6j(ewJe_+^s@Bf~HkCL^p5OpYPp#$o
z3<(=}K1o37(F?TqH`T-5k|)+mOeAtAz1+4$CN}NfOyoRR6QF_`2PkW=!#M)3xEVx(
zJ<tu@;;`2cRD73<Ofiy)l3@SK6Fz_J2Z40CyZl14%_7S%E%20IB=@5?e+k?svPlYJ
z6B64y2WeAw?4%(e$2;n9O#z{^rtsg~2W%xjcG0PjgWDl#hkfjnqakLc)p;tOHP6;#
z6|c)islO~lUJHi1_N0kjvTD-URwo>*P=YQZ4pyVvTU-89JCU;?3Ff+yL3$R?!XK+&
zHt{e1&6~S9Kb`xOYCT~G0XLDT#8aAEPQr8KC3JHrUHAGN$dZN;Bj_|8Q!3s{@}v+G
z2J@TsB25GD_Z`L~WCL}^rw0s#8TC>zHq~uNaeuBpldyW6`1cl9odWRnVFn`}eHPR?
ztGT$VHxt$hiK2gO1Qiq#$x@>Ls!cHvzn_&wiRFR4dBmoUR~idvO=nX61Xz3RT}tB-
zu@wLJw4Fh_^oYMwpvOOh72Mx7a}F*w>&7CP!QH>AaNHyNHyrnYqL-jA<G$S!aN1Gr
z+qOI~setZ1y^DyrUE&-hoeNDduJgOIwdfjFmaSboySpFe_JaD?bv#RQa~}ZW>BZGI
zpd9b*?O7Sn#7sti)LTDtGl~kCw?0{S6*Yf$?JSSp;;6LDrlD-Z%TYHY&<DKpK&}Ie
zkZIq>#LCu|$lDscU+2>E3OrR^%rC4x=Fd`7)4P5|?zo*)MoS50Ko#}WNFg<Vt}88N
z%}F0vJIX39wvtd*wLEpd{?pG6_I6qMf%7}Q<WDx-%)wotwF1EghXU>x+{}(VA(l{i
z07=it=*IRr3=HX^^xWknASPz8khaL$MYXpQvw@ep7nQ+FI7js{4VFY<|C+%}C#0<0
z=?_-hE!!`savxp!hsuL;n`w0-_8<>$ZuL4FP%!e_M${i@(97Qk2km&~LUTPI!wGIu
z#_%`=5AOr!q4us9mYa8WsEEWtfBA0N1-WB_&++lT-kP9v=*1Nq&Lc#k4D$KD9|L$d
zoVNN=L5k3=P<UYpSkmB6ygkr;aZ7c;Et3?gItRv7*IMJlrB8LjHA^%q%#CVYZ1`Lp
ztCeTW?k}Q`7}%RXM5hZ>uH3(x+p(P90qzV=Q8NRBr6A?Ramy@_u!jVykGu@Ly}h-%
zZ=r~w+`s(ddqD)rx+M0s*y99ci`CkDk_)fzZ4V{@+<GSjm6n#43`|uA0>2RD@a%=W
zT$*(|ssdGNA0IzF1*`lVQ71mGPLHZf0t!ulS1=IhwsX{g`$}6zWuuGJ^s6vbXY4T;
zb>UF2qk#j%4YSwFPD+#k!b8T-_K3Je&VN1eI_72|VazSC1S4wzjB{11f^c|YRZp!>
zq^IM~E~EQLp=e1AW>%jiBnluJ&S%ko$?+8mtcL(@KTW9xD!GnvoVt?}H=tgCo>({G
zM#SpI!;v)|5-|OwxU8%!$(Vt+Rdjo8_-@h;0pgQeOQ<At^*iW(X=DWVXbG%fxRzvY
zKFt+B4g~f+&ZP6Z1?w+pLtD<a7flY0dRBW@En+84JuO#Dt*DTT3tunGy-I6w`I%-K
zKFtMk(>RagL4JOuevz}vXd7lN(5C7moI@kxkt?BSx;hS7W3Q)vUZ@S%+mtt$Kn1zW
zHWLmW5*x-YfC`~!SC1AO6&-5>IJq*=PB(M2BmdW`>J<7CD&dz8oNqkP+N7iJ_zw@$
zhkZzz9v`9krrRehzsS7h(05yflsI4&t87f`mWcSg;UXKVkW>Vhn$10gmH}0RO<?kG
zClQlR?GC5p8r#4H)|nulqj;3g0OywJK6b1C{aQ@2UlVwB0FiDS<*qjjYF^69ut07O
zh^$n;z|uc%Lg3P1dtkHK+6pDD0Wne>EDb=ePKuaTi)jE8(Rg>2R;I5v@Os%|-5>pu
zO>1?-y}!EJfk33i5n4`yeMu_IfH4GKdE(Iweiz)la($Jmjp@wG#}`K456-Shoxa!U
zg0*`P^%~)_ebL#A{+9AvOetHvp8HeZdtw5DJ7)@2P<{F?0=QRz?TEZ|c4C6?xN&@H
zDj0aSK#JA2?%2NP!W_J(ky(F^^6Q&EJ9wZG*WrTELC`|4rmijrgf5V3zo3+tn~S3{
zXF~t*9TnB`7!z!|yn08#&HXa73JY*IfB;0(x3ly7F1D^6q@Df)z(vdpFZ?WZ^D}NR
z_XOhby-)>5;gbI7Jn#ex)tFsJj)ROd!`p=F?uefX?&@0?u$)zm1U!P12QHaJc4{gf
zg=Rb`I<ITDMq#2-H}KsI@bT=W2FdW3Whs)U|1`!335o3n^jd4HsL@I0+#X!v1imQa
zI?+ZwHu&cUl}MoP8b~SS{HuV23eGivi2{Zbb33~w9>WR1-~#%sHoCC5c&;X<sI}Es
z!Z^8SP5kZKg`l9y31#^7_#VN^K}DMv;{N$!hbR~|73GS$eSRI?Bj(H-lg^$x;D;+H
zFlSXJX8u`c$=gsf`*Q+p4L%nKZr}kcC@z)&Rv|x_^0bRipT_g_AxupBe^?xn%(O7K
z8+dkm5x3-xCQT_6mgsX3{q)X2BR;=sLd*!5G=LIOPa!`8rVN;w0DuRzRSq3X!y14f
z<BurO^M2j^C=sO9&d$zRb#+8=&l%`P7^O32ZbrMtj$qgeN{0&q`r8IR!L7X`E`Z6a
zdQ_)hZ+Vjg1`|iK2U@E9upi)9M^GUy5r_V*qV!*5a*g6gPlW0>-ohR8sboYEBrLtv
zYxw7ys~{+SU-G#!J6v0``@Wg!ffLM(d=U8K=NTF(oa+}KV5wT+&-cSlYA$Ta$mW_Y
zV*+t7s4qSwrLWJeM81ZwJq7{3k77hVS9TTr#|r==(O=C0EH_|1)F$7W9vgcQ+)>F#
zKel!x$)m&z9EeR#FN`8gtAHl8nrxQQzBTrR=KCwar2XFB1~L{t;LqrT?3Qml4~&3A
z2y(cUKy<Su&;AOjPow!x^q!%`aRUPm_--y=ym-MMVT@Ek<N_R$R*G6+fs>GtegEsy
zY6aggvaz8+6qJ<8c^gar^~O=0?#S@+@EF?Lb3FaI2@I5is)5_y*D(fKAu;4roT4wn
zX|O3@4fEe+VrJ6JrI4L>mx$OY0X=q-a?_=0YIX{IItr{Fo#J_TyE)cCzdTV;g~(Ej
z+%H~RF|A7dA%G%vs7X#jEfByq2WG&j)wP=-_F+Asxi6~&Ei_uLdm)-V8?dQ;wgD+0
zKHs~Tv|osW;O9o3Qx!dOa-LU78ROAb(}sJA6p5IZ3lQ=jPE0C!`guqHZu-LW*@6r}
z7j|pkqbbVnVC;nL2AV!+V8=G(LwMJfb{4tyiePi*bV2=V3MnEr>NjF;b*VXZxZ0jx
z?{AOF0s3n4kg2GF);yBBf7{W3J|F?WpXln!|FsEjx`vbbPMbre$nP~epuiOg_ZsNx
z>PpJTht<{b0YFlMT(EyTJ2FqcoRX1&0{INlm5_J<=Xg&&;6DzST|SZH`9>%EMm>81
z0>k?Z;ft|E{qJgng9Qss{2QCxGuA+mmeAFm(-E`atsv;%zCSoPh}PP)7nnSAxjNaZ
zb%-hU)d=qJ2j)^Z0BUS>XGJ1b0z4u(!$BN&yFHycT622P;9-M9!(T?zT7ffheYVE0
z?}j$mdLgeODgwf%XOE*?Ch?0E@Jq?&Cq?aq!BKu*4cGzD=MTgSr9zy%5n#EIfVO~k
zG&v~*!0q}B<&RrTL|vgC4wJFkOai=~!bDW7T}8J>xaslp3f;j&X;LT3NHZf)YC1R&
zjTo+`Tdqq-`dP9@zfui{Nlnj84CphJjOIdR&s6M^pN4gtavImuJfz{aG#(26LS%0Z
z3=!FRFnIN`le|BL50yo#3wlZ)B04kwISd$nGI{u$NZNkAZT)lg)e(5UW*`0Q25|%~
z8D|RzM*)hQwvj82NtYIVz%uLT=scyI3J||wE37X_+7)fK8eg$z<P8EF?47Bp=~(lg
zNjy{tq%A<PKo~>!i5Mt|MEWcC<?_SmxD<#Y^@nvwm7)d_4<`E|_BT)k`~YQA-9B@M
zz5_MT<_HV{YDyp08!oVdj5$*)T4^<(cm7Up2+tI5J9JQhH~2yZZDD|9d`yUL`(fpx
zKMAZ%>A!V{E*x6&FErI+iz%3zo{<b&3V@ng7HNag*YOlcCC|l__uhxU*aS@-I<vBX
zl^^je5j1kFfsH4TOTYo333ZCWt?e_oRgL>vA7>(;5%NPWW+XA5)X{o-4G|Q}1UzX^
zlFkKnV0fS5PL(ZjYQ~GVR$`#ytlcr{LG~VKp(E;x!Z0q~NjmyJKJS;w(ZG+|AX0ee
zWMk*R#$p-=q~_dd&5}ho1~d_}D8Tdlt)3k)tL!5)J%Cqgk{a6U39D<ojSsYLZxnx;
zyGlq3*J5*!#t;$KYw3$I>D5d#we+zH9=><WQaXyaNqmgwgk(w(r#U{A0EX^`GMo84
z+CwO@KZYsjKvdZXT?f7&U)dMSENZRCzA`v19C<3BO7O3K93ejXm3tk5M-k}hoU(>r
zq;Qa)&JMH~oh~)=1EiQr%fXDciuX$GKkgZt2X06`1hM3XAras{uzx-m{=e1dWM0-x
zxwMrjgB9o*YVsJcSC4}IdW%8DZHB*#ktXsdRuU(ncHE>&JyK1(XAk@yfLA}Z2a>k0
zP=E?=5GZ%h2CDAfCtB)CA#|2OP%y#c;w^Xk-37D9P9+V<EkLhB0ydZ!7b-ZW=fg3L
z^I-w}ieP)?qnMbZFbw#~pb}u=BVI6&Fq2(nuN5fzBcDr-vKMuLPE=|3)gjh{C#Q8Z
z;3SIzdF`e5_D&BeQ}`>cD@QvAtUpy;o*4XF#lR*`%gI&Usqs?_QNAjCjxYdMPI81`
zA6X&5m>sm~ksDR7YyF@IC7|LB*c|<x7TxNZtDW(1ACzAu*1W)b1<KZSGai@*oy^In
z;Pb-JbYP+X|45A?`mEO`Q-U6BHSq}G@h?DEp_fph8A^+npaM1FA%O;<2DyU%bZmnr
z6yaL{v!>6Tt^>6HLXDw8IoF~J5|ka$iftZX?+Fjq5*ja-r;EW!S%t}?7zf_$WrJku
z46`}YSPe{>zm%JoQ5UXxszHMh<P)y0%6$+omWC0R?zxv!(6vm#^*5jj0|VXX94wl=
zAWajv5hw&tf$wg#Z0&Wdo%T;vQ{Gh2kpU-YRUSMw1;&$3+y|n(?%LiqTkWv?XF2Kc
z9!)NwN7J>86PSoVLQuyuB;dHmIHcw)`l1szX(aLyu(ZGsE(t*`OoRkpERc`_le-`r
z-s0=0*8uRX=5h3(NS9q<hVef~bjq~=pwO4!aC0Zo<%iJ&rhQEVUssBT6YMtEd!!44
z)<-wm!iVWg@y%ufV*F+aIH(qVJJ|L&bTN4PF`;ogQ{`(nm&Zxh_cKlBhYj1u`X@`g
z{0pB)ej5c=vPN1z@F&m>%9o{NK$8EopZ{4%CduVI?J&=f&fSCWU9ikgCy$q|Ls&mP
zp<m{T2hjts<YN|bIi*>8^MTK48>&C2UpLH7%2ZVv?{IO)mdwphUK)S;36;9KHJwb+
zwi-M?7V-fXNtc{P@mfs|=p0<NsHt7D{cVJV@w%vRU{w}+ta5~s{*<A$<<pr-N*|<g
zs${*F7B&HD>MX?Q3t31YImcHMMn+tU&?dek+85Aa=9m_40s0IUWo0%wJ?eSqQlIzA
z@7}3tYnZ5leh<jH^K^n55+6-dC3TV&ij>+v$--N2jDGK`_uo2B78MbEfN_K4wi?$q
zmMLFW4#A8HTgp<^|0VYJqog2(3c}i(WDEdURw{caJBHF<ysMuZ0XBqY&-0wGU&&mW
z9@o!1qPLuu+O0P!!1p;92`^<Z88KD1*=ask@=;<JSeAnJ(>C^Uw9A991Q4A<)m3NM
zZnv|(tK8!rK_`$n*hVh2r~|lhBMk7UI-0{}p?L_&m0SpXu+J_l{Hy)8fMBwa%r8`M
zQP)Edpy3>H4R1nX^I4+9?B#)_qdDHJlYuRw7upj`!-DNgmei6pC>U%YUv{uWDPPv=
zheWFyox0tZ#i5cZ6GF3u{HsqMB<A)45r!NM`;Gv&1EmwBnleoTxzQqF4=LRskgTFY
z8Uk+-DlZYLmdioA)t}iC7ssOa#}QTxPe*lBaGMT7OWI7Uvl|-R28Vx4gHeX;@WXoP
zz?WPy>G{Dtlfx`-WOy^tW{x$}14sersL!RYsv2Nb)@V97EF-4Ps;q-P5EafUdd6ly
zbMRX?uJ=b?{0xDiv~XOXiT(ZS(n^h+_q0w=3JeRF?2lNF*7?2FTXi03iSI8dF!hHi
zsLq^`9idQ<W)Pm+HRf~iIhS)f=y+*^wtx`>Kd;YEke8)>AElB1^jSEPapc+XyhohB
z#1`u^-K&2m7MQzwV5SdBz=id9hSCEpn5--;aQFFaKz+ur&slZ6uWLVRecR?SD{maD
z!R8;7>aKgNk1qw>4yjQdK0F$<^Wh%*6B@$P^?)^oH_uY=$(kC?>K1ia2SV5PNJ+Fe
zuW0EP)iq>fq4TXy#huWe@o!okpxc*-{npb8j%O`iphS%b79Vfe6ZQC#t>fEv`Rhe@
zR-=>0-d3F1YIus!Iib&tY*|6JtY8=v`3e=@yvavlA*Mti%I{1xQ%z=j<anO|ditRw
zIz7qC(`ofkFqM2-SduMu;~iUL)^)3!uX3cId{e8#5x@m5Hu2cgihOr|a7enGEQ<J2
z;>vb&9&#8sjF@@P(AKQDWJBs_txB3qUjBabbvqAC_^1>AVwJcx>CXWmE&z&IKJ|dF
zbzruR?_Y52XZ?L}@UWsTc>t6gm6l@i&)Yu$ue<RP1ta5darmyFC=4*N<KyGY#Rj)U
zXG&4<K&c=>UpTP+3>u?_$fU|}pRWqWCSI2gue|iqoZ>(~>1F6x#?4w)?)V!HgHll*
zdd{oS4Tw-AxMuj{=Y1wV7<5HAG`}hx>>{$5MnmrB#IMZx9w{Zu_k<~Id{15NpM6X5
zTyeJ07Lo<YS(*uuXd~i-u^Oq8u8(OH=2dC)IkWR$i^r8P0@$WKM(jAIT*t^0Kfg%q
zV|m$G)y_!|!`;d@9P*+Pa>D_e!FAr@A;ByEq9S;^ia>0U5Ky>geQ_a8<xK!E?z6aF
zP^(}+EPP&~<#T^`3yB@H2DP4Ue|i~4fUXWYmm7nc7BUg;zkvY1FrO>2mOY<UhE`<8
z<`D&7#xkw<58w{#1$HSG|K7%5ch+hIjOd(VZ{9J-;~%Zz<+2Ma`Yp^VR>e!4YKF7F
z=mrVuYkh)Nr)$uEHb$z>z0a`zSqMWXnHr*T;_|cO-+Hi6y?Aq`;-;`3z0s&#)PmVZ
z3K_V%A|#MHo*mt|P>#ZgKNd}$R+b_uZPO=++sw%cSdgSoGSAeksd$$0(855_V0W7M
zXH52q^^tZbt+CMtC2`VlGjT>i53Q%~K5~nqh*?=NgPDe8)z=eCM^WHfG6K5*T=Gi^
z;(Db5&n)t@t!qKmnit?*1B;5>e#J;vdE)&=jFt*a*FV2?{_cMoobEapYiks`yWjV^
zfQiTmjYSe)E2N9l0F{Od8r!#>l=PA;)`AH=5`r6btesa>G=9;ap6V8xUbEsjT~Yg0
z((Teu^1GOL!y)+*l;2mqRj`1gH*XNd$;*GfjeavnmAEchT}o$8PaEUQ+nX2rsM3Z$
z=BqUqRd00TFdHOu?rxiUW8yFEZ6OzzYnL-FSU)0K)Cnj(Lrn<O)n<gx=L36tWq|==
z?QG7D*hdf4A%)!=STlNphe^Qem7E-zo(@@D)W^Wa?vMX_8x&EFRHqUPXxU`_gb8f=
zU6z7!ws@MNA|q!@$}c@^taK`7%rTJH(fZ$ipCICqm5zPtrc3FwEFUk&ViJ0<Da%sQ
z*Q~*6d!ve!t$nm{_Ev$329tL(j3FOG4x~D$;DAdln*gs>pe(<rYWMSbpEN)k8qf7A
zhWw2T?RQ(Xidr2br2I~+$v**jvQXX^C&hs!o2zqe%<fp3?&~ookBMlxuN<x3KMSM#
zLWDzD70}4V&BOBnbX0H#`F(z>ZLG)cN=NY2eC__J$5Cy$x1yym&}fz45Q=0fZ9Dv(
zzQ+{4m)Vy|ZYgRpfd(hCx+89gfyUeo9K7Y)5;Hj;9_b~e_4FS^fk)OKdr#h-)Opb_
z2-a$loUquX>Cw70fGZ=i;6pbl`qxM0Hpslt4?W_NfUk)g0vt+Q10U|xJ{e=+kNR==
z;o^E43hVk-q4@Qag@#Z^UKMsPD0s6NEyt?L@ZCegTiyKl9ygkHry{GJ^N3vS;%%Z#
z6mRfG{!hSTyiz$_4#bud-v2$4%Y5g{`56cT5?_NrW(*PY^%dQ3xwhTv!N;|LzI*os
zG{TBO!3#xtTC7?QYW%G00vhewoW~^*Em`QleS^jIjbnEshcVUUaqTZ%g>|l?MhsIw
zJt7;Bw5Ja^%P?5>UA*Pgd*YDTurjEGn8+5wZqR>}*bmOp6_8ys`_w`EiQ?l!qJx;-
zPBlYYQD)TZ!0}y@oga_6K)QUFo-yz-wM`(kFG0^s-qxKSwv}&qZU<sTs1!yxd5k&J
zoPG!T+@<Nnt*&VeIe1wNs0PgA>fj!@^IlOjyr`YG<xXFjip}KYe;aoo$3yt3f%CKM
zY7j9O+rKB;@ue3$k%vM*kFNnwm)hMo(ETb`5U^Y;=hxgGEVwZmZdr6yL6T4XFE3$e
z0$9O;iVP_9ajGa<O@%CY@-m+#2xmXqfQJw5#(!?XsLR8}8Ge5=UjB3L$YETQXwxM1
zYn&`dO=i=t#^0#|y~J&&6sCws8QpV2T<Tb~Z%KU^HeF?Wu&omYZkT5D+2oTpFb%qP
z^;pz7Lg%N!=ML$@x1YXjd`P@RU{L2M&ovn1tWt4Zub?(FpvCpJTx*{!f)G<a0?)dj
z_U9l2J#^yMlRU2PS7DLfc22M?RLU&r_WJaTV^eeFw>yHv#)Dr?j}$ozOAZfpT=xkE
z_?=ppu*)@9(SJT1jVzjP_H>nc52#k8!1f4AdHAZ{py$0BwGB3^x21t8$R#VPEY~oT
zv&+;Vym`aP#hF?iRP~Amzq(=57lWDz(9Z9<?=nCXnS&53O~!O@m*W|@#4AF>U(3?M
z_CSfh1vrQldCFFAf2KuEB>nif6vEzgnR_)M{;~M0xb5Z7Pi)X6%(%WEr~u7M(ULu3
z-5Y&H{d6(u`%xmT$qL@#4$Wnm(P#W&`kkr}b0L3jyaQtp31Zc76rpi(aS*?J`pdwk
zrGwxcT6RO$sFneq&loZ;qQM<25mZWlpXPHJnOOrR^OtypHZK;oZ`PG#btlPbjO4~+
z=t+?w(OKYbl<IdUH>sVEho$)FN7OZXMiTP^ucAZPU$~=a;n?L@F}-<nlp(1$Q>G}?
z`+ByhobhF{{7q13Tf=)cM_Jtlq_i`H`!kZmGxXJHICKsyCMamo^KwuAK!qM>@zdfH
ziHZ!ZacZZP)s5<13p07&hfWfMRQ!V3A_G>F$7a50l9+sp!h&%n{ZEIG%y8vHlsXMn
zNn_Fi%$an59sTI?#m4;HQk-8~`zG8Gju{HtWawbe-wJBP`l72Gb>_b$_m;g%itcuB
z5Nxgd9ew?Jr5T;b+?F(v#8=z%GeG+*MR8tldwE{!jCU0xD-4GlFn)^#IGXd7$}&s_
z2{nRr_q#5eo*Vv!Z!4lu9s0%foPS~q!hrmInx5Wg0~_^elUTQD^`IFUj9k2>7fI?;
z9x<{^4+IeLAsldEsYGMw`dbrSy9b;bWz@X6lQ4wj11!QWtZ^9emKJ8rDS@P#_M10<
z&}(<6Wm}gr|7_0C!jJ>S8y5EeGe>k2>Kj#Vs@m#8g(W|<aSU{2%r-lml;0dR5uM_M
zG93OCZH7&e@wDf0_0_L3WjTgl{K-A|tr;$x7BBP6X_k;@{0}0(g%Uk3HHW^KB9wRu
zCF73bu#>^xpUO1DWaM76_f*eIckU`gC~~zQ_+>mImR;y!F|Xy`VvWo3y#5gpRb7%L
zshS*|%P#x#(il8O?UK%yLTh^kq4jB9&7n{d$=FBR+Y!6dy?1wa@uEv$*L3q<c!}uw
z-ky?*X27RqKtA#ZElj%}j!IcNJLCGoz<H~k65i=x(N2;p<b#{k)<m5D=dIL6j+2<V
zmKTU^G5XtOV7u(Tz1`+OOU|$Ap5+qQLw?`)$+1(HIZj;zvc|qv`75NqBNHXaV9YeV
zqnz&l<La%$s@$UOVM0(uM3Dvs=|;Likxpr8l@39=>mXgyDJbbCrMsl0M7q1AL8PR<
zxxM%P{`k)0;W>|TWWVcOYt1po9COU^6Wb`-api1`C@s&)SDPE`0mjDS4IC9snYVJ-
z=pIIU8>bK^t7Fz4ByuuFs!vGaOzqo#CcAIkB*YCVVsyoS0?$_<oc-M@kr!F}9!)L(
z5#~mTtHc$m_5dw>?{3iG%uL#WAo78}H;kA|xN0-=#Y-+@(a_*!!JD5<N$TF4=pDW4
zVwd`@FTO^ng#JOsGxnjH3{C!(<$+0rJDyk&oMdPFKeQX!DoAj<%$~=NB32_Hu*AuB
z_3)XDaE#s_u8opS5QDC&q6rMKOpx(-BS*5KXnKP#wFgW~hPoP_*|O+8G1n*gaJKtX
zo!&bO`#vo}-)J)UD!`gAu0}l)N#UF<tgPf&CI$NUGsEpip8Kug<Inyb`0RY9ktA0g
z-zCS5mx|u~^4W2Wp=d<Istni%??d+sUFBY}U7St`^byktD5muN>MaxeG?Hb=sy>mO
z(vzg_{5$jX<Fr;8BHVE)p143zu+ewJ&FEn>&jV5Pi-q!*T2!xU2OG-TkNYHE)z8Q1
zht+v6bt&H*<o?8g*Z;QUwa)Dgd1OB7Sg=ZiXCG0DL>>W!v^GBnDmWr+t-n)4+Karw
zw4P|0K^6f^egK7WY}WbV;aF#pWPbNQ40kC+!yz`SYigQS-2I1^*?CAYXohO>6P;pv
z2s4)yVVu>ps{0caI#X&6gmHsjQbhYfrwqfqiLvQL_Gua91Mc~;=1i%gxP3*9c3)pW
z@-dvXL_g{BcIo4EHg3rZM%tnsw!us~xLX}cKV^`nMtlCedxxVmyi8@5q1w|gswK{C
z&l2vT4TW69w)JQFc*RECc3RaRBJkOtIs2zCJH1>ETw74M@i-(^wh{S2noppHd6(Qb
zKOcnj6YnOoq@yxRN^JXo^}>7Go@>-~pKfbw0~TA_$%zL<ezHi&0cDsogi1*L5I)(f
z>MbpWbXJMwZ@q*<h39)uYdMJS`!uc&rLNN*>WiBi0}6KD(7GADZLX0#UfhwEk=8{U
z;wS;ROJiIec}-#dOV_iO8dt7t#&)BYs4H$49Fs6{c&bjtlo+`)E$A7x#WQSbk$%OA
z2oIMqZQq>y$+CoHH2Wc5?Ll5gqEiAILE;8nWb&oY+Dt?5=p<(QN<jQu{AH1;fUkhO
z!w7b3*B^nljTC0Pn@z0}lC`MjJO+W2yzNO&q5-l7L`P3=xAOgdZXA+FBw$F+<?L9k
za1>1JJME=1YxOjF{IO4#n`3Rrc8<?NjRfKzLue1`2`^y5`LPm0e<8QmI<DG@vw=H!
zA%qfTq_k46?nY``zn^RN(YlUK+(;us@xF5Pu2LMM<U%X=P3>9BvV(OXGH3$Bp=_??
z>@st`jsV7k@sd@AJE81b2WY(MB~;IjD7sxR5N|on^<&WR=1HpD<y6|ql0vcxM(*zc
ze}SwL@9cB{e{(RRro0GRgrt;|Z_vDY0H`q&st=3%J<+#9GeOjW!#C>~yI&O;6lAy1
zf(rFbaSe@%%F5S}@9Btvy&F(GSUgmN>TBHQEOnUb8Xe*abcn)FO=TbMuHj6nAJ0i1
z(BZZPcdhKsnZo9RL%%jr|9ABDJ9^qV+my}T#jl4G@_(aA{1{^eU%A3XZs11K%+v5&
zrVK1izlXaqFXVDg9{5csC5Q_a6flUFw)eYp%6cSF536goA;o~dMUc05?@C@d$>67U
zum}QGWRJ|VkF;>leT$}+{*=#z=7$1hxUVjI2I^W`MtgIO{EokV4t?pB%+JrPttA-{
zJum#po9=VvHUn8b*cyt1EMo{N=YRJn2fPWPU(H=a<lmD%;UT?mFxCTV;P*^CN}s=X
z*LN`p*&V!UNJ~jiBo48{U%XGrc4g3+%{iohsj<`>*_37Y5Yq*27};ZeWbXE7wTQqc
z0w+TE*SF(lXS5Juit}a2OeB)`xkK4?TNF*GAHZ2p=OoIPD?Fdg2!E!6kEr0B?39tm
z>Y)K&g>V`@o1bf}S!1-abh8u8(J2ZN6ii=oIZ@1kunA*t3eL}G`eOO}O+tRY{B`5R
zi>lLdsNo{}s9;*z#i^a}@q|&$YJ%=7pzY@7?q&>Bn|h%@#u^1CE{~|GssHam84w4F
zN{Ny2E93u3SjM4Yu+hb<B&Y}T!AAbCo%m%N2(mr3wJ=_|)p}RnL$#MR!I)8ZwuESI
zJ)V2}A@k!Hc_uQ_3~j+KOG~1;8-a$sE(Ee|C8$L6JuU>sQmV`BL4OL`76NHi)2q00
z!tISyr7tF!hlwo&I1w{&wUFrg;Jza*OzzfBDC|Wu9*RiabbCOcLU;T3ZAGXkLE!qw
zI`DIpPRQiuGl7Tz3VY*<3?6V?f6mN=L)jfN*Amx@%_G(;0k6N@0QQ}HB9YO;m<56m
z+tyr>F#Dj4+RE3~s%<))Oa+D~YgS*rhvUR91M5^Ngu2_DUF{A`OR~x<-Y<r%nDH`S
z_-Uint77RVWz9IL%}lB7^paA>OH;_*E)kwuUt<P0A3J;iD$1QA_{WA;m|r*d3ik+c
zVXH5TJRM?N;WJ%)N7hprs(aa{LEe=gj_~8rn;oQ^3SMs1p?B9Qu#qauG}>|?!Wp<C
zJ&8WBYiMX7onJui5&2LkkZ;ZveeoSJbn=WF`iLBFPr5eQ!7>2(0>LDpdJ9~rj^sR1
zsgZkhSWSb#QUc;|ouUbFUXn@=cxOK>PQ3NK|GbqcRIw%_>LVl>ky-4FH!WRIU!V+1
zd>eG}4OHILj$Uk_NNG!JFFon$hj-wmzsu&=`}(=W{sK91YO9F`t)Ny;R)Bm<Nz_Vx
zXuOgzc7=Bv9uXd6ka4FWTKC$WWR6in0BoF8$>Tb$yzv22C>j@BTwR7Rr)U=w(>rO8
zNz}1z_N@5n1IQ+VY1?BX058QQ|M!+j*JdDHL|oCh03LfW-D7v~GdzfwhNk9P{SB%i
z-?l~H>75@gBs5fyZmJ&?69Pa1c6HLJuzjM&$0~2af^X$ZH*-J#8zm-$bt3QrX<f^$
zMb&dDdz^)>8n@N?P#(8(=o$r#|BLm%df(*X=oYwD{IQk&KP`Zt5ZO#KpJ_Ft`4`3x
z+14A4Efch!_R>W^G&X*1v-^E<jg?iBFpF{8G4FPv%~jn$cd;Y*U(%L>oCV57bn(ft
zqbIg>@mRO+!a-KYh)X^#m-XZ5yJ|es`Sd!2Ln@PR8=V(2R3`4nTz|{TCj3%36C+1o
z6odQJ?*5n$^3_p&?9PsRrou9-UUiSac9#+EON&qK7JX~&Q3fjUdw45I>iBz-vDB;o
zxmTR*)f*7j(q01Aypct;mu^-a575w-F|EGGI9<6mG0XISaf&YO4sW@G35V?yRq2g6
z+z`GMYa?I-gZr#lg~>Wr(%J=B3X=F)o2(;<UYsT;bMBu9p?IXHrfjn<h>4`klX7$O
z(_QI*Ml_M%J^^dWeI^`aoQwYP4=Hvme%&UTc`5Ao^1pv9CYw=HWby2qvfQ$bd9?cn
zYxpC8s_Z555&r=1msq0qlWBcZg%>nxzsExI4sXz~;gbygFZzb><OEN9r;peJ&)%RB
z#r80m6@Oui-t-gH4Yn|O@c$T{x5LuD$}X$bfn*dP&hNf`2YZ~8uj<~QoHaCsz&}ID
zqy){qYIZt&fx4!Da?n0~Z!KYtYgA1{=k@2YOsLzg@%C_P>ixilq*iz3B57!P0t7=I
zEE!=WsnhYlxd$!wt4c;ikp0!1T1|YAn*RZTRG-^i-`LukNq2nzz3T&O$x`&uoH0cP
zdLu^r2|I0*(*56@MtZEzO)qltWSa%Q{}nwWc-1?1VeQdtu<+ny&1_nbB+h~<wx%>7
zSkr!`9)%hT<=@C`8~pwi9)jU3Af_3|VZ|-cUBDG+zBq}<hspd#h0K$7LskRK^#CQb
zb>7#@#scoBek5ce-1W_;Ih*Nn3=>JZb3suyc%0!I6N<+d-+@MlB*Pi4h8r_(d_ybB
zul+&($iD!z&bt~|t#na&>}`JcaF9O~NAQRH^FuXc0LAbhlkC)_9+Xk>g(!r#>`rFc
z!;<<!sk35KE%Y$<P`o$&wd&+wWJ>T=$XDnZ^|aN@@8^r%D&5&zGiS{#PQ_9h8jywH
z%|8n^r`>9BFx~)I0hgHH!1{B_ugBQR00KL^y2kapTK#WwaK{OwfPiQrTKds5U}o5k
z@Q~Ze?aTe-Y))*xc;FI{1ujHx;rADcCfCzl)$8>)+~8e1)dQ_(UYYXI_svc9*3Q+z
zYQNvg!0kRu!}=lj&;xunVaH|3Qqexuh%GT0rrYS~Xui3k-p8L2_FV#*3@SC@wiBXA
zM|&R;_kES98$M1^g?Oc7<)O&v&4Z7xbFA=lB`eQFay@2GJJXUzl`KRRF>%N9D#O?8
zih(b}WHh3CN5gu^M^^wpE##HG(nWbypUXWe9mK+VxA67F;Y6(i{qgQ>SX&UT5p)*i
z=NF$nxE;W&r-h{5ny<ap;ff2PPxpl@D$3_#nOqnfxobH&d6>KhI{{f7!cLd`@!xg6
zI4P6eq>9Z4<F8R3R_{hlAIy2uK#GV=@b49^u_Tan@f;U>R}%Mm5ak9WvN}wbcIams
z@kmhEC)O=6KA<>z^g(8Zi@g4s*tAgl^<_xHcXHd&8}~#Z^TFh%;<zgN97t5fSY74T
zPDX;whG5~p@sz+YeVJVrd-rV%k$3(zLm#V$ANvJMtw<P_49)wgx3{ZGKc_Mnb@CUa
z-vm$uz&>bT-9O*^^z~znmHpq%hRPrwgY*p9o(_+{9A<by1u84(sPt<-OKl!3bf(I*
zR#Xl%)T5+Y4()i8l&pQWih!Axccojs+qqa^_lz~RP{$^y>MbBEMwKqL^*8dQ*s*+?
zhy8nP+6?F273Zol2oTxe#99R6re&?>zoVfUUfV_#{tzM5Bne;m5InJyvz{Du`BT*K
zR7oHIdal|?4WmoR%J;mQ-}Y_tyU;IvFUi^%i*J~YXLv^wNzz%r8{pcVN0G~q^;zR>
zLZx_Wf5UV~$;*oK!~GB`a=LgD`N!Myy1-OR(WsuVJZ9kdTUJ5HQ2Jvl^B%GLbusLX
zMahNrDD)Cxw00han96!zG71z?yOJC!12#T>Chz6$u}wUsj<1ye=*WgkA9M3tAO@7j
zF$v9NxkUX+m&5YlChj8%kaO?O)<ffiKfBLauZ}1NRc7JJ;Txv=7V=>Otl8}U>Zr=U
z$}Cm2S)!kEvvFL-AQy>8bGyPwP13t-Z)Un|IBmIpO}wS=%js{hZLdxLM`@lB_~2n3
zoJh-k-i3r6n*p(%-43_G(W;=PDu0bnm{lQx@&;B?Eu!!Ws5i<=Ma-h!mKq<Qr*uUu
z#6L^!`iIb~r^TByS$%NDrMV>dcGaj)^>EMARcZ4gVnZ>F(69<1jnfCVJIy}R4_lf_
z&~6%HkRDr<{|NNzKH53YHz9+nb#_^<p!a+wRXY2?!>y*+Yz|=Fk(l%I3v)!Y^%*wI
zV+Q*jBpL@<5Hda4+v{=|5TS2m1-E+eO+yMR^YU&&<@t0|t2uvl_@589KazJXoQ8NA
zFZ8;tzDowzi9j+bCF(UVUhi2|$@HdFR~`-9H<Iq8_FwW081XXCFjd$G)p`H&e#(Cu
zn(bZyycU;98*_4s*3vhnS2OL)?CkUC4d=0*TBTzq^@sYX$?;v-X=L|woyDmxyH;Wp
z`Im@z0k+iAab0nKMq3wm2pGO#I5g0JR3tlAkpgx1FV?$7#f6Aw3;;+HTs5UjT-Wsb
z8%jG{T$FIN+3Nc>WZd7#UP$SIj3j}yhcLApj>tP?Y6TLq{CvxPBg~uS=f8&mlS4Ny
zR3?zM#p!C>0ZXrc@b!@@OcA=vz-vY4*d5;FIQjOg!wsU1rz-f?C5#;l6SNXE2C<V<
z25O=7*C&ndCKT&@dTE4et5JX8U0Obtlgvd}d*dZFp{N_=8j4`vi=cnPPY19zSrMv`
zoJ7unG^)4mtlRtZ+LBbVaf;H#=g@GmeH}58)_3!M5Qo@TPZU&9S!wz6-vo}P*?;9Q
zi!T5v%k3XW%Q(OL^DoW<prykuzia+GdUXuPr!_PE{icu&WzKMHknHq<6He^@nI~+0
z&@2;^lea^9_U?SAI?tM6SkBg#U0p*`S~|#Pni6>>E~`-AUo<I7QN=_7*7N=+Nu}Jl
zXzw&<vW7~NcLMf@POfleU#-tlJol2cQ>w}fvkS>Ct7ASY@Mn0a{NPn=jjjFm!%It!
z;OGz%M0?!7^vk|LHWR@jOeXnG>Vm8Cv-PD&i^bQl-#^NX^(B&Df#*@%gC(M>>hZW|
zjK1yaoP?4pUp1(TtR>#06>MO@6(9`K0&+&Co6Z#|8FdsjYrF?t0fA1;-7)~Ke#kT^
zcW2W)7}UWSRR@VV2Bm-@G>RcBgwKqOjFhToAu*Y@ZGH%qQ^>Y^x_QC$AeiAgJEljE
z?ICk_iCc*JmrQb=^B0Tu0^8>K%+d(?`F$JZWb8)63;yCSyl1Ydr6=u)CIC?U+b~A9
z?-_clQ+W+!LrGMbv4Fw;l|xPlnPGPvB>RsaD3E=Snd6Gfv|n)9{q91*tnWgpO{79+
zOv?1l>^2>T2~t6kSsElG&uOGJKq#j+c@gJ|hEI9&(O-sn6lbZIP)2PsdEw3y)<NnQ
zV;l3wnU%NKEc;81x*+2K`VHzRcJSiX8v>zY1h^*p3{TGWY2+-Q%!?0}OaL)aK22yp
zF;ruSf;X13+4Hrw?B!uLN-COlF;k~maXz1m_++LXBv@coqLThSyoKCLw^{Jc(n^QL
zqKS(Qli8cwt9sFGZ1G8W#9Rlr`p9+xhcS~BJ>n#SW5kng&BBb*h6loZ=!OjcZIr5@
znk<o(jp(Lh>S?%%X92s?D(w-0PgFjW-8VJUS+d#?`_He6$Ar(f%Tav&Z{ofI{=yA`
zw6;XqUkYPiGdV||t~d{JAFTEVOjLI8Ln52AXI|iA9L0A`Xd6cUrh2Oi_PDPAZf`P&
zzA6`wl`<y0l>s3Wpf9@<WQ|4vAJjqZ;Jmtq%z)(vbeYqM?-BDIbnL+Kz&Zb|FR9ul
z`f8ZxtoXma!Vz?QjSzMU@}Uw!^k|C~i!VSUu6FUl7UpUdc*xB0A!K-|SJMVn&-!+b
z@H<-~LuXU`;G|QB@=ri`h1#h->{5DQB0sN9fw^>Y4le}4?x9W)sL`Jg_gUfS?4Mt{
z9#5Lxzjfo@ts4s`=Zlac!bBJlFicG$^|7vvYkO0Cn+_)WlUPA*{PruiK(vr(i4)WY
zcQ2^_YZe2^?x;ZbK{7>`AsRNvK^!Lv15!rtvUK>at-in-mE8?9!h0zZRG&k;exdtj
zqOj%llSUZ#DyE@P9@whX%U7!gk7@YCpF-UWH9uv>j#bX|V)X|I!d1Low|WkKdl-rL
zrZ``$X3mS<Aiv_iN7TG1;owZPpYf=F{<xbIA7h^ztyzSvs=@m92P|4VCMjS8X-GYS
zD*yyJo4&!!&(~?b|9nj(lo6JH6qf%fC#^bN_w;*A+L)dOC-QTpxFV3VVBbJPDuZDJ
zy1^Da*R30U=aTu*<NzXW=5&8BCDhd=^EG}R4L}BPDv0KhHayT@6E|c^C*@UK$Sfq9
zf$WI*wY4Q*A3ncl=q?I<RRC*WJHR+S6A49{Pn~bR_3H8<tKR9VYZcQAUxB9iodseS
zLM=vKEd(&NPedr%PIE9mcj;7#nQQ}HyPE2YR}IWbku)8``t|K3!JF#(pAALa@Iz>y
zutaZGSUmv6qF93yMhvu-rHZ0?)?vGDkewAQcHU(1@r$-^Up7&j<Rr>lFTMBR`bRHR
zNfLJ+9gNQ@&_n`3%d;vesA-G>X!&0e++3uX^HZT{vN#<TxAob8r@br~a8UPXw(1pO
z-9W1WZs<@S)7Mx$X7YX8Yh;{lZ1h4{e1TCbP`d{R3r$W)vT$L6QvCBzaBoB|LYj7Z
zwMqu_R*w?pJ)|5$M^`ryf*IK~IB(p$9RQr0_~(1@-$?I3=zRtcyWHGdr_`Tt;|)ds
zPt4|Jk5<=QVMr=rFn;Bn`d{c9dR{F8c@ZVH={}my`3Hsx@M4u8*>VO*kNgt)I~rs5
ze3=VagZXIZw@b3lJyB92FkcR8r?TN{eA&w07!zfDV$*YFM5pbIXOq0zQ3^WB?_R)_
z^2Sw9IHzy*>uZOc8J9a$MS5#&fwOep^dmAL40@~c0B=u)M-j@C715iR2PV(k+%;a`
zLOwX;)(UG<gj8}xpNc1lUvC>z-g~0I6g|Hu4Ja41U?^Zvh4J~tEok&$Oa%KLFjH+`
zSXdZx*xA}@n``vInSW_Ivffiy<^WnC@cm>RorC}Y7OekkCjkX=IBW7eynKA@qmxjx
zM*%=>=q?Ot5CdW`(OC!|CSF?ph8<EkVbSk{&Pkt|*<wL-J;frxF-+b`14Da@K{}Bc
zG4aqoB7)F{$zyM+V!v!xm41_nCH?8MK-yT+dl3b$V%&K~JOZy=P+YFiU(6;=?`ZO&
zxm=a39EVg;j;fnp!j1FnfTm+7U3G#c#XY!UrDFPPhdx!q#U#`tV`Z2Qp&#ZqG;zw)
znNlUC5M|u?2Jw8GKtU}TT72gB2CQ&Ey!D))+`!U+1HE}Z3S>X*JQqkb1499R2|%S8
z9+-s(7e-A#=Sv_tsx2$tM%p=NWf^T;Ltg~PlP8qI&W8)F{zyHQFToZdJ1^oR2l3ny
z8K_1T<i??XAjN<m%1N5oZlzlJMr*PLWEKD7#;87R(>9V$jyB7K1#uqLdRn@&ZNTaO
zH<T)_w%wM2nDhLW0?L<v37q}-OU>D&8H0}88SALq{=n~>-v|yfJmtw+#5(9q-GLg4
zTUEarQ^R&}yVZ1@seemDyPFI|0nhw7wx+_4)SiC=O36*Hs9;s*BxYV{O!Iq+0-2Co
z!E26#?+ix#k}MR8zntp_r>B{ZPDi8Qc)>dzuaGJt{`c6HdZJZj_4OVW7rDV5_dkMn
zqCAiN9lHA}rm&xoHK6A~cVQqCHZ*KP?^OqEBG8-NkW~4^aGR9O!E?On2Y`h%JnDJ{
zn&=nz|3?VHNt_6E%<drjB7&&y2z12qseDg4FqfRz^zk1-3^m;idUWZ~%ogToa=?1t
zsNFwjrhVBj)UQ>NbdS*tPqpnmBy>P%BroBII5{flK#`(rCo>?kbbX!r+X{-<`{AP?
zLsad-Pt{Y!j~;_hAmzy1b_)%UFU9&KPHvV(P69#DX8@gfcTkYhufwuS5Dt-xdJ>0b
z5?3KCD}jK%fkx4(=HlXF7FRX~hXCR)+hy~>dfVscLEH!x=6@Hh1A???C}LHiWA6k>
z(OW_Kl$!vDAq@})vegLICFt%$pyrW6%nR@9P@~XM8J_ss!eoH|@=xjN5lM!Bx?iot
z^f<E6P(T?7+b<K?iZe~5uC!|o124e}0|O<kj$zKV+)6DVGXCD%!ctA)O6fJUm_-e1
z%%**+uh-X@+obb)Z(L}{&jW~(Ur7CBD7mSJr`SzM;U^%>7OhTqkS?8lGr2vTOH-LC
zw$`tw5$D~@L(><WSd#~d2|~|~9wR~i!>D=*9R}DT|63h{o8i06u8`x&-aIa4@(<v7
z_*Om7%a9Kd2-CP4GtZ>QHXXkJYuy%J&54Z4$y>jEy;L!Ba41)Qj<m+zE@$+yS?#<@
zMWtiGQL3tf4;PBb$Y~)mDi%(u(?R6<I=S#cCSWLxu-T*RE_{mKh-PwN=_fOLRxs={
zJ!43GNIqiF4gAuQPw$gnCQgu1cnwH0wJ#vuS0ko}aPogsw^265!q<lOUgu3IdScO!
zAP&o9hwIiLi`*a}+#zq3bfY^YHCCPEOsBitq{MqX40?Zbwuntlxu)(J^C6n(Pz8yN
z)$35j$nDAUn{Y;;$O690!^2BiC}l@E>|R*j%@m=T3z0&*-zS~R2S-OMm#)iUs(nm^
zG=$bI8*0Pwzk1qQri5Jutn@-D4}4#zJUUvkKPV=pVg@`WDJjW(#Sj{^SEfozPA<WK
zFV2Aft)<1+vD~(}NU8A74K!qT7UU5l?*B;20^a!ku6DIop=oE=?wO-|qPnJ2%|*qZ
zVtf9{&s=EPp9}@U6gN0(6-&x?c6Lp@Wr3TREsqau1^yP><gD~URz*WI7v>BO1GzOm
zy|J*8#N{tkC+#6JTc1m;MY$xPj{BgV4h{I#d&lTeSVW$mFmX~p@qdoIn3fZ%l0t&#
zWkz4Lwc}GWWnX#}0J#`|aO;!qFr3eQ5GTV_F!|Z=VK#H`_B=sicg}Pmq!hICn6x(B
zuT_&Pkp%I|b-v<VR)Yp|$eG|)aEN*746<Ano*Ix;@E{bV@NeB13%{^>`?lY`v7pQQ
zk$^qTmXm4kmw|XEldGwhUai&OUu00yE*puP?O_m><=Fotjv^(*90z6*#Kgo9_-s3S
zH1*2$g7Fiyl|m8@x;MZ$-7c~gvyg=|`glVOTO5(o(D)2!XIedN>;kWX(hjZcJ4zON
z<>{<dtMz$xya4U+Axpd_ud}M>ButLL*U-@kwJK?J?#LKY&DAvjW~$7~A4&>1U+1@k
z=^qotWbA)PMa>l!^-wPSKeCSoEjbtm1LL`PG3IrQMX1GB&lhr=(XO@y7OrAj)|=3+
z>!h0h2A`i;sw$d{DKbI!?=XR{x4R~w{cmA)BW4cW#f%p#IH4{|3Y>hr$+2y!KHKD2
zrlJXUDgO_-Yz9t5-xLfsaQW>sN*8qZkuXxyih=?@rhrqznlE~r+eb#?)~4OB&elsE
z)|Ehh@Fo8?s5*hu>gkc|ug<AdCvw%Imo<5FB=~J{KLs;KkL%xwZRADv$LekOb8BQn
z$_^PWv-jGOyW$|RoP;r<l+wGS^Gl0sr9Z?uQdz2{lA*mRvL=w&W|zG&yGqTiIGv5H
z<lhNZmrILx@5zqs2@d~cK=s+I&t2AJPaj`-ZN58>lhaoUE_M{+GE0!|#|%?=<MQvH
zwB+p~^HIr}L`GZ?V$jhH`6`&YieG#?)>LLBkKrr4XHir(5wfXzaHvd;S7N88qVY;R
zb1@#KO5WJrS?blP0KeQfnoP;MbOg!4L(DbGUjgySD;mJL1q?VkI(qs$u{k`^z@4$c
z2^SZ4`G1xFP(O?WW8$2*l@%2WyY+ixzqEgWotJILwOP#XIJx|z6`{}V$Q{_-%!}sN
zl2V!or(1h;0{ZrV&w);0zy}om{$nDj;u3MVHq}D&wAqygZ=spq{GlZ`Q`55!%$H9B
zm_Fyf43-aXo}om5{6pj9{s*0l-EJKaCHJxos^=Q93gqOsoH8D)0x2V<g3LFNIw9%w
zv>0=ydi#IZd<Y{mGB-YbxaMbfz%4o)+=s%IwbbiDdQ=b~6NiKWw`5*AyiW%my>s__
z2C7EuSmHK!DXRP5)!FoKWa33^!WfQdRCT^!cCs-a9bM5IG%)`;QE-v5e9ib?rk=w}
zy{{h3Qb1-=yEV&^Ih~x8lPzTv?L!a}0sO+g0`Qx&lJ$UI>8Xas4gY6=v*9buGh~an
zaVMw^MU>p7%(b-__%AS88dv6__HOo39Ewd?zG^Vo3q2~aQSG7464e@`)f&%K$9e;~
zi}pCQ`&uVQCrU`r?7~g@a=7pg4OygwnxIKa4}PNBi7CP}xE)V53x!XP2^-UYGNIxz
ztM`eqh*CWcHb*ID_xt>Bcd@qz)Yg52+XFm6nWQqJ&)T$o+Pxxalj=lTuPg^^-VMXz
zZrSRSuqpIovkIAaWOGi^U?pRRO1MW`Foj9`A`X2$3cQb2LKIZB{UxYzqtmP0<m{HL
zUz%(8(!~QkRUxq2c^7X(a*gYgB!Gw}>?b+lGC~;R>X<ZLQ>?Zu=wFxKj6-XCN+}-@
z<<l?AE)IIfwe|IpjGtO~;|<lQKZ8sWmUj9DWU-#2h6Zduk@%6Vw$68@rca&7$89lD
zh8jE3x4ikr4~m;VDA1+mG1u~ZUGcvP`7QOVBz^8ZK}p=hth##CW&2^n$;D+kf^Y8S
zVe;4NYAycPiV-s0@dB)Ze>v&A`Repl7QPnE2ba4(2uequ#-kc?-dE48wR^*x$zx&M
zIr|cZ4QC{>COqN!+qhn`bFxqB4L=!P^L}+0oTYnnb(|NT@5Id~KigsRA|IZm;HI9n
z!eexX`8)h_z7uH^zgvC5g8B!j&=t(<r7tR7$MT_gW#lFjkx+*fpb)NTLJYycDu3C`
zl&T0Hq?G%wjV7U3a{q3S7R~c7`6-+#uN&h6M!WIgX#UUCfm{m)bYD=Y@rYSj4(+a3
z=F`!D;4X2E;(xXak#8K1i2@PzP)h)x-*^U^x0mrH|Ni8`N_VS^Pt1jn8Ogqo3ku&1
zj&&0+UnQOe%$72G^$G=Ax{=MR5D{raG_@n7-X~UCs!e*Tzxk6h-1J&!dK1%8#QdP1
ze#`FdlN2X`Q6}^!UCL1QEcd6M?B>s}q7#b>jVvee>f%&1$&+T6<*C}8YA1X4ow%WL
zsYEh4nlJaU!(dbvdpCo1)ykILpSPu}{-`bI7G738=&%(@-hz^etkha9SwdC2|1O}6
z7(f}kPLG0rper449Gcz(nUabDzO@?32Wu8+SV0;cL_QL!bG*+y+QFis5g>)f%A4-w
z<g~aLL@`#iK<*0fee43vNzALR)Hm(|1BV=aVNI5aL>h^D`X~uf<7{1VWk-^<Qe`Tr
zb*H@hB_CV%t&&ClwL?8Q%X>`$l~G?sioq%=G!z;<toAph1Y$4*^Xp`LDuuZh-1eX`
z?)_B?(uR-4;Z?64Gndg&Ke_tne$?ZRV@>SeGr*o{j_5E+G-oQ8QBGD@)qW^#*b^*4
zMNCGfdr%GzP&ImE!h|bn{g@;ASZOD=4J;_(jp%xp0<b9elLr%z2qfPn{^rT!*_}_e
zh?BWbOqy|DRN0F3F;GU9yz#5pCwut92GIT!hBYAdM1cOPF+<j*Q^WlHgg0b-X>x%D
z4~w7*CuUVqdQC*ubcUTIGUs@2a|aK*pk+n-lXITU>Pkv}K9m%!naTzKl`3qQ&|@N4
zkZT1AEp?P|8TXp$QAo&<k~)j>6CvmT0_&@v6Xs3qr+!Z<S7jcvc3nWTOW~PzzA0_v
z|D99g6z%-5KIo0{r*qOCok@GeEkcmsdgt_H53R%*-R|IhjuTEZCJ;dT8*B@)hN#;Z
z*Mra1LL|`2%bE9x!JOZ0ION&?gZTs$KH4jKVyosy{Bi}$S8rL$6ixDPCtc}O!ws|(
z53-_XiER2hhx%soO<pN;6>9sNC4{z2WL{eHI`+RtkldocUsZ~kX0BnHXmwt)kmYY9
z!fXXhpIon5|4$1rSei)=5U<;A*sbkS2qRev8+n|O4Ot7Ju+StLpLgbgTEQ;8A(cn;
zwYEpcLRx`|nLJ^tIjq1p#_|;#O_itl1OOBy@Jo+++puu6f!xQ!tzqn=Py^M0AFyu?
z2c2Zd0tcLJ6%CC_ZcK+PF`xtfhe4oBcU{6#<Bdbz7^e86lyy6(jgc(jk1>);SlL8F
z$rwody$<q>7;Y~p!S=Vv&;Km`Y_0PDM3!Gr0I%>+#j2Y&=5lIi<izxZ^2#vD^Ms}{
zXr%#Rib|Ps&u52hEJ-2@slqmg1u}I0^YC)>duc45qKS~e-<Uhb@=hTmUo4VK`Epwh
z5{)(CVetB6={PtaUm4Jxi%Mtb^~ZOp@+o~Rox0U0p|>l7$dzr@2{!JYc}00hGJFHF
zMRH!re7}U?v96jA8pnJ8Sb=3Id$xdKpz7_R_Vyc~$r65q3vDz|3WwQHKViHh2(~;E
zi$Waxg>-UNa;(H}|Ksk)tcA!pkO<4(2^GQqq<+>$(TcjP;a?M13|Vb-hy!{Ht|&HC
zXi-jhy{aYSY!CQ9h4RI}gef$5%9M{eZhoDpy~66JmX0*m#Z&1d=f&Wayzi|j{RRsW
z`zMf#3$;%vn0)~Fg%m-!+(Xp5+YPX3HhaRGja5lVLS}P6ea=-s<sm1|Xr*@<+0@gB
zq*?0TTgikWE8!Bnh(0{KCJNF=M79-^yTIX+1oh`G+*S^G7km7@{f>9_;CqD9h62=_
ziI5FzBqXv<=<lwQCdvq{Abl(~)>ULoGZkf*Hh!`uW|W)N*(o)g8)-tNPpZKN`usGT
z0VIGbsvNYU9u4ku#IXbw5VD>CwGvoA_yy|+;wSiZmz>`hc9!BM9cRP_b}e)%;FHSP
z>|u*xF!8QKucsR&^fO478mmo;1F`iZmto6$@Z|hbK)H%mM@a=AVqG70q+>)U-qYwG
zk{cEmA_pb}WXff+2P1~GP1eFO4L{%hZf}&w=73q&QQjbuAc?51(gTW&DyL<iZvG}7
z-u%OVE0T*~;k~JFP57ljui4!mw1CzgIK!&nUsid@1(0$7&|!s2Gec8hIY{Oekb8y$
zp%7f1&^;re^Cparm4rO*lrsLa<AzGDjn2PJ*s4fNi}Id~o1egF-Q9<R?>9FsfeoO%
zcdG@abpUAu!nbF@K>{rRCM-aN!&kS(l-tjRF)w~8JB<HNFPDvQ!t@T_>IYH+3hDxW
z@)s<Q)yJ7<NiPp^K9GCW&NV;N(n=(xy$?zXHx@j;v(sJ<*a?sWY8UD<N{}FC(C{@v
z*~Lt+?kD8|_CtfV_|D;%^yy1RAd}-HI!`ls>egtJb5FKl25o|NH~ZGwUZ;u39eM6}
zo)L)l;gY5-Gr^-sY+mf*mckPMRfZ6#H{MKLk~2yNBUv>OBwz4GjfAz^NoT^o)@I?~
zeupPdoZnMEJ6x4Df%oolvMUMvG*k<p@bd?^wmt)eTNac=0j$GZc5rj`9ZzkjM;iD5
zWCwxchbm>TO8x(JdGV^;{i1SEf!eV#R2p*u)lX*Uso|@S&`vS1KAcIDSy)33mjFjB
zUwlLczF`7{=wN(|FR?PrWR>D-$){Myz4@Uk+SZM6>YRMG|3oqYF+IjMzw>Pt0^V{G
zrYi0(RdqnAoQ?*D%_73@z|PBBP8PReDu|Xbrs=^raYj<C-Gjq~91M0wvJW87;qJ)g
z)QKr}qn~AX#;T~G@T)0e6&aStb+$(1**dJ<R41=4&!JTZ%$TF*=H_xbOGkmEhY@AL
zFrXzT1HwE^iW6z;3AwY2?DmRUsSeb7Bs=!Z_!-<=Y*q#%`X3aS<b%52aE2a9RTOK!
zkTs#BAdw-Y<3bxoQ#9E__N}b^lINtf{dgLXaq`?jHG>C-m0?m{%9tCnc-9ehULJ~$
z_Hb8mH-Cv`78N#-eSeHL|HK`DtkJlqfFOn80cXZd>fshWnQB#g3sKUp^T!7#RM1Rm
z0nku@6KdV)H}5X|5Zdc=VGLB4$-<2ItJnWht1hs-!?YS`pVP~KtZ+__q`3#A-q2pV
zFmw%Wik~6n$$Uc<dpfQ}`FQS6W|%9D_RVMv1X3ll#S@Rn4|Rj^pUEw20$id1MXXZX
z-PoQXKu07Rv!ftCZ7eW+C}6LeiP)9{RV=z?46zR)-yRDZ)w!;QhQH{NNRSjno7a4O
zp_XhN8=-)X3lEpQt_ZDN7LRj*H71OcWts+VLL&J~9omZ_WzUz-=?KPKr07heKitwk
zgf}ds271L84Br-?fC3YapZA|Eiq-nGID3wzCq&(vRQ~{0nj?-Gh!=tPK{9w?;R5e3
zXKWfcZxEn5-k)AS1UF`MsIm<4SS}JZpGs;*T|;Ye`I;FQ7Z=H;fxMjD3su#a-+SP8
z|Adc^zOpGG0Hgg)H+wcToc9PCkrO8N#$_^momTUiP@=(;p((3Btv9$la3!}S<Y-G7
z_da0d2Mub?BSoC%z=<<MbdX2?TI5Z|;nm#?yO_MHNB3=uzRFUqD(OD5B)V+uT(;W#
zVR(_8Ub)pMhRC=4a>;n_7A5&zYW&-e$?qD0SkWSuoye!elKbdk?;?WnPUE$xcx-G^
zTDsDe3rnDM)8&rS*75lzRN;`iYKV3)?qvaZ;h`ZkNC-7F)S4a{2X8CGg23tJcituj
zMQcK2JdkCe44Ei5!-ZSyU~tQs`tgB>J=13BxC!OGmX9uTAx2%1IeOklRxiUY8DTW!
z<;Vy=EIlme_{DDJRK`DMRE&;}4yt}ogX!t*MRsX!71!Sd38|4(vys}v49&qq5%0#S
z;T>h?U|V)Vt>Int^78Vej0_@!aZBFRx00NDmXqGj?4|TCINdZ|&$=`FgXOIq8V4@H
zq^4k85heu6$*UQXhe%M>I5O7TS%7HM!jKPW@NauaS&)@CuaHpc@jM-A#2a^=hSv=7
zp`o|=hq*bxGMt(z`fF_p*!Vy_uBSPyYdI+`t<QB9<%NO4-9+Z2FTakC>7}~~vx}MF
zY&~T`<JYvI-@24t-cv4M_38f}-rUeIQ?=;8)q52e3R5y9B{#Ww8&C2kCqcA=I6iX>
zuM-RTxpcb1W=APZe_W3nuK%qVSM{V~E<<zp@HFlg=KH<B>5TbZ;-Nm$1-r^pLZaQ<
zy;2hyV_B;Qh%e?3-s_6{qxO2vd00t!{_e@WO=Ox!e}DBVPO~XW8F6eo=p~w%aiZC4
z>ciwea~8lC<Q=9T(=8S#EZULv<!;1N*CfZ#PVHUgHGWZ6yxBxW2hTF0*a(xw`=7h?
z1<whoXt(B*UIh+#G(W-<+jZ~J`@-g6=fk;ifOT&^!_>50I#bmd%;l+T&3guW-EGY^
zjgX*ERoAw86Btbghr>|21WpkBYSP3#1bQ8gJTm7n_nJIyrx*QvCaC;TF#Z^O*1foP
zjdXh=`tNQU7$hx%5H?1~(8=j&D5yI$G}Or|B{{i!bIDFcMP&;2Md?eH)ove>`1p7W
z_Njp%KTJor7aavvG!y>Hdr(DxxDr?W-TUad7fSGT=1qt5YY(X?U~v@BKa1jpyn^1*
z<vM)HXRraLng@=<UcuG?B3125p9Zh{6uWyV(eG$3E2068P@Rq1<nPOk_K*j}j~-$A
z5;PaUBN0Sl1;lX7Ls#F|>7CPZvGa1CEgYb4fi8z50|i8AIvDoe@cg@xr($TB@p}*U
zvzR$k*pjV>$3Zo4RQ*O<XU$jBKDvkHP;&4*pPui8IZWldL?CaEKzcVoH~N;15%t!N
z^8EGH$w85=m(|8R84AqKc(+wl{cXp288nK>1{}y9L&1IW4m`>!JFe*as%y{jz-bM9
z3~YyTegV$##l_dcmw$#`7XygKyr9LYwBJ<T?aqO#u<OM^*Z6D(eA0uT&v9Sd+uOIz
zd*!Q4O>QgGE2Xu}U(U`io~>sP$wf3Cjp^FWdz~!SZ52P53rvoLJ-w@p=o=U?bHW?9
zsm>F5ottmjGi9<Htd1(NjG%xs{Dhyu&g>5p*jph*`$JckRwX9m{BsSHfkk+|*FJlZ
zRL*jqsnv7tR#VOAqb1()qgb_|8q)LFsbsviv9`Wr+i)P&xrOPQYTG2RbFc?bE8mr>
z5FQ@B5XxLEbLKKUJgj|faI!O<c>I38ey=I)aDBk6VHZG_=cZbQ+?h+X49(UQ%#U!l
zo-CtXoiC~uBam!6E&L^gS88lDnH$e1Xsla5HlLxXJCgxT=QU4goAwkkyl_hb#wi@E
z)-E@o)u{`-5kCCh`!kmzB{gO+BVf1me!ni_e~zm9&R1#{*JPJ>+ilplbYMMxIeV&V
z0IX^j6$%*auDp)agf<9oPo1dy$9YHQZl3w6DS`XRy$koek9rN?h=w`vNC}8GIxC@4
zI@?r=CwBqi+<9s7P)b-d<WaN3ksEuwb(C^?4AqVG_8(Xcr-w#0FR5L2p&=!&>})<$
zGM*ndh6)jW9xD*3T&Cb8npyX(2C>~2;?sr*+bFR^Svzew={aBO(%-vDomVTCd~!-t
zCkFH3n3msuAg9(>tK#Mg-|1dIZPVkM{a4$p94la+^<D+Z#o-xvl%*ax6U7=P*k-{n
z+s`i;_WB*;Ff=d-RcAErN1$PANB($;@+rHv*>w@`gW`WLzF|!a3yVHNC#0!6$SQx=
zc<8xS`K#sVheOi&gb!*ONjTcquGni)1WO;fcG{QsnJ9-_dOu~3bYgUT@LO(LXi5@v
z??lJ#d9DkQ@lxc(<Re%>Bw4$jKAg$&<$!<0mHfHcz|yJEo^eGaa@-VRaAQo@wnN`#
zHUJD<-fWE(-3n?0ftKs(Vh{i>;GGUy&~X=lMClw>7K;GEvP$eaDos=+6euCK$%}dX
z`W*CbT;HY0qAo2ht$n=t>L`b<##Z<p#oy~QjEm8>`Bs8yvLTzS@2}guPA(~2*OJZN
zZ{b}wLKY`{b-KL8#w8$-Jh;U`2A4q1$()Cl^*FGg00!WeLFzVG2-{%mhQRS_xcJ@c
zdNita@C}=NA%MuBWnJvr?c&Jr`lv3VBwHjk=7M@k&vfj5(hu2#uxW=MmhIc*tIs<t
z7QTqL8(?bb?U(<a5VA_?>062eEg;H7-)zF2{HB*3KPx6qGFy@`cI7g#TM6&a`<Uq=
zY^@*n<Rxb+E@4ZvwGw=67gn8rWkzS@u(bYev+vrmJCiq2=zVGrT^WCeCCw@}Q9BV^
zKAN1>ALc*?wb5zRRyDqyXcaH3?r4>eWg9ghdhjeF00$1u&u8r6aT4AQ!p;rpL}qq5
z^WIFLF9Gs<OT84*H*!Ho^NxW>ps0l&GqXyAo~!_ih3LvjvSQq;U$jnlLwU(j!cTT7
zr9=8#FGuz)o91HR4<v_uPHz4{>-dJAB6AaP*7?a^*Xb!gbf#(1*mtXn$tX|3g;2BO
zKhoR1VbSoX*YLK;)t2G4VADzC-Xd}bEJukojqq0_wO6`^TUl8>hv_F!j!v8DT%ob4
z-{Ece-NURZtGR)k91G%*jcf3`*k7i&CI*u_#>5invvNVs-#MVT=0JWsN(;N82Zqa4
zYsBfGSaVEOY2n1{Hqf>XKN?r#@hob3VA+^m7J(E(caqsc0k7w;3;PoCmBL1>TrvXy
z%s8w8KLR;iV1&VSsU2&^W3LgpclI}7E^EA&!D}P!NCA9Gsws6sJ~OpsE4c>5w(6jX
zpr&{ntz@g?0pUnr8osXgAAPT_LGW7`OiZUDko^65R6;<-kSg7mlRI6XD*y5O_NZDW
z{JuI%Cze14E(bPTywHcdtt%NrXV^*hJim0+?}nGSJXm6?>`12Xc(7sN5P)tQ72*^|
zYk0Wk!<xvdhi_Pu8^VVg%b~${i(RMcNiLvmN0m%OpDsOLequ1MX?|`QY+a}!xe7l5
zMMU;TfsebTy$=ZOX^HP-f;^&p1zTh_Qvjp`Paz}FPE0%6tXqy0Dr3Bf0+LWa9z_!X
z%-_Ix#r!*+7*(eDAq>e{hUagEm5O)PdkqbWqSt2w%Ul^}cc3lEe`;!k=nb#|-hYQP
z*diKq$wkf@_q>$riaT=4rfr%?s%Je9hX&fz)Lgd_dHXvQSMO%m|G;<P;)?vax7&C!
zhf@vqq)1dwrF{q+qrZ;B(&;&JM6QANnaO9&T(|=6&x>4eH`(vAp|t#2q1nCgCp%!j
z_C||md}O#%v0Plg3r3)oK+vgCp6yl4xGx*?g-#h*C+NoY?|D-zi(PU<t*9yI8o6tb
z<+fW<bxpf<Tl+oCB`ihjup!z(WXN3-JLE9o8~m!|<w&-y2^%Ci8%w=Th3^?W)Hp$D
zmz)zu+A0gb+mELxBvGr$Zm0F))eM@f33$e=>+!sJn=2Tvj3KVEo#Zr%m3JNY!w`jK
zP@S&HniVLoPrQj?6k2qg8E;G(R6!%9_?JLD4hItcq2ROB9(4lZcvoDIx<wx=94h{i
zH~c%KdK>*iL(K>jt_D2UxWuC<h>3q@chjil_ryAH-ItC2dK=hwuCdCwdDiB8>5MSJ
z;rDtFE`?GuU1nm&^~Jij$Q57n84i>OH7~5ehJ2#hHseoSf@xLWSMbKz7zd0_OclLy
zDwfLH|LZ$$T)c^ki(e)~H%Fob9Sj{^cxQdV!TKo5$i~K|V?a($PL+<AHLv?BE)amU
zo7<Y<48Ekc%VkbZ4zsA1*RDfG8#=DA?@bENcOCYSQJl;};{n6~o-O4r({k2P0|SFd
zTdytM({5$&GSeA*sCZAUo0m_1I9>31%j04~dzEqh*YLo<N%Vc5mca!pJA2UlUYFO&
zY)}w|H!=Ke*C}0j1&we=Lmf)~T1-Fycs*CDRl%|HQ_+UH&v#J3H!9<GZvyMLEz2{1
zF{v$znb0dArQC2uWu+x6!#Zq{>-}Y(UP1wD2AA$eQ_bu15|=yoXEPE?gl6|d2?j4W
zpu(toDCl+2K~xGon~PI~CwtAOVa-p$X}9TOm3`UD@SL>i`f@MNE4=TDM&8k<XT-gE
z9Ber82?$IYc8@Hz@M+)faBZTQ8okM&AEJ$SYc$aFc3bOzN#<qRv%)oJpW}0lvuMJn
zf6iFrLtnqcdQuwYbtgn(t>1McMIQANq~u#ZWQojPRXcER-4E+{KgPww695Ig!qds)
zo#|mVLlu>1ryT-<jdF*Qx=ki-9ux0Y<HnPhiM{boJ6ny3))is|A8(<QG_h2D9;{R}
znH(!VI>~cXiU4ME_UqQ|?dim;qpI&L=W0w!d0ad58;xRb=bIibFE2BDJI^|eW6cv=
ztz24A>yT$ug%2#*&I^?;+N0b{kD%gz;Fs5zvjG{9O;_H}uls^&NA*KjWI9ehoKpvk
zqX$9{skfE42LGO}+}6jr6UJk?U0C|MchAJ2`F^CbLo`2~&jH1^t%kE@k9VuNoV&_f
z-%sFwyJB^}_%XWPs9q)_+W+y+GKKfYzjXbhrg5s<)78?Jmw=}<E^4Gbsd<D{uaeHy
z+#z>DUFxz``xpgXk71aldk>m#P7LpHNr{O@=!d?#N<{xQt*gMad}Tbh9Q*4EKPrrN
zRrOe5Q2qE<R#ax5*{Yu?+<{QV^7r?*kltqj&)UPOi5!O8WWB-MRR%f}N8^Si-G66o
zPEzdjpa>!Gmg)SoORV@zu(zj&`?>`PfwJA8ICUtkz88D>o%=?1M>;1bR%(CMVq&P{
zw)1)5c^KWf8tLRnlX;_Qlsb+Bv>J3=yEr?Wa_94F>==}|C>jk)U3VVfkiH}<u0iXX
z*LGW+g5g-oS1Za$IvNs)r}?`u*n&XO1O=cRbK@gQ0UdWIY6CMfdgt94#)e4nCvg?;
z(0b%)jzHXziTt*Gy-xJ=?@eZDEkdE4cl;}B@46cTxx5r}|IV7}gbl3g4!?le4-xa1
z`n7}2z+Heb{B<xKD_6#VGelncH}ITGQ3>6Y!uc}!bE)x_i2GPEgWS}-RVmlqL0tT3
z;CbMbGqAGuS2W<59Fed;!uYm?U^JON`J~V`5a*tYTCc~Zubk9PgUBnJv--B-xT$mQ
zPVZW7Qa$Zd<kfbGc+I|_ztHm^Dy1MUznHKa!fYqm(?`d~^l_k;a^zyaL#(S8L&X8Q
z=sW%A`eOsVzs`r<0k*3)K4NBO=9x5|JIP}S88Oh*#z?hC!)jIg;#VraALmv!m%*Dk
zeIWbhBB$KjOsd(3Yfm{rRMe#VU00r>7FydI#hDJSb(KQ3%UVIvMvvEWn|2gO27$jb
zkDB@HedO2;&tnO@Y_ljboDJxjwr%qWU#u1f&gS;>e{Xo0K_}g=wIVzF>)R!xNZZ2<
znxsun38$?6%uv#xE>UdPc8c;e*w}jkbnnO4E0`xXWt%!{#d6HzFBzxzZ{X$4YkT9c
z^2V{!X|Xi_{B?NteysF#NvA1N?~23UlTKsRJ?;}y$g0B}TSu7MTJgb>EOSo?l;C7g
z1VxG2yN0bt!V{Mh%T{SGvWcl^5}~D6x@HE~yA<WUmk!hcw@SwA*J=_sCQgozk9qn>
z3Q|AwmfcgFd+gY89LR%XJb$_NocYSo4=u4R$xxQ_Y&H+?ZqPVQvs>d_IO#}+$F2Z~
zAxq9Kk(!+XQrWa&wkvnVM0Hd1R+JAPYIGZp<)Ck4NE}J$<zu~Ciu0~CU->w%w8-vr
zK{m5L?{#{Cdxai#wJm};Axl2t$kb!DpGagw3%M1Z?0LiV-AhmH5Q*EFX@@eNF1Kww
zmm>#pq6TiW>*^X*ynari(qw%YY#1IztDc5C@V4PowB))k;-n*S{ZyVaKgRNtOeTjK
z)x+^%%q})8_WFLcp1lSM!6zMglTRtXQf*kd#f~j3eEKPvU}&zU;bif!RtA?#UQJuD
z_0@}$+>(?OQvGrEo_{zu!Dd=V|Av7r8K7N&_9<`a$0r&Ujd7goz4||TnO@I4E`S6H
z)Ra&LgM8fl2id5a%5ZqIp7Q@t-khR=uwXn9Qb3u(w|v`znxyV9zt{f4vkjl&Gm{O4
z>Wjs<%tJkMVu#n|E_*6=bL)-2n)ha&Qob@pk*%Ud^=A)pD1X|MQ#3q+HodWHLXX*-
zHz}|o%POO(<>Ibs^!0~!J@fjXw5fY1+m22}ny;!Yv{EVvvqgm7DwFxeaoeQk-k<m}
z8$yivcrwN}`Srb9fyr(I6c3&xKKm=u)=-_iXU1C8{;R72H#jlb&1c};i|TaI#jrzn
z{(ud|cVPLyg6}@2%IU(jMJl#dWqNG2KlX?WTpzFNjGjnTc*M|sSJ#p5v4}9?DnXR6
zmY^Q*aup{~X{xFDBd>?yE*l=wK<C%CA}>_1Ss3RgJuib={9K52)zS^>>wE`1SI<vP
zUtY59=y`9I7<48!Ibmg-#aAyjp?Bu6#4)AM*AwLzw2!3ev`M*+Eh?JC;4}#j(|&p9
z>OKGMu7#+8Bt5GBP4WxTca}<*F3Ltlc35=k{5kI4<2y&6zpZzws=oD{aCDR%xp*ry
zl&i@bPY{qP+{}Zs&xbPJR8TdC{2R$+Q?^_lX~}j3dCacafx->kB<!v(&eEu9q8<w6
z{vlRWOr3Y#s*8NVP;u4800j*qHob|eXk%$9Z;G+)KVDBf&?kxwnYX5PHJx@w-kD03
z!O#yDAufAk{QJpWvLRojki^jb{u97aPq?{_odmXQ64evrg&z^o|Mxa-tCpQKBJ|NR
z__R+Rmlk2^GHGhgTW7ir40yeop2zh%I6R#-6T6ARa6)+U(P;6VtB9;^1c<r8w(qT&
zmc6&oVxv^)KGvSIo_YhnEm=9tx~MxRZzM6Nt)71SD+zV#&HUxl723+maUa)n9y<9P
zF5*)uVjup$vH#IhdUFW}8D3@iwB}9iK07&ozQ3=u``_YOqsQmJji*yqTyj=z|G~DC
zEkc1Ynp+q~k>81hn{A&B{i)%^Ws&rg^O!MCj|zUX%#6Z4VqZRtC3kc&#*Gu?PjEUo
ziji}qHb{FB-pWH_sr2r-fr;0#6q9{Jrbsh7e8!qr+XXnXF+JkeOw5ckTf9-!DLr6Z
z@$S#B!M9}0aMVusgTz?8g%yXv7B1FdxsO3Q>QTSPooMYsh2tk44Vn7Qnq!svqGDtL
zg)Vu^4u=WB-vxm<?~0;8=8#b0|4m9_fiDv4myQ=6IsG(-sY;`GU9{U_^w%%*ALIFF
z+4gLCbJm%NVnl0eTSSc~W7$=yZR4MTt?TAKwHezBd)gQg$n@RBzzSUc2geLh2X10?
z-8Fio!ZwNaXp>8F-p#lyT!%(Sl}9I}S~pc5k2Xt!hv1rY=NOfvNNISiA#q#5aDdNs
zvVz(EWJyzCxmZo$y4X~x*XSyS7^aG7%H{~!6Y`HBLq(%Z`qT;qYqP61-!)9f4l<_9
z*V26PV5<<?{rH*MWX>1&=Q*sBFpetbh7=XEi~*UT2*O&k5m8v1-ajKD^{%}rn03OQ
zFaH0u0IaMv?-tP>xh|mos*8mC%+bkdb>>AaLGyfbx?@!;O|WMgzumWy<<+cOfs?Ro
zao&OLxTM!ocw<t|mpa<x&ei!=dHpV2q)q&$p~2rtVbcR?OH4r_4RmG^X^-!PD*T&L
z%{%p0Rl7L5+B0>Amo6T)r8Tfq@!IQ5^+w2<8%hT}SyWebP8=#UT3F3R!CZ#wo%tNV
z-@tAnmr{19hkRU}PLYY){y#5U6+^46?6TfcTF1Md!yf|6BK|*`t~xBL?(5PjiV6xy
z2~x^XiZDovA~J*s3=M+P-6f5RqU6vZBHb<B28~E}C?zE&UEjXGzwdeY!$6#S?m7GH
zz4qE`JxK^oahQs)pm*41zeX7ps?TC-Zr$ycl0GPd-q|Md5gQm^!#HYN+msc_M>-NE
zbY=$sCiWqbOyLTnq$Qf>;yvTFZDsZ+d4FW2Iw<Ew=0(}mEK4_mp!TBpwk2TQ8J=ri
z{sqOYKERE!@+94+mopR-r4@p>o;&6Vv0Wxjs;U}!!{_oTe&$Tca$gM#LxLlxh`>S2
zIM#TuAkry|k*<XuPb)1{PlTL2iw4#P#z~;3feerI_8K^0MrTH`#@iN2dEg9IvSP5;
z7a?mB+GaU1<la6yS!p$Xp>C58?_<YwOgYOlk#W3|QIgL^MYjOr)CVRL4BnN|9%-RG
z{1UYv2Gw^M`V1##78IDM&<K64JLn&5V!qq6-&wpAVB|6L$|eAv=VD-PeTLEPr*_2$
z4fL$5RCy2A&}l7&r3wo5NyFmEq11gX=%iggO*$bV+v8_x%of?Sw7FRC0!(vf7mc;s
zi@T}CLX!6_@=6C6-dM|R?Eh#~Fbb=D@Y~N;5Bh;LDXuPd_NPf+{NV4zDS6TLvQPxP
zTxeD=>TP;@O(hZfTV<Xdt2^<>HqVg7X<ZyySnV|3Eq=b4_$IS2FgO^YQp52iBqRiu
zb8%Jb`wc79C<kTVIcUzzJ3JTfa^lQd!H^#}Y+o*Y1@wg6m}b4Y-Cys7B%Zt(ya+TU
z_-FQCgE+rsnufPgMEj~XvP&|6M#ufWv$(d8?Gy*+LS;>CH_jTQ3q<6_#%X_U<qZ@P
z+zNQxRF}<%-S5+5@i(CtCb*3PrC|QtbIE?>0+B+3S(d`jRX$aYU!0jk505^TRE{<L
zo5PKqJIqH(&y~(Aw!OP&6s2P-@{ip!%6d+Dzv^l*e<K^+yhzaT34P2r=*m>g6V&$h
z6GydIUarOM$iyHJld_g0xMjd)0w20DSdtx;L-654Srw@T8?~>5d6*R~U8gqw;lQ0K
z&Yx$kj8xUs^(~;3`2FY4latl3F!BR*BwM(f=Lbqbv0T_yU3=>uwBu3g<rzSVu~DS{
z5YjxgSutgA_6w#q@?oGnjrvsL!=w2DB?Y6~5^8!&9MM5{n2VJkTpX%qtgutCI-(Zw
zy}ye8M-;@9@oazB-i>u*;U}phM|;f7K7uo5Fh%$DaE{mZQc!M+8ExDm=Xx!tx!~-h
zj<E*b8l%KURhqlFE95{a5xN_|ABl-GC!l=Nhjk^(^*7xCQ|y4*%X86c340E;@A0S#
zatbbJxoln!!^Pdl<HviO@O_=*VX(@DuCd2YI5DE^%&|Cg)Dp0=z!QyY_|w@}_aGf2
z#Or-%BMZ_@R-<_FF*kJRo$k~ek)^1fIg7-i=-hnJEw*xs4Z|AG&Us(s;t@W~PxdgQ
zeQZ5B*_eK#fMmjr;L1Twe`L*qt|DH)i-ztimb6|oE^aI9i@BMZKBKy#3yKICY-MHq
zZxNtcAp8n5JYSNtouh1&V<YXwP7w~zi7hxB1<hWLQWF&H)~Vz#wHm+o?CR`;_sS$Q
z*7nggUN>HCj%Kl9jO1GR9d%!)3w`vppL@7yVX=y@bEw&&&K%ajSx{5FU~oZn%_pyb
z^3IbZ?LLr*Ht}IR^4z|F=gR5pB7UCUo#M`#^Rzk9+DJdKhc))cl$nnN{n43`i7Lh&
zhAD*$dsBP5SCXn~K~CYP=IbYuQ@e7_KleQ8*ud|QoHgKTKKIY~>kR1;U8^sANlj@Z
zF72j6Yu)4(;f{2wfeTxGZ_B{j?ZfRT!hRQm08aBI1C<7bRlYKILU}NnxJU1)X)o(s
zFiHR-h68<u<8*6qGl*{WsYEg8spgX;B%o<G!<LFbxJRw9Il6FZu&v6_X;w?6CAB!=
zYWv%lwfAH*%CEORJ|nc9S{v6EEN13J9GteaU$&_k-SM=r5=5hc8a#Jc9e!OAhQB+V
z73v;=BCLQPZ3}vpCMi3e#K!ZW`th8qO^01v!V?w@Mfkg;LubB%heswZ0tt<WovJ2Z
zSLLLS!EkxjI#rnixQbScEH88p@Ne#fA4+&T-8vX?Ti(1o{i5O2f$z}{b$%V0_-5p)
zfq>P@>b{}yi+}lKPX3OT)@zmZL!NW3{-Lb34QM_ZO=X&9y%B=0)zMIX{jorNxo*q2
z%r7#yHd>4ROCMXb(mcElM0v(EOHQf(5{w+sd&~1P;na!~_oLSLAG31zc^aBG%QY@<
z?J<~M=8t?3nEUl6j!q^9tM<HN(CWjl@z$goD28kfzyaVsoO)t+k26R-SW-YatwboR
zw2YK(92`ZlEt6Az^({9M{JQ*cT~hyKG&kSRG84)NIQ|G5h>L0zjlOv`B&DRJH+j)H
z{d&S6wyf7-4p25nUFxH~#-&YHCt>GyiIa`m(-Q|%ryi?)#TbbQq>bjC!EH=CRWr3R
z#0O{VzAt}ocxW{4+0-wIy|Hk4Eok1SG4T{d0rlK17G5L9Rk|)C#(E#GU1@^JbMw}J
z(W8Q29Co`^OCxSDv%DmtyBGdQ9#w5eCc~Xm0QHo;-(A9wXCP-V^F%XaP!>Sa5PE4y
zG#4>NUq}h&xZDpR2+LTD+Ul#s<}bxmd{5<L76G1>6^?T~<#DHwhya;pY308wvvrZc
zUN9;sBxJRUr{PIZs1)&5qgR8Ko%!3*Q-{Ay^74EwufyZRO#ufKr1=`)$w8JJI0j{T
zkTZ<mYV9Dc%D=BDRFEZ)`{2a6AWxFB5V*0w!Tbm{YIfNrscz7aJ376Q^NOz!gG0ju
z7hP(0M0?EA`X_45<O1Qm_XU~jXAg!J47cr0mVYkWk<Oewsq@tN6j`^X;NE{fjSZVo
zcg>Nz$d8Wmyj*-Je{Y57-Ts88{(IOPANW4beca#A1f65JGQY`yuQ!8J!@;NySVz5p
zvDDW$Hqwii&T?wVXJ1!>3#8@Fx9aflFMFHwcF+faZ0p(Rq2Y5C$lB9Sf}5v_&906J
z3zN45mlorYOqMN&b8sXqEKIkbXnBm^<=58$T?us9?Dph^Lyv+|0gov&{Yh<Pfy_KS
z=mEcsr)>pEMo2VDtgK)@O|tpws{aRBBf8u4#u@B?5@=JLi;J@-9+P~`3~zHbzZ&kP
z*jmTRa+ATX+tUs$;x9uP-`4W|SG13W`{fEg<7K=2K%<aL^`DkrYw2Kqo_K27Sq5N^
zw`Vyu9JNx;QwFh1f?1;c_d8s9@;&m?Hh4O0P^i6^=OegnJ{EB%B{%(c1-**mH4uIh
z`u0?kFx4TvjVHUn2!8vjUeYs<FuskI!{|x5{|jF+61Dr-5!pG01;m9JMlq0xOhz`$
zY<43|=3js8y2Ktvbfbmkj@>UJ(9{xYr<;JL#*F!X7%knXm!wNZ_bb#u55`#~{(lRn
zo~?Opu`SY>iu9H9mV=xjr^LZ%gKpjc{XxFkl!>@eXHn}mlomH{-VEKGu57w6YIH9B
z1D7quTTEQMgC18ndWky&f_05G^%zepo}|gJaK2NJE-jPUj>oqsEIWpycdW)Ce%S&x
z5q15u37Nbh!)@1Ud9Lc4lwWXD=Phq@vGqd#*c8o%`q;*I;XF2)v*1Ekw#}VkKSLFS
zEslYE5~t*dwqtX?v=F!-WC%3aj8N7{UHi`pD%uNGg;~qi)8^MutQh6tL;ldBLHF;Y
zu@?g?ZF2KoKD5mXeq$*6Yx()!Y;^bF;3?1h_EKC__gN{5Qa?b`dwQtI;52X#Abqe2
zq`i7o8Yq@9)C?8?icDcL8p?V%E{~KwjklPI=!?B=f<D?A=;KtiFen0|4kC90GmbDh
zJy(h``IokNqY;<9h59c)*YX9e9R&FQZfm_?mcq(dUs(GZ?c>u*okgh7aLGGTOuU;4
zBAw8s)`20nbLn-9HQmv7e=3)%DKAp9w-IqDRs-wpf<iATno7I>(Spq@T82jhn*q4C
zzTR_Ow-I+dH2&3h4^1!4;vV69A6d*n))t^(91{OsqJPO<eeSHr<DWyNJSeiH=UXom
z3wvRPzCNSFtNzg^x(6SyXg1UIEYv2GM(be5%sDbYk`}=^8)lA*tRGZS$qmI*PTV%h
z%o(Blk!j%#pXvM~pAlh{V`pj!$y+0#z}I@F1jq2XfhLU5gNL6&ff4sDD>znF`8MW`
z+9^xIh)mz#-%9cd3b9XELKO&xO@X<oP9_YZpz-39t2;I#{@K&bAvU8|=pjK9N&AYF
z|G0&Ph2bdD;&_r5uA+6^D_oaJXUETB47F8H`Gk0Wt2x{6o4&lBy&dl$iV}v7x=F8%
zi%a<|naCp~5pHyOcF%df0^)XMx$8r{{MN|qW-uK|*~PVa<<=pxcdhBiTMkVjHDj%j
zx27hKZ>}nyd^d7u*91QsILpGx>3ouJeYs_t^kmUz19H`t6^tAf>n&&(Q6J5|#eY}$
z_5g>C>h|TdJ2iHvR0(VADd(_W8U5a1RlI@a%HHon@)+FUZs(ReS?<d>vdLNJ@c0$J
zfNk8ZTep0nD)HFL(G#fkSM=Hl2mZI74ZF6xO40VDc6<lVlbSbRkSIsd4g}A#pj~(9
zc5Zmp<Ry+mxo6<_CGX{zpA6yb8&=lENJ24FmOd!D*>T%VuqHv&&3?35T3UMJIT!Qj
zCL@XXv0_um=b9YK-CgyPW|omx;IR2V=&@QzV_*1pOVlQ?e(64@Dm-t;!KmtbJz4A4
zZQ77#ZX2)E&&Xj481Hbq9hL`|`r@iU{`q7N-2?o!Ex1*FE_E3%wS2KqrzX{re_G?*
z`N2ua%rskN@(O7eVyD9mW=m1VMy-<Qi?OQpnyE=q0UR^*$E1we?futfWoWsqB*C)Y
zJEnDPhCYtn!p~7dC6+4-re36^QOD!-`eL;=C;~o$_$V-(Z`JzGCwhB{sowA9H;p6F
z9qa}XsidT9^78UbRPUY|8WM$wZ4W)~)#Rco;i6dphRtN(7-;4s4zdret*xa?7ecnH
z8&p>l>Cwx$yju!0LwSjeA<diSH#O)UR(He9Q5h?La<Z}$*oA6N?XD91A*i==J}3@3
zSTB*kk>W=~OFJ^~QdC?#7$)}Lp$Pu=r@|0%o(|b#?MosyY~kGxrZ2RKeM`hT!yWUU
zQPBPJb(;G)Y#FXi-}vdb26Iv$jM0qa$q=C-m-U}V*Grsco<0>i>5i4w(r`BZB1(A*
zV${rX@)2FdU@n(oycyQ+kWDCnfBYeC#Dowh9Vgv*N0M3O4%cpM0#%@2=_?^g7;qSe
zRK)P*-52{>rvxIo3)0v3Yo4Q?fy5#OO*V}FIqEi7I?QwBB$b!DsPNH*j-L~Am^+7f
z>cX^eQhGWG0_yzuaq&ACOq-1l)@=*)S^!INw9W)TndF%a+dDNJ>l~L!R~9F)slRQK
z-a{V^ty>uB?$KPiGW6+|xUeu{XfoT?B_LZ`P!M9ko5f!t*6^a9(DCT@k6rzzS4-9#
zm#4*cMTVQNqb`CJ0P+e)o88^rxh+QQ7I)?Fgc3Q~va~osvm-i#c~?=wo#<p^YcqL&
zLqJf_q|MIW%*?DcwodE!Os}hGFi7H|b7DKD2c)JgEyV~NjPPZ2l=Oh8UmTw^NyyBr
zsrx`}hHYwO=UZZwe2$=TyxD^vHy>e5JN;6N(+p|VFSV1Xsod>hr)`zK7S><m?z8w}
zafty<aGUv`gMfXE|Hu8V<-Yeplaq6hk)1`;fz&YhTmCFA_ue=A&yi|92Sf#e>4p3N
zv;1(`xD0uo+F@gE-{oPG#BT;6VrA3wP;mYH_3hnKkP%Qh)BCDaL720tscAs)D}Wfm
zj1u{MqL)Erdt{`l4t<#vb}s8`x4(t+zRTE3eE|ccERl(juP6i=A;s(Ra*dT0{33pl
zpjbj(Ol)u5>d}nG!Rjfmqg7wULr&Yj(?061*E+Ogk7^W;wYTlICvD^tup0o0mIWD-
z<kGyzTB=HkZ@ZWD_&dpBUTcDgrrMa})%{=dc7P^XOSbh|TYBU@eN|UiXT>PuFefh=
z0zB%LusEt8{0b3jXa?2#>K;cNh`nSQsL%{|l<O5%`E_n&KHNC?DsSYcR4?_)SzSNG
zbnNd;;C*R340<#BPYZhCqELXLVa|)VwjLVYzj1ZfT2lG!qwf194$D1~L%jo*@Y|To
zEX%e+K2ocDHz(?>ZD`E5k;?at?A+pG0Qh0O5N3z<K{W`L0V<A<Q0EW_l93UuF_=F_
z3{-3v`#7YS!*m(kElN~i;#);g%xSa>O5Z!M$6@C~j{7}P@Ot;toYJ|Z(ul(KbvxMg
zPr*HNejhdyIF*2tX@Sj5DQFj4TIMp*J%{uUJUF$ybEBfDAa$Z-#k5(&1=Kd#($bP{
zTnGsj5dl8%a10zBF9UK1Ur0I)Vf&;yPmk_WTV^VQtH_$%3B&H+5Z{vxqp745lA5jP
z5*JI=0YW2z;S(~niNx^_@AmwIzab@w<tJ8Z-o#jfvS34!;?DMT!I_NSyG_GpS1apG
zvK0<EbIdVDddEF_cr9Yq4%aK6uw<sE<O^t1X4~mzgQfOp(e(Oma6#k-=w;y5PkN6^
z>7hhhrOWf0UvxlKn!QTUmK_KKt>&{NYYCsxOMgakc#W4RGEwCw$u_D&ydB|AV>}A{
z;?~awI24ThK;8&oEK<_^bzv|-r`r^K(3%|N1PPUi*+tQL;p{B=L0=(BLW?{BK{krn
zJelye&wg~$Q2SyGD?lt_3B+lEQd&0iRwd(6o?tkD0S3>W5fo{hyL9Q&QYSm~Xk7nx
zKfEQtwmOvn%rJnG`4zMkIl=>ffwDmZ^ak)VuRpkQ4Ne5WhJa=vg`4QrhrkWzSGW%d
zps<Jt;vobv0A2#3<?B81<Huu3l}w-I9iwN@p4I;3QJ2NkEpL|==O1ouZ9RoQ(>B+H
zK|mlwgQR^RWMqH0x2<LQkl@wF^$@$!woTwtj=y@sZ~Kea_eA)-s1x}eCys;q6DQGw
z^&M~F>ij^ZFNPlyn)J7KcH)K4KaNsP7w7AehrY44u*n^IwdZ8nd{-@Y-+2eW+H>=m
zF<_(~EbV`FmO4UQkp8@OlyVvSV3$cgQHe*cKwHU~30iTNu)zBFo(i7aDs3&+=_d>t
zrJ5|Qi_gk<d=JhKm1u6(9c|~nlYJQek%NUx=5}F3YJhYxM#hjDl8|}UNKDgFq`U5r
zx~j3hfYd7&jTmgY++2^Q+0X3dBLd*Dn6Va6Qx_0o;%mJpd|9({LBmbTpA!Vg@epg-
zZ||u8C9f0#Q;_{jdV702>vSugn8uYIn@l$Yh5g;*8!sh}dL<|sZVwu#JN9P4<VaQi
z^fzj~%bp*|2Ph_iMh=D13!tTaowh?>u&e78KzE_10MY=Odg?9yytjw9;C|q<ND;UW
z-wcMq&@ESpZwFNzNNVF3e>H)*N(m%=GxBwO4p1$~XY)E!)@5<g22st}4Se7fRK|E}
zKdE(6(R}80wSMRC2`S#L#7V&<b${Q)MBR!3itNR@>ll@S5tOZ?PqZNi+LAsP*QnN<
z?aNZB1|P@Gx41S-(PL#CR?R!n&gtUp^p<*VK9k^6-BnRjh2*)FnrZ!@ezwN}XZv#|
z3t2I+$gJ1y@kxia@JPWa2y>)**O7G+Yz7rV`tYVPUvdJH#Nf<2CNAonD(M+}uvKc!
z_}HPPLhDW7luc-!OUr5bR*M7UMt2hCwh*z+EwY}00e_Q3Pb!4j1PSke$b!pr-}?1w
zi%ug5FflPP4XY=0BgRAJ^+ziTCo4M#O1iq-+0{UN04+n9|8$*=R9^#@<s0$I(@Bpr
z^#QK?uZGA?E3j112Qi$b8QP~YHV#-|9Y{ZXDCh~CPJ~SgYTa&Pb0Y?pkvY;BWzCt5
zSu4i)n4$4+e|0A1`pLtzft;6=m1TCcX|v<m@mm;IjzKN$Cwfuht&J^6G}l#q%={1>
z9BdV2rQNJEZ$BsROs`ef`6~Nl8wJ?A?a$Az6gq9;PD426A~dBS1prMm&qKD@u6Zhc
zq^HtyrJ&x@iMX=%ngz=JKzG}6qS!(gD|`<JK4Y&zzx9xfQUs$i9Aq&Z)_q>4CK}n%
zrzwWNF$m1ARq&_snV&I?PL|7bxyPKC>L&1msA3Ed0z)D_;>VS|@%Pf1sqo=;GsRS=
zEmhrk6*J8n5U37xt%i7)O&fVO?SobAqv4n*1A~JZ?={Nore%8h>BXKqsypQb?_XoC
zqAZWM34Zg|H{A?Wzv7SYELace6j*F9XwsaUv&PagFgyT5^a(PxO7o6>9X8PI?&!vr
zjVdK%J7ptN8}HwbMXU)33s+5_-Z4ZGGKlCoE+3a(`1yL$lQP6}#=!JMvHmSz!Lrbe
z%cNFvg0MYnSLzqE!ViE+$s;@wch5@^e+ul6Mrm6h2dJB_Kg#>QifBIpuqQ9cvbjry
zF|z64Wr?giiqYsz!xi7sfgw`h61)>xt#RmOEEu$K(){jtbV^M<bW}i7_aPlY=GyR*
znAWSVpcFFvoOWCK50kIhFsN$!>VQb>2qc_LwWMD&`Uf2j)AH61)mRmV!uhqdZt!u+
zK}`R-N9H=lLw{~r>4`VTV(81quwkr9?3_Z4WPcq-)ffkkN@Oi-JtKaH*&5t}526d5
zL`4i+B)*L`Do@}|o~GQH%)C5MdwM8(wRvo8Y=7u|>CC&*uBF9A#5Dj2Y_9Fod1*Ac
z0_n3NUKy}Ek>h||>oehsb6Z!Wq%2UJZgwv+uT+d%H^1*%cl9`OQo2Lm1oy%Rx4GE&
z7GT|s)X{+Y=U=}`45N=`@)jXZIpjeWDKYNPpCbqdBw;J-15Y;bhX-wdC*=zCFb6ab
z8NkpbB@Vp?s$ASjPvtz<r3i}l_LfidG#Yky>O<<q+^N<Ry)08o=gNV;Woa%tvOi)s
zy>sho$n@t|XCYFyY0m%tedB+1Jkp%r%C5NzS{*Q$JsN>02xDevsd<oh8DHnpo>MtF
zbFx-l@T)g**GZ@Da-#v`-W9K%;jYG&o~c%YLlc-ogjoPV&s_LS&Flp*rUzmVAa*f^
z{$^2rvh7u`cPOTNp!IA04xkGlg8C`Xj%RR>A*9)EV+Mmj>L49*|Ni}QF&>(SP-%Yu
z?P}mf^O}g|fjoHvo?|142Sa=tX;OAJDTr>BR0aMjd=DAgn3|!JYLwerV#wGlUe6_*
zByp?f?-t!mF3!q!|LUgAYKVMBRUZ^6s$9GyeJNLZ4vmI4c>u{J?Xr1LC#%1TKh>mK
zy48Ktc8Z~C0E-u$45guoPDYa8`r&us%ei-@Zbh#4j48ax;Rvl<;rJ`^Ohr=(6|gDt
z<FwB4h0;=-(lS--#ngyBWRDFkYth9vakv|N`<R-4K0(CgJVdH^+AlC4*4>x7P2vgH
z2<(o(`{}(1sl5JpslIM@{_FI*0-0rJ=U(j%A<)slgX|l$pKg}|s6u}|rhRvJw+x#L
zv^>xfv()Bvv+9RoKsZl$!*rx*G%MNp^Ap9lta3`FO9dFc{wf{Lnn+Zebvp3Y_?*md
zCUza%^0nksgFQCk1R>9w?rhc8Ef)|@yv4^??9~D3A!Lh4vInDt5a-~A(-`L4-<Z_f
z7xu5;oxig8`UD?ucjaW|_O71z9tYmt%H{<1xF?W>Le>fIQP9&0Dk#`XBYk%U{!J-9
zfrjXfpqYu4dQVUy%B-{iPto3;%Pr^@L@fm_uhF=6yxfpV5cH9Pv`0}fgu6K?nzmf-
zg<NlFcYo6h`R1tQK`ff(if83@JnR6C`dKCMo<&Sjx-8qb#EtG9^iX!za>}YjVHFWG
z5z6y4)|FgaS!D3bZNcSnz}gHqRPiZGk$9S_FEfBOcBsl{;k%AOl?+>WF+U(HrF31m
zZf=qB9*1QIH6xIk5Q<>U>c9tltvfo%iPCo7j_@{lYXn#hmIg&bdm}I?=;z;s-ZnC$
zyUt&JL%nmy>+lX_-B3+Z1ZYosRz<NE%{gPvlv9wt+PFH7XlY6{b>BwQTc|T3*Wmm2
zQh*ihTMWa20HBQd;^~hojXOUB^bYa7{;UMK4kqDMd9U0@R@!$*d>8-l3ygXJ?uutL
zaX9IPbeAE&Q@K9|Cl#iik$JZzO^X{ME`M~6^*%KY)Me0x_kp-Lq>N`2dI#!1KqGbQ
z<j?BrLwH9mEvM<)EbsO5cc1QPSE8F}6*~a3fzuBDdD<d*w$E0*MQm3ScU2~yKNOgt
zE`CVZdT_7QwcXb|r=3ZD-(>Coxc~%AbiP8j3^vKETU!?HvLw2+R+<y{YSI6|I(t4P
zZqHd<-J>Jocqip-uVH(s?-NsP7hmkBWfys*YKPar3<KXa=@$^+-Y^<j7>oAux(fBg
z4}LO;W#tUoZk%vTkdX&gibhyfuW3OqgXU5TjL|EQ@4O|%QL%d$*3|HlMV5Y}zU`5L
zh`^|gRdR@QO1!vDN<hGw+2-2F4<D`~427+|=fXj=K<*xGmN=RT-wpcy2nG<*o*v#7
zoH|BEqXRaFRfE>@L&9oBAgYF>R&|W1$@YY+DiGnD8yfK7{s)%LTfkd%Ds1tg-8^~l
zoij80AHySa{nXmTDG8ruua!Zi+F6(_;tSFCSPmM9%N~%%28V>Oz?>xg`GSz7F^(0B
z>(zVZlVkt|fXgCG4_F<1$oCX$)JGc8knw9W8pv+{a;SEu$FJ^p?C_@^XTuo%#{#Kq
z%kfRq%*h$b=c@P5?K*55U2FIL%PW(fXQ8%Jsk<xTwPh8>kZ79oSeLCS{h6%AbrY)z
zEc@`+vuIjX;;?l;Tsq&us*4m+y|%|y>OYx0f`zoq)AZ-F1*INw1h;<bJ2YbAmbo|w
zjTw{~bX-RF=ZIT(+vhwjXW04fxAI5k1syFcE{>?)AC3bt8qveGFHmT9fL|>s$CY!x
zW~24cvl_@Qf5mF%KRhzzkRzRV4?R3H`Z%><?rQUNLB4<e^Mmx_xz2>_;`LpTeuy>?
zoU%pJvD(_B&$VLmmv$$X0=AS^%T?;$!88QYh3M%~4s9mruwrjFn%;?c4@jeNyGW%8
z&{dpvXn+}0w>@st^)mcuXMW3UhavMbkc}Em>QQ$D&n~N2?F_klFh$Y>Kx>E%W`k}D
z;bO1A8_S1%SmQ7A>)foJw}DP%Yj=(sIqA#$pGmFRdxxe+$2(v6$5m(64QS(I$DitO
zOG%URXBH@M6AI?ztDXwXF^T>RMPYFQA|D6Jzh<;hn4R5lh4%+((&^VmHqV`9hyUp{
zn~Y>-aZz_p`_7?0L{GJXMt0J<Ay44ZkGqZoQ7NXgNzb^aVOg<naIge=Nx#3dAh`|0
zg_)zQ@zo1IbzkS2IeQIWlc<{P!pav%vo~I;EF2GSOD5kc#eF@)Tph+A$(E0Yp_}k1
zk~9RGn%s+z9Isof&kweFd0E9a)rO^-2@F{-&9EnHXIBy09`p@1rw8U3MZ<Ffd86KI
zpe6(gB;y+(4OZGM11u=+A%m-8&o2W-gxFn_QZ3`gMI}3#G-b8uyHdoVt%jkkmRCb&
zfPRlkPG=M8?KLxuiV8hm(7;fNq(unz+sk^2Mr-#@Ic*Xo0Kx7%6Xar+<!Aq_%MFWQ
zRr~D@jgsKLdiM0`)81wfwwU5Bo<FTJ7VEtkmE^1x-MsR7lhNwIe1o6@183i3ZQuEm
zc{Nv}&f-rDU8|oh^3`on?|Ac=t74=Il?$_ssdTA>L5?DJeC?1blzrtJvs;EooaBbb
z*yHwFI*-0?idfjho+^zL@8Hf33asHTH(Y(GjZvm~s7IBDyHl@g-QcZpWFk(5f4;u?
z2X2G%LnPaU*F>w7nY*?HqoQoR*s^rt=F`dJZ=j*(S)&b#!1BT@$$lDI#lz|B<g;wy
zty4`woi?Aq*PuQ9(hH-g=&-nV%wmkE_!bpZ8x-lfqoRMJcm*?s9rAM1BL}10#(%gD
zX7ItPOkLvF(~-;72fmPffda*Wv3D-A)%xi9@}nq93JZNeR?Muo8Qk0?>n6LJlXeIu
zWcB-{7o;ZIEOo033##b#JT}C3Th31Mr4{8Sl@TDng_4-QKr#30X7$?nLA8c7e41~z
zV{08`M4VQ;M^EAiac9f*%KfK#tzOTU-*ppsta*X!duCpUzZG&bqAYR^lw&WgAA0rv
z93h=eFV4#B+_^Hx-UmX`xu%gF(3_4Bh#ZbE{A=W?N|W9GE>kG<E7G3E4TovS?Y@;_
zCU)-t!;Z%-HAQ$oZDTM-NED!I<>ECkvZvsr=4EDh_ZAfI?<%qv*{?IJv0o3<q+%r+
z?t2RgX7ZuGrDiTea)p<C+WSjqO?q9~pQ}D(L52^F+=1C(?L--0yChYXuPb~dv*Gd1
z!8yiPd-?ah&UyawymMuW{m!sTY;(|kKRf#}249*4tX@u~Z`=#ydLe0ry7Y~3_(B!*
zjZqx0iMuL$%WP1Wz;_XJ49;JtNwA&<Z4;WU)Z)hsi4FlB%6#gt;^X6!mV`n084mR3
z=4QFoMqFaz<aSY}zG#nhc=+(y3&!XoNW;jLwwX5;w`g(!d@s?6QONH21<%D^_}r7E
zD*sBg{{419T<vXIYqma8{Bky1tLVG5Yw6VOsn&yaMvC&4fuieq`T8XU10~1{J^p&I
z*2l6FfFoDk9pe$*YVq9NxIWSRlCQXyz0p66b-V$K>l8V;*3j8UY+u0)wVAg3uco*A
zrfE%DXtVGV0f4*Gi8#E{<=A|8*|xSyUFg)$hS407Em~NOVcFfdCu?kW1Rco3;&8*m
zW)>ENc#t$g6K{Ec9nmN-8`+<xwE|2J&vtp}mP+tL<o(?>cA{*xy^^&w=yOlddqG%v
zu;3cad6tqYt)XVLZ~hX<&&CHHvY>7jFy&ba8)u~QHSV_Wy8|E2wETPxgQ>@lMN}~@
zBhhw!-p30IcGYX~^|pe?f6Bei@2nJ{S`6xVvG3{+@)Ez;9Dg2PyIi3e)N(pWc#ABh
zkO?05mLzgkm2ZWn9uI-iW)J_gomoYDeKT;R0<U9E)f#5Rr<c7|#IM>93I*+v;AY?k
z@I7wT5dv8OP`|tfMcH)7sx?21M%EO5a79`Y41=@rvQh1DnFF2%%*)2B;h??z#yJYZ
z9tO$STzZiLQ*69oNi&9>OzcroUi$5p)3hr{PyT@{?yBQ35B0cH0>%idBR+JY!gF9?
zY8$_PSM$r&<2pjs-=c9RcWOuz=@{L*o*wqvNW7_Ee9rqv<Z%p%0Q2pai^LeCZ#R#X
zi#cQr)g>hzQfCft0v~L)vEeG(B77PnUGb>dnmN44Z2x%d<^IS9?Z@N+z*jn$+>R>N
zND8YgH8}R#3>~2Y7{+31Kd&q<`sFWOp`mH4o;<RKW@3Q21hlxr6AxKI^n8%62I!f-
z41>+nc4;Bw-)Cl6ArHjIyCC*AbaxX`*q321sd{V3N-&-(%_|lw#YbU>eKx$2{aiLy
zu9sB2>|G0wM>4!!{>br)^ITn^U<l;E;j!Zb-^A6@GXD#rWXtY3Nv}gwC6~D!rn}1-
z8dO5YUf1vLR<Ey|)RLX-yq@qar_V$e-eWcZ>?nPXDy(dpq@0!fUQghCLv`GG^k(l}
z^KTVe&exbhPnm!E;xMRGDQogYHkJ|}2&CiT%|VNw3{4nk47acG>C;Vm_qxP)MmqYx
z@>%C+Uq6RF+Y=aI>LP1yk^yQj;EsXk0|hD5WzwJEozn>D_-kli1C5XgzQSaXFM#|G
z_crf1EnWr=lK)*MA4s}?ODGruNvwKy9jUjsP703x61TRrys7vzF|qur8#H#;=l@yo
z1m-Vk)H=3)@-N<+W)B~prh49yE(z^un~iqS{H?(+Qs1O|ZVEA!w(iPdWMkV|MlZ7#
zw{;z(ZPjxGn(LtH7^_I*6=Mc$Tbo0j(;2|iojiP1y}r3KkW$=Xpl>AAWS*}+c@v>j
zT1K<~2?Eg|*`Q1z<x|g!@$gEZ?}{GC7DN^a_=ep<DmZ=#l?Sk)kVAedOta0xM@({S
z3r+9Kf#KM6)2ZNW2<w$H=BVV9g{m2uTZR+`>Jq3E04uXOaHA948BlJsj-+*l{sGk2
z1vVe@Jdfe8VQ%QhkB<YlV62$8K;nCzv=#FBN>5Xbjma3@D#JTE<7GO(f7aHsX<cW7
z@)>9szL6I-<?I{B(eY!qA*0bhZ3_Y5Rp#Tdt5X5I_}<%@xo!sK1poE*>l)$T;36Pz
z8C6&HmrbO5hbfJx{e1h~w(L2r+E|9$sc)xwv#u<kF%&Gfk?tROc-;rWNgl@qc~pw>
zw7uCK`rL+ZOM(&qI8?RQ=z@bISR?!YwWwkVf)=}~(Uz$A7^Q<+LOg}iNZV>x!rNh*
zvM6XcL;rYfxuomf;MP_XU!=s{vRKO%2Ly_NxhojIJD>%tZ#-m=AQQJplLh1h75;PN
z01cu1C1^rnvz?$ifo|a`yqEW`dF*~+L{Ev_L*k?bUwgYur%w4N|GurI7Oqi8j|LJ>
zj;-`!d&yq1uwGYqQ$=a2V;UG5jiBUV#+-t@lF7NN-ND)C@fZ)@x^YPS*Sx3m%9NLG
zc9gGOIJ()ZocYEy&Y!&zZZQ7{j?^>q5aPbw!#UHD(Wy7{Amp;$F}Vl#>>WO{RkKHS
zp7F{6O{KT542jao;-M=sxYl_v)S_URjvE_CxC4C}>H7}{o#=(^iJ%=}()HmRK;hkh
z(%xml16c^@C_qmKDij-Y83eu>E-^u%7d(U{HF5OE#Q-w4W?Gi8(}*O5tLS+sCm-tn
zI~jIrldgn?&ks}cO_mC8=?)eZqpl!U<fvzG$bBq55}v{<-$F9=F!ICKz9A>!>nS%^
z&56a2`<K_{Z#ozdV<hkIB;g5`WmUXf?0cy1Z_*!sSN<ACF*lR&U-PC#{ydWRv61U(
zsXl>5CyEL>0U|Z^<ETpTO3NvTKFnt>zKt2lg9m3Pn&xF&C3|DKBU_wxt_2;H07w_8
z$He!v*lQjfK)(yA-5^{5e)|P!23+^vxb6z``ekhKfI%Q~+R&=G<GKHL-#`q=i$9zg
zU?9T>3P8rgMn>2lxhI}L$3)mg&`k*d-9M#xMe)7Vut~(AHW?SK`9#{d`zqbz*l!QC
zGa}P^gnRtvs=)|PiQJ)*Ur8&LJFZRYpVPppY+*c)LoVAx7yR;q!jP41BgUO+69vo-
zZI<CeIK%(zaLk=OgKJ|arc+LTLkg20`?$9OU*h4SKO-MULQneV7SwN>NPt~lJ9g&8
z+!h37I;<#w_@7yIFTsXrsS{PB)=z_O1#krP!L|TcCRc#$R>lq#bO3b#g~-gx8s6T4
zUjPSM>tuCrZ}0um092(<AsHyB*&ub)1t8`E2&_QGO&-!bIA~>Q4`b+UJ94auA<cuV
z%FKQ?OWa%OpVga>a@t$Wgwj4Jr<>8nw`KkY=qvMlT6kc=?XMf6g-kN{a}mzpjq+2j
zYc4+S5~mLhE?jgo+X)%oWm;?W(my$>_U5|QYMON4SIoAOpD^bdpPov>ev^{xfb}#l
z%c2Fy@cny!X20%emw{!;*w<&qvGlAdI#zbQeQFNW{ex-)gtH>63lu`ov6de!(d|YT
zM#%r%a@(Q<MRaMye4I5(yQJurrM*1`v@W3~qoA-MxL$64L)+ocm=N?vuZ79rwV*@4
zJuBL(A4DG#=*g-4bI=3RHvXQ?^-*4aCE=^D>%1lS%a3^E3v#nVCQ+Le=-N6ql(e|y
zbm}bixQREjwqA2OpMAyA4q^TAPDB4HKK1cs*R2Qosxi-II8HtKaB920GlrH@zL^O6
zEskfHGfW};->HhyXbg(Hyd5<>(^JlRiw#_$QOvl%iMwn}kwl`zkFJap14M1Wkm#P}
z3K1ar9fpgmAUS)?LjS=%hf4@y7@dEfxdao}hCAD!d^s~$AeTO%@TQpt?wPz)b#sdk
zH^>Uw9`3H!(6(Xsj=ba_J^JN)>Z*n!YcIc*XNkg~69hH{)B;5m|NehA(webpY)mN=
zH;mrOvuj5qGc_^F(rI`3jyH-w-uikGnaj!(BHDFL3VsXhQ^NYclfH^4S9W>zNG3Kh
zTU`p=+TyrJe315#%lu368;n_Q3c=+T$(kkKg}2$;)Q<zwhvt25z1u45p%WjO+!D-5
zf%qAk!khI5%SgoE*x8EX*L|UIT3YW<4yr_*g;VLw)cKGHK;4A!Z9CUNgUH|mKL#2{
z$f1VZ4q**}uAzo5J92knTE?&;gXnPGB^+yHr29(rCuyu{aVp=tX1(ulq~LMBWm@vu
zy3oN<G)kn7=S#o(02gr|ELm=4b8SxDb*kKWJ{s5nLlPBJJExi<AsxOH8WdSF43YWw
zf^=iWUFK@eovNbxDtWis8J$}XusCcJ^5U#7Ja%~OS<9+0s1LOb#_tw6rN07SgPc0(
zNB}h<m*)lKVVS85?Nowp%MHO!|EiQ^ZV&4%@`7jsxgSpBRYipe>t6d`6Hl{K9e;WJ
z!dOLmnK)HzaL=bVsn@pjeds`U{N7e%Mcm`+g?qyHns1&hAY4e@e+~`}&yvlCKNSz^
zscB0H;*SBzL4kl=GUZ%&Tjmfy5vLt@QSzq&FN_hK8gL7GtMF0j$e*M&=mJSNw5b4(
z+Z)14OJV&`sEXFR*mF8O)KKVFuNbgKYnGWX$1p6(8abxkuG#>d;K<om^W`P5BdNm8
zzDB8$=l-S9=;pqe)nO0HL9T0!r^-D8xu$F$+n`F;{0=tEwJO6%^no4k>P456l}~Yk
zzLoI_Eou>-&e!@|PSLGwIMOm;-sJ-j8_}|;>LT3dWwKI#T0B!jmDrT^!-+qS3kgoh
z15kMh#VRVp_5>R5K?upc+^#f~J7NqfRU-BiO{=`1e_DGRjkVT@SI3)7A~(^)EyaHi
z5-(56mM8wb8%uN0Uy4&Mzz~MFZG77t)dZF%KVJ4qRBtyMh@z-P8&Q+RVvUgol>SXq
zCmJF{-U>Yg+NXMATTc<q7JU^Wa3)0+!-vTx(lhAL&wif>?_<1Nh-mTaj!U>dOuCW!
z_YIB!%ftN9KunvzwaN5et?mo`)Eq<k>YuDBy!h-dqkM28^@KrCrS)K=T7M^ZL#HW4
z06I+<Cex4$mV9BcRXd%6)i2h_NY(RiTGzCHdp5bZ6nhW9!lzTB3?;vl-5m*j5O-!f
zfejb)^{OdrT|m21AAkJ(F5AAqxBsH%!(v~4q3YA)=L^;ifZ||nsdCF6WQ6w}R(%)k
zm)CD4#lL-*s-$dRcg6bA53HK!#kHbq5pM&5S34oYW#FcIq(upegdOU|3P#9<@WgGF
z5>Q|y_=^-;Ooz97IdQ|73=$WldhQA_M5djm?C1#T8&vBfi2R4PpYkQyLe?xgRpKVc
ztGAjC3Hu~H%6vf<XSTYX{DBS-VM#zC^eQ!rOPn}WrKz9!A~|a$0~M<<xzMYb`F+_#
zc4g;SJSH<#4&|X2vps36``BLl-RJ!kT9*}c)D<~6H!EzT6G1K0n6py%17Z{i9x~t+
z@&G6kps0ngXtZ>xkj2z&wd#%jhNkys0g=a@kpeH~ls9p0xw5GEy`p`s^av%6P=4F5
z8C-JcNd8C$5TB$hswQxsx>RFb{_V6p=Dv9-RDUmFW5!;-DPg6<O`uY;*i{>ZtUPO_
z(zS%{_2(YL4dz5h^^#XRS|R)<ml;#ne|xxz?;YkziD19#XQMCig#mAMF)JG$d+mBn
z&>B6jJ2-eEm7)Z;c3Qf$|2}4m>Jw|HGeW~f`ILZNMzh?_bZo)3ahapyfjD6WT6{ox
zqxNdl9m|nx_!VeZI_7712rAl{F_pTsv_zeBmr52f_x*qF%AuShw|oj@J!=)D^<^Px
zH1B`7Ng?#WD(ym~Ur|18FvtHbDXz`06ZwIWV)!3(wLELdr1c+lWJ=82Ll6*<g^tQh
zYd9Vrq<klM4In`Vvssa8$fpc@^~v77$#^s`A1nMqwNd7UJp>&J=1P?f*^cb>Xh29u
zQuiM<%&O|ybQAB$`Gr*?IV=yhV4~(J=vQ{$vAvyM2i}@lSIpwLUUji67^yfwq=d-3
z-p#MzSmFoClA~_Szi4_dj-Afe>_vL<TJFAubE`W(Gm1W>pEza~T95$H;T2BEmnk`w
zezb^w)AEyw+RC<^hkQj#IH74{W6pJNW5d2;T>drAex*o{`HFsh6%fYprZ(41Zt02E
zCp2@*Ox8okSYBFCuvj8IN>?AM-B=|mDyp><#v{|-=827{@{ifFp}!<w{j?`M{<0WA
zQp7R!qdF+h?5ysfon|2hZhMRML-dnOFJ2#ue{-#b_urrwUV@93Fw7ZWJcqAdpHeme
zlk$S$W;zO)AsgYWH*jLmNX!HHPNJ&n<0og7`HLg}v>Sz@1<0bv-NSsC^p&1kbm<=$
zNy-WYKeg+BoZ>Tp(FmnH)N_wMhz5YufP(iR3<N5vN=XgKWc2=nX+JIrtEsC)w>3An
zBia0Yr>YWuh0a~+0e+(!(VW`RLAj}Yi4q<_NH<1zT&4j$lEv(z9FXkm3jGKL*wMi-
z{`dTWr&xU3IZ)t!3+CFMz0Gm)ZqYSH1Y}U*y-7-&q0rO%_E}ce?I_8o_K8RYEd;=`
z{aG28<h8_(mHGCIVW{QH;B)7uO?PU)Yg?sgsPWl(in2QPT)pPmD>a{voQFCvK9iq%
z%H*~S$Boua?Tr#EI~ACFCAI0u5wr)tTJ*0c<!-Xz%xG<W{+}5;Fmt-QmGJJGn9T2M
z$Rptgr4Tnt<`TrXpwYLeJWzS$Wr~(d(|V$6Q^mPClH<&rg3-Q_VIVgLUMHl|di&eP
zg5?3SzJ_D(iK)lf=tixh{Y4J9Wrf&K{H@YGvqKbW%4QLokss(N`H>5d^7d<iNQKTU
z!PEg5_|De3DI4D+dH$?)wXAd#t@M^OIn$`)^g8q)!y+w@uez`-C@@_Ect$fBUJ;Z@
zq<Bbw4|<qv3x@MuiKp;H|Ngk2&KQpXPS%|&be~jJVy|EMRQ1vd+7j)xJcOLriWwDp
zKbraE=j0^@^Ze9E37FsOuvoNM`h(BUPNp0XI`)krkuN`(LB6?9@b{m;(O;J4HhC$_
zA1CZfD@%7-+fP<cCa+856sq)7lvFQjD#BpbJHzI(>fCA!riZ?l$+YU4JuOgd(<<41
zSDo){+X(|!$_TS!c5)Ausj{9$qx)D8yRr3+f^j`v|5_uq-jREToNNwhSuiy79|`Ky
z%r0n>A$iu93lf1ctj{oHNCEumwz`{;PULn4({gt1%bYPU3=3z@VpvZU+r5jLGWPhM
z!q0mfWbJ`Sjdc1VFUC)P<Hn$-f6JkWePtO5C>OKtK5dj%ZNwl1^OHC4rQt4o1Vd&`
z{mD$sGXK8O7}<KSA}{}v%OO!q(SH;QroZI?qiQN_T-`A~S3x6~8!;LiqvZYF%2<{r
z%m{W)?tiRlNnjtqS?0>QuU>1FfGofKeC_o4rCv9FZtd5dskeo3W{taYimf&MOj_6X
zR<2<fQKum%{V&Q2;?DjF;Jk}6)8MF-KO5J^YDOXTh@Hm$5>;>?N2aNiCpVH3<_P1t
z5_c(4g){&lA%Ji@hZ2s(Y|l*0$Xff~d<i!jus>1Hj_+U8O)9>bCy&EYWzReCgsIA!
zXUqdn`}IGBfghN~yYaepl61j*$o@{Y)QZjUN=y@Q-Cij%k=2wHOFIWsdng6?OgQN<
z-CifyZ!4@!pkHg^vu8GK-YSVRcLi56EHjLM3r2kQ`}@LAmd*F8(bkqEQiJyLYih-Q
zQ!s+i+_nKYQE&Z2x1)$i1*59-QqW{XuCX}|!t7OLJsU~p9okk4<Ui2NNOgV=ojBY5
zzh>{DoK_TFf7w5K5xD@!+!mLnMpC@Gb3=99w;NQ{O<Id=OpH{;(mIx$8&^<S<+M_G
zhF~AtEPutj(w?y54r!nli3TRq`w4`X%$Lh&@MZ-TmlW!zcxb)BR|7?kiy&xk()+Gx
zLZ_tqA6IHR6>KXxv-qEc<kUa1fdMf}Aq+)+mf$0+Qouz~cf{cb4PmT56lZ2}g?HZ)
z;>4hUr3))-osj|MJd9m8!EB1{YV8h!^Tcs9lfBNXt@cOuK_8IlSATx_;UVr2vb5Rg
zvRep7_ws<-0}V7)nN7%ZGNwKNE;h|DpjHEJ?K}U6_;};il%B-(T|?^7Pp+0{!iEq1
z&i-K!Cc&iLu3#P-g4QXDGD-MUV13}D>;mqbR&)gg<!vS9*r`K~LKqHj`MtPA2bJi9
zN4O?IHkm!nJCO30U&s_P1f0{E39LLzz!7q3Q?Q7uBA_xB_+4BoxN0#d&yksXM56O>
z*N$Gq`JDGbxwpmdTY4Vr5AHK2B2PowJiGOIaL824Aa-ukC}e&s&c4P2lJd4%Yb3Vt
zV&qJvPffhxr7rWakia`WjP~i3I2-7BRikr0*^A_ghxfK!{?W(6E%M>W-+u02Gf`!3
zz_KxG{Emhd#>${0;OM>KVJFKqK6Oh{MZQpJAokIWSVfH7|8oJPpu3E5knzRDJp(55
z&w`sf#{5u?;%wQ@R1*ujD0y0aJY&0FMM)_XU)MZtdhh0b@z~Pm1c3p0s%yy<Rw%;a
zl$#HwrEl`_5&Ro%zz1OJ;Z--HF0mc@?}-v2GOWs>1_*TqK#ZjmSQ6dPW;W!UOjme_
z@5aSJUua>Z<dl(uf^F>kKz1-@NgfSnCwtUP>ewxoKv1_%e{*;9?o8TeQRA7k<!R69
z%H`=xl(*w2zH!rB!!9_mJbpSk=a_s?SVtQ_dWu7xPc1{AHQoW(y=iwLl*SYBk+AJg
zNE@mhRYr3dVM%HI7K6s3=eR6U??~g6{wuz#ZSShY8p?aBj6bPhwZVIn`4ItNqCj#M
z@D%>}N$|b}z2v9B_5qrMNIs06BpWnM+u0=`VbqY3r+~Wd@#(B#&D4CoQ;v=Ffur60
zaQI(j<bN+?;T<&O6IN4!!>fEvD1nWPMMSHD^l+;HU%kosL_-_Kk@hADpB$X{T(2X-
zGTb=4^=6p~VuRT)Vi(NFmn8jHD|(6-DP^Hq1_Qpc4u;Q+$@9o0U*wG3<Ev9FUU)cz
z#ibYb@fEI-Ja&k-+giSh!ww*=RO}%urox6bst6~W(qYgja1HbMY2MThd6)|3iCz;g
ze(a}(GhUY<JYNJ&M@?kr0wJ9Y4!X3TwTw%btp6tcl#8nUV7J`e5_wz2*A;rF@(Ny8
zXOp(dMSr~RA|c+as(EIW!KFd<$rB&apmJQ>-3{3&$h6y76&R`?q2B2c9RE@`WGUOQ
zGdj0h^3XTLlX#60y{#doR=A)$hMOcu-Vr-iFKY}-MHM)}aiw+jEfdtaMA-2&741HM
z-;V5?4#C5{VKNJVA4_`vtk-uZh6>2}=Jsnz)IJd^sn8(bzDq3l$Vkoi>ypn&sNL2K
zlUtB=>nbI)mO5Xx7@bO!qweH-NV=K-;Xj*g6Nkv?FRDfF-Zk-1k2Ny2{izcX`O|Za
z%m}ZL`HJU)UFDQrbjRqqWGhy)!`|-rJx0@?*+OJS7SEu6z^x-N?<!@C3;duROeoli
zNv~(!Ww1jc_p^IWi*$0hZeil2B}kV)MYgk9d<^st%9*8N<w%0sQ2B95^Sd~)MV0}!
z`NxfhJ;giU8jWGVulQZ<0bbYDtu3m+f0q!XP%X-AC8L+l)zR2}pW{WAzU_5gva7lP
zUgwH`brtOg&x4;9rg!%|cN$&h6N1gzwM%NU#rKOlwE1jqy|KsD<kY;kQPvcWWN<T6
z1I7nTCRQv&R5r8mX?04z`9855@ifhnbvOcijU#DWPrq-~3=eO!);Xm{+&qJXK^%Du
zaAMPXXu4hZn}o%8l+8>prbg;gq#jXrz$7A-JS9Z)NCJgR!43TLVt?Z3I5~9WGWATr
z5hAQq*0}ll<>#AZ?RmJi!2SEk@%Wy;RF#?4;XbIl#vp!fwQl*heCG<fP}l%asWyNH
zW#3yK8iDcf$$sUsj4Y=P4dL<1g*+j2n3AZ`-BSIpQ5Y9HJ!2J`?qFDBq}Y&?F_Etk
z=iFoXxpDldC^D012oy87cKMY3CMl7XzJ~c)3OE(aXKA0oGTh9kVip0uMeKW!6``=E
zsM)@r{CQJD*GCf_T;In}1_N4+n_Utikf#DS>`SnSghYsq_rWM4hD;t}(#!$|Iaqad
zI%j$2<WW13iXz`P6RBn+Wt*|BIZfRv9KUI{zVhVdb~KoGu*spO9ptaA9Xj*0O7wPo
zCXG_>y%GIhaL^0S<4Du(>8rn6Ccc25F4s?v2-CMsuY>c0<-rwAt{-@Si01{-cvJ5H
zkT^%xe~J1$F>#7Q%T3Yx&Px=jl&rlpI>FqrgLupsiY-PG9gm}BBGLM@cYzRN&&=!7
z^8WefsR_Od=A51|N^AUU&(i|QyEr&uL{h=1^xAN|vwaOtydFpc>BsNgA1Vl;+GS@Z
z1Ev0P0fYz#oAef|pgV9=R5TE5JHCWygH{uu&+mnuNP#u&&lvJX=7AAg^?txxU$A9X
zRgLU7ia3XnrQs)wE4agR)5MXXHR3sP7)f8umphmx<Hrn>$GEIsI@CTfxDcvIsivyG
zU|1Hccj9ibWSa?!%r&5RSYCB*1oh*z{87$`)+L?_xh5M>i@^(TTlSeRciUEvPU@L&
zdZx^+Bq&;9`a~r*mBt_3;$O_W;KKli<9Od(2nRIge(Dq3>~k=K0+9ml4W}oW_C+O0
z70tro3gMP0+5N*Zs7_uo!DiV0AbWPFs#AqeMBKv6FfJXYHDY@nmnq4~y~}DwpyK4u
zJ<<K~Z93w5-8%Y@()oTQi4(kpsI$mVwpKyRax=w`JVw3#loaULq6np)5afGKE~4I$
zKD2KXv-SY!=DxL_YAn}!Xy)mE4Iq+m!)fzD)_D6y_AhNr#SB0mUu3qOj<YMB0hokK
zV4x^AUbgwC*6^;JuAtovKVF9}R!{q1Zal02IwN^O;caomXTC`p2EvF6;RL-e4e6PQ
zn#*q}n-Ks%`Ex5PeA-XN_Jo|b2HUc=_6hMSbZJHNf0?GUjF2U2ALVU3%G+MwDc5UB
zp(Py7yP7<{HoD|@z$U2@%PQuV83SD#!5DUve!+Za1-@fG1hl>;a0)+K-P4obQiodz
zQV@ALan@q|R*TN~9J7wGi>yb~ex`?P5OH71SijeLkB^(HeL}?+*}pCn-C_;`5@l!t
zhrG%TRJUng&-5iE(*)6hG&MDPfXwtYA#doI=81cWhEH;)sR5Nio;QY9=fK|e_T0we
zyWuJzxZlWHrU+H?_Ud@eip)}Cv*U>9<Z=8jb-@TWc}&N8xT~gB!3a9slJ=LvddHQ(
zl2ej)hpn;llSNi4*8||yXGOqABk+k?4;aG>{r)?dPCRZ0q4y&n&lz$sXccJUXsOPT
zfFIb)boL2PX^2oWQpM@TeE%)ve!5%b$1wlQ7??}OHtRh)ad$o!nvlz5yu^$m!F4k&
zuokZQ+m+(Q1ZRabiM7D0DP05l#9A&!;YaHO{q?GU7_Kr4jjtIHi-l9(!Mp=jI_>L9
zkL^t$U7E%1UjBI2dK;++*y>32SG~5j*n=88#JnzX`o+iGhr7d22ti29^z|Ex4F>!A
z^q<|k*eHtx(z2us<sT{>vs?Mh<|yq)St0dYn^iEI+agrsN7CMI_wDSTf_j{Z0Ezn%
z<<uW^P7c#ZZS4WRqEM)onl|G*JOLLPwev7vIsT+X|HT3@<OS7~hqR5?W^EUY>EW&R
z4SmX5Hh)Ib`e~oUg$1(5uk`2DZd^aB5F3j{BYB`3*<*5kB%G4+6A0#K<q2dVQPw_W
zFi0f39T|bcMqpJCC-Jo2MKS^@Lp=~?7~E1|?Bx%dK1CL)iFrFfEvF2M5XmCVZM8tn
zzYHjbv5fNY67RfbP~$|QSxI~l=(Mng$0w?T{ll0wdQMBWx0rg&#4EK-T%35ygpA|C
zpi^+Y<BboKbGX2IBA?dS2gq2AWd9+;a+(!yXl}Zk0g@?9Xe(5FoQfh5&rVfgLH3=A
zO%*DT`UtO?h^Pr3FBOuEdAKq@Ja~vzmOVb)7R2kFRMxi8Lf}<v6<szRo)6^_bPzAT
zr1LQ+Q+%p0E$PNcMMOIa2hj<lCx=0m?}@9ZM}WHN{@Z8fXYe|gUd*9_=duk^C3!^)
zYHfFpi}hW-MB)`~c{(O_9z1iS?4O;`=B+t?p{r&TYJvVgrrrb`>h=pCw`7k(2t~;{
z)(|OCLS<iO>{~IiuZ66UB_xR<WG#%bWhb&P86t%2TgXnbW&53ZzrWxA`oEX!y~>RD
zHP7dH&U4Ov?)%&Yoo(|A3!8naqK^N5!bs$o7H>Si8Fx>nPav(Q$aWJ$n6!0wGp0D2
z?Jfh-GylJihD;&v53{_m$Ij;`k-Yok4ZR7ko3?6h+wrKQW1kl$_nqQ;pl3(v_M+zJ
z#$nx;P$TGM3+N`}Pdz|Grm=Ks6tTZ${5HZ~N7vBc4H6iHA4F{*6A)`pKSCYy(&;V>
zH^z3Z)xEvM>h5Tk?FMyU;>(D{p@KUl-#$L!+jZkw_dZ?zsQ>fJKM!M}lI=~9tE4%|
zyG|FZlE7UcBy?ZttFhV}Bs0wUz+3{jLWRU23FiLMazSDCz@1jR_&WD}pbf{5mt&#D
ziT!bZVzw>kw4mh`psKzROMLh8RpaQG`+aT(LdgW0g3Mlig0jHKXamd$#{X<VEpdjZ
z()2%yQ+Fnxe%#P!Upc~|byK;e@VRSw#zr|a4KHPgOFIL3o7ZSc<pYfeMQbI97ay%=
z1H&DJzo*wpS&xx<b|{ZEPH|*sX+5AB(4R?uSe_lbkxvD5@y&#{>T;QnwB66UJbSLD
z;&?Q6O3U!EgE~>R^+1{rdv&8a&;33%nbJ=|Syt3ca*P$}O0%L+74qEoo{giT%6Q9u
z3(mUL83)8cuD;nbGLQm7*H-EJg^8VA7zYW?B$d9efcLMaVJ&(A8uzoHyj6PowEXh+
ze?9pm=+MJ3w!HSQ`B-U;Em|oKS%FJM>aDr58&Jh;dBG(l+I~)|c&w5&+LlRkQ?id?
znCHJ~RnJy4h=6)f7P2%TomBVlOWyC}CbHVCbWZ2`JaU5EMo4gD&h>RY_vdSs6dRo6
znWMWFZV{n@&Ffbyc;R9E_V`#Nlk-8^butj~0=J+0i{VXGW?d>o;0W$@SKZErDEr$3
z#Laj^1GCm`vhC#+0*yB8tux{vxqhD=q=|*nZx=tOx|<3yL#rtY92tOL?**>2t^huO
zOz4q~4JGHl?_tzN5^yWfKRmL24mySE>gw&2`gqBjP36E8v)SD560E-;KrDsm77GAI
zZ?bQY>n9aJ*?>K5Jo(!yTzulbl9HlZ<53&RVw-nrTz5kpSPEfeA6~wU(8ikieGo|O
zp30l74=wUPVIxY1VUGcFZY*;DCP2#innX4Y-FN%&?f>F4)9H>R{ORoF8`<+Px0F3-
zY%04?*Kq#M_=I@ZgqA%yObe5&%T@b#aG4O|@1Q)1oH*a;)mB`LJP!`l7w?HaE6`MI
z6By1e0hMoew+2iza~iSgx>j=UDPsu$STJyv;50ZjbxCeBTr(X8+`%OHy;=F=*`NUp
zLNLD#GdZB%qLqIwa$kUyNFOrP|8){gH-I{jZAqQ0c(5jo)>U^nIXaQ|+2t4?d^#C^
z>_Zf^PC;aJ#`xp?z>2whV=d_`2H#Xh4ANtFZonZ^v6Xm`@=EFYqS5S453sIY74lR!
zW_{8YTV?<DIg-J%j~heTuHLrlsP@ygUrNP+p<?!Dp(8z)l8XQRQ*;l)ooB}6Z5mDy
zzwsfZSYL-BpgckB3l0p|Pq}n^p7`&l636&=F|3LPmT!Em`0`ovF2Bt`x==j!{g;39
zLLASQw#(M#E6XA{50_5+Z{$h*bhd9J<*b)0rJ3rFy{(vOdTrEPr@CaMrG0+tXnlWJ
zsY^6c6#FPk9HC!RaIGmrJW+|kmgYfOUH)iYg;peX?EGnaCWRc0@TfD<#5K+xBTtlj
z%+GQ7DCs_R8u`u88;>t}-v9$Cih&qokgld3_fy_tm1N{!z#@n`?|@q3U}9I!>x-H1
zW~BL#t$T#tSLTHnJ3m8h;;c+bxfPKj<+Cwfq9#1_=>jZpKmnQnPj1i<z@zKjjpGlq
zLSU%M>uYD)PFu$+CDe;fN?hvGMBUQzN!;5LDsOmyc0YOJwO-yartc;7INt8m$@1fz
zjpF)aX<1L@0dz9o3*Eh+<|pjOLp>S~(J0@CN*5CAsj_dR`}=qwTt;}1F(cSxu{ze`
zh^nTpAv1)g<F^^67j6s)M%oS{2fqh%>eiR<ddb@N6a7M9I?Af~GFK2$f@Tb0@EqlL
zumko@?Lk({FDwb>PsuQT_97^i#ge}f6tke`=lvpDI{XTz$AOHZ@qb1XyW^f|sq%Di
z1ht3RSXl#cg{F$s<S#(~;-#l>Qyhbj!}noz$cZ8aXIT2rDaGLMNIH<H08QS~oZ`hD
z(7VAtZ(81-ceRca<V{pTXYBtB%84uF|GuG@(H+Te8ZWh}S88~Dy6#hLg!E(P;P%QA
zs1*|{A2Yk``CRdOsE{T$?5&zdFZ;J&fAd$T^TR2Ll%Ep@!j*v=wwuNA9u}oTewjLY
zE*avRG-CyWM(1f|J#u9`YS+8ev1&8xq<7KC?vDy+%i$z4qG}cNMOY-H7+wT9?^gXN
zu*BwF*W#0z?-_Spu3xaRvs0<+`HfYi8sG*g>vtHr0W_lPDH>(v4=Qy3+X^4MtR;vV
zoGP20Drd8koxsbhvhd(Lb3$-CVjznVVf@C%&k*(Sr|fCnP=bNP-yP6s!4mv*U|`X~
z@^_pPUP#ct`qY*xVZiy1^vCV^avX2x49l02Ze*pDXr|61TZ-=2FQdLSQSFv4$y!Cs
zOCXi!ti)x*G&v8L+IVo(S+gNjOyd)=d&j2h_ac>M&eJ>y#lOU3P+Vih=_Kx#(+88v
z7hkCc<41T9*XS`xQi)oI@#cBNUr~tI{hGT-J8FJpn+jU7H8&qm1+?IX_1$(7v_=ji
zU{r)bNd*7qkAdP}AOM44sLG@;fAv4^!kA2o#(1TGZf=*BVeY~47TWb0%FE$t$kj**
z0S$uv>F%L_0NrDS{YT>GE#6=si4_m1tl_+;D(S4R3#NS8{XSCrQYE~L$`f^>f;K)D
zHfT4oSFkL9uq$(xDH9&G8v}nNTbdEgr!T_VGFnSq@1I8heg9G=^qF+}eUqfOR1Vp9
zvX9Wl63t`CIuBLZ6TapxgQ)xYarf`t&%AVh3p1Qdp`9W4Mr+tkvDr5Kk|)Jov?AGu
zd<8Vvfe@wJvH{7PFh6T$I5zpr2JCvzF;@zB#9|T>v9W&t5g)CACv5c~^9YTxihNH}
zajEyX1dr6?6bx3(`^{rnZtaY@#YCq>Y$w=Cn!q@{UqCVbM4wy&AEc0cCWfPnVPLM*
zrOA{RS&@vwW7YEWl?j_yh9*uaO7q+F#;)?G62xAeLB$b|b~O%rD#@s|z4O$)zDv5=
z;TVX89Y}<+QPlnNCkYi|v?e!1<x*EgbKiIPwx!&n5PH1u^A>w*``ea%YxYrd2Budf
z)&I6&ECl#Y@ka!KNNLQq{i00Ti_W>AY+LX_{JLL9;QiuTtsin2j`T5Dd20!vvb1y6
z`Xz-5zakNW$<a(rbR24C+IR=4=4qE-UQ%(Q<rt<W%a9=Mo0Ftv0b(y$7qLe#8eT7N
z-J;<->L{FvUqlH^y;8)!DiF;z@e1H*p<%Q$+c|0qre5!PVSMI?<RwYox`#A^812MT
zh}EH|UN=hGCWT%N#|h-a7IrYc%Y@@$X0k3Pn~$^liJW())6Olv9}F^qTd^41SE=><
zvK1A5FH@qjO1+Y?Kf}|eMcn@5UxIWLj6g`ACEooz(;KTP7k;o-BP!|+hw<&TO4+c5
z34c0K%`dMKvdx;7r-xi!_qpQr6CR2uX*uKCQSo^$ep}mBFf)Iw>PY!VlGocPl^1Hu
zs;w5!A0eWck%IK<IQ2W2@KsUiKVGun%%x%TLgxB)to=p|wQ-7KR!PUFDXQJcWzv5E
z6b7a$?s_-G^hoMYw2pT)<J847O0pswOenGTgO0n5mjiJj>o(;Zx1=$3`jhWlhYpM8
zp3<4`*3-3@-~8nH`0mo3t%nw_M!p{$0v^nD+mQyzGqNYQY8iStv6j*ZHq9F5zQQMF
z^8a)!Xtj3^C%fAnEb=fQ%zr(0_G>Vn&6r46-DCa^@-!~_Ih&vuCj)!YYtqreK|eP5
zHEtygz{K$<X{7X7ISvYFxRoL@8)i3uJ>{@2WzBdq#pwu_n5_4;zlhiM-WN1ar8OL?
zL_`{Q-nO|MEK&M+<40l+5z#fKYgOYOH|bVy1%Da*BJ=)g%rQhw6iO?uZ|_r0m5^DM
zT40ch9zxYZDj8&>BxyZi1ld2_d=NPa*h$6vAE@wvU#aJ81E`2@7Lxk6)5;!A_P@u_
z`R{f%?AUKr24p(ejgj#y-)8g`J{`TthKS8Yw(TS!={WW}R1M4qD!J10vj!*$f7^T5
zBb-aoQC5dM?N)H|Qbjuu3GddimgN75ekc}#Pd32{MPl$)BQqu2JiQ|`0==-3LV~)K
zW@iJwt^U+Y!^oV~_Qvxfp=^IxISK;pcSFy9I!K**F??_qQmMGyq2{95#>X5j63%k5
zgGUSc^H=vqE|HtFw|u+l+?L>cEM8b*lC>oi?skQX6(Pt(BS=48jA0@_ufnaCKnnpA
zTq`E~(`93*2-p3qe+?(3wf~|UhGQhHF&U;Q4bGFX2S*HZ5yd28l@V$8&!mwX-FP}&
zo^7iWKyw}d$6Y+T#C6v9_+3dNBEp>?E&bT#Tlcwz_`3`lC2h><nL26V^h|jqRG27;
z=0-x-#8|7-Bk-e6d0yppn+mo89a^ltM%Wb-i_V8cPiQfwMkb9LUgzs&ZbqG~w@L@E
zKOSwvrz?hhbeJH9YZy!{L?`=+z#BPfT>u(-JO<(U7E?o{*Z;O;l#!y@Z*9#>z@IOl
zKJ+FMq~G))Q4CS2&@s$?lZ(`YqB#1TVxQHBc`9n5b+nsJ@VVv@(WhTkPvg;NHgY)&
zSJSX@iK8v;xY^IE9^U?}rI9o1iN*!_@d{b1KJ`D=_xhT5HJrpb6C<4mchqtekcU<Z
zXm{NPUys7vSEd&4lJB=Uh3}^6(BxRDr!a7i`l5GWs|yLO&R9OB#C-YFcDnA*US!px
z=+WNny6lTE|9^-k_s*u>qQbNCY08Sj`g)IpXfjr<#LioFvUA~UlGx0A)4diJx@S|<
z#$T|A)?yDT60UT5{i?pVQ3|1Dne+HY#eh@4ALkt2LM$CX%W0{;ux#7^?s0Y%ek8AM
zZhi#kpVFXqPg_`lidx)sK_Z#SLuTK!!B32PvuQ*DTdvjd#)~B@hNI@quUFRdS_X!O
z_=LRkiXPjC1;I70aT58{;G({3XBnk9|Jf6tJ2K6)#_|cw`Ww4FDc^P_XJn7Z41MQz
zi`0+*iEJ6YU)H+57}Q?bEwoB>jwmP+(UcRI#QrobR4uDy$68Na03}=3TK?by#q2OO
z#x}|1Kvhr>gOT8vT>o@m=skW)VlB_PdnPcgHqNztn&M<penYe<r5zG!4j)e`t1@AP
zDZzdl%?JW$2g*~YI&WBafO3KYh3f5XlonHrGv|#JnAA-taa)^_8QcB^b30PLF8Q0)
zZg3s%r5&Gdce)uWxK#9YsSY2~XmK0OGn#D`Sy4hF%w<-bSBAiZhv5x!g>HKJCWPXs
zNpb4rLX;f3j2SZ3Z(cr=-q;TyIbMq{8KrjDUoZ+0C&xe0HZ%-3t?`)iVJl<JMUDMK
z>Aa=Fm_D?oDO6~IWon*%*d-iZ&(af8orO9b9kzK>pU;q=iH&jcP1odk#Ch4er`9;~
zB%|lHjqchRms~=QGfJ+8@Ax`?%SY<rynG|=G1#9u-NKfz8P%`dFpqqfOv0Sq+Fp8u
zHk{o&q8nC0Cz10<Y?$ilUD-I6eOYv1-rk4Xdp7s&{b`M9%YY;2s&-c<6V8&1ptJy6
zQi2<NiOfF-DfXboOV-xbf21hD#gvGwKNK`YzYoXu-=D%~@>=t`48?j*6aKmq4TiV{
zq8a>JD!=Y_L6R>>uZOtO_ac+urub#rlQhbn&h?KE`8M|X0!dG3#g;B8O6nCl?rv#{
zYbnq1+{>$yPNEDyp|!#6jVd5t`Mc}QJaVPWdY^ziP=)^v$t6#r;2^_95<v`ohi&nX
zufNnv`bpeXGF1{E#o0S*B5`oMR9OOLHrJe;dxWN5JEyeVmG?tc-ZpeV{4bAoZLidr
zSxqD}tyEW>fhcKRIZ8|f(8IIglfQo@{~a8FlP!pgw!|sm=GfNb60BNyy!%T?i}~8s
zn}I(59%tZNGUK8#LWx?5I)+qPiU7u|K(PL#7asmn$G-ffK8NZ-a7{4@cq-lQsV5pO
zQgvo$FAs2W^x>>^c05p=Q=AVz_{;qX*K=S5H9-vzPVp?$2Xjr_eyW0ws0J?;ra*{9
zf}!BX@bO!lr~zI%50w+G;lE?zgo8gj3KmGB+T|UPFAOxzq9-P)lW*|I4c4+_EttHx
zBrEbmgp{a6-n~2BlQHVUAgX4y`{jU!5%Kv8-&NLb9b;4QO&c~LzVYPuSxEZ+E2_8c
z)h{hUo&ge^;aA4aU#=}2@NsdC{I03r2afT^Bgl2Yp>6ZGYV<sMQZW-2IF!N8ulkeF
zgf+ILiRi_hN8t!<*0;82#A6maiZ2ck@APB`1n6G;w7%8A;!ixb-!iiE5+74->YHCd
z-KDlvVw`BP=u|P4$*{YWTuS)RMRgb}vuRhNq&?-IgwL#o6{5l5+wRVw@aM>Mm|ljf
zBzDb&x`s2CHYqS*@JU5K0!|cLzZwv~Gj44U({z^k1<%v>-_N2F_xF5P<*xl#G6=@g
z&)pdg#yiz+D#PsuT?T-Xy1M7rT3T4@HppP)17wgdD9+3~)WfBiTg%~panfs={aH%0
zbm|GY*_ry(A(^v|yj&0ugB8$F?EU=r*2Z33m@}ln=Kpa4mU#PZ1FE$R9?_%Fw_H}+
zpBtZ?-qVaGHut8jItn1US=i&tq1c)~NR5<w89kIsmaX=wOevF^OZ#e)DSsD!u$1Nj
zj;-U67F$eo&3b(PF7n5pi-_1NN`EC?TAcdfq3WrxA^1OL;8Ae*<cN_;Fj4Q5ac#Y+
zVbm0))o#p$x&a(@*P|?y7Nn9D%c@JLFvJ9;gvbJ94Jj!pGPwpjG10!KV0JgrATI8i
zY-;{GoLd{gGjdxN6Qi0U_u@CFB+kq~rBh6fu?sL%08Bvzjmj?hcl{0-3~FcqcV-w3
z1?UXSN8L~D%Qh;QX^ehwOQR}}A<ca<K-%TEbKn_2s;WL><iO*)fJ~iqem6|8RnvQc
zd}Yb^7|QsPBOc7>ERru;aZiXtZ}Wtmuc+hpPEf<H^o=%T)`gI?<+KQ5%8M2FwO@5@
zx+rIIrHdtcR6*YSS0uNm$}-u1^kB<k(AX^d&wu&$_L*cxZ9As@)Y~H4fBzC};DJ`u
z4nh@+(qS-J-kcK+U<Dz}=e6Z~^8e_^oTMRYNvcEe+3=G6ydL(F{~`^I&>7=yGukf^
zk0*S233-7m-2Yy}hiruvCMoN==duO{V4RF_>$skwA=QWCCwe{PB*dp)+<`9;AQH@~
z0X#SWw!-lHFHFZHONcVekH*dgGk?}-n5Z?qXnxFK85^rLnHywZIt&RT4CntoFhCa8
z98)fX!$nw#z0~4AcX0CK$B+2P^MDqFhJ|I|>{dMO%8eev4^)n3Auy<V-CUv1-+Ft?
znNI;oQ9SwL8?S4I1r1D3z~OigyLv~VsEeJ@1jpJVf7yeT(&7Up&O8wEU6Az>%j?OB
z+Nu~`H9j`exi|?Z>Sx)tVeeNJ45!J#*z@X*8`LP%oBQW(6<(xk&yKzeyfJVM3~Fp)
zya&BYvYO}jvemoUC1?zc!qZE*UNmH@Rkd;zt6-i;NJ}Sd$W{zHU<>A2@o>?TPB1ty
z72VA$k<MNyW}tUYYu7S-II~%hregU}#0;yl!*&s_w(?~u7Q8UWq~RqW*<cOQgp+uu
z8qQd3Vc(!h&ZvLx#>QTJe^L+JO1wkII=r<iJmKxTH^hr-l7$R>x4#+semgOm-|A=>
zIx1>*U8P$Y7tntAUWKmc>4Jt~2%d<b_5tje=bRE@+>@6qe7RJcxZFso0?Xb0i5*aO
z`O2BED1>Dfq?|^cBclr=^&EeiU?xvaudOU)_A&d9+u^`01fln{C$1L)Do%R-+=|Nl
zXv@YdjqDdsRC|^b<qxeD8016;&WMZG!<vDwlY*Jj!y(Yo^84HzH#|=F)c>I-vd~ne
zSs5~qe$DQ5`}zeih<bShQ~D!?9|5-3VIv185Qb3|pY64NOJ<Kmwf26v2h)8yY5s5n
z9JNUiuxEI<AYaWA1x`6@kFCAgPLAvY!q@!|e#Vc=!b}_xCiPJ}f!%#0jLwx28Ll7=
zBm(y3=Q;O|Ik(1Xm-L#No2%`J^QXbrxV_1;_mZJFjFL1auZGP(wA>2bViAjrwjg?O
zydl@$e)KiwN-@5B_><u!hc8y`<uKa`24D-lS=jcre0V*fGX#(u&_<zeeN7ZeWL!%k
zf3LgH>u;FEQXr{bsFSF+OxpLYsYyX7nEh!hlYZR7gH?s>S%ee4ILnxwVAQ8Uly$9U
zA7`}lkt9;zVo7H@rN#!U@#mT9yz_Gm1|Pu`y)J~!CuI|%u%0~2&Pl!WUo|w?t%Bx>
zYOlPI_-0P#DRE~W{ky-^kv(<9LaL_*407{VHuuc#<@8jYIsC;VR1_il5+C~iE0~_8
zP|UFqHpOrVRQBu|@2>|!Y;Ow!0`#``^tLzgB|Vu2>ryzrS3IU?LH_tW+qM`-1kxx#
ze~JfodTFjLH(T}kW#f`y)=D+lIEV;8&iLg)pJ<%g%-F~WyW;u@-(JAfKVcR-b@bky
zwTn-)KmR-kb(`PXciG#RuG)y~Uu?;^8}<lQmYIR5pF9J43b=88u6ks=dHw4CTdm=o
z^)D>ZXK0Cu){e#&HqvTpigU`DB07SXzW7+qLL`821$rNdSfE0Y<v0TvO<(FPSnZ4m
zA46JV`H(NCpDLk~Deo_H!PHY2t_)Wg78h}^exH)#pmEY-DonnuT)I|zQ7Y_sx_z&2
z+>_+CLvrtKPe;X~M~y4|03cf`Vg41=mw7(m5P;ELpox{a@VZJyxzY!Ez3{||4QNC_
zG36!80dH+`s#INf&)Z1K@6XXBEZP0#x{_!g-soQIL5im5<wVBd>b|n6g<>Me?O>P@
z%o$v9g^IX%6g~+&gjDaP+^Y8f*`3PoJe73Nvq`d3v&k=P=n66zT@2qa`Ik{refHB6
zZC_c)=dySiKgUtIXNz5?M~pfa%=z3yJcA7WK8hZX`Ev6u@~*{!YUW=<N4E^|iybJ0
z;H0~rB6|n2%QVX7dQSJU{;Km*+@66Y&-WjhJ^sLeR>L}YGZ>hXzuKfhm_4&3hf?!j
zx1jp}S8-~1gkQl|l+a*^?OEyuDLS8fzOWzyTHafiUXA`Tby1;$`jdZ-MncTsC-Z5Q
zhaULlWxiAg0afx){L;?r&$~8wUYhLxnim`3#juUp-cMDYfagI<LD%x-#O+23gd(cT
zLZ!o}YsTqn#tBnMVTBu4Jz&F;f?)YGnTnJi;$Za!#pa=4(UjkiS!95$$LaZ}>#K1%
zTvah3b?`2bcoaA2h@DpiITgfw@Mq6jaPL=_Ze3%cJr(}4yK(W!BMXa58A%Dl4x#;v
zuR>mD5~mC=+WIc-2CxL|MxVStD+G;^`qxEA1EfDs8Yf#P<^HXHjMgr3gv$u_=VE)u
z>}HFRtdmJsj2irZU?gi$qXj;V{r1YUUz=Xv$Hy<y1e3kE1F{X3O5Il#Z%roS#dYDA
zO9SV5A|fym-&+Vcew=ZTbx?JW^8?`Li(01Qy|WSswsXevX}{NnjWS>$n#9h9N&_LH
z!D9|?<Bz4oTj}4+4D2@luuCXd@+oXBuHV1N$eDLOP&w6tPeq^|(2duAiPSF@TbC-0
zy7m@TouOQ!a<UoL`X<c~bHLuPlc2bnFJ*B!+1j>r9#K<P6$Cc$f^mG!@WOh@kEHKf
zsK8;R;t<_gUH2QIcy42JwpagF60qmK)}9&QYWS<DKr_64B)&z4^8Po`;d(g7=lpe7
z@})|u#<p^#rli5(j~}OirOvOi!ug4r()dJl*m3!Urv`?)--b#%{S{!0{2`#OzvZ*j
zLWZw3D{`4Dh6hZ5`yHfcDj%FHmP76=`mDEZ71ai5dOV$G;nRRO5;c6fjAWkM^kNvH
z^6>P`LAeUC;aD$RXo0CuP176k1=Jsei9cW}E9`D9ZhQ9*a+u3ZZ*cl^tu1E+>|L$f
z(LXcQEqch}dvZ_HVgEe1;sv|tczW(;?+$-me9}f@1~DI8yakMrkg~u7<2rx3&EK3$
zSek-@f|0}u(l{OW@?i%;!vh9mfk-}t<3oY(3}adY;exow>31$#{`fjHj?*yhelTTk
z>h}Dd$tY+P{B$ebSImoXj6;k)t{k-_ZndH5Q5di*py#+r-<^(7HJJHjrb}ZX)cMp}
z@sX8ARgXGxWGU;a2H@6tAsONbzxCnrXM#Jv58e&6RzAm&ZPI=MG*~uI@tX6+yXe`s
zAg+h5s%b>#ePOpZ&(dmmAPXI&JK9l2QrijL#wc1pY;FoyjTGEFSm<85nREIU00<@w
zr>hvW|KX*O<oTxQgtm;!)NO^V;;0jy@w(%KhMGnRVAk@b`7)@hhdd(*COoo9K<e`m
z+CQeIEbt9l2uS2$@K&)!BF8{v=Bj9#+%pD<&kx}yuRGaje$eiekE}>-pM5}yx_I5?
z(kwy`Fh!1NKJ;zAvy?3(PWV&Fa@)f_?S8jz-lCn{<s>7j{WC*D2)r|dr*t?}bSQ&E
zw8*JIFQKaFLjkiy%*t_ZgeMLM4c_~oxlEj$otxJ2kYnfN2^PpGb6&YMT4KHIs=0Gs
zDQ_jKd3~2pR=EQa#ba4H%6LrfuyY<p6}Kw*dL#8anG=a#s?pS*5*OYh)Ftlo<8HHP
zg_H+hO&msr>5)7Ly@L@UY=Kbz5?47!dBwi8Ws<-DU!MV$q)Ep5$CnYN6AEbP+&DR7
z6&!h3EYBA3F_!(fhUDGyOi#=Z&%7SN<tbuw7wh09`wDOfzlFGr|G^Pkw`eop>JMg!
zTdX#9!LB7-v|tQ<wNQN68(M4Z1w{sfFgO+@EHIH%GP$1@nurLyMhmeFY9xGIqk_wU
z<raxHHfTX3ZW2dZDx!@I&pJ|~y$#{Ysl`~n*w>RnNOEpH!@es>CJf@!kMVKZu;$CA
z0?Q5SenQg~HrN$a&&hCmXD`v?W&Ps|L|Tpv2mG!ZQ;jW-b^UhYrn&x3;4QxG-S6}w
zN$Aw?-2(|~gGE-vs9o}++*-%$8t@#*xh8$->c@GP>mU8kut!H*h*d3Kjg6Wtp0Lt$
z)eM!e2@qhky9&*xG6CId-(9Nr_D&mHXs93s#=hAJAjy|-hz$zqH2^PXeE+nWV)I7M
z3Q;`>#&<bB&sfoHXKan7!hD0IB|NNAN`hBAH$SC7G@M~2J{QSr$m*gCb>w-(6%}sX
z7@uaD?8)~jgPtNc1b#fD$1wOu_=Q0V0WODx23&tXqkW{npB|^mb|aYUXgt}JdP~TX
z&<ih1Tw7bKig+ZIER2r4sZAGl_cPv5y!UqE4T%>y0sE>%4W7PoV-x)^1pN;xH^(|f
z+oLoGj@^!GrS#(e?E8L3B2}5Q7hyi0*!ke0Wu}of=o_sxiBBXMHoT6Pl61h99pEEH
zr)nk-Z}9fKn$DZ_mGtmIg&53HmJYuc>#-2ScJ|cA^e=Yp$q@WNT#`puHS!z<-qdI%
zuFTfC`mm>cSUj%neU{H>yed50Gc+`mfLTy0{90BYM-|U)ktNRM*AXm=eqB#1B3wAt
z)XFoxN$3mANK~F1v>$l9!<QJXmL5k~wGIvz*3haC&{i(q=F#R#RHB>pMj;~e@gdd8
zML!<bD`qJokW$RMb47eKTeV}6v8OTgX!g5k_6yfth$jCHR-UB}Aq=wv0hz(UyWdJU
z2+`2rhTMkh0v%zb@fo?jOU+iWrivtQ$)1SQ#uZF@WS4mwnWv_{SKCXyaWnGd$)sO#
z5z_~HmDWK=vA3w@8?G~o<fTB#^=Mvv;>2p51R60bFS?@It1tRlL<m?Z(e2K)o#0~g
zgFK4w+W~$g!j9pSj4=)(kR{nV+Dia|w!@3vqvn?FTwxSun>y<EY^qAhK^CKss@_$x
zl!~|x+&A>{yAHBMqOT#5s_%@A9ys6A!Qe;wM=7*rI;MhaUQu<3+0sC7m$&dsE&YMx
zxBXOdB8&P0)}a*#wZl-g167)yi;O&2JEEnENCNCI|4tE`e<Tk0*~tBDonb{A5!*0+
z+a=aZB|>r&cxZ`IiSNBS05ImWhLUJe9qQc{7lOy(RDC#HZ({re%HPK;C={a+RnoWl
zvQaZ9t8ycW3FTiYTEhl!wOG$`N{!;S(J-U<ag!s&Q`;^ldmPS*t<VVQFEUR#SXg4i
z^pd*bKUUt9_j^1x^kG3Xvkph1|IS{^airF6xD8>@`)o<Q2xkFH^T4K;73$Qj{U<(!
zOOAQ%eu5pZQ?&TGzg(=JOmi{55gj@1r1?{?4EN;fTiWMpp$o3tugR-Z6yZ(}-t!`S
zLL>5mJ63AJEu#~J;HI8sP_C7!v(eCA)ZTvlZ}L+aTgT`HL=^eqK3}2cv3g>JfOvrJ
zOMLhMxrw*2L%s$eARfMeKg40bAvh{(tEz&&XYoi5MW)<U6_7;84I(KdSGpVm6tnnW
zXbrC@B+*<db?~^u<)ETy`w+G^{DV)l!nC|aZQ^rm0Kkrq|2QcvUCaLWEG>qIX28LL
z9-Cu@$pCARQ3)Eaqt!?OQgE35{xk0Hj<MWc4OOM7iAm$Kvv~`=oLqQgK=4zXAZ(UJ
zOAoO1l<iVBxxv(!`Iqu|asR!OlSaPETPM|S1ub1$P(NXsX8HO6hC2Yk(1e^Ou7Fd!
z`Yn~YwN~!RtCp*i2yLby?75Zk;paXV^r1nwd%aNQ;*K>W)m?@>%o)GWB8=gIRWFiF
zZ>|EEtX$SRH*a^IHe$moakoZ59b#OP<8v-K`OK2by5;_N$mS<+Nx$n+;z%|$5$GZW
zFzCh;F4@OWtS~wWmQ@7xY7IvXnTG9}`ZzZ2%GVd_VD5+^<Asoz0xiRmia;pwp!*pt
zT}c^0eB1J^i+0Iv!?<i)FL!HV*dq_CZ)=KtY@T!D8DpkARl-KzrC8E#8p_dFkE~CA
zf}rH3sb+FJs~xOXUQ(uj#wlVxMzE!uWqvygAKI|B;5Dgj#deI$Jlcqs9z#78=HTUQ
zKjZVl#LGF4weU<9Wvx&*i91V+G&JE9JFYEAA$bqXe59ca;Spn{{fRE5=SVxy8pb59
zM`O<=8WZ0?B{Gy^kCSA!&i{zZ6kAY2s(8iCeJ4z@%}MjWG1*U`NZ=!*R!@BZkNAYy
z#E;pwM)^lPM2EA*mU~wEEM2s;V$zaR6Fq)(0j}#`iq|8dpUC{CBR-0$B3@7Ls`oM1
ze0-m%cAfq1AjW7uUQZ0Z122SBBu4Edc&jk=scg%3OMfv6V8&l~drSVWjdQZ5_&^A6
z(@ep}BP*lzL{IktsTj({2!BDEhStiyk*Ka#M?J&`H{?S}3*e2&INuo>G>HuC@yO&F
zAd^fSOn?H8F^db8tM;c#^^scUHrm~khb>Q?bv+h)u0zP<jjc>_-w%P!;=$KlyZ4Y0
z2;B2F)0x>J)SM%>@OyyV4V$TDN$tU_$oMNDKMQT1Zg8v|4=pY(_SFm{?1KdWO;TNw
zhaI|Yr|bkr{<xW7=-n-^5K^n_yOHKoW1{}_Ec~P`chS{9dN<d?OXmhCgIGi!3N(vP
z<r+P5Dl03gsMo<7#N#l(VE+H>$6VG&v#FxF3g|`T`Q)S|h6(>-oAQ@MGpVN^SL?8f
z+A)UPR$UN_s4P^kB+G_=L3llnVwRPU<+Zwip#yhjA$$A6*4=e)`3h-d4hOe;m$V7p
zJFi0q9v((Sa_Xu0R%3l$3Av{ayoB=Npcr-c{jHNL#0@~)$-@1Y)bVOcYfslbch}T<
z>EwELvh8#=6+a7f-M6J0#f?K(5v`e$OUHMzVO5tCqwn77UUjtY+<vIS#-vs9F*}o7
z^RST-dkwQ5{`rQkX<g16M*n*G=?Vp!aGPaZoMQ)}DPN1x>V1<6G={XK&g(G#);iKF
z1e=ASY|EMdUR*$@5~HtBGVDMld@=S`G|ioiV2RkH?x4o>zs0HfI)=D(^Wrx+Bs1P4
zOB~K&Fi^qTJAW)cnr)tKSTp|U0a9vS?x2r^i#ESiC-Tma|ApfTO0#!g%?3tyE0V5m
z40nHnKy)@9`>tg$K{5BiMb42CvbEKrk6&u8hHDx6xIcSebXg^=>!5E_?JinS^|`mQ
zuPjh9vaD?>+D_CRRz7PDJD0!P>`&;+>rPRZE_*2)%A5I@usfDTBhLAZGIM1<%HpS9
z5(HvJR4uM3zkRi06dKPKbvX=MS4Z1FeR1-s%ef<?b$WG$&||>ktG*+lAiZ?9p|nSi
z28FU5NJOI4DTjYG?GLxUGBPXVGs+dRbFw8{c+67##Wj+~l}yC&Hno9|8Vyei$_7A`
zF(=P4M<}8NM#Hn;uI#S4Rf{JX*OePVI~RCX+Kr!pUeNYYI^cMQi#fiPbSnRy!kiQA
z7mgYq`C9oiGt0+A#UCw0##BBKL$C~5zFYA_Sac}XwwX_tJ_tMZ<6Yp0wS`Erk*iLI
zg>puTYq*qewNs5MQVo88@zse~>S*Gm7JE6uD)G8&*o;3O+g(9){m1>n#z7>!vS0P)
zzG9q8vHt6ft_veR*mMPSSfNbZy1=>eM>46pUsw=j78;6N$ely`qUn32q=dPvr$`Ln
zV`@X@P_@?twP7a3M3SkZWfau_ucg^SOgOTqM~go$cEPFm!sIeQ<lMpdzTCBnO*y)-
z4^s$syj^)jWo?qFK_m2&lI(bJmrHaEd&SP5#ugT8R7FuElM3!Ac9>Y?NwR&i%)>v3
z)0eGt|IlR9kmkFma=maoki!2Dg9bU-3;yK)%T_ciEQs#9>Wt1RdDK38vol|+TFa2!
zfFNw&OyNk>8cqfz*}zQw<U)+va;Keyma##kfk1$lFJH|3<1s%+<{x@&S1ZeK2XTEU
zW80QGDOK15&vafbbVoAXMa#@=dvDz$<H~#&O1^Vm^s!HYkLy-<@@7|Z&o3WD)w6|f
zRU>Xs>vFWq5D3KgAIJ-Wu5VESf{Ml{gzjVOjf-h#COIy&EOvBMtq(g$UB5sFMRAjL
zX`^*%E28*+poX>M1bd3^!q$X`X}=`koDWC!YMHonQGKd8DIfA5-KZOqNdESFbydmS
z+<c|t_N7ax@ox)TJY#y)X*nX!xWGHaTtQ*;ie7Z;<v~4x7#@rH{5>mZ2p0icPVP@k
z^e-PaZk74q8nxC2&-XEum~sO<3$cxlwwGr&Q;Y%LnhLvBIfaq7-l(j<&_3IfqQ1;E
zbmq)t(9y+je;6$eI!l`VTUCochQ-CK!T5MRuIuc~&es4ip9^gF^tM9$wqp}xO>M`F
z_RHRre5&H>;7-wyPW<IXyC;KAnk(P)uLujV%t9PVfXl4N;gmi@flcX3tn`|KDbuXT
zT*T04_pp1zH&X+Sp9L#qROu;s1D*#*#%n1z=TYS~DXFCjKj?!#@!g*no&C-j_UVFQ
z_vi&Ra>mzVzTD0SIb$l@$GA5m=5|RHw%C>FbzcheTOOyERvcEOpqmKui5ehFW)sJw
zl`0^ViHI!q?}+QNu;`1`n_SNuvSMo9syGX6sbFe<r%L1N=PQc)5{H(B{~^#s&`W6O
zZnJxzY<8ASo<50DbXxuv@oldAgnV_z>U9F4^=|&t34<lSgVZ1-!U6jo>>HTLdS+;$
z*NSD#1kioqJ;WOr#weFZ49t~BI%E=>i|%^iy9cn4yv^=Sk+MXDj8V<9oGRXkvB~|>
zLPAfl2>L7{7K<G8MSCAyLa>Oht6u4B=#ps|1Ame(VMj71#6g#T>LeFFq=XLR2c~YV
z;DX@ZSI9q!;eu;#um<nORJSo9Iu*0P0jXx)UY+QS3XS})gh=G&3%8mNS&dCYDw57W
zzj5no;HZx`10wd;9!mi6ZrZVJp*7!%P9QYY6<D@LLnRn<5i3kaqk{^6f9Ps9K6+Mp
z=o=6qPjJTp&&tIk@MoVHncD%Qn`dc{`W_W9oxy~(=CM3L-NQMN*zH~5W#Dyh@|(Z#
zse}@Vq?%O92IQXIG}8^Kj|!Zu_Gb5ASaRIcwqUT-ebhdb_?_nozT#VA>M6<aRz|oc
z%BnAf;M;i2JlXREE#htOX(B^CjP2=DlbP9klsBHr2oNBe*ME2KBI%YYh_j6>3^(4L
zj&4;z51CE8JgTrZ9qD;&_g_t7b(u5MgugSpu}A(y7RI+vd(;qS@9SZ>I!}J~V?fgV
zZDC?dX3S-n_Sx_*ZNm8Tn?>~!q6gWB_fcr<n~_J#Z;=8%YjX*kfp^1ZNYL}4<c9~F
zjK6Q`yu<AD+3v@xPgl=nnp(sl{u)rDN=qD}up@##nq_6Ri3mV1AKSk`g9GqW0Do4b
zfV~ji9(&X=ua&1%i+`iG%@xd}fX>%Z=DvqB&F9sxrgY0F8He<jTP?d}GEpFWXpA3n
zB@FFtN4C{#;rMVhN-OV21xG$?ZK5U&9Hah*7mJq9IzFsaye6Nh^_V14%vJ&jn8`Zl
zs#|s05pMDuo6Fj^UCu2Z`yh%2%>1kE4#d8XGsUjt=A<fsuS?Uk%gRiACcohcNHvf)
zh|^4a|HA5D4~7oDU#l$7V2U35M~OI%HWe#h`G{L7tK-tHb9C@~=KY9-^ZFD1x^eVf
z(&M8&*PoNSX8fT|zJdiEWeuHyFS8#iW!K*)ez0?Bg%Q6hl0XBUFDT9c`-=$agbe**
zu>pbP3kWcQ@BFB^1;y`vBL(yq!nxFFZE;j6FPcE29*d>^dbZc-seCxK@>^jsKKSN?
zQ@Y`JQ{&RTO>qu}Gl?z1+zROUo$^Re#keH3Yx2Te`njGLd#OW-zPCXpVLT$d$?C~9
zt~K0uLCjsxR~8n>IM&dmYFc7#B83*nCYZXdm?zP*2$L@#E*H69Lhyw=;}MDk3Wg=7
zd61&6#4rosR;-p|-gu~G<;70JPx-Ja1XfO`ok(ZLG4@k_k-<6CeIPQ1;+-@ZZ1zV_
zHswD-Yb6x7WTKwOouAJ<>GKGMiq-q!cKyP$cj~VH7yKAqC4X*E<p73)(D*E_C-bl8
zgc|*mQ33QYpjih<Ds(l3hV5LS`fg%C=~{{4ib1q1n}`})dbjbt6@&6h%c%Q*T!7lE
zR|Xka-sIIPBG*RpXCA&O8*%M8b-!Ts&nO>4x?C^a=n=7IlCW5N4mYe}Fsvb_YkAe{
z^QtI1+OwjbdnD<{<FOWZjlwg-8xw<vLbZPXRVtYIXLmCdP<lKH9Nxb#V{vRO+@ymz
zT3|F76zIMCW)1%~-C>~)Nyj0elT3pv2O(jvxBd_F!212)lT-hf1@^A|h;Y8VehuC`
z&o5{RdjW{cYZVIK(Pec<bIp_c8YZ2pL|&8SLo<U%2gF1wDD>bwz28Zd^JLxI+=z09
z@LxXEeS?(`P1b=gE|dCT6Hx0@L<DNxnn%res-%gLh84->*y-w@L0I7qfO=$H?<?AO
zIW|-;w6v+5Qtu93xLnHYDlO{7NEK@rkf<?tE^#Npca?|1vYdE<#5kH%oDx&KDjAb%
zW$qjzKU*kGxXQ*o(m!iE0cD2&#ZCf|*8d8b-#e*l@?uG$74t@?eJdE5o;lS&Ksw<O
zNT`st`6Ecw`w3(K7~cNmM)BilMcX;aagR~QVj5iu2?-mAU&(A-__V~tL|@H7>aL0r
z$Gyq=-FgDMWrn>cfV49PJzn7`{%)gn*N@)QEP&70Y{>zQCSwsbdsS0VSI5D`6teFl
z2lN@R!)0(fbBctFUeeG!cO|d=HIMJfam`x9k$Eoe?MQ{1mlFgc&`3ZZ2=WKah-QY7
zaGe?}fO~HzQu9>MtscHbEJtIyh>ZKUV8u)fUQZpiDmgfx#lHHgf>z>zDZl0?+vc-Q
zU{fuR9VL;*2c6ce%Hh(D`IOrh+-4WMC(AGD<;y|`3+db=^2pzo=^93P^I~vYOS@4?
zz*=HSbh{^=l?<|?gsm}HF>-&W^XGAi$;O^W8f?57l~aTty7$3q`{X-z@8`VWT!lIh
z`~>w4-?s4ygQ)e%ZGQr%#*N|s6;Aa(pNS)A{zs;pmG%4gWaUw6=Ufx8FI-N*n1EZ0
zJimM#)V2sKrcmm!r_H9<{SREnYPYOSE1p5t=6bj@TeTcobDsao&()oemt&Dk8Ey{<
zw_z=Fw(q}R53r@BRF-nSox;T@?A&+JAwT9NI3tRA4#OGw7@QzDomP23N#38wp@oME
zuG#9GIp!8U1Lb=mvs3fgEqo6jVqe`)>T<mTB>L<d40%~+J7OGJ1Q{g*vmaE{TfvJj
zQJEMNTL#b-SU%Mvj)#%FLU)mc9+G+=bTS`l84cXYfxO)z{2sR=FVbW2aHKki+eoPV
z{FBulZ^14?k>s`OUuLj3q84`s*o2X0`DLT4d-KxuiCag`4o5H}7l{SpY>0Efuh9*^
zuCN#SoQmopUMMCaY%aF3G4ISwakP9W;nga<8!FyfrS<FVCihr8jtePb8>w1+;_TqV
ziZ;`?l}g6o`Te{@c7eIj*Df@?l`vCq@`XvkqU`&5T56BPR&#wmB@vfSBnY9loT@h!
zxvL|L58u7Fz`o+QU&=$c7=H2U^v+$P2A-+T3|Cwn<URM*;_sp@bpi4p)MG0yFk5q%
z*On1yJ6Coe`AZ`&DF%ssg@Lm1YbyK5ud)7}Hal65UH`F@m@hh)b?Gt6q-!T%%?RJp
z<G+IcP$IyZi9?)IYK*yZ?@vj9p5!H{?MjC}vk>?bE|YZ!8)KtA({s5An}2?EdYSrN
zELANvFf$G9uu-^+CM^^<4_QtsYJU1{Xu54xI&-ik(k#vdrmsS|rm&%iLYYp8W*M^z
zl>BvC?(An|qyqd*vgNo4`7ZrDkI`(pSdjZ1Oaf@I?({`10gr;w2^<M~(W6;TN3JW-
zvFz`UZ67|Dt!FRXc1rUj4VeZvi4b;@_}#Cj8O2l8x4+IvigA+L2^rI2s4yKS`ByTp
z)fALhxwzUc2NJdMH1SfVFcVsl*?OCsigRkb$m~>Ny#(S9UiLP<yHiBp2TdrH=!?YE
zklloQNLF;`Mv_@piSCSL!9_x(zlSNeUwA1}$0H>tOTJPiH&-e6iu|x6tSESP<f7LU
zpXjueR%WI@HNduBQ?o;s>)oLR6pY$>7<H_Jo!x45Li6<3Eww=ezhq(F6Btg4{A#CO
zzSmHAW{R{%?#+6xRyfEU?%UA%L$EW&-L4*AD_hGE7IOM`w7n{ZvD+WOcNhs|<8Vy0
zW0=0oV3U+ryWU@b55wyCp}wAz5cQ>!zmXRWCHH!ChL1blyL1*hn!%&1)*+R&Rw~<?
zp=2ZGcqBri6cBf#BqQQhA{+YR&FQNdTC7mVqKBO9g-IT_Ajms|WwVUTlZ>+zL>18m
zhFqr^42iS(J_gy$va~dRSOujKcfR_J-x6!$S!trKyoNEd%}qj9)!ipTk6^sHTju$g
zw9aoq&SZDeKWQ)ycq4niqG~o0j~uJ4`AW|zhGaU7m`h1Zlir?aGSSOp;)tdop!NBB
z_Ga@0HykA8dyU5m+nHcz`pQ`G-_bD~M%!fs=4su+tq1Ljg6~)na|-BQ8OOs!-J{xG
zJNtcH#I;x}vr>tER!7|h{DJ@w9l%^N$1ea<19HaBjK23~1$T)pChPo)Pj<JrVQ}zG
zW^r9q`O0Wxg$j~A>8x!4K?KyK#j0)eiZ{Jj$+y;GDj1q&D<k73e6k)U2qg4-KqV61
zG9X2YVi<DfHnzY+fx&gPKs-ZySOtAK96&dV@hj4)AbY9R#26s2(lZ!bs@52Kdei0P
z-p-7(T!2LCkuJsYpIB)zEoGzyfyH0&mmt+iIFi10ZTk3Nz5Qr+vIjwMo<Q!@nmH@j
zENx6T+d7M$Kb;9}#JSx{>SDz~6yg9nYTOsMRvYgSJ=Z}AT$4`dB!k5FiGRlk_+S;L
zh#7NsJ>VHW;%nm(apQ>*x}6;=L31JHR_uB2a6N{>SfCSh&Z%G}c@<D7sG50Y_2J?Y
zr{3f7c_mKk;<!`$K)=M2dwgT4%_6mD;VvYyFzwZ%*Z{tuZQd8a9QmIzaAk$SC;&bP
z#IlhBM;h%s#Vqj*MppvD&Muyz7WioakO*rQy<lm9t;!cK2fqei%@T3zEUPcun30MR
zQ;MMpR_pLnzRn1`$4rMeR1a0cfE=)ut=G^Jzp2<%at;wI(=D1;)YR~JcUn`<mxoZ+
zVDk{kygrIbSs)1^Q1t**V`c5wMH297$_D6tuXy;Z*n^A%tcey^^UuU(;rKE6M^<sn
z;kS*ABK#bk99q7l9hfv#h1DOJzE6DzODHT`X_MTOnwt92@uzgCGZLi)#n_5Rjn+Y@
z)t%&%y>CS!3khAS_5K>Wj;XAis#U_{IJab0U%oxhsRrWQvu|-Ys@<y~H)Lgf@UN<a
zptz|L?#Dmw@UM6h^kjKaMl<<ayjG$nkUuENUjWPlU{A5i<KA>bUd(UmkS@fU`;x5Q
zm67=ufUfXMe*{^dF<p#Iuanku!LHid%G`PCT<64D8N9wly#<Lxgn*(O_lO}J<w!-z
zSET@V>3t2Z5;ZYt%2L`4VR{FoVZHfv3VJ3*tOL|80gw~{dvx4uHVPz>kp1qbQWLbt
zm!H|RuX^w~%D;<%rwm1uLdIFx2s(PZZa}lE8HeAKY9L{d1ii`f=6Ghp$JPFA1iEtf
zuf@vBulOw;6cZ#s@Sb8N+K!3Hf4*{X;@X2Gd(S38Tm7e**!fo>j!=yB4h&$*-u@6h
z*-qQcs#$OOE`NAFcGj{ufc=}AW_#T(^dlQ~kM2$X`=I&A<3_Pg;%_Np?(zAbi@z=d
za3!+mTW4V3qL!z<3i;^H!P@WNXQ?m2@m?7&<r9fRSB`?Nda>&JtR6fxAm-8B<;n9U
z&%d<>8e{PE4Vzq#K00Jq*VMEGKU%N^@|q4|A#^tXxb7Yt{a#ypjoMb(K8Sk;)TrY!
z&MOc*T`xI*fRXZWq#|2&eoU9>Meb3RVqS(yXG`bmW!n-qx1c!R7};ypM8?$w>4Ef;
zOb3l=`o(PZ8Lr(vyHn2HLN93votKpk9qdZMFqu%HB8WfD3G&2DtI@Jf6a@y0pYYB4
zA^Q@a+9kvF)OYnl+;gg2Emm{q@Q6Ex17~G@_r&V{4HN<UhX~w0WhPIc7ePxzpgp?R
zIYTodQ{kGVWH5wBgLnDB;f3M`+G~ORi)!ASu<^lck-+Z-Ak65T(_mpyQITjNL((_v
zX0S&nYi<2Fn|A(u!^y!$v)5kDWYoBaw;O}LnL90*s4xbZH`HL-2(uq83fM;fMOfat
zbqmVMpq_=uaS)b5=KaXr2Ou4>Zn&JYa8<NN&Cyr?o{@iD^X=e8yK5&!fb`C`rM%ZU
zLWlIp_`GNR{?lAXh~U8y1S4z#PEY#Y+dl(IDIOKvGZkUEKt};wGC<RS7zgw?2ze&&
zx*Vh|f%Q~yw7a{jO2IWGe+Djt{63=}gn5lHOpSZhk;J}z=-)!@ifrsHW%kNM6(Bh3
zA^LK0)Ie_p)9p+XNvnc9#i)*#`*Wy_O~#C8WgqQ)q*+MfMIzSULn_qw*olQx@Kb~j
zmymzv7ffDdcwb3D2K4|hDL}<R+>f*8KiTKuo_B6Ftgz3-0yT|G#*i8lWqLMXyZ|R=
zaqop!h+C$cJ~ZYkLJ{xN)WN9ggG7dmiO;hSKii;+zUKKdnun{p^~`_Wn&+V@#&l@x
zE9~Dm6m~_>e4m=&!@9Te@Nj(c$W&t&M)iX&1l{@5<b)YRtE;Or<MISq^5tbfCjU#F
zq~RFRQ=S687A;WD;EGRnTy1eH(}A$_Y1jb{v~A^ZWW+~GV7oDOuI>H4w>e<hzOnaN
z?|JWYBT4Kz>W~?nI)PISIjQ4APy(K(*~vfCD06`h*nqi925}~3)Txu}VePZS;)-)F
z*WodXQ<wJEK+<MH*#`_%xO~>Upm=uOr3z6fKFPyH00{(0(_p-jb2<`im75);_-MVD
z#g(+b+Z8l|&@ZHsx5@oy^!%?$WIMNq!zni7mUc#M*<2Mg<83P@vGclgG4@nVjH`-^
zATx&?t*NN`u|mS9`YWyWPH}3Zw$I@)S#<>Cn=Fm%CX}NzO&KOuAU!!vt^}<6U@7|o
zFRWS_Q$aSdE(6nQ0dNBz5c)%UBzdaP7O^C7-FrS49OkPc&q47BjIUq{PT#YhlYY`p
zpBH(@;13`y<uzb?3zr6VOmXzC_ZPE0U%3nN{<4MYX>dOd*o8pT3n-s&$)9&wm%51Y
zv)T1BOP@^n&ORNQJ~$(P`l&Vf$)B0Xz2VPN&jDH>MD&g1_E|WEuR^ADz_H>EP$=`6
z9+m~^Aqb}vZd}TlkDq(Ca(G=`T??rDUa^rAm6esZM^(>8uPF|#2arTrtB$P#P542j
zOlhI;yx!=k=gOsI+bHESbG<aT)a7P{Uaele`kUa`MoJfUW#<AgquwPYDY(14uXq;f
zN4D9BG2B0@`ucfy!e_G@x{=JCBbG3*D=Z=+;+20IoMlKBn|gQ>+wY@Lz@xaNcl6Dv
z(h|JXXWJ!>h`%py^OjAnEHB^H*H2h0kSZ-0;PMajaVw2=6=$hP_8@L6xj}aOqiCW^
zKn&Vq{(^;*x=b(}9=E$9NM08cJPa#vB*&2n0u!1I^x0Od?^4fsM{zLH78BXn7czp5
zli0xL%SDbeG*L`+?@c}v328Xr5{Xz94gUo#En%@7GZuDE4pNWFlEt&?{XnHb+(COP
zSA#na&?>7=jt_`0i8hu*vA7Vfdj3=hcQtlD+L(ikdzo2++Y;H?rw{Ab8*&EAab0o4
z4$L?;YpLX{AeEsq)7L|jb(HG;I-xCW$w@l?q62$YCz|EzO4=?1JKo4-ogy~#6NyEp
z78Ps1@*0P}gU2A5SLpvd`P9$v76PFY5X`vmhnGuG<OHh3e-joc3F~HMrRXJZ{4Jxh
zk_A8}*8;Z>V@{P$2Y9B$SnJs7{U4J^Kp(9^6oJ1#F4cgf5u!=GbS8R{88I8~k@<JE
zA|mW=o00<G<!~)lV{?X%Jg8%qo}(M_k22D=uxi;lhCUMJp5a!j@z<T&lqM;{lw0}I
z&(ARj!t$!tm|z`f2+gr7u0d~(DH25HqlaI2PyK0}-JCL>{Kvdjf8y`^_XB6^UX|7G
zA4x_1Wx^0D?P>6(jNxfym?Vl@!U=UN%Mb8g@sRxGS$LBTCq)~lZ7TyrI}=oCPO3LT
z@L+LuRh{xRIZ0rgus97WGE3QOMbRKf1ufgC5yz?&;}DqmZ_gykCYeH6noytmIWn+R
zw<0i6;p<~~E!G%GrI<WDW(NBxK2+`sfuZu2hw(JMnaNcidPHd%v2yI57nji$_rm*A
zejC{fpQNzRnEFs`<a?qRCyi!BkPaf^!3B7Bd&oQtF0UN9Z2{Sn!!5(nNdV<bD?t3q
z#ibHmQF~gk1tzGYTIms_&mCz|*n%$2hchF1YKKmDY?NF3!d9zr=BAgdVS#Ky{@ZB)
z9H8|K$>vM7;J-NJpom=j%eS$)dzBqjyZ>n&dV{4~2SybaV`coGI0Iko|M2u3@KpEj
z`&1MSn`BhSKBAD7%^}(2AR!e;Wy{_aId*muLiWnuBiSQl?-jC1viaYq=llEj@_Jr9
zJw2Sy`*XkVaoyK_-6)o1$F_641k#ufX#f$bN4NQuvwgFDNacK66mYCFgIBf+P=B~%
zceBrc*BOlAioOQKioFwmcB}Th<9QdL(}MXzVdpir7Lx1ah?^=l|Mlxv>)x|g2*|(<
z$6?o{unHom^Z{i4sDmDAnx^xd#FUy_IW92PV9`}_Rm_u2ksQ;)r=|N;QqPu)(wB{(
zy{Vbt?ow%9l+CZ6n~)_956KRl{6Kg#9RJHXa+0$U59TG{)Z4k@Rm!cdQBQnoHb&VR
zr0#k6vxg{&aNAqb_HB2($Qt=6CV?ye62C{ae>c=`9RHEE$vPGXtWEjo&W6l+t;<$Q
z-6@#t?k3)~+j04n*A-D4;RiugJHi=!nmMh?=m4l>{^F){U^!P$n$cYgF4{VAytJ5K
zrT$oADJ?Rs(VNNrmk7^hWoJ`ZGTA`ABm)DQ1gT1LXU$^<ZaU3qsJzBRQJEd`(e8_O
zqInpmR<a{wyG(HE65c<I%f{wvuMjqkPErO?XFDA#DxU?w5n6fIPlM&py-y&W;>b>=
z3<AMIeb3_^qB3=|o+Y0u>yGO=TDr*6-Rtu~EsirVPAI89_*hj|$!DRbIGbZ%kcq4U
znPl#%tKsCf`0hKd!8;hkn)13MZa5%&d~@&nc<BMM|9#MVL+Xpx39%o>?x9)xP6}fI
zy%A=d(tEcbB;tDI;bT0dOhX)QUZU`kj!EGyblh;0>M+)$M_852wp2)lr%CDil^21$
z>XyWUyxb<u#>|EwLvp4K#;j;*U+pc(Wds&8@W9$eJxn<{0f6X`j8zHP+0)kIXFDu_
zh->(~Xu?F`u6A4x+Nj~rQDM)Xzj0FGh@jU1%T|1Q@mfkwR%YhcD4ka<?&{%S#t%|?
zD=60VYYdbCK1|3WX5zNWX$Im?(iZ$6C)F$<HVIb@JtnMFBo5u64=0X_e|*u+vJme+
zD|*m0Q<gxYFPedIDpvDfRCe0Q)lJ%ZE^WKF)<uXyNGJ7PecR4XfI9#&ozDsQr3Uf8
z#|kfIV0piqO;l(KY=op_&r``h*uQOB#ItnrpOzpKOxZn@!PGx$Dh#o(A0By_d+4eu
ztNx{^;2Oi&!=xO2iyWosz$YV{o7Uq)f)jR{gS(l6u~e}SRNLFo3Yi)B%VmL~Y{@^3
z&mdwZ38T4Ljt5ciabf2H>qlWm1&{GF@615Q=5qfA<#kmsO_;Id&La>P<Pk4vv#F7a
zLv`pQ0@(UqxwvIdx2@9E7w);5JfsDprlLKQ+Sn~|kBBBsukq&wK&=S4Kcc^*TldP{
zz3Gl}U*Sn8F47Q3m>+gLOJgT471W-~THC24=)eJS5IM}dr5^?d;O1+_hhXt&*MWG=
zW2^BY2+b>p{dz0fx#EKlTr?~r23?3ctMD09P_cX)(RBF<4_u0rQh5_zu(f|wk~i*K
zCf3tO1sc7aDt<*yW|2JeyW~k)23Hns@B=gwcr6rDx5=8qoTn=14`<$?Ruqk>dioLK
z3E0^-H0RjQ<IRTO$jOgn*;g)oK?<t#aK!zMp&Ls9UFd(QV)U27$Eq+|1}xp@7Ef@G
zBOe3<&KCAsPHsFpNWE_3yT-+vUq7*b>HqK~H(xrqEn}`T<KchF;*G2NRqy+ThR(-y
zM3r>wLYX0+c>8Zj-;&RSWp{gR;e&;rBgRhRTXN7Z<mEcVvX`{q`(%0eh>DkNhUdv)
z36WqC%LR4IHXoFLMFdTB1{&8iTH?Ek*TFb_#QAJaM(RnopN5AXggO!2kccvCqq|A=
zmqj2ZG3f2$5hf%e6yj1DglI_Vsvcyl=G-HR)%*^*9#trmv$=JjV44?-7Tdzt;>)FD
zmT#s&4yv=W^HV_q&+|hZIXM{xJ614wpU~PSFIg)}$`Op8&w8~JpEXr#F7b?#>(|z<
zf6;2yl!Cq}0CN%QZvz#+f=bmti62LM`=`dn%z4j>8KE|TcI-35F>?V>mibi~s{gVC
zTUH#WL@gPXg>HsGXL)N4)D0Tv?0~RB!_7^!5yCd=&&y^@Z}CW2HtjeS6T0^hp<rCn
z=G(3T0XY3O@MVnw@~~U_>v9oKlN>kpigT;}#?&(Ah4t!bh_Z^oe_a4@)%opdgpQh;
z6kd*chK$0mn9~oZhROelfB#lY+e!U5raU@yi~GJ$%ZDIB{h}f=i!OT*5(<86syPX?
z9}qIVWiNtBoUnwg-fF8WFr*07&l{wq`b+G%8Bmy-`U`^t%{@Ku*1wkMzYG(a5&sIc
zs;|s~lR_cXNRdCCCViB$^$`kr%Cr2tAMb^xMp16WU`7oe!7XZ+FG3B>DL1e!{}1Y6
z(R}F-wpl%?(tX>=#Zq_&4~D7vT_-ZI?XO{MCt~*-E@o7=!%L4$W`}m1a6V-zw4y$)
zhhksw1%?keV>9l^BFJuWHR)7l<mC7yp&C?2SSgTvk@72wl6e}sTCyjJidk6*O5&!I
zjom{{ZF+|aeV{e~l~Ox%*tCQi^DE<OsFmM0Z>UmmOW{Z_Nd5!58kX!D=C(dhT;YTA
z7>4PP5@*f0Zl5P44ES9T98MJA!_77GW0rV1YtY^2d1_%YKj_~UJ@0OwC^Z}6?(fIy
z<fn+XZ~9bqF0bJdjZ9<C#Agk2Rd?F-ivwPm<+}dWkN*6KY|Jp4pK(f<m4bZabHMa_
zxUp}}6yNDIh<0*YF^Wkg3^+6M*AaYbc~U9FAsGM^4yL!bB>(c|rQs{gCL6`7(Q>|u
zV06kAafI5%q-X?W>zAtao!A!w8Bl1KJ!wVsHAL72SO_p{nVpfr{;TJ~&9IlAnUQK4
z=2FQTx=|dbG=(A}B4n4+ET0#K0fW0-nL;c@R}#VsOn3rDB?agf455Kx!}ue7tvZMR
zqY5OnqVbCW`uI2BMz^~+w&no!p%8tD`6;{Z5Tf^l91n`Ra+5`oz!dFhuh^ovsi$Jv
zNKSTGGV8RI8Z&EI^e9&})8Lk|^oIvXVukn@F-Ia&`z>%nv1ZCIGV)0CwCz~$##}|l
z>3Hvd*;5%gDf|hcmM2q9_s%@Q`WDC5(1bzsH8gd71F~I=aq1u=>&|RI+O>~bO~~yK
zKkk{g(acGO15_2!eO(NCp-F{Jb9!E#!YQCvGft`IsM}CxOsxhv+LAXe5Q9pRNm0cO
zZgyYkq>nlZ|ALW|#@cN~c690ctaw%O0nsFtm&^YOHIn~72kQ3^`=O#UDjJz>z`zV4
z4CVS<=rZBE!YGOba(?)Q2wAPTpy5F^-|eDjo`I~=+Z%7&)7bFj-AXY)5<WIA4~T>7
z|4LPzvY3BpR`B_ApXS8a%5zWjj)HOG33v+=<a7S)xDhrC<9m0C7uBLOdN4XL8W(|P
zXGU=3YHz9Ow(mCeL7^Nm_?`}zbDDrqPSb@KuP3+~j5wq*&sxOmyDL#mY4C{9{l`^D
zOKEYhYOS&d0wyOXhfi@jN$j4*16nUSX4x_nQjamHzAwyV$n30E&(uPYR>IrbND|CG
zlLN!ar@f`IkrMxuUnuZ!8}crk!|j=b`657vp}=op<bz0(JwOa|ZlJW5R8&NPgIys4
zEQY?*%8kC}uQpOivHl?IdMbM2T>qC>0%4ZWYwNJBPrWF4Ts1=p!9lcF<#XbMHgF9K
z=g?_8m^mu1%tvmbWGtYYbCuJ3fTdt7>B$eZSWpEiHK|=E$7FRq@-rlC`rh>MfxVjw
zP6jXM{4$^_Y{{r*;`(u9Efyh4SiBlo^`P&r#~=&xDTWFu;<jf!`FG;KTK|p}PUrxU
z?D$ggHCx)0Ix-4Juj*mWqSK1~ZJ24EE#Oa=OY*UR!2PL>5Iu|5OC=J}SUdMULyzR#
z9oolbvwXM6kVa83&%pl}|7t3!`mg`v0w~Q6P&62AB^7?z^Z!c?LHtJ-h}RG#f4)f>
zE1(a(kx1b;He9XlGyL#SH+oLIed1ammu63QQ1s!`)J9$evUN`B=Ugj)`S4T&ZglBZ
zS_MX5pVEw<1TU8w_b{ycb^k<eQISSuP*6}&sRixl52yP1V!rY&-~|y9P!T4)XKH7S
zjd)=rg*#qqNL}nOck*&)sY}*<4o8<QO3&SFKOZ~C;hb8?vlXv9*3?3-ZpzDbN9OBi
z!455?5malMy!mAuq1~C9vm)l}q!4{F+n`<eyH*Gzf0rml>g&9T_6~d&2)D<ls}s(4
zOpDH}2kBo($B91C{B6kn`cQ#cH>`ENpy)-oSy)Is-PnW1=(3-~LpBk758U{^HyTHF
z*4&SvzmJHBC{S5t{#@PIQoz8!v=X$+_aN;iODS8}T}$ag^AT-5l<i6lk(Y5q<KtbD
zfETavup4Ky)U@iiMbbkDen}4~me&!g?ergloSAx;ItIj>exzQ)dq$pedxgP)y?QJ{
zUMGH%aK@sj`N9`in^9mqsAVj^ohWG4RKP;EX#&k*5niJ;YMD5-0kH{pOtWFTek4<J
zL;IzuTv>{TBcvM|li#*tP?(7QBNvSQ#VxnROyg!l#yy@b3;&ESyfPTxl-r>dD>KD>
z$<oFw`USWe4Q&f1UTR7l#R3#(ldB-Tw`P1Vip#Ie(r`L@89m6PLrF%ZGfU(cTU8eC
zK(Llu?HVV~$xBlqIL9$wUBZSX|3D*g6$FT1rgW-}B%@+@Wk(p5RZ;U{L^kPK(;CdG
zG={M%n8ywvuj11gtm$lN7rCF;5tok5@zV)7*V)}Ymm2e!xAGFM2>yZX-|IjUN6ALa
zPN?gLEMMJ!U~Iww8Hrv2Ga}A^ZR+2#KvSV?D7$lFj3Gg8SorM+dA|E&%c*iz&ke3B
zHhY&~w%#~HIRD`T`VGsD-gT}Ln_UuTA8(&6(0gw<Lh5l4Ht5nXvd{27L*L@EN^!r4
zPgyrnGP6<ra`+xT>_e2N<DIe@iuOh$R&K^_RD#*)hVF^DUUmiT_^qE2s%LN`(6I4|
z2moprK?ktyqo^}^Zf-82&cCV`f!6Z9MswX;ohyk~OKZN_un^wmdPwEUQ_a$i9_j+h
zNuL(7^8!`@*Bie<%C!J***}TbLGk8~=x>%Xe(Ctzuj2!$W$1ow{53x{u_sb%lDJ<4
z-$D*vl$!T-5BEbFJfXNA+f9o-n|Vr)3<oOrQYA+g1X4+z((d|;#$E1QB8$56Lj38T
zwet<zuQqV2zCK@u+~vdMiCguG`=d0?*v`w*DB~+y*O76Funq|{+#;((VJfz`q-3Uv
z#t?PqYGZ}%BA&UY&}c5e^5Tgk=_>Jnor4a8q3(Z+KGrg~ggz0o3aN=D6*?i^UF{O^
zV%{Y2B5H)!1n4cyS|xrng{JmUuiL-<d1aQ{gDe=!9QBH(Y=Xl+xu&o0h9M2vT6W(U
zJ3UfwxW?dD@}88wh2)$2g}jJ%o3+Dw3Ada-i);ec-BJ0|*9{E6)}^jDq_mMtzaG`K
z-cC5HoO(SFTWIGDu#~IB_54o%>lu@m@4B!cnUY^$6CF!5GRl57=C`PLC8_{UZs*}W
zbZKen+b4J4@AC@^`T_TN-<_Ep9}gxKXMo^_+!xxN@{|Ci=_IEGwolW3gvBNx(gtM$
z-W?H<Kp3F~Do&1tySO2%@!;54px<?m_wil08st)Pdr)oh$S0v&$6>-u(WG^KeQE60
zqhNnoJ}UXBj9b-2{SSg_%`MM=yp%@zQpF@^HLt4NIXS-d;l%lCTe;W$E#gWZe<M%g
zwIcasZO5hFrttuF+Tgnx(aZZgUY+Vz9jgn?A2}gaW%i_s$aK8nJI)g`0XF$Et%I{R
zf%@;;8lA@!5~Nj;WH0Zlmx{bHbk{XM+;m%zpvb(Nmm}v((zH>D8Z<iKH0~BZG-th2
zDk51*adphXanW~Tjzcw3JlEL(*Rp1G+x*(O@!Z7Z4nKbs(fhSh&BO1B`)=aZ^ITTF
z)wmi2f#l|*K-yNks_c8DbvKrLa&Z2OR#&&Ou|s@<oG3}bx>3iBay=ko5k$45Vddl-
zvyZO?63FA@0*g#pqwIRq1Wkpb!Cg*;w1}Hz7`-~;qlrT=#i9=zqp8e1%c6m0qt9(v
zPpZnjS3_Ql;cS*Rw!1)B(7=Zo)?WOgnu^8-aPpuXSjc6OT;dFGrtJN5TK*&zdV724
zTzup!_ZQygQxMu<Q%&exLTVEMKNuQ5(qPJ<Cc8BoczYo?j%E?}(t=n9GIJE<49~oZ
zZ(okDaI~Zd6TiozlE&p*`coRih>Jlt-D!5u%(mU-&JTc2?uo?>1P|{Das^S=xu@7o
z<R5@#XDYnlb`t+89$(Qq(c(&<y{FG^%PC%rHT$-Z2)v$jJ;djVtD`<yS!Mb0?Ll?M
z>AVPwwsHCbPJmy+s+#7#s(Lv*=n=dG9i7GMfRVhP-`>9?EbI?z<dCV)cE<9(J=gBA
zz3=uuKE4S@v3gE0eU%lL`|<jHfGMpe84R}{rk0gd_i?(8o9MiT69pFM9ywZl1io#T
zQ;tY`A2M%0gP`FG-a0?O<qMT(O<%rJI`3^DH~tvR*Jf5LO=)qsY?yOMK`$+|{l2q~
z1XU~%%Z-ZLqSO{}2(AR`iL*Po7MZ%bMpEI}Vj4IghDkXSR_v`-UY$Tn*|sBSo#I-N
zYb8Ut?XM|{9cI8L1L0n-VclTdNh3l0B~vXnR{>_9vJlblU>&sz21V7kL?$s)OF#J<
z$^SYKe8z<QWK#{ZO>#}{SN~GN$r|O){3Bl$p1q(@(*k|#ADYMtvEPN#-h~WerDjfr
z>)lW96Z<{VfAK2TBZDLiLvNAo_l=eDnr@}bS*I?Nqiv)51I*T0+|4gV_GIQL&NeF`
zcu6{Z+P%h@m|;i#*0511t-i7ijzJDio%YthQzhb$_4z=(F|5TE-yY6E#o^!mc@-^(
z7RJRNCtd>nPWa?$H;QTz7d6;MG54;Lhn1VeoIM}6;!|dL$>K~|-dX?4TW_q7Si(Mf
z9-p&*IrvUy>UrEZP+0l(G=>+UEW9c}ze{;4dN|jP5MSTBG`Tk)Q9mVq&TY=7;%sW8
z)io9bK5wE?3fU90s<}mthpg!4U3~;+Vdol+2ww?MgSS93oz@`a3)F(5Cwp@b4Gj1z
zDG|v*gM->BiZ>9Kq4fqzwkaK7C}X)XYLx8uvo!IYw?0sAXaM9RgJG@TF%Y>@R<5@A
z<tF!?<iR)g!=Jg$`OqeEkMn6ZT!yNGxZkw1*ftnIyizUJqZumOw|Azq+19S!dy7Y{
zE#S34H!D&m>{S{<&dF3XcQE+1WaI29f)>#`ydhNky6%NbRTBTZt@7HEp?QnO28EOE
zI!AUzr~WPHqvGSkF%oQIVf)|MvNK{NcvgvcqZ>#YHuPF~ElaWe88y5Mlke#t<6RRy
z%2RwhQ?lM(&_94E8?*4gf^jX-gY5%kVZs^e{=G5w_G*+{4#y_c6c@5rt%c3CwrweN
zy}Qyred8L8%Fqle|B^fGt^IhI^+#~$i+8zqEXS+4t1DKq;s|m!+nZ(_#T<g+-4g`E
zLUIZ6!xBMfmVA;}$|IR4ZMP%d4oaeff7eWnhBa7?o-!I{AATG2E_~JHdGY;$@N}GK
zshCO(R$(#Y?4!^?tJ8xEN)>tI@Ntc0qluz80$xKyxA7OR0<Wm(CA?}OoS?n&7dw4X
zv^Ezk%D4fMVJ*U-9gEDD+5G$gosqL9^rTG5_7!5qW@EgGi?x9FcC|%%<3oK!c%S{J
z2To(YJ*=eR7jU}|!^*R##;&}1FWIu}JUz-O7bAt%s@x5V67#uJtFg;27yo=l<L(vD
z)Y<wX&r5E9bL$VZEOwRAX2zBY#N9^roZhWzPLdztmYEecQl-Rm8;Z=_;#^)?F)I5v
z2>PZis4gc>O&6V|Nn6E9s`V)Sez9h(Q#w;Qtnrc8xkA(9qU5$cKrmw=OztBu!MkE+
zgW>D*mcqusw|qKvQrt^r%%>-YqAoi;{wrkpq;fqJ9HPq9o5vpr#192-6lQGLV6$RD
zEv@hd|AB_O*WBy)1OHZis7e5u6;JH`VXF?nMG&_)_=}8%0n?0I(WE3%10q~oRNfg`
z*vU+efy_=^rnJtiQhr??>!=JZ8hHs<k@VH)!qo&?S(>_`Zc?Zcc87~j`#HT@#)scE
z$Lz_%SSzc?;-yG#2HhS!CUP+!LfTGm%1&=@7`N~yYdmm3>Rk!+YY!<NOqpzpi}lX|
zmlgzU*&yzuTafGUR-OY-oBSb-H9{?7mg}#D7CBNe?T38Y2<#o{MBSfgvq!FQ<X#1{
z>LvT4Xnl+%whnT%qF74PLlo1hriNW1Xmb1x$@sJAg!ANdaynsL1qB8)WG|CfB$-y_
zXWA+y^7TKN-`_)QI&PfRxE4CXoJA0xR4D7Of`J8E#s*+ix?+(K6aIHFX{kmwnQPgp
znz~BQ{;=Sc(?{<INTT`goog|4z`6Yj`H$8#m!lZW%p@760{!i5Gn!b&W6SW>hXq+C
zU2$n`=X^|1-VKSOL0My|F7ET<qni?ct~=|trs_^lCEQsUMrpI!a&r`7Q={x>x<<m{
zS}W=0Xl}HxIVegjwy`BPHa7a0@PiuNMH=qNKjRw9Y=|En2bFv0#Spyt#=QQ)!K+oS
zFz`5S{cwTlv212R#%5_i(UpMQd)&X|C^%*;R_FzW%>zOP-m&Lxj3Qo@rM<oz!YSC~
zi0qZ}M{<(;PlI?*tIMjgl?z2T-NUd(BFA2pH}Q`hIEr}lthT{c3?}9D%eCD)<6m68
z`(~p?D|kguCdTk?<?ExoJ813f@>+ZAwZp6G>A|@(hK%ReokV&(VhZfvC4rA=vqLJf
z*{n2^qg=1@pyeLT;ap576;b{W=kZ5*=GPS!M;uPF>YuW*`V*tJ2{jdtQ79LVKO5J{
zbV-JagtU@1V`sDa3c}mNm(beXy)kJG;7dh=RqhUq6p-DfKVxzKD!1%2xAP)VvD)|I
z<?deVat^vBKkMV__v$S154AveHw=D?3ynJ#my?qUEoGnS>-0UXAJCW6GIr3Px>kAO
zp2FF>@!`P=V#3CKW%|0@jL+9OHccD&oi~Zc#PGdVHT|jZ4_ENN%iXvsFsO04>nv&9
zU^88YyqT!uW8r~bk0h^9_f;cUI}2Yh6YxGR?i&b2{>R2AmQ{b{fiJ12M+a&uJdn^@
z3w<29&rXS~hz4oZT#sA-vODi<p+r_@*{}k{OFx}AW}5v5;s;E8$W}$!Lyl|Lf3|B4
zqb-Y)g{og)f!vRbqmp4`lJ$pSOxc4MBE47M;0b}hkhAOhMf^K3wwN1{U2!1x<U~(S
zr@-Pwuf9YlDDQRaJxbYSSIcj?vNIO@1~ILbxB4=3#swlREG%$)OrfKRTMKfN^ujc(
zIgY(CqSBfJbWo4F#G7|;w-Ff;0y?IVP$0tlw8h2ur}spI_htqfEXGo~&8w<PRnL)!
z)qWT&lll0dfNad5-CkdFcf<HL@0A#Ad!M_cdAxl`^=^9*F(S)8)2El}XAI?rr3&hB
z?{9i=-i@&`iOWYnJoze#5i6U2E;v$&5pH#N;9NZHI0*Ozbr57WT`vQ7JNdeS_lPT=
zG5vPeO!ZBUF!ny}8ZW8*BRlsxJ{-G98kava!uxzLssemy27*%7w8oz39NH;4Ufweq
zmaa7$x(q{8^8Lh1JA!@T<)A#T)`MqdUNPO*3}j0;L`%R?_=lD2O8*q$#_Jcc5bD=w
zSRC^=RaZ9ThqaSXhjrL-&@nQ~nVDtxVjwt@g*Bu7xiOMEu<DYf>Av9^+{U5LDym^y
zF#`T-v3@}R3<!H@6<<2bHjeY+o(8YuVVzC5JlhUy4dEQ`O9Pa4;UCd=!*?nJ%>9Gc
zDxtU1EU1D%Hf2lY(9c$w^P$f4E^y8EH@<$Af(4d1d#RBRuC)__!iSH=!?3`|DTX(F
zg0L!gp^lN1HtnG!BJ<)H{a0DEF!@UE@I6cGQJXKZ1{&BugEKGL@3D-&y?f8N(&u+g
zjQsda6}Y83hY0XXEHQ?>aGg6J(S*^y++z?dG6<vN@NXSAJ;_oB-L8eY!-IoMIXICV
z>>os5rc!2h2sexaNBu%C%>GhD$k;pmz3$0j|1=JEbt3OC`y8IEl=qF*SC#oA>*v4B
zy)Zkj9i!LOR!f(+JD%TDMA)>f3&PI}nS5?XfEsk%m&M&eNR?0x%(Zij=)oTBi{7<>
z3Hb-81?_E}5MXspp8jjcEGIS3HjE*)cn`?mt)R6xidP;Ikx>;*5ecw`3kAH}`woYj
z@#-%9<%ZrERFtOqxiqw&+H<BJxAM*atZ6Gx#M?65Lq_SJ)`Ar}c73)diw&z%G_?)u
z?!p<I1^;!VZPi5VsilPl{}*!HdH)E6)IBcSrCFsZd=~HmBonW8Q3t+i3g1Q|gQjIe
zTE?u1Q95sOdsunkA(s5@Mc+5;4D>|OXr3l+b9>IAM#qIEsb1#~C_BByIQ-`k5GZX0
zEQVxJ^Zt3X22vh8xECO2A1t{|Hq#Y2Axdxuw%*uRzruk;C@p0zt<Q7hbGHo+LmLVL
zin9>hd?(@Y?bu5?8G5<}Va~eCV_t-gTWeT(y6|}XT{=t$FruRR+@G9E2I^-7rQG)a
zT>in^^|}BUn8f}%SXhSW|88L76G_y&g9J`WB<By7_t?&0$SdGimZ_=em5f;ik4WSa
znp!dKX73OdexTB)BFPv;CYk=Kh8$WqkNVS=*XF`u?sF*Gkk9K1`n-O+=HoJxm+9i>
zb_64x+9Y9GBioKs0v}WEecvI|3PRntghOUXc*`4b6Oppjj=Mf&TKuuSF#%nKO)q~?
zJPChBw8f3N5_iTgn8_6zG&s}c8LpfKt3-#G5kI{8iFO-SDjv4_VvGB7cfg3kZGSR;
zTEtJu9v<Ar>+vY-)gsmMJJ1GG>c;%2#C9sAY?R|!e;M&@zIQ*CfGjKw_(1S{$yuya
zP)&bgA0W#MVCicZtEB&%wO`?%69i9rOX1nXn&7q1MUr14vBg6*8y6U<CU`e$;9jFY
zl&Ru5ys0`rvf^cUq-kV!Ba78<19xpkmBFNR!952A*R9S%?a)yKSr@tgRf99QXVg`D
z#0%MIGI@NvzDkE1*NrSw-)8()$YXlbAdgA^O5_NY7h3lpD7I*5YcVXDUC2?(2Nf7n
z`Ou)gJD67QTlcBB^&VSLu6M=<`l=~#^&&2by;P*Sfv{zgz}L!h{n>p>__>_}DQfJ-
zc0`y8r>*2(7Tkj30p?5<jQs!wGGYxahic}$dyppsB@Pr-QEWU8rE2n#xb#?2J@WNL
z`)4^rq`;?K&6F&xX;1eN+q6?1PmA~@$<d#UtG4FJruLnmXSi^Qj5gF}E-c<M54rXh
zaX?)n#?t%a$B&JE5=T!{I@m{k{``#l>6rcj+VMvT*t^hY)pxyTX5;fzKuhc29UfcG
zW<tXx0;J>#@$E`}D^&svj*D*<u8}oKVU*q2$Y-c|<$yeeYtJ$=U5uy>q*KE;K8^cM
zu{PknGWMvlI(Tm~b$s_Bw0_LaPfrU+KdRr!rKmdV)E(p1U3>Y0&U*9FPP0mJ^<u|Z
zOZtbFo!q4Ff@i<8-Y9r#$5JL7SGtn?p>f9`d4b7mg5Yzb<>0zT-c03k+u?Ht@C5h%
z6+@kD3((8~g}%h@^JQbXBOZ>S1ETiJktT-|Tvso>a$_TlC6>5Lp>-ZQ8*d36N`^x}
zC`l^^hI;2jZ^djGU(3oOwz5i9!Gy`9`Zms*H0>C~Eyp_)msMI@to?l;k_k?9di_T^
z^2Z}1Bc}C=MaGnl8(d&Wk0QCsZ7z}(8;gBc)3u*ID2?W}(wuA&xfqn$)iIW$%wz1L
zKXuPk_>9~1OUSHq<iD7UPlQC3d5|4*tyNwR%<+a4Eze|n($9OOo7SMs;@{QJV6}0N
zX*C%WuPgq|l+;xfxgwN*;&dW0=V<VQDBoTu1dwqNnx=(?1-r4+)zuvCe=Tr?QEO1G
zPqL)Vy&cZ9*T$8RBa{RxRa*>Sp!o;XBlxGbwl=9h3e=Q%1z*6JcxUi6(ES4lh`0P1
z!rjj0T9GtH1K59K_-x;>D5{}Re0B#(s*8n=97AO4MKYLpMnI~viW}x`L&D4=or)?Z
zairNy@;rC4?q1JwoYz+!x!x4J=h-~9JDxPggEgJZB#GlhJG577e!*UvUn08_WxsAK
z12bW$!RMeUu&#ca*MO$;NxDP!fHL?{V|(BWrRL!>;$}%XK)6TrRpL0Bk>5KzpO~9>
z{^G@68d|bw-1psFo9cl4#uiGyo2yqo<(|dfx?nMxs^8LK`u9S#3hq;uOVgBBT7W+m
zW4oL67Tfdc++NS=xsx@bX~=vvY`Pp6G#Q)_`=qRzb?2(S`KRQrnoE6-W7@@o;(L3F
zw=#U~-spw^Bsyl{07iB=Ftpm<tNd;$BQj;{f2*5Urwgss<x@y0+xuteO73oz<0&o(
zpmpH^^rC`l&v`wRuGZA8@s%?qA9$^z>W~hNPh6IP_y$!-cUfK)v7HhEaZCw`TJXQ2
zHcf}~oAsWAZ|e#e2z%>sV6MpQ^%ldlNngs<U%v$!Oy=zA5C%2wXTA*4>b<GCvezWR
zUrLDJj5r91JKeSgP~4$*kz6+cECbK(;tQT5S={G||G^vIp2dM?9m(vx1gULO7P4XH
z4%iLgXn@W?x6_5!T(Eeitl!rH7cWCl8AY0H>#u(na|$)!l7jUYdSdjh+^+_1dZ%3Q
z-|&I7;ZLsz&F0tqv!^qL-VxW&d{kyxTaekB`gTZuN<h>9z0*kS(kqIk{A2Fv#Y^jQ
zr`vTT^e05%gbR70%R%tnpnyqG-TqDs6*GR-efdXQG&s+zm4It&5JhEX1!SNgwQhsN
zaKaKA2hfx>a&Q>@^$Ls3V@lVIh4n4q{DU-`iFW5K!5JH$^P7m?bstKT|JZ@cSKJvY
z&hMq35*|$wOb^wbsh&T@H@`BIo*s61GV1=R*y|eEgM--9bMza63&Smk-iap+Mj^^*
zF6Qq%4C)QmHyzFG)5~sl52B3uXA^5Lr)43blfme*_Y`0wAko(U3J-Xst1HD!{&jzQ
z5xS>A+@M9x6ef=gATMvkt1!hXnTUZT-IF5Sg<5=r%uLFDvHWh2EX)xGk&585(UhtA
zR_$pB-xPS^(0~o*PMs~UHPcCdzH9I?YkW`90a@e&JL2dB3r{`8U^;bq`4S_E%zW5G
zPuC&-jmbPl{i#8KKZv$D<6@^2eJkihCEw`zWwi#C*Ir&QCG;?VayUd%cSYYr{ntw|
z*UC3%0HCXYy6>4I-o`%p=13X-Okk8q-r~8<gxglv6HOV19BG-mdF<H*@1!$!yX5qg
zJ0rL@A34rHTwoZO+j@e*Gy!Ducd)Fsg!T4Yz?h&Aq5a>(8rj<NtrRRQm?-+G;51El
z5BZn=Ap4+UM@f;O#6G|Cj@CUBlwy?Vk!MTaU`jHs4GH=Sk7|=tDN7-98{XL8<y7Bd
zE7FW*8LzazxY(W8?Xv29p3!S)g+BxF!v|HCJlC!~941XXHX%)m%>MW2CF!oxWoW-1
zMvK6knsWyNWcjK>=)rh4T$n5dKrZA_2;Oz4Ye{u3bkzll2iLo8&+OIrNh(&Iv>+6x
z54dIAIeVP&hABIq+aZT&ktqSQ|JAwv(6AW(Mc&TK%lpiZ2zQs$U>N)En9d`UKdF60
zO_q5)?<8O5-&ZpIlgh<sGMVEP?q?eO&GH+MqnOvYrQD&$s-&5p3JwV-pCR`PZ&siG
z>nf^ROhKDI7RSKdMkC3Ag%mGnW{1e?gO&0wq>gCab#Bo^&BPYPrN{1}w$<17dL;1I
zx!pr$(2C5piw^S@!fyoC$h6Lbt6SL+e6e0C_YZvm6expvDfqHE;bYXFC>>Jwc~|V?
za<4xJTp9l7DAOrQqfPp!Y|bxl)SlmQoC<EPJ$!05OLPyZ%uL>EZV3K>G9sk**8C1u
z0bFQowIZ#0?((0z&p3)%Xpm+i-?tc1a;AUI*mp@DMfWVkx7**!_QS(vx}R%kDsgog
zbZ&T2v`M^v%5CHIQm81~Uk^zb10({-4u`fxLh|cVnM=khz(MU#o%c9!+>3uNZ<fF~
z{UfI*4e}4I+a1+ak7{JR2Uge+$)gnRJ6b+<e=s>7Yi4S@K~KiGsEBVCe8KM6ju|CH
zHOm#(%rR_MZ`5SeZGTsYQq%&bf@$e(Xw-FmPAb%ROadNdM`hdoIaBhQ8toT^<I}M&
zC@0=(M6OY+57n|2JIB0Y=$^5}6ERD`2KBh#a6QJMQoW^+%`uT7SI~LSgFmis-mQPS
z*rkPv8l1O45jz}VmJK%34>xUEo^LmuaQq(^z`ETd>4;%h6tCL-%!|70BX=@&Zhu>4
zR~gK@9NVLn_(wV@6ycZ7bP!gxfVA$VnHk?dgzRSTMVc?0-XycLRUWiq=?SBPYSE#U
z75=T7sx!Dhx_Eu>Ml#J^At_0IsSZin8^R|)eBjv(Lmz5b9<h+cs-~AcJ@mxfi*kmn
znD=8N(e6Z&I?h*rU*Ac;5nuLAS_)UoUh*%|N&jq()@?hgjRQ-&WHUa27gu;ZMbob$
zn&4)&Bw{Oo&n9v1sKxWF_?|ssJN6H=4Mo!=9n-#8Ooq$DG~5PTvL!`j)`H(l-O~%{
z;spF*J;sS~x2wJO{oYz{mU&z}FMdR)Mt}56%9r2_e%IgBv_7>to0+w)t4PlI9eEt~
z2i-<+IK~PL`Ho!SE9k)#RUQ<x%B;_!igjwqq<5(t&Sgik{%Z<YZ)?;0eF<=povpe9
z-ErEK{Y{4q=7O8W&Y`a^cP!7Wor>3A97oAz*bZA4=i<j8^zfKP-i&^%kGDD-GI^f9
zisY9Y-?ZsqrUs%NL4~Zsmn8TSe`EfaV)F9S1I{Wom5*M@>{>kHg&#bqp;+SfUl}Sm
z8oMs_XFi61s_cXObTgZ{_YSNgZDBh-^ZlD2zXYL{pY7uJmtbI$v`+w<Os!^A2he~R
zkcieChkH@>I2f@+KGAy7-vPk~QF(SDw|tzy(v_j-6}m1N$7LH~^mbmWl8)PD*V(Gu
zl*7ZF#^?33!7w8cqdZH9oa)BkIMIvGLL|FCaBH#9PTqXRaI^T#6DUhfpB-e&!+6KP
zUeT2MF0FyWNY>Kxn~3D)uyQ-1i*<ijDxu#MSbM}v?XfllfA(N#?wx(Sn5%Y?dnOPU
z)*Lh)df`oASu`5P28GSPa0L9}!OD9=^O0SCuKbne(F1a$U93E0?BC;6e1NE9Tpe#e
zY!PuGs-g;?uIhxGRxVj{dcFQdw^Z#0IW1;)@o`8TYaw=U&P(~IdVjs73p%9(-~Rk7
zKYyss9@yVHGQ2MR%%*_1MNfZReA3>Z;yjuHa!o`S7RKVBpQJRLn$thT#M+zLIX^9X
z2T^pde^xr(h>Dwq<AfP!#R-iD<L9IJ?;_fv9A@p=aalxU7WCl&-dp*qPJI*q)$uAr
zd0Ryq6H+YVMigPqxRg)RX?r56P=%y!g<R_*l(tx`Dae*Q+b@&QD3BZpX`Dqwdmb{W
zMUd09XD-7kiI<fUP+bAVCF;Nh#RBQY$0MYqv35Z6r+kc-(_v&6!QHZzhh$_#HjWQ0
zCNuT#<JRxJU71`$H-ixls!L~drr|Lp5Y`|O$q0pYbn^|tumXi&t(U<j)cI$kKrbQr
zS_xd8U*f+D-~H;iZ8Xo9$p3TLSo~j`+_2BR-KX80^<q@iwhQim*(uLfuhyH%T4ArZ
zDMdBg3gC6!_YvIC$lFGVgb}UUsVpt9b0b#XU5et6pL<{BJ@v-_Qvce-I^{5y{R+n{
zuzy>XjqmvLms4CV8Kb1PA6h|^l4)Io4~;_cv%Ackv2<J3d^>2p9g&Fo(?B3&cEeW4
z{h&DQP*ZE*$J}j2cQK8nyW||eKNEvyZ0u;Lu#QhzjmdN9!xhPwwv9Kr<ERQ0!|?oo
z(NiM|2v?%cjgrZc+=r{0l^waO=LP>g<w4HZ_#O971CsRk#RUH>0v*_NtA4ri@0J8U
zIgyN+8ioJby^OTWpwtSUyHb@u3=gg4<jUvU-tH_06$(D?emJz;^hkE+ahGpVz{)r0
zzBOtXbKn@V!8HqL*VO_qp8v>0j~;AHY=jrlY${AR+*H@GJDitvi1!BEgQ=Naa_(0S
z81|}Q$S}GQ*{TL1&U|dK&}o}e-5$gwAY3-14Be@~lRdGc#q;W-c`W%y%Yidn7P!)|
z&*4L8&AFd)h7BffX6;PGC@-7??fBP#;=z7jX?03~^FeJEq-LMNP^q`1WZ#DpC$VIr
zEwxyXCY~rg&8P<M1F(=`AoknbmT}D$_>NcU==$bQB@m+ycbsLN#;!M!`~vW+t$aol
zS-nQLY{~mm+4xLA@-#ZG@hbPfV;nKpm}swzGQ%Cm8H35@PAAcuZgnhhJMM`FPzi;B
z>_tYqP!P8l*g2B(DD^g-fpqj{Oq~x1ew*6SqVfOHzDXk@BHqWwjyUS|lD&hLCH$*y
zXd9Rvt|v$kCVwte?C;gIv^1yz@$g`)B=7(l>+A7g6c}nln8}1MR#w(&=(58JKo50h
zZY^zRg-rSLw5es&>ERw*faS_7%Gxqx6B9!CRu5T)7GY_^@1GAKQTLI)dG3sNXMX(9
zQ#dFXl9LTpM9n@b<-TZjc+5pYo_Y8FMbg-M7W!tob7gCV6Fnu=2y#a&qjTjfrE8Vj
zq>nycKA=XSnw;J1gRc`?jHc+z(tu&o=0P{8G7la?$nrz0^}6MZ@>)QEQM<C8)B0e+
z4Mf&m+}+PG0m1%1&2M`#SCKUp{sZZW0+m6xvQLj+(jRqA`Q#QjsIHHE`0$DS&@s5M
z5?DO20fxxR@Ro7Ow>5`Fkk$isNz;5oXXmBwAB7``A}(LL1O?|M*d|3_Hb!Is?&ImJ
zSLAS<1ZCa#^M_JWbCuZv)9jq0num?gu|~lmA<sa52pIFvtKt(UHg=h=Uc&vs+}xay
z<GTLjn!mgT@0G>3PU(fde{SlBm?y<e&|oj^KAOGZ@z{FoZ-2>J*o4-J@Vi#x$!SUw
z=f}46Qh^~Qq+#!!%mkO=yq*C!LK6Z`I~0rX+c|zGJRLexij~!|RQ=}=JCM-*gL`Lc
zn$;D-4!NPekaPPl-WMeHW*7614-@$+FUd^UoQ!=D6jYP|De9Dx68;sQqPKl8Y|3-@
zZsczFZ-O*pi>jERl`dzcG|iFQC!_f@u~r@w^$wD2(Av7?vI<O69DT&plo;fvV6q)F
zl^S8D36?qghGe&_6fi1(s_5dfJ93L}|KAAf(2(Er1ZP4^#~JsXot>HS3R}1s-x?dw
zd98gngDJZA2?^9Er=i3}KMq(Ka=4|uk=6U*E*BJUzHQG*&dt4S1#;O%j4()4!>nMk
zJJB`X&Fb5q$um7@|0&g=B_Jcbyf!ymarVrv^uZkurItsnAIodI7EKJ!hY(qgrRdKQ
zSR%12Rj(>*f`3KQdUEhAM6+Mdv%1Vqj8+wl%)WgQ-2C{oE4LOZ_wkCr8Jy?jZ?){6
zN_vaUkyWSc@KM4EF@@ak+~reJRgJNu*V6Kp#)OsdAI<tn1jTr4p2dUi_sEEDCbu5g
zyO8s5W_WOXJPHa5I3DQ|vtyUfeaOcZ)ku1&k+IBGuoRe}2ec*JWzA9APULH0ynEO8
z@5%WP=OiLK6jtKwNOegk?UXGVuYD+>pX@KV@gp3RJ!H<dq-kYu<O<wKyEm;7{!H~k
zHy>JC79M^@O}bj<7s=fDtxq8(?}TmK<GRU1uzv04Lp{?!Go0E(aZf+aZO1-4A*H2C
z;$-5}{&goeI5$n@uJkQj#f0Xl9yAa>qQrqOr~xKmcPLOztUjMSURU~b2@iN)vEj`E
z>vpT7JbZj_z$GpnM{-6hDgL?JzK&ji9YlP5XA`@1G~Qdexrwq#{+)h90&ZSmBM|$T
zhMFXbE7Py^6o)i_OZ|b2M)2IKtL66fS+vjg!#0+fb6vD@z3G6Ltw+R=eG@@OLw?@3
z%tD%Sn3SZDG)!Ej9Fd_JkXSZWpuu*HfdwJv%RC6{K+dkqrH2fVs;5GW68D+4m>5E7
zCKitC4y($`-42u0Yt<ryaCE0UBM@fIw$)*244-BDNiRT0|98yrtV3lmTy0nw9AkG>
zV<f>8b^%856h>*tq_Q+el3lLieW4uvk$nw8ZfC(2;DqF&K}I~>Kz)utp9!(w0`BH$
zNE6lD3jd(L?Q$2%vrv8kq*iVS-qD%QPS1Ok2Yh|m@5hnFe#MND%~+@kSy~^QQIGl;
zfUwvsxq{x9#Mp#p9Y=d==v&|f+78QIWwd}C1Xh9B&_UmgrJfutG5dL+nY`^>8@TB^
zLP8fpTbK+E!AHY*_Mj06Utv)Qjl-MCLl5kcu44bN;kSCk7Wv=ezoe7m(y7U1UP`Sa
z)?k7XhQOP+ByQ~)d&1HvC+M3XzKt+#H;i#-`4!Xyxm0Q9nMSq9FP@zbAyK4ZWd8@b
z7Z?H!q4aI&QSWt(*xy#B&=;@tVgEu>Qc_L}Ea1*<tCejepQZWg5L(+Qn9NJ=ABjGM
zY5kAe!y`q{Q+H)h@0Ru9wzWm9q2B62*lPXIK;tV|lRC)cLw(Cf!0r|ni@KF#{!Ge(
z#uInvnj`jBt1=i(uyL)-9;DmER%4O11m?c>Id8GZ|Lb#HTXL7ic>Y~dT@)>KHOExQ
z$;lOZT)#vJ_LnkpvP%*13!HJe7$dV`hIw7fZr{{Y;`T7WqJKQF7sBJ)OJy)X5dK0%
zL-L+H>@Vc;Tn~J4y}efJoBv+w70I?7M+9%Pwy1BmnR;jT>|8mn)WY}Q1?7i0R^H&4
zA-#9nEOL*2yK<{**<3Zi1HfvsnQ$Y6C5tc<O&k|D!lrYLjt-WzUKC9^pjt*#>*{?=
z^jx>q4Xqd(eI+LljZ-;T1WDzBk5^0{X=-U9(WS0OsnDgYQs&54taXnfS4pwZpW?se
zaB;Yr15)kH_E%06Rxhl2Q;<J;Mn|tbc3DczX<4t@5HBt*y@n=xiQ%Z8;8BC`<3J?e
zjOVAAo`v&=Tnfo%?F}m{uHG~iW><#FDpu`oLmkG-Xp%Gv4S6ZZFQ}Tq1w0Y*?hx|2
zav>p~xch9&dS3}E;_*rzJua4-sv(=WsZj%xS_2<<a<a0d2Ck|qr+#83cRpP$a=!Og
zY%jX(#p5^d*@-nkdUfykq}rP=w=v>n=IN9{)x9Wi^|)PgpipEMr*W^`xu(LR2e!{L
z3^`s7yrp1Kd*qVNi}&zZMkjfA8#9O|em639X9=$JA<p4Gd){S-BLEq&GM3ETY{(70
zm?H4#7!S-LVpg=pFr2WwmQ#LNtc>B}C0Np2UfWSt86|1V=gqSC)NU9`Pt-jeYheap
zKwNhWR*pR0>`riBulU%aa$Mz^?tB?GrwE6FK!};g$BATegZ9;cGwEVgTKjz6qHiF+
z0muhmu>9qjo11>+6|SmUvVmgk9@c9mi;kxs<573y62lCJqLN|G5RA=Go>h%3FPB5z
zyU=yfs&dc8YrcJ%dX_x#o4>r?#eBbZYM_?OG1Z&Mrw3p&GP+1f4X7sF)Ww46R(Q;t
zXs_Mi{qcQxH`PFppSlUOh_s$UVE^~Imz+*|WAHXtx4Rcb7ux!Cv-S7oBoB@~x<ZTe
zZr${F)iqx%qh2Tjd%^W~r|HNZTmY8N--I5$S%Y!Z+mV2DYop`8&%<PQ?u-XKc^Jet
z?jMwr6+U;nOa}9k3RsT~{%^?fH4r~Kk5(qm#0<#DXA-XlJkeR~k^Q88Xp4_xmYh8n
zNJYlxjRz(vk30J?fWs@K=T2f0teYd(qWUl28vgLXx@F&r&fsm*kGQz^hrVS}6TGTy
z6sbx0HK%_<zwirOGYEKUu3Sx;M8N++0v(;NNc&C#Pdg9RD*Y6NjmBh`2<?R#@fw-$
zF_+VugVeGMd3^gT8O(ySCtDW32-~RRtxP}b+b9{#><YA{N-NGZ4*3dBx${`?6vN)&
zFe$jlEYtOvog4R}=$@%wBJd9JVBiFDGjrwk<FEM4kL!H8;I9=p+<T?y+s^#mf-G$R
zU(n!}QKuY^iwoxdruKKiq_}1~9xJ*N*_&!yT(c5y%^1BWEsgei^htB1X@0&s)YTq*
z%ZqcL6Osxu(CLN0r7@6cLq#`r^0$l(*GjPnz2c8TK)}bW#bF<_4P@RrJhtV)F(Ku2
zFRfjUDhZT`b+n<NWn=d67Rek1O*eOnw%K+<JbxZZ)aTg!xUwn7#Q_I9X#}q4_inGV
z>V568fg>AA0oDAlGYEEVL~)&2qI^=cf~F$VBLA<xYu>Ki{eVO-IBy&R`6&xkDVbgv
zsHjMl$E*V&AEquVOTiwQ?bzxb2Ev9o3E=-`eT+Mpk~Ja+GJ|lH+p2+Qbzod8f|=Xe
zP=f?fv0``7Ks@E>A4IB{X6?M=;5P{|gk;+FnJSD`v<i_+t@|1XzSwl-4lAHG+z7b6
z!yp)cZjc)gOB|Y^05n=$q18X-%yw<+5370Y=Ih?nPg}}X(#P?RR}BcY@cHB4UJG43
zE^4jZ6QZm6HPFNvrV*yCHM1rQ*93t}$sx(+O}B)h0dH@7Ts^h8{dI90bFUWM%%5G`
zpbP4{=#m^2j9D+Ub{Y8#Giy@=S~9AF^5;jZlRb;IIFv?+Jf-~aWBIYMq<2`P5l6A_
zgyEaT0j62i=!e^=&piI!)m3#X+?&VIt!g4)zf%=Ild(^F(B^667_x~IG}U?yCj)hS
z|B0U`4)p@B_jcfuP`uD@!;_vbbDH)eS0d+0bbNJmIQ5hWfMt+!n@U#7AWUrpvRX#h
z)q<SwrchUfivGR;;!1xRW^`ZtVIzAmOnla6>xOx4PrJqo3X7Jp;+z2Nxz)=t@)J!A
z1{04@FEa*bBa)MuE7NYR)0%aF+44}!jHGN*8_TKS<{E66r7=}Q{8Lu`K@kes<&={Z
z-U?sCU9L*xT~Hw)>ORYMQu8>KOr3zrN((2crj>pYB7y_#I(n{MIr(e#ZRf4v)kkNw
zNcgq)u5hU8%{Nf_HtR1_l?Sjk-Z!kI7hn$v-|dDH5IVR#0s_%Hd_ke1Ot4wS&dzR1
zl9ucxYL?kmqhuz)<;LRH{HAt7uD`rh$INP=LCnA#`Rx5E$L;W68uF-X;g$9AW0^`(
zzpg2vM&H-P9w%@PWSY+rk{a}t134Z^dsaIJcZc6Jzj|>o^DgdrtZ|9f^56Z%8iwuN
zrjT)z77liRS71N=t<L+vbps%jo!!a6vvpfHWkQq(IBHZgI)_GLcem8oKRYvUa&qpQ
z^>Dmn0hUy)WK1E{;wL93IqEU+7GPs0F3YNtLxkV3X;=$z!Q&XVWt^fjzlk``%=*wL
zbrb(QH<RF=E~#oc1+9$f5ynCAbC(k_<O(HuSZu(<hi&U<)&T~}=?h8-CRDWAiv~&Y
zsyE|X=xf&x;;iO0PmiwE+RP9NJbS=E%$)4jzTDbHmyXRM{O^t`*a-D(wbgkQWf$76
z#Tyv>I_hUj5)$%_YZv6<!IxDh6_U`ijw_9ht`4PHMyA0!=Ijm+BiDOT?(6vp^{Ngo
zn{PHe*q-af@CmxX%1_ubnaH>P%E5seg4igH66!Dzn`qr3ctAeP==lH@RZ>XSVj?Q|
zt0pp9XokDs#9yAtpX<qSz~;g}ck&v;xBIArIK#G+YC0K)ybSWG3gI&m8NZnuK9ZFX
znZ5Y#vPwr|IjwrSq~$hUbV`>lzTR@(ZKrDQE0qHS^AA1eq(WzCxFEhk9{{?F-#+@0
zq#W8N=05z=IWpk8-tA5uBC~(nhayTrnR1<UGg`1tcw^4R4#`Q0?qm9tnuYvFsc^m*
z1whb(sDPMQmwF6J4rn+<J+0m>K%ani?bGklGu_or4e{`?s@Q&#MDcVgqhGp;MB&#r
zB&fVT1P7DxTbegsYL_I}yjgSa$HhRWLyD;e*Yt#zY@MNw+z>4B@Sy?J8_A=MPz{r*
z2ir1Agsj&czg|zdvjRIC#SD-1ghH<m?Fgace)yxlN{IB15IH7TVgPjgFjU~`^D_h-
zPgm$!ytd*1^dmPr$>RhS43u-iJAZd}mb5o40YdSpt4p4k#oqG9aZobVGJGJuDycx$
z6)^f*??tDx+f(0-DpXXYd}_hRMb?1*yI>7ztXsN{8|6#KqBQznMNVctXK=O?o@uwm
zMj94bv-tkA<;T%#qQ<KS%vprcB!OSJ6JAs_Y)lIEpbY5CT&kr?r|=U$Q2*n$6u7D;
zckp1tbM}{x=M2p&#_hx74>2|;NBfZGK!Uz+<2BwJbEuBjzqW+_3q1aL^Ib^eBlSa-
zBv+62w{dlQe?Pjdg(*uxBfkB2T{^d4*{7^oZ%qU;QQ#lxEd#WR(tg&}cj2ff1!Rh|
zU>r}5u6tsQ6XLR|`<Z4%E_RveTqPs&pKwxk(#xdd!)w%hd9)-^6X17pAgpf~*d8s1
zIvhUKb<|xD;jZ7P_@8G*oWWzia{fxlrIbZZz87wNad$_a&&5spB;<EaPq*Ho^plBj
zCtoWqEJPGfSp6h&fHs4&8H88oH(DeTM_<xfM#wt&4tUAGOZ+JM{?t!dowx3GKTFO>
zZj4J11xpsk(%mnW%+=0GTQPe6l$Mi7QS$fL;xfv135U|2dtID`7d|(&Jfa9A#CclE
zhuwjY4u8(RuCMzIXY4{dHWK2SBd5Wto}8Xn?Gm8Xtz;%#?XURt`UR`o{NEj7Hg3sU
zyZjcu<+nen^f{_YY|1{xdgjA2^^`a2z6XN$_Tvc_M3$68Rn49px@dW${Om;HDIE@a
zoB_d<Y*o+8%V~QtHmL<<7ND;$y5W9(d81mUMd5)urO>Wjw59`rpXpbXJIkp1Ewy74
zo<jys9dT1Z&l5exSGK^h)z*qDn+m)BHUDk|aD#OfOYI9qEQ_s3RBnFm8N3k39b>We
z(Z1AMQ}0#qFaz!C(WA2mc~UDnUXe~$&FiknE6ym>o7%ior&<Cn|JmUJBjM06dn!gx
z4jZXk@xv#MpDa$h?;2a`Pf;`RoD`}JMG`n5vuX9GqIQ-C>_rd$a5{0bJ21tfFJO*&
zNvF;&zq&uFVKI9!*u7K2K6(0cd(ZDr$(q2y8Do*CwbCzz{=1$B1WKVtlvm0IW2&!b
zLHjm!EQk%JC2lQlL2^1u^>w?RT+oKJ4cCIjmB}wi>ZU>gWdP-cX#k7lVp0Or(pX_|
z<07>GROsFRs26*#8Vz5n#{S~Wzj4sci8Uzq>d)1KCKS89Jz!hk>{}Qz>JBaYLHq04
z;ksY2XA2UxpXxNZ{M~mGzL_r1jG(k0bxx=%Dfw0EdDI&^JK|U;vQp5(=z0l=FysT&
z0>Z+v+rxW%<$pX-hM_MIWpQn(O>0$kkH$s|86Aaz0|UN7xSLDxNIQ2URxUGoN12>?
zeKIIZWn6NGzlwfR+A!vRV3z!OE-o%1pda;O-n}LEZMRIOip#nftg!CCSKY9EDN2`q
zsI2M5os-|qE|>JSD6cI$Nu`Y1xa-LAMm7HweB;z`%G9V?A*exxm>6LfB`Ka_*`?2V
zq(5~4O*WxzUtROJ+$jZ*H@EM2HQ6n}4nL8H4ht8H_S!x7ID}T|hqYG9YZY}en05iu
zNVk?UXS);?7UHyC{pu<*B^<WRithAl;<PFM$y0*(BdE%4?z`a}18f3x6Hn|-jqb{k
z;9U6uP{h}zq5GfXB|ImmO|hL{2m5^%&U;Y92vJUNs#;V#P4Yd@lj<J!W>A`-FffpA
zsW{E6+RWZ?I)74^@6NS7+}Rmq?PVbW)!_4w3wwJ`4-To^{~uHD0Z#S*{*NPjj}Reb
z<PcHFu1NMg#~zhY_TF1rDKbt%b~xwQd#_43va+&wGLLo4@PD4(-_P&*cXf4@i_U92
zpZD{=@5keQJmmJgAf^@{pLAscR+SFsR&YYmw3gM0bPXeGOoN9|OJhBqv7V7Ew6>Vz
zOK_c^NQDErZYPhPotbf8NF}>Y`DczV8R*Ji{a^MU&?tB?z?7tKGybtqVWut?ij;6$
zO<=l>;zrqxkLThZRp1NNi>5VVR#!!*PA(hGO|l$L5Rs+R|Ju^d8NbQ4Y!LqYsouVe
zk?q#mFYtw@d+87Vj$Q6r*<fN328@k<_NoQxxSxQ9(K#iGfi@UG13+$S_53-v2bcHD
zm$y7}hA~G#aZ;!%V-6!(zy9+h_Jxi4Dd-0*9Sd{kl3!<I`{C#4@<1?4g{P7oA`@(O
zZ1kdSC*sr7{nWcJUT0Z$&jx`N51ihsKL^D$b09rgW8{3C%1TO~`?+zj&&Wv)%uOMS
z2ig52zCUNG+Rv1imHmYE%{dy$So$b#tz}IbLos#s4p5F(?ttrryGvC@RGS<R#FmT;
z(J$z6LxxXn0HSvGZV}?y@h<w??I=k%|GkDp0vj0+%D+r03%8i;xkV%D4a-WG7%sN7
zlxNW53#+$_qTY}F`H5w?xUn!=w2`(Mi(q1GeCGE59!HKCJ$;N4=ut%jTj3YN1aa~4
zK<ep7U*9u-e;ln0@aq-tv-Q9ACnqFGT{Y%KSdC@Dz19Z6!?L#r&1ukS=m#Pt{Z`z0
zSAC?d&ebw$4Y=O)MgRoX#;ZFmHC13^?h<rNiU(5$Rs|hC7jy$8V%b~ZEX(o|g7<Xi
zGSIL;tKkqN86!l(bEMjII9G%lHwLap_cBALSlaydmV0u~`j7rTVjqka(&X0A+bkV?
zbdx+<C7|;Q53cn2%%g0n4C61w-1YW<W}_Gjc*kS^V%ZvVdAXj&1ASY<-;$Xj_+Ta3
zu*c6cf2I5%7a*EE;9$-0y^7PE-;fOh22_aCo&t-=dmKThjD3espbq3g<1-lBShj_T
zE$R*>Ydg@d&;?Z^z@)o9vw=Psuof5o6$HQskYis3AtiO20W|l3h^eHeFM_t}qPVz7
z40O40lPw6olfc$bobWk}$mwi312p&#bMV7sBQ<k&pkrbC;zd=s4Y+e&ufb1gX<xp5
zQ~G^$a(G*P8QU#+y5|vcLWnnC(sm$d96vtcR6bSNwY=5Lj}aFY<(esReBpQigqUW_
zCx87i8pD8YC}=tkj*s&nNUs#V@b)%9DRZk2mg`T@10V*bQ9)ZcLgo__LK2P8py%ob
zA$%lAD-YBsx@(EZd;NjWYBwLS;QhedE$|j`*`x<wVCuOl;>lpQMPfL%W9G`ce<mEW
zn?fO$l|h6{glNjh<2reBg(9TkszF_vouQ_SGvqPdpFofb0tdhB@%*dQ*pC2%k(!Ys
zpJ+fdGH?J5!~!y!m47P<_8nYx&&@Vabq31dSIl^SQ9A)OB-b^{#UuGWx_VR7h`5}Q
z(T5dIA%C$af%U$-+<-nK79xND{zrz;$pJ9(T1C(U{(G=c1qH#N=dTSq^@7R^$KSCb
zuU0z!0(TTH=3Y8E^q$^Lx!a^Zv2C?X5eD*C@)rJWPeCfMsNbhdZS}8t*AA08zc5?t
zA4tHwp!{D{1yYR=qu!B`tKco-WS{-0=em0K?rlQ7!S);p-an33xr+n)bf4{N*>nnj
z0<8&XV~-1QFRNceIvA1QSYd6gy4tZUc_Npn;$Z13f7Vn225XV!Z?Z*XyRJ({tLgr^
zyX{p^r=PJX^N-04bRG_C0`BEZZGGTasXmfw65&aEXB=WMmfr@Zx<_pan0S&@|4l)D
z9=792>M6Fgi>*zXC1b<jI{CPVBAxm1BTiHqJf<D~cv<d1%Jg11HUM;gCnhF}U57!9
z3o69BT!<D>D}u)P{H`zV)+Po3hj_4COSjV^{#WU4O4eBs|4vuirS9Kv*F)%UoWHtE
zs}f1c+j(*Uw)Tpr5C!oo;G=N+T6wGz_eb!FV5Y?tm%ZwofW@d)SOefWAVmYv*Dsi(
zRjTT(=0kuLfvq7jDd!B(C*V=nFI!kwC+R?m9EA;^^5OT~FZWjU-G82erWar|l<M!Q
zrjH?fl%q3Nro{cs(-@lj$j1fqzVVLt1}p80`<-aeCRKX=*QP?(ESA;Nh<hIlYR-ZR
zVwdcasP9lxL{tLv(Vf9dWuELZeg~vJefFFVAkFDl7K&*L5e4r7Oc~tnvfMsik4-73
zTf)9K0c>Gb7>vTZ!|<7)zXb$XdVXg3ubqm>#sx>OKoFQjko(G(mNx*Vbhi!Y5f@PG
z{5vS%&&IOzG9@Jaz9b=7!J7e8IKhn+xFSC&^T5jNCBF{TiZ!kw!ITe>P6uegpN);L
zxPGOl5MOhMjW)uu3!reIkNR6q;2NdvBOUNv0D?}nIyyXj{`@&Xf(p;wNA5=+HPv$)
zyBO`+S4V#r2bNx7);jnvmj8Q2`j!_MzoRAh?aPFaz(6)oH%mP%kBK1z&^O4&fNQ!n
zftk$Z4cWgtU%@VVUa<ei85iF_efn_{2=tXh!RiRlt6ZzKH=ToiTc^j{?SIbAkNGem
z-dR01KE7Mx5+t}Wekv_uYXYlqtJ342!so0sQWm$qSL#BMP+wo8vrKU0{*nEW1O9m3
zAufdS=uMVnJa_PtY|715YzXs(ynB)r{J4s>I}MD^dIWR5?K|GuK7ALx_`VYIH&9L*
z?(|*%ejDvrV4F1+$TAz;1S4PO?)a%hqPr=5OPX+LPcuQ-g92cvITM!mDK<Z#>pH-6
zQ*9{=a2o{1qOY$HKp4NS5KuL)fRTQnZXnDc%L;THL7V%n<N+8l&&>S3xhVvQn^3Ap
zHtk!^Rw&dW4$%ZNM&PYBTZjPG3-}HG0+^jRvswTQzW%z<e3PvP`Uh)d^08}gQC7Oq
zf9FNWx#V%v<*ta7m59%X%wBxkG)_PQJW<?G8u%En3w|2`He?rw9srRC9|<s4QAx=Z
z$$Pa^z*QI!cyX^AD-Dq4vF@Rkse!&eo6M?xb=YWgo43ndAm7l?&=7vcC)N^ud_PXS
zhR)%oaN~@gZ_%eW(JDF>6+WhjE-IKKR1z=Kl^=DLs>|}bzMVHIZ{oo#K?h&q`rI{n
z!=bm)lRVAm{VJ`i;eud(OkC4}3k92NN@nNWNdBWo{D%Q@#eIW2_uOtWA$`sbP@<oC
z;#+G4bg{#y{+(+8@NjrN^y}9(K7Rh*$ug!Nr&X20=a<e(+;m_?0Wq>?V5xzH+IS-=
zI{MoI7RyLQ3h1)X81I#UE=wk{J9nNomhWzlTM1@<i!Ys{58e)55;<}Q$Qdgudd<Xu
zx^C+B)kE-ay$o$17gMz^D7QWtXoM?ah;MrnypKlLF==vE8vm{8292_)s~xeUvI|<D
z+e%2wd1ot>mUAb*po!y}uA`A}5Cwq?e!By0V!ubdrwa*VT}ZQ^H261Vt}^ZHTKeS)
zi_?uJrleF|C*FK5`Pj^G=GUW^F<yMU)}|kzQTO(_q&7g4c$`1;aC-oh9u4~1RRr>Q
zATKgH3_gmxCJPF-i8G;;e+w<O?fQ%UPxzs^83xhO-JeE$&Fs(4rQyb^LIUyxL(i%@
zo~?pHayaRJM=g)<V(Bjxc~FzT^wsyAA($ug$yIw#>QVqB>Lmzs1}Nk=r*DbJXUrmN
zl^7yy^iFNlS7FPbU3$=tl2hYG36xp%aR~n69YSi9fi!z(T|7>PC$XZwGUO-#iK%aP
zd(*w=8xiBayg{4)xGt{c3?PeA`1xvgHwMs+2bWEN&5Hwl0V*==l?TSzMD4)*4>ifv
zfL+n|2DF+0Wj50ap60J4WXEaY;3nl<a=GZ^h`GdAz!19O!b3{0$91MgI5U@#lZZPK
zO9JMHa%Hs?E=@AfS{Chvzu~?liri=yxit2ET#x(DHHc~a8*OP$?gTBHMNFMh8v&1R
z+?#H+FFeK_DE(QV&#vy<Rn7&TiTeM||97rk&b<TC6(mthfT1vgy$|e-Z@~DV2E68I
zJkAeS6;3QfL{Af=DS1Yb8bEXaBr$8HzhVx5c<cQmmHjkVk%jX4cW4~UUEwBZ^-*mT
z^`uz)`N$@;)r)Qvz`tk8Dyh3EdKvLNJ)Y<Mxr?jGN&}iUN=&_o$mqA<i!_pXX-PRj
z%#{OCt`Ojmkx_?{$&emg<&;=dbQNS};F<dF_3%p_CPsIE0oo8a6(NA!7R7BlD#5hD
zz!bO~068LQA#^>a^qZu&#H2-T%F-b0?Z6b&wV1fjTznkf@~x$rZOCbEA51gIz^|7t
z9j>lmgn_d;v{X9a&}LN&uwdzPbc}^(Jym(~jSRP`?md0%L^sDJ<IZ5rI`>#Wy*1&L
ziB}$^S|m^TX&SCPIlED12J%r5_dqh*4&(rT0|_lK7{?l7%$rjQhSxrT$@<;TED0x_
z&iLt)5t7U;*P*bm-h`J(7+nJ1f|iY4OesYS)l<d4bA;TGuy4oeU=$hfP<ggNvCy~`
z@bEcXioWW?NB1+iqfv*`(Z^6hlXdpg%UZ5?)GLuY9yViT#UK0&ozM7C5<^PlhU0It
zv=i5byTO*q--R&PNP*ziZv_tiv@Hco*ITrtFKa_sY|o92$DRED&HyIcJ-nqSW%P8q
zemE_mcnTNG+c*shDp+oS>OVqT)-q|R__*$ZQwr#Gsu*@|&(69Lk-Rrx>y(`45~T+^
z1+;0*v(S6c+D3T$x^3>a@M!y9|9i-(R>Q$JruHp6hjLBI`z22rB4f~As|iyXv2o9d
zyx#a8Im&fe&Q1sq>Bb<wo4;`+6CYqY|3vu!rKmucN~36#yaIY`Qt^H*7JY|VE+bD{
z%k_Bw9rSf}=RTlnBmnpkparFQ8{Y&ETz|<8Iixd64~gaNY)YPBB%)5wwGvnQOqRN%
z;vqxrC-)^iHtzRLZojqaH!J18Sk=Eq`tG~!X6y?)bD#4pwNF;={Enr?q<x|LsPuf1
zex`0kKyN0l(I*0J-Ri=i8+_zF-P%8F!*C<00omw!#mPUJ5YN{tDj4_JzpyueQGJ9h
z=;^Y6ivo$l>Tck(EIoE07QR{$_>8wD6}ME}y?Q{S05Ep|<O^H{5VmK$+}u_Oz&CZ0
zxJ4ba&B@249zD0P=02Ho3-m5iGk?saZ99AVvc8tI#L<>!%uM6e%&*q@1$^`AXV_Lc
zH8v-J?$%s)*ruQT0DAqRUfw|>>V4|3(f-Lrsh8eTz71~?W=Cvo?6Z^XlR~yKpK|A<
zif6p&hAut;>Upl*u|O)|=RKY6!fq=w#whI(e>kwlm6koDyjFm7g?C3zuB7Jz#8)Fb
zKoswVi7%iK-!g_}xwNe505wo{=Fh=Bau;FgwD{=d+ojQEA}L>qSHl<<Wmd_2xX)h;
zzj4{He{~jm+*uhhs7yvgH=6muKgi|OL?@mU1h0didYF+sw%j!L%Bff1rDgE4)#)%$
zK1QvC5u+DfJ<hvvb4oQ@2g+o~gqj6EB=V+`wQ%!KC6<UUGA7=6kgJa%S51D#;^G%v
zJ+|#SsQQ4K{C`=5<-{2ndtAZ=i2p{+EB*Nu))|b$tqUu0N=X{7_ioVjBpF*~%qri)
z6%W+U!02)vi8)EyYsnO{bo$XsnfU5Ijlh-7rb*Gpr*^}XS@-r!cd4D;BbWFfOyV}Q
zAl|a!@_w4xsAxwhg5Hx1&MOi6E}hpvNlAGL&WA>LmOIqx+=31*{d@Hd=<_B3a^i$*
z04}bfrDYE=NII4hCPkc94IdDlD8(&SmI<I<w!52>dy^tsCG*F}CSjMG^V>{w4L{l_
zlz5)-RRh_@It|2I&=-HSy*0S4yb{QSn@cKH>^MByl=OC$<w#%(KJS~#3IH_s+bXXg
z+MJ(is|Hf@a|=a&bIxwe^-nP1AxLlbd(&MBa=Et+4N^1lx`--RzM?uVCK#5wUpjx1
z@*qx7d2J;U6OD>Sp+Jl`g}+7v-r+^a;kLX=X;mxp-=l+oqh_yxx3<b@M=U*MVo!To
zpGH&0@U{!kCw9g)aG6zF2vww8_srmF)k+|z)wjY41H#l0U&O{$KbVpJnr<S3@_yr9
zFu|X4P!INTRA<FDtKQ8^-OjAb3|2UMk~j4B)F#vNNNT1~J469iTKOVVe$`H0`^fJk
zb54Z+7Q?m;P>tLe_VUXYdwABHkG(pUluFL03>d%FDeUW%csX>~cOnCL6V-uwO4WB&
z&w2-62A@OHtiez5o}Kkkxu`<mel_<_X^Ea*G)Jd(_BBnpjT?>Es)fp=iU~ly$Bmes
z*BvBnrj)!tZ#3>TI5TPSm>wcrKGA5?i3`oz<!aWHGS$M6hi_~v)&o|W$zl6GOCv~q
z-^CbyS3o&m02V~V{cob9*Hs6svsXt1y(fU^>?580A31hA_x%vs)_&J@Icrez^7r22
zKSWUC+5RF(>b{z&Gx4BXgaW?S5Lo^;`Yk{5{h$B^+}vXJftu?Nt&!sGYt&rxqGgqb
z1mP-woL6>l#z_&%YE6r>i8*O0_5D_84WW^~hh4I{J89|viTZC8&7A$Qcg&^`tG1Qq
zo@?&1tl`hd%xIwq&ChoF$Q`X0FACSrEKE$qf^L`^V_V!UB2XtyZkxYE@!D~8*bz_1
zo3!s|-ture0H4U0PENOvQ)g6B$q$FK{bYY@7DOi6VXs3uQm&*Gq~5<SW?EH>DY)5C
zQ6d#~h<}`+<yq%nQD1Oqe4pXn()ZR{^zSDHIOPRk4?!NR{O<Ae#m^fA&07!LA8$P#
zx-%$cGO>(s1{I~&xZukWWbipp;gzZis<+-nbw56T@4z~JVk)C(a|=*tJ>N_gm>OSb
z|2!LeUA!jruv{X(V(M&Yab>F#jGH<&2W>xIsgN@N`nI)qM=J1iM}B&+SE0+c3w!&f
zpD%iCaDGCZSVJNIkN|j0zS_0$+1k04DwHz@N3ZvwFr&`<{>KYZqN1W<KxOB%wL_on
zZ};7$tZr&H>L>b<8V9elvH4wA>8>!b3>e3TN9xgt<f!t$I~O>g8=|?t-{tx$BX~t8
zbvc}KG;(UIwC9Snb*7SZYy=Ful#o-3mu>gp<+YCi;I5nJXWxSxc6P#7DJzPnd6)YY
zqnthvG5Xr1GZLu+WOULOPbJ2>=ENOM5R?z(p~N*h6VVd!M>FD%lV;tg^{twm2o+B<
zbCv6XO{ZJ09<ntB{1|l7vsyg;kRU5t!~f@1m4{N$k}kMUtAF=-dCv*;I99PJ(9IP0
zw!hyGI26+QbRRg&P|yDv%8PWWv&alST|-%1q6H%)Z-XIM$f*bR>>LEv$02nU6=CnF
zj05t40E-4+$g{CE&kt0=X6%Lnn#1#+Of<&J?o!KyB?oT=BrhE$D9pzNXKN=sM3~L)
zcx*S8-b{zl^jx+2Jsq}3l0SNpAtdQ@^TMp}Q$WkOz695C@vd)e%bc=>cFfyTe>a(x
zkbX1m{0Tp~-7}<4{+xD$ne)^qweyhpt|b*7dOW<j{E&$CyIyN!!NtnlKn?jCDbdcC
z<jJqhtHMv{VmxnccOEabY`|r<<2#?j&Rcd*0(rCaH1hR~Oihb?r|^K!tL`4A4~<rX
zWsx}7H7yVST=QftDhiiCJ_fRc9b3Y)#P(iZjBB2ai%v~u!qvd6;@n&!y>oBRy>p5<
z6sTbNszKRj8Z#jauJ_UMuc7Oo?4GMKjj=UP)=D5aAXD{!`6RsWzgY5z#BCt&36}E1
zlmitSgxlUOUi!qk)`!O7zf6k^qZYY<i9!#{h7Da!j}F_Wz&*RkF^-dNAlcxULJJYs
zE*+W7EWP4+fvaO@$z82^He_;{lt9LKT%QblukkZE82Sf>f3EnnVH?{2Yb-@EBRFtv
z{Ch>EnI9KXY2jjhrdn0+ZYB@3wyEzG%ttbLqm|Lm_02}i2J+e{wz~3pzZ(xDz=OR<
zG+>#<rxsEosZkvMq<A~WOY!4=eBXVKn&zC2B`gDXJKs=yJGWpBHfNgZ{$N12ba&FB
zET$HW_DN{>Pfkv%aa_I9etPN;lZ*#)?mbr!8ho#On;Rh<z?#R#g~N~`6I7Tl?F249
zdkCi#oxc8DQ&Y37d8WjzJNmF?cumN!Lt`9^TIC=mRO1*a)Dz(0b)qlJvtyN(R-1cW
z=DiJMA?35m{$TWwP#8bYgOh<j%9h%3@2C)CE^7GQ&L>s&BiPRy4<7C4$t8W6G*PRj
zDJ}fD*_?TN4n_RL6l(BQ`E~FBKQS|H07KWiE)d|&I}Hy!tZA6ZufHymDNhB+G9B;z
zc_UIpek@i8nD{jhbp?!{?L;Y<?fKy33}G8ypw2!!0?p$lLBrDdlhv#;u#|Q#j@sIm
z{eyNpnd#ms3(g*9$_2QtX816j&#bRQ0E}$DTMN`Na};?+j$3xWU$6IE)9aj~j(Ajm
zw%rtaAq-c8$sNgT*Ixk@JlJDia<DI}`wLfY96#upOG!I((4`7Bfen^24b*s><j}1&
zJQn`cvEQ(FiK)+g16Ehxn+;Vs-JJH7gsg?^b?R4&p*P$5uSj8+DqdK$gw8mu)}Frw
z3lJ;?)@O3?ywh_}ZBpN7lQG54fnK|+Erx!Z7C#&>6juIQr$xnuY9CL|58{xQG^iIP
ziP*-Zg;KoM;5p6Xapuetdl@tBPB%HYZOW3I?pg1<Tm2eB3qdFmqf{a>fp)Jgf0l8E
zaeYzL#@ai{S%mKmp0B}>YGmdXje{<kgJ4msVSmy41I+iHB!0KUO=Dmi#AanB<f5Tu
z{UnW3B{#(vRX((Q@K*sfefZ~C)jA+-nQ^7U4O7||a$^%3^!s`=&q>$=>uTPPnjxnR
z7%hb2Gt;QgBPBJH#QpVGisR4cW;!u*jJzj-oc7)U1nndws3K=GH6vO*vVzrpZFjna
zX9PV&D;2|yqHy%A{IzdOS&b9{(#?^M@dy@>4tSk-ev=Ew7OjTbV52x<x}`ya#6Egg
z2kKxDRQ4$)%}6NHsw)mRlaX~cy}B;P4%879g-JAZq>V*}Ys(Wp6OB)Z;|X)DFo?hY
zkjx4FJwXqlKt`cIBsM=$2ABQNsA^FsbzYf`4rxdCx?#xgHng_4to1iD%WppVhC<6O
z*P>mLqNMP{lu|SLSq-nPis+Y3OdS=DHE^`77K!{>*!A6W?U{(o+C|uAj7py;loqm2
zU}s37r-gNZcA7k;Pr&YaGk^#$_|?RaN3auxf$yXG&yVJ4+U1=<GKYBoS&ijs9=Hb9
zre6HyKi(=z2Dz*A%usHVIaV;jDUzDlZ6EzY>F&*3b`=O6m6Lf{xK65M6S1MUV$c(%
z>bwVPv}4ni7EMG)g(>uu9t^7Y#pgpBMPr@IDkxSHXCsnJ$55=a24Xz9m23_7{@P*B
z<n&=sNRvY`g~H!gmR~UEdlvPdnpZTT?>r@<)J3sLGs2b^O#vH<?`3eL6t0OS;p^hf
zdM!O$-6%}W&?@#DgZ4bgs_y$A+@fZ?|8%d|eq&YP(hpV^vH~}B-TYPIq|mfhknRf1
zTy|^Ku#O~vv=qEMmj^Z|CtM95k1cMGKL{YmxlWeaf=T7B4Q3#V5qCNR6}vy9A-vaV
zYQYsMcjSJF36j6jJd0M3Oi6Dluq)`FS=w!PdcL7pwYsfGs<`6b&?jDvt?{<d=Fn6$
z@RD(sG?|)$*Ey|Vt7{VpvzZY44dySM;0mb|n;S?y+mb>@iC8G4#%UX}Vd`~;*OrAo
zFHLNC!cAu_c5-0Q&=3#iU<NYf1`R~Mp5*#ZZqzm@5Vqu#0EepEPQmx@VQcHZ)=kHy
zpN-5WfiOgm30##)V1VW|XAT&iR=JFqnlrLrg7nW<?P8l9<J<K+>r!iR_daM4)}1@L
zx|S~=0|{Ex>MS^?_I!Xj2m|PQ3eI{r3>d|C>0_sROS+1{Wy%B<d`LU9%nTt5on)9+
zG!=w<C0}?5|4wmcf8afSJ9pe{RA>YF(Y;H^wydzDqa%E2e_`PnA%VR%Msmqt&*s~a
z{!Sm_l)A3EP1b#U>v&!LMY6>Qv|T-RUS??2eG7AcT;J~9!MP_er2_*&lR(V2HOkgV
z8xFyqd(Ox4$YW>5?=YydR%WrWeH;t8Q)+I&8gk}Ji!`MMLFVZZrto>!Dr#=dz)TzU
z<22Y^i9fsLb8yMCj?qH@9*6YHB}13*{1^_wW2td{j~f_smyOe4ASi;jd`Ve$dAD}m
zzY)bWr=4O&W(^a$hkrbHHXD&W_pTk?*B;T6VTpJ3H5zw3E`mG3VwK!M#jX1_w)45~
zpPVRKN@BOa$GiU8U9LVeUMUMxpl=;{;|^eGSCR;H78e)ax?%K@g%l(ni|GgST7{=c
z33~5jeKdzP&OO9EwnN1)v~0yv!x@yb2I`iki|-t%*$H5aG}6We{mTq2w2{T9`p<*o
zhj$c~aF0XG0pv%9)vdhXtTF@14s}$XqtO=X0q6TRsfyFc)9>c;uZf+f4I*8AqHa`)
z)<Bd6jqA9&g5hi!)sMzt)9ilq?<hWRq}|tIVy-hpHl6%VSC8{*dUvufm_JRGWG|JW
zrN7$Rkg1{P2tH})XXPms#%arbMn2n#rrck3t%kkfmd?Uuo2`j9y=@skSR<Z6*DJJT
zO8N6{1u5i@h1L5<43=z(xUjBA^yYBo`6fB>u6D?G9`$0OX^d@IrIvF*++I++|8N6I
zp5K}!EfaQm+V*;9u&#eTf9)gJS=vZ|D0K}Gt#J?T!kB@>Xmjt}`uma3aHhg-BvA!u
z0drog&0X?kX1!e;ov;bqKOoF?t8oZH(jPH`cjPdJDcl(Msh~}=8BZd}Yt1U)UM~?b
zZ4rLEz1Cw%veANHze8g$(ku-94lW2bp7h3~q|klgt{9U;*v|rg0~G3UKxYXqy(xPH
z3Hhf&@$I>&?CGC8@yjMa^Q_4)9C2BcMj@VCi}$=eO_H;yYrwz5Ev5q970|*XrDg<l
z92%tM-_$si<u#t%J?;&G;zH;~0l}+`adT^?>UL`fTJ9^V<NB_?`<5BhR9C_=<~>wW
z+>Hf=Gf|k3b>YCnE0SNV9soa<7Q-M{>)iEox*-uIVN^WTyX?-5F99yUBIeFkTJ8r{
zoi?`k+O&lC(CG>!TK($iZ?7Q{<Xx>7?WnoKT}c^<e)%LJ+8?v8=H=y;+DgNSJDCja
zfK*&3?ob8ph&YqJf`KSdcM7IJY2bDeWN;gIsn1pGIbvC{QO8PD58b((df#mo)xs1e
zJ3N(2a#`rM9HmjMnP${fO){kc?h?@YO!dUq+A#>(9;)pR9PLdlqkTFl{=NG>yr6>$
zS#g)%3219({uj}wPGwM&21XeD8*Ge$%Cx$EiJV6t(Aju*8r9FwB$@$xFd>15hKJhA
z*>66aMvHEO19N|<prYc-?2>Y9=bMz$8ZY<w|8W6Iy}SheB?*ICA(A*NHoW$wcm?O<
zPoM*3a$rX756PFE70#)&Hj&dI#^YcH<~QPmsz#qxNNviKfb-${!@YyU%<LPb8-gV}
z;WD~GP`6jt>$ks8P#b~noWJB@%|cF-U>hI%&V5nuufbSmAx*qSlUP&k$uOSJelr!j
z2+nUoZV7XBO3I0BU#Xo+x^GK$X$oDru8ZAOvL-9_*A6Yt%XGTpFk>-<J6j=8XA8hX
zXvZ;@{g&x!TX?wb2^zD(8Jl&O((~3o_ICU*exc%&A1B?YrKTW!_qj}hF3*PDpHpCZ
zZ2F3JRGm?>9{*{*{yE>#Rd6#b&-HX7x>vpDgCq~;Ys08FF_?DtuUyr|ngk&^^<m2*
z&h8}k0a@YQA9x;a4<2$JsnnewZ7rJ67scG040Ohx)9I=*W^H&=5)9(qimb|e)_x;V
z<6ZPRAgNE@lb5$RSj~s1z;dBY-%OxiCei=hg1rUEhkZfC>jpe|+2s63%Kd2R61-we
zEE~-R%?|I6z@d=+M&taqh-Xl9q=p<+f?+1KbYt*dq*e@yw_(u2GlPjN=EKztLU*b5
z4&^IKu%zlXN=77fEdQcKrss}i0v8V~I(YvOKX4(W-sy}c<5lQyJkL&#^=?8yvKjq}
zMWJ5BkwW134}3-Arif7vaCIfWL^YeKelK&5Y%4sYOoITodz70E<`PoeD8YbfyPJy1
z<d|ggGiWZ96gie7hFdf0L33Sk>{sw)ciOK2x)^lyEbHUPThfK@Q`?)H-#~$jnw6xZ
zLnc5W!?GL<FZ4`f-hvEmQS(J^<a<?o!K(G8SQvz%dO^+By}mL{NxMlqC`$>Ny!j{~
z!3%<fe$XUv@OW^>fgPvSb%WKlfvsh3toi&VJYw!EiF`DQ3kj9b6FOeoTP`X@7+k#7
zz`Npe3zGz>&*>yT!(FjnUEhP_8Jc7Q>zhC6_@8`R#Eq8|8>xP#i!FqAG0Q$+WTktJ
zHcCiG41p$cx>|(K+hXOK>T2jt)zdph`(qLRQqa@p%#aH|yml}p=J<>4jg<ScO3xg-
zeBd>0`IFB`9PZ$7V6Em?{JTcml{?kIC1lM5U>hT}9}07(nec9zAdBnzNaBaXfHIq}
zH2VyYw(Z7C)G;2SRdW!TKlpvc3X+?IQx*|SA$qP4p2%wj-W)N`OJg@H%k)3uO4a5@
zgKFOOP_MjxQDeX|MBOBFlbL=H5YiF<q{%c{(dOC1$BNt#O}zxu;n0hDFB+YQ$gmx|
z8Y&fe{^)Lc-|-lU(IVDScAt@pwHvsX=FkKXi0sp0uMR2$ZhHuL>C|O%5crCFqx(}r
zyk=noMNSm+km%d>cen9&yzwq{I^x->sm{5u_BMBQEgbn#2GZ&JtsO*ouX4D#u14j(
z)T!pN06^^Q9_4%evSyv)bDP-lh;0L`2c;?=Jes_O_pXtdejD+fpXS`h69RwU<DAQ}
zJX-~zY|7h_9#g6Fr}$Bxoy$cB=Ocq-YtH69EbF{^85{iK)JI%FIp9QnL*8ts3aHXv
zt37{yn|NbXeh{~f8VjbIbBAtunoDkG0Uu$eO)$0mA&9Cd88)zR>n|&MW#lV^(ul05
z`4eH@mmzjZYBnG|z{Ns=iRU`<m#9XC6+2#~-epcsVjC;%YcvltX$+#iw}P+|_(0k9
zpp_FTwi5xe#mL{_wnB|pBKJ6i7iqv}H}ym*;<E!{`SfZ8n()~*Zb&KGdl>HyA1Pc@
zXz%PpH)$dXH@S%=!Q&g~Tfp`qH}Y$fR<&jYt#(DZcK#cujeZ%-J;yV8+}au!$DTGl
ztXcA8l8;H&Dl{&68%_QPd6o0nanMl@DU_f~Gua3vzdy+~^P@=2#}l-e4IT)17hie6
zL{Iji^yNLBVsbsQ;RGsd5WTK$BE^=I1#>vQ&#vVM<8dP2jtqpq?n51(dx@AeeWjj5
z|HtLPp2v%is6-@Ss)f|otTUtscxTn{p7!77c*H^%IA_sZ`8|M4iTFKR6BCuYdcRvr
zVVI+GkSyIOJ4Sj)0yx789H&ln<UD6Ax9|Ax4OoOoBD`fYzYIo|ZggAwK2TMfQZ=!(
zrzW}Q6O&#~#g}S813#ITt>#CiXz=MDJo3gp^e<{QH+e(Ee+dAWwZjw;yNdI|`thpi
zJFeCebD>04vA|Y?>5YNStuXNT)>TX<;Z%V@Uw-#7XGJkElOvC5^?35;!szD(FpPhA
zPxz&qrqW|gG7cp+p~KL;Wj4tad;{B2VBtHn+t1+S0nTT_R~=3YcOmzokb9oz7xw>Z
zw8XwxRzUqOQGMw9Iy&vuE$DCTht`;>r#xFCEv58~3DMo2`EllIk!VU3)ZpNe1sQIS
zY9AhWrw+bQ(L=rks|aQLKu{R(+K1O@LfD6B#Ncx7DJ$z5q)I~ZCLZB93Fs{&q=^Gp
zslABjX@#a@9m7<iHFiA>&V~sdGasDWOE^dw&6#iJHUjDsIXDD7r$V}(iz<Fm1nSg~
z<B1BZF4U~E_`d||^l~P9@|IT~NI+`7-{s;i>LpXO@lK!xr$i-qsWZva-lD*y4B$oc
zzYp_`2vUnrUy#!=q8fR-VTpzHh9dZDuTOosAv{hY#$R+A=FwiZx!1dY|B8!6=taUH
z9%rG4a_cg-6dJi`-tkZ@5q6ii)k990gqRS76P(qBnna<M1j+(g{HLL`pn_X6;T?Fk
zjJKG63oxA~NPGO&=okRQovm-`eAY(<fLlr>s^MR2d-NPwc`odqfL5i!n6bI}?a4=P
zqSI0kdZ}F;IhCJEZ^G%S+dOv%GZ7q~<|3>R59tg*<&6+gDP1w$KtN298ZGBG;Io}0
zI<Ds0{~&#2W22a5Gv=k+J6yS|<oT}jN<#VRvDlUfFC48m!Pe#zgSsPtIFxMEFOpTI
z(7>fm{3QS;53O8koDB!*3hHiK;sdoE+UGqUI2T37Sf5NpJD_=hLbrVDMZCg=@95O|
z>``moR$Ez_e?EjMc45Bb)qVG6(l~aR$eT~%=D|OsJD)E){kuQ-`3$F5XSf+Q+m03V
z<H&<E`)mQ^w0`Gi?)O|f)=yfiwIQ2758VXK$8-4g(M#;|0YFDMmCX}D;@INs5LlZe
znr0I;1r*sHN|^pa)dG{5<1AxGwc1znIz5(NwZ61Fh_dsw=+mS^YYt!;u5+t;>qbg1
z3}cr-pqgJ<nImQ?GmnAJiHg)qQUX5GWHdpK4R#k8-fi3Of8j?^%L*W>mBzY&nDupJ
z@vUU3W_`vEv5iK&DN707QkPdMW7_I8^8)N_3=!z#AaxtpAdCiZZ}yNWFRJ-gb0h{o
zq}X9gp?nGtnCT16N`sC7KU=ru?u5Qed9U@W&nvD0B=hl90Ki{rBU%BiF7Aec#ZWCy
zVDgh(fcMluf2LgQ8K&(9?yU3;_?I}J!|0)oS8v}ApZ(3};Nl{3dg<@xMh9+uXA<#_
zJz)q~s1H3YnE8`Rd0_VJY2MYQ>Nbsn(YdPOoQ{>J^W9qDc}X^cZg^+sBCHEn-nOai
z9eCsJA}C2?_#Wl!zrGH^nsy$;L-)5IrJP>$Tm{WgT;Fd)j*8wy^E2H$aQLS<g^(?0
zEzar$zK>*{zD_(|NAxdlWm}aWl!;R*X5eEnGb(J?4CmyGuaEm|X((IcCsb~U;2Y<Q
z^}HaS06*}Mr>j`zwcHcJ+l3+)fG481bUK^*X91~`eV|xY3{@7l%@3II?ozXXjx2nQ
zqL`!!UZAi<_y&x(9Ukv4F-E)xS|#KJHiqU@lB)mKQcWky2+Kf9_=dR4y@3sIS>Io+
zZobJKkXYUNy5ONlQ(w9U6)$0lNQ<yR1vjb&JOU(AVA(ywVRQq_O?%6YP8LE67m!_%
zx~A9mOW1Da35dml=U5V-m)gCB^)dE}dgA#(c&>hEYL<0qn;Vzi+!Lko*UY2iT0TY0
zC9~}I{N?Aox=t#OQf($RueARuHCWM%NEyr7SchN4ylk@TsL8FQ(T;g!^ToSC32F#9
z!K(4{r+;c)2LJ`~jwqJ`(jT`Dh&sSt(t&OCx<jaljdua!Q3De$R{8z&9&Ud5aY#y!
zH7#{iMRoNz2E|-HaOB%@(A<lXqjpOIeXjwV_#=%GQcv@)pFimVQ%o#XV@MSISpKU_
zkf=P2(3#L0eP8=At`b~nK99D`5l9!NkhjIN7Wq(Ax}(Vn>`|LW5v~+HtHgBXH|^Mq
zpnWRz5YraQ&qmm21el~dqVD>VCj;Z0=FUVve+H*1V1TL7Lj(h;)ZF8)TM{M~tuMtO
zN_~%F)BsucxJNs<a_a>+_~>9)(gD{~kw&iiWDc+xiKde81N-TTx%hWvTC{cLivW#$
z%N*NzM^v=Jcy}AuJ#$+m1Pvhd$i+A|sc_K4bRwPyyP>IpN=%EB_5pDF7@Avgml6^Z
z!VQbm2cC$Hjg7t6Dr6D6Y0sUgllqmf1gy3*^|JIRtdi}J7dya892^{Q-`Jla6BQ8=
zk;{n2%Layeo^Y}D9W|RPIqWDdC$0t^6{RVb!-GQ@E`PZLp>yI#rHNH8y?^#lMi>_l
z8JM6aQx#a=a;wLm2|zy)_PzZu<(x}lS_}K;FEcX>F)u24`D4vygR`qjt(Ae`P5Wyy
zBSZzZKA=>=fz(IS9s{<VtC<1Y9ooTrN$jRqwKOzvQ8E2t9uN|eJy}kI)ky>{Cp^Km
z3Ud|8A{pldS8a-ihKAmle9i<;T0pl)==dZ_TR!G%6wP%}@kgz>PayCw-<5aCS%DdP
zg^}a_fX?tefY}4XliI+Wl?|KgkOTVB(9%^S%cz@d5<ZW_vp1y2B!24j4Jb1R7mJ7*
zDO>Y^1gUpL>6v%ioMk1!MnR(iWU0?7S50+n;6dS|U;592T;6CAG*a(0N2v(Y8{8<O
zm1UuSjs696yu~67A^Wuix8>ST!zYz*GCaVPpglOb@fw6^)Aeq&DZZat8@w~Z(jFmb
zpGC6J>DBB|tR8f!RBZ>zwHR%6MEuwyne<*Q3PwdohP9rf&-ijrK|t{K6qoh9JU?<V
zuxDjw?*x%EwifcX^ZD@?=GIUKel5p~O@LS9{AsAjsMzKFuV!Rq;A%n~3W~!9wJ(;n
zai}(|#i^*pus=2}=Ia9BI?;m2phnzV`_qdZ2}KcuzOjF=jhK$6q1}Ygy@&zYqG2y~
ze-m(QD)(}x|9)qi>%RvW8bDM&&y2#tT(Vhj;;G8{@58@p^f8{^tF?hj(Dw4ey0Szl
zM7<Obz~h6+3s!FQ-Ew<!PKS_&=7jI=vhU(TO@pYFc*w1(eFST}H`tOQ(9tTkHcZ|5
zqg{f84gVD)Am%|+eIc(p#j(O%GV;H!v3&sFhTsCVl^UR1<7gN-A2r-`G45CZTVerB
zae-~rZadXeRDxgEx(xzjBw=f9Bc}C?a_%?GAOJuBZa~xM3f`a1>0qwl!Ut2>(LMmh
zg`%fQOdd)U&FYnWC?)O%im>I)&1RT2TJhH#MXSF`-LpysNziz|3c{ag{aP6J4%sHm
zCL61J2S$Q{%zs&6Hf49zBfX;a>jtD5Ai-0bT-0;CV%22wxQxrnrfMQQ>LxH9{iGFn
zUi@Q6$G8hGTMExyREdM?E_4hJfX94EKjxMV@^@NfX!jI{N3?+ruG=)zADyf##!TZr
zPCP%2%}fkJbTp89EbnRHnhJRmA95-SzG9t1qqAqKW$>yGH}5+_#qW_vq7nB>F?$6>
zFf?9-gAO22U`)Z+)C^k2ot}WPr|zM=CvFFSbTu?I9EqdBiLnEk^LX7+9w5esg59$O
z1V`J!YFU?ELjRYL6x}2A4*K(h8a6sMUJ{VF;(EXQ#Q+E4tA}8;g)0>rq85&ruohz}
zE-7(3Gj?zgG!s5!TU?Qlc%P=zmc7xk!o=`GUnT*2Rak^S`TMCH_2!1%T|Z^0LtlC8
zR{I7P$o<fSg)a69^$^|dBdey_ykFe6s(fc&S*Y|7dhD4D)VfVAEWU&3gu3%h0KgH^
zw7vIQc9*uzU1y$xPyUpiIeD6DpPv2l+8>u`2cf?3jj89kNqB_X4!5A1yN#cI&1`?=
z?X<!oRoLpN?m%rx%;suD8Q#Ta3SQr)heGr_b&Q7>P9+`y7>45AExD`GpqgX}-DqmI
z>-efaQ({3VD`S?D3|)>RgPbrhK3f4t@K+gnXhIRJAT10A0?}h{W+0IU2+lyJ77k}D
zE-e-F(i(Z~saig=6<Mnf&n8azfe4xPGY_ncLwxw8#ShZD!P(ik2b`Qmocs+>#{k=4
zRBM9dQ7{%{+u>YvE4PdJ63~dcd;{lrW>#Gq_-?pN!Y7^|TQvB=HBqEdjRfeN${tb|
zPg+$oGpK^Wmg8>r*Ro$0201NT1u8~CLUb#ttsabzrbCPMCaihl%(SAuc93I~=quk$
zlf(BwGr#}>VlXH_=n`z~(jq^6V5+XJ#+g;bC=no`_WM}?_At{r|4p4R14bl14^Jr)
z0usGNS)JBhvDxnt6x|vFx88YS58E**HDOh#wH`*H5+sq*q$xqI-<+rB-C~ULyzBjW
zPw9nSUx`bA+QaL(-;qD!>Ug%2^C}0=BEwvlRfgRLFk#i)b7nT&pBfe|zNmScu@Aa^
zM4w^$SE+nz=Tl>%fBr)924m<|HH48QqERqYOM*%@o8IA*!v^8Z06GECp@RPH2b?C5
z{tDlAdCJLiY{tp`459HX2;>w=4}?j6EpxeX%YbSqI+``Szz*;qD79#vKsvqi{kn_e
z*~G>9nG>uv;PjYmKI_uh&hgJ&5L?iVvyVM@#j;8_j?tEFF{4V#c7G*<Ux+9xd#B3^
zqH1i7<}_9H>~8Up!jT4#3GOiHx-2{atuFGAD_m{<5rp!cn%2TYRL)q4vSK)A?6NXD
z9saY22uGzFEH7sflvpk#FJPQ1e4JKXs;2_A=)dU%L>;_26AS_ne-{^}K||?LqKA16
zSPC6TM|z|5E0afvw#ex9e@YD8+?B=4-vIhKTj2)UUowUUN$4;!ykAqpCNtDY4($hb
z+w+;j)J5<p%C5vPa;6i1a&8}|KA0xhY+(PjPyKYqJhToSL@zF=n_o!>UIrI-P!6;#
zdsr^O@%|I!bSmFpU!M+j%+Ll^U_!KYUo-@MqIeP_k!!znlL4$4)o9c!RM4t48>@1o
z$<Fs_)X(FcMQQ4-seE}FZu*Q3Y6RPrx<h;|7x_B{+^j$-1A+f<L|#ehL$Z4QdjrQH
zGQ3&0hcXltGIiwzvSTZQcZB?;1Bx09!&Y0#n*Yjin*X-jIevZ-etKO2eOcE;<U8ep
z?-NY_XUcM-H6{(N3P&dkZ=Q!Q3qZk{@^@{kh$p9V#f~!_|5J1Flg~dsAEqRF1^fA3
zL26KQFi)M*BJY%dnCTKG6`<_oX#J?xDc6=M9xn#eG~t-(A!jU*s>nTEC81ksvQgoX
zg-R29-`^XrVw%&Ndg)1jEx2xvEgB*3E1?bm25=ALQDL7<Vgm4X-cIG|P56QL`nie7
zxp3!w@P*fWnF4TTlWR|HgWR|!$k&n?G9x*gG}r%kqjH=<yvU3?S`!&hLq2IqZW5@p
zWLL~PTEs=4Q2Zt9GkeJ`=!afBT>mmA&0Ltj2+H>|L;x9=JRCN0%~YEKsbb^)@g1s+
zSvOyd^9C+vu_Q?Arh8M7QVYa$Y#GqRM}nG~zM=91)LDdrl%tpywoF|V&zsu_vId}#
z7%e0qo)b(r&O-TRbi!`Y(f$cNWU5JhFj6cXKl4<~b+6^Yu_w`8LGD25wwA)yPjm8g
z@LCBHYtTIeWiTPAQl3WMz7wOwbNiuEPUQo`RssY>wMH@5woZb^ntpwWXiMZ3KFws%
zI_wHR5j-V2Z9?N-+^16c)?76k6p)V6<400XisIGFqQ5@j$q}pl#7Cb1T|T_e{>SME
zNrjVB@%~S4i(6gIqCQ)8Oc<PA^V8ub#vx#B=K&^s#uW}=%Br1}5@7<h)<4;jKfL%G
z3}!SDoRo`u_$4jquR+fI-Zg&kF6}2qq7f=E?u^dAYI=Uni1YjcT>LcVk*v?)$aboG
zxvv;buIebK`Po*FmelU3ftIq~M&><e*JW`j^=Uy_Je8`~M8S)N&_9tbvha#QOsH~X
zvXY)Gc)qlM1zL#KGPuYIVkd9DFhYT4lbykgt+sxjVjWI-h=sgHKi6-!x<P0=02LJ^
zs(P_^mQa0k)1EJpT(Ki3@R!n49i5W5l65g7eWa7F_@HqW3NQ|^1qEVB2|$2sU%2WN
zjDr&Dcy1|<{P+@%3eKCkJ@~q-H&@5lk-WRWW{Th5AQ5Bs&_?Hh0a7S^xU*|psn5|~
zHK>JBrQhS#I{XMM1$)Z>T_Z1eH*x?z>Rc2MDn%M9vdkgRSJv5fB-<>S3XAiY_s^_4
z#d04d-icl&m=;k97aDd1HkumrUpB$1GFmiCPZNq5y)9DDK&CPlyF)C=c{U4&hH={4
zCgS}ruLdEF0=^>FzE>T1L#eO(o0^UJZH{WPxH1vp(wJK9ksmx=2*r$b8nHKHCzEXN
zZLcMFum9hh?j5Q!{w$0l$!T6XB!y>K>a-o_+sV8}SF+4wf}0MVWOBi^_1W4tS#lRK
zn7=IJgfb;oFDw$taDzHzYY}3D!(LJ!yHg4^cTnMd1$+x|%gBa$gay)3shn7ns1Z*)
z{q#8c^p&%crlx19Acea_TI7)VI@izG*uVX}dc1z~t}5=Of-MEujCca=AeQ?f<SJs<
z)T|%>-?Ll!EMgg%2`&4z!g5{GO`_%|8Jz0%-<<$-_1ejVVV{eiF?y3_e$}#Qpf#pg
zZRDa76qM`Q@A^SkG(k)?UrhD-q-G*k_=Jti-kWcBp4eJ)3}khG8ii*`bgNRYR<{*{
zu2n$~gh9>Zluo=zgWf1p_lD)e_W?@fv%oZ4C1csl@G2-H@LRJ_k7Ke3E)V?XT@(lc
zPl)HELP&qKpf3Em#n{1t0e)FaAt{)XyX?VuRDgH-{q)I%*XY9!MS2pK(mTT<tatJt
ze-C0${AhJEKcDBX!O^}R=_>GI-sm1UdaP`x#|b>tJ1StQ@NUR~GS=-jFSy3LsxLe~
z#-I#`+1E<vWtiXBv;*F4ZboMTK574L!Q*~*5P0AbxGPl!yKP$SkzcbrZ2M$9tnGsK
zeKbs>;y~K<cUh=QGk+Vqg(+VpAt)BXuWt85<`I!uf8{6HQk!l@0b2CH7LNgPb~b?D
zP>p{V^+*DqMM8(4dbM1v=wAd`mmC|@H~zNhb@7(dp0*$g9j;ipTOn{FADyP@&KNC%
ziZ9EyM+3xAII2K47*tSUF$fm(H%^>M`ZNVlD3TI~ki1Ov9&Y8Fr-||5B7>_={-GDI
zn)pS`Gr+p-+b59TQ&%o~V!;{M*w|yvD4#Jmt8dxwk`=xFox^AD-!&T~GOWYV%@TG&
zWZe+>)`p$nMQnrNI~l(+gX4R5E=^iqJcNeyekrUIL;#ZBSCT@|Hoa&1lzvNP+)H=#
zs%pJQ5<f`NQSm9&2RH2{dc^1d3e59g>K-<dKeEw^io}1|YpVJHj$nyM85vh88jmPt
z(zcPIkHA%vFP|iO>2)04#(N98l_?)2->bY3oTSmco4}S%e8su?Y&xH$xF0{hMPcrX
zn1id=tRtjtrfW89j)rbDqG*<Z6UfT%pN)zH(kFP;)YdM>$!y;`PG$eh14n;f&fhP&
zm5F{TQ4qZ3-we&KTy3=*d`r1EEg41=ls{Yb^1iploTdQZ%b>L_#Gf^%l;N;e@2tJm
zZcpngF4sxl94U@2ojS7(`La5wV)=6gQBdM#m-3Q6K`n^cggk<;zIDTTd-Sj9YVTZc
z-H!xUlF)pL2Xn!@&QXmf$*=Atg||~0GmO_Y@PWJDb~VIHE4aARDFMK&1Mc^|1k^8V
z&T=C=u;xTP6?On+z<&zWN!1zOf0laPUtKm@RTEh6)U)J4+`9@w+fKZUN5823$i(M3
z<J^h4(Ondj<b-3(;?j?i*VEf#+KjZiUw3?E!Q^b&(LKt-4QcRBbHthev#Ff33E!al
z+{XQO$lX3Qi&J6O<^9kUW=EdQ#@2KLTx9?Yc5^HrF5`e$<yST?fLl&1tOFDQ00qLg
zZr!KUP$-fxpx4V!TRJVRI2qsH8Y@EnOpm)V=Sy?PowWXla4;ZtPd!SS2#&r6aqu;p
z`%Nx_DoaRE!{xL(#u7xuW(47{;Fx$;f^i>4o`;F#fW<>N{l{^av$E6x-)<2N62t14
zji&pc+u!qMy2zu3EZLl~<>TDkt4q9U?5J&)wO#YLxeN&2{}Po%bCXBTe#U;yK4z}E
zzrOTa8pAlIhJQbfYU@@VKDfKLPHC%Nwz~QlL};$}+0ED$7{~=7s>6<7A6MV(k)B{U
z=vXP<5ldetz77s2{0YjPk(96`jCko*z_Dj=fOe2nTM*ILjP(vCz)FT_15EO{Q&6b7
z&M0^8FU_ge|8W5>+OO;CC$gnSLNNF4KwgHiFa>7PiVK3*IizL-{!^be^QH$Au%XzK
za|lNnLxSl4(trf0z^h@h0oN6LN<pbMkSW%_gp1+TALKr)68#8U1=CX?wYbTMDOeuP
zd#v$fbZU!Uya**yT?Doapb4Z+gCp+OSy;$vVC$Rr36;pd-Zuh5f)!-0(G!~Tfddkv
zPEWu>_gbC&Wm+-O4G=@~*Bb8t@OQVAhmrhiEI0wStRcC<nutFQ+XJm>E~>^fRWCxb
zLQ3S%`0Vxm?|{hvOqe4!Fwc1}zU$k>NPmMLNG4l>BPTOu+Pe<iJep>y0Z5;m>TN-|
z1-n?yW)vWN8}h9EbL}_nl`911D`?U}t~eZO1S?b^E5Gt=T%hgguOl66?%u4-chu^t
zp8xF)!}W;&0S{`X=>v5M2E1gR7B8wz&t-f-NswFVY0jLn!36Eh3SmE9W2VZ44{Eo4
z1Oapuhs)zm27w-maGi<c`k1@Ol6^x;5TBk7CD~;z>sK+rAVr#Iy{UhQ-KB{2qtQ5G
z%*z|J#cc$MD5_Mdr%pM0L3HA%QK@;C;1=)O-nbK4P`^ThmCptMJBz}d67SK!le^-f
z!x!{V!AM4)3MyF&ha`74v2F>wu@{qqLK7mwq-}K@IV)c||M3W;K(hRkctGt|I(pz$
zwEh2Tn&goP3ba*=RXG3K+d}Z3XYQ)!e8axL9_x8$HVcc8-H;#M=p%Qkf1w_wmwHN7
z3zdixbm)0=^mv5Qe(a*s$>%~j9ioa=<d*5S4Q)Hynj}J(zOnd$ku?2VVEP|=jOqcT
z%wVNHC3oRXADN1xKGPX$klpg+u;kh@&;^Q+MBznMEt<arBnD7`KMn(5z9}`}C4Fy`
z`n2@?={AfraPqY=_>=WxNXcv!r#(52N&-|nL=sd+0?3uDLqP)|X2axh+`D&Nw1_?A
zjI_Giq~#<Jl*z*6iGhyjOG|CjT}$hYzsW`dsnC`egRZ#n@{_uxikvVCGCNvoAR;SF
zqQ_FBMl+mn-+wAdhK5JcEl4s_;~&d%zX0{fhWbVD)|0ERutRt59J@f~Zlp$TOz|k3
zp-yg#sHe(Z`TN(QJx2j@x{=e5$22|?=Vgp6t^hK~{6eH=)ILPnb|zjj$+c}GUfGjD
ziTOZaM}@wzI2UAbE&<mq%(^Zv;!uaGhrsn&#a*Kj3?581<SP$(%-wsY4D;PiZ;xu#
z!x-yi?EJs5swXfDMqXbjafeZi!?2T8FSHf2uD%!_OGp)*dH&mf)(wDD{UV6E*3F$J
zbwedra@41hMD>>ND=QP=#%`-V&H>CM{gbSUuQ|^+|8%{6-W0#~lFjF>r$Ms<igMh?
z3J@)5iCTH#1hM4r!0A^EwS}3@@qPTa);DCLvV!UA7c8=mK7?CR`P9sBLN)B}Qo_Y0
zfcvWo>R9y^?_<?RHf#6GC1|R#ur|v|p;8RFDkNHMvW0nQ(JQBJCiaA}#(ru6P@--D
zacG@R#s*MD_s-qL-SApdd&0mK3oKKE^^O03Y)xoHSmaXz>|IP1;pn36u*P2%v_;(4
z{nR41ABe*6EX3=ql!%nE(h`~$+`JCM#CMnSFi!%W+iL<CaTD)GR!Kb~_3!y=s98qQ
zuC4xw-&HQMWHHd|G&35!a5owxDEoXE+%Dj|Bf#CH^>E}K0FV_&VUR1<IX`0!f4Qe2
zlI{LKqP_ww%I*7_4go<B5Re)|X(dHEM7q0ChK4~vx*G*4M<k@AySq_R1W5r&3F#bS
zsPBx|-~YSMb1!mz#Phy$&faUUwe~)pk2lP122Xd7`6Opv*mJa|XHecreuEkm2pEFs
z_n^0>xSsO6u8(M#n<@$W?3C7;*y&wewTe)P4sB#gc#ft)1yX(5ysunT*M%{@U^<e!
z#)Ep~jgn?7P{{2lT+1<*#t`YxO#fn=&e#aR8A&;Z7bK6jXeM{FiR_{Z`v&T|cC5fk
z6CkoIx`q`@D?f*>H>Gm7+H^S(nooG$na2AUfT;QjHYx3QM#06Gdh8sw!#g<Nda#-o
zH1?=SCe&g$;0o+{m;1R&PfkkL4-f(3u{YO~<RuUIboMg(xS7erm@U31FbmbQSm<QS
zo%|Bo5)0XR^Ub<INu80OnzD9+#SW)2?VSR^+np&KN~0KwASg=r3z+*!`GMTbgKm*q
z^$Y+{#lnWG)m%#Dk1^<|$ZRR7*ZKf88&cLy$7MPAP=EL*DnNb$LH7$e2;-j9>dDW#
zjdVYOhC$RrBV+1hStID%1!KX##AtY)X=gFB7Y7F(M8DVO9E_BPN|y<C;0eEMjMCA8
ziJrw~?%B9a0%|K2pK{ju{I`|n?R$TNB(PEPt`Uxf48g(Dh;n%0FA!wOnlI{KGaIM~
zMFX#FB0+q`T(Us9>be``8FKjdHD|UD>U8Zp#vV(r$*e2`y}&l>lLJ`}g-kh_CPLu@
zR@tw9JUa$*BJKiq15s0-(_IfGe^c2Z`6+wD!tJ3(9pB&W#SyOMlxom}9qWAOy(!h-
z3+cW%u<xb10`%E(g0yq$bR31++6jN;Qg3sr>9wmtI8yy_<c+q&oxQ~*%DF&oz2sVK
z_9Cg~oXHMn=^28geri<`mOA{A_N_FOGG_Wg{3rRzXFxSAyf%b`m=}`|Oi@Mi58~&H
z-?4y8k?O++NI6))^`R;JUH<<P{fHJ@PF~*oULU!gJM4)yZO6@@evWD6RRz_P1LlY7
z5eH`LRgmMv{m7I7xx4cC!3N~I?1PrBXGn>R-tw!j?Thf~)i-soTJs-#*tZWj;6eSy
zbJk)yUzV!3wi*{on9|T|hQ%#)dU~S257lh>Lr`#PNNJ2;qgJ}#nm~gOk0AI%w+Z@_
z`zen_K7<dr)s?Z#$hmON2;22>1Fm%hiyj?iw2;?~Z=Tqaeze$j65=ouN=3!cjm8!~
z{lDjsS5ZNqE;;lBa56D;pvTA1y)Dvz{XubBd}oOueYRnOvCY(d$=*OuN&*gi-xV6Q
z-%1kxWNabbW`z#7&5#GFXMIBHJza0SeXz3S>OXt~xX<6hdnEECDX_$lN(O4_kz`tM
zO8BPP_?|n>rgnK6ZzHf}{?M&bPY%*)WMNEN;U$T^R}X`TMBZYDhehMVy-ZX!2yFY;
z2{ft!yMZHuIa0?e{AqVIWUGI*@RTspA@*Oq2we&F-cow*Ba${Z$ND|b{X4!i^ul|_
zoo>9I{+_V**Jwh17rZ~MwIJseWqiy;KtV4s#vEXHF6h0ec~p8s$r8P6pN6Bp<I|YO
z%U@$CW#%W*Y;V;0z^o01H8I-B5|mH*;CvmT{H~-~=#T(h6LqNi_x|JTxnrG9MoHJA
z*w_NIa*$FJPLi?(_f{1Q%}rYX5&r{`hduQ={Asxe7^+7jN)zJA^^^xf^FLOLkp&O#
z)!S1i!8XwW%9)dshjsBSr&x<6M_Pue#QVi&MSJ%nH@VpH{6Z~Dc_?*B&wdJJlp1_Z
z?9Y87ellcjP#K*Pyt1(~@6O}v)Ty%J!p!9i>e+4XO3gj0yGfjBQxyz<x`3l-cA``>
zd5j1PccK>rj~Wx&88Zy9yy6g2^0>4u3ehJ&T;Fz9Kb9|lw*JhL=^s2~Vdg0?%R&6i
zLFATgH89u)G%7vTp7bHupO4^3gG<ey_DT*9AwFShv?{RU<99J9JKQGr+fp7fvQgpw
zdH`J43@@EiRUpOjq2kQsZ`{9tbxc`;uq^c|xofgPCRm+n){NBT^H!6MO7uM{cFaK4
z&ezx=)Rpx^gMPk8dSZgmDvry|U1SDhvZK)Xw6)tfw>W*z@>FC~3==Z@mlg*Bgz@zf
zh<|(k#lLenvu+~Q>cNFKxeOSRkuHISB-RCo@R%NJ{%Qlco!X};3m=esA0d7?9=ZWQ
z2kMi5p1!OiP$kqKcG4LapM|16Kv9rNRu@`ErDq{vuF&A-#T2vJ@C?&cR=^!95EbL5
z>(!FOo=J*QkE?kJR<IVJj9|4pnt)HB{5|q|uELLOIw(hTT2iXuTlNxHF)HBwcha((
z#$1J&c}%tG_Ne%FgSEwg%cAKMbvVm}dK&lQ=LNyzD0P-B4e+b}y$nFzvBTNI73R~7
zzUry9>MVsuAJl5C@2~x`Gg+6kWCbghlHq{kzk`uJHvcTXq?w(vUyItQUIgm`e}y<9
z#`9>#s_KeN#pKyS3$+p0HWpY%k+SR+lJ*yRW^HeUNh~;Te=Ug|C65%xOLR$XzhDsy
z-4%WE_>8;5(RpITuF>f52m;aicSXbNq()yVWKZ~^Cm7Msj$*!uq0w%&9jkZg+UgPL
z^>aLFI^@!yJ0AFh!fw(jLsl0)*l!s8u&({`h`uG<t*%YYD8EYh@|@VTc<X-TH)ed_
zdo$NnFG&I!k|FqIqyj1FMw?<G%iaX*tFMJCo9FUdqWb%q;`tzU`b#W`+DAXB0>>E7
z-f06O<QX<2HKaMQBw_?lwttHjSY4d)#R<5%4@Hvxuq!-sQo%%)6TA8t1=U}D=&UXp
zou%&^ejBL__-7OYI$`1>eN|{S^gF1zeF0Sg2}|YjYHSS_kK!+G*RPZp%ic&WcG6>Z
zX3cEJ_H9nC1(qxp+Jq@WZ@j&*)zmn39<%)x6{`#tTGQPWBZ71TPdZTbq&&b!(kLp~
zym;>cwV>02tZw!CiT7}3!`#=|EkgX6!%ARKo6lj;W-U|&L?!!Mo=WM5KXejas$+s`
zI&g4<L~Q&H04O$z%-WMvyCK6noR?oeW$-)8;Z)4{MmnHiQZ{Q2)tMW~or&1)B{0%x
z_9V9Z$Hxc{Hn83Jp57WVSjnkFR{)l$IUT8j?J(GC2$z+Mcc9NTq31rmLDn}(cf$o0
z4)y|u6~H}<lxM)iUX~WgE_lxv9@*Xn7gD-IxuQ@>eSQS+yCseSGSCk|s?8Mp+HLe&
z?}aI-n}d?rqy{CbZkNG+gTLo?>K%51+cMgW?<WQv-fkJmk6vrKI27CD7+oEi2LqwE
z7vUGP(ixsWtcKXZmAg&F|Cv4JK881}^pvyUoo9KoyD=giT*5G6YGh>8nlCAf1140Q
zb>NDt@7dmicu9$AuhCM9syMu&EGvir$tg6eO8M5=^i(JxDYY=xFQ0518it~GpC&!V
z5^8b@ZtwggwG>P4yt(LdfG6@!2KZP|++38;M^o_daLGIS8KtgBH}|ees-;f-#19P*
z>JQMM;lMA~RB`sBu>lHGGq$|ZAFGOH7Kw6*e&M(4hPIdog$(?oj?R%ZXusNg!$#m#
zwFmL|Te=!KMb3T%3Um&C`0F&O(4qks1~h-;g(>-WQiI~6ulMj5SA3uo=P_%?Xzj>c
z<W2@>&}ox>zVPRUf2C~{s2jyz{$~B2<DR{RVz@JW_qOh&Gq+xvn0pyM;Rp&L#%RA_
z!T|s<K2$7Nq`uA9pBId>G5Q)BjRHfLmNoNZ47~4iSo$RUh$FfeAG`z!;NkG>t(Kko
zO|iE-^VgF8rqASyC{%$Wb_W#OrPx})<zCgHBztA?1Y(q^y~EdVg;Mq?C~Brzs+tS?
z!ViCTswcmkoi_?R6?f=}F4}LC!0~n}1Gy;WA12oJC}b_sb~jbeRUSh@=(m3W8Nzd;
zAedEoicTA{`Fo1e5)l1@04-*Hl7W_g=hk~nb)^5=R2I&=y|JSRs+xphs%$y8^#>?C
zJn-%Lp_eldz1XBuO&}tMhH4gE$r^MLkOG{CqihXr47TUbE%grY;z-gkQ$UTOO~TvS
z&;W#CA>Z4wF*b58WwWb15{qI1c*pc5E^_3X5_l~aV~A-Xjl{oW>_Hz2J6Q~bMyK5E
zH&r#LdccknymzZ(-Mt8QS$o6k^JZoi9ZU(u{DrvKEKl}%=EteQ$J?MeJ;+zd&iXQ4
z&k6)hpF*Dk<)tHYEr(lu2F1aQ@ma`|_1RLR&OXM>)5(N(ItnaPm#2?tw94;FSw2q;
z-jw2w2)|yuEmY6JatjU)eSC>#84gwiVMbTMV%DG~YeXYFbjg*$j(<AsU2*~PVEx^C
zlPcx@4_K;ZOhw7a!~Gw7E2nC*0;sE?P|-?fGZ^5UC-?WGqdy8J89o&PbRH;;T830L
z8t*$J2dny9jvg*<J@olpBI!UXU($CXGp<ZnrhNj^1$pA*;nbtaG@!s)Mcd(PvMC5e
zINZ{2b-27AS+X)u7C5H0ApAtEqujr6JI=f##61H!#HElK-uJHSZI$~NcfLY>6+rCr
za-+zqmuSvZH?(cdbGYS7SA0v$kapLoH9b;!=mf{=?IKahiAh}FW!zeV4`Fgg7xr7F
zL)VcuWdGGt+Ik97TS})LX!lLaqpAyO!9<K!Fl>TG0;8-YOMHF~qva^z`;E_nKVk~K
z<I)~DT8AL1I4JWnhc>IBN<lqtQSO9n)4UdH%WEc&hPf9`(si&D^gs&V$d5;Q!_en1
zoc-4S+pzPme#T`QPS-3}gU4X*9I%io7I_Rle8=1JkJF@8R5c5~g@P8CMQ59Pcj`Kr
z?c5WNj5B6~OiJHOEriH)gxr|>b9}oF=?IY!%tbQZ*+Jd1fV$74cs$g*;G2CS__NNY
z>T}k{0@`_79a^i!5AQY{NoD48-0WSGjEHAm&z$Rln@;Q~2FC)+uCWRffm4z!xAy%v
zeOGV}<a4UCPoCt}w2$-W4u`5_gS*m*HpK#Lu49Tck;E8#*EORfOR5N(Ux`Y<Sm;VX
zFxe5wP{B6IR#Mhw2OZyLw(rPM2QkO3IDk78FoFqUqU5(E$M_L3APEy+GdT}uP?=f$
z+~|j$b_Q66@n%1L(QN<{M@?0iJ5<&kTp8z#Jl=4W5CNAGKNS(#;{QCrj1B0(1~F;q
zRzD#(SMfrPu2X>5u7de46cP2LwZkN!;>z0ZA_zpkso~b_HXhQ-L8OymLR>^W6aAlG
zLA@m(By<vLXtPAiU|T6Mh4o;BZKtZ#v&T^*k=_#;3dJV8v{Us8e_;*|-9=`}j&3c$
z3D4UT7uqot5M2to?DkKL7kYs4ie^KwQZqRp+hzxQa&4mLIqM2}TmNB08#eQL)96TE
z;EHPyd>{q*Q0Jo;e^zHl<bxkNLXR%=ivYz->~DNBt4@rU>1cg$2!9*(X0dg5W@*Cg
z--q`fRrfdKa^r!vgg5X3H(JllPzMOEgvQx>z4Ap2VE|0YAJ{&p)a003SgT&+vv3sm
z0C~ysUjNu^R^V()`^_z`S3=-S3%sopUnG<0!)>)=<WE`1$b@t~0)Ln-QHP!Hu{KVh
zp}E{R{Trq#7EsC^wN>{5^;jwr-d6@dXi;I`901eJ5*XqLzQuRA=pJDUOCEGXu!taD
zh!W6zQ04I^D`hN`-$ufrXSoW%TB&-(a73NYk204r<g!-BH`mQX=Y}AUoANM;B+=Kc
z`%mKri(((xQ6vmVy;+K<xtL*3i*9t<u3c-1WM{<p`Z$U_WLGF=0EVh$tcXC|o6bw!
zk5{-sxB+Pk866dit`_X1pl@L``OdVon^@RtOwFOEf_XIr6a<C+%t6qv11EuvJ3QDH
zV}-d-c&F2BT^a4LfHjkGy$S3KVn6J&Z$=$^zVv5s2{^6MgBKISL6L<23tuXS*(H84
z*5825{U}%wRA_fGY1I4_1fx7IjToNjpB>H5j@QS(!;Gh{V}RJ*Me*Z`-SdJZB@W!I
z&5oI$QHMU7SzFNDu0Z*3yFp=p&Hr{fx+<8x;_iJo>$gw;jC`OhLHl)NewDtlQq-xG
zC9Z|k1VaQ4Vd%HpaQq@R0Aq(Z1&Jg{A_Xh2R{wA#)D2kk-_HIbn;z1Z^&`56M1$9p
z|Ma=naKYEnE?jiol<V3v6ckxxHFQn&H)|U;B3^$PZVUWkUv7aIXIq^T_ITYrJ@2&q
z&2IfN*t@`?Tybl#&^mD67J+Ybdok(S?_lBeJB(dP;3;`=O`hpfjs#ASAbe2pof`4A
zKmpgJlf9+}OM(<`RtVze2%*(4)NGI#yc@&5k7Qa5_X+9^pwtIVnU3%7W9*7)=)C<T
zCM5wHC6m);h)xUpo&s)zW1e2)bIRSCwr%3`rB}(uG*aLdkxLgQKf@*_M?OUh=&LE*
zwnJop{r$yTvDEwe%ktCkA*Wm=ON|3<oVWH0s|Px@?VS1c8OWbsT?5N7Q>?xlN6Mov
z8AC<9s4uB72y$o7{5(P;luoZb(ih$gtH-Y{A_n2qm__?!JPAtHuyZ|1`JGlZbDhHc
z#H-eEsP)z_B)G7cZ2A+>i46<3-z||~&^=gwLpfy6xcF-MoyC#UU6KjIx%BzA^cO$f
zKwka%`m?YrV^tME9;p&oX=RVJ*PPJjuhE>>9|X-C6{o)&12pRjFi1S&YrNarx%9p0
zRB7A>RL;y?yX?R?%{7d+fwg#&EJP0}PS7qQPSyi=m-DN1|0$zrdD@)KFW%B{d*3-Z
zWxQrlloAa`M8(^@(1?UxsT94~RkGP{7nei;Rr;ZxS&L=fn;<dc%*6O|AI5Mpx2Jpe
zA!gtgj&k!uvi7%Mj9^rv-7|_-RUhvf%P!Pw6>N_ZbeuoH<{Jq#LoN&uZ_JjrHJ<BX
z1GNRCUx1;lK-~1P=;-q6B_XH1a%au8v!TDEf~xH-iJQt^%BdGRjC|8Ip4Vj<DHTuG
z(JDyhx@Gv=QzS4ofCwBWZ2$F(4(oXg@ndosV2~%m$9R;m87b=y0sVfzpe|cVlK1?7
zKy{*`wq;$u*}ec340G1lem3&;6G(G1#eG-zdha{?AKgAZctZH(*XD0ZnhQF#_)q_g
zO?e}HRGj|5?}SRY&@T^*+xH3n9u|MQ|9rQ5S%@wuz5ia-kRbt2Pu9;nxPj6aO1AJS
zBY)aIjfIyVO@Yhg9iS^6UuabwbTY1H(FY_|c*pmP`zO_|$!N#ui^fdkAS=TP;R9%Y
zB_QxvpY-T`hBGjTFS(pgtpi&lj?h&@hzP`K@~}FoAtIH=xx4`+cy5KUvC1EXC?Ooc
zBlrIPpso$ji;gUS++z140hcQLTahNtiqTJxnBrJ7Qc+Q9*}Q)+k1)wpU-GP8BAmnQ
ziv8GaX2fx8gTKrdQH*zU(i>;0|Hy5&*4fEI$IAg2H1*!*9|r=tU&x<1wIgeITQqM^
z5V2GG4ecP(;kK+hYoYPTD5mE)OnjlGnbso)-^nxiPgy1Rukk6<JzEkgIpF=<7^x7k
zahc`ND2OK4Do|Lh>KFyBLMA>#se?T782O+W7*f<NEWyd*mDDW-_yJg7aH*7?0`U6)
z0Di;~KL@_DN{F%u(<Ny$v;JR+9j-Y1{l%e&_`5HIJgH3?;J+_X-yLt46ka@@IS&(9
zt-SCy%(6AyK+nH{O@D`-F;rYQio|X;KC7EMpR)WNwXICLi`UQLcXeLAa4WXDE&q@%
zAM<9ZyQlURQ&sRr0W$1lj#j*3$TT8h7+075vsJAqk!9lM@8;8Fp(L|=q&1tVmIcu%
zBZqR-@rd__XFqnSYXDpR{V}2vpb@@Na1XD;my%=$RKKXzXBv5{D%S7eeNBMs#~r#2
zf4z_?jv56x_%DkQCYtJZtlXS2jB0hAz~H+uJNEW=oFaX2WZ{l}jh=L#JM9DR{-@Rx
zJ?Aq)nTu8@qQHCL2!KFhNwrx+WjRrXxWl!|fs44GC%w}jM-*=mZB>|Gj}A_&X5~X5
z@83pq^!bK*>*DlfC9HSU3hU=ssxTF1^;9r%q(S~N=$a9YqX^9s87kKn1g(jyZUz<M
zeX0OYtVIl9O;rPck7{g3<=j3JZ`P3Hg`1ERAi^oCsaUL?-k^EsJ$CAomxlgs9ta({
zUX?)iR`u(B*-l9KD@)vT6vGvD4pdn60E_j~BX(&gr1OobQE5Ff&Z})e%n4=VFgEsU
zC#okiyHTfp(~D)W6I2SOQ8D=)*nO$AG&&ry(HE}3$5_RxK+q&c>wor3mCU+2?4h>%
zj}|Wy1NaIfP6Un3o{%HE9yTT&7ABav0s0cyKd%Autbo0KW4#F!T7zSfZ?-=4-TIGb
zg2-_C9Z96lA6C6bZJ!MZ3Ed<=B}><*tP~SG*?Sy1_z$1rw;X#^eJa*vYcBF=NB%t5
zvz%qE;!EU!qXQPA<1@WPq=nR5E+#?`?EOFOB6xbAW?`hsQl#6Dt~MM|=B-+sFG<R&
zx8k7+MU-w6c>~seh05~7GX<%R@V?t!!ADCebX%ZNv677;RS?E4tILe9g%g4H+z}&-
z$z*e40C0N}D+-pBdXowAITQ4Xf@0c}wR(^AaUqo8=iVv&4LARre+-vP>z!A(%*wa!
zQ`{W##CvX)Hhs5v08~azDg@bi!VXWsiH_uO(Vpj@xsE=c@m@^H3<mAGeVjPQXvJ5u
zd83FFZScvYyVG9}K3FiQPIUx?`DKz?8=076TgrB9!6fGdDOR7JhjYVtuadY=<hHbC
zq4KC*{vE#Kq5pXS6v0%h)yjlnI*14!0pL6cx*$4$DnE7**Owbt21&?n1cj~$lu^ft
zxv+2N)zgt#r$Yhy01}(&T=8^ZK;#7K)ZYi1xx6_KK;J-$7Z&G_oqOs36qec=4D5{(
zqkX2jqQ{NSb6M)p>k%L)NEfHWKFAuBdvxeWGCc$ogi_!Zs?eO)!OTLVlW<SkD1Ef>
zZ-x+N){L$kQxP1ft<xX9bE{H7A7K-i@P#<gs9OfO|KSsGk5(?PBt<BopHpITo-W99
zalo;kqQfGPo^>5LKrNnpul=iZH1eT#k0Ny3m$^3ulTjk=_RyE<%itVrR#3uy==iS|
z)nPeUOO2GcaA?g(M+09uNnwWdhJXE}Ff|VT(!Qw6;Tw#;ym61Fb+kv<9Gkz(Z{5aB
zC*2Wxn;f9iMht0=7i}#SwhW3V^`7xNyUyS3vX*dW62+;{J$^!awvFrb<y7J|CCB^t
zQWH~EhSV{5FLC&IF^SGI7a7&Va~VrqppYRFkY{DDj@Ddg6$E4eq@C8U1Aa90PfVM@
z>zk(%)|UXDAZtd4orXMgpbNxe6&pK+tEIvqLs3y|fXo%y$;jeuv0fiXMfP#Gn8N-N
zPrzf{fS5EQ@Yl8f0Sm}qyWo6)`~-V>nsMXRny>Nxp>|!d{MKMCN5@eB%k0Kn#*i69
zlFO68d842W>+zo9R*YZn8NL$Q?{y}H@V{d1tk2-0<<G{=HKpB1_?*(QtQ#!gUmKk&
znH4u7UlhU;3`wh)jXrGO!NKbO@;lVwQDTJx9$nY{USrZk?5?=!#BaM6s^8PPm92&s
z$$rKJz3O@z7kWSZi{*!oI7#OY9M1ka?z)^0<CL}INt<PDy01+Zu0E6e8BItxo4RP(
zJ8DB*rB$yxw8R$q_n*v~=<L<EwKJr9ZsF0*jJ;J8^|>`{_7QgWnEuy%n3`x6W%C8r
zlBQ<Y)~sj(oPp~H$tagb%$TvvsMW*sE18*nq<dTqi=N9-k(3Mo{S4+ZyUU2VhKU#0
z(-YZ;=S$JuT#Xw$9q^=y@4VV;94&3+@-yf6jRV;5;VL}kOlCz4RI8;2R-@Zfr<ST$
zwRx6dJ~FZ@&^3Rrv|qhGbKjTDR6%|EMWRObI!>PX5%2P^q4=2b$;pc2+VaMy-7z21
zuc*Bxu3upp-M`eW&i-M5sPz=_7Q}<M?o(xEUlZ{i?_#=Nr6JF05Ib7L@XEq(x~#?v
zHTc3(1xyn^HwR<3ckR0~+HVk^hymW~?XXwAh_kzgxkYEM+K$`0J-gpU?;L5+mILWM
zB^YP4KPFZ7wYgUEI_j|j6FY<ZWfn2y62jOy(AIBEH<7aXt%%VMuY9jZLDvl9c4=yx
zu6HxiAbh|#Z0eNuu3k{B0pcjUtQ~995$XYZwJU($SUz12>-RC~z23FLvfo%A#{5v*
z$fKONcVJrY+HjqK$~}Ty0ic1T#bBYV{?KbBme#{3I#vHe*pcfdefD0<W9<)SX#Quy
z(}{HF`mL`Vs=ZGOGd=;XSbqF2vn>PZjH{l=^>3ct-dO(|M&G5%fbdvx<}-?i8e|E+
zK1NlOWfs}$RH*|6{g&9p&dfq(4h)TqdS!+mO--ks5XB4kU=R7W?mS+f4F#U`w9MM5
zzO9^?hTGu-hA%DL>I)-o^@J|zLdp|sTxh@ru%#FrddEZ3vWovDoNN^%iPr-=cLXh$
zjmHMJ^tp8356Awx$9}P7y#>qBdA)<R>mPwUk2&7alW2ZQR05^(5r>q!HWqHnaaBH=
zuPUaY_qTaa=TRIGa?xV0!xK-h%vn$$_;e-(axPZshF|ajF(hqCt)P`0Qp|&%*~}I0
zDSP$O!`6o^UQeOxezyrXe=JaPUrMUX<0-EwBupf6iAj!6Z+WCHo__txd9$W@q|c-G
z%*@nzn?U=MjO4>2|8$N=QO3RhMKs45BpV;N>yQu>*&4*QvND}pFvD^lOrA@Lst2Nn
zj~VVIT&2<=w$T|1C^N)={5-nj^@&jhN<+0VZ=So$6%G6kDm{I02DG@DJpaj}$q=aQ
z(2MzBdEf>^2BZn2Z5+d4)j<hzxalCP$_`&YeN>1bUV+(uax8eNTyUCIKM34`Dv((C
z6@ydhs^w)?l{udLp1K5&?L$@w*Z+UP_G?06Z*ab|;M+P3)-c>}TFXVgy&=*!(+;Tm
z&S-vf!~SuXBAcs<c+&bCAr+}`wk{^cgYjXJ5pDO<)EQ!!OjS`*A2ByR1})}BXpe$Z
zoILsuLB!GMgsiM7)S%<i3vp!fJ$wMo{86cYh*1@3T;Cw~t(1Xq-rL~~<#s#Rkl=Nb
zhD;a*BvF2{Rk7`^MIx#*1chrM2|V0xtV}ks&-qndL!vVkK7vd)^-nQM)irutJ(SmE
zH*fseb(7D8^7`Rw&|ZMyi6spAkfdrOB(TkI(>fmj8rHg}CNNI*RX43<2JN0aUOU#}
zuea8w#>-8frw(ACGYFLUn~p-HR-hbumi9|5LZuG8<GI((FVa+?<IK#(rY5%R1Xz|q
z_dqr<ke@VDG;N--Ol1fiK>Z{TvOe#*qBB%0U6tfyfqUfen#F+TAY87`*(8Q>XF5~;
zp}E~A@-=}`z0)(ul5t454!6jOF{!Qs$+mM}f%(<yJNs_>-Zr$A>P@xrI_xL=PMww>
zBhB<ru7vEYr?stU$jV@(1NhXz(v{w1!6D!bZLGd7DM|XVwo<R1idPP+mY@2L$iIJG
zAtr$J?O|Echf6vLm#3eI?5Hluo2PUuz+t`Ca6L-n=_kZ$R%C8vaCIcF@MuhT!?9zV
zt+tvFevVVVC-TVuDi`T9cV0{S;TF`5`OLK5fd2>~#%Q<VezsSZqwrA$>PFBqwe$D#
z=M<8g5z=#+EcK2;t*L;Y$*TFZep>e<Kb|uxGf=<w2~Cwx8E`ix3ebMjahm>K><5hm
zVd%@M09TQOysAb%$y}_^p^NtRsgKTniE)-Y#_J3uZgo$5pVuRCcO?C=*MfpnRmS**
zOc$);LxsI(UPL~Zrp}*6OC1mmo2r*#cEsM;ksMjtqUgxXDU9CY5eovAC}yELbo0KL
zJl@P}5gB++YgBa4)`g&*j`=I;s}=$k=qSmizB|$BVXM=a&DxgHVg1yfysF%OBx`Je
zQjjYz#olX?h%GQjFf!6+EZDIsE?7&t)M`ke-SA7WdF`Ycb(ksgg<orI(Fdo+#d3oD
z<`7V(mgwSCS#SIKL(1d$u^RWKe3Uq&o1ZQZtT$pLriA^VufYT*f+Mp?k$>Ib`9xCS
z_UTv6tmxd9WTFvScdEgno7SP4o)K!-LSobejx8>=35hKY76V56L{H|>(odV{S&uu}
zO(8s~`VSvw&^kB88#Sf-o9-hsA|3u0UkrVd7LA_WenTag#GH1A5N(#1OR|>max4HY
z_9KM8>c+^3_DZrv=ISzfxrhYP9?uWYO*8Ap?$b2~p=C&VRC`Skcxvj@4t*l~2ANf$
zRGoITG>CjsJgo6yC8M;+7As?t<$Lb-zzjzSH$mf6THusrjSGFiq>x$re1Wt6ahk?W
z>njUTryNQQR(<m?r`ba@^qCk|GQA;--}zsNdAmnmqc8lh&7*vl$@qB{(&f>olJd!?
z2YOZHm<OthK?^^>xOtG^p|xI2469{S1mHk;;`reT(h$Lfk`7eG_!Xq~+1aZ+A^7Tg
z(DIu)jmYSD@?YAUE)TRR2qG$SWm*NGzCl6_{R=%<_NFFAz>h8sg=19kmV&TCwt|&a
zHU3C8%8tfyu;6CiT#HH|<f|`L@z*zpUV3ekEMA|uy{^<`>;7r~f<ra?lR9}rEcn*Z
z$2AzW?EAlNSbP$uZYW6X$yD<S)JW*kgbS^4AY<nxh1)F*gi0&Wp7QqX`|m#`VHroY
z6tr+(EQcwnK+zt>fnI>h!stuYQSCaFktdeTC#8}P^Zfmng4+xtl^G1mce^$Ri^H)k
z#w$5xpeq3hQy;R-(L7%F2&lReBus69{nPl*z&2B}(s@B5-*gtVhlA12oPfLM>Jz;M
zYDW=o!yqj)?6v0;84NQx_x*2JS+&MFz?htjm0Kis;uE|TqPhO_xp^pG-V4Uq7r8~R
zs3E6R?W9;}kXM;I+=!zDngChT8fWyt#agSW$U2Q(%ZDIR`$&&0%dR~8Z3?0v4%7?{
z;QLF}s%y>B3VS{Ut?96BYEFNrXW|d=;f@>8Or$Q1ypUV)PZL78cjoQ@P!Im8vF-do
z;ns4s;}rYq)4S*M@66x6rI&_Df;Ow^IS7nR<kFuZo>Y~E!Ipi{I%tB*ubL#;#+J0g
zZgX91L|eDiAUhQ-jK5w}wldp)N6|3Cfu&Ij?ELe&mdsp+c$@@Vzv^F|=1JZpa24o^
z_0}poH&0=C>IeSYwu}a-)OY@Ar4~BV`uEYn;JL8cgdW?-Uk|(-h2vZ{2!1D<Y+A2B
z4@y~d6@pX&X9sG{<8kB70Yf`?$`X;a9?fE1uXQH}8>(u`e6Q7)yv$E(kYut6h>4`9
zulLX~7!gNf#z6`ya#c>;lUYJo-ZUm$8X#W{tg{5^LwFK=N9c&Kf6T6RDUwJ|Iz2S_
zs<iSfVM2(ztPRU@C!EkFF++uW<r#D`K{Ag5e9~9i-)U5!m>bN}oq>nvZ^2I%xAtWc
zVz9r<y&eP~L|QRs&;Dbis7V)EY5Kb(=IAid;zWJ#9n1y8goPI`(^f**2}1J4nS6pT
z=rIj>s{)wFqXwM@hSEj=GKgYkd^euiCcMi)f@hv%)QaMc4x9VaK-j(7zzPng(W!f(
zMfF2XLHCPCBMmzZDb~v}PI7fp{s*L9{T~_llbxcnnX;}~@KD&HXpjeOOKEdmYgYjN
zOj?RCXWR%i!lpg3Ws26BLwiyfFZ9LcI*S=MBgE)m#wOajx>}H7Sl-2L50c07ySY9!
z`DDSApx(n%*ZOAUcyN=L?hQJzzYUp|qx7CBqS^tJyiB(2iQx0B0QWs-gQ;hFW?xrl
z6iEWXclJ>!pa~C`THcV}j^a^m!L>+KpHk2IL^n;sqddU`a{tE1k#;{LTV#)$c-4s`
z8*KC|FkF@QeWLo_GMD};6M$pONKV~G9HGuw_<t3&oxblBw`IC#*8~+WJ(A>w$ebh7
z&q(iw-CZ!8>*noF;x=5Hb|ulVyyIOh2@xPc2vBKgO;^-C){Z^~yr&!dfw&EB;Csuf
zRV?+Fvv<zlL(z|dQx&*{;ICOf+r&n|hn0ebWKALXFhY;Q2<aLSj>(gPE?Yn__{D7C
zH~oV+^fS^*gW>$DGmrPM+NCyp@a@*Xx`|&ohd~gV7rmrx-M<as@B?uMWAGmqD--p&
zO!pZ<(8M+#{_@}je6-sxqEoN3*v;@ND8ynhhJJoUJ9VVq?8@QfzPj$sesJFr^TMKg
zV<9k!G{>1dEA3gsKIG|FB=L}ec5hm9Y;|l#gZOF;&qyj=N+^L%S*njT@w4GIfj!V*
zewBMi1xg!&IGrtOz(~AQJQSZ=<xxZLIB`-ahz@Y=Z!hC4`^<jE**kICggRc++Hxz@
z{|GROAm@8m8P`m*IG;+JV+n7+Smeu)W8gd+nUX3}k)Xfjr*qPA+BP^nfsv5MTYL+&
za)IDIh5}sF5&XccH#sO!whS>##Cn1=iXW5sOUmBNZ?%?P!3PqbB=5wGEiI{7(WRQ0
zRf8mQQrHjgQxcuhrnrSki@CXu+L(qU{BSA~_QcEUdxK@2%bSLWYzj;s_MFk*EoFc6
zdoY}nqHG9d|6FtqWE&fuBN?JQ`W2kKPa?A<yr`FUot~$w*|i$$cryh&a;AXY`lK1K
zC`sZu2HH5LS%GZS4}$66h>+cI3*fnR6DRiBnPf@P>}w4)J@W)Jat<A3p5l7D+YRSC
zJLc*X%t<whBwkULt15PV2m#~3l0pZ7Iag$I6^XQj5j<@7egLuWZ>siZ@lr{4m*{Kd
z`b@{p@xJ(@0k>URc%N8;+-{H?X^^BO>Ir~UVTPe-Y@)P+^Y4}G#+MpBKDHjVF$<$=
zU#BAsI2b0GZqnI0;$ME@PQ>o`TP^fP?xf>l9^Y-}=P&hCa=gBo0V^y<VF-^=THGg(
zDhp@KPII(bK2UD1uY*$`kTO8d!1lmd04!{V9{i8?gc>rp#&+OhE+tz=Djj}SYHS(x
zSq4%8Nh$bk(z13p3GKREz91X<tGd&#oZW0IY5)aF3DGp7pWC0DYlyj${BZmiAnM*8
zADf>knaQ3$m$>z_<pVECROZEJ`mg&*Z8i=v(>m-#5<ZwO&yq)8O=HrZ|73k&rw&B@
zYCaGsSQ!oYrbaPk=U`@W05fP&oevpS1_y|WL=5{HU3LHYZi%(?ic&8at!kn%0p0=*
zVPh1tt=Nc-JPCWMexEBj<@r0yQv2tS;O{vXL?LLX2zNIq7X&yW{Q#<4II=`pU`~Wt
zzciFPK#m-SYj`m}?264A&#~PKE=`wB2eS)yPw-?dL)@Omc(nYc1u0Jn?Du5i7W&m>
zTTcItVMniTD@)yfP$3XR86!G1A^4*nvZeM9Vt>->F~xiYg*8F|0vmgPHdrK-7XNW$
zO2|ZpbUrRrn*T+?H<OmOxr0qORP?Cp$u;sX!|-PT2NS);8%pJ~>vG_C7r^77sd}sI
zysA5Xu6Xi>w~un!tBP6N>c8@<%BFtZ@^S51n~<UD&MRrd0#>KD$Tf!N`^fo@Wo9&~
zk?BB0l4R?SIzp^u<&?}zkI!@=;lyZ41}b?q$WT0HXAR0I`+dMDfcJvp8cPRW#?(Tw
z5)|A-58ZS8cjhAZPUJpr7m4`A)$%#xOVA^;wxwb(XK`5V)KR2q8y=?`I_(v5jgdDf
zr?6x!T7CMR6R7f>$Ui_CI|3hijVEuA`z}vwd0uy2=Fz{jC=IO_JHJo&e-zS;Lz;R#
z$~fC9yFxy}8%KsEL}<%CJDM!Xd{?ru$o-}N3yT<#&ft%w$VSwY7(q2}P*75VcGpD`
zk_)4Q<SSgS^@v2DpC^@!v_3+Ch(xfCh4<>yKV9vtQ31jQ^FIWT6Qfg@xj(8ju#VZ!
z44IpY+?feGn{SQWn|q5wU=EM}bVGwg!Up^~E`_Raf1N+7Se3*i6L?rngC`egXs~m6
ztN?Blyz!mauKURI(!VrRnFHpWSg&0qAc~kH@H{kHS1+1$@cOpS^X>Oez_HrdzKqC0
zkPz(ole;ymui*01g@Z{!hfhhOwo)VdY#U!?>S{<VK;;TJ?-FK8z_m>)1;jIYv$AT|
z3M13_SoH&JwY3cF@FdX&R8$BkgG#MJ?IIl*Z5Nf2e`w+W6zssxBw=XE^YU@|StA#C
zWr;0L!|8uf8tK319YQAa6|7E3$kKTu+ZkVVd>wfo!#*+N2m|OP??8V4q6*jVsFx<K
zNNVZfNGr`p;X-%+HLQw@_2cidD}uy=a3bpjJe<IkWwELs(>mbUwXBk+4%)2WEwA=J
zo275oE?pvSe}%IkDi$)_x=!LfLwn09O1hAug5OqIi!7dtxfH9?{ckxTjcE&}edHJf
z_Yw49XAyl)8R&Y9nv$BLF4FFd{?l81Pgzzqp+rl_62XE-NZ=o<{B2#M)Bq2AdO+ox
z(ZG)i56wt~j2bYicN|!gC5XrEBu6@VJn!7`{EG5A#S4bL?1c~Gym<U&ug&N;|MwLA
zzJ)rfRUw&S$X#`1H?)pAAxzAhZ{hva;~e@y!ln1bnGV?p4=uF}IPa6r)ii5uLE;s-
zR}art^V6qDA2v@8CcZ`ex;HmX2AyQXkg<P{6~fa840|R_h-S<1d!+o5%6NvKB9-;Z
zCY{;z)Ws#z9%pi`8g5u1suOe{fHJ3~{e6k;l=7&yZqcN(m&TRH-FQj>>iu?JePLpZ
z8GASoU68@G9<<5^!10gpf2Ys!u=gE%hRQEjVvHXJJ+^7Dn@M^oEDyeqxK`o1HRo;@
z&9`n^>(C5EwiLx-Dsq4rW($N0+PO`RM_{9ue>5@e{hV=w-a~r}8a=#z@Mk?BaC-GM
zNN#T3sxC}%eFPv5h1VV{Ox{8jFDr*H(8(w4jPFfq<DhNqY+6%t|49w$BLZ1EWYX-U
zt~ZV()KWWDHmXJX(9oqLbOJ;YDt=BIw4@du28hu=LD&!wj$J=q4y=<!T-LI`aNC_^
zj3y3k50}p@x;Dp*2wGwiRECC#OKDACdS!kg{?pgXOkaZ=Ecv{>P9sOodt3&(4m-Mt
z?z;=OBii#>D|i`HRot_F<hj82T%%D%q|gzVVEXMqwcPivC}W4ThW3ehh0;~{+!Ih&
zF})0K?=P)<)MQ9_kpS8T#!EPr?y=KM3PkBMkaSdJ{sqD`8U>tC`2x;+7^5Pf_@$1H
z>Z7oz$7O&()=Nw9s0F}HVQ=5QJ?kX)cb*Fn@jZJ4{7oh)f4o-<*|e>!;lmGzX-A*L
z9LZS=-nMXKitq?)WAdpG3iy>qF5Y^99l>ROqLX>!@A&%+4kG*2N9LLz^TeSLq}3f%
zKeM(Khv|YhDnQKWna&S@edW2?Ou7HXNC4M>*)c-GyQ%Gs{h(jR2h5I+t)P#{*J`QV
zTSiO@OhLB5`$O>Mm*SmsP3-=M5_LjE<*>#BFGNL;Giy{J+n!f>0+_x<vT57W2CI0g
zW%f9q-BDGG3e91-W^saJP!UA-qjsz2wg(jBdQFO^pY4*S@xP^OiVUh#UEM>mB73S)
zktuP|LcL+K_(r>0YH*Dq3<=A7cwfiNFG><E3KRF3=y$M@0K8S=Qi6ow{RI7=GR%%X
z89^0j$fQ$dZT&Ul=QkT*Op0SL>cRCv>y=V+H2@4@1Kd2NFH7~Ml%nYwe}dd~^<BAq
zQETDp)+V8v|JHq!nlR_*h)kCq#n3RtG`*Nb-e97|Q!J*Nq0@O9Pd-(Iw6qDZaf0c^
zpkQpdCPibVyyYE`G?KTE{6I5U6rmaY9}!T@C;1AF?i9O>@WWJ4GI)eh1Dg;Wup+b`
zzu5(vLcox_pBX7XoXDMpUlqdab(Q}5v{fQG<h1EiHzEmD6y`iLtw8eD`3OlnUN^pa
zVL%}#WOJhMk}5X*+VsSnwf4Qq1V;mvn5*W(eOaeOz+6y=->+yja{v8~<59n5hUdxM
z0UZwsWlkOYvoF<e7E0!$lgBz@#oNyV%uF%gUE}Zf!mzH7DK}%EuaF-F1E$Eq?;WP$
z3kyp_a9&t;RApJo1mO6SU!KY}jmA1cS11XBGgiNMA~&CgI1Cm<i1eNbCHdwURy(t;
zPvlhr*qysa6j@*aDjQVPqd0%LsRHc}Ikipu;+2#%8PB5wL+-_fwZF5>EVz~w^T2El
znD6O#fY?4s2CTpDw{8{a&H<kH>;%jicK1CCZ)dUIhl9&7ulimzG|>PHx^k7`(isii
zQnZCDo(}7U7iQ`{+l|QIey8o@^cj6_2{g}XF(t<{X)GlKKkCAQKa%h(lO%6vGn80>
zNLqt!)2wuL*@X=Pny|vCw$;x~CA6QcHtfysIWn~mVD{t!Ny)3P-xqC43}do_J5#r|
zlJYlqGG$i)|B4bb`rP5hw{w3Sfk=W&Y@62OMH9v|Q~BmJyp7E#lZhTP7^ls0Z?4?m
zeeG@syWJrNu@EpOlYa#0tuWn7%9-}*V)D9Unl+T#6KSzXe~nh~VcW+z^V;)f9~aSU
zmRxsQ8MXaEEZ<+(MP@)Mp@R^_58R2AFon+H!wN8H7)>4@19Vfyo5>rV=EV5lj=K~u
zoa9tqJM&1olscs5rNhrQ8p$dC<mM+fI}mvvx=7280!)WZT?a|B>xmJ!?NYwbf+f$>
zAX#THHpy4y_s~wRvtzWT<v|iKjK_vWw)|t*X;1-|X%75l^`+z-XIsCuP((^OT}GGT
zkMNW7ulS1_8JKzFsb)gZO`9t(=Jw&pG(jFbxB^UGSauZavG{Q6?22C!B|-MYxE#=o
z0*~DhfbRuMPZ?nDREo$k%KlrF#zFyMc_~H8P9x892M>#1mFcd1Vr__Go13&O(LYkm
zL64-QjS$vI5Z{aiqZTuFb6;(`X~f1BrMMQE4!M7RkA!gg2|T9B9n5Q~pGMV&Hm?mQ
z@2?>8s)PX~5aoHdE@&*YljmFbhO*Z+Myzjue?RQGCD)ypK9dp&dYZvLZ38JXsifqr
zDn_XS<<VVPOLm1Pym#=knujv$-rFnaUT{4*_DGc%>L0EOQh|a?PG)&QRRRnPOc@Q#
zo<zbnqku|dj_FR|`2<E9{L7THtFd%i;;F~en@Wpoav9HM7Npr3@GRX3F-|Yv3~5b2
zyo=*)n(yxq2!O+^w9Fu$yO@SPh@mP45x^Nnor?}kqyWljMOBrnQLHPRI;GeU{d#%s
zJFsvJfMvrb!aoQ=L?-Myx`4<*r8Q*+Qh%dpkw97O0~igkRoW81rkecV!lj`Fvd#+T
zR~>Ul-K!R6&kdAWk_r$Q$|m?LR{!$?5W=DEg&9ySs(3Km=P%4Q0@LL*o)pqS4re!&
z2CJNRQ`8LzSz3U6WJ!FO7mJn^Ig~hE0&Eu38)N{_ySxP@3}Dmw_jc+5y49?H#N8k)
zzY?m)&D8{!uWD?^pncM+wqfSw#i8{)Xis9}yDQn;z$ml2fu01+Mk_goDBHO9Q7h-!
zLUNyE!c<JR$>tJqFYwh5CIz}k0q$2du4NcI+5w;mpwTFk2D9)cGizH}Y9(97hyghH
zj(1PX@$Yu8K_os1axpmf?Xp&Z9@(>St_2|5Z<?hS<UGs`uFz+8F>Z?%S@5O;QB`6P
zkR414S_T6x6G><zbJQ|Eq9wl9Jrr_~`cKKGjYo`>Y01+o#(eofd%mOd7CCK4{mA>W
zd2uCm_zwb4N|9E!k{(8c2a(9<2Y^(YiopkzK^OhI#JWcc^Gqbk@}mu?%5bQ~|CtKZ
z^)glI`cY*jox_Q5frEd|yp6K#yMKlv2e^d0@wr1qDN*GotFnUW5_=g+jrRvZ`%{+0
z`{6f4kzX9s6+=+i%JpSO6NCQq73}OhUOpMH86|5_Ew;Qv15L@r)OwQ>-H54k<Q_(?
z%C%9mwh}@(QaPShM`Bjsg(crZ^_x_VMlT^oycMvvNo}h|aAU<Xtt9W~f4p#79F3NQ
z{hv)GNecGnmYR167oFeyvdC2>a!b9p1M4wB`?kGbc6XB~OLhg1Zvje%3i8(E?~2MD
z6z{hXqszc99VTnD-kRMKi{J{vMg*jNLyMR%wqPgn#zv9SgOg;3RP_9C^bUC;uq#b+
zi;@?Vxpf5}PaP|mZwp^UOh;F)2PSJdsYz)+0MzWqD=54ZMXK~8A&{|gJBl7`(4CMt
z1%`AiqN3w#VJWTTEKqQHVL|}QF=aB)KgmO!Lzcp7E7^-iLgD)(1xTXzf0v7RqLS$f
zd$F#}b%VE-!KigHPf$iUw{*dBy>tN6MK7_q#r9@kD)U$sLVD~0kbzfl{;o4Jrx0Zc
z<W=IgT<bNg+-F@w{#f6k&$*K~Br~MsQY}B~1V#i((Tt(Mo&_JrR(2r5xu*k!jokX;
z3@}o!1rXP~P$w+|AJJfCd+qZ}ePARz6jT^=%o7N=<S%)ZqH+soYpA;joI983p!Uaq
z6HW1(&z}ppipzzS>7Ew6q8@rv+_6H?v6>V(*t?}-yft{{nH5O<Rl0&i(!*Tg>R_3+
z12c9jRWD-RujBCj%ye?1w>6`SW^KuJHSxzeZD0@klwl%MYQ=bu&?YTX-o!{W`n)z_
z_T{e}F1q-ukY)D$fg}WBwE@o!3+Q@5i!8i($1wWBwBnlgr8}ze*(Cw2x#DfGvmEDr
zSy*Z&{0kAvHFwaDR6@JAYbOPUVzhPvO?o$>Uct}_SH*#?nY~);iqBHv^W!@L|6I3K
zDoZ~fuT}&8_2BA4K=pI~alf}uFNYb<fKY(`JVqvz&+Bb>JN}nh8oFT(zl%WE1$7aT
zAy6*&jWV0#PtJn77)sR3mJc=2uh_b0nG0-D_J@y)G}EfnbF-`$xQRRtXDMAetF=gD
zCgMghe1YoG6wWVmwK5Bwg7@A72JWmmMjq~ffR0}BaDqZ7VIoL2uTUrGD?Z`~ryTei
zI3AhZA7=a1`Vq<@<dw>)ZMARxG+}LN+rSSHMX$g8BKzB)p8j5<h>rd3-fV<9XWlF7
z)S)yS0H6XT{F$7O)wWyDX&kX{2XwUcx+?C8BdV+Ox9HVL&!toWikn1d)&vnlJ%Bx`
zz+7kHT(~=!XMB8jW6#YelxSyfFYYR2kY|G`M<eh1vmu#LO`Ln}pzRD3R;b>i*;WFi
z6F)$snDN|xU2Bu}1<1eC%UJ4<%b&sJ`w#D`lU?pS_Pk<21E}oApX#L+l~-EMs(Z(Z
zx`9;^a=K){72}R0bt-@{DeC+{D8+(QNr}>dyFEmlkT56q`(j1Dg0J?)V-kNB7^1hG
zvMtizkf~1`FYRN-V)oah_f8h7jqvMz#{_l$x5zdx-!EUbQp+kI;=yxqf`Emd0BA?E
zd|aN6-p@8J|7^1Z`-9Pu_I1zJtoTLUt!|^+cZOe|H>68ZzYfddWiwq69K5AFQ*%PS
zfSk=xWFP_R-p=J0X}XI<tLt=oxt6wx7=kXU?qD2=Deyt*md@Kbc)CJNVy8}Hx$sg>
zApc2#f`FOj#+y7zsOKL<h$SB>6)5jF9t=P;8!*0vsw}P0{GVtXM{mYYCh!>y)b_i;
zQqf3(mm5o+A3|4;`eh>cRbM8;Z5MgwiIfW?R#z}OuFZa&ol)o3V=iH-vlV>G5bjq`
zhK!ZLngD(DZE+$=FXp)BjWl%pp6S9#W5B~OOa4&b{xsHa;Oj+1=uT*LK7w$pfJ$ba
z_g*<HRUu`75XOcXsQ)CCixyv*tEknT&P+d1h(19OJmz^BxC8<N9A9Jtu)z`#!o3K~
z_vjN#U@Am3SF3Cw3=fu3R92bF8Hr}Ug1E@=883W*3alfQGOztD-ac<@P_6sj>a^~B
z#e%}y(~tmVKfq5g@A6#|Ei7a09}nB!evclAeYyG>v3`_d4!XvTt}eeR`~|?{+JYsH
zgw5N3oOHx}(m{-q2O@I7>jmBV-iGfy^Y!FhkC!~2Oo6~KR*;?Ls&NEfx9H*5upl?-
z^OBV{hIls4!LG9w@KP|r3_{7eHP~Nm(QP26Fhjr>$hJ3EUF08EbX<#{l_c4N>~S0Z
z)i9`z3rI6VJwT!RS0ixUdOjfo{Xr{2qKa=MnpVS0<hyidx}KjVzF9w@4Q^|lKCIdr
z47*SPjo#u*-Fdt^pIrfxG?+i~t}d%Q6>W&}DuQ0%R?0jZn}LC`X{oYwHUK1`xcFUs
zsYelgcU?K2-5uB@%I>BLfjO8dRiX0bAv=g&#J*nOKEAASlh&_m*_qJzKIX(=9*C@r
z)bXt{0zFHt@+}lO_rJM41OO)-E=t8D@)sBumbbXEtGny$zPR!#Cb!P02LWqhxC&4f
z(&O4zx{FYtElqbB;uF{tro;)K{F-=&Tkp{*hJ&`)xntsKV%B^~A5LgeP4=!y3|)Y4
zkW>)v#iT9xGnXzizDDd$@(bmCR~jPhS9%fNJ{iT}h7>CxR4Sz|{N?1|LBXnE2{p4$
zDl8<oQd*mIDcD7dVYeYj{Qt_70*eVa`Q70(4e^X8md*v+J{d0NtE*hfwAgJoIU>WY
z27m?6RmhAR1Hv4cqJ76q8q$lHAMQ9<BYBv-{17Bk3-N<KQ(2i^|1ac3*a!6Ul^(7)
zPuijwQpjF}gV<yNrGAKiJ@4lA@+#MIj%3O#fiea^#UE#suA$NosF~x0%w}cBlAzQl
zBmlE0z;a_#KJow~!6Pp)*a{`iu$W0RW~=-I_|&?d8@b-8f!QlrGSvCD9p7vhMKatx
z!uNcu#3S^M=ea~ATos4!%c>dxVPNn6IA27}a(vvM5HLohkH7h1W`8N-mm?bzkeQXm
z^^UGL4bRW&$Js{P4`kg_C`+pF<wWl+;{-ASeg~e5p$JF8>g@-%NUB{;VxI;u?QSpz
zQvgApDJ$3aPgk6`VW0gDB(@+RP*UE(8KbkogZmm-`rj=$K=8&p{i9~!gV6ft3=o?4
ziY(uTOcp+j&CSKwjGyZOp*0BzHnK>N<i-NaZ@AT6&pj+_wKIM%T$VPw7QFEom*Fdt
zO5I58*iSwFzJkeWvfvhyW{!X=5tAS~>Lt;m-RjxPr(YD5JZ@=2oOPtu|4z-f-alN)
z{yprsC;32p->P$HjmEK&*mJ0({lbIR*#~2I3E}v;ghBhm{O!<|gU2WgZiTM(7W>C0
z_h`gaJ$3)gBx8H{fF0C)gEa0??kC*S4>PW`O}2x~EFI$~Fl4;)Q<`yPDSrlL>a!P@
zObNZ*hdF62gV^HvdrlC9mLhfa@@^K0YiU{8@>fc;mfdz*VHd0ox0wTjzXv!<CV~X-
zUc>SWB=e(_v{|k37%@HA@#fqLHCH}j7qoc+Az0+C+DA9PF(PLAI-fr>rSa*ymsj@H
ziq^x!U=9NwV4*@~q<nY9BK8N>#CV#r<_faPn8i=GB1oJpuhuAJx{dO_Lmz?Ukx)|A
z-!QBF@JDiVwisQ{Au8#dU4pxx!WR*xasaM8`5i<vt5<shD4WcZv-X89Y_(QO8~2tr
zMx(z{XX~B5_)8)a_V@8d9E=moF*kGaDj>8b`V+uwVc1>xnc1H7uGjZ()&$w+x7=?}
znUR9%sv%RNi65r-|CsvfxTv@8Yf?(-?iPj=C8SY6kWT3k5NQeNRwM<9A*DfDV32N+
zF6r*>?t0JQeSV+!{&hi}`NlbWuf5jV`xt<2CG4ua^z703z}ig8y!(${M<Fku$tb1{
z^P@!)5Cf!3t=)=>0NfE!cu0^R8KQ0{p%G)(;Tj79chqoxZhZW!mBJ&<5Aa#)NsNQ4
zsi7SlfYa;@p+tU&>HSJJ@o~`fJMCB>xJOJ|cjBJ0*r2^U94`6EYRw<7NY8R^uq7qI
z9ovBdtOq~h#-RN;u5{|e54#NJ<YxJC2Y&oVeLm9mInmJC+O#tu2m~WYiQf3VY1lp`
z9P_x~+H!Q007E?at{}=9R_|zeqD*hH0~=VYGj%~Pak-Xw!=J7Ap5fHji^Zb*w7XR6
z!<WKm*iPW5bJ|NaK2H`JE7aW!Xd6wt;@PdG7bksX50)*qTW;P%gfD}e5{VdSNhHDK
zyp5W_EmdxK7fW8!eVED$9O(z<AA>U5_mCsyTy}Eow^opJ&)Y>x0G>I(YSoIpbW{4=
zg)p(@0YcfY|HX$W5<mbjM+fcA76G`N=qcg#H9)P)>ZH0(91s^AU87`p32iwFW(@v6
zz)ZR(oT*MDksW)_l}|W}OJcPY1Ja|awzTA!_dgh3%zygIAEUqJ*S_PyE)>s)!yETn
z#j9Kp!O0Eu<XS)|%mH@ls7hOSO!?5rD#!hA3pyyZB*X(dP(a)~=Cd(bFX70%HFyL2
z9S43j5|`YGKDmVVb!c3M@LwE8`p;C(%i^=0dpH4(NkjkK0&HYi-CWfo&293@Thhrb
zV7|Fb!UCrJAxrn6jhZ%4|8^_l58Zw?F%AX1ln_1`#q->$ockR9S%l`hSXDii;nfcR
zLU3g`t+k`pBY=(<7*0i3-#wy1bU&*RLFFwA!1C2l6Wc2V0;j~w&&$$ukyCB3O|fF+
zjjS6VxsOXgAbmP;DHj1h(rOnA*m^s38H<USiY4^pCbGR_4GowF`%H=_;Wo4m##pm-
z@QR)~04$*=x_gR3QM(watj*0*d(opz=B7c17Na@b?*V_;(kTCk{qdQxFOrPEHhfaU
zzU;3rNL<f=gLL}m?%V-LFSD<qsM`@kPS0&<e}fl-Bz70L+b7PbZ5%BFuw{exGgAEN
zzd#9XiQ0Zf?+^(pt`4hv5sjVy!7$2#7Cpa4NYfzG$q}`V4+fljvC3%&)lx(PE&wEe
z&PAw^9`66Chd3Gs9JP|%CCvWt8mcbC$^PMpp5le)VOn}RY+}e(siYL3vPqdeQKLgN
zOSnIiAp-b_g>X>>FU!Fx@iIzmDUIC4PVfRPB>M#!aQ$|zRXY8#SMqs$dgfv@H;O$i
z7V|=`Cq1Iyeec2S;hwM0IkI_*9mCzV51RXF)!DTq0ymrmvlSqF;qa2nF#oM>`TM;Z
zeR>6e-0iG!fb~K+42=2Ez--!l_P0T5PFT`e`#TCPI=6@Q%}NQFhObSG<mcNK9JCFF
z+q&iF$zPKDcoU9Wu6v=;)BML3@D<T&c?Bz@2Yc)e@XIsE-|(po{H^92tW>&TPwMI@
zAVw|Vn!57)Cc<|1ooA5YJtPV2qq>FZurz(#rn~FpN&yo3sSePh{{7<4m$li7z1CU;
zrEa06PmF8eE6ksWj~Z~-2)cp<L7$OW-i+AJD{(G^N2RpyrKUYaOiPHIFI9eoMFQS{
zU5CE97_i;p1BvK8Kq$Iw8c%>_N=XP5g8cIAgfactS;EJa{G*t^>`-HKhWpGxpqI|V
z`xj3Keyo5iUGg}k9e=xC8ChUf`FLC_d-)V))BUU<RlgdkFt3~rkBsRtC^G8G?^*k{
zwK3(N4%s*fd)r~|2rx0|2Yzs5Wjgo%PcB5(KnhybDPNZxx0{RL>D8kjFlBCE?`DO1
zdx<N8NL_$crJ5%Nl=z^ipI~2p1YiME6Ku#IoK|>jrA}deV;`>zU3MXhOagzAsgVy5
zw_Fi2vtqcBr2n+aUlwi>0RMe!o+IWdS74$1=z;W6!~+3+6uIa7Up~x8J`fxfeFD3>
zG~|B0^XuR+2Wg<zeG1U}e@D^k&a~HTC$lR?Qj3em64n@MqTPJ{al_Xhat0+ptaYo;
z@SKfSF!SBE1FX(6QT3CPvOHsbwf6+rs8T*I;Q1G8^~9B`s^3j*RV!=9&42VhEo^um
z6!gzNH2J-2nzCz&;6G;ihs1$1{Au=pb%AdM^|JB+JV@s!APkQV5x-1I%eHWe1;6l2
zc?iyjT%+9|pBs6jy7}t_cYmCJv;UQ;f4N)QH#IS?>Iu_tbiiH%oFRxNKpkjCkhJlV
zmbH5$1~eMC0FW`39ceyUlN2`9v7CEJFEe+N;Jj!?*xfuH*BR^KJSo#|j#CYi0cI~a
zGdCG?UAmNU1eXI6|2z-@9=GN;_eaTFn)j}M;C>PASo=q>qS}}Nh))6xIJ=t~cNZ>_
zx-{U*{8BH({J!<>WT(Hsv8TCWrs(Qmj~d}cT!09El1Zd*1CAeRTJ514Ua0u9?Ezgi
zJs(+bMoY-i>YRRO*US?>XyhwUP3j6R1$`Dit>kCWaugH89L@&|!P0^HYDWT25dm>Y
z=!YjC&$FNpE|qN-<iA?~HcjcHO{a+euxq^32A?rDY}u6IE|f`<1bpRLAXz%XYo}=d
z_TgP4Za_Kyi5cJr)PUK$h^Bo!4{FDAnVW-f&%)btN#;(#(gLr(zz;j(uMbcQ?m(9W
zJclu3xRAaA_1FWgSYUv%Hr8%11d*-<Kmrh_85oQ4(CWr<Apn>W`(?w6H(o$&!(-fg
zwL^bp?ZIV0UY4}}-H*+4oCyKpbC)+w74FBM(aiD7pEn=<1n1u9E$#zB5A(fP4M^tK
z?I*L3u9F&3MbAa%Z`*x4nC&{m4mU2BT#Ft-69cpI*q3_22Xlji6?%&Zfpqgs@#U}p
z=vP=?n-c&dfh|zAx;K*oI<O1M#I<n^PT#-G1@^OXPwH}V<aE;px#uTVZw8~R!YVk#
zCAlk?yICa}!H6z+of<rH=vJ62TI4C}ww~5zVa>gN**o`rgb4tlZn;Z9f9sHS0HXl7
z0SB<?(n<er_I`8#1=YobhL*J<?Wbgd&s|>zWf?PoOg)}uN3)N0M|56k?&otuG;erK
z0~_Ope)KBCo1nY*Ki8)7Sm^#)ejzc$D0%um@dqp%k(TBC#WJQmkN$4P<%AK+`#IqE
z`U;e1;C_mW19D2wW3X)A0znp~=3jmr{LiL`&sKMcsaym}Rf?ZgCx#;+qRO1A+4@Eu
zaOHvzd|g3D2pP!XINIPCY(caw8gDnyYg3__zu1M33^Dy#2JB4kLJE3bZbGG+M$2^b
zy?4ap2bw27{8#x62|?SmmJotzQyzIxiOUyUZuZ$r7zN(T-AaL7FO0Pro`At~HK@S<
z?TCx+J}*Z~v2GQ?K&|2vAsV}~X~C1qsJ`0ygGYQ+zK4s8z=GlYH7Xw7g_K-qpjaJU
zM(X<dI{c7R&l#Uk>CA9pm)mufm9lho%mJI0$#<o_fa-a5_h*OId(*FdCPkbRH@CQn
z@-AiaVuPTmes54H`c<`?*ANGga8zgYK#D-lL&->|eLa#mcyZ)dFg}>@R~Xs|x{LbA
zK&kc9AOf|zc;rTKzPwRGNa!qaRy&chc<+G*8!Tyx+7?vk%}z*Q#|&zBD!d&0G<H_R
zLDZ$CrDjMV_WfWT@X~`*z5z#Y_s`Mi9}NwTCY$CWH6YjfHzRzh)!Co?HF@<ZbV8%f
z!d&`DeHo?EU~a|oQ5?xg<MP^!@&pJyNB(Ulhp2G)4iDf8EQE)v{2@W>?&%<Neiq_C
z#CjFMnyNr47$i=c257wFotC`y`f*+Ni5=NZ$K&0P9$~#;X8X9hvz)ELoD&wnfO}uM
zey7t`nCZl{2xOKO2*AqV92e*=Ba1Z)2BGRuM{T0q{WLc<*^8*8&>i=?b^BJWMCj59
z(MCRFFX{vGP0QxeV5w{%gjEA7t4IM|2jKfO!>Zd60l2y0zguP6;!<mwZ2REPuHM#I
z>%B0xb=3t<(dL!AsCx{U@82hJ)(|T`IJafDy97J}^z>s|P)tm&`YcaTi_6V!8V}G8
zCR%f7OUU8U=%VuL_jyNGCSc|!MxOH(*`;1iB&Y$w2Br(tVz@e)S+==_8vH#*pMx&$
z4NlH81-N&qun+9)Ts-aO&F=RUe<us<h|y%o85j$|UvyR}N%<)E3h5xI-3|eud2bL{
z<lHI&7OePKz&{ygzw?Yt@i5@is1|7++}=nI7%)w9-;WXADT<~7|KgU6=}iyW@ZqMN
zUNqX?kib{36gOi^^CCoH?F*(iYp$?E#qVX82R%pr2%)m>sOhls=SF7IKm&5N1R)V&
zobJ3N8N}QXZ3#JT7Sbl?=Kgy78fjnO`3E=C1@LhGrw&xYWCxy0DPX<^*bqG9u9_mA
zPli_pegHiWP`|`1^!zfTiXL@&*1B<*TQ{Npb5@eJ@jZEse3UYe>r27VKz$+8HKx7C
zK{7x;gJ%XtdJs5+T5%h%Y(dlk=7DBInp7kNVGS=KgM5s+lF8-lNo-+_8&rg*HxWw4
zMOyY|;a`ro5s~~W$)3U$1=Bc7GOZL<vAu&IFe?8aup>B)mB5$|TlmTN))=Sq2WV8m
znKCy7w2TS^2uAv|2B4YXH*a)x-TPL&$mli{1$QuHFt8N-lNZ<>T<h>R1av)xzeY*6
zDL-JH0sm=+<e-G7koR!CF$aqG-WxG4H!%sxuK#qs$m=IyK*(Z>2X2rwucAo=kVHG;
z@)3L?FI){bT(~tIos;{tib(d@ydG){+gYy3Y19d%I66Jh1;-U7c@8~>H?75G%QoSA
zrfna9lJ&BC+Y%%60&Z{TTLY+UeqgA8t9a8p`94|Zf!=`rcXc$tNezV-5Ccy)NFu-7
zmi&3`TfE;xwkTt~B13G<fZ$5OKY#H92Bf`mRbVD)Z>%-t)Xwc$^6_9Qz5?iH@W0X2
zssJHlzKQ?=m=Z3GTz&tpQ?u)n@)9#5)*I)kW)4HYnC4b%X7*eQ<xigminYTqxM*e$
zZXTxtL)1E=9630qL7TE9vsUAmN*KUEk^r|Qd!s{7&=ZZp4rF)<q|s>$;tDmO>jek7
z%VjLD(nUrm0-lx<SrDa&HR{A47{RWsD~^XLJ_)lAkxS{a7kYZbKguX-WWAT@z6Q)-
z{&71N9TengV)NB5DCpYA&5ew!{&?`?-3~a+>%E=b*y;Bbxj5y7BsIV$ILS=0JG-w8
zE-KvFV9p5WZoRTwU%j()cF(Io1}|d!hd3F+_p0RqW$ii9`C*?oLft=LkE-pxhHPXS
znrEJ)sL*$dAIPBJ<e@N=3^yc*2-b#N1r8<V9O4+vU24aIX<a*~Qn~VfL9tJ6q@8l7
zZ$@u02fFN{islcSFT2HQK`h2MC-gB?=vg~>uxGv@96EN^rWyKA^{X_iqk4T2Jj@3g
zns&B-qt=%xw<Mlk_5qsr<a`q_(Jn3mL;eIIhVymt`YpP={gRg#Czr9F6KQit>2OO3
zQ*ZmS+y8O#%H=x$<cDlk3C_6MjmC`_l3y`&xZ;aVh+Zw@>pjQ4{0<M0p1PXs$5gDb
z>lh1byFE_Hzx}PGX)yaNZvIP^3cNn(O+oG25@-BrM~&mKbopZnbnRr<)n6XwNA7B_
z0I2Ys4=THVIcoQ=Itcpl<Sq#SNy7`v!d;O~^H8~_E}}HA&<3|eLXeSU><})}K=^t9
zY+QWM>JV`2jG+9a`IW5)oyFF>eg*GTBP+H5y{?v;5ycI4ugM_{dq+zr^>qeqZyO3d
zXODb5YC#Fwmx^YoL7O}KKz_Cr-u`<j2M^AwngVcX*ZR!%^JLw?b?Ly@H6N-=Vt+)r
z?jx^8cm7#}%ZT&Fg1suUv_jFiOEeVejj0^aaf#$uya7j7gFkp^NH<h)CIHEwAU&u`
zj4?uiC0uNUh70_8YXHP3XyQVw_Rg*`e-?bH8MZt83W)Lt<bX2S2G{`aq*Gz`Kl4Q%
zBgibXc3^O|O|Z%DzwD7};69NNjjYUHWc4`P{m%=q^b8w3OpVY@g$&88|Dd~Stk{oP
z^;kIX#dr$Quo}DRw<kO(NZ%X3q_om}=%aZ-c5QtS?dozdw^Ydcq1{KVaCq0XO~%Fr
z5u+JW2Zuy0ye4Wuu?J0%@To@?B10iE9cVNW0rW7t4^RIp{74YX@#bSV*XIA8_5AG%
z+*vw@5Jo3D3>9)ELI?qhOVIaW(=Bk~gs$|>+1~)Tu|pnUP(u$&kcW_Gc65D%=CPQx
zo3AkGRY8V?2kfk@sP6P<?gkg0i{D&cm<>?aGK=9~iV7lc(oietvMv{qP9nMeQI^0n
zF4U6!Ui#oeM#ZDYMK-Rb6%=kAn!;_rsp~tb(1)kGIKAKOTt5TItBTngGBr>{4L1xK
z)$5(yqCuA_04`M&D{QFCH^<@585igC(Ai^`RE<g!(-%7FT_}-|==ie5)hTJ>fAXP4
z|Mop83OJ#ss28b~h<5cWvx_Bud46GU`{OOHO0!|ZD?@|DD?Og*W!?qfu{VZDC;bUe
z8Jge?=>4h4`z521L5Yw4WuvUD57$fs7l1KOWG*$l*K-FW?jB?9J@QgJ-V;;xM&cUY
z9p#QQ`U<rG+a(YH8EIy=B1E`h&Fj#(7N|BbUpQ*3&3?HgDY@C#ms`2Evw1S`Xf{Qp
ziM6#1w7@X5^k9t|zPly>{W#O>x{#RC7_Ll)jfFGxWg!#)2laFkFTWjR6<?5WBDu_D
znh|CwXr~}qnw=bZYx}UGSL$fi<5}jU&T@U@3VLD2ntHvnGnq#X=}s9D!crkPe1C!n
zuLYjN*$lD?7;0pLD9Ec;E^|s^w1R{Jq4g3cni)^az3Y^xGELaGPY==F{9{>jeRN)#
z(sx!?BBnVi_fukT$xBCCe1)XaB(H$o@X1VD;4z>VHF68DK7uBzzI{8cgiKB3)e(wF
zsRDyXm7qGLP4i9xNhi_1`BKgh^bkdhPZ6I0N&_V6Uu03`g^`SZCo=)$`N+s1gYkQU
z1jQyyQZYdfv_e7)b@+Ae1=aa(h-B7(%C>5hn7jOi_3xJ)W(XgYeAbk1=jJG4%VTaD
zM*<PicTq65_s%|SDFL<>?nXBpg(rA;Wy2wILLn~-8phn<CFGysw}@8R`G*(!-nu?{
z`M;3Z_2EU_pF^g!3~$FCB?Yt659qpr_+4x5B;fpt9#D~Sm+7gCiZN=PZDK^-`^+pH
zKs{(lnt}3bp~7q!`DYYSBe-%x&rY}__2Z8L9)B)qNgg=f>!0{GK=se%(~!Y^Ux{s3
z+F6OzjeMn?CB9BSY}Bp5Kes$lsA;?G)Jqwzr$GNQ0`ELXuv7s?%10YXEvVpI@6|Z6
zJ`7Dm=@yBH7kRu)<&V%?hx_{*;7v5a+s{wR7Eu1q7TXb%Jj@!gI|aU8dHNf-<B>T%
z1R0!rkA!?Qu$^p018Mcqe|k}ix)m|!3IN}_R%PPGDggQ^{Ks_EWd6_IvnXm8(6vkR
znvU$z!WeM(Fs9Ag9zr*hB46os%Xhv<Kf}rXC0xPq`w49s5Iv7E;B_--I~|><0|VR2
zu1k`8K1i2bI%L%nrKkDmkl<o=i(01ws_fwtE-jUza%A+&EruN+BlhkDyMb^+X`+3S
z+AeSPu;@v1TzH-MFgOz~fZoA>*_?+L=&1bG=77Mke&<G&ZK-f^?Q00mIiP|aMV*mI
zI=#AeM^l7{Bpn$|!v|B7xKpgTS$yK4$TJlD8~Unc4*#asJpWF0NV4f(cQv^CTd!1t
z1n3}B2p^QSI$r;!)P6H_B&RtTXlPgjV$B*@+Hj<Z7Wo+{J>9x{Pt_k{Y9fWhLqA#S
z8ysEh?(^jzr{!>d0XV#4-vMVAD<enxfeh|Ukw3FlG+6WPX_s!DS6K8l4F5p+diXzY
zH{8gBQ-S7Lvi8g!d2?iZu4uO%)he{YZT2V)=QnFT=&@A<-}B|IT0)d+`4`z{%m?)P
zAho!hRsfqP(+rq{4QNP0(0(SGkbJrNAsATgfJ7+UhC=sht_U<Bro*7!;t9pjPTJ~K
z8wdsQwP>O~>)Rr&0Wh<nCu_cZUK|oE-t?+>nyfia4rYGRD>3}J&ZRN}&UjFojaUMT
z<|m*I_P@1R9B+tSnP(gs=86_t;Qvost!Q_VFHXy|UJzDZQ~=q=jQ67&JX3HCd^@}V
zQ#QD9BC*R8102ghF+uaC>%L+WLLMIHmU+<ederceOP!Aqm_lLd;(5Qfz~py;rirh=
zdq}??pJlZ8LO;mbh)~Ftml}6lNMV}<M-FW$jaxxZV0I3pq2B&yIPVq3RfIc0^<QsM
zrG_wn$YjXnqsis;PvkiRrk5z(2VN^n(dD+Dwa%%rDxiwKZ4p9wWXQZVRSZ%;Vwtr(
zT?^<RvDdz->rd=L@<VV&pM)d$N`=)!Ev|w<4rhLk+`{j1sOG^=EJcXjad6u>rtk}g
zmSVW<XDvkkRA#jF5|+n4i~Y-~;2tLgu*{Pp2%<SDEQZ8tk&4)CvLOQVr98bw5!JqK
zZlN5Yq0R>}|F4DCNf#AVf8vb(=iU<EItazCzptM^9SKw(I##`G!Pz-ha(r!t^LG$f
z$5uasE<(PShsGYX=uXF06s;Wh&QX`|M1>9Vk}uYkfVp`os?QiS+|60-^4etLvL=Xe
z32{{?EaN42vP>=+uN*}=v(W30c5CPvsNx8`9_@7tF@+E4F~#iM><;&)Eu?Nb#FW*Y
z0A#Ewu54~$UQ!ovA98s<_~Jxh1cUD_CtWviz2^;H=xxHM#%gqEb->`Uw55q+`1970
zBXe5lZ!k`s_I~;=l4A@_qkm$Zq&*So4e|bU&d8mDhZt_idQvA7=wgDS3w?9*;UtY$
z?mBo6AHXl)2zQ;>bG$EB*&)f4R{<!sdw=;uLm4>~qmqIpYvehXjkPz|&~B=3K|30%
zX>OQ2-Nm80rPdhXPhf)Q1ajPi1TAG8rz=oM0B4kS`5#SNdWt+B)DTc4Fc4x^!zVV-
z;s+ab$8zxB@Ye!Q9Y55~;bcY55DBtr*O6M(fEZfRC~KX|7TkYxN%#4s=+*42J<<7V
zvE1Zj<J@gX4sfV6AIr|aN-aiH=>ClpUXXp+7>B|tVkC(R5fZD#?1tf@pL6G$Fo2=}
z@SqJAs53HW)bm~4_ro4Q6F?GJ>Cw|Nhw-2qc>E(arcV)F6FbVw)yvQh_z~jaEw~Fq
zce-E>4N2ner2+0U=o2`ci#QrON#@e{rq2OMJ<|sofxh@JA{JKf^d}yQr!I-Yfp9lF
zApTScEG-T!R)kfeEv&3ska2|5PM&wY`I+W<0Xw|-(+s5lfiz8m;)d%NC&p9lq?@l7
zLnCOUm2{_1+nx1Oji@$zSesx74^%0u8#c&+BNHg=+^5s4G$tR(&zJa-T3-29-k7JI
z*<P(Wf_AM6okAmk{Tr}pZaK^FitW7M5$YuW&e}t<pBnDVI_Vww?CNFrLi4ZsY70m`
zvO3=z&Ra0#R}ZUl8VRl{oab-T33c9H#~Xri5M$AW##Dz^a%4@)2};jqPB;MPfi-z9
zY^sG1F^QiVx_0t1?8@_DB}V`aq6*PfjJUatG*ySd)U*BEXsmxTIau$$B&bz@mjpH0
z*QF*IN5NOv?-M1Xk9=^Jha1z~epL|UuzQFp*Se$;q+Xr8ynPshcmnJ$tt;-l)k=*R
zau4z~efPXD&)e_R?a0eo#vOqJ9;t3+4$<x!9ry5bYB${pKT;WCC4bU86F@t_F0esH
z$ou+Vzc3TEg`a`}Tl3W+LO-NvSjGqLmsEae9wa9Jye*H+b7}Y?0xig+hBK8!du}(l
zz_IevN-|?B4C94ai~q^b6d*@&=p#XxXemedaUwB)HWKoJQ<<P8_lU69ne7lqR`=e~
zI6Rg5%7&#(4Xn8W7vc=&#j+Ve`1Ul-`K<zo2Pads-+3`@7SGNX%%$2Jl}n4W+5bOf
z_Vy9DXZ|a?=D<~WH!HSw!h;lV((^#E5-#AjDOdNI&Y}4!77+*}(t)o{DiXPY9g0g>
zZZY}1D@V1Lo|KR+Ks-!z)oi!XM<%ml!5eb+4$X77dyX+v+`K)9?nDjq7v;p_o2F7c
zu^Ue(NItyN@gm|Lc=r{{*7`~a9sv_Hz>FDy1hX<!3(+Vwvacu9`QjBrULSH{`u_qu
zojvz%hw4~YZsOj^vWB|%G-$ozAGwmD8}$szR9|uFa4Y;_*9StAS|+%EGHI-vatUld
z=aY7g7)o^?Q5L@S8%71v10M8g4)`Lck$a~WqS~ty(f;9q%Olt8)q!x^6J9^?26g*-
za|2nxydvuZ$4mp@X~mmvO7+qJfT*%e5IF_~ktLNEs*%s@xjL2UdPQ?XplGOFvGOFf
zkvpRDZa{3|=^V9`6z(skD12V1nP=TCPr`%6<W2aPkm(8m4Dq4>a$mbK!!`yw>kVa`
z8NHrEFV1QuV#v|P-0V+0cpp3i>}&s?5ge%xywiB2sVwX$4HVVC5?_bj?=KF0^Za(2
zz1b*U?YDCPAXfx6^`AMfW%S$Yo8op`G5)OST%ejvB)}cwNSnRJhOUyoE-UD&LxCIZ
zgUN&p4hZKBPlq<eJQzfZ&}H&5>X=DU+)?~&K>+4}laEFy>y(51p)K&XzCJN;YM=A3
zPcverh_Wpo!T;BFjYcd2^pEM%B%vd`hLZnqKwUX{=?&Or(|cLEQg#-tUC8%yJ0Cu}
z^`7S4jMI|>>Q%ZyGgVv&#l96V`>TUvbqO8doFToa-jDl3g`HXIj#a&wzGnQP!{LQO
zM}3$2S!jysgSa%jr8lfuaK-bP{3~2hYCWb(8XJ-SFHk649@e^~UTXhrWK7N{0)E0B
zy|nH8>DJ35(NhK5<@!0~4CM*9(ILF7Y}4jdtw$2=_)Pt)`mgrk={yddaK>_WwX-pu
zqB^E~X`ug3{Fms5rv@o{f4Ia>gzr5gIiBt&k$U#5ajz7Vot{mv9HllM^UcHFb_;<|
ztw3$|Fi!p1P-j_HfZCtj4N0czcDP}xw&MXEr!~$9=;9ZlixVnF^N7g=c)X}Sbp(&;
z=_6lfFW$EfJ5+~3p<8xo73Jl0_`&0c=NFlqRtvvD3##>uW%rTb;vYlAExE4tMl%s#
zvMgwy=)ow}d2*nOoimTm=1hS%p9>z#PlQtDss$g4n&Q15C;z|IAA|BDUZ{T#0Zak0
z%?<*>Iu*uk;Vfpcoya|E%)gWOh|SI0=Jj%XMrJVgVnXGlO#fEP>v?V6t_*mD2N&+X
zJ8%;Un5<WKI)+%+;PV=G31h&MFy{dSMUYGKdX5q|@A)W&M_Y-%(Obx5;Y|+)D{)&>
z;Dj;IeIkRjPKf{}M}achB)6yCwRq||ya3`&_e}ZNE9qSVgZZzec<k2PIWKqMWer&_
z<Os1+YFz)|*yJ!v(PjXnq;SNzE*~q!QEQ4`T~g@}245?|K-bqhMdVL`Cq0XJ@Oysd
zNPgb;cqVy4C>6!I{?U5<)XekGj8+o9mzX^-U*76R53(4{ow8|IR&nQeXPUn$dj`!*
z6nkUma4d@zljI7{T}bTWVE}+xCR?ZFD&_g6*8R;3&z|+Dz`ZQ=l$e5-)84<gu5!Sr
znR(AS)dygnFtWl&FFBpsp<B@K&xsEGYBpx19qS@`m6f^=OtF<Zf84db%xdiJ+o_rJ
z(_!1%^=01*;7`Dl<o;+%{?gY>ga&R>U{?ck<IuSEBC65q=fi`GSgLcs?9o%aM`-pR
zzDa}tZ~T3k?0<LnGHZLQ5o@?>w@;a4WNkm*^jTO@GRDf$nmLFo-+B2Ozl0d!jO{i6
z-#NIae5ToDW*1XXx&TML2)q&5&0zq#=I!Qyr{onk_I$!b4=|I%Oji#6j{!FyN^nBU
zAE_&;V0McQ|L2+^fQFPK&!MZSmj!(PGeXJYR0_+dwZr|dXYFtYIQ|3K{Muq(<eH_q
zo}%_0FVkT(-kMI=#SC{?2<3M4v%s|>j6eBDSs@Lse{4iwuBNR%^TH?f*zH^U&V5SB
z?bx-$`iGH?8}3At?h|Cw@|vK=$;{yZ2Je@^yYO~rbIn|7D=FYT1C+i*;HS6f(vI>3
zyl;F{cbAVz_@c;B;AzqARn)p>8;XsGHKbOe=pnlyDBlNmw1~$H4Kl@`;sUv|!pzz?
za;E$M(-!5Syzo!8>5qIy3Ti1+tp7?dW;lj5;t4+AogvRD9XKSKA2EkU=$1Nr3Kmeu
zdmz6toYjGwwg8@**nS0rR!%1HMIeEV6$2#t5}+=MIReu`qKS<HErJu)WY?+zP!k5E
zi8+yCFEMF~`JrB*(H)pND2P6?+_wbIVpT-DfjawBtSxQ+txm#D+H&HEb{e}D(dyAj
zT%<BCvOkd@2_QftJwS_NmpPNzSPCO>dQ>%iQKqN(&t=BnNdpXiOxTp-w3MR)U%!Um
zvMQ_jFg&lnN$$|d=vt#O&D|aaiUt5}iSx`113O@v;Q#MK>j>YyORX2ev1M!AmAq?x
zfr~)m$5<5{Rb^?z!J%3&6Ta=L;~=CKE|MUl$Q(|PGgQ=9FdTCPS<(Fd#x5o2$B%7I
zRo;Unca6xJoMhq0ij%5cZWWKIYghg_3#r;=WyR`XwQ69!`G&&p%UE%S#$LgKw7iFK
zhD37aEvE7F^(V9{G)(WRs<RZ2@U+~p<Sv%>8q{Q$3T@-#733(qcoY8P?oTXG42dxW
zB~)eAs>U+AhyC+!=Oi135D@gXlbU)X6FhSyP}%WAmu6!w18h27tNqQ&Iz#NV)TJ+Y
zMvAGexL!Lq@III2mm-F$h{_5=ZSs!S<AV`pZ25v;na)H8voI0gcT5go21_CtOXR@(
z$-Kz)kpvs*+`DjuQ&q!HYADBRJ0JIU30j`zwo9*?Jr)WcbvP?pHt&+5KkBT*49ZfQ
znCZkNrhh_JMyHeKA+HR;3_D5PX7Xm~wz_mRGntgyyna{1MQkajsn=0P>0$bB9>RwV
z<Zt$B%!3c&5R~ayAxov4E5XZUYg0($RF^AnaeKW_Og<rkYo_iD>5^~Q<0wGZ^G|9O
zK#FFuV!!Vb%OHxqM8i!=R1H6Kc3O}B`o-3hB%VSe!p`e~7^$ilx(}=xUkdxSPO%`L
z=mX|%3`KRmA*U(F%ebRt2}|i-wnwrm+QQAXRje-H${#A`rW(y@T4gJm`Deg_Q%n&>
zRes7J=eBE>Z^Q-mt&(J(x67R!CAVSDRXfofg;F9*CXnH7J9dX8=d!EpUF-ja=nk7q
z<b@rYS&EB{E@yJlygw~dBP04!%MQ8v*8AWbwH?jR_Qrt@hHh{IN8%YozxBbPx!7pJ
z9%q|zVX?Db8iWmhZ?CF6`Ex0Kf-<?r-nn#e+C~@*ago4c)8#JuXv-IVLm&n0_Q9N(
zr(yOe%q!A!=fZFO!&yhkeOSl$+A?AEG#S>iqIOZC(hrVi=LuiPwQbIl>4Yo*Ml&fW
zh?-9z-9UX{{p|O<vW@t!ekHkKn0{Fdo>I}a7No(sY7>8i7yXy8>5JH<O-K{8mBZ)M
zjSn+;5cciVB9e`AcrvU@{~e{EiH;#{SmUzeKckC)mfy06?82Gfenox|o{1b8f7zMw
ziR1Pmep!6Y%w}mO&3YV~cK7&+r}?+ZT!|x{m%8Pb7%t$&{+uQbYba#5Z#L8^G~s)o
zrh`?5npxd$w;qQzkjc(-dpLQs;hFO-O67=ti2^;><+Vj2WZ((Gr$|Dm!Xt!(D%(8V
zY^Du$X0i>PrbLwFE@FCn6=R%8&0VE{NZjG4wxz$<EjkY*eEF5|%tEE^3-w<wWd7#$
zOwIl@VJ3G!BhtPm=wEu#=pF}is3fT6i^YnDrA>-#mNI}<ORgQ?>GB|tgZx=B?=MVg
zqtmdm+%Shs5B2(7>w@{G)|h-rg}M{t3gC^pYrV%uR{{?Jt1@@{#$&Ucu-fT_I<$-B
zDYCz!nSy3j?u~C&E_)3^5B63ZmWp8Xw)$!AR|??|&quhRI3K`!Y^G{nmrJcgU)iOn
zDtm(7d4Sk%h;R1wzl&xU6b<i~r&@7UdWA>`4Pf>=>(6f&nrXV7YiphLJyc7v&GT=u
zjVz^}_~ryjYC!({)eSEkQ=UC)@1bfa=ZX+=DW8OdB9{<UC48D(<*v}Ca&WyHE#D=#
zoxHq^At545E}@r`ZInA+mtixYxY|ih`J3D^x2#G+wjdNb^0=QVcM)B_tGxBOk+-}^
z!ytKb*S2#~E<%OjK9x)sv=;0a4k$6}dMvm$q|Pm5$(SeqMHHCw7?X;pgcGFpx>EdE
zA$8-Lz`Jd;DhMftV{SR*(;xQScX8|~4BWC<*q>(8H=MwwJ^`E3(1^OU%19Jh<qP8y
zSLLWq3FrgcqcYFo>59aVP)V@EnrELbEic0w0IOqg+g~DdxAX7YgU{=~oui>4;Myjt
z#No>e70v8`cmwn;G!$I6YlArSctgEn0wQGwEkZ!ycU1xpUWE^YNqC9a{o8*aPU@@f
z{PESt9%<wQ(*4~6*qZPK((Fdk=Pcqyqk`r;s<7Wn$b8l+5i~34@`JupX_*$Gj}pho
zbqYq5D!8PUs`#_L7o%AS7P8~lQLgw3z5?_|4&rI2C@n0_kW&&zMi8n&w7V{cpcT@3
zl>Fj#sEWy|R2v_Ng!pP=$`!-sa^j;C!BS>1R#5|SOuW9`f>P<d{!4nYmD2P@K_Oib
zcGw<=!(%&96{hF6v>6)zyY?5!`dy{7r`S|a2W0x)j6nSHK2j6E5!G8yR`!0a5sWou
z$>AC)s0Q*0!<&=tPlYch>A2ol!mpjrcE3q&Svh=f0o;;y|2QSSKmERq=C-<Ky_yIg
zUfjoT^j$GoYQCnwz9Lprwh7-DY(INvU~2t|V3VZ0o)ay<8?&<8NSZOz9sYospYy+q
z9Eihth9w9+K?Rpr{iKn!RjIc9;O<%uhx0f$HK(En+@<q(+;z|_Nsl!@zyL4r5D^xS
zj<l-mUp}9mQbEY%nsbvPzFWpXXbONYZ|n-q=63|YrYdT5Bvi<RppnFUyZvBmj)<k~
zJ^ZunOrc{ntW*Vd=kcgWzUU>arjV3~DS+RZ&nkPw_YL<Ck1z&qRy4`vuF2zW2DGl}
zKCo<56Q<IZnmhk8Qn`~Cye@S4&c3P6yiP8a6~NkT-uEICOvRlj_73xK;rW~^QTr|G
z`7~)tbE@|mB;~w#?Vz@}{*&0%0!I%gx#M^D*^A1&c86;w70v%%2!ika)gE$byhC04
zdU6-DyI%_b@RFRRZ*pqe@-@C~I5-JX^v^&XPn4pW3BNC?(s$)pKJs6#-MMZ>nMFGF
zPZ>hHWb9^4Hm|JYT!^4f)|9nB4XGu?4=a<iUMl&yK&A}Ld$5D2ipHxWVSFqskh1A@
zuyXRO^Jy}i3nV9^2zfNM3e^(Qa@q0aj95DC53=fY8OqLa%x8ZWd)_E`ZtV!6bL6FF
z`i#Tx=(Z)H@`Kz5+gc-8TTx>W<O@lUG+F8C2cctD%>+V{%<7t&Us?ijirv}Oz`6_%
z!K_M5;+fS{th*93JwWru`B1Yz`qg+~2)hEa#^+n1nzj>S{5EQS<yKsTghhP=ht1KD
zxC#dDlfUsH8BwMNsJTVb%IbW588G##hVmf}0hNaGw%>PcBSOA@{3CDMC-T@S^yV=A
zKY<Bi)P@@4Qf40f7yB(Z(jfUlJos!nTrg1sw<t()!y2s#!=j&pG(Is%$t{K*GrAs!
z!&>&|GB&L7msSpJ6ZSTyiZcEU`{D*xk8vmwmN{0;z?jQ3;`WWylZCA{I}_PVPFIpE
z=KX@Zo3-=B$RgK+OpXuaPLv*_jNrXp`DvkiDA6rW*w=B{1*tNq!~eUY_YFaUgo+9t
zgpG~Yqy9sjyGlY%=FE5|d+e&8oKGgToeL6GBbqqhCCvNNRHBQKd1eOL2Pm^rMgeKH
zWoHIY(O6|RQ5=$o7?zVa!(4*r`#C$tBZzoL2CVcsBR+=79@nAomafoD=4L>s^bT<h
z0k6=oN&E1t^dU>|P#81K^|HmalfA2#n|2?V5ZjUQaxpAjzRQ7qgxVo(OKk>}MSHPB
zo}v#G@3}ripH+#73v=K_OzQo@?1Ldnny3;&gWiKYDx{!M5?0sH{*HM6H@}emimmd|
zm_bPEfw@>+0F6FPD_iQGxI(q=k<D^)R;Il$lKdkiZwZ&DJi-QBeN@r0Kj1AXk&^V}
zQs;o@b}b%wW!P|MV`Q%*;=NXkv~q&ri&an1r6e@2)A|;JwN{_+i`8+WclEcA!UvuW
zPqjMVU!co`biE_VAWhXBenJ6*U9__7qP27##CG$heg2;pfZ9hJ#2{x&1TED)$(M}8
zRYlagBM%7A?RJpA67APeUMQNN7I*uBA1)L>Vaf}qG|>tHb$bB?LO!y@l<6A`d*Wy~
z$~63T32bIrZlp3XqcqNS^^#qMfDhNlQu>%()Xpomxa~@Yf9hEYsF$FlNUbZI2L%30
zxb!-H|5ESg0NqMloIDymccICTJ<M{!DEobEATPKfA#e+p`8L>}M86Ewxq<B{t0o(v
ztfGUBi~O<H??=m4`^t+U<FwOKPxHvqwtRenolTN+k2Zi_kL`8OCoIbj&%4P%G{YC4
zj|Dg;m~&O828UE#wv^z`*5_rzkk-Q3DSuj4yvs>+Pe%_DaptB;b>cPgHpphuMlb+G
z%wUEh6&+Tc*zO!r89Wkx94Zi#r&#CH1$Ln!<z-I<@P4lucu{~~J)bb>8@KLEQdUQ;
zIq44QSpF|ap}XWqH2kWb`LGwG_r0gI8LMd=ZS#OP0#O$m34s%{CI+!n(JaRAzmTix
zy+SzuVTB(p5bM0sCw7h!roLQ~slwft8z*I!6}=m&y)q7Z<*oM#0j_LzV~cjNFCeeY
z16dET`Mf*-Hy1En_KR_>>%}0aioGxN%;kQFE^SCGw3Ey6bRnLDC<<GN9g?Y+fKLe3
zct+$I_gDTIMhzQwi5i(19eL<dfSvPdVcND|b1<&K`Mbv%Pfm~y{O9L>P_u2s%S*Ds
zHz)WHcT<%Ma<n~zmBiK`KxXCkW-@y_V1?ivi92$al2zehM)O*vO=#5SX>NNTHu4ed
ztyo5kr3)gBP{JIg_l44Ds!w5g<vLzrU>!vo)VvxA?W!2nsgj#O9)a&cfJ@OLb3s@=
z^7Y#(<Z5pwHkl4{D9OeY+C(w&5Av4ayBx%-O)D$P16NHpFzoAYEfsB`O`2$Wy;7ft
z8;g=m5lroTY3@}MQ76CFHAAa-*JFA`-Fbi%+7-mpmT~V>50zuYM|W|Cw0ndJUpl-)
zuR0JpIbVF#G~3U4w}uM9#LI2f*y==mn5#1zLy_llgzuN|YwOx{WP#(>YinH-8(x6M
z?1`a~qBW?fp;IWS+Cx!<zhG))8)n82;Kfl~SlN@RV$aJbRg@PZM0*b72dQFeRSZ?E
zfI93VN2T(S50o-9m5e%wi?a1#rYG|uQ$lcIevTBqZ2Prmk*jab1!ZZhf3A%~V$7~3
z+6jm@(=R011dfuy`0th3Yhm4I1PRUC+w8WpdTs-DpvjwsE&Ah9&~$C!`gxT@U8RT;
zDj7uZ4m0T0$kN#z-~8(off^yQ-}QMVhiW(#mjRsvu*JdU;MXH~4>QMnV<R?_qMP5B
zH*DZxKi*H8Lo&F^vPO}qfF%0OUDqz3Du}DAw<($xeDJb*$#d(VOLb=h(g%N4!`Kr#
zQZJ17{9J1feX<5uQ?}dfz{<ne7Lo|-Rz7Fjp7@cmGb8bO-wbW#@5X{r8L$8gFzJ<2
zO~K9V@`PhUUDKjB0~Uf$!si;oO%=}4dWN<t)!rH-Cap7Pc(IEX^aua>+-^(kThQrM
zOEbTxD4aYd{7kJ}Lxk^H^Ucprc*cld3IolH!GGSCdV*6}$%7>6Ny*7|4z#SS3eG>i
z@aHrunOc~*t8%4yj;D__d-Y}exzhFR;hmexUvSV?itPg8d(BPf0+N$3tzxwV&8;L=
zmI7q&v)U#@A3^>AGos$k9q7nrV-aQKcVU`j?LR#)P~g?WQwY1>+(Z)gD{h{$G|GN@
z%#NDR5B3m39Xshi;4fSn1ZL$H))`-{;*`OY-TA=DKwX&dWaUI4i5P^%IbEZ$p}{P<
zt4{FU+Yb#KzP;Ftgs+wqPLCEV5aYeQ<ib5T1aI+Wi2oR9PQSuI(dtlU34=A<Qxd7$
z(`5#nrwa3{9bwO<Gu~8moYwkHHN^s%A=u%|SdC-g(*2-ucFyUEY)aiaFCoh82lY*^
zOSMhc@$Q~eDruW7(dhSEbw)=mB$20*QOI3=hx%lEpx|;vVsv>5N%*Ysm?mK2FQV{S
z%krswR=G|E&AM47&!AR+ytQ7trZXNwer5M!`_Y&}usl00>2s3|PBR<<D(AYxi}3Fx
z)6X>B4!ZW7niAFylGLm4gHawl9u|V~YP(%$520F*7gG1*#b;IiHHERIKtjVCQB3uT
zuRyeXG3RN;J;z$O-y7Q2_1HwpcH%jIcoSn6dITf9WsRM4INLydb*9m<T^@GaN2Yxp
z&BcC~3dj@^P?TbqYj##h6^!g?Mo=}P{u!3W#bsqHKu)>B+wbu~qU5wOoLYF@u<Izs
zqY(&0dmWNIUL{dq5({b~t4ir%F|{O!FbnIuOmA0D@d@b@SMa?eGMtO&sF~K7G78lc
zK3CUj&)L{Pa9gxX^$FqsqpaCxPJ$Pn>*8PHl*1#=hZGIsGk@p0+&DsN8q1(5BPyJd
z!9NOBxn9b?0y#8bPp>B8qV;{l(BCgUN$%EZx{bm?@?rn-A2D%q;%`;EVu!k%O#OCi
z7`GEy)m4SNrxd|oXVVKYkM^}Ee6_jP$DfM4B^+W@ivZ-T`18qoFt7!K^44U2=uW?O
z%v$i__j8NGk5sE1rWQm_-kVfw7%qdFXSwb<JmC$VGQHR*<Dg)S#76Qzh|^eQ2bn^F
z$l$xz0qv>H=|)YmSCW^&6&hM;-tR?J(U@{Xi8!9Pmhj6*)Kq1x2vC1TkT@9XWu*;m
z$58}APr6&@6AMtK%={ypB=;UE()}_meBza!O*%{Qy~~As@*5?;O!%vy_hcaE!rvXc
z=SCFE>{R+uZk2rfRS5fS@ET&R$%Po#X`Tyf*@SP7F2rmqbHr2Eck$8Y0mImFcYq8J
zHX}3xf4<4F>CPGP{P&sPr2gcxnURfu29Gm@p=gFUtZ`bWdmygc5@k*STwGD>Qq$*o
z`tUi=B`z9GwcR$c>t+ehjftHP7Q(TED<w;E{kHA!-#N1|D98vNTK_z5GOpZ+S3m@m
z3lF|*4lIPZ9>#*+3&@0)AuM!?LYbhjt;rkq{^uKia@~Su1u2hym}P{;pH*1Ei6xyk
zxn*k4E8Z_j6ON34kNNT<x@p95^FR@2|9nkT*r}91?fO{%WM$utml|p=#YdrhMfzdQ
zU*~#V1EDe9>b0qH%bQ^nDo&%8RnrBno290<cE4UF<knG$o<&it6U0P?%t8)CTOlE+
zSFX<AJnQQppw)!8cN#6j_{5dK1>(`PQL=<1Hv5G^$m#&P=S^EPz?A%nL*u+Fho<FJ
z(EBXXnUTtkacM~&&@!fA@PVQkF&D(@uv^drTfWD{+^bq~;#)$U4_Evip=ynLzrU23
z+Ko6nl0e9DcVNfoe*nhRc!Bdo(TqCNnYH$qU))JT#Cy-a>B=~#)K%Cow0@K11K4`9
zu*~w|9ZfEXNe<6obXM+m+^x&}k`LekQC|$^S$}v-9Xdc7k{o{WDR}e=Z{z2t@0T5x
z;f-KXDxQodTy=7SajkDuGRozrH6uROM59g<m)8G$=;N|z0j~$=>Ue{|?nxa8%JM18
zd{FGQfI-E>SU^DtDic$cghDX96oL310za0T%wtgNMGX`&tFLnUgW}{uD^si~gGbfT
zO0s^)nRAAm_npDpTbs?&gZGCXDyl)!l9WDhg~U|jAOQ7qaURL0>pcK{`9EUf;CIMf
z-E*GMJY~s?je7*D;$B`mV)6=<;ex@R%}i!D&o<)Z5CK=#O3)-Oe)E=bK&J-vaf1z?
z_8XC*f?3W`n#OD;YEuQo=JoC_%_iIWp;4i&?gK*~8=To2vGDogR1bVZcW0pr%+t!3
z5)zLE=n++Nc#Lys)S{d{67ij)=%W_T<s#oTyJ$5UJ>%A%+J5nDjy3C9ZJM{}^xxO{
zes7z5l@XhJIVDki{{@rS@((-YxGG|<$G<2_a<@+@#6KvDcy~*rdGCb;GMc=jbf!po
z|5H!w+wd?(NY`q+--HSv*S5&(u^CZj#I?XwxLk;R^O^<?$=|1KAX3BmTa#=OY7(Jk
z4mQr{k3Qs}PUbWf0gw8Y@8*yNfvHu|(^{AJc7Ms{Jlar&MtABdUtnu)T?^TO4v79j
zP+1~3-@^y@QMF!@#Bal6^MGh{7km*QpZ7`t`5c*%ttAZZ>K7^e1@R?qpVR#<0-%<;
z^*^|V`O%rReX_e-W%^xHsL<Z`$X2m~>-<2@(+4rB4K70uVu&66>)u&9Bl0!VVbnq+
zslRX)w7VCWk_5^3yemsr_=^|<;xlwt<)nX5GrU1hfd|QP8@`=RWCW4a?J0Yag-}e&
zGY(MBDzmDCFPM5b@?Eqn-l=FunW8X*YJ;n}76E_rfS3mK>?!;UKpLEZPr9FkB)9dj
zF#yIVDoH;G9pS%l$2L5YN4YiANW+);H4Wn!p<YZgf~yGC+1tJK<$xBY-I)TU@lX0F
z<YZ^yGDKJ$nx+*AE-!F_ZL{>`D#}G1A7KK$C&k`inb`)ASvCbL>)jgpBem4Vdfepk
z??nhe1otL}ij>%YqFAv#Nz$>!F7SDUpGQg<*5EX0GrsP)1)^GH7@nyL*@hI4&PYAt
zzWREcoZtIMCkTP3SX4O_!@GM$H9@!js%}BHkIV6zDKftK=R<hGslv&)X#csEleOJL
zP|&G|`Q=^%7=?5$(zKy-@V7jjtOs+qMs#>H&L(>F%~ibnHoO=^19f%#Np~iKY)F^;
z#Pfh>;4rMuQfAxg6_|hx6=e_b-KgC>06&74VVskuJMnda3}_f^<mkB(4byrX0Yhms
zS`LcCdGgBVFBzZkrcr~qj$oSHh2$s~uN|}=|0tpLRM3Pv&X#}Z0G6c&Pb+`Uu~I>5
z>F_7EJEIjX@Kza}8u)3#N2c{1nbSv3WOf%tu%TpgArzFzTni540|Onke7tXJbwy&6
zyJV~en2fe-+&ynZZyZ>~ivXB!Xrf%SZ(b+LAcTJ>W}ab{v5Gb(SmTZi;xhG_Y$`g@
z^|14NO|L^1WpKB6V9{2<p?m?raH>WEw^3o@swFHNKh57N{KjiQru37=JheSs5ekSo
zwVwR8NBE0j!-+BlWp$(&0~hbVWx~o%>Se(O@%N}q+kZ^*)0;x;yJp1Pg+*GO_ecvI
zqH&e_gyQVd2VU~YD$D?gCeDwmKMZ7wl!GL3Ygv&LDKoZT8U-X!4#~wTnulBQkF=X@
zK;90V`4Ve6Aw?&bJBuyO-RAOr2Gq-Nu5-k<J)UIt&@2vU5bXFE#P-q7510WqlMQ_$
zub`^VC-i-LT_%gS^St}DGXxpIB@&r}KR4oF$6SSsb$rICXOSaw6&l$^+{Db{kziEG
zLyz%~f!0>eEt7jbT5pcC-P$Vnjv+<{VXuzfqc8fgrpPbCuS+wCC%Y7sUU>u{$-2gn
zRLbgtt7)ZhJv(I}_oS{09adsH1~jpmEYBsZv@7)O<Iv_e_D}?(ubT&OWiFtQftCfb
z1U3P9;>>Gt+<e_h+%iJQ+n@u?!Y|xZo-Ps+-q;iLZ?CrcwPCvIw+ZqAK~2EuM=)jI
z+os0?eUF@gC=iM9{9g%`(qddlQz98dmNOI_5)z^jk%x{U2z8q}3q2g1nQ!cB8yVR}
ztPrl>T<CWBq!siBYPhPb3kB~%|3bP+4e@i%@ZzhV+8Mg)d|OE<@L)5#hidJ=D@trs
zIrVputM$aVTt!#J#PR$*oIJUVNA%}j&kVT+m;7|!K-`ALo_b?P$6H&xpL@?3lM$|M
zE>~32Dn?^}8&}f(5RksS+<$1<JyKivjhyZ0o+LdTB;F_o7DyO}$ixdkyw0^LjdHEr
z+;<iZHSotTwA4ql-Y}!)Oc?rO)mvsB2;2^yhm|zQg(RQ5Tv6;7Rqic2)mmMY-#lVr
z<=o$^eg$|`m-i1#)Dp<<>!<B0Fib%`CT5=zCz32CE^aB4<|g;tEi#=>GVlv@No0p=
z(Pn)!`6=xDajKFwx`WCA3Lb)M2<3QXu!*aaaT!xB^if?Nv6#EUoaaOOp%aA{VAl|{
zyz7zF{aTnCR@G2ON9I!vl``8H*+!`GNh9u7G^5v>vykDOEK!?)?9!v@Tr*V_RngQx
z5&jfmXO34nT3FTaDIFa!S6v`zoCb9fYpam0d}SRwn<mA@3)5IR?>6h*R(}VP)}BlC
zsToj~GD{U>S>M!Pxz_cY5>pQ~Q%PWj-y3M4fKzC#pKCaS7e%gU##o~t%Fm(MdK!w%
z)+3HP3a_Mc9zTdNToqSC)l<B68ol3Tk@tlVekilhTwXr^Uzc>hUn4P)_IqWDCr*Y@
z5~w93`96FcIqo^`>_C6g4MyRnBlX!ZSJ8%mRKWjbq>(Lnl%CAXq7pF)qNQHppCtpz
z{Vd)QTM+~!E~GAs<L>Mxnb0nLjB>>cQyTyX>`Pin)wr=M)Qw*yU)pv1(>)LW=A_C@
z|KI*n(Bi%v92v!2W8nCGlz&7aPXB|t@$Sgi>ZCJmU-e<!E(&~s78rUZF~UQf^Rdq1
zBBM$Lvn}#KiMy~6G@B6up-5W7aOncwSM={tW>f`k9Uj3+3}uA)H(Y-n>zLU-)KcGi
zkKvo#HTaDPig8;XJjyMQKD+W>Eg+8ntw=shN+cHCL%Hm|G-R}fUW%58B4zdzOGQ3_
zUhv(^cZX0Vu?KMsjaRQh-EeoE(0-Ws$(FGlFZxE@Nw!fhNd8OX;e8<|J($;Hl{FAI
zAeDAhjG|P6h?XLE5!ctu%HF!zRqT{ILh2HgpqUJc9AVU+hZ}KN+JUCW*#(5TmP1@|
zNX)Ddc-j4=KiWBlOg0WiAE@B;q{HEQ3L$AehPD=}!pEqOu&tQ(`*Wu2vyw7{dgTf`
zPi!o_=C1;h79gA2ADdxj04fg=H!>s-@nrlS^vfi%)s;*QFI^#TcPLm^j6oMdUmbcN
zx8Cy@WwX93fCEbk>TGx%%pU$<$%dbl+`3q#+jTG-?o3sNS97ax<gF*-y`_={oQkQO
zps<-{aTGcjmnNt{;g8y+>I@Camqum43LXStabyQ^Ti8=EyR-`{a6ZhVpH!(z?H!|(
zS??`A;mQT}hnH*)$VC2;dQ1F(OYGqS(XZhB14^mO71btZ5T{xRV0-czP9Pd4=4<uT
zhXCrUr+)dXlcY{$SYwQ*CP&lCFB8XX_jGF?@tfMH_11_Aqq%p61{L*oWjI{k>dO0i
z?_Xd0dVF#her1Hux<tkYFKDnZ3>(<Vsn$2Rm2+S&eI1Lb!jY#+B<_#F2FY7}E#PLX
zW7zk0V#XA%ZUq#+R8?;qh_fIPq8g_cSm?{(0ScD*?_VwkR<b-u(ZFIsK>##f@9+ls
z93T~GFmbNH%W94iHSJh%;rRBnuCE&PI@~3byR_6#S!C1M0Uh{x$haM_;vE;>Wgri{
z@y=<PUaPX<o48mJuk^0QO$ZDAe|&vqK$Pv)H7Oz`4H7CK-6&ns-Q6MGAu%+Hgdox&
z4blw~QUfA2fPln+q!QAdLw(nH&Ut@+&o3VZ@xJG}*4}%qwfBY!MMW`Z8^l^aj2eDI
z_Wmg~e$B-aWLso%w(J`5<I^LO7tdd17W2R3L_G(ze2x7*qg=(ylG%v+i%@~8Yb`9}
zo2|K`;VGare+bSqr@fZ|wzP%$QBwq)Bg3haW0l_HFrXh)@2k9yFAwoC&?yFKb?Y)h
z?d8w1*uvt8`dQ~0mJK~0>-22c7u(*`5j7jbBOQjj632RVsENI5vB^?mLOFHFSEUB?
z8xa?9op48@w%dy5<DfyeWm%-DF918zJSq|KiPu-HDNSEDJW~fPJkxyO<55Ryl?=D_
zyQrvPt6;MmHEBBD>dj4u_RIB5Hd^FJc%X$$h%*6N=Nggo!Dq&Ki+;rW^hX82<s5a9
z^1X#H#qWQ%7JmJsLR2%#f^aolByGbE(=saEh|+h^Q!&Vm4RxA|n?7k}L3zqa=0w0}
zR_*pxhAwQbK+R?=;zO!#hqRc_wOsu~m1Z#cBMP|hgTy*skhT?PpW0mbt4p$+35%pS
z{BYb35T@>4y-xHDOv=rMX_Y&p?y)V-_ZQT+^DH3Dve4K2Cs%}SJxP%wb12*>cDQsq
zKs$om&RjH#ymL01&G${Ki`|m#W3$U_d?%7*)cO@{A67QM_UUX9z?vWnGQ#MhXK$DE
z_lH+p1O_&S#u(gBD<SO@=sR~Nza-2-o(l{OmLhH0t8&?S+OskQ53xaX&saLJIW;Ju
zI&gz?krUfj0F~`0{KkUfSb57guU<O?4Wu6jB-~6b+=?fX-q`7nbmG&z$!eb%mef-+
z5N!$kd?@Cq0f5$4*^Ih`gn^zLRCz|&56(JJmYpV<;?brVm|3Z^(*KI5@oN2l_=Roo
zM8M8bZA$m-KMtDusEBQNf`N$+aL|0&PLGp>-{E|pJnmZ@troKS6P{PPvze+iv%3RJ
zAZ`qpv?lfdxhc?bF7eDY<Ew&j-D?NWjQ}_RQX<_rb_*oK<1WC*kT&r_?!&T?xh|E3
zS80E|7s#J1${#D-mrDd;^^?zJ8F>n*3VEJ)<XQ8-@<9i}JC%UnGAGfFcI9WO{}e=|
zgBwGMkMhz@gC9@PF|*=u^m6mF3A!nsJS^$?AaU(S)p-so9vfGeA7V7lW#7)hqSoJl
zaJW~}*X#K1FTljMhZs^@aO|kcSi8RH0j==vCkR9$)`oa4K}t%>!DXQTkC-TC0V(ja
z&k~79+=!{)Za$+$U%YyZ6#b=sNvMu+May+lJD(0Usb;WMV1jz~(xdSr!AbJX%hpZJ
z-$<yG0IDqGxDf~2@+M7YPv^)rp4wI`W+9hxh4OEUmluev-obD6T^x-UbySi=T-zCh
z8Jd#dL)=Agrxt;xg40eS<Q(;VQkZp~;?v7FqlI32uk_x8d$`8w0*;>yS)ZujmG*m{
z*eFp2(Y8?gfGDJN7_@R+%F(PL!2Hw1Se3=<aJbFZ-xUA)*X_N)TZ_UCIgE)id$mQ;
zB8au}GQY;R<2#vcOHE3f&lMFoHPBmO1OhPzheuXdSFfREr>2roi$O>LNiVJZemQS2
zFBV~zk@l&xQ#?z=7a#fMt*u(*+82T1)L`D8d^~Nhoy3(PSq5Q(L&VQOg5p2^*B&!j
z_b$r(uH+>TK0vNhr6o-fAN1YM)uUR$ezLWQs;u$_ypx;vMmrn8V*B)130ZwzoecFd
zz~*I3*?g^E$yL!S?F)iZZ9O#)ko6oQ9LyE7PuW=M6F)s9Nx5uhwA;`$;w+)5nks4$
zDmcsbv-Z0u?=!WPMVgWF84Tc7$yx(iVz_UpL9%HgOMo`ul1Nosi!=uSo6w}=Kh9S?
z&Es!jMT_N+pHM&cI9=Xev7^WB&FC93JgQo|iF-S)Goe62WM)~vMOV{53UH~{=MW#m
zdrmv~;u#%Zt-+`?Z2GI$-?3l6Vm^Gp&k}z9;O~!YX>N+|b=Ljvz_E+cb$R^P<7jno
zt>yUd=wG4jVT#iZUalA277zR5AIm#Av8m;VW;EsPyxakQ&B34dTm=OMXk48ae>?^F
z=;#_0{-^i+ItLf9OT_Ngp_4b5+4>$F&BnFf0-y8GVMrSlJ&?z6G4~ma=PRr<Gl&N7
zt4t9e14~JtxoZ{21P^gi*<u;3NU%0kbfBFPGHG2Qh|ub-hMfK&7Lc11c}^_m=q}Zv
zZAc7KE+!V%_wr$zZHP6gX^;W4P>wtDsOoP0#kj&;po!M{>JwrlG;R8-UmbcfbTKsQ
zyNsmr;$13iU(WVihp#*sROOZ-1A3Jf5$-*YlMPL3iQvGmGwW+<=5llil5TEXKXSz0
zH`t99G&hrLYis*muBD+ewCRcYnQ=3>xF^ZW1=S2IFCbs){Cup}-yf(bU=(mumNZ?0
zLBbq(t$Jd2!x?--z4kIPwsn(B@#)J~({q-gb>U%ilKT=B{b|#vA|bCwKH`8Z5wME2
zb;eSzQ^otd&9DuuhmG0v5XqlK!)6$h_hUHORY1g-wP7HPXL1iv>Cm3#Crc@-n9ZjZ
z@kzQeO~e65$LMsZN5)4f1_qL2k!V_AD4S+xZm-QEl2|6X=11CM!e3oK1FvmrN1rR*
z2HYiOEuE%@PHHtQWznDIj@t2fKz>xfgnHPUg8%GYUCs7bUxSmOqN@74D9ucXa{u@e
zELP&mZ*KPW|Na~K+~ebx7vFdbJN4I#_K=Sn;Rx=av8L$R!N5prYU-L*Ls?l_a<5H^
zS~hFcC<kFe%*Q-sN@{$+v%M)UN?j!JA#o58TFAVc+iy$mZmcojUOL4!CvKw-NKFqT
z{zoYrs363RsC5}unsYMJZ6WOzyjs4#tZyR}OoW0(-oqw=6O=;@y`cx3f^`O(5XJ38
zk`z3ZVfrs5Q#@3>6<>Rq(Y)Tn4ijC)Q>`0N0ne@hPM~wIb-mZK#L<%8=T}ql9$0{i
zHEd;NW}Ta;ec7*~(gjsT=HfC+;P;)jwzj_Ujf#RcVK4AD+7J7v0Pb#!Hy0IQW@l#)
zMTiCk1-;`O<Jk(ZG28l)CG>{eJdhB@9dY82B^KZ#`&4E9<=Fqc0EWT<x$Q=CdN(IZ
z^lz#vDu%{#jp^ugfB!hK4t>0~*ofofmea4#{sS!yTJ+C@VQ#=D!wY8i0P|4vA4T+A
zm(ZRfS_v3odUDwBp{+Vl^H=Hu7YfkHwRAcZqAIJ50W@o`b`?K}|1g`bqU%&oUsztZ
zjeI-ApMYO_X^A?d?3G;y<hL^&>O8e&GjC#2Y$rx2M+!)(7zghUhum^?ErsA;%;utt
z{SA{{jD0D^cOK>^BbKwmHQ`9)4FdH2r(|~e<}jpH;q>Wg-CCPKeW|l*Vy15Kz0i$B
zU<1g&d=Il%C5UGX)bOJ}-0%Wu?S6gXq3Sgmqq)R(tTiz;)mV_X^F5mQ4_wgWj|}Wv
zJpgOb<6%C^zj89KF!GhRWNjADd}#PIPj0un3J~4TeS+>WR~YljfHV8`=bI5x9$+-4
z%Y(E*u95s0a{|gckV#^J{KG)>X{UkW^pse+*~4)??FVhyg%v46F|U~B`(3v{3N!lF
z;^digeE|+m1uKV~Y6gUSimE5vnzg_j$?jFM`Sz@M0uwH_g78ZY6?6e;E<5K{ra9Ja
zAk{&K#Gg8@vdkU*c#b2qq8Ff8ST@4Qh5_{y7qbUhq45h+e%mR4_|7hXoQ@y-V`OmC
zi2~h-3`sx{TeZ?3Us$u><1@qsy{^|HFPCp@ZmwZI5DK{!Rm&DGQv6`_?+n#vp)7;@
z1}g<V0b(Y#<$(nH3fhns`?#pmF`52;LP{OCp#9AOFHJ)_)b`^TAh%ZEErismca-i}
z;It*Lss5kVxc*!O_buAi;c5JK+WSGBG_u0^U7Zj6gt7FXdzmD~rAiliAPv>{my^B&
zT<xWT+~7qMiY##V@=yX~2IfOX1g7=;qY6L1=}&SsOz*$*l4f8DLs75S<U^qdoukvJ
zX*!k<rS?i6?2D2ehu;5Y(c=1)66i}Lw)4s2q-e<Dug5;5T{qO&eMI;_gmZTRuTmKZ
z;vo7M-@4_Frs?MY057Ed4^%xz)FIs?{6DB#rd@)J?*K$}Yto{<P2u2TH58<Oh$_|i
z$2A-;mN_r~?P|#*mRq2;IM#N0H=p?+danr(r}|6c4i&D=kev-Iptr6+50n*~UjG<G
z%kjguA-XjMIDd5%LA0sSeT*Xy)o9TE$5&cO0k8LFy8O2S-Vaa)Aw~Jw;&LJyJ{F5Q
zd(XFP8S#TL&T!rX+oRLqv%iCICMBdfx~V|1hFzr_(BFeKw=@D>uJg%HfrslyD=&$V
z!D1a_rs{N+O2y6dgy=)#NG)Oiqt%$ZAI0|f7077CfF*d`W%d2P+i*Tr6HMB*h1Tfo
zDeSXj0E5;UQxcLExa*gAR#wyzs)gj>lrIX=zYjV3-s-ETBxjD+)vf2lI+XdVf6|)i
zDomEF_#^P;RzgHHR>whJ4gm1<gV*j)1ky{|P!HU<p1>Gzm^t{NUWS!{+^*a}hq11~
z?51sR{Q&omN40Sx<-_@pQyX?A^}4q5p>Xj8YD-GvpJ$EM%7gHrUE;yrhhj>+xAjuo
zpQZ{vVJ>-q5+b9O|FapgJdI%xr~+}r-V~s!F7lq=USE>N(}+QyZ^MJQa}L7XLaycv
zp|(x`ax#e7f3gmfhKKCL=C?;_+Ty{t*Zw`;v-EUYq+2_{r0)$Z@Pl0JKTyT~Ci%i|
zZ~lhf1xUD;lU{6*Ew9-w_xVnl5ACA+)ZE>0v9LN-alUjB>fc|D1F?;$i=sc|-<t@|
z4fan@E=AJV3f;@!MN<nrKy8dVDA@>dGY9<i&I+Kfa3ZT`q`<<RZwj)lV`ZNCY%Q*b
zbZ9eW>}=g4T~4_edlgIbX$e=^gS!~}8*MbKqJVfyVP`dtUljo?MRGK#?3~W0`coQ8
zRT4gfPB_bqfdUXRDze0bAXC=yK8djJg*Bl0S)Y`7?bE-{dUQKZU=ihGQ2!VC#u^?3
z#}X3$qc5&S$z10(K=raAi11u}1ds*|2{;1Koc6Y}_46=by#*3nN!Y>Xofk;AiP2Sc
zH~8W2g8)u~B-`$puB2fH<a$6C2u;V9ni<tb6`0wuzI7lKAdyhKsp|Wh<eT^f%wE<^
zRQWn2E0GxE$9_p=PAZZT{rpOK*|R)%8p=}{oS(@2g`{_5xWH5NJ&cxD1nv5?B#h-{
zNvX5SDN}R*2b&Y_!N2h<T<|G&$`DY;!@4@kxQlxT*Dl1^S+(hfI`7Zh%DWc424_M~
z$ail(=FZi@VSM$qc86LyU6BdzzbNT1w&CcrHOVsL%<t{(T?ymU-h8lb7IO1i)hsuP
znf%*6l;FD+>@ep=j3XaEgyy0`9W~^VFb~jjG8IYe{L9fx<^qlubZ>ueVy@|nO@8`&
zn2RyF2b>8V#pblHIK5W7hJ#N1$Wnl$oDxCLgR2_(didRN9`L*uE=>R8otdVLRArf=
z2?aiZ>lVbwgIAW_FJ}h?6q!)N0YBo?-LkaZvxV6z<I8B1z5A#_5VWa1e2*4#XZ)3o
zIl!V^;_HIJ^X9o{)(=$CaJH;Z0M!=+ZdjYPrHs{<X=*ge@>bC43**(=I+149L7qLS
zhv@{M86W{0X)mHw*4HOTAoLa$TlD%F%K*ZW*3{@8sx$t(AnY~r@|r%cU;n;1ToDX7
zbDmz|o|~J~_IVa?vXuYOU$p&A?f|Zmva-i=SD0?Rm<liAr=}sczIGB>*|Xk)F6b@h
z!9<!3d5TUW4Js>~%e`}qO@ukHH6j~!RP8D-cKpt0Crao&OlMjETM<~}B(q<Uu%Uuv
zfy+d#?WpBjPMwf*dF^6^Lbcm#aMtJiJjJ|Th=gkP{>Zfk=N<=s&V_+d$Yoko&)JB9
zGGl0797vc5cpA%;Q?Z8{T&xwGY;uY`Ts)`>Iagx=t2V;tB4Ie@Son7y!A)*x#fD2j
zmZ(MT9D&$aJpymcKs2l^>FJmI!hT7&v7MbYKrRK;VE)YJ7!MV3nLU~_{*!#ahMVs$
zd0&j+$qE7g<uBMiv*wMLQ|Y$CVQ}V`$n>-EjQ??yo(Fs|iK*d7Svl)#%`nOs7|<P#
zve5_~y4F1N^Yblx?@T!1G3oAU2t`#l`8FRK@&BToN16Of%8#Ok#oX(^rD_lxL)oWm
zrR*M6j};I^uUW59qB8f@G*STX-jg<EUGXc_>J<M;@@nne7@gqeB46=h1Wcu+a|*Qg
zwAk|LAp;8Fx&9z-BckWF>U676+HhlbOWE{40MeYlvc3}wn04L@)F~VO+<3jrWIp7E
zFL7zaO8|><m~Q^8z4%TwRGS-Zp@3D{gxRZteDur<qxd&PP>`~4%I@O8cp5B=Gf!(Q
zjt3b|KT{!%tYj(U58T@8TIpqgCCj!Zx7@w7Lb>BjOe*q3!6WN0o$WO*){ZZ=#Bc3=
zpVQG5D#;YyH`N2wkHh|$ZO=cbo4n&(h@L~@9FU_Ki2Rf_bbLxvOkub$e?Dd9&AlR|
z*GUJYq9B6T8W8XuE7O2@c>x#~Z_RhIHio5SBq^A!s)oa=kC3GZ_$p$NZD2bD7F8aw
z_!8vdNnzN)<PfL3B|x11i@*%+kH499UC}GrS1#a~k*Y#$ELr(8RVS-}Uxy(<f#IP0
zBjoUI?;g0q3Lp3w`nhDtz8CNs{q8tlG(I)3u_;16rUH|0ofapuOsyfPN`o8Csp~%k
z+2b=D0k@}wS`trpT$XZg<m^DEa_hYp6IhH$np2*rs|@hQCqCZF{)z8-QpBUvgr?RE
zxh@p~fY>J^YXdT+$Uz{oR{koBoy5ghCyaiUyke-68u5u{t1jW;Lu#N7@<w8JUnonw
zhw;{d*K`jB_?tw4<XfkmF*fkRVtE8uWuG6|)+Y%V!apyYP``&IgTL?|#!|kFG$5Er
zvYKr*Gd`{gz5xY>la(eV$M*KN@@$ym(4Q=w6%1`sw#|{!{S^Pfqod0}LC;kM7&Pdt
zA$LT$#G7W&pjJ*MLJC~^b)TLN?Xe=d6a$irt0h<vytM3g)yH~VH>7opN+X!E4bQJ$
zwk_NN7T&``)%yaZHAeD&N_rUGYBrQe-^*I6#fi<=x#(Y>ANB{+Yp~rRlPmphTd5B+
z-j-?`W`giJbI*;C-&F&O{RVirrb6?E@I_Kk{m!QX?P?RpkMidefoC!{qM?Pc+m{9q
z%imuB#ti79G_Ttelt7lw4-&nCMi2#3i>Sy;eFe%bxYLjSo86_7qaaJ8sf}Ul{tv%T
zHYW`KPR`9`9v$iw3P(r9GEbI?%gr?SayfJA`%qoOp<^NcLlX1T15Dua5X%f?_9b`7
zAhjv<X@&q^dmQp^DXka2KgC3V^AWUFMbH(rc@7#Oy|4JqQ>h?F19slQ*<Hy~pVNzf
z)lh_+2U)uEf~?>(kV&QgSJ;$dc$W`Cil1VB1PjLx)cp{VCBsVZwbNH-uT(+V^gh)Q
zI9Edv-|y3bJa77wR?B;8VOwh{q~S#yUD8{#StsfN4JdsKIa_&)*rb&7zkDYD2T#8s
zxp=vwk&BCF-abBmc4iwkc6WPc8|+>TvY3{9LC3<kKSIdJK$MUq3IIXjUk!81|3Qbn
z7xkw}HP4POA^=!6UroLTPCRgM^Cx#T<84ZKjpBiFQ$vV!AG{xYp_|ghS-J~qI;Fo&
zfVBlijNzQm(i;@u1wCRY<O*Az@q$GG_Yi`+-~1<HPYo9H^wACQT=<`JJh7^+mPxn-
zPbxMpYk|mt1Y(M$lqHgkEfTz|dl<b5NYUuerOpKM<}h7sS2M-$HuP_!+50l~F$M%Z
zO=nJP2L}hUTt|^7x2hO13&u0b2Lz;I62@;RX~!bj71ib>0vwzzUmBtWj|i!J-KB93
z4vqsz$A2xgM^658BK6AaSX`)w3O+RnRWn+=@mztAQQU*<@A2VO$XgYA)ketLyrbLH
z;Sa*PkA)iVFQ-$}*vW#9L}eiaFB=d#`Sl?@g84q0^>)tq>iot|C)~)r9T!8pjaxKF
z%yC=b60ZQgyRge62>t&37#NHnt=9ya0W#)=M;R~Kb3&!HE>+nKEQ1J`Z-dc8%ZbQE
zf(Wob@OV0G@Q(Q~EE$rJXjkqpo1$Q!`uVVGPp_uEwxQ0tZz<AG^5~r=+?Ot)YwBt%
z`;{-q2&+FoIM6|}?0xiBQb2=Vkh8dbrEzZ_keD3G0$b|Jo5IFxt@eZeURY{PcoQIy
zif)j!k!O0ecxtMkZPWlR85x;gki6S`3!zyJdA?dVg;E<$&P}{s&cHvQ8P2UK3KIw$
zCkXx3@176ba9`*m@vuJ4WDICH`VRi-uSSoHJQ;jOFm1GyjH+0|OO|3&Rn@AaqhtHR
zWNF(twl7&iS`sw;*eC+JrJX9OA4R0UMl@!ds_VPUsX+)p0fVj|kkkFn2nA|%;$!<N
zTSD{V%35RuYjb^}m+?2q&Ur(tlTSg_QyLGIdk~RB<UQlzhSEOWTE|31B`OPiPL@_?
zyPuRoEP(cN&ua2ijK3`knA2K76R*txloXgSjVf0K-{FS+$5`uNSlt#O#=hVu+wl+A
zr#x?F{gzMR=IWOh%3K}ED=JY@yu^DtkAn>V8E*|uOaLSe=T=0TuX^R{2c4|lj)0yD
zKWIe0A8ROH=F|#seE&2|Pl)?dK3Xu4ih|<uV(Th7$77o`WgLO%`%Cz~!q;f|LKzQ)
zEvxs`cv72~806Lr^bYnZpxePOX7as=8*YVf&l9IdfW}qq>&}?|zYb8kAk}}oc2W9g
zW5bXx3u}+TkJXFXkCCc$8wQQz=F`L#yg?7#gx-HJ$hKHkIeGUXA{zVjeWwvOG7+v=
zLo}c=EV;F+*&vG{uPi)5O<O4kxr^dIBesDDf2a>`oB2XIX{*~mDEQsm$1f$9eeArp
zp)8#k+eO_`ZceK+BNu@g32YjTdM`B%YrvHqM<A(tHf588v{vuoK01Eqd!XGI7c^}A
zBzz4lkB0ozpy!eJ0YE9SM9%y;c2?!Zb}O0p_eS2IJY%`|yP;fX`%-fj7_Ah#8=syQ
z)B}Fs&t!)vn{e>(9<bH?v=X_;`!?`(Aq)$NY^V7(!KW20k0pW--oJRVA+3IgR(hjQ
z$m>(tv&+lNSm7~$QCdIIoa7Lk$e#O=J%8YVGe!|HfK@*96J3G(v@JLoKjPxxuyo~Y
z!}&zT?;P5bfQY;q9>y&gx9_Vl)zNudUq8tdL!WTp)^3WcwMYvzaRKHzIV3YXTb6-n
z@S-tWjR`iSy(CNgzL#69D)=B-$-#leq<WH^P&!{jk8f(%=jxM__#Ed4qso$uj47rE
zcDA+;3GUS~P?%CLb*i2O>s6MtxuFui$!3opUO|jP<Hr&q#s_bzbWPOnnW*RBRVj2R
zX(>#URen5Ik5_73hxgnNYs?1_!b(Dhs2(2cSP2j9`_Wf3=^E|iI?iu7{R!rd1)V^^
z1D$%=k><z|DV6_a>4lt;df7%@NGmUQHT9gyX5ZvwvLBVCWo1dDeMbmujeUfdj*E%A
zeJu`7<72{(+n(XpkOvWZ<gXOYmN4%EYTBvOH6-veUQazOX!-HLMNCX(^hR5`2q$g7
zyw{8}>tRR@DQv$(=Zl$oVxvhZ^c*B>*L!}yL?65sL#@9_;%c=YuEramD$I**%Arl!
zUn%ka3)i8rxziDb;FLETz7;#YudepUQA}|Sa>u~Jx=o8+eJSR0cAAVQHl4I(^yBol
ztU@C1`j_#I>vt=jiOQ15&5n=<r0|!gWU&_)92iWDD48yoJk=#9u?GQe!HX8~BBc5H
z3p+VIzSsDyQUtR6g+VR2qxkH80Hv{`gN8{hYd~7AD<ABS3mKVfb}P9-ZB6Z`4ZwAA
zabdahxw{PtJm|(UTszGe4P@M1S`5D0tqjg<Y-+MP-<zay>+A17TnyN^x&DQ65Un0a
zw@dJ4D2>Z5Fdqkn-*rBUDaVg)ZOPWo?r=TR%@%x-`^CZUFHQ&RBblIo0d~>I#>#py
z9v}RCZ3)z1^*?TqLxt__6)u|r6?yXDK?UuaPut;6!)WnMK-1Ul#++)Cui=S6W<;1j
zYgGP?DTBFh*9&>n%C5{Ue~<HqFVtK+hQsF<(oojGHvx{0vHGcYS5i3@WgF^u>(HRJ
z+bZPwY4w!dmAdO`2|+s}xHae~tqjg}fG4qXoT>k2ej>CmCLkU!mdS5`IA2^|e!}na
zEBVOnzb6NBo=Q_baw?|W9eWq_z*4MAcKc>xCBgGKYoFR;d+3ke;eO1_*LTka1zWaw
z25;MzL-xgPC?0C=d!OiyVo3Q;Eo$difsgHLNd4#xN@@1eS06W}Yf9GSr2sIsJ!e`g
z3VIHRlKEUMXp10^JF%PEyvk*>l&N~C^WDjyphnizwD%vApu@S1?ZK#i_42Fzz`fkX
zwgYWHro~9E=b=@F68ga-#@09#fyb)SRZL|j`?(DCAp!Ds)AOCA;2AsM6GomLA+4Tp
z)UH(CTg~cAO?D2B3|nxP_irXdf?kRiUKpJf8MYsD-4VZ+eY{xu<1{&kFnE8Vb7ar+
zD>8@G7Z>JR`^TEWvdPW-EOmXKgS6`L-9^7Y@WCtm;N#AtrYb9yoGe)!cS^}u&XCZT
zPx+0yHpBFZRddHX^t_Q`G}i7t#Qk~JPON5!D)epXlS`=zu7i@^@w86|f?-Dm7`Akd
zObVbQpw>>C?23*z`}fCRc33D|9oRH{b*YBFTi^P0U}SsS>DZ*~-2>_ARrjBg%a7Sr
zygZ<xFsZi`M@#<fO7fBnsZq38q;2_brzz)03AQtTu!VQXlJ}O0G<}SYH9=ntB83KS
z8oT$A_o}Nilhuz!f*Wf~$It#9MWBRK>k*%F*GVEmc;4ij^`goMxjsEU)=m^lZyG0V
z4Kpi!0fV&9-=gb*zZX3w-rpeU$jfEKk(L_=w7Zr0uU-|jcZcyI&M-7#I$kdIyHHQ(
zmNJ&MxH!|%y-VR)674M1H>(@Uyv3J)9?9&62SDZZ;{zF;yuOp$L=dpEPN-DL-+Z<k
zHSn?49WY6?0<QmG1|Y9}&bOku|Jt}o5W|@6n2_z27O@yC|G2j?G_It$p;7bZkpPN?
zg2or+X<lZEpv~6|23hwl<TPTlwHw=xvQal}PJ|EibJ1>(=q3LO@Uk+ahu-*__vFu+
z%N}~?_F;e0Pm(yLX!7oB$Yhmg^mQ}4IZwyKetth>e>{?ipK1NQQ}T*3Ig-gKbw3=)
zo=zDJFEHUlhS9HwK#r`2?0~!)<ej6^{4z2bb+UBsOZr@S1FfabmW*wGw?9u7i~9hR
z*ge~ZA+^bP6EKZ}RblOSTkT5?cW|^uCW~`mABo<>HY^J*4bR^~y6xho88>xo)xT@h
z3zl2+>wE-M|N8u?FryWXD^~4SsScaTpwk|P`t-0+MC2P&SYr6%I_StY3R+(&8_cuP
zT(%3r&$^`G&KucS-1<soe{<+H2#-6I3p@2QRhvwy2)T^os*TG0*~UhZrnzeiZ*v~`
zx}9vTOwRkbSMilCFwPHojz_b=X$F7((*-WQj#d><POIAa{(_Q85HQ6#yoj*~9P)a|
z?No)nKIyQ_LMv$`!DBM0UTelK%GlW0M<32svK+`3%lDPT*xY@e5{Zq9>gpdGODmR~
zX>7Yov?13XGKCqBv&cz{pf?SbmF(N|LonFSTNj|?*}J%mfav<;MB;@Br~dTUwA9q%
z8)Ic<9DuIrhfZ_5PVhy$%r>%Z2V2{F`qd_ehcni_y#_I5jb8UcP48}(dS-tWP!ovO
z=U5SrdwCU6I675-nThVe8%&)xQSUQRUmVcxYBX!ai>u~jWm~<OC_LMpi#+n2WhSoJ
z&y87njM7RfV4#JUJk>)QpXno3Hnw%Xc#~*(9q28|(qt!UsAHP~pzCZYE-ubtC9Xc_
z=Q!l<<c6Rxtio~OL%EX4#VS;Y8FCXz3WLC8<hEH7B(Klzu&)w-G1o9<!U$(S%|a6l
z&(*=V-^V~>qfOd@;@qAup5JN-br$SmQ;UDT4SwJ%CME;G=`L%pXQ2$UXvW@w2LG|E
zcJQv$MMv6)>1~#&Taj$3>ki~d2B-IrBMIDw?C0dn)e~>D$1SKY?)20<2HN5(-oySE
zc6GLmU*A<--8%SSfWjSZ&)4=`m}O>#a5?u5$9+3Dbm^K*<IM7RM8bz$t-=1=vcdh{
zf!JTS)5ddedm^=#YAyd4l5a)Qu1Z3#e{i5U!evB0Rd`$+=uK3WV0qSs9L?O3ZnS?s
zffy^LYFv(8twCTa)zjK4?liIWJq5hH7-G<t*uK*JDVTq@L<lWVXN?YLfCv){<fe^I
z7g8(&+u#I-?8HQ(kvkVL+R;xETJ=SC9)&||KTjJNIZ!?_v$Fntao!kwU^n#JedALb
zd^-Zp=A_D*Z?`vF$)vANkV;~`yS7%kXCLX3jh_BOC|2m$O7qZeFKHyjT{v++cblc7
zy}G0ifB9GQq#3hpNxjsfgjjidyUE0zgt67#^QuK2%+o8B%#rzR7Ujg#FEuRq7LqJJ
zPq^b1*j+c50-S;vaT{`YKMq1#B}x`=9OZ*Ds_*#a4AnCR{KTeqF!nkMNsP!ku{I9e
zbOx?Ubes$;ZhT+v<f3h@aEWD}eJdQl;@N>{<@Me=*ae|Tv{s)j%t|zt&i);6ykd$5
zpQiwKK2VtE`e3nM+z5!#Q2CAapyqO}QfO4(TI^zsQs{_!4I~{rhWA&ey1O5cJCb(v
z_A>{-4OfUxzlIX~?Iv~Y2a_MTpjuq7lr(NMhB%(3{izafl*${w^pg`xe=X+FtpYu7
z#XQ!W%dCLk_;P$dJ&{y9Q^yNH>1{QEpM)NP&rOL-f4l7S+XhRo2+(yn@DnMpoNSDf
z#&=vF4S|iHX-CPRp};3~F~nSGx-BHc2h#>+d3rzZ1yuufBYLYeb&x|K((z;$8Tye&
zcqQ>AZpG^)l&<l#M@|)rAp(C3K}W_tOmg1AdDr;zc<BYB!X<3`q4HT^!SFGKik2S8
zeCq-&R(^MSH=cFr*{56muNDfuqWXCEA4#qwEe1M8OPG`4S|$&6Zk#(C3>=VC017}a
zKHBwbe9)MlzNPN!=EEQ`$0mtvMd=Lg_GL930>dNrumC;ib7%GKo=rE`M)f0VjDq(-
zqt?j-^2yNAY#D1B4K2zFlG**Vn2Sf2OqfvieI?4obfJueMqOV1Y_4)P<;H1aS<k9L
zYkq<Qj0$Ks`fcaDS}yLd@jIFm%^FOq*w&Aa&L5siCM~Qq=n#U8rbC_*W*DEB{@Rd5
znb8{pm>(Sj1DY@vX->2msOT?PPYGkcG?@ZBMv*;r5USZmaSC0X;GSxk`Lb)Jm41|s
zx@hh`t{$(EcyflpbD<+%eM}nyq%1-;6d0S6@dCT^3h}k3=y~-*E?KX{w8b!0D^AR+
zZK@1)`VI&;1!%pD7Hb&)^8$c$2EO|Fc7e9MJl5kS97zOhu564KZfsv2^mhY;fT4z*
z4CcrS;dkG&5VHP&PdTGnXpy*rk9AM^9k=p;`nmvzJDI81Mp8Bja=n4oS|o*OyL0bh
zd})7!c1E!?Ka~;Y0t|v28Pj!brQ@v`5I`g1VP6f2gzUWHdZ<g&u2w9NFODDrZ3|4z
z0_mS-iysguVMfdgytDHje)nKpgFDvVq=Pv*8%C?uOl2>ewa=dT2_L;NeoX}D=QrrB
ztS5tw`20QwXP}tG9DhryBPbUwn8VBbZ`F#Ys_}q7?uD+u<{sxy9;){TdT3_djqCqh
zrlib(vaScNt%YVFj%kbMY^&KIWnZTk9pY5LQbhM7R|0yyg!D;76Ek_wk`ZcF``x>j
zZ0#Z|>%PC3eIqCEsG(uB@jF7+2Fth{bOd;Q#Ivc=J20ft-Jh0cWTFh(JVWi|0OPkb
zk!&^4D^Xl=B(PinhbM;YkkHXnkXh&V0Ie#fu;(_-bG3zPH&+M3Aovrahx4r3^s4Ek
zws;R0qujt)x)T0|5dUvlfC5z^JS;bm11faA>NF^7A2E_*rl1D)8#5LGUh0fO-rTW7
zX{?I<iD329`uoVIG$Hp9V~4Mh#v!?QM@S$)koqG)3B-PP4){Nhof)2yW@#BPDW`z<
zJV&gSoZJpN4w@8Y`yK`H<TCdK9PV!S(KzzSmFQ?`G|P*nu5fK4EipIZU43-gRe)HA
z%#_7Gp$an8-|M?au>Wh?#KEP0OmB*UOYkSqYB1k{bZ%blCDuAs&(>1oE4(-1-y-Fp
z<ovg;W@SF)2X#r8Bfrz`Wb`Q1`cB`Zy`pJ8eQ2z-{*sMEgvP$~fVm$z)~U#Sw-e%V
zM@yFCApg&YBvVm(-pe@Q<l>@w>DP*{m7yTO$wQu9OKUrM4r|w&Ks0#l%?o9TUjBZ0
zOXb!cMlb)tzBNv&D@j6T9ei59ecICQ=0pTbuT4~enl0(UQhVM2a>6hEVt9c}XUg}x
zJ6z|x$;eVjalxkrT5&+j<b$@c<?+*-Wga4m&PrtWQmcJc>T6aoW+3$<8+Mv)b{+-E
z@8N%`PfJug8~Vw#D;vl05V*TXO1canNby9GbL%4!Xmb!rvH3Q<-Da+FF=k*>nF+&P
zp%1~BN0eO0vO8~};0N)X&%Ge*soYO+>gvk;x&-E+x}g<5cK^IZ|EXNb-IuqLgzeJx
z*$stl5PCYkth=37hseerpiw4bS1+VJO{D#8BD|vH0Q+r}TJ6VVTBpwVll19YYw0lZ
zf|t385dR&`?LS=U2XCMppf%`o#^IK+T?XDNP-~*0&`C>gWPH*Jt}Zbx1QW~r{`gCi
zrUdc%crQ?dIMkKC!Cx~(8uy!$+Y2jw(t<BnyLz@Wc^|%KP#-`V>Npve8i10GtIlOn
zsDATfU#b_pnr4gZHU7Q+Q|$(6F!XEZUFTO4iXmiY3phHmHb!%XHNiP{fj)#`Uu7?p
zUu>ATJhe4jdINgkRCUde9*F;qEMVZC%5B@#dyWph^c~#Q?!#^9Tnc)zL|J*VSJ72+
zYuwquoopL|z1U8p5d*|79^^Z^uuup(d4{qBlmv&+>EFQ8O4X7r+G*LH`1|nRZ~?tX
zKV@3~&~UVAs;a0|LWchyuLZUjAPbtrwP)kN15zk2!Opv}v-8FICD>7`UAhe#o!dg7
zK2$Yxc+Y93_fG5GpElt%6B$p(iA);xiWokKt|4S5%Tk~uB_U1_!fXwjDFBUVD*z2F
zGugnfvPpH3llu>12C`gnfDfc%ZBTka2dB@jPMZ?7>sqjuxkUktV)!&?rq9^A*XwF?
zQj0oxq3pw|TvLgEv9QmG)8Uz4AoR7P{@1*7{7IuAR{Py<pj{mpGnC{%UT+IU_~xy)
zrBwa~8t~E(XnQ~KHw7XAPhzGKnO*2t9-z>(N&>Tl&E=Nd>*X%g5i|3Yf90EE#i$%N
zg^av>|51pqk57SE555@S$$-1;)2gh@=OUn6Mn(Loa&fme9lK#GL6Hw8@Fpi#yEY%^
zV(z7N1TBo=Rt<x4oUtZTptQk7_CA~1NZPoHFd0WoSdwRZ+i7Mrsz%aN<d|uE_<NyD
zGqs};pS^=lw{;gnpY-6q-1nJm5J_Ci3{v20G7Wh%pjbMQWY6g`?Plg2bQ4iNazV|x
zG9OGxhB$7Z<Xl;L2E4-eT|%R~$0ijs%ye8}qZ+>7b$jR!#{bYX<V$(EDBPUGbMAfU
zoYaw}x8Tx>CqQ<HX`%wntLkI9m$sW*4N}IVV4C=o<4pNa#&bBG1q=2JIE{vi^T6;3
z|Md(~Oh*|RIl_O|kT2T@VtQ>j7c+{x=K9Oq<L3Rl-x-T$-mtT>i8h84rURS@qB5c*
zG&`~nk`UXqLkS)^<un$wz@vv&0r1a#)O~+bCW~nvI~}mOy3bMZyD@3Bnm`Xr!+xCQ
ztS@H<9K<{Ym5z=41YmK{*TWJ$r(e#v`+PIvi?4t58t9-R$r&SKYhVW8C(UD65*eUM
zueESjyu$IfUP0iXLi7R5zcFy8X^koBcm_(pLKXE=1A2AScs-kTIUMpQn(28!5cWUn
z^eKlp6)+>42JbrKz)<okD%f29^3xRrMvn|z)EVDc<upr|gzv>)C*1n36nntih)b+<
zwPIWj{A-I6nZDtu0UU4!Hsn+$R@S)^bK19hib!-bG&(Ou+}%+H(k7FLydLiR1Nu<l
zHOP?=49FRSV$yU#niUZQqg2F@?MFq!+n#x?Ukv)4Rlfhmz`x^h|5GA4Vd-Mlu<3qu
z3WWQk(?OGWVEEpf$#;f2XSMfovDDfS?VGnAZ(ipXwr7||<w@k-`desb;4}0C!kdZ?
z$3m0x=5A*pz+30spX+*m{`2@ob%LA#Ll^@FT9}KaeCV5nNuOVzJvjS6wq;JAK6Cja
z`1gy@ro)ogRzs_&mWaQ8wy<kl665CfcZWCGf@*5oA`BngOq>~T@4tQfP{GO@y7U5m
z9*<2C6S_n{;&!&kw=`;GR&`i7OOPPP7jWh)G5Tz;W#z-rt%|R^eHpevw8b=(?F!Pb
z6vFSb`zxX&;2bSVJ#Qy49t<!}m>q`R@IRp_$pI4sN_(&auPL9HyTjE*S8KYZFL=MX
zGpD#!9DcLazC(#pDey~z?Cw0|=KEYj&fBbju^~}zHmZ@Km#AoCnx&Ka^B2}+$$I6=
zmhw&D=~kn(3j*=PiDFl$hNE%{E+3Pm0+zLX>b7F8tfQ)rX(-$xZ>ea{5KT*ET|~Ja
z9}OGrM4k5|ST^cLjKz!51c)lBNi)UnSvb65+#PzN7HR5TSib7Z{;YWgti3@Q(<r{}
z{6Inqwg-MO!A%)|<_f*>SzTK*J+eD|fN#q3{3JI%joJ35t)9!!T>of|D}-`X{E9vF
z0s|I0lg!)IvI&uq(FgnZHcu{>S-IeF6(8(_4D!$u4AY$v^Edf-NAzD}%W9HmeoUoJ
zuU23=hfk!1StB4%y{JU+Ffbp_^Xe4qx+FkKonJAAMt=?Ma~&8~!=5&;=2+iS-i?{A
zfO~3DdT3>^fHevE3dzJ$*eGKh_eCq$w}#f(98km$&b!RLQF4O;q~2jy-iXawr@u}l
z?d=a&WK!V#^o0w(im<Xvl&?S>FEKIm)v1kPHI<p#y*LTYQk5V!Tus*HSd-S_oAaf3
z`Nu&g-=OL$D&PV+^-g5`P>*e$0h<wO3;Io18g5Nz;jmzSBnKjj*eDzr8tOp`7A+Vs
zl;x`CMYNC9NwDH#KVF4o+`hiPgI`WHmQ%`HFHZ{>Vmaav`|LipDESy~(O}IekMEwE
zNsy8R&GNs4RkDnrlT4x%#*lMh8HfFvJ30G2e);#j*Jo!YEIb_Tjd1-(@oosd-90W>
zCq2_->`c|5JlnrxxUMGI^AdjpgSk}eZ|i^bE86_J#K`AuP@CqKR1$|ugIci?(y?lV
zADz73nvnVX+iLr-OHJdu=lrQ2jfv&2f`W5NE1{J~)fO<a-p_WZjm`bHsG-m$43)Fe
zpeiV4>7{8<M-jKSD72@3w26q3Fn8Z@*io}I7S**d<Ig3YVW~5{zWJ7>L5Z2jI64M7
zN}92`#1|{zsu9f6kxMgV9d6LskT3uG^|D@K4*0w4AG_@@cKB_TmFP`o8s1g!I9*Cm
z1)T5og4Y|`-rnA#$}F;fz1rX>&PX^O6Cve(e#V*>@Tl3|dA)fNLH5vW^8Dh%^W~;H
z%=u%YkEXFfCGsgyZ&gc1B`>~{Q#lB!n@$al{S+K4!x;KRNAKrD;|1kkEvERDF#WrZ
zp)!^-hd}<&-wvne_$DD4DBz7&9lAd0V!>r`x@Lb!TB-Re-IxlDggXsiig&qbzc1Z2
zOQ^=mr*nz7)d+6mJT+&bh`}fAAU?_Rk1DJpLy9&h#{FP3t}1TI=I<&}5_#*)hhU_D
zw9S{dz~en61)yWc@NngJLtdhFb!i`ZcWWc|<NJ4vCg<63k-Zl1&<7|0SMZ&|rY&M(
z;y?Yo+e;}y9Q$^KzzXg=@6jJ2X(-ARv%AoC{_WF`SLvY9YOrT_|BV=lR`t2_ICU)E
zFsfUy^3qDpBI^9zgW8o*)JWoSdy*?K)?1CGp(XL&>96h;fEixf5(Q>MQ)$>>t<@md
zMYTntV;<ztfchdlm&J$?teubvOYm{2`Z!pomVk-k%lXl;w1%9hs!LR;OT)1Iy-dLd
z?aF6f=@e}7!o%i`?KiQ1_3m!6H8uf`NP+?S8|-w1y>$!8Uu?;xH;CT0P{A(SC%$Q;
z_+k8|qYpo(E@0?4u6Iz37d^U<gi)NkPTzeq6%~~yTwHF3@#i2-H6ud6z)hl$7p<@C
zZ{2O08~f?GiLC>;K_tE+rOZG5e8`tG=nbrFO><Uk)vmxeZ*v!zEx^xzZ#kPZ7Z;TD
zhBjGZ6(&xj!!nR;i{WF>_8WAIVD`@VO&CTs809k2k)~R{MVa{~#LDb4zll%B)}=Rd
z(n<bT*cjci3LH)V)`&bfd8}K*)nR7N<^8gX3x}(jfNjbLpHC+>Mi|5L8w`zr_b2tE
zwx=j{1oI6sVHqzQ5&21y85X}DJR=zFCENdHz?=MK_R0N}##43rM{(c!_7!1|(v2ja
zkZ4w$n+_=2c<6JcGfFIAshpw<6(JB$S1$NbtWD*7J-%9XpZp?uY8djBA|@}y5p~Uf
z{?kX8+KKv8)&VkpcdZQZ2&b?d!bYRP5k473u%5u^=Wg@ThinmFGlO$16!V)c{WO}%
z%PoB<WDqKGG(bP};OXnvuT9CAMclsrW<&y4T5EJPHaJ!^<lh_)4F>(6A;Z-;T|+~<
zlTd8LN<Yu*7R<#PtYj$v3S!&R%Q5hZ92@;A_hXQ%A$=`3HoF>XzNB+yFhp%fy5i?{
zSp9ZbOqC?!C$S=fHdwpu^g`Mul`%ty3>&p)S8~%f=;q^PY%V6*l>P&EEkmnGgkV{0
zb+xr*kd~n-kG?sh$~fdyW7a)$(QKeyPGrgn=PN=>VDNK&-7LzxVsg!_mFXG6j9IXF
zpp3;ejiz_@+AzAUej9ZLg}E3HVHBDrF*Zv`S+sL+d37{y?~i9Y;WlrPkn3lWT>~B5
zwH%rZn^N}P#s_-li28}&E8A87Uf+!)xX5zesBrV2q(R%pORWs^#~X$5X6e%mNM+89
z2*b(Q*<^fcs6t4>R0$RvqJLJj*EHv9Jbjq<1}seHg-Hd7Anw*Jy?0tLJI)s(fA`b&
z{9&v4Mth%GLhjw(R2owVer&F0&1e<M?P^*Vxlt(BYqYyUrn3;}7+T=YRToDH>f~Z@
zFIXPB0~TgaliC$>zt^r{=P03e$NBd6O%*aACRTQOf5wKljeCO8`?t~l!&u+Ik>g7Q
zP|XIy-P=QKMr~Xkoz!}Ud|tPzPVxIFwM~LJ_-%;QI^r9XunbtMJZ1$K4zDHowR1wj
ziF2L?w`L9-canaFVvn&cxU)WOcomr2q0gKMScGW6KZD;xDZ|XHTa^<W2-7YNN>fcU
zGg=VU%t7!cSAU~5J~b6_wb!=)4XUrNZ+@0e6c?utrRbdRil+o1t~^q0+Ey*tp%%$u
zj6pvb9rec|zYu*P_mV#Aax9YP(CzNsMiwHn^KSNp>)a~8kp9DhDZ?Yo#S5%ixbqEP
zSKalX!??W;3F}-RNDb^7P@jd9rlaGg6j3Xd4mUsLr%Cuy!J(DQP8x?+@)eD5EsIE{
zbmenB#u0XSvozD`>C1ISqmV(33|H4Q^r`Sh6BqEU&%r@r<<d8I)aGnKt&PvG|Eya_
z>Rxttt9D=CwvwxL_))jhuHiedG}{A;xT=Z+2>uM)Gd?Ta-i<|*2rQhdF0ZR292prQ
zFV+IL2tbaj_5%X&D@(8oirlfHqT+DK{MOTujhw3~;M{dQw}N*Cz>}$|vhvU~Cqd${
zBv=$P*dg{%E@wWj!FTujeD@m<|KZ*y{;UosCggA0Gn1tCx99yuS(f;0w*Le3(Ve?&
z<PJ#Z27p!i#^)U@QM%3obA6d7DCncmDYWVzekW~vL^I0r>ZBUU*^=?_SBU$k<kw@c
zmh0DK@1T-h&Z`O?uXN2vLB!zZjBj6I+8RR<pB0qE7wESHs;bB^m=#J*+=&~Y5#%jN
zx)8G3%R&G=W!vIDpu4?H<w)cZtnFfP5r5cM_Vo1JI7_EEV>OV08*dnQYdc~<ih{M!
zN%%3Xu*9=U5TBf;E4#JT#TsATfQZ(4y~b5oT)Zx2zi~F_Chz6tWr8Mjz7!&HwlnMX
zyY3McRUIJTNUOX=N1ef)vJn?p^eY_ac&Pc{K0e;>9VUqgaFL{+Q^amt%fESvD{)5g
zBlt)g{8{gQ*g1Ad^1=lZ+pUFTNE#xUw++v}+_sdRCHcOT4SLmemspBSVZEXaZpt$q
zRbchlE5X#R7(fW$o0PEdopC88yJjDMKw6bFMbNyx`DWNjrWQfOpV##$_r@R_Eb~^h
zDT_^lsT8PimpNOaQEdN&<4|rF2gL0yYuRr1%P?ra6e?qHY{XM}N_SyjpKo##M9m>>
zMrz?(29LM@g^+s11J*DkZf!X}7Z9*M-&?SEcK!}t2(8~TDlnrXBYT_A?l*8jG_<wf
zTwezwlScAR*U=m?kIWCR7k^}nc!0((nL<tE_k&&rj{xU}8<1nByx`}jdlbib@|fn1
ziipsZedE0FYQoq0_l9Owzo8(6WFfbc>LoN}jevh1^~+rwq=O#M9%9iOxc~?IJm(Bj
z-_PTAW7B7(z0#V!rr=(v0R=`Hiv)McZ2)Q!e0w{BQ+r#RfXLTV%TQ^PLWdwl*I!J*
zSNOS)blSiGx+iREJ5p_9J7U;Drxw9mgXV4n{)e-aOE-68=7s2+2nz#ifmeDU*H|bF
zSF|yE*V@S9@X>U6Poxt396d$!T1e!$>G#S-R1&x6tvC~jpi-gClxC(LpTWy8tO(Ki
z+QiL<_e{t&Zs8%d+H4#rNE2uZ7}lS+qSmKg?L!|U&rWM=Yc052U%q?+nfUg%2jAM;
zMW6HY{{bhgzhC^U4u`n1a-b3%Cs~=~_HaOR-L3>Y+}TtdK7>HVZu-yjwyxBB){Z&u
z!p=gp^`Mu9l0Jh+@mOG?TMT20$EghwixI&LwWQABAGjpjNA2QfCSI(;WZq14=Eb}k
z^43^p<mq53l0LYpJ_cX@jkGF0!bcZ3cXAFVBYu_ceOd(<vCSI`EklM!IOncry_w9~
zBL^pR>zH9uYOE6j8MHXWW$${gN4knH7G9|{9(T%zmAGPl+uHuU@+0A1`<+uC%@Ud(
zdHJ0hu55vzfcWT(Z!Ahg$j=TZbELSA3hkkBm{5VBO(qCDD4-(a)z#NuNsy=IX^nf!
zjZB6J37@6eGr#r94dJ#7t3M7G6B9hY#HvGNJnmXI=`-%hc)C0Qg>~A_y*XOBW@18=
za0}IRKJuoLwi)bMyZ2x_^f!MaqT5<>A>i~(X8j3v%H@_2$Fpv*%AAkB;eG_YyRe{%
z7^%Xv`E&}mPO5t+Wcj3K(lL_6Jd?#=fiVS?imA-9vzrID#g^WB93RJ~C3-as9|+SM
z^rx=Z7Cukg&u(OOB6$llIysZ-12yS9!e$vB;$%VqJx;4T5A~LnHQXFf^0l(%`K%LS
z>z$fkPx5-WrqeM{+rPR`Z3Au4KYBGVk~#X2*a$i8f|%mwOv1_B-~Snoe7x03F0`SY
zOT2~ZK36%s=0>cmIoQ9ybpW+HnYU!&U8Wv+<wg1{x__ah3Yh{YyoD*%Ou(@?6p2`I
z-W6_8YMb}VOq0gR$!>FP$4rHMU{;I4*q;+DV?T}c2E>XJ2rOx}v(BaDDr`>M`gdX~
zgVJEbQNa^*d=aJ+dtJ_%t?>|y`xTgm0|l<PbQ+z#>DFm(s7(^DhU+-KgU+zxlx#{p
zf+MXXgZuA1l-xV#G^%fJ<Mi@s)jE7WOPfEIA^Qdv@PT1B-DJYT+}GcU-<@$EjksCm
zOZz2~q+>23ns%IAZ^J8ZADm_D5u}*vCqxc=<8P?4_EJqbVNtRwQ{tv%7%6_BG7Mkp
z1yTPI$eMT>^MW<MRHrAwh}3wCtY8Gg>c~s{jObop>*O{-vivROsSxv=4gK7_mxC)i
zrI0Sm#<YpoU)VqvAa#uE$s`g<d~v}idHd-*tw0Fg!Qtb+59;tQ#Tqy7$OrdLlxTO+
zC+^D@z)tZ%K}2EJ?LR2P^)L$#$4QX=&)%6=wcRz>kDruw!Zai8xhb}#{~Vl$VRlFK
z)XU{<+0OE$KE#!G*8pHE0#d--KdM`eh1sH)>X;L6y1bzfF=-oYyM|c}?a#q4>%G$R
z>vhIB4T3g3XZ$qh?#ph!I_=qoAf6m&Y$T|%r<%0qlP0OMW=cIT5AIG%eDg|+Qore$
z<hXFxvx}wKB_t9>?hq~WaWQZjq(T{e+IRkZr{==0Jbb{If~|+IePq9zsZ%|2+@g`w
zuRDRQ$()f#jVY(@<P<T$`k&o#ykj8UTgRt;-in9P1tPeCy?&M+89wS2ltrZL3=4G*
zrf*AqtZv2sP_KHaPs8vip%NM^7n;u>)bUYBp*Xqw9tlqHJ7!l$3^s0cf<x(ZohODt
zUyHek9n^wjQ`|RaC0&akH{9l4+I^)Kr$ubU11uA898)<W)=abe-4flI+*)zYS{V@c
z@YKOQ6j-%>&A!t(94ABG?3w#$$cA}@VJBwG-`<%+g$xGwAyC*ko`S8?{3(CGkwuP<
zD87^v|7iHxOah{04*DIsDT`%fSeV7c7B<MDHk$i#FZ0JaOsuXWNApg8N7k6moJlzg
zhn2Up=H0#-+S|6e0y*SFmd|s&_5QV%S9FHGp(PK~sWdA>)(a(Ni8XwrcitdC{@)5|
z>Ag=$NjcNvv0@V<rw?F+wED%(xrE^qN!i_g&Tta!;ySp$?B(hHu~BvB^AB!f++`P?
zZp@8vkD|%r02z0WUSs04Ol1XARZTJze5!EEM(kHEHxmXaqswDc3=_v9kKzDe>w0L}
zTO}``cti8`w(UyUb5w4we{iDi`D4$V<1Me<q03C__nRlt<6UG!F`6X4r=$(l$~|N~
zRv)(JA(3mH$giU}ib)vV*MlNr4&!W0f-*EBUU%)(8da^fM-s)rTZtq0iK3#k9-7-n
z4?pD<c|VwYGrYmi$#eN_RO7mct2@U(g+Q)A(_%?tfYxvB@5&i!3fO2_#QWHlT%uM{
znBUmh$Pn%}xn&m_mLw5>gZ{nP#`%^R6rJ^DcG$@Y31PpC1_jSZ;CD?B4t?`S#d^=n
zobQd>KWEvWTsyv^*#&WQn}U^3Z5*;ZsqEOuB3{N`l(Up5as~<`-tnJVK9eLizd!%^
z^gHQByTuw^KgU#+R}3m|hn{YzLs0B~;~lQ>|LA(lu&BQ;dX(-?krZiAkZvjIl9UDs
zK{_NIN&x{ux<k4dLZrJ(q`O6=bLhBd^!vN_`QQ6oUg+=wnDd#l_g-u5wa>|aiA#eX
zc;Y|E(9Rsrb9*wsisF7F#5Idfb>;q^#ubLQ0{Mc}O}TdB$tq987A_l*F)FmgVvdlL
zu^ga|vKMyH=|7Xptw`rs<{bs9&iGo*e%I;}0zCPC7^<O?byL0FUy=FrW7w>G<8U(k
zM+@GmQO@tz6qjwdnfiL>tu+s@*2}8R2VnEyEeqjhyqd*?IFVW3Jw5z2+;%Qb;3Hb~
z{Vr#_1}B~ZzQ^@&%$(l71VG}OHE-CDM=%A;cim}R)(<jQUO(1VEx;Si<qjVBTp?M3
zRBbN-i9ypdsRdCo?jWs~VPG!cCh3*qZO@B?Lj__cc|6G!cB)~R+!k?;;MahEk(0@z
z{$0u|gZGz@;Q$PzM}1+m0zwSAxE;!Y$>rLYRPqkq6k9*1(W75DY5YyYl4Oyz0u4co
zPpF<pmQo+IxU{$QTH<?-H%sWh-?tNA;0frCy289X(+AL8Q4pmGoH#o0SVE8>vsd)`
z;o(GCTbT(OC<MCVuSOS=uJrj4SpKRA+S;fzqip3rvMAzy9n)J?ZKoO%s3@!&-J%_r
z0oYFQ`PTT1<j+pXklE=s?<dUh6xl7j=z_bt#r8Y8nYofv9_})?zrTke;iuvKV3PmT
z#736`4ghP4{;`at)uiO8W<j$`;Itp*4be~ON<jOc7l0{Bn+Q8H-WWg52w%$%b<8VA
zR<!KtP?zV(M~%J2Op&ln{U2s0#iG1%n`=GA?=A9AcnU2hw=+RLbQXE3*T(k?QyZ@8
z%~4PaBz=rM4b?iD41*uuNQd2P5aD2^po`mxn~tK|TzF?1>9%5Y4s9x0o?`~NTEW%y
zq`0Y$Iu(as4B=*n8PU)6hE{|M!S}XS;<^=?)(@@kY3Thk`OLe=RaY@8-dA63U4(aE
z?G1Oac5i8=OOJb=&q)m%MZXkADUkrXUh7EOeVwEn*%bLJ8AkV^!q>NrKO+0A!+F}=
zGQFFpyV$#9UNxI)%+8ML4WUXM<{r67vH^9j<oFmSU}pDy=3CW|=C?4&6YuLst`x#}
zC=&%YYx|i<qyk$zAqWVzP050#57;O(vDdoSKX@Kp(D~17CeXHIQF%C)5j9)I@_joi
z3K@7f;A&=W%38^=$s9mo+CU4>)A-T-M`Xl*V}rvj$<^(6ZSpEcm9=qyT_VBJ64&UL
zKb@BQ_%>3Vr`$W2q(6u)C)eIcmgFY_y^%bRlDuE^fXiQxrx7S{QXeW*AyvD+avJ@}
zQDCkvrlq49*Uic*t9XKNsl5%~yEn2yJGCG;$Uus&KK5FZ2(n^a$JC@#XlH7DpQFqy
zTF)(fAMRbYe`3y^nDJq|MpZ!FJH5pi1L3DQS48a(HdQji4nw-nZ}84mAj_V(nV#DS
zbC<$tT9KENy5RzGn{RhNCdBEY3XV<e$f<4tu7`9HN(F}|lJw)hn_kgm)JvI+Be#wE
z5sSv)&fJ+AdL#MQOJIcf^v3VhPCLOYHIir$?lwNOT_kr=Io>GmdX6K93el9MF=+MR
zPvJ6S#j~pNKDGt2<Ne(fsjJGD)v)bJTL58vW7PHBS#|9xx>DouOxzn>Ab_!Ut5xv>
z*|oAt7B)AkYHDmRMZ_4eguGp28R4%<kU$r$E*Qvcyx*1nr8RQt=(0}q_g(qRh0BW_
z&$SKJj~&r<qD&Ob4<bJ;=|0o4LI@#dDb#_|S{8oRpxo3WCd~WV-TflRfQ}wv)b!^c
zvIG)bl!QBc^h^}`z>Mi;S{6gf%zOkYVUbAFSI&Dx{(F3e$yQ#g>UJBJ*+`a~5t*UX
z=NXBwX}KSm`ufuNw%*4)XXoUUla&pAbep7qKmRwmsS>e?h?V-bk1Jl>L`H+n$gY$5
zT{`7rJ0Q}ea1swNi15(7p%Vj_0`Y=4ieeD((&L?qAT1ghRf)FdjI#XrT-e&H57!GZ
zwZR3Fh?TBc+smV)3W}9oCkEU_rBw<hw5$%+ZxPSM7C%33KEiiH>mYo;*X`cq_L^Y1
z!3X=j(0(25V^WHvn|-PjNxEDbJUf>4D@|#Va_#3H8@b$?@YHSwZiiq&Jqk+bqq2LN
zIQoR6KjC}V;^*-3HiPA8F?FhfIK(z_aQ7iqEit91lmo<3)M`Ny-;bx_fU+&}xxlZ(
zlamuc-<u0YKOJ>-({lWpVN)}r2Rj<jH-$q^d@r`Ms#dpNDE~l@PBr^6J-D%ULitH1
zJ6pjG;8y=Hu>)GUe;<J_l_U3~`l~Ujrm?JtZ0mDnB?<|f=Us*b<JgZjyvtjaD>!JQ
z3=oyiiYKoP9<YTYk3Vl^9zoRHoY-OizP-a3lunu1S<nI@SPUfX7<A6{Kx%Y9=*8c+
z?<jt+8g9t?IAgi&PGMuN)Q#E1He!u5t$<6*N)g_pF#LCvG=a}|q3Jfks)Ro!8#bmd
zZ$CaLaX?~QzkW1z_Y~ZYtXV^j*Z8Eow*ZAw6!GTw!RNhI0YCB`ASJ9Mm1bmdcWRUO
zi*syX4gGR+cu#ZEUf}}NmlO%0ZqC&cn!3xFa9W7|t7KXx#WVwAv(JO%Wgy(VdgI_S
zUHF9Kv1shaw;Bqwpvxe;`0+*P<l|QmOa#({v2i&p$`pNhaNlav{^%=zd+WE49`)v2
zfV<22<2KrUj8sIxJ1>Lk6nTRGuByaYD<@8?V^F{H+h?aj!Mn-XmHh69SkZm((ev%2
zPv)Bwa)XZ0qn^DPizt&DkJ$!o>W+X{v=+v<auc?$I*7@J;kLYLDVlE1$Gp;(3JO)=
zOs=Y&K#xC^&<eZ?OmSJ|RU1nM&W8XbmrT2ABxmu*6{|UB;C>tx$w&&{u%J?)%NFHC
zwox^fQWWgR8fxhT#Ove_X=w|GA-X5lDJ&*XY87MOr$Go#R~zIuotDRkF@h$iSz?4h
znuU@qYh{#F5;w5*dkp|T*~+zrqLJuhI*?+yKlzw{fN#)d=k+{4ryDQWBsPM&I&SIx
zhq|*<tLX;}0>h3_GpDXGH2r{TD8=H7q1kEw_VwxV$L644XbA+54>E5d+nNQ!At3F@
z?ggsP>YMN%Ebt>Iik#7?kpfC=Ta1rUtR@^-s{^!u6<aKx7g=Aw`@+J%TBv|_tTxa%
za9@JUQ&lblwh;f~dw@y#w{{-C*z>Kymh+x;bc-l>+)O-k`!?}WZ~g|RT(;mNjCj7d
zl4S%5XC`5_P$cs}O50B{Kw|^v<;kGcb2M2JC7uFR^ZHKm3}IdzeTLe3&t};MHkr6I
z#9Q89)ll1F?}nbpZSedQPoeO038#uQ2^&y8bKQVUux{JnC9h)&Z%urYMJ+L*+LAEN
zYcc+ll7=TTMOp%F6CH)#T_=|+aNE48(f$5CZ7p}#8zE4lx%Gtsy9E*ma?=uTNVg88
zIrr;XfQ{()+RmReEtTgabLbaWcBDp~JW2S$@qjZ9Nl<u6<f}CU1(`MI-^H#L1ZwNJ
z6<$N{Hlf4o0R>0F9(OB4>}_o?Vd#gR0XyOp=PhR*plp7h@-z!y-&Rqq=%!ft^X2pY
znugrnlPU6KB~!8ogzxJH)st-iZKVFNy{xP7AdvTDvSb=BePSA&LdoS>-dEv$fz&8N
zQ1cF6s)AaPre%e=Z#b)1E)EdbT)nh}R>fUKOjebr_eIb;Mlfm#F)zl)$DS9csy}PP
z%t6TOtEC{@VtEnAXJPG3fO3;V(({jTOYSBo_cfoW=FHd0?4uui6g$aoj9w-H#d}Mf
z?nw)+=$BzM8FGQ|)1K?z?-eVSkgMVqLkZF%U@v}idm5gt3QJq&Kf(luqKueHIwf)@
zn+Ot-mhqK=Ym7y6V+XQ(jQt<0{MXVL!vTzYnhmJ+H$Nf^Gi^Z!I{@5i3#fQKj7AFz
zBN>>AAJ+!mqEH8yNgKau7FE1MzBw%Y+wJ87+&m$t887p1Sqz)(F`>gU3c)}L0$<1*
ze#gYJwNBu|V?$m`yRW2zx9l)Z_l5wEMe_3uJdEdUv&Nba&S_Wzu9o;4KIA3WK(&}I
zGb~7vXBk0%A$pD;q%~fwG(y80hLatd^cSE$U~F6|5g*yBL(^%|t<YdFsh;SCtOHWz
zxkvUu4{}{UNz%u7yBqwOSBSjpBJJwj<J}{GRr3uA*mi8qqC}Em7!FP)3s_DrehZ?I
zuk(M%o*te0y27NDY)O^bY*)6G)<c=%DH^d7`{d!bJQEU9^ffzBi>j!|)*>Pt^76Ge
z?`IPi-7d$8wZSrxxYud_%z1dr)PLulj+itYHM56=L;&Z)EhrtT_k=KgRaTz(n;~9L
zp7FRH&=aVa*D<lm7gEni%&Md$I+{XqFYvxqPi-;o6O0i#W!#yUPrV|7sZ$`N?Pg9*
zU{aL%D2o+3RwI@idpX!A9Y5Kw0lN7G1qf?r`qh~$C2d0pg+O)qBT>H@M>opEi+;1`
zptmVoE2&EuD&ySrC5u}rdI5!Jte-$2kK@1Gt8+8$hnhNQX^qdHh|PFEV$yno9_za@
zL(~5l1ULD43xesr4d6KQ#myB*<;u2{!e(yhN|d}dCPkmY?<*lxW;ZY7sCUCD4k4W)
zdvo$`Q8~><LNdbp_D})5v1frNZ8A`AG3NMWsq)^SD#Kb(XKWdv)j6&MHJ0@hPK}^1
znN`B(5QSO~o`?`&f=Gd19Z{t%k6a3Us9XaoM(qt>KPBkN+IP;G|5_r*BOI>RKB6LB
z&vBvlP~IUB^9Pb91Z)rPXa6necX^5Q>gFj*l@_V*-HE)3&#1ygJ9EINmHpZ)d<5h6
z7qTxtXkrTjpd$eL{?Kv3=PQZ<*Vc>D7qMsY#evvu6{bjdAW$^dfwmM3vMv(<d(^rn
zDPJ6$;Y5cqvyuk^#bc9v>aA^%1&E3HtIHMvy?59;VXm;ec0-4+o;lvldd$A#1E(NT
z-ZgkFQOd=T28UWqwXnz@-zs>_y=1SOjpXewL802(hQ$<t2>JLgLWmESu9=-2m+bl~
z7gGf~ubI!APSCM6B~H#Q@T+dK>dxFUEEFj~b6W!g9lo!!{70#Ob_c8W1w#Ld;|X~>
z1Z*P13YH2Rai+JHM$X@RRIT;?1FhmQ;Vc<abdOC;I2q_M<I`8J26MR^A9S!&cft|q
z&EYW32DIeZ>g{e=9LUgDsX$5W*%JC{Y%uj8l}*Xn`E=nUsAXF-Lcs$=%0z4>oWlX*
z?McC_yLht^$B%L1U%n+88exP-x{;kKvkv6M+0F0D0mWzH`5z-zT}wuA*CLbMkMJcj
zem^z-_@dYB>du-AKFI#S4iRTt(nM1_u(>#qu*v04x=VW0splG9+A_p~;GzqVeZmVO
zww;H`F9eB#I)Cte(jmu@`^nd#o}34KBUP)h61-SWK{m%xhBDEmF^~2@<evqww(K(n
ze7|D_VNE$gd&X%Sl-k>ky%@}Hi*iU^Gj|6#Fp8jOKW7n;g#Q*q)EfLG9@E9ANmt6D
z)7!fDqL9COu6&mPWuuoi*pPAAo>mg@Gh>OKX5wov-{KjT5E1)2Y3pQfH!cTM7ye0q
zj)Urte9z$XHMNysx#wwBs}e+G_WN5^RwXP47`8EHyu(<F29RHLys43KnHVtRQKbk^
zBZqBvgNZhF`#1v4V3S@TRYU=SMi5mQ1{O}__)W7}$EEkVjjl=Y-L>1J2koG>%ol3$
z6eyY(U7F~JEsjmWfFW_PtD_+-``&VhA59>Rqp@p9!DR*~yazTw<z!sSrA^w^hC*kG
zp@}5C&2&khGbF~bnbP;wKFQ`-?`dXgO{xDFp-_=_;Te(-X%Pn(2K~1qo#PW99}v?{
z`%<0%9)5NE;h<C7*muiM@Xp*+-|1+?0DGdDvt{^J=U|4)yZ3ke4p2}OF8CiTwvUCW
z%;^@#1P}DN4Y({G<_g8_h=2fRb;AHTuQ8qFhr;v>?h_?RK2vgKQtIDWL%H<zJj=kG
zVx_S$EEBAB`>wXkgsVP9`4LIvN@${p^X57<+~G$<%B@jO-O17PQP*HP5c{3Il!;gj
z(d$sgXKtTdd1rO)0NjS+ALg;O_4oy<@|B3=Gm9TB7=I{IiGv6!1&fA6;YF2EV3vT9
z@L$4Ewz}$0{3iB&ctdK`?-u&%b_oAzx;k3d6fqzuRp<+6UTx)@Pd4txtMEHOIv}zX
zfUiywD$sx|%t?iU_N8PRSTYp(Q*i-z7$5kH)X-wyJ=qDXHd~LAJaMkG@NmHg@Bo`p
zhZpO!%Wa;v&@O)|`^!w79`)oJ9F-?4<;>^nww&L4#V~->b67(@?>rrQ{fxJUV7fQo
z)=AKEGwaR@(yYD)1J91E99b0g%3DFw2G7-4T+Jh;niB~S;)1w5q1{(I>sk)uQ42Uc
zv)Cwt3Yi-C<fU-xm_`*j#mHR}bmq=MC04vqDW;;ra<|hO*tn17v7C0t$Hjp0)`ARi
z8bU8V{KRZ|i*RGEriJ68YH`jx3x$ox#*@7rLP|oiB29axF7?HRqLVq`FdMFV=WFi_
zYTT{B+=x`zlr}ccStSeYfJ&H>2&H)-oTVcYryn~Ib9E^ug2Yj1!U4=UCq<mY?eopV
ziZ%APhF%w$$*@a^!+X5Ut20TrFWb#+UjGLVYCq-BPd=9Y`X*D~o|ZZONg`|JG61#l
zDpyzXFJ~Q?W#1sn);cHK)tbKMLX=-PX$1G9_nDZaMDU`a4Chqn=scgpjB}V8#|{OD
z^sgNXkio@)P~}}O{_-zxPCTQ|kG_}<tNDc$`&}-@BU>U=s0rrn8sQ^66_YHt=4I2L
zZD+Mq$bHSeGQisqu2j!$4v7{5B|Co;;nMaLCdICynR{ornOpViCxFb8q$O%qIVkL)
ztG#hG`0G)!hLtPAWl2qq)L?a19C!}HKPRN502zPxr3c9_?Nx$AjKb1~-T=B*0R=N>
zv<KGO(9KO!XXfPnWceM>^$439Ao$yJ02igE^CpsBHz*Y+^w|vU3V(4p6QSO#wqMws
zg?<5@h`L@vzz*{X4XGk8uRS_G=(It&PQc-#&$_JVLq~rx&DCtkJ>l0Kf$d&*FaOj#
znP%fcTMM!en%l9TfSo8obgbHcm=-mq)z*#qpl;v1vZap-<j|PmIi1t7fypbB9nKId
zf(Y4qywMIaX|ps^!_(iu`E>$>Kx&6CWh%d1r>|sD$kmQ@k$>>om;F4RNGx9NUw&Q>
z43P-OqBr6x+ALJ<5H$g24t00q^FLI8OHqtK+$qzTjPMh+25JkZWu@BMo_$?og50XV
zzQ9KWmkB@^0R;H&rA=cjDsBzH%<Q)?GX|cpzv&7;-kxpqeAEr}0x7yTn|?KYVo~_7
zk3%%xx)9zMcSXJGMY|X@)_R$GLG^xFz!E0#{^21>*XE4UjE6o%F?kq`x6G`NqiDem
zS}$cOuxRUs?)D5AH%fQ3F#S2S_?rnjKvVR+kl{N!ZKKX=3^~v|GW4@~4YnVU(yGY&
zN+zc98H0aC-bjJ&Kn^Srj?(^QcATY1sVx3f{7bG#rjvW-qn9vu0n^I#`Ql_m(!T*k
z<Hqv8d{%SSLI&u7<cK6pU+s~)dKt*elcr-ozvx{nzT52CeD;i7tK5-gb3l9?z`{2s
znk8^0h`^EY5h$<Rp`l_vGO)`=_wKE>W{DlwZ5Y2u1#D!^b(ej{55P}%X&by_9xrr=
z2CEH%&H-0Lc+#YZ|5}8shvepqj>^UZ?Ret?D7k(mn<G=2J8bJky0l?{jb+Sa;w23^
zR`tc4gFdP)f?R|5ErG5nQ&6-jOrP@ulT}>&zKmsnTzyNK$?Z8mqt103FU|bCnKl0M
zj1Sfx@(so453AU+wo~A>3nD5w_xHBn&{6$3xdN10&oL?xshEJ-2<U83E}}hItus|j
z9(Ul`^PY^;flIcpcYV0%AOH6$A_Y{xd3OFgbpW=HOS!UC@kku~`Jq}><rR$fvyt)y
z15xOjMB<uJ-OBc0F04fkF{C{JN$%m{9h71o+34*zVhk*u8z7gweHucoZ43*aPw&Ku
z*PDemb4-k!`E}D%k{1z4FvZ<KLq-U=yflDAp!L)26jc00D$&j=dF0~<I+=Gx(sWeq
zot#tx-$LSEE)^Qj_o^pvyy%cPFxZBXs(=)1mb|6<{vy}~@UbpA2NpRiVe+Wt(PypR
zg{9?!lv}E<sAQN`CyAq~bVQ*26^;2H3q>LxxqYRTS!?^|J)Y=u#BVp@@Q$g}`$!1t
z-iPrAskkiDjsQ{%kvbwc+*VbJ-TW{?5^oRV9D^R%!}JqFVl_A<s*qx12TIF~xQa?6
z0T5HGLUO&xZ4qaA)*<=VJevsYw8iA5Z5D+?X>(Tv6|J@tfA|p)t{Y{YUHqRj&&4~w
zgi>!IkWF;rT1ZJV`}><>nQp*IbzNhv4#i>z<NlIWx$ht9GGEwqhl-)uTUCI9o$!+O
zLDK>(WK3BmE-=49C?lg!IlG;X$@iFe!#j08A`SmN0<eS%dLFJY-j@{>VS0IaZKFHh
zJtZJ8%!PW_?jjFcg7~{db^!tsXm(rg2IIUtAqP$e^qb+(=kAwerq|M;&-Wd>H!jmZ
zUwtW@POuA88Goc%0<&BNO1EN7KM|YKBq%h%|14%Fk9GudkV+N+yw^80&#`5swqby7
z>&K|i7PV8LbQ0E4HE~jNjhtL>AunQzE!BuNw^Ev1_A%wm%R5+t&XvTjY}&Q~>@+5K
z==cT=;S|(Y;W43fgB+mi*_E87(DyZ#&4t4lx1p=2c#9(kpy8v_o?8{{;!CT-T1$T>
z!q-%&^V|ii&nT~!xq-=eN0lmrkO)*<>xmh{OBuJKWL;xPPYaoP@y&BT+Q?ly8G1qv
z4i3X(H5qPip>G&eo*GlTXXuu&!HWBDSNCM8x*PQKdt)=W6a%X$;&(VvP{+mX7$CRP
z-ka@Spy?f*i0A=x-Hp>C5ku^NDs%tUpcb%EqjdhE(KImv;E9YbMQbX9dq*<n>{5*W
z6(l(W+ky<>NS$0`CrM#~$d#eK(jJG>Zk&;W*=~Z2=eufuo<TR5LvE9dNIt46JZ*f?
zM_9VLj-~vJN3@kQ>f^uwCE}X~pvmL=IXxc3!P6}e+Pzq&owK&a*U7)W6yvJ#f7#v>
zfd+(c=0@r7dlD|bGIQ`^`@gn&sMtu@_WJj$<C*HVA%Abks<7#v&pJp{0J{m!@Z}q}
zrk8NWn*2506OnTanh=W^yF0&*l-s5!G+il#gNy{wSEm8TE$eqpNU56(<SGFNIYTB4
zsN{$-u%B68rfa3&byyJpDi^khsVXL%-{?z@d7|RWeb-TRO;ZK|bsR$N0Qo1hUgAMW
zLvMt`<I8yL{P;@>w(4(7AEwKNpxHo~MnQO`8xs-YAmEO)BV7yKxQq^^7AX+V8#1d6
z&F|3&B*l`l%z@J!xBv}$N)qh>h(k?hDJ~HGcYNFrgG%rdh=3|alL#3GP4>p6+AqD=
z`CL!x2E7d4Wr4W>-ea}^pF8R6ZS6Qm&;WksF3O#G#M73&(qXj)1JJb&cs&qS++s@G
zl=-N^Y(o&RnT#lp&){~yFeY6&E}Z@gBDa|9t=BfTm3XS>?O&N>`<h*$031fI2aT7v
z+G8&Q%#B;i$|%;?v`V+R#iayDYk}wvMLq9GdrG-m%jxm)7c}hqDiu_0Gp~H|0LlYC
z^N7WtVI)&U(~)k#B;EJ%e<p&iFMb^Q=yA2K%yvh0C-)Pa0jvD5tJ2q|Cvv*J3$`;J
z-dgqi!)Cn+#qT2)qlzpN5zd=X7S37`<kC9PBEQY7FP#uE$0a9Q!15kbv*?3@6P7yU
z#thg1m{SD#Sflsr)w#V<D2KH?TIIYYZG+O1N6h7C4CeUgA_XRkZ@?4~sL-0T$@CdC
z?qXP<d{YL+S98-p`4P|+#GB#MAApX30w<N$?k@$hL05vq1PhP756hk}AQiOl2yAUL
zv~R;(<~DC*Qq37Q<zy86p>PdT1}#*UKI#3L5RB8QKI(cEzk729h?zRerwA*`Uq&jS
zum3_|O16`z=$^(#jj&G4-3!;1J6-=tk+t(Wk9*#;Iy{)Rgav{^VX5ci6(<m2YsEbU
zH1yk4R)s@hAT+10>gKw+|0-rfbHJQa)F)*LG85At@^75W8f@cDo8(;0B%!jQ6mJyZ
zdEG%!3jm)KQ45uTual!@M<5Vx@xd$N_p{pqrqRy;8dKSTFC-}NB&o<%!W4+TGEANS
z$%0nrdvX;}wR-XE@AE4hpE}WHAt3?P+w20X11JtnZ#H_HgC$r3rQiIo?KSX!584o3
z&$?Nb?;ic`T^lC{R?>JlF2E0K)R!#$yu(=rJVzz$U`5>UITk#i0a^~LAyjv6!;C?^
zH(qJLma99*!yhE;P0ZjbD06;<e^BGtk~s$Qz7$?nKg(P7OgMAD0E0_G9OFXqd;Bxe
z3YBZNp&hp4ip}cz3byB!v7_?vevtI|_Cf5!0ifDW<ZeF8Nz;)ng8P=i*9T?M>(WAT
z$ITxXR2R6baaBFfQMgZ`$)YX}Nbsh`?e~XJ5L-lw5B>3P#16@++X^zlwaR`-Fb^bD
zK7SRb;_+rRlP@H+qbxsxg#n&UfcW8jn+F?u8tmlo-nhP{JZXpXNoTDj@HZiUDr_Bj
zObmRBm556Z?aS2Pm$LT<59b??*jWAs+zh_J@JFs^@owOwy#{R31<W!A=)kT9fCD;<
z{dlA9XyHxms#0q$o{h7yQu1$b87z1W$GXgMdNLs9fKd;3Mjbfx@_+w8tWuiXkwY0z
z1D8GhCy{>a>EXI9F=3r<92khIhs+P)i!R}&c^Wq_{YLnHJ3H{D#MET7(4}nNvKN+e
zfWv^TFoN{f5#8Yud&PViz2zqoFNRc-7|;-wEI7HK;{8!s+_pteH1G*wpNGvP2_%@-
z(}~a!!Aw%}y9<=qfsXLD8Mu51v?0cNQh#=76HXHH3|{6b&q?N6kVj~a@VL5^8phKg
zjOpBxg+t3kjn6_#JN+;|Vf}CgZX=#B5Ph3Vn&FvZ7Y=qMkt4X!mR+}--FA<4*Mp*<
z@!Zy(EtlROMXhqhtOJ3}!$p;pVc7lOfIosI=rA6BNmn02?8rR{MltkL-=Y_}-kq?>
z|GWTpXM#=dL=L}5XgQG|^?X6_if4ab9{5)*a@05S=k;|`(bcRmYW{wYQBl~E5`hCu
zN;Vz?`I}LzAOPuKe)VxvH5VXp1gI7`Hh)>w0h6e6ya8e^Cet9UD{4Mt1lH385*JvW
zHlQnN1J*m6*A~@%?x`oQ-M*(n7cpP9yl8g!#Yy@zHI3bE@(-vpe@JO-h_Smlyeqrt
zmKHfI%2x!)cF?z!qn3C_(bF|zlIo;HjcvXQIKtIgUh#>IWkK=jV^`w^!B);j375^O
znoM*TITk;Tj;Hl>z_Gr(w=k)`ZI7qbZI|Nu+$ly3OenTkeD2Z;S=&~yIct<Zr0@Ne
zLYaX(X%hKqd00hE;1KUGuL(|B7u5WkG$P=|2P>$Vu><}w7?|k*LMVj6W5oxR+^kO>
zmbXn_4q{4l=%L`NUe=t@msPCp$PsLQ)h)&>ci#Ag(>e}8)?c34Xq%*bfWEgNUb@<u
zKjJ)Z!Zx{Tes^&j!N@Y8sOkH;d{qxeh0}UB#!c|)E5G{a63((LU<cH3Il+zY{s(H~
zOix1aAOD=pGt8`CUv!F3D8Fe7X+cIo9XFa<K#DVJJzi(C-lvhHD;1ZtH&A)sGpI?#
zZb;eaqpK|dN^}a)#DI%l$Gm!0hMfzP<%BbU)yX*(4WgjN&F+6bwusATjshCepMGn>
z0!;G2m%<TT=RJqR4;|nE?iYLg?k#rARhK~~?rQ@;&5uYik((WhrgeGY>fsZf#ZZHt
zu*3TEiM9U5+LeM#KfqD&-6L$aKf8hSC3BzaO%N43z#-)lJM_nfj(!G1+QRI2TB0&2
z7I9rnXBhc$h<(d7wj1cUPZ7{P23xGIrP-hF69IKya6&9n=bj-lBUJ+MA+&-CwT|lX
zbnBHxBey5OT!m^ikNp+~0x}gWF(rwMqgxlu=Kv5A|5gO_^s0%#VuZmYU4c9S8|Cj@
z?!nNH=HyCRUiEilY#{5aGlYSq+HtIRtLN|~od$jb{7`Wt0`#nE=2|+veX=engb`6t
zN`l#If!Td6pMw)Q9+l?wbJ608&*2cuep9)!t1by=8N66l1Y}woeE7wbyh6pbfqu+(
z3X`@V`q$N9RQL3LsM&fE<kFl|L7-Q=)NqVUdrinC0zCfn2op=+kJpWJ%lxp^X#ez_
z0I-P7aj$xwzl|hFO;x9aRqOzao|mZsE21j{Kj(@2RqzpbK5WDCK*4)aBMy3CvYObE
zql@!^KTEcNfzZbV{!Ro=h0sRE4=QI!t1n>Qs%+Jt#|#Brcnp)$@YyD7VQN59LjqK>
zGxqnZ(Mz``uQ95+O19-c{2FqXWM40R-qt`Idpp|QL#7f~@ZcqsdP{V(CMur~bsG$k
zu~n0R%G|(3JnN8wtS9Awy5ffXsC(p@tQy#@tO2^~An|-6vfjSGGm#;m;4J?Q`PErb
zuj4sJ5sL61elw5FSo;bweF!(5ES*P89}cx=koqAQKYkT0%Ub@n(c4~-06QW264)hY
zcO{NwK@#QX3sl#eKE&yWF6?n&G5$MU1R4f<paAMIV1OY~e`ewbgkVU<%im6Qx&jM~
z?7>TDz5T5wn3K`||B%Ty<P6Gsa1od6fdde6yVVXPVROf_ZOP>TNtKjM8gI;LO7lEO
zCj5BWuMUXXxh$p7=(zB%`|RmPv?jbI@}I&<B;RnweNf)0<NH&S6X`MaHf%OeqVoqS
zE&u-`t(yBy{|Tc#X!7&D#mVrjC(d$WaQLF2Q0)0Q>gmNwFgw?95n!Kl9l~@^G(k~U
zDWl_RdJxw3TpS8gdSav`tjJ}<i=uDsh0RVsYi#orUiwe)mX`}x=tFCn+zEp@qyc5k
z;y$VKv5g1*&9!~|-`mVvq-E%7fm?GBxN>{3Mfh=mE#(v@={&7vL|5#0f>RK$*ZmCe
zt-siZ6+Yz?oH<1Z=+(Dxyub^isDRC^YPx#iyx~34xD@nlvIJbwx9A}7_U+rJ*VTja
z1#x^3GN<z0^RAy0NN~+b&YM~1R8R@?MfSy9_@3uh7hTJ{bFvGUgbNX3#7aKec$K!I
z#EESc5;jd=-vXrmT<&tj%F^Q|9E&=tB>ZBP>RqY~*}UnTdUi35t;@wnNm@F+Ak$k^
zck7rItIj+S#$-5>=+E`>ReBoZ3A`b1x0Niis;qgj4AS!T45IZimSK59Gdg<_I}rwh
zHE?DbnE5yiIfTdk$9PHI)6r$5g+rTWF-An`%w<hTo5dGz2%MCwFO&_Oe+3qWJItEY
zY&`dfwcAuhK96{PH__JKH^>9anh4e_SkAVrrJB(Ag+4XsUfab`I5>QXRdpINCqu@6
zRO+NSTW+L#dqDFA9Tyi@*DuO-SmK;=8(n1(&Eduzc9n-GBp#v$xuygD2JnogUH%Ut
z))oz$1+n-$aOrw4qjX5NRd&QzJAXaBQ6&XKODK(t!Q0u&R0o==A6>ky$yytYT{Tm3
z$4(4L*w|OMl?K^BnF<EO!LKX8qxph0WkLp^1s?$O>#mZZuw)AcIsSPzegc5F!(Vrl
zf53R-IF<X&0Y0O%;>^%MEryiku(yu_QLuQc4@qm{CP1Pac4cR4^$D(uHRufhUoU}2
zVQ@VGtUn;h2*sQ{?7t-HriQ*_#(NV(3{+o62@7AE*yq>vF3n;B<g*9O<{Ris=eT;e
z2_p#m8<~IbRGu&}z{N>xjy8VYny9GtXjJXRQe(<A)T=Kbv;G1{<g?b`n;-&J$(auf
zdZkNm+miMR#=sKafxbS+pf1!{#7)D5mc%b6oB<?0A=~ikm5LHI8j*I=r2NWq21@)z
zhh5kGtoiBe@+9bDFbjO>R}}9f8E9Iw7d#w7e?9IhTJ<i>LKIj~&f0B01BKFE`snAj
zuAiEg-io9{@R0yC#-Blpe*>ND@{)w{`M>rBk?D3fIbpI+=2W!LW_m?I0d)7Pxsk;D
z$i&W`s_9PV(`%<JClp|~N~@5V^#Z3>)g5eEeZ*-}N>wgB^=?bfGUiO)mAg^^6;7hx
zN(`bdHF1TKRb}RD{l=Zx6%j|R#H8z2kPS9F(Pvz$y<gq-B^X0JPh$$%z$`zu&8oYQ
zx=~V*A+V7r7l}G4@s*eK@%);Z*8a5`U{H)J#E;0*DA~+Ugo36IUng_2Ru8LX!nb!3
zx?1<YDOA~c8iBDH1bCW;m6-9W7j8lPODxmB^qK|nR|%&_`OVksd%{mxfjYPzi1j52
zkh(>v`>OmwS5>PoW8|r->3NA!FjcDZk7P8hg<Ruhfb}^U;Am+A!2!mnY9S8he1C#7
zbU{Y8&I1|Qj(_$%Q@IC#eg22PL-utZ-HI!4wnVW4+WZ|>vdr+}N{HJ1{m%XqKqQI0
z7ucZa%U7LGoP<4X`ngai{S63McHvg`vY|B`E+^%G1Y15eED$GdqZn!}@{_L^q(gKd
z%S3G4qz$-?RR`>H!>;~iW6YKlW&i`n>?(I~e&h48Pd5rU2Ky{F#8bPulL+2Gz*wQ5
z(`<+>ZBmc9k4VBT?C3C}x!|XG8#eVf6tF2WAQB%n50s^Wi3S8!?8h*s%?}TfSM>>a
zY-zRpRLVIH=^hUQBf%KkAiBk`l4<-JI4_lRab_rCa6by-kRt;w9Pa8PKvF*Vq!N*F
zlmM~}Uabu3;LAm!@u%9M=9}D}uqbl*xpFu`ivzQ`*}*NO*2OxRI_>}+Dcie<v&@Zw
z1_T*na);=EI>rC?ATO~R>%7<W0KWI1%z&Rw-Vm6Ne~ikY_ySN*<+$v2yOJaX14B#%
z9jx&!G_>a@ZONGevWP*2q5z|e18*Ifz*)>LkWC;qr_91zNM&ElNR+B){j<GcSE~Ti
zW?cX`BD-M;6o0I^MeFw55mZ^Sz`#Rf#;*S#R`~~O08E(zmRhz1jHMY;Z3a0|^08tY
zl>nE${s30xp(8Z5YT>6z8fXZ(U<OZ5!z|r<?^C6~95G|y_#ZTI_3Ke!`&TgPm-pG4
z&cA;%Q@6a<OSI4Ho|a`24G9qkAK&Eo&5IW=<g0@MJ~Y07to`Qf+vXgbdLDGkL^0gb
zYD>b5o?p@OF{gWrenSAsot)t1``eu*^f=x>ds`37FK$$ocnTjQ52+!nznRzpIIxMg
zfErk?-6DqACOz;*ObsHgsF$sx*+vfVzymSD)HTu1aD>>+6@)QlXeDTkIKqol%ePWo
zpkhW_?|NMS*7ojHva<ZWS<BfQu_@k&dw)7$bJNP%ecoY}(is`zU=j{=px*;ZJm6VU
z0_is&LEt%aJyB=IvKab=EqlsqN#Cm6GVtq0Sq^_EKWp+Z5ABK6kZa0Z2G~Mf&&wF?
zm?y$7Q(|z1bb*(LzK$Yf?eF*jV6NFDyw5q4jAdllxo?jh31~EF4Khyd&Os}xNK1r=
z=Yw<z9vI0Lao?4YoIZgMdd7CAzK$J8*aEWb;GI5o#?o>G;2)Qo(=3>IUj9{-{;rP2
zljpn0Df`p&<9vokmquTGJxVrksp2O=zl!ATd%c0Is&TS(tpxCZ0QfjiGkOM)R)*sT
zZ+oJUftc;fCwl803YH1lap`!DRu5(0OfqGEgQ?}&6%Or=ID$(@?E`-XhS^UVi{7+H
zywdHMwi#z#re}#nx^+ahbr_wBoTNCuiToJg3g-~OE*JC-1dDoFY-D@Ui@d83IPu*o
z{~pY{72FM+6a9o=H&)+>Kgl47be@Oyz{_u@16;m{U^?3+oZLKEsINknecaaK2<F<Z
zKMc0aJG(#oxQTzA2&-wh`Bgy+OglOAbk)(NZM#e4jeK#R8TBB^2AG~h&XQkr@}~;K
zE4NQ8z@&PSsf87xc^D$9{|;xY6x^(N#3SJ(2_#RKQ5G(5{bpkq=I6;_!&cJGruuro
zl}w_j*rY2G3^j7Y&EQ2BpVSJyzgWYA6Ih(MWNmlMC?g<lkS6`+nLy(x4$)Mv)CTA-
z9sK<GL)gkeJJ0VK49P@rV#~Z1H~=L9C`3WO1BzVX;1W@l?J+!^G5k3<KZ_8E+ZmrO
z54vuMSDABuw};w;LhkRPgNS=?Iom4&C{n$I=d1~|6WF<>7uV}*%KQH4^eGoRpe=bS
zm$_RJJlH{M;`8>&E&=XxMFC)YBr49A7t@-u83mKB62Q@ER-4rzZ?DLnoCF9V|HII-
zwY39>lazhn7Fw<h0!7~vmN)C!tZ6?63-y&m2qfB%*W4x^q;{t~7JF*ZX!J@qEkdQl
zWmG*QoU-INI{C+-Y=Zg{M%u1s$sRDkxp{-JA?huOS-24UaYlcy8(VH7qni0DpG$~V
z#vxeARhQveGl5n{DINkP2-os7ZGWD}WDhitMm!KU1bX-_<BVvrkqS!uT3%SVi;BSA
zpJNtlz0V0%L<Z(-h`-ya;25NZLJlX+`Kub1yX-fYg4spUeRw~A8V>lDv#lwKfM9S>
z;>2-}jMcxW7do+>X;Jw3srD>N8=AzC(CjUmw52R~HW!FKV_-~RC)2QP=rx93)1i$p
zH8OB4gF@wyC~YnfN01!kU!V>_y*^X`HXS=KHar%M_DdVSgZ~YkJ#0SnVrN{qutSg=
zQDK?BuNBz_yqJsNtqq`+{h1|`SNJ=7LBG85il-A65d_CU*~T2zDib#nBSOVXr|z_e
zbw3oLFCvCiIRR6bUeY3-r)@yH`CHgHa^>`|6X;;MG7yLZQuk36AD+S#;^_X_m2)L|
zsd|8-Tx#g(S|8=QnXdcvfi<e{*^8B(cWvhfNMO!FUgVa(iVQuPCIvj2kkg;Mc7Pf(
zjl25yJlBGn1pboVkr8(Pk!B{q9VJ4}GW%b(ce4-YsluMi1B2Az4_CX2$J2DI6sZFb
zlz?Z83BUha6(}@UU*joBo6yL$kloRw%Yb+3@0?neU}XT&cFhmMelhzdOm>PmzT#=s
zGXx%XlP`+S49QwLv$;@w#iZ>HWfH5R5M=xe3ZTV5kt+d5w505iL0bDQ(9{rkkO%Lt
zRycm%7_IcD1{^@>&OE_os{e#pv}$nXpSoYG3*^ja8T*az-NwDyq0DaAdVi`pGrc5?
zaDLitofa8bgD{kA$d&08a^2hKo+v)j7ATo^FM*ab;-VR3iE85^DC&L}P8xbVzbB;-
zX;2Rwt;1V!EAQ&clh_}{1hZ(l1Kjz|<#GCUjj^h5RYOWPM;+C6Z13EaSGlDu)V&Zr
z7^`}$LXv=qA(pLCQU@OH&nD58PYb7Y?Er{l{5)*csnh<g>Vr`Z@ZxPm+3n7}g2OZt
zJVdB3wdb~uDZi@OZZ))<=3o-qOOx3b_^(AUX8L-hI{T{0NQCqDL%5phj~24tAHIXX
zQBuSk*Futwxi&+8o=Smfg}%>#J4~ydA`mx&@G6M~#;&KRRqx@U77H>STr{@>7>&iv
zSQjL1g&gZ<?>(o~7IEthpyXjqZ-aC|KWrmcX8P8`pw$jWyhR=%do;%i!_E|$B5QZp
z#L^rb>_f(SJFx?ITFQPgRir@B0)5>o>*6!EX_^zY;}exw&|Rs!8Vk%v_djSNzkn?x
ztxCKH6F#5B_C1y;Mew4#|Fx`0-eg4+D!1NLxipt#BV~9r@1#Hf>4oHKEc?{d;L@O7
zLXarLYVEJ9sLwP8bp20vr^nHa43@zRMVdx}o6KL>k)8!c2r#8K-*tn1i3>CyaAFS^
zyyZ^OkM))l*tWm6!~u9^OPkiSG64=wc=9d?Jo=Ap%h|>|j#Ja<{c!IftQ?hl@`JpE
zgTZv68e6zb07#ucDF9t8i~>}F8ooGJ`ocWrQ-tM9$SpMf?)Qu{!#G>0vj1N#Ia@IG
z{hb$GuJ1EG$4%9l-ByS}LLqTd{b*fUTdvU1r91bc&5xEo)8rrtfPEn6;*jQ_lL}1n
z!1C+%77&0$HN4e;0{m5Ay*g6t<+36l7Lw$Nhr73g_xMZCfK4!%NRhh;=cQ?`kpcTR
zq^uXSLP($=69gQq*qO|z<1DPtjBOIj-po~gm)B&DbJ~d5u7Ny};4OxdYXBag)6Z(z
zpF5R^>S&eXa@$`14D^s>KnkP}G|2+|=@A&*X?;)d;CXD)I(&NN3-Mr|lxIx@5N=o^
z!CtY0<#h%u;QI-l-5VUDFwO6MHkUq%-E*f{L`sgg(5H~L?7{ef+{ru%z?G744ScEt
zXldkM@YjIRYMp1<i&y|+$$7WU+$;E^TLNgrlP{9x%?U)kJhA*siC|Zc%G-GJDxV?*
zvRf_bgGRs_5Q#$uenkFw{j`msHo1xI6=YUD<3mTOTg0NeR6M4XrE5;w=htZAJiy2T
z0~4n3&0YOJ^!(LU%UpoLc{lB9doX*~?ZRaNeA;!GA^v{17Hj3bX#&1X?h9PYnz4L`
zu_B;!WDBPF>^wnfXpG;fc4#Iof1PQmW;zw0<Z3x7Tt1e~Ueurmx)sz((TgxOXD&~q
zPr-lJ$p$wCUMUS`8uOB4tS5gE^IR4%?qtporo$3^`9AHTmI-E60(82+mpKXUJrh#U
zG4XDy<a(r+VR388J78mJ#Z8W}TE?@zGwJ|ZEx$AxC@O>|cCPh-qWbn`xawq45tvp~
z05o`)-+L3A)?-gp2H6%U2j{Q^H60~6?_}K$1B~;))sFtrKX$riy`~37+Y!7P-Fxn6
z!!z3KjN{2St=7!P*)p2ONrCqgQDVeb4DvG`epbj1D~ihiyx<UH$sGcJAKd3Rx=`k8
zcKY_rBVz4GuSqX4rw2VrWY@;CtvTV~i4SOS_8p`8ve~=Lf{k&jMiAL;AJzC)`0!YF
zqV)$jJF33}KBD#g>Xc0th40G;BXbOlrOgG6Uf`j1wnXTroY;xDS_oYl^-*u0THlcQ
z$?&a4UrdWEQfA%VSDAf$TNiGP%oj&Yz~S{ox)@%jnC}F3hAH&u{(r(Z3G-^df^zFc
zj7#(Qru0-Kb%J<+4cAt>uGL<+GMxu$lx`6mUxiNl$uxgI6>hTv1`5W%dX%@z^Om#M
zjeoKW!vH&iHqS&hW-NTkDhjF-=Qn!#cX+sr{iVq}MY2aJTHw=K1v4U<5W)*@>ciVc
zf0O$%j@`r}-<NSi!2AJM);#m1AyqC`DaaA=mmo_>!#%wC07*@pQmI4Btk*6bi1c>`
zrCNIP48a@fF#zNJZ{=@A6El?zx;XDd2rwVcOA8W!2Jo+c+5PH%w(;ao!@!B}=`zo@
zwP4B{y%<Kdm?vIsX#HsOQ3Oa2Fi@<~q+(+TVwf(Y<C$z6u5Fc4Cg&FznpJe9u`wU@
zGx8ihMkW63Z!g-n^0JC=W=eFVI?^rwx)&3-Bj&bc%xfg0C9|e#ZcXluU#f+{n}gfk
z&Cr<2%`<vY5q87O<5dw;S7BTTVs)7yE~Z1MHukfq6?apEXO3~>jD4kTb|QsO(Vr-P
zFZzsA=4$cK<GJ^P0%6&BnoX@<mVMt-E@8R+c$(hrhTiu{aj!-?V2Mm|Po6!oETvA`
zz!FnAO-J>0$3E<vY^wx!F%;!NR69?iM^@)y`E=7-J+8W(XG*;Bd#}<lYh%BBR4$On
zE-Kw*AOJ&~@}s0!Na>ED)4=Y{I=jbjs7>D@-jr|o%IqQ0%VnNOQx*=xk$i6CKV``J
z_}1z4*)W8k9<n<mGKpR681UF;0r&qrfE+6nWhyl9Jnb}TW9Sibz9xf|Wi*;AArh^p
z>G#r!#p(sj8em^^$t{d?qyF~y4MiWfW8?XD=S;irRf=XWU1@XrmNKPB?8~In>trbv
z$eIe8LkM;E7ADqs6jRky|0F(dala%sHX1$qQ@?K_-qUnt==7Pj_dd}h%$;l_#Ez%-
ze<<YS*H+nzMxTjB{FXe*R|iJ6qQJ7X8rRr1)7S<MH=A2nTWMEruM~fLa{Lh1(0F=I
zQpUOm$CJr-;hD7*p$@<DJW2Ai3O#q8l@SjW)QZX+wCBUSw%II)lj-etITzBEUDWfd
z#+6cj<Ty%wu8!|21L>4J4%{IdkEmmkwSu{R8s~6eHTOzDEL^f#_~R*b=pJ<3s!@gO
zNzaPR1?M~86ZaB)I!;ju6J#FM`pzbTsfzBXlpM*7DxcuF`nA>Ah%Ci1o80pzxGzj8
zdAWu@&^3Al0={$Zi<(kWW=l=M&i*j|oUisi?E++>ndV>>%ltTPJi+zuoyN$LL8-*4
zN0nD&gy_E<brOSkwYBM&w0`3UJ2$E9SvWR)YfuGe{|b=gw)NE1T=9!wrro7avHli;
z&C5TfPhZ18r>DnOR92o4MvC6zumNXLahi%BKB0T6a3MEv5>wgCiyV>~LV`wI4PIH+
zui;DgWsfNZblI5}o0PWP5>%X_)g&)HW@JPaSm3%(a;O!_r{H~5eZ~D0Ro<Y81FH!3
z=gw+_os-<P*qr3czGDx0xj|X~(eQg;fwQn>6r<F~cSav@m`ZRS91xXITdSus_P7Ck
z^*i$OR@?_RFMZO=&D+)mkTTzs$v@HX;RtJp8Iq|>cOOFSdI;U|>3NxEmVT||E!uj{
z7bXy2HY6|c5{>y|N=zr_FMAYW6qDd>aXh<vIeVrLp|h7yPCE4O$l55#Z*g+5E$fYQ
zyBfLp*U5{aHWVFvw%nuz+y&NY%kLJ~R4n6Bn>fpSsO1n^FLI}o4%J?`l(iV|Fa&qJ
zS*+~Tl?wgD(YNYkO&!puC8eqPV7XDZZYeq?EO!SweUAD$H^gBcp|)pSb^%YM<uVI5
z#ft7j#q2Mj&QWV5S`y-gARiqao!nW5E-!PdSb9-DzSoOc<vmkfxrV-Nbl*gWW=NYu
zFSN?6xlb-3<t8`F<26ESwo`qkRfFBOmO3<){!d2^LYHQE<C@KL8C^tGIe4gm8t{(D
zPatz|^!It8&Z)ca^@m4P4Rm*}ryW2<2qcpxrD?fGC#5fQpU;OCXZyV$!v%_WiQ-t$
zj%`W^Y5ud?jf~~$0J;<gCKugb1sse_-5Tc#WyBoH(0VuJ6I*+1GfnuY{wQ}u>jjb2
z_*%(x4e`@QGm8$l#w;9<rW*`7X_|Z^0=d?}f4H>jv4Y@F8ubPUm7j-V7Uct(hqpK+
zLk!uEtJEgA-V_60%tv+{$BGy$$hln2N`u1hO=^OcW^z4K{FW*g!p-mXN?R76UU{Wo
zb?p*%Uz7%QGMMi?Tp=TM9Sm+l%yV+jgxGx}_g;ga*f4oyJa2%FVl`=*6%=tU!xR$6
zRtf^aElV-GXxE~b<^A2)4&HA``AZ5#*W{$Ac5LI#`^5UpuU>so%_JoZQ2A>`9%O31
zI^J)jzYp(!YDzPs9i|dg^b+r}m8KaR_^!CWvj3|EQ+&{k#Ps}jmAVWU!s%4#^rqv>
z#GtsM1B&VH1`7ni1<{Ye#^MBD5`IKe49ScBS-Db*gXmEH&kI027-P+r`UlPGn_iGD
zCVDHao<dO&*xp&R)~<H?RmY-7@hafWP2DjaO(s4K!JW*b0D15?7DLK_l<!xywTAF)
zX?J!BF#DC9KD0dO+D;Hz`-MeWI=pC)$OMv1bkGs@%`?b`h3!=MNuydp{in8ndCW3d
z%ma^yxjVIDt=3L*VS6(AzSDx7OErZ0d5Z^o7!Of4)t@o&-{E@e0#-rKjzGU@)ig3q
zXe~P5s{k7z=}rH(&z^uLQ;ZSI&3%jH8X*pW#rO7E=mdHix|8I0pIsw$t4|5nUj@kW
z36+)~a2)p3)(nGxE}gneEm8)A<*c~&PuP{E6RXs+i|h=Xg+Y0MuWU?dquddUQ=HA&
zcG>bwA%xnY@HHMcS$K-A`3V4X1OIkIcj^EewuWi-EIdUYZk=|2(o6qMkCX~7i2C#?
z!Sb}IAa7gqpkZg^J_M7~v?^BYV&hHmO2jDc&e~^`n`0jBzBBLFE~4CojnphLNjg*R
z>PBQ?QQ)9lRirW9qCqJ|<zckLYhok)-lWZBVxy#(SJW@UZMVrC*$iU$f);<I?&Xsv
zqU4f<PUBCM48FGHd@sfwA*<A0FOSFl`PlF%pBusY58-`dX7(Fv7oF`#=lkz~!^xXJ
zbpcDcS@nkiPqKpL3(yxp#cRaXEh8}r@RDIBZY|4KeXTJYj8uQ{GB^6Gs!15ekWIS3
z^-H_IVw8UN&jqTUyX)4VoxRXd`IfDo=l965#%&<&T_COPKoj1AO__1C;9k0tORUcZ
z;*8qyXwA6BA#}2_K0dlff;+BuUY1L&;O_jx=dF6WC5QEg(bm@6@z!w7{bVrVRlw{>
zepTVl|Esn$urRg<1!^7Ds2BzmMF@=G(^HW_muo<^NuaAn(kz+m)8P|9JxwEna{i64
zykf1UqFosfV7?F|wbb<I4`SYag>pnCJy4i)uKT81!Bt?egCY~YHe?QJOiD`17^pF<
z$}LxHfjK!Hu>RTwB%hAPhhLSw5l>=~pB$ny?mH>Di0pbEUh#RF>ayw@j~$bkJTazB
zLiAQe3IZS3$<y`qb-~Mw$%a$`M_HGu&}Hv9(2SW(3}!e9cI23R7h!fjHzQ`pw{y8T
zA;4<b$lqJSg}Ei=PT{oASgB9U7r*uU#&@T3hUUO!$s4C`W4T6EGH~Fe>CZz_0|ke?
zeD1}x<tPJ4@<xQT7meS6e&A4URe-FiJJP3hKLP&-Y0E~v{uMGj>V&BSrP&Qy?}xVx
z={{;w=M=_VQ0Ong|7bwHsr<z&(o2AIP}I1&#0uYqg?Ce2XGD=*l!~~|fMaAWB-`nh
ztsjL2j}~Oa6ld065pivx4*fZ$@^#LA5@z;$-Z&)y6cGP+^-V_#FQaM+ofr}BY$~t5
zOFy$^!$v`RKtWOeCo@@x1?5z+seU-0TUvOLb?FneQcZfLy*tnPB{fcvv#&%`ksWpF
zz!0Yr*l7|U8mOM-hoAVk6A9in&d{8=sNRxYwAIp=yi_<JaEU#73u#riZ|;gy%o*>#
z#HAy_GWUzUfP751<u<E!-uTAYr_3fTc&srpU>n!{jA&!i!zaSiUJ5O$QrNqf$;cox
z@pG;qGt-;yyKDDcuOt=Am;_hf%q=3vjC1camLDtpxYB*b_&5T#>1(frc4|~j1>a9m
zi%{*s2hqNvxKdLm3A??j6E82t$q2(exi|Z+%1M&ojCeBsp)4uv_-!>xE%Lb*>1sFU
zK^OG7!Ei8l7)^*$xkBk)R0D^Ozyi)ts6cK-(NNOEcULR*m1>#wpL6Z4v0M?41nPhV
z1*vMV%a-}tf6MHhUTOY1#>(_8<@{Zd{8R3aAm=82e(2Lnh*OlRp+a7AK;66YtJDd?
zQBWDv6LW&-nBgg=YuXbzbkNqp<{$AjVbyJ>(%v$~38FF>)xmpeTthTICGd;6I&_}p
zxYjz|)XXcjMpfb)%RgCJKX9}lGoe_m`MNxuljEco0oNxdiA^!V6Om{2Wc^Kuex9$@
zdKiiF1ya)C<ugi*|BI@(4y)?<;)O{`LAtxU8vzxNMp_!BySqiCOPWIn64KpuL^=he
z1nE$^JMJ9){_cI>zkIAm_ntkoKDE}+j9Q1ytaY`JbFu2=f6Ajqo{yZ2C+@2(&zC!z
zk~$%KTfg@*=+%=du_W1={OrWkO7E~qM6(JFP=wMC|G1LQydSG{NBWisWcS}5pQr_l
z-jGg&4!gtI!68AEuXlozaczsOoqyqWYM2(^&{tjilxxJprE5h<1frI|(0HBPW3lo&
z0kr(o!i&v-_o;qd2}hbkRJtcxA&4RK{<&12{_0t%)^<%ir&g-Pa*S+seQ)3VOKvh$
z+R=d<_3BqM9E+OTx=^qm6DlV+Iokj4Nu3{x2p@fyWBGo^-q~5Mc_St2L8_7nU2*s<
zif)e>f)mJXoS6{xaB@Wf=H7{?@@uxeX!G#E{4Iv33y~k6a#d&(EJAQPRG$vte7Bld
z_SRbaZ5JWOZf18~<CKU|$5(sgeI#mo2JQ)3ZAmCN+Wtu7y1xq@;Ezu%1ceRfz{RAO
zOE9>l!!lFZoTsi+zU&AtTzpwY)eTgo7L6*Iw&F4f_#K{CRL!Z>C13Om2`36lKDw>w
z<w(At%rb3qDYzW_K7sU(=Ep^NWoMa*M!GY;He!Xezp|$XgRBeAAN-tU0FH3vGZq5j
zg6{)Xd=5|?gXqkIF@`)jO-{`sh`1#JpGbPw>TX*C`=5YpP|g=wA3m%*gs=jt`J%8G
z3>bJkR6f~xvX*&0Y);S1COzYPR^V=y8Z~n+^kwLcz@25iN>!Ca)@ELmFlf9RBFNEZ
zJb@;sSlS2%HO_a>ARnwI@$Rt9vVyrmSV|G99iJI&Qo%?dC)c}lWG(!B>aQFU-era9
zY}}?RT~K_#fFq*svzivv&hpUS&hMf<eh>-V0hxS_Hdh6(De0|2WzFB7-0$#Rk>nmn
z9(IgvFm-ZKX_DaT3Bfk5ets=1t+o}J+IqAItEi>uVRM=mI7V?2OvBz!Im_vY7eyk@
zQo$XBWCZ=oHG|!@D6^V`0uot*m&4oqL>ynlxpbQvI$pL_r=@HihSFSyyt563-!<wh
z<Q*DVqSXP^e%t*=_{^pwyaA=Vu3V}CmRN(l5@o41jw5GbLFpcD4tE;(!s%aFa>Y&-
z7+#V5|EU`-+I>fW(*8V?!2u_y>}`X66w&X!cW=<VHxX#WTZ|nP<`7#IRyNIuCon+u
zv=5_Ieue+^vwe`GW?Qzh`3DBRGy0V2>H%xr+pkYDPyhy*K3sC#iO<l~uH+1xLh6|r
z@6(jJMaG|4ycP%JCO_Y8b?X@WtYyv`q?K?#{-f?k8gIl3Q%tr8faP1Jo*Lq&Y=OKv
zUru+3(!*pmKJi1IKiR%tHTai<M%srw&PIgS%^ExSIBcE>B4l+c&)nqwKE8x4!<*f7
z%OI0iO%iAOttPdGt9cVhMBHPUzop00RGTFD24dojwCMfGY0Ux5Dntp+J=v~#oiGgM
zw1U$y*v)(m-Ctt1%;2j4!O*y<FoS?VsIng+?a9U2DK$6CBKxz{<?nw^Ws166oF_6t
zrOW1_k}aC!C&svebU$P-REr{VW>ru!^&D3|sRVOt>KT3LxYQz8OJLv{Ts;jcOfOaU
zAC;pIOnRing*6CA2g><$LjFuO9<LR#gq%)1>qn&MgLDYMlSseo0`qut0`zWCGF9>y
z0&X^TF#X{1P(K{zI2y!Xr>h!kpvMi-__NcRYa1ZX(sRZ%A@H?;r>Yr(x6Eu|&)1X*
zmVh*#W(+ZB&;!BmsmeP233)?ww17*eF^X_GJFB>;{}+OyNrSpiyb%DE2@hGD57s|c
z&ULraYYLbF)9>oaV6uQ=pKydeLpqB&h~4YHHh;#t%CMh2U5Ck{^y2HQ*W0bi3<oU4
z8lyfY7fUvfm7k7>8@jwmf`6wbpk+w-;NQn$fz9nc^EEx)`|3HOF;v`mK148rY<_@}
zNkVOe#XO%c+l<=tvzPxo4JbEq|F*WhzB4KA!nF;nij!DXxv=sM@rUUjLNqXd;`;}!
z!i<wMZUMdG{t@^a^uF!WXoM-BVNU{zYUBjo`<)%%?m(jN6a7ly>Jvj-ux)jbalusw
zD8W2OHwN^@pJm$wO$Fkaov;&>2KMSqOS|3wBy7G3wf<u6ggfcF3Q@Ss%Lq2SGjF!o
zwPKw`-}QP0F~yUA`<Kuqd>UVR%A%Fyb78pJqZ3HdUmUN5&!E^AgcjQ6b?M$L5R}u>
zf@Bn@qH`QyPXOT9P+`q)w6Ng)#MQGa$dozF20-&o{))lVJe$q`lYY4CT<=_z&CPgp
z%~!$HZ$gSIeSin6#P6|$GC<AktOc`8l$!mOL%Qk<bR(FPtkCHb2Y#W>(i^QWqbs=s
zrbPe}!Bbkv;b4}^v}m*xcRqJa{git|VC7NM?(5{_eD23A8%_vRcLed;xbtg;$#7J6
z?(3J*kN$BUTKHh#f3zJ(I<@n0VMpjF@)yriNVPpmRENO|1^=8MgQe1qh=KK{1*gv8
zZ}Ysuy!KwBaR02}j7nBIm0pY`>Oq<K;0dIjX`Ibw&(@A(Vl~rBB@GhC2L0G!`h@_&
zWSLMSvZ}L;C_*jHYJ@~(bDI(5=fZx^ZpHYDl5{i0o;lc<3qb~x(jXrpgN7hVt*z6}
z`l89hhBLgy;eKDMputwD$;01>m)t{TO_1M_^Kih@bmn!6Hm*pv5R+gZT_nPPUmbDa
zzR3H#fR*bX*nz}?Vcn42voZK`l$3Zo67Vp1SVO8TH`4Ar6S%)7`e-8~^7dTLz@SVD
zUZFXAENaV;7Iu8R4ex<jBi4XggMz&R66PU-Kob=r$YZ2&*6K$P5EzzgC}t<uPVHeu
zFNN311LBY?g9}0w`~ZJ))(+%-4xUDm$h6=)mIwiZ)|r~(;bV0ALTwPfCxwCGOYfnj
z#5!jg^wrGOxV<=jY!)R`dv{!*pa33(RV)Mb=PCiSGOGxh4hs5@!ZF|fquZ%K1>w2Q
z@7`8~JT9i{c+nQ%f$Mej@DaO#e5fsGF3{mgkysB`)h`t>iFUqT)BFfCdJ8yRT<nf{
ztdgO(3_v!~-GS3-0}scC{i^}qA*`X1?yuTHBgn$3GqjBVj^>DwS}<8Re)vFpiJ5z@
zh%-v7n*pBe;rR~!iT$-4JrT*EPefr2kRnD9HP9zt&)>TucGUy<QLA8;?MHt;?9khj
zKzl!nPwKuWuv&lgM{1MQUAO<qY9^L}8huAk9w0^v@1MWPOh`j$1S-Pj$_VnlFNxQK
zBtk56C$Xcew8TY6sz`1$X2gHbydvg~Uc1#@<icR&`q%&&c@<^$fx@KC6>T5|x)M8x
zJp3&%38H>J&W4e&cgB9@CCx)q3u}?g`+Sq{WxvSiF2Y<mz2S4TeD+g<-y5(bJEus5
z^r=*9G)^-{=eNZhW@V3dac!por53HYjh;r^oYbept)b<hly_d;;?glGsqK^plno#o
z`X+|^MFv;ac%Vo?;698N553i*c-d`>Q3^*kvxW1DgJ<eyZyE<ln1O%$=Z7L55wa&0
zTlu_+&ceZ2frx${R8=mPrxHT-%*V}G0WaxHR|8#Pnix&($GC9r;~yI8XT_es7>pK{
z;K&1B^N!<|FQ6@)Qczpo)kthw4ROadU}4ON?Fouk`A*fu%H!kphy^tU(rSyjQKs#p
ze5^^9c5XK49~<igL??DQpBHGigP>#|9nVQ*ZWG5`RSOXmt_B+x@JQ~94Z8*8>_G4<
z3=`KvW3Y$H`u;qc(18z$d3y$w-;$jl7V2_BTb>Rw>#c!1!Lw91?b`e6*ES&_6vjMs
zwz}7VlY4!==)8axky?r=TYBPa@>bjC?O;WHI*=&dm{p==Qc^F2OKe3c(=qMU)FeA!
z(0p3sIJ%~-=*UM+mrum2h0ok0>FXsZM#m$`*}XDk16nLNgxv*;jxy9oeU>$RgBM%+
z+gCL@k#C362E`^2Fb&~&FQe%*{vRWZh=|a8NzEI*ypG@daQM!to$e{c;!Xtt8&+7b
zq#prlMCTp-NHVdmkn4tJ-Z}SHSmls1%grGHGPB&qpeQdKP#L7m^yWUyCrcmsv^O0O
zvL*X9I4GSX;{94Z15}g%$b(c%tpqT8!T!Z0kC=nAEJDC-s{YCkr@O-R(St&XBQOG0
zm}ImCXpE4-N6}A<m2|c)l$YQG>c~(>ty90QfB~Bo9(_gTY-5Uqj;uR44_PMCdRa>-
zpd2GWE9!M4KgQ<@8%XWTemeQ`+JA<}<fQM1#YFX&oFzn{z<ZgZLk53SKrl2`Jbv;J
zJ%LDRPl^v0)(piz?c4zh7toqlCJq-7dZZkXorb`y%1doC1oI2|Ph0fgJqgoD9$9pE
zFd@Qi=O9*G)wGlmcEg0&&Ob02i1W=Y_86Tw$9<L9M(q3>SBwge5`TpNALzAMkgE9O
zwgal5V|}_rD%{$jrlkG{C1ZlCt%I8|xnDXES|SNG8)mUzBCPd3-y9Gn0{6DRkVE8}
z*ZrvN3t-fbQ+3Qb;w@P`Ov<*V6PpV$4k$$LAwlC2F@n9pt8~^1(^%T{!kT&!zmWMF
zm_U0&_G6<eBl8Tp-#I1tt$r!~W-Q082!?o5cDSbEo9{>EV@>gd?$Uu7vA?$M@>;DG
z9D`wG{qtp<7$lK>8_><?M~u}ODKw$hW%7l^Wwge(zPKa?2DpH*nat<}$K4`a8utZP
zHo~#UtmceY=@?4T_J9jMz^nL;E1Tn^S0Zty@^vb;gJ*f8GZh0b6?5U#9tt6A4j+eN
zKQIdw*p2o2C7B(^;PA$;mIfziSL+ETbEuBVAN`D;k|L)9?cb4gNa9yekA;VBo`O<t
z*k<bsY)*b`uC{)HGA_uz=+*fFySbdLRH@D56AkZ3YN`6?wQVlMn80wQPZ9O+%Av6+
zrhx{LC9qoGio$5YBP<d%oG%<2QO1Cez6Nc6wsLJ~ThnBdabIRq>Sgc9@gyy(th{hz
z=L=5d$PyUa8S^|)+b|>eGsm~*^#UB<P(O4z&0cv1^1uJ~1|ZGBcle>!au;@jpX{(-
zofyA8%W{NYdn)CU{nJ1iTzK+Vr>6Cbi8;(7%*n^=v}apYQ0$I0e$X+gQRV#Z9!O-(
zJSk^-fMg`WmU@LTQ?8!$K@JBn0e^QF(^2b=Y%rk_)~7f(Kq-FLym$E%W#((SiF@~E
z7e4IgcFa*VCwGacVLdyra@b<Vs5KIcxQ1Jr@MnTtW%+X_!UR&KS{_3=(&g_;x;~~C
z`l&m~+ehnlHNQpY`C@ZfjtCkI{N+#9fwzM(DpTReA_@aM+Qmc9K4=<#<TMal!8r7E
z#COLWGg%;dQc-E5L6Qtu(b8pG2Dx-(_1~4Y!uhN!!Jw7naq;VIXnQ?${N+a1x+a3o
zBG(0<+Ify+zcNc}hd7FPGdZHlBf3eLOT~Hgh<5}~EFU6p8gLmjl8*WRA+_Tg3E#H#
zj2)IfJ7IoqaRw&WkWb)=Ty@n<DAJW?NuSLC*;8iGU^#KDx1yT8oZdy;QN=Fyr2<1!
z7W2T99Pts9`SE(yw`T<-j|^%>HQtc&W}d23tK_W&vvGem%_AbV$E)OmQ3gzFMKw|b
ztfSa{(yzr9Zr=5{8iQcuv~ecwCo8ddYG>?HkO>+{gGppS6$*+U3#+!wA*g8dZ9iOe
z3W1`81#LY%LJeC-*t-%^UOIK8$n0`0S}&CKJMu3jD4<biE=M|4h^BD_hH6y0GWO6f
zD@%=Z^D=P8&*YT%VqougKh=_va{`&<^pHf?uALWh1{zEGPJ2Hy=|kn^F335lO=G<7
z;2?u}ob{+p2QtmY0*Y$?;g){>!IN%d{E`D4N8!SuL~GXhCRze(yX8X9+WFwyk<~Lp
zrXS|jxc_LyxXkJ=EIUpmf(pqAaTsp>;T{FNsiCv3Ju^t?#vBE-1=78vkL|RBOoD3}
zkB6iCike!YE49Cb(a0M)*ZHWiOv9la`TX*7h$#D-;5&`ToYfFhP+pWH@6}y^lG1Re
z^}(6Xic9mlgfW!vhLf7UdevqtL#ddITDs*;txRF^)Kd=aB@a3I=-1gx8NUH&$As&j
z|H6p!N88(o_kJT*;r7?ahF7aSlDnblmp$?qrb|eSegT)aG)kk9fkplu4Jcx6yzSrE
zw=P5?<jws;An}HePIGWd_Z(kAWM~X?mcaLrQ3=<1BYi44zw)T!?orj+vx+wU++%UB
z?8-fy5`mNan%6l?coLGajS-S=3nNphb@A`YrG_M`^)NsR2t-?5$G8Az`4VS~KapDU
z5wmTI^;~SZeEJPQRI_`yHzgd>o3|B-pgCn=D)ltBMn4#@^GWGr<e<XTU}Y*b$N(*@
zdU_?R0zGwdauQU}iKlZ@sl~LVTt#8QI`?Xv;Y<Wg_YjQxad0IF7P&C@LC)SnGv1#+
zpqH~LdVicm+`mm@+p@!nq9`dL7+~GAOr*_1xW-F8YMg4(P60aLVb&9es{(P&je}=2
z;+JhLq2DW?dF&-Xd8;8ET+?T(kVgBU$=o|gw}nV2*_@^<Z_Qwj?PKv`rHieLIm^6<
zbU^5Z{89RKsqV%Y4dc@_Jvst$fyuU-Ih4a+B2+EWiET{$TxxZs;+O4Q+H(x%__S9d
z-{FQ;5S*tW++<TH`WEWCG&;r;T_p;WN8e_8Y+e@KS?xmNul?;A^0qvM$y01t=i`A<
zf1NmC3-5``%_Kb1z9ItH30jVOU+lT32CO~R&7z{7VDe=g`i!rjT~Lw1^0PVH2TUc!
zSo+TU9R5Jtqn9_373|2R;YIDt4<)!+;=*8DdmhDVeJ<ShtCSXY3x-LU$X*xzG<mhu
zCaiGt)i;7PH9i3{sjdEKCopjp7pAb@kkPWOv9xR!2K5r<o#<9bo6P$|x3J-Jehz)$
zO-%Hbqd*OH?l1-h3WtitS;5R&cOgM0z6wUXt}i*(fML;i&t~C9p$k`4au6z917Xou
z79Q_tHty6)TQ_ik0ZC1T_4C8ZF<faSQKjSq=`vAg&hvbff0l_)+;|Z(6aJn2_AgJv
zjxRgJPP>*a&wzYcahbm`COrr3W)JYMGX%?h*)df$C+w1i$zH1Dz?+f>`dWGmc_ZIJ
z7&5>;S_jtEQ-*a_#dC1y0*{whX2#YgB~xt+4Zq2oCvl9st>+;0ih_+^(n|!_*$r9P
zr>6!s_b{-M;5Ql(4sKAE@l+9w?GYTVJYmeMEuYMrg)+Z8sxqkb04K*x9s?un+iai;
zfZ!QZ=`Cr!3ZhAw*z_BbGx}c07MgApQEgs~k%@y=IA{(`f)!63^-8QaF*Jv?W*9oU
z=B*pw7;;uR|1lhNB&a-7MI=IciG%wG3A}wEJhm&&9`ya@>m;gZ?CGPsO3~*u#79T)
z?L?6B`$=Sicz#P}GUEXhr$xK3c2a)o(&o<w-?0sbWA-@2fh#urjLLxS<>I#n{qB8q
zeLDga-duu0CX>lX{7hVf;H!yrBfp&&*T4;=KYP07wJJvz5SWKC>H6$X&X}B=q5xgI
zd_g(VKcGxy1ve3yEL)TLv#8tF9&0%;3+dx!do~<s6a=S3EUH9R#Q{zrvm%BqMTTr&
z)g=;!QOIPTT|+<maIa+elqZD-q;FRgfXdz?#B|#q<}}|*Sx2Bp=W4k>KbL<)4ehE@
zR1*4pWu|RhF>uti#=BJFsP{pD3T_vigTi|iZ@6B0)c#bGR_hikhUrcRyv>eO??OU=
z-z2n%`f|ctTa@C4<-4moXMe*Dt<XI`zv$C2Cagw<yJ3(_=wUH8!|K6h;}%;&K&aiW
zNmDk?GVteQN*-T5x5LlT78Dm?x|PZd>Rm+h+kN@cX%ZW2Sw~<`(S{k3w)Cas`DZ$-
z-Hmlp#agj-%FOe>rE~Hd^h&2^N71u3H+nMx+yPivvoX(AeT@s}0V+ACj0Lg<5ts_5
z2y;~4XyyNjv%&$!Z&&>{4Oij5v&kX#zoL2q*L{09dsiYt(k^bLqaQq~f>Hzh1o1x~
zbkTf$fC=V<cHB%LCn7>^AJ~a#Y489O?Z1mgkQDn7$r6FmZ(Eb-^vx%t9$ngpaZ;1;
z5dIgaSv+KbKMo-KeNj$z(+FKaAKtQUC1Bu*lj43KW-J+}|FEV^?m!tiXi4cn*;W2<
z#7G%%Cywy!2<?j*ukOZbJ>p{+fW32FbsRyI>M;Z#4$XjIa_Bc+jg~*{=RoBwA60oC
zVAIycZ{~%p-);MHKB)M&-$QNYE7afOtVYI~1)Lb^UDK=l!t{)BQ+0<6h9yqI>;lDQ
z>Td;Dbmgwh8|K>Phq=Fxju4rV|J&==c!8?eg;;GY1_ws<=tugTwJCd3fe3!9L<Mj`
zWF5%eMFV$ANy?*-4uO57E_pIDQ@)z!&KtK76LiC?fx1+__X!+nlN>zFJaHO>zbDWq
z@v4fswVLjGT8sn*44*$VVS7rr5HI-`<G8BbUs!VzcX=AyfSx{b*@vcObZOpHJD?lf
z*TNn=3n2HGnG1+GHSf=W<^hhW(-_yt1ND(d?|>H6#$z%=+7a|Dm4>eva~b2K!`RXP
zvH%*20^g}UA1bSW)xaAHbUs$}Zb+()aI){fb+09W%S;BHG&#!VbwTdFaB|{g#Y?5^
z=xTNUu-|W0*&J`iV~gBRKU()&PD}dE>7WC~gQ3hnvFxtX7RHzlhv@8qtCC~!Dk(ci
zUucs}NgCf2%hHS@^owAJA)^w=TR;Zopd87olY_E_cWRIhbHOaS$)=m}Z^BbNC8xq5
zg64ejIc!{nxBOH%{{@g+5S7)JhW_9(`UIySuAbRSJkecxe#%)|o0wl%;Do$6L19br
zHQLzk?d86^9qZ>IIXRRGg>Dc}0>Xj?Ojw|Bpf-N{j$BvU-MYoeUU}#VQz)lec{h-%
zl`H15*}EZ#_(lvyONZi6*A&cm{{#~_pc(gO`vA?@fHQyLKDXyVoEYvrK!)@E2>kAq
z(6V}r4bSok%F!Ak2UzDTTb-|emUR?)NdS`H6OfX-U5PUvQAP}jfl**Ocp<I9a-)EI
zx41m|-YLobZy<H{$(~s-#t0DNrmbpH753VUGTx(~P)zQhCG3#}nck0ry1zv#0G=P^
zZGe?z!H7OHb5T=lSA3p@XY5b1Rrk3>x@{$hy-ez@p6-RSyU1`^J5XXB`M{W)q34Ba
zh97AR#Dqn{Fc1^bC(}}gw}+<Y<ikD1@C#{PuqCEliZ2fQ`D8}ycMOyIkxaI~zqxE}
z4c%#<>7*L1Q!M);e$D(nP?l4AYAY!7v5Vwq=)vMXbUFXB<>P`GwuGNdaF?_+X@WIO
z!11x2GUtiv;FEg&_81ekw1B|b0iPdsa$hzhoCE^v3Xr+#G=Ze{&-PZN7n07=J96dp
z^~6pL;WHP&VS39@k6X(1OCI`@3~0J9*izF5K@KpNJED2d7T=MzwS=C6l8DMK5e~du
z!#)uaa~2q9kynyoQk-w#eT*CO-1$8y*3yN=N)`+(y04n0HAvw2osbzx5dR%gaM2PB
zM^(rPQ>js;2k=G@I?ZtM%}^LUCP9YTGRM8h#W`2I73$q0-gFQp<_B~r4in5nNd@E1
z+XQ(q4kIfC=xtlgKd++?V}PO*`|?7F&Dgs+4fyX~Zh^IoeT<K1_oO!Uj;_Jxta;tz
z#P|KI!OMS+5=v0XiA|DWpg{r-S{bmvAGfbQ_HLbVIb%R$g*j$Z*wOAlR+Po_hsu?D
z`M;^JVK(D5ic>6!_#?+x>6)5Xp`TaG4z{Bk+MfcchVJh{K7z>!JXL?07&{lYcyz>!
z5nhES0Y0_!&3O-o(fv*T4_XqcTOuf3K%!CdQqJ$^7ipKQCDGDC5*}I!u!VE+4kDQE
z-ubI%5<UgB@<h<K11l|htx%!)k#q$#+G;lodSPro!T$~0=xLa21j=tSr@5UT+ofC2
zWuXhWn@*I>K!UUlQ7UV9)uAaJr!xkQ3h^;EgL!dow49vM74tnwA!aRr4RKQ%ajN9S
zvDVR*M0mk%p`Sn-q+I53##%<ooA)BtuM{5MWBaeIl8LeEfG6U7VWBr?LdWf;Vn~?B
z{4eyS``pR~JrQNGdzmgS??lnK>k2#IiLzLQ>{_zU%Iz5y+-<<hm_qvwNa#oT#n=SA
zxL;8o;QX|z(ww744eq7sJRbmZ)#)g1cdJN2w2~62dGj<CXwBq*gJJZ}$i+vq>h#qJ
zC+s>V2+$W}*};-u_LlTP!imyH+r?a%M8_lDYj45KjG~_ksA#Jy%f7b3TOF9E)5SxU
zg7vsF3`c)pQXc>d`dmE4?D&r|u4lQ~Z9#}(d#DW`TicQe_&bHGDo6mJ@3hWpG8Vvg
zsy{(|_lH-wI$E%e%FPp%@|7jjdU#7I_0mlXqP&0eL{~E%d~DZSKh~)uY5&Uc3B^~W
zWaB5Q*tynQoNfz&l8-tb{DINHdTYOjiiJ(b&l7xjT6c-^b5E{$EjILlog3wL#nuIW
zk8^o5aI%L#d&|~0-$9(-H?yg+<@Fm{T8enEfk_@cA_W_`1<L;2n9B$(*~hw<Z}sMW
z*HMMBcOcYuSdxdi*HCUaojf7+X=WWcy&gp<3T!>ixlo1g3qTil5jd>Xr_Fg8wIhaz
zDR;YQ_&@_)QBMuS<QgIii<WM50z%dx+J`P-CjdR|W-{1k-JGa`G4q$vkMvYn6Y2Ph
z%fd^!<VTYk{-`&`01dws!}NK*;c6+DA|GA?@s?)V2PK+DT)E`g-3cf`T7KZaLacEt
zAdtJ4nDcxn%%ShMV<6j%um_ratH;-5Nb4aL<vk5IbMteXzSN+y`XTHFrQBD<*bhf-
zKgRrQ`V_pL`W;F$Hm<Tl8F^yj*tm&i0trzgR71@)NCsMTeUL30!6|*%ogi3FH+<6l
z#(yK186Bj6*+B|;;y3=|{~H4?ikgyO&@l!a(ajnRuie0%6xsF_E>@B?oFSGi?CE4X
zSlw3q$S|epfs5)~QW@WD-5jw1#FvlitA^^6)i!#kN2~E_FgsR@5bPkds=1&VeORm(
zer>u#Qsx@SB_ImSo9sj#^z|jB%ubf)n-<x(w{4%2u(@~(?CKC_9}EYu*^oT^-LG=<
zmZz>I_!Y{S<ekJ0b#zjhm8A3WoaLqNEsj8XXS;?tYdFS3wPZoxUmEUMW6e1fD1dza
zDTcu!0%XtwRX1x2(`-u>w>LH^BhL!?#xcYLUYLcNJ8`z;P-I5=?XL+*$G!+8#6olj
zCw2RkR6@6#c1_u_c%{>xE?7p|+Up4i#0uT4V(!Q3>K)P=bGyRa^cSnS=I&G|&vBRD
zh!jVsNP(@Ve8SzeQq{%3Njs^j4YJO-TAa-YwJY8NBH?-O`AC6|&rCz}YzI|Z;qvBY
z{HllRtLJrHjVb2cWncJG8%f3P?p5I7st{b~I)5Em=i?^4)Xbipv$x;^O`<zK-4!Qd
z>`qS4+QaM;+I;yk2^!wIRf>ehUg<iDNb!EdP1X#ntfdz4Pp34>6WIn2c%9n~_x*+U
z)g+Qw*;L*2J2hO!<T5_Ool6d6Ur!CV3;WtK|HjzJzB;HF@x+aLEN?Z!({b3uO}b-x
z-O2)K%4RXXEbN2~&{aWhR-U`c)o(#r2b7Z=1InyqFNMhkM<Qjxyv2ZssZ=09Cwzn!
zuh6qtA})s`zN>wE_N&jGM^}<C#XX==v8*Fn6_IyZj-D>^3#W458cI)x#zpMScM0*B
z)#!pHSHVQZtfd!;wZAD(&;kiTrG5Q|AU+;V2|IF1XcxJn#n_$^Z?$%RcI6iW$h^6T
z&S@xZt{rSYpJ&?F`U!?xcl;Es^ItW(Y+V%i_4&_6KT#lwtpnU3n0y^IwDH`>=ejMh
z+2B|xWl3BzTqA4M(Y!g!W1+KF6XY#GETP#nPk*0gpEl1uU?<W}gJc|c!JxT6a$80`
zu;r!N$DThcw<+FaVkxH?Q7I;QLV}OY4~VTJ$W_-O%)#q~hXdI}d7FOzWaUeQ-=tY;
zX^ah;*-L8@olY9!Ahc5_jYSmSsMgl8)6~K)T3dFa55(uHNack(dY$Ba#dc56d=MX5
zaxOk;t<ZNU*}nEWI(TO0?156X&v<k_Efk!N<L<2#Io4ttwqyikhyKIcyF06!(wk*R
z$GDNBpYwEmI|nGYd{7MI#2dJm<W7?hpCK&blDD51l4|1Y*rYvbUaFDOQhYR21>+`&
zFs_3aMUOzC9mm}$=r*-=&TzU@wDjR2s#=7l_*bzjOpCSi2D04PiQxiHj%ES0fu*4r
zKK0Ce`S1>!ZrQyvsRQqgTiP)&p>59ab>m5AZ23X@tF&HmtSl;NZu*XrXaKOyc-gpR
zirn>enUUNm2|%<_JvCH`L*Q$SyU6M!&%bOmc6w@t0xw>|F3;sqHopEwW8};S1gS~I
z?V2YXcz@wd|M#w7IML3_0vN*jwzL>K$`ydN;{U+KJ;8eMO{^0kf5&uUM!)>q7i*l(
z@#VVtL#Ttl8B=8XdpBy|5D*r4=B^uUQzh>=f)2M1OBE|Qs+wmz?KN=)g%Bal;H1f!
zR!UGE3!VSrBa#=r^xvbD_M||>x|4#K?#S%G16{kV<CybT+wSx0EsvkoqWZVF9{zC)
zNKZ<C&d}c*(lacEDzm8*6w+w00n2Zv92vnCu-mUvh|7syEO}O~E$n7Ke`zO7Y!B;!
zB$q1`7TX~LX{_wyuOKn`wvKxdcir%me^#cM)r+`0>8rt^o=cUS-tTc#$v3%mxXasI
zrD%0XH5!8sOX@)c)(cvygqrNY98VnNWCVxPUd*kbe4VrqXi0(pSqA;_^Sx?LVkQtC
z%jv$moMnMasT&$d7B4;M!?dOV>MjEpSA5jS?klXZLI<+R5<h6d9m!A<-nBz2V1U6k
z*jN*e+Z#>kFqnS=;Zhy1(M&DGnDK}i{p8v$&h|yCcn3IDrR;KQY44Q=HsGiIq}uLp
zZJ`TwE#lHc|B?c{?8X{+k0=9PPhy7DqaDU5>^gK_wI*PoQvhM~n?wX;Mv&|fPzx4t
zmYV_|^lb#%be5sX35*$bM>><O0#*(~he(updTo;qJMh`MKJ&kS5VNg*AXoYmT8T&#
z13?UNO(53>w~B7(5P-YMk!q$(hF%obNvQg%qd*2ZE4`i24L`49-+NYqF*AA}PPL>!
ztc{`q+E#Z?di1kxq@|fkuGdW~;xZqkT7aO;93c{|GL~!l`u4&R88T?aGU$L)`FI$P
z=pG2)x<EVJGDbcR#P-_AsZ%i}Y12>z?Bc`J1=oYn^2~Xzmay52CFieEgU9+Ciz;fn
zD>EB~Nqfb^-%8jc5=Nvgz`^_oZZA_?Q1t@%L2b(0F7f8ObIgE4wAE{yv`}2PQQ&X=
zu;j%3p--gS{spBRC8&c>uPD6zq;jBq1!U0l-njsJ+^}M;G_vg~T4=Ouiyt_S0q0RM
zqM7ub{i_4Yu~5{ECzVcW4<?L3XaUzFB|iIiZwvX6buRe&&?kwP(jA(6FCzV5TfeNC
zhPPN<^P3Ua9~F&QUi(APi)n<;CcMkF#-N4}y`mb-h-y-Bp8=tUh6Yf9^#qMg=?ZP>
z7g05>S|qVL)R@GJQ=4@672q7A_gOzhM4<8W^AF!xnwy&+`fvq?tQagI8HrD_xwipF
zM6V>fU$d<_p|K^5D}1Vv0)chk;CKaOS$9;JQBS8MXKIV1^Og%E#cxj*Yr!_zzR2GH
z>TW(~^WrXoa@4W1FCw?NIgLU!X=V*%ojLmS<E*nxIvObv9j-3YDAi9+TF>R1ug(2*
zXm(hK2p$exg)#Zhm6s!FkI?db3bt<-VcMXby$bHJ`f94XIPJPIeBCZAf0-*7rNaK_
zHv2cCtX>bc`s?;OC+P!qt&G^-4zyf=;i6ve-d6142I73?eoD!L)}~#+a7d5H&>DPF
z89pV{0f%%K6!PGIL*;Ktm)L)Hi~x~2B6tM~6#AnO*gI=TFuv2<K|P7iRBdznx?hRN
z!j|Ww)VUP5zrXMOaEzhia5E-^L}q%wetm3LEHn|JByXXoJHKL1VI#8DxDWj7TinNc
zfcG=^D<3TnuDY#Ur;eS2t63oj{h;v7$nzt0e;kHf<nz@gLjNpTXT9yv=!{v9q)`SF
zd<XhppsIyVN!jGKh=ZP2dFTG~UbGpAIdWm-$@~_!!qd~G_LNdC7IgH6$Qi63h_0J~
zBHr>_jUeU*$Go1;tJlFA0Y(|o@u}}5kJwb7w5otEw~wV<)*^!ppnFhO#D9n4tCU&K
zMw~}&t`Z0$!u+KVco`X8v#w(>$W=Y<_5QXY^nu%z;?-T~?4y?V4Y@407XzHdIV(xL
zwEY6fXF2eN%{Fjw-$4*{ngrXd3>?tx8=Hd$D?ibq%ApHQv|2l;7$pW@A!i?^oTV#*
zg$Zvpj<Nk>%8rn!sgIVcVE>&zW=6uiiW=$Yj*YQE7e|{p00AtS7hefh>sR6z&N7qh
z6zx>yjFIV&ZVNU_SqTE2(cx@_%k9*_sYBLu{V~P#*9aV;w?kdLPX)AFn(OfLaRNc=
zvpeOv#{am<iV~G1jDCP578=TK8l@Z8ZJ2KdiZIa?-(&Hb1BB=AcA#*}+fyX7Z{N8y
zNDl!S5bSkApLl<kr%XMzu59pO8is^5Nf6c(lf)*+#tXN&7H(0E+)1Hw5OhLvQ@k~#
zQuG-qc>W6*q=G0__Z}b*bGn`}*gfs0JKj+ku%Z_?6w9VFD1i5bgSi<_F6s5nqPu}1
zAzh-i0T%$`ks!+<TsEqLTd{>c9I8D0=({NWy<IR+ymdd;Yy@EQi(|j<HWua10ub+r
zEV#l{k15yl9|a|eJs2h_r(^FIYJ*nXM79QfG_1z14bQG75qB?x`8Zw_MUQac;nbt(
zgqCHT4ZPnEL-qjNQA<kPP4KzA9!&2@D+e{FVU?f0i2}5HFn!&FHoO(ACeyw^gS9yo
zR?qbphJg(eF_XH#*^RH40?cdop2ttuPzTzk%xFL+vM66W*$lciF>~O+%M4L=K(+u0
zFHT+|4$mymq>C@3#jrZlB*2mRsWZM;q8V+-?<yjtT<I<HrgURKWu+G6H*!D#8TUk<
zJFXA*KQ_5?Ir_tz;?1*;gbV)U=5{E`gA9Z_>T>+v;xc4a=(LfrC|A#=PBg)K&dz0W
z@Fx~f)9_cgzq{(ea;o^|zN{zjZJ8_(y-qR(v`rZQc3?&@&Jj2L&EW|bf3Lb8vjL%W
zf6);F`?E0wnoci&WMC&9m!+m@3JMTO_l0*b#_T*hNW+ftU)5Ofa6My?NgPI3QbBKi
zec?=v|D+Oxej@X>CoorjHso5LM$4DIYz%({4)}LJyz-g0EfLX3H2+CG;zf*M*~o}c
zM~Tr7yjlOUg(R_+#qwZhWKj63YRui-Qyy;G;90<jB-UP@je7vOXVty*P2wDdteFS+
z$e$Jk=|)xFkXR#I^mXq5J59|)L#E;f(4;x)5Kb1i-vTb^`nT;;zQY+TnVoh~b6&YN
zu%78u?sFfF`zDz&cJ1K@*1cLXO>kA~0)Z~|GeGub$CJ3mH3cU~)5GNhr#Y*yc_kkA
zFF%5d%w`=(4YbYhzVFcSuk_NG``~vZ>ysw~tPB^{o*lAm9YUE#tbm-DT~S~W!DwLS
z_wM{@976m|-x-aaOoipan|h4epq#cjgd9nFAlOQh%v7w!*yedhRuWb|MhTAn3`k$_
z@J}9)?qCH*B0CF6kd&Hfn`GCIq7Q>kC%aUyA;W*6yp0i`7oZVyAhH0OIgR#%>;PVG
z3BS_V7jbz7ol1`q*54<x%Emo*{`yuX3VGKS*O8S?E~c-fOghxM-{rWmf65hk(~klq
z)k3v`vf|#d_|&vhCRs#2sC=;|QBUhl+hzcF1OdrQMsbev=;v2P6RDgKf~4PK7;Q)P
z<r?1^4k4JpNFq_0tsD!}UisddF$i3v<?mzYMb*}l*}@BqXMD!XNxXSc<`u}e^cmb`
zK$+M|^0Ghofes`i;QRXu4wgg3znjGnq`@72w<lZnu=2I-->X`KQ2qR5{U{P4Z0A@&
zud3@HnQsj4iLv7t*fJa&-k{ksQ&Z5G8$U&_x!u;Dv2ui^1(%OjLqpm<>lI;-({q}u
zLf$;)(vMyu;faHrC&<AKZ;p~b5rArAwSqp}(|+hqoj+z7fd8*+mzNx(n1fwzcP{yK
zc<vVMlbo?oOh7;rL1HcZ$~Dkmo18-ev^{bEd>CPDM5w*1YGL=`2R*TY1hWrMVX~S)
zT=)aKj`2rYp}`7h8El!{n~lW1+8cJfV2zE_3QDasS;xQKCJZuFTxB$120$ax>l*;y
z`_(~4V2n#JdBn5D72lL^6?+u6pNc{6RN~H;d%G%}!<dK}A}!Fco1(>0jZh1K-`$!-
zsC9IKt-`iDreLz#>AEIdanI`6neUYOc;ceyr?a4GmfyVpl`PW>M%Y<_<w<;)k3e-<
zIIXssp7D73C<LZ{&&*W3`!y<*8$qZ^Kdw1_CAi!O9cf(@U2f(=T++vYX=ZUt2&Cr-
z0Y{CJU~iR}`9A%^nxG&2=S1HWnGsIBsuUlBt|1_DUf87xexjLZs*z+~IV1YD%f&5&
zP45F_gYq<W58mKt`#8P;a7g#qVUvZvKZpmjTs#C*ZyMk9Z7YE<u?E(z*b;~MCS4E{
z&sLJw$kub9l9U1Wl@=|}Gb(5Tp$ePt%f6(`yZy{{VKeVFAciYe&w+pz5MAOBO%1n?
zfA_#(QxMWWbrrL()}tJ@=TcWu79ZlI@;V$Y?@J0PK2NR+9b!zbInNjRg+_#9ssN|l
zNzerkS_Z^1$yQ{qb(`f`RrrS=6OucZ4@6huw8-b0k(JQQ%*Q5ylR;hl*Q;)`M{B-~
zdBSuwg?${Oa?rR37q(2&%B6hf@g2m;wh=w1SEc*b&DSso;5W-yG6ZS%J6|qy#L+Hj
z5Ulv6o)&2qCs9<N_?5tppfYP0v9}dyc(}k%yMoLOD=VxQdR3{fUY8eo%e^5r{gY(H
zTDqRZ8`;1+N02sFI*?2B9~OFtbT~=@+j+5;FG9hSuCt6HGz2K@5T9J$KD+%bRSOg|
zhYMDTWrmidg~9%7W;J^h@Odb3Khbr*`uuC0Ol{GX_t^WUljzDXkNMg}hSThk)BV@y
zY~1kF{{`0Mok!EiD~0LcJ8zW;YTC2Y$m8Bp8yAh}`-~7gUg3TPB8$8d6wK|~TBJ3f
zl8}hd)q5ZeAb|hY?q^&g1?bgl1^7dAU><3fe*Z4*%AAFS7mTzi{jotkl$fsV0W!T0
zpH0<od!ZiyW>-rhFhZtR@N2Y%Nytxs3)i#}C9zms*2M!&04(R55ZFUDpJ4?3%5{(S
z&h~3XM8vD@IujXiZnE7$2aBl$-G_@T=>gh!@lal9gb~03U;sdf>-gR7vcbA5RVR%L
zc^-2_85F<sk3&5;ZkAnUdB{Q@a$rHVfie5O$huh-S-PJ87iX4rN!MB;G5PeYE#TW;
zP{?E~GZ+ccZCq!fq1*ixBLr364rc*$(y8}kp_(N}%nX(33ziN9nB>c}8EtmJC*+q*
zxUKxeK-5sb2ph5CL_Hk|2c`sxOx7>>vR2);jx%a*`_;4hUreC)>)n65HPNYua2EIU
zjCx|zgL(zg)0V=NGLZZI%fC|iZiQC3>vkzmtXwLn1`RW5mdDdpVuzP8+f>XT20(6E
zXSnCwukNtO+=1W<BIEvqdckOLaa4A}#+xjS^o`$QEB&1)vhNo>RG9fbH_@A{8CwBR
ztxOfM&RZ%P0lFJrfdC-BKR905xaTwpX=>k!aeNI$m-x<@{5ROVn$KJOw+A9Y9ps(4
zl;NS{gm^-QsM{Hjx}M}{_AY(Rm%ak+5-Zf-PxD&X^>#o*6#{PezcNVf`<7PSA^Gx{
z0+FTh*CXG&jzYfMdugH;*&gFg1y#2-Qyl_UC22F-9-XL}>!P4VjqRH5L4a6K=GPa8
zjbam0`j3RGqx05#9~%TWr#a_Pb&BRyM7a7|KgzzD5V-7eFKvE1Km5N4b2i}r!7W8S
zJBb)Ud3)gaF$ZZKfpcZ*FIC=is6fipoV*sWtyzx0I(|-H3Y&3pL;nOFKqVwtH3Wu@
zdIOL*yn)HUtVCq|VuT<~YAfmT;0M5>>-2rV7)a5o!ElOFy^*;CEVFJpP<sc7zQ5QV
zj+Qp^X;_Fxc>m>u#63^+{duEa-zAmxMF8t&pPOiwoT6gu?;Ln3Zv5WBcIRi?Cldb3
zXt)cvK63Q*ff&oDaPT>=K^Mp;lhVUJ<L%pN&@}%4?Q6ei#}vN2z~fL&5yAq}i?G|X
zU5o3|K)v8U&N3IRwfm!vaGe#_ecg6$OstGe6fjJ;|H~-41~eTb@>VT?t8P?a^+BFi
z#6__Cwu(orQ*7xYWV3k%3p)BiC9(tjL6o=u>+CZhMte6d+&OlknrEqWcnuG&5J*?g
zQKeS~Dvt*yaR;1Pg<9%Mx-LMg@_G3xml=P3VI7d_b1HgeuN)-+8C>)axNskad(ygJ
z&Mfy~q_@{W9ZG^y*8c34As3?(-c=)^e#&BPjo$S0vY|I1mI^=S_!;sF4$Jhz-j}c{
z&B(Pee35%Tr3HS0>|~9RiOF=P!Vu$rj>^XOySOmJt*%iV-h~5KtTsRGiEB$Rflj2P
zu%j5}?&ZgS@2>mnK`G4Z``a!LC-xu<SxYQlFi2-wfZ^C~vKYjsYFeQZ5-|8+?9sc+
z0f@`v&-&;ZJfdrT@5kciq)?qz#M&r{rZ>FQnrV><kXdFy)Tvu|(W534(t&tuCG;e7
zk~8Gn<Aqy8Wh{!?lU8k)Gjm`pd?f85i3s-;;a<Z=pPIRdCIhV!q+5-<HhUlsmf|j+
zH#E5T<f@(J+P8J5i3KwFe$?>+^E(|+a2w1~X$Qbr++C@xxUAR_7pTVlay8SZ<(@f9
z4<RP;sQ=3X_^iUgRWqi5GDDvXv>ZoPjLV>tO86Z|4TwC(v(9NWxhDtvpg<(N*|@!1
z$~_xxeR6Jlu`#*nLVFST;5ZW78Sf+<4dNPHXM8ye9k>IOsd>`Uj9Q?FvbgN-m6=vJ
zPSJZXDds<YO|a^mk=nAoL8SlCp{&10^4^m|y3z42w}EL}+1%%3iK%5=l84Q}_+xr_
zkwj<6PLtIek)7aQff%<(`ajK^&dH=anmzh-IEdj!#p#T4I?!RkWo+GyZw}wU5C|2I
z=)W&&EhXkEQsd9ey({SP0kbyDn0!I0f4**Byr6JI6b=vqL?TZx(a4<wcoP>?z?*pc
zsf6CJ<Q{YfIFt-)B*`xM-BXXADWlFf_FHO@u+(iL2GL=mqAx~S&)SX_@}lItBngGj
zv3dgDjEvWGh0L*iqfG|QNtE&P1ycX^f-60LNm8F4u8(VmSPP!Y5x{f(`${}4kch2b
zrOFf#b#Qu~7=$hx(4&m=nltvixhcV1xz^dC1C!}kK}vc2&Sj@Yvb8knvALVIPN1&M
zhN~ul9kPe`myv4If-^YoDJ~;pZzAZ_)BIQ7*_V-P*OW&)nzct)Az!Qsjh}+qbNGC`
zowcwDExDc)z_NK-EM>7PL>hmFU&sV&&TZ=WJ8#F|b~j5(>U576E}0F~4)h-H;0fEF
z9f%SCmL^x+r8|;!)ZaLS+3WlJ0HwD34;FnFns!pXMF*3+ml$Ya-!604lWKfRB7usg
zofO{Rt!;od%kV+6kwP<7CK*WR)^;WJlyKLhR$1?qOjHXl-zUM`6sshwMea16og1e&
zQhtUWAojaItNw`_C;i<wG`~|FDZOZ8JvlabiR+#IqmeQdupIz%{HV8c($-af_Vg`V
z(eRf-bK=_Ic&9r~Q1r{zVPiOae`aFW%hb(;&k$;pxGIQ{sB0Bp*45DAj*M7n%nL9Y
zKvI^U2cQ>)etf&p7(R2|8#FBh!!m+G>cq&MQ(!F<Xh5s5Ti}^3>SNoJ56MGhvMZhs
zB!Wd9lzJ2`-1KceNN}LfXMahngd5y~*o+r^%dvW9ANIpsZKJ%ePK7&X@i?Bw-|0o{
zkNk4rwGtGLPk+9F6l_0iZzmr%kw;F%7kjw|t4ffy_VPjyo3>b>5Io45H3K(BroT#?
zgeP5mk336$%Ky3{x9|(cEANy+XV4KRN<+C4XxIF02!pr?5}zK*0C^xlho`_*HkSci
z(NEf6x<_2n?|)cCi&oM-xj0OBI4Z1(e1|_P{3lgY-xtp$(Q3+iwv;nU+ibryvG6~j
zz<+r7Elt7)0Pfb02+SP~RHHhbs7Q!BPtSkY!QEs$Iy~IjI)dUkuKhgdh%I08K~BbQ
ze-HaH=YCFKJ;(E+fuLW06QU!n$XJU|yZ7V?Ays{4^PK$h=|P<e&r<Oc=uhT&A*)W_
zkQ%w<6<FSZ&F8wQAAIGp!yQ{6gF3_1LUAeWUfm^aCi=HstJi|SLKrnOQ0vaQ&f{Lo
zMEf?Fm=)OeKiCqjSP_G23A40;aMa+h^=LKIZncnj;5A}X4-=N23-YE3-ZEZbFrLgj
zh>-YTgQgTXr@E;OHg0pkJn@0O+9Rb-`06zWi23;C56meYgMk1+NU%&(|GRh3PM+e^
z*{1uQP=BEG1~0>RVyo)-F2sr95zv9ajFj&6CXhY6Y_+s;-so(LRFw$8hefowvi`i-
z`Og2LaFcrl!^Fx4OCrLZ6b#$QnQvEkV?&F<+@aUzQA0#b2tmike8j`Y$9G`N^Kkde
z8R;;pvL_1dL6e?noOf?7jmdy)k07lD*knK|d#8EVR~i|QdjL8El!hP}3m3eH_kl>{
zku&8~mz3N^dj}j~2txV#_RwRh*v0Ay!UX&+X*HjBPX7L5@4NW7*|%=@DYL#dgDz`2
zkMaQn8zowAkJg13zbZ_(Ypm95wmfg%9AVeC3VVmXEn$8NbE!yeGs>ql3BmtSP$X0~
z;(#g{Fx=N5FeoyP=msgPZmlA9Vz9}2hxFUl7z~5&>Hd*4O8Ep&{_x@~_r}&Z>Z*<k
z@-%ul63q-`-*OagdmHIKN4oyl4Ri!K5)i5Qy0V%3CGdO?g7J#k`6MSCECezb%X)Z_
z-|#}JcLO5Q*W2r~3=Q^vumeu6oNB5sqPuR3YVZDQ-WFAaQosa}NfuCq)>i``I<UUR
z&o<xq*<(AD;5$mU;y=w?+PY>uv}yPHoH_L7oBvF=RSZpf9Jq1n7SivzNz{Q=N7-~c
z#@_P-?$rr%)d`!8gmKUWY#fCZNXd18_`hD$?HVo`^VmtAzn9*ZhQ&`{u(E5w(7%S)
z+Wc)Gq=B@;(iq4rT8u-@#~lCCEO;G1{7D?c3^3_eOI|b}utxvOefT@yVIM(3!4Jmm
zPH^|}UW(E(5|BY=*+B<*qieCF>+3C$yZNyZQU4b;!}SG}xZ}29{+rkE4HX69_x0cs
zwJ>c*2@5H1jb-)m2Y9oJoHnl!e<#jkC-y-EkVyd%NQb*Pp=ACfc&M>)AB(y45Md7b
zx_0=?P}@qGK)VF{?{Vu|G7<%!JTfuu0Wcg?XbOG!<wcaTvR_}AAQ3fJD0ZJ!y2~_T
z&QA=#ed?+`2?0lXs#|z&y6WsfIZ|Ud1isZX0?(46=ckk#AdMRHQ?r5mW-J195y(Zo
zlxJiTd=>q7?2$3{aD+fYhHPth-EJ4FyGS^pnigw-z5bF|Y_)YKAi0w~=6Ds#=fY}f
zqqfG833YF&8`ax7-Z&12aWH#sSk|dXA^dj?@f?OwnQW%rrrlkZ>CR@l+-%y9K2g_E
z&0X&e!0&WK&He#h?fL8WJV^R_Qc`MppJU&ODO%Jp(M#bXAaxO@1U;dCPw`CcD=X`?
z0>KblUcL5B>9qDvhh~rVsek<^&H0HII@YEtRD|ca=M=cq@$ch9cX!ODm#8$@6%oex
z()qTAhc8?W4GcnW(obS^!qQzw{j>E&b$nU3Ihwqk1qmxgL#Aj_^)>BYqvj1S)TQ*Z
z`NR@baxCN-U^$iw=X<<sNVerCy2>KK6^pB%C7)gH!AY}WEw}wj<g1WB&7PK4@`@B)
zA>u_)dL=ye7NVpvmcbPg_n{AU1@@D1WbVGEz_=a6(@t3jyTSs({s4{UU7Mc|5nkn^
zaG2Qz284MSK=z>EaD1<vdt$&*BbIr&VpZUDmw#{gX)<Ezmhm`p9rH*p6_I(q$bhii
zx(v=n1!U{UKZC#N5uISg>e?K%#}s0Vw8;YWQ<?#uTXM!Fg;t}shHYXeM%89^8#!`>
z(~M6Z=q*4Cg5f=5tIK;|&GuSNA44|<KJ|*S=MQ9q<EH8aE%`HaCB7I+Y97SHSifIn
za;H&n%go_SwIdr&?2Ma!Y?ZJ!`&9rL7_B#y(AQU);x|42Xt&Fu?GYCGlaS1UYoNC{
zgW9(xNe+z#)Gh(0V9{m^tf|-hEm6{?vaShB%|1@Fm_A2QJ;r-%THG-QZH*iBc34MD
z`bCd-BLmRX&>8bSna8@t@nv6fA5I3scP=7}yI@|vNVvH$K0t7I=zl7zAv>xsmFR^S
zW^7gQC^nGEC`Xhe{CAlqX<ig27=u+Sn#n9YnQuaBKj&LQct-ej2YvasqPo12r{{~t
zFSu7I5_c)XoaS(ztaMtZk=QS1m}{N<t74$+4)~G>s;Zm66_2Zf`8KxW$}}0nGAjIK
z_TTUxgT4pYYulVt$&vl@xii(sGO~fj+Kj?YRElc#xtThfD7J(2#gV{ozRw7EmdU2j
z5%b@YrR4q=nxAeiN!=(H!u#{Jf4`t_#96$-`TmnR>&SrMjBr>tBdUvaiQk7nTflU5
z!a(zfzMqSDUJz)Ccyu|2suU*MM>AV)!}JM`MhwCAE&-iizsC{XR?RT#@xd0Me7P=n
z#9EEKxoH5}`<{pyeX?LGBMr_tQY?RXVTSuV`A(T;c4_<Hi!4euOuHhAu2m*;SZ&QK
z#DbeS&ooK{13Qccd;N|Wbv_$0o&9>>Z|f%7jFZODnlzLr(9^tH?_4Zprn6D=r2a+G
zq<jo?_$iLKSn?dXN@hya4+$`dXWiBi1wP9sYKF=Pe8Tngm<WtdOTZ`gZ>B*)VY8iJ
z(rxEbmzoX`FD#vCz3pQBT+@o|l%=ZIC!@Bi#4^)5?TW@o2S-`UY<h3a#ol1&9nnb}
z5zP^VA21mmaM5u;rm<nNf+VO`BwP%Wvx*>`^pk+Wxd%(lp;k#v&XReS?6QS!>Hw|<
zeYY~Xec@u;z=gbxXzKY44jK$1<d68`8L#TZ)KLDoiRLpz9N6g2S@mp(Y`ks~#dcl#
z^+AoR?3*du`I?jU@}68Pi}7vixA5$&Cj=$q2g~@EX0j&PSb2rK=~;t5PNxjTmP#d;
zFNjf8XL1+w#!=APKNU~K##~t*ZhkPmoMH-l<LO+)JHef$;?P(#@l?vb+Qs_^?><fQ
z0qwfRzf_xY>HlHuErY7;!v0Z0x<fjoOX=>CkdhFjk(BOkMMAoyyG6Qt(_PZtAt~K(
z7C!I$KXcBU59ixvW;3(zb+2{BFRpbxX!&`rO4>u$FtBU)oh{#+jI&=fpnM>ApG$A)
zuK8G5BpPpo1BaTlG=N;kn9!Lb-rY-Z6Q`Ne(8r=HB;)X6`*8v}U-?J(HpEj~@m)!S
zs|xw9)B2NlFfNCMFlN##J=;2{6g<X+-h@3RSUO+KvSZ&G7m-c|gROY3%=-B=gxus3
z^yUoh089Oqu#A?pug#V4EcvQR3b8Nm6hkt0l!zeX3Ax$EA!!3YQ5JKOVAD$A=$DxE
zR$_BlWQCGix?LF^8~sS>V2_2o>Z{2jOJ*aV7je<G?$g?ypcM<Y?MDn0wpTRFI_&|H
zU`_Q(ANw>0Hs8m#?~;9$P5uw%`TZ;KVqf`T+4J|lp$88Ycg<UW$pqy+O;t@jO<25=
z!7B#>zOpg_B3AsP5VdG_#pcT)tV~%i)Ch}4bQJ-y1#Hgb(0i2vM4X<B!`C{;qg1RK
z2h8nBf$Ct80W(%2_xtRSAQ{<wJA-v92TPX+*h1kfc`|+edKka1qd^JY+ZeCjBfIrs
zv|hW1r$@g^kCV|vxqjxtj*F)|*yTmLp<~y{$F+|%so1tFArByjF~$)3B0&|nGQ~>B
zy>o$93|UI8S0yYeR7yZ}ir_?<*};3E`0uy-T)Lo_dV6y$kG>JFnpzv*ubw4Itl~_V
z>Fd90jEwON-jjiffV}WqqycBz<v$dfv)|+Aivr&#gg?&P1jN`Jn^Gno3O5vyKZG8(
z#AZo^i6-XIi#tOK+5`(N;3?Z^tAO|!*MupyGo=wt11v^N>3acaxWuGC>r||7xap?J
zi{7(_vy&*|FGnxNJGFPI?b5i|Q>iQlH;BqBop=<G&R$nKxO<sA6|C3f(`P<8ffJsV
zlfC>U1>ejFyu*(zi}xnZycKrNWHx%K;om(%HS`w}jHUE@q!U@|iCqb)U%u^vt-#Kx
zYG;M1`e=A=^7-{xLz{zUFf)h~6jgQCh(oD3k1J{}HjbVyV(}V!98t*&{gJyD5WoGd
zeUv&Vh2@*4X4AMMASL<bf@}elDgeEeanw;~diMz6iz+=YPYb9q!ZaB&ZP*s&Jopmz
zhGsucZ5!LPa~Cxiv6m5X{ZFWpFJ9FKEruV7`+jDe_<Z(59psiq4?CDJb}H7Zc*aC2
zLQ9PJoXkqu`c}(0LLPJ_br2;G!e|Xna~v!$y<epEtI|fYsF5Z#nP+grA|k0WV~qQz
z{xt77pqZQ1el0vdj^i0>$>u4`tvKZ-tfl&fIRPal0t^BTKb}b%Ud(L;33)!|)ojr(
zdX45<>HH=JKbf~i0NfrxkDJV@m=bYagP&bgg#NrL4-z*{-;+AX!XNMA=8<->uhD|Q
z6LS{aPicIbt5fpO{oTi(Xrv}cSgW0v@OqFz?N#v34--o!jA(t?e(e9LLjJJ9BZj;e
z=)MuB<W&i1X6Dwhd9fYXjLdm6-tC$&_^q2bQm!P4r<G?&>MIx`%5Si1E$St5;*o$e
z`}d23dz{NEN5idCL@V{yhe>T#GjnF-Vy}ta4<Dz(KxTM2%D3@xry8J<`l7fu3L*eB
zSVlP)#smoz9mUL#0QWS@2XFX=Nq!H?41X%~0q>uTrud46G#Hh#5I;@BnR!tne|ImT
z_vK=TxK2p_6Yh%itKhkwbZA?cxoeQvTC{LwsM|lsFxpzwY@998Ab&d<`o2Wt<D8Q!
zqY7f}k3-nkL@R`2BuJ<&9}aPMh%Z%LnJHOP*f{N^4QvFI!-cT%7jlNA7SkCj&M2c<
z2*V(8B7G%%=ifZz0^95x{9v(jSUNZSC;Q*!QNXN{ad7#9Y|Ryy_WX=DgD$sI1V6)X
z99CY^o*StWnu}ISs%jb$zW3E?c+EJWL5}bm8;!~9I)pP*e@3S3ZLogE$VDesqLod7
zp9v@QLn&UFNGn<S_hXqdO+`9ahBMgz9&)%G4?pMpMC4r=NAG+TYqp}lWThB&IyH28
zPC5LrdXV@h!3is81L;rU^K8NQssp^wyMcZ=UkA^Y(7A3NX{4Y=5SKL{<DFzM1*^2d
zz>$i}U1EALI+`*)S~NatG8}d8V2S2aGrMM-nhz$gqhzzsSh%16v98K=i~`*EW8~le
zcjE9gRQ1WTJIu`e>=eSzlo%-U{`X5i#r4`xAzi_yA~-6I63rjUDQBXjb1~BtgNBwt
z#BfCZi7UV1{rr@49553$&=Do7%%No@ACG*lwR$#t{h2cS-Xx(dwRZf&=YPK_nED<Q
z<O6Fa@pY2FWjtiFVrq=|B{D75rzo`>e{3|)jvBGzhG0&XRu)W(icUX~Fo^vBl%92Z
zIDP@`76qA5FLB7Qqo`OT<ED%xmI>E9V#OleH$0dUgZog<Jyr*Lx28#SVR2={%74Qo
z=?*}FJ=+b^m%(_W*9VT~)+74Ufz49F!mRE+2zN-dAr9YdOmzndk`vi0Jzsvil!353
z><yvVKxm3j1K%iOUI9SiNsTnQWL~69D0KJ`_wTJ9904^MC-1=y73*OM<koC!IyVe~
zRtQGki{Q<MPk}shBjSHC35QY7gYd^!guEG=@X~L5T2xKmG`bWYT94!S>Dm*jo^Zj}
z1hXglLGifw6TH#J%a@Q>Jj*ltsI;q%-}X#1{dlN!y<V6WFNGZ68@$+Fh{10$LsOCx
zcPbP&4{k1e;u1ZTY2ez=aEy#QM_|S;_ib?Vc4F_fiC#~CJbh(_?z|$Q9)zRh%iy~N
znQ>55Yq!8(88*fS;$S&rmqo_t&&{VCJrmd>+Dbm~u`b5Xr*l4y`QSV@<Ry5enFbLr
zZsoDcM)lEVO9r--=ObMG=P4VwG=%nB;gy8D|GiQb-G>?dob89JyqWGxYjG!~P?!+G
zNrloP`C_^(_pSM%x10FSr}N;2)tdp6lOF+MkX-4hVb+@~(HZ~eM|7<@M;roG$)Ea|
zc|5NMY37alkRs$fic|J9^u*hM#pKu&|1ZZcLpGed7yS4`LiZ(X9FA9|a-%x)F8ZeX
zf`1)+VI*NF))45Sv5uRi;p{LLm3jy6N5GWb<JM`uJhyo=pZ#G_JJtT)RmDpzQog$q
zv!5sm^V_W5N%Za`J4`Hir<}j3r3`AP8%9BqoQFPp{e3Z6j0a|kBd%W}A@`e@vZUmu
z(Wg&~5h>N39;ejrGTc-=()dRF1J;P<m6@o;JzV|ZL%HklZOdmTBSbgbj9nNV=NH3G
zT6*-)HKL=V3HTf~-}>egaY-A{nn4+ns~unCavF9>u(sNot=UJf?4*eq6_ZArHpnrx
zdib{8bt28Ct>Z715yknn>VCL)4U|#eGrro19eR6yG1@T0aBf^Rv%FH7!x9AQN(M_!
z#jJU(k*e2Cm@Gr@uKuu@EU)}aH6|A!LH&LC?|(-bhosc};LmJ?3O>%!AtSH<`#|bp
zNNOj#4hISm^I*NQ&RsqGkB)^pg~D~BUOH7;)w7G~KL|=(aFNwuOW~Y6AT;&+htVHI
zSBeHqRXTpm_~V86`kqS}?A=^pxtA@ty48wH;s%I|cV(zisKiVdwii7ga@E*Les5#y
z#?cJa7O^aYbb?FOtIICzU+5?H1g(>dZ24b<!OROxOd=}1l@Ubw*#3ac&CN5PBzea0
z%xZ4vjFp0s3V{oFn>#4hzwY#>;e--RNHewbY1c>Pv)^tVZ`L1lXRJCA7B;027X|v;
zY~fX+k{NI8-t{ZKIwm%$gvcG+29fgCi#H3mvP5yp9}!4mCu<#Ed%1?pvyD_4x*{cO
zdEZ6-*uA?`Q{X@z3D)08>;uV*3rPa%YnPb@R2ZZgtkeoMn_-!%?W@XShqYkAR~#_l
z>Se9!kECGB^1k7&!(pJ!<``35&)TBWhgB45%24$s>hqDaQRvad=c+i<t2_R$P*YQV
zT+bNu*bF{z%*EI9`!lc46jcZ-we+T?%Xn;CgN-92hW0dd`Bk0er!~B-O1HszI{&?m
zRuP+mWym6nf8mQ2@{}*rAHHH!OB?)POzd$SbWqIJT<?Jt>ZS2|gx;%0j*GVaaj@iW
z&O8h~qT_*9SZ^Zv)c5B5VYAc=C;?>4TwztOthqf%L<dogQMEaU^=c2)z$`XRpm5Z~
zuKcfY`?0QbqIIMqMZ`(VrC2|`ZTCqdnp;E_n!8Rliin;Krm6y!elAM~kH+f>+rSp9
zjOQ&(EZGNU3|+iq0&LLWGVZCDiXZlp%a!e)pJh;a+)nu|!R&HYe$XsK674YfV*<R=
zi|%xcaY}BO&cQ>7L+jRl5}j0Lk)?38EEf;<u^fKx#s0JDts>lTHHqbz^1F0Cj#qd0
z9LdDQ))jnzuS)3h09?|iJJ1)Ydn4U&dkPC_AC2o@N4rZHoGNex$6;SoHf<hjK6gro
z_>3vQQgyvE8k;=JfQS;KKMW#BYM@|Ji?@1Cc5+LWG+;t;`d-VBGn=MVV8_C^+E^Qu
zTw)B?fjSRs@u2JIND?%-VsGFwB3~`dWCU3s^zb)2mSWKFGCbaS=zjL#Z+tw$a>ePX
z)bx{srHg~dv0D<4{DCeLcIrTIOc0ehtRv||Ws>SvQbI_-RIKwO0w4~p^(%F~oQaD$
zL)#^5=q9<zgnwi^YSf!>_9KH=1TVjBH7RCQjx*}4lvz@j%5QY@of^qX__tSWPJ2Dk
zT_wtvRMZVDVakvoI~^71kWoV2DNg+)%~H5iGA}C{+O{*?XFDN2!=WLX3-Mxf4{)>o
zBWx`~PqTk+17SEhvjZ*WtFL-N<De5`8st+hF-VRWx4>yocU1NZK18BM!zmM~M7C>)
z8{AOXPlwjQ76_7dg0A$*(;>tDFNL2nn8~5MBlAKm-8L<9zTN#y-FAt;JLm#CXal3Q
z|MDHZ`RTELDXfqdf3@eYgibeUk1K*2D$JX@+)tu1^=>VA(guw>ke@+*Jq|0RRWmPE
z)59SFD=_fZN1HP3pXM`P6k$yjb8^B=tU0ZvDZr^%9wj9rx1{Hs^^Gd{ppMDvZ2#hi
zKX?#r5KQN9#QPjyFV+n<1H$P5(PYF}ezU_NxV2X&6h6fM<G;lIGeuH0sRgc(_m>Wy
zKGOh@qlZKDW4vcZQAP-p4F_5oRW+1Q1y~H*I)9J{s(+W_mz6O8jT~LiCV6$t)W8)>
z1~(Kvuu1Xhzj7^u(eu&0noNkXrF0>b1+qyG|LBZkFxA(+v59JM@Rf{(Jm%N%_M4Jz
z%2Q$~oH6e>H}5rdaF{JtdLdaX)cAj(jS?4Qq7V%>1y@^3AiBkV0b((|)ThE%h(jYC
z7sOngFpd}P?5V%7Z5Nfo(7VwzsGsW^>Be(}zz2Do;huygfv@KM{z_YW2rIer=-G~(
zA35ub$upBimmRGKM5uHuC-<YKr0)YoqLrMF5E7|vR^fkxW2SR5PnP7DUZ*LW!tNRB
z+w+lB@qqca=^0+i0>fvtR0a)S<9K$y=I$++X<>#s+ER=t`vgjR8Fca|T1sSbywJCY
zh`6~HB2OgFgCend_&l!6*|&kvPv8O@E{3Qf*fbB=I`6TpB`1KVh}ZY~nHIaGzd+$3
zWM$8beJ)(}2Y6Szq$=jKtss8{j}4t19XXJZM^>!qxwu}gtzipfy8o;txW4^#<E;9G
z7^Vk>y8~5l1(oONcPep|Msuj{T9w8(zr_2)32y8VIkT5Q*jg%?)95pHD-MaJd5yry
z(i-w2ug)(%xuUDO!L5$<@ZP-X`_b!VRzi2GFqp1f=_Q5nY^vhD@BV2|Q0&JiS^?-S
zZ2<6Uw(Z84=0FKPq)3XANuQ!%OYaHNI&2-LIelEF2g=M!4LZqWch5l1ceYTCXb6fn
zc*QJpTQfY~zFxjfsWJi$AMSh1Bjss~u$=ocZN`JyiNCpy4GAgd^_!Z3m^ro=vu*S9
zCtmZ2qw!1DKdu9&d%;xt{aiM%kV!gd37IC}Vb7)3&MG|0>{rG$T2m3CVucs8Y;i(o
zzs?)SK1qyUY|F2%)Io7KL??a!GfA9yM}rwZmX#2~O3YTT%~_lA>qMnIB85wk5UaUd
zVbY$#sN3?5vuHQPEBij*r#{2>lZ_pH&fV#flv4#0MY_K?-ltT7p2jd6WDYA{y8^=x
zp?#5Qr2Y&ZRNhmqDr@=ddCMzva35yr*uGFPP6jU^DYx<euNFY6isBoLOabmIBj$4N
zqU+@0GMG+Z^u*?~oB6CO*X5ZbEW_-;#n(v@eH`pmS>F8z8~M9~Ep5dqzh?C*ANhtr
zVs)=nF!4D!xD)uT@`XY@#BnWMbKo20-g7`wZrLc;`}?UV^$X)S9QVNIv*^VC${N1>
z0u2nUYZ0}^!dy_D(@D3R^*>IJ){Yg#CUEMck#hsJN42|@4A9L(ch4<`sbUDd&<O2P
zz=pa_ByjTGRo@kUOmZO_h<VN{0{2^sTMlb1mZzLk!0_g3oL5NdPtWQ^j<mbr8?#5L
zMd+V&_TxJIYn6O7<QL6RAbU0x7Aet}kcV#2K@Ny~^@z_<)2pmlJ$<`VZzPYLEl%^8
zMtO>WLk1s~wSE!41*xrzAEYvB>)Mq|gC-D^1MuliF!I#4gtXQj>Vnrfst)tX?LSC}
zC_zxXxpo~BgbwE>^k7RcaN-w6^qs9_?w6ru`;MBXP>XSknGw$Ls^^Sky?WtrA>FD%
zD=mGf2d}n0SkkaZ=xRi24)fIgd`INl1|4RwXI}s6-Rxn57Oe~N35+`SVYupQRY9e_
za%no7c5(}1Z|V%`RX^w@-j8%=NCgkyL-mGD>ySXwpMqNc2*&Zb=m=&MdErIZmP4K2
zhS+s+=|e^tKTMEJtz+rT3yzor+=R}2*2IMhRh>M%&=Jv$T!W~jMTjDd)M$csl}WVc
z%zG{_4cOi`oU&sMxL{0MFPgnz=n!QK>CY2>FRZub<MbJH7WjS#h{+0G0dY62z3{#R
zl*wKE;5yZb0)YEvI~R8zB#C|`F$#}VP91eE8^*Wc{0q#JG14&6A?p`G8Vm{Ds?)Tq
zcL|%*=PBstL}l`1r~lJ#DLZF)2R4H1hV}4WC)6ZKJ)z4zdGUoF)H7#Zj85wn{-0zM
z7?IYeWre<YSEhSypk3iw=^oOb*~`I$sxAPpY!FT8uUY?6MVr_yrRC-I0U2bRv99!~
z1`;d~-!GY4X%35H5aV`xUF@BQoZnDg$J5VsypkFnR;rBM#D{egYu^Sfk3CHLhD-D^
zWnc@-eisE|j$cOZ5c&*pv4W%sij%lyA*n+|5r+nyStsD?@ic5>9@}p?gE7~!QhKG6
z?SE748wqf}dfE_OHIE2oX2j?O)IWIPh_TnDrwv3T{{7nk`0@~na!GUZ9#_wly%$5s
z=yON;{2Hfh=8wO*5>tGj;D1=DN*E0bxyh(7T?@07fvppl@9ULCJN4-@zm#S8BQ3ba
zCO85<48)Kq&+sV3tH!(9Mt!<ZQD&MW$_rNAsd)__3)U5B58dswM9z2mS)*O^!f?v0
ze?tA-bagsUK7M);Cnu~)woG{4PrUd&6-Hg{Ga~H;KDj~-Lz_xGR$_rga)nBEmO=sS
zwvx;T0H6&}uKWMeA1LYf!TGFmLYq9aD`!L>#Vr923O+&1ue9wFM{|amwcqfm=9q0h
zY|86*aM2ckR#>Wg29vrGhHCjGYv1XV?MD~s5KywP5uFpv$$<uW1nH3L8BY45H~$}8
zb|=;Fx-yv&5E=>E90x9Ci=kA{o)%EQF?5X22E+uBeJTD>$~J^a>c3f?Hr60$MNfQZ
zxw^OWw6Gb)`y%m%=&zmd-?J@9yi&c{c<%)?Wh2x!!PT+7_oA=Q7S2&)(Am;Hc5{{I
z%%6F@A%JtHedE$|7qTUqrouy^J>6!Hp1B}6^l5w-r$xnzQsqyM*I#zmPYei=;~k3M
zQG|aSs90x6PrWy;e-G2G+I>HE;`M${snR6Lm>4VrTX}>aPGcjgN$mfoj3Hr1Wlw3)
z8)4U#3v-~teN%u+m7hY#Fabv&@qhEH4|SCsAyn9L?@7%j-E*^jeWhq(&z{2qeWWJk
zL&fm{ShvhRq5X0x_+q|kUKDb#qc!{%8k~nKq1VdNpxAPp5QoeI@E;W}|6Z&?aFfj%
zost#=mbPt&hWD3~s^#gt6fLz2!Po(bLL}~dk35jcg85~xUJ|79wC%?&qnj<X#JeNz
zxM}xmM+SNtVUpv;B<LLfQ6fxt-Os2|iRf`hFN;|gk&TBwa8G>GBKCWU0woi%O!DY>
z6eBM7X%AA$N_f$MKixL3@jXS#NrQLFcZyT<WZb18dLD(gB0BYp=x0>cM+$?biFM1`
z7TB-`@?bn$+Kcb78De{mylFWs{dJT8+T#@@1jJSm>6Ua=ARSf5uQYAqlv9AI22xAs
zIOb}$b4u#PrBdi=dy{-Fg6pVmC?4CA;fi<O8%FrmXZx=nteH)n)mI4(!#$DW%uBPj
zv90Bwj5wt#;i^;h<4E><obZ1j51k@kS#4dmRCi}oxIi+vTiKj8W`;8Ka#aZLGT#{r
zeFkR-=OzQTb(=o%xnTkT$e@2Ts45GKIR&jT3UfDy5^KIqL>vJ_Y<IQ&^Ba262Mv8$
zaylP797>!NAr!u~PpbnW7B;905wTN=S67FHb+c0u4$*PfcK3Hj@=oE%9|Vw<SKkrR
z&8Tf#t~^2)zKPSuNrBNhi(z*U=A>ohd=Y!++D_C?+Q&^Q^tBO>*swz!S8==cbphrZ
z?vv2{q?QfVW;zxh)hGgQjHrhno?X?5O>ndKjI0}@1KW*b&>`aq`Sf55Nea94CgLh^
z#SfDerKKn+l(<-lXui>5;m}Hvac19OfnGhg$sENssdUq}q<WtUo4Wk9ufsZ+4?ys5
zTp6fDV$w;drsCpN-<N=C8lY2#Cg4?VE*cs~CecO!ytP&Spyrd{YIVp=P){RI_$!6=
zHaC#SCz<8+$Sjthpq!aBI;IwVsuFS<iE2A2Ie+QyoK$o)X^orMrJ04&2_efre%&S-
zP$z%gStc?Yt{!epj9xFT*Xn2nPdpGD_k$g;&t2|UZ7E{m8+b!c`jkJvsPv(m5@eZw
zLs$JMe5xjn#(2(di)yBh_2ozJ`D{ksKbpFRPWiXl3Nh4dFUxwzAxY%E%||p??}YHQ
z;pkVLkwa$nVbfIN2AxZPZX6N+&4wR&A>I);C@~q~FFW4%E?gQ=7W2wbP)gqJh{q$O
zA#P{~*I)tQQY5_U+W)0~AL?ul%!vu_QpRlK0+1pG(4iI*VD5zBtrVc3Vh=3O`_4UH
zQ|1K_ocGE62^f}U`nCs9R=cOTR^)=1oSN-Rfl4o@Qc)-M74xI<D3^9w-XM*l1vM9s
zy2Vaazq>`DFbpw^mpddN){Vb?eRD&f>WQzoXh&rsa=ROYX0mL+Dlq=0n22AgHA(&v
zmUWA582G{gqj&dMGqDj^`4>~jH1YsFHlbG~8P!9O-5cu1N=kPiJEi_^5>TDSmB>e+
zaH&J-KWh0bT?hH$_Gg5E&Wtn>DpvXa?7H{?B*mLDC0D$h#(qW}kyjL8ILlutZn&hd
zCO?7@Q|kgWz#kdfGdmbG=saKoX!b(zA+}vlMC4*}d0lI<l9%}HhXK7}ObU)$_TN@r
zh!KO7zOjNj&FcBe^D_e&(7qW+ugMS&ypDSV*&`41wta*sMJNCy1HzjXy0y?NUAuhP
zV-1!;@FuhjtLNG1XA>#?gf+g;kn6(Ec9-G1#}C5&@_uKdAdg`%>1A>nrSW;=^|Sn+
zv)!aF$KeD!wfP2*b7%W@uTW;>r<6=00$s7{Bcl9c%N3QgA80MIop0Q%x_x-N$<={R
zIsl3M4MFI)I@HbqgdQrn^{ywCN|lX@Q~#5C-*@^1Tn-$5^s8^3;Q28y%UFOK<VTeb
zv#W$=)vW4Ik#{l(v?BTPw3KL}oWyKzvk5KF#yJWtf6T70z`6wC99s!f)R?yCs_k-4
z2Poz8<`5=QR{-+v-~oy^woE?Vu|Wso6H-w3Oj*bdY*93Zfl|v2Wa=8D`&~&B9GlyH
zyaSP~wTK<PN?E%de5k%XoJh>{(AYNF5zMmTJ0dqD-oI-k1{1|cC)y?91130Y<xN%1
zLP)#~a{^_Wl@kvhDSFOr!qGh@mw4o6bAW~L4Qb3M+0kma;`DjQ;wDm8fEP+{_*4#7
z`D5NNZkcrnf})iQ^I#sy6FP5&vdwT@uRo@ZU#5xRR|=3!p!`a*Vd!i#zH)@(wVSA3
zO6@j0s~#k?5tJ0<y|EL|gRfwn{W|}2Y-Er_vYn-ce8SW1*FO5Je9U!?gkEj6dukUl
z`aAp;hn231u0sL7Xy&=W1fN^IKf?&uo1wx}I~bEjkLHCvD{p@4L{z!3z@D~6Ya6jb
z^R%E5<RN^;gbUdJ9UB0K|KU%QFsibm{T=pa$Ndm`Jo5VuE$$4)e!c-EB^t4d045#V
z?bOzbR$t`?L9=*rD8{p{eS{@M0&#HEsSN-tin@<g>=H))fm`cjqOR)1TkjiVugC|>
z_K<fcORBUNI}ur%L5<;<WzKy5doZhgj0O*mkTx55y+e#&UVTC?zh{UB{9Mai%<SFV
zd+~y%9vYAJ4u#R91JMr2LdP&qe)uhZv4EQhzB5!pBD=TaAxRf*I5fdf+z)z0YOYme
zB(!^z8C%ceWSr-qIltiqW0~<oJC^kYfk!c=eV^xlx~cN`xXiyhu8>OG45dio<(iji
z2t0i(sh6m%Yjw*QlhAl6uvZV3bbxF=z2*WL(&)z9XuR05>#Z*jD+3XLl6x<E3)aZb
zq&A}ez}lHS@j4+nQ?Pe^WBqz}m7XSUKfEgW93CFoY&mO1gweo1?9?twT7bNyr=5hs
z`8{$hT3r{)Yoi@KQZ)kx8{S<6BRV6IpB36P1S?UWi5F&K%i&Xh{)UR>qnS9Pt5nvi
z2`h{$wd=fKJq-Pa>qQyU1a>Hy9iY9*7|-k#a5a8KBdl{sFJe*4Z+9i)vO1Ag;03x#
zoEnwqA!==t<7pCB3P<*_p}h^gO1BnP#@1MWkGPI>yW`X<C%jX&M#~Ve8HSA~sU!^V
z9gad6!SZTW+~NA1jgv*v`MWKYlU00VW&3bQfIHN&u}P*Qe9E=zM4wRb=1v59;A*fW
z=@K<FVL`^<D^dd&%r5<s3bymNwnPN&Xj>Ma-C=ZUvnf%!JL}E89sd&yhM0a;=V9)}
zn>uTNt1oWM5UkX32shKA=w=Tk{0asAdyy~xqDUT#UW+}{Bk!U=z7+r8-=D9JGe*fH
zx?PP|9~r!#zap6!PG&|)$s*eijM^%n>(~omKiZewWw(X_I*hGNjTR?5!!8nXz^K!9
z^EuCuinWfUxWhljW9=58r;FS_gD5qF?|W8L7L`N?0g=nD33atQ2%8ZyBTWY@)I*;T
zBqKhv`~JDEP~iG8m&Po3->>(q@zG&kS@Qm2&bYtC2P3pzeYO&|TR9RD?sd$6+_K$2
z+)7A1_a6R!gHAMjvED6mD%FlWQs75)pvh$fz|?%QiCltI+c^_1|BR?!`;s3|$xCRy
z^Wt4@;DD79E_`c2?AGFDtqNyn5#*rBY+MDkpOK(F;Ym5>`jg$gulTx*91BYs({b*Q
z_o5iVYZ>(FQn5JjRh#{P&hh;#Fz9jmB=Vf!)H};^*QT9&Y5&bY-4Ap<Ci*7B?S}=I
zpLir{_1&#S1+2wunD35T(}_9$#81e(?t3y$OYcvx5?u;VieD1>Gc?J~rD-x)vD5wD
z_h*P4Ea`v3qhBtSPhYndP3z*DjY_%Jlu!QMqRK0*8I@P0oCsA8L=EZp>zPVD#&c<q
zOUe`4<B$h_z?Ak4-n(1ncA|T^H5~&z(oeoM;nJ942T9VXIRVA`+WtLA`^0*N{qp(A
zrJ>;IAHC~x>3cBesq^HxiDR7W=hr4~Z1+y6ekoi12*_fq+7Su9-LXpk1Ve04^LGs@
zu-Bp@$bX-ce~^3HK8sE;(<Byu?@X=Y)y~BNt9iwQ-v`^vNMv`WtsSj#)Q&j%be(b1
zQn6d00ikA7*?--l7dbXIcINZPy(&Z|1+)ivHYbmFO-?N3Yf7j4rP_#H4nb6uP>IRY
zQ%qE>0;i9{?^S}H>kf{@FpnY91-bfk`b@NXJeiRw?W#x3B8RoBE9klLgsQE*5U)&2
zCwfpIe3Q<{@ROAga0T*%F7GEWdtkU}!-v_+H^YW2r=QU$OcoaCX6^&pBEuIeWo`}*
z8Rn3zymixzaCCdXxl`GxvIv9R+i7F@)Olr?5)A}i1b5S2nPz#?9dW)R!difpX%ugM
z{L6T~i8iHzV&(I}W_UHlZxf4@|Mju+9Xk038h}zND+8$E6<Yb`&c;xR?a$<_Q&C*X
zCQVEt&!mFuQqPwJLMuF3FAiV->S=B}7S#>i$tfXgVn(}?KiD|Aot^zCpCP=oaUr=W
z!C>UyavVDKgH+V2aK!W2HU;h(24J{3p2{Tl%M!UzgwKY;{KUOJP+fYx?Kc~NEJ9Ku
zX<hZQVlDsdv6(7kMUMNW%+%<}Zp27*0$GUyE~gX!>HwXe3D5U3z6vDzS;SmLY({(!
zUx5P%7_vaPeg_>Q(Y+ty)%SU9<N4rQ8^AmhxRogUKCt{uTx1vu`#~b!jxRjFclXMr
zTMlPAJWK!bTq7h45GS_q5dopsa<xDO)#ZZ0MR-mS%P8y;Cc|YB9-eyj1~Y#4WQGag
zI!`LS`UO<2zDT>iZ=zUbmPjP=5z*KT+(tic;sz@$^f443jX7ItK8?KT+F(MzK5$Dg
zWZykmt@Z&?F`kM=))Uma@2-NUrc<F9(V>yP#t&DUV2!Cz>6KwX=L?Uob)EvQ>#x2z
zxS#mdhsTakzu~h$dRsd_XZn?wj(@TVeaCeq<{F=LGB2yMh6-oaSnANv{)F&h6}>k3
zC0T(&A48(*&afhclFCO}N6U_t*buB8g`>OL=mb=Smgqk`4`;ilhOaGF%-1|x&=W-{
zrYw8ukP(Yw{q=A*r+@j5G%2}e%p!88VU;Pheaq<0bq9iuzyGh2;bM&zcH8)}s}4f}
zf^ZckW@;fQoG1dXI??EnY7S~h8_njI0JQ+6huoZ#+P$|R0DuEhuDwLebzX&q-*3B~
zVyL>ObncCa<%$6{8*yq~M&V^YuQ{Y;@Ut}009kz{OJ(z9b6Px6WIRS#?}O@XWmZ@<
z!=XpRZD(;@zrDIHQq-A70~gf}w0*PQmXaH-gd`wNU%R`19=R~=6i49HNc>d9RokLH
zcTomQ=<2@33%afY`d{t-G5iMtA3}lNj`QO|Ie#iE;dwAJm!YU3ZlFtKchn|9nEamr
z#ItVwc;Q9$008s_73@rcr(I6wfQdzL^RZ72zJIU7h?xY%iOijdYXg0&zjU&JXZ6BC
za5nxl@CmkKgWtz18_Ll{OCum~_frMmx4pJ`{qNe+?q&f8zlY&eRzylkV*>QjsG1$D
zvi<B`>MC7ngpHJ}5l%H=VM|XG17QcZ_JS7I(>AbgAduY8&8$qMk-9v8d(Vy^3ihHj
zmH|nQR^mc8BqfwBF2M>~gFj0~^FmMP9E9bY5vYPE-Oyg;C9^q#y`!9K`E|AHE&5>{
zt2PPlnF``2Mod5#g)*ab0MtdB2-U3I4jr~azTuUykpAK2!AUGS9@s5}_!YuHncs<%
zZq1KNfM^U<7eG&#Hj=5l5*ArF9X*J3I}QCxR_1H3&Tlh%fCR;>qZR49g=^S-gv}`z
zR)`L&NlQ2OqrP`ypmpfg4ED+%gnHG=@*dda9{b(_<=4R0&Es1Lm}$iG7CLs;>(KUJ
zp@ka&npM$5#GN8OJpbHi=bify^y~g77^<V)zn0|8CB2oY;$A*UvHd@3nG}Ig_rli&
z7m0_^ZsV`<A{#9nY-~0dnE%&zKXPr<@=Rz18~;;>r)ziz2#aKG@K`qtX(KJ#NxSvM
z9VMh9rgCro-mq-Vgx`~Au6!UB5mtuc7l1k2fA}x+ODe?Hbmr9kB+@<^M{gkBL!mt>
zQp)DO7<zH5i$<bL)oS{1cEojyexz<t1r-FkB04l!{;R`Twh%QC&kR+bm=h=4O&N2<
zBJs`gsMz>X%Sz4;beglXUW(|(e5G+UHqcoaAsuj>#*k*p+Y`85@t3jp2k+ue<#_u~
z;h~&=Qdv>jmtDb5&z=tBvCchAPZ`F7%y;AYl~=W?5Dq2`_iFV5SiMFDQW4UrvtE%i
zQ%8Yl(?3q4^YX47^}&@7qQkP8sw~H5MZBm7?)o;v_4=?_%QuROt)0FU&ox(ARS}Xi
z6OE1WwdhhmD>Z6ykZ>2AD8k}3o?Z7LsmCxl9)dvkXpFDsUfl|~?z@J!ZX$JvMk*WQ
z0C)ay_fBYJf{GdSDK#Nvd66xE-VFenwu}NTDCOL+`F5j`SHs7Cx2g`7>$gxEB0D#1
zAzvWQfSy$_0X2gqdVHE|)&kDc5Hs#FDH>GIWk~PXk(D8x#Z0_!oFyaE3I@q734w!Z
zZ-l4Sn=!`LCM*Dgz&P=flBG^#AdQ;}KHfk_O4)PO&fCv;F8tj)_*B34eG}bmK9NQE
zwi3t;%|nz)g=wR+t2wz(nK62tYPbO|aOsmDF?)w)H|6NZr*cRwDT0i~w)&l{V%DWn
zt5CQglgL%+{r0E4ycCqb_ZmS$TE!F4Ws8EiRnoOBO!ali3n84As~2FD1(e+;)2n@-
z<DHLJsH@m*>ficam^ehO^P(mO2h;a)9?zp`I935&#75=*xQ;oDlZV0dIyzU}9I4`S
zJy`m*LM~`S-}GKl>_ZUI06fjx=XPQ4y%g?&O3(Kh{=*}C?R5UXgyqLn4P5-Nb`uMJ
zAy4X9x&w1qiP^2#R-%?lRZ|hZrWtWsRR$^<=%lgqt2Ah^@Jp}iOglsUI+rUpj-J#?
zTXPhwB%wEJ$AwNt(g+bz*xag@x9!&2F|Jk*6?)ek`g!uxwwxNvZwkRslmH)KZ}=l9
zOcuRf&C6Z+rWP-=w5w&~UAxp3-|=N0q~{ytJDguhf1M^v@AM1YokFlRDZy3<u&m4Y
z6*%$L^k~rCbK(R%WQ)gOxeLIIzKGXhiK@l8J$%9-s%0s#V~TnTUrg?A+i^A%=}vpr
znSKe|G7!KwQ!_1Mqd0x!@z1IPx#GJA$~MbF2vA__$xpKx-E|rDlM)6aqbUm@V-=MQ
zioW8+D@S}J{!sr?CXL!R^;X4T%64-`!HZy5SjC4_ISNDrHm*0&`iJ<IyvMtULy>j(
zIr*AiJHY@`N}P?%c@fNPIk0i09G9)6u0aZS>5Yi`)L_<YX$^JS_Ok4l4=?!7(Og9^
z%w)Vd()DUO+dt6Irqbh_h{ebIMV>RBAe#~9xyOxZnMB@2p%t#kW!K}qJZ<>I{A{1n
z4zw-;%<z<`T+Q9pwgqH4+lAd7aIfA4|4wpJ(Fx=hj9hho!%f0m+`DSCOzeL%a~!#`
zWgF>MtzHKE=(W!}L^N{Thr4<1@ya^z+RROvd&~_!`26>gH;|-(v0_{&-u`Q@9y`~Y
zj?XMQviQXX_69fo>PK|4_X6T6uRkS`f}4&$Ogt+|l|SaC>CT#>D|BSolEPPwSJ4%*
z6f`yxrSN1tasCNF!okF+d+Z{_x{1;|UM_ikY?*b+A<zbyz7-RBw9NwKFPxWso7={`
z=29Rm4tcb;1a6lpssgqRqa&~GNAGgfx^S0BNZieRtw5@q*%?xi)s^DAtq6Ka%0^VE
zz(?HKJOAtCV}1DFX0TF@DZbwQS69(x&`odeKmGx;;jrPNnLN4-!NzC1TC%49d3kXE
z)bfT-S$XBV$O=Dd))#?{G;iOsH{;Nl+Bp*qz#;Pc^_z%rLC3BKCd{}aWdZ2%w^HW^
z0hnLWxr1iWjT_*m^eh=Y9Xr`x>!j_BYqg-e9TsTFL{@BHI3j;E=b$0#)IHiCCv<Fa
zJm_TFqO+3sMrL)Z;|jTI^bXo!`4<prMD!04tu5Z1d8OO}u{FR$eb`Fzm+P(T4be;_
zHw%EU&BcNrJx$eNXd0Y}ljF^4f=<BxK%*`yN6SpcLF?xA*oJUt*3^{ds(Wb!ZqBj}
z$s`c?i{c*83L)>(Fk8*Mgl>BLGgkp*Ev=J;equZxE+pBn#+n>o{8-_^`_rGkviWG?
z%dp+rgy#I_@ECr6(xSKLp2H11*1gMHvh)RO2v7HVomwDm@2io{w09w1*}T%8MpUq}
zHxxBEn7Y(M#*p%(ijIp0x}VJsi#)9Yd-f7ZVr8BCb!Z7T^i;^7TY8%441@XC^RN=p
ziT^HfI9N7D!o%wwr)|VC{+EJ{Q_;c!%@~_AUZn%Dv$KT5Ni~VNoSEFU{-pHq-><Tv
z=*HDdoiwo)C@UnCx0DTraZZy;eb9FomB0bSMByN`+k%vKTxdsX$VUDFyxhm;3Q>#U
zd!&|6oPSj?qRZ=-A&C80Bq?|>>iv$9+ZL<W9w)cLs(y$OLsX4%%*v)-ZleV92gf&x
z2H-K+JWtf)rqfm+-v1va2VSl4ccJL$3D@pE(v?^@UFJu*d4=jnnd0+tNsO&>8b=`(
zylI9_$u(v`v3hS(VusO3e9qr&zhI{$0)`f_W5SV0AdWo|o!ovoh7QFSPH=g^Da0nu
zy2~j}ceY)V^9j`elX5|%8k~Mqt+#N{+_I@ouQ67IzQmJ@a90fmD_dL@wAR}1&Fk_#
zc>V`3Dq;vGbEGY<*Y}A}u)<9U<)O!)UqJ0T(y;E?G;m42fJ$Vjpqg#E)NK1-EdU7W
z?A+ufU27^QC_WWy6!p$(7)3^ySc@AO;r}t=m#&);_PdUvrdQ(>b$u<u%2D50iBIYp
zsO-;zkI34jfLh$f!;%TecA_+<{hpm9&yJES$Ivk=XD537vXS+byAU;d4<K=dNm;70
zOp|;!ctFacqrG4y;q&&ZbT7Dt?|Lv<@U@ofWX^?D3%c#HFbPMX1CLEMH;}XF?U%#!
zPCFmCm4rjCSo%u{?MS0yrYbgK_WozTI8n@#*yeNeM+WpUSpu|io?wR%&k*t({6M+D
z9sH^gdPIUS(a7<REs*?Eo={VlX%c8S@#@zUgc+nZv-&H6O#tY2b(&A=)gIC`TQF^6
z2sWf8ZN`^2iGTUJDI75zKY$z8!m~u@Q5ys$#a?%1_JUPk*HFFnxF-T3`F``s2NK4^
zP1OVuFlvQby&Ak)1C|m4SKgM(WJ$db?I&U1*&XiRn5zOcD*+9y)h3>r9C;_uFHCW{
zyBW1?Mo2wj8IG+D^HJFiV{*q~)fA7aK?rE|R>rXs=WJmVUanv83$b1lMUcjFf;%7q
zu_7i#{<6p=fSZtV%ke*V2<d{)0&$oJ>2gL!2m@?auK|Ev<Ou0>h*lCY>X{vJ_9hh#
zHkeNNOk1~GqZK8|kT?igKN!9+1uhCuV}7%^O8eP8y|K<yBO!5~m=aH^qXc-|Ct?V-
zz3^`p*v)1dwV#%+VUg>C+g#d;{l`9^cu;;(Ea>c<Kv-=c4ia4_yK&b#RGbyyUEUYx
z4njfE*jd}|o+~V@bGxVsY3?94Dlhal^+}KAew!FBb4*61lR-6ScL=KGfjz<I2C*Zt
zqAGDz{(EOd_<Rh-^Up%cW31nr3f>0~=mW67R8BYd1QiHKfMR(Fx-s9~MesN7KOY_(
zp{kN~#9Q_&h4`N$I$Fn5bio20M@|$&)UB#WSa1z-6&-mLBY0iaxHb9))-b{;81>ZB
zXSplLs133<Xjr<&`CSC)K(XbJH4ofZxekl`l?dxp!zz}+yChg?{%mb=+Eo`%e%ph`
z^9CdOaH84DG=QQE5p)J@+Wo~2AuDl>^MaAB{hR;%j;1v^m}#S*R0YHg<Op(IV6t6+
zQgP8Gn}|7K_DU0YGZI?)zO?xqYf2;mnL>;JJFE5kFVg!VUm}JO<t<_D3}elD=gyH0
ztZ~bD0-;sO&JI52^3C%%0nDAUyZ)EDTFV_-vZKRP#P9sEO~j&G6TWZAG$%uqR@Pe-
zlxT9mL%MFn%FGAjco-{Mv-z!Y*BGeJ9V~+j6=D&b-quSR-Dun?>DT6$|3q3jz$cF{
znt^tWOt2iG%jOPyi1*~IrniJGHyJk>l)usc-j>fd-vXF+cdOe~$!A=#E8trp>6YNP
z55vz^CIAxF5>#IZBk{^=6sGwV>i(<8ij#j4JRWGt>(xV}{5S*`0!Dl?dL-nmnIA0%
zG>6+-ap!Lg*)$XOy^75dRGp+AKu3LgD1&ywCMF}%WAF|8xdDlA-I@+-h{R!s`A-c3
zlM1F*ce<{uU0=-PtjBAtR?e}s$-rf$b!9|Y{f~nrKf2D)wf`;MZ%IjOWF)v4Y2<`D
zz@#~m0)f;0iLDn3Vr;#+qU0f{xDED1Pf(WUdW+vrc>OsRJho!?8#*rmg5)eSulj2k
zN(*g3P#=jka5dP%qL~~%ItS#T_I!U>FH7LYK}3oj6qUp$oMS>CJRTHx_*J{C^t>Ex
zR&)mugJE@ar!OP4)zx``7S|>G;3dM>uAyCEhW*zowmX2*AgJNkrn3-#dadH+oju4X
zz)Lh*${&y?lKPiEvcC{u;}KmTkqc=l;Z}ES_~~tQ?Vq*6r^ev0Op74!(j0kzbB+<I
zqgD8)U{!{y+T6<8#Xqy#d(>}NcMCZ&XPh8RLyW{EMu2<P36ELD->(;!n-;@@KPDr@
zBp=1Wkylwl*Qt8)>AE*U{*N^R$Q5Mgs-N6-hy{3NPWOWgbvb?mp%lL^#P#Mda<JIS
zs+&$gQI^!VT@omYH@T8f{18KkH81fD&N3Dr_BWGB8a4`6UTY{x9_}r0A!j@|yoRSW
zFE%%|wJ+%vs0Y#k4H1&j&#2DFt!Yu{=jn*3jaURe2$?gprIr*}qLFMC1+OeLa_54D
zbvJ2)bPE4#_v$Y%hWl<OJb*DcSGvrId+#~v03<yDeTxEF%X}tuhC2=VdmR|1dElfU
z^n>jLOL&aLAj|^c6*w)&RT>}GhW2eUFDI0s3obMK!v9RccpuXAH0iF2%BFoW7j(_c
zji76jq^31_U9R~{4FO_h3$;h&*BA?l{*X>uB}c@1Av-#at=vS5vHJxv7Fyv8+OcJ%
z+WJnv_0y6_ZMtN!?tRljfKM75HJ?;{dN6Y*F0}mho4<!S>y|Ff2w~n(!H4dT8BIF7
zda-XF`Pb6?mtz4kxLb*xEpc-4g{}TdU!Y>^WBk0m&-ra*P9ireG=RA#BgETF7wkqy
zS>h)>*;(yqG0BdX{b^nwwY8<p&t+-YzHn*X0T;b+9uzz`k+_o9z#|UaqEG-g2I<Cx
zEW#BXZG6MlQTh{T@bw18ah-mfLahi=>iHVKjEZr-;ZHyT<};liv+0n+rmg9yZQxY}
zI3Lt{wU+WlUEA9A)P(ZgNw3d1!0OX(xuHugIxc`P`B|n8gvnKN;lZ4Ry`SqBy1gXH
zVHVH1r7f@+L|tBNkF0xeR<l7@0V}MpDgHZB&-N~1l?zE~gH0B{-J|sjMdI?4t<Xo_
z#ymvjlDzdYj%z6hWXCt8`3+Dx94~PZ@#u^z08XfqKh^Da@T*1dtKUa%J@yz-IXke=
zK9TA)PTb%>%RUl>nJvV#T7wej<iIz**vv}|a!vam6&|^d!O+LcfZxtW50!;~X6!_o
ze=o7R@bykZ)4^qY7v3MBgUZpgK{F>SQv*X_82bMI3Of+V*+^~?Z>$S+nemCHOC-9P
zP(Cp+tFO{2E4t072lUKCH+^tZ(9`_-B}6bmqZCNRbJ@@ZqMEwudQ<N`UzsP`M#|z!
zg65?o!BYuk3LL9tM$#U-bYJM>&cp6POY@wCU!-4~-WutwxD};JQbRt&(>|boys<pt
zYFa@UVha{@L{(Kf6bsHFl#&izv=3UO1V^nyUP?%>=>j=m*ZJB>BV^tl3JM55c~#US
zt0k?&cXD4%7=?Mt=ak4EQa^3|neFSM5G_MG<!Or_vxJFa{Rp-WKHvX#YE!>la05~n
z(M*g~+!f_EU&5Nf6u5>=P2<6AA^3HjUs|T3-{=ltPq^z5XZ|a@a-seo%8p0b<o~1W
zK!6(i7DTmuyFdQtGK0bi0##u|Djaqy(h{(3jqNzbC0^i4!L}jN<VmQ|u}}2c<r}uM
z{MWblQmj~TMS<+AoeTakX{`dLk@5zM60HJc%9zQM`oQ3rj*>iJg--Wa+aS7^c%`@p
zn>G?8K!yz$%VdL4`x@rw+m!^xS33%cP{A2fsZ@<kcW24LxH&WX2FPrMq#J^Rl_)12
zzvLE&s8o{qun9aYSHr@aFJG=6%KAy%w|^+(Nc7vs`|0YH?E<X#oD=WyKC!O?)Us!H
z+1^5$0-3~o26jb=Nzd19DlcW=(i>Gx=IEEeA))A~ScrcxaKK0FHo2_jL<)<Gi9sVH
zBbQswFn9IzP%<;47ZnxN@BJ*c8+=puii_*RVIgV$R7QLQ3>7{cnVgUCfW8~na6<!G
zi7OXR&Sg&I`@3;z#L*$ij*Uo)YTqYr%ftA1-m}~N!Uv~@S@jyCNp~68A+{%TOpZ{Y
zv<0i09L>LhC1o}94@QghSVg(Dh}XSJe#tms1!Z2aTC(+;V==tu?D8}Jiv72ntYT>(
zVru`rEnN1~gm>k(%uB@?&49=mfTPWz%brs+Vui2<K*f^73ZISd{-oeJSr>@z_~)~!
z<91;Xumtd`pv#h|Wa5o(ni}VxjWtkQ8Cw~5yfXNm1G(L4PLQ77T!Ga^cwR^DSyIIz
z{aRHVG?Qpks>jDrWrDd-(8uac<%x_nh`di?Q3nx;bqmA#DQy_W%1!L(8V~@jsvsn-
ztWF`voc<}u$X3b_?(6G=FqJibQ4)E;t*NQ0-}<4=YCX>h1!;8N|GS$L`S`KUW{E#u
z)l;figvk+3iWymuxrsDBG+}jfxXx|yy-U{iqRz7vM2%SwCgGt?z>!Z|Tlr>0fLHi|
zXwv7jXoWlOTaPAI#`N`yhz!A`jWv)Bm0cyQKl&bb1n*2|cjtqljaAY5CBcQHXeO<;
z^stNg)f=;%N}DJg&k6+Hv9+5e_<Nre=tx_h)j8WpIa15V05t-%`(?4*LJA&O-31Zp
z6GrV&PeE=h22<ew+$MW(S<4S>p;CaMJ^)<oB#doXILQ@eRO(uqU?osES77{fw91xy
zj_bgCJQd+DQ-$@E$de4#@11N4gPyhzRH4ld|3z(`f1_c8k&>rWY5F~KnP^PZ{JfTq
z^VEk#Ax~~(<VEeLw)@jTy9OOzpL<^6n@t?A(|)?=&lVOIe@_QlVC|04on3UTOK$Z)
zN`AgDGbx4i<-Ihm(mX_j?p9a!kF6VRPkI}=TIue3pEYRO2|nAMUh<X4Yh?Od5aA9b
zhH&^kqNFM)EDJ=9)P<W<M7x|PzDHYXSdok=<t^(mbTj}S2*JPYHpYT&cy0Gr%w9EZ
zxOgcpuCSrVXeWP8IyyR7-Ttng`F#8K?S>N;3(0PFiHgO02_&B&;T;7FO7f)HHWW%4
z7b0`#y|MMNtnt#X!xWFYubDdn<_LuZLu4e`&piwVHd^_nFI}H?7(7`x(UgE;C<0Cz
zpp6vUp4V73BA(hTsfdQBvRk+lEm$V?eM9)q<^a*{kaYx&Yx(E2)seTz$QWz}b5CJX
zpiRplOPCpDC`1JVRbdyK;&lu2;Aij68fIiO(43mqPo4F8fZ9LDvEkmy6TlDP?0?#u
zEE3_Kl~3VD%kVlyGBh$`X(-LigwoJ;o{B^h0zqK5!EwiArbzaGwrP#AnVHeSY{kyQ
z+;oX{bbNfCN;brhi9u|QWxHKnE%&;@$&^E<q-5D!;VaGwEHTzn=a=<i`*JQu-!&@g
z-w|;P9}q+8SCQ5-Sfnk>7-m!TLq6Oo8UgzRXYH*9RTtM+oQiAo`1C+(%ES5dpN$(l
z`NBx@*Cif+YNN#Pt|!hwiGZ9>+U8&Mex0~w@Ia-!#YjN8-sjC+&$Nx0DdJ(hl6zHK
zU>hNgD~b1d!G8*2a4NzcOHcaMFk<!D^gQLtA>PQS?eFsEjvp8|Ym8nA@xe2Z6O_52
zW<$0epv%zU_u!;kuZCc@y*(c@O1!aWPaCh<E+`<d0)C1uT{CV-$G&&yu8cWy7R7vK
zhx0Y!3fyMI4l1fk8!jM(Mny+w%`IhA-&V0}7;I)kjEf8ZYDy47mGQ)NpIb;}5Wd`H
z&&Ap%5Kzfir{o;jn=;a&=N$R2r^>`)L0?7Oc@jj5MR0S^zxXgpdhIo8-eyS;>vw*{
z28d<K5{73MHKviU)we(GYcQ_sFeXqFq$6_e*_)|<&+dH%+&DjAhlQJwG#op;VN(Tu
zV7cpp1ph4feopYX0Wj89##TyK;SPDe`M@x=Y{4BDO-ssLG9w9o;sHxhXLO}UjS(gs
zcN)4(3Wc729NK-6z~6V|tKn<U>Y>`lj72u-rIL3Ngg4-ZpWT=dQfLBV;!q{w8%c|Y
zZ<gTsSv@bU%1qDkN*;d=y(DO$|670Hl6pG@D{M)BmR~-ie%`o;+8AE+R_5AQS~f6%
zZ`@LgrV+IyNbz_nT;ACOAAFWBGmmEt)D>(!m5{>|o>dKp4}Ic_Nwbt;PZ<c_g;}{r
zxASo2tmF)udR~MN%C_y=U{KOIL3EbXEXh16oFeY~k%%&zbNjCv!$?>5e67iS#nm1y
zS?$@U4KU-H{=D4mj97_vJuN87b-kWM@<%gib@0LO{vKK4xc39DtcEJpOtZH36cdg*
zDW4tcvo%yQ)3b<bmLIZJf1g}6G!E&K-i(m;0XM!(md;g~J@LY0Lh1S3m_+tKMG&yT
zTrE0|Mm~8iH9EU(#cMRjjBEeTcAy;PO-UZBzd-;|{fjDwpr6r10hR9o?`Akr_<hBO
z-T&3zdj~buwQr-SkK!XJR(cZ^6p$tzDN2(ry%PZe>AhDQpfnW$0RaJNQX(z%1VKPV
zdI=C9V1&>^ha?2P70}=NJoBD&X3m^{zB%({oN<$^z4uyoz3%H?J8>d-y$_f?LjJV1
zQ?_wr;8%YT*mH5B10F0RZL7@Cyac{eBIa#D!pSICVpfhOjTh@cq=jL|9X~_dVl*w-
zV%1P0^R(+JW2PfEwQb)HH<8U;vmk{F9k?a!yExAZ5$qChX#7$ne?Lxx`toBVjV%eP
zt4;&y*PdZ`AK1sgdgtUbs4hz6#ahOfN~YS$-`izpz$%G8e3fW6>2&Yv(Jx<o7GG1-
zpR_g=36r*Ux|Q9u6^$L;-0e-w9eh)(ucP7}i0GR0%vCGS2tgMR2CJ?HFKiQc@Dhd=
z9cn01=bm(PT?^l1VHwP%l#SxLhUJzr*YTUu61h2bVJ8FX-F4RSft!PE2-!X)e!|mE
zI0IoAC#D&@;Z1Rm(1%l1{xng)_4<=n+|z5y6h#ZsT2W<M8S8e4v)cT%R{jia?w1lp
zl46)`w1>iDIyxM3_q7A&n8xhab6kyFaHkQXDOTc*$GJ2!`XSQ8*z<nYYe_V$y)P(A
zG>`uEy#%Rd`aV=l<`ojn>5P_0M?T53f;rboUHbcOra_^-&sI}KW4L90?<4B5bQ|N8
z6o>t+2Jna83Pu#ss)}gp<(Hj><!-Q<)v57MkT|6Gf7&~TP8V)o5ku#8l%%ZYM=WWw
zNPcY12)#Rm-mTo&E!fMb_Ku3KBE8KG*<u;>=oHCb`0!DeMz*L~HvUc535-kMaO*Ym
zweMKr;7-pJw;hSL8;;qGaW2ShM5X>#&7NbgHB*w;s#*qephNRfROuE|OJEnIFhiQi
z)FmkzIc)DdyyfgX?4fYMloc6%Q#t2_?#q_04w%?IHB+y>flDTmo9EMHy%V}J#;%Q|
z5?%Jvprj+D85ESslA=R1UAllWBj7$-eCu>DX&AYA4|7i1cS|BoI@BPZiL=t$Bf>&v
z)1$!wTj;ga<+z#BVUg_|k5Zc8=W06pRDn6<CyHK%6jDG?4&KMN8>!Q{j1;*#jedl>
zPJC1r)tIk&@pqcOdVE=>wY>_ztfv7~GFS<jE|HCVFInuYInlM`U$v3AFCoWHT3>>@
zMT+lUIVpI1^T&-&EN-wWu2_3^dd>S=Ng7J;$5?&`->A@&$Xco<_$;OSP6X82Z;eT3
zuZ@u6?DY^I*ql4fU&N0XdLB0P;!8KN>B!F&8rfC>VrE%vnmA@r<;ouOoi}_Vr7D!6
z)?Q+xcy|c(6Y<u?k?f9gTb~;xJ~wgZB6YXrN2=}ck_3^tNpng3;IRO=X8ayT9B~H~
z@(8yk1W7_T)CVtL7HI32jI<WsTb;`D?qHk1Evi_53k+RbX4=3&s|Sn`%xfq(y#l?}
ztH|aH*lrbHxQgVc%#H8`oT;zbWs<7KXhrbXBbBB#{M?YD*?7cmJFE>?gJm7}!^BuG
z>0Z3A7hW<mGox3aXM(URH=g#8Fhr^6^?%2%%U8~w_#ZPg(A&bwepZvM_jX*^){XDW
zhK_yea1E&n;oXG0`?}ZA02|{9U9a+5%h>myg~1xODr<KUyS1?TpO^SHiu$Wu@&1Mc
zi8FLKnF6)YSq2RsV~;Yn2u?2V$t)Ib*U?;at*;klxm)5!YY8_@QJQM;*qm~vkMXHF
zZG2Jf^&Fh*r{+-nFcIIGk6SY9?@Nrcca|#}v|T0EO#{A$w12o<;%K$*D<a{Y!O0(T
zzx2hPtQ;&!bZ&7Ql3gCd*4sD7gCr5V;rpivUwHT!a|<0My>?%nVV3;R{Vt<-9h;6L
z`kRWm44VFQ?VWJknopVQr8O(zq87aObt+Fhh^2WB`*DBu)Z8NBmc3|qWyVOUdAHUE
zq_NK1Ud7da`D-n9G_ifDFEqetv_2b$oK1pmKR@<$DntCq`R1B+H9~USL?QIHt#@$H
zTjXUZe6(kOk4DS^6W*(Nm+ftEDeKP_E#}9OQ*r3BWv6WGb~JzRQ}C$yT%B{?(Ncbb
z9P{3b=5E1y@KXX%*J6DNcvH2E@~e;INlr-Yem@g2Bqjv!4-vn^%-ZU{H?~%k45>Dk
z3~g<wud<BaXr;Lat?P_8h99lrH~3qg`n-FzWUTDYZZ=^FAvJ(R$KJw`uo?AAh>hH&
zO%kK#jyFX7TsZyJpDVnve2P<70?~va8ntp++}%84zcb{0(8k9f`z|mNi=s{T9c>25
zcew@0$y*Fj->1vowEw!lM0@JEjZpFsuDR>#^dI{{%;x1g<un^=%_<^xWE!TH5CXBw
z?J~ZaZ8APd=>$^Tb)T*;CgTg0b?#630@3`A*g$mlu+p~72XXJ&S7-JIwCaW?@|_xf
zRq$!u&MxkM+L^oc?bk;av_uZE>WnP0<#cyOA7!k_#u^`8dX(MveC)cc$cCfWtx|lx
zC}dA;w0hiZKMv`>tYDUx5tN#!3F+NjWx_~pzSxMPCP|Lp?(<WqLWkBZ%g(QKmGQY$
z|2z>q8BQ}ht;_G5X-A?WOU<iUurgekr!Rx_BPCR*#M3!7gNW|y2(MEzxp9`5Mf0`y
z#p-y51=~Q}g5<-uY~LuIAscs@)9BF);=skTp*Z}?@cK6Y7={pi{qYFh0(-1xG;TtO
zO*S7vB*Z)Jb&AU>KO!KZwRhQqk&7vz7=^Q2in5W}@pc$uZ}<FGDB<)to0PPdsn~Gp
z=3_PzE&$)LS4k!9$$62;@fR@E-p=bkBULBjcM<%A0|n07I=LI6U+?{L*1>%Kcn;y3
z_U>)S+!1^1Y*L4XBjmoGs0@?L&KH`Ho(0WDhzo+`6FjE|aX@Y5g%a}QtE5Cka?r#E
zv?D2Ge&7aaHf}Hf=ju+6GtGBsX&=;Wql2F{bk}{{8)@#03YoEzH&oa3ArTAgoHRnF
zGB#--H|A|*S8t_^{c<8$adpXTzJ-%;`wi*%R4pFZFP9ikr}m+C;&OjEWH-yFel=$F
z^LW|~ql~?8xP<{EVp-KRTcBp?eM$X9pN;Hp5ocAgtkj6STAkPT3EnHP+wolzD!%4H
zuW9+}6yi3;mEKDV)o5n~^q$ce?km*FFj%*U<md0a9>{mo)TO(`-6GXzFB?|B!(U;!
z?rv!Eet4kgR}0O(lpZ`bRL-OqtHH$Sg}oVA;Tch9Jw4VZF}~SjZc-h1Cr+C9j>nnR
ze>qZS^IM+qxzwIQ{@_YZtL(IqtK{HNN*h}s611e-H^uK0{OCP)^h}c3m8Af4s4|f@
zKe+V7&)JyO2DrR(#vpXJ<*5TAng!?m?Tf3(#*CqPrkYv(nZJL+XT!w<tb?GKb;Pyc
z?GBdIh7L4r<CHHvh-M5v`<VRM_Es8(%Ug?N6sO#liZBca{K-B3IWS-rN!158qH^Du
z8QGC}*Kh4n?d3$HY=zw{xB__q5x+=wVxx}hKX=j)vR4=I7GivUN!wj0Sje6?zxTAr
z(=z^{^M_-Me)?_YZ?x?zIWV(!6Ac1Y0)F8>8j?2d8GL<3K+)O7W$0s~mg2wEW2JGu
zgN6|4H!_M0w-Pd&fBcA6U%#twcbnC)!NNCZ$%uDoE08-ur_{(RXX(z4hymeJYzY2&
zfAV*OfW?>ZLMDAfAhP1b3nkkNi?6Q)Y+xsD1p6-4*_gRcPX~--koYw$ya(@h@}`Mr
zMxa-$%e1zt%$meCoXq;V95ebiM7r&*nnyz&+eBw^i6zLku6kq2B}cCU-b-R6*-;sM
zg-hL{j&y~M*Yjt{G|6Hb+06>g_YHdMc6+JmiGpsXOk7q0qz=B`q4v{+MP!`n8!M)a
z-l3!*GbUKA=NEJ*9t#~>k3*<!)lBE`DGSPf>*vZCa?U_#&;;Wy8=}nTYSl{mBhVX`
z=Cw<GuPfNd(sO%a?T~=*%iHMen*NkNAs`6zT*|@LU8F;-757cZGJPU7E=93MW`{=O
zmM65UwYF2};P1D7N-B8xwhnw)jv74pNI!rVvSh#KV~?NzpW#0HJ1hOQ(=<|c;w#*t
zVx;yu*Pb|pRrSsj7=OU!*gZiw@j|%x0W{LAzSOoD@m<m<tDJpcq29MWRzq@!$x|Mo
z^lD3y-!k$J#~CiA^KE#~J~p_qqz=nIaj4KX$9KPBp~HB)j{jYOQ;-s*?}c2!po4RZ
z#GAMGz~j-Oo77r4I_;IPv^B?~4IXCFsi?xZ(SZ4+5ETd<JZ0>>y{M}-_u3b3efzl0
zn~ia<&2LiZ%yKPh5xrYnjx>a_4^F7*yo>u{T61q4kvFcRB(F8>kqFqTV2k~!4e0C#
z($hCq0VcWuZGGUks(GM{b1k`7f%3{H{HOKFZ=T@3juJT6&twtu!eze-JOjM{W+0=U
zc!IRo4Oaq5^uCj|Jj!QUnGkODM${=-9UNam4fhm6Mc?8DeeL*ze%5e#b=bKw%%#$)
z1k47~%q4bDWO1bjHf_S1$$(PRUA=g1Kul6py43xtOSjwutv`DKYSz|D-#fb2ta(V6
zma6Iam6by@|MGx%-C^z$fJ>1&d^3#o?~Cp&yvhyiv?k2-+J(DF<rA$$e!7LPHhj0<
z_P+SmKONDXZnTU%3-WF)`x!fW^wQR1N*_#P3DeQBdsF3i=^|gr@-?{kw7Yoojs=AN
z=Sgy^5uY|-wyPa`H0wPP|FIuC1TnXfzJsD0e|GuA3-R}iD$Edq`P{w1)a_#BPkqvC
zK9wZ*B`R@wZH7@j?u1xp7rsqoaj^?j;!H?PLP#+wg|r*PM!3Y8WYTwQAAgKsyUAu|
z-wm>F+yud;C01rhHIVd@CD?@g=Lojz^jJ6~sbMT+gh9i_9Md_R1ARL|u$(hQWZrTm
zxN@`EXRL|BRvDzr7jy~B4~vwKErb8myB7&>t(b_!HBS!C1{d4BkoBc~)$M(P24N@A
zqA=9AndXrLkyE9w_4I|>;E*J~(cmOb(M^-@P39L;W9PEQedo6D=A+eL8afK{v}B66
z_eg=}sV4r?<On=L+{O*|bB!~_ku5p)4p5uhCld4aM)=<i+b=uJQhkD?<1{qq8w|~I
z^9(bxHEAsT&JPEdo^q!SUmah@YzNnE;)Yx8Dx8sRtpO}$;J?w59GMVY71FPj@T8vK
zfFt&c0Nl_oD|kc={R_t>nS@z1e6ZcZ{Z){@b^AC<%ymEuG1El774i-38rrEp3in@0
zW_eP}Z*YZtVjz_~^Wn^D&b8(0BjZE91-_~9$GBzWP`X2kXvtxM{%xWAZT#sus;WRD
ze3Pn*CisG9fA#ipf-+Fs+m7j2XYgI=C6(x6xjciynj!cFvhK{!{t9{CnUlDY1_{ha
zmlfQlKB+Y$%gy3p=daUtW^nW2RCa8JEeh7fD*XuyU%{XAa`4MzOrv`VvkF-Ip3##R
zx|2=V<e?(eP(ljWNEzF6l=}<l`I1n{`k(yWjtgosGBB}t4WI#gaLhLsglw}GoC_cC
zC-i7FsBV*h_SQ{96>vdId`n}!{z)x0Ii7@`W5zd~cPAnP$6f3(+Z&mbWs+6Gewja2
zv58%Cux_;I7S&8!da!y`@SdpQp+QqeS<fHGcEk4kHT#^C%q3xBTN-4A!8-W#O)p|4
zlVoO<KWw+0`YOoWx?Of5uX_&4dV8(Ob+0;+&_NkD`*rS%)u}bO(F^hL=ADo)7ieI6
zbA`L4@h>mGA8p__V2_;=fb;ty;}!#^Aba1?xLSAQsFsm@&$i+Pcj}1M@f+0c2fh<7
z;>659T2}UGgw5Zz2J#eQO6d(LI!KiCiH`2O&IVu&0YE>y40EpK@>SSDxLoLUZu!)w
zlr%n0sp;uH#lg+9X7fd++CAdr?B;#v74ediAzS4pa(~rXzS4buDq^!iwz@fo_4G_&
zs9S`l^sXDSZE+pzJtKwgE#F`9XCV%^ZG5HNnp^1%++0at*qmiTf5ako69l(mvU!Nm
zDXUcp=YDhS9zSVkZr>0py=y^Q3#Oav#)YcyZ_I9Q_+k8Sjx2SLSFA@}$ylyUI&I3<
zpPL48Lc#2iZ)J9d9KF%-)Q$EZF#*UJ{y`hCUR$ZqjY`=yC+@Kb`1Y&4orTavRa48z
zD+lGxiP#$|OnmQC_h)}bDama5@zXeu6v@JOvZ$CuT^RGz<Zw}!BCY+RUFRmNm?Zse
z@$&8nGqtqao)(md@tTTzvWNaNB?upc1yw@Vw!?fwC<7oxa?H)vLHvQ!33PL<JDQMR
zI5OUTYG_umcOl>;0se?17My~5emPd)EBm<!rtlY-6dsEKLKWMZMZZWA;!zC3!u0-j
zi|Rr05~F5m>xHVIYf)@CQ-pWb#xFM>Y5yAj&oVE+_gJOm@^;J*PZa0d-k0)SUK}1O
zzW!)nmyw5bN*U3#I2szD<GVk-FSfEy6Fg~HY3Z%s|IS(5b)lz;=uLR7yz#?sUsDV1
z9ud3S28qY_yCO5c7R|fvsYvfdA@cL~+HkYP&`m?h%|WQc+}FRgi1q2~c2=MG%?tL4
zi#G$73gTwvu@gDC;Up-r{za#9<(!UdlIOUWisFS-05Ni58lN_(p#9y5kSadJqouoL
zxyp=jv$0S=(|o_SBwWvx80Bz>E59vt>>}RUp<|6sAx>R$KDHprd@;e(SKYiwImNfo
z*=Mgse{#EpDzaHxn+*+-S_@X$t4nm)>Ui-17sdJ0O>3ad*Awr6p2i(Xgr3=j`yFww
z=32uLkK;o6X@Lf|cNIc20=+II2H#;`whZF`9k$Mhon~yKX#l*25Te1gVforqb8AX}
zi12fAx)~GJW2OoE0l}HF?F=_M?^uG(Ll+Y=TZB7HP|DH^@ixZhR8N)K4@&}`ADrE4
z-4m<CW769Lnew9>G0Q}!F;P;7WwL8<YHa;Ji7<f+R_NZ%*w5}q@8&M{=QS*k%5~jz
zzQ6XvbwR6p|D)z3M|3wT2#>x_y8z$)RsEH-%W-`=^ook4nB14CrET=`s9xJs$vQ6s
zP_Pm2J3sqvK&c#|>gGPhSLe3UbS3GcYKD2RU9DEN!PtQ{{v^o44*oHkj-UO^wnA`F
z=;rG5_R)~K#DH0MtfI{wG@ZuRsr39f+|1e_yaRoV7s9d=ym}PK^H<w8)n3zXB>&nr
z*E}1;4&HKv?&}mQh*1Jx4@xYz{txcEg@uV!8oOKY$`SrN;0!4Th|GmiJhs1E1w#6W
zn5YVwZuCH$n2ZR1T&b-Wo@k*c<kCeLC>+i+bnnS0$C1Gsk)%^~<8e3VmbFNaG1%ZG
z-%!uL8XjM5;dB}~qf7WYgLA<6gfh1=Ri&m32kE7XNk&cetjgE!&yudpC*0a*Yk<&*
z)$$kCrvIK9{quWly8IzAXF!<UD}LH7H<?SUa_Mc3kMB#6U7YpL9H!%l)s9@-k@4Cv
zhFGYv1gse=cT+XPUqxD9%(@M)wCu~kqo&pde-GT)F%Ult=Fvyn07H2IRHB>M-4{nh
za-5~oHwKAA;J-e=#>QqaZ3JI_eg#;MlH~_+);g^SuU23{-bw+BGHu<P{ct%~vI%u?
zBxBm*;x;$Qt~!75Ylz~P-ebNJ1Y*twu8O&gtU9OJd<}KUj44Nt@A#JS>l&Klg>=rz
zUK{U^MVyJw7ketP()oq(2LflGAF-Zqku5q#x8#PnB`@yQduFbs>*e>mrThxa+2;pW
zNs9%Z@cP7ntpTvmzYi9wmn8|WoaP9fagFFOjIe@4iYr|!!<bGThDJedX5GCn@Rhjy
z*3#g0r4|f?Mcehng}6{f00_Kx>p$SAZZLx)P>?$o<M*>;F9=Qenv^EnZAUyhE+OlA
zrDA@Q@C}lUq}IXkogriBLfx~(OUI$R^Xmjvq0G~zf7{!ulwLD6DZ7RWnL@u=oOT9(
zZH-*hkR--ZY0_f>yGq&*Uaa8cFNrCUJ@&4?IyXskS4!G97cu9q1=v(TUNN{s-{ULr
z_BJ8c$z&-ZMDsU@jMjM=SD<E*+r7AgOeJdJhBJR$<L?*ks!We^AfuHxUBjn=-qS*6
zI?dGZa(ZNq_EF)98)8bpcVrr@>x4|dp+n9Nk}Hghv4?d=_E*7awneJ_NC#%F?(~7)
z9R8SU!!BlX!kcu-RlTd*iaplAe%>;(>BjAs%amIaBLk;@<oP-o&U_;UBU}@9YxsKr
zar9`_V<yL<gFf~p#5xC(_GB1(efWVI6Kg0OhuHQ}#H|n^w^BE=9A##`#lp|0iWfd5
z=#TIG4Gk2k#&%0XQ&q+M$73@8<c<t#=H_Pzp~>|Ng5w)V*Uefc`M;Z2ubzv@puX75
zw{MPa<?K?elljObyLuT~C-hl>S?j#}PWvPt1)-9<Ei0Ir+O-?C@q(#g`FmrN+ijJv
zQ(Qnkr<4yc-5FWHnd$sC{hju?^}M5OKperq{Xa&weIXh|zedE0`h7Bd{bOTe;~RuH
zTxxwKG$!GXO&`J7T1<J<Q2gg**`#i>^89)y;TO_qF6kC#5!tXkAvLhh<~R8`)|n<l
zMp`d*C9a<-=V>07*OoS-GwH~GPF|MW+$o54=F)t>@_}m#U`LbI(zlc1wy)+R$fE4p
zsf4%$jxShX15(+7*76seo8%>+QvW%hVnRTpe}V7W`3{JcdAOzD`18_LV3{2Zh%Ksr
zjAB0tP)}4+2X(A<Yr%ik@}Ci5tNF+U3*XCcuX8uo*7J@rh>@w{_p6RzJN18FPab3=
zS;9i2t=r`gKb8;I8?uyyTCTySXQqd4kNY}WT4p+<B4l?h%|l6>@|9GLfi%(^uY{7-
zQLrEx=t4<dS2pVrH!2L%N&Z%`vlh{=?Dh0$IX^-8;}xr*V^f=r$7p6@C>KZ676FNv
z$ewt{qzI%tH)jv66A&e1Xo*{0A!M?<q{^SPiH!SbPBBrpT)O}+a_`SYT6Rt}MXjEG
zM)&6~NfrSGNb{4|5)ps>XEETY0<h(@{C3Y6+l0b-@W12s(SHm%DfIID=Mr*M+ZFLy
z9+Ox@&i;>H{xOW=jvUY&VAH-qn#+nxP;DTQ{`Lg^e+&y_&(5d5X+hf_9mpV0mapXT
zQpi6(r?{g8E@NwJTkC=o(d}msxTz){%aCXAC)OPQ$JnzELCDQ9e60@6O1ZPay~W`B
zIF@`%5@O3F&VT&BZ`<(l;n@4lIbhB#DC%Z<qEI+ln$NTUdjj<-oA%x5(x7<ZCr@(p
zc;$bM8NC|c9_zdrFkZQ((Z4vHNah#Nf0IY^o%Hy($-K-Gs+cq2?I)wT@zL5n!h-q#
z)6nG9)P-Tu`J-trw=`m&l2=6cSIxiguLvrvtMMuf;k~fV;-hI6EfR$gSF_*v@E;<g
zcmnS2buX{q8DW|@t@>IsM`vz0vHfAVi!c5E)!G#R`|ZV(GG}0h(W^9B8ctNrIpG4;
zDagNnoqF)VA3z81AJ-3Ke>nnk4jlh`r+aa+$f43?Vf&#_fk(}4y;NOY-7?<7%|OXC
z1DOopu~-}9+PU1+Q9{zas~a`l!7d+c{w5vb*?(M*;z>A|uYQ4^u$UMUR!r_3R$Nob
z(NS4nUoS?VZtj_CjxfJ*)RD0w^4lRk`<IJ9GTJ+DehuiwW^W6JmURm(%t-B+KEd53
zs8Q~CC%M8*ufoHiAcSn@fW-Sp45Ik!G~oWYI?5^nx0hjeivt=;{BAGjrw!hcxpw|<
z{ldY=1iivRVJRup`sy757ycHwK>EKg@VBCkQU5##IIqN^a&$XdBiG)+#|NhW3$uYA
z|7um59(USPoGAF;CmsiJOQVw^CFQtCuKj#&s>{4%a=S~5#I%S1?9cZ>GPp;9h+TSs
z{I&jVRZp^niVBTC#)IDqz1jU&W#G2UrBlyKLS2m$X=!PNZ{6zW?o#25|71{j?50MI
z2~b0+kyB;Dy{me>v<aGd5iTfKGUvVdF9Dte0*t+Q>iG1!|DZ$V5KMuim%AP?XhIt0
zn?`^U<xA4#PGAg#L`;J~ZzxXqr#ns>UQDoL&$Wl0@>cJ6x-?B6o(W_D%%LH08)p0R
zln~iB{%t-Kh|GNIf2yCNM`+5M@?Y;z?17fdzux)qJWJ?bZ^%(8+WhN{Fxr>j|MdpN
z&5H^DR5t~M$#w2y{~7`U;fa5}@#w$icK82&B9Cp26CEm3z(4i=w>HKWzJG_Q(WAlj
z<W}^!FSS?+c6N69k6)s`45*DIZ!QXUu(v(s46`_Uzpzb8E;y!c?%CL=__<mQI+t%%
zb1ufUH7w8fWL@N8e~x=s#j955iyP_`Ll-@Ne%z4YoRaHN^PW55<@{zXRl{Gcjy^sH
zl_nZ7O7i6V$71+wY3w*PcRnUH=(LxRhA!|Q$}`OOiwzbCV&Rt8lhqwuTr|bdL7pF4
zgT;P%DkvJYiQ$=zz!JbELDNgUe_$2UX4;aq>Sq>i`3MXS+*;J;c)e0x)qExNifWTM
zydB;6AjP_^jF%xiQz?7OJBj&91fuZ-MRl$b@93)ESmFTTMH|M4JE2UsK(EdEg+db_
z=+O8EvTMJ*^m%E8b$v6Sp%~r%&|@+Lx!^68pjt^{qqx)eNO%#LoMd?6;3uRxqlr<s
zd6@1UHuNvY$tOzLy*|`Zc$K_<p9YI<$-mmZVIyCDj&og;$SN`8L$yEb>m7~-x8zGI
zXNn0&j{8RM#$5k<eTOsj*i&#)vGuqBHM9<MQlcK9HHw4lxqkr<9|Y_<^CdYFQF`3d
zL@I3V^_Ek^K09%E;KQ354VLueC9LD?&H0j+0vaZ0m9u+4gUOlm(k^*Pj=P_`*}ly-
zdyEHsLB*S+Bqf1GEMMabfoRt?k<Udy5aE^;(}h;x5nyJp$T}n5661GoI&Gz+vqFK?
zRW7yyscY*)k*GD}+pJana}{ab*d=gd$%%!{T5v}c{Fwzlz8fnY`%(6n>){DZZeX>(
z(Mjy=5xxK`QBW6{6vKjN6Vy40s`NmpOB_P1aYUJ3g&PKqux$4q+X1?_7qv=_HY9}~
zn1gK9HSJ+8JMgzvuZr%)F7w8KCQ*1hGRzsfj)&1W5b;NCi;d&Xzjy{+X9jaSpRlSS
zqkOS=S4SdQeM{Qft--=I)!xsBDMV>c>8*lIP(0!Y)*zIX?pc<Qhaaebjx?UFy++T)
z7^C#yyvAFr<4#hNZM)YeE>bQ<1w4af_dcqV5=iab;uZdzP|BR(N!N1`+ySmMP|PdN
z@R0UtLN^4DLEcuDQGTmn9~9qxPNc=kJ^$y6L3|M&gKg4Y6U*XI#iZ_@7LV_=m5TL8
z&?UTXMgqh@L2YUCM1b1*!(XL@Cj(Gl>%--H{;0#}inGSuvJnfiYru%UzUO7m$e+))
zqA)#neAuS~D1cELwzk7&Yy95gITx_fmWkS@L9zLfqdS}#S5)UW0~Y+2e7CY(0%B5u
zfmpeY-`P{rQ*Z_gf4o<GTefI-HBg&DBFOo|Q3~pZAt4qZ{DpK+dk9fCyGy-LxI5=n
zyBV0H)BE#h7EiF38j#4<Sp1z|9uk8K-Ypn+Xx-7Gb^&UTv4#Xqiw#h%_OINR?+!fo
z52||}6vLj9k&$%OrhFu`75rATfl%_|utnkE+xCYiT#(LW0~%<pGW~`<`DA98hc-&}
z>iJ_;AQ{xg;&ci=>J$jO)wz(JHA@sees@plqA(Qq^cgc8{>~W%L#9!LfuFT<NJ&d`
zCb`guGsd(wE*U50fQ^hW=NKjH4<Dytz!C2CO3fIyEj+WNAFXoD=$or>{dvToaM0mR
zVjOaAZmy)wp~{_GW!j@=A;L7|Vx=b?yP{o?+Al{1Bv>y<LLi6%>yB`NA|>v;;fGIN
z1|kL1xdvReSy-d<$B&ATxHgPxj?VXKk7JdF*Du!6MsgmeTjCroQ1(>^j44OxF_J?p
z7UU7toW8B$&o%CP-=;{GV8<DKV^h;z6zIx_^}N@&EJm)V0{MQNWnB-q{04K@FVwdw
zH_p+y(SlhWYALa#FRp6?LG#n#C&rlYvJt0A{>XDKKt(SUvX=bLWap>Xopsh`K=ZtY
zo)ZD&eA36qh>s?n0@OJ=1toEKOVKM})?hw?VD?Qeo7D0ky}P@+PnHfZ*uF9;9;)sA
zsz&zFf!1x+U#=g-I?8~efB?+v;B1s0exdIQs419Dg1N$fb*WPp;=ZlO5BiX&`-pYD
zQ%Z1mfa}576PbAJi{0jOh$k}e)NjbhETBg`-X9r9th8lZSvzBOID@(uz(Bt}6av36
zY|h5?khetSf~8ExwpV)~kQk>brtZb==^|HPiy-Vzdl;|!)n5@KxbMDdCbp@Az;|CJ
z12;U=N~cqZ`pjEs9nj+*rBf94Rgi}Low)B2il%%sJ~hTY&8fljFBH1l>VJ41TAJ8d
zfKJYA81Xw^DyS|ES{C?*j!d~8<4Qp)(BtM#Pz73iT>Chlc|sPX-p0(qeqt-e-Eeei
zNVDphs3wT|uf%7L{B;4#M<GWaycVDF_UcVOK5p75dw`LyU{8NSQnr8`<(5Ob^Q!yY
zHEkxe+(423<eWjsI@RH_nB+oJZk<K@W78~rTh4j-?UNHYC4ii5<Ft<E3R0Dlz15qK
zN7>0K)BVS>lbl`V6k(qM1YOz&>M_x=Hfr#gW-sTdehkF-qHpI!)+5|RgLxHKeEZ|X
zO!MF_Bm2!VeT)Kd6-Aq%W3yVE@vi}9UGI{ThB!?8?NNOTgtxF`<GFcW>&sCt&i*3T
zY!Cd|pW@5c8Y+sjN{*L8d3kxM$M?F@q*xHk*I)l$$VC7l6FR10yYZ?y0DMt8xE8N2
zO#iqC%tc$TRV-|C&_U$VspHq;0noj1kfO#I$U=PVQ8QNB*;#k3_FA$@@r(&k6GSz+
zpYJHos=u$JpwPxBS>A(6<s(yWSib#+Z7dUrb!Gqbru`!T1;E6ePyp~T`<;jfr5hA4
zX>mF9%BL&=_>lwC&=E-Txf&q_`fC*8ZYz^tVx9Z@`$4s{)Kq6`#S}sIedcwFCoeqd
zDA=QizT4a}(aDDVF$8ay=miUjj)f-|fM)o9V3-<5Y3b+yi~-MMv)f(zecg?Az^D3(
z)Z!l-R^1@fU4v==+s?iVM5jZpjt8xG%2%NsTRHeonShLbU{cGom1b|5)Mn1S+&x|0
z97nzZfFw;#PXIhB8!1ALyGJuGGlMMNlV_p35?AXnQdU%|)ytM+bmWCKtDJ!Q@==Os
z#-&D!)fkBc)ta&jr3MRJ?Rb<_Q9Cv=D?i$mqPd*6aKS?x1pNNw=x^x8m0d|7nVa$L
z_e|iqG#nn)o<P}h8LjSl*3f5zJYQnSq2+4qA646eEshq@LX+Z8M!cUapmkfB-cYG$
z+lwO@RiY-aUr?T*DZ;Bl_xDOr4SO6QVNrKOF-&r<z$Ft@73aK6z?~PCsh=?~k13J4
zj5|})FZOm;G1kEihq7M~)X)Wp4ip5SS{<$N%mYjRx$5@-Ely$CSVPsQ`pfZ|KF4b}
z68*C1l_ysLx~w5clGrn@d~cG0Q{IuG<onF478Mo6g7U0+k1eNpgLpi(;~zxx1b`y&
zN!3I^A$7BxO}HiWRdX6B$tef}j)Wkw%}-BQeV-gE3LRr(Jc<ZKfUuhqEKDsAW}U3g
z`O0<YF*|1Lcv#SBaYOEe02xpswhqVJ{PJv+4q-x*I5Lin-{j@>a#903?rh6hH*#6<
zO!ToCZN3O{#4vSj&`-1}FyjjxPsjwfw#KVb%*H1THe)QTB~(j~o^RWA0MkwZJ4eTF
zCU#8g@g;#2VuOMKi+<UX1!B@dNm+7oa*1!!5qg#`bGeGw(8phx#oazE_(0)};O@(-
zsGVg>JoBuJySw)DyP3|WqN$smKd%3Bec%?th9<FxUU2|0S2gF2PQhE?Ey!_(Qxanm
zz~Me<HE3=$3@Q5bms+<e?J@Ew9=Mxp8LwJ-dAW&^(S45B_bW~G8!QY(Q}u<CoyJvc
z=)=KPKu!UszksKrq5>K9^x|{Dv%>G|!X9xzjy(m2hE-Q0ZY?o+x+cEvKH|IM9t3?J
zbY=rqT|F!s_1cmi1VLx(Mn^C|fjjhQN3x#^B}ZSK>ypB4RC6_7iI5`Wyuak$@(E;v
z*oMcxbA?|n8FT>B1;rgm`wKGsshz+QVIj~#hkC&i9AScI{GJA#rncMPBbiqLXqVoh
z`wTNCr1xhp00WldnaV3N{G5H5l6&g;6F|6(p3(%q1;h+Z`phEMdix0{FF;x``C#3z
z>{H<NC1+AT#0DOS3G?oZC$oMJDe@q3pdY5p$oYnY*p<^i2lKJDvm0M#4bun7q*noc
z;)J!aL7R{idH=;|YisrE?#EMjZ?Xhp^MPEG)s;LwJyVjCwRvfEd1?E><{PkfP(oSK
zgYB9Q!i?~=hREI1UZ*;CEU55I+PZ~<71h<V3kwc;-=?~>LB%HjQb+$VkutCISpTps
zKZa%ib~8E(N>-6;LSd^fn`)>c8P`Mv>VfT5VoDw~3y}E-z`+&A05$Mm2UXG;UN$K3
zOW<w52ZgA!uV6)}bZ4;GI@)Lg1Gp{i(5eOiyyF22#cu{gQ5Ht8n*$G==GXMwx0w7C
ziyOdnbt>ZUGb|Sh^c?c*nyH&-t95hkU(eSmpdOT^Xi&tD9alJwXQT%VjCO(E{O}%m
z4(l|r?bt@Q-P>@(D;dW+Zk-%j@CL|GgfV6)&KXtaYzm5S?;u0&OEy9b8X6jvH<PiH
z09@!AwQf6r?4h4|9~5=EpeVo1x?L+(a{16ysBh#iu+eakrz9Nf-z+fjNZ72V{~^eB
zEU0SKDSE_pV4V4vA;+5Me4^>16hV5T3Fv2AljzA{j{)`6XSf1KCSWQ-y~Eg+Xk!oj
z2#`7EQTIsCc29564v=MWQN-?2bQ=cPpoOm;@3*N2vMz!d+s0!;3hu`q*agmD7htRG
z;+YC8#TebDC*4_*Uyct1fRg~#IGf63u=$NJRsn<ff)5Vzm6xF;TmX2n*Z`C=rYPQy
zzTMq=ep?X$|DLWBcb3C}DJBCve6h=hzx`14M|$2{h@JXfBBRUgwAx^nxyLCdwJfE4
zk7&!omGnUA4NwNmxntUcrK3yX5}x@^D;d}`0>Ih!#uNmaV*a}9$laLFk@KKXY{r48
z0Ad3`y8L$gr^`OfxB+{opqNZ?aTVfDIHgN@jAHT%z_*X>Q&Lh>9Z|s0ILf^!&)P=g
zKmb%wtg?#IDfoqAh@sfve@U)WWXu1=+7H9$$Q*=RMtu=0Yn$Ht-@(Nfn7lf2Nqy>c
zb(|+%*d2gAkKef=emUb<*KwPmI7U!}y;jYUw7vBv(M}k^EY=O+4%IDjn81N==#_H7
z1_0PDg{!|+fe$~-i2@(pi=yg1v0bkbO0tJwsO})%9%mN<K1qKO&uA$qCdSn-Y>EJ(
zq4CoDSKW`7n*`v>F+s5c-yaH@R}q~7+7+8LyWhH<{~9q>X;PefH}eBP;GhKZ_HB)2
zo&bzANWLz<YSqQa4H%}x?6=BuEqwi%Z~M9ZkUrA%XFayb>bXmN`&Om-UXn|eaYIT#
z({vT9(hg)i0p+jK=-11<Pw(ma4IP%cD+;Eudm2Hmd@6!sSZsf}VFAtylkxY@V%yex
ze~2T;2Nw3rkcz@#UqGf8xV|RR1fY27QdFK*=`4|)<mE!2h##!yy72<lq#2)BYdY_h
z(1X;#DzYZF`v{nHu03}~HzjPP0P^P^n<m(?PO1hAUB}pLhk%^JM2z|D;eVcDd2;M{
zqw_Dvzl?!<n{wot@lj??J_|Zi#Gj8r@%-{6=i=GgapBHVw(Vc8jpiYYXp0xB?^oFR
zg)2XQ{-D5d?uBs}Fk9!1+G7-FFM>SdQc^m`V;LjWPR4XEX9N*o*xgKaP&TM@CUj%X
z=hW`wDkz>@e~IN|cld^s3kAw|EI4CdGkG;xJzzL{4>(TcasMDOa!&b*aR-s2Bu<|@
zp)};2=H7|1>Acl(0A=+a3NfhkO*90e5>wdps*b93lnprr1_adFxfh^*N6_GT?=0VP
z5B&eo;)i0+^8H~alnk?x2Mz&Zy7$h?R3;HK^IR;fQW4Ng<X|=%cjyNsi(-SeEz1g~
zZ&*23K-ZkdGxzFUzX)>oH5CxvOD;Vv(vQ@JBF+6{LS7@z>1)%2Axym<E0cFr98wwl
zE*e-Mp^3olv5DFs-L<VHQS@*@xs%9%%7jRI3Bt+62J4V%rk|W0WgG2UAs!E*3<FXE
z6tYpHhr#``Oh*}+oh1andvc+p?6$E-c+eRyy71MT0EA0}><#Q12oU@O2hP_1^p3&j
z7G~(akkJ5O$U#XecJ{ZeQBc-uKyfqX=f`Cx*XGasAe%w2#0-+aJ|5%OELzMz>8mYq
z5MNFZZh>1$rbncGnFX}1$C8?09*{sDng5Z<vIQo&u;vXw90)V=RX9b<b`yYr-hi43
zz~<cEN1#SUhSYXGctqct(#?S6wbA(HW_M83)TXVB*Y}s2nj#^g4US7v=MI3a#T$^N
z!(FnG<IMFpPAEME0aY3V)RD0<Gajv)(yKrT>rT|bnSCr7(G38FD$(3tk?U?7+bQ!a
zW>6TT*VP2VCzn<YuMm&j*nh+S9_I$EHdnICU?1izxX%sAwjiij9$@|eLAc(tv|XEO
z9TE~U3p?WV^80UL!$4K4&wWW{`Qm%w^)y4sFK|<;CSf>0*D2ckx9Wz}l^k!TiE)$b
z;kN)~FoB;?`CUG>KP<x>9V))s&-2A^HM|<>7$E}8e@GA=G!Bvu;ETN^i#=)<RYOzQ
z_Mo)CsB9a%v%Hp%W`zSLvkJI~PQlgov?mu-igSYMYdznA%uR(kplWjS@&aXMTKy~>
zIj``?l1pJwtb+*rj7j3Kn#vq>yhHARWX<_pPCo2_kfTYK=MOPlKDo>TIFsynb&hrT
z$0XGPz3&NN&2)gIBIm6Sx|#QT0ILB&bMd4??dSJ#Norj{#@?1J=z}<BjS`?<LRGoW
zZq>1@cOo|(qT><gE&*Zxa%JBIgasKcFwgt^#Ch92z5tvRjHi18Fvs(|mih4G*9;nO
z-jSGzU_o~l1h3<F8-r(a4MPE4Q3yTu>~B2dNq+Dp*CnbsS?ZjafG;mT4*j_I6s96W
z8Gd1g%+S3pGOGnt1>j<V_#7%FHx`*4W4_!$<X;2iNfh9+LXYh!ongDhL@{Z^@%r<%
z$`J5eLyt3Kc<+#{WEyLJ8X#AD5egiZVvI45N7p@z8n5r*-}!n5i4lcoYcc`#H8>=u
z0;o`r;@}5*fZb~=<!J|m?v-E-0IUKI7}^KMl_r(fM#3$J0n0cD11Z;$S6mTHk?#4y
z6ouoq&G@hmbt6u&1#dvC#-hln{l&rL$OLUkG}h(Y)I=ocCs9#M-pkRkA1~+u(B%aD
zO12)i_t=~}h(M1=Q`6FxB!gXqlJ#oLe8$o<tdA>w0W?J_rtbdr>+$W^6I2U~cqNy?
zV{P^hwzj#}fq*RbVz~T)4FDMjhfmglpeP<OR{)N48_+E6$i_8yDJdzQgSZ<ZV-UwC
z%Qx55N834l6I5KFlFo*K(%KD#2w>cAT3QrAZBw1@nVXyY5a8OaAQ^ON&|m<lARho?
zi%g0G_<HL3-8LVw?{B_Mv94C<pQbqKxXE&S#K~t8W?*<1q}<1&1;_<+-0Y)0YLkMc
zHlxSdYZyV<m#Zv*En<oQ9+IsEXwO-n$L_NtaHWLoZ^*`-XO=<n&~r91O4%YOlt`G3
z*oSKp0`K$5a4qX&awuSId6q!a#;_IU45&#<MKVKq1Y6trjq5ZdQQ^$?8IZ6AJ^(cf
zKA&dq-=K?Xfr*CK(7W<6^eou**!%?=OaiJQw`Y_E;f5B^Xx2}NCUtmk*uA52eJ~cF
zQI2c%LXN+JK3@I1d505n<-0*ByVQ5KJT)EQ`BP*%6i^+2d`{>HH-7VJ#GuNZKCX?@
zAqmvITnAn#j$CMcO>PU;{c^*R8!hriX^rnK7E9_W*k-K!b1Kiz3;b&evojtNZQa<@
zg1aTXkAOurZ0Z&p0B+nNsl!GpwX=k1V{k~BlbLvr8YjcTLD<#_79`NCpEe_C7$|5%
z>r$0BZ+&C=`pffyfcAl#wtqK!NZ%^gLf>F34AASbP<JO3sJn~~-1I~L_wHXQ87+X%
z^tR)02|0t@rG}0uA%IbS0L~k(2MF5piU?mjFExQ?GhVUH6u#k@8=@py9s!3CsTpMv
zxFK9n^XmEFaX}p@vQBe^C2=n39BYH^4G$pVkyxO{6|#{aBj0Q;%dxg}v-@hqcOSuK
z0W$=)1<>}^v<L9cb$k#6Uj#`0AB=tVN^DzdCTn5>^<-6x^^~CKS=%-xCB~S@WE2(P
zr%~!B!!0+|9{|h1Pzi|fB^rWyvY3jXz%eynyBHF6iCzT3vYyR|2FqG{8s>M~#jbn=
zmTU^zJfPc92WJ2?_Ng@S&fy2>%f!nH1te&s%}kcyb2>$?r!&%P5|h-RMv9%C^BGT9
z=Ug)5L#7mel;~FhM4}|-vnBnp&a(rcICE1zi1pQtg;_!<&WJ#AtLr937!N2f*YNd#
zsB<(0_494kq^p4MO3ob#;AM^DN$R+fpc>NvZ9YiyY1SbCnUUF78{=S7Fvsg2crfuO
z9amO!883@$h}j!qY3cFRYD@ay%F@yAqD1><9*~PKr-02}?MS%_V2o}YfMW*5!ybvK
zfBhmsW+rFakpO~XFmVgNHCj&x@&d<!Mdl|UK;xon!pK6}B_-pFh-WtBRWpiQ#awxi
zV#_n~E_Xzg7c|Sj96`Sf)J~w#X5IGk`<*jDO?D|tk>$4E{apL+Wkm+jfIkBz0qBmd
zjkm~zEoXTgCM^XjJo8B|;H0?*g$1CGZpPOktO1r%?>(larNslT{`%fC&b))f49xZ*
zS9JVWYf{~B{NLTnu+aZc-O9s0=l=$6)BiJ(0}1?Z*wJQhvMM!V4+UME`aS4jr~Ks2
zgKC&O<G*6<Q)2hv;E8Y094<9d2OIrO%*>dzyAKum#1(9kIy|J9JPm4&pxeOG4~+eh
zt*sK-jc+y!jE;gYE2##~`uG?n*j*6-OVZ2}k&-F|JDpS<D*G3e%hSL<46skVWMn8H
z7*arfzT5}4S!bU@=HdVg2Le#t;cde5$+!XRL-~DEOjYghryFUSJOB~Az9;T-i#E!e
z9K7`Tl31z$Z3(`6XD{|>Ie?s?-D=1L3Iu7Y0g&xM&d2=T*71y?1M+(x)H(0nomCjv
zenMvd0B@21p=d-&>?y4a;JiSa2}D-dlBON^0%#Rc4;*ff2@@a#zJpg}{@`=tK?m<i
ztFl~+7VFOGTa*c%wy0Ab>ivtvnub&3S1S{L9&XBNJPyM8;aTS@J#x#OL>GuQ?Byei
zDaWlE#sF1rUd0ri`A|s0sp@dl-H1P1A=tCX%}R7(Qqo3Y0%_6r?;jved!K+=m5Seg
z&3G_cZup@5JUp|$m-qXrJ|}Y?qC<);q{Evr9Ejo*=r~cb`pE%xs&dA|Gm=jq3~uE4
z&$I^3_B>o%x-jV*{0A!S5blIcOA!G{0d_4Y4ct07A#CLV;B^mP>{%(d5;kw4k}`ye
zC>*Hl4qk3xo6n!m0o(Vn@#e9SMJRZt?(oeXwm+5@7U@81bG$g;iEK7{P^9$op^D|i
z$)Wn-r2zI@fPU+Oi}(=l6EdGneuedtbN0b2^7DsI9nR9-YX^Td=KtqJz-zvFVy@Q;
z+F}PU^25J}M`!PJJ}F|SO;C9Q`i4#7hi_Ip{>Q2XLO^av?Ib4#3tt;{!0)ct{@zKG
z3E2NXR{>>Ijak=%3pH<Q=b4S$V6%sDVl04|0B+v9dLq5Jvy2yHLI-kAkn(XF-$w$f
z1sMEyknW^>$X=C_o(_PHA;)X_eEv>Rur1)KJ+>=Nh*}<OohT~r1(}pZ+)eJFQvkbJ
zJ{s)`CUmUrP)4m!{|K2P6Fg7=T-gMe-`z5omn~KhMZ@QJ@8E;r`nO?;E{Zk)9Rso$
zv=pU@95=h!fhShFqGcGuOJ^3u?LE=(VAZ_-1(-xW;DLZ$ZG{4=E<rU1_;E3qE-)Lw
zbCO9FAQX_%(=_8g${vW|f%pXr-$P+gP>ek^2F(I8!3LZz<+vf~6LO(=r0PAm>u5t@
z73d)W>JND6;3MIOzX^XU#~C0iK>6m6*ZCG26mB||>v5BDd~qkhOXZz_|5}=8FilXk
z`Me*-3YtV<7aG`Txv<Zf)KSp;h}@(x;srbpxmDBqsN&@}-VPnk_};OxF}eM`!x>im
zPqsbF-D$%XVLa+lxd2626zG8(P!*tY92Q`Ha%qvQ4tv?~rv0H~t3a~=uy!&av|T#v
z4wzGQfccBa%0eFsjc|{d)clw>aqa?L83Q8&?ga8~ta<B$CrUx<U`g^y$^pO4ozzk6
z3~E3Sel8{+`2FN9K@`jxD)l=Eurmi-x(mL)05q~`0=z7fzqPcq#I}Jx2xvMKI*ZDB
z+`M=S5E`*o8Oh1^JfDGC02sI#SfEEHPeG3xX(L)^+@NJpB@t;Wn*xH{r$GmFhhs?y
z+>%~0XlLbHBK9!wbP0f8EIW9G-M>XG4{Wy5xWfQ8Qg{-y7$o?v$A47k?BA-hF$TIS
z7EPmlyXoKwwz=Z4P*^Ry`WpZyv!8sPDRSi@R@8!@#{;iPmOm~`q3|SC(Pp6%{3>wY
z+@jOCtwslSy;$_Zi)YzSgj8zrGpSOrguVT(<yrBVYgCOZt3xLQS{dX{T>ne{#Qm3z
z@+Y#GAFF+*5c+)i*cA23!^Z1Jwc{UeTSiSp(LX$LY<7YK=c+3dulR^WXm(>MJBRZ>
zal?b~W!^r%zP<yvt?BMkBi>jz9hg%O@1bX|gih&bk9bMOl=13P`^?rSF(F=NMMgwK
zT<;LFEg$)EtDF~AV`rSGtv~psJiK|T3kwe+1+2V}+}|tWzf!9!norhG=efgJE&S*<
zYuf_>aY?H};+TXjD2t!k{=lvq@zR>w`KPmOEKaLcRaKep^LGfn%n}b^B~OI<a3XR~
zKYfx62sBhs0DFq0*<zHGyNjq0XU6rm0F{tdKIP`Ok;cIREWK+)kZA&(7-sw8FhnvA
zE&0UlEy6n?-baQ^2cJ7EY!W&%AiT7dOkXu?bQMVb@A<1T$<s{YI^5{?sHY%P-<-l{
z{)cX-ZFyR`Zc_~+fFU8l#(#xY1dRJ&d>AdlPBcV+oLKlF-&D*d8?yLb#5=E6+_}a~
zREP<T5|2F$s~_&9Y38ja6Vt!eKMPK6PI>uVCYVs+X?tKsW=VerVNW*BHx;Vgc$u|T
zU*K1=yj^JlWje?z%vdxM4lW2@pnsZMCK(qOS87t+C4>e$J18is`F;n{KxtW7WO_Gt
zy*vn#Xw$po(|s@xKc+vQFQN3d7Lfd_WCicalNLtF2f+SFpyEKn$r;?u@^>8E0!V!;
zsKElV!wKGQ%!xdd<#1vD+(5dazV}or`OGAaLxDYj26sb753<a@*`F(bBwL9s9Gq_w
zBg>Xg@h}NBS{NrPR-wiv_&e54RULeC=l3Ut^RR@Qv{5``WJjz1>-VgofJ2e8)7KY)
z7Z>q%%z8;aA*-NT=+DOvRjAikd>1}Q#&si*Gya902)O7Z%h^MVTT#ZW`eB`fl7$H@
z{d2+`^BE}e)%lcv-;=EpwNzbKhmr)eMyaz681m`Ur}0Q~zBEfbRE>BY7K?R+Ou1Tv
z*7$pUeedU~i?s*@dW6HE>dWGNef^e4!m4QUO8zMGk-BkWB^G!2<)=DR^G5Ia9{|$y
z{isC`7HC_HOUI>2q;_(2logMVLiT6t6cvK@c58e@!TD}1hqC(sy5fs5ZM0D>&t1zM
zYs{A4OUuZl3zzc^aliceG1+_jwzn;~4k`7aF)b*KdR?ljY@J18SU#a~%GwuSWBsX5
zJk7QR7o_MUtbh^`n9o7%TG`go*B@Qezo;0rzb8GjjxWq;FXLUi9T$RNTk?@IDK?OF
zCAg$UIy6}15tpdSPdxoHlvc)zI+ZJWOH9^PU%%9h&l&{f)8LakV-pifRVWR+q<0Lf
zh_J<*w*Y+<t(5(!3N?qjFIKLpuP?}arpng0ZhQy7j!oUmRn-3KCLUeJd!>8*ojRv0
z!2-;0a#!I1P&5{PFN@a9^L&j1>g1AT!>_EI#jNhkcGH}A`mWQ~)DE*M&dSQFS&PJA
ztTzH0HuiOK{w2u(?tO@{1WIcK8<!GmZ+BY@Gddr4V~T3w;EY#!c@~GmVV0MdKT45N
zdFR@1T%+8vemgxqouhlbBGXASt+lgLBWQO=(8a~24<Q@0bCwh$JG1T&?qXDI@PzDP
zei2TGcE0xr-TzvnFfd?^KDF3bL%O)e|C7i1Lu@M?A38o->HpIMy`F@9$8gTnQ!Cj&
zzs2fY`3P@fhfTmsuXSJNN|RpPcGXc~^14aCBO*Aac;&Zup8P-g6{c`#nB-%*-`+(&
zX8-5--_A&W|K6ee$cGeHe|sMJ`2278ARoW@1MmLN<;mjse<vKbl^$}XHmRa;2kZ&>
d|EnJMj^WZa8BAoiCCTzpQPfl@x%=SB{{pkMY`Fjc

literal 0
HcmV?d00001

diff --git a/python/demo/documented/elastodynamics/elastodynamics-energies_generalized_alpha_damping.png b/python/demo/documented/elastodynamics/elastodynamics-energies_generalized_alpha_damping.png
new file mode 100644
index 0000000000000000000000000000000000000000..20902fb562e1522a4b9a5ea741d6a42f14b8b3cf
GIT binary patch
literal 325442
zcmeFZ2Ut_-w=N#VE{Ldf5ET&t1p(=GL_kG~Ql&+uiAa+YIygvgf&$V7q=hC;N`Qcr
z&=Ki1(tAP=HMw6X&dizLobudr?tSk6`R`{Kk{I@0-zx8V*IM7+K1vF*WT)s(K_C#a
z`}giXhCoh+LLkR}o;U_RIrp9Gckt_o)t&n)C&1x!Lf;#_KWTCAi4_DQ_Llf_s52wm
z8UnclxqtUJ6}#xULGxESlg>;FOa$N0ED_HmzvktAjX%tq8Bh`bO7L99)2Os$u8<^Y
z7X4<;SMyY}(tXtPYV<nCGt5II9UdLgAW=~$k?0Al2=3$ac|-S3n^gHyXF-jiD{1wb
zHNAZfqB_S;+Sm1tZ>i(u<-6*o>gTw~u|kt=lO!j2;y7Zr9M5dDGsjNOS~<`K$S?z0
z_l`?f9Q-&B-ay=z&a#snyt~A#LR{+ZAt{qedhpuKUy1hMHH0>v=hthVI|jdA>%VRI
z^}6mv=%Ir*?<oHN3+(ISe_lnKz_f0etDCdgC}l;l&fEOr;um29ma@N5?%SiHwz;`k
zI#bPrZtJ_3_yyRYjrwntNph*Amn;><R#h0por<Oo?0X4@3S{(?Wpd7+;t3gD3_q|a
z<R8~D%~b+{eC=9aUoXj#z>i7<;*f-$qbek0#)gL1bnS*cl5@7ONC{iaz!N2DN!=BJ
z&vLF(C4c>epD@Q?bHU<VvW+u3V+EsFRgS$Y62TPd4fb$tf8(kiDsw!YdaSO!#*bRh
z(lW<*uJSmOe@;%$@9c+{5|Ed5HtByP{pA-QFK?dN?x`mKGi&(2=B~-esl$+|^2*A}
z1Ubm-TeojtK)|rN0>@P1@SfJw=J&$?`l}3s0iqU>ZOHO|ex|Q~6@$Q*Cp1F7y8ZQQ
z`|rTF7uV%}S@6Fcxb0BuLlA59($ecT7Ko6BrlzmJkX@qj+`PG~Bk7qlR4NqjsCUSw
zf1uxS{`HsR;2=O13wlirjq4>xE*%f&f(A~;xt1HhBH(wp`T5oU(GlisU_mJ8;RBif
zAHoqL;3iI8f%FI)wZ;ZGZ>{kK#E3f!Uvya?CVFXZZtgibIXQVfcX#);?r!ye)Ij-K
zL3Ry(XDh0<C0gjbBMx&jHNkq7S_c9doMdWx=UHA}PIK`hX9?-k(^G%*4`BG-S<J;C
z<dFjn{@3AsN17TUi35m1sdM<9dqhM82x02TS`3na?<ux20;po&_BV?I`{#BKih<Nn
z7#|uMN_1w6@rKZkv9bTIGyiY7=l{{fwI8TJ`@4a9>(*HSqunLkpEm!BWc%-cA1f**
zw!OHZa|EI_IoF$)V~#FQ&fzs`*~K#WiGBO<x8PwoyKR;ObN$yd?JoS5U>ia?q{AU&
zPwnl642_JUYHjCwC`d?1j;bCRll~jr0wEi9VK|Vm2RtVxC;d1N)m6^Ty^0ohF8Tj*
zi0&pz3_UF^8xfR5Z0Edpws6_>Byh!lS3{dyJFDbuG&D5cAmjXxqwT<eHW6(<#>50*
zohC)(^|1D>j?Y0-{*O(mrl#ggG$jD+QvBwuydKCUoT+q|6#teUiOF)U1c4gm`bF9P
z@6k76no()*=ui>e7<>OHy)!{Ay#~DV4-BmB>Cx~H3PQahIX?2U(w$peT-Q1+O0BCn
ztRTyFZLascva&L_m>6SXVxo>K0UpD(A4YBoMas1FuScqVddeJOAo^GXFN)EzDnxrb
zlwCYde$l_azTVqg&}K$O6u&;&8z%x@RjR_0Gpuf!=*)M_uHI0hq5zVVY~oc#pa-!j
zeV%<Z4E&>@#ZO5FVe9Lsk1`6qz6xMJTEbO4kV)bqDu^j)d9oF?vSQ5u{^d&65aY}F
z<(XB7VC5nMgBX)1vn9cavO%?3I*44!CwHp>n?WoMsfzx(g25$~T6u8Ph@dxG<}mW_
z-@hj=FGy@nqftUaSeTCZig-204?lg*vp#Q)6-y$Y{$P`3keME;nMoxZbTMEM0Yi-j
zNt7pHI~77()E{kbZW5j1H&<8JxxRw*X?0g*N|e;8{|L3l`S|!KgG86^QDsC#NBh5L
zRUBHH%of|Um{)i-Iy!2J87QV<WE>1}5J=qBn#pR%%YxL-mx}{dtu;V4vrW53@JEJ0
zF$1Rz#Gul`j%%;x`U|s-=b9pTb70sZkQDb6>lTnl7!<>()RO6Jov3JQYZG+YUiTCy
zY__I#zO<bB9<OcEB==-ev$n*+!6El9Ay&+B<a@l7<;qms4R1bf?qD&6-2Mi;@&hx$
z@22{HJ;Ny6Vcng^EE{NTU6}0S<72ndCYu+e7$Zyxl+>J5Te_>YSqI=c+(JUMvVjaf
zMAH>pO-2r7Yr$XtI$cB4D3`JE%a`oH-`+cm0wc7yw=*(j>t>^X9V2U#Q&Qv>?^Wiu
z6lB<Bc79cB2R_@Vm+ye|&UD;1h-g)B8^E96U+IM&0_Gx&JuwNz<XSpC+B{_Qa$Z4A
zz#%AMR~n9ynV8aR*RDNxaw@%jIh`l&mp`*pu<OMD1E(m&yrdJc_*s!0<OnpA9E4m+
z;xgU*7^S)!6S;qgy~M0iD-2LWOCSt2dMaB&rc4(~ePrhAuAHHv%LSGk9D5nVz<`B{
ziYn3tuub=WNh5VJvG|13pPUq;1>05@*VpYhQKmN0dZ@thbNFc$V41FxhK7y4qT=G>
z-Ml~jBT3MC)4II}uo%5puQERQx|RMTRRP+l2f+@UCpib0X&}(m`QGH_EhT}_U9ZlF
z{-pz_lc8;&I}>-7N@kT2dX%ezdpZYeIl6E9cU<v2k<p^|uLpZDg9s}TmvpxlaBedc
z+WTPHfBC8?VS9PDcF8GgWol}wBu6d&liBrI?M6-YCqlnMa^oC3vogRW-Rx|7b4vJh
zNB_{;R~x;|JHKgV?mE7~xYGfKjwz=4KLll#P<bcJ8Qwj6)BQKCw14>}#Jh*FFz1)l
zYsS=P`q+1&ft_RW^!_?7x!y6*_a&{@F15=^$EyF$w5%#J6WbfhTKJ3em`k1W7D@*;
zIN;57aZ0oiSFoiW7;aCkq<@g0si&tW42g>}FE1X)T4w%DLr7qBH}C%0EX6(f(#>MC
z^Nd=}W|onwndX`FQBhH|Qwru)RaM-gq613>9v&VV8X7$d+}SpXl26NYgE~7q1B1js
zNyE&{d=sh#%7?~qE|}Atx3>tklo#NVW;s7E?|Jns?dkO%z*Ta9ONC|M<l;gBE`mY@
zdiUh$$&!+i<~y0%+VY2mhl_~Y5>afRIB(npc&{aJw7?)niX1?;X&4w@ZS-w#JKf;q
zv~`*r8XEc<R1wg#J$P<;Dg|)ZuX>wld^;UO^FxXPk5wdevQ=Br{w^=&B?`h{N`x9a
zzwB&WUS2kB4RHCPI6sxr<*OYBh*5Wdss2uv;{0^V+T;0@+)PFKX@i~5ahh$4^OR-c
zgHxM*%~L6BE6OHmxOT%=(h`F&xn@~+I(%JTW|PjggG`RXR@R;f4W6z|Jc6)1o~HF^
z&z2=RE#2kLTdyT1II>HBtTBBOc#SQ?)gp#gv%<2=*7{5qNBp?V;8{UVW6Y*d$F*J~
zfmQN+BC<Q<2D_IEKpDmy>x$nXu71%Ex$b95c(eBHG*>mqJSbH8Y!+e!6v#j!`=oAE
zPxkH{8i}08ZNkczW9)WTyG6v;0DO&*Fs(~Ac87(9@#}1nkc*y$p`Brk-7gC?L6#{W
z)gvb(t2r*QUimfK{OelgOp3YFC_P1dTpv&X(24I%%53H;P6p^}McFZJO}V!_<uo;C
zwaCySFyu7QM4-#d%(~U-Zyu*-Yx#3sW{Jw${~~>x;$|A<PKPdScZ!w{a#h)JGp(RM
zC(f)>4c8tp^@kdXDq3{>!hO-TUViX8OH|~)_0;b|@jN`z;`lH0u;>!Ce-#S?s`?fw
z{SCt1xm~JiEz}StoBl%cpvA>Sz~)LmBaz6db8ZY%21U+9vavSb@5f03DUv1^U62%A
zs37SwcO#oIzD*a9;P;7PpLNXErlh1;IY$3XQ%)JFctbK<OMX$51`vSOaWOOLT^WQQ
zWq0d!XX(t=D#nV^f>d5yD*Iq^R;DFZ43XAK=qfCy^de_6qjTJxPU#nC-jVV2^6D2a
zbbj{iGQeYDxTQQ|5-zK~6RWACGr!&=B_+kp!}DXQASo%S$Z6v>F+hrzTSOAGv$Mxd
zczJm(LA?dy4OAw8*}mB511zwqr3D0ow>P7RZFNNjFf=F)^z7}6NA++x9I7QoM63KO
zs7u2+b!OIkDAc8>L2-H$8Wk6Z?y%~2baXUdht(TmHB#gH+7&Z_!GZC1!zk9}rJ_VZ
zGVx>J2Snp<ritxzMDBi^5~sQQG5EI0?#JNUAkJVSEA3XTV${eLIb_GmW(2R%bL>zV
zBT^u913h`&gMO#x{k~;Y1zNk+Zn%iRFip;91U8R9xVUuc)K?xs!J;H+yDcHLxvHX~
zBCKl&<K-i|vbt(&JP!cIlrS9Om6@R<QScAfPx;R;f-BUeuL0{EY5&){j7NGX?Ip+g
z^vpfN^{3RdeKOQiIm+1(n`zhIKlByADaRkqwg>8xlW!a9fP0y5I06b8Hab{7tNb@t
zg}SyKRk|qcsb8`~Q+43xoy9dZHM>QpgalK8W~T8gCnr%E8JSb?6Lo(7GGXs_iJ0?1
z?;vb+9@Ej`V;jUWSId}^^@}A47v|@ySf7+ULq$zJ3Q~!@9;jx+nS3uF`gcl&`ux-2
zzfS7}ot~8bLoo;P{Yt44APnd4@YoNnPB#mnwFUTvh5J@fG-3ZXkppc7v(02F664DZ
zg;f1l>F+imo!SDnJ9)_hiE8N}*?jz1H@{B5kDq^{IV>tN@710~sKrMr6bN^@lZ$`s
zUld6ATgsD5^}lxf41<Qi*Um#RYOu%|&%cRJBo7Z26l$lYUbJiI9*VIYj-EwlYyHiT
z<!>7_Cfj70OgD>kvnS8}5VD!+D9NevA~)YGiu${NL>`uThd1*ZAH5AA%{F?V{+L_0
z15D1BHP-IAa>3t-&i0AWoEAW{9zJ|{JAhHb#i<>&^CP^xV`Xs_7G9#d>L5l0A+Q>6
za8Y7yM63e<*a$df{B2Q8@jRNsugC7Sqre4cuICp_RQsHlj{~(t2}aDUlQ~HA9H^n>
z^}zp#R68(mk8L#fH8Gf7?fk{8zMI}L$iFQlRE*(vjl-{`h=>oZ#yO7F1ruw41<RKO
zeI=5;kqT0G_o^IKYA)S@@9T!DJHNQm2M;A$Q)i4-oXM#+1~G@*;7>e*tU!g9e5t3p
zx;puyvpsXnv9JcgZk}!%jzC6{uGgYLsK;NG$A1Z-L<L$?lJ)_hF63<$J@2?SS6_RE
zLGbKkOAKOMgunA;!TLH%BGy?H^uJq0mmi||<R3m9SXc!(9~h`rTO3xL<xn<s;iuN=
zEuB(3ZUunKKq)1|jN`W0Aw~eumOm@rfCUABGCz4ko3NP4KD%*1sZ!6y^O(JO{`?9+
zO=@CY1frN&?$j{{RRd|P+TST;s`-gIuIax?1Q!&vUm8nhx@<SslOyP~Zqc~de0>x!
z%kC73ooPXbl^3WuXnN;}4{NM9aDs&KS>n}~#_9tDb!wMYWyHk9h|Qc&g@pp1o}OI+
zhdNXK(%s(gbsJ<O9QWIf*O8z)@H)fTfDz{dB?>5Kj5qF8IFyxhS_8Au5);$SXrj99
zwii(#qH3zE?`~HzZU4p~YIiGKFWfZCAY*nB#e`N#oipS=&#tAMysVlJ=w2=0DUpA)
zBCqUI)E>btH0bfxdWtSqpSJ|7OqQirc=%91C?+~G(pNJxtc*B?0AkeNT<DYsUO_uk
zvbGqmr>8foiwwQg)i+p?Wi!vce99_x*om?^fjEByhvca_S6Gk|Eh8xXo+zcLr5nUY
zgNl%bi75z_?CVpq5_IR!pFgTzV!zKx`!}4PsO<CadvA8I#P;~TXlcs5)434~uGpc3
z17Zz<d=mYqiPc^o&D_v1nMeiz_2yQH6Cb?&)s=v!p{M6ay>f}`AF(m!|H&!XUZdBv
z|7#|3#iZoqs50CT!i+Rk{IA{o{dWgV{oL<&=m1q2)xkQbw;4dRB>$;-_TSOgl$F?g
zv^#vz(D3fob<8xL10#>X;o;q$`oEm~5Q75P*i4E_^Ip}rZ+A-9NBrc0-|4wr_dN2C
zW$6D_$Nc}=Ky(F=Qkgbs$QK(xD(Sb@=1u5CtR^1L4I&CZ`R;`P<mo6eq(uI^X0!X#
zftD63;&cGC(^|#1UbXi~k&9gbt(5<`M@bZzI84&f2>`UlMo)6}?^CY-jw#0fQJd^H
zmKhlI&V;5N>;<?%Y%&AZo&$K;zq`(O9=HB?uD7M=0I3@(-@<VGPtSHhiA_zk9;hVj
zMgs&QYlrY_g{YrDpZ>?Q9Z=-&_INgy#_jMMlTo#6STqv|u7B6?|0y6K>Tv(KUOO|O
z-K6L&Mg?`^rh;zU-YDOGozbEjSiAIkg_QIzHgKNXx>bzZ8tV*x%D8zJ%csgl0}~pL
zJ@q?z;OG^mhKotz&o@s){pFxLFK<sw_T!5~!TfmRTROMnlFHq?EB^k~F-&-ixy_#J
zn(qkoVCHM{nLdkwrtXxH$?~1&E1aA%tql)uZ*GowA#7{5TamJYXMR#0T%q{hxB@GG
z(xD<%RqZV*sEbfJp<c0OJFnGtWg}o?BUNHUza!3xN9Ll#b(a}(f)44Rm12wPP>Jnu
zQROUtpaCq=1?!kZjygo-M!QS@!j?8LeKkpbn%$ED0{`r50v&A#wOd|xrIOg5GfK=U
zjc(+gjC1BM-%39|$|}C-W7m(wtGBhI%TC;RIb3vNRzQh!-|>|Ws}9_KXuvBFYJXRS
zcMLKR3opV*tH7Ey@Rj5vj>sL6ob_h&370vb)6&I=*6KMZ!KQRn5wAzOJ*GH;zbKCl
z*AV3Vwn_Hk{jPKsR7>kOAZE$FQQm2<CX#uAyk|Ta-1-$MyUV;^X45uimr+r>EEhiC
z=u|HpTQ{LXZZsDy%pxfyw&DoNqyx^lFi`#u7kOKEW8t1MZw&Y3)Vh>}GCK5y4_@N)
zvBA)ceL3}Y-LP8E2TyAin?b+SwaA=pcP48VrLZz|dUmY`dOLHymw-nv#mU_nE>hV$
zRoA~5y^8Iuv@ceYyL=%wAO9hl!%g$(S-RO92?notsm)q8n`K_rTzh`^Zfk`k4@}s{
zn`S*Ct~a-NKz|~~<FXf@6xP|i8`JeVQ)}=;d91uK|F_LSMpa$h6?mE9?JR8{tjk=S
z`Lu9b%XddKy#&sK5ZvEwxN%&<`!o_yuX7qDUAns3<7=V)`z*}2`_2_@a<=y-NGihY
zG}2cJihtccYt$0$Q|5@HQqd^^3G5u$12O%&?KIffFbs$56s2#<+~-I$olu*1^nID*
zLY@9#M`v8VT7}>0eT1xs)ER-0ndIB!DxItSCEc$$s(4kQye{i0sF8qHr)yqt;pH{-
z&fvOFRgl@H;C+wLb6QB{QmS*oU90cdGifvPH#JMYd^yYHxO%5O?mT-x9k7nid3JYe
z)zt)Q3#-kjejQ4#0afS3F$baui;liCK!n7X2O=m($aYGd$^2ZxR+c<NUy=sz+cX_C
zG3WS36oVKWc#Jx^%-A|?MrM_iw7PX?!$+PV`tgAvXThpSfyreGV;%CezDUb5dgq&O
z8%kt}TT|{Byvu^?tQ<Cr!Cxa+9mt2zcp%{BAGA3Nng`%6ijU;Guo(DrS9Ry}+@Z|_
z7bYI9zLVl$GkcJow&{r}fUon)aCEomP0T8DZ_QID!YsKR)YKB%x~cnZ=Y50YTouzM
zo(&@S?7fWO<%Zhp)C8VzY(z7i{Zu^guuZ5iep}_6Wm+bhP3N@Fy;+BQl->R&gALtx
zQZtD3V%Ivk#z(>ChgUL`0-129VNQ>L5I#1boeiKJ_{^qGft#f27GmZgUf^B~S>b)j
zE0J*XDcy8m3BCNsHTD`fe$MQLhn?O2HQ~Cx$gMgq^WRis>?gyK3{qIk9QF$kf^A=j
zNr!u?L?LE=3DM22V!OFAZMQz`bsBU78XFoO+_-s@FM#aK85t-Px(Dah3GgU2)pCpQ
zZ!-0fANZ}(x5aGI;Z%o9bW}`tvPNnhLVpQ)D`;Ox>$`OHB_{Aq-r7~TF!`+R<kE>&
z73b#lEy9BABiE(+?b9>grzEysY`aTrCX%`8vJV%1=)!);^0@oiO6+rkNo{0+(=S72
z-Z7w3g}7O(*tf%Hs4<UwuKV0G;Vqm&D+?&soK+I}-LfWauGYb0SB&~s6W4fl#R%<7
z-W7wQ6Hhy;sT%8LV{XMyADgxrnIkMf&4ndYc)A$&ycFyIS|hQ&J(*~}#Yj=++}7Sr
z-_}nrR#ryg?A(iOYj<2ND6B1a9ebg@>4&^tvi&e+S5}oj%j)t=Rw61*!<Uj(JGlmu
zzB~c}VrbThOfmZmzx+w<@u^yA6%GdV>3~&V9IR7-Lb<s8{;B0uhq_@0Hq!^PpL62r
zAI-;cXQ_?@!!G4SEIjP(@;Ai|oM$GV^XW`Vda?b2jZSXXHB)yP&5@UvqnS;uV;kb&
z>7|Ejcct9X(`)0sWg!>${>NraL%}<5>ntyzbnmG-lglby#Jv?DBuOCmltTqF9~Tkr
zdH=3(R56>AV!`9_v)@;D#p7a79}ifC?~2!Gm-2pU)=z{m?Ug;${JG8hMRg}yU7b0B
zBESSSwAopd%aGT)ZByOwpt6Rb(fVD<-*uIvt<Xe$#jKyI4b23~P=W2}Tn`3evUTat
z1#FDLwVq~o3tVf9)Iukp4K}K?4o7gbw=cTl>zUg?>pua0ueL&R<qWwj_PY}CSL?z;
zXONdyf|1?W%zB+g6LKLy!(lu$A-(yP;f}(%=DoXg-BKX@GN#A=x<tiJ5K=C?A?2M9
zToy0Z`5;tEvikuW4fUgD3++&WE@n6yZE*U~;06csoW!D!V)e|nHc0Y%24<XUlaq<u
z5=`kP$O)Hiv>bZJtcfs>rqWrPk1rH(@bpZ8S=@5?YU&poZ`vkObd&grQUBAG74qtB
ztJY8s8UdbjxM)0@aqtZ{$i*uB*6DcO+DLe7RY`cZ$VC@H%=UuU^YNu|jhHfqbgS@e
zJZ`*Lqs&Q2&B!P_%Ojl22)VQ^!13Wx$}Ef>ApMWxi;q|Nm=l(>J(QjhH(gv+0NX4t
z-Bd;AKN$X|)64%rcn9gP+}k8S>^S3~N`5HwJ_}gppoMm)Kv((@I;pggdTfp{&hd&Z
zXyV7W-Zxejz7jw-2q*aGB+o2=!5kXoS>Tm8Pa?6?-iB~?Tp6;IT`@y4Z+<lo8WQOe
zAHt936ylr62`d^+PUB$c7h61tEmB+M)00nuo{rDmtC>NPm(+xp8>_CKh8YZ8pQgPS
z=vZ#+AVmnbd=OQvN{B7d?Ua%<d3+MYfB=K~YQU=Z3=TKm4)r5!Ee1_O&wjYCsJMa|
zu(xTqM+MH|h8X)nNCu|siF}pCt`&j}Dc;kp$P3|d_Q_KXycb8G?8I?*sW@K*8I(>=
zj@xQUzZ7qdpYOVG)FP&TC(uMym$&QH#I9QmA_PPsN!$Vg>cp0%p`qc32es}CIs^f~
zr3acnd)$-S#Kw$sBBlJIA6GezAD4>=G3}@sWs4t9G<tf;0rn~=-Vx&y?}+sSKLNo$
zIGdHaI0YiJEM4qvwH+_(+Zc}9zW<7VBBUnDrvo@<uQ{6S?Y&_X7XaRvIS!lI7_+I(
ztZKwW_=L)ZKOg_miKf<FcSt*IKtU1U;bAu&kCVmL-6IB%SXGs}D-+%3BDPAZEzfjn
zCNcjjS<QAa*lL5QU!g{RZ!<ItEl)9%2K;V)$ef^{P6AHSm|aeX-kL|(;})OjocbWG
zok{p+j#tA}7I|YlMh_TOu!$h1xs~wb@|#@m^kw_yR(yLh6Q6c6Ue|6qiKcWmOCzmY
zFUe&(vmpK=M>uEAOp=^BYG$>tHXE;r-$HVgSob&t$Yhjv9#^%Q=70voZSJ74Q|J{m
zVJzho*$3&nx5L6mx8k-tk}=kg$M=k6poL2&Y_}#7T14~=4Efaz!D*XbWi&Na&&)M-
z#sy^UV0(LC+_-T;hu<Q~xTzII9>nN3j4R`E@RH5a#nD_WcQDnr6Lj#(av5mv?_aTR
zhps>Wjk2(-e)U~$CT)!FX}13E-@A6}_Wil^Pq3p2Y<?))?MLYBrpIY6CvHyX)pP+;
zvP|t#nnr5ffZq2hS4L(CwDyx;5)26OH52X?49wg(0K^u1e@#L+lj99fOc@UK#*JvP
z%(GAQEOVxo_$L}diDv9fn4S8bgj|o~UivQ8<~kVzY^AkAYUUSf>fR<IXtz3ASnE(o
zCbNQ*Ra8{G`vL0+Z?_nTgnPMN`9X{Wk-a!rTE)R!H`K3)u8@Rue2fc{Qxv1@$6;G9
zE_Swe!`fTr45SKYB=j=UHboo0Vs?-c+c?nPvrsk{Uo4KoN5sa*ryt4-9-ivuztBj{
zIj~|?lJ?%h5u^^a?mM7ft`6mB)6g};uXgn`G(FVbY((Bje#(EBxK-Ot`@_Z=s6g)e
zQsd%|q6>VKEWUQzsUvQiFgNJz6m1iOCE)l3>h(iz-^Ut1(0Uw6^-b;mGn2MY;`cms
z6n`V1XHT8HE)c-+g=4GTmf9(!$g%n+27l(%pdN?7=BSKZ<D;joj})2HKS<Ri85f`Y
z@sy;@BkY=dq&`o*{>0`^@U^S+4|%)w4YQ)`#h503<FOia;^alU@OI<G&{!%P)82%I
zrSV9cNyhh^Z=KoAnDQU2tfp;67`@gAwIOlDy?lz*MKrp3hBpem-a>ya%xM*1;5mIP
zbZWZZ^cj`BVe)ydw{BO>kBnZ$d5sQ;f5B9XyGzpkG{w3sXIV<nv#>0MhBZJn*`dbM
z7Cmz+KbzF~x9#Gj@cc}V>Ud*{=7pQ$FSA^sVA<RXo$`B;n&|$<22w}COQ$MI7g|y>
z$H~IRd+yN|JbgTh$G}dF59um6fWgJB<tci$a<$*?#BDFzhKnh5hp}4c7C(`B<>XB|
zB)PXk{uZ0r$6*dys~7he$wgB~=>-huWn{-{s8`nt()o76v~JHQ)93MP1&%c-UT(op
z2pFv4$jLoda2ymqr39<133oq3eelDmgls~kWuwfuq;n@Dc6I`_pQHTmc69$pSn@p9
zxK$!{<f=U@4QsIo!({RsoA%pa5!c(qY<uh8`_A=A#~rFrGjv6c?Ckh5NtnUdjAvbD
zjGMRny2rRU<Q$n;%TaauUFs=1sQ7*}<;8CvdPCH!WJq=2XouF@f-hh`5Xf;KMxiT=
zLeF8e5xnv&fv_H(qp#oYm7<rJ%_4?5BESS**m~Af=p^aKoR32YobIaVR>s7TEBbTz
zt@qJFdUD;0g{iYCT63Hv7SU4j&@k5-l?@K|mTfqkVP{DF(PdZZr0q~jI$_%;zRRET
z7Vq3rc<n0KVoWlN9kBFzFf&UjLCGLzU54zi*dDv@!%}|e5=Rr>r9kI(n*UR!+PZTi
z($YM>zGEDmArv?0a7EkVtMe9J4_OBZ%SP;)MM~vQl_r$5A5<IEo`3B0VjY>{!apkY
zBQ5Uy&LbPKjn9KgLFYv*E@AUxKpTJT@ZL=fZY*X|!?V_4VpBkn6BygR=DHH9o=;eY
ze&6<Ddi<rt;W5fLf6lO$s^aFklQlt1u+FAyDI8<tc~@axqtP^XF6vStIx#$uPfz_h
zg*v;9U~FL#?(V{C^N4v)63M{zh6erh9iH<i*)B5S&9888@-_yLxGnGBaq+p?l-DVS
z({@fn_pm|Yq=<#&7Sh^%LSnP-bCy@79b}_pCoeAjc_;fuI$Zw(C3&maxl?4Vug;M+
z-16sLv+SGGh~SJHAG3%yj^s&f<CZg))|a`0<@#-a`VoO6`|KTXE62j85V^3l6-9!z
zU2Wyhx(xR!-t(IZ%?|{Z46Z$7+-y+Smq`R}-EhLIV5$%qoSlDroIlz4f!<*wXOY-$
z;4F=Lp%AzB{VnmIYXW$k0u0WOO@GfU9CxM->3Ks!bP3Icbv@eFiY~%Z<CCmYkjK2o
zkL44r;uP_ppOKP3rKBb&*Y&vb_|~T$E%V8OS|4k|Hk+#R1n-hZRmijG&87NVfU7A(
zc{~Y5G&6Qn&k%A<MubUmR^|(IWI^1HB)2lQ-^ZyeZrclY+Ib<JYAvR0@^ylo?z@{~
z)eEb_P$ZBF-)VWM+LJ2TA4BCMktQ7l26AUOa+619RE@|!+^=#CYQ%<byU>O_;L^Ix
z%wXH$b<IEI+|BJ8LKtaW6W;q=Tk5%BmxwlHrWNlM4vP8kUUc?dSCujX&VH4Emzd+E
zhw$v*4Rh;qVao!a8j6H`Lf^B%`YzO7nvq=m^R&E4Ye|gI?a!4vTYTTUl3!>=9qSwF
zkkpELew=(F?J?wIMOtre(+ic82os^xymXyfarjo-aBgFtA>FjXZVb=Q-(&=Dpr@fp
zNk*cEM@VMYhe@7jEs4_mTWDC}hqcb1c^DKrHQQbf-Tr3j{$r9*^28I!Xe~MM)2->v
z8yqr7CX|NeozSi8R+r%TZcUq!U|FKr+N`&X0)44txLl1RoD7(uNlW3OK^rb(i?8dA
zrZN=?MgVDS!^MI9DYKA0Kg3nLp_8dfPdaV7wT4jYns8s$bOswn%5Lq<pL4y&=1e6E
zcNnj#9IL3=zrUxYp&59D_t%2yvH<!#l_!RQXjf!|IG)?%rHMggvS%P;yQEhClzRTW
zJQ=2+)ym>~m+&EoTVeBH>HYC=XzbdW6k|*aU6Z_C^80on8ztdeHt?(UQ0~RG@qmCC
zho$?nM@JzQWGx$Ag*TcPSngA*L+3NZncd5|^6hfIHHM2kH^zaik|<ZAHNIw{U4(x=
z+5A;aJENDdK>kDNp-;JZjiY1e)Vy*+A#6Q8TXC^`F{nl{mO(f2f@J08y_=l`IRu&(
z_<|GB<yyJ+o@BgK?Uhm8@TmbSO6O&HmJ)<%=5Yw*!bN5Vwdq`gur<rAr<f@hPUIQc
zW254$Z1RNH??=SS9;~cgA8Jpmp2C5bE7yla@Hst|?!GXaUL9e#!@>2W(2%Vye~LUz
zsgyYs(bq*Q8}L*q4{2#syM+*An5@HZwZ}ak=Tq0}OM#)5h3%G`h2SUL-tPt8&zE2!
z(wep$eSPp3vnIY@3)tG)Ie4kwQ;;^O>n1CiX5O)(W>Zm5vDm2zlNfwb7tLR#el5Wf
zCp<Edc$JJ%3?82-3jj&&i2IVdN}Ys(?=~eRNSAQ)Nd>lxg^1ioGS@$E1c_a%GP=&4
zd*j({hnFWaQ=6uMYo(ssdBk!o!MAkXakVhNM~5F$6qa4;RAf%G0nd16zOwZIK)fsy
z)@h7lb$cY-He3|`&PaIin~mVjv0JNh(8q1R9}Qc3rbK5!4mD2m4ZlI_!gbrg*C_=*
z8~2zK{o&LGM{*t1WoC<Qd`U4PArUu_m~~UJM`ttj;igzUy|d?4;7P<Jx-wLTGc1O$
z$Rk(PD7iFmr|A^|z2)OY-oHyYZ>0UcHD%;9=euLaKY$2sLrXZ3e?~%i<Pqs4qV9WH
zOx+hVn0`KpaCZ<)XuIg?7F!f*)|ix9*9`Ah#XZi{D0l#zKjr&K%?3N{j$V}|E3EKE
zrAg+JbRy4)WrPbdP+gVnb!A8?z<r*o?lyCD=7t3Rk<3<{-8O6Q%@eVYUr#5o6MAI5
zNc5DGNsk|5N0SHBvas-w>J5lvot8Oe2hV1$ckr>NA#Tmj#|VF<j}}pvx%8=;7{I?p
zkdRbC`3dw#Ak4{pnVtUqW_kHH3bXS&9>wS0iJiXtnqXshdF*H1Z^rjed3=7+fnkTp
zM%XSlN8-n?$!)3VxRxc}F^E`m+;y^cvyw+*t>Pw)q$}}Ba(wf(^w(S&!o5aIzq^W9
z))q7%H4?2bCA0o0`F1Blm2Gex;7c9qV@cuG+grGCq(&*%*>@DA4?KrUk;j8C>?O*q
zbEYQkV9_y)0W^Rob%))Y>C2TK9&hBEZ4u##J;Xu(*kjaJp`UZ8J0(`iYl$w<>IW$_
zm>Q~LZ5}mF4+RcvBeDE25dJ&$LnuPcfQ%_8Kd4{AV6M7S8$?#KvV<aC7~lDm5$;u&
z^T7V3DV#HMD<%*>>Y5j?3GrZes!s|#Y!D)FjDiJ6J`uR^&8A3<sE_GZ7n#WcoA7;d
z=io?*omWlBR`eMvA117k5k!~l#&CrAsr2kV9bwUm6UPjWxIYk_GGC^MFA<*IvippF
zU)pALFNEU63(OAAm@tX_1d`el_^aoY_RH3o+O3;}`47JRRhDL0BnxifG&iY~%zYmx
z7M91Vokf!mW@b7TE8JU3m>z3qSn+SacLEe;)RHas-8svM#r3IH!;ucxQ7JmR<)E3(
zX~lWYEz&$Z2794=C8W)z`NXlLHmslig`);X4)ZvP-><^G>Zjv`bzl$I@5lYAiSO@(
zFWM=g1k9TH$UfHjam~z|sGDrwEPT-?Po$aZ!UJamt@=ozG2{}Trwa!X?z$qIf)#0H
zHVtIZ1ef*qUK9}^fH$}JiU_7=3S+?(XBuHMwK3VB@5&V2Ee{z+0cs_N#24g+1(5FM
zfF&0*rt6j?Pcgk=N!(82wDIpQoT`_YSOoYlyv9Y~GG$me0TsLfHSpM0W*_6=P$pmo
zW2bnpnv-66fMIH49A2AUxKme|=Ke$G(yfvvsKxKj(Zb6d(TQ`3OsX5KYOxN`3l}ky
z-;$O*<P@Ai)qa)rOh!AF%*rv2`--4d@`S|pyEWHo&(b4}zb{W1<EzNoZt2N%1x~M7
zL{o2?7otxGGdM_$0ko`9RZl8&2DTnll$b9PPkg;v5T@2?G4hA{?7%Kk>#45(*RRjF
z`qvN<1U}ho#D~LgU5FOqot>nCiHE-(jTWp@$F;^i20yt7Qh&=97)GskJRDH;w|5fb
z_#f5)QXb1vcblS+{DYv)t?pB-Lv9&G6Lj*3jcYXsgcq_zVW$u=+tI4?z~8Y{3uJUe
z<FVJAE0yH%x!gw2aO$kociGPcMfsQVkfqu(ZR_@$WgSL#&(1!2O?Zkq!KLlhFLg$j
z=7a56Q#K2Wuz9~4tqby;yL(lm59$~?Zqa5er*b%Zir!VJTQO!CJLf%8B78Ji@%`|!
zoJ$<3tE4BIbz_@n+oc}MgtMBPdbEn)?6wVe_Jp^(iqF#qGj70c?!;a-U!hGzWn^`2
z%QDsX?i5e}WUvA5okw?_ei*2>f6Kgn2Y2Tx4o$xJIBqx}eKdskVf*cQ&cl#*B4GDj
zhe5awKPG3szc4)~r!CnRqA#bY7&HV%hL%A$pXA;hA0Oujw-?FGEew~UZ=6z7pB!5+
zCPf9DxTzBvYQYd!in<G^Oo2#jo^|{65?J<7$%L{{MnmLsti#L4jqwbG%4=H39~cg}
zAd&?#o9zfYgjK&l+NK!7D3d{cHnpxYc4rnjvyQ_yK9Y9hjozwa($sy~b9&zK1}MAC
zp#-7+V-(b)c#W=O$z@Bp;{I%A+qsW7FMAyg5{nG2Tm^iL`B+lxR-B?CgQ%tEx{W?<
ztF@4g?TvIScj;@!702H9^Dc_7UE{dJ0Er7c&h%q(3)?z_tdzNxI$byfHx?Lrw;T#t
zvT?mhJuFy=Lx*f(J?>$UOe0C+%<br!SiFml>r+Az3f$v*G*ctzN}}+)zFvttq>zQr
zKS(8>9jSQI(Aa1*ofICpbw%k|whyC7SYecH$ORFLr|V9rKm$UL7r6;QpLfgj@HTZ_
z+HxVA^@Xv(_P)p@-=C@xPNyvO)lRY2S*!WxBoA6A-jNG8OuJ%|yT~^B1U7V;S+H$H
zp_s2%k;ZYDPj!iPt<>|{^S4!1je*~CfZFlX?UbT8ZOZO0_?SDBirq%s0~bQI$Yh&-
zIGye9uU2T8d1H=DHa9+2ovt5$$Xbjck&+94S*aH^@k(iMzMGpzORij3xi>b`K>r%E
zh=CrhB5S>M@_E+!F)>f|EO!?!k=Je5`xq>5EzjXY^5&Z9M-|N)`%E}Xor<YMi{;y+
zx+X-Gu94y1oWAJ#kk<?;Hj6a|^as4s0iWDR$;&J*AcPILa)CUzbCzqBR$*P|=iJ9M
zQiv#L??Z#D1&1JJKa&&-`c~PhH-f}N7X1yp%n<To{ZV<^l%-eO6)!tH1Bw~Iv*~d;
zee0ReW=m<!dKQ`7r15Z~!VR!)ACO_)nbG8R3^XdA4Z?Yiw3fG6;uLwBamaHg5$U-Z
zOT2N9I#;_J)#<{rKkI*E@fsAjYSAz=N7vtKudiMbYWEq#&sr?Mx~Xf|ih9V}8@lL7
znyr0&XXx`-3Htp2+UV-}L4-Q1%hGupi5>qW+*KLD4BvG1w3(7wR>nKg{w#_*;AsMT
z&jkR!80fNv$=KFn&@I;{GQ#-20ccRvUm`HL9{YPl!;%-^E_Mtc1-oe#?*#0e5Fq<N
zYGcbz<bfvXf#!WT@{kfJ$}5yaZbg0bv8CyJTDJ75&aRp7P}j~*cQxkHALX(|_MfWd
z2{JJO{ZM5y@<T#mG~xb2{4Z>0(s3J;Hd9>4kjV$EhBnjpvPm<7EF8BKYUka(Q><p6
zVx|Y27|qTI6*(*QohB(UBd-luXt4Q?HMkbH6FY_xXAZp!jk|IaA&WgtmS4a&)X!mM
zp(OJtc-z2$Ju6c+HA?{`S&vz+ucFLQ&SGwc$qBsHYh2mcdU~8x=?^3QCB!9_FbUA;
zs~9EL69d=#x{?dCbZ+)K>A6(C@4x1(+?r;N@e&r6F~6`@_?5kHv&3`A9_4xJwDzS>
zBg<5&c8}&iLY`#)-f5*zQ%f7=`0V?GrP=^Qdoft?ynAuT7F1dH#Gzs_&^O^_2=`S#
z*2RJ=#HtL4dw=w&KW_Eja@nScZ|vvVZ^kL*lXBteLwa`O!c(}6oIGIEK_k0RdXV_%
zkt{Hfbp~7|s^y$LJJCnubGM15!$mNeg#47zr9ENuKoB!<+$Hs{D<O^kWj2wf1Hx^Z
zelo;$)4JJl;Wx^-LP?;PB<Df#7kuC51u!9&%aT6*$E{d!$mD?`oc(1QR(oa!R(qqT
z&TsqsalJ+MXSpc_&P-ezotU-ItE+5w|Dj9seYIiF>vSEWe}H(y@cv{loBNA&q5noY
zeqGuRVbSN$x-Eam)=n$NIZGrum)+Wv;j!hcq)*gwE7_tAzHyJU@02&o>fe4VTY-54
zJ;@doJEv4-x_evj7kV%Zh+dyxJEW6ciURh(x8j)g9UFhPD3fq;xXbY}fI=_3wAOn#
z*l(#fT!A6oP%NiI#c%^wFJHX)l6D2sd(N+>qrIIMlLNM)A9epNiv4hI6)*2w!B<Lj
zEj**?(9RVu0fSOx|MAS)*INOIJj>BP1Y0}%j{0}Y5P@%&A%**5H3G48QCryU*R!AU
z`;S|fEnTeQ=)T;BZNomxokGqJ*Zv{Y<X?o^SqevXgsSTrD@#Lilk)PE!R~k(oQ9N?
zdosA0N?E#MjAe7PqsyW=iT+Hn;RQ<L78o|zwc!G-v^3WBsBAfTgTRu8WezD48nXP&
z(jv^tbzLfy&q@C=%3|wNr-m8QQXn{ogoPD1r`EbxI(T~OA3MyR1%GT;e@>R{Ly^rb
z*jue%UTMz?Y;FQ<uGKFv5P(CkS&aU5MTg%1Mlj_n^pqKNlBhOuuI+W9e)|V1R3Pk>
zNx5bQ7fa6!Ipqx+JPbs09d&<v`z4Ge*5GZ`Qs@VN7h1h?oQItL+aZFk3sRWLsjlm3
z#q?e(ZfpqPDJ0j7X=xU~{22d=?+<V<)+=7*8~;P+%%!)#h=<Vw=^9OU3cHI;mHOsM
zN_6dmhC^p*enTGDkR=4vTP*LK&0eLg{};05Izp&h1aMwas%Dn7<|)l|;nN}Tv?Ay4
z?6d;tq9|{zE%QRMiP#p?Y_>u#w}FfP?@P}I(hnEBS<M;fDj!w=!S{?yfPBhfoS13!
zZfuHOa$Z5#9TNaFMKg|j4Yn8s#osXjBw}FsZNqC~sYis%J;exH_nXf24!wfWTBJTS
zS|`?jg;^Uaf$&^RX-aHEJsGV4xn|PH1U)S6yK8@={2ww<1kyM9k<989r#V+SPa(N!
z%`WZ-A4+4zv7&kk`R1AK9Iwl2I&>PIo<)bFiO(H)8vKg5aVL<%)FcmaL{OuqGo7a-
zo<g%!1C&X5JZ`t1fZta9moC6FJGYq#bpW1ImO&AoG0e<vvhF>YRKYy35_zg6I_+qX
z#6;g&r7tC#%S_JIos~sDn<63!3sUyvsPUJ{T+C;`uOt_+Z>^(51-@_=r#q8ezY$;K
zXVansGw$j}VoDAo)n6KU9CDA^`PjAn8W?qNWu;H&Fhd5&OT0s{t{B)9s3(m0K0FJh
zAbq(efN9#W9}s<U^r`59H7Ei_Mzt?8XdH(KSS-6`0ffAY2z>8on?6~fwvq6NR!WM8
z<Paq&jZ5`?^s>Q&WG+GXT0<73A|w)a(6;T36th@pD#mq7fNXo13?Ub}LJE!V)09V!
zQ<cH6WlsPJBr>cKX}={~abS=`G_B2-FBKjiy=wk;G-UCCBn0wK0(czvny^z$j6>-7
zB2aS3mEGP=1-Jjx@0fF^6hN0D(Y>0OZ8%FM@k>i>lXCQQqP$hz`B7#nt$D2z*2xhn
zfHb}A3lJFFDTS2QfNKcsUE}fYHHfCur`{`e1BW@dluPs4F+8P>lkFcQ2+M6x>h4hM
zUUz-c`vkTK3R_UP7vs<=J8^{HpC3P?AD_Dd_)~i^J+^g=^fsilasTXKQb9Z~1oESX
z(UkZ*kOH2m`pOmmP23|HbeL3kTG0iiap8vRM6+*z8g2(#a+#|#_h+d+(cq_=J_ava
z9de5*5~5*cAxFgw<Y|dz7c@`@G|<q6(4I&wf<G8$kz=3^+<S!2#}oStpnxOp0eUpg
zS(WF@tF7B;!s~Q2J)MuxCc9e?(S105QwMG(Fr@eiaI9Ca1Y5d$)6`)A3!M(I(1s{3
z1QM~_3!XLs4*wIKoxM7D9#;xkU5J)Yd}GxT?AmvGqoL8@0=1myGnjGM!wCX9n6?~L
zZ3a0BdC^=ba809@j^9yC?f(7d;S{8Xt37~D(-xw$fP>3`EAJgYA2jV7^V=$Q;|VVV
znJc#8JfJ11y4=)$KOD{@uS`c5A|#kv{qs{(<;SMVL#y)xX)pplieJUi_C49Wy{YG)
zV#0c*AI7mX;`d(M&~D>(bII}<51wesGy4~Vus%)ReY_2@@lDklRtaMm?Wl@&8N2bP
zhasd@pzqND+MbfCp}*%D5_^EEi}i{?lx6MdUfSU=KtRP!LEY$K4i&9*(EbT-ah#ci
zgY9@X2pE8=p>aF@;1jlH!eY>g4+nRGY6nH^ZV4BZNkBqL=I24%SK-eM*4=J3dqY$2
zH%m2p8_#Uef)bw0LfoF6g{prxC``!A^!@tv<)=*f#UWiVTp*4>xHyz8iA_J7Q=Oe`
z+OC#ec;vyIHx(!M<L|AVdiWXqxOxZDv2ZZS{}dNA>-$L49fkcC@3r9~AOEHW%0JWA
zB)I?!4NCRw$3Q%zZGsi&`U5%Dt_2E^;;J!#zwRAhjshpUF8R#sChF)VUQqafG%q;H
zT@mmcTb}MNfX;X$KzIRTO9Y*Ty#}Wj6_=Xb#!^Pp2;Y<UCs9f6wB>FqZLTCk(p$$$
z{np6rsORYyIQs;C>iFAClJB1U4TP{wqI;I~7$3MBAJGW8X8Ng2=eSwPeJR<Y9K;99
zWVAy%AiR+s+=hepUPI-!1x*?^<W!#s^jbtyHZ2@|=#Sq&Wxja@;sx3b)>eK9`#eL$
z)ybBcxQtI0tH>qaHBdOBjyCKA!$Z7aK|!QT<IN|j*R6U_pbiY^_U+E@pwI25LmUCw
zN2uXq8|pNGv5oG>e0Xq@qKG_VTE-)cv$-KBqd`sZm%Ck{+S}W>l(mJ%ho5oTXyjq0
zK*-Uu3Yy0fTOEga4fW?g?!yU)`X?fW!nut5;SA*T*h6l&(wS|-#kSyVXL&lhT%Z7=
z$e=)D*U*Vs)jJNt49u$<w7%Q`)#;v<AP^<NJx{1R-G19<4v9`rgn{-Qw^JzP<69qV
z;8&SxIzU`@gZOMTKEa`(lSwSCmXmH-(f;Z3Z)}txpCGHNtGzmh-EK@xPq)#VmvUor
zSmeS|OG^imecd`h>#b}n(>%>&_N#vo1(*=TY*jVW%}jkK_DDg?N}(icfA9+m6NOEU
z=@WY?E_uJq4yW}qm?t8`exY3v67J^ykM6-t22pYwSu7f4fz<u3aU&Vr)$i~4YWSN6
zzbeV+FmD-~brYzv`EoX|xXii~(~p5I?0aO!!#Bq5w+SeT$JSWgnDu(aj-3@=9_HZu
zAi$E~MGm3xEQD@+&Bn?10V1xKK7nD5>e^yZF+aocOI9oUzLVhmCx6u&+>qLJ3CWgf
z#n_Jc?16+jIW7Yy|E2V-AJLBdb?Pd&F^m88K+bVWN_t<GfB$r6SBWqK7(478rGC3D
zY`17|^JcQUKz3)vP#G;#;>_mkZP0x+Sl?kQT>M2O?$u7_DCb%X)QcfHmo?L!+EV@F
zFGsv_^G%0e(9Ny3{KG+hih<G#9QuPl`^{%7<OMivr<7_@A6;fMK@_O#)5uV9SY_o5
z3qp-jbO&?v2A0Xl$RdSp;PRcnLgUU}Xh^E97Ji-i*=$0Iookwdc*gglw;ffT*YbLA
z9>6>VV!StSxn#0wi|L5hGE=>BuKtB9aKmV<i@I`F2~Xp}er-S_boOPdsfXep%a)fb
z7~TkL!<YYf+&pN9d?2wBe?$G(qv{|Wd!GI=zXiqA-R8P&9%5{mj|BNC24VjmG--3S
z|9E^|#vXOJ@MW)dr8G5F&0pn{?(h3BH62RpSAXKzILQ8~U)ADE{4T)LmBCDD<AIzk
zPC#B6g+=d<_qC-gFxsH5J4D$W7Z)IRa9bFp;_6=C_LLIQ&%j(@#$|#wBKTgz{76iU
z@4UpP*!kv=tDxOo16PHY;Dsr{W3YyHP_8Oqa;~o}yBNYE3|qbil4jF7&A#a&kh;BH
z+>(cUz?5yO5UU1u7V!3=!QOxZ1HY25uY$pty+%ZYH;cuoo+WZi0<Q}AkAKjCg&=No
zd(TF?0QqBsLW6%z?(3%dBMl97*-ER(Z9k`)nkQ)oDFg!P-Sh5+qWzh_Z~2n%VA8!1
z_U??fIdgoOKg3-2mw?gUj~Kw4imK<t7FM{K(p<$Mgk11d`K?ASlUnFbC~4If#D!m9
z|Gc+rVj&fryXE8uT2I44ORr>?;bmL(Uy5`)2}a~@hsSVR^PGnysg4{zq^hbKvq*F4
zK4^%a8FYx^J#0|<X=1w_rULSFpN@~ocL48y3DG~LlpxRwGKNt=+y;7!tx`A<bGep5
zWeeX<Yvw%nkf%HZSsGp^=btWf#1<e(L6V;s!a0XJuUFZI|B^>La1pzG*_U|hnBBwt
zOnI#7zzZ1dl6*vhJ-PU&5Q&ZR2)RELepDQ>dz0Ba9a*Gv;RU~59Zz4X8<&)R`RmU+
zd(KVn14<HrkbOFySJ^fjID9dtd5AyaMPqkc4`ksTm|9h1&eaMnzDEIl{L&=Vp0|l!
zY3okG7{%rw{4Go3Tx7tg1!T;F!|muHqBLVrQ84H`0(o*a2*oETD2T~PNVu}G;}XUG
z`ylAx>~b#dKw6*cKXSE*!x_W{_4q#{-hn!a>6B)+g$ZOeCAZCw+{YH)VlZa&z?K7g
z2k1aqY1Y=IhLF1l`cw~6o30Qu`=8VBFFWO6wx4at0ZA*E6Ed@j>{5XY@oRmTgmzP>
zo9x~GzB$gzX@|VJetD?d*j~h644#@UK)n4tQr42OtMlDu?~hMJzxmgIKV$<_XUw?+
zeL$Wb+U3X<%)6yS2%uAQf7a>V-VD)i>bi!ollM0oqo3^Zh21|7*^4B*yQyEhFy}(p
zZC~thW8y#F3*5!%pJ1-!N0e4cCkCXbgQMc`{#pe2O2<3EGZOcYcf{Tvas7MLcb-#^
z0l))*oWEFb&s%~P0LFveAc#hq6tJ@a%y0X2ez_Fn#-&{nZFdi}F?)5s395GMn8QvU
zTnF;Sdr!Q}pirdLEg!(}T)hv<QA$m16WAZvc<?Q5Vpme;)(aCdkd}MVMeSX5zs~e7
z!fkNZ4s}^z@SKc(?MK`T)c=y0HrRFZ>%J}{9-%AV>Grwa$!5fK$<1S@JKbHRy*?MQ
zZIGqSkRxoK*?5GtWOhh*QkLkugg)@Im;06Ja)T&N0B*^`!eSc^xpcarp~1SIB|MrK
z`TJAN^eK+)v7Lea!RC^SZsBH?2<vJcc5QYNLC(QL!?f(rZH5@iN<CvMy_(*Y81mU7
z7#denqzPUB?xbVU@<CLM^eN92@?YRZZOJmR;d<fIr)If?Lv?{5L{!z)`*n^nG@Lkc
z8;p&JJA(kcy(x_m0Q{{5WFmlseAjYugBJ%^t<!D4!u0c9^>1aNprW6MKa_m!*4>>p
znxY8NM%BZ0{F{FwqkoQq#l0fSZGcFPh-DyPf*V5UKZ?Nc<>F2y(f9xYUN*A?yWvk_
zkka2f6t9XC%O-wCR&)M|(6s{-UDw`+m(yzMCiujl>-pBk3a#fgOH@u@bX56Gd<Uk6
zQjoEkC%2tJAp6oQZ+Ib(jh=MIsXOj|)>HpNEr{&kWT#H=dFbfxyhbl8M}v%O=L;L_
zmh!*<QOebl8k`rjzLLNfWjizOt|KJY+ISq1Z`iKDC`?g5ZGUhkH`so5bOXayhjz`I
zcCVv+xk_(wph!V&0!9YypsT@i_)P{wdwO7u|BMxRY3dH+#z}{HtoIanQ|E7RaH>np
zyDM}%d=B(d^0}PZMt4Bv^5^mkG+COT+YH^lpg1)lYdd~ZiT}B)>|FtgTsf&Hx`zAD
zU;=2))P52odB|5LqTtBF@As}ItgWqC26c9HTxU4buR<|!#dhpoUq4;^y9PQsA{hWJ
z?cq(oagLkK&uoVBri<62x$Gkvh|8TWwjEqrTs9SwaO3?)^155wfahxLI(I@_DtNqz
z047JsYGNUo=DaVXc=Xy=u)`&jxZ_7Cqqcvoyg$(~s{d8yuw%11eDU`uz>x;JgdwDf
zgnv^w9l&zf?!z8W`G+b!`BEb66>5jpQ7mMq5-`ntb}RNfc-^P@>tVkZ)Vr7@`6efK
z+rXkFnn7*E)YWeCGw|XbkdTax9KD9@aGwW%X&n;2hcOq<w%^Y5X!w|RLoaCC3^~Z+
zzg(wa)cNbg(R*}NNpb`g)W|?{&vEN1A8)8Zg89>X66hE_PvXWx-k?{fz%Bhhpr_*K
z9-tqsZn$A^>KNrmZf01GU60(B;&mRHLXg?6xLcOx6W;zw8tQ#%-t`Qx7`2{i5t8)`
zDkP1to3|(&WV!k$ly%Fyb%*#2%nN5Zctej)epxX{))ne70PtSsum_8~e)W-N*V8|_
zk!nVyW$bFNe+cGC1oJZ4m_O2h#a>A#c_`=WHVar6oK;vKoNM*29x&^{q3yPdw@Q*3
zH(Z}oKQy4F_h%)Z>CI)MKeAZ#-o1WGmmapO%vo&4^MoOrw1d$R<^{eaf68Zqr<qTI
z^Gd$)hS}85VHF)6iQluo{uEp_)a&<uan(!Dz0RZ{EiZklXo@K2s2!zh<tzkQlB)H!
z;jfHU@nm1)S8N4$l%80uy`nv2)be%wnB1gVA4tWnJcZx>NSkh_Z#_5yIa+s%6d?zB
zcT_x1F<xoPALXX<TsH7?*-bg9LW^`~3#qwK0q3W8-~Zj(eti6f^HICs3=ER8N|zph
zEx&#mk^A~avn;1y;9LSIUWoYcX!r_}GXiP=qm``uM~6=++SSa{<lJqxn`fq!sYN(G
z;->x5RW+L?5AJ$~R8;RTl{iwHJ<SveGUKSzGmpHPUu2_2dbggt4oNmX$KIHCy5)bd
z_0@4rw$a}xwt_wiq99<=Dc$ghA`QamR2Vh78x#SH?olFabd7E?Kw3tOMx_}8iGd6T
z?=|9ie{bv$KM&8~zOVaS=Q`(mz9;UakHB~@amz-Rf3$$dccy{D*yFwZ#B_AI+fHj)
zSN;4zU0i|1c86^>c2SIa8|OEwHNCZ9faxFpf6v;95<aCQU#ZiUUF}8>PMfbTITPKc
z?i#@UVp|^PrE1y3{<FKEj7|ck!o$Yex;LK7pnqbbXmiuOqP#o@h0@T>R@G8b3DYhz
z%pJ(r$wwkvmNi(qaxscVgXL9K`873qV5E_bj!weJ=qQr{7~YpxP|y!b=m&;|=HFmA
z$;jHihTl@~8U0kC$M>@NmbRuYoV&Pp-;0=IEHxCj<&tp9kAQ|=1kUyNk$>8USi_Oy
zk3UIP+KnRdSWLtj=d54qs(yYAS-)g@hvpWs*otRg&Ik$#%{C0SIWJadB;aeoc&U{f
z1cIp$2eYv$_a}N68r2D9yUp~0xfyQ5(1b9brG%#412q6Sp-8UO)YK7BvQgbiOG_&N
zh#vq>W8C)swu%u_0~BGSpp@0RIWuCm`r~KkC36T&2-m+CE<e#TzR^od98Wij+*&^=
zAO8O%eh34_{)qgdTAML5p87v8wF`8gX+EC#ww55T1f)cgqabYX{h1&k+o9Wi0u>IE
zQg-9DS_W1217PBX>+i4U?S@MJMLR}XnKu;`?e=s=p3gSsaMSApy8`Wqx9)-qf_=J4
zQEE5YXapupMq0zCYz!N`@$>#*fMZ@>o`#Ey%OLh7*(dIx>+wyTc}3mNn1ZcmV<Q>r
ztZQb~F3u6hlG9<Bivbd8;2DmEzI7K8avp5?eEoVi9mSA<kkBF+*rH!$Z-mBy#)u00
zaWPPj;o!>F4CXdi52K*rm*Yk8`ner&($9br$$W+~s&lsnbEm)`rP9*TY3b>S*4mL&
zr`Wi#(4Z<j-|s#rroTV70zlG|7{m<ETxT0t8q8ix*C1JYo_tPQwchD^5^_UWt-j!z
zUyzsN@d!RLN1lgJk^K1h>qbuBs54)rx3tKC$M-X2Wr>5sX>lVJFaZexK9^X{AgF4C
z_96-i)DkvW5G5dCHUg%N$tC<uk%vNO=B4goO1;)CUII6x_L^Q*8q%T+t>Jf3lvnfj
z3ZB)P@n}JLsL8pt_87-m!~f^~SxEOURk{Wyo!Vdr3*$GX{nCN^?)?<eCjz9v;df8T
zMiGrvN!I926pD%(?rJ&Hv0O8krZ8}ZEO5M_6LQ@giAtfpp*Wu!L-dkf;W75nQLA_5
zU70(8x1?QI25~T3p<bCB4u{K>b{HzTQ>d4ts$*hOTmi#`?~RR(Ema4GYZk}V7GRhZ
zV3;C$k1^%`{{HtD8wyRD{Ko{z$$m1grZIpj(!L3)@5)e7eBEY+59-HpEdb@W-!bVA
zIDhhUuDD?Oit~vL6AI~c#|q#{m%(>`0FC|#_A_kH5Nuv<WOoP!T??@u9Hv&zpoM-I
zf*U5}Fd;!p5F;ig+1T3lFAn6llAe%GFA1R>lJQA&Zo25kd`;yRr>!0Pw6NB70l{MS
zto%g_ELMkmFv8)lCULKu!?jsdlQXqW`Z`9ZYN_|9`e*&#<5hh4aD`n~BRkZRSsbeg
ztTxc29&gGzl8igxQMdI#$G=<|5`pgT7a$Oac<IT=?5~Qa_~&r)nuUORIMISLJq=zG
zIJ^C<_Wls*Fzjf;SNwW1&*0_866Gr2U0=U)_Yh?Kb?i<$@xxp4!HK~J=NyAAp(;JD
z{{%sG1?;t~k53&uIk{D`(s`y`fziX<`tv_(VB}0zgs9$uh8bhNb3y@C8B=6g&?jq?
zZ6Xbpaz)%%1ZSs5;H#o^m)jUzZ7i=c(eT=Y^3im$V}$qmg5$A&8JotlQ+LETSN@Ab
zE|6#Nr9A6Hs#r?66O=WQM2I(xjEpMJx~6y+_CpJcO8H-_Bn#Q0@hL?}q{YTg)E^Ka
z**|B42wAF9ax^<|arv<s@&22m94*!4n?}o%XuVL4WFvN6^XaF5qc?K-ShiGWz=M5R
zP}&Wn=vS6QP2Io9HWPE8PXoXTHTJHEi=m{aT80QMX&}6<dQGnou&rdl-cdNm`KsOG
zm9ol3mHO0YH%1(B8Y(;-m5>hc@u%afWjav!wX>Mxo5(!70|{}`*Vpe(e8ZO9aXyWK
zK}<3$R_#D&+6njF+}$n8O_-e@TmuhL)3TP(edQg?#>-$P78ZSibAdJV8zG_TZ{Q4k
z50k%QHCiMazx5y1n*eq3Q}+#=c@4^*BE;g2luX5dUSOBzl#%)Qu#FvXAPbt1Eg=gi
zuP(qsyh9|l>+bPcx--setb9@*88tW`r+|I}vz!mPoNigcNs6K-q$VuAz}6jpegYzp
zw;KTE9#0a>t0(S{l2HZ2(+9&Hf=Pm!NLYqtqEOCbJ;1oMDXO$BexF^k1-Fs~m4U0*
zSkMz`N$t+9?dXIP=^2kT3wV@jmh-;p^VN-^rTl`Ni1>KPx8JVC_x!i@^>5T~ws?U`
zt!_`-#r|A9@x6s#jBH-IY>cG6$2Yo~&?OjqFI1=3)z+5V4x<YC1>HrvfXTA}{kYZP
zaeD3d*+k}2ZfU)on^2a9xUY^mQ|}a}-=o^V`lL7LK0X0+zymjnSlK72U|If~&7KCx
zo=o7cTe<Fu+|?Um(FDpTK2>V|3}NU(@}?EFa=-zkt?DW%y#s(i$bO++xxl1JYGI3v
ztU5SOJqeVWY(LBZ&b(U8`|QTzuVtX<PR6qVmRxB@MdJIrCp&iRcDJM#w;bFoeE+v&
zrw8;<pi9<;$!Tw)yrLp*H#aw^;0J+!4jf!Q>=E$rHa0fhIb{gMV=&LLAK24!cbtBQ
zpxs2h*G3{ZZa3+_<i36P?trO_jg8GIDq04>u=LDjMpd6tQ#^<(G=|dlr<{_mYnSc*
zjn-oagYSB@N45g=9+)%@`zY@>3KNHWuOeM{;w1@_0plOuMw^c8oG1zT|9Ns!3g=wh
zGYBdvCu^x&E{^>b2^xX<p#`aycMlaBql?89>wqC<=s7qXUham~wi_vD!_9DjsiQ6Q
z4!~7d<L0irmIn%h)z0s(_f*wg5*dpOPHKPYaxQMB-C-1c*`te<XYeddXXLZa&cD7P
z&*swx7=NVut%%aE&@1~ieK8^uT6#?SwxoCdy%`d<x_u%`ZvTJev5wiU2ZO27oB?m1
z#uza>@`;JB*L5B^i|*KEm>KYpmK5&=g@s{2tw-v;)?c;K>WR601*+ahnR$Zjr+~Hv
zJI5hZ=nzoBd9Hhoj0$tY)8b?>@7JFDdEn1-u55L7JlQB4Uud#FJ}-e=SJ=PgfGMam
zySKCxbULX?8=2bH4!f5+{FNjRpt7;8b^umV>li-J?*p#5e`qMt9RN=em8B9O1t5d3
zj1vpJK9c0t4*R_$H}%A~S`#|^X?P4wy_%W=^0dy1-POzg&jeHhhTwhsmhCe$gud|u
z9nvXrW9BFh1DjI*63WHJrC`ZbH<#uE?#u_YE4Q)H*r5ThZJYo-O?I2+IcI=%9XKfg
z3rb%irJVOR3exr+_HEzTSjOprUI<fplW~-R?CK+J*ne1k88FD18o?f*W(U6R;^FE#
zy?e`y1bnc{+9q`QI>mz|8IHJ{529vgEw~ISm4QMe+y{6^way)<DC$G9)lskIsHM~P
zQ13b+@pL^E2uAigE7f3R9JM8WH{*lJ<j&GJ_6xc`I~eB=N?VdUtp$Vs;j*zirXD8(
zWA~HVm!|t+cnzblurM*F->-_Qe_sG_EyZmVprS&<8fVug;3RU9Najp^7bs{>jv3h>
z&@qvmDkTlW79clLP<W%Ls2DAUnVc-%+w<>ey@j>?_Zv8bOjnb7;;&u^rlJgukrEaW
z$(fj#cpt%~Kn>b9c8Ch;;$CZ6U>F>qlsoSYh?kcadhU5?BAAHHCslbrE+K*A#wBLI
zqU`J^rMjF`W@kZ7W)dIMg3GF>;rRIYO-6%gz^g$Zkl2kHz<5{*z*kHCq$c&gAYxL#
zMQz5?;@E1GNBVy35#zg~Y><2-nzOjv0N$c~PjMo)u6~oK*Nz%a;})@eySJIgL<kM=
z8AtB{5h0~S>U0@%q{_yr^nFk-_t*pp+0#~PxxHx`nUYLTd=$eDt}QyEX;YrvZ>83D
z@C8E7M=|{13&9ah=YubDMKdH*CA|2iTt0!>BRAqAm?+mDlxc~PG%HRLyio#R%LEdV
z>%IAXDd!#?iP0}$bOD18ZxTy2b#$`Vd!(foT);q8Z5RxjwOBg~hiOP{fib$Oi<irT
zFVZZ2e8;Uw81q?a$OfjIZOTjuO&XvR8}I=)T=oP2`0sy*TxL6a5edfdjheJH2EcFM
z1HYvKCOEZY_CN+S<KFf7ZgC?mtvK$c-L<S9Fl0luc2kMF=FtF~g|>}@18Jl$*dA6Y
zG$=PqTH9_LR6P)YAv2DxzDmWVPonYZ(>o?_g<<8{ouiuA^RlI$Yspe=hK*JsS-*t0
ziktRo!QAp#{|trqc4{W|wlDnqHq#JEeOHki`?fw>*!UJL=aIVBhcGqmAJPc9{n)Vr
zy|Rsr%YLj2F6AsEn(XD-(@RU~`UVDWU^x2w2$h4|!*xbu`gXFxWb;KZB3PNQFNu4z
z8G8vw+N=MzB$fC#8e(MR*8+>#eB`4TvKb4%M#v`387A#WeACxg7p%|Akn9SyyImt5
zyd4CDIOy4~<aH9~QA1PiDBGMU$q^byRU};dzPyTygEGh8KMur;!{&gvT;IM#T!$mz
z`taRr?zyg%H%2zEJJ7!{eA_y8z>8UR$ovv<o&S+#=?RS5b|0vw930dpH~<bi>co4L
z%k~%F&R2r*B<J598-|f{aVbN<tZZ!1qzHFnLTbT<oXj*^MhEaIlgbaFHKt6E%ICiX
zP7`bV-U*dSWUUk#+jupBLhKE+&w|N+Sp!GmhtR~x)E6IpN&Z&Hf)wb2=jxr|!4w)~
z1LJ{|gn<~Vqkn8H1<QAW?E6i?CT&~vkV3iKd+hY@kc?kz>)quj^SvgiX*$s~QUa4}
z{sxn4x%bwSI*yH3;JX`0Yq&ej2}|8d+awYu^V|hNou0vL35bt4bc!UVRzXY;171o`
z^vR*hr()zllxp9&Z2{r{m1tnDbB^rF!uqx0l4n7Kg$9<nA+{r6TeCI;@B=!4z!X?6
zWl8tdVB8sM<z&py%DO*Oiz5<=F=;{~1GS6jKPy~O^5(uv>a1CgA}Jd+&CUPfH#aSO
zZ58rzav~>J)Cgm3F)V@t0<o*5LCqgP@p_CD%|RJw%xWo9ZhgIBvnlU_3z!P>_S^HD
zjN(_$S+&QqDWtz^omyO8?*2Oz4bj#{e*8GyQT_OCltSU?^7?i+!C}nYQlnGOM-136
zWB=_LrwG5F<cvRJ*)*-x*nrhov?ZXP7dOHOSF`tV-d%rx)5J*WoWm{H^4Y14Zr&Og
z-)A8vsip4_S_K_O97h+ImiobT&=yH)bYr3XKpNrf6k&SHKYx=Fwm<1xQfru8oUi%G
zlFHBr_3_6}c3DP%;zR%s@CPn)-72*Qs(%5;CMv#@EgMQn3X`W8%FqFQBzuLJ9oU>M
z-(%C;AOG<qa-%}l=c6Q(tdC;X^4@~&7KZuZ!Es8#jP{vNf0RUwg1-V5?MIr1%ftPR
z<jGw*FrW}uJ!f*%4lw0%uZEO1K@ac$TBXf4&evHa83~|Ha+Xg=%dKMui;TqWlfld$
z67c{|lzy2-*DL-a5Jei()6<WDO|JM|cAqBI#M;_=FksGdhn$HHMQy5#%*kQRw)<oQ
zT3}6i6Z=Lq8<M`CX_`#$8~O6fv0YlC>`p?38d6e)iZuq9V$V`Zw_B3%%?A(HHF^xS
za&T<)mN2zC%4|kf170o(T2>{d)XmhQ=(|nJJ7au)-cuK8-)HYL2lV`6Aa2a45(lW?
zb=RiSjA~YbC*_z1q9{IpXwEOxNT#Y3jcTGWW|aho!~ZunmNuXMziq#M-bh*Rp>&z%
z1~y|U{__IsiazXITwTLnybK*CC;z-Bd2PdLM}hm50LOq-uNk0~77ME;#IQp5fZb;p
z2eYH~@~OeZ1EoupHuFQJ<yDtK$4LqN^ED8-d}b6!Pe_?4nS^TzXFtRi>DziWtq=(+
z6}RLAthJ7D(oZQ6SG0F0<vAzms<e=}GfTy-ie5CD&wjfToc6rZ(g%f84kP6XfMQAi
zV+bIGTJ0rPGBQ<xjc)Py%FEh4ZBGG-)6>k2zmz47-<^54#>gI%MJEN~z3VDf<!Tbo
z7W1XYGt;bQ`}+O^OO|HaO3FE9W&Cp)#nyeunT@{-B(e-M43N>nTaKa|M6dB$H~j|h
z3dH&m;RE0|$+&9TS6Ot?0>Y;UU3!A7L>6?~lvm-kAm2^2<G<Kk=y9=IK{VL?aIpIJ
z&}WZf^T5bnp3n11?|UOpxKm1=`p-Ci151kJWGF#br1=LOvA^OA-x=a?`wc}R<xiSD
zA4%~Sz51o|!4K}*{TQ9{4k5}I+f9swbT)MyNo@)6A(>!3&i>(1(DQ0wNLKp++(Wt=
z(+N-duFvlQvJoh&Y>S&MkQ|7}df|ew=s^-j?@AWVt}q8lD)+baqS2d`&7z$e@pjq|
zp&he2x#dHRRTgE)SLMG(5c)gcxs`S#hn?ja4J2gqr9NTL$}fy#vi3b?yl2j{4YDY(
zi{S-TJtF#vl^ZQh6#KV0<Kp*%T^Cf)OYhcnd5_k52}t^VyGIGEz?Y|Z9uOr({3;tG
zR`&LTz_QB)Oq5&qW%UdLTUs^Y%`vl<6m!1t1X(0c&~*!TvxSbO#U;9aj!;0`>}6K)
zyXdNTOFb1f!0@D7dNqmrZ{|^Y;O9Qv{WKHa$W5G=R*?Q%QjY!AE2B5^-0#Z{@#mK>
zt)c{P`^BU1E|3buEd5~eeT-C^&6!+fS9f=2KM6+uXJIqP3%f!0C$G3z?dGYnJizb*
zom2C!Ck4;O;=rYvLbp3UE-r#d%G14mJ58CNh~p_vO{;s(`L~6IN4@L4hSJW)qfpl!
zwJp}P636Digm0l)b9;ItyH6Kz^uwaFqv9bETVv9f85xhHvj*}La)=8nSr>N9?`mCP
znatoLIdnvTy|u{Lz}T1s!39K6gNrx83l-c4Fqrh!zt_|xqVO(2Mk)ZZr_YUqXE)$B
zP|uBceH1D46-=sGKdc07K0i$iK@k1--Lw7wjQWY@U2u#_^FV}3-I3gh(D3E0YYo3l
z$+(rFb}9Wh;C2S@mL#pj+(ix<9v;rmkY7;HxwH26D3}|PNy;kd(r~Y3-1`%1DFMhq
zGP3M<^p#iG&5)>q2P&H46TUn+9FK{BkyLuc6&-FPh*3td-}BNL;@-}t5Ki>_<P%m?
zqqA9|MTGs~y7l?I<@LR-bbg!P^3Tt_X+B3T#5!b=^Ws!W|Ihn&zm;3u;bNNC<n4cF
zHSHLL`S`39cUaqxh%B!ZiKx=b)~6utZ;eK_IQ1bZv)(j6<GoGSX?o_}(}yQty|PHP
zo|IPobngCN`-P>lt>HPMJ_pBUugm7%_t3ELaz@FB{*sR2b%CY!lx*CqvbiHfp#JBx
z{n<c|YQZp@=9j1S#2eX){fnj-SG;Qg8SS``4v1d*WKUs0@fGS<C<2PHVFQd&cn}7d
zMI-II8Rjl!PLeV0sJSjAW$MB_f02ohOF@uz$n3fjY-25>Y-DY4KxIEj0m((2DJx#s
z9(d>WAy?Lij@zmySBTzrQT>U7#wtX=S6#jIcZr3{YwP7K#Q|*{tLFYFc8=ep8q+o5
z%nPj^N`+5cTp9;6lh*w<o3e&pjinr=P-U8*Y1|~-v_fkNC0l|dK(V*&hk=(hKL>i^
z3?1r>i#q6f<-%y=DmcmYYMh}>0X-J7fFK->x3Z5%TTgj2$3c6Lva_1)_ZN)#TSQ{b
z=U+Al?lt*1XgyZ=I=CKQ;R<W3+A~P^UeuB#p#N<sFV<_-uN^>B>wtB089C9z76z4e
z;P`o^v-sR><AKi(_WhH)yA<>y<I6uR$wfHhV$+CaV}h|p{oVpD6A-?tV{%uW*NR<M
znp|-8QvVV^gq)rfg#+o+8xsxN@Rit^+WOLt1?oH<p#f1rY6`MITlo|l-Xe<d8yTiv
zH9^)FI+*G5d0_b+f)<aWfV}M=J}zb09ul{e=1How9q?$?^tRYJ->_fWMff{nCpOgo
zY$qi!-+!NePRE!M`7EJ)=7C4|QL^XL))4<oe~^^Oa0u8LB{I0wI$3=<uX`xO*&6P2
zRiPgQWfqlmDaq`)j!I|vSu&Fwf;O>I0Pfe&lQYCx*$NbeLA2PeoD)ezI=Z&Tj5w7K
zRQnIVZ`LvK{zdRN!95ypazv$#JMpp1jp|Q+yezf%wz1YXM4Ko7smRwAndT|@mQvGB
zeBDj|EiUWX9mHzcc-IM;XyHbGa>p|m;h!dklYs$Fe&l=K8kWa?WpB(|f}yWED!%R7
zQ$I{qWL4D?Y2WKe>o_OP)%xn|3ek-z^MdZZpU^jF))k-yjh$&Y{2aAfQZc=ekjoz=
zU-4fP#>7Hvvvz0qMo;#_CnjP!5t5}^mLonc?#8C_{&+#QR7YW1_O!NR+^i?3d9w&*
zGmz)MKQTBM9~Y7uMkj2H9|CN5sNdMHKZ|pU++~J3su%O~^Xc5<n+>JT7ot$;it|2X
zWQipM5N)j))9BA@Yj@TM5}>`2vnn?iOyNtc92c;qI}TbRiKEu;b!wH?Gw?#Ofsxd{
z^^+~|O~qEBy41T<Ll(JS>7#5%hV$<w6=-$4OqT??AaMv}0gCb&NaRL{Z#`I$4Ip*C
zw9k^1-=e0-*4YQ3m5@{@Z;$l;E+U|DYr=<K9B{wGrZ6HCIJ6dh&(@KsZ+)$-wA~R7
zt+T3m{rg^+&Xn{mPo*lU)oFL;_~vAHi3RtUd-d^0_EKh|Bckrc_gp|Y0*_ieX$B$%
zx=kk@hxVu<`*VB)gM-NJ^*PwLx6~vMK~gI4<5u#0XnTG-M@^@*k>~?kuu55ii|KQa
zw@TRC&Io02o(2_s<`=O%E-MgN)nbqPP0Zv2m-j)|s1=?GQ5ERpjH5N}Z*Vi&6;PkP
zg~71ly!HrgHRU@s%G^h?`F<7N&immBgICsMlfziGlWvz7fK5#{em~>pc-`hwJ&Y@6
zONxqAL6~z3y;@JGiSF=EtE?1yLfbf4Y!a~0GnS{757E?&!Gkv{M{;TN<vt>rH!M$?
zSzm@r<zhnDEv))gONs6Fr*3$Jq3G6fjGca&^<NImivrOa6~#p1sM$v!Ibx1uI@Bv9
z-z6)OrWP{ph6el%y~DWDJ}0&I{T@h&miwguhAN-7otxIiCFVeRlY||No7ybErVbGB
z*wB<YMLRn?!tR_jkF{r4B;b@4*E(;qB?%NoC_mTG6S5UEZzMP`&TFX98_fc30;fD<
z#a3e4CZtt}VXzrVsl!i}Aket%{_=&F;87J>U_Dg{XNR-+sruZ)LKVRAVlg@RK?8^3
zG&D$%68ts40;rb_vUU_~nnp&cvpwn3^R1!LYHPDV!F|Awlf}Orzl2Z_waq9W`}z4b
z4dlrZ*JmmLVzp_DW+F290Or~iW8_g2drqdZyrRMyOadn|)DbsFL;D3T?axn?%C<88
z&3bD0A?s1uqC3fEq_j^)=a$>=w48C<fD5immRRLAuKpT<4SFsR_JH*o(VvW7UpKaP
z>arrb4&1FWBSV*^M^5Y_M%jwo*Uut$_6BfNGXJilF%D$I-|!TFX^t%hk$`C$^qJh5
z@Q<(?Mm>H<!{g2t74RVUQV=O4?cl$j>>mNTr9Te}lz_cZ(oDM#*s|F?vylf56ZJ5E
z-y8~Q<6XlxXwSi~21o&Qeo&y52$X6Cqh9&!OGv#fE8QjH*Ffp4K5G!aZtj?frMin>
zH;g|ti8{UN@u!Q^ZTan4V>-1>yk`hfj<w_0D4@~h6^)M_gevOj$s@a$Jj9zn!6o4r
zS#KL}6DV%)R5za3|4lfv`wmO@hiBPsjuISs<hz(mZg*P@1_Mg2R|ISrYMt9PK_(S=
zY2Kyf6_7t3@*az&A=y9xVEO^AN+_J&-K=UVT<FUl)eo(4nvw&L`Vi<o#K0gKfandd
z?G!$XB+BHfgB35Z;AI3px}}1~OJ~XTCH%_4>BBDAwT_4X=;<?Ph&y{a50lvy=Eu-=
zl%BlJ(+df~)(%OyI$Z#CO)6mKk-#8P>P`Y15X#^!-<Pe{)GtsD-VX#0JO@Wins%W+
z!VNoUBsK`>=5mle29UyLsC9D$=++J(5wgLTc$m9EjWa?n{1&OU07fL>^YZgGK^6cw
zcTfzM4RZf5{Nex{ydIQfT!7J2Y~R)Ez{Dkx1%8IYH1xFMf)p;ac7*oa#B`^NY217J
znG)HSR@9hf?AcYX@PNjDPd})Z(3$=DM7TWDm@03H`55jv3*viUdfDQW8!3nY6d#C*
z^MPDJLP3>8>H<?Q2-HGJMVKbpjXPihysrf9;0+N1FBz27lb(HSyaP04@|!dx>HLB(
zKN1Mu72p7XhYu2}H?kkd)AF9r2(@A+C!0pR3R8eSWsajTfaw_es3sMY3G4YSP>V-Y
z<%y>`i_1xmug1DFI1JExZA|_nMfJ8i)ztJ?&ggMH<==BE&=M%PAdp`i5Dbst6@ZaV
z^m%mk^m4tx*a~2CYF8R}xK&EppO6rRV7W4#uzf$s-9kwG<Xq2|L4zLn-P0GZTY*<K
z71W#}n{Id%1QsO_M=?5kZ_ZqA7QfwpsiNxF%h7+%lvn+FXiW5Yb(uOrX?*tD1s7z_
z{}39<%C&uC(+vJ}VB!J!V`#$*hGO*;xaz;@%MQcp1&I14Q>F?Q(evNU8@{%lz3`>`
zRHdQ!RIG6FxVlVBS9~|dq=_5T(&H|E>~I;+*8-phs*c?6_oT&LJx{`F6cJFp5#OQu
zT-$~Br5DbSQ!=*~1*y>6Ke_Rv*}`G=;fdVZF5D^dWY7HnLsH->foel~em7a!HLNzQ
z&i4JCY@VeQtlGMX;Yk*4X%-m9^d`HCe-0G$?xJHk@dV;k?$wcBbL3Q}ncxRq3hD9!
z0yi*nd3jXlrhEE1c~E5pjdo@B4whBO2<{yDqLMd1&4usNk2SJ7aa6>|?R>`<xUFOb
zGIL~PzMr)<Z|3ua+5unEQsI)<ehA%AJhW@GRqq}@BRv2c?VYX$4EXzTXA|ZllTBuR
zUOJ5AeSPotS~c$RX#gm3bszgCdt<S5y#?Q4F^h@iQ+P`qIv&pZLD%Uk?p$E`9~XO;
z`5u_p@iRysJ%g!+-m<Ou$j9n1!S@|&ws<QxaZq`2I2QnMzYBiF1&F~SY|Db1D)D>;
znnGz@HOlFWhV|~PD$S#7{ki!+uO;R>SY63Ui{8z>N3T5fz9xp9v<eU9JV)`9k*j+S
zN*OtIHy=J-P-ActJ|-bdJ_2k8X2YH6KrIQzJ;=4yT@r}nN|Vy>b=>pAY8l|VX1R)i
zFleO>YNzga@YnAYBb<cml8;m)kY{Ex^#Ho+D5Q$B<QMl;ry)@pFe_}Yfo0u$Y(iIO
z(?CLWx#^;OoSdwE>wLBVE&8QI3gHZ+&zy<k!1}nT2j17ZO=nzG_~@A?FV+ENi}dNu
z>415YnLh@vbw{eD`wy70D!U_NPv89~xHa5~H>_zmNrPFT!(zyRef=}uNSkUf)FFS6
ze^hOHqaL#sHJYcT{k5v}Po%nT?f%V$+${wVwRlWK^=0h@z(u9Wdj5O{9;*B2v1KoE
z_|#O5NfqDS_=oJm6$ki<09Gz8Ejzoy(FZ^Oc@uJGYQ%Bi(dn0$xER>QRiK)3af=}j
zpp`wK^?B#TV@=5c$mXZtx%N-UimoT$_Iuv2L6nXzh+Utf6ICJfztga-U!OZ^`c4Nx
z=<iYow>tJJKI1iCQtyLD|8(}Z5WM}amKG)RYLz*Ap-y-TDS+c|V);BSQEK=OCRaxf
z3ec)8%I)Fm%kGy<O<AhukQtnYoPM)98Z%ULJx8wK!-w93>hHgSsrZDbMVqrRe@B-!
z?H1=%Xfc<ecmzhmck9+;*=2w14T{rv{N*kuL2_Q!j_68>v}6}19|TgeM)Vk<yaY%a
ztnDYc`=E)OH9H+D;c}81+eMO38mH523^5ygl}L&m@^6y<wFr->fuFe19~FikCa)2n
zTxm+K102D@hgDbLprJ>~6sB<#%M)tbmr>SIv5pLf6o~vbg^%eq6v$O67rD-ifq(lK
zp@Kyzbi8Xjt<FA;Q^oQWb<RGjhZiC{9eU8TdAmn19`T4A%ab}dNRLU=v}?h8baw6!
zB+vxQ{!9GxVjC`2E08^xDpm`T-ktUhHZpEHe<^QOaAC+|ouCeZZ%bMCyXM*!Kp;`u
z`@b*v%#E)}`rwc5VX8TV1BPl$>Hbx)r;(>Yw#>3;GaW7f<}*Ide422znJaftTTfE5
z1+UCb2M2qlIl@<LB4jqN0yVC0Y>lJAvZU7;rF%Npg;%+X`#0uhD&b>##*3UvpSSj$
zzLYdRTNIqGxf{{skH;HP>1?E5mtV*lcG_&ZT_MF8mSVHAOLlAKTk#|rDu{$T{!<xa
zkL4d=cTeZE%1xahTOpC&pnh&gveI=yBaBwC9r4KVT`C*&LMSzZaCZ%_)aKg1Ajrw=
z_z2h3lA3n$!V}U2P!Oy(&){781Y(?}E4y;otz%k|_$OxFnl-4ZA~kZ8I94xpCHlIb
z(;uu)_Y;J0ny`3$Tzn-_#(TfY_SBi50>%EsGrYe4MS&!cw^i#BN`DtfPbN+2z%(-}
ztKaTii64UM#S763Ij|dunY{<$e9)UQ{-Sza>7CEdi32{CZ19<iSim;~;3xD5!!+0X
z)X%JpZj!etCSiKEUqeKpe<FCcQ4Q-D;=BGnn-$UH?RkBq0!*}BEODg-XDdoUkGz_O
z9uVhtW)wGep8ch+ZsOe&M%X$#iTEa%S?1gce*iuBiKk&sF1T#0;EcJET7EgUbu+DO
zx)~PW`<n}0F5VfDFdyx{_ucromxA}J8mTTcP{I<R8Mlfcg<V+Ropm;V8C^q~lH0lA
zf_ISVMfzDLer~x^PCHb<$jM3#eq6{DggxYZw?K9lxBC>C+tFVR)fgzm6#LBSEX@ox
z$|=Hy>yJ{%foz)-q{s5=1|BJ<J>+ZmV#n~c4nZO9X;a#j8n5RyjoVQk^A3B{7C4EC
zyao!Ijh5Vt0EU0OD0x29YzbEV(^2uZQnX)^1-E$o4WV}`O`5dA24ZEC1&w72-ewK1
zqby4^$L1PqszEx?k#n|%P39U&c9N^Hm5h=OhAUeG2^bAvMCtik7nN3Oo~lXknoRD>
z7p}To7I0&YQWQ_5{2nbl2!+=uhb423SC174U8&xKcXHTy8KO9Sdj7k?hXa4|-7Fqj
zx`%!?8d1rbCg9+%FGPwU*OctEf}QLnk_MyrQz?-rP@hnIDu(Wyd(KF`P6$p?!}g;W
zahMz(H96FA3<EL$9+;rWRx}Q$=;3w~^CV9%z#4;;oqG>c%DlssDAwLAunld`(fIcE
za|_-_@5T9Ianw_>9i$iW^?9`Ta;ZnSBc#@^qG8T<yQsnYNQJ5?4?Jg}goUMI(#wAz
zw?uewzgM#p^Bt^q2eHlLFTTlcPkC?rSjuyrBKU>jNUQz16)~J|vT>Tt(0pHFUHabR
zCy5wFKRp}Y@x5c`ZhB=57!ESBHQg~eO+C-gp1@xLjH6~|5K$QSzQZEijaS7#uTaS3
zMOzl1r~VWSUD`E^@BJrfwj_f!H+I$!J>gR6?_f1|tQ{vv#~nnQrRHXtPIg&u2NK-v
z#LT4-${%xWZ&wV=#<Xvy+v~8~i6)-85yBNQnxDSartC7LKE8LF?FwJ<<c@>JXj?}5
zagiCf?2$B=l-b{D>xd_QO$R|nibUQc;rHB!YvW6Y4AQGD%-3+A?IV-z_ck2adg<kN
z`#u-p_n&T2=RASAFSB@U#gV<Qf4Yw`aDdFwWv>b`#|0-rER^`-202KupC|c&_6wO$
z&5yQoEtbwvKk013k72%FQ1<+>$-<{%fSmPxl$XM{yUy+P!<bkU5br$_5^!9QbUNbj
zm`5<tb|$wcLM(cgHEH@Mk_Cz^@iU(uHV0a$37EX7sd|Cr^He@M%w|<LZF#k-6ofei
ziz7S~-Gs`HB>9Q#5c#d?er_Rj0L)%_5VG^#x@6V1(F?*72Ov!j-YubW@x)U%UZzS%
zUlkfesTweAjl&z(dA8p+5bV_C+dMbBk7W7b_MxAh&V@V)MdM~EME)5x89^<ScxevT
zv)!ZS2p36YZW_=Ywql3X-|j%&QYIgYT<R!jEdOGEZ3sVBZAj}A<K_1xvwUR|b&RKE
zn$I7iA1D-h;CVomM=f}5FG2Epn4FO!x$u43E*%s0E9#!VAI*LK+Znw4${mEXB&Jtc
zyJw{e>!Vt+P3Q=p$Wl#P>5c70P%@vq)KIFrXe(6AC@kK0%AKOJc*Rs*e;2y&jVF0-
zXsudcON#9ZZvbWBv-ME`i5#Z>Z%70jx6FwP!4D7Clc6pT8nWzL1K(Yxm{o!PDm9~?
z4rOjJ7Ijv&ru%}5@4A&du)c#Mq&?t9TCwJMvfDwLs#Z^`KpoSeP<Yvr?(Pg$$eCh+
zkmggok=zth+nqQdyb`w<z@f5l<}-JKm(zcTK=IS=|M4#P1aJ&w(i9JYe?GnPZ)qMz
zKHITKfjmwdScBP}w;@5m8e14PfiNk^noKrSSl)6{pg2M$cA^xW#QE#)!sftcnpxGI
z<9__(vyg4Y?h*om8Q1v~Ct{ubtxVHMY8Q+q%<S~+M2q{`7_yK`UyLykmyak3x^{=g
zSNrWy;?J$Y03{U%k%S{AF0lAm86IT<`OA|6-`$x%NveVsTeO(TsF{HTf5Fxkfhs==
z8go6N&4`o3gMZ<!wq;&^uCE04`MYPLvd~Y_c9(~Iy5m<wV~(&~;7aiL!E#Nl5+Sqi
zRYJQ*@=U~B-peZNA}UAfa|;k0MaWHKl>$~L-hUh^+;yIG@5Dkh7L?;VxCkH1r$VFS
zgz_irjBD2&5EmNHkf|;#D%s4fYUAvxKS*YexR&I~(l;o4)3kmp`|r26Ur62zL=9R7
zMj59ypX3$1W^6k=Ju6czq$XsUG}Hj3C5z9DXVi+l4!EY4Z*M`Q!6>ZqnvLobYn)KB
zOl4I@Dw3}{6JK4va(bO0Bd@=4dT!0ozF%NrwhloI*+wf^?_5J0O*#tEs0UJ}*kk%e
z!?D2_+J1U93VjTk8dDl?PonmtA+!_=U#hgQ0A9PTKUyCEb<(6y4GEG`eE@|~Rrf&G
zKWKz#*dt&8s|A=dE#vO4+=r3NiyENgt2#{qYT<p2t-*Vv-igQ;ij3V}C2)to5-=M(
z*D&1w4Cv*rm)e~SD~{}@WTXDK^@4<78zMF{0hXRxduB4J)cAY?!mLoYr>DQEqv5o-
zM?B%#28cY#-QQAng$_5->vdCXl4ZnKX~X^x0X)b4s++SKe5D(&37Y$)8>P=iHXqYp
zW7uwb;BG#UAvA>Sqfh)PFz3r1930GNkbNdEAT*K}0a0;febZzs?QQI*@TI~zdO7jI
zVAL)DhQ>LF)(zn}9IXDQBdsZ!WTD1*6VQ;~JfrN4n|Mj<Mge>(dUY~+V5`DXDw}E3
z`Q$uLk|L}N=`C5gTJoE1ed_`S1=uY{-(6}yx9v-X#@d;Vtch_`C%;QIfhB$dE4)b}
z=twK{*C09Z={q34$#`H!#cA<4^Nos-wn_Y>hwy+e@+3EASF!Eza@o$xgZDh|>jM+%
z-{&;Km%FGvw|2>*EogJGiYTMVl+t#RDv%%7Kp47aKuX7y4XV38m53Y6<e~3xO&iJs
zU+GB-9c<?($0G-q;VByg99(UC^ZmW&*}1l>8@=ooLT@QgNmmR|w^XR$8pK9>=S*pT
zUTBj78bpF^`Q7F<X*XBm<a&6E9i*9XWu<)AJ~3tM*Ht)oY2&1<8{K_bfpzR_7c_9o
zs~GKFKe!`V;$g`9UG_Y9QZ0eFBr98N?=SvTQuzKJM3&N|c<V)=mm~*ol%_*Lj979P
zwzVtXzP_(U0(14!h>2y*OkFfoH0JD|T+%~+jTv>TXA%xGZZ)XIzhSB3FFkDA_5@ZB
z+);)BRkp{cZ-fIx!I1BeuVT`Du4K`{jQe|nA6W}P-s3%XOAvMPnrO7Dk^w{2RtnSQ
zcI^c7%B}_z_OjJ2^*)A$dFHt_GN~A41b#c)W2PWu>EjgFIAOQ1F1B+Gu5$QPbw}<^
z{bO@|F6Tqdq$pr5Zemnv^`7U8UU0}S<U4Sc3efLS_vjF14sc8>vtq@TNJ8tQEL}pT
z7RfX^QL>uCga*VL*PMAt84#dHI!B2q$A69=hClZ`J^_=UXy85b8n`-Ck{Pw5%fqJ(
z`GwrVMdKX=rRnzgm67}=zY3~wv6ye+rvvT;D|KQcY$M@Y;t6N}ya6l`p}R%4$imZh
z>KRBoI)cs!(udXdFhulX9v{u`7hONY${c4j2}0M}A2GbZ!vzf_$U-eOhTGO9Yk%17
z)so4g|4$QInrT~3Lc5Zd*e#%ff4_g>S=PJ@t%2W3Q^fwF*#g1o!HuXupbh>bP{Isg
zzpq(**ADnFiqqu!&Ql~tYV;PJ3PAV~)=)?IcwFSV6jK~TEC$MYoyZt%tE@V<Uf=IO
zQYs?TDDGHmWPmjo3%{d40_4KUBje$Rx41xcD6TXGfkffBV7YKeNqK*>z@914?1@;#
zIGQIwvmK}r|EMrP8;c^S6CEK~C+o?Jv-lU0<@4{lXKudj?L#C>n;NI9$`=<oabJ#{
zOPg>X!<{2aGz=IV!cCc9M_`+uL{R8!n;1_5JYXz6Y+=~5*zv2Z?4*kW`8EBYAMB(f
z3u3+ea8D5JZQ#;*OePgNP3vsA#b1&*Wf-uFN{hjm&PmIe&pjqEbsZBl?r`G72eKol
zc2gY7qvz-4*A#$FLC1R$QAvQA)Um4wL-H}lHM1R?rRcM%ZG46?G>S1aNti9;NaGzH
zptoKmhvU|2Cjg(7@sL2Iwi^5=q$@{4dZwZ0-r)Pg7eDhI{kkxO^^&csR*e&`*Trbj
z{Ncrvl65w=UZ}A&j?(%!7g#@c9fgCzzJj8Y-HC+J(Vty%7R9rNeroTKuZXm?C2?6x
zaLx`i@(X||EAR)}8KwY*20sfA!zaWu(Tj9lP&U^?sf{$YOt{4ReoNvU=ED-vISaFR
z8ddqT{=W<vZePZULK`W?6DC9+AHZ8Mf8&t51DbP?v@2Tpo}`-E_ycCxWZQD%Y#&v4
zY3W@RRvw`u%ZC?H_C4zwmStYV>S1)4hgbp&-OD@Hs|ibzb6b;LuJ$J*?~`;NP<)g^
zKKzG-%b%)}QJ_CHG#7%$!a>XX-Kf`jMTrlo-#ju@3^G(`ol;B_H8WJx9Ij~a{Z29@
z;}2X4WEBV;udsEMwT3D<3kp9Ux<p6_r(!k&1Oq<Z(Pt4d?no*zZ@<Ykr-iD?*jj_m
zMYSew`uzsiFLfvv|Jyxo8{RHVwoe>B<Ic%6bG+J`lgaqM@*QBh11J(cSP>{KzRqnp
z?|x}ocWuMk03T&DXky%f`~re82l$mf5xTyLkjyJZE23J|Bc7iM{&hCF7t<d3_=%9>
z9OaS4F~@C$8&CFXSpS+sBs4+yQn(`eAZK>}m56f(!XQLXbe^V)e&`uMNyYv@X^)aU
z(%6RY_YSx?)5pON@5zzyHJ({x#MnWk>q$+rhBm8BKF535<@5!J!`&HETB=yC$qJo-
z9hxl1{v=LS-M^x2wwWh3e*`F4+6fGwkh)Icwf+P_B72Xtr$vp##05%Rt?Gre#G+t6
z_<1jb80q+4NW50Xz)VX;ZaG3YS?rc_(92$R7Wz?JV@CQrUHj!`PPZOBx3!=^(z|0`
zoRp&G*qqe})qTKm7;MTcA04BpM~5*S5(OJ}oiA{*Q@EdXTKK&yugb3^b>o6w=xks5
zrclYrYkH<tUN(E#h-k$pA4P0d6Yihx#BNEjxCw|~Kl`1gjQQ&r;C1z;8j=o^n}311
z0_&DxC_QpC(YsX#VaP}L(*qx>>3Q-+;Ovm@i<;snkRQ+lre>dHYSb<8P$^n|Sva0$
z7N1+av8Ycvug{n7I|xNJnniD8l)z<yKx{J(gZg`bVh``5@pjFr>8nl~Na)Tv^eP$S
z&G%W)kucOOhlAG6(_Ckii&x5KckxjE<Z2exiZk=YNERDA0r9zLog+dp;E3gIGe_gj
zk)du!$>)IA1W%fk>MBRce?>g{9t<)dB=bUHvrbC)x{O1#Sus_q$<t?(#i-Pf)D&Q}
z#Eq9}+PTXnz~Hw9g+FQ=#!GIyTcaN?^i!4*CWIC$(&ej)+wCcDM{p*JX&`zdYp2+%
zG7U9oDXg0z+K%M*9I-&#@BF{oURzf;PC9>LVq)bWgX15;WmF5vlnZla`zOVM>8hfT
zFde23B2=AVSI}5c#QC%<k?(AuVWE1_$_P71;)5!NFP35gtt~ErO72ojOt#9u;O?OU
ztJj}=oL(YOp5hC0>Ip#aiW)SraP3}X`(A58g+zTUk@7XD09f)fjy1t|y3!_&di9>+
zC%fRay<4o0{tJglB^NsNz(@p2M3L%dX7fjN14K(8BWR9Lz=Z*1aTsm~!`5=HetX;H
z5W8Y_nmOd|FpHgu*@~!=ZBh6}Ub58fu=?iuMqIV)&q?}s<kLZCudBF;Ka{@Axv9-?
zu;=O`M|k4VZwSC;j$hB6?&zRbj%nIVvFQs=d*ws~OcAIsDLH-egh5~XrjW5CFNH4*
zn7r)m*e4{4$TQo;%bD#)^!0#Yz-jpEpg1joa{ZirGox?FKZ3gvodt+Fx4u&oN8FLe
z5fFUyD9B4wFDviuf_~7DD=>3<tT%o{(^<2-XaM-xwbno(5Z8=!)gM`_ZkXfr;w=+H
z^Vk#lbIr57{JwB6d=(<;@J|57S!tcOT9JTVG}-@g3#8u<RQdCfhhVuH7S>X6K#xyX
zsf6~>VkU%YG-kd5w&p|Sh_A-*ULQ^o*{SpCq!{X7F^?bhQbJGj8d_^4>|e(#T$Hw4
z5p}0qB}-2N5mWJ)SLXjDzz=TpAI5kF_-+*_IlwSKuq>mbjL0plDXl#E79Ezy=bH6E
zI@TEouGQY9A7>Kz`KcwUdLcqv;SOCorg=ZMo8BFG{<F*x>~6UKi1F0Jx;>dA7)w{l
z9H*rvns`6J4g}%3<xt=tlGc%7Y?{^r=7v2NlyAUtV#4i&iX*}!X9ECkDWZL#T07%U
zr&f|xIO)Mj`O|GqY-a->FuBrRlO4`Ia9LW^<XHm7;m|1l0YfoBR!WUG*Y>Zm6ew~)
zp#(m94C!{g&NzRX94=WpR_*T~TNh;glfykb78pYie#%p+>Fz>(@Ws;i+~E7E=l=#n
z^#~?BO9R_Qp4~l?ZmzlhYc->S+}bJYpgy1UF?@4K^<36%%etzfLZa2{;2<V9&&*vi
z5)OaLdc%?TAMU)0-ukMlC<Q3*4?s)plW3_}kgBybvsB=pv@}j%jB(%nQ6mxfgxE@#
zjn8kGU8zCM#4AwiZv}sY3!ob+k`Hc1mXLX9&&b>OEwdo))lz(K6reiZSlet`o()<I
zNWFW^LXy<jM<<7h%EPFUtm>nC3Mlj}zJf7^okcvMl>;CKV`9E^?C<ez^Ai&DhL-7j
zn>0J13gwGO&$EX&4{q~^>Ii0<TH>J}${`twjKz+09}_O8mT5KFo>76;Jh#-)voz6Y
z?dh9-37ePV8IZI)IHDn)I+_XcVB{qr;Fapq0s8y-AYkXB$Dpwyy4EP$P?YE32A@np
zxgf|Ky@Kk2ytAeRL(|57E<|ymJnTGGV9y2~Z$14zipU`DvsnO|35^s_v3&FK?ys_m
zduo>>ft+fM5Km#<f8^7>pmed5`MFl?qyEv6EVDw&P})ZsMw5@@5oh;vK6{=V&b`)3
zJ@4u-sS6s6SgAAwXtka`?M3WgKBfC^(Ynt6K2vQcHhcVzO8vJQ3FE8h<dqm=2LoD2
z_Kl}&|2@?u(S(bC0!@~!`vV%EIpClIw;-%n)YU%w!k0{qeH)(c_oPo0pjoAh4oQ!R
zPikyrWNCw=qxm4XH>!60m*gWv0<-VOD1i0>|A=o>PH-+ic56Kpvl?HXO6&8*g#{;(
zr~V2C@o&l5RB~S%HtC{=bffb3DK4%O(nM?J$DPWO*WP%hdwY*rFI@=z0@@nXy}WAP
zzSGm36(xm}v_3sv*<Epw+slBYXlK(HJzqvx$D_dswBP$sRzpTZ;f9;Z-0B=yOKyc7
z@h3)4dKSa3aV;t+<d(;lXFVEO!fJudY#MXX-{NKs)T%$&quV?rv-T&;Qvx&xGrPGB
zCxUhnDd0p}Dqg(Sn}XZ{j7*#3x%m5RAYG|gqkZ-KP2o7a#k0Ge>P#^Tq!|yO*AkF{
zaNcJx!H^i3mt(MGk5Vciji+Yi`&L}JBWQv@qd)Q}?BgT1T`DD1HE;UbvBG#(;F883
zlNtz_+aJU&!UssS{w`N0$(tz&X4fGca6$oUt7G9YhandkS<g?^^JJeiIXg69u>9^6
z(R&>zr!7WS8Nm0I>K06zHJkoG2sr9nb>0Y;3**Z}<SyBKi~3;kp6*%Z#JHeCu%}-H
z4-Yzr@5?M_gl+oL;-Us96KM&f%Z|GD1a-a7Zow6~-4@Pt*+To_b@=F>Az^${seuMy
zQTqf{+XUp;vMu+g)3SO#dU~|I`#Vu1*u4hnQV85Y@SzW_cvyHH)-#_{*u$#j?-2go
zVTg5WcBSqrSz!Hhy?D^d2s&|;Wp9!hwslXw3m&@dM9)TN*8Z}YZ2!E`l}jUkBkbGw
zSE#|$fd(P)+Y&Lkru4(NQ^l=}8IxHD{5yf-Y70En|3d?Kg#n8%43TF;YB$%g9zDI)
ziNhDBFZY06(V-rkh&8EX4}1czB_5>V%FFw4=X6Rrl`MPGv_L7(Q@`6+)bC#fnFDk7
za~I;FdOCu<U}9a-c}5hcQf{Nv6hYmo^yIUNMUz-ngGGhp;>%p&A%^J??bnzpsNP$H
z^GTIZFskA48=q$b$F%@ox`}DAP(8)$KE?Z2<+`4OIyAt>(u%tm6q~T9m5C#kHhJWK
zjTLi;eS5B7>$;#7F*AnC=il#A-uIXIqm(<tWxe5Q>2g9;AhsfbW3Ob>`8K)HWV6+q
zy{!O7&4gcX=K_2R{|&%5>aky_+c7>R6Ocx#e8L`AK6Sj?swKV^R{>$bX9imVD;P{u
zNvY!l<K<H)LB9_>50B2%r%`vK&I#L|pnC6mH>0tLdy4QoS5xnWSJJwXlUt=b9cGeO
zYSvp*FGH+<EMwx;u*%k&ZYeV)QRU4|$_`Yl{QZ6mCL5e~H&@q7Bj$r($^mFb1ezn3
zc2URb$a}S9od%Y$NAS_zf5P|-EthhJPFXMep|Sfme@`imY^tHt_Z*&>ov7jKuSl4z
zZyD)mE?TK`C`7B72qw$8H*yq(?exs6&8e2hQ3RGrtmElq1`mo@0R@&ov*NZxjpaE(
zR-}Z`5CiRg9~g^4;nw?`{Ggbs5KI=e5>S-A8Tj(~H#_AY=T6;k%vj7W!vJU^Km~~k
z>MM4%V-kXIdtXZK3E{YMj+Hiy{rbDy+FE^ni%xYg*Wv@7q#o>X$+p$+$JwCk(oEDk
zA~8(qoFKPJ!1&*Fqu6_QTc+{*w~>wxP@Ma=kYMSNQsQ?=R0rBl*@L6$26{#{#Znpm
zn8h%wph24$^@Rry&dB^iU7b~V`r=$zRYDo361|_o6ycw5&-Qj|a_%oSAW<B_5AUd?
zh&%;<L;Gh6I0tZ*4yU}67;ohR|H;b<cw#fBwf5>{#7&PR42w?|y_#6U+3!)d#SQgo
zfDCr+JGCw-UVKY5J7%scyWkKMh=7y}Sz!LvH?O+WrKNwig5J0xhs$Kq1=V3l6tF%#
zm>7AsI0jFxUoy`hD|@-bq$)t$Ao_3mKdCI#TzU5mq9y3)(hQ1G<4Srjy?r(UQog8F
z%V!|l{Psoi$&2Xdv$%n#T5ZJ*k(krpPp}Lc8>`*E@`HGhg$`p7Uv8g0T&sL=49T)d
z*40t#$&=Q=h=>~x9#T^m+&@XC0E7}FaPl8`J2$2mCWYYq5ZL|}07%VJ5K<^CzNxFT
zKz;lOBFOhQ{+I<dwEi3KmY%SfR=IVnP6guc0cvc1bIsz%=d#9ofGix<i!jE<%YcjK
zurd3#xh}3YZ1et*_x~=moCv^+;1C67b*gnv<UE;YLLok(Hz!D8O)VS9BHBv+*X<^c
zDWp2@hmVf(ehOt4rD=~8XPB0SG{PCBjlq-~9m$E|;oPU0ay60PEeT?Xn9-~j459^-
z#lM4?aA%8)d>GaF3iT*qd(~!wOC<#h8QG-*KDO~LafzoheI2`RFtRqjSNzziM!>!j
z;+70?%NOv9f(SVFG5w4;1iNSmwT7$|r+zT0pRj^V_D|#kVsKGXIE-$y=FpOcyac<+
zDr00MWM41J8mE|BSGSYbs-&n$g<v~bT?AoAfR<zb2x=M{4l0!J!r2MSZ%Gg#s$5t7
zaUo{CZxRBCg2>{P=o}#21eQ1j5<mdm%--IFVserrV2@*ejp_VH#RoyJrs$Jag%NO<
zWJuH)?Cs3}eL`iEX2RpHF?Fy>%K-V2za_5Cj^oDlN@6CH`=!e+Nv#vR(Amj*Q1qA&
zA~-#Ux!*#No0p2@D4srdz|G)`R(7td3fY5ZD{y209rov(8mLZ)q&^OqX5xItgFlIT
z0G3oVMzJP<TpO(=+`;pkLejJa#mQ8ZXsQK)Ol#1Jd;?kRnD)B@GsgYH39(G;6;Dg=
zuK4;uzGFN<m@f2XWa5?ZMBmrvrTOsotWKX)6pD}L>P+b@5nbHKOh1}JG>b^Sr_#i~
z(^|m>g4xp20L`|Ig+3$2^|KkT0i}ml3W#YiW3J6Il5XE!2|=KDnz+K!QyZqpg{Ex|
z9^`SK91Ii?(>v4<67tWiC6imaA~QXP@`X=aN@r;Tl|vVf`H;2thUJH!>}kjXVZVcv
zC)hy0oYPgZKPBcGs7|`flc1K-sQ;N69?E({T_N_3hOzq92LbfIbIU<xZ;*B8rOgRw
z$(Gm+8Fn^1!V_y8eYZfYLJ}J^q%Y(Gx?WB3F?IK?ouS!ISlt36f3aYsnXHk|c7{P{
z)8?9Uv#HD$SBkA+y0QVGsy3v+;_w*qk_fU-f;y_EHLnK}$o>e4YqnFJW4*H3UCt#8
z>U2~ALjj6ETk;Ek7W~d>aM1LT;4QQ*+2Rgrz%)~f!LzcLqxW{`G}<%d>P;WP396Ri
zIGV=~td|w%!qeYc8c$^}x7W|ggik-mA?UX{le5%+>{bJJ%+}GubI4VKiggkRg1IEn
zaPP(?_8Ze3*T@Xb9q`asEjiNjN=WLe2hHr-ov(z8&z%i=8`3p-(K90#tbj+Eo&SgX
zL+?dDjW67mJu#~C`_3M-zBhD7&oBHaPL)>sQq&3ShP}A;ePBdMyag2YL^#k|8U}0_
zCV;|;75VE20tkftDv|^OAjj2(|G093jF@F7fH-x*6>Y|Dmzyb^0n!9w6KF(`3Qo)!
z**Ew=j_Sd$E~TY{PfKs=CL!0)ouYbUIG&iOTGs^c>jUCooaCxt=<3?mkFe-&jV;JG
z^5x>5&gp%JIVt)(t|CFFcCzJyG8=#4VWQzSh7_w;TYR8q5Qse?6X4DgM;)E!sR%M5
zZa-b?!qc!Cnm)zc8~6JYlsW9oR3J|G&0&1kQ*^EhI<WsQ#@+%d%CKu29a=(CkOmRy
z5|A$GZs`&jx}-r;5TvC=r9nVSx(5WQp#%h^OS+}|zX#v<JOBCCI%}O-xE3lg&mDVT
z``Xvud+WF@kK1<Pl#4gnSc-*N^wPS)o~fzu*k-kv`S7?N)@_fJ`F9H8m;l$<mHLou
z;&zRqz$5!p@|_YBLR(kwh77rjb+W|!2J<SBZCSQd^0WhMwZezo*Zp*7bWkQGwv{_2
zoqqeMTqM}$i~MZvd`<f4f7QS2$TXAeKjJI{_DbNvFZlWDC>(t8wYgVFNW{NGR`wq;
z+Dj1dp8H+rL-mD5=ZXQ-GB%mo(#z*Kn>Ln)qVh9Tc$@Fyn105YCFK6VW&XT>-z-k+
zr4EB!_Hs>-nhyZ-E4#*K&S<M@rlP&CiSK^)d#!&sm>Q~2vc-8z8?U%kT9rneItk0R
z>qRWyoX~W>bmS^M=e_VZk)i#q#yb(O0k48{y=kvGwerlV$ot>V$Mf+4KmSWK#~4T?
zTNnj`<v&3v3hv$gnk@0Vh!9e)m`_h(e|<HjO``VYXna!Dqq~Yf-GO%YAP@YaBJTwB
zC!F7SN=x{^+o$mV-?b-`H@+hC3pGJ_fXrV>-ZivwGnkAe!hQ13j@Ogl@qj^c`mZQP
zEs&8+`I4V#A{Yiuk+e^k<_DIme#&farV78Bi=q{vK9=2y|AeWoz4n<+6MtzrS2_^;
z{LH$UMQLEZwdKq=cUk4+-{L>~$6<OWC3Cehli!nbZLDN|2<Y{Ll-<vuq6#o_9?ki}
zTlRb}<AAUC?@iLQHQ^lE+DbYR+4GFN@f1((ePQFxz91!K^7?#n2C>Z=0(o(Be7*Is
zD$b(Y-)>XirT_gZ=YP@pK9g`F99iR5g;^LR{-$_icfB>Og)fW*`MH63rRoP(f3u70
zr=)dPVVS^)GUYPK4scS*#;5xJ&H$(Pd6xJCFc2H+|C;><-Tb4oMBw9j+?l1YZI!%V
z+pb!=ZgMm+iX2!NC|DQ+t<astn!m8FiCI-HuJTpa1YL3K^3^wME7M?AfE;(!QHv#J
z%L^#M<9VonuHx?9_WVo1>@%^x1i}2T@AM55zsHv^E)@DIe}PZz!X&}%c2Hs6iW${j
z^@%BO0OIii>~HZA6Ubr-arT_$?&72WE>aN2U9P{UMZM<=ogK1=g^H|eJY>@FG;I4@
z&CQ5hBHVY0+2f?4>g2Cty1&9Py(UY<pA&n=2`^dTpkhs`wt~Q>F7yY~5#f{w)-|**
zegndNpD_!;POvch;0kA(%+q`@%x}Fsz24+@cz>gB9CEYS!p}^;dipll=->xXf5iTe
zAQn;T5NMAqfyBbf>Lv{O{oi{l3E)0Zen_$PRW{s=h$q4g8fT1O`{W;{`+ud@|2XRA
z>TjJSJ>Z;j$}pm6nDPegw_hs1?=)D>Z?KtF5GWvO++BSKi}wxM7@KQPTni_>^fmOn
z<_+>QVRn4M+kU!66es*!2$1g20g+mc00KzL|D8n#%g(8oZ<#;ZwGvz?&XAlxk}}me
zz*xN^Y40UT#KQLW4KM4;$8^kBDQqA)z!LM<vCKNZ*~8H^p?c!|5;m|hNa7_e%`^Vk
z1t7JqFj6I~3P7YlX}OkAgNmJ>XqC`K|BbSRC(EO^bejJgRJHH?LTvl{XIIq-Mf^T3
z>&v~cz&6I*>853ceD=N_((62SC2)_;J8x`e`WWNY)w9hcimE3wBd9;Zo7w*i+cRxv
zD#Uepv%g;hOTbOxl%}2iiQ&hQl~%aMHLKj<#-DR173$<^+piMOZKhavyfvo|o0Hbb
zo69agyTeR;4^z_u<B}BI_L4~gR6nYJ`c#5=LkqNr#&n2JT)R}Y^l1q-XxHQFPJp@(
z6b$?sGYWY4?+~td{H<MbMI4Zx+=kCT?1M%4K}^`^?CG=v<pXi*Y@JKxs}`ujmS?&v
z7lC>Zs06&dLfVM%Qfvxv-wCS>rf=jPdcBmMw#>Wd#lVR8g@4|O?}{MokC;U#V4KnD
zsM7^_P(?AF`Otix={{nL_z3t6`hMN6cC=-yCUE+fML+f_G?Vn)!HQFwgH>?5`~lxB
z)3GXEW?XlecfhL#nRu_L_~}N&;B~mWgPUipkAvH)_othuZhnYg*(3GOTI+&P)J^zJ
z3#i_>Ey3P8wmH<{98d)P*osOR<NwZFXd8Xm<O2`uuvF^A*duC!{fAi`VR#UD_!H0f
z`kSM-CJ4pfcWDWvb(@5YMx~2AXL;t=MEK>b#6y&)MNQmymAOG8M4q7Xn)Xza*?I08
zh8d`Qs4TO|xQB|Ik=eHJ1(cSIjg28%8G-&rcJ}t8Ag*~~3QE{AIr)-6EtV>neimo1
zUs~UCoEi}S*Je+rtRTq6zjZ)WD-AGrN?#mBF$A?&hQqQc*A(+LBTb*iaDxc)0emsj
z5b>VN%Uk-pj{R?GRK}y4C}OrUUmxeq@z{TUB^uOMo&G++ukM%cFGMkMLWXbVQPD#{
zU=3zq2RUYd99kQ}9S|-T_5$`V2>I98*or4;{Qh1s|JUT?<X#2AV_7E3RrWbEP;*xf
z>V$fBNM%c;UzW92{~2J`Y8dQ1zOJ<qC^Vxr6A3P1%*ZL~FJ|COpo40*OYO-#hNc+_
zx-Yh)InK=l){KvU`NDR;3TNIf)JRZY#EBM&wu19LahhYB`wURNKnP7S<}C8Fq>9R)
zoPxD7nV89&N~OW}AK38Ayyj%K5{n1Z=|m20D1#o~u@6A*{9umij)2B{uzArJgshoD
zUXR;cVK{#t9$w>kxW{V?zu&kvBwjk?cTn8XgT@a|ak8}JW+Y?GW=o?aaYCf5Jh&^K
z*F8J*&P^+@e|`dQ{r`^+>KRnK2++E(9Wx)Bf)JF06lZ-7EfFDTiP=oFRT3{2&gYzY
zI=g5Y6qlDUQWcoe6jm99fNYnOrb>^T1`ua;AC`qk>4NqY=Tj3f2H+Jy3med7Kne6i
z&;TW4(-mdr`I?mu(atBMd6nuZFe$<PE+^32WN*B7pf!;`UFena{P|`0u~*=As#L#>
zR@x`UoYll`-zDB;pQ-kthV(4)@|E5v<^H=SeJI_O0<&eU=jRj#X9F=8zqHCXhf{Gk
z^Zf^e#z#t1%0M@`M7xd1Ej^_=lc|XkM5!%C;KfISrU8oGeBhJ&YhSObRUXeRH&8K_
z8+^LIKpt?L-mj?056)Jt$m-x-yx7KY2V&G+fMa-}rIq`lSjTpPBh`t)C<G|a6IwsQ
zBde-w_qXuwi^OkRi=S7hQi)q#dUq1QJX{mgJyJv?9`KL1I7pVdcWBmWS<ZaZCKvDC
zd9b@!BM}QS;y=45oJKEcrc11AGu7)tRN5L$UZ*)O_eC9N=r2ca#bs=b6w3_(M719e
zVy`{eic{FUKWpM$8bKsh_%T>(CL7Qf$^hoqF#YtRV(HcLl!QQz#7}YOtsP!G<Gx^i
zPrQo?$MUPelY`1+Y$*%ix2GxrG#37V-f;q|WFDnXoP_0!WQuG$p>u+>j7zU&>wjA(
zcl5p6ba?zC<@0AA8bAna+`LV6922iw&XZDrWS);r<W;wrF7-BQi~Q%!42pYYB6j`}
zsBd%!$u&=gWVD=f{(J{ej~k+jTQMr)&R!82`CME_LvZBZd(nD;%VJ|OrR@BM_(KL?
zK&^YX)UK8Hsj1SklP7=3L*O@Gg1YGA3dUN*#<FC<RXUu-0NR;pvW^)$`%AZcaqGQY
z&2dye!-V2(JZb`p9l#P(PP0ARa}&O!*NuqoFd~yTBAp4|6u{Cei<^CiYZ#_OKyf#1
zM@`;uOmns$6xYqd;(pmQ=eVW!T|y#%c>f#E%XN@OE*&cr1xIgQ_*V04#@=8<@tTqn
zx=Fm@djRg<Yn9F#G*}e_(N*81;32@MEA81?I)nU~I^(IzTMx_m1;D-qQ>iuHo!Yy5
z!RlfSq~1nax~7_-;?B;w18qle><iEcfr1s53`JIQEEXNg@e<6Z1L@jDQ=3>o@U01z
zY3_uCb&Tg#zU#B^3(G2X-2c=E{A_YQLHZuIa|uO{>5ZxB#EodVX$|@zP2m0zOKaDI
zs^Dn07^VmPx1UDO%jgNU>lSIEG6Ynh84t0PPQ@RK9*Y$n+w2YsyMA=PRpVKcLoY|8
zbotVv`=2U~wWH=+i_Yj~)7L%?uOBLpp9Z}CQGZiVp79GM>dQq=5pGW-Ox1Si(5YbE
z`P6MB(pg^S@r>#nN<>*=^nyUlBrsI#5LKMV?e_OKVO;~~;6{S323z2MCghFS$kV_|
z4e;1Le*MIlvc|%(z^XGdzs0!)`Y4<q3`1o)oLE@P3x8JKo(nsk#hKdd?Fy-62&qKP
z9XqLf^bOguh#`Lo^TirujtI-+sG0&SQwsEz*6fx!QJz{0)AiZz3@=a2=M+IxL@^Sa
zA9&y#P-ZkF-om;DYG98J8_}=NceIFc&n*NyfN<D%EhhK)@-e&YF?iSZAj3EJwATbh
zR2^T{DUmSDnZfPJaB{E5vTI!;IOCAEpsNES5DUM52Ga9K2Q|}2H{E<&X*-N%lj?l$
zcfA#d9K^Fv#cTCxOq*1|mryEVouwv!1A2v4KvtAzE5mv5VtPh?bPxw#Ji3l+J#XAS
z|4|VBOPvpB<OnJ3A1+b~mrJoYG9xMx(Dk(hWiGY@1zQ6ud|^kEsoZNFZ2(X`0ot`S
zcQAy^GqW-4*{8BwlgF7ebwB57{%+p|Nq>!&x11PBKm5}m1l>ghf$xE;?s}ej7=tEI
z#&ByOfau1zcD!yqB(61Q@Al+f!psatv|dpX&`<GL!&F#6O97s*#b4Q8`NOpV)&Bw-
zQB1a9n<L*do{6brwi^E%b)%{^W%tUEIcY_9Qk~arX6WW)ksgCLJC`zIY0_iDjRy9A
zcXhxnI#Zgg;&h=!=a(%HO`Wy9L^jOmXw{y<RzZz;`j@*5B^XtPkpH`bQ%LjLyqMa5
zBWp?D=_ayZ#P=va1R<~V_|n2(+>L(Kqxhj5mXs$!59}|W!*4TfT}n(_zy8^p#AOQ^
z7AwUxYg90sF?^u)?T*4v?G#<fm$n<XNjfcTF+G|c!}pbVx(zSHdAh^X`b?uJQmocK
zXr=5MJa`vwI#VDGcYP)W)SEy}=k`pBk62FfR{XUW^_-6XD)!auYM&^_Nqq--NkYNz
z`j6rh64X;9|Ddn);qWbzailjS>GdDgCNcj`9Gq!zw=(#)!8f{rLpU>d#O<iyu%2W)
znfLRpCj19UHs&LAHb%=w#q84&?9&N@*HS$(?2}^R`f_XX7XcaFLqx3N>4$cQ@%}Jh
z)0xJX*-OVEk6((^-R4CS6F`ebF>1<a8?=N<quwE2_i&O42nbeMEc~TxTw1?ey!*%>
zhd#UzaKHN^OnVkjqm~G?nq?rOm-1}MpKp0xw^Vbegstu{%;2Z)@bo3DE1OS|o*UWC
zJDQ5SN^{IEOWDVpF1P{pw>SU(S}WSkwspmhhTT`4?%j^prZKYxs|mmAR{Y+@$xwS=
zh6Go8h-8#bAg{Ts{|Oq0<_%E2dCcYY3Y9@4=e=qmL-cwz2i@I^OIuc2I%z@`FVtm?
zsC>Dnp&zv+_A^C$x?1yKEL3{*y__6z`9LiPG@zB{d)8k_F};EwcO5B7@UHfT*;BG_
zmQEF`%lyn5@iMg9eB{Aw_S5X)n)or0f_WWSfa<evn_6u#w-jeIYAATkD1LvZCC12)
z?fUu0>@7|=Q1*W8E>qlkZHw{W3k?7P*96nYsl-;{91lz)k@JtR&9s=QO-+aT{;%HG
za~=NPd+xi@kSB^!@ATx>qcK@;ujB64nQ4@i<uM%{Tx(JOfpErlzg`yGZcoFbZSP8=
zMc%kcdN{FUI-HG!m{p+_^zmBU`VfQudo|gTP0#9S=ZQ7nU)?97gk*B$v9bi?-l!D$
zS#=oq@K{X)PY>HpZXso_A$q&0SgVD)hA`F-L``w!uW3CqCmdb`%xd8zuQXymetES<
z(Ott~@g}qR73D+Oc7xP-J}(CYw(5Y1xm=bPl1cf|Le~<p%uN9W;9b(u<y^J%Jdu``
z_JLn-1#Ld&Ecm-ROgqzxYg6e=*FuDq4Am&$Zk@-=97-MWU}t!2w>qTZ|G=uEGxX!R
zo7q!lJPr*j;<On24H|wC5{*(4&E6su_{2vg$d=}qVm8@3_YjLhwlxpRjgFs%uz*$E
z7}=k%^3=AtM^+PcjUowyW7E|x<1Bdl@&4jJ;zr-TB*5RCXiWHn1+Oj(x?4^g#m$W5
zM|5<?EG#S|ji@7f6TQ#<x=&-jJiE%>GZxT&kzL!UJt|b0258t<uU@r7lV)8#uAov<
z9VKPXeB|mpt*F-MaxQi*^raT}pD0Mauti!;C0V!n^Tc$%mkfsxt6w(sL0D&4Hyslz
zJYxd$Ih$X#8S(qK<xyblh}m*i3}z~nYFIsu4MpgjOliYwp<b+m93%F0`J!*l+9A*m
z22;XPKKqrNy2SjJs>hczy8ZNod8TqVp?W)$X)F3Zit`o5{-!w6^`5=)z^|`5_QpsW
zbA4&2Ytl(U<<2=Xoo=&f9qMER8r0m@8ux;K9sI0veyO}1Z<ZU+MD2URepUaf>WhaZ
zPsn$OQc8??UYhN*8*b8Q4~}YsQrl@OBV%JK<lsp!#w2=7Y&e#Nj%C-P+ryC&e+$)M
z%v6J@&@L7$WYc*qRzl3=jS_oYW?DiPBFtwS?>f!DgMM4!pqzXiXE7D#h8)qLm82Hw
z;@NJVc2{o%i6mZkb5nR~T^_gikD7O8b3?rC_B6ua@)VEPf^%C@RJT!7n~^??-3vuG
zH|~hG%KC<*_l>;X9mQqC*X&^RDCQgPeF)V&hRG$h%c8q)ZP6E{@&B)9C(y|7xeP&S
zCJ`v`AcF+`vl9><9k&^j>)`plZqO`Z;q;Q=9%@&IJm07L;KQ?t3bX(VpLLq3*L->~
zy>fVt5B^um2>h2$F|ld^(O{|JtAYGfmN_eybdd9=_1v4gUp^rmK%-_=H@)aCwCLJk
zRyEnhdFn0V(qOdj+u|aW&a(>=m08)@NCB;;^@AG^KE^Qdec~e586VsE9p6Dpxh@y@
z4KD=cTCc@Pv`nuCIoS<MJ!zFIZD=h7yh+epvTJV|bSOmhx1TTP6{bUyh;8kcq+8~c
zkyJ?va7#sz#m3k8{qpdaA-JmF$`V5iQr~M&F#C@ue?5*WEi7eu;n!s1bBYsteE+3}
z%t3!t#K__wB(puDwmmNti-%uK_}xj???b`^NG|7$kd0mmf7_tW66##OeCyV>6^C@Y
zGrm{YXUPFAjJ~@$M^V|_;C_o7{@IJQF>XgygL$HwHhH9vL*L_ii%?frS1aEWoOIv=
zd1lZcoDj58+&}jNA2yDTZ^!Ipl$5YRC;Mk5zE+^QzxUZ<cz4JPu)Ls6L+F5&l(RGE
zRlx0;uDv~L3cEpQYxAX(pX&E|`FM4GE>dYXHy#mcJV-Rgq!Gu%5*=0$77b5NM}bLb
zAQY{xt<9;aAwE7n_P#pkUOYTsaBb+SdzS2t|8vJPx245@>SI#ukCKv-(CM8F7kws?
zr)=)qJum&%7Q?$bEV}2!qrcyz;*HM#R}1imG0}5pD(0=OX_3vm;@NdT{jAgWT+8dJ
zONKHSj9S=hx4+RW&*XuAQaHSeP9s_-hl`@hS=!tL>ptXp@F}zYR1upssY=_G!NQ*a
z=$0B4#Lii#j$x$VjH$!}Q{jGCl2_0GdIJ5+%P*a0O_@~M)g~#ywXqiUt-G$tthvoz
zo3#6WL@sB^zskftk=C#3eou_p2Y)h5j(bZffOK_|X)!@Xq3C#P@HF*DV>R%>;I;8U
z3JM$@zomZHIe~x1c281vJXgSyc$o(ok;t-mEazN3WhdJCWvwN+#tHPc#$i?o9#xUy
zoeXj2%>tyvIOyO2{~RAjubURl&P_4l<>igWC<ZDHLZQG;Ft(1DpTA@6FnjIyQ@_Q%
z8{GMeo6`fHIE+3LPSr-oUYk%$ZIZGBu+=s;5?rKUKSRJ$S6Jw9k^bnw6ORV%WY7Fy
zm@kV!jx%rKRfExT_OmBeSm~YmrQ?{{m4$2;mLuzZ--83Z18=lsrg=z54t=rFL%@)`
z?$GI%Rg+*t7u<!qr7RAz(kHgw4y}RF1j0aWHT?VcJJ9<1g>39<C0&)C1RF2O%R)B8
z&jE%GEhC8oc^O}8kh8gihrc9w$Ud&3Q78@T-FxWzoo4#sQv5?)W@?nV@mCK3(n0Rx
zZMl8)k(LnM<QjLsm}DiL)!OxpxXn$}#h+(?n6p!|zxN0|NcWcD_i66Yj__#NOa`nX
z6L>lBV(FQ$ssn59H5eCKv74P*%@M*tMjf^AHQaQ(5l3YwaDADHy?^L@4;*`<#uwm%
zc(=?kqnIDKXh=z+Y;JBsejsb%hNFNqbt6`aASEt1aldyww<oKtrxxDNI)zVcb%vN;
z(ZLR8_mCmJu~Z!&4V}K@wVtcYTpYwP8p&1aJs1P0zH6@-uw<YE5p$zSGZC=kvuDTF
zOD+QHrly%kw+U!HUkrrxflwlJPp(6wr&46Ga-`DL0d`_hL6CZVEpT%4Qf69p?9Unp
zKDHF!vu96AV&a@)FwU<6#67ovBgJ*2WDbQ74yvN}p_1N5fAAri6qA+0QBZ`ucRI5|
zU(WIfI!TvRDA{5lPZsa=3K%5bDAkT8GzS0iXB6Y+*iHsoG1l`U**4b^H~0b9yJR!!
zO%f|`rahbt)Qk(F1#jz%Iw~?WlbhFBTY?L*G)VblfoH8+&Pc82d@c*N5`%vi*1x>|
zA17{b2R;en84}RoNn!S%RT-zIrn<^$z&Umi_&GY78|9+feE3oR9X14ZlUz>gdm{on
zcE05cm`pdl;WnAA!KTnr+wRE)Z<~vhvNg_u?~^+FtHiyn4bTKsRWO!UpC6{ZiDaH$
zz+hNy$vh)|(R+4^a(#W)I)6!Wb8ULdobRvPy?hWIhm2;9)GYe?go)bPwr+ZOa#9dR
z72XlNySrOGk=7U4kG_&!Nk8;(q-Yf0)qu3HuGE6>Lpj)j0X+FC-SOt5fh3ZTF1v4T
zgwR&(3eRFyqKL!c5VMIu8en!uSkJ`vL)1|GMK^cXyczeeKLv^VlL!Qod#`+|$kOM~
z^JSkO!bjZy_}!Jc?&EjwY-E9$Y>V(6(|sTo3JVWs^pl~RB*>5-U+LXC#zJcc8b(I<
z#zp~&{QNWT4sA)JzrRUu7CCPTw{%NCx|}oaHeiU##i`aSa}UiFl{7T?_&Gp<oJ*bk
z;U_;+dv;zvH@P>Je_dy8lgrHy5}>xTUZCT5s00}#TVk>knD<4`Cg4^HYtshG_mr8c
znJBKYxPY)<T1X#ypzu38`w^vpi&^^wXz@D^&HrLo`nSgQfq<JlI5k=|WBCaG<@myC
z3;t{Cb(JFrM=_gD^BjObpUJ@VB&wtWbTummb&`n*l&eFAg^1DyA|@V#AVcc0Ml8Au
zb=4Me#vIJE3kJBc$V9pz;()AV4{Kcezxn*`M{i|xe0)5nX`&qRCJ>JO09}k3jK;wr
zo{@EUN=gdmd^d`*LFB|A;K&cpL(5p>K#kGO;>{(a5j7>{k9oh#X(En9HXg6JeQ%NF
z+qwEzx$5kRJ2MS#IumLImg(>>mF^oO)jJbwhfhKeL6>PwtfZQ{I?xh0I=okeddM4s
z-!nJi_2ofYayVSJLnHLDz8E<(O^@qbC|oidA86qj{h&KE?W=4M#Z^|*A%YKrTahwT
zUXdzRvpIjGcR97nokO0tpMcX*jwc5N7Cq%ehzU=oy&^s}4J)bhZPk&0U~=3w@i()v
z{;hXRk6kyf1qoEzCipdWml}5aU;cC9++VY^UrKtT%Zq-qtePYgvKjdDc)|fK<of|_
zTKDpE0Q~?c2FQrm*pxczn$CSWh5cKK>UPNiQTfB~!NCW6*5rYLKAA<KCmaCvcsw<D
z5VTYg4*BMgQYXxz&nWU~APfjF7aco=k5vMq0YnllCO?djFT}yerc02$h(msi!c!ha
zwDDeMlMwSPosjgEqCRw|y+5ojX~f=mLw!#VRcguofO%)?brO=t#}?gIA_|4H9c3Ab
z2-(Lk9|{E(?~Pi`|1-O9?xG^PoM>BTXSMY?FltMn_}d5=M8N1r19JW0^&{-~_vnqj
zxU&^d#z^9ZcemayJ5Cdhi(D^7E#IcFjmEWZudjco;L}hoa2ucgP->&yC9mf*!JOMO
zIc~cR8qhz&NwW(Y-tlB?X>Mu~&fi&ioHz`L(l{@#>cEoylF%hBq({cyHnXxhCTT8>
z98iE;sEc81x150W06UstFw{JXfFf1f#yHIGD;(?9vf@hihqg)V->>V{IwP4t&y;&t
ze+f#9Kcv5LU1-DzzQlu^!jQGu`nGRaQ;@u_NVz_8H<{kWusIK&BBEGnX|lup4m?Jq
zFZ3?Y(k-7C6iEu(ePXH4r~mmRE=J`npks3k(|%6iEF71U$Aje)Wf17;H4*)+-?Dag
zaO4sF&wLztwL&(qDA6x!3`%Vr96le{a`K%&&D|iz41E|jS)_a`-7b5m``5B0<DLhL
zFg}HcqF_N@Td4TdH}x%UhI)?<$)pE=PKF|d`HUH=Z;EaMO!F0)I7Q}BrMs<63gn&~
zBCSbPa81Spq9paBC>95c`}4VduZ)CNTqo;5tpfjToNXJ3PQVKqI<%%V_1vL$w!B2g
zUh=oCD}S|e8jE{=9?|q4bwu|%!f{G5PaFs>S<L(BQ4BkVy{eiTkMUVJ=;a210Q$LV
zYS1ARRY)~08l5z6G8~@ZL67LWr!|)`>!jxE0|p4er~BpJB0uH|mm^~t6^&Pg(mi6(
z%<Nfy>W(WAXn?RfUXCV+czmWt#`L&w(W2(CBCA^B;39MH7INL8PmV?Bm@WdL43ODk
z`H{?t?sSg6pMTx<>=flKl<0Qem(1l9yCOcx&R`v~8}PJN{NH}Dwg2Y{r40=Y+o4)-
z?WI+4-9QnCN~751&PiUKf`S~YkGp&ODe=k*roHb{b|qP35>gwG@)B{l2~bvH%?PHe
z3ZxHKi#ipN60B?M*nGS$7X}UBvz5s3n>e+=h^hn^nsI=$VKA{3$JJcAVD(9Pfj9C=
zv+?dR*`Ui*Imvs}E^1d)t3d+~1+v=Tt9Hid5VI&p4jrA;fo85guw=Xr%2%}Q+Oq8$
zB29bsk;EE<Q<tIR#P8CYkk9&CA*OyPXFa%WM!d&UBX$eBsX?WI6ciQdI+_kmUadcH
z0onwwq~!nJ!rv{gz1pE0<OLtt{`?vqj!$unnyRwK1ODb^jRE)={`D&q7+SJ&{syhI
znre4=O#*Z^k;=14bn)gsdPre$F_`rrrMSrbX#l-^qIiQ;8L?aGC11G5u6d_%UjuZ6
z2&$T9*SEKo$s6-FBBEPSgYf0dHYa{_x$KIrY=Iqq==O-qtKsi49g-wm2+!a5KAWuL
z?TpP+^8K-)KSM(i)BGGH2DiWNcnd-MKO*~=Kjv55i!QLT7BSk^OfmRoFiEX%xNw7h
z>+RUL;_%*J>G?X6V<!Z~c)2<7BMvPAl>LTJ3i0S)KYex6Yiw6=TVwF-{F$RghEE}!
zrYK?KTIe98D3pv;5vvF0Gh?RK)zyI*gbGBFb@Ktj0PZD({XCMVC)KvexK`K!jVGV9
zh)|u5IfU4r4?6I+Iq;gX<*?ZZh>$#2Kng?~&*uq;==+#Gcws+Q{8m$|23=q}-+^5U
zDp*?E_~2AfcVYM;u^5fEOQstdNBKvg&zbfq{p{bzp1B=N@47{fw|baE0J&hX)BdBZ
zURr_bnu^Qw`4-C;uSt@HDU6^MLnH-7f8iJ4s$S|l%vg8dqRq`b>zk%Vn>$9<oe_(2
zyh9fRw&8&qjC488PYc>Yukrkiwzzqp@e+1*!wy(+wh9fE;wRskin)kJ9-c|xeio_U
z31}7HSOHxHZ6{%4b}IEHb#?sg(}PL9%bW$dyxJr*MIRje9^+%r`G`<^i)0-1ZF>p>
z2nQC&{h=?GTuvm4G(_D-vp`FqFLdv(O#Eb_h&JEXObZ$nIzn!iG`xQOEED#mk6)j)
z84fWS_NnU+x*1z{C}F5A4&<icotZZL#+vXr_xd~sv#nSHGcrVKPW`Vs+C5lwqy<-g
zh?TN_m~yo)>G+*cJlZt7S<}YYdjHq8Kby9fIgM=GcISEpzga9!2O)LP(z?Nf+drsD
zpfL`==J^12o+g1FGyg4?9L=A?5lJ4W8qObaCV{3~nqAiw{*S)Gqd)+Fkeel#>>m3L
z&(4;@Pii)`8R+ouwe6i+?9H_Zc%5<iUS2>T*C8S6f}RfWEoQPnvI!7;g?BuKesf09
zW3BUXAZUU}SXev;BiK9$^2jl<-MNv~--jKf_GZZSN=E0!NLCS`Jc1hE96c!fq983P
zOX**vMmM`WNQq2m0hdeA7=KE3-}{OKgM6lZv8N$BddI7G#$4n^A48cuZvIz$?X$6O
zB%cT<H9eKDHYgbPC+bQ_sGq3#Z2q7y(0xBMvK4fDP~CXR^nnPwjNNO=&zaN2X9dgv
z$X$D__rTA1l5g%9X_25!JIg#9aUZ0mH_Z?zgK21{#wVgo66)os4=igE(%RsYz0X`P
zFiIyY4NAXF?|gN5&4&mocBarWhYAG#Bu9^^LSKRV4T4Acjhk36ZhKqX=b$O={_&`S
z<xzg8P0%n`)G+@CAso=bQLuPN^WxoS92&AHI`ZU~A65?EXwyDmSzcE%Cd9my=?<#e
z>ynMu7&K7Vc}FwnM!f5{bR3P^2QEby-d+P1wj%b6`BZA+k1+^ub~RlbPFzYuiMhOX
zDK61s5#RV$!%4tjeG4mrLZEE2Of6*^f!8pCJ6a=RR_X7oJDmIcbXXL@gVb#%a642C
zj5Xpw+DN92N=i6J8*$)4MeTy%VctUpcT7RQ*haEhQXKT*si{cNKv;kh7myXP7;pzZ
z3ILW5K<gmtfYpPA(zT3^2wl@o#Gm3OPn8ChVRbV6ExpxaUoG5eFtREawBpF$`l2MC
z1@!%j#&C!y%V;89aJPO~wEBlxxVv0RuogyAxpe`zKZ_~qgQPnM=>tfgr&C6TE-U69
zai4TKYIAnx*!8qEN;U(IoB;PAx#hJpHiQu)zb1)-*ztFs9_cJi$Qt*qV8h3seLMeM
z{i1jOSf8Vx1ru#K2YRGY!$IW%VT@siGB8h1J4eS(AUOI78rV~pQ~^{0w$96o9{^eq
z2~;dsWp>6G)|yQ&b$&}p?u02SB|2$wlR_-)f|(0OBS16>8uRCX;u`_)wZn7X`zaCb
zEUdgkH`YeZ&dwu!hsWn7a#p#hi4toSi-0P0U%Rq3WAfqe%OhnOWmF)1?I8UoG--?^
ziFj$_b=|^u#~Rz)>ke~X#An_YbL>9T+1uu<#eLsQXxr*eU1;Wn{Y?P&vX)MYc`;DG
zU+CGym%K3Z*<eL?-B*kxkMTeIdw1VgvH>?gvu2cSdmmwC|9<_GO$Ha$^6>n~Qk}Si
z91H;<1o70_(=PzA1)Ayp{Phd<(*R#UgUFXF=@`oji3BTt*pO3QZc!1YN%_M{Hte_k
zequCWK9F_It#(gkG(ood<hF3K3Ndxx*qS3>0=>d|1vQB`u146q&?x%HTxtub9MBZ`
zLgn(@U-HBZxk#C<F9icG&g0qz`cAoC89KNfn3~q3BmPyHJWx+oZ5MxAr?zRiP%&9u
z^=YJ+!r;9`nbFxywukEwQ5VXy1(oASz<Yz2Cg$y?ByipZMiZ0TG%`HNtPc$r8wdFg
zCE;YiXe)4L+BKW;9bR6$2v8Eq1{jp;AhxNfh<U@~k4CV%K2|QLHTR32?WKk3PKNLm
z?nji#1hFi)?t#I!C)t%nPJtX^&Q<#HZ?h{)7`V}2&0)3mJ4rV_`BfCX%z3Dh-TAJE
zP3ZW6VRZfB*S`Js)UwVv3jW;Mk2LCO+ljg+k><h6OQY%CTr6BBpZ{vVOdBVr*UfS?
zrqM$K^Rwm52oY{rL&qE#8z#Jg+K&4x=!wHY-FvQPy)#SEyZ<$E!dQ6`^a@0<BNkI3
zF@U`UC}T0RbG@_roiZ=-LPWm!xkp**oJ3rialHdYF`d&bdLowNv$HV(q~zI)P^&3U
ztI7Z}l8xc<++6wg=rtkzgS?klE80{i9Jn}NnGH?m4Oj`+wModM=-|Ur7j%Ri@c7|W
z^bn-CZ{HHZaKb3PO|@%u&ZmNx+ti&}FtXC91m-xa12$&NXR5!D<2e;~;_cqtJGrSL
z0vsxpj?NbE0`iXOyc>f2Cr)KC3EXXGI%)P-1P7LpO|R4gt@j1Awyd|@xxs;e?hw@u
z7+d+eYOw&Kc;CC2_v*FJ>W69$kmTSluTIKb|MCG1`u1#5RCjTZ(WE=xP3r5OGqC?x
z`x(XGvXYEtN4{HfXM?dqTig%Q>`KhNyu89#HFN=HZij;6CoRwBNTN+`D~<6Yhtu6z
zKxy-!Pg#MHqo_@@87|W^PNzxf6V+Bv$;{+OIg<f<9?%-t4o$l!Wi`5GXit}2`I~gC
zP~D41GYxTo8Eeq=OLZK;FeQ+vasJLyaa@3htW>U1Kr-?qUVV}{3VyJC3x}<RQ=80t
z`B^^o#Eh=-1KEL@=3PQ!)|?Wr4fKVdL)B$;!%wz&8k_RUo!v0@?cY95SKGySvxhR?
zH)2XjFc3){J1?Dw3xh?tJ{<C}#?7q<PRYmVpApoidF!)c&N{U_`$mR1Z6{jx!mP$1
z5&aYQ*a0&UxRgXrakEaD-0EIWD^#Ho*_CEo_cDk0v!x8K=E3akgW7^6Kn-{{f#_?k
zyNv6;F?=aOG~m0L`b3@hyq+>TDVk&`WpL5s_@@i~k5;y1gkEZ_689sqq%b3bc^~Um
zi9&}RN%Uf^nt%%8niuff`WsOAwxE}JLBo~9=4oryVHmlQU6x$;u5{1$dAiUY;r>qh
zUm)@Fx&EUJm=`wnj1IQa$8Jr7XmpYKQWCZKrngk^zebfVszS(Wz6W=~VJ#T7L{`q&
z$Ni_mrG4f5_wRXIPn4F<`eI{ofiUd}mBPlcuXV}uh_0@#&{%ul`#Qu}?qwf)LEM~Z
zBG&Ml%vLUe{sERdwMC(_+#n2FI@!yvKlvb4Q0324ArFZbA$c!LeUeS>+Su&MB!z^~
zolhjJCY*f|hTTsQ8&&7cW5zMu7#Y$3q@uCfv)4CE`@Bcr{o1I-;6G3FFZe@(D9fUV
z1$MYzO*}07PBJ}H?cfH2lbbE<iG@Rcws7Wwm(Sp09I32}+|TZAFUWyd@_yrMP}2Kc
z$pN*1{0Z&5yhzOSRsrYp%hX6d3>MIS+UrzBKA0iOS}m5I&D}JMTl}md(W0^4_tkeZ
zd|=mbiu2_yQCIhwq@azDMvA^>Q8Jn40USv!na%A9`Wo+@;=ZI!BF)Lfl7d#bZH2v+
zq#?1}5{Q)NJ-B8f2-0JOvpP+HXDgebE>^NnK>amW;&;6`59vrdr;5CLJSHk{&s6Xk
zLt!Zg!l*5uUzT;I>l%ld2k&x1K-zn0u$ZF*+q98H+-W9y%5Lyk0V&{25PQ)#Jv}|z
zNK-eRet>JBwZo}TYFnvS$fglksR~U%CGAAf+Gvd9cbwu~yzEWy`!zECQ23y7zcN2^
z{NcxuOMAqG)^=!<*PiN@m<V;8lW;3Egf7_Pg$*0B{%VAqG5&`3iyDR#p7%#8^xB>m
zj<oRi)-ZfBf7_?zE)8vGvWnUo=HF{;#v&&&*YOsUy@m?)2%s%0r#8mlrG38^=$N5e
z@!~Y63ePr1AfA-z^dBXmP}-P>gRox+J0@O#`PkdVkR3twLJt+WoMX}Q-!k-nviM%<
z^Q7KZ<rz4?Q8Y8x1l!m4j4;nFAp~N&V0e!U01l(ks%O(^W8B$2`6tHhBl&=ES>%2a
z%nbnv`a~1hTFpd)2}eHuSNRElk#j!gmKce@kdGs(*0VHWrEs|Qu7UY`dc6@!7JCN=
z<@!>@sI>ZF?S@$=y;7auJ15nSJelv@S)$<FAlfA^e$*)~^y1YK)U(i_*l*`I{!cHx
z8clgqX-O#HAZ^7{)^deWWzCS=%39=Jd<}J#JT@@fs4>tbs5&z6Z{gJQWH%$Y*X}7=
zV8VWfd!=oyMj9c&ua49uAQP3f`iX%*u<?9#+;5W(U{0PSph(Z4!4eRV0Km*8)>=I9
z#>YWV^px)7%?~ar5=s_5T#CX>Re46p11m3*G!e_h3zje&Pw(WQ9$+G$s+x4bOs@xR
zG9EY<Fygn-y)}koDTgJ!@#66T>8|0QKe-kwfzzrMnOKTb)6yC(sY@=$0v3rLQv)QB
zK_1$cDp8SH$Y1^308DxOQuKlit-rIP?E_%}F2v1Vn?2%aF$h>Eb~)28odCwNm9e!C
z&%Kn{Y60QY_BlcSC#@`3Xi|-n6Pm~bO8g(1$liOoX!R=^J13dZMG!q0vA|g-e7toF
zr9C&OH^<5NKWow!ca0!mgM*Pum1uK#?}c~VLk}T>0mb|{bO14={*ioANl02DFtn+C
z&tP%NA4N#GReJ?GEVC<9#kVy*PxG>jT_Q8*53ZFTk}Gxl`@NE@ZEO_E-eNEed?oM5
z0xq>2?y1>uLVn~)u8w*kph6x=fVhhRm0pWDaBdfnvsaZ4{{Hqd3G~_B0p3ZEPkH%&
zVdGHh!c6i|QU<~Jf~5lS>y6OzxjB>4K1I9`0=;jF=f3ey9!WJIj~2WP55zD|1(|Bm
z7TA4sOfQE<<%0_s?Jk}h3lK=^m)kvax!w*e_yBm<<lnCtV!rtMM@6?$ZeYYVe^rf_
zP9hYgYK>rO`F}Ce0J(I59{DQkUy1LbhDs?Wg7I_DHfodQNp1+wQ986|Ym=hWmHBS|
zVh5gjon2n;b&s<f65ep?mmYkZK$LpVsDad%pV)l#u`;9B?yy}Ame-i#c*Nk=@t}9h
zY?BuXWK-;bOy-iASM7?}x;Ad7bH>T5-5U<1Au@~gMfFA;sK~(w2dPPobWvc}qqDgO
zBHWo#c!h(NnejJRy4Cef1g3<eZx;Wg>nG|reN*nV`>WJqL4bpN-zanH^@Gaxvdp9c
zv5O~W*;1eUIo%<;^92Ji>&hJ5_o!ks?F5Jb89>V?|K){1Ot8MOk@i!+Z|yL~%YhJ#
zG{6ACEiidWT{aBZ)L<4i3+zVwQ8DP%N7j_Ava9X6W_t4kvfy_Ae*MeC)zITa;aIeg
z=ODohE;5;v0+`zt*;w$z?Z6^Ykx}5&K+67akXt0{4(&QUK2V$cY9o%8*!ThzIn$SD
z5L$hLXNbNgd;>MCb5dc}8=soOitA3S#wL&WhuvcK^BTsb+og&7g5C%M9(Uu($P3`v
zn!lNv9pz6lA*3LP=YOI9$jPVy(1LAg|0Qs@$W+>>#3QLb@f4Ypxpc=_Tu$UJDVp_;
z!6&>#@%CGo5Ga)ZiWCM%*h_gL!2f`#kf_lQP#yq^l7+~=0+J)(l@JMX2M6t6WPq8a
zz2gWvmJgK4s{h^z32dC5X<7%}gG($eM1wa%KpWt=aQGV(l(RpvRKHJ8roBBTI3Pha
zB{=if)2-<)=>W=tl|l`94)WrN9PVDA(1Ap1$0Gi&-Z+R>=JHDbj9-ChSCTIuGcE%|
zbPsjkI`Bp&DOpV%%RZ}>#(6K0$ock0<;+hEgsQ6NMqq5B9LQ6G^gD=Nt^!(@z8PQn
zynZDCl-li!E?F%t#>0F-4?#{&4#FWE5Y>VCGBOi@Q%+01^`(f1M$6`~=t%JZ@NjMr
zKd7508sA-9jzKC|Zo;024S-@_v7&~Vrgf4BY>I;mnFx|GbqNCz%pg-K`pwZ~KUyD4
zO6Q5LL2}x4zM>_n)vX3dsvq0^3uF|D{<FM1V0lf-z1r8s!P$z8#Hu$cV{Q^Z_Y(ta
z(6;CT)-?-6nHpIoKqmm!ys)S!xMMM>Z{;JO*~)?UPhdj>(m}G@R#?-gWzNLu4a0x6
z0HLu6!wtR#ld20Mfg4V+z1Lj_yY(-DZ7`h8`(le9dYiFdcKj|Fdd9mju8{lOnByVH
zp>&~mXrWClEq%}T4liqLY&@ul8U=X@ITe-r0Ba)skbGI>&K!lX>{JV2Spo4y*lt={
zS_*J>z3VkPBE2?Pzf%x+v{%2J68G}(#V2)LUH)Y~IM`osg#nWLzUV^l?+5A}$5Xf}
zxo<vyW-$V`4{Sj+v@aza5RNJ;Dpi{wWr>JC#Js0p;emz82_kE0(NTRRW$EL<)`=<=
zzpfSXc<)4se=oVzP{9A)=O44`!Zd&&c~Bncbc-RmtjMgU&xx`d@cdfi12$FLEN9nA
zfmaQG6hNpZ|3#=HckBRgeMW$(^7Zxo3DPjsBN1Ng#f61I9gC#5b@U1dZWkCWK=1)t
zATc)Mmm&Zwl8mghBngodyFhmE^JfroO-=n#E=?yQ({={(G%ovZAAWN<SPFH#**BbT
z_qrXrRUmcVa2Emz*0iIO?ujXf+5=TRAj|<1Q47n<!$JBAEG}4j@Y5i`p_qU}A4IQ!
z5G2szOZfX=CtVUiL4J02R`d}nARD@*To1Y%8XCwz?9y~|*r30s#eT5n2>fTLx+OU8
z^a|vyqF~>b=j&=~+pVg;0|U#FB^QB{5GtAY*Ys6*H{c+YdFe>#%?sI@9_S)Nv6IUm
zZWzev%cVdm1+qo7Yg4i-t9i)o7kaU2HjD9+bXGZMs8`Uz$@0g*S|S<VlDr@B`v_V@
zIG*mN9?fU7m4V5a-x{~pfF1g0L>U-Lv1t(jJF@vBrn>3--~;5~!ToY~cc%r{Z|}6j
zt_HlfY@oIQW|0WlMiC6|%mEq|kQ~9hR9#)#)o*EOftWukO#_MoAPsl~zH99eJWFic
z5XgQ70j1HHU1#MJrG329`8dNZKu-5^cn)RGMBE<#lv=jnbmW_^t`onxMO-eS;xQqU
zX`tu8xzq3Q2N;&#DRDGRP2+%L7D!i>sneGh(Ox;dtN<fn4h|9ljJbL>*Wkto(g3f{
zw$Y+Pt#(rmz-%tDnJNnm5`(C>nGdT#a-dtdUL|0z%UKNyeFBaNV1tb~bf>^f+z`4b
zjaPcn>2Tg(UZkWHnlPAMsa^hi#joQKl<wqGV#Io{>CJP!k%BjwRA{9M)jAtQ2cARg
zmX4cFU~x@+oS?!SP9{s_vXdIj?}cRDG*UH?KY`3&hy3DAI_GiL3CY6IbEv(zH_^H{
zZW1<XMTGl8yF4kC+=a`6w|GDx+dCkuBE@<8lsux{oHwibXDFbBj4FB}Yq0w&UMZj{
zVtKP9AONx9K{_SE;%~%`ZhZFqZ1J^3r&xW##+8&c`5KI>VRUDYq7e2+UmPuX;HXsj
zp}P)<1+0zsz=58a;CFO1@Pb!P@9@l}#DDv{pf=Xr@NG~-Y>s*Mm+xGHtBh6dQcZRR
z6NtRX(-ds!M$+I$INEG4N*`$Uz8Pz4;$%i};HpFb&U4Fy(BnnL$EzAkC(N?4w5WN{
zOs(phwgV)i^RZO?WGFhSja7EQ!c0@ubXWswy(`dsWo+-N8@$Hehw~?u@A=|_tPhYS
zDCX9QlePi1>YH1?Wr46S=Rt!F*tr6JPWL!r#FvJ06`k)uS`Z(k&)&R9O@e-%Av30o
z-MaVr`%SKFXuE_odNiT>!3l+4%eT+nV&DkFU;AO)o$5RS9|!FNgI))n3PS%#S!i@<
zZsf$nk4YGjO#H<9N#Ypo!%SUt+-wYCaBfw4X`r1nTd)`2dgq=hd`v>y2SLdYv<1=h
z_TR6X53oW*6#5ZKaUhw<3OvK3TCIFSD?#pa>mi|YlR+huETJJ&LNxhgD_Cg)C5j&f
z&Fxq5Q!S2JNPiLfV5W9$Mm9Gb*_aUnp^;py3Hoc%(-|iF_-uG<Z&|LqHIBWu!Fzqw
zp7(yd8ddD4Gm|4fuF%}?_;LOSgmd~2;n0n|16&eil4V7qUWC|NRFKD$$ezs7e3HbD
zr6Mc;o>oeyI>4I^IVxi4Q#4RSL*42U{22b$#~h(tcSE+0EV7t|BSPT<7n;V?<J!5+
zJtB|TQdnBhP~|P;OkTihEyecRni?qR`ACDNJ_QX1>ej;6h-rBt54f`=FNk8L7jHZu
zx9hJT<`M)itn->+f9@!NT~Ywz5^2JN??ZIjr7_z?`zyrCr?t0c5Fw7Jtu!^XpmHO$
zE9rJ|%96|S2yY}$4Lu|jIoM@!|AU@O{D`#WRla;T>qwjrD<q`tRn%iHw*<C6$z{$7
z4)a1~mA6)p#j0*bs-5|%@z3Ts=cEKwvQgmNz?nbMU31D}D?1^APsnx$o%#V&mXtG!
z@@VGdx4rjKXIV8Gd`b4PhRB8aL#Nl<&puP%%lDY>4SlTPxA$;wQEUEM1s+`4>%9$>
z#5sQLRUCIGhWtHLzeFod@Kz`}=AJu?MJjhBD<Nq*2|2WoZCQ2@#Xme5FyEEimb@s3
zx-6!gguHnruS5i*VUJe!Jbo7`8y8?mdW-%nhS%~?;nPx)wLm_5OPyalnJCnaGGS}N
z<w|8Toj-2&t-;S<(3{6cq)P^JpT9Ug1j1#+U-ahR+g<kLyCCj&ypH$k+dD*uy~st&
zN->N9Nq7t7A6iWK^f@y+mKrxkW(C~$5el^HH)ET>o^KLiqE>3@s}gQ#T5-$k^%7`)
zjle){RK5STF;f{8Ro*)Gh9Cbvt7+>|?&es|!&OPM^BDL<>m?n2+O?iRj=O*;K0>S>
z`*@A}(CrH7zGu#VY<&%_bY-TL1FMtw<R1ch$4fhskCTAfYpGdInvR8u8t}U)dPy3r
zm`o1oa(zNS;fDN+T70H5?Q#;$hf+`<X9Oc9^MV;=iKRC`2(t0MXT2{6%j|~b*lw68
zp5Ozp5k1Zz<tU%+LLW(`=4rL<P2lxs2H#U;GHv{6g2)NtB<14`HRts%c7#_r&x_&U
z;Mf>rA^sVPR56@tC7+OI{_KK?1n2U>M{l~1=F(D_+d3&P=@uWw!up-);^rGpgPvxD
z_C33dW4)!AoKou3E};)x(Ub^s-~0wHcx5q?RL196y@OX0g!QGA!3shPHy#qlWhPoa
zhc@`TrWhlY?9`Wty%=Ft3y4x`1)-+jGR1sbBr&TQFS&-677EZ|0We4!BMYd<`}0?;
z{52ejh;MLb5fb|9UHb3N#)Nj>;2XB>G8{e1eJ&X+(Zj_HSJ#()s+}T^P%^X11yvb?
zb4<qASNZd-&m#){qJ$xEMG?GBJ2q6xJ$0BEjjU-`az7f!bdI0@#1N9cPC0cBnR`0r
z4==wx8-ot<i#eHz-pM%I)e3~7pQ+`qRoGx3XKOT|o`E3JcH)JOPP<c`#l}d!R+-Py
zu-t)e;IS^mJdj?g3pnew!^JJrTOoiO4;qI2Iaa13-i?%IWl7wryl~J_u&}X-IC8gX
zf$DVrT{Ntk^gb84YjGll>3o%zC7(Hc$+qARRVW#KpLupAS_2siD+^0I7!pm$(I@Ce
z0_i*q%C3TsXZm8-|55a?&xsZsrjgu3TS2<0!FGGB{iR@{&IB2G@Wl(@SH`MwHG2<m
zX>+bTVxQ<1>nfq&YlYc6>xfbFo{70!(4rjYrG;nsV_Oh7hQ$0oa&tHM^a6NthSAYW
zH#$YmjIF`X&6vqR;n4Xw1bBNBzk|-a+d9W-J`l$pa7}hjHw&1N+<KXs(tsQp0BkYk
zf!A9_DQeP5IwC&_SHdi_iQv?g@&%QCILVmqEJRdZAMT%BWTewYA$@-dwGW>xVspEQ
zLwXDsez>w3F_x1<$7TuxJohg~g^KQPYr639C{$d9Q|ZPevipQOrU?|woX1BOgUR3)
zd;quL4R_WB*0EhLWO2f4hrLZHFxT%od(HKv1#e?|ng(Z~rcJQ44*~(=@^C3ejBk}f
zHK%CcIt*L-`Ua{>Zy@ydiTpGkf!h_`w0*84<$r-(&U4z)d;dGe!EcMW#folfrN$V?
z=~@88BvYXB3B1%yiBPh>6m}^sEg~ReTmWg~k&!nbL_WB6wzXXpP)1-ta>idpY<S(K
zksw9JwKh=xEKfaN;-?EQp^N|>pHs3XJs~;whhQJpU&U{^rT+XmD?-^Edrrnk$YNMw
zrmBkmqb9FA2(m((Z(I*qs2m7-G-R^oW*>CUnhbotDxhb-9Q=>0JH<fs-~BFn>@1Xw
zfRq4WBGe1?3UAo@0NU;b^N=dQG)S`Y+x6VI_N`-v9c94Z0l980=2o54EEX+^m0N=m
zLXM5leSrFGb1>J?w)svplH>?x?Va`6B2r+%>S^*p@BW6^2t48?`A+$`BjPI&=KTRv
zOwz+GYg1K1tmFzUeU3>^e3riC;Z)z8?x3~_Cu1P$Pf}gfSXd8aHO*Yf<<!!7&EvBA
zzOsh#s;vz}V)Du6xU_rx|5dtjGH7w8x8tY%z);<WFQ>;`I)0M$vTpJnav~DC)RH#c
zKQr<xo*z^tfM^9^Vwu1|aj+FG(~fmOPOGMd2eR-)$j}7(#r#wga=iB{ojaZYd@l{l
z(R6~*hi?ipeC>4VLJ-EK(uf`z(B`u6I(2;kmdBJY#42;zeyEeFSaOqtk|M6JF43F&
zdZ=z#hg%+BFynvXcZ;u}$9EsJlP!Ss<{<L%W_C32c!gS%LSgU`#W<v3MCFZX1C&@1
z>+h!8aKp|I3JJZ%l2;Ht*BIZLb^RU2pm{&T^NX^zAeBrlV0#pVVvk<hXrE&=a=)af
z?2Nsg5Zw7FS%oA+6V{K#E~|%w-t6YfB}L5AVL=1T^-5&(1=9&oME;zg#{=3M0d;f;
zsIn)5#bLmyeg4Fgp+FxxTTE6$K`Vd`VC-e!4B$NGP(F@}Wie$_@Oj7rkSFu=r8CgY
zDlcSqpQ+o_3RMbvZhfODL3l<s0K|-oe<bc%53vT8cc?-)^1&|tv_S<J8z?145Gno!
z(t2JsMlUvZ$P?t38)a+2?=WG;<JV_|cIB*7kaqydFtRnr!q1}T_xw26AOFJ#M)CaC
zrihSpZY~z64rjcVV<abzy+w!s1PdCl>IlITW2#OE^6;KYoXjCccaXCOFqB;~ms4dm
z^fae|gZGQbf(6K6^;BJkClO#JW1^BV%UC>Gn0XDK;L%Q@=$8TFKKO(is+H>RK;?5x
zyAae8SRR59i!(t%_AQM9caFvID*lSf){zTR!_RCwf5>VkZ91F6RCj%&r@lq#O8yTk
zV*mZJ_jP(Fj9%e)gImGR<CE=4p2bV=RPNNiCq`2K{-CYV*6~ut>s<nv7=cD(bab?h
zF)~5^b6)b!^}JYJk|;EEsX0F<TKnEypl4UQNe?0;xOeto)h3l22D2{j$pP{h!dP0u
znD(AaT~X^Mh(2wzZjDZh0WY73Nc3_yW9%2hdY4C$k&(P#<)JU^fk@&`HlvC!7~E+7
zyy)kUeamRamSH&(QvA0^8%Fdv&9}lUTW&xd4KLrDQiI&w7C11*Yh+zQ&5o@#OA_Rj
zClta+$9`DQ#Gf4P-+X@e>-(MA%jO0FDo~*(B}e#Q3<JB+G6R}YYJ<9(@cBKpjYetd
zjdm1v4X1aqxuDev5eHA2GETZBl8^Gae4!tOKPDvm+h0}aTjbfoN=)Ft7%yh-#mH!A
zwq5EzqXXrLK5dl28XEdm-rl6nEzb^a3c=+1S#dkvQlz<yh{_tuz%-&0>`=I?<551y
zB>o?=z5^QTzm5C0XA;>fD<fIS%FZUT_jU`(itH6K64_*xJwga&lTBnslpP{_&-c1}
zp65O9Iqx~n|NKuK-S_YNyVmD(eXi^4eFfJoWB8Ft!t?lM9Qncj)>v`U9L-HnzIVw7
zMqlBW8hW=($(a*HMHpJm%~-HKp^z&s-XO`w<i2I>@q6*BS^v4eBxu98_VcNAKEr*%
z34egoU-|p@0qR)*1<-_ani+C&>Sjw;axp`iO~AIvL9@x(S?=0mS1>PDX3^HI#-7!m
znr0k!-%zC>*6@#FIgdqBoyJ^cH*I!g1kybXj47D0spjd6?iCd)v=86jnckjkF~%I7
zF7!RG=jp6#y@qVDl?88Br2U^c%@e8y1gw+B0YTCBegE|QwZxg#Gv7UAu}N>B{)q_X
z=p!2Mf96i;l>pT#KY0WbXCDe?xmIaW<tfBU)mB;r@iOO0<zna%#WeM+=sZp+e-(wk
zTnDbF?O|_@3Eq17ajQ=5^H`DU)jeurkRi&dh<fPX(5|s1HRpU-p5&n6Q?*n5#jiyp
zXggcB%KX|9F;T?AzY@n)+O*LM25zn!&Ww!2@9h8s=9chJHRq)Wcb2Ikf1mw<&biiw
zf?hC7t7UJAnVsT8&<pVYB>t-{|2fB(@8OMauOgXwtKPtwfZNrDWb_U{C`SuIZ+g^s
zWr%(2!YQ$Q5c=&^&yF7;FzY_hd#hDzhI8v0+78!+q<8)&u03z?RM0Y|KON0knNVt;
z$=chQbmLt6`xmB>9vq+idw)wz*Sa;9S~+^+%rbgq<;}=b2p3F3BjT>DY76p{OA8b?
zsL<nq;Qo`d{P9Wg7}SBOY)Y2W(y<7p)o8`S_cj-_*Nr^+@BM@$f+>&k!;d0sdqz@<
z$7{4Il&~-ibg<-Rc~BNU4U{^x$<`jzO}00YQTxBg6w*5{+ok5+_$xQL+^kt*i5l2I
zLC5KooqbfFjlCYl%_Dkp2T6nN@$jO;*stRfYWS0QMRyYu+>JxT4rs-pr8H}Tkd+1|
zE?(7Q${^RsUH9^+;p-HZg6*>?LU?VZr3p~tyXB<OR8x-gPi-GA;nu+<DD{x^e+G3^
z+oo#rgU6=nyEW9PQ^Rf$SKn(EJ6)4rh_KMDvZw`FE%v|SUg%$O|DwUGk4TDZRLgdt
z{Pab8>MIge^m4}N7VQW{McWP67GvnF=Dxy0{|WxpXU~+;JI=42kKc%mIevS7A%ip;
zH>8*R2bxNSceQoe4|V8z&*Q3UW|_ux=peBQxo^pO#fp?DDDF(4K+fkIPCtPCe+Ha%
z$J*igWUx7J3a?rLXrh*=L2G|QiR9VFbn1>ED*Lk6_v8Sfp#1xcIuYoOC;*JN0Fk{3
zVo_qRq~xR2JZJz2%gV&a7#ppdApUPw(V38P10#}iv?NU1#rsCcNHBBc_g&c%Q8>hJ
zk4;#ll7g6<b(%7Bc-Y?5(x%j-3m=wM?uTV!l$}@B-PQOt^(hy<gPi$={Qj=bL*PY{
zo6q<XuAj~AAz3)BSZG_fY%#xBT?^@CqNINneObSt$a7&g=tHfW@jrL26q@JhUUg%l
zB%G&cJ_^m=cdYg4{hMn!m?;k922gJ)fbdOu3PlBGuR|HwZ>dp1a!z$cfw8Z0em@kL
z5?dQNbh^JU+}-$D3&NwCtqZw?ZtJtwT#QP)|GA+9MikFtzR!AgnnFE~h9=HYLs{X1
z7o2UdsY=1?rhDxDqL(BhszvM<8et~jLnZ_(*3Gk_7omp9e66K4<Z8H(P={{3o3Lz~
z7Qq4mS=17Na)qOYh(zUklJ6!G3}tKf|57rOrV`9E)Hux$86?3tnT>J%qe1$QwY6-3
zN~ZqmH~TkkHC<(ph<fn?TU%RucDsv#0`eWI0wMC!b~r;yTmuG6K#`XwFO@>`7j$TB
zDex7pk>Lu)p~qHCDB0%8iW+JhuybL&S4k*e#_fL(`L`rhl5H-8FHfNc6O)}FBC07N
zss*W6q^D8?9kxWYmU}#fS~x>;8$Y<V=x<|e{9rP@`p@QN|Ma9iH1P5gf#Ig0!(TpE
zJ*Hi{64vI?KJ-}e1Wg<%Yw$Fm@uNguGcz&JSF2J%iPkkT<GX|}TshzILD@<0pfh)K
zGUDc~>qqT%Tz!;txcz&ghxEi67f)j{dR<c#%^&90)2()*fjC<<I#^SO8}NP@beWTl
z@vbKn!&fx?h{v8;fPxoLwXfVS;pX@P9at2)09|26@1N0ucaW0619GDQF`-F;9tnmY
zp)UPk*?}*%-A+1D>%@SKjr{@O_xki_Qb-4=CTkgJ<4}z2!Yd)pU*A#i-0$=m^bDkv
zkT9ERwKiV5+NAU^{2}3C?3pc=EHcr9VqYZ8aLHptVK1SzTR`QhlDnWSP4%!zAEJv9
zQ;;-BB$WT_$Hm5YxUZwT`JGYeV9_4Hk_|TVL!bDa{U9^+9187QVeA|4)XRf93jc0S
zkmsP8ovZ#~;GO%I8x-lh+;8SLG|+-r;RRP8EO>&Z2MEmy|1}KY5!a3i`-BaWAmRXv
z%q@57`8)N|2SA4)0fBClpRW(J(Lb%`r}6Ugz8(JxOc4`PMm+Pi?rTdyWY0L$4BxdV
z-tTn+jqa-!T6&!eF%~S@Hff#5h-WwYO@N{r!3knFdpWtdXO3HdEq@)QncQEJ0W_a0
zgh-bx@;x7ZJX*p!1^y5fh4{%+qDL?kW?!P>lJzt+|1R)qL474Q-{)TcBQ>-4`s#yz
zK@)<fagW5Y`TQ9)-W2074U*8>)dbryklTIG7R$eq@OP^ADs=Th1}Kr`bhhJ}vOXX9
z2FCiJp*y$lU15!9G=oyLEz!hsBc=R9d$Tp5{5N<P@s3}!tlOdeIQBz!^}2SFO*ZhA
zCNTfo^&+r|-rVt(_x?jel*zN0f6ZI}^{&QK3gqDR0ws)eXlTQDkRD$L_6e5gDvwwF
zM5N#cIV(<{+#f_Mk;rp=Ad3L;-_~%emglam^Y0G3XCRJ(Ke1_~12AM`w<zYk=g|`3
z*AgLQ$#8&o1rf{FVvCL67l>67q#}e!F2f;r!p8q?YjXG6wIZ%f8Ke}K{`km9Fcjiq
z7e@;V$z8$L2pEX|20(VovHnT#U$OJO5$MLG5UbYfSN8q#*%XI}o_^26F{$=BDsWf6
z68p!=@ZaZORJWRYE%lZVfiH3qhl!fACBAPJ8$vWLKtPzNVZ6lOqKz36mRKt3_xfEW
zSLJ2O&cIoX7b`nQcb}w^4Rp9M71<z{>y~1nf;#JzK_o~}JTmoaE;1+rZCM0G;}zvV
zPZ=|_Bo%ymmsUh5q2io7)hMb<axIYK0bM5qGv(GEjFw*jtTwSb^Qr2^+yuuP_r48U
z&ZMaX-g3kd{E4AW;QQ}uEC0H{DgbkKtfhe;r-p58kZPbZX0>63%YwYa#0QJcC(s*#
zA!5wn-kEezQ%*SeYN7luAqEIKrKGb}P3-VjO#)PecBjF2mT+QSiZl#56@`1Rm8|kk
z;}FtnfnXt?49S2JDBugv!E=lnt@p>t9T2#I@VT$Q2Sr^30wI#epi>@gT(LtAGlz4g
zvny*YaV2A=5x6bSD`il^KhzG4M~j~-tR4CMJqLC49~!3AJb@g`GCL|gdwg?t>sFCT
zz&iT3W2cJp|8_}AMvRz&GUj%=kEEFTU=f^6JZTNvUtlyh44(|%eaZW%9Qkn9pdRbz
zWA-40Cb<DLMU1=|Ix&r3Dvn9-(TQ3)3T7+G2q+1yTE9?WCQQuxQWR{tM)6*=fGDHr
z{rmPu61!BTec$BAs3B6Kxj%mQk%TJXvtZbLq_?l%GWezdxi7<tWU=pg+%)|5{=Od+
zeJqIHUuoHEA}@N`t;lt*=X|Zkg6$aE)l=USUzU2FRT1e#Qvi$c_5Tj_0&V4#I3jw6
zKl_>fQxnzEN-`oxf(h5#7scBAgD<C#tWd8s+)buXD|Is4lJ$gnxG2hkfrM3wBoZ@I
z=!=!*g1#L-Qw~q5O5k%%=tBDuugbISoH0JgprUQ<33@%h|CyF^qy+r1x8o1?c)78I
z+*G5{hr(?AvGa#7z*R9R{WUEI(9MT#F0EY^$6-Hn#?%nyV!zcsa_HD<V}$%s`vj&{
zW@`+^{5HvT?(4%7Jh0ee**cHG;JNfWK}Wj84oy63zTBShhgyg2-+B`;B*q;8-D<2X
z#PdC207Crb$Wh&s+>z@FX1{S_HP{=)Te`jW?caSAahCB)=11s1<&b>vJ`}zuNTomI
zdI{*|qoe1>GB;~9J-bkTYn|y`y%?8R%WgI`btT<T59pydUaBk52OFvT3SE(-avtO0
z!I=+Y%vMZeVh2$C#rP%off9438Bh3E(T0DtN9O^lui4LY;%gf6TMmS%B(L$J+X`aW
zE=+X@Q+MdgzST;N$mmr}R}8BMHh{lgx<6B~ps4sR&{iiEQj0E0L3hHmZ-ovox9}~!
z<DY6ENg)5N=WMF}|0xG|d*zm>uHe4Ljy?muEiIj2QKVrIOnrdt5ZcuF&QQ|TsuA{k
z--9A;qu~#K!&cto?S;;-g{1=y9+r2b{SdQt0{|J2$*u7%S0%3O?OWRf_=#7XS6ETe
z=!Wh6PYVDOAR}E;RvA>3lu`-`I3RlP_VKy)uQo=dS~Z`>WHWy%gpDyOW6K^ZM9bb#
zNbr#CEl@);qv!CTy$xL8;lP3;V6KcBa!wemo(z`{8o`0)MIo1DLO+%=4;r@QLvU_1
z^C5YlVhyGOjJ*n@a(MPZhjJaI7(}(?0?syY{dYQD2w&xo=j{ggyBTz1peIOUFd!Py
zmexd0G(USKV<g_K;I>w#^(OlC+u!{$Q(ZUDj0p3`rgmVyI>KRS#lGZU0XNRg)z!&L
z#?JBWLfcw2#t-4V72GPItB_l%Na^`Uou7jJ<=R@rU+7OGat<VMz~b(n;a$A*J3VLx
z`fGWYky!Ce?sIlFI;`H$ct-Q;)vJ}&2)fsxfdJm<T0&w)o+RqcqwS>Z3?(COr0%k5
z-{e0TwiIZweXafeg{w}`Btj|fy2lL~`j@=gf;4{OEfcSI_5sHO^$rLDv+ifC4H5j$
zIG=X@EmU~~>|a><bS3_O8?*-uYh66`YRuPl$xi}K7ZDe@1Uh920#6rpD)v$O;%H+Q
zC8@t(TOMD&cQ~(TY&jljNyqv#F1Pp2>{*6xLrw8}MDx^VvbfyKnXv-V1NRK-cAWDs
zxEyESrkv^rnFPqM{Rw}No2u8GbJ5*bM7xRUe;U(LZ8mOmDJv`R*lQ+vKlM>&D>NKt
zorPyXNb>XN6@w(wCKv~>nNETPk8xEj5cprQg9$6(D%#ckcj5`B@lhqq@V(fFsn-0`
z{ELG|?s;st(JHRJkfpezND|rKYo_-F-9kZGhK10Y6P*)ws1U5aRMZ1D&~0=2_*(kP
zRSwfZHROr5rg__b@?h7plYVs9hO0S@bVQc>gl8DKrU5do#AYwmEl)E3xI>Em5;>az
zRaxkYrBy7usn?^En*<c66H5e@Ob?$`^mH|uiEZ(ntz{5(e82iiZrfYEJd%tgucs)u
zg@<9N=7pIANeM8Um72evangY8gE|5PXd&vwY(5Jmd-3Zi<{D-o0Exj7IBzx{q7(?+
z$pn`>JeP4b(5|p~?EE@lkF^(T&Y6;e+c?G9KuHNtHNU~{Wx?Z}mBRVz<Iy}q;x%pE
z8^rj%Hokr(Io}+##pbO&$#Wj!TITRjyhkTICWWm7!Jg;)-`R|xjp^vM+E?3aYrKeX
z%e&`}c)g@AL;+HAFtQIe7LFc!gNfe{dsPx7)xy+>3ia{qHlU%z)umuoymMl@ckOK<
z38gNj>Z&*WhXBF-^J^T7lEY!Gu^;C5h2E!^Ti*TivbjltnZF-f%A$(@ta44DtXZty
z>E2S%a#~>F#9qk9mr<R6j;gYdzTZFZ0Qp6-jUtP>s8W>xEPrsAtlXALWl>r%Ly*)Z
z<YiY>TmumXpdayRN1=;(o(rZ7p`dVEUCr}JdD)Zr=)>CyRR7)JG(=&L#K#0=H-rpd
zzXG$^mfc65Ty3X*f@*XRn{;!Z>Ja^xIcv(+SfZn;%IsdC`-6iW4OQw_pi25ccKc8_
zWvcbq*vqf{J-1H7!DtJvHxK*e7A7)w_YrimdcQ9pt*Gdj&d8H)T~5{?ZVC3@2{<xS
zlIX&j95|M85Q(5u#Ep$l`hrd3@bp*S6YFV{AEC8I>v{Ff$Vsewt3H2|exCoOS!}D>
zs{d6xp=4)Ui{mho^iu}yWjluv(UV*j7M5q>WcQZipBy{%#r;0NudhF@=udAae`k0)
zYpoY6iQ(%s^Xhh#&Bo`=yN4fQHh*3HB=X}WDM{YBiC$_~{)+pjCu6=;Ik7W)X9o`+
zSn6<}Hf+p#X5ebH=UGV&`Y0>Rec#PwN-T_DI!Y%di5!^fjQJhctCl74>Oq<y)(?X}
zZgp=7?sjx^fXB%Kw+e^}q+R9}`q_rbL$)D59lJ6-enp@P)yuP8O-Fpj5Mmizr5n%F
zn2S{JC-#a-pwTm&QnW-}|I3niZ55ec5#Zk-fu?0DIz)LlGrmJCu|#qHmhqJpk%OnB
z=vrf*oQWE1eeD%C8bo?QQpLJSxdRP@LjFrncG_dtdpE2Y)~ImOPnTYXz8-XQGqIqr
zFJfm9QA!Z-Z;U-ZYhQhwv+|cF!{-L0^6>(F9y4x!jVCT+2=9>bW&&txpr?u%*Mn%W
ztazKBj}5Ax?mhzX*0G;I=|)6BFs`Ag`5f3*eJ=9%#-I7~m#)dc@4jwlR@FFF;S($6
zasOtQf6f}KARmb)x^g4%uT1Mv!d1J3?rtYn%oWM65~fy(y#hR}SM(qDntt8bVQYC)
zzw|0X_V0w(fpzx2(ytT#)P5E9*52n_dwUf+vVR(cql{EY>XoltYaKb^-xO{6B-5lH
zmug32u87kR@32t+3$u44S?FfA9R*I;kXJ-w#%RrOD8D>uz+;iPUPM53rGjGyo0dRG
zySXdo(I>f8_UCk7WQ8X}H^hxr72&%(e;XxB1+@LerV5J$mYNZOVhq&_0|52%W`a^4
z$oHP#fP1OcYTV(a!JFI9K1iOwnLlw$IxlbK-7-g-bT^l`xS8err!?`^*na0~QghX5
z3@Ig~Vf${TRv!P@9|re@hR5k%Vmh2ET*#M`@rWW#gSbCSik!EyIguJFgV?G@lU*K-
zSVt?AiQQqfc?&g_i^`lvukpCL%`dsDvT}-P7+u^C?wczk6Zi7v&t2fqmDt}Xb3V4U
zMa*uN13Hg{ro(j#iZ0|&n<^?;E2RMHw-+x~WC>8F7M_GF!GIYP=GBnInfSm}o3rmN
zCsGzYwP-!Dt5ZZG%NlzeUmNkd3bUK@H4k~VT7q`cbx%Vx^p-0s97SBQ3AcMJ=%+d~
zhF-9QSNJzIH;<n13+5eG#?aMcr{7~Y<C5Jy@Tg={y8X4U<xgmjo=bRv;UvyaKVz~9
zyofY{u*7Jobi)Ov5Mq)fo3dV7Q8!$O)S?+g0IDaN{CuXZQ2nnPxTtaN>F*CvM=X=@
zMJtc+o37?$NLZt$0k#4^G2@(dzJ_M%x+k}cRwDnCd9RuB3{0`8+pUVmbPI}{Mg}RN
z4XS@>XIL;Ym60aNVRQT2)db9(9>4E9>(H5al{mb!MOW8^3ayb*omO^tnx4Tw;1Big
zQ7Mw(ol2Yi{P(9Ui4VMek6I?#tOP=!XTX@pOzaUG*Ne-@GGu$RXnjo23=1(jKAsIX
z%*0Z{HYha2X2WhY(;6GfnHhVDryYM+hz6sH1`Ea&U`o%{<s@?^UgOx(=G^u4OWCPp
zlZYF9s7aODClh^WvW2c!zxXm#_7z)El%d(p%xc=i-kbTpD}S{Nd{{|nGRKoeR07fC
zeJgCG2Q1AeZys!$G$+EVvBU8>;rnBA8QoMW@Y&Ez?N$%j>)1B`i#f!jzK1gN^Sv&p
zZ*7o=vJkvma;u2>jyY$kf)PkvoYY}Mwz2^M&Dng4pyZr|=LsEI4S^p}EyCYOOQWgY
zB!wG)AZ(fQvtHm~RXg75Afrj{3kBP9^YFm2bpLG3OZ|#BRdu4ltBP};C4@MR7Glxr
z@UV51tVw=@#1ZDfy}&z~A7dR97CVf#9jE`w+23Rp;3vgwI!Jyw-a|p4QJ&r*WrM~$
z;OV~z&L2ku&hNZn7w|bVu9svW@{G$mkBYZ5#rT_-9c4aN&v*0(Ri1IZy1%elEb_8H
z-D;!|9-J88`JpuXg9C&kURF$Rs+wOm?jzqw#~7*LgYs9z4%>Xh{qqq+!ArZdi?Umu
z*ltyX8mSSe*C|vq{0Yn}Bro;O0x&4xDW5;D=S?k{^QXeDC$d+J<S>TD&cPuK934sr
z0OQfgeONC$NDAA5ss@!OG3BGGNx1%6)c&V#<Sjv1B?cS9y9WmqV2166ZrGP=iq9WE
zeoWAApre!c?P(Hto~W}9=ZNN7AIAayLoj(eS`U0ul4$Aj`=ScZnW|eB1>ERU%+&?n
zDI=-#Mz$Ld#UdhExUuDb3JdWLh@s9T#<cv)8@ctdUQwQ5thQV}K1^e=Hi=9_Gv%Ch
z|EBFx^!V<#!8!Be6p;kHJmOw!y3;njkLahSgkFq%FSKOSpyD~bQs%N`A*rB@%P31H
z@KmRB)y;C`W;Dq#zw76T4abM1@P><vIkiD0PvQWX3sYJO#%V$OftnzOb!VuAz}Y53
z8{M)?f~+5_E4{Ag02&Igl!rPxp&$)K1Wr1<7_$$BG}qFCz?5!*|AL+p{wXjh7&}&0
zRz@F0d3AQHP7#;Ry~N&6hGzLI?{e^QWtmd#XqAw(f6Z`@49)&%1+|UsbjXapDo~~y
zT#jt-s34&2$w7?Y&daToZ6873ZO^lyVn)S6W~o`*OOrjeosMi)g5JP0rUTSbD6TtP
zQc5)Pw~6^bUPY(M(fIY`CiC~B^Ne+!U$_wj!OBjC4~7Q3)FFJ5zft1EcpF(0uU2qp
z?#C+Zz=H6JQ>+Za7)x_=1Z;N8UU((X44fv&LFgvN;W-nMlS?EjR7<CnT{`kX#>>je
z8YKMH<_>HH1LhDUsaLBe33G-h!-pIMapoQD?a>i%sB8{n;;8sQIxY5>N5^|u0h^Tm
z;H6H(Z34UqmiUF;_V_c!7CjAnX^xDC<NRgH$OP?tK}e+Kx4LCalb%I8#VJi%9z<Ww
zNG{Yg7@oEBOTEjG(k$Pk|53I8Ls_IaG2<MUvhk*wnCw$gwMsn>jKI=70%W8tT@uY5
zb3@)3FR{%vh46L$gul~dx^>F`jl*%h@NQ^{!m|1P6OV7bZivIBCBgwUGdi9mWPO+d
zc=Q81z6XXc=@sc+MKg-kxU|-4K!{pYRwfVjKD!KM0L({7sSJEZg+<VRBc3PS2P31m
z7gq~U<dyr&(*f46GS;t0L4qTe*gI{?AZ8kEPiN?HEPSeO?^pChZ1Zx3%six6vap9Q
zI+x$xFZEL|d6gdLy(!7)IlROg114W@VU+v-QGdZS%-)#n_kI>bt?4$ToTo%?6%3C{
z*}G-&6xwvMf7HDYciFiAh(YJ`%|De}-r()EivJ0NDtGj3;9<dJU%W`Df9zN{A8Yu-
zxiV$)%{N;C*y5MCc3hRU;3leJVshIqN>k(CLv{#PJ;@uhzw&X$n(t?J75E1+b9F0A
z$m^8}2SM0Omjfj>?Aj=Vv(V8Y>+S1<x(Gc(4JSh_Y<}J{?|x$X?5^~dXG+)F@JEg6
zE;ihh#X{{QwZz`=5Pp&P>s>{LRQEC?HQ`-9A?QWWbs6W{Ba7R#iX7-z6Ir<+g&~}G
z_^Vq~JvTIF(Yszvj-F^5e*cMX{ktk=(_5=aKRjPm)oc4y%ddZ-Hjz6-4FfN4s&~T3
zw@zHbcQ*G=kgQyiqqZozi;APBC_0#5x<I_PjbIuY0w{1@YuEx2Z0qRwLajjSiRPFC
z1Tk108I)D3`&e6Nyx-;y+;)H=IRy_YD5y-5qdki9`Mq|M-nQzc>kF{n&D4~Bc*nKQ
zo(jBL0%YL-S*3#U-<S#OR3H?7R9BL3yKdHjU8>Fb)W???Gsw$V9-kHJTgpA}+=34Q
zbosgb@|h6Hl@7L1=U`_bC5?CLsm!T$<$DUvqtmX`F0H)E_Qd4G$UHBq{)Kxy8kz=e
z_YM_Wy8Q1G>i)WE#${-&h^9O9Riep<fw$x0Fy*!Lg>zlj+P%SX%>(Na*@Mt|bZgh?
z*_!5fLvs=`gW}=E+tr<NkkPrmvLud;j!F?@qBcjus*sJf^1?#IZ25rOa)w8z-+2Qq
zk-|fn=pkD|<%_wy^`hGM?+4reFe-94;wW2z^TO(|6-@g~(u+XlQ8GWVNm2&LEWVC)
zmU(Ig_mz~CMk5Brl#u_c2cVjwb`#B|p7)^msJ$t!QA-&85@WP8WN3_AYSy!qyfmJN
zJdV<ngrMB{qb_Tu=(Egnf|fd@?^s!QUBYdPfJ;#xO?dbP@O}$zr^ltTog?T^?FpUf
zQS}-XoymI7Lpu)dY0Eb}Rsw%wGc8-5l;Ed!d89YAx$n|4RvNn8d0kv7SY5Px_TSo3
ziF4|c3p2O{M0+sc7hww?aSPBL3xi@nt>DZ3tK!#d_dBy;d)msfe%uR0z`O?BR@&~)
zE{6(#a*yg7f2cN;il7zVT-D&VqqZxRSF9XabyEb{(n-Pi0mjdtKPf3G|C<RsDxDg>
zmg%ELDPZmbFvbQF&rxVszf>EdRRl-Vc=Gm%gUa!*E~ePu9@)LBR_dG!O3z0HGL<zA
zLZuFvj-mM&6-AhkkbrsK*KJ;onV=0v#lsNKL(~>pu)h@fT$Qrw<L>z#s%4MWdD`C<
z8OcW^L=pJ=t}KbA4P@UQ|K5=~`+Zo9-_o+}QMGnu)#}EZks<d`ul29_GG&{Z5jTd<
znsVG2cU=b#V!n7i(Jte~n~Tr9GF@2tc$mii%%wwvpFWFJ=4{2#<IHy1h=KT%=Ol;(
zcXoC@X>-+|Zq#Goam(lM<#NVTi)0MEP72V`(c$Cqcs4Z%Q<5pkRJZ<>Qs<AX4zOk*
zYNn{(+*k^kDqGd9i-;zAgQr9UGyJKksnVB(oMo;^0cs2Q5ls8f3Zq;%MGJ8tbFyQE
zgoK{zl`a-*=fC5TiKjnc$%q;~@_Q1y(-<R{{dE%(WT*A;Lh$#lOxz*^F(pZYavXs-
z?5T-~q3&zrSm%Acy_%w2NC?Smm<_bIC&L}0U04$BO81fc1DpJrxs@-!Xuo5PeeeLW
zOjH^3U4O0b)7Q;C+P6o~p!#$|b4ypY{5B=jn}}O|8_&p0{>_Zh_pK+J7itHX;xg8?
z$7#w6#13O7E@sI8=d3u3-q+NS!@gBaM7pRu{>^y2nTvy3J^_|<6SwBGC7ufJeR~L~
zxX%#~J4?nQr;YcM&nW6!?$yU>3)t{{S#k|!Ved#YtWBJc+^Evf)1z>$5c*Nf1o9;E
zm#iy%@jVH|5$~W5Wgj(e9h-9wIj7r{h`d!4#hDl}Z>L3hi(|$o+YuZQ!8@>>I))0Y
zqbG5Q7N+PLyI)Fgn~j?Eaqqw%t_dV*Cq<3Ber%@A+?#E9Y}{!Z{(fNUJOJ)@Y0!aO
zTec^0P?4i|wn@jRF>eQ|p($Zb57uBZECc=O*Nv6KLGixjY~W}OMC?DZ-L7Z(oEx=F
zO0v^oL4;HTq=s?!WGg?u0aH2<gns`15>5N1P8Kswetfs<3kq-s#Sdw9%S~VX`D2eN
zw8wP}3?iKTwUAVE7BE4Bbx!*rk&Vx?PoqvI0(BJgmkzM0>vc^s<Y~T+379a1d+mW;
zfWCK5eHynp)SU@Y@;SqdA!Hmi&!3~0AvI3>9!g}j=oN8wWSwd0=&<?_DE>Pd4s7vZ
z!gaHVuAigmPt}Z}6eBBE-07_+QnV_6E_<6dQAk)Y^v=0e|HAiwMVOvg0R8ui%H8=7
zQA5NA+aH@$`_RZ|00SE8dGpL1l?g3H1lzXxM~^4Vg&MHGkyP)r9gQduol+R^k5bcg
zH_2u?6x^xSNgDB#-0ICj&ls&sC6*zH05%0;5zu+hN%|lnfhZLPM0hDbc<tIi6V@EA
zH=U?@r2cki2yTycKH9QahxX<_1A=z{f7{UPTwJn1@<IFad0da1C>`n_G%_Ol<tj)N
z#+*AGpYZp>hV7_dO*4`W<&GT`-vui0Eg^~XbzmOVR@Bt!#zi_nl}e)UiPK&_C)OuR
z>MzgzZI%SItlH-F&CO)y^c$K@hqC9M#j_7oAs5Lq>zyU?>uYFIp&=SG%MGd2=b2(V
z*eE7S63~7;4oHpCyy9Jke>)>NcN157K7_4ky)F&yek6c8lMPMtRe4m}lg}35Tj~I?
z40+uCz4D|$=HF*Ne#Ye-jFm=i;?4@|-+NgWQW2)-)LUH)oOF0#PV#Tgem|<vN3}WO
zW*_#4t5U=vEt~Lbic>Vw#7sB8_4{7*BY!V1e{rm3lbuqLYRHSx9xKdGzI%_a$EJ$I
zHAoE=!?!!Ij;4?UWt!NEBX8n~(SaTjK4o;C<8_`Rc3u+Z<-_zWK-}ki9ZSH~@GGG0
z>FR@)$h080gO@}hg|RTf)f$X*KN=6V&3)#4k0-%U-FzKI(8!f5^gbHnGv-b<X2eq5
z{}tc<I@PA-8|D;ko-*?3tkS{IY7iC@YJ8HuY?{C-hKg5tx%?eqN5(e&vKL}cSo+!O
zD_KQ^{bO$%thcikYbU*K(DMCTSh$~ero4HW6>Q;BO}es%jjyu!DuN~BYPw&_-iH9m
z8QuJ^xs?y(j#H9tTG$sn+JM-5=ylGNn!^<G<w?M%x|FU;y>%;2!}isdZ(g$l0qE8n
z%2H4W2)-%N7JMRF!NtSFQ&>FFAMzpfvYkHdSbhB%oC~TVym*kN0#m^llbE1*h}7o7
zvpc}5_xx8SW?7v(gtI0n8OXgN{#xfoc(mD!lWBx;w*1U|rWq}x8SNyaW#X>6>$l4p
z|ANbHzsuhYhtt%TyWAQ+OmUy0<e32_fr+Aq*}!|j^LO<)cDJg<zNu<bsju~o4mMZz
zt4SpXL&cy(n2MqZ#7#Z@+NLq8BiSYk-eM~D#X;Gi?^!$!%*Z_8<U(bG9sT;0^JyD4
zs~swhRD!TTj)U<U_7l=$OGf|c+q?m{)M;6Y+}$ems0S3s7G8E>@yq9!u5w^c*V#+#
z9z~axNQbiHYNRt_9sL;$JhRMW#yj}6+fvSO$W}`#gR61->&-;8i*|mPxdmnCYh|md
z%TOQR-<v^$q=VpiTLbqtZ}9L`sJ*2V^W<Huc#gi>#2&8WL9C)1iGy;weUb4&c`Yri
zZY#Grp-PVEViDP3ZU&qK2}FY%jrrv@-n+erXGI#9yQXzto74NcmLlR?U>@P`Go16?
z<B3gP)~8kaTptW!(Rk^rVwr;3XLn-8R`&yg#9LWox3xLb9MvgfLMl@&{Wh)ScJE2>
zk4!A5BkY5yuBlhXbQ+n}{d7#143JpKO0x=xbt5meVz}o?PMO?n&x*H6sjfM>(=N((
zGt@d`2C3qj(v{gHsC?Q7Y4wEv?#uGKR&n8{XQpl#<_*z)V%04y>40=E%1ZhdoNlKw
z9QkKD=>I+(AI9qMySGW*RdkD4GfYX*!Ic~%<}CSyq%Zo6_Gt2cORm_MWBfj_$THvS
z7L?-u!d4^dSAew?jErb9{SGFjkSssnYo=8NWZK!t7(RJ&8&371@%zdQevE<<jvtze
zy@Hak?T0ZYg7sF<ga7$)Nos_N^)Dc0SX@|3wzpmK?%%Lq+($HDN;tRRd$OKbj_uNa
z^Tlyi2yX7Lk=_lXkJ~x+rKBNfN)x+xkH)((f0O1RS=o59o!zw<k$Akp(9Tt5q_R$}
z4*u88BgMN%QzhOF4tPEbTBiLf1%9c8w;-d^D#<F@T3fR$)(<4zHezYCV|&MC+$VI=
z>tbJ@|N3172k^Ig{DuXs%E%tk=00K0#AD3a(Zp*HnlAB5!<dU4Iw%mqf}C7~*AI_N
zN6_*P(HI)r1uyz>TJ$AfCr$)7DW0V_2}a&IUq9V{LaU?`@dD}ZbbIOX`Q(s0SqVi2
z8<LcSqH`@!VFuH5`o_=W01mfJ41YI<EoYk7%um)Pti>hRLcUdRcxK-s$*R!j687A>
z0Z3f~4%+r*&(5HOAZ)UvhdR}BH7}Wj{~aN&*}3$Fy*78UihzZZ8j9h0$-|8R?QM1p
zu(&e9SIp2&oBC$jH2?4<nAQe-=9yVCyUIx2rc<QKT*@OZ!H`c$>WK(Q!;|{_r-tQt
z`(sPGv(^%shUr!3ym-Hc&RdDG2K+lmoD~lVR6Dky^esF`@*BL4k8bm_>t9fRNYLLt
zzmIq%Va?FIBMAQ5s=R5%aO)^A-l>m*KuJ_grx$UNTWnp`pAvERWo2sD=BB07ZDmDc
z6LCf}nN;o<AA?mGFeKk&micj-h(R7>k*?Jr)YQ;G%_BAJ4XX(Iow&Wl*Mu1tfWr9r
z_^5#;AoHO<(AL$xY5cO!xs7#G(cl%QF-aV-f|CwO4&qP$#W`OWw0Vk@SMoWz71!eS
zj2{K+T@X?V-`?~dm<meX+)keS{n=Sj5q$xob+7+B?$`&eADb{GoB}3?hnW<FLvGv|
z3!KBN`7EmTx1oLC1LM~}z$b5G^l>0SwfA{k@AWV7+BNW4=+P`J+5X^rTL5fTt?u#k
zj5LLJFYaixeBI83gnRbBVJyp6y!Gg?cJ0b+z9i88aRQ>kahb~G{a+%Vb5Z3e5l$&n
z%r7EqYLWuhSG&4%aVE7_-xR)DAoEHx`iS-E5yk8g-d0%tO46Jt#@Pq_qnG3XNNvE!
z#Zn4)t^orCY)yr2NQpez)${Xn7n3YhxrKlC`=k5s<!nA--u(|53R?==R^3oPwgPR|
z{HU!~&?+H+DHrz%Pl@tN@_hV5!6&mH1N>$@3Aznvv)oCtZ?t|LxzMCZ>;)v4PqoLp
z;tu*VmvRS{kIZ*o<!DYOT$PXxG-WQePc@O~ln}ff7T2d#C@0i?yE6NKS^$KJQ{}&G
zNh>~R>SzCx|KM2!3tz(R0ca%TC?oLz3FR@;>FaWvaj~Q@lIi<VIDbrha#rNmGK%^7
z4WpAW%iOEa;z!**{ts-@I!h8B)aSUNz47mQR%+dQYxc09Y;J>Q<%~@uHnv2HZQ+oc
zyl6M@%H5XVPX7M86OFnzoT$EC3=Z9fyBa;0)Pw#?VvbAPFnN!n_2mEZC;?|!yS|32
zC(ijxN#!3ss-62OU9DgR%ccSe^E^zFk_^BUKt=`r7{a&Qf99^Cb@9-|<O<LxQ2W+7
zKls?XhUULbv8}?MCg}X5*|eOkX^mADt?hbsbNZ9EFQ!Efb;<^S#f|5PpZ9AYly{(G
zmbEK>omJW~aD$$Um$hK#A9uZI42h=VWLat;oeKAnI~+#oU&IdDJ1lUY->?#p)oi3y
zLiP!1v}rb=oRk_%?NY5tUvb#;Qk!Ag^k9Lbw6-a|#tw<5w^TtiK%NuQy#b9?i31w*
zSOY}A5h8c__|oVh`ulS&R3XuHK)p4pG#j*u6_7Qu8aS1SXsX2drr=dJatH0BFWu2X
z=1QhIuwt6pMNydT^@bCw+iJ7_-0B@u$C9(KEJKz-QU8+bJJ2-1N`62#uvp?|ypo#%
z&<sJCRX{w#Mj@anx|*(q6pn2+Z#pRzh3r0?J*Nn~eOcIlf){}yO?*SOf=&I;@W&yh
zNH#_`ah<DSU(nLN-n5dHUDK2-318l?Fgc^o+F`o&s!17VPMNdbv`JWT-tc3z-+LcS
z=Y4c6809O+zE7$p?Dr(W>r7OcQ$_S~@&~=FHE3S_>1HAS{ctDt&#|x6=IQ!E(LVC5
zw0O@f;n4&16>n1gr^yX`u_51G;(&<PeS?<vau*qO(<L`=#bv5krs2E?nZJ!wR|aIu
z%1S<UHuiJGgb0wmdo5;{G0lJU1svaFS5hFFkEqSk{@Oji>bbxW^p4;HN;8EJ;%v%d
zZFzJEOd*e1+4GttYIctQ!_dLuk(EVG_A4Vt@Q_fS!Hpke57;pfRg+P$2mdWgB}(zD
zr>8(A!pI4H<G1bim3(euYcavESy)vcpqZC{dmE~Ze15|`j=6}7c}(imlIb2;VZU}X
zd5UAPHu>{fO)ADJvXsE<(Tk)|L3m_2Lr?<>mfx_Nm&QB#u~!B~&L>aB`ORJz^XCgT
zGfc{yFYBX>-+B_99+k~#%BhpYLQiX^$5eW)MrSuRv+cr<V{-c=dLyrJP<*n2b<_)D
zqDK;#ClW}8=997&(%$^k8uXc?+pp>F(@Y#@;`pBn&suC^OM~ecy7{=Lr%U)z-+Q)>
zVrO{#w+ZsTXwcoRrq*7oxoK%UM>3Ef{}W0D(1e)RP62n2I{v8I5Ou!>EJ#7X5Y>Gk
zc_90VFtf=n`5O)D{V^mmt(A;c2*`1u4e4&rf<@%zID|a`apMc5vlj2Mu@Fg;jXWDq
zh9d-#`Bc38J-P<YzLDI+SX3Tp!H*`pcC~Yve!LSx0QdefY_ikr0#pAq5Uk(^FxSby
zk#BkLnE-?);n%#vd%L@{=#~RTS3UQYg@d~U*3pseQ4p#mu=JY@!0kLC^Zz`Z=!`Z-
z=cY$bO6;Q{Rnjjgivkp$?sYb<d153nLYH2ypzxh6!S&<oo3et@47;y{F7pJ|Od9Bq
zZ0>Dkk<S|Hx%CO}JT*TedALh@BjYzI;}B)W-mLj1B07Viy=&QcrA{Df4(}>Z(8Gk@
zi`Kbs-CT$qjUC(TkX{oX`5AVF4JG0i<+DPB;ieEUB^`H712IF|&YVgzf`4F<&A2TU
zI{9DbQ0sA_v+-1B@*~vj6Am>kat^Rh4M;74yLVl>*h8;M9NoxYW)SxlSgaTt8Y=wt
zy}w`8+QugG!qL~4c41+ijRj%u>PkW%bBSKoY96kS@9S;+5%4OZ1&JVxV)*j?>Y(EA
zFaJ&;ZLXf3@?d9zC*XNP=3#cUf~NRp>(e<aa|^f94}0F?d*0h^B^6B@h}Ur>7Y{kc
z2d#4_3}*Dog+3Y%>{+>Xav%Cej#5iS9HXunaQzJ8W!O>@`ie&AMX4{`;z&0A&g0wX
z7cZPorbP$|i7cHxDGLTO?l<>^2Fz4w?VYFp27!^YFt30>2<*AKPEHQl4mFhtB+m02
zvc3`oNym$D@dY%A?uQZ0?X8Xk`Q`Ok%ec7k!8A!Yg!3UkCuL>)r)zyr8^t~UY%93T
zuUs3N8N47=;mc}QZ9atM+n~edP5a8Y*{Hn>&=lH|Z_CTCLTm2%jT=yyf}jGVtQa+p
zKdHxj(jT4{7%ZOANZxw}gpHNsRZ$)yMsc~Aer<8EvTo%O5QkxPT;FhKprQHF-Yz>@
zv9^Emwzr|G!+U+ery<$(;;Ok*IJWuRj}OhRpN;wa9QpbAUneHAp4_XQdKDWxQH;5`
zv=n;Ye-#*kOL0nS{L&-fzsV2o!93~p7hzT<NAdCT!K1und|_c>d>!$);xK%O@A|Yu
z5(`w;!NCqain}{{%o!p@>y&|uY3dD3elbbj5_I(~nc6ir(!bNoGqiV=RPF6KU0vIG
z1bf7@VBA)Qo-}QDPVsJ5ThG9NykSbx8rN=*_UnOk?Pv3vThB&(HJ2|qPDjp(FJ;5^
z?Xib{WBHHvUf59&8YlT)YJ2l+{nqLqWRN_g?!5D*HX{G{x@qM`md!wc&{dOJ!;J?o
zhvD_*{yEoT;p+0S+`TuQu8#A;Tbf*=k-Bb>V#I$Pz4*Jrj6}lkc;V{)0$X<12B8gf
ziDR-|eqRHES<Y$9eo_CI7pGc+Zf3_=l>xhynmn}D(ahmbCB=L;I=8YK2`%V-I;6(W
zg}$=AQMXL^CD~zl;<?%0!Faa##q{jtn^%<FO4B!?Kl17``fod)+7#0tnlvNEXecbc
zws|owjC}~8rlWi1O&4;NHL*iUEY5Y2Wc8|H<-hzm&-AqfqIk;J-*2BKiGiR7`i*2q
zs0BJeuYS<y(zwk-4p;7$EcTu4ji`U250rQPaz)5|tXL<z`Ch<<n8a~N`IQI${{FM(
z{A_G&mZ~{9IeaE!YQRzZwDm7+hi9HG$EKyxY|p!J_0Sg;6{QIA?7h9RW%hCTTqf?=
zBEFai(ZC>J(J()g<L#)ct2+_w4W`o5(^I%Gyy^zJn3)>3ah~T?R8-yF#7?`5&+2n7
zWcdAdgobBq?+&t|$e6^h>FNs6w9@dI2+T&k<KtGgHJF}2AfN-oOG$VHmj{zq8UvgL
zT6k}N-vU~XuwBTa*=^%zJp}<pWL87>zyJ|T>-xpq)uFSUzM#bl#f$x^na=k2gQK&v
zH!c<=FEGj*c9h$BTI6%CL4uHi-dwwTKkKmXN$XYrz~!s}i7jsoDGiNl^uAltu$X{W
z!k2Qh>6H7I-=T>Z++p3_*Z1Ylpjfa1gWq)k+jdMcp#|Wv!XEiJPb7c7JP<OCp<G)(
zuK*+e8Fu~p_1RDg({SM|(4B4d-x)M_c6J^(G<~1=jB9tbJC^xqJ0>8?>|!TbRmX|}
zK2Yp<F&^c_yP_m^mjYA$#{yH}oT_XYgxL4L;oZs1<wrRC_`wh5g@aHIMxfGF%<`+=
z8JF!kpHOiN)qF)RUYvLR^q8SLINWTcFq#+M+&10Tp>eb}KCu1a+uw)V>~sz@;g+I|
zdVpu#*V=ErGimfD!?`N&wR3XE<EOjc#Q6-2q+pz;+3p=2SRU^zWjE8%(?=is{j5Z)
zOpyA+nzT>OL7VgQs>jF2pWr?Rxq#(o^{G}uSMn{z*OVoJ%yZa{_zvT}lm{M~g9SOj
z#Z=xb|9bqRM<gqW+a&U9T1N>7cr>VU@6+FNl@(JmjndxbNC$bC#U%f>pgh+uhr2dT
z;FBzo`g7K=Y-Af*m}nk{&Olj=ooL=VEwEK=3g|T=;+jMlTc7&yyYIO-EFW7=%#8Tr
z^B5e$wY4Ko5<?iomzj5`;#AQJqR-I$IA<i~Nd9h{=AIwA7kT^k9#M-9T*>yk^yv=Y
zvF7^9=3<|!KJ;+Wb5oyY)<T_9BJt@RwT4TJ?u82ffMK4a#|bfaEsEA+`YZYqT=z+H
zFBkoNAMRY2=TDNaj&in@81f~_={zSbdCyw1wKHeoJ9~Ze<Zkjd2ZQN7SE_Ql&rxHa
zC4BQH!t(CyG>m=-IN8&RPHJMgX<wJ0K1%ZLNle_|s|y)!1>;ZhKFP>M-kNT36{bZk
zr+o6{m3QMvqM1!uPF)=}1_nkX+ej=WE;=uVt6s<GbzUkXO{$w{D{bkjDYR&oMK=~z
zum~+OH}?_ow3A0#R*Ltw`&O)CrGG?x=e_7?#?b886btX3-EWq#yvY_w8Q1%E1dVjA
zWI4h==~I#<)@+rs?yAVe{x$BI(_e>MCu_0sG40{3iJy(R8xDRv)(j#0_SbEGD}q$j
zD%1c^!{>103X7=t(QL3MEXB|;HH{{_rQ5RP+G<l}@x9ChFdJkn7(~E<Rq~;YK8Kbt
z*cA69cw|-9-Tf}K3}-7=tt%##lEJ%=20WTb6`%X;^ssH8td%eLz~c4Dm**Zm>Mx1_
zxZJy-FF)TS`~69O#v^AaoWj(TaXtlh=N3vRR8YeGKcwnn*FKuY_k=)Y0r<SlK@fKI
z&B8~+YQxrx^HZ1E7PN+olQon)b-SB6X4dRt$&Be{6N!Wb+Baz&v>{epe1w<;LgF%O
zm!rJJbf39(DY~k*iMH1mZCgNACh%SV+62zwJv5=8vD7@w@$~6UofqCb1reDalU#j~
z_uP?~TBZz|R~#sQDxD$KO{HFhHJ*^`{t`T-WXc*oO^NSyWgB38yo294JbCLg@spG-
z^Z|>5UG>MiR%?jY@5=@c=YA46oC;;Vz5o3!5e@!oH4A=aRn}9Cz&oMyN}?4zt0P-o
z+0CtWyOQ^N#yqkO<&#dSYtqkzd~Hu~2(8P>>8!TY-kR^RL|KXRMrX)xw2S0=cfF-(
z*jgo2bRkDq8AnqQLRWD@*PW*Av$>YdX^Q4~*g&-DJNl9%OW-t9J#5c&!-{UhVB>xV
zKN>cuVnq_P$=LuYD2EXPj?YVFq5jvE^FOx)jY^cfRliOLsQ;jc9ZWw}{TQzNd#u{W
zivNZdJJaOaj`NR4my1lM!ur%4h|$CEK`{e&h!!$=6q}~|2QPZ$hQIrD8Qcgi@uG}P
z0WFoB92VU7_yS(%+eqUf&gMC6-{Y#{<lrw~CJrrD==?`QsQxN9?`CYyc2JnLLs<Fu
z{$C3Vm_$7GW&m;@R_}$u`pipFY@F>So&YMi*w8rfeVZK=@&KY|mtn!k*&n@T84Zot
zm7|6RG2hG6nXcrfJyzf2J~M0tENe3d%M^B=MZl%Ofp{^Vd6jG5XF}ec1|O~!d0$Fa
zgp^Nu$jB9I3ns&FJN&F814oQ&Jd8z|R1m)72&@vbbw}+nxlTrgMS>MWEApHz(-R#s
z4L%XAa3HL9R_1yM0OymaSVZ5Kcn!9MP;Szd)vT6mV{^Hb$b=pik2AvEiFZ+C`b<__
zEEQLf;d=I@YzRHkIVUOE#e<$>>8<Na#(Xi{Z*G?4(QcMbt$hJus(zK?fKxjQc__2V
zda%2<x!h5&9t)B3CWh!UzN=<pD}hhv#QCvhNrrl)=^D^a6KB_6eN?B=O21-FiK*&2
zY1&81t<1@cU*}BuX^(Grt7P&q-<u}ICQmnSTB8HrPA!5D8*Mz<hO%!wuGeOGljFQ>
z3RUUcX<7KZ@aUo2zR7z^PX>-AT%ok9L>R&1Qp-+fk_7`__OWVbwJ&s=(m)WLDlN42
zg&V_L!7WgBS){-Vi|&{3<CY3Ev;ZCI``50-y(WQ{Cv@~c8is|11#)1*DQ2PRr;l{?
z!;>#A{GmgqVtOn?w5>>_sY3JcKhQ$c_^SBcL#{alYQeuuTrZel#nWXqotwwkWWvYS
zp%8%AkBUcMYHsyIvPLccfL$&YaItHOWI)r3FhmKcgKm8*bE?~4e96;9>F#S*R@|1n
z@rik>>ai{E;NQvM%cG$fnNBr5&Z&A29@u{)C$`&v$8$b{?YFT4wA&m6jUFPu;xPE~
z{%$Xv#6zM=@8$qWE%cG`Qlkow&0kXUsB&ZD(*h9+h>~i}d+Zp}`(IBAW4Pk&;E(+}
zk>tm~^{r;LJ974H_w<VXu3CS#(`-1LLw$X9iDT>8WiYgc<KJohrDZ~3lhM)9Ev``6
zqrig_eSxm3mmjE-zobktA6H_beG(83((;S%<~DvF`dR6X@y(;x_gpf)gfr4vV?Sv<
z<%_kHeGyind9Y+9<$XN8px6(z+V4EP?lI*e`76EZ3k~7^F5z*#+71_rY^SrVG%ND#
zdACikE|wy&CyU#;>BVG~kSy)nXa^ycZovpGB379QzLlU#F|@GLNz=gvZaU1MH`j?n
zh5h^QHq<(oh`IFVj=b|3@=H;?+vaN{w1*z>JW@KPjY6$CJSI7S&TkT_AF#ou&)YW6
z$J9Q`u4`Ol(Sf8XvnlTwS~BZ$zB%|nJ%qhHfaEAZl5h4$Zo|E_U)ShN#cWzK60P(z
z8RQNb!E!)k3JQ#?+7^g2ie%^uRlo#l{_@n{XG(FZ*{oaB!$s0uIxKOahP8LEEky3s
zr&6@#Ao){e8Jrv)$xClCB_GZNNdAMK*C9wq$CR2jQXADc%$e$b%KQsArcLs13=WNz
z=*>Mlow{7zk5zdwm_}iAl`KPT+3Bg0BD$iA%6;YD=`cH}^cEHtq+^hPT6G=XD8(IL
zmj|d*Syg3a_$+tn5fX_-rzgJEg7GgCZcI}N3|RBe6%}N*S;dHxSDrcVdHdZsSYLNQ
z$=#2>I{A|hJBlzfGp`G(UEU_eL~DEBEYdk`e6|^IgwrrRj{V))`E;~Dot9SA1s!aK
z1(jT3yA7xH<eX*se{N}-U2biaMzPr0ec{%k2VkLyt%Iq5D`NWlyy0fo?U~E-nIM{5
z*f=;AMP;3b2Q_>=Us5tcKVIMV`?CIBa#$k7UE-_pvrmVngloRu8=seDBnm*lOVryp
zNy?PJd^mIQcZNw^oNnf1ymkxl!~%}wk@Up!RzI8R`&|yh*k9j4f|6UHVD`?om+kH8
zAKYn+;$@}0fYDcf@~>`<IQjEAXLnfhTfj;!4W6fER{6Hk+cxtezecWRO83rnN2J{;
z{k4-9-h2rI_qbU+Cx<M?t{ez1{SP;Of4_PAwr_s_1EHTF(!MS2Vrz@55RF+|Zur?1
zIk7DwBEr{|8BZ!vlmp=eM28wY_l9RCK7JG^o7ndgLVx7nC3v*M#`~mH?aeXEU5@1u
z(9%_=mECGdx{Z7q9d9oYp#*zMPw#zR9_dZI<?{DO_1i8;3oX7@?-Kx!=K9@PyC_<p
z=A)Gm5?dBVtTYHjt)5g0WVLhD1dw1-s!M!rB8eSOHvA!pHh;S5Yz@z}8aV6|Bq<Pf
zq1Jvj6#vO@*Bh7WolxiSf2vhb3IWM`beKbgaLix&sjC@Y>XCr17<H~C{11lul%0E+
z{UW3FFG=HgAze%Kvaesi>fsOiIrvPwCzk?7-+WzT&=rhQv)1}}+uSZmdGo@voMJCd
zN64ene?DIqx}f$Jn%Z7c6~&!!-smEB^IpNU8`$Kc6bX95meqPhaY;nF<Q|y$H=XHg
z!B(7&#MkWnT^~J#>7$Y?x-Zo|xMU|RZcjAB!VY~y#_Nn^opN7&zvx-Zi?rL0BUVDr
zoNsubF#n!@K!7Cb+F!sRHCThH@;Mqq?c5n^3K7T<MJ~<i4^Z7JRr-SBbJ(V;u~EEC
z30XVs`f{-^UC1eOku9A6&K>5=1d=-f0`0!$t?|Uf<Vy*$nD4%?EuU##i*7YfdD^7N
zpVb!5dSDkzqSH?D8-U?+|FZJ(m|~p@{q>vi94r;#OLxh|=tI^>bw2uv5M|*uJ>_O)
z#t67r4v2<pn&Ha8;9HI$P)^XsM!+uL={~fx(!57(^RWKYYX8sJbf3M017Y!a{pL@P
zp^MJ7!n(^=+`%0XYIUosUpY0HJtkB*O}*~3ne(c{rYe*r0j|vOog?rq4Y-1h;eWnn
zW(7rW5NE&7!FsDl^XbpR;zHP2MoqwRK`u+8vJM5J_vw;4d)oMv5V>16>#bV^1_nDn
zd)SucT3#<S_R$JS=32MtJ46f14%oNY+1XV#35q3-cF3Nn=H}=3Qv2kRHdOFa68cu~
zG)IURt@my(zELNMca?xv?j4HT;m7VT-6iCh4t+^Z#eV<(tz4<Laoir^E>UV`3Y^L_
z7xt~o|5)iC5A>YmNeY%Y?fjy1Qntwh^}Itqw!~FTo}KcGYZDK@RO7!<pJUy*;9z6J
z$w+?Tj10N`ju5e7I+$dh@?m%N&YWe|<4eD05rWI!6gbLgmH1De9k4unW54;5D4Z5h
zMK=?v5`7ilxN~wPAo_WzO17zqb_InPg3FuWs0fR)iE_*vt|cVk8eEni#~EZ?>-V26
zk;HH%@A@c)`ruLDH*&X^nZ-;QF3Ph40-u&0u_QcLgLG#lS+P*v+=RvPV)kjv_7BMp
zL$RO_@ta)DA^AWE-_q-E_yo6RrX=y5&%OB^<$0lksjOQZ>2XW?U+K#E=2L!rYwnF2
zqVeW?(1@AODgA18-U~DxSR*WKbZ*lrO@BE{6p&rx>1BJo_dD6_#mFk*=h)|=J=XY>
zn{rbJjQ}rLQoWz?UspFqDXJ<qFC_<g#f6yV%8&TmK5m{nz>OHWJ83=Ek(|=!)!$7~
z^=J3#)bKEgR+J$V?*C!yErY7i!u?^oK_sOF=@O(Hly0QE1f)A9MWs77NK1EjcMAwe
z3DVtLy8mmRd++<{opI(M;~Zt}wVwP1g7@9PdJ<T7-AYCblC4~f07}oH8F2;j`9C_&
zc-m?!io5yI!5(@i{Jls;@6|Tm5n=xa7n_*m!;z#a<LkY)K4a%EeR2~g0w@QcAyX@-
zvN=`%c&RcrPVDB=U@(#K$MI5wjm9LlM5g%7Dn>rUId;>m7z#t*O0ie*t9E|qXLDO&
zW^562@BuS8KiM@uKCGoTBC@X_HjOg^xQr>!!+02trJ?Jy#O}CSHtq+9<Fp#Nb%juQ
z3jq8snwtBGsrdJ=ohQQ2wqNvU;wB`}qL&5d$kjR*S68E%=bAb?j0gX8VX#j&=e60_
zGg7Ov2cU}ug<YbZ2vmAu@f$7b*KS-F2DKbY&(o5M3UI(+bvn>`(m{45dExXCtdd57
z&KZmgwj7e8SP&~o16DJ&0xp_AQo!;{9Ip^C2F$#bYyn(cE&$HySn-)MxyYCL13pP#
zBWas|w3#p_=c_R9T9(nU=V>e8DL$tdz0C-P(+*+a*pBX?d&^p&Qg=Vrpc!6fOq3i`
z9b@SB)z_K!JE*so+~*A6#Yov$WHSk8B|zbyG7g(38`G#<h5SuJSv(#8)(GExk%QCw
zz5-}T>_3dj)4NvZ3I5geH2!{tu?O~w`fiA^DeT6q=;DNDLV&boh)nKde_RdcG=kzq
zANa=pXK2IWNlTBg$5FfiE1tC_q%0?6MPC7IS*047-(LcCmuQt&><O1)w8|A8@Rp(`
zl$~}7H7kozET0|Qknh(`SFvO?-I}q}QH*Z50_-@nSZO3}43mSQev5KaW?tQwOw4m^
z;(H%%O2&gE0AhmSRs0BmsKdlZCW+$H_#8j#Njp0`|C;zh)n(3!{5agd=eEAu{q+@b
z{BPOuIa9r+xmU}?pZ_B*6v;XVDey<gSnwoy=-AL(wz7!J-qWf{X$XKlQEquTHdwuZ
z7%CrvFX?m!n-EkKv3vm;uLIQW6&8no>RC3c7YG}?!stvIAJ1j3cPu+8p`Z4O(N*7n
zQU;fau^8u+auGn`$8QWWZ!*wUcz&CF7>O9|g}z1>ON(dFGY9mC$oP>05-b$mMR~fq
z8(TO(j8!wm$F_TPI><0sifrX9xv~D797nd|0G~<QUDddP#C47w1z$ou34r%V>KWU_
z*=&36`5nqx96$fDBVwYtzWhQVkAs^7+2;iA?Aksb(>zkz4}1uVBSh;@2PUn<qX+n4
zoj&KZa=WXKiPsa<D6e}%^RKU)rWEe_w(_&_%&op>Nq?91DsceNGNtH>#Vsb3q{+Og
zRC%+d+3=+mG-g~+7wG;*KCXbB_1|ak_zz~S^rwz#vnL$fb?uISgvVO|-3ykK5k~w8
zqXkN7ISvv8?DATdp`Jcc{~N0&f)k;^`eKG{bl-5dfTFyHh6d2d{{i-!B}s8E_ys+U
zome4-CG&P4?nE>FAY&i#MYN*onG3<%1w<?Pfydo;L|0LET>$OWr1ja&4#_dfT(Bdu
z?==Kt;S0|C%`djXY>*Nf)qj!^n@hQG#Rj8@z|OTwR_=@;$xvV%I9zZ9^b=91nSu51
z0gq9>B1_G*dQ}b;J`8I<;Aun(0O|G48C$j+8lXKWsVRwPhi^So0uAMLmP%#!f!PyV
zT{)m@)yy~bgf2xAU@29N4Mtb602JSPFBdxbjlkV?o!u(R<H1pl>=+!Y7{c-+@9Ct1
zyv$ki|F^Goqx}X4r))spgE}sn-wOxlyLu?GlmDusWR|v?RuUbyzx;~&Y`q}O;R_WS
z7|lx9+n4VmLu4bRk(JGh{tpXawn{C|3ZcpYinI807gD)-d6MVOObM1fnm<Ej=*m+5
zL+ryYeCzegm~ZShTmbYw0(S3=?Cdav_l%9Eg*Zvq$|L9OX1NXvI8g5hx?%f*g}Z;Q
zmfml;U)&(LOUth_z#c&?vjrRs@PEMx=mA4_9{@WH#4@7-t;p8)7bzMAM_YE&40?FW
z5M?-WId5<lI#6FNuad2}B0znc_C8Q}z1FM~OK{g_4&(H}RkUhm^2@q$M)}TcwD@CI
zhz`&)9i5mv`lY1BeTia8Y#kPk%X@J?UlZJ3qAxS2+3)B^O*(l&|7IZ0uI8BKt#^Yj
z^mK~svri`S@$HJd3|`rW?keX7_WN%`hYXaL%oO6WS-w9iyh7{nsEe^qjei4;bKrNe
zdvY?Uz~26?O}HaLbDFpgfJ0qeH`17xW~2lJf)tk5>@x`Dn#{Aj7$E-z`%8DkM~u(%
zaW0Dha#`ifPYyddFy;g24Jbhn946N8F@UCB9u%*wudDkeOs}c<VX%8pOq9T*?OmZn
z$t&n$OK>YZ{Vb9=z~%xA1+X3Lc4#cExG2@Th+<y6bZN-rpLDr-aW{Y1-_>>lQe8YI
z9i({R`{LK*QktI|#cC-YWm{H(pVk4?HZHd4lom3^j$BhegTnqQ@$ZDF$2Eczw92;{
zcLp?66bzM|F)KA6;nlFvUH9HQ>jUa*1(wSCwUm4Vy>r*%?bLk{t7#t~3^_a)cU@8<
z+-l_KLeE+PS4ysYxhJD1<(~Qb?Y2#sBHhenpS{o=#%`DNP8H;2Wn={VX7xPC%Fq4h
z5)%8uR#={E??*~h{QR<0paAiHeDXhl<Or6fla093{PX?*akNQNun+|j1mKN>pE?@=
zYxiP%@Q?yq)pVOmen0`$PU>n;?dSjlQ(}<<`&m$>cYLM|n$4%IA|t;G&B?)hFGCg<
z768;r!{w_e3Y=r;;u+v$*h(T`(DRD_R3uNb_Fq|H%kWTc7|I%L{9>Ki0kEj+a_!LX
z##%u3Slh5_mR|n>KxW{zmZ<Nw`)&xWBr@Q{<BB%F`BvI{IH<5FUwlCqBP4%==P1-N
zkAIIAHu9GJS9_M<eGl1Z3ue*Ix@Cl=r}QaR--;cPmgX?VW3WpeSTf4*MdRGQTsJxS
zJY|ZTlE+B#R#>UAlfd?wWMZjwzGOYqf59$ttG3#Dx*%4b3TidV<Pn%o`}v&QWKcIh
z_kEHN!L`^&6C1@nS<&QF<a>71SYDMq*~El#|H4ipU`qw_-8^;m@o6nd7+HlnH4>|?
z7lc^jgh-q_7vufyYq0-C_=x#Y+Qwz+idqZglPL(t_GMRL4G|4^hR3T-rH1Z|#gRin
zJ7?=>*Z8AEmC5Wcu>o<UnTmlT!i5Xq4vOSRWb$jEOzh+5G1*of!JQ|?!>4pVI@A1w
zRnnyJ!~m#H>L74bW?{hdfvD;1DG9Kv^#I4DoE@I_(vtw0_2)3)rZn?=WR`!I1Z#O%
z?ZGJ{#eMWE0AZCM^~0k=faV*X)*m(DX#q=!!lxqnxm2VcksGbv!W2ScvV+g%<kjUY
z0Ln$k^H^guC*waIALP$Xjmw*=y1FDT@MW!O8<M@`>B^QvX7WHX2*$|rbxs-Ej%`|3
zEmj<kcv5>oL7^##WU=e^HrV?KWl&0*&B+Yg<SA|{&ex$=J8+3kUM4QK&4_(q;0r!d
zZ4L0&dqEH`>kZ^WfFKl_cNs|cfa?jCh!|3YB#scy{IH|1@B#la3GTeBw`2g2EiRQj
z%eb1>Gjjv=_0JP8677WypJ_Z$<x-v2cWxF7=fi{bHNP+ab>21T+w=Bak)0ucK>ZVS
zfaJuf{lA0`5Z~bb-CA4tSF)yuL~4ithOZ)^F<}F=uHGp?lQ0(Bq0Ee()ZEP{jIdE&
zXjcpyGdU_sLcEyG%8ipkkOlStI#;=R`~;-+l!TGPcElItX@C?c|K}!dbN$ReNn>Cr
z7H8=?))y*k`v1dj50&=wRc={lRulAQ>lk)OZJ#ZNQ=)?q5)-pD9E0)@rjHd~o(0kQ
zqTGZTHHoV~yFHdhr!V^KzqurF^85=X7D$kO5+31Y-sVNg**bGr!q|$2w%WqBBQwQ2
z@TOmxi()dD4&X<?@DF@^5s$|}YFfg=BA+?I7yos!Vi_{es>*VLgtF1g*@{Kn%PSJ5
zFyms@B@R55{!MdWw8br&KfaOam1Pz8`&0_xXuhX0Ly)0f!hk%4_9@a=y6}vF`m$}1
zH<O_|&S|arF6Dm?l<ZtEk!_^=`GDU-SVV7=CB<LaJPZIm!BliZoX09jTgksdKrK7m
zQ0YMSt#&werY&w7SaM1?b(E@)s)d-<gt`MPsp03R+7p6loh-OE&wb{XP0mc(k>B13
zSRe+oSH*NbPJCvCcwPzKy?O&!XmQ1=0S2Yakmzq#8gu!k`4YG@?gAaoll8~fa`!B}
zl4@Wj{VHZSgI@!Hxs<hGz+As*x(X*vo4iPS-rUI|ogfi$+G;O~_jN#m;6A+JSI|dl
zz;VDB8yf=%2-uHnO}6XO48U;Z@7>~VmK^dWR`DFNfMv%kH1VHL1N4PXn}=^#SDwfZ
zy2tbzf}<Enm?1$5^4ey2c|?ju+#nY*=+X91->PLH{4}Nk7(f9iIpsg!m*}+|ji>-m
z^CqTH-r|pX!}oT<1U+_dD?F9_8c5>^F>2V~__WVU7Kb24!q{Ybop<M?zT{W*e^p!F
zcbLS_E3y1D-7FFYB)WEQ@>d4rV%ubn{*syed3g=9$<x0{i6_6Up}Q|PaSO-k@Gatd
zfD+(KsOEhvvjBs^RID2D9IO~2Ha7U|^&zEqEmVN*tzlT~H`)DV>8{uUJFH;t)s7Qp
zGDKAh08Rl}1JHqhxC9Vt1FLEPv<!}{U$8S}Nnv7|WQIUBCc;r{^=aW`ClBI2$lg~n
zuIV|CKIq{)8(qej7|@-E5oM0NKT`-K2#OJqT?aTfAvR-jQjhg@+&L*LdFJWNseXZ<
z09aaGk3_>s){bIu1Vh`Z04jc;a^aaai`mSbkBLD>d3>m^U`xfD7@m*$>ji{vG#cDk
z-V_aGA1nWPtZr&vd*RffnR57|@7}(?yGFo&p9pt%iy4v_{dP$TREs0drRU~5c`_N!
zar1PKgk(5(mq!v{0tcJ!-{vMv%m7~b!=Xzvt=!Ahzk<(C8|&5L|D*LpDA?Kg`1mMt
zz^^52gFpSji1$_ae>9M<H5_(-;aLqz?XV;vfTjxwnqTpT0aFtcBN79%Gc$63E_E=(
zzi2XJCihXWafHtS;RJaNkR^OY(36GfXKdxK(cbS2-+mLF>`^BPXO54zI`wssX1l?s
z3(fP=J0G7=9t6z?N$x8fjfQU`#bu2FSh)%NZD~g8-YYv~#%^iC&bWJ^2)Pk{Y_O8#
z@)d<gZJB5J@VELSJeGGx<a0W{%-QTYX?o}|vV0Rgp3ptl+ts4q9ngbEB#ZjioT;?X
z-EI1uAKZ}T#Ei_G@g~_r?z3@Vn1>G@4h)}WYg@|949Gaxra*!ersD2=_17~Oz-j?E
zDt#T@@dLWx2RX5}Ll2)Jvo$^9n(r0LcnWs^i_)$x`KZ=Mr*-txoU{MDnNCvE0ep<Q
z&722DS~yF$-#8EGO8^`W%=Bn)n{@6>>+8D}>*OuKC^aWW0a7-oUd&1Y<Sx*x=LD7P
z(PQ<pzY40v(}T-YkymrD74em}64@3$vsvNw8#>Q(;k%&mi&2+sg>RT@l4^j{jSSD9
zGGw2XfD9-bZG@kpf&jZc#rOvyubRP24O7uxz}p|!FZYnI-F{0poI2aVxcBN7su4$H
zuKcBI?pDnb&cR!!!z+(FdkX2N9ArR>`xOI?)E=(nmU&g<7y2-|z=;pFLT<abFlzqV
znb2=k6qH}n)48(3;9B*9fE|~W6$8|c-+s^l&~_MI0Bo%*{Vz&ikg9zQG3QJXXPXbN
zPhXz_Bb)QH!xHVXg2fNu(6cKlaKL{+T^qAco$<f4GC-x`+O;g4COHezul@$WH$f~y
z&#CDoFivN(;BWc?573_je0evgGQ<k_F*$_81;y>y1ypFbOJNWVdQZ*rFs3bLn0~)_
z;k4W=QJQAczN1<_4uh|T_nFaprWI5XVNSUw#<&iKxcw(T`mfQ<R7%bw9)P;q)kx|)
zeiwZCWNkpWF9^uK|4~}B)F3tAV&iejN=zsNz|;Y+w1zj#2vr8cnSs-kk?Ti;&Lbv7
zL6%fYiGNg>$4Q-^dG$GP`fx+x1lfgXm^db}jag(u{!TsT$5cN#A7P*B9<}>`)Q7^U
z>4T}%3LV&)$+DIL*&bC@)g`l(ithmRc27(Z^h=8s$i4vamo#2`abOL;WQKGPdHb<u
z!H$D&7e>kxS+U{{F8it}B_%Z!^bQc7-644Y<;_BXmdj(7WkpAUjn4k0fYF&CNj&b%
zh%T1!KVzr@>nQtWCA(@z9o`H_ieipjCzz=1%g#f+;a^qj{Rt{vT?F&yvl<aVC}=yZ
zl<}4af-Q(tdYUnRjF~0M2~Y7ZB}eNM9xvs}iXP~~h$bvU;zwwCjxX1zSq{<P9xxUw
z)_Rpd+>P>VaKcF`;n*n5C{@bY@nses4$T-sJ}*DTfhf-`ET=%0M5g*(sl3e0U1m>w
zyE<f|WtB8HkAV7lCTRIg9u+>V$9{d6&$pSM$3y`?Sw)r{vGS{|?t*-H2F&$9a|H)L
zi$>mibbz=7sAd~SjVsYUSTSOc{9u8JIBY&$4qp(EnPKj+|C<R&C$Okhm(|p8=Jl_D
z)p(B4^5KqN`D_&-IkmH3hAE4ZWZF_53@dUyR$){Nth|cwmtXoER>uwk)M~CC(W?^6
zHk|7L{eO);23k128}>HY?>=bh>$9Yy<p=YA{~`ocMk9@qo<w3~ia)0Z@M451ZD#fO
zdCT8hF2yuAs%D&;sTxUDunxkL^DHo(4%TpysX$ss$;0r>l?T~zx{1A?nd_k6T}Ael
z0j|rJb96woE#sm@Sp7b)QOxRGR&w6RVK#H251x0)Bp+uO&CdKpg!+MkwcUmng&)Fc
zt4ihY3+&0rYX8;ifa;hD-Tf6$+HkDPG|-<I0x1He_XkmiHc=6MY@aIrNWL*_F9LgF
z*q*h?*=)%SrhfCI1TgZyf?rf<pfUwW87Uyd0hR(Vy8$3agc?5%enU_iSqES$KQ=P~
ze6Wb^3$XS?ruzbl<L`RL(s=e4s5~%oqvPe7A)B@aI?D8sl_f|e7{%YDWz~jtvA~Gu
z$9fk0*FMjM7gP764+BCP*^#mZ_4Pco=nG&RQ(di^9eV$b36f-<^;HMq_hER(BusST
z<FDQyDw&lGK<_svX0Vlz0iJXEcgp`ADN*^^)zm9m7~sCb1HmX7!<&{Gh}fLfPFL~s
zNdP2pYWY@~2K{VxU>`aNlZXAjuS3IXYA`-S8f#)seDQxYe?MOab;sOdTU2fj5&Fr%
zmh`4&wYKK|ZXVHhNd(G9I2db$tP^E-=2NER@16r7Dzromi<YL-BfjRvhrX6D<hj;1
z3k6D?+&_c*Ffb2%hl|t($l2ljFzFVJ6fh0IvbVPG2FBB>1_qI!00tu{*b@h9K;>Ue
z4|i9CA|Jsv=U*y_i_V(<K=k4rVU{Ajy5h-K9m1%T9Hm>;4bX~AT7&a!dE-#K0ALz}
z_rBFyC0eDBKSp@=Z}Q;uAD<VAz!BKTeN2(kzaL%v7xTD<PyHM~e1OJOi16~SUq7s-
zqF0rF=5bd0<r4shWZ`be2ylj7eO%;S@4XTf9~ha;sj940`DanXnKqU)qn%&jyALWu
zH8t^Jo9E{F`EM(0`U?I_<gorCUgy-;Ul{+bnC6#648UOnh~~gELrEVX%!94u<z#Io
zK42v)DFS9*QjMx=UO8*lfdXzgP3P5McAyD9SzUg1>;wFZU}6Xd&_VOV_NlKyWT@;J
zRDYQiyMP4m)Ybz<$`AuGP^?h_*)Qn-6O_m?J)2TL&5s&Q#Gx5V=40z^b8A8QUdA1#
z(E#*kzbh8J&9CxW1UH&$;bRNJLhXcT1h~H;e#(IKp`0N|D9Z|zt3nmZYE#BO0tt~W
zWRCv`g%|~!ufP|8R^O!qFb$WNmqq$y%9vN81GkSQ&M@T#fS*96OM-RDEiK;T^S~kH
z>pH@HRw+PF%B@q=nzFXM^g8DQ#DbUe=h#&4FIUdgcW$z-uJ0bVei;f$(t{O89v#;Y
zJ2FL6X6PSdgh#(>9fXU+k&L#F+RU~Odof`C9<w{|2FihP;o0{<Ul#jQ8L;u3atGaw
zy26;ii*vyj0>?x#A>jPQ0fxXRk|nUt4kkXM&MEULek5s1%IY=O*o1URpvX<p8IbtV
z=-Yhb1Vy{^$}G{Aq>w+^B2#(&CLwi>VYO=*kOxn6YT>*^=;Gyr3itI_iqa06B4TlO
zj=CTlAcr-;->_^&$lxewrncqJHidrlefa1;wpF>30~>IG<3@o4&%bK%h~I_w9P=F9
za$xiEH8qvA46ObEO;D%Zo9DRW&H=`d2C!0&avzVHgkkfZX%#V%owNU8TvMST02(TI
z6U6G|lc~xtQ!DU53VaV92ml~WLV;8lD9V5+61u?<NRvRzE_w5d5g;Z4fCAzuxS$|R
zLGt1g|1<!Kz7eQi-*f7KocizV46yZ4ffPvLG&=b8KbGTNCm$WjG#P198@wn^yRJSL
zDkB*CU^ks*eXb9{AV`EeBZAxe^!P-Scum=PmUX|8DYzH#(omM(`AsVw*Q$z<7V|4H
z)kR~3bv};1_&Rnp1bRz4Nc$z%)87O>#|2VOQG<NWYBQwS{i5k%Ej7A|vl7tf>o$&V
zVfd60L;<}1i>LtsmRlRcwKlhW3AA{S52P#MX_6NPr>o(@f{Z5S_P;T##eL%eoa{nv
z>F<LKb}Yu!VRZx|@<de(0hvwQv}WA2Wwn&>2tNAWW%n>z?Y|**1R@u5Pxp>j`izpF
zWX79UNzKIgs_Vhql-~n{ho*2554UOtI6S;BrSc?jXT~G=A?aF6KLe&)m(+G{HmD`v
z*(PtU6RBrUnZm(2a1iF$Iah$`5{Wf^aT%Z}0>JYt2n(<qAd#hq0l@w@Cx9YBmY0c%
zsaxb~>Fe^c(eXtl0OkM&kzfYf`~1j4!mR!e?*I_(^E``GAB?5u(3o3Xj1EMvz()#7
zj$eCjp!SmixW$svQWz2N{@xeh-BB{<{`_IKCS>k<Y5|EI74NvOBvDeq9;W&+VN;(2
zT+;JwfW8$WP;~+!=?hTC0fx6onw+qpD4#?lc{WuWs0ryhQi11rLch;I^tvUeI*WYj
z4A?mp^S@JnblxK;q(ci+ZQ}h7rZM4lhy+Vvx?oa!f@rC|<0hD)O8M2>7eSco4}aZ*
z8+$M+YW2gKjO3tYUKIlbu!>`uz>O-_fz()k$Wp1s_&E7pIkAxTx*4!kV$0)4Owj#u
zf>^9&P+4_Yz{f%3g@?~ntcb_JhSNPd8EpOF0-C^<n*PJrZ@_?69H53i5+Y#A1F6KJ
z5FlEY9~0Q^3MvDFnaSbhTeV6=2V)WA0js(~6C+YyR?E)i?&*@mSgM5HuF1LiK}$k}
zeDb6C8ETQcC(D!Z-rSan*0q2MJ3KuZ%=r0wIJ`7_+QWJJ7jJr$)3}vvOobv6csZz*
zrx`x2^!4~>UhP3doAva6TW{p4e5qRGR!W^m8?;ZNm--M^O))5q5DAA~S7S40B{BLl
z{p^t=jyf=DMJ1JM=V$uKPK%pi!}XXzV^VI4z>eq&S<{AUZt3^K@j)-_Z;ERNl!mCu
zf9E|Ylm7;H-l#8YknXWggIEDXv|&zK8!=+h;BA-b)nkAb;%kBR24#3oWPsxRJpf6^
zWn@Ib-~~y4b~K2&EZA=olaj=zx!Z2{OVwhgdv(_Jffg(5v)9o<iy8b1qkjC#me@T$
zmIkU8;QIq}$hB)Mi9c`aYuE(La(O^U@?K9byr-u}jySotwpLX~hrgK3=sO)X20JL7
z6G%e`zj<R76j%q-LEOQ8vk)?yfZ&huT-dMgj&>{?`EH~<p~9U)ET6U;>M;l;1q%Fa
zYg~867eyJS-t0oX6el&bG&I~6Z6jdjWzu&yFIsiC7A&(et{Tcrs(s)IQuGJhaWBF4
zE!9KK1x`ECzdn|ys+e`thF1Cw-C#=<KZo9+4I}yHYdpuq3JbLq4n5k`5v`?X#i10O
zF>PW=`cD}MCdN3YM^RlYSqRHs@I{qK(tXp+!|Bm-w8r)ZnMj_I3WGLf*80cdYxR~D
z-oHd%bnr382io{!c%k;st=yn@Jueu%`>R4~*lqr?G=!CfkLIN@n}LNDb{c0wm7w9h
zG!2Hzc9W)%B=FUP-k(iu0EJ(e1|9cnr=2Y~Vj_Bf|FY(?rluDl5?{A=-U(&<bpZc}
zgvXU551Lo+jw{Z=+cmea$OhDiLY1rmLr)U1LIEKmAuDvukCwBQ5cgpc1><I(Kwu*o
z$u)!4+srEiP(YZVgG&&do1YKO5b^}Fh98s{$rlI83(6-?LJCT19cuUXk37HeadXSg
z@lI;2C`>+&Yh(r?LrZJ+dSmC-kNom+%}4b<Obi*Wt?J1*F4oH@Cv4R8>lp8a?LYAU
zTO?g{pl}s|fPEIicOTd6-xK~s02;*q>ECAF$0mTD&Z(+$8XqnKEA4k?W*gVn3aN&5
z)6wVGjCGgTWLmw+nA$;CVMHkf6ww`dCbGut9Sv8UZ<a76xdd!Q$K|;p<;L+=UbSo_
zDj-m1o8i)kiscl@712>dE+bXQ(ek^VTU_haJr5m)L(%J>y$eR9<P!=!mi}=`95^9l
zh8Xt7Qw-f)R`^*0liPWWtVptBvXwuz^P=nYY59nPxGfL1*Tx4_(FW(RaZS~};zz#b
zi#7gR7sUZ@Dp$;3zCFA02=1r8s3}94s5Q>lzGUMDDU0==Z@gQxF=g25Ob1ilBra95
zO^fq5SD$&FsVLHs-94p<(ibE{l9DhOl9bw<@)$9A?f-CBwn)hU)$*}EhaGf-9N8a?
z80pG8c`;5cReUoCsm;-4ipt8F|IWatHD7N#mrhnzP~zOO%{-Y{v(1z`vMp4iUNF7@
zwEn@eMM?g;1V9r=*KpuyI#rk#&xT_*dKS36Hr2EG$DcjzCEDg@On1HpT%(THf9q;$
zTxPTObQ11zW5!=oi+x{FhvRqI9J0qY2RxGRmzH8ckq~U!$@!g3MhLi57kaK4`<fz~
z8~4X891cHq&2P4SvMqgX%rcE-&H+eU5yb47=WA|)QEa2>Q*$Hbj-5YLD2QAxQ@!GU
z2h*7fj%dqh33trNf+3P7_QjFnJB;Ge6ZjIzRG00K4>sto1!5icyv@(QPeXAKG*?hB
z9Z?=HXx=W~+&CtPZ}SoNtB=5$=sTn;L%t=OP_B?A(NfcC2|wTGmobSiYjEx22|MT?
zJ;8i}&IZ&yt0GIU`{)TDaDO#0`_>IJ<Zp0tCS%t>^Nj*z->sQxtK&pjWh^|S0~`tk
zItY9~QxW$p74Jt@Ix0FkWZ<drG6ogUXg17T2jbZWUTTA4h(gGNii^v2;2|oXB$B6K
z%>8~GI1)ku1Lg;q;;M)a>nKsDX3fv*<SJ0*P=S)n)K%C=I1@T21+pBFi5qa85aHYU
z1K9S53$>_Vs6eV>A`d=S&M0d;eXb}ga<YB{kWRr%q!tpoYdDH(-$q2JTmiWmx?ftU
zywK#f`|A||AsjT=m&+<;-1A&rWEb)|g;W)GQqJs*uU+(ptnHn2+NYU~ImQ6JsJww(
zePbczdr@!Um+8Wv@IdTWp9P*iVc>6ox%>cH(aR@qDWe#miJ_sXsU-hd2%yE4Glj!w
zWTMgN%rrH%Hx#l05VYC(HsVzLhyot&8w(7{j?!<iO{}e%a3}=1_gq^&j#3+j54r*o
zt?cZ8_|9-yJ<5h9`<)2Iou2T^XFy~C45R$@H<mO88wWSK0jJ3s{1kvnnA6tgJNqzY
z9-d<&C67fai1KDXO+@#Nj#ggZYW@U4m+7;OyOw*=AGun-eyQeMu|a)<gB!=KC%i3@
zr??qtv~17vV#BOT;geQM9hIKj%^wWrH!K<#Dq8m974-Za2_N*-^CgJ?kiOf@G~1-%
zlS_F(bmqxmZZ2&Myc2GGP{37t=y>~2=M7I59F84w!!a^%0CJW7v5VS#oVBvv3(6q(
zhy^Mfq^IkK1p+(6c3d$LcO|O_M>dbHN}DQ`gjHoXGM4<rC^=&?FHyl;><ydwORU(2
zfu;w1C7Rc-NGVsEUa-F`<}-hK=oLM@F(ov58oiV7=5lN@Ad5gs@+NlL9C{AAPemIn
z7#_Q(rsmtr0B|%gQ1%9KM&_q&lD2;%EL@@k8&E|XlhNVf6!jyRj8+#IaZyua2s05e
z{T~)U1pv*}qw&+_-Q6$ji*>+6fsuu!)xP|vZ7ERAhlxzVA@C6>+Q|w!t#(C5SvQi}
zYLKaGXnf1^J@HAHZ9DxpdL42S5HP-ogfOfFx(3$@urT}AQ2nFP!Br4E20}u@jk|N;
z3I)Ut)zt99BO<DS_&$>iAE3nLl$F`t+un>k-3vah7qd?^Ri?y`e11z~04hZA@zWn!
z0_i4DXJ-B82PRFTFf=%zSc%g#e}&d2TOWgTl65YEjDYO|zUy_lVCiVfhWJKw`yaSc
zz=sO79UNOtP^Y!J#n=qeh=K9$Sni~9*|6?Tu^afjewl*~c0+f*5yPTQel(1v^Ljib
z3p^UVJ>L5AhtuLehnNA5B55ONfx$;@kx2Iq)e2UA_N88=FOlDkF0R`quRNRgY7EfX
zcSJV2p>--}zFxeHL19~+dmui&jtRVuTs`^vrDsPQ8Z4={&@hA9%X}odWH(0W$b8Ve
z*AGk&=bMD(c1jqjy+Q)HxQx>>X_?`5?l>Oy(er_us4(Ro)R!-f4!P@rD{F<8bEIl6
zCacY-{}<{0pIhipTTAHrh9~qw3JGIlF>fo%&`VBHQ4$>5<;e>B(t8vnwihrA=U_C&
zFK%q`c6SfbZX}0v;`?62X@u;VTUt(ha>Iui9qcK%-CHy<v9SSJ9enW73>uHV<adGt
zcS2TPUi{s=?&|=Sa9CJb2W485=P2*}zcKY%USJtsXLcC@2#Gf^hn(NI+8{LK<<V|#
zZbr_%nSJlEITY6%FeylOm#M6%Rtn-5nA-hd9J!tYBv`J;C)i5E!-E%KvF6_sA+d!}
z2w-lwb^5Rg%m)2qUkb^W8<6^i8ufEmL7RNlDBJk8`D;$>a69I-<k~s!pgH<}{_4K=
zx1jDy-+UcTY^1-)oEa>0wn>H_*-6kpnY=daN^+h2Y%d`2K~K{}>}9vKBSy2jw(u_5
zC3@vb<{<E8^){IiA3}<u0ItJ^@<bkMJ6%<M_3PNJaN0=e32+EuDKSqkWbry1C<)|r
zyEep3KQN@svYZ%6`#gnCTC7@HR&3lk@{k##>~(PlJOJ7r*gT_4se<*J$ie(b3V51S
z04fTWbKvd{?ub3zSkFb%L6E;L9>L^`-Zw}AyA1+)vtkp#2HnU?t5|rPrN0Hj19CBG
zMcLW!yjr<HYxd6B8JbS{3@-O|f=Wfe5g>xy7`DbH@(c9$X2ik`_5?W<6sp|b_f`5F
z4t&!eWF{ge&Mhk1Z8!-Tx^ii;4|i()3!btB*ogxaGK`Ftz@QRcm>d=L8B_!Vu=I0{
z9{@asnCk4MR99U>{~mD8YVZK-TtKXYZMyC3$SX}->MHk;HY~-6!As81&u4u7y8XyU
z@bZF|fg!i53Kv{}4Kqb1uXGPG7ovfj+yEr|2bzt&scsW>gvql}BKqI}@r4&DA2aIe
zKaZ(hRmElIrH+gvmW-@)3Y0W6FKaaT%Tb?*7C3(*v18`Sx7BoE%4M0?Ao94?52W-Z
z*hQb@`I=eK^(cB}OP`by3vNWKQuj8bSWrtsu9|JB{%6$w=!Y?}&SKlar&iZ`P-;mQ
zJq9k_%D(UuQ1wMQUC0VLzF}u#sp`BwUzo!qF#)mu%75C#jb!8TvXjl^?>dq%l~Dh#
z8e=Hvad>$z3!9p}jIb@tMn*<Xe@Q%B186`lUI?<fiwh@g^c3$0do{=jid;X-qeQrP
zZjow-KXzbCrFy#kyTrp=RhIqkQoi2SzGk!jSXc@ycNJ!sYLs+ASgehnusb0`x$R>!
zkrJ|-BF;ZMJ1Zn_7tqeOqfZMTx=K9HX2h7n%ZaP%3OmSrg%ugPvLHs0hOLuA6k=6K
z(I9Kn6l)F4lN2xt&M($&W$qAjITJYDSs3DnX(9Hjy9%jP>}LCOZR&fwl<#)B(9||^
z+{!}X;9fh1Rl4^hl6dZFV<Km*5Wo0DQW9LlA)*xc;D7uEUte)sr`&5wvpbxYmJPS{
zdE~Z(k3*`H`oi6u_szX*?STzks!C|3u^U6xHQU2JN4U?YAKki@lM`l11W0%z^Y5kU
zFZX@4f6Wr#C)T`3rdV_(&iN-UB<)*rx^Z6;+<6aWy8jp8i@S&Z+$Hz5uI0T2P(UD%
z>IU)POHF%Ek2tLI1Uj)I4lRk;Fq;t!N6rm)!eoU(`A9xis5I9ffxBG=>UJriqamXg
zA)3}u*)aF9W|E&<Rj)=&V}7pK@<QTN<6Yre`}%pJyV4V$XHgO__TlHvYe?glE60TV
zRJWv<9ud#g%_+9KL7k@}a9F-gdZb}5bS=m5x|1@yR8qG&ARD+L^XoZi+;KU#V6;oP
z7PTck9gvFd%F|81%?7tgfhmnql;+oJ+eRh4PwYhPAH%>SaC&4TL%*ec{e4fG4CEKK
z(+Pa73{h&-%;HFQ#C_`!i=Elb^9R-?4meNGdz-JjcaFP#o=S0_uGEp|wP^!3<iMwt
zd8<k&O;_<ewpn*OV}0H#59SDAp9b3+fyL%Z6G=wSTgkZYowNW9)aN8Bz|?$ylXx4@
z!+4{8F$Bg=Lbk6kE3=r3S>v&M`a6kLl^;8lg9aNph?)*{*2CXP=LDzaieg3GPR{a0
zu3`^hsrR-Ao-?R&4yzGu0@LmlvF2=QQPG#<XaNr2xmporM-d&;pX;x9;0)bWb?`|2
zXqolD)_`_;94u(?(v`kk!8GtN&+p5rc71R45Jcuj-de!dN!;|W;@Ug9BOOv4ebR8&
z1>KS8TnUR7dsg;HL*-Xq?T!n#%IEGfCcEfDysshWHFa=p)W{EC?5w&=j;jzWU^Evf
zHfk(b>8FNt<`XzAMr3@V180Y({43mgfubv^5+yUnUz0j{otGjFpHXx?ZHtkW-1h`S
z54kW1?kzayl?S&#4ZXdr<$5H`it}~j<#>g`@{Yr9K7Z$zE7#xschEkS3%S9bH@#`<
zb4k}NXsFa2iUhca3FD!Rj1J3f)^6yM1V|+%K)TyxYG-|YectT@TuLG*RZZH6hEhU!
zU$lp$Nsc=1={0ZC-vTPpKVjEa4BjDaFYxRVe{*BMMT%-8pY||v5MgH<FY4^1WKdQV
zU1+x$CF)qolDqW|E2ts$vkiOCnahq(%wNrI9T+|Hjh%&Z<x|9ZP}+zMfI)VWS;AG$
zPawjjjUavBzkbw2|1r{ziY@qL^&?vBDd@j5)G=&5{S*1kYSW_cKu76%^5Flf%SugS
zLcOPfe4J}dY!7{;j>5c~R<{=~tniIHk2l`dNjV_>S7_Rl!z(`m+i}h2xp(-*MsL@e
z<vBaSb6J5XGTq&y)^2k@-Y$rZON?C@wJrXBebGeOG5tj-xmi`?he|JZrF%%UMTKl6
zoiCW5quQr|3<1*?_;V?FIrv{yNqsgcEfX}yjKh$K=72?dQQYZR_8dRX41p=9iF|#~
zwvRrwULg`+(ZC@Ce~v(q(=*KVek=XAEH}hnCmzir+UyIH%a%px$`DBBqB&99MK?;&
z`e@{?^{Cq!@$MNt{B+tR6D!f~9Yg%nTg|pl#p+%Umu*45FP~)}eOfPe%1kp#@4#!J
z!o=Xx6pPiT9L{AgOsIZ&JtT%;+=}LV%d^`36g8Rt%(M$a@7XcHI#Dah#qafx+2MR7
zKk=b|yG-C{)Vgu)$)A&Q4_$RC=E1l!3nIAkcAKDCyVfBtApuco8kE3+KkO<S8$D;~
zE0>oSpT!<KG~<kOC@BTXcE9JXh9!r%7xo(WY|j0J%}f@bmq5bG>9XD#w&UbWDc}qn
zc3zX({_sjhGWMmpe`O2lXVv9$W(E3U;F)F3%vsDwyoj=T7QwJMMPAoN*Ws}s^0_zP
z_%(sSNxPjJazaY^OUx3Ry?0Nc*Vl#RrPFR@!4CBnTmMxu$+8(Vn0xIgzqLavRSdCN
zJGDE#f3h*-=;)#epYmY&Ui<LZ93!8z4G{$RPLs7jqzSOV#G}Kr%xIq@p!$;olZ6@4
zfXrHJ7IUm<ve>#hG>B3&+w%Q=fiEZJC^v+VhzJ1=B*kBId{3=wm&boGrBnwROB(@=
z2(AmJt`Pt5-w)3}#uBGN)D6tTOmse+TO>}83*`-;=a_>fv)XMBM%u`b)!qRek?mWV
za)*4$9B}>I@ix%-s){2Esy@bfsVx+#NV(3D%iv8OYKS@AP(Uxp{YXTmQ9fTiBQ@+d
zw=}~3EfpL`;<s1FGT+82HE6S|6~>{w$*zKD6wp>70ct|Kj7QJ6306ZBPgq@N_6cr%
zmCucrd=cJ%LPSc@z8NlUVoOjX+UnZb`L4#R3ew*FMb=Q(RqG$FZ|t4kq>rKPWPJa0
z3yN6*9cf`<0kjb??(9x|Ij~CmBn&+S2(>hizXs~V1!`JaC{n7iSy_~I_AoO{RVOQ>
zl)RcDW%w6yvdj@4dfP{6K^)13zLK_*mx;y9zdVe5K|>+?th)HEK?{hO>+vqt?r=t(
z*OYH~A(I+OO~h1eBd^*zv~uF&XzMePrD+{X#?94r=bQfFtn%ne6nMUQPfW7yRqlm9
z^*3cWG$#6x?C(!2pG+^or3Kq|s}o{J0xHb+nm=ws)(`BJSI1R$wN<|FN9wb5com^q
z?fA%Z7OG~2pU4*`T2OP)^G`fwJ$AVW$9HPnIy)L1c8O^jV98?>cqg@ls~Z?#DNVlz
z@_#<Z&8V+mzgCMmIXLK5R}l#k@wtrT^ZE<8A=4FCUJhA)qBA=mr+@$c1~hx%x&RxU
z@xcq0$fuHjUysVFFrS653=<y_IL^M}4F7qpK!q?p;?0hji%0yppdsxYck}mydI~|x
zWO5j0x=vCXtg1Iyu*1+Q97M0IZ0|1M{5u59cw0ZyrJa`seL1+b&Sm+Ys(VoL85Bvs
z>%*Qz{wB4)AGEO&)Yl&MTUlwEFIJ}`NJ@=HT~3Y|xpP`AAWzK`a^TTOX$URAza^C5
zezv8lou@Xko<n}Ugu0WZ#w)E#aDOy7XZH64G;g2d$*t^V$V5F#IS~eh0uKa|m`KIJ
z;l#H!oWKAZZii6%zhG}WMTmYW5)P)|FfD(eIppW(2L$m4CUa$=hqV*yVAKF>bph4=
zjep#ax;nRk2e4*w-FOn=oh{4}|FC^=as*mgxc3?wv=2J}9ah%T_2`fiv$`fWjc8aN
z=kP}gY8w8d@ZaBOLls<-t;efn;D-f3Ae>F2ceebbALZ{ZNtIGibD@C8-;!DY^qmoE
z8#JlqA~x&VUUzs5(|3`S!{WxA3W;I&Z-=VlpNuuRc#S*Z3?Efb%k<Mf*IhHNU2xJU
z4I`BJQ#Fb{aozrYzU_O7eA*|=J<DBN9Ql(WR&AE*;(O<OI=ZK#Q>Bcg(9!(U9zxSj
ztpDZASIb}X-IIH3(!vSC;sBnpksb2#OAaIGHo=?`(3{dPobgY1DM8)D#B&Jd>HXOf
zAp<IPQ6e2c0t#Fwo$3!k@7oKNGe}p)6?1uE*5N}hQdgdhu`kQ!H&OEyD;8v9nW&Kj
zp-QRZS~QyKoL=dFMWOma%4VKAGW8FxbxWD+eNkQ|vGJk@+nboAF%@we&{^=`#uqfw
z(-?UjA=5+lBs90;!M8Zu>J%brpV6hL?h$Bkj>#x2VODV}39H6`kx~6`Is-05&}>%I
zJbadMQ13Vyl-02czvv<V`nGTD?WG6k$Xzp_wsF4dRj&$fUcbFS<jriQJ@YERWv=)X
z{B3SfO5pT{svuFRj#U6<#ow1k^zOm)6<1w$KwpT6SXocN{np1mX(;)Jrm7{Dcu?`e
zXwAR4?c1sqHxbd=PRV=}LE|oZp8aeMrq6MJxuiR{v=j+*W-Qez@9FTnqvuHk;TOzG
zuu=<PIwIorV7L7NH1}|y0ZaORA?qOpXXQEU8l^rPV-dZ@3q6D;gJOe%mrNyAZ9bMH
zki>eLJs&U2Jk>wcd^oa`d>`djK<!;0h_!~LUak`;ApBr~5Dk8wUwo`rf~iPu25`aN
zeRGv2>bg24yw*J{p>hY|P9R|{R}fPsG`;qGH7$)@C!!)uSK&Ax0(xuEkeP1$Wckbt
z^=5iP?;3EmpWchqrvb<`;wES5&JUrqQMVfR)05uCgZDQN-6~9JyMZ&9(E1RUd`iz^
zKRCL|b}^>kVL!*>Cs+ZpE`fAZQjA-v7x)cN0+Zg}kY_NtRnSI(vBa0Z4l>HhIIvwc
zSlY;8TZ5Suzwh-MkCSC=xT2Dh9@t9r@o`V(52#ekrVErn41Z5x;fq8M%TOs1is~ur
zPH)3j6NGZ)l;LoXB9~4OrC!?dLF8y5!`u(J!+PH_8Sy;BM(>aH=KCA`BX9fDdO)n=
z8ivRMDAmj_*)L!c_=mi!#s?OXCLE`v6<3NT33aB1w_jpKhj*gx>?)Yq8>L{hDzz1#
zzy{0(@H2S1?1W@aa|{=y3<z$6<zJZ3GUI993`_bmr>GGf)Ep$K@lLAiyH>f{x14YI
z-#lWs`R2%lgv&llYL8b3qg`+WG+=_PM!KLe@aT84+zu8Yw0QXVU?Ua^@C#rVx6%uO
zua|y}E?A|3Q4Y*30f16s91r#ivw{n(VSgU@`E}fkIp#Dsf4X0}yS+UH(TW;OD!^uF
zBbPVJ_n(|dCk2>INYcuk-L0LRgmkv*UvtEztDy|hL7dO&f)W_R3OIS<TSlZE5e&cN
zzJdeYR|mQ3+kG481t*gak%tyY`r>tnqX}l9IO#DIufqq=?c3bkvPp~TFP=`O4iBhw
z7hx%gO}-up9a(O>$)Dd%3u&<|yKUAiIz5dLP?Tmb(6Tv!$!`4V?S?xA>|(8roO~XS
zSU=DvLI_iU9pJUS>Ta|y)8l7)@b?RNJupA+eFrU=<;jGkTG?YIaL_?s@jX{IFC6Kt
z^m?4DzqXf1#?e%*(rqZlLW}Gnx4mU%WleWEw9wKbl2=fGU9p`^pW_C5py8Selr&39
zK>Kxmeh$nnVAJors}mWm*-acEnyzNI)Z{FDQ<j&91eo=*a&m#-HiB3W5D<LD!{u#l
z23IG@uzMD!3S{2Aj|77c_TT)OLU_X3t8JXR_b=-071XjUGi6U0VdT{1EiT(YfD2;}
z-C&n<<cx|?WX4ycnfz}kGWc<_Y?c*Ig{8GCuV!_M`^VPn|7s!soPL>~!5WFM_c+KN
z&PU-#B}Br(77{%Z8*1N-88nyKx*T%ZF(eWoiBLkTHUdZWR10Feso(~kv`Iso{c_^_
zn#3$E<NleK&51P(jpheBlji7?%7+0ta2#ySX+sYs!R!xBq<r4}oxGeVm78!I8%&y-
zQebZj#&rM+1*fSAlN>M1@+S=o`v85UK8ObLF5kX=gW@}<7GxI|T8{M9Rde&e;t^+(
zpm1bd0e$4}x!#p&?4tEz1GBnGRq$K0yke&H)Y1DAjLN?2GDcKz9KJ)`5ctn3>tL*&
zQjp%{M#ZbysTT@v*xuU$Sb;1jX%y_`iauzJqN^?PhB3~rx1i=Up<#9xqaev)s)c$U
za-3G=NQrCI8I{Yf^v(mRSaE|&>N~KNUOHGmFq{57^Xx!d1!*rb!HW3|2VqWSPa7-l
zb8}vz-}a*-Z3tDqUCzuN^!hGGD4%kUhd-SCzKE1Y6q+`}bUv@)5m8pg3JCKX4d1Fw
zTw4EH+1T_Ldj92EmMmZ#$)m3Yff(#TOhHg?nRy3$LABG|*vpqVk=)#GDaf%#cxSrb
zfv>w3mpL|GTsl#6-QvO08*%bq6y)_iVVVwEYi1$#j-*_6CIa)RQ^5ncl_LLoNw`X5
zh<v!-L;)vWY}%_#4XwF9&orYV=XwgLxNg;|;YUwqDv72B*Q2Dh-_%Qak{AYVkyqkV
z!W<^(@M>hmK9N9&WJ8IJ*za5m&|EHYR}*B97p|GkqGfqgGUv&yE*YVy-0j)M9Fhn|
zl^ww>f7b(^eK7Di#4(j$kfiJ|dmc_1yK<Gn^74Lcf^Phs+7MJe`W=WOfP3I{y7~^t
z`@H&(wyz7bPXLof04T3^&XrrCg%!lQ-}Wy))Kx$4xNKORsGH`#{<HYz&pg@;*`w+{
zNKb|yWQV*RgxROrjNux33s!x=R4263LY*Y&%g>XPeMCX_eQgD#ruo?z)i8P;@X*mx
zpvj0dq6TM9zvX^`s_<u1Z(A;bwReQlpEiqGZ~>r#P^8kWVU8jBsF`X~ynM#+-)KMa
zlLhnf)|kF%C`5NGU4Ih=h11OT7f02=Ys6GgAY)CkZYQdF81Jf&&@+GHC%&>MlodN3
z>}-wvdSW=4O^tzKG|Zs`^zU$93c~^|V5x4LuJr=IW#gm;?4j#s3JQi#7SI<-+#2nw
zg#;tqkzk*2LrlXWrY4oa>iLvrMuP}l&LWkbPxL+gyKt)tJR-zN2k6C7+q649IERf~
za-BHxTr(a5CQkJa`I%hoOS{w6q?nW3KfurmT>ReY8Xx$=;nc6`)qyRH=E3d$Z8N`^
z+WdWvd!S4L=E9&3d^Dvj(f0-+S8?ywdUb#VdXb|4Ig$KfKkV&tKHh|W@(R2!4Xpb8
z`o!;!o!sh(QE9wdXLd#OPyh{cnzz3mXW;vwn&ZW}^Zn^W%=YwAGX_U<(pMmo?Q>|T
zI6HkXF=8ln;MhkA1A`^|tlS&*cB4pMJ_$_K++<$x({F!l0wgKdU`vB`MKxXE;XNKc
z*myH!Kot`TO@1ivdf#~MO%Fkjh=~~lYVQtr<mm4c-y)httcEr=kiy06>#6Yzv4FVe
zActVbYZRM_9dptp^=)R)xu}_bmQ`!<PfW<H#jXJa`J5Z^VXlA9vZh!ui7EP|h<`O&
zCa~lr#G{j|`K<b_ApvKn?fyWO_Wi>^LmM|mX&6?va0g$dVo+~E7X$y}&2>MHuL({V
zJHdeR!+Qt6N6U+18gWH;-&SF!E}<u?2KbdXP8YPsLaIYI+wp21PZ)W9a*>`hayAA8
z9e2gP!djQnzqvy|6IJN15ta2cgBmn7>jkDuUYcJ*hrW>GToT|*A^hiH#j*EQiQ%l!
znzSvMJ)|t#&bKo+H}C<)=jTT>tJL7<AdLcb$7pa$k_)esH0Tr53g!cU&)m-7nF4+F
z_=E%oKmOjj?0MWh+y1$c`<ME^bh`^E;pV$0lf}J!Q8z6@V>HX`E!1@1gNK0hdFyIV
zT?UD34C;54kiD{__){wenY_}L*obVaYRno5GV|@<b##o!2lbC2tD4oXi#dkF<?;ny
zjrPyUv<C77<QR)QH!0aztiFHQyr~l1MT>YpxOZT+7q7s?vK(J-CgsA*rqVMf#vFjS
z&ohDhIH;oB&Hl@G%=T|~Zz&!u-bvzL3kteZeiEQ?w?gYshH?;nTvO*+Yqf)?`UAQ+
z46!7#fCVj@4qkVj)i;mIvNdQa8p6B~rO^ZJ`~jQ_OLY>tp;25F&*JvUN;5hl5Fk12
zDR2|Yj9=$fMqUJ}T7Hae4zjLC;WwIl)ppsDPO$vjLVVG+e|p14|8DY+P?;HzIrGjF
z{)^`-_yZI%@X9yOU6Xd4;738)<E<`^6dwh<xQyK7yq9Nve%rF3{=~mx?KMkFk`p@~
zyH##;YEljXZ<BRV!{hec8mLtL+2sUXN$8N|?={nF!N_*Z-*d}2?)+`aFGlhbncm~l
zO{Pnj6LBh8h-%`u<c|L~Pj&X<h!bb>Yrp>UNY-VN>|g(_TEQMs4ZBK_nTEucD2xHZ
z<Bt8oO5?tsR!IWPd^Xa0Rw$1U4{KwPrXYWj@1ZMX`d^WGJaKZ0UEh1PE1uy6jq?s?
zMJNhV1U2td4wX+lMT)xXyi1b&dO70>U&+BomB8~*XfCf?Hyyl=`ZM8wdfBn8ie3tZ
ztqBI-6E8%6LsyBA5-T=VPo5p1zws4RE5ND~>{eq_Q^UC|$6pu{!Gc)I=c@tiu3czC
zDp3(lB$y?$%eRvA&fA4Y&*1J!6aciobdN}Rq>_cX7Umh8tZ+;nSGgTC&s-lqE@-5O
z6yshzlSpDn&?vC(>gO$hj47OGc1=@v_#>x{^cdahnH(6I+5XRtd!Ce4wxQVyz@0Lf
zvu|`VUWQ18t?#LE?zs^R2(lq02e5Sb%e|v&kKd+0gNN2Xs;-WlfHK<(A<MX5jG{Ez
z`zQWY#oLl$wUGhPkzOAc{);1^5!1RYMV<K3;rBMAL^dfub;QW$h)4K#Hy89-_qnaD
zWB_Ww*~0x_N%CD#7|Z?reYCMi@z<}W5G`I-Ft9qR`>l@~PQ@z~ILgL_z!j;k?VJ0y
zQ1WM+q6@*KuT($$u<rVS0D`N$C0**s>}zEc34S@bu!x=>FK7g*J2;9oVlcvht6KN>
z+yC+F58!%81U^q9fV&D<`0l5_#1XcgbNE}Q%tXD3i7A{KqILPvuTZ0hHK<tqi5_&{
zph7bxj5tQh>6>;JKu8eZ0vkq!{CE_#5f`^ItH&hz{#Bu@p^!uCpl(&M%llJW6lvdE
z0_h%BcPY!O<G*kS?DGSna6huM;lU(AI!PM#9#PKR-N_7lXgeHSXSfnf!xGXam0P1B
zxO)op<*a2Yx1L5w8e#anzf$tM{tpYF$ejB=;U>ejbh0w~4gIvnz+^HvF{iZ!vEC;m
z4<pd@6jY$B^W(5n&r^V<C`vpnY5CVzOqgEx41o{ove;3#&_!uz^>Pgj5mTMH+9vo%
z7TN4gR+Dn3I}-3e;6pFQbxa<z_OxRN=P6vGF30ScX&wNW=gCcjE&p(uQs<SsM2xCv
z6EmTTSUST)Q*iV<VMBkE)X8ZJ)^X0tdmtl-5HpAfw=rgpPe&{3MuY!6sQFz2Efjb1
z{`$cmYbE|8Aq53?Ylf0g4R<HyqfyMHh2r{^*N^-{367fy^=a;AFj;y2MXP^fG2H-%
z><x7TZ`q*n2(6G*Yv8wj5PJh}@9qF|Txier)2C0NF~p8tRc+@NT|rq9<rZoS_P+jv
z#15f+P&=KG0!~%ojwdR1nwJc0?il6e?cI4bpW<K(x={hHEht46yzixD*E3O!bMC#)
z&b+d&$Mxxp72?0!83Sy^WZL|<YU$4hufQhL=?|gT!w2Hw7-PFZKLMte83~lqJNDIr
z`2%{mz~CCjgZ7T}2$GnSpRc?6jU()L^$6c^;>wQGPYq8@7|7&G%IhZf2CtVd2x<`+
z7|*9hT~&IYmZoYI4?dI>5L!5LuVd=FzTsc*9Zq`r+u)$TlI0V=X^~DraT(b10{jfP
zJwWHND=&ZrfF+8Usj1DbA54X#!$JqFQ&B4Cz)7g8Zg;ZuNB&OZgP$?SrYga>*jAcX
z@_#;cpq(wh#6-}a$N5UQV~k0jzWAqOO(zqld3?sy9HRPClhpK?cYBln!)@Ng*5-E~
zjljJjT1dSyoQ9am#@WR8+i3XWfw>FN^9*d<J^RPm=eSyK4+E5{FQX~e?m8m3&`x2^
zYw%hYh;;lN4V-u&_1a1Z#9a2)Rr`NLy#-L!?H4V4=n@2^yIZ=E?(Xhx0YN||mF`aI
zmhKJ-=@KdFP6<IezURF6fA2SQ#!*L){^HrO_F8*k$}w0<rklsiHlkG<uQzOES6G2u
z&mu#z=BAFZoRuEcOx*u-FJ|6zeNoh)z){&M*I{@%6~Vtskucuw$Ci*|<V}bcIe?eV
zw9PTgsqf&rzilkZvdIhY&Vb-z;M1Uji;$DgaC2|$wP|4}N+h`5tE%9y9qE<XcCKQH
z|277($}Luore@|rkB%<4ocXNR2@qwxpKkY{?Kr@Al9H1*TKBTKS_J=#ISGQ?Z|<q!
z(i*G6LpnF{i*Tjm9Y!cQiBlyz7-_*P*p!2BIy#+d1)shqw8lQQQfm6zeE(Sc{8cr$
z9x!k_)I*p4)*-#gCv&-cncr#3j+#X0_`&e4FJ0ycl?Iq|xAyhKbR!;Dt-oD5L3O%z
z4_#EVp-`RykQi^Zk~p`^K4<42Y-)w0-*;{+T!kQ2re)*hZj|2KH8cjwm}Yceq6c2S
zS08r)Lt_0^w$<(!nQ)nMhEViRy$nT8N=8X=)~Zet6^bYCBM{f^obSCQ34>FttM<Vb
z7Zk`8z<v`Fu%U~gLtm2r05mO0ojw4Cx?Ps`qrpM19~H%U;Vb>_n8CbMpGfO;s#0#Q
z>u!Qw#N{22cOOrsl8q4s7z`kvDD^N-@6#l9*~0K(dtFo+e}!a5Pp;6oSR0TWV|NR2
zQtR8pf-ozuPohsce2if>svEeu2LIy&Lf_wexTU4PvprYC?9o|YT7JIv^D`@#s>ddj
z^^`g|Z^Ou9qLc)40r=mv@H_q?_8Z?V>S5B!aZJ}dB)ScTeu7Cge(X?DlJ8%*(LN^7
z2qxRR-Ru^45g8-O*C=V~gOmxtsPgJAhoPrTut^*|WMH0#3<w?}zr>)yR#P){JRR9)
zu8l51o@p!VC(enHXKVA+7iy6#rs-)j{3(A)AK$x=j}DX>G2@7Z)wrf>bn)Oi|4S!q
zyI^{s$pB@+3}lKr8s5LJp!>|D$PEyeBA&u(gr^7m9{g2UUSE|elzW|E)6`F0v@0a#
zxT?Va(z$#mBYB8`d1kW)P-46v-NG9LQD1!{=l@52{_l!mJ!bH-d@!Pp4Ab<}7B~Bt
z+b0|!cX`H74&^96Y9{+a=h%AjdmkKYu)&B2kZYk!K>@`>+P~Y4o{?KQf9Wf<1d`~h
zu$TBIf0SXiz?`jxx6?4T^fE%tGZVH%%5qVRpEtQtu`o#-=I37z=3qM+PR0+M2cNJe
z_H^A$sIVORe!>GtM=mv$^66f4w2<?|7h|zO1SphY|C;b9F!q7^tTD2u#1xL~VXY@a
z6vhcV+)|?&O<t7~MZ5gxW(|vg3>XRM;Yi0TFn=oVdQ~8DkwZ^~@=rFP%W?B){s9GA
zBMR%#B%YL&{Vf;_x7pC;@!7NM{ADTPHu<iQHpmuqvZkNxc)&s6XnTQeR#q;^)_I8y
zo+scSNOZZx4st!M4G;VD(t|gZ6StoCshqCz=vqs;FRUMB+zyINJPa2mqeq4D8E1qj
zT`0f9ThEZaLzwm{90rf*VJ8jbsj{SLbj36+8TZs?1{3esi6gt~b=%U)bjkXfS|l}f
znBMD-J(i-d@5pfcSrSE*&0YILK`aTLAC1wXv2;!)&=%xB92~YeUqe8Jn+4O$oM%Gc
z!<xDV9x<hFU{cgmNO8ZjNc<nVar$oI>{ru}+|4`Cwq0!z7ikC$6QnpWjZRJuLN_}D
zd&4(RH(N5PlF%2^CXWF?13a1XM|Yj-IZVm@qvxqOC`K4yCT(6Fle{lgd@Do87{Rb$
z<@fyNbq~8{90VLt4pyN$jV;hlQW*oxMN?mL5Hh0+kmD{TJ=B)eBVDxMSnl-mX(cAE
zFU`bl>`d`htTTmDKid7RBYs6I4)Vity}N9N!S{dNCBmr4svX(SfEq`8?(6I)2~OKP
zE$u$97^8%bWAvx`F_*}4jKqo9_`#>Xg5)agt<_)jvOoa`$pwUUfV&L>qd=(5Cy9_J
z3(dVV*he_*2Yn~)FlbcPgOkP!-#=zUSwZ<{<CM}t44@TuCGlr;KWF#t^m~svPG`KC
z&kq6ke^{g$58(G5;nDZJ{fp=Yrm^R#Cfy-FRL+GiQN$vpH1&6FE>`6v^Jr(1R{SP9
z%2x5-8RdsF%vlc>E2)g2&~vaNiNw8r;z}e8R-p6R9SmS{o1l0`naQDlVaPfDvC=j$
zQ|U$F`b~8PaSKhNhE4MZnjtkc2qi)(ZMD>FEBl;wh$%i-fNJ*xjFM_C22cT-1n0Hp
z%V*;M_}=*X7VvZr+kBznGDFC)LE!X+!_n9>g!U&*{#Q?ijyP#7F}gA*_T`Kbt!|?&
z^u&=NIkW`WVWE6}*jE8Y8jFB{QTV|ii6A=2F7)i~H!(>dqtno<mQuzDFj|fpJ8IrA
z$vtiJYn-a!R!(%F`rW~)efWr)-ZwY9Nv+7%_;TH0QW+f7xGC=3yS4s#X3zC10FcGb
zS_@M&cik%c9#SZ(Yoo8F0Iop4@Mv7T-N_MxyZZd^Sn5V+nN)GEn&a|Opd$d(w_E_A
z0wA!o6xp+#^rh$nyNUM(0*UZP91t$W7w4fCocmLG=g+EgnB9u8(1&?hBE`nu7Q~p|
zSj9n&EpI)oGTQYo7n#~Ues{Ojlxcd>btO8$MGrbX9kS!>{z9^W0221Y`*V(5V!-pc
z08IG5c;Punol_$mjlHbhaAH*A5z5xwbk?|LuUxLA?ms*_<mnqbkoWLR#+}{$`2c3h
zF;@O>m6#(T<1UD+{*eZcloTS8-5)Dht!Xj4<$QcEP(Z96z0p=?W^Ix$PI8XyNa6$=
z&n73nAK404rOS7GLUw^VGgw>iBt18QeanDUxdk|q(Ak$~*3zGp-z9@v@l}b?%afRF
z>iOz*1F}CypUHV)on49XphB30?A63G^9o-rldwsN!)GPB;bB6w7OwZq!E$nUg6lv1
zLCvX22qibuOz(qw6E%c~@Z7su-bo5GafAkR{ZWcY8dMjsIOBnR2!&O6E_jaRFgkyJ
zHPdCJfD-{(NMX+QmfnpA%vbASG}j`-ioi2(V<8dWQ`D?-D&yfoK;nF|y)63zi$lu}
zdvPpY`%l@4so)koWj3-_hJR^;Cnh1%;k#WhzO1av`+Y9N?NO{>Y|OzC1Cw5$>zUwx
z2L@<%zb}pBfI859_1S5O4*L3TEm&AUGSSrrG7CLy>k$q)8MSBG4-@5>wvaI*FflUG
z!AInKH~zTs#xE_pX^+G%-ZQVnA-Ot$k>RzNnW^)DS&1be8nHzI7_1Hz%+w9&lEV}2
znG9<efBN6sp&lI3WPnYZHiZDm2-gA_C)S7BMO45lyISUcSaLB8n(JPf3I^N)b&S;x
z{FIQ70T<7VT_S!QHFav;9~meV^P#vq`xHh$2Wi6Y?)=`i=16wLR8k#z7xmS$?2o!J
z!u4=Q%Zy^>dw@-{l0yTjl}W@3#;1HErpndhw|qG5A5<}8ZXP({yg<~)lBTPyC~{OA
zRQRm)4T{(e!~dL*tS0?~^d|LRIqi$D$#zVJ?F=xU#FMtu4}j#tr_=l|I`@;S)}RAb
zznrM+W5dlI?lm;7mNYbOIto1fWPj{4>6m9pxkQF6y<1$yoUqc^eH(LkZZfkh$v$Lu
zN)G=(y?MmvhgxGuNBx68-Ee!(9iDDH{+q+iRlK4`?1#&fBE937jvwdWvB;mce(@BH
zQoy9xGbyU5kUhKb`a_%k=}HpD;d(YyO4+*B!`5W*(u4x<^%YJR;UU=VjFGp8dh&7d
zJjwFh7nldM*0g3`;nmGI$V%XOfb1<VUMDDQ!bB5kZw*`3fo8WE{(a~n*RN5{JE2t|
zw*cep)4%fI;(t26_&(omDvg!|?l>z}QnQ%;iCm;@+i7v4D8qrt^L1Ku&Rhvz1`FdW
zIV0AtY-)D<n5TOqW`OAg&kOxQ&Hmk_F&Gi$URQ*~Cri6JA7{?uZcQ&F^y#777HIK~
zzCh2{*f<_3x}j6Wv^50cR9jmkElX_tBPzsN##He2Mbj4+DuqoefA<!eWb|tovhbk~
zbjk6Apo8swbN&zSEz?Cg(S$L+%iLlQIAaM53`jaOk+B}ti7h=A`T(7^)YyJfN#FsU
zOPNWoCadz7&s!~0Gip9baJS3}AVXd@^;i#fE;9BWS^J3&NmXgX{lPw!uWLri$ddDq
zz$OS}jF7kHM*8+`LwYf(PI<J31{Nq$T8Y<&^io>exZEC!@)?FECuPA57<i%pHOO0X
zaGId=Ozc<BuAEiXv0lqq@wLZvWF<0En>f;7-js9seS7xSjnx3Yi~&KIK_M3-F%eXq
z`-&exANHCmapX7KP-SW>fqWuA2?h-<t@52KKmUXkc!e&kSl6Y}iYH*ogaY_jtTh*n
z&Tg^|s``<~eiH)>L%Uu|bMfzel)wKgN~*&f6(dwB`G>4M<gqv~%oscp44QY*&qAf2
z`Mx*CGI-rIyJ_!^P711RQo2)~gO}fEHAnu6768!>)q9`OsGj3*NOx68C31C9eS1rV
znj>8;!kpmJ*B{HtfXYSO{H{uNb>T))c?L+9fFL9Y7+tMgXQrh=`=>Ye$Mp;CUezb}
z)Ku75jtMkmR2k%872b{aIT|;&kf8@R3EIrMqYGCBqO3v20aV+w!0cx(2=4VyZ=cLe
z#m&#-0H^Hmn|;9l@Y|t(o{kj`uf^6>R#QPvt_SYr8^8dLm!#vF?3K5+r9FYfc>a#d
z8o7>g|GxFf;R7Mc&8fRZb+y3LJG@oOb%SImz41jxm|zz!f}AOu(NpEZ9gqx#Q29FM
z%l`*I^09RI0dY~xtdvMS$=cGz&oh5N%GLf49aW^N%c*6i;y6asaAM=2Vztx==m2x5
zSZO)ZHBNbJF*Eqxtk_|E=@jnNq&j0PFluEl68xI>P~mwNMH|c*@%i}pIF36>ISKHL
ze*VX?nqKC|EADOTN#k>DLO@%WQ|7T+<Ae^<OsUGoz87*vumA=vnBqAKOA6||qTw9p
zRbr&(l25(yJ^uER+e&Y0v3xUH&=H@u$NWl050x1plYArdjsN<p9l)R8t?I%jkY#Wf
z0HUhAGrEh96TQldG6Hl0zt!kABF31RdGMGu`ekLv6XoiuU-4gSnt6!%JZ9xUNYw9U
zC7TtEP-$!<t6iX#9>b=VkzHRf@#g7hmM4Pga!P@v^p7L*D?(#fl)7Jp`L$SSi;LK*
z$l@0LB2Wg1Ty{Q#E2}BSzz*skKV#OG6t<U<SfSty28wN>sMFLg;VjU`%<fi+la`}k
zr$+{J4y#FhOeFL#D+6pYzs5AZXdtx+p#`z&dva<#MTh4?c|I*kHeWOpOcsovT;vu`
zUqg@Se$l$sxH&EXYC($E-yiJvXl&Z04wskEvosk0TGbr-CmK#pr~Ux6iAB&I3Nqva
zydIx<M`I)cHO0a{!MnhXpD4M-J}b()tX#;Fntd>1H0tNdiu3*x^djtRcuQVYjg7_e
zq%gATn)$2P%3bl9a?-#4Z``HW`3Eqxa1dC-8|qT3GQs_Z&-el2j;WiyScQ~eD8h^m
zsE%8YHbJQhC<o$AZv+t0zHSaTHj;ed?8F0A`_45CFCF3xx0T7{KNFacfgD*oKR`t-
zZCj@9Feyd}A9Hc6x;gr7ULCQ<bN<m%&rXP3ju^M`*u>1d%J1LQWgU&o#z%vIY&`II
z!_?in(D!IHMo4(U<AFxnvF`&xmo?^PIlsWxVPJ1&E$5&IsP8~w1b%`0*B2@piGPzh
zilD2La#FzVjD|<S#EjO2NnbENSfgrjS=5gpmG4S5qh)hf$T?|krnL#%rNoJ&&M;&|
z&<w~VmU|S4vIE4u(BMOekUCyW!6)ehZ&TTifUkHSJ!BjQZH4836Se+xR$@j==3{%W
z5Dl|RHytFk>t*VRnoqOpNR~>Htbk~)pnn7M&GMa1aq{#SXyzhiK@v})mGuN7`F>fU
zDAquD{cmLzfHd>(-#>5Y!v3yPU>yb2=DC1LlAfMUxh4utg2VL!S+3T$eeu~C@Sj+U
z@_WEfbUi&6Xp*Ai<(VQk_Z1`5IO*@$GKB#rY52zptOnKdTX|G2&gd9tp1WCd4e)*z
zWbsxQ5tIN}MH_mUl8wzY7Jq?E&}9zhaG<6ll%j_XAMKxSHmqh`Vi=^!2*Sqacbn(5
zq`y#e1<dvqHhO9AM=-rqFSEitWj}jj-aIP64tP&KQ%#nk?}He}6puZKmBt-8g7$~s
z%NT&AY|VyS9hqa%vQ{ij&tL`_x5l>mLQHD6$exJX`R_`3M7|h`=SAWGV+8D8Z*a}v
zpk+fVVa6oisq=3O%MGIj<fi?73M~QyKq!&|Ge&u9_r9&A2P2I0HRl<6z=BDBJqCCD
zCYhbwubUkBo+XOxy=ygVzBt|a3e*OTbMP`<2K%Q6`rv)!iNs!CM~)EKIv4H)I;oAu
z#!4lo%mh$O=#s>_mH0L4sY#Ko9UQ?Hyq0D!W1#`Bw+m|oABu3zN6MV$FFj6!*Pv?K
zu&FJc5a;&7pyJ}u+52XvLk-uH>=kfS5_nV+aCOn+O1@4C-yylVw5SH(a&z$_MSyfo
z-!Nc8u$GiNr)K$H5gT8Qu^kkxvVSY%H4q_QEbq6vCmRWk5mDCD&8Vo*h)B3^gO#bU
zH?QwGfR*8aJJ|c|%725c`m$-?j)8T4IdjB`cVXo%e?nqkUAj}0>g;+V!2s6l_+2Ug
z9&l@{ewdmZkbO3tHET}4q$yB(_X-R-4P9K=RKBM9@LhnZX581WPHLb_D=u>?B_^;#
zTMm4S1*Sv9DXy10J|N9zj~ValwuQ2@Z%P{Bm|iP^L(+5%=LGw*F6>R$%p5G}mYbTg
zl&$kzpJd1d?_@!;H5{K#{chH@W$0N5KrGLP4-P3Rvr`oYjse#uh^wLmb`+UxATfOd
zHzVB;R#X$qcRt`mhJx0XOk1N+&|oPh!*P>uY~ghhxFbg&o+zEpP+vmd`FIFOy3t`d
z%i1Iu3$L)(<rG652T-N<c6%GW-Sqg9VB!=QHFGHxsK&z?z77Gt*uV0YX=XRucctLz
z4|AVl1}iwQ=E}WU)3bvw{^r2X#^LaV{=GcghlB#<Lw;CyPM`^R5Q1Vn@>EtP^Nm?A
zX=>xDVrC;^!Kkt_VO$o63`jMp45>aGw@9^-BB(EYST_}gJzjgE<txgMZcXR~iR7E`
z7vdI$*0p?{d8(v1bKr~v{WySV;~!}CvMr)PKeo_7g~GvVB7}?tiWdoBO$}vb<~&`N
zc;D`%p7)}$t?y44)Qg;eA0>{Ul_JB7Tc0VKA4u(-TpI>mBohri`%1K52lJKKkF|s6
z+rY$YEMrWHTNNV{HnZRR%YPA?>*XqCZoBw@&1cltX|Y2lKy`{vGOucN#Dt^XWGn~M
zz0MX(BfTUBKX(LKv(?QX_wVq_bpfRreyF30_yFN!^`R~rOq?S|o25O~f4ZEID4H4e
zo23xe7mCXexr^;<7?%zR$pR69FM$$@BJ2{q<v{UJQ3KNbbpTawZJTG=FIS*@N^Mg7
zIv)n9Rmbpg+QNnw^iE9ooiin>TTt_qZ`$Q?Nl8IafiB<(F4Wt;1T5`HV9Vz*2c<Px
z0wpET72g2=kgzV1><0?asc~iuZlR2L{)$%*pGCz<WoEeN$u!To2_LbeUwf;zt$`!$
z0AFmMIU?u)quimNw8b{uQ20})Vn&P39b0I`yzg5BKWRB-d7?aXIduLZZ?KAEdZY(o
znV7G}iy&cShRM|Q5tcPO{ATNlQ^I<UT)mc(Sq!3N!yjzXHLRS7HD1pHJ@n`!7lfxB
z%JqFdNcY$W32}UX+yy^>$FpYTcUC_~GE~^d6Y0_w6&45i448|YpyNOGHh65a+wwP}
zj|Zx?4zo;9TS2Ib80=<^;%(b0D6zf5zW}<^8{m%^0)qbWS~odR+Ck0EB+s-l!3oe;
z1-pcxR#Z@pD<IPWX*@pIkrECB)<DB3rjEl9@wu?DF!xxMm=MpTyv0b(DgIW&kgkm7
zHzDDHlhlmcqIJf|XLeM{mz?7~wf15pvd3}q!!c)dVMPB6ig7pXGBnIC>YvX*_qvjQ
z`}(|b^aPP4{=*kEg!B~@mN8sYm%Q_78SgC(B(3o5pg#bVm_8X+_yHU4&eUDDg{-vl
zffergFSP#bx^LCNU5MSQ>$=ZNx0dHlMsI@4!Uqjj?*st1JN&hIi=2vLaMR~Aq)}Sf
zfS!%h4lhMm6L3{Rp@e0q(E67gujjejW+(tCSU~d*Hn9)`crEnXHwGrAUi|JGY0_?N
zX!q{;yWQ*5``a<#odTGK5}3#3{~tY|_*xDxCsoHB9%(u?1Hh1o$}nHYZ%X0B<kS4T
z$)L{rukRiEN#iFf<NyQI2L?(~|LGd!T|i?`^oktz|MB_dIe*SYR5z+=Hep$1d<Ht}
z7RxfjL5Cr`X%(T9Nv!T6zltj3K?h_&9Qkj67Hs1Wm8)^oj`1^}AW^JR2Nd%GsJS<?
z*#2e?3$WN?R~q5d%W4I+t^7=%_XW#{y%;Z9ZfC$w83{n}V`64@aioEBHB?wMg7W*o
zl>=8td?036(1T7&adx!;8-tdKGjpWF5BFRD(H27_eX_Q$F7(KNS`G007MfjhrfJpV
zhG~=2JsygbHsJvhHD=`}s?9dV=#{`nQuZyxeZGGtdyWlDHJ&OXk_TJf`VmT1dU2qq
zOkiIQBhybT1qwP1t87t$Ck?=#+PINEFRrUB$M1ccXy=(*)1XWhT~%~Mmm#S9ky^9m
z;yyrEgs|;@O1(SZycISC7CBhF6~?Y?W$VjNgKVDbW4N(rA2VTn4#XXclcI;m!v?|5
z3y|{0d)_HqD=RB6G}zDF@GDBI)A7Usa6b>|H3792ithuaRzyU^ZUY-IBn2yY-T=o!
zAQkQ7>%JW~^J9d<9Vt56+QHe`WPk(--B1AjUfT&+l)<8rIRfUuOc9?M(Ehte1-ZEp
zK>3CQK=-G32uF}`c5l5l<{M9K$+s6{&KzNopkYPGr%7nC0`d<n#cSou*f7%|gULe9
zpZYou6<U&>f1>?BJx>kFs6VV`2Xvq;9iqOttGb|CCkEU$v`^0lY;8yb-OZq>0`2yg
zg<;k5<gMQ8nGuikx#mkiILUI<?pb0Zs&`2s4qSYo%Z<q4D;g@aCo-u>Qes?cf!D`V
zVI;2K3v^m;jbf~@v2HDY1Kk;-sybO{QwKci0DZjx?9u~eBDCwy_J8^S-E0g9UVOl^
zYOirJA_5f{Fy{ltCm^ni-zh*7$<QCqKCnFnxY9#Kv21Mf)}k4cNaOT=>T`HyfD!^Q
zbk2fp>Txg(D|vVbghTQmoK*PX3O%_W9{2b0T~yG+19{C#4gX6kV>r?$URrcTY)SxP
z_YiQ>%VHJDh_hn_s#=}m0ic6$##Q|t$pAV?U)r-DXwXeEF@BN{wTh^aJ=jNwf+1?I
zCyjpyM57G*F^W;FS~zB-Oy}^-sHUR{mT~oJ9n)fTe`4Spvyfs$U7XMdbM|h`3#>#a
zx;#rWLEu>f(hvLLq`K~p6!(tu|Cb98hhhv_uUR_#`3gZV9^2A`ksATXAv%GF7Kk7u
zE)2{}OcH<-3T4H~l6`;=55HT9*Ecc2P@YLsf{w%r3tH*MCS+_bX~EI~NZ9WFsQt4u
zOJ`JX&J64Pn?<K4tTaw#o(NL8aqyJ$&Eg!GA|DFt{tKRj=dKDga#-WqVD@lf;aonD
zFak=R9Df9FbDpyTS=e!_#%@Rlb~QPm`&-enAm-C*P<nqi!XG^B&kQ^<*p+!#0aoe^
zDS_;<YJc22ReCcXK(nq(8*s?ega{OM7^t1N*9a5AVVlTGiU8SQBa2sJY>#BLepN&(
zwY8S>03jY#8q%<hgvy*KT-8#6z5(cfhek$Fhr57m7iyRZ1-X5F@j6Fipk;-Ud~}yb
zTkZnYh4mF6pKV(uadCDd<u9Kcu#EwwbZ8Cs&%}HN4a<&<cEtA;HW*eJ4jQ^J6LtV&
zMg`=1<#$)#yfq1BO*KllUt4G{I{%)4d%nXmd$!3vybtgqtHx)2%CM)Skrh1P`kNyv
zS?Op7e`<=W%CpESfF0kPIX3y}SIK5`be5owB}XNX*ab>KIWmySb$82zMIfbYM^^KJ
z)h2|S{Y5HY+gMUHu8NR!5B1c&4Ki@P{1v`-!zmut+f|q>(=1s(_XcPTAo`wxYYgfL
z0b(C9u)YaAb;>n9XyvFq_G^qw7u2;)`$I~M;O6}&R|#!Q93k_)oMsd~^=t<taDq(-
zIaPIRYIeikR%l*eB>7LO;ZNGa$nnH81{&%NXp0L4?<o_Yt$I_frPyI{NX^zYf{YQ_
z0#Qd~oHI}0pU!g$vwJBjD;cx8GRpncmR~T+K-Bm;wScX1`=o-Vzomb&nxuROc`WzC
zsWlJ=jXC|(litNUZya}lae(jkEV8%H2yxLKiAH|j&x(xiWLGJP=ruHu;5NDM_4U5n
zFe=OZATNqhfQFo`YwC*&f$psXt6B&&`W6NX0ONkE-1PAqB@d_=hT9H0!!`euxON@A
znRuVoSCp+taE8%yblq$3MKwVfsx4n$!)i@BS6nghqaixXjWauiDsl`6ph$fMHZ}9)
zzaBK*-HZbMIN+22ZQ@7+OBvd@MH1YMG?cAvi2a9)IV0HZ9k=J2v*7AzSh0iRLG8Iu
zj_1N)4p_nwN*d|kVE+Aqi@&{JTtn^nE5B}_eb)Sk96f5H0+2<{$>Gikzpo)lr+9!&
z1^^Dhbh_MM{P=ThF+JVk+?8Ooe7#o)blI6xcU$;NdG<s&($lSV$b6iT4*#irCOV-D
zrkV?4F`P^_2_{Fhvt7}!O40)agEb^P7cfsiZ3P&zO4DWTt^uG19Euw|ir$6#68tN7
zU37L`z-{;^znoMBG5zS89D^Gw3YO(`FLz-FJN`WXmy`8>#s<Sbf&5m-*cct`NH8#P
zup<TA1Xfn!Khd*bVM)idod|XqTr>Gi-=Mv?4JkI+MraFdcWZs-j4={{h3Kv81;kqU
z!^iH3ge-3_W9ldsl9!#QV*LiBNo;dn9R5FZB7q0swF3zYx=*b0dQ}q0L%=dDpx1Kt
zu*b17U((vWh9!N!d1Q^98y1C)i$r4$Bdlz3MBP%RL{~Hh^hNL6ybE4V`>;esN+?vI
z8Gix&0$|}rb`%2;V;zYc_t}s~cm7*||1Bn1DFAb_b9WL6j@?m5mt&9G%Nh##?vGRp
zmH0(qcJHRYDcn0ZYhSZi@o2IX(X_*g^OmXor*P1Z3Gr?AM;pJY4z6yuUmwpf5DyK8
zFYn_FJlV|LVZZ4*`OW|gHj)DW?d3-3X~VjxigDlg^m@_M<8W4FEoZcUiS)Kj{}%ng
z^=5Ch$isdXUI*EB4nlY>;3ohrGgz4zA4fq}TNMhZ=s;0VWB>;cekIm_M!grOBC%eE
zYgsc}p+1rf-Fh*9BX?Tpx5(bOPjcxc_qVe$_}Kf2a#yd1!$F$loS6~{d<l0NE~*yR
zpg|s(#7<ks#aLyGfZ#RmKJUFpd!CpNffDu$s{xh1e7YGAE~}GnRVxL|z7Jgpr+q;2
z+#!ALU2bx$a`Ai4FN+zq_Gxa4J1P3W9`*Rtz1zluP+67tp#BjSN|<v9SNq<^09xHS
zntOLqou!H5y4yCt-+<Qd`N*9)A~B8&$I?mM^3b$!SNy7Hm+i>#)j?HNqiM4Ti!{vB
z;rC?mwYP<a^$aln_vh$0IsP3s9pcZrxbtU<1!(oiqhC3Ii(Nl36^deogMj!3kfE@!
zeO{5-(9~6bl-S43S^>VKmBW=euk!^qvOdMrZulG~5x-E7KQu-HfF_Ule`-!=M64(O
ztCKfvm4e;G&xV=T(oN?nvni6BEMinbN}Sy06rAi_ELn3Z#XEU$Z^8#WvQzL7GaI@^
zLbF-JU%Vtun<2Ea4PeZotu1ayvWG!SLzzK|tfYar2sK-rIHYaD6<VcTStBPxSxPuQ
z)$P)~R=De!7#5K7DY_3Ya+JUBI^9dGF!%3_RcYgRGl8|8fIYcCn&d>`*y_;;yyCOp
zGQYVOkGc(_*242L&JEj4#;-NKT$&c5GN)DFb-R}_kzrQb<y+oastWB&Ok_{sx@}t=
zIKMAhn7EADj3rtd)Xn+yQuJ|sIYGz~$F?L)i!hv)`Q1-fVOiNsxaXC?h;GO4y4imC
zySfJFlc#<$rvAJEwTvIh%{&iUmT`kT_4CY|y$5Gj?v^=BZN0G*m&w?kZdWGVCa?Xe
z7h48Cy)_EqLHNb^M&n@EV7ZN#e67_P{poma_FZZsJ9e=qAw)VV3v6)Y{u_cx)&A?3
zR;wZfDi^y*fb5ztPD#~Q?8jQ$4leJfn+xyjhj#CiroFfv8C~rN=}H}HP?+uWQn9j4
z?ki?tFh$GsI&5<Z^sSb$NaN>-ezD7c6!P3}a479r{ZL`+`l9tf9$TkBtVB|CgKn)T
zNeYLMkWd`I)7nan9%lN?W0rUy(m^IhYI<t;nPNRL@>u*UF@qKz(eLiXB>dVOse=|0
z*{qSLy-!{7N$*+~5Ff4t%m%mqI*DTRKRy|^4D)3qBLt7&?Ob`A3m^8oU)85w)%d5H
zjFI#C2FNPU_jSxbUJnkuwlc4+@n6$138;UZPn-ML0gE_T%)!qaee&I{<F?Gj!^R*1
zvAf$^fNY_O=qPe0>#)%Kv1F%;qCq5huE;F^c#T#lz|?SIPQ~=%eUf2ovJ0`4=OcCE
z!nFdiN_J|Kz|^Cu0pr0IJ+|OHsW8ebCN6>(z<|7N&h_EO4S4GShT5<J5@pc7hamJu
zzdQI%d+h7THW8bh>LCPfcW?9R4Iajd8}cY;ihNt8RGv<Gd{SY6nZ(zv11-F2<B<*%
zn3=aRD%RW*j>C4(F{BR3sDhQK74vylFJdf5zmdp0TJ*Ye#>tpQFoE^2qp6yEe8XoQ
zCbmBUH{MdPb;ZnlCC})YMY$^9V$`A|12^}~gNc|V^GDA<&R;Ie2Y1gk`*mHUoyrYe
zq`*c~1XR8uL)oZ^`^R=OIM?0og*hf3r#wuJ?4;}~@AJz{+q1a?5pH3%z|Sm)Msy*1
z3*FsyyyVfcS&AQ{&h20N-F+8$xcuV2@OG$A^ZISSU`(!;M7ow;$uGwL-A(2u*bJ+l
zKJTcOqj?;rNDlmvLAU3;ms4E)thY^ver~9ui}$n@L-K|`9Qv49M={w!0!x<c1i+4n
zgOh5FxN6n`0WuJ^K?95w5q}`%V>4U`iGC#ewDvnP@I0{8DHfCCENJAH8xd3HyH6CZ
z6(uUxG}AP09w_@{B#AZH7;p0GU<GfLEaX&Ba<};TM`s$@WWH_^_?FF-)-=Vb&?W4*
zb+N-a#2}`*all@5A3>_e3gX_(bO|D(1k*b$coAWGcTv*Cp!IE)){-T5fR$ettiSYP
zH+pL>>AS-pz*!VIB*Xj15i5WMJ&<4g{jS|xq>qd7`H}>?ri5R6A%x4P!dBd2-`|~F
z7nTQyRry<SIs|g|c-0;}hKh(i4_Rq7$%YYN(`ngo6Tv`0ds*l7d^lSU)&vD96iFy6
zN3-x?N+46#w|2gLb9Yjpj+S(rMJ^l*J-u(Mg}yD((r6fMv2Af{{Q%0Pa-A6hj0D#N
zfwl|jBZ}G2KSBeh6_1b5_~dobC@nM{13v#dKH72(!dESIGFGQcDD7hiufxegESfLk
zs*b(IO6$yF*xR<a{^WN1DK;!%?_%|m;l6YXUV^?T9Oq7!?mU!@q)&8F^wneSW7g@@
zS+M1$V1{bJ)Cr%#p&eUhLe{b4q%WjpF_!+-ZHutU@u#BKhl7V75eI8elX+49C8Wi(
z%SHo*DV#Va*wP)Eot<6k;tyao2&B^_cFCn%_;86HJn7v}2Z^b!ha-&oO}^mAj)#NM
zI;Tubvd{Bq<{6JnJuT?T=TTk1XvcJ4NWdmE9IxEsOqWGnTXCw2g<{gK17U9HMuaNA
zgf;hF!cb91nlHS~rwT8o`~A3O+_9pDk71nKDYr78YV)zu+^6L2sSpl*=nHVJCK=U}
zE2i48#Sbv98c$HxEiyp{nAVFGq<tnOo&Zl?FO`2TEzV9pjY|YrI0t?=3!p%TDr5KU
zE~{McubR8jfs16aLNHh=F6-P5E<}#sHgs|miQb>W5nYu39PTTr2(u%45KD;dCE&ws
zv3(Fsp59kX2=f+9&eD`9;mpQVR$+|$N@@H$NG`BsN#SdBHx7JYx#l7rYBE-O1)BwV
zJJC$mNO2VmIeC10M5_wf)vWZ86VdCq?i62Nl90O8&ngP9YSs6I(s5m*;A7~r)d!@E
zMxz2)qkVnn)ejsf^Z93lB2ML}5E2GK2<4w4?pu2=*DIH%MhN*eI|~C56cPfS3s}i9
z)?TY0=z(Vd%uQR8J`3J(vph0o5X<g*D3Ud~sK8d%_wO%Xju^mEMs5)Kmd#2O%_`_c
z`_S1g2qn{MmT*#WfI9)!O9QhCFd71mf<wmG^ZPB|Ywe?yCgk+c;j%H&RR`%Ml0NUf
z7g|PF8kiJcM(cakBKZADC`2$BpilU<UcYZTo{4NM8qp?iuLB7YJQ%Z_ZN_x*DKBto
zJWD3!roofrJ@hGoj5ZA!i`xxkf++50pBSLMv^ej@Xmu%oa#S`iG7u#j*BD|Si?7-#
zlT#M<cVJJynjJW`m^T`@ZT6%10CF)q!3*dH-b7WA@Cp_;!;q(??nh!ExdU4>DUo5d
zm~dI}BKMalgW}|rRDR;hh98ej5&A6L=Pd(bgvjwDW)8Z4NTUFWZeIcfEZ;r&P(YZN
zkdQmwuUf(Y?!teow!?u@Hb@QM&De8+QvYM8$=^SrM_Qf_m-Y{v(R^nU_ooH-y$CIS
z^9b{1>|)jPeO8=#03V`Dl&|}3#EK8JOW;<*J`3~nx9m&50Q;nYC#GwwQDBb!+qbMQ
z5aFU^ET=xk&bRN&cU)=GpC1ekx^<PH3E0asFb%zYAbEk<m++JYMsg}GMpe1~_0LVf
zxi{|Gz10YcUGEpf!d_p9>H;tes=q6&F1dYA9Q{MupLOHvbb4A{J^LE0<(JPc7~s!R
z0Ukgeo}Rrse~pJv*Q%B2W<E~>&n-CMgYtD^z5MLx@X)F=fL^{2zxWLwKdXxuMRsDq
z8`2!)#Pjp>-1*w?W?}|JgW8i;<{eoGcT0iEe2SWiN#`DnGxl0~gVV1gSYobRJa-0;
zt2@CnGuHi4)5MNwTAiu_eZ;9M5XZv%D(qNni|1Vw>zSKT2yIr<ll~uG{i85#g{AJ~
zsoN8w=E`{M`-oblyp7jI(3F0%RwNWK(Y!cka)X(c4)G{^SfWgD?0)mvazeay6apb}
z$H*`63OdRs-jv*HE1=Jlu!c;5RRKJXb7Dmrz^(u|AAwKWxDBu*-2(pRu{X8t?d|6E
zi?H;9@ZYbcC5kk@1CMclcUwGiAyZn(@8%TJh3}lD_q|JHAKZxPyUG0HPwhp>A&&{K
zG>#?=OgYoPVa1Ny^numR;A`-VY&p}_OikJBT^;>Ok7t`#duKq$CG|-NlIt;mO2GG4
zYB&PdRat2r{1)&T0w3Tg1B=fAY)x6qVt)LP(W{&j3$vrl`^*E@h$CT;h*?@%QVhL{
zFsYUWOX0!xLUQEmAYxyEcmJ6DE+;29@kJjwWU50%11sl`YW<)6z!%BjECcl^SOQ?`
zVO%=s$q)9+uJ`0u)7CG(09*evGBUz)n1Kzz-QAs-_ZT@1S`iStPgA4<Qw)Pj=v>I{
z-=Q{GP0rThS2lSM2(xfmSw%H!6i!WQ_l-au1ri%Y9I*R=Gv^0pn&7_-!h#&xwo#Zt
z<!1wg8k5NtVSYN((y^m+1Uo(T63%I56_xz@diM$E(UjMb)rmjfDUKr4rNB|+FV0>2
zCdB2{H3p~4&Hb1hKvodD=WE}&)3Ty-<PaQ~6K{X~D;E_q5;F>YV{nN)HEV(vx<CB*
zW-Nf#QUY<V^Z3^f5o9DKPipXIF1pCF_cgaL^{IJBoU5p-)2wdXR?XTg{p+#aivHeU
zlH2u3vd5MA*)we0<b&y*z2_Sffw?dKH$TwdrDD178+l#Q7?qBhv9AxsQ-ibPMWKfX
z0Umnb1A)zg0|yhp;jr`~V1p})I3}zy3^>J8i;ILUzgPY9Z9LP)y2o9OUxC0X6-$9k
zp!pMDoG@xKYU};p(YsWRL4U#LSG&aHax(+dfqE(jZI?ZJAyPK=i@<2NOJE}v&;`NP
zTKXyJQSxuVPZK-`kc&P~+gYI=NLgInjNX%fdQsif0D+Kw+NXRt%^*suG9tWrZril5
zyZE~f+yqQbU$(DcfcONSapb_~l$4Y(M?i~-^6oc<zCXuW09mMCB-y{*Jzaml-U9<@
zPf+(rFzT<Z#d7I><ONY@Xgc+E_rpt{>v$v>h_-3>%h_wuFx+wlVC|=tbcp_O3}}17
zs{{cg)#bdL0SUQ0@D;~P&1{%-T<J={WG!&==4ntEAjII6hTMEs1msp=`3wFyWqZ@>
zrtyJZ#}445<ob7eIP7HfzJqN?z+mWDjNnY#b^6%{d>3#d1A7+;!QQOEJ#Y#U-j-Ka
zhkiFh?x1@FQ4?x<<9{7GzMZdLo+fEMO=ihCsD{6uZDy*P$BA8z%J(j4WYc!JpPnR-
zlgL+oyHKM{&E#u%Y+GphoEPZdM8X{tf;8F%{xLSNQn6*9r+!8v;D^ImV=xxx2>4&B
z4VIgLyj@0b=%n$YHEpqvt!Aal*~|<mR5HtOTXvmSM@?p&T1X;(_WOFSC!W;t@qy~;
z(D5if`>X3TDK<6s-(-ET-;!Pr(FY42E}*HYDL2vcGX;ych5gl|t*8yaT!16B-7zg?
z5JS(x7(vr>l;w$Vcm&Edyyv3luyII5%;PkN6%Fl)I1KP=Gj8`BzkSdKPYxK+<MjSK
z`o~Tb4L+si<<Kw<vYNV%PDn}$o;n;YD5o~OblZJCT)+Kl=Q6na@95k#6hoYRvp$Py
z(JQ!V+D=MQ5e@tmxIkKP^np(hbT3a^TSj|IrC~GT$=*x&+Ov7EofDWi6z9G*`PfM|
zJ3AXV6)&2*1*}oPmLp&zj6*m#**d8x>VvU%KUh-ZJg9rdhxCNPtdk1=WE!CY*D1n$
zYzd|!ZlbEd2ZVjo?P-7{59Apj`~QC65%TB-mbt{R;GqG#9N0ki|Kmt<;ui6wo=`ui
z!J0g6*YA6MtCC~V`4PAKZniq@q&aD?6QoXHB)Oc|ruJ}Ok|WB%+fMd8Ilh)x0p=2C
zM3ckAFzffen80Bx*aYdFntRZfPl(npTCd%MY(4D7RLY=@e^GCA&tmh!+z<IuB~17#
zwe$*0ZxooCsxV<K&*Iec?W~_lG0>c(iCP&s#9WUoH;zCTvM_g@qq46?n3Y6lQ83|!
zTK~SfPQu#Io+#y*+aPxvZ@r#xVa}_Y-dUK2s#3U*AP1u>%s^#phOFW0#nxQo?YmS7
zIXQ<`w75u7y_BphbaBjFjWSq&$XZ~_qQArn@4ag2eWnr}xIL&zSfDEi3fchY*uX%L
zUd^V_AYCXH-2c4#`d1%2vp*<NF`IuR!h~ObUa;h!UX5|l(%xv6jR|^@1QQ_m;bh?@
zctN;TYJmSnevIXlnzFk)mw|x+`<pi%`=t`ka$^2_l>;)Wzz!-m=N3phc0HIJZ+HCH
zKRw^zkUd=G^xe(q?!kjS82WtIN5R071(kmG*Dn^mK_BQl5TFabE+jOxFQ(LkpQN<3
zGyquKKXmBHyyXRJ?huB+VQ+EZA$VbDZ!ZpvNkG+^4$6yVz}x?iWAJyBZEIH7bfBk4
z>{s@6Q3g4~Md)k%Z-Z;mPF=1WBESv^nc+^>dqlp{=4JBx(Z#YT`Zt<2FlzM2=5W|Y
zsC>26e}vGH|9S>t_DRpfhYZ@L%|nY)zU)`Cq^XwN@H^&f^aUfz1r~D1Ot_}0zxh$D
zWfg|$i{za&EcV)ibQ(|?7Ad`OMQDXeBU?1iI_OxNU^M4J|0Wf*CsARi;b0sDK_Ov+
z^Pw*VLB{jXZ`@z@PER?m&67{hJ^0`2LD1{?H)l9BQ4Hq++5lwAJYc9Jrc2cg%C4Hg
zJXeqyz@diy&RN@rkD{sRy|=*8@%!iJpSa9tiMBcD?K(x%kl*Xffv@ot)k+;egQR$3
zQ8a&KUaQxO=s|)ZYj#YhS~Kj#J9*nay3^a;aY+pkyDv+;IiY^J`Q7DN;OTGm6Yut;
zrUy~+;8#-K2&vNhd!f}<5G@-TT)l$I%gfR3^cS6Y!6B2@DtH#ac4u+q&hhe3?UV!m
z(cC=-t&&<bXia$<5S;x5BnGiC)u<B(#k}xj73(+j&-=MN;nr`e*UHL!X3>7mV$;4s
z%4>AMox`<O&_kz;G&CK1BI@vXkF6^pkr<ITJq*stZ<<zS3I*+&K;KG@!FHK&4b>;6
zM%Fs^BF`@3%y*;4Ast=6A$C@NlfP(SOg|Z{5)I)i2uN6)@VP$ug1!ao_U3aP9r;aG
zo7m}^R4cZi7UGS{7`UAOGH;#r=+_CW`Z7FzarSmgeNgj&H_8p9EXGkf==~432UhT<
zXds~(OBGPUnASw`H1v)L@dVqN`d~p^mztcxBdD!$)E*u-7iF6`1#G_35jG>UGGKK`
zml)ozsZ*Ns9Pj_H@$MPiVv9#~zF>5~^N--YIT`@7$S-d%Vl$$&TKs{j4R9xl_I}||
zikS;aDUBY5F||dDSjOE8znim-FbBBLk`CYtkM`L8pMmo?+6kA&LlpJ*nW=IYE7Vu-
z-t+9=2l>7Z9+6`iHH0e_=p}KRa^Aril-~x`4rSkZkkrg?i7qosS(g`{%!=y!@R3%*
zbJE+oLs(3aU#=&Laua__DgC-t$wTFXG)K6<V6!m&fX$%C=7PSB7R(1>j8v6I-WOyt
zeoaGV`%!j>m9mh_ccdZ`GeE)`1{_<cxfzJ~pgV%I<j{WtzC1nqMffJ(Fkl+{?%5s0
z8%znD%Hm=h6<Lli-!VP=NtqLe`&V|HDEl5Cz4v_AX06zMJGHbo;f;1ZSd)m7`tUS4
ztnQEAz8^njv94c~Iw-|sQkq#<Kn6ue`7F`&)_8T}<1hJ+%f3C=4I{qn+l^84({k9j
z3Um<xP?~-@1i)qf`=rcDU@SFU9SBV`OCTRn6B(jPv1!p=U637g&zlZ9b*!vPJl=z#
zLi1rfEW8AOo?nR*%;9%`F|aR>cV$ah)1=sYi1`WJf6VSFlE`WsB5TQ;PL)F8)b!9x
z2mFLC$vpZ1y#ASgj2YgaC24BUqGHK9Uqro>*NyCjwwZKAo@ts6#_I1!O(CPq+lyC!
zQP)RfN9vuiGYrs^9?0(Rs-WnOl$D1@Iw^rHy=4tEmplOuQ>HCAyWShY`0U)=K@$@y
zAb%qL7`#!{05|(P@a+MGOJ83fxa|W#kHx4Y1HHq&6k1}oWr1~zv9IxLZEdHVtESZ-
zst3tmwi$PdmA*h;sXPM3W;}j#0EjZ6BatPsL4DtS`naW8dUxlmSKCH&{Fu-{R63g{
z$&*J`4?N`Z@9^sUpPy(&L#FLsEVerO*$NlMZ+?iS(Zl;@X+~qoDEU4!(IE#bQlaQ?
z5i{ZYQLy!{JIke0LpA7CZv;I7;ns={y!g7{L9;zTV8b|}z4=(gu!{Bn-*^Ww;Hpv(
z%k5*Od1z#Wg$u4RrpciBT$G5ZBu&EXCBd#eq`TZp=_`2ERd@QprWHQQ$rlTov??Oo
zk5rDeA;UmE(i?~Y2LptG|6Vew?RTx8Wl#?P-GvRBOr&OJGLLK_f5!afJY0R$8=Sj@
zcL<DgaB;uuayK<LO6x3B8L`eM^lESTg@E$2W&KgZW20I(eGLIEfX29_{}8naTz)QA
z7O=zM%~Wof|F%%*y&4*F(~bd+c1u(rOrWvO^0r-pIh_b{M43wlBF~$wG|+F@Z$7Bd
zO7WuLFtvktCTTe{cEtC(VA@NHa1P%(f5(G-=J(Yo$AYhIx<sF$0w@L81mK1k%}?Jh
zT{D^vrtm|Nv$WEStX^w8n6;1SH-${74F8u4aNgPDntHi3%J|QjtzPZU8Ox7WXki}J
zBzKRX=7ja&kkTlDd*rw^sY2TZ<eOh*QP4~hB&A-eVv*P8J*=FTEi?Rghw?c`go|sx
zX+Xj{Pl9Jd!qFnEkSocw6hZ)TS~^cgI8Dt*BlA6=*D+%>fEMg~$AHttsnw@)yqCpy
zL%-`N$i~LD-y|pdP9`zJ65i%I_XPl^B)9-})(@9Gf4;77W~0$&K=WfpTB1P5+?V6O
zSHQgkZ}Kvx_XwA!LI#$(8K%vnwLDER^`ty9&edDS?1wkQC&v9kZmd`DyCPxkw0rto
z<U~>3KOmf)Wp@3+vS!kIS!g`i)pb+~YOS~FjL^$W&rfWJm*~w`P5m!r(l~(P{mWa;
zO+9gQ2UJ5|ryfwCetBB!yAaea`{hvTf#!dJhWjmnNej=xi6U05krj^tE+C0t$kmxQ
z^UGUzev*U`m{f@f=vCsM*uIiS`mRRFM~j5@$j@obFPq0HQ8?(XVRQxyNBVP?iX(eE
zbspb}g#eMBCSwj4!L$ZzqCX00FT~3G*(hTB#kx$ev6TA^nW=G5P#+hpaNwZnPiSB`
z^ued*j0^}}gY|qg6{G#@#;%-j>PGGtDVW5VrGSw1&V%`=SS>x_%;!0*_<ivIg01?$
z38B;VEU(r0_7~7+im5+FPQR}U_(MAiczanHu#kuOJjojwZQRTB^eJ1L&Dv11-Zjyy
zg|Cg@wzs9*Uj-jM(IV8!h)p#4%pOY5)3|4UO|f_=O6v`7=<STzp&PhhwMEY}A-9Nb
zPEN=u*VIoMG)0BAEsdg%k_^+Z#yK+<C+l0$QE>|zd8?QG+MG7%jB!|T@9^79-qg7n
z+V3{q6VzP|17WETs2?P({{--HNYelBWDj6Q<1L)?tFde{93+s6{i*hiEmyZOOCAHa
zrT+Srnb9r20$l{LuGA^Na4fOT)U`*x(WO0w0_ft*IMZDRNxgF0+kvUae+NDP1T1|L
zZ$9{USBhArhtiFfd{7UzkAcmWMQcxZseboMxnhJhH~XV@%*@QM9yz$`@t!owHOe+m
z#4KCX6TpB<y(%agXHuxzHLp%iFbW+5gHyCC0n9www=;T@mZ*(6E{ug=Dn-{+Lq`K-
zrCL7KI|S&-D4%;~%c3xJUeQjMY8!oziZO|~<}70P-S4%ju0SiaFPzO%6|lv_>5K0A
zPfj=T^M6SIJZsAi6SK36BH<8L(o!FSn=6+<B-1^#OYGa^lWjc~i10JDK4Z`%U9gE&
z(JyFNv-VR6xBN^oWDH9gL{s5mEC_AZT1Vq%Z^rmfp03+DHnQW|lLEAynM|G^=i`eN
z6WehX3y*$+)XW52m8YB)(8G}vHOCy2@t6{+3QH#STO_q2bUN*toAj*M2|mjRhI}Mt
z4%FyP&-1fUDM|cf`f|36#b`=Z-unu+8e&9{EvE06^h5PL$eLSTY?TO9QZyN;d@#n{
zHik>r;SG&)+ka=}U&JVLRhN93m9ig+<UBt|Xfm@J+#xsyG1k->Lga$*=J@{GKDT_&
ze0GY<J&or!5yTmFJ=@A~&7WxKb#fCOg2v%}nZ^+nnxSq|_=)&Vw0H4@m-!2?bK{2O
z47kGGyU&&bnSs`sfyqmDB=4c6jTH{e{Kv&PFH(fLHEL(&Ao-m`l0sU0b`jD6G-3Ss
zltOXv8?B=hG%Tpe(!<AzRJH6)!I%=8@n9w*qhaB%J}NiTvl7xi{h(jJTm-*t*@A>{
zfbcF=JfA}6$0EvS$SL=yQl-aswe*>TpuUYBz}JOO9mU<BfF>3R-ddYl6>G+?K!zq=
z8i2F@NhKM3Q-cTqQvlu)Xl`t12qL8?QYp=8Uvx6jaGnNDSWAMn@E6OG7s)%-aNHi!
zg5j@>vPMMCqa&hgbGcPhIin4N(FgRgbtI9y|59DeTPb-$yMuU_N~G0Wp<9QWkwmfY
zA8(sfEkb3E?%#Od(k$I|&4}I37gfp!LgVC2H1nnR#f(VnD6&M>X>W_iSKmrH6mMYI
zok?RXOmnBjWZGP(DGR#CPS8CD>3^)lgHAD_1GrX2l$#$ZJ94VU3mEFGAK%N!SLDdi
z1ofwSAJa)L{LycgRnMyv-ubl6N?ANG@<eh{ABX)#pm!{)I{J|+CPyUNwBsDn@BJn`
z$)ErR-9Vm|u}^f@CEE2J2@z4mh$ElQ)#)PC+FZgq-oq=?pFDB6aA6|k;`|t0c)9~S
zi(X5oMZQfC`IiHa23V;1mKu8lB{}*f?EGEen8d*$)-b?6K(BkVy{Y|>xdnUiSj9FJ
zw#43oJ@rJI{@3D)l|fi?iy-se;I4eC;S((Xg=x<~)4t0mkSlg%3%XbM6I}1TzRSd@
z={tGe88HFmPBf{;pSiK`tHx0RscLD3>nns2E1H8R<F+rtTD(&jM#K=#zXOZB`Uyx)
zl{&xfui=(-M~x+vA_gq?Y9mC9Wx{72l0l|HMj09_Y?=*sGCmPpHuB&CP`=uUhO7JZ
zxL#(x&IzYQicYz-r>7IiGRka`Qdv;hnem7bHMRG&O<!zA=Jb2>6BMH_-yr}U1yn|Y
z7l;HeLd58K{|`bTf0Uvb!7HMw5_(jKKg=&{QrqA^Sv-FP>^DOJ2H4|_5&EUPJ#*X!
zt?hM6m+CpmRNNaa-uLMI&myh|@UB;{ukO!-T#@;}SWM`&L-T|aTh>n?R|BqhGtdpv
zb?!0B9AIsTBal-3_!rsaLpRd1--Crzmb%V%p@JIjdBLL)=bNk%c$k|C7aT*K0W*5C
zXuO+U)j<5yztQ6nDPJ|#Ges|)bEH@{u3WMwzdV){l}m2y7kc=p^*$+Qomz|)y*hSG
zb&jvXsAG`7K20F?Ici^n<9!U|Zp36gimb0$i3^3I=ZfDwCCTQmDgPosr{R~%f4x+`
z@(1SS<p~r-^sm2b1)DuTH?R2#xf<%=Jz7u%VNzAoyZB*$GFkgVcpBxzv;Rx*xcfu5
z(-QqO?#V?m)u3qzO0w|%W~BG-6lIHyEL<~42Q|;t&qSbLMhl5bT8LLxI{$r6lVZ}W
zU{R}Q*1QA&5ZGqm%EN`!x9cTXZ&1lGQ}kjzGh-g$$;w!rIS_JESP>D}F{v7K<BS^~
zEGm3s)VOBEmcN8cchjR{gGXJWkX%J10N^>Tpy3S951cBUGGu@JGeb*$+0=Z!1!ZtR
zN84>wf)K?dN<LwfVEy5JVsm2gwQ1slJWj|E3vAavqO+|}1+Q5CE9DRc*|CEemwUQA
zYhI<LUv}=%5ePCW_k&|?5jH=%I*fH@Tq?1tse%&MiQV!s+Zhbz07N(h{YQk?p3#ei
zqwsU(DdY=&tgXu8dt&b>?yJI0zPWgTK`!!U&ni?4UOdi+7+NBgAGuczHoM&MW{W;`
zIPp9j?1~O#eC4SF4_3DYGbYX4uhx4nc%*G2XK<ylQ9Nt->51(bTlHbbl*)c*#4e=-
z2<}h?m3^8rFy_tKRwX}Mc;EkNj!(Q87+wVkJ#^<lQ<LZSdtkggPMB(_tJ}Qqn<O)*
zV(nWJ_*`{i{Md%m?epU1QhU7|-G?3rMLoZ3rl%iU#APfB#+mK*Dd{-u&Tr%Y@ip>E
z|39X_0w~L9>zXbB=?<kqLb^feZV3TF;HA4e6r{VmyQDj%Q$VDpOF%&B{Ljn1_nUtP
z9UKIn=fsY+*WT+;WQXkO9Vxi=pZ`;WuTSHnSd}u8@=ztXkwQxO>8eK&+e{L=uLb+O
z3-<0Vx)2O#Yww-QjevvD;2@IG^C3RB-$qyQj(0w1AcA6Sxf5>eMkTl@6#CwolrBu+
z22A)Wt+;%rxQ*xX!kXd|4OI-d(P>qKGj>_Am0ti$#MtJg{-I<7+skN@Og;xVFpdgT
z{-gl{1s3)0`M5J}AXXmNa~n?-UOl(Z%uAi?t)wSw1IUmCo>=K-R&hD9a7G1RY$ie9
z8!p?0Iy0plh3wSOM}BXjXyLop8pFem2_+1}0*cGNKQRbBBMPf@94%~Y5MiL1v<(n>
zHLc^{^0jMP0vIe(+X_YVxMf4HQH_j2#gKcai2)Hsux>=WG6k>w8S(18NDZc%YuBz<
zd;a7VMRtrfr&kwI8`Xrdlt<SdWojQ~r#-rImxt6D?(7T&TbA!XbZ9vqd<E~k1~pWI
zUwXG41U0xVa)~+!LU#mT4<6ytXdEbY<F~w)gIDw35QpkX!Nw$k82ng$-%^$DQPzTg
zN_PKh?by2*;m5TtY;sgx^(+ni_4f3v*w!E?oYRSu;Z`j)T;It=TCP{i3J<n>UmEN|
zPi{<C^KxAb0<8!DiYq`6$@VCU)Jka{#X*e65UE+&@6;q5oR~UwR9nyCM4Q!h?_oZR
zy7HQPJ@DX=tBpDq2jq4{ehV%SLeNG1(>%J0IMQf+;=-V+UV_fpdUY>{{rg;2e`Fri
z;8GOm>Khtz3kzwnSgnA*9l*yyjYS2p6anKNG?|R;s{lr1<ix~8%7Mzx;J<Ub0qV8C
zv$S9MrM!Usg8}Zio3o>SFm00a$ZMJK_{1hSMjIRXwm)dy0m|&y^00uvqMvM2F&6&v
z>>HJv5>24G2fINDGi#BUd3|@(U_kIMykmBGSD1#b3*o9SolfzzDy9BnQ4?BFL=fuB
zC&5*gh#S*4DgC!X#hPhopz92uGX*FZu?CFNCFnV}5VZW+lBu&dh?={Fk}hrK|E9m6
z(c}N%&ghE>^eX)M;|GF3@HnQo>_Q<l<x?%YtM?{r-BkJU3G#|lYvVh4u)Y3o7u5v{
z)uaXT@Vf+_2Q~Y)m+rza{%zt2?;p+|??n?PNZe#INBr?JrT*a1tUI=dx&GitRp8LT
z)dg7<C~SjS!_Q#?>~+A=|NZ+nT-P%oHx0z2W7E^0#SbHt&xWn9e*|d7pffLDq8uXk
zAn(zio|+-v9RcKa_vHHgI+)eXF85?RuRsQUvO_{ZkZOMXj=T{)gpqG%Pj*Rp<1dhe
zt#j%u-Xg&M`IozA$6s%I6v<>v4H0zj+otZ%)iZmRR1{g*DNxr#jRYlO5P<L+9uOg>
z_C~LgJK%;GAqK1GR#51VaY(L5`NEgc@^~FA)k%DZf!JG9x&QEHemfRIM<%l-TPek$
zpSX~MTK>@Zcn~Oj+S*nzECHe0PovvnR#xRy(t=RL9Of&tF|n`rT=eN)TlB_{MD;kE
z-7g2W-T#_Il>=%KOgU0PWo&1;sD4uBffX{@d9{%d3kDE++<PvA)*V9L5)BpFP@ys;
z6mMV91e;L!ir`ohn{n|<$X(bAebX9rK!iHd))WI^2S!Clhkw@<VAULYB++r)mJ03*
zQnN14ql~3#cG1CMq+ET5?j~u!i-PWU-FSII+8L`K$e;>V(>9v$_Jc+E`<$_Au$bV}
zZ)_9`O7umc%p-p}bKaG&UDWyz95oAtZ5(QZmWRa!0J;iO!*L&E9Vy41^Q$!{C}u)Q
zBtA3_rwDks?drrQ{j&S!h~M@LobNb}xz;LYeB#_HFoFbDS$Yp(Jw;6ox~%KK&E95M
z8GazI4;M&eoC?d};!1BaUVUW~_wc8~qL4z-PwnmT3e66UMhO%_P$|{GLV!j33=7N}
zaLx=Y+cH?vdr^XaP%=_T0P#<gV4R9RaLCNWMB)!lNbgqh_NGDS4V(M*O!DbxT+!|b
zH>vu;pQSEWGvj_?$h;yl)NGPFu5AuL0++uDVq)^9{N2u^2hhZXwx6}GtlKltnQuH#
z6n5HE`Tpo-bo`6oPm7lJZU6i`e|jOHjvWTBKd90J5)1pPGBd>hu7~fi!(u7WiKpE<
zn)<ClV0C+G{ctQCD#XMkTi(-$u3J*ED~FIdB4oR^>qpkH7O`rdY}fX@OOm<)2;!Kd
z9Cz?uzWEFKwI$lRSw8j;`vTfw!Zrfvp9!)61VlGmUFy+`P1vK=So!I)nxYr*<Q@6p
zY)IdK34U4{c}7#kBzFUdC`pGfo#$!J4KZJF93OXx{X8n46OkfJ|0^h`2d932zM%eo
zY4y5lz>~R*kVIuy5b1L^{LCDI!7kuJnh+-5w>i_VU9m5{*NU!QYVb{TU!n(dE#!K@
zfxtXarO)#Chu)VVnOvZ{sXBB1`k3qcu{QQp%bz{j6fGMqEv+?^tOe_V-E6-o`Yd-U
zCcr!6b&ZFb6pqUG;T^n({p)SdH+S;VB|XN{!)*t^zl@JDyckua47o_ezbN#&1jc=K
zvqU>46GWObKN+q7KzaH<H}1hb`NGI+Jrv~<g>p@C!eWC!Fhdf@Sr-VHiy;@f1DZ*T
ze2gN8G;&u~E{YP)-Q;Bf<q_dTKhIjz<Zzvh7y%Bjx2eBWy(b@1Q4l5n@ZaiWd_+IT
zqG|-Wld3Lx^5&k)$V@47mmbI~QrY~3VeoHne1B^qc{`}xgbL2REndI6W|x^RIql0l
zI0=_-RL^0anBwCJ+938RRYa`PrPpVX;Ft4_wi9-FrOsR_g#m(%IfssZYu>GO(Z|Ef
zlgy=`Dmf8-6@ebxH_DnMky3Xj!J-j27rW8EP>?&}_f5vZX}+Kz!jdr0;fFTT()XRQ
zRHcg=(9gS?FA1-vGDUmO`D4e<s7^<WY7kZks;Cpl0*6a;YLb0#JTgt+fr2u0jY5Kr
z?;v4HItKK8Xvd&ECuUNoWR5M>>S9t+HekwJegicT!_k%LKoH~Z_X{&gs@vJO2IPSZ
zk{O49uyny_DrEHG`MBNUX1{v1Due$}J|MHzic8y(=_gL$GQG-CAr8$e;Chj~ndg1u
zO_VcRathvT?f7_!X3=<BcE4})*xPMJ&VtRh4cy@IXzRhSj6H;TqeW<ZA8wn2xf)7U
zhth1z0s!oM;OCPL6;>JOR;*``du8RP*B;m^drAFj;6=+<zPOMPPGaRrp#HPnacltz
z@mD|_(P>mB#{fRQFU_Up;DmSS5h+?rBx>`1(82SBOX+#mfX<vwgi^H804IE=RPb1V
zf?jnO1?gWNL-Aio){OI?xX8%^U*yjI{F&F;DZ=2s;n*T^-CqA=LZ<fz9*9~2;+;)=
z*B?!<QB<(DYy^BmA%pc<;kR}F9z*TFn}AmEVy|&=@x3aA;IHvt04|4CE+7?BBHp>R
z4(=UrKP(4WkskGtL->jWsIn{!$e(wz+K~rd_4oKr`FbD>W_+e1#7_lzjPqGkPJ4*(
zns^8i_$4lw5g$j6-qvdBWJ|XwM#Fy-K0Nq0Cl45uxp>wvUx>QQE`6wMSlIU#>&;{@
zmBBiZ>LzUl9F_0;@V_0W7`({1XD$+!e<m;{wK-4KJyRMXWk8oSo!N~)P&Ko14EqVD
zr0>X7wr`zp(9Oa9gC|a{nv1qpN+_wOiSf)|YmKUjx1Nr@efBbNGAUaB)^d)!Glos#
zT5t@IgDRMB;NGCTq~R&ppSB<Us|)?J#TwKX3ayMxtpVl_R^c-ZFs!!k5`Wnig~Dy<
zk<gN?NFd0E=1qxe*m|qwHN2ane!|)gN+Rv63iZ@kOGzM58%L237#)}(rLzGBU9;Q;
z2xiJeNKpf#5h!nhf(vf#H&W&FJH{qLpZs`+3DZ6F#oN&1wR{}sF61*GG(6jcHk`P<
z4U;bSZJ#I=S-f_~3gpL=NYX9V&oo3?-GPIz*8V+M%{Mda_J-xHjS$0-k)!>yh#&~9
z?Nxk(Y;4$?Es!`q=aAY_ZWN~(3Aj8UVfu6>xSINta077o@VCVfHkpJm?|LGC2nPqx
z!Jqk#b^0!tg5Y38y%zpz4{K>LHoUXj^+RescWemRF|p|fFDF^nD4|;YUP}~JBuFM=
z91uOGfEgm#83Exzzflh;xPV~il|051*enNF4CFsLfJ*4cVQQ))*W0*(Bah-D7#RF?
zvFPHI)gFb!gg!k&{~R#z$gjF<DUD3OM(6{Z-nSlu3~A}AFM8Q|Unj5tcLnfJuvb^N
z9fQ#62GojMWJ0+G@L)izEMWQr;SfNhdNVY(?b!c=Z(hb?*77S41-$plNXl1=oCt!#
zS#g~B=?}r!KR9`|2f8S`7~ZnSdYxZMMkoehF5yxo_Ewne%{Y%8Or9YbTwyyQO?<5$
zXF!<VYvus!h;e9jy98V9uAi{+7J2Zv^wDXFr2TfKdMyZ<32N@v0KEW@f!e9!)kxo@
zWz%{W<x0S9S3R1AY%FEG$JS2{w1m^vzr?S<U9FJkC_zGtOpsSS3-yR3Kk-e}1dlXU
z6v?{Ku+u1%jIHi}Gzq*P!D5Gi*=(WoS>3qGLT~j)pm=WFNrk4Bin%42+KMfjHM0-2
zbKlKBPU0A0`w}v>*(^22JU&W~j|V(z0@qz=ddmQydQj9B`$=f22WnmP{w+Nj_5`hd
zG<0U|FX2t9*1rejgPHP>+}~$zI0W$@s)HA-F@JLn^lm%m0xHK|!}RoYZGpc*iQlan
zyq=Nh@tZv#n(33dJHsq6R9{jO5u^q&@$sKCGRR6a%3}N+9UWBw{RQAPpz@sy2A1%o
z+YIO1<SQ0#kO%NLUgecqbr1IFKZm&d{aVc`wuM7~D`_?PdLWsPLf#rm({R+wRSY2l
zl+Za8g{-e%jLw_ts>j)qt1!iS8Q1nY`8hGs-DI`oBOJWiuPUPNFYzXiMdRjw5}K`3
zb~?a|+*slI-kprQZ%nu}TNz`=@kwb9^n01tL)pxQuyd7(RRnoL`ySrMsru4|pq^-b
zvWVBJ!*+*YsFz6nkvot<x;JnHoF+g^1^fYU^Peh0Fy;WA1EsyY71KI^y#(Akm?Dq#
zx+I`+`#OsFl_+E<1`SepGVDEy-cHL0*g}49nG`MF8H-q1S&2t|%mz=^q6g)h1L_!w
zA2E|Tu58YTo#Vh~Wl>BKnV+Y!_Fj)Pkt8GohWaG}$<yyxGj>)H9|7s1A79L|Mept9
z)WJD;f@jz5r=XIF(P~qgIoap?3)bO)iwON~=CwB99RS7(V2?pb5XGE+->n%l_wpj?
zH3po!f8X79ql;fLr<o3TyI@l#^DVH6v=FsYmn<i|Ck(X{qJF)^KQO}h^9}Otd%%I_
z-%5ge|Aqa?mkW*)40<C|x4oFKIS4N$hFy=(s_3t@`uF4j!I`%|-hqr=MuuO0H*a(P
z<YO}x>Hl75<z5yq;g5;I(mBNo`-nI6st$K#tB8$wOw^%N9|2JZkh;McgTjM&Pi2`;
z-*YnoBpkDe{H<oe8rsYK{W}(5$@IEja-@#~=pgvpI?9sIu;>F0%)>*?puJZJAWqNy
z%saUAC?P;i1aA)IF|FGpuv(&=>-+%wQ&Yo^Rd5>ootZ%X`zC+p#GCmdV0*zmdHKi!
z><2eDcfcQ|2hm*1jK`GK=3OhI4iay;>-$UJpktB0FW&oJQ#OB}iF_u!ve)L$y45AD
zk-07gvfp=K7pw!OLgbI6-hnF8l}B=7B0FLXNa}zN&u(BXFy^5CvJ*%_2$)&W3@0#G
z%tZv=d(ul$5d&m|ADfooA0Mu(K6Hfr`C|)soSR$2@j#3vZp*`9kDb~lszUQ14&LJ*
zKN%*-!9kkcC(+EDy2<2F1o$AxU-M;4U1Ixke#}vt=~Ei0>}ap46EbK><=Oc-d~#vh
zL`}q3DTx?*Q@QSSbgo)5R-K<LTpu4>(eEfM?H(P2<=(oYTEYwmAj>41q$<ojy+SfD
z|LMku`dw(=Nkpe!YI@k6LgTYZ)KC{x?ie5FOz53dGw6Wiv9Y}-9N*ncHy9XzGkX1K
zQiPhJJPlA7g60i@!+;Y2Ktd?T6_m<@+o7ae&^8WM01y=6sL=>X=H|YCe_f25)?=8$
z$)S>xkx}<>UPO22Hz^WsX5h(auR9m?Z2qdDdcDo>Vb}epW%pC#`Z1R);FiF2+FI8M
zMnS`u!a_uzbQb&c1?w-sK;5l?h%m?j%)#iM?H@O-8(%<LyXBwsT?U{UXy_bedxQs^
z$!J7Mr;C3>y|zurF3eW8wwSl=btlNZP%;sbuqCjI9I4<LbLOBlbg(^uuf7{NeC8<(
zd<fN|$nm7pgA?Ghknh#+TmreNjqBa)=qvVsLeb;gto-X}VkOWzLPNd}$m3(CoWNM%
z`AlJH71zE(&m3{bG?bo!1by+8F$#&l--r<V%x=af<%&&3kfj8H&sT4Dv_YGL^z992
z>^m4X2mAOucmhvr@)D7BVb$qYB(^b$Xxbt5-p3iVko>Sr44jRT_!^MEq(AwcZ=h&d
zMp>z3rZ4tibHFe4!viRYOpvEn-i7`K(Z2>>XHNBnUuFV6wvtdT$8R+$99c1+_gCdz
zH?O$3xj%x9y}F+CqnNdEb8!J=&bO7CV4}IGw5+VGMw9Z>&YFN6qolG@(#J;_3S<EG
zo4PuD$A{+thzB2Q;jG$#0sR!jaBr}C)uB>6M`#k<yXf*eWWQV2cUw;t4?g)_q3S;=
z^eB|&@o@b{#R41@rKVC4M`|-C#ZWV+r>DdBWG%ep12{-{fA1`Lc;L?QCo`}EHQEFi
zs;LTeDdRh|K?_5KATZhue4$8(3y9M@htFGDTAcoHa&h5Z*#ROZV0!?g2iU1!Fv59w
zc*LsbkX<g+!)RD;OTwMRH$m>qRAoE(<9}R$SvdN*1Od5_R#hy1kZZCF5Z@6?pi0r3
zZLtQ><N)@MO6hztZ00_Bzl)U-mxk*$dWy0Dobz<-P_aGy?fb$`-cf(Rdr=N%1fFOY
z1r#`s;o#6DU$;6U*(-zMr;3h|+&FBQ9Rh1MsN1>VHG5>&b7PwVsDXa6&h4ORHJc_D
zWcJL0f~3gLDf+0Rg+2j}=f>$EWwa*-+_>};jS6*Glwuk{mZo*<pls_jaJGN$xwW&?
z3&`&vQGW^l2JjB~iMRxRP>qrJ@UJFekU~qjK~^RR$DNNNzeHTocfSO$AN~e-%qvjc
zd~s)5qYVwbP<n#Yb#=qRDeYzu^Fyw*2aNUSfO(A9hw7HS@RH0=+ss$-xzJUYgZ%7V
zuH1yb+fV5q6<~m0G(U$G^G=8r(dZfDe7nORq6FyAnDle4lrME+RG`CEpi^Jt-U7{J
ze0(A8?d{!@dKK7_4~8^Y538dGKy&n)_;caF46@a?VP|K~<_(Lq_d@rRu_@Js3s!F6
zBJMqauB@r$<@T-JAFHt6EgO&`SFO#>fqq%yUOrEM%-B@v;bH>mXXBY?Ztqhy_T1w@
z-<u?kILO{+D5@obn8y=zQ(a=OlF|y^T6_@5&?1r&|Hj*Ski<PFtCuM8zX;Be&_Fr_
z4~@6Bn%ohN6W2dVioemx8Q4vDY#b$9PaL$mxG7$o2ckLaqhx6Yyq++#_6}C^Azf;a
z<}LtEP4GyoAG~{qf7<;OcC3>0F$0~c(AdHLCA};SDn7IhsS4<Dr+v7}F#gOvwb%6a
z(5oaiqz7;tY`4fXQL&gHw*ZyYY>`*bR+~3Lm_64OmEf}BjQaiHTp<%`bhK0~E*7sZ
z(=$%j;;i82inxcy3?}YU>b{viJi21)edF+9QgbGmI>4Jbv~^R%xm}F`qMnC3qL&d7
z=;jUUUA;ATLWQ1Dz#0L61pksNe<}oUgLjUYHO0aH0|ZhmO1rYUn$SkqXxc(Uh3$uj
zbyikSO^`T*BFGipQF&A!R@TI!)_}$$!2>6No=iR@Wh9(4RUAT&Mou|e(3J^>U|(-o
zp~T9;N|z`=IUT60g=Qv>NQC-_`jJ1O<j=VCew{s1V#D{NoO#^qHBm4~{u}8q++Mqm
zIA(ILa9#HzON*f|4T2~06sLbmq>$|r`K0ElgM|B6o9u?nP`)^zr9&l3v)ngOmw`;{
z-u`~9clty5IVyB9L;j+~TWdMM`7`nJ3?86-@_&ex%{c1%Vx_(jvCs<Q`Gp570L~Xg
zwWHbsPMA|`TF3pxQk->hRTV1(-*0=q-l(C3cu?Jb&v6^D_2<>*Gq&%0N!qaz^|Fpy
zZ*X+Li2^K{_8m@6$y`wboXem1wQh&&#B9ZU@Z^V9j2co~39-)$cI&E-Z#7!q8}$)S
zbRR$irr3(zJ<mB`{x7TI`5@wI1UR1y*0yd3xr##|TH9)T6+v&mL)88J2B<%OXFS_@
zEmjcowfX{BLtwf#Kz{)MRIhe;yFzj4`4*EM1-!4mnnXW2S+S%6!Ep*E^+CfD>w!(l
z-EJaJS`<IjPyWARWt~9^EtR|37E*7`vy>5T4jQNmGIzyXID{OxLQIx)!y-&Ba%3jI
zQ{~p;1x5AAYMSfQu=fr7)+puD$Ian0)v@9{x>wzZF1ca+(Y{9?`47|)OFW4();Tjh
zi%l)S*DLVKQ7u;Ttu0lYW7K3K0N+kL_u+aZJxu*OmFMT^-HQhTlQV`dNuKzQf#IL?
z)rliJX+ot^lf|S$0ks{Z8^D!<CJ4&rjTI9PXlqtQh4nDKIJhgouYjllz6k<hJj<bn
z?yt-z96I{cxq<h^wH8gt6R(U@T;;uLZM+vFCjzWq>m^6gurypN)BI!033Ya6i3S5c
zx=rg4AFBFJlVQwCtnFjj4G>BFU+&_(ihHw;1gNl~%t{yGq*{BYJH<XY__!?~`)BJ6
z!9oR1exj}d+ZTBty0t>%psA37o7wDsJ$M#zcMcF5l<-fH{{OVBt!_)zbp)l0YaOFj
zJp!3c;lZa?>b82$iiQx|v_Sm+fB?+yao^<_F$hATU_f}KwN=|A@`<OpN!eJHUb@)i
z8Wo|}gpnTYN`E~-ok3cW1!O9r6MCLiox0hiki+0Ui-e~NWRP`?K%@c$=F(Y9Fu4n1
zMd}KL;(1^y@y>afho}>6`l)+9Xv$4@y=~M=%6`kzoy?E~_yYPPz-XW&ecoE)B8hZ*
z_~Xp<S_AGyCbh=Tj`^N)h^~LsT(Wj7LYPH8ay95l2kMXPdptM+Ao}NF(K2<HFLhxg
zK3d(-j*SmHqrn&`5>_}6^prMYgE~H#sLlTC1DaPsUuCcE)9GI;ZnCuqBv$V3O~@2r
zE8n{9yX?zMm!(F-XLbsS<<|D=ZKOCRCZKL5feOqz-6-G*z+a8mSz8rX!F5oo6RDaG
z@=F=O`8#mCFsZ}+x2t<}bX1pXzEG_cMg|u~y;K8_nL3aGsbdNUhf*v^2}SgyXPT8y
zMFi;1gcbh032n+%Z0pz~CX?3j^<4YMy-rwu+cetmhDE0ajS3!Ex0}Zcu^QADID)=3
zCA?4mR9IAGG@ix{nusV9Zf-U!${k%Wr{lPY%+S9}h=UIGMCY6gQm_Cj<?pn$5>Syh
zhclx_^P6v_Lc?*Ex`{6uh=bm||FdxrQh?(Ng_ZevV4i3Xh2_#cpo843L|sQAwD?}P
zT-Dg-Ba%qV5P|g}C>RLx63FVki)aJv5}Q*+e=#-`1&!LnRlwh~BwvHHhqN3Bqa_YU
zn4N8xEpzE5W0US8Z;(HAWqX+YGhnG!EA4$a)iqZv@O$zgAshfBNtr9Fe_z5?GZp1+
z=!~{GW2@6BEOIo^&2T%J*w=WSIh=>hY-N)vC}nu?vog+(69+_ob64n9QEc|z4%<9$
zl3B&xQB4=#{-%;(1s1-5-s<#LH%VSY#iX+a!mrgNDb}Ys!QNS(pWHzmV|4a^3Agrk
zGCWh%j4Y}U+`rxv1gBz27zV)ck}wf6E?DAk{Y}f9rIM<~=J|3eF#)Nf#Kd6L1z1KD
zT<PatB><6&lSp`-Tf3lDHTj2#4&~F<f8WRvHJ&WDmZ;?h0uo@6RB?TueD#zJRi#0E
zs!U)m`29rf*ZjAZ>fcv7J=k)j(yW@&Ovg8@wG5P)nS<1Nn7BK#E%`%2itXZNc{o-}
z-<0oZcjGJ$9&QVA<EwItIQO4~HNnh_Y;|r3Y7x-F4dOvz`DZN6R*e_Q#$!IK7N8c}
z>>8D0RjU~pClrLZB|D}&i9NRC(LqOZ$+aqD@S8{S4oagHc0)gT?aED^=LDdJtKN4z
z=YX(DlNZ>sW&hxg2O38}y8s}FRaFqi0}2#S4PGQ7ddg{grPuZ}ij<-v9Ric}aBB^g
zU!cITw$K?46?e<FmseH-a4cYE9{~p1w`<KKe<3_-+w=`;%RYdnqWmd_;l?C6zysBB
zWnyimOZn;cJZf_Q|C!!tvkTkzi#VCtP@qZ%>>G{kML6)d(8&PoyE#LMr%Sd&`Ko#n
zt{}?;-}st?|8oUiW*~lO1ieO5ml6Q_*Hyp565VCkuqdNYPdM8n=+EIp#PW+|c_s9O
zR*pdvIXlmG5oW_WdObWvR5%atd3SQIFkOvbD>FNh^aNllG)xH}+~=kQ!%(B1<wur-
z1QbWP*IO>dM@+m>Ef+XiCav$cD-MI?py?IHKQ<QI1Txjb|FkHyCrXMO)$eHOWwk^3
z=!%4!d1xo+N3W|CTiDq*-<ByY$L6lH&I87N7zSZ~8&D_*<Oqa^51{G{8n*b!^ZUWT
z0x&5D|Edi%xT>qimn>l|{ch*lQPG)9L=;GbeKSS38Zi9lQli8<6g+eg>2}qpnC3;c
ztX4PbKi3a-ua8c{wDGb5%;M)od9)<q3*eN29%#7#Gj6$`kg4a4@AdMxP7#2UVh1rS
zBh+^dH1Yrr>feYhmfgJ(8I*DivL5Sh!jh7l3Bg=_fu2qt{%1ps08hfv)wD+B8a~YJ
z`;(8y6d$@tcDpyKk@*EgHDYopr^yQo3oxBTJ}rPDU1IC^AoHI?LM7UB5cFDjy!}IB
z-klQUv+>`kjtslKw5xLv7C5db6_|mzczPP=sttgAfVWMC8En1;AP4}FJiF7cp35&R
zlssEYo7Z%TsN1I?Gw`0$B87<@gVj>RIcX@~t_+A-0BA8VZJ~ga5f1J;V1!JP@4S>i
zTPPJ^o-5|4KHiJW#ZJ+hfLYsPQpg+$QNyz}G+0`Nbzf-n?ZeGlmHt7TAoDgmDR9I3
zVpHoV*#f~-8%kMV=|okbAG2_)CDKRx`q%X0{0T{89-8__!PMp;$x~0VI4Qd!o1z5q
zWl97M){MV1djX=B-zqGIqBDdySi&n7;^@)wL1FTl1Q^fvRuTDi$|>k`dXt&KtV+9a
z;*Qun0FpA}sP$7~JjgTb=rhoVO+-S1cGt9G`+Uh^-kRszwquVu7m@(}?#>RAh%=rX
z^Pg3^c+||y%#za508qXF6={G?mX()-l#+@fc>k#vlXCA4{YvTs4>xyzpObD}@<98=
z@^`At5t!BCcHM&jw+CC)cPvv{SqNw)R&oV&baeKo8~yxEEC!uqrKN}Ks2s{<M}&Zy
z(eBdvoPIL+&j@2-y5{eXzZl2&HYDEOHZ=ooXKI^|Yu_~LX#nS;6(?FiJ<)zQ!LIq^
z7rQ&!SC<H{e<12LNws?7nS-$A&)YAPXI<Yoi(+KxDK3xy<|*iPj{Ho`E^hnK3kZHJ
zOU(M@G)A?cxw@&=?T5%E>{=FF{fNi~Sv1-1e3ut#X?cF$cW5QDL?sp62`#N;W_k*v
zbra;5G!EZMSzey@9Gn|DI{tyBs?;ps`yM)tLe};C9SMfUdx)PmMYij=SN6`rA#l|%
z48g;U;pt0URzG!-nS3w+A)9l0&ev?zaP5^YjHgzr@1Un7ydMs<l>n7c@R2`-^3=Fo
zZ{9t&Zr=?om}SF+$3vtPHE1PNpo{<Uh&NRMiXiMROz{5y$2vqQfB$J4zdM;S^1*d;
zsILz}<lgy@Ov&={a*BvWAqwzL=G>OhX(%KI>}Ovel(2fh9p}22Mbvlckf`?yFK_3=
zwR1b;tc)yGg4`b+TKyXZ#@#;mp0u;Zww259%jtdT<4oYQM4z8-7(xc3rRu31eVY#*
zoqW%Zvp{CD1mg5x;`zhEh-VHFfAt$BTi?s{nXGilyTKfDRJkZ$b&gg&)E3ajwtx_>
zx8>!<@yftEJSO$0Su`Ueujn{BK2(R`%7IQ#)#HSxZW6Ii9`p-UiwH1@y=@7w-F@{O
zgW(DaUR0QgvGW>FIrn>TVxb~qJU~Gt7#=W`z780^9z#tA;^jTtj)*}h=bpkq13nUX
zzZA6i>r*hdm?*OskUIB=!@b|lnFrWC;JKf&8a7*n;yVs8B6ePLu3n(3rtvMZq1CEE
z*&4lI(n*NiS8JCKB)+wm@(e>74=HwW+U~sspb2UH98E=fo}9M~Nnn0X%}gba#<Jm<
zdzfVHk06G1v+`mZ-j`x4qmP;#jx!L7RmBZW5B6Ix^TF-dd5`CjMGrIn$;KowK_f#z
z8o~SHVbvvr1_4AUpA8nwYP6)1z)=??N99Q$-#a|)`&p@*-+8pWtOqy(h!5#c(D{&Z
ziV>w>shs9R=+98%pf4jyDq5fe%D*K$m+&{-p`*`K?XoCO{7^9%)(Wy^7#Pqn9sDgI
zTI2==G?M_R3Cv*#*j1>Wqvqu$l*-2jGdn@E;~OvqH$o~u<1vsHO!Yy60U_f2*NAn5
zH>TJpm2>`-tE8DQib|z+Ua3LTcHuEH{Zqa*RP-3*J4ay5P<lcBYe1}$p2^k#C2EFg
z&!`&vxuWIfy|nHTz0OO09eWohP~avHl*luL_bRE#&i|&Iv9_NkqdyXoz+>MY9Hr=G
z|Ir<;oUf~GphKR1ey+&mwv!Z#Bb^6Ty8&a*I~dA1Tzl1nOBCYlE@e<PA^**Vc%*AD
z1B($LKv2cKS{uRt;6MpBw@>9Unv~c5ze*Lz;WJ0*@WHH|j8iG^)&2pR30^^aDeAq%
zeiM#<lj52}Ir-_l7o5cR`PM88UPy!UV3I<P0iw_y(#b#3B-gFgzi0;ZbZ7~&+E~)J
zl5aK9d{2j5!F-j|r;2H8SN6pJ$7C3i&(o&$fQItyN2Xp!O$HRIz9rV4==Pb$2HDEM
zBlP0gni!07@~|q^1F+=PF3LStZ#fMc`S5%0BBE7sWdn*_l?Cr7pYRL4q-2H^HP@Nm
ztK_gZxO)sCCwyh9t!BU>s^dRtVMG+kQ$uY`AdP#+i4ypM^5EAg^f`^^{dM1_e5)Li
zA;%|Wc!BN^)jG-yN8$Ty{@f2Xa%j_uOSW^+=ZXcq)jW>$ZIEXE0HB6^e!Qz&6%SL&
z_~yQZ;c+!7dMoU`+sF+HaA8HWB{hw&KYIu(2ftX*yGDl@G&BCKA(iljUW4by_A@m)
zl($&TVvvJUb>i5VW8nnh=AnO!ibTo$0{=C-jfsaQ1_!A~6MhW(EGALJ(S(!+hQ~m*
zXDXQ{U@DgSDWHjq0Xf<mL($y)umB|p+$3rl1GH;Z;@Kqrs_<v*4EGuH0P<+~hAyP(
zf7i#9a>JObn@8@;msg;ezi=x#jOjq3K5*X~la1L#|MzmHo(AL3<1|zIDWTv=-J*@Q
zmc)vxjP)Av^SLQfc>2Cu(6?lY2WQa|UQG@93&7+ZEPvRjIq!%zZx<Zuc-x(G(7hxR
zX%^wE&>k!`Ge+~>EzRe?mIWlVM!KhpZ*T^WZ=dEPjZHatBv`c$fCeuq93pb!C)n{N
zs%(l8sU$KCQv(T8<zG>O@*Fs=-OmiCvyw6!OzS9#E(Ys|8a%q|NH47TU-Mus+`H^|
zD|-1?dR@1wVC9(vk@_PWAbX0!zV}1O5JDf5!1~p`N$Jn_NO^i->}+dJW*aq;UG6yZ
zHJ9%hZ^h6+(e^@#UgqaBlWo7GmnNN#Q83VUh&_z~+^@q=wLYrEtleiq9}bLlS1(KL
zOq}7?P`CHEn24&3kNad~XnqpbA=fP#uM2af-H0N#a~^^Ml{zu1cs`=0A2Hu8-4c{+
z@lzZQT)rY&i{{Q`EF8N%bDYnh@&X1LSpQO>M0-lFHiFz7<2)*v_=%Yk|9(~_;a<~R
zLs5u)e=RB~R#2a2b_b!!9Jxb)C338-o@7SS)VRU)XInzASVp3m8D_yL4&#A!d&E^a
zck2f8bL8p$jUUk!&}&v!zfnjfi<v!g?=<KzzQ4N(t?uhHBNQX}Hd9*RWsi<KLs39y
zK~rHK>MjO(%1&Ym8J0nZ>E_-U?xwpKKjfNNW_tR?ODdME%kKcnCd$lsYZ|818)h^_
z8#R^8==q{pqE=0Y43Nn{$Tg3opr3EdsoIVE-|)+Gl`b?~41x|FaSNKyVf+DC57<l4
z5)H_s(6JFZI$#XX#dEVK%Ol|n`YhDcXeuOx7zHqj@KTuMr>2r^<L2eSAxoB~W9Q#|
z8^-zxcf(lApE0V2_W1+O(5uZ=%$GIH{P5bwfA5L^z(qa2TDnIPEUdJ`&V)Y<n5q4Q
z4sL664=2UMD;Tp|X@^a;jzD}CRX@So#XFbj*|$S#faoEx`cZf3v9!K{K}MPlq>RO%
z@m|I*c3%tJ0#ZGGxy2y|%-XcWMZ;(#%-KRZbAdCcP*yLwVgDcj^kgg;?_3UQfH$GC
z{t<_)tgOKJ$Hm2kP=2%Kp$4XPFq$$L1kS+Iz#x$4aDoX9MCkLaF0a5ML`ZGMHOfEj
zf5A6gCUtsRdF@blH5U@S%r)~#O4`!cKx33p>T<pT(9i|!JOGKP%*#dlusu~RP9E#r
zjz7k(>}IZY6|-tMu$47m1j$dWypc~rkcmyuzMz2<ObtCUksQVKY9Hn!FmckUHXAgg
zzr8wD$f}T_Pp{z}j_QdL_Q27N-K#LO7M0DAlB1%HZLlq))nVDwROc#bYY}%~D;Zr7
zeO+RKc6Gm&A&`9In^l}Gt$)9nk&F{uCa^2KO4uoP?Sr)-yOwaZxNvYY`_j<;y$}%Q
zt{+kg`zORO@z2my=dk1Udvj>|2#==!P|DQ}4p5Jh9gdLAZm+#Y;)N$+{W8#R_h$`-
zMJ~9Pj5iA3)4}U4bLnHH15ct2X|fEH-~gkRvw!WSHQk~lwb6m}2UGRbiK676rxVL*
zC!Rcsszr6q>I)kiRK4pb7ukT!IyOFT^C*n7aJRku^XHe{EU!P`Z!G|S*w}b8YVZS)
z($i~q$Iewjxxc@M@ec@q4HSE+*KGfBaMAE}^NNWk2$krwz2k;Wp;Nq()ZXFCmKJb?
zbAh?#KcaOGsN|A+t$D*7ms1Szt!~=cora14Hc*(y)IB^!m#_|oe476HS&a$%5e%_k
zR6BK+pn7FqGBh}97vAAUnGqv%sL+&Z1*35aRC}rGn1o+-y1Ec(XTkj)1uCNmc{K>V
zoExQi;EVZOrPT~rwoIf6<`MM`^J#judo=@}=TuCc`22rg!ilfq>Wco2>pYLq0CFu{
znrUZ6_<3CHKI#kMY@N+3uU*aH7c{@kXKI|UJl}SUDi(74ld<C>3}h|c?@kAs9(~t)
z5zj6zY<W{wEXpq`{Xik@DmD9>c-#s)!k&uVlDW~Nss2U3ab!_#1~VZU80O!1S;QNh
z_kw=(j8ZVfSqp!t|E_Fazm(UspH1fIMZCt&?z}t|f>L<3emcD7u7Ac^F>gs36YoQ9
zpe)3M?R@*%{rZSFw?TY!V{>=f)>6jX=0obsF1wJxgdgx>@G9{}2gOzMou!92KR9q?
zPbb$gpo?Gu)-GIJUCatHePM0$cVq`eOcft29W3`Tt{oGpA4Ui(%r7w?s}VymQF%6i
z4B>BugN?roTTxf*3?Pgcj}^2IBG!Te1Qg@$L8e?zWJ<yW1496dL7b0lpv7s|{`&8B
zg3GEf$CJ|Fv~pzFN+BwYJzq|9W$ezTGsDStGka6*M`y+*u<7;!R}?8F0x_TGeqmcN
zk*4bkFDseEjlfwmQGe<}@`qdB%31g*o+f0f#Zxe#JD2pjG~%$ZQ%`8h%-jgOtSs#x
z*<n3U%9MplYmz4}wWVJ0J1JV<Z|T0N?69k)OvAD>Ki@UYrO75NW)vo&Q9J!YmlUH=
zW^Z!CpRttOKWBOiYf$Lh5aXjEO4q5W2$x?C<04vaAWZz{Z^;^in*A9qHVj_`>zjnK
zvNn>sPdzVyB3g_B-Ra%GNvOmHM?vnPQjZ}PJUsl>h*oE9KI}vSJqL6gJ4XT&`^|K0
zBBb=vF+k5LGvnf)5-Sx<x-2Bmc8sDHDsUs=s7KKf{-$p3yc|OLF*JdrSp02aHW0LD
zJICJ$75P`ruD}x7HK+Uv=o?NW-T!_u{b>wkZ1@$B_`%^oRR#wjNnr5JPr8|uj@DSd
zI}9aP$6M~xhCvcoib<Nhde|XG0t3HI$i3yTeT@W;-7=0HlU0Qg2#tVF1fJx=Lw*?(
zbUe`gjf>Fv4|S>JBsDKDK`?CoS~z|d`U*pQvS4;||G{hx&Jo0nKX#X0`h`Q*V32jw
z%pOOGLM~Gbb-U}?>rJ+I_$e6S)n;nMQ$^j3rww&>2U>$7Uy751<}|OJVzz6?_C=^(
z7R&uBh_gc;7wELIRPnZv%>+AUk$d>zv_YNty9QmX2Hnh-xU&X#f6Ga0|0*e_V#*me
zSLOhCRxnc?fe}sR{=?}x^&`-sCbqTr#-2)9L$QNVOcVifAGJvGnUF=x@1UssZAMwt
z#-1A)@N>R#P6~Y+;DFw~c%Yl4F7#7=QDA43=WfDGQq_Je*~T10!jvjr!_~<bqbBeQ
zl@+G@FAY|_xs<Uwc#(~n4J!;eCekdhYR{6k_O(%C*@al?KlN`^=W~pcTh!ISNeuMO
zC4&R0P^CasYJI~Lqp+tHjylA(F;u{YL!LO3n^UE5XZEMk0k`u@(ab=Z9_|&paj{u!
z|BrTM@1wr-?%x@{4JKc|@3o&SW-u53I98!*<B$#vfC2m}2DJZ{9f|a#zJhwV(7!QG
zZEfw>t$0*<Hi(Gr)KNp2pd#ok@{5sL{@uHl(_{i`rhl!O45OEZM(mc_7?5iU_f$1k
zbD_?o;`dag%&{5{R=yasIE3E|)ATcR-mJ@>o)<87twu+CZ&3raRNaEO5gMs6O9mn8
zU$5Wm_D&^BZJbtS--N-nv&<WM%tk0eIOkwwmfgn+IA+#QeF#%elTR656DC=0HOA~0
zx{NW~p;X%$s-^DF-(OX+v2`Et_E)K<@f>mL)2$+CgwoBU(Iuv4mPXm77IBnx?}@@=
zP)=87DBuGf4j+$4R7yQ1c?cH-@56x-r93&JNcJQSD#XqBJu!5|yGO|>-;V-!xETC+
zAj3<u`Z<Hy_|HqwGL%cRnl@R68uaRaTmaJ84|gp(L&-#nf&xuUP4KCv$$6IDJw?h?
zFpi}@b>IB^yih8EeozHOjd(%Br^Q{&pOGy@86&iM{1v?8-Oa360ipr^T9Ua*mbZG>
zdvv;ZwH+1z8Hjgf(V1n8%;4zNX>t>-l)(-jd=ULvdC(!fJ=)MKLIcsiwNHDQ;;yEn
zj&FBG3&;FJqlf`b<nekENI&M*H#NcguTw*>RS1eo{stpN1&={T=LSEY8Vn%EA9|bg
zs>ANOP7hN9(edh6@*ZngUQU^|P^GoArcnYd%ovbqxaPl!Gf!7g)A7d8Zml$6VXPR$
zb(hW?u5U~L{y>?7urIhcxdvO=4}Pz+h&F9R?)Q25XPH-+!OOsCG@X_A8;av>!dZnm
zrS2(O%&EN0+WI@OOp=txPF~L50=0z{RtWBY!c7>^RQ`deA~yM~oK{?sMbg2^SJB-^
z9TFQgi=`6`esH5&XJcAj1pwqiEg(>zPM1>^9v$dx;=#N^w(Tl_#XO;?Ypj!G<>Y5O
z@Cmn2W1G<KqM1G4SPgX1;Kr`tXTa!zyUYp9ggjb)UAc^0h7uY9=Y8N|=?5b{J?300
zA?mD?WCGxT3NdbG-xkoOVyCEI*Z|ip<64$%{^#X%*q9Xq40@_VgmY_zJWV1wP?{7#
z0RL;|bNAnRun{?<H~`1UiB*J1z%WlkH{w%IPT_7|V|_i5J{&kw*swBHKvISA!$GwD
zm?OWcZd~y#!x(VPmhyjNwm0<WB)m$|_EI$n2n-IMkJzLSO^{)>oOMDYvbf%p1b5>I
zQQl{gEk6~sX$52?a|sbYoL<&(48OHt=Vs_k0{ejvxeTdp_;)2Ay2^`zlkXi`ua>eo
z;9$^ra`TciDpn~t62FD+#5fY1xQllzu>k4d<%3g~2bv>bht_v@t*BrKESTVV;yWu2
zbAu^3S`naz3@&GcE77B3RRhVI4h;I<%4_c~_xPKZ$H2gLlGhlB3XwoA#SEcOjFgLL
z6X#%@(-<h=$jdZ|LQU0pgMqFb&YL(3#J^}4l7aLCswjBg)+KFND&q~PvY+P584Vsk
zcx_&tPdP|Np)^(UT>hhUQrH%frV(elrdDH0$)UWk?~J@%5#vYpu)@j$dgGzrSX4Ti
zzaa~W1g7}a%UXg_z4IDRb<Nj9f;~|2!HA-=G7a_AZ*+=~?wz3KX*f2^@P@Xvj9rIy
zXA25B7oe+FOAYi}YZl(oNSOU%SwY&^$oDB!OAX<83yp!D=@S*hiwPXTLuV@VMwiBo
zm{!5Yq!{Z0{oz^^V1)ej;9?{r#wrY{U;YYIW1E^62j}I>K#zhVQ=5;Dw~Z~MioF8R
z`0m7$WUaK`q6O~o_5Zm;prw~*b2HIB6*Eb{3eH-!FaGXi_FM%L@DQMzM%?G<<8OMZ
z>Cx%9P^BuIsoefehl+~B_U|d6*DHCH!|rsNjUqTr28FFjUM)2V1a*02ymuZHCT;w`
z)!2aPEtLbFfjYLY&q%{sAymOJZuA)*8KHr4TDSz2`}wSvo6yC{x99)b17a1HH3*Vq
znO;HEQm5R#56YD`K3&D6#*GxwkXZa339$aq%|T7E%D8nEaEE4Sp$9@7{I$N%H$M|h
zImUUfDUyGnh{<Iu@O6^XOp8=2F~3aJShqKsAO8$4(ICaVH73;z=k}@oKasU_yU@za
z4ov1Kctm{g?XXCLgxHaxyr1ey$L`!K1$~&EBzuo9<^2?CaC%Pcf5#sH;l6k3t1lbp
zy2!T?cV3_4V(&w$SN$YRgoU!UX@FEC45FN7l5GPKEeYY{Nd?T1BmcUKV9b##mEdS7
zxKSCYu0~TYpniyJ6~21ur8kb1v#I1^?@R^=+*C2vzABivu+YZKO5{)JN5=+)DTh}_
zM!=oAbQk(<wv?5r$wC@vfvh`8w4Ki|&7A^km9Z}bUb2PGT~t(<p|i0-sY_r_#@+ik
z_pCxsJ#`#iF~nf3qI$@zw@DV#d&<K3;K-8Hy|>I{$)(WR6nHw<2MpbhYRu^b#^_^`
z&;kxaCxjgz<=^V^NT`t$&#K4A9rKi^Xj3D4oObt(4>*Uj?+?vl73jbRyQpY1NQchO
z&({HW+rO+#1rIVu3B$n53}r+hAtAjM747PX1Z8XSIW=wVlG!FnsCf*g0pq2IM?M*S
z8wfX75GrMv+Z5CH5GjLeVPH9-T0JloC!WIQBSR~@+o0dE8><RqNswiF2CnH8D~Bw^
z5+|iASC`Q(?fv_~zn*&TJ~1FdbaH_>61tkC2|IK9yz{oP_zZ%n{oF$e5KP(aYX!gk
zLK8P)GVmP7qLL}*S+(vRS@PIqBTEI_Xvc@T(uk<MlfE4cKcLgDj+@JVI+c8xeRfL5
zH$~3ulz3Reo)8oi1dMwR;HC$F<`TVDXA9}ejh}wJyu8LHCJ4}eYQP^{K!++-nNWiR
zhFL8vZBPa5um}III2osR0c7h9`A(luC7nK=!ri?+ZIDQ%8f4?OWmTkp9SodjYbKf!
zfkOeof^O9y?YV$u8ZhtRP0yjW9vK9?!>|0uacE8AM?xYtoPkD70Ys{8v9~W8M&{19
z%>7N18iV*yL1Im*0`%z%IHEdf7Kg!OytlHn>;;_1F3?yQMEJpw`YCo$9FFMH5W28t
z0)oUKvWvYaqm>GYnAigWXY7zff~-kYWIcCcXmn=<=2q|a*!+xl!rR}p1K-gj(_fTY
z8$+C|s~C6^V`mex@D18{keL<twB*wyHF;lmVhOviN3)kkMErblN^+A#{6TzX{{nK_
z;IaMYZ4i*1HZAe!x>_7!z#^WhPC|d(fY(2M&AooE_)hwnAXRO8gvb(@9s333$iirK
z9UbI|h~CD^&?VJU+hntu*GQ6~!<Lt!No?V`*@TN_WxC%$eZ^~vNFo=9YUnG`4inWy
zBc}+Y9d~T*e>Z;vK1of71?csBiLn@YEvdFJ#@%vW2-2u<#!`5^(Dc}%D(Hg`N6lBp
zoA14x78eid2M;V;RC-9HJ|Y7@dz=XJ-&zqDlMtXz1jO3Sg@%Fe5QN;l%L7B~jvj4o
zY`DKZ>9I}6lSGS04gxi7>v;_VU^~E6#9)xlq?JFpp7F{*a&x~R>*OzLUViWg`HTdk
zEN!A}0X)T9cPXJ#W^Jm6wxFRA5}JWQ{Y*VEDvOhnj?$OVWpm7T4;|~?hJ~7dY;XCl
z_tVxgMnZ;#qR1W;$sqb5R{&4Db4Nmu4~<z;|L-b~kX>)TIVC<l=bhJZ#Y+Y!3@O}6
zH6gvwm|Nm!{HY=Yj6_{}T>0_C#E=$xAq(hJr;`1J<41mOZsfDoWnl7=hk+jtDJt`K
zS6lck1vfK_eD^2L!q#EeHmjK?Z)J?{Ar8D?8<5<VG?tABEAaho;rYKLW?$A6VJ9In
zZ3KGfq%LvxC3#pT@r(;*KKjVAhNdV&3KD-0_RU4LBak`IygXv0nbP>FJ)ABS@+S#A
zns1lrw%?P6ZHG)`=h(=njjyY^kkkT>q6F;y%@j6L+hX@`J9~$}AD->>ZU|l?!v>A#
zNiYs`B~~iHP9fe~!hUUx?XDb3JGog@1K5pe$=U7;-3_0zLwA93MFV^T-NhUOatTkS
zHfispt@NAOSW~D^z(G}&@MIiw-E3ylb@v&F=qB@n_m`+sLL4-Rld}9p-|2dqw0upu
z*odvX5t+V`y_#O;EublGqIl7!MmN0cbxA1x7It+W`rr$R3hJrk(gtvExahJpc3jNv
zq!Fp~`N+W?4=qky;WNL>1VQTy5Ee1aT+v29&y+Tdl8NX<0Bgz-{4IAaLIQ+y?gIJ>
zK*@9VKnpoG3t&D))v%$>z6}MkRHYkfz)!%(j||ZO(Irfhdy+KPCbsbEaZ#kL<bADY
z5CX7R{?xCZTY#+az~Pj%GCf5@s{UCu9yH8Tm5L$uvlyI8hA9wv<E00Hj_GiaM1PJS
zp&`+|1H$&99EzHlD)wUD9TUJf757UUByD-AthpR$W5l)$ahVaNX*7aVPpW?o7|seg
z(>sWf{-67D*~sxqBgKs(7J$9!aA|~eed$bO+++jUY7~261Xltnj2taVoisR)L?ER5
zC&Ze;XiUvFwF2a&peK;{t>s-IM*7IcFpUxFX%PoqBKCeU(~B$yXJgIL0uG);?4xpR
zBZQ*Rv=PfxH7VkvUrf;aYwKq+Kn|Ekv`|fC_52%pP!v+}`mCF96Maw9<wDMAKr(A%
zgc@4Vr!7-X;-~0+R3ml&J7-LTI#!eCFHVkWH+yN#cWnvxqkH;i>&^^M8``c0eISX(
zVmcfZWA^oPS2DjA3S2t|c(95E#g?HUG;8sR8^LjCLBIo#dBkQ|R0IYcCHKS$fq0Jt
zj8n+2X?e$7P0D3y_k=<5$Be5Any7}sCCC;eDs~ncuvl;~Onvn%63Qkl8Ri0;`_l+D
zg2FjIepZrj>lbug>oxz0oHo2t|I5pQB?b*9flO-xN%{yhTN=6mqBk&JbcvF*QcfoP
z<U;$31^H!0ry9AjsrV&cE1@LBh;cZCBdK81MRB<kg9_tDz$&Lo(v_maRFNcV^87DK
z2$_Bhy{YFwFA#cDFL3rNr?Wp>H(e<Pes-k{;D7kCe1it8YUI0n8kkV0uheY&nqlOM
zEK&}yYU$d6#-T*1PEjc{4t6vh4Kx^URaY}TD_p|px9Cc!I&U7^lfU(OlrUAJWq&Yb
zB#}08i7x1G`Ff>P_cve}=k#16Ri>=eTDxhAdbl9$tArZypn+P^>9$F3-uGASzUE@>
z*W&6kTK#iLJbPNmssafs)Sa$>!+c!|LdVSY7o@bQg!#$QeisbLke>bb3b63OZk=*+
zTQIkwlr$@Q-$y2&m-l}WGX~iu%y;emnNl1ot2zbsh2`apDO$4Op`nl|TBy`0gc)2J
z!J-6MM_C9(6GVg#OJ_PXk8CIq_Sd}C*3jYCD=E01@hJ(3dS2j-BO!(sV#yo>g!$U>
z?klEh#1N`fy2zLLYMMo09id4k13B1Ks{HO&mzn6Kxy{??lCJQvp$~b^K(L&jA$G(}
z78-@7s7VQw`YL!I4UN80yBk<nASA(k&VrV-)temuWU03~T47X$g@vzv6pKKdiGzR6
z%osbPN=Pi#)?N*S3}NC)2JBWLF$7`2L(Lz*^%4{{+A(?xn3r^uMguk_7u?O1m_PYh
z+u}!-QeEwW$D&Dt$Y_12CTwVEXrrLUJ$VO*$s4mwO@3lqHy7{;ZG1F_*k|8?AK*ci
z9vIGiK=-(~GY`hk&*i;&<x9p_q_5H=IrHW<Og)7<pT9_N<mE=mxI^`^oJu{E(FcHr
zK@s^X2L6U<`~{`ob=uW?o<yBE+Nk5SOZe)$n)$_smT~s!?aSY~@rr>`{qX?Gn)ZAO
zvS&01(1HN*2^$@0{htM)u=}p|crb;hOx@8hKnQa3rpHbV+yBLdI|ZHRY-0A0Dh~xH
zjPU?9F8a6-`Q?7ooq}2!n!Np8*t(5V8^75Az4fA6Qcf?Lmt!9YS97~A*0>W0fJ|uf
z<%cX79@=2s6XXEmo>&*~(j=j6BZwHvKoooyZ?~5b*GHyx<1|yGRu)oLR@C&?ZzpZ}
z26&QG^5|oD6GB+T!GL~UqXYVC?M5IsuG*0Iee?(Jv!VJ;AU%7iX@c?0iXG3i&81@K
zg%!3TD|6?Ac0RyUZJ8aswS>_al-}Sglt0`c`?quCoE`2=Zr33D$4A3Z&}pw)P-pd#
zHW35@12Fc#MJXy{f-!X0-cYh0K6;LhzE^7ly=WX!X$oR1^H?A328(LV^;ij3LJDf_
z`65&p0>R%43px^1*w7lqY7RRuZ<9~H6kxf4W`^kx)UioS_x!z9(%i&QJv*wG0qTy5
z5CNjBUz;h)xs3^gm<*h=$>9cA2JfRc!Mo6h^%;0YTR)kxYg2K|*xAIaL@TB`hSb<r
z1x9MlviQ3eG7^KnZ$17>vqa{1E-mNyAjHaa|I3^H%~l^rx2vXh0gImy=}TwRb&4Qi
z^Ret&t}=W7;ovXuU0?e6Pm7ptSNjy4wUaEE+WslkRw8kh&zG%Ox;#130AND8vo_i0
zj6b=xesp5a25?pUGeXv!^72<lx3nB`E-$p)k0Lb`A*UFI>*S~89H25Bp#Wc`qzG9j
zJ}szSG&)_Sm2kyj9u8V6eUXGExa#R*#Mq$-nfbh7CI9;jT-D5xKd@B>c)Eh;Nu3RQ
zGIXUCAE>ay81&KFZ8I1~2F5*VwhrI6@g%NvGIut9#TjZ?cY3p<y7&TUsmWO*5?u}K
zWd9!Y&lY^1kU3i=@+^+nCl#8?Gm`d%UKssq;c-)a=hDU~uZpMmXg%fG=4O`-HR99C
zmS=^di2ab%Th>6}=ZRz0{vS_Y0aexCbWNxzib_d?0+I@PC6o}93rM$s5=xhJHzLv?
zUDAzo_eG>ZDFNv&>2CPu`hVVUEp(wvT=$&wJ2QLs-ZLW-?wf-JsGqq-^VcMXqA$@)
z$S%Ij&mY#mE=Vh8hCfg>tyxcnH+dx{U)$2TCnb5Eff_501mAZx30>%fDPvrp_*9U?
z0?6PFAcKrEP7d`JO+rnlRabP<i}b-}Kf~NS2FZP=rBiU@gu5cn$GAe>{~93H2!8WE
zoJ>q^RYFxS$k`Z6gGtQ`?C7(05-P@00(26Fk2usb<1Nle@V|V@$%#%(Y~9>^1oZ#y
z8&~kMy_l$S?)Q0tEKx`lxaMpwt+kszgfn;8JVdBlj3&W%xZRPf4Y~-3htVnlxCI3d
z-z$*m=3nvE3;b^J?{fYJcjR~?#OYIzbPaugcb4Yh6iTejkSytv+xhf~E$Ba4D@a~O
zv(&J&QVd6euwh65qxP^yP=0oyps8iS7Ip6N^9=YdZT#snsR+oMr8J!!5#!HZ_W8N}
zOP{0=du=IQu3@Y^-r}GO9{rPsNbL50_sC~|-}c6h8>DZpha|9^S<+S7rbqk~=ZFCK
z^6D!r@I%~0ws4G}wUyd~9`@V(^uBK4F>V+`#D`pr5V?P9TMg55?5FghD8>Tdy`>>b
z7k|B3FCAvs&Y`FI57?KieEnt>$L-_uzoJdJ#l7I-fw{z@Rbs^zu7lLA#n&ZqY5_B^
zktR*-pt%vl>g|v{RlV}yoSe-gXZ!7T#_64-+gGFAZ1+}IAJB$eWmB*IB+H~@{S2~#
z*5eNw8H}{r^kHI6v%DKx&`)dr^nul+;G0*0sM7Zes(c|Jd_Otw;}Z~go_GtrkZogw
zyE?pd76PV51>yW<jcH^`@37LCQ|;zB4&<^^6P71ofq{6EGBO+Xx!~AWRaL#Bgyfxz
z#7Mw;r~WA9{eE>uVBC-X&PHQa+`6_sm4)9LB2!!O8hi6I%&gPPx=8J7_Wc&vUhpDg
zFlF~=-s~d^Hp9%%{n=8SUC}fsqk$=10m-1{GeZ+$oOHy(_qDl2Zq~LYbTEBDE-}-x
z>Q_f#*{T`!7S<7WBIdX1I51C#y*-XXc2~_@b*$VHPv71}@$sK<s2C_Z@7~AYh}Thw
zA>MjpcdW9|r2yN9^z`)u*=Bp5Z+hI)nQMMTi^weF+`8#Pizv`R_zn!jw{ybau1HfJ
zn5`x3=7!P}D=<P_vvCo!uN#i-D7Al{LcpwxixJ%UC#|^V$T@~gz_fKX&h{Jb+*R&~
z@#s3%Iv+9J$g<kn0EsBJHTzZQ1M{5h#!t^kVv1`GSbF+3ro!V1&2N(fICbUKh5Ce$
zP$l5nvatlta4y_Wq={zg37^9qzkLfHcYic<zhb2FO`RRuNaD@IJBp64YqKS-<9%<4
zr%`vD2GMHk&TOeKcfXL1B>V;*q&?4B|9!^|<|oH}%9rQ<9O!>vm$Y+coN3T>ec*zp
z`*uN;>)@mvh5a?s@Yb`^o@jdo)emB9xK?9;bRDP5)_04#h<!ne?pq=VN=r@su|$A=
zMI_BkO{M$SvMDGqnkb69U?i0PA{{vi?~AJ#s%(suH|N_<euu`(%n&HyG__6#jPsvc
zLY||82-SY=>m5yAC-r`Hc;_xlJeBuHycJ8pIak{X_ucYhs&~^RKwX@DJDe}LaI;@J
zINlnaJjcJ%+8pNnN%EFo!Na^E+exGdD=%yPVCXD+vzsQzt2AbU^td0%Nz#D+7YZUo
zD9|weF;E<MXFE}_Te>RhEp`LSc{ti7Q`O)BZEbmWD7XD>swPBU7F4++QReipE=D8@
z_8nU@wMP)=erBU{oX1U3o<Q!7aMDLbCbwwGj+s8)-kIXJx-#Lk?sbsh^ripzRZ%u}
z^WJGB?F`K!G7CzUc<Bb+{EF5$d^8X@G7!POBANucA9H4a+TjiD(2{#MopBh1^};vD
z=c<Roj4`Jv%XOIo%G#w?lZZPntgj9+MB&T$WNuG<u%YuXtK<2M{w3;(>Adyh;FbEj
z$^PG84o3)pSNRz}4w5~HXFizH#%Z4L0tIyWproH<2Xy5pr(i@~reFs<gTnEH7yqqp
zXALvMyx0sV;ynHFq#-6T%owX8I?$d#pt|gCZGE;MfOMS4LrNtsD*VX}e}Su%TkwU(
z>?1RNf3FQ!lE3P7f7ZjJ<AhACZ%B}ExAL(*d&YFy<1M>er1`NTpG|!}RO-_Yf_7f4
zP&mNUw}_h6nAPDP^j02vaTScJrLz03=6A49eByW1mmfa8sv}PdbqBqeo=$ET(+D<w
zC`%&&$u}U=V^|Vir7WgDsvo=H;tJ|fw9Qm*EII6<IU{^NZb?qHalLV#ukq)deiN3|
z8?RX`LU_nVO@6U`=qaGatK+W<NNak#=?JA|JEx-0MZgG4wu#M6p8(&2f_L&{hI3{-
z+?ppa(D6_1ta81+2^CMZr4uFv!Qv12EY^=Yk@$zs&r>CyhBh|7OqIAxOG`jdXN#AL
zI%Oq2YGc2<J!W;n6`r1wpHB<lqW|jMZj{^QUgII_obXkVmCp!4M0S@>Dtnpzb48^H
zagY@s?rgcY-O0g%%8bxoF89Ofp?##GRy*^R;=D75Sf(|Iosp*4D>HPg2Uf<eQh(>T
zp|)X&eG@R_TTuIP^5R_SCpk=|qYphi+t6$#)O5J4;NL4`s&m;Vz^|a<)f2ps!bU=O
z(U~_sUQpso`)~s?)dg)&ZIRSxeeiC`F9)Z4er<n02Mwf!NQ#p+Y(=F(68E5Br%-Rs
zpkROdcTYL8YpK&Y_<E*<L&=@q7xw=IYzzz|zMz<b-KiGB4=OHuN>b%j$A7<7ZXqf3
z>ie)csfTppbTpG?U+sJVRppuFpkhYz4!%qd;A`<U3n2EG;-P@RcxSTS8aRQN-Pa+A
z@-YaLgbDdwhGDO{Kq&nh88(k}@K6prBTxl$PwDH5!{q{$)h_<liNjg^)n9wHALDi`
zxm7U#P%bj2ep;T;dE!UQE#LW)q)fNv0y1rGk_Ii5sh=545LgNs*|}L)+VuSJ4X3;{
zpHzR0?|K~!)!a^_F-_L)_vuGNa|E<c5H1R;Fn0h}x|lqE-X}eI9S9f+6C+&i=ld3t
zZp#v~+9M*5z7>&Xpmy(%9sX&>kBjZI9@SwdVb}O=?Ua)v9*p83e3)=6CLD1Ymk;<5
z@o&xr6wMB*jVq%1ZhUuSGCaKCl+QVAyPx82?I8jaPDuZ!fp5=o>xO4HGd({qQ??88
z9PC|MWkG*GPuL0fX}iNAId&Dzh5deeJdj*;510c--%CuisdEl$S-bv|OFD7*(X$1<
z1-jy7hVNa->}MTPzx`R>TjY=!<B9_fNlG^m@C$v@u5uu(Ke0gj5;ooUG%MG3>u%$R
zxHOrLH!h)0E~S{&Ca<`{?;gEw2iM?l`)mYs)Vl==*1U~vw6SHI6{@@bdz2BR$r1CG
z4au7`9CFo4mz!FLK4`v5j35oBxGMe{iNu)e0~(-jUEAJK*#1LdG#w9<RTH5Y-`*m&
zp)u1af~UqW^V}K3BIa@2Km5Eh?@wEdm7Rt#=7`A7VHuF6i^CAsA&R;3Y7`I`AbPZ{
z&_TIzis9qyHYnl$r$bMj>q*h==C#XPaW7+8T+n<AO@<i@9pKEfri_e7#~T8^fBvXA
z?sIdMR|zmg_Nu>3zD<k&q4iH&K)oX6O(xTdj1vLeyoBH^q<l;ivo7*;R%qpu(<?xY
z_lfFR=Zc8wP8)9VHXBQzDUZ~}^ul#I_Ji$XUi{r!`ra;nPWt-tPoNhlq=Oo%PKup!
z{dgcH1TEJW_%WV9kj+hbk%HNGXO>-A&)v(eX-N4I{U?sQ{cX|GdU-2Xb)dOVa8?Wr
z%%>vYQ>WZWZ<(z;ibF+|e=dFq<2c4ne@=cR56-kf>6pTTkXSPX+ud}nlyElq$a~TD
zIUif+f9oV7VNE<x>6cZ=NhUocwQu0p0VDw4TFRC=O!4(wmh&3eWS=knU|QmA=tkaj
z=b71T&XU)zA<$sJ9Ah?wBO4Q6T)7`>`1R)HO!47UslguEdlMKAHd<nAb^QT4aRw~w
zLzy=_9#pVT%S-6}e=mUg3nN78yN9&&kB_$%4XJUhx~#&Ug~SwP2l)6f3H@|kld(Z3
z)FleDcl$CZ)3*9{XSn~zCnubf`HJ!}kn)W7oU?NL488*StEa5~AVHCfrvj@>EG-?w
zJ#m)Z_vU@`H_mITg}>X@6z>dbMXTO%+h|NfbP#Et{vvK75aq28G6MCF1Z5@sZW{MC
z8S$jK;g4y5TEr8xd$RWO&Sz;2Te^k!e2d(^&#2jt*BbigLYgz-PjKeuAI;H;bvi8*
z<Px0?xsoBt^LLn*E=v~}Xp7zZAx|})!5QihgrNQCjL}WY0Pl(0X{(RMll>qogtyh=
zujOKOP8QeqgYQ!^5b!MQ<%MaPT`_|g>wE+5K`{YVkRn6h$4(Bq?%t_(J~x3ZGjVxu
z75)n!eej5qGNM7kb_29!f1l6Tnhe7ovKMLW)1+*j<D4-OiN7~BZ-)#=h^Ixw>}j1)
z>9m{=NN_CQCR@{yyJ=a{)Qy7|^w#-Oh9sgNja&ke%@kq%M&oHVRDF(o9^7WWZZiK$
z6?$~K1~SxO``}#W?wu#4S2*vC=6WLDz>I^&_wB!_FmrNftKQe8As!|MgL0NG3A=Pj
z1juibC3mnVC`KxJq`xK5E<1&&VQnC+<WAdb&d=Jr8S@cx!EC(=m#2cr;SSBKG}rX+
zi6~1!en{z{&2X{ngak$ayEcd=rt3)ny3>4ZwrB2-X<1puttYHj528aQ<%j=cPD3B<
z^K>Q5P>3ieWwTb06y1BAQjzVq(d>)d>Oiy0pV8m~wk>g1-@s`2`>lZ1F~U$chKcfK
zYE_kLR8dreUO#Q<3=Qpu3Cne_mrF}af^catX$|~6M8Yp%*AC1L?Hw5Kl4VLWtaAjM
z5q)@&hz?myywvC)faZQ!2Ic4HXUlgB;2r$AZ|#Ccj$v!QQf|uTT7hPw^IPXxOt{HB
z9GMhMIbisj19ldziKR&v7E`ynp`1IH5VnW=^KVsDgE#8lfo!3jz9-7=0|UHcJ0^Ix
zNe%fwG=<3*^y8ta4C4?o59Y8DeV$H*hLk2Je=zNYh<r6oWqtKCLf86oEN-A*aDCT7
zwYgv7H{VabiB$}64&O#!43>yQ75)I@{>x?(lz}x__?2mMQuqQouhM+FvEEo%RPgxB
zb$54n)lp5IM26Wj<=uN5;%?{Z>q~2E!t?}~7yw%M4yQa}t=0FjG0Mj2NAM!{PEH2z
zEOyh8-bhJJg|&$BGbh!a6Wy(jYJAyUE3O9`XnJI7IWuv>^eZ?n?Ki*U0HX#hkhd&T
z>6!kD1Nsg+In`{Q`z)!0rKb8RiP@Oi?Y9E#A$n~fZ>3)QinZ{$dGMDwhjYdwzWc64
zJSt#)(s7FtSuCo)ckaqX^_rWYl7lDsAdy+D?wvTTR4F>1S|Na?A>pFn$CX)9?#BP5
zABivF!(BHJWp#RA)gSbb^so+72@pBl{Z96>JrThb7%K6PtNq6L_8sf0`R?FroHU5h
zKxr}Mg}mgBehb21C@KkC3OnZpP~BHnF4~OWAXRU<dHrIRm+5>@)0<Az`7~<$sijpi
z)BgGG{@z}Xi3yGAJseKe4_imhqNXe-8_)u;dC^Ex9@h?2mU`e&fo#WbJZe;p9uXlU
za|@`8eYHe!9?1P^#d-K|7JtQ$PAG$L&BMcU`^LI7&&ct_$;k=Kvg?Ka9t`#1>U})#
zNIRmbBv_mMz)V$(NCo{-Mdh8z?N3g$jP)<ab?@I!z`yv4j(L~NCJ3C=B`dhi9<Gin
za{bIeq<m=3#Pp_kg&TAlTdOsaQJf6KM+R2Gbz(0KaP9RaNLEiAz9b46z&o^j5N!@B
zIl|nr1mEY?^>lrYXTB7d`qL#-FvqZf&=%AEFJO40ZxtC6H}{hb6Pf(nsS(dxWa?MO
zh1K8w*gL43TteKiS?Iep-4%v<3R}eGWD9pLd8@|t$Hv9=4h}|cPs(#ju9fYZqD8k^
zvF{nhiEe+HYY#nXF#edd9sgBEIZoA&j*RqxEDN{S+S>Xqyvb!{#BlJI*4OWh6ijq`
z=j5mai-9UjX<%w9!bJ2^L4go$fj)Gu=O5zc<eZ*q_J>2)c(k*KX~Ix|o^Vu9AXBL^
z5*HC<##8;*T}9i5`gI6NBH`qtunx)W!ou4$hYdKke322l-=WJ;Fyryg)me6JUwRS!
zVMRS0zWTDA7OAZ?59{Mz4XG&#RzYOSR!!-PxQ|R9?42bnt35(_-fc@2?S(13L*ZSK
zAw>T5wv1j*0n^kX*Y%Fw*&1ntx|zB2wcx=k);S`gvk>rFfre(2v~Z>|zVx|1YQn{@
zu-9j3%ZoFB9qBd1tyGlVbrZ4orUD-=R)u?fmCgj&Amj>>a8Xx#$Nv64e=A+aF*VHg
z3Mv)gtaejS)v>_8I95n(H1_nw;G*aNBSe~f`N-(#)|BTh^qwXR^Yc@OPe0x#kL<ZV
z*Sbc0P05+B6?M_ndK=dZ?lnVMK^{YOUJK&glQolf@6e09XD;`%z2>Q3USc`ZlG0V`
zNE`cnCV7*C4mJd=u9~EF-o-~3or{fv2+XH*0>*VuDp)vQe~X-Dm-26|u+5kDVZ=`F
zA86<Q8(Ys(ksMl`N+M*~JbQ9myxWgELaHv^?4c+atOsS;5)P3IA<M0HU~A10yeXou
z>@|2Ri2Y4Twj{9Iz+~IVzKNMR<T4IRQC;Er)RQ%a$9(JS*omG|@lCW-(YyCDT2R3^
z6jK_&Zq+>hEh<nwE_($7hMhDfw{V%>xBXCMK8*!YKD{EfY_HN@eE8eNZt&s$#fkFO
zE1up)3oGmE69a<#hqJ+Slw9v~c|*jMNc=f{E=5>u1>T{=DMr|pa)dAdz9yg$)LE6S
zxhCVE89wi%#?*d5X(WJrT}%{6q5e`_qL*Lf2vm{z2<%}=(WD!9pS(8iYm(9p1?2Kt
zk-hi!v!`sXlF==FmkQ~(97aU0N$X%S(qN7;)I4sBuThPXg1pbC9_!s`QUOZ%@U8!8
zZ?AvbQyN)rWaI>2cwe}O#Bo<#oOf-UO@zpoL6EUc3)(w4*m$*$c*zk-q;WENz7mCL
z;z|R30Nx{$<JtmrAy>g+e6#FfilpNGr{~3QVs1||DRlS*v7uhB&t0r;Cfh#Yt9ww(
zr4rjpFVS(8;u^T<mP@H8Q}dU<{|?TSe^Vg!7?783!Qn{EH$i71)SH`zrn=Z+{wI^A
zwu~_?l(bI_zZm#XA`D}f>d^uB6PDsw=3C})4?c$m7a4N(X6XYr>k_uOFM!T-=6+Hk
zi_wP~t#=k{iVr95?@f=|(fc3a;`SU>byGPc+Hot{*x1}7!liPk@h+n#lwf(QrqTdg
z0uM0UAtZq5JtZsaRrNk>0X=l))&9Y*R_Xo<$>#W#Ng-m+;Y*l}xsFqrP)ha#S*K5a
zK36f4m@HfSR`-O~M4-BR{b=}0+u!1^3w$5eEY{?PfCCW`htETnq6iLMG910h!GcJk
zP%&l&qNE_mGI9V|lo_LLa~tj)Bmfq_lX!)XFH%hVmP^MHt}Ws%zi1(~%v8t2t)Z0+
z7Qg_Zy1!%=(HDpGE>-^bTB7z6FLr`j&$UHyh+2Cm2~M1!!vuKX?Z&FCL?_nY3m=Hf
zR(9qUQPfa_Bh5SKtew$r(&7Nz?Gk3*OoYsSAH^@e8|re(i|GP5==%iHxeymjxj^MU
zEbAVhL!PuBR0pu#OLyL&PPNPc-lJ6F`{RbUO!X6=KuvFHCXC6!u4-#XEN-x+cyfe;
z{}8YSX$-#Gg%R$*NJI|uAwv16PH<0KM7b#Y_%U$%so#3K;wtW>%Lk#kmEeCE5vjx4
z&L7)xK4lC82>&P~9)8k0SzB8AvvmLp5MTg<au+$+T*??RF4+s_$U(Mmuw!{h8+`eF
zqxU)#2RuCcz0+DW(Siwup#e*nI1B50P%^KSWSsquNY66XMpF@HX{9e}KKgV?%DKz?
z`VWSg{Z;O~2Q)n(Zq;Gm6q7lJrZ`%hJT5E+;G)3S5d|{H(~^L^?=hE8S0=g3uLP<`
zlDeo)*(8^L;x@u>pZP$DMz^}nT6P5Za^k*7EZ82&OWoPt?$PhCd6kn_0d08`zC*I*
zJ$cv?)arb6#KiJ&zyt+cbqzJF10RWamr<eeQuw8k*I+_cuJqC2c<KY;OP=4=gQ+r}
z1#)d2{^C<=K4FX?en;jiT)PF0Aq!=dl|DlnqYjy;*thuHKVofJV~Eqm$8{{c=6Zx8
zC)DUBoLXp^eam|gzd3!P%n-<?9d+>aRY*05i;^kbeVY-Yf06PF$V4sY!X|6s*U(l8
z{lE7^6WY}5ow09ve>~oHRwE}i{zXcu+2p+;kYS}nu1bj$d4EDdkuOQ}VYqDuPkrYv
ztc?vUjnnbn4W~}j@z*s|^Q&SU5&W{Mm%N2~i^#<p(cu#cJbc|G<jV)&Kl^k^DGjK%
zmazPh)Y1QY+>+l~pFsO~HIv5Sl3#1;a=qvGsUVRYc-ZIX=izwzj=n9;Zmo%R8<;Ts
z4qn$a``WrXbw`vd%56y7goT%ndNO7)DGia`8zt+W@|SKv=-9V)7DSxMJz(sLkP5?%
zyn-fp=K9y&#8hb0yOJ>?JUm6`LoMu`jTa|o3FvnEm~_?A)(!Ap28|WbQcrp-+P-$q
zYj4qH2xZ9!!bs^+c2|zQvsq5T7mx^V0HM;18IBS~y<u7dQu^Ze#TB(P<Eco@eySjD
zY=NWY-3?{^<X)f6kqq%8itP4Uv<?g&7&HTI0(Poo2HQkZ`>hCNTmC`kjXHDty4ZD8
zcDCV=Hq0cBU7x+10*>Z}S<5M~wh6-O0q5s5@C980z2oB#>n4As#o_nX<lHnM3L$q<
zwI?t)J~;_w(r(W<{|O{wXFz@K?qb8NmezgU&p6-wzJ%%KCmwu-u>!f`y|)?q6<@z8
zP=A4ZeHYx4TMUH^uJ2XMxb>7Fyx^iu{bZ_YLSBd6n?03YEt+uY#EF=El2;h0o~bvW
z&hE%6hE1H^8Nj&MAO3kZ+P2n4&Tz+0=Hak}!hN&#yF540PZ>=7ALxgM6rP{Y+;S~k
zDQY}*2K#&Ly1>BIw)1mWsRN5I29l>~6+`o%x)+5&zg<{d1iPhM)@KAQPj!xGXa^;M
zl&;4(%HL<{OR<Zfsqdj<JAU+!{+U^F=np}N<+pli8t|D~lkuKv&05Sk%B%Urg&MH1
z77bP2OTh-)8=@E7G8r*r4;ZD1d>JDMVnV<f(WFJR!&<|5IlAxA7^h&^GFJ}8<5NBt
zg^fCm-{p)X9xz#FM?K&_k)Q*|m>(8j1Jn#cMasM^`1rlgDXXfUS}l8vM7__N`^)lK
z;IKq?XfS|HH!d_jaAf1+A?33e-j3Fg8aFyjUj+q@h;(sgZ1;Ckctqai2P&7aJk*1|
ze!PbbTj=8qE~RCg9cn__k}Rf8+Rpig7HY$*5Os^&#gV0`2IhCVZ%o#@M&;wE69{CW
zA!U=FPB&79Pu>f7bv<jc(dSzRN`Kv=sfi|EiN$j@-&XaizyPlU{&#JMZCu&Cu;W2`
z1A~{&wVGf&rMxNJYUH!4tQ>hu7*kQn<ZSAY)^%I4s9u;VBB$d%7%Kz%nw76PZ<~3b
zPNVBn9|d!pF@z5nCg1o%;o?xuaqF_iKafCz1_?~sOnzAU8hVrC8(p13(=Z9X&8nMB
zy`#J_*qL;_Pad#Z+^YdaF3TOgjxrAd-{1HzoC4h?l@($DNJBH?PUXA^F8V&ayoa76
zj|A5-RDT$E34HHTMp7IIBYB@u;(~}@Sug78tEixgu0UdOe`9H9$Njd8p^6-_w*L$m
z$H_2@sUh_{hQ_sSa&=s4yeqPaMy2B|e)c6d?k0{Pb#Q<HqhVx#hMw?OEZ?GD+0!Dv
zsRdtGI;R|qRwsTV@U%$hJfpaIbcWj-L$DbeT=~`&r<PM;ZaAl%Q66sgS6&%JpD%V{
zoewO!C!UtBiD*oS{Szd7Z+6$Cgy9`#N>2$s3(b!0@N-?(1_6dE)aZ1+jdvqW?OSEP
zoxVIht?STlxh4WJdSNr>%TqRMiD(PR=9pD?G73eLEW4C7kKc=#gYCo_k)0J{#KN1d
zDuujs7YL@jro+xXdn|1$Es`~ir1Een-EfEc!)d3@WPxKw6Z$5zuRU)f`#mmpL!9I<
zW_OjU0)e|m$PM#1l%eq7@;V4lzM%)+h%<a~Mdg~@F^3|N4|hbMKMmdI5P%w#f=5o!
z$ihUNdEI{14d>S><tBH0Lts>J{m;-VNoy;D!^5d&olVe5nLnm+TcaE5x*y=9MUx*}
zg9G;#r@f1SR2PZ*_|=={bH#c<ukM$?tlp*kR$2+CG4<80CAFV5eGxOn5wDo7m|&^}
zM}#mfK6FZ^WM=9sk3;VqdfqIQQjbWHk4QgFZr~Ii@x!8Pnl*~M9p(||zf;#vRbD33
zPS`hYMIp(<41b3kK%byG@L3Z#s2?mGN_6nq%pV<EcN(6aAKZ_t;MiS`?0>3IF8ZTw
z_sikuf8P17lpFL`a!y9(R%-EDt4!_91~<4DhdvDf0lJz}UyI?klko>nDiZ!<P}@F;
z@qdX()qIFNVdlMl+Hv3xN`r(OZtXecZ9<u{iRAOiKlRCAEgRDid~omFp*ovo?-M>P
z59vS1jF27PIOQ_s>jf(7N$!>AHIbu>E#A*-iL0Vg^hqtVHPnfkuUuL~e?-)$6<hnZ
z5H=d~v*Co-NdHb0aHEzHINJ@<;RJoY+wFV@S}I5FJ}qjb3i!TKv$6O~_(wjKotRNp
zF<nj=c}Xxo+vLMdm3Zh{!eOIIxPy8%)oJk~G48$wPDr42ExQlO$(W!36_&6&$vf`W
z=N)vg_M}AvP-yA-(q(*Axn*iGx9nVYtm_*X_2OrL@y$QH1VOoQ7(+q_2kmI;G?QVY
zOL)~dKPGT_QWgPKBO0r{Qaq|_=)NFH+OzYpbHx~Q{ZR4@aT**~5JJn~nr0TrfKN_*
zVFLcidn#RXW+^`qTde#L{Fj@Z7H;^t&2rz!OFrawBTVQgNd4q<Gbw`<j0wVCUd%Mg
z#ieE}qsCpj)#Uku_d`2sO&9mwynnn0i*(AjZ^o?$J>%nnM@J6Uwzlh|vLeWlEZj8d
zd!ghm%ik`2-8YWCj|fNUSy2WteJ?GZURInnRrvO>eRSZ4bU3q`G*11oub$%NzBp=m
z;<oR~7mEvL?2$5nM<O^V>zHU+A)ZM4wk)B$q=b8t0329oa^coGUr6ou+zqL&2zf=z
zXVpfZZY`?>ilq%mBMJ{2PR{8zdr=tF7atFY^u!g0|3DXCO9$;!%2PfmYZXAtz|YEh
z$egj%9*pa^)z=-2dp8ug_I+^)bGd(Dz;Zo-FJ^nIj-V?@%hndQ*BKhM`L)o8c8tZ*
zTm}*v7z?|A>fIw}Qc_Yuef`V@PJ-TvoP$agjkPcE!_XWMvH;zqO+-}x`XdqQh8`r7
zr@wy~8b1K7ekv}}ku?2i;*3Q4mY-Q^+PZ--zG_7O!-E}xqYT%wtK^}iD~w^QNF7^7
zzv7S$d>TvLzxdJDxjhDcFD}c2TLbmRCn!g4hUZt`hj+Rns5g=@wlzDWI72)riIE5Q
zUqaVqYMyWO6*#A>WbNmbZ%|kD4RhOWl~w!NC?#qK^*)o|M_HyzoUzr}xsL?)u1(a*
zH}6gz(C}fcWGN~&yPcsfuCEKIe)>*R=Q`zB(CG`%4mP~2&$8iMxdP*<)AXy5;f?Sd
z)R@=5hJy$RHqlok2)aj?<2o7%X4#D;p5=HhA?0o!^H4XRG44rW)?cLEazX7gNfS}^
zG@w1ZElu2N9l%VzgP+O_kYS++h0xDVB4bO7;Dx3;_Fg6^in&?1^1!-6w7Br+1#Jln
z?{z_1!_Eam-3pSFXf;Wfhj$|~a&{&0?-jHDch!&V44HH4xAsaoBdb_h<@N##ekjR@
zMxM#(iRFs|ym=DL7rMPwRrTzr@t<#U52^6pQ24@Vn8p=;QyicH?D!{!hFayKkXJ08
zQ9acNuUpwNf`&*?SeAumGZ0Ej>8+Xsy?R>1nr9=ahpRX%U&<y`I)vIRc{Yb{4Ne!h
zuJw8nf+h(x{LN^Pd~#QF58rsUYBGfV!=w=SO++%}`hJV)qLsFXA27yh1pEnOJ~Ps6
zN_;ISb5Kw<Py`-b&K<|Pp4qEy{a-a4K0VeNocfpjT<t(Edg5eVXpj2>YkjuWX8e{e
zn@#Xm6epuhV-#(kiM_qb4*5Fey((C0F1&M=R!l8{TVTV4Tfgge_C4P*E;hDL-i)5$
zg`1n(oBkP}+!Pk`10P<c{D0lf$6p|+9rCyAZu3N@SWHV@kpT2-;NQ92V0OC8?0ir$
z;SUA@sq!O(NA4TvgHBr%0xr00y?SNK_qM3!fY+d`5hBY)x7sd{-zJfv=^e>yBaa+v
z)=Y&m(Y9aqeHaW5NGsL`HQ<iyIXJ{@%~--nT^uqvXpa5^EHwW@^i@D5if$`$Oh;Y%
zNtI<To_Uqy=<j9E^2`v)0oJK#BXkk}#hKgj6pkJL;N)b116358`pDiN=x*njlws*r
zd1;^5I^O^d#w9CT=uquFfs*w6lP(d}1KX4)CMJY7g4^<Quz5v4M7+av5dTZx5{@NF
zPT%Jxi95CW=*t*t_$^q6JCl?8+!{!qr`%9fP6*Z?rTISTeEit?bXt5)=h>~Ycuf~G
z&V&zcmu%)k4TXRUNZ+#@WhkbArZ*$4lA^A=2q^@0l=jex9ql*cFRv!!phIZ2*g`7F
zNnWWcqZnS(kjsVHCT{^)^Kpo35>Qe7cl{Vim1<1u2BLeK>Vm(1+%hiy38`BI{U-}i
zUZN<8unz>|hPJkMF!n#dR%lJB-ao{+UL1M%34GH`avi~x#W~)sk+MZkyQ4+N?{?UI
z5nVi(nijtNSUQ}Ea6Dd-Awqt^9Mfx=%up)a0xPq5sAb5#`Rxf?2$_p2ahu26*~e~3
z+df%2_sNsygDG!R|3`t7Ihm;vnp`2_<c7lznzw3%GV~+w#Z$6#)27W&?iTwyx0gQ0
z7JYY93|K0KNcIHNS33BR^<{}bp>CBNLAJPaZqd_G8uu04q0I}Ikc^F~y3#ZVJ+Fej
zDp+RYfLkV2+DqT1q|OYegNiw4O})OZ-f?5%iN5Tf{sms|H|56{t0gLjzwBVvA+B3p
zXqac?Ew`(}sNKi*E5DXhn3?^s4%FK%{kl|XDE=4)<UDt!R2ey;e?2=~au_2@{oP;S
z@Ox0J5Crbn(q|UCK%i_m=0a1?b4|zf&u@b77nW8Yc^up8?$sNcO;So79m*NaGf8}a
z0$xqYE*)QqmmYv)4kn|(LR|dlT1%03t1Z6>gR(iLxr0aLJIkq6n+7{e81Ifo|B%=S
zH6&WV_nQk4c0)knBZw0oIXQ=(C_)LIP{Zx9_n`885F4M~f06Nh_QZ!s_eq|~ZX)>4
z)O#xuT%bdaF=C*TfijeN>u`dZvD53XAe)F@(?r3|AoiI|Y2p>N2zn@Iy(LVM?5ciw
z(6XI|;KY=~!)jd{dUUjqce#lmXY-hWD`NOgflcPEZZ1On@pJ&OFwhIF-ZcA@1hR>e
zKpPwmdrH7!-Zvr8gnWv-UGIEL?)1^9`nVLqs)Dk`^PShtqM(p1E}rV@^jz#Bv)`z~
z0Y}mcX$3mUQ!<I`nf-?Tv(HFx&{E#quzx_{dzJI)2N(6^R{z82Qo0zMHHk+zG)|X9
zp@(v}UnUh;_Trh}AaX$cjIM~|fAG=d<Y@6HH02fj)GPYf*ywU#VP&l|q%HcvwPeLO
zLvGd5Ijr{YOuUpXC%_w5-z{gI=+jeYzTF-nXoxSS4Em`pxl4PnYLm2|d2p&9!w`8l
zuH%7cYlXvC7GeR@e3^$r(0PC5JTT%X5s_TFBufbo^&~k{m;p;12fTM`d^XwjDT1xy
zOzO~`I4B#!-m9qBm{yE#TZ-huFx~p3P<-bt)g<&TNk1;+p(}Tt5iJLuFwi&i_8q+%
z{09q1N;NZ8JG)>Ur4nZ%YP9O+_l7J9UyxW6yK$g-A8ee1gRg<oyGMG1T>WoI%$}33
z`mqm^_UXYaz99rHL?t<`mHFHP?MBf7`WF;O!-_c!IpE&A7N~W@`v<VlvO`0+)JE<1
zAGj8k5l_~q9xXR|U2nuQIl1QbvZlq**3OQ`sK(pjIoFIBy%I6EsM%B#CUh7~S+3T<
zv;Cb`q$u{mDX?j5M7dgi%qMpaax&3nSvTkY^xub_7!Y!-iNBbzjEdTe)Mn?Fe_|B(
z)d8aVp~!5shK8tNebeRn<!_dkA#+`2LL1?dwxWzFzy#)(>B|Mf6-;u_`238ns5`}T
zc4pbtkPhVQe`R`U8dIF1?lg+zt-uzY%gW<d28ySYw%X~pf`}Hs`@XvAy%1rD{68;1
zU068UNL^lj2V~TzZs(`_UVmWx=-TyoAge*I8POP;oHR2Z@YWvOh_G1(p3WaeaQpP-
zmX+BIY1?rdq!aie%i}siSF}>I>W{qLeBRmY1+^wP{$)-s81Eh*g@gY>Uw<*V+$I{#
zgECqc?=iVsO{b7b@Wxa5ee`ylVU#}~9sg;PQm)ZIIy!2{S3hL@chI$KL`PbOzF^c>
z+iQ5#tw64&83iq4$Yb2E1e!H63aT8D4d|{xsR410*4w=q;%;nT2}r)=%ZLRve5EGP
zj05we)#^=r@%t^E&^!HFVKOZ((>P3Gl-tfH3(B-%MNcH|<X*Ne6rNPyLeg>?K7cRB
z4+ko~SH^&gpwAH9pe;`Z`N0s>HF|mi-y~4H(BfeI)j#9ocuGo-`S=2$4|I2L@4dY}
z>CVp1XllaC<evQ@)pWVm+)37zK20|_0Y@jNKsHYwrdc$>>?o-dKJyy!dX!K`5RCg1
zlasCoHM|7HY%munZSn%FBD}HnAHPq9h!{~X9H|7~-?W=N;lfDTn{?KhEYql<)14*%
z;`k}kCn)G9Y*fh{GtChxgVtM&2G3j1?Wf8WT+TGE86a)ti2qP}WZ(5Q(v?5G{_H&T
zm1Z;Kn{{YpN0iXoe6KD?-^=1+wV<^j1^gc{+bCkN6Po$+by^#w(*^QO3|{hCWOGb<
z3MPmGB@)mNwvtCxXt@6{VKcMlh(b_tCYBHk=HeY2gqplZ3|~0peq>%T6&`$4X1&=I
z`VdWuUy18j5`^hTuzqIr8WB{pXqNGb%a6sK<dPD?A3uJKE)$ZlsR>$Hl^Di)?`xqC
zSh}dFs5iP9M>h@nKfi_KpimbLL!a|R=B-eh*X2)ml{AArJUplZb*ZSRyv2J~*VdXr
zQLMP2zH!Cw!`s343Bd*re9cY;G_PPd!wyD^$u%dnUu#2iHSq#&8ayzu+{D_+$*BWB
z9(}9NseO?>qoe*XGAwzKS&1K5ad}Px)t`gHn}{yDxA<nUFbyN*7r6LnwFUY1+D&8p
zO~Dby)Meqn5#>`J&w_8(7B0>5k53CRNdqh_LoKWLuztcFKiYFvqS1Kee&|=9+=WVZ
ziX)AvO-F^mhH&VrF~`;=VD>|bK;!MG%9RCCNXHn^uxs4zhc)I_EDJXrffLtZ01mvX
z!2;)p`@&tIs(|P$w}dq{C_Iq2kZk_cBz7TLvFo_5IDZ%3Ql8y5FzNGD=Upk{{lLkZ
z-Uk;2;SlDd5b5b}RIQu(^<QhAfBA^CsjclQ4Bafh$b<J+8T+^EuXx^yR5WhA3=c%q
zh-sAe#QAiXyZ&>WHuom$MdyXz$Hp^(2TtQbYc6R<SjHbd5IahZiL>H)y&RR&c%Epc
zJTm;6U~I6mFK>fx;DGd|H|XT}AYYD-*62U1tE&TVM}yaOl5*7Nf>|9#B@Z<W!9eYo
zr~Y55lcqjN6XWA!RAnGIt71aGG;WsK?}*E$Fn{*3<+=ZuXTQ41;u;1}cbaeI87n@}
z@`gdzl#MWoXCEz5Hh>#J8=MQtYPA-YvNL~r$19tbI*Uu({e3-kpr6IPleK<AkM5CB
zDzvh$bZm!g%;UX5zImrWwzl%C_tW!48OQMcaZRg5FJ#H%m4lAzU6PyLc4=KYAMJrH
zy@pKl0AIL0U;V61UrNZ}TfA1gzZ)B(#>Ol88MENLNCn#k=&_)Fiy+8}CxT}j4v-<;
zi$59~8iE!w(Ek9|T-RLtYYJWuIBHBRERZ`$$}9T&`{_7}6~eoAfSwLyci!(eu<t%Q
z>@vH^#I9Jg;H|hg0inExpc8x^;D<RdDFpoq;xZo?8_k#d($%Hr*Vfi*LI=T|AgieO
z36?7C9vozv7>qiu!)zbeE8_glQO(SZ9sOX>IH9|Xx8=*5`1l~RQ024Pv|=OSl<Y1|
z?5BtLlek(%q)=Jfp87Uxi9`w0TAm7)HysAVR46=u0L1s(P}X_@1ZA+96_9RlRNrb&
zNYWAA=iLsL^lhyW>G<VW5HD$lrYlKfzo1*lW7IbfrKR-1-qew}4(|+z>H8*j&b;b^
z*-ggTKVv)Cf}z2L({eX`4eiU{40y7(400PU0ZnyH&8>*qUf8_^D*77g;NT!G-{W5d
z6~9%&#q-zD#%2I4>94TcbqHXJKJU3o)pA;P_BA-Nys?2`hpC7Q0b)Q7?gvcd2H|5G
zv;Yi@td(q0iS!hE+sXEU;bGsSqocK<H1nsm<Cm1+U&5uYxeN^s&YT|Y05BM(qu)4v
z^U(J>P2$PeV$Wv6N$<((#qE*&q4}|`18{vnPspm#C0=+G;7|g$5<Gx%ipuhH8or~s
zFj6wIVQK0*1t93rNUKf&jrZUzB%~HEtK0I{i~V{nAETxK+2l<#jJVctJ({O-i;R@C
z#{axe^7LW7?Y?7&w{DB(AUKTW?VaPmDl<Gc1NGoX5>oyAc4B#X_KJjm_g$x@O9~Im
z@bm^pRb^0Hj(zHjI;0<A3`Ow9Zyk}^SiRHq9IOgW5>3r5cW5_b{<D3^hEjIUgEs7c
zOy!*m^?pT%T|-(O)7ruK=U}rAhm>V|e5Ej^!6Mv0-7c6LY%z$Rq>?4B1-Y#JkiFn-
zmJhlBljANpi7M^4W^8BWV9Fq5seSt&0JI<l!o4x!egNp@8DBQtT18(AFd2Y$dnYD>
zAhsT!xdMv~U+_(7X=xHfe~7e@4P>4*%1O|6w<ex7mmGGY&b_f)HL%<j<fd#{YN*YO
zj9&hyck~Vod7}@8i+Z*7HFQYX*zg81#LkWz?63-4f#cawP(b=c=NH#{HjUa!?YX7#
z6>o3v3Y6Xo^vp0{j8*ADiiY#zWE$6I#Bv7X#yFvH^ccrWK&D~CfE?!74)AnKq9-Br
zzHg@%_>qE_*e^6g@v{J<*x`l0L0s2iCp3J%pe5e)(P=rTqQuoqZQmz{>I4P^J}!CS
z>MG4`_5Pj93ukDbZ}UT^MdQ?rVw&+cf_&Ma73F9_CV8zULL#_eeNdU2nqdaEF1Q)1
zr0-#LuvbDt0^JAY>w0Gzs!`_x6d|uJL4E@WijFUkAJ<P#FNSLlrYie(_%^$jdD#L_
z(lIpzxdaKO0-g$WwH41%wQGcgu9c-r#b~dM#Eplu3S|^4ttfJFYMT|8jpz{iYDZ}+
zvoPNhUHPNiTBP4%T<|bz?FKO~xhh@W=P5O@FPCC5Ud>Dh&JGG{cAsMs2ql?q47o@r
z_Gcz)4k+Sz+*+)ani1kY=38{}^?9XdZLLUjyRSr5CroV1qD=5yc6b&7j($y{MG-34
zYme$dZl{R*ah<8b8`G@Skn(aaz&H0YjaBbM`yuio66WHG$IH-YzLjoOq~$f<cIu(p
zomKe=19(j`72X#JGg>|8K-GKNBj}zZqrp$wF*tXSgyM7`<{UPj_idKqb3txaTW)34
z`m8H#mm&9(=x$V=35t+DSFOY>rFl}8CfY*Wa)7tT@ni9Q_Z7=>g}N68Bc?m-zFSpz
zr^<}ts0}@q2pIX9I70e@w&tqK%X(YwJAeGJq~aF_6z;>u)ZVBMff}D`4r@3<<PLM9
zERnP!E|@eJ5Qv?dTlt@AZI%sbd^?PeC|=RlRUbH-u!o3)k))GJOiNqL&L0tqs<|x4
z+LN6dxt2CZl7a2qAD5*^xpDQK;M;IF5Ahx^pAO~snF#m@&nvEbk5bGp(xp&(;?g~0
zyyK;QDay3{`Vw_W!TlT@(_1~Mj|gn1>2{2s3F<menll+_-AC^COj*s^XYz%=_s5U6
z+UOYCe~xMIyfE-m=T3xNA4cI+fT^zblWp1IVY&~(X1NTsoV7W~XWKSDh?KXj-?f{x
zioUwbmksX~6|?Q2xX}yxxF_tf0gDx?bCc83hW6X(sN-M=T2&=Ed>zW-4*BIb1kaL?
z^&Tx9|3L9&RAi_dCT|43lDBx4i8214VF6cB-QD@Ee1=MOXS%Oh1T3@5bIAxVX<e3S
zvJ}T;1eR5iBdpK$+KT#ttBvVv6w`54G6KIiBSz^e+CwnF;$~j4lNpXJ^6qbSP*F^@
z{n?Tn*ftOZLb~Czf!q^+4i?Q-rhT)0oLh?=Pt(<DSXU4iPP4F{P80-R4d`G{=oUgE
z7djX|(LE^~O@~qaOu9De%!+q5x90`q^6Y5~={4edP6Z3Qn~Z!6f{m0Lu*W+X(vyiX
zJozbyUMObYgAbe1qpwBi^Rw;xl3rE-lW0L>WtA7j!oXHElE+ib%QR(GQDjdmP3FAL
zRpI@oT;^icckBE|$Mu;%zj?I*-hD)Mo23R-9hi=HWaHk8`5A_^G<_2<?f&zJls2TT
zJ~%Kah}`znb2{1cUb@l0b7N!^G253e;nS>z9(nX^Kh!6yWtk<pSg@f<JU2vAKbbY)
z;)ea7?0~G-pVY6<lpWm0QajyC$YQC*6I{VRI$oNq7syd7ylL0|;}J4E5grClwHLCw
z$>3;y)addfnE(7u^q%6KcntaNoAdLrDq~0n){F5s=}v@l4=HZ8qlOsoaDP#(-0C%F
z#lM@}^Dr>JBP()1HA_-=H(dfdfv3?Jg%p{o`Bf@YAL1!ulgeWK;G4+15jZyaGmE*u
z;llFOsy>3LdK$3JXBuc|&5^jTxUhXBmD@zln@vDcM?Gt6xLFxLkR908evG))WW15)
zB%yhUk#;uAnw7UF`$5X1^H6x}SuzP&I{!BOwyZr&Nw+v^_jD1&W;ei}UviPJf8CAI
zS<&@vKH0+Sro>vH#_px~gL5po=X7V=vZ^epbj1(c@{B8oSGLPc1$v%nX*@*gU5^hb
zP_I^sa4(O^X9Z?#m;zZcsjbC{-1AOGj4b}-p6ojMGnF)B;7z-I*}J8s<pys(Zq4)8
zgL{vk)N{k6M+c0-V2%5<DILqz`CR9SsakFqB@xYIe$&>#3wq1q@=E8@L3RF5POPI0
zuZ55&);HUS*d~WhCi9TwCC1y_J2*AN@YLkvrJk2^IySFJ1U0DDG7C5yFdw~1aqJtz
z=CJJ;QhtAF;jp&0rq?{n3-wlEe8~(i>HghY`eR=emWcF9tL)~Dg=DZyk5;g0N9C3k
zGxXi>dkqzGrS)Y)$E$BZt1Q{t&M)4LIp<tx*eje}q~MHZ&sD^;b;-?L(H3ztt3BQB
z1YA?;d{msQJ_z$7$Q@ZOGX=Q*KK*q)BHNnfy8TgKVpgR6(7NBy#DGwAP>1MWd^s=0
zm%70=EHyQ`<ubu`MG9nc=^Ro&zPuE)(kg;QBVx(g^4z>hx98Ihjp!bc2p|d~y;~ON
z<2yc|d}Mh2QinY@<GsrJu@xz=e7DaE%Ze?%QHm=cU5qf-$f-T5!aAl}a`_5*9K(|l
zw5eMi1Z%!XTAyaiQPG9#C*j{po*Z0b(^P3UL0^MJ9vd;FLH4>`0)WCA&RfDif+Ud0
z!CpI}5!)KIp4wkE*cOcUH{czwl*;|&b0b0w`<uedyu$G9jFkH=HuxbHJTh%VB8&$w
zH}CV_<<F>S4u03*P@wLUn}onBvCfiA?iA`SbbcsTCr9Q{^$rHJ-@p2VAQZ>M=j&9d
zd{$SAwC?bOM+XVcE|dKbS{3nPGY0c=KMUz@Olk`8u%e2bcbQtd3CRNCND=xXw_V3p
zO%;n&9+<srm;ApA0HO&CqxSrG<uhflk56tU97gLS=O7B1kO3Qdr54R%xW8*EahS!1
zTieXGEOa@rr~7E+_npGWw=kmBLN^r9Q81{(m4%!|!UXH_k-d@i6Gah4*@Bmuh_F^o
zwh#1$wajjA9`NE$1TZ;wza7kez=KIY&uw0)K=$lq{HG2@5zTUL$KkEGwoA3eNGDt`
zyMR>@C8ke`Or<(^&__O^(`N%htUb1Jfd(40J?7zgv$X}sg}N9w8S(J;qap%h`hL}=
zFO%uSo9NH`)2Bld+w3pqgX9Q!b91uSn5N{HX!p%8Wr$}Mn{!WIWkmSFcWv7Y#a=x3
z9!$RGeJrGl^xEUQr&;stmWi+w>wIM6l0?*%uS@T<0{(UuzO<{K|9L5rYi?tROawv?
zW5c3><>wx<qmiRqcD%;}NkxVZS*xqPwyonT(mFUdB6<^yaB8S4ii_n3cF;*IUoFDb
ztV!!JcuTK?HvEINpjJy(2?j>tu*7$8pe7-j7C~dsP_;TaAKUp$Da9wR8JZ<BcW-0h
zJ%OOE$j`>zgCAKCJb{UUglOAF05LdT@y;!+(IbH>4mJV9!dnJYOH?Tz9Y13-od#7K
zOkC~SayY82*H)J@*xdU3Fo&Jd$y3%rLQGeNOmAKNXrzY`qoTF;jZcnnx`L`DwvSZI
zYd=+M_0~TD&MCyeD8+cfp?UI*8D%b)|1v%=hw9D0giytD_76$i_HTX)*`V#cwYoBe
z+j5(1%;|cud+X1dQXeBRMNY*lW18b4EDCXU@dN{D`GnhLy<$2gJhZs+9i%LDh+oO&
zS1u8Wd?%swsIpgZ?fVZRwGCaeri?1!wz!nhQCW}g6(og}?gbbT-T1UB&gu@F6drUg
zekQzlts!qS!45B|p%zu0$C2W=Yf$4maC?CLbBBRUS&bKeeviFy$)Er3yR(^Eog=YX
z?ba1wu-qXPkf}gPuPP;zp2S+ZYO9r5jC?bZ-Bn<YALwHun5-~7?wwq0{kqj8`4<aP
zrxtzMmo8B^m503Q)U1JC`Vb2>HoR#z2iX$X0Jt1^nl?^{#&<c3rOtU$JP~-_;A#5X
z|0<DBHk;r#2a*fBtBzfB@}ShA?6y+aDE2N3U(_J{q>0G$<GyrE87cr-v`-3AjBCt9
z6U$3WkIu$=4Sw%h@%_pVj<A`}nR7xXVCdq}bQ#F9q=b$2y?+UO+Av@V2hgF<Xujb%
z(lTr28umCp-|;K*k<Uc1w_5#<b)1;IR0iRpr}cs+P&+B?1yK#U$zr`~(ek+nXNJ|Q
zdM+N1wqoa9-G-HyZpK1n!XX2ds5RrPOfv3I@d~)!9Yj14dpA0V<fW$0xn67#HXL&6
z8cY3EjQpizq5on+%v$B1icp#7Nlj_L%frK+gGHqAw~1_%qnlqsQG<G!#m6&;XH>_Z
zY85mee(uPaPcBwSzQb`u=90}=3wdcwRp<J^x}x5Fc)v3T_WC5)?-4+snz9D-(>Emv
z4t%FuGIN*MqQ035F*s_8)(+0^@S5&wbA6-BhKxLw-Mta^=5_Z;&AP6<povKBsaz%k
zBih##bBQaN2@yK9lGlO9ql1W$9sWy1yR*&x<A?fB^Qy0VBk3CEZlgo8!L<s*I`wj8
zzEbIn`Vg)bIL0O!me3G;i{Z;ptSc8m)^-lp#k}yhR}~i|$0pOWoi}9IKG4SeYE;fU
zNP&RmNba5=1|he67Os+qPV=pQaxvKv=S**E?Hx5U`@9;*LvAUjoX0agY%*i$P}@nW
zt*vc;G#>@Q%g>*Lo!nOKTP>`@Bz8H&p_!|fRnydDUzsdRPR7K;JKBhzoS10YFCS@3
zN78y&^Wb5a*Nh7b(F6}hNc3}5jvw*v=|Eva+_E&Ukb5r4fUQ2%`Mi9%jO037v}#TM
zN}JAHa<p?-E)~;xN@?FlyH**+)`pSZn(ZH%7%GRX8_y>vv~4?F#nVb;pM|z69Z$xe
zWIxK>$h3T>D?p{VzN5euH?FLZj5@IA3yP-|_@VX<zjS$fM`rniH$v%nWPEAJ35VEe
zoW{SI<+%RZC9KOE@~~X!&sex!a$6?wIa3EekB=RN1#Z=9n0>EFSI8#f;$oq=M+gIR
z_8fOyO|`YLvlVkzwVn8=OH1cAMnc+k3d_r1?-yYvLCZls7L};PTBf`jn{sd57r!;e
zpX0u^%f7{ixxXgxhiuXYSVua?WR5HZi1mif=;fAo6kbg;?E9umEmhYas8RbjC;hDR
ze|>bX@GssAx5MbFMBG`|j_&o7Y@+3zuuiwDGo7gHhfNt1p6u2gJ!iYWnu_f|gmnjs
zxKOaN&Yz813J|xPDMqVnZ0vEib;Gz+(l~o}nS`Z+UpxI{HQOWAGTPdC){LC%nWvSB
zxFxH58cT%Rp1A@Ie?6});hkJiuO6S4#&<B;Jg4NZzTmcAXI$LK+}mTZYsuBV5g{kG
z_j|q_{c2}BpbIjL0@QhRa|G$^lf<Kd=~m~1al1~(q8(UT`_6#rg6ilNHD7}$jZ2z!
zEzk>fBw^p*6;83oU=)^>DfKpMqb4;sFDvrIi||pipZvk->Fbl<ow2w-&0H`9jPYq|
zZt<{5GwKTmZ0V^rK$Vmz^s={`R@6+f(^uy!t2x1u{7$k5jFm4kWmVfa_VeIiV-y}s
z9{=sDcW+;vJ5xi%<SvmABpr4eFs?G1@!ecL3lhU?<2yaDgww-h&1_}ZAYHplim{&A
z__aQ<V?O-MTDGcNX4%?t11}7g5St5tVN6o`4z<~EjV+bH1HQ%B2_ItT)2A7!Z|zs|
zDw;SKwRczQJnK*A*-1{v4q)Pf-~P(f)Lq!h*<PFY7FN#lZqzEk!I-+PdHC}C+3|YK
zhL(-egzw)Zu%0?^hb4BMR0ReG`dz3eI;~fIG&>9o4%W7{Enn5HsHm7NNjx)|=)ND;
z?q}?_Kdf)D)RSDB$Xb>t4u|$|h6JUuxg%^mWOJHUgFg|lx@hgVb<>?NrEFw@V8YQj
zd5-6Q&v?z1AZz!CnH(q0%&T>V8Cem!WVDa{XIy6d)<jcQ;ot`|-uknPx{3pRxDl0!
z+a)KiEW)R!Y5H4}2G8wx)0QeLCXTf^_;*S^uV<S5ti+hExqc?qU{}9Gl|H+1;<%pq
z5q*?8SNPR&$j42ao)nu_PoDm=;p6O4ieF@e!tcqlv@_Eo_o8b@Fubar8XMWxXP3-p
z3p9UNnqLh4**h}SqI#u2FBjSCah8nucjUIVwu-x77(JEo+E;mYUPvBaNUcBA+EHzp
z?P{i0WqBDMJ^*h-<8+~z5?FlGt*O|&YRGJG$|1P7dkSjQ&oJgNOZoP_2o<#z)pR}0
zI9Dt!h7M=u9uAXZq4XjCIe+0MV<!rhm7C(oDn~5$jGh%cEep2>zRDfJ(=rMV*R3}x
z)frWV*@c>K$~VX~8cmi@3ic_lZATgBXvUUP<c2#IDy7S<$CUQHLX~~iMw0`V-ENQK
zxy;PxS$J8j--#RfazVLlusyAk`O;X6R=!dByJBdBM~YDin$tiOsoVhc`ttu#_11Aw
zuHE-AB}jKS2<nj14Z;XY#{kkO-74Ln(j~%>BB3-$D4=u-3?(gH5>i9S(EP6P_<Y~b
z%Ripu3Gcb*y7pdst+n?Cs|&!M2YXL2SjIZV*$XAl-lX8aV_ci`Rz3)nxQ=S>Pt6;T
z!KhRW!Os*bDMnOzB|7+U&)dkD$zxD~T1zAlZXgzZid7&KZB85L$#g!|gmW&}@JVyO
zMl2r?PN>jBK1fY2+zF05%P~et^DW@&9wc=!BxF7&N)#2#TqPDWt}6uf<YR!zKC4U<
zXgadxA@=nJcZ$E?>2UPE#nXwt?)qzh3&2}^SCtAH2D1w!4hEyL5HQfz0MMNY05;4-
zaIR6Kvfctb@<dEf;XHBCY^*h5KT(9ffS6&>1K=I+2@+bZOb#Ep7IxLg3#_9=n!4Qe
z+a;nA8NY@;Ktczi`<r;oGrUf#$lrK-aFkGI-uHc6?b#qE1^+Ge%v<lu{nz4#8i!EI
z;ipO+4Ty-^RMhs_W2dH1|9@!h_(FgD&m1zSF0bMmG=ZTR{XkYm7MAZo!!8UcYZRVg
zmGanlbAUoGLVVjh$CJ%(xId<(m!ufHBLntDEbjaKn4NW=-e+WF%-ve`X1wF&oZ6@V
ze5dPb7dsT=A}DyOo8O?Jz@cDb_waO4v`Ps+RpXCyzsOmvp)P{u+889F{y~zDiI9PH
zC3nF)QeNfTh0X>l9DGRF#PnE*vc+%lmaRZ}cwgCNa<4Vm=ztpMpIR7M!43$59DjS^
zXklb@|7^*A{%H;HAReJ;Sq?{~_WPFI=Lgnsjn6dSwcW-u?&_B40a*+p_orBkz4S-a
zL5@PsGm63nP*hH~BpjXw+>l2BX9Du_Je4A$`<`sm_3k343W0?-G43nsNtS@^Z+kgF
z(<CAxNeSG3DsL4iXVFzdJCl%qtamp*s34_e&RZJyV)dF+YVvt1FO0@<e`z)$2rQRQ
z^PAE-rSczmdK@J6;@88$twXSMMMMmtTs3wW1nG)gFWj1P2spVk8b0Mtl_P-%Zf+;p
z`}rFkd18=VjcG00Uw`%wUJHVhrM%B3kqcgE31$Vdr7x?J>~`S`=76Ase*4x}3$%eQ
z?k_NxIK!~nOU{2!H+e4Nu|`c^ciO#I%z0@_kJ5W$ATPh_AIKkgRXZA_n}2pOCRrDC
zEpe9-$Xp|pDL-^JD!MDz3#Yc0D~6S_TivrS-`Vq_^nz+mE{;yFuG&b0Ff36Edy6g4
z`L3_V{MVSsPGyImzl@TULH%aMl3{HrwC!FmJg;JQ4$^9F8Dbf5iEqDz$q#8+%YiFd
zwAS_il|rk1spb6L&$6#PR%xk72yn2%TP*GE?eCm%aAp7b<GD|$F@G)fKQ92GFg7NC
zs@f?>6G7cfqcpwKH!qD*^-FKj&t9!83rW8{q}GYk6xg(@#iYl~`Riul%0L;Kx`?!L
zbBWu&4d(~L6*o}rE1$NXk9Pz?QjKc1>dhyv4BFNUFA#x2U<_5B!8u4LVFH>Ty+Vkm
zx?I`nz|4@ckFy0$_h5rtvedR-506g+3YwoxjEv-c3G(#~mUv=q{c+K_V$#WRr)z$(
zJbA`t9>uBsRGvP^dIwu8CV_gyU^tSwQ>T%5Dr%la>1uG(LB3efU;Z?px$%4^(p@S@
zUSHwt;^^0~1RD`tcD}fbkBe1<7=!PXJdQ}uF&p@{yaIxxzP4z+lSuS7Lx0h$GV-Ut
zkp7N-G;t=v3Ql(OL#4ZgQ~RF#)11u28%QxEvWW$i1gkktq90n&Jiq)sWyxbYjn_kf
z)M%*r8m4V>6)fHHKATF>X8wb`bq@-H{xbs6f5u^0n&T;|@cUk2r<17ctN0_CAMOTU
z=1bNK-L(1|a2iAwi#xtu2hD1QNv@t2KR$_#?Rp~dr5mBCKTcP1BJsCeS379hM<aTg
zm?h9(Uw($7ASc(i5KAPh7>8_FTN_Ffm?32N4ZA{xI7;%y?_wP6KKDL+jVQ=7`97`$
z?eZ-0yd&`mPEtVRWjL{#7)ijmnTV|TR>SPf&4POYm}f1DZAv^u<V^*4@gHM+7A?;@
zD)kbE`jl)s*blKXpfwzeo}6WS#-0J1&E1H%kFXD`2OTg%<W7m%p`u(r@kG{0P1p0Q
z-FSt>K10l<nH=vYWd|ll_IL8A!$uH@=-=xb+c2MM;Y2iv3vqUKCNlhF+J@ea1NH=s
zZn1N4Z2kVj0#WOghTmum_@)KZGvHoT`(s<ii6XvCx1a5ajx3@JKHOzIQS7c6;S|Jc
z;9)FPhlUmJR`h%zPm2*>wHT8v^C02C`r&Te>^1yVduret@&0t;8{e#`NXOpFcJr?e
zUPaChOb?Mglc+u^Ve)Y%4Q$2iHx=HGi<~_|#68H;;|$a7wIrCtE|~zIgX}JyGei8X
z7a@O|&<k#`G0cN6Jv-0~jLwHg9X9Zkv1nFaSQhanzV(J2`VTOhJc8oJAe3xQ!I+R%
zD!_h>k4xS%XP^l~py>tPwh-D}n$yVSCh|13m4hUZCO>{cJvyBZBPEu!5i4DpXq178
z&31#m(-?wzm9(&znKtSEhRqX`Wk>Z{MQajZ9i>(QJSZrZ#YMb|fdh*U@}c{&q*&$j
z3iZy}V<W>)Pd%IdBmaC>;f81?p-8g`^xQK|7xR|?DDLk_J%@@u$kj7yMyGA&xtE{%
zRO~5q!l?K)nZ4m8@Zwl14i3*(vInj<Hem=qz$xfXl!E^bIFN*So;&k+U>g1&g#H3*
zhoViATIRz$jS>0I$Mpd&3wj|j$i&1~VS_!BgTXhgSH<}ZXU<WRZ+a06lTV9cdjbM*
z^JQPXdgUu`Ui1nkNf4)2rhL1s`#%yVY%>}R|NotzD)_I8Gr$8gd@@Hi)Uru4I_3ot
zww|{}4=m2G(VPuBtJ@q#fI-1TDPrSTU!gEexVBN0rj3T2xSz>8+Q{40N$g>ZYn{v7
zZ+_xD6+WQ!NJ!S9*2&VN5B^qj)0xjO00B6h$IT&=VWFDwh1^&nOLD%gLRsVTB=(v2
z@4}A1_<E8}g#sq)7cN<*P<gUyacuLp{lSx*&%;1OxQQWSK&x=9bEi@7&bD5>BKt?j
z2n5LZMyVIGe_6kPRUV7B@lrz`x!_wAy(W59R^A>SmL48omfb1I6W^&8^+$aW(60w0
z!m|O5=GdpY>olTB5Z8he^4p$C_Wr4l07ps4$Vs0sh7<-Lavje<BiG?nUIqG{Zd2zb
zoX-WTuWn59N1$pI2gfusW9bu=q^{)>C)>rhXw70FgDsdFnJaB}b`%EN7=?n#2ihth
z)h}0Tv$*d!+(et-s5{opyoFsGtvIn&Ck;}D%#d2YMrI8KV|c(&(~V<4zcl9dZVZcE
zk!Zkfp!qh%C1%bBod+L=-z9(wR6o!o7kz!-PW}M|GzNyb-*2uC$DVZ{q~DPD-kp_f
zJYCBycn|b|WAL_rcMhjUB{!<2ckjIH9?%8^;=}KufAE%9LCYLgLvFPe3y+NQ`$(dX
zWDuv}<&Ac!l*H?H<F7Gh+L8TYMP!i7`0t7DgV}<yWkGa-p=32VRQ5!%vR)~8DAvx0
zXs3g3Xz5MBENkMZLq>R_HsO5yFY}>ZI}o2HlX>TpBkVB35k04~@8_P6jF1E!vSJjr
zIJ;`t{P1L+q?Uqbt%6M#C5!sp(^mT8C3e|?6O}7!f6wD(*~vWH*6;cN11a)x*8Kfc
z5~9Dfd8HaX*vfsupq#5luU(=yWnfc7mS}p8vG{i3vyn5-T2A|8ISxnycr0~;?z1M;
zDjt%B{{wnOi5Qmq{)cESaXA4btUzctp@^kuJ1Ua^Q<Dp=;hnv#-RXf^-+_~-9kQkw
zs@$+OSdMh%>e>PjnX`nz+#xRzNUW)cRlU8BI^wh4I&<__u+jH@vO9XbroNuQY?AmK
z3Ctss>wpC1ITPL1HIPi@K{?#XgnKWs=bh!*3H{KkK0XUk>b8KO`Tse<*hBGF{fU#1
zHJbN%4kjnm{CLEMLEWY|{Pm&{3Zt*1wU_5M51Q4#1uG!)V$VD95I-NLc!PI;^iZ6d
zWDtCrQ+^<Fntjz7F0Q3;Q0Hkhw=ERPyHq~=<-fc(8!joHsMc@~Q{j3v1c6+G)<8Uz
zn<ol#tM7&J+qkBN7sjUvnx{s-*fUB#?xkJsr9HlD*lZOD3Qv*k6A1b?O?H=^&F5@B
zZ*a#ZErvzUAtLVx0H6^fEDh(<JplW*1uQlx^<zG5JzT|aTJta0(}uA?c*M>qEWu-x
z=+TAJPplCJ#e*BxU+9pbTUXt>$$Z-84?-Fw6X<1tk%C{l2K*?$;hQRiK}Q1gj^Pze
zp4SM2+P9CVwf*I_pj@yCRPz4%?P^ZArp*><2;UUlj3YzlV3wnP&$By`%GnpT<Qx#z
z3Xx$supwpWG;OLaH-Ndaqz#=h0{csl#3d}*L#c=N%q9~x3;Bw|Be(fWh0aE{!U`zX
ziZIj5;;of)_0qeI60&;+M}B+EYX>w>O5M2Y0m($95Wvw2jQ-u%2oM>@L@aYYKf_Z5
zV}C_p6OqhcZrQHl?Xukc%)z0{5S%`bYfy-g8$Wp`0}wHOPSc|$QCS^kx=n}hnf$29
zg*0Iw99t=T-aD~vJMvE3r%~IgTsg!TgvVP31^-D(C4a>+;K%{TX9jie!%L+wMJ2o;
zL%x4%Mu|%p{}*nm2GHRasQnwZ*28b(P$ON1R=WHMn!I!f;15<S$_rIJASN@K>@-@4
zAq^<}HxrcrG3`w_vxD2O4aYo4qSp<k5tbt6ujerOaWZm@oJ)yC{hNlRII1Lc*{OJ@
z;pac|V>fa_CgYwNCiz^RG#Y!izNK-)pbuN{2Bo6k5-Aq*lT*LUxYpR)qpI=(%6LA+
z=|#pq`B5)`L+<%PwpCRc`%-SHVZ~a&HsE%tS?ehNQiNyVi-=dGH5L~mx_Xcl$#fqm
zl^|z30|`lY&9h<g`F_5fP7Rgc&QpWJYTXsE>=}L9N>l)69U?|b`yzW3uVIyTEwV^x
zMAPOrs3F_razbfqBN1yaFy{z3t!dqo10mpubg-YM$>;eA<q2XP77S-0*5=_Af9guY
zoFg5xfb5+ahL~@t3s)EOCQxAiD?T)i0BJtV_aH0?X4c@vw{8V=_&eu5XgLPXV+bi3
z_*>u}H{Gw{B)i#~WhXQD{k!r!xh@p8ko?_3N)YVB0AT4<HXvOK##jGoof!UY&J_m>
zbLu_?W9!<>lXv-2U{sighgyIPM~U`2{=RN@N*lY&-Sw3xPu6d7l)RIGt<?+27pc;P
zM;_?W&(!QaF)9SnQ5;0aI3OeGm_y7ih)CfB=BX7s!H(X8GCEB~OWNs(jlMx{)_AWw
z9ui!6(R+@Rt2ZM$=$M)3P*sx_!A;96&BxPD=T`xhTW}aJ4SMO^D`1O5^X+Im+k4+N
zdLY@XTK$c+2hHLS`7Pe`5o8pw)Ae885J~E_w6W=W86D{uQ{Vvj+4HMWrZeTJ_XCPr
z2$LD<d$8K16mQ7NN!hfa)_DWa<;vKSdWi#ZU)?`#nTj?>E!=IYJIb)}f_&yl=zay*
zy})Z<8J5z%JXIW}5W{%~-m-!90ClPOgzdQV1~DdAx7S+FD8D}fTHYBQ%A5L57y<#z
zGYz$`;<CQ@$V$V<@pj!jfttjfTKnc<pIb7og8{%#3!~q&QXO^Yc93YbD&IuG5r{ri
zW`;N6S+diEs7JkGll5DnuYw(Qx%e%bW5LHqUY>4_mjcD#-ifCo?wrxBu}a_w%)$xp
zOBG1<EJL@<&@nR3psK(OIhpH=L!ZL|ad^UCYN^anQ@hGQM0CpTi>jKM+I-8_>Z%PO
zA3Kn(mNyf1W?jAKEej|CNWpn0b)|cSYuei9ui|JXyMr`Nc?fjE#&;-pK0X54oIK!e
zIrNjR)v3pxJ|d8YPw4|Um)!Z(kg*vq{iD&4!TXk1fx`zY(@a-{@264s;#)j$cahVJ
zUJf_CMV|yTpWKuI*-(}UF3AjD)zQ0@3bQDTUWrA$EnT5cKkoHzO^~e}x|=Ot8F(AB
z!%})TzkaTax=mVR5VY)p_4wprbMv+H>iWkF1MhQ_e7*Gdm?^H)PqR0G^8=9lQ^T0?
zS-1Vow!EawUGf^y8BaK9&&lH4c&c0aq$X9sf}iI#RTT6EmQ8{Tfq3zM2Ar->k0-$5
z)qX~%KHJY}>FM_s?>$t64t^9l8(9fmtCSuTn&Q=^_bn7^iSYhSmd=;>(9+fxcglHp
z{^<PD-Wm3_wT6Qf{s;}%J(5APC@FD&*eFsquo@Km_wUAT_A75MM)G*WT<*_tQiB<Z
zs#%B}r1?!l7)1T-YwmltMptu1PDJ7D4Hf?nhK=);plgs7b1FHYiMU+|s!zR*%^<zH
z<pP{AQViXQlmJx#ue>Nr+4EkVM5ht>0s99k%pbS{ZJ->ERz@Lnny>`CHf0qR9x$^&
z{aYKGG*D{w&AQs7t@$-Z$p}_kBr-G$?}>_r*^7X@UusHEJ{6@}D5MhKtlo=lg8|Gr
z>5nEop&xYAH8j|>2IZx0QxO!`EF~Z;)D{L*m2A+FN8jvrr&<E*O?VBC44_=;&B)2A
zbs#X{FvususMpfhCML(k$fyrl8?l;4CEvr+<N7H?@pRojPf<iek0G>}VuROF^U0A-
z4zazwZNG1nV^~44C(q|cMb7F^!1{;$rT!<_Qmhn-bQNMcV5FPN$wXaq4blo^NyANC
znkXnxYX!D1C7DRpne@6gHtdIoB083;<DI$zj~YuG(?u2qJ(ij`1Nx#s%Y_gw9v)%%
z@?f@n0(!vmjYZ(vIF7&n9ldVX$?1wVbjq0~CMM>q`#K3Qc2<7-76pTJy`k610&FDc
zJF?;6V-5Tb!o1hMja;IRhnWfl-oCcR4gTF{>x0a^{QPS>U_23M)NwRJVCaFh=x*Fq
z={>A|oE(&QJRs7$84IZOw)eI*Y!Gt&GFZ{}$F1fIOLPk0^ob-wJDhZ6VFeV<^t)C?
zu|;W1Z)9M$j|;2Ou9QnHB(8JhW?YAo4QJqek+XNA`LBC+zpfM&4G-&>Hh2+dUtg@F
zuq4sH?3cR*mi~%te|YPq-FshK0edQvi2b!pHv^gJJ)qyUfkwK6phgO>0HAq21`D4B
zoS>T^NjzIcz~3db0Mso3w(pYXlY2?~f$87QZf@(B0o+OVd1+?O#m7X5!MX?j)EHXJ
z$V~;?KxRK>nz9!z&aI-NHm>*eK}nfN<Ha*N%dgHQF_B)RTmOkOa{v-H#mK-w;AP1N
zkzzOZGo*uHdo{pihld)(qe}AJwHuErYl-CFKD4ZpHu@R^d?_U^m7P6C`I<I!9n`=Y
z<L{S^!4b@7(y*5}lIyKY4^0v4+S11ohW@dKvitbDyD|f<<Vx-eFiF+Tg*?)<I^_hw
zypwfJ)?<qq<EG7$nPSm^hUlB%y{h_AvG`q`uA`(xndO6+Kr9%PE)fJo2nY`hXiIHV
zLYA~Q30m}F&&>roAbK_)+CTyZq=UP(-`8@{2Zrt`c6Haz0E!!?1r~+Iv&crLr>DPc
ztM2|?A8)NIXO$J{nD&X&#In;=&KPo|TmdiF7_M%Iv7|KONjx)i*PW0fkBOL=Si<k<
zj%kTor%QK;53DiZ!*dKWb3#z7puu_y3D5yC;++oZCKIqQaQ!p-iy|YVCFaL*QgN*b
ze|^_-{3q3GB7t}xom(B%HSp43jukjSAeuH8tBx{ZU2!;mCRnT4f;Ar|ax1T$PuDq0
zY?`zXlicDVKdFA`%-<5^bmkfXn8{n%8XUPZ0BI9}<=<)Y(-H#CgD(69#l*tFU0DJd
z7oC<FrBCfe7FR61PY-OAuq+Z9o-MrunpmeRz^U}>(=|>QA@T9?fvf`5_R>G+oNa9C
z&eguH80@fdZXfHpB)qf%4%^2jCZFq>@-m)P`o~jBql)7j#+f9}bXF@`qZY9Ll&~Dv
z>48a593a-<Au#g6E-74ZL%N^I`DprS^Us^#Lh0&*1LR=nyldS|UUUx`v5SJ9cxBBk
z;~>+_a|xJ1o)yJ73CK0%d-cyhejpzm_L(2ziEG(@QdGwBEZ8s#ang4pRQc_u2r4qA
zG<IRj`5?DpN}wXlkpboH8}65}<mJ$Fb2LMIZGwjo&KH0K7>F#O0VrhcB0v4Daw)3+
z9I`%UfcPVW)bAdFYE<^=q|=;cr#AiFZ$A4Rz&jlI@K!Y~8=8p#&O?mtaCdNWo`ah9
zZ#}=UQPf49I)p}K@QPWopKU+VDeFsIT&7T1ANp1mLAMX^w}NGN2~fq8_S7Ph{80yI
zmYX!_EWPr4LalN8JFYHjx0j}2?q+Oknu#{trdrBXphv}n2v}8D-1itcJ@d?uy~_{J
zFK>n^+B-Y*Ub789{4JXBg+)2okWrB9JYBHq-L;~m5op99c5C`G(VQTQnst{HZ_y^+
zl*y%n_`l8-T3@{S#HTbj;HzX4_p|MZi&0RHtKH?*{nO{chL2Ep72GlFEA>(BD$Cka
zCl}#gW0#uQ+%}6jXBSrSedg%4T`5}ZJi*PB_foC3ILv6^x0v}s@`ai2+VmHl=eL$Q
z^Bg;zG|KoGa7iUDZQPw8%V)8`>R|YpR7HwGy)4`@Dyza%nz-Vjwh@bGdI=sHe#gA~
zR8>U|B9@8_OZVBCl$e-Un$+zQy?Vv3utRC2<}%cH$Iha4rBTxb>b30E0ESfp1>_|N
z@(2MjU{>3@X_ccV$DM%A#%1ngX{Vp;9e#?ET4U6ybqvQ7yex*oYIEP)1~>)WL#<3>
z*I;{Q3l(v2ysX3AV8Tjq>zfb=z#+OyvoA*2mjkw-j8#XL@wXFs1mgSpueQNPTfk&p
z+F{}<6~7OY%O!)Hx6T@?(q)=cSIGK*$;x%(AOs{Gn2nb2zyP{uKo>q(w(vSDi}_Yk
zZ_~9<I#IRJQdSI<B>Ca3H>&x^f&J@;ZOBSX{eUN!>F3pi(#=-gKYlEhHNe-z#P5Ah
zfi#gRd>DFFz-^x9_0n%@!E61+w?(f8u+ri9iVz3udvho?Fvfb4ET<_JIopQ)504z_
z6jq1EE1%Hayj|UCsddF4s`^3TRba!4TU3vPY$0%gbTQ`H)PGtjP|UHBprQi)VY`l8
znv0e+>T-Sh`<av5{s%RIT83WydB(KBR^jxdNPW`NwB<GuZPSAS-wYW4>-e(30SE-o
zOdr24qTu1-p<`uTKvkhv13cep;Joe=P;B7ySNgV|YOc6mWwk~FvuU}!QaRc2wsvd0
z{8{XJF+}2j@u$T6Sp0sK-V__I)N0!>V3)T)3f=UPq)07-09t$rcz^_f3(Cm0NTEo*
zSkDMmd4HU2`2GCt5XN8*bgr<U8nMOVF?sYHpED3Zm0R~lZj)Lnr_>>?FGXtjND{Gr
z?f?KYgl28cT1Yz$L%wgetV>YG@yN<2u&fR+K@Aqm-=OEcS)2Gt#r+yf_Gt>%4!T!o
zFl&^&pb_}iTaR*_r3?6zbA>|Y&~R_-wU0wXZIqa^Wu?h{;G4);(Z_6KzPfrFunFO(
z+M>`eg}{NdGa~V3AlbA)$ZIH{nk0*2IH-^sD-BfeQ4gky`k4+{vHX5FH5URtuW0a(
zTyE`ro~sSygMchQu^kDp?OERd>J0elsntaxm9!8@g9B3HjK^`JAOb8rlb-4Tbc#k)
z1%~v2*!2b&`m*@IE=lWxORvwwhDsS~;~<Y~e^58wK5g2jO-P<zQPUQ)Yq@Lx9ANRe
zLZY(BNQ@%0n_5T=p2W9(z>;Z&YM&d}K2p0i#(eZaX$dvTxC%NW0gYT+MQJaqJMSC$
zj^hW`7uM8@I)M2&N#SuvH92kF>vkMGf6qEN?eMf@@4e@uV(pX!>5n!3bS*#Pb-C5K
zrFD#!RrO%?$qt|9S_yK-%Kw7oo)wkaKSe&L&s|tv$$~G<IzJb?Z4kib%35A|1#tjL
z=|8z(>_KGY36w2MJRpp=c+WWQX^bW-Th8-}!^Hf}nrp9la~xK)B6=Rdlr4>EAV~}M
zz37t(e1hl~=gf1Doz(OM7cW<GTZ0qOKnyA#WaICt!?caI$Xh@A<DFD#o<688zJvCr
z>&f`2Hy(d=B3a^>^QJWVy|}f`z7sl)iDuw^_*19tr@9!qQfJ?#Mj(`_zMqnl3sSsA
z(!)d6<vxStd<J}GH!;Z2w*+XX!inGc!Zh<fVDF&qzFq(KeqwvDX|L|zj&DwGnezJB
zl*rc_<roKuzrlpy@5Fb2=<)%Lvo-qUPK&ah3}H=Ef4@PVxK9#}NCul2&qHv%)Y*i>
z5I6fNvJkrIyxcT^O6lS4Ah_S3dARk%(`*N)SEABG57bL#)B92HRP*(w4*1w=tjzg*
z8-oSH%i0rO4SyhllN*HrJ1zLB<^%l075jP^Vi)}3n#a|n_&Nhonmv<VBs-TCh!eHH
z4%55k7LCWR?dCgGBOm4glj~dut|0(wL`3ihDYb79Jr%~KIM$IjRl%&)eX6xd>Q_8~
zGxalQZbtLe7)4=-Y6nY)*+%07x=bVLiXF$}m1q91fI(2_9(WY=JTt!EQ@j+3kv>fV
z+l_!GIO(HoYRt?iS}Tfe+4gDFOP7HiTY56~eradigTfLsds+6Uuljl4tX|!!*3~Q&
z(g182!bgrncN8t)coICMX-<4<`s9m&;NtyYCxswaj&^M=VHtjnMsr`BwRi0seFd&L
zt8dV6s3f1&e&bC=#lg*fbQi%6ps?*TF4l?2>0|!Aq5QFJrlTE~eLod1h#uW=8_-xp
zl_x`sWF*c{PWr3}Rs=pv?XhuR8>vF!r)}XE8vYgUaVDtiImi>2{9Xp(T)uCTM*|W$
z8%6Y}p>jQX56h}&-f+O;rU33)z?kyxf&VPsc1p`_Pb*E9BOHu=G;JbJ_>7ctXGEmN
z)kdEP4uIwsIAh9q;E?sG{_m}EaUPJ!Wh{^)+3n_{zE;CK4{UWCub`yhFpnpfbFmda
zi||tMK?ct-G}+_(MDxxka0*71C;@|wWj>~Kz2Vh^Vd*t$D3lA(;B66e2!^Ux9n;kp
zF=#7#k4PM|LZw#om3+{RlULbz&6lOEo%(G1&nMl`lof&1MdXGRXkl=J{AW!BM$ln7
zF=F_f*?haB441k5U&l7jy?-M@lhfWrAOe;IMe1fc9ZQhMFJ+vUM_#C)$Px!0P=htL
zG72-T^Q@v89U+Q!)xT{(*eiMRoHH~IO5^?K%|#3>h=wfjE{mrj{Rovb9`F<=egpU2
zl@D`e0q5$l1tSP)7h)lce=#MGwI&Z^s1av!y!%0$gW-1)GHc&AEVJ~jN$UaM>Dkq1
zv^SIuaLQg+*ld}i6)D|7<~sT+@=kKr5xD(f1VDO2CjqsnUi^LIU<p${ow#ow$RN_w
z!;vAAM!8ZP-6lFW-+m#+*uBi^#g$_0vXG;W>l=CiwaGM{-HE0crj{y&u2y(Q_An*5
z4r((5(t|>NTD>GPvho@BW8Ir?nUbfmK3)1RiU;Gg)Lsrf(`~qYCWMCZLzRj}ywzW#
zvS7-!K3CWZhBv<*eFp5Z93%_zmQlfZy3v?L7%VzC@CYVcKyg>o{qIp90YlPN?tMz0
zs_#2t10yjkQp0`X%~6i=s@{2nv)RwPfpv7C41^#UaS~|**1Qb>{{=Dx@VlOnEf%q2
zhCHd%N67ff#sf)9GxiOmPP<w0J-g=M=-`bj%C9;yJujkLOeo<GY%XjJ3^xYl{msmw
z?iJHNP4oPI%vtf$|IZ8HiS_J!b*oea%iY<S1tRVLTKol>(SV*GJ~_FhhLX~&aWMH9
z6ZBl}Z+{+I3+TrO6*UJ1c?F7C>K=?63G=F+q`%%hx_2At=JybIpjCE<Bx*Emn1UT{
z&n^u9DFQ}dUL~79(SUs0@q~<0Ve!gxa_cL3bzPd>U_5MP1;f@BGnOKbog5lB0*Ni2
zS#%Kg2FG%JSudmCaE2yjr}l4>qr6xBUSfKPo>w-eQ<bx3&$Om@yv&JIEh<B&k%K=l
z+RdQghNgxJll6IcdG<Ai#3h%W+O+yd_&kb*xhHUt8w+?zGfoK7Ba29Uo6JkWN*HX=
zmB%FI(X%O}o@j2W=%sYkmmh53)9G0D+)ih{c>5Nzz>5j}q3%FP2iJCB6QBXX%Z)2u
z-5_G7OZ?|f$ob4S?o^g=#1S~>PlXkvFny?YS#HlPUwzV0nPyycZy5V-;gu~^!B)++
z>z34I8?tapQRz21HY&4|(Ye(e9G|Uq<>nKz8<@>VvX9#I>$-G_UD76O7Ovto_P261
z^ZH@*gbWu0ou6Jj54Q3KuKS{XYvf!EduiWf0t+||2P-wZn@cBZe=|bXuaAn8Bnf!U
zoGSf1-?92K@ynchcXx3@C}jf<Gm8o~q$=~s0J>feu+LGNFXn|0-(#Ff$xetwP#8_`
z5J(iG`dS_iVezb)E8NaomT{$3mNJtl>*arqjZu$|D}s!N`uNGRFZydjt{2Y@H@;sD
zn{?!+l)TICDF$~seuz-fCW_edw6-zizuS5X+}2vqSO8kz%m#v(T<ydm9Hsw@D@kc@
z62cCd8AH}88+2jDAq^sIvwX<MP^cJai1<jQth@FbHUZ#F+ZGM$Q(G>6c~<hfGn%%0
zi%)#qi3c7JQ-eXMINXV=a-$6T=UCtx3Mq3pNgq_JhE}V@f1}weK~63z+aj$Xp>!Mw
zQGh9J=ikkQd`h*~7rDm72=h|D1o=AI5LixYwosub(Y`epbeV|&ASBe@UwLf8(f5B3
z8rh>{b9H|`uDMZGfE3QW<*cZ{{#X$_C&x8CULC3Zz|Qv~2L^zC=RoO8z%It2OJg)I
zUwigx{`U1#5D$4#$-$b9UR~q(B45%U6YDUa&RF2Fn122>rq#gxy!UdTNghNC9UIv3
zk7+LgcPHsCTEM?&%lyQ{p;rDuIi56sdu$@}XZc?MPfJ<B%8YiON&kiL04UuCPVRpB
zw3)WTi8=FG-lmP*q<=XW=izh$=BJCcVXLeI{;*LU^h+B3Fr1ozjwmL$&$SwlYlC_K
zHrVWGCth@Gc6GpS**N8VH@2JGw)I^nZ2th7jP|j!q&9xg27^Wcf(AV*5Z?cwr1(7;
z_?(Ko?<p!+Wf9u+iOm1QN=a!jx?o8<G0;sit3wy;TW$EHk%oLq2?l6%yCv6H)ht8`
z`ar2CshwjlB?3MO2mP98Rn=oAgOa6QKbCO-5#4iHz#OOgfUwVY&&eTR{7_ngnxH+O
zESx>hR4#!~N%jC$<T?oVK{_3qo%WuCJ5q#}Q@O(t-wRg%0r9#F148m%-!lFX(5~iY
zR|s`-;3&c0_hCwWXuZ%4T8$VOoz8csj}Qbxr3V&*mr8>S!NptXDqR|$1yn_q7n@fF
z5e6LjlQJVZ5)#s_nl_?Q=QHWtq#lr%jmrZ8+oJw^Ut63E56_tQr=`!>)p=c)r>vN{
z4WM2fmoAm3q@l%iWuLGx_UKW>7xpuG<2G-?zP7{(k4(PY_nnG+E4~)(0huwv%R5-N
z^@4m*{My1wkcH`bRqR|Inp+Jz%#i98%N=-5KG#7+!P4Z^!8^aNXmA=&rBRfa!2Pd*
z#uMYY)^EMXC?wkk2T8z#9f8pW6{i-_Nx&Pl_@d2wJI$fy@e>Em&>EN1xoM{0-|Cuk
z3rBBs3#;2XgA&lvqxsa!Pg_4kyeumjP<6r@EOcgphK3uk+8P|^?vQY?SEYH5D_5U%
zqBQKC(3mNL9#X0_yMTM%CSLZ*GCTX{l{-do_oh$}$Lzv)`rm}h31NCX-7#T^wFN`z
z=kn5UouJtTQc%~MG~f8>h2fU7Jv#T!q#GIJ#t{7C5_7p%-KZNJXh_&(eJM~S|AsPZ
zz$dB1x2~cxK`m13arf}62on+*Za6p?du&6;8xH<3hbh@$6PyR%hIcJ1V>R)uw%mOP
zJ+=8PwaY?xPdc9hf*k^XwD?09*Wdy4X<uD3m=g=`JJd$i84KBB>q&i1G;n?DY8G_5
zAqT<(lOuUWQ$u4InA;V6JJ0Be5HW@^3Fd(8!5`?Khg`4}4Q#a)n=nzg0k_4{;4||1
z_#WxE)CYBxeP2aeLiO0^wKc3oQ^)@sgD=Z}53mZ1yiB!4`gOF{R#+H|j}0jUSeicq
z8!!-+zbN`2bAYPD7)w<iyMW}id1Mcr`<C=i&7GEWDNNSgEwh7HyzU^h+0b-%sjdI<
zD*J$+qz1le_|7~kB)Q2vwSIJeu0FDegEJ6xMH(y+=llYncgreODDSQDStxE8e?v5<
z;AlGU)sBVMV&V0GHxYg^W@}cL#>G*~DGB;_*|K^WUZ`_GNGlZn!uaxAoCn(J3*gL2
z$ADJiUi0|}8ZdVQD$t*SrBK<jSZKyi3{qNW1Ry<E*SR^WUVRW?{g$b}VL$`2P>+zB
zc$b=+9Vs>jH(G69*lsW|e3Naq#ZkgOcVE6fW0ms8_jSV9R@hX+rQNDi)FvFQ9_RsU
z%O~WbUC^P+1;S!Zab$7NP$;RZ;$ocdqTj7KuFErwQ6#EI`yXg7FY<sKl1d5yJH^!j
zlyoMTa{OJ9Vo@1r2amp<4l2`=!*ciQGG}H7#jY-!DaG*lFFa68_DHE6?5BDk&1p|v
zj=O9#ZD>D)DngheOB~|CVdIQF>Rl+UmrPy%j>r<N$*cm;|Mng`%qv(le%->C5hPo<
zQF6aO>Z#8ayzY50TwIO9sLjd~6OA>Y3Dy&n06I_sC`5v;nn4Gt$kl;$1!it_=h|*s
z!j!l7!mLFj=5`r&I@RJaRwzx*`q6Ht$E6mwN)X-NXC(%mDFcp!8s??9YPf(b(E~@+
zI=VOiB6OeueCl!Bu>I6J)^LOebDHUNC*@_it^R{wrZM2&v9;XDoOl4UQa&@@o5->m
zo@R9S1z54E(5pQNZ11MP|4Xc6^w`GCZ+!jQ{3`qUJF0YoIv6NYL%}QOK9?hf!=n^M
z2+1gW+J9)2G3rs6G&$x;N4G{vCj;RYzVr6St}PyhV99Ity;p7+$QIm>(H;WP0?2U7
z?=9cX?c6Azt=WZYT?MioS)T&?v>|}IQfl5-G85x><YxbBYyE;oIeO{FMb0n8^Ya{V
z^&dbvqBJaBK%<f7@sIgyEnYOckdlS9vRjr?>0k!xGf?-Q%u0EfMI4_vS;Aez%T+=O
z_`^0MH`D&Pvv8#jT2Su?t@qoJ=B36t+ljzJC2+ATdNC}2A|m5T@{6;CW>@TQ6p6Ej
z&bM{XERY(0kWtqm1SE#<97DWkuQb&Tm>qC&tcBTf%Gp{IY$2naqUGp>+6p>U@k;1u
z_!c!*6uZB1hZz(P;3}KMgTm|dH0t3k-5fn5C}}V0+i5JZH6l<Mbf$n*gK4RFEddkz
zc8AqO3!2dT5&i9WjBFA_GCh$P<1lY%PWrw*J$OYr2#L+x@mFn5DVq1p0#jp8&p0>*
zEl#~Uj}lYE8odR=4V%jaZ-hibzH5WY!oUuv{8W*pc8?fNVlu`69P6Ox-ba782k|k~
z?HclI)xCAh#0HkyJ!aC-eSTcA%aR=#-DevD2f^{JrVWVH;uH>L&iha46BETK9r`Pf
zzb<F7n;7xUo;<`*v82$?2Gz7=6ZY20iLZB_LaHJMq;03B{^f;?TqzIRi`Q+twmx$Q
zyA9%Yq#pP%fW?9h&`<uYNnt25ATU&Ws{EAr;%s~dms<b*!dE}My0um02TC0qaDmV-
zf99b&LZILbFG3ykhkMh2!3dg1h;DpKE0&XT0gUTY3k>>K*j(wqcAp1t5jL!|=d}X_
zZICPcDo1ZB_Zau9*@5_Wp<#)1Mo7<Zjt7cdMqdTXQ3z7-YIOea%~1&iqUZEVgURs-
zvNzuMN+2y7Allsf2Mo%%S^Kdm4ZYnSUtDJ2Fraqr1ct<iae#fn%B`-r`mOTNrflbB
zcE9!hxcp_$2t(v1{{Jq)-;%7YG7A29<v8zxq%>(neB-HbtJ|f--lB23KECYNTL1Sy
zW52Dlm!SE+CJlwkqYasgnXrx>;^hua6>61v3LTv=Wed3%hR7sV-jY4xmyxkmw^)OH
zRpc9yLwbGBKMEUt;Nf`D{C*TfNs9{fgWu=O9YGoqI|-kpzQ1M+MmAWW3u7<0$BmbU
zj<?Ydudxvu;PM`AaP@3tj$(MMeL5cxy(iaV?#E89ANwzDhB?c`k8PLvG`amSS`qLx
z>wXQSwxp(kd|H=&?3P2Wng$u3DnD;j!1iP1WD5}viy3-c5hJ{6%rNpay*_mC`PfUb
zf=pJl>GOt^g-0gejcsWRWP_#jTR(U6oY{zud^hxo{Y`UW`KOScd&*}7-dEDaa~(+k
zYk`aW>(sr&_ik+!>#SS?2h-O#d1vojZ$)jQIkG?J3IR3?5kV;bQCwPB`a<B0`5!V#
z>VNN?Fe=h`uNPUVJvBQ`B1Yk`fA)4oK-giCH0YBb0P_aO-S^_0!MspUCEy^iJX+<%
zW{z8~K|gJoZf<p?dHu>F3y66opE|+Neq^;jXf16ePlMY0u5<9|`{YSJo)eHOBrbFk
zu`Az}eR_3QZbj_QO|d^T;0iT-5I&Wo(s5|gDk={yGXcRkPX60f>*7nuVfQ4frP|V^
z2S}3td(PfRr(rO#L~52V3=Fn>P)GCYgFv7wZM<j7&BTkHicI-~>Nj|kU~X%;=sI_`
zFnri6iy*gJSDutbxTzhmPs$mlyewm}*1&92u8ElrvjGg@Ea)8N!cgA;;huiEhZGs_
zS4ZhK>S_kHj$CTK6j$`Jq7MFb4lzG!#%-~EhH)!tmO1Ox#KLktAWs*IPvQLe=~=g;
z4S<Op@B7oVVW+?&JD+Y|Q%}Uv4OG;>Oe#BIQcX^9JGc#=#z}(*dge_jv&$i{O6v+{
zetTk<l(a4cWO3e%BoQjso4N;5&ZrK6<FRjnnZqRSJbUCsO%}WCMF5`8_?_71ccapk
z@w4kD;NL(jy5SC9l#T0eqs9!qwm3MHKz%;Ue1wfb@&v!){7Uk@*WC*_(|GVo7S5it
zaU&H~VX2@{l%s*1@3m#%cfkh1w<G!Y>UlmK75Q6}e>LR?TLA*EznRvYAMle$MNa;U
zA$7FBXg_MEFa(~`3Sb$<NM~8UZSd4KdRN<m-!K;eYe#oPqhmX~+?lJYc0lu?!Sa<?
zJYMO{!-CHbCZWSGJ<Xa`B(Xl%J`bKu%g<cS|7+NWMv;I0#e_z)zZUB1UtVq-km^&T
z>Lfv4{Sl{sfw$1oes5CIQ?uTW_9RQ7%8Gtx>1vP@)V0S|+EeE!D{d;iZ=}1zFoOzo
zt18+i426!<5~bYaB+~(S*{OrJ<>WzWpP>2+#US!=`CFtWV+4SOyX_w{dtdgNUGPr|
zCN;g~CLgf#=AiIPd5R@9XBJ-1HROAS-NOW*h@?(jaTLQWwLClO`+ihM`GIkdHXv2*
z-6cq}kKACFDaY?P9G1oiYJ6MWqd2=DYWqm;>L5Ny0@;0=Ry=o0O2B>$bJy)v*n6CK
zS-XS<vjo}h1*0t{@Ch|hVvDR=m&Sj9xu$IX#?|6_h{cIkNM>r=7O?uTfLxy9hFQ$q
z%Gg@&d+I+q?xD6M>-mDleCyMDsf1<Fh(MmmY)y%O3pqzwfeOnKy%NeCf3EVxV=(Gz
z79wbm7#kw=W^R+cS{3$WETZLx{U(I~sn6Vo6Mp2R7MyNU1u9gnoxXfi9TcS{ENGlV
z_!<H76mQw>*pkSi=8Mk0kQqA{VprC^q?V^H#88qy`2&*!tiDD)ubf)FgF7<ZDW|ej
zi+D3}Q@kvM-L^k!K#GJIrMJIpS&M<g34VHB^cLS`GYJS7Te(12cBgE$aXz~9ZAFVG
zeVyEUS5CP4Hg8Z@&+7Q|{Oa=dZ2eT|w6}ePeoWmmm;Ov)C?!U|D*o*jp}lf7D12l1
z8_CBrL4*<GG&i@u0K+@dD26ec3PXpQtX+uZ&(uI#tPv%X9BwC$ojvoOnAj7yz@u?}
zY=WK0Tyum?%zW^NRK=28_yDzAdN;Aw&J3#A{$H9m;s>(<LN;C9A_|q3Xcris0rII}
z2Kju+Ud8H4YyO<&O*JSG$0k5b_@l{nXQWte8THsOG@H;@oo{A)9Y-hbDe%8C0Dh4I
zgZrpGw;Dezz60vfnsC7h>YtQ%QZw=d0c*5;z@NKv*%kAnn#P+HaVxaNXLy<+a{J-v
zSUnv0yH011W8o*V$7L}+kG}T(_xhsneSfyg7qQe<Hp~zn5bC^|8+g`0;31e1IGGbo
zWII_OS@Nh@Fa2yt5*+FO=mkYER6+eNtoB|vNj7x6@)m2LWTCeub6B<=+A9$<gMH!M
zLi&ZZV$*^3tKzduRB)w#5QosjMFapd28LBme{Vu*DO)uw06gsx7$KIe?}yUcLMB10
zK2yTKG-s*^WP_o^Tp{1T*)2?7(tj?*QC$#>NlDa2<qCn>0aTloY27fiy$e!9qxHmB
znBCalkhGZj9Z&%K>pb)tzx>=#3&|DAi@u@MdVN%=Pne=%<Ntj1X9afKe960nqTP!{
zMgzmjZ1fSv9@n&~kJro1@%;l^gjL9HalD}T-w}&?blRnN8_Y2K@S}JeT4j+;>qe&?
zhfm{dOsiA#k+O9<@YF9!8qVi>iwyK}4BdyaW}2qRd%HPdZrqP=y;Ti=06v8D*-~D1
zHd%Z-S02Z7JXXtIYC%GKfVgzzdeSwXU&4FAKQd5Ho+|vt>kM?XooB746db+}x+FWL
z$TGjDcesE_R-sx<t~K>I9NnMovK2WvgvQU#>i-hA1_lOu6DH>~z4E|3046k67Udmm
z6jQw&6<+>x#cl^Q9wW2jhPK|Pxz)^>R{>f-zwk4<Bhb7@A%-lEg@tBewI*=WVWb&F
zSxJoL1+bKW@FA=YkpUBNokAugzerE(a+C=2r#gq7H-z)fQ3y1dalmT7B(?%JtDKmr
zX~lYWL7$8Wvt=(E<VIZd#SnVbL6Y@D_9X6TXc6A8#f~kmd?J;`0yvW#{{?Jav8~vw
z>FIK(jd$blH#fev5N=4}e+@iX2SY;ke&w=?)fEWI`bOqf`*k_Zjdy^|3Vy7Me>M3l
zK)B42j7&mR8Jp<wOh7npY~DEOi@iWrm5h8hBVsFg1i?%U_sY?^92nqk!JE6^;&VCn
z!t|60dQ{a@eerb4(p&gP@!lC)i0_C0#F_XdUX#oajE|-opUko>e!HgrdSVe`HAMfS
z2WhLhQkZm2am{~dW4(xrL4<k^qe;ALyMRW~+s3qs`m?}30c{St!j_T#5wDy*)0lzy
zvEjZl73x*m$M!<z-x<=4!aohuGjtc0kp(V&y}&wJu}&v!bK3YXw7->q)jD|NBn*LS
zqO1n6w>(yV@ek<M8P&<0lhuS-f!>&~hD^|S<c%l-1ql`CGHHEnE(I$%5DtyR@zcT%
zMrO9kpO`F8Szt6C=pYkfHt%1UZe}ml23aGm%8AWi8)GT!t3nepn_N9_oDKlmGg-+7
zXYB&d{=k24;XU7F{nw1E!6_yC19w5z#HoMyUXAPa>J!52MK%!)Vf5Q>x<d*_&tO}H
z9GqZ_F)uCEfpTs<Z=|>^77&g^9teS2jR%1AE22nJJHUwYE3AH`FxgiW9SKeO4p@#O
zlClp+hoy)i91dMFKZ=v$VB(9Unbzw)l~%ANfyYyDYfS7%_+^VbX~fHTe~Zu_F&ekW
zX7_^##mZxPRC9$7YJhNwakWcIng&z%z1l6@(I-vR`$yrXsH!V>It41NM(}NK4!*p=
z8tZ*e!71gZY4|wqk)I3trosU9sRGBmI-MG==omthy85GK(j<S*5qV_2$!4n}apr^T
z(33~;g4zQPe79h1e~-tNt>p&O-c&Hw#Vjk<n}~Kz2Ndek_hW*%EP1-E-P|U@ff~3?
z96V_9s{yamP!RBbS`pF%rH|SQJF@6V_9e5582;~tCQHHZdYl%KLskT|j#6&I|74d}
zG9(?zx_I7zPDCR*K2rnPM;8!t{our}*4I&}Ksb@N#D31<d||#}N?;|Kcd)+*{b-NY
zF5-h8e{n_6*emIt#QDNXDImX^F@;)R(vDgvjVcOAPadcKm8xlMhM9PI1l$WjOG+56
zhAl@p0j^G*++a@K^?EAx*6qCN|GmLsVR}FjRfYu%IzJU1Pwm}QH6zwM7NfQJ;WoOL
zf@XTc$HXdwT8`>fq!8DVg(JnzUM`GL9tGR(<l~=vxqJ&-au#0g=CEGN`=eM`^#j)v
zu0`uixl!suQTXg{cwS?0+{}A0=2`C5<?5y;Q0kLAKH*j6*-*1{cK&U_71dp_dsRC!
zG4XPIbArG6IPZ(TVZOdem?G!v*XpisUca{HM)my?N<BQcA|exdB$u7;zSgg9J``-g
zo$Ws8e>^Ol{_ao;DXvaa%(w`kwnNV<nfde`I>^?Bw^e(`LMfD-^EqcgSgzGt3pk_?
zrMY9~sd4Nye>7m_Z6qbLqr^AQIR$wRM=Q6Kqcmq3etKF-LTLO>G9qEX$$>7`e}5kx
zzhU!2*C$Z%9r&8S|8``H*1TnrweNu;Ce6O)1M(-2@W&o}dHg3k#e@~aROkIe3!RYo
ztNk|#55A<;sCwLjR28;c`UFE$HJ1I=-IA>Jp|`AGP|-PB_{^O{yDiSB7d-@2)F>as
z2IlXLsIG)*r?;`~Rnm}$@!wTd%8b$h5og|7*|M1xaG(Aad~MTt>cj-bKfy1v{w@Ks
zKAKcJ|DCnG$b*EqCr9OV!{;Av|2Q45AaJvLs2QHWC`8N?BNNfNq2}}wKP<iXP(W4v
z#>9nLntrkK&ar|SG)BMWB+}xsJC;^-IOxc~U!Z@{yLTKkf5A=gAO>1gcC=jeMJTsg
zE^3H`gW~ouuon9zr4m-ae=Dd%pHv&-3zQ4KyFo^0($t@V<@B;s!ja=G=W|zOn0fNV
zgO7C=qRUPK1n_hX<?W_G*=R1QwbI<5wq5hm6CGuTCmMNO;dV^uSN)*#bw{ZCHHy=I
z_647m+_}-$=5sUkMsHIef3^FVMBh)&&ZcjXLwM>6+wDbo8}|@dPhcNI?Mox>j99;9
zf8udB)4-V$Y2Z~b$$Y#YNy7<NN#q~Lyd2jB@<z+8k=Ld716+(T4|aUp`v7Q(W{cWS
zbqIe>l}C$F$&vk`I#NWxQWHt=vSIs06AxRorcf5blsE*{-bwE7M-f!(uGjg}rb~<m
z{1xT4!y|G@7IHH(3-47lq`I@IE+Ura(w!x7xzy6Ncy*~gn;S+~05%oZu4saPRAQPN
z#NglQCIc4`IeTFoBwFdL7D-*~JVjF+a|wO^h@0*$b5N0UdS_STbwD{eO3t53UScd(
zUZh@7>^JfG2{a}Yj4mCSC6k8#sly7&hJqv1>8Tn}9@y1yxq+3zCC3<fM|~<k<gSj-
z>Cw%8c<OT;mc#;rJdsA~a!>N#8r-lo)S#b&)uR+@yxqC7(>wh&57H%`E!gt*MmyVy
za1i_xokVhdnl>(nDJ2f85;_7;Dk0|{ta7o!tmhJb!ACe$Zrc&83|vxh{a=q_-!!gD
zhumd<9SyTq#gIEHY8EAX@aoE7zozzWC8^;%zMxPS>-HGKO~1Vj9+K^oUUE|~xpyzl
zVq$sh+fwBgTeRV&l^)$Q|JReLYvDhO`;nNqGhBdUV%G!>px=13xyd0;VDeL5&%N}}
zS%Rfi9->ffdf=mQDBFOva?Hz0bMW2`t&g;?JyK+oR13I#0QTTajVA522WIY%lNxZ`
zU#&{U=jLoaYg26mAJpp(=Lq?K1^-8>gwZJB>?<PEg-d>_gp)W!^5|~tN$-{z^l!>&
z7M7gH->Mi&Fo@bWYR^JouvHNJJgXrq(H-_A#XN?eO(;+igLRv#IGQh?c_b{>)y%QG
zA>SV?ee2lyx>{AYSIpW%s8Z*%2e+@XPuzf7i(se;?6Rb#kluRux>FJ>>0uy$#EEgQ
zwviK(E+B~ObzbD1TgQ;4d}=^_P|-&fw`R1AHbkdSxRQ=NfPSVYdNGH1`5J-I>MXQ;
zwbi$GWM)_bqpSSZ8J^mFggF}=NZ${M7>|5NGNgbe=yc(QpDA5}gQdAOBTl|_|IZ8X
z?#Gb?<!#NJ9VDnnKI@IH*yooo#NExd@Cgi42S(>lz8H5*1&rXT1e4f?$dUD*&|!3t
zg5UHFleik$I$Xhv$f(-!cPkb1+sc}db3UJ+Icdwa_2H5$ja<%BznzyqWpFD)gVtP-
z4kNSE7qk^7)^n?bvPY4G9K!*fbGL%k4sVtnnBdqGZ^HE%q~2uMD?hQV4!;4Whc6<s
z{0s&4zKknTxg1PJR%CI)#9U@q2urCzz{;NbLM0$yc|-nsR=>zPLMN}ta-snP{ZXS?
zSqdp#yyu9u{H?!>`cBUbdri*WxvH>xQZ>W*LcK-=Y*bO#5c$BSRNYnAOB4X?6hl(2
zlx>+NMty+amU$MC*QIF-Xd3Ijgcc7Hu%%^)rDH$-{%;prq1D5cVM8XLnr1wIHw#jK
zDHUR}n&W71`mB3rFEYxBB)m<X!4y04VzmM_dW>JN#p=#mk15rkX+_PkIeEqB{iLz6
zYKdIdp9kM-emFmDm8-*E#QrfE=*BoG4Ye@|5qA4+_9%xWYKS23!J}He^gJAvG=gR8
z^~$|Z>dM$DwkA61so~>lLfU3&p~PKA4<G#!waK&phlxKDbZvD_2?X7J8d~k}{@Cl?
z<#K9{PZPPU>sJtFq_dKz^q!=xB>eG>dlwUs<J=viU~K*?{t?x{8JDs}!J1maFA3?z
z@3-Iks3a*&b;WxVEmLYWcI@&%-)zAQ-ZI{L%pts%0*W%vZw#H21=JY5>4FTzZ9}V)
zB5DE3WIAcLq~Kh10bjY@6*`_q+J~DoW2aFZmA55h1Z?O8I<ZCH0Lh~FiDjkBAZzwE
z1I7G!#3aq)4|($l*12XDl!ZljIrTT9Wby}h-={;NG1^a`=FI~u3c=f?q$<bp5~GUW
z`ECnI83~Q=`Z}X1H~bH7_k2US*E7je#Q~Qc<lxs!?)9eqogcM?50=gpB7|@eFmji5
z@vtH-4j8vE1!*XWP4<*Gol9UMzF*CsZ~N(i5ziOr2eu#6aKB%uDu3{_bNgKu0{TY?
zM&slYq#`+acfaPCdj0w{ueko#Ei5IQ{g`!cDpi42LESebRs4B|w>%w8$+{r#7Z`d<
zv1)^eeO64)#-Gh8g#_jYbr%-39-1g<K45$OJCnj>!Hm$FkMQh6z2?65R7pG0QVq0i
z&)oYLT0{SGbDx$^C*Yx`rm|6bXWS!V4H2>SKd)FfjFph6mV~jb3MJhKVV^uB9p7%i
z3=&hhgF}wJL)Wh13z{i+*`MX^ZkjRq7U$VZwcI5VS`h%>rC(rB!10t7IbpJf)0X=R
z`uq~2T*9Y1zpv*mpE5UaH_3Sr#S&Hs)Zh`qAK^TV7{bzXWov^p6aS80_fB>PeV%<y
zU=+c&>3gNm(7oiRghR*;VUeY<jusroxThan`pBj}ZBj}51Udc6z{BWv3mvpdl=oUX
zYxRT}AN@bN-U6t~wTmC6k?t;O1O!Bo6p%)`yHi>kq@}w%6p-$e?i5g@yCjs{BCzTE
zY>(gn-aB{hnQ<JL!;JgodDr^YT921M2A3`Z{J87z;GE|?0$a<3Ppgv~zM%v`Uw9RV
zEQygkA?As@40a6y0ch{43qD<UPJzRPc34rv1f}#SUcUZ~7g6iZtm#;(PtZ??x?gJ%
z1%p@P>mB^U@5hLilD#%FWrvY``n)vW0_odS@4dDZBWo#DDc_v9_U~zf#_=OW;2u8#
zqXd8I)?&ywjGWaqPF!_BlsSUME$$eP|5mE+z;y+GeIk;@m+ATG=w4vuPU1_)x!+>U
zenuq#$vj7BXn(Q)#of>>*RMnqU}D1O|BzIz0zaiQjYy>@2vc2d_GdWr{4yL0Ub-II
zfJCm_Cs7A@U*q&-wlGvAY4|^P-s|m=MWjQoHr^W2Y}P3qpL!X5(p7x2w_;wy+dK7C
zq%WPt2;4zF-l&(5o5Xd4Dn}+3WqA9+k1|NEC~6eXq*Ma*ukCsZaZ7pvqtDXJmaOyz
zxV&yS{U0O3$JjgZ>765Gsoq@m#F5aGuz%5`<~PzavWSx*<os7GJ?iCs|LpwEAuM9l
z9f+5cYy-{$443qApRRm8=P(Tm$`>v1M8mL6A@$2lvyt}qNrFxiA$#5FyCCmWp*VVZ
zNy~&GkFKQ9>%}mI1wBiL`hZkre1{G*(d*g1l&|qJMwQb|D0D9yKM#e>r|lN^nQ$RJ
zd{k)R22^)uGYQjTPb25ytC>Ff_>jQl-s7xX@W}|#N+x4Jyed#9Ls>?ISEq}r9RJj_
z%84qiW?Sa`()p4tXd5q)GE>P?f-0~*VD5{1?pE#?7#wD4{+BnQJp*WV|5N%O4)d^&
zB*wu33b(~I)S$p|TBPqyxT*{8Pa4Au#*Y!X9RwiE-_tv9cSkr)AHa1S_KEQ@XMzdy
zZ^_FglUUoib6vO?YV$%>em47Q6b@p92Nr^<$W(p;ie@WM0VZI5E9b`Ynhh@L`PYYO
zGwy-~E26aykjE{Eu-T`UE|df!NnkP%nA{T6a8~YE<I?=mlB34VpD3dB7~dK9tk%>^
zkg1mb)*7uk5fC_F1RrS@napLFp3d+e&7yUE_=FO*T;)mjoW+rEC7^7oJ;s|?&W*KV
zM4n*1ZXKrsQsXkHv4TlxNCtJvEct$G)HD0olf7WD2$Zxmqel$vz75xlp38kKvVLE?
z2n^40-zb8$1-{$AK@^(hw?$XWlC|eaDp}AdppZ*vH$?nxGF&l)Zci4sC<G6h*rFnK
zt+~yA{X#t*EeoGr-m8Dwvv&_??~Th<MyW-wr;x-QSZTR+zzHtr;5mM!pAUT*{7W1V
z<|xKnEO}736qV{5Fja-YAb||H2PkG99RnjVCx^0*oatAA>+PbXA(dK-uh<FqF2j78
z0-c7(uX!=$qrL+Uk2^ljTTdVOgdD7xua2hF8lF#`7xh}V6BBIsyPqh4HgTAQoF1d-
z1F6WGM4p%W&S@tIiN&dsd`-vsbY$a-DjVF>P$5}T|9!<9fkj|v3)QNWz4-Jt&P*v%
zMK>YwG|070#^%flw9zOk;qF5D;XsPxCp2(9o1Ef7a;HuUAjN0%B5yrW-Cb93{4}(M
zKpwr;L&$kY>FW4(<NoPwT0%EDDL;MlMUslHU%CPFjV1tLtQ(!jBb%wlbOllo-8PY1
z{ZJ_XFAg+!OKWQxU<kL*y7NTL)l$GIc;E4_vaS6rQsV*m8b179u{xu?8<|7jb#omB
zF~Jxs$6ww4#&Hym0xdf1EW3~4`Muf)yQ!(>pfkS7g3xzk;e`%}3wntao=={I?s?j~
z#44Ft^s#kx@pyJY(m|^mLWT1bHA&s?6K~tRq8fyqS~S=;0my9}N6Dn2m&%uq?1Sh0
z9L=;Kje{%PP0u`?6*w`c6tO#Y%hi|BNeS8&M>{3UXG)efbXmfOPK9WSuTE%Jc7f`g
zkyV{PvYd0leJg$A78WH8BcS>b!m9OuAepc}a!9&U{*f*B>jQ+q=}z<0Yog6_BJW_5
zF{MLPAI7zo-bV%xv5Pf(H2}{^S(hfTu#UK~Hl%WV21{k2$ZfKMivnOI>nZwEC5YJP
zMH?~I3t@VPhBRb<95(+tstaDkx!As8<^p+zI5-Kat%D;r>rMs&)&sJ<fzuGwpK`<y
zbNs}Vuwx7=Rq|V@EsBd7_$Yj@4^a_rZ!N#;ik((8(cjrt-iEK+=;Puc|EM80KCp%B
zNDdUh3tZu?&_o6|B@)`j_`r-CNy)k|qWHPWn>W&h4IE;Qe=Mczkz3zHVsQRZg702`
zsy&i*B<8qtIB&`E*liw#V}xMJ9<aZ9671Amej!rnXG>)-DRNEu=$e{jV;b0+bxog5
zxQ<TbJhI>*67_OQhU(E}O)y^d$SDn0rtea{p^(IA2SlZO6D0Fv$M7Lo!#6>yb*jyh
zMX~5RF{eueMv*7ul7!Tmc76UQF-kqmj6=p+Brbm#Lnn{kZpY^a46G5ngGk;H_@p=3
zfa!f0ISy5Tc>Up^WwEq<eS*I`19&i~9igv&p#93S4(fdYp^LFHIhYTAP}oK2`+>`~
zfNen(?Ih7i`uPTt{y-AVjn&mHI>19RNn-1HEK6Eb+kj9iTBx%9PEQXR?3aN-lN}N4
zoD1&U(t=~Kp7ar5oQesKVQ|Azd~{Si$Q$M^-!Kp_FR8|HtT9(f*jGVn`r?rXockQ&
zn=5inY00zSO0?DmnqF7Sg~-ql<DjXL<6y}wc}}FHhJhMu_j!c$DsbG{&T+Ne!BI^V
zmgz>kp}Kind;WN+a~lrMvs-_!oEYan-IT=wMcysW?HL2ZzF}VuDEAK|9AD-2y%Mb{
zz0Ooy>E>3kEjV%R8*<QlQsAIS@4Z)>01!7UH@>A4z#Qsf=|GNA@RF#Jk)S7-BI96E
z%O02djsH<am+aeZx0w)_vt$t_aaYwz@Egn#Wo;?}i+r<S($I7BWTQqyH-fk5#5r0V
z60INA?NMKzi~YnR*OZYw`{fWa%6ZRc5nJ*|zsvQ}Z0Jv&1_pxJP_hM;oX`}>wKXQS
z++JL-1?Zn_vx9a!csS5^<gw~YIU+ihEFI%1cqhqcE@um?Yp@j&6-m!y`nJz{%<3P{
zCPn?Obg8Vb5>Kr{KR7%vY0^38co(MQhXek%1wRYEI5(Q9_7thuZudx-&R{Xrr~$pc
zIp;7ZRxe-i%96Ep0}!qOqa(gh6kd8VlEmaSQuW<0VbK=2R<^)n0<)U~0kp~v&08QL
zyvhgfdJJQbsuxDaZ!{01h*~)(H=xhF$W+mN<2cqAjU-5z$9$G4F4-W!C~n#68a_65
zSmsqxrftIqlh#V=tS#my?84PTTpopu<(&T_0SUY{oR1NtT9y12Kj7YP?^99^v$+RN
zHO(Or+<O?(I(C<nvT>S&MyR<{lL%g>LqZzA%<QyB?|jr)Qh(Cvcvk8Pi#<q+F3BuG
zd~Ocl0xev*9iO%mEwi;0a<_8_6MZGFIO#pO+$u{}-V7fOcoZ*5n%UU<pE4K9URHpR
z*X+^xC4;f9K>P$hIP1^#w>jpuv{ti^N|womJ^By%26)<Qh!%vC-An<oUZo0K!H=g3
zra1B7Mu{=f7&2mLi3_VFU13k57%d(r_r0ruFIIsD1EC`u0q2Kq<kK5?`mcNi381j)
zKh|J+%@pxk5`!Z9&z8+HoRSCjW=m58O}XtU$)?tHyP42InR=@r9X``rtTLk~C|vIj
zKY<FrhuyLbgn<PEvwr%PDsjs$v628fJ)L`7NYiRlV8MpP-nSJy%w#UzWs}#xLZ1C(
zPvIeHK7P<z@f;?<jN2C5hNrX<4vf8`fP5PYSIN_?c1b;p-nraxX|Fx_#xZm8yGx?+
zpLipl)>uwX|8SGFW;veJXq&pmh&20){QXzXH5}hwNP2hx(&xc8MmRWjtqnwDU9a33
zWTf6xvMDpVX-(N$eO0|AGC%WR^EdP?PoD@5KPD*q>2{Ja!yo^hGF8HI4b23~p3th{
zOF@U8K?xrwI55AgJ$Y5gojBEeVs}8%Uo;;s*&uhjAj$Kk%(dU^V)eysc`?E9ll7bf
z@>IqxA$MLle;Sh?S8{}MM)@?WSmCrj&2u-=BnD?nb~Md?Ck}^gb(EJz`UtKmA~8~g
z&n>Fal(7-tJMb^^wyS48gHW>Tp7bTDBEE<8HC4*NB~MTPAd&N|q+gY(z1slW|Bm+F
zYM&c&Q8dNw4P3w5CqL?&)b=bem)vsV|4tdu4)e8DM+$ghdKm9TM10qHy<S3c7T0Ak
z<kg1qyC3KaZZrv5?Wb+Gwh%w;W>j0+0t}vg4dN<gBW(^sf5s?8ZmMt>HG%|FqDT70
zBnZ0}5W4HE!Fl{C<Z9{G^H$gO4*Xx@P?2tgoS#G|DhiU%1=?g_N>H>u^*fBORF3(4
zU^M|&l;r7>5IklMT8$W8(iUZ2&#*s~xd=N4e~sx|nZ2pHh$yw+U{L(sJ{5mBGx1tr
z#BQ28e8z4owI7=D-di3+x6b8^h1egTM5SMkn#+y|3e&4FnY9Vc0Tr45*n5YX2a89}
zfd)H$IaJ8s6ZK-|P}OgxVECjrFYD#!ZBNgh9gniMljy<gch0Sbm?=_E{#SA5*yego
zX1f{B2QjtSDzz)8+haat`3yL{PT%{~Ym%|L`_SRpg`+S&ZFH*^N!G*r@VNN}K&B|p
zzK^B`36b~hh>STG%IqhS#&I#e&;4Q~^GO#gYSo(0I9<Y@Qj(S~JiWpZt45^5Gu*)M
z_Ks~tc>Lyg-L5$W$s#I5dVT)z$0G$gU2ra7s;9&HJBpLW3pA(sk3Y;5<OoG^AHo=;
zG8zyaeYYY#Hw2f172ZQHZ4;F&Nrcv(MJNkHuqUy(W)umzlP%XKJJWwT382&%!*56g
zAK_Mh=|Xjl8sM$-R`48NdS}Mj;a|gglOsQGL*miVA#wILx~a2i0rDH$E!Lx~>qI92
z$Ecg69s9`a1N-a$VfW|7MUTywUw|@0yWQ--Ra~@hD6InE0qgJG)+aCLFgk7|THhPr
zNdXno-od4KC8EmF;X#Kn>dCQ)i5lJMlZCR%HZH+_{VAa1X8{P8y8GG}HSxc#P_hPC
zTXsimyLWZHCJE$0qd+yI+&e`QxhV96$)*Zdw`$9*Tm^FALbe8@dT={HsH+#kf7*tl
z2HA2*OSYPV%if=xrRx>wcvnA&e-UCw;$`GbZgXXXn;KrwGb|Yg_3{T;tLj1)s4C2h
z5QU6a%YNNNhF_k}jF#}=45;q^kMUagU90<~b4kpVh*Wu^x!NXuuG4t7F5BAjK#-C2
zS<bQvUfa*e_a)qq8a(4KDr8g0+`TyO(MIs!UHeG9C9Xs(#*O|S#@ic$H5hEFSwPA}
z!b*UX)1$@I)y(H&E*h~Fr4Fb}yR&u}H~1HF=Tk{Wuevc80$NXdQrK(E&@tzCAvrQk
zOZN<%gM7aW(xq#J-2QURt&jCqmT1CU;chF<B77n@htIqi`^zN%h(y};(f5~_JoQH?
zws7cIfXw~<eBhU-_6bp6xFftch)LN0_AOC4UDZEAX)0G<8R9<8)cFMtPKVDyT+K3c
z%@T=s6Y{Z2xnm-r)h|wE@l;^r>&*}B`yful$g_}{;6$>Z#R-hxl6#{urC$ulNuNG`
z44_fBp*E?R>JoIMO}vO9%;RG|ixx{19q+wb!(WX$RJvGQ*KsFU9x!^qCm43Ol%zLp
zGzKIrJD>6%T1XbvF|XO@;t{6)1OcNFFn}@xR7YV*u^>G(f|v?WZ;oU<oLy2=1zZ|!
zsyMHMIL&4K=#qmx?02G&Q)&+ykkO1#NB@^!BW&()@<&98*5MLoLy1Pddbm|Iw98PA
zwj=bH^1aL1=3Kw_>|uKg5#pu!>{0@~euG~%xoHdMOMPXIJ6Px+sgkMi0jcLmJJi$E
z(4oaCuG%M}@!Lyb_{$XNBb-(h-B##QuSbv2ldimoK%iB~Zbkat09pJszz9{Hg{NO`
z;l&ys87_^oP-5YKtQUU}Sa}%FUl@&$r3V^}?`6{vS&b&y<Rd5J6PyR9iD4tV;KFwd
zhj+M71-&bX4YrVLzvM;7JzB?!XgSu2@4n>ELJ>cCO^tKXJ9W~Ncudc#1ulI2CugK-
zs0QWSoXj_c<#77rMegA9S<_dR$#kd(J!OP%o*7saCAC3}yVE%C0djzeT-q{90!Hdp
zap2le=sez26!6m8e^P5V^41l6k-ory@qK6)pF-<L$$=qC;;vrKmf;xwxHO@a-0fuQ
zHKt17{WShT<RgyJlM=ezF^1qm0%}n~)Zrc5$9fhVM;2hK%K%h9`BhMRLtbu71kdl0
zX!lbn2U5lKv#?LnkYn*p58&55$)^D_3dx0k#Gj3e&ye9sQL~fCPOpt`h|p}~Tdd~e
z^{9&cc5?kor@{5xEvM6-kEpem14g%XXYtPO`f#lC(^KFro@RTFs+0XJRYZ3=5=7W4
z6G{Um{g}R8Voij4t>1sxpQwVi%2^30>3Dc$ea&aoG2ku_CM8LKLbLB#ytS*Yo&)i0
zg>^EwKSzGIwx!%{3I!S$(CZATZA1a$#hKPhC_4_v6g~h%JoJ~N(u9|wN?Cph9fR9Q
zT-GvOzFZqhi8Ca^SCGE_67JnKz4dJiA19Qv<x`IZPsGVe78Zjw;`W`{!A%z24LanG
z;HgKo`j*`^Is)G}VwH@{7=~y(0_wW;{)tIdLQDO@gU5Q3!S3AXGBn&9YTpy>NQw2j
z`@RK%gV7hucBYb<U#thK4KNf@;=aq@K@{du<~MVbUat1#uYyCpi>ONYobnF)(DQJ(
zckVsu<s`&87<E5?U*<+u$jB*x3NFE3X{d^^#q8aVhlUmB?T3Nj-`a?X*1`9sqh`I^
zx)=dYbKkd5UdC0)Hx~%AHKL9emI=*)vt~nSBPpd7I^zM}vK4AR>}KkjQdTtr7$c5W
z@ezE8po>CXTwH{nhKmAaaF1-<iv8;T^4rB_OaC;7XB`V=+9!F{KkrZaP2!Ggn*S54
zgAKkNJ0Qe~GJAeI=t9XL_|cqc#RYdYE4EDYS2eX0C0nYqNwX2^mP;sr^TS`o1}kC0
zOUIS_t0}%fKoj`sFk62x^m`*;ogoB>1aDFwrKT>a|G+U}L!3l6dUR};wk|3~`1OQk
z+ZNZDjdX#B9E)XCPU=pe?%V4ISHk(4+UWULs?mEb*WlC^p@eroYGtaMluRAM?%2R`
z<G#Myt5$2mj(RHGJ$ruG?$BUV!9D5kz+s(Ai78=LbSr+|F&*X<AXz{mI+&^>(4CEv
zReLjXoFE~-z4jJ{O%Y>JYo7(sQ!hbPMuOPj#O}#AX5?Q5G%lwh*Sy*?WyJ!m*XQ?p
z<*-J-M)%>R^;#MnCx0EsY?gO84|~cFsQPL4y(t0c>RnG1u9?0*tVch*8@s&!dY4R^
zMVTceET_uYcG3Ym+Nuh53r8&eznE>>4~`>{zOc)u7eLGMdvdZXuIl<`e-MIuq<AVJ
zHxH;P41xrUV}ZP;VI9A<!9k87Zl9v=p%-E0Oi{9gb3SQe1jdd`lj<w(IbzGLHM^aD
zXUV$qK}LTiASpYav6bWi^P`F%#)8;F)6*7r#4ROx^lO!*ZEZB7PT>Ll!K8wNl{iH}
z8UfCAojcG(fvD(qir!A8liXM;GIv2frUK9A>Dwp~fGCu6ebGgQ?<Kq}iq*%rWiRpU
zML$#J8{c@ZX!?<i58>Xo<kJX8{H)b+W)OHXjy{X0yjq9NL*1jF>(pz*g<f@e<+uO#
z(#9Y)XS;LwZO7&3HOmBPC`AfP<JGWy!Y&C3cp2Sbe4A8U$dx=-`DzNMi-sVm9`b}{
z>1MU>0A#`1lo6PX6NL8NjZqa${a5q15yVwin}RqL1x3rGiz-ASr_!Y{5>yGln~pQl
zU#xXe=X-5YHJ(QXG>26D^Xl#K+ef4babQCG91!^oSkK5LBwcdHTn2}cQWpmiize{%
zX(glO{yrv^fo@}Ma-qowJ|Qx^vTeYZR@A$6YrX)<Q+oz0wY9{Tf9XYF7130{T>>!)
zz^jJg9v_>v?@--e`r`oH+WRq1!t3yQIKeLUc0Itz{agBFNyWUB3Re96mFh~zp;e6c
z(8fjE=EdjDi#EiEi_gz?sro-#-`;*57B+|RYtFL`4<r^9XUD^wHA~!y$p0dSYPo}s
z!}WXqVO`8XGR}J$=yZYnNrjA^_=hhf8dfN0fax@MNEu4^Y_^c@BuVre&RzBj{82@q
zCQa%x6KST(qL(Pw3bF-ZSb#x+&MYS$bVQF>>vTFVFC_nHCFJX&5M`o?Zrwx__zLNr
zo||yuYeF<|NOCB$aE*+!DEg2+^fRG)Kw8D;6F|UpXYX*#GOSk5EbUo`N5}L%4c_l)
z6(lR`-6X+D-Jw892vWtQO$F^m!=>KUX3mb-OVyE|tple?C>1`a4eX4z`Odo(np<-$
zIUF%?Ig2}UF=saXMX2_q*pEf_DegL#Ia)#rnu5W8!pRF#XD;3l)H0qw$E}_a@aLT4
zJ<Bl!Vg_?kzlZeNOHX#@OI%OzRWvIf6f5dn^gTS@Tl+ew@BtGJh%hq7yTy!j(^<}&
zp$)^p2>OBT)z1fCh;DrDstw2e^gHmiiG?yb#JN`^cWW8GL?K=}4lNao*Ix4G|DUKq
zy{!*rfsJdMwpq^8z#V~)Zmh|VQe#^KAtUjfj8SqhB1P`bN<n`4!O8x0HE{typEff+
zFAuByhW3C&4%-?{kihCFa5Y@F4i8Vtfvw6w-qCkcs-0G*qbhc^xCj)w&d)2=5lCaj
z?lEpAdlf>PF6{$++@w}7?G2JsBHr>=^AV_yZ)PgPG{LMado(AF<X&5;UFH_^tD1n=
zt$dN#qA2uK*61AR60cHwt@L`nE=JGVV79<9oKc78B(8J`^#1R$K&*C(j(NI_UFcSY
z40j(qs{g;tL7|kK)gMbEAG+^J?7vY*Ip7~p^+te|4+Ec-B5M?Z<G>w~&e;GODWRxS
zHq10}t24=snc<FOXk_!)JWn0EID4qF1Oc7U!gm+vHLU$)n@8b9Y?G`4tXhN{30@1y
zvhx2imMEPM_Ikszs2)^H$Th~o8<DrX&+m2f6S#)O>7qRArk|S5t^O|yuoeU>9A<G&
zUZly`;io?4uhGW^1Y|2q#lDwo%IY<t!{}fJzF}39CGUB}x-4r;i6L}2vn6Ow!UeT`
zGapeoxr{M@ccYR(|BI4k<HC7UR83QAsfSL(Xv9qoXFq7;rvMFkl{9f4`Z;pcZ2}na
zkz3SZb5QavsIp*0y$CEVH<3f(jtcyE5ju|$1eU1Jg?q3Uc<~9KyLDi=b)t4$K8G9~
zvK3(`o4hFCUyjo1bqoUl!a&n3SrA247-Mc!RuO2c>=N<cmd2u`f7d1BsY0chtWdSe
zV;uUH=h+4md^W_tjfBXY`{9Se1SC*i@()S?-}7oaesgHhsczGmq#aA0j8;XAp~Rd4
z5!bUf&Sx(82IGB=k78p^M=1-uxcK=a`onR)dO1uND~^oMcwlD5K(ffiR72)DA9gqs
zYTe4hh<-{~-C9bm-N0i@!LLEJTM>zj5mVM4w@iow*ui|SZx2kS^2pG$Y>v&#gYRXB
zW~o<iprGyc0gMB!@mxOrk~Ntijd66pZ|mz~e(Ogpg8_VM3BV!b97#zQ96q^x<c`u4
z?sos~hYvjy*%&wrlyS6w3fGgx)+tx^Qj=9fx-NdN#Rs4&HTCyuA=%CfHV&U4;w7XW
z+<F~e{uS0^d->;jsjuiXb~&{ga?Y4K8x9HvX|pCz{v%0{2%1YX81`=FSOkLP@3R`k
ztKx4WD{<5PB~yY6QQ)t)KKndMIL#)$Z$8G&;;a7EoNVya7!ar>2|I87MVXkGtU8Gm
zS7Zh`ejo%2@R6hy&|y_f4KEatSfc{?olg_6_*?MXecVd#%&{5@06<%IH~K-Nc#jiv
zWBZ6O_V^6ViZD)<U<Fa}PGzw%HT~1}GL3Gmldlb9Tr(CB%5bSgXJVf91}=ukh(t(l
zdHD~=5l23j9RU#?Kr`1eQ$E(04xI`0`TPo6zXLOjRi_u~?V_jeZqrWSyfwwMQ+A8D
z0+5AhN0Bt1_&{#8lwqC91v*F*SIXrErvgX1FlvLheN~l*lnhDIPQevSE#sW>ePh_D
zBRPH5c{AeJ3P~nEg}(GUy~NpSD>y*tt=pXD7jhvM37rp$uyF(;DflnZYGoJ@y-|v}
z{tq6HS<y#4m{`8bV^qoO{xpUk)c)c?Pv_LMa-HX6@{{Qt#GpL<@D0ZlBE_!pk8Hh-
zUl)++v$@nY(UC9<g`c)3uZl18))%7V-TEV!Ah+Yfvxb1&0&l24IGUSh2m!Yor{NDI
zr;23_U!Oa{i>{&D-;p~{AO^m<|FUc80ddU(Nl`0w*t>!i1?{)}`8V#CJ7UR9Pe)Y5
zm^sDgvFYgwf1U6K_d%&jv!uR}A)4ui5r1dja|56hz>@>TnCsi7ebQe^J`0($|F2a9
zxZo2sZEfRL9q`%c#QIxE8}EK%rlVg(;JHQFFHaQuhP9qjsh|>tC7W*JzUC*MEf`Ud
zJG1`<zlU^Dboh&<qyOdUE}!b&#^;%dozo%Xv5+ynBI#&?!Q4d04Q4)gCtvwau|=MB
z4U=xs)+f$6-XkGnlURx-Zffh*gdmpW!A$R-tNQy{S;VD!1~srer6o5j#`70jjf&+L
zQ_RGZ3nu!tQ@syMm9Ljh7HT}vBqeFh!5xCIJ~sdYB`U&O+w_$bb9Ue#p9PSj#*a_%
z{xr_}%Py$8Z`o8zHy<9rd)uFDX4gLWK1A}ZRIz$ySRv=08pm6_&M5%|Db=m|cMORv
znQz_Yi0RR}lO#lS;v`GQw^5`g;eR53q={$I!fHko?ZhJe_PIfP?-}?|h(bn4-0$P3
z*itc*n%ku7tmKNxXYmF*<b}w}CQu3VQp7dL2Kv}j!y3RPp0&w%iRg3eqXTU2BtsI>
zdEs#1D%pc%3YX_9(k*Q2jp^`!qkyW9^9#mXSsPfvg$S`o>InFXktFvu&rIj+B8w%V
zM50~SyV}owX3w;{>B0SH>J_0~)^$Is;Vu3|Ti0RGZ~KRSx~y^~4`t>K-+4}+vKP+a
z0qd&I;)f<;EN65Tm;fiPfF=4C8JA|Ch5r_Y#Ie42#PN|SNyttsHI<T_sv2YzDK24P
zCXzNMr5%r<>q&XM=3Z8l`H@@CSGtX!fF=8dv!HWFyD`f5-`02hPe+4q|1h}WC_g%?
zUIbd#RO8q!PtH$QJD(VoPmjPTK`PlYJPiymer$8L@{$Jyu(M!dU*5#SkZ>LFG20y8
z(vu3AiB|F%oOyHc%s^#GuLaj;xYI2zn>}0YSTnk2Gizl-&HGui*~&a}Yb;<cWgX>j
z^=r=sAkPZSa+w_4VNBx$%(dA<Xom0U)jpx!{J!Sg&g!!(YHqFi^8(PB52{i{#Q({n
zvINKG!y)rbHSLrr$#URnO*1@`uIA=L<NxF2f?9e{n$YsPo>lIuVsKvY06w3D3!;pr
zXHfvIP6SDej2IN?t(o~*mX9=mX;M|11?swG1Ed`vVv5BUW@aBZceSAD_&azFGej|p
zaGtK`#~FOEU+VeU^Y+A_ci(fF`(3#PP(2V}oDCUpHr$Q@l{b%Kx-FRL3r-zaCWCo<
zkuFnk;8ZO6={p=cjk8rU|7vf#S%=vL(S_?lcX4<83qH=rxakNnv9TXrD+y{^y0PJ8
zUodaaCF$37x(I>2+L|>LUCO(grb$f<?r38TV~J*RL9_N!QH;o=X%<Bp>cEfs+AVUo
zjza1@d~)0qqI~$ymw_QW8T@#=^XIpg7q5ZD1}Q~nV*=ls>{9Y+KT2IDV~vLIm<D%w
zOG=ij`-;TO&pfJWsb2qJ%6m<g`v)wXy^U{Iq_07^!|x@0kM{ZafL4P^4kT1_A9aKq
zoOAZ!N<HmXK9=_M_#t5#X+;p_pw)=(VQlLXxAm)@GPZ&)$_Rv?<XwIYZ6I5+5#Xeb
zhUi3Y_0n`xkjj;XPn!4SQzJGD^B>4qUTAczuCO&yfL|v^gyit!a5aXG=9zEE&pTim
zTyToybC^q&C$tjh7GqjA#n@4$l{+R<Uyb`DvV)5HYt~<;>qz-i1poWR|A*}2jy23=
zm#WTdmn?PJGzWD3%Ky}E?!dN6tof?gfpNL0ZAbU1){35sokDl`o7BbBg^ccJKhDzW
z`b$0kE*T&UV4}i?$_zT?=<rp}*OK4;O)CbX%G-4_dj@_HMgEZ@2l7yrJ7U3-B*bw&
zMT1uRmCyx2v2;LTRZK}}e$qd0OJ|`Tjp@d0S0}@Llp6WV4*S7NvaX<n8hYpGX9vAI
z7Nbf}5V*`{3@(?1IJPAxrcwF>ni||2ULHd2!A++&dZdlqXUc|oq_#YJlWwbu?YLgK
zs-yTleg0$+c+hpgTA4+7BGVRca?^XX@IU?Bp4>*wQj|xZf3>b)^n&R3`9S}>j0@mT
znLN|es0^F=H|Jh9>8Ak<d0JX{xe7)>(?Q(Ksr1X@F68Y~T}Up))1JASP!-KbG19Gg
z*{jTr6`?HTqi&>)Izf$J8Y?WRcf7awy0aHlLy7A)(Qpjtllu<jT{VAcFhzmtqTqk2
z9JpTSgw<8{-$z`&Udi}<JzE*YVx{QG{r$Uug}DyiNgCv*r8(?(odnQ?xoad=MT~Vw
zi$KK>6H->;(zlTlj4vujl(qf3i$wo#%Opr<=Ol`{8}*&-#YWuvDtx+r$MV`IkVBak
zBQV(hc=CRi#L=_T2Bvwi*0UD1M2BB;RS8#6!uUK98(q^s-=N%;2AoaCDqSpd@!+u8
zeVN8-W#A3QKajWx83!;YlufATyc&(^ITR@~q>`MHwIVe1Kr`X8(f%Slb_U#e-t!nS
zRYI%^+9;y}bF-4C+IF{}N`syUD(@v=sWQ0bBTaUE@+5+{UPJJ)isN8S-q+YYW3xF(
zzOko`vYyV3X*3smKk#Ur!ojT2K2mlZW<EB_b%2U$eD^g3DH-qKw`n9Q!xJmue3$~t
zsIpvfR1~tbrg!M&joK#N9@0XVOFn4lP_vmR`ZBotKEHcN#`u;6R8(@UvQDJ;WIO8W
zpWnD)($K_JS6|evQGGFM+&G}<rv7~a#Ixd6AZ%#u4OnjndG*L}!sv#qW>kS}=vd`n
z(9lJWEOfVG>O+)y?+>BMP7bttcs5Wj&OijN1CZCVxYi$>w@SCs9!6kg07HMDU+z=o
ziaY8Rgc0FMl@LcN`GFyZTBcHGZxC!Rh9dOV=lnj6mnWRK?@&HLx4H%pdG0~@;p@tb
zWD#@bGhx~n<YkKjtVE|wf1k|So1^JNQtSY{7vxmpcCJGV)cCXo$eOz)v_hQ}xVL(S
zHKjDH%dklh=sUjS&np~<zV6I|(t>m@9dU`+urK_5&Xg1FCUVbRrBuK1e~V}lS|3`@
zb=rQp_wJPSSIk6AW6S_%ibaZv_mB&_vT<C}I6mwzgnXRh;ki8HdB?g9S(l`^RFu+L
zDm&!~YNCpyv(PWyf%WW>cJS#D;6P2-^K920(DcWpdrBVOGQItWEz5-+98S-pM0e~~
zYmGohnq>gD{SrB@So_O44pWF?6zzoTXhs0n!Cc9t2vzpWbTxH>4c+soNv(22Dh!>x
zWQ61?xP0SEMBQXpuw+;-Mep69ge9Xb7<>v$p?v%dF@q9BSm(!8$UtCP6%Y*{?Pt@F
zyB^~J3|Y*OMl2LW5D9?F-+cJC`;;Rtjj3$`oU6X(lTMH%e^F>kg`YdNQK|2Rg%^3I
zL_7TS{xo$dckDln?fl(`=*G?ScXbEfsv}U9!1II|*ut(~o^w%5kY<wiw(qUIq+xJv
z%f+jbdHM$J4HUHIe4HdpMyp=j%7(52IJwLo$qk_s2|vUIqYRvQB||8@d%HQ+Fa9F$
z`F0bny~?57iet>b7D@4ro@*TtLGZBRl1Rbu2MqgZj=DX0KNa!A{h*OeT1H}<8fY>)
z&a11%>4^>rpL<gh&<)OZxL7d~JJGphZ?AeBEgLgr!Hq4P8fi8!z`zQT(fUk(_Ie|K
z6aS#hOzLiwCtOZ?FWe7V;Z-&QE5;}(suP4f77CJ|WEeB<c$s(^6ZnR>k;Lx-#yM<L
zZ4Yeh=fq>But#Mov@0S}RXA|(*&v~rH>zP*Kl%pdN-oywsI3T`f`+q8ltezsJEJ^`
z>Fannzj?d&#dB-vp^Mn~>Q4JKy4ZNY9w;&|cAWZ{Sw(`*y$=#|Q>cVhP>}AmI`>Vt
zUE)#mX>ff>U(?%q4zs>ahE9G6E@-4XY&FFhA3D7e9qfPiS?854JnRSypg$iw<zt1h
zma;KF4PlM6&jt9!8mW#$(wSC!eI!NCxuSA+*GG<^<(zO&nsF=8-!qcc${C!Vfc-nf
zX!#_h_5{W?09wPbq<_9zWjGa(CXBaeLrX26EyGNpfZ3UY?bVlmsvm!r|CRLD@tk4@
z9)B=Ugt88oKe8t-_bh&p18RTL!22+XC?cRaYhvr$H*8r8@%82vKiG(<X@jauEqedC
zn)kNsK$(BemECGs->7^{i?NG8U?L`9jh828mLQo`n?btbSSJzPlIRnW>AK=gLUQHg
z9yKn_$);KBoB`~ZEw~SI=)@2!#=Ua+H<|}d1Zx8fm@r=367HY6)?7XQj<vldq&SB3
zVx2}>(=_RCpt4a1vl-q$5+jQHBOVqY3urY&SCsToe88u4@N?WeFL!4}WRS4Lr^1gk
zQ`L?I17@Bae^hj%T`~Q8@n(Q_vuH7}wmdKIK25|MqwzPB2^%~0VW>s}O&9)AK+GDL
z<)ZxT^gPX??7>_7dKm<NI=JVJY+kv1tk0YenSi5qZBzMycOqLFrgIY4Bxuc>*SbSS
zSVUafb>iiPL-L$rVxiTC`C`3|hT@FR)`wj$qYXAwH5d{Sg479CA`&q$GJb4qbepsD
z`OTku+Sq~t5SeieKxDRunce-$*kR5kKZ#m%jm~hy>R%|o#TW(Q#ao&>kgN)2B>(D^
zB@s{oT?*lO%&6V2hvck~eh+f<Ee(j<8NaVW=hI8cLI1H>ST0(7E5|F`t@)#JzCC!u
z$7)V9jg5Ma`V#t$muE72^;y(ji^t(lIq2e~BFwH<>vhBfWf)!I&Mf*}!5`Ofp5Zfn
zMDCB=pZF^!7&BsE(|E_7%^~!h+bICif~?0M4*F^s`~*<b>rQs=wZU~2-~8Timm{;s
z?(&rBR9Ch}QJeWo!%H6OfRndg4AM}J0nnE)(gWZ<tJ~Di#a0HlHeVW)gLbX#e=5g+
zP35%)5jL{*L)$ir4F4lX1go=8#cvBUSVVNHv^2D}4-AJew*#)CXM7H>*?7t&0~9gb
zpjW|H0I@MFg_Qh2$UeqsDCgRdzdfm{A<J+<MC*7%9AzWi{RW$RHQ1gpkoK0jwx1U8
ztN?rT&cfsoImMaUg2C`TPq$<;zsw{Paig}Vz3}mjpHq$|E=aP3q9t<gz$4^&R_Te{
zt2kL%!No>~W<_7zVP-mGwZ|f1344moX%@P$kp}2t!?1IQxk}TWV9KY@)Wd_sGIklM
zu*YZ_h2WNtYh-kS^HQT3%nHdk>W7Z``ZLE_gW%mc2ko&v+agMZ)UD8)RSW95CsqvP
zRvyu8r`M;`t}hoXze+hIdCbSbYHA+Eg$*$va;sE!2T4^Rlh(p&I`n_?NQ{t6e^T&B
zk<>E{Bg6SbV^H~oBLMUIb@L0dG-78HI?&%m2uq2>5CHFS;Z`B%(?NOD$=Me3__W;v
z4G*&GQ?hA07onBkj}sE`tu#%?jOn|yAc&LdJxS0bX&EHA{q#qvmhx`2-$wwgBE<^a
z|5H_*2R515s3xMpoG??B=PX%<bS+&q$Sj`?I=2a=2#hUcem*)=nt+y!+K9<1p_8}m
zou~;{Eeb>(upa4wpz9epg<hLo6JA>rTEZ84$r^j#TKR9~2S_ewko&j<MUlh_&%y))
zBWX8xs&;pJX8I0-7u(Gd)d;*Rgz{QnI#SxdEcGONYkd=Sqy~0r$Ixr)2HW;$>WY3j
zzk-anQVZuM#tk=cZ>T~pZ7My6U%y~B*B^ahZ(K)3q)SAuCD;Pq+FqTfS_bM~Sk+HD
zP-e|%y{Nw)7=AD4S#N|9ry}ypXAqT4_d66UwyF7qWyHOa6~mD(i~F5Q=JwrGqeqq9
z@}XmWDYmF;XMt1Hb?2+hfM!COXUh~GRCJRDLoAyK8!zI}s+?TnOkB$px6306WGdtj
zSKtEGcx8+c#LQR|wBTagBCAg9tV(0H(&cXO1Zkf!kNcF3=dn_<CZkp3Kb5vh#)D1k
z9I(2+J;-aJg;EaWP`*xtZbAG_X3&auLcKK#q?FA5Fvbwy&Wo-F6<QBF*SkI%Ub==z
zznAwq3v=yXsAU%lp?jh=!*9p`OUV*cr`O>jAUa38Y8+#`o%unO4{<?&C#LH7?P0U!
zrmPEeI;o&ZNXyUoWfn>{7dJ0L{8z;2(cs1qo)qh}!ZEE-R(+zm#d$gR;Au7C4%F{7
z|AY<n^^r$R6yzcE`t!q13#C&6mx^HSirTmD4{9rw(T!#gK4W3@nKt4?!AI^$j7Z5k
z)**1CmYBCuxpS#~S9P=`M3(7PHL36ws;YjO0mz6NF@8ckHtMX%c>2t5P9A7!fp4PK
zg+IS;1cr84ErKP8IKr5sr~S&K!*`@AzGfh2584WP`gqgh8}uTbss%mM!MUg&p7#~^
zNA57q!@+2NP(`<+;v_nLY9LiNwX|My^HW;-h9(0wk5=ZOP47IPzoAcivSI&-1~Ij!
z{xM`@)RCETQ66%e8bFf1T4$yS`^5iJA4O4+tgN2WN3Z6v-cqt=Gl$fDxkX?{>BU%r
zOK8H>xxCyY`IOdS`$5;)jakBy5Zn>pW6}=2X4%(3f!n#@=}==P#&-B+Dnq1apa<-J
zIV8Cd;FvyliiF8NTbZ5c`%bg%QH#IJtzfBaJ8&Z)9qqYcf1e!|93bR?H4TH5S1HGM
zPuLcFkwW}HLn?eHc3tlI4B{ug5fTMSk`V)pG2`b4pUQ*XK*R)^p%|s;?&t24j+?|I
zPhQRX8C@T}WdkTLCM_sK`6Qre101~i>$-2pSWH(dbLPeI6HYyY!jU1c_~cFM-H{jc
zH)p*Nv1-o0EQrRY2&>5T_mphJFW*0rYZcbCij!J~H9#XE@h(E`#|Klq_sjuJ(4{=V
zo)gp<>7!q?-=|F|K0pWOWmHSJRTY)iZi@%aP3+OZ6l&jrCQSeuoB)2|OYjnTY1Lxe
z@RxcLH5k5l_oGq)tRlYqnt7PAXwDP4j{qFN)GrN?+s^DgqXcb6YF5`F85v4CL-%}K
zV~QW-)8ONFOl=S@btr8$1e>W(izTlyKGIL@M4(~0g%eSM!dH$OB1XTxIA3WmKj{N5
zXX#Pw?fcIau3FoZnx3znJb$fl5hC+5;;|yax#fqrUlDr@(?ucv*O#c{Wlr!TWRca?
z)ty@no*R9cn2-_=7U5(0D>=`dQ<!j(@>EJ2ySlU9)L#Xd@W^69M#_-10>nR+YvBKQ
z@?F4tC@^SRbvpM+n&k48qU(M#7zj#%*C{k-muY>e=;iRRKzJ?9Y%2e^Nr9P!Kek6i
zII85BLDekf4RXS~YxDT~_!PtIWoB4kors9Wv7MwsAG<&ODi<^b2Sx7Q<r9*rd+Y7y
z%l!B)7)LnJXz@}h`c=PZ{>Hji8{WN}aG6ZPG8!NJXe`c{`&k~n22**NHKDqZDE_!_
z#xtW>pMuL*E#QE>Ah8#rVffOt%kepO(PqeeUNnq~^F(Y|RtBjY6U^%Lfwt6RpAsLI
zbBKAXL>)wQbZ@}U+eW;w<+s`d7K?u$rpF(Ax0(o>;-8}95#bQ&&xt6Q-`{5emjwxK
zH$ByFek>&Pn~&u-IXQ!$_MV}@-S0LIu%MyGxno*nlN(M7GCw@r?)cye<-oHuV?!Pv
z4b(pMl)FR=8xzM>+~b>&D3(|8cr$|}`r2j3(Vy=k#_Tz;dBB`TCx{Xiaz@uz%GTSQ
z3h6Ovyb!>QX${n9zjjxV1#V0!7+_Aq_mZX6(@{fkH>8`g@B41gHu<MD)T3WT*B;F6
z2>`0>&Psru8tL)^&foaY9hFkn)>TzOUb4%<S-Ev*WBFqVuQQM>0*;u59MY7HqhtKd
zZE0Uymmo-hn$A4;@z*ddXC&Iu-O;hsC#q8oRTqIMeNVLD)ragduVX$bO0}C9?8?3{
z1s*9qK06zDpx`T7W&!4+BV`XG(&zd$?EPx8A!89d1OJ{PAPJ!k1<k}!1Ie^=SP%+U
z3es%xlYId7y3Ir$w-nya_KYoSl)sjeRyXmLEitifJJvIqm1(Ssl;ykwys&`9Ak*U6
z$Az@u=}t4gU)j0z3kJ5+pIPbdnq=Kr*(MaHiX+B91x{f?JIxN>Wy88zN(Or6mC(k5
zx{tO?@6u6FTQJLnVk&wn-qcE4I5XD<ad%g(Nd^N5qV7_mqD)H8dU_UQ&=Js$8lb~w
z7`)}QxW6ZjlV;-Hh#1WC4yfp6{6A7d`3JOWINwC4;x7_CI@az5;T|vM#OTXA4ql8M
zm5x_yR8dQ*s?2ML8}mM(n@{}-?3GFym!m}<D<&!;-YDUFAOuOn?{0*<zj9_5T>JA9
zz>RIrzY9Kic6O8UW#6+m(}K?Q_WhmM-`u|aU*r>8Rt8MgZ?)up$P|9wp&#)AEXxy@
zr?7Akhgj~~s4awhbJ`g5)fl4~fxy{Ncrc{V`Vy)LF$s1zW{8pj>9yA`gI{T%FkvJ#
zDfo6O3`-X1xb7%*vSqx<^BH6CuX)i9eV1w@QZgCo`Q$kT7Dj$R<`;xq6shx>$Qs6i
zObc;_E4$z>doEJqV==Ep!N|!l9#EhNV8LPE+fVTzY#!8#Xz5D&U+(<xxAL@)f$pWQ
zbN(mpa_eWZ@^&GoKVkm$L`m&>9Su5?ex;0#p19t^%}CSkR;GSlZ#A1ouUTWM$}BQ*
zA#!{5La4Q)H&dn9V#siKadfpiuw}O>+R5RZ+&r@A=>$}L(xYI=&@A#M!>g42D$1QJ
zW6Lu|(mY`j@xjL5$dOt81;P$rnMNW?k+`KVYwVT|;30aMi5_?=iOl}+jiUlW?DB;1
zdW^x;pY%Xrtw)QaD-D>X)>pGV^-q1Y@oMcc5?X90Y0_T<lL^eq*%)yba>~1^lTgbz
z@E}|eZ6Wg?z*5`_tIPxQldcZ1r0uvh3K)$vI(%72vW(+6402)RhiCsnJMWYaL$w<Z
zxZ&czzMo$*>Q6U%z;_gOroZ1_2>9U5b^S2(<ZB8v+kx7ukW5JXWZ+)^(%k%BTJxe6
z$b~R|2EK_|kxh>4<+XIsjeA&eDIYR+n<rKq6JbU@Z2UK-u0xoQv(39@`1wDr>^_U*
zr$+OlPI!f463HhgsCAEtN*!zJ1cc{}3cX>E4rc=Xwfb90)zRnhn7Ks8PHa=vX}BqS
zk?XgPV1bw(lCX&A(#@dsJUn?^H_{Jj$5A)wE$X@dWdRfzqNG}UQK1m6o)YtPM0JGI
zk1~6Pbbzn8I#YrkT#44fqfDsK35Fmy6Fo0d#Y#5%ok2GW9TEav3W4D)Yz&B%v-uQZ
z>oq+#F<S>VsslS7Z(g`eZC{#zmQMMLKV-N%0JC*&MPUBLAHI$GiS8jMy@2;YqwuqK
zQ+lb2W{vfMU<gL|s+V~a_>SJgXI^FJjAfH=M|Uj%NeMe*Yc8ad??j_z7P7uqIu6Eq
z{~DbeE7-8B-7e@0Lp42ts>YUaH4HQpri~6s14$hbbq?!*w^BObIk+SlTJGJwf}LiJ
zkz%je#5B8D0Y?fqMf_*AN$lsjo|Yt`H)08`FE*Si|GgSeN7w)F{zpgW2ZqP3g@ZbA
zC%`S&F1c7YeH70m2+x0)2UZy)u0hlMc?~XA9w%_)WU7$CHMR|@7_zK|hT1$!{3*yF
zO!rm9v!qwo2L=k|YUsaZ%Fg(Lcr2I--!CGeLUbft=JDO9SAxl}pa@Sr`~LCgTibVb
zb=x~s3!c*=fZXQ<_?ei&b-%pRzb(Jgw%LzA!q&14A1l_h(%#yfz}fD_!YLTieSh8M
z0~;-RQ;SBgPJap&uFYVVm6w(9wh}0}*90KbG}n)+lDOj6dCnnu+YchdUw4CBI4Z8e
z$f^ea%hhiE#Zo49kIUNhfT}p}r7Dwu5PPzTUTE><f`VGBl@5!c7-5l7tlPwsFl-E%
z4sNLROMyQWj%?9h$vL9OposBEO#h&SK}Wr4FlO|J;W-$V06H5J*e^?d>J3l82~nkN
z--Yji=tDRpY*`I(3_9(4Ey0-I!ZiLSWhUX0LxXDy7`c5c&D?2|yiduxQpT>lwHpwC
zu|bB)KDxCG?&tPmc!D^>l65xxskKa&i{jbNImS_SwOz)?dgT9i><98gQMusl2fS|E
zdm{gUi%Ye_XN8*e0%Tyqisxn6tl1!M=sXO2^1PfB|0T$Yl?s3U`dKv!sMyhHHT*C=
zOjQR!DyL(HDqTc#vz!oou*xFNGpPD9u$sI_7v}-W<$vOC&N>x?$4K_#J(OS$F7P)F
zf)qtlnYIJ)10^h9GB;I)%Hk9}+@KazgAEZ3x(Y1KpElfT7Dj@L^YB27<!|c)&i3o0
zGA<i|V!;vv->P*)%qG;nHA%>r1&YWO<!N&E`UxR9?cZ$`2K<e>R?2_7pMBi1DGUBY
zptkK)nF0in169Sj75YMwfrNV07;*f}ZwbsWb8})fy+U}}JL8VEDN(^mAbL-?{ZD)a
zJq*O7HYB>CxE-$#K`N=a$|9S|u(u#~cyGAuI8nD|{w8|R^SdDi%UH*r5T2B1;o9F7
z=&FZmgviI{GNCY*)w}=YIJrk22kyZL{&s#Cq0oyQ8{w{sEAEnRbwfJNl=MsNOIf~{
zFGn|FPPXa|#JgnbTp0PU3%wYo%f^ZQK5~mWYG@NU`K#yHxkn<i!+&6q=?AHxge+7B
zSxSlBvj`TgPdmUi$3*I+qqXzi@OtCjmpyW81kM->KX8(+e#(s~;T=+DWnt*J4q&`>
z0g@U|8CWhjpQ07%K_~e^oowRhU+l-u6++B{7zirKfuXo$<7esj9vGF{X^|%uE{{m<
zwQE@Dz9aufBni2d-wF9v8*QG?VLhW{Jt#xX>mq_q@%Ge}z{Nu+tZ6lAP&o7}jzyXP
zD{>Wp`x@fWg!}Vjx2CTHAuR75B@D@4kA2yYuf!O|48oB-)K%tOBcZA{3^EP`gXRC9
z33#~#^i(<DUEHTk=X(S1Y5NK}OMoW?h7@Jv3gBQp>A42+GcXJ2bqn40Nyp=RvFij&
zD6d&c4vbE2>}f`;1<Fa8ky6vVV2bko&m>SC0U;b2<31Cy-)-(oM1@58BwlChK{QUt
zz%iP7h1ui2{>^5c9Ec}RM0(s`x9dgxc|2RjE;#%>b$L2u9;8hMp95Qi4$=+zZV(HC
zhJjTIz79^w9`3kO*^Ry%$J&sG2G5fz)!fU@({9&Pt0H(q8F6s~UVPcW*xo3r7%Cy`
z7f(F4TH@rk3AUqMmOdZRm54CAD`lS*Ph@i_eRn69-5!9qm-s$J+CCcj#$kmYiob4A
zi`f=P8uSX`BiS2<Z?g1ns!wPLOflTNso$I|zWeGcYUj<EmcMwzoLx0_c<1LY>U$9Y
zPuz<wRlt7n<1LN9RJp_=X=Xl_wNE&1q~YpS5X*Fv5$^g(t#2Omq#o{vw8=H7#7Qn?
z1f+NrnrLGCd1{J_2AlooNHUu^F3-0mn|bXec=G&L`x;H2FP~PmIlVEI9^+Bw_J4uE
z))9HNg$i~mjGX?b92bybP~qXET0YfBiI)FeTr(HE+M`a9M9*PvdOq23>)6w&(79dF
z%ZuYo9947Ts8vH;pn-t{-^&3x7d+C~O$0a6fwAKCgeXzeNFG8`baNBQ+gH)Ye}_df
zhs==YL{V<%=i%*|xrYrJMZ7!C;~C>c5di=!fFMnxh(8y^QEiJF+TsVYqJ5s%1`_P9
z;4(QT9<ye6so7}`eUY!o$#S=~+}p0trSy#{$lE9yIV7Hanp9K#`mo;=U%+j=<(k#o
z<fceX=n%^ZCal2W4+C2^VU=$}XMe<WvuTnS1z^-VM6X{;8y%8-&6&ThAA5_?Kg;~l
zmI^^Z_(T9+!N3*Lc0xV99E^qmMIYc$yD?6G8aI1k`YK3$(DwerHz4E{yV9u&j_Sin
z%2?m~=wsJjm~I?6A>vRcVB{$D9E}CD$qOeiJ@-gwA;>|)H05Dk>s9u-{iIM*zk&RC
zhS}4%K!M5i>u@J#t<t)~%$pW7xkTuKcU(`$QdhH|UOJbZR2-eK#tp9jU8wQ)CsBVi
zwrGZ9DOMZHsn^0fHy@bx=EQ~bGJa>-DuNN96gjKrqrZ5Q+o-VwHL+pq70aF;V(1w7
z?d7!x-N&oBcFE_Cp1r(vaVd&dO{s)a>Sk(A<HKdi9YNxESrJPUY3H$8X4g^K7$ECa
zdSdkO*inaW>SMylW2JLUv>HR5jgZx>;Fnq4rZYjVV*E%8>bM^C-w6WP0z;tJw^E~u
zcxTnfW7Wv4j&SuU2f{YonYA;y(Kte!=v7W2QidHFgQ406RN<eE`n4)Aei#b-Sr@&%
zt?DVr{$V7MQf6^{l~Rpwq^JHu8|vxq!AikNh_>1D6Hzby8NF5m5x5vJic`xUFQ4Ov
zr*b!b8*|xdHSQ^=(<|%R=a%OhpIK|So2j;c$$HWthvA|RGu`c}<&JT<!}Z?<(i;bj
zMaW`+Q6(6RdQSKJ8lOw0q+W;6>w>KeBPI6d1B>@s1{C^qLT=?zNDY~+tneTD?+qeA
z*imXviG`#@pssa*pMLYJQL^O&V;QL*+Q`FU!qErW6l@D>lf5(q{dk1z0Qi;L^`Nn3
zBCM2HFjn<snlX`uU<64#Ew#-g?M*8NL(LT!^gp;8-icFA8EuP?tV!MXF=m@ebS_u*
z%PgH*kJ#L=owJnHHL9hIpMM!AVJsN(aF+S-K6`K7S2LkvK{v*b!sBC~W@1tns{zqM
zlPO6QrPLFFd?TLx{A(XUj_EQ?INzrYrC||`{~`(#vir4OrQ^-c@RfsutXhR1TKqGz
z64MC;0+77kwZGWQLjz0X3K9P=#@;%r>Zt1$K1hSo-Q6XPq)16gr*wyebV*33NJ)1$
zNOw0#gVLyUi!|JQ)aSm>z2h6>yZnVmQO`cVy<)C8=j!aM-JKPWmxT#C4qgG19`uej
z5s}*hP~`;JSyf*mWoQp&r0zR2Fs-Rq;!(Ao@<dd!>SgPbW>Ns?Z0k}k$5DqJIJx9W
z8$^RQK7_a?VI0i<2)~b>un3n)5F5$JVMdIYM}3aSa<&<c@=E*al6~X>HKSwCL&$C3
zsnPf9Zg6Bg^_0h~$!x)Ci)>cfsDec&td000howP&_H297dDHa0Lk=~YV`U~bOXy=(
zr)zF3%t<o=0Y*;@afy-?K{qyD+Xaq88`l<Lvn_NV3bNL>722i7v?!-_k1F3x*9Xtn
z!>AMce<XUdhoSr(hDBS<R?XJOEpBQ2_;JDcxx(}ZAXUpcQqoS4FXRNfUl{%88}0`q
zJ6@-hK<Ox2$d9l3<`BNlmInnMUn^GI0e6m<;o@dkqST64h_Ny>hMX^5b*U7NuQf8k
z<xcT%vT*(Qktpk6wQue^3Ue@Par0bQj+4?}Y*)CcUj9%=^qmo8o}KAKDZN4++%MwD
zx=$=xqQ1iIjlUuqJ?_V<v~8yb7+mp8j{4i&3w{s^ovdSr_ELw>T7cLMBHTvTS41xB
z??31j=D}yKgB?)?5jI8yX;rP$V!1djSrj=elryc*coG=vs`&L8`}eGW`My-$^*l1e
z5?kN?(_|9654O@VU2kM>_s}ykp{zHgR4lxmZI2rrpvQt;b<5^rBa5x0ze+>#L1dHN
z>{-b#wBSiT9I5AM<W-{xmG(Y_VZ9C&qBO1ViUouCSR<JHqZ|6>hHqa}&4L5Uc7I(F
z@j*UhS^I;B0V&FW!}=7`@ad&RKa#so=?FQ=^P{XabJ|frJna3+`rt?r3n93b_iAmo
zcuB|du>s;BzZ|q1hw^s+6CWQjK3f!0xxIjISayx*@$bFbILCJyBKHTV4+Vq#FH0B0
zuM^H2&F)zj=Bl1NS$<M0Vy<UJN>=GblHom37GtIsCLzwC<|@<<ano7B7c3eLeNFY;
zdoKMMiSJ8jFqjG^CXPdY3nwuDy3m*hWycO-ytUW`_oc-O_ju8hWJKqs1gRZEQ?XVj
zjI0|)vxLLf#apKO<Shxxo&v;3lo=QX9eE6Wz-<fImYAj7$M}W1Cv~a0Fr{W5`7Kku
z8);jf0G|F3hueV5qfh48O01J_+(-b(x(#tCb~4|h9Hzmi>88pr%|kcfdL<<BY<aL<
zo|9m5>xh6Z?q#glBE83{@Pf~PosjSRS!3m{2!GjIO68DQ|C^G-9#ppuzh$@m@oh0e
zNZKBGf9K$@TvJ_a)IRiGQ5cDyTHsRqx%aQjFb%7-miMpx{34|KAS`muy3>2Ma%O^~
zJH5^V->K&CouMU+ctT}~JWZd%A9MID%7th_rhhZRqMueFU8OHZrjAO{TXl(IrxNK~
zBf00%q*ulJGxWgF<h&*o#SAZ5SvQfTY0nC;437&B|3{VrN8s`ydGDBdACsnJo-aTp
z@bQ0i8f6+;gm>rr^=0g1uyy+iEoz5_($UxYJ0PULuo?NeHj8ac+(N)~qeWA2LKFP5
zNL$n8IZwOKX2Z$C*MTqF_7XN(xaIyD?(CkJj}bA$Bn@j9)@oYThR(7Ist|aBc(e}m
zpA?Q2>*z^QPXQNColUHZn@!BD23E7>_hB;He+$Ui&tGBz(4THI*O_;Ln3ns#vwG`u
zg>h@{jo*Y1{-CUpbbRuMCPIf|Sb{@DlB?a>7kTv}VVF)8oShX9#BpQ|azbkTie~ZV
ziZ7j!L3z*(Duvfb=HIC>c46NVT<1Netkv#nBdN+e<aN&%)Z|yA!?vZBwJ68$eNVw-
z=4A1XD&h%434(V3C4m8|lFPv8gmnC2j#1VY$fAUBvZfUtm7<{z+-NO4=kJ@vW54{M
zP?gJqUwOxlK>a@Hy?j&sYxh&(BGxi>o<W=_>67cG`KMUe#Dpo<yb%iLPW*2a%a{#9
zTz>4SiE2KxKEy&zNSDS$P!JeYKypPtw1bv;S%1qsD#jBB0_uTYH_B)8Wy;k=LC)>W
zd?NI?R4;~_ne6AAKNcs<43{6-A>dVN7J?EF2?}J+Tx^d#Ri|ybJaEkX@-^;Ho_O1=
zd3z_C4_3-h_&zn{ghlR(-Sl?_jkMDs_z8tE@Dp;&8=}m>e3)UUQNBpt7-uC=)*8^r
z@8=fNBN&#?(_~yJuy}y|Uk+6@T<blBwFS0F!pz)!u+N(thqYfYkEKKC86R&G@4S$%
zf~|CIMWGOQ>p1;UVc~Tf;Vk@YZAGq46)L;CL1$%ahxmj8xcP;6Nj|}w5sYRj6A|t7
zscTLelx{`JwoUSyFQ}$)|4nR%WmK`TjJlLDA!#;Gz>dLdr9Bk7x%2G%7iNo2{;feE
zF#@|20M=5Q#O<gRoJ}T~2+?kU^yq!5U?o)`_eI4mTrffVVCZ7uKBjjL@vA?4rb+`H
zRU0&&eEb@Xlz^2DUA6frxaVnFVk2JSM5-A@mmYQd9H>So<4wh>7CkzbP<B*DC)^Ab
z>v3VJm9x)T^<Wv16FhF({)IFy&pQWaf}2-|1NU(^%9=VM1AAm4^sCe^kupL7eB*8Y
zTdzc78pb<<;IOz#XcL4y-mX&TYf!~vkb$AkdX5g%F8(vL`c+0CBAU|XBcn=*_4kMI
zzFfcLn5moBj}UM&Z?bVC%I=X4oKJCbid7fBS#~Yi!@50AwZ?ZQa&1xBkp;tAdCjoL
z1+(W0j~;<H^&Tv>YV0E)Jx7bq@nwj-C20xA&F9l!y#~pUX28Ij<70D`3Y(f#%Eoy*
zRS$lg$*g34qpEg(??m`Y7YAE#_n_0MkNOcv2Zdw!60fNcm8mD|EX6sqYgXdKSU!@Z
zzO;&%zhD^*l#tbYL>KpqQJxOldidws^0bfmo^DI8Ao;iiH(B5G*sD!?Y2ScQ`J{SA
zZf8EjGyk#6YaWAv7tCY<vqI;aH)rp+PV85Fr+qYQ!e($}Zy#$wD(wZ@{gvT@X?Ww<
z8}ayWP^<fv2mB<Ar9=@!>AFDzg-%tJ5yJb7b&|v+P(r10w~vlGc5SRtNd;J1=c+w<
z<nbcHXBi|asaYdyn46t(9X9+Hz8;$F&V8i&+}!@sPpy#CByczpZ>!r>cI6xP`Z;=z
zouhxVWd2idLhI<!#tba?i!!xJ+Bd%8<xku}Sy9lpCn)L7`gYH3pl)IccxMz}%(^~M
z%&~3Ul&qXwYsAPy@)-C~?KFSyD{4_;T82u0%zkrmx|km490kq^Fb_4xF1hQ>oPu7M
zvFdH;C7PZGdRCo((cnI3T6JW^iZPVlL?hW13Os1Aldi74Eb+bXZ{n+Z`2Mcd=l;zL
zXWCSmk{4#J?LP*c8EZc&FqBuouHblg4brZu(0^z!H1EUI^Pgx|9Vq*|Ld=vTOzUwE
zd8pg@+lr^1+j0;BWjFlI$f(`V70g4<zQ>u6oDIR1P-nA7awPcPdEz|P<Q}`OfJcSL
z*KzGx;j<X|(eg>0seOT0S7^AU$$_I2n8}La5>j;2SFU#OYlE7ViO3)U6%FG18ob%E
zv>J98U=Q^@Og{(z)F)Lm)0dI`aZhTn%)%wa+f^4I&&oP8*d7pxy)L-R&Z_8Qv-R)*
z6-mu2>)kiqiAfDvAUKHCFfT@<yRJoV9d+`d`Sfs@u+eW+J*)cKrnARsi86+jJ(}Mq
zFvz5b_KCLH1B$j#f|L&J7?FvEJ+MxmpM;Q&*C8M$^u=3gR`TZtR+`#9?xz;B|5j#4
zhh;_QpkrK(JZMm+!zg>!=;X+Yfu%DNvKr5(cpmzot*`b8wp8+cTe2kCNu9r{m=M~h
zrjYolw9%fTk2BHjB(<OU5lMZ#4QR0@nJ}4B!Mmgoa4pS4*mjq;ZPOP_#kM*yM&w|c
z#I*%NvlEJKCH~;(b__h+AETGvn!Cv7S@#K^&Ip3If<M)sy-#m^SUnopXzk-)@>!^&
ztYKcR`_9JyW~0kXw(aNH#?cV-@XtpYf@}J8_ctD(*4vLU*CNHV3UW*S!(!3eKE_<H
zqf33V$ovG0q()}HNS3x#Zx5w+v>Z}H>+0zy=bS__1?`WWwqWbEqkq1nd==(Cj|lca
zIy;tF$heo&<+A&Kzmx-(V1{dHo&Y}z0!4LlbTdkcbHu}_WfD>&R(`6x5an!fnR&*e
zY)*)ST%^Gn;1zRICVyz?L&H%YyHt~la58KN7oD<;B`6h4w-gF552-I;QQ|Fd%fml%
z>&WEw=Y%Y@+Sbm|e&IIlADBygSl6!_wbTXCmXqdRc-Pv71$6M=CF&d&X2n`j0X4YI
zPs=~Eq|dp~#)W~tmuoOGk!uiSC$g}RRee{rY;Gvx@Ur@CI$B=iFr>71VN9$A`Uak}
zpj^g8RL&O(R)FmF(*jeud1o7y5+@qDGKtWikM`p2Nge19xt}I`3HFVc*EvpEKQ+-V
zzLa7}HXL=%uzRO-9-EY$Rq+{3{fY}6@8h*6qO{}sR46c=GdUXK?67wuk1Gog{RKib
zl*)<qQHF+tWwLm*sh<KQ)h4~+Vzr#<W;!Y^olriE!6HCtz$IW-)1aL!E~DoUkDz=X
zxkcOD{lyZeGIPHx2EA_cj?1UJa=J`4d65NQ<p5xcQ?FMUDVXl7<VsJHK#+C1>mdjW
z4Y3ZL3LD)XVJRhyK*2@vNSX<+Y;(sWFe}v0DFxWADKC|xIGtJv2xs;{<xS!v9&2L8
znYtKkKkFk0ZVge*yuz5gI54X5TaQrLqNF;|u7mC@4GoQ?oLUUCd=+!-xs|e~RwiX+
zR_c$9__<=k`mAEM`H`ba%T$V=1l8ht<e<z{qw3<+#_Lb=LvpIUFIOpc@$iduabg3a
z4G20XR)r%B_%f1qLpl46=Z=L-9f~g-MWK%x{Tbw22I_ZqjmktuHN1$BI_xmhhMKRO
zVUDK~Rypb$Fu!Y5@XPRmu4zCG0t<OS&f4%a8&`;D1CzGeBNBiz;QK8g$>xijeIu%;
zB#L2r%fgzhVBU-EI5z$lMCwqfJ&XGUZVc%?sAxMA-pJiY?bD$da8+&7HO*th7Jzvh
z^t}cK(lp0+nFg4gTc3w3>m)1o=z5mhP;v4hNwYnI-I^^8l6ev)q2tEnw7^<4=!Q~x
zalKgXADLY)7%F<T*s{=gr*OOHMaqQ&Hem4m_WARo<=))d#Jg;1Zy>FVKa_w?6ssYw
z)=vGl>Xgol^TQmu(jFQVp*B6%@kBnzkZ5m1#imP7--x$cbh3y&cb)lYC+8^O6MU8c
zGITe2{I=~g|N3@bkRnHS33PPVbo@GW&NMG4ydJQbBR&%%x7S$Gl9l-=#W}^1BxhYT
z?oGxberLrHjg_ZJ2zB=V_grE<d#mOCM#F`N#R;c%y|g}@7?LV(!X0ls@^a1$r*8yO
ztKcncPw`<g@Y)aaL@!lp572ScX*Y74TS1{n=M&Mtae0#Mx^$kqx|u!=BN=@)z5_YD
zo;*6)d~p!kuhKZ(p=7Kn3VqMbz?~rfYh*i#>JHw6w<AzR3@Z(oiJP6_v=2~Bmygbu
z>^Fr)D*n79Q2H+H;ju$9$c>)yrlAHDjOOQ_<yvDJOHJE~`zuw%h=&4xAsRw(4bxH3
z<QG&*m0$M{E~-iq;2%RuY3V)kC}-%%>8ThE)m_1+<0SbPKnAP8TyQIehe;zRpzQT8
z&6Qji+|6HJhcGq0uw*H<U;Q_%PtIHY#iXbKGH8l$idUi;A<MK3-Y<AIevOK91c=`6
z2wrw|@do0e`39Ld-mV!E-(MCUb&7Jd93plDCOf!0GU2;aQvo1GE-DM5l!6$^wz>jJ
z5VMT-Y!0^9SiTcF74Ai4Qr_j6pptVmJ>2=u3Rhzxy0K`~VCWd@Zm3(ZH<chBi-DFV
z!m&ATW3-+Y<Ze4=;(jhyxq;Yl3voHyHRSY3>t+Uk!hEnEBWj{LK+9};*l+~GRo;rE
zq|5bSracJ^oUd$rYuh5v*L`TRVG|~U{|^kdlJxS#5b@G*Z*wZ|5;udqBWuyy!|K2C
z_~oRNL=gkU58-LV%{)*)K9_qRyQAj%F@0F3aQr;vIG=vCYjQlIBxB2ROVWF1$jza`
z;I{uJ@}-N2JmikNSOX=tAo!8kaloY~ywsbq{wd=ysK1ah!p9vTp&f}wOGp3_39JMN
z3#{3q=j2RQN)9+0sMAEyF8D$<>9QjmbuR@v1B=^hwd$1eg+@ziSNnx1u)2(j?DYu+
zN)0NVo<X8+u&~>qvJcMB;hcnp7Dx8sw<Bu8=#0|5fgZE`I>~!WzK=qK^T(wnzW#F+
zF2H?u>ObQd(gma$QBo(<*l4Y!alqv&r@@5hawp98ag<aYn`E?Fk^Eb=N3nB%g0Vet
zS$C%amkmzZ@o8_WUmp9tKju=$o^UbgTrDUDy6;+6R69(PYavj`d<#ilR#PNdv4O6M
zO@ayZ3cr<)l&lAKv3C4MVfQ726u+A@3W+HEw2)wcJibm47LAR488l4OzX5oT6eBq1
zT=z9RSx1L~nftQ8?{wRJ)irC1aRei(-8S`Y+w7Qa%~Nw+7DsuZ-~YB-8bLEdpvLZI
znQ)>I-3pJ2=e!7n_Qc?(Vp>JNh=dY2EOoM}0jK8;DqiPL*HW#hQ?$$jX$F!WH+kLT
zoGbeeW>ajVJSkNh4^bkaN>sr;7B`M^>ec3TGI34*Umh?yI3cFYt>4mQSV2I_Yew0T
z&KJa|i*v_D0KmaKdx|$cw=$EYiKF+ymb3~U1F;i0kokA-;Mi{$qpEb&mRhv6lD)H7
z1F|_~H91qUQ1EO-WcBIP@WN=nEQ+%5%tZ`tgHxWB0VF<Lbr`@82@Na1Xn<5;{n(@6
zOtB=`7NBf@m*ORvErSG}h|dT*lUSDi4XY7dgA{(Yh<5+s0#H>W+2RquebaRO-AhSV
z3pFm6gd^%vSeex;FJ26B2bxEk_1+F8v|p(1Qq&k66W7S?t`T1wc(yr&+EM`k`kZ;s
zapYFFs@w=VaWL1@{coU2vUuKGUr4P!$2;KSdlT-^(+28*fgQW4)>014uzwp3!Gi_D
zXZf_D-mqVcD1WBBnxWUPhc3Q16IL1{zqiSIQa|}NvAqZymem+6zo>(t+N%}fQRNQ>
zazFlBJPI!RyLQ-gA7c}dR*~Rg8PN>y&Ck2k?DS5b&#1un-1oP0vge8_TFB1r^!0!x
z0v<5{VDBI0GclycMJ=%~Bfz(yH{2i+GUY~2fie@w48)5@6VsO-PkE`>wpHS4d8VGa
zU=S)ygqapnD#yV|f4%-%RSEp|KwP;h8bbQQHx&|Xh^T+yjtlvqYbO1D%39*uUd-Eh
zCB9JP9c5^9-)W|H+nxT-e4cnc4>1TkID#4UtM36uB?ZPb88%*M>>2Nrt@jIic02Xt
z4!eJvr79;F<ZJ20dyZkH-)YEm2hW+xy3z`r6)ZeAZ6?Kv{rN8jG4>%KKJ^rDrLA)+
zKM^+@827owxE@;2TQC#|umM7pFq~5(Z^n$sH_f*f3R}HyVLJh}kWXCX1pM^%?Jd9^
zg)>;<(Y7FK`$`s&(`OAIU;(?%U-0S`!7}o?ZWyAs<!i7;3APXA_zmpr&s~Zy3A7nG
zMKwLaS#i@&7t152qk{$%G<0i4Ye&Bh?w@;C1nYfZ;EI$mw!A<`snpC@CHz3*&q%~{
zMy^?iK$RPd{N8j6#%U|&=3~REAdqg*IT8H6y)c~cMW4*3B{*M>y0qL0w9##58w2np
zW7))wV^`I)%&t<@l9L1Cj;Mh-5!WW0*8uNYiO`4Z=^D}7eC>)a<UuxrGY18`N|#I5
zKMSZAhpEuxL~p3YTzZ{`pCXH!iJe~9gXA@Z1)cX24jNZm>OI0_>@=^<E-TwFsbqZ9
zSdAGv5HwF*t*WhiF~DbLT(xGi-qHQ;X4NEiF{y@VyjSkH?${)BeKT|Njnre?_zE2K
zge!MgBhF&b*?!3)M~YZAe9?t<ZmpbL*c+tz>N04~^A6#bFdw$HJ>epK^)m$)cG|a+
zj}9!+N4Ev=9k-QyMNR?YVQiNBY6XP)t4tqB>+;_NR2>Y5m~ok??>5fM%RsA}<9Kpm
zH!E&NTPL<x31IVc0kjzNnE3{pWDc2~VN*nE$fP^YD?ZVvOp-ffD$exr0>d$ZCnGuJ
zluKTM-TtXCk-mqMRFgi%UPZ)}X&&&16C}O)%09uvR8P(B+Z6h(oQ(CZo&jvEaMwd6
zZ2saGs4vCDH#VIQBsM{ftw6dw@R69`;%R?EC}?z{8{Kmr$H(<JqDbs?{&>57y;rGu
zCzMSMFcO{ca6{cjr9SH!OcFxTj|GTVjiR@rCz;x-fz#Y2*H;t0at^+izBz~<nlt%_
zV^r$#6>y5}H1&xsQ*;R>d#P~eFP+)Ab^V1l??^~C9k);_&#y0!z3AM1nD;J&U|OA?
zWw{VS{M-}~9df)NBQpe(>f4wG#JljpH!#xer!HUO0c=uqk@vlb)hBS6iFQTv8|^a*
zrCk6MB!X&QsPIX?Q_U=6FBE42$!!3_MQ&I?tiSpZl)j}9h;TNUt?*}Dg|^{UM9yTB
z!MEgrv$NsrP6m=x*C$6C(?P?Y;==AfY&m7-w(ZqgdGi-p9={mcI2ZogJ=$sFEmgc+
zi37D5b&{W4y4cF2lX;9k=m7N4z*oxDu@S(FoW_VgJ#Oq_AZcmFP94LM<efo}_aQI{
zuM8q@VFGTUxymPKj?I*3kcoMe-W<OmaygkT04>$rN(SF^>8VqRG*6I|^yMqTIi<H&
zD}24WYO$zeGfK<saKc+{kq)Z%f{%dt1VOT+L{CHbNnGj0GMVR%mCIhc^~i~Nrc_eg
ztlGV3Ki(H3OrrZkW?`r)*j0sIlFTRFwwEJ8rG`g}a6LibIU_t-MvFC-KHQAZqVymu
z4BF@2S@_P4?LepXIHdG)X{wZ^*X!r-Pl=)^N3I<SKD#yIcL?9;k_b6rNPA0vz_`29
zL456cGO;I-1CU0ypQ+BE6u?o3HBY^i`fx}G?&9O_f1pX80l-^(20+v3R?(yg9v_p2
z*LOB2FA|fCG)_FmExW^yq<J@EdRCJ;!0~8nz}`2r)iSg4qQJF+@mwAbFy4pne>eDf
zhP7cNhMME0+>2c0+vbzjIkU*K(*837qA0}<rNl8x{Et^ZlKd@>5LYgxv+f!?83ZX}
zyM}~1*|f7$m7mFh1xHV!rPhg+d{t3n$v}5h3LN<Xt}>_#w~)562i@90cxa4B@sy~B
z-uIpCBQulH-;gv^w=PqK`^d0<?Bi>MNztj8JNk=U06TcQK3JTzU9^YvwD$yq7RHbM
zRgTxw*evs~tc&pCer4SQKd<D=FoCXsL5|24pA=}vq{cV36e+>a(z;UJ|B3YJ>qQN?
zV3B)~En^IWn%3;EU`6!on&2cWfAXj6^(y9Xe#^e6crdQ`7<i9UocUl6f0QIjaNB@V
z<MB#Ur&U8vPN)BPyHWNzz0Z5CmLjnqC82b#m$stf>z}~MV1wxs_=R0Dlg9m8ket69
zsj*GSZD$zlPzR(l5w@%uy|G=N&jcnc4~kV!PGp`0!7DDX&`B5@qnCfXd(V(wI`v7E
zDqV&Ki=PdfDRmd-w{7y6*a>IW9&Gjb{ifL1GIT=VhDG_Is4u!)K~zyY%QkY6%+KV0
z0&{oaQRyE4{m=9*2VQ5K>cDmpzEKH<Yza3>Dj4cmf>x1}v4A>Nps)K#Z7=Do2!{Bk
z1PHc1e>~lbu|5*`Sd9-o|IHb;Eb~l7?^(Og?OmegIyd7tT0@4|AOi`}2tlcab>`TP
zbYAel%wm~rJNMWodTA}Qt{}(AaQPJW&Ev5sS4QKUH1_%a22Sf%FU{qpnTl1CDsi_3
zo}SH12m4XKf)&+66sl$P5TeSJq4`LRDY3)AZ&mlHx=5)Nb-S3%6*upfTZJz{7v@Pt
z#>nix8p2>y=dW5Y?&1%_7@R)C%Vx|P<1uk`rfS&ra)@v9n|?u_Cz<sakniH%rtl@W
z*;cCUhfe^T0uB}0TRjE{4G0oBFN2~<z*=6dHX^zRNpKlzt>2NM)n7s&yb{%Yo=Ust
zM}4Krk#Y{n;)CKixm8r39CBEd{R=LQx#{sX9a@Pf2VF?D1bkD_cRkf>9zl^ZR=51v
z6<Vyf0G)ONE&r>RZ13E<*+0+iZT8qtjaNJ2gYY4)u!ZwDp)aRXR}@bFVO31N)oVX~
zycPL&A8#$O17Xeww(9sd#m-U|I?{P~<vh?*K#H8Vy7%zCI&AS@OPiX4N!9@#S0Y|S
zOl&%)Tlu9<a1G-$@=DLiS6lb)f&&?gxFM}v*22yIK#L4x+?n{kug2ZJD)H(`>w(c<
zADZC}&(P}fhz6|L{3BdGh&EHl5q2#13J(?4u-IhLrJWenRHY0}fT4qT2tm>ae5yin
zY}g;Xl^X?w4xXRDGUS%6v}M#jx0mMrL$g3TQfkiws^81m=EsuOnmVeSpG{QmS2JUa
zeSG2q0n-Ev%fP_!R!JLIFrhenzTxfH=JTtqN(E!@!Fa$8sWpHZk8q2|#Y2VdxMBP9
zo4hmW0oNgc$v66O@18C#C$R4^UyjnKbdC@uFe#Gn0BNeQPVN?_zK{mrwR9NP4GJ=(
zKcedK8_U)gj(^+QP753a>v4ZlhyOxxu{x-rb?dTnvepY;Kfcb;aZ0)jF2eocWR!Av
zU%vk{`krg3Ly<)0zKs=8%Z1#*r>&wHJx=6A+ie%>Y8&q_P8o)nE0L$$Wr$(le)Y4l
zvfQA93?3dnoWyr#Pg02CUTLPOzcIU}4)tvPvn~dTw6eX=%iX$`oXij+f6l_?0Pq{Q
zqIR+X&Ju4MI>h$=Bpm&9p6?}68kT`gHLTNCsis`GyKFD{yBh>4M=Sn-CbX3gxP5!N
z0-U+EDvbPC$#>7$Tp?bE2-l)1chv=N?~#sY(mNAZAs(nR!kP$c=jB+L5*FXYV-CB?
zRG_Q)W?1!ChXvRGHYare7=LSEB_{2L*el(dRFwQDx%#XBA6?4-)tN-3bQ6`iR%Yli
zST&M2&OAM+;Z1$=1g%N&j=ODagx5wdfRgb1S}`H<47dk><@6t$fYtNkK@A<RQZ+I~
z;y-mht(4sJk6KMa^;MNxuRWXrdS+<crNeo~vVz-VT1)9Q%Y<91tf`oYYw%hxn(OER
z(R$P($iR(K+0Qp-HA`0EqKr*iG4Z*to*O%&JRSumw(jaOSa-3bnJH1k0)~9NKMB@e
zee}3|0?{|Xu)#kGX35v*$D3~sM2?cO(AKOH<ngb0dPhz>adAB2ElTI}5sc4zq7gWA
zZ#)AY+o)d05&AX>;bzyo=38UIBCp*O1sm0@O3Evr+<g5FCH)XYqrGZnc=RjkS2p#6
zzowu*{0EZEMynw@+lrOQ-2m$=Y}9u0qtu>B7uizg@)zpw66Va5Qo?#S_}M1!yd<x1
zj)tlkj_1(*=O5f^nCr3r&nr&wOGH4KNU6!50}AjHs{f&cEi!9%rzPYY^8j(@6I5mU
zEA-;|{V+Q*iF_X-gEq%(rU3=yR9J@7(8?o`0)1AAT3kzf16@mCi3wTztou~dpmii7
zDYsdM+BHJN-o|XqTwaqUg~TJdL~QZXeay$LsGZsyVl#elfby>26;Z$g2?3<CU#{Sp
zbGnNQG^A5fO$<;Xq?m{ATg}lYl~6tY?R7HPCGBt&abf&0bQgy>O!t(8v>!|X9l=W*
zvF~F#za1qoiy8hh8#L|qUm|JR-2F82Ghi|Azyj?bN;^%&AY6BYh?%&6QD<DEXx3%7
zR{W&%sJ#@}@yN5J2^|7n9{_F@w$BcUp=V*m6f0w>m7|&*3&=d$c5Qy&SjbT-$z@H~
z4NMw}RYs!ZP^!zgCHW?1skk1guJzNznm_vAX{MCP5xG)$2YYo<HjhTLUc`;5rN&~?
zXuF)8PFlr!{T6fW;NWXoswHPEW|rngcEjjV7UM>hu2Kd)*_=q95@G&RFjWu>2g*gi
z77g$6O7*s9p>!Bg($!}RinbzEgn-`>PEwoQ0+Whv+dpn1h#7@y$Ar=7HvK6*$f&lO
zT)1VQZAsMwJ)`yRW$XQq`4jy4`=EkzA<u){qS4Bk&j_-w#z2MWR9mK{#L;!R6hYdl
z>Q?eV`1>~Yy9b-1Xh2eEyv4qoE3}AJk<6>bp3ERyKOe8_M^9K!CzoUOW&2I|SnMkC
z-Zg^I_X0kQ_^T%^E|7+cJdd{ql9uT_RYHIQNf`o;sa1Znn$Ybh*;z1Ga`Z0mwD}g#
zDm7>G?XoKESN>MxrHqSM66i#mCZ`UBy$$kz(Sp(<^GIfyL91BN%sVr0W(WCv%|D5(
zGrFG?%KRY{{5!%EI-Y{vMn+zO#o6XuwQgWm(%${?^{wN@RLjZc#63af>czABcgw4r
z(?2qU$83AR7_@ts>W%mwbA$$zG{hsom*0`dc5?AOrAB}wRbjJ(U?1W4QhGDnH|S*@
zh&Gd8ESz9Xhf-tmioe97_u{9@JCx~{>pv~#m_a4+(Qx+=GU}eL7F1_6+dCjDMtj~2
z{_CipVb>`;GeoGd2G^tz{m0$>&!WU8UY^Y37EBx(p@WquFl8y3A@5m5%10W9hp*xy
z;giSZR^f2oX)&<kDbAg&!Mxd{Afm3l>eNPRl$|X#!(&=*a=*)4C?E~4V@$7;73x&f
zPJ&K~0*3?e{glYpSd=QsRP-3I#B)0^0VRZ6-%?^vj9ChcI+WHJNCYm2j@|{B1&sil
z=U+4pp5}d?M273~#5Mcxv`k(2m8v~<eQPUx3-7+Tw%uZHL{6^QM3_~~>_@XSrR3?|
z-f~pCK2p@9&gN5>DqXsYW$Sw5oAPhfKYp;5JTzS9p=iRpF4e<oaFPFrdj_(g9?vx=
z9(=}~>@FypuSI1uF4i?6sFh&l#`^3Z>Y*kwbb`!V+Dw!vfIvQbd2dI-%hY<CaH-==
zBZ~u^y26EScgCzZMJgrC@hzwpaq~AkXNM`Vrj{SKcA)bACcz;5=<6fzU>gbps@1b6
zksDJEG%o2hq4$Q8SC4yinNpSYmd84i`4ZU8=|IT4)babsy`3i8zXhB~6Urd+1v~Rr
zVg;&;j9`SqJ;wxc6kS4g&4$@qKuh$O+{=4)HuPU?lh9r&z(gCY`_UbDG|4^4O`7YA
z{>JCc!hAhCq9S>xgR}dFB(kBUCDK;N_~vZ1CJY3v6gD-{w)^MqSP@&1M%#FX(ko~K
z0lKOp-+VH!!=?Ae7AJ7<>5u}#IKuaUW&wVnVYCC@jjb7bZ+M>aTMFy1W@C$|u5T6+
zY98otD^T{oR-pnG?CgYOG9%tAnKt@LhK>#4t8(%Z(bKn_TQLxOd&D`>g0ZVGPAJV6
zd^snq_iT`(q|fUW8q+dj5W=jiGM;}-pPXRU@9!3;cNM8Z(2z@!FPdOQcq`}syeskh
z@&JID4lZ@#(ml+Hw=esIJ9ExE`;SJVzD!akhpa-r9HJYKiM!fl&FHjnkSn&pXIJ%F
z3MB{};FalpVt?qqaAPzWwFRHh!mn34n$Mw2!U|OF!iQQbU4I90V1-eBGgq#r%9)Ai
z-8jDPeG$iF#`rkF?8l?42)}zS<Gs6bP&Z^#sKWi_x4fvOm{yCt7k2;uV}Rs3B)kNe
zh%WjY1uIP!3PP4|o|aI+*UQDN?69D8?jm)JKhbPpa-W4{WLR7^k(9Dl<j9J41JAqS
zvSXe6uoWGx)I@54VT83OL-4|IFT31wx9xg0L`4Iyyf^xrD~FO)$un$%kJlu^cAN2)
zxbAOKQPf|$zadttn>@Z)35^ubJUaXnDUvPi*}E;qkwA5-mkUD0mtQ0tG`!&m5Rpjs
zzF3Kb99k9@=M95hQTPTq+mJk?L7|1X9r5RR@qmK6N$#Jyobx&)i_4xa=AvJesM$#y
z)Fo$UefISuLKHMAvVW_T3Kzo7rP^i^0qu`o{L+YVq*&+Qx7$tiBy?nHAep@{zJ0{q
zo#m8E=mRy8`=iSuHw04EFy}+H35xFO#^dXFAYXtqNQ5XFM0|lxGh;}+;V#<U*?(s)
ziFy#&V3|BG@G@xq^YY5O%9*_c!(T^WENHw{oxb30coqq3rfI!x*ZC7R6`GAC3U^j`
zumKuXZf$ABq|l}SSenVD?PP5ZIQ09x`%XVL?88y2tnP)DS{+30b7rE_J)BN5sC65_
z)LN`NI5vXWoP>c`b)ThwCCaP%yt%w8IpJXD4cE7-^Jdec7=KQ%)@gghHkD8={H@4+
zHwcv*n7Ab$F;MCED01SzoCpg2N!FCk-(ic-qj_x9OK9M+kk>$xYBRO?6$4@5)7S#R
zWdEU-7!)R=n-n<IAi)^UGsl*IieHu3Z`Fs-gG=^hwZm!St2Z(k16g1LcLpGka-Yr;
z<5}x<^Mi^9;oP}hur{{EI{Y#19@W%TzEfxDB`kaVE}vRrrirvs^rcLdtLUmG<K1W1
zu$aZSFYO$Z0_7X9efQ!Y7DAsFFz5GNe8JxBf@K%>BaIToQ09kVhDlfDIwF#}@4);D
z?B!!p9QbzBhb^6{wC~P!(i`$>&EdkRb?%C&-nWVr`Uz$JChtue-dcZPX6m$m-NbLB
z%Bz%LFVP*27nb>46%2if476i>Qh#Sxd{&G#nM;^6S}pJaulc$p@l)XrzD6I}8oP3@
zk#ehjo62diH=5c_X-}0x`ggo%nf8YW_y!lZDxp!mOv>z_@{uroU{a<W&iao=PHH01
z=-m&H&bqHp*vWUGnVIB0OQ?f5-bJ$Ka=ZPL4qO(k5(@azcw|J7?q*2Ss?)Nq*XjEz
z^~r|PHF&R(EH&mS0W~FrkBzanW{S{Redk)~$~Zo2z8T7mtKs?PNA*U!N5P_4LMs&@
z_R?T9|HI75kdv_?SuWJ8=~Cz6<U3s*GQrb9=X~c&G5}IlL6eW$?f)=a<YG79*eoP|
z>|9o(Izb|Pc8PI+>gF4!r_l1{%d(%*bg%Eq6Y9h$z!yP~ioZGAAG$ESAZ<Ch)tlIC
zXS%9R0TK8@eK`dG@EuIc(L(uGe)XI%kX&??e*@F>qa&5<6zwm%!V*^Djuz0mh{)oy
z%6+iAsedh(ef7$s_{S^hBeBPc+L^!mX@f4um+OkyaM5iEKFSxdU_H84gq3U!lVU=3
zh5ge&$&Ot?)8f&35{#ym^?30ISwOr1OkAC7@Pmze(j7@e#rfPVeUTkE0lf=luXe4~
z>Iw3pIzH|>R<Ihq0-<apz4Nou&bVZcw2!#WH?PZf*_|!-27vSpPbU38cUHmEbc;`3
zo8SJ}7OP1$*6(X%cl+OE!H;oPE0)2}U_2WCBazW_9~?WtLm98g`T@g689;=;mzog!
z#y1Gb3(G4Nsw*70^=&`HK^$6bAek!eFJ%9VvC8(4X8q)Ix7TEZA;0_8R{Y3e0R6=K
zl<t(|hcqe`F{)Uwz9ZpbUD(4Jga3D$toqoONuSQGc2v`_)eb7Ee|o1$GbnF64dZC(
z$7`E4C2cn@hwBf=r-t4BKGnJw-p@db>!p#jS<1(jrj3tH&7}2cA#JGhQz#UBl+goC
z(7vV$J_GUegYs!BddDNJ$g`)ff%E7^ClcEeX^wfLvZoC3WF>NX3!W{AqWlX5+D~-t
zFJ$z%Hs!g*<+w!B=OmMR=qL3GBsy~02Uu9~d>358(}x+xXt0n$scMp4184>NHs3;E
z3(*bvp9!68{P&zltOoW=0c~nklP6aRDqITz9veK+GckB!-p@H^bLJu>i!hS5hx}vr
z0Hcv<!u{U47rJ1Qxk4DjzBFI|YQ4l#-rH2f@B5%={tGjcG+z3-gvuUJkd=^R$}nzS
zhdkw=TEVP#EmPIrY7sM)$uBWy;EXRTJ#{T-rj)h$NApg4!uJlTx39&UKXR#ff0;fn
zQIxm^_x-1Lh(`6ZkvXpg0mEZ${Hw}sj9^Li*7~#72fl_)uZyzLG{CL?#3~lnYj<Sl
zGN6L7{@;bi{LdvWAoqK`R>U?nm$}jkH?Q{H>g}No)9G;`AA9l@j8rdqP2o(D;$F@u
z)FMgkA)7P#Vs^UiMQGm>5$nip>}Eu%FXUL{f?Fxm5z=TP0nii#n4XzJO1xp~+Z-S{
z#r#iJI{L+4BNIJ&UibRGLkBTAo*?NH+A1tWX!-Wf9B_K(TcCwbM)IW1i$7d|EZgVK
z+O~NlVw^x5v}4*FzsOP$!}rQ%=W|@0{vMSq^<O&lq**p~NYK0v3aXL8XPGwR8Jzt@
z>v>XzPbc!f(6Z|gAHI$8-!^3SWIx;!-u^1JIo@i}*hnlf{%%TGC>Waq@&@?(t^Y@7
zL0EG33S{gb9%$?5`UYT15?Wvm(8RM+o2n{~I%-oqyl2&C{ybGW=8h4pboU>G^K$~y
zbwXz_$Yi6X@Xh=b%|H-z;Er~>3s`;^_E@Y{PW$nqWXLh!lNbhGgsT7P{tD6Anvx>O
zFR|05qKHhd^T0)Iz0((RRI`K4p31m9My|%##3j0mnp%H}6&Lyq6O|PX^4U2o#42=3
zy|&jyNpCk``8s5xSucu7om&pdc2FVyS3xd<0S21LIFF4XXEI<fNj?$uZ@h$EO4@MY
zkJ*uas)oZ4-irlqLOyviqW9y3*cAQif*F^}a4mlA5Pv9`<mUx;E^`0Oh>P+qeoz|@
zFhfO6zf8J*)panOvFy+CjFi}>&PET$jMIP_5~irfNleJC!pldj*dpmJEa<25OyHf-
zwNmoXGssp>X19hn24;}2eM~R)!ek>Xdh0I;2uN}4EXA0jMGyQC6U5~Hyq*gP1Q3}R
z=T2-3KpLp$k?%;h;^qwpWJr=df#6k_+vr?&b)2TpL^7r@GVKk~QYJ*25_#oNdee<Y
zWK=s`e^9YYpI9niSR~VnZ?qVgX1s-5buAZQGc#Kf>fU@MAi#3rqK7>7-v0zxT{`ch
z+aHJc^|a*c*DzmuWV`UGE0PP1@aLEI&ZD`)z84l_dk|*w@v&$<G+!G{)zOS~{yFx&
zh$MNkil~IialNjdk*w9H`=u)rcK4pH-q~6D!b2h7hK;CbKyEs|y5Iy4uE)YvXUZbt
zFoePj4P!U`&M`hQ;W>2+F8K4$MZ(4qn)1aIV?FB_dQCZvtQ^@=;H1$2(s8o*gBC~*
za@>6;6!*BZIpgZc$Ael7>k-w;Z~9qL{=)^xEp9;8)n5sKDymo-_IKg!!d54}zWQlN
zXg)7kb{kyY1G@uOU+5a78ZRH1mx8BmqE0x3MGnt1#A{M;DWcN>(nj5u^dLg;)1pu<
z?ANOM)r0gVvO5?-D2up-YbrfkzqxP+;uGszvjh6d1kCj47}8lQy}V~4dy0SR56%y>
z!{iTOxCmymSy^J$n^D{i6qtDAPT#dmz9=nD8a(Q`>mFH+(OkF8QL#MmjJYQ_&wu^$
z2?RS(P~kGgZ|U1i*&s%Idpp<4P0QyB!`2HonAH21drW}<f^ezM4JXiF-F2E6>PPi;
zrH1kY>L2DJ99SwAszF&(zjD|G0+y*OHM{7L9yQ-jc6HO{It+;ZYWS`lo`G)31E9Jy
zEdwZh3SED-mTMNQf^wmt1(;rXm*Px^N(|uCJg+_rf1<#7<a2`bRm4*roLk%-J(%ay
zo<C~~sy06rhJ4X0tUPMJ(JPnxB41BS3^)|;F%MP;a$d+`kh79r)FoEPfj$VM-8W{7
zm_X7{=Jx&}yylfHcevHkoiC^I$x+A@YNkse+F#=cObCVZ_o`zZCq=ZH(o#^b(Vp-h
zS1ied=uL`Z=~!^WWa{hi$CXT_3L`S$p#FeaLy}in*`{#V7bq_!ID)nc2y2X(t6g3|
zjD#TN>=_r!89i&<pSh|N=6gSE-52e#`BA*}GKp_}!oFOM4NO$bhG&b4Jm#&T7ZnQI
znJ+c>GnsXN74E;(^S6BVK36#nIgswE@G1Y#2O+b+hXY2d=evimore8cPO665>n(6A
zY+Zk+e?ZsRVU0YGm@`=07?gwyhCL3s-6q@ZZ(0*bBjt~nPEzavm2g-)wk7iCHLZ!K
z+}Fe>H%=V`_KJ5>dsAE*9yH+-=xFP@l-L=|zgSl8hrdC&Ot$84q+97X@FHD(*GnoJ
z<T2mU%DMr-p2ZwHapDGew&xu12s1+2yP;ELn_kdf4Guye;w|A`zWLS0h;u^`<LEiX
z7q-?V3)UXr=uj6^U3C$B55;$(=}J2&6l=J;U=to=`I#OCXC7d_Nd|v(QD3QWp`HGV
z{H{{Wv5aaK6H$3&JJ@Pex_xDBv~Uq<_uLd`VOF;yG5t%0jF>VI${@jIEpg5Vx7F6F
z`ZeMg2`ZSlp*&+riCvq$453aVc5hfbX$zFnD=h%YWLSA10J4qfea;YEV-mfuW~LMr
z-|P%w(qK5!Jm?UA?h3<Vj=B+c`J=-)Y$4E>JUR$C$zQAAR34Z9Hn7q|P@obdlRmH{
zn2(I!NSWl&h>FZ%xDTo591(qjLnl4xc`E!zBml6rlv$#~Hqw*hS(7}#^^l)i0+v^$
zEaQ^(W2YzhHCvEuecY0ie3k@}LhMO11aB-E=o!k&^==~Z@ctRbY;TV=JZM{AO>`4u
z;M*RyRD8^3r&n*rvczm<WZ~Kkm61qlC;Rmph)O8Ix+QIm_$>j4`;DqE*RH-F!0p0K
zPG8WdMaG3!R7+~CdVBx6j3F}uj4Wc~@=p(H0l!i=y8TgAeHygSZFEOKl5^hSR4c3@
zS+DDgW$+Bhb(k2^sHUPiSKz&#N}GM+bz-mjdd&Tm_a&TNvM;L8RYpvQmI^fvlg;RO
zw}Y|kx=X&~2IlRrg;#ZK@25fqU~EZ<x_PK`8_k_@G92LIels!Y@f_Nd>zrVqxsZvg
z+VAqA_Xjg$pe+fliwXkKVzv7tJgyht;yu8yJA}z*q!P)d$;PjJ8bvb?k~}#p!TqnQ
zz?5p!??vntReLr^z@aubi<EZPc6?gogZ55<<K#(E*wS~SB3l*BC9O1-qn8w%j~7V5
z6g4?tPKYB_1*$no^(&+S(ka)e0cE{BcFuI9_S0hc%Nuq}48@^gc#UO55|3x+TN$G~
zsc|ltR?p4j{AuOvW}5r)@P2k$^HLJM0-C`KbWoWD&wCneTx^tmT<tWS;*G}z4JaUR
zxvo~<Y_d03zT+oF_+nF+HDLU_lJ=?t(J8H%IbMbucaow094Wf6Eyt;7*0%4rZiC6l
zi0&6cc|GZF_ePAKbaY6S{N==pb%Jq(;3|n6F9zjiOCWo%&)E-m{PKtEj8h>4bGBfV
zD)Z)VnT07Hf*!$MzqqDFi-|QA;g<11=UwA=1k#gG;ZDZ|mi<vK+~in^FoHEvw0MI;
zFh|qAE!WZHc$%rWm*O{&9x?ybGY}AMK(X<T1}kiFnfq1#-rhMbQ%n21YaR*flb3<R
zOCvB5j&_dUSj?eli&~79MYpQ(`%7*?s<^H?eI)&J9;Z2YEvH|T2YDc$Jv7`sP>rMn
ztthd3B7FOztLB#>8aU|5g7>;co<xyS)-A(9%licG;$3)pA5?3+Yf${^Wfcn<o5Z%Q
zFxJ!g_&uFw1YlzoIW5Q^j+!I|=%WlBoN5Kr$BBQc%l@lg1qq38LZYcjEnKRUYD11t
zY<k7Wo3AxyBWrIJd^Sy~dZeR~DqYI7V4Ui^Tt^I^p?|(jz4WZb6(zkdJ3ejhgCDFp
zr8~=eD+jT_#Ms3JBdGY3Y);zBqewogm3)SLDHol2I3URKJ#1|+B`2D4Z*5oIdi}tG
zAeGa-XEXd$zC(sJpV<%0!no|MHG4jRZ$9djmvYePuc82=s)lvipDfn|JosFL>s)$@
z=H31`p!^w5XYJs^n1eG^hUHOeU+`;PHlZuB8N9ii|FEwZ=lz+9A~t*Bz}m&D>6j$>
z{0^Tz`vKpszA9u)$V?<k@G!|$XWA+9gR-_AA+&1*NS(S1j=6>{<|B*4Ofa(twz_V5
zss%c%dE`<)4;t^~@$C%*CI-MvxSoU}CwD6Xdhz39FUtg7phUP~vFcCt<v+q?2xDd7
z^z`&L+v}ZoRCYE&D;9_r5i$%!Z2Z?X>n|zT?v*^87lqy1Ch1z=2}>I&j+x3HY6<(u
z*!nbh@)1Uf7w@G)da1zkRbA8@Z6D>aw1Ga$_L}JV9}?u{#25LVJwca0Edw1eU}I3P
zKDp_fu!Ausy7#VH@Sk`PYdIq(sk9Heq<M$W61yE*iVc*pB(^8W<!^v_vOIgFt53su
zosq#e5fXkMNYCWU{!h|=?Xe=xaDvCy1Av4CB&-T@yhcvv=4$wA6V1_F{*;kYo0}b$
zL_u#V6s2ddC;54DfFqbD-O-(V4v@YBHTXtyqQx-)i72o%51pF9bR&0OB;55#M~GOE
z{TEU41hT2El-GlX>Y2xh=mh}IKBT%xM$$0jYq?~$KeIKc70|{vqk)!RwR3;`USjL1
zw#F%UFHkGp%ART!*@7<oHgZOeNcI6P3}`Wd>@PKA6iFV8!X&1vx4D;0LCNmV0a!Q?
zX~U222KRe^H|kaC^0X^xsK73r&VQXdP9BKcgbVx3`4+ixf$|U65UL9vI{kkc<fW?%
zW4Gb!rdb$q5?j27S1x!<Bd;aQ$yDFyJo{O$%$#{wbIt^cZZVgqnz_7m$#+?3up)=P
zXy(y=yr<KG@Zm$#iF7=IX?J{`CJ+@l`Lu}xk(&KEM*hD=$ed|FboEKzLEoaPIxwmO
zB1P*;!KM@Qu+566ufIPmUN@Jn5Gl5XuxYkDCMG0u_lyd2ktn)0RW=a>Au+puP2GWr
z2!!6}19Cz+!~76W(;=}~lN8MTDNko%gSC@g&eL|hrgH?6SsiVlaqHsa2=~WKch#fS
z3+vBa@UW%lC0~dPK17g=UIggW7$UC;09Zq1o$v4SHt{RSqU?t7_Gl#Hk>A=1Xz^Q6
zRyY}iTs585v00?Gh*LX+BUIAxVuAGie@db^GI{(>rThL%6CF$s8sj3?R2n!g|4t=>
z`z%AlXa)uD%%n?i?;k+$^Cv3cmRKg@mGgbKfT5z^xRe9nR?cJmzX}I+Toxzi(=X~0
zLI|xlfirSgeD?w?w=R{(*QrbqhABCHqIdrC_+bthASW|u<>&~+KVRYzTeT`LZPa-g
zHHRxx?7X#cD_O0GPw%5CDnv6CFr#Q27NS&Aqvg;3zzi4!Vh_^Ag7){uYa<=<8JRM2
z%UGl~TN)6wlL{Ko>O6jF>pR8=3JrFSm5Z0f(*Q&TsL13D^V4S<N;G6$pm5=z@j!w)
zU>Fx(BCtR#+Z@heZJmA#<PTF%)d~C-Xsr1D496TlXHc2@uu@!_5~UUu@I~1x?e}bY
z+Spf0jrum<93EjCuuP}lqnG>-=`>i%ms$t5-10xL)!*ockhBc{DgzNHtcw`Sx~wmD
z9UoTuS(shAY#(g|2sDB^o*_AoRgW(gQx8S*%OpOQeg|~e45|80*l;DS`xiE_%?MT)
zp+MrWLl0K^aGDgbVcCE<oRnQ&i=&U@Ed@H=*&}s)FOZFH$5GjaIyJ~U&|A8JC8c?h
zHM2vR@Sa>pI_1nCRMbC4%)k1LR4zOODg;>JF6B#v-WK#3#d>UA)Cv{D5qm#jw?aCt
z#14KB5zVmcEvl60S5!Ev#;s5nrZ_Xn#U)#3Jt9n<Rlqz@$Oa0*^U9fAu7%=Vj}*^T
zD9Q>=dO$1?XfW?-Hm`Js!~#}NH%K7-HavKL`L(1Hxw4Y2NJ`Ht-FO+nB6qwFP93w$
zX4V)nyu{p_t#B+1D6p$4yq6<mU?7XUs8B5^^QFh<AGZ)Y-TqZyMy}7VKYZHow-O;w
znt?Rj@*KAujn|ZDUyg42c{RCi(GPR{g|6bea{M9xW-B~eMf>UGBjp_@%B>!<#`JW4
zsX~tvkgK(RJmVU2E~ZG4{U<)cB5SxTs&EBNE7A`;D(0LpBU?KRK#Jpm>K9_5;frH_
zMYOj5e&`Hy$A9$5k2BrD#k^Qh)BTMXde2wx>i=_SCrnu#h0yMA1SiGb`K%CAJHI2q
z=>$Di_uP%++hq&YQ1vI4s?-AqEmANiG`5?2jbn<RwV)h1m8JroKWn{>Kx>pAEvlmW
z7yLk%fHE6eoBZZdW1RB@zcC3G?~M%^b**yVkKr%O%0xD?1U}jsTVfg0BIh|St4a^G
zyQahQkj#~mv8FIi9AE+jzRaq=V4kp<LDo1_3TwtM{KqeP=LJ#x)D8M|Z=z8<dN;?-
zO1%m5nf)uIs_T}AW9+gYt2@FPj=)g8(9t}7s;gMT1`7;bL~jq9xdYZ@;3{l=gtW3o
zY0f@aIx3^Rt#Njb7*$6Rx<xtu?YdU?W;hzZdLgc*MYJt}n*F8d#?wyr`<6y!U>h}5
zJ!S9d6*QM|y0`5{FctM*5=E|sFrZd62Id`ADFYq85*wJG&+D>*!3(%tD|^?FrUd`^
zIcYJVACPsDHR4S+da7;6o6P>e^ZNoX4xTO!S?|4``_<@(PLg*5kSq--{NU58m^bBA
zXc7UII9wAx2tAYQIO_buAdAi(&Q4XHefK&(w`q?CQx>%%*->a-9R8`<XTb4(GReA_
zH8sM(cY*e^M!geuZ0wM2vyL(w#yHqS^EVO|?^FoW`93}VVQ|XDq8xq_4yES}8}?vj
zbAG$Ms!AXzV!ai7U}?C&_UtV~YxR-cUq|a?Gn<m7vEv2>w(NiEah*L`5!bPwpv_ic
zoK%K~f}$(xoAm`sy1bfwvgSj7e4o_b!0BJpIs6=3BzKzhG~B%S@hlW8UwjRR0vqYe
z<O^GE&ZE*oAfBQ-c0QZ7+@1Z&rTVWUyii{a$-U3D{KdD?lYu_D^sTH^=@s2uEz--$
zH=+U4KXG)(!+|+V)4a?1>X?zsTCfLSr(JS^+&De3M6lJVK?b<0W;LgP8*7u?Wk*i}
z+20;#>N}Bv_Gc{gIT57W-ys|9OnUh`!Zl!+@ACV}=9B}R6Y0`p$(>5=jk6P!$%%pg
zJF+DCXS~A5NB+BmW7sgeXCs@lFt$1VJQF_pLCU+W5AC%<jL8<8u^|o9ZO!@PgrQiE
zV?GBoq@gG(+LW2|b5Mh2tn6a04cBMeR=8V8RmPxqzSJGV609~O6R|4DLvTNa99!7K
z*pMr_3Z+dtTE`6-WkvoPq(3=cN{sWaGFAFB@vMc`PbN$nFQhgPE;hn)Us>w({6?=g
zS!SPKpVTDp8!t$A@3`^NgO8iph#aWq!0Jj_$6ONNhnpx0(38NWAT}jJHQ5=G@6k#v
z<ttSh8-1hCd*%tMj{4PRQZR;xXHL-%Dt#nq_YG!m5ONG0(*74?Zyi<T7j=!&-QA&d
zr*sGcf^<tAQYi`P1_6;)8fobc5u`&nl$4}&cOAO<HvZoCyLa5b?$F_IJUaB8{p`Kg
zTyxI7*5<OxyhrQh;*7mwo&CTKMSGooGg4Jh2wogh$Lj*cWY!QL$4w@iSJ^6?NjJ48
zAsZf!2S8sxs6^ktof)yhV2nq%dCOHjt4b+4xFYaQQMS{Z&XmxitjbfUZe1m=eE%ZM
zHn=*Zjdq&~{5bK>^eRYdi<86<mHZ=ecybj*&`8I|vSuuIYZOqCtYBKxwV8e%$E8`s
zN^j(v=!SXJJ+)37`dSm$7Z$yA!V5Kz5liHSl37GCvMzQp%x!k{45UmJv1p%nn9wbe
zLLfIRrmXEv3SuFL<|8&vvvKKY5wFaVCu+~`-Ucy(`Q(_dxIzUxhQu{pFT*ESqEFvF
zr)R_D*dlksEZ-+1OKzZmc2c_dIN9{FHk$xn8+oW;`>#c0ihG)$$C4v17?)c@(rS^@
zcVT;h!vm`_DST(3m#LvTvh{>di$K0ssuY}2^G;WdOk@->ub|h#mdnv~H}^+#^FOCH
zMSZ2uGg)!H3dGl9aOn;&2YS!0J|CXZ4{rvG;H9`^xd+3iy^37XhWUO$O0DCXEh)l*
zeEC?NWX1ifvC~a>#zT80Vr!DP;+N*`pCX#4!|7pn7l%D{LiOF2zu%?iW8EAs#u{mH
z9l>aAJak7cW;t9ilxmc>+&_gH8Tvq-d_-txEyDMW4#^y*{pPiQ^j;3^zQzdRZbfgt
zKsdVDgv$yEvNOgw3U@^C*jqcSit7I2-R8yrxYX4}KUFgjZdW?kUG6BzOTT>fA+i>c
zZW_L>M1aGA;L-XuT$8Z>(YzYq2<Hu+)cBwPgincDF;5=0Ojp)+h_6_y;0rU>Wu!~5
z18wNa7L{2oYW5K<c{#5DF)=N$=^o{B&jfbkW!(PR^HXMZ%1&WOzwKJ-Q<V3Aw9Et}
zV`m$A+HZ77#wEeb+!5s`*P8puRS)-fmy=M(<y{ahdmQ`-a8*RBCnZAVOb(lY(!+7$
zSvADyJ{mgr1e<R#q&k6ahG$Y}%8wA`ov#8pMJ<Z>_XBc8no{8wGH$6$K3kXdeI(s9
z!$?G2YH4S0=OdK<YO-DP_M)=kKM4+2<sk>qsN#vg4zR<Xt0e6;!>*?B;Xm8Jm<d<+
zK<~+$PxL++nbvVtNLU@JpYB`~^|(Jd6h+jiNKHxy`kwd4b=OQhDNaIc7s!!S?QW5N
zPRvx;EbQg=;?jYV-Rsoq1qM1ZoQO6wPg@;%u7$l-(03(G`aa@v5-&6#d4*c@a!n|*
zP*<j?OnB_m9%wP3nwzNgoHFdMk3p*eStJU$v$W2iFQWlE-uWjE3Qzm<EHE;Zm84V3
z%Ni!bAy|;Li3lJd<|9X8eZ%HsR3ZZx+n3qd+n#91eetrL&?>6cRXX?d+7PGm+=6qT
z+)ub&?9CQ5eLJrT9!OWo{>1{TfgIhM{(M_zPQIBelvhx6mXjuvA-WYSKO4hy1@CBG
z3f`{u<xQq{Znp;tZ7eT|2Nj#e<1)O`tXO3R-AHzKvPZ2g%jBPc8G`q*HW#lSrr-i`
zC22nNF#FS8s#1paKhg9AEt7E)d5hm&9!e{w%U>mpqt2d{>RSZ?512z3CZU#iQh0aI
zYnh%PHbHmRrZ2h*VmUoId<8Ft%uJgVeEousRn4_@*6?Mlg2DeDIJVkFf0N^x{N=N<
zH=*ukWu{NAF6J61<f!#oEGmRN+_65_I#@ZJ2zo6uNNRbwN38nJfittnU*@=H!tQKZ
zw+S1SR+8nlUV~fcuG7(S@Z%HjeQfH$mpOc$yqRP<uJi|FDS@-A@zoU2l|v4C@z=6w
zRtwr@*hfbmL2V+qw-dubK3T}R;s|*JtpOg?@dYGM{c&OK#}mby6mmN@=Hz#obL4&U
zRXCKVXy%@pY?lC%RsUqV7^{652R52aE-&H0IrvSt2X033u*1Dwj1$7iakX{Y9&oKU
zL#E5BpA7e~y{Nrdu_(V)gaAi<7gF&hO7YVl=fFRG(xVZ&5tZxe<XTU5x{=UFeguNB
zSrU)PynNiaVk|G?op+0$BJ0LTcx!kPI?6k4OLAb#gj)PTIh+9c$L`E?Ig?cV4Qu=w
z>_y`1{wgr?>IBh%pyu^EPgoG?=;=#B8slpgu&&$pOfBfKTz*7S597nI6-4gNH$Mg;
zYZ(YAQUn3&i5_exSBP6%n|>Uxj2vQPUF{1*XH>0(lvGgJgy22yu&d4r+nFCUZd>ol
z+iSIEyvZ!^H7@Yq{aYat{0nfOq@W;VDs5+~S3mj%0{l`ht~J;?I!nXU(+i9t{Rc(8
zp{k`HhTbW?5Lw!~K*D`P!g|=RS74qbvjl@6atC0LUFqL%e&<4$%*vO(-;4v}E2K3F
z@LO^na?Yp`3HALVbv8=K(gyZnIl*|XpS+vHG(XE&(IWT<R3TzoD2=Ltn;XUmc@eRe
zx+NIklBJ|De47*;X8@|A?K|0bFfMwtcgC%Pr`*TgGFIMj+)-XIPiOLqD9D$JD&&{s
zmS52=B<`<QOZ>3;kAHhj2R!)O`?we?o4oojT1$C^<V8J(_wTz|-9nSTh|H*}-`*8r
zgMWI<$<@@?n~Ek26(s{ci3rpF^)u~t?Hsm3jM5XmFdQ`#$0e#IX4iCG)1oq#u}>V|
z;c*HTto`hUS!`bsu8F~02njDr;Z#C=`NH-VV_%_fk|9WDUl3Jo;au&QMWHXNlY<0G
zpP@>6NI+&mFtU4AWl(<NK)5XKYy^s%H~dip$zN<EBL@@$Gvilw$Bu&xX_4VhqZ<{O
zvxSbf270X$;Gi7s`*?<n9!#vVR-^Wd%F>gZ?W7RY`@;bE#%=}p_{4Eku>?lxZ2OPp
z?N4afR#mO&VdtEcCwHqy_&8sgtqN<lVWvgT3T0Zo<A@v=HMX9H^kdk8u>X+_eU-bg
z+22*nh-Dx~jhUe!YQM>?NU&g-nYoP_apW?4LJitPRK{);mOq)F6TnIa8rn9~i=98{
z5Z2utl$L-Xr%Cp|vE9A(JK@_3f+jP9@r_CI;T9ir5|*aSzoyWSaoE%9HP0JS^IdTS
zUkCSi63OR|W;Y5W1~l?8)V3y$tfv&m5}Yr>T<Z*P@7@Vgs;Ao|R8zoBb_a@(I$@a1
z&AUa(T5)hlPEm{Xo#@5$LZ{1WYim7|+sWdk<>gTh8h0x`9qfv7(R|}6H^GjkXtk%k
zqJMYS$PDkt2DhX}+SLRaML?Bs66KV0(M|fiVO7)KJ1luf_=D$zNdKSAoU7}`+RogH
zK3A=E_LSSvazL$zb{H3<JU_%O9^G;A_#2G?cic_3SJ@gT>ZyD?JIVEnLsp!`zQFoJ
zmQzB>6JnN1b|nS?2YAR`oxFTycDb>Xor*YO5~}<>qFlSquAUO3SubU=1rGlpliYlA
zX%vZfq@Sa*ALa$S$Qg}zhxney8r$>DJpVE&k#?k%etWF>RLai3@Y&D5x!f*`dc<A+
z@PRht8eiPMdPwI9mH}d>!5PtGJe~ZK%&Q=RqNOi3dk3*8iR4GmsnJL+HG}1a+<Ay+
zFgCZ@De>ie@kyJs4*c_@{c16y{7{t1Q9^m*(#T_vVT76bUp!!XvUKswOS3sQ*-ND*
zYT~735g`C$E4yd%rh}w!1ALS5*w}x3tzrpN+jx<GqzeO$7l;Tfv_&PVV3ZxDr2!4H
zUwe$2@jb1D)ae!`q*angK6&VDZ*8iRM@sZ7=IpGHQ3=EnXGnUk7}nmHAKGMZxExP*
zrLbh7lG&3&vcSBJS_AC<lRqJ1c}8R@?GghgRuvJ(!`se7F-dmRwsK&oJ(D=$_uTbA
z*xOaF-xUoNlhAUKhN8!cN*d-{M?1wN--<}rkx5Q*1_t<lnw8Q)dw7ZHDpJ{#)1O_a
zD-o(>XLX6ZeN`L7cK5EA-JtlIPU}f%^{IhG-Gsxh`FxMnhTP$0>&4L`S{LJGQD2vN
zA+zr@3`Oc@ARn!}Cl<Osm7Jp7b1hrNALD@k;Xc+%+w;Pv<<U^ZONXa!ADCEe*^$Hd
zxRlil{1eXb_q;GJngVa)kp6`SX1JByimGENM4OIMGsGY`R_(gcq%>jX?A83wBgWqj
zWhFh^*ET7_5AHt-n6B%Z?msgSLL@HvU5{3|@BWjAcU{h#jn><=T9zE5WgG{3-Ml3#
z2iJ|y(&Oq$pez-cg>G1!FQY*BdF_qDco{2>XER~5&Q*7GIDc_F*4;u)*5E(R|N1HJ
zPwoiur-U>8lXm2E^=rD(o*hKT_*$m=DeS@?)@=(VIYjIOh_4jL=FpN`oy$R9?9B33
z_5bw(_>W&#kNB}`(a3u{)R$3LcNPzpcN0#iaWq$DV_aUwn&XP%QE7ZddtUIu6MO3W
z|0FXoK3;DY(rtG>)#<oMpK{71u6d7E$F)e|Z&WgKb$6<2g&~KY*dQ)xMD_IrvKfb<
zh3yjT%DKYP$kR`ytd%yof*2w;iW=pHn3{h)@r%q5kM^(CKkUOdMA*|!N{PiYUoyvz
z3lBGBwlqF$ebI1N{P*GSf>cZgjCHwb;dQEl57#r={H72eBC-|)%lRh|iKw$r9*!Yg
z$h{nxnMP~|$V8P0{SK&_@vCsP(IdrJXqj*jog_vr!KlG?Fvv@TmR_5rl)c&_-#Y(t
zW?_tK=1u>o!j^K{*HrZ^Om=kUDsHUzMamA;PpLIR-x`^aQVa`ygZbt%ET>A-1p-U}
z+Z}?eMn^if?-NovQ(5Td5-&E~h<%rOu*kYBD%mk-Z}lI>^t?UmakjdRpjr>re#81J
z)92!oTYo=uNdNWh#%;>~EUIBr3)XN&0Lh~MN%UXUkpG*>eCr5v7`qV+ldyF}ba=O4
z6rshuYOnQ#lk3aqPg*PZWj)fl55p{X+$UdECx0bOio(RRPdtkPm(8TR7#q0@XHDlD
z<T=F);33J||Am%(6{{bpIp9)CN^=B<Xti=!nD3FZjjCHtpVJ-A1pW390|C}Xpq-jn
zBxFVZWy1hmIXoV9&Zq}djw%fw@;BGLhLhcPiQ!(o$WALVY?gk3Zywrvd2bXRgv0vv
ze@|DcVq^&;SW{zZ2NAHjh{5$(wKu+O^(F%wYAZrhJwx5BH^Nt@$leqoNII~IX`p@g
zVkQ4O_i~o%L%gNMeaty^H{g0<iHVR7QrlK(ijyh9h0rNc$gfJVfar>FF2$WM@r+gu
z%(KsArbbG>VXdW}JXST+=Nok?NCW*GR*!gL?d$vQgU@PYc2Z7UYlGo<mP#R0P7>cc
zqOch$t8y%5n_p?*C?)e5gATNFuq@GXlmSeBr=1Ade^5a3M~yy!H<9JvLq?O6v?Uz+
zVn!EjEl@tUA&^-cdUC?KQlpkgu{)|nRi~{yA_88hJ^?xsf>S0QZer>b3urXzK_T22
z>z;K6$v9ax0|iJO1L0&X(acHp)hVm={d*W<lHc2)^{j+?rljTqXs|{73*yS8N|MB)
z-)f||iLfFr64`Qz71Y5&R#A>V#rW#4!o8IUwchQAKm_#pDr==o&H_A$)Q&pYad>Q$
zZeC7q<`iB@+T`p?lEFjI_k7<La;%a{_~V|Z&jou_GzXI&c)@#Z92r+K7cd`9=GPyU
z4ndY*v|W0*Gges{V<us#spdK=H|H8mWFaneZ+ClMbtGHe)Td~G;!fh?03SC2z7}@A
zDiLUh#PeGAUKAey-XjWqvIO<l_ZZS|KUb2VYm)*6j>SwLIxgedC5kskYxje<*(t{r
zn-d`SNcMNln5I#@BtDW^+zX66P==+GtEKl18@G!xv-O2dlneL%%bPqC?Bd#!*O;cw
zdcJ;UoK>Eyd$C$3w33&eFE0-~bO~_8zo+F!DQ?}Uw~7+6#qFob6<x@p)z6`RSmlbJ
z`-3ph8F|0wD`n=Z6t}c*C|N#VJH)~(VNHX1J-&o4snJrnUdpHlJEzX^2d{*#TE;5U
z<xlq0Th5&|{FJzz)UA%yN+~Y8Pv~$%MiRk2kN_$PLJ1d#iz`3R${UHj>s79~lO2gm
z$l)FL1TyHN!M16@T<OwMYYMIDv@@1H`RyfqGy=a@Hj5stJ5v?$+^&77G2`)(0hs7|
zoHRChftkthHlpL^P%8Hkv#poPK1tBHD3`E6Lqh98PO)V;IadL)tQJA;XfnUjR7B;z
z1aWg!dNn1(KwTNqTrt>aaU*MMmd&qBqZCbDU5UbQX)|4Bq0y9IGBT*oC5Ki+*nI>j
zQg(NqaH{zS!5uC9!~KgJQ3E2*HX#B`yN?wkgRBVsOOdKnx+i~IUx#?3gOQDLf%)pK
z2HKtSTP1%+hnd?PyJqWsS@g`A=e7pO<=DF~(!j_-D#t~9vO`oR)b1%}{lXfe7Lv%C
z!72!`n5v7JDMEenX0MUXdoouXsQug%I3x155APfuehuKZMpbX~-j;x7TPmB5JWCXx
z`c4Lb3!FTEc6fz~|Bu#Y<~L9{JywYx$qUh&F_K}qehRr2j{i4V%L|uq3sP5cp~!PZ
zl+#)xlDLp^3ohSXWPOpb3c*BP4LSA-C>Su;C{Tn(=!-M#p6{Qaj>w~VPbG9+-taPN
zZ@8gy%dl!3d0~){`c{a!|8FJv!U!Di;%Ahusl2U9;VY|B2zMcfCP`1SufMxEcqj8*
z|FItV=C84ZPr`waP-;M(40pj|s(p0xrC1MK?fM~pO#o;5)Rk=)Byy2;IRiFYf74?O
zB!oOza>5XDiDoT^@Re5ekCws@^nNNI-0UrOWUj<3M^Sp3nNlKdT{VlM<c4=I%s0iv
zEWrFtkRdQ6uLjgQ*WJ2Lz1A)Nq*aMN%)GT!Dy%6<Lz1-Dr8MzflB>n7U!6GDgMGad
z{1YG)zYwC(PunrMZdg6usD0^gwyqZ*)_-l78z2ca9|S|m+`=pMo)^|wg_3O5Qe57e
zQ}@nzL&4W4fcEGyFQ=0nu4ohP9`-c63L?Vf;hdgt-31|>Eb^&j$-uu_`$c+Bx2)BM
zAO@|U*IHQZ*=`-;b%Kb{-S!91BK!F`s=OVy+D*%4jV9&OdW6V>&xIsOb1XSEPiR0#
zw!{!sE9oPo%l;aU)Dkm}BD=0o-g-UHyFpdUQiD+?*pK+&c2C;R8Vn$7bLPeJT=NwY
z@Gva&E%e{IHcw1)*CzEqlvY7v=#xC=OMmg$9Pa6QY`Z<r@V)YOgr-jIQLE?cb3XB=
z``5k}gF;U4ml$R~&Wt=8|A?c23N7qehIyHekee!2w<lT2>ZlTzyf3K|4LD10{FVek
zu6+obo(XdKBf)J^EwhgYQRh^nCg7uRE$V&s%d6wyFF2Av9p!?4>+q6LCSX=Xp>Xz}
zSoe5+E0{o*HK%=eZtpk6yHvLia4s2Uq^wm`b>51Tuxb4)JlyNouX~4v<aJ51mdv9V
zQ4dG(3Z(A!JzI)RI&x|{+_P7)VP`1(RU4Qt4)28vVP^H0q<hhc;@6s*OzfY%FnPRR
z+xsn&gM7W+&=Z)0xw6{;?o`r^SxTFI#P_oR<@e@I4`9436-2BZMr^7QMx51jFl;}}
zrz3n=ZShfaDT?aWlcLv_C(o*Qk{A;23C8Sr1N?G1x=q{N6ctkKb~X9;VgLN{<>4qX
z0-$N%1d~%LJu{V6Oou9w;59Pfq_3)GEBmqJ@a+<`7sX%-{Hr_oV26ZJtn;rsc@IIx
z-Kuq-ew$d4AKFi5;ruIykK{{I5($;KC!Tu~HTcQN$@v{V<M{Z!fPjGM$;KcHH+QT@
zv4+-;-Fjo!^uD`*py2XSN3gYx4SE9;J3D6Dvv)GGvWPT(ry4k^yikIqcph-He%np<
zYKJ2&FlQp^-|2PWjkzuCQpre{Axgq6{flCH`m$(=ek_ih93p3#1?Aius#g5=$lIMc
ze3I}(<~ctUn)&<xAYf{q8jzQU=MwRMZo(oX+Kc<+L!p13-7LuK&Yz%aHLhCE_Iw*|
zMr;S#l|Z^Jt}ALjOznqb(&qX070Cjik6q+nnE<v*&*?W+c1=ajRY--hR&KjB>1Q1#
zuyGZm3D~s2q#W{zZt~0ZK8Kti3I7%fP@WeqDvD7GkRcXh_Ez^b3)A;#F9*I<(m?g~
z(Y=wP`|^v6(TRzPiz+L74(6Li$H$SvegzGt30aI4sK5noY`oc<`C;d7?Be2*UK$gn
z31OdNgf2Uo4kU3F6&1Bt7&mpI^uL*WCMamu6GIJ1i0NvJ9(y6cI=^Dz0)&gY0fual
zjA5&q39{+~q?1~peIJtQvHOo6YuGN<H%ZB+R#^#uPZuW|5yXq%QrI>1CIN2y>UiQC
zU!5<kEgWn!tFn-4y8guJ30u){YV>|IW!s-gysTbx?Gq;}yO`rH1Zm&Ixua`ammh8r
z-J9Q2N%?Lf+&lT>#cNT0CYS)_0f^(PfHM1^3fRRVH>$PvYjB36&eKAKk^E1UwAS&J
zB+xZ!jKq012sJ@&h+dPt5t*B}W!cB-X*3W?hkOLPVPGC0xAmbUml}0cH8LQH(Vc~<
ztgWrvlQ<3E{CYMl^&pNA1ScvcHab212?~{Wb$2(nv_yJ*9%wpMl6oUT730~8WTxa-
zZj}79pn!?vbq$h=3Rq;Y+QXB0Xh<95bzUbMUKfk?j*IqW(O?ILpS-vX+>idPMC0eR
zC)dtCNsS6ubsH~zev6ZOXhKHh|4EG9C3|_4_z%eAD3S=izD}`<Wt(}I1~h&mJ%12j
z6>QWXTX)0df0uS^#`)TV!Ky8fHpR#Eqa!vjP|erxgFD-IGMnYE3mQTT*84s6i`G4>
z557cp4{H4PS&+;Q5t(e}*VOh>WQPO{)uI7{2b@hp6@ubFc38Cy*f-}U<)=w2S^Cwd
zJnS>zdyN~98p-d<k0&})#>E|$Y@05<1>M-#zxf>$hFFkml~mx9Lg!XUskM{4w!f9u
z&MgTWYltJnSN{ZTmZAEqSC~m0ulZ(mY{AYWBPZ_|Q<I{8@29IvlIeeK16Fe=M%dog
zR>se-WhL0^zg6_RIUhusc;>hu&MfYJ*E@K8eEhfSZ*T9*UZ=lcH|xM!K_Q2K->3L<
z7(M1Wf~i67h<a)dHq{OKzU1zM_kv3DM<!>hX~tVTkC|iZ;l3_)oEO&xfu+>oJH!z(
zYU_68a#y|uyjG*U(VSdppRJQG2I4B1<7&6!HX^PIQcSgjsf@Vwa7x}afG;Y41M^?D
z8mttxI8t%p(i?doZr0*HTz6QBpLUwvZu%YOw#15sd|WvdcJB3O0kf6L7+R1ZCRbLs
zJ#QZnQE5a218%#dzC9C??1-6}GZ5Ff>uR25HH#{FLVOT;@@VM)L>pknaeyL)z+w@k
zL&P>9K&c*QMPQ<~ebAMnsnO_3=}Mu=?A@m!Z~DF{>fgdP6@!>K=dtMbJ?E=R+Oy^I
z`UM$X-N_FZoZQ?!;e^a@g2mmNj7Q<A^ILT*Ud^@o-Belh;J~#nwD^FHEX@3pL>0UO
z3QEdqkHZD8Hai;|jnkVXUg!%EwG0H`6=pV~+2TEA&;&^s1~k68_czUHthwCqOGEue
zf4rGk?C?J;38%I{<w;F2!ZA(ZIZhW#9Mn)0-|`G<O5`QiP`$SnXg`)A&g?D7&fMBv
z#ZTc-y++Ha>HNBck}lmWDdm4Tge-o1=fS%ZSMc-@{|1ld>b~i6S&Ve)?26Ir_X}r`
zZ;eb~n2`zXWkRd`iCG;|Qb)s=v2C}wzHSqG8c7-`a3lYh50A7_u}b3GYw*B5HMmQk
z1x!h?A&nJ7hB=YCjFtF(Trt|Zek3bpFAJ!F$h8UY7t}?$_zJY&qA$iK6B~T~7HeS?
z!iVsE7ilT>Rt5{IzXm{z!_M_+2!97<1m&Sc{cN?>0EwbqLd3sFS&*M^rJ8MjbH2aU
zGu`Uv(`%YK@6h9SF;D9JE{eARse%w_D?2scztn_`c#G=(Bgh}Mm5I;HS&#g<{na+h
zZz5WSUuXgp*?~OJqC?p$TeH5xWU_B8Ak9n-2#~9P{=(Lr2?RS44S5JxpNgzOiT`q_
z?VI0lHSAqeS`RdQOvC`YA)L9&;q&rrKsWt;krw@PsmBPy+6w&qeQ%=OeGhsRcz8CF
zPOB%%-o2!zr^Ob~ht$$6&RlXfpKOU;-e3pB{s^_pnfNW082@(Y*Zs{!4~M=k;1Iy?
zo=yood@FrC+UU7;+T?5ll_U_cX`IVE^hiD?F{PriDqT1F!yR)NeoDe2aTM#L3U}d*
zZFch+nNj<h1dfpeH-s~)x(Y00Cvc=<?w#A|9Y{Ugp2!#%fx&HhLd;8Jb8}JiO&+f_
zbF~w$4H~!%RN#(I$J7*vSkkKfZrtr>YHb$wr@|)5ER>`F1B%z8)(M`0MJMk}Kl8{u
z`HrOz+x8N=xrJ|@Vx?hg8iN}5Tgq)0$cVstr)5}jx%meI1?~-<a)DMi-!FRYMMN5p
z`>4s~#g+VblDcK-q{YKke&Rh}Zj?`-uDL){g?y=Jzu#uZvH$CXWc*b1b(R9BL72g+
zai<DrpV5a5H!;}8hEVn4y`SgLTeB4G4dg?;bd#uLTHn{_8Yw>-ems_AM1^4o>MzLs
zQooITd!pu>&}gnMns_DAK7tJ1va-^+dTKv-U`&=CC>HT$JgVD}4v#Lnt&A)D<YM)M
zfi$y!$CKE0OAbk}b~3g$HqW)R#`cB*@Y6tc%M7@`5|KKb`SFT(6)Ev?)ts9=4nNL2
zD0q2YHTOim_*r2Gwq+V&0bmV&ped{Uax=KK%uy@`mq~Bn-`%}~ptzohees=MZzo&E
zu%+>1<?n~@Yvu1C{2Zm2bCGaqaG*(|Y1Mk!Ck-UwHPEU`Jr_E}@?{AKR*lsT?JC0e
zvfB=&ric~}zWxuWKLv==vZwOtnI+pE5D)ZGvMutSf(>rTtAFH}bt`ncGuGBwH}j4~
znVmsOK2rquF&2U~G#jB{C?EcRw9H-{D}I)zs{mc`Y-xMivgIPZWK8!x)N}v*g%>Vx
zQ4Q-cfphW|bKyVS9-g2&WpaNqXPcCI7Mjy%vwY_K;9sVeL+t_>DhubFPPGFL68HTX
z!Ocx;8Chu_PgjeJLdvYCCja)B^WybnJ=|~HA~~(Gjlne8`xp?epyRz0GZF3M2}j;8
z5;^;>WuV$P_vo4`)DLWYpg7hGXrx=nSFW5`syn8FZCbe|R1gl)0}i3pK>vLXXliD{
z387|_-`0krZloGP=V&yAgT)d<dEVnYMfd7rSkRy0i;mcyNiXnS*@oj+4#zS>MDV{$
z|BZSjt15ogkM7Ax^S$^PA&nKv9JVN;?R&d#2P73!JJsdxlsJ;Uc)J)=ikh>JPJ_#%
z=k}%ZC@tq3xw)(v{Us6F6i0xYza?JTMMcY)B#$KR$zOUYqQSPOt(#&NGQmOfa~(fL
zd631p-_-zHm&Gj0s8QGVUGk*>2{gqO?5>UK*?lnkIn%{ZR#tXAR*XN>30hj&N^xc(
z|Ejn$ahIU76u?NFu+@U+RWHR)e)H2iIyyM$Dkn=o$q3g)>F=#x***L9)4U;S;>A{P
zto80L4PsP|8U^hEAgU(j&E>pz25~dLv#giH35deZ64<TDF?&R)urxlgt*Bb%aB$)s
zYEKHTd~h*ne#Kz%Z3tiOS{=GrM8T+ya&({AZ6dWSk=%qeLI_=98DEf^v7+@N9|C7{
z@6O`A$Ku7MI1u_6ig*A2sh{Zchg6K(1si_6R!AGtX})eeOvL?fr2#|7elGM}QGfz_
zyEAT*2BwZ<q2!WubYK4aRoJMsFcW*SW+(Ci;=6VtNNulv832fbV0z(#SN;67A{&8_
z<i}sjDWvKVg8%Ytb4C4vH>UI{_1I&KBR%(k`7Z)$Kk?)zm=acNODy0W8d?Os3E~f-
ztCh!`yI=p@_BH+Z+j@;BbBx$KP^Gz}JS{&#$~t|cnH}T(D9!0?M1o#xftUbL^(}GG
zYwM=lga~rVL2Ze;(y;+2-3oF<jef2x=-6JTQ*_?y>|1%|Yh>q{(}1||*XKi^TBy^m
zIEIHMYSW`Lr2juGa9hCX#U-qOcGa%5?W0P)edo6*x!z}QewkO%&89@lkw;c-C#hV{
z>{KrIr1?iJN?rRrmcbl9xQP8LG?Gz`pK>jqMQlY76a$_$st3X+m`!ET2Z8TB6?)~6
zfcfgD7P;2<@AE5%kbZ0Z*BYXU^l+~Ak0*gc04K59>+9FA8@EO#CR}~1AHCDn>GSn9
z|CMgLU$<@Rd@dZU1t`X+riM%THJ1@wP;qGz)?nlo93%+-Qt8ay3eBmL;{*CCAu)GI
zM=Ft(mDjG*@kI(!G#`6N@%&kE61&l?d=bL>Q;0wU_)dcSi`+g_IUXLFd?mv|^!m}u
zp|H)Mp2z{D5cS4H@HV>*Ksl?MeXss^@xC$fRN@8Bn55MG`BWe2`vzfe{D-4^DN|Ra
z)Qq<rthJvd6aNz^J&z}uVe>w%k+NA5AyW2thzmE|hs(Hz4}p&l4i`?0#l3dpfs6_N
zCOGw$DuK&Nnjo~FD*0y`hL&VMF9~tXqif^yrN*JK@BQV$ck)Q0^&97C%~smC32;eI
zU}wfXYo(#QBypWH>Q$ZqoCVEG))QY3iaygwOimv5@-6O^`l9~0YSwP^!Vxw3`N)QK
z_RlRWEXG%Pc6WAU+!>o-ZNU_&%C(ahQM^`4YHB@S1?@KG-CK%dFppv*0#XI02xnA!
zI%^4q&!0S^X2WR+KpF;7-g5@uK66inS7f6Enp%q~%2+*_6^cXvp!s($w<9#k@%h7a
z!pO`CqOT@4AVF>4g{UG3Dm4&@=|<=xY?=@n&blZq7{nntE`BIr4$4u5ov|HiyH|K%
zDeTF@xDer-x+Ftluc1}V>I-dQs<DLsqpg?AmT!@5w}-q%_)lBk{^&Yg_Dp+IJNG|r
zU4iHg1~VSolJ%lS^Ph8!`;jx$J{mooI*zmGxF&q?>1+k*$MS|$72vE_x#3Nho@Ph=
z2@36&)jVud%&9R1ROp)oSTa{EE-fVEg_VC?Gb(`*-@8RU=7JHi9TF2rZo=vU1-3e{
zv$=vx98=C-yJjUFn~fG>vR3vn>hKiBjT(dElhHxxpmbK0XVGLm`|;j*#ciHr?uXq}
zMUgC+l_#>cse>8(yc^Y#%;LMIrlz{4=KC?hA;J*u*C>d}?8NSYTc>UC6=twAt9r!z
z<)-o$A2apK9AK6RGU<u-v-t4-$8HsM%2zl|!V|a=tS^9m&Pm40TpCRlvSNSP(?r^Z
z&;;m~PxX%5KP4nx@t`G|s!WU_Ph?o!w`8i)luDYZT?nYbx}yxi)49U2syn_Vg7aLz
zdj;b%i_wcQ>U_8=6Ms;d{eMY(*!(!7h*(Ww&R(~C3$3@$;M((qmY0vis@?wTatxS|
zz)sX|3ShIb0g-w$CeLqP`gFw-zS0rt`W%O#fv})sdjQ(VGqIbpqCkDRCUI+>i<FV$
z+#mL-P@s)nQ>9?;MBJP}3YO?kamk#sa*13jwpVz4wSHO(^_rrWeHE^p^xE!NXh<K-
z1d_%dHRYq%e9w9e9a{ts>mnjB`e>xI(TejKCBMf$BAp7mZ(fcs@o)S4`!T$3qUT2e
zF6=X6?s`c2`lvKfSe1S31ua=0@WF0wqd3>Qvv5dfMxr>VT_4R%lZ$aR<--%_8P?BB
z{}s4ebLowfIG?}?5fA*+k<p*hHFIN~Yg3ZwIwDTOvdWDQca64+Mh+ZY>`LD7pDPxI
z*W<NJZg2VyJd=5QxYgV(-uJU_TeyQM$gdoI(bFKaQP7j<Wkf5ppUqqXnT}l>Q_of(
z{{%2&c{i~?6{;>yO~j8*P>-Y@PNj4RSr7>rwB@(73w8hx&obYC*~G5JXUlx~!PaZ%
z6MTkl@VeZ}qA{!4YiPoXef?!^-0_@1ULjl2g*q#J;C?eklu<%C5p>!YC~huPQj%?H
zitg@pma(*Kd4z0bM3|37^pqgxgxmK`Tv9ZkD_atvAuWkJ%XqeUsa)bfoJV1As_Z_p
z?3$ZiG5@;1Htq!7X{Ys5Ul|O4`<z7CJY%T67zRpZ0$Qt6MrkZ7hAe=f^&BDO?j0hW
z`-=8}gw-=Q97G|qVq+1f#oWFE<*~2dp$$N{d){{;a27$03J{t$0ffz3eZ2&IXVn|0
z+drQeV%N`nVDY#CAAomz1)O6=niKHrW2<DTt0U&4YsdSBoUzgHHors1(UI{$+VpGq
zibm_jtChh#Av3quMsCxi%iBDM+K8S1GEZ5XPOB(cBnhMT8)F2riIzJ}E}k5BUvp)2
z10OK@Y(k0LPbAlqID0g_@{mMovx6*>Caiy&qiLR|1~EQiIbD4fNj5Zbtzdkr-)(f~
zaa)PeoQx{aMmH8XQTGW~LCLf*)jV*U{roz2RopNz6REENg5FnypE-g^%JqDQmsU(d
zk9_~TcJu8hD?>U@o{7r9^w}e`8MpL_l7s}58gQ;S%Kh5tujCVgHv}0|M;KN;v6Og{
zfIUT*#Tdqtg-`tH5ATztydt|1kxxDTH)KFhLyTQ~`dnwq^Oj~$qyaVd?wl7(6m|2K
z3k1KG%!{M-4enL`wrec^1(=KSRRM$Fy}s9@XAFDie&Mf(aF9(F#It3m2ZB(m{#V-2
z=>@3;Fk#hwTLC+*B(hsp031WKqq+g@4f}devKo0C`ojbP1EH=83-H3p(jLQ|?oa2S
z_a3?Lg{gRHnT!5g9fUwA6zY}BFXXro)#7s@Z>;t9?c3g2+2|e1C|<_*8QIA7gKij&
zGL4%=POz#=ZwscXofESFYBZ#mIW=qRlC}Tq1&FSjTN8&-sU;vLfZaQq9nv46*QclO
zp;v(Nv!f!hNkD5BD0;WmMbQ{uyiIuNR20P;y{NW3r<HvWKTYf2eV$TS#BV$bdT29w
zA6@RouKw2Xl1k2M@J5MkyB7uzdDhc9xkdeh+HTJv<~@dDM}-Gceb;l<Re+iHOvV%J
z|0Eo#5vy6M2(>j2;k*AMf~1VY)f`jpNf+AhkXRW5{DW+i&fXv^Bmw_mp5V^u(s7lR
zr(g6R&^ECaKLvbhjsk$4-*kUt*ZPU4`Ew-B=&`h@xFYd(w6wCy`TiYT!%Ua9uz30(
zX~?3evMick{`$LoT+iDm-UgA_$oe4FAAhs8G?}4KrSi%v9}qrM_#@3;-J@g0L_%8p
z3!@bvPykjZ7f~(~1?4{#qcI9-lx0_yf8Yd&S$C3`PLd|PIt_MxD?G*S|0L~CDqRlX
zIf7~7X_9?^@Swl}4PSuXwCq^bYTvIPORHW1|Cq)V$9y(z)(IE|LWn~>fErZST!)-S
zA+#LOcG2eC;Y`mo%w7*Hl~v=70)WB-#IvDB!WS}9$91mU=&cn{M}&(XEWMS|Kp!c#
zw+TWPEx%l(>t7Utu9W{scJF{=v?S*TYVBcIM;nMZDI+~ia0OJ=IPS)do}R)5!-bFg
zXps4Op{TS}*4Q{BZ+QOCAA;laj~`JKvzTe-9PX>S^`AJ2W}Mv1CnqQWvd4)T{!j0o
zWU)S7w-y??#)O?2NK`r8s3cPz;I;AT=fXeJ241NR7QGg4<92oC&xQB#Jj)!le&5kl
zun=-X2(zi!2sKl)xaP2HKtTpfZumD7ippNyJ?~hLv%NULlEFiGej1l#4~Me-nynA?
z2XPS80~Ya>Nn~UmKC8wuFINwGp*r4oCP49i`y0WEA6h`T+tmt`SN`41a1Zi0>!(P~
zgyx_lIa!pnDzejA^YnGlv+NZbFFSJ$#s0gCrG|e?hR4Pa#Gl`<NO5%Q&!fz=bRMOj
z2F8K&c_nZq2SAsB^d}aA_-u><r$;`4t++uoZosla6g%wJg9Bn#nN#k49#O@2oif>1
z|AM<O45L<1P%!jv9u%<_`r+aQg@voe2o}l+4)s0@i(4xz<|%`3Jj23xRW2!QD`L$^
zp~dJ+{Wl%>$r8-LsQU93fy0PfSb>X_w^AB{S%`eE92!ITu4@W}2`2@R{i{`7Cm93j
zv5%C2<?DtgN7hPcw)HiUx7z5WRwtQalvv{E(K%-{sFv8P$248_<Kmet1Tm5{5K>&=
z3zy#JEND@&MItyZB0N%lx9fqb^I?^Rek;pU`rks{S6=-2n`}wzm5TLfL}M#YgmFE!
z1y+r5L4h23jm>`&<Lp{_s2nHj#bUx}a)CWvu70b5c~PTqFdkc^gSLRyN6Wvh!vqVJ
zf=c@<8OHEr-{I<)E-x!A0KRztsK9#OGNuvlI+#si3Ylnd{kLM({*J$eJ&#O#XS4jT
zx5@N6$t=F)xUwR`xo|wTS4K9uIc)bxLXf(nI%;Y|l@vw7nhj<aEtC&_fSg9IM$Kk5
zZdVpIOZu9UE+)ga282g#gFb-aL<xx5QG;9bA^kP%aJe$LwX9L)bhnqwl*Z)Foq~g_
zcCSxCt^{0qU=q&`Q;xMjZ6Jr$3m%Iv*?>1t570{>%HYFoE8N+3a|2*Pp)i0!R<OE$
zu8}G~>CaDbkN=#{Pq>CTf3)%n$)~Rv9}*O3k>g<{hEpuTl9hv4dbBa@g0ol&;TY#;
z`d7JABhvSoLi&}68l@&}ZRYzMWBT+kE$nfu{7bEz@wuAgGcq`DTyU|m`|hcx{wZb~
zk!L=LXsruQ8U2}FOuPnT{7{0d-N$-WT@yjpEXTL|v>yK9nCEB}yFEO)OH3nNzZsv!
z#BGd`GnvZCs|yi}l3hfbL@2=-BY`jutc3_`Ymx#4<NG?WYXIgG!Gqm`AloQBqZX80
zz{J}X6BDKJMb&(&S5F~IKdOJP_6;vZ@5R3>8JeO>>`^EbbB6BRCf-Yo&DXu9!beN+
z39tLj4M6h(ET4mU#1`GuL(GzAGD|X*6WMV`sTwd0mYkYcxHi5fk{Ski>_o;-wlZM_
zz?hE1?9pM?FC?-adRKA@JKrHdhDg7DBtWK|uXaqM2EULknxyP>ms0A8vpk~tDc@bg
zMF1@UMgA*hJ7Mh0Q-yDh52^eoZFH)ts`BGOLza9UmVBYN83XGd2G*ZQZJarfXuAqi
z9Vs}&L9GQozOxaRkcbWs-%@pW^X83A;aKSH{PZ+g^Fl9fGX)lkK1WWEl9xD5RBYsr
zJ)9o%>UL8!KWQ&tUn-i|OPxZYKf7nWy=Z;}!<#2&t^$qER<^gdUn-(Y6pU=U$_r{4
zmrg9Wrp4Ap<`T`0O;6t<{^YL*we_~Gonober_ZsEnRqp60q(i<YVs!CZ_oYJBM$W&
z!?zV^Qkfc+a$fRl53S7-p-hbu`EL?rU4>KIHU+2xS|Q&KvK)wP(;#SvSsVR3qV&F2
ziTrk~bNKh1>Ye9A#V_j%=L8TdR3q-vT(P2Z>s;@j|F*npCbczm7tJtxm}GJD`HCNV
zrv)g?j9!z3V%&yz;1L01V*sB%8=Yw0vysJ*Upgeo#`v_WB|-^?@8ZX{(>*Ay9x{%y
zE()Mu_J1<mrdVvq9hKakEX3JA<-!>ZfOO5q?P=$<IrGnI-8hK>$5!-nt3UkPDwp=_
zZ(&!&Sv{QO^<XfCnrJ=F;_C})-@D$a(fz%omKXvT^w#eOVk3>UWbX5~Z7l}pYRr3g
zox`tFvv6{sC-Y=o)D|=1Nh<BRbvVO_T)m!6_yv6ZvUO9KMh!9i#CD+uFICp^mTtz!
zzEd-18}0sp1$JUm9X=`8RPKT0q5Zq%GNGP%{V=P7xskKf>%sL_h8qDM*25-vvw3UC
zx_y~R?~;1tp%-P+;i-no(OvhsZDU_C^rldXa6XfXnbF>)-67%;VR6V)LBD-ZM0+HS
z*zc)uP|x>gg$~af8%6CGTP1La;XUS@!`5Q|j*jA=BW?`>E-AOBhHve#v8icvhQe6v
zLM`BW%q-xd1C{p08GQM-ZwP{dIhF5esHnPNtE0vfP7ik%VRwP<JL9ZTQBf~$r@Onm
z^_!lZ5>u?Mt_u5JI(5Zj!%+%3U^QX;p8`wb_ICJXb-6D4qc{3<TUusjOyjwr-DGxN
z9>dz<p1T-8GEe>Ob4Ndc&XRO{hq>j(75m$#+hZfjDjn_z=|_HCse@#U%`{*3StnN8
z-<=<J?A2mQaV4r*v}f%RrtCC&?GL_n4P45p>9#TPby`!ypX!>`vi>$3@AjS|2eRyI
zut^tle;}w#UPIvi;F>#Dxc#)x^TAc6q$dcK`6gtl{uEvozZHeiUhPYSt55%=owE*4
zjYq50X~($beY3~*AI5~Fk2JsXyY{!eVbfA>(LZ@MNTkr$cWio=N6)?L+5cxxsx^$z
zU8Yd9q0&C1ec`b0S2CZu(h$(-YU6JjQS+dBI_&e8aDV!xCvYiJ9r;rE4l4c4Ec)$$
z4R;MAZAdi=7WVZt?Qr9t9qTv`<}Fe(&;_^5^v{re9kw?=f8o1WyE~g5gKR%wNR8cL
z8Mku%wPl@1TsgTO&Ru<hDmqfV<o#nWYr$?x#+7Uc^dAiY2kB@veuiiZnLAr7;4*nc
z+fPYnF{>gOY)SPO7mK!YQmKX4qf7X>KdD;wpqF%ai~7Y`7d2XLWSInFs?(GFQrghj
z_~Q$;FX|`v+vS8OZMz@iZP2pI*MmjsA2(#jZYKnf=H~bdB>UQ>N#;JLp80G)>&+(z
zHEL?ifQmPNKpL@s4%_-o#Qm5j_4dTC*5XeZbFHkbmiOxyW3=R=c;(+Vx{@D-L%cSP
zYV>C|vsxp>h93~i_)z-cq)CsKhGHH_3${zmrj)${*+VdOldSN$cFp4``4gYe`Id8h
zUT);D5abxO6ye6G#Fh@$IC*jvp(q`i6Z`I?s~KHmsS&vyV^r(74MN_<+b8b});e+t
zcO%f@Qn_HNno$~-ja_1BV%UF=w&Z-K+4NFn3hy*_-g~DDTS_rNcnR3S`f8lyUN+UV
z{Q`DQ9&UB_r;(E%n8&hS1Xsh0h9d@wZjG4Qx5sa*b$%m0Xv(25R)rlputyNs6aA2n
zbhg;SM3AZexrWKfC!eS&oU}4V#$(2jQ2lk9U4>BUd`f96=C^*c5e1<XuKL%CJ&Q#e
zKMJT;WXP1EjFC8$EdH^iEc1+!ijre4+x<rhopc|!i~?z^prF93zU}UO7M(mBT<YK&
z>yGTSYq7C8T3c5<p935IV9OI{dkhnD#ua+H4L>&uqtcYfxzM4upwN72^SYp>O`lmb
z>lra&@d_$CD>D=Mz<Ym=X7?vQ@Jx*33e`Vh46X!7{c>ZoP#y=`TfCUu8|kb)g*E{S
zVda(Qua(e}c`^Et;VlXbEz20(`#Iss&Q=x`%<1JoI|(`8Hor%Gbzuv-+N*+yU4lI^
zo!Lq)_QzvsGQlus>=SC2D+TqzvxVqF4mGoI|8NFD&Qb0Tt)xPydYFSIr|t4NydL0p
z_e)lgFcaa)_&**P5h#63Yir^I^Nk7QHPV#uM;InY*bRy}8b`gNx;yhVV7$TkY(L*v
zFqF%9f{R3tKCsZPYle2qWhdb{CiUFM`k)&cLoK#3KM9-`jg5`M+P?rs<2NS4RsBiA
zjUqshv3BJ3<zxf$lu<sYhJ1Sr@#o;Z1eM7(2Z9h)nIkQ6z`MV15F>uC<kqH$%d141
zrtT0M3}k4N$uZG0Ec3i_;p0su`r3v28}f+F_Jdg&VX9R%)7j~Btn^4Ugnx^?c#oO7
zpt)~Fxj&3-CGwgj46)>*6R^FSfX~v8`#2?*Kv-mwMk>u_MmqOwoC(6Kp(Mw)qqXbo
z)4$(48A?<7LL-~KJ^4>th$MtIMwPm|cv~yw<FuzN9M86jC#ccKcXyY!VK0nh<IY5F
zb_pxA$OCz`Qjcb^^hlr3CiSG$#yJQ0wh+h^6}UJNIK<-0BL;X_^{<^@j!4kcu(3Z4
zVOzCgC?}}LYGbdR<eP-QYz~Zh${p1gUeEK4on$#%--7{D;Ze7V$TDtn?{LTxD|mOf
z&@$cZ<&w_UxY2U45V>>zb|^iSH0AqW`{|#~Pp_&w2klV<<Kp6~Tt@SqX5ZC!9Fjgb
z`994ZB|G=<^76vJyZC9Mq@*;xSZ?qG!^CmzIdO0Y-nj=!B;(EuXVTGAvLtRuOaumu
zUDhFQD(s=?OI#d*+y3_U@>}<W<mB9+KZRF%CT$%T{ydqP$)C;yEP~VZ>9$Dyynzm~
zhhDuCwH)|VN-K8gO%iw8J}=3|WxY9y^)uY<`F?b?oEMAK2izE82D0Y#Osl5`HyuWB
zz3c>uBVoVKS`@SSqIG1IWSQ-m!(2+$O(A8uQ3C-vd2Kvzb3h~0?(HI4<zPhvE~TD=
zNt<R};ma3|67xI9rfR#+Ih$xmfkPeW;|Z2S4HB;<4?|}HxDAL}BNGVf3wOIM9$t{k
zo`fe7PwSI5VisuDGqcY9l*q5eMRdH?-D;iOb|51SlL{)z+h<MiJjf#9Gzclx+l+Zr
zxYtH_eX{UT?6aG^xTc1Yht#qClu2b=9dn7He2ZtxYDx&P+@@VXHAbCyHUADuFuau5
zJ%1{DgmObZmDKbRVjj6nTatBsA?Gwg;Z*qdUvEbxXJRHx%Y~(UX$}G@TLW=Lqj5l&
zzX6w|M_L?M_VqK`D1gOIwUF=t!=tNG1^cFOA>Ob3bv5Qp1YdNoD(3yXTHdhF^#Dco
z4J4FC$j=*YfSok#P9k6-^6;WiJ!@F*UzV|Q-y<+d({tf|RuQ$gs0VUPQncDKGwlyF
ziP&LUX`e-5-6Uf%1?a4nr_!|4Jj?hwb%eo%8gOwfKV9pR^cglFvdSB3P_gN`a19n|
zZ@Y^evDm%UYL})|cinAXgq`QL-i=|6?)PmH(%$ud1E#(LwD<SRniTo1la>{w4GrW#
z#s*g7lVPdY{n`3~`?)8Rl@RVL3t+WSykDHO<eNX0RjOUX5-P~c>%BI~MS)|%LJ2PW
zvABmAQ0pq1QT8Kk@C~SW|I$E)W^(^#Dz~&asfC9Y!O>k*MDr-Z46bJb7o|w=R$p}Z
zo+78{-7%`GBg6d^Uwe@(d)wA+{OZKZ2jgkM>{#3^T!;9NAv1-#ZX~i!M{e5%@O7U)
zmHiX2nKvU9eTERfVoWr~b}0Q-`HXqzo|RHMlaV-h)jYsM3<bIw+8=jyvM{(n7%`iP
zwl*z=9o583cPWV&=vLSH$xeM|Qv&~_uCO1woznbb!gHQStSRVp<j^kPQBCOS#W|6!
zVUq1b`Sq}m6PyX`b9BDB1l^@~;=LEQ7^OZWGx+H_eK=dh-1RZlT%B@r69JrSlxwfH
zimNXLZ9j%}rPar+^Mq*ogpK5t=i;B1m(8doeLaT`g&gL{j-3h4P8QC%qTSI!*<##J
zuybP4zu$Q=f#h5D(+6%X^cL(0Om36ec%mCexq~dGut4<cgCn@ly3S1;i_xoBUc<K7
zbYh&yzv9g^SirUQjgWp%9}G40o5GjHZV!)F@jkGZ{tYaV3k8nUq%Nz61TQgD9z>ds
zx+3EqnU9ZunOmc-uvUQhw~Gp%P^>f`RR6<wAU|7Mr~LQY3$y%1Rf)k>2Ul?fJ(Iza
zltG>fefmMdhjW{D+D#Zu>$WL%fcs@9-Sz?HyByqu8Z!1WVhH6CYNfn|J$*|dTBM-#
z@@=q&y;<Guk)G4SmT%j8Xdtf}DDuaw1J^^tg&f$Qh!9JsI7rf;MFbRBD!-)7$*u0d
zvSglQ*=f7e7SwcwNf2dy8(TS)G*)R{3{gnE*@JDvJd;0<&!F9`mLO39-|@>~)ZYy&
zyEj*Wvk&xN2?;{D_LtoT@-bjnAGm&;NA>GtTa1dl@(h?vu#7{na?Tw?>~>q(ZBpw6
zl{gk0zzc3Ge~a0YsA=HV0sOa<Y*?hEVgU%@s|_$#Hrp}^2-!4nl^t?8!Hzn2&6iiq
zvfGH^jvRU>kVzm~saY|d$}rv#W%(ooI!=hM#5xk=D-#Lk?x_tfWX<kh8hc+K$$EQ_
z)01#h67qh<J;nx`m#@~D?%?3cxz;9T&4A{qSpHCUIdfaG<nt_ugT2;tlgZG?Zn~jQ
zenxNj=yJsurcS0*&Q9(Ld_?2S_pd7=@D|iFd^<zE5rGS^BZZ}(H(~ERola|o5$wfP
z(~E|p&}x0VeG=S69n!a4%`aJ%rao2fYYwG&K?#V#_x<oOEX*n(COw_%Z<cJxKL=GT
z;Qgle&;Mp!9Lx^{@j+7>ukMc0@6|mUid#*-Zc5ZazV>|Suf99FLiDWE@@@W|kr+}M
znR<(1*EIz!aN%3@|KqzruZSBdF0+tMHC9VG)(}M=FWLsw9=PQO8OQ;CNJ$`2AHP<Y
zbDz_ZeCw;rQO+^Y8PnANw6W5p^tV&R^S7To&=q%AMi>g3{g=<!34UmiOYg1-IH>|<
zflyB5qs%r#C0~Nmpn{(T_$Yk3zw|A|C8dV&WflY(*=GLTG4nYSU!wQ|jHUq7Obf2B
zf1%dTb`qwdcZ_u_<a;dez#Cqm6m#E`c5yk`8;*{S29~iVj^S=Hi|RN&p1}5>m!yg=
z63Y=;P6bSXxRB_3=RDVIIs@)=({V=s^=o->rGhB*{Zbq#9O;AL%C*SBrF{8q|My<g
z=u@?7P+R?P-&`@Wqkbr2<f;D+3xtUCv`>Ek*LN@o__YhBY+&&Z2C;G?8!3{9->CTg
zkM$)^yI^VH7LV`4+6Av@`R{5-QbN~WW-dyCU$ux_nB3oLzu_Kje=szKCZI1NP}U00
zdXaFBMrtqESA$3^6BCgzg(;+2$8D4tC>+27NFJZc$IWl<jK6C-b!IMMqVWhpzN*Ds
zK!I1Y+HtY<Zx$u+8G4<(>B|ZOjY0-bVREqUM@ba@>F3UdW67n|DDa)vQoFj7>ft}R
zHI3T|{wy~lH`e-_MNF`ec30jJzhKa6@-dWm5>XlFQzf?vBZL!u2nc8-XmA<9ghi|x
zqyLAkw~p#^>)M6s?(S{@De02#7Le{1>267BC8bM1q*J;}8l<~Zy6ao){XFM=zcbE1
zTg1&6{MLQ1xvqJ|TyGWe+)eG#SyA~yW=d?DrC-?H$&L03(*Dwfa<U}B^saX8`kOl#
z;fRbZ<L=SArO?siXNrdv&S4yvZTT_6rkpo!Z!Hg@Yk>Vg7zT>J{bTT`K0;d)j<7qT
z&xoWb#hXoWmO=In%LRM!)*c2u(*+e`zxgZmhpY9EYnR^Co~i7{zds-Ij+;$Szao3#
z&LK-RsZHNF0$&jKGWKD<N!6ehx+%|wBlM@E^#jH}3k?fLB_ahlQa!Rt<cxW*KBGvZ
zU@lW9etD2>m;JMW_a>y7B}CMMkj+c-MUc*R`U*_tN!>5f!#fR);ASB`_+pu0;$(tI
zCGG!Ed0+2ZfYUn|fWKjIS+VX%<H_%v_t`n)G$$P-y<fsLOG3syjy6T_wtjbBzj^oW
ztu2S7A&hyx9*Uv?Kjf-kPHoA@0WmKoe`Zab!HDiXM59ep3i^v3+}cLR`^;a_lG({8
z?s9pGyV!G1)!z#!c!Y3)ejYsSjuJ(0UKCY-++T~yp9is6Y?rxc9<Yqyv1D@Ktqkf-
zc>OV3QHD7qB`Pjc?YHp;Q=v?sEf^)kUv74aY4gaRE`13&l*RHg&^%XG$J1r4)I$TJ
zG$BOWv!F(IZ9Jsx!~B0(xgCL|$HQi&SB_}v=yBI^`2$&bx;HHS-JkKj9Hy`_N;#-z
zUqk0It!8nrcT};hFagb5V7SbO_I1>=sZOdSu7&GWJ_^xYyo~mhXjfo|!g)XD^!|`U
z%XXANxaEh$_Ky@2EYJJzE@-7pn#TQ2E~r49R#?_ap*sEbcXqAX66j(lN(~jtG@T)F
zCZtUN#tpIru!e_+XTiwL!_fgE255-LkaCbl!309kS|B_b1OyBeq~6W6Ge%3yV$FAh
zZ&VD_TP6(NHK@5cRRXWhH(5f*&9%mqysk538&u{lfztwO>sVviiGo(KRp(3lM3Bp=
z%6osO7>u<e0Vg0L(!QtDo>T(^J3?IUjI^a)xMV;eI;qJE++{`zXMR!O${zRarjPlI
zGwS9xdB*gZ{Al*PuWM}kQQ*S*Dx6F{FGK3{C3L>FNPv44$y3MZs;&EnZcq^MNj&-3
zg#rx?ZfO17{#x#4Qn-9o56})9^tf*g#X2*H-_5C-a-p!rTy3DK^8+<OE`e)-hj#PB
z2qd#4a=Cit{<?x#kwR)-_FU&btH`9j1?yX28#rzFx%7yi%r0V-GB3aLKZXjhk}(NO
zMWLag+e=A_iMZ#dpI^ua{8Cn=rllD0?YS)FblyNfhslzqvG*plPcA`!G|U3_yhkGI
zOpk0ua5$u(uIn!Vaeq)7F)~~UeNzikh{fdKegxuAR(w6(cLShBVaB#bC9#N*9=nb_
z+mR36(x4_*_NyvwYd9uXjeXXf5Hkm!$5;?gFN!ZmD;U3t|8kBtB>#lC93cHAY^rcB
zNBLP;&8a!Sf<0g?r|Q*))=Bx!6K-4ciM)ar9j)hIZH_%f0KoZ|&1nh(9qUhEVMM<i
z#v=c)266875G<xwKNW8r;0j6{!7Bzb1nxb?pV!XeWj2az<un>ZSV3@O`UoPF|JNk9
zDTi#-Q;Y)E>AqC0MYIHcE#g0t;;($KkGv#kQ!|DK{n(1xLu(H0_OXY9s(^R+S`xyY
z+pR}G4(Y-30p;CKZ7!usS1BRQq#q}8rDmdp)uN=u-Cv|BM2RPLhv@0^%wJ)&$(?it
z-0afyLS)zKJ~+e2wxZ<y8%*wK%ZrjM$@0JwKm=Oz>Fh`HuFS9AG{_0VCvbwZ&Q9oL
z_eZ86c{j35h5+O6^O(Tx$(~;LHd1-LaL4b*AQ<fPlFc51b8h}EBL^fK9n^}blR1^z
zGerIK7thstI1!V)!=Ik@K4?-UbT28`raewPXyC*NcGmGp|A4yoSVj<152f?z#)~X)
zAjR&*nuzcQsiL}Cy{Zo#w>Ltop5f&rJs>JxCceD9tj?*m5=dAA?ssP>8(_G`8QECR
zsnSS8<u7gwzRMSaq)OE2c$<Cj+Zm4pv1>ip3F0e<S_EzKIBUD-J0GF2!CZ^q%J>G}
z*0YH9(hn32^7f$H#)s=^T2NKOqQ#Xf8ajd?Szj_FL>}0Igj)c4M38dJj35&PLqm9-
z-z_6k|2M#yEcJSACZnzQB~jeN(;B{_e@hCb;%?+}a8?T3iPpeUm9$gPm5>XD(S$Hi
zfHcR5qfuH<7?89{bUaFYY8iq{DM<NCJ$Bd!S44U@rS{f8a9OEl()<0CVn>n64nL_6
z2l=mo(9!HlKCzGw`G<oz`<2sWv^C`kaW6>9H5%tQ`en!TC7EoR%gf8pjsOcfp7IDb
z7?h^o5*%nxx@MC@@C_^dtQA~2$b=8v+0&>BpQ9H{WkWgc)bgN_u%9LB7L%|VRbimo
zLm<He=&rer?%Kf@K`a?OC98}xlx&($11>`=eIfLl?_e=*T0MYW;U#^Uc>0Rnv-M?X
z6dU>?J#Q>M2Re7{n4G0M>1s8g$(PE5e9lB})Vz*r0?oY%@T(VRd{MjquNPo^HRN?v
z&$kUKHpN|>3^3+53XXIymq9K(jQv-}5uU$@Ca!rLRKjO5!oUHrrOZIr$So}{-qpOY
ziG~)kAAtKGr^|RNPo3Rd5O8KeOu!6U*lYqLu!40nHFXM|ODxxnJg?V$(a@*v4aiDW
z1`r4_D+`wVnf<LUlS4CtHrAkX_xA&CKnIN>i)`n&q@cwMoV80J^5^OxW<XX=s;Q(H
zgXto;lZ9~4%Ml=r9f=1_K{jx4wJ(W~q5lb3uA$$U-uXCj{5y^VXqv^fm}0o^2C$fZ
z7w5y)!F#~aMM4k$S7642EoQ=d7LdFZ?o3%6af@st2Q^`_rzzNhEUyhWMRUi>y*DA|
z#d`+A9h3*5j@oLlVVxnN_CBrJs{i`_LaJ?NSV7heGLB9K4hGCDIXx)rBQRZSK+qqA
zXm6J4WN%G)<z!kUq*Ax~?F%zD-cESPs5VKyPJo?QT$)or0xddtAnWhW{=}Qv-2#XF
z$TfCZlBMhs^BRqtt0Np2QKCTvDRRO;mWT0Nm}lf4fiTN%hWz(m4yj*bFR7PgiWSsy
zfa1q8Qv+;uxFYZ65p9dUjX-R&U>lBt*dBU<DIM&)03|!9fcbYIz5M~`vg)5jDMau5
z^u#@~UMVqx`3NVFLcx*pgr=QeHq;@h=UROQ+>V!p?yI}j0+#G!8wDm6`ic&YW-F<G
z^hG7Tyz#h8-li+9zOyafJXKXyCszv}<*^u`15EpZO4YG*)aPai{2@)4F;URbH%`{N
z`h{E&=7O%-aqzoTG-&iOdrAUh(PXbZu=q9%t5&~7*Xaqb{d5VbZLcs2&zOJ}hqb6X
zKKQWMfH^mpt1AHV0mzBCz}Ci87vw@x85x~_B-5#6-s~$KIzdQbtz;to!;0474ELWH
zuD|jv=U0s7R`F~fsaG<K<H`S%i!4gaPi#jQ@uK%OeOd%50gv3fh!l}yl;zgIt0zYc
zI#qh*LJkU#4*j;(l_o#5L`Fq5yA^PPVMVp3t18|sj~zJ}n>i6pbDfSXGCyHC-nVib
zb~Y@$YHn?m=(#rqBhk{4dCOnsv%oPgQ`pKX@V(gS911zOm5bPvi^kCZL}2J^fIt<=
z>Bbu#o|pAg{qv9UN%CnKIKW?c*SN$)+V^2qgq#_p`92EZhzYvg0F1Swnj0fD&cfV|
zoza@gTt?j@fktPpnka7^m=G}=O_B^b6Ml1N@)Sjns~hN1ScL{+12F$Ij`9S@Ion|P
zMIcsg1_?~BDLI)jq6C*2Bt%FAF_ZVd6Zn*$7>B<Fy}4NyTIu@ubjEWtXZV0(o)jV=
zE?+#P778W<1RDIF>F>iXkXN?%Vmf0k=FrSzgAHc=`x1YHX4G&i@o{B9xim>|4nC%d
z8VH#vV3sVTb^WSE5)H>ds}Q@-PX}Tsv|vC*rRU)9-#Z}|Ao7&wx2R?4>pC*JQ2#M@
z*Ad8X`v(W(V`BlN0&dwkIgsFl0S(+{-#@lwD({bAdJy=wF}Dhxxpd|B_VyfmM#LBh
z%O~-2sjJHz?O_^xETgZ9!c%n<Fp~Lt#h%ASDAVKkJS?pYLQtf*BuwgpgMTWu79eAF
zTXj<IR2mbkFFWFO6|m&bCqrfo$lSn;jR9>`d6=t`uPJADAv5ayXfy>uHlpIZH2u_U
z@AG@_KXpi`CLkke<oh;|O5exyHlc8|XvQkP^Fb;Xeqb{2I-y;3|LuG8JlAx7@_mH!
z<AY&o-PSvU&5Ryx?pZtTRc28cC`CEqc?&s*g;W@;^xDaZ)S>3DO8y!3ldZ=IF8q`0
zvexR^!DjP}juR}+!*bS8@4?R@+68uSFK;eYnZG|cMmG-X_<i2Lvr9s{ly$J52uDV`
z1Y^s$<CAqiUG%1(&CKZ9x2X${`M2^=-`{&TYN42sm3)g2mTeKFuKMDNBso=OUhO-W
z<#=ND+>6jCbyelDxk~1;mHeB9z3k;XdzlL1+9S19{$%);v|{DaC%g!w2ty_GK^b+3
zltH<rLS|y4Lf0h1m&MBZ&)4AW$A5f$l#!K1-18`Jz1wdX(~^@z%JlyGD=wzi?MP>8
zdOGI5c79$*@M28dV<*GCA(nnd<kg>^!pcfaVA+L*U^Z+O+{`LxZ)s_P5GFj84df6D
z*Xw!1Bfe$XHeiF%sQz97s=@=?!Ku8WFC%c}R<k2wmT@Lwn}#xR{?Bjn(GZ0;{M|;1
zg}<H>P)CKcGvDwa8jDwW5Ck%n%%30}ifs`Jrrv*62;9l_Y&Q7BXMKj${5xhDA|D@G
ze`jvGJ`3*iOr$Qh>UX7>G6p8slXLCBtC{2EMi|!O%Hmm#X2isv#IJC_oUoiKjwkOc
zj>fptkMPP(PjW9Li(2cyL78(nwq~?+*=c~gg>J;m{m{pp5!r_E%gMy-yU#sQB$h%;
zCJxPNE@Ie9YaLv|sU(<pcsrw!sXZ^Y2*7VBPTGO-!70<@5(6uQK|_kJ#(s(4Zn5F?
zu0aIirUTs%!%1ZaUgV~u!QcPyuN^TY$~WBH%UBG=*ftHaW&WB!BK7_KMgDmh=!J;v
zUz|B`n5ctghD8KXEI*Ly;UU8v*u?urwG>qMS_K<KU0341t3pa_IlP~$vDL)22+qOc
zFqP#K)nj6t_+8g}P7*TMPw&B>xRns0C5<B&Jwq+@Huf(i&!m?wJ@}_74}K`-ex)Ft
zQY?U@`VBhqnW$-SNJ;WutM9-<$0BWj=w<e4z?3-~JMplGM@QF<LWd<rUaFs+aVRD9
z>r#Kj*E$B>BkBTcr^qv&vW3%Ydj-m-@_Tqho{ZRj{sFd!3qgknWVN`THw7u^2nozl
z(q~z~2U_dmyyK{a2#+Y6`Dm?#wOr%ER$8EBE&=>X5O^_)TAv%Hzv!Zg!Uj}A&;8i|
zKOkX*xqKWKZaq_`ztJfq^00<p?ryt&x?fTrgB<i?-3MMajowE2(=QuYiTft?AgC0V
zDT4FQ+V#9MjJ<k()aUxyip&x#6k3+`0F!szf<BC}pu`UmuB(ZbC>Nae^F4APUrC6F
zJ%aE>Vzw}w?YwKraLuF;Rgp$V)@w~ce7T4!SSV3q>B1^IBx<D6I8&JK!z0U=K@#+t
zF%ZbkxDMljBvr{3<pnB)i0|m7i=uV}3}K3^XN<dl`;E|ryz#WHIB3=P_|RqRG4?>A
zo^2PUSt|J_m+8>oNQ9}138uJ^ss!qud^Yxn<U1UOukqgv=+o`5;<r?JKI;^$AJolS
z<GyV1UguJp&r*glj9a^#E?_TElN^TxBa}Kj;0Sfu5#K<Bq?7m2ocZ<|2vHia1WPa?
zCC1AZ<maz~<o<@=QLnuUGpN+3v!=0Nvj+tQ>BbD?H8=YVuAsj;q3(Ox$J;q!WZ!DM
zGYFDcus!TZD1#Nc{)`2DAJ%oaJvS5u6MGPNGbqVzYdYYx#6Jc6Su%P=hm5Y-ppk~w
zdH8soWIfYk^+%g~fx+*s1i|~rxfw7pBWkY+s$sS*O|6h)4c9TM-ENlzs}c)q4>WID
z(g9zrnj%P<GF9e`Ua?Klf(y!jffv@CiBrSkDBjXRqGWnqzQ?fhz|ezqwA`1h-f~4a
z4^_q@kI?(?$|o(J=Ff_fX&8mk8(u!?+-PZ^xz}n(Tfhl-95`o%_6v^+?Ny(p<4>jN
zUwendC^*z#!DG|UJVuqsVbI{F%~VnX6(#3WV<P5W`o^x>chwR$5qZiC`17Rd@|Hp2
zxe$!b(7L-gM(~PlYz}<YZgOL}yT5;ltb=&MI#|=m7zR5#yKX>Kl)*<MAt9ZN2pk7<
zIh{(qZa#s^^jMET^!KIPys<23{I031D`1ae$*WSxAtuuR(`;~YxcupF))Nk7ESsr>
z;P7z6Sx>ag^ZZPl<|TuM4rCjWMG}PV6XMPJb%+36A?fn#PP~-XTGyUMjqZIe<Dzhc
zpq(I#zF$UROziw;@%^2gcWR};a@bQsE0@X#f{-=pMNtZ61@16t$;qC+Q?62oxW}kn
zF_WTe{Ejx1gPV?!OC-cPFbxq$7rd&L<)3Q%kmO@w>x79z1;tNp1jnphWX5RQ?YQ!|
zN^xkdX&E>ZJF>CeH@_G3QSG0K*K%0Wg7|Yitcbm%4STC|pZm$snPu6tzP9(zipzyn
z2LbRk%|5oV5_=v^DUF>!zL|xGlp&ra?OW{VyrP$LOUbj92Ltx3A)w6b>Qa#S9;Y*b
z;8Tr<kn=UY?LEby#kj>gs%U2t{pR8CFk5=iqq>k&t=)BXM>wml&^p#U?bx|AQ^ipV
zw#<TD)3iV9>hPR*MtWZRokk+gTwh;rWIgR=v3*=_KFG;&J(ykt&o2nZiOm1OacXKx
zPejwxlh4M+#)50aF>3MYr$+Jvv*Ad5D1C4ohUcN1-tC}a-T}P`CbJ4R-RfyJ__8Ch
z{NW8qe`ojg4t|9CHR0kSxRn)#?}H9%*LX5!=nmY*F2vXhvjGc@(@F3khdcz!eF}YN
z@6dSh&tgjgR`h5LO6(0n-{Q$4BW^}B`np+@uK_h;SC?E+Ur+WMAz*ly7c2qk-daz#
za=+`{aG%(8y4j?h+gL^fpN5`0Hy&l6^_qkX-b=s5%8hHo==`n5%)5;N_pI)v^2O+5
z-wUCsYo|rK9kYY#2)D!31`ZF&sSRQmxSvD%5q)?fq2w#)rX*l0_i~93I=SDLc(c|m
z8JeI6gh=a7pNHM4sdj1;&{Z(o2f>A<12Ge$CYgXD!)B8sekDUNTk4b5r#f4#P@v}M
zDzLqms}Md0Fvau3smt2emS)^TTi-lUdc|rA2^mmx6~IPtINOwMKIudTQ$(b}i3YX;
zVvz<Dvu+&<y3hp%nb$7mP#O=qR37F(#ayK9`**2|zuKlia}JkJW~BtKeDJ)0mY!$S
zm$U$C`ZqoByuj!&?PvO4e{nH{U-5;txQhPgY<iX>;dg>%oR(u3Jm_7M^Gu6x-{`E$
zx4}g@gKhI^?dHA5&?AbE(Sm2~4>s}5&*9k<kvCE$69@`W5HIjzVpm@EB&zKKKA^YE
z7_)>jK5FN?qN66&g-+vCPn0DLUC1Cpxl+t{vZE9QW7s{ToiDfG-E`jU&7IT~*OXDW
zK<DKR<}rc|kxj+vWwggdsk9_w0BYlw=f>Qcn~XkG1e@T-Yx%0Y8e4|Z8+i(XR$2)=
z!5JA8Yf+OrkJ^3$<(p73a|t=Yv@*PHrrmQeqB(r+=3GyR@uhrI68XzE2tM6xcs!i;
zy_6k%0}sgB+FC0+yJq1aHd<QPt*tHXdV5l)SFg(5D?Up&Jyxsf2V>;wku{Mj>b4;%
zJA3f6cz#P8uemHqd0crdZpne@Jl4&;y0!v6`WpVB)9rm)oFl8>x69+*ePdhItjz4b
zho1~fZ%B)|_$f?<$2tgV4tbH8jSh6AaR!g!=XpEPahR|rZJIM}gTsgauFjJx<-(6j
zo=@1p9(ALI9n!Y{nwgyjMgL@f6(P}_6^yC>d+A+yy=d@ocrm()xtqSB-N&v$R@AL7
zpV>JbqMP$B%x|vQJD>QNtL0ODS#!wKxZm4->~DSeq0Vn|30k`BT~HcRW~7hY8+obY
zQlNR~XQ$nD0tCN(ek;+7&GcKR`_l6#O##WVF8)0H+U0G|pD_zOEQ2NSJS%deXF-FM
zlI(NSTB3dyc%tXdx~F}|)w)z=Ug}^N)uO22{OoK9fPT}b%!5Ppo_}iKQwB50w;%NU
zX?ygV1sA}-ROP#R!@hLGXC$UlQA5-P<q&$6q$ZS`iRab!(Vq~rV#w|z@?kop8TkEF
zI@2btDufaCzR92RRNkAv2D9N9EJqYXl}%qy>gdu(KT~20^o=8CYsd;zb_EuyzhA*M
z%75+Am5zZYm@&vJ^}&^|=|6z<Ng%85_^qq{8?;)I&KPeuimvwMwFa<C@M&o4rQhov
zayMY05D*Nq;#`O_rfB03oH9)>3glpMEG18O94!#Nfx8a39#0J7N#%XQI$~n9*Q3=T
z+4la3VmO9J<7Tl&J5+%y+OTd1KzzXnp(azo7-9&N9AnkqvAfi-={NYD;e@>X7>7E5
z)%e68!TINa)kXWfKV<72_qU}8tG})sA})!1`rV!3RvxT&ZfZr$`?Y^6%m3^`V(+97
zbq?8?wDm8K$(lCwmmZ?wH<IKH9eCQqVZw+n2+kMWmdR16P_(;a3pi6wR@LQj+xa<H
zGXz!<XB-Jf4u7<lS{R$^hy&Hmpx7Vw-N$#vABJ@vvhtqc`vhWs3#-6EM0hn~D$SmP
zE<VFXR7?TqnuCqS$Z)|Lvm8w<zzF|iSsc%fyEts>S3LAj23^gWJHGK4IqA0ME24Zn
zEC!xgeV(soXRh?&LYsO@LgE<2b2z|<55|c2MMN}qIhiG=BYu583SbZ0IrQAJ@i7DL
zXTFlaz7=Rq5ooI#UZ?ouO@}ujgH+hcML*jJ3F3EBD6!}SbE<|y0yJM6u&9<Xa0Yso
z4l890_Lq9Nn~cV8k1*u0<wG%6&(2IDD0JFX;5s<^kpKQBtTDZHDE4RJot0zFP&S(z
zOAMYyi+%{J<xGR&vGe8HpHQvS*@f7(Wv#zG*CJ2CF>WLwBCF`~`eN*bDFv*75*V)l
z9xWpE<?GcLY@PNqXy!+N49Y>`>GRaYac5F5d8enJ!Tf<_X&ey~VRTf#_zOUe1Ny!7
zPy2|D`xG=tU=O@JcL|e>=j#;+WrAKwCCb%Pn1ht@w@~eC<cR8H(JrU$XXQ}Jz6f@F
z7$o$L!|{>&>Vgi<o`k3UN-@~2!c?saG05i-D@uB~f*(LV-5%SOXUBDNVY1yP4E?=<
zT}gx$;lU4qlix>eVEyvm|65W^&|;2FY*^yh{Re3c+VB_9J|OF6+bKlm!GbTvM`h6c
zEbmD(J$4Wm&j*EWW@4Xk$?N@53@MyM>g6Vi)L$9*aXwW^Sm)Jwm^(Gsr7yL|={M^j
ztnCr~h=82P6>u1uyiBn?N2V0xn;Cp^u2+emJic*h=S}t%if*ToU~{RB{^x^>mEC#q
z#*!sAqCf<k@2WQJ6JzM=;mkvR6Nb>?ePU*M!}gJ7Yylw(4a&g1!c;{;?L^G(Y69e7
zpWP_7r|o%!{UONp4vqa9|7@dN&4)L47r+P<U+`3y9`hm(y{ENTl*oMWYaJ6;O7*D4
zD0^vO$7bIsEV1<S>Iqaj<1}CkfTjUr$Iwz&9*kN4Y)Rtjg_#|l>NK$I>@7*|$(LHa
zWa)VP>bf(we_w)|6bx0;1YuizKK?<eNB3VBCZYw9+Tw*7coZEp_KGxKj?uZSkX+-w
zzf*XChzpagRxI%|JWd&fSLkKSmKzpzgXwM#FcvH3b+s>T72EhDY9NMKu7<+U6uuoI
z<=W)+!E=0Lu;bm+&P@N)Uw3iullyf2!9g-OVJ*^mXGq=|{(wNtE3}U#NY-GG|8Jck
zOs2>OC38ndM+O#_maUn7F0a>+_VD*!NQn_lER=A?r(PFmO{vohhcQJBn6l*`-2??H
zJ?)|5iOrl{><)h+MDYg@T(Jg^hZ?NRocQ4XPWQSfC>;&WD0CmG$WB$&$z}#)!#J>g
z;n#6X%a0?kC_Nq_w=V@ZHgII|k@JV48;NJ97fRcky}L^z6yz(*KLXf-6WdDCRV{07
z)ctAt33HPWl}b}0I6Gmcz98e{<`1wT&ov<|4UKgdbdYa+19YgtW8!cr7w`cMI|8L@
zxUdysJpA(s8=QgVAqplPw7(B&>hn#kN?+f(P{k$9m`Av8iyZ3DJGvF;#m)X6`|Vm_
z;;SE(Pa8kSj4)?`VkI%sU2v3I)aj&PWkm}K2~kVN^aR+~#^gI`y`;s6om~6)?-m8y
z4;hF0Y*d6Tt#c@iH*O~Cg;f}*QEd_w1bE+k!>qO>8fAQa1%#BQ<_?UGDmy1k1Hrmb
zj$#N3qXQc$mJ1>q@i2qpD@j=$#6bmfw%zXy5rdqc1#S0L=B`W^fO<X`EB(DT$Ea({
z-``9u{_ZZ5F;jI)>J!>~*-9!+Y)S>>S#k3WO-EZw1)Tf4ZKOmNyz&?X;}L}b%~BJz
z37rKvMh!g3gtNOk2fKzr&R)u%Z2U?h#4Q#}!vi-Mkyu6K?vgN>&wpLR&;dpQ^;3*y
z{b#9o`+#3H7YURSeR{2{jP@`e|H<R?s&1PDb(~K7bxImZohy4eOIl)3Fu~nE@%Z;W
z6LzJU5ar(DFS`?(eXZQKm>^lIg$xOSV@_8UHh4&)za74Qy4Vee(~PZahe$`kPV7)q
zUHVZ(F^2=T__(z1>F$wt%madYIX(j4GXR_#-$=ow5Iz{96_bCUVbQaz8nAkbdp2g8
z!U8kp4<!{&Ny`Dm?&FWCB#&e(PB&z9MWhMRUYHY!m3R7Lg+l_7A_sXuK07@RhJQ(L
zETRIyF{56D!mfjgq=?us*5PJgV@=%cTkxI=T-W^PqzIq>+nqz1D}-g))kb)<uk)oC
z?Z<{eJp?OL$nwY!kN@%)5H6Pg791+pNXdOHy3HzWKrUtAWj{Ti3JvVH?dbYr7cNA8
zRrDP?(89GC+Pw`&If*hk`SnQvERoM!oN#)Lq%QWe=-{FB)b?g>9sWd2ZoC+k_x5rm
zQKvXGXz#DoUa*G;Xy59{7s#B9Y`X=5zJ(G2jG7IIg;7mG<mz#f2gQ3&h{L?I?{_iv
zZGQeTm+=Gd%-&`9Yty(A(gcC71<y>iofsnSeP?Uk0o3X>v`wwYW!!G}WC03OYnCqT
zt6^F2o?uedoF9GixZR+8Xf4B4s(+nt$~^S$WT#S-T+si+ZOY4s7QLljp9bAP_QxOp
zKnpC#_q@HG!I<u|M<@PgrCHDIQSJz&EsMypv5yvim^h<bqdXX^0|;U=+yqUN!#Qqz
zee#r@2fIr`^enk)Im%lmIHOcQTHz~3oN4R8r_3a&Bv+-b5e9-O1mW8NU>*#y0#J$b
z6MD8X#<WOKB|_iQ4Yp6?Y_U6r2exTTv3<{RU6gub_Z-1!j3_(lMy*+?w5y(}mDU=S
zrV6+T(svFuq##mwJNd}y$K2mH>&RTJ-wG<RK$y&qE+j-1-dEN}Kl+5k?M=D!f-9$d
zqAmr{HfE&L#L>Wn%RtVfB1;r$DVj{o6fNa&EqF@RVDNxmK!r^ApD_woL~Nq1;*uRK
zqgxi>`ME^*IiPQ!JQHA-ilp^q<n&XbVozk69mw57Sh$O+ZvXN+LKizeIWsaKEpHMx
zWUw=+@a3i*E;m%ux7<r{G(G~)))!kSr(n<;D?}!yC_cS`5N7Y5WA2CnylpIQ5*adR
zQcyfYS5G~&CwJqr<pbudq^xxq<tF4*ESNsMwM6jF&>vy76R1J8Z1Ut!t~k9BDk>}K
z%}ElUT~mg2j$LJJ9Gspzpd%k3qy%-Q!F{@=!GGkjLFnG?u=-HkRlnBkQn2O18ixp(
z*4q!uv+OFmeeH~+yijHCO)p;nH=2<zdbMs~jc0C>L@tJMQB)ykbLVNgRt;*y7|-GN
zm;o~>FssbKqYYDFxwhlz9NB3InH0_Lrkr}VZX}BSFH?YKUIm%BU=GK<XZst3?g@7s
zF^eEDHumMr#yS<)<lFwu)2%uaPYw+kgT3r&3ybLF;}9>T;dbB5wUr?#UGg)8B!?p=
z=A8uLOWoZFxG*`jp`0n8@1}TT5W8&5GkF)P1P`i~9vL~STctnw`;@NnfiH`n>49<v
zE1h+&*PkVkA6!YNzM>oZczF+4(DuzWdi1e_eaY%PLeP&xL9Ev}dStIcYT#+*^1czw
zk_5xQi@chU0ESb|+OfNSZ--`8p<D76O@3!!Xh7V2nye%sF+{nUmF#+R<<tGnVyuAk
z-(Z9Df#~g0<ob1$-;}CBzLNtHES*UcEXMu@SaaYv-+yB>^xJ4fA=}CZ)#%%(pWlQv
zES?=kJsp-Wg9hFg*z`4R`2`Bi)Je%7p$r+mV<CM8!V!}!k3r-MN9P+WD?j=crj-u8
zJO~wJD}zMB%+53&n9(3U)QWa2QQ?ZqxMZskQU*)pjE}1p%TokHAb1F>C9~xOq#gB&
zz?DH2`ggfIKsF}Kk+SNoTCKHwWBtnjKN>O;Q!Pq?ap-^-C?zE|Hb2k*cgD%t853VR
z!<g=m+h^Yo(^R73g<WfER&wo?FX!Cr`7Oc*Jgk=1LamjxfYDLm?MANTpm5GF3D5)+
zko2ZjZI4q?V&?HUz2CyY5qH#A7bYm|^#7<|%npfJyH0K)v?|=+CAY-iB_ZC=3&gYQ
z*M~5+F1+_*hSH)V`!pTUbbj3X==`^Da4|7_yj!6`sbt!uPe`ERc6iwM9?0Zv0;tIA
zb#F_)9}9D0MrW;P#+2o355eqOan8^y6ddMoc$<Y<B}zD!e;h>^8)grou&wl{l}O3g
zCbcLa8e2Rt)A{&;JX<AoXyEeFw{|q5ZP^z`QOHijHiv&{A~ww62BGaoBdVv=t=(8^
ze7@d)POLVsbTKen|GKd&Y=j1pk_KrUo`v!(dtxu2)mV&4$aLWf{RgCoG@Jc2Y5Spo
z_^bWi!mV8}2&4pQZ#~8Y)Mlx>fDUd7KCNai2`&x}s7UjNVZdZ*47~OlAObokkuRa9
zWa?o~74gY){(rpyp-NX{4*9t=*B2wTsBGnmKmm}KZ7L%~oZpf!KyrK4<Pvu@u%H~K
z;hY~*Y5!74|J$jr-J%JGn3DFXcxGcMvv?xu;@jg2UTlE><7lj|0xkt2Te7f=TOH28
z<~aRs{ai6)@Bvb!48<U@U?Ir#DCaRfSRN3vwrA6;Pkh&=@BT7%+srM8ai9>+`mX$~
zfPH-U%f*}a!${T~eg8{@<i-w<a$yzLK9_)j1>(I9QlhL9SpNH4Blq{3Q^j`a6X`VD
zDybpVKJxjLeKYmGW4KA8b1C05jRH!yBLou0D-{Zm?49_Z`4{d==zB`TWJ3QpEXh?;
z2q;fJqVwjp#v+i?M41bm_w|7{5IP4JGCIumk}>^OjObdt@OYb<+%MYeBU%dkU{H5S
zYDvwlA;o*^>qD*Vob*`>`B%tXLVxo#9xQ0=E<Ef<fM)d;H%FgQoKh$GHKw?EJV9^c
z`{Zh5(7|Av+vWUU4SXEsY~^+4!mEKINeEtI;!pTrzpA`pJ3W{yAJ3B{hnC;SDhs0?
zz0T~bu;d*|JR2{$yy@5{H*#IJ>9!VcB24`n_sKVFnSOqBieN=XSW1WNZF@38nlA!0
zH5pCcfU_xfeBn8$m?QCypDouB5-;_j1X)E31Bf3b$Ur3_nh5M>KDCJuE#Q;&*wBNY
z1Z#|GV30)~+v3Av7g)uvD5NBKbtc<<wMjb0lv8cBj1;3XcN(5)@iv@9<v(pARi&il
z3D+BW{azN6&!4{=UW_XPjPsa1Cm+~Zn}hGFNP*Fg34ZKH=S5ND_)m{{0*V%b3eFhu
zeO_c7f1Sl|;eswa5M(jPPE*CqKZjCLjJIsRd8HFv-eKhZ3D?Gq7id*^UlpF%AGWLC
z3d9uhpOZ))O95_of9v9jdK*<2RCKi)<^IDG^uCCp^puvpebtw973UX9kW9!+N~Rps
zywWPWr>j3Sq2(1&etHT0WcSiGHC?;ez^5sFjl=$pV3B91m5`jiD=sj3x-A%=<+aI9
zaYhg<D<sA0O#4y`+TYA32%j@gotee3rbxvgA#~NcKuq+qD@81WObAz|CPd{T=2hs%
zgInQ9#8f2k7h6nN7W+<Tzwy~O!I<^vj$Zu!Ad?DCw?f@J;AaE%*kkQc%I7FkOg7U{
z<%N6TZwhRECAzOSK1eCChl3$W`*N~HC{z|87aGz8&Q44e<40XU_FbQlx?FMw>E&0=
zg&Db5)W0z>|304lxr;L?u+SMd!cH*nwJRJ&2Bn}pjC#Vra`Dg(`l?fXbJG-tqo=Q*
z-s*0Y+K-bF2GCzOjU0+?1rEkRoAVGKoYexf<k8pYf410v<sDFVKFMlJY}2*P!xOp8
zXv-Y+2gI;$Dx1>vjfvF}ApVDxh>EQR_cbU#`O&Vc7FW<N1i!0xI!%4hd&pxX^;ZAl
zz{QFegV5q%I*Bl|Ctot1Yom&LB~n3-`yMxlWKuv6Vkfb@Ysnei9wh-%^g}fl51Xvn
z`W~oo=ZqTM20@5y`IY6z`IspZqRlxR9B8ArAtDgz$JzGg!HT|N&?27oZzqV{nr+2>
z!^9_uVB%YFR2+l($}=&5ES3xL-wuT1gNHoT<h1Jren8sBCa0+|+jC$lt}E*3u6!br
z_IsHej-It&t8<=8&HUlbpr}^iLEFqrk|<f9dJ&)=@~jc_Tf<mzHBG&VQZ3K&Yys|Y
zfRqH!dZ__G!mEkIJdsT<mtOXuAu!??fi&T3Y*plh;{4L3ZQAVjx{h=nuTG>Z1y33o
ze94_Bs_px+#fY*ym1xR}tw?ob$38bxh+%lpj>~lP(fedSRI9Ss3j11nIKU9yedPmz
z{R5rUH}Wulmvwdv*I{3=1o_<H#5`N8O!gS5l4S*;0%}?mst{s^uZ+60(EM{K6-9Lu
z<kKsx#Ji)6-qS|duRP|#k{OCl5G@LewBAeiB4Rjw=YdEixz;Qr!~g#+lnKM@PlHBr
zjZuyoaL_1Q>QN!Yq);(WQODUOPh={{=e6hI(T`HbK%Q0Gn0pNskI;e5bnpR23b*1u
zMxp!&=UxXKIBradNER{n=J*18uEfL4AE1Y9H!g{WWFtYNxEI{=d&WV)u)c~Bob4pN
zjpHwz#`Cer3#W0KyVVm%-qz;V=Fk)8IK;TUhaXbJTT8I=YeV4X_xHBdodds^j|sle
z2NtDWhxv0d(Tb9}te8N;Ps!jSe)%TPU~AxOGk<(>)RkVVzE5962YS<O{)Vl*K8jYr
z;sX-m`0j7nlf}dDV8P^8%-e@6WyAOrm&6Lxa)N;f7y{5_$L-ZypQ%}DS3-z@SR!wS
zw}_-y9#TetypAIrm(z!MX=!C@)cX3UJ-gs8j*~|fvo=RR1n~QPPOGN(BP8)3803Z5
zzUd*HfrYRyCzpPG4InV9IZ}^zNA)DsP@{gjPPpJrv(JVQg9aU9H6vsn!Ae)L`g@m+
zUySNszQWY<i&^d}zWu>!c&|X)-|!&3@aa23;s9mTyV@cfslLj8%Ua+Mq+uYjSJHh%
z9g=Fr_zEui3+#oadM7D2!OM>x(x1&~Wd2tUs62c}^Nk6@%?~^1sWArxmz@^mVvb2C
zOVi<J+MWP;{3YV21~jwP11%=f=&wp{JegNG<w*#d-@XQ46VGzj>F{y)#O+?5^(g`j
zIP#nP&Dygt!CKBlGj4l?ke#i-2oxE9b|h{+ofyvN|28-MH;J$1^*eccU;CS%tz0w&
z#AfaYtO9wA$oPtV>dke>-W7Yfp?(Tw|2bAFdp?xxufqdR)}k-{Q~Ky0(z7!=%s|xU
zD5i>0GDmgW*T5SF&n?l(1tT2ii`y*`Km0bCA?Z#~&T?8mZIt;z_3$piLhJ|ppBwLs
z1pUxKp9^{tes5AK4`F=7WCswP0w=O~xp`Z+p*%GkB6R%>I<a)WKcp*D8i8`r(0Ffs
zU~JsLi5@h2B7)nnlC>OPXB9p_$;sUVm8Lk=5@_Yy%54+Dj_}i(`MjoTJ?d@|1v;-4
zXqWUCdks!ZE6Ym*5-h_|*FX@uVE+j)hQ;!MYjq2NG~~JsYD@-$`L3YpwjtyT5sDr8
zohs8jKSXIpZ#hQ=3Gu|I{*-K|*ytfZN@O(DCB4`2g*xg^3ZF}8Z>}rui%=~`XV-}i
z$Hn9Wmr*Qc3?@iTuo{kNHm9Tq|9}i_gFZ$WTY@l)X)|UmWSh>sCv-1e$^VzfK-7C@
z72`_MH4yXl#Vs@@6dpJZiP8wq&dVPTc?|(44d3_N=#2sT6Sd@0ZO3`ugw)MHryAw&
zOdahxl(;HGRF$|d*M8$xOO$<<Xq49%cW{QGv3l5|Q8>SyUKoY0KE^4;!xHi+3mgMm
z>eSAF@bb>F*fxbf@QZAQ)%pShDVkC}I$%L6zB2^zm=_L1o2Wx*i2x+l7x;kWXiN1X
zwgX}<7=x;E=;JeInU5ni6j`j<n<5u}vq%4xOrO9}Xdjhf_c4JsG%HgJ%~@2m1wc*V
zI;&%r<go>r07{K$+3bZO-P%A*G-rXEx>%-w<&-Yu$Px+oz0{SGCCS5(rzn4nK*D+@
zilq!6$POkTx?b_WNYNMCMhDf#{hTndqtF>rVKDkoLsFb_lX9wGG=n(Q2~qf=ug`<U
z@bp`w2DCRw0#moVt?&07b2xs5R1)10shFjkbam5Q&HT3H5`wVvw2cH}i!C>f9m2vr
zWbE0T)V2ztD-$*Ih;vk{Lew9sQ386CH<-+Hm@=uT7o0JI2Q>gY4FMYt47<Re0FM^9
zuBf*Zw)fz;>dzmk9dwr1|1}-hkCs@h(E+OHim|T$WkbUyMy}C|bp^a^@!EE(m=kSR
zZ(JTX>A(Dmd#d-3B&ha0gS9k(g!?v!ZY2Yq^dZyJcm`0syv~V^GnfJILiS$Xww$4m
zL))Y2RS#C8y==XInEC#aCK)bS<uU4>Z1J|QETSI{NOA#Lx(+nynIdEE%9V!y;nR%H
z#skQ*XZ}Q5NOPiblfz&fDqM(mKo>EWNdUS3{5<4k$uyYklsQe5!+h_0jtT<{vZ9=l
zbqQ?y21tw24H2_e;0@d1%U6&;whKJ1JR00U3Ew;jdq5lT3MoDOT|dre&FI(IdXOuY
zPf@x3iL+fBt>3ll-WYE(7O9OH;quayAy<9<hr*`oG*5cr0$;ewL7qiYl7c~|e~v%i
zTAdKsIoY9{5Ap{TWcj~Q&9DS#YP$9g-+6{EH8_L}DuwGJQzA*ZYyQJeno*SQtMWcQ
zST>BLBi=jru^L3xNVoCdLbajuo@M#Kw>(;ll8aP#+MlSJ@;pFZU6u^tFsXB8F4Y*|
zk2%NtUm!%F2&1nk*@6B<3LGT;3E`$%UVz-@C#BMo*bKM4Fjv)ty3o0-IRFfdok*R~
zCYlcQGUf{j_dN#=03naM_4g^!>M*C`G$pKtj+Itpdn#P|^;K7s5J9H$-ufWUe0s^I
z(f9Xp`uf!G;9f2Htr$jL#9OfD;GI2nyzgreba=o2MJ4_nrrJ)E14EYirjFsvVyyRe
zngrkg0u%Gp3Bld9p~Wyo&)5s|O2Gd^xV}GC)@UBZM_A4kMy=87NG6`E>>DOn{&DKn
zTBH0j$5kyfOS_RkTmp-MP%s0|f1s3^Xu%(<<J)Jk$rV8qWlm}73c`uuZy^s^!sv-^
zpUXq0MPS7Fewus<{M=_@u!stJjPE@Ml>v<l;8q;gY-NZ=al3=-4-jXsf&z2X!F8lZ
zq6$F`Z@!#VWWoF79UlDCQKcsFaRv%$SXlb_f>>Z5a7u6qcn+>y-?hwo+rRd6yR$sG
z2_a<n`?*2Dgs!n(Osi~s&{;b6Bc$mkT|KMein4Ogk9bU!k|~ED?+7$Y*ng^Z6l-=B
zH(nhF(((HH(x)5H`#{!>iv}+$6iyra?fWF;C+d+42)s65zMM%0T*DxAVo*zrc<HGw
z?#h?L+d@;h&ys*r)w!qN>-6|Kzb*XYpMr&gEIUo6rHsmrVfqexXsa6o^~bz}f+(Zu
ziwb~{YREy<Is^G~&fkSs8sZB+K!B-R{5)R}`Sd2-@-m~kXqT>SJ2sty!PQfjFmW|+
z({&J3*+BR8a+LH3kC=5HwzNr1PM4l=)rUX(R9hHdEgOoZ#k1e$ibC)X%@zDyXQxPd
z>_m>F#-9^6e}z1mqd6%_BB@^TiJDDU*g{vt4xW_+;RziANOkLq?Vp(_B25$M;<Ma<
zY2i+S!Zp*QHqJU#@sOvRD51hM$pIJ>48IB7Dju?0;scx-TD>H=L^KNqBfj`a01tK8
zU<uEGqV5xGviYz758@Bvj)onIQctf!+n9LyyG|uyglvXv@x2H5^00m+b)=lhT{_>W
zIjdfv>5IAQyAr%2JqAv|yfJNtx$|n^2J0tb5*V0u4Us5}d5eEX(3c1entGko0+L8*
z(T}Dl{w{yz!~nkB*n=Q1@DQv1#QGXgiWDM$C`=@2)PDK;ff_MZq?PIF7{Lj(Cn@R<
z{m<b7`%)xlE}WtM+1xU-yH3u=URUqOv*_JUO@?m&_=_i}30!uD)(0rXM5^(NJ6se5
z=y+vV?K=XTHlD1SJ&AO|6Y}IS%I4to`s6&ZJraE^C0=IwMTW4nW{Z=d0bNxq_LE#J
zwmq%hD$US8Qubj6JpBR5%Z)`qs>Y*LamxdEwi0klR>U@Gr<MDMt^}u5A#V{PG~OG$
zjxn(Ac)DmhdF}py%#HV<JE#U$9d5AKPQL*+a-!hZZ3}}hW?h1P{N^vugi$$T1MkKH
za$$ebZW|ezYA2ZHS{vM<)G0|@IbrkwLOZWKXDyDzamv;8ruKUgD8KWWfJ^to*aDTg
znxRz0F(*5nEkaU-+(-lJQCn4Z9na|=mXEOa^Ck4%C7&>0)%%-ZUl47$6H1G>N{wj=
zIDH?MR*Xl={olBTajfbjSCO9zbySs#`snP!Dg{`A@q0g+@>NnzZkszI3)-}S^&*6C
zJF%-{qvbho^;Fhu4IIX=f#%+sAGh&6Z<M@!>+g$$#;I$vK%oE%&uoQA?a;|BXa9()
zhPV6p2I+sdk}-fIBJP&B#fxdofe%`;;Isat^YY@IVV}d6+cMoo+yXbQ&X{Vw31ij=
zGXsIctDM$PjVNCt0P78OnDB8MiJx>q(HTvD4Uk2%G3dcwWGCGTm}x_NC_=b7ehuaS
z<X6#@5o?;DKW%cluO3cN3TF`$ttz;~Nz+KvJ9yq?W^#CuCO{>&>~vN8!S#YrP6lD~
zmKER>2@P4<sc)GWzs^umjZdO^z?@G2@#1ce{H4HQya3JGMs9~VESCrW_rc4mM{%uR
z@`|_?7U<!!5!lUeRM0VKt2~B~I?71?c3A=*m~~Ie?a6+qG!}@@B<X7E>ZiA({s#LT
zo5Kfi{4AgjzGxh512W-nKfew0>y4K~%|OGktTgP7#ksi4Oet^;@ci)BOAzJmG`Z%#
zJtm;O{_QbC0fW&^DhT*{D<Z4T4vSN691JRa+PuH3&xn<ra=@h9bi6=Xw`%2QBJ8$O
zPrT<CUukUq)(y+V)uutvPG8tI?Y^PcD}ML(L3pKu>~r>b^4IVxXD!<Blo|IzT#pTZ
zSm;nr*Bfb3C$hNr9OtHt+MppE;dG;@uB*%%jXR0&I%wj3g{j5+-62?>UD`@*8X$Pj
z^nfKKGxZ8h#9agTn-{<1%LXMR6m)<H#9ZqoFGhjO_bJA5em;R8TE3?8&PG{1R;#-x
z56rh~?NjIiBu1CK5YWNYlR3=yKf?LlT0621t`uFGop|1*_4txep)|emP!9ph2u-0{
zu@QHr`>X1?FbOcI7<F{yDMHHduTZ_#MSSvCz6D=A;80G#xCU3394ZM2TRlQ}j~?}i
zkUv@4J#0uVUX?7Itdf%l7lct$$jbyXIU3#%jWDC$67V7N&0g>M=EipFCA1>EIGw?F
za)o1o-R2G6PE~CC&kuiJtPKO;<EpYbLV*I-?O;0NMhRsOG3J!OzrxP2<&l-AWNyY0
zc|O~g7c!aKtUFplt=0=Aia*+#X^AaF2?NNae?ea2la@`x^nsJ}s(Uoms+)MhjQH2M
zfRtRS?xZBDx*D9&GmfGSKBXVMH6-Y6Or`}B5GAbx&w`T`HK=UvHIM=CwymYSzVrkC
z;gv7iZWBr7&OsB2PiuLrY*Xu23_v9c9C11nz)+UT$BEfjUa{0)=Q?3kX4UD8ZDIWP
zCQSgShHjb5j4rZzZkh8Dz^fdW78fc1m~3=VpOaG#S=YKMaxZ;PTN;bO*mL{H;2aIr
z%O^TC#7|{Lz;QBhmwb}DC3z@Vi%lldS5$7jJH`K^4%sm-VPS&Xn>D!wVEf80I7&-D
z<f;(<`ZHFPT=I1gYF~q!ETajFU1di=R<S14oZ|?Z6<7u0iOTUSsjwpOwg)+zX=fT6
ztZO==^A)9MrwxT5e|l&venU`A=@$^7dx6KQMVOJWtR;z_EylM_Lr=%aJ&fBY{wJk|
z7b+)o@nhz*jj1y>Q%s8naZDbl5@Nz1Pu8s)SO;VG!164Yw~{uqz1=K+#JQhOrwxz;
z-s9jGFpo`0aGL!q`H}8wn8zJ7nc!aWc{F6QHh9A)f5Xs)9VrM%S%5<m@|DHD2qO-#
z4|F_}e+@SC<@jP^f9L9p<){8k+&p;^Gev7yZ)`;nDhkoB$IyRTW5e<T@13#YG7$iV
zq(FZjzDfB%h|mI(DWSLOz0`KCmRI^NA(5nxSX4M}yo__8WA_5+7?%P@^dkuF(z>uU
zNDh4JZ(~IVnH{rUbu#yFBX{Y}!&Q9aZvK+Sob@62ZF%72(bvX=0~9aRq*06KzYN}<
zzxl+>fm0U4;DY7rO9v}KcW3CEXzM%pJ*=BCe}iP~1g;NSqkX>(zaW7c7;~#0aA<n>
zC5k`EY<|iL7vVPJD5VcXcZVp+ir>B+xcG-$k)LB2G;3q<FYqP++=o}GPWR_<l9Q-;
zsNUEd&_>|Xs89u~t`tqtVuajz&CQ(NtoNnP(D%{&X425)^I)M#r#+mNs~(R6R_(XG
zABA45UgbQkF~CZBzOeyrs#B?eOgw+3YQ~IJ!_AoByiD-Z_HSR~7lrsAl<~WQ(nZVy
zd`XR`i{W5h#){4}n87d1CNLa8*UK6+UH2BiHr?(%tJ9Dwy@$IZA1OQ$?WD*X0@xmj
zGtG+fqe{pTgLcuhNkrp<Y<J|B@)Xy<<<8H3a|gU7`}s69%kEjcJtuCAx)qT940z2^
zfYznw>#h39QHX2+9j{V|d-L1P+7|pL+e#?zJ=F)&P0i);)lr0!!-DlcVht&ra{`H;
zkC1wMgxg5D@%?7j#6|{bX;@)6UGzMa*E7fXc{I5gfX!kfR2VDb8v9XO|D;|TsOfr?
zWy9hn<#hspzFM+x<V1~H*(Go<6!rgzlU%Jb=?<Y9t;I})0xb0V|K++?`PaP-wBI^E
zViJ4!|2RZ0BiIU4Ui#cGHCPF$gWz68iDFr#Jw*1DL>r^O584Zh(tv1<Nu<`$6w@CR
ze!Ej9VKsHDq$%h8B}LpEZ)BK*#!JxW-tK+KAX%$v-4rdttB-u(rWc*|W~CPpOL3<u
z`cm1cpg(<Vg?+}jPbuFV^+nsC)m}s1YemrZ>$^^AdU|`q4?)th2wguq+Uy5xa|v6~
z&#*T_6Vt2C@CUP<WH&U%6V_|@x7kYORq^o{pEh|(;iP7to{0EKalp7+Kv~%zs%^g@
z(fH-Ofz786f7*-z;kA7UdVKdbCmyZ(SCu{18!8s-&m`WUy#h9XVCl|d^+r*MmHl7F
zUuBYbbE??kG9X_$YdJk;yix?sW*N{ud4RqT*mRz3XDuqOeINQ)1$+ZHlXGa_YX#HH
zWnA9JWdsW#O@K}?cB)`CCWvcjRBd+0!vrr*5ShRT<!^1~i+D=%uVtuz%>h__DL3gJ
z-@MT~P$!!Ye|qvG5%O|bEMIY3`0x^^YKfy3fx|E|G`wM?@Rr>j<$1>layHneHQHZz
zK8f(eC&xIqCw8f6VY+NNu(c-)%ut$rm+<s`g*dwVdlsjiSGq<Gfjm(zBzFjgq^;A9
zdSQBitRV(qgjU?qn5T*K&4cH*5d->?lh_HI=*CJj7o5{42oy*WlqZOFXus}z=<w@%
zV+5FI!eeyN%Rlv}J>tp(`^VG?Y)Nk|+h2S#-vf`Eex<xn8^vi!{|C$0BD|~gZ2Slj
zVyZuA@+AN##8o0L2k;&bPa4FN^OG#lfIS<tu^Qq+F7WsB2BO2RQJaDGm%NI!@tj;|
zEy=h)2Wk8(18Af7`li=x>GrQtyc!=_@twSU{jZ%1W={;I8@N@G70XpO3`NSvMkAWH
zfPz`l*Hao247+rIM$T_a6CB5YgWv!IkXbHqiw7pP>mg*sY)>Snt{zI;3VQPIH-G*8
zo>7$K?$ZJ}+t$3J!UgbS^~}%{mxNzO+lMj?oGz(pv1P(sB0Sw`e!EgXv~^B`VoC&l
zJo^y3s}WP~rZZNI@dIzc<i4;-{lm2mVu8f>-n_l5SoZ!aJOTcDdtIEqj~+k#G1A~k
zXLkvD?~LjH5;+?Gvc*AOBpW*Oia)N{2n>SHXZ1{1>Cy)AGAa%1#=+a1nQGTHO=dYm
z8lyLdc)z47%~wO)tt=RQ$->^=GE<+=W5&k5lE67ic)Im1uq4PcxDr8+Zfg!5(Z_wO
zS^kmFwUrtoKrQCF33P!gN?D~&RE0C{z?fcF$|--gXbS##RZr}*jC572r3`^|M}}Ye
zg0{voc>Y0K5tlQ~gSEn2InnDlXK&xEURRZ8wP2<AhA|Y(lCqW&le`%C3QVHVAT15z
z8$X{a9ivZ6Zhk6!VGj~Az)QAWi;4s+F}+P=FOt0<Wd+yu*EIelvPc42Oud7%#P;!b
zKOSpLI<@~TPZ$l~#x(x165*U})Y`DPEmlJV5D%sKro|@~{?Ap}DK!U252>$g(6%LQ
zXZ8$Rc_C(s8H)1E*#Ae?TLx79JmI5+fOIzk(gIS_-JyWeA)O-KT}p?vv~)=cNOyO~
zp*tibr2FpC@9+L^oEM59az5+s%ser(fE24zzLsbVlYqt_hXXGe0|3H3#L-SYECp_F
zUxW(3T~za<y`FI5(~Zse1l%FfoAsSkwtTnR8X{w!a=`Yf1Ty45w@u%Xi}5O^uYq1U
zH&OIm^5|3jkR04X@6aQ5Dwh|x$3~ct8#OaPz)BDH`k8C)G4`CIA?;KBS+$3~I6c^}
zN(3q|a%ggn%3Q*sVI5zC8P*A4tGvc;U|rJZ0&U4}=!9<<MvaCaxav+JuF&7F4s1oj
zp<jUh1x#%bzsU^~{<1u4zxp81$x<0>RQ}jlI@)u;Lumz$mY+X;{DP0Rl3|HC)3-py
zQrsU@KK#`fE8nkXBBJ69``Un}8T?Z7>(PmUYw)vOo~ZMFz|ir2;QGis^5&b*8dtRf
zz`SCD&qJ=~<lYq*ol=4ds=dE-GHr1$=G}|lr}9j_*XW_b+L0uU<a$AK7CX84TmSO{
ztf8BaD!wv+P!Gln?NVE^w>e_S0Giw|f7KP^@1D7KY&ym8y1yUVj}yMtD%{uzWZlf!
zfn8y^y-DLRSZ?ls*bf_$-u@a)+tkF%4L@E9kj;rSE-~couP*yAWwEyZT{eBdBp6WU
z5Q?@0^5mtGaE|ll^Q&c<l}>1n3jK;V&b0G1)SNf`#q6xXW9^vt|2S%(jV^CnZfOpE
zwrsqPa*ncEYJCPaPMxG*^viwP3p#O^AUAbd2Q5hkfX68sBr0(5p^a`1xQG2+0Lwrh
zValCyG8J3!<U0fBTUKw9z#eh2FA4u?<~IyOQe{d_Q_G=b<wr9sL-A&4=A7%q{#pw|
zJ}j@}Bh7V4BU_rJ%XUH>O2g$NLA)XXrlp;`AW3=^Wo92W=l8RpOsgi*uGFTj*=Tzd
zTX|!5jr<R~5B8xKgueRU<_qyW+sY3PVC|SgO}nC9F;;(s&%`k|cL1t5a7_b1lRVkG
zWI%`g#T=|z^<<#?+=pUQebPjf+##HD0-RW&<<WG1EYNq0jFdKb-7#a{nPV#y7Flj9
zsUU$a-9)VuMRD>4N+go%uY|~~csNaz8GTj1NWaVDYd;it@S~s?c-ygN)(XplM3R6Q
z_##kK#9XK*!M5}CQaGx%^@>~g?oV*x+&k)47JXn>Z&x=cd;_*3upfnyccct~4%k`c
z2B|S)vwubXk5aGH)pikGN<Zu7d$*$I(-{m?m`r8(e1uQJ^vPtv{9X?UWkKrQrpne-
zABpCH1$)s@X-7bdQ~=Y^KC2UURB|QwX}#FDalaJ$Lo9E+?btiKDM5FnKM_hCHT-~@
zfO-%*BJLSkpuEIW?D)od;*qF1){!neLTZ<+r^d!#T43t<Y-Y`wVZx+{+TDkxZn5~0
z=4`D>ILt%TQDgj;7@ZMt_v0;e$3x6_yhoJB;eOCK0ZmdWIh41Z*P%FT(tnid{pR;R
zqVkpS=ADam^8#N)a1lr!dz3So#FqbS!RpNyP%=i_`Pd;IveO%gF=L<!)Bgh8ynF)h
zb~=#y%gF^rIaQNmo#UMe^QXBFEf1rgHsOA8-N;d#T6I?er{RlP-^+IqAR=}X7k(5$
zPl7-xO5Q1lr{;~LDEh0M0cghmaU0yN^~69;7yHsrCBjZIeW|YRoBmYppHM!tS=tU<
zyY?j;vk_5R?CTv>Lf&ki`B(J{=}5nFHl@F!#gCd{CII2wk>Zeb7^jE?2N_C71<#JQ
z6TT~`q~v#{6_2$HuCGx6{e4Bn(PY39R11j$at@G3juK2h=I3fc%^g?Qo{7gfwWLpk
zYV>k?YMjjk?KS)>W%QPrZ4vCwc7V|L($AA<Z1M@7cs{Pw5f$`*=J}tA$307EVdEit
z^+hKK;{vyoy*LAQYTY|>lNe0zW7^3JRYi^oc$04oCvB>&!MQ%?{x*lzbTBQsujwK?
zoj)P)4KT(;HJv>DzW*HoliU3t+Ze+`E|&OeHs(wj!Y19Ua<s0oFOW6rMtXAU6OfLs
z-z&T?Jcl&!2j|c6j)HH`sK~jaVAUP5RZ=bNsmjh<Vg`5<UI%s{wru>ma{hhq&K!}D
zk;Ez<7>7$8k?>zM{XH6+krcIb`CHmUr=f7vm^-Cn=RwHLxwCjy^(Qh=!^(PlEjE70
zS$0@zEL0S93Oi?_!Bk4l5=qb{kd*f>I$fk1R}Wh~x6RfO)E$^&%uL$wOv@gxXTrvD
zZi%bbDng{``r+HV>8?*Zu28IGtPmqNX1uHv9Rz7@LD6q4U~2%BKy+=Iw{;uqiYV)I
z4vF;t%+grLZex#)D;(t--CdOKo$wum4qlk6d*=GKX{hnS3|`N8K&y$6Dpa8T89)Sx
zHN%~_GJ(PPCYvHAN|;p_IB3dxp-T7OOa<<AK4_$m#Ga@KT&Di++$G`Hv*Zz%jBa4*
zFb2~D3@uW5-{nu7izYfD&gV{!b-9FSM-gooj9^|@RDzw`{Nz`CpNrqcB;@f(lZc5-
zM8&Vpup}*j?BMoH7}!J=rdkuFcEjI!+gASqZ94b`1RDabUPz<NzKH*+Y!{k_`?c+B
zE^Qm9q6Op6l`@_>h7m)XM&+2ql8exSbS?dNJ4}o@fTP^Tv`X2oKGixxTNk(Yno=qE
z^!LF^H3|m~RskeLQ{hP#sK;qQJ#P828U?iy*ZvOWJ=VemcStKEVLd}O(a}PKnHSn;
zz0XL44kyRYs&X3N=nYs=3d0kb-PwAa^Rk)e)p22G!~9P`Ya8=CYKL@_e|vp%c0Wc#
zkNQ5q{K?g?0<S2ob5}p<rt)Y2UnzJlek2-WtSIo{(1Cs`e0g~RXIEkzy7V1CzbJ3-
z3uWLQeWlzrzP9dg$p$7BI*r$Kaz``(hYac?j3{VYQM1)B4BcLU_$uT*3*bIMbLub1
z3PoKh6k`X9L%^NpT%^vB9$cF7L7AsSA=*22BBuY3{mA9dWRbI*$L=IF1jolDG6P{!
zeY>n{K&OY4aak!d)mReqh(V3Rc&jSn%G#P~a{g86{TUzWR>|*!XU?xd|2zG!#e}D!
zAb06mD00XYT8VCc42f;h7$s+%EQB#`0$1Dc<C)VLDd}+#Y||NETT!p`HSE6l`Wm0i
zU+a;+=3FBx{5|G#6tN?gzegVDS8>src1ERr&au=~3mV$O9E5%g?oA6b*q4Qtho2{h
z$%(XpvTwvCiBlox7iatAqh{CGFs|0B#T#2$q}WqHYYv6*#Wnw{1`Z9&Vv+;WAxGUc
z5(^z925_I+D_I^}#S)bfttYfTpe1H0BXnqg)-=Omgg2SlV)8`3^}k8=ixH+Aal229
z$LpE+UR|iI`nQk%e%6I-pO<^XSlvWzbuP@@kUIsTkSzk3p?z3yJ%EkC1uW7eYeUc0
z$%fZ0CBaS})LZt7N#@EBHt-+Ll?6EW;<dx9{(C?c0Q)!SO~q!SdcA7rUMC&%_`BKc
zZmA$lvP2fvA@L+|0M6flC=!d~#k`Ls6z}4geY<c$qY&<B(i3rIS^vsPSo5@;^vVEf
z#rW_p=$C+=J8<q+e`L<+^r;Gvd^$N~(-lsqlJ6{)TEl-)&1dSQB-<k&$}Ssbis{ek
zgb}K#;I!arQ%;jZ0Na*lBW-m-kr`>LD*vzZWpYU7=!^5Uc07wsZ~-`kP`WKTF8bBU
zr;=_jBr6feLDtB?ivN68&sE)v!%9$~GX((G6xiID2!PzT+soBy^l~GWak?&xjXH9Q
zg2>MNYz4R9j^&2HheX8+I_jS7%tCsI{d47fT0%aARpDTdvS%Ng;NA|)XERgVP@ER3
z`mw5JxdECpKr;Qvq&$A(-ga!Od%6W1#HH6KYkA~u_Xj&2uK44K`xaZJ2KoY1$Y?sy
zi3NC{{xgdNXg%8cqF#aOQia<F&&PZr`M!;^7dh_vGX`JDSrWRxM$F=*xG>FUw~;tF
z&m9K*P?2)W*3~(smB{BoL;Kd)N^)9}Dr3?s++<s$g#!$jxpe~kK%lf92sW$iap0Ls
zv?CHZA&PyW4QJ60Ql&H{7+V=~S-qGPZBIe=1;#ct;O5rY({JC8EH?&Y8LD1_)*^HS
z(sz8VI8xHPt~-SPzre;j?Sn$lh*0K-3Z_JZqDuNR_UYs{XlQ@(uOlA$;uTf0BIv`|
z7DsV^BbuXbxLbnfWmgew;ce|GQp2GrLOY<mvJ2DOY(?VhP7O`c*(0u%prt{)K&gGh
z*mLsdPjpHVu8!7I?D6K6HsKqN7wVuXpr1-T2djPyMiqvrbyY_QBX=`g3;Q{C)PEj$
zL%iebvB!DK1I)4A=(|<IfR`Od@L%qdj@Vtj(8t0(pPPWzr&k)c$&hl6w`|#=lEU?f
z{+l2#+hZd2T2~AtyBAPWl>wA@0ktpSc0>DxwulX7^40iSmB%*vjW&&-{UmdobSTDJ
z|Lf=fubrUqZ2(_4^X*^W0645c+c-|Mdo#HG;<#=_zuAKeNF21^6=|N4EumL+{jQOr
z(-0o)BWDC$xYFP}cV81XH9I14C_CstGTij|!T@RLo06v$wauAQTMXl0(Jg>{H{_=6
zm>;=lv9KoXDj=NbVc@72rS!YB2F!rkw$leL&Hx*2_R#iA)y6>3YJ%I=(TW3HNmRgP
z0X?1K9UrbbG1sgu&Gj<sTweYZUkRwZ!}!(Q)gsJItf@q6g^qjmOBoY_v8xsc)cxGM
z1z26dRYQt)Dt=wBA1qX*z~1iHJV+flusLe=+C+~Opx^-2mG`W&qM=^dRK?;yF|>g@
zX#j-tN9qObpm%dgq@9{HpPs<or4NMA444xqLuxLf+Jt|7dhtRX%8F_&fQA*8Ocv9P
z|H_8&r@)0fl*NH6^C3~PfJsR4=UHXOWNFrT;=!M<Rlx(=Z~xjBME~`rMzigeyF=O9
zp2!XY(32DV7<a^u|Mtnkargnyp3=2|cafwqOO+iND*yI3D{K4-rA=sW2>ChBE3My?
z>L)pm&Fs1@e*u{W0-c+e&#w;}Wd{F-;z*4bIbW%F*Gl@5%QbkNEXx1w$otgT8OniP
z14~V&TUrUcYYCNFFLd^SR#cet8jpWvgnY5U@i=u1)IhO10z>`PETO=7m9<T?01En;
z-6jp&9c^F2z=2tCLGj1Sic)I<1mNOTXSGoXko+rr%i>M!?+#)=S3Y)e?L65Lc~uVC
z+NOFK5um%jpPkhNlL3yt>ZdAqrXDnc+f7&?3mHcGBJeU+OGB1N%<{p1$JJ03;j8^=
zV5109^yWd`Juh{#b_UGO01SS!OrNe2o#(Hv4b)69cOj5$X?XKBM!9W4Zzy~u$3Xzr
zr;d2>l8i?3&pDrG%}tv=Fn=mY6pj=(Hk|#&S^|8>gpSM@PXykKw5a@a*pvs~Iey~w
zLdDWQ;u=u9`SC_$Ih54ok-Ap8@gGxffpryuwx#9%0S2gIi?DvNWPq&y1m$oD%5C?&
z2(e!~#w9~s&>F^GafbbTLPE++tJTy(e<IvlZ3i5IbN%+<q_aUi!8g+WBUPe@94C9v
zvok%H*8X-Shl)E~Psq#uB)+;of-MJQJO+AL#q+*3QHQr1v~>iM2|U7s2JNU>2z=Y0
zQa`cPlT_RfyUy#cqvG7}KazMCS^XVr<IfbFS4N{LV`ed%@%8rn8G4<#>CaStoFp9M
zXrki4&hCr3*)hJ{kax*sdMlu!D;p1Wh)awPK6iu|-!GnnK0_E70HCxzUxK0%-BT!h
zg3$2I?$;k8wzD)zeqCg3<2^Mk_fAtm1DnS;1iDDQmdwph$0j0GU%X5;HNi+ow_5)t
zN*EY_bz`&V+yV6j7ATtH0^(IFx*JLlN(EeNdF|wUtr6Q}p=F1z58K}PS`JhM+}#OL
z@xaE4dlJDBv{Mc^SFI=6(8Y12{&&_Xv7R1Bwx|}z+-U&QHFl&gtTwUdPk28%#Jbb{
zju{vOx2f<;l7{0+3Br@EL3+E(R*H@S*QQbDh`&70@(l$XNvJES#aWyAgYG<u?AR}?
zv8A>a;R5+4?GOW1MtqH0j`us!A=8qCmQiYZICaVE@@{pThIgapk4U~Z#Ug8@TPt<s
zU_@=HcKEZ)15qC%AI<%Nw?i`L&C_Gw@mp+Pfl_AvVsd?2EVp;Eh*`yl=QvvdlwYUw
zRi*HDp7+3exY;wnp7K(?pa=9IU>AoPK+`N$t)intu?!-Pv2#*fkFfIcz&LuWWMZ7g
z4codQrVE(u5~q#63Fg$adgwqYFqlC7lfPgs25F~a!;XiGz5K0a6=K7XykR)+9fjBa
z-~*!U5YEBwXf5XYR#fWoZG(E*(ijg@Ux<t%O7*RJ(-4lqun4U0LyHsF;yts0Hs#W3
z+*_wKSU_55fc6e5(EZT1NSxPxh*h8R%W!v%DDdU;RtU`J0yKfvV}=2Rt+7Hbm9o))
z1Iv`oUGTNZUS>lQ|8Mk#7qC>72!n3>qcrbba-}oyYeHj7^&c(JaRaQHZx&z%c*!NG
zNCDx!UPAL>ic`-=9J&(X=|@!J79)?N%jvxuYAe?pzDr!U<dqVXCjJ3j%wh3)_+pHj
zJOe+!%=2psq$}>$rst(6kBlm|rrY=UP^i5xRktp7lKANYV=0FBRQ)30rGGS5UyJC)
z@9nZy5gQ9R^y6!q9mmo7%a(6ZNWMfXm)|tPc`lb7mv`<Jv6gGzy%=wLvu5f$Y`Ql8
zw3xV7UZquzW^<GI&x#4_Ck0bUo-R34N$`RlI}PfJ=YR<%B_HD!?KG^9Q>H`x;Z#Kz
zTxPT1YwqLq)G~w5PoLZ->74{I%+SF4K;(~#v*Mdb@=-mQ#r$DQKTgW38xC&xkWtmd
zKu$GEuA&G9Q|+SNvT=b9=W9W1yYqOX!nISPl535{uUEVTrpyf%5_4)=6<TiRBO2@i
z&NUNhRVwBi)z#(CnYiEV+M`LBDbH;=`l)!8@*!aFV2wG8HGPX4aMFk-2(Np3ayu|c
z>VcR4JSQeOvvWF;r~Rlb7hkdERg+QZX>7vFW|X*hY)k^aQgs(!oA4y(yIL?Oxf}>W
zAujrGh~1BhAsy(c10mprcY1b~=?h_5^RUz=F-l~GaCiA1^-qt^J*C-F{1t5zML7Dq
zwEKp_%kQ&uI<7~V<^7=(>9>XVsI|exTH@cjQSPQ${c|n+g={7`SId32M1+YY29Zy+
z%UaMF5iBY?stL={I=WZxQ;6({9TN&iaYOx6d_U)$PadNY!2ZZIAsgO|%cfrgk8S9<
zYc@N?t?+7oh}()~DFQOnLO_l?P!?;!c<S!|W%Yf<YdHRqn@1lh(?aXR+|*a83Q0V)
zN_8zwVpbjufr!cHiQUQTJa7TDKCZN-I_X{o^olKw&y$bn!CNr0>ndeKN67gi96a@N
zYzx8gtXbvF9O~9y>X)K^F+8|g&@L<~nX7qp@$8r{z2hADatSp~trPbX&`wj9a4^|m
z2V1zaBwWt;>>g2(PNvE}@^ab0*m-)pebfLF#u_F64OxmX5Ai!4#N)n;w)C{ODcd4?
zX+8Vq7Dgs?2^B@mg?O*!86Dld3XjNCljywa1X-G?buw(7a5d%BJL<mme5^5=JW!Zz
zuwf!FXP%)V2EX>qIKQv3xS-P<Hgq}R7Df&ET9-7=IF2UYo^$`x&03xWD>a`56**4J
zUyG$KHszB(Boo&fXQjZD?lj;fbP??Sq-XWt37=j2Ia=%Z%jG0Y_bGH~EAh%H#bOc0
z!O`r5LL3q3#+?J_h}o#9;9wF5+X!Pq#3M#`Bt~njm80amM6J&ACU?8G1`}oOttN8i
zek?p1$v^l%(mQ+M`J%|ajP@MjN@)l_UL6cpS}Ah*J>K6#Zsm4D=~J;wut_7uBt)>w
zY>#sM>&Rc<m*9hN*&**7>Yb}Q>1uA%@xA~V?~R{gsG7Id>6Gd7;k;fMN|uQ*pWxZ0
z1+L%leQ!|@<%p%-ycd|c+x+yAy;`Ea<&%u&R$AiI;IAfdm1i~-lay<;etG6Bz;-}R
z;Num~g|dG-W4sX&$so^|_U>z@8OOD6>&zi`v8_-Mca#|M+Igw!0`bW_T3HKc*o4kW
ze&viFlD21XOfps;o01($HKcYZ051-iVZcBoIhyV6kOT$o@}`CV`jFlgZix`yRY$P}
zH<o}fRL&l|Zc&6vReyRS7@@vDOlAC>=<pmp^WbhPmGEB4Oq}KqEnU;3exKG8r|Hn?
z$|B}p$J(x|$8oUON<<{&1g#<BlDHeZ?l{z3>%&;=wM&Se0Ehf;YlHdnj8y2W`&^}|
ztYXWyWcSv`%#V%7C--mvIM?4;I-T*sO}uka^Db!hw_ezI6HP!t9Bmw{xX$4x;|fn9
z41eH>a~$&avGGL}{?%3M)lm;uU%yHg#I^2&0Ifzwe}1Kb5l8Yn5JCO~k!RhU{)X2i
z-CUT8IKKJvljuxn@)f^^ixD19PBq`0e!NbA?aOO|mX_oF!e51=YUcRg`HSC8s(kh_
z7ttXnv?3r~Kd@(zWfrx6%^s!_#x7zloNaBThqS8i4}K0QN5}sABA3woN+<3F;_jyY
z^?g>@%%&D3*I`4IIsLyYy*F6&f;}XXt>+R<^7+$P+<mC8@FDZ4EUPWL{HQqYNUvFd
zEz&g2i$0HriTw6^H_2y4TA!8Ji-?Px3lHzBOm#2ixj&!e*plT@a0BZO0^5p8jjD&Y
z{2=g2FF(GDF>@;wu)8XX13^wU>yT$T`up2OO71-QS)>)DRorq`O>~nHVo25^IV<^s
zgP;Mrsm8P`##+V8-ji*@#I}!XE|<|}6*sBms1UfLJ6yY6Kkm`@H^%`fFXY&hrxQ=+
z1d+)DP$oA5QU^Zr-{2P@TTkmwyKS8@eIT|P7Z^wqq|VWA#Z6b{{`%oP=T|e<?umoE
z6cN|H!89hl1wDkibU!X$`l~S_FX7B)<tAb3J^?=oS@C#u5Ht&SiLk!2+WzX%b>zS=
zplVi=lV?m#CSFuAa?aXo+)sIgBe0#=uJ60zy&m}iBG-m<ejcIj=k?*9!TK8qBL{*o
z2><Op&#wZ);z0?#T({{+=o(;;wo%^rTz;`@rhS22QM*#6>v!m}I<@Z*rFDV1A-ouF
z>dZUGFoTy_9TzF&Rv~W}&xO!>X0+-k;LrL1t9iv>5S~1H+OI>I*JjE0TyOA&shFHu
zf`mfjEP_4BZ^>R{uj^*k4gY7DtLbmnGZf&4_lbl`t7(|T3TQa#lJhyrQGXRGCkDcm
z7myRh)G-XmnFcBIOL-xfxl7b`(3s$H#0`YK0`GtE=fj~#o_4AZo?w|`%ll*Z-x&)=
zNH&kIkEc~x@?k@l@q0Bsb%J_<77R&!B`ut(eo<QmjPkgM6Xvk$p>n@LpyQ-dWTd8|
zqEgO1`dzz5ijy&)U^gnnw!oFPeH?5KlOfaOv&UgD@N$D+)%m^1w`E5kov7)7SDqh#
zd^F<^<8UK%p6yFQD7h83>vi?(k$Bk7nZbS7Wq`N#b9{H;p7I6ui!fy@;TtqLGi9wA
zFK0g4<PN8kl?7)F#MKM8&o&%e(U!m7G7&OqGrgPEKnNa%1?>yr{huhBAE}3All^1k
zafa1dZoGuatoT9_6<Y(0fA`uvz`!5#R?6I0g~^$6!iLt1n!v68!UvHH*`#8Q$K<D6
zNz2b!|0y_UE!p``i!@e3GYqPp`SpYtiAXWrWe><|-~&RIaGpKF(|fmdo3o|rS|u+j
zv*E^%j<M`oC89rjif{5+;Ab8%>HkE;$yb$5Zb(`8!kATxCBhseeqc=H;loBA=MJ>!
z@S8qtg{?k`*7TlKGH9p%_zD~0Id=j!c)ggYvQAZP&M#)YUGNLb7!)#t+kgBvtB0H@
zV>Fx(rx-=})~dX#yv44#j87H`yF&DV@iC)VTM<S?@A-vW22$Z87DI!If-s4Q4C~)|
zM!{69h*H-}IeBoSGjHU1(XN@t_rvc!Gkc}8TD7>Hhiet#UTv$ZlqpE5CwiTpFn$b{
zcr#n2ojuu+46j*Y`ST$=-M8pR8+ntgS>Io|(Mer5xwr*6fLx`{O`kv<*1wsd?ouIN
z(sG_VFNml48%M!3&J2b?59U?u#G>SyHgF9LeAQ#_o38WsN6V=(2AyD6mzV4EEfkh!
zB}Zj4dT>7Uyj(4}RAcV2vdLw16vUA0C0t*O_h@Xc)IUDpM(c5$?4TN}#O7d=8g{pZ
zyf192%!^Vm4G<1S-9le~FI;z{OwET%n=<feBS<h?)L4ZWEMpAZmn!o$UTU8;+K+2+
zlABu=gsYttU>L;7%>jbw@__xbJu6EJj2Y)I`xV*(nvhUOYwx6(c3dt)R$~mTgePdI
zWk>aO849M-Gz-yfp}b-*sD*LtvDME|zeSf@9PxOmXeqd&e-r#e^X2C=V#r4DQs=CT
z4{1&MN>Dd(_(^2<im2E`WWhsS6U$xMp{v{05L4Z(r@c<^bX>8k@M`$gq)0*6Yz#St
z{b!kImRVJTmU+c+h}n>O;^!V(RxW~*81*y0u4T)?eNXVk4ij~KI;n*#pAzl%XAbAp
z(9hZ2X#2T@UK(0H!NNXzjMF>Fn26)TO!6vjt%#u;vf|F-eMK(A;*314QGEuBiWf}P
zdHbUVmpnAzhC9K6#yrOD_m<<LnHVSHfBSB%>Nk4PO&1bpnlkqk0@-cRqVd=J&%QTZ
zyjFawB4xcrm0JcvEuO5bCV@g#bFCw52QC#i4fh{U$F4w#kWWJE%KbhlK9D3&w^`7e
zEq?rE2^``QwKR*SMLixLkL`l1@qUW-EoX~AX)^O)3^qn0uNLZk!$(JN1WUHZ3mkwg
z%SYvu^seNO`G;p#)0;^icFwHC=cC<PCv1_YRmd;m0nS+PK|HRzXG&$b>X&DHlaa@Q
z6d68e)p7Siu7fFYfb@y&P-dp;G~=>r&*cV;Yzj&)9!xry(K*)<T&-XkCl0ZE<Ys)O
z!qKfpS*&um*1Cde`Lm{g%hBo_25JmPQEf)e|9Jr%aM+myU{M|8uyET)``2<yq`l5f
zLF#aH?4lo@K=0#BXh-@PA9cI!nf=amMgRtEIi<oA49pzYUW_#lM;)?tNC~+1A&UaG
zOzh<5Cr+lF7j6oo%;J@`)M*`g@xXihVIsUV7m4RAws~&WGPG=CS&Yb$iSjC1+d3fF
z)pz{lU7J7seUB0sv9gsl=ysJJd;;Xu6s~yPtv?ON;6v!A?A`l(sTx-1q7vV>MsV4d
zwfjE1F3+@KaKzkh7l>uwGpE(ksWz46Xti9zSRHV8)?%<D^A^3NJ@L@%<IbG`t5&^*
zzI1%uMQ`!WF6JZSMng?obh5h3F3f7fh_*9|0@qO(q{rN`+SD)JB=ph8$<w=TiZ4Jn
z;WxA<C%^8;X1+NjzZ-mCV6VRJ%7MU|F&fO#zU>2ZrRl@SY{u<uN%fpGWDuv^mj62o
zs#3Jkzq8qM<MR7ct^VC7*N&TWHW?`k$Kx2E)xL0On&f&^EwJZRUx|EPV6GFTX4<#g
zUg5E<^)|Y-Sl%g}5J3?jpZSvOJ%?xqgxz&Z&5r_zcyz=WU;POL|J=&h-Gp^%r`Yp)
zZ*h`)>^%3n9CNMMj^uL7zaw_y>pJ|x!<Yg26jSrodvm9%(j9vtI<^4bCA3;j$Df#l
z|NG`1U(rzXYsc;aU2qjeW*#Jq4SlzJ=X9;4>t@g>G#@#|?@n#K+6KvP7jv&Nx}r|T
z57o1KAN7#vk`6BR)%Xiz2}MjF_c~Z8kR83d!uq}t;eLu|v9X>Y#_1f+^MsXklg3A3
zOZFhcnm?ZfNhx|=M*-wesz|x=mb){=ll2(b%oD6J2e^uJ89UEO<XJ%pwp+pD6y_i4
z)i7W5PIlgW!-!vGO1RWEPoe#SFKV9RS&?lQyUZ?Y+wcC65YilJbnfiwKSxrQofk@c
zh}ggy2B`wL2tPOcEn{(`;M3Y()Z%WU%YI$*h6sg5o~#P}W7pv)T$r32km**8z6!W@
zcT@bPk+Z0~w73DZ0V_lfGkA2Q?!EVK;ZB8fxN(ahbmMHK8R(Mq#e?D-+_nx>@^qq3
zFmoq2HYW5RolbFyrByE3ZfNN|M>lgT+xm1-G;?5T4LZesH;Vd8Qj;K*-(YUlVB?jj
zCkDd60OZU1b$V@AXkKAc2*luXkt>)~4gA%UE%%`7vN!YCx?(=l4&NX%>LXOEC97u1
z`8f}mLsnz7H@GcK;KX5DeAw(jK%)?0(V^h;<fbwos&hA7AU5dL@IS(b6KSPzdldMg
zKN~n3<04siYj}$GykiNoDo2Lpxc33mpr%h~o1`FxCW?@<AT?s{KpNJJ19nn91OiD2
z)i<R+H_4BOwPHkd2*imSNF!(6YYf86$KJVUsBk~p_T!2VBpE$6;T1^q-Q20bR^OzP
z*^dqhFd4xu-^#5V8}pHF`l>R3#>6raL={SR=%DC}A;(e7`kUZY{@d6jMY#?0@F)2%
zam&k>a#&D_-wfNFXou?_l0B8%|K+&)K!~wk1a8xI|0(3VdFBR%!i$d`VoqoF+8+vI
zw7j*F$is)8a9>z5Lc{pGf<=WgNkczCwSX7Np8JLZG>+SF;1@NcT+Q*X2IjS$WDG2&
zyS+N$YfFp7^+3t_VpeX$W5zNe_N@zfdKvK>CtIvK01{m<(!y{yIo7GM=_`bDdnj9X
zd_mwI(9ru{L+K6s;5p}O?6A1$M-JJSZ@1g%gb|)!6n^yz!|c@&3U>*(p0L`w0H$0+
zmjES#8~kf%0G7-_LvuAgI#@_4HJoBr)K^A^8$Z+9`dcNMYN`l+t-C^gP)@3TZNv*P
zpe|%oSdy4MUKdNVQuX}&`#+qU(hzA+jjym6vhW#9R_Zt(MCHwscT7HoiR+3yhgPB}
zt=L%5&Cs>)lzmy-ieJVfB}4sC*4XoqNY3-_LTI&@$?pvk=j$uNuQrG!7sx_VtrA|=
z(v;@{Ivz5VInm8;YHc!Ni8wJ{;;&byDHEK@)8YQ1%}<#AiOC>Oos`vxIGW+5cSN*N
z!|X|{*L<pWcQBH%7U!PPHCU{Vp=q29N&b{|qj2or^DPPRM2Pg0s@r5R4J?I&;(P8w
zqB03?LZDF6-i?=Bn;-Zp%&S8lXd#OUYH>3&yK_^~{<5mgpOs?}_x2T0hOlDRgk7)&
z+7mHzT3)e5>Yb-cxE*hGrfCvTebL?P`O#(0Sk|K2M*h<E6cx}*(uV&+sx;!VC+0Vs
zlg9cDk$Qr!vq@18;Sb!a^u_*{t?+JXBy>$dbKm>>=?Z$2;^?IpdxoU=L*5|K4da!U
zFO;*O_QzN-#%Xm+2dPEVEvve;NId3O(nkp**Futpry<6lkX;p<aTjKQQ>yrzjD^Q;
z#)Gc96#;ZDh7{9FIX|1baRjk=V+&uN7i`6woKV$d<q^Qm$ewtVwV~PQ62c~SAxxoF
zw@Q340@0N|p}tu-&E`-oDG1Kct}F6>hjpXAx!TQZ5Zs_!CUI5K?InUy0w&_SH@JBZ
zH-bpZ-uLi~uuLhAdZ=DVPq1dot&L=$?E4W}hw=L_oz`QH<ur<B=cWPE5#5u#q58<l
z_(=*f(_54%;#Pk#%7iSGYB`r9<&HR^L2r9|_#`FDGJcQ0$;Mz%=wU;_Zz;2wjj9B?
zDE;qW=y_H|ST;le@7LiaE`35^K*w1{fqJCW(Rm_(pS%+;k`OeG5;LYlraH`pqq#2y
z>Vkp9{jYjTQt^b4%S*k{Q{V7(n$=jOwC_|K<Qhk|W*zVYj%_`c<8zhfR=!ey$t$`I
zi$u*6%g8@GQqhK6c|DZu+IN??e^*Q0{Qd1Qt8IEu_R(QGwFuv*0v9!74O0O@y^Lc=
zJaa&EtfJ7U8|X2^>!casO?-3-h0yK5zQ9okr8(%X<lkaqE#EOQ#?)gjp4^(vO}_`_
zc<p8$<pf<teoR+CXF_#4oKELnB^Cm)o;4J|P54z+V1K3{$196sV3yoW<IC}#T|sQ}
z;2HB)+Hiu5dyo4zJ=EBXNa^INb&Af1hEH9H^CHv>hT<o6>N*g<l|xT{0sK4Na;907
z`bNrHOIu>PN3+Y?&1$vAgCUjDYvtw-T+8)G&%ADHY>hv5Or;9{e|R{W-m}?yqK30e
zI~O0aw#c{93op&^WJ|<p)B8%=Ko(h@aglD~ZYE+orAmrPmZytX#LiGxAIY!GR9Tvd
zf~MISVMmx&!9~C4J69S>KDMr0-xtoTH!%gS!NVUKW<EfZbxYdkwmi(PeQ59q1n5?<
zd8et2_}iRH=SsI&N%N?`BaW{x6TlMb2Z8I=dOTwuuXPEsDUFAU{QzkR=6@3HUxa)R
z_gMB)`7V6ok7U4+{BQ>!MS68^4i5o*(WTU*J;l=R4F2aupq5O86MWE>jOqGGiUME%
z1~v}i7+LRK(E_V$g^qtfz>^X^ArGn2B^$_#NDPzwc^U<T>@L<XvG$;-b@XT|JR<2h
zlk>L~CUHPFG+!F=qtK8}6T-+yKhYB8Jr$#o`f_xx6s_u~G1K&Euk2%!-aWs|)bF+*
z@9z|spx|w%w6}+t^rTg$iI?3$?3cY1vHcHXCmcpyi5f5g2fpn7fHYhD&wZnAev!P<
zr)RtQPOr0%QMv$Mb>-DEzM|V1Kd!&>Uv5qo;<EcV<>q^)%ro=23U8&S=GU9J(>`!%
zexA>AUY_KFsz_PvjoH_#Yn{(#&<Al{@@d<^D^E;zkm>k`TD>}QQ2t-2^;5!fxh<e~
zV18t?sVU)z4>(bBVB0-aB)8&6k*}Asrc1%n+s7b-!jiz};eoCgxEB38E;*Mxw#bmw
z0~eabW}h?6$K#(j35k$NFS4s+VuLwI9tA%=J$57G0)9YB(j1>osuUz70;!S^M&VQO
z-rfc5o7Qa3iD6A<0!b;U-4rnm5Pj=zI803FB&oPN!u+vo-+3$C`mrdO;y=Sz9#->@
z$4UMa{D!=z097PXvyuC81&@|+?fsjUz;f0*enx)Achg#d-$xjy&ZaU~<}ed`5mLK@
zcs<Eba8Tc+DMzfw8x6fpjRLF`OlGB&m)Zw80u5^f1i;V$P_A-h3x{F<{QBYLt0HFO
zng+65;$%5f4Mgd&DWQn|{&5ss1SIO#7J(ZwH>*K=+Wk3De0-Z%i(FFs?Y5hRAR8Vv
zbw}ic{vMC*+*tHCdBx4VE9_mtgzOrW(@R-eudey<=*yE^R8{KDs|hJ`MT2Q;Z%|CL
z-0zG)^U;XSyWDRq*$%U_Ru|7@0avpG^>6C?Yu%PXsfcR#4;@fS?;lmqDF$z9YUdiV
zw2Ka7Z#mNzn{>59@lyl#_M2+7d`AmCm}&Kpz=dOGN?PSUSXeJB<IdETIzWN}cZl6a
zlEsays~_H#%fX!xh!)o$aQ9O)4XcS#dvZBSz}%EU@mxtQT@6+wKO}*V>0~Ob0Lwzn
zv4UrwATn?6O$DcC(V6im=Or=(#5>vC;U`1fZTmQYs39g$Fnw-bi2BPCr+g>3GLy~K
zfoh1ZjfvMSuPG~4!4z?3N+<wHUpT^}8@KB%_k}@cIMPYDLM<hI=%Wxrf^V=JaIT+<
zx(Y?d7jxqxd>y5SsD7=D-C@O>btu$3dYWU!rx|s$Jc#&UuzqrLEEai{Te%e&$NNm3
zt0=$H_+u3o0`>?K9f+GLncpC_a?|uSZU$$V%h&WLs1D!V(jLfSfqCrtyiJLKc=m4s
z=AkV{!5dU}rfy4Ji6&Box1TlqmZeW_hTQim-?icAhp!~OpJdNu>pxd>QQvb|Osz;M
z9UvK?%g!0~XM(5hIPcc7Lc>IvdFpGNTsRX4!WjSW*w&+oH&dIG3f+>Ld35Q(u&tgH
z1pN-|=%C8tJ%M|4t7qPyiis_}Odv#IdSnHw<4Oo;T;UMHk`{M#Ibt&VjaqyhUnJOL
zb*Wc~2n8N->}eK<QkT(Je2?H!f!+lpIwF2D-$IvJt_BT(9r+yKd9#u2s;dn%OXTa8
zzomx%k_vyg`&{#?Ee{?gHnKAheuD6e5miZ@xlc{D=!WCbomH2l9VP31V49Sln$e>7
zl8>|2uO4Vc?Z7nKcZ@Qz9$-0Id&wm4;LWwf)j)P>_R%9Exfq<4*U58FhKBGSZT+0S
z(vD9J=2xyxu~gh}utQoM(msh>*sKqSKNL3k17>FP!tG@C>jtbPL*w@r$EQ)&d>FO8
zq+=UF3Gut46PzbEB<)3Jc!DEGvBinjlDVn;e^I5(5m62rpAc`4^iig=i{9TK$ejM|
zI~zJIOeJC8G>@Y;F?QR3&%Eos|FVtAhl9($6F#R`lfqj|>^m}%%(q}0u9=j;;IBkX
zn8X2GaDBQ|dcH9VrVSQFSmg@eFeF3u@n|=gqLWnBT}|I5qNc#Jc+=%B$+xOx&^4wO
zS?%JN4X5ITe-I$;{2U~&VmpZZ$ViXEVh!>Yu}&|Z{Of{{w=Tj9^HI;i6`DlDP}=xK
z9fyu3J*nrhkybiOF9s=xf;izIOzoAbCJG!E&g2eYW|8^!Dg%mM4X>{l!u1!{f3Ug*
zq}cXbIdSoy3Wg+bt0KWk+BABj3Ivic{~d4};c`MD+ol%}Fva-Dmy4%6zU0I(ip^!-
zKSFuyr!(Gk3=O$4_rFoXlO2g|!Yfi^!87}#9tPol22Zv==`1Tz3ZRim{^q-P46=k7
z%3DsJ<74=<yJRq{e||Mp-tb4H?8{eO9ZkeCw*({MC!cppX!x}d0CqJJ$o<v3Ra0A(
z!=NN_ZxT-XxGrTyT?BOCNzak}lr@lc3T<AQNqEZk>C@`%lRP280OXQC*CIM6IYIeO
zJO`~J*Y4y`&sPQ4K4hFXWGt$(oW88At9yffF<Sm}P{kRhZ9yb7q+@J#HFFs|M7(1)
z7-{XJ4MADdZ5O?PLbF+f^TzYXei3SW^c%<iw6-V5T}!l@kDoDDr|c1emW+C8Mbxqv
zPF_5ffB#%>{}kq&0#3^H`=BGdx3@R1y^)jSbd&oj76k<&Iw8m<mD|OGVhw$-LnI@X
zK8dxfQSU4uMf1pcH6#-N7000M;bm%fk}H=+O_=_bfr?hN94o9m!J}t>$V{B*r;3?;
z%a^&!twJ`L8)<Idh^Ygg<ZNDZ#u^{|B5^_i!n4zc`sYR2Tte#RmW;nl@XBt~|0|`6
z&rF&6(ZU@+1<BZ5<B*P#q+7P!R>w{Mt_mLpuS6-4HiEd?qNZUfsXju!9C8_4t+9F%
z)~W&c2(V)PT2Iri0yV82>mNO10$*}TcUdm^cS1#b!@iA}E2GzvkZC9>?Y$m^p5r@4
z#U4o?-4jy`${YaJ8J<$xoPLJ`%4=N~TRb~b2u{X;UxW8R_F}}sZ)sQ8%R&(wSE7<<
zB)?#8x>B9<pt}XgNqvb|x_S%PS8;n4HErA#p<z{|M?ybbX9K|{BWpKWTF5Aq(c4x^
zZ8V|N&r9j2P1!@DJsuBBux-s?c#D|(0Luu<K>g=>dbUHMFa1s8A(wMA!ek};Xjk^V
z4nN9pcjkGQw2(bH*_?~qynmBBYjyZ3>8-$Qs_RSB!SRJpnIaqCV;KAR?7I>jAJToE
z+&^!Ayu)9c@A^Qxy&2-ml7k$3-MmYV$j>-!nuWYpec1L7XpQsM2?&foKHPSk*OV}K
zF*jSEVVdTjJc%9JtG5(v5yW()-#<lgJKU56e|Vc{tb)a!>TfaFz0Z26kr>!Rw=k8$
zr=fr`p=OxkHaQb@q1(3c{>vIbKeN6M9EdVg-^dP$_WTAdhj6bELT|WTqw>B>9f~`$
z(<dNMB(HQDj;RtT&yR#a<~RJhbihdp1rlrO%K_4cwbNYz;_$l~vhNUq4u<y_BusB*
z`x7-S-LA>TCJR|m5rQC0AlLZ{6zni$@6ZL265Er$B8=QVy?*ENP-%BRai^*|L>CzP
zAztnk?E45ePz^Y1g?xJQ&%)4?by@p}TGz$ONWbVyA-~;v^=n!w&z>>zXB2DVv{BC+
z%$K4zuYdOV+c5LclCTOj!KkB(%*Vn2B=$^A)VHyL`AmspxaI|dC=Ka5@tC2hez5{1
zP_03!4Z%Ng)S72YLRX2kiW^qNH7c(Vbw6Jjc4Jl?mO4YJ;IsN_<uv6I*MO)(D{Ou5
z<aDCIt`ChJoVno5iEG?ioXnr$_?`+QBuu;jjIQoy#VJ>e7xEHRf9cl1F4Ywnx8iIq
zcNO1R#^?`>@P68%W;7i6Ur`KXy&AAl)Qbmkwhs`6dWj6V%veZD4+khyJiF*!${CV!
z+0eZMx=~CL!yr7*R1yOjWRI7Ep*mkIRJ|v)4H0Rxl3u^R^gY|b_*@oBMC@Dk^Ga5*
zncZ&xmxD_7-@@Z13x`2(E@fh^a@m7Xau}YI5Ql=PmX0@Z*!P8-6EpY8Itr1^v(?04
z(jOPe@K-}om{|?hM*HkbdOUjNKF?h5w^^Fp_N34nyWgTArLd<Cbcv|M+r8GZ1D=h2
z+mmv>{8dU&M}975{XCwQ_N1tY2r#<f@PrtjFA+JASPqXyPkuH&zq6GHjrXd55nX*$
z1Olm2)tl_uC!6KU1hk9YQY4OWIy$)uM^9-Ce5<d3MMqPwFTc`nP>Vrt5G2BX0zp5C
zunXEqIAP$vapKF*FR3?j9y^SO&b90W=+BNHg~qd$qDfN)_^=mR>Ynh)`KL!ni?Q%w
z$|f=E`PyexGH?R(NTb&2^j4;yqi2(wjqOV)o=8hIpq^Dj+UKu$K%!U$$H4AQ8SBZl
z*X&9i#iea4#R}iqGbet2E-*a^I1f%IBQ8^-lU2Ey1jGz+l<ACXbiDUpaPi4{LRF_-
zz%faWyD*uVg}p^GRY`sr;S6srM~qc+L=cKInS8g@f}An>Jbn6rpnO;l2C7!zY=?1l
ztx&)h$r^p<*)1rMZYnBa5W*lvZqnjk{p;kJfsxRKf@Ro$Yaq9`T%!Qs-y~_z10liZ
zWnHspk9$QmdPqL*xniAc6sEOFCsCGR$3We-69=3?vL6&DJKw@)ywxSYse0hf)Hf=n
z1iMyRCIkMm)eh_J@9#k>mDl@b|JC@n`n(~)KQm?wi~v6@F6q3k?^$!oY8591zn6@@
zkNN-##FF52@+lXzrw~VFt?00j)3?glw3CAJH^g;lXtE_RiPkJMozcLqqPLR6h8)T}
zZ8FsQc~ZfOQAOGeA>R?^gJ3QTYSHux3r~HcU1S4u03TndhYZo=0oihhu@ewDgZH{@
zU%%Ju+kU5O@<tvUmu&|wzK~A=>^rVFfMp|&FQ_HFZ|piE`>B``FpCedFbIu63M%^$
zFE4?;(OP($<6UjnP;LDbTv6DBCur{)YIsDHOUZ6c`|iZCVt!dVvls)&e4IG2A7U&x
z*<gts<E66NEcVDdKC@Ctd+&_RBIILhX73w@S_Sb{B7g1UZaeVn-}E0fhi!^E=H*y*
z-fY|G3o>UQJeKm>v{3v%HNK8(hv~j3)3;JL0)c&(kJlpXl-wh;g&=J3LS~T4CEwb}
z5wJ!-DIIbbH80h)-j}P^k|q6JKpUnYIxlakBwLD5FX#5#p!wbJ`Wj)hh&pW2_BSXV
z$-lI1)xIx8CNt5<zsJx#@RPBF(;9Ak=zVuwv_!4JI%y|65y3AtS6KgR6cBVlowPnS
zX~nG0IEffE@~|EVwqI=dQSj`x*aBI7;Auc19Xr-&Oz%YvihJbCWz@KHev0~uu=`;~
z={P;Xvf%1-{^MfmNRnV!03Q|wL`X4T_IF31DY8FD@B3!b3RNWiDIGOjK0e37E(TFu
zQYK@g0o`;vM13|Eqy6hU*f{rt@DFq_ZInY7ij*xlFsrBYYkTRK8keQVUrfGyFF!it
z`C;wpg*>tTD7ahspLCR=aZjdbdt8d9omN2<C>Q9_dldqh%C-4;B7unwk$E&(F)BwE
zyKVFeZSDkwVD8ZA#21sWo)Hbqx$#4}9Oan2)3cu!{_rVDu-;?TE@Ssh9og+Zd+s!6
z?6<gZSNu|H>JV1lSH^-yIoB-F&Dx4TnjNsj9UY4_k_#`196Zjx{GlIrK_%D@YqgCN
z24bi5{E#LmmzE((LsnX#17Nldfz=O6Z-4R<rtmP)&=<CQJbyHu@mfuTEyyw%A%%2)
zThU;uu3>&LAJjb=Yv1AxbB{qNy{IRtIUExHGYcH+Dn}e(*ZZsKbvCZay|LeY$RGK_
z2t-WpwhoyDX{tW11p9N-F=%+Q8a#>Oj8CSX$BJorHj{M1rJFjWI2(u2`OS&wuw5|X
z=L-6fY){66xAzVfu(pud`q(3T9j~6BmTv^cv1XcgCGF?h^qAGGrG~c_xkj*qDmTG|
zzRiRK<fYf9uXUylijaaD{TcMIUj2kRc+Rw-f)<~gl5AvTTLNqaX#q&-bE^5&rH}wi
zQ^~cT4sg*>@Tw()Keq6MW|JXOlH|1RuljU)1T$pj?EaJ;TYd4B2x+Sz^Q;{X%;m`F
z_VqaBI~TpCqJys%FG7B5;pJzM4ro15eUL7xxh7gY|KrLU__E~|N}VG+qzOmH?0sCj
z`9)jXA#6Huj#}9RY06vVb*R1o*Eqzg41B9=e3Frp_|lu1N&%F_fF!PnpvO=>z4lWN
zJx`RrznAL(oMUHyk0oin;E#g%_HPYHbXDB0pWhqr86@Ap^Ol!<s&eFmdF-E$i(I<e
zS$Txpk@krU^4ZX#A&O!hzQy?y_viczd;a&YdTaBs%!*X#ACqJELxA$+&ZI_@bwWZ6
zLxOp&p;W61!`0YLk=hQNR%XCy#ZQafSUexNH%R)a3RysP_GQnVFb+uNWzkA@NI!1%
zyZ0?u;0Xk?Suici*Ra^Ad?XN2G=O^L`)91QKIkK(=Lfm6W$a&c^B&K5=_|gcfV2Cx
zO15cc9Mx$CE-r$H_8SA%l|=?L?MENPSLULV+UT%dtGAi`P-Cwl@@0_|nRgZ2E8E?T
zGx}kp`1Q;_gfp&IxyhxD^n*YiBQmV0FB2Q33p*|hDB<e=5s!Bn4|68JCC;V@v0`f8
zR0UOv2-VJg4*97Y^6dsrenvQnniMPH7S2WgIwRATAvK+!G=u3nZJE7i^N$-4T21%?
zLeNpgiDs~m31?!9%=wM>W23n362(7b1+(e#*&~f<R2Spw+1%bACDHiTB@>Lczk)`0
zRFZ;hXjmqaUcs$XS$oJlwJr)2?Jzk3^wG5Gb1svV`eAkM9i+a0kZ)W75yn7H55>&n
zSRih^zog}fAHEgiq{cQ`n-O8TtuQb}#<W)yML?Iu&)fj3+4fPfZaFq7WLB-%Mh6cY
zb?Ex+Nt}h%p|mdx@=KvVDg!MJp0LbjW%X3gww4i-Xrzbq7ooyKX$xnvKbl?}h8gg+
z1PpGpQd(EKQ1f3(X=ZOO%a~|olVHEP_Y6tC5G)x#PZ4%?k>^&Xg7>U2bXYVIybU!s
z<RU#?{}VU}Z}+;SgR%ehJ0L2En<3Dp4xB;s5bms=9d{_NUcH5dtX^g8e}3HY6-LoU
zrAZm^2+}ER<nVvg`yd|1u?}u4&d+u--bNv&!;SWhJAJdfV;=iIF978G!jXP~Y`a8$
zk<|bWWo$+|{8nh=8>b8$3y|-BzfJg+;@<^45JQR)fVV|#oD*Esr1nD#Em{C7gz0k*
z-hagd@-NRF*JE^aWC*?2o(kIn!l9GaPYbvrJR%u##TPl5c*K|{tXSpc#wy9mFM(91
z5)LEqwh5v5ACHH;8ihOHpdU214D5)hLpX7+PiUlR)=9%#{hwVPwy_=o(Y04jK03*-
z-#+f-&t75-NdigqMx=~s)z!_n*{4hnaXI+;S$+V0+8x*VS02HN=)vmnXAV1Zlb?v_
z&t2Y)z7;cfae*tr;kk>4xH8F0@Nm%6D;+&GPD$@XB-}zd#43Nb3r~Ux&d&T^84^nd
zF!%w$Ey_3$(z&gM&|o&(^c^P9YMDzg3KER@vHU57l~q2lzl*fYnZ61xPQetf=O67r
zlWD#{s(c=r(bB&+Sj=GttCAQ=9RsJ52)pax+ERUnX1uQi7KAbZ9HW{Ci8i5ZMr6Q@
zZ|n_b)@+SUzc3`1+_FN}lt})1U?w0evVZD!+fsY7I)r3cH5-ke8mMvPg<qvItvC)n
zIZ#1HtD?tdq|6H2mXT>BA~-n%^^^X#;K}@mcH8rZm8TZDt>{<%A0NZsB%gn!5>$LV
zeK4th<i%5^vL-0v>e@mVLYW+k92(#@JN>HU7#MFc2wT;aGEM@dEfNkDFtpMxGKI`Z
zH;Q$%bFu%1^L!*dEd+4nyAD>djt%vMLK5pLREdOk=XuXJneoc4%b%pB&AwR+{g=;p
z)(XplHl|*z-4sqJOUh@k`1n;n!fQUsPbo5~fY0!HePcL!RGg5a{569B*a1z*0LN;%
z)Y(L>fS>WUvPeGL-XF~rXlN_yobWIQFHE6Yt)0fQ?yUV0hL?3a1k0Af8`ekpjHapP
zf(ux_(Nc$`L}0nApduC22v6)GKBs1`?Gb1hPD?`E*Tz9R69glAOU%Xh!Aj^qsjOH?
z@znm&-h*U{JeZTmH|z>!C=5}NadPlq{`Tl4qMf&C7Z1h%&Z&rPFM5arVu}#pDr-zg
zU~mgyiURj4$C642Ug>#!fOSxT6VT=RA4W`v*v1k8DS)5~xps^6(bHQq8tO#f8qvoI
z#A?C)D*$wB(r1Q5l<k}Y1uvBJNkP1Bf*xAQm3e*d2kR{!zn{s<m}~JIC?0&_FsWT~
z?NI9Bjy82TsHCJs$=8Y-@D^w}<-|ld`q*u9rtSNh-aJ8R<Vn=?1{rudgbkocpricg
zhU=To#U^?|fYz|ORZ27Rdx&-SdPH{$nWue^k(F*OeyW-6r)gkH;#2$M;mym$UL<eE
zk3p<yMS?|dzabh@*2cMc>*`B-ytgEJ+1*A~ew+R11|(b6*R(00zAxO4A7N#5VKYKa
zz@b0Zzg^G43T+QVt2=h=o<}bnoIkYc1~nP5H`>#t$m|WxExMg;-5e)3pSWNkTf0;*
zg>hPEo!+#O4E{erC1o$FslSK!(f@3PO3yvMu+GwK!?EM2Y`Aq+Wc@WmPYMGwbXaKU
zxB#5e*fBrZucZo!x@9ub|BJ1+jtVN;;s)uK?hZk^Q#wStySuwvKvEj%?vM`YZb?B>
z=`IOr5SWASy_s*;%zxs-wY>M9v(K;g*-^Lr!)%`d4m5*43d4lCw;b{NLOT7jI0zSP
zZpLMfQ*03uX2SKHm`oBvO<<o#FdD^N@AC!Ol7}G0znMSfK49bFg};l!h27R_``kJ<
zWd=E8323EEw)M4Q%_pff)X(1vT?yHKV3usyB6o%1@G%%AwgjsF|9DouTDRxQ^RzGI
zCWeE%fR(PL1cTE9E&sy+lb&JXV6rv^l`Hf2HA)Sl0(tW=-{<QVkaFjC0!d<b!%MQ8
z>6O6H(%g@t2iWId4TQ*?>g({x7!Ya@i6p)Kh23nK1H2b`e?XAwBvyEaoF#N4dEMx4
zg7{qEO!({$A_aKUEdJ}cpP0WGeQjfOQ{|JMUcA1=1O_v&0{0hPSV7<}82ETW5{+_V
zMl5)q)*`=o{gkPtJTjLWX3T!)__q2f8`vgnU%jP}YTV&byXU}?#aIz}K3O@tj#T^=
zVc3njTSj{at?y-+8&+Rr-DCJDb8n*PI>l-rOv6)b$5EP;fU#4B?nrMdgbITCQVMg^
zNph-7MFfF@wG3~h_)9Z<jAE@qxk?mHX?c=~)1$jHZ#-LS*1Hhp;TdF@`<heykim^v
z?rLsod0!fkfTdD)P%hftK*k)0%pLX0`I;B|HEtenG5#RkU|KFW*);oS>{mr9CNk+O
zCX%8)m3^GpO4=8J7pD<(VOFZ?8-F*fuYiMGddGXV!O>G+bL8rmm<aTi%UcAHh(een
zt2sq&FJUiCODBi}lezx+OV~gm?giEo4^moVx`<!Xhna?mpPox<7H)f<kqbIhK>h-)
z2Nc%l30@abvOvEk0j?`_>2Srtg|MG3Gr-Vnng(#`Xtp&yTR7e4K75&@(bSgt5~@qe
z&m_26gwn=g|E-ne?f2}`9#_;5(I^m(M^1Ir)`Vvx9^}mW_xV$@3UmxoQG;*zild`x
zL8h*13VQY#l2)gJUf#>*B}+Y*Dq7W6Mb=a#?latyFD3h$l+GI_H}}eWV6m}%i|zk$
zo-C%U)imGCMAD8%e2l@96MMg_cm8v14`L6UC{*312I^X{+%e2w5h~O+=+eaB^}GB(
zPg=T<-*R9+C530-NgVs}8<uA(82m2uy(3-p{}Ge>6JNrz8c$!e9z*?~B9pW5t>uKs
zl&GfFxb69jh=%1Wi})%Aqq`rxgfu4PhOvGzaM}NfY1Ca*!VMX<8PGJOk^IHVpZTNh
z74>_Q#1#?#7cQWnks3Y{csu#Rj@(G7-0|4l<ot@9&7=`2qlTS(&DK6Zc0w8$CUio0
zx#7k0zPrx{A)6V1$NIo=qIS>_R0c3$+as_JsB#q@K-gLU$cn9938IUbub;Z0M_{l{
zCc5$XPgf#Yrk?9dUYT!5f=ISBZfRx+HZU}E@vLe<J653Q6XIFh<;1%4y(_Q-vJ+qH
z=}v!tRWl%gI-{X1Nz7eC|DEdvCeX^o{ooSUqHhuJ@F>EwdRxGZEI$q`xwwH=5zsP{
zRS?bl_Ylnc%AOcITW3;5w{Moa<y#Y)8@*W|-})z3esX#o{-f$0yKGgz3r!Q50#ac>
zq9MTkk5XA(xEI4ybci*~QCwLJ#e3QDcWY?uU$%XHdSxpEwDM1#wv!7MA2Tb^Q5CXh
z?r2EO{#M1MX1wBt>et`A%2LCf)oXg2Hm=ZV>X$?X{}Oun!1#z(G#q`}neYT?s4*im
zRz!l<&I~<UdE$0sHY792cmB||VrV;Z6wKn*$iA=ss62<&D6{}UUEKZ=7|&*W@+>KC
z{fu=Ee$tO6xh|=KFw<yQ=l}#>UT(sn)h9hn45=(V{rvW%v%&e&P;+DMJ>C}C0`|sa
zB8r@BjHpc|iATk4@$GJou^Oifp%rVZlQ;T=V1M70p1-vShI3C*`sS7VrZ_@`80>!q
z+jZBs(+|JakQOov3edYxm|H)3E%#j4+`i$0>6<n0!MlbY>k>M-f`3U|(eM@90S!OR
z8y=THdsPOkcFUkA4|VCjxbY<R1{|rqPuWHmk#_U^eQAubd>|D*!!Ied4^m2_JrPd+
zhzkKBxSypRbhMA8fzG}%oqDCfnlb(7dzwr=rcp!02S<jQQ)NIthHTijio<cqd8lh`
zLtKGAI@6Ebk|WQOaNd(d{Zf`^&GRGqSb*906+tTF3nP*>6;0nKoY2o_o@7(Q$Y@MG
zs~@x?O`kpBn?87#&t4q!E`6b;D6f6)xIL5wnk6vp#7AE=OKEfLu-k9B5ws|+D-NAh
z=mZAO555}*n7KJv-5yMgb#*TAe1EC(ekU!P$|V-g+Oq-vAJqMbe!Hwd?oWKgS988>
z&`M_>dQf+}%?Oss$IK?N7xgxSc)_VvZ~yR+@M?Hx#yd0_323?2KrT-LLP!>My)*#J
z^%Ag6OH4_IYyUvi1dWje9LNx5u{zRo3>^8ILGWJr7{z&WylK97O~`-ulQE5Y`q;Na
zsDq{)fAi`QZ)TI~MK*@1ta}mC!Lg4#vq=f<BG4B5_t&89FNO0GT1dzb{`~iWVIMcI
zLV=Dv{%K|_K9?q7^7i+Ssxv3p5(~BNt}(!HEX)QdsDe)O!;%1<ZMu5Bj@z9cJNsf~
z5UfQYQBoq=h>MGZ033Tqj{PsNV|WC}Jp)f<dsd&5e50A*yzE%MFCa8#1vWg<X368!
z`h*#uw{Ea$8%N29QM+=-^P!Doz{_>vM8w;9w8uKj)3tZTtB#J`CSC-F(1|#H)bd{u
zGMeO_Uy<2AJsl2$E?m%H0@LlkefuU8N8|(u&J_Dz`IsoAaje}Bu&~B4f+lcAYfeWk
z&gW9SKbv5fr`n~w+4>ArZr&qd0>>Do)HgjSAZIE7(*g(WDS%Ne`l0%-y3d>ZOi*n?
zKEc%?n(e&Wm{YTeSh&G=Ni3-QeNKIwsTsH7*5KvZT=}y7z<OI$vVghsgzyDZk!n_;
z$3G}(XDOkdf!K;r4}&vB2MAI2j+?O?KV~udeVFpjzaM*~;`OV;YL-`2&teoP^YiD|
zBPH%yq|=)MK|dN0^do@$ISIjsJi9|d(J@cL`=7wsJ@RCU1xmnezLUR%s8GSKG$;S9
zU(YW?c)dh2AIE3hc#ZAn&)rDS`udQ92Up9h$WF4$bec(|;a?lrlgub)lD@%gGr`jb
zFl!h#Pd&fo25eW%PpDPe90=&<`8}-sfe`k7DaP#lm$B&V^tvE*Aydy=%=r4nOx1rH
zs%PYWWh+x+%pb3#P+QK3kfZ?O@h!A!AZrk~YK(_jU<bPCCW;2%Z(hijZraw^3Pa8~
zu$h7q08Fbm29_AgPMC->sC(UkL)$f=q)*REfzFuWZ&d=+;yOG$sx9Rx5FR-;=BnE0
zyguc~sHwNosGxS&&We#!lHy|sluo-P0lKGg%M=Lofqj<Cj=Qk#B~c~dAF_VqOwIEC
z@u9RVy7I1PlVwCuQana~D@~>8OQ7l~t(P3g-~Czu9es3BnA~kFkf?Ri_`t2kg_5I*
z1G=KcW{Y2yTGJ;*sq|#(E|ZvGDHCRNx^qvWU<OwAH$Q4gq^jWTJqnd&T(OD|6**=6
zQmBeoh33B8xiSNg65IWZ|8%l-XGhC{2?`eMZs-jpn(!%M*cAM12ZMp|<5pnkM0>Bp
zeUTQn<)<~Zi^&6x76CYLnSdln-4a-Hm~PCz4z;!t8@C|WEs(CfOKW44fE#dxdO3R+
z&RSRYA18GCu4pn}ogXbkkr|aCd+p`!h@~_3+*?961TYl5Xq4dSnZ$gdw~5VS)m<;a
zQ{#8LoApb(-Bh{3Iz@BUo*``S!oD903SObMf??Q<dQ;No6r*N|nHobS?7!XB4zi8x
ze#1??D+J*s3Jy`fPGfI>uc{u-FDIgJu4VNWyArJ0VbNCEVY{CX*<a4m0$M7C&wJD{
zILpAv-rpH?q_P%7L}>(xkZNVnEN1h#%((IMgaYqL$@iTx;f&al_jz}r?u81v^^enK
zAw*y%EV-%aqf&ygH7~6-(_C<<#DVSlf43Eu59exWq?gSvPnrWMzI}#j_9qz0qPoF<
zbyu3iB`p{RzUcly38eMl<`v!z@Y$HnXv&N5pzZ!5`Y1Qic2Y&t2?gWHekJE9MuGUW
zq=wrD=%+SdwZ5q5T#b;_Z8BkQni&jFk4^vb9%t<wRVq9|gOXYpc-HU0nfOD+)X7pB
z?#Wpm!@%E-E%xb%-tT603H0&YSc{M89&|%0CmlEXsl2z4A%NJH<wQ@+ugd&Pr{1mF
z3nMe5V0+36xLN2?>peRHXy|YUZQG63`)`ooG&-SQR8a!ysiqew!DENc(xnBb_E(Qt
z$%MIflgK4*dePN)rzB}&WF1gX6_D>K_0?m9?l5@vaw8-Is3;u{mOX2zOR~dd7pD;w
z|DwoC)FfyXLrhFP%Bx@MUjt|iUu!HUu<j}!qd!omhL+NDZ8^VuT8GkAL@A|%q}Lnj
zpWYDqtY6)Gi6=}p<yv7>f7PAfy`4}bXHGo24AwD&V!gx7+Yqn2&+z;YEqh(^qOR`>
z07MKj*kvF~md3-U?B#x0J<1JUjCMq=OItDqNqicZDaY_>QO&}O9kh%-V}CFBY6B1y
zN=@L)V?QQTbV5Tv43?rTxs;OMrwj%wo<Ml`sSC}vokCw*-3?n8)!8CA5~pUVc<`4d
zDaU8f)IqualRKGZ%YYz^8+pL_Qm81*nJ@Kvc+mW?jsn_I9p^g`$p(m$pv!sRnaEJ+
zYZe29UumZxjA+ds(*t@cb~@S^H%3gpOJaPi7Ac9N&rYP(`z5?7DL)+8$LYqwB-qdE
zQZC!_bWLDwM~jRDTQOj(s|W#20+fcdUWGhq6CCSa8-QK$*nf=PlQ@)LeZtmyupKB>
zGk+sV!NMg8mbQc(Qhe4MgDIReY)LO7@|VR-cGY!7)U$<At?0K7nI;!Jp$gvx@1`G*
z%xOs#|Dk=^l=Hg(W~Vf%>P2MGXl=gJjJSpQfHwOZx}I0mR<G?a5F=9E+m4<nm0|(?
zzrn!KNts!<1*0A=i2nowwR9Pg5|NY=Rf7K)4E!}fls@I2-5;m;i0^xNgWr^JtOMj#
zN%N>%+cwb8X^c6e??P%62b&cfLsRwUuWhU}5r9eYkSrpSwdtH%NoLeN4qW{Q*Z<-n
zg|r_limvJ})R6r!$(n_@z{oLtq{_eifj3X$9bMOgMyr;yJNcOvE6^i;!t{EDj7SHj
zE8v8?@w5#6;CRZr6wLpLuWHgtz<^As4CA?@v%@LzmJ4P^bCU9zPZq<DzL51lAuvja
z|06IId9zHV0orW+&iq?Nl%;zzUU0(@;oI;ti`M0&`kLxZ@WxCM&Ow?i@4Qy)aqzKc
zc!(`19%L|djztJFUzw?Ss+-zgX&hJniZs4CTYSfyH#Qv__5|0la7GG2K1vws?tN5S
zXGQfXF{&uew_pp#;O!&kXvQcFrf^<CrE*&CP|08<p@)wW5M)YTM@>*uOn{D+-H4iP
z8$rbJhsvLF8?URh{)$PF*EzFVEmm2KPb%~P2$6sP=ib53;v9RheBY-j7u(RE0MB@E
zw15-zyXJw8mpTG)_qmq;?{@G>bU|yz&wcDwJ)B^6Ov*Z19&N9_?VN_+_#Qs!=6gtT
zRD5%@A6Jdf!CmY~syHPS@;i)B3idb^_RR1dq&?#cZ$gEtyI*`iC|0+9bUpdaS8C2=
zhKNT+(mX7eK0zdzkTtr@-!q<JOfDb$?v@Si=*%mk0ErFG8b=zx{}|{ip`W5O?;{2h
z&>;*BFmrAT>y93euSgfqAwaXC$75Li5xxhS>90F`FQZ}T+f4lrA2UueK*$=jEm{3i
zw)@$Mh}L<bq{IcraNl=aWyo0~d+z<bCqGXJ`aIev`oe8BBHc&aTqQdpm>O`C-I~dH
zq+6OgL@V#28#RBi1%f=;QR%|?s7O%^o{)GLKqj)4JsoFV&zn34{aa64MeL$?p0&yp
z5>>ejT~Mx|U+ZD7rET8IY(7zEoMt&?3Iw$i8k9Qb`5^R!N`Y+<RQu01KoGfk3FSu;
zaYx{gJ|lj2lVBci-09KtKP9!_C+;Hx6cy>^Js1K)qI1Lgo%ZgYrW-dBhz|zDJm}2}
zF{uijAu;?sn^KwF&+??!{J}3j6sxlI3QC$bPVMyvl|cV%o7=B`@7$v9)R)_9msJP!
zY>NE)cYlLD!1-}-jscPq6jEHt*?-m|M1Qg#+Bg*M7O*8NNMl!b0*WOlt`KUy@AHyd
z1V}p(383n*_D5B9DYA)Si1%?`{=F~Nr+R*JGGzSV2T5Z0k#y(d-XPKAuA+j3UlB;%
z&8Xco_7Kt;thveQ<5EKZCqxt~=&6Z!f79_s&v9Z@Vtl5UhvnE7^4d?AIhqSo>!$HJ
zR+Z$@$?=r{Ce?cjiy>2Y=e9m@e@bElLVUW8n{#&?WB%w-a;8lGHyR!{?|pXCfIVXY
z-E&4ggYzq7N<9O-7Y`h*`+}7jO&<=z%io|w^O=<UWI2MR^M*RBg>jnPiZzM@w~)15
z=@g$rw4}U}mjRL{TX;_i0-S^3CbVi~AO~cAYldpV?^KPph&taZ$WsQ5<SGOZYMfG>
zGVwHiLb+;%FT7Otj|w&orT%smj2vd_oz0qha)`t3U*>b2&jcV8u8%vTZes`IkjX66
zYUAh*e^2r=V4?K<h{R<>qVRSv2PYINQ(=Uck-IfhH!~JQ{LIMzA?SkIbrRx%o**=*
zolv~#%bO2zKe=q3o|=lw3>xvjR-8cSZ5mEuowk$FMD-xt1MLAHqk9AiLhA|4eQ*QH
zaAlV(x?>8Dtf0lkZ`dpq$^2d$_!348(CkvmC^K^S<@3YJh_v~_9Q*g+_W{oc3Wj`D
zm%ODlSwmFaA7F%Q?)gsE0))HTPAhnSxoaG-sW+tC-|lWY9+FU*sWn|9Eu@$YGRTRA
zCFsz4hVy6|*}S2|O}nrL?~2>AP#6z32E>5O-bf;Xt3NE(vmH(b2N^#0T^;S3_1bLg
z<i%qp!)!C+*3=lQraPEDb?5p;J)fqCrGO2O(TwLi*#x{7_9v$eq}M0?LoUE@&pn0(
zjY(>f#=&cp08rBw@qMY7zJC@Bx)@6-Jg*yex;rSHem)^>IV4&?I1Fy?ChN+lIDf;L
z9`Ci*$y39B!|mh|uD94|vffk!0Cx~smmvdJaV2OFww2*6juw-8;rzQUJrqj<geN-m
z1GY>UAQIuO9lQuyPZt|~u?QcCpj|qKo+SU?Og~H7E82_1mi|oL^+&vuzVjJIKxB@?
z12rY|2tYU*Mvdn~bmgjE{;Titxb`#ry;hQA;$oofhlmj1c&}$)F$a>LD_}ddnE}yT
z4dSCFp#61M+|a)<d7yA!8Us;`<)z_(4YdbuG6AvNZ?ya$v|G4=v9G=K5(~uSiyE+H
z$psNqo+S)ehJWUovXo1faNPZSq422OHh4kZ=25QL6_N4!xZV`^&!6jJh1P$6i1)L=
zs(m7OPI^rOZlT!Z!AVpd)xdFz!3j<20F7TlXiCrU?%HAra$6!pjL-YtgoD4`O)pj_
zK)x86>*d}cSL)m!{E{OrPTmj-&6+I%8n}vI!e4=iTb5c$RkU``thrC=S!NrG6w5R}
zY>fE7elM(7f+{>T(*s@|LdOEst7_bQd`K5>qMrR#;z0{s!6N)@S1BWse)#cEWe}9_
z0J*kVm<njF)M<`wwX_I{TR$O?JCDPW3l7Z`433jiCGhLHv4ozQgb#Qm2d!;+9%!uW
zd5ok9r2nzjC<gaDwnmXzHfJ8ujP}orCvt^1x*i-1E}x!Z?{`iJhYI9-%p#LvKm9c#
z22YRYDnk&OcDW>?R_`UKX*8OUt~NB6YI=W=o=b1&UH)@?JKf9V8&(=I4`1GJHZc#u
zRKTXT*2H`uDNm9*ca)-SbWE*@j7wu5rx~sG#S0#T65=khvibcCf$Q(66*P$I_lM4(
z<9iDeh(dGkU*_qU*ig%lZ$xEVof2VGcl$cvI>I2E6SxMZai04u!M(|7xo97>-D+5h
zCZPe#qfJ2Q_=_Ddt|jzZ1OihG!kr%f1gnAWx%3b_as`vVBPo{e>hM{=5P|ExzIOw?
z#sK5thhxQG$oxhb;+&EG#r%lf4JAgBuZ~6K^uIgZ;B}W-Vrw(-hMg`ht}WKz3(^0<
zwmuTKlf%i3-14|q+%PaWXbi4~A-h}h(r;srXntLq<ev<940ifNPvefroa5l((X}n9
z=+Q#6u~(<d535DBYYdQK_j=mC08UtQ>*w7~WY?}h^QAG+B2@d@R=Q{2tK^-<*3KLY
z6_?B!R(t;Sz0eQJuEUoGeT&s{5+QJT5uZ;`jt{x@mwMhHqp}50AGX@f+($g_%lbb=
zdZr`;;1Hmiu>jd3?wI<He4;^$j?G1>n$zEj6)eJBEV{~=>@W=kBZjb9e~STZ@%_*B
zEUvH^#WjvM5z8@Fu$~YCQ@FT5R1ROU!OgkvxKLx@X3i+!Ro|cfbJba+;|B;*xwV@a
zYkBA&ap>wDLYUa+*=Nf`_UBi^2ZKL%s33s2Aq7g11a?@Z#x=I;zB3n3;ZqHn%1@xE
z#{RHWdR{>5ofD9}NFIi@dqx5`gd^wrAw?t!-#Iia#b;#+9L7y>KXEw=FEa=iAEN^P
zt3=%Zb@4|#&+r$&<ktXyB1uc8^(1`ATspQL8aV;)ZRwUyhfY(ecIqu$kR`{l({6_y
zb4__Jr{H7YMy^@CqqiuX)bQ~GO}OKa&r9tWw`GT}AJ%inQ{3xMktrxXi-;jeqr-;e
z)ki=z;W2co_tJaRA#1hY>{Z=dH>G~5`ZPBmtdlpVQbaGYWS;siF+Kz)5i#ia;q5mw
z_M_9dAPv@_Q=W8=y{z=FP2ME`%L42@`rO%so~B<U;Jx8+oxJcTont{K8>suGMxNv0
zugTfqNq@0z0?i&=Mi&^ob?U(}>}3|2xO^pONfIB=GTDmtCuqrbkdMb1@vBOZHR3T9
zR@9L%j2x9vx!zj829Zau<?{&}pGMRr{vB=&mZbGfZ4Jrcb;OOHCg$aRHU9=9vr)0`
zamEGaw;%WA&Yp0-so>6v?0sURQx)kfJ#T-qIZyVQY~qS{a<yw|lj0I)4R7CT8Sw44
zEp)h`+`0x`xZD3}&wXQlS^3Mq>_1cM>n*Jv->)o?g%@|N3hq_Zc;?h}KHjh0UaIGH
z2A>Ynu)vluy6d;F6)>BJER(wnt=*5k50%>R1_Ld>{0%Jo)@PoO|K)@}%UY1i1BKZY
zYuDr`v1+l=3(I0?g81B@ik=)vH^r{^XUA8i3+y~rr^RG^2Sb#tWJlu<tr#>>6UAU5
zAA7(vJ7Fiw%Oha0zDgiY4s+z;R(vDdCs_{Fb&rakvblN@Rt#b2zu+A}Y1{hk_?<cR
zRVNe;#R75FiNsobsQ2TagH60yES@wsp7s9omN-eHwz!<FDV=g>5BWC+rZ1Bp+MyTq
zS1FAMT{vi>UX|Lmr!C+qrLy0#H9|Quxp??^wA`*HOdR{IG~>4VnX*%yh`cj@x#&58
zD}3(L&}qPwJ*@eH*5T3g?aFDdac5h5(GjN8cC#N#!SvhqB<Y@t+%tE&u}@&W^+11U
zF$4v%DJ%?r&_RONr%{vA>Hd8pyNaJQ9xxWjG>kn>#lOz(gBREY@8?PO)R1uI&1!nV
z-?4Idl*qDc!K)f~{1HrRKY_{%=`|aC8s$#y;C8mzXX|4f@A|<V1qR5G<zS?#snMX=
zGuHZ)J|K<tsbuZ_nDK;FjOU?<_Wr#yDe8un0V^jCvEJ|Mm)V;lUs%9igN}~+dfdox
zN_AgisMLq$;b){LRF`O<IYpxD&9)Vc)#Cf<6MFEAby=;;F~&p6#Skx}PF8)^t9*k>
zD2=CnsBH@<*7)X{W3U^j{byjY_R-JFl65MU_onm=;tQFMkf`uVx12^?=bb&lhETnm
zYwMjed=Y58j&e1+@e2B*5tbL{8$?0czKeGafy;Wx!)eK0g#LHll2I6;UqelXTj)aL
zpl(W6<8D&B<5Ew25YsV;Nj_E2gdUvjZt|S3*58~d-HV@T-no*T*4i4Kw32-Mdc>;s
z{Aw}WwC3TFWH4qqePn-<r_Ph^M;W$MR7tp*L3ndn^r~zq##=})KQ#0aArosk%s)ZH
zH*crj3qUC<6F^`ucwZyP)xAR1bzX<^4e|?c!B6aihLMwa{jNFQ-(D4ib!62!JX(2y
zI`0AV!DoeXqaIxv>3dnN5t1*(lci?c^v_}M=k%6==|j}ruTM7A7INDUDDNc9tYEoW
z;C-0e_xuD?v-b*P%_StQe(}6q!D}|ArXLf#V1UIXzDM>Hn0HHYtG|1!lEjOZb{@i-
z&uf1xF*R3gXCuanD~E9#giWCm|CWq)X|$=S8)Ls3mXZcBU2651yNj9gy!B=OC0=8q
zXonBPvQZ|Bh3<S#*@`SzG!m<|MM7ln<2XC6v^*b=wp5xi2p+ALQS(q2TdN4~wF?}y
z2+}DJ(<ppr>B-yHUTDlg-D4pKN8DA|bpjrx@hTG?>v%6QYqh$dHO|{!G8)&0`nUb%
zTW4a}z9EIYZURtXnd5jaklkbTF@jZ~$Dip~eVN<|u2_|I4CN5eMEsi*to@z+(QuXC
z+x8yU*nRxgw@SSON$7u|KZ6Sq9x&0e2&s1ulXi_GO64v1DAaYOrnZ}$q7c<TIb%`s
z6&3zW*&8{h<;O(f1Y+#rQq<^))T{8CPo2;t7zq<de;;j67--u|_UbP>;=nu<MG4$}
zN4kG+x8nCgHzXsjG6ydsZsX$#*XyZ0Ua5Sjlujtxfe*Dlt*+=~NlqSg?cr@n7%U0w
zagP4KDd_3j(<g0u`oMr}2t$fsyt3mj*!+DFCGQmaqhMJmnQ0Z`7toa8jTHKb$EDLa
z4l}y5tNU42g{LlkJmAknrLnrSMHap=sJ$EknHeI5ES)NHxa);5#N16+OvPZcCPjq?
zmM>h@@H;ctZhMo5b@Njvgm)n3>%B9V;1wujNk$@DPGuV3<DgV_{t*-?WtqSol>rU@
zA!klO{h73zaIY+mnS|(3X>hNZxlVUQWBRAj<;qr1ggJZY@gp#-C_2ka`!*r9(3&1f
z$R9TCA)0sZO$am&nEVrgM@USJ%@0MfW%1=p@cE^6ohbxFbd^k+kNO$1`NN+$z9YRq
z-v^CY*Ea{F79M|YfBT$2XOnKYHTTiSiIYy;Lk!_09~3rSn0L_A+9JNNzwUoh_1N3$
zx!7pxttI{#XS-J+fsiOcPJI_f--iE8+NSL$(r5&0UI{+t@Q2ecAxoq4ty`T1l76NJ
zU#wtfa$NlRiBYQ+%+t>)ph_qbi?87e*aJO=`W91EjQ;rdSzyK&)tnY|x14;P4HB7@
z+1txWV_fKDPAKZwX7zK5t@<cqElyU+&96qfn67es)b9H|+SF&rgaX2Kh7yB-)8|HG
zGYA`r{5NTy9nr7*4CufW=EzrZCRp3|q@)nl#FmD+U0%m~l%Q`*#YEYH(F2=@y-IlD
zdsLVMRSb{C_NSu<{P(HsfuBar3ac=AI}Dal!WW<qWUW3<;!ig?+~gO4nVsii+(cW<
z&SI}C_p&_)W1X^dGDHR@jJ#?Ig%Hzjs8X|jnAGL9-rZ+De5R>8wW<7#-vdv~pABiW
z0!89ZN3}}*HL$bnc$94~;{D*Q?sDACeM-?T=JnUQA7zgZuPz0B>Zqcn)))e+(LZqE
znh)jGR)$)4f?)HGynk8>KD|?Yg7@gviUYpn9>fD}XQkJn+V0m)ms{|EmaAXzT%g|D
z!`6^_wT=g+H4!KSeGA7=<~AS?zgY?`?Fj+u{tk6w;=j`(elRSm3QkV`tV7JCuI4mu
zOxI{<5#w3}HKyxQ#u^#yyXb6@F+Oq%#YH)G@{ue5JKD8H>y^Iq?6{Gi^;x{T1?&*C
zjJCbad$Q{sB`7VM_d+@o2D91tyK%E4BGn6TD3=~hdzeqKi5JHwiQ{lSWr~;VYd1f9
z$Ax(rt27ep?}YB(?h#3{_10hWuW>Ugwl0$|fzksaSwt_HQ2EA*ipP!Fp^9XO+@as~
zS8+iR+jJ%A?V8X+Rc!$<mS{RK)PFXZpI{uWjtT-oWBZLu)td4^Kz~kjbg685AAB07
z>^pOVD9fz6@u<<)6<)||_k-P#0cy~HD_8Hj*I3{*o^aA`#L4X;agw~#zt!p7RxI(z
ze@BorJ~lhXg@@>(hs8A?L`VyhnlEaHbh3k~<RjO@t{LV4YaZeC6b6vAI{2&;5RjEP
zYSz?8pK?TohAlkTy<Yh$FLhkf{)}gWuiCrgUO_k*Wy_P#_<@Mf8usbmP3)BXLz|eq
z(UNthdc(%*J&Wb7cLfJ=5Of#ISo^rl%Bk#Pi?65Pu!%_;Y~m17-%Z+S<b@WlGYe_9
zFtVH1MRxeQV5@xN;$gy^*15(|Bun8oU6kP`94;&<&-MOYR7QSlJG3^KFruc1`k*7u
z!TOz957*JG0b*~}*s$gge0?{i9w{Y1eK8cD^l|p^r=zm6@wp72aHm}vo{M|m5()96
zVS_9Y0VyMx`1q+VgKonX#?|qSbq0FbY_u{fy(%762Amd88{&)m(Ubta!}#4H4n@_U
zi&0$^*AJu@Zk+cjxI({PdjuazGoexN<h^W}m#<wemch>>x5CqEO@xlfc%S^xw+!W&
zT5laWTO930XUMcBfA_OL_+7%+N&23*16?_vMypLd7YAcm>A$KFqA{w=z;<P2_H=YD
zSoP*dskQW(IxT*pnj--h;k@c<y<&Xw+Qz)7<Gi048&rVRT);lm*ws;Q4-$>d_0%?m
z`a4K~CRY??31i{xUlS<Zp-N%-K4XXPI5#o^ev_bZ(G8ci9*+@I@^`X`@UWx;p}+Jx
zanQHI+QxTzueUE^H9T2s)am_L`I*FeI0vZ1-~;PFL}YLJ6#vR<MM$8HWxDw{8)U}l
z3onaD2u8Y(!ylu^)hiK^7Vwk<#j%inQu?C^#;I?~tavAynx3$YNJ{jFcx-m@{mW5d
zC}%>(`g*L`3W_>mlJ%3z_P+#ny^n(&gJ9%Fo|WMWo)!HbdJvD30Op3sZA<P^ijb`T
zA^w;m>Zf%<vD$gdjDl+&o!*h4QHaCe*IhZHI6(B?HhrO6b9Uq_(Xy_-)xq$*s{3tT
z5u)V9Vq3fUV1s811?h<9(cjk9VoTjMmsry3HkEUWt}E|~&~Kt<F{NddUB4nGgN!BM
zruU3B@8V4_i{}+X?+9k82P=x1U{IgQe(8jhlnKJf=~LLzII4E0I(9lFu<}JzF6Uqd
z(N?j%Md_D2@=WI1dblZ?e$)vf*`TE#%S8WVbcjvw|Ed&XEN_vn+LFL+S4NlI15->=
z;=h=iMAiN4B8DXAGS6u0kn|125?UM2xO|6?5<o?aZ`fd7x~kbX2UU;)sk+T|ZAqXA
zCn4xuLnmJIOi&-&Zn;2&@|ynn(pFJhWkZByi_FHUW66d5-TqLrGoKXx2n`D2ulkc#
zMjJK*hXy5;fax;d;r-Fs$)M-C=mb1|($AP`qJ1%UllQl&m-tL2)M0s*b#c~@8(&a;
z_WiNctKbBh8=&6Uwhuk(oThRb8~9+en-r^tNG&rmhZmMbzfEqHa}-o^jraFAgJa!5
z-S~sPG@9MB&{^G54Ifo+0xPqnZ}an2nVm5iU#FQ3<KJ0Mm!B1bitvB?gD8ej&F;aW
zziT64`p&cjiegqjp0{0ZC6^?;+s`M|8r)I=@#QB<8nLW?e&~#4V_suWCo}`V>4-To
zH7B!vv7bgG%%*Q;|FhLr$R{*<xGxa+`_-O$X4arFm$)>32nA+m6>`ioNtNn54zyFR
z!kxM07ht3r4ydZp^zF;~$B`-?`$M6f_@Mu)XpS>b;{HT&gx;j-IQ+4lbO6gYH?S+b
z&S}&27?nSki?qKP&5uZS&G1vV{%z(q@+bs32c_yU!h&`}>PW}Dji;0Q(;2QtCP@v+
zm)?5Kxb`A2Jc?fTzV3K#>t(}Mav#LHQbT<jGd2W8x?1&*CIoT2^dAlBU0>vcln8P|
zxoD$j0XZsGeakm{mN;NL<|#qFkm4FXh{c18^f8pHTF<xeWwHdVsHX_y`dK$#h`C!_
z*?L3`$YrW!0%yyGZl$=9xa}BF^#5i_N1*UA;(~K^#F%UYa$H{+zK^C&aLmf!F{D9O
zTZJ}el3bz~GSL#;8t*63!sr63r9H7})K)2S>JFSnI}Xtpw~6_N4B)z3i3<WheBc<6
zHBC&HB(;9e>sFJoqOCjPJ%#O%F%GN3=k}eKY%zb^U{+zE*UiB~`<mEEz6lTz<c|?W
z-)=;PCpS!%<Er4L!9hcdOcL<NzE8s0629HvifiP}0>Rd6CS_&!(4;7A_*IRY%%)-!
znDva!jF!;ZVRns?Hs~%0MRQJy8V*h7f{h{pcV{wRgaC<!u_U#HPbIjB+L(fvI`|8K
zYbPgg3>L8e;cJyPjzBv%H89kghYJ6=CCRekl4N>m?v)3px+M-HC$3l0sd5ZMW&7ER
zS?qt*mxAny)|BSmZeh!Yte+jX)3EAh2tn^+Thak|;}n6eFf<h<lsyC70aFZadN7s5
zu&*5s)#i<ld%mnx)aIK(GkPrGGUy)T+R-irs<&(A_w)Xd9~tvcJ<t5n-7EO(wD+Fl
zNO{3<ZwBRLz2?t*hsFo~u@yP3Jh&UVSYv|^`Nd>76K<VQBBpT|hTdDR7rf%?Xzlk0
zHCK5fhe!+a_9!s1cw!s{1(!*?GoVF2U_IP_lMND~m!v2h%j_{w)0m${Ms_bDZk`zu
znsu-1He?=){HP+jwuV^kLBDm|uGG&~ov^HTC3O8YAb)alKSZxs>DI_vLEz%PjhPC}
zwtJ{VCq{+;5A~3X3JG5QxYIizq_JETMx7CbuB1%xk8MchzrqAeAt_@DC;5&x(3}XO
zSf)dS$Lk79(2Kif=XIz_z*~U#U?Ae(=K5Flqw4WdsA1l1STod2Lv4Hx8FNv;5aG}`
z)sFcy=^{F%x~d&J=c`fZ-J|{8)^pLh@tn5n>$9%bQ?E;h@3}sH)gPux?UXhYNP$A*
zmF-?Xuoxg}3nL2m`^3NAWS*Us{Ln+I9xkjNiwNh*E{Qc?9S}xAkhd^Yq+%VevEo>}
z|2x;WO-}l;v~1k0Zc7YV5TA(U2@F;VMHuLZmHcBrU(QDhaDqwm1<ro)3RU?-m;_;p
z!WJOyTJw}jn5QoVBt_`@wBll)w9Rj^hz}NCqhS#dfdJ=)X@J?;9)D+kfYX|CEq=<M
zqV-W%L@dY4*g@%s0~qiU68(N$jXbc>7e1!vZ}YC}e`<BDp(=kgiB^N-D?*f4!8v;w
zaN^LUYY)6nZYPRb*H7$zd+VM~1xp;CP&E|{=)k!Ocn}4pQh&!&zpK2#iu|BW!`8Q|
zcMdOX5IpyrX58Mx!4KC4;g&EoILR?_`8Z{({ar$Kl&sD<M$QqIBN20yN`+<yFRuhZ
zH6u-e2hUr?4al?{Y<eR~O8&R87-_F811XH#=X^qUO?nmwy9}DOS{Nmo>aoP)iF>=e
zD{31FJosaJ+`dwQA;pkJIm{|~uLpLLX0n2zaUT2`#g=3K2k`>5RbSplcWuQxa|-Dm
z{cd!g@mJi$l^cgD+}VJCx(J3sNo{y7>iBBa($@F?C}#|4bK-;0`mIqZ*f{?pI&r?@
z-1s`PpyXKQdE_0+$>BjW(_f^$U8O;P)^iE7d!_%;g1CIM-S}8~l~;%1c4TZiiTiRh
zrtoV)R%S%to}~bI2a4YeA;V+*{a5LGquL_>(%}e=Y|!e^SC>L1pYy8!3PtT_y|{-j
z8U9hi>eAT=du&U>op&AYq}>skV|q#LR~<`7z3n3;B&5Y1(|KX$nu|Dir8e^0M&O<K
zXVb3{VBR6?D`&cHqdKhUam|8O1jzrcg|NT%^#d<Ye+HiZ<{9-Yc`{-$!vlH&)iMw~
zJ9|MA)b&>qylj23j_f&<#%xQ&DUJejlvSbUCZH;H2I=GvO<6q29pm#1@<UyK>KT+M
zrK?^6$wF3!%hk^Se_3Y36_F9tf~Z(pUrpE}QFt*l-~j)rxwb~LEbst;=5Vj1zc2Oj
z-E6s?p4BBaL34=T-mSI9J#?S>IqsbA(gMw-6L>f?7+F^<n36O(T%t+66AJ^wcu}GT
zbLzLMpd>~m{2wJTKd?jZ7N)it(i5I6nFKPyg8XPqq^<GiLN~Yp&m0zD*mxG19om;`
z1_*;9W03<V#=8u93fRH1T9ewvym;jMxwJ$$w6T`6&U9JL!jH9NpzidKfLGls!H>ir
zGzAA-`5BDrBKheD?HaaPvvCS6$Q>}pl-1xMYF1GHJ{qs@M~O^88hMGN>E-PH!N_Zl
z_4mK;4CIz<5f~`kmN#NivOXjc^X-=I;momJwCNw-TSA5@8GseXE5u>NNT3eI1QO{3
zV8rWf-V)W8R?s?=bu|l2n1ID}M&mQNO&=4b2-7<TfeEW^;|F6a_)S047x4D?h1x0+
zI`ZAeH$$>lMMk{-SNq;$;77!pj}62+XU9j1E5X1*-#lp?(=JRm6DW-=6(1jj9=yDg
zgpgv0e5}O<!|SdB_QJskEcrLJb#_$qBs$>_Xdm!ku`pSE#VC<zUavn5@K#2}4h+Q`
zWu4u8JiidO^%KwfFa)Lj!9uXoqr#}>l$oN7;?`$=Aps+WV)U+os^MH~-V`kLg--(D
zL*r(CY_BL?egV7Relox4918Ou8zv0y#ecj+l|@(|+!4h&oa)eTw>5hVH6d6^pxfsm
ztB6ThJC$FM?_C@s=0~rRWyIqx7Rc|s)ogF|<{&>tKDr)3|0tIwAb9sv?D{Kol?a2o
zJ8474qu)_^S@d#9TpU`8OLWgME6UcTxwT*O1<ZRsNyGb!<dNKwX`I9e7K4I8U6qM<
z2oTAOkbnfW<f@ealVfnNzdlQxHrbmD-=@|!iW*IyF1L*t7OPM&G9Dv$UwhXO&$`-k
zPGqBh@_uX6tvC|l=a)srD%(_FRU^2$d>|M`DW7trEAxLKT{DulCm!LO)<WHKiB6rE
zk3o|TpPxMVQ&3S%%%36HH%lOqjIRaN-8DDljtE2ze(AIKv7enKh1b0{NBpZ6;5B<o
z`*IY)iGTdX{@VI;?Z(L~CAy*q&-06}q|Cspc9y=;7Sji?6Du>gloyraC&2(??Dub|
zcou!?QM;d9nij!TEkEfYk9gZ~wc&yanzNtfvXB|Q4P2<iB)Yrc`Gb%{kB`I?Z`&5p
zYw!s3L~Yc_!5zNo^LPt4o2%u1R2@a5*$X$5DqUhX=A8G5(KNqFyRNw416!>7%o12r
z_15nFk8MAi1Ztf=xYGEg><(-cL(h!^lF?*z{kpBxx3Erc4V0w@ns+^#@1}m4Q6Hd+
zknH~rpu;&7v1ING&2ev!6F7mv5<_q<@97b#qe5qQ2p}LpXnFL&SIoubM}jH{-{7&Q
ziEkgR+IxkHIt1?d0qxC)+|WYwmSpLW5J$Lxdx$yEy9@a$Yk#2n?v5C-O@`%FaimKR
zG@DA{hJbNcU2!DXCV1OAL9M9t4AH-h@6q(rCI{()?A2%J#CG#9l{ZfiJ-0UK(5P76
zp0?#qDMKnRHd<lLAM0+V^wqz%$K+=E86x%JZn-EH<<H>XXj<Zy?~{#Pm33%y_HaeW
z0zxuK3peYvIAlqjkr^A3fQ4-A-N=jPv8;Ug!^_R!v}wLR;&>-Xxi+3`+LMbM7@P~?
zIu9vh{kIe2@t)ZquU2<)VNYn2I8G7)NRY<BPjS!rQ9iD}aMM$Z15f`eZDEa@4Fxg(
z35tfY9vAyJap~aOl)7CA)*JXfi^M!<!!>SXrvr2#hKu!btASyNbo2<?=e=cC7DxLX
z4}Qo`dqIq4$(Np>H?!t+ca>uQWy0H!T|0t5ub@f<x0fqlgPySLRs=ks`QJj9lP_!q
zed*KP;M7K;MpQ=c`wfv}dr70EvBY+Y#vp*qNdbP^o>xJ-oi`L>ltQV~{;grh_$wm0
zozz7ezLsNGp>p{Oojb+e?I2ACl$So8*lH$B^h2UgTuZjKmV=~!1D;M3$UY03^g8+}
z32?8q6D%e4d3cV-jt`|!>!Opr?q<eE+x@2;&C)7iTJz~HKo>62ctjuJPjF{l<!wT{
zB<JIJ*(SJ#6jvaPR@bFx*F4Nq?s<1)_d{YkM|WK+^G1y#Y$WB53vHHHmZMoz=z{`m
zY50yIjPGeYMR5<GL9RpfCphh{N+DEpowNniAL)$JOq2Lyx?V?nNg7=fGVv<^pfe&o
z?fC)Hu)D?Y5tBj?4x6}4-n8V*{y}$vwidj5{h}^xtf%J0u0Nat?_gUE+Ap;Vx`16`
z!kG#vWDz341%dmF*H>S|VWTKhP)*@A{QuH&CjqH{qivG~qL#OEQK=rXLMQ;6M6!#>
zyO7SB<!)0-Au<C~2(~-pf`RyU6tZ$cH)^qGQI`}82R)QYw#mqTRi_N6nyFEPVOA@%
z85fv&3F_hXQ|-1coMO<6&w8sY*1>bTcWB*HJkl4&`D(5SY=>3wt8I8z^qAKI^6w@u
zF6WVbNy{r9u=i&gY7})LLe6kjF`;<*lk3=Zf0tR6<o*@_ZX!L7P>bVXl`sn?OR4Ti
z*Szt?$Z2ixk5hBQ3MI&LPsG$vucYE1w~|t)^gHc%a$WmnIgbWvDlNh)l;x_4j6m+8
znZ)4_{Q)|OP=-4##3cSlW0+)Rkx{}?qdWq-oj52@qM=XxbQ)0#y+gsu0%p&y%8Sxg
zG-+w*dxvk7s=<?YZbfP}bQnh_>b>Cog2>%TD})1JCZLbe<|I{@)DMCs`jqc!>%2Bi
z?6m7)f2BC|r_OZ27#6cE*p^|_SAH}2XfNArY;i1?x}8D5kM;5k8OL0pj<RVuF#4&>
zFish-tpMeA$eCqvMSp&g0btr>9+i!tVb(^d%v5N>)D_pRoUzFZZ`a{^lUQbRFd$hc
zjd)<|px|TP4!*jc9?QfHG2I~{{t%ns!(M!Ao0J61xxd3}16pIab-cd+h;=!i_NMIm
z7<*U%bR8&s9SU#cqe6S(W7#Y_)e67k09g4j-)i{YL4noBrYt6JQYD*#iM&~en@(~E
zI5GVHo$%j`>+%lZr+QZ3O!mKbkH?XAZQr=)ffJ#w%4`8rh~M~1vD|yZU_|5OQ8uU_
zv&jFLXUy9dJio`ri4xoWJ?dS*5y$+ox7{+y7=0VPUed_dStPEU@c>L;jpN=IbA{)v
z=dy6PyYbtO)?4|G=3_yDq$hMB(dZ37RQx>$j^ARPAN;D`Um7>#Hs_rLq*aWxQ}14c
z@h=)5fl8z{M>C-p^7;Sm2yriXOeclrlji*qzrGS>6S+45GE7_v;CJ^h*YL}OSDZi7
z=7x8eYL}Kg!v$IO0}8)IA|%lp&8!?B*`fy9rWQ0Gl|#Q}uCFP*G3>J@7^b1?uf=(P
zc102SzbwEPy&qRAM9JLO`D+7D`oWThqk3{QN@rNk9KZ=f7ksyj62cmP>S6j)-MqfW
zY8vz^Nk`J|X~1hI_-W#)c~(OuT1F*qSa3(@%PwVG1Du3z@vR}7is3k#C&LB}`n)w*
z5;J4YVelukV!rYB&O&TLINjRo9@WMAOZ{pGZD5+J3#ymxSN43{{R~Az+}_f|>nD8r
z5ZvJ*=>?aQeZ`oQevTsZQ&wq7JrWpy`@UDKX|HM*8I>63zS}f@4?T=0NQnHuwM23$
z8aDGcAtHDrF#Zn^KkogL?e~f5$p_ZHZb=jm^f(tTXQR+WEn-A4{C|BWJlQ2-h>A%6
z$IEcY;=QM6s=l#o^r2<tiXtFLX`O@ms7_bQ`dQKtQ_>na=o7fCjW8qVT840NP^LTX
zznbB2n=n7>^Mf+=Mdzx%Ig?h>yHhk%=f;dqa>e4a-eYMDU=%s9S&}GS)$y(w{tHs9
zd@v9j0wxUt#Q^e>-7Hl4Nan_wv75b*YLe?iXl4RuGtrj_C!^jE?T>#y_G@HS9rfOo
z2)(c)6I)?8ISnm4)UsruGgXG^<>7M?#GW6>GXUgK2>5-S#Grgtx;Vc;x<UHcwqePL
zJG172D@GE!SmoQ*+v-0acbT-O8;kzG#dZYo&Qt&J)Y0r^QayDoSxCAoa!q>Xynm+&
z3)Z?*`3>eVYJ2AAKLoY4IJ`0M1K&cpV(z|}h`m$P=73Onu?k~6H)sAntzEKtZ>-Hh
z+9jwRFQC%WHNkCdK-RBey-P{_lRl{bXmG;GOEA7`p!H&TLZY>c1T`<h^Kz%K&y2!=
zDh^m7fRi!#i$@@D9Ocn-i5afN2uk{SgmywWidvuq^A5#hvZQ*Tt@%6#)X>utEnH2g
zs^Mm!NR+siP^~g^51=*6qYS45@#P3jt*O_liBd%T6a!-I%0HyAjL}gHzcHXuTKqbR
ze!b!p!g1wjRpFO0U61CPdrodNf#8t`*?p!A0)>H<latahLP&IaaVr6n@Ll<@siQ(C
za+fcV7@y(S3nA7E*N@;>74UTK>#o#DglMgUr~Mkx#{5WxEMA8jD-izvLK&iK0|{W&
zqjZl6)NH^w%i6+1xan}L{*A5c-sC$kFJ48N)bBU@=l87(D*>xhzK_dCv}sN}G+}ZB
z#jCPq`);^#*{1?%{xzf;^VQCnCUwg1X*};;9H0W)_b9dA$o!_Y!LBTmLt1E-EO+|V
z>UI02C_Tz)@x`C|GsTm+l)hCb)|{)8bktssV6}&Tm8Aj^Qi=p<Wau)YvEEVCk&p8;
zr#D_QqQ5^lg^m#ZLJaeAisi+?nluE>yEMH3RsIFUOlh$pKY!h@z_IsBibc9G-%AwO
z;l^Ax)1yYi7`gpi>PTcurypQ?0{m|XCunVt%>!1v4>+&-O|49W=J<mq##U6daM^pk
zh3uox_Wn4%gmv~ENdAdU{r@e;^9y_P7jP12rke$*5*7wbw9tXQ9_y!u&~|;e>}p>L
z&vHKqg;LiL_w$z?IVvj+IlfqqW_Buj4K-gg0*5%ns4<rBx2F1#oZI2GjfM-!1f#W2
z$NMxr{9&iE{ZN7QyCrr5tBsok8JIB?+p6wXOSXGh05UTRHw8`Nw+=2Q)A!P@aTLEV
zQ(EUQdXi0>4faqqV<GK{Lp5A9F7W`Bs(_6Y?U0S=CT!a$-@O7A7wSR-9P@Aw<x26r
zPpx6-5R({bm4}K@B>@}tUZ2K>Z@IHdSa6w<&#h!jhQxZEADZGDl+q!FZQrKz<U{s!
zxcQJ>)8=CZ4&U&;S3zQO@4D~{8A153)WH4I(1$>LZ_=3z4_y$2498G3ByKeJd!uO4
z@~_zK_V#tWw_?*`su*Vn49nhHTJ|0t9%XQ227<Alzv>5PZ8g2vPw{NBX^>^miwg^+
z7|c<DfL1w`=n|ssz}t)CH@%7?={IjAtXjnAnEZGbsdwaw&4ZLA;YUz6^Y<YYg9@BM
z)0UY73QmIMI~aYnki5@|*H=#)J=?{7I}`@gafP}BILRw|?wOEyI*Z6&DRMC%YexM|
z8zRHMJ7Xs=RrQ#A2ZXyb<V>g1e=yq22DuzkCiW3L*O^6rQ-75?)Q^#Eg%`Y|Z1?N}
zN*~Mr`Q`=RhoIt4p-=8uM9MKv1a_VwP^$Vmg(#r@XSM}zd=}piIAS{45>tUo@bko*
zA+r)!5ydO0f5?|74wkeHomqej{fSy!^NO$v=jQ;0g!v6sc~7g5gXG%Cpjob`m*95|
zzM<zY2|!z{-Bf&Y-nUAhX5Z%yuOsM7`Ld!a)d<PGQ6KJKEIW*urbOXSB)z5wFXqYF
zTVxK?mbY$?4K0Y=IaQ<V>`ZKG#|TuT3PnU0^;`lFNsr>k*b59RyW>0GM%SPjiK&E3
zKD<)8d)aQuK;^zk{8SQvqO1SQ{nzJXf#FpEi%HWIs3u16Ur)mL@d?=;+#sh8V(}6O
zg0c4ZN#21vtEPdGEh)~?4V=2a7Y&zaj0mSTop_xZ+rYG6J^k0%0##cPezfX6%a(zT
z#E<|j?h<QYIhlN9t&xuqDdIZ~1n`<-+m%sX-s)*-swM8?RUJ9^TI(;(d=GM32YgXy
z<`WlF4(Rp|C;}S$iK({7Y?~YMrOFHDZr_ep#*ux$unN*)M;a5aq##f{r|3Y;vaVV=
zGQ-LF2d?e&oX6l&{r50VOu<yU*6iD6?cJ>vJt!O?6TYLOc`qlaA%V+I#hyTv9R-o&
zV4W3>ONB&)hJ1a$%KXn&F&I{?8mQ0m>Tqq#vG$kEMSR2JzM(+!5bM;MmO(zT$yB~e
zi9)Dwj>FUX(foTlgMHAVbckw4x+9SNj9t)c1^~qas*<0o@So31ap$<G;U8@;%^T<O
znoCuNo!Q}Ja9FK{l<p`%VB+IsAKlMr-ug+Kywu;mun=7e&LPo8&KisX=c0U!+)Xix
zq2^4taROZqE2}bVLV@!E*UC*Vp6|@opxN8po5mdY$*zOt+U?QPcFQ%W6FqpCckL%!
zor7nA7rp@(e7CuaOdf<aqW|^#IK!8shsgdyTz3goZ~3WtydFOY659zwrFy9-I3jZM
zEe0i>Yuio1>=0!~9=Nsk&%2Bg@DHs!Ss`9YFB&2$ztavc>)jK}Uk!CnoF;X9abtUm
zuuAblVl)&~)B@{T#Qz`LkMS9nM}6j!E=+`kIz;T9`KA_dt@PC3c;6fOm?$qrZ?nQ!
zC9!4{yT-s<C8dcD!u^>W7cN+3%9!$YP}Y_u_^#L270|~>K6;gl7jct;jT2%djB_vF
zyno`a?yQdnWY={)aWFV$=@gPN8yAh*{XK<ga#MU~StUquwIE0+VsL-f1K<b-VukYM
z`(R+^4GHLDqZ-&*>U?NygYJ~%5QByx-rA#xRjZ2wS8%l+<aovfMpJsw*IrT^ZPYxe
zkA$SSPJZL+e+-;E&a&7bLP2SSvKZ>)I6^-=fHRtYM#^0K48DcXukGXbfUiA@D+AYp
zA<<+p-7i!!qUir(>>b1FirVhqn2l{UXxvzh8Z~Nc+qP{qZPM7b?WD<$ZQHhUR-X5H
z&-tJ8>3nMUZhKwnTodE|jd9Oa|9*DQobVUeGdXinI=XFM<Q^9b?1^mZ7cY0_$Q!ZZ
zwH4=$|NYU7)WfnHp&}!uGoeN8nxxFS8*qLvIiK7PZ~wW`t&L*fd3!gBI3)Jfh^Xi8
z=+w<_KG4nJ90NG0n`1f?hKAYBL}=b<eF4upf~c2nR|Za0(unl>X?0&yk69f``g4q+
zE*5~7NP&9Wi<=YNzoYJ6zQHXbb){G|r_ZLMYc=1h9&nZC6==ME4NsPrHFb!0v0dGg
z0k!j4{D-Q+_vdc0h?z{3|Knd}1jO?ytJ$by+{<Ury4E68z^C0}ay{;HYQETahs{mx
zSygTm00@HZJhW@569Nc;{2y76v-fZ7mOgh>%w4Jz2MK`i>ZFH$V}qsf(DWdhYKQvo
zSyS@~7CFn4b-x!KEW0=mE_pyT?W+xt0VsC`9RS=N@Ti>iNnP@h+TFIz%4zngMCO1j
zk}>h~)9_dhOX+Gvv@t<-jUDA!U55RSc-C^$D&PY^FM?*zQUaDD#;zINiLOM46%yfj
zTH>R|Kp<F@z1mo?uj(fY+Goj}TO{q@HBcIe(<#gOf)qXT7vRO_s3x_xjX5BUmlx-s
zgTd5w(HT)LHTWo)fpqbPT~qd-rYPXV!~9#%T=_EwuB%Q2A4{g6jBBl#J3<)=n5P3X
zC^MNxx<7%0W+Z(QI;1YvbMC8l{>k~*HH!hOUVsCS9Pa~x6qb}?6o}2@lVb+4jUAGp
zVG36OHr<GBj6;w85E4=PZz}W$3nxd;<9_D`{}|^?KoVbvd@`dxo>PM$abSrGqz=E_
z>6W0E4tJKga;ebFr=S6ak6aHC&g7&Iaj8pXPsneeNYP$?9WZFr`#uO$w$zS5)PH&I
zG>zhJLKcl#me!_l0;h92+zfxQnS_6<W1nlMFTzI2h+C_`-NJxireXm_1%inr3XBRZ
z)&=-I!C$kA%aRu`+`We}R%>AL;(QE_`(XBn<?>VL<ccXebM#AE$*I_W*M|w>u(jEH
zO&0Pi?jkC<f*1bNbbAgH5OKJ$+RMpd*&^2vU_Z+s9Bq4>mP$WhuIe0j%biYa)oZBv
zc|ju)iw?w>+4B*A_*aMFm=zREYtSHtX^6^3xo8)4Cxn$r_4NPRhMx!YIdTsVNxIg?
z?@=YPYbf+xI57=mWG#r7-O~46RJsf>TtN+sCLq8N5E&H=qtC}=X0lfKQvI}{NOMk)
z!;C8TzfPf_Z9FnqlC=qDBbFgxMzbyNzUO~iVIsUn-``y3UKjIFYgw=d17kHbm86Pn
zj6k^so%}fIQ!-_A&0QPaE?(Vj-c_HV>1$`tlc&8{M==Tq92GyA97BWhD_<r8c{E^|
zO#vrce5qV(Q;e9N4*(5Pn&y}aClmi+IUz32FEMlhg@|z+-7Davc64_I@dgbGw~bAi
zpPWOxz*g<^In%W!=gy{&SVFQ%jz}Qm0E5(i66#kK4osxLuHt#9ND8U;+b+#}2pLfW
zYO+j<ISSQ}s`;0EeftHu^zMr&PIcpL59b1vAh{UBi>NVBLfF@+;J3>E2ku)6I3th+
ziMt`7@^n82-&66#Bb0?liv=!zLzw~`#Sdfg1Nq5==bq;f)*xrM<r11Mk8N2ktH(RX
z>o2%C<CKo1kV07o!~xlw;yA^RU&;pP|3UqGDNXI|*$GxtZ<^XA+HxzxvUsuD8yDdf
zcx;5d#<0%`d3|*ix2MR^IdJdu!>iUP)6VKe^ehz_u5$55KK!aNIrdXaq!^pGdq4@l
z8ly?)S+oOr5dKk+9#q6C%w_gEGY~epMQ%8MoYO)~Kb+k|1IDawwcwc1&T40(#XOaB
z`1-p^aO!kSn0n481E?(q?-5gf$ey?ej(^2=n$n(nO%pLXJR6*Zo1oEWt6ha$S6&Jb
zH<iKUh>s$gt#y6MOuz?60zJrY1p{c~48=cv-B@7nCevSi9U7uY4=qGR@7f`2zh>db
z0MdWE0e(+)+LCxQ*zEE%vRR{&4U)%BnU(JF8yy$(fCoga&i!$IxJ|6>ixCQI%Nqln
zwy39N6)?-(+=(og^XMJGxSb=`hy<vipmTljc9t<J<tZhN1)Z?GCfX41u>LOIG8vlx
zk)V;7(Oan-Jsmk>xKKDJ5o{jf^v6u?2bR8#v`71Y9Wr3_-mC%50l~iib-<0{Et4`@
z%`+AmA$X*O0nf`(hxSgnA-gVn{&aur2SOj`etyeqn+TXsw_luhV(0RM$A(FGs@EPa
z8lY1lK6r$dl8VC5^q~rFz|-kve%`<M2#(le<>N~*fH9sJXjTe<aS?7<NF5An4Ey<W
z+}#5HLsL?xSU9wzK~-&hIq$2f^Qze)fv^@_v~Z`q;yJ3t62P^`b0-snM8{P9bH~>m
zAg?-;kh+QmAY9*t7qk>iYax8!@v-86VE*^$U>QL|GJEWM-~OMyafKfo-QHkz*M0Us
zH2)&H6?N&EQs&{&TM_j@iUcFv3ztDGzAiDVrW74Z8w)s5zv|)rPjFl87Y|$uGf@qB
z%?HL=InaVCg4Dtx&EF_Maa%`*7i-R}JRSpOx78AkXSiXb`JizvyI|u02F@O8b#5-=
zzvYvK_9I0auLsvqAMc}i`=ZTX8x#`azloBgK{dpV&+dZ*5Nxz70u0FST+0J>9oe36
zrWH=xF-mvU$qv~Hv=^Yt-JFfSUK=8yH4M!!y7Vd=-Tj5iKJGv|t5xL$Qy25k7Z-^6
z8f3`)^P0+eC~!qpz>h@*bH@<AJi}`UHNhHv1!g-yU!Y|vy?Lb`&!FW(Ikyzd5f>td
zo{s#-EJ$g;FGxFdvp%7NO>y-{qxYDp%knwOC-;JTDa{42JDRhON5`ntx_*HKCNHx>
ziGTArSnFI3iR07HuChX~cjirpAFJVs<~#X8lheW<8;V50s+HJuOQAkz)u~;F7_jTw
z%W`5WG*Mf#J2D7p&iAgAtY}A>5RA>;X8Cn|#=t8&s_1Dbv8E|w`1i}%Y)2G3Yk4Nx
z<NG({IT9$ahtij7Hs>!YCS@XGO^7y8g_u!KnjZD|m7&2=?}XcOYML}hkJ=2=6@-dH
zcwhh-ZgZHYQ)@S62R0=}S&o(upJ%0gQ<rEvjIC@y%7_tgjfq5~iPZtO_nCHiMMv(g
zk-d>Z<9NTp5#7IU9|DK+!3Tp=`vj`OSs#aaX0*fS2%(EpqKPjEY(UDy_rbWHS8i=4
zbeYQI-i;)1FaQz<FmK1xaAO|ij+nn|g*8t6=*$H2l$&2@BU6#h3_rH%xwab#vsWeN
zqy-+Gvz(k7v`fqc%HU^1gCIoCBJ}aU*X$pbGs$*4XwzrohM?;u6CqWq<bRNqtdLDW
zLm)aZvLfh9zR!HpSXe8dzR{ClF}k=O`h*b6$44r7CshJ}B}X)eXduf-eaG()>-sJ1
zbaq*siH4x>mowZ4X#gbT79b@B*K<j9v$AMNO^(7k>-ot)so-O5DI~vbw|*f3ya<^{
z4zeGqJ2@hpiFq<T1)`~_ha`u8uhCopb|tRB^$fZ65nW~*w$(Z*cS8EKeg9m#>e7*x
zCuj9ONB=ow63IOlooVu;O2RMQ8udE9Hou`n)3Goj1zZeJ8_xVB+=w@pHM8dF$Z_KI
zfz*}-8T=SyZkfd$5Nnr(;q~vYJvpAnK?H0FcHIQ@$XbKs`9zMJoa|*9J@Uuur4ufl
z>A|)R(r*a-PQI~K3g&*inR~o@Gsk{|QklaiZ(sEq!_os*{#Qdfy?Wkd?c4fp^E1+0
zqjqCRLwv@kSl6rAHI8nFfX2(b5@UM368=1H(fAQCE2Gy62ZW;5Rf?&`xE>He1MDxj
zQg6aOatbH9QiW3c{>+w(CJmE+1JGW4TY+2Ek87g?F(WQQIg`fXCWgbm8NyI<VEq;H
z001tkLw@}vREy*})`*ZKK?p?8gax*d?=L54upTD2KAk+w(I3g}h5tSSoAEa&Y|7x7
zNFG*n(uQCpG1evdgY<77J~8xHsh5}6uT;#Twl~-366W{d?+<%(wI7kb7$sLdyM^nB
z2HU;w{c*-%Sqcvu9VcAi)2NjR4SwF%tA$+`es=0RIeVmFF=rhuq5-00L9X;y6)bo6
z#I|xv3&ShG`=<5|%}QW5<DcPB)4Dp=X7*21_N+C=Ays3-fgyw#T_X)bW!gFa$#5O+
zlyrPFaTWOv@=nuD!kcVHr}K%}T-b%rDoL=NDQs1$|G|oLX+zYH48&=$chh$neXS!`
z1CS^Q?20x~b()W{M4+QK#pI8?HfAj6U#A-M@Huxa0LR=xk&D=8MMOyuvw?mwpi}7u
zx-!#~2pi`tOp$KJ&EiSXjsEy6zWWz@x-0a{EATs;VBQFVOA^9hGYWVFgq|oo){YBH
z0|4&zHPrUR2Bat8`|tlXC8JQGduR@m@Cx)ZM*$bLjZEKJcTj2ZzRAs+cfG{^pl0Al
z1%fM|1-L(jmMn-#BwHhE9kOgmCZc)LErEf7<5Pb4@Z!Mj<MCV_qZ(&hCC9CfdbreF
zJh>yYqU3zPD(QI0q@57`e{xop*C+eaf&8O9fnY59-mzw9;;Semd2v%JoW)%pTo828
zq@hu3qP*HtK;d2?e43<(SZhZtrnbHhQbG?bV4yc~;a$4X>Y6sz#QF~Sj112EEq6jc
z{J6fZBK-(<L-hEa*<b+8B?_gBAaqpn&(9ak_?bTVcilo2+n7EUpGRy0g}=yERYz<S
zRQA>q3<3Uu1-o=!zIzs)<z2Z@pwL23D3Ez8TdT!S#kSr$r%&J`kSp>lT^)<!=coDf
zTMdMbQZ-^G*7c9cC76H?Xl(-QT)AIrez&G`t$C1ZBMZq7ha;K7I0cSE!sK;%7hpi_
zI0jJT$#cHIy;L&o-zDIPo~e)kDHsG5vswaCy-f5_i9)xrVb;(^A(;Cw(Gla~pv*`*
z<~D~QXYHhceG2FTvW{N<`DNkO`u_;ZZ#@wPMUm4ExN3n2MmYfdLVTW9k!VF$Q(Ez#
zc8S{B&PRS`?U(US|GrbMf|~^ZS{t?|<&{`dso%+axlENe;j5%37>$`4CR&U}ao6t?
zuK!^;#!>=+g!qMhs!c#D4h+6hEmkk2ppFB;+i#?!qlC_KyQ<g0L$Die3v@O{GX33w
z>E*!jUvw4(?w#|&gu~31<|;vUyU=IbTNygg(Q{OSIrb6zbhNC?Cm%bBekq$H+WCzB
ziJg?tB0EwDOxa>143XGfsuWmSx*WRg^L*#uhev}j8`9R5p`gbAr}WAHZ@=9o)~Cn+
zw-bjIKR6QMbvI@RbZPn6=lYqim;yq0jQt{ds{`<H1T@n8J!=i((DA|sNRjG%XhmSm
ze*qtW?=Exu@D^Skq`mGUp+B@_an=YxP5&S7R{Ae+y;`9KC-cHs2mi5@pTIMhuyFqn
zknyYk&i>#_lHs~&nNfDy1H_3xzNwPD;k|bAa*OePNy^ml4^I9H_(VD~`QQp%9480&
z->X*P93~!;uk{5=oq+ssP@@z6y4#L0zCS$J0Uld!S=_4!qXbaO7)8zabfr0afzn<e
znNKMH7~#u;V|RpLh!D;cM}2U?oP+lV!<&w0*R$;&Vt1%+-B;|3t@Hd_e?_8$mEA$1
z+<24j@Jh*)=CJ$frE)b-v+`viDPYdbrgxfMzffa@xPH(R50Ulu87ynT)oT@h0B4kt
zh3r*ljNoh9|DP_sU`C}-z^ntLGvJrvfFFSg)uL^#Boc+{`l$JnA!>F%#cWY|?N_ip
z47inPbq)rspEVCSOG{TVW%%0RLwFympf`t8jzjt~+Qkf_M=C(B+y}Vr;|TxXf&YR1
zIv_v_aG!VwY?@l;<r6o3TP#3g>u={i0uevQNA7<U6V@W~+9=mgfFeHdPK1+c1S@(9
zv$nP+nox!m@i>IR|0n_ZB>@{1;MY4P%ZlWv`M08>`bp-m6;mc<?c&tO=QR~}Z3TZy
z#auD~b8vubrxGUSofy~5P*Y%Ln-Jc8f4XPycfg*b0X1pV0RjBS3||@Z+C|XFcx5`<
zekqU@y@~aOGGpti3(aHKp*E#-y(cWsM9>Z-=eHw(uD_;IxV(F8lwVV49BLls9llJA
z=+u+B8x=RbO?|cp{5T5_OS{3jh?E60Errs_;@?YNI{e@zU>^+?0#qc`eZIX+lkkyY
zoJ6z8us(Z<TMZSgz+eMCe}UZajw=rQ<Q1g4SOC566Oc+tn$tZa6aiWsum1Ex%TlE!
z-XBkLcirRd0BM|T*yWu$0~UWEdz1Mh+4kw$7XcuC=Pwm=n&X@{bS#ibU5$&us5*dA
z$JchqcGMCTkWpBdjq{Ooerwos`5ZFX>F0}M8j1@{Td2f_U$*T&0$2&v5-mg*C>V^0
zWU4@lvk6#hzK=Hu(@#=FflUh*UGZG!XH?!F$!?J>81>7w*L~6cAEziI>WC+=+|OS#
zI}k=*V6xyb851$t62sE{m~&eFKT;+3bghFy{mwso`3L5WrL$+rH+K`WCd|@0QRAot
zTkM-o_kyV@2E%5zBDy#?LF5!-bS_ZBSpWjOothUNy#V|;`Cn>a+DXVTwcv>!Os}ne
zCr9tLBrW=w37vecG-m7?JL3C>Vke(=Ks$yG4?DiD=8?&PbDis<NZDJjR&FJ>VCL_S
z5oY_;8MdN6<c>gJZky`N=jEIlAbG`++1BGcG7@h`KOT<r8Rb$C2s0^@K+1@o3AoM}
z>D_7EXR1n2`a*Y2N|M=PZS1a6hgB^-%h-JRPas&mtKl`Z)@Z%jiW+n<3^db4FO&Bm
z$~bhmx-h#`l`o=<ct|ctE6mJ8)!9cq&e~%iqp=_lI{;M(*gl-JEhDWX7a>=PDHCmK
zX=ISFP-gic*RC%S*INtKhTi{X0nnKT9$d#4puGTexc}U<hpzd-<=`m(+jXE>|GMt+
zNq2{!5em${^O2n`JbcXe%PP#t{<#xXQn({%=9{U80nMEXbHg{6+>?K(KrAf)IOTdR
z8Y5D=4H`G9zr}X{+zoXxd@e`%6=&CJ2Mi+xFkM*<OayTX0((s3CmX*eKRm^Y+Z|j9
z$er!KRc9;~==1%3CK^BD`Tp4yfMQ$UUnW*e4K#obfG8jeAC#$~qYY1l44bj64xXCc
zE-1PQ$=66fd@P=aiY$qBG3)Brcm@r$FW;|lAZ}E38``)pS*u14;eKHk9P|A!X}*<?
z#sFdK=JKqQ6d*94v7!+~w4MT;;1EAvhORnm(bcB{dHwWUW0);Jc-@&WAPwZ7a%$+P
z!D`Va209%{aWX!VEgfn}!0AfL`Q;;TW_Cnm@X^}}Eua;@S-*Z>vJ5jZH_pL`3AQKi
z&uI@W1IGOP-1TO<82jiHSR3b0-MOFg)F&&5>pnn)4Q$eU(o_wh#z9RQx|`w$s}0f5
zO;yUV<Zhd@+CHZ1FbJ72^ETdOU)a06nW7FSis7f|*M3_tZhiZY({~%S@D+>;q<NS6
zZ6C3sath~N?Fl6>D6eW=uueVOg1(3Dlt_&TClIFoS!{<&oqi!JEYxCb+J=|<QWhZ?
z<&A;~&6i85w{A_Z#z5D2IjO}JFIsG7ZcgXkvbeYy4i5EAZ1e28{NY9cXZ~yKN?epQ
z{=JZ!`TttJnrd_2@LX4Xb||1x4;+WbTWv?M1Jm=IFrcTQE37&_5*5aluw2yqdnL_2
zBhUo_G<RL5xBffS;9ooTH2ngq|D=cK3`cpEqX`EbVapoJ%z!2Gt3zTz+QwxV5PzAk
zeE}GL2hunN6gzvEK(jGW+57TqcpmqG9koUSLiM|>LQ&UX-e&*tb7q3K7HE7{ULMar
zZaD)?w(aCZxZj`(lE#A|>6S>}F?`SjjTc;BL{s}CdXYS80?bz?HZ4!Q^7p=V?GYwk
zg0BKE+1I+V9Wa;`fkp^JV0v#qK`Y-(#T;-U*rtx`(6i(X#2k`<uxR44N}sNm<N{O)
zWE_6VP$R|d0ixh*VOY&#b#Xn>5A1ud&7U=DRf7kS1C=(8F70F@dhc<GUG+ZV^4m#c
zhAhc;hg12-Z}y;qSh8BA&bI@I`LFum7B71GErQ`;AjEVqz7AN40oQZ)*iI<6OviKX
z%8#+F16;AUqw37aUz$LMd}9}KHpj$m*N<44aJ56roNvCdce5)L$o3lsc-wm-V1=P`
zCNm?-!PZn(Zqii!4o}rtpVQB}V}6c2#Gb^p*m4;zxWppI`CHvdJ-8Y@e}5^pIs!83
zho+D`ev5hi_uU-Ae{p@AckdsaUvN2MHvN~?M*HL_z#{rj%Y>cFA9$JLxo(>sg1Brr
zWU(G8rf%_an3y)Olh<ZJcn}R4Nm9GZNGR+R@Nx&SIz-6mbwIiTfT)i^gztavPPkCh
zi2i%-Hw^O29e+R8-7e>_vN8YO5bmwirDl{GQr&kD`JmhiW*wEaPrj2fQ$)Jsh^ay{
z?V44t%TMI@?$#9I{&|R9K!Xo28yw#s9jy{bH4v}Eu3YPmA$Oi_RDqNDz*Y@;u>wKJ
z|Fl!kLnm?l1XAb6-+*p7?9?WLwh<0qU@sxF2&ty2I2ScUdG@@hF~5|fEusl-3LnA&
zx*Xm&4wrV}k7U9A3f<lEj2~@@?dSuS98if>x%M;ATl%juX3H$w7&L&_zn+{|e&Dwi
z>z@#Bn<vMxOAnm*gW)93eTj(w-BdT0d|oX-sa~I(#k_Z}3;sbxA#_9Ly6LPy;UNA`
zI)zB}K25P+n@el<tVeG99#Hxp(^M6>27#;;_Ph%{nNbPU;Z}w5u>Z%e*JqVUeDP#q
zYAU3DwOx)^%M(N4)K1UZm8pRS9rf|ndyJ7YsA)2yO=Pbg==b-5U#Fp~o^i#yr0%z;
znKz;i(%ZHE0YOQwBU%ix#}DbX4aaO>;W@VGvc|0;GA8+UME}b$p%FoDqFjeO3X$QJ
zOMRG=U!4Z%BDAYk*4aLEO}KInQs++xB2t{w40^iDj(7(xpS7@yi`PIMD#hRmhybh^
zpaH7xs`y+@b-?`Xy9HXneix+pkf;#>0bXdpe9;=^4D(If4NnA*^x|N1$hM!X5pu=<
z2-lJqb)@r7w!VG?#4CyCrzPNW5tny050s!D1;1Hd(CoLusxrLNHNHS0R!|_h|EOei
z*N)l}k?=p|MddFpP_cjUx*v>JZD9EyIP}c$E*q7>=5B5cH5KVhkem1V`$xzy8tPs2
zN28qOzI9~s#G}c7>@N6N&*i@Xpk>$8)T99SuBZlIJL_{CoOum+4DyMXTN+=Jy9|T7
z8fC#)iT4TW*|EhlV3&3P4&!(2-Q<S&>=BHR^j2l(9yY)1Q6dX;6)t)xXt)FSh}Sws
z<4J{o5^)g@^9zT=6Iv4PxLunmmmZf_;<%LEcViV6siF_9Bu#GISj5meF@E<UD3W(@
zW}yyR9I*xS$v!zoVh|iu*}Mw-!moM)1vC`>&pKr8O=Qg8O&qr;*-vCenmnF^;O&G>
zd#pVUj20K>zj#=)cOGAKD#Kp)E`%~6Snt&)Gml4jxrbCY0FgprX|s4g&|!>-8W-xA
zwzyZ+s$G~^@~&B0b$@?_d02k*sd!vIbt_u;BZ_8ln`VM+sU&f7sl^k=kr3{u_@^7)
zr(QjBe0vHB?8F$%lMh4{79f8_Yb_8!21VAOTKr|9(0Q@cp3pCPEjHqax>m;_6#s&6
z{_*Rg>EitN*tz*9t<&eecFfuJ?bkV<OQhqcf>GKL-_T!-B;X$05hhdT`36?xN!|K%
z{J+#p$L^(4n7Qa<EuW{Qw1Mk`NI<Q8)WrP!N;5Jm^z?XP(x$q)j)G0}3RBMT2YUxY
z1)B6)*upjdzChG=LcM;99n#dlu0cz}d0tr8HI<3jSh5p?W9`&?voQwgLX-if37X=I
zQ#A&vm{VcKNA(m?g@TlAzB+C9=`y-nF(`=ivTuL0_IO#aPXI*RB|gZ>xTg}251bOf
z{YW6K6TMpAi%t^dty2tDt;Au`ImQXHZ-C_d^dUJTfrJTAjm8m-Rza2(4{*CAeGlmi
zFhvVD)ku-gsmoT#70R!K@rcHU35LLa5JZBlbK!L|L1YOX9bik1vs5J4Taw&pU>E#^
z)qrjeSpHr0mYzWE>hPP(CAlST(E{{-vULoGw^Q2l^RE$HeAut?OC*RXY_50xulB@Q
z>)V9ZgC)&ST#v9DW6p-dG=KlY5=k&V!;pd5HB`Wg!8<R&faNZR)H;8w!Ii52NIf=7
zXu>(E)Rwn9e5(2cZsDuX8XjFJg$H)P#oK|lWdKCOE}vhm=IsFoQg+@&-$f&@t2i&)
z6W5Hu0Fa&3f#bL${Wk9f*PbQe_J0g~G32gPHyWseMt5y~xN`9(X}$?~-V^C6d-L19
zII7;s!uc~pl1YT2ib0`)M+f{R!xGB(LukTU=FuoGFR$;j@TDyW+8lDoAsFR2SmN_h
zRs25Vl9Hj;+_xOxgRl^4#+tcZKfAA0;xJKqfgJl%S3YjK%CPt;PF^9XU=<8J&rS44
zrnmGb`rAP=>-RTRY0V6C5#eNHv3DHe7i1nJ7l&xw12){V^_ik0Zf6s^Sf93KI*cKY
zdX#Pd<83}7Ap511T*^lj;L=t`xmMI950wPLC{R>E_;+o;=qyJ}iPKFF1H5zGXyTOQ
zYy0^pok+rgh!ijmEY7N1C(6_a0yTMzF3UK`<TY2AK%4h4zjafdl35Ai<O}k^ZOuuZ
zf2x-cO!sMdYg^hV%j0hM&$&i8#jV`;A{Km;-9C&F5@BM@PhClzM4{p{4|gPTMHghv
zoJEWQ-|6CGQLIt4ZS1u9a{73G?WbdLx3gC`&L)?a@%*ZE^BP}3ZK+exF&2Z9ac-A?
zRFfhid|q>|c0*+UVH~GTRug$_fF|r8r`jmb?$aD`HzJdsGM5N850X+ywj=A5!@a0#
z;a+ct!QP#<O@&$~ZSrU<%tb|z$Y=Q|bG72iTT)V1fh2IDVxo^<%ZRj9g7U(si4zsZ
z(+25Fi*qkiHMLK8INQ#y{9E!<URBtaKXClF97ev!T3I}hFHb}g`1=p9-{?r+!CtsX
z?if{Ex4JRm+Utrl6ji3XZcu!7LJjkyH9%NAVld3E4!Th=+?J$mfr}+9$%9h=VEU#g
z%Mi7DS|-@b=(HnZ4AtK`eK1PfqBBZm4)`~(AWvM>-k{=%6&tI%arzm+G6g~Bvr6e`
zJ&1TWJT_7>#$yFmqT9okqgGr>T?{{tY&Ke#4kLKpYIU>&eCH2H3$&I8*}>tngB#k3
zltB$InvaB*?YT&M-lc+-EM%h?cZ>>&E9oz(1(z)%f9lUgk_*2#6}{@L`QUFX_d+Wb
zn@w{UsFoq-qHQ7YAVVmEC0WKt3)En5rCvJgerG3qmVJBx?!U!}L`CSUM<B1ZhC8ID
z!;IE-C(Z1PJ`690UcuqdBQGxdE&`UG1EGx@jryWhej-z(dgqhRhjZt%@=~I7p9#~7
z?Z$&(5B*z->I1Dwl?)GL-E51-GwH^(?@e(glu=S9#qP^ByQEKhKHj&a92Cj?YF}-J
z{={zw@|<{8-S_=gP?(D_Cc`9r=EBtsD|_lc4NF9_z<?A}0^310(E?j{c<QD$>*Keb
zCql9NcgAi!ApJ$@z?;&GR}AK2vd%IOKm3B0DiFR6cx9rDUg|q#%<Ic|(?k;@onIej
z_mDuGf+k4Tcf1p%V4!e-y>@yP=;FJfl`w$z?&MX8m4k;jUzom?$6{C4b<>bn<Ll!X
zW|43@q=TEVKu$~(Ms@a7NR-eP!4f~tU5(+=0SQU$psl4*wXB~QF_*~GPEjlkhch%#
zdE*3!lVHEZyUjD7=ozo-H+iUM1iWO9o=gMxPiC%y@0^A4cI{jb15+yp6$(rG0)h$_
zmj35rX}56s_9a?bTDsD&*Q;^lA(SGmT(tKk6^$3$mkP)`3D<@$WY3OBn6qCpeZ3q1
zPNFNhCHZn`U6We9C0=oBz9F?!2XybWG_5cc6mDOGsu?n3M6^OaCwy?AEePl2<TRf{
zl9`i*&A+dovdR7xq=_UpjyFR`z1i)HCo;{R6YSg_al>8>HQ%?B(3F+AE@w#IT9EXw
z40=;$OS>fmq(F>VEHk$JkQV%;yK)EZPZdm!1(}=W{PRsNtvhG|cZA2;_^#e)D)qr|
zh=fU?Xalv(OYC(^6?jwSJvUAgst$dJGjsb=aE+=yR=h1M!k4nLLglKfhUAL6YcqJ=
zBDY^ic2eWG6_JUl`#JE;kK9Xo9iFTU)<gT{&vZ@%$Y?q%ci&72FiVS=7ud0cmzx=h
z$^3?Rb`u&_ifhJrD+$JmidbvOas@9RfH$1i!QZ;-iwM)8`u@4ftNERo^?A9~w}K<!
zFe!o&p+NA!t^7CuO*mMWvR;30s5b({wC-86_&I@yN4dM_6!b{W5Swz1tXAAg&6%fp
z{cui};s=h>eb<;Rw5cCnL%8q^f0Mkk)U<N?*S9<ExU1kyFVBvI+lTgJ=GUHJBZ}7U
z+nwCm+epzsn(_V%DV`b(V#(A4E)3np7~<1&G$F&-v$9kYR)3e>d@$2u_y@|`FW!Ww
z_q5CU91mY<U-p8_WaaITHY_Grd_%r8>LGTklp*ILwj#GRYC=qVYh{@c>M0;Se^HT0
zJRt`ubp|a}-V*$sx9i}YYls$Z^3&>?s(VhztjYfHH+RM;G49gQG2ISHRd&#L-hQ*L
z_HIsCke&bCtA1DS(Vm*cW+|w<fE;afbw=q6<N<3RyFHwJ3{0tOhv^Z+8s0o!Day`t
z7J2{I_WaxY3kVAo17h{_6fV9|8<3M#?$xDsi2o!naw6O$Ke^uyvVH`pQbs@~z1f`F
z!DvU-VV-xnc{iHDtBqnG2j2MTz^{mu<TL<d%K?IXBjtH^bn%K-t^L_9*kVtk%997q
zo?8J}NWh#0OF~58x;!wPIdx=d9{v&M9R&q##KXDBG!iF=y{x*Ng>QaXf$^fh$WPC)
z&kuj>bg>`zt;to+l;w)feY4c5!5D{=r^4Spu8o-|E+}b3tdcS%7T*!c9NL_ao?pVl
zo<}`j9XLywHAj;^Q3Xf~{R;*C!A+Kk9U%TJPOZCeH2DKI5{1S0-D{3mH*$5jlF(D+
zPEMfs8g=1L_l%)(V;Ri%?z#D$%27cH{r>Zs<D*dN8(47Y3_}@fSCebE?qjqhSxSn$
zYUA!X9r72Sqz<Qf_yVLmul$f$SHk^?FUF^`V{T>=s!PF^*X`PHjd*v2Mqb-RzjJ1)
z8LBM7Z!(Wsn$nat5nwyz`1y<KbFWfR84GTOsLLPl+gU4EJC;h@42t9{xBq5*1s*Y6
zFgee6BUKvy94oIm4T<Elr6fMmJVu=FvtM>Gwrm}=nT5IZXJ)N`41ZB%Yp7Z4DHstB
zq2_4M{El53&7E57Zm9j&<i~}JUQgQTh(z>0pf;F24);kXqdvJoHH^bJ*4JF-gY@3f
z54;<tdL2?rgdd#H7gAjuEFGzT7y~*rs4FcIbm@8CoAzgW&imCcOIelr{*x8-pANel
zt$TEr*7SE9uAa_$p5)K454g8&U$Z$IKi7kkl2Ijz-lJ?x6eIAj_@s?9(X4yBgY(1m
zQ-N5_^~761L0m+MW<D&EENW@hNmz??MeRz#w5;(n3BMGRd!GnF@J7D50u<X~EM)o+
z@M!QQ_w~!CFTdU)uTe%!j|a=6-QjI^l@!!LmO{4w%xW*hgvb<^>Zs<8rudtr%t%%;
z)Hz3biaJM(*ZqyFG>w%p{RlE$mBP_-@DNdMHv3C+)ZIySCm(tr6Y?_YsjIDvA}Lzy
zejmZ;Xy=|eO0?Sf660<?8gY>+UBmlLz6amiD0AALW)h+J_VP4QF`AxgLj2{~-S+$m
z75L1r8upiNVO+xAIk2#|Nw6yO{_R~?O?~`cJOVS8WU3r%(_aBg)GfTCc<9eij17!q
zdM>*&>r{(ZWefZzXDbydS=vo$>GH+aJZv=`UuUzydNEa^l8T%>=q9*zA+?m=T{aq~
zG+I@~v}$j|d{6dB%1Pq-iI}=gS}%`6==pg*VSMog;d3<XcZ{F6)f#$-?Q)w$3GaRR
zKRn6-WjfiDjEKPZTdv@~9wYU4>{#+oif-%8wFI36Ig{!ox4Ub|Xh|BxTh2@1s2!t<
zPd_f<AZuge2q(#q+I@XiaI<iO;B<=2O2|wn{X^s%xSdJV^NJgX+pE}%;r8Bv>Ep(j
zkl0W4LpYg>u9PjZxU`VP=8@~K5o5EH@FL}mhK2g?<{<lF&{yYMr5edv%+cCK>#}k6
z@qe~dEY71dR0(o>wl~z=JnF9^>!fD;5^Wa7^<SAf{q9We<Ed?d2kFi^PBA2KG!-Zr
z({n{V!?d;w)8rCz-3>n(w6Z4djwtPC+{))kaWcz}7e8O}%zyndK>U#W3DC4~ILB;o
z3Q7%#=0yR!ta2~$qeLez3%409+}>2ppE1dN1~uulsq5~>n!q~NT+!KshsE!0j$8DC
z<Vs5;N;Lm!aJ{u38(jXH!=n8?q(KcNyh4Lr&55?eB@5yDw&#iXWMl&Sg3-*6Ma+?0
zM;7;f2h}*9jxub=a4&PoYiv(>2W>2Y1Z7Nr{k8%LZ5G%7^Jn&7@cf^=4{@6VU8_l-
z=63V7kvbk6*P9;qHH}7!Xb$a66JGvu33fLx1qKm?ex)xbeeB&e3hCN(@%#MLI|9y&
ze}`CzlVu-8Z_Cw@HT=t$#UZKJvJq+fm+Q#G!I6xaMDY-3V~Iu;s3(rgX<A`c?9|}q
z=RFqvJ}8&H^BJSj^he(0Dgy||`_Vpw)`wB*+R>3j@eZStL__zjW$FdpI^93*tL928
zH2a!9F2oLZy2~16ZN5irKb&vzMP2NF$p7%N8-}ezY8i>PmV%^jM>(3UAD}2=k4lI1
zXpYBZ==~L>A_D!TlJIIbgKq@CepT*RP^bB594JI`o0`QfaYR1{rLH{Sz$vRcpA;fh
z?NiME+m33}mitxV<+V?SN`?g!?5VXn#=D$OU4N}*JVE!UAbKq2`^P_Z$F%x_DjmjO
zUQ{`Q;#dnO5;lo`Rz!)8mk(Buvsi(uZF)dw=ns+QsLC7(t(`vG(wCwl!>u+VLME4=
zIrEoW_*7%dLPEh25k101Sh&!yg(a!Ak62agn}6e;6MODBzYzt?Nn}6)=^ezp=|i9z
zyFl-|-cxL}%@n`0DPoiN;*wa+E3&a$r-eJ;`JI#|ucSP#eQss?s=v?FhOr!S@z^^*
z#jdgHi_)$Wo0+-p-g)!;fQ&Jxs^Hfk9W^VRHMU7=Lqg362W#z=$yfJXBLqu?ai8{n
zt=>>rft|T=o86!5@8Ks`Rx<a_h48D?TmsxS2kxEL#`Txo#nU4+UwZTGgE9ZC{fpvf
zec1Sm!l;}5N$*v6bH^ru_ka-ISZGofL?fbT$Z~);&8u?xuyq8(VS=gS5=H0Zvux$^
z_Oc7E9Gn>CLF9{<Kr;`Mb9jvuFj+e@u6awZMDz1SuIKQ+af#O0yO0Yj6LstW?>K!>
z^DIW{@R_%;DWr~YH$l<nXfg$ig!>a!Ti75850VOh2j1s|^yjyja^5IpERvEBC85xG
z6V;ui>QmlmklBzKsoiZ*|J8ewv5_)9-M+0U<PgzS|8fGHWl~t{nG5$dA(m+@05TJh
zeX2tOV7mNAhcrP54)x?gs0?y;Rrd{WsAr0a$v-wzGrqygIguu1H8?*6f1#;dZK0Na
zf(X!P=4TF$!BS>5?j94<9?)4Y$Fh|<`Th$7tFNc02bbTgY1%XL@21i0kAm`KF&pCw
zsryCUy38-71s6*b^9#RP{bNzQrPbRlhbLOUOG+cG_Ox<$3R>whLkBcJog_we)m<Tk
z%*?Q`vZSTI(aQSkQjH1Zz4$-aK`Rro&UZDum#iCIoM#O)-(ClqZP}bp$2_hRDf9U(
zR$wHSb8SUru4fkRR%`Y_S^;;RI;*5lFb2&Zv3z=x_Fp}x%T&}wrt?8`^@hNwROPvS
ztEg1EXYLY!Xo*#73`LEes5ImPj!X;uwnB7azgT}CqTbb(!m0avhXj;eki@anX7rYA
z0EJ~jG{aEP)HdqcWc}CX3HS5!aitgOJH)^Rp9*-%FtG@PtKB8WIIBTg1-7^4C}G;;
z5vb>6EyCpMJ*zPn_u*lw#Z=Ayw9!RAma<auI~)c<IkubDpW3$-qm_c=x`AsOElqVQ
znh259JQ`+^RNp1lKXe?!%wggixQR6#cCm5eAy>O*_u<w;2eWarDrJ2BZv548V<QJ`
zww2bp%Sh(bcySO5Sv*bI7bhv<MZD&O=9TIf<h7-1m0AfJ)<c<>ue-6)n*R>A%}5;3
zE=^dkuMyQewlKHpXfGR!c`pxaZ%n-!FX;)|qaJ(r>7-~%xuA9ViY!RLmQeh%$4fG)
zMOY_tt>L~c1<??9zFnA0mJ(>;PCf$v(HF;EePzd-KyUXGv2$}u#vm#iAG82vDpR8h
zhq~2^yjQ7lDgMr!HP^t&dFM;GOGIFIwUJWMsh=hSlnVMm{`{ow*`OjH$ISY_4Y%{=
zak78v+KRK$swsYZr&cP?mHC#mxNX;-aj0Oq6)JCwP2C2Dr`^+xQ3duNdevLIK-|#H
zP#YWXF@ZQ*h|MvOSam+2g$5GYXS2nv&ZM@d=1|T<`gH|7mh1PKw0}w{Wrg(bp^tI{
zyNHn@FolShj|c{g9lB#CL3<BI8YIO0C<Pa0rz@vgb+=)DmeQL3Ta1s{=cV6G2hWwA
zD$t7%qe8!09e4}-r;qifuR2ZDGyHAkS-&O3(hj2f`q%KAeZb<#bzi>K$e^K%4_WMe
znyf{r5>JTJ=N_g2Jw;|97wh!tPy+al_@__WVsY&vmk-4_ikFT%C3`9se=0J2-_h1R
zV&L-r;Hbl7&gxoY`c}0`X?o>dOQrKb*{wRJ@@#3!HAu5nN}<)v=S5h5=J;s8+zX*3
z&DMC`%%Y^!KbJfe)rP~|&sCW;#Z3nGXQ-Wg=r!E{pLV|6OZgA$i?2i9z&C@*TLs-r
zceiU(d=RC<WDAO0b^gvJ_6#HajOsR$(}{C!Ca5%=^#Ce@5tZ>ZN2{tOH{kcN{iG?)
z8@LCau`S%GI^YSg3Exb%1=6KNei9<~>ITGBcK=DfNHw<Wy`DJaIW@$@p>#zB@EtJP
z0Mp1o-sH;{hcKV6eCZK5aG;QWK=p#aZx?rN4<?CCbRexv^QIme7^uvv850hi4T%-{
zS(OQtAbJ%xIAY@qa!<~mIu8c-Q5s41$90Lj_IB9Igetes8*g_iFwfiI8B=1RVX><^
z%{mKv&DcoVQII(9m0!3izR-qyqMuKiR5uM%C#0k4HL?~p{1pPXpSZWTzT=<&>)Tt+
zaI_!oj?uGZNfL`HGmx}q{kYE=T1E2$R`pSP02HZS2wWV2R{i4jtFj~TW9&Dqtts1!
z!Hoj-wdy+jGrv54VFPA|J9@t_u$CEjXZS&oR{1<yh~@Z`e>LH#wP&e<fQrg$SjC;I
zTXfIYH7dE0+I^L*oar9eWhSHktwZsy%X8cvm{iShzDlMfmnwgnE3Q1C3Q7%zNowNn
zz&b{u;}xu?EDf7Fg6V<u)*{>!ID`7%EI=|(sI0QvsOc~3#XiEZ$}G>QD~mnhB9;UA
z2YYZeEMj7MKB&-+fPc$c1geHaZ%dOEisc8y%uk(J&)h<DoCBBFjh3`YFx{E+W(0*z
zH0Lcx9|_x_;l+~DFS;Eo)B0(JFG&I%*G#f9&Lr@z3>JX$%vQwWdw%qJ>a2_Ta(=dx
zFpF0vD==EUg&$E$P*hecr?uJzd{8OO+ynkd+TE4<RaXO4n|Zzu6f9sTF1(dx{3Dqi
zcKq2R>qdHKI~~8}sI(XXecO1~v3tmjpD%8N@@9MRetEl4X-;yo7F2N8eVXjtOCRMC
zJ+>i2Ei4#+bt%qiUVGjg<9*JBRG>2SYBwu!x{a0-9*%HjY$jX>5bo=tLB7+a23(+s
z>I7&n*CZ0*{e}*1dYEkCOI-`9%vhMOaMsm59T;q9kP}KBlDuYqS*6k!jEw7^0}-#b
z&*7GfXBd1<b~yD&DnCOV{;t~W(_#HE{z~SP=X8}3aU!ghbu2RkN-5oZP?_)BLbz47
zGa|C`!QxMbtNp#%`mV^|sVx8(<)rN;Y-Xgyv<p9ioti#-_{bR5&yCnfa_<DUuiiA;
zx`j3>EkSU=s=k^ws-sh0MuW)jDfr5_E+;+-zfO8;h+gtPyf!DecriVsy`Ud>A|RVd
zMa7-(a;cd=bw96yH?||e{F$~i*-^dfQ9YE+G$=8zy1I-Z<X?;H^&3Njdcwy7>f)pU
zL6WuhLV@<BQ112+RLRj5Zj8v$twZKC2bomMq$NjM$fZwQsW;5$d+ySjtfLI&e9N$n
zrfZ|uVOOegP%e}n-<&##rvwx^_&sx7JRxV|yK2n!RNWoPsNiip<d@Zg%zFB7qm5Uy
zrvWsy>>MDl=8-VGrJnAS!k{i%vbT~x<)2ZV{ZTqFp`n6PyrW>hi><cVW;ngHA=@eb
z7XOZPqM75>rb}~!yWQdz)D!@$ev`cZ>!G7hKSLq9o_e9BeOzI$3vQ@q)*n4#H5Stq
zC3V!xw=Q!%>V+y3Kih8h@o2-s=<X&c@DrnSkZs^>712&{;4R&S+(EV->)XA7Kj;&m
zJkP{^+An+9T<ZHAgqVM47F{X-vt4xYTlVg=tV1CVQCJ0l4@EUH3VXT6_s!k;Jdc%e
zP94aDs4AYzx50iZ>)*#r!;)@WHd(|2cfX2x=To@1c83QhcKU!Oe`~s>c{KvJJ&|c7
zwcI#;Y`)HvRN@NinS;z%&JzS_8X!QgnL2XVmJR20my8}por+80vv)cwk)E$EXU4?&
zr~IR6`ySmKQWwC6j7{>noh!X;ioRq-IjJ1DEFVLtfOM;O`$v>?9<W4y=l+3bX75Ni
zPB4l$s$%sm9KN6YjZ9Qbq}W`!?|l<><lddxh-5MROtEI#-^i-9G{p*Rhd}8*#gTmy
z)szhs%n>ZvTc3l>CXhikp-jX9lFsFB%+Nhe_gy>l54b^QR5k}|DHmWE`Rpd5+X7O<
z+W>FF)s~yhZ|EM1q(d%A!NAtr8cfAtixq{dbeg4+AVfUO1caA199^dW@_q|rg(J}m
z#L;j<Y^MiA(u+1uEGhz@oj0K+a)ybm4M5z%Hvo%3I;l1q<xGl<=U;86=4@j}yvj_^
z@FNr#`mm2irBz!!xJ3kEr)16M1p;VZ#^3JN?LYv@fU#}OHFX+Re|Or>Dw5-P@Vm{V
z2-G8fbG9cN9STjUV8dyl0Rr8zIo1i$sg*CEj$|~BG8HsP{{}d0Sn@RKeuk2#luoEg
zydk|jR9peanTyl=Wx>#m3$NEDGbXn^jqw2qnSRjSSNK8+g=AFWIzcQftPEr!H#zMm
z@c%s5e5$5BGVxY?YJmrArI`;AUfJA@G|}pfdtG=#!6NaDc=`J`dV>}ByUD^vcVKwf
zFKqmZc=_MmTTy*w13E(GyXe%DqjCzW!m`H5$Bu-Ydau!MQBeegK|%1JMVijC-+;f!
zsHtfw)*dHspW9Tp|LtFJzqX52sh`S6k=T~_Mr?cPj#w+Bt`Le&)gBJe&5>{6_h$1~
zSBYC8Mff`P?*wx=>AsFb#rO9yi@%yBR|)Nu+`^Aad@@i+lVat^4|J^Eb@fXldxkt3
z2)`ICFfEx_TwZ(L6=W(Ye+PHF+Jgd)8>LaSoFA>X%3LjY7D`HtYwurfUf4gcY|Z>F
zSzB*aYUntjC}#@Z$3yY}=*cjVV}pI$0xxYA$ynviyshnSZ}I%Zmmz1^X2$!s1~qH1
z_Vf6y`mG#@A65i8&SAo4Om9@XKa3L%Dnhgo2|Ia^LNwo?%RS97GSO8Kz1~~4^;@SR
zm?XX4{3zUQCNT7ViI?}ZMjy?p*efKDBGaLy8C-SARv<}cL%P!<>o-mMw>kWv#i(#z
zJ=ePzmh(X2^A#{E3p#6T;b3I%@I*rP&iB!2M6-LHRwbkwZ&?+8-mdvL?k+3<*bhjQ
zoFjr9f&@92oVpO+J>WIvK{Yd_8ntFmV2J=@z8|I?H8?sdj?(0hp-h%yOqX+kum7t7
z;28atD|>0}ZwbI!9W^ZbI$uTZ8N7FFF}i**o=5yg?eRF_#d>1BB1z6AMBdg&V~Pzs
zR!dq^I)bV??_XY(+m1m2rHrGtFrJ_rHQaHLTho{O=l*kd7Nj}8N*|rd)~xyT=ylyN
z6Em&#yOMsURcGOATn8zOr1nE<Wk>Yo5W7U2dS<j91_+=5y<%45QnSeUl3lc0e_$1;
z`mJ=wRb0`w2q(#Wyx30hdBj>e5NZ{uB`xtdJxf8ve7^6BU;Ac<{wRyx+eD6~mPo+a
ze^o(@-!*I9t7f<uLtS_&G4xg~9SL={4MAeENR@+$x#eg(Q0r7suZcm;V4)`iiq>6i
zA(a#544PAmXIZ!L_BY2<fz9+mn;blNOO*C=6;9LX;g}=6wT%G}(D;vf@|Laz?yN*M
zDqC`20$}(>5DiPqt^g0nxc-T)M0oL^J8#=w9$S|!jFaA2UdKaelOE36pg}FO>$(<I
zSyGm|=HUMcTBgs$EHs2tj*K{65pI!oH+4{I_wLyFR^QDHAPmzqsQLLafYPScX-1*n
zl_0iLUYm{vz@OW#(WZ+B#v>&BnGY9kg<EnAHbq<61uNyzt?+WH;8JJGJ}IYB0~Ikt
zjKX1&M|cFnjdMZ(r~l@b;t+hwlJN9A4_n+=WO?~IKN*gDb9JFnC-}`aG)T8NRnZ+`
zj&DE3ZEWGyzvWUPU)n9%WfPp<U5^wveBF8CYa>eVo37JOt)72~Itxd8HB<kbeVA-#
zGjn7LqD%kLzx4L^&a#ybuaq8kjR@SmRjUz}YtGj-=nmdZ*lb`O)FtyxgO0fKS`EH%
zsD1m*K+Grq!@Z1}Uc*Z?Gl6+0o*@k2uZOLfYhonMmyGSMDb`bUJx5R^1w{8t`#%16
zuK(<50KHroUE*JuiD>U`#s~zMHh>S@m4z3lDbU^QrGL7+Eq}tC!(;(iib?+HRNX4M
z-=c|$$`U<QWtz0UOg5DzF+G3LAddzj3-qPad!f4HGd}UrE2_TFk`^wN$mfffuKkY!
z2Y8*`wcFKpo{L1jp@ca33ppGIG{z>55a?G7@ZIj^4k$UDCpCJT^9uL}huCW}f4DFe
zCm|Gd(|^jf|DpbV>hkd9D(9iJ$`{BKr3uzCgkch7X70p8)Oc@R=;jsJ*B|jp&A#j_
zr9xIZ{j)TMm4o}QPkJ7EgITr{kGPa+r=0Wk6u(ninG3Ykw-fC=ueP7RD7a<em@tU8
zKsB(iS2Gt-UZ2)3ld?<Jdg7sZ)$^<R60wg)R8&eAn7(ktH>q5?Yr0kM{fbgfMmdjF
z@s&9#o63!O%`-^8FaRpk#EG(k@>)9Ox#sMWYz*4twrjjdGm{?Pl5?tR`vTL_1ooM(
zt#v``;-_ZAx8pVJMd7dKO-mmtA!zwPn(E^;;UOU@+#6j?J7s5Jl7S(rlsV|@{oX1`
z7iqHbL08IBdfswg8COkxCw)FX43_j$6XoF)TB63?0mf|7j3GKW)qLFmJTo*ijSK2@
zWyY9gua05g0+v-uRd~6pt?_h_Oc`!#z<fx1|4nHjD~-#q;jN~eF+c-=X($8sLeoCQ
zLZ`@U+a{AxYH9kiVi>lOl>@!SRe!yO|Ds;?WsmAn$2ja0?!z|2D*K{t7!@5CjM#{h
zfbHX_B3B{kfbYZE4I+;Z8I4jsjTahXff*m5^wDtsD>I|QA9mP&(W|?E{B;O-&K5qv
z^Xerz-TIS$R*YY_X$L-wq|&zyy7^0M+!M(jYD8ZO&ELH2UAY+rjIsCX<eVZL^`|pz
z(W=a=2=U?e&&6fkB{frVsYT_)j6u`DWOt%%*-TqGZGlu!HE8UOSQqZV7+0+DCiHmI
zcuoqU0&HSnpw0Aey4M~Bdr<TEE23T`b#xOC1I%U+uh_5F+P_4}sOYqdxK;L~2>%yk
zY2FQ&j~Fkdn9Hit)0NX1E1psL47>|%57b>MKK{%=?&gIO6FUCf*PBb5E`d%z;%A$o
zAW-=%aUdY`%15S=b$}{RaXu$``B0a};zMiY^?Z5XK)hSnW1;Lw-1#-*0JT%>oI&Kz
z{4wK!$DbDN-R7!0rX^6#v$ym1vn0TtUeOH#)SceJRK{>e{#o*%Zscxt<DhOB>TR(T
zsonn5!(J8e)BL?ub<%Blh<muAkD5yKcCqNQw&VuY8cD}qWbR!&-7S%jU=U=Ny7xQk
z_Vu`;vc~0$d#m0tLB^tH7~KUsKHxLty1lHeusF13v4%A&eSf9Y&2{akOvw)8YVrsG
zYJ5JWa;tsbs&kCnYaSGT0&Tlf1~!WI%l{CR{zk_%VAG*lw>es#XunYAF)4+WdVCu(
znz%fKgv6U+ADYgFLsGNCHu2)^wT3q~-BH<N*<Qv|vr6oYv#3`eq#4|pj{50-*1C`T
z_$X1K>-8<x#w|V~1c6huRMt2UvBZl_nN~wjOqmFxHR4a~o`#wOQ<C!94Wjiq4HF|4
zcCehZ%!fY_U8eG3=MWs%D2;|&Vhywh@^D({lBFP}Ba5{o^LHQZy>gMn*i16U{I=q1
zQGa}x`!UfF>++1aX`osUznNeC<K;q&_Iy3D2QXcLG5Nk<B$)GmvGo>UO|Jj{IO<V6
zqJ$FCA}NieqymCSiFB(VNQ1=aiBghB5RsN{knRm7Cf!UrM)!a*HU|9fea<<b-}m?X
zf4RIaHusF@zTX|M_jAAZzj`EklV*wdMunqu4_Js<xKIeOZ3DjG5&P$ZCWEkFBwysc
z1wdiU%m&eOf-Jgzc7|bdlt4~Pf+Tov`{gp}hq861M;Zkjeq=&pOmP)jtRB^;`#I5~
z%x+f~LR5~PC;o1J1w}RSih;JX>TWK!=>2JP6=T$!yfWxb58h#4Edt5JT%%xm<O3Lu
zfkJVh#T&odbtKoj`R-lA#>0uv=*kNDZp!~zz*rG;w4F}AoJD9v6f;2A^e#_TMw(Mc
z1FkT)<ZMVXl9BVf{-+uV>a*D4IV+Rlb6%AMWMWmF>+XalX$1K*Cj-O6&XHb&s(htA
z7B{7rQ&5^4n2K>q1NW%Phap|y$hnY<31fX8SLy>;j>C#mxRuEuy0PPboX{7R=o;uO
z98}8&LftQ35f2a@5Fu6uOKV5~4kSD_HJx@5syOwdPv~a^_h{eAhK~0ezT-b6<U?mz
z3mE4h5gY-LT=xc%zy5MAy$xo9S37{6SdJ&XB7AzvI^m}Gc<Q%%@A(c-?%0iH*&TZg
z21A*Nzx1<;1dv~6E0TAFf^C{P>5HcX1{=c;97_Bd99dxJFPvQ4-3G1=bh5QSHk;y%
z3xCM^w1^Slb6{9%3X1KG#R5U=nhBiE`8}J`fvoREv)d<pp9W2qU(&EKuve0CL>n4j
zc0~1nr>Dyy<7v1TM((+WwC&RgAO8#vp}f7GTpw)nk6pP?RO_$$18$KgzZssd)WD&T
z@EAtxtgw^(Ftyrs%FTkIxVh9^-N34ht@KXxhYnITAuVoD>fm*!u_>mH|DpWXy>JkI
z++@GCPBrmiY0dhgMt_Z*4zb%utcHAP5nS$*b9wGkx~eyJ?}&D1*{DM#wln*3{3EU1
zw6T|W)}kYXDoyqC_|$pT&o2i08wSX>rH7DT8XdTm6>=a-e|xN0fOYqmj@X%=5A#$Y
z?@FULMqd-cEVNK1whTDryfb8?AF0J=5(UFP#M^EZg(R?ixB(5LI(M9&H4x1S0N!$l
zHE!q4bh@J0CAL5=q8cFRaw|Z$G=Kb<Um&*9MAT(=h7_7m`asBb?8n^>E8xKD4)tce
zG_Ka!lXn>b=;GJVvB!+4-?UO`<fXUdm_JgkiqIcU4~vGzQd=Nc0Dk1td)`JB(gvyf
zVeau=mDh@<EAy-3CPRFs{}>uJJLlLs*Yh!qoZgPvw4gB;O?_1urp>M78H8_OxBO7s
zHHqL5<5o2wmKtqJ<YiJ)Nm=ed@E+w_JR|f@e+2WvpOt`=KBPOWxa`Qsgk=oFtNp54
zn4XiK;50RN8^8XH#SD7~G>t0cZRH*$JOFL-XLe;dIc34A-Av=FCAJ{qAzq=Rz}!7o
zdm0@TcRdjy<-Xd>SDWD>9@+PEtECFJpD&d17zFU&Ck=G_l3XaO)pcZ>^>g2MTje6=
zixFdpo08OJCuw*e#j7Np7=7eL_jN&xQ$neP4D{@|`DI1R?DSPtiL9R=DEpGMNVCr`
z*;DX4LK)wBi8=4~>Tft#bI)Emdl?NJv(3)|>-o};0bd8pTSgolrOaAgR(8KNtE99i
zMO-;%%Qr(Gv(1=Lfz#l+W)<IbGsah>qT6JhtnBz*B2~jPqMJ=#ll2CaxdhqOOc=wk
z9PAczy;hOK&GMPozuA@m?2}|<L|A%VaZ1(tYh?S|GJU9P^^{)mx!9BRf&kf{oH@jF
z7{FzWpQ_*UJrH<GCvdU2(LgPoa<Y&%pm0A$MS(>qSLHPsk6|$=L!r>aDs|X5F`zsB
zwZWZB<^Uos4j+Hs6W7bh-({u<nnKVgxJ&4TjmcczPdaf69#M<?i*42CC-%dOp%42F
z9xJgIRSixtd|wwrlXTmM=IUlz;4TS}Tr~ah8}ip|i=vcJL%?k}ogizvdk$*NymA@c
z(w-ER3OKf~!+4sa6<OgNvTgQh-38rnu6xb5a$xfXp;=#<Vg7#r=%_|u|8~<R(dTNo
zIkU1Q-^+e9&^r|$etmzTG+N<7O=lS@H!7nl8oR5`#x>f7-5(f^@cg~ijff>y%T0Yu
z_eUrWm=e_czbF4N+dO_<csd8qI60ZT|2sR2p+IKK{JLbznv@Y&Fr6Ck10LUnE+=$P
zKJ7Qj=pgLIELsiT+Op*UP>$lMkReft&!7YK=b@+k*tdK7Tr!4#x1{8lL*INXgI+rl
zx=bB-RqjlV>4aR`9HbUrLLO!ADklyvyxIAJ$m-($ZhO;LNQymcd_xuD(h^;2_WFGg
zX$Yh=bcB>9Rso<(%eO(V7<3fdUR8acZ@oA>dm>>IJ;}4xJJ%IVbIZE`sWd%xU=iiJ
zE#EKLZ&Wg2vgj{&H}_S)4{-j`-GZq%yhN$SjHxeMW;u0+(y{HTVnje+`bX*5z%9kp
z+>!PA78e;%kSmF^Nt@{GKE>sD{i!Dgt8RRRp0sTb#T^X(C0Mj_b?7c8gM2+hsb6B*
zJ)(+90q%k?#-Db-UHAnsAK5o^<Z3ACGDp_EeU%}1F9sZ+Aj48k*ijywb?}yi5MAAH
zhh_gtMA_ZtFwu+t*K;grwht{7>oo#sKw)o0Cv_Kb*>#UkRYpKvz`H)Vd8BtNX57kL
z_ivlC<~f}_8VVvYU9nl4ux@F@$@lukAgd1X5-mt|Hu;{2tLa<*_$wYu0HqOO^`@xH
z+BQlv#!2sf8l{#)0?9`!wo}n%cZq%vSk2+`()RmuC`iwrIn<*9gr8oX%TtD-h`>QX
z>*BIJ8wi8v`ub=t>o-BsTc)pR0QNquD_CCYD%^QyPkrm7<*U0F0^){9dHn{x1)FBH
z#yX>^n+ZY;G0Y=pA@$E5ddLO7q%APC2(g;`c%M#Xsri(<S#+ZB7HDcGf&SAG-8RzS
z37`u~s*U|qP6S-8`+YFD5UssbOe{W3U8Xa<_*YIPS@kBV{G-8dTb&c{GR~qq=3_-<
zZcZKs*LDro)}fS-ur392(7{`S7!}Z9rKG!^!qijjaQ{1>EJq{geLQdC;9)q~t)c&1
z=s1MQw=@rd$37ZkVl&}rVFA!<8;XnSX&^DOeH1%HIb}E#Xh){wpUm`az*@Cf3%FfP
zMkZC|Zxq@BGhzCg4c{}C6UN>mww#(FF4xqyN9)RYi$0+AyXUecF>f^A#mYudS@1xb
z*l}IOzccfGjXZjTT4Di}91A<W^4f^_Zo&M#AKeI<x5wV9<d;x)eO`Lp{Zr&eBGcSx
zd{_ThvG3XWN|XW<80|uJUYXj<F)kr7NP9XZeK!8|>jtlBC<cZZUlK?uhgF)4f=z!V
z5J#*RE_%|_e-3O8-(T*jK#rQdO|8lK;{eUXi<H(X-Mo15DzkXRUeoSRp+^&!5RFk9
z*DTW2Fa|XFTP?v_F5G#$10RjPT<JIfok(+P9h7w{K)OtC|1Yg@Vm-b3hW%7Q&G5D1
zf|^l#>LjT|_)rG$_1a+z=GVCpA^zhGuiLh1uYY;UQy#o;<yuem=U?0Swj0p5fiTKN
zS*JDvI0P+XH-^V=uLdOj4Y`I|FVqx_`vE=lI_?)ZaIpJ!79_JPN79bbgvyaRWEjdL
zoIeP$hMY*=Q!sX_Qk)Fy#tI)lEN}W8OP3Xb_ssALzWmkuID2L^$*E|S&QQ{IRc7j|
zOam*@EBd)O#PCyN&VWb@Bcz2lxF>ZQwSG0ZPIrIK&^y1_O6e+E^tn#HIcF<qI7Q(H
zApZj27|slbsv0=rFI<m`%mH1fB1gqHWu6pkB3H-*3;p}^5?@wEpcAcXT8I5I7lVQ8
zwt4z^hwCY5$m)9S&h~+`K)d?;xnyKgW||<kXlYfHmH%*abDQ=U(Trl0jH$1e(hi$^
zGmAIjEL))h;I@tXq7P1o6$&OQ+6r+;$qe1JLV1qpR~O3~LdOT>A}#Bj>6jhv3Ff(u
zLwQUq|8U%J`R4nfAU)wY^voY!lr`;?8%oz~QdBaM*MV9d{p#?9?+NM!`q8jfuG{y;
zJDx|<C0=}2(t_$Fn>De&b~seHhS@7gyN0^J?0^{yl0HN{#956;hQ027qMbt?`YasF
zs9&-5qGJE3STPNhYp3z&FXE{r^+1`@hM>4`gp0|MU<<bC#5m<k6<&Yw*q2RC=wKD}
zrs!Z#RW%oAvMmr~**AyOUbC}}(jQ-CBK#a`R4RP`;rp`w?W2;cg*;Tsx4YUnykYeF
z)+fuTkT*YwwRwtsi?)E>)A`X4=#49USpMT6$(^k}0W~@Uje`Fd1U+i}&7{L%;R4qc
zge0u7mQv8|e%}a{m`nb$Mf{%pWg1Tn%X;;Z;7U=35(x|Av>(YI@{?o=g+4uk^>HO#
zZv|-Ea;uxbA5nth=|)_4rKDm%`I@UH3TuI-Q^knZ_|Duo%@+@ZE>KA~ncKx*VS52a
zC1nqKMXhaZGfqv+%$Nf3hZmSW%B-FlXUGS5<CYWEG@X1o16wdPPtE$+1tF8QPK-zk
zzd+*={bB<V|6^B*$D^_n0<;mUefevBk`*a6>iok=8p?9}S3iy9Wr<3^{o!=u#%DpZ
zCqq+J75d^cks|Q$E7G~NnKJHg?q!k5!cHpP8Tch&3eVe5$)N3y7+9?Ek3f|p_<S<f
zKt=6Jq$q6_sMHokn4GCVRXU@s6@UJ5^X_MTxciq5o0t3DU4nK#KAiu6vTkEG1~h(e
zNwAom+?mo6Z?T7J{-_-4S)&a^Fa4(Nu@4%92B+=TL*~$|Qd*UNvWe+Wy~sUR-z+FH
z^wNbn6$ojY>qnoZ63TykAiYIJb)l6GG?yxj%=JImAw5^L*>lIfQ)=Cl`oq19v>4oa
zE!y>5C0tE<w}+FH({bYM*^ML9Zo0+z76aU5Jp6q<TQ`D?O)Ay$#}ZEFUV+}k`&C<M
z=4KDmn-I&93-6Tjd5!8%r7Uxnbw*w|={bV`41z{!Hts)UlYMD$|FgBFPpYfd3qJ3S
za4-_GSOQu+8mV<3P#uXoC0PjoZT#Lpn#sM*Vux58W1$}(8+mzkVXsTsbB4ch`f9vh
zbzk$>Q}ve<dYFUB!}li!AG+XfC+9ym#)|1hUbXvJPBnV+T_PnP^<ZU7=nhtV{rdH^
z8-lsSv~Fh$X%UEfogRo^kBkWbN7;I>B-#FM@xxABdj=l5&B@Q-oAy$s!_>04eN1+7
zpB4s#rITkGi_lTKE)F3Irs}j0YPM}eL(1V=%b_=_PX?d`GgV>l4J|uTi#=(0WaeSr
zw0U>Pwn-BSLYdc@Ui%6CbgZes<i9f5lIz+y^iNF98jdK}fi6GdeVt$<;=ZZ@fO{VH
zfu*@$KuO;Sz$rg}r9S&>pA_`j#AAkE{s_9vqQ-Mcm9O{jta(|x=`%7h-Z)v!#*Pbs
zp{>8zyv^BqQe_uF&q%FaZqV{X=;^BWvYU1o06ax-d_H~tTHgO{U1J1~$(p48&F)}V
zDk$rvI<Ahr_1NyG=NbIv2-=CH9EtPd#kJkt`U(Smmj%{2rsp+Ky}yJ+pPL_4nTOM|
z;dyWGi#Z-Q?LUwp1N|wDIaiCz&!AA~&0FU`mg+kG#R3?%v_8`f2f(v#<c;0yX;=7I
zg@Q@G`DtA3VQKu*1v>R_bZRzmUNXeyJ@8uq6w*<<^{Vd`<A}P6<uxG#!v$dJLHHl+
z$!1paEvp}tZAc#L-=NmFJ7*bO@Qzz>2K8%nD`t58iT5Wq?P7J_6Fa%oW2#AvyEA-b
zeQ(TaV-=^`8cZRs&2!0Td|L~^(#?i;W||t%os9SR_%7WM7f;|+|6(RGK{WI!&W-Di
zGzGx4du>lHkEu!jYu)qBN}eZK+dCls4?23k#RCTWy_qKC>DMKW@w$7n=<2#r&&S=n
z!iEj<bJNt;nW*otG=kt#+kR~auBY)NMkNxpwuyU~vv@E|rEM3zIrY>&6ZBc<<R9q8
z*MKulK}BSKyT!$-)((r;^u0xa@eTL$o88pYFIVpZeI7yt+Q>0o9S;yx{45P$L5|*Q
zAgan2lb$I11#th7W)Na=B)R-YV*4*;-^bW2Lq0?~&pA&k8Y=?Opql4%Iz2g(==ERP
z>kNY2$NjuLL0DC#bsg-^6u{P*QgA6?cleaaD!~{BYL%zln|{fm9a)h71Dv7tjT_*d
z6*Yu8$8Hc@OZ3KO%V&oo-2$cxZx~;76D+1*A^+f?K+4hI5ZX}C2OeNbmrxEtS-#lY
z9qqUiELB`kl<r5nwe&C@%h63ZTXB{Z%OO+wa1=He{H7Y}^$!15TXo1^E%*KcC%*w>
z-N0-or~qn*EsC*zNSD!_bXSFY$>QCTr{Yi~U~cRC(vKiz(w+eEh1aw*m+9wtSXrT>
z8fIC68I#YwZNK9ECZ**FE23-nHBQs7{W@^Le#*J;W=yBvZ`@?y({)x^c^`kYJ;f2{
z(fp5**N$T?Dzg&gnLl>nYT(T5rFlPvyg5^RG2@Qv+r$QgfsX=IqY20Lj@rPIPf`f}
zSaWHbA1HwcS%qavTJFkp6kWnm8#?&MsTszy%}ZT@%N_=D3m-3kfRU&5N6a{rq_B=R
z-gfld{yyIEs&xITmnSzfsNV_uJ)ctvGcnTr73E@EU%g=n#t;4unM=itT|i4u%TRaZ
zd5$H=r?XGiiMD=XKl*4Uuhe>S#DZsDexXc%x1QR48!iUgPoNR<)+%^4WyrRZh7VE0
zlYraXxr*ifOn<r%)HnE)xAV`1r@*VTl{<3ex3`qa#mNL$fFkYC=8U16LAcH4sJ!Z{
zq~w9WuCS^y#!lWO&TQp9`teA0nGQUzR4?fCr$a{MFylfUDO-JwJDQA*q@YC9{hYK(
ztW;v$2xy-O<hf;*($dT7z5C}I7sVf^$7JCm*1&Vwk36Uq_g3muy<dBV=C`?aCs|j9
zg?eRb7Gw{9l9}@Min>0ZZHF8bl%4PX5aL=FZ@1U~%+o#3<((1Dz;{OpBe4sW;{{Ws
zcQECyGq*NY?{N&kXH?_5+h2RG4=+2u)ig4?ts2XspJrC&hjqpuoz6*e*Qm+wES8q*
zFWR%X`NR>PdERL1_*v1!-I%kSTZ{{l9F%T&|89*ezIIE3N1jP}DCotO#5Rl8#-Uf1
zufffUmJPy}M1^AHNqkX?x^vADHv|LA7Y=bjP$!3KmCNe%IUoEmOOI;sAgRSmM6Ae)
z%Lb{2ikI<@bQQ$|fJ*fA(^At^i-G`Gzm*x;*xE<Y4hT>|_)))%5{r16+A}bZP#`^z
zw<z^3)FP?=&97ncV1ivhEj}xbi0&0D4MpY{3+(Om?YQ{-Njd%}%hcs7xF*V<W3xty
z9S)oKXKFLFNG;{wGOKMX&eY~p_RWSSzBqu7_6@BkaL1TyVLyQxuxLxwtB=wqx^HD{
zz0~)G<tsf<XL(9iF2+ayv{H`w@qy<Uk7|z)n=B7IJnqx^#QTZK>fsB5Uo^bR-bYC1
z2~95#Z#evisc$U{pK&!$siN2%YWC4H&OuEII`U^z(AK=fF~k^3q8=rO=;NdNv^uxL
zE}q!IIRm_@ZM-`P(U;~IiDTAB!cKPK=UcnTQd0!{EO-A(TBOgWLqdJBs@cy6wHx-t
zD&^4DgH-P=k(leOS}QdleywFFf?rbi{iV2B{GzfZ+zTf6nZc!Xorbb5f${1*qIgp~
zcg=fg&Vr3^6zQeX!;~=vStETRe<(YQ*o)q2OxKd6yE%qh1YSa&p=?YxQ)4$J78(Y*
z8s&E>V~@G$W;clk{)+!k2<2_;l{4nqN4tK@DMNBrjM!&&-}45E-UXmliLCsY{8Od0
zO3JE2h3ccFJ@fD6(U?Ll{m-Hs(aj=THzrBzAdjpQ$K~tgs+_-a{`q<pf95&B@%h4M
z<`1PV-Zm}(ZDWc3=(!mPIoiGR=WE3`+j#EGG5w8|H=mwe8N{+UjZ-Pk+uq+>X_uc)
z82&Mmnd;g6TSq?^xH!<HKr0N%$ud7W7|*NA2M@vl0lCZbKVQpVk&7qwvK|>x!cBcm
zr_<!Q6i$w|n)q<Z2h429Gt_-O5?Ld@>;c05=31z1wzL1rQ*W0X_6mZfIaBHP^RW)}
zi8j~I6+=+iC@6p5HYb(%Y`jP&%4a0^&(}X&KpCyRz|z3}8W~x3b@k{vrn|fQDg}kY
zu0w8auEo&v!GA-bD|9`hfmN!ilV0R`wN8Ho8Dd_w9@8r$ywJ~rSBw7{7!AO1juzDq
zt?a7)UK0tP3!n@9^UpFe%7UKWrL}ETtE1PtyvY!~qq0{y*M1T2p^B%%5rrYnZRyR`
ziX;_+Uh}l{ttHQ@!5a6=Gat$bSgGbfE_$z0=OYvJ$LT2TQE3m~Vikw?GdABcc@jbw
zH!rkZhO*3C&4;Z%2PG@PPkDs~2}L4E;lq(kFqC3Wne=4)uWrzRbQopOtiYRBy~W?@
zZD4U^Atb%r3p$Z}<N#XX!F)6THnTOySXhSKIY8tF<5P~0x-ymjXe@JTpcF8e75ti5
zWM298CM<JLkM?%JOkF;uz&n7#J0G{%&$yu~%iL`YbO%`1pxfesB!a=Z67Xw`7Ka|x
zylbu0BwPvzh3LQ+`=sh})IKjA;B)*R$_mqC6sunVyrgRnqbZmRziU{e;q?H(hnx5G
z8@Wo$iET;%{sX-?#+EOX&Ib$IG0MUMNd)E@$<f)7qZ>i%bBcN>X*>@IYNu7p%-SEz
z9rWUiOIHn?-l_ltSy;FV^*&o>N&l}^EZ*aNBK0a0yK-@HwS?29{mGZ8-L{q7bBvJ&
z0Gu#oyrob@Osh;Rc5DD;vESq|ZT^~V<%~N1>{rm^VZNC;B6OPF#ql}Bqa?GZ^m6sn
zBE5uXUtZrA5$8&liOa&F-YDcLIM3()=}UWKsEYj&qRW+s?47+OLP0yUE#?pA$j~((
zyZ7nqv5d#y(w!#}Huf4~##|$u*h%~COk>5QexpYZ^Cyl~%E!eruRqMMTV!lWey3G6
zM9(L9d{EI<p#|n=_@%zLvIAW`i99;6!24<SY4SaZ557;gK{avA@vZielMl50gyS)%
z9pzANnwr+<;7Us)T(#}3ZjzE4F;bu&=KeRD#$8>JzIAj{8cZ`$mff79D+}mt@f%NU
zdvE$}*v|y>=MdAHhcvN;1f^e=3*$Rl`66OlRn16kkyV;#Fw7uwi)Hd!>~`oJbEs|1
zkBn>cLb-d>YTnX}fqo<`CsZuc7e^%D-5VUy$rzx%x=jk^s)v3GOb1Snu$g@t?zT>h
zr@Ymhbwc|6ZRZOvi;*Cb3^IyfOD#}l{fP8<F?Q<%vE8c1b4xRJ(*E_+uMTNV`KOzZ
zX#h=~R_9IlNCvXlk=z~}P2_l)x!<Gr(I&gi2jmp8d#w|5lC^Q4Y5xsyT-+)&wqs>H
za_Y`I6jE88%DImhROw}p*dW1SGp{neXZ^38ov?b)-Y9-be?wUTfBQeFtUdC5DS)H{
z-j6uS8KPqyzj<c7C9sbLtW}YaDJpr($Wm8@=Gtj`$xtMGad+{#yn5y|Iu#w|cuZ=1
z<P|-uWXsR_4JCUhAFc4ogR?gDiG7TAn={VxahtyO^*ld~aNSK}x)a#p%`XvYz*b~4
zoMI&VRs_9(j#wQv-Sn|SGV;rUL%KfII0Cc=5gx$hVC+acs}7B=J8BLwZsXtvlQC^A
ztSjm5emTp_Ld&f0CMF4|c8i&%gVIAII#-9bsP#tO5UEZ~LS=4K>CAU88sX<3W+~;+
zgi#8<EDM=HKB`D5W(<LZ-m`r46<fV^E34rcj0|%pZgspmAfPBg{J9)!&P`DovN~q?
zqj;v(Y<vC58G`z%w#|E&zZ!jdGTxb!nca#P#m|tkGaC9>gm;1($KZLc=criy>U_LO
zbfJb9=NN`IP}ZUwz`%}{KD!E+M{QhT1Sg)yTd2NyM*;f1oQ38*a#l*~NReipu#S*D
z@MNkh6LY>2p=<-K-)(1VXF8)9=_MS0`&h<5eO(6hy#4Y@Z<6~DBtuH7dxbbK(nfV!
zsOM3<|9V$V{Z%u@OlWdP)=Ahi(}0)aTmoPuP|9~TjT&~=m<RMmIx^uWICgw34f0Bm
zXV7tGIF`<?_6y(bOZ?T$Mv92hyJLU84gua~s@ldt`77}oHfb@&R4+B0N0NWKo5(i5
zY%tFbuDk|j4lb+(MEtoXwd>eX2_WS}<?Nk)Fp^FDN=j0ajBWb4cyUr{1XFF=bZ2Gn
z>)uJZNLvYowj38Ox3+xA!QHmNxMwShpx6PhqvECm1(Np#>=+_d1-Ur69><I8zIsj+
zijlZHHN}Yzg7ClyRqDXhA{guZZsY{2Lp`P7Mh`f}!Ar8pvFL4F@EbLaGvO6Y?5?RV
z^(?CZO%Irmo{F<dlF4QDb#j47<^Hfog_I8yt41;HrNsz8>4*bN@;73u>0E5v%I-R7
zNmWaMh7qPa_<ptpa;@9i@aCF>HJGpi^D=xwu^ZhZA8QEW4e8KBr}^?OjK6%TWED4N
z`O`~t`r*<9j?W)gUaqmqHbDulw-;w`Z)|SPG+L^2sl8sjsGcY&w~GZO#N-mc3Qxf=
z*O#>Z$uA9cZ7LOa`z|};#z@F_C+FkjdVPGDl7!Rom&#f`8bI%)vES;n>hEzlGy&mI
zccKvT4)6AQl!OVV{^0WXMMar$x7<`=M(J_W_=dWLdq=+;U5DSic$zZ4g+1`JOFcRD
zPa4h>=Z?MtJ`qMpKmVX#dR%9^Rtsuthw>fZWq9n5eoKUuC5}6r;{!mliAVMNfX>+d
z8eTQ2^6j-k_2=s+FD(Nxxbk}F_G$C??aM1W89kD!@R!;PEY}>!<d~hSBzc{wFXWN*
zA)_f`ZO`^_{LD3<(KDSW7d^;9C%_#ZJEM#xeCZFu1`PFQ${rV%zYoap1?1m0-wId1
znwbQ~m%(Jx%BPmxfG?DSv{MupvuEHg>pI6v&fk5H20v2v>1c$rT0ASb{_a1M1(5BR
zT5Qzl+9hsV)W`Kd)2=u$MpjAR_`<vJ69t~M;3pj%nJisj)f3kh{ANgT^8Jv~*jAg2
z%%sHzC#IkwZq(E*9Taxs(*n*k*X0B7Z)yY0%%*)d&+pU!O8dulmaSw3z|!8UvSjWg
zBptHIs#JOQUA}Cs*-T~*ONo1~mB!_;Xx<KOq}HuIptx-BmH)Eb&4uO~=S36bkk><c
zF6iY1UV@^CrQ9c-sasNx&X-#QO{u9w&X+%T$ss)5HMw>^+NpO{kbZyV>YH|!_7kW7
zoN+wEq&<DZ>;}7D|9nPI>)E=8!?yq1X#l-tP#N`3(Q*W^L>5#wHuJ~${JL;|@?gMw
zb)<IqlX+awz`;o%ocr&t{sSZbze+0kc^P>{{vM4Fc>j?iG9RF{eU*>yJdmE?>~ikY
z+VR@8XS*2V{kBdC*=guOqxeuIkh8qJ=kU#S00_T}DH<P^SHEg_eCAm&Uba!g>(g`$
zJ=&3bQhCUGolv-wPH)Gu=oQWKLFJ;f`b`z#i<LIjWQswLjBg9?GpHU__nlQ3_2^A}
zr`n%f;KewXv{hKB#xGy}Kuxw;LdDqGIm`UI!}o$fZE9hwQDv}r+P$b&n|ICZnRS|m
zxnjwx10LEtthwFm8{H*k{(7*TT}d4(-8yNwtR?nzr>k2Q>yNI$sx+UvXs+O1YMqYE
zo%QA@NzG>j5=7BhC?QBK?9uo(omBvyJwC?z_*Dt(MAUEmS@`BHf0xz6Z7Kyk1s9gE
z=LtV)=$a;Y@MYje)=&H|+sx`(PHuV!Y&W14uuc#a!ZMTvy>Cqz==;q>xAe~0^d!1y
zQ@6Z=t0rx}x?kT+RbkcbtXHgET-#zS;&@{&aNw8pmzr|(NQJ;9a}*!XNn?o6Y2q<T
zb(Ut^;ltea>GZDl>i8d!7Cg?B?sE%%ihUM08xF^1ELyo7r=Up(;2WC?^(+I;JIGFh
zXSKVLbpq|8<tJm|Yvq@*5UB3W^Pbq22l9bv((HXCOmg;U#R2U%V4%hI%L>1w8{5IU
zeKzzkHee;hcJaeHsVWl{0*&{xU{yHAvqr&>(x3uo3mK<j=uIdZiMn;Z&8<=^u=IV_
zcg_^0X*(zOWwr63RtDvSg$uCw^suAd753cGKUmLS5XM91B4SV55sP(#1Oxv)gu-nF
z>?H-d*yiO=-czS8y3f4KERWOFR0n6OJ1>i_?Ve5UBFK>3Q#<WP#;%Gm0xSDj-@q(>
zAT0-aQ03=F!j3*1b3mU5zC9K^%03j5$Kky3MP<PnL97$ge4)uXI@DGzD}7XRaFJy1
zD;V3kTj&j!6vyk7ev*$gv$<iiX>LDy8v~unM=(3_@jhn|7)0p&K9V}Y?O~0HoQI>G
zot-rb!Z&Cq#=y=9XC09?bZfExf=ZSww|`9Nn!~d$PUMHV^qep6D@1r_J$PSmWlvcY
z){Ke82O6DB*3{#d;?bjF`BmTc8fK;%&tEKfw5OcEl0CQur-h%-5mX4pGJ#UF=euww
z1<QcK?9OfM*_71jewQb%@pKmI*Q0<1XC#LnXFw097PA=@D9;!3=V;GQv1yyth_eZ8
zf}@$ATct}YY;TbaU6pZr>r%e<*{XJD6*8UKO?i4PeQNjPGLj!*i4%o#p7mo1X~zky
zrwPZ~8OPhl(eOh?^en5t3!xWss!`&9@YKIY(qBDQ-cx$^U>w`-l<!+oDAKS!>g0wl
zrQ>F}#J(4zttI__2UbvUU1dQb09}kmdo-K6U|*f^OI<jBE4SD|$Hmx&S;a1rs4VW=
zdZCh5Pns&WbL0*Pn0i9ej9S=*1N|sWEu6~je18vheerBLd^Z4VozCdIKk7bWTum5t
zzZDpL<6vd(lwgs+sfO#embbKSc7%3aNEEV^_izM$&l<(uwJ;twW-mUDM4WR?5Vhxk
z3MuP*nmCCrh8_sDTMC}11R=b4D9(k?4(S5j!f#N7Ve{d8k)Nmoc`T0d+L+&2H2aFD
zpC9I<a5kc4XKtcpd3LgM1eEvLNXEw_vXPUX{;_f<{&zn3-ihN<LxPd)(JQvIHr8qS
z(oW>v#W`l*=|UM8bsgNkGURO?ypk3PJ90uVj-8M*oyVM5QYjpLL3U<9=NVC$$eE_Q
zauo;4{)_4vw^hH^9exxFxO?V`r9ee@F{0M#(qqQQ4E&cj46{6I#&G!VvGVpE_a@R9
z=uY8)ru1P0W+M?UeKwJCZi`NqvAjh_hS+V#c2>DW!Ozm5a<kYjY}yMC)syvI{JMAB
zgrvq6j{eiRY;M|P580qk-velSD}+vGJsdC4R?s05q0su$)_39I$1MZU*TZZc7{843
zr~c<D7M`05SGl*HpzMnu=f3umj%4$9N(b1uFqWMkgdwJCmbV(h;RNWmoPtKsYWdtN
z+xR~le4V6G?~}v?m}}<_*&7r39+W$;JsA-*DQ)v}gzy#7kG5cE{nm`?vcAPjl)BR(
z{oBO{W(h+=2-UNWb1Ii}G+cfVmEk>be!C7XH6id`%hCmL3wknx&Vw696!*1cRTTG$
zmF4w$FH~hjdb=G37B-v_EPiO9IwaeLEKf3z69-NW(FEiX8F<ob+YCC{GBPBjYc{vZ
zb;Ea>_|Ep+THIM7fOpp1+lqiAg^9qH6CgAD6|r*Y-?#6|!ZMD}1MimAm1{S<Gx*K!
z7uB@~KxQDD3counPh;Q=aNNXPl=kU*z6#S=soY*S=^{7$lpAr@oceAxui9a7>|QjP
z&97?b42;6*T3v@Z#5;vF^yv76oB7A1Sh&I>BG7qQr?vNFW`H@6!i~Xy0|@w*%9TD{
zk#RZfV*&(Di|&EGly!gL=e&#C@#*VQpko@@&d+zRs+8&1ur(8o&ns*@(hhX3baTxz
zYgm6WQoV_e-@%XC*EG^zNz1WIE3RK*FZ1!5!i47sqM@v76$5f;<>@olrt_5Oscmh4
zY5CK=kYmt+c3VD$Q(K<&%|+44A8?BrKcl5`JMGX#_ZOd=5^`71k;h|naG~^AQ<oXY
zMvPErQd1sk4%KUJm)eL@M@J-Pe9XWFNir3G+e)HK|45NHg1L*?z<@K{^M0l5G86j0
zistvX`$6Yhh(1E$XSnk=2HPw@i~X=0DVk6HM{mfc?&QM$<UxE4iB0-;)r%POQ<L`H
zz!$?hOoyy2Q;}r1yKh<g+7kt`JuzQY@V-6#_U2XtT6Rv2){1kE8eInU+&6tW3ui)?
zQEbbxYJBpukVxAVnmwpAg?e3JY7_JNZR4zItMc-$FHKieC2*{-GQ>35GX`R}e4JmK
ztn!xO!X0MQPPQV^pUzk57Pq16ws_y^-BZF`tZCvkk-v1QGVE9JzQ3Gop(nxb>3f;W
zabxxP=}YLf-9YK|rZY2H$aX`$@2NfUxAzX--3>E2b_oGVpZaK9E+@18J?T{&b;4ui
z=8b;CjuYtGDO&d&pTAh89pI&`gE=C)&fW7&EP~JStos&Juyg6~Gfd5E<w#AHM0DWD
zSQsIHGDRgME4R)=?z^zwQa}6bs|SbhNV>1Hw97@mjfQ(I^dVc5LY;UxbkVx*XEW5N
zTxmkh3){E~3x}L;hR3!*T>Q#5*_%N#aGMHxB<DBfHMt*m@30g*b1MV3-<#7WwPb4P
zK9HmI4)?81!fGjjoVle@KDw>Hzuzdsg-D_{8<8^p<6$c}^^mI0M5ML?a~)KyX(}|m
z+5u9HI!uEyRqVZL{~1|9iDajpq(UzuW6fj3>8xJ9JU>}Q)w+BwgT{(N<mlay@n{%u
z6gO9X^b9nEZuQul+@Vx?%SjEoM}g3T-kI~qesm7OweqosV^8N#s6Y3mB(~gLOj1bm
zpbncsNBoy4usxahm~Tx&gqW=Rw}%gq`BgHfV-6$qbo7$i9Y*;B${=cc+`O)ORJ+RX
z*f7z>$FDusQKi|Yo{?dJqh;As&3_FGmt7Yo_nG&c6JDo$air-Gww(Z{b3@F;#{}Q{
zRuC0qQ{}TbFjV|uv_A4fo@d#jv?DF5`@PG_j4i5e7X3x4<~t>sP%Ye|XEa84JMj#<
z&=IaHRBM&V?1smAP49H}+|oVo9C2Hf)SfW^)4F>*-#K>GGBsTQGn?dRJMA--#!kPf
z4}tNXb;T0mj}h?mSQH&}l@1j`rwS2i0?rjZGKU#K$IqR`*EXlBmIu1G_fx|x_VOgJ
z_YnmHCY%dt@OOI}IrAcPIuJjaqqMdWBMNBHYc4YGFw2CFXPurB+}an~4mh6Ch73>b
zL>%{%QBj=gwL8F0mllJma4{$ORo)IJz*=Vk&aaH{Npns36e1-;x&NaY|KYpTOpG^X
zRsW-A<RL6XEvz-Q>7=#^b=I^Sd$J2tu<*k=pggh7f);*A2UHCNF0lhYIXfmG<yku{
zg|wu5W5}Q@Kc66E+&44`qn8wD=FS^;V>3?M2RgZ7haWQ${+j_V(b#5;92&STrbodV
zxyV3BJFCAdFabx=bK>h)U#v{Xldb%Qp2hx$<=S>;!b&?n6G`>^hlkVGYj)EUXC&4s
z=ieL{M0w6ZwwwlP_OVCugtMQ!?FSh?vgzm3+^AlREz0A>#LQCaR^3d??R+>osAVqG
z^2D5~{Jh-L@@1avai1-!e@Yu6I$)XM!NUxh4U}dftW?F5U$V&{pNdM#x-ShZ2*03U
z`mwuZ!`tQd43r8n=wp_Mbo)`Ci`A6AxYEZMFWEWZj~v*diJozXHZLA!*Y%u?ceq5?
z&0@ztQJdb_EXB5n&w3nba^F8<9Ds=gt`D3(mn8-P^B*bN%k$wZ0~UTqzhj}eq(nfo
z-6$gUK6d<~_SybS>!RrZw(gj5*?p^_oEUDEX%T4w!@&F&M-0=GJZ^{iZ#wKGd0cgs
zHIJxRjD%Mi9{Xd8sgUWhQtp23%;mrNlv9pgmB{SOp3I-z2sxhY*YaOtCzYvaIo)<)
z?ODC<`h2Gmr9tQboIS(A&*Rm?hS8|G0O+)5*zg~>lZk}jlhkEXH_sqy#KwRW3V)1H
zkRL^{LJ4Rk#M$1)SZ1fSubJE}H{3>{_d={EpOpt}Jq3QR?DR*?aeVnXq-x3qE@yF6
znaC`4w7NLZp_;-P?XcbD>GGh;l?%3;z8gsqu%;w;-n%}Mk1A{0*}zvhAj>*L2bgx1
zLhCwBQ3742cTepZGJNo&e!8EM|HT5JC-UVPGoUL6ZkUc@x9tuGx0TVPdSbHS34sgt
z2edUvVQ;K1dP157`~5K*vbc}js4nlyT^uvb31$<CTF(!2@HyR2gv&ZNm7bXI56EH7
zWX}on5R4E%f4dy^@a+3iu_g1)hhdqWdiI@qR7{ydlP|{JjQRd<%OXt+8DEC)M&X;f
zsW9l?&nmY8x`FneHLIb%JD;Qv_QMB+lnIF~NLp=$Qx7w^{4sNJwuyGjw9jgq+lmI(
z(pdYx*QVVy<cNr8kM@a$_d<yG(FBU_BE%hO4(T9L0yl8}$Smz=*$YVXmd4@JpmANu
zxULJzM0-Z#zQRmeptx3xaLCM67btHT^e}ro9y2;tU6zl!Z5!Bl!j}<QoN?aUic0$|
zT0Z>|&{vy+sVdzU{A1kRY-zgd>}T38*&<LjH;2N^R#6Q#vkVa+bxhD<-1>TcMvMYJ
zTS3~DfX8ggowqn!%VBKfJSF?*GFYSzJj_lBPzL*E9cc(A<ajU)Hh8egU6I~cx|`Ut
z^*U_)3&vW`Q*@m$+GEaoj&;L3=pOrR8nVP5=f%c4$%!*WD=DxZ&86;8Ck%<il>U*w
z+#f>>U+|)(Zqbw2z+G&Ne=q!GSt#0HgR4Mno#d<J?kOHxwPubkQwt-}-AW1<5cu`d
zBH-TLz~j^Sn2S>M1ImQ#I&JBz^M4S2mMar}=6oP|C*r+i$i;lYwen1OaaHv^$xC5a
zEN$&zpjbDa{M~vYM^}#0?UaA-dx7NdpWcg)Uwdf0P5I&Gk=i&!OeVtmUYY&#VXL=T
zN}pPoa3V+u)#Lf6>FfS~Uw<!3{No}q0+;f0n?{J=KTR61SJ}2=J^B4C_WYNs{7pti
zM$(uTY|CzR7>n<l0=J;9lhJ&68V3gl(wKyvW$*bQQZ8yLVcv1cUZG9Kl|;;qgC2Y+
z?sY&Lp%V5oQ10v)h2DX{Pg*PLTDF~TMcBaZ@mlc$Bc&xBT#+>15K*jvirVypt@^3R
zuP9N-dE7-^jK{WKqA;2h&M$HKYWctXVc)T03-NWzmAGx8e<?w-_DoL&!6Bm<ZN=Ee
zsJUs@;rW}t^YTBW5bhz;Kt@J}`-}+$_PZYy5N;aanz0PKXtIB<c|ps=o6VlslXmQ0
zZBkl>K+It5{)sFE|GDIyaUO8GYP4NZevEBIVv?tH)c^Ati4D>Ie);kR91S&AXh+#n
z%gLmQDEwcSGBi~DB+pQ%?~X6cNmSEATjFg{3RoS56pw$IM^dGsL(kk2VXZQOS?^BZ
z3ya}YyMN?#Js;S#<k<iFrd(r~^&h0HOcTclabmLasEUE^pH;Q;>*{r02vJ-Ztgxwi
zP>CK9lk?yQk)<Ockhp(LoN>&5_iu2I7xm7$<Ni#9{gpAN5+b{;QCKVD;u3q`{-1?C
z)uAUXDJfx+_8Pt{JtM6d-9{7~p`_*iv#Nxw`{X>-*FJG{1zBbD4zBB`x*r@w_xzph
z{&#I9&-FUlii?X$VJ<Z$?DvKX$Lzym!1JkZ$n6LdZTJ7&=O^$N*A2u*O6&71F}|mR
z6|X9!_PlFM1Zrz*LnEAsi^PThcPq34)l=I?IUio&`Gtg3vxnCFEqSQ3OiIbcS0<`#
zv&ZZ`VV36R(Qg~3u~MZ5e6#2n2vfLF#sDHrfv^x%%b5z~(m{Ul;y+aUDjw0jR%B4z
z0a^_~R!vP!muQ?GD?7TlAaDn(GIQK&H?`$)OHU$Nk8YSKi~XH1{#W!I9HDB4L=H$m
z69vr~yqi;4O?eZp@b;^XR69H}Znw}GiZ;)Uarl3>Futazq7By8pC$wO_N;iqQAIFu
z(;+oQMt=DKSAg8S)G_)-?3IsC!|DL(N1<2JL;`&LF9E*r@S>hb(zz|aZ2;FIc7A`(
zvje1nMEK(a{3XfA$mF0Bz3Z~kKw1dx|6M8{s8xJAk`ddc8_ls}*!4!p#MJaz*Da>n
z*GPM~X*HPbY#zI5qRcwP72N(+yxwb%Ur!GQe$tZ9hz)PidbZl1772J*28E5;cXW2D
z@CyidMz~)KQ5@aG1l8s>Pi$=1>+vS^8{z!rc@v(Nl$DXofifv5gV6j}F!;Zpat2IH
zPDZ?KV2W1Bb_Ws*x#q$Ut&(Fmi8B^VjC@{5-SNt8tAhOhrJ4yaE_dvby{>r<i)~Xc
zbEw^HFcSnfH>-Ee9Jy!zg=iSWS^v9u4aUc>|J7d-kJMz3|Gpv7p!lC3@$g>y_oHu0
z;AEnIf0!e>|9wfcKv({K^Dr#y{=ctDq^T4Br54FxX2JD;KX^y}zudycq<AbsC7UW*
zg?(5o+Mrl`{jYaa6|f5=FOER+Y-D5<o{*5B7WR{pc5>UxZ}<^OZwk0NR_@3Mu*@!5
zC3`5GL+zEDo5<S+GoYo)6-H5Jf|Bdc!oK7-D7F*Q4*r%YItm4XtD~c16vvL3X0{&h
z<5Gi2U?JY~ylnoGn3z5ErhR9}nM3XVx~s~o*)ntC0%P;JeQ~BQd3Hpxw~Cdc1&rCu
zP>bUL)CKoxZ=+C<)!l?K;!;b#A~6CPZRrNZG(bO##_Ykufay(pHDo48rxw@V-ThSd
zc>cqufmLp%?Y$+JN^2Hm9pT1@2}>EUwm6QDGc%yrHY)jmusKN*rIGvGZuM=0m$C;8
z?5N3zzc#XCF*5@wfme-5n#b=;UBhOXGwE~gun9+&@TO-x*O?$y6OMF|9hab_!s=cS
z$P~^W=1z{>#HfXdRr|DfJ%ZZ=1oR;H;=p|_t-2~$0u!_i_P&1aP*a|pZv}j~YHeO)
z;zV~X1UBv^nCOuBH1}v{XD6p^H-(`2rS|~;1^!YPd@IdePAyI?Y=rIs;SOLW`}d|M
zzqQNmg?bw}TlL)GAO%x?+WfPS0~kMmu5IHKRyQ%eNXw0Q4m+?suLd(`!{RZostH-)
zSg;hY77G_c-h`u#jg3sYAu17!%UWBsvqck?$O!yu|49uQUW8)P6c#F%@H96K7*>D%
zLOt?SM4wHSd7)kmzlO1;WyU;zjJ7<tdgXW6vU_C_AjmJ<2D7r3#>Pp(#GY;6me~h$
zDSb9gCZ#OLl=#l_w+*rjNldX|Pu4F3dgcb<_BFn5T6!-&XqExnQ7S@ilFlCTQeQ(n
zz1?SX&>Hy*ND}5Fm%4k1mki^of4OBu*lCd-Z+tq#^m9OSK&CR6jow#7T`+#Lrg?B+
zCm{2nb7If(C6`f_)k|Nq8(9F~3j5vn9~j3a03nHgEE!l}#zP%5BT^4myC&w3x;>(C
z#-(0a30rnqo9o*}^eO5jG0moA-G9gCp)P#-duAprNjV<Ka#LEG`x!^zz4RK2jU*^A
z%A`BwW|o$_#&7O#uD&%WGyg8c2k6DM>C7)hpA-2bIu?$0FgZx|*ZN{@M`W>P?sNJg
z@5L4W+H>)~knDX)<4?I50jLsm9EqezI~cLh;|gQd)S+*sbk?9$i@W~$j&tB6=~9T5
zwO!euv+Zgs>#|TsgPB&3b6$UG|CGP{oTo#xali*|KBVBAx~dx3vP0!o=K=JqlbbJ1
z`qBZ8N=1eN?EF&=ap#<XaqcjdIzJuBmT}DrBc_+t*=*2w8e`MBeMzRdXk-{8Jg=od
zgIr;<kmSXk)q#vyF-@5{K;tKIIlFHAIDcR|y<p{I_7x2c58`gCasswoT_xOkn)@8Y
zeZQ99#*<%;`OKk4eJ!N_foVCCqGZH)W%BWOA9$254KCT(<BWg{4>z*3WVP2UFDp~Y
zd?w}54D^0-a<UZ_lT0L&Q$TEle?R|kOTUDtoclOJD+=tQY}3!rPo}o6j+6y53bdEQ
zVbf0!{C;tcIpzP<=Hiq&<6Oth{6}jE=sQ$2H&5f_)#3o#n7x~UMX()6mveQ5Kp@|8
z#O;lf`IN19Q{g_a(<gBpf)>rUfl}#;vep{|D;C~z;OXX8vDq-`l%}GrS3Fkc;;fln
zV%~J;uFR&4B8;m^LQ>Mo%8DJB1+d{v#HOcaczEIQJ5{0v)WX=8+$-5NM~qBNHvBVs
zma~lbRSNYO-ZT@P)8#DSeKs)oR=1c4qVzijsQ#LBH9OgCc*dh#Y9O;$_0k=s_Ngsa
zHUIv*3&2b=9S8m<zj|U$6XP4B1}qNS-KJIlIF2Fbx@?Pb1Rn289oYd$o<`TC7U!|U
z!k6$=ryOYofk*;bvOT*jav+c~pemoC;3_|mU1HJntG1+Mm$3_J-IuGLc=zs=v%fZM
z)Z&1x-ojVet=Vt@@c?ol88?swk%ZiSIwA(PN@@|=;(P_rG>uV{OO2=_wJ;YBsFDjX
zn&ac+cN2S}w=kztzZMYLy7Uh-oME@vUx}rWJHyzm7>a7E#0<lKtvrB3xjV%={y<4=
zrbShHZ@)(+V=yh+Fs?|zPZR-nz^<?xyCEjrB@+$|2$8cH{#phlrKKI?;|9o#8<n)N
z8_Gt4iQJ9LEd<SRphvs$@P+aI3<cJysVSXO0}wwmcSn!Z2QKZQMhdTg(_Vgy8?4ar
zzvFpuyVPLwnctvW51`)92Nb<rNI`I<Ta8I{_`)tV%ve5S7gwdW@&K30-!+L3Em0fs
z_?CfrtM{p!r*?oj^zXY}Lg*Hcy#nGF(Xps8(|RwAH3Jw1`I+fiNw9tEX=jv&`Ww_|
zU>$<pS-xtPnUnNpQ~1wcqM`yyLJz_oAdmh$t2c^}j2*yb{(jQQ8vM7QD~&Vh&p#+4
zNC*H?=2G8eluAD(Z;zG7ujMGMM=}Na14oY^d?Q9a<K#9PxfVE+`bGs4I(erO(ABm7
zQdL(C**l*x`x<ipxi@0cruNs14a=Bvntt;90*2<xxTN(^2pL@?ixBm-OHN9D2jVCd
zNf%RbEnsv$Ctz+c4NOj&fULv&a7dLKHs-Iew08zVjy0vaqtDsRCs|WQ@%A5+{;zFi
zM<_^0NQAPSgLG#5#78^spMB60!$X5&(tT~<`Jd+AAM{o&om2BtiGz1#m6W*5kApDE
z(aGs?=Cg1RLa)2x?}lMjb?6_m7L9FWT4gtzW|_wQ(=a5er_^fD#M0#DhvQLM!Z}Fh
zQB}{UQfm7TwvrH-8^-z|sGe}_1d##=w+r-mFF}MSCMF*2`*1xz<0=MTD999yQu{0S
zu8haL^@f5l=x_l{_Jzd=2nxnH5}bvan>cITe*I5@7}9BQ{8BqACHSu#Fm^QVBvf&k
zyWWMydmc2yg0h{QomG<aba)eNDvQ4{&9VYlg#h6#vWY<z7iw5XdpdJ-O6~uWGW|FX
zIfW;_#|vR$EO0|amKt^SKWq_ZXsL~4==jp`ArAghEYB_AlBzn;HVFx!P91nWKBsLx
zg=toSc#F~E%jar_f^{aP6?JO^|8vd8xz8VXAl!is?;2+SW_=T_HvN+5+>DLqTK7y!
z4UpSez<Mgn(09!VH`|%dwGI&#_SLTVDSuqsNq)ig`LCUB`Bvq@V|+i-K7(N4Zt6j+
z<J;|vFVZ>HZuZ%TZeV;t%=|_oh23wY5y||MLjHLEN#|~uzZUK5*8!K>nmpE@BT?~Z
zcTCSh7c@8VSA3^tXJbrCX@NZ@##zk$4}nCbC4u<1>Qx*aJ}oV+Lf-Pr$~CHfoT=J~
z*ndK62E#J5kAAx?lE9!Yy=_Q3?YOWK<Ur@jj!X7Q7+6&eB!_H<Q&Lrc0fOPx2jqZ3
zDOil$RUDJWuzk%dclU!q^z%Y7^v;KU$?LYsNbDV;N#8&cz#c1mQ!Oqkr)@9i*TSi;
z-W6AkmdVxF=jFU>Zrt^M?{)?Ve?8a)2rgOat>QQ;8XFlvi9r-crqFvIDfkc;dgkQf
zf+ZLOB3p6zExF%LvooDTaAqh$K!E~ejb&w>fL(uNJ$M2rpmBhg7sREM_$+-=%^I_R
zObirxls>hc*q*4rvr4wc?A2q9`v1d1XjNZdpOoK`<EnE7$SOc%Ho4CRNHcI)(NA-4
z5<^GBiQ(br$fllm@u<nm6I_;UFIfDxD#{Stm<wP0$+JbBHczCM+}E7l-9<q%O3q{o
z0<q+N9zX@>NhH?o*POK`2(Gucw|QtIb$F<`nERgrX58bwB$a1DhqpMn8#|o9XQ)MZ
z;QY7Y3bX_n!1D6)@87?}{pDFPzH(qmCFSL+na|dy)e?Y5kL&<R9Z&%2*g0?wxHKu?
z<@Ku08nQ|?Sm=)$lhX9GDBw+{R^A-_S`}s(sfWeh%}{blNl77XybUBO;puWK!&fmJ
z;}ub|%@eRv<C@x9S}H1{xeI2ePybuuMenE!2^0Os*L3&5bGk*4W^8V50>1`YQ*--n
z#Mgy-(sPmwH{iFGt{9<&>G#F2uMX#`o5zBXFMUe4R}@LI(#2ouf@2~FS_O#n%Fb^6
z;g2rhFSmAfv@o=_D4RY}hn3eL__Q7a$zqP3bV7NtZC^>5A5rDRV!Xbh3f{}d{4FFW
z!(z;9{oh|z5W@u0PGbuT7EkY1O|zyuDN7EwHHycitNXN+m4Tc6F43teA4b#!`3T^^
z07Z;UO(Q|#1fqe6kdP2!8U-NT#Qy}HHnljO#GZ<#CYhR<$R!skM~iW+4v^hE5DcxX
ztmwhZb`t-lh*I}+eJ`TcOh~P|q@sYpwL(HcIDW}0*KX48<Mk**+A{OM!~q$0KdG`j
z@Gx|Z<3KM^K)n^In8A8bDa4q!Z59Voyt|qszb7U>a;T9nH=q9ee6TtI5xAXZ16UzZ
zzG-^K)x!dWH$42(%+X51-{CKiTlH=?J<T~D5a@+FW*nSAG=L;z?vSg;Ee)penwpyG
z6pw{QP^<~`AO(Lh;21*xc9tiDXbR|Y+bt-{2+#!R1}w>++>iMWkO_de2?+YOKR9Xv
zRD}U+WmX|TR%>c%fJ$ry2^{1F5pIO_^?<JsG!2}9+W>(XP?P_!y)%ucI`8|qsk@ps
z#x)g{Wkx1V%2Kk2Br>FwQDluM%R#p6s;ku&3R!9lQDX}syE<{~M0PsW!BMtQN0xMd
ze&=Ye`+ju2?g#g?>pTem^Iv|;cYS}qr-Rg`<xOz#;;O{9eF<9;4)3HP+c<;d6VaWh
zXDm|gH_g(XC-Jp`Z@QNmZ84`h7bP$_fh6=)XhtB^HmbeAm%AXUiJ4>~p_SV;lFmSg
z2r+eGjdW!mNN&|wxbn)zok+(E|Km@QK0@dsxovm!e|QCFBG4*7Mv0GFHNX*%q}Tv#
zy-d4*kE_MU9RJaa>ET(HQZNtUDeo>=4V?3O?P#xwZFqWUZgxx)+fg%c4pUA#vdt|N
z5+Wb4FmK?t2Y$f0wXCc-yu2nByQ1~nm*Vs5)#<~?1J-mpWyLKcUa_98@b&d29w9|p
z-ILB1iVZzbJ<YPM;&yq)4it)zyy5oS+>T0-zfUUU*3U*Y)m$NoRb2*5P2<%*Bhi4}
zk~u|4a8mkMEDw^^o0=xnj+N&+7`i?o+(0v>M{;AH@u6W0t{9QYJw`WE&Jy58Zo4bj
zeMSB5VV^LFwVQZ;=c`wDyF)cACQiFxm2`8ld|}Fy2Sv62><lM#fhJS){*BAyw<Y=<
zW3O+FaM;^qwG;o|4hf4RxVMz}GO<a8k4}c|)7p_uH8)OWpMMai|J+O~2^MRmhG+ow
zfi7cK<?N(fs{?{<cr)eMp(NKhCyou{Z;@vmC<9YHJg*SCg_DA8`#r4<<ogb`ea&xW
zHf97v#HJ*S*9}b8uaB>0Huou~k4J93w>u1Out?}$K1Fj<ZgB+VcOJve5LrfSabky_
zVtjTa)rajg`o^O8^UOvaX{Lqo>`=)6mUrKP%gp3}wAPZTro7esw|pCvajBAXbin<i
z*W23KR%*J*K+c@nIg^Vp6Q-n|-Go!DLNynz=*Q-N@@wgLN@)Ye+X8pYQjT17$6LJ;
zg+0X^7X|AjzOuX{=!}JPrfJ0={q}=xFbfxW?ry(b`;rbvPo1cLOIAq1=-kT{72p-Y
z;UnSYmToDIe)nW%;?6!s><KbcXmYpfSt{e3$M+s}RjK9kE;Y6fO|qNS<OEx^H&vtB
zfiIj#muMa;vx$Pw6YdmAHO^?%czPY0BAYhsbF|-e@OMPZ-pYqsv+qq$$_2N}WQ=R0
z8SswE+1M&rQ6y=)Zr?>w=R9p%zT>LD0WYIJmfb6E8KP8!-1Ud>23LP<CG0VAjtB(7
z0U}P=e9~JTbHJ#?V_$o9hqE#?BKLQ#=Vni}6OY7LXwby&QD4}2A>MDYlpz_{rjSh4
zv^G1dFF%<qTzL_jf;3`bD?1SpdHd}0>J|C1!UhFPY7Eod`#Xbzg7yaKXdU7nC*iu)
zd-p`)(*u)mdfb9K5!NFa^6c#7l|p%bzK2E6O~fsAb#)W{k%zejo3@#sU#eBt%~r50
z48$sihK7oC(46ejjeA!?a%G2+4XTL6k?9y`Xlj5j)mGow7rOm9iI==W8HjxU+L1o~
z{Y;!gq3_H&jpr8{E5zPZb$pT&U$-j3zD^sP&It?*1|~1@sL1C`gozUyJCZOZx1e5v
z6uWYT%7+U-`ZOAqE?t^pgijj~Bi~C%9h`6DG<97(;+N|V3R@75Og&<!p0-|I3J`CS
ztRT0ta&#Q6FczxP7k(Z(dFeIdCOaC(m^KfBZjkuWZ>ZfY;FhPho6jZtqn;KvWS;;y
z9>}$5Nz=XThgY{sfGZHQ9*SERx~lN>JRK4Qqpen1HyrKDeYJr~EKMwIOlD69s#cx7
zy#n6z+UueO5RB{OJchl=u|Y=KJ<6&sD{`08jp(nY1*hqBsVJ1Fva_4fi>kFsg2f@9
zn)maBph7@o<xPCpH8{;p-oa*`uAlGo>s_(uvkvoJ>qEA|%WmDtw|La`jPKy$V^cr%
z1^G5Ad(ThMd=?zm32zW?+h@Jb{x5TQwTL{tIlp#lANP0|N!i?b#%Gcvbqnm?vEzRc
zC4!UmTnkN<=RZ*QhtY>Ap|HL@du5$Z0OgS778pf-3J)i8N@khZ+zjQYaDO%PLxh(x
z9g64L(o-+gRx|V<V@i*m(Sz{NrM`Ykqrf&kF7YtXPC0(@&U4A<rFVVInDF9?%;|e_
zNX$W$VJwg}ZMkmywc%@A!{ln47#pJ^wkkCDL8TCvYCS)*N>Aj^+}lmbV**i4mQBi;
zPKbexOiV^*a`n@hNs1c}y)B6@uZc)U#It!2c>_sJ{EECJhk$V-G+IY5_XDmpGq{PJ
zyfzXK4{op*#`J}QEc{>CNapAlxe+IW9UHWE$u^sQn|6L)9&w4NrBvhjX5Edp5hojw
zzVwx_pa0ICg8BoWq!~7w!kk~2(z6SJzdX?14yHPFm|Ina4C1}Vn{jvBeX3v{iB{B-
zo9Vztd3k#b9CCLZ=f7>Fz`SZopUd!rg|3ixYZbqXK)!`}!Ar!PIv<f``51l;5Fn)F
zwWx?<LilpQV+bS&25qW|*jzx-i4X;~B`er5yx)^4Z?~3vc3;N)T3R$nR{+&5l1fWo
zt40U1QW8-#zpQRKBpoTLAT<cmsm4GcD0Bm*mjXl$D>gaBGFORN#x~99XO4e~SzapZ
zc5KH6p645QN0F@NOuR`Zrz?7H`O`GR@bE{40eg9`+%kZ+&SO~}J-jdUB9i+YWVIB5
zhDXyc``0j~N_M1^UFuS$1IQkvnF0{b76C|=(ctK%*syJljk~+M=y2g?1>ao+sw;5~
z>3~)AK78baF}+sW1^wmed&jm%GOs2l&vmd0FRT9yuuW$inlgDKsyn5iTKlOK`-GH5
zf5(QTqYpm{)-?d%BgWiMi)$FvDB!)wIFl#$>@7bR*ZLo{HTD@8lNe_|P5gH4^}Yk5
z=G61`v$IiImg6O+W@e#q<7Am!-ED2fu;tyS0(^oH{UEo@%0}*^XNb5-FAAXs%zah0
zYa^$qC8%g75zXUh?k<kpW2-&F$SY4d?4~`Dk+e-Gf+}YH?0_TJ?%_eDRRB{fgoX!y
z8-np~mM2-Opx~VOB}2Qz3{2?|Lm}WF!%BcE4uTt2UEVMK`}W(3w976-d1ZRrwQ4$~
zRAA=7H$n0Wa+mAPrqPum1~4#49R@bSyyvT;8Zl8jFnO@uqZl&q2(Su3*SsLqmzNs-
zOU;|eqz7v()Ie?V32^R~l=7nw1^BIE_!x61mw%ky<hJ?3*?95z<g?1m!>9b{pGACQ
z%q_5iiRZ6)y;;j>Pit7%)@|yEnDTQy%wASaP8|K_-kL1`g5;Y`mhxm<6^vROWR(gX
zVs<`c(cb5CyB7AUF>2{j@oep!?HI1Y|9GkR^2xc+{U9y;&l*;y)A@?!%D99FD<?xj
ze|tcUsVaP?9a{y++&&#5>85l4C_QX?wR9^5bB2^Dp$=JU3b6zADJ?7Wuj9#uU-WTz
z&jXL|#zDNt6D&7Wgk3#v1S_@2=;iR(VC3wke(qB<0?Q-Y*ce!D@J~_g<=d-<+FnRS
z*R7p@>hiDkk{_v>?q|`1fD;QwG)lgz^e*_EpR*E(7Esv;i+#laPY}Jqc$M&C=hHP)
zr@YLwJf0?<$yRW5y&Ng)$eh>C7~dQq-N>Ax6<H;BIe0jB?Ufw$y(3&&v@YbmeKSQ1
znTjOjq-?7W#eK!3w(r_=9glsvztlk#q1xy!drchx*GBPxR%_d4_vuK-%`Y88RR4qG
z0n`udEtP-Jvq=c(6}p3nJXj6YjOLX;Ye(E&3DKBtUSW}RKHE3xxBD$#`|g1u6iLoK
zZdk9^{WxJtEUzrB?fnJ0C1ln7{Jy9$qwMlXox(I=BZiD>g-XN;i(4sqL&<$u!V^X&
zWC^9O{~5V&>MjPEO==veJ;N;Z#Ab=xza>z9nM=^C9XQt!N(HQc`SSz5na!G8bchy2
z>;Cm1y)TL?W=Yue(!lV}|5aNg_W#;7gq<iH`bPm3qZ|g#;FC_R1tWlKnjajrF)4EU
z)i|R)d%+il&LBR?#$M$bqNk{Afi6CIa(;-Z9U)*J9M>m5=u#DPE8V2HI%P+e)6Axv
z11eW%2+{?pl`t(@hwzi8!ra0#YXx?%stn>wW#xHE!bg(AK)`;t$qtk~`s{YnODHV*
zrJkmcR&{RGgUCNtqKh`t0fkM`C{b+yDiXS_=956ed(SzUN{AP6qsZR?F3@oviozZ$
z-Glh<b$)SiaTuo5u}YP{9gB64FZYzTikLm%4{{KAzwnf^BO@bjjdPWi1ZD#qF}J4H
z(5<zj7JUgFO8a;5GW1v^_qRW|0^j|+x+XdG|G9MfpGR=^<KNbp|K~zkcj9Zqbp0J2
z9CT;1$c9=_fTqY9HhQrseqUyw7m%LpM~{Bc(a`}$_fiih)$IDR-HZDl6HJ2qCd6)_
zhSkie?8lGS@$w?(C+#279v&XZGAb7<#?13TH-PX0c$=3u!G*=>6ix*~9;k~B6Bstk
zrau65fs19%$s8iJ9gweEbpuvmWI#99uO9U%-uvz+{LU3PQC!$*M@KUOJlp}KLq7H3
zI+?W9m(@`!Dx(qpiBB5}ZkMWKP9e(=+f#+xHZ94s$=!&O=s3GqW$+HCf#|0sjFQ{;
zo~SmO6u^R(uD>-J_M+jB%O@*ONrS!K0^*^~jT*EgF4(+{bOQx?rEpYX*ZaX|=`dB!
z(p_a{l~!{-w%m5am{}UdrqKKyveXN%4LMY<#3dCvoHhV8&A!fu4t{=q?+Y%VUa6X+
zmL7do*#F7!1hRINuQzWXC->@enh7?x!P9&Vm|{h=zORxGD_&-U>T>smjH3_N7$lQ+
z1F7*wT}AxF#_eJS<=8wt*%6YRa@IS2R54QYx_7A%3NsU*8DTU)Oq2p2j@PrV`jykT
z@KX}2pxngB=#H}}4bYAlmDrRO`Qyr=plp?=CjKcxRz5~JzZ_p~#1$CaJ#OF;Pcd(`
zR(-{w1dwT|5v)&sYTiG)iC5aSM{SJO<CMzoeh5Wj0dH|xzx3B{PhWp~=gyr6G&FL%
z;+;jw;VJFKx3Ob4M76gHYSLLjuN~O8btdiv=crw2FpkdozQ>&O;>61!mc{GlKBUvn
z9r$j)V=vO*=Pn=Rvu-%0Z=|6SA)4?^o}8*VT%XKo-Kdh(jzG0D3>H&Y@zw>ClJhPt
zKa*4HcYeDodPU%=lBxWiKznLoV3xogFo_x%9|9WZf_xZ!IEgA$<T6bP&()Q8Ks$)3
z#c@K<2~#vNLBj>#jIaM6Cs;HG**IQam+{hR%?MEtjjHaDOb9qf8PMOc_ff<9g?R~+
zCsH4jG26h2#TJtK+idYqI;Na&ey|;dY6Zg=Z79J(7xX4N^^4ZuMtaWX<&KV@f`2)c
zb*UGcfGJ5wh@$*5yKxF1oB%`ju9IE?n797^(RUT}LvVB0RcIbzCJ)-|kW2yF??&tn
zqzAne`v(t}Ln{88VYj%2>66R{E=4oR#rkQR%bvIfz3B{pkig19S0=d{?H|}ag3CRM
z1rg5?CY*o{149y>;+#KUocSo=iY&PC?p_~@dYjxX*ZPo<5P8or6L_7c3roE5xf`^c
zAVbcW@;tWvHt?Yw)E@N?Xd*NhRn&rG8to`CI6Ce`*13FEi8L(fMR7W8EHX!&=H%<!
zqvU*s60edfFX~?EiOwT5m^2i#jUn`U*~h`o-PRycxlwrvI=<ADjF2=$?cCAR+Z#+k
zAI?}u>3h;Jpl_9#o*tb3$N_^!KcAxX;JHGegzU1iS9x2Ev5ykbNyZr-p$PF#n3)-#
zAo_I7X0hsx-?^lOz1OP)3q#uOscA?${#XdBIb;j;iL&KET5mv|yS+U@C9|<}EiEk<
zmZY(vX~EPN;J|p*02RdM#gyExhK8?O<-!!MeUWD^_Hn&3n;N7owwqmdY$E#i5hZH!
zP>W1}eXu8M(>jVk?r~lNbiEb-u|ou_Hd--_&;xu#(Ta8QNV`2*e=F4m8#%sz9?&4x
za@8|daakXKYl9WhG7_4TJ68Wwf5YuQyZSGqzs`*|wrAKIqX8`VP7`x(`?jEK=TS}L
z5rml?vk&&e?Fp}5N+VgtY;mcV5ZY&66B`@&;wZ<ESwDMnqZVTT_|}s?QO@Y=ok(K?
zb{n(@VX?+ZPPooCHsys~-mK6ta{a49o)d2?%V^g-<Axg!xKZ7X5JlEpv?&$eV}DUG
z7kF|lqlck)s=h8-a(Yh{2dFNk86H1A*Ug%=;gc|t|KNwao{?EDM8unaEl1nAwm|%r
zkG)z?g1633pGn(;m52EJ`+{R#D9UpSqH;N3A$>pt^0S||{M`q#&B2R87sv~*vQ#zy
zI5Uf~>;$bX<A|fJEweKWsK`|5+S(tFX-sD*IE`IlUjycaOSuAhH|00~b@IE;M^@Zv
zNO!=F-}Hu1B)03cJ|35_!x<H47CkS2Vq8#iihI5PsseB)9-R7DOwsyO(=uN#Q7f_t
zmlnN)lsbI!7UA5Es2E0bnrr8S8?|Hj<l26k8*$-*HH&L6r7ot=)t>Re&IGYu2P0|w
z-C@>rUT*I0h-_kYp2m~HAbANmwj|URJv2-Mk~nPbn?Rb|EOI!On5(%J#I8t){_2%V
zI1{RblIHc`wd5)g9db37_xrYo>1J8t3lO6~1$R5pNAi*?-N45uCP-vU%7){2xQ2e!
zj>x2WdU#X`5Gj_D_;ws0T75V?0bnwC5XS>u7H6t<xHP}~<wGKvgVEm}ht?$1FuAw}
z@LwDc4*GWdH}>EX8E0ele%ge0ECd#(;G9h9t3{UaUm|2=Rr?k@`Lv7yjorXRLP}1;
zZzF(7wjdMRiXL42;NsFkUO~+1&}SBlb?{!QiA0a#k2szZxcErQSt~0>b2f767A8q9
zu8s9Lk})wBbt&*9xdXDq*C%3AwhS8*sFPusX0IiKlPpRWhbK0MPTxpwOB?tc0Y#X+
ztv}RQ!ge3w%ccm{&%)q9n=_^aa7~5vqO53cJ=B^>OHJJN*GY%IRZp%6q7jRGk4-^&
znq|;rQKiCA4D1fPf)oo}v?3dy@?r>%4=Kvx9#SNU#49lTjLfFJK{PB(Op?L~yFw3y
zpI9|wnBI0q=E|nrlkwEhuAPnhz8-?J5WDBQ3!SqUvRO(YpX^Vc{slsXUL@FEfiq-(
zEFKezLRu5aEB8KfkRo4D!t*29G~m#=Y8u)yNf?-u^AC7j$c7S4OR&eEx2>^JPpr)B
zvJnCgHC<#=+hV$fT?5KU-eg`T03%^*X$b4i$$7>FHq&BwCD-2+w5?Z9`~m1Cylz18
zD|cVjND2Z@Abp<TgeE3~D!lL^d*RUL5KUrQ0c8NH;8|$iW*FV;{>5bsB@MDWcZLiU
zVrtDjS`-djsR)xq(H4z%0zIg-f~_XLMISIcxgwosGgCXn=%K;vdw#N;q))!+C8<Nh
zl3ZBw#1FlX*z?ryvkkVBPJ$!SL~)Z&&*_j=;aZ-L3OBljtw|S`;w|D(5ue8I^^t`y
zRQg(uaGONkrKN&EO|cCr7m0?&s4H?hNef=u4_E6C=YQ(|iB)V9VrSp*C1d+^!ANh1
z{ru))k5MO=F8jH<NdDa-+`&rqF<-!{Fp0O=*@TRP(_c;b`1q_&pB_;Aj%bIJAH?s&
z*8)!(5k{_yvjwc(%le&(e3O?2E1L5Q{?+|ghiiq#zdC3CbC|P2|5=koN%_AC#E#;u
VP~*sL39HD}+6VMBGSw|E{x|nHF_ZuR

literal 0
HcmV?d00001

diff --git a/python/demo/documented/elastodynamics/elastodynamics-energies_newmark.png b/python/demo/documented/elastodynamics/elastodynamics-energies_newmark.png
new file mode 100644
index 0000000000000000000000000000000000000000..892df8121741422aece50005437c7322264d3072
GIT binary patch
literal 328771
zcmeFZ2UJsC*Di|siUkpoCS5^5sVX2HEEMS~ARQD$Kzb*%h)Rbby%XtDBfSN%070sN
z^b$zuJ+uT8lDlL1-uFA_e*d}moICC~cZ|EoNXU*m$y#g9HRm&*`E0`;YN=44WjRYh
zK|!thK=CmJ#hC;O3d)(&l)yU|zl*#E{`}>3PgVCcaQK~m9txbFaeiRvMnNI>mi#z2
zR04CSptww-s(4q|JAG}+H<{hbpOe^UR&8WBu+gcnTC<kmz&vr<xWZEXva{ux`)AMF
zmh#?FrTg@R<?@}>))te@#42sIwS0P4fr_{bE6&vexhCOZtvsg%8x1P_PIR?LSQ$5~
zHx9hi7g%4%B2aIh_<DM5h+6OO`EV$Fbn8tyfLkvVOS$zfc8f(uM@OFmhWP7HRJ0s8
z`R9b<9Y<>CzfL;(b;&dQdE9~I-}>{K!c{Ec*q@VkIfdu`yne-|Y4ztd#heZQi9aWo
zRdksDyrz))|9|5D^@S4SGo_#y+FPsaYu9hyPEZ|eXl%5chJ()N{q@@}ZLF6rg=S`E
zst!(XC)T#2+9K$Rt~CONem+V5#AubR&cGkz-f44~hD$j%Ea&HTb+Fa8{P_-w|7>Sl
ztp*B;qT<Fz-_ELN|20dOy&-+Rhtv;ML(a2@Pc?dJr+SWACAGaiNp-R4^apx0Yeg3>
zc<om6mBvV?4&mRY4U3t+C<*Y61fOOXHbZiLP?z$Z%g#bi+O2g|ga}03ZulzsD^Hzg
z3(d;PQXMRVZ+9-Otf+n9djI$zU-OS|UHzVQUnhSaua&-Cf5h{@w~G#@yC0+YVP<D%
zH^4)|@O^lgu`5XgdW-r4xLx9T5{7!r%J04>GxDA3@6-9ljd5TH-=G2wo*Vl<J<XA1
z=3@)kQ19u#U-#!@&8ubX|Cem}AHzawoG`_!aaIlvt%kqeABV8ZFp4zo4&>SvWOy1?
z)zt9n(muTYKNu^!l<U>yi?7Z~`r(`>y^#KK`K89S!VL`#|Akv@n|iI+{qJtQ{}?8J
z#$!IyzbJ+(EfEldM$h$J+lgAI=#i!k4`6%hb}lX1u*rDZ4^#~g58J$a`CoZ+Bl5_x
z#JJXRpsI1RS!TGzFz%t!*w9bE$&~1RN3E%;dDClSGPjGO=+l3{y~z8*Z^Tr_5q##)
zPWYb)`#(cXwZx4Z@7&MaImssNe$8`pTF!RdD#?_Qic#>vf8LB;UQ^Y;GCgHvVQ1GQ
zdyulSa&~R4SEtx};y?WQkH3;VX|ur&u`cqjWc0s(#`?87BR_t`lUJvzs)`(G3p7rw
zK>zy<OrGdLS)(UQI|6}-6F&ZGWvtv%rNp$+^Pl$pZK{W|Nbm?`!u<Fj)BR5*<{nih
ziaYC3k&#zTk3T&2_3PJuBvQe4oN%y{lb6Sn75+-?=D!EzKamvaF#_O&SB5su&Ns-r
zcWHAodVQi+JGI7fs^Pzmz+|JN_mlpN`u}6F;de~-_4Osk<Qrfj!JyW0D&F?ak?4QD
zQXlHa6iDw*3JD4I4-F-_Gv8sj^mpX`f7HX%7jmg6-tSXVQpO4&`|yfLBzo`mtMF+y
zE@ekp5D5q57!&@Voew|&-S={Ga#WKjbU$rvIm_bLD&z8n%$sGiUcOTM;{g9nz9##_
z|C%fQ-^PePEkQvse~I-{=x0+b;yZVA>vwJ%#COZ+HUrY^B~A`VaAKlOI#{jB)caYL
zsjDsUP_2SB$g(W<s5h)#hxEBD5lvk-zD6sezdsa<gtU9>=)fn(nBTw}t_?|5)CtW!
zc*1x~@e<OOOU38;mHTfo8N9B!D*uDGTIbk~y!?fhU0*~6V}K(!g5tf8=h`T(-AGx6
z*m_yxM)+!3qcC}MNjcBlu}3!h4^(-q4lC*F>)&Iz>p;CeM%M&AGGQZZCt3PAf1DW+
zuc}3SscjaQMq>7DjLWmb85nt~q$=KBxd#!O@3<EnYCi`&pOzYk=cZ!js)!*!&pptA
z2tE((P$oaW<JKf!&c*s4KeW9#>Oc1YjxKD9%k;udc_C88?P9Op9284<6bpo(Hm2sS
zprz&IFaR%(R@>>jySpm_!*%!aLIhK@qJmi+LpL@ya@B>5jVkl2%a%*bnxs9~#~GTM
zn)>_uAMMPKOdJ+n)wFtNn%bFM8qDD<XokxnvAn@f8}Gx%VGaDfxFcjl4V6gA9jmr)
z_kN9;6R!)Zc=vNM9SC{7Ou=8X+%DHn;QKv&zcrot|8#kZs||lKyQUSrRac^r%TAAk
zing}4qmh@FSBX(IKNl~H7X)lSRHWz9B~;sbxVLI&W>-IuDqiZLSpb8Hlr`;-lV_@^
zxHefYs&6Os1DFBj?-@9>t0-HL%#S?a1ST*o`s-JQG^hLO>gk8g*tTqJGapN8n!s)3
z^7AWXU+HkUwO@#``d@g>5PM(8aNUMK=d!=Qf4K{~eYD2G*l}E_cJgA&j!a7&w!U`C
z(|FQvr>EXlV$%8kWB`6W%p|MGz_urKxZ#ECYH6)j(G@O>)!|Zc+tDJ#o}N%@=Vbuu
z-%LB#g0qm_A=0#de?#-cf!RSozkNV~RB0o1v|A*^{d<)yMhniy1+f`+T)3igb4@4c
z_loCS+AsX_dybFJ;dP(=HrBOZ|Dqd)9Wg=YXkF>Q%IhWHbNgk9^dDuWji_-uSX6U!
zb7-hROMw3*XfcD&p=KFyEo#==b7jYerl#0syf!pE;<SFbQer(|zfm}7Cs*KAQ#PZf
z)m~Ne%PZzOhNY?aS1Z!)OAptkn|ueVx`Z1A83hgAJyd$g{uRI9Hf`?jbxvVVcPMGd
zwO6WqO$SUTq@JkjH~o8L@n7V{D}TF`+B0aXA)_mKi?ii@)b0`dJ@Ln*1uqhRPyG6t
zj%e2}&&;9UFHB*G`(+eM<%3i=AnO@zt>O<4E%sK1Jo<CvhD&TqR}*}IBfFr0ubFhT
ziAWSO-o72n4jb>$ur)PT?Htivcz^az)1?4R+bG@%sTW6w(yvN)(-Oot%J3gX6#pJu
z=QC)h$nWvEjuveH83WsXA>q%0hxqfi{D;d0ZinPojN587Pz*Sr+oS3i(jgE?-A=De
zgwIhJjJ)nqtP)SE+SOF;hQ)@5zJI@vk&)3qHpX164}$>z)LvRUood%=RQ*zK(zQ#-
zN+?Iy*2J9RjxDeSP$^jO`+UAuTH3GLatwWN(ute$w;snF{Py)n!uTJ$e^$FoUR>|@
z3eQ()YbN|&)%rCZo&R+CW2tMA`M2_`0f$%B&uExWG*)Xc8Z6Q)M&+kDb{;i3Ow`ov
z4I2wQw#>^Fw=-Imex#zJQexgB?^r*d=#2{FvsmoSh)dKL*sEx!c=ctCRNMl|I>o8+
zeC$4r{3Sf;(24&R?Dw+qf0h^j;{gdzp{aj7K<%Tp<{uB>87<)bv-%g;bmIPu`^<jf
zx7hB_-++1&v_4)f@C0U-fp5&o;r8+MRnIgB4tGyat<>R(iL`Lzv-#wq`sCH<zg$^a
z>6D4~>x%d=y)H5cZ;o96P|=T^ECfdcCux<HD>#I%I4diUr}qdi)bBYP#MAd@L#hEQ
z*zwyJW7l-(e*3|PtN0&p|4itcy!e&hZu8$>uGTZVpHz)jvzqe&!lL$J<7BZ`lPgbg
zN@7fW)eB8KQ(8LxZL-CI_+F6zjlXA=isITd6?oU2PVNdM6v(WZA9Bw9wybWf|I2&7
zEt~Khn)>dyWqHO5c>e?k)&0UV|LO8zwr&j_W}V&L-PRh130}>KkI(Lp?M&6VpmSSV
zaBU)qa(%9O<TX<h0ESUvWz&~=367o4?FtPI{p`CLl_eLQusi;H)<vJ?^+>;x+{=&J
zL*So@B!^{9XAk-_k9?rS>mDusOqTzCX&&FH!9m@2`ZNir%v+@wYXxLoIDlZQ!xH#X
zsMK)KNZ-iNyp8owm7=18?ug-zBZ@YEdp+G3AiR8$cll`2THV)_@>dWUvVf}5OmNA)
zaQjCR&M{ikS$<}mi?Ht{$HuW=5mGn8pI^>CVmG<xXNvZh>VQctAAbN9GOp1$Yy=K2
zz(&xXGztCOg96>35q+TZkbnBqr#oZ>>by1cd9>LdpKA+5_lUBxvbX%Nx1*@fwSE=>
zOD*5xU2b$!kEG@Z3tsr54JGf{@A@r9ZAIbw_P^F9_0O1k{yC<&-(xEMIi}yR;bnz(
zUWh{sN2NG9t>ucIIuIu_i$Ep2Tn=CxgC?K7++X<z2<i+er0w~xoPq-DfvQ~3&p+L&
zZDn;eqPMsA`XB(Ajr#LTN=jfa$N#QyHW~x~bky*c|2Y5rr@#}bogL|4Ct6swk=~Yn
zn5gSj_>LHFgpMx&XYm`2mOZKBXY}Gt9l_tO9yqS+7Z%HFO2Bd*`I5;2SfI2-grXxc
zONB$V;TL1|%1~Q}InI8n!K1TkzAH)Jo_N6G4geLs@&hLBKX#^gCv-nrHr@SqO<b9o
ze~Y(%vl*YSQ9LJ9B`qzTuhBI^uS@mE7RO)NGyANS=c@lIX_EKE5@H4i2kFTElfP(J
zbbTmWDdN{>9RB{y8uO~czx{?QkSw;fVEcN|!^6Yv+mw1bKNDaT5WFt?wugko3ID2k
zpAHY|D)+i;-b#S447&Ho4~n1CQ~$@MEJj8E?*BQKpO<RIYTg0}vJcDKKhaHI!rn=W
zu|Y{v{J#x&r<G1y*PnUN^ls5`&)t6v)3$Nz%fDS2H<yr<-x&3*`e)GnwJQtOW7Yp2
zpB+H`4OlktrU33(B;rdV9_g94WB&Q;p5J&>lirQIUPZE$b|o?p2$sIs_AC+q`f!GX
z{N!Iqqk61h;A_o;=&|H~pxO^LhV|P1q%ukOzUU%@N4AV6{sC2H2l=lv(^4F+sOa@{
zVlo2%&ptnp_NEZ9%h}51BJE$ZD@t6oLqOQAnuu8;9I3Y)o<4n_E6~)FAtSNSn~{bs
z=T?EV#&D~IXD(u1yga=IxNdoQdF<j8K*O!CuY)*cJl71^<o)XAKq`uYCUrMbQ&YF)
zJ(s>`U1Daw4w?oEy_-OF2#=<wp-};Y!QXZup~(v10Du9Q^Dk*>Q3wtRQP1>pb8{0k
z_;`8K5~#RbfV~{M$WH6hdA&dpVEv{Ml&4Nv+Sq)U14-Pzt>sHK8M+NiGzi1E1HWQh
zz^r}1tUajS<;^0qIcbwDBhlU^o3H!$zOQfk9+apf)|)0VU%uQvnEv^*&1i$rkd)T#
z%z^Z0Pwh))F!7yiZj0^dNL-Xn`T}ymui~9$@61y%d%SWa&G{$w6<-+QW)skZqo3~V
zju=AdqP6$ppXH+mXOqk!MEdB6d&tc^4?k_MwJvOcNCNXVTZ{I7fKv%f0pho}dedvy
zKuArnBW7XP;II*VVV!D$VK+debi(2`2bOC^K}B6%UGSxSNt$IlMoSjVg5TX=YH<>5
zR~c~INeo^nH>h&dI!F96!KVq`AQYNGkbHRA?Afi^ACQRN%3gllPN*(q)3(>N0C=0@
z7X3Cz(a6nx($9^}!RFf1L1Fg|s%T%BWOZSoFtMp;F=3~`N9qNe2=YLuX)bwrXFIF8
zSr=N%cnAU+A+YX?rGx%vnVoDP2vXFa6u*BiD1a2-&Nf$27@2M~srHdk{~f>Luicd@
zv}y<BcLwMpI$A+~{nS;_`ngzj6k(^Y4^Ixks2CNF>&0bI(g75@U+%lvR9g}p3`7}3
zUeZEK-nhC*6FpE_nUfvC8_kN8TxU{l^xA|>Pfy1#HhE)Eb=#c+JMzOwBqzWIih!nR
zX@QWQ=4lQFs(195HB<;R4PZ0O;Yf@8CO{mr3pDNvl+|%13L3^@%Ynj-40+Tty^M{G
zO}wT&2Ib8h*N0fNX=JzVC|=SYyqTGwl#g*g>`dr)*=*twfekR4k%r-%T8iDWnFE<Q
z?=bPh=b{5hc%`U<s`(}Vp3c!qH|u^FfOw#wRpXpZD)SGImD&V&zX~7<+Ce)O&obsE
zF*sdq<`>fPatDN+ekjW2Q8&J+Dr&Re1D3WwDlr9|Sao<2<j3$$ocrR6J7dKtb9s<<
zb(g@XL{b@qm;`C>tE#3a1c*dUpnNNL>zHU=h^uByQO31Tva$#0<IumYx7oT=(Ei5P
zVzz?2AFD_NPsD!Qn&iH@je4WgzVE)Mz2{00p4$nnf^1qSL_aWwEccpPAIfsAGoL+@
z<%*KZTwNDh*#QQV+_P8;ENXEC*l7nePj)V5M3)y)S48T?A>5AyczeFL3H=TTG~SM#
z=`)d92d!#AlL~}Xn$g&Ay+;G-S;?Ewfy6h2ft^aW$9DO}YR@(Q6?)${@0Hd|ld*sw
zUPjHw^d~4%JapYPZOX42vAV3XC^H?f%{TP0aDwY6GUH-Jb8-1gwOiXzLbb+k#k+QU
zA3C?{_ZAaq8apuwJHzc?@!^eJ4vaNQz}Lh}H>)#i4~f}DGv5!%-gzC^$)pq9yK^cV
zR8=P+`rN`;(X-ua+*NW>JzCH{q9l@P(Qo-?TCLKPcBOGwHqcjbo+e=jsS4-rj!sM(
z0f>chbL%vAE^USAf55BdQA6vtneB~V@M?alzXtUs)+{ZbZC&3~?=cxNJkW<=)J4K9
ztuqV<?4mO~o}4pvz8fUK-vfLq*0rkCfR=n|P<Xih%iqLAsC(3=;C!f6S9pMF>aBR6
zZf~FWS29iNBt4-G@UwahPT0aO^tT}Ew)=hbBf5z}4zw|4Z1a(ul3s>WB;T|!%l0Mb
zDvwA-{IZIGx$c>9Z3PwwcJ6*L`J?rv9b4maE;=-q09r;<%IHaH>fWMXbVdpUjg9VW
z{;*N2G-#D%Wnm(@SWG%cODDzhq^!hQDet<t%Fk7a6z&1*?Zm0-oQIC(|3ZMOJY#h_
zc7Nx;Lo8}<1YvNd_GMXad49e(=5X0*>T#&poQ;ibm?&ums~+G_MnimvQQv8uVOby2
zP)j(#JDt_jO?5@IGq;d@J)mUf<tM{|Sy(vxL>FE{Fcv_(6?=Zk$x-+q8MF5EzM`U^
z>->a8-OVw!uTh#91%2W@fO!CAwJePkJTrbikCWR-rln=>_%8Mc&s=<7`99kFWHG-P
z@F%_AC)?1yDhr2pW@!&XPiyD#AYLO0&fj3#_k&%dnemid@}4fz5G2^|voWfFktSjH
zu*yE7h6dhJ0)l%V?a}V}b>qSs6!w*F-%?Z*n{wAdS#nb?su@aeSX~L}v**jba!OQv
zKkokHJjU8{8eKyfzcTrdy`eeKukkX3ftRvEEC%y6<MK^`p5EXzw?D5NP<ri`^Qb41
zX`=oe!5@11rVN&rmOL%ZrKJwz2rZfQDu6gOB?m(r2M6F<a{aEX9FCt~#u&YjTuuX0
z<ydteQ~^AW5N=q?HfV<LnjeVwZShzEnQ^Qd>e_jIP<|L-3nG|AghA6$QKH!CB;!Vm
zm>l|g%a~*)CFLpf*209EnPWZUByPIyC7N1Pz5s}F?hqX$iI^O>xbmbevY^W9nul!O
z6%{<|^o59!V6{vYV3d(;ax5bL1T;fQiDXb@R0^3uB$GQsrolf`p=ASFXCjEH{Y#o-
z<bCjgf`F;fXRXAn?`WL?w2V3A@$_aMkBZbLHn#WUR(@JR$}!R(Ex<OA0kwz$PP>7d
zDy<LJOr4+jy=Y@a>j&Vf`Sn1qV6T2wbm2)l{R>N+EW*o2W&;x_9NJ52Q!lQ!d?uf@
zOJ<|GTFKbgcZy9E;zc;nkz>blZKo?#3x!_tlNy&+M*UDfMCXMt>SlfUlI~**?lzRf
z$iwI3%dVr*&lk1z9VU|rb=NRQGhvI`wq1`_7HMre`VUe^H1OV67PVEalQ-bi-}|_U
zORI9_UU%JILXci-qpaYq{2lc}KN0E)i_Z!A?G0Z;x>EZ(Mh(_Tt<WbQickq|(}$fv
zer3mV<!34k=>(_rLKB-k9pHp%>{X)Ey1Ud_Ik1|K-(uIp&c%7#Z;v(>=T#SzH%6Hr
z;SL6~0zXT-8oM$#Ok<m`GpijCuP-}%?k0n^Ap%O);g`4R35|@TiswyD`0)Zgr4Qc0
z^?-}v@>@)X?78e697<Pin|^%n!>L<SRi#_KpThFIbLhtp-J$V`iHRJ5g?zaKd$Ha=
zxEonOsF2Q-R@e&kc16hD+?{!&XT0w|{-i82Zxaj_OP@O{9~4=T>n7;a*SI79q}yA~
zIQTI_hs9M)Od?4xvmJ@gTp}$<=*ZpHdhv+zmf~}61j?MWC%HehIb;=#j@DL<-n4Mj
zzy`oLT+`P8`!O?;4qKr6n7Ae+tJH?uri@4(Z&?6ww(bLVSuN4vor+8!L}<}G4v$~z
zFi-_tW||Sf+0q4qrMg3SHhrO%?b<&)f(Jz)lHciQX(P-$BoDFGZQlczSwoBRN>>d8
z8<q;9STwDh8kR8R#saSHnul?^H&Itx>V-5|%@=a77aH4pV+v$<1*&q6jXex@v^5|4
zpbvxR+(0t5VBKKhWo0M@r25wy8yiPqyjwno)hRO2$zP@#o&C_me+?fd_&iz0%TZAC
zprv|Hib%M=j4`zjUhajiTu~wW%)jios82LWA3CURh4}VmfHet+X9m>)V}5h^NsUlY
zyi=p@=_%jsBMBPyN)_aHIY=$0OX5X{a4t@H<>%Z#xzeAUQ9YY_Ur`6)>`=w7-~{R~
z*LVaj^ZWSjV6+;7B@LxuzE_M{gDWLmgFWr*HKr#W6q!erqaBgr1@%?Y&Z{6}Hf_lE
zC8R<*ZhMmCU=wN3uyLm<{qdpRNA-T!&IjpD8+XLm6mt6-N^(I%do_{}w)vaQe3P}c
z5|q(V%8EV^<Qs%Cy1A)|r>8ixwhc3PEgB>DFY>BL7b4e(MUZgAbYUD=d17hi=#C$F
zY)Ad2@xx1+R&!TDc|}H(?OWb|=a4l!fKD~oFKj6sJ7d))wb)vreWWP{^)#|tO#5A|
zeCw*z)>J^&Tb8e-9*N^E8s_6;3_N>?Hjb>Nld_c+LUY#~K<!?=gqm-hE7%&LP^ABQ
zeyaZ+60i`MM%Wa6lS3RVShU6A(0CwSqscMi`c6Vl)jTs&q1xMZ=SkOOxxv23OFsgU
z37-SnI8%Gv$izs;P?6m!f^Jbj#kNbd*^Oh`%Xt84D-{4W(7(CjVXTn?W6Klj!(|3E
zGykG0;^FYK3%HIXj<DH&jAFDeLK%VLHuuTp+9}<udGDOsDOq^p)Onzaj9?t9@%5Dc
zdj;%m4J)oD9!;_L*SK2gB@F`4>G+hEh(sRsqFbcj<W0C0H1+e+gVsePtq`|%dxf1j
zq^8U=A%k>gyaCcyKhn$wyshj<WT)$by=y=+DqK-<iQN45BwcE6|EWlgSDRC*uet0v
z$a8E5`Yk8J8bLmXkIL_zau?{mwt0JHuTE$?CP%Uzd#1NpI@@YGS5;_7+0K`c>2>eE
zcNaXYq4QzV1Q(4|xTT-={*0)<PJZ4j?&!N{o<xGukHwk}6$t7Qk}v5u!Bx(mf)43p
z4`-LdyMg&YlN0@w3LO5#he`|P#SV8}$Rxnjl<A(;?w+Q<8|Nc@vHagS>qT_ppmwyI
z0zO4@{S9Xc4$f+1gsP$eOZFbES@RR^YU$=({cvCVzXM*YvR$b6i>tY?UwGVa6HSZv
zRBml$(C#%Qxu(}_KNJ&#=)2#fjzYVPciwl|I7|Zj1jYHwaBmP5m6CKuCQy>D>FJmZ
zWM|$%-=6OTV=LGIOT_(XbArsG9n}rbkO4<w1d@&PYzkjsGCRirGi&&`HveOyCK<xU
zXYHqL*?XN<fYcNJO<W;>b5p!U@{xYZilec{eMp>W^G@1Ejj<|c3l{#6xc+Iy!B|6u
z{C32jhQXDh7&OFpUn?bX&SewAuCsbwPrUYIUcas~nV6_<j(YY7K&wfJiT!MnpF4lP
z{VR=v>~hQJ&!2O<UKiQgI6^>nBf9RH0JdaUBpxM7dJJmzf1mW*X41WL-_0!@P$o%Y
zH)|E~dir|LGpl<sYQdv~78JtTTsH<p#H~ee-6n}lWdCK@@hFMe40pG+mgGH<8{8hM
zBO=eX*o?`uQ8=<uVjK)O?3ctwiL@0maYBOW6xt5<IkkU0y6aIdwEfP~ryaX1Y<kOo
zXV}0}#}D(x4t-+8?;07!a&=AkuWaK!iF1aFn0Y%y_H1R5G&~q`GHcp2=8`ip{ulL|
zB{t_$Ia{<JYhVAhcFWAj!Bx&w;!2Y$M+-hASfB##GtMX)1N@Aa?QcdmSykMX9JIl3
zu=zA1R(j*;>k-~!#%8`O-#p6U?($2~<AqdRNsFWqs|Eq_1dE1=i^HgJ9fZ2waMf_a
zlVSa32z&8{)luO1B^H)&zD#e6fvUC$CKaH44YV5fsMqQW)<9z9_9DQ<WH^CUs!HoV
z9@k6AU;jd7IaWZr9lXC5Hr?khd_G{g>!z8arA@4qvNFPA$IAyrH<1}(S&U>|%p}>v
z=Mgd}Yv?qyn+g>e>XKV1-VEAb!F7V{$iQA{RUaBb!y(6WyQx_wHSHyq^@9(P=77qw
zp>wMm8Fs0Qr1Z!b@jwtic69T{2wRgvD$^-wIxCtxXmgOd$Fdx#_4+}?J5?UtTUnD!
z<zdnR^8#&8z>htug<f0+fb`slkaPNitC9P|`IlsGORu}_3rh+FU_D6ky>bRAmdI~a
zwYS?Cx}>Qx!B<wE8Pnf`oU!eAB*EMZ7eh^Y&}uvO;hlRRNLo6NbQjf|Lrl4jHEpUL
zH?L4jtz7w9-Y=_vT=s5hG?JE9MMcXD2#$Zgf=rnr=5f>dIoN&e*3bCNa7;|_Yjfmx
zSq>_gB%id?;nS+pqa?i&cb}9AMps>Ngukz^wXAj2ha(rKtx+3t&Y5<8W(B*Zzftr4
z7FqTo;Hzo9G7K=`7GHy@b@H928pMZT=H@Y0lRm4Z<SwRm%Jjs9@nEsm&uGH0^s~L7
zb@aV5*07?gxyTkE2Fd|OQ+05oVYRFdcp~el;(@r_y1yQ$aLyb6-Bae8v@a^K`T^pU
zo7X><mlR%4m6pz4j@Pm14PsKB;7L*>Kk!9eIWE)i6-J}i<$-~hCOyFC<hCEMjr)Ul
z6$lT+&QmLW?RXF=A%RHm?X_uH%5HUod)r)dgj-t6Zteb1Cf3B{xL}BU=-18GC<5@9
zyx-RbkIAxOW)GXqU$|uB7{SMs&Y-Yjz!L2x7{w_lEfJi$sFBiV*SirqfvlF+GXMT0
z;(-oZi%>8J=qf~h-yo7ho(+wFDBZWSGu_bHOXaR+&IC)M;$T9!Wy`PBH*v0Z=h$t+
zvZfOyeLnIiM~k=O4DJKbQAKCf8vw#=4jEtjhsD{}3pgU$6S?He4zOPO^AXGFJWpeK
zRmkoGyI>?fBm`B7mDk(a5%5?`>y?2?^AVSr%uLndU*~xk)2jnlc?2^BTyU9S<z=bV
z&VGs5%pVTbM21No=`oykk3DBQ&8YN_TW%ov*&cX|1%E0WPwP=lcAbLE0T%4h=O3FQ
z{5(+;+4O*rVCseU>?t~hnnTq=Z$reU+lUhUU^rA%SnI|^a$@dy#16)ka<+l-hnd-C
zIuYn;C-YjaX{<=E$clKIbbzrRz6{pZPTB$U$_4!D*(Wp&o&nOZ7SQRQ7EqW1czBnu
z)DpVSnI({ZZe$ON%l80U_fAeuK$iOOla$Z<prm7%IIJ&j%l~F=K)2mq^tKp%^ij9o
zO|uyW3GJgOnpWEu;;LR*k@SFcGjy3f(u+9MRPF`d1Jl;nKl1fkXwq*R(9$=*8q`e4
z3eAA3HH1SOP*b!{2b`+<$5OVwE}m~oQ-~q)E34M6-d{y!i!xm`rF;(1E>}@$B%b<t
zb37;a@KMNIA`P=!4;cSM*6@wn4~q=16*z9#$u!QL`JHJFH!TwH-Kv0m{IJsdbE*;d
zw6j~QodSLTT)tCoU%t#n1WaN3-hh<`CSScbQoGsCqbCu&2LsDZ@8(NrrsfxxNWb(_
zpndGrFma&ig>QL0*C;g0pl|XB;Qjgk#rxlAWE-n4o(Zl94F&1T1eWA7(NGVSWC?Ov
zY!bsLYshEMK@UIXgm7~ZEC%#6_CGQ4t{m^&FREm0P2EsZO`@fxwQFFqz4qp%_j(9d
z;*Sj~m}+7P!~p;Kc_KA)HLCl7%zB554j3{$zen1k1@E+n@nY0&$17=cZ>Eu~EQm*a
z`kvDdkNIY9YB#)v@5A5qHe7=O{fBQ}Ckuh_oo%tRxxAcm%K^|WFr<NR{>`aZB0fQm
zJNYuxMy;>k#117rDNh}<dhRYr-j6*joo3};q^FbKh~7)g?8VEj&y=;1bT?(+xiiF3
z(`fuSsoSbj)^gP-E%s=%s=Dwdaci;I*Vs6@IyIF$V7ZbuV{yo{K4VddFtBK{_ZPqY
z`~W0Zy<>Gqor%}<_;Vek4ltAaP=A@?#&mxfzQjSSu1C@dr4>#VRbUc_A;EFNf&Bft
z?N<*{t+vI7;`xzqvQRg?r{&V$5OK_MCi4p`?>G#83+P}J8T71G9LUIFJ`L)?W{jw4
zWT%+YT6F5MUJq-mz4%P;2H2KTt$Ys`T|}H3F@I-6&1nL@YqE5f@1fjIUnI`UyvWqj
za1lh;l?GOJNIX^9k*7W|22U7ncwe@sz=>I2<@N!aq|NUUy)8gx2Fl@V>dVni(U9Cq
z;ZA`0RlRLLdc(@7n$>;V)V7H6AFKRzDeL~t-45=P3N8LULwY4I0I=x?_Vb&t3>)4G
zbBHe3AK2)=*EbDyKY1WmP<W2tc5t;3EpE-{HXk>VK1G{mhRo=wc=lvjk`J}lVtO<$
zXvmJ)fN2ZTe5eyh^icM-14P#v1JmR5Kt9uGIM<Qb9~0WwlH*Bj1zS48w7RMcf;_Ih
zfab!A<T9jsmP;bG$0{@`0*(%smXZm9hIuUR`F6chE}-hze|5l;*(pg#Qp6<z!id(+
za7n3!cx9JL^X`Ll(GWf(Aib3Xkp8R_|Jx!T%qdm<cSx%1z|!iv=~zw@%ZAE<Ev}i=
z2s}>`yNYw9^33V)ED*NThcZZQP7&T%h5CEUy8Upe9!yPF(pA&;t1Zq4vB?sMQpc?9
zW-Mj}x$P<q;MK{aFklPtB_k7i(OrbwUew?Cp;|ZEG$p3QmNx-4NVwRt{X~sJXO(8!
z?F2cb>pyx+PBR<qClzXK`?HhXo>kPAbcS=vdtLL~UDIxe3=JLqjk*V{?zBEs!+y;n
z4}Nr+Y8)lH*;Mo*%Bm-d8dKY{E$VVes7V#1dC~L+&&5G1SP@3sfE9J5TX1g#K_f$5
zvBJ+{y-HQ}<sM>x!9&S0mgXZwK(`WqiKJV=0MA@CD$;#e=>Sm8C^hG&`1Odljn})q
z#NwzWCLeASfQ-#ZR^b>{|Bdo1oMtk8&jxJ3i_5};gM;~>i26>t^iAigC(l9Hmy1FS
zU%E>!pWSAaN_0Q@PE}oI0^O@=_tI6MJEk0i>qU#``AdD$UL$I>de7?L7gp`7<v!0k
z^3VY$ZFje1*(~0jnU=OZ-}jM;`@-wou2=R4<C}_+JbuFRKK9w?AB=Y9EyHt$i<5*k
z8vZI$1X}E5wHBbB;MHsd<R4v`n@m7^T@?)V_9(o!x3|}}GE{5{V2*Oz!TeF62Tzu8
z0gcG;O#MIjoZ|9Cu(|gY2!jj5z`nS?J`iCnXO<oi&`0=KVar%>9oQVes;Uj=UNq*%
zoAtKTi!YzOTnVIcMli|F4%O)<Q`}sl?T5xJajMzw@IU`HYS3CHb2i}6TdeiYs_o4m
z@XN|9;gSoGXl23-r~0)E*M@&aCAwyRcRL+R!fc;;tPS-$sXhfZ%-nu%aq`yOekc>r
z+dccDUOg$d5+qRS@kkyh!94&)m&Tzl;7>f_4owz-{4353+24QDiaDrZf85S;q|7uf
zpRCll?Ko*LK=`@66N=N%iGEu-JWjzy8BwQZsMrb@w=2^9w&seQo(4c=sylPsIS$q+
z{Qf?#DP^Upu^LSJ249}XU1c!|@%Ak4At!tJ8_t6A2Yo;rRqDp-o}VacM(3o0zxRPh
z`Fbpg!yLQ^MVP{fJ1CYe4t^2>_UT(G;8-S=s47J}+{_^r>Rv7Bb>|_`oX7O@bKBw&
z!^Lo`jQ;6yz|L{M@M{r?TQD}OFcJ<RLWTL;V9ui@74=MH7_14<#$@N@;M7I;cXu^x
zulXt!YAXH=t!F)EJ_TmyClybRFj3rS3S<wGNT^Qt_pA~&HEMhLB02=it^vg80VAf$
zj%6ltT(!=v67C3Hq&eS~$#iH}QPMI_M0;<{!~l|*7o{0c;gw|-k)ymx5~st<h(#td
zGh76;St5JHVKQsn$4r_H2@<TI=xJV9gN*JTZnP%Sq`2=ox4to#J=l4<94G?hnlmX9
z1ya+V2eG+b$#YD?<`;Js0F5-IUUp%m?G&I~i%Yd}Y}y-Mx{j*34;!tp>dICAs8{?X
z!DF>6C4T&4e0zy)S@8uxsL?Cabg?!sT}uuoLUFkTP+DFZEzg-*>}wn^6%m;KY+d9Q
zH0CO|3uuTg*3^ZH#MmvDbj6lY+*+53X2SC9rMF`w^Q>fhm+d3$o}@DZapGjlK0w0x
ztwA{iY82l;3^9)!-2qd9iC^3-aOoa#yz8s{+bbP3B!8E_Q{lH{r5QPiUp6kWFsna5
z=whr!thd0WQ|X$Ic;n}nW<xn0B5=J>ML%K&E!YRtTH3`e@6+2#A}-I<4Yus?(e)K8
zSq=?i70=P=f~DFnaU_4By0}|boWx`L<*Kz{a-91a-5Afi`9uBvv`AdL1X);CZ_9ey
zJ~Ttdi_xzwA87d1VcJ>Uz<{6;A<>M9inRkIJ42DtUS3K20`J6LXu6pK3WPWooSE&u
z3|VLjloCLcx{YR-PZTldSRH{y1Cl#MKr`j;;i1{-hC&9Ztpfh9=Cy{<ZttKHp(hYP
zb}O}o_P{15S1JHObYo)`be+Se;d-z#mokDom4!<h><u=7KYvzYGESQ$Y<LMsTO}(Z
zpY~<V(~8UKi=XI+1=<Q}+3q|sT74afTjVP98yJ)3AlVMth>0nd7<++$A8!Mb3gj@>
zNW!DfJEIk=Dc*ezI{-|a8fWBp#9DK=hu3AS7kMd(X*kk@T!_V%_PwudWPLt-1j$zM
zSWG!FKDzoaQrq5FmgB+FsRv|BSWo-vrOUSn#mwIy%LIF)5+O7JE(?@ppOd)H?<&e3
zCWN&ZFDR7|Bxr%M9M!E}tTR#BSS*Tkm1~qi5%yH|KMVc=b>%tM;DJ0v#a2X(JjV%u
z7hG5s4sYiQc&Oz6UAH~*NvRP7AXkjEgEid-q9s}EM^=sk25WX1;LQMx1ju4M%4R<_
zHp-Aig8M>$NjOcjrQLSulxbqK?FRIj@`wG=WR;!K_NuRs52|LuF=E28QD_rQwh(YH
zOrqGPSQ$+0rH%8Q5J4Mz`^cJ_n(Kp?)hRcw6ZoxYY1cix^D4+Gaih-Ki5!eAwnmp+
zqBZ2rI5$|s3-H0H)o2Z|v1*_Mo&a{+W`mC*e5IrlJUgkN+sfo1{zE|w(4lmDTARyZ
zW<jX|LQ|8sA2B^-$gxCYrV!@BxPzq3@k?%tHHxj;NT`#~*KOQdlXe?1(DG!DrJpP+
zx@F&nunr??U{0PGWaW$=)oU#kVP)YK_O%v+K)s1mj9-}uCfy+1PEgNcn+lg1E^tEc
zK7$|W+X+k(QW);i7;EO{sX~Sq;_;85<m@{Vz=!&_p4SxMec58MfR`xaW!jqNR7!B!
z7{d$5w5WlE^LiY+`8n%}vEHjte+ftwuUkSdoda<(a|vX7S)Le?G&J`lnS6f}Qrh(~
zOl%qMn(&dVV+JZB35WX+fufl#mo4`@*fw$N1;oFWK);H|Ty@P`0_cB{MXB|mQa~lV
z0pIBjpUk}BU^r+-mVog|0Fn+s4a5H)koS?bN~$EQa@xc(2WOSpq&R4$g_4+;hhBMV
z=Qw~0;YT&Ts2=Dj2eb)WNXOEt<p`Age*4n}Ki_m}S<ehNGqm^flMN1zC@y#c;dPgx
z>qv3yY=xB%KA#(HWtu~yRrQaj?0ypUciDO{tJ$+j80#v4D=1iLx%t@~om3LSPWYOI
zZytTvdU5+bg|;KKu2U^b*xR!83lFHTWw9i{+NCSNTO9~jS}WhbJNx0N8ZArOo!%Iy
zv7l>V#<b+TEEfL=tgOQ8_zX0`s^)Y}rax|iZvmU3kdh3}gX7+G_7umOJ+L+H<`?Kq
z=j0UJW~&^pA<hJi;=ZwC?2$1=BINry25-o3(5amDnsBIX1Mbe_n;LfpDwO*6G+@n@
zwEMKRI{_gZI?>oMjMcF&YoR((04Ta1jsU=Ht#hZ%;R-c1Ow5UW69;-ybe)TORlpVy
z*MwHvjcBEM{uZMHEC$6{QF&>W=u&@&NOr+BMn=<?Z2^~dl9yXTF+Z|n$-thdrR`@i
zfo3@3F$C~}pYzel^5wm${z+ZJW(Yv7picp8EeZeK4Ks8K8o`I9c~VlNCcPIwT(?Pc
z8z@ODr*>#m{I;uA^=}RZIYGQ9%$2J~wBHE*coXg9D=6Q*j(MFq@niG?mV}@#e_v|V
zY56tB(q)Q-)7pib;1bS@7{V_%6Nn@AL8o;)6S4FolY9GpDka`-L`1tXH_(J_on53#
z(?>|ra{Ar)qQ~&wB4CHA5e-JRz!tiWc421BP6jSMJxNqnt6+K5&SvOnZKY3_L4`Cb
zNuKp4se5~2kaVvVS{g3tS$E4rZvZ~X6(Ex$aP<oYpyW{IU{@6~@v=D;=RQu5a>0w3
z(<Wt@Hbq><5gR?pI({G+ndFeEfwJobfcuhf2t7L7!$h>;BI*T{hAMy30k-04BS~-g
zDfU)6?$aRRSS1(<gh~nUEiKSjRzPrdU?wX@FEL$SS;Th;lWOF41dpsp`hWfg7Lt>f
z=ZKa^a+>>Z)#FwGt|vMI7b|mpF+*CUdCzzRSYJiLx-mbtctg$TqZlf<1tN)9zmfHr
zIAk6m;wh&$T8;-0BD&YySY{pVB}echj3XJaJktm;roww-UOn80`W<2>FqG8HWl{BU
z;(I%xl1qNqS#j`O?PmQdmTTi6;)|Vk-*9N<)G#CeY!{6zD<{qbQ`?Roi_nVp_1S0g
zuiipW9m4e6Tk5yhV$Es7mVEh9gCi=t#Ja<-6<HA!(%&{atKlI)HsCiRy#4H2qid99
zv3K@X1V++>Xj|~Q1A2E9HT<UGE<2FXv<lACeYTE~3S+ob?^QcSeJf%!sVrj!*&VOp
zGyhVn^6tNI^LygC$;zB9J_!jGJcGV2EcvW=zSoWE1AXk1qrXUj1$Ybe0y`!JYsLW7
z00px0z)Jd>Ek%>?Gj5oKkj#k8qygjuPdI~hU6s^z%z`nW<L09!ron30rIb+ZBa_xX
z;@zKQhyfviDiA6yDaqCtVM7T%I$6+z!+9j7(~`MS0Jt*B_L27Y<N%JOFR~^v|F!vv
zIn1ZU2pLCnqLa1bwTMvfJ?b{`1i30D9cJB6mHsLyENM0?+Z?+wlF3BElrkYc^~cl!
z<dH0V^Qr7^_vg`_dtljW@MUEx_&EeN)7wyoc`uK2FfI-d8iI?!(!%j&DKG<1TpIv~
z(rm8!qS9#ZFE@-2RHYinl~K5oYXc}~Q&0S0vi_2aN;~QVv{Avwj3pFVw@<KfuAXj~
zk5d9#=LwWvlR8^&i)ALvQ9BDjeBB19#t->?`@UFhv5!pv?I^Kc&UA>jH0F%h<HRp|
z4<c$2(10BkkCBIrw3wAVDnOjbo9^P$%KF%+YYNjJ>O^?fYV8;*Ng!2vEzUX&Sx;}Z
z7zvKWu6rZt_{`$GzoFiao>6_DYh`D6mfk4!-p)slOO$0H_wer1DIv{$6Q23sm!)?;
z-6=SE*7Tmy`}orM*te}`!YaogNu#|lq^7;T)s)O1-Or7CE7$@ph4#km9+~LFQohOF
zfYbfa0!$7Z4D2foNMY+Y<x2-I1Xa^a9L~m#?tE<CMQK`5zBxu(ZBTm5%=VSeJ8M7r
zhh69rTY$pHO;8xqrB_z0BBqIz=N??A2T!ykPw|#t=#M<`3y?i*d~+!yUM5LRlx_<r
zo<~8^I25_Zv+TXq$tBxVeinRm$bcIt@|(qukI7RAzs~+RyZ6@<v*4nvwW_R~Ky>Co
z{o>AXKF<@IB=9HE)xd)AK>Zd*oZq>m;9C?Qd0%F{S`q|(yKUdxLa9z)mX=<~**p>+
z0(PT_8x)0JP#d?<0cuj<Scdei2iqa#XMKFD14iH=xcnsE!n6ZQFC#zmMW49JO_<4G
z^gBe>phOiWgQ0}^)8k)1#;j?~*W2@Rvm5T5erKHL5l&@CqT1S>|MZBxZ29V0x(TB;
zR#BZb#`r~(L$@M+1?G`N^XC>{L4>uV+vghHZ!^bSOHU`9Ub16^iNG&DV6?e$^V0Fb
zPDLsFs~qFD)vzVHO#H_a)$Au8!^)E*asBM-BGP+qnvaUM@Ox33S*2bk{3l{wcoI%K
zca)mbu&A(aefA1G(L!l9_LpA^1rF9nF_HO~7W;Qzog2@Ehoz78^F6=XZqao@+<R^1
zv4O^ChZDD$sgrxs%SUKDXCb7?py~2&>P&GP9}5AV0yx~QEl9_3d~M+8<N71lG(=_k
z>{mbC4XZZ%{9{rs7)q?BR^ghnsO_=%5>9wtYI)&EB96HZZFLzGIIJpc4`=nBrJQ*K
zJ|oMZrTB#qpirYGmSAcYPnq**?J*ubBKX$uBO`?}pB!!s@9<?$(fxekbt{TQB#)V~
zF!}y%YU8<;uq7v!M&+$J8KD7~FCq1@U}rP#dDhBn-46SO@%~|vj5pWje9oT=pn7SG
zr+KB%dD@Q{G$>XP@y)Er<9PPYt+Yt8Bf+<;Qw_xfGYa!BGdK~y8WB*%0x?gUT3_NK
zB%NI^NgUaqI`0)ld7U|^vzw&D$Cdq2T)LCSKKsE9Ny*UliM~wP3eR<;+}vE7_|R+K
z>D4kpcGNB|p~WS-$uAa+8W3AKSfgqP?M+9sL@K<Xu-S#{G4D=J?n!SEsI$!ZxH>ma
z$m2Mi{Z4HiSf5A<TZ)D3LUMd{;otm~%BW!g_%;N4W^FD~4Xo9<4av%y`<md6%s<FM
z8lUtbCh60*>_Sg}nmhe{%NOHg%<|A@$`I@h-1WN5b7%kJ%#XX}SOtQ#^AXLfWJ!#M
z;@fYwA{+-j$25HBhqcVi;)6Bqgb5cqQWm|+dfsXkj5^>l)=$*oxi-~vshs4_<MOMu
zXhE){y2^(On1h>XJUzD~&Pa%KwY8`E33i_qvr2lwGlK=!vZQ4q-^9J46ZJus#i&jm
z?rIU{AXcLvCEXa$fM7E5l7Bn~q1UKhH(X<J@*HEt7co(6>uS^h6MXs0?cviUm$?S+
z4ahznoH#TKIzypSdvf?$O$*H9V)n<6)k=P9%oMtPNyhyI8hr+Cvuwlh^}QY&X{tv*
zijn8MuR8h(9bJ5yNbtWRTG}l~$p+HjI0`#W+I~{GOTTf|_*`a#L)g~U{#Yqg3)0Ku
z+^1FarvE_s2Ib7?zWPW^`X!kgwMMJ-icES)DJ~N`iW>?;!FHV$TcbmH-T{MFqdU>8
zTN!Br#NmgYMlLUon;kWZ8%Ti{(yp2~ifs71h!EY3We5QQkl+)y6Mn{vm@;n!;%5K%
z%O*~+;l-fze4U&R>zBSuE4O~Q{@|!J=p2`+YRB>0O;jd(eXp)`BpGWYe!>UrIXvy1
z9BWFdr18e=d@?7Re_B1GC7*q|dOg%zXDoY7F}JNtJS(@|7*j29HqUJ5@Ut-6O60rh
zyNX#e*b^Qt@xD>rD_w(~PRE`no*Qc60-wviwtrV$B%ppLd3Uwh*X?A*LhIR)F0q6t
zEuZf*7g}t!>0Ny@2c_>mH*%GE8Z{z)vR{ck9@kS>c9oq|){`f5+92o@Oz_KL>~4f(
z_=Bigls>lPi%{3ji}b$DQ_c7nqRr*=7bZE7k;ssHZ#1nG$w#h0S@b@I8O*t<Ng1kX
zC9-kR+**mr`X)1Gowch9a@XCKSM=llqs!ITyf>x5Le9wHPxyrq3arx!#sJSmr<GGR
zBnoe0<)={YYd6EVdfrY%OsSj-S{+Hs?OT#e8y39tB3o}o9O+*frtMA_wlYrRJ`ypq
zXnsDoXU5G>OZZ)jGQ4>&<CBpVS3_<f=DO^D=auD=DWimtRsM=RGo5!cA>S?&nHwuJ
zXkufuG^0+01Qd9LcT{b2l+s-=jqT2@-~qYP)gJrw^7d@u1V5(7j_J!~j7eL4Ky57@
zE4Z2Uz81C{`8MA2PihEv(=T-{y?*`7a1a$kehTwq{3+N*bfj_=L6`N3(1U)luU}ci
zAH}A;x25EI=E!v8yL=-ywETp??PKN>XC{v*-__$<NZ=a!nSJwPBLsn`kttIyT0bZO
z?{9Wn9xrrxzb^N5Lg$my#$N#y=Wqd6wwgeJq=PuCKn3K!?t4cyM{(Mi={0HT%X_W6
z4Y5_s?0mfzUvi+r2|hh#kh_HHJTHLR2$#lZCKba{KgU-L@;lPP_Oy;^I&~8a6d!%r
z#G=z$U@FMb_#dkad81pc)Y~+?hMJ%J!j37*OyKjP@6uo7^Ex)DRjQ+yd0-c)A;0_J
za3OvBeW^AfRYS>aAQEDE<I>ir!+Wwv^Zc!C$uD*}C_dtsE;}AZv)ja(xM*g%&DMMT
z^bJK8=b><kgt4OHXE#<h4O5yBAv3NK+Qx%vpzF6y%u}LP1u7mT#+`=sMH^?9wSA7u
zGOw+E?s##-T>rv0`eM&$;hR_H1OoI{+t>7WlscX#-!;*97@qAeZN^Dczd80HfFjwK
zd8<=DFw0W3Pv+)nIN{{ez5Ac^NUS$920si>T`)*<UGidTxjwscic;p)LbTI6#Aslr
z$X}VLUVbP@o-4}Uj=|jDwleu6m%>SOjwn7Ip2tt4K-#)y<kSAve5Xkwt-MT<{Y4zH
z`4sJP`;WTG)Ni9#pY~IWDomr&UP*AC@O!<Q$7*&gaY||jO{)}$+>i=W;M|DuiRz~y
zZ0+ZTwsfqNMO@EB-^VA9_F&`?lsD%wUtVS&^tf~JG@Q4|xa^Ipd^O4NDW<kf!BX#r
z;j7im9~(Hu*DP$@@0jgPrQWDoSvNEYQl)Wz_}nD2)>atvjkyVdImYBjjAqA0%OqJk
zV1f!>$rQ+r`ud%whS0+66O8ZO3;MG=Su>mEHP~(G%4+pj-S({Ba1)-4b!&!w-D8ld
zYvy8|uMfMCezS4X{?^P`lwRF>iV+*9bC94;KoNCcKwh{+_jS1Y2CZ<$ExwucZRoT0
z29F1-DW4TTP0j~;B*RE2oN;;wBT(B#?Lc((r&7|%tBWV(LIP_!PC*=?V|Y!Ozy|Zb
zh~mJuU&r=k)+y(@-O{uwrqX$KvyV{O`CM!!ZA7S5AAE&~MZ`?Iz#or<$q1)OpwSnV
z;O)p0j$vV^)SFMYw)PUdYv|wGocMlNW8jZC^~qc00`%sN<wd2BIY(N4_~?*4b1W9h
zudEla9T{zW3lUu_)Ao|Dz<(5MacSsep{P7Z%tcdtwbl(cN}ZWwMJVkPN>IuQ{^P(s
z!@g&|NhF)3)o`cd%n?;G@-gpy!d3@T!k#?m?M2}?5uI*}Gu5X?W~Q0;QSVz<dPJi%
zeVnl(`!ivELhbFT2i8ZVRIMmfn<)ab5`aK*%w@Vp_TIjI=3h`U*lonI(8o7QKCSb-
zM{q#)h{ham+iYdRSY7iiR)%`F-j`Qp^p!0H%^Iv3HvAmD9<X$6>o|BXXX<r4NInXp
z&VCnb!_Qj5Kq(CAQ(j}6sWGQat(`u6@ib#tLuwz08;K^=Yys3;4c1BPRhAQhBomqv
z66MDQ+E1-rk8+(d?h998!(dcK`mVElg-WK6Vj)98g`;EgmkFt0yqkcdLF$RLphfzA
z&`^-`-n{L6EwEt^{O_PSU+H1{h;@pzFUD8Da<_~{huPMjnNeTloz2o_=vf&(z}&Hq
zq>UT2u>0s$vsYOdxm%#$d__kGlM+Z-fug?iIpNMEXc$up`pX7H=lml`-rSMl<KgUg
z&LkVk=cx_+uGTe&+kUq$T4E;fc3VpeZ*YTII-))_Kr8_Jl+v#IYY`MiMDF=Q>9pa~
zq2uQ<$Zzz1aMYcjfu&(~lBfA_AU!TB8FZN5+dm-G+|2*OH4f!$s>E0Z>;4=IkC2GX
z5D*y)?!l6cw;Ese#pIU68M0GTThV7qW6vg?AESEXrt#*OLHU^u<1_Zntd}l8akw)&
zId_g0X6B^hM%cZJ;PaX@kfgx3B{Q6Fu05!!-d7)j(cIHX`TX=#ZJF`gKH~2E*^ym{
z=Ir7`G%Bk&+}htSJ9KdHl1(CGf|sFlessJURqN<0+s`34R?MI2F!zH9yCN#Nd>NyH
zyo4nnKBUa&+EvmTWG01XsI&#_Y}jyqBBc+}hS4YgIQR=XIM@+>`!C*Dt0xrg>gkQV
zZZoxWVAB)l*r_$OC?1$mOk(Wh*_58;n4z96@>H7mgUUuP(FOP*Zqer>(0pL2TWIXT
ze6J<$eI65J_Kb!vk0&Vh;^Y-ToDUogGg$m=34;@V<;af*;)+27qq!=prx(Tfgef@#
z&}szqUPQUO<3J?wsOv#wTjHsgWPtSXFOX1P+w)dS{UmbjV1F%VOAJNP-te|7#QyF}
zei@<S<8@8~4?(`pNQq=NkH9pFuY6Tn_uTIq8~X;??dUjkXjh+_ubZ!Ta~>RED;$w+
zs%H1MtW19RfWELQ`7tHMu=o32Y0P17^sCPorZ4fGJ>eTojj{$OfFGd1V8@#a1t%9p
zLGy6M+3`1gAvfjo`s^s^+u(yne3A;58czrI(d(b`YXd#ZPgNwDGyrwsTfv#KkrPp7
zS?}PNo#Ai0zq3W#Br2N>O7fOJ%jW6;{sXwDVk}z<3Z}0)k>&J^JKZpLPFCmgEDb&Y
z2me~98~&)jWKB^y<?BP@X9v3>69P57+&}yRzz<n4-Mri!@QTx5za`fnf7$jRUW>^P
zao^|3g+}t5$r5GyTNmjb5pF!~FuOoFH|#yLVEu}f#C`*Dl63TckoDG4RW@DR@Sz0>
z>Fy5c1_7lzrMm<U-Jq0$q=a-!NJw{gN{BSl9za@3y1v2tzMuDf*XJLub<lN~xn^eX
z{fj-<JF_h&017&F8)oFg#LU1k`^JAXO|l#DO8oPll1Z}tyk~P;jW2u#6OFPeB-EeQ
z*hv|2$Psh-h}AK%#Ayzv)dDx9sp_k(=<x!=q5QIBdovrZi7uCbjS%}VVaM0sN0(Kb
zTc+QmmGSTjh{|v?Obj(vc?8&fejUW|a(s_XGQe*&+>AFsviD_l7R}{UKZs2~)=MR9
zJx$(hcClsmcQfIefRznJKhNo6J^lMA@*jVjH_|vg+j$xBam2Wi(Hkk!gFrPjQ`J@*
z-rvuJZ`s%T>2E_mEdEH_{)0MKe{O{uoVO{_atN8PgB1tN-B!7NOs#VQ{BMH%`<gYD
zBKV~-3pzQH{|SBPa4}{+2Z{=&g_8Na9H+KP7Be`!EwdxZzN5pGnG&y8yw%(Q$<R}Q
z5RW4;#o~y>)|Kjr2w`eP3rlQ#K2X4&+u;K{?b#wri}h8Od5gbt{l-d-F*Vt8j*C&H
zmHE}Hmc<==nho>5!u^m0KDj2G>OkcKc%54w(`v-cXR17U@CPm1Mk-8sm2QL7?N{6!
zLYT~FRN3O2x?&u}6}Pt}Z0me0l?7uW<bR(8o<~MYZ~9PapEPG7$~l80Cw*^PU9__?
zYL#7<mQg}x*ukP<(6jqSxG|?@^cW+f2mmnh*}G>&WD+fD(TY`$<gK2Y`1yztM+UxL
zK}mAZ3Mfr=o`MqzDD^<gt+995#x4KAMXaVtlo6i!%J(pWrg%&ZgvNu8C9*$cQfAQX
z^_}63=lXs=X+Pi-mgtOEUK4HEqB|nza{eilEUdILDg3hwV37QGr-<|@<l^E*5xRm5
zoDivg^M{RK{lqPGq;p<2=(-;MWEOez*@+IyveSNE&^aR-&uJzMOIwRY7mTh+-o<+Z
zT2f`EE+ZE$+XbF7&BLFGjFruIin+xj1#8pE5O)!m5?)OQ_Wzfwx%X8JIfTaii86DY
zFX1GQGhep-v>WJr8T$<J;mlRR3EZJy+|)=YJt?e297ef^|3fwd0LhBI2+guqJt)UK
zp@&ZVqg8#YAm7Nh{mSg8*n8GLZ6LKJ4o|j1ZJgbPIH*T*L$>jem2+1BMI1q$NQjR+
z$mur6_{zh?h=+3bttj80T0Ut&Mun<=F#o=-{qdcRjBAo@=ITu~{+nOc?8v|U5xh-N
zD$OVN{LhV#%2xT?u|wvliwn3tN;t;wo%q&LKd?HlG{21{kAEBbUq#ha{L9)qv~R#|
z0s3c2i(rUygPY~WAH;dvjV9Q@$;FM$Hic%&d%3DCnNHgFFR#9{&vJ4@6HOq$SCB0u
z1YW-np2cWAZJc2Sw{9Y=X%=~fnFQ;2;F3c4XVz&sgjD`w9aR4g6LlJJB+nI_u1r;#
zMV<!m#m3San{*(pUMi{&ZJw-+uaNf+_SR1ADsZnIeSi|MC?HMY706E??5x&uPhjI?
zOm=<Z*3lL^{6PtC;)K-RigYn0-eu&C@rHZ<Nwl!XWf<NrW%gSO-J52u&%GWCrkunW
z7c(A_hZPN4o%ZO<Lv|W5|4muwRoO)XcZyP_QN4yy3RSFa0orG^%^~Fo$!cY5q=JhN
zZ)ldb7ikT5xcbf6_;t)u9?P-9|MtPs^-<l5@#7k(ciSi2?hbXh)p$m}tFZ3KKU|rn
z{6ISu&+dtEMKzE%<I~fiA!ISHu2%HzTG)g88ttlylqD`V`*vkjAdKP~@gZ`XpzTC`
z&psJCSp7hM?GHa8wa`dFV^V6M<r!x&?8qxK(IcR-bt^d)C>HLg82p^ZN5M1?DZLi%
zuek5nN~PthD}!b?8%jldEp0~(<o-}@veNEK;qNiVLMLy?!{FdT%!#dzSFPU{fQ}pI
z-`CfdQ(C%*8z6%hoq<!ru{Jbp77?S9VtuB)&e&tk)wMA*CM=uY7mR=TmHJshm#Ku$
zZ!&vv8c&zDAaHBXw}%R&d2(1?`)&od=f%|}IqqY_dj!)@7+V)q?gMQJ&&H6lSQsb1
z&uAY_CvT%_vwc$$-5q;-dwb)SDCF&UtzKNP8{pSMOiJ*IroZ=9I5QgGJ*u-jZ$Ux;
zMVNA{JGr&Dzs@4s)SZ&3>aDfuGRu)~?jz?$D4uHjB+YH}KskFKjI8S9T!Y=+pA;Rr
zlv%0g;9MklS+<@lT8<g|##G;9iKABKcqM6(Vi5m@i;K%4M-ejSBNZw)!1#4118M=}
zvR}Qnvr{jPVk30!9Wj32TsjKA?=38e<M;Lm3S&a6Dvn~}?gbC3sA#J+0DS6>TLHvr
zg*VUpG6qCdzHc9w?E005c~f4vV*?&3WQpWzGs3bU&qaecgfFyr#iDPw_Vy-=1Vtr6
zRr_)HyAF(Xnu)Nn&4GIDBUD;w<fJKQMq4%Q+{)Mo8HBr84_9bgG)Cj$@o!unF$Q(r
zh4WU!+vAoH#aHhBuQ-r2=x2-s?%)o6dw0XT7uRbEV{Saf7mc&0c4zQD!vYN3sX$`%
z^q<8mK<gMA_h)RTn~BC|E^I)ZCRq=UjFhzNE9^7jbj2Y$cu5#0m*YE7>Fgk#b!Nc-
ztMG@qCe@vg;ykF}{t`a6cChc%7mU3et@9;NyaLp$57U?WvVz0?Bo4<~a=eLkXHjND
zdD+{JQr(8{g1(yM9`hRieC<lexj)6<(^QZdWGF>qyF(#;f05vPd-c&h#P)7sr<?bU
zo!R>-sQ*neEm3-gc0!n3A#%)+^6H2#`g)lf0Sd&FbFggI{S-k~T#X=9&gpKW%)0h$
z@R=4TDA`n(>Jeq~eopi~uPl&roaQS`j4QWHL^zqX%cL>A)2FK0oA6*+mn-c+6fBGC
z{<v~5@H|}JD$z$CZ8FS7#plrambuI#7V;mXRgfV91;l1mRhU7&mRZ`WUP5M3dSRIz
znno2Tt6<4<%dfnN%CB$#4R+X}t1KTTwN`rD6Uq_hDehnVNsG*VJCeZt4zAJgnBm0!
z&01PWY?GJRmit<28Tk%8_V)N4;l@t#3cg_KOV*B;<?VO)d_rOF)=((r|HWTz20IQp
zsc4W9<o^iS^{NjK$fiOIhjw74u+3Zlhm~FAUE?LK0#<OhCC0Y!uKIf^KYp3&%CG)Q
zHk|x~Id}e-wG!NtFDywGjyE{pkCSXNIx@ZM%ikYkkNg_uv{E!a`3Z9TaSc35nZ_(u
zPG&X_h0>2oX(+wJ%H(Lx<+l&BQUP1Mwx;gon^9%y-(>myp}()?K;`3DlE!+PwkftJ
zaXy%zD<vhob_%&R!Ko0?16)JVuv<ZGZYPP7y0Q~w(lA>#&f)uZ|EvIIg8ver)|~yU
z>fcHcGS<Mmy}E|n_;+;kN`2%eMA+@fad^+#j%vv^!7u5U=<Ptrn5cdsG{+2Jj}2tV
zwbtk2LJ6Z4nT-FxGBxc;C^JRSU9NFiTeFN)`7jZXwLdZX(yYC`CAk#1ad}1ByG&!#
zv}aa{UV{7-_pJ?9r(Xdg;c^cso;xTqf8~a40-ophMXa-55h%d61N;jRtGHmvt^i73
zG>A7aDM{ti$}Yq8xAg52t~{F4nA#9Z9zjz&C;EOB-OMIMa&mop@heGEV^RxZ>Zm}L
z)o50gt3}vQp!P=C_I!&@_{yW+I?HC1)>ZjsSAqdjslRTzMK<%RChxL5Oj9?ekW}CB
z>Eu3Q)JnY(uq%b=#vjT4Pm{6juk+$qJ$f{|@NnYP*X}%!bh!oO<1IK+(}S;P@oil9
zcoH`v#Bcixr<nFG-UQN)qzy56%(n`Co;1WevRgpm+{f>5sa1JbP(9MCyV#=ro5#=1
zh%v3j$5<V&=(TZq`wlyw5PSa334~7DVa7?DAVdz@vG5w_fZ{(s=dohk6IL-ekrYdY
zL^#7Bd0|U#1g}<fI*v#CF7bpAFF?J&Df`Mht&9#QIglVtt?@Iq_jC%4{2|{Y{pKp8
zjin;Ld8#5MmBY_Re@;h)y*=66i%5n!pcjyoo*voQDEI*f`>WebL`6F<0|Sj`RsY)Y
zt4@1v*#E`N>@{8%^NU_5vZU}Ccc4nxY3M1Q6D?9uvRUuD;i3}TATacCEGrkh{8Ur6
zUn>6ia<jop*nQyRPZwxrVD8k+jM&e4#1djfj_+*cSJ#)fyN{1RI3;q9$Yk{wKjZ*4
zPqIlH8`A*e#Aj@j?`N-$uBK?H0zUjPv-a?3`~^AT0L%`d$XuLPP`DYDN;-;Wn3mA|
z0q93!5>Gul0OWDR<xat4<DDCoDuYTU5p3ncUXnVmdMs0m(HqkNy0px{cr0ks3GzPr
zi@5Re+s-2#?rF+h8kOu7<O&QVWL$Lrin+(+9uf*+>4#y~g9qn|%D4Kt@dedY@<%A6
z@&-U+qltI{{*FM$#l;1VB9JyUG&I05FzeGZU^RrA)S)5A%bSsSJdg_$&q|y(-C86k
zbd$2}dKAw~U&y>DJ+=sswPkU8?Ps%3EZNix4db0|l5L%_3}UT%@}Z70^K^jv{)XR{
zXXEF`5rQ&YwS;+3sn%k9WpxsB_V1NtSJytR(^0bgcx&0l&{p@O0Wq8Hp6Gi2Qf3^J
zC22hEvwO6|>)zeu03=R1C5-F2(y@aGgTC~kR>x157^Xjx={0e-XKQCeW&K}6*c(hG
z2L_Txl)EK$@L3h`sa*Xln3eDySxWYa0>?H($C>WEFyb`iPXd*l5IQb3KG`ZHE`I3@
z=KerB6j(EMFg4dCmnO(?)?I!ZH0GGg`CW)N$SnDy=N-P!mA7-(e&PkDY8otW<sbNl
zI@Sp((AN*%b>N#un=DFBw(t3M4Na){%Z&hv@wsue^0tfRh+-8rm-bC+fp2+dzB5hD
z6?X{^r@^!pHa=_nNB;a$;ZbSqeccYtFFy?;r;}ebuT}dn$<-*f{c3UI@7lyQIgrQW
ze`9RA@)&m7Ph|Qvd1|96MOpwcnj-=P*6y1>xBO(H%wp0=5PJe#fA{N&$NX-gAC=tB
zDxoByNTlDxUa(U?p8Lb@JS~n;KqWq9QH{9lHQCZ^!z3~rt89LpGE^XvOC`d@^?Age
z*VIh=Z8tBBP59ysBiD^;#9ytF_vd_@!Ix!YqdX@0t^Xr)PJFs|u1|@2s66d`KFJ8+
z4yo`Ep=-nsJZv6mYYn|+1rH%hOST!|u1l*OUP5W!R3JiDmP;*!n{WZ3-(j6I1qBl1
z5s+e}!^3!|?!-9fnT<ORg{h45`qd23)M}r%-fi)lmdYAY<UaW#A{Lh279e%yaewop
zPnYV4T-neN5;Lcw62-!g<qA%Wakl@Vu&*cYPO<<L`v-;1=9s+>@;(CecXG)kljxLJ
zgo&(CN@n03k)J)he5^MlwYKlStQK73ne1F9#DklJbdqR=N?-Fe>_Nl<TODow^$cD<
zEC$Oc8vNv~UZJYb*V0aVOHJaC#|^k!*d~&pt@u0DgM)en9&b;EA5_wa7eJ;?A3~el
zZ%#q<_0VJZavTq&Cm^||WF#2~$>hHVx>HF-vw<|)(=7G6|GWS$+|b$^u}?=>JJnA@
z1}_p&Vs6eLmMGT#zAg-oCPF&OMZ{qZX`c(C4{S))Qr<JkaTAXH?kXe_sWitutjp|N
za@xA1&Y?EQ@jj}3yam-Je9shyDbJhua(&0*lpd0>V`)xeM6z)IcX8!#zZn5gceZ0k
zgbq_h3Pl)Wn^pV4#<1ARMo0=huHsa@XI%pkn$IH!kSddXX}GzOJM)x{+pH{3NS{J6
z+=YZ4mM5U>5xR~sSRxC3PFHqqSI4~Xx&oby8lE)Vtmyxo6@1Tl_+p=Hu|Wl9O%j*&
z;S^Hl6gkVdf$+FojX+jzyDo_Ia8jk}>S|Qt6v2)MTi#X0r}F&b383u-r-Y(Fu#Zyq
zT|K)p<sy!I0+j(p0?WxqwJZ^ofVtUlAf0Lq$f;JsOq`0RmiPhzAzLIOMyJ)XIY;$3
zlHV23XYM-SRMdTjzbrw(LfBwK`lXF9<L&X|tvwq*3Pm2i^-99rV=@m3?WTD(shahZ
z%W<kBXGg27i&MR6@S6@*Xc<rbCr_#mHi?LE`5oswxA}QoRJ4ogxSba{m%;guC`b3e
zGU&9{N1p@mQaY&meu+d(eA_Z@2n<92b-!9tUiM>hsm<vooz|HwipHF0be^;d#ZA+$
z0(Fwq0Aoqxy?7mi)xANGy<BI^2ynexV)k3;aLu8%WWyoU|IDAXz0#chqdh^$*RU7s
zor-~~=1-@OKLo0;{lbiVR{6HZzecysf`fAoE?=&6mqsIhdy2_;(Sxkwx0m6c8n@2v
z{wlcHQb!zdj|H6kxzlsKx@Jxcala1bqM3~|nCT{`_BU1aj0hWo)=3GINbg%^RRsEM
z^<-JTci27kmvW?pH?Mxrqi8LC=EogpBPVw@w^z6ksme+lvMk4sub-n){TmjkH%sxe
zOW`2(JA+Ubs4)GqmUbL$pyZsrXOgt!a5Yg{*W@FGHii`>HrrhCt(0|Y;a(W;B*+;2
zPV}FWZ65>5^7yfSq2R*Dg`OQ|uL$%7{p%3uQ)^nF2fj>^S$=Rg{9w8}AKJ=C5yx#M
zR>_BoQC1!x9r?aP)xEOv@UhfdWYAfulvc*1dH!_C;sO@%ySq+&IXc-ZJJzm0E4)Q#
zZ1yGYd1}%oV;2jTkG*XA#W^~SGI}jSyX}#0W<>)Ymwmj=l;>3O;}>{zrvR;%S<@<T
zpVqj#O8ax$6U5JO$wAVG{+=GDb;CMX3CB|;q_D3eYAG_Lqe~Xubwd2l_J-5R^Tq?K
z4UhOTPeFQZJGtIS8*(j~vPun4Jh#bQwf7yCR5yb{vz_<9ATftc{y;iFvh`eSvdfx+
z8Uu$y{JV#s_+ov|({!uI+wbeNgn50lC^wooQm?!cyKt@0Auwq4iW*bi-BvhUEUJo2
zIfPz(+4{lsEo?xb!ieaj#c1%f{l_#>h8pv9Io!4nu(}x`3G?!1HfnCVNv#<-qLd_q
z6-7Kd6p_#nDB&g@O@Ds&85N+N(vw2&S6Ig-#P7?fANZ-<q6cbwvCW`y*_hmC_j{|D
zxPE@x5Z-&#9JKJNU#FNy@{UqzMB9k{^fOoMWm?Hr4AnzHmr!7T;0$;g3&J5<1b16r
zyoRRasW9IL;PtUNxKO9|Pk$DB(a(?p@Y22sz{{?UM<O$_?wdSszktWzCqJ=cjr;tG
zR)HlILXSYibbjqeEo2?_HIQ<t3a^Um%5GI`c8BJu`17?Yde=sh?j)E>n=-79IPwpV
z&ufBwhQ!OZ&SJ@(?k7k=K$lh^FHc|8&8+Z1#Q6`wpcNO-&>mujiB~~O!dnZff%>K7
z)64N~bDq{h_<2)rUnFoIq+pI?pyv|1>?JbsLz;#YrBkc^AH>9uApO}vc3oSeY|>U!
zPrnr(t2DV$2zj**!AOwqNJ=EGTo5I&Ks;iWaUCK}I<=9C`U5}Zw4&(ib9V}$CM}*R
zJ;lsI-`{+Y0CL%60|Z*e>IyiO8$IWD2eK?A(I%gaYK)m3%|}V^xCX}#e?&GZ?d|<u
z?g!>I`f*@aQZm_FQ%~CXBQS*2fC7;Z35KzdkMS?=RF@NidPNYDeyB9@Ol{^QvHeYu
z9c9jU6=(jEh#?pR^`>WHwWranN|L;anK;T;#F22&x6N!kiA_Yh_ZSX5hDW1eP0yeI
zv`X*Y8Qv4B0(%QkHlB9_8%Tpn3D?z!O9JVun+ng+WJ3Y>w*)&KZbwh)ExZirZ6#^K
zH^(r5P*T=Yo%+f$x`3+D<qcIW^kc~{`n9a#4U+si4G_Rlt6%|z4>XiHBU-U>ctN#X
zDw_jmXS^P>@j;Pha)?dR{8c}f(9=6|7x^r)^oH!l9CQNmvW<LISb*?9)UihSyis>u
zm6a9eD7esQ`G<`d5VN=!kcoN%dLR%}|1U;%(mHLDH?|_VvAc`3#_2kr*$3=_k~TQa
z^jAeQbBI<}AKg8%xW+yzsP^dF=G^jLQqAZKmK8T*IZZPne|G^@tN=(f;^I~!b7V&m
zq4G^$wIGi*FZ@O}VFjfSYQ|z2I~F$lq{?r<D)w~{+BmuPLpYR3GL>ZzzR)v#*|W#Z
zo>0NlaAf3kS85e|OM!T7&5q4stx3E+M-4z4Fa{xQU%gTL!pjPW<-{~2jBJGXUx2Z^
znVfXq$9C$i)RA4@QIv4h&{GKp5C{UIOP^49_bJ9hbUAJeDo22w`mj!0r9S=FDfZkZ
zCcPEXxHfy0P9dqD)5Z0cdbZZN%~%J3(WEb;3D!f(Qa8)#qleDZydm+pErE9gM_1jd
zaPlW$n__@%iUB~G-Lsl9+I3bARgpJ#c)+9feSMCnsz9x^xHJcf*ux&a9U+x7F^et%
z^VRG(w^DyG8c#p2#Xkqvh&&xaofaaQ3Cmsp@|5Ysk>>Du1#9QWrYnOndAJAI@eo>K
zQ;VDe$LR0YYuXsN(}&XN7!o(;Xh5%ItU=IMd8>SbXBdHA3a!RtARER$7{7eCNQOTW
zB1R|25~r<UXG&V1ejbMy8Yh4=<D3$O{N|)NM597zLL~a>wJ@MTHB7SsZvuJgRs0nj
zT`y5WKiu1IjS>PlHMY2iy5eT5O<S4g=Aw<(W}DzXv-I;c&dTGPyH0mCz`=r=;lmib
zJ@Za=a0;WOIe5p2`@RltuuakqJwxJ41;d!>w?8a<Ye-9Cv+X8@(K1o~w`LhFc7X07
zcnnM8&;dz-7I)GaUG>qdted9ZWU;!68nxffBC9b}8F6BLX2O=nmZEao;k1O)tpunj
zTVAf{(jg8Y?IeFw?j|#c>gMfola?3OR#Z}j3#4paKucc8W5QN{qKuC4p(0{-fhTZc
z7p&ORcW_J{FI$)SAntEIv0+L#Fd94c*6J**WI9%00oAw27FoTI_y|-=XtM|Q2RbS5
zZQlE0M$XE7-%*4dE@*7{$9V2*5`v#DQe;m_4g<*J$bt|U)vMd;KE}eIwEg6N(=!wS
zRV|oXC>OuB8HvN7m|rHYSx4S5J>Uom{cLtg|9-h}-|Pj=D`Hdh_+buIz0Lx!pprXc
zPQAC+%M6OEegbX7s8;#K<6mv}M5x;t=*R#^VhyY?WxMN+SEv7Iz$^+<cv7e7a4{F}
zh;^^%JM&N8e@6=kuc9j2L{ma*|IZkP4Ea=V0U2G&(;sN0d)GxZ-P@M;LD?!_vJJ$v
zRI43V8+ut7wKiBDxd31(Tut(R;w5kFU79qaSZ{W6%V!u;%wt`K@B~|Zi=KhOjyx#r
zEfqaIlEAWe-V9e*@TDPpBPInN@O;Sr+EGl6T=)6v(zuqS%B+Oz3sUynQwG5$<D9Fj
zZ`f=jFfYOh;?#m_H*J%hyORY=<QXxv1jEOzr-IJ**Ly2&cN?8`s_?0iukMYdYHDlB
zD2=l(c#}@SIDG{>hJibx;IokTsYLQ2G;4W2nxi}|v=#stRw?QY;8FVswnPAZ5q3hx
zN^wX~`g|^~TG|R^k-ZbgOf@sM0F-)$yN_P^RGkU7ySYir#R$cpy!J3-F~+?qbvSU#
zedUgm8XkB4oh*b4jF2-+%d_i5qybHkO%QHco$!L)oD)%iY@ChEHB6i-@d*^OWZQ%|
zylU=P0we3kOb}&<m(&-Z=&48XvR2^_wGY!`)6N;(<Yf2hS=yleKb0Oq_^6gl9-NgB
zY;uUC<<EV-ur%=|gp-bIdNZS-x-zbbsPP(OHHf@3LRlip@7ICHE!Gb;ndT}$0_w|s
ze2ScCb}V(CN^z^i%*Jpu+^*6<DDHm{)-5GfGgXJRRZLis-NFC85+BpDAhBs6Xr^J>
zDyL{I<9K!Y7PHJEV*~4&+*xHi;OPlqe~SUyrZaNEgseS-of2bT7_jS@Yy9xW;$*q&
zL{?`a69#5QgH!>O_ngoO-haHTH%B?cfSMK~Pna_OmzoX<1}x`}B4}+gAEt3`6$>oT
zgza(=zG7rj$|X+)nH=*dl1_^H=Nzj}cEbzhXtl2_C}P)=tGi{L$qkU~D@N1tO~|`m
z`p@kQKqI2Nxb?S(?&Fqsv@&5ZSa=(~K?!VP=3i{HZU;r*-4^0}lWW=^1y2RN=_Lho
zCiOEP2u{Elue~}!NbcD3nxr$TN-QRR@<JqFV{4;b<lQvwQ<7=KPOW6q#k8Yv;9}D?
zkP%|r)%5U2Ejbdem05*fCNN21${TWE44`~gVI5WItT-s?H^8ds%PjfTWzA(v&dlO+
zOaGUJ4+$=LfWG_H!={|F%VYT2V=+mNAR&hQh!X%Wc^h);yKe$k-tOI#&<$n32sQ2!
zj`&Rk&n9N%W~&b<z*upI1R3)q*}9S2t7}v4G$*gP$uAmT-VC<ze$nWk*}J3I<^z=1
z8_zNMD5Wsv@YAas@6|qGy!?gniD&Pt<gpfwDcKlkam+`VMinHijB$Wj$P^UZdozRA
zSu(<WeC)Gw_{r#OH>J&@T}dezY`TxhmKd}H){RWfnGVO~c@;5){Q?WSxM=G9^;v-}
z%EkOUy_Ug(7^Gu`(lg$i>BXsn=%4s%D(+c!gEfRv*IW$G=;qFzmr}x<KhJXOWN)rq
zKlk>u`PP9tYNe?Oex=zF`;3C}#XAecfIBFM@uaYB!fO6Mnytn+9^T-u3`ddLXK5rM
zwzY0=zK4X{9x-+iT1)@RuSN@xB*vXIR#Bn$i?d~UJUg9C!%df^o!n&mJpa3P_+J`C
z_g<iu!!r6QGM3*Lxg9=P-+?0)3oM|>aIU&r*iXEJD<mC2HuNs6LIE1o+ZN!HFTMHp
z`eKH1=d-pi?x=205|EtL|2n$B<t#7y9AI_E0^k40dgw8IA=?4+Z@161*G|okeZ!K-
zUP=lVbk)_1KwSiqIM)X(5Z8EhTuT;?p8~{7p)fjfF??@`j@HKFVWyVn|D`>@S(|^9
zkz1tsZ@#A4Fl-Trzk!K+?mtjoHideyUr=CNx-9kt4?#1Qf`hMI)X<Sd4e#(0652Z-
zDd)(dXhLVaFk8xw5{H;No&2~4Czg+KghcaORTTpzh@{U0Ou&W)*sSvbqjB7AvKKR#
zN==-}m$w`GC#R9IJiQ__jl!;|2#_`+h+y%(y>5{<zlul#+R5h~uiA4~g%@=4zjCs{
zZyHXtVc8Xa(nukZj{rjI&tlKVuH83YPi_Avy=MHin+iQ6PwIXF20TgUGTzS1%4M!2
zmKKG~mZZC{S20<~h8J>W5X2n*Rn&)d%4$3fpobv-&Nc1i5V=mEgSEt9KAH_Z0bb!!
zYg~$!X02^5I}zl=rfmN(&_YKlYP@WdN3~m?oQ}@zmAJSWZ`@0d(3g!}A>NEZw5y#Q
zn%n=cGl-wLzF7|n#L5Kg2vx$BAMAI}g5`)iOsb2OU}m|_w3Ax=d?Xh}iunkkbQJAn
zgXulf!@SUc6V-<gAp?`fQtmF`Jxz0Mug~=Y>g}dk=;)=t30g#u{Vj>>cXq;Vt5|u8
z*}8b%dM*2GI^BEaXRd&13~(#4Y7Ph>A97e~o1~RWSobmB37U&_SY_#+`@j>f^3Yx|
zdrh>(L}Qw}>bGv&GL&$fdiw{IbEAwoh<~Ylz5u}6S1<j;-#;ltTdL5A!{6X!z0Fq<
z*Bna7UcqmGe;R<pc7}k_fns;ZE;vw7v@v7LbC|$b+hpzLU%{?`pH-?2&Smx(mPN3b
zsEnC;zUJ@e#UtDvdM{RUH@#%^R=rxh6!u1&&)~M{(KK+r3eg=clyh^8l=I22w*CJ8
z6P&_aruAf9aT%$rjgw1GAt9fcjyGgI%EG)$(@5t>Yal7@3>x~OLX?+agul7VvckkV
zSY0<C%~FW*p;g4Jn8=|3UZy%3Vm<uN%-48=bi*U#{cu!!aG9w9N6X$HjDHgUIVNY|
zWWk1aHLLFN3)fO$l5$z#soNrR4O#cb`?<)z`u(7Hw=7)Zhw>1NNxVa`9FFY>cKT2_
z*SzA|J|W1NCYv{`5$ez(EI_4v^?e&NeL4%T%NHwhHjPa}AqaqR=kb#Td$?+`OR71f
zuS%-)8kTQ{-kr6({Jc^K->vxh{=8XIHhYEWpOkAZNMDcu7x=eU?q?`;adm#tC^kUw
zLp*Ajp53l-(U@$Xu*394e$<HcdTZj2>sC+~RRh}R20bGJ8n}h%FoDFEg!xqb{rQ~A
zTMyWJ<!+IrdX1dY`RBJy&pa=8Zp(rEM;;e^rV8fW#v6o?NFyVPX*Pb-pQo_XXkpV&
z;9~?DYSopYb;1+UJP$;(5;P4e9&dYDgN|lSDH`xdCluf`FEV0yJ{r&)@6Hv1Q~wEh
z;E|<oG0O=}LvhrL{~14keCVy2N-s{yB_#9^NnRd@uV-+!Gcx3IE=A7~9cAaU%z9#@
zrjo?BKtO6WB50E{VKN>Dm>{S8Cu;3km;hr1N1TaYu`ERe)_J>b=o&&!CYk4(&XCt8
zrSD`5q0>xCdy`{3!?DGU%H{25k!fUje850e3v5N7Q?Eum#KNn%G)nqB>#>-WB<ViM
z!UW1jB&B|`cr|%DoKydE-X;7BFHXlxdvyWp&7veZ{`Nl)N7Twe=tC@Nd-|d<0Zw9)
z86?V5#K-nmZ)`+ufQyab6(id0tXD(@CcQ>3RD3nrCN}JSL3LCgtga2j(tZ2n2Y22s
zO@8rSssp*8x2tZv1*ND^)T??A8&~@Xh~Lvr)T5OrgL=r8I$wryS&(!fF3hmg({yUS
zFK@TVxJT7;w6Lu;UuqK;pw0gNP1MPoUM{c5-7(Bf?|%@&nksJva=}6o`{TI4cbTw`
zgYNy4gg=r08+}U~`Lfv2DdySEL-Lw-S7>Ga!n9Pt8Sbwo2RLnz<tFquDURkZluW-F
zdg%S3kp#7qDGKMPhj;#mvNFIIgUGELOK`XL!r*U@&Wnb#<2U{{%h<K<!^(E_@Q}UN
z&&$Pdz-A4?x3Ch3oIP)VUpn16R_kR=zIaBU;5+I;4UL!xhGsf)V9G0{QlqgP@P1#R
zG3GdVqTZ;$j97{juqn7RWkrocRrA#hHGPOl?muaEND$hmW72IJ=rC=y(`{3#2P?3X
zm$_IOA)t1v`BVi(6r*J1ihVCk&rY#fhKP>*Fn%L*@`x1_bTakikS%yXnu&?hEU&h=
z(~-Y_BnWOjX~Uj0b`Td>GN#P(&YUEZ`}hh?@UYt3FN(aV@ug9gTD(z^UWcACW&|4R
zalBbg3Mjq^{xPfQ55#IDW}`>y-FWT-!{GtF)N{T$?38+X7Lpkgk`EH!G>&`+#60xE
z*v)$RKCB_I|GYxWRH6HP*z>RApwX|#+FsA#IZl%j-?Iy=V#*%l;497()MrSP7v<V?
ze?2~apq27|i{{3^N#1I_@(Kq6n}kchXr}zbUo!l{9S%iAmQ#2eyF4a%I$60;Mty<n
zlLtCP!eIcC*3#6SM#tL$r-U9cn;bw<$xt+mYv-l|7Y@9A59Ex__V~zLne}2Vo6auL
zt0o^k_C4*I8Ls@^{uDJn)f@f(Z=QZ{WHj-1p0OE2<-?-47Xla2l=u_l-eU^&>X^X0
zlG22+zyEJn1+T0H?dHY&D~H*XxY@w3X~G0*BYAT3ic6WEQD}!VHj}nAG6eH-zkzo?
zi<sS%k=G=qYQT~H#el3HJ6PJzONyau#5B%StjY0PxZESSrd7A3LNwpaV{CX@XQ_<t
zy>*n#Cm5h9)KQ!@%!PT!h4{5Mq2xc=NTGicWv9|;jt;Oq7~gXW?E_JM3*MK`KgNnJ
z0*o6H+hW*SUqPG#^Yxl|KXSF+#OxwhWq?<ZW7GZLLYP-qVYeT-fHp;s58b@;b{|u|
zn{knH0T-DW$t`Dklx{*Mlc5QR%TX{>5!vfLD25ExtJG#T-}rX5*7}(EA*Mg|KxBD3
zrYiHo9)R{8p+Zq_j}A%jWG{RCQ8I8wPx1Od-^4@vA<xiyL1ge_pa(wD2kyo+ct2jP
zS-gC6v!sgy$!B^-2@Hn2XBU;{bFsj{KuC2Gt6I?8Bl%NhrzMzD&;!)>xsgIs%wol*
z+{q;z%-;W<3<W_beO5|Lcu<)F>}x0I<Qs(>=KhHh#FP)}$GlAIGF7u8;J=b=C)ltI
zGa-~7?No0mzn9X~bBb>!liK83cULs>Hlc(o;W($Dd^=oLvCYWdK=?Z5<d+cY-1%EW
zziFd5A!+&=GC5ZK3a2;thbkq*lGq2~q(i1$wy#^hn{&e!1d?pi%=lT{HmQuw9X7w6
z`G?qsu}c&bD_PTcG%Ak3!D@PU$vuFuWfVNpQ=jN#=qKOxzoXFIq}W<KQg4YGRX=ES
zImgCTZ2zD~(p`aCXl9NNEqm-i=0gHK6cwY9o#D)c@$GW0o?Aq#p3IRi+{;1BEcHnh
zHmb4}hOk5D43vEW`+&Fdp8m+!jZN(m$-}4Cl5<d*HJu1?{{9O)mUQbxDWYg=j_xEn
zAl+o-tuO8f_`x#QQAs!Y%U%b9N5A>g6YiaC-)>$pV5HKue?26$ail+>K@@7K(bx{s
z0iM)<RMw{xWfgPt><ejvg`Gj8hti{vE^UZz=DEyUS3qnYF@xG(5Wj$07;7wH(KiyL
z=jttW@brmqBmyF<nWQ#9>iMPGHJG{}zCj*VvVKfoURj`M=STW*P&nFA!xXiXWuf>D
zgVSzE45JgbyJ(e`<@_bp4`Mg?z$@g*3FOGq1G4@>L`HOtN2h!UvEK7EJ845n;j`7n
zQM_sgvDcZ5Zf%KM59<D3?)14pl@sNSV*}_m6Lw7>%Fv`Bqr}S|sbLyoNW_2D-(ya2
zZ##sag6Fz~5vX%>P*VhDsrd{!N`;-aje;f2>^eBNSa={!>-uatWje360bopA$eEhR
z8#BzO{pZkrW(YOT#~V~uw!OnG44NoSQI>fq883@-GO4nFiJ-=$_^saBX?j;>Gv~|3
znN1WiVc{aM%0j;Bz0frtxR#56Y}&UYuYM1rni}4CA**weee{+qq*{vZog)gdWttDZ
zZ{U645@{yLfw6K&F>myJV}$ENTASxV?&$6LG|pel)^FKM6CUuZpZ%!VN$NRu&DDf3
zirloPM=ZkxVZ`j2{Ne~zT1ZkB*PkdA)Y%FSjC<h3<>cQU2O#Q$vMb4BquxV#&`Wl7
zRf}V4ye^h-EWpjmS(quYYp_$TrUkCP?0Zm%^(^#2s}ILg4H_|O6}3>7-RD$PxjKX3
zU9Z|xK(f0>FZaOeG$xB^rJ{TDxglGyT5hzbfQwO3Va}uauO|*E^KWJ3u%SR?PIJCp
zY#km>4LWG@<qU(P@$j2K?lsJore>VfN@^kFl==CYAT=E`LraDl7z=P9GX%0SnyCxB
zlVIS=K7Udp-OcYSsOmmKFLfZ27perU`PJ!g?|RQ8u5_jVcM|viw=B5YFy<9o@{*`M
z<tnp(B?1y}Fc5o&rZ&EpG+I)9R%=~WFJyl_E(FX~hMIa={JW*huBmmHppzu$Rh87r
zs9mlc9w}*LcXzky4RPE|D=lq`y*(h$rnOj=^4b7>5?@DPjg(fByMMzzh8^&>9Pr5g
z9hC2F8sp@ys3x@-DzCU{#+-m{ScN6;`y99`P&+9;tk!$CG^RN8WFdF*)J!}4<t(1n
zo8_4FAw*(}Kzb9c<V|>9p$^>YK+s|b;_FV#4Y4x@vbHAf=nK#cR4=Ob4ir|a0|(@&
zc0JXg-vTrhy4*LzFO{~U|GI1|;KT?Jc2_8>uX{!2XQ3&lnsV#)Bv)}K{F}U$#-^7e
zKIa_!SwH5(c(y4rrS2Oq@O}@qZl!4Tzh26D2wu5NcxM7-VUHlDH9yphDVkUjnBNGA
zUp+buH*v3@E!9quc|BU#%b1vHj6m$L>DAP$dj|N9Xskv~@zHWl?D2vA>%gCDuv2(t
zD{LSC!X)}>(*L{wii_?<LU2kS9`tG-rk$omiajA=I>U~3Izi2$KhFM)y=h#l?$ETK
zZ*a_My;z=(YAl!pj;kD9NoOPN+3p-023l`=0d7Fqs@?X}c8tWdksXh^7RY7~Jr(x4
z3E=|`WW8PSHQ7W)nz0eU#V2X2{o)A@vMT4;0dRZA4+VDCR+A?GLf)8@B3vgyd~mDr
z5S9$%n1d(t+x63(mw8>ZaOXix^w;8iq0}+cJUHD9+IDQ3j3Z;Ot*tdK$ltRWK~$~}
zoVf*4TDpo6_yyxhD+jWg4Hx;<(m$@68!1@mQ&BbIU+$0t;6x4kmrTQKQ{+f2Ie@Ci
zzuU5C5kdZ3@TK&zhGr_o*1pWG?L!SOEevizXu8@^pW&?Aato9<N0Yp@2K)!hgIf=}
zORwFX3B1KWzr8#;Jfnpk?OuQJxE8`^JJGNoRF1$cuW+CQ_K7VEz+{<0CJ0#~bD>Qy
zVRg9gT(Lf3kG^QL&~2=z<ALJ`@4rxY24=;-itpQ@ze%dy?xj=(mpi(usr>}4VSw+g
zRc%$u2VJIdwOODqqTvIogBfYO#gT;_Rc;Ww;$RI;Nkh^4)CyRgHcmd`7oe66wbGT*
zX6Q&Kl$uh@TP#To8^BKGFFW6YDtSxY5J&BX_~^=l5<breRLxp;2X1Jy`lB+2nn@uK
zX5^D}_MWVO#X!&(fz8+9fq{&mO&Fodx-kCN2s7YI?;k)vhQg*UOe|Ic&#Az>_P3T6
z?#WR(+Wmx&vp^Ll^}h*OHy5J(j>i1yYoJ^Q>YjK#KU*$h^;n9}gukg8;NwAIV+nvA
zqBghz2OSVb+yZ=I)~4y8Y*031Vf!`MB*k*#Ljo##X%dk`oYixXt?toGqcToj>h_i4
z^!WoH%TTVGyWIgPVR@UGJm&xDi*}zY8y9$Lr5tw=u?$=sf<jvwDeoUisOEV)$gG#P
zClKH=o{t@Xocnlu0EC+<kM9a%Ba&!RKRG!6ZYqsFdalptkUc)Wh>u&6H9(`xjq>i5
zD-Dd|<yM{G6O;kEHAuMdt0(Z$w=kf><5pN{5;MEIeh-QEKMH4ws|6ABAOE>6`5GHg
z;aHDpUy+a@g^!_3$%AS%1+><HtUIRg53C29^Z5)lS8*wo5v-#G`-_aZ1~FuBy_Q=;
z`PaFQHJ(5soWyU}BYplv^+y?G8J(3-{YK-8_!8z;=>zh|e}{}Fy!lQ4=X^?&o7vZ4
zO%N9VKM_A<IU_DZ1M<MQJeCTk3V@@CpDK`?BeQ!34RY8O1s{O#Uj|M38Q4~k%67r(
zw4pt19!LG85|5}F;M5UdVVwR>Pqu`HPDxn7(S$5Fr~!s;4hxjd#;rJ*$3m|Km703r
z!Fe74a(cX~D`HQ1xCo?)VWS=*^T?nIF4{aF=1cr4%7z#2TG9(uC5N<90MG&<+an`*
zXr0NuyW%eHGC7fwQn&HdZ!O6T`!l@nnOAYJmu?N-8(OK$Mna!!vk80x2`O6E714WO
zoZsCQ-e~;DE$!{NJs9`)Cw$dU+i%%ft78wZ*JgouqTvvssjl^~+oF-UheH%-&u)^M
zE;)A~46=c`<yN0o!9O)ojZ#dF;k0F}kd~Z0SSzWY{pzzX{W>cQzdbJYz@w^pG<+n=
z<rVK3c0$6u({BaN=hX<OA~0JE;CI=|_nwq8BT`|}ba^lWN*h$@@+^Nlg9AJ~5&C;#
z%9yRUGUS~J7dx$T1_8`|{-C>G`9TMzs<9_P4QE%eKHcapmC_x(O4BdHIq(R@e2~C$
zzxN_CzJ4P8_UOoEZ>i<HRNSD&^C>V*@+wG;fAjl8B>L>xUs1%7CEfY8i<0^6OseWf
z>9tD-zI3&;#6aXwU0P%C1ZH)tSyiOfl?#g5UNf6UV6%LfI}vHqDsOKfPH9k3CWz3V
zG^X^dk5s+Z)yW{3THD>YF@69GZ?&d8ZNxA0!HpY_$80hf;UR+8K?MT6ySOKTxg}E@
z*q<&hjVdWBKf|$i@%fyl2c5<s*lXnI*%8`D!9(K51AUl(p0CD4oV0+%H#QrgY_Ug~
z-3>a16D(bu(V3}uK93L~<P#JR=fZ8Dh?L=lRUwh|O9}3Ps!@UbV+yeI5E^0qehBZ*
z|4Ii)A%9g8NToE0=(KGXhv67Y@J|}y$o4I@P5I?Si)DFfqlJ&=ZA?H}JcDTZP4wtW
zEIgf5>g^dhW%otG1#jZ%=eWA7V<pu^HRMS71;q}6c<hz-IDsEqqL_Cihw@4Ux@T6M
zM9(w{zYXIdBrLHRi#sC%Bn0><5^@|Yg;B+-F7sawvQ*!-91^y+7snaqI2Gth3e{Wr
z%cL&Mio>k9Q7A}oHy(nC^fLglZw{YAv=j_==s$KjdHrJ~!26q`W+pUJdi+?%=m8v6
zifo{Hy8MMx*_$c3@k0H8C}@RayiS(R!d2^c`0s}bJ~%!q1W-DoJFaR|z}EWa6m)Y+
zc|89D;wTGHTR@$`H+p#Z-dx2fNA>tRNEn>o_Y#`KaQF>F(*muz3@Flx(PE%`4d{p=
z^4-Hg?VUPUAa|HoCH(w|{-lMUr&`<Oo9;tUNevwjqx1M9@|hy-%ZMTfl)1$J>ajL6
zH^v+pEnbgj7oc`{1>>Own!tk;S?$w<ADgbl&&~DW8+Ei0qcmVsV{P=;^Q!~hfrhHW
zLW@*i589K<3}eyL`${=KoPmo10_olAnyM=Qxi#R^*DCo<aGOGbO*qRugl_a@GGoTN
z5rY7Jt^ecIlVWhja`IH)Xy}>Aw06_|ECj9qA3v`Fh^TQ^MZQEuZ+`V((+VyKY|A~J
zycNoEBp}lQFI5E3rI3={e>dS+I~+UXzR82dH|_DowSkD7*3x%>ySg(R2;f-?y=Sm9
z5(D#Je;75X+{nvh`V31s(I4z5y`ph}cSp>{(^R_=v|gau+BzP4%(3)^|Cguv1EZ>S
zKYvtcb(J1nDNlT#68wHfQMu2&D&Pe#u7~`l<H^Oc=xRv%`f>?ysT23ajX%;_q%jts
zLCTmb2EZ`HQ-vkHiZ8^ryUs$Bg4aDfAch(Tb_($;15%=)0VZTH&ITmCz~8{r$@GPM
z2e0F|9w<_Y?(S%$FIL$8M*1|qO|YNLYl!Rd<DN|qfY94y0K#E6n+gj8q~r%(9YaYL
z(5Mv(d(k3W@dKZ?5_9K%E$tvXfHQmtFvZjl_Ns?^K2geFlNbW%N7(1r+99P?Y~Xg4
z<llNBQNeSuWHIgqEpQiWw4IvtofVF7%lG0EC#0RGD62at1u~F>gp2DRJb@pfQyUnv
ze;fOn;Nz{o?H~Qj?{(jL>#iavG&yw19L5!XuQE421E96^=Pt~qF(Vb0$8uR%y`RHo
zMa}@Q9#{U=%&24XQQ<$NtLHZT8>jq3Nonvn#Sc|ZuNW2cIliZc9h{NzLn`rlL0=2F
zHM$Ry)3uTsG>np*<F(Nwa=Xea^z`r|#DF2zsn?oLH}6Z1$Upt$OeP^sV88K;tG#Po
z|E?lKOTHz9esf&YISCDHHi1mSc8}TZeq;tRGYB5wGjk7v-J5<FYJw!{2nyodOd|L0
zU0f4XlN5>{9Vb?OdP=(d9D0rI^?nj&BoPX2p?%P&M-m@<BR1r$LBCI@yPRl(4Bg<`
zX-<{mO>^PMsTPgi!@P3uv)e?lqEEyQ5byVKKlJ<YMI+0Ti9)hqR&iQVKU!2ov+8(`
zgjL8yzA5px*OMj353Lt{rN~NC=C>;3KVvA5u!!N&>vOfPUZ&HoCVpkOCRZ&r(JB>4
z*NFhZ;{8p!C4=C%PZ?%DN!PatcQt!(daJcfIZgXVlV-*7&$U>`0eJ0OE&XL3Uq1U+
z)s2@Khn+jaE<Or+-w!0cq6Ah}YCDYlao6q4u|wY8P@}{R-ei8@#V>Abi6?y7t^Ua|
zv=y}36w4i7zGW%i`}3ROLNtk!s3dwdJzF%~<n=5?aAYe1J=x*f>~bB-%FVhwLxPVo
zdrKAUI3^q6cdPzQ_We|7#63^uw@n00rimf#&7hon>vBrhx*XffKpSPBN2mB^@0JAP
zt&x6Rinz(Waz$>T9veqb?DI|SyzPO>Zq$*n&>}c0mr-SYjoig@SW_cT?aBE^ES>*2
zJ?!);RwZ(mRV9;m?!z;5CAM&=S3iq70XorMzaB5+?k`PZI)e3G-7qN`jzOp&+^2nJ
zw>Cj_`-;{iNh>Y7*@0xv8X8sD(a_E?B|iGaQL)!vuVVHcSH_+l)6kgckLkc<v0ICa
zDG^T^-E}j*>ZT3URj7DX6^#286Y4I9c+-*apHH_3v(qLUXiD=LIotRy4mz44o5=O_
zD*Fim%jH%ljqXm%rUL6iUvjwn&ILKXqbH7HIH0@W;;Y{miGD7nA(MDTtD_b#bW`w;
z&(+|g=xZ6nT~-d+%dU6GEmbJW8mY-MPV#?hwWzm}#iJSlbE0LB+NY*>B1Scm--W_^
zItT@qlt!#?q#q}6XJdJL7K-xqemJYu`bkPD9@KF?Qgd-Qxqyw~<k)yC(Mqxcu20ze
zdBD9~<BWANFV2%a64%&xB>eb%q&<3a%4=uF3G41@rEz{@{yK9{M1D29*oc3=<bK_k
zF+D&m=BBNy{V1qoo-u*%oU`Kbi+yE8Z1iOIcjPS9r^aN3{J#G!&Qxj*Y<{cC;xJ^X
z1INPDFiUG@Qs1ExcQZT~er}pAKyYa+hnuB-{Nz}F6v3z>>~sj4swE?R9ARFxXZrf-
zPGi<%$oB>P4=esFa2fYyUNF_{08;;bqt}O1_4-Ev;#IZQl_J$;U`12|a8f9lM|VeK
z>{}^thbi1w5sv4T&>D}te)&?*l4#Q<dJK4fhpBfz7hj&y<0uc<Ka1*e9Mt44>0GRA
zZBLc7!YZ<dx2qrC#Z4YLeUX*lwBl2gS;Fy^4fCI?qs9w1w6!aJPro#_!+KHQEzL;^
z$M+mY-AD<<4^enhu~XKzq{U(#Vn0)7z=%5ky1NjQy4zRGD{oayY$`2=F7=0LcpII4
zIk6($=UZM0$BKfq-jlI?$L_-AD%_5fb_CeHqpuIf@OD(!w?R)=z11;st>&O=frt4x
zvK!3L*46kOAiRkf5V-|dK{(_EoTL&9YlP;~F@B1U3}IDu|G6;B+wJENB%fzsKm_7!
z6&q^A_~ZKgg~F9@J{kFQhS~54{!7lKCtcn7P$lEe>SVaztNqw7#$P`^CiQxqs&y87
z>vD<OQW7qWhZaHlS<1;O7i*9enJz`^tg?TpIdpMSi8T-OFz`l}!racAmX?kEF6qcW
zsK30;Oijp98B8+1etVgi924L8sP#@7YP=B5Vj;2Vc6_yPk1scxx*KZvioGei@8#t|
z-;%Nt%j*m<ft6>jm+<Z4-C$26rfF?O5UF*o#8Kjivs93SqmDoJA>7K+_4uGsiG_CZ
z|I9$tO~#P4s7zWfhNi1OhnMl|4r{l~7Z#qm4?MQ-hpgjwiA<D8_uh+I{dwEUukm=w
zD;+Gy3+zwripJu6HsyrJ!O8d~93?c*$zaUC8}Kkt#`STrXR*cxb@JkRl#NmDetMPd
z|D^Qy%EOxfq!*Mr20wd0Z^*GOoc70|18Z*i6RE=4$F{QRq7UzTPb-#wfsuBt^Z7WG
z&Kgpx%y>!}w}@i0eMsF65&i6>)qYhijMIDO>yI3-2ZGr{7SB~y%uK{elvd3M96PwH
zpn8Wp44cnNV!3!D27=+_@{Aqg&G9|QE$ZbcL2d)Dud(rhKl)+k>-hp3ZBy>zsQOQ8
zOsk0o$2rxny!dE{Rz0riGCv&GregPfhZ9;{xou`2oeW;QlA)~4Ie#W0;UclIBQSdU
zqMS$cDJ99WF{QK~r)eeWtCMR#!5{P{L6=ugLWhbTf&DsqJ#zZf(m@qYZLy|?Wi-*S
z(8>L|;p@t_r1PY&g3HqX7`K(bs;FA*&p5dF^`V|WG$(eU`e^8J=$MFU(BXBK>wa#$
zV*y{N3%>Bk;@6e4@Tj~OL*h8WVyg1byTvb!cYn$m-Yqqvgbr;{<LU&7ROm1Dy%(w2
znb28e(?Hm}L-o1MJb;Ttb-Rr%L027KS!qdIUs-D1nNqp5>k2xeA1N;-2CMs=N2@=-
zT9&m0KJ9F97Z)6jz8rZLk-_O?E%@gpq*OGy6D38lD^v_L*I$Z@yHsy_-wDL_{H&B-
ziY25U%hH_wdjj-w)H*vG*^Bqoz5Sd@I}-}pxr(DA%zbclTNx{y#M_ILk9tqb<XO_2
zG4aqKsxuP|t#2$8UIzF!{K(;MFkB&H$qUW6|1wQ3x^<%ybbjM6Z!%Fodme-ZLEu1*
zeB4=gPbhe5oA)$M1fBWgP%~aOsi#)N?scl84?y`D#94i>G3)W`P>y4#eN6SLBDm^j
z4LJxFj!((O(Ucxzy?7XmsmHTW1I^<xQx2@eBR#KePQV!rzJrJBkHc+xPW42>$LA8^
z{_v_mLxDxx1bIOpd%k_iRN#!Wt@VA=dUNBQi@a59dk})lrE=Wg!;SQADVC8A55U|f
z;?@7m&xa|_7^2Pauu0B_%7|U|%XR7J?S?Tt*Rpn7O60k;_%qjERW6j3LHzE2?66a~
zZ-_hmdHJHgt=;Pu@rnPR=ZUgA_mAD$VoSW4i%aoly<S-$>3^YxJ@lqM9nVjIYnFVD
zS+lWgaMBjAhe4G+D<J<zvOI=^COJ8vLwL>@T1oo4rtbho(e-cs&|t+wlgo<3N_?3i
zikgk0VS^m}RUh)?@VZj73N{WsV+H42dxop2_mrwuI&X8M4x=T|rme|1quh*fRVR22
zO6mIqPIvg1v&>N^5TaAl-T8(B#Py7a&8?-y)KoFu@7ZFj^k|G2n#Kv?a$G;1w;f*{
zv38C;1)Gl5($!}%T`_#O1;1y|7#KmE?FvQ9_D&a$yL@s(ZDyoqe?x}6op!3`@g%LF
zk)4aNO~!+`yd@l@tUWemaae4)4g{h9G;+v2bvvM_wpfE*Mc^`Gcv?`tTT_J1m-nMd
zy%1GD6?|<_@>6Go+7*ex;YSfoap`SJlh`5^5%NyU#_5Cyjg<I$ccxFNwJYpuQ&5Xx
z##kr%6HGFNmD9*^52HlHo44i6Dg;5itOQ)8I`Zdvxr-BfNGT0{-?qHf=VK+WyvDO{
z_GsZDFTr}3*kbPU9`MYDlJXv)z(;tbhAV>Ps0zvv@~~NN*b@Q07|DO{3QQ8sQ$#Kj
zJgUu6*|SoM)0#O+nNF_F5hYWjZ*nP$s;A4IT)Np%`w`!V$EsCOp1%9ea5pi15;kA`
ziPCA;viXx1=jy=O`=UmF@8<uHtnZGey8ZtrtFkI9TQWk(CbR5pjy;n@cF5i-iew%$
zD|;S$ud)w9;@Bdi9P@CL{ku+geZGJE?mv1w?z(Ti$9274&-J?AwT_pIyL<Ue=Rf8~
zdlYSEJ(nSZ+#$5HJYv`lcEXcElAc;dgvwsr+ePf)HgxEr>ps|M$?Kszi1g!F=y<5`
zXqXCAx$#mAluWaaf~Zg;;QH~q<OXql1D8KwANsKpO?RDzMWAZ_Kj5LOmI+ELY-{F?
zRf5=;2ZWTWP-$L$LP<BG;j2TXV7Hd1(2bTKI>@?I&@{Z>f+01*7CW#oAc0BGPk?}S
zeudHzw-A_NcyCS=%;`LnOm*pj)#Awt=9N@sJ${~TNYi7hUDuF{!<|rBf7xCCmeAxN
z+LT6z3d`!Y$2}*0hI;IJx-U%}5&BthIL~AN#aY6`2NIBi-wSK{d%5Tt0Z<9ocngI}
zM!tn@p-&1FO#ip!xmNa7xWW-1n1Di+IsCnTS;5<tCjybV5@KESRux*yj$P*;-C266
zZfSkZQ{hf$n)CVnfK9k5(I7v}9g}ZSxSZ3l_K`?J+a&1ehrCIrnPh#kfNXJD&IEkE
z^DDc`BRCg((hLjxcQh_Ry%SFNUp%*m!sjy|gm&CcnEY}x)?ki#3B1=j#yI4=U%1nr
z*!^s-aktndn&F!^Elg!}gYfn1qJwzVg<W>{u>5@X*1g^^9@$L44K9eGM?O<(ov8Th
zxffEAEz5ag;fU}8!`R`$j-y}gJ;!Pmi}b?s(D6aX6thRUP4}%UZ@ZU|5u<17yXfDr
zq_3o+Oly>&&i3Dzlr`qeWLLP;fYi4;x2+_fA=R$|>Pc<@fk*<vj4!#WIZT;n56^Vg
za?v>=R3+La_M7T<>($dek4}#cT&ev*)8n&<_fQ{`^Y(>#wu{!vQeBJ1!e;tCJG-4X
z4uwg`d%_vrpHucPnDwq`koG&C-O7Gk*ks|9eFxdVQGB<7P~Cj?w;6}-hF1ShL&K!P
zwNmt<w6+Y2k1>dtg%zD`#%JeAtN_8EcB0<j-zPtlWF3#UTj7FU#=jPrE;iY1Z(uo@
z7%_^b?$T;)7u$3$4PPWuvBOkwP)k6R(sNb09cAnDlhH#M^ToQoSXO=pr4%~wbl-sg
zuYN+|(P8JT2KGWWx1DY@1>oY!BD0!wS!_IsVyH=y4_2K51NpUZg3oi7$r9VR8rrMq
z_Iodg0(KR%OY(oiAJhwhbunJ%QH#B4&XyHbD9-NjC`klD#cm_5wcgEeKvqkw{0`E)
zOEbI7Br`s(u{%d_CXpu>y|^k&<Tf8U(ySJN;{Ov1Q(-SQ3N&sHmc0a9Xv8fs?wT0a
zCCG{)x5#3nBP$`qZM>8q3iZTIX}Se>{neYjnMCkV?z@ZcS?#idw66)DW#=!Kk=LlK
z+41g?IgKB>WkQ21S5=1KberLKsj5_OAY-^|>@D-_|F96e8#Kf1n#;?*sJs0)lKPw0
z5>P2x0~A+V%wi!1k36X!Zw5wvMKfd4mc5x+ahmf4E7}wHPD1MoS1^AHnIXy$RI(WZ
z$4ZJ1M4(9h@l?96qEIU4vG6xhnNp8IgBfFkwM}fO`Hcqk476ZN!SGGJh242;-PFQv
zzm+<@u(e|r!=GArtsm@Fp8SVV49iML#-7QU$x7YUs=F0Yg~D66O+VCsG)U2zb<TEA
zRyPfq&OGhYw)*BvE0giV{h;k%xRP`q2wU6=?Yt1<h|gprw>YD>IWC2$D(V_z@u5qu
zacFT{pB%o`t-5#q9$an!vKJ-(!?xC?fq{3*5D9m<HQxhD+x9db;b&S(;<e0|mLmu%
zN5NYJ5mbkfsAP5svn;9+89@n<aZa*pzo8}Jsm%MC>8F+SztBekB~&T5g;YV^&);lr
zFV>H{xvbQ**^3y|B~5Iz53>30=^<)-rm83=%o{B03XfvF5l_xCPB^^75micS#+<-x
zbvtHoJ;Yw|s`tK(M_Z%D>~-I*1D48OJes`mLKQANaJ~PlxHr_=g8*ZVQqT^Xq9^wU
zZ5bdBj*1=o$GWMBYa9bBU+4;w#sRT6q?6`{Lm#ES1I~Gt7?QZDm#1Mx9vaaw@u5J<
zrjp)!yiEAJc50OUq%<tv{Dd2ZY_|$pUH#6+cL^RmmWJf`9$v5-b}dbR-~i7RRir%1
zZ#jH6bIs5yesu0$Y{FtXc#|(Uipye&df_RkS7xdn+Ft&FlwkFQ&0mv#{kOldB}w@k
zn9)nS<DXXx0xsA0tx+m}Xa~<rOsH7h!O~PD0DZFchiARu10A`s$zo2WMvylFpL!=9
z{Lse&u#c<$`^(4UEltPnJSh+*oDgTukl0~D<%d-CfxZ(fp5K^*kTXnxM2H=;AZfAm
zQv?wa^OJ}h@xsT!w7l^glVgl+$?9AS$z3qHVK3|x_M`{n(eMU`-E;;N;*7v;E7YqX
zQOEw@T2??0uo;{jcVos97JNsA#BW(DkBu3HqVE~LRMAf)7|Zu5nwLdPu;kqnBPshl
zfcmb^tyhe~d2!wM>>#_!pr6r#KJ7s}3q1IpJk<2V(dh)qt=O(a{Yyl_y;wN+!%plN
zUD9#l$&yu7AAzL~EBCSFe>-KEP?J%i=F<LYKf`2=`T;xcaHXpr`M33ykd%=^H6HpF
zn+h6tb`9O>TVybuH+$nR{%k!3T^c@|=`t)|2CHytFa&@bkSUrF=D7!d2O2J=Fc<Wk
zWz?_VjNfI294ESE1*3-t0EwZ`YC!-7YA*cpEOLb0F9j6js>;ac9CnrT)nE5wOy)m^
zZBA-&X_yggw>o&z(1XISZc)=r%>6-~FXr!V65WA#hc$YMBmkKlpB{ZrL)W;5RX<I%
z7PK`$o+!a$1pE-FN!_dV$qGH4e-Y;m)yz0}`+=e1?dk?3fX{;W__X>q?3Xswc!#xd
zke2a?AHKfM`#~%WBFHFH5iS{GunAmq0271uXivv%IXvuyPi3i-|I{Xd;dW*igIN-T
z!JzE##-%M&qkDHpTSqqd$~?|X4ZL?*S}^ja?!kPo)HRu|%*+Exd-#598+Bal>Gdtg
z20Icj`HGw)87i<BOw0rzphBvko7q#(b&lH9v&g5I*F&M)ynm&MI2H5|t($YtxK<a<
zZf|5Ccnq_8XsTP%<)_Q=d|GaLOZ6wV&|#oJabE!y=)}z<u+dmuAo+?T&c7@GM07Yu
z(64n?kEdjO)-15eQ)Km)ut9ha=C)brPnVr@hHJ4Gf%jOi5uP8dmv4Q1<j5np7+l{R
zMPz=YMIRW)^VERWFo|FcqHhbfFb^@|v({V-vkSl}^?qEzN-VLh7W>lC;PFpRaDtv;
za|}?kc{Ei~<V$d)2lxJIEEG^XyDG2m;f*qW=$9W|Hla2gZ!l&SW{b0kJVEe5mgWbo
zK?Sfl1zW0=AIZoDW+7x$dT}_y<&y8w372ma2e524cN~PjzG(m?nQY`)(a=QNuS+9m
z;dRojXJTz<*G|ukS)SCO?k3Frh%$TZqa?#JH4nkfig}Z5>Q-WU-hx>5Csrx9BlVJh
zC+0zM=T5s?kJS6)CgU+btZ*<wmBRK_jN8&Jpb|(!#RvZ?wpQYOZ%utmx8*zlmz8Ud
zt4r>__Hl0d=rUK#edA&Ba?YWC&lOp8<sOfm#hz8TDl~ok>uvaO#U*0zw{;Ic7tnH}
zoXeHU03f2@0cboLT=!Y#5tJq9YZ~$$Gl6DcZyK^bs!FVE``g&&3{9~;AdzX@q+ZLU
zBb!dwkhc2-0l_w(!Ta?|K(5w}DP_kOx2JzNl70#h<AKeqhYvi(4@0ce@pP)5{cVex
zcYKwCj-{sN-afO7sIu6!wF)pcn;kdl8J|nf12TJ_;0;<(sCnVz87c+LMf12XKcJ7f
z0FjHx7m}C=`#Ro|s%vl;2o5>8WH4VjmdjZ5QBhM1H$`3v*rlh3??9g<mxIggm4K{K
z%a5b;1c!5&{b~c9MT*|_FCs0N(?q67B^DB`i^_cAfbdjoy>1nCyMBifh;J45+EaRm
z5P-Fgih_dj^I!b~7i}N|F>qUcSx8t&$O(W=TY0m{y92zm1Rp~HtZwAetkiAw;gYw(
zsbGub!dr1jkD|9sOLL%XRiiy+Mz*Zc532xkX40LwbUNq?bEzz=@c51?NmJYR^D3ad
zd52x&KG`%~0^$+Rw_i&N$ymadLkr6EcYB%J)(qUU!k~^gP#ZPcfqF+U41A=;h_-S7
zBEA5j>d&N8TRvt?$7Xwx21sk@&tUrT=2tdY-LoR68X$x`iL(DswlD*-1+}bg1v&rI
z4M0A~(@<dys8xFOMDo}(9A(K360h&P^BO?fX<E5Yt&7$>T(PQ~4PC#8I?_+s%kA7>
zT=0>;^ab5@m%Yw*yj=wfP{efJsdTF(&_b+zYzw8#F*8#)WbJ<L2}gK{L+X8biEu3C
zEV3Gb?&bcfUFYcIlzG*o#0aY3i`S9e-+jjv6c#8i?<SM6id}y7@TsGt|BuD%RHmS+
z=m#FW^bSX0p_tL5D3rfRse)%~J99mM1$}?Z{rZ>dUP8s;Oi%1djObv<1{&9*p#-FN
znX-i>pkjVge_A_d3!OG~?V2PUEQ&2so!<fIVQGL%7#5gBXDO%U^@(>+7xCc1*MCPW
z61XceJiq)hwBdr|*@jTPv9Em;N-~*i3#AH`SXm~NkHl)*Kb}4t(N2XSe+fyhszP5~
zdS?5SdPio|0g#D2pr3Hvg8v%THXeiTJbV5m@P|T2nT*@@sS8<`b4))5un(fyRNcd_
z-(@Y&H}|3eMtoHA;ghuG@tfANl9H=^G0Y9kr09^Zv_~6*&kSiE4h#J0T-KQU5u#1|
zBvRPkagdQG+sk+1ceaNL6flMqQQ-CWjRSQ<QNwy~<&R3#gu7B*Ps_@JVy8B6^LJ1*
z3!eG(D@e>@5&98l28D17cF~8(N@a8}ZK+4@zm>b@b7&Ykze9MwjRZQF%bA^*6mjc`
z2R*ryb2l~8yR$&P<N;ZH^T*xV(;86=(|0QU(&X;tt?e!8+}BIFyS`T6wLkGBgN@}r
zC0~0=b|(Hl4%M>tI-tmD)7{N7-7H`GPSK<#(^I&}RP_EXkdFRY>(T}}+H&YQ2_WIU
zp#UxeGg#1!7#&EWn~F6LXwoNCoM-)EHzISYd!^+hT<4rs)de6)rbKJXV2{4rM`-wh
zk3W!6(vMCXaaAy;#&OQaMhWi_$m|xTU+l<Jbyls1Ui|d@W_cF9MTl^^{XuP;H&rnG
zP?5VU^4HEb$I<$wHj%862%rGhRwKi0K_hr4;;CU_+QN7zfzc<gZ<OIay+2<6I`(h#
z0;)#-a|5&B*Q!vP>;Kxtlk)l2S96<Xpj~`<A`b;vC6ijlX}Sb2EvFhED2u!RI!87h
zf2nbp39VfI*z+|6=ml<I5zL};e>`2WU$sW*p31Ijr$*Qlz3@LL`qpt`8IpCuvFqw`
zY3C>~+czt9VeV4}3L%dF<7!%7bp=PzB=vZ4M)dN`(oZ%HYAm2t{t^%zxmV*g2!3oT
z+r7Xppb<Ycq$IMI$7MdOea4bl_K(~9m93;AS9^kFxfc#aJ%*=7v4E%$W_jB1NC=W-
zWYiPj4kWu3qo%vDjco9B?di#*0J(7{K&IRSiJJ^Wlly+T3{ps>=-Mh3S{JD&JeTJa
z61xj8N8!l)W_@<Nh$FdpB~bvQlDAa}lt>elo`JWV;yr-wFSbE4M+Y<woNt~5u(6o5
zRzCPdp2~Qx2nOe)`(GJl>=?-5K#S6$em=5c?@s-{XPp1}Jrz>va7#YBS5jbZ+Kfqz
zlS&?{&OKWl7?~p&Vh=sIsfP^NENN}W;^bDg$=mP@T`9_2hW_8rFC|f-<TO2shAt0l
zPiLgE0S^(FF7*(3Xa>-PYedt@T&L^!Zw#)X8zoDPf(Ia@9~|IO*2?k_vx^yL-!v&-
zxt#2i^KQs!IWfLxR^XFJdFK_bz(~+d9+-Zx{#SLSb#Em+*f{mYiqWp+?X5!TpG-vg
zD*$T9sV*<!A}@BSx5Ro0(l0<vuISR!W!3Euqh*_EAY|n{TGmc-94KC_e#}A(F4BP`
zVgOpPiq4bhIUYRb14wDQo`Sw3eM+^+I+x$QcI-$Wm=U4hwr?gNA~g~W4gs^iN<j8(
zT-Jn%=nJ~`Hi$Q?0;a^9fcSA8_!<@5WL->7>)N!&oKHRR6ciwS(`Bc5V%Mh)ITAji
z(P3Pw`uh5y=u&$sxYW!9Qyqcih^5;XQ*sKz-sJ8&swGe{R>ppVn(G>DO1k|Sac<$@
z@;Nr*X*gnr%=P_4KGqS7MGdg>r)TB(@bJyfFJ5N;z=F}LclRMl#{Q+_<w$Q+X9?hY
zO}^?nxIL~~J9)?8Qk*2%8XFnO5ZfqJOW6(a-$I=|vRw0yG6OkTtH-)DH#3c|BMn~S
zz1D}(ZWbJDJ`2p+aOoCn54MCzg65nto#^l*-Ap|}ca8iKY0D7CTE4epr_s8|2~8KP
zikH(rX^~(CwXr1_z`SofxAHIl=<@yzR#w3BFQ!CYlFQfP0(trQzfTxi27X(VKH01(
zg2Nk%Zo8+iObacWSc<<z-;Si`=DR0;i<x^CXbv5VoE7VsGoO?1BEM(P-E?@7mS1j1
zBPec;1(p5a-<d|4da%l5;o3$#=Mft4T#HBj&})sEeT>OBh3|ka4eGUvCL)|H+%8_c
zu4e3+p^fDJwkCJYFedOc_mGZT@?57>GMn{gT0Fdc)1l<$2<L?h3g4@-z0STAsAEgo
zw9YAXu}IO)OD`UKv`xiUp-jP^9l1nt)>;4E)L+9L#`9}+(R1)c(5CgHAM)7t(s&;K
zhXyfmVVVPq%1-;Q|GvF&-%U)s{dDC+@YlhKWJM1aKv+6t8zNtQZ3g?o4OrvTrs!j@
zg#+HS5`%2@s)`35%b8|BCrrmjoxJY14IbwRilH15WxH>t#*uTzs+IBLsrpuDQ$!$~
za-p)Ldu0>mPCtC8pDx&W(f~6JTd~LlQ%8-A!-2Epc9!~wbLOgZw~LAF038+i)$`J-
zCmJizGv`QLZh@E6eZ=YW>%V_GtNbUpL_Scct76{7S^*bdD#zy5v9ANQ1lsFn4C>s{
zLZhEzwI8om%$<}C=9`4&g6T}cNMeakJYsg;b<r^B)ZmCo?tLnGd<O3QYzalsFur=;
zwC@sHIFn$pa{HprLUOu4VmgaQH9T5-8rahEMwP4J{YFw@K)Z}^Sb&8<pw@Q2#M|5>
z870@@b-Wo$djKo3{ot!uGfTzlhFUe<Uy=RCt>UQU5Ot+Ln@1iRRZMb&xODm0qUX&M
zKgYVUd-W5^Q78~nVY=t{z{0eKw8%jK8AW41Y3wlB7>lC3O3>=Amg)E0&oI|vSoo*C
zffK3LAcbo``&#&FoxZc2%6SWe^uv9NZ%vDp^$`G{L{OO77zqILNzfy6n#(d&A`4+<
z^@6BKia%?dvG<KYaaj>IxuDLS%N#$j>gKF|&J<K>9(Sy1gY&;D9;g9`?;P<+;n3G{
zYakoFw#7sSqk@4P#DoCo=j2!f4t-?2Cj!W_4JZc!SV<+=h1}3GZ8HBRcZ+OCB*qB@
z3v47ozdP3S2=o~c>L~M1F;@p5v3SI2e+Kd#XgNb={jwe+s94o?=M2o{JK-zfG29C#
z>MvNuFmUtm4X^KRI$P;ysw-}LIl2=#M((HqJ*o5`=w^z)?*XKez}eYv#Du`TkOiXb
z?8cxD)fL*!UjIYKa0HM)T)8Qqt3tQ>hB3?fVAW0EV&Mty1VvVrYyT*Od6vtPMiHxe
z4z3b6%4P{pkxqYZ1!tZ_AR=#H!w1bv+i>|J%QK^ssH1A{c;)KMbJgK>+@BD|hb6*k
zNS8swR|#qw77563?vNSAHNU+Njo1TI-kOV!6G^-S6<tw0`~Ek1n@j&5EbjD?ZywQ#
zV;{F>CN>iSI-j3O37|_FC$lSJGdrIPDjT^iS0C|-O5*2HafV4i3<A;;_FggE^B6Sa
zw{e8eC6dFoTuUE-j{ec*G7fN-0cnX)QKBsU+E1_s8ol}2@oriP^*76)(&u4N&kTCF
z;e=TlGB+M{lefsETq%ZoQ>4=4yv&Ig=lu+V5*%TEGl{1QjMma2Sx;~k^=a`O>IYDL
ze83)N$k%ei@d|Dw3{s3_kGpbu!1Bi(Cd&I97<_w7xoCL>8#Wlnxcz6ZQfJtLdpCPx
zLW|oB7SFX&_fa!`3;i+tMC2e?-{T4Kj>hjhggC)E5i_(*dNHytZ<i3TI^7TSUnxZ)
zh{1*pZ$s%knbd{l5d70yW`fL%!(LQeDalBG0w9$siPkg4+k|e;?$U*iT5i##>9T<w
z&M;;P>Kw6JcLl7<a3DbhBIIWqkK@bw{>mnPa_CJUKvWiAS=x31SE~htUk%VdGYvpD
zG&NVexi{nP7APBmxI9V<t7E`<c-^DT2R2gZpOPctt5xCV<wKqNKA`bTI0ErVsm2SM
zA`e}NGbTt<TE&2nLpylTM;%1xCl^$gUq+qO;4MXGot!QT<qYMA7p&|c=OdS_XWrkI
z+|Z^@lx+^&IxGXV^bn#7#Twbrv>X=zWkTwlH0yBX{VS9D@&6$kJYBobk&d~Xnw{(W
z2Kc|)nkWr~02t<vK)fBDgMgBci*o}IO0z(FO}!XwSSa(L+8P6e8efZO*kAD~e$E|^
zP@)_VTY0wc?TG<bD#UsXKl4og+jo9E#u4gufa6>C_A}2WqO-Irz)+4q2)&3;>VQ}C
zU-o2D(B8^R#bP8+P-t0srEc&^=a&?KPp=d9CF@5Nk=5;=@cqw_JJ1q*^2DfvC-@%3
z?UR2gKT+>$;Q&G&*9jg&x7pi5Ry!DhsBkZOJE_;%t?wInA^;w6#@gdv@I+gGPysj~
zBuRhm>h7U!@ek~VU8CKP1Z0zt<x?#|E>K7=He5rr+6fu_nJzoKU;gpCPb^4te_{Dh
zxjuf7=9!%+dxf2@vHklE7fPf>dqc>C=TVNBdt7R|+yn4A?V&uu+a_6;vc;VSYXwKf
z%Xlle$RC@w1?b_$aY<SH`Gm>J<0G3J#cIiM?Ovom9S!4}pBrNq4c{LuXisMY(BQ2`
zbt%Y|y$Oa0Qq-N!n5InnLJLuTNGQo_N*^rm-IXB^T?2q;O-XdJ<dqM_1kd(o4t?^5
zrsL{b;VU8uYK|%uP#vA#*^vq{EFgaJ$atW3lW1Z8q%-Ei|J%8-)h6k;FBhbDFOy$`
zir?HIcypv*X1BlW#{q-&Vpsc?A72cyH>iVr=b9@LdRPsGF#AQY^4r%Cyy%wDRQl@U
zDmA$s|Di*L`bjZv+24MZZM`1!5BoEJgYkdxPk-1KF&C@z9#^Zq{A6vF0p^AC%H4O2
zm+R`NnuJd1Q;evQ+s@^JQ*Ro!T*u3)+LDYusrC%}x~GEV)67#mX20~WdB!ceQ{thE
ze*H$0HW@1>)HK_lzk^I(U@mc^K-Jryt0EI4;=@Em>=R?z^c*)+RZGG<2XfYcwTS`M
zC>ul|@V(kSzB313`~CTX<77uTxMIZ!2rqv$1>TA4Ve_NuWZjP1`qbTM69dS_%$6}w
zZsKf<?$*<Mvx<}ezGO~yw_;6O>=uTno{ItEWX~e_=C5AP6yNSkk<f7_sgfbtu$l$4
zG*>)c(@^l*;d^NJSwQ@j7B|X%j8rDhOdd)*<G^~;R6S|~jy1d1p#NzyzFqTqk-<{z
zS(Fvx?}62oI!N-Cf9X|?_nu)gg^KfIb3H>nf_k@}=c-sCTbJ=;cl>6JH?|IBt8xPk
zv~Gh+et#dRWe*N>fLi8MW@Yl|4L)9w)VzMo4vG4kjS-UJo7=CQ>~(<-wALMiV`z~$
z@y?tO?c2E{HcK(B>mVJKo`CK`5G~gM(iZ<+k{YYm#1T<e8xNh1CA+Pk$(kpI3gYx@
zYAk&|38oVYK7dkIS5wq#HoX7*4VzeLFMOp6<*;XhIBH&sCk7d#Wl$O3gJum_rA$$t
zi~8N~>*v4kE}Zok?kzX@o6_CE3&C?{FsOcLmn&87WRr&4mwF%q>1ESaoAB&+Ozsmk
z&`u~N9qC^z1WcaP>!Iuh1laZUvQ@8pCa~GGB;mz`Gzo|;<P=C_ZAB;ZZ_HMYr*5GC
zB)t0h{)&$)?y1FGb4Q~Q0%x!IvtzloqkA86g#F|X!1b0ncx+Q(Q}{GvGu#>jj<^yW
zC%Y4lEfYg6)D-mOO8GP3r(^HnARF8PTXmCE`@#II&kl0{xm~zj)S<^keK3RN@wT&#
z$I*u~b-(J*9H5fCmBNi+;7-P+-Wf!tLTq`r{B~aX+a9yb-o&~bTniWWD3E(BbXq6w
zoMt_Lr$|=WjB_^{f&Fg{fO38<2^nK9h$NmiSu8qTuz3QdHF0e8O4|&@I*w9z=vE`I
zv5FOylzgfgkvSRdxPAOMRpF9%@Sd;Dc4{C?>^7=vKI`JL*XaQAT4Y~zdlHP0QXUHW
z%U1>YbU#LmML{5290Hhcq-m#3H9ePgMPllQuVR&!H^PU)ClK#7NJ<t`I-2);6(oK6
zJw;68wtD_>EZ9rbvU9y75HC15@P_44zfN~adB@WBD^!bG0;E8t^HzjOEBOl5o1U2*
z4tlp93}Z3j2U595;sJtUmxQ+jW+{vvRO0STuP)~aN`f!Eq?L{u(P9<MqVu8Ay9;&j
z9zZzgXTroZB6lqL^x{#HM)d+l9E{XzX82_1>Tdol%0K8~!Td5)7F~7YTAg<D`F{eg
z<W~ug4z*SYbF?pGFc^b|2ck)-Y1{*H)3R*~ZT^iXQ6o?Kvf4tl?;6A-@794-l-rhp
zfhGDl3AmiNopn|0?|;N+{pLtkxnp1{iov;FgCg(=luyRG2}Y*4h`AG%@p7egz2Ccr
zBTL&(h#x4krj8KufFqLj^RdD)3%f1wnMkw6G)!`rkSc)4G9+#_P1k*$8?P3{!aZu}
zk!FjYjG$^9NpeWuiUN6t6blOqq+@twM(;ah!^nEqz_wEBbH${_)0r*WF2=a>r(_FX
zofdC$9~Q-%FYe_w=Ln+nWO}FxD%t}CvF3V32OAdrxaT|+jT*B&em+2mSV(O0CeQ6S
zu&1n!?7l=q`;`P%cmHlvXK1a?F0dwaa)CT`m<tLZ^C<S7he$yjRX|VeXFN$_+t2OI
zUYyyly3IgM0XU#~^*MEos`00*5??{&v%a0;TSyK@*xqeFGUtK&`^SKsbYhYX#3y)V
zuX#E;yy_tG9moUnbZRNT+QS4NnT3X`hwr7JTp2onhoIALzWiGo`Gij<E<&DLX0gLF
z!0Ox#{+-4Sch;4$>?FlPAnKh=eBS&(XLR~qEC(_pyxDRWWXeGD<Tw<4Kf6TVLN?!Q
z=V20J4UJunYNFbQ1uZpP0h_O)`q$9xf#&dO17^ieerA&8tLn+)Y{nCk-kAK-ub_ma
zLe?C*gm{)`>eDWNcw7*gI3qOQ{Jc-7>l5We_x563UuX5W8ye{}h78(+<+uq*K%DCH
z+Bkh#EF6m{Sf&5speA)t%GHB^swExX+m8r-eK4G!bg1o=yI-nOvEGfr>f1a7AU6{P
z+QrC<K1->1)kseD7kk}2nEhl+>}vZd;$Fp^W#vj8e9p2n*;0p%GtT4=NdNd9rHx&O
z-XN2B%UxVHXvWM|NV`2=CdS@Jn-<?8>n-9&+C)_^rZ8q<$X5Xl-HW+H8N$^grwcp_
z_OVLGCld{c&-FQ)lrD-+Gi^*Y@HO<IpmKi!xa?2m9#lU++`*xBeDakzbx4Vs&)vN0
zxccr7W#zEbP#))nP_Luig<bU<JdWFD!;fNej00&azLMS_n|!J{q$N~5#D%Tb#EVs4
zMW<1VP5F<g+1vPft`0p0p`UcyBJ~=txFN8Kc;^Vv>cP)>G<0bVElrex1&X=F0rUNY
zV5_{(4<tHcdvI<i@Y;^M6+uph7Xy+zWX~|{(*SJ$;r?c9f!_&r*FPK26XLLVZZmul
zn@cbd{iA8jo4v9Mv21wsxC5ww+Bg+40~ZVf1b|yON8ko`n(-g73~SROE${c*ff>wH
zvyWexCOv!u4o%HCpXdVl&q+a`R*o!Tga>IUSUf~6+!Z)2Tq*dtf~NXwC97(6x+*lu
z*S0W#VC}~#_cqMuOx#$mMs$n@ht3;t4klpnq&7NLkXProzmyt2v62Kc7;Vq4+y@Pj
zJwb{~eT8svaPTHW!0s(aEiLkr5=x!fmHYerL0ucvO!qFLX~vGHM@;6GbV%L}>S_6z
zHh3|Dq7$XBIBI4dK9Db>6BulL-4#_PHb*txi*-!jV5`!(vIf|!`8q6Z_zH~%Q=b8&
zeP%nwbcGf)8v*gEmzhal&NKE9nE7IrvN00g*si-VC<ArJNxqp_$BLa20~T$<6`Kyp
zC+B3^^R~6@+-+v<A=ee-^JWten*o7Y5bXYUloy&>sGQdpvmw?40q|aPxzSmkgGYXW
zeKDZ!6NO;du6g}B;c-q;tN8vWhRTwFP{67+KF>1&igRyzKf!xV=ems`?c3;R>0Pbf
zWmtqwd4S-Xo@9&a=4hh3K`8bWb2Ncg0;GN-Vyd;>6FbsS!Lj1Dzw)eD!pcR(!tz6o
zpvB@vk$p@Bn456k0U)Q`WeJ!6Jy)QtMN_+oD%9IfuYa{%1Abe64dDJz!ED5Im}*5+
z`&kfn*dj=CZ(aSJKz(IoU0Fb#ee&R++v_V~ouW#(xBwf4Jf#_{-^#Z@RN=0`kh(?w
z)>2@cXj-!aZIQPoQ<#j+hyFGC`q_1p`Ep~cktJadxnF%{UsrDCL{>LSa$W?_*7Sh0
zc*e>)SAhP_#<#Hn66-(1n0R$bAq|5l5l(dR3gD8b6RR&LoTa|;^K-_U4Vuh{^MD`&
zvkQD3ebY2H3&Ba0N}q(B^mZW;ij&6HB$2MLm77@D*&P?lT>b}kCIBxslQ!)^PUmA6
zLp@U1mJpIiy6ip~q<aN3<4?U}be0QHDoD(LC^ax%^ZH!f|A<d~fGrGz1vgL;Xg`-?
z7QWW*<oX8b>^pxhdZax)dT>=2#UQwg4_u3xExG*VHGZmywH2uZgwxiidEdOrEzd{d
zb(vkSTJ{YZmL3gHK<|(fbYr?AsT@~WKr^^+2XBAQIGojY%J{@N)>F9jO$!~*(ytR>
zLuk1_s=DN13uP4JNCp>_gjffK=@%<t3x6ao07vc2XkpCHppR&$um9WWtbto46TDLK
z^x+7?zEv@(Y02%P(r<67b?=Yzbu7j6;~@K1O4SEGf*sCo5~wQ63UqR)Zfg0o2*H<%
zK#7czb-nUV1|7EL*s!OQtdn4yh8+OU&@A}pqb?!zuhj~UqZ8@Wz2}B_!XAO}#kH&I
z$g~bT8>%an!~W5A4`Z&&vcfgY1d&A3k2=8gMD{Whr%v(zR>2oBSCjcqx67w%`J+SK
zj;`GR+JJ?JC$^|A9|w`qUd<I;|Ca@5w3H!#%dL3^a3Y;XWWqiJcTJs4&;1zPFLSM&
z8Jaz@A1@~$=2TnG<2U8^*FWY78q#590+9hjrUY7$8_;(jM#&3-TCE1+Y~df|oFl3X
zeh7g3CiV_xgBv!an>>1A&Ba?G`zP}IVfbG~S6fNmO1%_kT4iTR7e)cRg^Kptmuno7
zK)A3v6s;`y?XjkvDgvGf4@D=pA??gW^cDXK<K<&ck7mGvz=L}D>V?Y`i1-|SFb+;l
z!=3zXu^|f7C>IXc^rt_jjYpRU=&9h!2A`762xD-9-r**irCS$~;PmpP{|s}=)p8ph
zSjRi`IAfo_CadvZ3I7l~U<4i=)g-dq<+0k;S1%mSp!^AlyE#oiKY2c7$_Aa~G9E7x
zXs$8Hyqn-y+u{d8ful*hg*65ZyDEeB{^u?$ge90{25yh6uXig8j5t4Ik`Hwo<PAq^
z1r3dj2d&-hHOv-=^8`)BC+1ly%q<3&`!CKd_YOybX|jBlF8u-JM{C0Ij)$j#(UctU
z0mmnRdc1ks=HernqhiFVyrDN2w&_x$05u-95>rU;>VW;XftHA0mANd%1uRug@H(kl
zKc*UtOoz9Xt8>?Yh}7ocSFnSO6}nCzZJK}$krXDU-7W)*ykmy@b$iO_<d%Rm&ZfA1
zJ?BiKXL`ZoGU(QHGX2xZ9AIk3eO|eCg@D9Mfn7w56^<bYNpl9doi=R=?TM>*V+J?Y
zmBd4KSi8oX+1!S&38Z>BDNBFC?fC6okw0-a$)KhY_%jV~jY~KmmT-bLo-r^>RE7QG
zeg7x{GC7nZIM^L?Y5&tA>_+m?;lm^pJ(w(FvH?4dGU0De{bUIpq38~M<bTL6lC8o;
zOmy1%)8+cGwsCv*i3d9oT^kD=D8r6Deyeq95qBWEOCi#(0!ake%YQD~AH2v#83Iy5
zVe{Gp!=!_bjtzLY{!Br8wasK$)5Z*hMl+eFbr~NJQ0O^<z;kD2Qu(~8YWeyuAay>!
zXe@h1&i0IFEBFih`YUj28dfoBJH`+*Hvk^Gd!j9q24GiTT{@;h@srnr@WJLAZ-f7q
z5o@)71E>$WsTwEobPUPx!)e-5h5iEa$@z+=W|C+a8X{HE`Me6lb}!$E_)E|bKmayr
zR4HKdm6yDhW)?S86z{iwq#^t={OZwqg(z)=lO|B};6}KL`MJi!>>8%Glt){cz59Hu
z5M+OuT%(LZ>#a(mu9`oT?hlc3P7_y?wO-@U?jJxs0s7cOSKc6qMS2=wb0FAuSEN3r
z*U8=7EV#0561$T63jh0vCg1hxhDA_{xvEE|#i|LZ3cZ^ie!4G{MSenM4?P1b8(uXC
zv>+>hi6<kuCacx4k%oF3Ej1Xp<u94G{)em7Y0oE@Xnh6ABtmTai`oGmto2pr-Y>h=
zbK+*0Tcg)EZ{@%h{p(_kHsE|#ESASTZ49U~Bf%$x3m3|E_v#Y)Hbyw`go&IGs89sZ
z$$pgAG0YiV@WQa6hHA)SAaLxlag0{Dy6C?gcyc9bH_044@03_h7^WV*R0jjTHh|66
z*c3IDhTImJN82dKu&Y7`>{%q9RM5-_w`3Nr9bc;f<?42%r{fAvNuD4XY&xFffy+Bp
zsEeR5JJ32DK*$h=B~G2mBi|ye?>rU)0JxK=J%BKG-%Q`xF(FcTdo3_z1jI!A9G8l=
zcPS$fW~EwgJ8s?{REVy~#|j^AEdRx^Y6>w7;rw)U09^e3pacG;zByXM)O=*=-7=fE
z7O_^Mv1$Uu%h7@0=UZz}e2Kmv1isEEZVOHgCf{8;3mc_-s8Z_ld@p#}Tfj5Uh<qG&
z9YEM9+kTZA+qg%{0H*jb_d`L0$WIsnN}d6T@&hTdRGl|}Zwa2+H9!4@#BV-BW2wth
zy02SMay)=M5(D0y&2prF&YM9HhE>BvBO+dqqg!~UZ~p6bpDcAk(|)xhH$<7V_Y-zr
zb$n_nOn24fyA7YZH`bLWs0I{wtoIo+sQ07))>Q)YKk%6!QsG}Y3@-P%lQQE6QAvG9
zQle*0${7>RjV8$)#c$=I+i@27x{+U1K*3J1o#M{|3NV;PVHc`zjC`)t&e4uVwV;6i
z|2%0WSh?tBLB*gW5H#9;>-cU>L0LxRV_fv^P>zamYjHn8h)&b~yZXFsd07zOCNDZ^
zA~&A@ltcn1W<>R2IaSp|R$>Qi<s#RGAuoF{$i_?Kfz-;OFje2c_wvyCY-7?-phlP6
zAzm&d>nnHpj=LktpsZ*-x*=*-UZay~C6sQ~XU+YjlAfD(i@W=NMQVM1q!LTs&6|L@
z8QwG~V}1AX^l2%V7;pwYCtK2rwxiK**mVOaQ<-?d7ZrZzJf%lHhX9}3fYk@G1RmqS
zjd%md;N8MiRd~dVBLE|{BCRzK6;>XEhO}wMQjD$PhduZ@F(G}h(?84Vf5>utFb*U-
zJ5Qe1GH1f9{$8f@y-7f6i*ocgiA>h*MfrOK$S@!FIqsr|?RBt<{G4)vE+O+ZS?e-b
z-xB8RvW9f$x5a)3Al8_IvW&-{*<$BOf3b3#Q%$yixen#8EKe!3sHBqD-S2cmOYx|(
zdvA@ZOL1Z^THz7Rvw6(cJ}xGsb4B0y?36KgOWU4A1OD1kl8*b^FaIYRtr-<N^b~`?
zKY5oi@*OREyDVk24NvKH`!m!k&V-3nF$o2V$3l_bdi>Y!5>=O016IW`)HFoZ1F|@s
zG4s4;66HNW8u|XsRT>O58&i>4$SWzxYMYx!j~8m0&J#{+@4KFv&iP(w<;GU=k$$4N
znzI^w&O2z)VMIuYx(>n(QHRYSkMA1XY67e~Omc+~Fazmli4$Sx53ay>lt<^JvYOik
zJ}&R~%4>4|bT025s2~LMS#`}+U>aCXOKndkIlt8_Q28Nl?L^}3Di(huQNfxQh4pSl
zLwjqKS47jOqD0pbsFn)(Kh~fa&?G#?eAk!i!JUr;q38r9mTK#7p_-&*PRbpB_x5QS
z%@Cbk0|++FS?;Cd!Gg^+hVk;H@`#WVJ17XXcP?cC@e&5<0JejcBNgHWL+qF3n(Z%3
z$7)!egf;oi=0bF@Rv_XF6J7AnWbJy#<a}u-eK5`T?IqwDwZ25l==8z{j%3iV0j_0F
z2C>vS4@|zZFqh^R_-8yGy*0la-lI*eZFzC4t*u`0l!JfqH=+w6&1oxQXl2SS5}PM!
zBCj#qwA>!~e;Xu7O@cAra-ZPB<(oGxt9zcw{25{UhEM)@I^4GCt-ax4j;fNDnJ|*b
z_=A=J#H%tREZfHQ@7SYzPI%0@qXHRI?MmHkBJvMQma?t`jx^)lx^z*c=-LKr5O81H
z0zrQ0e)Go%)lHlC?;VD>W&%(*)=0d|rMarfgY3{A*t9SHWVc|yrF~?#&_vvlF7d;h
z+Z?13!<J~tU`;O^im-x1t!G+}>~NOkbP@=J56Y`Tz4ks$w*XWYLi2g5lv!)MtmEyL
z2$JY$cMQUj6MiYRw#lL>4_mn20V2Pw?!n>zH(?S-eDvZ$?Zpx^OKqUPs-;+Mpk#gE
zPx2*VLbc;&j;CPa?o39joT#eC$5~?I!!5VK;D<p85l$}E%>CuqQDD$ppTB_0$v3nH
zIRL+|7MdkK|4N>^TwJQQoH|Q<_*Rnc22i#Hiia45QT$-@xz6NOzo_Fmdg=%`*js)C
z5w);tVy)*u-QDvI_fMei?j{4>yaHP85_Xlq3Z3@f6Y?^$NFPBM>LzTFYJsEK_!i$j
zdq$st=wJA!73=00kw~7eII`2<C3aqX#~6$j!B0<ng!U^SeLF}|=GDu6oeYhFF@hmf
zeUoW@MF#2VxgxOmj73Hp`^@<B3c=ih@x?=S8Zajhi(%+_7yeY$(i_wS%cEDhmrYuO
z#vOs#j{)&MO7X;Hr&N6_Uv;d(<zK2ta#qgkT$atzN2gPu=nx)mkK&ulFeGJ3eCQw@
zLG0~2Z|VZQYLt<H6a#S~(T$dn*UOcphE~nJR6T9ID*Z7TQbp>beJywYL$=hBeO2E_
zEbg^m6>{HYx!-<nce&@gl4W6{u;cZn<1ZFuz%HV6JFxKpz_z|CB&$KeiG7j>o?)w-
zI^R=r`}eVO7T>hhG>C;@rOxZ6k%=pqA4K5U8wyFN^Kso^9|&68`LQ7)uLkiGnZ?Ok
z{*~hk;92#b>3$DS+7eduf!$1Vsi?+iy`yEOV7?01K0!$DJb=NBS>&&o<B*(KbN5k6
zFqoYMxr%V2-2TJgVu@IdLBc=7kM+awz^c2Exq09>W{bsxJK()A@&_?$bf9^5Uq$*q
znF6)zr(qBQ_|18dD^OQDNLdG1^V}Pb`^O7(AZb5504;+aT})CbjSM>SngtG^POub9
zFU;)YD$bUt&S?*)CY|Lg->0U$=gSG4KxCV-sZ|CCNY5LXzN=im)xY~TpeWSosipvg
z(ixw1Tf%1vfs(vQ=r98St!!{L<M7qx3ME(ef~lqBZ9Ni}L|xg0wsJ8M7P#}&75qUk
zc_No&2{c?ZI83%lDa)GW7gj`aN%|g4;~kqlK?=Tj@smBFxzU5Qy0E85vGsVPl>D^C
zE-R24DA^$F<h4djIQIKZOfH(yweNSw8E+okVjey67PPIjVALXO^=x1v%Xlh7I2G!F
zU*vlTXkCtg`lXuTig6^lRnBjY;?X9(AIrBh5(j^FB9KP;XABc94z!^PX6{HMPkiiI
z6ah!D#{qki4V9ULG+TBNctHVc87;eS#?9*`rnh=flHYzk2CKKBz^2O@ELvc23eQo|
zVpDaV(;I3?3!razev&pW7cGA0qzLHA#0p5kfK-s{o%k<mKYR0}Ptb`2C~$be1IC!j
z)8k2Su*1ToFHv$Y<&`v(K<pz>JxCiIEs)*^+SZd8Nxnae7jh$RzGdw9fR@v7$1la)
zqO)%!ANJuFbdu)>vd!+<BseZw<t)j`h2IXSCBU3_L0bib$SNAr9#nDgOlBBlil55b
z7Ld=hhP!maRmR`zN}1hKBLH`{!6>=+r7)NT1a2eILRwxT-}1FCZpvWZWz^H&*{{|F
z4CT6_F4=UfZAeRIDL><bnh%L6ent%#WOAh(7#F}X0YX(=(l~9YDa-J$%(Xxus}I}j
zfiDq<R1Ml5XU9)Zy=IYB?~$)q!3Pl$YzIQ83{9mpP8u47BgP8>Ng$64Jh>+Ae)Ih5
zuPhTL?Xq^KqRY9(ktl-A?)Cj8xmLo(7U|n19f%ykbv58cZQKvJTCg&u$x>TY0X1n{
zfI3{8I?}9>*3sDl1zt=h=+a2wc1xpVvhKw%5RC?at4~>TTTUy=-(aKZK_TmytwJ2W
zn&=8RwH;Z4ibZ~&7nmTRO&Xzr>~zdCsd3kYSr;@>C)nP5LDIh-`tt$yY=q6i651jc
zq9i43hm}LlYIrGxW4I;>vGWVlog-$|vVVnfUv&<Ub}BvIV^%)>CF2T)$LMY*!+n0(
zmxEM=&=je2Z%~gmEuf562d%A>pC*zI@T)A2v{P%}If2Zrl^;~YEVwn7%oTiA{M?81
z-ByvjBCRWQM(01Qi%tEHvsuM?3cqm&+JzB?ntd5|$QP&;Fte$Gfl}xLz?x`@y+htE
z-&1meR~bAdUXB3COPb-shrPglJnSo7`n8`aIL*A%eGMy#`@RK}GG8ZcD=ALs-UGrT
zz}u4v9N+Fbuw$x{hI8)Tyf<~7Hem!eH<BI>cqQD3|Cxr7WWIQnR=q&7nX-fVx%SD$
zX=-6*xeQ2Ca}y4y)dHdn2BBX%9q+zhc*uu$cP<$T#B*A(6V<M;v=HK_e%Tb39|so1
zv(cFP8FyeZ=Ry=;q-azC;3;3i8i_f81n5PE34e5-_rDL*JiT*oH@-~NZNQ1&#w^$x
z94qh|9I<ih_f`g$B=<iNeDkt#GD;o_Mi%PMs|)iHR${frpoFVegqS9viFj><gv3HU
zeVbWk!08&V>I;fN(p>s7<yBC2Z*PylBOURAm`xm630rcke*!%ix=-+y`<y8@`tBUw
zRdkNF{v~Q-W!N3Vso(x`@4!I_T5mR;isV9yx!4=}3Vu-?3eVQ?kEDQfY&6h@m=bI9
z>u;lHRt2o==Kv6gfb%}GtxtM@v(To-%JVlL)&B&d3U%8dg=z4^AIre5BY)KcJ^met
zo8{hTC0_?J9T7bcBuEo+hp`foDFq6KtbpT0MRqe(zw-A$W2Aw1iJxk_dYP2!F@#IT
zBZBIUgw5@J@E2D*u*_Ih&~Rs>O|n}xEo2M9RoCbEE^fUWAbM5o0~D<Ca6EGA^e-eZ
zH-PEtqzU8%$|QSh1q<ok8!3tM%bt4Oa~b&+^ntlYQs__RVT#wvk2Q_$d*&}tyxGi}
ze;1TLJN0(-n@4@?`@o1O2ONw{6noT!-{s5UfO?tgA)5q#a{`X}&chN+A(dyAHoX6|
zzMrEOXCNwgTWjbR{TK<wg!d&G4n~P^Tl1MyMm_V`2O!`*U!fG#QTJl4#gPjnd`GlN
zVO(TCwCxogLVC@yfy3uzU<^U}*UZz`i@pN_|M1DJH1I{O%XRg18{O?-z(Zga%m}@H
z*=W&OfgKtHf@Bj|dDxiQ15=vIm!iRh{5W=E?6%T6*chHVVHw(0_6AlC;q?7V*x+6X
zEYe0|I4hZ>>YdY*r;h+^odD#QhhbJH;^~ydFKVDaz1z}eqt$hTB15KU(I5~qZF*V+
z22sY$m~9|fgL*mChcrOy<pZ*RDQ<FbG7-TBYAMEVCv-cTwfJo*|CWYFiQlsTTGVta
zu<c*hLFa#N9X<ijdijsrEDl){{<Ut<Q#ZTO_Dk}0f+u&pvr+-bMyQm4lXW}-wf6w-
zn*dVWTi${mj5#<KrRE_x97fht+{Kfg+-Gq~oEx!%DlhK0b-_I<`-AjA?VxYLr(EHo
z9FRE%w;tite3<e>=l>pKjv#+UJN|Pp_g)U>-gC;ou))gL(Tx&Z7d4#eH(N;L+-hI|
zQzOCTuUHFQh1(JSo%<Rm*fX=w&hq5}ecu2o$(=M={^4i0re7RNC#ymykNV#*V!?CF
z`&vWU%-o|2Jqsd89T>8#|1-P;5(;fmPPghZd&;?v0(<bb%=pzm|L>^{u!%zs4JNB4
z<_yXRe>#J)(2T98uRn0J${GVnfDC)SiRm=SS0^DPF_7_Jo(*ZRjJ$kM*uP4A)6_~g
z)zlN5Hl%qsKh8{#%{3N-_BDS<m4JA!m=5VZpj4(c$dku1`1?0Nwy+Hb&Q1Yzt+JUE
zrxWnEgWaHrx`GNIn)>5bjMX$GorPHLou@T|nMJ{6FeZbJw2UJIhAzWDLzn4OUUh@0
zFigR~jVMGFdbqZKRN0{sl(4n|1P}&0aGp&4nYe4MWT@>Kl!M^zoCvt&3BX@c-=7M3
znKDKo-sb`OM~LHXn`*FjXYh%fi-rX_=E$yC4^$*WpeJ~=X^)X=43cZug99zzj-0Q^
zyu_Q7X(lB){q22Wos}<r4ZJv@@CJXZj{YcE{Ks3oZn(|=+A+NZF{;ZbFh#24_OJfP
zgXcO)$eGk#S2uRe6-T`Dyz%t8XYj-GbuCftJ3rzPVE%#DK{6!Udh3><)&1Tx2_TfA
zwQ-_hU?Nt#N<WDJ43SVEJqQZAo*LXExGl$S_)OxFXF8v>VuFcs(m3|uBy2k6hQCS4
zZmRcob#25*s|Ssj*gj6iDhGVf@ktwi3CnMoVMwq)-Hxed$;o;hzkSb9cE9$ok-l~)
zy1U($Qw^L4Z5=H&s{bxis@TaY;7Tfk;ZKR)Ptq(Byzm$R{jZ+}W!nRulqL_=1W_MH
zIM2FW8J?%e0ELSZr97Dpo(Cw6&7Y%xxx14E;}p%_f+J4@Sq4c*?iCN&%eXZYN7PT4
zpl86Z%M^vFqV`P(H!6L!EEb1sB$S^@vcfZd;JMRc-vA~C<o9OEePcLh?gq8|hh|=X
zI=)}6r?>3q$^qlWiY6;pjBGOSfNhC!Vrt-6B{%Q41|=$s`KhE6sLXuB$4SKxzz)`#
z&$6UKx|FVOsBvyMC34Pzi+K!66(&+Y(uNs?BxZccU=oTs+N10+kmemCdx0z4j*iQn
z8q=OxjPMdx*n?S$M`rh+#IAJKq9sAzFjc0g5&VE@;d}WirMK01D{SwT{SNY|G!KHu
z_mjOa5Cf-T=Nnp77;(xg)ax4?zj@O44yZt{nK*?cnyUCT`#~4Q`wqex3kDu27N0;G
zEoFHE?!gyE#)FaAXjWB2G+x*{Y#5q;mMC%hJKZvdH{16PP`LVT>a)R|OFh=S4d9lG
zX)n{kP_IOk?dzh2j4NUl9qlN}t`GoNZUVrPH|eqLr?H%uKDBrJPG5N!6C)E%9*kiC
zV+z3$Gi8jVIss?7TDJ|T1kO#^vS~R=T!;{<eh1?9&F%EwxJ!?$%zaV>+^#&8wyEdj
zj&uZ(M4V?K@=(Q({}+IH_0XU}PC@Y+S;X}iAi9MyuqDJ|Cv+j5mRsc?(?Be4sI2S_
z%HMSO>|zOHE)~>4elk<y=3=7>S<Eu(9${FtZRFv;3T)DrK&%N(jXh(m(Dl;M9GH2o
zt~&wY55WiynD5!~HUvyws>8vtO3#Li^}q`}LpH39L<58@pP)-k_Iu1?eQ0E{yc&g>
zx1i~<3|MB9IsBvu5;Into@CCYJ%&L`cZd+1Ho5|kf}`z~2jC{pLZk69l5oTZ1x@Ia
zj;Gk0lmUmfwbnC$Xgp!d9vL?DVw-Z~4|-FuRhNNKJ2>vo$+v%e!|qnTNVFN5s>YqW
z{H3gO(=d~dEy@NN@<ztDEjk>bB9{P0vA%aXM>NWES_c1|h?vnt7OONGKe7W*4oHkt
z8aX&a^KnSW8}NP^2#S9vW#dJplaEPCI9_(HKxD|G=`Wo3EC!4p#bkYNbR1SlU#9Wp
zg^GXcgSR=7w;v58Fx;u32TyI^0^6W^fP3D@2Tpm3EOCX%{4Q-$R<)t|tLUIFZ)v9@
zu_CIMutB!e5QL#{v>QSGmj71zAUJ?4()t5)KUetm8LS8r3Adf?HMs@`No(8coX8Re
z?cL7m{VJ-SeQ@?{4t;qY;DYcKl1jb{>FIJ5|3&cOwv=eaNh{5{x9IjDiFafkJE?P2
zd~0`}`K*0nenEUegFT&s!_3-RJ$x~3$Ultb<E$xanY!Vr4rOs7j@W~1bJ|zF5VmX3
zsX0gH`J_YC$7k$qkQ{CHIZht6&n)d!B4^8XnBP9teV-FFGIYA;v`Bu9<wKCv{#y|{
z+s_gsM>6%C_Jn4cgp(8LuzvBb7kSlI8PUB>GjEaKd+lVNi3R<h{`GCo%Gsj+$fuH8
z_H@&KH<f&j)HO4G;tqKML7y1-glbKq^oxS(pK5Z6i^=8RFgh4|hy(~vzh0#L;|wu8
z{0f;|1|JC?e32)Zk;~6@LAIkK`?!WlYuWiD<C)F1fggj*4%vrHfpyyFP4jYRxERd1
z{INq$>rG-fD@@nYbz(1B({RNzmp6Oi+D&V{R1p;=%jP!v=#Mtip>5TeIF#Q;b}Jn<
z0}`LWKEdWKo(Al<%gB@8g(Hj~Ihostp~ee84)dRoe`}GBS(2j|M{4|B16h*Nc5sO3
z<d-k`?V>Pz4*V-yHm{q~Q8!6T3*BX>HjqZ7aZFDCkwEv$9I!3Tc!*alrzJ1Dk>NY{
zk5_();d|eVf54^zEjOpvcx1ziA(}uw>g|fXrG(EpU8)vX#Jy)<7XEz3vTz|0L=&Sf
z6DyIN?0^sG1lGmMD6YyW<{taK%dCGH%Tip{mZ=IgaI0*(8oXC^viF7A`}?fc`Hk}*
z@<iGeWkIc|wG=&%1cup0DY^MJ@L*0$T?i1U31kfEkJ4A@<!FIv359nZY&^@x`dH4&
z8eyepY+I#p!&R$vv1fh^3kls?%s<pt6Mv$3XcID)Jb|p2Dua`KDa?@%+#*Rp47u0@
zDf;p%Tbj%Uef(Wp`ofk-FqW-YUGQPt5ND-Up!4sv3hp~vlh#+>@)wDD0*2&=h-&j$
zY{UE>BHHe~ed3T9tQB7*PndE;7&cLl*M8&AyELn=6%>V~X0G&p4XlF}@qH(S*hsfJ
z10obUIXU^3FZ4Cq3JN9289k&p{b+R!3T2>Ckj#%)?dIf2L`s$y-xaQT`;@h~wLRC^
zRhRbH&S?ugpYFoV*}}g3fKQ&gGJU){POUuVM=3k;TnClN<#>ec;-wn`om~kvwjwvE
zg<%9`E&R_e2oH(VZh)h;ug5Etq-D3?H@Qrc@h=NNviAB+vXc3xua0v$+sAh#Zk}Go
z!hZLEfX_HdZZ4L;*c;D%u>-ZiQPoXdNg2pdZwlV|iNA0fH#4*Mpsh~(vjv4PY<^@c
z*|*1W{?-5E>aC-qZoe;3L_)-(Bn71#83~b6x<OKM5E#0VjzJI*>45<WLFq=iLnUM=
zk?t4)$)P*$Gk$;XU3cBJ-alNtB0QgYKIiPc&pzk;TgF28K`u)!>A8&e*P5Epg@pwN
z$*D@Km>e~qmkaGymT@0C62^QVjA{!B)aN(VRJ2FjZ=EHl*qS@>gctcVOy`8lwv#D(
ziQhUBVo?O$L{%wV1(9d9jNQjQ7WPbvd6$7LKJ08+du!oT4uYdIly&gyn~0qxw;lyn
zExI2t4@5SERv0N_b_ImMl3N4$Y%XIu<X;+w>-$bT##>obPniB4=cU%fBY*etcN|Af
zikkYzG+)IC6UJ=0!d&+{U&(lHUZ?X<)@vFyekvxdh9y>iaLRZ1m#TR)?#?zmiyHYj
zkVABkTM?|P<6Q5xGi19(nO3JC!9rr@^T9i+CA+02_W`>W1HLq?W;G%E{YaWbBfl>}
z@hnJ}^Bkli0+qRwZ7o1cEi<g$xs#O0dU6!cJRbK*Dv0EVni@xCgzgKi3F~)?uw0}H
z?vV7_`h>QnsxLjFgaIzA{ve^UphHlFr<AJ<{u!wXvrzr-6%8CeuG=-hq+8Za_dnC7
zN_nMeQsleOvRd9+iVKsaUpjEQvAAB))`<r^&dMB2*OG|yF&a?5`eP}4Pji!B+Ll0K
z!KL9+)>zZJYC;N#$6nKAYAc*PcE+hu<8;FVPw5Xqtco>Ph$|&2=y)fl3F=N`M)R>T
z+P!B(&=h?smMy)`|IL$02&u2-U9$1S)Bd?3M?&ft{>mL=-ucHsq|Qup&-oV+e|`Z`
zLn17y1<wM_Cz^uSEn-1KUrQX8GIF&!OJ%N=%)vs|HvakabX0zSMCw%Vh8)-=HmXOs
zWMRV-`t!r-4M*@pQl~b*OLX5*VGT|(e1(u(!aet`MoQt|yT^=VF>lNCp%J2({mNWW
z42rtCY&M(`Y+4@;G}TAH;HKQC8}d^Ac+VDwAo++6a(k$);S^aI)6&$~f=kh15;byf
z_1`@PafA>XNA`MNzSKT>!HU!$^$!xo<@;LDn`RjrnD4WO3rr$vzp*W1Lo~@rQNs2+
zZs$28_~7$mK#+v#@C260KzXvEve)Oy1P)#Ca&2-nIbLe&$ATiKo|Xx-(#;1H**`U}
zsY11(hHxC`qN~*S?u}J#sHhN5wk8O3#m%e=oQ)Y-eBIy2|2Nq44~{)&kG-{&cuwyU
zF0gHDCF{)aS#vf%ZFw()VB1u&+Gjbao+bUfBLRYJ0QS9by6(ct`*Bd=)kP-ET!&u?
zk5Z;P4a5VKls)H@+LPE*gWQ}~89gktT@)?3MWm>~{ol_Lv)0gxQ&>N@J8zP5g02uv
zqTq$rTLlD)=FWOi@P0h-O%C7?Ghu(lY)y{AgkZv_rwHyyYTth%#GQMTg2-y?;&wk?
zbzY9L8AGj5S2?6%;-AvCkyp51l2hx#RNr+Pv=T)&;Y7CHjBLd<x)45?a|ocE-&rk+
z!v6C)q_k16sHQqIA*LYa$Qm4Z=;T|l?ryF4p+DlLI^+_e3Ol?vepdymX~;zrqZA^*
z4di)mi#`PllajZZO@bwdP6N4+_!LdQD}0MCB@2nZyEweUu}Xy{477OXo~tF{GIBqP
zK0>28!E4l4R!+m%>?Qc_pG38+SwL=PuEN<P1M=P1dL?s~Y(rmvd?kPS;?Ci%Nw~TF
zTUD4`auZI|zUuse)!SEz971&dHvSY*&uwsC-7YH0Xz9&`kRgn!?2BG&B|q4pjC@IZ
zyUa{H{dsv3k$WyPwbLuIVLd{MJHW^WN^KWsd$W_SUgC7N7K9~1%YKRoZVCmlo4w6B
zEiF5-Ed~m$nXaD~?mc#Y;czjI<9sZ9Fe<}{NPxslg-DC#sod{$`ta|m3ndx7dhRNF
z@$O4mhrTK-iEShm^(@5;w+$ucNO@=T<&|*L<J`;1&tl09c;^RY*P&N1)A_OrC(y)D
z3ukN`O6~1h!d=7noFBNgS`<>js?2Gw`QZT`KA3My?ra`SS)-~9xrBg3ZWznlub6VD
z;IkBfGu^&I$%cke7UwLIzN%JRJP(15b`C5t>6zM#J)PXq+aGzM@9nSMT(B|Qsg!W+
zMRr@C^8ZH9+w-zg`4iRBwsgw*cYIV4i)&BST4S3QO-VL@xgUk6poZ1&y^JPxnXl)&
zmN!Re<SQXLl~&(W-n`OMRqkJr8+zxUdMN1t{D64o*Hu`L>^V&KMnXXh!=1k6U(Z!e
zW%L3;m<DZIm4ra{ky41&9-Y<rQclXrtf)!d1x<<l^D4LfuC~y6QOM1#9A*E_W3K0#
zJnk7c(FcR?cP9xAiv)G0vKjvSb-|my>|h<(lNUhpYpt}8hlxg=vrO`5Hl(MqO!h*i
zzheiVIi3TA4;)h)(&JIWx9}6Uha`QN8nVHt&4Be_+8F6kCPhvV-d4d&6WL4L3BAc1
zim1n5A4w%ItpHIa`?fUV9T$X8adFx}#$QH|Lfbk~5vDfGso?kN)hlVSF9E#oZkn!T
zo=%2J(-!nwI3RMt5;jxa$Mnc5C04D>ous46f=KS@|68gj1j63lrpx%>o^TdmhUqXF
zR5XCFb%&=dSqH6hG{`#Q%$@3(+CRsjBX8S_sr?C^?fP<VcTWHrQifYD2m;9Xv@3ZL
z|AFWli+SqLX%IBXOK+08=Ldcd8Vp@Jc+OAe@9=Go;Q6oowkpUF$bT{%+6Y!th%m?%
zjLF~sFt!S(e)vO>EEnBU6%ra8SS#b-ytT)gy>WVeGjVj7Y=^=Az^*t{K~m^{1DGd_
z>?6U>b))oG+9tlA3rHP>F?iJtjq6+*i&~Q8%QsY_5?S9mU4?FBy7PY56Q+*|hmA7Y
za4NIBoe(}4kuqc2Tg&2WcBD)x0uh)Jkqc4GyhHKJPr)DHy2-Fws(eQss3i0=#wB}W
zavGu;^mXYFs|U({?hUJ8jM?>xZWBmeRbI1W=>lPdp5fOy$Ur+Uz;k$Su@8&uit?rP
z-ow|Y{qH`2#FBhlwU7<zF0g|a_`pltk<MP1!JIR^lI^Vw-SN~MkCF5Q&q5JxOsYm}
zR>Cb^6T*a%g0htxDqugjQSmgIFC?sQs^$@O9zX%CEH<3+kt)o4#2Z@B9*|Ioh<-EJ
z^+e3`as7UEn*!0ZM4D4nS<ovpniTjG^djC411Aot&eQS-mNpeM;2drtgsEIF|G<>*
z=+i>K{VybR<yQ2Df`tDdNRAm&duBK+ZweL!$HT8GT-ao~2m&+U9Ur@LHx#zoGeD?H
z1_AylD6Jk6Bb+Rq<jTL&486JylSMoSHez2AL2U8bUh2u(YRrq=go$Viyxc#&G&VwR
zvNbJVq}3m2d+`{r*|G8A?6`wR22s?U03b?HXkM@ZY;ocgON#J>lTEyx+LTjN?2gVL
znNh=%BCyy!1WDCNIhruWV9RR+Fs@Vc7C@B7G*B5x^5WkizZ4Ly)}b_pKUyzYoH1c<
zJEigA)?0J>)=zI3`I<Ov?#Ip=C|C$^TXT{b;R$kW&0)s%xa_p+gc>6Wr@X#(Xv?7a
zHZ!!B^DnU8A|Y-CPU2A=kei-uRKaV(iBfWT3(HDuuPI$WwJoO}!p!ji3TR=URbH&~
z>%E+Jl0vTYYn2Pur8C2kfftBdW$u*!_PEgHS0K=h?>E{oM`&q=)7U{+Y&VOZZtRUP
z<d`T&!NzX(DG?4%U2VB@M#gmOL4#AwDbc6Ybr+*lL%FZ%lt#PD8R@f6sco}m-eg73
zU3CRX3LIg$hl#h^tu&JhB72LV#r8$zV12_8#xvnq%z7uuj63s?rVf=0aSNA!8$xn$
za7TgDZTOPMhBU1;x8xQIq?143Ov(rpbKh0=MAbZ%9AZ&rd9Kwi=((cc*W8Z?Ng)uJ
zgKrN^x7%`mX}Sc6#^whA?dF-fM*mn7s&>5nopp0ry}lO9G847`gs#>H6lq4MZGP;Q
zP4V+My$k1$Opo`hcY}Nu6CB6VlV(WNI^&F<5<#zLt`R-R9(zA;1}l1~A6)zz{>i6O
z$~y53P?$)Zg6vZtLII?R((_;1HBTD`-zntAD&^e6qR72Y>Zv%t4B)m4S0Rp82JbB&
zFXdPHSY08B{IdHfYj5#rxUU-l^lWwN7~XnRxQjuaidkD-7oNcR?=@6`oc<=e(PnIU
zk#J8(I$jxNcUMTqruf~>z7-d=Y2|6_D!veMX+U{Spdo0pSNCoX8<;g4n9Sv~_ApKc
z65`U4z}ZF*tTdkhzTiwn^~yp{E9z3r>o(*-x<e-9OvdRx5gseAqSwRv9M0mHk*d6<
zkJ9f6+>4jU%&z!xy7th#>IR~#lK|v8Q4qY^uZ}Niz5ei>?)c7~-u2t*(sO=o1a8oU
zJ8au$JX(6ROOGF`2gOBobPj{Xi2|pj<4^fN7fSyMlo@q~N1V2D#G`gCE?BouE9Lac
zXYA&t@*{dniV5<qHKCGEvdivk3f0$zzGBR2YEgA2Nhp3Xs@-`6RDssQmKw_|ITXQ!
zynbINJFgC6jMzp{tYr4{x;vOo=OB&9t^g+v4-t$SiAAJ7Y1@rF#RkBb>;n5ko`aXk
z3DsQj%EzCE_~w5=z3Jz?cL;Pd*U-GR4FcumpSXf(Q^R}T|Cd`>6*=8BwXks>$pPYh
zPN(h98%MSIQ1-^BHSaAnoB4wvRNmL#Cv%6h)-=7OOoj$OEKzaIleBpPDU&#@7+!f{
zEE|XYCIntu(UTs9oMU}E8t@C!e9M=qxT9#G|4|iYNkS^{cUH%cfMH0>z6-i6?HwoY
zEiP}G(uRe(yuupr=TIJt$ot=pm9qm~4t64#$<&#5sxw-mV*C!Qo-(BL^au@vEpNw_
zUEac8A(b%Zo<(7~f0vy$A}Wfb?4Y^|!~&zz0UmRn+<=GJ54c_(+|nxgF83F1crepZ
zvJA_Th?*kG={Nu=wPFR3)dWflX20V$@zyyL#(3q)KI$6)sU%z><(+L1xC>}JyuP3X
zyGhi;<X@4ex9K(y)-Zz>4*-r9z;zSoMH~H4OhMTO1*(fjMRR9X5apAm#Xn#e){6*M
z<ttr4LnUMQE{|_!dOKczU_~4+#+1!tzqTsNDuX!iisB6{wsCg8H+MFBbnj*e`0w%4
zr#D*XVp39QfKQN4+=sj?`hoOg>x=lCmj0#1%B<u!zqGb8tn`19W+r{XUggpSdrb9i
z4%0Q5B|kVb;}9{%O+qrLtHP=5q;OBvWNpusuPbQ0zc~uYzFUV>CpV@tyce~TDbNY!
zZwT6F9oM!b0t7p{RRCX6Yr^<EtvV<1Ifoy8(k|8TLNZK18);qoA>lm&<;B~VD5D4)
zd!zG0>I?NjHbgOnSzp;uwZIi}26_u30Wz_Bnq77WGMXM1DBD3B+(ocIy7)Y6fx>S$
zm2dGhZB}k-OpfvCtS3Euk1*x~O<;IrXD)<P#P^U}E$wOfMC^5Yfh9Uok6UeW(l6m~
z$<wnl7qGSAjfcnLpYHg-TU$bfe~Ob2>MMA?jiJZiDIY)m*y47j+iW$EK2v<s9!~am
zb#>4nY4AQJWz;_zCLn-*K=SImCgXvKE1saBAc2mIC9^H3or{{*#1hfLz;__3IX4og
zrhmUMl+5Ugie6S~l4$r`b@_c9S7P_G+aU=LGg}X_P2pE}m#conA6(S;8(&-S$lczQ
z$1ziKOxXjTc;PDwP<wOrl9#VRN%z9q287<JY{ZCS<|X8j9VvntTzd4OQ}?SOZ}5a8
zUIWSHq3Z9gjT$)6o6MNIvcM9$%HGSF-}tvKvL>-Jrk95H7Y$y}pd9NZY6sgqa*teQ
zHR72})_LiG8paZ*fF~bA-?4-45>9niOBV~*<_uX_c%3HVMqt&S_HBFn@%M$t;Oj)D
zS#f_yF|v##Oc_CtN(sGD7P6ZmzeYwv&|NX+&d$!2;hWR-Za2byDCB5P**1-w-v|GD
zYAWLS!@$eS%ce0|F!e~Gz?yt#)n@5HO^LHn>`OY}PRXi79xT*vPdYyu>``x;^<}g9
zj;b0^I_SZl*90toNPnh~{N|ixBA$6^Z>`wp`yHFAr+1h$*RZ@({daanf&t^BRUneS
zr+GI?3)Cw;1V#r;wt1op;ZW9h1k~4|`b}Y(G2Qi+bDZtk47~I+(rpjPul<<837|-L
zttGz=5=@wJ^>@Tq7k?7ymEL7fx(fC+H)MVL_F`kM6<+x*x3Q6S!I?^3^5V_p0oWr7
z{vZ$<7A7oDlrHXj-`LnV*NOYdx*N<G0<Mj$ukV@VlZm!A90CG@?foJ3Eb!d{t#G%^
z5`pR`R{i!x7rK>3PEJm<YaqaIR*erQ{Qc7spMnZy9Z6MqmQpC7D<#(e{iW^k+Ws1c
z33rbwqvad?)ed~h{_dwNBhPgrPJJp_(IP+J&wsBmMxd<oKIa#xh`$aKKt#6eC*mSi
zPi-He6-fV@^?<+)cwzTJJq0s<7#GOn6Nw;%1MJ*sP<KrRzwbGqJZ0i{yGP|qotRTE
zdNQtGt)SbIw(tXvy-jz6(ogLRG4=OMX!&zJ7pmiKoTiicVOSyeQc>1=!NI{^i{WfS
zv;hr`jV@c$^$w~c$sn}cx^>H5=<bYCG{nw4SwDko9kGhRbb+gN&7L{;_N`l=E44~~
z%wdk4F8fPXTu%3Ggc3o9gMkbu4{hk_Stxat+Z$dqP<bP~_07`i+|z{-1dv4oI$^v5
z(S*=0EAS+|BO*%!wMRVj%Rb$o-ck3iy{~L)>tgKfpK7W?rXRsvz}*hO4^WY*M>hzK
zLLQK*<AW)Wb<Jz*EKFL85x*jR%#{F?e=gE`eF|xDzSRDm(@X`$-@gw#s7^P_4W69%
zJ}y@oPy?P{8}u5Wzw>2qV<Fv<FQqEH3q2Q3GzLHPPUpTO6%RnkLGHB{^``B*wG;@h
z;KO|%aCJCG6e5*+Thh{ebOqHgJVR4JgyZk;Pfa$o^+&g1VzjeDD^G1nn-(0K#0<R#
zcBYE^&b$7^f3*7T^et<2YgLgiEx_k5CApVx^wJ?eR=ubk&vqYFyA5RX{u{i%G-jh@
zEea?d1nJ;5dVtu`x^dB6GbaGyRxyP_Kcb8H7z5HjpS2t_PpH)}ty}Pc3P<G=ka{8b
zD!j!&Y4>1J)GL+5sS^kH#GHANmWf-v_3rx>4w3E2J=!VXEoIuNysFE6LP`>4D$%%y
zDGH0~aOc5aH1D;)7DPgx1)M*X`r@g^m?q|}$q};V@#)hi5F;nf-Qe)nRhl=wr$+io
zO}seRuhq=h;{|_nP<3KcOB+8-19QZSpHFHplS`8U0%mxglg}$?(?GgZ{B!-j;B6Bs
zE%>Gejpc)pLF?ZQ)@)#FdpzovAftlEe$t7C{`Ucc#z|<|toD8NTp62+?C@-ne6SV1
z=KgqI3n0ItwD+-M<7{fTPa!BNu<NSRBt&xOiN$9t3ep2fklOqo*A|w0#hQ6C<H6Wa
zKI7!?jCQe3?IDW*2;fP>Eu6NKUv#0Y-Ys#xQL3<n(fRp@{psS3CswU<8CvoE-SKR-
z7ubxDOC4;3{b()JG9;QO_TA5fDo18!qCnZzp(qMS_DV9UFrI!J&PKo?M8|s*AdQXc
zk8$^a2<Te5@+gZ-q3pz1PVaf)8onw_8QoSW(l7dS@cn20_gQ?KB`uk+-n>5JlsBbO
z2dXc>Q4OnNW_+Y73y%~SAO&@<Hv+|pL2scqv;cK#x(44)hW;VgE`j0$R4LIv-qwkh
zas2B~7va4evM!hOweQJFpU&OEO`r<e%*=|#+pWceow%N!N2M{Z$^Qj#x1zY>#zxVi
z;VKm$Uti&?t5M5mAS`j2YU=wW0Zr$DDqVz?=TUY36>TejO`tYv+}clh%KY~-Pvxkr
z=m<k>Nyck~<d<^buL5z)i8qP(#S2C?fc`p_a)4+HLbMYC4h3mSn-hsuR_>EWva;IQ
zQV49u040Vhoa*se?&&E32u+>8nYTCR*o~w;j@LTT{N=ZBzBbW!Nj5<&-%wBaT_O3o
z%iOd%l7T8@9j3wl4kQ!@Nl~AD>;9=`!IbSpU?>$@aacwb4<OyU*Bg+UqZ1R!ZsLYB
zv)LYJdu)u1kS9XO%><QPXIY@{fL_I^Mrf>d%~u-qt5TyXae`wNk83@8EiWncrCsnf
z{F6?7x<6ed=pp!(K#**`2wDy)s$5eg$^N!`>mE>P0VAA!difiI<-c{g0sJYz9>S)?
ziRLfmU!EmE@c)yO!v06^{k~gakHk7&x4(PvST~a>t7qJjC8e!r?1x;^iv$wviCS7(
z9!NHdD{|7-Ix&%kQ_X(<7d|Z99aQfXm6Y_=r%&MrW6~Zrjx>R_>J}aa7Nk4jL?DaW
zaMBW$y;q|HW$Md20y^JUTsX?$!Ay@U^^C5GZ5v{VL2$-+enhdfD}M-hPpC;EU)q)c
z7C!^<B{O<T;ku$y@)WUl^;%I#BpWr{+l}-+Wb-FGP!7wm8037TS`?`0ZNst$)gb#I
zpY%^n%(lYyuYUHZbpD?*AQVT;Dqdza+VCC+tfi%?jX9p0)QFFGGo?6|t*!76VCs%-
zZ*MPOWu&I|D61MelsK)M18S43?`L_x;N$6o7?UtS=F>IQIk*lRWGP>Cr+jFppPtH3
zR{+uko%k-HoZi<@6Kh{Y?fz;&Mg0|_530EIvEtn1C+-4}&_WTBkM}Y7|7wOixW2G;
zrm=(J7oN=25B&60sr~3pXsSd(XvI-1bp7$DEhpd!UGnfS%RKbz_c+bv0iW=i^VczX
zCb^{8QQ9oAIfdm8r|7D_`T6;1=3KvMvZiM5zlW?jQV?v8uV}zA4G54Zn(GOTX2vds
ze_)0-N7)%mFf_Tl(-iT?fPezHCHN@N%Zj3Gv5{?mJ_U=|HryTeZ2!wCv>}QsKrhsA
z6H!PB7$N{{H<a!8WpsyWr=|dQ@%{GfK;|c4Ud1vZiCvGe7`mmZby4YalZk(GHb>m9
z5<>fa@k*4I+C#8}$jC@qAbt4N?Hrc+YoQ=|EM%l7Mv09)BALnm@vT&)aL(CCK`*yg
zpOOR+`Ucg8xZo3|EL0UwmYit{fV`zM3{O5O{P|S6tHGXdGzJW#4So_<;6$Iy&}fuh
zvv10Rt0?-HskLTvL2;I%c=LziO$ktQ8kkM#IBPxD+Lzdav>XoA?l?L1n|gnuY?YPp
zySYtHZ5W()<G7lS#_&2!9-&<$cDuND&ila<(qf+lr|KAl1kbZIi>Tl+%jAz{R4=uX
zO$8YB^-MEPC$|NSb$&g#MJz{1xGr)!Lo^8_sc!Pe^<Q(#X_S<QwLKJ|545S`DFf{W
zXpK8U?FM=}%O-n&r-%$J@RU$bJ1bNXTN#Nk!T^n#+NnG|JZy51G?wn4pEsSY;d_mZ
z*|T53PdU4oy7W6g-f0?6D2?{Ztppcwl^IB&BG_N>7SWd6x^?02S47F-*#+GA^OMsz
z1N>ZWLeF<7&Sz^cug9FrN?vvy&D~>J5HUbMn)hdmELpg?`sC?rs55g7Cx~3J`xP~c
z7}V-J3(bHeLsRtVNj~?^mzIiGSWZgA&aD8(jV3<<{4W?Wc6SL0YEPdOVbK~oYqGHN
z)AwfGN5ZJ!gVYK+Bk<nM{ijE$Uy~(UR<Sg)GGk7r0uduM2^!$tHDGINyIXTHl?o5s
z?^6mf{qKxkf8yk8E<{MfKNl5o@wq!Z$fLeRkc_PjC4S4T_>?$?u9L_M$lM35YN)jD
zo21qG8(&FP=SBHu+rnCR#R69LiF2cV3nQVIV!sd>m<=-?<F-agt6p=htq&-R0uBTo
z4k{wf`(VI8@dJVW)aA1S)=&^1`$!V3ut21eM4uAKjeIofX3WLuq^N9&6-Zsy6p>U6
zFfIMpeMWI5E4N>c)&!7wUFc^Ojc-+B9EL%qpWdyei`=*Ge;0O=k^H6uEt8jWgJp*O
z$mr<Sv3`Rk%gjH3QCw;WaHr?FJs`ONe^1HjS)xH|wz-l7uxg^bz@81%gxi1{;@<xe
zee<g`F-`BuWsu?}c1JQ6>?HkZUE*gitZ&luZBNZ{oa3*y1<cpBHtrl-7$YJ$pGcps
zeXf$jr>vR6qZI9)3<AcDdw`IZ)65=caIzvrf-QPi!H9uKXY&B+@a)sU$Uhe!i%SGQ
zOPCq$UPSGh8a(#-T0za;18uubZTbiQp=AZ8wtOk70SJQaX)D2;%6_2soe(E-L<5n@
zU8bF}(FQauPJy}XwvwmWKX~Cj^Lt_<-1Ko>RzF}ORkgKQWo388#l;s>u)w3fufM;)
zxaPHPN5`5u+xwqQO3KPE$J+}JB$;pn>+%bVWzAWZ`2`9jQoa@x;=SEvj2hX9KC2BF
zim(He=US6c#oltbkt~@aR(RSTNXp%gQg{FIrH~mD^O_i`+J?EnIX-kEw=~i;z3N2k
z2r1&FIsE4ZSc4ZEJ74t&pWc~AUFFqyq^QC|Kpm)Z%r4{1)3PEP5^wy*?dD7ASmGNS
zBf1}`MLez&nUSFG+s!<0nfT&Svv|p6y1wz6bky6fdP~^YMXD-{Rmfi-E5I+elb;<O
z7lrtX>7dJSJu$a7zcvC&UB~*-;w3vFjkjAR`Tw+4Ypn)m&WEiw+Q})gQeW;p6BXS%
zeEQ#`b8rVFfB*0>_o8uj)&$FB0R%^(xd;gfYaKAX$xoD8ttievvs8rr{;fIfe>4LU
zF>3-48)?loCpJS_hvQLqglK&q4qO<P4Q}6*IO(I5MQc><Oe)}Yo%N%gF6UoXxwaen
zTs8)>!ST*FF}UW}PwDe=?3ljv&WAz*&pb^Oc#Bn_xSAYo$evh31Qki7IwBHQfx9)A
ztk_vnUeNmxL4aA)ZCfvPQ;wc#Whtl#Xa6eDvUB=5h=@pzpmr?jM+Zhmblm+akuKQv
z9QIa~2&=k7*mB2PyP*7sJ5Q1y+f=4n-mN;_K}TrGC6)iUC>fDUG8Mtv5t?A{gqEJM
zKBnB;+r#%4!$Q64_%*w%ygaM1(DKX60C1hq`>R8q)1xJW$+c;so@({fSnzraK}@Vr
znxAoRzxrtwkf-1IXzI(mAv=|RDuA1VZ^PcWbUH0}eG025&<`LuQv=zqsJ#}|an#e}
z$;4!7r~G#_R0lQWynp}t(&FJx|0;b@kJuqzDd#bSj|$!$YS<MEZi24a4L*56U1^&>
z;{Gc|IYvaajsUL7i#5mNlp0O;W<b%HO0&Nu6~_P%0uT`G#QatSEgXlEB1<1ObHtD4
zO!)IG+s{JmjAeklYaIc^ip`iu56bc*u#9t3ad%Qfk!*c)Q&vw;uXFRxojZW3rjHlf
zn403u%=AaVSr{4ZB8cRm-#0_c1}~%T7iiy<j$gxq-AKCHEHB3JymV^zSD+{}wxYW|
z{Ny^23Gn@mly|(|GQn@`pVNNDC<N5hV}5oXMxQTq9(GIEf`!UKS_X&+p@jH})R)Db
zq^NaFAxtY-Yg$K(p!Ol1Jfcb3n~@sMp;*Rf=hg^gdMs<M&A|YwB$%XcJ_iKQ3JJh-
z|18pEy3m(_xqRGT#Y$R$*J-piHz3~bMM-KEZy)_E?Q{LOuD_5P4zAt#h30EnJr7X;
zX;&5evUzO?qxt_F|L?|zwk<a;9i2+5fyde~#~XL|M<5qeR+8zJnehC5r3<!B`o#$#
zy=iIYcTWU#&F^F_=u8{MaQ&-O8m{^Bz8jOf>AT_5W5-0YFK%Uo`xPcYj~j5s@HUhi
z(|L%zepiy{TvBpwTrJB~g;77O3@@J~Tk&5-xF!zB5Z*@Cg{0YYu{jjpGuC90qDW?p
zM!G`ETV~8R3x5QwR5z6lN}m(?{r`*?YT(f%D_ujA<RU5Fu~(z;hlw>)y3<Jc0bAnR
z>b02PHRB7|`*I%u=VkM|)t{R_3QHrr%L^ifV79Xb1qFkb<8E$llMLou|GVk?)h-+3
z{McJ<vsp4+0q#3^0t+BP-~{Gn1khZ+ew}(~2vqTVv9;PMbmU+XA_0{4XkUDL&sq_R
z6}MflQbR|#k(ag3vfBo4s*w5z)g`TX=cp^Z%e}d4SDUKyV^@^&@1DN>6YUR1oA&-}
z^3j^0hjWM_{&H4`b>HYMs<h|idK%rDt-=hb5nNvb*h9FB3x&C+XWGz4Yz4drUkYWK
z72h&FCYEuv*CfO9TMKuy(4>!_?Oo@AG~oX5TPttIQn);NVLfq~TJs*JWT`J8;aH5W
z*yc5W>_>7ZY^R+}-4qCKW7R;9dFr$OcNqhk>K;)EjLjsj3}g(f9?f~7qaH{a8X5I+
zzAde)BG1WLy=$hcr&r#P0`^EaMtuNTr`zI?WSWJAg`G<o?x`z4)6th&A2pg^S{m9F
zF9Gp%aUt2M^Lf_42^z*ZxrSn1M|7CIGC*xEzJbA5{HQfQBqk=_i-5t|qQ=%`b#zXv
zGGrLvhJ=I^*WSjVprByqRDy3;R)8kf>gwX!O^-%T2i`uxj<_=|%jt~Y@f+&OKh`MU
zX}VW`%*d#{xD=pD(VR8;T0<T|jPWB}xJ*bNIn0y1Jd1eGqA4<xP-M**E_o6*w$lpd
zI@_VJ9M5q5QYG0j_R>wuKf~Aylkw=~Sb4c5g&SO{i#tPo;^*;+HvC@Qxpa<0d*@u6
zW{Uq0k~6KuiVHs<H<gRduQj(;si!kGe9woCzDQUuqrAMPB>uKvDC(F<WSDW~*NYTf
zeinSOr7k2HFj-iaeXX!WVJErPqxtWj_ZJ-3A7rSPMHj~K?$re<jXhglSvsRQ%IodD
zJQ+69dDkIWJ+}Ebv0a~SOWknw+^>+zpQ5ltY_Ltdj>9j?6^`o7$M_a3D%CLy_fsf*
z*NYB0@m9vDPXtH^-oJi#PA4SEiAoZ8f5(*PS&D}Q;g-7RWlL?H^?7TC77${DD9qYl
zKSGpff5amB^PRH`Dk`eB0<AnDvY(OpOboLZTb?Wasbwvvwz`CO!|pP4&Uns!I>dB#
zb~^7YcBHMH{*{+Z*}<6j?R2Ew@tT~Pa+&i#%DHGvPNr@;-|f+Nq6OOozTLGv4?0{c
zDr2O(W7WJV?t3^NCr__<=Bcc#>;*OeRn7|G(22M*qwV0<);G{W?O9X!xYwGFnlY+p
zo`co`E0YWX$FHlZvST>!gh)}*)A##Kftz;xD@-C`2jf=q>Hob2eUy9;FA4%bb(--v
zU7qjN%w_aLU8Du`>p810s!iK3s~Q?UC@1m0e)C3P-QoIlh9k8hfl15j=pS>GWwP7N
z4B|23`k{CqU&B!$s7vh@p>W4<LU4}-g2i-dWw?Z(kkDdz7riooCsP@YR^vy_1PA<&
z3s%7)>Q`{a4z;=2Hq<9j9&j2u-K!>tqVl<wp^gYje!-ksa$nI#2FZ?PW1L}{9^R;a
z2j3R8=?v{9^j?9hJ6<cJ_pi2qF1SQ>P0ix3FVZ$wQ&S7aHbtEwEZJ9y6<TIORqL{B
z;2%%^d+hg2GUu{|hFxtTB;%^_m>=g1F0u4|BST%5{{UlY2)bD6Bpq`0_Es;(2$88M
zsUDU(MnB%^439YpoT{p-4KIhab3cP3NBIJxE@}0gwe8<vV!96;wY0Yyj<bz=PZ*xy
zvN|D4FMPR?wHkle*CLq=eidtL_VuoZ)F2Xxy8gcL92+2!;@#{$ASmMDUQ3hkZ@|IY
zDpt|NMQr|^7uTYYAG?k}oDv0z!#Z>IuhFW)>V*;pMFWIjrP9#K5pyBf%L7rbtaR6Q
z@lggsgaUIU?>C>d5wfcfq+IObsZTylIWCU^->jtqXC-8-r_ql6B~-NWCUex4(lQmr
zdXVMMU4qYbQc(W;{Lh}HxP1@S;ieR3FXK_0#v652E@5;ZDq8ERzs=&O<(^6N%?dLL
zW|J`^rA~I;mzE+}N@yZn(jzGO78g4r@UPCJM{}HLAO_j?8G|fTw(8W|MI{q?HcLNN
z8Zh6QqY7(7$*9AuDs1B8(07UB-c=+2;R6navM6x+LASq~n;oFQMRKzs<_>84fRL5V
zyYbzB43GCJ%_K6Fb9U3NA=0!^TPK=dqDF5$Q(4KOrW~E{jD1<~xxhXrU)P+)!nWFz
zX-ShIN3Z@_ZaGy0%u)5?qNb!X0Ho!{Q_X|W&{wDs1#NTwD%FY8s?$Z_s+Ibgp!;Dh
zHfa9r4L~~v){QpbTpY6wFh4$X50e+c4;@uGnZ%XM-L_eWuSEHf!0&U%3|R0=*bFqs
z4PUDa9keKc{j}#Ms-sv^&%{Lg;btFJ^n$HyOjO>$!%ao=Wdxks0L&{VQe9kBM0{~^
z(a;0NX`;CF1a4w>D|UU@fbvlM{0&KV2O!u9l3!RTGZozgk+Si;?-F};;<5e?-H0_{
zYRX;a`R)Tt-Q7hA=1Q(5s$6^hf=t6OP_On=Clv2^dTp-K5|2nMA=MSg%Y6a<A+a1R
zGqSJth@xp%`h*vIN<nEasMDk(X434S+MaW$%+_7T+u{4t4_B8g;1<xxRK5FX>;6V0
z{yk4h^Okdyte(edUHIp7grxao0`tq##x6In4g&5r(bufS3T_C^rqku#%eqDUNg**D
z`$3{&6qtkZ(tU1%stZ2O8&6LxLHcIu4Bm>XfZ9!Lm6J_9y?sbs@>A_;cEIIc#>)Pg
zQ_~IsP&#WbHqw2!zQr-gw@)?r_n+(X@bFNtWUl<kijnwW0XbuzL?C+g=Rh{qzc?B%
z%+F^>&o!?bW2D6B2YjX^GWgJQI=Z^cM!qoEve!&>^c?`Gt(qOmg!lBKGBY#N?8@?g
zin%gT-7*_U7uR>1+MK;0_AjkoF^3x%8MWJ$HP>uf-IX|gSXfx-aUs5?zB&Pee}FcI
zihT2cuS#Cf80F;D%x0hr&D!v*@qRbBGDw_r#c)a1^k1xcaGo7))=6G-N@u|T9I#lU
zA?AMO{Kw_QxJwSB9&+5GcZqH#BrkIyJe2%;l2)>NlCZVsi<xbv9!s?WS@9>vcXs*g
zZHJxGRDIsF=)@^om+zMeCH9ATJ0b4OP%7<!NEKj(z4V)G^yIU&suk{3l4$+pd|u^r
zEZ8KNC1g@mc;HCqolg|FcgPm*2j)Y7P8$><Nh`3KOs;4(3}94>1I`m1;k#-xw<E8@
zCa-TGv_T&qN4y_gqJvbiw|N_E5ZjVxc&?Ya;kA3e5iSAq4Y>XIYDEjZ4{7mUa?jaR
z<tcfM^+5ue;(}vF2-3Z@SMX<vIB+pAO?y+^YruDoFW^?zQJ&G?@eFOrR`&pjk<E#)
z<1aBkd>2IZoh0WL!(tX@Fp@Xh8qUaKTL<#`0b*Fi7`Iznh_4%HSD!}g9H`UDtv_(A
zfS@n43pM7BNQt7~vXcuT<2e5Mp&_&&Og0Wv{HtzOCufe1jfJJBr#sl42T1m(i3Ee_
zK_?k-9vyB6DjRLn({!LZ%E2X}P7gP__+C@EySv+Tm70{8xOK|HqW3J7HsZsFs;%q4
z32=xq2J)&8XIi#bQ0N`&lIG&#TQJzE+}ht_@uZ7_!os!aY8SZD0PopQUj!wxjL;kR
z+Hg(Pw9BWFqr5nlgWz##o`9F)A=WLevaqW}M|H|4o9a#jsczXP+kPrNaHh%tiGuOz
z4BZiVXQaSvFloq&{oz2~%&d7|m89b8Wy^{~%iX$N>6~ho2tA|;m*IpN{P)A5%Qq~=
zv!kG@|G7r&B1Dc0E|D{pw0Cggkc7_jO({%BMdj*hDh*6TpJ}zQW7L&{2+pAb$elfo
zCq)dBIWrkFTNDCF7;t~LUnYcri&UHE#Q5ljuD9M-YC+_QI;wpAG9hNb>4~4j1I{A6
z&!gIj0PDvIZj^C(PG2&|4Xq3zd=Ocl0~g+K`kHe;6xmFMy4Qde4w)bl*|hRRsjDk@
zHe>7g?uoY6_45n(?fC*Lg6+xoEgZ&oYfg5eu6~DvqD1E`dM`MdOET1#mX;>z!)nZP
z=}9K!K*=9K8{yRUelV{*>x+HS)|R7Dvyc0jU~Sqn_nUcYpHPM+zy#OO-r0#9J9VuS
z9aQ2~<>o9CAJ4{E5KyC0e-MK#+3qk@ntQU;pU_i-D`Vi^*t2_@-{Rq8jaH(zc|xjd
zM~)j<lcHH?MCb5V=4^df{T%v9hhbGs<h}e`{BQ5)ak`+-G_eXNsMoT?rJe{Q$8?ci
zFZJR?1V3yP6}E@1{qE(Esimdx%gEwZf$Bo1oUu};m+H~AGq8;WmFh1a*!e?F@Ab3W
zIxNSH>XOltr@yX|FL`rg{f5{-pU>nm=-IL}L1=}LgRD&Pg*TJ8aXuaaX!uDRO8Xx>
z$QS^Z7d(NS&7*^Z1yHN^^eZM~Q!{ne@J}H8UqRBIbBYtG^jhJU_UK@5E~HW4peG<Z
zR1JvKS;~*|WNy9EgfmFHr?wdUJjWKW23hon@WP||fl(ayl#~>>KgVG7-ESIy-AYB>
zWOTi*K-4)j44m+B%vW1`Yl>nC&9R?%gkC|vSvnFn4!y4~0rqMdE|)r)TOaE)v3*8|
zdkb2DUGoG`b&_p6s6Y(?*`Ckzzvh{{l4taEw*Bgvi|B6#=i8N-Z`i)8CT~YwCQkAe
z*VX9dm6d8qIR}T5!!C_~YOe=nxXd=7NcNW}t9con<>p;7F+-qK=ls;KYq$cK79wht
zfhEBjoY~Rr_3enD+{|cJe<rG*RD<v48EvkWboJ>cE!^*dQPzMaXnVmI6N)FvkNm6e
z$>C8xnz9|&Ue*RqB%lwCqKUA6-scd`rfeGaCtJ%}peyK$<LftB-a%C~>ALE`Oz0+-
z5Z|2wRxafBf&H}PO~OJTwR_Oq1;fK$+uz1qVJh04!k+!o4xjTqnk|O67XJ)Zm++ws
z*gs*yHfcR=>!z}BvFFTE{bs6hW<E`$?A0j6hQwM|z(;ICt1f;pyo@0XegW#Tko9L<
z2?oG?;e5KkT3o9xBa@v96v2*5RT$7YIA9Vn#K3N}N^NobB)WJY$*fFd9g+sTt1t02
zXnyGtCuejK56@<`m_Qsu+vNa6Kt!Zk@V$7Ur4M28HGY}+JxIHN=3?bWcQ!McPm9R(
zwTvN0)eD4nC)&u$j)J)zQlOHx8nI><QS`R(KJa+D1f1+WS5D%O0ge=~&aP9e248XZ
zZqEm?<B=b#$60qDwAE&uvo!5@%^XL>%nYO^bqjgjPZgqQD7Pz;iqR9mR$WAAR;vf+
z=3*+X1{^Qz%gXpxx;D19I!B81o<tAy=GXx3N<o+v>EP*Yrs(YeeE1*6|C);;SxmB&
z6^bg_t=<qVGuPvQ>C4WMcNMoPK+}&dQ;-EQ5OVcCH{G~|91J{<ZsW#wFEN*V*vKg+
zV83rfwRA&e6G${*(0~f3n*b<c5_R9^y-ny{Y^V2ss<CI`f2wh|%x=JOxcubyfx7#`
z6NWlkOk*wmQpY()<?uTfYgIvWv-sw~6BY#+(@<Tz6!U8b7*^!<Xc)3Hw+q&@va;%w
zd&~h$1a2$+IWs2g<fwHwP_#rPX>*4j?^o^mKqD?NK285;nDLC6h|_0UzAKPY$@>E|
z3W2T)oX^-6wS5+U_ovea+;0my+?Ng<g4%CYFkr=qAZB_LBKssv5!S!tdhOabs{Cz1
zhn#zlTj^xIWc?#eK&weK*2yoGFQgS@P7=*lRf}SsKMK&O>#S(IjOr?~=k7&My!&&Z
zu`8i$A&b3+$tj)?!7~dcEhe=uzz&Hm`=6R$r|mNacrz8gwYk}6D2^2t?*M~<Xu#!0
z<-qbqInZ2ODN<8#5sIL6slZ8_q78;9KDOB-Sz3Opi`Mk?bc2H(O)MX^WMZ|Kord%X
z_2rwH3pPIdbwdneZ4dXcwue;<fQPApHy_k4R9$xrA-c$RW)7Gm<=5Io%EnJByUljC
zE)VR=-*wv3skjC!qhI^G$BG<daMRD@E?<5GrHpvVWmRu|phPN?J_;|!YG@o<dukG7
z$;->j9_PK7BTB!f%zy5ck?QI%x1P^xq8yK+oczqY20mhoD3;{3S`7ZHynJDesM&5K
z@T2}(h=PGKt1b84gq)JAd4KTSK%fdIwB=%FIv5P&z}%{dpG~L6)0Yqic^pwAjbGaL
zff3WB`yKbo!ca8d10K*j2n^a)h)4p*A`a>Dv8-|$NaOw1;)&NrUX?f;?|FM>DM1Xn
z1(f;tt6O3_Y=L>~ty72O4)#aga7!uu`<Xk;tdwI3W5C$I0gU}s-T4BAVGIFJou>5u
z-L#rUEn{q5?EEUA6>7L>Y-Ppf<Kt6vVejSjss~$(U1Ag}ods%GB_Z%2nhSRN+O4r7
zI1UaT^nn6+R@f1NhOR|v1UqOE6KfJSeM7z6zLUgEF;3{EJUpg;*M_U3TMp0D#ciKO
zvGXf`fl6fu|HA?aDWKrq0VckG)??gIs}ZMkgupIBTqp5(o=?l^Z&LPNY-aK!oFFpo
z+hJ8mDOU6juKeY_zbC?`b8+YPZgX)_n-5NYL~X{81DlR!kZ~fKuX_vF8K$z8eNa|=
zD(qEH)Wm13zezpDMhQ%vma!r2Ahsx`tNaY?@SHnb@e>-xo=(}`PsO{0Ob%+2ZlrBu
zXlU~8^n)4jx4s1Zna6!$29dnxsWIZiLAz$@<5Q24aqbV#b%CFQgHubG->B!`Y_V~R
zgO-9B>4H5Vw4b}g+(z}+z6=C0nA8IK9HdAY&8o^7ZxqEs0%AyZT+)UzA``TS-OlAJ
zDl4(ZMeUnl7|CqK@XjwKaWgJG=NH(nK@)F(%Qy{-+7zhZ=chy*eM6D*6)GpUs~!Ri
z<0PvwnL4)el`}QU6eEVH-BkXk^mtAel$JypH^}GD&T8jzQGme5P6-;gTJE0-BX6s6
za{%OG1Uvg9#CA4p?i<DXI#pfVvD8P!+(t7o5o>Fch0t4q#lz30?+GGzcpdYm^tc)o
zJREc{4rHbF^hU-A4zHiLY}j9Wp{f6d=vDHNUc`^v1K>7;IUsV+i=Y>0W7Z!t8oh;C
z>dHg<p7)QwVc1^3B0hF<!o51d1VT?T0+oODFQChHB@|`}lQrek+6=R7QnTb^7KaP8
zrUG&sUD%Crbsu35!+X$BlN+Byn^B<U>+Ac1fo~4bp?}@3pL25w7%u+GNAU)$$UM9J
zy~V4Zk8Pkxw%ca`?XAzojY7JDtDiDJF29cgH1I}Xr}32mG1Hn|Gs|=D<`x5i#mkZx
z{$ZyEib^;fv?OV7YWI$nx8`h>BE-hEjDvPU1al6)Or+MeRvWnK++k4!JrxpFkGAG;
z3JtF%5h}0@kA{_9TXHv0cFlan7*6Z9meB}uKqC{|#vE`Keq`oJ&f?ocRh)Uc;5&OB
zbzYgA@jgDPnZ)o!;&^G>*{D5c^<qe9YSj$bG4Nb?3}$z&Zf(uR9Ve7^eo;}CZXnBr
z@MG`m8nAZ|_gDp|-ed(DOdNH2!Nvn@F(POu=|P{^jp|0pi>M#$yHvh6jQ+Tw2PAyP
zf6=J$Fj{jKIl>HXHcPuMzz+MOUKS<jfu0t&8Sn|=e1*oQF;VZyfwny+qL{newFPBK
z%nNZ9aVHe*@oQPK;O_)h6@b+W-d(v6lx+2UrJidgJ&f6=6sAQjat-T6!7?3qv<#!S
z%{Vac&Fxgq&d#RQrV?YNqa59_O`F#MPl}8ox<{D>TIZZzeWxcOdCB^pBgMmsGu6aE
z9-CIuCji{N0<M%rx0xd<ga1=y{7PWt^`$L|S$sA{1mKqWIWUQY>{`0;gofxG3``59
zzhT1x7&?`%v>!B~&~~4_zU}mt8RxD4n%#+aQAqY+O~rV`|6X1lg_KkIkJ^dQ9=EnW
z5UXwzf^L^l?U}+B-G7I&<3y`!S-?TMdhlCtFWc@kj)sbAe5Vq4wP4N7fW-m%>sj99
zzvN|LTq|7fkMW)BsZUf%_dlHIySg%LJun1Z0=!~|JIVUlW^0shnuVOeWog;3Gp@^v
zV|tMWw3ruS<CZF#yTJ|t`z=Y7=AJC|S-P%yyc5s^<3M$1#w5@SVQXO`-uHb8*8m$*
z4#x`MSRX!XK?1iTC+L(5+Hk)I5Xqe%SYkl1-m_rV!1rQw|8ZqibTw7H|DGH|lYml#
zukLkd+6z~$neX{6&*)?j<DjL?6&Jw$JD?>TB-yC|kLBLvwA#jM4#M$?d)b`-s{h2m
z+AHhi#1~C3{-LzA)Im|R@W11-g?<9ZFB*IM0l1I)uHc|#$`kWKMkXO*{P^RpLDB%B
zlkulc+sOYgl?d?UfQYFNI+*;>TE^pshU1Mljz$v~Xs>dJO@h0eQquoK8+89=sgSIt
z&6oV#5&#T(C(NKh<Q1^*8R6pK0RvJ&!fC#+<{LMf_e3;@AHij`zr_g>AIQbkV|&XS
zlMfx%7$P2*a62&zR}F6ve)#AkQww@2T+U(r|DP0>7HCz)Q4-Il?sx`#hj6vNXIR5F
zzr;3x{s#c@Z&0~Cefso0fcRF`;@Er3QpQFaZf$e?%=d6(*{(D%kMP?=^-S>2owRp$
zA;)}<1b!^l9DQl~m5nWUYGDhW_B4e`+rsc|>u)qYhv1ahqOX8<BKe;kZXQ=@{}Omv
z%d?*;G<OQhKGFZy3%jnkwdh#1K;$|35bL56k4{cqrvb|ov8}VU>K-rRH$Y#cCgPnu
zN~#i+$Qg0+*$){tmbFays4wI^AN#-bFZuH^G))>Y+@D>MrpjCVh@&ne1f)Bn4S$yK
ziqV;wX7lrT%9d?VSn)i=q>Fiz2DJKZsIZey4r+KP*Yv6WGg_%yS*_GqRDwCUXrKq`
zkGVDepGfxHu`d=&bb;;5Pl&;v2uB(;FadXZ6f%~&ngHbtOyQeZj~VRu(7kyKD@3dm
z1>{{&O-E*Pv!|DkGJy1_jsp~0f6=gq41}r@VgB<1WJw@43m+zjkt@oP5gg(==H4O&
zzQ3f-w^X!RyQ;vgWC2#|J`&+YP76Hud?<2gszsf{WU~Q<;*H+lA6djf9JT&Sdn2?S
z;l(JsH`gpo=8ijsYXogS0e;@x+`O2OTf(8<*3bGdTvRZsZ(zV`gdNt2wblZ0Zeb}2
zIy*fI{Kfw~$XWcABsW89qI4fnQT<#yfXOK<uTf5h|7>E6yMZlqI7s^L56V02naD!y
zIeoi)#NIAYA2in96-wp94i5<Uk6pK{NF6I(8NO#lcu#o%hCSdu7d(4JAhN4D0_=Z!
z417311+X0i-@^LOmfMWaycigk*RlIrCe~umz#Nkc*_vBxq8HvO<oNN`%&mQ70wzXN
zJYt0W0kl<s*3XW3fKSGhDO?wlnc_jAA8zI-QrH9vzP4!<@LB?;9pHtpBm(U{%t%rp
zBvG`DLO9PMrtm%vFV2S@{Wy}(1qN2KHLTuOXw~e_#p<o^3lk2gpP<K#P4c80^d^Y=
zXeST=0w|=Fj`NV}*4B8g47eAi@Qlq@Qctk2!(M#Gxy95v`tM+tNYr;R@K)4>RsilX
zVY>n2WclgH!Z@VF8vn}BaO$wt0s>bhvEaczv8f?p63Rab3<3+-bQ-d7P`3l7oJ27M
z9Ey91sZ$m*+#OvE%kaM|vG=xdLW7lrBs-zL`8g~eWMuSZNjUIklOP4PewA7PyCgll
z`@+x?bbtl*kLZIQg-?I{H4thrt?5?ym+YJDWPVP-0NteN(2kFjL_Dt7lMA6xn`kw}
zpZhVcoybO<Mce(dkml}sQO6hia=34V#me)ixKG%?W9>fUTw=hQL<XFPN`Wt=Hs?u*
z)FUxaELG~0uFVs}2P9e4lXqnc)6ya_IG~ff1E7dI@b!bb@RXceI=FY6o12*~9|4mA
zMOF4_2FYmf5}7`J52jS4X$=4p^Clu91!W+hYbMtHR~epsH%g}i_`JBD0{V_Q6bpr)
zPLufU4mN7&GBaSb^<KVX@V~s#GPOr_N5Cb!aQyr2gK8Zfx^J?gI<>g6LH<smAVoYv
zDuwettC<i3D_)t2o;?E1Xc^fPfU#8}nM=6+RP`vL$w`@A!R2_li1xJfA?$+En4Tg|
z4b({_oj5Ajgbu2SgHjKz34t#%74?%EWE#&mMc#jPZw><|^C4y~2E>FsV}@`UXAtOt
zT<s)u+uhUC+|=|TpQ1YO6+LxZ?p>|{&&vgyMmj}i&1%3~_6MtXV%rw%JVb%@8}}^^
z)+a3Q7%KJXoz$aSz*_;r3@D_4wg*vcjsZy(hqkO5STYP*5<q+v2eS;?J3nfB^!&;`
zHU3PPS~%}oFQ6-}>-ztn;v#Vv>vKJ~Yf~zWNDITw1W-=p_Fv`SKbLT6@N8fReu0F+
zjXri=bKrUf3BBZSj3@<#7e$_}AaIEQPbq}Cp0_u<!Ve)ZPJnL{`{$N};9B2ZrajQ1
zPpqh=KXa`OJ)}phZ|GihY5<<?J2YRo$1aUAj=uC`s&>$=0Zdg<;68v8W!BbGg1`ez
z6w~$%^&`cV2S-5Pt>+QvWQcwsnt0^!e^17-Spxe_APWJf8t_-l149ip?QG53>gu;}
zGPZFQtlci|f8F-Hn$U>mR1_~U0yNtvv&)JiDSdZZeAfpx^dm8?klcOIA?5Y=o$>6u
zyR#+53Z2jj;I%Kn;K+f=1wFYHO;jY=ua3od1$2<s#i7M=zqLKg1Mqib5Lr2UFc|%-
z#=WYysw!$<N`Qy-<ATirfuSM|vq*6E$?L=AXJ8sl?#z;{5|H$qHJ}eH`~zNqAuZ=O
zH-SM;MijUxWB?QVH8d2g!Cp1-oE$`rF5=UR0MH|q30hY&j@#LU$cl@9{wp%+X#qtQ
zXsKbqlGZyg;6&TJdUUq4{o^kBcn3}ArU*_<P8QknZt6DFJgdb_<#~#>T!Lc6{2vWY
zd=>6uGbbLtSqlII67C|1`LQND=U8APB-`>m&)Kd^zN3V>aWe&F7Ea#Dc%IfrtLT%^
z(>Gu;sfI9Oqpno)WCmWKGAoc!#uk$VB_l)iTs*Hs<wfGAfByCYf~kc+Xl>6rUHe*Z
zEf(J0A-Ht#`$&he$V`hGwxo+nAp6HT+(Ct?@>?YEIz@x&BD0|cb$*8*hM*=f=%w}7
zMpTAv%45s?zE29z8&x>7X0(yV8v2VJzYUCRE?#}4Y^-FZ9(X8{tke%0%2R!5-^*Wf
zifi$qdk&$=j>>xRSLguQ!Opj9DpDvUB`DC?J1_xkHmBOvxU*(J2s;45pK<K11*!8B
z*kipN8Pc&8Jgi4vu9k!EFf+I5#$J!@ii+G1E-<`9mhn!n$;*E;5+?Dxp!eJVe5b+E
zaj{O8Jdi^Hr6q~$z~*w_jVGtOyX}nW-V4tz7m)nL>?V=ZDE#?ZIRFi}49;_?QnYCc
zp3%H?D*eo($pHd4@Msep06(LJUsic!IF1N_SJfliypEGV8+r}*7vYU8$muotq~A$+
z$C?+#0iF^<o6|Kka9)rEdfibCSLaaVjv&g~i=zD9DH2SnefbQ`(s-do9pmH%k-Wt`
z?Brtsnqrh(-DZ9>JAFnWfU*cHr_{-@uYP1Tzxn82%lUmuS~p#-31m0RdH*Wq_ClFh
z45rD8sVEeJqj2rG^>U5H=%qasqm?a1WE&k?@o1ws^liSW<ewY7sO$<N_5xj~Bomdq
zv`y3vwT9YVUPmQ!kVuAp=zJR&ZV1LgE^zow&eUr$51V=YR1G=QAYyJ>-VWYzgtw6@
z{|{B)0Zw)Qzi&olm%SZigv^SJ2qzBNdlhA`$lhgT9;-;QcS>Zh6d~C=D^v)PJ^!zx
zr|<9jyRPTCx}H&=^EvPLYuxw!x?i+8>4^3!c*%X3`OuF#<p^F^=DuYPeEt}~F}@(y
zd@cn6m@fdB?lXe_=7;&e@F1<=D?1%A{-hTW`X{rd-u{oTH7U#9QqOP9FsUc|vlIt(
zL&YxO;t+LWEJZ`QNVF@#da9&*0iBzKB3mr}$fo!me@@U2qO;^mnHEb=TVA;o5e#Ev
zW<u>;>w=n1x3<uhQk@q?vyYiar*5|pPbMbkbeN$><!w|U;?a{jGIo($X)aA$OKVpO
z6_rslB-F31=kd5gp@2CR6b8?!Qakf#Mt-lCWwg@-_~Q3TNd){8dSd<=X!lI3P{Skd
zbA*o&*@ApKSj-uK=kL?wojx}bW_7DyK6{7y?SJb_pDB#9%7>#n;el<G70rbU`2}yh
z1xQp*u2tabllg;DLipOjt|Ec4HSPhjzY`&`*2jf`QTO6MEy4eU`L-=xvhvEQm&KBz
zL-m~N*Q87tBCP$M|DD@>;W5`Q?gOZ}8HQX5NQ0W189`&2H>REZB;v8ohXfwX>gQ}X
z1k&nmyiUo-at0qYqmpSnM>S|{MakkH;B6O{B_ZZC6i+?b8uqO%T&a=eUub)x=M_OR
zt`A{>WhnR$8+;=~@Ll%b{qOQT{x^nibg9tZ+l3_K@cWZ$X}zZj&oHXL4yVRXAB4vd
zbOBf2ypGIy*%It8=SomIkKnzk1-Qca9y$5kf!{lLeSl*ZToMHH1%n}Ji_|ZbSM!n<
zR8#470Q|Wnzfn80+f`54O^EKq<B6N+M{|W^^nr?FpVO0mM*eC5cq}IvX*KS0$f@D|
zpF>mm>;D_C-=hKjGAI!7?M{W4L@&JWVXaHWjv?&OQB6^tnomt(s5lxGf$m)G*CQAU
znGaUwJqwmFWz=a5&-6}w9f=cL7F=QItE326rrO9m3tMb*nq*e2bbbbXgy-K}ecVsZ
znPf7c^Y|`*Nt+Oaz4}HFqbCN<?^0v6v8(cRb$%wtY9YCQiq46%BOPO37pn4tu3OVN
z;WBtNA^&~F76633ki}XRUjBM>XvbLj0OmvBdw#igwFO_IytH=X&UvpPvUIQh>%@!!
z$USXSvc#dHvJB{)o^(eO{?|Hn@?TWutGfmX?>SPDVi*rhTZXylp418xmk7e$!3LC9
zAjQ5y=&FiAyj~)+Bs(p>k`ab4GwLHuB#trrRCDE6v$*52m~tpt#pOb9a{X@%otm0K
z%Zc}G|Ie=fU)*PfrjdF6W#wUnqIt|lP8}n3JkmABvJI@I_WS5YLwoSDYwKgJU_k!C
zg<@P5t<7b_$bSFqucXrZh6ZYgH9wys6^(CyFgaNb{i=0tf*%=k8R~m&WLl?YFewjZ
zbYltsc2?0~F<1vZm@Q5RN4Lnx!8MpI|HI3}BL}mhF&Xi1Aup5+YJ<+LI$Zz#XaY;0
z0%gE{$P*0jgCAhOI{m%>o1l)GBHfeUIdz}*DPPm;nyt~8Hj4sch2PtYZG7@<e4LIe
z$w~!n+^0Jih3P)V#>@nfyjtqZndiPg(@rK?ovvC>!b$3G?te7CzgH|faO7=Q{>B3E
zm)pNz++ukC4%&{+-{U`n`wfu^_zrBgypmviS3YuV0%(eOBT>m`z{B>J-q0bb98_MO
zKgEc1f=9q*74wQoEyo1A6)I2$26U@+Yto=h4FMJYFGx#Y!oEid;9@yTi-u)(+;kJw
zxv=R{6OaaDn)Xp1u3ZXvJXV3f5JgCr6M?{eaOy$#iB?3zNCYY_+`{T>(_08FbGuzq
z09JxiHTCMW4cvDL_%%ON`sLgEMA1p32?N_}x-I$}ec(mFYxK`9%J{%zYx*wmJnzPv
z_|mYdXq4NAhLs%Q_{#PxbRirc%wXE4-M{-&h=FRZ)Ca-yGn!WnChx_2o`dKToJxZ4
zg}ZPibtpI%0Emm{D`lZTglYImz{x_@JkIb5r%*%1tNJNO4T<S5Ul#J$Q_6c@EqX(r
z_N1(<O%1U4ha7aV^wgpv{iJMix9$Q*@RJnLO|HtTCFF&@JNqL@aFX~iBNq2$<A>~x
zBOl@VkNdV9J}y3iye&18k2U-%M^D`a6`y`0{oh4<sKRRm)e4I#ok(qzL*q#&ZSu&4
zH5`NyC1=u`LRCdqi@I7AL_NW*x+AUTUl$y5N0a6sNrGBveA1-S%9%K?-8lWOp}{b_
z1Qwy<=Ld(JD_no+hw@}_F>%msc*70QQY|i0<k6;NMz*R6&hh?8P}zyF&~H6i{;oCd
zfRn+thk1A$A{{k|A2$&{jDSH=sQXuy+|0dm`9pqw(uh%J;V-DEN))I-o!)&*G$^Gk
z3;^A8P{lD|3@a&(OWdzPs>ncD<rDzp=5*Uk<~rC`q|sC4=;C$y0zhI57wgsNGDU8l
z@r9_M?1|4|gCohiLH&W4e1$+hM87Gn=(hI6?^Dq9@&gjfjR5^-{y~>UiGo+cq<F-Y
z-(OP#2i9<3UC+pHF!k}j>(k?BbN4{uSvZD><!XWY_Zif`r+!{pceJ!*HIL@YFQj$~
zL|vjaxnT&74n*=W!NiC%w-AFFq%<(MnaqV-k%94)5&=&s3oURM<o*gUH}5vFqPb~0
zjJFIUqOYs+WJ|_JH5t=dWGf`!2v!^~XD3T7x+3u6Aylq@5)5|@$0RW(MSj0&I0XJk
z#Yj?2j;>ZoSFc}DSk$g6Doc9q<Wl{wh*jm~$cHgwOm2_A`QM~;=gg~D!}=)ydTIL0
zwT~*MXhCeAAf}TN-sb9}5Dt0+v;YabE1+WS6@E*PwAEE30ox@4uQK2kYN;?TiH!P|
zcW#M?-go3JBN<L<U7%#Fj^jw8_PVX7kyHPoy{d`42HSU8FX#<+L#&AS>-8)4gjsHg
zv#W4;w@==BthKnL|9Cc&F_14PiyPgD#VYF-f=ESMnfOvI=-;|wM%l@b&-J2Ob!=??
zT0+0!ojhZMI&mXS;mV}`&%cr{d2!k4@ap8vS4!koGO2WOS=DhRKmMA7NbF=k&zbDd
zc8`h`3kMP2I6M4vVob*HB|c@!8vg#~)gO{QWt|In`-Jsb2crAFKaO5_G-}If3AqLC
zRL@I%e!<PYk!cvcNT+bEK(|<5Uw?G75?Yl<txF8@^A43NFmIjdHcpk+_2YZWa{&vL
z9|9il1Wcz_DTQ%qSC`-CqQ?tAj(wwFRjzA_7`PA#Rq_XmgQcIWrqfKq7r|r?YNkRP
z2%20A8CqZK8+X)%U!nTV<woFSoYgGw4IJ5__C6EnEO=X|o{Ko4Tu~GU>p2YiSrK?U
zlqi__*EbGyTzn-^%;|tsd~aiC!@Qe7hWnT_dgGF@^-=vn6Y+;o$v+}uxszL$FeTNu
zKUX^rjQJ@Q%p{ELzXtZyN`{qrva_=o8qF=j;32=D;9QcP>DXo^0G%93x2|eaxErqY
zmuwgcMm6FE=0-{?W%27=^GWDjp787MaNNohelf4BWrVBys-P_8`6u_w@UdKHbhj#V
zpEU0alh20e>kI^=JY>?pecx*EfB@U^@q%a?H4d6q!!};(+<nb4uKLC*bJ|j_H(fHf
zjWU|BET^6B%6WI5rMHPC-FW-iba#E98TD|k(xx)U6M3UFncjUy{lw%4eW&<&feQcC
zqiI}K=`YiKE3eje*|sW+pUApjAUyctZ(oLph+4F);wE)Gz|L^@AZ<7M>xG=iU-%g$
zs6&bai<IvwOg-+K3|?J)<lX<pK0b~9R!%nUm18slYD28o&R<?!6BSFRiE2_^XFIb3
z%6{EKvCC$<cAI$;HsXQr6ZiKK37yJ82(OX>61vn+XBCfcX|i-o3kT-~Omin4wbHDx
zc-5qjy=|6}Uj5v|<q?^0wcNEtfId>)kmmL}LG<JQ*9u788r1$CpHu#N@rzNSa&Nl3
z#*dtY;5^}`jCoz1^HQU$YL{<DTGmp@s{XE9>m*w#zA3VBizHWU3$I6`<$!x{M7f^9
zqUA>^aWEILx4g|6YodM+Xaac^P*w>Kbuvp`b3-5J0(}qlpblNj4-sT=>_dSQ^4*CZ
zNu$<j|3)1G3am#yf!0m?``>OJ*!G3b`>AalBXfwQ>DXX;lYQeNQ(EU8lhvrrSog=z
z1%eop)e15cEH$5HeXH0vL;<7_#zdZzbm?%k@tUYex}MBO2io#H<Bc-e=4SmSZ;?lc
zny{(39!PUrSPcZfiXU&rQzFI}o@sL>8O1e>ATe)kR6FmdAPZW|aw1d1VMwlm?S+OJ
zA1Zu@2bz!-7|1<s@|Z2f(hAH{wM^HN^2&`u@2aJ|&NT}CYCz*2a}hJOYkLd)3*@(l
z<o4<7b^KP6SjP0i?m<Z%cE=<f55-W-mad%2CP2t=iLgAcd{DobFVR|}AAI!6izzQH
zP$wsi<WWtAhfaDaKl!R8+<2);^JAy?WSgzA?J+^~{1Y|3KH)uf=RNoQV%Dl~V$w<E
zwux^P2KIpvh<Q)!WJP8TM8$djhQdGN^UAC4Q(_*l%Ice1iY%!LH+U{>@adH3`c*Fq
zaMHDs--o6a8@w3V#++GD>*pm38K|Nh>YQ~N`hur!ljkTP`}03dqk~5}z3KG%M)jVA
z!m$KrGs^xPCNt*e`^PEiugpcNhUCATTBO-aR4P*aS%}1}nuurlmxMx=g8NbwFFu-S
z4vZeE=wY()5O=Dn6j)*eHv}x>jk&x!0Oiq>q+jzI-$@adT!6F10pxGC)JGJK!Kqte
zCsL8@7X9N-)8DcK**rfZY#b5ucqA3*o!eQj;v#~k!Z*A-GI1`I2;!a`Rt)IaZ;wkD
zxl<swl@JF4(qd*sFL?+x7p@EJ!BjdXErv@Ka9Q&b$1pyk_}!*-Qb)>7K~iU@sw-;$
z?Nuu>zl$}@Jq)$E^C)Sg=lrPlJHFFr=r=t##ctGedLu<Hc?K|`Tw2oyk(v+li0ul7
z)5LYN*#ME_wKHSNNinAlzdtylVjA}7j~=|R265dR*U*U0{ng`#`<ySom!H`lzf~;2
z-mzv9)AV(y;-!r^_1UblwCuc&fckYyu#|uwaTsNKEG4{8iRH~Mcer2Iua@$rLuo2W
zQT-9a8N3{Pik(JAGIotJ9F+%4%base;o=H+%16GukNpL&FDnPEm*bm91HI)HvTY)m
zvG!hAK|40a?WN%7VA21Iw_?EBu=;hu)Szo3$_kN4k+Y&KePT1)FLTwTW%#QhjeGJu
zbCndaD8u$p7B+Ig{@NHxtB`$3=%@7mO162qp)rGnN>f|#6H}k^8(pLn-<!X_S`-FE
zZP3-_s)Vna3kF!hdpOV-`H1a8IM(yGH)BeD&2PZbQ}B{5<suyk+Z2<gX@-%rL2!85
zC9^ZO!J$}iZXQ`0^R}Du)@dhl3g7Byj=*B&*nR%JE~i|j>>51WcX)s}u_UqO(w?A-
zOC1MkIdmz?-2b(i8>}V?omex&A%4}|6KigCSb;v}N1n^h83R^vDyQ|)I}sRSR%Yo<
zdR<1{KM`a!G-A4!>E~{J$HI##DRmzgpr80h7PPbsx1A!Zo!!UUY(*0wYKXPUX4IiW
zIu;Ne4<GX!EcJfg!{6GeUX6>GZ4`h@%>?7Q1da`Y)xY{{3*JJud^vNy=@Z3M$!8Rd
zspxtq%Ef<O8?!bT#Cok|_HwW^GFc3aO(eahYYy12s**Ist$AX7m^&>#nR_c3)xCSM
zc^#($<A#C{2ITjyl^st}3zM8%$Cfy2brS<>XmNr6BjXvIJV4?65p#lo3TwHW#<g7$
z?+uX+%t%2hqN_P<YI|?w{&K@NGV-u788isR{vZO!<v>sx0m>*Xx;?6YSE8+)fAHQG
z3cgMVYP+8!(wItTMYtW?j6(0k49l**&nXv2KTkw4mV<M61~|-YSec7CnO&lfle(?S
zU2CxckA)F!9c#+=e`@VZL2%Lq7`%X0GH`(6pR*SJ`Wa-(z{h5SOywXd7UM4)aVTlC
zq8H2O8#QcLa>Jjew&%5D=*YYc-c3z_ZJySJ?V>82qIyFtOQHQ!cJN?YYu(?NvcE*t
z`?Oo*<WF@G*j79PA(d-Qu%W!4!t*sin7I^Jz@t~f^NIcSfzF4b>3S!JEqy5!G<QQl
z@begBYTg+~7{{5^g7zcbyo{VHK`g{uhs^h$pLr|lC^8T4i8wU<Rp3{4fl+Rr?oqw4
z_91%I=cK3FiWMM2#XJ>-mnuqVpE3yRhP?dtg}d1=>6#NVq(WPd()}*_Rm((j2mGN8
zCXJm&>~tUo&7Po$p9<>Om$c30K#<<%{mS7pdep6s6R>}F=J5&9p&O&Vp8DB!+>Tw9
z7vJ(4fH5{PFx=6z?esqnf2R178rCFoYl|_c5aFS7B%-X_8>do{$!B>-h+4yRt(fAe
ziJzL@>&kGI<*YAvwG50tr|?=EE-fp0#i~eu%t!o9SR6LI#LQQ)IOhAQl8Hz+-DmAG
zyw%(3yGVDG)+^N;2ng<&FztEGU-Fxj+f)qhT)uzkhBhj?lG_NnB%7u)PC90F-WPV)
zJp!AK1)EO}G-jF_@prfH2ko(p>Sctf5;Jqf<atJ>&BttZ(Q|M?Zz|b^L(Pe_0z%_@
zoTxJm*Gkb129+dwfs~>4N6bv~yDH;p8gff9h&RK3NWXrEch2AnXVVL<u*2SN=BVTv
z!0-gGZ=|%5TRDdc);ERw7UYNJkA%CC$F{Gxkoh|gjJ&sKdwBq+$o!(;y8BX`l97t*
zp9_6{H*4KrA9w3}m+>d25AVfc_uW_47w5KC)Iu#-(|@+rbgA50zW)S-v6^qO6Y(RS
zq((Q*Z%taH1P~feDaq?Q;9ofy8V-nIB#_>GTE_An;)O4Ku92PNErnoAA?<5$X+^}t
z9p58oPF!!n#SY)RA*WHgV?D)acB|pZJgxJhPGu!}UMd3}vy+q~)gOK6>vtcmp=zu>
zaesX%voPMHk~FotyT#+0Nze~#AHQ~yCA(+Z?;wa7{)?|UyCroGAi^ok%jel#Gr^&#
z46;f6xq1)h5zElMqap1x6_j1azpB<+7HM2PeGj<{#8Vv(rYuAPd!AR*<xi!#cYjiW
z%0EdB7>C1(MS(Y>1fuwJos?lKfHc)NO6F(~9M3*!p1w{bTC}qFB0&&Gy&je@wKfa-
zQVShbmg+i*x)c^j4||9%H024KPOro>{nBvct$W>^Q*MG(B%#OVdgK@~vLo<Rdsz2s
zi_b)hCyh6rO{W`&jM+3DP%urYoyOz!3&XX>suRmb!pE)+c-psQX~^yvt8X+Wug_-k
zRL#9z{o>M2MRi)PXnwECDJPK=2~-c5;qpE3@Tb_ZJeb(HzSgllH_`Ox$?hhBqbo|D
zuEywEW+UBIqs=}~@`!KX+tT95I{sog-PaQOjZOk14*rRu+wY)m^P4X7eZBR-*YcIN
zT(%8QSxS@^ySE7P+n2}1UE;b~5%uPqR#LclV#;eTzo?w0Tt!63NGBQH4shxs70wOW
zR_jMxp4)2gaQdeO$Um6qs|$+jdR2N`9db6-PZeD9oO_o`?NvmA5spYIfq2K=!N2a=
zcMr$4-_0h^(jI3VOkWziHin=VUys;feD5LS!#M5v+wrR~qn({!PF00DRm7ZNmBw>j
zvou=#E2e>nNSdIsLn0xc;i(J}pLbgi5GXV=H=Q3HNt*K3>&uU~fgDSwiV6S2*-_A<
zJ=}Or*$HY!l?LQk>=$6)%5gCzMlFo_i?cU0Psn_CyO7o}H&<F49yrVvIQklVf25;g
zKb->J#~)SyI-bTt$(FkXan(@b2;ENJbU2J#{l}RS4tMpkGkQ+Wx<>(N<v;G05+^$A
zj7Njy@5T+-urR>==#S}orjDkQ9De!?s+t~McMzp}+!A_woCCS^<?-VS`pF+hCe)zr
zLCTGv?@L3PN^Xgn@0APsd#nz5$!U&hz!F?(<y1r@<N+PqaQDadC7*6i9r4Wk(o28!
z?LPb}pO3XF;(lQ6)yhgv@g#?v<xZgM+7Q9$$uI#}`GNa|=o@lg4d6nIB~)49?<zUP
z^#0_?Xss<@#+hnrCs_`r`x*g&6u7`=O{Dm7PZ0^?RF+CeT`Jk6hl@?i;7%O+{_${+
z!=U8B119jDIW6b59aZCM-&UBm4=sqt)(k~k4zeb6T9@rBVrj+QHh5Z5dcMp~{E{ls
zs>j<9Re`Jq21xEWzR7LZeF>cBs|R!{7_X9^n_P9fFfWci0_tM&<*@agS75`U#X_T+
z^S=b5?4Y)eH_mW_fNWel;w@KMk<6%ce@~jfZAO&&K*PB8x228R=poNUFbIr~4A{*&
z;t;G7@uA*rZ%^MFW5Oi0$u1I)@mSSzhL%9@jZyrV=C6<lq4}uL!`4a`;<I_U`Aj8O
zOxqT<u!VM0%35}Rta@(iX5xrCG1{*3cV@dK$=ioQt<7crEo1bb(!bF`vrKoe^t)hB
z6CeHHC15i$a}<7<p4?zIlrNsNb3yocG2_@~U}S3Vi$_*jSx;tU0Tnbg-IkO=1uw|l
zA=-x>G*oqbS)OP(<IO>shONzDOXhtq((X#{h}8ofW)AuQFX+q|-!D&`fp~kk@*}-;
z)=7q}enGyu*Wt^sMYc_gbzEQKiwv2Et;==SZ`{KQ)6|$hpY~C}*rcr|I@kVHXExYB
zC-E&UYcU4YFquvhq3<?-Qy&@@F0?oLK{L4KUUvgK>cd`~Pt&14ChQsu6f=dUQXocb
zEq;p6_>tiT9GN{Yo;_+JV5}ah$yjqSG@Hf<D`urL;t(!7ioxL?2bP;<VZRMLe!whp
z_@^-X=+FU9at(&TW%u*17((>RmSwy<)@;Et%c?d8u!xSE4GEo|esy}R=H`gL+(Y{3
zmr7>8$RpE=H{$MTJ-ngYx}H+s=<qv*47)q^t(a(0={5glN%*iFU=UrPuI}<@-!bD&
z5c5Kw@Q`~W!r?2D`As&_rQiFytX@ZM-o}+-^O%M(hGdhSRrz5~>E6-)7et-Q!=l#*
zH?Ty4<<E@oKJLN!aa<=-_-XNOb5B6t9~nIk%*V3y;7Xd5-SAIFK5P}*Js5Vtq!mCF
zFpb40dAOR_B$5_iXe+KJQ;Vv6riN~?F(C>6B^&KoUb<|BW6={_^NpMN#n#V!DXI@^
z2XscWH0@?O(fgIlBRRsh8E>$+dYowR3Z)w{PRWwz9_`gU+m=JSwXdg4be^3W0J30Q
zPPo6@1Ma8!nV{)iZ@%a^3GjV6`DSnZiFgOj2sNSvgT>oJ-{ktCZ<YDSUxmFcJXau*
zn#FL!f$RGkwUVSp2zksC?ZXXB%stwlOyy9ux9&7SL7P@n`a(QDPZPeXZ9CQ8i!MP(
ztBC~BRRGY3<c?Wy@upQ26ZLeN=&18b@>(}@j;nDM9@liksy{4phBL=URo6!JlNs%f
z>S@=)YzVR}J&5%+r?s|mkqIU9erRQ-e;oz6hL(Y0PhPpoN1`Q^3TDM>!DRp0t!@NY
zl1V<ons-?R7u(UOmvlHKD8PSwkyqSjC9SkpROHgAv-;MfJ_d^{oE7zlFZH}u2EXyr
z2ls?FvSWPk=~hy5#_lXcCN~LA%pP6<#CYF_v+toL(n`9q3B`!Bdg5q@$W8BW4?M`Y
zYb&wxijVZs-KFKLI1i{G3>MC<f_E)Ir(r^c=boOAYWx+A*Edb|?hXA0N8hfBj8m=C
zO+ZCaZsXmXDze>HXKz*}>6)ZI>nN5;igs;HAD0#GFNHuunO0rJ1+2&&Bf5F2j@I(6
zk32q0zh5V9UHjg3VPQ*YOk2@`6*<FGI&}NhAXKpncUqeP?(*LwGwc{&u?#hu-Z@^o
zoEbGpdnOLhmkaq&W`rOP+~MUl{rgUp^egF?^j=*o8>uX`2ffC_Y8j%_Uh)t`F6Gr{
zy6$*)ilI@e9p5kR4de#6)&`f>RKD`7zG%(c<-EyR*%G9W*Y~;*2Iz69V&5U?E(4A~
zUgjKY?^a_eRjjVuzIRIzpUUArq7T30UBnuh+B3Nsn2R7gHaXDjieYr}Ynp4C*gsY%
z!h|`{JLmlulji^s_~&OYmGy8>xYwTd^ch_>j#{=UVj2+)%4!z{%0@IyizoD>+Y=Ee
ztM?Ve8yWxgp__KRX<v$+s$((lvsvg|6iGoqOoI5G-5Y);+rMuM*Tz{(c7S@D6BR4X
zW)sJ>^u+nAXyr|W^_`2ux%K{r&ZDw+@>SStC$T;!e=?b8UL6FT{ElsQ^2^^k3eWi#
z-0I0G=UV^$yUGPo{2wxarTMq3KmS|NYozJ0_|b(cQiQid8+8>*fvkrNF&=E@vR=5h
zdDW4g+C9q}s-Vm)zk2J~Z6OTPBXkLr+Ogyjg9@9+v0BR~iez(UOT{V|MwlmVSP%uy
z*ce2jtOn0?TsGggs;q>T(`4;1c;Cn1VPLjkp`UPv<3eAth`&0ok4Q%*j|fivLP&Fq
z2M)&?p5odW_WBr`jHlY~xX}j_Q_AG)t8t(*sQI@%0$wh%p^!h3x$ogG4xm?U*hB&|
z8wEZm4T?|RC$_8hgVy*pKg{xP7Zr%5xqYowSso`qvg5-|GbvZ)oyhQ2^K<Yh-(tx+
zx}!PPIFE<4QX>0pnljFv@T-ka3m@|te5k-`#^{(}W=?%fk9be(8>l5Z{G+}j*6u#D
zta|73OQGmr_~Womxd)15F($t;z(C-X-PNQU<4nJ;{_WW%*8wK1*Qo@y!C}YfZjFt6
z#qLF-ce;Q($QdOK+g{WgY~PK^+pS9(ziWTH!GfJzd1syEKh$Sl5dEPJ%(Gr`dkMnt
zSgEDxe9>Gn?sxX}zD%B}X*5X=Sn#uc)V+%dc>i}f!qJ_g4!miCdbb@!lSWu55XR)l
zDCN{nPjp=_g4WOGsjO<x&ShJUfn1J@!4~;^)_h=XXo1BMfk7Q)=%_?hjd@EmHSI?A
zqY03T#GtSm=j5^G<uk=gt#_0FoZD4zD50}FxXmbQQaP3DsrEJ(Bt7IGviPEE*4c)}
zGbIA!dQZZXQ}1%3suXJfwcbkb2=5mwqLZ%Nza=zYz<0hmNdE&kmiP1nl+KmZAm<uc
zCrI*C?!cDqy4w~8G-8MI6^me4ZT0&P=Y)rgx?II?ek<<YGBM`Q<RI@;1DGOB>}AP|
zw$i#9S9}0mu#2*xHP7C*&>Uk<x;Hp-D>Wco`(tQOp!u3YKVjiz2zDKqY>Y`<98a~+
zs1h+#GcT?MS<s5>%KO9e2%p>MVd+uztQyh(^^!hNBL$E#EbutmW_yZ0I%eLQZz2wU
z#9|f~g^})7s;ptNB6dw~pH_4omkOG~ZU$rb9TE09Drzm2<-6v_^rxz{_j+h%lO_)B
zEPBSOyd!)nn_*6-?>ee}7af5E@$KK6;@0oxT1xqzII=vhEnZmw-p?055=>aKXn>Pr
zNJY3}h;wWD`KbCXI7knFr>p7p>JFg$Sc3`B3cQH9N!MTnqZP3wS(jUWevwG4L9S3X
z6}|*f8C!v>m&eTFr$`P#L4hA>TOHfgg!T$yER_^26`}VjJJpsn9d;_{SNVm8*%3A9
z9MJl9Df~-Xf%`+nuWgsO<w8=$lTgqL#+)mVd4xcB5~8uG^@<7x@zT0$(a*#G!a42X
zDrr?;4M&(!KZaQ7h2aP}sQ&g^4SvZc@3TPn(m>A)yy0!RJFX1jq;-m8s2?P~V}$mj
z5bSe1?wAfMW*|A|D)%6+8}~}_<HJh;n|H0J0PfLSF$fE_qX@~*je$Lt$<w?=x3da^
zXEJXSa*T+9cM4lr5nJ65ezsurZNioyY=&Z&FNx-d3$y-f(xczER{Y`AycEOv^V7Tx
zHROrcZiX|nHL08JQN`RlXgsJ)xnwhx8*kGh->Q+3|7c_1u?gyu>2y_Ip9D<AsHXWz
zS5Zcd`n^vLu!_s!f*AaE)6;qtbY*MFP&z-zjqC?Sm7J%w?fI;WS8N%~jHgd=QzW|D
zhePf|otRI9^&<>Dg+czM2M1aQ>=mwsf4t+lQ#ZZhMmNYN2GgU?^Q=*U{+S<=tvb-1
z`wa&NF(Xw6H(TWp*=*-^hbZyx6WjC3L-&!lZcT1F?Qnh(f9m-1X{R%Pe`<XllJaYQ
z711f{!5{h6UVc>>ryPO|KsG8d>vB~%rqeiRmm<ahFBJ4TF|%8fXn;D7IzZ46)AZ=~
zv2GmVro+OMWurvQHZ^qKD15FnGTe34KsUwstEXbFO}HpDAjCG;_BT5FuklvqZFmcE
zC&f!B_jlfVA}!Nl!c%#i9XTh69IBI9_*+)_8R{n=t#0|iP07e{VQ<pB=~8KXSB#n6
zW-wk9i=q%V7LVFi#;8P|)xe6okaLBy5FO<SG0(F5Dm_aoJ53y-L4|T#l+ytgDE<S@
z;N%1%<@Oau&&`-WmpHa8bGy;2{e1`JvDn6`?wU|ED;dbqp8hIp;ggH`&xcTY7BANC
z`{;cV6&f6|x+^xX1nq!EIQ2m16mb5onwq~;i_Qm$Razp_k&0$Gs=ORNAc9c7c8vZc
zfX@3kR4m&)JyK>FAdoPh$-^G_A9wTOcAAyen6{~qKi?3ENVBJFxgMYjHS-5K<!JNP
z>kr8Z6*0`vpUieFkze*C_h@&A1g{u{kRY<7`_CS)=58+&J<H;P1#AtOtTwz|<9Y;p
zT6fL|&g@_hbjDHDdoYFHBwr>P(<j**DtPG?JSWIj*KP&b1?hdU=Ld%n=b9NjsO>-6
zn*bW}esSGz&kJvEMQ?K)N!6gXsiK=U4`Ap50FJND+=ZDFfjigXN!CuT&oq~Q88#2G
z(U6x=cS*S3c4km!<W1o@*|$8Zm~yhxK#1L^`I1+IEpOH9lKNyGD@z(AdygiBGTUyT
zkG_;c{`<=D71u2vm<f7zF_?4&kFNh#Twd*he@)pupS2&d(h9g8DLFic56t`(MrF%c
z3;NH#mEC_TA|vT{Zg;Qe%AdCmTyy~)eXN!#B`*tA(c9Uj3tle;cE7UG=_u#$0>=Pj
zp9*t=Z$mJ!gugiBS}?-x;dqaYRk7DguHBs<*9FE<8}tcLjzg*qeII;lvg%*#R4ZJP
z%O_@K&-zk4vJ7OEg2V0Nq1Rv$v}pH6|6C?{JL}Ip1A%N9sPACB1#1DhZt*hw-bTrk
zIXT5W*MANP)Jc>=)X)1J##8lE<2B>Jkt)<@*53?f1dSVf<!_u0k{EIQ=NL*e%Gf$u
z-}jxzv|sPSE*7fxKFz#@TuPwB-rrQc>L_74eWQZ|s5V<W$vvNm+%KSG#9NEV2_5lJ
zxkB6QY(^uHG)OOSkI1f?gQ=>9H--1?suKxSI1|L0@pvcTfG-N|q>dZ1#5O(W)9JM~
z>;zB$?~cC1lUKc0Jz?QQjIN%aZ)CVK2gYt{9el|uV5U=vmovPMOFb?pk&Rr|+WJ%D
z9mYEb)OoM=xeKF4sw4o)phpn{vlgI!^;R37wKV;sk*a7Y#+y#4e{-{}e#Tvz*I)ke
zar2;|P7ZX`;d6pseiI7l&IhwgMEqUB7KB;4ZWtZ|#e4=w+QE|s_8})yB4+la3O|?g
z_x+s8CICRsvA!{YD<KNfh3{dMTz}#~$|<?f8{_-HPi0%fSL#?3_QOa}D%2aj{Vv~)
zX_SA*#A8Ctrv)gETW|^B>W-7j`sYUGx^E3ADedo>r~OI^4<#olb|UQ|5-+RZpeu{J
z0z6Po(+9Sh<F#=aA`!oH)hAa=6SkJ3xdbi@DTPGsSK1_l*C{WoAaky%cZ9&hYEy)=
z0$~3T1#4+!Z1gU?5HfpZUO9f-G{6n+wj~RaH#X<0ykypaQ3Dw&UIjP~JHO|kYYXj0
z)E)WVe*6=K!BpXA-nG&ImRI(MzsMHkrWtbD55bmCWW8CT7s}>S+D+|OyJ%{Hty@-9
z_9IVnMbDnL`oyPM@C4gDbmE|)+j;q5>g0MURVUV-bsV5r@hC;gNkW35sy7dUFS{Co
zROxJgPB;QlR=RQSb{UjaT?=@3eOg<v`WZjo6o=tBb}pBM3FU2#$l&$T)cATQn7i%k
z`B&X6*uH(+Y3B~bprQ7(bq}JBLe#5RKAp|0U~VEuc#%iH<E&BE%G3Xv8z$#@PoKsg
z@pGkX9)})A(`F9_ytYDDU%Za6)Nabrb|nxo57)FleJ->pNXw#rLEHH@wUPOwyJ;_>
zPY%5J=E3vj>WXnv%WIg_Av`s$NuX?ce?di7>pGhjcX^&Lb1M6IGxw#_o<jg^v<vOD
zFno)1(|$MtQ;R>t>9CIbiADZhOw~cujp4V^G`9Z%OJLn9!3`fzKTcBIlUWv{>H9z5
zZIAra90(?OoLzWPDI~5G!678LTLUN0G8+#%%!d(qfv>9f_v_8=i|-+zxF>)G!oQM`
zkWl$mt`F(*0fp$uf&5@M9JtU0kingP2wj6P_InB-r@&4*eh5OAausHfzNewyDJ)wE
zl^nC$C7qc*G;2QDE^9v7yx(ke61|_XqJ|}3HKCWLg8JbVnfCRry=+7L`w<ibrc*5c
z<9doE2khTzX##zCPWdlZGPAe_Mf{A#<dNlzr9;pGf5e2*y!+%r981f&5gVy9yDC`?
z{~~%<L~3Whw>W0aDJi`2Ys!f*dk!yG>ucDr;t)bC0B2F$hJ{u|zO}OgD!g;>lzd$|
z!eZz)#@6`|$8tT*-U@vvO3zin8b~XAl6ML|mmzpszAws=lV=#xF?ZMSyB;v2$xRz-
zkC#W*t~SDe`kcbox$NZ}`Sbq2BYvlQNJo?iA0sh_qzp{%{5Si){5iQunxPTsRj=Lb
zZ?3K#_4b?>8SnyyyTsRydv}A~UOd^;8Keh+g3B9B^#l-k>-NwM#9tgm&!|{j!KMwe
zSKZ^!Sfp*7970DsbOydN3jIIjD_GF;9vy^wz?1P>iw^C~Kh;*;6#180-i&{JZteGT
zMlOxlMa`u$@>|iq^5a%0`AKha4>Ir!FQbf2UXANVt02Yspvg_|Pf0En>>1Yz1L_RT
zt*8aRk5BYjO#D+BJYSep&sxZz1VApkthlMp#`sXUsKI4PKm^Lo411MlyC9Lz^lH0d
z5&n4~>>hrx@N<C8SM*Nt|C&-S;{W(gW6bI-RW6F~r78n4PH41fVRR|oot0YdlXeCf
zJCeQk42TjK9%su|nE5pzT-0%s3~`B7mOGdC>Qa6UPg5zD@D<cgRY6wAFkKvV$b?Sc
zr$5u`YD?-LzLa=R@O6*^?Z#{dhk+DzIXCJWkHDz<I!H5-<#)J%Oeg=0!`09D?_o;B
zi>I{nmVb63TYh%MdrGj&4Yb*YixcCW>+_5=XmY3>842Q)`v&xwCigmG=Uq;A6r96f
z_h>^eW<q&Ngy7Ls@QFWP-)76#+!^dwS*`6TchnFGox7HBaF06xro<grZe$&OJ6eGO
zk=LN$sCc%&E&vyZz##eY)|R_=@sQogq_t?Ty?DAn^ry?q%gf4K32BY*UcU}>t@(BP
zre#>AzThy6?`<202bOpV2?^WO^MSp#bQz7s>NYDujRKdBNdXF#XC)7`Nri1W;R@^{
z#|QfZk&6lv0=zL}sh9Tc2TW=;I#3=<Isc`|42N3vA43vfwXR!iDpY?|-tHpZoT*&Q
z>K}h@2D(1D_5zeWSV644CB>zJsyGb<_Ln*wz6iq5JQK`yyMMZv(D{%H>4`=tQLLm`
z%G^X(=b!C3(7D!<C!8fQ7ehutQDc~^DOY2xSg3uY;Z^n7oAXp#-b|Uj-}?xLY?Hc^
zQwu}izg8SlOBLHEc>OMKI@GkcX!f?T!)K*{*usy~*kw*TL}x<6+vk2RFU#xc(O|J&
z8g<(-(R^lUX|7iffP~sCauufCHMtRF%n{p|Xp+g!Z9UlA1{+})k!bdt6*Smy#m0@r
z<OBn-X^*b@*tvqo$C!qkAxED-B=x*M#jp9h%<g`}M3q|`-bRAhN$9d|b4!?@`GDHI
zcY2BRigb&?N3^{&QeB;filU*VNGEB8-lDRNudGmfkfHE>OJH;oc_sZZ>~nfkT^;`7
z1@k#FvL|XnU#R_HJDS$l`FmM;!U5^?FLYJS@B&pM8CD1BAmGCWi_gTGomi}1ACiT`
z#gQ?fLB7D{aOtB1e;1`#v+E(Jd!*&BiCdLH-)u=bUc8RJP;(CMgwa+mHZ2x^<yJ0T
zh8Xl!oPDOJN+08o<^1P~@QtCbPtM()P5G3sI-tN$J+WCS8%QEndp0@>D{?JNQNIUO
zAFoig;U6x5vZ`-vuz(%lHO8b>2-Jdu<a9Ja{PS;WkP@%)3wVB-tI82>+3nH*YMd10
zFeU<JcdZ&$%lb-+q9w7&B?%vStw7F7rQw`25_7h)Vd5JK-Pr$y1;CLAG|c8_&WWbl
zGF%pUEOsKA1WmS=u3y8ve~5KcFvUv`Lj4zdMrNtlp^jBmTqyuLKNZwV#B{6HBGO5$
z?Cc}2`H8`3y4rV7m;qEnfx05kz$vEH1veRgAyinls|m*ys%9bDk{J#s9iQHnI-n9x
zNqn^gsd=6r9BFzve)@oC-*_CC&VkTrrnN%&Kcq;(DVZ|LV9P*rY>y9&i`WLtZHe4f
zd(W9ym#KI)Smr$caj6?S*<0jdT4%u=;(!-@L?4^Rr<2HFg$-zkNsp3JWq7!?yy#M+
zfKONXYq+6z-V{_!37v!4MR32Q{l&_fQO>^{dPcQX$P;D#!B)Ia-%QWc>7hq!FMoH@
zlzrBnp`;O|I(b85T$qfwZ$O>e&1G9T{;GQwh~%A|y4!_DyK6F&Uh;m0no2dA@@6S7
z=4_o<=>ryHNp|%4LqV81{aeg6(DKkKo2Y~z>kZq%k_!cVdak6Sb7f9G7`lAv$&9PP
z%AfVe#eCHqD;e?9S&7`pY%=Vbt%m#1hc6Q9#YzfV`(E##4tZHP($JXpd%sbGYpm3l
zwNnp5_U5<S=fm@$8B5$<-H*8+_-w7XbPKj{%=;B_+p|+_b-YM#uUR*!dWA`P^YSe(
z52lWvd}N0kP<8YJ=zi)anc$lUKERoA%qUz11xXwJvX`|*+qXvu@yO{I238y1R2Y6N
z`WCVhN7p>sBAv#^-t>l_xYCdWBHzW7E`3A8+RP4qOL`%!`ZZ^X4Lg#0(Yimat7Gr!
z_eu9HL!e=Hf(>+Wx7KHa`8Lnt+^ZfE%F7a6d6HM&Z%DEb=`Fuw9m!C`;ORHvWdBkL
zw3U45(C3J>&Kys_wfOnUcT!~9dVV6QVpT6+XeToza*Dxv%{2xqv_`!zTUo`h9@45`
zUMqE_&ntfIl~YFxPsj4u9AZuDnWc8!k-N$1NB67<3J+%-u@-e+=uC1r@nVl}?v|L2
za=R7{-;wi`&t&cj^TfKSbv6ks`GI>ATcP^}Z=B<*BnJKA1u>FxP(NWySDX8u=A_6T
zUu}WvwKoZ9a@9IN*^&-Rl$)N<I}RFg;Of8ycQ<6k+RPmqIj|fsL2KTlZC1YFCq>!k
zA5F5!TLuj^DMYVpoL>6x8n0NXGYKRDn;zRqTGX^dQ5j-cUsDEKIp=UVyRR#(P|`3C
z152F@1kq1L-=!N03NdxwTfC{=rD<n`pPeIRmLePwl{CIU5&x&e5as6rtpXcq(J-hM
z*%=9LFqx-v!G992dhgGfbwyEs51~M+yOK__g)tQC^|>m6L$}Q`$fey7wgi1h#{m0U
z6*U*K9WV)>Z=iQqdnkLol>0}1Ub*4T;ZNP`DT6%m`h0ZSNwJFNF96Xx%_#bcLQ}ru
z@a}^Tu%Y<n{(byV<vVx8;Xf?^gyV4*X?GB$Dh=6+&Hph{vWbm~`gwi&MYuH$L{yHP
z9~ZB~lJjtQ$ycFk<>25LIX+PkjcR7Vwvv$<f86+KyG&_XGzqEZ66PJangh0L4%`Bs
zqjL$U9Sq)aUdc=|AF0@EqOad*VOjYuQVR?3<P{{s^hBww#&<%{`n=LC6jRv2!~8QY
zo1&*YC3`=1N`WcX$VaBqrF;(zosoSTh6Jf`-@U&t*wD~$d}A4Ae<6=Cy$TKgWKvRO
zf0!Fn<PIH-&&N5J&Fy!ZxWU+ShK2^sLeA|o+lxVsAl^D}U(Ky(^k6gmS~Pc!6Du-}
z7OHCZ(Wk71CB}suO<BiY;{zL4w<`PmUrN3?xR&)WUi32crW&u2LD}5eu{(CgNf(P;
zf5-!Eq5YHsCg=}~ht3ccA6u)&PtFmwkyBPanLi%3#aU2+lAc`^-fYIp0eo_b_$G%D
zZE;c2!P#5k;a}U=kXGG!k5ggD{!^atQhjD78wkW(v3e&i-0;tJpPZ7WZIk(;{q9gi
z#2>`v&%b>SmArb>6>YSUy8ZeIl(z<$Y-a$C$LGKxMXgc>4$$u$HBh7#yJACB*6J)6
zK+Nfip?DAajOo-HL?1VKx>FbHw0L@A#hYWL+_DQ-+N%4(y+gmcOnKCp&QroZ^!BKQ
z_mY0{uegYuny><sT1wd~XSA#QS09G-i^fUWJE2I6G0DWKL8j^g#Oq1S9EpN-MS1x*
zx3gG*irGO!LkukX;Oxr5IDE*JSU^G_eTFxwTS5VLeh8rkfLTxH??Q_u+3YqNTo6sf
z_6AF%{p}d%D^Xx_$X`~%e&-CiIEgj`bxdCHPf~jQ;_2$MYZ*D^JX@90^d#jK6^~d>
zcH7e$w}-15lkQHZgL02SRVB5vdbaUwnbQHLe$UOScGht)n|uGBXvz-({JcOMO^#$P
zFsGTIo<9Ju4<4^eKFu|IoKhR5BQ9K3)j!tWm^yuvk8KLa2rB1WtLBm|8o!T6kL*MT
z-@_u9GwEEEhCEw;J==@uyCHVL*%!sTKbc3meLegb6qlJjW|eH0{hVVZ^@=V^d;+-c
z4`r3q@-{989o)N}%_d24KV_LE*{OFM_qs+Jl%(VCD5dytGPT)*M>=Kl!esL8Ipyw9
z8=JFYiM&+Tq65??0vy}DvNfdX&t}ychG63^>XXY{`Z~(!?G8##LtGQK?lipIIYGZH
z-QwB)+-?ponB-r&Er#$OeOpVYtrzsVF<Lv>Dnc<NDsS_sZj{(`I{mVEZ}wO1WG&+#
zUKql{_Pj~!vJVSl(eoqE%P~ADe<wYVN9{jmWM(;u*nK_t@XI{)x?RBL4n{8NveaOJ
zhjKb$sySP>R%(Tw1o8Zq{Mi>e^#zT?LP4V#s>G_XzL6>$<O66whFJ91>Fq}-#M5(2
zbdFxbD+GswFlZiAs9S90f1Q3I<SaWop=PH!tx)iOI!)p5kkdK$TRa?V5sKMD=2%$o
zoxH0DSSF9%y*kLC1xZ_lc%ZhZ(lu=7kM^+uHQgYDxcNsIaX}@`D}f39h$k39p#Wy_
zgmzG_N?qB5H+&03()+n0yYC<T7#{}h6!5{sJ?X7VO>SrO@UrW}w{M`8`E162^LO~k
zP7|6hRjDg6v)!88me+dbJz&R0_xO~9nMe6<VB&a<bdVLU5==PAiSG-a@81a3+qf+W
zO}gvtD~zEQSVD$(Ys5D_oH7)|i+!{V-kwdoKQz(~-9PDBr65rKdv{Ar=HoM9Dv(V5
z6rc|sP{Z2aLvqR$Q4p@->Q{^kk)J<oyr?>^8##H8sJMD<ldfLeq+;s_{QZMpe$Ork
zQzT;o1q9c&e4pfbY2Yn8km!+&?>kk2C5uVff)Vf9xCH?MdRmI^1j`2;=Gba(c3T3w
zG|~3bpI1O=T?Ahl#KZ(~=_XpN8{d2ArL-m|ngs5<%XBpO)+C8$0z)&8fZPJIkGwxi
zYp6v_2^{RB)bWm^au}-V_^2bAy2P<?y-<`ybQx5(*@O|}Ekc$yR$g)&FP<3l=>3im
zY>F!U_(gO?_0p?vRA&CqBCISKkPjXULW;bLLk0PT03d|T#wL8IYX(XGzS%L`DR<?8
z3MO`T9u3WBd1qrG(_kL+Tx<0<U7N2~$ju$nGL@BtPDBLHJ-k!WBWu!m;D{dCi3iO+
z&)pC>aYNo(C-DR5GtZsR{iFl!bJmJ-D&6&`+93E_2ic?~8~_VjmkVT4?$lf2FpG;b
zkFrW$2;p+nLCf<gtZ>=b@~h#dn$=;j7dH-RFUW!I_U_pop~CE0)Qh_+lcJZ1#ah~~
zVEA1qFU;+a`KiYJ_j8Y-kRkEl8bT+4T}CwMhM_E4osY`Yr>XVW=k#G(Q8NGjV98EP
z$*@pEAsvn<pQm8quTA2s6H2CzKPng5)tXp6Sy(j_DSU?k5R5aUK<M~TKpUc`yy~=U
z*K9l0XlNXWv{E=|H!)&ocfEiKDV4i^hgOwSkLI5nkIt8pT<sD%M~gLeh`g7tE+$f&
zp9h^6R3Og*LZ*^Z-C%{mF=#Qk!tij;wBd0GRe~8-&b8d~cS&*;*@>)$pYP5I_H+x*
zKAAgNvL=a*J;8%HE5_2GO_B3YSTEALzd9mR1=(_0I1}EvEnM1*XSbcC@}{ism<n;h
z20aC%xdfWONYxvD6_^R1-c<pA6%lh*NNA9R9@K9mt)M@1tWIdfydqfrmS5d*6;1JU
zTml0mAvoX^ArrO5A@{%YoHr`V9(I1{reE3jfn(ZxvX5R_MouI!Btl?e%TOXoM=xlo
z7_&rHQH|)SteK%-L)%XEp9La%)Yfz#Cdble)RSX`BQ>aO?Bc>HZL3Fs5@}sHOQbeU
zF{Vseea-CEO99&TrK@OBZa8BD2r|FUw}CSr6)A%NH6;zIyFiEZJP|wt)6MkXy`iK5
zq5v4xs|x+S)yV|BoCmfx*(}{jkTQN^)b}DaHxE4<f4R}+JX5`K^k*t+#yR*$;(e=S
z&M;lrA0MKHW!e4ex&>84fj?06D?si1eN*u{iP(V@=Rh9!U>Lt!e3sS8?h_M2zMcU^
zoRTu^Q2fya(77w%2xEaJ*-^ZpUvtOo5@{-5hnh=l9^9NSv%6iueM3x~io1f>mv0rD
zlXQIx0BuhDjX^q(A^9n8WZuxVLRF9&uMoUn%Fqh8XG1<piF&w2+i{@DMRx(k%DO=%
z?RPqQ<VrX8vx^*9K9=RbSWi`)qqL1A&Oo_k8X6OKm+A0STQ1t5)LjA27~u4N&xMBB
z6;i-myQxQR7m5LFD5vs3*5tYcIS(9^ut&9ljj+Rhk9d2ipNntV{qSS)`%U(=qrKv{
z`UYi^CTDCA9Ljk~Q5rjpNJ<H<&QBx?r;4q@CP55hyuG{m_!M-vDk&-{R8<<P-4AIB
z@0g%>B}1Bx<!0qUsr5wG<o6m-g7X!!pja&~8*v*j*<f`R{Rn6PKT_+N6*dh%D&d7D
zx#-kW3RW)bB{o}$4nkEjL{fvWPP6Th2}v=OYo^b5ufWqN^jl`SgS*OY<nyq+Pxy#3
zdDNN{whhLTC;VM&KEzb`5x6^41n@P;_zkIx+_%<^;J8V|iyC}h8rRl6A2oRv?{5y&
z<h<5VYNz?kUX(CCfwE6X^ZL@+kQ#i{-#Cz<WQeLzP(w1q<dw}+w@+mERA7FIvugO}
z6k_kQgqHqetHQMf&q!FxfO!-Jl$H0?G){kx@YEcoLzqYW-$&tK2;iX|S)hPvB<ev4
zb`FTEH1YG>);?&X^4Y1stOj`@TI#S5UQ6;RL?VSW9D7_`3%*qJPMQV>ORSpl*RmRi
zagkOhQd(}ck1ic`f%|iTAEM)Wk|EU-zNIk4b&Qdj9VJA5kj~}(I6j}y89pAOZie}8
z!i~YFfqGc5u*A@bw@i!#_g>&!)u-!-ftgJdZ(TuSGTiY?PqjmBT0EOEv4;jmS}sAB
z4gvfdo;DxsIB(H&F}XVWcfgFG+iJPwGP@J~((;YluYY8%wD4$X!JbGov2q%N%G>S1
z*_Ym+0nogOQKyB!qj9UnVrO5H8nC3tizkIFG3%WiWx}yjUIazWQEKNfSb5Bv%XW=i
zFLPR>jBYxggX2Xc@zvw}xij&qTu!_6S5*hKxjdtNK2^-H&0yj+=-Vd^RCz;yV(smf
zmjD+242-4ppX)8a&huIGNa1zQR~hZsyy+(sWa#PV)N_uO7U?#Z^=&rf*?ZoptEsPR
zib(Cm12;Iq2ISGj@^q)NHD|Kkbe!Q0+hrA+prEv0rG>4aID_<=AoNuG`*jRkCha+b
zV9#3K+AMIYr;PV`mKUMV{~c)ed%ADW7H2kIEd}5o+JchBpP+c3;`F-tg?hx?AlaWJ
z1ct|?Re7P2Z}pizFwO6JxeT5%h%%Shf<bzHeM3Fd0I120zQJcwBJi8izGqNQ5d<<Q
z8sO*Spv@Y#tw^mldH!0@p<ue|A$mTJy7Kq_)R^_He(gMvsq{1Uo)?YZ|2>nKwzm)1
z1Rlz2Ki5TNDi-cNrN+_rsC)bU$@J_WRJ5nDEEYCc<Be)l_klrWy-Gg|3~<Jq6^`pg
zX#qo8Gpi=R=C%7anV`s9tl%?Y0u_dpFt^9Z1&0=RZ`q~h?vx1NEL*{gOT5S~sh}mB
zqYg_mZThh-2GV!3>Xq^yb|D7IsFd3ZeL{1_xJF474nTvUe8V+dy){G&z9m)RqUj*@
zEb(voe_a7+-V`m7aE02u?-lxPAbzab6cDf>-YTRJZT0phiMlIH&U<N?8NO>2wNqyz
z)j(xn1s=Z;@@8lBm;EC7mF2?Gmmz^t{s1|@Qj2|IrbOd5p}=_yc)F2lT$s*0G@)JY
zUz?%3s^a=o7MKkU%AJB=Idt*q2%E2lTuFt~a~r+q`@Ud68~B-LhXcuR9@5Bt{bWvh
zj;!Tfm5q0Cg^dwX#S?i4h8oGKfTPb-&ld3O$o5MuVh?z=@Hm1nFXboEGunt^8LZmV
z2`xs<Tqi0Dhl>FP(J8_U-$Np4Qkd}p+}cUu`7gDf>V$b9=7E9&6#LNEOT^bRi`6yZ
z=bYZP@v|Ate{*8E4p{y_-trOBwiC55NZ#;{*=ChMN4@V8fVrW4%1|k$$WLn0(jAxR
zbVNHzJY3^{na6I76BE}0@t4|p8a2?$5V@8&)>E8%5SUSHr>+m_0zsk)$Rd`D(5pvm
zyGhAy)R?)-$XQDC9hHKqF}woi=j{J`2$Ot${%hNBOH<7ct(2Sc%8OuJp;?IhoO20Q
zjXD_E=S_N&cPLs;6Os=Ky2MMV!l=&MJmHqm0|3K6-2_!YTBmDmbW>u^6#!+wvU4i)
zcBzl+DoTEhe|Y~-ve7d88XB=%GLlwZThdsza28X}IkMF@rQ@eA`IMW2Z)euF%a2|U
zcJ^|e>^|pOJa${$u5!mKNB3#ZoC`sTPjoD}K7IOBRv@MI+c);ekL(+JQm!>$D^Gl~
zGk-n1|DpvpN=uq%1HJ&;VwNE^It#sASxz6RszSDv?_VqYoS!WR{ch1vH<{u4Ss~Q{
zw*vOswjPuf=n`Szv*8kSVPLI%FtwcGvQ((|ds`Lf??3|ObqX@4Sm5Fj90WEh^^Fq>
zsc>-vRn~%5uRT`~wZBuj^ull0dh~-ySb|#0?A7{4kB6+okK=4!4&PQ`P2(wnk*PNj
zhR}@9BUxaEZJf#sbkbby_ek^`&us#E|AMp#+IE0h0R#S=hS5t)`HrY6DEL&CXN@fy
zvuD_f((9X=PHk4g@<qIm!|<wfSkFvNCUf|D!0MOsX|$isAHVIyJK(j+3H>Qhc->2<
z$)ygK4*=6oBjL9KhGNROnxr}kBfFkb;it7;73kgn06a3JNY&HePlx$Sws`N`$aGR0
z_nLH+5!v>bPL|&W1T+K$D0Um?5&>+;?>&KjTfgMh5#eS5dh})i2ExaarYv51;}hNG
zq%e*o0tF__Jk4i~|M>XqJw0>~3EvgFzU`{S{sH@ICalkdz4{pZyDzWMzR_4NyHGk3
zq|s9!FrjNr>%Y+TCKUx!<dBP2lh24<z8vJU)<6?#F$4aJp1<C-ZyPbkqhIF~s=@>h
zdM48_7;>7GFJybeQj0=OJyQ^kxjuRDN5%87%)k7HOp~F*%(9@_hcM;<ijz4i!P&2e
znheEn4RY~HOm)lz>8>hU=I>rKC+xQ%N_dylPnuDG@ETLFb@+VMAzPG3f8)4XGUIKB
z|FX9Jpq51X`jwjk7YGU0TqXw)4Q3z@|GzTw!{0J;BRY)Pn=sib^Y+D=!@WOO{Pso5
z{~uj%9TjEReGLPGf`A|>NF(i#BHbV$Ey4iON=SD}OE*XijfB*Y(jX~FOPA!(NO#wF
z4bSg+W4-HR`3Gw`z<pnF&OZC>bB^X|>Qv3f2A(6Ta0*hQ;$k|Jl$h88rYLZTh&;;R
zzBpP4qUrz>$4+!<hpZ)hpELqGw|BGL0x<?i&ISdp8+#(tg4=%kSKWT1Z79+N0O<9D
zgLAgjeEz~~JL-nARF9>4#r<11>*B=Czuo;#??cs5jPANfB&02m_LFqx^efNBUbkp$
zvljjv1lSa%1XL7Itr}JH$eqI}T1XtcsM)HmaJM)CEy{1C9?6s)z#LzwNJ4A_9w3OH
zu~AehBI_l=bSD}bge)CF*Qbild%qsooos35_11M1JXGmHLv4AIx_5%oTMnS3U_`UW
zyw8K`s|&)nLOwcdj3p5=G)6r<-z!OdUXXfsgMA|D4s@@$U!+r38viJ{AE?ABwl=4@
zU&M7OY4kkxIFdKn3s~z9>Bubv1!qXYU~h;$?H9~Grx;Pc{m@rBrHKpQ;1yF{un~H0
zFR}tR8V|uH2dRDy<X)oJ)6*0nT3SWqa*D?)T4s;&$uBd+NLzP%MfUb#K2pj7>3&m<
z8H_u3sV`4Qz-PDUKVpo6QlzEkTKxE-nM-KFT;*UT%gXV>{E4CyAtB-PO+~~JCrv#%
z&g;?lJldm1LR}Y}KjMK<5yVs}-^5#R0OVb!s{!~RcJZIQeZRuTr>AKmeiOOVu}alx
z6S-kX`e3LnKe8A5k*o~q=U@Txm{dly4970kwwE5OzxyJ`_mT*CmsnrFd}Be~2(G}-
zi_^Tge}hkAYr6v^&1T$Y?qDZ~Hn%}T;5%>T9wOPgPJn`<t|$!0`S|O#O+wx2oO_LB
zFlepJ<!m-Jx$Zpzh2&g01fM|YWS9pTfL9?!|C%H5*hzwVQ10j*y=Pzjs3Rz-GKKDm
zMdzoL#4(@!PSEcdH87!szWonlFxePl925Nov?Pe`mC=i(l=<Ivv0KayhFm_NNLJvW
zqFa<sk+>p&`@QcyzY>P?26nT#=NnJJTxv=r8&U@Yk6iyh0{!!E+R5R-{zx+!8PcEh
ztko!S0?2}s;zJQTC2~?0Wp(bvOFt4lN4K=_DKz<xyFMkKXJWHwlx_XOz*q-jqVF&C
zYDQg;r3nFjP;H27OqNTefn*il*&HVJRf8Tnt^lbi9B8>H58}*szol$jxasH7r`m~H
z>_!L$X0$Ew%6fx<?%0hGyLXdEeMGz+OxkcY4V{rW_&Hht#2wHMKUK;41zY4G@2R04
zH;Ph)r+a>r1UIg^!N9`2FBpAi#r2ryUa%8}U9T+;aK5&01R_CU{}AEA8=S1h9|h(6
z33_TQ*23laS~g7HQC)1ff>9zDOnR;>FtUyhB8PuomB{AOHlB0Bi;$JC-^II%J@_b%
z1lUcHG7bLu|BI3M+6L;(VrfOawUJxF@C<B)bUB+Yn)y@eQDc2!EBlO6Z2ikocY*kV
z&!8l@)N@0a58vSyf$NF@#SDPrDlqtdtng7WY9e>}P-NGxJA$sXR}L#b&Zk7=a%24q
z63xfBO>qD;@7&4Q1Ws3F4v4DvN99$|!Zb|Ev}T)z4DE740plcedSQ$r209n~Z-3!-
zdEY;O<SGUl-@8(M^%HO|)-RMpB+)=O>Gp~Nk+5Cw+e>5%Sfx}xAIo^WvHVx9g5f5O
zb46^j#xbhJA;{(xl~h@=GjpK37>m4Ps5@6XAmEC?LZ2<3H4A99EiH-u3egU-?X~?g
zBv1k`MqSZ7J_ZH}+0+`f*bm#U=C6ueJ+M_m4jYt0d!w4#DIXCplUrh&T@|8oDGvO_
zTEqk<Bd|3z;>O>uY1pl0X7{N%eKEbF2Wt^<F<cIE%Nd(I?&j-X&+RcHaxXCT0F%BA
z&=PVfy8jPeI`4nEl?nZ(|8mpyCWmQV?RO-4KpT&`Vfr>{4+@Z8v=8|rXQu&(0&8Y}
zSMQI$#C{Bt29~vlPk8I%fFt94)R{vRKQ5&>i%hSabk*p+DbBo6?s^1#bCk!XlgHAp
zdWzzu<koD<M!Kh<1n%d>7gNz61+}|z&GSjQoEfn9Cnn9FcuLJ*k!$o$$yo&)%Kx&%
zkqz0Ay`Y|nE{I5{u=;)xOMdCvnY{h?59t3W?#Hi<jVI*#JhuU)&zyJGN5bxW7d&f1
zr-!0W$fhx0)LHhZZu{Qe(arAGO!ad~Gc<Sp#`}s_RH`u|#Z*$De8Z_l#rwnRSa$hl
z=R0d4EFOhcPlIk?c>x%Bt|ef+gD%I-SQQ;Ej{?}M1CW4r6!#R;_>1!)ID~0bTr`=v
zW_!-D8OdrdotKXoS1to-_V;_=s6I+2$7I7~$zJGEo8I4B$D8rDx$S3PT#Kw^EMEU+
zDcW=`*c^;3;N^*nrlq4@tONxJSSsSEfb2LW0NI{L*gxZzuR*y+;K%&8q|^t@UI$=y
z9}SWbMfwrqZ-Nu!gmGe<&{ObjP?Xm?PD$LD$t2-<By|o>AS&&@zQKjHbZ@WT(uouz
zQr}#GG0<x~&)*-<Z8eniDiTzb5Btzb*|6e4$A(E~%mqrD7QQJt)8fyAgjK&PyCT1C
zE5q9~J6YlL?O1P{uLg1?b#Zj!rPQX`j!DRF2cjYe)xx*u06j9!Ibb5Lx9pHR&5!kk
zoSx({FD+l~ycYehO!&?d{GBpDonG%vf`sfP9$>rS`>U}`;8o01K%^_Ozmo8>%5=By
z#$rTj#^nO1=>&ed*CsGTB>A2F_49#mS#B5Wc{Nu*>2m&jc`oNeWA96H7kIUElauW2
zF*p{Zv4FmR1Aw+s_cWWl7-r!(BLbJ;%X))RTN)7aIH-?r0s|0$^_=JOP{U-O%KKRT
zNRoU`C4uYjUELdyVg<gz1N9k`mhT#Urnzut+^6y9;zO1q9m!oNlmu?Sy*|3%ZSqT#
zBBm$Q_q8ez0$DT24#hU?=*oenwvzQru}J7gRj*Rwn4M|aHfm7l6A@x8$y;8a2AX|P
zdTO!|)m)i?u+nyL&r+4*JZu^D>l*KDPM#(|ss9Xw+$thWb!C5_8ie3MDnidB(hhr|
zsD)}S5rKNeJbOLRU+bJkz{+qjWhsGXk8$B1PMPu`N)Y6<^H`7VygOQ_jmBSbjh7*y
z?QJ_ZSIUOjQ3+jLr!fI<9bll+ckharvwiPOfr#4w4|{ze0J5-rmcXC6o-G8`T$^kH
zhP8rX1%Hx_RNcF{ACr=&F2<Bgh9KD15w9*Ws>2WTj)(-sGXnn}RL}!5BZhecFe8B3
z1a@Jej1PmWu|5dM=;axIS{C`6dP`%(G8P;&l(3afzgK)9^C*fVBxMG$Cac@8Rljh-
z!-1L^au?(-tLEu<EmW-+6Z&nPOgTQz)5o{;Cp`b+c$G7uprG)<!^30RTMrN)fqo4U
z&uxMOJ>vjd#svetWoG){C>j%kzN++i1R*Dz=_aXl8nb=PfB0sg<N4hk1jzVKE(WSz
ziqd;n4Kt{bmpZPziRL3z?LwB|W?d(m4Iq|)h{sIg;6f+a!gKB@|IV*m?CJtz3jgTL
z_Ba~P$>q>529cJc-%8whJ2pfLGFw<mGXnnFfl1JE4IeR-A=9J4(rDgwk(-02%bn@{
zbomZ_X@zV3wT7nSL0TC|3ac{@f8{nP{1KtT9iE;JtKa##34S8%Y?;obc<8r|EO6eJ
zU9)?j)D<`oWHTa%1d5Wv&yRng8;XNc-bpqP%&|BFL8aL1m)-dsSVs|mwPJKXVaOWO
zV%?NDp_STj`+V_H$RevNWCr~k9v1RB^O-rQ@x*xazXc?W_WniS*0CA4&jCF(C^2@k
z<N_4-^Jk5KeXv1x8bE3@qwxZS{)UTfAODX<Uzqy8EqYro$OpAjQuxV$+#|gL#NzgL
zr`>=VmnK@K^4c8%!k(@bXC+3R+~TIN|7rnB3q{EfU#oyjq_89{$jFqYFA~wg&Kuw?
zKw6Qe1X$ed-;A=x4($)oFTt1<)t1eA&-ni#%Gwu}16whUtD;4yr)>0DML-1DhvqYW
zZ?iD;0p%g_mo`xw8$}+_YtKkE>D6b?LU~4dMPtgQPAkBn6<xUH+SL=4+MwuSQO{sQ
z6M*0NBs2|Wa7Ba!D$;%TP~R{{(r0(^!9mjhL&k^KJUZpqeOTA^`!{;id7q7efdN{b
z&W_eA6`m9+o|N`9m${HA@2jQS!+t@E66mKTgoTF(Ir0;P8sHN&l%1D|bET_c;nVqq
zojQ|=U1R@KuQn(P(f-lM+okih^yU*6k4C}W1~7v!6*;^4Yu}BfQ9m;BP|Z_X03YZC
zeZ-xwHG$~sbk>E6fq}tU2jo?y^18AWjmf+b=N^>p29I6lT-S2FOPxuns5-%u0%1?-
z^=z)n3oronXbQo69t2>GPMK5kFb*gLGotN&VGR-}(;#`)kOJk=Remc2Dq^FN_W!F9
zmm6a-_OO#xG%**9J_;r9ji|;~QMyjRlz>1p-XKAGq_yD#jz+Sg@v?mkG@ay^iQ<H2
z@`GgG`!4BJsWb_%!pBAav__4NyPr{NfIbYMrh4AQn1=p;Rya>D+5V@$;x~a;0k?;=
zHV!{=?0p!&eMSTD@?S1Po+VEhvY9$eZUJ<)`*n84*U{Oz|JN|;d9=*@&>O0DKRl6t
zAI9q4PbN+F>jpe`v<%h2F6g?<27sUR5Qz#2!BS|rfH3HJKJ`8uD>Yz={dMbhdwrJf
z@{HIFeT8ZX$et*{JZd2@3IIhb#E2}y5MVtx^dVSBFfRQKU}_AbgabP%-EolMC-$vK
z$o{?^m=n1%bvo5AO*_9nlD7{AneDtE>5%yY*5cseB*n=y1pQ|IP#+!T+25aVmW18~
z5EeI$3!SWXG;Rt5uxtfn>L6}L{w&z`-7}Yph2`$pvunhy=K!~Kj1H9JrhKl_))?;V
zXBQ<R19*qw5Ywv_mO;yE0u3Q#Goy?sAj~lPm=Gx##g~@I3~cM9L$GhYRm>Yu1gLVM
zWAxFC!s!=kL9`??8@#R00QYL%SO-~oQoA21-5JYX`{8c^mO8CfSY%KE_!P8=!|k1_
zGy8?7KCyXrh$Zgm^5Dvwu;NVLYn?%o_U8KiFd5dx#q(KpGj*~)gNY~u4+leN+56w%
zi0=J)HGph%UrqmZyVDb#%Hpz(%pl62&(AH|PW3;dHUlqywwa*U8jwVC)$e^XaMo7p
zfq`&c#0rnF_WEJvFTvrDSJK(pi5xec`JRO)rEd}Zx_X9BPs5}<b{x|0wqSpMU$IZ+
z+{3F^)L~;3ZlP!aakdbc#t-W(<%R)S2AZ}Gd%MBA^UErE@L2cognq2AeX7tzj`Rdq
zsdk*JddT$j>Ttji+{XctOBOKCM^or*-tRMV{09lY+zvk0{lTXXGgMUNxszCnTr1#3
z@9xF3!AswAz{7Pw*Wd9XRAvp(4#e~LFX)-cle`G7hk6lna67DE#CV2!e8tv4-)k-U
zAO+|zXV|!No5sHbU;X$LC}H40{t0#=-5V^q><kHmU(BWK$w#`N`?}Id++conc@!TU
z>|p|Wa?}VP2qQW7qA}9X18X-^>zw4r>`@+r=Rt&zT)`<X%~3-w4opSjx#|05k~BWZ
zu`a;3v^Ad2VP}kSIBorXnJVl)t`=e38A;IwF8@x$q0-fu{`FX7#OvLk+s+<q-HiLq
zptxWWulYg^r3LKD%uQi)Xz6v$ZD5qgp5Mec>GMeoV-Jt3Da06n`}<&jnXc<1=xTu}
zKb=ZP^Z~-h_F%c2^>$JnSD(y+xvC@byZ^=9kxR|&zut)Ds))x4+7ZW=d7Jw6Vud6J
z$iwh)yW`(@gme?QkXN@`v!0IHYo3f}?0T3@A;0PAwb|*cuqv0Pl+4NEQa%e<t6=93
zCn=S~Wnbh?Rtkqm<*u*G#*P||?i@MhT3K@LR0=yNk*Q2pPFkhN8O6-zR#>6^?Hivq
zD<}FW*e5S&;ae`d(O!o7HSV{@{0<eSW;A;D+Jm{%%j?wd4lHNC+V4F^u}i=7^lAoU
zEIt?+p|3lVE-fwL#JfVN@mn4jQ%+LND3gk+zHhOMT{8-;BM~F6yl0rhY5%ih`inBF
zvW^OwsNi<LvZj*fuSUQ6+HQkWa`V<4-n0px&2N5+CrV;ZAcW}7!CTaDC<A<WjXD7%
zvz#YFO}zV@4(9pk0GkQsi0;Scp-Zf%O4X~Vx_mz-LN!Lt^U<p|Ws>L@&;CPBX+s~z
z!2>M_LeQn(yqVb5XL>R?HWtv`E&ImbVH{El53D_c**^_Lod0G-`5^rMJ_^;@GUGnp
z+Q3rg<<327Y#10;eC+-GJxeY*Q~lVg_h#DB$%*xJWaaSU*_21FJ#Ta~Ts_2~KK`|Z
z&u{J;b*)!ZU0q#n%*q+$rbvSdo7U`DvI~!jDy7N;L&E`a6gUu@nyH8naoAR}?q(a8
zAyhWGUE>;x^cAO`%B7r3OhcQRCB}lOL6&?4H8<Z(b9-#pPi%ebAhNNDnmV1&i7C<|
zWCnThDoo!fUIa?~s*hHRUz$XW^5o-)W(%-52&{xK`m6a1f=4{{KZ*<KptM+<_>=UI
zzcXvACkYtU&2*f8MK+H>7n|0_#jIIXYMOgb!lYPOSS-&}S%|j3#mC60eN%zQG2tVJ
zBV|Iyi%}th#Z|m<{$Q<O$G10WZ#~fP=G=D!Z*O<gKcmH}t`J^`MYsuu`}p`ASHr-#
zm!8vU%fsfXA?E^>>Pcr<507?X<tNAEpP8ANxIUaHSz?pLVBE<|A)#<fp8AzUYcKB+
z>6o;rm=nH8n%Va4!-qJ$HgmsSnhw)&y{+dQ^|&b!hrg7p)giAa5r_^~i<F3kVv4^4
zrRTjHPoJP_eh6}IKdr&i+KG#B`G~Ecng1u?7g^N&rS`1VrFqTlmPR+UKj$_w>m;G*
z_qLIT_wCoCEA@%KlrUNKFnXOA`TCbeIh?0URo0svcUs=wUh}aJ!CjM%x}C$r!-1kd
zv6apq2B3kFEfovZH#av0t)gI58`(`0(ZBMMsZ?;dhSw{HJ*{zJs4cr5S4(6!dWq?s
zw+ENacqo{Xqs*{~@bIGB)BPp)!VLS9tx4foZ^qs%Wlb4JOWN1Q>yB>nd^WbWKMKSq
z|NedU^XJd;HY1?h+(Z>?Y23A$Do|9m6I01WyraY3vGfdSZ<hkF-SVt0fa5{v!>PYA
z1;_lqTkRj)=xE^OIaYE)bA5MhmdKkcFmNAFo{Cg(OG@y0nS^-~eyzO4o<LO$0`HBt
ze{JQP>^8YM8o<h7f=*nc3I8MF;a!N0j%G@T{?g-JM9MZhMa1qdRZN4DhBX?t>*1<F
zj0K>%SixAXa+RdZeXSa&|G8rF$45t&m;)$d58@5V{>DGla))<SX#_}o6qe!P<n%S-
z42h2?GU804*v(_N!GQ^%bkPnb^Hd+7$w2~IXHxAid;6m5CT!J&D0y?LOv|9H=CZ<2
zhRMg+&xj#~P%L&Jq;783_b958^GxxUCT7$5J3`)_1Qw$yAIgBWfj`;31nbGgC}v09
zS!CGc9uM3X6(0R`%Ej{;@!HC?2zQznbu7LCWzfEIrYE6mo$l$ekUl&dTonpBah!D*
zr8k34A9FatwIKfMf{BUAV<|K4N^YQ~Oj7ooKtkT{qQi=&c`1n=saetdWNB$Be_R44
z_X!8Uz?7QCh22R@=L!4-&GN}&VmD`tUU-7sU|6BH_3dOVW6jJ-PN}CNKh$}Dv0ZnK
z0VYFt;t}3Qrv@q>2+G%<fPp}-v|GQ9-G3Go6vR9y^77@ovHh;eDXwFT)1)h3LFQrE
zX?=n^A13H(lbo@tFSf@e8STk^v#uJEvqv8-gknAS9;d9)V!^6Nr_sK3ak0J`>s+1H
z01e`c-0~Gv781LZV*2iv6hW)sqr{gMMy++cu=i7bW-5{;G6y5e8x^&g(%yKCiLQ`}
z8(o7u`rs?xbpxJPJyWeZFDI3gG2)y_QDH?qGxcJys_u9tIcTTerq_zyYuCLev%C*A
z|8Q-9dDezex;jRuf({cl=I@JnzgTo(;8TV6RDpSNAV^fbrZPDk2yYNqfm?pe3BKy<
zNym!pI7wKRqAZ2-zzA7tD~{<Wm*?90KGRhrcFa&vC_}b8qsYyxT?k^ta9<lQ6BW-D
zgSk9rPceSExT^!&XwM^GVHosPj>B*Y-lD@2`)Rur#{%te(4oN!yz8#oMX>Jp(*UEa
zQN4MX%S!&QnFBXhp(XLpDL6q&Q-jX_iQ%?3`zQV6Bys9&^#YGW!$-Kd+jUx+V0bG^
zMpc#5+s-;zwu+|Y--}@;7$gQvOe@$}YG2w9tznGqE{KxtclrS*dM^IVzQZbPCnt+V
znb0^tTt}jOzUk||c$-9CVnPKhEkDN};Klyc%sDh$!OSNlCB(1tPUmbk$x*uQHg&lw
z*+C<xoY@y*jAF~DWiqS~9KLdXk`MzFxF4y16S*xDP$Kx~&l{rs4MT!6?_^2kUH|_5
zi=VE>o{+J6<X~K(sa+s~e69hryioONHHbxsbj=J8f3cT@_tn`xYmJkW)AkG71R1)o
zGIThXb*Saan#H)pPp|`8;~~ak=ZJDGV8^s?aO>;qhh}GWk6(7zwPsR3;x5#uPJU5q
zIplc*QJ$J=b<r+@N?SkIw0-bplEh*4BZ2H??<24iWU~(WSXA;eR-5D^@wH?&{C|x$
z$ul;^c496*BR9(QF%*)Lh8F6(o5qv!f&~&K{Da;1CutR~k)(61C12tTmJH~yVrm4I
zWJ>Peix?eA!UjF;(j;EISQ)TH(E|V7P2`=oPkFcfgc<Z*)@v~BD$7A4Pat4^J;G(0
z90-PEf%#I_f?oB?N#oFkRyDE4sdqw@h=W~irYBz&7=}hhRMl!(K(zr(j%4b-1Dq)z
zs&06_-s^m;<X-%PS41Qd3JCzSwSb@2z|oCyk<t3_vqU)9DD$Nb9v3Bt4V$EN0sH|e
zdZ|W2)r08D=B*DF_~n|2x4-wqI!|EUeMe$JflcYQVq%*eWGx2`7oTP2#c2d(AuyP_
z5C17tsZK}vR=0ON0VJK|jG3h<CRWGp#Ya-}cf$M~gSS?X<&1q5lP$ev=?JUc(U7-r
z*>hU$(JM%5rT6U(Yt7_4I1W=yS{%Cn(F(YCa%jHFB+4bhV<RIKD<@@TFT*1u#7DT0
zD81XL+yJxhp;9T-`R3|8w1#ZorfT8?Y2BN8^{877yRGo~#aLPyU#=nNcYN_(&O^@g
zt7PVey4C;K3ZWg?vqq)1Ou-IRTM`3%qKjj^#fAS|*KY2oUY@i0TUj?_iH%=yKKoQ}
zW*^mYPt1twhlj3}$4!jIRDGy~@w=N6`cpozzf-pO@}ZmjBj*_8&Lb8&ZjtiKL@~QT
zY|~s-S}Y5p84^s)prOj0wP`9V<q7w`C{8bTC$0WjR~hOeeCTcXF~{^2IzBexzZaqJ
z&PZy0eOYCcj`z)-Ar}7G-NYpCdFMoBF$~+jF7<gQPfAmHk;waJ9q%pR@8O=b%8%xN
zuLWq-=(_r|5E!=VW5j9Z_74snE~9}%iJYZ#I0ai>maV}y#Du+#q@HT;!=72@1nbZv
z57wdbpNP8y#$njTcH4U(GMoofzOK#*Z8{%_oU+RM8oTV+w4{sfJI~Bz&$UiL&t;Fx
zrYOX^F4q#5ANz>$(>ZSonlCxTif!pKD0T70^wA)%4FM+l;G9ZS$Q>F^YYqvDs!kSS
zzE^fl?+T+scU^kW(j!slTZ63w7_fqjF*fAt>}`QQX&$urm>KYrjvceV1@MylyJ0m8
z>`nBwD3;~v5j6`LDb9uO)XFD&1UFUTPXL9Xz~7_`>!B;3WNA7FLHgB7!n?%uH(t&}
zC>(;KQQc;SkZ<9Uky(X>7SkUPpOO^rgMY7Izef22Y%~rIP9j0J77;qqF+Cy?37Unv
zQK&t9NwA%*XdB(-1nc=r>ffMXAKfJd{)AeOFRI=@hBZ?gvldeXE#F}?81nVvuxV3t
zFmqvMz=fYt`F<A!Rt4-|T{s;yzS(G10f*kgdp%=-j0R(y6?Y?(Q+(R#4HG6$nC;S&
zx{%89xh)*qc{YbtgCFau7yQ<*>HOpGd+RgO#TeuxM~az<oJ9&!JcV4&)4EIvW0bd~
z*feSGpKL=+w_&+vpsFO7+?^d%@ARjOMmY);lOIfF^i<n{Xyo7eI(!4+UK}$ChV@-s
zUKYAtZRc0Zp?tCB2v#1Ps&<_Yc&@FjTiF&*j&x8AyX6=zvQ7+afXI;{nw<p^2um$h
z<oLA8i#Suk8s3Qoc`8@*Ht+Oys@z-AeTINEVAefY?07G{Xja4H6KZ;}z<ZY$u+@cU
zr{!dur}wd8Pua@yWa9JtWIN4Nru5rs5c!Y+S8Q@AZy!75Ddvg&<EsV;gjT*OC(S$L
zHs(<JKqmf%T!r2l{Pen0+gC_`DEf&x$fM{;#!}R4S-E0%gc{qDxSxcI%EjocSH^;s
z0pN$4E5Y9&Sgrs0b8pb|bm2Xi8(3BIot_i}MM3H9Qs>+Bxz9g@Q}-exBWco<z<9!p
z0<mc@pHBt;L<J5VbNFlNs@C|_2DpdHnnLGJIb%9{_(5!Qoo`BSp=ogKvZHQ!m|%}G
zNnJQVBi~LEO0gu2W3U4y)v<zn&sNeKutVJO7He)c>H|}!MF^&&5N-q4wQI_;sIRzu
zfG=eRAq&VBSHyhDiIAhG(D*b7v<&jY0@go2cukwP{psuKsJN!DQ>=VV1aZL9%nvVS
z56RXkms14BQ2L_ybSCO{Pyd$cwTqLy)c<(W>804JE3HX0Q&Y^h!pEb5wlTS8eC{VK
zKkMu5)_(cD|5nt%RKiW-EzTS*16XcyaNa?P3TUZyN3HW4@NKuz@Q)8k*(ymCYAW`1
zI_=ZffY{uSWybrnOl*599;7$g1S`R2hS~i}(~&+%PD?|Tqo@A&V?+9>%#^-!rTwq8
z)Xi_N70(QI1^2F*9nLCjnnFt(`213OH&Tec9PIwPJtmG4^sWF>Ze+wZEu&Sv$_{Jx
z6KH7dBAZC~p)v~Vd<87T$k4`+oH2&DOVmZY{R$%uZ-_IBMsqRGxYSr}9>!Yj3?CQ<
za|J`zN^{N#2PN;7{hqDvUoZ@*-zVbL;b44isWE9*KNvX;00EdTXz<~~hu0aFwzl|y
ze*?2NLBF8EgaoT3eId#>V9Fraa1hr37V!Rq2hlQg&W$z#X&r-uU!NbocmAAjS-+R4
zp<iS4?PoInqpdKesC2ekqoL~#yf13U)gr(}mC(Y4l(nL(ddh~NO4qM)k&!#bj_^!4
z!V@vQ*J?wz7l3#DY|iuc`O2mArbQ|hlQt6yFUHtk5G~XI*Qt}NTKdD_JISxpa~Zzi
z>xhlDhmuOv@FRyhP(&&#Y-GmVo%^D?iH?`RD%D;!Utt`yj5NB7G!EcR>A?#=kKDCt
zg$FY;cNuF3w;92J=BGA@lE#b_V@?uBCnqaYC%73YAUKB*h~|$)P2~p1N02EtBcd=h
zuXO82y=w9Vkc#iuE6xLmuu^T#^lYukaBXLMd1t!^7GFF!h|fdFGZ#?s3)HA~W29U(
zb2x!1aOVOsMSsmqAfAYQ-hn5$(j$}7Dmgf)VyfOZl93s+sOacx?pde)!feE&yn5sz
z<IkTtI<IhN_0eU9!?GeR9DMs^oMSxFqwGhX)P1GHd7*h&mXzJc20%{t%e#mZH7FsN
z(Zc_=c<SW`;++|r?Sy}Vr@ZsPm_8?8oWQ3=NAtn;PVHfTnhxwch!CqQ>&dC8-T;il
zIrm3dGgG<c@89=or@GiliXf!}V#&qC=;-K11w52E?Y*0Bs@vyUq!!WLMkiN^1k-AN
z>$y2h8EP7uWffCC4C$&&wy4KobePsNPoZf&e}<D)QexefPJL^Y`r;XSmes}*Jq*`U
z1+t!{J7eknqV2TimCRJvQ|prX)q{eNikD(a_!(x__slo`q=ZF*z%olYVvD9`S@>gY
zukY@mrKg!_Q}fCRue7qp_Zyq#WTHfjU#G6J?TqEP2t<mE7viVU$f$XlKeI0fFEh;b
z!9;KIe^8K7V=hBAd3O19%I4nM+Xf1%vzeN`jg*ag{sJd}O70x<wxZ55j|3mNG#6==
zJE>f?MIqnImml{P{=gI%01_4u_-WP7{AyZXuhtgT)6;YM{uK21^put|%Er~Yt*uQP
zQtFBXiUgl3XmHkZPkG_{fC-TO5{SLC$)(r^c)RUy_u-+{_xRg6%9d&36uoRcWuY(P
zw%Lu(Zkz+#-c6pbuC&tZ{Pawht$6um!vr6tlJb=erAX&#O}ADg+~$3kKBp5z`l}_u
z$NWED9^SneXsDGnT=TGrQs#*Ce#Gx6io%A4(RY&D?5>fU_dUFAXy8A1dGE!^MIxv_
zTX|s>`V!R_L02gn#;qt!ydMIUX!QD&HYvx{Y4Cb62i3npj*I9wXF0QZT#ALyEXxZP
zW1j{F238BDe->)8%6P<4q5=+wm_XW`@^h>0=8^TIZ&B$obR0rL4GTQX-p=A=E);4P
z=T9GEylr&uCe2b#Vq}JuabwoSEgM8*JKMiq8Rd<UY!#oGqcgpgUB-9fe!gWB&J>jZ
zeNrBfJw^q>Gj(Lt`7`U99(?Z^V=h_(=(>k6EQrWs{(xmCZJqnp4c2oyIGn6}omRpA
zgTu;(i<ZF+A$R_*b-T~$Z1@f3uUN)i@!#{+anZ{7Z@)D>(7))SEmB@}fVJ{Vqkl_X
zgy(&mvY(!;FsY#^-Mom*EN{JPI55<2`1}|Nc;$P5rpY7qj+ukkep34Zc~Z#^b-p-S
z53SLj4UL^CRm3lFR?OjiXMrEs)0HDMPH6-wZJM7e8KX5_+WnB#_|>0_oC*?Kd13Jp
z1afi&!GD^~=Y(+VUDdB0auk=eNa|u)pr5>g!iAY(AOt$zFX~XV9{o&)Phd%IFV1Z(
zYg(mPXwoa01^G`D4e$k1u>MVV{oa`Vc?~kK{c4DGilsL_&F$>B%et6k<m$Ai>zkX?
z_9-NHml_NRX2mVCDj}%;)Cn;zEd0{sX|{8<RrJx}m7I&qX<)O4TmPp-_GMPrRJp}{
zJ}xT@`ZwQO-7Ekv1%8x7{g6X8r`+N&EbGLvIvR>359?sSQ(s}6!c#AN-QAg)abn#m
z9{Y2pB44yQd|M>2D})Z9IdS<E9X1e~83SsTSvJK{0}844ddh?)@bCvIZ{0f%Ov&ld
z&iZ+Bje~O<tTuw7=EX5x;EAT@|LgjAsobAXeZHhH4fdBjwF&m$^Ql4jG+&Rs*>9h7
z0iW8kP%;LU$e{dJ+nS1u?A4K7U{DaNjbiQWlG;Ps;^~~@m7)xlN$c<nUN4X;=e_cD
zSmCVDNl&jh+UFr7C!evO4!|bH@eGfSeq23zRLk?L6;^Uj!(@zIa#CU<pjaGuhlB$=
z5Rw909VRP5`pS1NXeHhT?GQA}MEX~HcsaOIMQlmD3Bp?M*=Sr0HC=^}CwE&98z$S-
z8?^bQ<KAjtK$k+6gAT8M5BgXwM!L4-QR$uA$qM~{yc-x2kB9Vd<bs32_bzEn3$T}3
znlK|NOn=w!iuyCYo%3V&_}6*o4C{B@$?hQATOV>$;Fx=@fY}KY>CnRNN-OXuu>!fz
zUMs=-Jzpra_0d`?ZqK6JlShidQp{bYI=e^K6g<I9Q7!7=IR-6D_QOY~r|VbBumdF8
zoxhKfQc?!qf!{!i*i?EgeZSnP9|vdazHQTfEXzJCn;T02W6j9@Z&u<S61MyRf`Y_s
ziTv-(uod?14tXt10{)O}6%t3ycAYR;E$|T0Oki!4VnRg|u(6rqt4qgsF=GZ`rh+Yi
zl2E6d=4+QTmRwcUA7TKfK;OIwcPY)L4tLk1*UI^AfDp3nL31+|2rM>h02~34sg+sr
z`v|agU;uLH)1jhjZ3`Js*R`}>{hO(Y>KPyqbM`3Ome2rr3@~W}uqJD(J|^7lc7rlj
zSZ&kkHt~Ms8${Knr+&R-cQwS=0y!l4+qZAHHMox+ksfGiU!EVGp6;H%U$(SjJw972
zG*`nkNo|VNE}y5wMC*I=Cj~n?iLO{2<%9G6+HKa=KkX<nfMbc5mQ<pJUpYuULn(vm
z4X&2%^JK)sTDx;LxHFn^8tlZSZU}7WtyS}&tg^~gRWE(rJ_e!C<bCyjr7kZ}($5+y
zfrvMxw?4oIy&YL=GgOj3s4{@SO)Us%)~J$GQYzdZN*a9`8&lJ1ZYq=e)8u)H|48tX
zc@BgjAWj)xKf162Jh}TLkYB(!IzBEI4TSO31n5+#eznMxGak79AvYQHvwr_vTT8>5
z7^;nJvHhfh^x3l(!2eX=>bDm^os8*bUhDZ^eF3unHFX==w+)b^G~K2pxZuM2`uYv*
zIW5dq>f`_*9s&m^Q$Q1>bq5CrzqNg^D4nh_87M)lj-T>w7bz0@_oV7@V|-<;<*h-@
zBt2YR<OI3#0nyv5z-da)qj#0n)l*!wQ|}ao2W?Sm&jY8<CMU?rAlfhDB^Qz+)gR~|
zIWRRfr!Co5D!Fd0OiIPc3HXXXP$%!kn))t3^&sXM0zqWTUqA`z#X?IUiuLb_G~Gy7
zGooy2E*zP9Chn<-iOnpPvp-Uo@(2&O4o<1*zLW<fp}V^e=}Ps3G$7in@wQTfJ>OtG
z4FMBBi`z~TkR*vw-O$hwu3A<3WD#F><s``ILnyV|S08G%oT&YROtS4&s!n&ONf<XD
zq~E^sx?G~_40%I2d2kEqb7I|c0tA^=6h9A7HT@`k6;b{$mm+y~!4uM})kDPJW3Tn*
z8&Q-G@-PlH_v^_y^Ut3@%e(i0{08pRne2;;i?4m3CZ_dcYO1h^N>c%w3_$Q3q4IxT
zIX^IEC!PcDi#JxMQcsU{p^r>Z<8gHa9dz8>##lc~I2N6jUhRs7hqku15AZ>se8j|_
z41TT5uLxKs*Qjr6aK%qj9K9K?+s;LupSmJY$6&0(`R};`6%nbqW{Ih(Gs>FGX-cIU
zmN9Y+v0X--U`~8-!J=l){LtB1?ZI^owk9qvu9^_f56{b9JdZ^}lrMOvNArw`{YchZ
zZ(xMl5ZD1|($dmknu!Z8J$-Dq)mlZ0wl~ih)Hkf%K--H4;c-Kjn36WT@0EVLB#MFp
zs3p0pL=;;<W3$%esK5&%F;GDMcPst_a@7kS#)H525s)s84@q6qm(gmLm|?P0`f^&#
z`25jtB#c#EkE^LK&D#b^-+%l%v)R(5HR?ag93>0E)|69;08qfbUR^eSE5>Z(FEfDL
zdNT|zhtT}+ZT4<<y0x0Hik2*gLUF~l(E+<n3kg%J@I*c`n%z5QAUN1E^A7IwLeEJ_
zNW?WXCaSF{d3(W{Y;8#jq)FS@>_)<VjT=>HBL8ucgolS)l2sx<s;^Jg(a|x!TcJvA
z0RXc>d%0Zagp;RyPI>DLx!39+l7^$}-6g92^am)WeSK%8&F3j(9T5=`;62d;Bv65|
zYV@737B8(5)6mdJs5O{uX=!nTl_S$b_mp9)XUpu@i`7e=H&<_89&gYijTC7j^OJ{Q
zyEco}f&fPIWCg!1GcWG}$o0tNje!5?`B+~yv0aQ>Cz1K3q=YSecDTT?rtakE2<#b3
zh@`=Qm29`LB&;XZ&CWf-=vNvzb=#7Hbrj@Cnxdv=losFi1G5;7)UOXHK^RZJq>@2m
zp%6pBG}Og^-!K#&z8M}WMhSW1SXrP^oknD7`y;gkyU-39cPAbl3-TKF3*k^>6&{c$
z<hy}G2fm`MxD;PQU{iw^?6KV$IXM_e46W`hmp1~46|mUEAQ}N-Bn-_M7<}Z40|p&L
zCxa6cHHIzbV4;MCg*Q*vx3*@=Xw<;(Q7L0d>C399a4-xgGkEL<N6#Q<xMWYi720t>
zt&cw6aoL}s1<9e5i6F1qya!RYTLad7pTI_e1|sA4oTf3R#)~i##vzX2$R1aR36hYJ
zy#{{~0A7^1*B{5AFSH56+N+^oF2NlZLku+9$hVh^o-c|1w(;Ir`aFFP4<fv(MO_B+
zu)tPMRL2<_8Y0_jaVANEa})p2ww{E7Vs^OPew({aw-!7ph@?@F0sxSe1KiOmlsjVP
zjs4I+xsQ+OWzz);pX#Ym_3F+nJI9#2D?Nf?u`SE8;S=zWJuX&qEuw9kDeNuB2O&-L
zbjXyx9wbPNJQ&u~^;Sp~ZfQpZT0c<@n1jAp3tAr#;>Y_jEjjJkz<CrX{oTR3s|7ng
zIawTqt3CrpAHbh+ZGp(}aIulfW1b{%^j@#P0k^rZuz+jDwavrF7mQReAW<?t8!0Ji
z>);?hNJ>V|+C7*{Om3A&+=?*d^%AFxj?P9P&d)k|(R;=L7q~dHCK3c}8tZ_!t*x!R
zpft+nM^O7!t%rqVOziCmO!`wN_jXfc=mw{z9-?%u*l)sS#sTZTv^81r6f_K_jG{g6
zOW3DMzk1eme#MIt=Vu(%bj&oh%NLq!`edY3xAkg^Wyf>+-kIp_^aO}KKWVzpiX4xs
zZjLQ+CjD_cu6@sPUvXr-u%|erbE*D5YIh1ir1AgFUKi@)*TfmUiw3K<4FaUJ`gswU
zs=n>6DFEp+Zwbb0IqOXq6$-cnG5*nm6%>0EO$aFWVm6eCQjq3UNKxVjOj80zI%CWp
zb2MQUcGD|49=`WVM-(C`Ts28NPif>O1$&y`sPUbVYp9^UJ8+efBtwSd;43o2j1-_$
zWQH0vGa4Ftr_=D+PB_1Uh|R*vN(vkpU{^|5AM<W*Z%YAm?)GJ4yt8C^97TgI;T}p3
zinb7C=f8hU0Gki5bE&{b-7f!x5wio{?X`t@>(GhwRez^w<SBhD-}pP%1jCHn`#vA=
z0X_zHTo;e27$d&A;^bBpJ{oA3oLfAw4fa*bhPduThg<Qrg#|Nk=b%UyP&YWZ+v`6g
z{kB~U&e)rLcW*~}&!$VgNN%svYz!~P<P*KN36itkRU+)3P~EIV(Vp)j!lv=IR0Vd5
zt@v|F!x{&<tQvi%S0}7^Qgm-m73c{5(`L>AiWyVnlu<?$ZHwPqXiglQcZl7O17qz+
z4Kue2MFkPg4&y^uA4(1ZzN4N4N_RkmpjKU2%FJ%?^t8U*)a978PvH1$=VN}&!^hN5
zP(ypomktxii6QQX9pwiuo?n1jzovtEm;7NfsCqBKx7@JXou#O%804cI;p*_bT%wX9
zu`Zuyd?=F>_|bB-*Z(PP;RB^DaS)~C+z_-kDQ)k^g!Eioc)?Qe&NN+gq`a?llUje~
zlN^DqmYn-S4F{C)bgdl<_FJ(RvlLdTu!!G&Oo?$voS-02qhMr|{}?e@F;1+S!T4r;
z1MM@M48_9EWisBlj)5mcgH9%4-4zACj^fcs153xMBhTCtF+t%HO@^<IG^YnBvN@b4
zfj!RFYR%%C@2K%PtRRx{n1MYhkLNt3tURm<YL_Th`(<T-zMb&lJaBh}Ca;Y|WLMG+
zWIM;|q)gPYV=8}`Y|0;?4RyTub=hVxf`NQh-+N2*$ipW&ms`rT)6g-loHQ-#Z1vzC
zs=r?YpY$9JT$+RSubtV8ZnhoIpf98k)U|12O!-j!(TP3jcOQq%=;*ZrUNH_C^ypEW
zG4rb0Dqr^IY_>3)&8JI`?T+-w)h<7d;VC(n&sF@c1r#F-roz5L2>JvIvwZQ_blF0B
zDr#LS6{YYfm?htHdx)%*>w|9yw3a(|W_J%{GoZrYK>_ZkDNk%F&l2KMCVXkfFs@DD
z-$S!NjaF1EMo9}|e`g)70_yj+Yi!mBz8~;|tKk~B$!TZ;lsqm<62sV^b!-{gzh3ow
zE?p21X@uq%zH8>Nt}R5M>Yb7AZDY5DYN?Gl*(k;BdjBh4{S(mzxl3zfuo|#((qh77
zeM=>kp8hANa%;E!bNF*-U=Lj;iEIEPP2PbRG6n`Jh4r2#*GT#Q<7t_oMEmb^%Cp?^
zi_`}%V!BwT(8JzG76Y9@JL}}N+_DjyzGHe1JP3-n6_)Y5)iZzDD+nW#6Qx$bLbVFi
z-rc)7GWjxa!^d&McpwI5hF&|L-*{iVT3LErr&c)441;?|%4i)C@F!*G%s9?vlI8uq
ziMf(iv9r11REFyJR`*oSlh-sc_>W85Sj{k$6O<0$8F@_w{dg$kP(9z$OiCRd-eq9~
z>metF5N<E7`U<-GFIR0HC?_qqQb)&b7vj=tmEP!H92B)TyMz_CAVlwlHxSkyHN5O>
zIPy6E?0u_nekN&63x~!#=m8SzQoh?2H9FP_lShfaT4l0mnLL3kuj?LNO70N>hj)8J
z9aOgb)A*dqfb}y;_m)DgyOT#WEKmQ>7h4D!7(-xE5<<GqccaxIBTmOEH}N0A(Wk8m
z>Om*o6VM`o(C+e)tJ$zK!Z|8U4mErRZlCPU*xYM3HjL8MVWT=d6jk#gr{OgNIpF$z
zfgd_j#-fC>t#ELN^qx<CrJnrvAqgfmf5Cmc4_IYAWdxe!2|OynlC3hBF1u$uLDIeL
zzt0p?*@WKk6g&h)Zz1^X4Fg=p*03&k5@W6E8UFU-_zss1rKCDRRkP!qZ~Zdbx9lnO
z=n+}3T{#HOw(J7;{Ne8XPaS=psY&|>OERtVAomP~+#{brQ$65sRVHx_petJFk~4OA
zRlX0Hc0GJd%mKT!8ap{K?sTj+<RnnT499+bn7-j?SUwRM*g=phwfy0t+>PE>jLBb&
z$!O8Cs7h<}9RXA~)W7j?CS;sEbo@C}e(i3p)F}*Oz5{Qx6M!t&fL`JmO?dc~9KqBN
zIw+6#)3a9hFAY*wmj|&cordk8R8{8QkKK%m&kw3vbaY-UMr>}ZU0Nl((M!=V#`<%E
zu+u<I`PUpl4DNF$Qsrr*Ii27lx`K}F2E~V9RgEYDdkVOCd4o*8x!!j{c=AeQ;sa)A
z2*}-l{suH=Ocin^Xg+msHaX=&&Ufwl2z)IX_hUj6gGTyatsklJ#S~?}HaxcvNmj-W
zN*-gU?t8DsEd{GwL3Oc<)sP{YA-0b+@66d0$OTD2K#lBv_3u%*P1DxFxH(uW!j3EM
zej86!Q)|AxM4%==j5Z<;>nZuuqxFw6@&Jw3)sL>|9n1RSY3MrLTCGqsJ-gj`#|x0>
zS*w+Fe+;tT>aII=Ysw&94+sJBiK(ejkiPx?CdyiH^;P;gj>s|mEh-cHAGH{zylADo
z{q?urqyTcB?FEVI9M6OVhpTIATbw=#?n3$X0UxLyw5@4P2m^X(=FB{?P<jicR>}ag
z=<~(<wXuh{ySBExFdH*l_5fco=%eal-sVL;Y&xf-Q_$2zd5ZA9ji2sX$g(QmuNY~u
zI!$~<oH-fr^bb2cNLE1W+^vWRf#`RTRL1H$k~6;Dd$3y5Fw_5sZx3;c|M@8PM5yV(
z-nCU`{P&ho-mwlXis2cb<yVpx`QnDfHf#g@K)&YwoqIInB|&S1aTRy^`ju}5WJ#`-
z6A04;JiK?s2x1)H=NG*nmTGnZnyi%1#nS>!=i|vTbaCu*^aNNQ+ZOtTXSYh<ghCtz
z8Yvm-j}vR|{~5m#Odt4OQ$q~og=a^3qPp8hA;CE9`jwJ%$}b!x`t#W3Auv}~Xs#Z-
zh-YgT<tYL&H=aATgs}|k5GYkiqK0;0oQ7^}ZrV-gx=ae=#vsKGk5G6K%E-)QqVgoj
z^f=Hx`>N)g6#;nfZ#=&?&wI9L9Cdk34BM)9Q4yb~&X(jnmdxf^MRCa+2IgFApMZ$p
z+{q+|v-|Xfwn$}_3A~&lIAZSd_ik3E8ivo-uM|-(`_kh4v#;p~>~w>6cPV7_28KaN
zOFd6b@R-U<t0;^Ex~hmIz7hUCBA1f`i?medGVQl{W~2bz8k9W)ryHOkNTi_a0UgL{
zeJTD}4%$wF7Ii{bdu@YUxFF#N7UUTTiBHMqGjj6ZH`kZ@-EZxApCKcg^mXRm9>Yc=
z$er^N!GlF3gZT<_4Y<N6>GGq)RdJ&r(|T&?YHHdHh+oGOg1#T;W9_?exCYVDxjF#z
z6Y$g&m!UG_HpMF=yQ%K?llGMZA+P<??X(9&)>@GTQGIn4DkS%2mbod4kA0PsM*8hA
z?%YCyBmq#x+;^m~mC?ZJUXuarM{xv$M>FHWWALIt7dZq@ziOV+b9_v(38(*o+n@hs
z201t0nur{dWUIhKVch_o+5!C-?$X;-KGY2IPsm;)bq;HT2t*Vpdzk<AfQoA`=`My#
z>6+4a+w@O>^#u0-X_-1zWFgY+^#RkTSV>WP5Ht0jF`&mDB;|MJ8A|IK;Y7bsGPJrr
z<o@{Jk-xR!@<o1t%>9qKt{Y|TiSGRTb$t|lxqMiLisk}$1{B@*`Qhq!83Kp}VdW~l
zz26DZv4c)$Ko7v{NDe1@jIMMIM%E%hX==)CBZ4;K8=<<*db|pyVK{iKuM3xDhy@#k
z!XY3KicQSMgweym$oP_j;|IMm5hnUqxtwbB9v(7E$_`L7fTcSDg#J7U{ESHaG5s$m
zh6TEsDQEn%Buv5>=~WmCpsSV2B!HGlm-UTN0yu<dMo?>v9h0C=obSo+%umOA9V@L_
z`>~%F96G2R*i(6^K!y(1Bgfn_6K<v&{nf(@kfW{<Muxu2_3(8$`biU+IN&m0CqKG}
zD$b-`-aTj(V+-L`dc2)hS~8l-?{L4Oq5||%_<XhB3ESo6<EvfRweTs=OZReXq)F;|
z8A%}+hzuQmI?8fdAs_kx)6+?fYfe71d@Lq1tK>Zm8qVFZW20HIW?5P-->PVX0te^C
zFxkDG{U2fUYh`2KE>^k)T-luG^zsuvHu@YViSEY-=LZeJspg1nv55K8cQ-NM@jn3X
z{7Tl;utOHuU47=7AoX^jvZK%B81#_zY%mh;GAfrd7V4y*Vn*n|lTuTE|0k+N7J`KA
z2y$|k=dc*C5Ve7oej(5gXi7)jHv(xyvr))aLJi{39F}M35+^l#9HH5AnkcA}5>5PS
z&#7Ykdr%13Y&9&LND`Z~M809~EOUb-k^|9<F|6lvbV@_#xboyEZ|}Bms?mzHs~!@%
zbrrx?7!*@NA-WS%PXhstD2?{#0nxyRoctzfBS^ROS7p{g+m?np{K;QAWO+b{)1~#X
zp78?=2(&<RVIa&`cWefYFPz&D69sX{$HyUSgR`@^D9D{y3}O6z%1Fc6Gdvt~r)-Xs
zqi12anNcJTk;KR03}1p?lwa(0iYfNRN8nmBSb47Jtm)x4H8&QE5VYQOV9qsUo+NRk
z>9^?C@Foc{V>pbUj50qezcx0;#>P%en*3{!Q(TODe5~`&QE15bQlTy_vM+r)Cx%VS
z*5tCcap7`03G7wdw35D8_unOwl>_+}U95VO1&D{YcG1eSy^GV)4gqj=b~-rY(bpP=
z6&Z}!nwn3Q2&S0UTgE1(Ogwf|JrzAID`!u3Pv|;NPua34P;TB?75VWfbxRmOIxBjv
zx(B4U9)u8iK*H?oNIN)G{PTiC3l_ISB%K&%_df%jLvFz(!DEtuX48;{Oeo}|ot<5q
z)q-teCgB5sd|uNT%t=~OYkmL$NK^B5MsbcFKlIZX#*VqH7R9Kvk6T|uUG3l2R<x$e
z*<I_};;JfG*pxLjmR!7g&$eSSUJ5T2hG=aQ-9zV!>y^2^>um)qt+a!`%oSnvcrmqC
zS!JECdY%Ra&XR}k+JpfRxv~w!XmuGklaC+Wx77y4-4)MYfLCS%2@B7vk2?BVYNVpD
z=JjxZbIB86wYnj@ySlYMNL|XZ!wRq~RFYhfQezJXDVo@BkX#7at<f#)c|hgyqrmmI
z!OLa)x`G{fBp};iF!$C}HC$9EVl0MAFFVC-puh5^NX&&`I@>w?N^8hp5UbmcfIO&t
zkkkXOX$trEt4$-W>-Kx}#>&zgu4UG3K0z+Pp2c0<Iob(!D9MPhE7O!hLfl(pm0=eP
z9W84<FuUg~obEY^>{%eVkruo$__-k^eXIsm*?LmxnVeaThwWp@larb#VnC#J)|901
zsqwg9YqQt9Fb;L)$RSfXAB+G*LPxzOK>LUF7+Sn;;!}K{4sc4U3S6OlzGU{}oKWx<
z0S?*_&+-1Fzo5^T1|F;m@OoWgGt1&2Z!xh-RHgz&;FJ}%^DjjjXVVAuhnXsdQ3J>?
zk;8esyBRY;2YL%tCORnPEBwHs>v7OIpqAyfeqfo5W|U5K%>BHQ$E}bIGn&G~sVcXs
zN{!3QzWktDhBJxFK;Z7#UR{)H6$-YvXCejBQ~8QNREPONlCZuO09T<N<FFl7{^J2W
zpwB3cL9df{<A47tG3z3iK)$#jJpq4GV)(|s425MG-0p|6`3eU~lFJNPK-_5lGuHr^
zC&BLX?T87Vr+(V)8XvW4?aYfm<3Cm#Al9(R8e&2To>uzAnG{;Ho1>!1mf)9briMsI
z8lM^22`9~*@?aO|cf~~VOb>fvKz!>p-y>%XY~}J#<w*-)Y-ft%hAzdqQ5`C2LlDQ_
z*#Bw?GkzXq{RGQ>O~+42uKwPad72-6tQ_nEauC>95+5PW<&SInXlz;i35Qp!e_o3n
zoc{trN5|gS7^&HGHx#0_e}X(^8~oWLX5^w?4I7t)NZ24>T!Qw~?MIJ1;HfZJ{n0+;
zhhG8Z*q=Rhov~z?KT;<rBv<}#=Zo@W938Yn&UpD9p!i3vl~n9ZHJti7D0*e89;Fcv
zCEH4#2!icQeC5jl0WM3UdrBW1yUE3(A_}fTyIA6}oqHSFqn+};i44)87KEQI`mu*Y
z6$4S&LIANI{_I+70QM&RV<+7=)cAi@VdbEr1$4guy|iBtC63(49Xhy5pcsme?cav(
z_m-N27v&63B)=MWcR!foJ`O03d8Ct8Ro5<N_cZb8mdpx>HId0;e+(D#%U*SmMs*31
zF!l|7UH|i11bNQ<kdItU$I7u?0%gGb&I!CNJsi`~$@*QTy3s?~O?mV$t2`sQ5=PA3
z{3ZW94UyvD@^3a0#=sl_wUz4?X!@XCR<6mJROI#uNRBbl(STCRa;y_{xu>CVA*gC9
zf@>mX<}u`b10>X6&^DWv;2G){yL}!#Axb>dKxxbu(W@UpdW3GN%yO6kmInI5Gw?Uq
zV=Gf$RjN!z2Zam9M?ca)g!pxF0{`O)c1Jzz?AKMy!5I%o`G2QF&{LGz$sOo6uH$RJ
ziFJ{}fUQy}M`#oMcV*iFp_T!<^z7d3?8bHA;o;f1r<x00ZdCyIC=QsW<P=T4RB#x(
zY>rlpSIYFvJ+XkqaSW`42oTUq632Z)5Brq+m8Euq3kA0rnM_uSfp}oMepvtM>M+^9
z(uyXxkybM_)B|p^?wc%dm+$K>i!2WA#jCDKITnr^ZWvk>K^bs6$Ri7abV6q6rj-41
z1&$+Bt7}@~{0-lSq%{1IBFhV<*R4eL2S_e_A%&SI?`?Wu$tIw%r=39gq)1p<Ss80F
z`_euirH8Utt0xFrkB*LzwEbFt8sYz3rnl<wKic(Fz&%Sa^!s;d0v<%WS_8t|kSoG7
zh59*vie~8kyN}Z;{NmH^{S;S5MR}9W+k(g4nMaizncrQ?(|WHtH{8oN<J$Qwoo~i6
z5C$qLU_JH;f0Elv=nx|*o2{k=OS{?!Y_e+9vQ^JjW%}*7!49<PJb@sAz1pw;kE*wT
zsxtfjhY1O3Q9uMK$xA5+h_rwbqJVTOC0){upoD<L1rZVH2I=O~NTW!1D@aS%e_!YO
zd)Inr-Eqwt9p;|rIkESrP9F!zy5Z|9Yu~-mmcVbm)x}vfdj^Rh6$`^yM#ynuAa+CP
z52{x_qp^K6b90BeW*nFk==zC6C7Wx$K-LWKH`tye9Mm&P0*vOAua-Swa7_H@@nz2M
z*o}s2D(lh^{kSfT=#WR^OMdz6o&g5eb@ACpPpMr+Z;9I1i1IRJS)rxr-o%IV{g}QN
zL|Y2uKNM1;SKmbUGcgH8U%JOUqprkw^qJ@K6d8E-?s90;@cA>p)6u*tW0h7ZXnS?6
zO;ghvcn5%q!B^%0e$54^<P%y0kKZgky}ff8VAKS)%J;FckOwJW=X}7$J~cIkPOOTh
zU;B}vhz^2^?qr4%3#Jx?pgjNk480JT;<v0$x?ki34v~X2O#Q_K9Lm@JM>04=zFm4j
zL{p~YD%I-!s@I94PskTP8|t;4rXIg}uP=5Q=+MCzFt{vTb`zcs#$o&guIRx;W3m{D
z=q}}K9*RKkEP~@%Ei%0(WwA8)TR3wHAHY_iLRLvw+!GVR#vgVMXSGP2m~IY#Ci8H6
zh$8XjU35(jEeJ4YKvAavZNkmX{cCj<=!F4~yl#P-LJ(3dK(3WS<n|J;FEyBZ(F72h
zRf`l76nx`~I++5*gn#Y#zdl6zcMXrV@9!k#gmeXJ3@9M)%Q7ZAsRK^M1J15nMOVx5
zitnhgRw<8s&z;VNuSoLHN;WB>s3%vGZhR=E66+DYz=oTr!(SC>LR|U-Ub>Dn;OQM6
zt!|<mv9DiToh_Asi`DyMBhAU>v)=(}ux7H(Yg4G!ZaFDq8m+ADKwY(sUW`G^@6h;C
z`}Pz?B9JIWzGrK}57P$r9Q*b4M@B9@xs@wibe}#YHE^2?vWYzSp~yS;zgW2|1VICX
zgRi0UUUI{L?!^A|(4p=)*XXSfdVtl2#rXPP!#K&dpIB_LNM+~4j(hvtO_N1>FrEeB
z#46N;l#T`cN87DI79@<>F>u@-A8&sM5h*0vb2ca~`E7agFa>{WQ`~ryHrVBv9(Uze
zT6Z@4-|of{?!S+Aw$INKcD9KjO$pAOx;_D9mqxtbn&wc)F5B_p_y5ZUppCD~-xeG@
zP^0O0fOUQ-690|8fe?wgWHh$8$c%Qe(Vb(R3&>@z-G?q3=C5nM@_q)d_hs0vL6iV>
zG|dL;$j!<ZqKPP47aRtYZ=uI0{1*M*E;T=oF?%5fVk3NA!{~lF%Bna`MYo0aXc(MS
zPAh0bDji`0c7l5e8AUJGOdH)Ltw1u3SLf6?YOGMd_N;OJU|a+*HL1rCNBrX15@p=~
zA2G!4gl(1jcog&*!X5SZE7=Qe?LJgfkGXXo_%c;q#x*V4Znj$PHKqEmo8b#}E!4Oy
zo2CNy%^176UFU5$WCDvw@PiZ#r9t%j5&b(LT}yWh2rc;Cpa)V%4#1+ooiN=$|AAnp
z=>@#lQk#K!%!GmE(2ey^RuoYJR@5z9e$e^Y2eVRW%${+zeXWGh6MlE3+NkMlc?U6F
zRe0V2o}W|T4O+TGsV!QhO)<6>Pz0yl7dSodXng-nl{sTxEE^9?@I>V{TQyQmV=uCy
zAxH-_8tF4vM0C`byLKP+q7zFB2#TxKQOvC=YmLY;oXKj`_f~2fY1NQg9)h0&i9%FN
zY{3=S)%oLEx<XH2y+Z9qgQy*nCKXG+#x%ioBYYlQWUM`KH0kyBie6^g39!FMq%`>F
zGcLzKylDy_ueK^tH%7ji3nx_jpzfUgs_|BHMlFx^E?9G=UCTa*<`ICIE(L$Ut=8RX
z+i!SSqwb)76XcX-R6r3-n*OiJf97A7L`F3k-gHn|dNTy7sGPSlu|ds^Cl{%-FYk!l
zbIOY|ZahJ0`FQ2tn3-Yyh_Y1rVy)y;a_UBZto!Bnz-JQms_K9sWa^Gv1?m-R11kJ#
zL6MY`{&lA?%L22kUBRF(W@J^`<lQARFJI2+x;~aodTa{CnwJZBAPc20a@KvTX@jl@
zgCA!WWor^_>tsJx%i(Gryt+d#UmigHT(0$Y5G;j<B3%VngX_4)Q^YIEu=ISV>Z+}c
z5n0p6JD}0J!9<k!{y@H&mfs98;4aKK!^1qsfo=lsj;_d&R|6kAZbc&sv3!r5hH<(5
zcNWf;`jPa$q|C__DMlETLPHzBw}U4o$rs<3Sqa6a{~(7IKrd&oBB=iFY#WL$6#Yz-
z75uIRY4C45kAb4@;p0ys<)JJ$IRT<5yQPxdlTSEV8};YG(52@zOqG`Z*qb05tyl4Z
zU9hR2J|IWb@>$Jq>a9mO2BlZ<?9ySg(_cs%8tYm*R`?!bd+Ib}Ep@<gS(PO%hsdP0
zER_C0lk*LaSt=sulRizBTZCen|Dv<)GhhG&HflaH><f9AhbMirJ;nXkCYkV|kI*Cq
z)9wJEF=U#DD{yZ)1_(9<)I!Y!MrzKSS(!zRrZ4tvm3vU^2lR(UXu$DJAMw(;%ebhI
zCzU-rkYV^0{^7ug|5cQ>?M<6><#ew}Qtu>+u5V+7-lT`^gZq7RG*9DKR9Mh00JY4b
z*+w?notH`sVvcC#On>HNDlmaS4anN}=9{6`L_<JzwJ;E@S3p()vLpBvHlj$e{n3a6
zPXL86j7A*(^(MT>B_P&+3zg|`{G1V43d7U=PG3EhoX2HhCr<#dgJ66Y2B8$e;W=d2
z{ZYz5uLof1$jDv@UsJp{YW)JA`5G?W8S_?LGH$~$XXD?tdivd8X^l@wG4VDhPKtwj
z_Jz)t1i!l=c;Z*K!+iCJrg-~#5RphP+$+^+mq7Z?`xIbxUfz;-LpM3S*yT#gy;)eD
zD>%A_<kVp)CG;M@GvYy7i>8dxzUGU{va;E5q3O}>>p<>;Zs!sPoTGEUvy#zWJI5|u
zNDRgA05C3X>Py?x1V{>G$8gCW%TX*R0(~-n*8mB+$UktatPQ{krnxUW?QavB1FBO>
z1n@So=}scyYQgE%4Z}fvQTrQihnL}CZ0`&I#-)kE*7KO&(2o5F+D+w7OGGQt!~SJ>
zPh3p{(b<q(8h-ak$|=$M^v_-UlltWzQySP#Pm>f)m}d;Dk9Oiw?`k(2Xy7^!D1VzE
z|KOGW%nn;}|E5Pi808F4$_=HVcr%wc(FSGMJg4DNC{BL>dTD-A_;F0W1$36Yat;@e
zD@SUznRLq^40YQ61hfs&zDio>4M8~ApD5~&+~LkvbHM|t;Z<mm)EL!%4BPfIQ&mb|
znVr5+CP_W(H^lN;_r;LdJt2yXs;%1+t~LLvg4~TNM=j#m?%;t15!9|)<koU`Tf;}X
z)d|$MY2#17WRi@sy-c)i0d66K@ACpVb!R2AYk7J3zjK=y4tTqwpN0p+7pNHHj)>>>
z_GHkGpa=O#eCG;at!Z#)lkeY0z9yr<D(qYO_)KqbkVRo?Xlgnvw1*Q{3J3}^(eAHn
ziaz=gKSY&_l|qJ<@;;=rI1XTJX;Yf*vvvBnsm}P9y2iLE_>XX8*0_n1r+Y9tSLd#6
z%unlsP`|QauYkC+{%qauZKj1_Z*cDXtn%2OW`gDTpLyvn_Dxf_y?jMxt`v~O*iDXl
zGtkl^YB@1Ko%8Q5KcE10{TJYKD|tu7!om&2Ntu0VvZvT;5*M9Pl}f+tFscV_+8LKu
z=HjtC->g#AYW<EK&f51fCSbPKogM4$wAr-Yw^v@igfbKUYa>6~6$I&T$f(|oMRuL~
zgQ{+!n^OpG)w}2NXVl{h7a4y31?JZb1#JO9q@%i*wq{?GzJMc?{_NMIa4!N#rBz)w
zr@0~=d1XfTn;!V-{67YV@E3oErguMH7oGzt$OrHefAZdzr~FQ&;->Cx&2Z`NO+h;z
zIu!)+YgJX%+|!)&b9Z?XMgpXEZP<x`6tct!<6ckL<Qss|jv{1OkX@8YpE_Biw{jMD
z-x9SPRQhK&T+Yu965%d&OcUkxUm7AeNH$cZ>sK)C1OI>V$2ChCniMWOe~z;xnne#}
z;`SN$?5xw|3wbJ>YG707s|;*!&e%951NgbU&=J+YGV<D_vSAjAAozf&dVh0<RA~?j
zyDg}O<WIFeW<CesP^SqwXm&x})XFAtB!4Rzk`tg9`h;ebpR9F97aCUsdnkh#*I9LN
zezM-Y_t-#Lpa(w{=RlBQvDOrKhf|*BQ;=6RBJAt2d^wcwVe9`#B^<qF{y8_QVA^Z5
z-23_)LA+s!CoWRoCr9tH^7ry;*(J*s3|Jq$0GNN!SJov>bo?vK14mAzoWUlg=7Nv6
z&lOJDJ;NF_`NuU=u)hyFQoOF=W)tW&&>aS_B&pwj#hpN0z@OiDz$J*L1A!j^hGY^H
zxSsdv&?BjS+rX8hw)}r(xtmm?S3amA4)feIiib53G5-wOM{;V{S3e|T+SYb_s<vjT
zzCFVD@~O-s&ZA4nBc6UBgA-Ngy8-NQi8m}mk0B~(ig~6x(X!=b;cnlN_;*_{nr}~a
zJ1H1v6_6l9`WyiErN0u?l@APj&Py%LtF7k`?VPb0OA?C;CqId}l0Ybem@?!~ghSSe
z9+)>GCC=U2BokDiT1{EI4+_l3o<!*F(~-{GRNFn@P#W^&F`mOo)iHiaguQ?iS)VDc
z0V4P#Inb=SB_6vGx;j3+jMhJM;~%}tS51&z=XKV1c^*Lp5)Xrm&r|%_e?D3pL|eYe
zSAFPn%R<cD`$Vy6Q}6RabTT~dX!}e|=DETBI9x!WLCvu!(NN>afBQDZmq|nCSFf&t
zLm8dm%jNzDXv+?IUs|x4IXPMW_WJi7CA3czH~*yS{F6z%58-EYY!Gac&7=lC7>6+E
z1{BKua=AF#;51U$5(bO__RTQn(Wu(ucR@?3A*DwtiNZ$eTPI0qAr$3J4{sBBL0;|b
z$Mp(KQB-m|{o3>h$W=)VWuCdS!i(LezPnt~`3e}j0PxVgTS-(N3*&8og4j=z!4GzC
z_;!;!!f+5tjX1-T?%U}=3%Qxre*Ys>G89Z@p<@=xVv(T`u2rR`nhdE}8c-f91Bv(q
z)cdp{T?V^xWsR|VlO%zDnbK&agFtrA$pjEUO=>(pYAFF}Xlzh`SvfhLDB@OkK4P}I
z?~y~xRT|9f1tW{v_Hx==hNkhK@$}O@hvqn8X7bAzjU%XYXI;8~h+lq2QJ0IgJ3@^W
zeA?acH1uj`nFc}HQe5>yYA99!9pnMP%Ps9!mDyr)Iq6}PlOT0J%@ikpV3p?KY$VT;
znk)YxtJg;Iy}D25(gPB)P2z6ETj1co?=#a-0ciW&Vkp&VvQ68_Lc?1W#+CfD5<?(-
zb)jJLp8ET86f=`?(E4XTb&zU9EE^~sZIWQK1_4|}UlTsiis)3Ue_3U+tTFzX7B4{)
z#ziR&vM^}pUlf0sdN#$MC9c_LWd{l{9=$5RkdTnQYDxke@Tvnt`Ig>i^vW*8Pr6=J
z=OD!OfA7jeCQo?@Ee&|03QliL&b2xlFcej{J@6;okP&e($|xCGiI*9AfF9+qV2!tv
z#O0wfnwOBlxvWQC!4=?`XUh92fGsrh)ss?pNHFY;BA7E>4rB}%yn79KxaLPOr9Ncn
zq;4+yJAO#~#*5{@Q`1L!u5D9?{7+<s1gLJzni9&c-rka{*lBGq?m*M8yYiI^B$A*&
z9NnUY9TL=5n6cQhpwx#CG>RY>16ozD=*Kea6Ys)LBhvttqT4XY$e6eT@b}pfyjb`b
z{Cc3NQ~w@6G+}<p(vl3FHxcfvP!oYv*LU|~ZiV-&E6w~a?#+!wyIdR<^Bqd)1lFs_
zFg}jm2=sb*4N;n@Iu`rITbY@*74lq^AgqG_X2kG<2tRBm+!i8YY?qPSuH5d>SYis}
z8Qc<fOWsk|AA!gD5>LrlVBm(Ova)DLQrA=&D{MA&b(;)i%dVz72`_8WAsJ&nq@gTh
zn|d&5`99kfPQ$nX?wy1n3U*C7$3$2*5MTm^gS~-)f20^X3Jx}*JHS}N*0i{Lv=?fR
z9;=V7`}BWL0e%8=j65?)R3*oBzS_VE0zOQ@N|OJ@W<j|DhD^}=!hte*ClH>@Kfp%D
zq(JbKwQ2dKo4~^YwiT_;S-OZN#Gq?$cc04^ifE5$`wr;EOnh{cb3UbW%ZUX@*<BhB
zVP+nBMmusIox-;haEo+I>~$B3M7HQF+vgNQaYMdE^xs!=6Rt$%$>-w8=aQ|5n55xx
zI>gY+;uLvy=Q{Ad0Lrbe2Trf{UAPjCtt_d>tQ3L~V>?akAp#3tCx#?bl%#kv_(px(
zwm)W~tsOwAuk|}yTN6Qb7(p5*yjSgL;K>g`FMWM|d+rc+l&;DFISOg;M`1pp1&nv-
zB8&Q+pmxB3Dy-DU7j_$USi%AVtbMII(G|KWk{FBz1FYowv!CYzM56d*HkIjhbubH2
z;2ZOKiO4!X8fdyXx%dp8z>+qAheWP2Vs)k*O?AwPq5+t*M*MI{O00i8cI~y0DxVUI
z`UHXs0U3k2M$5_Q0SkR4vJ;x>xu|b18!jW!6Pu4(cV%lnj5k%8J^!udBtuN+Y-`BX
zHUDG)gTP4k7d_R%KswSQJ!U=py@~I?mF(f+ftEF&A3)dy4386Hg+Tj>Kw|k3cfcJz
zPWSdaAC#ZoK<MhIlOkoCrTWXxn8(A=jTN}(FBK5om8yF4jq?U62BVZBEja5G|5=Ff
zgpOj;iKl>;4&gsyRLOn^#}W4ZY0RHm1ItfRGmAxeWup;q@DkUQukQ3_+)H(i0FXGR
zy*K>X;-l#Dn_&nf>~qje>6x?g`P(&gw*OnW06~rkzAX=Z^u(eiXMT7%5DJ-Buhd>$
z^d5AYm4bBp&Z~%r4y#T}b^C%Hx)T~CBqW8EGit@dsr(6#3;UyNZifWt#yrWo18)_s
zJA`zAFCbHgItX4lTICHo4v6@I^X|{*+?4<DZ~`PZAt*JOt$i)V0zfv=4mkHCf4_x)
z11(XdK0<P-Rbc3A+Ew1Fs3GbxRHuikZ4syZ#E)Lg^ngpyWA>H1K`6625lgbLi~$oN
zQd>Reos@0rP5A~Z%1jJ?6x+o>*_Rta&}t>L2x;0wwT3Y}S?yFIdj97R7uw5!e~FeR
zcRU}yDCnclHesEqt80hB#mOM5z3}{>$Jyy_=(A+b74>=r|C04_M~&!C6UYNA&sbX0
z83N}{G&u64L2r(Wi+lU--9U)efHeToMZ~CQbu#~Bp%k28a|NjA3MLug7+@C#y5uR)
zCCi(Oacb_rUZP<k`5h5gi}Jup;=ORD7rXJ8_&n_b|0#|Er=8*-mAgmZdEfxmN)hvn
z05?Q$fT2Ys=F?2!BnIWqa_`bx=44X%Kl~dhqzpmZg09;%4ZVkUIwTzCFZnq-XF{A}
z&rU~tmkA#Ymhi_+8~h77n?e$S+qY*w>}#NRBF#N0lLUKU^@U+U#LT}u5Kn<aNf{a4
z0`+{NOIYwKWATzTHDznd>(p|<Y0YN>a_Z8RWHA*AW<o>F70O~AHQ!`)rIOh`kP>J{
zhbggw7l#A9ILg97P>d9j{K=EOmpx6{@ssjHDgUbREhS0)pFq=S{~plwPm3HE3oA*B
z#KPO8nv&hAwwK9^=?ngLbsT3#z%bdcd0ydr>zJg$O|-@$@?!)Brj%D}faT;M4pd7_
zuopitB^CQi28$73a=wJt)6+WB$TLOMUqx_Apa~@BuIHvnm1wod+@|McV$7vk6{e`s
z?K^+wf39@7tD6_pj~ApD2xH!3{rfU5_-*bS*^xHPTpOG9HxmAS$8A?Q!7I&>-2dOk
ztVg?FKE51^gkunnHsDmAiN6876AKdn&);`%0td-O*v#`JPtB~ge;VJ`!#Cy*v-&dt
zb~INW*EJGjbPM?<+T}(@LjG26VIc|l(rM0r4sE|kvl7l$9Yga!0RfM07EHF;+-*Qj
zF<v8@RaQG&d0`o(tU^<`?>M1ff&-}8;crF;lieGp>{zF@{lS|q+FR8ON1vbW&z?-s
z+BAnsWoj;dPV~>d&#wE#6KiJXL5jVwR%X}pA)se_4AEk-zM25zlJc;4*rfrfFG+tf
z1}5eaY#x{(IbDk~urw6AQ6_xVD+{)^C+>62L1OeyMW2rKgo{=UX%cx4_rV<vEPG_>
z)UJ+I#+u9NkH?F|Da!aDv!FQ-e9)J7T=wu^<_^@kO-)j8x=)B@*dz%%WzMgIkEKhU
zQ?`KD%2M>|bsdhlFNBCPSz1a2|Gc@~rOJAg#b()?8+T=X`nL0%RpN2ryCym|>1#_%
zV^1FsSK1y94m3`c6|xW@6KcaeVcV}BP@{QRHZ7vAngo$%2k*<$Vgetv%GgvL)($`M
z@=ctb^==fgnRYube2Q5)!`T3B@SI#MRaH{Nrk&HDJmRzrsk4*J-`uxZP)=59`6R1X
zynHpKR5PB|xG<}6{Z5^!24^+zKWDXm(;aO)J6<}EUyK-yoJDm3P^KAP>=|}UPJWt;
z+(WY)Xh|ig`C&4`-Up=snEZ%+xzf~Y8f&Yg)dU3T)0Ek*FSBd+=JX?Xb2rMr!)dYf
z!meCh7V0KQSE`?@fZL-&jo7b5>E5djuwsoF+rP*;kN6QEkEHJ}D&T$X@0Y#zp5oo%
z*j06iehJRK{-GfZe2mlJGoEX{c@+B^fmB+;v60fD5xx47E%(i$YhiT?A7qy?6&-CG
z;*8h)asN}nGdtt;*sBsa(veH*uUQy1n2Mq<iDu%=nC3BEMnNRYQ37a5>cvsP$kgLy
zQ*_z$w&;PWWHs@$&NsyoX9!YC1;!BF=5J3r^{@XPjpxyC=I<AMjYfpP&jWYwX!+*D
zSqTZV&0ox)7Xs@@>|2!C^^64>VeA@2jy^9H&&T0P5Z!SDR`L+BUI*xqAdKZY9o<6&
zvbnWYW~hUSDYf9P61XHM#w~0M3JMfD-m4>apX4l?N@a7AlZ5iTWQ&m><n^Q3E@jJ&
zOBV}1`Ug+a09AeTf%WBC&3nAK!bCwNn45#DL?ArMYa=+bA@6L53r?ZT%R&AJ7dQis
zJ>wlV!nk!8VM`rUHG-AwmO{O-k(o#Py-h<v&B$|<U=rT32+9+ultNYrqnOq<W^*Jz
z5;BViA6%9F9M+Sh`{i_8XrQ>9OcC-kpvs4jx%rC6Qd+#B4>go^@!fE{3qySObFlK(
zvlyi)WBBbE7wT_?w!OH1^Je*Rjt01utaJXFnAD=cTr+o=D6OF3h(3Hxc6FZR1dKK|
zPIqT@EI9O+)j?0-ob@DWoLmF9%m3C8A_+nQTSd^8nAMaLo#$)aaC1sh#D^;qo~f3?
zxvB}w5P&yC=B~7RW$dt;dbYyzaY9$D5yWZQNPSxY_G^ffJOmsqfV*G;=itX%hxhI2
z#|yXr(C)9fwTj|bZ`@+MJ94tYNBjN$!JDoshfuE`si7(s3Ze;Jt?<NeTn(p!6EJxh
zwQx_Z$cPRv#%fQtDmIR7PwnJ=-X)u4DGlDUFiv<!()Drlaz4#-oNjI!WBr_|SJo%r
z>8+NW4=S4Lho5Xr)s9S^*yQvYkClgw6Q|uY7LqYjwjE{A_)&tz-J)^hOY8$K5v5OM
z^45xur_8$dQ4(r7an8)X5<kB0o;d5*Gwgg9HXJ)YmRmUyPbR%BC`dW7|8TG@y(zl9
z->|m7z5O9LjVWX%6eUp^kt##kOeZ?@k0H}VSo=%&$Vit%XFE>dgy|~xx#L{?H->Ia
zztVo}6+?`^<V!r~*R*!9n<yGpNz{h0b*HhcC$Oz2i2od_e<=|hNn=$|gv=Bu_!p+H
z-cNe6L|~;OshX4T_Q1586ChLasKk4GoxyNo=E@+uc5=>GbYClTa2AnN`X!;#E9y6`
z+aH(~;UkdiFTt;<Fj0XEwS5=o@R}c~FX7=2JpY{Ho|{?KVtOfDZIaXsCy8Hsb$W4Z
z5f;%0pFrIb%f>83Vs>9mFwLjWbWJg}hoe)Odh6lWo;mx*wY~Pb;*q=Dtjrbr+cLwx
zw?RnhQhW1BR;dvj_qX}@$Pcuvtn!|pj1V$bPi=e(^xfGjchoC!z#JfsEv~s9g=uhh
zd8_4CV`Kyt=Wa-)ZWU3Fn_sf`t<%k&8?%}lSo>3i*7bKpj9K_T3|Y2;S`Z|s+b#6x
zWUyT4E4s!NB;6-o5TJbm^3tYj*uN5tTKhk<tApOheds(I*_GWYU`-X+#pn9{48XE>
z!VR@?Pzvz$aT~h}1b6X;6~ETn!Som2Tc<{(z0j<rINZ83dlHG&FN$?(NaC5@H&x6@
zN3z3mJXK5g>bS*alFpeMsV~&3Kv&q8LC$(~hT6IDwd7K4US(YT`%`@&MA@Ab1l4c@
zUz@^XKto_Yr*3zzXS%KgXIdz@#>xbkgM0Cw*WuS<?7jeS4p()2{P>Y*0%hR*7VPN|
z>w3e5Nd4$oN0?`<3PVPBq_7QP+F5|FQ=)R&V?C?U_b*mVf9C!v(%tCK?%ajT2A+=-
zM%6NRdqfll2Aq(2d3kptkw|2dbsUZ}dolPoA&w>_ISc3Yz=PE}#538T!|O+KgLf}!
z;H>j<ucGqC@M8;*tNqjLpJp=T9WkxDYO_y;1z1vRtEdq%P~cR(;t=$EwKt@hmMYhW
z!;<sdvnsWSpmUP^gP}p&-@4;@kqJXH+!fckQ8OgBSN*bXyK^G(XQ9;hIhV7qR!p!+
zJNTG~WDt#BP&M+NnR$$44)Yz3$Cjy5FG=)m_Kfkk^}AcxQY&&wsUc}-=W+d%@wb$6
z?D|1u0zZ@>Jw@T-+SjovCT1(RL1Elb)nZP^bwBo1HW5CaHq_f_p5qanJM;Lm*;&w$
z3DxR|#%-s2v}ix2qN1W1?k6d_$VZhK@1tyd1ns724?Y-ZaSZ<744ktx^9buX*<a^3
z(QC7GxYOc#ru>|s5Nqb-?pBh|!Uk@V7v=S1;#r|%Kf?>Tao5+X`O55pK|!OW8s+8X
zL`jR7+zg4*nI-cdX!4|pQ<#UmNAk$jJhf&bN=6-g;xo<ij&Z&&4UzE}UY=d8QCPq$
zsUgyHSNHa;04~RINnz4F>Fnfy#$%AgRQt6NiAlC<LRkqmZ<RUvac1Ws9_g!7FUM&J
zO<$k8?fOL8)LGY`kH=@3e8n|RAJi0|?E>?DMf#B3+gn;x|GRg0<I={t=IqDH8~5+Z
zXXk5QH_DitJ?*0f;T^;2=Y1tz%W(Q{rz{Lr`3+(c3zWoto7dEaG1WDUIDGWA;y10A
z|4}^h_5~uIRZQD8Xy<Q4#0zlGlDx$RWA%5z4>V^Z!^7w>P3SxqiaY2yze!TRuR4~_
z%u{i%H<)TvWnEgcTB<Txz`}^{&ZtocF8@C*z{x#`CAi#MPjEU|&=`UesHn#vo1O_l
z5pViF`6{WT)_Au`pD(k-@k1yxdl}bDZwtNzWm}b^ujwP9iP@vpIeFK53FX&rUa|Nk
zOP<Y$co;2G&3_Fc!uitMUEPKymy=H!Ga$QBj<SY@k=)d}MYgQCKnM$U#xdKJjP1Kc
zG24sEIG<F~q^4uX_S>CiS+W6GMnPZ6l=`FPPwDR~W<xWBp>loIaRgt?6wTVD)YzGu
zx`@2niQn9P{yuR<FZD4;L^M9`>aSmtj~?OCdH%TrV75#igVNKdEeqRUa&j(f<WazW
z^wQEYV9NFpSV9Wl+62qY-Mp2j!a~64E=pHcUQX@uDSYvN&*v}IhXRef6ysY6k7-Rm
zHeb9CN#FiBWVZYHdhl+g6qPDbQiyRg;3L&z&Fz`TD71(XcDm2+gpKdt6!W-?WV}Lg
zt#mBViY9kE^u;|BOP4FPt|qhIMF$jnHhKAy>h;^k3<ze}0TV2I-8H^qRHlVcO@#Q_
zk1m)O^>NsEHpPc1Cm3Nyr0^k}k>!nvfBZ5rc`s_mo%qVWL1iMtH$jtkCv7xSU&mWB
zVNuM@n_rn($d^1L|2f{)YUEJGp4l@0Mq4#Y{-q(27ZA^)vV2=DP6pOnlg3R&*;Grl
zvD^IoF+&UgX2ZPA-`bQBCVmyk-nG4XxG~TEe$tkkD15%^6nq`ChR;3wSq$)N6HyDP
zG=1<C5b-Yw9t+vp7C$YpKOsqF$|%UzJmp7HJ<Udk!>MYUCLH73ubfEQ>#C5c{$UM3
zhiSSc0fb~1bK^&G{h5;>4Gi!b8&!C2ZvOLv?$2zS3lm0TIq|B^@61cckXU&v-o4&-
z`s8df`MzpR1L8_&Uj9P;I$sMMr*2CdCrk|`MyzI_QImE#Y!Zu=6PW)t_gBd@(`4~o
zosT;e%jV)=$knL`W$U{3uz<tT%S&{jLrzT$F_Dtt<y}ClS!c4a<0e`|*yC{mNg0yH
z#<u{onca3XDjl1(zh_iAF}Ll8-nD@K`0$t&xIU-3j|$TE6mSfeQn819NW!NV%J#Vu
zkv$MRZWu?^k2medpr*lykA&VQgO4^f;OAs^!&YoH#D@@WjF_7d$ppzbHi?18p!($@
z8OYS-o~TN(^RM$}{j4<2vq-&d(fGr6dZ5LS?9yW;*4d99ds_&V;^@hN_f(Mf)W;GX
zROKB&a}|f#m$X7iBkcYQvM3^H(`(3e%jZ_6B8@RcMaYHFcxye|O5KC)a)`b#;2ocs
zfVSc-dWVRNM2GN0%LNc@;Nb68KtVuw1!Kj)0JiF-wRLM_qhB%a8}=Em&B3|2*y`H?
zxLz0ECutMe31w1BQZ0QgyfXMICy3*_k*n{62_n)zN*PQ-9Oj0MWUsoPtTGM@wyR^Z
zdcHkAxFS^GBJ;!qw7G&jM12Tbop^PE#;Xr`$~~&8$x)LKnym#P!S|5pXXC^pu|N)5
zb?RJz@7p2dLMEZjwd@*_y)Gsj`6VhdD~sRfUHQM0U^_aTQ-z`w#&-Yy{aKe<z?-nL
z2C0c73eejf+z|nX@<V!Xwn)3Wx`y6j>vAeOyXLkWH5oCN@Thr#0rB8pF?R2PDcFL?
z4Ra0jR;oWJC>i_<Jz%1a;mC4zwED=Z<2UiW6~^UP2Y1(7wBHoHcIgxdO8{78m%g&Z
zFP>E{+7YSTi3t?jnQ!OtX=lO8AIY&>6Tu7oS#&us`c&+Fpk|01q)u_6FKYD1#<K^#
z---vjdrqtl@$#A#cdG*n!6(^fTc|JWYp1T$(7c|q)x2*2g(EG=qrWr%v4_{*eaMzP
zePma)_k;%rd(MH3f|~nU0PD+59WL;LynplFC`E}yZFp=fVNdY4Om&6+*TcI=(gG=F
zsv9Ap+9aEc`#kxxT_wk!q|mbwOqi+LDGJf!H>0w}`vvbFAim%XRhkc7OBGt&`ox)|
z)~-yg@`3q}!%-I>C3e7W8lqF_CXwUS&Sk0F7(Ir3Uid3@pg}!-rx+`5T1_XJv*l3_
z+r#aI$A>@S8)Dbyesw(zYq3_VP>n)Q!)W<y_eymN(1U}O1>+hYAD20~2{W&IDU|0$
ztsV~uO(AwpS@hv8(Su1R3$cq1iF1cZ<K5j|jx#+dja2jtE*R|{9Ik|gm57AI#m5)d
z+-P98D%OhL7mc)zN5phq3TsO}DTiZT`J<~UGmY=<>yOtW%vw6m$HUkYy#$xGuUqbD
z=YPJq@^y)uLu|@gu*G_qG&B9g8_%z#q}2}j<1Fd1pvzFQ)$QxPQ7k)JtR0_!AEjI9
z81%A5c3>Bcgn=~Qt=<5l3)r47DVB~AF<W^5-aEPDut96)Eq=JXd>j6$&WxW#BD&7;
z%f$K{_{?l}{QY|u>KCHCA%fZ|lEhw!D|qEg&#bl_1HTQ+4$zf5ckWyf(;T-J)N?(1
z@~3X@Vco$QeIqYwJu|(7uPKnAo2EnOLge?h8+zI-z#Szu{f4OeE4%Vf7tJ>hPUiMJ
zz7G#m9+V1MidXCLR884F{&%=Z4&MDaJdEzeg{EFzwXI%?i}h*8arV(+i}78E2^SkW
zf<&bk?Xka38oqw@%gD$GJjuC(6C3#(#1@l32v&2a@v|~drt51;Xot>syCzN^6XO#^
zB>eG4jjSoH9c1R_5+n-#Hk1P(unJ0|t`l585VQuOgnUqjN1OgLn~|Q@&!02S9hjM#
z;y5`utzr+UXllOQxx}~(a-Dqqals-@4UIR)#~xEfIIpD+y&7T<h%ul%%g)XoI2(Vs
zYjMl0R5<g;o=5bN+Ov9`F5=tXE2_t*Wd@6`%lQmOmV%hb6r7$O=8Fc3F0UWY3=AS_
zYVJ=JnR<wGbG2S@{ayBA`t&q}+FJ|@qw6)}2PH|lZSFS3qPkGSan)Pm5gT6Qm-Nd@
z5IsDYTEiD~lxtpHmAf$}Jn{2hI-Coe2bTz^6sevXOKqKvzZ6%}Q@g0Q$bEOF?I6w)
zx3(KIeX5bPizAU-vgPwsHJk>+K-3AdqPG*9DfOsK^lc`~-i!+Gs!C}|^HF*lS^v{q
zr)uTpn9uL(X7a|cv=GhycW@d?C8X^0&OgcToxWNwIX-yITi11@cDj;vbaWIODaA*G
zG?f>8Ae<2Whg7Gy6WxUVRun7(NOl0;_F$jt3w!(9nGePws^dSGE)wEdwyjY6R&O?U
zsZfWq%|c%~>-Gxl+7hS#vQ8B#DJjjhQ5jxaF9KBh*sKK3fZrdMS5^jfL<{rtA0Ogc
zIy<W$%%fyr6Z+A%@T!?^X=y1t=R3;&CP7duy<BcGeNUbcM$-yz@#wZIhnVYNrqbn^
zpLkf9T)ezlqC7F3f#}z7`1Ihlk-9oXZtmaBcchoFID8pGyspdb3*Ap%iOIBpPS0v(
z5bmqFEi8N)<BmigoH-v>diwgXFucU+xhM(GXGzZ)Y*BQPcxcJf=g;kME`g`-s?RSk
z@Me8A?WUY68X6vMzJ~8Rdj4rJq+dAc`<51;?~%lX`J^%Q_Q|Jk|Hfj>Q`R#K>vA23
ztywA9TA0P!A4d0P_519X9=5WHUpe!^ZiFB(hm-Zn7R&N^a6~lnKTXE?Ebh-HenS0I
z;O^|Lw{#CjHfPdmQK5WJJ^hDWNKO!7wSxZjv)lY-QOF>X@2ENVvKCBq?q`H&i@w1o
zrY{R@6lnA4){z&@`JX)<i!A<RfPjL0&sTigQD+k<4)yT*v;B$f?~y*&gr;Ie%PKV(
zlahz?3JR321NEb$u*Ou__CnqbQ)jR&w!NXI=0?2{IT7yFKG=g^!|gk*Czml<wZ1Sq
zjQSLCY%<wuIn8a1nGX_1%)Iix<wAhS^4e@G)pB>&a6g%_Ly66e_-wtVPj{9oEH9@J
zns!Uu7~#>c354bqz1AwHJ*=8{X9#)g$i!yS(K67{27O=uSGKl1>&a{2cD-t_1-4nA
zH@hoCuLIXWx-_r9=@Gv%g5@tcZah=#$_p5#Gpgdd*SH+Ka@*SVia^8ocW1r)oK;fJ
z#xvEi;t~Z^2~VM#<HgnGyeoQfwrNwP&)A=3Gg0w;rop?$u=}sqeW&Helg5BrsZI;6
zJbUrbFfursx3ZB&S!9LI_ng_lDi*alnDjIt_scFN=jXEx*Q-ADS}V^Ql9Qu3U=NGh
zKJWy0>?V?GyKeTR{JYojk+#H_Lvio9AHv|jpmBm~u-HpfBIh%T&_~>K?rb_Ul+U^_
zr}1x{&OOsbPun`v*SiHK;zQh@TReZh4L5)4zO^=-^y%q+g0s`u$0<E*V$|*^b3yFA
z-o`(HKg4~`4cY7)R4#OM5Gz^larL&ezj*Ww5h5MLDK3tFqZeLR2Sb9F&NCj%pn(du
z_;u3Kn>GJ1q&7vtLYdvJb(fYU$EM$}GQB3{mg37hz=Q{r+`6yjRV=O&cAWFZv92~|
z+@LjmIZ<Qm7v#ha1w#_SgA~Wc=-HztbtCQf?S|TtZHgCh$69<}<}-?nwr~29#AYd{
zj*=7k`u^qO#k2_QGUCHjlov1ib;c92kHVVW3*$gK&n-lK%K{@jamyo*zYk0eil_{a
zx-{Qirz{(J&2!bfe?BPQK*56kspz)M-CwU@X)Jv9+>rA06ahgOX3+>?e0NaGThbQz
z{?HE0HoXQY<TiRSOgeURzo{c(@G4y2*nm?nLVSO#g%tfChY;#FIDUV7afZ6MVR$qj
z^I`XBs}fHlG|Emq2zCFI!y4sd-czxrYv{9hi@ph*qdB5HL&>#(7Ntdse|$xg+#mmA
zQ{_JF40LX@{vQ_LjD*G9Xj_>ECQ2v@4m+Rv1fZAP+26s#KG%lVS)V-!Aj|oh_}>)L
zIlJ>^yJ%d)9D8Jf|FL6Z)`x_|kNT~|x_g_BPktZnQpHy43ur!XV=5Ybp!SZEvru(L
z>&FWXblCJWQxBw9NN9LD))s>Da+1=*f+_7q>`o>jMIy22ZIvrzWv{2o_-uZqm=A>!
zq^VQ~a;R)iOluX;A`<WHco7;sn=RR?P&CyD?73Vha20uDjbuq#+qrRcw?G2plEB^`
zIU2;{dec<`k!Q>!(sBtSYupKBN(~Jf5uDrGdsTWoS_Q*pd7%(Q@Z89VVYwKdJMiHW
z1!t-x-2Ir5t%h#7ZfB^+--}+qc*lovbTA^-URHy@7F9{pFta*x(S1!CwTah{rQVK%
zCD&(Jo|=}19nWj{rhg?Y=Nk(J-1jl#c5B0}el^3+mW1uIufgvl-?I_l@P4ml{wnnL
z^eZj$;cMwA1-&RIJxJ+-J_zW{YvOPE-->KhVfTyfzRQkQXF}Jd8ygYlo?s6;T-8K{
zCW*MN+M;qAFfZ1ko-Pa@obh;wyWwHX9+@XMO>NfV7#=V4-)So8a!x6ks&!=(En35A
z7@oO|%vT+I2(eT4-Q1N%E-r%W$@QV=HwlH{(;j0;pspEGcior_fgk_ybpY%X&2Y1r
zA6v2)`OHzDEBfZM+gcjwH#i}0#m-}Cb%Ya@>eI3Jpv~+}YKQ?Ffj9p6bk04IG&;mY
z4~}i>^>E}3)}rjBZnJnL3?c$Ef^!nCIB*1BlUB~jzkmB?L+4MwgM3D%*P3K57AEf#
z*)2U6SU=s*8h&Hj{%x1r<T({?b;vMTP}NXNA|exKWul9Zzc9CVk%0aRg<7^X#9r~l
z6T*q`bz=Rp=My%Mjd23PF+P6&*8mc>APh}Z1)HUge&F6UH011HiLusmopRQ^--3xj
zd(WPMM@{hdZ9nO^Bul2>U>p32z7fxDIl<h%U+jR{T61(@z>n1Xm$chK?M%3s=l*PN
z-rv07QENf3HQkxein_3}&!;`+;<xDHDe>8)HmdeCCLPuazIW97NQnC^;)@?0^|N^^
zB_H*eZ=qMHKOWuamKG4*_SJfKkOFq7v;DHyDr?xLVAFAfYhGh;KWMb*Uu@-_*fn*~
zdt#BEZ;N602`7`fqBbc{PY#}>obRm^fjbwzT`Nuj({Lp}PV-Dwd31TqRQ697W-h9z
zzJ8xuu%TQMKmH#1@L~$SzwgC?ucocD_n?vx+7=VCu@a|i+XQ7WF+JPTXA^%<%i&RQ
z_^6Hrr1M=>iMkpjPHFyJN4`{b=Y~0sFP@;LgMZ>nZh00)X~+nCV5&FE8p?u?L<YsF
z(0%Gq(6$+WyT@aJ&rval<@d1A?y9VfohoWi2*L~8`dD<N$q@WCaILCdu9>H?z~j2P
zDE2f0RyCK4vx7%@w=w40Sh5B~(6%Fmest0-vq>~UX+gHuL@ihDS{Q%?LH7zx40UVC
zJ|hx)Gfxg7_1sn<>haO}0V;WT7jB%SPs_?;TQ1hGb$Nbqem3vTvN}eB(c9ZQKa-{y
z&jW!B@%4g<SIZ*2^p%u63Ls<pSyeBK3MN#%lG<bKc7p*;43t#HR99ecbLJE*F#YDG
z@FhQ=sJuMKFkc|yvHStbVleZ=fjYXB2!D-7IzNyieP?3KS`dASUe#v9$^3qD@R)T(
zM14gCWipgHTj6$Iw+g2m)z#ITM_vjhUeWu`yJA;R)Nyezb0KnW;dXtxdUQVrs&44b
z4u3t82!*X?0m2{NdHSRlAAtL>sEGI2F1i102c73*SNcwwbCM#`Sj@&s)R_&0#jtt%
z*gvO>5|I~~aTU1_e?M%XF60wj*_}%{*=(9cy=l><h#N&6{g_GEn_v@po86aHe)8mR
z=}6lBWbyOu$d0qmbRsT9>+9=X#$i315@&-FvZkgi=ZjCzFQM6cbZiH!R|JG#<@9B#
zv7A(EsH>-x@a;K@bhg{_C8*vw>FFT?aWy70eQmE<ONGru^hWnh(bqA9mJ}_01$k<5
zU7mI2tI6l2OEv`~DDL%zg1rdWI&7famR8sZ;;|ZsG!2vXwKx&vMMN9Z^&-c+Gr`cc
zL52E)uJ-(R?W(OIq%-c1uC0=f^wrP3p@As7k2?)9XW<3e*>awLI+xSBycEpR`WaG-
zi+C`3b9|pz7Y+@)95@wb1AY2#Q62TkjK|)aiT`?(&sC->nJa^PBZiUP@y1j<b~V3Q
zmuQTIlgasyJ!D$ddT~D8lgKHv$<D<*IhbJ=e*;}gS<{ryLhtBKT<Z+#MbgtF7oQ&@
zzHF+wyYfMdn+FI^j2N7O0EPaeJ({9NTdS4qHi_2a0_$#9G0JEBa~=6@Jr6{T#a-?H
zzrIDxm+I6@q4C#&XY}wZPKv!z)P;?FWmHerM>}EvFv||xlJ)j;*NqjJd+5$(W%I$u
zr)#Ev&OS4=dOIJfHjjMh^71&Uc51XJKj;oQZ?H#KJ{;H8JbC4Qa|SDqb%^iZ0T#Gj
zRFIz^yLKu9%GN+`x8V|<0%2m8gvYG7-N8h0`8uQ1^`69Is3FU6s}2D^zUU$4v0kAW
z>qBuXOG_f(7G-_?q`yj`bf}r4)Ak4C_;SGsd<ZhLQuh{8iV!WXIO3Hs#$68oSM79w
z9Hvk~+GtYvk*l4ZokBtAUb}7S*nEI2jdx@@F;>1vrCkRhZ~e7hEp2UTpUndwQXqKn
zNa?PH*XHGMvZ~=?Jjr@iN6#>+<KazK1Ti?ZF6#=%bwft@P0D{fry^-R?%hCOHy7M~
z)NphSCb_5HiQ@0gbdwV`U$#A;{hWxlCC4_LE{J&C-mmP|xzORFMCa_Z%(c8tQ~wZ2
zD;yB%{l}O?U1f^h?<2{rb4t+m6(>H<j6HwyvDYj^<d%@lc%V{Zw4t)^V7U*5WlG5&
zvg?OWq^qfd`(SPXDiDD^^USQ|hP|w;>_grU@`#)@`F#-;1B1`si`i-$6M4egqQ4jC
z^<=#Y?l5o?xa})%F_@d7m^~ilQ@g4x*CH&HQDQjl;5;r7<CXlh)5Jsk_nG+c$Ow&N
zPjuo_tQ@__;L&m$oW}GY6;ws}*AMPrLUvhJ)>F%ER|P>3ypIBx;Ytia%k<`u-7^w%
z!I$T;D+4;y6np(by~CE))A<J5!BAuC^|IaSo5A5ves%rK$IdhD_+TzT;{9;(!t!A1
zi&P@XJ%L)~`le!->I+BmhD|;`CApdi&P3GvA6Ad=CY#0moZ)0UK50IR)hdROgt5J^
z>Cs;jQf5}B%+V{}e^B4Oq&og+G2UujyyVD`@tbKzu5~4O54taIQ#93!y8YqG--wiB
z*SEpJC1@j`<l*MUw{LQw(~==qFL*3N7$iu9EVqtCbz8xOA9Rsy8xIL61QWS8>f$XY
z4mLJ6s&4Nc-;Vt(d0U*J?(8_}m)Fetok;KFP5L*NCEc~peTkyZ|6JYnsCPilSPSYZ
zVD1%pEpejjpOYgx!1fF7sGeI;>e(mn+?Y5gH`wdqh}OWDVUYqORJwu+AJs~nbAL;S
z-bie9*tAU0%S3@~{jIfn!OC~)O<s!Zw@JDBZ0q!8>Syf;RdUFZoQ9|}V}yC#X6k!C
zRtM>%J}8skqIUHV_Y0C-Rga&S6JH>Ba92k5sbjA>WPvuk7)@ajdLoZtBv-K{NL5Yf
zSP04aTP~O`ATC~57FkYc^D$HQAS!(Ic@Q~5(ZtM*bs>efQ(q(@77fn*i2pVEkQ<9l
z<W2VykRU>T?v1to6;yHfs>S8t%0zK|LXrcJx7$A|WbSZ#L7OzUC@VwDvJR{+An4;r
zZh_~aH}GxU1<G<IcX}ub9hxlOwxs+OBhFvtEu7jv7kQD3O!71(m$>*HxmB^gsY<7r
z0&<X(`2deK&hFpe6K5Vp(0-rN*yF!K5rHP(iWQx@wRA40=1%&p+N8X<{@&}Mf84<(
z1$0)`-mtDQo#Jp;0D)YK%j~Iqxec+-thh+t^l?c^&%3-eRlA#yX%<d-L?>?iq^f?+
zNDR+@kTmS@XI=mn#*OI8l&n9%uJH@wJAx3emk3F54d~1muXdbfifUJVV@cVsLm0PR
zrMx|-@2S7KhZ<Do^&(vr!LzPzdM}-P6;Nxn2kG<8<r{xEf|a#_RRaHY%ESXl=w}s9
zURqd$993po05|gef)B1%GkW#vt}P=6z3I*gS=6tS_v<*b|3@|`T)Wr(&{P2FqIJX-
z!<`n)?n#itWQisg(DN6bEC8z2bR>S^x`wRtdmczc086UtMq)z3mGy<KxfX}Wf}*d;
zZ;k=VV<OY;ij&4I7dvpzZ28>>rZBs8<awJd%bVxytq=7&Pk93SZ!kl$A1(%!m*UIn
zE<ZvJO#_?<0Vrc4WJc?YVw197jHUM`SGv9^k8uu`gso?sPT!%qha!x0ekPpT&8?+(
z8DZl)UHeip`!SjQ*eeR<zL^}a#-k*2pe=}6kCNPnC@A&Rb^W_Fu@okf`4MW%$yf~R
zJWNLu4{-c<MTnQwC3`8242pyDH}e@&N|fcUsxO&m=f83Q&XRyhZ5Y&v^_~aq-1$Ja
z&0*6Y`nmbC##{ynsD{uyp~Q7_I(CB0RFQ|%)1<ck#lJqu0D+=;7$Nk1yV^}rCRPNx
z*_$_SLJ?zskCvnSUC%Y{FD?#`Bhzz7Jv>&#JFB~v9Dg@xsuy%6WUFd>OJi3UR$g5(
zNO&i{KUvz(9+@}rTb;Rft*};g+E7<F(UxWd)X1?1@<%xpB}BwSOIzHzICYt3RN<E)
zm^vU<9aBIv%lC2Wi|E(?YE=>lGzm54O91sn(6-{P!o*W|s$!w3*9yxLRFxrrml)Ip
zm-JPq;~?e5tv5XJQVQSRL6yAxvahL_a?%6|zKna;^IEte!Y>S_{pH-ZQXtf4-|eZU
z^9!x05Ja=N2OCqM&w#&Rd^LoKPG}HcW|Y1{NTtsMqo6HjfY8y^b*2~M6OGA!@lX))
zya4%s{7(qwOzD-w7l|B9sgpq7y|lA?JF)%{6xjwiU4C%6XvT!9@RS0yywl8#l`_aK
z45O1h5#w`jGsjfs<}rgJp+c~2msM6~)%8O-bycz=bc8_qsZO&k@yd69;wX}$nyfF%
zwww5hZPa!vRZH8tO#oFFx_Np^{?O<6<BpTd)(ep+9{IzCItI09GSFB3?v{G5tC5r6
z_1>7ABIag*<pUscS9DdQ4<@a><*)T4K2Sx|P{h0sRN(CHsmhI8e;mSBz<@wv&dC;l
zTC8mUIZ$#gweYL5p`qQtx1Z_H+?jOAgIv=KVxr~C{64HJYojNL;@PNV6_!!q^`r5S
zV7YJ@H7r-4!O)S@I{0R~xhW;qC@P&z;5Hp1<=bPkRjDy1?H7t>kDP}(;m;0|{8*}$
z5o%07sp)8MpLMJTHt;J<#(=|5QaKj3`Rz}650Mo~e1Fi2W!CDia%u?XInoPvhHIC4
zN?eF}^|uxX`;(hSo;-QZ_+_||cb@H;c-^a}NW%uf+L6}aoh0UO+?SEe%mm17FU534
z$G)Umj7ypritb%+YfI{K^<=NVKhtMKP()ikcmtjWMs(*nzr@hWop1p}uW`-f6&15<
zkF$I5q1^=PMc87gvce;9X0zWTTS+!GNctA1Ja7RWVrJz!rRV(rFyzj5ilgIW2a{V{
z$h9_Krc~7h$Ldt>^Bn<Y+;lpGq8i0r8d18)4PpH~Ju0H0uQ&Mc(=q-}3!p%YC>3ni
zRN)L#Ff}~iiHGSnFD6rrx5NIpgv_}w7{^x9ttlyNQpSOKmkCX4;{P<vD?92g>YJM@
zLItmgZYL+HCyB1L*@+)>*;d%Jx1e@4>fEjLyH1!8=$j3xydDO2F|SN4|BZa4_D*Jw
zl$&<hwoZJhMW3u;W_r94j0S5qRO$%++_Q|?Pu*aZo(JLdSdm&gu!LhOswpLMCyMp^
zlCiaxY7hbZ-wMdssV#<gR;9o&_OiR$eb=ldLP}dr8;|zxa=1+sK@axD0B-*EzfF_)
zONo9GPS_Lz)pYV3YK~I837}mEyh-Ll49ZhfN{J*x#>&!s=3D&AiGq_V%K>g}Bp*h0
zo?WnK{xyWpsyf1$J&Bo_YLXc8@hp5T>ia&Rr}xJ^3`G_)J&lQJSC<y$G0WS5O&5P>
zRYrKp@L45Ray|O^!w)W6T(|wasXV4lr4!n$zxjj^43!6Lb;Mp-=RJG2I#FUt5Y>>2
z`=x|VOC#?O;Y@WIWa7iVKje(e=892gVnN_U_g9&tHw_87>9A#($5%`Z<b%*9sl%^<
zluuma&?7>GJhr5P21ghm6Apw%AgFw^KC`ghDi)U)C-y(x67X{K?a1(;RXv__n&&<~
z;v>@Eh+{5icg>)hv{lqePrEQdy;M!tNn=~1Tm1mLjR5zxmR2w^zU_F~WlF_uy*gST
z_zVpVdyJtBKnpe@+&<!A##4Z^;lhyUY2oYmZx7V^_CPjt7*CGc$kFU;71JO<cKtO-
zTRfBI=&@4(57Xn4Z^+nRJhpGTRF@7;wwnogTSY584>sx=G$cbGXKu+JP`CAWHIz0+
zRI;7!$X<|doHSp5k|c0mM~(kxtJn_p&RD{mIP&7TNX5_6)X*z%l0DOyFnsgC?<qNA
z0n4=k3IJ*13I8w&^$Ee=ppD%C$(;0K#wEPI%|Gweu6;}(HS%$%5I|b+7?+-zb}pPg
ziAfKDn0Yci9IoHJx)3`Gv47f~h0ZII@RT84-qGdHn>V=VtO#L|21LEzlhmMgwO{L2
zP!zmbH)Q&U_0Ysm3qIsgV;k4xLHwcSxK6a}fgh`Qve8?lJl5dpBo+{mVWBhWH4NAA
zrrj}s01@C*UZGrOybqdeD_1nXxjIv@H*TT~2rU_Cr@JrZ4Sg(4Bq(9|?#V3Qw)i4>
zrmWbkX)3PhIF5|S;_C;c9D3!!(Q`gU=#KA*h|nBdr??E({cWs+>M@+t^C<e+o>yj^
zM9KHpWDjPY4(IDPXK~!I?R}_N<uO_-s{%N?^RktkqdezIJOrfu2q)bGcST5Hwf%PH
zd4EYEv4F^u>IV90X<Ylb!!sXWD4$mQI<pfC?mo$7cks!QcU*r&h~-4}!<L29%D0oj
zm16<qUtb%<+Q2pN&Xa4fiLrLdcJ!R(ACYgTOs$!U5O^42Q?IH;l*LrJ_t0qNTrZNz
zdc_BHQOh3JV&4MGbq72Za2^6()Lu^f*P|Y)@4oN9{!+X^@-b`+J6T(E>3Q3{zA#Am
z+>ujSs&J8%l+b~O)~7E_6;qWx41yRqHsy0O^WWU9TYg%4bL7<2NL|@G2t0~^<$1oa
zX)V_LGVD_L!ZqLX>RzMEohj5U863;JFJ~+mdU9Dh3CyD}c<?MM(tWs6U&Ob?=|Q?h
z1ul>M)!#XY%Gum;g{5_tCUX7V_&_P!>3g!*vTCld7pcsM_wL%Tr-$Tj1I8G8lL)Co
zR3A$JFvy8K=#67}Rop*%Je+WVG!8_TWgR$+nq<-6lu^PMS_nrGTt%EMUHb0z>+G9A
zJ;NCc)B!q22V8Za!GZeFVWLK_Fc8_}n4&Cg8ojFRftAO&WW(8|u(0qbRb%qEPf<?U
z-66Fvxq9Ax=~GyP2cgFm%Y0vKtvotzAvB`f*pmo1@|wtC`DhJenO-r^q_Ur(YX5pe
zO`_;31>tWdSDh8T&Ih{E{6;+C2mLY}oiDN<^KGIxn&O*EtGm)au%5=JlUG*LX4kXU
zFI=Ix6(jG~pj5>7tF77;Eiw}LIxeW<68kgj2Rc*~Diu%+N$Opgc)V_z3qGnGSrcFu
zEo*RQBD1wZD*kT|`de|6np)oKvE=-~B#0$`Obe;>p;dE2|Bt5Yj;DJ6|FSYOGE=H!
zAA3YnR!4R@9AwX<>{S%9imZ}xj3^^}W-B|HiBh%*Maa&|`n^8g@9*)r|J1$ReAesz
zdOcsy@z+Bx)Z_%QiN9=(O?v$guevF>i`K!m&d$!D(RngfotxY7sk&qS6LF9!-FcpH
z<?--f>>?RyWFH}+e`hC#|8maXD?G$Rab4U62GWErFe}R|vXZl`&hoyTX-$|V+eQlW
z*OBr18ri#pku66(rUR~-e!TXE-YtpO^c6r|#jF<=t0CDb>^{)}N>m2!W6vt#w!2Y3
z9LI!*7r5uLLSP1e5yCSXJ<WRk9GZd0GxYMEU&w|Qq5x=eza+B~Liha@o&qMYx6*XB
z=9?GCiPIMYqX9dVrK_JOyYoj`K^LB`do+)OSsqIF1^0`x|55Y$3mxp<*ZwJZG2&ER
z>F*l8-d!3%dfTP%V_C{rkcIC#nU0+LA?Tw)Rq?H3bChmQlcPtu7&kaNTCi8EaZ{A7
z|1}EXr4g=C;2+cthWSw{>Q3E;iS<UEZt@Qi7ZHz>JPFqZ;u9@iwC0*A$lOzuh<@uI
z1i$<+&lct}Wvo<pNu8tqVyva+1J8wy^JudEb2T~UySBxaYORIAV);MX=`(e??DZ49
z_B7#MrMZVQ#-_UR3?<xAdzS_Mij_oiKS;*&1;TX@Q3)uL=$t=34h33;*7fVNwwL*?
zr#3^*(Wl|zFwjfh7K6|nHdsbOzuNK5dy=+kGA(WmuDzDbq#;31S2ddR$?o>w0>c87
za~ZM$2V<q)-s?!8TB(-!@2fg;IeqC4|Li1;LrWnh4T_-5dMYT#z}}@xK7LTDXrt*B
zJvK}{eh~1kgU`6brDoB9JF;_5Iw|B7m}7!yK!g3+!B!%ud7!rnt!gtM<o!*-7Psc#
zQDe#Kccn$;;p`ej8f+MtCA)&ZP7A&E<N4e7xalx6Z$On7d~Gl9Z?bw`BF{8^hGXeA
z2Q@e`CsrV~C#IR%vMaIQO2i_jYI>A6&rc2Kz@1TEAzAMp!7plCCXvUjh4@R2=rKY+
z(}sH7%0QbivgGx9{Eg(IO*l@=vkpc9VcuUXkX(~`oo{RTTcqTzUfTyzinWZL#v+M=
z#eu!6t8P6T#RiV!;y93(zZa%?`)xVCF#bOlBN#Hw6a;6T6a&(Z`#>*D@7-2vnf3ZW
zq5d>f!7AkFM0vJ!`T6hD(GgES+I^utfCQNzmtVgkqmslW<OQ$n?Cga0(H0dv?(P<{
zyV;ZN3FKV;E3nfN=px&$1XzA~+78&%Wq+N^mn@oo9rlwcyxh>bWvS@VcRy#X!qC(6
z6&JQdP5GP=DA#~z<Z*Y1n74(|FoOD9?Dhx&ZznbInwb@gD&I<+H$b24xv%c40B;r*
z0bheOHmd4i8ry6uF$F}{R>&a*3c>1<Yk=IMP3_U)9_YE~Y2#EhB(5Dc$lF4QpFO-1
zb6M8O-&~>{*SvRDr{cG34&T65iBj+)_srToMuX>S7sme~A+aVF4YM#>3ml(V26&>j
z19-~1qpaA83iIQBJ0{7lAtU1_{C37n!*VKRPoMa94p%Z}=^z-C%Bi4lP^d2hkrw^b
zMdXBNJ$r%VXilO(tv)b5%}uGIg`m6Dn>TlxGaJXW^Our4lo(7NZnl+(UQSC%p*p$y
z&U5zyXQozMs%M|?z}WXTur|2Y$fMD%%XuOpUjtmtC}X8fMj|5l+0`j*y{yO#6Abkf
zl5XfcK{&4OF-tjp+2by!o`rV9JkD>TVU6e0ZMY4qDA?o-SKPWW*s;1Z6Rle40K`T3
z2V~?x|G4<#I>G|<@?rrNVC_b)+^dX=k&%&9{cAp8NNn@&3cUFO!ojq3bRDEE&=~eR
zJV@3m7&yDW1~LGT#k7@8A3Z8I%;@Km3l}f48B#vU%lqm~Chte{YsVt6?YkUWn0e~J
ze}_#lKE^8b`Ylrmc!?o5_#EHN=U}DV=ZyqA{W4htjV;Rb`pUu5w%WvEb`<LUowI#j
zg4fYbAKxJ}>1)F6Q$QMISHJW5Kxj76aIGp%FPY;8Rilpw)yBNgGy^jmIJr<asytE_
zNcA*K2;7Za7z5wz&+U)q#&K#OV{hWYWUDa(KV3knnfvLFb^)NjX=q6(5E}-zjl|PI
zu5_2D2(~)@eK)-9;2Mh1{(IX&tIMjFOhX|W3g8}-_r!fZ=<>j~F7WBo6L8~B%Xtae
z)qzv<rA3=+<6`&83aCBUpTN>Mska6i+3ZcvPlcIf1_c>uety6$b%2r6hNaz11lgs=
zr<D$AR5dlFIg92?-RurL2sn1Jk>vNdYmdD5GTn;nk;S9!8@BX?0}<f0aCv#Hv9U4r
zkyoXn74+_(<O~aN1F@A&aLOPIX7FGYcy0G+etx`)!O_w2OL3#aou7KZRs$QZ(1D2f
zAHjS58WfTn0*AuJ>%@p!;(p5uep#&VGf%cFl93^SKAU|`Hz`QPeRwz9h%%MAD1(bg
zFPJu#3n_$IuyH!yPB{B8@2gs2ZkD3%3!Q$A#5^W_g30Ub65acI@g|lceIYQzSc7}S
z`|__Ymzer7!nt70(fu-(g0M7FaU1|vV*#Nt&Vc>3+rzxNLBC@ltn-EUMDnUEVDR8S
z`IP(vP@2jm1~=giLv%T2^c(jsLrR?v6&=F9uBlP2sTy$thaL4dRaThHG@G{ylmFdP
z_&BYD{{=@aFHg8R0e4$`hWK5RA)rQ~QIUC;rvI4sL;?F(ELR=}t)Cj%_~7`iukL7X
z>cDg(p(iR%!yJYaQ%$>bGR|UE1m?{rA9uG|#_cNR$@7K`mrY?*DCC#40h(3e(%GTL
zq0SHl{^)qhdBx$EIP~Vjx)ot&dKMuP6+U~XyV`2lV&!VJ?b2Vu0IW`V6|a!Ij&~8V
z?;LVxz`vV)PKBcwtxDU@{zR---fS>Hgd6ONR>C=y)1%|+JM7>FK2Z-o7i(}&JZs|x
za&%V2Ltxd{nj2;R-%Ax91OEx^){n^ugV2koPk>%&3gVsIEjIQJE_(c+K-vgo@3=Ah
zak$En705W!aQabzA&>nT-v`6+PEKV!<{VwUFP%aQXJ<%`JsSr{E2OXWpHeMAO=YMN
z#A?Q#K+*#ZE$zGueA@_7cyMs=m-5SRE*-<eN$073Ku>TzSMqHs^x*IfTt%z@90S#W
zt_)~}PLhMo`nCUYrvCvYfRzAZA_nF7VD#@$I~5++Up+ywzm*$!JmAEBi(%mQKJ)5_
zmE+HigPs=#b%(AVNmqrQ4d}B7sqtN%o0>D*7&L7nMju-=ksz5`^{6J<jnzpOpu36>
zJk+M?Qr^pW7OJSjf{v_L{p47a95&%gI<Sxz^O}Hdxhnu?rngh+P|9k9E*ic(t14re
zqF<UJUDnc8jt_mR9>$wIR5P|1bf&h@;m&;jh<aS%5?@~CGZh7S=<5h45Q;t-b13)H
zY9=?K`=)q^+7q$P7gTV<NhEMn#Cm`|;S;^8A)=o}5^C`{7Ul8SU2`M5cKs@5fisW8
zeyn?{2$H}div=aP;TvQ}`&q1ObyW;Z0bmk~gniiU;Vd9ztvp!q1rL7qHFrK<UIfpQ
zNY2#n<}ThrBG5j6K4v+i!H{fQF#?}OD0FoIjkYXqW`aN+pi$VE!t`?u{6YZt`wT4;
z<Z%7kNWGq$p`RDHx{U{R`>EP5g}Si?e!ftD761tlmzU=>tSYLgIEe@zz;Xn<HsRZ|
zMkgcNx<^05G|chBtGsfnCC7tEj)?c)aNPSP<@SrPdUW_kZhxnalg8E1C}ojBk5c_B
zxhE9z!X=`rz;xYY^@ar<X{0k-NQG8w%2!7{ordV;el8dE7t_tv=6OzF9x(p~{@pG8
zZqy%tg-vu)Hi|L+7DZ#Ny0K-BX}*>Rs{knTowe??90-~F>wof>jx_fdR_IWP7XTE$
z?~MS!U(`;qFpy;n34$(huI@*J95z1|hnACz3+b!9JO_W+Lzo}3MPs`kA<bs@7sub2
zwme&9Jkj?%m)xNb7=N(+4dL*WnAO2s3HFYeM__gSE5Pxrg4b_0Cut7(?KgelPxEV%
z1kC=-udIM$%MLi13Hg}wV$h9Gz>)%1gHW{qYW@$~XouZ1RIN{AV;tXlJDUxq|LfFI
z#TPpM<%iSNedDaCb*dNv?SM^tTZj=V^IiYIK(@&)It8gXfq&cC^Kh^wwdwRn&2?8X
z>OY99Y&1>Un7Xmtq~Jpn4j6Q82afn5G!df8c-RQIuLxh}ydiZv?P=#n^y3p}G<+@M
zo1RyE1{<#Y9v?G@j&o>`1qd85&9Wv+$|Okj2vaI=U{n-!t@yLg$*|UjNAV>Kdd>xX
zFSxx;9i-nQl9xt@_?*~)<Ya<L5R8@HKo@%ZYV1aFmhSgc(6j&^8*hd%yrtpvzP#Sa
zb@ATnIp{j2gvS$Qu(5ZSW@6luTc?_#4?8?uIWnJ5QrMrOvpICGGKSY*^pv-W2?v~<
zK=%x1HNSVP&U=OBio!{tO<FOttegD<X?b-Y;2)5&pitds8dyT}Ltla3dCKFBH79Zq
zfNK`A#oLSeZF8kTTw~PYdg_xS%PaEoA{@h)d?qyqSYj4sUtF)Oti+_H{o1P)q9A<p
z-Cnu2EnKWKIxxV@>SQuGYuxwwmFlr9P7&O}NFkEs@$1)ZEw&QaUwPGC`PrQZs$>Ah
zKW`=C>Z@<PLS(U^HpFnm^~8NbFNjBKJ~I>SChvOlGLKE_*4qOfP(-ockT9&Ihb<A#
z`DeYix>TwoS@B}H1_8)p3*fSON+u?w{F95Zaeh=-d2SXU*RJCqo2t=9KPI~lO-ve!
znwl)$SdWZ`Z~<)=79TkmTm}pjFqke_Y@5;rh0$1ojLO`cbHn01;lZG<MV!Nj?wlOn
zZynG;z}?Y1adZ9&Rx}H8vga#tH)`~A7cT1GEH(gb(|g<w$X4Bj$MppXn|`Y&>UUnT
zf_g=_K-U3Q;xFes-bn8!UsGNN)=}b4QefGn9ud;;m<ATTdc`%>CqJ^!34wtKv4vR*
zEsu1q`Q}J8K@nP1v;*iB)`x<kqJ5jMJJl{29>Xt0cFXmAVLz?4fc~JdTy8ZAKwC=I
zyJu3ji51z<GrQ80ZvJ!mXh9upVPk_^h6&@jhJtEh{h#%-#$gwmDl{3%*F=i446Xn@
z=hxlTNpfg=%ReL9&oIYtBRE|`cc2Ul0d=e_OpOruF+~Qry6+Y@t$lnhjY{+B?xNN&
zKW+_zh71{v=GRaIG^mzJ+}O$;FE50jh@5W?+Y>4M@?l{p2L}g_E2Joiz&2}vq}|_}
zKCf0HFLTn3yU3h4D_>OS3^YgR%n)$@HdzjGs~xmr9`HDPrZ_hm@dmzo@MD0Tp8H;8
z{T#`=l}Y$>jr%`E7s(Sr)C%JKGv5qf4MZ$xCVndC+G?#DTIne2V?8|b^mJ?5K{fjP
zPFj}dnyMi=e&Ri8^k9>>>D~i?uRz`%@?~DDwhwwogx6?Sp<+?my@!Ry54IdhRBq7H
zz<<*QUUP7QmDQipdK;bS??;93ur6+Qb04n0RCxFO`}fce?JRK1fubZHeb?KYkLEt?
ziCUmJtf}#CMVrs>|K@5^?O(C~QT0C%Y5q<-+1#I5fM436CO(E-jNv7(i!XX<qcuZH
zM+*EigairQfE_vm0dcs-)uQCFQnIZ?h+wW(n!#v&wjWDhI#27v*uuhT>qw?KZz~Ao
z71?<-XQ~|+VziKg-^-1f+3(eh@m$VM%Xdy|(P1~SU=abZFt(R~kd}wheiq&5WE!4s
zjGc?+ped~<FA^ca6Ed%=LFTJVbJnyzzoSiCdX_T2Bl>IyeEwQuMewZ(3p=nb!|eu6
zcgwHLFD(y`uYt{;z`SR@xvN$n<V;-1E?a?~lL)>~1_rE^gRAS1GhbfEl2?a*n+L4T
zGPt{Z3xk4=fgcSK#iY(_>1R?>Qt?tr)#luJEbgke_!@yw+U~Tm#-+O2)fXWD^8xWx
z_f4ckxC6>oTb;hRog4<_RQQShB*7`*Qo{iWtgw))-Rzz0D5=@k7~gmqu*FUjutpi>
zw;@2(ta{kdx?>S=U+sR64;(NsseYQ6;M^Dmykf@K;RN{Nz;ywBr6K(0%fW~@=zZUr
zL5DT#OZAAv1AhPFonOE(t5Hk&0ILXic%WyR#n-ua({zPMOiojk2$g15>#kx0?w`1s
zsz2En1OcEtuorl8!M{0iYAx&g$Dyx3eJC(SRob5p*VhR|2?oIn`r$0Mf|xf$5SJ*%
zJXe-S-L?aIpy)!7%=|n+GN1p|sGqek7(E>CL7vrZ=Ch`hHE;FXzy_Nmu2E+51&MT_
zMGaku)aNI$h{oKEN54b9e6=5jBajwc-Ws;)4w5)mZ+QpK+&g#ffDQ$k#hru0tiEtu
zY}jy~uCfG-1wRM15mQ!7KHNXBga`yYurcw>sZ+{B&P_qy6SXJ3j|PQn_i9{P<Xp$Y
zQ@o@y=N@`n{z$noWw<>V?CQVGeK@&yRxyO<Ao>j4DYmm`qbc8m{zXb!Ium*;=#N0d
z7De9u^sK_mEpbVn^($s3>K}olP*=yn8z=DB2l}R0M^Nknfj8FKNkM|=nH?qHBy%|z
z!jfceWkL*iSUy7!!A$>t5<dx$7HHpa5@QX_1Zf_bu2LFXYM^tHdKAA^WtPzsq`LO>
ztg_1mlnPB?xYXsdH{;7UCnZ|Fam-llfiDQcMsMQHYJXOur*^ld$0ZDcN833XLByH)
z8=b6y2hjpBMxm#3sqt;CCUil>FpPD~(76M^yYoun@2f{+;CsQ|;!p(^5$~QofVZ0g
zua||ssi&v+rwn7Yw|V|=a&mIgTrtA;sGqcj-V>lvOy5wj(jyiY`qX3<H<80@509@j
zum(VcYkQ~+i|t4Kf!ZAB=;gz~#^uf@l#65NOQ%nO;=JvF0<JMJd@CR510XR$>`j3l
z3aYN?={<!V(Vktud-EN+IzyiVmxh)w533lO-X5`x@3#2rG|k>MOknpE)#S!8+hgYe
zo`nfu?Ovuc|4IEl4Q@hO14EI4AT*)~@|XC545*eMM7S+?9qJuaTqr@%;i`-!>Hfph
zL3VBWTn~&~y6XaET$ypKu{g)P26Fzyknu2$g!Cu9(qDekoZ!AIBMrEEc6LrV&7k(r
zRgofogr^XeP{?FbqQ)|~P<<>R_KnkxczN~3w^7wiKlW@<`iMx@>sqn(meKqZz1aKa
z=V`j>3FV<@nq#fkIIQqG>h~%UB8elu_(C}U6`qZGss62wDYq<U{z#;GD6W}^fMhvd
zS^|4M2#CS8zNfnkF|Uo{rfe;u+v2AF%f?=grDcNLyw{hmJWTJSegsVA+r_1itK_RM
zH|5u#&dBCTDx4OTF1-RQOE|c(tLpePUFa=c1Lj;U*VpU&w^%A5O-x+I2m?1Iqqz9v
z>jS)`Rt}()f>qqv{R2+L26TjQK|(`jW3g?^)4Z>gXiljT^Y=Ma)GWj;G$+*T^g_sd
zOI>?5#lp&6Os-aW<Z1P1s#Z3Cj1a&`u!EiVM6P^a3N(Le$&gD^3--jPYVIDl)Ul$^
z%)IsOSpAkwm2=44m}jt~(Z?qPq0E2Iqb~4#IqaWV1L!TIu5Rqv0d$1$vjZ{c^9G~-
z2olASxzA#3{BHd{X~K=PYi?e=_US?l&Ums9xi@U?TN7vSDAlE2K6z6=V2PPUQsLLh
z?0h3I@F{Pm?Nr7OF52$#qVd6GE|Duj{@yn{$&Yh+cf7Rwic9Ee$irY`x9-MLUCVT!
z1=(enEtscL+1ECM<eB}vV}L+0_(O|euc^&Oa*tCQ-NUVKKMae)N*F#y6~_QR>NqS9
z{0WG+5O3YeMGfgQh2>o=Dk*{e8^$&e6oa4MTE>kyg^rj?Y}4ApWPG#X4trsu2=Q~f
zPWh`F8#g)6s*Vhp=y+}Fld-;q$f_uZ2SyGTo9v61g2~YCFb$G<3knk0t^O0biAN6%
z3}n>TUsmPHjCzLKGFhL#>YTDxszCqfvgB_%*G5>X@~fpzhLjq8YP`-U4OW*QN}maY
zxckqEccHe+>A==PpQGkp<K?C(MV*5R(X057$PKwYTSB)4J9_5UxOK;_^Eqso$tkp6
z+FWeYS=@N-;EO9fC()647DK`OX6B{VE0!eiTnsL8p{@!EQD|N}i8ZGRQATunJvRRw
z5ZL%D%YzAq=1RA*_l{|X<XCM^J5qey#rl7{E5`b%jRu=tE}==Ts#_12DGYx6*a0R*
zKboxK|K|dDZS#xPa#*{#oPZp6ryiTV?UlK?18Y4|>X7<3qtPjF!Kt?{T_w@=u5gxg
z8Fu)+S)tpqYqnEDz@bl8wml5ccwq9<bpsp`I14Aqn@JVdc*Q2;b@P7LpSx&`wQC2!
z<mZw=lbipow5<MTuI^-q+00)J1<YmQs++Ph+u;Uu`Qk#m`KkY1dIgFhfAxZ_to^Y3
z6;3*2y4cf`<^0zN0A9>buV`tFk_;-Z>M$~;Im<`i`O7`3QizH`=uth98D$R%svmCe
zX&Q*2bPdeOzB*wiC%jM49rc=Et-6-(SG==spBz6NOnn-}pU6!J#mt#vAwFap#VAln
z>HrHqb9Z?Sm%-sd9kPlyuhGv={_K}_Wad`cJKCYP+3A2>Z8?ReN4r01(O(cDv|SkN
z?iJMz{)z*v`Lib0Xv*H%89`%CoszH(kWX`MeU=D14PPf<>1EG=!x)jG!Br>Zq|8Rc
zBWwP_T`5G?PzljIUFwev49Y#~@7#XQ>u~HHd<*js&sBG^rpR2|4bPAS%3k`3Hf?S$
zC%X07;=A{n8wEXQu&cl`@SlJF_P@(n67BP4&9J8;!~{c%9oeQ5q%(6T1|^tgB261(
zI4;5HQ>A*t+sW;Y+%;scPIvGnz-n^x&8kA<UmM`EoNda;p?o+FLf|Yd4{iQh8X;4I
zQ7OOy2b7?;@b78Zg+R?BK|D~WwioL^(?d$+!!Fy1WtlIgBCJG~upl>*MSO&@`TbI~
z;G7j(rD*i0Hb`-&7EP@uTggZh-j3KKBbW9?>U*$*oJd!jS0JoxvoO@-Q@g_(A{;KG
zF)8RxnWfj6b7u9)F&Zh{Y~_`V?|uir(?0LXN~C>|Lj$gly3gLpdUM4(Jc0s}@4Gu7
zyFc-1BkARhrMF|s=fVOGS_F4Ks;0HA&|Zm#otN)S<VIqU{-zt1YbuH{4@8@!#V?sn
zKAXQS7kV3%jGWzq$;>YSF9Z1nbY|mshs^Ak7CU3OK1bX-e&V!RtyzJ7*B?Mu-a)xU
z>h}Xi<SOe2G!rE!)+J&-O`{A%3%|7y1Y-vi?cyl$PREqvtKSxQd^IEpxGG#I+>z1h
z|6Bf+GOtK~@@3egC8c-N<9HTH&ZAZ@(<a$E;VUJR^_0;^3QPPS-1oFIO~-T%$s)fW
z6zcMDsfX2NvgCDZzmCsK$Agz5V$f+!8@d{OBdvY!XsYgBucULQeA<TA%)!yB+5XIz
z+_F<N$K+dXnR+G{-4(&+OQr<<wcA``7JR5-Y+;a)?0(ld`!8EqCq2*I?9M4SXz8Fy
z`Hn1IAPt1erx6(Q2iud;$l9*i5lSs(&9+a2Mzpi7wKXwx$waF!x9e5+|Ct%<o`e%(
zfk#QOmgZ)|J%$XP7BhlT&bR^H6dKQa63AiKZoA;<l2Y}|i1g~4j|Y0Yoy<nHku3{v
z>LVnDPUF|V|9(taZS$QB6280Od=wTzXmffu=wn3PLmNKo=6rnTFj-9`<lOc(?&4bR
zV$X1m&j>%n@3*Yq?=jIxG-Eym>D8U#8jJQ9(N~U7hEQ(u4a$(%MP}HXNBgkfmU(b}
zvt5k{j=cIot#}e1X7nQ1bb`ek5imKK06Rriwuo|J20TCirwE0GF8l*3Rrl%llnCew
z#xz#}3I&WfbIBhXo;c1G*eZQKI=f2(SSgCr8-PKg^uj{TeN#9zQMxrAQ_8j8rXu#n
z_fFr}0NB}fQ4`gwW^8E(u>qTxHl4%y0U5jECGX-oPI{~FBfD$J{Vyj3Qv>`YtEqzv
zF>Nj>=T2MS12@`(ps)#qCUt*t{5SF2<7ut=73-NCjJdr&YoZ;Eg@>fjjK;?GaI|d{
z1IW==jCqqWq3}u#8uW3W#bVfV0?81XQISN));W7e7FI6(?pS?VIap!C;PuL?ymJE(
z2zcfX7fYMW?dzfUiCX3}D%3_UL*vG6d&-R6T~j&|BKqfPs_?7Xg8jNNqyEG4V3<r=
zom`n7b>mo@>w`7$wDsSwbMqQ~-%2~K+>+!#X|hnbN>FHIe|R+C@~Xsw&3GUK>MqHa
z*{}PFPlQFo2Pq$4wIfttS<%b0<%WPhj7O&DGHzVfyCIu!E@zIUyUsQ*N^KGzwf|8k
zotvF;Lxb5RY2j2ui`@j=Mea<ou3dw*=W$sF**`|v7}#@vl$`n>par|sQ$l*XbQF)f
zP<`xx8Td}_nInqA)x86vKu{N+mh~V7MZmk}W<{;^9+w)}2+)I-ZC#y-eG&BTKszNO
zO8FQ{=l7k2edp=FSZ<=C>wQ0bD8vnJtvg<3h$VAIBCA^Axsa)q>o6OWmDICryCt_p
z9c?YkOdTDL$d$R?dUd|_?MOBI(RSZNIP&}AI@hwUGM>Ovc|`t`IcbF3F5gzNTpq|u
zQ7Zri4p2`#P8QdkqM2$Gjlv7-kQ0q*eOcg;?9}GwbC7ZN+tY-<)Z-O*>FLd_t#;B6
zxT7ypw7y%vTR>6$6p}^1<lblnC1qI|14|?sAi`kl8U(y?$}HGy!g`Aa%m&U9S%Ocm
zYrx)^xQtAqTNI2W!=U;F1|=w$D#>_}L4^GVH95l{d^JrI?$crj3y_-F#HF<3AZ0=M
zLX6dONr=~2BR)&i+^yn*DtlfSD4{g)nY$%U#<jS0a=-V9039A0)uyATi>t-azdMfH
z_t6veRU$thFfhx3kNE0VA}G8xKIZVIYrXzd-%@{hML$n@=WPz`Qw+IFe6HaN$dA6n
zttBKbUPuusbnOAd7mrM@FUb`DqNzmUf1_`>x{4y#3+lmk9M_kVyFT#s0lD+@r%yzn
zPJ!DnQ;~KcG_mn=`@Oz2?9hOkg20(z7F71D5pi^cbt%NKLaXaHeKM{2#}C^-i~db#
z0e)3>bQA<o|5dT{3II)7{&L6^pkaL5>KFz4kZw19hR!|H`?frJ=i`4o*zjS-*T24Q
z%LK_s|JIcpJp=#o%!!IpmAP+8u={*A)4kAUEj`uX`YqzIi?8I%{nfFx)~3ptmF0UJ
zF2ly9@|>BB17Mr;5Mtxv`8@9Re&gLqQNp3k{qLSg^E$Y^*ufmqy~CaeMlx;wh%O-Z
zPMnUKUTHOA`O(ch(A%%l1@ABTz97gFCnpg8BgWe8Dl%ZF@Sj(dyM_0~(=d^L4%qXP
z|F(pJ;ssFbDiH9X<^%eW2~Zd~CYi5rgdbF$mjOb{f+m;_qEKWRDw}oBDg-KPNj1$5
zaf~rI0q_FmuSt@)cq+3WmH)h)@vED=3%dzNtdQGoE|E5U4t`HF^Q)B8@thll&UMgV
zru}W(`X*O&?>F5Tp@uJ025g;xxzBKumd9nU@dru5gN5U_fL3r9czg2}dCqk$vW9Qg
zMZvmJt*_N0fI(1cGllWVYf8=AQap68--Dl<T8V#(lkcRg<p)~ICcpV^31X#9M?E<H
ze_m66+>II}Z{>x(%RhskPyPL<3Bz(lBP7`2bALZ^(<I%w)8`OTk^eVaADcB{UF|2x
z)0I#)(QUF!)!vmZ2~0n8E4%IVMq@%)zo))48Tv!dO#>S5>-Sk>AHx<$RB$oKq44h(
z<_|e`AfA?`mdx8tQ&}9tv}mlPi1`vYw68h*IX;~^+Ev5LZC?2dLqkimXGxJRd*2(3
zV*{{+=PrLSQdpK&CrAW>kufgbkmQ0P$wuPW>dA9BFBgLbO;vm{yWx-l+VuveU0`G@
zF&t3vbbxWQ6_e30Q-i(uZ&0)u$Mo1rsIY#M(tZd?2iWj|SB`}A3FM(sQ49aH&n~~r
zk?4>_ra0|Di-~6hc9cWVeV13O;fD0+nKR><{J5Sp+S%+Zhln35WDIQurRb~B3^WX@
zxAOS|fokhidK5JtBLLI|+M*NPFoqS0UJl^p>-Z)@Nf>ZC);;nzfuARHV@XiGseY=e
z@WOMB!uuqW*r#sUe5!y404C=4=NA@`hYYYP0losTQ;{iq9-5L{eJ@Sv;^405Nl|n=
z-O}f8YUi;J01LyIwdZ8`Lm8U1dvO-Skx1}n{s*|pc7m*3VY+zW;cJUMjt#xRO;9ot
z58=NO`qFd2brsoC%k+qrPCN32=wG7k7XsV&RL%HHBz=%7Gy)}(5ERZo1F&ZYvVR*G
zAS_xT#hg$*RM-LW7XD8(k&`(us?#kNO~Fy!6({6jg7mofOzP#XIUd-ql;29JI;9Y>
z6wzO;J~vBFZ7*KitR2t!u=fr43l%)nP|ky+`cID#Oz5enO}-w+!lGA~@6DQ9t4^}d
z9)uio2#0sxgcp>7kglDQ^otKoZdbt$^O}1!mTJA~PPJ@6d$v9BA?z6DWaa@ZznL%O
z3d1HMHiiErCbp8?Xr1_jry_oTrBy@h(a<a#`h$1sWZPAV$FVOxRWc+*+~y>ESBTG1
z5_n|iuJ;|s$l%Hj@KZDU(!Dow{AA^-|Gj_N!5eZU+;b+b>m0c-b>3^tzG=GH%L(U6
zn1+rK`_cYMW|E4Lo@e1$Ay}Tv=<+72Doi34MCq9vpeJ~|k@5#Duw3p~T?e);nfFyf
zV&bd(e1W0Xbf<jR1m~3$;_7kw?bX6Y9;}sqXt&41jk<ek$|!Y{FXg&MpTF;m5Rt#|
z<XOu3Aj}J*5&=1ppJ#eqXZC-k%G~MzX3-y*3IlBqA%7K5KlHZZaUl~j9^uw|^mj)}
zP-*QvZ}i5X=^lR<eF}3e&H(*|kw-^asaYZ0-?Ezg{9mvj-To!ryJ7mL?|Zu(QS4hC
zZhUgOXxYgj7XCUfUA`wO?b_8}q&l+VrR$30jBR5d^m^5Ndxov^P4Fdj)tbA%O`*t&
zt^KHO9DZk<*Ci$CS*m`GzC+|QrVg*uDd{d*CESm<1;ys*PKhbe1nveNBTt;GVHt{T
zZs}1CN+VBNN#53eS;fXbmib_h4V<l6YCl8@y=L8*Mq|;K(Gjz#u|wVTZ<V*tg@&Qn
z-Fm;x@&^e-qN7f-FMZUM3_Vk4aB8Sg96YjkZv40wHjh2`y5MiIrH;Da)gPCTB$w1+
zvw7LO3ryfUg8w6i)GU5#wYHJn45^fMp09uVor2?wg;l~mlGL)xcYhN7*k#^y?KLG0
zUSQqC$$H<OObE*iH@y?hpva!m?_bt1Xw<VIhK;C}y_1Jyp&|OhT6Gozf5LQgTV=ha
z%ysUN#1Nse=aY<>c2e`Xs12|WDVJ_o!k6|#w)9J5F(Z+kXukjA!f(a|lF?Ebfa>7q
zqb6K|U{tY`kKnqetfzNU8sv{~40Bu&LW+_Ege1#}lHU4Ki$N1cpuF=7JN#}FqsA$-
zJ*nyxrp9TP#S>)@jKUFdTbX)%L0=EE{M`=BO}~cYj=wN6Zu^s|@yvINiav^A)u0sw
z|6k|bdYQq|3Q7}qOkmhchb;9Zo*?rzu(RSR&0>5_Rhb#(PP_2#NByiBlabbNkJlGW
zs6gJpOUMXkfrcq4lYgodiYWkb>{q1z_ajy^iQz{~Y~t*lO^uYfaR%>!$7X!9hxhAn
z)njeZ_f#33bCqYm-apeEp^C|8pp5vXb3uih<|<~PdNeZRdO*SXc(x#B{aIAHQ{2{4
zxY~<PvND@GNa>Gpva=~UJ}~`!>xuJE#|$=<##8QjkH#nWKWeC$;VBE<PqOEw8~AQ5
zjU6X?#x1Z<hS;@%QI537ZR9JkJ=X<5)|8YF8$-`^KJJQ<UsjKV$%voV;NhA4VKAzV
zFv@q*fZo4A03%=neqX6J6-lqNm3=ReZt5f};&oK7Tph>we3wn^)M0L8x%$+EkMdFX
z=`rw|(;$4>H8?mGua;NTC;`4Hyl6~&>Ni@XdUux75EZB!)O~w7e;!&wI~SMUU+3v#
zPC)nx%n*eJOsuS}sVYiYrq=l-%9bAQ;D<6QD2U=zPRiuBUJ|8!D|sQ!&0kOGE`g_+
z-Fd9tDUq-LFt)h%jtuxFq#f<gF+?}aU0G35Q3+Av%B(#3_IruEg3$#Y8CWkS8sDN6
zxglylYEbn&T@8?#scxUtNm=E`o+WB`bwaz>N#<(&UBK`q*?mcP=?@Bt?5%m`=ARqh
zNgF0ENU%R@%503CGl^)gTJ8}@(n;={d&sR0Yp=5aqjNP5jf~iT$^&qhfj&?ADrQ6z
z%T!cUgt=^h%Q|rJiLgbBgyt8~v<U5pS)&CX=HK*<th+-^%1jy@F}pN!C;?kdrpTMw
z<!r3KFpv{dVqjo^u$<Oz+St5OdX*7H|K_{=6>?IN!1-_VWtsd%&tthRHf?AYSCI1c
zbv>_cNOIWI6mh$CrFZ4@d5J_^@0&=$W2PwsEWBia#;RL>F1bJ4{TJsF7hddqc1)D?
zA2*KCVJ~!N1xce6gY0B`Z5b9Sy26aERLR|2*IOQSL%Vv62=?88=>t21D6qP^+Ra1@
zd8yG(gU(~Gr7qL(kCNct#&O@Qah6=(L1PNy)rpGWOv=`N(Hv4ayd+A7CV(e&{H2(P
z0Pv&PlCUhLRgh|U9q|Ug#H#7|0{Zp-hiW%57j|T?6dYK>pPaw?E47Ze$Nbpu75~FV
zsq6;OlR4Rdv&Or<h0~#@Ys@PTco?$V&$|`#0}%@GMqws9i5>$M6Okpjn8NBc6vqcH
zG;BoQ8~2t!?35wNoBZN>?&3lzHI|zivnvHOWlkfp`ud<<6G*>;v#Uz7)U}tnf%!{c
zfXnd;x{f6k%v}wZ!***F9@7+mUErSKv!IO06S7mpg{Tu(k5()`AjOt2=Kqz+89mg^
z`X&W9#9RI`(xk}1z;*{4Jyw)59z{?(!($N7%G|@q5yM;Oh0FYE*ACA83_kQgA%wX@
z;H0xmF@N*h#kQ98O#hE)a%j3G3|ivp5p&T@e#ANWe8*XcgZA{4lwXgD{tkvqp;19d
zg=Va9njqB+7e9;B=HYqmG-}&fHp7sQvy)`)QKdm$4TG%VREw7Vb%!4hD-0`-n-IbO
zy8j_}xWyd{Rc>7MfH{p|UmNBvJtZN(R}Z;?^)xR%M_ius8ym%tHI-F}w5sas2tIL~
zOojYBT|SQzvzKHnTqfNXFU;PRH*5F6Lt-zqERnb%C1nX_F2F1TZcCKaj82qOHd0kE
zl<Kjhi+6{V%10!8O;c#A7fT+-hv+wAl<_JEL&N|DvO$6a9;L6>Bc1M7_-QSSpFD$X
zx$|6v+5pq%Bd#!h>6qO+_C5?j-`_4ae%NTPZzh&0%%Pv>%l0hUN)cTcc6qKg;5ymB
z^{S)r9gRj7e(46(ApW~s#)^!!<n>d2zE&RQ8+wsKyiOvb{r*Czelw-w9VCSc%LIiP
zzdu~Q??PNtP=KE4;6q;LB`pI%ry+~9GE1OP6`$#I_}ICI5e~<pE0VrkWJIB>pO@vE
z?j32fN{3>9RE*Ni<{j4}yE_ud{{X{M`?GU3S1m6}UoY$rmqZ$|5}BdhU<fuxwe5sm
z-yMC{%*(utZ0hGbKYEJ9yfvvFagQ#%WYcld;emZQ5%Yz44jOERm`PBCb9fE)$SV7G
zu;Su}x81Qt^^_@j&zQarSOL)vG4DWZ$H0(D;ML=+$UQddv8`ws{Pb+gASox7k?Dd|
zbNp2IZ4|=jtqa3l4+lR?YTUn;{I9xIP)czvtT>DuRLb=Ce8<A5RN?*9EIekC-`p9-
zUxEXxe`s#A9(M#BG`z;=@%R?2<@K0TC*70ejuFw_i4uffwiMZhy<#4ZxB={k6P%aB
zxKy8h&q;B42YFvfF*AP;4x>(koIWh<j}4f|d%m$8dCUB1?<v1}Fn-Zs*tDdm7(j<0
zOZq~k7!5qxHp4^ynFTbNGM=NA9~C)%9ooe^ab;VHPHie#tm?5ki=X^^pClFP5d)<z
zJ4($$d2YOOyB$v9`58d_FZcV|Tzjf7%82$fO>7LJXFip&vGgXaDFUdjthMCVF!R`F
zg7UD|y$Jaw;7An&4ni}%ax3pW`>rGo+HlJIT`b;1o_yw?XWW#7A5*Yjhx1J2wDgSF
zBTjKxeXEyU{NNpl6Cin3CWj5DGIAhv_vX9iwZFN#SB+sx`(!rGF=ipsJ}h<$8u>pw
z61k|WcvfrIS_Z*~jPrtB=V~(fksmd0=Ap=V<G19k847?nAnN)rL-Gv)*lE1^_anX*
zln1;McBU}GJj&z;mR-n*Q#*o<B6dX`PtUYMV)-4}LEs}HMD;_^Kn>xWkf$Fnn=@^l
z)ZMK+90af#n(3Qct8v|j>G4{k25x$E#d8pNmdkOg#?w858_e1cL86^(DC+S@iPusj
zL^ml(-S3A2#`fwf)uU^%bOg%%BSny;)IT;$B1)JeB8uA(ylMLRa5oX?;yXfiC;$4_
zQOXs38GBpuubYIv1Gx^45|wbcs@;Un+bpk+KNCQBqC<=N2j-fZ)PUAQs?GOJ9~+ms
zI}tn!cq0~0J_G>5i{kCoH>zVtXy8_7O*1BGL|CDPLu{pU-S5nw2e13EV$pDk%o5!_
zmEAB6d<61B7b}I`;ToNAabOx==QMq8{3!Ew!2jR(YeR<2O!hM1Vvl+t8+&oirBOXk
zBYA||N>jyUod23_mhhIf-`tc%doJApYwuG>S8u+|>u(Dl*ns9L>uiiy`JziL1v%kY
z!C&{U)TSg{nSc2I9qNb&?D&>)EVoj)XSR!nhs690-{`;KZM;H^PI6T>i``?cC$G9_
z;ANJEcUM9gOo)Cas|b~n56#ZK<9;oXd!Xn<tDJS#QCz2*EU7Njc`u*3Ibj=P$Px9b
zzLVJ3y~T8at2?ZxvI)T=4F?(1@0=7XE#sN^df#$G8(#NQzT!Pa{n}aT5AXti<(69-
zUFoL&+&_qPhfyX*2{X~!YffyCNTkV7(ko&mn||Q4;f0(brY%K(i%KPO_%(V&)nohD
zRgm}Pjkb|l2qVSq33D`BW9GJmDg^Aosg;c7b5qjB25Rc9;I1>|>+&WCMHsilFknql
zkZV6UTc|b=f9V!wsS?Ay7I)_r>CIk0eI{V&z)OFJ?@q5-N@?btDXQNkvVpD7f0@&7
z?J&hka?yJ!k2Eqb)~-q+2>$Is*aVyS6)K`yvHS*yjE~mua@O~2+pouept2jtg$lfX
zE3^qI8)`V6bU5nOq)nb*i#0-dKV_c3XZ0-1+B5zp7Ms;@>NDBy3u-S^hJ^1KOS?8M
zlv(!upt`{>X;X~P*z70yQW#BOTqpJ%3Jh$%b^Noz157*{ys1VVfRP3G?U3((KiXv;
zpD7r`r=1-uIhegcRCGckE7w|1N9a@bRdYwW0Hv(W><Us|19F~!H?h{VWHoI@AFVmW
zioCf$rDFyYV?UC2#qYURktmS~5@$%Hw57IxrvL1N8tA@umGyT{ucHFdSTOzkjVy_G
za@6Cm)-z{w!z$;wP|ldSfuwp0EouO|i~`q-gI}RCAHnPT6u}f2WQK6xSH@P_o8&!2
z<qtj#WqjrJ7q(A%#ip=-;JapcHeaLOU2SBxYO5BLb++T~Xw8E;KPbs3-)yO1=JmvC
z&Xl?a2&gl9f$LdgqdXYGT|7-JV5|g$k9$7}hOck+adxg7m#)sw+Yc{oRi23p<7cQy
zjy%NdD#m8z?e=sR&T}!MC7CT3H3OGKH{b7ShkupTT;0%=d|rKqR^RNIiZY&<m0TT?
z<dpDu{8t+sL^(fK*VmpR^L_<;=rrp>_5r+fRG+ZpsK1tZGwrb;o#X}<v9(j$A|Ra=
zS0;21PH;u9r<%OJ*!0BxgS6b?bX?68oq`wj_0$*dV+?y|(kvSC=HFyXOHSz792cR$
z&DasjgTX1n?y1lB^}^BW7aEyh2yQR&DwDY7U*mmr;p&novq})RI(P&(gF{l<)(lWm
zz+}n>;0*{P(%4%I3#;T86qJO$eHH)^Q4tYTuO4H?FhCpIWkgfocIC1ZPqDO<_4o$E
z1WH{WebPQaK=)hFBjA?!fe|K5MYfN)S!&_x@0xy>K0W8{UvM{pBBYz1i2@|}DUuhP
zJhh&WS*)j~Sip7Z8`!oyb{UP*O)>J!bJ8+5HCcHvEt@zEa^MPX`5E)1)S>-&9|QEO
zi?D>2CDYS5hkK$G%MEW?6lwP$$h6q6{7Xok*UUS>zkJl4K#C?XCsWV9BEuTc8+B3{
znk6y*!>MBqF(S1$qLnC%An6Rtl6RNIal%W>oZ>i6$_hrbKlGH*TG7__cxXc^17_!B
z6V(DxY3{5B#7U_ZRu^1QuXwOed~u-q?yJF!q^BGBD+`O6i5Rv=JHHo4dS$h<8e$Z9
zyvoK_2%H;8Io5>4f>cblgt;4Ee_AK8w;QwMP`g-7QG-LC+G<Ex<w?rusP4!qG|h8Z
z2*-1xJOy7z6|$;^c=bWca|ko6U~b9u|8oIC(BGr4i>#(<+DgUT=Sfo)%ljVO{6r7o
zhMl2u_{sN`SdvLZvitq}M;ZV1X5uLQ?!f(g94{kU5MoXEUtyM~8~H_1wPIvK*X<RE
zOditDmsXy7ecR$uqx4qwth09isPbus`O?AjZoMxUi*R<On$~b+>WtVmJAJ9&{h`t{
z>ns={oX20yD~U!$v^vG=aIN}#;c74O15h&Gd*1Ep^j9*|6eFg$6ZH^-8dk2XRJ;%9
zC<iblLvgf)1qI5m;{y*u34bS~d(_a@fzr`N+~surUv2$I`o$*zWb#vyKF+4q`uKNH
za{Z0t&Ukad_daH$`ofm=&5?-b{K5cQ6jwDd<=uM^(8C|G<VVUWo`#iao+>WO=TPFP
zG|vuRyTEzzB{^36FRGYP3Vm|3cWsfQh18?a+M@fSIcmZ^UbOu>W*gfvBmR3BVENY8
zVAi#NBaa{q0v{65_?Glw0wnulMjZ5v7@Sz*X5}vbjBL#te7h0h9LS?^D9Y7+>8X#U
zsR>#6&oxgX2PtPkMxXQWw>vMFT>nUvpgHQ@OD}`{dvPI1-Px*)K>5-$yj-cFf>hLT
z+-tU5R`K%$`Xyk_Qv8!tNkxioDqm*H74e^ZZc%Cx3%iH&KcGUx1`gv$d@P901QTDy
zqyiWTLp00?>eG*f8^RxTYu#r=o3K#CAEP16KiNoO6i?=c0wm_)eErMThGFmRNm<eA
zTzv?_T3`2gZv$)9*~|GJ>Xa0uYFYWzM9ck^!mPCwB=CJQ=4;@XYk9reUSyP~w(P!m
zNILQ5xm~3p8x!SoT^FcDoTwH1M7~~!$+9XM{(LQKO#C8v_Vm~ipT67tgIzmC)bt98
z;@GZHmdAN!UKoN;z<tAz-FCS?HqFI=uYpWk(7c6pbbt6@RkkYpa)PQ%H+gVDmB>;&
z*-~5_m&4cV+7AE^OA=G<_vLz#E`}HuqzXe)JBqVzd%_p1uaEx}#{cT{=v<=nbzix&
zVC#we;G;Nm(n6zm8j9+*&M%}&9(1UjNFRRru9H6wip(>`+ZADR<H7B_FRoyexpU^J
zN4<ZKHx5R;q&hL@O@6W3@dSa4x9_SWKrQ7`yW&`-@5bJ<Za@EZ<NPO7u=L|@swS7A
z=$RlDM1ws>9D~lii4m<miS?lna!VAocg-;D0F1}pMnZjf_LEm{aodF@IXeP?K#WN?
z%$kW8Tm{!TQ^Vee^^{r%iSfg^YR|31{#D}D!6@zuFlX?z6SE~iwLS&1+(4lZ2t`xq
z1NiIwa~YIh87{LSdgdmFd@J2&y4NMrxl1(YV?{G0pnFn5#!2NLBFp_`G1SWlbnv7(
z*kE9R`6J?Ff%O@<6zT3_Ex+akQ{(Bo0#PvkGD4q61r;Qo7Bg%3vm3uuh)_!6<%wl@
z6NF8_)(azV`@@WK@6=0oslXf>*th;o3JZIXms9H{eE7l+1_RKD9U}t5>GyEHmx14U
z8E26;=~^tF9T>IqbJSIhQpx9js{6jn9tfO8Vnm>S_I5WczFm5cbnYqlwX2xtaOdR2
zA|-?@PlV51f{v)a(7-WUA_EYW9Qtg6Vpx{(^J@$VWuzwWoDn?iY)oJ6-B`uDItDYm
z8fSyHD+z_8f)C3Pl~!job19SGitprAkeFRm%Xy!tEG{dX>}CO@0ivJ)-HjV!O${40
zU~VIx)pyTGB0b4@KS{XHz-Fa8lEvA39Xuf}o0zd@V4@^2Gb_brWknOT6G)KCx>RX^
z7Hnrs?T+6%vjNb?-{Cg&N$0rswd&X%RD;@2WfWuX1<X5uC0Q7X$ZrZhvB8Y6cyq*&
zIu&<DFF=xC-g~=icav#nJU>v@FjEm^OEj%;7^XzUFy9o#!ks1L_Ftfq#z|kf@&xo=
z_ZlX`RIXL2C>BRPgPQq2?GYekYj64<oIuvczkW3jHEvz_)_xti?}}g&<R@=28qI~v
z7rJ3=LCy^A)sm>Q9dy=F>6;=h8Iem!ozIR#kZ|H2d&dfWQ8P_8kld9wn>!8I+`%wC
z+|o(zB$k0g%^ojEqEQeSLaCiHq%p)8+6{>C>(vcWtnt7lO{quSOkj*t9@6YPineFr
zx%r+rV#ehbz?%7&6-p{j{(Knhw=D-zq`=2;OV^6cT4jCBf-*TGL~U((fn?(QQ@Q29
zj+qwL##OQ_0i^$4>1WC`gyJId^XnqDVT5knuAe;Y))Zs85q2@y4E#EeeVOmh)S8uX
z(YgVS&w1YFb`}zhJ<sdBY<yXib8T3E=^%T+lp`&&6*>VQm#pfCk9ve8rTnY|pECgB
zW@8x%N+<KZ6PmMr2D38YF)jLN4tDkyM4Tim%YGuZnC>a!=Ks&oA7^OTI)4XY;{w^P
zXtfOVH*hVmvm^#raL6u0IM+Uh7m@o;hPd063y}~3BLz`5_}*5<GG%~p?uIg6lek#)
zBQK?$e`oac#_p%DUzrZ;CRbG9NddV7$htJA*?*oa9C-v|N_!5=j0+zwKMLY!`unhS
zQTBz^1=$NR)vu`;vXws&*PQX>Pn=GR<3id4|EEjM*=Y`=xDUR_<L$qpY2uyHR~yTo
z7iJOiEKJu@_*l0ziKpQOXLCNY*4K;*VL3mKj-k4dO#rCVACcfQ#Ef8-jwsn@XYDSY
zewsH2!H~IkdO-Dt-0}Y;Yfy4jHTJmR`D9+Wo_mrA6mwHvb?$R7yfeXfuI50nuuvy>
zl*C|HH{Z$V^=7s)^{#S_>!kcZhp(^i=Yat-NGh3Pz%~{X3aP_;mRM;vOhR<ARMQ<g
ziD%815itDsYwgy{g(s1*3EA9HLV;?AwSn{}#vd$~=0+EZ;$%aB#HIYyCqu^wwMi&S
zzY(uZRd7QaC<UNGxTphe3lSivKqw=0@;m7c=~|+oG}mDw1D1%r965a8*bGN!=YhKc
z&;p%Pe^z8*7VXLen5~IL!N#t&VLBKLvY)2>DF<;VWXscD2xD-RQpl|W>ZTXJD0~{H
zj}Cu3!{Gn(LZGaIyc|9LLI!Mp``+Az*(cu1cw(#^Vto=AY7?>`Ob)5zgka-i3kwUx
zuLs-npw@uVo)T>TuRUGzs$2X1kPdmPzI^$@F8hzok$nv!0Y{vkY3;6U`KSZ?D8$>h
zfKvano}Ruwp(RGAF>;78ohfoBeO~H$mQ2;kr>^c%jD4=>0F&^PE=t2JQ^iG?+SUre
z1lg7UWrKH<8^7a5tPMU;^hi1*%S4`T-rcf=Y{c{T{09kcb&#-}<Mdl?iHgnupX!KA
z#Bz4#U#L8qY3<$ROaK{kF55q#q^NGP&6d!IjSTj|`23wrNReoLmEmVF7v(~^$~k}f
z@ZCCXz3!j;`!9+)HhF_omTUY;P5&l8<>JodC#D|1&`+ur7GOS0EQ7V<rgDoAc0&wV
z7?dN&XNcl!$B@Iv|F7Z9ETE1{q-bKKj4y{<RLDi2miL3?>4}M_fH-kTgnpX-437DM
z;D_7uOdJ-(;m<9SJGun<*8c7+-gDl+P=8^U#m>;KjPYjBfRoCbs?#zC6Jgs1O{_Hr
zlMydWyfVLb%N)d?4Tg7Xog0_KPleR;<N~l*gfM$l0j*s?KvPMJYUb!&;d?Hzy)*6~
zCZ`W(hvFuu#wMyt7gxySM@gI-^dDmxv7|v{E`?0ZELziy1vV}xORdi{%s+<i*5g^T
zsbH*u&J+8nRt8TF<eTgRq%eFSDukfe<6K!;_`v%y><Z((i04d%Gs^!JdwnoMp553z
zr_KlpGuktcA)Ey1*lmE<-9P;?T*iIpW9z+%qsuG?tY2k}kMXkbxw*`qe)>|5iip1~
z{`;{Zl40Ks^KsL=p5&@pSqku0B0V4_X$Jq=O0Rh|q5CW7^gvt;j^;$A_3KopI5<9!
zkJBW6!2kKg-}lupp*f1^QjbD2SHen$n(@G`j$7u$J_@9MdDJ`2D<reQZ~PSF{o(A+
zX1i(jweo(k)Kkp}pS&LKV<v*@Ggm0E)taZ#Hi9CVMS6|QVn#vVBXT}EX1hlTLh|K0
ziu!k(-wmyJmsswMl5$d4i{vM7Xn}u=XAin>@UY5ZyoHT+(~0GzG+{#$K6im6?`B~5
z0FvhgUK{REgm(`7uXaH4F;kyOoa<D0Vp{WuMDyzlyVQl$zm8NC{sw%Gu5(y^m$>|w
z(WR&!JBMY=PGh7{G#cRS?M&QCL@KX#ENP@VAT=HqQ0hQ@@`RK8XPNN_rk7P$p2}&p
z{$08Jn&$ML<oAyO$K*H7(lf6e+0Zki)Q#)neD|H<+*2R=uIHkAVE&|mjYX1V0+al@
z@lxKx_CJ<wl2%{?%d<X*(Rzcop@z(x96=5*+MaRyAM$iRx^(Neju9mbR`}!XNdzI9
z=M(D_(xo>M504Zta37M>w4C0w%Pi6rGkgJOhS$<4Y>kPC%7r*UE{DqGFKp5Ob5Kd=
zn>LwpC*A2)qG&@@L*I(Z<c+=8r@rQUP+>#E08}OFveW#cCgEsw4rf=9bPxNYQ*B)~
z-hVIX4@|-wXNVhj9RvMD8o)J%o0#?644M9LXe7Vq^hX&<;^7GOB{|Qp^J4IxVZNuD
zbU?v12$Pw7q&!XpzB<V|#$-1&FSv4+zFXP%AaXTL9kjt=vf_fl&GMY!==Hw`{?+y8
zQLTjdRTPEF+e-n=(e*nN<_%i~%X{XOCEpAAnj%>Hn!<7w_NAl~T?P->LLl-wqq0(J
zLA+lTneqmx{(s8THDWNa$f2E+;gRyB+!?bt&Z{cnS>F{?HS=KWana3$%=Pv4yp#!;
z6=+Y<vR|`w7n~sThV2|{@5(-lYol`zO=Q-=1F6ECADpnSgM~8>SY$p}5VYx&$rwz`
zP9aL!N~ivLws(bwQh%m#i~8SF70Vhg`rDxSC35H27ttwB!wZ~8o7>ZXh+k3Fxc|uU
zTe6;5h6KoE()w=wV!QtGGNn-h=)G_Mx)>H#WKj6|YPyhwv|Q+8i+gNyw|a9oFP577
zGB@qDPPS!4pH_Ch?`#~c&#%RM(&@hL89@%%f5fe4ZStHm&yVVVxREkVRYZKWYLZMH
zAENcN=*)J7C=q;Vsp)b+XncFgAWz_45iTJSHj-n55vU~Yb9tBmQFD5ph$<%j{I9N-
z@eHtO)dDfb9`f8=CZ_j$<=19YbYOMTO~pCqZC6Ad%tni|dECA<qfbsNyL`5z<LK|?
zn%c&bUpwj4ERv;H^|=3SCVS-J5}PKY=j~^@d3-K&5_LY8PKAEPaIVx2EPy@yXD@U5
zPg$A1XnGzq11*S=@nC(iK$<fC7(#9HIa(uBCB$E2J41Z9VQ=$PJN^bKOYO9oTd60@
zqWCFPf3vl8Mth0;T%}M{i0r~pfh;}N?w3J+6p|45x%ePEj-V9YztsH)#d-PO=_7aj
zz5C_Y`>W+EPg6{PQ1CfP$9egw;Frj*6ER`BII%)SgwqTTA-6i$a&vM(|4pqP3#mMI
zoooQM44TlEOvkXE?YfyR^kcv0{^j*)uA8(ac7JLynZcT)3VE}d*%B()_h`aT^$#~P
zQ$2R?e($)!CKq~Ep$uqQ8k{EX3_r7OdR_-S2j&iZg5upz_l|uwJ`P=EvTm;7o@U40
zOHrX=)^EgQqow=YQ{_c%a3e*#_m!t~h;sWr+}=3d5z=-4^LfUY6HwBty;scnBZ5I<
zntH`odZuHt!B>W;dH&Ayzf~%ND@gwx>}w1$ENyV;EVF3XLchGf#D4Xuc2)=@jk1yX
z=lTbYkGc(rse&Uk6w=s`y#vwFC?#pt(NR20(9bG&dh9x>GS7AU6Zo4t2j=x;GN^uw
z-;h!WvC`eAgJf%ro+~qaEldDjYP_t8V1%V~zTu`VQ2&0r;e8m=<o{S)lxt-9b4st^
zf`XwGIMm+i_&=V$J07e5{ohJLW@M#Oq}$5gBP$u%TOli(l)cMNBDXz4xb2adouY0c
zWn`0#>`mtHI=w&NUk`u0y~{Y~yw2-&UC-+|<~RPxoqme6k|$(O(tQKG%@4DWkuhIY
zl^KX4EILn)=B3Fqd(YmD10Xcx#ic};1}D_AO@0`<7x48PukT9#(E8wS<4_Q6&{}!X
z2kyG)HdnP=fU52;Rk3x=%2g~zMH;`S(Q=!8FwN^+-BC(k&K2zaU9qgM7WbdbBL#wE
zRNo0afaG+NF?sq~3i0_tC2Gx>yHpx8X7H=4Mod070s~5rT-a7H5Ivl%4f_zpheM|=
zWb1!2A~EQ{BKdoHUt-tKho}g5WvD!Y{V5Ez@dJB$s>KV!Krr0jA0HcOwKo|c4ILD2
zvF^>K)zy242v$es^=tM9sk3xFl}Q^l593&K6g%Pn%~yWkW&AuVBePYbU`>5JB8v|z
z0lxg8X9ex>8(?rsW%e#ywd&yrd%=ABtpg*uCU*rbzLl|nb7_sIo~C6`)6c?rOgMYc
z`y@0rTaKN#0%}TY8eN=E_r9hUovE+YyU=dOjhPi-X)j23`%3hNkY(NkDIMCjoc&>u
z-H{L?UdgH?w#9Y7K7`%e_M*=S*t)S}0t6KVuF`@TA_%IHw4>Tde?}mYgI@s>21n2^
zUb<A#yw|jbIM>0k8kr4^6u2BO`7^O(TXJ$&N;q8gar>p#==;YiCkz+I^Y8br{ZGGn
zT(oD^6v<g{oIxU{?$lU;{`%JZ-PUskBr$Lt!w0w*A@pVVQ9#cQ{!wt8U5+sW`RkV<
z)6RF&M^|4S|Gpu@FGlR;&47cLw>}Yrg5w29HULx3cYIOF*}k@C@$ezb(L7>NFU-5|
zD+MJOUL|MPsTv@H@FnFX8?;|LO(zfds(PWU$B_X+^!{Yq>|@qF{6gS|zp@ftv>}rO
z`{J?#3Bv@4V%xxSls(V9=v@Nk4Z>fnI+1c@svTXqx4%YZ@88?qy|DQ{e@RgJ<Jum?
z=sX0Av&u&Ijhg~xsi~<m&1C;M5v(8P@Gw1fcb_{wFQM|TRXv7IGEym@9G@$I@B*4q
zGA@lzTKe*i&+_AX4I?AFZ{eSB^{ljx(Ws>sa=E-yHr$;)>ItZRX^;gfB`nbYM0+YO
z8N^dNpWV6Q;rId-5`P)A_u4=va$(!7C`oz_$*dY5H4NKkjs_=F6Rp>2)_Ag+Ti)uh
zyivNPGJ<+FaChidNj$4yXnvD(*58DZy81kpf_ZI!1e3a;gCWHMmauF4d0}|0u+u;x
z3lBF3N_jv95VR<6Vh@I%h!M<#1&#RXQvueyvOs}g_TM*e@+W1<j(0G5oA=={l$VO+
zS3gW=UhcR&xz(vie(lE1$l%=b(>IC)_lk5uv^@nP3YZOqH{6FW2ae`<sxhsE{?km~
z)sTzpvvOfBi_yY3IOlhETqga+o$6+3p}B9J-wJ5~W&a0ZUc?$sAOk{hJtZ<+!r7Ut
z&7wKGkOWhB2itEm3%Z9<pAI=6lliX&NDw!)Q|^h7xcyi-*vw=b%ZFkZ^04|QCNgwf
zih!pIjvUkOc89xveGx;$50kmzLIA4@4A8m$3}M&yav)fMiJ9cgmws?vy+Qi;W+c+8
z+hlkV0(dBbBwnp(dyUJLX<{nf#6FTdFUc1wYl3{vk&zEU5?~@l)((v^==U$eg0Llj
z%&>Z-9*7prxkG7d<>Y80{ClIthk=uuJ5;XjD$qk4G55onc3Kx+<*5zeahOc?NTp5w
zRp;t93_T;l8sr9S7SV_;@lMgjpsq5zkt$l!$N#)L-|jxpXaDHPbw;`92@~ZkOONxh
z<jL_+IaN5>%aRYlT^RY24!hv$?}Ck4%Sv{nT|rlvPfzUk4|f}0drQrp{daDMU|}$f
z*cn0`4J2pdAg(_fo;X)bL|ehC5)_w>>xlOXdn8pU@hx87py}!9_3_=Tkdz(s%5S_D
zx@uQgvb!}eoN*hjp-VO2;@E-~qp`0&d>#Lk{M&}gCH89C)wA_{_VlAf54lupoF|*Z
z*H!+*3Luc`Ozr3;GF^x;M%?MEs#;gv?TP<{Yb0c^J^s6$6Z5OS?KVzpPUc@y|FV+v
z=SOSX-&YeRd|gY}g9ir_rQo5Z5CA~H6dGC{UJ;R`Z93SUUps9Kfu#$Xcy&z;Bqv=n
z`NO5twgldlkm{C{5x3Dj)Dmgaa#*`?co^`3t9HEfeQ#U9$&I77d1k!8bt$>EOyO1S
z1S?=PPs0~2tgT%nJHAeQwIJ4t9)v+8VP7CM?OF%j$QtBBfNLSX8CTtJuv;1*k3Ko^
zhxo>63pV1i2nGOyfCK&7yY%x?#-ja&-UAuBa#}NcXJ_&j=1NXPegxn8j<d7#{?kVw
z!;~KUhj4^|GFh>a8@5@n!J2Lf`(W*5zZ~CpO+(l{5=3j3=XCBN?9AmigOT>B*rOL+
z5AuIJ3RmI}x|MJAh*fXNm_<2L%x1g#VYPBFuV@W^<An0tB4O@(Gj-CtK9jswujgvk
zWw#7Jxt@yn``a?C6__WAWIy4k)1WV}S+ABdAZ%m=GFw(w7Dho_LGu?kXGy@xfgiBm
z9zJ>$?#L4nUfDW^Wm^4v=<|Y^(6PMyec(8LLo{<}*2~j5*Z5K5+NVjJT|b+AJU$+l
zfrT0DBzHo}0q+9C4fyz<&m)-E0W1W_g+`)GL^eB-Q(f2WF~lMDGdfSbgfyWRCNYBf
z_j~SIu9_cf{^Mi7(<VNf01Xb(c7jVLeD7)Aaj*IG>G=@6+eXhjAlD@ljMgxA4**;G
zpFt8FX#mvX;P7i}@Ar55)10pJNWUab@LO6^pWz7jD<b7P>BO|Sr0W+gdq}DqOB~&h
zo2#(@ba8c+tk!ePlRu0BDq1*i!2BRdS~zfhO%wc@{=MV3;4eV)J`E2=FK%g6D-UAf
zW~ejw32@Bp?1-g7UnVH2{`;xEPc#61&*h%l$!_sqzi`1=I^$c5F-F!9c9DIL#>z^n
z){)b*cEW!?9!h>zvA7Y<9P~cQkiq>L_6#5%izRgkie<Y?MS^v(?&doCA!Yz(GuRp&
zJw5vCSP=lWp}`t{Q_AN(aV|t74N#l6wa%x%9mdvTP^sl4eI>jDm~`imPPZdYWWJl*
zc$p=#*K!-@1r>1usD#)f@$SZbFl`-q`0IeDx^pm~K(eL2p5DJDGl&mC>F6N14Mu7#
zco0Z%$8EL(YEXdn0Lip-dYu$rS&2vRY`P`jpzn?=Y~1T#5@?U+W3N#{A@wRUQfL*g
z)rii{Lc9$aif>UbLu3U3NJE4HpuhQ`7m}3_n1wZtFj7DHIz*m*@_y+W^XOh`X88W$
zl=LZe^JZeqOjhry`qBCwY2|$eFNq9{i<Ysm@z}gW|Hudfndi>lo&|6~tfQ2nhJq&n
zk7&ImF(Dxpeu^e;Wkv>bR>gZ0ZqRSS!X*NVZOVfjd8v&E^(hFgYUA&fcs8HmL#AK$
zVBq-ao~MLn+05#A!C60HLaeNLm*>nm-D{)ldUd@k?qT?mS+r16W0w?TWX5MXFJ08+
zrZAk+v;Fi5#xuz`?o!n_Ci%#g)G-xnDOwT%kp1{xy7Hk)))nDVHR?ZhPPR0so{t4q
zg)Ee-=Z**R4GO?pOI$RvK6fB~PfmV=#sNcWVEktD@ECb(baE@AO)Hp9PyMFGrwjqv
zec(BL1_0F;rzQwGT;IC16Iw(S0*6v3De0$Q;LirRZe$6$MomhFM#QIoe{RfpI=N85
z8M@!2t*+qA2@vIA(jlzqm&Cd&peC6`>B0LkK0eNiFD8}AGv=;sUvBFq7(RG<qVdrJ
zUKG0h9)6ra;Rlk@()(j_o(o&2)G;T0nIG&1cQujS^w(OJUQ~gGk3Z&DIt)6Pm@bqO
z0mqhp$5{}f&k_<6-geM=M{hfHrMw)vq!AD;tGgQqbyd!TYt_mYc4JN+{inDa51zHP
zwYh|=$1K_zI=YT5P-2X+-=S^73koS^u*G8|xW=qqG$AAZr<T`*1#}ir#dlCRiI&Jq
z<xx3Z&ED1`aU-s6xy~}4CL$gIX8+y;FHorhYw8OfFX-kH@kLzS`DTwPG=0xpLg5e6
zT7!7m_4j8=#AYa)Z`fNat$B2bBcZys776M=#J=<8$b9y33WVMk;tdQBC+pZNnQ<B9
z30B2@KF}D}o;+g1nQHf#jJD{Ex#MV$LPZ`*QHGaRzP*D%UDq=!fH*@)36pKh&K<a7
zB()oX>6FW=MDAbRY|ZFK%gMUB8GkC($=Fo@KO-jQ#Y@;;(=5#=SkZ&0+8-f|-BlSd
zyVGh_?$t2N_G8<6kFSyL5k`Lbo}Git6Qz>+dc%cD^O++kSY78;#ZIE%X_<XO?%Dl&
zjpr!~s0|h>m2n+z|NitC64d!RI<Pk%>T1KzVM!DuV-r#JLb+RBqGR!me6qgXyEld1
zv>QnVhh0lgn89P`aCkxIgK0F5$^UTy909GB-4Z3^nqkTAzu=4EM2zkbXI}t$M@C26
z9eJyL!RXp$DHj-!*;!d_3zw0hCVLT-F$y{t+#re0c+7TSY>d-nR#nZ#mg~w@b@iE_
z>i&2*`*W>0%#WP!tQ=0pye?}QUF6bR>WZEjF)*|PGrHMGyFl-xJSdsq?1TO0hZN8@
z`J*7U)l~8L<&tJa*7sG$vW$+}<`V(#H1TIQT24rDTCMv|ct8Akq8R;SZEtCF%NaI@
zl+887z`oxC`j@-aTxa+$qNx4Gg;$+t)*e+#J3nGtiqP}XKKu(s<@ZhT*V^3`MJx>1
zhbqXe<R~HJ9JyFvKXgW4m8!g&W#f<ny5SNFxkDB7ZWV8Z77S`pb~s;(y|#Ad$Fx%E
zU&e9z@!X4_XTeX8H0!d3IsEqa50Z$oF4(7Ql=&Q#jtQ~)Jjjs6i4^Tv?z88_B;iRx
zO-&8zJtV@T&QJAGY$41?U?vJX7a~XoOULz()atiXVL~teHpock#(>Q5fnUC|p%DSj
z3zIsE9Z4^1!qel5&JO`YR4DxZqNkTcA7B4M*)cRQ5CV>m&&~5fW^uSxduF1ee$dqm
zh1KWk;>a979lGOqh;H#^;yPWS#!Oc1HlbxGNX}u?%kqU1z}@?if3qIAK&X2GZfacp
zc&G#GJ*>F2#2huU6?ZP7K$lcCk1N-xy8g-6<TOnOVQ+%P$jT=s^7S%t&uJS5C%@dc
z;0aZ*;IL!)KGcB<0v0(ImyO@74CoyPZcZid<bkvYe|0eU?p}Acs!`;-9YTcdRV2*w
z_4=5#Y60ztO|(Glvdf2w#xze8`FMt?KK#$tFsdYtMCPi0loDn!dcnvjxF(Si;_z}C
z$!F7*t!#8;tz;~JcE9D-8H9n@4n!<!Q01toCd}4N7k)zHbo@Tk-Av6g`gyuo$FFhc
z2f4!XObG`+jAGsl8U{bKKN4>i)@vh<)^_&RJu})85TFxv56*Vz%E$fncM=w!s>?gB
zs;Y*Y{)EYnW(@1r`?~Q}j9*Bh^2K7VT0H8LkE2#2g8&BOYC5^~<IgzTjy&-jxBz)F
zd_4z$Z(I#`lwIKgM^(NTIm}67`L@~!RYNZQ-S)V2)bl!4evJyQ^Ve8VCj3#0Lvcf?
z3ODoOwM5=}sT~%-E}c%R6#V3x`(Wio_^%nRXygEh=e0wB>@W1BS3uZ<28V&ZeoY6#
zG4HZjj%-Q*qL&q9G$vTQTf!Hg&0fdX6kc1}-9Z|UD-$xFb+A9acVgFX@lK`4a|z2?
zs>&m)8J~36&ru$K6Q1~vpt#FaAZ|_{cXFiJRd0gR?W6S4(wEKec!v|xymH+0p$4s8
zA<MZV6F*9T$5zc)m`4%IJ6QW`<oV5?*H>tK4Fy9!%K%BzL(b~y5{ea~O$KzEeR@hR
zo<k4Y<MJ;RQv9(MrRc93Pm&=~%@W$=<t(vdyhzC!1GHE8gH4*4n80*a7L=H|{2Avv
z5O;2(@fdro(l3;GU%x=Pa#&zRpGyZ_s*!9o+6pVTU4P!?=IwnFoMqHB3wTb1!vza8
zg-;i`8T5I&UcCrJ0(nW8hkR!sR1Fzf;+Bn>GA#~BwL}pWhKyB;h9^;08!}8_2jSEq
z4hlSnAa!9SFFl+&3up?otZQ&{M=lPBE7^P@tiJ^2l=N1980})v6@a$pU2^p&WyLc_
zX2iNzUSxg#P)DNq-ZjDMTZKiZ%kod&oUq&Qpe)0qR|w<)jYm(%e#|Q-LF2YURr_4M
zrmEFY6W2!J4D&Ihc+SU25u0&ouq9VDrR$M=e%sYSY}{3ZOKO__>FDt<s@aPE`?c4m
zg|@ni=$gf%W_2CW4Bz`swA3qPjVk<OqVx2ZdL8JWjjV++uQ<Am>^9)qC->!qTXGpA
zH&)#&sKLo^AYK`a!RT{8KkS%`tTs#502=w(M@L68^0u#jizeQ7Vwt%<e)1g=Wlo?X
zt94HqL2H#KhbhkfnX)Mr&Mq~0()}tnmJ+(-cJS<8sh#WqZlCk^E7<kJ`4*w2*NhQO
z?|DI3N;OP}avNDe3XcLO`|m#w_<lgK-X8Ga9Km#pP}uB+uE0*ai2A<G#gPpL;l%dB
zjn!%gnj-XXI9i}F;Fn1GIM}kP7(s(dO-iE3n4g*HBdHpuNaNSh6kS*G3Cwb)myGim
zZ}xD6?Lh+62}Nrs$-tr~)m`Fj8%SntE4(=}FHV^or14avCXEeCxa9nn0-||<M&FQX
zk8-j0m6~>E0Xij;>o^!0zjs@HgI6cPJYwWLjCBv<4ZB>9gku;bN#(wlb<YF^_~O8H
z2mq|&k6OX=0W)6lMk>_KY5Ca7l1<eV;8Vb2<+@H~@&JJB_*}@u@`Oo!+NDf&QDD{g
zD6i0DC+I&D5toYT_-X}0uUQMmFSCyos-Nf_O7;*AQ}yT^3WN3U2e<nrT871MOmEk3
zO)nFp$N!f1UAuzy!y|b>X3IRA)XAw_4<~uKm<{i}%$Q>9cnW}*=~brE8g%2#+ldp*
z6)pj;99qCxo&D49!!KoxVljjZ^!_l{`-cDa$n5jc2%u3W4e^fYm91Dm0(e@^ioVic
z^X=4V4Fx5=eB5<t+8R<6>r0r(>zHLuc@CnPm49~LzucKn$)!mCjPJ_Dk>Q(BDiOlo
zVV3U{j>ZA^f^<-D9t!$LD#9t>b#o>iw)`-VoEvZSpftZ)%kcBjCaScD(>zMDwg`hc
z^ER-0NWfUuWH=8nB{-BRW6pzLt-}q5sF4;QXx^1Ax<~}q@Jm}RifqO8T{C3t9Nc4&
zB+eeYVW421DiBnA0pXnJEg7Ufdq^@?oFZ$<-X>b7o6>s5;gjAS_X!O}9ir=ZWz*jg
zz@C8M+h%J;KivI1RSO0id#k-laFk9uEK8uC`3+C|sv_rgD#}lBOK1yrK_BOdREQ&O
zS{t_Crg&^r+C6Wu7E*aLDTm;hhF+CEO8jpJBi;VV9@MYXu#<@JxgzSVj6UX9Dq&sx
zD&>g=nht`DVlQ<*9vrLYrCablw(>6<0*62vluF+F(T;g|X>9IW$+i1don1Jlp!jxj
zieBv&nzAqzTHP1zfiYHHoya0DN+W^gjW5To)cu#vW-Hl;tfM>S7ma^N+)^f-_n0O+
zBR+gm=>kf*AYexS#!1K%03JrPMZvPz1;fXC{9Lx}f78boQ7XLNPw`UU+ODXBP}=(}
zi00f^F!BXoU;Lew8C&6IPZeByXJB+&Fpu};?_hHv_QGGQF4o5%KHeDdDt(CIl!M@?
zKDjF_#6=jhm<?HXw}G#9MRVN$!Mef7cvKB7OfUH&&8os+%H?-Qx`>@FwlcahUgS9|
z)Oe}*`1^_h(u&+B;rkg~vj{|(l9GbpwvX#SpnpQ^4xfJKa}u=J44!rzqETo|YQ!0u
z8!MrpFN%A>x5A__`~B!aFAxKu90J&Ey3<!GQ{!nZ7$ajk_r2`WOKR~hFXFvCPIk4}
zAK<|?cH%{DB1}R~4%dXe>EhLxc2eZ5s=teHS1KD0{yO4js_v=&^u<vYja~dMz<?#_
zS(BK?oGpDsf*$zAK<m}RMU*x<T+(C6Il&Th+v(pe!$xxMN2fpCUkyl)Y8clQDKAbk
zfBh@0S9bBOJ)M4B1L47!^r!3`565yfAo|Wtq-(-;vHvFEl=4-m@6Z1ALmxpK(jEim
zB;&j4aA3dS8Q)=D_Vee_3+4!oZnLX=czXZvyttH=Uh$s(aQ_Kk(iNTEe&Lpg8|0UQ
zCHSfRyMZYLglUkTL^JYXEfs2J2d-ErZrl1K7Y^s@auz>o2z(X&czREW5xhe0=&mm<
zE`Dbs9X0sVJ+o1+Jgj(m-w&BVD~9m}EWc-)I*zeCsgwWPty$(J1>7r_zU0xB+=$KF
zpiopW=&**40m}uHZmfNZPzk!D0(7vk(~D`W4@-CuHIm^0p}bD3|KaK-a6~6ot;4`9
z@QK0?snd@Kq=fit`^nz}soPR{$yYKx0uD1SrPQ)!|E76@S^jb(^CQ4x{NGDIFDO&O
zdAKxg;B`$Z;BbCp;I*ls1F31<3`t$qCSm(a^<)~3=Q%b>(z+EWbaa|@%-NCA9Mo&L
zxSV(I_^IWn`4U-!DqlqyT8z5nvFL>~IoOS+lz@wSBo^z@)w>52JaF*?{-A5-(D(0D
zecZM1Wz%lNal?4Niw&*90q2vLzKpqYFb1k0ACGKAC`seprbdR2WYs-X6(}nlGaDFn
zwV%`BDMXi=N5FyDKA=ksNesC!*d3jQtve-4?U?pD11@uN%>Kl6%&JV!GhY@skB>7K
z&vIljrN6!+L*id*a&gaVudZ+-gMoJQD)xD>1A{Lt3?P01l1u`89gPdDE2hhTl;!1z
z=lItSNu5TYq+ac8cKqS!xzI#T|JZ>~u^1&c+)t}*_~51Y^6#ax8GN5TMFMOZ4bA=+
z@_-~X;3`R`J*8MP&;p72JX0wCcCE;o)g3I0Z~{kH06*;OL%ehcyb$mApFfGph8X=}
zNxW%j5I=tQRhLGvb<ID3YXN-@ecrya=x0hY#QjhOg_Mc?VOT^V6{-=i3B@@_oL?Do
zJ;qb0AEnJ;cP2`A>(uPJA{;wycZn54LxjFrOsX8O7jt^xW6oc6M-?HsGz?02u2{D$
z?or=-ov?1(rFm4opt4`O)9d>B$%Cijsl(5u|9<p&Ek;Ng0XX9@ydE$=d;aCim-Sx>
z*YDb%BE_E&?dvn@0sFQNWuKSNuB_0EZVVhY6Guhp-Xp$SjJ>zSK}D}-_@Wpi`1nLZ
zs@%ibvY{)I_^5Nb9kiL)?R5d|SNCyC-(;H!Cf&FAuDr7MS{GaOXJJ7GHX#7uZb7~U
zSt8izWCP*`mamZVc^f2AC=QNmsCYn$VT_YRgROFbl#typd#;;53QEuIFUJhNyd!@=
zeI5;o<=`1{eR@!9rG#fbvNqRMK>lsA86r*&e{sX8z@gv;GJgK^KNZ|Z3u}V)Gh5QX
z&elkOIQ&|+^f+xV)wGk`A>cVr(kZ32{Dk~54AARr?L)XbuV#NF=GK9(jkc7jMrs}1
zg93Up5X0U6STh}b&U$gCt480U6Q}?m^5WF!MVYM<cW9zyD|3%?0XOBo6N+WlI9GKP
z5U`{F=x6gKElOjvaD(%|Cwv|nCg^h52?`4{-bxw!4ij!@Y5;b{Aqwk4sD}X9oU{O#
z^b6We43OvHKEd!0EU*Au?X`1ZLD>cNHsdUx1mM0?oAgU{v_CvvCMniXj8}}j?}I5O
zq{dV)Neo4>-xR)JTlQYUc08^lmLgUUH%O=o<_-O#`@@-^9|5PnpX51~4Ve1M@lKa6
zKbhWLu@|0j>bQ<@X6`LfUbtKIo;hF1NFjfR2>D-MlL&A?oEPzueDnQPO*R^xh*vxT
zf4g8x$D%}7tjh?ZXZU4<fBcaLHXC;*l!?H#1wEm>UbQ={BBQdJM%sWw`+%rB4}1xL
zM<M9gSr2d6{-U3$)tll#xEoNrC`cr5t;NRATA7W1#ZmX$N~PrD!Tkq2`|XY419thn
zHi^;uw9bC0w6P$vnt_x-lE8dv^j2vtm`jt!T;Bum4Ic+8dzy{9(G|V(iE(7zv{MtE
zfvHlFAvP_6aU3_aC+Bze@Gh_5)=Z=vG=rS;Pd0;yfRlY}FsAk%{?D|YtCX>XJ8Ub$
zpG{(grVqByhlC5fx1Jy^aed8ad+zBcsJ5<WS5+pd{p5D(X}a!6xb%!FH}R8$?4&bd
zH+3MLWwWa8+VtnKQH)2JE!}aAw1UlW=Je@NkCVZ}s>$mhnZsxdLlz5=!GPNjhcS#u
zkemVV1>dy@_<im2IUZFtb;Lg^|2RorzCu;q-nmaE#2i-L(fFNHvfjpB(q{KXdxLYO
z3pLI~Um|(NHqJ<FPlWy4)Utta`y}wy@hom^WTI7ZKM`LWZ$Rc;nla!x)c%YOtMxnN
z7o291BXd#Y(v7=kU!RK`Kvf0Au8#q>0j$@5BSv?3;!8J-&phVQMzRqGI{9@AIEUu;
zyt8^G|58PEvpS<jH<lNl?aN)ih)UItTsQe|r!7qI_~mLP?lkE2qRJhAL<M5OH-3V7
zQ_<*or+6Q3PIPPDPYo7C_T)B29N4i<78&>9?|p+BS)YOUtsvAG9B~>4ppXh9DI#;w
zx}L=9I8c?&k%;q^R{*P<HfhLB*Gl`se&WctoI(7D2oshoZSv1Mg}9CTqoyA!Uropu
ze%{IJvhQpU!|AvDofJR*PdP+A!$ePij%N;Lep5(;bg^as6G(^xt7}q`m%004<<#^j
zbI0^qvYAo_KW>jnUAK#5(k^u5le@R@tq35Fl7TNmmlE}QFbw<hk~Eo@HJe>3`J^8Z
zJuEqh^_vG!#v{HAtQU<xTn40Pu>yu4gt-JTLC*=(xTS}G`{-+w^UO@Z@mf;7MD|}V
zmB=%v40Y6!96syfUH9wU{w(cJ7PW*4qnBL9q+iCI?zGG}Kk#KNs!t+i#a^}0R-ps(
zhO=`rz1j?nl8OpxR!APTclnavjX$rLukU(p<Qc*D3rLrdT2DlRmm(ZsU%?ms>?#Y6
zj2X>-*krKPqN*afeX<z-QM+@=rOa@?JTqCVtWU}ylP(K5UZR&i=@{feZp2~-mT@Ec
zuq7xchTN=I%}3+mO-gV7h+G06r;%qi0mp{EGbhed@Q;27Xkirqq}Gi2R7ixr+m`FW
z@yx-&hyIsu{`X=Xlk1JA4z^p#Yum(Y=SfL1&DM4;Ef;K$Ta1MW6iM39e-tD<*F~C-
za)c|Gh_df}e;_z(;BrH%WwT|yy487VGPu@)`4i=&DH*}W?B%8iNRsb_uW1UqC%;CQ
zp4N$B`Nra}eB4A#Y4s}mjl)LV+*i}gp^@KU6J@LVfP(n(7En#k5X?;nKWra;S0g|c
z8jgc=x<O<1<a3fm3>og}-zwftHk8I0Z9e$~E2X&S$A^22kA3w7U{q@2237U`jL!*O
z%!)VZjk2_lOEYCNI~zkA2}iWn2{z^bu}(uu@Px&jKb8#C{u*2~u5jzR2hC?Rvy@c<
zP~KrMsc=T!(r|G0SgR5pJE)Ih6b+DCJnV^#T+d`p^~7*82D^p8;2d}kxs91%S}!j-
zI5AP$)x0%+;57zwO86%DcV3?&5aExo6B1zTw8sEoSruw<FEg=kPW0uP#8DTf?6+u!
zlCy<&6g$GXbxO_*6n!J<a=hhrmNo&Oy(0OC2s?|iC8!I9tf&J`ANhRH+1>$G_$|Xj
z2_{`3bB9P_dCJ^@*`c7z(&o!_{zn8ZKkfv9;hi{HHlF6KtjdjzYX4Dy%?V>HOM-)s
z)0HnGYoxT_D3ZM259c!GFtAT9O9EnSE)Fmp!6f#*P7v^*sr+ANvuh+I{&ITPd?~L$
z>FDL1YQ4ycLc0(=kH1f}gC8|~vqXZ2YHISTVt_2L@7o;S2{UfU-B3Q{x(?Gs@caXa
z85+^z^#nHkyo)(_Rx;iYGveaz%hftK=}KPnGm2U|C|rOMeNlrGIP@@m2&GO6D~dd)
zuMtsEa7Mt1TYctDID2gMzX6=6)neM5+8wkS9s1&T5jvI+E$(=2G!~r{1`ilJ<$4+a
zyWSO^qM{)wb~>85LO5?>j+o*3>zt0RE<GP199`KCFu!EbZNlW|-<YM11$sigyASZ;
z@q*S(Qz!PM2ENMDbiZY(P`1kAbv#P8IBv|cvscvpl%hvJ)V-~vd?;YEpdB`}qyY2e
z@4bmuhJr~3MCiF~yGz74K&~M^tp|b;*sM>#O6KfxI9v2=K!)P5S@Hr6JO1~JFe3@J
zg3q20$Y?Bh$zPaEY7FFc2})(pC+coj!N^junZz54hJ1dMv&mw7k9w9N$V;S9XJ%xX
zk5(TqLYR%kHPN3i&Fjm8X0hlNmCIkjoIAI5D1f_0Tey8oQquAB#wD_|&HJBtenpuc
zu@uE4Ec!MG2hq$b@H^aPZIb>sWlcz$jJf#m95>gUqhlDgl)N7oJ~+g^8*E8kq=VG9
zz)Km}D5zdyVrC|!pzn@QSou5O`;sWy`C2tjvP81c)T8aOVN9ni`uWapU<&p1QR>>N
zk^tEffrT6RfE}RKs=gwqEZ9o3w#Q~@=XQN~eW=51qO}zV8dD^-5Q|mT(bEHk`9K-`
zCn8*c#sVD8VD^ldM}9AH+(OS!9*Ou#9qd$?(FlG!ITS2(pq1MFv&AQI+A;J@NgaCI
zDLi4I?bADX>ulv&tm!B)Sj=8vX^;LwGA&vFO_Y2GwOv5{E<K{;7x0>W)pspC-f`wC
zR{MXJDHjyl;FRu@y9%p<1qV6@&}>b&kVDi!e*PU#=_P!t3Y2m|btb810t*MB2!y&E
zB=^cY?)BF;hwvwI-{!LoAh~3>H4HEONT{F1zG8wEsFXecv%)T*fVS%I-(LShFJHR{
zhkx#l?|H2*Cu2I}3Q>tN0RhrDW?=m)d-b|uLQcla6ER3@eS7de0;#Y1EeiCcv=4{l
z&V4V*pBDjbs*aUZiKSua<XRZm?F=oQ*B2u>^Hr-rK9OglQQ%pbXF%3L6N4?4_1(V4
zGLm34RyJd|IRwG_Ctih989g}v3)>xMfN^joHV~N0yUXGoCR4|M!OUEoo5kWQcgaIL
z^D`DK^JB?TGObgzrt%^8rqUR_)xobrlY#Rqo^-Td^f*O6d0BK+`1e9MY{WfQpa1yt
z92A${?68T*6YPAur>~!Aci3hCrU%Hg1^*``C8>CI0G1LI!mur17FDpJ%2qfC3LAN-
zgGxBA?e*8wHn^K$g>X@Tc;sxS;lm>aV@-gjU0$(WkOi9G%aP2<HS#b=ARU3vV7AfS
z#Tz`wbOG!2VYl{sPoI<6^geG9O36qe4p@uUSGSlF?|m~<D;1Gku%K*Zw0BPCX{L>0
zznlgvE1*IV)heo1GYo)e=)>s*G$tu{N}!B`p$BCaC!C(Kv9aObELec(24(B>tbSA`
zu6>!0u`wh3aKNP6rB4<Aqa%?bmabsIl>^d?xusQT0Fj1bk!ER9`?trJr5(0oWP~1%
z@5Km8C_u*FR905LX}5|AI29}==znJM^xMS2W4)Ul7qD>*?T@d7ceeC`9Ll>+qKQZW
zm;0vfL-h-oIC**7D;iDg@RSBFuvpypwIL(cMLok)jmfo<k&jQxCelTboUOkB%DV64
ze=~77+!SM2zGKHm>cZJeI2FmSfKk?H7-FLVp`aKH=JWnW%q4L`9E4)_pK3ST0fGpT
z>`<4aV%V<WPQX0sj=g=+q8mI#m#J1<VEBPL+a>CQ=gI-h?^sY-ps@l@!nL}_x9^X)
z{QUMO)g?pnn|DgqEw0V?0Do!Y)MjlWXGUzzdpcmxL?CChTdCRD-63Z5t(xqp(yp>-
z+P8NpnqSQONNzmV(h`Y}Q(_|HWS5L3THo9aIrEaV=!T1#=5THniFZW_GuiA*H0K+c
zR2us@>XhK|M@$WIoRe=Q<5<7?wFI!o38sv0r4IY-nlxutHzo-BSM5=Y#_V<bHy`e`
zL!jrqb&@)5+vWX@8Jxkw3dd3rA-Gz%`5tp$U*DN(2nYdjg`=;em{<yRhp7Ki9VT+L
zzU7EN?XXL_%iD2TB_MK7YCBV?`D8KigsAs;E?*7i8v*O$*%tRyRe$Sniu>$3w6%E9
zECrQ^UH13P*;)AZjY2kyBDn1e_;|6z5`kMLcvmIRu#phpi9B7@F`Sq7+I%ZQQUCY!
z8K7*@%JxfATgkms9szqET~ci2HO)e&r`OYMnp<*8IyrxXek(!e?T@FIU{iuYrNjHM
z(36!#mS)PEV`4RT8nS$gt8dg*SI%!nf95(m9AlZN7}ek94PUrN6GAXn=R{Dht?eMm
zluqd0{NqD1rKV=K#<1}UPtMpBTjh@fK@Unt13sg^f}5pZ76iUMZAJdc?IMzFiY`(h
zxeO-z4Xo1t7CuC+3%Ol(V9j<=qd^_!njWwsf>L$KoeRyI=rWz1u|)3svg{Xv!2*`i
zxiJW4)OtHd$c|9$0Hc1y*9B-<AY7s(3v-284FMi5!L!@&f%6j+|8_|XZWZ`hVx8XA
z_Jq%qqjBwNx|scbQy%TkONB{~_Y=EFzNul>Ny*IYEfhl5Dx5NnT%5fbk`0v0!%V>>
zA+nJ7L!;Z7eKc4!1>W!AIbCHLj=Df>{^$`V`xfIkFC@{^1e1oy0{5%eh<to}n8s^v
zeqPwWY)K4aizp)GT~3bv2AlW2zM;-SLG=5)r%<8v$=qyqz(h`gK8m_}gkvhE#g)Eg
zqkU3)!!<l*cn(GUu0!ZHMz!f7KBb`y1*+j)+ogAQLh^5?dKmg|**mmLru-74E%spH
zOP-Q+9{F}FtlH=N4^Z_cJMYpo*u0t?U^w4EDflXn82$IyKTk=z=Kr_=65#T;Uyyll
zlL;a;GY|Un3#HDsf1b>H4wE0ua7k?#6O4DjY4={HRQf<34+RlmO^jI@L^0AQo)b74
zS12^d2m!`xSIRfP{#v0^(q*k_|CfyvzMm_lY0HyyJV!IqPTfmKf44xK{FA69`sK@q
zW@cvB2=qV0L<l$=!bX&(`rlB$5ylRTb?;H+f7@$3=n!z~{DBjw;D?J-zSi1S%o`)M
z;ktb~6*f)s#Hwj^>u`(N%~jjDTdR`*$Mg-!CFUDsPHXHUy<g3<b~H2#GSlVRFTfHR
z*$-f+ikKQKG5!g$SRK7%#kA2&ZAx#}C!_j#jy~{A-SGc)<J&;>u1EjG1X*I2ZeOn(
zNbMj~6?@8a_vGc1`<?C3-D)0}0A&G)!X^7_Pnz(ie*QGLclZ^?>2F$ECb#ucs~?GG
zd^q*W^=xRc3&Wmlqv?;nlQ&bZWaPcCma#1Ss(Zoug`+2VUVn2e<Cy&JUDm){(b;K6
zG<I8;E)-XdqeY9I679St=rQ;+)aMNY3T)Rt3k44*x-BR&+`|DOv1P>4WQ`Bu-}^;<
zUdU5y*b;|@32vQ;1vZYEO1Z-lAsI43w_>EDV{fqQAEXWbWU1Hh%y-6Dis^9S&c@G9
zDZQSm&CC208ilH~L<I7;b3K@TK3g+sIp2PZIP{~he?Xfwhk(@N8p$Q?9|DbjHfI~1
zY}zcGPMrBT!qL5Rb{=|shb?U|8EW}sGY-LriAC#oM9`V}+o!ApE!XZ3xh{Omil#6E
zBWFOE(7oDrWI)IQ21Jh?y1~iP@?(|TK;>5A#qv0%i<h)lG=`N~qT$o^<^~TPU(Rgn
z>iSC)#g_Mpg?@&Awp7u_#Yl_z?v!X4N}$`09^;LQNzkgj2#@?ihCWwX4<1j$`7f|<
zaG+2%WT|<yN4gm`w9pvN5Z=Ce?x#6;z-JyW+iYzAP@h4fOlP}38HXpCAKUsN<yPUP
zWclgAL}OcSVF8=zKpn1)_vt?eY}c#@O7E%n$<PZXz{V<4R5%O*LbESkpt^Mn&Y5<p
zGmGk0+$>3c^o4hT42^5I1v!D%Le=fYW!7(>BTtpGxP>)`ChF1XehSyEh-LnFxndZ;
z2W}C|*Dx3A{_?NtN`^iOP0tBeMRQNAv<nqHALqYf=cz^yg*hrAT{?hy@^6m^1u5Z1
zUyT2SvSz#cz2k7$!!d^Z(x@0p>gU+T9bHYcJ5b|u?OtGWvUfEP`<f+Gm;uE2;;={H
zmd#ZnkysWt4Mc8Eanlk{$M>Et_v8pAN4REZl3^zuvIQ&?6+3<s2cBt*!Dh!LAqs0%
z4P#7pSF;yU4PxwN_42!YW$fhRM}dkci>U)D*p%}gzhB9??O#gUU?bDNo>F=|YYn8;
zq?D8o1={(y`1mR}KKj7Bc8d-f1#nD|Ca0vxiZFG6EV090Dzhxx0!dVe6(zl$%Xde`
zFXXL&T6>VAW72z9kU8bq%{#h^x|kU=3aD{NCNX>%Jo^aic%Nefa*)9Q+jnNk`cZ(F
zxl_SHrgJBYM9P77&W})0E)E_O4k;cMRQIhHn{rlB{4#9kMGR=-F^dGc+BJGt(yTBq
zKGXhr5mf)Ee&BWs2_0c882=62unR~&ruVQmr|~%|vF;7WczOA?MtX-F6>dO8pk;O5
zIrQ-_o)Z@TrCR@@1-f<vj*$1FIMxX}7Sxmjcrp3S!IbjxneEeoLrY)1qWi6WfkA%8
zfzRTXl_yu~nl8nrcIlo=sID9AnRnkjZC4)naWG+$%Sl0Wg^tw7zXyuT;<9V8;j{Bq
zqgtH0+r6wMJTsvr!c%2WlyL%c4WetLG3Ni{;y-?nGe>=2?ICOI#J*8go8#M{T+!A^
zi?(iziOHmzENJz`Ik6gs$G;9rorRq{V^t@IbCN@@d`_=B|1n#p=;=Vxmj@=3g2mmt
ziLFLYzg@HL4O=7|s*P};An6{OI<CFHHzJ8&d2a80QNFFL)o6_)2mP{9S)Q2!j_MBq
z!me<P^}4J|Kiy`?J*D*6FRe<~<2&u29yr@Xbw#v`i@E$AB-W$)BzF`2$li6jwMK{#
ztEyGDWIPmA`$#|q{JRE+^lC<nX(FC%m|?E#xDWg!#Gfl3@TB3mDijHzR^y7J^E)2~
z9sInDmF=t~3m*&ng7wrkj_*E6$*N>%-x<Fyud7|zo~@tb@JY9<u6b#6aPXa*;zhnt
z!mzwL8|rjxOmUE_-w@_Es@zx3Yk$z58@7Sg9mm2Za-7qXi|)NFLm7KN|Nj-b`wnI%
z3<;D>l|B8`5q}tkP#Wx_VwH-k%Qb#uX2@?k<>QBWR9V#a+8_96tNkb+o&Pj_saRvM
zxJHkyNU?kw&MrgK%aY#xn{Fc|xgQS}`>qR*o<Y+quh-SBMqts#6-uvbVe-6aoTka_
zjfTBI(0oZy_{_!9ER|!N;9EB-ldl*0H=WtkK^ad8CVtlOu@`96E!twSyQ1c{=dtyA
zDU~CXKGgg#&%f<SG8<(@c4Mk=jin_e&pf|3s&-`|(6FMCEQZ8+ayTfR_W1zDAH4rL
zmzHKaV~qWKAcnBGOfKscEG^^w+WnT>5C{npf3YT~A1@X99X6}ms7uu0&0lT<Db&*&
zlOu4vU^*1wJx>=FE00{ZTWg%7N_IH)!S!eufA@LL$u#vMrD0*SM+ZSo%^hA+{2&>e
zHnUsvU%dGhSSaOLVhgK-{xz<G$p$7~#dEf{N#Ejs;OcDtd?xqf+rXTnN7&gCr+nM3
z?1TTxCrx=4N}N`Jg@MOvIXqtsZ5pV8oP8z#HC+!>dURD*hsPrzZQ#O@TZ63C-twZr
zih=xBYaw+;iD5#-f>QTBC-KLN=&;@^J|N?dyq2NdKJ)AFQMO&mz?P}o;rgX&{Ph$S
z9l!V9NpAMxj4-xg`QarN=pjj{D&@SVy6U+%W5311q9Uk<ao7qCg(M$l=29&6_L9_k
z5V;uypx~6()e&X(>Q}o_Bgh5!wX5gQUMl2;)D@PB0uwWjTbJCk2Ug_mqo^IZxJ54Q
z5-t-<mQzN^r?8mlMD=7yMgc87y6g}Fe8E9Pmv@9TR*3+(evGDPpWTM)72EIDU+A$y
zGUaUAqPN})Cf`XHQHL3R{{KB9$0xI+6dd8ObOvr1c+ktW3+9N=@7VW=td0y?&lQJb
zp8F1&7(Ug2<D~Fj`RZoLd~yhs4t=-CBd7+R=co_rVU`zOyY~iSZVIR!s<Z^GDDHWS
zV?oN2S2#a8LKTWE`emz+19Dbm>QN#51*M*-5{a6Dm5-7Qej?>1m&E-ZJn<f{Ig7=a
zg5{n)^u-%Cc@dA*v5q0Q5F|xGgh^<HX=Y{y98%XihG0p61u4H|onF!E+D+z($|5bp
z0x#g2qH9}z6AEh%oEsc}O7N<COI4U7pF-Dkc7@05D{G<H?a^W1wX8&HTh7wF?lelu
zmFCML`>)2|8Mv)qH5>AC?+r$-Ah+^qO5W8A#JWvdKVz@mDfE_N$$t1N_{tf|fl^hr
zXRri!j9|3K^fJ%O>5W6EIixkEbXrV16moE5bmj_zb`##0TKN0>&+GvS^9%<W`T6s=
zhn@mL;-rIGU0p5h`lcyax(1nIP(dLn8q+Rx?@OVrCWpcgYJ0AROW<$O@%i&-#aSD(
zlG#}}=@vKFYE15sJ;^Hh6oHm^y44?MwJ)%9e$n=|td%3zJtom_R@jP^FN=#PYisMu
z2TOnc+=iZ3ji06A_xMz(<uhZyoan-5OAY6U2JdIJDmPcFSH~<hG|z$y<ODTOPdu~S
z)2O8e#d9O3wBENYj7)=CqRC|i`AeNij^?RbzwF`uk^fVn=URg!y>Gmmo@s}N?A`^k
zR&8b!&<#~u&15ADiHBo$H;|p1FPZdVg#m1giA8yGH>y7<v6)-;x9dh<Kt<&efKK`N
zlxJsW=PFeMdkk3Je(`c_GIEtH7}~i+N(jq00@{*?P(#6khvyA0H=tkPfq5bYafmWu
z_lN0Q|7$UK_9jP1qabwSx$M=VQ*FC@4V@t|65pQjG(BOR@4c>z<qHiJy{j9_;=don
zT;-FpSQC6xPhWrIV5!WeX>fe}YwCy^TP$|!Kx=iL52DNrE`)R8O)N@@+zoN{6Ar?7
zm%r7(EZfCrReFEix!<Bkb(6FBy4!<`x+vqcGv9B*O=*q}hkK?AY<mOyAg{>>q1Y7q
zq1rR<<0OsF1fCm1E2-@P2MT8M;w$3P0|cv2_0_eT@W}}91S_%xq@_)Flx>l&@kv-L
zg~Z)l+iyk;Imfx?blJO!4?G;tCSlxx!h|?)AgkW*Kmc5sp`!%AtcsV7j?_A&3wpY&
zCGUITw<w6FDmt0lfg6~@r&=={)3hh^DXY?c0XrI5RQ%U>4Ojc6T>p!?Y~J4u3W7FI
zy2z?T+QIWj@SM>UO<}M=PUmLxJ^8^TuJSqg+fLWck7eK=9jd0#P|~39Mxh93je3DZ
zYZ<$C=r#4h6qo<?fV7AD<@L+{r3dq@b`POPW@KRa001b^C5(35-~<N7yXVXva&4BE
zujQRwh|0-5lagmBlDc@;iu5i2BDtZb$!=|ngvTmV;PT$LPlY&3@0&LccWRO?GyfO8
ziUSXsf-G!fvy0~%RfNpY(=_P-|Cu$YXOR96*&HCw9x+G)%00YTBY!hBv?uC2!`99_
zwF|S<Rz8^IAVNn7^+xVbObInw2tVVLpG~=0-i8ij9E!$qxAUHm?xjqhqaKkTxK8{p
z28N5hYA*XxXXW(mhCI)JD`H>a4pno0#Z8XiTnB8?^DAp*=#MkL+bXT|mvL#ib=Mm2
zhXuy?C!^&e3X2Q$#<bNXtw!sQ{iQSfb`3{+fR-aK?_o)`n8o*XrrL#VfJVJg|K^W3
zS-FHGrU`bh>jvgp>5ab)C1|ksZ=*Z9*Z+`@hmoI@1<11a<)a~4JDEPKk~SazbTVwM
zXkSGBYq0^wa`0y!GwO$1(M77*5IWSgLh+EHv`|9}@rlx#dU9070W5{D%$iCVxRUPJ
zOh{Wm87iCJ5On#JVLgOg_lCjX(?=`5=?%rwU?o%$0D@@vgTcP2yRI`xSHgpPB>@}H
zyq!Rsi2stX;G1H<5^^YJk~B#!RYO<l&%NzF*2HnD=EI_;&8fqueI-2ZqHtYAVdqCZ
z6UF9}T6xO|t=mpkeQPPV7+JJf44mzkL{5)6fFxOIFvUGZ9q?{2?z^(2U+aw%_Z44x
zou_~fAV=Mg*buA)ZO_~H*U{KUCx4wQg}QQ+mp?Y_O%{BtEsF#@uQhVBg+nVEf(Z5@
zhbq8x!w!Owi_d_nR3kw8K6`Oxnv#X9Zd2|>O5HpI%yTfMV_?N}7%%g$cH;p|ZdmFj
zydKfge%aff)V2LLn^zC*)U@dtsSOVx8(3ajz3}h%(B{>;Nq2Kcjp+_P<jAA365RPA
z{8zJ;>(a>54l1OWehw18@kV3G9PHZ*PDjorzOJPTN9j5|Gu9IffrC@`8b*tjf6RdW
zTO<iPGbbyH8%>!Go2PTPJ-6l#5qLTtzVO*{XX0(cPmtGPZlC^WqZdGQS@nqUgw?N1
z^sMAQ#jSnvR=G^PG`6sTaHZ!S!8DD3=Tbd)2J}}l5Kkb=<SW$b;T^(yxqJ`;0GBmT
zlP<;6y#M=|r%x@3cok-IPc4xiC0<@~-qd&V_VV&}!p^aL{MSZ36F|QT88!$#ru8;I
zot(b{zZ!|_CX_2V1WP6T&$OY^4Z3Sty<kVx6(PXQaJV7AslTptWO#IU(VUafYD|Cc
zAn0_Lr?vAG@28cPOmsNvgF${U5`2(<FC7mD@GZp32u=dPT!{#uA#WzI>b}1Fm-$1Z
zDEsZ;`%38CqZcl^sPx;YYXz{}PRHe=9ZdBZn>Y8Rro496Zsu!2;Ko^(#g<)&w6dgX
zzZFTSEWh-`mGJXh+_M}ns0{Cwx7|l!5UaAMmVAVzv_)jZkT|(xc9T+9NjP7NzI+gG
z>)Y<GvW>jFLbrpL^Wj>@{e5)5`Y&Pa%k7k%XO04AtbDt7vPasqT+ME@Tgq3zotCq5
zZvG3R8^{5-x@-XwE*RM%t}_5*_N0rS#ramXoc|SIa7t1_R|qfw2oJUzy(bTlI+-t%
z^5SzWLxFPgn;q6xsBCv08ZV}7{`AVhFVY|ntroeoU;k~Ccl-EuP2+XG*ygy8%GoZA
z%n)I8?L6!%C(P8=it-8(vR14@by3ev!aqw0C(bCnB?+L-h&6Gu(7aMZ<Y{OY_*pCT
zDzR%q^IWM8<aDCUt*@TqQ**5Uy3D`U5z-CWI-G=@lQ?4TDI#(#h4S~qu(TI1LRl!}
zucoGEj+7ww_lIzCpss)u<jL^7*HqBi^;Udx%cfn3YnmFXcOwdG2V@KfNA=!47A7+2
zdL`@~ZqbbqC0_zZqZr9uI*wFi@eRv^=eB?bhBE=x=+&ef)rA|D<I=#)Qh1e3s;y~w
zkFa+7$L06rd&{ewHhS_p9|!a6YC%<^7foAb7s=I-gJ6NW_{geFAEv_Xu~!sE`YCJ7
zB^Ou3lDg>AlPj*qUi+#Mk<S2KF)Zu%8C@c}VlL8`eRCpnunfd4I&yYWI=jE3c$^42
zgwB2*#J5PL??@LuNgdT@7I*L7_L4kWZ};4v4ij!>zI?e8@K<3x>(r87zvEs&TqjOX
z_EM$(nZBdAeiWmzaf`6sfSOK6nn2y9mrh*yrKoo~Ny|y>;l|7HG0tn1%71P}z~0J8
zX0Ja$Mt95|c$OobmJ$sqRd~?M*xfFuP6%Wap6cZOy(&CQ^AB-;j=;&mXY;>9;gM6c
zkR(eJ56|^o->+#ke6nu3QCB7H;+is3!re=}=GO9-p(*6(5ZSC^q1UO;EK-4F0B{~+
zz4fI4rFR}F1?lKyu2Z$avAzz50l(At1{0EzQ$<Hokq!S^mcb7Gd0NOxZP~6Ho_mRL
zN-`-Z-YexM#D;U`QL!cS*38_x4!5>4?G4n%_NxO_jL!0wWN7=<;)+WR0s|WK0JkJi
z7r(P#kS+YECk#$UhU%=1qK?b0S23a3QXP?NEPUGI%e3^NvDDqfgwN<08Rghsw*k7d
z-mk4bOvOIRNk{td@nb3k?0SdiLi+mOLQ$t;$7d)ywvs5AIQfpm+3m>b6cj(fIHaJp
z!#VXAZ#u~gmg-SGxth(#nh-Q_W_DU%rK%;(_{CMUUckb$aIALWtN>1Tyg`{Ea^_}4
zTy>IJnZ#u&e1R29)x%`8K!AC6ik5H|pV|*0fBMiM&<!+hbTE1@7UVBy7(GDD6G1!Q
zhPC^5ulz#6z30c7uew_ye(1OSgjB(595F>sQfw5lUm(Ap;rVB8l<=5MeVdw&aW;SU
zbnc*w7(h>P2R77zdfDajSwVMds7}GA`S*qR#ptW)(+{{}(Qy9QIXta4u44Ws=CjKQ
z`Qc7m4$1(2w!Z6?>N2B;JE0l<SxMF^gO<cb>;6W(H<}M;9kC1ZQ_2ri*il=xMJrpu
zJ7M?|&W@)_8uZ(F({fC?(khrEV;OmL@_>r|Su3PZCMvB*ttG#<#TTag%~q)@fz~s!
zK<&L1Lf#1N#k}ocb2^A)1gO(<yYJ3Q#>+~upg=J7aK#*V^^ovK&wA(I`4G!n;w5&4
z$Xqeo6IhJIXc@{?H|vyX&AE$BJ-MZ0EnMoXRr!SGR=->hiqRS%9ZHqF>8J0`m+FG#
zePfzD;ODCCt7sh*UXN^LTS@bV;^40XC$r!y5q2_Gil(1pAJ5C_cJAEI><=DmoD&i+
zU1P9#e5itx)TduQy2j<9sMA^3T;id7we@_wW<mEY95oI%y?)ZVq5G0>3oj56EN06N
z>lN!ES~ML-ShL6p{1D(R&>HL9AxJgi2t7-(pu<q~y(TamORb)ZHkv4KdWDPg5Ozs}
zHfT?;YhqL#j|+7)Sh6=i#o3M--HT_s@qUiG2an#6)rE!X`+)R(Vc5SKF4Au2z9xo~
z20y_$UKCci@%S>GZAvJ#svWDg@m5f7w~hqh|69rJw@A$oyE@LH@1oEZVw9SfD90Q!
zf7IY>9I6&-DMW;0-M9*OA6WJ*BwR{bsS7W*x}95Dr1`)(qWJCmFI<H>33qX8%h2#c
zP&euE6UsQq^~um1{M@ltc{F9ULzFUF-{oTfs<l(R{~SA5<XaN<Zc!6jouYqr(eP&_
zwjr!FhaE=4P+9U{JnK_{ah^H0H5q$xB2~?ur+%zc9p{Ngt{{m?B??<|R)s+qkwq)m
zdgjSP8m`5&a{%{<MZv0$g9FO){J>rnAybmaik5V_e|<MSW$f_c!%n3i0tC<6-mgY6
z5Qi*h;2|ql`*l_G^LE^?D>Y7hy79cE*RQYefQ1;wAL<yc+Era<@upVBRe8PG=SohZ
z9)*_;zL6z{W6c0!g~a2^gabkScD1vxy9nOaNPaXh+ezH0Y%%;e<+E6va$v3T9_BKb
z%Y^^C?7(Ve)1BpoK3J<r#tEk2uB_F|goIGr`x#1BR|*olVE=e3U!H|tT-Idn8oVMu
z7z-BJ5{op1h!RXTnUq4eERC<oKrjTpV=-$%bHf6q&b?{mvV(i;Dui~<=0nusXR&v|
z39DaTLO38KgJG=uzrNIL3abomdo!+$B$C_N(L+dGtdVI)+@dZvjqE)49gF9G!c&6Z
zXeGZ};-0Pe(Kvn2lK#v2J<o;%MS7@uIjbI1D-{JKBxx4w(B4=3<u0MS3hR*It_wdm
zQ9eLHmRH*j_>LB*<LUiqLa%!Ljtkd`kWCHtL6QXr$P&k?HE4(kK2Ev;e;e#%K2(W9
zeq_`|o`jvI+3w8n&nOiY737wvzEaLDZ){B4F#?+blhXHIQTn<7uOXduJ|EViiQA@K
z=TVV|$)rx4dAL(u?WzbyLQiWT=r>G`fVLRFGxCgF>hmF?n(X)0p7k|+Cw8(qLJzg6
z11F8(!keM((W&bkF)f8<zg8N=x{_&h>4!XyV+rc{o0+E)ewjURV<a2$I8P}dGP|lr
zo<H_7zno5`ZE}&@M(^J%js8NH6kQn5vEwBD*59SA<!pc2znA*mH885+I$^#)#49L>
z-s=T)JxQ5o+Xii7hE0~HjMd%OA=8|h^47DU3oSmj`d_`h`u?Wn*oC_00?cfxjIv)&
zcgy^(z@yBV+V?edau8fXGCFO<^7_ja+Njw^#jobp<_ca8QD!+W7{{uEmKtuK8%&&A
zYZJP|;WVLlxXjzGVK_c@P%8Z{_)2ZjA@@|=FSFa<;urCe>nSd)Ne`R)e^k8*IF;-7
z25d|c88VL<l1-E{lsP+@$8DY}RAv!ErbH-2ZSyQ_b7V}WWZK5eGnv^LN+{#EcIWs1
zuJ609u5&t0=j?aC&-1Kjt$W?~z4`)P&lSA|APdTN>XE7nC*d|I#QQ#bIIBkc*{lbu
z$`WXhZcTgbT>s5Jmz(CtlAwMHeo;_R;JXiFA0Pf)$%^`N<?N%x*lh~Dl`6Dq@bE=&
zaBzfGS8s2e3}b`k5xLmEY|;28B~KAYvE8t$4M!Zbrm3UzGM|eRP%(P!v7tCpuLj&`
zdYglM-+JZjw^N>N!cBUU&{t48s-vPIM?M^E+uyzC+*lxeh$yK-#$GwAi1Mw{&>q4I
z>nO-?+4MB}{rHt<>1G_A)c!1{x9YOyOCeOOiMdaDOsIpQ1R9IDthl;&@O|$9nq(KG
z_gAtY>w`4CUFnU3jP>xy$V-4kLmKh*Ad9k+cJ|r6^onvL@i;rtvx>vVF>tijUcRRc
zC?Pxc5V<KMEYzZ>IwM+CGF$BEXrmb!`s<rvj1fJGda6<a<L3hDtvTu80XCkQhMtf7
z&7Zw{B?a^)KwS&zbqz{tr>%;m%ft#y`H+lE4v}*Cv2Hzicl8=K;?mn_(i-A}QVD89
zsz=*!fMh#9jni#?`947`IVpcJZ&zcVKHch0!bcwNkJs0W@qrTfC~x%`Heo`}-E{DW
z4#hMnn^@Xic6t=q`ZOt7*#>Eoj*nWA%Hta(!zL>`Pbv`pon1uE)pQ9Oy6jD>eII<=
zI2yC-o$$Of?il-Gf6m=gBqOFyE_BAX$~x9P>{h1Tv^}2RRsgsA!O2v;bBP22C&It+
z$6K(YF01a?pz-@VnbX;p!d3=I>&n*A%Yp;I^m^VjtAs8C!Z9#OYIFY$;<)%0=A&th
z@Aqfex=4vpJXA#H#Gnw{n`8t(ps$vLS4N~*2l-U>f?o|e$!<Yf0Az0V%7SPB<iHL)
zS`0a2*1#AUYmn}nyHC!0Pmf!d=kIIWFQWB{zq99~yLs<*N9^nm2Sus=7W@K%oj&m<
zxTIxhKbqeI6j;0m-%SrK<hJ$C6T|25y3VDGkEO&-n(1`dsR7TT$lelg;`UJyua>wa
z5R+RC*^o7*4#uHj#apVNpyCHNcLH<M_&CnrzB~M1`!hk)i1~aXUhgmdwy+>#2McxC
zl<mH@v8Clq>n2#~Iwq6j?@;60gU4low`_jC_s$j-F}0)}iYr5)D+K&Ie}4&oqJ%_!
zIUhQA=Kr_=4yX@J?6UyhYACk^F5=eagV#k$lnkRgFjWQo++s0Yp6Bo_!tj|>)A0lr
zN16M3h5oJhZX4L6thahovT4f^0{Km>$!3q_2OxYYd;dVFL8jMFSd>Kbr0Yw^EwKnR
z+~i?roC=E!5pT;+eW&!~9zgG$uS#1N33I5B<YC?1Y)XA$>h)CAadyd-O-gFW^Z~7o
zZP{8nB!Xl2H%uEl(}*o#^ktmQ3~S1%rTXAh;T;!jM7HGpj_aSDWKk;C450k6qtf6+
z00)M(Vejv=|672&ytJ7=BXl7LI{TFbAO^5kMakWNB`=gO>zAdQknS4Jp?K4(arLgL
z8TZF7p?4pfy21aWGNw?lgmdf3{n`onR|A1all8hkg&cTz$9gdspVZ`s+s~Xj_GWsz
zja%fLANCCB_2Ya_cFeOeEF1bN#N^TwVV35m_4UQHxKMGSHoZQ>LC%Hgr+qpsh-+u%
z=j#NxrApZd@yjJv{u;97PSWl%rtkUI<MOTA&e`+sKeGsRrb5q{SQ4?aTFX2i=E{2=
zX#Z-hXdgzd8VeRz5narrbo$;vi9{vxO8znko%r7Ofj^yt_U++>JksvL6O~R|eB*#S
zh3NQaRp8sr0wL|nFx)S>?;_F-uhTq^IVE*InaByc(k0y4=kSO+DZ;_r@mLemSm*E_
zMdZ?a5B||;#I7sSBJAHFYyt{*vU6-7-GiIlZ{@j0VdPYR{rXJh#xBEC(jq6X=9G5n
zpD31*xWSpXze&c2{dmS^BX5r&m}#TEkQrrCIQJ4unRY<;qHAEmoTg*V+&c46;>6a2
zf<bg*b=fy&w>b$c4&Avf<1T5dQs^>yq%|3u%0{poUAk$Ydm}zH{O#nm@#*h11KyQx
z60_RQjJ*u;$ld?<DOE6C-{dnyjd5yZ*JEk;^EqR%rvs%N<)QIhUo5`poMK@V-4z}h
zUd^EIFGu8%pE!q$P6>tlv5T)}$qD!c`9Y#zHLQzkFookAsSzMWKaeJnzep}*$(ZsI
zW4me?&?`sOrEcP#xF?z8Qn@(N7sN{1rj8GpEFC_hsona|*fovcm^KK-)6*D3v4p>W
z>>dHCOnDyh7J|+PRc0OEXzA=48#ncSqPJR);k~;y*A3uq<?a>nSDB|)ga_qAfg@^|
zfW~^`wXWhZVvEl1S<Uk%2bsQ7v*#!2ppS?thgU_xNd!>n;uA9Vk*${486l(6*CS@!
z+seawJ;aPL4Dt9`qqU#LWcuBwHU#j4a&=O!iZU~i@09IR(j(|lh>1&bn#i4uE}%&E
z4YXhdkRER)U3$s=!^a<!ANz7;_GeyOvyvdK**kq}(lA&b9g2~JFIlMJq%jXkp8D$f
zEi`{V!zEMCzQ>fgCbGo*uAG$%L3+rg=)&CO-fDcdh5kg2?(XfKkO>Yq`-Ga3(7@M)
zBupK=cbTyBtbC{kOsDR{a}HKNQ4uWup*<$60JW;bWSF|%H@!*N*?7N`h<okBgE<}*
zkVoUS!NtbrGMEHC{Wth8d${cuTlHCJK_*h*?2QxdWp`Q0+twT%JK|NkV}v_&Fb2_D
z3ZL+aiHnB-GqE4a3`YltF8up&1d&+jzv@h5V0Mi5dH?n9oUy@+iv9cj-vgHNld9To
zXN#WdXWqGz0+!8oR3j4fd{9>${pO#r9Ph>L%z-lgMv0EqTNui7%CiotvMU7?@~+0d
z&l1)}oToLpV%0x-yF|?I7jvTF9WHamLja`=!c7p3)KeZFeXP{{zHDaMg3MuLjF7_Z
z+dZLAcun{+XwNW_bfn6iH|?=o{?bQX=7a#BsUbay+6U060%IRQ`U2$}%jcb(3cLUo
z8;Gnm=B2%Npvj#t@N7VRkO`c)OiYKMez?Q~O-yM@y792wK~qaROo^(^r{bi2uXKaQ
zzIqBBOfCnB`+t&EZ5**PH;cAIYU#oD%H`x}Z$gGLzpTvkG2!HFF^|~{rBYeyb+W#i
zhx45>eq#sK1>cyc9Gw|`&*?Klx*8u*cJoq)i?8Wy$;&|X{$YWq<>zJB_lZ)KkFl-x
z9p!<nRr8~Z^T)~`XZI_W5GhTQneRm(1!ssh8`<k=l>eh4INh>oHFbOi<TxRz<AwJ!
zHb!`>o_3Z@RU69weOiJ!m7U?Z%fkF@Vp|!~v|(IqRM3>b)4KZH*|)d1S<gL!e9u`L
z^LY1%F?bM;N?UO!3H7wMl3|_w6O?US+-^jsq<mIUL<y)2y-Q}@z|#?5TFba^kS2RN
zRaE(yoi4A*D8V>lde;hI%O<=p<EmOn6vS|-52`QKlYai|Ui*-c;Lo`p=lRq@db2AV
zBt|)m29P!6_w8g?W7L#xXOs;B9f59TG~-wXX`K&S-m#dal;cVPBhIa)$_w9A9;(fu
zM3W=XL#k+yMLd4}`t_&`W#%})z`-UZL26H7oX3-=eREH^q74o_??1SQ2AJgxz$?ae
z&vUE!Sn>JjO*B0iBZ)$d<~6)(;a}j2QKx-=A@j>{aZL=D1h60yHWquwWP*g`mZV==
zsvIq}j(prl>{C4%ljO<V=l9wiU-RJZTk7#Eg}~`jV0e8H5A0cIjgKnm-eqc4x}-L6
zUC+Ph+CjBx)W8185EKZPP)m=}wT;!a^Sb7XlcGqFB<%=p5?9lu8*D7QPE*o?_q_v?
zCXwiVd=hGw<d&bKoH{4o-?)Bb=O+>szmS+Dg1T5eZ9z|>6^8i`jOM+svh%VKVRxg>
zl|s1?6UA?L>gPnG{lg!rw_`ayj_Jl-mT!U>Rc8@NxKTVj`T0e&0EH_qZm5kmdUef?
ztRp{wq1h52LL%Cfv+r6DI$xB4`5z^nw%^qUDZ#ny%2^>HA-qAGm6a8s;T~GAFuN-;
zlpBW%?>H1F)Tdqe^OLRFZ?Lm?csO}!^^cQQPYi0cL*!d}Q=YuLxA6HLoq@ouva5HH
z!79W3<6@rn*=3UzX79?yWOT9)HY5TU%77)&U)=Ke>*IU#IA(}8sH+{sp`<f(Y8<IC
zsC9nsfgzw7xKVU?AO1@|hxqbzPiX`V_urqg&cBq>!Id{UOogdawfRS^pa#GUn6~9U
zH<1;&Umy;D5J~6IgtRCV3;Ceu!Dp8nRc1+I5pYBO-~tYlPd9xqHuLi|ZGr;r!u0y~
zm(@{ShsLQh<&K7O84Gncbgsq!qtUuIc-YSG0hp_=Ic%2*o5_2*%!erdY_mK}^s$PP
z34y6PjuVw*GTAXsQ=dqIz;}G;^`iM+ZLT7+{6Yfihn^-<>@w7Q0F>1&fx_Qq&_KCe
zI7T~RxWE4j+McgSmY`9O2MqGbNr+Ad-vSi-gAW35C=JpuuuVRPM{P7jK4eFY(T0&Y
zO;$(mj7PFd_4RXoe}Lty`EK#SJk_7mWjk|Rp}NVDwRrOs&l&V03~9xtN4&t*%Em(h
zFhf>2iIO@UG)WnVn?Qan8I=k8T;KMX{AmHJOi4|5Fm8e+#(hw4<(kuMz&<%MB1`&T
z`AdfYx%`(R)2bh-N@I9}$MwYrOf*9|L;8L$+;${TLkbFxB^|-E2Y2?HtDBo`V4*L7
zw%`NcE26SqXnFa9t?$^}lLgrXb1S02fGNEXw|R=4MO9EPJVo-^WzSh3d2NN%{&kwE
zkJw)BeOR~Kr+6--wss<iIeLf}hq-$iz>qbf5l><j{=n>lwfXJBZ}|VFYpvkQ*{pjU
zPi&E9GdoS?TzmR0c4`3FkrX@AnV(cnU2Dg2toJA~7Pd~A0bmDx2S)D?(P%8@)+DYt
z_0w4N(;ua6KT>bqhGzW#kfQFSv^0rzBW9KCG8RfSdV4!Gw;yXIvoT(zTNx?g6)N8G
zKCs1j=O>H<UZ;aXLyT`lZLsUXPW-RYFBxTrxEmr+Z0S3#BJQ3>5E#Ow`q-|!_ky*?
z>GbWyvG&5zMfYEM^m3JG!ejZU{XEZL1vxmn^U7HrNw<=j_u9;x8Z=`$P6#y63C7@l
z$9IBdNI~gTW*r+>O6x~jI%0X}$By#_kDuJ4YE{4x?wfRyyeTzXci{ANvzBxEU_;S#
zlh~!aYC^^_Uk@%P4<Vg{&i{QCig8PCGxzP+<TQkh{cLYk&>U68jg&W44m#0DmVH%P
z^K}PG1(dL{JvAKytunqqtK%1wuB=8j+g(&#`*DCGS5fh1Rwbc$K}lxPh-qecI|7}c
z!~Sl>EK_K8{H(p#o1+`vKnJXsaY}lih?-$A)HBk=$PL2GWkGUuwm~4kAZ=7Tn-{nT
z1~o8+(}L#*4-UgZF@L`bn>BuktAD+cc5>tO<;$buYQ4QYUVqQT_7qik!Elk;lUcHF
zJ71$3eR^ev5{1P=m3i-DALDBvRhg$c1?wW6f4#mU(O7&FRWL?F&`_|i^71C<`fi7K
z&BNaShlC=y>?pqgWLR<GW|r*m2=Rig>FSe5qwCuUGPQ?0`ja#BhH@e_i+DEKgP!rT
zb}dy7FMEXw=Tdy0iFb!!>NRk|d*PL?j~bo)13d;(Y6)MmwqFX-*%5@xZS1|1M>J93
zWNzJB*i0`g5n#TY_Zdazent7S#mOGhtmJAjQodWXDlC+j^JT&R#0;D+c|3k*-oBQt
zWMz<k_KiNw5-7^v{X)BVC@soN9QF>1%aVd!=wN)i7_+7rc;qEfP1v~j<Ze|-qeh){
z4x{xZY3NGiQ$z$#ZEaIc-L{23il`K`|CAfcNAAi<p8kUpW9iIykBJ+LR<_Ca?~dpp
zU{)wF%T!t}>P{by`4+pg<A7f`*Y35oq8!h^pIxLVzUr`P-n+fgxn>pCj&i3%;AhU*
zGv}Rm^7A<BEPFEm9cLlB7%wPN_d<e`y|KGDGAv(7$L-9^<{WlG9$Vj44@I|Oi|YL3
zv^!>ixZoYbKhf1?%2s}T5dWTZ={FvxK;ukM3{OOu<bSS{zLC3>8227aOS2e*;zY0@
z^ctpnl!hc$LNAR}v@o5mxb>MJ+{_K`=~c-Ou6n-GI$0B5CHN!#Jo@PG(~z{sVb}+%
z`hD(@lz*B{Wui&QU-FEmV!!!9@g<cQ@}OO5-}wS}W^2r6KXzx?pI0ZJZror}X>n~1
ze{D@G0WOyKAM%!1O6-gd8bNdP;dm+Z$jezAeT{p1d4w^#ORkc$h~Mua&Rw+4F5}*X
zv=>F6@3={jjxQ{#<U6_I$W}(P{q9%JLo4SJ%HU5T>~fXkI<8E!9CNn`PXbK^F*g+(
z#Z0BDJwlKSj5Iu;vhkJahW_~&@5n^VW-vbAp(yTG{2?YLX0vx*eL(r-G7>o`8FTGg
z^&wrF{IBo|XRK98T}Y?gzLn(G;qv#5)zaT)s5AhItl)X^@ihdCh0PxWtc<9nK+()k
zJa#Sm+^AL!r_B5}g=sNbj}P_;tCk0;S}C0}v7<V9uki;r-rz>dcY<d!jbHdGf^O#q
zrphk5(TSDUZI=3+^78F$2Us7v>9XG*PU@b!eu@f{77ta|gbP0;k(e;P63Y_Rbcgw8
zhQ);`QS_aUUb#q~H6PKCN`--sl<+)9Udj+?#`a?{$DzOz@E_O1kF{3_#qy7RKrqWj
zm(PROP9`?~JOU>$Xd!YAA2CB<GqQX*sSBu`+Ay{@7MGSxtKr9q`L*&P(yWj01A(k&
zHG%o8^Hx+>K>ehv*Wj{trLfoHnH>M6hxgv=>dS}>RYK!zAkxNK^a?Hc;?D{ugy7!t
zg#y%)5RMILP1k&-O4ryh=~o6MnuEP+NMmc(Nxm=qcq&2UC^vOfe$*ag@z=Vx5{|k0
z`tx^0i;n$LL(95Xt}d2lm(;Y(s67M}euYYlY^xaVjN7qt8Yg!OxqP~TJ^6~Gi#JmW
zstYxPj<^u)Sw&xIngo0om^<^LJI>8Nbkx3N%yk3)`hA$wZ#vdZZ=L*Km-@>3(-?VX
zZ6AnWM_$%v;o$FIJdf`wC!oE!1WtRBhC9DNJAAC_xGxl(ZKQiNi7ZzbJ}yI!>XkQj
zLpZZBO^%M(qo;ykZOL-#3ZwqH7HS>w0|b8g-Ywz@j9i_Zxd+?ze)`l%zD%+IU<9cb
z?}||u|GZAZBNF*hkY4?_vg9qo7GEP~PJB(5UAFi9&XvAmbW9;03bAU7Oz@V**Kn&Z
zmRu9Ok5$nJ+sf}nucRNBGyHp6OnMonne@qqz)fqdMhXo*x%a$GibzlVva!b$rbU_u
z6l^IXWJ^F-veU~7<P4N-$G*Vd08&7|7AJh=T(&O!s|VtK*HzzLD0%S}Zp!4}grPBM
zkEQksr<!$J0FkJ?ivds+LvDT$F+&owYru9jrlZ13TMq|@(7d!)cjB2<Fomu8@AQ9d
zzj?RrdGmTT+w<$>G-FzfDEX~*Qnr?$ERHxjfWJ;ClT()gB@<}AazzjmpzRuD`s=*s
z@7l(=Gy*)JBXKd{kK@iJpPfgh$3ROEe_{@LT7AM=9E-cGa|22P4}An+RhQcQWeFus
z9a3&hx_m#;@clfSrUiW~Uh$9V^-j+$7;n~X%muM&j)@sI6w1bisslj{zkS2ZtMQSv
z%!h>l|My!zhzihRS<1Z6VdAacgheqV6`gblikHnyEG)M`UJB#P&T0&#+p@rKUV~LO
zR5?(sCEc*m^Wy*z5~mi`NnV5u%XE=^4ci|^!^6A*LEJLT>39kMtaf}HiXr%Rs>);w
z3D5`t-wVIdyasRAGB*2JC!cFG6PW!`n{BZqJ6_P4t=c>VLnZ=ioI4^F24C|M(gbT<
zQK3**p+<*p7@29@yK!$o%=7Q5Hw!*CnL@Q2q|*}jap(Q`cP`aiov+ta`*IaouH@>B
z$t}=uyvyY;*7O->Ubiz;4B_xzr$SX**&+a02vJxb)9yaoAMnr$%IAX8lQ!(GgTq;%
z1m14TuMGIHvC#@@pkaGRi|3296N+(?eut9y0Wf&l2jutoNnV%Ee>psq{+~7v?A1Xy
z1fqcdSr%iLC%S&5wSgLDSd-IlXKYzDa;N%?oT;d+Y$Wizok^B~J%RUbzk4P0?_WsJ
zzeiZ&<nS*Gq^_~jA~gE)x_Ro4>F{ixFNRODO9v<f*OvLY3CdVEG+!Eg_MWY9CiXX<
z_Msw>cV&)$=C?l5^l~`=&W}%3hx0UIqB@wu-(rTe2&>Q}jC4%Jd|!ZhHez?*$C}P4
znY5BU*7qD#J@sj1!iV%%t{Ly>H6-46UHbbRJ$o}8XxB{b1iK30U546$<s94v*P*<4
z;5D{kJBs*N_Izce{=we$GUUk*`_bb8Im$apb8iJH+rLd)l-Z%`@T^5(iJ;r!&KMT~
zQfmy5z?C;){O@|RyrhA4+6Iii3Yv>}y&W?%yhMa#)lT0~d;4in?}5b8z~z~&!IAXM
zBfo6zgpm|E6wI41jc|h!5YHq6!urF>egA{6UrFG_L&ALJ=FM=>VJ@<3Auql`A@m%g
zM+RCnoVW#5hP$287=<6E;@obM0+!S$_nOFdXHW8W9n5@LIDl96Y^Il3bDDz}OPiv@
zSpev9$@K9rd?&~z`i0^d3pWXSTQZZ{z#*@SAf<**ZRT$Vnv7fDL<rOTNsOvd6$AAN
zW5Kz!X}4H<GUuTis@yYZFn}W>8|3Gzkx)YBd^hKTzzYI2r@iwI(Z&|7Ej&OZIOTY+
zuy`(F(?4x$;KR_=vSrA}EX6}#fPcWz8CPLKnF~2LjOpUqOk1Q-r)R0v|0lgr5+!F^
zbL8@$<>73i5UD?X_j0<&+F)MHG6!%Ypf>_rGYnLyz{m%O8@w|z%z#i`u9#b<G1vIQ
zc=}Sx%sjTP6yK796AI1>pSQkHoIZcU0N?IOk-~2~{Pc}Rlf{bWm*?hxjD5s{o2rpa
zk#jz6$3VOROjWn19stvlXS2kd?cPP%*)2I^Z_w5fliM#eW0wL-r0;3CzkG7PNNg#%
z!DQkGZqo7i26X>CgWfn8{8cr)b{`u4jXUNO53(2>To3l3x%T|bOO#u6{pG<L);~W>
z2rd6;>p!>YT=)ELRV5qDddb)Sbw=3|$UlUQvqgbaBZ$`VN^~!opn_DFM(jfF$3J>E
zA;Z0{QIPbeV|Mm#({AYBV^(17n+|)SOfA=5z53IXoBE|-=2$$SLVj#v;XMXB4AMmW
zk%JibPqzSy&38*qyS+Tos`E3;vF9JuJpfPu?wJd~*t&aH{`W`AbKi={I)|ggp#KPO
zZE;?^*xO_V#m4{$D?bJ$-mRTr`yVXlzl&<%g)zCT8~f-rhx%^yV*M!iUL8(LdLY`N
z<a%piZ<VW>t($NO)rxa00*#MjjE2*W_L$$@4Y7*Sv*;nQV&_++8$_}{C5B~$N{e&P
zMZY{IxaR*mq<^cx`|N)Jq6G^Op=)^0$zwoI3RgVwtc)I>GM<Nwu*Bohnfn<mh=ckz
z&KVg0+XzZGZG(x{op5s;ketCCN<>yO8(^9>2P%yqAH9O8{}dZMOlM>1msr`^yUE|+
z$zGvI?l~(O9YTO_)}HS_Z5XG#p@R7_>`GJ+R=&>`iaBK6P;=8SSR%N)E^YazZ`>;^
zacUh0y+m1yjGLJEqAR-6!7cH#he(pfObw^tzLisun<D-rixP7j>o?lEqAxw{9DgkL
z({pqvYg$Ppx@UIDvEm>UNn$M;QmC7-Cd03S5vn07oYdviLgxItaiNE*q;vtbTWa}-
z)GV=n`~2g2?ROvt#pd4>zj`%Vzovj?PGBefW!qwVen5qVqYwyp@88cX+;(<6$iv-K
zQc}X+WT08RF!f${k^o0u9!4dVRnoqsFt~utPmIwl(tnIGNOzd}l3lT#qc<cYqEi%&
zVs-Tn*j?v)x&F)RcFTFAqSwlr2JF|hI#-_||IJrKbgU9_?4QRoOq*VI-B^MM9J$w*
zOOQ)3F(LElah|iU7W5C^<KG?RR6*U?a|TZ~2-%)5dGFiolp?LcsSe*j#N2zAkJ^3t
zuy;;NLZ1ObCSJwz=d-DzJ`WEMw3O*N4fW0NI9<ISgUQHF1lJhES6EKGDcH|R#SChq
zK>1;NxV!q?&7ZJwBjkZWIqpg1R1r}&%)nn+Q6R_H1DT7cO+~}u@^Yag1*)rycT1$f
zs<$T0E||A{eI|F%JGW)Au}3rN*F7i)V%`?A+9S|VYrJ<DscVcnb|$c?EODzMz9UO`
zSOqikjv4LSd|owY+$*uXDhZ)7jF%VJvOf4BOY!GXNwYxh(wgBQ0DA&Z3gdTWh>j2{
zM?`q;q5t|wnT5|%!b9~N&Hz_|F~_idTO|9n#Zkol=eb{{lTt^!Mly9rcFLBHN3Eh3
zKYJ{7F@se4QWR!3#5ny4YjO9x2^x6=_b|*@i=M5SrLJ@CM~S{OW(VS1d%Y%-f~5W@
zKgOj)6Vbd(+@pu%^M(!6s^foXXx^wlbaDI^z8m*^Z|IwC<CVcSI<eXoW`gHpZhJh9
z2Pd4fcN)$dM!jl0cccY^6|a}!vh%;11h{Qtd~SiR&_$A@Ne7Y;Sg-uZ|FwQjD<MdE
z%&RFEoc%Z4Zj?AWnHuN8><zpe@H8AZ4Jp41AYp+LWU58cro}=e2mBqDD>_t?5Jl8t
zEI_jDSYizDea^Z8O_KK;CMX%Op7kNN_z!N+WEN26ABNpo$N)5jGq-H8>;8?<v(z17
zuxdYDCJ>84sI>&3P1okb5>t53&;2CUN<LM8;!ogAL6{nu*~~X$1_0*!;zHF)e9tN0
z_W7v_xW_NW#>K4z87YA)Mbpa0h7Sh@dg78PJw!9#Mn(DZ-}x^6UH)hRJMhM3RzaFG
z!LAlC7q=tt?t@BHtGtN|+0^`}?UOrKn7X8LlGD`ct<ZFuSz=~0?{4>ptC{4fyEdm}
zi0Z*?oVg)G%Wm&=nN6>AKv@R4jG#JBFq^C{8(*~g5kf<ip+|YPyM%beLd57O@XY+a
z69I!hVuJOqV6it)-fDS=j&4c||M?s~ai6`G;H9a|7W<KKU%k1PFiNVr-Z9<MfK!k>
zNuHVwa`)~4+=O%t86_W%nt)m|T{bpD)SCi=;!9Yl%!}`Ybvs@H(c&J{4cyqHIS+~!
z6H7l?t(FhZE__fW4QeXn(g!jqK!tqECX8D7CrQN$ik&&TaiE1*Szo^`$=1VSs7YD{
z`l93!sO30EBy4E(5pSnlW=4i`q&>V9WOx;WvvmakonH8?6mh$(X^QR<sYOo_#;zbv
zu4>pI6j@!*8o=9r8Lx-1se`7Gd5m`ZbO2*w&S+#O)W1GM%_84y?`{%f-7?0Tb{vUS
zE+Lr^Z>1$$>?R|k;JZP)<az!d0?1>rU+Om2?j5M%W4+z!mRmL=e)Ft1O4vcg`1=N+
zbW5K-pj9%^`_Whkt-~=f=h|4hcxvB>`3~~`xB&R^sd&E#tRr5=4TcB3&0YD<$nx7o
zD8#(pBofOjF&QLFP?A#WB)a&gAvf@kW9>r)ly9s)VtyyK9T6kOQ=H6gds*b~UJz!?
zm>EI$0?#Ma<u?|Qd5)+fSjZ5SeX54ihfR$K^C>f6TmfUl-|pm*!qW<i_JlXCUcI;P
zC5~^HesW6_0E{`7Y$g;#lt=R6dakTR*-z3j$~~Og<F9(Fh2oz;nahjXO~*;em$i<I
z^Tq{k`q4d2avw4Xv(vm!YE+XgYvIz3eo?*5V5R)<tR#E*(7VvYWVk`DqjESnfWn}h
zt_0k=7G0y)eBZY}-CpLhQ-ZfixC5`#8YlgC*vA8e6!|RpIE=BC9G`f+_ZJRGNRg<Z
zVElgIox6p@J$gna_JUL=>obktE*_?TlV@9B_t46?a2^_lC92GC<OmG%0B>LX%n*iz
zghJ>BCszTgmFu()yGimXuBSwLa4x8U5HOq10c3&CPC#|`3O`_PeFt*A#vjm@(s47!
zm(M$(&z?6d8Gh5lR9%0*nWN##;jO{<)=85FAy|^3U^wQ%8D%oZ29FZGFJu|}($`Nx
zCPe=+M)}@7zC3Bal5$<+Wsb)0M55tEDm$I<@APT@OWm()1bxhEhSVK9_Koo5r7X$O
zZ`<13vZj;o=bGx=a;FB;Z$1RDBId8$s6}GWNx6%sXVvQVCDc(Dh>@l9I1rtNdFtH%
zx^wf3ah4&)xcIa*GJ=&)k;=Tf-%7(U1m+)ZEdC_6Xjs{jEn$W7`qkA6R?lnu2>ARn
zysVQ4R*XW)Dx}5rc6(<-^VM{1Fcqwibo{U6*Vd78#1TJkA-na!9aaF<y#^@9oQ6|_
z_tSS!Bc9KuZJaCI|5Hqy*<4l4HafQ2RMGN<ol-o>*r-Ly;{XY(DGszOd1kZ%drt+|
z-j^i1`5i%dt+XF(NR;@$yERdLgicOZFQcrO)9cHIfHv_ZRQ6c{Vc(JC++cU}s)g#j
zC#UjWgDOY}#Q?S<`@e0$4;U(2wcI<%2X9c))CK~kBLhPrEd{SstsXMi<&F#J6ajs!
zylKk!fRf^&UZ6eR!2vnMNB%-NpYh)Mg{o9}L2ij5lc}Dyf)%MgzMEt^A89KZ-i3(q
z6)nQus>@T<dfE7;^BC(ReLzf_MUmZ)Ok6}B`P`xSydnC@hGZiq7#oVQ`*(HPiB9`$
zC``bl=*8@~AE{@?Ii69&Pbz&_1_?xO-?G{7*QI|Llcul#870VGs0TbG+)aEb0NUYX
zFOaB$gb!-*3ruIZna(<)p1neHui)nC?jv*H{0YuKkRtejvukM(2*Cmxg@q@*W^AN#
zUo63ZV^eeN#DcG+dc1)GNvU`qA?O@rN{ish>}Rl25o)0~waIvm6^J2NUALD<P*qEp
zxlxNH1p{VV=a(+#Zy0djo2cmNV)!_5>Hxm8z*}&}<UxhGN`Wc<0)<&vcu1-o7w1n7
zh_3br^Sfe?oFqI>up$#4es)4FaAJ{J`pGKpExK#0!<U80*r<wD;-S2r1^*pm^bk1W
zq<SqeLr3_$<9B1s4nK`Ph6Rl!kvM$XoPxQo!t`~uZ?=7OFZDA9^<{&ZT0agtHw4BL
zGVtkx%ERF~gtbQi!^<iFnc66s@Dqi<(?#y~FI+KiIxfnXucbXUj!43kGn*d~Dt5@^
z2oWm$|DJmRnj8)%n<wl5-}Y4Aa5zaw3tV1zu3A4FGzt&KemXqP@6OUrQY#=b{727n
zjz-x0ry9P2?f^H3tJ2bDyN99eBr&Wu^iZ+#*?P$j7Cs<hovih>coYf5c0EGFh@Mvv
zYq>n3cy2mXmCiz<a}B6&9`4@XJ#Jd_Z|x5w_*%|$8obg3tOpf-33c&wf&({sh4OSQ
zotPk=Cgt?Svk&6$;H65Lzi+qdapslD69>hf_a?Obz5w!Pg<wEXZ1i%L!C98@<*0I+
z!pgnmrmsg_u=QVkyzGzTq<RVNeR1@cAQ^x*rgi#j3<D}dH-Q(`np+*F`qsf^kHlm|
zywE;6S84gSHGQWbI?vJ>c!A0hya57v4Dq*r&4w(@&}2T)k5I*P{S#Da>xCM06Mz@b
zw3zZT^y_~cTsN^Z*tcP?VYa^D^SR|k*BN)l-IL=@1-H_>2>lIkxCIve+md<{m)8v+
zuWjOj^TUntJ-L|q*0*EpB55Z<GflO7p5JGVcTSdG?=0k@APfWQ6gRNp3K9yq#Fw<<
zL#;)bxuD}RZMi|YC%#zf_Uh{U{<T1Z%m=(<@#CypL{gg-F5>i~`dQoDWzX*wRut*!
zE4la8`R!0v7U%#jocG4ut#fiA_JuMWU_?>txTOV%)h|4K^cKUc!f~ZgHM?x#%!inh
z?@rvJocO4V)aa^n<EN57`I}GLIq5kSOx)|wQOqut?<#A@eLGd%`^0A^Y0q5{aOpGo
z#x#AZ56|+FG*Lwf?iImc8UG%8Fr}#|EMuV|pGqYbRoVHek3q%uFvXi%s|jb`|5~K5
zD|`351LDK73|<`WZQw*G(6rM%!y_B~UbX*=Dy?AHyFYBmZY4AJayGzn(y>=`KIY#7
zT7liwvmrHM;nCA%F_Tu<{u(lu(`RT_;yR_y(S$*|4;yA-QbtB{i{IbDOHh5Yb~-r7
z@{q3DXF*~n4DtBUi66-?lweX~qUe!XlBserfH*mD7tG~7Syf1ST2<a44Tf_)&w!|S
zIcf6&sI{R2%O9ExU5gPOedp>GxclqYM4-6DxQS~4Gs73CNm^7)f(nDNcK<mils)G?
zJ?BEmUi&roje+AE5>!|s{Xb+E#b)#=Usl#7y>Q^qXQwCLL(Kv)dz;AarSbb`S6_P<
zbd;4;QRV)C)(3`G=k|Y9N44k1*Cr8P8Y$VoDvzA1^4f+coqqgT;D5ZOW@#NPTGs9V
zH;}X4%klpGFTb}z1}nQ<frps=I0!=dhYH@+q)<t+k2xPjamuA$+W;FQ0Uz0zfYHC(
z%lOI*wA8V_vY9ztW3#)P#Mg@o2OcF}^o{|q3(?HXuljns4U8^Trjl8r)e|F2w+DrI
z6{u&XD>OtdluU#<u3yH^^PR*}iwQn<?{ifipAv;bZ1#jDz*{nV(rz-K@a6^1WNw7|
zuheqzCNMN5Jy45Tdx5{wDgSLQ5`sQ6VFyl@uT3S9S?f(?8aE!m6)`t!*jDQMh&oYC
z`%}E~H|UeUYdx|~y=w>(e|O<e#mkfiGP|QzIjIlL>s4*`Zym>`nwnZN<kK3cphX48
z!)V21Iw(au9vE_D0+VLpBH~i2>ioX0nb+a8yx{CA!L&{HL2y~!!OsftDxy%Ke*fIQ
zn0FAb9DJPjL}@Tmt^c|Bt8(3h3#YrN#aLBpZ#olf?RU!3%gxg!C>n%KP!x5MaS-D5
zHCffQYRJJC$(n!ZDh8!L!)PvI%RfB-wO<=vuZ$eCwPM46?b$mzZh>-XWj~sKwr<&p
z;-P9{PE%cWnb~d5@wGnhD{FoAa}r*h)q577PwF;XUd<dn7{&pW3J!fv*J4+~wHqa%
z^adxcc-O<C`(ALXTvj3^knv>i@}9!=9DB-HCTSATccY7hx?6TM2&{q6{q#92fj2Nn
z|D5-<fsu#18&gT!EMg(R88n}2J+=3ZKd@u@a=cDLq^#}U*)`e`Pj<RsED7P;%e$vO
z{~1ZZ^c#g>?I=b(*K6v}Ggi#Ukf@g_4?lAyH8Lj{|I{hPIQAS@8_s)yTBVxzT*pH*
z5CQ<zY7uaw)Z$94=0#htPHp3Xc?-`ScumOi7C<>+yergUE*q0KYICi^c6V9qi*AW^
zKnHqsdsWM7WI)S`@9@n1l7`4pTnUfgPwxII=VoPI;F&i<w%0r5+3YjpyEW~}IquCF
z5OflyA3U(?5W2&5_LSQ#%}>RGq{+h#BD33QwgX(+A+N==!=HsCpt_3u_^|iP1JhB!
zz<cZgN}QX=981sTO=^#Ip)2@heUE?e->5P`Kp?>WomOpjj_~d-SIa7N&VM6p>u(Gh
zJk+)R1E0J{lU-qy?%Y2iN{|qD&G+e5_l$vq;gHsigTSD3gwB3bnF-`<&rXlJr%ipt
zsF}^U7pg*<>j#(KmG`Qkhboqdp;k71MRz=Wl2+$K8HtnLBsr1uZOaznLei4RM>}Z8
zT6e@!VoO)!UCoFJRW3%py=q%4KA-TeljQRvRx;1wg|%$gO|jY}!sNUNezDq%3o6Mw
zqZ~<3MCado+^3tiF8mta$@?r?B*v!v^cjLCioU7p>-&DY#3ZNXJ&895e4TvvPYU|U
z0?B-*FCMJB9W?anJq%6%NY?i`z{2?Q=ltK$eHUZyai)M`$SPZuXt|1pmxAJ8t?0}r
zNIR4R_Iiq-=`v*F?agAj-yioznHPS6wQ7WsPzW@MFK|TR@!I9yv^&xqRX!L>w>6)|
z>aJ+jY?tpt47MZ1<{!PTBYS37SLBy#Jkz%)rG9XnsX<jx4^`NYyfe9akv5FD;GLt_
zHqJ6?@93j{NXcP~rNhY&ELsptSb3zbrDa$?z{bg0f^*kDmc@RGe1_hQa|6(%Ay<`|
zfW()qWZbsA->5>>vBKoO(|Tti!U<V?&j#QLN>4~6@@+3<a}edldp1ZCs@Kz9TBPJa
z2S^Yc_Vce#$VHpO)>XEgs*PrI2I0^n|1u9V#~nkz-TeUNlKmPlZz{=MBi{pVS1AyZ
zX_sQo7|dT34OvJoH~bKgiLk|}j}UrzaEYcY&uWBPxGiGo@q>op;Nm^y{HT4vO>dnn
z1za*gA~`Yb1k(bRbVl0pHqrB<Bcr2C6P`eX2W!CUxraW)CPVLa1#~cH6GJ-VL<~ui
zL@YjIb`K6l4_LtQ@ag_)F3$Thx*_UW>FYWTS%ZGtuBp#~$8`LHesU`_zT=km!4^f8
z@nmB+bE00q{;}^>WVJTzm&_u{?@D6MXn^<#{#dsVugcPgsC5LRCtXTT$Fcd!Z1r3X
zy2JaMqJfOfYjpZ5^_T)EGLNmCL?B9sfZT`AtpuSGe5+%RT&JM)gKok~eA1Gbu+HVO
z-8hC2>=|aRkAtJfp~_$^`<@rAdJlF1qp;bi-)Tu%St`)@T)P$o-(~*SVrP6pf`Vwm
zq|?rI8JW5xpKjX0$Nx5ogqT=xM~6x+OsyJp?Maif{CN#+5N?Vt^;@6XG#HO!I4!^Z
z)MaOF$eg~c*sP|%Z|?+-ba9`dG>0=LI|n;+r&8NE`v=bdD2^cDyZ`>Qx!j)j^*_?J
zh7LpdM21Ddx#8dg0;WEOlwb8J@*OK?AV9R8d$w-ZU|B%K5?$cH8~EkZ{w}2f0>?P{
zr!x*)T^nov$RFv%XVPN6t}xPj!qDg0+DJqGJB4ui__5EfhIQ_JDkD?WOno3gEYD-*
zpEYWf%Nf6^ZSpXKMCI<i(>etpMf=18zQH1=(TlHaCQX;cguhvQDt?9dE5<fQ#Yrsv
zT*)VItabMeQk4mjMGRi}^MiSM6ZDs$9rQ;1qP@XPXv=;4lEWMPXzn`)CjpeJudTi)
zR!HvDxta|F>`~!!8i~9tz!7Cgk_YruDrs>CQuNH;pq}c%Pm-XCgId3%{o=c0D=Ux8
z>96zi^IyGswe;v@$ih^0ag)bT$nbDF?Z`5Xh~V=<oWJ8pucEB;?WCw8t6vu2OfzR^
zW9pc7M@cC^WT>^(!_Z76TNhI3ud}o1{WE$MKg}Ba%&#kD=J3{x6?+A`I4joHmhgna
zgcF7)wuvBWeLlw){U#i->>tu}+`GUm-9Gm-e`Xma_Ou4=3>d5@B&b1O(a^=%X=GAW
z$}Sw;Y&;(M3d&^`!!E*ts=+Gf54vN%DGDT?*G8)GJ#Jf@tk9iji*rjRyvv{Ty*`&&
z6)#LP(+ovqh>nl^{(U|5*{_cEm+^2+=!azN#=J3~=s8q*X(P$c>CX@DVILb?IXDz<
z!~!>Su(~K<RMYfcwjEdjMl17fN%8Q6-sV<4=(C_i6DGA~###C?1MP7_juimx)AH-f
zUxF!Wi8}C}qX`MNm$WMv(;K2DQ&nvYWlxOpCvfIZ+6g`Px0PbKiHUvJW!e1TMo@d9
zBg0IGRC9B4s}wCtjS4fz#|-$Yi#)PTH?zil)Ol%@d1>QQQ(IveZFec?>+z;GhQ(%M
z$Lt(!9qzpJRNQrxWD3$88s#xQ!U?wjwqpUxAj?j*n(R-UWrZ*}cG$W3f6p5J5!G(X
zOZevQ`O|sk{wO!ghtz&09$O(L_bJpfVNk8B8eGGJ)$cxpTN1D51a{j`TE(2ncpm!+
zS#-;_aOaV{R(TUPJwQksWIEA&uor#T9W<C;wR|l~-aYQ=Aq&&|_W~0{qLqK-iw>L#
zZ^@j38BN6RI&IFsYB4`SccSSF6PpZXpXP#N5m@0GzKG-ppI2yUg39U8x#4I6doT)4
zg5puPM@lSb=$#Vd;{h~p^f+x-g5(Z_3E%iZ*Ra1QO59fa`LbhE@~QR@+BYz$-G?W8
zxm(Wun^ixzSUH-VPjGUWr$y<#rfzaDH@6656bpCIl`GoU?#8KR<7b2G<!XK(udt`j
z_yxwr;i~vc|3B+&0yrM|r^YLfH^{)pcd09ZxS&l#Q*#cMcB0|hl`9_#C~ZHw4IJj&
zRB@`7c>2*-EiIiiXQ7pQ-Qd!B&{%%PHQdU$yZ51;0FLldYkfhr)gCeDG3&PJz1<W-
z*~5wuL504HJ)0LRL`&)&iS@Ao-DHz7FCDA;rKfL_E>~?|pL8|3<yzkjnbG&d%Fy>3
z=B9><7d9@(<g0882q(Mp^lY{&M^@b7x$uW{h|oS9l4-j?g%dXcS<}GBQ~jS{()+m>
z%le;#?AY-MyzDm8r^)*kH-zma#a15WsE05rBb~H`<4R%RF%Ae)DfrpL;P_-X3Nvc#
zq+UOPHUzxtdq5Gu(|Y&!M=~gc*`x#S4yDO~Rj2aBw-asek=&*1&%x#X3rP7Z_wX)g
z&|iD6o43voBjrD$d~oCofTP4*P{VJEr)^pMKif{)__y$@v%q*_Iy6E)gh5r>JbT6l
zOI>pMIXKYD4_t>$VFjMgQjHZm&RfTO4V)qkhrc`)zoiIU*1uMZ6V^}W1n1%J`#U%>
zQ=0+%N%4j}DiE?>4Z39$!@A)>sarKPq>tCF*B+ain^*W4SqE6>1UM)h)$TWvO@8N?
zZMGy!J(LKL=$l>H-8v<1xz}v@Fj$oMv7dxM$5n~(k*y70$3IKPVl7uC8&Yh<OdC}V
zj{M}C*Q<F0`-g6)w+~lzzu2DOj@f#tK*8}eLM?eFqO=^bf|qLDem3mL9)iW>udc4H
zudy~hAdOVwh~02>26y(Qc=32m-x9VsF$g7BWn|1Nju_!K7vYGSUmGfzXv%_S_SgBJ
z>$@R8pR&b?ShnuqMra)0nq%ym#?M(*<wvZ3iYzcJxo>Sv0t+JfWQ95>Hy8dt5s*=V
zU+-xxxufgFmJN~CqQ(`$S<(4NzRBTjS0#Li-6WjTPmbUI$<p#?I9WV7stvD<Gu<tK
zHxCkZ_#h?Ggs+R8ap3h^cI4^5J}!n2Fu*!5HNulaAdKa)uuRy($97oLc38U}Y~tW~
zYfU0Iru<;P9C%h954hK@`AbzLBqTI-b*XocT(nb-VYND?4_71#ku(nk@G~*`lNM1S
zSv0|Rw=FnbHar8OPY9ExM;cc=B)y!rcY2OAn~U7S%oKF>F-@vA0Y3=wE)x2lf<+wF
zgV$#tmG5(3v&pO}AugbZSdVItaDXuzw}kPO@R;OR;%u|iP?SZ_Z}rgVS5!^uWDQB&
zFJ*$e(WBxDex_r#S{#eFInTeVaLHd>H}5=vQZ!L*SAm&w?V-Ap;4LH)3l6^L&YniQ
z-B=tMIP`lo9n`Gf_(1G(Zg7O>v2UTnc^4~N^VL1+#8VB1ded4$49!p%3+Bg)aWlLU
z2(G(d8jtz4+T)1Ji&tHE8bdaz1Y9LxVumO$-PYnIDY<jR6p>Xz<~Lsw*uqIPa!j{%
zBtl49u^s4mhvU@rURpp_RJ&hP`??SSq#Q1Ih%03w-lzH+rhL@SGUF2UYl0g3iuD0E
z`H_y+U6loKaHA$y^ysiR%WUluQ_L1MpHY897i|j-69g}9m^mRQ0d!QI{<!Z|G9CVk
zYna@!7suk$$g-u6kAKeHCXoEle};zU##>=>G%2eY`Ult8eHE{X^cms^#vx?4%3ydW
zM%88=JJG{;t<Qbx%@J))FkeBn4+p8=-xHGKxHO`ZL&3%l{y~2UZ#iNc<PaFwMR2+S
zR%DlK?ZmYE2B1^)vl8lxGpx64jzBTykfl@}x58pbJvSN0i!x{@NZ_;DRYQsa0z;p#
zA1az@(l$M!oUKbw$X9R!pR&L@K^S&{3>kom>BmElLPM1!Qac5magV`t!SIrxGppSb
zF>#tPo(ADsfd|_5)GF<KrkAX|%#VEHG4$;mE`sItlUg6>BxOjXcNKPKRJz40wYVkv
z-B}Unyk39s7s&64{VxRzgcQu>DUh)pXbQ%jUpU}%ef9VK!qbUav5nZRtBpL5D%)^o
z+ynS$g`BbscQXI8`a+56y890&|5bd#kZ>|q?ed)nHXR<N)q_Fl$R&a0LCz1=dAi1$
zuqdI4Z_3L83C~p%&OYKLNlRzvgtTY9lIyfTlYv;ans&>*0<qIHbr+L}e%Y^0m`)!5
znl{mVa;!Coux>L8;&27&l+Mu^*2eM7{oPZ+*huo_hK1VT_I1}5+Ks||&ois9@(deh
z;zr1j`-4?+BnDv^;b&N6EtEn$a1-y3K_Ygqq(MTuT;jboUv9l&q?&lK_v^?=ZnWxm
z0DA6Cr~y2k9oN~ny;eY05g>I7<W)R^7!-pw5Js2Y(W1mxB+vedAkTd&lem&|kbJiV
zp(7aoF^fL#y_og|;=&oR2MtK4=u}3BLPrD5M}4K3AB21N6VFwL?ZyZ>0VSE6>`hOY
z(L6q<IJkf3%i12vvL2*r<+r`5?2JNL-;k>D?e&FXgwLYC2@jc2vFJzS58ICo5e?us
z?YMthMB=~nhZhbtSdM!&Tc&{uIb(U7U{KKU>2t#EQ&t(bRPGpS-{W1FUzOF-Q>8F4
zR*I+@tH0gPq1=Be5JNxOA1>HW@$_(Qf`5$V#UsWJ#SK_n!FcBii;D|)c;8R=zl5=9
zhz=7?R?rhBd%_tkPkJw7K5>DIN!(#1W|P2Tp0-ZOm5PPxFEy2zU+QO#vZvvYg{rsZ
zs+V^T6&MQoiC?*LcNAwxK?NB)>+U`+KHiVmcl~iNt9Bs_I4Uv((*0F$&AQ)}OFKle
zJ1@ln0P)STWg!BjON_q*p%!G|;v8Kr7_a6^FYztbtn@`Kh-5=#W_O?3p!Imq{SGxz
zFmdS;!%SW0I-t5MD4aQ^YGaO)Y5BlaRj$hnx~V!P+Wjk-oyFLCVFk?VHnU8}m^az?
z+Qu(K4-h^iAwnzRQ5?()(?9&tm!TL^=T~76H1tK)zy)7jSy=sk2>2yY7?KDge~5uG
zP#JJ&zKpWF)QLF>k}SA(6VNei*N2%zt`Jt0W|aATqx3AEyEuN|-u{hn6Jle5a(-8B
z;Z%&>ty3Xb-gDEu^a-IRO;bZ`;Wj&sv6t6Hw(aG`ZMyuzCL3F|jT_$UGDp=QCwM7X
z0l##W2*Exw<&Ks|=zC@8UH+k00uAW!G<^!egl_yMh>1|+j#kD~7U6z`%dY%hi5e2Q
z+vn!B=vZ;L?`yP?nr@y@I}D`jhTn9p0P#V4jLkHN+VQP)K=|l5%L`a5k5U2DMQB#e
zU;d^UW98JosbE;E&^EbsRi4i5;YZSo-|QXEqB}q-&jPRi@4NkHZzk1rxhcW4<x+Is
zpZ8&ve6(TtauT&H`UrGBi;?JCy&1taKGwLeD=U`>W}$8k`OE<pS8Ba^CGUQbn4QN9
zQz`z|U5tDYs?L{(df;-PrjsoSO_@p+gU74}S8ZNlbeW-cu7&v7%I+3Lo=*=V{clb&
z={C-V-PLENElwVMP^X7KQG%}#HCaB{gL!IY1Mm2KoLDggQX?|a&en~zP!A9>R}P)o
zWHOG(H#nVV@TfxwzxfRLcw||jQfLBGMc@O$WWmub9JpB5Ju$y?Lj=yZs}ANhyqC!m
z6oG+rp0o3lgHEH`UzG(l-2JSiico+R@}8@XaHa$~7t-A{!Ek06hyqnF*4@J<dxoK`
zf;q>cnIp;!;!I|F>beT6yLJqJGxwisa!b4wa=3E%lvVcB(`RcF+c&{2_*p-4qL9jC
zz5KI-<MUDcn&uC#Jmi58G}rP93fSr=t1${$(C3$04JOhyXlTkJCAt{ddb35Bxuwio
zV3P}gaj{&qmptR-SMh3HW3B5XDp$!21bN1JixTf&QW1Okn@t<RQtJ;L7zB|Z#oEN3
zgR>JAlIQ9P|Bnk$ew5u4D~p^!woPJyxS_Cfk6S{}fdJ<@SXEVelwC~x>Z}_bIIQYm
zy0+}iO3sCz?y2J&q7GAj4W*;_wQE-UvUd8FWjD(g@L^xy?)Sgj6mXczI$my98ksn~
z8KVI+Iz;Cg168}b5Ib|ww9?Pcya;^rcqoXFYj!)GKXW?9UO3_ElM`e&c9?Y|M%%dN
zQb8AT;eq|DfMN^s(e}0Un9V@-`mfk@q*T|$*uP45fp?@j;QLT@mZRT`pf&oaQIEva
zMkc+l@^^PA5JZT#B<gVWiqfZD|0Z5g5WJ2msLM3QXZyvf5zqcV_b3O{rKcjp!9kZ7
z^t8_v9>v5+QN;>k<hIWI`Mg!V;7eD*rgA%I^l>OQTp*_W@+_oo8fDrE-Y$A7J`%H=
z+B2yjClFU5;ym_9FY5eY&Phr3JsNdt@n`I#r1!dGSF@sOVm?s7c1_~F7q#oeHER2Z
zn)mV*uP(kA{p>v-F}97fEOMcv<U5Y|=S8P8U#>AP+Um(re5pRO*WVwrdNA7Y-^OTv
z2vxv&f~~G=y-Z?kBafV&s{p{TCWvYa>gnkTPpdJ%5ob7UK#}O8VE;Dxt~*n~JFy0X
zlo^sSgj0~Ai}UKHU310Q`~FHd2Y&&4qkChrCOl1NyWidXcYrDFBr4NZeuR9sCu*ot
ztA{A}H9L{x+@X_bOyiyMnLe(n-dbbkCkmx4!+?R^@y-faPg{U$!0LkI{M9%#)+}s$
z!a9bO@>Es*WIv;QGsUX{)d|%v*B728&+O2U!ZK|s8>nGGZE=$z&D|7eIj$rHg6J{$
zZbOdqkdi8LM>j%NYF9bzU?a=fa0~%){%5&$JF+*g>Qf)l207Y>6pej;JbYkQtx?e9
zO!S6f^7N|&Is{$O+!Ced)rJ}84kGq4O;J7h%5;w7*siNKS0Ub`vFgo#r>uF06!;Wq
zZ`YN=ppDmUrnQg#q?)~pLs3d~?1e?^B8JX{*+jEDtWu{$*_Nw1c<-G9>))77A`Z8y
z;O$!3N`pCkI?W!?`>Ck8!FK$??N^GqY}G0F;?W8+3j7W6UtxLmhx_`kNw;3H-v_;N
zC(l}X4Gav{_B|c#?G;T;cPKtYL{K_7v<p|e*06=Qa1+1)&y9&pC;M7&+r(2PBc?mO
z*hNvS&CW~tp&t^*x_Kn#BRD_Dk8SmqE=^sfxKEL~Dl)u!5eZggyK(}KzpvHIj7I$N
z6m$FG(VJVAew4kjx9;80EuH52{N<2e)Wu`ZrDyrw-P>VpxvD!HY1qYI#aD;+eR{1$
z+aK7=$y3evFk_=q@=*x;-;;GkMU=i*chG(x_Y7_yOm2RbL#vAYt|1S;C1xnFwCz<`
zR5WxnPCy-@Wbfw$--=~lcI)6s%utQ-3~6C;eo=l29~)KkX324fiMjdhjPzp{50SLq
zmp~8M=~d09?O%N|RYFOSl9F<ogh>D7NBZ9<)KP68H@SI-dUv%LhU8447~=V^Z9byq
zv!1ABzE-5*TIC<ULp;s8tml}lHN-5IW_NYpkA$FnCLwT*=Yzw_6;b#4mnPe*Mun8x
zg=Z6u)bD%M>^}_J&b!%@JKhzqC6(Y+FVTRI(mEF_YGh&1@Y1F483HYpF?rfhgl7k<
zr5)*T>YHSm-8{S_`Vp<?AKH{wE{UH%)_A|2Cy4PonQfh-KYxa_Cl>*K$ZcZhEg0Tc
zPt|TV_|~=Yr%8mYUCRz1)Q}(X)Mr?F=6dqX#Mn5`hm#j@es&BxU;1CpF3KokK|)|w
z|7>h2nrVLB*}wLC$=|w7-;(0DDR(%$NOHB(iuWIa%>55chT!$CD=scxf7{_AX}0~I
zi2#_|tlm$dO=F)bPygz+wP?a8OIDZz)Lwrsij`aohP?nPfI9l<S~Iyts`BvR!|s>6
zV-A%WudHD!Z4+6J?1Z$zYyykz_p)idJp89Q*RyR|GQW+l-)3RQ&vgKL&;P^KS4Tzl
z{n64&NeM{fFod)y-GTzrFm$Svbayu*?SPb&NQZQXNT*6jcQ-h6yfc3Ny|>omFJZy*
z-aF@>^ZD$(KYJ6s5X-RJ2*mh(E8I}9{%eZTJMg?pmHpZLq1{;VaX~S9paR9qbN2CI
zBjGgV>UvkP!!sCScuQ1_G_rG-iYZsEV9guggvgfoTu6EDJlQiJNrVIcQcXl{k>^UB
z%*cH1oZ<G`&lHP{eV=_VtDDK%)@xu{x(x*Dv_5}+6#BWI?iuJex|ZxsVEMbXUe5Ba
zZ=bfDib4}C+x;zpL+BxJfXLm-C@C%FyV~~zn^p?{m7)70CJ@_=UQdA-K=-8x=E55t
za3}6NAi72XSQi)GOiCVa(t|7;5G@276xX7;BuL~%sV*~h-HHfaKv=jKi0@WgiFJ-j
znOZrCcg@os%>B0%hVsv0kv~ouP!`s0uL!&E*ZO!A_-Blt(^?KP%V~tIo39-d*Ir0@
z4CQTsKX~#+Y}aJ%+_11j%VS!pHG2PQxmLQ&Z^2vFuuB{fyuen}9JYSDXjeXSPLDE_
zcWo~=w)SqDSu%eo&#j^^>%b0@uDt2BwZ0uO{iwLK)KN^M{T!A$U77*a*gWo?c0ZZa
z<GpQ~TUOV*p`9xc3jZb)tAiy3mI3*C!uI+vq`3Q3Og8iyW|5k{OHh&@T>ZEH(vZ8D
zM54_A*+n{A$8;-Fl7b@aIZ3FjbJ7QiM2tQZ|5>hxln;h4^nB%fF7pLTB%vke<B^n(
zQKYntmY#Bwdkw=IeENET2NiO38>B#2O?b<dPv^vsHhaeo3OyH-U9-}1WwvB=n;2vJ
z>a1b3{NsV5)Qbb35l+EcW=A&3ZG^%?`6DSXjv>D`Vqfi>ZB`qr2?od4lBCDyLn>ZB
zxbMHw7#ePJRu^&4#5}Xd@-GsU0%HvUY{U0u2W0w<D*+hSQJ}|$ZyM66<n*alf{L$+
za$)fabM}|}?4@l*xVmI8P(xz8-FQBt8r}ns7et_!eddV^2ezE~9|QB!_|2)M6{U$+
z_!wa0RHVUu?!~!eNo=U%a&OP*xXRdWqjd=C`LDL-?_^^#NZWoGM%muNrQ}09P3Czo
zC5f<!YzSRdxQ73Tm;r-0#q!*(Q0KwOD2ZLNNKy<9q6pb8np~<LLd`0kss@M-$KUeu
z4X1t`N}H$+7ies7fM3o2C-vEEdRP~-3NI4%Q}%gdhq58?x=-MlFW25S-qKvk6v@tN
zTIicy{a(cqdE%1|7l~XR<Ks&+j?Z(?-uKve=i+0$+*-V^4#p++gPdtu;HX@~h=R_6
zGIT$`=^!gN-j#kz6hzS8Y;owhOJ-Te@5gd21XCEKL=pOruHRW4zn9CZD5pEH6nfb(
z^*UCMO;E(RPc}S_D}f90=&oi8=@J%SD~Zt2yLK3;!WEW3G24ueS|Ze38S+{t%;+ZI
zY+BraV)}0=DMf_U%4b_|-g4tK!|%oe^vin}lTrkt!C?F*!l+1d*cD}Cdz-{BdT*{d
z(%aW5q-ovX@)-?H)GX@HswwjKAi5JA0biPZfjUHrvGUZ*CZ_w>!SB<{MuL!Mcd@pO
zEGy=J^C~`Z*#YxazOAiU6Z0{XZ%!Xo*{~<|Pdizx?>Bgeo%fmMuN8Uk?%v&_kgpud
zTYX06uZze&$)rn9Kf12E@GeZ!IWB;)KFk>2r)=!I()981@6NlvDgN}8i;F8qdnPUK
zGD?&-Ca1R6GnV1t*V6;_PMQ~&MVfDl*QxFDN{*Y6W<n}Dr-#1;PS-w#p5UU`ftyz4
z#J#-UBg7diMR7ShSPZ?jMGKe`{V@0E3%||nB^@-O*Vxt7O)qr0+e#}POwHlPh*IC1
zxT*}J^}GulXI)xPeCNLgNMtU4-RGw}O;u*SccG*~bNPh-)1C4!RlAzupFeHq`CxWP
zOg}W1vS}Y57PY@0l2AQwR5_4mc_M87*h`E?+_!1z>Ix{LK=r5PX#)<r_bqgbI-b~P
z0T(Ahtp~JiTJ!ZXCFjrryh5pt?YTcr8&R6k?Ip*(Z@crFyZ7ts1(6{i`&naa3Bg<E
zbHjUP+=o#~4!dhFXD=JzKe!Lk>1bQU1M@OOLVf|ubWY7=<*a>gI`=(0c-P280mH>s
zD>*ojUFk9k(=&=_TT@?&jlJ$Y|3tr{YP;Pv?e|Ld?X>6Gudn1^9w(_ab}0ha2V3Ov
zxpeq;{px1Otp(lqc;0^B%}jkDkMh0Pyq;`<)+2O(Bj1T>qN530^~s*Y0)|tqwiv%`
zzF5(D{xoF~u{a0N3}=4<B!xWy>b}2z49Li7QR<F#QLpiX36RAWn!#OFUA^lSuQu2R
zL?aO)$pN4$X7H8eT14PnwBYg{Bi9sSer(_?`p}sIS!Cxs+%6Rs=Y`*C+$Wx!f(T7T
z!;sd<^fZx-BSu7Ic}?c<f#0&`M`Z+$)lNg{1aB*&yLVyf+;T$q@+5z8O)gNEoODEF
zXL{OIdEV{KcWSyR<@3HJt#&=__ZW=5PSJTN2oxut9qhyr;We#pc5WICAb6^7t;V-?
ze)Q|UTTrd4Vc7)umv9DNrqIc>)mBm6WdmPX@>adCkjex$SbTML7^CNQ%T?#lS0~;$
zpk@M+f=g@oIV`4O?blJ^MGcLN{YKB@$!)gqs`C-r14shbBb(MN%uc@;PynX6drt|s
z(z$1P(xfJ)Dx=*=-zSwf)xR)9%SiE*bEav^u;SM`7{1L|KRnF3!+jx5-6AA^V>6uh
zY2wkX61|h&=6n(9dID?FS^`D4UE{hs1D^1_{2*=9V3CLcGv1_m$+`2DN}gl>&WYvj
zu@_i}X`aacu_)wY%4@MP<3Hzf-mFDUHf}N~%`yZN&1LB8zvAxr)3LSu{-i<y7Lcu=
z*e<yk!<(<hd^VMpYH-qBQa48=;=)?s%?E}6fj1|z(b2xq0p0KR#wyRBK+k*y+=k`s
zZ2j>#@;|M3=L7iuL~#+&63N%qY<d(~Mk=DFVvqDXU#>9Kzs7dc8q;%-V<m~`#Ngn@
zBsdG#e<YgMVpBEz;UN%dSq3~Rp_Cl8-YYgaY*7{uQ}*3`-hpPSca+N`c3w^X_h-Uv
zTLk?@?@o&B*v?BIIx@%!3%wF{D=6utVO{eW$R%T{?`BBWa*3ENYvBOMJaWidXymBE
zxY|1%IQuHjhv6Vm#iE+c&9_MU0Pqn&-ofu9f(&jD&AVwMLlJ48GHp+lE6vxeH<lmi
zR`*8s#=(8rfmBv5u`>_Sz+|uP@7KB~#uwV7-$xo(B=zI7cq|<NMNTgP0qyD`Du4Z?
zK2H#C(kJ!O4|-+$t?}PN<cD8zCKud3ht6ZylhUV_`WZ<NDiI&W2Fq;G3$7heCg~=d
zJe0B<eU-&yz;DMc&GBA2%|cIvmfwf20EUQsR#YVaw{nHwyZDRIq1c}vnRavoIpdHT
zS#aOe41$yh4$_hjB(O)v9wIKaNA!?8_G-C20Q6FWoL|X26APB|J;p+sQ*VI*spIH+
z&{bqUVuQ!&&Fb_nO^6@c3~=%i{vrNo(6<1-+r3~*4Dmvxo;mTQDuS!BC9s=t3&NNR
zx(45HR`c|(&#S`waJD77u3oc9mxP0BO-;8!FR?A#_zO2o+35qa9dN+_DIuOVBqpjx
z0Yfz$gijry<9%eHxRVrD-j7I0EX8GmCsVO*M^>}hdAae1Sxaha#Px8HscjK_W*j5h
zLV`J4X<*n^WmfXYM{1P)T`mu&?_PsxKm|voJca(%jLZG)x0Rc?D2ud+UEoHe$y5mI
z0#mX|+{~Z=IpMWEd$2&nPQAYL2%>&aKw<;zs`D?7bxA*OsTLVzlfuhg|6AQ-lv<$C
z1;Q0Tt^j`N^=|>-g;oE@+t5RgW8;%b^5<*Q@Dfm&Y4KsMXpPnK*Q+HvS3lBnR4+;)
zuj<--avAEi^ZBA?^8U1gs#OB)j*IN2Jgrr46sOOVSDyX-x-GXaagth+^Y@b&=W*lr
zsUZBlW$4LXThqe85y3OZzgqvt_aB6UN%?BYlM{7@bcCDg^M=GGj1bek4Q%PqeA2lB
z(vt$262kbgES|rxxX(PGfl>Skz|`l*loU(%+X(4Z{9qVs^}ZFIkn>&8_u}uThKG-C
z=paC7nsFO|9od)*VQah&P-zoZAS)bXXe`hS8_Fd3>ME|59QgC(xB&k<fm@0Y6NEW_
z#-87Y)NMzAZ`xtga+=vZ;Eml=C$QFFoajinD)j-YFq4H}Z{edAJ}%DErI<Wl%k2kZ
zya?h@TCsO`yuMW!y+1*Bnpd4p1YSBCa-|Nazlt2_A`9u90tSz-CTK`~`3ZUJ)pWXF
z>oyCOZf5ZqKd~>=4FKR3L>&<O)0QD_?~7klS5?6dE4A6pJiurYk_+(B2bwE%l=o3l
z6nvqUK#l<V77)f-YS?VKbrTV8kx;tLvW~gS6;wg>TuEcxW#!%0-(f(@*YP-5i*NiV
z?B=u$$H=YJK?YDEFHwE(vnk0e9wYnX%U2qY*%MxaH+%HLAoH^!CI!(kfEw;N6iq@j
zD=~wm)-uoubrwmCu8D9MJL#+BkXzE>7~NtdgI&UP_FrstG#k1Y9o-?3IotFV<?ea2
z0QJ44y~3&M&U2`g>8R&kv6(7+5nXDo#@;ruFzSL%^<QWSGehVHUt^)F=*`)3XmblI
z@;<Hjg~g~$#0_ds&4>Z@^=TMAaR1IABk+Cd<Z&LeWB_;_M3~q69)nJ&%@NKX$8}(8
zkQ3n4BjaKBDpo?hCID=e@UEyiV&(<$0bq{loKru`X!EWnW;$ZTC0wtJ<9w2baq`r3
zI7KivmDfQo8GFwKz%>@a*l<zHLSGCp>#RKP#>pBDgyLdJ`4TitacJ+*zl{Qe*2uZR
z90NdZu=*lVM!+FhJ+{!glt5ngHt%H=Te8Bl373u=Fq>BJTZWx%`qWK3x7dMJdG%Gk
zzGhjElyr&IFsLnpy3q&sqsK1m0h^~+_N9IOhXOS|(Qe+9phC4%dI}WY_j)|I@8b0q
zTjykaq;6d4HsI!b0{Prr5=3GXL^c>4NdO1_^Nwuv`ZLLSv$6XcB6IP2-g|WEE_fF+
zPTvlJv&4^f=;A#&i_fUnfhx%>A{jj#(Df96HCd!!o@N7BuYyL(v`W63P`SEXxw)`;
zTyO4(ti#ag8xq&^j55f;uZW(|(^1V+VJX+8Akv5p?h^^f<Rz~n>meNts*!A+;N4Hn
zp9I4;&$22MP5xdse+zpd*d+^}CJlTPAcmN~G{fn^i5~k>+lt{|ny@v^WcQI52V$Op
zAp&iW6OwD8I`dDRF&5SO?svV{G~4lem8(@a2BEKdO%9#MXTz0{JD8HTeOL%HQ_NRz
zjAASJExkgP{c=WAe;(~fg(8ECm;#JEPMQ7{+L_%6E7WMK2t*?N2+BsVg3={2D@4=5
zJ3;1=6B6#qwtmz%Z7GR>-zX(<fVoAnPg5k5x!UZS_?=q969v5i@IK&r4%|d_<DfH(
z2nzw?noKncaEQ_<+-H4q`;o2Sb&m=~eS7sJl*a>6IHTFKB45Xs3cJPZbqg{?8z);0
zf>^rVD~64;SqKkqWsbfxf!CGbz_Fw2LtN-9t>?7Eb?;}0{NM!OE<n*6ea&F@`I;6M
z`!~f)$YZ0o>-k{Gc+hy-=Rq2xY7FFw!E)C@K)*E8H%D}3y+Ab1z%m_4Ks*8&AeKK^
zZQJp`b;8+k7;7HqjYB*}MoF;St)8b^s$R;ME`1>bK1X^g1v}a>z_wT|$%YpncAQtu
zO69+NT3W-|RyN1_iG#a<F#_~&PQS7KxD*WQVbvFq%8}veg87S6w3N>zDCEjS6j92b
z^1p##veH}ST(!{PFhKT#wJ#(zb+FC%cd1m|R!WZNBQjlFT*j8-2;&kq8}5m6S@>-N
zu?HY0!KTYpSH}dA8WVC;y$4@?BC+=A;vVqIch$G=Xf8&Nd@Hu`WqhdzAnY$qJMoQo
zqdnd{bSxy5oE8Q23C|3{nwl#?R^j?O28e%1@DT^wV+m6&mPsOD0t&Bl7e0EW;^yUJ
z%8_x)4!xpULZJQ-L+mmJXhPHgHmZ?NwpKuP5!c{*?b$hulp&sOBV$q=9V@cF{w*k?
zeE9M`z$}t`GyGxr*w|Ph$LH|;=cJJ%@>`^hGe2)CR9JJ^&p7ca)F|ROoDIq-S&u!N
z?}pshvy!Fb(K+x3$d`?nGnP-^^zc_qrs@ZBbvaribEOZ#ZrfefBC6$}&IU%T?u)b)
zCV-<ZrCZn1my1)#>G5V{ZOAe)P-v49gEsymxz=J4W|ZW4Hx%5=*hT|qVHZcTGJb;Q
z3V3pdy(Ajp-OCTCsb>(CKzGT1)nIgUl;n1OJ6EVx2vicl?I;L@K!CpYHBf4r52Z=6
zG8!%Zr9Q?^C+S_r0`*<NunLHjU0Tmo!|w0j@ltXo1O}uCPq*v5w`5fs721MH<klsU
z300|1<<^ouyq{%$5gr_k&ME4e`Zl&79r3)>2rOH)*S?--=crp8o5RNt0(w6GFK@Hq
zGfutlBXS%F0ImvvLWA3L@2y2q$9r;h9Tgfgv}HS4$O4f8$aVt0VU_!80bJ*tpq_D_
zAaaxar77pPO7!(w2hGaojbSQdmNoR3n3}9k_(OIivY<hiL22b(?~9AIUi<(xmKyqg
zUSi9r_gz=%`hkrOudRgUU~E=J;^GJM*%JTx6xbLDjRuEe?X4eB#T3ARFs8V4qS0}+
z56DV^4&?02-JlGylA!z=WV}xd167X0;x|nFW>1YP&%ZFw^%gcOUu5(>D_ZG7;549d
zTe?5n7&bJdgkhlO5Z;4lSXOJv{mbT0+C`xR2ciF(gG?Q(7OZTD?2pF-0mo#`<oQ9)
zr2fUZ<}DjG5WISUn~PCY$KhVrtnR0k>NtiqXRk#PA${<jMESQU9#30SCU5v^QC$*=
z<@6WZk3t_b0VRNelu^nIfE+1oIO$8Fy^>Y?r>|8JQd3>$Hfc>#)4i+jzB$MZ^;3Xo
zp8uXv{K+o<l&(OocT~USjAG2OUi!*$>01fq(Qn79K;eYLEV}I~>?Y#C(1DMSuTe#J
z)ggY>(O_h^zaJeFGeP<c;H0FWoYY%ndW1a0`gM!nnP!}voD{Zyb*z7%%5Mir>YwCh
zg*Xx$Am{wE=`EF13fMQ+3#lPRtB!&*O&%nxj;s3kSV73<-|w-U6=CF5pmiL^D=_h<
z8&!Or3yfELg9J4}b;=;PR^x)&u5{dWRJa$70+{vbKX?x6l}?uM-ArRzG$avs4YkX+
zW5bSoAmJR<4~lKVUc~MX`@6nuG3$UApX^IE-(R^qEOI<hYCjBy5Qwom;iba*^^T@m
zgx2=<<yqrNmjxg=<vZ9=b*x&;A<4jD^v|C^0FZwDHJpmy*7)sP?1rI}d(tI^X<7tH
zmXdB&Eg1gA#_+1MHGZNo#R(U74vxjHC@L1RqFT(2&CNIsg8Le*l_#NItqY--)Symy
zhE#Ku7G~sVPg6=0vdRO!3C9cKomh+)l)#3_6BAAgCAbPtW1)65Lr=Hw;kv{G8gu&=
zWk9&Agmq?B%sl{X`WXA?G4cIG%_S`4T(UBh=YEEmsv^*G&7XDgyIuqFxHb%*Jx+E3
zaIVw0bTQp*hUy?1(0*P#rhD0?xs(JPbEZuIm;~BBgF~P|#{n$|$Pdb=cn2h|T^k!4
zt|+!(p<nX$2<-0ef^Zm(+hTprW#FmezL}e3zdg<Y$dfD;7H*RlqtBcrJD(vdEN27q
z>Q+2(Lnf346RJQZSyL0LS8KbNn`HPcUD&NqlLg)1;wfv98kRt#nvTMCvpp$)b$n+P
zuvtP8Ff+9xMC$T6M9W%ALOAjm$MEd1b@zz{e*}rXLcZQXG9k<H!F?5P=^G(lKG|k#
z3m}rnA)+t=mQh<p%uj#$iKQ5w!Zi=V6aOSBIQ9*YIxYeIp!-oTb1k}{ve-Ga<uJ;Q
z`gb-rcrHMUKP{Q#E`k)>@y$#f{LGaH>gke;;}-&lK$p}d<gx`b;7~&<qy+_a4v&$V
zJPV7S@GK%eHqVt~4{K|fxC00LB@i=B--d$u9S}6WeAvSpK&Yzz!-XbS;f06S{!ij6
z=c(^RIyuGLJ*GH))ARk8aeodPV|!#le5XEV<hLCg8yjA>@;!N2!9YE5V9w=NVckAB
zx(wI#2bCyvB|%I4tu(SX+7!%$VKg;8m*sdyyb}E<nLk<-O0Wj%pOjgu%Qt6JF}Bm9
z?{Vxl%32nxnKs?N_lXd`>+ucC*AWDL=UcyC%bC$<(DjeV1><kemFa<M;6UVRNw%@U
z=cXXd5$yJULqcyc3zwYJTFVmL`h9?~7uB#T<f@&47hVdC4qM+^gKi(_2>GB-pYreo
zBISrcqyaP}pjkS*2Cim6z}2!i;W`EIj(oVg2<?pD?RA~UvDu*UBpAqH$Qah+2H{c(
zhMbYCB%VhenVGa*j)iJEcQAIjoa%`mEYeqK>FH7Jwch%=i+t+~$VDq}$ZTou{99Jx
zGSawdRtk_+pRGaS@WCWMhfya-0qjc>ADyE-xXon2@@q!00DxA;(lzEp+8(F=e_8<S
z4m~oWn0|5$p%^r)cc}G$sO?u?owtRjDB6<#CWK+fSK0DQWMp2idRwA5lsc&jS7Yep
z4}5z$)3yf5x5)4`=Do%lsr5U30#WN$p?DP0y<F#eEd<1!4nUZU<VgX44Vp>h@oFnv
zKSpW4z8@76Lq&WxwF#1GLtEF#@|wZMC;-H-cTlK>oGm7X32>@*OKfYJnmi<7c8wa$
zEbvjiLY=p4+BJ1`;Z?Y-_(VFd>=yc5_ywUQw!AjS;^eUyn@{oaKGc8MUayUm&QS$h
zQV%+C-mO5{*m|f2IA<3(48kL?SdRQC2eJBgl}S|K$kVwLE<uk{HevNEJf9Xf@Wd&x
zY{_;X>xw4TMjZCpjDq#a-E}t-dy9O9BV*f#!10Ghpf&3FEP}J@PE*fHx|3gp=tAc*
zbHhsOgI!>}f&nM)RZE-4N`Nh46_<5!SokHgC4Q~?)D1NGBw(m~=}MDXr_T8N+au#A
z{)LpR2{8H3UsgxWXKlZ$P(%P<HDe$yjgWpVEb&1Wid6ieq%NibIXF`0i%xfjf^{dA
zA9Dv;%8r%I5&oVVNv0|+EGc6X(=QL`UX}!gPC$4E((2;+S9fTM<K6)F5Ntua7dqzV
z%-&+BX-lO0vr?OT2Dvt(fRIfSdAsM&?&!rEmdjgh`Thr=xRP_xJYmk-2+r{|KCmbQ
zo7>3TTpRTV5q%tIG#eL@9ZOJ;Y(!N*bkN$pa^S2F=vGb<{$iG-ly|sOISeR)dZ%?(
zvewv2AP1M%-Ffir7oXH?H{aqKA4f6))4f<-py}?|Yye}xvr@Le+X<n<MiF*AEkGj)
zY|;jO&c4;AAGe)O%*}*F8`Dha{_r)vX_%^s->0j%zh2u8eHA@K+h%9enZvM1e`Sat
z5<e9<biRTmWvcl8SWmG<yDMD-VeXJ<w2W4vS&s*=#$XoTcBK-F%WSaLNVdd8mLTNy
z1|aoEDP1T8gbu@j1i!SD$3<y0&{?t^hTE`?rCgeM<3oNlp-K@EzO{z%1nICK`VTyX
zId@FKUe>)02R&Av6Sr!%Fwn{nho>ZeR*SVMs?(4%Ezoi5eztNy*))?yKuNIbdiBVY
zmhSx6%KiBIvB(rTa+Pf1b`VZ(NZAQ5=BrGG4UOx3RVNk$MisgtD>G`u#E-+fbF!Ez
zzp?dOu44eOM8vh}92cK(*ZgrhDKFmFb;=}wUNjz9CWMDmgEJS9z?nHY=%S*cJ!X|X
z>&Mf#@Ry7q`U726r8yJ&S5;W<yIv!+>Nm3OH4fJlH;Sz8*xjZ7JsV}5Dy&<|7%yi+
z8f4ntz+hpu;**5ab}>5`W=$pE_JWdSm4Ev1Eo~bW%2c+59{-5%T_AaMzeeoGe5m?%
zWs5}{bH}iZJV3(uvQ>q}#F|Y_F1O-iwT)zrtnTR`BLK<9>9JL&96Jnt4)OG=P*jJL
zN@hwOqb<@NcU8!gmAm{IRknSz#hl7<I)!d{wUv5#kX4)B*3k_y!;9&$C!mX5ux_Fn
zW=sULZbMy-hbqeHPBQ<V6LjE}R6gGCrY;S9;6;6(gtw?3_QGS@z9&q!C)BG0S-<=>
zy|lzh`I1#qQu1{HBd(vFi)$GK+WbaT%Fy|Y@~$=_o}qGiZ;7{Qv9sFD-%bu^cK}F7
zJz3=D+DTk(?uLB0g^2kw`-q0)hVX32+@H>yg5~bZ=a<6%{4I3u{WAWaWL7U38ErG>
ztAd~~vsYB5=@*zb_-pZ7{E&zgc<DBn@p^2fcY*S|81@C|BJ(w5(P-if+m?Cl*oB+w
z>fR}PYg}LXl_|6Yb9rAfwH)lG3Q+BLG5f9(iTozvvk#VDJNsTH5_o#mJI`QLVb^Za
zw%tzGbQ*VIBms1EX{RK-Pr|fV(fwPrh5b!)ZR+jc=>~jmZZKKQ%K8l8-P+tK@i?ll
zTK9lKJ&~Z=&6=XbW8g0oaQ28q=1qFWtZLB!mbD={0rlR8-G!5wfZ-dSgUyUPrMJoK
zDp=OGe%Hf%ez%paP3NA{Fmbs{`BdP<{LIwaPp*VM`4PRIiXX}lfKBg#G<BVkiwbSl
zW$~Nc;e$`&=UyF!yrN0k-@I;C_7CZ9Ps~}S9*jOzJ2X}X)_<OD<Bz?)H&C1QEYKe+
z^tyHS0cBf}tkURcO14_^MK*!qvKre*@?hpv2rSVEoiBbZDkQ%XG@}55mX7`)5B*S!
z2<|wb5wl*hC<Y-22)F7ij!bRIEEq=1xlG%NZ~)ctxL|{*tw`g!=loU9-~=<Io+%&3
zRR2mKW5&O9n<+Z9#}^DnAO$C{!1L47!@%*@e!(H(JiyBjb2Vp-JoUK{^ggoUqBP8X
zWW>6hVB|%#fBDC$t}@%uC9vmSj`H`z--jPLE`4|0@xV7!UPQg;9`$#NXKk(hqz5x8
zK&Ky~j(koMM}oDcKklOhd-3ay7QKFM3+ed3H<F=B0LNT*u;6@TejQH_J82{8BpoY?
zY|8*x&Fu|`O5cQF1?9{0!HMf%ZgzWN;iH=k<(BUZ;C)l@+CkF(x>~b?Q@pqi*+SAk
z($5Y&tp#M_V65mS8YE!pNwLBQ8K2bIZwh+f!auydMDhQ}4SeP06-*i4Zht~26htz+
zwVwJy;KyvV`AsLqSrfh(#A+YQI}oVeyu$M-OtnnL0-(4L@v0_o)bN4z9$T#U5M!2t
zl!uQ*m9meQTpK+6q!Z~Rid<Zrk8_%A=;s!;Uf%(iA?zcag)rS>I>@`l_}DtvmVbZ1
zXnux(>vzOx$voz}KpY5Pb*l*Ry>I)#CidWqaDBQ7X{}9(WZ>f9o!P>8eg!I=xHkgy
ze?JVP+kx80jV6jCR<4hNkl*NheNVkB3k@FjTPaDz>{oKGT|TDsD0&Q+=2blLd06mK
zcJ%${42RTG2d}@cGupUQ@sRS~_<f}R2O<14KLYQs0V?vc#SSZuYT5(H@ZmIK^st(S
zyI1FBC~}C_{!pmV+zcICB2fVl^BtW93?VnI`BG8J=;vd0lob%1`g9hU*#xVt1ZciW
zB=a#puaDL8W(iq*g>`if8`QF^)R=<njm&6_&ThBii+DdeKNj7eW3Ffya{l}90jJ-e
z;(X%$0KkxdIzA~OSm0YXiqS~Z*BvR!cdu|29G@6Wn8N$4L8yf88W?6Wc>uV1@YUl0
zWU69Wb2mJMbleV4$90BDpOYWv#q5!=vXKVd9*OIavrNZ(dpNZ+mM%esRCMiw*rx8d
z?=%MQlViMDO8{AWdo{6%#Y=pdI4_%l4iT7j%#{A8bfqJz8dr7ROvV1CXE=Uzt)*7?
zM-j2j1`(!?2tI(veCpg6L(ro|)#T1FEFc!#GCT>5&Np=4uzuJDMavJX_`ndHc>D17
zzq$q(LDeAWZ8&SHKFO5kx11q0vE%=H>Pij{M62&FaBhsRK1AevRa)9>u(<S@HoEDc
zOPxQeNIc(es}(aHZiz^V0H!?Hr0P&8KmI!4fRj>{3u@!6K8@1@XDQCw3KR*g`MHIY
zr2jDk8&)rUEVmfJ)(S|1@Ow+go(Esu(z}eV*Mtue6AVI|)+XKgZ?^d717e!DpL%13
zjiK}m{Q>}OE%*R{%o$Z8!}#zHxl&xJ9P8nEGi7w}ZUOgQaP5%P|Gl;efcFB!FlU!h
zJ{xb6lJ@e&R|F}sA;d>ow;j{sST}p~6i*9<u4h}PsqYYtB?89Gx@D2`EfKV!4lGM3
z|Evu@97HG}pA9p%BgQug7R!x2aRBgVsSpQGDa3NY4<pKMdd43U7I>C3zrRI@#*AKH
z?xJ$}UYDFM+xc!&w+I~Z{XHI>y?~`P_RwuaN}Nen;4IMY^4bC*k3S)p$t(MzyGTkz
zj-WsAz?$~DQCuMtYrG?Y+(E0fd|!-Q9IeP%h`FVW-|P&f9MxQEf}9d%^wmIA21|)Y
zt%A|>XI5U_k}D>Iu!8p>x(fy6FQe+zH$6T5S2SJ&&Ve7k5>NJCO)A@#EYyFGe^oXS
zzD_Lf{>lN903i)d>>mNPoJCq(V3Zh7-21-WM$FQW78Y9ZA0g41&rh*I^3evbqDFy&
zJre7$|G08IOI3Y%K^E&{w=&@$1s(D2X*wjVz6)Ls!2d$Jdl}6>)PfXWfOT6n1L~8e
zl!#UD>Y@FzPSA_dOsZkDS{?j=d?wZ03NsL+5im5CxuRB!0fN^Tv|-I9(TfdAg?6cm
z=v0q>g+4P8?tMJ5FrJigDPtbOCw`h%*(C+*---9k-#H{PIQtVewD4wMD9Wv6uiPbo
zN22EJ4FmSdXxU{%O0=GoslLE-P5>Fnkx{2WW^gSG5xe#7?|KM9#R0zJmRCr)z#Pu|
z3?4v0rU1E8^ti?RVfyfcr<6egHX_nWKc(S)7nuC_CXN|D^IMlD%9;?%ZKuligxQy9
zj%kLUpcBIMmhjyiE8!jp8+<%?$@;sqvU$>-X*9p{S&!oNcdi6M8xjD(Wo{VLtES@o
z$u@0x<Rd+*09t)E?a%ZDg;r>Csh)q=fp?2d$#;AdK=SP(Nj_)B>=f`4{d=CEm0Sih
zqKRyY+-!Ak4Xf33Z1K<9lklnGs4cgQrQewfnNqPF-y(KxN@3$9`0WfmUj`f)`RhOA
z^M=pz&-h4A2JHd5Y323LlO(KqzEo)@Bc2_^``F$jdmFyDr`+N9oSi%jJf<%RCLgdK
z*P_ydjnyW>l%SSO@z2#q@XGL584K#F>f)bg!T21WN}m8fy~;~U@>onYqz*bbgx5bJ
zyywx>6t(@5j5PlC&d&Gc7;(eHN;9pOd8!R=${v>s5;Na_Xs>rQ<GnORxH=F}mmJw$
z_lcunBB=HgS&HqVxBtY>GQ4HAO$YVapHQ#wb5wi2Wp}!>ZTk4B*5j$%tGFzW@>59G
z-JJ9Yt6D$6&Ymdl1baTeugPllV7)eI@;>Y3ViUcDZ5G{7-r>*$_A~D9=fIdRx8kx<
zSb;hs&;mrgYT4-Zo)YN<9#7N9JM|uX9mFK$+lna&Q|%Wj|2VW%myW7gh`WB;4%F&3
zTxn<~C14`ViC1j9<{prQOLO$>*M7ysC8A&=yqj63tg=@xw_-M0^g;3$p@7HFs;}Cc
z=7Hl$fH!RrMuYp6ABdvMm}G|RKZY@_jGrqC%d*}N_Chg&3)+2c`3U3@6+f%T?0xz9
z0Wv5vW4|wiI&+mcRRd@e?jgH7m5*R2L4uN0+_<9R>jUMf2@bw`MJlY3w2srd1$e)&
z=CsdBr)u!vg7?;IC83M>axCAWaeQ<_XokgXn)eN4ZMb3M!2+$PNxkG>n?7mH8LBM~
zKLx`{MaVf@Q0)9I&*J@bL}6?DyCL0-Y-)xLm4!{an;q#RRjfW6FuT`!yNOaAw$iR3
zo-uL?%z8(ztS#!RHCF&*D;-&WoqUB+%3vT2FR-TUDap69GtS@Xe2#GPW@~nzPF{vg
zRm4saY8;8ZavPCyY#9REhDJh2-%~{rgJs9X`}J|qHhh$3Rc8HV<ax>a@4Qq61Romb
zTOVu?5Taq@gN@?mYdvCt=Q^FW45?7pb?lg>$l{S>YdweB)g=ha(J~1_VB?H;;a}A#
z>ftPHS*VMK9j?tO9F!-zFLVdVc4*Olw3sE0lCuN{iG7~}@5V#y9Pt0yj+p>zxstM$
z)o?kUO0LwdQ5ekv*Iki13IZH1v<M1FR9*gU5jiX7$i3{7<)F%B+ahIFMR6ut5F83f
z5#8rcG+7g7?AKXs9UmG@Jm2NIeEpC_CPx<R!u&J6xlq)5L3&E-@}?bz{j&AhPr9F1
znYx1K?ds>|g?Krqi6l8DP^AZ@)ez$k0Tc`&l<Rz*ZT7If#pQeUBZ-sixc`;Y&;NIv
z#e1EbuG-83aU*OzuCBJU=^9<8gV(Spi}cPrk471Z6_NNbxqAgLCJ^33wYMVHzwKdy
zyCsPyGvk~D+~aIftlS2uaFG@uJm`8xXcBGP1JnDG8OTdpB?aooz40V}ZWtfI2Z|ji
zxn&nH0qe>oW7d1R>c6dLTv=Gol>d<lyNOs;qsbHccVl8%cVrnT5dVXH5A5}n+f5Z|
zl7=cA3xDE(w_6im?Nxqfn<asCDPSts-c#*e8*CBmfU%sKama*@tSP(};rWyrTNtQ6
zk#dYQx`R+*ur6R^n@^l47GsA;CZ4<$SQ**I%GMg>EZ}NrXr0Ce-fECoM^tU|@Kk*>
z227J*ThsDnVjsiD>I%l>rW%A^gYw<oM*?O)#QFC^hnfl*ArN)b$}IvZpxod|#v_jS
zUYgOl>`+xJybx-ce#CDZuDOG?gdD(+&qSEYv_;NYM1_rJ-Hoj`AIZnN52C>Wzbtow
z_xFB9#U13+buAuuQ^rSj`lB6T<6eNk;pz?g{7Lq%Va#9&P?IjtUft7CqHf|qftm*_
zi<|F#)PH|Gon>7NI{_^ff8r<`r_O4-E<C1yX~@oMR$o(m?UTUht0md{)$@1UgCrj1
z)%bYYR?cz?0%ICf=`4Kw@CRN^C1C8dCUy#RL?^Y=j6_5G*FZkO2)|Y!7tXqA?odg#
zI@GCkL7o_vlIJ4Ru|)Nfe5suS0|TWQh?5gO#B&F+tg|)}|JowlmQv2YEhY9dQ*;?2
ztNAveBTqzFm!{B#XQRxB^Nc|2+dI7-HWHfWZPE{0$z{Gt&gf`(Y4c^wv`LBL!S_1P
zXPcx;B-30w3=miJE*+y;bu{a>Qh+k;qIH`8P1iBu>pVR&@$?(jMGoL7H|>4(WF}l@
zKEPO=o?Xhvm{(f9+dAX};Nxvw{TqlWK;B}5`5?{F1r}U_=EG!t+J?h9jZZ9=!h0;z
z<}XP=0{XrD@6FF0hlc*$C8$S`<ux?}e-3Rp4qjaju*GR|HrMc&{uO40q%G$7skkXg
zsJ#+q8R#7os}@2v^~ecl%;)qJ9Dk+nO7_@*N<Oa&3)N&dBpz&roF;E_D`YOyDCQiu
z>cUZsJw#&=-f|w7BuW;3*gY-cpCc8*)0Bv(!e{N~1cIZ3r4FzQagQmJW<JBlzkbv#
z`?K=#B*}lr3v7qkp`cj&ySc_G4^TJ#C<@G*Az@7=LUvistt!b<9ePSM<Z%XSW%+j7
zAi`4*Dw$l5+|3%1yvMI*CEZRMkb|p+2aoIjAm7&41m<PK`jC~_iT}jNgf+~oEwWp=
zE@$aU{jZ%0&wlL;8IoEH{-~8EFb?LJ%7hR15T*3Qn16WO)Wt|%Uzzg!YcZSMetrlt
zZd>QCk0S))_+EeMzl}rzjEY_M`>?@j{HPZ8xs5^h<YpZm8E%*WYGG>U4jPn;#!)s&
z<eNF@T_~sJ;Fb=X=kw?&RwbN#v&)xRq$R>5G%!o_XHjc@#(cwyZ|g4%m^r-nig4`D
zJ9^mo#28k_#KV|+Fhs1YlMo7;I+aj(UymXbUI!#3_gn;WY&cLnkh|_Mkt$<Ynhi3b
zPqpZmJmZQHP@rSp!BU`(a<R>=%pRvDpvIrL=`dzK=sKn1W<?i0L6xcAV{i;M1F0ky
zeu7CbKYH0wJgB6cIoMm_eLs&S3M_!SpqL5U_UxI&<-?9JfLUR$WnzjskLxTyoU(G2
zyQV(6k-7&?oV!w{f!nCrW+MY&kKyG6wGs$WI{GUM@hsB*CD$TzWYzZKXVX{0YLtJc
z6%h_D?g*H--$e%&T8|3U$PPU1uQF2&?9OF_7<fMZ>XKT)0As5|IB>*qsBm?@byl#K
z)z<o>AxnHmH6OiZjN)=noci#Uk5s#N6x_8>4!+(6$Qi!htY=!3+j7>Y@YxRfsR>2N
z+=?}P_@TBuC&*<JWSap}k}k`c6$ozN%bDng7EFIxx=d`{fjqN8DqL0Ef6nXF5BZ<u
zG?k2xWBKhrM!xMy7+DqSr!LepQ#tFZ3oG?lGN!Q!>tJmEw<r!|{q53A)9XO0h|}?-
z9x@D$?r>`B$0fcUH1^uL6(>>>5-Pk;ktYfyejyY}2>BCX<bi>js`m%8iT0}9%fnV_
z$gT1%h-e;~ej+dNNyDd?kuP3?v!tc@7qaJ>CjSYRv)4c##_pGNXCGV?!+9_i3WuJ(
zlqUUG;>z?egIr83rS#x6hwg%6Fp9UC^Nt|c&jIZKYl}KgvI%t|N$l<ZgYdL`7>4HB
zSS^qb@qoffVq7Vpr<V)^ewuCL3*-h&(Jy3wnUFrLdzU)%{b5!G(43u}ji7&NZh03&
zAnHFsgFh{V1tG2M-|n0KwBf1(7y^5$SOXG5!DMK0mdA=yrwI@gHMKC316;&uG`oN!
z-XCd-i|^2#Ab>pbEIsRkJ##CJy^+c}s~5zq!o@)JcHy~@{>CM`hrac|t1T{Umj*qK
zq-1W&nk$cWt5{=Z7nSawOMaN<BwE7Evm+hX75r1=bTjfb02`50(9A!Ks^Btz_3QHE
z_hLk~rt{Lolh3egwMM5E>D<(ED<p(RI4xY*-VV#Jn8cUAs3Sj^Y`W`6&|B{XX6TrV
zo`R};JT4eYqg8+hmO#(5fAtH)iaBxLG}clcD1od0EAh|^0kpEP?uWY}tlk}tH{yon
ze%ZY{$shMij+XX(ntys+@coJzM9VQjPgc|6wDTEL^k*f|!k6?t1b^7Jj#x-0NdMYY
z@iSu2Rpgj!sLkBzQV~L0#@?^{?9;{`_gkn-ymyRjOGbE_0`a)L_O`qPZDJgZo5_)<
z*L*S#HxGQ~6?kRPzrmuefIv%9A%NHCs!jgXz1OQC>2di>1|y57i~u+&nGnQ9jr`9`
zNgA#esG{@d%xqdHEN;d*L%xp|k62LS*Sx)XE{~-~{75L~Ze6tWv$HFiIZK`L9cedV
zvD>)XCE4Erue7pRZGp6DmIl?lIu*-=lmH1MSRAS7^z3)~q;HM=TC1~vr%&Ik+GeTL
zyk*#$saS0K_cD=nKhOX-{ygI8+pIb|X-9Rdvh|P~x%iobnzu(%`t9B+3PG!kKp~bh
z2z6f73OG>RK9L)>{s|z<wVK7kB=97sjpFs#Kc|YoKt(nB?r6KMtK#B>skU|I=l_o~
zv0pS&kJ83&pj65Og`!M#%M6gZj=oC~fnnV(asVfezC?w^%U}LEM0Yq<Vnh3!fu@kK
z9&qpfUF6Kb`-?7Gf-7eB(iYSB3~;_PHwY8{@h}zcDMO#X477*2Yzd=#pIJpWOUkZ1
z`1#WG-YD~3xC1GFeaL5c5rdQ|XjQFh1JKqv>m@u5YkWqpUYhD5A8DV=@DdV3LJgW$
z!vZh;o;tx28=YuBj_If~sM(8c8H=O=$gNL~e34*Gg3Q&iD_7~eT)p_vjOCm~LNu{E
zFJ3}VGmro6q4jC#t*FQ|Jb&!J9$dhe`jfw>jwdtl%*DEgt7~Lie_~#-g@-se3t+y*
zKUgfQd`1z6)7!z&t;wqH=g*A2L?{SA`|NiZK9BE&3VhxzpQH_*k#HQaX(c$&qq>Xm
z5Iy_dsI*+>drSjxdcGCjVZcggwVvPe-Z98qd?HZ%!UPk9WcUKmq9UWT)-aa`Gy}M@
zrFLHF?moEIHKh|6xaA&E@-Y4|-ZW<L>St?ykOv_ixc}iA08=5LCIy~wItzNYk^<R6
zO^4`h_4AMY#Q!Su#;^Ei?8?mIxDwOr3*oXq0IgL2TF1jnMw1oS6>WD`!c5NQa)sUg
zOwy@a+JsNeSc(|q@o%69@OD_SIqNMUy;}E6>ooFpqfPdf`$Gv9uJ_H79$;0ze^w>d
z$vFq7)$@m&9+~=BA|lFPm}=rM9NB<um>0&B-vt7`R<OX-GkTdFYTNcSUSck3$LoSr
ziT%_88j?7qEJJ!U@Tp?u|K^cZSb&_?>_dhe%m1(tAVyG<XM_8kI;HLw4e<F5Uinnf
z^AFlhNlus&)Y1IS4KSDp(A&gM124RT^dOkKJ!k)1(Kme|lHxQy*r}8s)~8mv7TuXE
z&`M+WeB|b5m&#;fSj_W-)>~lTTjsa<N<UR`sny4h*6(r23GK^<A&KN(f!0AS&TY=S
zaO@WOmxA<81REl+=iFtn*WJ*eaKER+W+>kSOm?}(%J6%9)8@zISoh@iP<1$6TiIbR
zO23)Ujsp{c@O;b=5S<z(A&rIfl-nxE+o278=*U$R)`#Zc24mIhB`dGX_GQ@mLnN7B
z3`4nDRIflyr^UK@h$K~jKT>(=iI<xZN+L;HR-Lt96&LchUtQCx+%L9Fgb9_aR1L-e
z;%dxV_3b56!7B{ve>y-hezE}dzm%P|YdQ+qm$4efIc^sg+s^Y{Ze#@@xaNxC<G#Lq
zFQ>IgQ4p5ccR#jog~*EFqe#Pe=ebRbaFO5&Ca^^J@SSwP04v^6(&iFrQYnany!D4s
zvUCfGRQ^OP*+K`dQWI5n_@r5bT=d%c$p5qe_P$!R^mSeE0fPR{y*sc8smHK2A*7iT
z?IH3l>(N|AxZEeVePl;RZ7<{g_65jUM8N`1kaXT}kJqXSYotJ+2K8B+AJ)y-(}TE2
zKYkx9&G*zWTWS;*F{8FEqkj`!i^`RZPkrYUNLntf1g&4(`#nzIW|qr?j191*7o>|8
zDsz14r$q&g+&51eWfLJ1{IL_i^o<DxHRBHGAV_4?nPX&5d?47Z#Da0q&x<4DNo{M7
zwKNKfBgrDbk4zRnEK8aGO}?P|x1SZw^z%zk-&xwb3vY(rg(F@_ZQ!wzQE(>to8LBD
zbDN7}VYn6_i5->iWMAdo8q|nqYXY}|ndm>Lv}GP|-m3T|c{XMVwhz99Fgp&i?tvqh
z9T1!K{y<HCy~}lqbJ4UBRp^&DfHQ>!E}#mL+g$*cWQ2pWA;)YT_!@vu`o#YN!LMhm
z_N1S@zpgSxeQs{@zw-<2f7jTQiOAhQc;#-OHm<E!u=7W?-RtIuk!?*5jPyO4xSPZ2
z@Kb#ES+2s?uAN$cYh53&Y)!_3k4p<wd;Zppry_u<Nk}MO+KUQNpq2|l7Rhq;c%R2~
zWzg(lm;LF0+7GKU-!IVefH(qdV&E(EAxI_7pR9+%zPwGbaOm-VCuwVG2qc5f20oW!
z?bmeua$pzdSCXFoS6S(;n*Bd8_F4g1u>8KL&`;EQ<h6a5@SWz(Rl8sI4dp82;K{3g
zg=|e|0c>p~Y+4VzXF&3sl4><&<ch5MQ?dBezTk)SI465a$Tgz{k+8v0+amU&gZMpx
z;j?OGLY2LXGLUomNUTUBZ6O1K@S*J#oN3u+Ogc|V?_CgLpDR);27xtq#abTs)Q<hn
zZKd1(kGS;J<c$o2Q&xjQ=gmZ2HTjB0JsR(Q+qN0Xuz-(zVg0?a7~BsDnS%)zVkLMI
zdefeC=p+k<k$x29#$HE}!o$N3)+a+%-syU1Y~99JH%)FGG)gXSDK}d(p6guXH74eF
z--f-m0nz;P=H%vNZrHA*7(V7*cpW-gTG)Jg+{}gf;J;6DrJ(N-qExrHsO+b9L?d*W
z3&cBw_PyB0GRx59g3O`KT+Kz@R%U6TU`vKosYbU!r#|GXCr@VasOIrRw?Z>g$==sK
z7J?<xpwK@c?XoppF^}I9j}sWFP&eY3=4Ri7@eM1PuGsCsUaUN+;kazJu+QU>I1&Cd
zQ3rnWwCsmLA4+C3UHPcYgd+yikMVzy&nMOl&;&7--g}W(p;jIJBydR7%Z(M#6jXJ$
zZz`S{o~262Pjubtu%qtyR9{%7pP6SGCeUQCSO<;*wEoTEj2d>er_>u>>5C7AE(0Zn
zZo=`-hfW6U*j1+mWk%E!nmBQ;@tH4b=)ymGr0VnBIO>nAM)XL7484^Zd!U2APuBT7
zGrQ&0&p#^3)>pX~Uq~RoFusuRqe#CQG)`s(jZh7A%>`9jdZlG`)wE0=j2D4H?}dOn
zwA!b3VFYw9%+2#;NP8#8SXmRc$enscwXBM}MDsX{ztxOQutl|sAh_BlyGM<lreGMJ
z1hAD&`cWPH5ie{ud_<7uarc35h$p_YjwApi(B<QQ(1(VB!~ilYe5!S=KC>_z{qM)q
zMnfFEv=1o!el@>&p#4cxudzqTR86E6AA)UJl`42a92?czRIc_SOHGQYUGGNd;A-3|
z7uNYr_qj(i`0U#E&#G}Hs_%Zszr7~37iq1P{h2%Pt}l>|me6IH%=$i~-QiWs2NUli
zuD#_Itg-#t$1pM$@9|yQC$+{%20@htHl%<$R(N!g>C7tp=z-7VY>I@8{8C?}HPu;Z
zx%_1NJj#@3S(Dj(i9chV$--TQ?0z;5^jt;+BGip_+ggsEMvLw-ef?WGU`@xlXDt*x
z{(13L^i1r9E?86IBrdE^_+d;mhy3keL8-@cnxb%zyt2<%piI;G^h5nloNc`Q3opOQ
zoY?ly%Um|SwyKbz0d~xMbqf0JK%mM0k@#;Jm0A{;yg~%*zuNni(LT_6`DV2>vZ{){
z#wo0;Z^r2*A?tL`&s^)J%R$apg^<S!t8_Eo246^iUlSuHfY4>*C=nxv3pIz%9^Kzm
zC!6S_`b@8)7%$D|AM_|A4*~kBPH~>R;x)0bKa*&JCp;D3w++hcRv`wkXV>J#5?kBa
z8&r_Wy5*N888Q<lKO-LE_Wr|2zuf~X<SW-!nTN`QyXP%kX^Alho7T^v9c=;R!^M2@
z*7<&<(G5=GUIVVH<V`ul_{5$5il?x(77}2M)IuAgGI{-t)0DqO!>4NQhM{eRV04@_
z4Q)*cW%kkpK^PM7`OQl!0zyzN?!W`0s~p##yMoI~=`D(B-5Jh(s<}ky%9>MtS2m9a
z<-yj#!nc<?Z+E|6rL0+o|B1zb<kDP;#L=L<i?p<2%+Qi%!q(0&&Jzu>`2MUpYdpZ(
z^K1CfAQLVjMOTfDD!;AYUm*K4mGFPel4kDL#|lly2JUN$w`@m7*IS8brYI_c4rnC%
z-sCUeyt${fA=Z1=-<;~gn(B!m;FEFDUUK)~9YH}EUA>|YN1LswbP_|ogX!5ue<W16
zo>BN!gaS{x*6l2Dos#K!?^?JGL>vIf12=OtTb8PZ!b4zhQI9`N3Nr8o)svVOc#f^{
z`pYkUgFK;>Uq_}(X*1*W!Lxt;sw7aYI;&}pe4_5>Uy<p5p$-rT$Br((Q^pNm*ZdV5
zi^x?uLz#~I*{k=h=UUvSo5O9TW7HmswHn*_B2V(>B#rlnYS_5yZkH?2O1++pRLl7I
zoQh?tm;3JI7t>~!$G)#t-Gy#Eo;;He?d!>aruSVrbQl~+lxd=A4sREQ$R_DhXs2oz
z*}3Ocypr@ca|}oazXn?2R%cfA&cmb?t$5W<u?-kjPpLy5<^;C%mssnw$mi@k*0|bv
z6@BkKnN=a4WdHW<x~(1dE;~PAPVXg>@*)ixqv=vjheeW%wzFM385hli@*YBxW6aU}
zdYkB}?^{JKF}Rs_@R&B$uuu{)cgUUDQoRXT*n6TS?_+ticR)IXzvw?5$-0q<0hd$;
z&5`sbVzrval*WAH2_?XdQ1~jsp_j2cp&lj$HAwDS|IHh6B}dFkb@V)sM=t+8_?s|m
zVf$q+RAY&sQK?jUJz>y^+UChMS?%TOQ*=$3kEo0>@qe)mKps=5r2J-SVm{y}iL!;L
z(q;rR_u=-wgp2OkNY9)2A4xX74_s>)xmp(jZXv>FTurna^)F8NQMetYeM)9gl&&hT
z9!N_vZ^71LsP?iClOmr##R$-ako>OUz>$7Aggq<`saUZ5l*M!OP)>pYjv1fojCJz6
z-1usBG8fWU-Oyzjo~BjAFTMDFHeegpr9yG8@(MK{r{T@T3Z+(sT<|hiZw%C6#m504
zHb1nVXn#SXhmZeZUysKobri1FX!4aBoE$XM)2wNSWoY`9hDuq=W~YDQ^fwGdm*c)^
z`(>0wa|QQf(ewMUAfG}o1CwjaBMOm35r*%Qy~ipTrTVDHVO1R3<AG~M`oRi+712_^
zIrs2EKrdL&GV%VQ1T9XC2Fa9sGD-=zX$Gtj4ITvN5D-CZt&?Ku>H|3<>Fq*i!>K}S
z7IjL3<^P1*PfiT#F@LcJ$Z1S1unQ4`v0P*YO#N!Y@}uYN9evyn2C($B@1vLED2<v<
zh&nySO<0XvH|Yx_-~CoJ!Ws9uOL>WTR0Lv}Gz$IFR>R2e$jD#U)T$eTlMPla7)us2
zzd^S}*|1fF5NWiQaCZ`YTzLYz{jcF6G+JAnmhoxyutd5EO{}=(zM{5XJJc9IjcYsT
zY_LdtKQvac8$O{tROy6s-XFXmIvpRLUHP25YmzN~I8hgyWdQkd+>v8pn4aH(uApbz
z&HyNiF5dZfLNL215b4Hg{twn!6F*Iwk})*=yJ~Ke+&mqv3rONsCWrci`^Y|_emc{e
z45*#T-GTJp9XR6QKD^$giD8lb%wXd^!i$LlA;R^k|8V5#s`RimPK0G^@C#v-{+Gu5
zx4#SC2d>Q|v>CJ#cza`<74f4F&*a_IMlKJw^3RlK>P?<C8B<flp)!$;&Q}H*a3t-o
z*~E|2(nIe4V8?EtBuSPa?u)gyIQR&at}NG-%vy@UFO?>j<5QCBYWGCO@Rj^mmS)?q
zMMW)s%M)9Di|^!jNX`-!<)PbQMu|_A#|c`;6NEk!?BrS*&DG$#ts^XzfxY(4zLg1o
zXLq#izPq#}#6$K&A6kK{Pqlz`rquPr)29Hheewj%^R)sAs}NGKfhBzV^dMvcJ;PVf
ze&<-i1@~1UuDH$3HM!xux2P1pYc)$5+}Q`h)4mdT;pJNXi+R2_j%9@N!71}>@UxX_
z|IogRii+U}pwMfLvrbz&lZP~fgX;%hQ#Hr8=eKBu8p>AXMPp_(SgAwgs)c+XCiZ84
zxNeGbDx$|+SMRh<?}9C6lbZWX4S~oxMX50sVOEV@#RLrE!i$fnP=1O$vh&!~E5>sE
z8OHR!#4iCt!rZa1ws;qAV$d_1F(3G~B~MWMWuAMU`pxv5Hhor~#1MwZ4a>f$xrdFG
z_$k4e&Mg1^)r*Ql3F4CjZ6TuPNygtfWsKu9?z6eD7i)Z&xU^dSzzys28kdIrw`zXW
ze0U+F3U>9feiW4Zw7w5=Rh=5)>G$8aD0DJV)z03wXP~<vs8Alb6WNb(Y;BjB+-{Ff
ztTCsg(}l~97yKWp-U6!1?E4?48%gQr0!k_(DJ6&?sWeEafOJc@3K+D2h%^$?-DQwc
zN;lHo0+)LCb^QL;|7ERNGcd+^o_o%YPwd0H6wx0~t<?G)*ns1(e9Z*p6}{et;KAXs
zXQl}xwH+)xO92uN*o|k|rPJTIS7R5~raW!-L~&@>-@WLh`OWDc^^99nn)+5eqlO8{
zNRGpxe)hj@9<WUpKUv*zH}lZUr^4x;vp_*91|{{u;B88o|1F!>@0iCpzPRVNZsYnh
z{CE!hSfk0w*OuQ5E+X=%1D=>fGVX6PW5iV)i(fv8XdjB0+W6u0>QrqY_lHSZDf*OS
zHX7mjQI`r=Wc82GjWAv)uxZ((@h3d7-b-a2ivDW*(01KYsK>F&%RTGH8|(r4^+uU<
z)A35EqaerN6mQ6YY?%ET$1tJ1aZJ65gdw>iS2|sulb*M<DgI*toU<OTUCjUDqGcDI
zjg4OI8h=rj-qRI&_p}m=#rAlLGM-MG!_A4AM_Y0!7}i1bI+DYf>_yrpO$j}DftzQm
zYj-2W-EG;V37xYA`;WTVY{O|-m=k*9-wh+JsjJM<#ai%GIy~6fjC6X?O?=pkkKRhO
z8Tw>--jWlKBgStv(OCn#K#apYp?3be!Mi>8da!%p2*_%`$Nd~s_+E-IwuD{;J9hps
zt*FoeorTT;r%Ma|KZ1O(77f@S6TyW2S}Zna8S$jnieY2#j;5Mi$J6^G*k!GGBQG%s
z+L-UG&FXp>b#g!^|05|4QybCzj;76VeLg)m>f|5u$9hk%Z76Y&Vc}je#Mm=LioyAD
zdY+}Do4e^5H-+n)D>`d>yjuOE(S3SR#~ywsa=8X=6W02k4O{lL?nLNi>bV8x*@EV`
znr`L}2Q<}8Hpq<LdDANt;oa6CGcZ2BEMXASj!3_vwR&%jYmsndBRgD8s(H^a0>5Rs
z%ktZ<?o*A9EwA9tTi^E#6-#GX$T7#<R`Tv(!Vlf%gqeG{Qes}PoH$<%i?xiV*P0&a
z(9mbu*01tLMIr)LzkYITIe74?25-rNwEcI#zbeMZCVO>OYb4l>i$Zm4^fPxoBn6v$
z)jwjBYzEsw%cRKqVl80H|AA8p@yBXv(QUV-H9S#@9tUT|j7z-gc}0i%*`>*qh;%Y#
z&mTkkkE7BAlcyUU?UfpoY0=hqf63VgBy|eS9v5^RN~ihHFD$4qWBP3?&1{D>h@JQ9
z#l39lA@cK5E7;rl_Jz(k(7s#yC1J0FBqxN9#)kwuIT68IisG>a$(YvWEUn&^#xuu!
z2>d7Ihu%y-;-X*Zj^_UGxz*&aM#a51dcfC56sziEV#g<E9@zYJa&xC&z!4S01XWjZ
zxf=K%$#Dix^5?%RdGLUFt)ys4EUk2xV7u>vOJZi01e1(d`ViL`%dB=_7><+=vAkcY
z^Cioil#_O(jgTTQovcG0^3qW5ow8a(a-(oFAw^-vyEZ>fNV@(t1)eLXznXoS4=RIC
zq{i~UK8Y^zr`S7f<nVw0(L~c&V!3M5JNo)VwBlPC*_YU|mA=qO(SzgzGiWD%DNZ?O
zke)7&)j2$~EO|@Z3A4199!?lsvWZeerSn1d@HF}o+=(;9LF-HVMvrFI`uJG-bXg$q
zf$^DX4eLy;37Hlb=_`!C8GKbjMtf-E<rNJr!!1l1UgGkjqP)=gED3k#7!wt2Kk6!k
zmT+MKQM&5no<o4b;5glCtOX+zz2D|R3nwR*EF+tMl6Wk!+vgNa1;q-?+<c@LDlJ6X
zibmR+U3-C0(R3IQZ36s<ILgH$j)vPCRhs@U=EmLB!J4Bn(lWVO#NV;pHM<#?5^<12
z8Gw6n+pYL3^G^w5)A>;3*ecz%b4lL{(gc3EL&F>wt?Q@m8%{8&kG?Z~${Q6A2M_78
zI*EMSe?7m^&93s;`$fCmQZiO6^LFj)tR38dy(u?2CbMio0+tT%LHDFiG!`BjyIzR0
zFCofa+%~UKVOa6d@@&XFp@`C5C8mG6x0>k3ap?J$l{j{^ve6(E<F5iAvYTMts?%^l
zS254!BIW8AkangRdue?=PyNwss0X0K!ksu0mNhplJ{*)0N^A66XF{#oUI~l?+kG7@
zn2f6=N2u-tZ1Ja~xhkTsLnUfD2&Iu9hcD+ZIZ2kPnPZRmXedartY~r4qT9S(4?r3~
zlOTX0b^f!I_kOB^^Q6ptEFq8i0NrX6F{Xc*p+5TSH%Mz%f`6h~%dUKni8XRzGY+gk
zuK17djqV%Qxi9tJHm?xeety9z(bpx7_bs}#De7J&`qv^26KSt^bxl|5<&!#n=(s5+
zZ0C=Zci+&q@Y|bAIjUD;(6&@h)|>tyi=u#PjlzHJ+2u9K^Fa$ErYJ1y*Ms8xjttba
zg<1u36Q#(*0%-}9raov5hplMDZAQ*Kz;>Ux$f<)QYj2fx(~LK$kZNxeE?@^72dkgj
z{v+FiEGJIT^Cx_MxEOXPo#hJE8@L6-_|W0(>`XCx(z}?}%I1#mqn3)f+}D+r_Kof4
zTu+DJ4R5X;>z_sVW9ub1?*3k~9z|z3C4OXXDCA7<xH@ia6Q3R6B8}rVnOc>Fc767g
zGenW;(s8*a;4>U;PCKW6aG~u=Ilm};f(P210wc2=73^LI+$7H&F@;IQV1<Q|x5-?`
zth@QI(7SwEYu1T3TbBq&MmN9i)Cd1Q-l)(0o^H7nWrmf1eI)k>wTB;JemD9}+0f2x
z&?se*K}4nR-O93pt^ANK&fF?rA;z+vmRGZZBt8WTY5&uZ!s<K3859tI<;Bq*WlEy&
zkI7)F-$1QDr~+LN(nW6y2CcsEtn-RyXNR1w)~L}k@frDaE19uCrUB>Hwuw2e*UCx2
z3uTe9LuT~NWA=lCCwJk_+H0sM4Hb_C=h;aBh`%3vew3?sN7&9HTUliLR5-<MJUtw<
zaa{`st%lVU`F_m6ja&1}-ni_I2v4JyRtu&*xGpqIZ)7r|WrfiCQQfQKoApPZ)gZRw
z_Bt#jk-csFVgB1v{doH@Ba`B~oO$x>F(1pyI>jq=ySn|s^r(5d_&I^@*1b9_15&?t
zwhTgQ_8L^&>?U(%_J@wA94NfPPJeZ5tsY`(u1(QF?Tcq>J)a{wO7c@)b|#;Ck77<}
zUGkW9uuH4u>m<gI47#|8n93-kV$&RTyCNRD(V4|M`i;9LL23Tw%L;<dir`%@6L)US
z3Q<&CBJRGm`V5<1V$E*EPVw5g!{g*h*$!KZz12xPjxFB|Mc9=FRb-yB&MDjyX!7Yu
z>;BL=fvc8?*|x@fbs&NC-Q^*8zJrvH;t35c3_RA@eysw@gCqV^u?^rl=r7xqrwB90
zUdGz}Y9~9WxX~84PzHxi@II;~WLmx_PD_Izdt>_4@PVhKLv7581y+XaV=_VstS$eH
zd7x_nS*hxl+CZ&x%g#v7h_BOz3(F`qwEkL6>UpB0#`cuRYZ&)zg!%U@I|m_NupSp!
z(I|2KUir>ui*vifG5X|M;}$q?pvXo|`i8ImIP*(P0kPL@+KOX4SX{OPhRyR`ZUb0V
zmvQ;1LnNT)`T-_lEP(o=hl+bV>#V9{DCH<CSv*vw0#Pk%e#cjW4hs!Oe4vRiiyA8J
zAHqqx{t<sHG(#1z3Xm#nt6Hs~Xej+zI(*qSf8EaLt5LL?`Rf0c%*439zk<0rG_|<p
zqs<Vgloewu6!}7eh#h~BGVd7_T495vb}0~BO(dK!VYyZ?RpGx)kogIFRHVLTO>n5A
zafdjx{C&k6{hztE(>*#+*>_#qPM^jQO#1Sfq0gPvax}NmZ$Ag3ugW{>w~e-2xarq@
zD=ax_Ndy4}F{`$c%@*{Zb_9!Jr}BF8?aj~hNXJT@o&9ZC=^RXUi5lg^p4<->@2+jt
zr3ype@Lfd#Z@*q<YU-;SJ}7s30d=+Oub`7_(I*nEAa9QAaa<RQV*6LB8j9QdCk}Ju
z|Jtb>Z{VLLhwkyw360}<+o}MQGNyp<1=VL~83e}LdL7?0IFSSrl=nk<fm0Uq4{xlu
zlqrr$1ev32w9!Ok<81OIu}q)2T@?GZjywI;@J4y#w)eN?g4E2rKGE%BJIFc8$3Gdb
zyrNZE_bdO>3R^VUdszMoKt304+;8r%FWaeKEm~^5Dmdz#`#RQH)w7|f$cZCGV!=H1
z-LNj<eUK&o-Miz_V@=Eni4K2iiO^&g7Zan#q<=r7UCWQP2|{}r_M9RmhH<8^E?|i9
zXX!_F+CY6Cj9wpI6F&K@C|B+-qy(fK68NAJ)P(8e&mP4%J$_{oFRvZ#bXR^n*7~qE
zD2$__z$TR)v*X+3j;H-H%MByFs~K8$SBm1XxWhnwgI~xTI$<%Mh98SwY8p0=3~aZH
zKFl^pZ_sBpnX5d+jAJ?fLiQeY$<^O7#cu8R&>w?m(@q4Phw1JXT#_nT@Q6KIASWWp
zQ-A(y`9lwtv+o)BGv>@Ax3w?TBB=u{ANZavOV)C;3aUe_b2{a~eg%zI1hX@yOo%Bj
z88m>2ZpL$P%GP!&3*~v)=;|b{_maIg%fgq9FO?SxVv=oRnJd<$#r{5qoth=ZIdzyO
zX#X)iAo6YF#Auv6+v41jq7eUtC^&(l2$=o3Nny`MU46jLzU()Ba;qTi<ZSD%^R$$@
z%}D#J(aQ@J%=i3^{`?l1ykv$=-6@VR2*`7|ZzBCiH8rh~J*j;dA(HJgl?yGnq~70l
zKV8ZTUdb=dgAnt^O$fzepmG6BOw|{+zR>hZo&9bt#{IS|d<YhDssvMsm`PUh9DGO>
zu$o}MoJR_i<BoY94F1OGXuYar8PaZ7sx~3T<m(xQ=tEuCME>8tZ6`BoIx|$9bbQX$
zrZ(w_S?jlUNj<zFA*L+v-r6Po43D(4cSu6R`!fqoP2WE=aMA|Wz@>IP%dHCYPuI2F
z^y^pDvbeR^0C?glif=p&`>JMc_E~D{t0BE$YGGO-)k4J_kTk*3uH5wN`<}WQ9gAd8
zpO{4x<J3&bAU+pSQ7eAAc|#e185h-8;!Y>0NGcHADE?~z+sSlzg9Dq6T)yE>+Bq;Y
zGkn`rKf}(~`!P88`2lfkgY=(>QfhFM2lV7sYDD3%-!)qk!-)BkT2DYpJvjXIOp*?f
z6q;UlGp*j(Su>_xbtw*u-50us6IFM3YnmH=_@ufd>NRXrKl8hue1-EBZLcA3|A7*V
zDa3~vnk{a_1oTE{3CD}Jz?f-kV@-hDOIw<k0KT6+QnvrV_PiTU+zGCRkf%qbXcRC;
zF<nC;m(ujB!c^bKkre)mqJ&Z6q1cp8&Wp~%GPODF{x<9)YxJU{zM(hH2HwoYYYLE(
zVXPFMV(mNh(h$|)-yWm{K~}Oe*Av4tZdzI77$rae@*^*{gUV1+x3r?>)fa?F<0t+2
zHXI3nI^b~JP$htzcS$pc2u<Mv|L9K&hW~-Z%p5xkclzl4K;2HBJbL>MDXP>OKdvBn
z9g6}hEA74RpGoMFX9=O|>+t^pdzZJi+WJg<l}@hw7$6ogJu12&*g5wrXd4Z8E+`Zl
znma2g>M}n1Ac8KTP^lNo$sR=Ze#!4g2@|D{CkOz{xk%LkJmiQ@i~xmXR2l-R97TpF
zQ11`kYhLw4J;C%FzwtGKp&OaWv-Sr8-4oWdHVYq6>jCvw%v+zEJ;&LBO`a!17mc+z
z3@5j?SK={EJbd>KLhH#(HS|r?+`@X`gmNoomp0mx7COP$52y^sDE|jvAN3^BobQ@E
zX=6S`pV`*C$HUYXE`5Ya<bPZgwh0E%ITt`AbQ`ZtK2@Dn+`n5&?YF>epTVvAhwwJg
zL2g>=jPhA}c!%E${-*_iDQ(jQMVF|FUBT`YhvgnRA;j+C@Q09Dh&I=bnpB(Fh=<Nw
zzTBu`82xKVLt(nr(X~F8f?;hmG@O@4iJT(^Z;8ru3Ln{5q}LlGlSOVf3^6=99yJWu
z!Tspjy@UIq$o--%u}FPh7^Zg=JGE#e$P*>;tv1Dsh9#<K<=%AkyL0Va&^D>FvrFb`
zQ4v*oz&}Z1dGX`xu1!nseP`ZHOCvTG_Kmb(FSZYt{d%{WokjDro_8*H9ezK*|0kWj
z3cX?2p@c2WZ4$5i0638aJQV^_c!9RpVEWn)i)PRcp}aj@x{l%aRgyf)7YB7qd;BB_
zhGsG@^<!<<MtB;2bulBqzHY0`U6k@r?-#UYA2XF{XTEBTc8bmP7y_cWwmK`uad2<%
z*;ajpCj(p6h;T8Yx|LW4Maz1p0CX?E6tA4F@Gx+>b#jVCF9?qapnE%1c>-TQKZ`ds
zTo2LVd_G|~9hBF2{*1_Xhfpz$M)=PTf!dG4hda{Dl|8?Sqj1dytRKe<q80O+&R49i
zrPMHAabT)t-{tEkKHPrUS^Xwag@cZm{003cP-)AElK<+xgNK+CyABNnv(y(fBgYsH
zHXg~3T11<jAOw6>ylpNq9{mr2@*}U_!@K6IvgMQ&aWmp8?(BTr;OOENS8a4KJt>&p
z6V4{BF~8@y^@)#GPMC36FHAXo2X!GwlkzKJb3bofKz|;3d)EzfkVavOOGxZwi8OSq
z2?}f9I?vfP;EBCmpN-oQMV49EKm|qZoy8e+d4mDw5AV&&)XcZSre5Z7jPSc12w-3e
zOz5Z@Z1^(*)M{<Bc6nysJ%GAi)<IQjA$~8hP-Y;Pmqug)S9}mtxQxgAoy{}E6Dcpn
zWzytni<nzP1Zp|9dcJ&ZCdOpF4ywlIC(X-~NI5$C6=|&c_2-++?iA0BXipt|WPzT$
zB@rtYxK!oBi7k8A<k?k2F<hUWu;$-4HW?gt5*BwhMS%>cb@>tS`?x@cyf&0GV92zd
z>%?U>MRr2eJgYcmI<3AD8!qr0>`o?%J*G-|RtJ|G{QX3;DvJX;Z>)-Fok$`5GtSz{
z!Y<dW-AgN#`Y~&AmpQUwhUdaE@v@cMAWxtNP7b#ef<_Xu5;nC&terKd$rtU(b0T8R
zYonEXbcPh~6F0@6b^{JqK>kUyVbjEV=bVlnCYpF5#uPGkafkTE#HaH}?;yyH*Pxbr
z9&}in4al#9z5C$}0!yYX2YcMj>f!cYZUWK{hvxOo#n1z^<t>ei2I=pRtynq^3g*x3
z>nB*Q?f6zyK=o<IO*6gvR|A;&J7X231T4NYsaf|XbOD%<bU!Xc+j=$mvRYf$zhzPY
zJ=l0t#+>fEX7gat0~2XCN=v+R36|YA2A@WAWweE9(n>3}9tv>>LfbC1_m7qN$?~a0
zeog>RSw#5(#@4CAjpc>l@VpOgHfv5x9=D$ZWCOv|iW8zIP<SWjT=gqictQ~;&(*zL
zYzat|a(G!F1Erc=JC7c&GGo)v7Cbnt+d-trq1OJtBbDX2UcEbZ)Qt99QsSo0T;UBu
zY%TshQ!iYqouOslQfi+CX7sp<voEgW0?R_W@Ao!aC8E^2G|{j!>@a`k5=FkW%|apS
zKj6+{rZ;*c{c!_&VQ&C9iOUY~(uNvPH=5oy+;dGj^HB6GBtW9kYG2L?VoCy#VK?pP
zSzJDnz32=+?aN*Ne^IOFiquNWUuL${uL51`(#0`AA9R8y&yQ!$Wsh>2hWzWP#wa5|
zVD=N2#4`VzFIV9;<nCliT~s+1iJAK(7DzKNwQEf0@z7+C?Dm=LK9PEI3efl_{J_Y~
zZ!~zwNgK~n16DE|rJQ_`#M?r@pBGoX4u5n|;fAUA;inEkf7X~+;*%-kGv)xxFQdcZ
zoF9q+8EtjDQfHZ?*`S$VhxwH1C`s8ON5r<j6~n}pyKZS3jW_~x_~2gIB{rikfO<Tf
z9-<fS5r`Mkkwb9N`O_|HBy`JM>5u(aRT~K1<Dg9Oy65S;n7SB_$uHrVprMZ&xASMY
z%1mG}9%Ki7wVFeckJnMHN_{D4v9NOh%OrwO#6WU87(i@kEP?_4O;_AVOHC62T7UUW
zIUyW|^K07@)7V~xE{iuqNJLDwwnGw&9I9<O!yhX6&hG=$4oP$%$%s4MK-b?<;tHOI
z*KeSnjxddN`-RTY9F5PIh@wKTXmKtF*;I$CFyvMvGh88c#sI-NCVF{HL*JA3$^wcg
zK>M#>jH3F)m4fwoweH#Tq1<)nw9@IfjCbB>>-eWJ3ZVUI>Ph?jkc~D_>_n&-qAVqw
zI-scLxch^%=m3~ZIdYXL+E<fctpwMZqcaAD_`iW2&FWQ%eyPD`&7au;-Pi+ndx{xt
z3z^bAycd<me^A{0?H2How4B&m-&NRNZ|a0dkc)5JP1&mrI#9_A2}<jaG@8SK77;WP
zHV-=vu%hfyEazunIiq`gT5Yy)d1Z-$*{{7SY(KTr1qn?xOg8x|p@At(w@$aeuAOfz
zCORna$M5B&9}u(++%-`c8;_c((|vMtQ$oyp<*6M#frswC@hD-#E=gc$@1LNz6F5F6
z(vUDE3F_zF4+iJtvS8c=J}PteiO1$fTp?KFw@;p4jJ}0Mpp`9{I(q;2X^geaXzqHc
zho86Uc_wm9p0Iey<mTP3L)f=|_>s1Qx``HYNwl~86bkY%Al5PWIy_b3ZC5Zc;B;T-
zFTzkih0-Da@JKh%1gUA_U+EdRbjUem5m;;LVio`uO5b!;OD>`HbOyxV<ZCI@H-gkA
zfGSP0yBaoF&HI;%*y>&23N#W~EqKMy_J7!sZ4WLN!3%|qzz4am9Zd=89uFn8;-nlY
zc$=`Z3!5u9h$Uhh*u4bC_+;Y)dL)}Gn$}It`B!SF+Am=!zpkrq1qf>0Q$@PTiXy$A
zMV2r&7uT+bFJ2>0g!B#0(w+%GVlFSmwOZB8!)J~+&_M{ic!*JSF1<hayL6WSfTar2
zE=NCiyzy44#oNg}8|ghk@stVUb1=4Wo=tb{pT^d;dp<AWNfAwF=}M^;cTM=1mV4pv
z_)_cCY4%8}DSK~qx~5^2GM(%>ln7Du?_PGcyMy;qa<<k5uKkjiFD#}freyNff-^V6
z3a?^o{Q<sBEV9;LIpf82_#~fq+E-=_w)?m|F0afx6imbYnXmAz<Uv!!x(Qt@@dJqL
zb(xJWaf($|Eoz%mEnhiI+Mzjz)`b%~{o0^GTF*#e@Iye!7NSBD+kI;hy2cw7{JR1x
zS-EI-bl7IY)xef>Mj1`x*#4qqS^Izz3|+=vOH4ww1#dOPo)LsCm@gb8JjWH%nQIKI
zeK*N;M(t`4e|}<a?v5!^|Gnk&Lt!?&*qfi5JN)}~38NC}h)t~we0`f0p3e(9l_Lhe
z7K2bI>k6vb(q>*`_pF{Lg!TDp@pLhvVe@Knu4uVgqy-pAG8l=q+y0jatGO%&M1Iz+
z@&ciIts^)nz-SsnrYV*FP^ir$S{AX@7MKb@DOLRlN8X6+e>L=%>j(Yup>0vM=U%?w
zJ!X#6N)g;1>gy?H0=v5;82#1HwQFpTF3Y5A`<{*5hnl{|>cHp5m0WJqq)y&0@=4c}
z->U9{FUoDE3R5Rt<DrR4#O7Z2lE=~Wz$wO-%`KEfTJJPRrfTYk0q_QLlGQmjT-7Zt
z;gfQJI@asco<;e;5|72crWL1o!TX_yS}Z*5E$hn1HZ>HIWdyf{qdxKZYRJuLrTaIB
zS)vJs@Ny}731iQ!_v=Qi76wgHD{w`(FNNee>+|BHq<lz<LyUtDjb5P>Y(Q|RV(>}8
z&LmU9<=UL*)Pz9w^p{gP=M%cToq&CG769b%5g7u%l4P<#ZO8=D1Qzz?OXB=^d!#GH
zS~-tvGX1)_@YTH1GpCX!waw+$*e(dbawYhuQ6u+B?v)WUh0LhT8}()`sSb*A=0q>Z
zjs7RDK^5KmX>xQtJFU4(FFGIR%(_2u?=S|$0_`_C-dNZ~R%2x~p30d9<X3yRWxe+j
zTGWhD9Eq!<n{(MXS%R$dSINk_>X-tVEJNQ0Ga~XReh}6+E0|z(Z>C1~K?H4b=`f@q
zTy1F$U3h-~*E6~2>=mzvFKhI{JlCMjDyjbQ<l91zuNFNOu@}Uah=m;vkPu>oRE<)w
zrOsOw^<I-dC#T$bW{t{TGw5N19&_K;JIgLk1nxG4pxdaOMf^%?PMaRkh{gRgNuU>`
z9Nu3CIb)s*p6p?<f{F1r&>P(a{YI<w{M6@5Epp9wpxsAfB>{PBr0K0xvvroJOEIVg
z8jT8(U;oN%a%aw1x41;_%NoHIMLOcyoA%q{vES3l_AB!oPT$$;u>Sm{m;1y|Rnm;1
z-3I2QkNR4<&2iT9e)W$<S=*wf72)Y+kTbHXu^vzSD&Bs-?b7CqMO-g}BpxNK-#`2?
zc{?ce6CsU92@=_#0T`^avN5zd^glF40rv*X(u_bqhZk*9UW9Fhw*|_<pkvKdo4P;C
zd0*w^CZjcI0VJwIY_-VBn*O|z>sG`wqW80}wmn6s7xS6yVI7(qjGaM|*_Y*OfADrp
zg+w1#JA5OTF-$=MhZ@TN=D%{-`JLIm`C|{7k{&fwaGG~fFgX{93UPck{}IW|Ro48*
z|E`=i)0hBFpqM|#dkWW&EQ0sj-GQfLEWB~dMn`N2np10wU5<r{Kn7wAJc-ya8=mKi
zu(n6<Au8SN!2?3=*)ibwdvvH3M!*r0RuU%v_CRJ$&9}ls(K$?_+kV0fO{u!1j3ZEm
zEvtl%L}{}Q$}Ly@f7w3cb=#nv`HEc2DhMsO{HVCg`kGH3o5Y{(yqPA>ET#Lr8;Jl6
z>dE19?(=rObuCUhfBk~-_eNJiaHJTPX=7|EhYFW|4-7DdECz>hg;2kurWj}3A~La_
z9bb6!j~uk@P>mFq7>Rfqp<};7m_<zz>%}!1+(Oi}n!}C^L`=}M^P5w{vgShrTGjqq
znh3)xZoczFYAzhmN=G#E7GXf*uwcTpV8XUY!MWFU6zhzCH=1mKOg17`*T2C7$D?Cw
zC2yE#l3k`v8#)<l5CdQcoCHjL2z4#7dz4*j8r<nt&KdRgjz;0lcSGt+gv;GHN1U9r
zy_I%gr-WbdYVoPD3^PMC32JAdGx_IEfkE8P)a}#TWH-O1Xc0~*hw^*-w&QaDd&yYk
z6fjfrtQR0=jE<9H0s6i*!@tGszj84As?-jaMiEbu`pI=Iw@sy)yD69;C`zq$>+t`G
z5jobmH%L8&UhZmFcWX{hr_69v?xJW6*?}AQn=Nv)&yYIm5{QONYmaN+V2tJdDCON>
z`Uzdg%F}s;EUGu6i1t!aF+0D4px2M_Q1aZJ%Wx8Ro%e1CP~=}<oM(sl;3h&!vgkPu
zN1u&O_EX^>T4AXw(5HE(Kd>>iP&z|DOl1c62%s>B(e1{7r@#5SYePS>;p=0GqCP^<
z_|ux++m?Fg`g;#9vkqlw*@^!ff8YO26a77Eh~SWe%X8&>>HyS8qVSqFsjc;}IZMHj
z$r=!PY=}GlHiU!sQwgO8M%(a(=>L8`YyO=nFJ{yw0K8FBFFPd&HCO8Djz=?J1M023
z$2BmFQw~+JJUf+}`)B_pH9YY<WMWp<C1@S{gK269{65J_l^7zYAD~=vpELaMj7$um
zAhhOy8Kj$iMbHCn->-b|r`t?4+ke2APZJD(%{4~)FLS*A?R21_kDNi*^P@@7DndW>
zXE<8tgHqWm+-aLp#;_=PSh!_IInWHCdgz^D=~sb9u7IJ>)v#GPYgS<Xf~TtUS6^Lz
z5U}DlnN+gHp^cpk4hz6E1f~ztxs8=JMUCP_*CswOH72|l$;lvp`5FR%H+QgYD_2vD
z$^JMTgJi3N$cyV*I5NWL<RE3<P0oD6Bxf$IX^aE0w}SNee@c41Ivu&4lD2olPcI#r
z?l1fWTml^~u4)u5OZ2E#t$Eu~$j>!54(Aj}9}CDdd@f>QGlD+NxrM>kldSD|WQxj?
za;MEnDSG4VrFI3=QcYUVS81hBiQRG|@EKB`W()2H17VNAyXRGSC~kUGJghB5%#7nz
zcu-3~5Un6r>Gb)Dp5ayFF2v(y(icWx;WGX#V*AmM{NWsqnAXsgz<O&pfb{gQJdM!E
z$Z7<l6g`YE$i!G;?>*{GmW)45)a`uo#FBErf%54kS|;u;b&UTcH|I~z&K%I8`Av0y
z_IO@+ro&&u(9jrz(+};T@0+O)L>6Pms;^;!XIaaoSQPd)lWa^hjEO3@XDuU_mT53J
z8?!6pk~;ZY_Qp9XiGQR#Fk#+?J0vtm!A4}*y65eU*lK7|JD84AsNU%PkktLmUVdCf
z2u80xnPQw?^6)ch?bJ_Y9oeRy_clO7O8nI0%{e=~4q>ttZ|>Ol(Wkf8M!s*KG^PHk
z-}*-0t%TmCX}z`=(_Bb@FeD#73q&RAd{f?*z35k=q)Jf188&iH8aBU`=cwYl|0!05
z?OFFty1db>SeH%gPMG4{c%(2Bp3%biyk_fWz-8?9+A(BFM%ty=1UJ8!bdC<oNK=qS
ziEw1^-5IIeh=^*xG;?gn1g(BwT{XHJ_c&+rG{3$iiI&dbu=~cSPgq0;h*n;%N(?K3
z&i?7`zFgQq!nb>GHuGInj?PZ-G##}y_fUJd`=r3b&_;(#mQePU%9-%tEO%w?%<q@}
z1V;D9U7B8pjuQdeH>r6XGc6w{QhBu$8e5=g0CXFL;yBCi+((@h<l3Wz+L%mZ%=1OJ
zLkx3jKB-@~>>Cz0ohG9<(SnV$fOgxopeA6GhVc1Rsa7oZGx3ii&ymr<+v?80B)8K_
zFa5_{@PG_AN;Hz#ZHW@1RO|y{&+q&^@@nGjwEinqYUXI$yVJNx5>J=)bGha&spamH
zt0Rcn*ApzH+s&n}bCglKh^?mchvG+x#0VowfKUE+qRZ_n?cRvTej=f}h1@+!LCcDO
zKV#)dGl|qncgZA5;k)r$)bWv);Z=D96z7J%r8V>``8IF5-;?M$*>>epHFNZ7e4bS;
zVSFJvIPbL#03Pgdv(T+SVmzx6!ZN9$Niq4QOVp2JJKma^shPkmXWmb<JtTn1s9WPb
z5uO)N<;Ss|;xbQWmBTxOpwIU3RW^RiwYdbWfaO2yP`X`S_m5P!^ZH%n4^}xj^Q9D=
z&6Av}n-hoq7L2mx7s8{+67T&1*-SZe;wwM$iby<$-&ub9!Y_Md@mgfEgZ+~=qf6du
z(k_A|#z*OAZoaX7I4i<A5ur6yp=-hztoV&Bee-IxBS{p+q7DzJyE@l=Mb3BALC};m
z?I@r(<fOglVJErC5b@=%;OfV;(q|w}tw-SB#5qS&kp_2SCEj^;`^A6N%2?$Wrvrc~
zA{$pYRby>`NnYSsdfd8{Wo$J>CU4{&ut^3Q%)6+vul&>1QRI3+vN(}oq^3WMXwnj<
z{ch{%r)W#x8F%NZKN$U)NUx5s3T)Y^^GP41LCZoPC??gm_0V~EKFG_x-ecfPVSYrD
zjmz_9#=8d*U)H6uCU&|tusqx4*0n0b5zW5#xi7rFf*7cOp+s|Z56HOw%6}-)IE<p=
zINXpEN*vVdrb_ZA2a)F*_lH(yv>xe&XP3Pc6-<*oY4j3*K{FMDsH43xDf1<pkp>F}
zk&VK$1F)6c^{qde=*S~iQC>LN9h7CeAf-0CEy(W}1Z9<Z^ri<UBdt8g-b2-aA;JkK
zf$h}`G<k}iMmM2;pGk>L^AN$G5%4Avj7iqS^kqDy-LRRXTsvbXs&@D~mNY%_uPmb8
zk|uf+1@Nu(xjK@YU*zP&bF{eOe)uo7{^KQ2aLMsQ91OUxFu`ppuz$soyZ=ERe*0oG
z2Nw~;+M*5@cFiQ`iN7Dyi#iE7{@O557K~C_61i#s%mg)-u#bum6G9#(inD-@VQbH2
ziSpG%q?ct#Qs>a@@kWprv7U#5uP=a0&=OKG_}6eiz_5R8d?s0CNE#_*@E2LS=4@C-
zQA0sL5=??wbw=Cg(*4Ke4gB_oKn0_rFbR?T0!mHSN<`%AyBZ+P9a0ydI-B&o&ho{>
z?@ghT3upmp(m|!e7Es`}2~yBZ7cU#OyZ<K&OnZF&7Rg3vknOW)mm_ZNw%7Vg_#9mW
zeB7uYqp|+&?kkGUwHqNsM6t2Dfn4W9YurQLr+Li+XICR_4{FJu64%oxx?_CDt^nQd
z3qdW5&SO;!c$85`5L{qM7;}h7o`o+}>5I~tVKU0C0{UXh2(hwVy}flX1QOc_V7#?E
zr&F~`vN^U_uB4T|0TgQLKsqt0pZU0J@tNN<!lfC;LyYGl5+=;(Gsg{Sv1O%O<D{<K
zWxOEk7E&|OkO+aOT(9AxT3%C}G~M-yTj$<QK%Ke+8ZRrO+4(k?KGqPH#$T@mgnk}R
zYR!$L&4e6!lm1FdW^bZmyM+S<H*Sf&z9IW{m=$g_bXlmMrg%%|;2^t^c%T!x%Ie$+
zGcc)wz{BWs`ibv|pVb+}9Yf5)MiVk+nhD&0#UOBe5-l+e+*k9yv%u54<Xz5>8)OzH
zw~IGB{bcqouV~+RcwPQH<VkbU1*T&cbJw|4=Q-)TASjFU=qy);bl=FzPgcv7JH7q^
zGm$EIQ$^_GY#z4wigqk9-&g#f9^ip!p%hZE(uM2y*%>6S^n^AP)0{O_VRRCaQ&f;I
zeuMjkqKF%J-M7t42O&Xu3v_XBe414^W5RIoK?4R#%y!$)8T#m{HtKs;`gn@ZMb~u{
z?4#d4jCGyd`((ybe0Z}t@0_tuD)rnQ1bDNr7+CSOVR-SLFVAXg1M1!rb#m_U{txnk
zRD*h9vcPSQQT@kLTN=J@8-V`gIqstbj|{8D`_Si%jDoKGPd#1ex542Era?I7nxISj
zLdLxY3Vbr3`4oLE{~5*kci{Q<w6pws0J=0~jIPnWvaFL&D|LJevu#}2UMK&_+(qKI
zh~7@$xT3RKU7SAUDPEk^Dg3iR-4~Re^TH6+5y;ZjVN6tb)kHi}P;&R22Ex?R@Sie)
zuZ-t1rT^&@=us%{nqV}q|3bAnd%^JDa@|aiF0Zb&g}+wFC$A|q#@6ZiTtoud&qF9E
z+3nyy0YJX?Wp;_EzYoNSL-uIOnq&7^Yq8|a<8LCsx&iOxjv$g8=7E(iqIfwag^wYC
z;^NP4Bjf6?b*pO9|NmCPb2iUath`E{XQe4;{>dEG4UYEJek{HaKB!QB8n6fS>`TkK
zxa`Ch0&Uh6EgZ*NcnPTX;hyT*#0E*1>ft}s*>hR3+-NU*U^tjhixY1SL|HX=$hp_-
zRns|Wf9Zuis)Z60<&WVi)*KB+3}gO!b7y3NMTtM=1ugCuXJ10tQRS-twU+&Hm&5ZS
z!pa3{GyNVlwOUuU43wy%V2R}$&hnLh`%IG0NX1xD5WXem12NwU8U^QHzCdF*Czv5r
zZ&^QjnuxR%Gb!UumAi)F0zukY=~Ev=&F9ZH5sd~!LKEH4v@<CMI2GTJC#gbDH6-;(
zlExQWg*5IZ)v+bfv89j_<LYLRH&F60-zq<N`9ZYJL)gJ@cgZzS29frV|9yx&Oww8P
z!oG9F#gBtG#lu@0VC$E>fMx!=j<sH|;CluYxmhs>_@1lkXh-nyM?FZTW;oqp%=aP4
zpya=}Y_f5Ah=OBsKJMkO(gW5tKo;r$ehVnAc{EvJV4q}qW2JGNkqfEa-G-s{)&g$W
zuU=(W75VYAJi?UuV_XABRJrWYEKy)KZ}4Pi=wA;$0Em^}z!#TY`lCe-Ra0u!p)^5O
zmPTq(Z<{|#;pBe=RZqVg3W5K614)jOX)!x0w+fMpJrXaH`cfxApANwVKB?+T!O)=u
z>bL$j8`lp-8aclP$@Gjakl)jGlVm&Ngqb#zL8fLb<p=0aEf?LO)3VnWBNW17tVAS|
z`S3G^rB+FPsy8OzW*sZEZV24t39^~E2J@s|Eglx4%&Y&m*i7;3fyh&+boN^?VZEG6
zZM-4}GzRgS3RuviiSDSvCvG<!J!7HC{}5WUCPa)A_2Fe#qP(JoBW35VQ~ZMp)-`}3
zo*Tj4uj4pbRHKqF_Y>c_auXWn@RCP`t;G7^klTeIRLFYK68K@qD3X7Ra#i3QD|Auj
z7^y^hDLp-wiFDOAgENZiS>el48DZ2(`ijMOP8Iojv`|V8)1i*&eCr23kXLbxU>N}2
z2oa=;_?s-%N(lm5B?eUMp<H8}9q+D@Tl`N8AeXGM@f%0<Jo<-_|2^LVL=GA0s4D|w
zLiH|kM=ZEgvB>Ld>p&3Fy#PT&OJj60Fx(TilJ|VM2Jr}rSksr5^0&-n834W#QJQin
z=%5+XydE}413s8^zJKzI%1p=8_q${B0_%6nwS5`htRabr9TMQhv5}ch+YAn;ATMbw
z5Q_=+p%MmEtv^{VL5G)!l1bO`0;LA_TXR(a55ZSr5)8Ex8WBFw)~)2^cHe6j$hi-K
zcaeS1U}!c}a1}0q*6>FKcivX`+43GvRZKZW)#Xx|E6^kxf;kEj7@3{Y{k~jYm+i>b
zdkn=V95NHdeTMa)^mY3-sNXi{Uk-e_iQ0EMLUheP-yxB<)%La7zwf(Nae^sp=@{<Z
zVqepW1OInmCJCPBucV1)jnS-NtfXYlMOqw=2F|5H|KU%+$<{43FS==HCQ)akS0;S}
zBHe35qH49(>xpk`<Ep4Y@=w7SrDx|v7W*qZ7FuCCapT=|GakpUMV?0Ay-<1>Se55x
z(#yAQK{GAbJ;tk1lv6|k+^CE&Mhq0teE${DONH~k40x}oMnhNcfb6`RfKbNizOSz(
zOaM_c4{9dq*HPim!KKEPxG}r-9;00<Pp1cC;WG5&MhIFve%b^k($bxHj<8tLf;P2@
zM9^YbcKsJW*h>D#6>kGq%&?z6{pT-pbvIs~&~cClG87}Wt)Ype`~y#v(E<b1ibYg%
zO7^wtP|os;)gio_%XsKp6E}lGUPOmP$Q!b*^gX!~5dO&S(|g<ZkXTt_g2?ioKVpD!
zj+n)$vq}20^UH9qtqf^vf+1gqRsjHU%S(tuO~j!UhTN{FwlT)*zd!=ff3OEaN7PNl
z)2_aVWM|4aY)~}wP(1&j;l~;`TB`ot-U{RR+2pgk1H*+Mv3sPlKuVj-(X#n{9gP%!
z+PpgR>#ujF4>2Lc{39a(E5EK40syL-c_#EAar9V^Ss5}wE8Ug*oz40nxYhc~I%0Ag
zM`EyU9s6GCWy>vH6HwM=8aCkYszP(~C`V;%R>^r%wwy8g(7>NYA{Gptq^@_&s|3@Z
zzT6I{AtS3Of3dGXe81VOOn<^_tzhk(FG{i6c^$ADHGnBYz;K)&p*8*L!t8=nDQ{7q
z*jyqQ^?ih=P9Uy=J?8n!SCkP5!xw%!$tlq5Kn@zTu3!hSN{@Fi2CIQVru!OPGBrir
z3at)Map=7cVF=mRk>QP4W^)2yi@$M9j)N^*er@iU&s_mD7n#!)GJ7{{^sj#dk(<Hx
zsb6?3Z8MeY5W(zG7dW-S6L5T6+v*G^+UL2KTNl3O=i*(e0wJ}{ghp`ZWBk+x^)m^P
ze|2IxANbyrx9y@h+1TKoj=wx5{5$j4%Cid?k2rZH{=V0)5{fQ5$GbS4Ul%;zRH2vB
zKN(IQ+UXce+;M+8w*AYcD|u-4v#oR=PqiX*9gt?h+pDKpe0t<BI-O^UVwGCCRZt(%
z-ngO70$rno8@h?NRs-hqa(Y?QV$B5T{llON@<py*d#J07!H0ivI3ar1lp7vb1dKXL
z7*T=0_>O*jc$%Yvn>^jiy7Gg<0bMW&X?^`YBJu{fr+E=eFBeXYdA06;{_LJgym7NI
zvyM$7mR2BisWkWBp@{k!qyDAv^F}LXz`m?Mh#7v$b%&&-<Tjy4-2CJ5;Omnx$s?7s
zgKjS-qS3FTXH~gHk|))+446@B>1yV)^u!owV1Z!NSk&pdqKz#v_loii^)BXZq+8#d
z?^SL0Nce~1s(15TY|MY5^K%xKf3)=`GpQ5K8J|3=cyaUGGn~STGk^6(EV_>*>f3{o
z&lBHqWvV3>m4b>P{?#hormT@|CVv}ENUFrbMFct}@90B)p~q?2lAlWGp2N{B=lBPZ
zE6$EMEmTBR3L_2^r2Q-k9)6WR&wrxCc)z}Gm-VfP*TaHG_5IJ?b*0{le~_?k{Ie`H
z)HxM4>pIy^2CaRD*D6aiY6o5dX2JAl2|;uev3w$}WK~d=?;qBQKOMN+3n5(hbK2$J
zJXz9p8s}ne9+x^HRp>3S%=xJS6+aL))j35}1XT)hG;mKKQZ5_xbB;aV7=WN)0$e2y
zn+Q*Q949<Sb2NAHDO(i(PYr!V0EuFSbZ!qIY9fB3s2}p4|Kj_<Y2>f|=`8GnE?>Xk
zT4JYov&JN7B7-|+d`$6UWV3vS*<pWXBUZWvdp`NB>h`DbyPUW89o>diWybjr4uH|e
zw>1POW9FQIVf1w%DHjfap;QB}(b0gr+HYe2bIDsC1`Rx;v9~<Dm>iDwwq`Y_#a<am
zVv)F()uAhIOYk$7^5@MbFIc5=9@*o0=GYd41Y`6FWJys>F<{pz{6iUCLK-0e;(F^l
zrk?lUV~r+#X@+^bSuv;>_*Q%H#UQ^j%!7B+Qu&Afm%Aury7m9zf@LAlEp@DXg8QB6
zB(^h<ej9Cm`6akb2FDTaTQ7a8#o!@FS1<;}*}i)qfdo%v+da=zwq=8N#7}dGB7w<-
z%StP)+-hEk_#<U~))O;wL>bOM56~Zth}_*-RF@7NT?lYz3~dek<9Bd?k~nbgaSaZ)
zJ}5o3Ln9_^#Z%+oJ``HH&Wgvoxk<FMtc+&KjP^JP_Y}gnxRPJ*%WBO8%To>srx-#D
zM4I3ukz*MYVx;`<@R&oc>(_fgBL2yjoZI^`w|_^IdCBWx1?GOYAEk_6Q?#dpM0BM}
z3*|;#&OEpQ13;sJaR+t{L?4miAT7}XMQIDcft)=Qs+;p!1&Ic{GrH1yEKJfaEADkM
zOwuuJMShF2DttJnXCEkBQ%$o4f1+yqiC+`>q>rD&>;LA19u{0sLPx*@4GU|Fw{RpI
znSKZ`dWu}(O<HU<jgnPbx09wTG7~cAB;?FrcPh)=-}1#~YYP1j40f;!leqsX$kfx5
zHbU~xNUeX}N>(D=BU8BX{^gU^3<0t?tiERlW7bYTmur+Ih*9*dqP{j?+llNMoloW;
zwYQ_Xn+8H&#(n5l@d_J1)yNq>tM4C?Y$k*|@;D<rocw-Kq2N5bx&Xb~5dG+vHT?Bx
z_IKiMH60`v@y~9gc<T)?noDpl5_+60F||%NEPWaoO?F;*U%2*v__2rInjjQ&cEe1*
z&yK!1#v_lqoC^X+V+Fm+(9eimNP8V<m8k1mirrCVQ$zDHb6!Ex)0`hxU<%AKwh8~J
za~b46sTA%N_H!6bHj)%^d)`2*NWISdWjs?(f>w-n1xIo(M#gKdduCn|1rDIHF{@V5
za07o}D1%1cU~zS|M@Q3&)~!M&Ze=5HVm2%Phna=%hAs{*(gNM(FGl;H<c})(6r2<I
z<en?jR1DhJ7rfhlG4}SdI;OWV_S>m~O22jE)P6iO5dwi8hcOKJtR8wm8(NxFEX(ZQ
z0oG1~hCp}!mG?G*rEgI0;xImZmf7#{Q|O)NhrZv`%mu+K3X1+1*Ax7lsXvtDC3xI7
zD|VXZ_H2Cm3Idj@-p-$RXpp`j$}jXq;VVC!;Mpxa>58#?i4jc{m|1xof#B9E{q4Tt
z+St5h5b<K+lnSh>FW4}-P`t<hX8Ey_=`gXEO*$XS;PVe`=p=yogNp&uDE{_S<2h#^
zUsT(5$^`B66YRRno^_Y)bkLOsG!%$<+;B4f*q>HAT~019`obP|c16YwQ|Vw)EA=e{
zTq9D@jRE$WKx)vtEIUI}S_)h<zP*9k(sM>`c1bCh3#$!w0fD8R8=gLk=f6Cr^Dt;E
zR!DF0g1hf0Fh)^|-@ceW#o>CY8#|=lL%kiHS0|)<=h1@#k!$Qnk{~%itA(x`6SzQ5
zgFx31=s2J1Qz2cfJ|=6fMc+sgnAPyO;gP8i9^6xyg5&GYKabw_7e|->mo`4YK#k8&
z2QVpD<jw)FOdi&sPwMx+<A1@NxAny+EM82X9F2vR(6lY48@wUV4%-7^E&;S%yF@H8
z-feS`&E^cyDZbdb5m{-rKS3b1Q*d3~=4if3ZRV!Ha?AOYu=<+gM~M1nrV^piA=a1m
zsc!+1iT2e9)Db(L;bE*#RRyT}H9m4<!+@vQj@#xuH)K37D^{-Ng?v#WPi`m1i2GDT
z#k{;l`l1tKDlD-cu5`s@W%kDxl5XN;)-nWhIT>1jyC<rPQdHVG%1A#*z{C~O{#{==
z(0gb=q`%~-JdeN7lvLp&I_6OlUfLJ;+Q!o;qv8O=H%R99GD;z0ryzJPIG@ys<Ge~j
zNH6SYpPLC$<wJze+*Pf$pzL8ftyN;5d3tqEgXdI`>kb5qy^KxxDAnG~1@J9T@!(rv
zjhJR5MP;kna5T47`E#1G$507}wSLoA%8EtjXG@e~tdJI!^I4E-k83gnq=?LM@4KAg
zDs1zTA&3+c_$<)>>82?!Gix*ZCeYB`&aVSny~oR5H_9Z!kC06HtYu$!^@2cKl{nz=
z5G#ND)#tM!O%sU|N`dVT2~;`KxH6R-p2nAZt}pgIaWiw7>uLPX%!((<|Bp&=(vnr{
z&uDwBH?Y%{AREk$-Ajv%#^U<P_*X|FB{)&Qw3w_1QPz3r1q%R^v4NL&?eC%mn9=uD
zD*H;xnP)!FypfZcXeXmoE7?6?WA%C;P9>plyddfZ5x#%xe@7Xfi_%7(p&EUAns#)w
z2Uq5X(+{s+7!8L1F0v^a(z@(;CZjWMLvMFMHtOZZ!!Drprg;qe;DB{Y%K|npHv6?~
zQKlD^zALOPUj?XrR%FXoM=KTOJ$^}=UL3|8B3kgn8-0dSO+U_jdx&1SVOMpRAnpc8
zA?})-f1JNz+cRD=O{oD20F>!#&G4t<?s;^*113u9@Nb@prDoV|^iL_L@*pCKY`See
zd?51G(Bbttn!fTG&XEYcz&BoT*VqGFqqJWxC@>KCBYRYf)${Y6tuOyXnqUAlY@SfG
zp6~Qqf%kvOCPM8=!Na{;qNgCk<_DJbQlfNPV;qXcbkB`wdU$oXSTDyqKlqEqW8;RC
zNmFV$^WIga`z8`xN4AIu-!&3K&3+BIHnyXQSl!@TegVfi($_CGKHxFzGI^<%f8Flq
zqi+;44Tben4oRKHq646l2$~L^;z8C44B8KBkwq%W?|fnP4ZNA5AD0iaI}QULG`EID
z9Ro=TTA|x#v-TRqcn-A`c8gK3?oe{CHmOf&<P7Yze@h=W7gZLV3WX-l>TgxL(XSiQ
zyYHS!7M2r1$w2)gAXNAU82cpbb7GpJQU(EcEI>FaXQmrt$6+Vlq~WHp`(VH~T>Ow=
zq?JOj)z#SddHH;!ifIK28tL09iz>nYdC**5&Ouhqs9_-2HG=YWsRHrjXj*~F(N6wM
zc3GXiZm0N+aLgLHfO%%A)LP!qxbtTk6i4^rQaDt>Os_AV(HIAE=XN(|b-vHjl%KY}
zoV_|w=3r|hL+JG8Il`MJqCJGzyhiv|c<;D!RN6gx@H6-AoPd9!GK|8*Mv-S}+xp2k
zwk_TO;O$#zlFnCwk)b@{QMO=$9){(XrU|&H{|U{?Ykpt<%frj+#myAHW}OOlcs=9~
zIgWJ0n%t{R8JooMx#iKdNK0+dRcoOZ*a0RDeF$!;(%I*Ikx8A3-zhXL!qbj+w3`2F
z^^C9bVdgCj4&TtK?1?nZpZRv{>%{z9aDWbB8Od{O{c2vL@(I=^EG>K>pBVLmliW^5
zJTvJag&mMBsQ2q(dR(Sl#-q9QXr#At=?Y69qD2qTqks4yPubct0Q6P<?rBI`XgWRY
z-bnj}g)TQblf0(ehGGH@wS-MD9ctsimo*OSPyId6$B6_6>$CS=nUPNdcLIH6n7(MD
zK-yICO&vMeYhL!>;pGZ>P5r2?Q~^_?XRVmjt9E?Cp#FHYKF^9|aUXbzyI;P+NR_Kp
zCB-~>Ozn8}>-H?1M_bQ9B%u`DCvQ)>J!|oR5n+^)1@Bp?y4XOWqR?;aMN+39%7G4E
zD^%ECevRVb^K&DL6q&a{$$3Pb$WD3rOztf9icD|!7C7B5_Ed+hJ?*APFT@WjzGKh)
zAOYfP-v<skC#}D}4H)wCrM?7yvHGO7SNnpv;2j3lXJ}^1=u7+f`eT2<$FgxIlYYm9
zPf7@+_|v$cF4XLS<aNeq^)1~;{vcnGa(N=7(NFCf(|gMs(PWF!#JK2OD@dWTZ)=9m
zQ}0akt=Xt#-ED3^xhchlAG?E$`!^k?wiKwy{&*d>z=3B{gz|%V&Ft>4&ojl44<bk!
zEtnO&#$X#4t=C;nC(C$pXvy<(nH(ZD>NX>2X+h#_hZl~U)(zRENO?q~#=^qLFm4kq
zI_T2p=#Xf6T|ogn6<7Qq8rJIwg4hyo0x`K=W4iVE<t}C54nZg(rZkrO7Oh=aO_lJA
zwESlatV2~u{d((yBZ$AD@87vwe*Kr5$XzSCi<m8ARF^*EGF`~u-91?wo-3cs{`8LC
zeQ7&c*V(qW%%C=KQa}e>^r-#Zt6hZNbz^mHG?xg?R6ov=>yWbTc^@Zvu$zcd>yLb!
zE?(uKg0~O~ucm8^N<n%0&g^vI)PTdoh^m8vDAq1!zRcEM#e|Vk3ch(|_HKq!L^TR0
zy4xfA<a%Hm$aL7y>$>isS|T-`TgaT<u^+O`;f<&LOY&V8ch7YA%!!_vZ%_Nrk+%8Y
znnwAQT{23qE6E#H2x5*rJ2<FcInO@_nkNLBx<o7G?<h02U2gR-hp4*XA}W}{vJz73
z)D;ymC4lBpi+tN;mSc-K$-ZhMb{_rl8;qzW!n-Z5uEsYjY2t;Ig6vW9abL$6>bw~i
zdtVR0>Vt&`AcdsuSkkll$CP4PO!<P>vmm`c=dX$8_l_tMiR3>P;nIF;p&^ks^_|Ce
zJ0PR&;$pP!aHhIP&}d)X<dglR0kvT%hjOKva?kfyeB(-#jsY#4*Fw4+ivw9>9;v(8
zXXlJ++>|R7%l^ZkC8|mKwJ>m2<7JWxO|VUI*;A57Zg}sz5Tpwhqv0E-hH<<d(Y&M4
zwa?b<4-QWIM@sVTSHRP=YTPiimzQqA=DX?_ySz5oFjO|B>ptgzjwx_efLU#5b{K!d
zzb(!{z;AmdNzbT-<WSl5^y+qA6UewXmt=;Y?&oo-@0K)O#YJyfR@T+Gc4a_E`+%5}
zRq^5yIjnLMr{lh6+Ds}RLffVXtRMNN12IQTX(Bcaw_*Cgf{dK`)mDoy_ttQ^o>y0t
z+*|tmn)<NnLrbpbLPfN_R~##?zt{~T`9<_9WRBsz-rW-kDy2!$Pp{KTZ9uX-*MTq=
zl?<m=i@-#yx5quVHDupx%EJ~ZAbb0Pi>z$Rp#%0zk5`uNC{{BLOKznfl5J*ZMW4((
zaJY8wucL>Mn`f>AhwVmAPEIr2?flF)+%&=qj9A<DJTMv=Ml&8hsf+5X9^Kkl^YPdf
zsJfvM*YWvMs+Z&pvxcGnA5YB}oqwPG7YvnhFhV_hWSAk1uvNC;ro+a>(0rZS{Z_?F
zp@eJiK!bU&y6L8nJFVXP`z9viStfjU@;?pbF+oESm>+uLZ9Z$sFn5Enb8Q#|0S|uO
zZ;bJ6{xH6u`~5a=Q`1w00JGbuS_&<o>`B>?1NfoWQb-hjAI;{;q5fI6F8EF@?L#O|
zr{dvqFEGK^-{sUi?xTIGv)$@}`W;g|%aL>kRYa@J<nh;0an#XycRyzd+*^mO!lFKR
zT-($<=tOs(EG!TzQ76A@GAzq>msmeKZD92H)6b978TX_NeS;aMWE=^S?yl*Qkg=?3
z=~SpSiNB5n=K{=<&1B4Q8@O(5BnAnwQ>0^AxlZ$sh&5}pn#OaA*0oc`?<lTs=BTUu
z9#0@#BXU5ow4e7fUrrENnn`|zFWtre|D)<H!>U}nXkj{}QBq1;TBIbEF6l->3F+<*
zDJf}??glAo7NH>Bor*{*T?^LYyO-Pdob&zIKfErs@;uLd&lqFOF@+<)-oKi29NUyy
zzoj;A=P4dE^SD&~f%sF`dFE;4S9D~FdeK3IRiFbM_BTaimMG<av2;j&s(fU*)o4J`
z&FRO$b1j&|?KZK|kyNI~nNf9<*Pq(;sPT@s3|aVHOeX3BK+eXz*?n!YtBXT~q>Q7&
zd<{5;96+d3VLeJvqmp@^+E`djY1~}bPwlmee_-|G`!_?-d0w-ZJHL`{1-MLwAQC?Q
zPx;bf9oQd#U=8^S547t177kj;AK%`lm+URg&MO+TNAV`C5N_Dkxv~5ie)`()V0raw
z59ck>q|hx%6wA>p+1L-W^*{X<U%3j+?Hj(cTJ}Bx%)4`SYBv~R<~8m?sFVsCe>61c
z3Hj=Hca}Cpf<`T=+g9~`z)zDmzAiqBwadXbf9(3lC7N+0e6GM!zBDUuOf~u)sLO>n
z%;piwLOBO!toV7{g9JSkAVp_L{^m2Jn03`)9~;JHmJsh?E3F@e-N!lgL{4;9r8N<a
z$wqKbS1!Sj8$0DCND*7ICxTzNEQUXHl)OCK)5X+}`01Y+CTD_w6T0A;_mG7P!_7bE
zJ{c<F4}AeNY1ZC_$of~G^4}-%k^-zpJ_CE)1wpkWkV+1y7WL}B?^up5)6~Cn3|2T#
zs)aFS9$U7&w65;M(7HRW*^h(Xv$L+~t&Y`RnAETziypb&a6*2#j*|t?wb>uPBaW2Q
zl#nZmuzmqHQ?sm2>l>+~r1gbcz50E{`-8w)nul{A-fnQzryJ`UatY^3ira8aL$;{Y
zF#4u-g&906xNCSnW7#|xx@6FFxvRrS5$J6#9OJ|nr;%1C{9NPs1HcGw?G02`na`U-
zPAR1+o@jk80AFq8a;DN7$CN+?!+Bk^_QwQ+k)F}ucwh3G{Bzi$v%3toVwPWg^WWK{
z9eH!fj*7oI$r{}^j;+?csv@+qTw%b5kNH63LhGt?$d=aM^Pza)p{2D<V`3Zu@UQEg
z?w(-p4mX0%NzWxKqf7%}AE-Qt+E>Gy#N$r}uU-dYEq{C|r1*i)b^4>CThm-Ydtm)U
zab9H;Y39R5iWGbKF4A)~3e`5vnuT)Z`=h-ZV_(bZ1ZEowc`f9K+007oEoQ(vgZtZ>
zxvCtZaUb{qQC0uu7>x$HHre5MMwNy8Bma>4YeT$8&+f*?69XIRiE_K@_(JY9(9Hd3
zuc5ETQ6l~}J2HlyGWLy!hsWeR8ynk(i}iH&;~7_F@9Jh(5xcK0#7}w9vNUPq$=R!W
z8h}gZ{-HzVa0#2iVE<~+C^F+F_=e&pGx@xomx5cS@Oy;!W5|zyX1GumNLLsMr&>SW
zZo=o*5b;a=Y;^q*vFd{=jOM;L$jvuSbYFN!nFF%ynwsH$Gk`;H3>l(?cxG$6a`NkA
z0IpQ_*wxHNyr40_G%>$kxdo!zua+ST;F5yV?h#fsiz?@hul*-Cnfdh=)LwNamkDVZ
zSuNz<!DKhb8J9<$DxXI>Aab{R+e(y`6l{i)CqAS(7?Qxse7cr~c(duxEjY@N-$Fuq
zZr8M>q@n5A*<Y2oI~#Xw+dY0uzI^#|EIvC%mPpuH(z~<S)o^S)L(owak8ze;7}5%5
z(8Fp;nQNo=uycGZM{VR~8}y6I^vDyu3o(L~n@btrfzLTNnJy0qW4apKgHAADHjg!4
zh9qV51)O#|Zo%h_<)qNX+kNkML3<ZNW{(zEGbbD_=)zTbmZl3p(GB4zCPyJwKR-`I
z3P*36@kx=g2u(T_*46B2fuyC$Gg7ckzptfmN=7;c3ZtY>+?1_vQ;6(|eqURkL(9X%
zj?_fLr6!NxZ&RMzV_hpg4kIaWZXzn<^0I7$xdSMB3@hrfgYcef*u%~MGKw3HNSQER
zgm&F3>L}x>eE6)$v6pc3zFus2!Rx$jlbQMDgDYbo65X1!q*XME<G9DbL=EUMky!#|
z5J7PC=NmV;{#3|zkHxPF+MJb}NGGp&E6rVe6RU3VH+rpdwAM8iA@|3c^PB6ob`zb}
zFWQM}-1?wF@$;rXE_ofs5CdgXfBTG+CBOI!`cv{;JO*M-h<ByTk*D=D4@@-%FO#0}
z&gAHf*Q}UqNW)=6U02i7k^Sg*0d9mK;(pD|;j+RrS56%JgPT(P-3>Jb(9W)C%=+Zx
z4v2w^N#dSDxs>@OQJQ3jKNEG7c-e4WI-&9o(YjsO)wRsI$Bt+7tfeMNxy@aW9W2<W
z8!oUx+l(yHMc{R8+kMT@-J2zTp1=>PKW*nT3t<5ESOOd$>Lh&NbprowRX*ytodk-g
zoZI2wPQn~c@2h<}p$2z!A2<%sh1lLCf#z=RGl~7%CBFo>ca-4z4NZNZ`>^A&RM%D@
zJz%4pr^2%bj4_A87#Y<yEXujW0$cb({{)=7M*8gi$^DX1mm!(<0)qjVlmhVJjPV8N
zCcpJ^IQ2&(+N2^$F(9+{aez<@r1>0G<QWHQG~V7qRp}qZvezEkSd>NN?YjR@3!tp)
z{xH~}XYgE)980CBEj9a^;%J{6dHs(3sL5labsX8O^sF*v#MXe2tzp4vrGipslUquj
zH(m0*j&AA?OoFwHW>bBoYBCA0BbBNe*3scpk}UIE3v*Je>+{O65qk~74<9-N8_Uk!
z_iCdOkHe(rA3lidYFwtkFw!w<hZ+ppGEc_dh9qpw&O!ZdI(1|C$6&sz{S^`S*eO*_
z{bc=zz?g^yB2E5t`mjnc=Z!K|jX&{m+!mm&oSgVJIdi8q>(DzMnwgT8)^@P4WS1=>
zfKwv1P|cCOBkFV}(%rm{e0z!+eBA63s9cZl!8V-n)7+AWSdNZ-wvLiFv&4oQUu>!v
zcttGFUpwtga`9<zH$OFaq0Nsh&{HlQ*Ii@>2Dw0%Nc=^4{v@;yPFUc4P82S!YxE#|
z$O^qFb7o!z%lK)O10%MAyaNxb%PG#2+gdXQMCJ_?69~Bu)5{;G3nkCQXL!_d7nfg;
z%eeg;wBtDc<PxM&#vPGYU*4VgsBU{89?4d9aPH8La22*kE#T2OllNtpkW_~Ln4EB~
zW%aIGsk_IsSk|oH+a>NnB;xl<9s5|JA%wR2I2;BT8Qw~ErQ?G_BSbmpWGk9F_50K2
z>7~cUqFj5`bp8Qb1WuV95Sg0_q7O}hBnf=hbQ+B(I-lgozn6VXWW>)(4u&N%LWDuE
zhSC$hPJ1zw2-YNLt5`VVLWyF^RJp!Im@>u*Vk}~(YsjJ<&JV5NYx!ge>u7!f;K0>&
zYSq7CAp=G)EnseV;NkUot;XbuK}If`idbdWns)dRXKwf8qw^$wBYP_U^2)_08@rdt
zV(YW;y3K?ctC7<6G#{FRtxuZzV_Enjlx(woLJY{pj1138`{EFlUCzzEXTehCX!@U;
zIRnwl`NJ=7*BXdaV*6}l3JoUmC3#h%b}FpoNjGZjr)x=*K*}iWkcLVA2%@8sc1tmL
z1FM_vNe3@7@-Sg-5*q>KYoki6GFjWZ#ux*#t=yl?LH#xab^>wP0Ji0hO4d8W1uQ-h
zkp(evOc%%QPEcXTE0E@04orfsLZHxPiQt@JXX!V4g(l=|)9R*JUQk&5aq%MgvyVPB
zIgEMAAnS*0Fmi!IJfl|)oN%&-SjnjINRGT$_3t|7e|P(P3T$rYE{D;I`H_L<iLa^#
zOQE0USjAzeUkhUAk0)ipUbkpxMdZf*@MG3IIIippU_aHRl|Buv+GhiQm~?GG(}z}Y
z2<9^Tf+f>F%niN{A7TXrnBnkbT84u0eDC!0Z|Svo(mrOjQiwX!fRPm|#k<*lx{f%O
z@kjT*>TrPNw$zUJlk$#^jxSNml$Gzo5)#2jX{W`wB|ACwgX5HM`)+JMmyrs{NqQdv
z95d|dpE#3F|2*B`{|bx-)VX>mg)q>Oqr!(Y?2NYiQcKuYmh{4?IcHh#yInmI1H#YF
zmpQs7hM(C;I`T-WYdQON)tjE20ODE$)WRjd7=}P0q^!QmYznVm0ug~_Qo9b_^db@J
zgA+D17B@-?zRg(N!v?M)2_O!V4IkpIv_UaN{h(zi;h&Hz@h#Cy=dWu`P1H3k@~k}m
z<&oXtOdVxxmM?NT>5BK_iAo;a((SUd>Xt!dUf0kQH#O(SlZ}DgA(OlVw!5&IQ}H95
z?w)vMH|jy5n)evp8UCJ(4N0I%%;I2bo4g)&m1oVN#Rv+#<35zO_l^ocClNtBlR^kl
z!Lifa9LEkW6ZQ{c<a!{$_ynRhf78R@p7lzEed$pD8BcQPgP>wbi-zxd`AYJ(0#uxC
z*ye-`!JkgR=z?K*16r9L>PTEgH32R%p5a+_)VCn7t-oQs2Af)h%i!=g2VgMwRfp!*
zj|oE($m2}39N+qT8fJfD)i}AS-IqAwO-d;29$sf1aZPeo_?wTmTs{IC7W67qXT~~^
zOvvYv(dUbbph`lKdM@doEJTE4ssY0wn{hcSt~f9FI~zD618i^d>mL+zMa0df%Ogr-
zM9&sFq6AE)$_ZGTR3hN=E9r-?$=>u=MV~l+sSP+t$qKAvR4~=y<xT(gKMzh@NyJ3D
z@O(|M?I<M(W!+!A^A6|t_Sxr<GVcgF#5d%WC+3POs|BKeSm^`Q0RmHeZF}`wSHqpq
zh-uen$E?im8E9jom-|AJilqgG1;tA{JT(1V<5JRr>!iLY%1A8e<T8>#8%pQ&+If`U
zV#pS=G(=wBKs0enAtaK@|FPP9O_#@s=!c(OOpg?VdL;o8+-*N$jmD&6HYanPqRjkc
zNX23aK~T$xLJ?M1ll(nk1ef>l^P3%wi)1@k941l(&Z>XXkc7sT^Y;?|l-^z|nQ;jW
z#(OJs5;O|4FWg8(Qmg?L<ibqVhdbb>mg+MwE0W?qqr0OQrI0+2ivL1TPy(1P6AqZ{
zz46cX`M^S~Wa_5_lVnOjsGJ{EZYdaV(z|wZgsw1tQPY<tDINnCS4XD2a)Rjt@>Qt%
zy8@s=h{a9ej0cPf$-g-Pq@XXoD7`GIY_*qmf?j2IuknT8sORS%WE0ocNY6dj-<`y-
zw&r8tx4$%?=6rkbfagdfzfzvU3!7ZRXou|^YY95yOc>4?n3P)q!+DL*W1v~c1h`Db
zDwil?77QD$G$;=`N{yRRURldZ;x0&$Zknd1!2&Qv%?x1^r9IIwHlQ_o3><zYs^`#z
zDPyi%g9LjBkzz1r#^Z$!1gdHXS00$l-1;ds{(}^;kO;;7DF@4ZSjZhqd!#H_0#P_d
z%4#9kea~gYEPK_ns4{fmb?pEL^_{|Z^?7O_rX>V`&$+fF!wQh}vKN5#v7RXAi<7e=
z%&|0^%z8!(hl>sLs|v~&*rdxrAMx5!-UxWKzkKkEBI|E-d<Y^0DR6n*c0%E=-rHyK
zMN}bC*+aZ-)q}b_#8XRCTG~6r-#`()El0_w^qp@<NVg9ZU<D+{+V2q66B1HB4S;Gd
zPF#}hmWs^ypD8j2&*vn=MyLr;k&O3qCF#rIW=8hz_1pPdoFmAN@S+KA4v!xhT1Mvf
zlRP|u`u<`fDb-~PK;$d!#KJYHz0Eyr+`ha&>|XK3oH3iti$zcY(6G>t$Smz#@{Kd8
zk87zPxaH8>Mt{9uaA~~{TDuYzr!@=7BT7Xy9<9$Yh7V&Y)_84<l1)IB3G(Ih6X@Tr
z1$6zqtY-LOKze25-6<L@WsX5YLbA|gJD*r<!S1C6mN+lAkqAUE>~Bx4ZVY#CHP6h?
zJ0j1mVk7PR(WPzGH2n1o-KyHi4?U8y>Zzogxb}Sis<*FV^`)S-sgK_0t_p=*VdbK_
zrRbbTO-at6PkFWS3qF?Xx(OKBSrR6Y!Gv|p=nu3~i7q|kK){LXdXVH6`KGkKxCJu(
z5bqrk*-FZ6uUbY7BSK%N-|!P2$BERCHZyO?q4oJM=z`iK-!W1AYSUfhQ(<x2gvA5u
zr+*w3(%aRYp5|JB>gyA-nxDi|f1)GuhRpogBLh!3f^;{3p~7MUj~eOTa>*|#kxd#<
zWG2R<7AfgiYhT?c<Teojiv<Rxf<`fryjoSkYGqwRPP@R{XH(yHjwN+JtnC0x)1k(d
z^`Zpp9;20F@w}oIRgGVvKjZYDy0dNmeZYnxTW}=77y$1N_!yvh+6=hwrDU*-RFnKU
zJPSuN`VDHHndB$koEq%FtpMO+%45Jx(MkRD+ME3PdSVs?G8u4H;VirA?`Fs_r08WN
zHw0Q)z>QSbY7HnV_v)i)RUuo-&CX$l2ZeJ2KtR!}S|kuCauFwxu+<6qILK$;a$Ep4
zV#rc9_^E`ZiHQNa-6AH^(YV}EgwoR?2_H|x>PBG$aJ5>V)N)bq9mrlYJlh?cOjAU7
zJHUQnr>MihuuSHHw^lY7CLF;cj0a6w#_)d?-xujkZkAAa=Gk`D1a~}@a?d8)8qUp^
z`Wo)P_iRzgf?3y}CebS#t!v^X>+FG<i`Bri4KYWWm350MpE4&fc~lJ)&isiRRpxFy
z2@3y|5Lg#w@m=qxvB&K(x*l%tNT5cgL!tJUsDEaRZfda*`UqWiDT|LuF`T2N&Y>U{
zKjp+q(bnGwD{d6}d1AodqQ64|!1q#KWPre#OI|<~=2GO5G=Yd9GoUFQ!5XYc;wGIE
zQCB`{03eQS&G#_-I$?z%0c_>-eVu#Ypgnk9$7P|r+E_BhvkhxAu&rzD@#zs)RGlhU
zo_e%41!``Ce<lX+CJ-ZmyDz~Kof+@*I(arN=DN*b+dIc*u%1>;|2>}jp65+c!6%>6
zmJS0RE2CtI1Fe!)caV#J`l02^gA(wYon@c;B=rhz3bt28FmaCzC!|T%R3p`r8(F>Q
z8`vsy-}cOVqp{L6>Iasx#uLUXkp#ElLWvVC)HPv%h;~9}C4Yh2k;olzMcP6g)|vdr
zW8v77wzW8q|AX_pLTBZXa?CplHq9@<fusJPlnM>3r620Z#sL0@zn+;oyz+<ji$%9l
zb*z-qu<hGaZtdWUk-JOl#AH))sLqtf<nxkDJ;4RV^9r+jXWDFgGBQ=*<2Mb1Z7J87
zZtP*o<|iFc13B#YCVkMj7I5W<CheKw4I*YD=4Q#ye(@DnE*AlMnpcDAUW&fw!JEGj
zh2bYmcLY4)g^Fv$05+yL-4^qzm&E|i=KQ~dVD4NOg)NOatIF&hL&fI%TVW9@Leq9}
zXPkq#*|CA*rknZ1U?VfGPkZOylxrJ~5i$uS$fslb9t9=J{*HK{OUFKo8)vIE($s!G
zq!CIJ7*k>3<eb2=st^XuVwW)%ybVMiCaS1|`jK6MIjJ5&lpz4HOpq)dfK*ivP=&7m
zz(@D~1Nylm063s~JMflFKG*ZE9^aSLkJ1Dk_Pgw%$kea8#PswyA9J@?OQbD%L`0&W
zz8&L$F8vzKR9Ao0?#sDQxCU0@b!0C~@1I&8F!Ib)cXj!QeR95R3OpcndyE=XqXX7$
zsvBUVvD`EIs*(7_gmS_rFiG~u6H`lRf3fybR@;gTQyb&z`+5437Ax!5&JM4{Si7P;
z;ltXsx+b>y$7w6;&%nw~R`x_S0+AHXepsg#9r@P-NkGpkfuSA!a!^Ee>bnF!)hZd;
z{j@oF(`>dL{HFt>#?Yn{K~VJRZyaZS9kT<$r6;?P8=bM%^}99Q10>Nf?98cUL{LGT
zoccU3QR5xrNO{yrs|SUJh0$GebIg!#V&MuJHdlVZzE+!*t7j*YOT~5rffxsIws%*G
z5T7zTqu7W-k+XWJrD+8OBsuLsSL0ljO4v)vj7~I0^ut_^fGMMb$?cxZzG+2Uxp!tX
zG4F3gB*w6XQ{0`-inGjd6T^UAY2fzr2W-n_Ce+L<*yp(S`Y8>NFE2F`Aw&_Y{Y0-8
ziQU;m2pE&f)n|)FTy8`tQGWG<4B>UVrH$xgLopA(_^Wn)O#6R9hFMta2zX>)fM3Q8
z7zI}_BMBfWG@VbAQLsG)DSC{yKNEplad3GZq@Nhns>_*#-*yj5?d@k5cYlWHofW5{
zXAdnDE6ds9Enz#3&PnP%598w`_uoB3GVYQsOI&#-@&@GEWZJ*J85S>i;Zu^JZNmhh
z+E*Vi=7EQx0Brq>o$8iVJiuikwG3)?2I<%}ohG&VvJNal<J0za-bvtEm3xgqxuoJf
z^2<L8HcV+Go`QVIyupFYHdj`=jip>q-W845B3l1Rn)Th0q2uG)OLF(Ktz%jg^&Xjc
zPG4ll(WXEu?03>+FWZ*L$tOn*Lc^O8ZK~XJLblUtv$sgWB{t_tS$zTEit|tBv-ZCw
zO`dOls>RH*t4EZDL^?B&kcj@3zW(SDI830W$@~~^%1i}N4>k{}5Tf$YgR|_;J<{$!
z8VFf?Be4RRzABzt@8ytgbqxmsDgF+SgYIf)wYmQbA}r*`@KTbvIRQbnJg+;@^wj_J
zVCUdC`=vlfs%d<<+GR9gQ=cr4R4c)BlaWop2_0~F0cbWrTP2CnmK%DKZD<_keITo;
z2UQcoVOhH)+OR;~>9R?`-y{+4gAQtT(`lPH$b+P~>n#OO0~J#>0n3kIOG<U+@%#Ei
zDZtYXe^^PMeP#A(-0SO??<h6`Wwp8B{_D_rn=t#2zeQGwpw9Ikmqow>Gj@qDbZt2i
zu)&X~hl^M&?ZQ*MjN3Al=z_;Y@4&t{Z%O+58wr1HI(j9=04yk6QL(W`CzO!E?GM2y
zfzHkguGSUpCxdB51Ksd&wzVf^nTakNpX15e-hXwtldj;Z=K_143SUTr!@xDpW%`I2
zi~55__Cwvn_p@5RU;GzwhJK?D=~ULHxqYGAPXJIt^^f#js^m5*t1_)Sj;C}x(lT>k
zfE?^NdX@;Lp$I!l68WEKl|;pb-@D!U-hOoZ*7JLpNalBUk$Rsjh`)(Qz}b<}j+LpL
zkbyCM!k1#}bG1d#Q6>?E{RLrwCJ@o=<KSFSX&UeE9=scM=x&a$m3RzlqaR!rgXYAm
z{`ZF@K*8Ys>9j{u_fz`hUjA*;N-&u8qE8fgo20OzL04tQZ%(?6mOUf{<;9!@9;u0w
z;pSo>AODt(%NPT8@Fhj}N%Z5vZr|(nLcTpTYD$)|U0uu!RFLM|tY0$0;f01r(7T3*
z>;4<~e(*K?nbg*lzyRhd@fRUgpol^#I4(K?H|hb{q*D-s>!tkxQU9DgqKId314}8F
zOU(H7PY95<jnzy{KHqD(W{B?M<0JX9)951~oL?_$)k2~NshrR*s#-^%S=ZQME1Qtc
z9`XV~seUHxy~a70I)KC2z;el#=Lgam{JCI=K%~|B*_0Z^mbrg5l)U!^=#g;&c+qb;
zBO%wIsUL@6^IUG3su638JJuUoKrOd6+jS3dlKi~(4YqPcL`vX`VO1|(#J~J*jP8v^
z1Im=t|AbcwGMrfw@n5o_UaW@~zlC*@is$dJgP_y~JGXor9Quf;1MChr5Gmv22kH&7
zT(D|@&`Ni1K+`9FweL(xpuT7TmpMA7FTg`NAB;Vie6F=Dt*-)$^sFuFftJb~jjDK-
zV~3o-8^orbPZIBnHVRvQ9>z_5=(s=+4_XKbXi_^iE9G6aCyl8GcR?%m3jB+eim#g+
z+G`_!o^w$l^-hDT!<^?oO{c!r(T@67lRz3yaWi?9p(Y<1)lCl6ClhtySXZfQ1r%qX
zrOm79Fy9JGZii+Ddx{w^P_DsD0K-P|8H253gOTvQ+rY^aEoLT)LAqyAigSGYv_0Sj
zgw5dhpwqS?1NplS_#jJXm3{Q!W`vW2x6O4A^gbP2TB&VrRsAS?U{=o@C4FzcmXyt5
zl8{HRrpwsnKC;oYaV?y}%#Jx`*HjBsS{$+<U{h9tn!Kt4JBTilr4>1)?Aw2RvAO!+
zey!N>bGPxEPdu~bZ-YOW_``llz&0cLnwgRm+%AC$BRIh0Ysb&>>Yh`dP&T7_27cxl
zf7wsp8om4njcsm6H(G%oTg3z46@2^WywE92)FmC~TZ_4(>>)-@`)|Uemcffkd;8De
zyl)eqyfb_H8q{ahmHBU&C}Nj-C(~L_=a6zJ|Iys<Gx^YZR95tX;TqCL)y7j?eK6a+
zwFD*$zhp7hyZV4LN!t5Ys+S;x?mHur;w{p=tEWJksIbu#TA$mx`JKsRubnr7y<u-v
znVfC-X~g}jp9H~sc-Q`GdwAU}fyq7r1=c+ZmqSfKtNA9J%%C^}XQVn$*Xcz`Yd=nW
zrmui4h^Yzsi=#;9)L^CpNo~49m6~*lo=QrHaYtTe?g?KpJjV`f@?0vj1&qyPr3tmx
z3gaUzM^3fghdlM_IzPU&QJ#;tf=PgT04+xy#8L(XgXDijXno#Ju~KAgg(upP8)=!L
z7IU8?QkqIxtw|Gw9>jJqjj52^USOjJ4`fRt8PucQ++W;!I-QTs{YcKQy~TOO2eVhS
zLy}b8@PN81bu4!LaqVj3$3kvbjajq>v{F(SYFmn=j53f4yy4__u+1x&30vZAK7j^f
zpT}vLQ%h-vs95yUF<7Xv?98xw+cViF#4x74W4DUJf6-juVD?m4N7C{MF&2BR5xda1
z<UGK6SULZbk8!XrOfwi9E`HW7RjfaQCe@#d&?*=AIvmy0X?YAUDQbBe)o(M|UwsV5
z45+zd9qIqwjmmxW<uNC)r2DmL^}&u$d$`}}>kn+imuH~}T%7E7QdFVh%B#2Da@SSh
zdXwl5_@LR(ySfoy<t4>K!Ht$xQV?Efnn~W(iwc`@&@dSWH#dqAt;ZGgYF1#uefC35
z$dm9YTLheD|E7#X1fX#e>xu6F3h5X5Ic7t)tM>LzI=X;(n^*xJx{!)mPhF(uK$pR^
z`%#R>ySfA^tE)Pt@T{WF_ZS<&CP;^{!yu{7h7jTik@FUU+Yss@tH)p+Z8(sWQw$TT
zGCmO~4DjUASK`fh5H_@gzKY5kY6CV&NdR7%GSNY}DTGU`vFf~O?@{iH7jkU%;pV)L
z?*Y^KV%fcS;Ie8!49dI!+ANqjPWiUq^25)ZVvCXR!gOpvIe`e83hX%k&-?yQsPS?@
zv3}yzhz{sjA?M@4iN!1~V=<$>v@vWF%DU`wCZt(?*ay&u8{hBbMaKBpIS-Y^)@mRM
zV&aprB}^=<6l}w?P4npS!}%RK3_OpMqFN(&7RHX#D33r9){&Gs^}4Kz?jvx*aB=eX
zK>l9lv#l2gnUM$F(o&eUDf~SmD1xP!Xosg(QKNV%L$+^wpTvxF?C9Z<w5tON6O!I0
z`)oOJ65wK3IgR-r(bv;ONWluIi73*hccstqsJ~>5rL3=g-Tw8->7wf7)Jxc%<{2wd
zJhG!GC!)3~fw?s2DP{CI^o`;1gYyHMS;xIC%>}$!kRTje=opu9v_7==29o6?8an6^
zn1l}i9#4TxyqB{y0G)k!{p5h)yGpk0)cwom07T()Adu%yGT^)gEb>Xe!$}pH!w?p`
z)9?T89Ybn?)Uxbq{PI{(HyOlP{#a&AumCi>b(*8n+-hA0^NAz98aIZ-CvVF*SRU>T
zZ8R<uDwVm@i98hu4QJ~zwi)HP@#V`4a9yo<Pn;~|jmHD}4t*h{ccsBoY_Pq2i(>$>
zJXo(}CL-FZs)`{~jU34Xc*f<5Yy8zV5OyG8pSQoqn=L<B0d#vL6pD9<qT^l!(?Nib
zeJgWXVJF00?gClihQS1I)KA+=-CuQsCO5l_H@h<eF%#bhZf=$a@i*@pz9p?+T`#H&
zTbxm#*QO#!Y(gjlq@8$YBU>Qn3>5yYT{XDHA^6_OAcb)D!Z`UP681_8fr@k#T(DR)
z$;kfuPS2{u&feYJ*eB+_){MmjsONwU$CvMl=)+nfqAC|C`|J6(3YM=kVAR+{!VAZz
z_9`nXB1<|cn^iyFCcADnczI%m<{3O4hSQK{VOj&N<bgK-;2b6w3W!@I_iEj@<C`R~
z5%w4QYVthLDRo^;-G*Ql`c4nE&+xd2seosssvEQL$6FDt?XiX2c-2Kz3oQ>@wjG02
z{b=>>RL*m$C8|w~v~Iz;Hd0=_daf`>Ubz9Rh-JV;gZb^iY)BN+1gO210E~fy8|7d}
zhw}mG0z@nV9UD0S_~AuAXvWP+zpFL(s&6vwW5sGwmq&pvM7T`oC62^8bRkMa_cz{N
z?z6F&@^w0?IY0#WtLfusF+KkZvJfJ{{3}Vmq5;tN@U#7=MO+u%<CKQ(FtATRR{)5+
z<Zr5{3!kPNsZmiN1BHnS%)9((&rutcm5Sh>xl&MROPfdKimUjhQ>Y3H*>nmrYhe`w
z*y;t;g_^yN5b-;rrFRyYaBBI10&DLaaMVRnHnlh;#e3Q5n9L1S{Hi5<j90!^U_{o?
z9gsx$jNdUGsW&V!(_h(>z8hjRN*nZHM81>ldFh)RUZlhTObLko)g|)0lrlS`f+_R9
zpFQ_L*s}%f$Ke%wcLH2e!Sk-@q^|{`vM5g#6C}}raUy1UVy5)dQO9VJ*RJBA<66gD
ze_qL}_|zNTD^5~omLYosG%}hQ%tQOgrF3ex!9?kdJdd#eF<e|?C-Be!4fq~z;t$?}
z3S|xy+?)t{jZ$fj&YQL$ym~7#zh67lxl*DDfKg(z1bNlA(yPx*1py_6{Hw9CbDu?<
ztHIDdHBZy!*B{|J{gB(+r*_CYou+`mTyjAtZQDRV(<}vREk6P;>zcj$pap~_X9^K?
z(aUEWw!gbCB`~sljbU#?@0aJ6R>}99#9{QxADN4+Zk!yTSoZE2$%~*Fp;}RRv>z0;
z=jQXajs1t?@y*l!_0})~ej`b@*$F5>F?UBtXgC4tDe=T3L>&%Jm|-Ln&$qF><eo@?
z#2%-${%a9}5x;(ea1G)Av;d%8z^2xu^|xl{lmW=tu3l_+<~UNqv-9(2zXz-)DHn!7
zT;_<Y{8(aU)xK$OT&e%l9&<PIRaqZVIv<?$Xq*<U3x>b3;~8W{%Hje;EziB%CMcna
zm;Q*xBF1oxRx@&pLc!_bq1>sIG40UjWBhY2&K!+dwQc$wfR?t)piV4cG{g2z$gKHj
z68ZWKS3yTtM)pu6SjL(fgQ`geG=%TL+?n_M&S^J$i+T!32iaDl!N(b&5KY7gScF2v
zi8%NP=wCOFCDWcuQ$`MKVueXY!<(nz_%zxCDc%n4cmiqc^SrKU%0qG{fBaZCo7brD
z>B!XssSkiMqH3o_(ZbW|p%a>=z)fa7VLUQ-0G`klm+1zRJ&o%|@yurDRnyF7QexW)
zaZC1IDQkGN7aH?rvp6G}slZH16nxDJeHLg#2Sotxfdkl8EeO=dgKavC@s$Ycj<SW$
z%KBr(!fx<gPUlc^Y!H{V{0r}m;fc8N2|SLse%Zc&DE%#(;Lr!krw501yF84eOAi;z
zIRrseihZ*@{B=Zs2PHC+_3qcUcf{ia3T0K*&EhoD2s)47OJN^Ber()N8f26d12CmW
zXiQhf5j~GHaR2*Q{d_tuX8jK-Xgl2(>zWoz;Vb4;=gnnztK>Xd%&Y6kVSw))$VHKj
zv$<P1#zH7S-rflw4bq~J;4Mi+3@-c@;Dd^`@Z?{JyD!jwxghO9=STexpOZUm@sZOU
z45QWnJ;}UNAda$$GBvk0xJIq12Irr~C(H?trHK*2`F%|6jR=C3)>cP}&yyl}{Ap1`
zPz?`K@;LxpBa+m`^}m95>*B&LlmTvx<hgpyjEj*^5INAo3<HIMH?C8X*OR0Uco^z)
zFG|+xsal$$NQ6eI+2U`MmUaWSr0lxM^S&Z@V9L~Jq4*#!LW9NNsh2+34K=9|O3b1f
zLRJhloB<79@i|&}Q0aQDYTkhlgPi7gp9oos{GSqPqAV>YTOm(<7z!{OpaiYdP`LS7
z@i2~7)nqMcv<;CPTlAOv<o9EY=uas>Y7u~C3RQ_g-~>xq0Fw?HEKme*Unz~c@d3+<
zElW28*zJHpF6L*8vFN0b3g$&<w~YTD9WQVxLv*<ul2gUF0uMzEoA-2MDt2FQj6lGW
zNG;Un0FKS(zDc1t{Oc6jno5vdqILR6&zp3|P@cRf#btA7Fzfb|z`f%BxqW?0rZFxk
zlA62C{^sQ@U}fIW1S%{kF(>tcIcvbpyhs#jeJkrVQk;xXRW;cUuklGP0x@NXMjCW0
zxJSVQg$^vGw0t2bO8mji0j$7lQ>64MGbjbU0wZ<`p7IC-)s~Q;0m#hoLUkwOFkYwB
zZw^-9V~fm@L8MM7Mnge9J3GrOEyV<@>#)#fmhkTbbKj#fpR%f=PU^UOsBXtzn<CG7
z!9u`gSP=VZ#CFaj3Hm4J17>Aak$|dZDiB?CAUW2v`DxLGVxfD@U6dn8GkkbTO7XW|
z-4QOFem%ljc3Aro^v0YDrM!%qW&}|nP76Ub$UNHdMnhCILPPMi&5c9<B6YikHAeow
zrMW*S1FD0BKw&4}j%4E(d=}VHrOKmhb62i&NX_vOs~wWI>ww2eeY86Vyqffb8Ya-y
zocDHjd!CMqhQi?iXP1|S;Gx8G3HbT>t?cc;=7{-z@;o$d{QQ};Z6=H2+|$Cy26}Vj
ze0B6%^mOFu&frA;!1n3u%Rj3NK!-05KaTI)KHVx7pfB*lp$3j<-pvn9&n)bacdlzT
zFzvd>?m7<M>!STV*ml-c#G(=uiWUrN2I%ifXXoOx6VWHjgkbP}Xne<r`A^oP6Tu*(
zK+W`RZj?k38!(bk;|YL&<(TEy17KD2WNIlTYdH$(gZS3q9<A-i^@s&5JbSUy1~$V^
zDs|H!uc9GIg~YjYimvTRf$>Euq>!ZN`q=^JYR*_#vL9SQ7Tg<BQZxM3|FgrOc@30C
zEh*a!yTXa5w27JLRuo;98$T*-Y{B#>4xmYip8?OarKP1${x=>6>k!%q0$N!*!fvo9
zwa)j_0jWEILGI{kGv36|^XIn&6y0p<LU>J;(o66oUH&%{b93PXw1J{#c?Ww-eGvqk
z334<q+}-(UynhmbcfPOlkVyT}7gS`9vkH@zW4ou%%MPjoQGWpg6h{bInK9%bF%7Ic
z6%m-}-r88+DzIokJ_nf8CJ?BF#k{`d+-Np=Y=;LF1r_*;m7v(_-TWjG$=J>{L3<9E
z?&`{+ji1LxzOy0G@c}(DFL}9vbL2ZxaMI!+jcs1^k11b_saOb?uOTf^0p1wkSbvWY
zNRp#XIKoW1)S7p8;Pecs>BFOhQ;ttLGib*P5)z-&1&R4yn67vE&-V(biXNjS4l;sS
z52u}pM^wUYSpNS0M>jC9A5knwMQu7pu+}#ePpxLwQ{2lD=5Ydc3qjyLpdwxTS@o?3
zomOkv=T6^CuIuYiOafz^La-!K=IF|K(nreee>{r8#d424?f`cMt*a1p3XL&)pkH-g
z7n7pzG`?6in^Z$Iu_AN|%rxQ1-A~u(n9dwIJV=K|k`JO&6CVK+os%LF8L8*bc`#D)
zc~=`}QXba=f`Jn69cU9GpqaKacU|(`yQ#4`IXknUgrEU2IdSq=kt8q5Y1KwJ1uq0>
z?}%RH8M=VmgD}vI28}8^;^u_oJ*;t0S?cr^ybX|`@#TPhCCnX<7@+aR1#e(pmWoE)
zk9@h=QPA(xNEw8EU&HfgqsR6|6XId-#T!YuG&D7x8!U_*UY6pe{a%MaSm6#)ky`KK
zD&o7`1o*m}JgVbnS;@ulaUmsLT_q$|uq2B#pe7;9MuN1*Za#VsEN9(j7ap5#6iezR
z@E#H0t?`!CvIb8(Xc}|xCcpSK=c^CvRq{m$N%R)(t-c`xg9{(qke*N2*MD~3;!h?S
z6x!$+^!C7RYKhj|>yZR<`!<*6xLLhdh(=N&d<g46OULxDR)#3(I*c5?xk7RqZ;~a&
zN~sHPZ36KL4}^7u6h3u!dOGy7>#}oRlE2;au%A2dTItHKizM)KQxl0?JWVI*&)vgA
zLAU1v|9cTHfSDizQV=R8{>DVURCI`W#+9Eq;_zVNQ|X;_=H$>w-K`Q6mES{{D|(CI
zO%xxvzfP;qCP2Q}T3_<Oku}jt6?O)aaeX{<(evht+U$p@zgWPfxVL{^de5lmjcnxr
z9YRT0p_nosk0ty3gEteg!dV<>*LwhPgis^+>?5f*1vKfsiq1=#@nejOdIsJ^{R^N8
z0)SHHOPD1xaiW_O0HuE=dPgB<6ifKQa)c>2^67jOPyN!6>%L-&+x0siVv##ImN@Lp
z_UbO65KifUx{+%#Q7gor(19Ng^0ooQAQBfa1_pEIh1j(ij*Jes86e&sEH|r8Q#QT%
zdoOl(cl95z`d)pH_!@tF)JIT?mwJAAx!HN>?>N^)L_}ghPyFI)G-+sGEDS#dy)-B(
zVs^g0qkB%Zx}~b!1VQ)Pa#DpjJTq6Tbd=mneqV5`2>>PZMjp(L>m*6tx`n8>8t#+C
zu_5g?Obm42I%H8EO=d6SrtC`dhDU>0Ok%dp9VMgc^OW~(@9<xa?(5-EtbPEN<TbLL
zI5Zad4oT3ZC|Bt0i?6R=<6~9i-Un5}Zv~0atW7NC;b$TO(Gn6@_r#B4)4+H_1Yt~B
zV1FkY_D1OXtr+}vgZ;oOt@8g?0$70fEA+p)$cI4gmLw#OzuZ?eDsz}wTx@0CaQ*p>
z2n1M@q<`;a&;}(4Tqlmo=Zo3|61O}ahijcb_va(#A|v0wygIXHWZ3ge_H8B;((*XC
zdCpPQ6)-H`-Eiw{#Z2{e@b!63k`ba}SMA@rKxwiENM_<h7FQRFG@b`CpKxwPbgET_
z4g~4hfiC2e!Y`(0`o=#RPwAVD89iMvS;(uJ+7JZ<ct=CKp9;$j#3saeddzB5@LpEj
zT{?b0)-h=UHE$qNWZiIH@k^XO{4RIs%<I=%Oe&Mdsljyn|Ie&X_D=ZDmfQbt(&zq1
z(UL78rJ(ox;MYP)QU(e-#Y&KVBM2a?kG_CB`e4Qz#7|P#>1MoyL%MT_EX+thtqpc_
zSqOp9R##Um(QrS^Xse+X^>R{AkBcnRd*=f*XiLLGYEx@9X8iI-(xQQA2-$Z0Au8PY
z;U@^*m5b}%9enT5Jl=Caik-_F*86~1;XI<Fy;?;Fl|mQMQvxcnbaFGShEA+-PTMp#
z<o<7<??!U^Qx8Q?i>(}9jMCzsiX#=>b+899GUOo|D?4Y?9-@;Z81w@b%17`QOlxOv
zbiCxvxtE&YuCV5rQjPIyFLzMhC?d}gtdO5`@@9^S_iuk_;{P42Y>a@=AEN>7zdmAi
zs6~{a#XED2`8sBJyxH6Zbk7Fy67Z{nz%eF1w4x9>L65+;<7fB2{*54)Tik&Z-BUpZ
zT>QUR+Xa7Lf?aKq@6|tT1MYKtuKLq6D(C}Vk9%H!T)XF&f)4|6ug=qgo=TvWK<^gn
z-Uy!u-Uk(#-5(Un&s8l4TjJ*;oi@WOR<+!^wZSpfaGmoevpusn<&iNJ5R6~5OyNUQ
z2`imqBgbiId7iI2H&cE};$ydVmPdc6K%ok@wx$ZSX5B~sp4+1k>K<6!k$8LQXj#hZ
zpE8SFto=`p6{AY*v9Y7H>c$5~Yr)U^^ug&asCW9KqM-t&&zzqG`D3;%?utDGHKq}8
z_~D#fUyo;yivz?wsKZ<WRw_5KYoUXx0g0z(zlQ$4g4+F~?|oQkD8m>%^~Yh{evf|7
z$5TCflg{NUEzOoVSOnC9rLLJ5GBFTzgbv&hf+_^1wjY>yjNtGcUX&fwd^T9HJ9zVk
z60AE-dHVbnp-s^br|W8jT&U&6KHDee+&oS2&CoWoHbRD(!-vkaImv@}fqzQ9Bzz{8
zu>wecjT-Va7lTZ1A7u=?@x0IY1bxe-fGIi@GRh3Bf}K?$2H&n2v-iLc#<FS&2t=D}
z@VErOAKJ>``Qy8%jr(iYe|E#1@KWrYO(azTgjgV=`vu(XIh{AUgPBa)>yoqt9Q<OQ
z(|uyhOLqKw1AL4iw_DuEKi8i8md(!2rhw?~Kn&^WqrQb9e}M&Tov-~~Zt^|x;^6;r
zve6zCoYv^OQaPl9nkmuvgZIu4&C%$idcZ=>+|sKG`oe@5NQ|6$_R}(<ce9s)#+>Ah
zH7H3jkSwFf*TN4F8hKD4MV+Prm1Eug@-aW~mVz8CKJ<Wfg9s6x&Z=TQ!U_A42U|l`
z&*SsE3y+5rtS#z6^^9P%QqOp6D)Vk0L#slNG(bOg)gGk1C3C9^zsCe1G%%1fYM6IW
z(KAQ~#+1~*@X<6_+W<`RkUNNWJ*|z@1&;M8FCZtR4D_k8N>t*0UXv2dpKV-Em{&K8
za2{_ZsR!!L6&ugb)>z(L9!88>_Fep5PMgW7Rt|1`o8t|{VJ!4R5o+V==U?$LMVnVk
zM(>ZuA*({T`G4@zO#XV}Xzq!WUrv(N>GJ|;)sa?K!8}npU;q*o&(HrBmiHJOCMMLC
zOXvIPn@fgJ6&mE@oIZWdFQ+4Yv&Zsv8R(Wx5~DwKBrUfwA_uGscWYOeaH1hufvsV;
zJ*=p!q)e?>o#6j#PD;yh(`DKD`RzDu4q!0h69&5YrADy6KZ{S|y7>xGxi9v`fs_}F
z*a;mK{KO!LPU@iPXXwtzEv^akyE8*v-EDEqm}AkW8KIzG`A~=GydZ(c$QG?}FEv0E
zjHWTEJW>^ifwtFk=^F{g6&!%F3>4j<63x#VcnyZRN`5PPY(gU5{5(E#ctQV^m79AY
zj#?zu@3&76pc&$IeWqW2@}1>oHGe>k(slE?JMhuvfWg=S6Hw=)=E8UDX-|v+fKXM-
z(GxBlx64D4$vInXS7vAryLxOI?ZMF0P+SjDNccapp5RBV*&Z{x$#0aMIr<_c-Wks6
z?7m9*+yZF=2=A`D$O6BN<Lv(I{71K2rpsm&g-^kS+@}TQOE{T$YT5Ptd=y_&OMVDn
z*!1k(_*yB70VuSv#~a-M;WQ;>G5iDuw=5eW1fZ^gZp!zS76Z&eFe%$o>Yp;EospYx
zak*Hh?+25AJwO!r-^3I5Ue;R$gyQ)6<{(g9n1BkVvKP4TiA=jdFtc7|<c}5v(1fVw
z=n48=6g~s@!l5(0FiNJswL0fr*1RFt$~kCkwqI%5+e20OEwNHsUtx5%C`!{iG(U`u
zjg5wHdvN1F1{JF(+o_wwaA(<K-7VTs&54P;*!qE9Khr9}WLE9nKPedeRCE3i(@h2N
zVQLh%o6H9(_k?G+l8QoezJhW6I5bINodN<dPJD)t=jx>OaqZwf*9SxCxVRN8dhf9i
zuL{BDoPcra?j^Q!v%?@6Ia34wKmwq<QD|FN$48K=6AyT}_kTDrm8`AfG$<OuYZE$h
z8J;L?|7-{u7f#Lq?}seVhjP;EwFIin4{X2V(te>!YkAO$zuW5ZMDBC6I!#CAE~YvB
zT3bw$%h!jPBL>0fWY`4mGB^+VKR(}Ex1M}ZnvT+#^de%gk0Dnez)~T8;wDSA>kHJe
zk>ASRBqc@SR(J*<c{q&!#@_t@N$yLo)jYffV%COjJdqH>Ksl3-8o=g3UaAt$hlTD?
zZKO<rknQ0GnMqkpqpQv_S0K{Dm&r6J2ud*{$S-=(Rd@-&l$yenzRg5IK5r$Ewip6C
zlxy|rdkbi3S3)S$A5q9G_A5W0m4_lBWumX<3&E#e!JVuzR$={Emxx*8kp<=aVV)cS
zeC=Kq%j)$rEQx!FCi<+Dt~Vcy9!txDZOEJ_{STEin*j>&Q7oYCgG$>c4RLZr_wQ&}
zUbB@Wp-BhE1r<YjogBu1Q^lRTsdVSlk0r8kDBOW&gJ~waX+~8CHfCib$$ydcr@hfD
zmJK?gTroa+4NVgy<f-P;-?5}DKy=iaGj=Q>l9kn7L_>6+s0a=eBSje{2`ulnZEDX*
zNNw&?A!gGgAWQHDs!pJ}Wf>#Z*L@t<-N+2Au}^%uzpB6S0d3!Yr)acSuV1!*^`38S
z+4@yB!TP>{ju<)_IZ93d1U@ey8&{Gece12x4%XvM@&nw)T7<`%VoX6$g~v!w;lIpM
z#RYn|)ppNP*xG;u{5Z>YXeJ>hn4g}F^e-Q2v_IF=<l}y!DgZFw<y!N*Q-i+>{#T{#
zj*`~{nH6Fkg-caM*%b@bBd_Kt`8q6S+Heu<N0XOOH_oySNi@qupiHM>+)osIi^1<`
z6_m5{H{Or>T>dI2_XR{!wqClv%s2s)NmU5tyqkg8H|||OIfO0-h(m1?(a8KpK?RN!
zg#V(n-ihzgy|YB;QSL8Ckhs_fZ80+N^98J5WJ2$Wo>#aocuHhJcG(dlEM^0|Z1jkS
z&ge(qTa9HS#QN!<m50b5OqDoD_|(FU=5D_Lkb%g!S+;xoN`aSlZR*+5(y|W@)FBQ1
znYL;5+q9^}lPfd~y2tVrar<tU<;^6JOrxQZ$|9<=wLCDS%Im6+5H~^8KK>OqCF>NL
z0%N=s{rPTl!UQi#Z!psDO~0ECe6UAcz;Z4?64+!1G)>U&qh}Xml!7yA6ApX9h(79K
zfc8jcNWJ>6HR&9qH-yQXR!(1E_jlMp@!Db<1JCI9*cTEZ310cbdW_^zo3Sqf^M_eG
zyl}6MOHasH+lK-lop(56+>{A{ygC1~kX^HcP@`lb(HM~*YKnEB%SYFKJNx^6lZA55
z0IN7VKmQJz&yO?7<(f+%EAV;y(bJ1DNj`eF4h==jrCl84+Wnm=xR9tV4o<5<50OQE
zgp2j3V0%X?sS+aN|NH7OY%lMY{V^s8e$mw>e|1rcN<ceD8*}o<AX=D(++Sb)#}_cF
z2KaN^3Uo3C;KAktDuRzX-CX3QiqEV8Ed=yyguDx3>QiY&nkp9M_qC1F;$|o40qugD
zqMyWy5R&^eEZbYv>PnDxt7SaPqRilO!?vbqs_B5j=Fe%pGX}qbCEtz@eziuu%L?NP
zieXsqso4j!yIbei|2@0bod7WHpIlrl-*vq_J1c@gL0QS?pCgGC(H92H?Dz<AG159@
zn?HZ<-9M*yJ7FZ$KBP+3EUll<9fH3-KZ0s@W8S@(0m9HWgMBx)NZfq5&c?|2%p4`?
z5?A0Q90z`cLeOkU-Q&;M1f*>!Qntiyz;rL+d0APTnscD76c9G)nc!!R0(FyHtRt8U
zz3%~Z=f*we(6}ROFimRQG&3Zug!d9%hM{AmdkFBkY)NoVb%ezJ4xNq$oeCGW`fcVW
zbCVmdv@joqC49D5G;v%sIfv-tGPCbGd#-q|=*N1#bu6fMFWAGXzc-s8FG(QHtiM_i
ze*XYan}9=cds(6$XfQOh$hMx(guv)*%O%m5@M*=fj(vSE|BRY3K_jK<|9c(y5#V*y
z8np|Mu<bu9xfQyoU~5@ks%L-m8sF=bWf4|otRjkfa7}CszMsMV&_p*r^RGFlO6byX
zAQJI$h{u4QL!c%pr33ohA+N0N*YkGs>{E_1U<P8;`tZK1&7r>B?N<`;2IgcBud+^-
z;^?6_tUjcNT0ji@FV$6mxirAID35TmR@0_uHNPqw8M^V6pFr+t?Z3Sf$CUxNCXo`g
z@BS6khe7ku5o89rlg0Cqg%|+$gc4metBZ_fH~Cl{Uk?PmgTB0Oi<HxFzh(LQFyER8
zp%;yV6xp7vavu0(^t12%?Wzpe)&n2viUDxf8UkN1i{EM`rY|@^^PO21@NISo8_n5T
z?v1WRn!G*;(BYo+W{fcIVFv^{n1N_SQix<B#VENqU!LN25)2FKGg_dea@bIX7%Wh}
zmo{sHVz0f1K*K-+8#KBB^Ebn^K$s@rPbANXz%hYMiIgo7C=asu7T!Len$648%rH-8
zv(EG5SJNo(3iy!)#{G`py$u2)r%vDjZDH>k3eBNT$EBy*`nLN<@L?PYn3l8bL&w)5
znOb;kw&HcKXz%X?5Rf~oQ5YpX?$FfKEWB}5RT=8n-1^%;{e9TydzYg#<p($>SCToE
zkLVMX{ti_D7qJF^Ul8gm;G)+Lc6_NBf<K&qm2e#0%`{GFm9>K1Sjtm+u+i>z8g4th
zLwIfXUgkYRsRXN&^7!uC(sh&W<^WfkJLf<5ev!p^*QYj;L@_zNmK2+qFy{7xm979j
z|0_fH0TWQqnnlSW-vuG|&7G)_vYF*AD{?9Jo797)@r!o#MCnNg!F>NyfA#+cQ>+p$
zFwV!B0lVa{J0rrE^hD-Ie@BAlBg>JtlOO+sy&`rnK-V6wR_34;W{N<UI)5W7n59};
zAt$=cbQLjoPtWbMQx?^nS0_!^*Vk3T6W*dUUZT6)M`0lJN$w%XxuxQ;VW1#0y0k=h
zHa7B^DQ(I#hP1Y>h-YbQYxjJYmteNHw8W^>yC4%X;v!>XoAT6+lr2op9<6@qEF**d
zic5FtaCB^po^li(M^ZW+H8gbQY4UZ`84!1GVGBrV#>V)~BL4FkrabA>%I@u}T?aYi
zP0@v<H`bPx);MPw85Ght&<}*SMqdOzM+M}{+*oV*k64PMk3mp21h&pSo90|3^i3tS
zXBzwX=L*l#^MmJ!3{JU_!bHSZSyyvRu;Wz)Tduj)y`iN}ak<~hKUeXAHPY}Z>kG}#
zT9-*Lc|uH0=_6~qoJf&2+(nMwE>k++8F98)k1p3{$ofFi9Jnz<dt&Y!aNBd?WrPEz
zIQLH@nG%QM>z1fh+XbuYbL$h%w@Zs~X5)w#e%LUa5t4&^PUc^p9<SQ7F|`r)^UD6$
zrEhTX{UfHCyLKpble}>=CTDBz18a9bgWq+JCAK%rCtL<t28{)#Z#se2Xis_Dm2+Kv
zfbHfnb!VKa1<5FDut78Q=-XqohO3(=r^nVdHo)AOpF~z%yp<~_+y%0Bg3+z*^P9H1
zEw^Us^h)c8Q(nnPY`J$+oxPa9nVx3FT6NXL&0{j31D4s&s_o;!Ew#Y-6jiQvJa7|a
zI&<rV#bth}!+t&GnE~4v$B}%y(2_f-h53I3wB-<qON@>;__}ocO`~RCUW*GGmh<c#
z4z=CmCdAs<=m}NoT3cL<il7Z>K_Wr+T=#GO6~DN=oOz78>f+G4MQXQ_4tMyTkU*3r
zo^2RC7w`9zfdX>5S6Tb(EV#6~8n1cH$9Cz^sMQ7CvEx{FE*=l*(0BcYx9f#Sz^%}2
zz>CV`hgC-Hq#~Ywly5p07xg>NG#u=GJby2xI1}VNbHxB^etiiKK%)F<-Og!TkCvu?
zHs577fX^o&Py#a!43q$5M18=))Re}G?_nneB-i%0&+pRvEGl_>DY|O4E#lvuHk!&G
zGonMr3r-*ENBmC<0CT(M^iJ?r<Mo#HwwLoq2OJR(KmS*l`3cO;u<_o*2eeO}E-X4o
zm1eceHm74%vOZwud-)kun9m0Gw_A4Ms<OtfIs@;V+*_gzrvk`b%wuribe2?Mny+ui
zaXik(%;)vQK;aTmi~k+`mk&%%Om2@jcdW{IZf`n!dS3AH7a!u9{)C}D_;tmIXc!rf
zBg|@lD1Us~Z@I1-2E9FF8KcztLSkYD3w=KPW4z<5pC2U^)vFW!!Q*8>B#hm{-?k_n
z*A?J%8~bfmYhmU{)b9mo<j)>k!{6ftEwvT^*C`NtQ_WJxRgrk^BTK5E56h?dtfPIl
zfX`T@z>?#P2TCujF|~XjjT6ue9M*f$Jf+R$ovrb?6*xIAKR*dHjo!PzI$=LoakI<T
z8L#^Le9NoY<agV$V|=#MRx;FEh2am2w$EYd){eK|iLm{|9b07<LxK;C>jK6oCSLu~
z`@W|f-kiIjFu^N7^o5q2rL>r?+?b>5^5!&Zy;Gq3vX%+k8PQ@zz&*Nf(X$CDrMALr
zKk?f=T?m^RaG!C>2}a&(!ikNQw`|drSI}E~_W1v!>aC-y?4I{w8YDzPKt;Ms5NYXd
zkZw>8N_TfiiFAjQbb}z$-5`>O6r{Tkaj4%uKA-Qq*6Tk4>nynUzW1KF=9+6}DC7xt
zC~*1V;{qQ9cN3sm!NI1~MdqwOz1^L5@6)k8*Ck*W%M&8#%o?k$(@!E8j@mE@F6Yvt
z%23UC5v?UcTd&@D@A7U+8J727dV+Kt#$m1j_PSUVBoV&SKK_U}RsE_H%ywvq!?0aI
z(a|jNEqies`iOgrkzsr~@BJ#^NN3`X^6jD|1k%_nRE_jo+p8zER>BS58t++6S3c5v
z?<4{LCBJRJsdFB@re`$~%7SAP2~FFS^X@>DuY>YDP>zuRite11sQM^2z7bBt{=;o2
zSM?5n6i0AC15iI$sc|Z&sEp*s`ZLuwK9adA;d+LMk4u?)Dld!be*<Pt0Kg?X2+FUg
z`sV3Vfgib#+DFxCm|&AX$=sLGGqa650QDw(zHfUoAB?slXCr|Y>yCn;V(%)uT2i#q
zUy4gDmw~<qBZTY0Pn<z#Kwl7z<g&5?F80q<Vny>ti6p_(uf%zgMdnJMrk2vD5|CUs
z#7=E1oXbz<;$~P4su!f6s~sOn(@&CsZu>@cP!@dp9`hLXvL4&hoio!LY#YN=ZV{I2
zKoV?2anEF+Ct3wvy0tX=Mc=mm%P?OZ_tQkPUd`o5g#HE>-`_GUtY$SMGeqIHu<+z~
z%}MS$pW~Ke!8i0Crb8Z5dng8YKyd<qGzX8WloMm9G`NuPZ&2J1{V-q5{m_t|Gc4}&
zSti+2{So-i@6q)`=hbd09})d#Zt`xCOh=Q?&^DzUH-p>vThF7pRT4<XoBvg9CV|1y
z(jJ>GDCD7Vs||a~>sTHQL3*_NR4WDdVYW|KaZ|G5Le8DGX44(2sSYk&pv@7=V^Z;*
zi(hfbHbyqX%4WNRIEG^Ho}POjUg`%|_%qVfmD)faTy1qH97aJ>|3%Zmr+`@jWWL`R
z^x+FWe~=U;F3PQMxj7l)zr7iVXGlid;IWzeWZ2{yPBFAPaI;ZgUHxj+z?p5qWAm#l
zZ4E`as$SYv(!6G=mKp4D)zj8(BVtUy-d2h=>6SqR%K7a93p2B0MN2OAY3R&II`6mg
za<<(*SAo}UQ}#`Z{7@sK%&T}6D=U`i3e7hCQ)$=hli6znE9iTXk>TOx?r=g-FNG{R
z{>FNjK^WP~rEZzQc19&XQB>7Fj#=eHyrrA}V$BZ%%|DamtG+e8zMt{AI$nKqJ;`<|
zC&j5}H%`y&D<oa?z1}Y>)1Zh&I=W04sJmUWM`^mF=gvJjGB&$)heq(YARqdnR20ll
z_%114GifJ(?EHCHto@2FHOqsX5QpbR-S64mwtD@0%?3f)qA6c_w;Nks`ZYtYYbHFQ
zC>7954mEz~EA5ioCh?wivHZ2r>-|DfqLb73-J2I2aML;l`HA8(;FQ_e*iuq-ZvN;v
z-te4Wx6I|iBiVO<w35R1BmA^W4;YB_T9@?w{wm$PGuY=ocf`6Z3XW3Qj#^4h*}nb5
ze%C_sRO@=UE#C#tb>Gs^H8SyhBJxa7nC>N5veR1&n~zR()VxEPL&JTA;C1CME|v7z
z(NJVDFA*&Kbdo^8_U#>0NN&&Zz(!K=m!0|gm2>GjO1+#5^_OQeD&WIH(JF_t<0zx2
zs8~{wuLTxXYgXA0T2PJZzinNp)2BwM{CSO`WbtyC6)uCYu2-IIB+-4}eILew)GMyo
zD9OujuXYYC*Bhf=@CSkv5j%X2P(?5RxM!V<O|7x1sr)O`q{KvvyTj?#W7cbWI&IGo
z(nZ_)3O}oHB>zuC>*ICj>wk_m2mjh{=`}%jgQ2CyRu)25qh=!fqcG;s!39#D?3bbV
zHc0+cyr}B8ER{pwzsuD{X&9E<xiPK!4i0NvTa4KFzb`5SDV0I3BDO4=8Wt87?pwE>
z)d?3{J_ni&W>njIw5n6FpF4KCuEoXY>JR^~Nf-KH#q)=(%hj9kBhbLbUI5G<&)oIZ
zJFv^$I-hVk;}eD%r^<-`#xlDus4HS(AJ}R5Y$lSg{(DqKX{hbtOU~CQ-PHc4`w>yV
z7s}Ts*9rKNz^+?@`DZo(bDzk&^bpHeTm7)`h1`X@zE8emku~3=jbkR%*DXt=S?X;%
z(AI(vJ#%HXS+tJA!sQ1@PbAFNa~_Xb?a2=}X4UfflAK*W$;2QoK*#@aNl&71SV&~<
z;%#~6!9jq<R8EG6ayYi^#yN2;XXQzrRl?GIY5tMW_i`u3c9aU{=gN~){BHf>L{ClD
z_<*~&{8P~9Is&}JgTk{45#hwd#O-sz+NWURTx>o__nLy4s}Zf|-GnO3)qUhF2w&F_
zo+((|JpJ7;=(yFYe*NyL0AK1%cJ0Bz4}q^NR9(7MN8kHr00lv5`b?;zb@~9sa?U?p
z80}`j5A|+EciC<fnc@a>b}6~%|KAuak|d0td$adrB6K>T;cc>6_7_K0wr7=@Xa!R*
z1JxhL|M{fW1k}6cQXsuYl6FdlTiE$DL+$=>f%Wp5Dsrl>wDPN9r7;=g1@hl(klOXx
z$^HU{1&>A+`(aR<Hr~G+_(*%Zh$x#r8H{astuMyEP6i7<0o7TJ1u<VsPG<iia~uFP
znKXWF7Zkur%}F@liSoXsWpKA;z7{LdX5{vjvpsWzW6|)t`gfZcrmj1*WK&Bet>-8D
zq7Ta(i^B}Sl#~O{CztF(?F_B>3#aw%y^Er98^;8-lm8g-{)WKmqez+-z9GU>DLFtr
z)TViTrxctLm4nBAv-npAjJtCG@$lET)#hEV<F=3S(%0tI=Ob}+J;&5T%3(HG0loC1
zx^ulDPh|fVP!$9}IcUh=wm95h&&<3tSNqja`^i{NNB>9QSCjx^*$f`K@~<&7Cux#3
zY*tIjW3694Y}~!7ChSqWxi!x`{62E+qO2S}B6I4kaTUuodg?1oA?Ht3_(epUO+&rt
zuGTNvgy<Fj#Ese$nu&-(*c3WoeWVF`$u!$+B_9&Ey7pYAISwL;P;_&EX+7thOHBfQ
zHfk1#NMD!L7FImsP1s2%Hun-s_dVF=*^j^i<tu^5#}4~_jI6bN_-akQ6?+QNh`jN)
z)u}==3ZOc|7!2zl<7{k_LQYYnp-<G@S1$AU9y{wUU=+q}Sa0iPMqV?~fG4~TIM-Ny
zla-oQqki(-$0l3No<6BUUA4+54Sl0D1Vnr6lO{~hyEe&5ycY*}=0ZOtSkduX_M606
zn8l@Mt|<a_T4922iPj_L-Dg=c8a2@=FADWJ@^JwRs3wKCQ@2VcI$2QK*3b8@BdtXh
zTZOeoRXyB9ZT2_Uio@NoOXFyZ9nQG-wDjw7Z=;*6i^9u<+ZEFC0}~gz|CTvsH90k9
zAtKG!4EH4b&X70@b22lAj>GI$0jJ03dA2nrLIDIg7mIEH?gCK}-M8=R4b$4H{-Tk{
zB$4Ca1Ard<&IR}E+m=2@=(5Z1-ih<m)G`yA<x$nj<WG_PsUgNFxe7Zl9>eS1C+v8N
zf8G01rfiUqqTIgxUGHEjou|yf=?atsd2ntBhg^|0P;^2Gg9mqDFfk~du3y8G$af}=
zMy9+Fpc*M-e1oU!Z9XIr4CW@Vc8a<&g8@(_;FDICPnxw;QzF9XW#WXm6E~J8uF;k%
zxi8OJF~-`2v}<-<goL~0c|cOs(9E@Jw{F;|(i}RP=wqnR*A^K{?uivG4FBIkfpCW7
zhEG!R1CDEn@sr_&Izsa3z7*6Y@5)z|rZILh7shQ^?SJ6ZBVS|KJbY>x+CqM9?*{LQ
z)xbH0Nc!9EJPq~c>$B>hcx84J_1Yq5y&K87xugq`27VS~1Kl`(W?V&-nVr6@WH_Ut
z?$qNp_Ceyy`gLhpl=<_A-}C2-rcu(i6QvyVsiy8vk$mjf)NJFK=jkR&v9;eScQLQ1
z*~qkV(!>h=Q{opEwx2i;7;<Q980c}<0;corsGwAEi&+Xy>m{4_(w0GMb~guGE6mQ?
zB0&y(IRKOVCw!A3%bSx9)hq;EF05b8sFI|^gyYzlGDgR*nDJYW|5UPef-SnG9rpn&
z&YsniW^M)A_LTU@qpFmC=~GmHl02H}AGS1&A1gP$>mrrOc1yKeB%cNc(~y11rfpmu
zo{8A*e{YN=@|~Ouot1Ke-XGl<wMBHjj<NQUyJDy+PcSYu+Rc>%gQv6~N59tCpd^pR
z<VN3N;drCYsFCz}(=D2^-;hS<tNe3!LDAUd>rF6kuyTFyRG(lDz;c3ZUkV=LV!uOc
zQqW~tXwTL6+Q-Nnc3_yhT_s(_G~BK2XGd~FT)9*mT(T(I{-LcNt%krS7VFR@J@hne
zyQHr3ja9JEv}yUHxY-=ee^>f;X4m0t>+K6c_oJPxEbkLJpeGuwg1W_Jy!c~4<rt*O
z`035TPgEohzdJzz(0-)e?0}O)0|V*M6U+UKXBL}3Na|7hz0qBYnvH^sFz2|pCn@zc
z^K6Nc)mUB)G;=906{4oA`@L0ItsTdZFh&2f-eNDdlfv8P-`oN7&v{c^6*HH1p)cJ9
z{3MhGPQH(Gxk}hEN--oJ-x&2QJgwp=HX2n;UAM%3omiOT99gPT<JhPn*wzHHbj-@k
z-;Lg({$484dNWs1PZH{|el;Rz7WG>rEePzmJdoU!N0W^nt}IZtdL6P|9zioDk{=-7
zrgbWMU;NQm%^;lgWtEW~#rWZe7)Mz8#zXTIlkk7L<)G1MS$-51J5kiz+gowfq{;|^
zdrJM=vFT(<85zv;Lq8X?xo|=TH6B%I$pbFGl|09C1|hPJk@QHL>^14-AD9)!g=1aS
zZyczMiZz-FD^#6$Ay#p6W`tkcI}?6r^}ip(;$Xyjm{h;DONXAZOZW*}5dv-9(%bLa
z;Z=LC;4U_;b_LR&U=xa5Uq`-><;)*mjYlVti_q(sOsE)}Oa<qKc2~*jDcFX$L7w|X
z%U-YfN4<53w?J-}Qz>v@(7<o|W#UyTpSOARxn|0UCe@3(ZgP!{)6Fw%-X$v+OqSVl
zid;mIUqy}O^C>0XMaax<>Ax$Z#ksR2&G(|W!mz30?h1hTnFc2xLeI{>90CFYxZ4q7
z{jyHwKr{VifBvuB1V_W_NER})t6`gR&}{Ap!RE8{L73O>GiC(~V7!rV+wuzWYyQZR
zJ~Gs(+{~-V%h={V$azBZb>FOLm}w4OWs~>GX}G3>oSkx`x!$vuD4;ktM!n>J_uFzR
z&|Y;@XGf7)fqP8nMGN66aBK9H$GMuor-0Sj#xa>4A$eHho5vle$xkhPuf<oQA&#)x
z3mMkRAni8Inh6^HGxmuq2&z_a)qJ@}rsTdy=*5>~&7H3wFsEOBK%H~0bya6c9S_Q3
zS;}}Cw#V}oLR#)D-(|o;yyDCd7P4iq$d44XFl~IUr$DcYfmFZbd;Qt}`Quo!?o|hH
z#&HcrynK9@D-MybNMX%)dMCUqSvwSxPb_y?CvJ`Qig?`QnP(NHg=1KLnp=)xD{=-v
zU}ky`RaGl1lb@JCUC6vw=K1GBCku7Cu`}Tecqq?AUBf+Z!R*%xx(A64uza>j;u00+
zU2;%H^NV!BmW!{>Ki^!jAv1o^I$QM-b2=F^&?~~kr@?$I$020D##W;(JURMAHp%x}
z#AS5!ACIn^FW2UI|6+!^lAfn|?O-2ITrUNxwE7U<V1!N?tQ+DZ3rA3xALk<<-jP~)
zQL42c($;obz9Xe6<Sake<6ZLp{;rb!-G6%#=0^&oB5m-w0Sr)}yEYJSrECjYWXR`L
zQVex<4Z>2JxG)+)Q|)Nshmho*H@#Ntc4)$IzRVpMqhJ3>9lGpADf;jJ9$FQDysuCw
zrf#Y6BW9NQhwfLz0?#IJhP3LdO16W;rr2TvXM4=ff~Ob?xDp+2^VeyuaQTaeTO@Nh
z#V7-7iytdyr0IWt50U18CBBdVp6BV&dx?h<Oi3(dnAyHIpIA5yK?(foj)H<F355Eo
zYTK`N%-jVl2VJ55mb76m;LjDfeUDT1k8iJCBMO%D%i>4_=E<vmgx23OsW#8fk%v7w
z`pj2e<#&H)b*JoRZ(jF6=R+03nHVMRwM7Df@ygcNH>58Q5)8M&G+OGK^s9J=$p|5G
z$lgp&<ughLv6A*r7G^|E{$9S}!DZN>QPbV0ee#M{TG6M>t9hKzI7McbiJO+!=&}Wd
zDNM5w^^ho>t{rvIxq%RBtj7*^1$^q_IiX?$`<kTc8^$3V>ScBO0@+TPwHJ%4JEcmc
zIGlfvu{ss=WGGSlOVuhju@x`g7Y)B^Hi|aytT8O~Q$P827LsTsM4tVFgYa-c?K9#g
z`2E~ea=#nB_*?1gMQY19GBuNr({lAX+zVH$Xa;@nwwAk(o&dq5%+%Xai035kW`Dtc
zSWfiZ^Y(c7J>mom!1abu@df>XJ4NCE*MYVm0eM;pN<*zTv>*qYO5Vo9J6gB&b>g?j
z*b=Tdg!x#s@B1MyoTA032TmVwB%uW$0XZ;|YNKY0>y{K{@9*$k$>abrFpLn4qle_r
zI`4}&E@k?R$?pe}GUhjkt(l<#k08%i{N?>yV5oN4_uCIobD52O^mG}(4WZSo)*6{g
zK7UJ_a>+NSnrih*V}mh{C?!K<!>G`UKGDjqEeB1-?|lDqaIxuVpx&<2CXzHJ@c=sW
zHR9@~-Ec|4TH=-Zoiw<<3{fg;NH@vy(4U8`*GIo4@C|RB_+CiM$jFROq*f??@hq1J
zeMkpO8~A4+<F4zEx4uQM<b;xoGd}55R}nIk&BjH_^t<ywI!Mvr;pR4T!I6ac0|bpI
zawzhETNJ%a>z|p;tz$rHKW5+c+Mm-0O#u>~s`#wiCrc-a2(pZX+7NjN2+$NV0RdD}
zLBN15Wt*1%n@YF!8{cw$yA~pJbo2t)vgbFO_8K^|kTSD^k@D~8>RGzd`Jd9tzZZ@k
zj~>D-NESpb82|1l=*xB>V21I>8j>(<EgCR1opdTVb?d2Sy2ccDf$-SifZG1e0l_Eq
zQk)ttS8-}7y!QOUNlX6XJ!a_FCEP^*&k!XlhQtB>^&4Tf6wq_*GxP^uqB^$snZq*0
zA52AqX}{*1$ne$mge{Szp<|<Zk4wInhNg8Kqn0@o#e@tMh9fRO4B*oC2V}_+dqqE$
zZYZLCUU%n53Y6SEfSG%Q9gLf<>e`by@KL&z{_)$IW+x|E(&t(gqYL>S8K)2m`-8CR
z%4hv3wvCvVL8k3}zCWme1@3#(n_#@7M2hpMYCG=*r>>aLvU;Q`%2R>LN|GAsHWOf8
zdF-4?MIEab6yq4W1_bs4VaYdXbDx~mbOkHGXL@I(U~{7MG3o`CBm~858u$<75cf(5
z;Ie1W-%vds@FE5Xl|5weh17}g)yWnsaq_q4O;jvjMp$#*#BX!@_7kVAk(}yOx$Q^U
z&ni31X3!T-6?_lr`u>t}H%c2CE^_Cjg3<(r+eVR_zxdiWSFP6v`q14^UGMhh>TrMo
z?E|X^#>E%$?cXZT&)3)pXkq1Z&!e0v7!IN=W4wfC{BQSwk<o@aH@;JQ_P9Yt+KpE*
zkktMeTUt={s1JG=TPbuifuU1Km(>5Px%-~22$QFc<TCOe-FxlTa`b$_#f@<`WQdzW
zxW4v_y3kG=sy&R(aQzguCw*#{&Wd2*8HRExG|3jV+50+!waMsmL2IDU`|EO`iJC4b
zd^x8~)%d}MIvlyX8(c=E>!YhWnpMX`t@|;BIet)0DVb73iw27-?n4|bd6g`jyJzj?
z={u9RK9S@>c+>HMj|d}s#$I)1HQ729XxslnnfYb))N?HX<w6j7;f}<gePjlDo=<0V
zk;%Z9^W{bOF1v*$zVIdG`QefuY!n<1DRA`|Yg^NiWTIZ^K89lli@P6nU_xPf!2P}f
zd(^OUh}bEFAs%4JdeWAOI9hZQV`BmHc5P%x_7h6H<=0D4qSe*#h*@ndZ%zQxT#5EH
zjEUCRnZ&Yl4UAvosJDmP4G3>k9MZzje&c*443nIaaPiuWnD$|H%!w;+_g|?kp$Zu^
zkbzm@+r#q3e#|-FRvBLBYAgMc;oxY<HW-B^^Tg^uaQ7B9I1X|7N!Y)Fic~?Js-dM*
zS&2_j$_Cg4w7)ctAp=)folcL};ml%Kv0N;c8kLbR>F9%rk38#3KcTbq2>t0kw1O1l
z@o)E!;+lvbU)#<vbMYjvTONEKru8ss1ok^eF$h)Vj5&+qC(I8i@({)MjzM(uHS|7Z
zx44DK9V!8}Hl}g}J)X@qug~|p0#Gq4Dy~ueNB!<jcOUL}-<@U|A8%q(c-tFN<wZqB
zS%G@7GTsFU!k`!9gm%re`Q1<1r#)ujha!4w=(6#=iD-x~*WvRcS1)IXy*KVl5aBWX
zh$BcI-MXQCM^nW(V`_Z5ktZWh(UjK;=j7emlp@iyNZfX_T7fILg-Zo=eBXhs<0d})
zTae}rDY)XOhh&9grCJCtXvEvOkUEo*giaMEAd8}cXgg>We@(Nf(j;wbyv_F0FzCnO
zFjD(fgQQ3$6MIyOgP%mq=!2-K41|7QM<E)s2>gNTekRoM8bU%*%`ZlfqG21_Qg)|7
zWRWf=ty6bFbJl?lr{t-E^B)iB`Ql$^9Du@AZtYnol;+)p1uXBqkKrRk?A~O2x2Tjg
zQA`1MxXTyho01<K1@CYQxP3rk#PIQf$5u{gg|bx~pW|BpXUZ8c>m**!=SsRlF*&Yg
z6<~l#1RuRCaOVl~nvz<&=2l(p_jfPm?0i@}h3_1`cppdTfby1(rm|K`PN%}&bmuXw
zqrIge;SYzmaunz8p`fPO&5+95C^ARDksL()&8RvnpOK+YZ7`_=i=Ss`d<ZLZ7V$03
z@7&?hy4+8~hUA}mylJwcP-}jLolTt(VC}24PeZE{z?51h_6rDkOf`uhq9=lCP(D8u
z*Z7K8u%-AR#~|5@Yv4Mm$)l}LR?V9L`2zIW&$Nx_q}7Yz60dB6a1$Hk1j$Lt+pH_V
zE@}Wo3=9UsZbS=W-1Od~@cb#bJ03c1pF#JzeVhtfJ?W|c=jrNJ4vpU6$xDGK2vMzP
zeCvd;c$G}mPMg1YZ<e5>m(~Av3B;84Bik+ldviU71>yY$IQ#os@U1@ktJ}8VBYa=~
z%LTZ0gyP*AgN`}Wx#Q?2I-uAH2Jghk{u`C|kiYIxhi*r_f!9uha=1|;q%@lk)Gy_g
z6LIPyEIcI+qvda?!siCBdP<Y`flU`Pr4)LGP0JQH(iN?>$=)6OJRql1%E~@yYyDc|
z0}BY82TvypRa~&eWg&ixfNnAHv5){rp?Pc{Oitn_kT5GQb$d^~`dwiVHlpeAyeWq}
z|08PpIkMgDs^rgM3XS`jJ1rlde;eT`0W!)UC}OBk&fnSEYTvJ4s(3<<_zDp(O;1lv
z{RKwJ06N$M^<0aUk@Tw^jLKrU_B2IkC8|Rva5KQU`4G;|ZhFQNoqhTXHO1?IU&6@g
z?*hN`9}lE&#vW)69iP7Me(nn}^<%hBX~~lJ+&eu@?t2_j3g((gL;IN(%P`+^J1ZNr
zLn@F#p^-D`^7<M2H|v)}J(&Vt-Xee0wZll|8;EBgKyo<2h9s(%d+tjXR=n)TUQI^E
z^3_dNoTgHrd{Pn`+$arzwNfK`{3h+aazAZwAm)2%bV9m;XHS`(^5{FfQd*A$3rMJe
z|9dT`1-cKBTQdPB!m$-#IKvj8*>gk=8Qf~D_!L^9_~4Dl2`!K9LYNGNkMk7Vp6?4L
zxjPaJ2Gf?1K-eX)W4I627C@e#&-?Od3Od)|#DGvuO$zj}?438%uwOTT*|24{0by#Q
z5cj8FDc~H^t(Q{WG`&W&VKUTDuU1ILu5$2cI0dbTBaH5dINYUMgso7kZY%Qey>8;*
zJ42miTwKJb^smdsYfzlFnp=hY4M4=b4&HU`|7bv?DA`kwW4}M_eD?!tz;}U;6|<n8
z;2G4oF#-f;AE;t<vnxsTlG8d_*XLe#Kv-%-2J&hw0oRa4-LWPEZ~+Ct1;uYUig9CF
zM5w*qEPf+rwqhO-<7f{hx5;UiYWXqR+|jv>^nY3a8-2+}U?=2vc6RJnx*s6Q)j%-K
z077Y?nna843j(R0zd#DX=YB-Fv%4Fcl@$&6xUHQ&GGXtTs%;(Z7ku_e$uAAX1<Cus
z2HG#TBX=3i+k*3?HxDe+<LEx6Ta~_h{O~X%mT_okMf5^s@aw>sX#v&@{vgD6vc|?I
z?5=wXHE`ZVOf)o_T&O@95Zg6XJTe09P)y@+<iyQ_0AR+hX5?_!YH2OgHD+fjDdxh=
z`txyLeoW=iYFUyc6l;|29mMl(gV9NXNGiakEj$bHm*h$Zln<DJZ)6LnPmFX>OHFrv
zFrBJ}(-{gO0K1k-W%5o9aYWrSayUZ=@i0^~3w_HISU46}oh#uN%NxvpvTE^w0X)Ke
z#BFbd8;gFU#Vh*DamnZ6FF;HZz`!7?TQdYb2*}9Dw6!0Fh*Rw?G!P=r5~j#yM=4=h
zMt=p^32JJ`%Kjsc#=Ci;FlU^XNOVrk2e!_)^<Ju{U+rjA4Vqg?o_Rk0d70<gB7*vJ
z`vU4#22DvZ>{JL+AA}kB$XPMZ78t#87Iui8?()z57HNn^9Y~sGmZ4G5l~X_cH=HC?
zQf2*legpF-2|JhGJV=~S@Zm91`seT5t`hI5I`V3C&{D{ePMBdZiH%rAW*}NlvXsi<
z1cxO;mMi4$sM%2nc)FM~ubnNaY{%qGqke-^!uDKv9p{*&?sx^*>)Uu7`MP~Do3)|C
zkt^goDB_?)nCjqV@{1D`juQe^=ARf!kk>$g+X&d|za5wqwT*b{GYG0$Qu2Vn*hu=Y
z@PL<1)m195iL@oFk)m$t`laBV%Z;V`%}@<I2_IE=0JAx>Nif9S0C8*e;vs6YE3_Q5
zIG;++U=nb|)qd@tEA7*g$I&(#QTe9@2a|%|b|-QRL6^ZUTs!QJ;Yw;y`k(LA60^d;
za8;mIC+@9uUyPge_;*TzS(~=6T;*DRR2dml)Y^i3)in{3qOT|Y;kg|zpW#xs;QPRf
zIc{**RP^X$w9ysMi>9It0fWy*t3D`bL|HFx%uYM4lNRJ>NBXwJNB1b3Z5G-S`)pWd
zl7ZVvEj99qEy{RJ09{Y$GF%^2Q_HMsY9KoFkv_eigVt3x8w_=(zJ7WQ=Ut=V6T-^4
z3Rp%JY(Ef5p!i7ChhECA;5hMCyF2kkZAdOgdvbx1h_ewmmQnw+oU0>m4L>^tT^_X5
zhfQ12eJkJ~Txz)>ezHm17MMEhB=(5eiuG>-=lrodq%^V95bjCk1djTu9D}NZUg{g?
z=u$s2r}0}XGYsHvcj>QM1(<cT70>A(B(7^A31_ysI!ahXIobeBw-Q%qGm!M_tVo3k
z2cy}1S;O}F2<~6=0R{)IrR7m7DDFfoDuS)H-gIrKGu#-1)aUXYYi<3I@K%Eifz@XX
z8{g=6>R3?^#LWPY^Y?F~xLyQ1lC`;7C51p~B?)IJ;9B{$jd!$Cv%<SV&&~Z-et<LE
z1!%BAZ{-R5=L43>y#z4QR}ks}%lrob+P)LU9WGItLjoW|$t?f6nu@`&0h|uEEdX6h
za9&>-%~yPWK4~Qr3=QmW1)31Ktt>?<5BAruNILq5b9-(3aSJ`W2J7aTPxu@bZ3p!y
zt*(`Kc7yuSZVn{C+%!maP8<B*Ka4UXUrZ2G&E{A-V7UL?tqIz@rO~~8E?q$4@J`2}
zmdn2dCKd7`*`N$k>dD5C$gj_efs0)rp7cuNLkOU6$*;S~z0afQ^PYLfa*b^Ed^|Mo
z1l(TN1G9%N?__U33QL&r5P>J=D;_561+N=9J6l<WB7tkbva6z6H}Y$YE>KD%++by{
zG)!**B3Hu;Y<Rh^1dq27EZg=v8-7h&Q}`OBRGbjE4)BjW&g42D9wlV_ZyE;<TW#Gt
zpb;yx1w=S#=%iz=?k!#id($2W53|)+MA2xm@QG~sb^H*<1g01iw*HP;jf+UMep?9$
z&e`6VC<=i%l>pW~2R94ByZL(F>sJ;2N;#Zw5EDUsgJ33B2wNU<3w#d)@%%a*qoS>r
z0R;F$rr@EBh#vL-hT_oW7jP&vXmS4iyr)3$u#Cqdn7=#-g0eP4M@c*d#YqL?R~Z}(
z?;;{^V;>KDc~joJd2!m$$(WOcj&@MN#jn#j?+ZO`SUar-*UWuONhztRPxA{)E7>Wj
zTj*Oad`k6o-mP3ONz85vU-U|inJv%W8=rT29U8l-RJs{d!D~20P&K_h(<(r-VA3Wm
z$&I?Do8kWc_9Qm_imNyB<LwqOJ-<hc1ZC265?mkwb$zkltAMJ0`Rlvk<y$L?jihO}
zcq@KlnOh84`ri+KugaBc;N!b;f{Q9V3F7gC?!Il}oUj6f{Ya>N-Z5fRufnX5c-rLU
zZPbtis7}S2JI+Qd#dD;qy1BXPH_!|OMezqOzu_lW?)j<4i4hY>+}-#(m|zc8|8%^4
zh;Z09k)j+bw;k7a@imms4M`AL5OBkCpLA2yN}fMT|Jt*r;%DhX%AzQIr=H+_{{84f
zONY{BvLAEPUu{)Pu9i1f8%7Q{<3*0;ZzpW~*X4f{Lwilzj}+$EQ6LbA$pn4J#CqO`
z<pfWg0j>7F`eChEgQSQy_`c2McQ?CUknZ4v@`itJiRYUjk@j;J+veU#$~C7*>xf)$
zNNY;`ZwqREaNu<KtC;cvt0`xuej8p#>HD$u<NDPtHt0q1$eVIvK-}ygQzHp`(@l_E
zrk?VJj=D+Pk#Gxj;R`GX%Hy6>$20N4(7_jezJ04TRxZHAs+r0?yj$P%SF@R?lrUr7
z^YqO+cx&vFn)OUnGXN&W=SddLP>u3^)uImAo$~!W>OZ?Y_!lCGX%4!O0|?8C(|O|&
zc~*MY!T_&(5MeaxJ<P3!WbroCADWWheEZkK8QWHCZxOWCX6pZg1R*MgIvF%L!GO#Q
z;4B>7ZQq6IpU7F>*Yw`&2ZonZAD5y`L~qrktwulf9?0?zOk9AEnS#ZJp~kn&=~2ap
ziJP4_4aiiM5S6v<;g6a+q_Ui4SX;Y3_#XJ6I_@`B>hNx&j~`hJz-63$H)vIPccLMC
z7q2-L)Dd>|`Zw<TKsjv)`$tcrLVe^Jqi2DAt79{G<@ycFIjh2;^<u;SS}*o@dU#=|
z|Ea1xSPg$WQo@PtPe!5KTC6RrWsK6E*+|_LrSy_PHvr7<dEN8A29^w}CT3%oHhWw<
z=0c}!VTFDJzM$X&VL&+`HD6TUvxSv}E8CREJXmos*^Bc8)hR#dAK>+@h#r1|??~2U
z9XP-+f8H4351s^qa3W7m%OncWlkOmAK~52)p94@PFTg&+1nZ-QnDL6BBm0x)WNN3x
z`XXplGaBoxRXb8F=zICE-A#@CUB(n!*$x<J)7MJtRh@o_KK{ka^9m75g27QZ`OW=G
zC6YOuUYSkKWUFNDaVA1&0C8w3BzhL@B`k}x%_@My(`0gM2D)0E)2D_|H89DazZPOl
zPf!D71&O>K<7+&RXUOYt+vLi2=Qjh;N@@{QUkW?+*)&KC2QbOTKlNL9>QRoaU@-Ar
zEyEb5wBg&6<%C{a*<?U(2uM#sm3VO~0%8W3(c%X|3-6<{R--Vk6}wx+{7hn9bG!P+
zU`@7)Dd-k@_P+6yaewl|=Izy9uHfzwGXNDA5ikrTe}2*`^cP)$eav@UEPzPH1Mqma
zc7x-_)yjRvU@J$s^qVvw5HSRfL&~@bloIc;0j4}1;D|9m0<<7gYLtUB@(H4+yO{#V
zQ>&o>zj+4*7=EFFJW%zQ0UCX+jvCFMcnFy@CY7~65#*Ek;h<FoC-67ddy~pqkJ3Mv
zZNxr{BmtrMUpF;c9ya&DCCRZ=Zn(f*)n0JgAxcd|yxkU&(CX<HPHD8u(vT`>0zscR
zqJlJm3ZQ`yI3nZa{whAqn5m`t0>&Ebx-4SnRH<qk7oJtsj0&c_30%OilL3S$Mz#zC
znRDE?K)i8V7ZE@BLg@qsup=_~6{%t-0ff;nB7qjb{D~mz=?S>W%Fd12x6h@d7*R<b
z#{u$`1Av5u<60lQk-W#7=>(7SvwM1^O7$tJk&eTJ7z(?SlPYe9QXel*UYN1hZmRck
zoqaY<mX?Aw?SdN-kSpE3i}`-Y5+<=3u;6I3KRi16t+LXtXGv2-gOY|uV*Zt3B_cax
zH4Vk2E2rfRJ87nbGms?g=r?t_TYXy|cst_mTWUcl=whs&5X>c#m0nwSqX*N&Q~?Te
zJl&!)`*;w4anylW+wkRo1`MAeu_5BjYi~ws_BlI=L(kO+pzIe^2j$G9YgU0|`l!5t
zS;dqA5_a;nJ(ywA@)~$_*=DE>IpP|qJ@WfaFdM{RGRnl4SzBv$e{xj`I(=V6^|~RG
zK997*ZU_E%Dp`q+pK)+Q-GFvkMFnjr#8{)0LJ)^*4?6wp=0@;WmPp&mAvQL4hRfS|
zWpHnozj*r0KJ;mcp>ov-{q5(fT70fC`f0-!0+!Z5`BQ9MC$7AjkW=!rB4Sa9Yi{$d
z1+lESqnLDt#Qe^yMeYi6?1VBYx`;e8x@kuxm|+{SY+1YFU)9vrQ9C(C&~Q%Q>dB`;
z0qGCbwJ%mtdF<MwHtRvesckIa4?y@#a5v<)Nkyx#+P^fth}pjjzcNz2iKl9Oz6;k&
zL-oDYoQ>FPS^61*1agiqn)1k*=ewqoYsu;Kr@(zNZVTBn1sqa_MkPB4%@6cSCbdm|
zoPPqLAvh%hvYCy^WnokiYrsG|nYQN&LA&EoKxpz+ufy|iW;nm3=}qdcBu*@2NWrAt
zuqJ@EuVq_DqYQsTF}JJvPz?mJZ+39n&70tTa=z>|6NuDe-^$k0^}`WmPQC_8xX1jk
zYU(WrB9S=k^;9S%pZ~A5aIDF<>iFg_ad+@mWk38B3T?lDldqy9MiO3)T$~ZH7BF5g
z{b8&z;Xjz9i-A_k4zfidBj6HA)M}I(>)?$_{oY;~V6uG@-RA&s-UcZ5d`S5<?C-LL
z853J0uA+ffC0OrcOSHc^vRqLh%mUVk1ki;3yX<7&WbGF%5^^~Eo(f{#oV{)*c^+`M
z@Ze_N80EMK-Y0YEGxzJW(|BxhPU~W>O$-aiS4l*E9r=eQ$Tse;C(zOdmF$3=n&ZEt
z2O5qMEKsL>hU6|MLD8(<zg@meHe;{4xa)2*LM3bCDlynSMrz{a)R5i<tU1rzLrG$g
zk?q|9$`JV<NOzjkNb%*?<^4fRrFY*8>gJ7DIJP746knQnI_NfJf`_GyL53t3K~<bB
zt%A9*-H>0woJgebz(#ag_shvhw-*{LvEeer3dy$GqU&1pKPbT@?-!3d{2nJ44~fhn
z39xIyyc|pqAY4MD-eIxQzB~x%-o<S(xAucz0fK?PqZVQO*1v$L-$H_?X5tpu&@S16
zL|8q*>av9Y=VPdw&1hKQme<hkIX=xCOOw-U+{116P(Z7&tvB=!t)biMg{p}av67=p
z&m)$H$YFvMD+3mW_l!YOsexaK%xx!|t_n!UE}v!>sQPe|>N3*m)Nz4CR1_D84tan+
zXb$1Uzx1t&DdoU5N`6(lguLiiGYl-Q$WYs$%!MVB1n4Llv)B5Lt#^MOlCeV-$a=NG
z{U%GU`A=nQjJr=wB7Fz#2gGWeNAn!_T`O9h9|9M@{y!HlyYY+Iopayi)pUGn`0&?C
z4?<@^e2~oC%C&#oBh;wYdC|uXhJc(;I><jOS9g67!*qGkMU?XEQ8X%Q;neO>8nC4y
zab@k+`#?h>2YkvdFN9`!b)8M7zf!Yu9j@>(PO*WhjMuyI)i%w8M7d5m2n9eg0E&iz
zs|+Ib*>AwDXKjlulOD>J{rvLs+4bC5e)p~~NRh0@*o4t1J|OR>vg&#7Fa{qY(=_ne
zehS(_NHT!l-Q`5oWbRXu;P&@Z|0!c#Yq@CAs;?IRbNvU$ZklC6xG@XWGgJM3*@XP}
z$>T0BOVYI7ZZKro*Ul&QuaN5JBX@#Qe9${^0~hE^0^#x5jGK9!g<u4;(esqf8#N7}
zAEO1{5Tir=22$+}u7684&Q4w2Hb106uS2r`CHM&~Xx>S{NgJ`Qg>r`r^BlNv7-wI=
z^IrWby7Zu>Z~ILwpYl)rLkHPZ(8~YKtLRiI<#eaOU)8#b>_vX%z*38WAj^MZu;1Z-
zFGKY%)EBx#tkr+Nh~EMaUF~Et<GmG*$+WSS@HdxF9o_91A;rNx3{aB|H$mT6*7fm;
zaro!Pvo8S;5tE}=a*}A3Z0eA)OY#W^kaeoMrq#!7UNQ85UI2WRB1qSPjhEvFP9>8T
zw_nce;R<Z9btwwFH9FpCBB))Y89(Kx^{-?4mkd#T;buR6GkV)gpWKC)(WI&+ZJe%z
za0-jAKTSoi8CbYwsH+pt1K8*vTEXVwraDd1M?`xu9z$$cJlynm9Ig-Cw?FPs?BOBR
zzZf5fz5-2m^`(HqG19P2j!7ECL;}e=<+A6~>{yA33s{#Eh?7*pG%V@+LA2rSiMEM=
zI4f~q@H^PQXQv#OGrM`VD`=WL33}Z)J(<m`;qUgi6Od;mmKp5^bP=$0>Y$Ba-R^GC
zq*QW%A3Vk*poRsp64LcameO@IG}R;$jS4%U0~>yzd{HE_^`k+MWZO3j#N_q}<)l@j
zBo7e90Zbp;BY$@@y8NJM=?S!h5G(u4@9wJ9?|5$s_0a;>%$*oz;p9<kZZ%(KQyK6p
z`o`w&_zCZ6ciA_4{Zrq8_wb4~esJ(7d>kYT@Le^ED}&7UQ-9CkJ<DeojOOnsQ5&#)
zT9X2Z2MEuxQ&NVh1#!xbdL?@q6pHgqnSeSiTJjZVOHnl`=iKizl%yonK^S*n4ArdY
zyC6?CsPSBvpU>O-!J)dduSik1<=lM*M6`!afO^INhjn965CreU>u;v48t&p=g#3>l
zK_?}Bdp4k=HzzSxC>(qiqWzNVS0rlrQfy26AC+fIPyA1B<5P@O{lpzXt!_dY9xoDk
z$9!In6WlXrt!K5S@O}_%d0LVsj3}iXoFgofkSV*cyz7>Xq!ro*B7d2q+FLa6z6RYx
z%US^?!@z`ZM!9^-2z85eLNADS#?eYDxN2ei^%r6+!vvCfz$)zGwO|R}LZ{D<&Wsu0
zlnUGr=s7{w!7tVvck{Y1VK<#+iXxjPJw}l^eFwE56c|qk$A4DWI{WC)l8pVet3njn
zLMvHto8KsSH#g7#GuRZ#Of5d+A8T(@q$nIMV+?Qd1r7D=e0+JTfb2avTLk!BKxf4Y
zlmu(wW1HF`(Zi%C;oxh?274_&pAF159B=l>V@l#7<W&|$f2l?#z8k{7JS9YXT%+I*
zAcs-Ey>KO_X5b^c&8;$UaLnT#nYf72H{Z<evVuD{aobMa#gqiU%0j9Rs}qt;Ch&>L
z2Zv!U)cwz#;rw!~IkUMF5r_?xbzdWO9Li>BNk2s755bYcbHDM`5Wb;9D=AeHvdwOM
zu4(N1l)O#km?Rc`85-Sh1UbCz<vst5pf?mWfou?Mf<0_n?Vl<Hu=b1|z#3b%`2J@I
zi06Y<4l`G<73Z5Me^UL2$i}ISt5D+O2QxrdRF)@bFZy{bfh6!{#~MqGQ8b|2AJW`r
zvRwHp_dXZIbQU&sA$jn1^vE-`=Q(=(VDE=y4uP(z30HbupVY4hGKP<rb_J9<NEitO
zix&I<VJ(UA-)z}_dX%1?qN@$wM@2;(o9<Inh_9EIs{T&337(>wxJuqi$=4&3+P!Y&
zr|k_CS>mrS7@bOnq{Ol9)HU~8+Qm&J_oNfX@ASVt;Y69yDD$mOWZ~GaG_1O-d3$sw
zJS!>th#3cnKp7Ec0H*;y9&U;KJpr8caa~#}Q9w~K3Sss$sUx&KyMp)JrEhcwY;W^Y
zlzL`ka6{Ix6%ok?U$*za3>5|nBtp>X84_cI5IIS}ywL=F#$H>zdNUVI2+mdA((SK7
zBtWaZ@Y6XL_qxYA+VY6^D&YOnkY9u_Hjoqoz+%Vpn0Uw;vnON#V)RQXJ6UPIypJB}
z+;mPH+2i1#<8y0f`bxqqs!Pu7fG$mg-aRnO`dfi2XEBiFe9cRbA6!u3<Tu+3Y!x=Q
ziFn<fN};#dBVXtjvlYSm823_DKaU)tO#GvKp~wv7!KrYF8A&+QsNA<hUvU8J=d-Z?
zt~Y6T-)hR;6?<(<E5oDqko&u(x7RI)6&XPIL6V6iJwIg(;<TBQ`CgvO=Ll{Wi0o=L
zPVso3NfIzeNI^F7QW?mTm6%xoGA!0BIZd=0JqxaW5oxg(5;yi*I5ap64wb1P2(hNt
zC^Z_AGyByEORmsnN!93uB}Y*sTzW8sCXVBf5wsTB@*obIVT~b8RXUSOvLI+)dRH{u
z`hg_bL5w5TOGYyjz)colre+_T)Mz74&58aZ5)g>9^YQ|>7iNx!^YNF-abPBndushc
zV4TSPYcx_)ZFatMx>=lqJJfa(+16_A7lfY%ZA(UE8kY*oN#tKOtc!A>u`()iJr}@F
zzz#GAp$hiV-9_8dZ>S=Fyij{H9NRGA!ONSN^1VlbJx!0ofrQ+`y1eRunr-y3t`5K0
z*nAZ0QZ+Rzr<!zJoU@p90ku2VAIjghn!k4?^af*Cr3hpYH)P{D#=t1HzYTPsI48JV
zAusDQmnLu?e;F-NG1|!E3<c0mp+hy5?U&sE>e~-HBIwq0A6-b8N<pSVM1;3UW1ilf
zJyCwo-ZyJET~d)F#?p(9BEz+8+{V8Tvzw^C@~j>uhq*<l;VFW1i~q-ASkrp1h2>Ok
z4h&0fRp7s0Rq+i>^Shj$3#e%&6ovYgwAp*UtUCSH%hm8XSoR4+<D{M9emVR2G)_Kc
zv<y$V^;Sl!k@+nx$vQ9#kcd_z+0x!PYe+$HsIs2dPn3y@mw+(fNq}_iPJItd=fVaQ
zc{LV?5CUyRLF7~WaMqx}_?;CGkA7O4w`C|y<PU_%KSR<0h)EG3I8%~<rwrF=6>U>H
z54CtrCaUy518Z$XktVGeXFxrXv8`$B(?G>QX67Llxfr8mkt%xp0p{7{d&uBPrVNIJ
zfhknsTf?mM_v^+}B9xCrvzu|NQ*}WEzAUE@#QuhKJ2Dc>b~bQ1iLHNO7R4^9GcC>(
ze<*Dc_Lj2fP%Z{Y<A{@|*xw&iuuOs#7Xb?*rT{Fwoa3=q*9Xe>2v_Cx3y<m+PW(~V
zBBcVW{mk~oCiD(s&Pd>RC0>D0QqA?%@+eZ$=F|>Dqkpq}i_qH>KqIK)ExV1Lm1x9m
zT;vKS1pIkWcUo^{t;MC3P&USfb)UFaK=ai8*O{y*9yrJA9wsHx@#@1oH@Q<}Ww!kV
zKKWq<YOo7IAlE(%-h6gfm!saYga3nDd!u9ZZ<l(MR;$FVp2NLd3%I?X{=2>DDR(`i
zk3l_Dw!ZzvBI8y3D81iu_{-%Uic+Z8Z97|*?A=eh<$pm%85hM5ZN2*5F9z~8zZ?<C
zTJzg~iX?6TdKAahzE-|qe$yjo_G5~t2&7n92c~BpSgal+fyks*sr)Y455wBmZl%+E
z%9ir0v70`SzXFgl29)BUYd=7<C}2ftD8ZQ1{h22vNPdrWj8sc0nn0psmbjn{RDVS9
z?6XKsKKVekc&O=nbPldj$e{Js7tkd|v~@M{5KXV`o7VgicK2%d#egIaunq`l$n(nK
zvZ_efd0E-?;SE4g4jq<3<!+W)Pyf-x`vA{AIy#2xai&0sR)!yOyw0s8iHqnn+hree
z13Z=@RqChlSDX<?3vs=+=0Zu|UO9gmW`^=&YjwnoK!}T=4>M5i_Sq4Es&~%g%k7W;
zV#-)`WMDG1v{H^|5ipP+|4Ym~)39f)Bw;MluB1S)qI!m0?_DrU^*65RS+1JNxv<C!
zVikSqoe+Apj|L9%ul@HkPIkQ4fm_0fZ+8y`%p7iKlij}sRsEih3ZD3wu>0C|U)<Bs
z@B}k63rYFz+n(vUH}lnMYd}N3+1QiR76d={+<FFA^eAD5qcCxHP=kV_kX%^`xCdn@
zb@S1nh1vN8w{U2Fk!OF)+bZl3>-Sqy%le1NjnS2dt2Ez%)(XYg!)e9kXVidj@5^E+
zF}64!<PGS3`4*bushUzY0pckKc;t7Y2jVTbiK(L`RgFPY4rX=hwD=RvtSL8&8+;SI
zOeJ<3JP$WnW>MVHmnQyEUy%Q`1h=NVnR)!yXR93<yqZp4Lf$QnsTMrOdE4P?=#ls)
z8ub`R3jmfka#3|qekft_Y;E$1SF9q_=_O=Wc_0ZS0E@897@_s90J!mzps7rKEWCc3
zNiqqLE^{L;f&%$gkNkD?>1o>6QCg!zZDZMHVO<7d)Ly!O$F0V)1Ky<!&K=r-WW#gt
z{|}IBntK&8m`<?a{C`>iMUvq<u&Vs|+R7)6LCf#bT)~;!tX&TH0kW*0IG?RK3;H$g
z2>|uo8q)t#G)gL`Bj~YTyNO9&!Q%T8cR?G2{+3lT&~C>aB&4)%?CKXBam1;5EZBx3
z+MS|h_0Z4%u$LN#u9BG!)`9erE$b%w%kex&DO{kC%9J6I&d0Z~5%_oOE<90Dp)Zo>
zQ)*=5#yU3TpAr#Cn92$pd+7#Obq5|n@(wP!nqOy>M=BI3aOJ1>h(OkI_=g|*0h~NW
z-SXzuC$*EC%pKGul1U)-cdDJEhN+Hi4O0UL8Jl<zrT@rQur2x9tM#R?NZFqOQY)_#
zYjM@6nw~+ocJL)xG9M)}r{mRI6dMHGcM}(9Q2zSU@tX`Lr{Jm0dJth6Y=d_HTP`4{
z*!3P%a*!fCiHIhk0aXPngptF-&eDZFpNz@D-p(`}UMac1e*HM2rwaUAY12{kv3c@~
z9Qgyr)NX_w+K!!erEwvESQ2LSlSG}H>q=(hd6GvOvoY22gK@%b>R<oMnl|=4?7$vY
z7kbzIe)>jv_|(e<RAP{zk}A}2yNZWAa6?^kFU%C3wSs+>eZjC$e!+(g)~|)PjOs6f
z+FuS5bQTPTevGMsW^Q2N*IhVa*uE4c05QyhSgO!7Ab(Q#omIqXQ*+P4YBBTbwOQ$+
zYRMhPz9VbY(6?fzgOaL~o2b53zKK%bkv3g>r66nN6Cs~vu166&yFESbmGgrCqoi5A
zB^%)<CMTGYeF3ZZ|5RoE8^x6BIFB>-HT?pu?0j;1Z5h`Q=|?h;XJOJH+Splfn9bt^
z4QV5jfEkzrg#F9t<M&NpWv7khGp89M6!B5+kAy*q9)Dl@&kVjl;6y&)3<2{(b@1Ii
z_~!;VCvF&j$!S*{l5dXcz1bz##=kYozfz6qNi>L}Pu0NaZ*5aQ*@IWb8(zy((KT%M
z<CUn~djCs8(vAVD;9pJ?5zQ^e6c4(UKwpj^eKUBYbl&TBj4(pPdOO=43&$T5cPDu5
zr0pY+ziqM$q2sm{8D*(sSPRA6I8?4)4XwuDM$LjodfOVzDH_CvD^hMvKy>jzX7WGU
zreIDjGs0g*=w@NgW)WLa&%%N~B<eA285typNeq?Cnz>kj)VO=S+u_^L208DP9Jple
z+`&5&B?5+A#lw+}XgO^=ovam^u8k%yW7u?vMo1SnO6Ks;YRV4Y=Zk9PvezW^tv*&_
zu_6&Hlkk))NC2kxpB9RnXCWqKyzDaz$H2z_Q6HDpeUh*oRJZ3&R2MVJ5Lo>SlpA=K
zyzomMAKjG1kly!yH0UEwO8lK+IBx%h%W4d|KHJA20|H)G0XByB&$srE5mYq5n7K~Y
z#6y7^{9qv$#>SIvCys1B4F0BmRwLEwiHsWbIxW&aG}Vj9J?$sp3cLWimA-tm@RaVF
znLv?cRYHA39#P`dzVlMc^3DXT!oai`4$ZNN0R>=uY%{%MI&nc?xDdR7hOmh0kAIr3
z8vg%rf<Rc(yC!lk+wdnoGphNbmG=r2KLc4HQ>zjmg4`sWbmKsT0I;r5qR!p*`0>2h
zJ{tW1euOS952SZ%iXO<SXZ;X6hpG{&RjlW6UdIS3Wf7izqt*6-Jx{d;4r06Q$B)p$
zdx0^`)S#T21a+1ajp-iEi67H!ShsSWpCG1jhh5+H;qdIKMej<0N+9*VYC7>ip-c+W
zTfN)lFsp}eO8D}J5q84rS_Pp!0KNG@2nte}8>t_w1O>|svaWx<Sso%%RMHzd4mE?l
z@x$-$SGoHMeVnQP|0#e908@tXjQKk{Kn*8ka1g@-3OaPqh&-crfdINTD|Y?+i=&OY
z+(W3{?Cj`0T9{PXK2>AFR?wNg5nAWs4h$%F#1TwX2rwp^$Q0f7!3eEEMH`p#wpRAJ
zR%w%LQH!Rl(5G5U0!7P%XIXuF)JvOsY|kTBt+U|pq5Z@iC}%$vfNUM#MJHD-#w6|j
zPYv=ZT2|YbT=p(IzNMYN!$HW%<bs0M&j5YY^$Sf!>lGO6#3?hNh4@>wnBeIF)w@uT
zFE4~f27<O9+PBo~+fHIfTt28k*#KSU&pv$yo@L8BL?n5HW9&h<>Ay!01W$dxCiqY1
zo&);~GRX*Tts%(y)=cq8DD%s4MJSSSTAk44xWC(dWS!7&Y@j8jOh;4lG<crcu@DD8
z6deJdSGiJ#&8?%GteJs;jxPK^NQfgD68h@&Y+?{*!Oh+ObGu*-|7JnkKV{jXj?@pQ
zzf$h*Cw7$abIl620VNQNL+xT7fNj|J1rwT$*`0mVQQL=OJb`|yL0MA_1N-}=U1tVC
z**8ibS{A+M|7^3I$DNgyTUFd5+<|6bXXuMJ<#$ma?@3ETfnB^ic7OjKdv>(j0Bs^r
zj)yytgK9Q~c7Zfip}CLF2@rJ)=l*p<&HE|=D<jkAqAY7>7^-Qc8WkXV^o+B@>+nxL
zbXqL3Cyb%T`gHDqPCpBjPXA0+%FVHge-V5_J|_q>&KOq9@u2yLZMJW(MWn$L`^Di?
z^@>Gx?fxlk$iwYm4P~k7>2?dTYD~t(f^wpokiON9C}tRgw|)~ia&s$=8nxu*vGId@
z77iGErxK-2I@@RXpl(z6U+Hs$w9yBooMC@QpNmVt(wMgZj?@Qal_j158h_$b39@mc
zr;xUZ-hVZCx=wqa4FM0P?_}*M5t+Yp7-U2aI6})p(2b^i-Q(!`>8w3jrS>_8m0u~q
zfpOi3s)+T_NA$hNqTtWHL-rLp`E!4_hVOks5kS`=6`WR&L=^aHMDA&-k>qs@TuB5J
zF-_!sM7<)N+6_fi{#F3OzozK1>}t0JuVt|on9H}9DQZyTm5K`mSl3+f)(W96f(hbC
zS`)trAEt*>`#fb<&;_QqO~NIrBs95S(9m>e>HCm`7@GU{d9r5V>?)%cqZ6OZFRQ1h
zZaylmY@JwFqybH>S$x8?zwiQ8pD`rr9x5K@Iof<*?%;EL3I=G$5B9fSD*GeYbBI%$
zFL~^N?K(W8z76jVk2LO$ITwoH^+iqeD+l@6?|}%7PJOGaI)h{>BT-p9*d4uF@JqFg
z8?_W%S{?U~&ZsfyNr0FOO4IN+7N{oP{(yU`bN)ZF{yM74_4^(`Hz|_R9n#&>rF1t6
zlG1{JAk8L4l<tu31_|jD>5>MO?hObCn~wWz&*%Fa<KFwHjByS;@B2P$%{kXxYsGC`
zSEud&OnDh;qJuE@=)cCCe*ReHo2pe74G>RWch99$$^5-dO&F?3_}3<L5^Q}*N!UNk
z#<%Uo$n4!z6qPW<`SsDKwZb5_&8veXU^0HJiYWKvwqwY7LBsbyy>&zQzY;!yrYa0-
zk=UE3<M$Z<)YR9g6iab8Z=dtEHbs)QFuPPa6WIFn*imMXEdHp*u+9l5{W_?|^fD;L
zzsz75o-&Il&45aBWdnk$A?ZDc&4fL4D@+Il7wbbjRaIvLM{5-<_Qse_6x5;(zk+V^
zG`cpqt+<M;D(;ncX3yDPYgJRf0S$U4W+fC&+oWC6P>db%+(QxKRszByGS<2$Aks{v
zF-4AX=CQu~@+TSlWU`AW8EvY`(?uuEHwmku>pOkdk@wy#Enzz_2qS8mYD73;e7D~T
zhv0Yd1Xk^vT!YktG!LS0GZ9n+^N2!x`V2f6zv~6=o2IXLZmJXRonxlpW2^gzWc(j~
z<aRT8Ph1ohxQhh$0RX!)!yJOsyD;RC^s<%Z=+7JL&#if10iqF3wsP2iAJ6~)SZs6m
zHzHnv0z@NmxgHjPJcw831P*Qj&JB#eMm)ttP1_Gw=9iH*Z<!$QoFVti$w1Hv_~m@6
z?ZYa<=eY`plo=MDb=wnxMUx|##lGK$zUGcV0>)Yl{kdY}@PMo`bDjy-#yWyl7Q`-O
zHNnfN?8hDT1;(^3C!Q<Em+|5|oA(g(@v=GFH;{$^-e$`V1z-vEKcBEYuIhxMFZ))B
zm&%Ysrb&*YgwiVHzTCNbBas~fSXrqq7}bZ8=rlKrX;=*uIW!xG#w#>4{v|Z<)iHMu
zk@7DDU-^*ga{a955spR2!GxWjK1~Md#a?D=kE>u&4W$ttm>i&R1ZRH03iRsCeWYYE
z?5`Q)*<Ke@q`ZHgI5?yIxyD<Wz3-MulSM_5n#O##_$K(=(5gb9Jpq{eIAk;W4s1Xl
z0h*08%bNtr|J8Tny(FT+<aikE$}!y`n6P%&1*|FM0aK6Z9;sb@8J-~PxH%*}UgEiB
z0h11xZhfBn9q*v|T`u$d?L$pt(L*VCShS9vIfXc&>uO;MlG65f24RO%12fvU4bBAk
zcWO1?pE0r<Ma+Wm0hMO}5x&J59ww?}hbY23F~#<2g{SLbJyVE7Oz*)0cc~QUMj^T|
zGeQlmw`ugN8v}2<&wVG0x94O82bUd?4ZGCOAptJf7xUwR@sv@!QEF4HUeeP-16pbN
z8t^jdrdi{(;u^wQH0_f8f)1&V@m&|9_}Z8%s;YG@XnBeCE`O*<e*H??t2^6&YGmE}
z`QDe8Ob!aYeG<_4?MFmcZ$3;NSZLD&%-a2NdUUZaE*dpI_Cd?T<<>9K%^DCU;-i^X
z&s-7VO9<5j<zJtmHOinRv+^0d%m)p38aiQmVx9JdK~u1=)}sJ_ytFGd$kuCUqUsq&
znVPqm>^06>u5J;L2x&48iP>PrOdA;(Bv<&Ge!V1I2voX)+HY5TbFul30~(4ppEbQP
z-RI`1%BX16T&FG<#rb%yE;%0J$D^R01XjE<_jpn1Ur!Bk5t#ZVx^~lXLtA@Qfg|JN
zL@#2{fWo?rq<65@qmMfW8tKh4X!XiA3u;m8#t;Abd~A~bRWm*^gaN@t!4y5&CP)xo
z`o1*syk!)CbMU}w7t>$m5#dYu$?4Hvb#;S|5CH*!8uvZ-*}v2QFW#xu`=JhS#zIH-
zPBlhWd(3=sO)Pz$GiLmGxW2;Bf4u1H{M1^C$2Gx*=_P7z?FLH{Tjp|oyw$BWuxUVJ
zxg6QY6bwG&)rAYUzVu~Q!vcc>{PkN`6cn{RC@^cix_>kTH+TImnK3cuker+DDV)CK
z!c2NtycT-^hEoE$XSERND{)<>Wu2F*Y}{7WDdPDsq!LgJVbclQO|9@&nrVm7=`kC7
z?#o1rbn@J*w0lfRtuVxZM8`R$S9TYxe!U|2sz#)3Y1*{X?(7m;r3r;IK^&{sKvyrv
za;Yh03{r?~5Nz@4>McIPST|>eSh1Ey2YRYXvv1X!mr}B0_LncBHgLrdPUT#LQ#ngo
z4HgT&nIhDosvQbd)cFr+<>DV_3-w%(UjGxu+yxlA^s;@RfCD&fpZNSRF1-8h?9h0e
z@MQPu-^3I!J7X*SO^ehghs;xp63)#T4CWa3s8Y>+x?4swyurCNs)7<gzY*fR(&(Dt
z56@@q{_Agm!$1`nH|qZBd%!DFF3L3j6NnyiZ*gV$s#0ENr9LVvivhgG|36;C-#yLa
z|7kwM=Lb7jlp7|zaNIsF3C1SD;OWa)MAMbmF5ucr-5n4XfniKL6zM(volxZAiPX~m
zLLyyyj3o6l$O(2ystP}t|Etotw;SSESZGARp8jM0VdW<1I|O2q5R2ii1+zxcGy}~8
zgiHj)YLzGQ@mgukhxofu?lI+I*clxSiL+X)7)eo}skOPvQpVA+y#p*hX)I$Kko#<Q
zJL~_8?z#Er1GVZaxXfUP%Z52k%>J$GKfE*hKTt~eJ_ZAz>L!6^6z(wykDtjIpYJ_u
zsjSrBa@-6Oi74xWDM<?n@DJ5!b+$aOx(fdbc}eIG*cE_L-_$=nd9&dojwnxy_iyp?
zwHAOFtDa7$H>-tk3#oiIVUhXym8UqJ96cFTm<?+W)Pj>s*#>l~0BkUA=?66^OrV%B
zf$0GepLqEU6@g=dftGavw4>H0E^o`r)?8iF4_<TeBM1&W<rfE-q(Dv_Oq>d4^5Faz
zeG3-WdLvSu^#cTACnkeW)s>}2m#?VJpWdo-mU*D)3s+yeya}1QSerO=4`{=`JKI5%
z3R1iR*I(<a&+UpRwEf3dP{|Yd%51&=ND9tjsQYv<-NaY{I2Q|ufOWPRj1Q5KG=CM2
z;Jy4=R`5b$$otoTnkJVLzmIC^v&FY%?G<8tEUoMnOC`tu)YTq6l?LQ06SMw+lDXL>
zOfT=fxzW$4hY?<x)5fy8SY#PST2;<fLsRoO3*iXY6WRilnx61T7z=@TM!zZ25YB|*
zQYrljL^zLm5UNITyx7JzjdYCC^v`ruRq$P%UwEtf(xoIw9Eg7hizfc}_ahuK`cFT&
z0tozhZ|x|uq@yMkSgut6zeq2C77#PO;Qw<kf;XXqM+wFwkY$+yb*~h#ogJWPB)z>Y
zR1JL%XwE-0ZR>$eCRT0=>UmXjFUsyZN-`6M)R-1lR*xaS*a3be|2NqpV|MDngxE2)
zB#3+Aa`Xm`GKu`JR8;{vhyhZaq2T~@n_A_os;Vj(Il1AnC#8_1jM4RYpi84q0-C$b
zRO`&1*){+@fG@l}@2A}L>L&w?^BYc~@f$^oL`S5bck-1Utj&SzpSL|fuY3zAOQl9D
z^7)@nrC~}ZDJJXfSNj*0%<90MmPyy#tsS2p-8K>k$owPWWvq;gq8XDm*p{!lwAE0?
zvSqMKkQD{4sEWPQBYP>H<UGE@tFZ~g#0~T(o`o?l#|~F_<vF>_p`(zh&Uakd(r>x!
zHmtv1)nHZOax7fk{2{97Kn;xgb1SC(ECDS2wzonD^=%|G*jOsx$&J)hxs*v6u++N-
z`^BX5*G2^WR)O!OKv{yKoM(O|U>$)5aYPVNd3tgJbFlfyDk`8U8EW_9mf8J}^Br@W
z;cHF5aWF72l+^Uav1en)CKoFxlxfGzpD1_jB|t|U05Gg_52(OhmRbt!yn53u$40Nu
z1W13F8S1ME_w1MDS<8(};laVd?(JFSpq&L7JE<_0TK}<xe~TF~^=Xm;^N(q@qJySH
zCm}ZmGh(uaY@(BTg)z*p52ir?Rq}VDWV9YTtWkx14TU2V0HE*a5nHWH4pits=Psz6
zN;#%~CrLSpb~5P>fmu?D50G}nFol7g$XKd$WEOb(;MN+VJ-^vxYVY_7qSpWJII47J
z^MgmTSniK!?#oo1SeWsb8ca>OGiYybLIr{*i+ldyKlX(|D@9+1N3G@rFYLUZlet%h
z;|;JvK1<jCSs&%*Uhl7j?%jD&{~IdQYYiqw39}QwCuVT#k}Ga7*m(j7Ar>r<j^}q_
zd@?N7_2BdyznFqG2f6+2PxKj<q$i+3%dKti@q!o^wV!=g>wVu(n%^3=ck#lFCY8XZ
zg=RCCYIG5K3Znok()3BJx{5^|HA&b31#tH+8JXqAVorMF=kThSrrF5Q^pWUOcp6{)
zxk<hMv6pfEovUKf)mKc{PvMy`FmNYs^uO|R!Jv*ak4+4<Zk49<>t`-|vjx%Q5|{c5
z4}j-a=I7O%A!7VbbKy>lv}ss#A*<=m=PxZduK71cbaWzSAI9t*LQQ4)ODi11fYmbD
ziE~{3v-wQ_pp%<{If2VlP(Cjed<kr#CI7!uJAQMvU`Lw$a|O;Ymg6&7Fi$Fi|4mC^
zIgd$YiFUg|?OAH1zyekzR#8Zcmpohh(E9Pmq9o8}5<ONUs>W3!z46<4P|I+L%~`t|
z#}lc}5@bjM&~l6jQtHh2m)Y__)O)bfyhIopAs{neCv(qc<#|idc%Jo)PV9lRM7W5A
zQUqq!-B}@uaDegj`d;Q<x*BZVT@*9|fN4iB7SWrd=2DuJ7d@X<`tL}%tY5>=<Yeyc
z;XhqLl}Ej0IgE?A*-jrj;;Tp4aZq}hpr<@2%bsd-v(5<@9JP=r`kdGXHU#M3d)pWM
zqxtCpzxDVRa1bdN=r2Z<c8DD6@q;Us?0Jt?S}QRob5f{p;D7|8g9Oh6^Z*hlsj=rL
zf*DEqH!^S1S1f3Zqz4mg1II%shc0M@5wqGLygx7<e-;;$(u3xA1aTAmsF;r-T|~ov
zQc(E#u>H`m)%=L+=w=S=!9u0~6wzg0ebeY9?oT?P!R_T<G?ztaGIsV;U|)e-t5*J&
z`I3$$$zE7EtEssXQ~`7*qswAl|9R4RE0;qp7CujWcm>ED5om4S^X(E|dZ>oMY{bM7
zz~C}>PT0=^?L#Hh1)X2}1i*>3Sq3tvSicQ0wpQQM5!*9?R{LJWDV3jf9)CZ-pWG<g
zONa&6@Tp|%^HPvZlZtdeGE1KdcGwV3-lShVM5G@b1^+e4a+vQ1qBlUQ=`J1|Q7L5M
z{zj7%4~K1TyKSBNDAa)5SMrqpsPY_Q<}Ki|mi`<J44XeGEin65Maq0ZL}Ra8tKOcx
z#{=JUPMS%1f`BrW!0p}K@WutRE&|5EVF&$*)+wF1jTT3UZMXlSet->4>dI>^ubKR>
zFmrTD4<y0El61xaYYz$iqp>=FsiTht`KoAlqWB~jLtBpT2OSLJ{~I(y5BI6+5_~R!
zYfJ(h$gtr=dc%MPNvW`ArjGs@#D6CK+^mRuu%3VSi6(v2e<*E|4piDfk@9F|sPiK?
zO6L{w(asw%E&$!*EWFPXSw2|*fkUe4mu>k^yJ$-lbm}S%C37EI14G$>Xva(U0-9!q
zWp(t;g#C4?&V5V&S{J!S>vR=V394h5zryBMoAz()1px<}dl_Qx#qjrIC263*l=CcB
z(I+BR(+SVBy=YhJ18|~mXC&Sgicm$(wDS=Is;;G(oKKNKRo=8SF1J<>j7mTsSPF<U
zW~Au3^oQ>Sj0QUpZSWHVzZdB7qXhF_z^fTBA7)@ky*n>X+CzCVGvGHhT7B0Gs!~y&
zko&U~8NJ)!>VXTO>c`g;MUnrAJSIswSRied8H}pET1^2=_#sO1v_tb1zqS6BZ4RqA
z=x^iTg}3rnNR?J-9}!6{Xlbyyj1wZJ)Lg_H{r2aI5k77?m*{?IZ9@<`6d&+0bf0VV
zP+s2ugKN8$3JJO9)qMcCs)7I9HfgE|B>UQVX6nI$4(Om@YK9%YWlG3X230hpcU&#a
z{GhSt-_WnA+Yi4xAM+#sryioG-wbL7TEicj=8EHWxmk0mHBnyli3fEMes1yYwR^cH
zvihgMlzG&4+>B-F_G~}Gn2v#Vpi=L@Ha}zp2t~w;B%mYWb|-XIE)oLz3$Y`uD0N~T
z17-5GZ`=0)`-|RQ8JpfbcZZx5%K1<*ma>+FlBX78N%bndHx?P~8842q%9K{E;NT@w
z=d%4&MnNad&#cpp#0<Cig!m7P>Qj@b1WL~^ER<io>2hq~G&HS$QR@*^0i_=Gxg(<+
zP&#u{JsD{`=~y0je`{jCEO1EOA7it0-kg1n?s0FsqRXS;*&|TQ{<j0y_H-$M+i}0%
zhZAgbd1hU8_3^tvJ|}xbaTXt3`re&<P|00X&_?zH9orpHol+jOrxcV_*m1-r7xR$v
zGY+n%>vFPBsZ1V7NG^PWxwrLytyn{c1PgWU8z`W6FA9O+oX3h8)|2Y@g7<22Rc7{q
z^QW8Z5#A$bVHCnepLp>(InNCr2a)6WxK|_UZIOuuUd1vt2KDlivu?&_GzP-bG~|3`
z;h966l{L?_^k#)WxrkKoQ97i5KJO7|FQFROux8fr!apjGLCN+eZ#w0sQ*M7`ZMbgI
zb!z_3mElPTFivPnN;!vg7!UBWpG>zJ!Xw>otR>)Jsg!=LYTA<x)$k!PB!9)|D6L03
zQYAFw6Di5{+PuiRt|eg`pV1b_8WU~4Jx-(6*ox11OerbpB4@@ehs^oUR}!8VD!lx@
zTCsiL@$C>toSqg06{Sm-Hp=Ab!Y}3)hB=%vPXpgZpKg@M7iHV%g1dT6hLXwh)>qh1
zhSwq}PdA=Ee5#}8;bDW15J~E48a%ppR3Rl?8*ENfY(J52R`1d8@~AJ?vr(Sk-**+I
z2mZ#9d0n;NE|xu$z`*6)rb;rN$FEv4q|5Ut>D^G?P682JA0r%%El63Y0V>c{p=ic^
z>f6%~srHG(j2No;lsOcc-wd{E2w}98Bq%E@nAhr(lcPrbOC))AfAOED@Iw}^og;3B
zhnJ_N|GF}vgatkC_*$0Y#38U1bu?RBfp|B}T<ln(r<<>=WrHVD7Lo#Az9^9?s;%Ut
zjPL1EL}Q6kR&Z76kPs$zO5tnG(;;FkMtO1_C>em{cOe~kzm0KJ$W2%N>{e2vu7tCw
zPi)3=3Nw(%p9L)cI@TU16Hn^>`TG@wry;u+I_|j!YA4*AU^I*k4){eTKX#$@vWPRq
zPo#LTXkAJ{n`15Ba1QB3Q)ildpRe#~w9^qj#QON>Z6oEWp;)ihZZE7RM17w?<wI8<
zqJ1}y^`VBk#Z_r>(t0Kun$mJR<xvL2^rEG2gs6?oPmtjMyZ}dVC7Ne1Ric`;t)|-s
z7%>~m`mb!P87P!93v>-1Dw-LY_|)pYi*GGWk+*Jn=Vg;*xraILJ?-i!l(Y33elaz!
zs3529s1!c*_x0)K(+~8!dO~7*J^O307ORAj!CZU4&6NHx>ki{9>(YMI=TeIwY7Ddg
z?j=xBjaom%Wr=MymGrMSK^)X1IInh6l_B)XO7scZ?w5!DdW~;Ui%2R_rZ679_HRHe
zxfM$qjX~ChUb#Nj`ToB{rup2weNQ^03AKjq7|dsAtPJuXJ?;dDM1{slyyvbQ3Hr79
zBlZWZ*#y_vD2?z?aA3r>9LYA^M?%pY#>cv&*Ef-Zx_~iKwDd44?ZwM<^HUYBe#4i#
zqf+n}hm5?48&E$zZx4SF-BFKiugKxSF;)J?3!V0Isl4g#<%8pdIUl~mmnN$R?V642
z49mXyr_JgQ*{cmC4Rnmv$_bB<+QX*T=ME=Qu*i+dh99%<J8h4<aT$TV;U`lG+VM<Y
zSxQ@aO=w>pp6QApCtwH4|10ZgKf(>;yZqvEy7{INsi(3lE#z}8ftZ_?@lAa4{`Uuz
zs!y2e#Ttc@>ABMKYn2$n2wya6OJ>PiPc-sARC`z6Pg<u-juf>CL+h^$nL0ufX)y=`
zHR#dED|!!;F9mR4E4&3!WC4%)(#YgEm}?HNfT3uIr=zK*&@3^=2bblO%%<I6JgZuB
zFZ7m9wC2d1uFh1O4lgxOgKtc&j4p%oz`E^e=N0uXo(oaK_UC5YR$lI*uya+gQn-IY
z3Z7T{p_X%=@nCZx!`LZjg&yujk`#yZ<zE_Q#cb=>G(VnZ+w?lG8eV1Rd9ZX5)K_6(
zL45h!+q>|CoWbFkN#9VITA53PPsMg>heU-6{}n;(*JPF{uo~?I?U{(EU?m8O6xk;h
zdb~d6$?H6oY)n|JoobRDC*;uPA3B`u`NVpdVucwN+J@6nYQArOdE%`u75`d^a6L}p
zA^Qg2)M~>a&9{Mi;j%+@^v7)Ml$P3Q9*YmAEi+4HfV|fnyE=m<CSG?^K*M#bJ5+;1
z1yy$Dz^C%Jwsqo%G`P^w*XGm<!o#3)1vY=<!sL$^uFp{->STt;1+D8<My1iJZhh$t
zZwr1Et*PyojYa&l-}ySPpBWY<pLVPfQjw#iqsM%x2PT+@?p3uq4OTZBb01%)&c=fE
z@&;%tV>2mOOp!QylW}qT-$!1_uyvGrJ{y)b<ETFL=-%~e#VKI}JKTrMniZg@Q(YG3
z7RX9b_ZM!u)rXgF%`J=(pFy%t+Fsw@;_Cou0{5Fj?K#i;?-EjHA#*?Sn_pBnI}<c6
z2Vh8d__7SSS}|x2t}w3iu=qeaNtO8LE`($&535LLEIGIzWWX}%2mN4Z<1)V_>wwWG
zc`vch4H`3k`9mBG<7}<u<Y1p;B4lkRv-6SR@;G9Bgo{G*vX#AQj#_*ln18LF;)a<g
zV&I!-+4<8<#oQ~1F2yB<MnbOxJDwwTcGHwxZ_|4}Ty#6JX`(v5eZA{Cf85yU80~;-
z^*A)R(_wuvj$Q{TtS4xCdYb9}=;Yc29ZlYv3Fqo>&ihx5zvSd!sR#3s5Ez&)$LH0C
z8w=~iR~&CY8=iNG@^KVFeb=7DMf?yvlbR`5jgUA9GvFf?(Z7UIinT;!zvElGqDedJ
zE6CY@BWW3jEabr{Kn@l%z7IO)epC8A!eX}38Fwc@Rx&G}hpW0n>Gsjs{wv78#Kp&)
zxz}1~b~cie8<{z@!xjGtGeWoMW<TnKR{&`v0m;9bf91sKRHwY1LAyEQNpiY{rbaTc
z{P#)rzhyi_U8HBqG;#{dq-QgE8b8i5?bI<D(IPEYDz3bYb?A2W3^?uBG>cfsgBGUC
zi@~UUMtSQSwZ^8kgFtaj$t(t5ctT{yNR|0EQAFv0{-JSF2}pFzkFZx0@Tj7_<4nir
zC8RF9EKu_#Y!cQ6GC8hCHZjzoK6oG|`rKSeUb*JJ*GfuZ7Te%xrp?E4_@he;HH_O+
z&@j3Y&xn6Y<cLlc+=&;Wj)<`TOCwJ{`)%NB`<>n0#s%=fMgt38teZ%+7aI+y@)F~0
zE?k^u!J3TIIoY{@QeY56D^<ipT7HbFxswF$yT7ImXwi`Zz8m?dg%_HwitQNL^427_
zjVP2=1~G?z-24RZPveO2T}}%(^)^dA*(pDtecQu(J<><<NBT#ojk<|GPXYK|&uPv3
zv329XLM?#G!e*2e%!;gzA;jIgUo2&Vd>U(YdjN<lvH^<(y(9%#LR?z{zj48i6&4lg
zht0JSjQ|rAoF48Lt49`_7t<fm3#Mn}?<_ao7gfv-)U~vMt?C^C+e{@Ry3&O-I7!}4
ze)pQ(K>}mz!h^w#!uMJ0SAV~J&LuIFpsk;3Rq9u#ikh;iBoFPec!#0UH%C(D936`Q
z7-QJA93@U*$sH$qT?S^iq`3(8sV3tVhFZQIWmdOv_9thH@y4uO8OjL45eBm(H($LY
zZyEkYkoC$I12Zi<G3H+s_>&c9N;l>+Q{hJR0T;2g{m2J`cq`PcE_|r>Bes<>%7153
zlltoh-pIjqz&-8KE~_meQ$+cAIh_C+;!aP-Tb`Jg^N&Z-F1Hh+k+bnN(@YSA2IHrK
zM?|A6+&jWg$7N>5o#^s+GC{s~oGOT1($<!gkFQ#4EDUT;pDx8-!BAW5(<tw+1>==!
zbrNFNHFTn5-~$SE&D%BWM-SG2WloS{uV(do#aL2Yy2EOy0!sUDn)V^Yie{598PC=C
z^++VaT_MYav-N{K)UJqtCbFY4A2a>g{9pWQ3#eDI$i~x+kt(Bd_H2#wzJ+(*hvr=M
zy;eh;cK-N$4ZhnsXwN#{*OR>vTAMNNp}^o1R<BFm?<(J)lT#9z&tp#>6&%*A4ke@z
zs7b~JNHT2k1I!(kKRr;uj~SF#2|LalhYk0_o;|kEUO-1cCw)u>^DOX>vP`PaeYsUN
zUd2cdk?AKNbbHVxITiWyj#Dz*8fR8VR3WGVReR^JRYM6P005d>5WNU_3_e~()%!%(
ziXNw)t$4Ml1+8a@Tr~dnMzA+YVCmr_eC_?w(a~OUG<w}s?>jWq{{EzO0p~WPvwBZS
zJI|8rjcB%F2X&tNyCCiz3Bdyp>O!Gk!PR*k-BxhHPC%5zrGcaimGKDGxi~!)jHWR$
zlK2X}_OP<~`#7;gmmEA;ehLoPqn(MTh4Wh-Y^bspBKr*`Cd*}ettPxzwd~_jRxJIO
zkLVeA!(vK%&)SeLwve9R;8LY}K*zC>gV5k!V5@V%kVNC(`JJqq@4npDiSXO5a!J1S
zrBDf%k_Tq3`dSdRzC<2Y_LmvRHj4DU%gh!Z;aud<G*gU<@;Q)^62+csr-AI5HX%A~
zRKihT1z)VV$b0~KjWxOIQNtKA7H5VhqC0a~hn^l7tnTBc!uxwKn)(hEOy$inkA0)_
zDbM2X>VLVC=QcD^&D>uwoLpY{FU+}Ye2jA~SNJL~bwsDN?8Ie!G+mp=%luh^x+%_z
z3)0ixKmJ+kL-N)^G7v&S!o$la!zUUjmYJ|)kY$GFxp(x0TFJV0>*}<rd+lc6i{J+U
z)15|thIS1v>qX#jBTMq2e4T@h?n<b&b}(hPM{f*V*w<2lUDt9{0rv0Vl8t0t`RXWq
z?OUNYwe}FRW(&f}_~x0!AFgGPRzeK6yG)urUVZH}{8`}^ypsN^Wt90m&z(?$m&yj1
z{PCHohI-fHzqZn9^t98!L-}28s>ke&{*+|R1-TbTX1V<Jafo`?SqyBHt=pwq+++S{
z5Kt5Bh;LB9xV1~`&5MnnMg@+)8cs>ExWioyv~`-U+U_<BojB3+ekm*-xUN`=a~w^R
zdaieCnv4bW^W!SU@4x#}tZ&9`!1tRz!nT;-s1M+brVLn&>}MZ<>L|eG`ilC&r=(gP
zgf4~U{cfm5G$2K`;RI&JWK@>$KW|qxr}tnN2p0Bb<~<ac-CAhl`6%prVZyd58XuSe
zhaKlrU%A%g?LJ+2ArReB;90ZanCE2urU!OzUEgNT8fh7Pobqc3Tx1T!24s;u9=trP
zm1BGa=g?2R>E#LfauwOX|LeTR;}6@nc!ibeb?q@uOasIBd`}Mh127cd3L02hx-P|#
zSJOrWJ&Motuqt58?chauIb8dtP!KD{VC!gFfc*I?3B1M_1ooG8xi;|m5gj^cW`{AW
zMRSISBiHCRi(Z@`MN7(lUSUQlPmN4Ps7Q#DX6i~Jm$u%?x4f;F%q3aAj9l`ocn#RT
z;}Sa5J2qE;vz#;uuE|OF2)ldN94Sw3FYpT8gYzq{nuRlUrzcC>%}=EV{KWCEEL(V$
z0X;0S(I)58H%rX*3mDF;{kkV69wGWP&QsPqxzCX`H_5buM%)h@<BB14MUJm;Q52k?
zKG%i!<Dl8iGts5w#P=iVPCkduWbT~5*iWv`Wo>!O=U-DpV3<?KC*y5+9^x<0bdfoJ
z=h5tmR`KAKlS!1(y!@TRgQwyZwYe~aw-|F)8uK-0)4Pb2Z#@aBNaxf4p?oG{s81|#
z&~)?dQ~?Op6$WNBR$%6MN{|*=_QeEcQ=3@KgHNb{T{OH>o~#VT=B!qbG?>(n;8xSo
zOV;f@6g{Phmlb^z+#^*lF(?phRZQ(JAt=ug_l_Nl8<~M6XzdMYG*dYLQYpwY_zy?h
z|6(G`$_^cq&zWM`YK-{?<lnf`vEdw1+MO!u7%}qXdYeI{{hD8%ejYc`?+NBt@e56#
zvFz7G>G19<T<Q%P<6~rF7qDC9CjWMZ2|p%$lSMwljUGET`bR(E9h<7_yjD`RX{ro~
zmRl5O$BE&}q~^|GZ<(CDb#NXke^Q$usZOQ`C+ahm;|JmjZ@*X)K~_9OkGlJG08?NR
zBDRI83FMN0ZN<hSQlmH1A{sePnIObPG2toecROX`$~Wb`tM&AwIq87>=3ZK^GN{WL
z@Kv=ZiJwnPGKg<QQW`@gDV|w-5Cee9TCj94xRoE@Gt>IZ5oJTK?=}M%M5*V`6txFf
z!zrYw232=hs^PC*Emc#Q#qIS)y^QFcd(4lBAubpqzA9$iHjN?-zuI_T3oG%z?+dpM
zZ+{NpFxS3812edL@JoBY9Szk@1I0V-Ui{Pv;v*!&VEl6c6bc$v$^A~RtJz2sGaZ&l
zziXQA^}?6MKF0VR>i3Xn_NEu?*>aA0&19p+25ruj_G_F$g5;siF9y9xc^9h@0!}@)
zGE0RE+0M}jfK4|>sMKPVL(_QmacBz%waQrkpqv<<R3V}@hyWup%3`Z|J8>O!(ylBu
zyKM$idn!IIXEl<SiU^|X2>7B3-sJuwghe=V5PNbC$sP@MoMixQPF+0WgIFMvNd5`y
zpvu#y3bn3&gb_otaylT^($!bs1Up$TJ_w}4qRO*b!+wNY)?Wv<q9Aua`s3R{C=9)3
zqJmLG4EfT)D0<YF{U4r7E`O47ahHE>vnjBX-M_{j@o><baXq5vvAOYVWtPDYt{ok8
zh`ujEHR2K;4RsH`e(8~F+}<nmh$W1uRRzh8b$l`vCoTB@pi$-n&%cQG2SVK~@gps1
z>Wub#q51vo%OU-Gw346Hp(A-YuNxf`mtXq7wSr{X!wJhm(*~Ok;&qPQKVp|F{iqy4
zC~!8ytYpwMZEPzd*l;L8)~JnazB#ImE)O_qo{0+qU{>{<gBT;d_Br=B;3Y&^om#61
z{UdDTLj(1sjnMN)f1oW~uwIQ0a}0#m@vFlZgJEi^q{EZmjr`Qypmr+NJ5I}pCbn#8
zloa@hU26!y=I`LqxR5t;!}F|UL4(mb<({r~=yy3+L5kpUW5p9CMP)#4Zk*I=`kk*4
zMY?b>vXPk<KeD6#SDgD^7&n#Ytu!+39E>mmJq)X9)%186Jok?4HTww%speLSL5;8r
zBe@SuY<*VR3ox9A;Y0I<kwlI>&zA+oe+mb=y!gQuvxJWuHt`sy$4uL!PNMad@(W98
zzo%3=K=N@!Nt-hep>%|zc*U~y_WCyLM@4gjt=lrAQ|J97@T0G$EZSBDBI}voYWa0g
zrLza;85cp2I^DD&&ebaDDPspI<Rq4AEbd)=Q6b|p6d+2iwC!2&_MRbdVJ;+_OV{{6
zZ9r+_TO7lYdwJuz=5i~kaww+dF(wc4+1(5Ue?%}xCpM8ILFc}3|A!v}MR$SH{h9A$
zj13-l;Kt<=V~Qo=(4xFZtre3Uh1K)|l1Mid`;MJ56P_FJ>ZzsB))U_5K+){09SQJE
zt(l5Zh*Qe@vu%JrpcFAQaH>$$eld?{O1Su-N*=+W09Br^!Io*y!BXd(IjQ?4@po_9
zQV}g1uf8pAz3W?(&y5c_Rg$t4!+fbD{PQ&k%MD4^-F+ye?;bBC$&}^%I-yfE*V(W6
zCwVAMZ1e<kTSID{m#b;~dPy19f3D@860AVY9(8gOVXljh54R*j*TUgSszO`4uk-X1
zh?2Znf_9&Ri<jiAA!J(k9x%;sh~L2N)!|#<`OJ);dG;|Gbl3H#c3MgiAEk=jlj~{A
z2QkQQ`QVd^=j%R)k|d>>(vf{*p%tO33$AU1M~<!oil{(0WGO^ADijj^<EK$F@gWhb
z(O)#_{)JM<1F*>a4Q|d~OlY&#w*;b#=n>9Wuf~e`C{F;=UEfjFc~v*4V2&%aI~;0<
z_MalG^C%;&`&3txtzUeuQud0b`{B1zDRU=B;<QTbF`t#_2S{OUKlT=M8SDt_RW&s|
z*4A6gzJsXQb|cos{X*7Jms=R*Pb?vP(Ytt}CKC-ugt{qR=KVdzP+6he@kI)5SixjW
zMd233Qx`Ik+qMQhPWkCl$B+(*fk%KI7D6{RRX$%czr7EtYBK)C+K@<5=QUj7J;AQj
zXBOR1hjnfQh+?uJG8^oi+e-3l=x!d{M!anc5#Iqk-{GBxXh&{_ymbK(V}!aitciU8
zcPQT5^kuqzecDEFxhlViqRBIBLdh|DFW$cZXIhUzA`e|l`Osr=Gj&p{{UE^4o2mA<
z@|puadDax##$0*7uMvFnl|hIi(0Z|gMnv5G3*Oh6@FLeC<kRvAfK3gar&jS1s(6LI
zq?caTe~Y^HlWPo8*MmT_Hm~3G2wZFlfMFICetT)SsxkX5_52T<QW%!(IafVIUF@wj
z+NN^s21&sOQan%mjw{$dXWJTn0c!_@UDu^Gqh!FHqyOdQ$-A#c*Tr&Q>v8rsl*@pG
z07muaUAd9u+5Ja{<AMjXB{{>#I}T)F-NjjupEIpF^76Y(T_&0+3&iC<m$_4xd4#Y*
z4e`7E+r8)RTzT)c{*&`vWr6tT!Nw4z&^@?H7&7$&8}*5er3PTV?!j?fR!@Z}zdZd>
zS#e@WXLX?M?Z8Y9efUK;ZE*2q{_RD`@qx+))(4ky%h`jg^#63s^~^qke>$e&(q#rV
zyDijeB#%A1%eXy=Ay89`=nDwB?=0f+Q}^|lJ?qVG4ZYqPU}Ey?f+9_kj!z9xdWh0?
zWQb({dv`5?q3ivtl5YY0YIkEXPD*;+-Qm45*lA>KQx1s4+zpP)ob&UU-2FF`+}5;9
z+R>omQ{F)nw@Um*J7)7jRTQLipy0%{^kKrsC_o7Be^3lgCzY#3mdWss*ym#b$eTfF
z@%Z1jWs{6tB?#_|@&6yEoV}IkIC1T@#o=?^=C<6Fb=Y`^B&rXPHGs2E26t2y`L+Dh
zKui^cMWD)CgTu{E3KvrS(gMVVF;<&%Z%A?gKb7dE#ItArWV9NiO+xa;>G1&W@bRTi
zGs%m>dmJ@5rhrjl*<u&`9)rlVzNk@jQatFnM!7Sq$bpdGYfbp)DrGA#@K@(k2QFhV
zR{Fi-V`F>B#KZ&$l<MD6MWfd8SH=7UC1aYhHsOR*OMyB!6HCg*oUC#$qmyQVVu(y~
z16y1axr^s6xnhS1LBbc~#j=sY8+S+S9!^y{D{GUtCZ_#FsXqHI9?C=`G96OA*z%-k
zPH^aINiXA*$&B|0*1y00pX!;%)k#A3d|ywLVmYp9f*=LHc$??r*sDRu2AGT$1prBB
ztK?uY!MvkT6nU?i;GAb&j_yK(Yjg)AQaTQ6Gnrk04wwHIWoM~}!M=+%JqY<9OGR~k
z*MeR@Hxy0n_Ui4Xm#+Z{e^sjim)E}F(O=<E@`pkb5P(<hE_lDJI~h(4d;4vBFOX&6
z2_@%o_ERT05Rx0@=I9!Vkg>(HJH6mzWMDuM_t^jV>=pBheN?^2bN4Li=Xq`m2SS30
zw(I8oB|3fy=BFnr74;oV`8>Mu`>fmNXf3hz5;+Chw^nDn+kuPs*-IHqz3=v3>ggHe
z^WcS-H}^tl-cWq>q)`1Ix71bZ=ccfSE(6{3_vt~(3Ra)<_v&Gb{^cctOj~R#-uUe8
z`0<A*5tmnIqbShoQUsP|i;wKgFvK=@8H$*6bR*?daDc|B`SJ;F>PIh+X;?GrPY&eq
zKmOz1kNaPNYs_-15$KN!P+7sfqI7dj1F{n`T*W?9bZG7SKNreYRNX7u<~yt_qDY(?
zC`e`-a|r?rnFHaCV8m0B87`w@^<IDJs=b8UWImO19a8qfa21*r(r##=I9}@WeKOwP
zLu)Mhpe|*<7dR4+)sNq<YAGM>qiuNje#>#BP+d#U;AJdQ>*DX?4K|h6RoXo4dr;yR
z8A$P>M(+B6HbR#6)4JL;+xM(EN3Mgt>THpH_hx&=lbTBY$)huCOT}o5e);=Y*RMqz
zepVoIujrkt`;}>eB%YNvIa}F~X2`I`b8ayw+AKb(wqd>Cd3g-5gmHn3r0|R>3RYtY
zR$DQ~4z0<D<NPPcX7+FN#C%+<bAC<*^@a({Y#&+;I(87xd&zDrJDd%gQZj*vFz3wn
zOdUzlFb-|rG0w@ljDb_4AHHSD3_@P*+Ckhs&qq`Wj%nI&fI_b9kI>Irvl7J;ih<|~
z$^&Ju&yXJc(T~8n4Eht&d5^0O`?jiNYpu`8E>Jm(w7~qjq8?Yxu%QGS0<=?#PRZ4$
zZbU65Do?<7HRW4o>2DGq2WHmIe-h}F-cW*pT$~_a9g1#cuMFDC<_cG*zx;&Gm#&f<
zf31;mGuZk;PX=waFrnbreI-qwPLOeGd#fd&HJWD`j^o=#2qvo1^OyDhaT@8oEOPZ5
znypkSt?qQmai;Nt4cA)5PX^-MgzP`j_ON+}8`Fp#ZhEr7(cCOYLQfvFYd@0`wxA@I
zl;jA?-)YJ3ID02V9G95OJjN?rIa@PhL4_{Js(bK$3L&qJY>g?1(U-r{PP11Q(ze`9
z{bKoXL4?}F?|w{GD~<Hm#KixJsZ-sROjARIL`k6`U2=^b#v^5_;4AS)TQLuKq|;cV
zblXv8;({>%V;o1K5V?vsV1QD`>Q~WJ|7=fZ#k?5J2GHIPO;`H9nN`ZS^HoZ1$TFnp
z%4*Q~a<eJsUF&_9{rhjQ<L9&0J;^!^SIk&!zbk0=?4#a6a!*cpAhw#NpdeNfx#2o#
z{31KMh-w@^^>uJAuh_T>0K=t`M4}loa2oi921!z7xYcRl;zO(FJHw%CW$HD*lq-}K
zIMel?+F<(oosXpwC+lxDAFsE1=Fu@QG0)|TC=Wl-K^=D$LDsdg(3y?$ZC??`!w*DA
zWv>+l%E3+xJA9%#;Y9G;4FDl`{Gx0|Be(rOO`89kzch2eWr=Is=z+pkl(4CYOFg02
z<^4dsVIzLi&A4^-r`lCE9vac#JU*k_Rj(S6Yg6fg#(l|WKAX=&T1Vy-mEr%qR|C|X
zfEwDN-rl!A|4LBO((MTC*$_e;qmS1<B3!KHizWg!uHjN-Dym~k1A!%(Hr*Gqk#n?%
zMA*5U{ZV1k?N~V0K6vjCALHuy{xd@jNAY}Zs(D8l|4g47vWOu$A5-*iu;n<>pOFPX
zT+)acp?^el1FbK~s__P9wSYr#pi02+26E;Fl0FUuBO_T#J!0gKPa`#zadA`=l{&eS
z4rI7RHqrQI0n#z*vu|O`!oOShnWL5u`$tA539ZS=$(2;X?>>y3<G$;r)jKSEXQ<EZ
zp|`0ZiAOIxT>Zci7f#Qr$q}nvzwg}Z3Z?wKf!ZieJHQD_Wobs1@<RR-f;mLLCZ#`_
zvtoxWHk3IST0>Pqm7tl5byQ;paE-AK4pzs-*(iU7b_O?1)V_8wA+D|cYpD<?As$T3
zl>F|2y;h*02Y3#X{B~U))(&t^>51mqFYhfr*K^w_Oxl=1zI86?jmDJX!DcVod&z$_
znTbbaOms^%FwGd|?$`ZjEOIorsH^RPUtUc|I$C~L0+o;>yU<}ai#;<Nd-^`wmI4E{
z0$2F|OJ1MBgnds;xevmZ0}Odyg%c?(v=NSW%8m=2ugb5}(#R2OD+a3%mf9(sn<u!o
zDAG;7hg6><Zfp6e^G|$o4IRu_vvR4b2{*r94UQV4<qs@u>>N%XGs;+uLi@t0Hs?jn
z9#Jz0%)dx%{`WvUG5X?Xh-|w0;Hm@*n{nLi`3J9$Gh3cxpZ%W~U>uSH)p6F~UARhq
z=Lu?}rOntzN{RcCZ%h@;mO-dcxRvzO-(JlE+qX@Bz&`-h<;cwhUN_(Ms->g#pETOz
zYfQi~sv+-FOIR22x|iflPhAl=dqm%r6Qb1ATq;5c_^7MI1i|D(>=4Buqo<_K39F`_
z`(!84vEY)kM&HQFrix$0ySA0vpy)K3tzdOJ<9fk52MFF;L*{OU7aRmHCOB-rtURZc
zZY&fe1ewEr<l{gWrf_*bZX;~ChZ7wrP@-4yvpF5Cvh|{)_^G6`Qh7_I6;*U5mdsX0
z081`D2ny5$ip_To>(k^&BFik*aivcIVZ8YmAHI22h>FQuJEfq|{xS?I?r5UK^M|>T
zBpT|QR{C)Eo0X*>gK+XsU#biS@_<S1)vf-oqxwF_k*AZTj_F%(r>$H|MP;16`rNGG
zLz^G9WBo59^IZ;`AwPy|Q-E5rSyO9YkZ+Lv*BYb4CRisVt+#egZXt3mhPK^R0imTC
z_Bb(EnS{Qawv_CLZ(5-HSMLY;@<j~U!Q-hsCVG|;W`%`R+3PPp#r#e$rplBQ%&)dV
zSrt$Zp<FuNr9v8DmeCb}jqmt$d-2ryw);|L?aG7N7vlqdos0oZPYb9&#htku{@q^`
z_(fwYcMql6Vi>@0?laVegN%rbOUfMB%m)bQrvg=SNQEu9;L#g(t?EB4eum$4KZ?dH
z^JI5m9R@Vs5Fx^tCv-@BT<T5jM>yp^t}#+!TEOD6%RA}V9vXtd5O=9{2VETZjH(4I
z^eeTRgQof205_WVl}n}j_p}K5nY+dHMSjHA095QJ$?oU1ce}$Zao*7=kKx(UAdWfA
zyod`C9xEY^pgyoHu01(^AiG1Mf2e0L{0(9hHFS;?ZADk|LTTc1B;0aymnxxMM(f8y
zl)QCO190kS(w=`8k2;?p(x5wx^<cZ+++OO>;}h%r4G$c}eNT*M9PJLV_x5q)5BUSi
z-gWGO8SHOLW1E#RtA9zt&fgeJ|49p)tM<QWL$Jkq1twCI%J6I81Is6~DE{ZO@l5mG
zd~_26!?O}NGeH3|=@8N?@6mTN$m34VILZzrku~u#%Wl%|omBfI?OWs36+w$*+}2hW
zK(@_=@cyjgNs$v~^x}>GjAfOyHyp~Dt9^9TXlX?<Wx8tH8hRQz+D(hi(XZN9_o%&R
z6TPfT3lvT@z~?LAVI(QUhBL5|OCaz|=k>@MSN;~ULx&88CKaVlbT!Y2`BQR}Q~~mV
zD!rI(XeEWRwjrD*P#0pC1Vhan0@2E%n{+x={guP+^FuI)(AB(0Z0Xk|1;S*5jWh*Y
zM)_nA@t+&zkRK7EF7|J)$7x+|Qfk8#AYTr8YH|40{m*P@`?jXVi4tv!*OCvIC<N$L
zAZbi8;VXK1h!Vvor=t=d$3YJ%m*OYCOmjOtdMt7ZHE&mIXOuKrZ5hS26VvkeDEXfZ
zVyKPtncKVo$KszYrAcoL%I;?Nw716n&8^rr_2L^SgG>&cQ2nWmMLDqL`<i3A<1cWy
zpsep->9cPa)*&(SYE7+xumqtsJpsB8R#?y&z6Zxk<+>cz%j8K;5wH2rvt><4fh&jj
ztx4M0|H(}|TtUZgM<lK*T>W&EA5MB47>SyLy#QAnwT$rsK@Rt(XB0SoL680fX#dEC
zblIL6FbsBAr&zreqSUI_N7yVlC|?`IaBc0V8nv!f=xM*z)vf+nqQ>!>GD|zUl4B?^
z3XQGa=*cxmJPVa-pGpvg%TaEwg-?Kg^od6?IlbYOH>wp_vL_3Ece*)>14yhqqMjN*
zj#CaJpb^;|a54&MJGI&<X5r}1rpTHFFH4-AmHpS)L<$kk;BHro55ifajqNfQ18&_8
zmu{yI_ECBE(df?rO2@Mkzf7NFS_ZC<OjTEyvD&P@QRp!=)Lkoy&qbxACCMAjh9=zP
zAXW^#h!_($fE>{^pbWoQLsUx(1u<KalxetMs`r2VuinZvJA;xI{3=BQj>4GSm&Y&G
zpP7Qyx6<2{*&3Oo**3z3e$+}xvw0E0QLCM`H=Bx|7QV49-fw1_Y8Bqy5=F(O?$7{?
zhIL?2+`SDGkmSWsO@31VGB5#9r>K`4fJM$0|4Q}vfi5DPlu-LdhU?jv&w=Yex2t?P
zj!C--ZT?spgntmEFaBWFa$9>In#LqDT1Lq|4yRPsUf>l^;u?0N!YC!Z%maEED*~9S
zLlb~+g`!T`7+kimXs~o@xkHOOB!u}u`j+YuCTzH$vk&zgI2`NVtM{e>j}GafAOr%6
zkYGeM;>COuV3B-rRDQ44YTa5RHWt^d+-IhdffO8kEnNOEEa(pkkZp7nw6$2sg1l9J
z*#A_C#?xRR)9Kt^Hb^eyqpVGgkC?H1kWQa1AV=|^7>LpJY)bnA(DbZ=1ApoG@Q9TA
zQ5Q0=HJ(5%ndI*{%Mhw#+SOydJ>C`tpwkQJW?amVVMdYTGm(Ka{>I=H&jaz|$vZts
zAtuTJn?}s==z~qsp_+9!snh6jhY@BzF7#j#h6|d<3;T3N$sja;YuXp+3%|ia^zBJR
z3~{c5?A^2Z@z5jqAL*pOsCwfXL#<B>-Tm^*rDv8n%i<9ii>8(y38oz8u$?z33N_ck
zj`z-iBF-6-IW${k_#;z7dNFizUoUDQwh(ZI(HNuzgaC#7U#f%1%obwH0KW*wz0KZu
zkiY}$hk|}YCBK=#2e|4&b}q?7=83YRS^Xj=GLcaooGiyZ9g@Cc5W&E^?4b2!)vQ)>
zvh)KhW<#<~x5e}O>*?uX{M2n2O{T1j%jedrkLx`4QDx^tQl8@3Qz;STk)9}zGTx2<
z0)8L<<f}YvKa1>~0l5$W-K_ckzGU9=^QtjvSK5S9{{6zuU}&jeCANzuQ=79l2I7V>
zK_<ZaqqutQz!70Z?hdrA@l$%{Z7BF;)J753uU|v87VC9v;mLViz?11`4gfs2+<*8T
zKe(<g)&H;ZrkA3>6n|Bl>*eyP28w2YezJ@!iOa$AkZJxP)*IWmuk4IOmp}j`JS?9~
zd8AG6+8kuujm{A<w4^#IUzD29!{(!7g6qg`5OCqI=i<7+4%lDaqVkKBF&rnO{AsG3
zQyuulm@ROjqFV-|Fay%92e0W)yg(31oXz9Q`?g#O%Iqaw>J$gc3BpR*JbEV}n((FL
z43NIdM;K;Q^MGfF(`m()Ltfq_cmGI(QqjCaQML2x)?b!<j!Rx!hh6K7G9sWA7~X7i
zAWDC|GImb5CyJj}B>kzD)+>)18W{uyBEBr+y?=(m!^ztD{H&7pJ(qpxm@&^C9_Zsu
z{yh^wEs8{83tsR&<G#+>#4vko!q#LWzBVXvVn?!NO`p}nMwup1Nsz`L!Y_czrv2_o
z@^+59Ol4OK@VB`MeJYma6)UWw3n^}969a7ewz|CctP{zrIFRV+IdR>~474lLsCSr>
zXJ4-NM6M=X|L59iy1kR#A&*$Z*cp-#?zm@3=_21gPFJ8ON2ue+L8GA*b&scp%F)nq
z%X`a~?v2!WAsOD_u;8(){N`q1cU|0}etzBNbTVRY>z=h$LD2s_L-W+c_NC|{7weD;
zMbN6{>zWY7)2(O8{r@bd{7;-;QZoDhr7QBkb$Gv>fAT~8y5U#yJ<j;Um6?F#cEbsS
zmC4rGEIp#OCCTU>Nm%+icNlf{hVt9IP2x958WLqBpqgB$pn(i5SrXz&+KF#?#`^#q
zV(q1&&G;}!E2k1K>t^sN-vlsZ4hc!k`n=B$fuwg&xrC@tTTD^8TMV5wKAATWd#yhJ
zjzh?O#tr<>@11SA56@%Mf)S=4+UsryJ~qzs5x4bz&qKMV3gKrCOyS*wXl?#B#-ewh
zqtFJF3|GymCN4Ly6qcfgaM_IderSW8ne<?|0Eo!CpyX|;*Qa5vT8~`<gcU%M1%Uu3
z^7jxtiBTC=)Ol}6$mz;5Cqidna`qJm+XjnwIyOU6Z+12F4YanFYEY`m%Fgc;M6e~m
zq*ZnHPn7qhE4&Js_fVb;lHSA4dhF0Nzb~5g6~LxdWBV&GC+FkPKKSf)YyU%EPo5Z*
zNMqx^|0W{E>O1e~0irit9+t20X{@|}j~`t(X-3i9M*|{#CA-r491?c#?v7>+ae)cP
zoyWZ+W71_Ee!IS^c{nMBd6KuLCUKKy0)FDqu94^6X8p(lKA6&E?fa?2YT!3W5&L=#
zZ3y5;&7E`O3R2(ZG-=tgb4`h3>6R3HB89lwX~Q-Cf&5G5e4qU_A^@#<NNXkjiAr&$
z?@^E<{m=a~n%_uonfY?T4zuC8FH`QLEb&kzd4`uNj$?xU4kNyV`cus{nQOyMVBWkK
z$-+UPBo{=bJVeSovbbfLkChb=H;9N>Or9eE=CwLAt=@uQ5`d$Sc(wFL(3`N9_!Al2
zn8bN%88}dpi?c&Y=zBPWkyg5d0}l_-#;794e6vK!ygN~rKekC5Dj?*FyEK!FVLZ@z
zZqK>-gc55$*O5Ht3DC(#lswjku8=|OF5Lvhz^(p3Z#b?`@&pt38(OhlYCb0C6>GSB
zEFKjI`9j=DTP>rb*H8(Ni*iVC1Vpjc=LTSX<AJ}C6C@!YKfW3|*cxR^O9-$+z0JPY
zJZh-7Ywi0U6A)a_Q6;0(-AXg$Qyf^_$?lt<$Z5X3T*a0W8Hv5W)P615*+8-EZ8}@H
zzx9DYZ{yhZ;Y4`tP|!xjfHEI(Po+$Ek>{Pj=RNUNkYC=OGTEEgE&O;97e)GWI=nI+
z6)zpht@?1v))t>&Uv~QK4U@d?=##Evvyxs7I8y#WSIbpNk@*f>QUF`xRNH*T<#btm
z2PNy;H|OBtN^~}aTz;YxojiWZqJO)pth+-!v<Vp7fEkQr=KTIL&fo9&r<ln8v9z3d
zB79MlKVlXMuI)oRuk)R6vEHY72I2@I>RgHPfDntj+Z2R0zz@!mp}{ECKn2up(ALru
zTE{WB8;Xbr`H{SL>GiB9SRw1y>7)4f;InvRyu7H1%mfMiy0M$t{MP}X9c2F}+j0)<
zZo~xe)82PMe5Brz-n6$HRj<E!BR@{N{AnoQ_Hn$5DnsYRO~8XK1uN%wqstKcONSvQ
zpy@X^H#_*?L4X5brF6X~Z|>$Y>4`%JcU<WLLdI;bF6s3(Lb|!@lQsg+6V)$pyUEAz
zVZ@M9%)us1-dZs<b7-WkLmU-2(kG1vR7o>hm|9|S<_6Zpv!i^p(=6uBt$6;|!BQ>Y
zLUyrA3!x3b9;o`^%f+7v60XEW>F`@uJBs_`*LeO5f`Q&<E~AIyBAdNIXLU`lEpNo%
zkOMKMB@qccAcw?6<PAM!Lfh%JeuBCZwO?0%0;n;(W`INflRvJN{oct`?8X<M0C8Zy
zIT=Z<Dsg<W=L=Nti3Px3-vDPNgSrX@umOX3{7MGlFN^ME1h%91+qC4Ll%Fn$&+Q#V
z89Q5{l1ZVr`FHN)gi{8pO69UN>tAe>TAK`2wU#`B2PZhmB{Pu+v9T5K*VVBwENbY1
z-U9o{7jgMi;-E|%XWwlT_vx#*O(N)YxCC7ZoONWZkNnQE{0+>w75D|H(m_2{{heZ!
zFoSsgv#l>c(=cmw=UBRcN!|Q1Nm=EQ){2pyH+~OHAAo5;X6XGiLbR|o9#Y-EB_)jy
zN*p);AEw?iD9g5M8>S^BrMtUDTDnnMx=W<H8|gf0L_)e7=@10z?v_xxJKr6z`<d_i
zhcgbtQEP2$i?wSjsU>G+MgfTgR08>D6V<_3iZo?>RJ(INY<>#h9+?^Xjedo=>@I&>
z44FRqJ5(k)7QJK(`#sUzawvqkeAD=1?wdJz-K98*#Gug)Dd^ZVb@t@`kE2h8sW^#k
z!>fytkE4F1A7&N0aMAkpy*Hj<_IvS#$9aTe4M>tQoFDf;0Nk1<p{6!d!WJvRIaNlQ
z{`F#p7dK~nkyY^1(iBfPy7iyN1~g@5U_OjTc%uPJ6%oAfQ6J_WMI^qdnFDN6mXOl#
zEdd7VSIdySl?$EDAHPP`6M?F?((E#)({T8<0}na4`if{Y*UnpXr!DjCn?T4XHlW?*
zWSDpHakB>>j`M9@3oog^EDZ92w}?Kq3K&@}?x_Kl*H%<nYwHe5Ivy07nqB1A_Hxyl
zWf_uYQ2x0O;Ei<&Ca`b0_DSJl_@owlF$$Y|Ao7FO=O)hVBqk8dL0AiO=#TI#$;m(z
zUUYnE((%d_ulZWhzefIox(@k@j5pd)rW~Fhs<nfbY;kaYB3(unSk30ZA(6K4z{G0&
zJh7g9?@LvtL<Q3BTovnkzIIt&n8~sQ_zgCz`Qj+&qWMBnqGOo15hf+Crh&(hECtKv
zUwjBB%PQd;kc*b8#eD=V*|B@OL+{?0C-UaK=&}W4Vnm4Gj~`texJhl@0;n$$r6A9h
zjWUg!Vn@)%oW<vVNdx|^S!h|?3-|uNXb`A>kec4eV{y^p5_mekbX!;<v?fFpLR6gm
ztq#Y(#Qp@n6JamaOZ&%K4V$q<R0tA|H4Hhur^-Q@vAH;q)qwR41Dr-xAp|sNH!&01
zaHADGkyWtUU+|YfJT6X)Df+Uaa3NcY``L3m$kW>i9E=AM3>$H{qcO9eo9>`{I*%6m
z3>W%sh#nt#;{+F^J5HC>xK2gzCB*?hyzlOoCr>MhJlh?}Vfx>cP_A#kIt^BCi74?x
zx=qEtvB#hm;U(EHJzI9PGP@bP9{J|-KpW-y*G84QPQ4GvpgM#r_&$qsyT{P42<o31
z1k?$(AtBul$}b<oPmy6iI|eoC9Zu;uTQ{A_-P$}`f2~WJi3+nb<HIt3f>x|Uj>g#~
zss?F|WWVbbP_wHHJF+&|WKlkHD%I=!7YzBim|y@ScG9LHHip+9v`q}3#?a_#65!~4
zbS;SHqSaD*WVLK^{Em(B*XoiI3{lIi3fJar$*++6PSaR0DTD*Fk7Y&KBp<{-Pc@AV
zLu|D1R+QrPE@4K`evYRDNEAX`<Nsy_0lv!9zK;zP0{@>QIOomT_j;qp`q}ji1Smsa
zYJwG6I+dDHr*17r2k<MghrzOesbW=mUz?5I=)S(j<L<zI53<LN5A#9oqXr+kLnkCu
zg401Tp?=N{N3Gn<hpw!)&_DZDiXfr^&_#$fIW_Qp7zdeJx@z$rKQwDA?4BJ(QKqIX
zdI0*$mo_16yKA#t?lTycko7S}4&<ZOwukC~vCPD4IO!`NKEqeGCE}xZeTG7gT7154
zUAe?hYkO^tIkW~QQh)J|E*?@r3W;S={*9Sfa)Lf$BPUeWx@PORD>++r^OBX;>T_&n
z_6T8rA6m>4ut1c<Tb*AO%boNWk6&_^y&i=o-?<fH1g@(6y2yyjF!lWB+VxwVd=2*N
zjQdJg+u_{r25cbZA|t?;H-x{mT&F|t1$r_q|K!M73-?;D9h9rITIJ5w9S1LO<0e^$
z@!#*yEa{CA3>5H-U}R9!<uqX1eu%xeZ!fZD*%L5AMV2yX=Ja2(1nesXCoT0G*@xPe
zVnrLc0<BrMP-%x;OwfnE*fdH3gQ)cst4->~Lod3q-|!iSwvZ{J*B-Lc*Q6Zcr^OA@
zs9|I@atSTL*(+o6Fgl&kqzxWiv*X(2oL}a!r&d!N(gNpOIkHo;SNrocS66sH$5Zkk
z%eLYf*~i5;nh)))m@>0&POEvRUUsbg67fO#xOr*7QErdP>!o7AiqQRh>5BXSL(B1g
zYvKa}_Uws*NqF(=V#FJb?RA&_ESUV1pIljIX?ic$3=D**JcmEd=SNw%Q0wuHWWogQ
zvRuCZC<A7MrOt$<ybJ(lW;lB=XQ94$PLm0xE4O49l_dkzR@jOv;+pSyzq5^#M9{U)
zJa$^^{;^u^Op(e1vn>+%*$+~ZnSR{`Qrxfi`S(Ue?TOsc7vN5z=-RI618S}&@1Fl+
zuKFhvV<i8l1|?vQFuw>CGpWT%lC3{4U7h7g1oCu`i0zv=@81>INBAH+5FsQKO!wTB
zU;E`D{l2+zFRYf}HT-qI&1n;?>J(u0NPCHt@hhnEB7#&#W2?zwW5yWp8)>O|Ma*j-
z$dW!uJzKbFz(cC0_?Lp2DIO{V2_>3zLJ4DT9aFf1k_x<`4^zumjB7k|_!v*R)NDCU
z-tN+T)E`qwy>sz?+iMz#AzYN^))+UZe+R5f4l{`3xz?!~kcQ{nNdhbJ#AhNrxo}|m
zS9a9wv&MxL{fhrZJ;sjSM46z+f0@+_jsIVLV*X!!Iw2J%J;F}jB2n}_VmoYkVgI+6
zKMBX<LDc&xyUb#1v~me5G(&G7Or53$%N~jU)IDZru%|B&+EA07G_O$<5C%sRnwh!8
zUbp*Si!2u3nd8CYr|K%jRGKLh?9c+yH3J3#ZEuifhI%8<q`$~RSvSeN(AaL7f9txU
z*2#S%sy?FeFD|S*IOv}5abkct@o)1RbBSbX0>Aky#^bSH{;;c1{8`oJg#)aj%Ja8v
z7$0V_$^$o*M$@YK+#hC$8Qd(N4TYX3{9xJ~0$KqY$ihmJ{nuK4yT_s+qZ{`LI4CG<
z?c|GWWSq#F!^aXI{^}dbar6du8$eS|reZ?+fuGdYjMM~o*pg=f0d5LKMQI4wrig&U
z1Zr&QBM@3hx+eFD{bU!)fk7U)^UVnZK20U;#B<D=GPvy*Ve|-}dsY^_i`sFc6Fj~J
zu43?rwE?^j7Vj+n74Y|w^g4FY-);)J<1uF+&?G=Hqiuc$h9EjQt^;I8F{5m!pMgEu
zP+#D4*#I$CG+=_s(<9RlOoUW)&>d?8Ob{?60Vt&0b@IL8mq4%?i$YsV(GbGYwJ;St
z4FV=&$ni3sVx<0A|MIjwU-Vf=06j%@(S8^8vb^q&Nak9e;5Z?+c|kTclO$hz@ob5t
z*={;oj}}AUJFS8iCS|UCQy6dr%!a^wH8pNW$`u0UQIoM&`ooHOHUIl_)2-`OVxq38
zRu}#tIVl7FeeR{IdQB5<Q`yW{oe2io4|@+zoxlCy+r8kAbA`E{{)%2fYk6PjzxBXq
zlh^m;Je|}VI4KM%=Yy$jvXkTc4mcfdSAsmvXKOZm*`0S<-ETCCXPozSEQ&)>9^U7u
z83I-n*JxdF9PcHIo+}n*sr0{h`W-Vk0A3DL%=jG6(yuE*DS2M9<J{sn`|&qmrjG5j
z-mRUHsc5JNiSTKFK6>P$4MDod$k12UfVFxvBgPG3P>0JxAKMKW4{STs+5|3*$v;cO
z2djr$dyj+$k>n1X998z?;cR1OXs}}t7~QnBiHr`8dyKw*L3QM|Mg+Oyp#uG<Rhv9v
z8J>X~SV0$pGm3`AfH<b3mE8L-Yy_eQo%g5Y7rH$htt4L7&sWdS3+XP}gOQKev$SX^
z<Av_S?8*B-#K3g*-+%}lPo%afhSnIEER`S=y6-GpW%wfp8^ra3o-Yd|uSgHlC3uNv
zQlmL!xk+|`f56x*D7)yTQTCn(Nb{+UrC!M)Uax0B6U>nan1-g2dbiDDWi<eqM2tM|
zvE%Fy0&byF;?PT2;Z|18E>8TdtW{BiO&>pZy-j{|EVRLY6KGG|rhP1qK+>@L1Fw(z
z1G$%Y+N~2z&YRkKf0ZAILjZs_#nJpn@nXfW^ruoKSYI}fUh3buiIjM1BxqhAAffY1
zP1!}gj?cK>7-V{WNEGmR{p-U*Xq&n}pxC`Zel=Cn3|j|awtf#`pwCzh^`?Tt_Y66W
z^DT(hMl@o11`*$davUYCsgX5F%&4ZNgk0J5sm2Ju5e)j{dx7~Oe78C`XrLMx_bL{3
zi$M8~>epWj^~2a%FP`lD-RDB<b)ip}EVUS*CHjq6+Cb&yG|FN30*j`atF<9=yywNi
z*0Zpc5Y-8MHj)JYs}OUqqvn5i{YHj0OMylui*{p_2Sbea-(ZDttHY%a;bm$;wlbJB
zUlQMu>nP>zfG`6d72zHf%x<p7^IvY`B#Zmibuk!rbz;h@+%`xR#rLJ6SJDPBeH!=L
zrbKrNJ`hU?$Vw%}6CAxvPO%<q?PEV|EEB_i8r!2~l+fz!+=S5=&J{{_TP+YX%{wN|
zoUt&+zivnm2tS<DwaXE3d|T_x3>ePOs6`9qEI2t%fTKrK^x}A9H+I<Yh3l#quN2R$
zAe;QPqzSjgAU!6q1>3;lPNP3z>LLE`3PB*S2h<CikMRCPPajQT2SxOEi6tY~u-)Y1
zN!;4}+JHLAEW-&iNwvLTh5(#TvY$lsquX`Ek|FV%osu-WJs9uX5(sNKGM}?(V5<T9
zpWjfN48ST5ri!0%%VPN?Dkk}3*&YxhpmkC>F6~Mx$G$-~cIC+C$i4P#)oKGG>k<GE
zb?QH$j>n`;G?XsChadL21kq}aJ|_fo%KgED6;_GAajsFeuU7ujG$;FB++By9GDoLj
zl#5IhGZVvv=$vnfC7YCyC<07D3D1xY-$THWSYsog)XK8*sr8r7v(0$9Iv3_<r~gY0
zMNJW<ta4fpFiry&DB?SeE1<(g*n58bpBErZeT*L8#-VOhThi<RY(FsLE0&RW1>@&7
zF;PWwkDE{~U94ujHTO@fUmBC})B+^eV?AaACui;CzAVhGa?~AIAgC(i0JtWXXB_H&
zlYT3$Utzk&emu~y?sQ;*1P?Ii^ahaXjhVqZ4KPz|U4Q@mDS94Xv35<!R|m|UD#WI^
zusf2wC$Q4bm-f%|2hb8jI?r=;&tJOUaW6b34fX0hu}rxIM}RMfC>|68?Fk}@gX{~;
zF;RkX-;qI`0IDGGr?Nifn74df(ePO=GxjZOa01}>59L?FMi5PH2xLvC$d}<?)J_z6
zK)!iz);KEP2hoxQ%=2*uy%OI|zj?NX$zh@Ej}f{nfGvG*+xc3b_a=l}77-kmC?a*<
zGS%mc)x~@Mct}m+Pl_IL=iq(z=CSfROJRS=2jNSQ!#E`${7>PcA-?K~u4-Baa1Tkx
z5o;;sD8`NO$YJ%YQ1XPVxe=RYez$NYOa@|lpYKO{`N_#Pu1%Vr-s;x~D;+jnd}uES
z`;-R-qUOWRa^$qnE9vwBIq(JWHME67t$uCSHU4&g+Sh17B`X)XDd`OT2A*I}IbXkT
zc|tgNgZ6&N=iM0C6=OTEU&8RJCW@{D?(_Z0FvWJ{CZy;&-L{Y+0xyimaJd^f6$wt*
znif!@YfcuLcME692ff{aaz}1Bhcklme~q@fFrNZA4A+5+SBvZ(WB*g{LMxvTZ}4A*
zX!>7^Hb6AB9RtrJcuNghcDJW0rj`y^6sUnC)ldIzrk(=50^`|Ip93AkFP;kpi=kf4
z1-Nw7_=FP)WmPJAMwDCs*K9k3G`R7T0XBZvN6g8V*Y?zGl<@zDCbA0Nty2-BZD<5m
zXYO&vJ9xNc_D1!chv=A@5V`O>VH^|3y5W{iJ{wKv(R^7|bY=LZfsQKmuU9zKodY(s
zOg|;0Ozq+$tb{TR*aIMp%3SocOv_L9e0^GR-9M7A6R#bGZXxc4RT3l8!h~m5{22<H
zo14rxzjmD4&+eY?1Iy&+QFS7f+hWk`!|JL8`~xEsyY)5>{_3q3a8QH6XA|Lc54^t4
zq}=K6xnRyLRtL}zS<i1WWPmn>pP{D~^Y>alBC=)>DrN0xg;2_n(A?*!QQ&e`kSupg
zJjAto#@IBks4`tT7VW3$zH`}(o6{4vXYUlc-u>_I#?LX(zoNLOz3A&1KU5t0J`V2*
zR3V-dtHc^~NM}+jWB)VNXIvtzrKxw!zGh6i@ToIsQ`Hjx_j$=i3_#60&BFZzvxw|a
zVX}lo9qlKCy#k3kLWYYA`=h1sn_2xxH^%3m5^v}5_)X2tjYl)L$Ru1cGJ5P{P{UV_
zYBgpgs8}eqWq+F+uD#D6+w51^Z+bl9qBDhh2J(_RR6QON4gdg`FG1H8yKUvvocZ|D
zeQ}Mw-Ih;Bo$Fk8iFi@SRO7LDNmLJHE_EM<?y{pC7LjRN6X(q01(F*yi9Gu0t<Li3
z{Oc?6w{j=1SD<{ItP$_n7$(1Hl+Eyf@Aw_d2n>sGq#LgMn<wnX%OjJ8eyicVmZ$gR
zRoSE+zDK*2l644xTU@JK#6T=|As2Wf7@bpwJ*>6k^6i2IEmSgNfN%idhIM)tvc3{1
zu-b6_MGVxm#_kY(#s94{kdQzsJuWo}U}0!KD6o;0rN7;)?0plu<$cuyq9*hmo+i+&
zjLO30QWB*~jn5l>-WiZeankd0Xgr7dDB%~GrWC2s-+OQfZcPKEQWp!Pm9jn;s_C9C
zrHEIcRh&$A{v-f+We6C$d38^QfBc5AZRBa^16kwPPPHY?*Nq^1Y0v<u6yQN@YI<)q
z2_~Sd=Zn4pixg-;kVyWcrRhD5GI8Tq*Ktv@eu^B4X%N2e_vmo+7Uu)l|7#ME^-)2D
zBZxWppR*&eN@aI9?%}s^gcaIN){|homDR?V?k2Ex{5X;dHfPrRumlyfiX1nYX6JX8
zF!~plcSsD_pwmokL_U)bGNR%h+}43RD$;kf=QJi5;GmN9mjKo~fNu$Qh6`qr{a=3P
zgSS)T=^)_rum6Z3?c~J2Q?8y$fBR~i{YURrsh$b1K(3JGvkovvZJ-b~Lc_QDN?vN%
ziUv@xH3NDO))EN^6^%S!16Miwj+CO9%VIYMrv;liwIT6&?2n-Cg<pEeh4lOr=j1eh
z%xevihONq^B--deu0Fc;9NaS9fY|jG_a7*G4;NO};-TqOOibvwSYJZEVmkC({5?4D
zUA-8kE>PAghZ3o$5EWdq>;PLJqfjx6;|MUavI0&V6R(6(NDe1d<9ejX4$VoED+o*6
zwPOIjk73Cntx9K}$ma`ZILXcSAlCb|I5YhEpnfG7n?SY^7+AZ1cCns$DPRi4;ZFi%
zGuieMaL6Z8yRH`Sf~?Q`i+{NtivR5@pvkl6jr!ejLv-!6@%j%X!z=nHva8NN&b?c=
zOax%}kGNgm<2xa@577nIVHV+2*5swSZ&xNu0P2df#^zNGxc3Ci2g3p@zKc<CP7T_R
zYk81)YAgku<)RN1VoB@|4(8BTjT>|#=20k$jx(@sg7{5B<BZEwN-zzE)~9SS=O!E&
zQ>hSr5DCn*AW?}~1%K=p7~k&`gwbEaz<_Xu&sDi~P6{IieQ|9GWGQdi!$E$*T0~?t
zR=S+$B@8yieD9^mGd2yUU>xP>TWkNZ0bDm@;;Fvt{f)W;3~&7h+Dz<)&OFvCR(qXm
zO>H^+K^S?ApFKGFQML|s)UcPxpA8=v6r{<qfg-Bn+hJp-<?i>sy*Db{BD`z3Gtn3?
z*eC%nNmjcG&*pb87lD|GBpRvEQYH2xCp(fK`)BG<zR|Pj5msaGkwRjF!DzdP2B4zO
z9%)2g3`6-;!hX=$9%jIuKnXafG}NAf{xl74#IveFA2oc@S2vN6(b)7&q6v2XXDb;n
zkgfd*`MJMxA-1SB<UWm}3IcRFT>>Nkt~OYVwI)xpfGQskk8LxVf&zg78Im3mMBu_L
z!gbzPpbjuZEDzcR^#v|;D6CF)IL7%msc<>2@EqKfekl(f=Ubs9y61#EyMv-F7IbIV
z$;R=0w_ogFy{e-R{pwq^kCuq|yf0f%Sq!iIW_*_u#3$X?rbz`Co^_V<nd6VZPBv^F
zxp0R$4v%dMy^y7XjEY7QWM}j{<H@y2*Pi#?l)1q~@jFlCSeXP6YYFYs_d^6JqdAr4
zb1o-#{LiBeb@)t}vu<})xAfTmwkUi8a7{(&!ngA`OkhM$T*hcv<iN|O_QgyngxH^d
zwDVIW_!FzMqjEN51{ozxSjarvG<1~H4lf=wYs-$$3gB2Wse(8xHAehze}KKJledRp
zy}^eAg#GY~jI5zTE&;GCOZ?`>aq;+_7+z9_olk?8xnyW9(Q}|2K^bIvl;=gF4&gWa
z|39N_dU_-<%9i4SxLGIOlfmbQYM*1X+E7S`8G;AVM<Xw{ZU|mG+LRtTwtn7LGq}3{
z)AKH_Dp+KGx!^f;htd}y^Du>mgzB6u7G`xV3Ol<Vtwb*^>FTBRsMEu}tS|bN0$gEH
z-zwO}&!O6j?M~lHnyIR)^12_d#T&@~yjVU2IR+r9Q_+MISzv#x;L0{m@sx&4j>6nM
zmTqH(=&Xtg9}CPsg?w;m^aokR)+3aCW;x|)rR3mfNdn${&A$7A9geRA8R8#&&r#A`
zDvsuRpfdS>E61!VCk0LHPrWfnL5#_B2S>#eG8LrgT-;`oy$FddHYmE4bFh^dH*Z)}
z(n<X$cv%gE*}Vo_s}Z@Zv+^S_28^cwyXqVGa2;J~TGa_eVlPdWnV%bMO<)brpRYee
zKw`828*Gz0Ppa%%E%a64BV2-yENVVvK4s%C%zhc>%<q0GuiRk{!h+9R$O`N_^76Am
zOu=g!VeSBkMA)jqI*H;L6l_cF%F+El$K5qd>rzXeZDJTmy!+hNOoPq#YdT*%>A1{a
z85~eOrL+m4$Ck8SK|N-$yq@Q&p@S16hY7%#pZ2#t^bb=j*G__2=&{^$-TPo=)%M{;
zy?mBYrXJVKp*TVvK8T(ingS`H>N8E84+Vu6XWGRhM-C<Qh`{TQBWe9tXM%!4U3VjQ
z`7ZH8d>v<ZE^_(;&&o6l=SLX>9Ss;~?tzpZyog75F0$mSC{d5j_)6X7bS)(*{ep3e
z<H>N?;L9*)Zq-QCyWMfCgcSy}kyLDgNu>_s2qk{e)hNc{3zJ_BQ1)^L!tN2)%3%_^
zapVtYT4^GomVT;~K-guZ!Q$7KrmL43NoxOIOKO3)7bbsh@?Z9>W4y+ZhF|DO*FB4&
z7baT&7G4`_Y?}o58oJh)2q8jk1O@bq^LS*dFkJhuMqId~56p-B@}cBsQ+^oZ4YDMO
z7XJ7t`Z$dlOi%vP6v{JUa|`k|i8Dkwu5VjD12e2eq@7tJ(D8+oynaiI%B`fOpOYrY
zM^(WIjlXAv@TpoqjK4qKJPuw#TN~`?J6i}*GF%c{!&~%U6izO;dW{J+M3MlLAbM*P
z<%Uvfl(geirz^C?@*tI^U;1O(cZnlJjaEP3pyOfdE~0OHuu8(Pll`U!0|`HwUP+Di
zxM_5Czrr%1m76Xa+-^xM>5ZYo7k@E2mk0WIuCMU{Ep-!|8IQ%q?4#~(U?IjfQNZ2(
zX*Ros0r5`)LaNToZJXDfw&R^UV<NdOVtAXMIVO-*>u?J2nZyt@v)>>J+B7=B+YdW+
z-T0O@=M(W%&ILsLv5hs@(=BtQv(>JKwPX1bHnokRHA<O7HntOR{X1TGNcvpu8>{8l
zp>NpajvQ1RI&CIeMFs;njj6gTQ^7N~C^=%@0$tL!3WciM;VzJLT#1?pGU(5A&?GJs
zGi1w%n@i+&v`yAtnA`jm-#>O?%|3CX-UY0<cA7gxlfRZ~v^}Pac8JbXNQcAMVwP*i
zB(U!MkQ;w|ltU=Hm(K51eIf!|(RUf!Rr+T{-})_Oo4^T;_zQAct}5ROa(J4*FfWAF
z`Fqmhd+9So2#cxep~+1cvyD=yR6<eUgtAENb_3@vL;JH6I3PzCn)|%eO6(~K138>3
zm?rq_<S4ujU^(%E@mgT%*6=1%TZYKAYql#-V8^4{4%Y+1Khi?xV!yn+=<&b~y7YrZ
z){3e0=_am4oxjwcgr*8xSG?yIl2#3F>cwYi9u309VIc;3f&85L51p4I83~wV6m3pe
zm>%>-c}mJ!A|*_a_89|PdZi8y^X$2v&E*f}ja*Fn1zhcu(^lOT5x9vnbw+=y6D)YL
zawGR*U%tYx6r*N}M!@GJnR`gCyO8FFL3@#XQEP-wa#4}PiD_bsP@&DJNJ@#m%w?3l
z2|$zP!~3LF>?EI>1~k{u^A`($Vq}v!P%i}f86V2>XLN<9)M2^EAnm}DB`YZ*l*RY8
z6Vj_-S|~A)+IMw1{T<2Yi6nzi)6WkXiUCg!RAGjAo=CQ-lx9MKeGj54S7@l0Zzd|`
zAs_GeBM`y6c)_Dk_^Q6c5C6M%_%fWrI4{Io8ReXoEV`}AwJ9^sK4JK<b3G|oi0S#B
zG!aE=;CB7_xFH&LuPyd{Gaoa6_i^Gk1{331C=v2h<<HRcI4m4y51;C+*iJ#E*_hDP
z)yNaYKO5g?+kZ@4m|dU7ogYf`qq5U;tMz`C2z)L@i_36RM-aA1UG4{TL!4{fZ#>YG
zk2>vw5~PGFq<|dQLASRN@`jmaX@9UjV1<mQ&<5ewN>LA_hTLY<$yPvmEsYUfwp3b7
z(tBpmGZ_`pD0zMc6JauqU8v;A*LTntCkx$ja&sXTk55!WW86qMR-D(@_xP(CGRA)4
z+JEurfqFd9Bl3H16(<n_tW3|Ie6@p3tIAxbN!s5&4!Qgogmw@Lu*c`n)oZV2c#FPR
z<xhc=><6Y~8&-`?>l|MOqrA<0qhzV=eRG0t`s}S#tGr}2AZ#)wGJ$Zf=C`AxOvciq
z&i8{28v}UX4X0z|oOSkX+hUfHmM#}~pgpJp@6~#_pkOu%V{8*yBA5x$VS1Q)F5lhK
zV5CukH-l}=f~(QN`^)Bq0^RXtg(bl&4`~;99@h_bGWx<M?l4_Z#6sfwrY~Woo+Ng#
z3kREi2um?XMzu%vL*?Z8p;Dc~17i!N3FSj@pUd@lF=Wi%o258fMp<iAHoIP|o!PN!
z(SLXpX0Q<ER|9=U!731Tz<W`w?xu`M_;joB+vl6C`A@W?M2c~bsU{6Ib@kPNzh~$k
zd{L=*r|4(qY>-MsXGU0m#M)cCFeJ<y?P3&|_0YkT;J)`wu(>pqEX9_=;)Z1*6V|RT
z^cS4rY7Lem0#D5=Tg^p1UYmC`;;`B9cO4exwZ`Gk7GV^}Tx%(7J#P4`uKD0%q3AkR
zT04ZbZZ)H*V&*0I3T$NPeGoG#Pdru**Ob0&;sfIoCw_;_4qTzCPG&oAhH=L8WU5Bb
zqzn?4T2Q!22gS+yYRL(-58zm{EZIJUIv8}KDcr%7o<;uMfLT`9c6XSnyG94Ni|~Il
zUY^|d1Uluj#Z_q6>I(c@LxFg@dND|7DB)#G{lSULonbwbSM{PXI2*|24trQ+%I@<|
zsNWNIh?3`O{rFPQlzJquq+s}iytTrXs3(fc%6~<e3_p%%c2qA%-Be;5?%Z-}w(8!S
zRSQ%(`w;x;Q1S1*gxc$rd8BhHIIsU8097jz`ksbl6`A-}&3bey6iPKu&?Bsso|X$S
zCHh@lYkS3TR3+LQ@TohI9acbExx4ayO_lLJx8<Z%)RzOQ{K13Sg5O3~B0dQr*U9@m
zfr+db0_v9k+pwh>lb#dv9g`X-72sQBG-ZcAp~|bgO3A62kz1>0^8X^1pD>30pV?pS
z*N%Pm<&RK9D+`RpA_vN?^@K4ZoLzqk&XEJ17rP5>Gw?rE;kSl)HIL|chQjVMI)hL9
zGUW(@=tc6L7jVVPMax9^i_*0Pwl%6eP_dWlG*=sH1?+D$%9m(^pP);0@(g~`oi<av
z&Z~5p``HYk@A(bIElByDjusZ*D->L`sr}^V0I@v{zucA3*Jy8?*Rng`-!j!E7*6e(
zzLR)ZNE&TymSB>_gVU{7n}4Z7a;IYb7PtzK!?Ba5>(j<(Op-XF?G7sOytb{J8Ob`y
zlduQ^v{b1L(Cl`KUaX|T))A}nBR%}bY0J2LN$H5FDAx(T>iJtoW$GVDW^c1z?yh00
zG0S|H1iw2Vj$MV7AKUq|NWn~jPDz8($A=Sm!ZO|=kVsL>cU0->&QqEYj=uSx?r;`C
zQiS2Iz4!`ec)8J|2hEk4YAY`aXK%!13SG+Z(9ht0=ZwG)>Kqvl69XyrD`sQ>2Sxm>
zpF@>${i@Z>K?RPsu-i*;2cxj08u>LCcP5^|*Tj@A$_Oz&`)p0_?En03aWRW}Dif?R
zhM-~J?ef!9zK=wbvQAa*<&q$kX;QjfXvUfilCd;vfVT1-2;@vM{_l&Hn~kxvU$^sn
zwSt#C5tPatEG>_;61THk|2xPy!1YGx*w+EI+0#bu7df&wQlO-nf|>ND=lem9&Lvu(
z=X)EmRUk_iP_6Ul&>*vFo<y^?X6z%pS)m%2o5{(5*jy{vq9}uvLE6`-c6&>8v-_xT
zy$65#ME{-6jF{cH;`y28Ok3J_Uvu^E9iY*zFq9>8K)k*x(9I;turWrW^B5aTl|_Yz
zLFsx|mTqe!709gRtkOGurw@hY{VsV6mWWU%A-~>*5R!lfLmu79j6=^zGz@$M=9C!&
zo{IqqTc>6xQ?sKWfEe+=I^I1q_4&))(JNo$E(~Mw)1T@Vd5YiSLpj7OZa}LBWtcPA
zL9wAHMh|EAus{qO1FqMAkoYa)_Y#wL6~8Rur3`ih{jV`k%_vTl4n=nGQqX7IvKMnk
zat_SW2hGSlJh*8-lxu$1>cM-%P!%54X<ZKYB^ID+Re>kyI%HSk_We<%M_6n~Bm9QS
zw^_L-JGbExIbPyjM&xC^>4<@ZiO8l(f{d3LovUemEc|cnHyFu1tByvw8=!lbeEcc|
z2rpsY(&bnF1q(&0nFDOi0#wxgIK$lS=Hn$r19rSv>mE^rZcMgPJ)er5=n~dIDBl^G
z|HVJH8N$eW;5xPR1hr51<tMjghD=i<d^0(YF0}#%lP`Ta=Jw2nxaF`UwvzE{JxNt8
z$xF2X{N7LrDTChFH5pcw`lULHek<^lz#*7NcUD?HFEU4k^DII@#eXq`ihTMy4Mx(;
z-&5M~vJNIa3v<!w#~YDbQ;$=OerBPi&jj5YG?kV7^Ffud$oe1S=0ic5w#3OqT>7q%
z)>Sh~itq*P?on5nGMDWQKluYCz|J0^VrLgIi}V_N*Y^LzTDp0Wt4d||PJELh16qcd
z#>dB|+FMKTWGBd9{Pr&1JNCa~jr`uvk6?MR0p&;@e==rGGwHsQfw#a$v7TSrsQ9FS
zN4ayHz`qfNnk{y_IG!U4eHzJ`QGNiz_5y;J*8@kzt>*dLq#9Y;P^jIOtjyI6<&4Gk
z1*t)U;`qxcMacqWAGTi1B-|vM2c|Kqu}_-0u;xOn8ibTtjSgKR-!81$l}AS>xLaV!
zj*1gneU+>c?JN@PBvIjTegE7kr+z10TaAQnk*he#cz>fYF<TG?|ISzyHOyPKsHm(R
zR^d%-P)bpas^?$Da)dsG-&ckzd=SjkH;nsg>ITTfc=$~3BmPTHFjQDAa&tXA9Ch7w
zsd{0&t&<Otu$9AQVpO%#h!OEPjgq;*s-a;+4a?yyRJFd(Uz=5<G?=vD5~E^w(<mt|
z+85CiKpvRp&~C_XC3vy7m=q)W0O>;<+R%a0sr1%b8rO!m_LH<8om&h5r|yP}Z!)Qd
z^it3;YM$Pr-tCPq6~|m1U7jXbVD)j*(Gd{Fl+YNUD8k{|LYWKFP8ltl)c16z_?;|!
z<m{_w8>gRNfM?A}2R50`m`Iw0^0%jW=7?n%SzCDXibZ=8Ok#M54g^ok&KyDSbKlf7
zn*2r1e-#IJFDD~0g%1BhzT;Smn#W3<%JR^!^Mf^cCx)%`#Ao%QKMN%k*fQzVb@|<8
zHDqfY(?;qys^266D4(I%$%qthcbDnQ4cKxVf355ysj53F2o{+BsGdY}^Xes&SnT;T
z5K&ON8yz+j?rPcLS5}!CG_LQ5oV2u*0_grCMcI&_h71vOUZ&)g*So?d!He|ff7Dw)
z12!c;gnbyEtC!z8^Pgx8NGZw2KfTdpXT=%)D^Ha4v0mUrU-?b)JA(Dgv=vW3zs43R
ziw9y*rt-JXMOJ(|tC;jmioK^LO$QAEhSG#ch!}1j^i&Zw;Yn?WQ+JIxDLu?yA_nP~
z1`JaiG~fTYMWdETHC5Qs6ZZ9cD&0l&SCI8`ngI0Ky}wK$rxnkbGolPWg#jsMTSjMQ
zLz03hR+TC^x=q-W9X~Nf1P;o6!MdpJNN7$m6MLZ$30Z8QOFkP#MS1YxD-l%g9K2cN
zGKDJs==s7_S|t4%B6bqNLJZaR7E<Sz^Z)?=q)+w8S|7q?QaH;+xBbW{^P^-FKoGb(
z7th7U91b3yf`(?R&OlUDXdenXyL2`LJ)+0fa`50`ozVHBq;@S6M)OwEUw^H44s!4G
zSgp9a>O#|*S#Rvc+WrDDGKCHu68m7PO9<dsTKT-z*7zK&U2Dg%x_}T<c}lCVsUsZc
zM!p+_B3`l!aqTh|92<(z%i@efA33%ShwcpX)c%US0qM{wYxAlBjQDLxG8t=aaT1(}
z6ILAV{^wWc6iEupyeVYu9SQOA4%?r#PFKc@Cxnk)F_?F<S04@6GZF@9)$5gMrepu7
zi>eHTceI5a>a~2nq7l6Jf*ZZdco{Cp?h83iCePsa!+yOx{d||GkzF@G@gWf3<6o~M
ztqtFF)^_{H9>VX+Z}tDRaRDXpq#L?T8ITS7ocwQ8imWWF<v@=wu@G(Osc?>(1Px~H
z!+4JK%U!#dKRUDJ^D2c;gT1vRd>&sw!N7AGA$3Z2B(tDFDruzQO?Inz`}YPFoqwmB
z7^ByDET)*zjZr9xyrm1(8<3I2stvHpggq37TRJ6We^55Owk9`6#2|cuPo?)1MX-MR
zuoK%nv#bj9nJzqIS{=#z)L+mKU6FW^*~ex<qI1oFB%{a=AfTK3-tI=HE!Nh$9mIBi
z=dL4CWJbGPtXm=GQw#!#aUDN7gY+#Jrf+J(usopBuzOBY040_eHZq((-s;_S+#Xh1
zDK&-41NCC2KW^ZC(CN}{(JR}D+@?WFaq`j6>2t$zeRTXp&>7HGEqsnM3-H+OhqrI&
z(Hl<*F6!8hBKv{^O~D89gkj5RsOil+K$!Qox~-)IULzK_wU{<&f^gNv7eiTll2(me
zWD`f+{A&a3yc^*a^nr`W=dPm-svD6T+UmEHqzHj<ErS@vOVO_oj8*56`uAq{%esC>
zX%f83SZv0sX8l$RFs`NPOQ-0<p|1=+qxEdCOqDnSA4jzfx6L|>_IfV+dnQoT{HT21
z0<4wQCx`g!S5ZRUckp6g+!0p!8o)x4Q_F-}IjP$3<vG7pjEH+(ppmF1>(|F5Q;Eaa
zNTs6Y$g0%zeqn(S$AwW<RnI(z;s3k<0Yn+E7L_nCF(IQ`d%H?^ok3l9fe5H#>ts)e
z!;k3xZijIcX++MVogd_v7fNQ(3$&1Sha|Dt_qk^g2e(w0+34@8H*|C>8*a2__e!HD
zcL*nGK45``5q_I!iI3+s+WcUuQJ0P(Thu8ZG3G(GPka3nkTmp)XvM^rb}flW_;K)2
zO_G^{63AbCMFrQp^4%I9OzlV(n%mCL8nV%9ac*7^(o|-#^CI*s|KOyhJpD#7=`Y)X
zwR)Ac3T-pJGP)5n0Mp5OY`DE9Zx$)G$zpava_t^l7g*B{-e}GGTr7?DDtI22)fmpC
z*k8<;*TjOHd@u+}3Ir7V;?LEcI}wIEiHqN2snQuHKFk0$92^K!_*I?B()UhaZt<rr
zp=Fd*UhA=-^RHRhqeo)<5>wO3{HHC#$v+|E#k<zu-ZH*X*+G;DD9t5xKj552l!u^9
zsLZic%=&<T@mWr&!=EEY5dl<tg9(A)ds!_QR`Z#@ql(sMyOck;mfHLP8v+gaG%-u2
z+*nj*8oejwAExC8<4mk68t^N7()h=mTK}Gx4O*)~*}H&&5Fb=AVb~#(ZdNmFLvuld
zpD3<3JPpuCtMI&uPd8c?=lL9B*4PA)*!g|5=g$U=tkYImKadB~IqrJO-9JrY&h0b0
zk6wP0SfeN)PSS6n+f{w$7+fPgBbtT|<mkx50a*{eBBAN)*}r48I^OD@>n5>XrY!I)
zI(eCaHHp=ol2?swZv`YXdUOCL+q}|d3Ye{cvP9l`TUapWqF|NZ`Zo-Nz^8b+<&8?J
z48y;%`k<cAzDoZl(wxK`$Cc}IX(S3{^b=QS+|I;oik+hiifUl}i|h4KW3LG|=ny?t
zz$4%^8nucj)9X^PXDAfD`!sUc9k1PQb)k(~F`(|N%MH;Wc-MKa0iAJv7zm}S*My><
zNS6?1VjycEu#JW5lwb*_8;++W7-l^KgvgZ04rbRE$rWtf_ZrA!bGDbeR$c?fPHQ6N
z=cDU<pIU_!e5q++*^%#gbV`BfxbkI9v}Qx`jfBKQ+<aLD*>>^M_Vqf-SMLXx-#!qh
zzm$$eu<mw9Yij)o3gbZmL>gYs5DQ&TF0nx8?e9f-GH4<)acCP8`K!cql;L1-=lKK0
z^2^&ve~@F=14S6N>y?kwpQb4!?4%x4w`F_s(^qLHMu@L>$LE>KmG;teqsP8yuF%kc
zg;f+36plal5*omEANfk;=0;`VBtBSrPw|C?Ox*16_%bAJy<{$KZn>?k_jRjhyLVo9
zgCe2lUD!~aW`2%1Bbe|-=W|NB@qAD^v0Sp+epT(TJ%9jI%BCki-hWu0nvblc`2*|E
z(7ld9LP(t$+s8&71!pdVR`%33*B-41MUXNu^RU+n7$My17x@T^7smXQN5!@~y~9kd
z**Q%*Gfr~<&BrU+T$sh<?RQ@nQ&f+Rx`*4uvVwp=>^?#YmO2)q52dHWY)4w`i~zus
z1fZG#c+z5KOiOwH5Ru=EQ2#{ZK8`4&^aq1_gbaT8j**GJ#fAhUb8UR^GvP&}XJT`v
zP-aScpb}M<0Qo6n3##UsDqz1dCLD)cD)it<!X;Qc>73pn-r!}ZQ=MZwDNCZnkiPX?
zU^5Ut$IMgxyG5R>pV3rAhA)USwhek3u-VnlGq2vYlp@XDex1wQzo|GJkbpkyMG9OV
zXvaL--s``+OK5Yc63BCt2HO#lEnXeLa2A9gIA{i3;kNL*4y=J&vS9#=v2D-m9x?kG
z%cG=vc|RerMwRi49=x@j8?(U0<KwMi^yb^&v~Ll5LIzSJWDvmq?r9Y@b09}R%l<5N
z0bdxkKw(edm(@qy7}shC#V>1yd5@>a7Qzqpp2!0#y)Y=Vu*$G+eTzd}U%QeD?*uEY
zIPGmZ=Tl+8XI5sV_-$^@PhrC>>MQ-(SN*C`tzaf=vN<S5oxt&FBFlJ1XOY1K>r>bJ
zU1oB0o)d--Dl+!ias2wvlkTY*U;40ofPTQJsx~ZW&NrtR#eHR%NMV@U`xnZx8H&=Z
zevLYwp`r<*k!js;z5JtPrt7rV7E%HXf3V)XH|zWx+n=!G4Ti6fUg(qVtwFI(g!JWr
z9wrnYbtP9hNhcoMO6Je+;WKKO1oGVuhh?J!)dv+iHb1JcCboY!>aY%85L=g~&+w=I
zZ_w|rFxshQKU!vLW!w3y(b;&W?1G)R6X;J63ys3#zVz)SR7~dfPZz({kPV?nc0bmH
z*TxQ_lv!vLrzIf|ohgb8>AwdHb@>t})KQ&z<PF$PO-Uefn+38R4C>RCQiVr{CRYqh
z9J=#RA0bKEBf3+HrX%3*Fi)|<POju4gLkdKSbS}Sgz;Jvv>-;4sXg|mE^JV6%UsLA
zu^=>i1tkf~^ks367sfMT60Yclop=zqp~v*=cDrQQP~j`z%rgc&Fxd+Rn-t2r0FqT&
z_CqP<#}u`C<M}_QXKaaSGRpJYYC9Qy;cDWWo+XoLQz-)}l8pMWmqh=mOIr1Q-$_}R
zG?0%Xzhp-C6?C*1D7p6gbY=@)T|Ulb3mW!o0C?^{au(SVjKh-pbjm$dSF-jg&JKR3
z?s{Vh@=SmTW(jQ*PJg3r=}8i2aG{x)wR9GN>A;0N5xiCcdt{)BFdDO2LdT1ZJ$%ft
z*;W$bISb_t_MF3(4KJs9g`v>`9A<iD3<n-gw<uJ;5%os8yfQd@pY%>vflj-Xn<q4v
ztvCyx<3(Sar1$EJ4(I64mq{_68Yx`G2#QH;C=jB7U4dioM+(W;t#N+%p#4T<*nNjZ
zg-QAC1ji3~RV-ynh=IifrecV<R-W9SI%K~e{~R6h(fK(rF0q1?t)sl`q(~fDQ1;Dk
z#~(&vUX#JvKH)d+SplJ|6NB-RFhps#-N4$ZO(D=t`@~jo%s*YjTH30iOOjUDadhY#
ze(xc<#L5RSiLT~2Bd2WW_=ormd}ZOh<vfJx#9%hSrA&K?_}bX;UD)OY4#@y+l38I9
zIGnk>sVGZ^5Eky2jKNVUX6kf{{{varLH`{I2Ia9E1u_&U%c<-#w|-ZkXDb1eXF{10
z3l}j!8HAe3$*chAD@LatRgpSFjo}I@!{ufF$ziLIoERHioh)#DDk;Ba4}zu-bFT)q
zH22X2+ZDc9sX&$Rzp)p){dmj)p1oh*I8;9j6}wgB)*$7F1?o=n2W>)z(0^nBHHx$y
zTglM_3vot<*j-%#d7f#CSgG4t_u=#t$~(>bhYmV(*jd3BOMZxrTW<|-b32dcMTRiQ
zxkfIq{Vcxjt%i=eKHRVzHO&~Debo^7Q?{%XPQ!#^^u5IJ>tFQEJjvf93<Uq)oE(#q
z%>uPd?SLFkp>I;Y?>4*69IDA;TWvu@i}G~Q!$L-yFw$*4=g5)JFPw%JhigtEc@TRf
zT2P>?5<RBK=;Jb6*E`*$P-!Bf%R?$RsI65gpk@V=yMt2p>%kAXSeSV=N23xooFTBY
zZM(agEIIqHvX8TBB>015K28(`h@6wp=U{~M1NjB;?D-~8PynkqRJH3tYMJ1L{OBa`
zAs9ySY%d{SC3<B`z7>@<WT4~SA^D0?04J;#*ZmgT_FH=qcY}#wRCX!EDA${BVDji?
z+r1l&G7|aoZWce4Xa&w!6;99|?%F4RFRO#W@!>J?PH!*D=+JCCXmaQ0DmQ7b_|ZY|
z^0)m2BjIFHqCgElZd^|iKW6IFk`)ER(M7pJUcG*84ORn3eqgG7wu0YlRCFQ^MJS*q
z-a<Of-PX3)VsmB-Dk!f!nivq@cnX<+?W0NqY_Uxxv;tyOx1;ntorqb$T;@(J6v7H(
z?&D60vTPW;?34bfkpoLJi><z2oZ+%<^>~Vtql&4VSf25xjeuhGh$EdR_A%$5cOJfd
zJ8&@oF#unG@zB5lj+`{_@Bob2shX=CSn!iDz-qSnO9hTUDT5x?Gl@t(5(tdbJ0cDI
z$Ob!0?)5Q1B^ntVpAJ6EF;2ZY2=Xvs7z#!EF+Pq|IE@_r1Ior7|6O;;4=zrk0tl6n
zjkUzym-?>15+7YDj16PGC@MWj@!dkbyv$79cu(d+^WCjNTNOoGsNQnJJ*&6Z_AAbm
zr_Ch?{`K-e(W!N9ax@z`Ursxy7nw!c*?R^8nt+eg`#$7~O6cV;LFRT-X|?ymP94wW
z?+NZIDf5r=gvq2B5$c)Zm-f+}Q5_<g%&tVoH)KCAsbgTI9wb0v_U$wsGt#$3UWs#`
zY|fnxdD<`T4s<Xk8OZ}|i6$NUEhj}+7*Y`5_vG8+);qmb)lxUPRg(jR$2R=y8w8P$
zadaAk9NFb^x3^JX8W!CQsn919qOVZq@BOsGR`H`-1NG{rTLOpj-@?bociTpKbV>~`
z@SUrz9Y!pl_}5nDq0-Z@VEX_52aZ3Qu`-DdmP}jRZBy~Kw2U^7_?}Xi;UsNe3$7m2
zz8lB=`S*KMgU2OG=iK75kPfSPDM^QxUKHvbQDTf^$k#gh*4x@@W_qgl$i6;lgOcTg
z#T-rus~I6nTpY`DwE}vCNSr=O<WDriUjlDrUY_W+)Ucs(ueCSGk4@NI%%`cm9|`M$
z561+bFih90fX~Vz-TI&QVr}7AZ|eoMB37Wjphq60UBG3Vy)fQgwf)Mj<fsgGea&mp
z$SZ3pn=t`JW0gMrEk6N&`FZ+^1hiz~iwYgIR`2k+ZmoLBP7TGDX6FG>({mcAmjelO
zFCaufzsp`U)&TdbnZ<R##Nx-4kwZ=9|4&6;{Ebkj3D!y6hKEs;3nFb7C46uH-q!$l
zdAh1CzW}z(<K?tXoPRAZ=XEMNiCA~SQ_vxafVX4j%$mqR56jrDgqx*5pC2sieHwAK
z;KYK>j~pIXBaPs@3=x&wpz$%=km<uVq7hMkmcukYY&V7ewLW=DzG+;hjBGnfNqv33
zN{QQrMihT?vIZN<(;V_PT&e^rCEa<(Pd<{N2np+3Y>c%FB%00bF9&&227QwS0-d$*
z9S&vkO)z}eoSM&bY5=H9wmtHD+C6}3zmJ^Dq<HO5G1;0P)Q66$7$KsdjV)J_=OfHo
zX7S@&2--_|#4F1fmzJL9ZZM9Gr%a9Zm_lg?p_aX3o>@8Vs5lDPNodR3nKR$9+6aOD
zjkGc<vRN=e$V0Z0to7-Ay0xSkkfy2~z2L!n=+KgFt7e&(qKbK=c^WJ-@0VA8v2|gk
z!&Y_3)0z3ET_B+~#0?7!rrQDv>8S53nY&MJX79>?mnWX~J0<<Q^Po(G)UzB$lmSZ}
zud1~qm{{b23c{qY`_=b7zuf*BIZBmjI6l8J(ryNU2JZ(=MF}8FgjdgZ4wduo?tybO
z%ltia)gN=i#mI>(<a!G_mBJ;i9V&K7Df`CKT~i+1R+a39K;V)5_(!R7wU6$!FOFbh
zcEKwk!e(W(>OivkWPA*&_Hh&BJ$!cyU;X5dEx(a6Y|VfJjPuhxQ?)pp{|{I(NJdvo
zhD2W*Jid^Qb?hW`YX=;=SCfD54v^#rQ+Joo!UgLJwY44UD-X&qeXDf<k#DQrPVzjz
zm%6HXPJKJ5ND8JeJvs)12$?)^>da_Jnq|=W^O)CW55<C{KTv|9p~|A8iykkQ*^lNo
zCY?+|Tqr50nH%L{haQAyduWpwfVgc_=@WG8I^HpPWt;vr=9hWwXN6Kxbz@$2wzSW%
zE(h*TUhpe;-V=;~Qvvn7(Z!MfmmKCze3RY|oX=hogN6@7l@ol`Uz=(N8sWsmjpcU|
z$bBUE@ZKyoHa0wCRxhHuGPLt=%IZkb+jRn6Yu{(WwvyAaAcI#{i63En2SEYm<+q8B
zERto!mlx|6J29TsIo444XR727s=RQ8CUa-b$MbPtXW9Gx`=fPBL3c^qcL+z`sw=K_
z1n)C&`}h8CQj6#Q-j=7d;OgA(fc_v5Fygs$2j*}^GMGPY>-F@_f5b)H63$VB3f&K^
zDeaW3jMTJ(t{ed;z`Up%17wkIV>kD$Hz@zH0$<NXADJYxi}p?V#wKCl<o!fcG`oEb
zFHkFvrZ*e@t9Vs2Q`ze=!By(FmoEfVqu@{Ya^TSj*A_ZjY`+!_#hjWmKhCno+O7zJ
zKh~GSrH=qFF_cbnt=}W}`1nJ2b!iTK{u>*5L01?rru1=>7yD=;h498*fgF^4$hj(1
zkPNJFhn;c6H>c7<lv%YpNeW{;R<Ujdl}5tHJ3*Z%ESVkZ{fx80*Pk&n0jw1Rbh)hl
z-e-iQ48oVu=ZA<x`spNoH=E>-O$Ut{2D6J3CgR7tqrIn;Z;NAB5MPeKqWRF;JV3mm
z0&^Khw+1_)W^8x%E@%xG{Jf65bD%IRr%Zrftn5*0;Z4kpEz`_V>D2<_0J_^Oa(UKk
z+IgnGSn!|Y@C{c6I|n?B@8r~B#o1tMD$nFz`Xq_asYK(-bj*SO;~^g^N5)zLdfQC*
zdwgMDLaDa9o+aQ0W7gNA_gJb&j9d=L-y5tl@`KfHb75YmdZ#ZOB*QHWm{};L79xDk
z_nFM0+)ziXaLl{Rjx;;&p^&h!qO4kOZblWQ0uJ6dPX`n(u`H4|oq!-Tv5jX+UKCo^
z3H6#e4C(o^qN>baj-aT=gN)Lf;q^|sNIAB+d!5}ylUU);Ps73FNff@*Q%B5KuQt>X
zC{HOfM8UgU>kPwY029@Ui_eE1MzX%LH)qp1I|^&?7IiM)&4{<K8O!iS&2U$|v*!wi
z-&dFBDFF*73ff4D%jHr|+pqN%KH*N=SuBss@7dBwCGFe^+wfJnSkxank+hUTU-ACR
z=5u}oo*pZHxH@%cW#f&@+bMSp`rDMbOxX@N$~IL*acmjeFLAU@V0E&(pXyFh4rlFj
z%*9=vo92K*cxPNAd+aC;GQD^~OM8dSQ_Ea?>=FC~Efl1fRGM8))>`;wqf|7!ykFzz
zKD^fHroqJ_^%u4`ztBFz?bwgUY3hE#iIuNik0T_Zym?ci)BI2Cw!n4A=th0kL95E3
z0C=HKjFnOTRxL6mvXk+{GP2d+S+ZO-K;XV_u=>h%^HvB=PC{ZTmd}P;?djGw3ojAc
zf5kLZNb?q7+M=$r)vSb>UPsHGxI_2DrmLt{m1rnVL$rXMC;{dTW<tcTVeWl+VA*g#
z5nD?VG#q?_8J5mJIx2dh-!gPTxWY&;&|~Y+c4(E-G(vIunlM_bNJmRD^h!$4r?n7w
zwzYA3BapMH&~6K$^^6wUvmC+V#kd_~(B;oZnr>nv^_<be;aQtz1wOulPgQ1s;6tb%
zKAs+I(K(d$4|5y}SM3;5@q6XFg{Gx<=P2a}4PV1zu+4#UX%Sle@Yas^5x)0+3jOwn
zXou*Z2}Nd$<Xa1i>n54SPb#v+_4q;_qdx{6U0K2_vE`xZV^#upZ-aVWYZZ|P6pAfe
zajF2p=Ho~T(V#Y<_p!05b{qY!qbIqt=Xazfs&#qMnU4<JOnziW)lhsVfQ*URzy8bQ
zqUgy|{{%htYF~NN+A0)!_yvtnv{y+s^IrrHaU@3o<eDGJNgwRVzS=5OL?EGd?b0N$
zvoPtqSE`o=_nYz`q^J*)9fhfhp078k>|Q|;J#8|w>u|%*-4ffM&dtv@sKZq1K~G^1
zq?ZCBGG?l9H%v_e=$G;+x#Qd8S9aj#dUkjjR5Ic=hcBmmJ2AT6<neG{J7un1{fs#A
z>7;W@%l)XLe_!eU(e)KzQEhG8AR;O#C8d<4($XE0g0zB235ZC8bPcFTNJ&Y9G)PG|
zgESH&-5}izFbqQt{A)btyx;Nr-rvg$W;Q!kJnMeye%4mlpb)zpM9buZ!3^4SZ-_U$
z!<u$!vNqkN$3`}8O1Gr>Z{M&>q(A&MnwVm7F`>P2st<OXQ@}BZj%JF9%$wth_uDig
zgC=-;<7@2tKGcVtorhPCNSkfPoL_pM`_Y_f|E)u`uZyqL;CL{Ze#HD|-!18#G|5h2
z@yz#aljYeRH@Ww|a(e-o3TYtLr8O`e1_CT5+LkDx3_d3O(B{IK?MA11^-K0fc(=}n
z%EuDU@A3HJI;_hAVyvHxhf%QN4x$8pPfl)$Y<_-TS&^QMhfdU=l)Dk6#d8K7{F#$X
zK8kkU&<G=sucoGKY<Bz3^lg&H{b<f>PtBxqsw9$}G}M<fIS6R&nMpb_vJXAn(CKYN
zu#!S|ZS(htShc%3#cfFT3rBj(P;2p(E^8<>e^!&Q;Q`)j5ygQ7p-O6}l<HkRdhr1v
z3la|*yXO^4mD}X>UJJM6<ZH(&H<ip-A&p<J;%$mePhQC4gV&rzI4LqPDMidbB90dk
z$BrnO3IzUOgt6Bf1rFLYJ`%m)GwO#BCMT9}P9G{NmyNMq3r?ld#HgDC6x$Ew2(NU^
z-i45BO7RK_;i^O4V7)4+NNR?Y=`1$s>0KR6)8k-SM$gz)ErgUQbRV-2e3a38`E3a)
zhgLHc<Uu&TK)0Hn3Z7r<s=1|fo73``3J&kPMEDEvDc(l=FAyI;1ja%5Y0c3OeFMYZ
z+n;>DVEb*(=K^&33G&96fKLJ@5^Ccl0ukWUjzk3eX91F#b-^W3bu1Id)RYP5%g>Oc
zzp|S7L+OU_a1ch0h7pp?CYK#fJEegwu}LT0{k(a@!_9=`cfKzJ@^!xZ0=rO0o==$O
zHvcVo2A>l>I~}Wv;#?9%L-^E-)dAbmd0l%l6Oc@*HZ}wKNF%73xR?tO?$@OU%B;JO
zXY9sG&ZKId=Mbjh#5AqegV^Nra6qrQ&M}R(cC;6J*19&V^jg4A)|6t1J$3FKwuwxa
zGC}9s@I64yG{uCn!&cAj&*$Vv+?U>KIqP5U2u9rn))4EextWpOh9xvDmNI-qg=HRO
z>u0Bp-l9UR{rfS20^p+Ar6h;rlROnCiC?n`=>25$WOVB06ZoY;)_S+mbJW{OhEfT>
z3#>Jf>;7v743DoENU%}C$sT!87UmDV3&XqZuzU|y7g)qy6xhzv7}7oc0A%Q$jYxg5
zsb{fbeDC{2v|c~+dhl&YrTLe_{7Pvb;3}v(!wG=Tq!!k4;&Vf}bN6FwSc>rUy`K^q
zEZj?U9li6{yq|p>=Dx3J<74}PXNwmFW52lWern-2@je5#%k-<`sRehCO7E3okDKwx
z%Nmt4BPQDgFl-x#i^ox+y34@qKDq0pM^)#x1<W_BFZBagoeIu-?aXh}@LW8l_iEz(
z-oNlN4%h9>DOXWl-VnswOQuE1O;&659?L;EY)M{Ry%EZqYZcOF@9d?mdiUElE<Idw
znV0C=Re_BM9Cr=gpuY7R-4XS&6`q|&&&XeVqNgeDQw3h}-~;jXgLj2?AvYp?Y6#(;
zKRJ;x_#~}+gMAdHO4AdHQH1Iro1+m5^YaA(X1enD%GQ(Ls_Sl;-=JCJ(I2pOYR(&D
zn0_g(^H5kJTS1vClu@hlyN90+p)gZ;tVG>FV+OB2_ooZRQi=PEe#B#`zBI)1IoB+s
zLVjSqK=!j$gI8n4D$)5^{<L&37p&hSNr}_JH#p_p-IteE4>|B*y?H6^0=s5|suWQu
zA)VbUppD@?{ZN|^a<(rYr*Ze5kt{T7+40YMlcPj0Ncvim!M2fA-n`xjPqNndWOb#9
zX&FnX2%8}a1|6kb*<ec*A>}b35C=QZ8vh!R0K1Gp^2|r9vKf<emX+>BbyWIX+_{}%
z{mS#u#Yil(VC--v?5D&?5pV~j11GKk(~3TYe4YjEA?E)iWvc^Y;_tJdLgWA;xnpqC
z>4Z90Mh?4;@=ECWHI1XX!AF-`<J7TRi=8XQS@&_?<N15?N0m*Pc7COa1u4V*ih)Q>
z8gb++1NB~u_N0(Hb&z5S6?U`?tEJCBmQ{QpBXQ8#hX>S@!c@Xd@{=cwciyf?1f`WD
z=%lSbjHmXbV)5VJD-SwJFI^w#3MGs_Yjo<FC(RR`2&<qh9T;X6_1r^7vUG3e5`@V*
z->bht@`xmozyKk>+iz=n+N5`dppk%5RQn|LD~(^H?#an_?KWQG<F1;6*TBLN-?356
zWxr?N@%_Zrb&&<B(xmYvuQx0(n8x)*D`WE^Gz5-LpD%yw(c||;17;NX@^=wk2BZT-
zfvO@TwSXf(8IH$zH<#x5`=O^Au4pO0NJPW_<Uc;CFsv(Qg{wzI%pXw1=fiz>+JbMs
z#aEFk6Sn7p_%1uVu57@T8|Dr*1}|&3FV*)`r@L%-@ob$*ZuMok*f)TLf?KHB_(%ZZ
zy%0zC9P@S)Z9PT~*I*|B7(;Jfr#3=yK5>8~6^nTT9`HEM2)tH=z*zt%y>!qRnoBm$
zF)qWrX$8nur4n-Jc!kXGVT(h%s~6OtDrVO&&rUr3FlYFg*}32Ma9Ekv=LVKj$L=Xl
z<fq87OM&)RT%pWW@K)nX(D5t&H$PPwfsL3n#wR+RiSKg^=XF-r-UsumwSEuV!dwP7
zHCae`ol<V~b29#xkN)K3r0E#pcP%;t-fA2;=cSt^Zc=o=5|tlp6YJ_~X$hQ5fvn9i
z%$b6$bz-InFeZd;pF0cT)^_x8xX-ZTngfZcu{?G)IBp>?oYcI3_GC2w=3R{Qs@wPt
z7vJdqZr+!z$b!H{XbJ82cf1+rOb_l*#^gGGY<Bd<|M^XQ{g#}?$hchx$WdbWwp$Et
zvCQAbX`Vr$-xuGN0R!&{X3u2;JohIFmr_)JUH%~y+;~0;{TQ}CxaOA-5t1S!7w>Dr
z_Re|G{zF4!!EM2M*|ktYKnuKb$2nerL1qmZe6=}N9cSQu+o7`{)+S`JPLE6e?4&&O
zA1(l3ei@6QO{Fb}dSsVmtJRcsMITCgLTj!VHqwTkFz$a?GFZ13yW>ZpfMacUMNkT#
zx*N|EHn?1!eaU_M4ea_4XPM%imwdElG6`wFE>ys1p+h~=MD4qh^uwBwB{+;Lo(G~J
zA^<ql?<TnI<Yhd{b<4I(tQ8|h8g=Hcq+H>i7QPa)&)X37A?U0ZaAqa%MZ0Yoq&r{A
zkbGM0Z1%nEQp}S|Hk#$aof>zdS#<l$tj;%CSdlNUO-R3PH~{4e%EnW_31S?8Am&$N
zV(Jxibs$})hCxho|K!A#uZctKE=Ykm34LVGz98VSmb>)uov>VhQv3tznw_W8jPBOu
zTT;>k(0*wDG>hOROaanz0IU3qHv!TVhEZ7nABwNP#gh$+`NaQx>(tzu*<si0R|p6|
ztm43K;z-s}<Z+`Rs>?Sq!Pi9y%IO2B#y`E<RXczlqfc98rNCfXW252v)hv2M(;$Ld
z%TL6egvT^ov19;DJSbfFTAP07)v(z_k(r}oP8<2@JGE5tU`~BCy3XjhxWM>$O1*wY
z1|g<UtQ^Uu6Y1iZ;cLbCI4Q^<=DVMxDw_*gvCQHJ9|biHfxG=q(&`zeyigD3Sub^#
zxyeO$AN@*{*hi(nC9HY6Tw(A{=R9n00FN$NP;jYGD$RG#qM7UGwF#o@1}9$Yo55@R
zLTXB_qHpa?tzC6YR|xBZQ#KJOMXxL<7gp~wh(4gQRk3o!vAmHL<4v%0d`jnQL}E*!
zQliLnwb$$&Ou5o=Eus0QR6)0PkCG$f(F;1yE{i#MMuT#w7L_YzzP4hn)MD2{RBJhA
zwVn?J0B<!WT*ldzlgw}S^0S!+9rNu=*NxrKw_{dM49=E~vFh8=j~!dzrWNC6G!Dr}
zqUwCWORYg<`-BRSE~~7#rfqK+sCYUudiSMtJhAoX$5BOJLW9n_fbV+WELKF!oWr3r
zw;6u3=3Hc6jlMTRar;@l-`8#BT>6vnzp6&Qa^CBqq5Pn}(`^P;8S7<*7gqJ^^clGu
zXZV}SeiGL0Zw$N%iCBILgaxVbi7=ACH<e{7xmb9?xG~imH3|WQy8TUs50syTVuaFz
z#d(*p>CKbJX|08JXBnF9BsQaJZoXZ=dAC&hOsSLrM2vvJCBYZSmN-9~(7Jod9%!}<
zV>LyYmG4e&FJgE+fb_|p*hA`7Fa-#6!$S3a0xfTjpP=x6K(>y^Uo6r|u;1%R#y#_X
zKX&~`*I!|pVVJOJKQF$a$)Os`DZfaz>lb#q`$ZhZT`^_=d2(4-{-N#K!@_6@rfVi$
znso59j4vA?LkpU>4%PkkLfREP^X0egvPp@2EGAaojNGcY7*EmW-91c+j=ar@z9LGD
zH0k2UN<?spF*ljPjwvwoFtv56781X1XjD^bQ2&>K*MK(tHfl^Pxmm2f-<ZksTN6#-
z?JQ$h4X@ZW8PD0zclU$(u?(uGN7}XJY>9VA_$<(iU~n9b-tQZvl?R_Sg9m<!CeQAg
z5V6#(aZ>JZyPze>>O8<F*=?(w7(Z*~w`s6vqiuY3c|YK$^rwE`S#9$hsS@<+Od;W(
zzbbnSNcqI?V<D<Qn8EHjPCP@5+C#hjw32=RNK0gDn-ghW+EGIbvxK!)n?zC3<R9GN
ziJ=vgv(3yIbXV0c+v%^?x0J1YFGjSSt|{k?V87?OQVb!lfzvxobvD<e;iN+bAEbwa
zEwyg~#CMl8_Mv%^DNEpvKHNJ(KW#PH%?#O>`${H?rSv1RLA=QaUP}RR5}>tt{2`B`
z6sgB|q?tA#SaXvY))!pA*;$J(Ej108;c_2?Xf7EX#~d|r!Y;*5y`5DXLoM~e7`CL`
zOjepsiA;(=pNj%(7$R3Pv@oLI$zb@!ELSM2GvL=qTG)qkjx-g4+cyH*KFqJi5xBZM
zIBn%PTNKo#C?9_9;`U&ZrvO2Vk2EWaZMN3M68NCZdYr05Xn>%0Xg4+>l!%^NxbXUo
z*Bvi3L?5Q{%gESmYikF7vea{QUthr|CTXK94ay_b#CiK64LA~PaJ;ja(&C%uK4dZI
zcpW@~ekXLD)qRaUfp2i17Z;*m>K`?QroJX}_e@q&0KObvf#H{-PlS&tZ@s6myZt^(
z$;H@@bzdxjkC{TC)0O63zg>W#g(!lM=3kUB8$x2_eXi-CgjUksi6+lSn+5uw-;heA
zIRu-h^Z0>7!5B(oFfj|bDWiu3af;$jQFA&HIH%cgM^OOD_2<Xi&%S-J_q|5do58!!
zy+_Q_Q29Comg9pNvm$v?V!GK*SR2@AIIA;s{#yJ4acodrrU*EV8&F%BlD@lUTBy7S
zq)0OwWb+*-zt3ivF}qK4)D86uRf$!5Xw<BzgYgZhY->c*9L7EbuWEq-+w9CSJ%)9F
zD(awqPI2OAHQ4cclwX`m;tvafb{sRTk$EmN5n<`l{Of)(Yu66Dlh2WE=Bz7NZy09^
z<UV7=9TV$wElfuif-xB)*%g9rl}a_SE6%iQr-Z0N+}q0S{i#Sr$r05hc>vI)&!Mj@
zmh~=d)K&4Uo_jGtN4JuhUgL^p6AyU&6&^MTHa+D?0hF0qd5g<7uTUt``%D6&m*LYQ
zdWV|vV1>D_7I!O!xkC986*6UBc~iE8Zk&mXcWI7hk-H{sV!sj~i)kmoCbxYlqlY!G
zD~_?uJK`lZ*01{TzIt^PuBj6EDJJg)M<aw^@iB2Ezo^6~H@a_2>@PG@-He<xQa6$N
zJBa=;ixgUo^B(Ito1HKfmi?UADfXCfhs1S?w#BBNvVKt={~+-gQCc1aC8OEZtB<V-
zciYq2`&FTrDP2E|(=v$WHl#Z$1xFeAp^wk6fB@v-u|*mU(dL$z+vATvJsG0t`N_fV
zAWafOv-lj)TjOVio3A7z>4GD8<{Rr-7T@-i6D=*nB0%zpwniKuJ|m!)Cp%H=pERuZ
zgxpSRm7j7WunA&h$jFVij2*HMxaF7$ZYv1GtO@@itM+c8xrbwiG|GzW(f663ylzYs
z^&hS{{8E@M3+%@wdlCh#YF~nBqyUfI-4{fsqE}_}tmn9^YK>S;{M``iPdwi~hA-c=
zmwN{)R*t^ZD6CWFP8iLG78}j}WQYpu|FyAlU(;KWPTm~E9w%|3t_Fv!x)kIL`?phc
z-lv5|&ldGsxh*udZ16$mcCaM5qamscj9j-Eqq8Y;Nh19K8@$c<=<snpE{6CE@XxF>
z=q$)6x4k6Cd?B-*`}<Ppvyz4t@YCBF#e6hU@wh~CD<+n5r*dpRr|`1NN(LkcMB10N
zm2;0~KU8B^Hxc?fOnZI#y{D0;)X!RT{2wJLfdNt%RB9nl*M)s}<wKUW^aDTrE;f>b
zFg=(Oc(Z>l+sp~a9-{kT-bJ>?&(d5N;rEo{Qn}=%!#o*4PiQ_+G~C>gTAGaG(MmO7
ziJd(lS-U066lh4sxmGofk$SrjntHb9zzDcC4s>q-Qjk8Ydj527&FWH>B&(~@p*OvG
zArOVACDujlySyLXZ1=MXr{q@eNet)6s8k=k+o=_~|MQztjFKb>Ftpu3p=$*`V9>6}
zf-Y7iOGhtw{#oNo63IqZLX1E6i9Y4$IdHY@QiX}qW|9IyIHOw&OHlObtY*s2?bzG-
z&X*Z}4S^TkD(|2S&!w8TD27iz@p{OmNHAg;qU@d#wDPS(>Y3IE^6bpyXa%^m((Be^
z3W!P=&BMQQ%8GfBQbxp)Nxzv0^iC|I>Zxs?Idgrt`+It1ABPgA9e}#!WDeAfhn7b@
z<DJMagNcIKj0gD@IXAQe+war7zvplx(&)(*tRX^if~5Y-J{}xjMz9*U2ZgL}6f?YG
zh?3WO$pd^Vv&HWUk2ZUf>NK9XoOsoI(<_v=>5qSzj+A5SA|mKD#%>Vp8<Fpg12G``
zUTkv66@S)~LmLKe%G6t+q9CjVq`y1=E(W%Dx%1<;=ueZXjIk9z%@X;VZofi*hfw7(
zIag(-j%>vq2&ecz)K9dM&wU32c@&zL%RFuytD`;@tQPF9(ZP2)ap&QmM+&g(>qIRN
znBQm+Ruq{>jTO|&UbSB#(QH=g$Gr(DbpFW49HuFXjdb$*svjHvGq-VMgTs~aI_1E+
z^p?h#<8N8ZqPb+ENo21#iKMJsOzB^JJCbCG+UmH5!%Pv2-3(Q^?bu%3r^Vs=B0?IF
ztcH~cXz7JFQiIx<U*QbVV(-%-&=Z`Uegaasp#H<T0jYd`A9#Quas9QfNrFq__FWm#
zr!)9hG5i+KiopkY(5c#opf+==wnaem{Uwr4V-jLwT%z2OkI@$=6yZjW%+F`Nhq$l*
zz@ir|S6S=!5pcVDm*F~PHyh`ymNnOg(2tFodqjJ0%dWVrFkHU}m_0MELNDit(_e_l
zp{FYfg_-0inM>x}^Qa8x)F>v$zRHxyf*moEslhvU_o<BC?w_V7K728S|06~HmLDiT
zF-S_v08VCakLr8{iI$E%E66xzYbO`KEMlj?WrDPW*S<$ZW)|Sj$hY&rr|=L>S|F|d
zE;Ex<t$^(Id+f<wp7?+p?=4>nK4w&8SZXnNE!&=E<RY4~cDBLJFNr4L=nU`P6^c|>
z^5%Z5DcH<{&L9-?Cn7$U22>=X>(A<A)b=H0^VlgO---7A7Ry$fr=piMUzAT_l@mf{
zVSp#K(CRoQhmHYA^RCqL2&$^cR8&2l;{K-k=54H*OE5T~_}YL1uVaN)$ghIj*ggO;
zpw8s2Kk<(h`s?(-!NkN{lsk|5|6+ik4M$vE3`=kgJib=pB=7+U=KWn&6iLu)ZvI-Y
z^0qCV&t(fYl-}5cda8eA1_@2tDh?L^-Mc}_5_blq8n5LPay+s?(n^K~<fbZ&jTw6}
z*K=D|s4<134?997mG&iF!Hn%=gF^fhR!~F@6uMFWjba12>t*8r+Sjy8R8wk$E<IFi
zw9a~}n%=PL&x}n9k3kVIob=yV1a)lK(s8PuZe`jmH^Su~`ag1~Bd(ptKtv1Sb3pi}
zuJ$doxtW2*D}MhHU@2;9%oaM|di)Pj<I8!mYxUr@6P@}bd2{TK^5#pQGcp(o4eQC5
zmzVExb1Q0U5@%#&5RsC;2QO0SO%%W%Gxn9><>ieD-*`}YZkWK%^G5U60}#azV7<Vb
z5p%7noST>l8?Ce+sB`6f$f73K;wwck^v%SlxU#b1%X&M-K-nwKU%RlRAe=I>7olfW
zQ-PW%fu&WnF0KnN0*M%|3olaS7v$NTF#zM^u2Sw(VD|yW*9ybF7qAk6#Y0Z#?C(11
zS4;}hW5+NChOBmfdiymj8<A<IDJrMVZz@!g>cerr>#$pvkI286(0$_30wEym#XS*5
z4Bh;r<Purd5Qyv_H?ffAaq57bI5wU<-%_AmBvT~W->HY2c73`_Ddx(N>ajxAaJp0f
z+SaxmIc6M@z-Jhndkpp$UP}*b(vM3^D{-(w<ssoe4BkeDT#6WaB|F64<KTUcw4;bY
zKSPDn2uogg@;8<ds7;~FJ|~moCmLU{h8wwxJl82YoO;I#64s>@XD>QVJSJO&Dw6hK
zB@y$iJ=cE@7WFT10-4D0i~gU2WWXeUdQ~VNaope#ErTKU=Vs2j;hOsueAx;UDRv6(
zVzr~@wkNhwRUx!t+kT^bOT)ETL-hOl@aMoTm^pL6VrqgcS)T)jm-v~e`1KVAED#IG
zCOs&U$*%1(+h`zB{yH={`4JbNJXyyEaWJI5_#KaK%V~Rmxo7XEEMa<H-dg=ljgqDl
zHXsh(R8yQ*=z3n=7fV_ojg{x@?`H}KTF4T3fCr4W1X=}bli<}f#ZC%idSp9=$*k_j
zfZViz%8bE!Jj-N1ZST<c^#mq@S<5N@D}l?~kIed?=}t|)S6A8GTb~sLM4ml8Nw?!V
zStSPt9))mfj}AC-<c0Rg>FEy(zh!MhGx3-V{7c2pzfK>^NqquA|HVEFI{V@n4x?$7
zeJ<dV?hopMqS^|O?WuRb`LdX;&rl2Ul@CisnpYft?4NMkiN5PoOx)clG9!jPh?m=6
z+rE6*P~`k^D7Fyyl>|0rEAY*3@$4i=y#?eb4Xu$4M7h&ohQsPDHBp9Go@xw3rLn26
z-D{>P(@`{K-}`xnpXQS%{#1OgzEqANRXtaF6Wmu*-1_xxw2h3y^~ztRH#AUVeTs~H
z+tTvzDaHEVLZfmY7Z<l?Eh9wjw9$5|%4C13`#SS=j?u*1Po_(WMwPiKJdiSG{4Enx
zn=@m>qQp)ztPEEUzj#^`6sGLYRq*&ve3C4p3eY%R_jTy;0=&W})y|7UjmV>{ikt1R
zO&5M^!5~vsx_+(#3Kr#-e3H^Y;`d=K!b1GY(o8O9@OB4t7y<X_@j9giCgXT!^*m?r
zLC_^UD2f=jVdJyibb~1#o3{o>D&QYhldH;EIR|Z75F^DD_umSwvZpLOo-^8HVt`xP
z2w}otY2I*2X28FLPYY1(&2!vjjXmm-{!*>Fe#?Sa;Sx0N!f5?|!^O53*w=A&Sl6+C
zHO-eRziZ`*jG96~!JB$8MrNJi=$*=8g(6?wmFuAfx8eb925g&w^9%W|Y`22;rNKzh
z(EtsPJm`4lwH!*1`k(Qp9F+W->!I&>1MgmDXCvW3T~uMx#Pi+iH;)WusG4uymAlo<
z)kL90RnR+e-|TJ3j^>I@h9pQSvC*WfV`@d>ZvU?PwF%%(TR0+Opu*&kbu_MEk@Xc{
zs=_3f`x!TMt=urPjyb&(P$b-~2jsFkPjZw_pJ)o>|4@30DI+*grON`vI^azwYsuss
z&vp%Ez{btDW<6GE($P}07)b!D%UvL|`VY(ii{?;ICP65{ltU?Pz<)SIpXk=1k7L~3
z@wYO3Nkl?*G`EY~?j%@MsI`UJb$&@u{fQ^me}s4{5xutxW7pIwYRP549ICwBXTWe>
z<9|g`5*MLLPl0{J$fT4Dls1Ua^KeN#2fo4EMT~-YIziwX!j4Dmk@EKjCEIT<)m-nv
zFy;FoD=x$g`_i_h80CO@5tT@mLg23yF;+%a)!F;9e>-SfyviG9|7>O?PYbraNEvyD
zi{Eqy=PH)E6uLs+42!#A_aTQ~*;2hP3<m4ugNZN3hR$Y;LfM^g6}a9+08=4Fzba!r
z);zE2)Q-CL><x9@nrTc}nx8C%VJKsqarj0(Tmb+pu=m-i4Gksx#u^sre$%M<B(jAj
zBKb>~FDB|y_d5Ic`%zL)-CU+@@4&yhPF-14DZs)b4gB&3XXSIq)1{X;??!+4D(26W
z%w%_8<nChc%Zv=!egf-$CR@ulY61Q{k<@f$U6qk7df5HX3ze8cX}C)DufI?ltg5_G
z8a5?pIC(U<<7#|(ocXElNz~Vh>Z%I+IoR{ct;wgJNbw@{M&uJ1#CYc0f$jDrpSyfn
zTc~rpDr`NVTB^uU*Rz~=vY1_c6Z4JT&QmS;Zi)E$(sUFnYFS9<DmIa2oFQi;DtgG8
zBWbGM)i=&iAmtQC!MVGC`=q+0z5~wVdDgaBJishw*>qXl@yvQqXa_0wQDCk{*K>ap
zqKGZ0woa>U>@l1+G63Dr%N~?i8HHYb;jE79Y_6_Djmxs~BhDZTdeW|s+?0Bg>1u<h
znlb6DqC%fUOy@yOdsHru#0nkLe1D;f%g+_cX);w+trAI3lGv9+PQh(sZ$=p~xm~rn
z$I&x5Z2*5dwCy_ev^8SvT_U@qJYz9EWkv1*-L!L~Q5A}}aktFFaDQWLBkUCZGj@#Q
z=$1)|c4v4#de!&tX0$J7<F6Mgej(gZd;N4{)9Q`-6f^FNOP6AtH@@Q`yXtudsnSXe
z=rm1}ie}~z$*#UIr^EyookMlKsS(H#iO=dCiXKU^lce&tLqy$K00lql<El%fqwCNd
zx}`ShK-&T`q-jvhq-H%;Y;QFsA7Q<c(OI#bu{hX!pP6L!<<wLbf?|C-zrf{uxW{E@
zSU}Wm-?MvGWPi8b)n*7yr=)&HSjP%W9+r|sMx5l5USyS|9o5lVNoB3}i|6vK_P=(W
zD&$IOd{UC^m2FghDo|&MQuUmPEg34FcwwkY_JNvd|7z5|CHfEdA}k_Qe2=vU7sJk}
zNv@$6<;9TdVy<hOVs2~cH07RluM{j|eiqsodY(5J9WPKdt{jBa0pkc+r=44A{ZoI?
zntV*>9wI-TgFm93JmZt1hSSk1YwAD*q)TR~+uu0QdqsEdE4<dTOxOPkvee<D_&dgL
zBHkOi*&T|C=Pod-IiBjXhJ)}qm&mTQOQ+9-<!HYXFHwin`0Buq&|WSp(^nA=50PF#
z27ESjXEW}UH1)m@6{J||Y`M07HC%c{!{Cz|WNJW_#R$s09wjkYBDJ+8c=Pgpsl!|F
zs6r8HvGYR7qwbQ;kd@#{9J67#esn$ZyIa#MHUUpQ6CVyihKOsmt8Q6Pv=q(EOEwpH
z;058j?Zv=^E%oz@XT$LP%|+<`UTT`}JihVIqUu@E0m_A-9A1Koii#}H##yvv8mvI$
zp1bHP!KA18Pi|X3=DsYTyYNxLK!ztTe+yPpZ#3t-*FFPR?^7m(o|qa|UaTUkdQWp`
z7M>FjO6IZpZdSYO)18}amAW?0->BQbfu@HTA=wBSHc@@3bNkdbksI8#J6Xlv+vSOk
zOVguJ@#fMAJsOYh?62G7*_+T<js2P!al6gQT$^oC&c4*>ew%2uofz6i-n)nm|K5UZ
z`=;K}!4OuLUkR(ui!6O^x!c>GogvVoz^%A?RYw&*v9zCC({cP>$5Lz$_}o8K$!sCS
zoL9t3h7u0%xSSuTRG*<y4fCStQT1tYwY((JD$mD?;WPueed?PZ%DF?m>qDxI3*DIJ
z(s6`ne}*BVZEL2LZ@u}{#i-;VcNgz|mPfJ}yU)Dr;Ob6Hf8%%&MOxDVNh1%RC+U9s
zDr}PmCgGcIWHWUa{p&PaXlB0Wb6mPN$CaRmv?g8iGt1nDM?XD-EE{gt3e@WRM*1vv
znTe4Fbei5;B2E^+l+wDsnl<MU>-=gn_M1e3kA6a<+(`tXvKTkbv7`doT4xLP{#7+_
zr?)4Kwe%_KBp#RVM@X+a9Eq+UxG9{B<d4`tn)Il3UNcr~iqOP8DRuA@e;2I?TAu|I
zA0G~kfIOZP_9<CB@oDX^-q1Zn7eba|^RFq?ROX43FFlwSr!7|TJt>ZaxO{bi=Uym#
z%6l%II+*@6bKIYg=Do0nUvK7*RlTBWzGjw~Lr(6g%kg!@N;$XFi{xHh&yVFdGw@Es
zM?dgo`eJJ`h;=nW2cJ~UGLH4Hm0h5HJU7+P2Kif}eGUuN&IV>YH(H@3ZF+8D>NuS<
zO{%(0aNUa2Lt_oodN<z~Ntdm7+T%Un%?bDDHv?xOb!<qQ?Yfp3D=Wgj{*C?_r#kq;
zUYr{Qjh}mPPHNlurWqf$kbra2RZB;ADtRSg!oxtU<Rq)gnD@Mj#3D_7;~*M7d_1H}
zh)#J_M6|DQdUwWSE~O5B<YN|rJSi|PK|#;ap3Bqh5<xc3nq4vs5i-KL9i$(`X+4kl
z>JV^WZ4`6I9PcsmP_6NT^WtfVcl*VH%*%ec`O;4rk&5wegk8_{(BtrnMk8^zCb-3r
zCrz2zRH!5xKAWLyxQu=}Y~slwC`*fupG%^gZ#}kb)ZLih3q+*5b0|pvK00NUJ#f!E
zoal3>Df`ku#BpOVu?`y|8{*ZVrFV}ug!q%9)C$TSz!63g%{~P$J!omy&@S;Jt)sLm
z?|he2wmxzAoe;A79)kDwMJ=LV40#OmZCV}glsqgg?Mz8Z8iJ!|;Vw`qmyMX&{m<3+
z5*~+3RO$aSQ{so?W_7^f@(OR<d?Tw1>%V!1uC=h~gY3{9R2%27kx89#_3cplOwr`_
ziz8#2j-8}(EhLZcGxvK<EhY=wZ!X0(Wm&*$730o-5n4?#$GP+F3_&kUQch0BB&e)O
zs*JtWbm#VI3}ZbN#JJWka8?zH5W1TlrwoRv!uKDEvaj#-7-z(?m;B6>?I+HqO`9oJ
zH*n2=WwTzHt6t#5*%k-mzUM2*uAga4^B~b_vh>t<BO?x-UA1k1eA$*jW7}s0fo4&q
zc+HDi%Jx>XxNTDSHcxTBgr!Oq)YH}Iv!jaF1}x~1FMB)FybRLZ*GLl|^{!QV85Jb>
zk6j!#W_)@tN1HUC{D$?qhqIIL^Picw(HpQn@l@elb@6i%T6_vH^ps9D3xg?%36IwB
zi;x8=k5MjNzV4?52bpvA$d6yu{P#*J{lx>!AodH^X`g6oEq+Dh92@1s$b^)~pqAt6
zisWBAO-Yv?P$RsYp!&WVgyNE~1v1xt!|5MYan2lC*;jcHPMJL*@F3_so0VIP$fmer
zOt52(ZraKoyz{0NB3h;)L7qe(F&{s-BX>6fD7(ncS1eJThctt3w6Up2Z{{Mr3%v5v
zBJDhLSy8NEhtHDrBr*>r8j%+ika-H{?aDDva=g)RT2v<-92{Nz+|Dj6(T^&hbE<c!
zF_B2jS@2RlWg}DXaAnM^CDG+yxPF~nlT-d5E<i4OY!Pa0<eDMM*XP+>`B7_Xr_0J-
zCvsOEs_41!2-dlS7%VvWD23+hGji&C)|%{l?jdnBTHP(_F__uh5Iyc{RBw#N7#4`c
zi6$3IXy-X(#%D#*8FrlH@}Vj7NBBjC%B!?d8r_`%917Lq$lVp~Tx5D~>L|kE@bz)~
zMPaUasK9J7&6M*-uZW8$3F%bYKs)yZscrpu62;m3WUu+>jl1KpF3EaVfjuUjs~#sy
zLv@Srou4>!kmm9SLUqR<laT3jC!Y?tCix=wGBGo*=AahFavcNf!Q#okl5g*9)gnB{
z=pdTFpi4a2{4{1{y;cI*)3KdfnZYYCfpCm6MhrZF3LW*JlrHwyn_AWFlM*JqvL$eI
zq=pN8AB*nhnuXETb(&t?r=&sDk0Ek_JzziLvfn=YbRT_0oo+T3Zd-SOV`*6C)IfIF
zdiab$mNpYej5L}SA7Kihhw-|I(!lSZOY{D@9@H0!2Z8oGB1_gYr`g;}x{V#tr<BOj
z7ujX&3EnEK53?t14*6G=wAhws&Ij)3x_{LvNDbS5qT$3`{JM>dY>c)VIm~@g*5nO0
z_7dGm$W0xTg?pf!Z~tIg4`xOF^qMW=Q<o4J<zY>_pzI1LGt^BTY`HjzIrN4*B?-m!
z88K{&<(<y%37t#~d7xp4lGq|Di6W84)3eiq)Hox)0g9xkgJxi1fiIbEX})Qj0cAbh
zsUzq5M#T~5(~>^NQjLbt!^296b<(M+Nf#f>47$rIgH<7PBgLC4$~MOJmlnbg*d=W5
zosK%q4SGo-W`mnNBD3(C(0;S038)Qym`@L)^sl*cRI}y$XRa2KZ`++#QOzLvLOhRC
zwY7a{_V*=noyTBYo|78nhn*Sk#gk1S_PfJUNSc$;Lt9U{N=f1muWVG)0h^EYY1KKM
z<OE$DDMmBX6I#U2HHJgVCBCHhroo6s)tcPZ6rm#SF4>wNelO|YcPbl0(p;BAL)K9d
z0<QPyLa@79sa8;<e<O11eRV|5iC6ZW*-7;1Se;v|zJ&F?q){_$i`Q(j5x}f+>+LBz
zzY->}CYgH|EU&Q@l*kYG<-5iACd?ke&Q4B|++k4UOYze!JqhpK)mY*43f9FiHpeqd
z%vbX?iA~SYFLquY-A}o#T*p}S4R4RBNbOGzmY~bk8XLdB#0TngK_vp8=gNutTJS{M
zC+r4fo6SR*!NoP^Dk;8w+ZETo4OWz4K?M42)8#;Di0ze80bSjm^7go7=JZsQXP?Wp
z?Yi>_{_@4P(f1xNUUmNddXTtD@}se@el<B)U9xEEV#O8qS!eb~CQR}x=8J^SVEr*A
z#`bmyak8qpw?zD(&uxbmm78_<p*L%HB4Wl53oXnPmP_dg-QwpqlQ(=K_7A}1L6EVj
zws*>66)h}WPQecR>tQ!Ca}|Bz6`HT<LT+@m(yX9xji<hCn}d!ud53@7EB_ScC_+5i
zY09|o5P00!-{YB7eMuW?ywa4<Q4!I8WoiB<!s|cH=ou1+RNS+jnzx^ss**hsy6B5`
z%tb$Y;mjYKu2`hADOUCE+pmeE_qUyaw`H*?Mm%f~y!no&lT5&iW8K(y+sAX>14Z}J
zO<eCpc0FEbDq7UFFq^f<cWoobLRS|#Es=&0q>V@hZ$eE!+Lo{%zCa~j=(CTVmEQCg
z$kz8o<r$&VBr`8o5p&N_`m4@+Jr^&n=rUY;w}jI}jL%u4`fs39X5zMfsy6~-bYk27
zCvbx{``vufW)HtgB+eXRt1dLSHlCR^Eq&Wuri&&?;y(~^I6Tvv*>iJyjK)P^W<l(H
z=VpooylK7+0~|{axcc)Ue}TwfpHqMaJB|mUv=JN~vG>eIns(6y;yYH$H*+Duz8=nw
zdc6JqI2<zpov~iS(d`oyhT!drou)MVl!OScK3%%<Q6GwA*h5<PUPEoYc)Ac|mzj7k
z9A0-AW-Z2lPa5fU7*$zga207*deb8`@OXy%?-kmytVgRmlT~hi>f*aOOSqKHZY*)=
z4v`?IyaB97$Ah(jCNl&Aks4-CiPlfKVRbz*;LD1#0foOv@x8jknj+{qA)MMeR2z5{
z_7~q3#XokXV18q~RlM`wD%%u~{YMh0W0*D4jBbeZ;`seZhx$bYt@mP)=bEbhD1INe
zy2#`}@_GLUijZ9X0x79eS<ln;cXl2JbL(+;bT^e2uc2ER3p^LZa$nky(>QhRc(F9~
zwen1HL7s@Y&J8))z|6&v<<&+dP~jtm8PwYf$SJGcXp*sGdyc-C&w(}F2($vNC%<Dn
zX*@>fi;j?>+RQXQ&9hfIk=)(J6Yu^#AM?2V`9^=w$N&0#|IrjzL-onpGIzq!=-pOv
zhXFP8-ZFQs!;90Kx{LlNrOyJzJ37xkhtoj6wOD+T#1}cts*hD{J$qKDNV{kTQJM6}
zKkzwa#?6C351XGGaQ)|!9kLJNzwH^L-K}I^E<%NwJJD$oxK#?;RCSMsV$Ah?I`ITX
zYAU@@J56Tq6W_6L{-y6fmL;8^KbkqcI42ydmO4E5EwNqQF7kDJSCvxkVzaD^1pB_M
zPr!WCSa+KA=T5>1*CKK74t_O_ZO+pj$w-{wS8sODNpfs<5jQ$iq&wmCm(z=&Odm!}
z)w`@Fqz&Iu_jv|&Jp4jiQ8Kgd$|n|K-AU_P?KI;kZwS7qL~%jgb&N%wlg@i0d`s*M
z$BS(F^zA#3fvxVd#C|Tw23hK%8<5=&?6}SNw~RHkiB$fhz5n=p>(pr@qmr<VE-__9
zafJ)T!?r5P>sCv<VPM-dbc}~g_vL5`5pN(x9izAMD`V;39qM(J=l0v|O`%)PpE-XD
zbX$;wGCw-CBh*39y44p<DK3-}dAJ83H~!~wOWh*Kr*8Fp9?Oizobn5$%_{)t<17<#
zBGf%cSbNH@2wqXu`dbZ~m#=17NbQ^GR!acC#`SFISEtRS>luR4Dm(6AoclZ~^~4^U
z3HM$g6-CCDY@9j4j%gCvEnxOTQ)(A(==oZ=AA{zMb9Spw)1ELq@ILLfRO(G0>MxK4
zhO_+?qd-)V+p3S7XVq}2zD0l9KniL`WR&tBsblWX7x-_Vv&Yl4b!V9#)j6S(`&p73
zh4v;B<Q}^1r0Sopd`+UBlRSuMcZ>Wz62{_gMq0Z-0(}k}7N-KyrEBzr@HQWaN>uT=
z(TqpmjqiDLW7G78$lJQr5p8C7_jgGUUaGhDgC5=_0i)(*rAoB_dwj;eu~2dA`rIDf
z;wuz+t%ZqVA@R)&G^<eqh&mLh@2?|Q<5M_P;O%SrN5NG3s}+3%wy#_z)3@U;FN)7X
zg7XtnIxC&(%j1|kbt2ZA7E!AA*erI$AZfHVgtIy>?EfI&wPfvi*k6G7?~kRDxkiVg
zG)XBVJ`~`kZyH?FZhP{c4z4<$>nO20Lnd1M$WEp<4+wl*u+`!&ZOCZ@#<>FyS5uPW
zLPaNWt&{Nre*~_F`^RIN^S_o@bh8LqvN#Vlz_k7HN3UF5T)v_xfF3C@rd<5^eo=A9
z_23l5+Kt4{C7Y%K)Fyii5uEZCt4;iGm8O$YPBXabUylyhhEt32roWyR+2`I_2!2TW
z+W~zvpM3o$ZOE@6C(QSc3V$CB-WEZY!N(%w3^sgt%!K!&RI=kltl2^^!yX?~(+}_A
zn(Vi@OG>oraaW!Z<0Sm`GqN+wK@Ar#Lf)ZG1alOZn~<Pt298BUU8G~ZfO=qqn{O$E
zhYKP-8x$Qi3%^E;ePoOwr<{|iN=mD?-BqziJHB2`Qrz8D=4p~86MX%5(s&pallh&j
z4(8O8N4J*yy4x39ww6_Aco5N^JM9Bi^b#H`S(3I8&lXJ)#C?SJ4<BQ-`d4mY-bsJk
z3Gqz*`M-XZUJb8V0d_;y>%Xjr_^k0%ZQX{4X-)jkRL#@s4z!kw-9NbQ8Fjlk_F?99
z@P=;cNHq+h7c{mY%Kg`6|GD_jTfSI%`yI0^)7ZIhOm#T?N8lX4^?j~FZz32kAg1q1
zrBBK~q||M75T4L<JR{+=aDH-ORDJ$oF0uyIGC|?2j}(NqQtJOL&X*qndH72zKtKq<
z?5(iBBtd3DG%(>s<9i<ymh`Fflg_i7W*nNrX&@{~QZ2%CsmdNd?Zag}kINW&`mfiM
ze4yqrXr5L0uHKsXa%FXu6*9-FmK=ZNQ}~ZSUCQZen1o-&`k#NAEz0Is{e_E8ZULF=
zNwDldwsS)q3#aCMLBOSxR@}$4@BuM(ZncV{I&7`C^?O|+?f+cd;JQ(&?bDg+3pp^X
z;t@^!0f?+cmvc+s4d278OcB!Inufz1p~h~+1F54WM_8wS#B~VX|6GrC&Z9a6Ct?WR
z<}PJ!<vF`)V)f5;|2he)#V?1~`M9?47r##Ob8d{Pf%0_V{_BjK%n_?&nukmSPXaiP
zCu;a?F+qvsYgPvTItR<-+izhV8t3J?S0ILw(>E-6jvm|i#z!sBs-dV^ugbErL8mQQ
zjDxp5B{W)tb%tujAp~(LBsF`ia^3MtlF!Ghe!B5<(#{W{Z`VvAI0NlxS29A5Z^%&~
z?gSMB;4yZac2tCw3PF$iB;`qM`D5=Afr&u>(=ooj8oNfM4y<#!+I~*11NRp+$-XH8
zTz?B(&$S{%WY}v@U-$0^R9e7jp|U|tRnW`-?hKYQ=qs0$u76^OV8G@-i|*fNw1npH
z+E@ZOSwNKnJsmvP`JXxY<220JGDmj@&jp(60oCI*l8dpT&@Ge{|2j=N{`cdOUgk80
znP7Ah#3U5|Uw^0X1&d^?rKP2Lu~o<FjoEmW|Ijl>tH%G|t%^-ld0P{$rYQlAZ(m8l
zoR&F<dL@Mr<NDWK{dh9-2@HWOHy9w-+k#1bItg0iPXq)03OW7X_Ca-g>Xtw2i{J5m
zf;q+WgTVi}o5bL{^IWM;!ScjWj^!bZO14&N7+en1Bm5TXKkoPp^qBU2qWKkI=m@+n
z^f^8B5NsmF+?VUB)1QJRuTAC2!O4lFNpgPQ|0Omj=eK``YZCs)5EWwlIA>ALRvyoA
zkC87xe_1S|RaO4d@c))(A|2pfs0$`-AJ3L?s3$saAU)?w4Y-63YZk9s6}ORv)%<IW
zuv$Rm{eWtipD(YrBVQqNz>OoiyN0&JsHDJvD}qe_zuaEo+EkS-^u6>h2N&1Z2^&|a
zdhQSi!kUGN2nhkZqi)WkTrXCcxpVQ^=j<uF`Xbh*Cv4d;$YFVL6*IwqX+Qu7{XZ!g
ztE{LPb}F2)tGAkr%Cf5b3OFb`r~s3-NJZMctZRj>wxpW>r7?mwzQJ!XlOpIFNJ!@@
zG21akejQi0PbA0krp>+R(Zr9VC2Rs;F%mKm^v8JGJj*AL)%%>?=!H7uw*o;Z=IBR?
zi#7&(_hXgw2VU2F%%8Baa&&ZDgUz(D;_`t6gxa6e_E4Kju(C9mJ>l`!f!Co8rqPy(
z&kYQ~w!FfPX!>9|(=}L!NXq+okSAmPLyo?^I90LvTK-TwH@$;jb;fndmeH0^Bu^w)
zryy)5S(`1EnuhKv5fG`hwm+tooIln?C50vB2^+JeEpr}d_g4ch!ZV+qvWl{@j1M0^
z*g2_*rs!l2I8+KOD@@qv#42Zt>9ECWWou~)Cee6peOU&B@bQm9AQ(R<36JS92lFM6
z)VEXmgl)vO!BQ}ZSGD}K{3UPx!}KqYS@@98I>`XMv)^{a{+H-nCQ~(cXy@;<%M7<n
zoXMeX<%xOB604T$@~ipnj<Ti+`G2_txL*Id0~VHFF%=Z&k0V%@@&5NYT!}yaJjIYd
z_TLS`!m4}C_UByyyj}U@nzf94f<F%Y1gq|k17AXNc>g#cP4WM4h<~EFo|Rw{_|L1V
z{n`AOh6F2u2MQYHx0^q<smw(3{Q2{Jv0I^cK{|EYjR=cKpzoEoVmNiAWg@r$d=4;q
z4S^VSztmDuQTg$bSD7Um5-3_FynJ10Kx~z>XK=RBtJ3!ZQdC&zPEu`|$ad@c*Rf3?
zrL=O_9*-?7WPpGHNXrtm?ut>X%Wc=<JFpibl00u5@TqE#SUm+#(k!2#J`xKsxtF45
zZE5-F6a^<7X`u7>46g~=ILk@JvF7N}YBbU<(!q$Wq2ab*2nfYe1*B(ZGta!~;Z)An
zl2jCv+z?t|`iMw6xluEeAokh3n}?us$`&g7CiM2Xp&(W>U#xPw8cTFl){ZW3LIqz!
zXiE3X6Ub-f?5*cTD{kY(ZTEGXt1`X%tDhI8)(ovzY}V)(eFo=vp5O4}v8<kQWsBWN
zZ4Fasg@5WGA6eyU&i@9p-w<$+sh`;q2~6=eFW0LFsyXGI*|1Za{P3y}lG;(XU}Vc#
zbo;d(YxJXfjeFxDAr0T9$%HVfWr#!b=lsMbY^uD9?*z=d35RR6dSL{C_I34?4|hEN
zhnAmnoVTt^K$E&(Ub<+hWmK!ZR7Hb!Y8rS=;H_;>833BLrIr73%t`<}7P&NFSG}!}
zX`;(UCYIE9*ckNr))C>sTclvW;iGg2BP9|vIQU*KXz;fjt^Dx-lY`*`<?KNx+Un<=
z^;-EhlkrioRi9o{XVCaZ)GL_Ak62ZDZs>urDxWAcWQ*MbfGaTv#>B8-#Pj@W<9Wdo
zw&UdP*Lib6(Zb-yLca_^m?(+cMEV9D(8pMm+F;*+<Dcv)Y7tL(o)_uBLb_h^QXM@c
z%{9QD3hxw=+EU%CF$R+YANJz}kOszw;7o%xRF##+(S7Gq6-ni>YU34~`X_8iZw;{@
zbT0(;k@sSiaqIduVZ^MC33H&O11C~!xkKxbx&(HW&n4Jzl+ZDDVcJvkyFJq#u*H_2
zPZVy@g=5;&`sLE1T>Z>V)%0NPVn5r?)#S9cq=j$jblQP2yK1lEo4u<D**mH&5U$SU
zTKu)3p0gYy#+^~2<Ql#97wGLVU);*S9-WAJv}(2%Re^`8nZ%|yZmna?NmxzL&{+-y
zr+*1?+~g#=rfNRC+lQG@vuDQi1g#EF=>?nUZ)}WEI{qO0wtbY0FlxFF#F1knta)Oi
z0o)Czx&wa`Pu$UC=aP+>5m+E$!ur1F5#^ly-#Vh7uq~TZ%zjB_<XRAf=C1}t>lBPg
z7%Lh!zW!u_V2SQ_rz{cz9S^DL0~5hhhlCMsLf_4TuFp+_`ov-mZtfobz8%zuhcW>s
z!nCZh%J-A{T%jdnn{4DEscmbqn8loou)B2~_b=rFmBkh`rwjnf3YBcje_H~<-|N2f
za9Z92;`PBZjOV$L(PyS*#Bu40Gst_3rtFB#+6cz>EE_~@3T%ihFxer%OFf<ZWh{0;
zjwD;_{@7xcR{mQ={qv%)&x`74$E=6#+a67?RO^B^zwh5X<w*~)$FMnm!;c_<oRE-^
z8TgG>jrti^iBxmF#H6H6kx{#9z;-WbzppF(aZUvKz?hYw^=G<lU`*dDoM^&t07POc
zT$}n~FhX%%yguzmK+oeyO<&Kbk#NJ-@?NQyYgF(i3y}vf1=4xok6{wC-&QX_dV7RJ
z2&A2)`j`_47F~{|m5E9EsSj_$6P9SrbPWdqqgn&nar#8%?BUn^2A%6<7@V;~=x0E1
zGB<ixokfd4z#38RXuX)F(W=<0Y>xG-<;M?Y7;3TD@2B2Vlk(GDmE<?LSx2de0F$mN
zTTo`SjPNk$r2>}dPKaSEPn~WA*>zlS7{C=6)1Od!g$gic*;@Ij2$7EqC(|F?Lwe4P
zB0R%tM7)o_G1Z<kjwk@IjP52l(<9R1%SdHZ15z=Tnaa2!Sj_V>G3R4@#%8VXmg%Qg
z<r9rR+tmLWZItJ*{R`oqvY4J_p!_7fe57s+?+$<j7nX3vo-#pqQtVAZqex=^;%$sH
z?1`_6>6%`?54QPfX^PUMPOJCR{NMv|(<mWU1gPE9)03KpN-E<2wMy28!Hnq@H#{(m
zkv+>#xZ*(2vCm-IhPg#6e`)hG3Orvm8T0o$<CFXQWnV|WT2&@Sb-y&WC0IC14~Phl
z{ejh-u9ZLR)*B+FWJ}#zR@k&GlgkMpk7QNc&tah!AB#x7^115Zk?wW-80GAM^In*!
zqJ&~{n=J&#5oFg3(r%RNMSrB2S`B{>mSXVG*%h8d&&Fb4n>}VB{faM~Kc5K<Y%J=@
zng)B`goBsUGK&OkuZL~{FbZ~}l@{Kc#>EQCi10mIjLI@C&68tDZ*OmJN?aZNM))y;
zT4bU7$W8+TJ4tiW(>9~O)}Q*|Uk8G~qK3HB{92TqXwGHK5E8g>Rlpkr%(4A&`d*d8
ztwQ>Y<isjVf4U>zCf)(-{*&-3wm&J%5X&#GjH6)n6im;ImYG4TRd&({S%b8M;&huO
z=#MinO5Sz?6;xpRT1e8Ou-b9zt7Qg+F?@j+iXF-l*VA3bF$130WG?`}EHF(4OpfNa
zGCkU!9?14DrDxAc`2HNYBmv*T!opCA^PQP`nmIVrZ~O!up$1Y0KtA;(y8Gpm{3ixs
z)e~n(CvzsyuX|jeU!y>A|5z>?T(96w2%Vc3et5$T*uPi~UvvtPG>CnxU>W(G2^&w~
zD*Vy6n!St%FUQG-lZs+^9t}IaP`$M(M5Md!40M3XwyS=XZGl#PjnVg)z+W3W-NQ%T
zaU=^ozVX5uh*VTdZ6)JBJ<3#!IHXBROGDY5$#6H|kyTj+0o-mAA*4?R`T+~P`LUAY
zvA$L4N6&EK;Hk4K3;iJ;5{0jhXB-})6);eRGj34&EataCl5X(y)9oDsU?lM{4DsU`
zjjS!>8NL6!M)zc#<xeqt8el?zmK{7tpMrqv_(ypNe+8I$A;-iytcC|R_4l}|dR;<J
zZn!fBfe~7HJT&~{$H%Ddto`E#FhUA9+<vQ?fp5%5tTVMXdZWW}YY~66S}$8`y?#Li
zKz3QBLcz#w_vr}sLV)O*KxbhsmUCGDa@EX#@?$JEG;gl?=$$AO+lDKy=h1U7RXT-X
zhgD!a`Vp%xDtDUTT0eW66!RBwW3>dYa$!lw0GmjsAX_0bT{$}g<M;)RwiXjLVf;j@
zxoZHJe^2YtO*%>O-I_VyE}*U!@i)LyF{ph06c|_l%h_W0#i(`j=KF0?Vpv#L@ukw%
zbai!eJ$?V0;%d{x93T~-+rgx)6<#Pi;D`Vm``P4(mEi}Pu&G%>40upK5KittKVFRj
zEUBe+bm%)ULm?+;uJ1i>8obc^{IT71Ztr3GuhWh90FlIHQs?Y6pu~8e&DVc@f6q(M
z8ch~}2D0||NG>B9`3vzqCvmxcOZ6E&IB$2p736M{I$l!-luZ=AsWrGaw~J%a;Y5M8
zA@B=yhUTOkxB~4;qZ%-5_+?v2#7EDY1XUp9;l`2F$Cd^=B~s-EdNP$B2G`Vt5)0uG
z(t=1o&<T)0UUI7%CmY{uSd9DSUhb1#9GyVlEF{n6J>#&lvn%$he3q`EQKX|?FcM`u
zWmP@(^$8oWKW7Slkdu>NF*3aJ;tdeag*~<y5c{FWdL$?FB+T<hjnh(B<l9d42@W}u
zdROh|3hG|oYV(VBQ_bZ!wX4r0(+GQi+#9xU2DwSNCKwALq^BVO*@VXm>&}yKhmQXl
z4b~HrQwA?ggn$$pfn11Tr+4gk1I}xE`)|ee+a1gsvAUlI1BRDdNfs}GEVxUUg6#im
z@5;lW-21+A;yi_<WC?jn6tdK0i=r$?4P_g~G9{rHYxb>?kQkkmeG8Q&WM9TsiXx=3
zk1b*>S;}@srk?LTqjS!Cz1Q{r^=^MW_cd3hnS1X0{{4R6<@5P`zjIIMsSN*bv9Y{|
zWn{uuLgl#?RJ}KS(X3$`0F#?MqaDsAoaByjd_pBC-cYJjJgvqaCbc_KEtelm3UK04
z_H}JK+rU2>)`vL2VIkFv>3R=(#<$;%x+6FTf-Vd9W;efJ0SKpul&AqzPPgJd;}hwo
zSsmvkWBb2)(E@P5@V*5W_kAMDbF;p4tKZw{cu^H-u!v8!u_WhU+P-EVF7^92uLc>l
z2M0aA3UtvC@^JP?F=((GbY}P4M!9O!wjZB)1aR}MTo_2=V}Un4UDi9hea`_qin=1$
zVy&OG&2JaeP>-X@9-g*lkitP+5U_W1>zG+!!Pj5o<388vSTEdCv{u%4_aRWoql%A-
zeq2$qPZs@;LLQ5?#X@HmFrp7HU*6z}xCswfSV)<WRyi8Z=NKCTg8V$K)#>s8?sm3n
z2LLA7t~lpXA^&7gm%c$mDw1UycV*{)W+YK1Y7aG`ooaPK0CNz2n;xhtN$dz=>UINM
zh$75D09f8<l4P$ON8n0v`tqU7R)hB7j!;`<7D^XOaRn_Xy}bPVX1S=^q@Js2EDk5q
zD<^mv5-Qdh7{(qquZ0l}-D#|o?9(S78xXj;|LZl~=Bplh1$@X_48dC5jsRci?y?5V
zZ<S*x6K_(`({y`#y{lUg7;2awXH+%_DCT)9!aqLSpPc!|-UKllamqb#DW$x>0OB{#
zi|e2DT5TzF>MP4bXh7Y}a+P~!%EZKkU)j5Do2M1u%StZ#?}x+z>z3Pxe|r8PV5~La
zXnTkx3=q6^=6jPfP%QP^P0B!CfDcNTCJ8CIKA7h>wb(@F3#ZD6IzQ>D_hCyNi#?+S
zAtd~YHdvwd&c`%8HTE*#X~vSVoerf{i@inC0OML)TRHLjIC;R0EzKBH(TO#YOGG2y
zE!<{&z9Af032hWHcTdQN3?W9IAIe=f$}t``OSNs^<Rd%RZlykOzF?C#27|erWY=B@
zV8xFjSYXh;Y4yg5I`)h-)+}A|dk!eUGuh-pn>gF6zP`%bxq=3D8}A40caDpXKcIDu
zau#9+q<!^YJ>q(ZA;`)DGj^#QkE^vAlitQ9nvl6Nu;mr!vY?wmL63>_ZvSZBt)aC}
z_M?!y<ZNKEcWf^;&vR+XyHwaqxA7K&n8fRrI^5~<i`CD_%=u}$&U$yZpguziP(3=S
zr(J`ypSsAxviT-Z1vxz<VCQO0TSHIb%jQ@zqi8i@z@Pa$@dkMqR#N5;LdR>jAfvh+
zmw$%Y5IY@)^1z65f@j_G5rc`iHgtB|wr#9;if<~8sHKruDzs{}g>F9jc+-zdi7$?(
zb`^X?OZ?uHMeA?o79CH_^VYa`Ebm!3!%ba%2v>bsN=m9o`YeP7)5|lQ#|D%En_NVb
zd-;4<=LR8S86YMwnzCw`hgm%Si>Ly`%8}j6f(C^pC1PY0X*mAOqxZ*B&bJ4@$ds#-
zAo@ig1aD-$!|rqpjBCWwYyvsU$8zvE_sVAgz0u-h-bzL~8w{`GLGFQS1-viis<#X?
zY_EQJo~sH!XrMCw8)0&+avQ;-(@_&E6F*bgTxXbbFu8S&zheSI@#ISd#_5y<R+^m1
zC=;3ZY#~k<mm!2|WL(AwIO)dO=m>0#Ni*m~$2tE)ZOr_O6I^jo{;Y*!S^YU6WRbrw
z0IJ%2J@nYJ5WgNjGC_bKlj)l(&L2d}#~g!re_SJZ_?|Xhn;Q%|@o|n}&aVE(Y=ey`
zqK(3*Uz5Es$!TGJP0)%wgAkw5l=QG=$~~3^Hb9Zp+BMn<Cb?Z{huuMKIVh+P1L=OL
zQb#|freh5BA-GA8oU-P7j?Pxi`;aypU-2noL|)GbmIyLdq1l!M!MOo1khBQT`ByaO
z$3<Eiwsx09q7ky<leP%ENyfLpVghn|Wcc=;*-O7iTe!8|0yd(?V_boE`SkB#kpK|y
z>>x(_ap7g&Es`L~`|JmT)raR=$JXG|r}w@DrK9`?s_r<#P%UL7bX8nO)Y~zO&YTXv
zmq<I33#n9UxI(-ik(o*4GOf=o;k;zhmE1Dt6Ri1-F5E@{t>Jnb%~GbP*y*<#9HJ_T
z_<p)uIQHdhs3M{DHK<Cr_Dmm>6C|S$ZI%uy33|5SiY!>t$Cpr@2JDjqkqMKl8xt27
zr|QVo_iP6gQheR_W&yCyAC-e$6i3G=JF;Rri;pabJ-cpIX8^qRL^)azRvao4gdMc5
z%7B)`<vt4EpCEbn^?b^OA7K>@Mbd%mV|&wk1H+cLa)`be-SG5YP~8xTHRz;%Lxe51
z7OxD^j4krzdfXH0t#nA&<L=5PxhC)c2#{8(8r}Mx8yZ(`=xETjg<jhRo$YiHZQh8U
zTpZ@O;g(!6w!r%F9^M2b!;M~Rb6L@-;-hIhVK0bIj(%mv7yj1K(MziVBHmlFK+bM0
zK6zVNOO1U^%NmI>imxxZjjVVAy@n^BztFEp_aVugC!3}RfVqSM(S5eB=K(JVXG8Cj
z0@?i0vk)d`9;tsI5g=ROA%yC#4g99MXE=gs_Aw>TpUbWAH{?%@=*i0oAc*304O=(V
z2Rvu)^I41@OV%5nU|ANL<b6a_<5(6l@c2Pr-A+&ByDmM1-?Bq?;=a)aHI;+W3c_gL
zLk8pG=%4rfpk;Tyd<n(K810}HwO&1v*tr49yM(|SZSHVBxL}z^B2;AHSd%SqI7|&L
z{*zvVZuSsuIb3L3*;V5{L&iEf<z%O5@%Bn_-lBNu8c_+jA>iH)oeeT0nySBALs)+L
zhC@m&sQRBGUc&~hFuk5_-gAl|lR!dAZUwCA%X5y}@Pqhr{f5A=MM|J3xWP!-EU;LE
zQuA0iZN$Sl%!wc?WwaW5w<ZKy@N{U{IemTNb-)n*!2XkM{$O7q8-P5ixo3mnWDxx|
zEaJv>GX$1S9f@xts?8}e42zmFZ)pJh&O4{eA;(zK*Q?8m%KB{?NSK5TE5Ec1Gj9b4
zjk{w3L55lTbi3}e>TPRkKWq=SMS9Za0_J|Xx6+9}j7wMrwem+u8?BALcB~1I6H_7L
z4g}_p<Yg{SztO#3w!u4z+FA3xO0r^**qg_{niYl~Fs+xeR;D(k4yQf}Jo_kShM!Gf
z_qmMo3rj(SgD~YCS~YCd03`qls=6rM?X(hjJDY$Y2ZJ<39(%i%N8xDr-I~AIt{5_?
zO+i~>pODA5aC1bSVyINy_|Anx#hX~7frVNa!rip>@2EYt=2x?^E5@3Rl~87D|1iwC
zKM0}^k?)gbu<oy4mFLIT=U#nUskHtbEl%E<EOs1Nl)?$QL$h9_`GHuFLQ5ltB$fpe
zsu{}cbNFrh-WYs?+-IOdQ@xO2kMpHurm>DiHh`$SUtfjl55w^o2sm+a!L!DiKe`Dd
zojFhxjOsRd1Feu)^yPM_ILTAyMA^)uWLVHcGL`fIFX=J8Y@FLwE2RbzXou+-0BSDF
z6N;(&5M7i-WZzV7zQ_IP+E5G4N+upA=RSj53pEvioNjJrHhFx=p)_Dn`&a%@rmS@w
zmt!pM#k&J8JDPdfUPCf6GR;NOkH}Mn?Ok16Cc1oOWs`W9yJ&G>>q10u=*FG#fQocd
zb}{5EAKW!SVwbU);V+<}lm~WUo`AFrQUzp~R7;s`_sRk9fygp3hl+Cn&JL`E_x(Ov
z8Yj}d)w&z?Cjs<0q+oK7E!>W7i>K(%icV}r8*;bPbl=TiJ~Gv(iq0kn$^$JdY})eJ
zx_3Rvn3#!UCGQLcaaKE}lrlRfl&};}mWs)t*86N|llpXBs5M5JO2(=tQp)t`Y>m9-
z5MtO;_LS^PM+I5%92+=^h$Nr}kX-(8R<UIXc1@FS^pzj#J94o%p5pY&jRYw<T@6*L
zgnV63-LHG8ocN6Mlacl*d_(mmoECP&k>mO7V1z%f!)aaJE9QcJ`NIdWyr2aj%L{Tt
zc^t9$fQkJxjYR;4Rf6$ra3@KI3o0poetFkCPocY_)Aa`ub8LFe>Qicat$u6{Na1Ul
zal)K$+VKjEZtJM>NoZvH9_kEAV1WM+_x?$Mu7dzWFF+;0871hIhbdm9t;bz|2W1g2
zh2&DH*xMkGBVzf{G>R`M*o}M;UjamMlB#?SFF5CmLP2Bhl_w)a%sAe)=Fd-(56iof
zfEKs<@v*loXSlusna5%Ey5;n@o+l!uc5SuD*Bqb;<u3~0?4tl3&@~Xk19iWpUAGMi
z+W3txHu@G0$m1(7%Et9_nCI6&+%lVz-nowZ(Wn%AhUoG7H_#a>E_)ltEoymiSUh@@
zD_fo`Y)}yV<uw?4!43%vt6<d#Sw&MlqxMbI(Gx!f=EbIQV@X?pWOt{rAnjWmd$=eV
zIB@cVVIA|6b-}ohi3Jp{z=(NCJ`bP}@$BYB{>Jy4L9G4uon_*6<oL2=?3vXqfgmh+
zTv&N9z7=i$zKy2aI&YrWy{MrM<%LCBKzlP(09s{Y&#(@2WE&nLbzJe`**5a%fkJAp
z!m=R0sSp5sLAQ@O<OoWYjv70(7(;+P8G<X%CSQfRfrqKo)H4r5$ym00B|LvvF7J)7
zj3Cw_rXbJvN0+f3rPKAK7@ktLg=Imr(h>tSuDI{B2$aNO)nXpn6(0iddGf6IJ*Ztl
zh0ExUr{zYH<%`r3J`rFRXG>iAmScPdX!2I8v|HPuj#*VDshgCZKL4%KntwmBuwzYL
zN1#C#<oi>quYF-!gMENNbZCN?0zGdC-;UI%1KQ3y7ED1s1>*9q-kymD;QD+FM^ztO
zEB&%qkvH+R(U(l)$T!*(azk(kDf1<;z_q<@gxaOGJjZFM!T}y*=Mn;5{Z;wH7ls<%
zu6zM#MUJt@(xgG+<3mu_Rt6ayDWxT%#a(4rHgW8ZXYwocYCuF+Krwa(6=!<63UpY|
za;B#pR;$y~)1fd1B<nU>52;X%q7WloGHB>Q9OUoYWYQPVhW@^(yZ)zr{(Ebf8z=j}
zFQ)$cLKrhZ_}{K`i#GB^XdbKss=od`n^`}<CH-fu{U%iPql4<82?A_BLh}?*SSW1m
zyv;15i>{Y_6aHzg*UjQer`qqmeF&m0;0q9U#B>3v9pT8bkAhqaO&0rgqMrbH5tdDE
zg`Nrncr&I`7;bH54{7odh|<m~-I&6H9=t+nMMW=t2n3pE&p>hmq()TbVw^_Z5{Wf*
zuFcGo)-O5X%ckGh6$6(A<`vz97UN;P1EH(S;aJlcFaU@!6$LM(8RA_Os&RC5^gUZC
zoD34M60;qHaM0%4S?1A1A7e~S{c9CDPJ^lk#LVP0);>yOK*1SGN>D@sVIgfy-&ArB
z@H5gz1BGbwpFIbc9Bgcmwu?b@xBN5TXT^b!EocF?*@f>=t#@6HKkLvl^p?_Rp2$-D
zXV(F@(Tu5N3w1GgnC(b<yGy^Q!aIQC>>_XtQyzW;&zbx03x{aM*hC*g@?HI*=qxK>
zJToTbx$WJl3^~^=WoI6ZKGo%9?lS%NHStI)dRb!Lvu3787P?B(Z;*phn{gh-6X*h{
zfErUCDhpBo6_M?a(7(>2Lb)Jw_%KcA?IbKFJkaFNeYMwif#8{lwmWr~`2kIK%7u-E
zknh6g;O}?U-gvlk{>jf*>yi2iV<RL$zeCKaa?Z;VIQRk=^Wzs$e>QN)cU^7XYGKp|
z%AgoPbDGdU7#~wdAxN6By#f^(1nhY^p&8VRLiz#5i}2%1f4*<li#c=;`dAomT>S9Y
zvb;g*>3(#Uw0XpwLc-ezpk6VyTN(PNG5pERVsGW5oNa`dFIJaAgWtx6P6w1tT?A51
z7|y70pM3w%y3@?J{_+q4KO{OxZb9K6%>ns&9w(!0v2kEX@Gp45Ojo~jOAK_z6f%|l
zvUP7Kg=7`Kr6=%JdPM1e{`>)r<_ls!fOXSCk4Ai{dCbE>l6Q+72f);vd~I+C&rff5
z0OL!1+*jP{AW_H4&Q;O2lW`&FzuIK>y=M4}M{<)2@p1@co4ZN*P-6nODEGx54M}Q-
z6Mk$62LUF$abI4ZXnd=kCyYoStZ<61B(MneULX_}(Nh@6;s6P0<)F|(#)d@P(~+eE
zd<1z&?}pm-*3cV8eV;W)naenq_*c$ahykr1lZ!N|C?qE<SQ0___cR@LM>Oa8p&E!B
zAo#&+pzaqrSwP7Oq-&CUye$^q=_h#?B(+Ywm(T5bipZbHOq_1A#9}+33kJ?TNN44+
zhHv}w@d5U)`k??7cQ^o4zChG`WT*=+3!s;xX@`vi{S>4KOL{WHI0<k6Oql8qJ<0-w
z>>XQ((3+Wz7SDo*hl<+QSqOee?N&dV)QX$(s3KhgaRkN=^hzz)3j!BZEQ5)*KnZ~!
zBa&rf-ZI6~Sz+SChZuVz+zi|V!r~x5gg(%7ztYz0c{`YjHefrE+@2XwD;^dyjE+Fi
z?JaZqCcM#xNw~t_{j15rUH73w<Q6DpcVAyBoVSMoC88V2^2hg9#<kdjnxRuED=oc*
zGJ}eN7io}QYo6!e>x-oY1dS*phu{Oy3ei*A64BAnsimDI|8*s4j|&LFh>8>8)Xwyz
z6zdK1XJNT($5=u8+_=2G*UWYr7x#G#oEO)vw9Kdaw-iB%nPj8lba0QtL~}FTzIFJD
z&FKU&2&X!n)~P1L-AyHKXolsD?EUH7EU#|F>)Bcm`})#8OiklMFnZAEIw)_Hb3ZHW
zh;Dz~_3Oih4yDsqqPSX$JQhY?q}k8{hPvuz8&v@&%`n>#3FUt}EcZ6DgQQe^3n=;&
zjtP%yqEryrK2yenFz17AkXsu?A^ld$B96YkmGfQz9o<!<OX6l4#jD&f=b1TdDC4J_
zv#27SaiC{bML4~m6_=j?a~39ocne159}Ue#Iux8UQW;L0*CQj-p~h@ZUV!hHZv=vo
zf3_4^77QIg@)_$Ls=IQJ4VS~ZdzE1yc+|J(!?LoZXx$j30a0F2s+#E+E`P=@76cCG
zyBx=l7ie&rWv%_7kg~=~3J<b0NF28yoKoQy9^u(6Jfh2<$!ZibxXI)9TU?^T+@1u>
zU;)qH14rk0ZrX%!w6(3O9q?`pw^>|kuW`!g_aX(t?V>Qb-FsfO^&QHjUv0bKavB-B
z%sFOEe4lacbZ!~T=Yd43WXso)&nd2RbwR}D>8haR!w#^YdbuWZc*1MPV*Cn@UfAgj
z?WwaP&vH}yM@yFd2H)aguMt!xBW@D7mcP;4>_z-}7I~rvg}P0QSEk6>Ax9OFU|#PT
z!3^{&OS?CjS@?J!GBGJl^X6?YrPq{EoFtG0Lm;mQ&Te7Mr_WHSi=<<*rHoB+U-jF7
z|9A+c>8Yul<$yx7>bF!|?Cy{kBYJkouw?f$oBKwd*eJ%*|M+rx9XZ$!qw7}w%=sRI
zZdLDDUU-qPZ6`CuxEjaV=20oLD=(9g6UXoSd5EC8VZR|%Yp5dfQ5h}fgw-1~rPX;b
zGV}WNjR7e+C<&FNxhN!Wb3uZM<!$&$AlL|5MbeQkF1otndX{<17zfeVI7o57vlK)n
z(_X~ID}I4rw?nq}B(ylYy&l;k$O3EC(=org#Svb0wPj8&OIj?|cbAr%Ypt2I3O%I{
zKY`VQw|&?*R%pE&qLfl{t6gePW59_!w^pbM$c(n^U=DM^!Z)pHaBy%44xKuPQAlsk
zx|-CzrvnZ_XyIY*<1#ljHPtV*E?-8OeSsyTOnX1Qr_<>#4qtLoOsK(-QSyoC5BBg0
zmYxI5SyD0T@tmRg-^%Rwa@<zYmRi||Z%gW1DOXW!cBCwJCfZ`P<81wlb+S6%lC(4f
zzOPq$D!|8Gg_&b|u+zjunAil}RH5a{CAfm^ZE-E**rSw7c~76hamuKbM=2|+%g3SP
zLS*mW{q2i2SW<E$&JiW3WnyBmODn2r?4BKRJ%eiti`4e?9vmZ@|51$6yXQ=M`c$$u
zh%OlUdbBScj&M8kR>zfHzG*rIJ!h#_^JS4w!0h_x%@U4@+*$Q%F2c(u^tTSsYxT&l
z{A!|$r0;}b$G#}l2GDpyUWlezU9x*sx2f-}9ane*hy{14zH1`=c4b$S#GPGSR_(U4
zh5P}aEV7pT^y%ozio$eNbmqZJ3duE-*N{~xmtf9Unn{o6(l>f!049xUe{wHvVS$@G
zwe%@{@0})txbdMr4;5l~czE%OxlFvg5EuDJ``}`p9W;$T-P16!=nG;{jm0#K<L%`l
zzWUi`nB0U`yF;g{>+0^1NTgyf1O`=&)0jwAAG1qK^~4EngI!Z$MYI4BMMcFgU&fj$
zDl2t=d|&u@I!ZgsOnNt*1sv>G#4|^P-I<7U!J;WG`m;HOd@s9qFsZAH47c=^^gib`
zCzSkS*n;GB&Qiqx``5#E+OLKNuG!UgJCxoolD4VAWoQ59J?vP}6WMX4gzo`j@bh<=
zt^iM22(K37k-v;hY{RCJ|L|;>Kk_`{Z~JThgl!OpHk=aKMRdcUk>|hP+Q5$R{I?B1
zKwkg*;g4~?cZVw77Ni&8fB01YKKy^N4*w4(=j--4=PP%g@CargMxv{wubF@9;*Ea+
DPseXj

literal 0
HcmV?d00001

diff --git a/python/demo/documented/elastodynamics/elastodynamics-transient_deformation.gif b/python/demo/documented/elastodynamics/elastodynamics-transient_deformation.gif
new file mode 100644
index 0000000000000000000000000000000000000000..7905ffdc5c5e0de6158ace79fae8dedebd942429
GIT binary patch
literal 833048
zcmdqocTkg!!uR<kv=o{MNG}RX7Zs7J6zSzgq<0W0p@>S6YUsU43kjk3gc3T07AXRu
zNbgNVlq%AsC@%Lo@1AFO_B{K(GyClB%ya#j%w#5$awVVd?^4rHm6EnC07e0SHUlmX
zYHDhBcJ`}`S0UFRe0+Su!ov6N-IJ4(qq|P03b9lnH&LUpQDd-IXLeF&b5-Z|Q0Mbf
z6ZKaY^i{nZbVX0|s_~Pnrcc<+447<;uQ{0W+gXUaI^K12y6x?H>y@MIYj=s4a9#_e
z$B!RtX=y2FDi|0TSXx>>(bm@R_kQ;5nVXxNr>AE?K!CQJHozWG&%<*J1a4AO|G9g&
z4*>Y1t^LQ@dCuOv1P%u_1GyWx@8#bEl7JE$5~4MMaxGr>8vGtKy?GeyqY@UN8yuh!
z6{H{bR<Zr1G1~a;xUTDv+4BJ_uTcZP(I=|J7uub!Mjsr_`=06dINOkH>`txGv+`}r
zH*1$fo0bG~=cG#)B!)h5&VObdTV?<A2e7vX__D^j{e}H-o$KpYK<Dy}p&{YE6`r&8
z>s?)dgejHiN%gP^t(0lSfdP}YHWgLLU}d?mM`}?IwPR$T#!6bmOPR!pxh33t7BB9c
zAo4olR#1YVUxK1?go0`mcUl}bCYnDq;d*R5&$~G8{7CM+D4wElK5U3UCBir|#4<JR
zB|6;;li{5H&Zj8HFE=ZoEI%|fG&VLCg+gUDHxv{U;BdISRzhh<8-YNmtE;Q3ttcx<
z`je9Kr?m8pK#2Vln?r1A_|s7OzGGvff-pK<-S?rpyL)hOuzPZRU~Xn=YHEIder$QM
zduHIz#Kh>QrIBwVy~n*XYpb6xkL|7P?d`97yWft!9UL6|`Sa)Z&x7NgogY7j|9;>6
zw>WrD$^Y>@c>ln3RScdgE9$A-6%!`|UfwA3_Z@$KOaR~uz-tJHIzIP(DEO+7MISz|
zE0X?(CPuwFzbBUE9(<v%x}Z0aM>&Q=qo%MwMc^scqQ9nS04e^Agwd!i9?Fz@y}8hT
z?^z*0J`~ESStp=sLB*g60uW2bOY{o%yS<e1u*KBIpOQ)SxalgMDoMFqX!&fdldm0{
zVm^Q`m=8dnRJaKMFf<F$&^I;gm<QX@RI0qRc?>KD7<@~XP(VgsF&C7Vd=mRT>Pq<Q
zqajQ~?bnaAFM&?)1{e_)%{)M<G+1z<MQz49_P)$?**Kz_p_^$XRm@TcSk90Uy#Xz*
z7pkD2QBo1J1d`T4fHo12k(pY@>9l?sz(xh##bdMVbKjp9`H^3t+TxP@!Cf76t!$9`
zU{V9cT0X@}V5Q-&w&NUca^|RXA(2uZ?f@W5?mz&cB6%fb`$~78Ww{O&mw!I*O>;3(
z8-XM^pS{ycw7^3Ojc7Jni2+-7yZY-cjGIOyLbm`!rP#d<W_I|4^`_5nm5QC#-pP$d
z<amHK?sf`h$e&n0tsA{Q5`vqN(u+t1)U$<=DI%j4EkK4hlbwpCuexQd<@bk(wiamu
zyi$9MGw*Xfw&Dk`-JMo2W$0D{mQU_aX9r%#uII;9PACCx*xV%oOL753aEsGj1wbka
zpuopNsSr|_n$0i`sb!P^f%r0#HX#>e84A<jXw-FjF;OrN0E7mI0YEo$=h$$SlJM>7
zzMHu1nnB5}?b;Dl;hnk(BbS}}83)`>!-DtLPUA|1@NUyuI{U7O5R0BdHF$C?1PCnj
zdm@NS0A!10l=A@I+(7By?%>JuM*y~OhDE0{qV{oZ<X>a~#Py(JEuie?t4=T&b)5()
zUiqq5WzQ_WAV{&I)(_QE{B@=O22zfpht8^eM2L*1oW76Z9Y(1CW<je>_sl5eW~u_M
z!2sYw#r^=I{58MRn(Vg-!#J6|sJ^SRqp5@<fg_jgvDO2(`-<A2tVO{SL1%iHA*Vq!
z1dLg^GfSoNK#yPJT}91>nm4TbtGW}c@K{l(oc^0aGOtbNl<^b|*Aj(>o40oci$@Yr
zn3e|sD;4a;yr$$8LHDw$wLefRpfez7q}||yfSNe6W54o*a5XEI!Rq`bO8!b<)^}qj
zx8O5F*#UfiLOf%F^4L?0Qn#E1Pt`uYa6VA8q{^uUl+_>uf~a^c0)73?D>-3>tbDQY
z#T#RJkpzE%M=s6C4|3o6COgj6g$u3qL@B^lHcOEiC;fDH4#@x;yFNursPBRl0tf<S
z4QPLb7O<~GM>*ZwG|yW2!gu58sro*?<xBiqW)bks>!p=l<ytPVYF4lyuhK7h{Jkde
z_tp-)x4*Fh94|^{Vl(XC&|@KwDRf+HG;{&?`4addWd~Oj?XMy32=ciaYF$rsf0J&?
zu|l2!e#Tc=E7ZYC)U5Z2SD-W$5S1L}!LC>ZtxIwq#XV-aUK>B4w5lQ=afQLYoHt`i
zy>wO~-rZyH^ZqvzNij74<NXv`i1<x<whJtSEorjSBSJk?U>m^KgoLc-H_>|Ai-y1C
zQRUg-J<?`KAdH6J^ksS&R!(7(&-Z1Oqkq8aY#&LaE*6i}7_?(M$mr89zKiT1bdX6A
zp5D@s@VPtWD2YYOyuYbi=R73w^5EujxrS7WbK%ReZp>Z9ThcUz!x?o4{NF7cy;nCF
z{A#+h_b(2q9~#$uOg+4p<EZ#m%o~{UHoH3)@S7y{wg48=IW7p+aWV$r0Td>wKpH0m
z8OI)iN&x`6l7UcPRv1g}1kwg5ICHGfQ%U#P(u!v(bAD5JDzosZ_zf|Xb32JDd!3ig
zAH2zRm`kO=!bBge4(A~U0v<^n(dlt^b5q`lQquFHf4CRSTLTTNr2Ir>BOh`VvqvuY
z_*3~)lMsefV%W_lFB-VIGSfOXoM80{YJvx`4&uYbJU&&~fR$OgJtFQsHpth{b5dbK
zJc;){Ea0KpAlK9!OUX{9%ZOLjvSb@ajUCcT4ms=kY>wyb^3pvP-F)(nU{EY`RQ9Cp
zLdY;sJgUMW4QKs3_-glASPl9<)Y($_>KvN9iR4vjh!?gxB29~(Fi{6{y4upknv@D0
z=d%U^)E=<~?<PzXzGxERmS~wpdLP$5=qc0nnR_}8O)FJ1gzKY(qNdM)*rydjZq;z`
zyf+iLnQ6;pz|Uv}n^xg2TFJ(&Z7jOr)$G3`Y?CKU*~!*Gh$DzSyF(i7_45HS<hs7O
zJ)l2Cm}vD<uXa?-TpDedZc{cC)sL51R*+z7sBVM5t;QNItRGXgriCPp63FXm8zE35
zvRAky3M%EM=C@yzJcR>nsc*xp<A$6f<)Oh3<P^GZaJ_UGV1J78n=0P4d~x9%&h~k-
z#)v+6PZ{$))_Qi|2X}D<H}RP_7gPxD>*TL|i7a1eHOp)M7`|%*arvUM0UC&36hPkC
zdw$z|u296VELs{iey`*wZ2|wzUyGS$Yy-yhrIoi`A+}%Vj(;{ZQQ+MB&88l)&-6jK
zBwp>rgtw~BR9&qUFJP}IrVvR7a!iTYw=H~mAO#p-jaTNDI@f3VnA(#|Szj7>X2qK6
z*N!c|XJD!`d4ZPw2%yEe`@<;AsgM;RR(mfqx9zQOu;F9HM5<#0T}5A{w$PW>MSbE~
z|Dl^X?ocV%pd!5a#K-(Y3GGkrZ`!-BItaZF0Uih{3m1hh_I?k;eT$2YKx2O`sTqSM
zA9S4C6ACBP05_*|?fbadAIYZ05Vd=pk8$JKuVhP$ito6Xv%ANnw9tQ5^+EWahk0LR
zo#sgtewF!a#p?TH^ONj-ykQWZNXtU?e7tXMj=aa<@%!%A;xC3x2R)8uTIb!3gs|4J
z%fIyN>D4<<+{S6_fj$ew-~>Omgn>1`dq3Cotq!M}v#+anaIDkQJ0tsbO;hIrYO{>0
zbw=aH-CC~IFQvb5`K`B1ux9$M@fG{wxx7)04Cfv=fzX$tb#&{7)hM$=z_fXSYkY+K
z{xZb@JG|XF%%9LBW_54jGt7PL^UUrWwLqhTR!_6@+0Saa`xCwwZcYMP(s+Z1p}X<j
z`y#T()$b^($@vt5Ny!;>j*qJ6Tw<0Qkj$k6jt?<kFMb*Qe1rRA7#O(juEOlEp=S|>
zw1`lnH1~KlLJ<`EAc#Ug$oiIZ62Ix@bkJ_3ejxo@IP$eji4~0+eDBEZ;7fp%gX339
z7uH*dw?EyxybvyUN=RRzUk}1O$;*bvb@f*8tyQnYUQ3p~AT}q{ZlBj)JWmg)%#I(x
z6~f;xNqUwQ!@V4RYQr6|(}uP^o*fkavkyYGRA13gAxwS-e)<~vXyz5u%oDCj%jEhX
z#*rY^zTlo|Q{jk!8|oo1Z&?dC`N=qdeHwhsW_;}V?JZ3Z7k5l7B&1$QI#JMMgr0au
zI9-07O3<fCMQ3D0qnn~JGtt>6(YY)!`BE{3CNaftVoEb&uuU=LGclDXF?g2P8mZVi
zlh}qgu}vAVgr?Zmnb`J|SRzYYr&L_GN!*7waeWzaq^7vRnYiJTxDl54F{$_ollZAO
z@iQ6mb4~FJGx19&@hdC|t5OMTCJF0r624_5Y&Ioq&m`=gB<!&y?n@;enj{{-Nj%9&
zJZnn)HIsO8k_cc;0!b&4n<i2ECV^2&(B>rS*(BQ2Bzo3&4ASoyP2Vy5zGFeXV{3lL
zG5e0|^c@dt@^$HCKGWozzR3cpWTEC{k=bN&L0Hk=1voAV9JK=E&INL>0F{%#aeLrg
z1!$EGOw9LcEDt%GN2)q1RkJx&1_h4aOHq_g6$OHr_0kM|fvibstoT%m*)*NgR0Y9Q
zeL)5z({u;ZG*%m+NpqUzY`Vs2nx0_#Gv6x)zUkh+$ZJVRvyJos2+~#>N%tP?Bb^cE
zo90`FH0?*aZy=vQGRW^h!dX$?z8P>|U|MvVOMiOIMw%=nJ$^Php9ht%k#S8A=xB<L
zjJ|w)RO~ED&lh&n6j~siS>lXx@XcsIA>q#GC{#vye_EU%l1&3zXNobF&S;3nG)HH;
zoMvJ+QeSGkE3?7$lx0phXQcXOFkKKa{u>zWSycKS5_$@qHqBnw$Sj-9T8d76FPK#4
zk-f*7lj4jzEK5h0A-7JmMg+5eM#1_8a{z2PQ>N)n(OHqGoU>W*r&FlWe!>N7E<H4d
z44y`znMZKWiY&_pV}WtAx$9BDD{T4KWirWPGTG2MIvZfUjl6{>;El6<ahV))Kh#eY
zk{z3B-JB~T6wgUt@bIjFToZNIFa5z;dL<-PHYUysQm8GIKPR21D3hr|%2p%gc4vV8
z%odsvioQq}8EmG?5Mot{MfPUJ`~7H^+ze?=Xn9g$c@)@zt>l$ou@xzArN7u+C?-U@
zBw()OhiQp7v{)S)a}m2z65&_sxmhI0R_p{uMV*x<L30pnrBIpDZdJ@XbQxNx3^A7n
z=z(UkVe`*QvdoHn&9v*1iV6tWa?PxiO`tCkoUNfooWM5t;R?-4T;N3s-N2?Z9FbIJ
zfht~V#+96jYO$4*2;~#b1x19M);UoRQu%~gMKYwwNV+VQklQIJ8lMCbgXc`iRIZt2
z%nMdB=T=yoLKo*mnv$UDx!}hm1z*gnj%CmU0(e>pR%io>MSyv7fj?#N<St02y-XH8
zAX5@(DFjwCQWcW~YB$3(YE`r3qI}EnOhn+i60DTI>aloriD@+-dpRqv8hWn4B@5Xn
zT>!tD)rh;`(xYpb@W76>Y98U5J1w<IGPME&_|mg#(Sh2>^Cc2E@K9ZivVW$^eBBMr
zS|)MGepu}lttwsrdZ1=45@Bn=USo1zKcP`uM0}&URd3_p;G<Dniiozv)jIjtOJqWG
zOd8zJ8~C+q%WY!ZTpAg*YHLPf3^GARIBdW<PQt$&+f?%h3gR(qiioY*F^i?uf{M5_
zB(P&8{G*$j8j-Q30xm%Gc`PQjG7DEE0h1p#X)rP;JkqS4Rc|amuM>bJNDY7)2I{I^
zFqJL|!7YURXmm$r^*v2OmsUl~Kte$*l7$U5=$zXVTS4?|-3PY}_~wOQnC48z=KX=R
zHEGte5EI?ZbD7LgO~S1MzG?H#ZDGP#31JYKMm<0nFJYFpF@QNX?>N?Kk6<l&H`fl8
zZcf32dHwU6qdV?v<_x*y9SRpFY1T@zzw^(`I(5lwcFz4A+ol>@!x8)LlmGj#v00Sb
z#QUTUZOvL9K=LPl)K_>1g;@u00ET*j@W?+|N|?xv$UGV7Jk!eiIa??Js}qril>(rm
zv1l2KR_47L{<xZ`m5g)VIx>;UqcURCdA`H|ST}$^hP{J%uxmrOMF3Z2I!F(Ys}qsy
zF>uYcll{Or`u>c)>x*xbYxxzofy^zfOo4Oa>t9!b%^Pc_yDt1)83M~&9m??R_=eyG
z28;{(xoK@3y6^Ur76S+<4$+hp(4T?nN4NH47W%V)_2+Vs^5sZ{7Np_;QYnUnZ6%d2
zkSc$X@Eij*aszc10}TNKO_%{f>p<(mK>M!&BFA8-++erG;D><0KFlDgb#QQDaQN5Y
z2*=Qv+|Y!@&{V+C3}$Gqb!cH>XzAC`3diuO-0<39d@_RD-E%P016HiSR_vkPR}OO;
zp{#ifN!sh{8H8DjQ?}|sL~`Xx3zX*zlvZnl7Wj|uco?X2uwaFv6+sx<rWh9)9n&5i
zbsZgv8~s>5Iy^XfMShgWa+Ei4^hVYwf7|FSnu{x6MWkSs16(`wyLQm;aUY9CAbbb_
zr8pnik1^U{2p`XbYB^Zyh@{Rc1^v){>L&n=1JZ5?cl92`V1!IkkL;cv*?k)_Ng^a`
z1yboTQTviCI|(9y2T25y>TSsJNw7S?WZuYBrGj3|3N(8Jl0}3(wVX7rm~0+_+~pyY
z0Fb5OA@*$~Jc3+y1S*yb(H<eop@->&(3i4LzaE0z6DPalF^h~RD;XIp4uHufk;xIs
zAVe}eAoJS$=|CN_2P=BmIPzT1Ir1a`KYoJg4oqqV@@<qPpG4MLL5ALI<oYyOYynf>
z1F750eZee{+7<>E7lwZ?jBqZFiODZcST0TlF3w~v&b2KrEG{nnUR>c^T9sc~vs_va
zT>6%^wAr?_y|}ddI~E88{O^YJFEEO{grol_s><+BRW*6SV)-|zvOG7xwACAS7JRPH
z#N8b4I6b?x)ti^L>gg`!_v-q;vsF!hpMPtsdz6&_Q&@e7@cBR5s%}VtYFNO3t*Ty<
z>LslHf3K=Wks%f-aoSOcOIY>9WIRVEUBc>{!W_Snynn%JP8$K;Q2Re@we4?PZE9-z
zx3F43Y`e78OIU3fBDIVTH;oMahpo=f{%5v2xBlgCTix2c#MN*6TL*`K!|KnIqyJ8@
zdI_dp{{>)L@Gmg^a0#Zm{{qv&G$meKF}3NJ{{U0sKfx3(WZS907km>yp3!{?rdJ6f
zH1wtYVbP!$6fyUkjCz6@C^A4cc`gikjQkB&A#tnB%MARqE0!)wujfAIDnDwaSP2(1
z0EleGkn^O8k*9c0+F@hsV#fgun{3+R#)z60G)MsFa&??p+szWryGQZavcroal9mJa
zZEHs5`<Ox2$rf31#s%yHq3rxkXzjBtc#+Eq5tnShUdk_?2C!@Zm@v!;wXJLeD5IE#
z#qcX!Z-FfM0spBhPCPGLuhjKfR@Q&ze9<gWZ1S2B+Kq-VK?PQ${!-CbGNmG=&xD((
zfbzq?a!zPM0SoEZU({|G(F;o~HCQF`Q3~??RXBTnB)BCtNz(zgJ7w@rP05K<k;x2X
z;6lwnj<`u_2uVdMM+mNK7ru1nczL_kE6rJVs^R%dDpjeZH%Ok`0Si;wH6>u>A_Gg7
zH%MkZH>`546Tt6u$)sha9>!vs)BuI&0sx+9vD@S}A^CB|493vID+VCY&0Ga*C|QOL
zM3`SBB1Yk&xs?Y20J~lvDJ>d{#Fd2~Z*El)DTTN3-OMikcVKE~t_7uJBnm4vw%RBF
z^31|WrMGD7EMcHG4;X~NJR`g6%UnFfCW!Oh=PFxs!c{j#sd-*BPP2N<iwUM8^n}O?
z5i#%RX6K#*w~O=vJ?TyOiT6Ct+BqK>BMb4KG{Oe4h4iKtNr5+Bh$Qig2E=)IpIUAf
zCXiJG^gsRsO$`|);OS=+1Y;x)6-4NNKN<e~V__axuE<y?rUkS2RMc4JFcZQ)H>t@s
z<dk3q36_31QXGYNYUrDV{CYA^Xq9J}!GpvlFBC<Z=s(R0s0Z@RFU@i`PJ`ffL`6z<
zyG{V8DR=(W&>aW85mszGDKIiI^;97<r%*~Mg$ECNk@^gNI!6&rBlA^#ApXR$g@gE9
z@x8{FrdTNpPd1Qo-bZhw0x)8qnH6gwmuCFd;C$ycOo96aahj?nol-Q%ar=_&L75ao
z-g593`%+$`(yXcsmmC<Q-#%~i?#0pdX23(mMn;cwn{}6O?Ppu#D(AY&9hF{H!W04u
zP3vnnLdi?)S+PB?6A?+c(IE!!5Nma6N&2q%LW))1I1rNn01zdt2CL5X5%0S{%Q+(4
zte|MaCy?}+b;a>$7Ur32{65sa!s$Xc^ooYQM_sY6ZUiXLR*CW|2N&(f$jA5cDXmY^
z%s6-`(0%!QQTK!zhe{;zSNgKg7`xxIhB1wehX)=z5EJpBXK)b!g}j{#v;C8+=B<X5
zkj~6IQ|nGMvNt%UXOx8Uzff%6NPuui*81@RBFEk_Rah{qhmL67TbiYSuIh&n-`R^s
zzRXjl_kE~xH#u=?Hk?mOL8Fk@Ui8@RFPaAsgf4VAscEoC%;(>NY5Z7gw#4gOA1xg6
z^2@HmSG&<;j8`RJ)C{3L?`0~U-PGw8y!tBSsls}khKzO1@N2u0EV1BQT5B7+BO|Z*
ze_m*7JlyhSezhNRO?>vN207_tRlw_OU<v`*ETxeUZwdfR5Am3F1VJf91k$|$kn_+7
zL*5+H@X!cysFJ82b^~c&CWUH#)uT!u3#Ro!Y;ZcjBhhobbPtBQxID3u*`U>uVDP1q
z@`3>;pGx1V!}X~ym6RF;{)-~Sph$?Emzo!B;uUf=`%+2Od7)1-IvLV)$#071K{QN4
z*(UVD8{nTRjGI8r<qDK{UGrcTeJ(6S0OcLbCu$n6QUe~gClq=U`K*fqYO*rHNg<wv
z9xKZBI%s|A!A~__ecM`&BvaW-zm*;e)%}U5%DG^qSK<@`kOvzS-K{UHO1r@FQY#wb
z9PWeFzHJ(J2^sOH9+f*k7dFQwg^M`xR=%#^vi!jo(RO@P70e`J0G1t%c?c+Ak4Jbv
z5*mA;AW6GYv8{Q>JQ7KosFkGIanf)x%cV>!Rh7qbr=CSltEQDbr3f*sikYu?HHov?
zaWl<COx-Wft8lyTZt+EPT6Dp%%AYCJ8Ypb3^u#!ysmIB#Q5Fc1nrh)w5qx6^H{C}g
zYqRPFb*HzU%3~z!Ri3-KY`HAYjHP3hS6<L#lFSz=Gs?-t@Me+b6is)VD(NCTtbemD
zLS>8a5knrT_y1PXl`bC2>Zl%n(?NHmVhO`)r)hJuYdOsI-}yH$;+(0?%b2fs7}mQP
z)z2B?BfQExMDc86h?VQyKl>a^#IB*)Z98Oq^;!`7wzoCEfGuW8Nz5De=k!(#&%9}G
zt&4C;T0R|JPi-sKaYKKRU4BHL|3T+|cV>y1A?NsPug~$0X}Griqk;R)!5@Uf_+7s#
zCprVep956xYyx`Bnn^D_5QS=Ukq$p?TP>%y9qwl>-AQQ}bnyPJ7cKPcY|eNx{LSm8
zBb+to_Y9mKqBF4{ZX|CU{L%gQy-EuCZ~T8Ir#oo9BW|ND!E$F^9wT?T(QeLHLw$=g
zKZIs@$;=(+OAjq(e=pmCk<Tr$^!}QJCl=-Ing|CIl^%MuUVPD+w)pBbV!Lw0x+i+m
zM#})GZzMwgFve8`IWcR|UhZ3>^E4dyb54H9n}@5?;goP(|H<m8=V$Ev4UWr5ZRL|4
z3VUIGqj62cUCf%l^;J3@ge0ye;{8AdXfJ%;mF#vL)iS8>T)@(nbs;fQt8?ha9$2RS
z*ICbzuw%(N^7Etg`yP|%2rRoX%p{|+a;xH1)!W}+Vs*>y<jua+%BIhz4*SmA`t2QF
zv<^CQ5%ikd916*77iyn-E$6gPmih-w8K`-@)X=3&+49=@=^c>7D8F6(5z}H4)HNh%
z>2dp@^=nqc@q#klOMULPG7V#y57l$af4nV-JGwZt=NEL--Oql%4_o(}_Ih+3sm5BJ
zyj)2>^%oE-mtL64|1#Rr@7G5o^SWtDdA;c2okyu?dRK>MOuat1pFY!(j(8-w|CHlm
z$s5ADg@sxWpIwk`uTxBq3Fl4V?k$gZ_w7d3y{R1EW)}x2_68_F_qk{EtTxRL+iM-<
z7#Mub-oV)FMfe-qs8`{VK@2QBHn*O~M+CEd3j$J^-h8gl-Q>$_;`XZ7%JIY7@=3Rk
zk=D#5eo6?#+cSn#eeR)+2=K8ZBHcdjTCl7Dk9<@RTajg4PtbQY{ZB={U(%dyi|roV
z_wl59248=xasQ?Eee=J1Ldc!M|Dp=5>Lu3@553_SdO<@OAzd2!%tX7{Lu+>|D*4S7
z@croYH~*c%bdLpA1c1aRfgkN%kntt~dBs60N#J+@B+mm{jerSVQt2KUt9a^T(^OU8
zRGvMu=oPT+Y|5iqhU*?ced#oP-&7;tG-U|rL4RuTO6p&N49p%tX8Lq}jdVNd^lJ#<
zH9XKYI?WxGW<Hzx@HCBu7xauZ-N!WDQ6tSKI{j%g@WpAmS#xSCG3B)el4cbAbQT$h
zLOO0BpGPB|%F<mS8Nt43q5Y{5(HRs^An~Ut-&y1(UKj|bzim!;^F?K_A}uvwWABpl
z0qFQ<q?2G~PIE@SGg{vih4oG2#iym(K<fa}Y^KmWL3D!#x}OzQADwA0h)zYJ+e}mM
zH>c_}KVWi(HeR4G_0E}zry04B?1X+yvUK{ma~jGtqYjY;YlbeIX7@>F?x8Yc1+#zn
zBELpwzx0Jx60?D<uo~x_gXXL+(z!q^rZ+lA#Thlu3W`z4D8WN7d=neQbLvcUDPwYb
z1#`*Z=t7Nbwf<Zz3N`JV*qoF{9+S^X%B$7LPCCs#jZQsp&faN)iD2`kNcj)^ay~}q
z?Mb88Sqqe%QGBG7tE6}qM1c^Y0CJXnYzoxeEQ}Q_WYbFxJq4%gK^ZhLV|_qDbS4#B
z(L>E#5UEi2tl)uWs-aA(3$_@J1-d{>*hYXia>4P4B1>ttp>M!N!5ll8;y`FI0-ksA
ziM3QXCjX^S$tyH423iugS!xI^F^;*+_R!a!azrPjCcM~sE`Rv6B*LsT6pGECE%hJ)
zUD2fp@KiPgkY_J9PNA&Yqp+a~6iLVvf)?e)<X_Xo4xHjNV}P$nKo%mf*sr`83i3_@
zC-Ojl`Ic2XkuPuH*vzsqniZ30CDUw0y_)5H&=Stv(nK^WU$4wBCMJppJL89wgXcOx
zv*!tw2W2>B1hDh0qUWqMcCNJYEH^<f1E&DXfX2iVvmUTjJrXJ&pDUZe7VOKUvnYT9
zovRpKsy?ulCBd<*9#t`$KyL-|_*|3(HabBZ8{}Lwt66mmS3#$BQ2~z47s|x&*;JLl
zvDad&*@R0-=#(#Pu&<<7*{sDmB;49Yz5sjCZU5rUO&k+XHQ8L<0;-T{plaEyo(B&a
zjDeWRU?RPtPMXC#n;D0!#hh~`RJc6l`I_&nwJur}PlZc3%<FqKOXy-sZoqWsHcE8R
z1!CyBEohZ9tUL%;sE2E4h%SFA+!%|_z9NMGU=O3sEQnxh-e$|eoK-HdHif~P1UBnj
z2eP_JKz5$SXxYX$NmQ}oki4Xl_O(3BIbjJ^p_SR}SBA%&H|Lb$_;PWFW=#hg)iIkD
zQNoq#%~XTvB6B|lP8<C5mgYhB27lqIy-g&Oc$4}CtmRpB%bYooF$wbkR`N2l>P1Z2
zYqJtw^ZYqGoTz`ZUkmP|f6G*Cn{7->TysmHM#o>W)%38&G6MFrzX>RdA55-{5YFac
z>!|gwt2xh8Jtu%$i4j|MWTaAMp+XgnMqaJ51b>k@JjiOUwRNsQB$KEG$3Hb~qh@bO
z7VZ$?$W3&9Z>&)gO$7HQ!*EHESOxNcIpQ3gXph6oQDYSsIwQ7P_Dq3u=L7>RkO>bO
zR)S#_{s!~wxj?>F%x&4WodF`9YYtkgd-sgMK>dN;EX}AH$b#r*+5=7|!|H6H`mG?Y
zy)11u6s)D0uC<0Zm*xAb(Vn{P0uL+n3IM{(KP=k8un0&jPw#iF4{b8tnp=Ig^SzMs
zUI$2jn^~VrfI?Jxp9}^mK;0?mN3@3ZkK%~=+Wn%Wx^xS)83u#i?k0rw>1&e@#O6A(
z_tVQ|w``aBOSf&i^yiB-ybb6K!{nh`!JXtiF@t?++hw-YC_;3@a9O6=uQF_TC#?l~
zH?}PUMnYRa`X~CO2TM5Nr0a2c1<{%MrfqHT^r8OYLDRaD)?V{p_)3exC)j=_1Z4N|
z@NjwFiSW>Ep`l9Gp$_d{i-3Nx<;bGkppt*-hqz&pU!<C{{vtiwH4E~_fSk!eBoF5p
zmHZe|J7>Wn$4~I$qmS!H>+Ko?>5)$AhFSBz;*~c5`QGutksEG9GCE_jS!3Ye;|jkA
zD0K!uYmE6}KDHC^vvC#ZR%o*Nu*|PfMbU}9?Qx~7NmI))TKNgewqZ^APBHdU+0Cwe
zY=0#_x~>(>(KascHhC&C_M&3aWG9bjXL#~#To^;jMEB&D^;fdS3|b6d=bX0Enciug
z6o{YsDA;$P-KzktHdz=rSs0tf_SbDj>&K7Zs+c~S9e=$u6{Rz+$~mPEoedG{-k<Hc
zSMecoHYW6UzYOP`a@$On<z(T`tj*BS*TE5T%a6p00s4x5i@BIJ?H;4S`P{&fy7;kO
zxw*#p`J@X>VUz1TBx?>4*M=4$Hf6x7J)rvK;6{u2HJS-yo#~G>iw#2=6P($JG))#2
z3!0gA-!U!WgNq$buwou)SjE!C(9ECT8SDx<8#K!n+M}uGgBuHT>f3QH@{@07XNNdf
zZp(i{Z%ysBHs(~!QD=_-H1C@{S>ZxVf7SVPb9jhsX{K;!5~*FK^BcEP*1ym+im_ZW
z&01nk`1FH%dT{Y`{rt?<c_EKjLT2EqYW94-+h^;F-aNA@7umIMeS?WM<c0xjM%ind
zmMh;E2OQj%Bd8PIse6A1e)+@s>EZBa&7B!Kk<TY4Yd710s@b1McINp9S7<I0UuZ+(
z#V0T9m%bM0%&IPCpk0Af{ey9cg`l7>A8FPQ9JPw&{d_A)wpIi8v%kIE9f7&8U$g9c
zXZ0?M1NzK;!|CC4EzQTg?Jw$sA2^(0RV)2zTweiJGhu@Zc#A%)SaQ}NSXCUv!LzBZ
zyVX$Ee|;}y$qicR{-xG!@uuY#Tx0+f&0WE@`MiBn?f19v?d^~5^bxu}ZB}S0-3h<n
z^Y1JBqmp*$?rel{F0cQdLM3c6jeytPuk>2>#9OXx4`-pZyMDA^`DR64H9Sr!vR0No
zdmeN}MR)b)5C%R7B)8t<%v=7X^WA~9R=pKO^L;Nn<?B<69u6K*)Meob`EmWxKA-i)
z{>``h0y+Ca9s457`(l6g#kmjeK01)FK9GESAeD0<({UiTeDLtkfdcoT(xb!2)`zNZ
z57l!HH9HQqmk)LS9O`i&=|4I$us$++dt{PxWY%$Hv3z9p=g5Zp*zVD>z4fuf+heDk
zV|d50>+-StpJR_d?^1Hvo=Y5Ih_F%{Hs8df76heRu4Xzt<Pq$sZI9yF2rP32r2F{D
z&E~|79_H_PWMOmSPK0d+9~G`pv>}!azf)L$KeeJev%Gy~@z<I8i!-ytGt;UwlaFV{
z-_MNb&a?iU)^VTJKRRo?edYCS`bLja#oOmlTi9&`w3O#W<`Lv30&q*2o>)a6c=1kB
z-Wry!CwYI30<%m{f#;UD7Q^0w<tk7-^dOT|Ad|Eqd*DHKSweCEFsLDYBZ4d^7a}wQ
z3Vn3YXhU9;3oF1=<^rGv;!prE7Aa<hf9ShEu@OPTCh5BHZA}AN!g>$h*VJ9sBWlSh
zA4JZozowqduao^4rT;}UUDUEYjP>cdHu}CBNvZQQQ=E==00LcKv+`b7!pYz<nrxCU
zQzz?TIGf?70oJf$th+~9Es+c2*VlPJ#jb}<iqc9Y(`d)6!ELc!r6x@{nEaN=XnES_
zluC;izb_~_O!jPW4?Q`Ss>_%sEW<b-MR1tbESsy_@jzrv4;+TG<lkZ_In558#)@=u
zRI|*E;8PWr9TA-7$F6hrZp$CC%zwHswFUm6<gz&NSnY}DR?D_HeYHN6^(d0d^2~E{
zvckGI+w$Cdcd_j)6}Q!|H~U|Pa@2CHe)}EoEOtb4TVDj69qlal=2-s;y7>M350$tA
zkctnlKt}giT#@3MJzkNDJ4{>&a;p%p1iRfWu1xb_4X;f1i2TmuD{8IcJpb>c8Kb`k
z@BbssJhNbS`n%5X+L?>mTl2x~#oZkrxH*e?y5973l=X7I>+LS>`=2$Mf4_hKw~dCP
znc_cNzW@IiXu7*~{|h(o+7ZEqQGW-TXDJEx>F-`<roYb0xU4h2MgLJ}vfBul=KBAv
z&ityW`RC@nu(SPNX{L2_xNeyAuQWsYzowa$<$uoJ|Cwf1|CweEHV+OD4^Mwy)|rc=
zgTvk3{~ojV%QWNjUyx=#|DV!~{(q#Ip8qV(xGTNONALv;0?2c_NeT$Y7P0@>vb((m
zs9bK@t+w;YJt<-;kQ`M_J=Z8=$ljdW=?*m4evNDd^v#4riBp!zfWo<O#8{=7wof=$
z7D>XUocuL~zyMD0GR;Wc34edce3J$ATwto+oCmP}-0RbYb{oObGBf`VSJVoTZ>`bi
z!uEEi%XuY{+}4L-297*E0Ni}C^xP&$2v`HO08!5$`ELCq&D?3-vl9M$#;)+~GR=5=
zyV4B?2$rvNdF;^`aM@MwTqg@>E;h<T@TIe)@d>0JS&2s4vSjexKwslktiS^lsIT3P
zVs|ZJ>W+z*+SUIYf0Nmn@2|We$80fy!sL*UPy8DkVV5JnPy7mH#WxfIu68473c<c>
z8TP}BXk;hwR+qVPeEKKU`+k!mg%#TnqS$LUX+3I+a_<3auO(I|R2VZMnHrdj?*~v7
zj)B6PJ?;VkDHZfNkv^hxr6~Zso|d8jPf{l|r$$@>io}N~*_DD*W2rAd;L9@?C|qW<
zq#+spt+MrhDa};W*SC5g0HQO=BcgX_jy6<E!_cb=Gw*o-5jXNe0HCdeiJeA*P+dRf
zYLV9M)=Z)}pmqN5@p{2VCkP78yMDP1k2<HXux1{y5~3LN(V*74Le20Y$4-u0opAY=
zyp#Ht!9XGX6N`~RUPqA;esNC=yjPyiEAvFM$?L=*h93hV!=SdkX@&36muW^dHuYc_
z%$vscSm|n;*0_aVz&*#ZLF1)9e<LqFdjUK^a*XQ!E&7`p&n=VZT4tp6rz=4olH+$C
zv#?%(g!kea6g_G!^~TJN8>4|#tl}C_GBACYb1#2MhT`iW`J}E;m&JEqK(_8<pTJK-
z5Mtj{c0a9!vUf{6pEO%Gc@a2Po-2;&{G-YMtO7xcJ|mb4xsqFB=+}(DLfQ__pKRB5
zh!9J@{b-N<p33g|Ywu~hJ14a}GdcTyp?o86WY%k^3pmbSS59N2QCFXO@v5g5u$D^l
zq1~6vM3yse>)oK^xqDhbs0{){O-`w(&k5jbh~1w6Nw%4QJ661-Wt-jk$k?M+)Inr>
z;0OdcBLDzZ5CS~b<GtFgM{(~Oad^#+;;nD40?`qGEV8>j=**>r{UCt@dhlI{NX@|l
zPTpPnux9~=Xw&k)Nh)HBj|y}7WDI`^V0K-NNdf4VPB|d{TFk!>`ZNyrdnqBt8OHQ6
zGaE3>+>?m!v>Q(`RWEf?5rL0}kSiv#Jb(J3;}o3m)AreqLY6c-6rGfyx~bKAI6xZ@
zGpc!oVx_x&d(cMxns5{hdZwCO&*+fEdWSEPzO3)l1}M4qj8kc9|F-vY20-Q^JFlb0
zfZ5!B`oBptGAh3EitD<m&f3a%p5FS{ts#-AQS7|bjlTc>=Ka`09kl1uo68Huh)&k4
zuiCpYtL3yZmNmNRb@#Hee7|b0p&0x+4@8zP)_NebzJvb9nwhQOZx7AwKBh2E<X8cT
zAV#7dr9>`})`LjKqc95AUdi|9D^>kW9DR7Gc-dpRIMx*+lgHlEdZ{~e?ja)O>JDke
zC%ZT=SL+WaJn5up!gML#Kh35E0p5azcp@~x3iKiL5mMy5v@fH0B<_Qiqp<YFXmVZ!
zAk-i?gt1sWTu34hqV3UnH5(r$i4UeRRu{fDg}w|VK$wGq^0oGra6*D2wH=Q#+n9%5
z*ejJhm?1)$_YBdgbotY}r&RS5aa8K?eKj}JhPqD7Sn8^6k?0Vawxi}#^nNg%)MDsA
zw(OKgbO?otCy9Or#dq(6@!=O(gYcv<oGLHW^b6J)MQ>CsW(#pr*<xxS8Z~wrR$Aw7
zvFxI!+m0uzo&a5yxz7O6x`+5{Swy?fM3V&4r<P=X!RMl}rs?a7wfDYkUvAFFM~@BY
zA8~d&8@8A!i%iy6rR^A$z~{@|>v1+Tms|F^h`M4gn7I?~<!2e=mZdamzc0d`Fn-JT
zG7|)*`ck_Gb2EJrjfLLem(NY%R)-%ZYI81=583FrA{bPv#JLGKja{DE^yx4T2f6=g
znO{ntEO)%`@p74DLy(cG@(bJz%V98i|B$hZF}#b6IrB+^_jJKBXW1LY^0EDFpW4j|
z=a|<*VCD{E`jWIC7jfqE6Tg(wz>im6FeH1JS8N{R9*POGPuZ*p;|*btRV!a1W7i}^
zP<pLS`!+Y=CSYw-QqnqJO}_j&DIud9CI8Z~S7c5;^|WoDGb~_ZU~Y<`vrIBu^sQIx
zXW4@(h}OxE>~p!b&yq8hZ^H3;be6>w<mtd`?w;g@)WLBwh^_>$a*ki(rpYlGt$Yuw
zq8|)xFg2P?ICH^yH3KJjMD9;|tXCPnba4cPPD0u#?&d_c7>NPqruuulUi%Df-8uCm
z(5DHg2%b3!y>2YvetvAP$YJNy;yGvQQ026^^;9Ae-9GPdP}asdUm7uw^}N}LJD|2F
zyNZOl(HvG>wC$~cr!%#GI($ok`CG;@XOdWtO1XdWn94-`oK5GylOZeY5Pq+<ZYJRe
zIt3n8`0zefIqII<y#(`0(8=UR_EE5lr9BlAvvljWehL$Qe@ovJbo-HH8uvUEdU|0@
zdb&A!vSsP`!eXMp=yh4_(z?N|EbQx>511qqc9+p!G+W2_`mV(-5R&Dl{fExpF)khj
zDzD`CFrRxX!;dv{>Q<0F5`ND$ckcY*_%@q;XVHavzEC)DnDw?#Vvmr^Cn(q2_ez;c
zuXwMX6!p<-5wE;$D@QdPeOJ7t$~5l;MmoPZD|UbI+FAMbS^nGevKsk7x2@KnB?sO_
z&PU=el`m+&D<%Rv{p#DM-Yy<(-82GyLjouWncFpyKiAWA&XLbZv)Q<ex@m`pjelAC
z6l&#6Vz1eJqjY(z=7PWVN>$Y<{ASS2<X0BR7gi;<R}n!eUrp}$cz>?fzl<a32CLlX
zZVty(c{e>>ysh1DnkyrGe)l{BsT=uGzEP5V19o~7=J1O8jX!nKtFY%m45dL^y+Q3i
zgUEfH`5R1ozxqy5deYtUDT;urMS2>fJ*#jCBs&S=`soP1ypD!B=z#!_xp7crn#tAD
zAj7FA%qRZo%x^~{JOtA1go^{@_(S+i;MzTJN2tQJN}gTRzqI}0<KN)E^C8e=gd$8m
zG|Jfj!tz9GC6qokBP!t}Dv2dJSt>f!<iBT{`NIM$p@+od!D@QsH}Jq4HXt?p1vsAm
z?;=x&fbscWP1GZ2A4z$5nxep(dYwKcNiU@uks{sCz~=$fo=w$eP1R#fV^0DqH-lB2
zp=zkq8>6YrHo$8uY1SL5x~RXaje<tHy>yzPMoO^)EWR|2u{za`HQkam{dIq;jW6(N
zbUG^$DUV8byu4&tk37aBt=i*(M;U#*9@5ttX%US~bVgdDke8sJK8s|}1wM>U_n$>(
z&ms+-Gt^NT<hBs2*^H8njARJP8j|iSjq;8LvUmVF_D~JJnQu2x?DXh7L>je3ay|n6
zt{?5WfyViwy-YD>{TY^~nHj#BP0pElD2PdP2D2%2Py<tSA&tauq%i?9J!jGVrWlem
z%IXxAg-Rbm0onFY{0gZPz8Q>V(1o(BPp9ZO2<kK%vxveBIAhkMk(R!h$mr~b+3anN
zw8yiV`(;VE+#GFFU{`d`Z|Ce4)?C}utW{J_a(@mNJdbQHn@v1FJ35yNo}a6cnq~v7
zw8=VSfnizmKz?}x(goMdvU{ELJO%S4=g{)d{1m~=8jbuLW`#G<C{^@jivjr&!AU&O
zNmjj|PB5;`0^Mi~J6rA`B%gh=;7@bbDr>QVOtB(7Pbmh-N6O~REp&w!@_SGjL5f5*
zWosl7nu&QQ{b@30MV6$Tx#pa;(;~cJ-i5hlafDg%W%#%?QVfO{a^j1fW%6B2Aw_s-
zonFauDa;IAWVMO*$L1`WV#3byLS(YbW{XVyO0hA(C^*nHrdVYTc>{{mh`D?{L6^e*
z4xj&eF1{R!HNh60qq0JUiY<i7^J0pOu~>gnxjhN1a7p%>xHuWybu92Yg6duwq-X`&
zfG8WB0kWX6!7}AcQ0ym2`K&Kc4w}8(TsF*BwXaz`Zibt>oWE<Prt6h8?4`%`#qz9_
z89|FB%#a0Ur2sSRmLHy8rm9S)ivGO(1YY%1CZF2|q(i_>YS0r_s_LCUdog+6(a11D
z`F&077f30{JP!)HDBM27^Oyl|(N`;&0h#Ej21&)0GS#(E-1QYu>>fDH1Dd{BjsFJv
zd0KYiTp3O()4}Dju+;}`X7vgc3*xZ%v})H+vu?nu*$~AXHo#YV^_&V7SN*F!*dXTw
z=<m%Kb&qoHxiWpNJi+slKeJ`8&Wnr&Y9fWQEphb-_S$vl2HEp^%d%SQ%qBKOLu_ut
zug$7fVss3kT#{5HE}Ux=Td;Q4_>54#V^&|NS&U(CiXhc9ixUpa3cdBJS?~l#^D1T+
zkk1M@F$t2knU3xQYx>u8`(bwc>izs{Ud`t{Jug6H)?;G``({AKku=Hq)+@NyXn2F%
ze69S2e>H1MLp`7}h6=(=DzGJ0_L<>5=9?|dn)BGp&0AW2z-zIZ!0$4IT`j_}P}>iG
z!Y~f_O1v$`tlAA)rr}o|EuNBUR%hx6Dc>k7VJl65)NlCZX!tkkz}}0-7V&F!Jc}WW
z#J*1{d(SCCU=Ju&C6sDFiHt4{pzXp27vfJ(Xb!x*GX{GH)A(Vogx4SYo>V5TT`Ye7
zzDTxeFY~=6Yxl$LR+WYKyo1f9xbF4lVr6WhlV)3tR$;Y2Il+wRCaYZxXr*4L(-v;O
zg6Rq%wPb2mcKer7op(KB>*NsWaQ)SGGVp%btWA@Y?dFG5T`8mpC?j~n2G~AaKsXv7
zER>T>`$9I0j-)GnWAPhW1TBl&L2T<7tm6RIyMFrNp-9_H>K43a8^=g-jzyu*Wx;l7
z!4i8#!<y6QbL3lVaIK9O8t*GlTVh>XLo7Oe33j}4?M~6?K5XgMT4?=fPRQUW{Hq*j
zYu=_`4!m6kzNeAp>QXnd59}roJN+xm0}2wIOYcG7n?mbDT)M#Xq>9#ob=T5V3qqO*
zLA|_Qs-?D4sKFK9i#N-!5y}tr#TAw}lz5O9%tgeAjr|+M&n{Sbq4peHO+#y4wMDzs
zU`rQ!UVOkX{dr^0;6T5B|ESjJG`!IJ*Jw_3{<mi2bsJDK8zevX0@@)c5(6Mia`fS~
z`&MNezsOWhVTj@7B_Fox-kXoGl=p|kjxx5jC&^8G^aFY?0KGBA5JL7yb79O1xN{#Y
z##5<1FqBYM&@DW`2ygx-gEtMVw9{x@Ehk=en{bk^>dTy>#T7J|W~yyYY&+NT>4`Ms
zp{NzG7yz^e$I!G?K98#`$sCuZ&cmG&KW9$9Z5_G4Jrd|L1-F>^x;>E6JoUqGblsw{
z50b@VQ=2^`QlAS=TLG)m<2|VR$g}YG+iEz`1#h;778g>Tx2HRshcf0#B;kTbfy0{A
z6H1sVsm&VT=By+;X#BFhC0(BRrU(5#3_-KsNoU7i1QxxOS+rR|uW%GZbF@E*!|I|&
z4qa;02B)^ECvL6G*R|DSw@D>h3vs!keOZviTreM?;`;nhk9mPq#WE~zyeoPJEBL`j
z1K&McVsutR2%P*l)K!}`x)wkC3_kmHpgFj_ol<KdJy*V20ah$NS0uWy6|+Jozv2_!
z_snwjk0>U-dGVI}2Z5l~A2IDoG)<+#pPX7pVU?3|a(&&FK(vk451qM*!II<tx%znY
zjiu$e-^+aMs~ehAx4EXi1faF#zPM>GRblXzt{--GW{XC&>XH@;ho&0>XXbX+M%`8;
zeiJ7wS9Qe}HQU$TV%lfrD_7Y2TjG|2w+b$9xOC}@5xU)=-HdD8wBv4K1J5hRBX`%I
zSgqW_mOp7<l@sauF0>?3`T4OM@K$b#YTFRCW&2-CUnE_4=ff8A_P|9$X+Fd27mMGl
zcQ%hS7M&8-$u4Hf<)>P8hK*>O$Yh7FVDj#0EmVrzDh81Q*|%zFxB6(elDW2C4ri6H
zHi%`e+xUKEZ0k}A++lwBIYzErUKbXl_KgS7&R4m;9<=){d-t8#qI>p?FR4A*bOZWu
z<79qXDgdJqi~OOrAS@cRTDkjV`0|?QJ@TC0uk$lPEjwlpzrUUzf#j4EX}`)pL?^3%
zyD_p#@jVrk^P_R-M>*|IKX&!3vNF=*;`_<(nKbi71a!Pg`bTCd%r<+vY$=uf;~Ljx
zn)$e)w!0`ow-H7&EX!3-)cTMVzu5izV+PB5p7=U<&Vg>ukMZ4-+e;(1G^=q7Jr(lx
z^mL8#?J=4k56P_${z^Px7CMfl-HBb?c`pBc>Q|2QFTCLVQFYWp+8$V40mMoC!H!sU
z$T?VZ--rp=HLq%ZUNJrhIh6Un$1L`<F#~q9`7qk!2iqfLp!I6n#~*dHC${FhI+d#)
zm6Z{<=Pfx_7k+KTeUEL}gKE9lzAbi)e02O(Y;QYZH8g%};`h%e4s5ksyGO@Pkk&$1
zQ`DWrP5a7ihueEqk52KA_E2wEfEQc?fTgd{femZlvjKHj70<Fy6)?5q7x|;}t;(6F
z%Ug(w_7F>a!P$9^X#6{2u4)@-`Uv<P-Io7fnHAQn@)~4I9ov}OU3as-18hHqD8MLS
zw5>@=D?}&_`)&x!lhwyDOrloZ8Bac|Cj2YS@H&@~4!@~ip@CecnPy<I778Lg7~uQ5
zSQjJjXs0JIQZfPs+p;mrc;x99!Dy~O)*Q+0isY}b>OmWB8C6=g?XT7gUlV<r&cP(O
z`m|yw?EZASp+BfZuUXBXt9#zSX`=0~P#O8YB&=~~I1RTd#-v&-s=+G!Rajw^cJ_<K
z&K`_u?P9LlPo)c;n4g0BSSH4QrkO4R%U|6+!pQR8#JH2bfad-1#cP{{?JUz<BdB1@
zhzPTVH&2McTA2=<|41{^gomt~@2)e52JX_fzjixmR7qSOa+%n5DrVL+$8-IiW^ldf
z;r893b4zmlFWR^G4<??$#nuX6ZHA2LmR9{E%?S7MD2Ig6z9AD=29e4AC6JpA-;^q3
z41vD~|MmEe3e)Yea7it$ciT!oPW*)hF;TML`Pmmkqnp<N!b71<k$g4kR9zw8+ONd}
zfL%ZCb}R63e8ee`Xi{!e6NMHFgvf7nkl!1eNNQD2Hx;PU>k_;Vqwc<(HB?C4?kT*e
z)s@|OeI*%s`|vMi&MMdMRjt`VL*cS?DiWhzZ{G7W|2oFpQT{x2PqR*msYl|eP9upw
z-Pmevw-YEkaA)8+={!XO%Q#zSXl%{7(XQFBwcGRrwx*5kNEM2|V)B+kawdLPOVEH~
z-ZQ0py~z^{vCRpWoQwA4#WAQc-pM1AN_$!lqSJpTY4Nga=a8{B!=T|dg|Nr_^q0%w
z4;E7XH}>B9tI3AX*G)oAf`atkq<0YMU}#EFK&1Ds^rBP|LYL5c?={rWA@ts*caWlV
zL{va2;)%Y`JoC<(*=Nl@XXc!>_d5ImS^Sc<?%db+x;{cJ^F6nfH2UsnZ*4c3`v1Za
zGYi0DYc>lad?;ofLSfTv9>x$VW)aR_+-woSKOklqg=wN##yr3kw~Bkj)?$^Q{!rXH
zN!O;uI>j_p+$QaLaf?lc^MLsCEYF>m=Q;j2xDqe&!r0I+3Su5g*cPSOplwTXLM7~w
zCB<mF^6CKz`^u&rw0(6auB1cFAX}?L-NZvl$A$%)R>!9GP)Vnj-QrfK*3Scy&h6iK
zTAe$8;Yzu5<FU87^b$Uja_y&h-sU>U5GLg|%wE#wHp)LJ^>SQvx9#P`13c+hQ;*o&
zUkP%y;N&Ym-fd1W(TFprSkzzFixPE<`$(*;Swd%N+QZRHp=PmI_&stRaC6I$NI>QT
zKm0)fg-ZHhDye|4ca%?L_oScYaqGm7*C+hs{?~|6QGbimnHaA(=L{adeujQX@i)Ib
zRR7_3O*rrWEAZ<3dKZAQ3w|pW{!0k+-M>nL;S59s5X;gjI0?4n-W&wnX$c|F2tcf9
z3p`DP0YL;rLE%OM%o&(>Za$l`kLR|Cd1Bx4b-~zT+KK_BR_6IaL#_Jo9tdnw_O?@O
z5bYieFZ-mA-AuOk?WqM`4vdMwE2UR*4Fs-T?B`epKr|vPNL5!A`OUtBt1}9|mFKY_
z_WTk~vk1VuzlY6QsH7-3EC-hH>L(D}#AbwBkkfDWQ^t7(i7a=;ifjP6T$BcxH+%4;
ze{>TPpJ3^4^l;^fvE24R$vq5I2FFIS0Eu%0RgH?srG6+-N>Z^go^~ZkZz%BUQ1Kga
z1mLO+_4By5sG6Klr*vZ52!uQke{4ZMlRBtiBb3zg*hXX~Z6er4xJdkooz6`9LZ6LD
zL(3B<kC}{h?B`<r;%aWmGnu;z&n4zs)I1uWIsLatZBJE+P1H$so)YUnr7|_5GSs24
zGNiQl!%xk1S*(mWY^?+xpYy)57j<_K_k780to!eqVRAn1%6{HY{a^pzw%h($ZIcS{
zPzn0qL~VN#6rdFmsD}u_@Kfugc-PEi_v|#=xG0bOjMs(##82CrvfI$9O?83gMSoM&
ze-_;SLa5!pvtbyD`rB?B8^s`0)X3mJ5NhxI%;?JUKkT;2_p5{JgTKpR|AJ8GKWr^+
zfBai;JNo(+Ls2mZ^~aC%lg|hLOCwYaIeqhAKu#@-{-pvoV1h?%@HaWVE|S~CNNuKH
z{+8MlPW~aa`3SjUEUW-_05<CM001ZH5V=LPx8L`d)HdG-B*92+UYn!Dlca1u+aZ}2
z6s9DhU#g^C0nWdrHpx{SSZK92fafY78$QQRlI*)}aS-t;at6S1Mg8~$Beiv6q_)FD
zl4q2UJzWEtG;l4~yMVCoWJdL8hYSAR2(?v;K&+(SQrl(tZ>dcb9K8KoYD?0h(HK{O
zIRXwmC!*VFT7Ug|(N5e8J+8!DEqAts%{gI_57EfRt@a~eILD1<E{Lg}2m)eA-!hm4
zgpt}bo?6K1lkLRoc?LZNS-kF(RwClz0=O84w2c=V$X3sKW$+6xD{aLpd{s!d!|516
zn1c<x7~%!_lr-LE0OryIu`YJPWwk(a)^TQ`;v}|))Q>U=oQ<v16RgO0a}%+`2f?6@
zv5;+;AgRD6U%;?(Nsa|B*Pe<H#$98_qU{=ic%FS71^~2@L4YI&$}aF*t`QX@u8*3r
zm;hF6U<nt2OAlLhDr%7n^piOVa06mI35Vq(4s0t6ZkHYY=g6s{BOgC4BdiMllUo=N
z=;brTm7ASf#4dn8xu#Uk2#2HZx*qa2gS|oQihJ*__*${r$}3-VQo7J+voY2q09+Nd
zmhyFO`heFJq`Av%0z9k&N@TAMzVy<Q`Jy0T_C#nQk)n~t8+t<?q5*2cNIKgjgHjsV
z7W`OKg{#Yax$%xRjL$}fIQ<5bi%|IHB}#ERit*WIzfFNypJ+@8g$*F=+6!$o2(;<y
z!B$-G$D6X9xB8Sdb)B!DE`!F!r{_WLjvjM@Qeq-EAWq>Y!pm!w#zgb_hP%JXsm3rE
zLr&!rM(+=%%3du?Pxb`0{!LEx1H1U!6g&Qq(+k`42IFRbb?1FyKw{U|Q7+uaGC8m_
zx_W+|={4p09a`XeA%Df`_0uD~nxjHk>)myq0~{)TsgS--KXL+la$y?T(x21rp?Y}_
zJ1j`5jxSDFkPm(;3BFRF<ii<~p$w(+@RPahXwGRlf6fU55@^81ehx8q3+ny?#6szK
z3!l4;LbHq>#lw+Nj&}nByzuXJ0U-bY4yCpeJ$`e5gGJyG*2Z(cxWF!9ls1+id_=E?
zf;VoGQ42~viP9w|Blv`KBYCaFZ@>{t!S>M)5Nj+~j4RA|qaN~NxF4vs5zeI(D3*)J
z07^ALu}|35Nw)eYt2|<L@w+TR0IE%yuZVD_32UY}X0pn+ilh+2$Oftp>jcve5k+6Z
zHH4vILys~^5+4VC-BL(4A>&Sp`@;C;;IXG3B?ZZ86pOw1<8w?4lYs1NY|l%w3af3&
z;EH}zeHB?&eySlI^w%U*WD(E5C#RZEP1J*1NGw1vH3nvtg<NaLEJKlLq5(Ef3irpD
zo+hv@Br1!PgL54R`ZD-|?4s3o)lw1@Sa)gJUre_UdldI&9Y{g%`!mUOHq3CI+(feL
z?QnLqwv*&su95-BbK!wPxxia4a4dR2K<Gm=5K&Z+0y|e2;&L<JFSVC;Pa`ba<Mg)2
zki62jT)g-#AmMA+KK=P*Sn}7+B446lMqJrv>BJxae8`s3!{9B9G@mF8rocoLfX_s#
zjjy0|K$M&w{C|N<@wq7m{tYf|{1;prI|28w&c)X5k|nu>cVKWSJZewjgT~Vc8?Ay@
zN=J`AbuGq)Y7zQ~?JMh|HB$z(itlCZGvd3>WP+H9a?bYE{Z+K`A)EC|+6P4OC$k(1
zOl4XPH(VsOWpk`NzzVbW9`YeOo%*sfr~_TE;RlHY^z!{w=+L1F14<+GhAf|ivVs<$
z8!yuCRRL{fFJ1l0V%$zZVVt(Dwf?2%*hqbGMnCeoJomCZK|}pR=}Nnl<>gYfhBCeJ
z1D)38P>e1HHRP~&o<Zw0btDnE6&<?bge(Md0rJM(_vCR@r+VngTirMIJU#<7KL_g8
zaw^)YUIAuCZ_CvMQ(^<~^JcOT9`!}{D}BRJT9@<RJ8Fw~b=xnse|<f#z_uw5_`s$6
zfsc~QdyYH!=klbOlo^V+lEeMpCEk&ZXARRCpH(mS`#TBEZK;)<5z>cS6bX%`LJ#e3
z?jT_6EG*p(no*y$-B-0mD!My$88ITk^~we$Wyn^{E!QvZV>?&ku)0TWKDSiZfzHwh
zeWko*=aunLU}`N-gG1_6h6OBgslR~Lk!dSp`9gvW;xgdsmxT(ZTcMhGaPAne2GPaF
zGnlkcsgfn6-t3g10uj5zLT*WhJzx=Or8(v+dLpru*qGRsGG37?ezl)P%{=>ntViQ%
zxs8bA9I`s<o?p#D@bcFm@6dGI6z4ql8`J5{O#}B+UsZk#=Bv-U^+Y(a#L!s$x_fc(
zoFk0=$v&?sy4E!M+}jata&B@pRxs~@3`gyV^rk`FvK?EDvsPZc%&YLtZlJiiooVJB
z7XF@ahdbde#DU|{MZUJqQBv#ST0$trj0tX?jiZXA(6?9hveF6~G3i=}duQV=#aw>(
zosM;XiO$Q42n>I4{K~{CzTNJ$hi$-j^yX@F{jH+MBP#A`>s{H}aeBeW<E`Ja>lVi3
z9^Gq7IB*p06fdJRm2h-CoV%YZIl;hi;=Cg9)nKCGK#}V-KCAo;bG&>Q6ym)|7GX{J
zAz(E1-D!%bw4-{{kABw}S0s0bfoO@uhs*8em@`^8CW`kMsjclTWc<)Xeqo!meb1fK
z^y0J3{4{5g!#gsQXE1`EZ_aq=$)-26v-4RE6py4y&POeOfy7QKzkj17y5Z4XGBj?9
z@N_a`h511=;OM!A<C-{Wms(xwZ^n%d^;4}&g6s?{Us%yosxb!(W$F7B=i2^wUN&<+
z@-|-YA2D;_nSbBWnAG;`Eq+bO=0d0AffMG9zpJ_9ZXvwwJ$L?60N0e{yRT@d&-Q?)
z$GNA5sMlv3d$1U@Zj%@BIedr0I@H}9`28uFR{-7uURv=>sIGtJ_DjZ8N4FG%vVH^g
z5Kp&<P8B-O{hJIK2A#0yae_sSSic7Xh=aHWHQ@KniQf8QGE$fV;inSolav6K0gux#
zUu$wZh5L54I<FpK9&$=Nw+HOrggG7Hy48x<KcjeUkg7TuL=+<S_U3J~RCx2-$i@F{
z$!U_;TY65?rd&wE27Z(a_Co-O4gh-Sf*o~&p8&gol)|8BqIl6S_zx$65-kZ*O9?WZ
zAU;m8kaB{^5-|%LNNI+-lLJz20M+&rFyxdDkQhajfP_QOwG!z95|zAxM&UpcaI$GQ
zkOl>$GfS2ZPqy<;mK=_cVoXHBpoV!#RDvMW{Umd5pt*SR>x(2RjpP@|1RHQ_AZIFE
zIVpY;d~aX<RX9;JBZjf2d4bd3aHd%xQ%r_|*2Brq!Kp8hX&JW3v;s-8wh&kGlqhAQ
zG_$k>s<cFKa;kTl4>+SXJk4Z3O%g+6iBb#1)3dx&`NYAgs8kHz^-9A4*~}{243v1<
zpm@e0I9UamLIzLE9|kUlXJy}nXFb12SxN&^!9al;N%G<8WZ{symdsl3Gz`H#24^W>
zWHzQ{e?z8FyW~*D0+(8V>&S!xaQ23Na(Y^pmTgj%M#AkS$ZO@Cq~Y98OX>Btz;741
zllnR2h_vtCK<eC_MKGowl!GOa%P5hHBavAJPr})Ud`in4PRl-`%4k^16p+Xurp}=7
zDG*Hu`n2RQr)SBG<jEK$Gr~Z>5ruN*l@jz2nHk%XPoa@@vY#Ells*<-pn)jRlgOdJ
zOfg)}Gej40pCzZ}LWI+j4ojh4`UUmjz`2WDp@YJ4&VsL;IgW_5`{_kq=|%J-K-1+C
znv<ftD7-jE@J%ljv>6cpVF;>?&V7o=6rs*?Jt&Rx0nUh*kfoQTUKUa;m%v6!03#*2
zBY9K;g$Ouax<GMNEY!v)sxvp`z5$Z&veZH!m`IiEepx)hS(1h>Z$lJhLvkrLka?HL
zOo_rkE^rDQf`={}F9lMlWN2OH-!{lIQ!ZEMO7ldd=}P3RESGy50M`&DWCC~;s1i&*
ztUnzO5sTM@gp7_vGB9S5NMyJlWY$3{&#5bu%ks#}%HLmBo>5h$f`QA3f|sbGZA8_E
zEuN`LnYL{{M>?z8%Lpcc5^_L!wQ^2_c*!%LJc^9+E1v>VvpkS}9x)?|7*>m;nw36s
zQwuClfzZ_5QZ0;gDP$jkjx8e|DI=vM^Hi5>55bjAWi`a<mEWjqb$p84Cd+jVvRLgi
zI5Uc{4{Oi%^T6D75LJ+uKxs-Yq!JF@K_Yljr375%vyi+fmGU1dId)eSzaS{BtHL#E
zVB=Cfmwl0^YSu<NN*9{V+J$_xQo_^)^3kZvGJ}}5Lfhe`0#@Nlj5+d$h4IuSj?~D{
zR4pk7)wEZQ?5*W$<(029n%rA!c~zSlZPDUo1v=b#LRUZr#^w~=I?Kz3wyx%wA$(!G
zmNdi4CnKdT)JU{y-n2^If(rW4Rihrd@(B%kz_3>Rur|-IR$`=Sqa{!8W)#T;14Wt@
z*1d*C?!Sq#E#OzlID^#Q^J$?z%&Y;I7etf~M6{(D0H0pfmR_}x!BC~#O|K5y3b;Gf
zGCEVmJGEc8V`l<`%JFLt8=8n31KGg#t;JF38Yp#%FSy`=eZ~w`l{~bQRw@TT+f_K)
zrYF(x{dJ!DVH>kAu)?rQ4+`SZC`^b2m&HPwa-offs%fyw6l5b20rKNj>DqGAJXgK+
zXlAW#C0%BpOKbTvNp$*Ui<cp4WTnMbwc(8c$e*Sz@3I`m1>!}uCrmcfx2ksLLO$!a
zF|O2XsTRfiG^Y5}6IHYfmiL`pwNb=&dR%v?FZZpb_o$84-Vg!$wF&B|%-W3%hVl=9
zJtIZ_BPEDc<Px;kQl&QxqFQCvNB6qBqNUY7vie}St{U8Sa9FpkI#_(&#~)E}bv0NF
zEy{uxy*X;}@h!T%K&~$h(OqUOEdlcpqci{z3_Orv)GJQIi-xtyUk`la%p*QZ8Y4hP
zpo^)>JF<;(WK|n?$_Go1D!pktYkUhvMl02>$5*K90uJ-qR*~5kC3G+l%Ow6ot^oxq
z-tn}`xv{#3&<w?^QVHJ_n$c{Yky2i+7B_T$UwQ8$&)|ww4(G}^FZU?@YULB7ev+S)
z6fU*5-@F5)zq=aF@ej}FTuP%iONO;zJ}{x?<fgqH1iEg^v^D69LQhOd6)3Fce_JlR
zAsD}o?9*QE<;@z0I*tU;_A9K_`nB~1WzGg0f$m<GfVlFl#i#GKzk4n|$Fc^B$_4lI
zfCgI|N5>{)B)f6xM()_9aW6OKMK<ypSI+wm$Q@Ne97jNrNV2S{uUEAj5(@?83n~Qp
zhmTY9l;`NWisKl0npdiYZ;kh4)Tr7`wvOflJ|#(Aw<4lC&bhh;A+s3~C9ZUx8)FNp
z2a{BEvo8s<m>uV6;E5X}_&p#nuLdYHssQgzWxL^uCAg&HFuf^i=3+Ue#j%g)aM&bj
ze7Jn<*X4MgV^6;7^0)np@u;G<m0_bBaMi{EsDBz-H3^P!!6s9!HkWSEEUUp<>jm6e
zx-lxp9#7eIY?1jnFikMuJHAT(sgl8W%9(p;_{rc$>9kp6AWs)h%OoTV0AA%SI(pOb
z4E=se;=LvBd$Bhu9pi<2#_wGnR@;}CzVf0Ac;Dq_716ybXL#K>xx9W?fEUfU5xoIo
zGOM4z-nd<stzeX9d+URx<4S8K=7w>&Q+mc(8rdqbN|U|$OQL-iSx!B+m08iWK@D0C
zgn~NO$jXaf(3OASoqx<ZFM4~a!|}a-)rL?NM#^dI`_wv>R^(7NNqM{T9q&i6vSM<>
zzCGTh*`GkbtF2|@4ab!UovQaYyS$r+?JK5L+eYuVcPgt#c-q<wCMn+SK;IOZ@Xl;V
z?V_x9HB7eAKX;qx_R`+%!u|F$WY!X*wn>jmn~gC-(R(y>-kD~>_NE#ml=8@YaD!H{
zx~L{rZS9QrW=8J^zdwAUyr-hPmtU1a-?jMNZYElK&}40?k{)#|xubG@l=h}%!l7rj
z64;@z9{~f==I(cNtaRUe+VcCrmp&83_n}6mNCUAKFTLW}eo$~!G2XGa^?F?NGWTkA
zolHQj-35vi*uat5>!3f@H#utetNC!V4^cmMtk~U!t~o^_5qvx3Dj&%hR+x`J&>J@W
zd}HNt8yv_8vQ$1XuDVIYjY(8d{)(5A2(I2RmdWUMLfX)69=~sO;jM(N?0q==@b#b!
zBem7tuBxTj@a)*)VK`D8P2%)FHH%K9hn;LjpD16{sKuP9#(aJH;4AO?*H0#!$v=-1
z={^(?oRS|mKBX>bpnji!lzEx`Hu2q>W;Leediv_Y84g2^8~=AMb&OAUX4JXO_w$74
zc-~GuFZQ@>-1ZBh(P!nV500znv3nmq`M#>eoT&TPXsRQ12+xvo&UhwHll)iS{5tfj
zet&DZaM-9Z?M;jGW&XpAQ{&1@yzFz7c;CaSk8;l8of{tuPw)`}AR3~r)R?axzb<rt
zUF1Hve#vl|ZF;GHQ*{WRSRq1Rex@szdU8(ee2`DuhW|53ZRJb$;%B4_SVQKT)A_5a
z|Ba?Ius{0rnd$e;oa?&}E}{HK#r!|-eO`=30w-v5M8^jJuA89H04y*)>DvIa?m&DB
z5i1S>3mgRL8{_{IIsGHG2^Ci96w=dy1G)p{p!c4S)TbpBKh6}Fo@}EcWuHigM9q`h
zY3*wkKOv(QZWcc14uc})e8naM6@rQL<go4UZ|a2^x5%(IH{>fOVWhSY8r@?fG==}B
zUC92O_&YQ_UO#9kZPhbi?zj0yUY1VwDF@KIQ(v%a*Q*p5Ov1$N7OP*77~Fh1xH!@d
zC#&_CKRWAKhPeMFwMDhP$Yb7CihG-{1YK!6$*9@tiScA(tJ2&2IFu~t1s@T%3rU;G
z3A|OcRO&u`n?}d1S-M`gW<%Q0?1|wYsqJN7lFH}&J9IXn^Q;-s&2IUG??z?CN0-lT
zi+_wxSK-=Ek5CKBASIY+{Uk#&ntSlB$E9L!-lzJH)K+EUq`Xb6{G*otLB<JIY|W<6
z;keuo;u#<8OZKya?kTPeE{Pd}5uUs;wo`)o2@#T^wlV@C=ZaIgU?COGlA{-W#7yFW
zP5s$HHG-5av^>r4-!6wY_u46Z<HW-e*6coXisb7STPeIjNzU#0#;Ztw|45=>tm&$J
zhgfqgMnFEC>y;Q_^qRkGD;82)d_RMPUzWM0_do(t1BoeT5kI=8_4JW(3<WX2cd(3{
zwn9DI^#G4UEf#~XMt53hq0>ErP+Cnc7Va4}xw<h4H>Q~?2@ZA56zfKPv|kHv!Xr|o
z`hz~RTV<U;o#M4yj@&Y}x#@mB<4_tIp;qq+o&BlO5Rm9DV&c8~#8yG;@ke{CuC7;P
z56Nqcc~&~3%Wm_Ir4yGfFt1_X(v$Q)5`L%7iH4hC$Z2z-$%{Dkctr)JFO!be%io_m
zVySXJE*>j7SPb!OcinvVO0n@7fgU%L<!^F&_nGR=>5sRBN;);BLNSN?AUtbL3BhnX
z<Cm-T@M#sSQa!c^r6&~2BV`S4$Kn`rI?tN?TAg+?NZ|=vIy$p&l}ii{DXBDF%%`<z
z7T)w8ZCpBkY39(4$ME_C_x`ijhJCmS)q4Xkh!;wkUTa+%Pfcn!9fos30$e5@P^_qs
zP?-aR9fl(fu$t0ZM~qZy8XeqB16ZpW=k);6o@@Q@`yG5|&Ohl<+a73lg?{b0S{025
zSsg~WtV{dsza}>(p0><)pE5c;Hjp^Bn4ep#T5vP>`8Gk=dQ_*3*NrL~UQ>QdANOX-
zIB?zo`_0eqgstD};uyOpjdZF4P!&9PzN)R>G}k68olFD}7Se}H0Kw;iiU9<5(XAp1
zca&h0K@3M}mlEdf)8fzljF%7wTw8%g@W~MVqqJXqva-Z|R!j+Zp^7q-5K7F;zP4|4
zIEF-lgjS5$d}e)jUwx5h6PXHE54IpJ5>w>TnL_CHS&%n0EAn|vMVMk+Qud2I6iS|o
ze6C<gJ=gqDq;V?BIoOhRTkMg<{8Y4OpC$cS^COw_sThB3D@Gh~B{}lx*f0evX0jHg
zha%H)F~L?Wtm4WlI@9qfeO7GuTa?v2rW10otvM9MRWy^Q6H64VxwKnUbQ-6Vs)Mb0
zti@Fg=BJaJ`mFi>nVjDIKOm<wS)YTSOKpp*`#`3NTbq?w52zk$04&LbPWm5wzvwqD
z-MrPF+sDQcFcIJ(NNLU?FCcRVOI>(2!Wq6t^CAEc;WGs#3c(WKnVRCu1`%}sz)|kR
z$4v^1E8;!dQZ*k@Onavlale6++%^3f_i<v0*6F@_5v5k1TwJN5`_|LA5rrbYxv(eh
zTm*U4+7xO@WeoKP+Dxh1l@hV#R4u!T9)i<Vfyd>POCbb0HHeVpr02<Ezd<-wR3_Qo
zY_R|c<-v_k_O=BH*U%7uSL}2GQ6nH@!~U05mxf_v4@CA~Nq8Q92#1ZVUKGF*FaM+u
zVuo7ivv8nLiVfjc*<94D_aMh;*a9|~{Fs?YZ9=7k%^N1f9}*4-VSQ+5;4>!&eh}MF
zpfnZA7}-Paac7v{CSr-^bRKu10Z6DLtFtAcO7UP%mJl8bV4MX}I^V(Za7AHFdo<~*
z0OWiFU~ueQK#lV-4xz#(^c{LZUl!k)(Dx*qe14na=h^34uRLsOj?Ff3s7o-blsQCq
zv4>*7CG>uq`EAd|UItv(w~A60#3_q?><?WL+HDr(O^f~fp{|kEQkIm|3yTAy1Fq5T
zZI<-k7Y85Uy2XY>Zo&co4JxtbV`5Wva<ylq+M2`$PpORzDUEcA&D1HZ3@9xOF<LR5
zjUKCoG5d2%AtyT?x91}6_7cCbxZc0V;)=drPyK!WOPIKHpr>+>&(k2k|H2Wi|F3ed
zYC!?Nfp~oQi{wPNtd!^R(eC-_9(ftQ1^>FEmD$#q)rwAS{3jsZf&OP8{`Zs?28ic(
zw_$*IMSow*#Aw6laNG2|j;YDNu=w1}$nsy&*U9y@zp(h`8fH!FFCcz&h$+4vfBPGV
zfB*7%|NjT#m|3j<5fJZ}Gp{Hnu>2<=P6Yiki{&F1_Zx^~RALnAAplPL2Z(bjBK}c%
zZR`h<Vt_dOHxMV|zyR?!3=k*fz*Jr{{;IsL;+Tb2>-+)YU32`T{{Z6k{|dzQI{ohB
zXv{CL7Yn8yZ;{Gx5DavTLSl|pn=zHwnqOa8vVOp@@wjg8Q$(IU`@YqN_wGH5Ml%2B
zkK9O++~p+rGGOs@Hr;E_^Iw2`vIqi!uH6V8Amzy@tnHQ_qmLdL_ONjkz7?Z$59h-S
z{(Bl6ME0ColpAkZ<P^aWYpPULi~dicWUNdbcuaD&C_tAZ#X}BNJG_324~}>@dVc}&
zllC1<<rV#wA^sjU%N84~VZbc71A8Mp5%hF_G!aI|xsxgs*SPK4KYlW=T`X=}?0Qlp
zI_Z_k7;EjXcAG^WNOt_E@~ZN?@+vG3;PAp!UaRU|boq0BS6;aR8sIQsVJ=5ORbRgx
zA5I<|2H}Q}^Z+;=h@p^(2Ifirn|r^<uyXKOxRAN;4eav%b1Lzt#)TbFFA#KunB?=K
zBm$IDG%#}^upB9Z0KCz&5D-2}Qj?Dd&g~?ZZKfZGJ{vexCcx?&{fmloFwP<XJoWkM
z@(n8b@Yhwpskk7IwSW>;Q2LiXMouF-=q>g{OyyM@Q+Z{!U$q{@rRSlxO+o*m;<=^@
zH;_KLcO6|ADt<rgk4jt^QS|YX(Ih_}3is(`2M@2t3^uFdy%$xb^UxTaVU0Q24A=l@
zSc&0u1(wM&cQ(k-&a07iH-vZcX3^muue^`#T~y$#BaKxPzbnPZvxR)`->FxvcueYb
zXp-gSyWgo-U&2$=)+^817FbTkM=`l%#uKP>>dVrWE!-%-<u@<y-7w4<s@(#x)?QB|
zfax>rv2XBj+AR~jndu}R4HABY%rk8I5seK)f3bc-QOrtt=dNTM6FB~ZiVHPjsCa0H
z1=)xR`YTII%ugku;NMjIql{iCb$o}+RY$Dp_qONB7{e8SlS&dxz)brJhX~M;`eeOU
zH@4TYN3G$ma`y&XQ(T{!RIvC45C;GUC31;EyVG$5@gIQvb||><A7kIL0Hm~7@OKOw
z%b|)J^6!kx-Hd*~heqQDG58fy2$BvFkkmc^>=7|Zu^8OJ+v}<OxCP)j2`1-$O8aze
z9FV(=1G=m$fqdC|VSE?|P+$Wz^1i!U)4Z5sMIO&>;~HUXwV8C<SF)U2<AM`@cVJnm
zpDVCPevexXqUR;+<C<?=lb$p>?G@{7TdXJ$35DQ3if^E0drKu-7)qKZ6llf~U(ZD^
zH&2Z6sDveC3K#wdK>Q!GSdWpgYWBfZWuXZDQtN}hG_e4-dxI?F8CrF03z<8ywaO$;
zBYhdm1Vmz%Lhn)%?`1BEm#EGT6MN*72p=0MOFa{s@XTh-=)T#<+5EVl=(9}1^Fw$Y
zdw*%d{~Yo=?JD;#X;(O0;jTacVq`O)GAroe?g^g6tHj&xs30XppD@Y2?n0kMd6jRm
zcrx{gm?xK@$5*f!83GHU;2~QzC=f1(%}f-CU&e%OjxW#1d?!>%fjJa4%S5_~RCrrP
z{FW$$Ln{yREEhypv4PDlyb0ETgGg2<Lq*IsD~y%O$?H)eJef?lOaQ$UJ1U`qk$D7m
z8bJ?kEt3VaX#ok`_porG0r-^j`IJe$4}Wzn#>_Jn-fhRCS1AiiD1JrAW6k;4T;f^A
z`_p0xUTk%LjI&JKP^ze1rWw{{P=XO?RZ4HlNDE!GE8QBvra0Ursb)HL76DK@>vF?Q
z2yRP!UKK`HHMy`G!@0hXB80zCfErGLSv+nd=Jp=RUM|Kho7b``+FE~yFQvGN6bt|4
zc_9x4Oy3BXmMAJ{YL9BocZihLw%h469n4i@`l(K0hx#pDAq|l4m99nh#-niEcA*pv
zKkZTwHP>3WCTR_oF%O-{wcZedln_&o^%`B#{N^FjF4oV<1d)B4-9gb&`lQk><6yaT
zOSJQ<-O;IEWxf_7*6gT=G9vTUZR7jit#QF^#`#z;d}I?C-d_5U>~QLn2SqIt`Dc}T
zt@>%%UhNXbHR?~eXDO>a8qV(r-rPAU$7UTPFK_&G5IwkzD}ql6wOf;m4YyzYK(2pF
ziGG$pk#;dmgla@x?Nz8a+E~&nwJ?!P(7R>Tn!lupFj(V@8kV4q(4ZJHwA9)Dv+5j2
zn>Z#n1tRe>+LgreZUz^Z8&eVN!4igBpw=%!pjTG-Mzg>O8(})Y9ZkX@v9>K%XYbZA
zeNums`h2>3zJy=)HP{;()U@yUAyo{;zAcoiPddhYx?ZXGkexvBRaGPy+8aiI7gRks
z6j-^QDm<cUrOm=(JYO@%ToH^K&L63EM%q59OPwjq60u97K421FZCEZY%V?#0z8ab_
z*TL&aF^}HW^EdCl<?%iBW<%P%TVyG}Bf2&b_yrH<@_lNE+}Y;7;r=@r$uXHv!jVs3
zYbnq+Ak}$$(#<7Zm+g`|$tgU`@viNdxG6t=BEN`DH2P|+`U=E}ciwJz>=x@oG0l8i
zGF+7A*@IcFc3g^25u-+0Is8cjL@9O|t;QjUU5_R!Ypj+pZC|iRJgXRT+)av1Smf?`
zqjd+-wDo?*1L(H(yFZ)829Gr#B(5EC-2R5R)8Uc*E3?Cv-Y0|o*pV)X?8Ae1F9*YD
zy$l{@o!n)vuktiDPO_}8q4D$n*lVbt=(f~n+Hs*ar?xXgJ-541{N<S<!;0tv-G1{=
z=NO#F8y(dh6INydCgwK}&UWej&|yjNAD9ueBfF+;{_iehkEG56443PAVmx|0=|5b8
zjQ2#6c^#i-z0yu`|Li;Hy8qBBaPSSQoExc#Gl{nGhZOUuGp`sAhqzG9goiIP?>`GN
zdzM!GEC7a|iDx>%Zu!E-^v9!DVm6+ep`PxIo@Ju&!-w{`O3YfGUgQJtkL=bF+j?tf
z#_J&t>_rZV<j<^k9n8obB_8=JTKlv7FsRYi);;qz!f`5l`201V(LA2L3BYTJ%uSGz
z@!ku!JJxy>^YER)7shzr>tq)3^L`X>0}hJ38QumH3~G%G29G~~#et7gwu9@G>-l0X
zP=5m_P|Ql>yN~gn>djCPQMlLJNJ{Cb|Gib>{itU6A0`gRW`ltkU?5gFcGSiVeu4`a
zX$D0L{AS{hPJWMLN&QiYVd5YGPH-^_A`+g!`xHbqnMef(QcVJ%E&*lt6Xd{&I!o~a
z81Af*Ac{<6-b~cENTkvLYJ>wVFA_DClN|OF9Mh6y_JNE<DXb{`C;@PBETs7)$;|r>
zD<;glpQ!HrI|&O9Po|s%V!*P?J}`1PReB%DDuC~~lvIZzd$Ui3sd)w|r@r-04P8ph
z`2*ak0ic)rsc{zx(fdFIGCgh|$bw43px`<<G)<o<Z89-WIT=2j5k!^wmNPv^ITM5O
zsW(!GsWK{;GT$jDF~Aa|%o2UVGa?q_ieaf8H{kTV{j?6-%!2UWY1%ES?5(AQp_a^d
z;o0wynbci)^+*UR7kZ@-SJsslHk{Gxot)c}wR4e^;|=`9nM*MV++WImmzD`h&y3~-
zv323a3Sj16Aaw#7;1<Z$QpWmlP8U_C4LEm)GnbJ%cRM_p!UZ@Io=e}AON|18%QEk7
zfRZ?K&@NfP3kZ!*G6OpA5+jb-0vYUpcOkjVcKO?!`Pg>(>|EKPk^JE$ARjs(I+A}J
zp2@5MA{t5hng%_yjcJU{`MH#nMU}Y%&Za~a$Rkn}F&?o`A&XDGGN$rsmP^1@wC{}}
z!zH&z@Pza;P;jU*IvTB!dDDZ;xn9Z&_9+!lFScJU-qbI2SuVy#6uO`b+0pr$b|rX-
z5@vXb&H>09qpNCURKua<km$Cq3>)R*&iyPZgUo{c0$YjnsF6Z>M4^)%G6`M2g#@x6
zAiI1@*oi8r1wh^?e4!<<As5w?TE=eks7_RwG&;xXGEYMv7_gsKN1b1woXv<Xv{ON{
zN+4CJs}j)V9f+zfA5gJ!MK>2HmpZSI8hWZ6^>M$TOS!T$t$++(xo(?jiLQ(uDQ+w)
zZm}!>2&r;asd`*i-pW;SOkLAOUEreuPB(*;X_O_K7j#jAuF483%d%?HD|0z3!?;ii
zD&?DYD6XrU@<cnNicdbx2}*bcCHxw=FJ3|1S|^Cci)937!6DVKYFfjHyNrcdwm|EV
zEZgwp7b9hx`pJbCIqwm*>ni!&D=6Hn+GYc!$m=?@@+!$gqy)6$HJ~ge7o5geUyFhU
zAP{VT@(a#}Up~d{-nG5TO;1Pbe=ViOj?`jHR$<vy3BInvDK9sTs4{PD7L#o3_5oRE
zWHS*JL^4*Fc0n-PLM7;MK8;c;M2<N%I@G(^(ynrWtK7@JAv(R#FrxtoslvCf!yj!3
z8EtM$Z;m=__Dpa63@MA;z)y#RQ!-joZNrr}a-_M^t<o!L4yu`G&?ENfveylID-8}e
z%cUmvh5Y3WyUPu6%k7Q!t!UN8JBPX6C#^=}ZOs~OtAqGvBLy!H>%+?`FS&}(R5NWP
z+9MGS<ur8$hn>G7n%B9TZ_{+(9#zF2Ruxl$dVMmz(7@M-4*Lv<{|HoZ^l^rGQ+axm
z$5l1(Fl!{D4GAq?wJohi)Y_-_FiX^78?^)5P^-`m(TwJOgD%{*<__wbPnTVI2f$D0
z-hHY9j|=<+fo^|;f^HUYK}7ZFRoP5gb)a`C4MFBR!ydQSJ(sPOsMpO#v?Vn($dIds
z+SX>l$ksNWfyi>CR7G$1a#gAXh|MfT$QxV=>wc}Q+DcW+QeHU>O`WFhzp)bU*ORKP
zk?09>7y=oV!&OlPS4~)ksBOdmWE4#(S+$YTTq`;7{JO`kEmtNo6LTNJhX&GZ^rote
zlwJ>G&Wc=k1{EVARQ3tZP~Osw`ip}>Yji!`LC(vSL5A107m$V#ZnQ^6|7uz7^=N<a
zVSlqqmp>FK@^}EtsLS+m>!X8q!i;P_$jA`5sEVqnGHqnz8u(IW1fe_<y#&-nV9Q^R
z)DV=8f}p-fWwelXU#ZFfs<F%P`l^x9pN}Uj_9ucQCzmtE77Qm7S3Adi+XW8W4egsj
z5_Qm($<^26%g|m<+H5k$d>Z3?O_h<C%jp_+xmEfjG8L(8w{D80k*N$_$sD(`bbYWR
zi4xKUc+eYpKdvW$<7G`_Gjv?FlArp%9nQ2#6$1|^7_QT%N1KKoPeL5qH9i%S-<o=M
zYnW8J3(t5;hZkACGUj+tiJzX%`g59p9B5UUifjSK!gy3yvqI8GeU7@{jLm#0&w^jK
z4cMXs^!pz>j@2E^O|%UeOD}@6P&eFFCM%Oh&|ZS9xlqT+>hhr-@A>DB@6?y7m0>*0
z@M_xCc@N&yCz%tp*E6jIJ(cM*8ovD{KidlIvoE-p{Mv_5(7J7d$;O}PyJbDi<LK6`
zsc47xdi1P3qSAXM5w=|Y^Agmz1wtSe`rGSiA)OaDV{NuAqlJ|d)CZ$onVpJ`r5A_G
zYVDoQD(xnblL4<$TD;lX7<E6YeFq7wp=<DYlFEQsCELJ!N{4P{LCTw^`A_q6w}vEn
zH)iNIW<HG$U(H-ab<U1#e92mwU76K<GucMh6?0um^|Lh6cdUUIg{Cb&k6Q1=IM^FC
zy~z5nR~?=!%eikB+@v=^CTs1Hl{eI5SC{KgMwfdXI%lrd^a)mo{oWI+tzccP#NYau
z)AC+NwN~10{jN(lMs-JFIDRbl-N|aUwq;eGWh1{0k=x6-@3%~D)@2>n1pGd9R+K(+
z?3eNDS&u@?S8dW}4_zI;-~Cixhkox~zHy^zzs|hDgFb<zV)Rx45G8!;X1vXUZzsHC
zkC%QY`eqNCe#0Yc&7WX*qy59%>kWAL$3W@bSfh`e<!Cu{B|W4(C2EyPgEv5JJH&6#
zWo<j|_Ogooj)2Tzv(sUd+D3fUnw`_^*;u{v?c83zkFnD2*~bftS^IPq1w(H@tMSlk
z*mk4_h@Pll=v`V1UuuKX1})=GL&v8Gr;S*d9kb|9A;Sw@ZR@2@W0Kjkw2yNgoesR|
z%ZppPi}(uPz8^eq2V&1cF}sOc+1M<o!@8>a_2a}%zmwc?Ae3Pr%zsP;-`ab3h{acH
z%Qtz#-PAX}mTEGjceIgtlXfC~lP_a%;C7gE9tCV9-3yAw&KN&|OnkD)J|QGLCeHbW
z>wnzJ_dz`RQ{~T=tT&_Vs;gnEO&Z?Sr!?8D{-^SYuUFBf4=xMb?bpdrs?b1ag&8E+
z<m4V<AuZ7twX_rS9H7X9FP7^k!s>^1&a3vFd!o+gj;6=a$KS-GOK&?BD^+%~t$u%<
z@iqJEdv17rH)kQ;dQPbGdS5U!P;C#BZMnmL9_W4UW_q!H^NBq6qTb{X|MMOp|3&oe
z%edpV+M6XDzwa=@?Cis}3%g{FnA0lhu~pvn;OhzbwK7b2cCQdx5etrnW3y<STj!js
z*aK4@T$n!ilIVO+IB{Wm<NwXI`dj<^L-XkGhPM|~tG9wKF0We(H0_5%_LmB8jcI4j
z;LD_*RsJ9>hL*#@aVUJY6JY9tFX_(by$^o%5ni~(oP6^?KQp}s#K~^Jpj13Al&L^-
zxzJm;B>E-=@?ivbcx_U}Tyq~r(sDZ;HGjD~5KYcS-li1yaVUn$u+fOBcB?-{$b7!f
zn^+zvTk6eEY-+7NjeNx@dd2iVKs-yvdKtP<rWz9)tMTK6u_urgV)tf9wnDB7M1e4V
zfhu3B#^G%y!%x}J4RhaKuFOEm$;J3e*Ah^r?u<al@v2`Ti3^6?MV?rA5!4l!_j1uZ
zI@%{W_)~ek!Bk$6Rk|t6f?UABa@__K!uXJ%9**-hwXO3Ws!hDILD2Pg)~O==?>AW@
zf)vJdZN6qu+f)1Nd!LN;OR_&N+;g)T7$Z~oQ+fR{p^21`kONgNomn{Eb*R>9JPbH(
z-MOKg=e=$|BY}vPV`hCm?1}B+vkV8`LKP^Zhv`?<1n|m9cu+lhTYUGviu|s;in82F
zc%*^F)Yvo`NLabLB{9`LuUG%1^5$KB#DnD<RgMQ(Og>6A6_Ci|uKr|IWcP?xU?e&n
z(t5j>fNzYibp(BdQsJ)dtL6OmShWY6Xy@fr`@#Tof;5?9LZ!^+{E^@zp?!$UqhB9+
zZo<*G-m453V&9>8td6TL#L=@|CFvr;cBeo{RguE_)l-w=vV*dqu1G?~TBFw!4W#_i
z+`NJ-NBmuNRs>0+65h`QisSONh*?-;3LUg}g%D%Kvfwr4-iMys4Z4KNhb-}m(LVr+
zLQ#s}`qm?*J$NqMUO&sLo}aB`5~HIg5=Wf$nPIV9W$<Z;)g;s^$+#nw3;XbA=5#&R
zL%!FU`hD4cS{BTkw`e2y^K_A1{E0_7%Hg9k|NLbuR0})q^-)#$v9MZ;yLM8u`tIAv
zv!Ua*h$f6m{N7=7CYC5bpS0VT@QGlGwuo6k1Dd<jHmE?HZ^%JpU(Fyvc)y0@?hWp=
zcE5{egDf)%jyOgomO+>pJ1B>Y&bCQ-b3Zm5Shh|q;w=rN{J?cMAa<t*juka@oVL<`
zYIIVGgT))WrJX?Y3eDUgpKgm$iD^nr99mNDkeo{EkKHqTEN(U*pX5C7v@ZUOfz#_y
z!=g~{x}lY~w+vi#I&)VzKY()_nw)3UcMVhYwFILS$~os=O<y=!(LPy}GA0zNGv?0N
zWifASdF~dHc$U{W*6y_z0I}>~C(sC!@tOHF{;~d4OIZAM%3QEf?(J#B)9zKqI$q^0
zU(ZA4aaIcf0YnIHdhJ+tN{8Q7Qno0Ev6=ar&)KqJ%xGjklBT8D(X3o;`Q})wHG?cn
zb|HRoXI8QFz-kBkd#@Sp_lNwZrP1zpnUgyj2YK$hD)L$13kQEmY|QqKc;5ST^2E20
zQu-&4AZp|>zHqZVeYz7xosuGoG9dU)^R8ZI;DpXl%KgpZ9hPlXN_px<876aumvE|K
zll%nk?6<jLrq~7hS`-aR!XWT7`=!mQMg`~*Yl!XP)Q{pHeItd=FSS_cE$9={?gV3i
zxbPakOLymd3mlsZN*S51R8}9S&KoUkB0C?(@^NZhDa{p#2gCsJub;wx(pcDOBsY_B
zxgk6fr#{nev41pE@{@LzWw#a|oly>nwU+vj;;=v?kzA`4efsuY*^O9Ra(xXuf3CGq
zQn-X+;MYi|$*DR}QWmwvu7N^Aw7XF6TWgF;JW0axtL*szaV7xKb1(bqtCHf_DK_ys
z28b6>yd#YNrfM=XV@Qn^=l;Yh<16+HSkXen&oe?|g;Us<q5G+PRdTt6A*Da}(!w7J
z_u$-BDsA)%3^r1jEnw*1P+(#L-GOb9F)G@sXrncg8)u97Lu?;gOFT=TpDh;cw^egT
zKg&L!EqQ=rrx7Bdl}|ob`bg1EGYPF#EHZ~w53$oKlF%;GnJd%nx6^4rYgc*9m7C(&
z>-9_M)Fxx1f{OMAb7-B$#<@!85PPF-30?I3T$N|Py~!E+Mz;eKMD)jTFvF45>mi><
zg(*5%khSU!h|Jf-gg98SO6rg3%-5#$JJ{TB)qm$PUzda9_(D<AU^;oezC_W{4%0@Q
zZ=7$a4smp_mNdkevyDytj!y2ahVRekn>ulvTtXy`w#XNn2Nj*%l3I;+L>5{mLY!U|
z9X?S#+G0;iJ$@n!jMN$HqF5Vudg5P$D|Q-4oRJ&s-YYp{_O=^yBoIs>Rb!Ig)7|cZ
z!U656&hR&j-fl<r`91eR2w=-6fRb$~i5#Bc@TV5v@^A^fEA<Rt{YMd5ql+qL^DD_I
zwU_hkButjt;?C>DKGx8^@TWW)WYv_pydJJn=CmJfoZqDmtknx@-uC@Kx1+}~_j8yJ
zH1>i1QjDWDRhHWz&V>2V1TiNJ4zyw<y^GgR!f6)ZlR?{V<PeA>d!b0_ag+#huoyj)
zuk~@3MR4Pr<4JS{+<t`$q6?NIEhxnicv}mlkL)4geH)NGF;;(#BMz=VQRG}Sf;`+^
zqUb8^=TNwV&}gH2_p-5$U%@qq=3^IbCO|P4uU*uL2Z&#v+s(Slh^@K0#cs(q!p|&i
zOS=J|X*!nW4wbSi+6UpwoX8Rp69pUYE#1r5d3D>%%)x};5iAS$Ai~fqveb)vEqmP@
zzEcr4hfnak&btX^rlwB1&?|IU1H^VHY#Y^_m9@{Io^9LG&OQq(@4pXtcAT|4`+Z+o
z|Ap(-g(<uTQmk&^J@V=y>u?DbUEL%M^Xg-jaYg8^Zcz++4czZ=jrLsqz<?*Nf(80-
zI3alU<lmeS7#LC+=`xuZlbEYfSm<NqdRiN87F#2pm!@}3%(<Ui3pv{HxLS*P*h{**
z{RdYB|1+bp|DzzeO0bV+=$rrdj|cu|Q{)={0Srlz44L7qLD9?+QH*hs4EbRUd2bnu
zLRiWIIjZ1#;h4*TFtxw{>!e7#q{Nq5Ddv$;o(1V|^7DO53;v#q&1`GPYH1EC%Kyuz
z|F_2j|FG$cyZ@?@SM>EZj$yW9$2+J0^=x4DU(N=m-v50zu!=bwSlQlQ+}`@F(jWca
ziv9FYD*czw2M3>K0RQX%{TJ29@BV#4@X#2KSm$r2es)gI9OKj*?*Hx7OHKa6sdrP!
z>*-<%zzi3b&W->8<gG%O8o7>QKoh8++URf#h5$VVb}edyIU-06?@8MPL^vZz@wAQ(
zGQ=x)Cvq9KKmwM!T!19cC!kz}E<&Z%L2&Ipx}FPQ=m};k<%a2-JOL)I&4t?%6gLa^
zV_>2n|9UI@!LO+M7^gnZ+cjUt7vt0?Cg0#Wm9<y!ZGN~la?Ub2$9MXHvq&V?APKMx
z5W-2mWhnalgkTPVIU#6@z|_dQMq#bD^fp{t@0{WTxJsF016s3E79Cp0V0j^BZ+@Q;
zJiM=rIU#rfwO9j-D2IHO)iai@st3Rc1cmgn99qa`F*R~}e5-H;^5K~m$nM>Au2kMq
z!)Hn+93NyEZ9t^<62#a5_CG_h4}TBE7P#uKy4-7X*S1yPdd}v1=Qc|=8~%}yZZg)e
z20Wx0Ao4uRKbmtdmwTKD2FWCFfpcMAy{WQet%g9M0F7yL02d3ol*_fjOjVYXF&6~Q
zX%v7%((2;_Es*$yqkn4Tuz#tMtNiC{<c(dJ8abLdc$5Ga`($4c8I0J1E%!6RJnt4o
zbfNFMUpY2|U4<+azfO<p5@2<;I(p!445>mn850oz-op5F`Fan`^*|YEtO1+QAE*AA
zLyb}!DJ@+OWQmwl;SPn>dI^~+ZO{OgrD%GQ`ngyvFKCZ_ssq#j`^F~#5Qz<7zL3(G
zWFD8w9&e*VQ7cG&wy1|G*|)fkWh3L4y$N^q=VarHCgm378L+cp=`7an%FjQ`?J60x
zBB<pAhKTa4@KIf-Hz78jDIT&4mT&0TacQjptXu?)aDo=j!Bq>~FJosgD3+i5qXei{
zi*oQ?%<O#I(T-PGES8hTPVrh(<Hq6_H$VywP&AwyU1$OKIt5#;%SyF^;0caZeDR;V
z)@|YsQRSErdFyt^=y4p4f>gG=={pGnL6m;119sLxL@142$L0_6{0{Fkmb7XKWuX`9
zM0_}1e3U=J!yourY)@2PTxy#5>i}^us~aClS%Lt&<XGY{yjJp!dsKyvX{8A#3dE>@
z>nIjMq6sq)B@7721r+v-%jM(Bg7YW*v!`&NfI3(ZC5!~?X}?K!f>f}AqaEx@|CiD<
zD6bn9cEj+L2|5u%)D0*JZIi^m?f*iYw78!f?*)*(SSfrn7~+WggOrbGl0jOZgF<d*
zTGpVZZ5Ir82!M|EWq+@Ug*`=R)#rneyNb)fH4eD8{nVd=9v+Gda?w+-yJ(s9;4=e&
z0;Kr-W~}9j;a?b$KcXS%UMP7VD~`|IVFQ8>gOS*7@<ESNW6J7=^oqLTyl5lQ9Ja~;
zGdE}d|In%bb3$O7Sc=o1DkaM%=vg$DC43Jv6uXm}A5LPoj2VjMAr`T(9Z$my#ooOv
ze%uEpaSJ4o-0@YGFvJYS1{P=W1eB;?hGOd-Udp0x;MOX8;lzIPBs|}*O|W+NN&RnT
zxB+@_5cvokSGWs!8?z3}MjZgwJH16Y&Os|Of+zM$__iCSM*dJDOk#4g@Ktj!-3dxl
zvRRlAW7^Z73p|rv6ebcQ3s!TNzz1A!mcTJJa(r1WIsEQYC9*)xa9A)i!6s7O3q+bL
zfWxVm1bM92L!6E|A>atOWv>@RHh>PPwE#l(o8_oRx^VbkZB|;~%To?u{u|2ETqEUD
zIkL&gFqw^NqPK7}{`4tP2h!WFFb7(48qK)q*+TYqc@<p*-fyQ~Xf4Rb88HJpdPOAt
zbDseqxSUJgP^$8zk|_0HmPyJSUn%wGfV7MYr^3#?+(bK2uip-bH<hf?Zd=Z9jVrYI
zUBmCEZ>`f2%+EN+eBxUbitHMCVwA}Rk&Zmds)*^~GE%~%DBH)jWlPd7A|*Lz$QL0h
zZ}aj+kgB|L_Qu@WWz+MG&1YORivsgCcCygtIDCdHkcH;xfGQ8|<J{C%jWD^Cd@|OG
zhvElQM-q*<DMgSfq68+RCLYBZ($&wsx$pr57VX8-pPuSwE*CeRH)v*6YTIYbRl1#(
zn{QW=`DM&E5I1+dEV6eayH0HXI@b-)+M}V@(2I0BMI&%*m71VSLw=%d{8^lD$IHXs
z<?9l$lVfWDpW=Tfo+An+lDkPa99u3yi!^Fw3HoKYSfUQR1`T2MF%tqt%_C=BFBofc
zz05y$$O#WWHmS{L9}9cPuQS3tE?_0<yUk-M(q~NnMXlS{f;1zI=*8^@yOkq@g^}})
z$3tAYXQS&k(PtI<i{D~e&5U4B0}bdRHx~8fMi(Cyh|;|)m~b>q>@=^2BD>zRJ7QZk
zMRX<$bAlmhyeyZgGiz&d4;e=^hs0Fkbt?t4&N3{2Ibj0%J9QMRDu;{<XY-aL?k^dr
zr^3~Qr=B!cJ-V0-v$Rhsq-+!lllHYGitw6YFK*PRe4=$<(s%Z&`!|veDIAv>z4G!K
zF1@S66~Jiv+9w$S<C{%hHgD0z>Zy<}#eg*{_HV6(nz&xd<!$DK{$8UZA&tf2YqoiQ
z60<Kto1ewOPA~l=SIesE^yW59Ukw^m9{6!r-jZ^Qrx_lCz}(`s-?^FZwoVCz33p+{
z{$zw`-NgLG^KPEy>6`0KdlScJIR>wm41C|IbiUO8cI}E>xLniW*UW2h`n(TX`9IjZ
z52q&Je$V$w03iuYq&HEDbWo9w0t(W_Mh6i^>7vq`RE1EalLmxP6Iwu8=)DD`_aaSt
zwII#7@p;bKXLk0U-MM#m?(Ck~8U6+!`Mtld&sGG@X?DKq_h8Dgof+AEI!lVqFl>Be
zm!=lEEdA^FjV1nWlTXm=qUDBHiyQWlCzgL=7Mh_!Spi=?OCKA}rPkF?#(PP67o&$6
zEiFi>pXFckcN~qW)YhljHQS$(T<bpYEc>q2u&FY7E}p1$KlWCOG9bIHH)(qlSm<ui
zpbcDt*2ra#ZM;6o=-WusYBHtVJ^I>(wqv`fN%!mJ<}BjL7noq+58Dop-}WX2`F<V3
z=Pq+NOjieLuiF09zCR)yv`lLc`}OK0oB6z!d1{2Y;;*2gyoc`uUO-IW-SMOo@p<Q>
zP3`f^_mijh(m1tV@G~cYU>`3(%B6hAS2t))AR*0@a-n}-2YA6O=r{Y@XCEFUulmb=
zb=ggO*rxFA<}XKW&v&8)@5JdW@3TFVrVCur4pTYj9H`(qnIEh|Ct#NE$s%laUL<Ix
z>;CE$uk{b%DTn@FJM5FI9pA}@X1)l07#aG;JHkxV@=dCf{CEV&!H?YRNz+>C7L*!n
zFKR#psM21F`e+t)p#_@k5QVIXLQh6z97SO`VOT|2ju|Y^2UY-w;cH+;ldzH_7=bgo
zTrs-BEV{}kx&|IyTN7PB8Qpjk-OL%&su<I57Srhy(+!X5t%>QIjQM;NGsqb`tQb3L
z7CY_}I|+}Su8EzUjGaG<UEqvcQjA+Mi(B=HTZhMO*2Ha3#_b-(?Q?$orudO^jdker
z@d*C$q~_z<<VW(+M*vqmNGYD$JpP<-JRKq)LX4-Mif25IXXZ*^QA%JnPhj^=;6x;F
z6BBr+68Mi31h^6}D<uk<CyMwciXsxliHVXp7-BL}<31UhD*%qg&_xG>L>7P-ZK<Ov
zo1y~XRCh>uu=+XbB$-7z?R}sgF<B3nWVn%Ra10a~Op130=j}u8I3`QHro25+x`GrN
zB9I3_d7w|d@0-eR3)05WCEBLk#-#|}2ig*WZ@{Tu$0^pnseZ&XJ#&!nK3#%sN|8HM
z2Ap<21jH7c=0$|Vh;Um90X~@Q$A$3MMTipUJ`Sel2dBK>V2)jYW4MrBzCc@Dq_r+G
zr6-MB9g$!T(gwgyh>(i?#0ba4Gy!Cd7&0#km@|dq*he+>p!9o?$;ZG1Uv#n(sL&BD
z<c>i2f^(Z874c9>F$kM2#Q{K0k`bsZA}X4QYVJWT`2ss}$z5D2g+%nGFS<Vp;pzw(
zHb-$eLgElWp23t@954%)Ie(m9KZVNYLgy=Gw3uT!2<T2kMz?v!Mh}LP6A;WHg~rfP
z--JTrOm770w-S;{JcF#10p!O10izpxDC7!8v^GPm7Adq33L2yfafDp3$b$Ajo*>{h
z=4rFIEZ*rXehB8)NhZ(<(?|iyPf*}mtX^%7)Fv%KEW1S3_*4`+MS%%0@K|ED#dJ0w
z1e3RstLc<ur-ywGK^NlC`n6aG7*;5lR)!nSvPrpCzPIZGopMZ@>4BTq=JHRcXCLQ+
z#B-i17m%MT=h*udyntbyYjb*iF)$d&dp~aw0ik#tOK|9sdG5!k+>gHb$liRb>HGz*
z9AS$b8u5ZWSOH!S>o|?)UMPrG28r&2J}%HA0O@&ykSg`;>29buK0C@h%@m2l^k&x(
zv(%NbRFHxXemN1f_(7*U$|h<YWlvTX)T;!d#TSn&gJc%4AA`X)y^#CjnVmkFnaGm%
z+WZc`qMPCcxw@D|t_*?AqGx`kL&(yo6Ffz!ne{7nnl7C{7H=qlgw<({AlWtIsG0?#
zRXxfzeG$tRj)K;|iAwW_mF;ljsUgU2<pL}ce~2#?;wcvM!%+DbH}#Z`Dw7E?NTD#G
z1Y!xn5g;qm1Q>O+@B+@vDVHNUQ_(NGO|R@uU0J6^Daaz{t_4zerb76%!uS+5g{N%X
zmI9oM%?k6bZqb4zO0dC@!hJ}EEpGc;q^ND~R8;n@=rVL~$!+~2PE2-OPo^y{b5;p|
zP+N4cnHz$v5VXvD$5R>VUjV5s9`nn4uU~w{vL-?WBqjdI-3da82h6ylN`8SHoO3Tk
zS0Ru@?_MGsv>GW<q$pl%QJdwfg7xyp{}3<zu2&FQTM?#GH#l8dtX!-Q1I82<^do3h
zkLhkj6(&hky%jgq#+1eORBigDbr-^;HmbU#vxq$<dnZ{p$-T99;&uJpHNpCI^Qcn2
z&4Lf8JWc`-;?yXrj82$Bi!RW@!P%+CkVF!sQXM*SOqfZeyS+t3TIT*%DN~&xrt3Eh
z*Oe9cHyfVjpXuh{daFs?b>B}KSa>T-U_f1DhTRmV8wccXZsE6WyeOI4NdyWSv<ex6
zMBNcl3rXr?P4bpaZ(&WH-w>yTxSOZ-t<&{c(CYNwCRGwno2PwmGkqbdd;ni@2&rSP
zZ@<7>`T3;%+%#sruH}*e;u#KjSvB<{rb9?IRj9thavOM2weyK&Cnb*(2?l8sQY9rJ
z<&KhZ%(Vk5&1{9lKO~|TZ}lrwl}lmS1~QjCS_tP4uGO4PDHX>?TH*g3<Mk{HF7<Yw
z=k1xDX{PUM?}wFYtL8n0<n`8~?GP;&V>+IRb!J$lUUccTD@wwhCF5p$9T9YJ0m)R`
zu8R7$tipO0iHb}V3Dpa?R_X%rHdAlccR<>4Gx^=K)pu&E8^ArWE(K}4J;^aWcu0Tm
zNiCxlmZ`78TDd(-tkZtG_eFj3(rmA3FI`J3G%vWz$ED3PAb0=lbH#Ss=_zIGorIYo
zrPmIqx^(mV*P^%KcdXijdn=42%KMP*pIs>Ic>_~S|0P&EjJKe-x2y+(pFFOg+358!
z2lA)WwYEaY{-gu?fee-5dNi3R7D#gTFFSA{1@Vs5@gk{t+XGMYeO2&1_z}gqz5#Uq
zls{gtubQ^Fn$LL@7}ysfiDY-roj?HjcZOsHBr9x(f4YpBNDX{*85Rv3Hrg2-upE{N
z90)2Z0l3s+%}36iW%;0Li%-XccqUZm${1C1W_SmSpml0`Lm<}*Wn}$pp0NjNk|@#`
zps&d+J=-#UET&=jhRftL*U2Mrw`_m?i3{m2s*lQbG;k-My`lPCakqfQAQn<uFrCR^
zi1&BJrpKcE4Tf1HCc~s8g#^aG$BaodOcG;e$k8)(4aB|rwuA<p>r7jcR6}XQD8FU9
zo?-VF;#7b7;57Mcw!1H@z_nqLuU+Ohv59w*-x|~wO7v8n7vGs#b)7d%?^<P;sdt@e
znCnVn_##KK#GU%I3&)iL8!&;@Q`U2~esgR)v&Gg$UeQ2bzu8PkZKxrr4cinKI3Lfj
zNO}FQ{XJ9LKhH7WM7K+_>7Q%cCjBJl7sP(4ohkuk^o?0h{|Q(kilr*4jx<S4UXqoJ
z-v?DnEwbHQ<cgm+?Oj$TQ-0>Dcoz>C#%5xt9Qp@r#i|4RfC`k@rf(^qRAynZ5Z$w4
z`gw8Jpe(c>*qI0|B7o!K=|uN|dpk3#^P?Ml<LeA7`{?<bHy2$RXI6G*zVQ}$%nzv5
zeI=h-jqAC6(Tw@>pk#KI2)x12edYIr689L_pk%Evw7?y#V-9k213K<5r@D<fF)qGt
zTz1=CCH(&UHfUAWaO$SZlxoa+`1}B(VUx3X;M(t|4Dp$3E|S#*NE$_fum!2bZK%Wn
z`Sw@UZf>{QY-jMVH5zTd%2>^iUQ939$SfIdh~3=M>w3ZP)i`6esBr*BCjAnt=7J)F
z<2HkTuN?9AWk}4_D@!%shStO-*O#oOyKSHvmr)rTKc)BF8FzlU?KOPf?kd^tiCgZs
zS@g6at;DYI25oBTPjQ{>e=ml6D5WtE3>+JjT`b8z$5{KpwQY0vR<-nMT?UX3L*8?r
z9~FML$IiSh@@0$kd5;{l-IuY~88`MbXnx@4qDA@`|KO)!zAqlLpRX0KaPGm);&xll
zzNhui@fZ!i>DyP}9;;B--*p4W6X>q&1FvO%`y>5b<Q0%#eeWn^<LbNbf9GPqY_~P;
z)ueylGF+@yov#ZRdn{fA??2!U8s-n)@!uY0dbi?7p$vj%Cw&h(cG^N?fe%0GLldEu
zlobrjmI&b+AM>{4yTczg$5tPY(H{?Om<|t(_WnrkiKHL)H|{y^9S*rIM#S#lo&V)v
zJ>bK=Yw(4X%d=F2UirW<_9K0vNpiAO)}VrUBR-zaJo6j&<G1d6hv}JTIP$#{o6<wO
zizip!ZRB3umv1_`@oLh?txY*#mYBIfdvipv;fE~a(nr^oTHas1Gp9`#$BGt=;+T%(
z30tWp$EbV1(NB&YzMPFb`3-ogfoZ0vl49kB0~a+Sz&zsNX0l6vHFAsg_)FQ^5j>at
zwrkF}b;oc@!X<qPIh~0TcV83`5_3uMHzY<^I6n#YrE%IFvWk_r4rUd4@%`6?;NOR0
zZ9MgyQ-pOwVgh72O<ZWp>=~q!b!2y@2+$6BA)moTty<3=yV;(DXEuo!?N{x4%3j@T
z@v}VVw((~FNk`~)7CtA)*7M#JsVALigky<CevJrO8Hl~z!kDZ7k<VcoWd7;gJ(8>I
zxRllVm*<V1)7_VLoAZCW<$5$+a(D53RMRZ;x1*=45tbQ3Q7l&nQT-t&;eEQ_|1lKX
zgfILgd>5lZCsgS7bL(f>#3!S58?t2uVGJL8bh=2MW-^?=;gX*fj9M3g!P<1QG99=#
zgx28~bZXYU^jw6x#R=4^e}`h*cHSg(T-S-C>zBK5@1cy^kI}abjpdWioEwi;Va`qS
zE-OqqwE@F2N?n|Z8>IknQhav|M#WL26=dn27bjUWc%CUgr(91WZAn<{K=thkouGl@
zRkb4nUQ!49(+ZiJQRA?yhSMHx_Y5aJipb7XDe~pEVaYioI>NEy`>(S%V`idTRnGgD
z%Tn>77*(*`#A^?9uT*|ZW$qEYUm^SDLXyFFYk-v2;b2U^RERjCKP$}adJom_{ZH$o
z53duhxBh`(-)5^r-x}pKGt-Puw7m&sDZeYKC2wwjV>Yo+&<1c}^zdd1yPDBs55vxy
z*(3)!T1TrS%#Z+gvBt$)nvaEVf$hCztS_9gQ3kCZe$Ho*4tQ!F`0FdjC&^b&weD!e
z(1r9ln+uJpu~tU7O4V%lHB&tl{$@Kn)M?0C{q_>SiN-DAJHMKvJnG{#S9d$ApHMXN
zDV$__`6%nlSmwocw%fU0kFI+&ZrzYKC6k&vW~R%{F2yV=D_48GCM9LRo#XR;9v?{^
z=LD1~S_n`5tC8dER-G1DG=wd0piI$KTJOj3H(K4BZuB$@oga2om|Le%S2ht0EGu{}
zPY+R+dJ&37p5TYzurN#DN(^z9=Fti}FHbTU9Y&W)RyepSe<rSp{BmrD#3GF;w+!xK
zZKf|9+-+>;BiPNk-&s90dYGj8hTZ-GDJLZ0%lK$j%=?kck7Vp(uC^(Afw#spKLpuN
zCLwJO9y=&3QFp71&2`+j{KUIn#iV@mK2*r&dSL85w!l{fVCwCwMM{yBgn*b4B*t9I
zbgFM?STQ%{{{GY04@n2c1NJrYcv9vE-dJfb{AZ2Cw=x!7qB^X-;NHk<HK(3~VS^-^
zW^Qk47Pca}wX2i<ZmSI#w)V&L2PT?&x9g)6Wfg?Nz{h!=)jnGJW_O0BX(JTdPrkOY
z5gd30%c~pE4DFBE>&&1`J}8XVc@y0v3^iAG+3+#!{&iih^BszvryH8=#mpTd0xgj*
z5zXP(!<Rc;uD6{{8p4isC$R26ZpxhddXM88h>J$4n`yK4L4hcZX|fMxqf|QLdadBW
zkB15Q=V{%8>WnYbQ4#`{gzJSmE8H_a8C+Ud6P1LXbpGJPz^FGg<2RpEE{C+O7nayC
zD|&(~2f56g#ZU1_I_kURwY$yF-=uck5xL}9R`W1CF;+%ELk23Bw#>RId<PtIKk=_d
zJ{(`({FVE{LFk2mW)EG>L1UZXXt%17^q#(sC4&T=yP``p!gMX?^!7vVDr%zkC<y_L
zvT-Q;D27(cL6fc4_`UpS7E^@79bx7BFq2U%M~8#<jatekASEH7d?BZ${2(!v@+IYe
zhJ@gdP+vf;;;jLmu^7G3pwmI`b$)i<M2^92utVtDRjN651#BaLiYs6U%;nHUWbwT1
zF*gXMw(`bWN0xB;-3RaKC9^)+*CO|x4$2f&V|P6F?kw_riTs?_xZUt7@H_PW>8^Ly
z@1L(UfxHW0jPPcf8~Y)&NLw1(<Q9gYwXjRGM&NsJ6eS_JMo9>sx%r3@)gaQ{q^Fns
z%*1No8sZPGMy)0uxu+OYZ~*}-axUCV4DGG~wb))7o4R~K3Nz0!Dv^@LX4|gn#s~9M
zi8g+8iB4q@$moFy<J(@ikO|O|d_N224+eEzoxGY@eNM%S7sy`6sg-oMY}M?C9Y;eX
zji~x-dr^Hvuh~3}sJnX@?_~3Z6u>8V!)mn98Gv1mK+O}%3^RZ3*lh;;p7NTo#`Eap
zoSIHY0!@Fp<ykYWIzST?EDKezJja^)8OWs9uu&|$ID(<fx|_s<`zEopn8^rfv$;xv
zqvna5>)}%M-`B18w%BzGG*~>WU0x{6ObxuJK&xu5PNp-{6P;dFm6W?O@0pn|=e%n=
z)ZE^r&CIT8d)JONxKTd+{6`6aF_`XueG_ouk<mY!08ZV9tdIW60=y;`95!a$7M9!=
zk1tzWvf3GPJT;?~0hb*uB;HyJTic1hw3l;oR`hjJ@pz-;=K9~40e5|U)!(`ON4~&;
zh{zuUgFlXr)6XsQot*xoGC()N>tR%&-UpBW1LA<d|4AHR9{JuXDZ(%$<Rv1;IVIU4
zKEWpk5tNCg!~y>*0~#vO)iq&x|5gT2Oo4)$3S4&lpQNOJW&s6l|DFZ3wO0Mr1o|2W
z{w)jWnxFvt<1;fe!(ZlGC;R>i`-^{@fa$NxlPiClfR$}Z60p7f?ckrh{;wm7Ca}4>
zIre{k5&-yL)C6SzH%)-eznXxb|4|d*Wzo{AE*v5Wpsx966F_nHYf}H&1Z?};{#__{
z*si4>?SK`ddFz@xygMih<=|yQ%0l_e4>f?v$y^BFt91&XXu5J~SlaUMLV3gA&GJz2
zCd4?^^dZ3B`?Z~3*oKr5%zFx67R|A@3PAtrJR#Qp9H>_|WNL)A0QGxblNI`HOgQ$N
zM`>HhlqR6$`?^%RysiF%IIzwQILXRc<vcq<BPw7~JSs~SP($MmkfHi&vJlepRohs|
zyZDgbn~3;e=F<CE)YwVVOp($A+<e>vvA^U%dU_dRq8rJ9{SYr912DcFa}7d0<4RLW
z87HqBba?i+33%vGO-FrEMxv;-HT2qL-1G1a%0jt_I&R$758&~Sg>uJ#TPSa%dHHvt
zTqMKA8bX^HP9;pi_Urm8g*9%l61b&<r=s#P6km5;PoA2fNx}9B5PI*8RtmOnunGdC
ziYfr0G0K}l0GZLdlrbd2f@YwMORcVi1VA=SoDABq3j=_PnxoWnkQPr$^7%KnN}JC~
zY!lkqowv)nMGCje`{cK_KMiV2>{N`JIPX+Wz9`(On)N~zOUZB=tC!L(+JylryNwCr
zIaozwFFCsAIi2mx3%fcC`~m<X*z<v~*3Wqo2Ln~#maFHv*=`b4LZG4-AXAXIa=SW+
z5(X5q${vW^_y;TStmr@otk6Z!tTKk&@1U78ebUJ@vT)Ecv5|)JQN=3&NX)<MNKl2n
zYgD#Wmqb|xsrs3J+?CHx`{YKOGyYve2P)^Gp*^xaC7zE^xSIKxkCh7~gMR;0V*pHX
z_Nna|9!$5E@v%&lf%ZK$u8#^Vk|(8Ai-o3Vi(`LwS-czn>+IWtp;UCnZLZzmidl_6
z$d^^(N0o*?cT<_dk99u?dQifE6?WpAKCVZ^xr~=KKUO31J4iqq_7zLvl65Q$*uy1z
z5SYxfqUYi7WHh`_J@#UFyRuqRJ&<_pmbv8$&E!va>-x;a@OPnHBliHi_#Tu}wfMf!
z)8^(+Mc9hxmdMzknnn$)ah>h5pb7bSeGhxnahsHJnDZbQ6j^Abel7A<;|qSv=1v#7
z1Fl*5kSogxIkr^id37C_GeSLDgU?YG$~!BwBXr_bSb1jwD%nsDKxYW(X}mgpbNPoG
zR{;Id0%M_ha%_n!G~_#5S*KP7f}VVLWE*>)?$bZGktJ0eC?OXu#ke18WH!Xoaw%nc
zU66<REdSoS%N9TBhhb|wOE<m4>~t(%mtAKEgz_Wo*h=9Y5EdZ?+vHfzXs>p8?9hk%
za?uP&9K7su1_G>i03fr@X!9}H%K+6#@%lE<?tUxHYjce+I_0UY%|?P@s!uL4`QF`>
zOEjsnShAhA*EImCCj~+O2dqH$k)&wX3WXKeD74>gM<`KP0g{j*`q2o56?l<QZhpb-
zGldo4J+Ekg%?M6m1tyf%^hc*CtiZ_i-RHWhk14DGHUdRY9@dh4_~2ghkC6=9mi(iI
zn#6a=b_`$#@|WCy|L^4fK7dYL0Cb_dfYJmEDf#?hdJ7Qa+cc(CfsZo!)P(8nVQAI1
zTXKCP#V&qproDO8k{8%5c8TKbQxaKb0CTu8t;XnW`X%NMI^mZYv*@&#TX1(|Lmx$}
zj|sDCKpqf6*$Rv!#H|*=_uN4gnLk3LzJ<Z9JJh0~d0dK8Us$MzaW^ublbx)je=ZQl
zHBLB3VFkpY_5~n*?)xx{9~AHaa93e-NNKR8%p;QWUhg!VjDN%=>AAsgr#C_=cA0{@
z9WQ$Ij%0!!Q>yVhP9I^TcVsJZ#=>OHNBI`v!nU4}hl5V0O`FtZag|_09cPPAgArAY
zH%i_z-2TV;|2ImI8=+^*2N|L@7{#9NF40yI|IkU+C{I!o<CpZGN_8^HlWP!j(9*Zi
zJgQ(;zd`L}O0vjl9mg5xN<Ds6__)OHMv<Lxq4^h#Nu^g7)J?6#YQxX89{IF1Ft#Ks
zZ^k&%Xp}IW9!$+XGxza5YkhLDi*JA3hyFL?pD+x?M!H)MZ?j%5xGn4yxa0q1>T@do
z^lRxm->sSQ47Oq#d1)&StBG@4o~45+goo5BX3&QfSmyXPD#h7F#@k*wi^Y<@x-NEz
z>CwEcF~>`@r}LT^lg{fwJLHGYoWliqpEl{6f!wNVEeVH{MQ#qaLp}|fNYg73N%p%5
z6POjvgV3Jv6wzcsS$i>++U!fe+q}zomkvrs>!qa1((V^64IMu1+e<0Ew4(nc2kD2q
zS9uWoI$&mYm$TW}A@t+-`j?jk(^@D(Lm1e4{hE|If!=5R4xhW3*j;l*#^4`!uc%E?
z1{-oE`ioxF^=%kcS9fIJyng@uQ>TX)LU4Gu@2FD0vDx9{rl%3Duih2CTq+-f1~pc`
zdAnm}^UKemDbMYWFwB}x4%zm0osa_r(j{iF=2~{jRjL%)9F`yD@28i>5Dk}acaJZX
zr{GbGsxKu*iPf7KKi$c5J2cf~t_fRr+3-EXya3Z0!iR`p?T?1`y4O`m%Z6ev`bkrU
zVN=t&H(aZpsXogU(Zn5(`8@urx>iEwSlP;}3~@DFIafG4FL{L}iEUwJ%fbWHWhCD$
z%wTt5;n$AXJ%0JHe(6J-_qxOG;m`rkuDp!(XN#XlBZ1J_PgPlS0n)_KB<G3bEo7;=
z0t+^s{%dI%-_)Zxxkw3DbAz>(_Upw}usLZD*9q_48=sFloq5)jnz&a$<k#`10pBk3
z1WlOTJBwtNaw#PR)ICZK>lci+|MbLf4SDF>He>W+#E<;_F0BG;$H-62<7~OXP%WOp
z$|{MZGHCC!Z(~m`^|ZYnG{pH2RsbmRE_vZx{`M5faw(!zt#6`J9=Cyd5j|p!@B8@a
zdw;{s{5QUV;5D~#Q%|u8tGdoW;iWfL)vsdH%(z8>U%Si_wB0GM_-VqfEfeN@YmU2*
zEkbQy<gk0svHNkQy{q~eVB<++JmKwo&Zp?gtB5NOw2{G|CX8jgpH6-aX66iu7526N
z;BM(fyW?$_N%NxJG$32v<Hv;SVVaY$1GRqjJHKl0&CbwZ(?BXZhaXjM<P-%ge+5RS
zm@QukA)TXRE3i-LvcJ;l?lNK1G4U{zIrN%*Xu<d+`S<VcM~13)dIwFo*%${NRM|dZ
z4hv)V|H}$oOa2Ed@SoS&|JwxMVxl<{Wi+69>frchy100d$RO}aGi}@;nJ!)(43DQg
z`5E_XB+6U`UmXNq8U#`n%K3~zx4_AljFUAGptxqb#CUK%<w0FGQQ4Q}iaU@a9%w=Y
znmQ(HnuDy4Qz*)Sa6BkvkS=K<xl|o`Dwo0)0yK$AdF7a5ib#3W1AOY6X6u_K3`j~)
z2Rq<WT^!Gg#{=CFK#Qo9aIrLZuC!O+G@oO*#zqPcAeqM&^n5DKs0UI_NDUEVPB4bU
zdf;!xkZ;707Gh}$V1%Y)nzth&gc<zO5mICfC8{$&=t)4hr$i#)m??N&6g*oO>0yq1
zql9?si1sD|lW=GaCBzj>G64amT>GMk3EArKdPI6Hc?#9eg`PX6JUs%J98>U7=;SFN
zsRx~C4iaakiUEMjlu*^~C^}zABQf2~9QgJa)ufATo=T4vOLH?vF8^%;fJ;%pwT%=$
zTlo4hrW1$W6wB)E$=Kyer#K3ZJ&0pCWM&F})Ps5*m7b-GjXBO-@WqJfp{e|UU}X%%
zB8x>lnbjg&UN1|8nJQ!-S%!doLqz^S#1#dn-$ACIA>g&gSwL9MJQrrp7fIcVHBrjA
zzloJS!BQGgc?*z*1!#bn&AFLf5)9?-jV(3Kae(C=A#yGvbDE=aqBnAkYO#yQ=~5?H
zu6?Wt40z)NXx^Kv(3=|!!;o41Kz{qkr<>W7g?eH$RAV}(f&g?>#w9_pE+=^cu#^v6
zNU}NdtzN#QUM^TUmqr;cgTz=M@%Y-@E12w3Fc>M2o=<>$a)id>)tlf@iY&n`i(^yA
zH6!!fYBS*$IqBkPj8nd}9-icc$8Hwo!*UDpcv|IRVcRTaZZPLba#4J0bv)GG35D&3
zYB>SxxQiONi!SNq=$+)f(JPwo!Fg_CeUU|=lOi{+Vt?-9Ge7)DZ~lly_LxN$z%on3
z9kc_^o7v1RHHKEJ=Ph#Ij+-pxjxTBPE92D1ZaZNwbE97?V^jTb*~hqt7NsP=aw)%Z
z6Xo1fWimboS^69DX^28RSQ2nfaCzlq+GxU6_pE)fbX+r`l2A~M^c0B)vPV~ho0m-@
zDje{@rjrV7zp@>CnfpnZ@Fq?IhIufZehy!L50Wh@QFV2u+>iUywP^f1@hnCE>~-^O
zUfXO}2^=#F{hFuxx-vr87DQVJ5?jdF<3i0USA3Z+_$Xdh_6%gKpTp{0;^<UnR9In9
zSi(J%mjWqwK@trt;IlZQ8KPV)x?Hlb+<UXqUk_snD?Rh8eKAwoKaFKNsWMlt-XNmo
zHh~`g)irg%8fY@VdzyD0uw@3wYh3@{yuO_TycAr2sku6+FgZpbNzM_HzmOeHdA#@_
zAt^?vFh*6dsu1HzHC!r<mz679ov;}soTzx|>y1?RDQx;oWgaR2Sh+UavZ+Krx7a^_
z09KysR4T4t?I}^8h(~)J*ELB{(2;5{-|F_$W(LW6$_D|cY6~}}zSlpQyS|0Ds3jEv
z8kA`0V4+HiuDBmv!AdGzpfGBrhNZfSmBJEd3)~r3IjSz_Kn0scLQ#q5?@M6Rt#YO7
zuxB%EKmAi~*O!ZN*8=GAiUB}%1n|CU3j?zLf=dg@zk_SG#j3A^%@~+qEUAmB5It)!
zsH>4S=rn}3ITUq1;Av}CZbR3h+MI|e%PzyS97En(3h5toMkF7iy4rQi7or-G_)4Gc
zlD9?a(FQo{*%oeF;FCVOj#fG;bjg>(RtZUB6QmJ-*5DG;<4oVx3F#8FAij+uZq?;P
z)?<rY@}qm&^HjRA{^fh9t~Yw+qSIxkx<v|BjWGJIjI)k*UaAfjFdM3`$EtJVq~m2#
zAIYlI5#9NczRmEoC(otQ)IY}*m-!ovoC(NmkSyKX?ENB!TT$%}S4~?2=ZaZ;_TbLn
zohGGh<=xmuap|{=2lQmqSGG%1bzBAyp7qVC3=a17k$C%sw|jmYbk3{vj`I$!@L&(=
z^M6<kEV{HAOy?BG6qWKez27doc-p%ufhN+I=Esn6k1dBdw<^xit?e$Lj!^J9>k+Er
zp5B<&dT}DSe-NYEFV#1agD%spD}lufEEn}t+>s240a5GW{g?r?{(yzb7<(~1n!enF
zzOR73=p>*FvNPDA*T=RG?05r_PamgE9~6&ib^AT8)G(MqPZZuBAKUIsfDYXb9I#d!
zxB}^8b?sJ&>Hf`Ceo#wV2pD?I^Vx)F(%(9VeG3>ahSOjeBA<11v_hO3rkq^|>C#8~
zBuCkJDzh6Z!~<Fxi$_k;)5*vQM{!(o?c|nUuV}-VwOV=F3CYZL0B=>)HjU~~9+)v8
zuAkI6_5#yp``WEgZJJPa=AMD{z9BNh+%QA`$lM53;M|SCIc$0#vaeyFuLj%KdH(m{
zMA3x5RM)gs8_ueiXKQ{dcI;PC&Sv0HTmSst?@5`WPK~)j)_|!eE_Yfq=h&QqBY_KJ
z)(eo&Q}m4s)N@lW>T4zq=f`GySlwn{Nez`4R_+()@qL~o27Xy1mFUk+9H})XGK`=0
ze_`lfdTtFYHI{_&^bG!<J;y(H&SrVsa9MtLL2h?JDPwNBe@c;W!r*i+op)YEZJx@o
zU!rl*?QBw;@5@DUKY!3yty<uHm6_w;lTR3?pl7Y!e5;B2aGB4Lj!<fa&&wJm%g*H0
zvAJd1jOE*L%TvXDw@b!VcPN~YR6pK&dct6O%xdaPYC@vqOS{^VNKj*eTH}1oI*-j1
z$M)b!--=8Sq+^&)p>g9z;|7|%@g{EBV}8TKZP_(w&NFTeKfjQ{u(%L7zaX`t?z-;5
zu*J=|TE;-!ss$Q1j>Mpr!uh|pYyuZ0wv&2SVk|d&`UmRt`ZA0qlY^-*H*bsvE(<Jd
zyt3KE@^8Ahtxel36a<Y>?=IhJ9QXY^m9?`bQ9oEC-B0<vux>pe&G7XOL(zTzJrQnV
z910%mw#^m4bU$u(LwPkdeGzRijtG_{Hbb%nz%jv~%K*@X+kyZyXfo(vdYAGya3{}g
zbC_=>e|{DGd9%2Ly!L{3I?-)iT6KPxe;#WvvHE+n%c$4W5I)qf^1|l3u*;$g{Y=8?
z*CqY3-k?Q*4KQ(El4uOg4+h6C&<WWdaD6;@kh#Nm@n`PM-A7EjQ0Z@lacj59Q#Tk6
z&(E(wtQS{*e;W<>=6u$p!u0)Mci0iK-$m|tAwBf2vALu1kla7*KQJJ}-#M-cEo%Nj
znJs5GK0rwyu)f=2xpnaH&r$rqfeF(Jb>r%S^ycfE-@Y0hI;QV#?l$yD&D%AsNoNA%
z{3pW6gYF;Ge+QM2KQApt_x!P5)wnmWb+VL<mWmQRf(w9k0S7SyN8Ferj=iIVy^T(p
zpXnvbJWStI$n(o=gbh*NxxA)hp;sfKOw;yzhmx-*2>gp>aXkgr+q%vr(;qv_$>V?K
zzDPBajmTeQ-1?@op_RdqhCio*wmVU`4%%gY_6!{TZ35JpsTlb0IB0~mM1VNtN10z^
z+CN-ilkPLVx}*(*T(?<)U&ZRg3F{}0#$OWDr7({rKNQ~x=_g2EEipi_tm>smUpMJS
zWNG#zWui7$d`H*x7&YGZ7BN?9##lf8*Ft#^4UfsTSy}D#mR2D!IFVTZQY+=qveQhY
zTkcGe;CQ9kNPXVTquV&^b~6Xntvd#j`<(?M=WnSUKcF&3#7U_H>Lr(dMu^KWlKU5i
z@@Y`23EI4y75R=Syat7<F>)J@DfeZ%1yGj1+~yksqrckUFqL}bn1o>lD(qR;zuns$
zJGDBVucb!)a)lF?zO+PNI+sCLCa4!5E|cj!`$pvXv|^^)P40^I2jgf2-VOG)()kyc
z>W^e`{DmMvf;tt`9d`-qNd3a|LWwA8&DsUOXiW%%T?w(_q?dHLQAoK@wN-vgx?*3Q
zKKAktKv+x#RufNOm1Kc@)fsOL8_NIbw<#$+A+&roj3M-!Kr_TZM^;xj?Kz92jSp9e
zqHeO!U@KHArleIuuqax2Q<3_iEK`d<eS0F~%x*TxV1+KckH7VG2j@sMIYtg~l2m$k
zED<&!k`q&88!kdCTrsGT_1u_+R+mtIU!s`wtrc8cC~crm8x3u5DW7qBD5nr;U=*i*
zO-xYXDe~dnG5Jq2*ZStSM+)e_L0PV;-;$Lxwe~iQXE)EW8omGYgQpxxr#iqx>1%7B
zn?YOqS==Mi>}=%p%bh;xHK&K%-Pd`npAV>+jb*dx@Q0n;F95v$T50Y5WoL)o#ONv`
zSUaktnsirKDs@=zYJJ7jZl7hh;nwu536<0G^ZOm~)Zb#{m{?c)7I-iD?{uoX)Ki!f
z_>D54XiCDAh4Kc-XT0U}EYn1x<eD^1y6?GMq-QFsRl^Lxn>vdwP;#E)<r=)&NPYMO
zucTH|Rmac(T4dFsd$7Iu<EOJ->L1T33*~+iHYTapz#{k};<mO5tGsQUkYBW&LUm=8
zK-QP?@9UU{Z=x-;v_fmIsZ62XX8)lG4^@0=!#&;fwJ#_O<%Po$>}D20cfi8h@l!7S
z>C1_3PcQabx<#xoT04YXpHzCvtZ3%qkx(l&c8%DcLT^%#vPpkMa4N9g`%86DIo?W0
zLAba#!P#T=Y0BK0%i78VpY`hRjKGr!O}Z2F?eB3Jc6&k(kQU5$>@295bfgpxO`OGN
zpLymk{q{ayyQO4b=yPCivm6(#^nLYvEWd}iT=k$*m+Sm#+y;4jm0*lu^t=M>*}5!R
z$YU)f$oCzLq1L)ZS^f5|UyqP{eie4#;WAiPJro?ee+#0u=gVdh2Zho#Y($jY&b!TN
z_brd}0q*nDnG+sAn~JL^^)li*-)vb@L~mIK7yBgow3Bo&^{dCuPuTJE;X2;x)lqwH
zPujB(+K=lVh{eXh7j<imABF&>D9--M!o=rm5CezHFg@cIh&en9Q03}L6P|UHr%){u
zN-g8zggLeYmB$tj+^me!gDfcO>ID%b+MdyfuhVs;wZy>M-(=A@DBhNNb0BU0V@ZoW
z68=$k`>`zSUU0z!U5oKIQHPf1BAG{#+M+<3haU3;2w6nU4j(BXeDKs8@C*xYrc3n}
z*9(rf)ps&ULRJ@a)XVqiKfwat%13{0ksD;cxJod5=>$iQa-veGBhQcj!`ZKQ$*@B;
z+yOxh)H{Y+a>c>}cn-C5`_hv0y>byLH6T{7@82e%;iAa>*RU&^*z=-iU+E${8xrH!
z1BAeKg7?~rA!Y*Nd*Kd$S%E^itEdYNR|LN~f@1A*?g$=VSx|j3jB5_f{mTk`T6$oT
z)0%<6+!5kjq!Y?npcXv3e?9*NC=)_q1sa_8%R#~}>^}=W*3g*z@5~CQSZ|t4)J}A`
zc~#a~?|MzteW7{f)1hMXEp?)PP3x84Se?yb)kMQy#H)a>Do;+vCmMfsybAhR_k?^n
z(e#JLJ(xz-7Q`{xOsnl4%2scCPGPcz>HpE$XKJLD#@j_PP5ivjV5}wVQwHHlhL^ZR
z-j)$B1Cx0oCp%tCb#Q)Oh&CF<Tu?}L=JnvEwG;q!zo7|>8ySq&=jH0M+mHB-rZ>H6
zfGBxfRc=*=wikb^RAPDf#<GQXwK5LT=Xm2gVgUK#Mp{b0EB_X1G3K$-z!cuI>aFns
zdM$GoF(C2td*(xK2aQ|FgJ$5@kKKn>H1B;IG$lqbJW8<RQLqR~v!yf&##BYBC*tYB
zEl_dSjpHf13o<njnRaGgv5&a`lz=Dg>-)?2K226LPE95sf;0aQ3@rwrC2BY1q;)F5
zipdL+vQula63Sw$6X+<`y}I+yL_teb6X;_7{bV9*QcKheL&dkUa3KxTQjpev!=h03
z5*?wY<%+u$%=}Trq~%wws*wJ$*GZ_^TgEim6a6=yPy^{SnKeP-vQXz=?>Vyey%_^A
zyCKf8VA{KiK<Yt|+39<Zsv}^{p7rY_1|Z!PTF{l`bWB1L`gyf2h!Ku~rcKPQDs=gN
z_H2Bc@oRSN7Omf4#7z$@$K3keyMDtdjUIUla~t<Q_>Jb?^u(LaZJKuZjaN2$mUz!?
zJ)!lV?6~Pwo;J4~!0;a@3Y=V=U=Fa5kdTCg#P#dfRaI4)E;DI^t+lAl?lRckWqGc{
z?x4f%qI1z*N67Q8l)sLculBW|3nup{eFB&ELk`1-|4bAvSls7(@HbK5vY=E7CYMaD
zSf3ekzSQG#&|`mU%3*89`|^>Xvzf$O%WJ+iVwTV3UO377yp(fw`tL&p9Zz2kw>SSE
zLWP^bj#A};s&$^%tNavdd~S!iP(p<VFn`ndfd7ATg{Uzd%1_dS#{XN$;BjEMkzert
z*fKEx5MiAh=75TNn*w);OYqH43rhc2s1TfiMH4H+^0EsH3n_{LB~-|-{BJ^qy!JZ6
zUgh8AgQmZsLREj)KQ|A$CdU3&3bV7Vll_!LVPxrVqA>Plky0tlZG8P(Dg2#0*k0IL
z+xWJ<^LP2+`=395D6PWb_SXMhKIpkFm<Lb`gYfB9h<4hXV|npk6NPQI+gTL0!20LE
z*n)+BvIRj-i`Zu25NQB)_X>qA;Am6@GuMpM{DUpncE-?95(Sr|UZDk!7<NlFwf70p
zucFz{?Xz^Esy?j^FunygFFLaY_clrcZGRSOi9D%>pRgDrDLiN+^@VLV%ywxWp!a06
zee~RjRXXcwYZkov6`;xQ^n{_d)^n@rrW(iYRxr?@_wC<Ap~`f>*$mtnw6m2``hERs
zmUJ+3%w{M9RLT_4(DbgNWY(A}V28%IS%zwZeIdAYLp$C{nsAvpq!#f3?n0Uqe(J<c
zUR(Td-+EZnoO=EZr+26|%c4I+p6Q^(Re(EHG&qlg$Bl-_vK+IsL$~x%{hJWC(|%<q
z<OLl}VaD-7mCxY&3_zttEH!XHO2ZhGVjpkirIh4g%5sI5@s+g}GSQZiHZzP$Y@!F)
z*r)YXU4dEPsdO+AoS$KHxUr_ENIlqk1;p75qxb$f90dRvpQ8f6B{_nj;oQA?R##^q
z7(;1m0AYDo=@vq-PzVKehC;d@P(~2lpym}a==CNpuRQ2vt+-|tzg6--T|OwTs2(*2
z0IM!1LmAIeV>Yx3-IbTrr=|n|-hwIq%|t<a=U~8`$d9OKw&I`Cb(saE-Ac^w2hA}}
z?SmlA!wy1k4Py&T7`R)e32@4oC5$!+=<;3#(!UduZ8<050nKJsvWjm<>KT+Va8L!L
zJ0!q9EUOEyT{+(f>R|pPa|0mH9CCR>)tEu$9rbm;>w7N%jEWMY6@#FkR?LIa?>Zq)
zt6AEE43GJQ%%RDAqZJ;Y2BjOF7ZcR19$dDTG9ITJa}Ntk<OAFuzQCX3MZV(lC&p_m
zGw?yP2952KW}(7DDq6iS%9VK*R9tSF^6o9QuVYf0kfJ7ncR$)KTE;YNnZ{cBcq;hU
zuV|nt`;Qsn(jVn|z}_Ls)IrXL9}o|!srM&3byqf^66z@xep^Zq49=~JDbqLQ98IR}
zK~R2BI>SqLRvwMK-*$@;2~R{D!}D(4Th{rC^0<9S{Z&(aD>U$<+0l}q_RXXK#J$R&
z*5}omt6Y~7G=kb>zt1jdL%DdoRe@J}Q|<tGEG%_hC|yFp(z`#;9s#X_)$=!8Ll}zq
z|0s_@IRUG|cy1k_!TY*(0j5j$X1Ioe6j%xliX1MAErL~EFwdEZg^+2>7U}sEH7jOY
z0auU0S*~8<HA*Q4AbUH2lMnM%j_Li>Sk>F9F_j`I?Q9mj^X+%uv~!CdTrh}vOt-cY
zE&h2Gc1tBvLSVICI-@l5#Z%-__;P4iN<V;BF}UY1QT4S%U^jHa!<LzYu-Gs7RovjK
z9JUL3F!Yfc$6RP-e@&9H(`xp$f#BZzt_R3($pr?v;-)>lCbi#E2>)UWtQ;+jJ$f$K
zEPXR+oYj?md#&$@9}cdlk!P6fXdrO)lgI#CR}Qt2<=ESflx-2YQJUSK=J84R%k1jQ
z)*hBO_;&Qt9g<uKFvdlhCVfMWbp4&ifS2F*^aFA`8-O)FI7m7eNbjIdMd6lcRRJIt
z9S1)4USpL>4Q8f>Fo9inTGf?BEXP=w_Rql&afcyH0>7y)lGTURsh6070o0ct!6NU}
z$Wde`Y5={)!`r+|dC}cCBaYYM8OqpvT{>}=_b1d6W{VJuK~45@LWG!(2ILWiAHXtG
z8s#jg8C#f16J=n^CxpR`^EOwv`nVhh$l&DD#<PI9SGt{)2|jwM4t5$0yZi`5Z(VSk
zPdu{m0V@-G$NJxU|Bpd(IYPg~bg2>^+)=E`l}W)}cJh0OUj0F*YTbU%-;X+rWvoEw
z@#X{6$s_SQmH0RCHeLev`(iK3>Aw`Y&1}ThqynE(?Ao6TS`as-r60vG)0JrQSkN{a
z{U{CYaNs}04Bcd|$`;Ua(d8fwcWIlH%N1{5^1?stdm~?<%eiSB>lBd#^MYE6x;`qj
zeLPk!Pj3|{W!7O~@(F*b*tx$rbAEb&8sLHPU@M`%96z!2ZH$q%*x?O@SzeXrsQtjO
zp@TyWZ#J^#UC(u~_uiz-@Z%_0WRr17pm=A>Z20_2{Nu7|nh8J8#%IMc79%jr-`X@K
zuYXhC9Z!Ol6*0}{<Yhw>oQIl~kBEamZ+l#zXl5o8WfSQ|h6+Uw@5*7%qvu?VQv{Z<
zm)W4%o_NQHl#Q%cZ1gg5J7gC}m1Tv=ntM&nWmYu3&*;u3yL{Z%Z~ul_edQ+-f{e>O
z@-3f=KH<!J@Ok$VXN$GOMIh<RV^CU`e+0$U>@zSd^~3o+X7>g*S{YssB>9b>)*koU
zOc&q!qcnJKbgWCQ<Tlk0msu5hY&XZ;ZEXd}`g&YN4os@T)0%q(?&MRa+)!SwG&3b+
zzzr7c1m&T`UtIG(8L?oaLOzuk=bT_~Dloe7>W_r+!p()xG*!1>Us8_rqLL?&_#`n@
z4J#YSin2D5sxr3z_2;*0^W)F$<rD{pUorEW9=j>!q%vo5H5@r}RU|C1h0jeISDUF^
zvPH$p?JO|!lsS|$Je0hc{-NdO#6(k7HNg^Me&@<`-tW&i%0J33FW(&&n8tg-3)RLB
z%WEhO*z3S6L7Olta2Gj!>lK4|h}nSh+$9cQt-r(@`*^lK*)!?D)dAl6W3oH-xCt@0
z{nG!K^i;a|5l4_K$8B^GiwxzD8^4g!7QD;gRc(>lyeX~;)$;DWdjn#7rK|j`_D1@(
z@|R=>oiLx_dx~|R4U6V+*zvxX?4IpWHXgO_bUqi^oOFJGt|<TbS@Z6tY-u{w`pE_I
z{Jpq0*jK&l2pRuR>49D?8vYyU9}y7fA7AINk{3}UhmDRu&pt}uT;rqS$T}ZMrWO%c
zQHwsC+h<fAw<f>ZYvsw9j5Jael&l*OJbOfvmpPj9e`R;Iv;n`{k8i8qiMSf0yz6Rm
zGg3OkLwVw72^BkVG~blz=j%J?eEK7vf6#g$M(fY+^)yM?etOIy&N$>tivOL;pfyjs
zybi~kSKcwL(LB9z?po@*leJ4a-rfUg##Hiw)Mn0*)tA!~ek|jG_r~9J$oogLd!=~>
z39OnYe0aNk*FyA#FYf1C#IMJPcSCbtSf+c2P9%iBWwQl|1j^LB1gH8vuJ)5N3uArZ
zBenM6Jtj=mEJW2l<Q6>SZptINuD8%?i^)~@Z<XQmBHs7tBFfsKt#6tABR>Qwp8xUV
zL#Se8xLM?TpGa~fJQ7wD8S|ejQJB?%;%vc50C0FSNQ?j!Zw5sGz{$2?R6L}_78<C?
z$9~L`s!qj2AOkP%1Fv!=T{lmXCj$A@lX&7mm%-rFU<hsyQbS0TGG`ID1+u#X^`??J
z+>@>mlT;m(<jhm9nJ0;1KoQ1?SEeA9&Ct7G79(6Tr#q0-J=LKnSw9M>2u^V|Pr9y@
zasvknP^S})f)p&I*m9*_NJ!>rPJZE-Y9E!VubcXABbie@^_6dmdsLF*ae|o=m6szJ
z6Q4$TGXHpoS$iWs**!J*IL%%R{;nrE!#7o54C!PJH*^HXZoo^Xl1ige#03z^7%)m8
zxtIbID5=-?d~70svy_n8O7H?PbciD`3jzP&i+nbP);msk!-a}NfQmMd=DJkjl<P0D
zI-*7wT0IDr;EFtpgtT&@vk|~mF8HQ-Mz%Q|hk)xjrWS6Xzl)`_0}y5A>0?UipLFTM
zZNbRkG~W$KWiUc=Lm5d#e1SvO9MNq`Xf6QqD;FAnjBr+h?<0^nV(JfY=1-+`f>`=x
zr*v_3s)&WmBwLhb4}@rru@KCd>&9>}XT3lG<&?7-#j_ZZ8GXJ;2VHokV^(k!`oKJk
z-wFBMJV#FnTT0A4G*2orPoIcNC!3>Eq98>JkP1ql5f818M?iX`E10w7VL*AmY&oZF
z2640kGCP|HWZ}+wNd&TOX58#W2XAC`A#(2Y<_AqD8^V%|dUMF($^~NX1>zXm>jDTb
z9QO7Uwq`$977|?=oP8ai_xvOc;fF)Q^4v~v8^^ddb7bx@h7+IRjLRxCPyIp6;@Qj!
z)60)I$q7})-nU3{(Ji<dRd8v8HiD31C6+8o%&j3n{S?)c^jMR`RYN%Q0_~tLVK{_d
zo}&{kbvn-lS&YSJcOp{rxX~0xx*!T&q*wB7191?Q(|w$=cbvZqDKN$tmTw|2x&zA`
zOWl#BC)`Pg-04T+Sjy-G&@zdSIf=`daAZN?GbSig4jJnRT+B(#5(K8gB;I`jXB~mV
zpTO&0##dOzH&}L=1QZ-B6V?X_$%2F^zebwLAV~s90sxL@2G2}M)H4^SaTgEk6)Ph1
zZWiLkH*qt)d07zT0ur4e24C9Da>r+{>LJ4r`2DC7-Az1Uv*c@UK2L9c$#JRTMkQbi
zNgthbUcZW3pFmYeV5}ot-2n2qmqGo3yqF|5QWb4<8UJaSyGnTgsaia`T&Ni+dRi@}
z4`dYpH++LC*VROmaA=ES2JvF`(@(dd_-)6EY#6ZwUlGn#qF<NsNI##1!0$Q1O}COQ
z>+s*fg;Bcj=ei|2(?rhA;xtmRl3%KeN;Rt`;XF?@Gqf6bTE@jwehCHSwXOF>)d#A8
zg!L&vL5*NM@I4gVhy})w{Tq}DKYgrga5||uUkh}d&NGBotXLA6klFc4*;~rlcMEa)
zsERzL+B|(^7ct`|cTO)?<wjkjK^;0vHz#{DyVtRT71HErj(<~|jjRP~`4^`v6PaQ@
zjViY&>H#N6HQcrhTo~Z{nHE+8s4)@5!&}UaZs7>Xn<{KjnfWx*+bY`kX`H)lvNrFw
zbH+{~5lPC<hE?R$<`7Pa?dB!MTX{I{96cVmZgd-!OC5u1+cYds(;0nUoWO`~5DRGK
zcF7(`b#Mm&`HMh}t&}foTjiZvt^{;)Y}c^Nw$5y|G8wcj@^oBtY4iw4ea@XpjqchK
zL-vT}+<@hiE1l~O^}75G+87~iQ`4;@Fr0M#rweDT4n?1yyEO2lfg;SE?@=8u^*Xy$
zT9F2=3A{Z@JS}QGEvgd4w?)NY^}Cfe+h6!Kf+f)#{_r*Zc73j_EtQ-~mqz=j3}*4}
z%vxN$W$`UiXMA7Hd;d;u_j=@P5ASvh>w?7f_!bd^ev7^ilxk}ReQ(xmjblKcY)orz
zK(EVL=iFA!*XZKK!d@(QS*KE?zbffHZ`*Y}V3v8F+jQQGP25&M#&2|Y0<<OJwEJT~
z2gi1w1$r=@zTclHVQAb>NfekHI#32fJO)GT>4S59HRpD^XC?XscA8_(I@gOnKTsVo
zvLX||sSZ@n6vz8_Z>#n)(|4pJ^IljDzMLJJE*g5d2~<fR94qQbae+3lfJXyHIT|`H
z1ojKl_gWeNxm-Gp8+sH1TQXxBCRKW!`?{m8I_3(yzw%bRL4W?U-NDM-=Wfu2>TM<W
zjl1%Gb`B_hBGvE$-KyMBW4JTIS=`cRFvdR%Y0w1URhtY;AJsFQ?2GB=u<q>XYl#kQ
zPzW63=^t8%8M!$#<_sITEY<hJrJI!id}%!(=SOmZ<z>0{y_T$KM^Cx@ZoO{!Su|i=
z+-fYTzrVi^n7rMB8<e12sfF##aM90(2adK{PwE7Y8uz#8HH`Qh_QVDDPxXy>lZ#u;
z45v!wdMp@bE*TEyT8*6dpT3sfki*cC#y2Qb+__{hH_bOcA2acCwr6*z=h@i^(Y2<o
zUjl^zvJt+t7k_Cf{=#E5``fU;$90yPe{5J{h+B1R$f+gazi@Y-K~2Vup7)bbgoG}=
zcj=%ssZvEc(t8t>st5?uyGjv}-fIv@fCMD;5=!VzdM5~iQ~?16G(Pb@XYc2p+1c})
z^UUtf?7qn`lNmCZkQZFn=l}ib_k_O1e6m}1_rla34mzyPrL0t8^(PZUN7F(UZACvz
zi_X9Gnh#W3U143NRv!8;y3Rv3mWLMZN&(~1f^6qH4`4-ZZL?==6BLf^eY-NiHj|dW
zlBhJKS1_urv@yCmN=wnXZoBwZw42^*!y^=^>^)v_Ft?|_!A`O5TsxNVb_{Zar8Oe$
zm;x&wZC-_Kc8g+FkJi=2wq6)uiNZg<|NR*^Zug1Ipnq~~I#p!DU~P=maejUuNKY|j
z6^bDa`#h)LovN^%K8|sv*klYFW7i|?aE2(@1M%aK-eP;+o$ICSJ2PZE&(}7q*7joU
zu)XB_^|d>Ot2+<%vD)Dad|v$%?VlqJ*2%@T6ZCgYYdccyRvS8+kHb2OLJw}T&n&YZ
zk{nKFu#$Gt?3Fy-gHr4%cOE{)ZFiG{u!WoO!ac>>l~|=6guxcr{*!*#CpzprOa4lZ
z*FrRI-_ZWkr#)b1=V!*y9-+do6rHn21qW06)AzzYj1(R>c`v_QoxfjuyktA1j}^WZ
zd01R{$XIl;WWUFpa#((}eRpk}7L8knA1(9$Sq}`~7w(!N9Y57C!01tYI`!@`@!l>R
z-Jh`g7Pa>M#O|xS?(%qYzYFWPBhf{s-wQI}b^fHuu$oWJ<TE+;Ly}lwT|9#*JZJ1W
z;hZ>J4c{z1I<%kI+e$v|tJ&+cI~C;ELO$Igrug2Pd_<CrjWF0Q4*mYFX639CJE1@1
znlzug@-5B)NJ6<tWza)bcpR<#^>O%aP}kWf+!1rZ?nM45r|k?6708lfFOL#bfH=2W
zKlwm$vBrJ@wZHmYc=C+>l*i!+R(pypIu)Hb5-l1+P|Q9^z8*N-3C5i^+AruA?&{g?
z-{$x(GyHAr>F)5iZ$0Y=i@24aDjj2!YeRYt>$HIW_CrDeB!125oEvb(Oo?N9cC{RS
zCAW6YGjRo{+;Mq!@wn@%w)WJ>Ze?%nRD1P8PwCe~(b==r{Q$%kphT5`h@6R-Ldw#}
zi8zLw0W9@^%ZWH1#BnG8E0U`}nvqFtW#QqbRw}cm%oc!#TOBNFlY2~OvaOdZ?Y-8Q
zW3ppVsN}cjVWwl8M#q_y0En9TYWzXJz}(UrC`3|a1ZS@CIET$u+rd4KnduMak#r(D
zN}lG$ODHeV!Y~$#qm?F7A{ySxl-k}5dbwOa()W({yIvlOu^w35-oW3ZO^>bQ`Z5^z
zPEs#3>C>ITcrlw`+%c2&ncGyk=CZLFj3%v=JEb*%*+yoz(ztGET<3-7VzuLoymNVa
zZ>tUTr`lOSY0VPCdt-_S^1JwRQxL?VqEOa3?iHQTo@VpiQ!UE)n-QjqKb^1MM%}VM
ztDFjZG(i)Q(_iH9C%jO_O!jtZEHoX&6-$*YPZdi|lO(EoBg+|yUeBHq5?cBYE!0x$
zUv?<F)_!{2i;dNV_w9W3)#aot{z%b2xK}THpJ8ZP?EV=$v!Nmj*U~8Ouz9c^G)>-b
zh|~V3`W<aP-Rm!%*)LVS({%DBdI(7%v>V-vja$BIVA*`CUh%q9(Z0=ef^j|SA&;Zx
zFZq&n@>^><xQFrz-~4Y+^m1CiZ)Nxm_T@YK`ML6TXS7I_vQ4H-!$U32eNB2xsJ}BQ
zZ4y|uO5|oNxyc7^mp$pl4?TO0cvyKXV{)5UTGk@a<|F(|vgcC~dCF7|!e;CIn-a7;
z!^Mh<e^@IGzy1t<Zp1pzGozKx3`1mURg^a_<@>zXq|<?mNSNp`on2HK<=sg^8}sp=
z+Zt;kJ!S(Qp5GCH-G76UwRx+XsK1>Ml2*JeFli=Vb&)hO&$<J<x%eaXd_+uxLCo#r
z=vLd{NAqgT-A#|Y{P-+u<GiUUUnj{)bQy_M)3l+IW{{v?+sYlg99_GQch^ey-_C^`
zno;P(@^OzS?nb2(2qS1$okxmkUGohLnV7D>cc{|Q*LRvq^~>*9*UdJjKCl$-mR{&H
z_fdI1@M5vbKr@4U#^`xjO7GI$tzq@n=OG#Jl8F1sq9}nupSxX~r3^b^)R`Y0+e>-w
z*0TIQfQ$VMcNr>&qxu#7s)K;A{Rc^RxxD8YZEe0}eR|CD_+_5X4>j{|>?RteWz4~Z
zox;chxl-UQ;Z~cNIWz&b`g^ii<Zrf0182S)0ftoyJtD{`MFLH~eZ)leBZq+Z7+OKT
z+uXlC)$z9dnp!jmuY54LcU^URw{iI?)pD3@OG`!lJ?zSaS8`*U7Xj-x70&h&tG)m?
z<`EJciF0)`G**nlc7Y`HjGN?6wXfJB;e}MQ>gZu9J@RWVZ>4{9s_UN0m(Mdlb@;i`
z;)TORY!`uiv4R(<XOI078QvtRiNn9@nBVg<p(^iDXfRTFX?D9bFEmhC;Y27hV0XHQ
zpM*WZD3XS?&zb(?4sXs&s@QcnEx6}?BTedrD<OD3DrHJ7t?HRfRh~Xv-i5_vmiSp<
zTf%Fpt&HC}MDNyybkN%keIS`n1Z1?7y@V+0b|V0db*u|7;s?Yltd54eA)T~eMus-`
zxr+$IY`DL?9@=-G5RzaexZ6y7T_g5Rqj!02v`2k)L5M&{Z_VbVKo)?0%&mQR`jHTB
zklJnbHBqX@<2$lHA$Eh#^yNR-=94)4KUF;sb=ED~HR2zZg;6|i4soEciRZUk9F<jv
zqp5G~h_8_Eya{Z5uLU|szG;pn9PWFfjQR<oY~+^y<O2E%bH7t3R~hGWO~2cm)40%Z
zl()B+^31nCPkDCOT$DPuhD46x@a}k7fcuuxxtwt-cUlqZ_?DD76X`8hr(E+M{%Dc}
zBjW%M!aVE6mK80@Tr(0;kKw$vfSmC)@>30#^P4UjpK~5%&Quxlxr_TeO!WHgSDpbb
z;vacYub)Yy2Ay^{uxc6(tP#?9f?5>y(-hvO6)PJFVRb(GoTH^Si*K*)ry<R7W*Ius
z<v=?i*uVz_Ebx+fYGZd~sXb=_mM|wG;5|(uG3>D2<`g>_=RIx3FCR4WcYVc(`8YwW
z8bGmOzv0y85|%f!RbJTy*AP<-s+(_!io5cZ(m)0@TBvjsX|#c2ivL(XxYdOv+VP5-
zn!f*$wA#wsQ`bkOc5+T&sH8^o#x1sJau}aJRqgY?L_tWfrOi@I$Hd7@N8@vguq6;;
ztqY<+YFbWwGSj&~$pg;E`hNLK6sqO6PC*PN<(k6A@4-f1pIbKAd}8?&ojjkv?_uco
zc_rQML=m{q%R&77ji#bAP1Zu+t^3at%<z{vn-(zQubwBlDn7z7&oA`L_CHU4(f)}2
z$HKrpV&9ZFMHg;{#X+t6zNs1QF8s2KLx!(>)5{fIg)A0_E&6>kQSGi`fr}#!#D3Wr
z#m9HD7Du1l_sgAae=O6qIQHz7U;Y=xC-U=)<AMEth3D;0lz-rdgNgl%iIm*b7?vhq
z-}f)2>u|d-yY%VZD}N}TlDm$@(o|Nz{|D&~cZ0yC=_2A6m6}Q(##u`<7587j%>It#
zF8yO9*Hy{WdVXoHssBaoiw;lwA4~IH!~w`SB`;@&<%NO!0reRj|53KUz?k2c`leo_
z4W<OpFXV%TyujrtV0?<z#l<$_b(5A?`6>FD=BUVwR<JjJDBor~)4yTIitYh0JZCyv
zeP!<g+Td4?V~T!${QBJj8J*z?=61OA+h^^4Y(JVY>bR5lX^dNZe~yP9t~q5OLVHC6
zgI+nYe}_!uZ{KXZ9OKFND}ZG0DBU=oh%&G*p|oq)M8r2gN`<^;S*?0dp)KZvOfZ{S
z-c23VfKV7kvP=^0NnOT5oE^Wxbx-LF-*oGRJH5I#vb|-%9eHcGP_Jq^gdU1jqYlRs
zbY5d`+{4c$-=~H+E)X)RFk)`GI1<!Pu!Ssr*A&Y~gB`NfD4?8if{#^SIska+%NRAW
zKh^@#?>c%I%Dw{e+#^QMrH7a*;MchqFpdk&eWPGdLGbbO6^BseW90`OduAN5W>QKQ
zbJG~ASQSEU&PbB_1<mmAsNmUe0Ft<S$`{4R&}~W;fH(;z+?kqi`Um$lvq&`6j5wju
zO7z30_af#3fJAI6-M>x-B5>zj5x5`gfBxJ+18C7eUNlGwO`w4$G({7+po#s_H)7Ew
z>1a|Y{`e0X(uXFSL6dKxDbCQ8gxyrM-PF9@G*aC+HM&(G|3$OGde7wln{7B4GHaO7
z|HEvs>siv88ROXoi-{$Zl_iU<Ij61-ucbY^m)5__4R>vNM>94jOD^yG+|P7nL#>5;
zO{8qxMa&)vyFZe9`t-k-8yape?gs@v^o{seym9}L3%~_{;^aIgCjL)WCX}Nb@4s@x
zPf*yT1sEpyx}*o;{f2R|am2KN*O;~Ii2aLCroo>c-bX*v>+v%0e_}KE$Qa}9IPB<r
z>5#jq)UnS0aZR*&O|W=Lu5v|cY=doilWFQR%b!1h<72?V7nUzuOlRBdJ3D}$b)K;?
z;Xy3t)i!r;FW~>T->`fc>lmK!ANviP#JI;<ue{%;g;r)fFO84LD+w(r`DbV%wl*s&
zr!*hcnA2SQPr_08@gpMd?LS)+A23aIqn$O|AMuK#rn9$cc&Kr7@ZS{2(8Ax=#L~)2
z@5}^VaZG-lom<;j`LeaN{g3U5gM+R8z1{D7hksiW|K>L?&JGU#kMkS&tVA3s>jPwQ
zcMQo*A=^P@N$+ba9-aILb)}d@MoEvA!Md`6cbw`8tlIU^p)>&#nC(z~`AC+;qv3q*
zj~~YJ?)vSm;LS$GKh1_CF-^cf%?6o_I#<mHGIyf1VHA8G!HJMjRDo14esl{;4F<-b
z`J*HNgkLq_003jpeZ1LdJhX{&CcltAjs}<j<YHgYNa*z^)|9c1e8v30KnPym`1h<t
z2jD9eKLl;=lm{53xhPGOu-A(tx~ab;<ycJ^LnNS3Ef`tfqj7tzyCJKxuP1<aZj1$u
zT<r;tC^RUzk}w{NqEv8<yy@!{rHRWZAXk)7U8s$lrMU>fni-_W(Y+D(eD?KW<R^mK
z@veK;*7DfNLKPID5nAGCgSa^I%f@{p4~go2b|379%(7D*Utm@&mCo1o*PP0zA&4va
z&s-;3;zsS*n`^I(L?tI5mj)pV%&A0gCx5U{=DPUGV_1Tb#Y%_|`Z7h+fp0=p2y(Sj
zV#@&K*3pDOm4v@$<I6j|*)Val0N+@_n+;S<q9gG<G=_ld)-bT=ui22NLRyPQ{L^g6
z6CQ&EL5!Rb@<1Y<1bj?_p8$|ga#MgTmRU&GR`S?*5^@908S_Ds1kfwc&<+4l)J+OT
z0>s~NQ&r#!@kP3dh&hk_|CHHK8-Y*|QK<;4bsRXV0CMeVAr-t7{&o}~qq|ehH_{cR
zP{briZ#5`V`;+w{Oc&g`XMVjXL6jsjN+!-}x=vOXyPpELq(K&n5cbI?Q0SgRX!<B`
z79VQ?AbLo(b_p<bFOh1sU?0tnQC-(;9KCy-3<d3-aGFJ7{4apS^g0ma2+)iZY@~eG
z5?d!GQ+sge=%*$_AUZitbU9l8q`ptqCX{g3XjZj!&<9OsX%R$)HycbS499ymyxA}l
zot!1vD2_>c&&H`fs`O631SjD2Bk5wM@cm!2;REW0$>#^;tH_7m3Q+Zd(2m%f;l>_r
z_2`ACVo6^3q9wLP3t1^{EGD*WXAq39OAy;y89mFJq0ti|;*>2?InQ`%BsxxRy0pl9
zlFaLlHyZ`}vUsx*)RcBVXr}E4h2=>&+}@7j2{XPZQFk|x>s9I_0h~w0y$R?SmW*eq
z6!P>l5Mb?%i{DNgi4lyK07rd+<GDOd0C3U6<l6oQAa3jxgS7RVu^Acg-ST8!&@t7z
zPAb6wbu2A_kh2U7h#?emiK6x3{BxC+={SfLC!rlY2CLMsDBTDmakn0imFX!O^Ks+2
z%>|ZyO!eJT8*etA=Z^abNYjMJF%V}11v3Xpu|6;_qDfP6ij+e6)%Yjxbk}+bsT%3u
z$I^oaEg2M|HCRR7)9Qz25Rf{v3k#7Z2JM&h=Felend^jgZgTiI8X@bMuz(w!ixL4y
znECDz=Yg+<zYA3s!^&IUO>VNQJE>Y^hjs6~8mPFeH0wp^2^|u=^msUe{sXgNY-Mfe
z-}2XN7<SHROFYM$jex3bS=GmQvoXqkJB@!L{jb?5a_{fU6~~*6sxtj7|1`YWc>JWN
zg~s;--fSr9O2w;^Wfy<v{ie5Lku8@L+$fo6fQzsAy9`1kfGzqLvqAL+O-P^n`jxyX
zC6#n6*G2JbrQ?m#ut7JDU)a|w{!&z&M6nNU0N<!)H&Def5^|ArlVsj0rIzr<Hwu6N
z%>`5H#KB!2e8)kHccUWp=Pu1FSZt|*D#UsrnxTC%PAqf-Y>ouc*Qdk@nRZhIki?je
zp=WO=MUgp2#;}g35KCpF$h{n6Shgi@gdIs{L5?dxAbF!0ZmAM*L8Lkh_@NSG58@_D
zfI|vjaSNw~MgcUOwLGR&iyNqfU1MDwm`!r!KYx&$-8I0cyR-<;E3`Rb58uP^lW*r$
z4>3Ka2#?naE2?nUued#nUimqxbQHOpnXt|3m3ifvNv(gFiYhg8)aN^AB|%^Jxh~Kv
zi4-zr;Q}IB)OZe2cvdG?;N>dnIXx;?T2Y`MZ5SuCRLX4z(Um@A=uBCvdJKfu#(6Wf
z%iGkYo>#lQ=(S#6vbp#Bq6kdorh4eHLi)fFF?0ym$h)@fVZJ~n(Ct3ZO<2u%Ec@Y3
zjo@QR$l6J=Y=f=<EGP{&^Ve(`+liXj!Db}}>8me9g~Rb{bZZy$g1!atNb+DKlC2FO
ziGfcvfv{zg+B|YbznYVGWnn-~rY&{#$o2WKQ=tww&3nM%lh?z9)SeraI$wI+OJLS?
zADc0Dd<3{8&k&oHsh1S8N7E9%dKS?acR?z+x<U@HrMid(GB!i(1yP;LzWsd9!+xY*
z#mcIt3aH(}KrK_Xjga4evE62{fuZlf6tBWzR^HDUxA$kI*MC&I&x+@79+WqOq>71N
zpzR_KHWlwiPEaYua^){$m49t?zb4lxsmYtVrEWExRC{VrH|jMR{c}o(^N_w7y<3sG
zI9kFkZ828-cq!GazhzY%ZbNPhyqVriH7FT<p5lmR?`erDJSrv~+uARcs$a@DeZ?_0
zEn*lvrC!qzlp#T+Z*jc@clEA(<oU`t#HQbE5Yap^#%J-zZy+!Zpzg`$5`UF5&rBo}
zi{rDM;$LT37cW03WqNB8E}pk&$&Wyjig|myyIeAhdzQ#_bj-ME@frT1`JFE-wv~dR
z<Ywi04fQXJdy>uFpE6`$<k<S&Dzp8PoU;2$y3I>lA+LQB{}0|kzBNopaalaP*@~yo
zqY?aD%YW_pyZ43uHaD0`Lw`!%FG=1?F>k7Stt>NVW$&7;8$9JG3tR9G|9oMdfpRnW
zSj9zgR@}v=;s5IVlXUnB=Z<RWYfG_q^|c@GQrowZYmQxR+?x)&2ihLPdAXJ7e}_K3
z+IH=a?g?aHF8nC>xq0@RwfH(u;(X3PpIIegrXdh~EM3}0>>u;zc%K))Np}%`x_29=
zXp*TOy|1XRX4ItkU67Toqv_u5ajWa4!Rxg~Ps$(1@$W8K^Foe-q>+UA>qp8ALC6TK
zC#B4bh$p@&v&NTmBniclCfjx?{G?Q0y==E#c{9W3=*=Dvgezz{q}_O0B@=PB!=Z62
zaHz?M7=I*I+6B_@$fOxIbL$0{*|Up)7u8u_$rpA?eBtsW&ZVy5je#Nian7&|zZ#UE
z`z>M=U4-|OATCQb9!m>CbH~vip_2o)k#o`FBr&{N#)~&xg>IN6IL6#<w#w%VuV?T{
z(6Xj~<M*z~8Oayq%t`#j$HS|_LvJCrj*zVPznP8m|I5vWTzv2JYdS&NRxG&4ku*M%
zL>dj^K!T(rN#Y$zivZwS2}pb7dnVGGIYu}F4hg)$NaH|*m{Nc;a%m!1&>Kh68~_;M
z2x;+=60f2WP63cQ0(Gm>bz0J7Ni!tffigKj-pe$>U2vlWq%~4jD~H-}H=Q1xuA`l4
zu$yk2lj%ML;tNW(x&${&W;l>iYs+N@XlK$#0-dcgALjs=(CGm~X&!RfGK*<=8Y*-N
zu9twcU?KKa@!bG2G!}p79rE!Qj08Z6BS{S>L84f~T%>TOPZm@zGt>&dSCRg~J?qJ0
z`iC3<2O!VADlJw!tzjt5!aY^M3S3*9kyHigoP>z&iuaPf>E+D9pCZo;!t)8zOcgv^
z!J`RK;Ub9N2*fuDWWh}W7h8Y}@dZnl1uUE(=3-zvQn*+mlhHA2zojs!Dz|(n_arD+
zCkKcJ82VMY^;Q`%RcTC-K-49W2@MifN#(1`Q{4q8T;_E%k#!s8x6|ZwVj;spIS4Gc
zIE8dVn^e}3Kuo1T6o3!U1KEs9`GZT@ih;{j1p*$W>${~ZLj{X+W$QTwbVh|NK83BH
z!Hkn-hr5N!ON9)MS?aLDlOQPkGPgRX2tis@yO=J;1XajMlgvrO$(36&=NVmQHM*Be
zl7d83ilvPRWRKGXa<Xl5Am~L%Fi8mu^&9+j7i})&qay@y3}*7cTO1O$s}f-}h&wlp
z)dz@ULIa~cD&yo!nI-Vs52eXhl|0s^yh}h{>nhRUD$&+b!QiSdi&cetRV>A&#jQXw
zq%Z<o#y|yy?Ue;BmOZ*GI&ja5h=&Hb13v~s_lL4x3T8fzFESj4nhF*-S*6(vRm;d_
z8V8lTYiIQ8<c)ij<HHt{9_5W5@af>1X`vcMiP9dS$~C-|u&y*ssC<`OnG#(4b*~aX
zZIaPi`5p%3OMo#*AkJXGvtZztc*M_K#NDeZTtZn1tdzy4Ocquu>IhSY0hQztm8~$<
zTv!bldSnH^&kTp=zysy#=t8n|cHyUs(3dSx?h$yaPNsBD7Lx=5<dOI55(gX&F2|A9
z#3le^muhY&*8B;oc_UP5CSRlAS^kQ-VSBGqeHj*;3nLdsR0SjS^6LK#A;0G$&S8j$
zo``~0#2+D8A*{ff1qp-$3HO0*cOXA>K9YGhLJ}LK_F?3S4eG<NN2GQ15{TzEP+FFz
z2TO$qK|oRf6uJv#g%|Qcny&<l*jVZ#Alcfj%~2yzKF_+7-KM~O7*ku*KL7?4Z$Bun
zk-FC{XC93|gisG{5au>0=zf)D9_r5?%JI62?l?Q#7*aCQP~wT88bSKO8$GU(VQmeb
z3eYp_CJh}ZjY3`SauXXoOL?hDskJ@K2HvvNKAx95fm^P764Y_b1fShcpV#dehqq6R
z6b28ar!T{{^6Cb3JJWSPqF{|dL5=S42KSK0#*i*k&$ecp)`}3+uhv#L1W|pBI&KBl
z!b{tVg<FkK-*bV@i9i;kt}FSb3;8a$<uY(y14N<8GqJH3-WF7a+}kbeg11+}(!aO1
zkA`%zUU$sGvpn(uPi#6^JUi#wkV2#Fw?ujmM_{V*J^L(m_m(<!S-KvKbo)b4`O9sn
z#ICZDhHC{Bt554yFv{##mBnal5i^Wf1pRvn!IA=L1(8wYW2$mnAG2UwSz1e%`%786
z3a)!^wZmFG8x^a8U5O2MMw=w6n~p}(aiRFT;UfbZ!kwX2b=22w-SF-^?E_LQ9bRoM
z>LNp02aSnj?U`h)`NFLRD?@q;mDj;t%?iWDBM9qi4Bs%uVHpEz10srrdy893R;m~s
zF<)}}3q$)K<^h@x`n^QDn3B5l;C(@(P0iOmKEE2t+6F=ud)unBUWT^7_S*ec2Kj9}
zVh;xIv(!Cn8|wXqWIY&5Jm~JU9nmL4wdi4>EW>18!__S4Ke_m?9;SK)#SDP7eFpw)
z1zrtL{0<pu5J92ZyB<~}AKHv;S9i50ji0t6yMLkESqCWg8?#48$9@f>_wh`&Wz?%D
zxP5fAx>pm{mgm)X=Gom@jqCGFLUf0;T_tpbl~5l-Fuy!eINf2{u;GeP3{g^<pa)v9
z23Ud==0p!OP$9L(CJwx&KP0t+Jx3_3`*l4Lf-KX-VU5IZySvFoRhdWGM8;u4T@1F}
zG-2bRBMtfab3d5JX;<fTSLU=l=ZYb%bheFUBGWJ5B4UE)%k_qj4`!@Zst83EzK;&u
z*-n&tpfi!eqMXQ@&>5jtM9f=Ml>Rhub)HUSl4xw`$;y=Q@5w^DuF|mXt<fn7(N9_J
zvwmZfsE{GO_N9FC`IgXe(t>&L*i5;?NIDyuj0|0QfH?g%eWSeqZo49%D=bDe6I-xw
zkuXyVo`79<rQ^J(2@dDm3R;=;TJwL+5ZJX!d7_$st%65JMD*7lT%%_XC;jxh3`Q3_
z+q+1AuL>XbdDu>th0K~MP6v`N94f9(*GyNCEjoHljEXKOj$sDg3d<Nx5G+>_?IT|6
zFHk9>^$x3MSI4soR>j}0zGPc3BFFUqLYvwwZ`fhBLq|$~^$D&GosV_>2y1w#h!Ikr
zZVg-A%U`Z%T?N!m+Y3+F{+b>k-&$%Jrm%;#o)Qx4A?c`Kx@#CZpE5m)4FY@Y2i9(R
zJ50&m3~q1vGI-<Q*B92pW#_{6!{2?T`CY#iHgyZOjYU^m$F^m>H~(Bud~Dye%%4^e
zo%r6qgEL{@04yV9JwR=0q{Ox${qV0k;~3rKvP6nTdxZs?_7w*athw%1^V=PPryGA*
zXH7#;t6}|wY<p5qF^`_En=Eg;gm1eUOiNL0UmkXejW2%--3_qcH&%ubC+`p20o#m8
z={P}#%1C{&0~PWa!o00yiZ5?*TZn56<=U|7VXG|;5uvn?N^V^+SlkueS)|x5UE6aK
z+d1-DY*xa&6x%mC9KYL9c`~}`5Q=_}+br1I{5HN)zkDm}c<ZY3+b{NmzQQeS_5;v5
z*6|ukxW45;hP*MpQvK_|x@~&TU^hGbOK#x?o&D-v@&&o%MY`m}K;@H3?|lFcWvhTY
zwGrOs<A9yj4pXjA*R}yWi-n7i_qhQFzdOHia~|l{e(P68DpSr7Ar2C8-!W^$rF+Mz
zh5Ofv=#;fq?r$q8_J<terzVDn)?P=ZU7Pxd>0mLKZQg0-(=)r3b5;F|WH#8x6yaVZ
zSlZ#c)U)qhwcmUuzR7bOD;pwJiw*z|2O8hLf7$(};&5EJ^mXhhR^{6c;lTtM`)-B-
z0%$X$Kk>zAVuy6%{FdQmQ|)>7y#*VGOVVcxR=Qiu?h_&o=tRSX#z^6F7l`-z6?*N$
z@aUp0;=8}$_4U&q80CZhqpz>Sev&62M64g1*ncbewqOPM0yeyiM_gL7p1#3#{Gu(~
zw?tsdo?(OSfA@)AElupe^j78_zLkq#ki9GWnJ?VQ3F5)q#>uPQdm!m=xLS@s&)2{C
zz5DLl_5FAF4|&A30^-l`_zysxQw(tw9SK<D%`sMm{056qr~q<9BZ2r9vkS>>r~C1Q
zO7i}LCz~qC+)U2-B+oa9GH95Bd3R4Y22yyO?&oXQe=x|ClQtfGX+j|2r1_TpU#2GL
zsz_+eG>!Ofm-dj*SabxiZJ1TR0ox3jQ<b1ZmOgr}X42Jd99p+{e=%2igKs}{uv|a&
zw>mCfi-Rawd%dxY`J5GR5)exo^mu&e_O12w>YF@<1(`h4xO67@vr!5H1(I`-1|OF+
zu87t-Ub73YC6qUhemBa~jE3%I1u7T?UqHHa^e8FM{apFtwmU95!XUmH9fq$fK`f8Z
zUCa3M(d`S)i;2EBH{Vu<osY*-4BTU9TMNDVUM%OQ_`Ai){S%);)3>h;Xk%Y*ZXC%k
z#2s>hmKxO?91UafH~B{sn%2X6_k_t2V0d%gg8V)Vr4b8hr73|6i*-V6>f}30M~)Cj
zr{D>V6Z&Net#iQ4cvmbHPm<P~Ip3sPr!v7L9cRBJy|mGp{xlLm?_q(iZ22;p54SkC
z>UG86!FUP5S|nVAwS#@bJ*&}>WTCoOJmc`s3#T}w=$9m(lbYsSzo)h22fo4z3>9rh
z@+X7pQj>d)dDQ(3Z7gKS-4%#eKNpeYAotO)RJYb_9SOaX3pGA7Q)AB_5#?bu_0c$S
zhqzf8!(zA3gfs>MlEPqky_r6Z8d72myvUjizZ-RPq*_5$!$5=P`{=X=Z8@YtW0!(2
zRbGqjytbG_ZWTW8bO<7Cd(=N-+S%nV(xioJC)bm@Qci4Y;I}9zt4y?hgK~%{KgH0S
zNknlI-Hy;KnU8^kGMlLVO(gX<u%jNm3gZ1g)v44)-ak@UJ~gp^uf8@np=mcdGL=ST
z$8?`zLUO`2O2_DpSoD=VU4M+*<FT1kEUwJ3I4}qLb^BQHr>uK<3D`12x7bH5E@s5*
zu0<{XOpTMn^g+r3LLgl7QJs1yy|uzBh-vHnHEWKhCVaMWOY1fWp?M5al5%DGA!ZRn
z6Mfe3?D?i<Jx`9?DM@+14C7<>0gh)v*>;Z4bIs}a`_2hzjR5o(YYhR6XVU7;u#Nbx
z#)UBjj?6Um`Drz{!IvJLlWI9x<=cUcIH{8Z)F+y+%}r2~Wt*oJad}4RW9Ku|-9-%2
zmB5E~tk74XQHmjlIjQ-lx=^3e_&eU^xfYIyqjPh}+jF|l(yy=en~)|&N;UIJtQ&^c
zC;l>WPZpU!6$0*-0>a6>ucnI<a5MK++#l|Hw@cbrw3oG$<a)ZUMl)>GHk5s}8@@%}
zjk(actM=g+h+&POs9Wka@}{DfMUzfZ&B_jZH9Og<=Qh0$cBe$<@Y{=ftceGq0y2-i
zlOo2{xb2h6?kQ3436TJqQ1pyhEgPDmNeRo1;k-O#N8XY``#Br-(dEbJ=-4M3k4T?)
zCm6j{13z?A>v7DMxP6$QW;#TNU=NUfO`0fl3fGyB_T#6Rt$O`aVQ#^Cpi5zP{0#?9
z_j*bhU5(0=FiQ%w(6piL-f!<T_Ll|%nk|@pBw5<#6!qIeDWzU&l3UCYkC<KMM#{+^
zF?>|vnt{HOv)O<-Sx#r<yu{6_F(@Zlgt;tSr|%A^gcC(fq?;5#1;;dmQoVXYwlLXW
zx>oBB1J}LQ{0K9u($Z;e#jzN9xTw)u<EJL{FEOGP)Csy&BBA$-skRx3^{Pw6Q-WAk
zuV!3EqaJ_Ji*d2DrfD5e+m<MaOWNknP_K9w|J8{ID)4Q=oS{J#9`6=2zJ6dXpw0YE
z(^4-<NK`tNJlcgb<K+`Q*Q<0VKrcfx5~HXT6)!8JN|ZNZ%Qj%qd51~zUDusy_IT|N
zQ03~XkXR4X5)Y$CLg_Dz;wmNA`_%8&B^zY)vB_YrG`9R_szV>LSgrJz(w}@WlG;xn
zmGLRQRaXJ}mFsSQE`(zlD)6B*;9<m1>FU;|Q@+y1*g9Pg%_z~&R+%bIvvcK{##x`k
zvQRL}K=u4Y<@D0b1EY`1Q2GtN#HgnwOhaHzw);-PuC?)nx_@}6+mB`&o4j>4Go4Lr
zvBnjOaiAJwpBDSQ=`1vi=Qf5{4<_AMl`MK-intPHe@qh2B$S+UaI3ElJ(T<V(UuH@
z8+X&LYnn*fKKAGfPxj}zj&J8v5}_rDRtwR--s#b_#Z+;}(oW5rk31e`d44#JD{qP8
zV^h7Egxmm(2)FpAnI(J|zCNGqS(kP$;@;J#C^Ikf)b_R!%vL?G^{q8Tvxl0se=a8~
zWBA@t9%cr##Qi><?-HD31*Zz?L388%r23qE^mer3f7iWsf<Lu%w&)@>Pmg?}O-=7W
z%bkXM^CX5~)`?gx-U7KW;*eSX)RT!U@5q_q7L?UdxNaQ>!&bP`%+1ky(8(Jny>PVp
zN|k5=n!ad}`*ST(By41C=v^=3WA^TbHPVft8BJ_h9Lp!>1i2lv_z$yDawkd0^M9e)
z`0uACaR0-pi9f_I(L~BV(F`lt8~7`Obe%r0WLNN~)L!=SDL+rJSozE_@UmaJ^LcXM
z$|lE+pg~P#-_)#?ty@|_!)BennN2HS#9s%Ex+?qS{!htDJkbhSn(Yi|Y+5~h_Bv$c
zi*jJ={OVEQK*-v8XJBVU`^^pk@U5#(Pm^EV^a@n{8#fT1@>niL1x5@7pzEg%!z1!%
z0>py;D&XNwX3DIA7;%cpAlnMu#_4m;`?nrM?3-7XFc#P=)yz_b*i95(G&lY}^ezZl
z9qIhh_9v_+h$GaJvgl{64DQ6LAoL47_i{|@{CmkWk6pu}nc1e!%DSR3qi03eg%`LV
zl59BWuMU9@qmG~6y5Z0>=Nok?aa*&7BL?kQ0MR7Sc;Owb@uVYhTG2i0&v6g4qskbG
zr6W7^g~6Z)T>vQGk32=&2lxf`XfBdy2pNcrD%#{Ok!f=rA@3_Ll{nl85a6#u?ZIkr
zO(d8?<m5=C@F33Ak;wd~iWBE68x<l`tO^$zO?IH-q(a2`Gm7Il%HV4(>w~(RD}{E&
zARaUkJ0lTTFODh!Y|vY#N`Zd?)*dcikQJ38-%O!{L^QWRG>=Lo4?51lC&h`RhwChg
zi<4M_mP_bvw7g<8kSdaqF^(|*tqmv0l!{n6UA<ftbca{{AvR96y}`aXn!PyM(Wvi1
zdY?A5Pp6?zx35ocrcZyX&)}@jkPu@;i+RY4F_yxZXkbiDF=j3pbAOCQEXFb&V+F-n
zH(+e~Ft#%oyDg0U8ODLIzv;gUQ$+pl-F~5TH&70*K-iQ_xMYku?-~mz+x#cB3cfJH
zq-}~HL18wvz-tvoOLJZ|D_(7D9!tA_QWa)*Z8jGRo~N4JPap6<R~PbC74p})9bhbF
z@>tsE|1FGIT3SBT(|cg;tK;+1+uIwDRQ&z@LqkLLy!HM|JVhzeMLW*iD8bzHt*cRj
zpIgq~H5B_Yr~fKXDPNZP-(XX${bHU3zx|JGigm&(yVO^n8L7{b(}JLB5&6acgeh;3
z@1xU8@>@`aHK>2Wl=52Czrqyw0IKm%<6o81*4@z2-#j$j{%NqLulL_<3TAO+=pR!k
ziz_RAV^g!6%lN{`{3@QO{LPEt+ag;ByL;ac{u@mBae8!gxiR&B)(Fb~YM2tBUV?`y
z-v0tq9RD4rls+uO!xU*eOmTq&BANdUrV#&oOeB&R9}@{6+2?g!AZPB3jqg$2yzk=V
z>CTAO&Az`hQLKLNj0pW&!U`bv3?!k;_|~8&_%_}Br85zLO&lpdqln6)lRhv#W7PkK
zi9;zZ<a@XJg2ehbQ1O{48T{-1f+i);xy?^B0r6d&;QXq8$fD!g5KB6_%|gvy?~q@s
zE%vm!1FA)oS>q6R@dr@qs!OQ|-LVG{kx5QIC7{2%@|3W~oZtoV(JOZ6kD`GLFKCPz
zuzz6+DY+}t!idueY2#4rG0|f?)ut7I3Z-c4-4w5uZULURt%r<%V<H+$uDj&wy&}1S
zm1`-W@*5i}GjBn(o{&xwfFQ9ZscCu$(e9V5JMUkW3+!GV&xw{V3h+Ot?7W-eTgu8g
zYHLO_LjbI~1Tp6Oo|0}CMb>Vq1Ef;8BY_{WJ{A(CBzSt#IXF1v3!HHjDE-*?LS3Bb
zlaC5{9@sAiAf4n4AqO0DCaU!Q<ctL1q~36+RAfBg6RgZ9{?Eij{_dUVdW$R4ssJdu
zc()QMi3wBSn)Q>+>j4TRRO=6R*;Tl;SC}~g6g%7+33;?NeBauj4cE1eOLQt_j|$m%
z69KY=G)L<7kG0VuAE|s61(ZajB_7b3c-1}VWjt6Rf5|tKSVpC3n<7f+V|{{AaMSY%
zfa>emClmbUR*9fK5hkOQ`9rp#LY&~QKB-9d`{9@vO$?Q>^3VK~2`$QWe^t#1)+Ldw
zlE9n-Gd8K=N11F}lKvn}{CPh|iD*tf_jA#dd6JV!g4jnE7t%P@Cj+;1j6*-xyl{ik
z`WON8XO2B6Tlgx9DK}5Nsa8Rv?K0ZwMRTs&aXd3az}|!HpT1*Eeb2Tt@xvAoy{wV0
zs%URtU5R?yV%sp#>XSxQHzC1M@2qz-3hBlnQb|ArLIhCJwt>6ePVE&~jaI4Zln+qI
zZd^;OB=_TbmGMX*+_O^Mp$s1rnTfd|x>Q5|GbR%5LBPcP>)erAC9>%mJ|+_BCw6uQ
z(t@1i02HAz`)^&M2;8v`0;uGoQ}8hnKU1Jbq)MDXN|X;zF81dR9Sk26sm8}dOh2^k
z@KSP_s^?CPKapZe?u!MfI;jQtl@qc<J#e6wTmo&kOnXKwG4uiVtyh~>4Rnzvop)72
zj?ycbWOg}4{Bi&n_j^;2qmOJ4-cY}<)Zl-GGys)wdskbsi8LMr*^V+(chE?mkXI0s
zrX>L>d;l4!J$(ORRdvodJ8*+jObQJgS5X@biiajMwmxG2B#`9T3^o@^TyvD#d=SM-
z1BkcXV%5?f{vX6d<jY?wc9$FYyX&f)+_}}&t}PL=Tkf>fmo25re_I_onj<C2KVi!s
zSxS1-qqQ%0s+~f{rhY8LUox-g@`FxaJdJPkw8$9mt7&^@gS3Y4`Sz;Y65B1~o@+FP
zZ8*^1{_F&)Q6z}2GLlHdCko=ILO?PbqlV91;J@0Gp^<JJSJ>AHS3s(W!AedXCy6SV
zGgTCcJN^e_bv#TF@Q&4C*?5yF|Ct)_vX7g-`%Ug0yoHD)<jq7*7m7KN>XX23W}{<;
zOrs#SU!xg1(K8Y*K#1jJ4}GIgobU>s_%ik~j{Cg2^KzEV<xMZ^WbrGh>{)Vew_cX7
zDz5`Sn+RR4JR$r=IvMqMX>b;;Mz=Jnq?k_m8cV>zuk$IvS*ncn{HvC#&YSnC=~VpE
z8aftxQ(9>M4^rj3`hG&B1xIHU#dJas-{#KzO{VCN^_Z0F%qld?z-_+#1E!cur_cTq
zru3nT{xn3YKoX)p^QV^tfAw@E(zQ&qH!Wj3{HmpSWjUxuUmj;Es4ENsjEa4xmhGr|
z5_V-(EbsJ}g)`{2&4}N9fvSFSXog~5UQEcSexkY0GPg9hc4Z9meT&9-3@tW2I0-`Z
zYki3n7UG%dsi^LI`O~pX?WtWrmsXE-*{G*;mi#{!eyMt+zD#(QDpTd?hA=6C#r^Cw
zhua={FrkCj>$fdxJipXL6wo-f(qtDiOvVt=RAaZ;KM#(+IF6ytv&2OELzCYgxS(vT
zMuP9QZ)U{eKMdE&-1)ve*JmD9ie~WE%ubu%Lb$hoVan%h3I*J>M6e=ugV}#jZCnyh
ze=Lb*f0R-`J$2UHTYwZvwF$j&*R4si%6n`zVtrBXHf^&+`%VsKT(f89WV6mRP2crI
ze?NSK^@#+qxd=z=Msy^!#kpSs3JGv?q~5^x5L=f;Fve<C*%<HZ(0@vvM7q|9Oy_RT
zd`#J{uaC0+{OQ#qL?~S7gU$6)_3&J$7X|96ww;G~L2&I0dz7kp<PPCC)o!i(gf$sn
zmi$_QlkJ@n0g|>~oITCk<;?=J)I;n`?*OX=k}pgubj&1sW%?J0UofAItUry|T?W<e
z+li+bS=_uF9C4N91gyH?H&yB$;w2SMy8WwDL^kz1gA2o$B`+Ps{M1oKfGH&WF{48p
zSyAKdr%dDCum1?3sV$^a1dlu{^AuLK#SZ-V4o+UOT+N?}$(6CaJ#hUNG6fB5K|e9@
zHmH!>kg;#BT-^K4`KhH=y`q^o+Uu<2>O~8A__32h=RVlt$E2zG84_V@QlJ(*^4?x<
zu87TB@5$2WnPxN7T(wW(kM;wOz2~sQ>VOU!s}e@T)~RQQC-0V(>WwPAhPohYA?lyM
z4Xyp4xjOW{9ifUkF27)#4E63`4%ld3{btSe$FJq;WwDCPQ{q=$QRD)ab9=StnpqTf
zFBz_OO$^RnF@-%#e-~JhW~p{zg`?Qk5tk<WR?yh({>{vA{%8NQ?XWkT_B$mz=V&Gg
zWrz3cj^&bFW$^{ItGZYF?}e|**Js_rWbM<8A{Pgqt^V+>r1KLAczH_n=#f#lqb4!R
z)x0??e2*dMSDzulV~dw@MmNkuzyApEnYX3t4{G@kG4X`tl>UV{Dsc8m7*}T44H8rM
zj#oL6_oF%IoD1jpTaTn(5xbQ8J-c|x^oC7kK8onEW1npFv)3f&PafVPvD0sg_{9*$
zyF&sT3?#fux)2ztj|?8meDMJlxiMg!Ywjm28>RM!m_9qCEFiXlmaNl{>V?4Tmv^bZ
zr@sz$Qw;n0I+F3t|7|gm*;3w+N~+#tNE-lB2LNYD5bzumW}#DLHx$rl2ukIBaWQF@
z5vimEfv^OK8=p{U!9$5uZV4QSHHU_h>3tJtDz6pZu%z-#rYSL{-M+*>m##jP%6gop
zehHRzSL_6&B8=YWI+DuAzgM=(5Vp$TlmH3JfjFtsIFB=ghBDL_Gq@)+c#!XPcd2?O
z(^1FiJn^I^as>R7X<U&RR#q9dL0Jx$8SLn+pq8x2%M1;xOqIoq3<;68NpMjyNkR&V
zTnYgdC&8T*g7{*R++)&mEEshR3B3CTOheX%hBP08YXIOPK$d(l!5v2s*JN((ZZ5k7
zs3tzEZWkD~n8j(7*V2;L&XnCLnEgmQJ4O&B2@uH#<WK>CyeavkIr$^I`4d(7yhfmO
z_nZ<eK9vH=$1y$e9D+1S<knDuE2`4uIZ3#%KrSN?zOceag@4SgAq61?^Ee#yE`o}F
zx)-&(=S9Znb+u%<l4b*~GljG>g#jXRSOCQ&0K8O8fz2On$>*gi7_%yw(k_rgXBSa{
zYmULqMv!(aq+saYY6}DfC@d)^^~oWTmmq+*6xLJ~vL6>7y5~t;6(U*+&oA)<?PV8M
zMVCQ&zjE@_bfCX?i#jfg9JR9n^65f?pi)`^^5J5LPB~<+7#|;*sw$_KFR_Q^JAyy(
zN#w|*v$K&Uwb&9A64G%D;RcJW5s;MxL2g}vp^mx2xw&!@1boGXdrTmuy@~_5N?f!~
z+0jrL+ho}r`LYE0vVHe5<*TwQCTMd|UfWO+E*`4GT>N-3qfjW{Pzcn1EG#z(_+VXb
z8Vvh@CnkHvlmH-nIG_Bu{N_?V4RgVS6`VR3&dZsTmO~(Kgx{VaWlbnR`QYFDhi<BJ
zw%et_B)RQq2!BH9W)6wS9vp53;zbv-sessu3zb@HqT~x=bShsZ6k>BL6PC)@u)u?>
z%A}>*l&i91kFp=6(958zG#%*GP?pXW0%%<vD3@(V3h62(fwjWGa3pvMShWP8!vCR%
zz$~oGO<Ic^VQ_m`9m{?VOJ4qm;X2CW@+r~+UI{o`2wbqOo_!eySlz3W*e_p&)!e+Q
zzX_|6%&X*^1aL?cNZWvh7b~KcDweH5t5-F5V6`j5Wt7FW2G<RTdku|MwaLR}3d5Bb
z)`*|Ms2@X!bY{@6)~wuI=pS%#&@QwmCnJs&+(iQx+y5IlsT?kj->Zi&0sTghw4QZj
zOHCHT#gr1|FX6@3SLIYJ^)`FuJS-m*+v>!GKgz(HZ(rB1dcfY>d}P=Cm~&mjK2mna
z2E;A_-(Rd)3T}F~k2Jh)B&TXM%By^{*NT9klEH2Ji)E4tsAQe0^aO<Z5=!l=ty8YC
zbEv9NC>yi{)u<xvngZ8)w)ogIWqQJ>jG8DNn?B$?JA7E0DB6mbM>;5tI`Au-`U=ey
zlfZR_`bc;OY!85KL+(I2*V|w_ES<r^P2lB*!~M?ZAsv-)Wc6}aMM#su$j3K(^+!vs
z=KBrj?rjh8Y-I#x9fGiJYYUC9;*3Pl9Uxq68Zja5`NPm|_e^e|?9Nj#e6Ln<ztxBZ
zy}93x&Fi>k=@|EHn$4?RhctcJN1k~0;`dVymK$Imow8mqX|K)=&%WECO(hDwdMiES
z*X@gt4!AJ-g#sGk2}3Qnl9RRFP;4{Vuf5ns$AkOd4Y&P(wOs`jUI$k(A0RS>8eOlm
z*z_{{6Wh5Y@E62-h<^bs+xu+DP&lH|+Db^1VsHnHr9(ob*C?-7<^ZYd)$#gQ<Cpz<
zSyoIs*$|+*RXViiZFQ|-Xlu+$tBE4UItd+}k3Q8wmA7Ml2qF}Py4|YV+DM@xm%yi9
zRnJ(ndq%n+L-4QH=%Sq-v?7d(M4Tq{n6%YCY9BUR88u=ZwqzX+73tmE@4DU}n$X37
z$c76?`&NJTjgO96D-Oe1+itXvnud&<*dPwUPy}oL09k*lXFoczh|abu6Fl$~KW-v|
z?B1Pl2pZt#oa8<hZZblswzf7_P3pE!egK1R9ZddVK@+TuJ!C<@U#Y#`pDgo&y$c;Q
z(;FuC8sj+p#Q%0IP7yZ@S)F84!jRXX!K1C<g7MuI%*D`TNn-yA>&WF2${x~w#X9**
zaYk>cn?R_ih<TLzSfafLf*=DOfM?@_yYF^PLA;@|zb8%d^I+AOJrM+P^(UIKPeNfm
zLT`H>c{MQ~ei9)2MD9KNE+0csJvlczC#N)b!?wS%4P6sD`iQK*Ds=wRYPM^n==f^-
zO$S0fw_A0!UtP4g50d}bW~T2NdM_vA+b7}fNnq$=t;X=8(c2>O<LL`+fb7^Tr4mZA
zU^v3AX(x2B`g%_6a4N87%6)abD747mZkhV<lhpwxTED7Ie?BA>^<Jmyq<vaZbmaV?
zt-}-QlV9~4N4k1F)XkAU6D^o&l`~_YGhn~Fs=X`Ri(dH6yfn_%+S1axOFpk8I#Kr<
z16$2{F*2L{YcARwKi;xzAUum$?V{;eMjg)f{$Br4P-H$b|E_g3@^HSUedXc+W%+gj
zb=jX|4NYWg?-CsNBbNzS+Q6{%EQhUfCN+BP3-e%s>Wc_^)<*h+T8FBYAFN9aiADKr
z{lDDj?~YB%7j9|{Pf8sksScM8IyO~1u~mA@!rt@Uzvm*z*DvMzvxc$Ix3g5^pRbc9
zoR_m~b4HTKCf@6}Yl$v)jc&N$vf{J{x>qvX7KQmI7qoPigmC?39cxY@-HOAr`+}R~
z6g#+Br7fkSO|rt#qJm9X(WN2Q1zF{#5%MMK@HUy+q5-e9)3;SLPbcEWK3`a6GIZ`n
zRc*AkZ)AkEyWvLI?2DK57hibo8R+zM+#%3nTYQo9nLA}SA#B50VTZwXGf-^3`1kzT
z?`iPiT#x?lsQ%ZuBW#*Zl~3Wp;M(UbijB_Yyf0(Be}o3w$dHA~drK6H8l-FbI(u%y
znZ4TiU3UoVhJdAO-Sx`*^-uG@7VaKA-7rhuDCo#aI$C_8T(yT!i3uT!Ru>QT51Mwr
z?S$<TQ67%s4ur%GwX8R+DE5;IGUjm$?PU8LtlJ#+1OC;kfP%fapyJL_0#=Drmw4Qf
zgZt@H@)7G~7O(iezDJ&*{qB|>^vZU#Gya=b=o*#sEdInT;LrEV@q^n2tBH1J9iC@a
zg=cS-PG~u@9VoK#yDml6GwT$i3*Iv;N_z-{?Lpy8G`8B|4iQg8I=9N{qkHMB=neNj
zdHfvtj>&lk2I&$U?O}5JpOns&l^SvGBf9TK=tjRjus(aX)-P-iO)7-m<oJ0O{-dj9
zWWJ*czf|OogRUqYF&btQfqT}-^PlWz6e1e44KqvRVI9t-Jnuj}4i}G#E?|f&{(Bd<
z)-Q4mw|g%Sdq+lovVNy7`u>#S$9J*S@O!J{2CLVj{r%rISXhf+Oyn6C9d+R@f1<6n
zE&lvuD_S*;I9Z@vwBooT6zTyAU#&eucKDLAMuG&eSFYlq$|9Ub%hl1ul`F?}VZ!NV
z?KxG~#uCT=v{Gimx3i|IT>uaiOF~IR6n)H@;@A^IMkF8l(x|jI4ou3Oo_$hG@|Hl(
zc}C!K*<cjAzBO--FSI9>R|%#UfBNOY``eyt{#I$_1_cUoI6YFG1*6h`g(-Zwq!?2Q
z)=F#5hv!0bFz$MDqGdXfH+3#@&@JRcr`eb%>ed?CX?!aMw0y&>gU65VQ%c`VjjcQp
zAM4<gr8n2L^j;}=Zk8KLwz#b~tn%Zu&x&bhJCj}O4eqC{Zy$P6Sk^N-*ZSOJt|mTO
zhdRV#Zt<gu9$hz`=hGEy%|fNTWiQLdM-dg$%bC2(X`tzFjkVj)M~Ytgtu;LD@Y&j?
zzaC$)EqJ=qd&kv!&g&-s_PI)TQ$$ziiR;L$T+x<gaNiT^4BJ09B+#>_s$4R3A5y(x
z1a#FkGKk>)F(GUx2+m(O#a-J2_S@gPyHl7qBuaVDc7&VS&i85g=^eGYvXSGq(V8r4
z&~3?+*i8{dw(h*!%4`v%)DPGt;nf45a+eeDQ9q_aYTqhiO~|}yoSmv8^w3B(ZW*~!
zud?h`CNv6fEIn2ummPiEiyZtcp--kD^|ZG>n*}EzUl6@n*}HYBA@;FW*&kx~?x6a_
zK(S6&azexV*KH+E4mz4CF427d|A)K#jB2ud^n9O$1StXO9R#HJ-cdk$5u|qz=|xdd
zsS<jX8hUR+=q0q!dkH1d6Hq`=>7pPCVw^nBf6p^}_MEe3&YZp0DX(+Cy|Y$weXj3s
z;xffhZz>`;y4B3s;+GbL!Q5Znz|6vvtApY7=r^!vi#-*Z*rSNPuAZYetM;1W;jHl1
zhT)Romeh>NtbCF(t<C+o5$P`3aMcv!?G@J*4X>hSX7vS>F#&JnL<3e7WW#?k;GBEh
z==e}iA`knFH)CEP7_9w=V%GMJ)D0M*(X!~5b`BDo*eka*%cy&U-|Mk~M`Rk&?UB;<
z55mI&T^>E-$?lSq9^bQinwr^#^?RhDu>MqsnAzTc<dwDclfLgi?XvDsW~ge8u^Lqt
zYF+X=mW1O|BHo!Eu(NE^?Po2&TZ5j-qeV|ux1GcWD)k|DL!<3Ob&uTwhoweP&#dBu
zZZ^8U^B$gcQ5++)dr&udgjvnv2PX}C@>BY_rN#N>J-Xi>lV|7IO_6$X!dCH6rAQC;
z(PLsWi#r0$;9T~k%wdi3)Kt#`w@XJe`NHc>oA2c^$gEjtlSnb1qHcxyDp8KqZ&`oF
zb_AZL;eh5l^+|vJ$94ocz^&Z1W;Vy_D@%Rr<@>G7*}$0IHul2c>>vFv*HS)c|ByU)
zzdX#En25_rgv>SBM}S4F2ER=w@ICt-Y6DQ+1jF%H0atk`e$xvj3{2NZv{6fM$A$2<
z`Z;)O#-6p=V{hkHcA^_{thnX7FQ`J9Mg?lrNj^P%&VKkdSBkiUI+4O<thQj&UQU%^
z+RL8tU?q8@jkzpsJ{I^5Okds%V615h6EPXQZlk8ifE<MIt8sr4(WwF#4m#?KP<_ho
z7zi7CooFbX74h&63euPO>_UlipAN~pqADTWWXEYuC!j5{EcW7o##<8U745f`Vj_>v
zN{6TEhEWd9sf@l`r=|+J?bK*%>5=SqPfH$6!RXsJ6_UaqDog=>M>5n-a?wTZMnVK&
zPegYsX(M*~X=T2~=i8NFQewqTE#?xx8w}Am&?&vSpB_;AblDHN)+Ea3=|!@?Aa0D;
zDG(cKgxPvI?0cKdfYfJTjcv|vPj-1%^_nfMlKAA>wI|4)o26`;m*u(hAp+hQg5jF{
zu-JQWrzKFPdD`%GIc7}=r)2yOWpyfJlWsms%7pCo&op0h6s=x1!her!Qd7{iR~;o8
zv|hMra@F!Wn4Sdy=qmQdnGA`<D1_^zKjrv-mk}RI$(?b1Al*4N6Xl1AXnpF%?uMFB
z3$BkAj4I&np=a6O(9GBadsoBK$t`-#$nt$l_ys4Xg3nK0ih4#|X8Z&(GJOSWSLXb(
zheiJI@+zq+H$^m?cSE`}>Z~?CFVqGUwAbEkpnLUE!mq+WH1W9nTCJPo_k293b3VL^
zsLrU~P-$)P@y9&!$}N@&<Pg1YTBPgrO@#^BzT*hz+ux~&=z<x{=PrF~nkBsHT(%;o
z1P9}b>OWH*c+H2OW1b)i8KIg}k=R7<gkxnN`ag>FI3;AMd2I$+nm|F_^y?=Onul2?
zX=sPLZe5dO!cTf!Q6Gm>oLMZ=oJoo6y2lfnVt&7OveOrq#@&tDGRz(ez)g-^z!{2S
zzEH$TCfo0TkcvxO-t>Sdi0*Ox*~Vvb=N=g2)zfxeLzur;&pZqzo?X48_Q+;%IjVTs
zg3Nunw-)Ja&Gl7nYL<qkj_187Wsd%^o2`FLQYrbP$1w3&NeM0?Lp&<>#rTj2A_woS
zJ%YNIma)7>{{2iUqu!a=ta+5zv1RV3TzA{hWQ?+89w~cbN1S?eEy&Tt8SvSx<jl?q
zwjL)0i6=|YwHAxiBE&?bf0p#U{alL^dA~#1Ip;O^vFJ{ykaC=YxBcO2T(^R!n4)M?
zbCf_-V#0^7EYO0t0ehDHimmiaLBu-R-*{z!iB?OIj6=CinOds*CX8-O1CwLCn|hGI
zM27gYP}y6wRHNJr!6g|6jXRq4K0FM8tBw1zMYM<8e2xl3mC7C28Ad`i6gX@-ir4x}
z6-wk)V)>ARn7s#fyQ*y8>n{3XeT}f;jw!{98!AlJgh>^CykQxQ-W*uKg__)YDTlEa
zpe+$UymRlz`sN=S{>%tTb6eQ+>H2Jq;c%*`5dDW?l;K??22(x>H`i8$w%W;R@(*V3
zhd$M5>!8g%ieyY{bgU#7*t19QS_%c4Th_Z2S+onab4zYi-*o7*YkspQ)}}7(sSZuP
zihk~)^zJNHOZ3T5k`uIW^ELj(QkB@g^Hn6{cZ=^s+d<|6YFxw;RQ|NI%^yK=zvEqR
zzyGZp0%EFh=(^4*cBRtajmBm>+AM5bd9K%n-HMp~ohj{quh-*GnLbAGdN4Hp7G!*c
zm97@1)tB=wz!@IApED8qDeOGp{){{m(LkpdnWMR}37)ywAv|)`7zQrK3TKgau)T?X
zZSmtRJE>-z#v4Q$sj<qfZ|4t{Y81cF@m+U1ozQvtEz60{M11pNKJMk&qF2zK)#l~u
z#LM&cfw1Ejo4+=%h5sD8{qkGR=GAAN@XO_am*<_EzrVzVUwynCe!04d|M8y|6QMI7
zqIVr)2pD3F9%6zIF;@<;Act5-huD^e*ms6F&W3J)hdJp8=46;#X85M&Fpv2#uj?>h
zz%YOGumF5muyR-ki60go9Tr&{7Tp;ZI~x`Uk4VssNb-zG$&5&Aj>wpg$hwZm1&qi?
zk0`)L6e~xRkR!^YBPvTHsyidM&PHy7N7d*?)p<rWWJd33j%u2ZYPpVT2aM`O|KEct
zA|rQCV#>C_4$-&G0K_&Y!26uq&Y=TJlTps4k@wc39W}MjA3)?_Q7)V@9Go$pz5^<y
z<0?O6h%n>lW<=g_BA4B0fB3kp0P%-A6Q_1j&qD`ZL{FS&P6XKx1S2QTMkYc7bY7Yd
zgyGM0z7b8r=msKqbWfxwqt5!H&2^6-OvWzt$3^QNW=<v``xBA6dn1#{(fzM>bU&Z!
zR&0%x{fv2fr5jE@Rel1wkqfa29M6Q--mQrs5`b|?B*I0=Olu-oVcNOST1TcBR*805
z5`|@FDG(E+<gh*~TH8SvB54BRW{O0xfw(#UMn~2<m7KBMY7o=G2=-mQDxMoJPa%TM
zko(p#f1x95h=TyJ3l*`80I|6mq#mwc+pAA7LFQDEoFpL5-RQei2Cc|4`(_YNY0M2O
zNR1)HK{s)`pb0fP&Gpk@5NvoeH^xb3W?~A$qY!yh7X;Rgv<DDZ$RtMJKOuY^$(@Ft
zW4j?tHOr$*a7O@E2|dC|`^_zb=h3q-?nPptM)$TL#$RVQ&*+@vLB!3Vusd^~qvv+v
zb9<F@`^dS2(YeE=xuc!A<FmOh;Q14}`L8_l-(==bHRsRF=fAtop9jqUh@SrmpTDS_
zzeLXe8lAsdn*Y5sk3XCL`oH0hR0HLtpQ#Y&kz(Lq`ba-iOfy7E`=yd~I3I_K8K0oB
zAh#i}sEL@kHJ9u?L0PMtO6DR`)`ALFGP3snQ=UW^K>8=9L*PlwW)^>MAX#&1SPJVp
z2v|AZ@YSLJdjpBpOONG&<=;F>kI!F&z>@@@7>PYGRlMge7w{i>l7Xqe;lqF9Nr8cZ
z#=bWH-X?wVcu?)_4e5qRmrI*QDFLT}GJ7(F(W8GY9ucOGZbjIc#^3eIG{2Yl)Hm-D
z0Va7?JorC^NrY&Q`IzTF(HufCr)N{({}M@xMFf^M+5c<tXlzVRTQ1^`O7v}=_*;gF
z%4SJ&_OBGIlg0c}q#wMJ@JbPRnj#pS!v8Ww{Z6c!cDzGCl+W{|h_LMc2$Ra<Z<NPz
zR>kntMhY~-Y~rH>bMt-DQiG~8{~<}yDJ7|`DY36g3wzqCtE<bqP=vXo$~t6ydD1_v
zoci%r0!bQu(|2|Cy0vShYkaB)Gd(jiLm)~2hLP4cCKu;ccGd_O3A?_%zVly0Is1Em
zhjIu*M`wQz9T7q~NB^(&NCbD3^`8*Ld4TvQh~r93lmAZ;$531Ie$#7c2=9Lj;$Z%E
zM=!*D=rwhLrl1%wiF2)01V97c0IE%HpaS_r5@mN+)u=#*K%RT<WCH1&V`sPcXu2Pz
zamI?0PZj<>Vw40iDfeZBO`>&yn0AqPLAQ}yAz@+|QVd|1MZuR#a7S)xz^jL2bfk+e
zb!jB#txP|^0Q#N@5>fs&V&sG7qZRYV0*R{Nc=Ct&4%qWnR0|Cc@mBjow~dLMT6<Wo
znght4$eK4-?$3`^LNUXpPlB;Tsvm3uQ17A7)eP;SuFR)e7>aWYCi2V4^_>;~0%Fi%
z*4r?i?4NXkoE*APATU{hDRDu)#!<bW>Rv$%(b2f0n+#4j|Dh(Bvp7MM0YU4RHMW{B
zrcT#96L`s+;22G0(Zv`lHpiqUOl(66&(V$*{A7rHyr&<kKe&wcG|5KfBwtJDoCZ!~
zvOXm1Q*k;-Moj5dmpmXA+SS(wQ)vo=m`V+(Z}7EQ0kr5IJP>4mA5&9~A^`%Z&#CD~
zfg1j`hBSc<3kFn)M+-$XAQFE-4t_e6r8evuOlZIKe{IC*sC|JZGa3jcxo@a3CU9R3
zP-KflSF781G0=eQ6&AX$RT^Y;5R;f_c9T%&P>b!>u9Ni~yO86gAObBjQmI_XB!K4O
z@Pj+e43*@-egWynZd0Q461ucjp)I=L%vgU%Qfk`4WT@5*=NJPmOp=C$Je1uJ{yK+M
zeVpXPNmGCvt~pylEQg8UrUnMkXoPE?2Ff!clYzDBOKnox*P{c}HPKgjVp)Dan$>j8
zpJ9YF+0?M=X20Yxh1QR*(s7^`QJPgy&?^%fT}|ERcq$K8_<78e>qi|cCGD-H>JT`$
zW}WU%_QsPtG)rv+ceFupM>*Lgda*ZMr-A6h?2XKsGCz|~*#@^1w!MO?zo`M!-Wy2u
z&~Z8fv$j2yUIA1{tM+*=BJEN_)6dQhB1xS$A9nE%D60?udieM&$ZZzop?fvibM{)a
zVmmhLkwAYy%_A{|Pt_D~B|Yp7b11Nx@;uCCJE?@}V$bT~%kOng*Xe;^0RWIVGJ5hW
zG2kPPQt~-6ZJ<F^aPTJS#+e5HIkP`!1Bo*L0)T-?B2<k+IMn&N$ViIk!;8xFof+1O
zBIr0>P(+m9nxCiDUO+vsgcB&D<Y?&0qGRx+*x76r>ye6WDjfk$a!IIKw537|-R_0?
z#=dj`Q5U~)h&~QOxj>%1{n=;bmoB3!AFSz_Yl5D?i*Ts`l^}zwye?+Z7iq037Tl7Y
zWANTa1q{oSgs5te4CB0?!HS;MSTxaasXxCb97It`l24{Vt?`pOP*I8}bc4{9xzPSD
z5@petzrCctsQW^l29Qx%$?-pq7<J85iM^OYJF>XJRe_)GM(?53sm=HaWARc+g0I~O
zL15VkKIsG=qkMBSzSY7{uvTW;hy9}kI3%TlgVfz@xO8E$;%EJ(Jeud_ry{Ga#L~|1
z=Q5X0i=6O?PeY$BjH)+iOB{fM*HqL@sG>Q++*Cs(+G-#g_!gLoH(Hb5Ha=0ioQhF)
zl#4PVK80I@I)Oy+CJo^k!a`1x?jASW(1K1E9gW0Tw4r2rLcY5OEdUeE`#d<o!1sN1
zA&Iw1lbU(C%XW>et`O6pf2?$=I)%6H9hOP8Wl4A$)Sc=MCy0wg9a%=<4~t?Qzl@dN
z<)VC?8^yNcAJ>5cUJu(HxeXMekDy#4BG%f~VBN>W6+4&HG<b4BC9Ur;J+ELp641Rv
zNFf)~RizM25c~Fm&S=1Exn=O(7t`3{OY<5lrds~QU~>_HEQDvExA|goY^{szzueJ~
zkfl7_;(Dm=fh{)pn#!O>V}R_ZYsdMk)B?ydUfqY9g8C#w+V7j=zt?axtgmGhn^$F4
ziMZV-OUPT0X;b`&@CZjGls(}_S}`5br{u>h%2~9V`W-RVU*i5AN@{4Zd0c1Lj{4sD
zl;YUzP~YS_n|WD?#WATNVC|DFT?NLd-bKsSVdAw+4?GO<VjyJE5CCh--W3c&`@B12
zX-6I#iJDj0T3imxb^N3_u=YbcwSQZoeDul(204WHy#GE(?j}G=A{j}nyfzfG>={6B
z@HRt<p-MQ**G>H3?Toi&uPVI|zsk@@;ec}5O08Ok?0xf}tt;);%R+dozC@?icXFL_
z?!qZy>(@B0c{AUd^U;X0kL0Gkn5P@_<SDLmB{j}zx%;wSpSR#X#fzK~*}f+pZ6fBz
z{_oLRsx2X#J@2LGf3&;Dix!+7d}8_agYs!?T@jJ&MkI@Q8TXcOdYmB%H5gYOtu3NM
z|MlK@h79#93Bl)*R|`5Gkt6w8XMydZjuLf0MvvH~y=M(Aq`ItUTm7CQwneV}>Cc+0
z<1niWPsT)Z=YU^6^ygwz@zm3Gso?l6@T{(G_r7u7wA8Ff{GBVT{-YqIv!i&(y1^%D
zwP)?$+H0AoIf-RcZO1!gg*#Uhy_HrKH}11^Mtq;PqS1t}XmbQK;&W6S(v+~M)mQcK
zFRyG0-kC4FU;dWk!QmfKV2N`(K4V!q*^?Ow?4Sy7dnkzavv{zfd+VJ-eazuw+jZNw
zQ7Qf|1}UEK>pfK>O;0Mbj%@N)3y}v#LUR_qIEE-(|Mi>}%!ezdiW^0`LBvvvsxKqC
zZnHN>rug?>cesDwNug(K1(hXQW;XB0T_f}3$?UyC7is>hT6dD~mJyEY@vFJ-{n~%7
zC&52k-RLZ%`dydKEA(VU$Od()9W?#N(FT1>Y158hCHs1~SAJB`R~L7oYU*R$q`|HA
zO0l}p#o+ySks+siES<$s$s2L`TNeUqzzlH~Qa!rh{r-o(ea!f`o~w@(7Q{<rs@i>B
zzLy6gP+!jS8YqH%=d(MiwCi5Iy*x^~S)$2u`{Xk_OYrU{>T>1UqY$fSxNB}3R=!Q2
zpUCruSdaVKuejakdk*pN?_GVGE+6#8Drh*)@=lz0AHCHND{ejh7qhG3e4Js6s}F<u
z9~lw*u6}<ZnsvYFT8Q|>GY6fQ6>cw+b=+MUojjjMFfl!#_ON8@va88{aLyPBl!^?_
zawdBoDX?qLL=OW^MsjC)66^ZD;}4V_gI#HdsE@gQhD6BaKz2JrZtc2Q)7wRGMn60!
z*3u2=|M*-#*I<%U^;$&Sv#vPW#}c9cKX6A(pW}$`Lwo(nD*$OF5zvuA@_H(=TmV>{
zDqS1^CfTE(l7Mz&(n<kf1*&v~lXQhN5DjxWy$u~2md-*7mi{X;lTJOAA&$XkNGfJf
zD?)h_Xs0-#%*<r0ibP^388it*B6}c$JCY#HynO*;zW{alXNsq1Dq}OnB(k*h;G)eS
z?Yu18Ah;-L=1pd@yIwSm%vnN;S>}5n3Fj<fHMmbumQ6yIoflj>2yVcfPRE?hCYep4
zNb2U5ZAMBY0m~AW$Tb(tedq=EXU?%z%yB@#MH7gmVL5bVIb{;0$pjz;$R&hzU{j!|
zy*xs~MNA^M5(}yz&GAO$)?#y?>}4pxpcx3Nu`P0CMN%CJB1r&|WOH^IDN*S~p2$f-
ziC2D=UVbELPC`&_QeKuMHtUsQhTtH1ix;#XM$QrhzD-pqjBhT8V9qDhaByCQ!-~09
z30Wd0#qm=aJA2tv-T5-4na>E5M}V}p1oBQQGB~VgD6c>$tw4l|Xb3@wv*ijkgCI(!
z@0jz)yGswe3U|AU_qy{Nu!T<*Go27|CtXl*0(m19Svjl-#8N0y3M$+y;9)7hDO6r8
zSPIE6g<j_E*c4LQ=06fFtGme5(JRwuPS4~_dtVbb)m-)?ujDqYK+?bR4{0edxLimA
zC^}s}h$uHfm5W}Mi`y2*1{EG6ishzr=cn>z5{Oc$Qq*fRJ27RNN<_bdDv3~)cc;sL
zV=Mg=%gtCyi<yfnFA6NY3(af_trH8Uu*EbinRvaaEPDM+o&*u&_Z7{RWy2@r9{XjP
z&fwdeL^`N~N5KdkCE#5ppvYEbiBk1bp>hH5>U)>vA>LJz`MFfJg;YW{wHF{wJvhU3
zmXu<K+@A2TKRJTX9g;u@_ygIU!P*j}a4Isy7FlO0`7o6RQ>_Tv1UfuOevU0Gmq26*
zRnwLtB%KkDrxC?C#M8^yMr5@&_YpU3YXxh|_gIQU@@vJF^7pZ&*1@^WN;S@8aOeFj
zu{`o#Q&MdcAY(IOBnU_x(oE#j46$n_GH4#Qt%s-8cM_x%Cv?12|9&f!Ob|){Sj)j=
z<!L2wZv=};D=#Y%ODW>xG=i5L-&iPAD)tNUD7dkdtWA)t`Z-Hsad7z|OR;cm?PunS
zL%sZJMAZ-PipPj1aj&{gT!vA%FwhRjtOler0fK~^DeIak)|=U3%{B+k;2z)zSqpVt
zJ=(T~!45hFYf)<H7;`4PoGmDcmX*so9ku$~gTP=kkTwlSTM86G1NnUrIk;Al^-9=5
z>m#y8k!gg|ug-EMf;cKY&@WZ}Rqz2(Tc_XDkcdnaOs~(Yh{b`DByw(CfXWAjEt7yu
zYVGv~?Q|HF1;I8YHIo&zGyC`4?*S6ZR^Wr4p7kEcdQbO34?6~UTdjV~yMDsE12stA
zm)7y(XZ>P2bP^AP`YSg;f?gx2S~DdOa9adBClN~;Fxak@c@PyI($8nte-zT1s0?HR
zG@c%`CiJwXu(pY>cNtxFaqBmx`;>}Yc2y=c1_>4B)zyAiYKpa~DDKIk+b{gZf_j2Q
ziu;3mUBC<{sCwa^CIeufK|8$!u-RakL9NGJ8OU!B>@DbF1oZYB^!6%`NNw~48;meu
zhS@oL+0uXv5<nu>kx_%*kIJLkp`!ymz>nx2)x-YXgU)ZlUAsv@zJh*p`&J>$(099m
zZ|JdaJp)@pZ5QN&{w(8C1&v&`)g<|)r9ss}wWZ|ydEuziJ3dX1m}_)?b<=DhE6}-@
zI1parBE46Gw54ar_G&D~aM;1V{f7O3`L7XrHDIC8FpnXS-xrvBHJRHxl@mIuZP*;r
z1FS!oD((d`s7>?M^~YX~2-T07%ph0~D=lXb`v&N6)&ZyFfh`os`Koo7Wjwj3O#+RU
zV$CPPHRAGWH@&I`Y?>xWYZ|9(9|s|4Nr!0Ih7=QLm8P3+UgY<@CxqE28?Hudd#4gr
z1~N8=GE}C7RDkq@(+m>Be9-w8-#I4O6if3|hVNWq{cx_z+-={v=Btrggr3ad{1276
zGxXR=eOG%ZIx%U$<*>Ck87-p>r2mb0=sokhu5D1Sd`hI8u!-mkoyfC87NGG}&y$O(
z6LXJjW?Q^#=#_@rYb(?d@CAf$JrxnMcg((in)L11>H1LfVJq=0;@jbzmfvIpdE=kt
zIj7KJA|t|B(fpYT=FA6U!M=n)T+)7pc7itkAYXBIcth)-<-URVT>FMUv9ZK^;ZILF
zcUbj9mEzKiYEjHg(XScNhQhGEi4f>wq$p};uh0OE6cbE8MF@AMbvYl6iT#>xR~Z0?
zEdkk=c2uxOz1TDK9Q^mP*3oj;;h3$_%Il-npFOP-zgk^Xa(jGNdN&4m_PZX>HmWGE
z2Z&B&DKA_TDW1Pt*EE=@zE}+^M8<?|NE;2s;U<=oYn&0nU4R*7yztwhP~6vF^G0M?
z)wc+W-<Tu&0qk3BVnNsK<N-V1w_WwPng-lQT$i-L8z%Nmrdjl;{dyJdHJ5j(Qb<;y
z(88czad1O7>~ekID=X1v<G8y})?w(S@7g*P&TyIG*eu+eHohbDwoY_&JO5q(Ve6I=
z@X0iWqaV{Df^)iBbPikkT8GB<b%}}1$O>2cz3qCTv?=HKrlqgZ(7W4jV^cJ7B?wg=
zs9GU2y`bH=po<@zn4KVhxHga7syfKJupNRG!fCsO`vFx%hTSae`ClDoTsCmk4sRrc
zKP1;RoXjHJML#VyG`vazdiHO#6b*Q=H9kG=%Jf-rDt?1^y0zK-s=V>&v%g{KxJ~I(
zw){JHD-!Xw5&2s!LTl?YTha|kC$ep+yxE+WYZpoxJyKAT>2gubfKOxj^W&AC`cH{T
zA1-~~6e)dLFq%2|{ob{=^;!S+z!h4Qs_`1?W8rj0Q{SfJ!w()t`5{7ukz%`LVigpq
z!+P9qc*Bka#n5cgUd~+MODKxL@M!tg9?mdxGedaNq)N!7*l7QtIR8y(ap}wc<F7`W
z5yu1f9cKvNv`Y=!QtOq??6r`6^eG-!-T0}wztTAP@MF-igzZV(yKyqZirbFGpQkd0
z_7*7XcML;jmr{<}FRM0u7vraA*ZYyBJsX?@6*PPJCX~hwvHr341%fJkr5nEz(YQ~X
z`k_*6f$1nuKJ|lA>hba2)6e@j&fllR)5lk;r?Z8pePXMXw)rE3B~R7OK)=-q!3n5J
zQ~bq=UVoLa>g<C3(J#~%{N<4`$2OJY`TE15bdGNwEbwpL!Vxy#t)|cRu?InZA4I-<
z{ER(TqTK&-{3hD5>WFdzdDN)tv>9-Oi%IS7o&A>cYd}(bmyB!&T3Edww5oG_NR8`0
zMInW^syuFggyVNuQ)?=nF5`qU+>FnuefL%yFU!>W?zd({<1WP2irWXe{bvTnoPG$;
z7mNMb<4Mfg&0p<>?tHj46JK(m_+{J>*T{=+D3T7Z6(an)HU52Fyxh|1yQd%AWPYIm
zSFD{>Xw8yYX)|lB_|5&xmMMPgO6j~)|MJVD%bR=n6Q@P4M~k@r3U*Sm=0`kK-FQGt
zxmFS*=vs&MS5VmyJq5d*y@1JkwRjO|YjeE+utqWke@$AK#@HY!EobA}TAG$V1E*F8
zTfF20okU^-OQZnR2laemYc|awDlSZd1|wyaf{g1z1Q|uYKrWT{ofwTWIn^2yAB#wb
zCXKh3^oQ21ZnMR*2F<=?&4NqiZ*j5*>n#fKw_^oXUmW|xe&Zo*)+bv%Y9y#JCHXz`
zSkly$dS=sV;{@icPntqhu9^v~dU*U&azN#DCNt!<?|m%4=@KISR_vh!LcL1xF39h4
zX&=*M+Lvf?(2lS~J-VJ0Hk2)9U*kKkq~rKpacyrQ$&No|L{Vz^ZD07c8;;m?7Fnul
zwZbb-mu|BOO2)}9?*|jD?AoeW%=zy){;y9vj9UR*Ac@<c8;N9Pk&YF!0>n<NV!{OS
zdbhE=rfyoa0nSQ-+EFkR8|_$$)K@;6jHFcky!Opxti@V0U6EOEhb)e!j73|8{l!j;
zvbeeLkQQT<tGMd<Qky>4xspAJ$VAHUd;<}}o2K;-n~RTHWFohTV0CfwykPrrMSR_;
zrL~l9^oEPHo^-d+6D`@MC-`HDvy{`c(N8npkF^*Jl)pk~PopIjS)FER-?Y7^P3fwo
z6iv_K;IBfOnwSb0YZ=M&n%?2OjeM$l?WX3Oe0ybYrqGZ6CH>kO+gHXz;-ZJs%Os=$
zwaYDR1t!y!U+65B&T37Y8WfJ8kH@HE*uIXa+L_at+$Q>MV&nY-&hUm#EBc-dvN>2>
zp;Z%sw0}B83o&EG2sd><laI+U<4m}E*2hh6;Jb9zyYNcE@l}sE8W#Q(zDDvwI#HoM
zyO7a3SQ(m&Gv;qx!MbXJ=|oOtZarS~6>hYApJGuzguVR-irrz}M$O&Ry`d=Yp7)34
zBQfhr!?ycbz}@XntZR7LM;;k*#I4)P{BqxVL!v0Yns>u}SX}(8+*|7^8$P9tD60Rq
z@M`KghHG(cQxwe788EOao$9~j+6~-{wKMDd@Ou40ChxfQcy@&WWxSg^v5LQi?_61L
z!P9;$ae<%Zi?^dMUUq)&{Jet1H7g(4nki=y7dY~&`mtDhDF43lS&(gF`;Iz_U43ih
zw+r`6m3;Q_C}Y(<=}FgT4!9@IDm7<4^Xt3kA7LZjl<>iv)Sx{3hihCBY`!&IabTLw
zh+tMS<KAE61LE_3#o_z|>&OV>FyA&E_uD(@MV;FZdA9kUe1M}TZXBKXJ(9l)d^<-s
z1z;NdJ@v}r+6LW6d~kJtO1G%n`1E>b^iu(ooyZ_Y8AgdG%~5O^P9R66I>qzBp~6=f
ze=Hh%cAg`B%0~GlrK0!?Nxa<EvY+NBQoDCM*M^WWzMj}bC(y?ZNkeMMa1tmdD9c(C
zNZFjAR&bx%uTzk%t057Pybg-um)mAe6-nJ1lfuWUOP%jBsi@r~dI%T>Bfm!ZRSum$
zkx*sz_xDhCzP~-psBskZ<?+iM=6R}#My6VFPazg3?mOm_#R<l+8~QFhn`0URmaXw}
zFtYEF9U6C^XT<m<-6tnynpT&4l7ahBNq3Qhu;^IGz?)S8Qa#mfxQl3E$V?Mp05X&4
z_e^f!PnCiAL4eCkf1tPhO(M_c8P=J5!E8Iu>^i!t2Q4PS@&yk#C^`p5xEe!nJ?cME
z2vswhCz*<7AIT@N(nWq|4y@!(Pp&@SHENW~e(%ew^jK%gFEKMqOp{Ii@u%SzD~lz?
zGBxVx&w3WcnOVOI*Xg9Q>e;2puc@7Ah+9Mu$VHU$5ZJ4#%ioZg2UaP=>8^Kg8b(<j
zkfMZ9rwni&R{T_&w?JO@oyLTNrN$&>Y3JSfCDX*W-4>PY`fByQz1h)=wt^DFT7`nk
zDSFF=%x&lm%h@|oCF~ZNss}>KtL|+~?*`pXk3MYY=VR!-+lf77Hx#P%mtVflC^!%0
zrY-Bj>lr!7R8*`9h^y2lOU5oWf8GayIZt2^8M!K`^&o{VPTghhYp%p>gw$u<D2RVn
z-VJ+q)@rN8;bnNRs_KzclD9bxPOV*qg3I_vwGQD<XkAN|pCyIIit4d=NA8n4%b<{@
z^>1<z`!OM#2%nAPvE@=-H(?9Ji<LbWi^s$4jqjIm_D2if8$b^CxdvDaaMUN|rBo2-
zr(D*@bmz@qC^i^5If0}ymMyOw01s02OkMUltFo65^{h~a@bjfX;$sn#BIaTFaq8$N
zGoPgH?W(J~w*{+y^fG*^O{C(^)S(0uy+;~qzMS&2!JhZ=lU1fU`kT+j6s3g&W-n*)
zhrD7bx9&)$P{_NC?ZIk9`HpQKs5l&z(~OrCw(!l9ZG0hKDmy&`YO4dS?RQ+529}aS
zwtGH)ECW$FqydOHP5>k_&u3DqhCwu(?y~aFXRl)FrOZ%<lVWWx;QqFvJU!<|zQ9+Z
z#7G~~UaUd~(*M@^V+s<HT}^Sb*NGfoOMtU83?VD^lYWmg=wGOoyrC|5TTt=p(UnK*
zWo~McC7bjn%LfZ5rE&M=A^D!_J&UMQ#M`jC`76?B(Lk;~)>()|^NgDdBdhp0U|ht6
zI#$diqQyK-E&ucvAoJ7e?1kUWj%BFL#3$zg@{{wTudFzg0=oG?Vo?u=-$S?Y{9E(s
ze)9E?29K>)*XxfRzfwB-Eiye-^7t9cQC(*Bz>808NuGf3Xx}XqFn4WBJUb~T^?ekw
z{(KxwCu`MYuw;>ntGDZFd>=gM<79@No)D<de%1Fat4E%B@aLEae$ZE_GH7P0SZ;2@
z-p{*W>6KrlM#op-<HxBzxT0rmMPEd0Fdcbye!lX3Wyk8Uk+1J8J`W|A5l(kLghb17
zaIp`(lzt;5c8LApe63Sn<Ju~mn4zSrDy|n2lqxYUT_kDfXSbeUfZ9eUe{%vVC)tBX
zn1non-qSZ#xBw~`r2gDt%r81E?0o#$`!xuRn~b_v*>bAlS@9{{@yNFTUvPFSr#Qdt
zc)WV#>*v$wHxIwEhhWj~-WJR&v8-G7dFU@5JI%i%R$Md7JqBz%T2)7>dV1IXVBLJS
zafy4NGF*S>(QEr61gRG$O7!fKyn^W}I4(VTjNp!3?TK4&q$b`DEhD%0@6dZx3@ea_
zot9J&?9!HokD=}XZ~qy1LpvyI0KnX-U{|XkVpA)+RNQVWF4l*&8T3#F-}I~%{BTp$
zzfMs0R1&-s;kE$85UI;>H?LKou)k2Oxggf~!H5r>H+E&kfA*iyionsWrz1mbA~#3v
zVjsY|Cw@hpKal&`qbOAY;xMT%HWPVM5lPHc2CnJGkPrSggYlc=0kcGXf0WfAx@wRb
z4X`;twyl`h|Mg6{8oX64`+cd>2Z_o2n;#Yj{SQRg{iSn-)P!~g!J`QFH4w(2AG86i
zy)!7f1rkpi`f>+i!Kva1h#guOBDf>AD^^KdlAEW>L;=L@PK>z!?Wqr-pX5qHC&Lov
zuxls7;4Y0fQ82SJ4U)A|OU;UVnrg%+8VC1b#Qwvw<b!{35pdf(lQc@iTbvWN00mzW
zMSFmfJ%Hl`cq1NWEHWywHF|Gy)cz;L*>m&(=j}nYUfr|tM<N{$cgP?2lEal_A8-=;
zUd2q9b)5f-<cc0Au^zKH)8Jsz5;F(bo@s=c!-z2xaQrZ#yQAge4Repy7TeO)tRHtC
z92Z{H)(20-!zU9)IrVua^dfYVdFqoYCsWQQQ^8YdbW`a(QyDT-nVM5@^QkP?sqBEM
zoam`s_*7oyR6cU5V05Z*X{u;vs`zZG1Uy|zH(kavT`n_Sp-D(WPgl84zYdtLj-IZ8
zPa`U)Ymw7+qto?E(+xY*jc3zMV8SglbPEr<RR-OriAI{E+g;He0qD+XbQc`mU5Q2^
z(LJN+-X(P34!ZvgJpi5=q?;MynHiRu8PS{>HJ=%Cof!|9nTVd5gwIS>&P*d`(4#Xm
zOEa@OGjnG%^Wa$w-Rv8l*#()|Ma^0KlKJei>+DLv>}vGv8hjR8Ig3Niu8+=cEX}^%
znSFOQy9u7#qMO_1nR_oY_d#=R$9(Ri>)fY+|1@{>2aEyGV}QIEkSvDC$k<FEwnqR0
zu9~`S9cya>a$AF#`eX9WqST#<O|2oO))?{_J-eDH70*~pwMa|An_RYNYIg7g1sGk-
zl-pVq^;;r$2?!I#Jta@#l+k;cl~Ei;Q#T+BxpWI$VN=|)3)z|rJPuR5ZVT{$1%6fh
zlt9)(M&*JK`;_q5LfX=T=<i9f?+Yp5MTw$GN#4bHnMLW}<1!YDx~_|IVWaZ1<dD83
zm#%vXqH>C3NiHUl4mFtTV~bK!5H1A(ks7EEW7g{l;o=0TQJ6b($69bk_F5Aw<&K_k
z!Yl%p(%vs#ry#a*CK854@^dcp6RvT<AlC6Q>>tV9<0GxD&3XKnj39->Lb2jMA#SA*
zn=K1ll2~_VVmIel_xKoV-Q|0t7Ur)YZt)O)&qzLJkeLL;rfT^kkXS4?(#bl~g2cjx
zgqWjV(~Wb*JPhO!w&L*$<lu?%F3Nk58z}^{0;fefGj*I;$GV4E^1&jV!`!R}w?Tri
zRUtJ1kSS7mIo-`O*2*F_b$>Ol1q90i30gy36c{=Dtl8Cx#ry$c&1*^D*HR(aG<s}0
zFE&FKo2i9`TVS)?u-VVBIWgGWENosCHoqNPForE$#uk0V7JtW<Kyan>xH4W`xh$?i
z3s-4@t8%l&LI2nG*Hlzgq@|^K=%fgltADteQlO&p3weS#GYk{c2@yAaDQFeWuNf?*
z8zv*ntS!W@C(Lk1n!{L{N|V6Q`1$S%-ZUg&G;uyt0!9-NHk0HwQ4p}?mboV=WzMB&
zDkp3E-(fTsUtI=I-5dV8JkNAQLv#g$w549^D!S;)IR1N*#$o*TzMI`WW>a%Mb*q0`
zSp<wm=lmB&<9(#{7e;%mE*@YaV(F}G?x7O+MCz#<Vb)FGK>uH@ER(yBjQxW=Jv|8$
z?Y_%PN4tmrjJOdbTBDZMza*M(6ti0-M|kXYd)Q6O2vN%@d7pTZe{a*2P|r=`@A_sM
z-%EPpo%`@_mFD^%RGR*f-@hkmd1aD>DYyR(l@?d1pI-N<ywUAnFb$2i{ufLms5F92
z`=7!z|Az^2&ocg_N-K~5hot%DW<E>JeqNPfkxUS2QAtTjd3ky9F-6HOsRWEx-PPOG
z*@dX>L{#MdgV8F7yPBt(yY}j*7LdCK6`h1o`1tU@FxvF$Uui5HZe#Mz+{)+0gX86`
z&5vt4?>~Il`KyezxA*1S>Axh}#n102CwoV0>th46|4+rS2;8jtKZBdq|5t9N?RAZ2
z`X6ov|D?Iy@*0}1_use~4Ep!}+B=tpXn;tB5dfU_tR4X4U-SkRb(|-x6ZY2{{Y+t`
zgv?c?VJ2jWG}9xfMB*_huPK7>TK<XK@D3moS$Zewr8UJM+-nTrTSQC_kn}cmHM%n%
zU@Nm&V?hozG_eJ^fC@kgd{m5Pf`%pArYe4kF5bX+V<Lcq(#o5)wg(ehg}9RlVoLm|
z%Pm&nA6^Rpc+q%BsWhM+oc+6>Rju9=L~hQ<=gcAlXl?o71UvBZ*otsx|G*a321%oH
zUKNZl3^<}#vZWm~;%5(8t%|eutB1hK)EM34w-N+yLD2C~rKh<G$n;6>m{t1dWZEvt
z$@P#rZ2SkWw%@t$(=@-GK>--B6({XzfVNTCB3oW%tO*Oe%yBVqjRVkWEl8DZb!@Sd
z>pC9bnlr8^KW2vn3a;cWR@%6!&n&wP$~;xq#n6EPKW6L}mx8KG-59)g_08e~lK|JK
zPQd^p-KZqM3)QFxBC~?i0+K19t!Qb8<YU4ecH$FF(FuukYe^y_E<)zYaEm*w#z>(B
zD$ActwqMqJzJJg(NGyEVJj&p6*fPmici1{3cW~H-(H1^JE?N5gmAR@T;4F;~nn19M
z<VW>z4ywUM2H;I0TGns8F@U2)^BEK*b|;w*LUIB|k-Rm1pyk6nD5l=o%PQVkLGRBZ
zo5D3(LOYhco>p&3W5N)gwah(cdM#Wtd2I1y;)@O#fc4jy1D|}+pkoYx0!v@2RE--f
zCpCNixo_*3dQ3`HqA6_rA$l$Xq(l|PO`)1brx^}!3q^4SsQFMq8jxzHOzid(^3_^~
zZhLyk&n&JjbLY{j+z2xXAi~;EEpWB`{usp-CTbF##mp0fr<3dmd;Sg#5q;tKf_U!P
zYT4Vrme}fl?$g!Li=;ih*1&eIHg@KrpcnX{F-R}*CXaz>uc*9YPy}m0w_4snn8JH6
zc1)EzaIoA$5+Y$W2*0v;XtMcKNRP(Pm`pP{muKoFMiK;@UOyfWFGjtR<@lm>h|>e|
zd<R!)zlyujir@Y@_-qb!W}f1Tm+3FPk#W95BN5`fb(0VOGd}CO+Pj8FDSb9zPC!?7
zM_**%HHW>&;~}*zR6~A~euSv(7N<f+-**ETP{pw8UDS;jg=W7PW!wRNf{?k=k02IQ
zLkGuIXLF5uYoc-Ab)U4CBjyQX#mqmzG%zeLI2LcPXnUy}$l$>?NZP6EB2sy?R-7JS
zJ};pL`w1@eCXrM?6Xngkb8l<*ya#}t##2|NjoOJkw&Yq`+_|Ky628ly#CQ|7wsc1m
zX$TBo@EZ2$cZJ=;`#xz(%=$uUntY4$@ZsI~Bw!&%J*dGanyLH4&u?8iktf<LjgeX8
z%i6kkIu1w^U0vD#&ofs~cs<pJc#R2}E61--_y=YPnJb&u_ur4^$`LYG36(SXGEWJa
zt4|5#g0$Ylgv`|vrJPgiY&IctRer%|Fp3~#u4qNyz_oFfE_dOC%$0KxpKSjNqddAV
zTwn0f)mDHs5ZzBRh_E$bAZ?IviRug@9<L7N88V5z`@Ssm=P19BWP-j)Bu(~Y4X?!G
zgcR@h6*p$1b+x7wGM<;y7M?`w8w@R&=Dx3btpEWSN+#Y*d;hvpE#|Jped40>VW^7i
z2y<*Ou}o<hg<olu>5+4s($Y5Ni})zE*Gh3Z*7P)Km?)0R!DZFMi0h#W(KoID@wcxc
zs65#<xyZ`mL-$X!1$X($0751VYs(N4BTuL`#w3ma-Dul)wPdH?q&R{q^O*$srS1{9
zSwNL&%$}gDtyuw1ruvrAm~n)6>>OEpjgFQOOEzJdc$|yUztr2Jsdl+Bn7%$#7Z0|X
z4PH^Nv7q(~J1F}pXoYHpl|p9gG=2$@##<t3Ci?`mNe}Lgdb`jTaC$v3#*t<Pmsg2p
zi2#J`77JY%=<|Q?xhpH1S8&TB44&0`-4l*e?D|n_{kE2)_j0*;x})BmH`))IZ}*lV
zu@kSUt`@;+-zSD_8mFjt&PhrjW;}1c@mAACZ`%5<NhfM;_MxE>5M~yTLsxx*Ft%vH
z&K9fJXj3$p?hTq(YiIQxIUL<=#o1m)TGYFW`q(~Nclwj9*Z7pZ*&*rxq({d*G!|B)
znW=33iG`sO^GfW2u%W|bE8S~x_A%Gnp=Q*X3iODRLl5=3_w;r0wf?$(_>fKKWgXA<
z_OQT)Fpq-G->u6NG3CT*drFu{78znKIf2K2jY*5YsEE-L3DB{<KVkU;l|I&*Exi75
zCKe05-yh)d#$@R<qXX$_dCErk!%MY`dG5)r(XeOrPVMiQ=Wid2szrpD#0Z^DzWjZl
zsV-@qth81^l_F75ZRe)zbWxT0Rw_pe>Tc+hUn6)fW2PR4Lo{~JR)6v?JgD2p?ynIR
zq`&9BznllsE|rFJG^RhLSkpg2O~v1pfipTRXfrCeVpSnVsv8c}2Xr$zD>8|*NsbI=
z%CqLY?G~GdxF(MB^`8w#wvUA$N~N!tX!O?+rq`YOFD=ST0ArDO=|oaZd8;+khsc;4
z>!gSJme?ET@`J!*Y<Z*{V%M+5Yq1b_PrPt@{nL4vSKVfNY|r~UpjOzyzDF-NysYc)
zH-0`KS-Ra4P259?=CXQgm)p3HEO+IqgnvJZSiSnB<Ipm9M|D|#^5>G>+w)geVJpbH
zY<pU`r{iy4nLN9GS$6C$H5J~F;4E&7N@;IyF)G{69cHV}F7D1PdmD?aUL9M$8(0v*
zaTbSOxqcyf`Sxq^8KBO21vy^VP;qRM#;SB+tnJHJ-eWCvdxcgsRi>4{&-X-*b#d^<
zQzUu+^QA=FZU5EhwYQA}Gz{&j3FmW<q>n%Mk8E8^q^V~-!;3!oIE>%nIzm+p9Dkz_
zX8ndIZff(H+r!ZO*_!YW9r07~xGG=1s7S>pi1nY{I(@sc8t1HU`Rt~A;MNcOdES@8
z9uBC^kgMl5u0PD&f7p!VJoR{Pt19p9d;T;`!s*HQwFmT%pT7vW^x)L*d~x?0OsX_&
z{c~_+)jdAOknOlYh7K6>`IA(}2&MLy9;;ruRnJeVgQU;hALn>;d4@kH4&#mI<ev<H
zytZ1Mh@_HzM)ul1`nz-DYZ$qw?*y?~@3ja#Luih+xx1RbT8-m4<Acc@KlN*N4<NzM
z<Q~T~6G~SUuL7uE=*9*Aqz>wed-?wvZdPMAD*>(Nl>1`M^Trw4H%O-6Or*gHRvsk#
zuFLavm+anFs&X@tl7HHj09c<Y?b-tLf(b&3AfnYvC&i|ccN0-Evn)tJJ4#a-m@~K&
z(yn1snXpjS3;M5<WcOfTh9Dw&PJD)xO**+(#z<O*@#EAE44M8Q5m!Q*v|<J+DV!_;
zOiY@lfS~;mO)x?kVtbhqdzng9nUc(KOT7#}Y-(W|T!D*X{3Ko9BufH8qyos4w8^%(
z$guKCzowV2;+&y~NwvSA8C!%ZV>47>*%ApvE{fS^dRg9HS+^C_NwBGpv8e)zIf7-G
z4b9-tJR<i5qEN4FI5x*jFC8YBtEQJpmzVWBFf&n*CK;O%BAA!KoR{U59iEq$lb7wY
zmr6$p*TCf2B*4oM)D;O}c^HwRGm)Hseh+D3R(HO+V0KPIUL-TTz$?8No7SmE?HH7!
zn?|GvBO16U2o=ne!&BvDb{8NnawbS~>$|fxZHkp73j76g=CM@Wdj+d|1+VuCs<1@}
zy}SlQ{&-&DlwL-QBD^>+_dt*8jX!i4LngXcpt@Cj5>)gWTRLP@;yy+6HmF2AFS}7O
zS3?ng#hihUPuBqC+XoqUcLV$N%6U*lWYYyFd!?`Uiq4qJ#+Zvg1eIN4OIoH%ln04q
z1;M(`1%g4Tkl<2M+j6q~V%${e3bquBEq`ZIGK$ESw5^~IDrO9-@a@i<WlqDSK^MHr
zSx>6u{LA@ji+F-7^=m7K1oO;D3+rsMe<YMlBovwoWfs^}Yxw8dAW~*dvIs#hU1uV`
zv{EOf8ayxA>-*l7E8XS#s3HP;8@njFH=Qq|RBegNj_xjG56;;7$%9dYDl?PmIfKfD
zY6%&t=*t49{7Qvp;Mcs$Z+SHeoMqP&^G6a&YP<8f6cJW7)o4X{VM1{+Y5B6Xid`ak
zSU#9lqSnb9bU(k|(Yr>A<#i*f^jmj%NOutumDBEBcg|c5SE}0bM*PY{+`3F&z(B{G
z>q}Af5w^8ewly=hHOE2aZ)_V*NHf>=YT$Y$bqPeqEbwu!GE-bOj~4=L*W8b)fOaQ;
z7J@=p$V{9;$B9HdTa64pwfw<EQH0D@X$xCVZ3ec5bG?$?E{~TrQykaufVsIFh0kWv
zul}tEXR^&@+{^oMmb5Sk-NRLzV2F54KzwQ-^&TLP36egfMYE@cPrq{ZvPxnP$<k9<
zpWh&8S3*lx+@M#sSzAbo&Lj3I{_U0VSr82HPEz!N4wp8n+JQ9c>a`2%b(Cu!+ac>v
zEo?qD><3lGA+2`{it2IYuTTZ7C$DXi@`Mi>BCxGu=<M6wWxe{%$#!kOtqJcrv?;K|
zYrWb$4a^S!-DXAl+95T4K)wdZr%A|~I^=9(Q>a}lcSt@V)`lhQ5_acD^|X#8w8xXT
zi668}lDDzemZcaJ@YytG2eyH}@+<%-Ce@&MtYqc@LX-e>`&Zi|JUNI5*2k-ctnxwW
z2&0}Tw=jlu^4fK}+UD~gv=|B%`jC~qyy$O4)Y+rE`fRJC5}Kp)2KsE%ZMuo(E`$vQ
z$;zn6EF_3z(ttPBh@?#*L?UEeoX}MmbcRZssO7FbH3eo6I>HI<fRVRJ44QEE72EaQ
z>;;yQgVqZA1g@$Cud1-hHEXQ>x(5Bv3OYH^wNYe+P?kKi^-3J7DV41H?S8{I<;?d=
zRX^>T-`A!o;6`)2D~k7o%hd>E@Gn+p89HX$JI2fjvJM?{R3Quo5t(2HuZuuOouM>`
z(0M8fhF<Ei({V`I-TAbkNoVL>LB|bfA6F=dkg~&bQGu|mgihb&k{wE*cbEeJ;y9_|
zAY|?aho6R^B$81^1)YfL9J%^_uAb5%=GP(EmT;T)QNht{uXMapHQH;y@UX7Y9-(mA
z!>m+Qtk=<}LBs?D-f#volmdG<(DoZ+c86mlhBM>PaqhI4X%P^q3Xv<@FcBMBxd}N{
zD8(q}5atAG$3-!}1)YIGC;TZW?Z`t62e}Ss__rpwPJjn&lgGVthgTE4nC@ffB<CRT
zNAhq|FHnGON(c%{VH>%EV*Cq`SB0qRe2iS-)ZL`1d&=!KiA}?Zma3VCFt0K#!{RLc
zfs|ie^0jF<UNt)z<TmT|+IV&Mmg9jW7$DmqTEG|B4FyRQ0i|ZqjLwVGA~Pf#W9W^=
z8z+nCD<JpD;tl^XP0=Ntq9wf}!t=nJ{!1r^bGIEPzp%|4^#R#VCOI%b_Q56VSHo;-
zAS3n_YonDbwiS9bP^=gD%D(n-&&qr92Is^P`5BB7pf&1Or@LT@dtQGg;<eC04yvb}
zFf3<aUwqA{Ip?xHp<%%KBD2`5*Hwe)=f*-pAvzVhNZ5Uo^#h8A0T}_HQa@m+1FqZw
zS7Wp^mArIPztlK8*Zh0YXm*+H1ZY3IWc6y@=+(OK?@6zt<vs_bQ5f=veG8Vg(@(T>
zoMILI3dt2xE2zIpf$ysg3CUMV>z6Zmv*F#v)X;SqG%A-k&|*Wx71k^ZTT}LbN22#`
zr*BPWZ?w)nH}7&FmWHfqcHu$MGA9g}EJE;Ni>XkYc-W$V$X2z(7U&(2^x+m`=@#eU
zGCL>E-l&fXzePK@Q0B10&beYlu_EGtbeNqtbU^;-odgtZlozZ_i=qI18{<a>TL;6k
zSDlE&kp%sQFy$H_rMy+uo?ocS_K-TC>9_A3b}X>j@|+7>N7In?cMXMUJ7H=24Meh3
zAI)EWG%Q@RDIRD#EZYwf=sE#9O)oQ=tauk~K49NYJ_Is4zb`AAd?beRr~Lfr-4-uw
znDQ>j{?%u^cjIU3<IfX*Kp~Y4PD;#}D2m+~#R2FChhap0k!ko9k<gZJw&j5iBQFbT
z<AN*K_FKY?@;)9k`QrM!Y_kx)JKKWjo22g!ikdk^KgtEa`|Ou)aqHdQ?7J?p-ln;o
zp1TW<jva21<a!4{8uYei!LrB8Ws13_&c5CDqC>-1eF@OdJnudW7WOgvZ?K9TY5&?v
zcWn7FGruKvESfw#an!eS7xTzyN@1opX9LM%*HYm4;YCkpXI)KceUs|L67HltZ~b)j
z;{9&h(Gga(q2qym?>if@k7PC<_l$D?3v>4w)P(xz`#vNgl!RWSsq|h#m2Rlgd+#bG
zG({<jsDu`}gkD9ufK=&KdM}~(-m9p9D42D#{%h}j_RQI{_nk9m=H8jS$h%}Rd6PV!
z=llCSwrXLwLrrm1ezUzBS<*R#chGx6<XAV|%{=B4`%>KO<LrHlmD!e+rP#6=zOOUx
zxS8AJvr~%Lsj&f%KV6a^284C6LL+UQzv~l)+v()Cyvu84JR1D8S7u@>Ych&ncxD)W
zDOJ6bWhHR-T(-vSu!ZEWiM#mIgtZh0{hfxlM>TriDAu-J|2ljqGD#zo`PjO(H32q%
zl*!9dw6nUeVqeO7zc>=N)W14w8~goQ9xK?|h5m3QuU|{(b)`7|b4aK`R~tB5`cpmb
zTr#_q2|DD<oRvN@XqZ`~)BHX}?jkjPh!<KFd7WsoFtO2`RWsJ(AaeAuGWSqury=gz
z<jyx*&1>qfXEf>8UC}+8w}1Z8SaW&=Q`Pzff14MBTiq8O*$kkVv(Wv+b-#G9{3n*;
z*K8bC>Fct%P3Z;R$}oS<xzlJUaN#QZ!6bbp&GPpz%OT6VABkm3E}%^}(n$>zJJoAv
zmf6<;!~8z-U^(zCmJRFBbsL|#GC^Y3JHiQt=%=4mvvtPEhrR~O=x%EyaOq~NrW@^O
zr3hKGFI9E+k)=y{ta4TdIqR`7Yv5~5!K&CaMepA+{w91Rlv2<6)uPUer?aG@^n^0%
zkmG3*(N?jMpkqjd?C|FLD-NN>Y~;*mr%yj1y0y$c(=)jtyEbi4eryf|s8l+%2VX#>
zvhIl}_cH!?vR(Xgy)T@RMDLxn;nq$t5zif*JTE6Za{Plxs&Khwo>NrxttUPnlm(Pr
z!k%k=@2y{GA|JY1UC4^N+tw>RbGwke*w@R{%uh*9pLQMDHU02nhV-_Fclx7-dSC6V
zGVA6?o;h{7Dvc}6p|1S(?hIa!e}+9hP7APq_Gs{mu^&BJ9VD1o%oauYJ*ESwdkqtx
zyc3G4g;406NPxr>i`io!p&n9f77IeER1ZdkGSU|_KM7Qx^A8Ce)+a&*nlPJ(MHzij
z72LU{HQyQ;2bsnin9B~Si0YhQed4K00K*2_&@7Wht$j3QAOCDFJ^gZXwj_4{&#qf>
z^<bCBaW#SMa0Gia{BhOjU3rja_`SQdxD(w8_8w#9Q84wU1d+H8S$^nPs0R_o&L6F+
zcFW0x(-k8zIefD{snnZh0VXfgs%th8I33v<ls9}T_O<9vkOcL>x18unlTXt%rGq?g
zTA<njKeWc-?}s=&sybfpKt+LsAwmezTg)b6eGDc@1K1MmWK`xymYJTkQl?ZFM7*a4
zLCSdO!4}FotPx?3c9pR8eF04=Z=X+)=<OWP`quA%vPf(EJ|oj;FvIHo0k=h={CGvx
zZ}uZ$F6$HMApK09k7DQM(M46~VT;K9o-6Sfi+<WAxEO(@3U;CQP6B1kJ?M~GE>i*B
zK9Q?aAH8)(7{=cz<KesX-E3PNq+HLljm&#FI@^|=)GWrb!S$oHva)EcnAmrb_Ac$u
zRp&+L37fWonb5{2`g%S!&io!9qt~}8XshTh_~ksh>rb_ZquW|vZlQyB5;$;}a;5w4
z2IR%rh7%-5Ey1>zHR2xvxOw-|I7a9rT)6^&Ii<Ob*?dp0>AmUn<cq1PiA%cU%z(^x
zZo5cIF{onexIDE`EPqNYZ)9)DvZUCwRW9)*9ik%ka)aXf)mH19aS^Z9&Yq>sZd}od
zXy+iO@#lWn{e`m-TJzUky-MLfc0&{^2_k-oG_*ppM92Ndu9W^Fa2ehCDewJf{EPSb
zpd!-%^=wC!9YY9Hg^B|Zr<)gwzCnnRgVP^7^R%(CZOhjiuUcpAwX_KG8A%rtSSu5A
ziFm^An~GDD&OC2ut%F-IE!nOQ(J}+o&K?hnS(4KveViK6B#Pr0-3on4c|lbj@v~*^
zMvw@6u~QZ)R>OkZZ4e*VoM63=F&?hs3YBckyVZ?Um!Oqa7kkG^Dx*yU4!r7M#O>S{
zSJilASNx$fG}2<!*h0CFo3gHFLgN|j2m}OD7Pi#CFQ$rlNdHKBd7?^G4P;rvolrDn
z19eJSw&xBsP`xsJ7NxPgO_e?{Xej$EQOo4fNJ{aL@z~SnA~nm`uhn})h_TUq7<ES9
zreW8zAZK$QRwg1`FO}p_Oe~4v<DXi7cO&7(BJrX+>kQ%_z6f%Qirvt0aEO)ldu_)K
zOxmd@9OQ^U6npJ2dzTWUDeicOD&-(EPat<+mAkzpsVe4?!VlM>EJC)Z+#46Z5Xy1?
zx2K62G^_-s{n}`;b2_mfK{7mZJrE|E*fkK(PqE*+%=MyKOc(pGTj>fI++F~~pX@8)
zNIk)93hRQ_teZ>5UQY6)54kMGl<G~YtXJZ1ehU`sI?;o3Q>b&aVLP+|OkeQnDd&2@
z^+P7vnUdyBB1MK^#A^&HjWFmr__hgrE$P-{Tvb9$XWr)lH>0oBbpg>q>%-HfDt*W?
z{U{Zl9k(Lf&;`}A#HyQ5yV=sy>AzUtsuuFlYBw3@13Rmvec2xgJ(vy>^ZSr&%l;^Q
z(Ij8lm*G)?8&d5kitUOu&qC6JjM`y}wd~SKDWcfyF}?L4%cLmTL`L}BVof#hSsBIe
z6O~XtL*lTD<O0{b4)MH{+(n7m<~GNCGSNf1q%*Z;YJyHeN8^TF^d&_Kg%lBs#zQG{
zwTf6Cvs7NYa~$e3`oiV4!V+v^cCMZMK+V-$d%C=9wwA=<sebk0T7+G4eYI~Tu9Y7{
zsG<?kH=U&&D6LKW!>q#UHAZf#Y3_wsL&QZ750CD`a)Ba!-Z$}Y{%oX6hf#BFJ3CMG
zU&w~y*kUGYFHA%|{y?{w`hWK6NSshgX*ztTrYr5k9KK0@ZEsKekU+oaTjGjbD7f*(
zr*~w^uH)7rLf1c?ie~uJnwHmt+Wk67oZ(31(mGRC`Y73xCmD>eJwlGzZn2B1h?%+h
z_hUakluMkwB6F9atNB@r>lMSto2J;0lc0dn=drf~Rx~M^Th(~KQZnfxwesux<}N%E
zQsoc11hxiY(vqb#7yty$Is{$+`t}X#;M@0~wR^pishz`X@b1*&hl&wtfurl}zmuAL
z@Ax?k26$A8O?+JOm2!?H-RH}@7iBSO>3WaRF=CZrZVg@iB2sJ1kUp0<p-8lOiY#;z
zSHCoC(<o8SA%x$j2!f*RK+I40+>Cx^PGfUWAYMce&#f#1a`+X{tPKF6efX*B$w}Vr
z7W?@MzfHNix}fo+wOciF!*aWo=9STQLq#IX8&ACb1eUZ|Jzga$r!Z25j;KDLdc7+l
z+%-J-{*;Xv|Nmw01*NjyH&zC=c6CJa{n0j8Z}*H96*!Peeq}M9=Y6p{{DuCg=ZVj)
z4Py8G&0D$85P_*H#~iLG@HEbmRF#zg7KiGh!(9g7dcE;!l^=Dtea-YoD)F|hBu2FS
z0!j0*b!DbH#wBa~)T-rU!q{^ou2YLwnb%2{e<=YY&R+OEX5N!L{Y~-m-J&23j$w}K
zqsLn1lk>dHC1N4_-({Jrr)-o22UdO8f%ohm7i_I8+s`$KpmSqv68;?b-*0D{7A7D?
zAWldl0C<#nN!<A7gw(?KvgYZ}W)aj7>9}0aTE)+f{I{FbAHVa0C_=#+vOi3n|JtUh
zI$(8d+c_cno>wUw$SwSSMf<Oy!eJRE_xt=RLN?X_FejV?D^{T0(Yhtau`V~--CUUY
z#hU}M*e%N>9t?3n+{GZiTh|511xpaOJ0kH3r*=9=rFaLh2ug{#SaHu<k;qGt7|}?K
zL79GP59?OEJEBO0ZExWS{uc20IRA6QlmzF9;y1UhW9DKWn>uxOW!-LEvt>w^piLbU
zO~-<OQ1}l5NQb0(cPZOTgt$&eR7l-lV$E!4h=P!gnZq`qATWIks5@1Q7U<^bE)5nJ
zDo~MKO6-srxMxnOh#V-S$7ilsBGuDS@@asBkWNxeyKr$kJO>3Q2Ej3aed`v&h<0KJ
z6frUAD7rn2rpuJMan%?lQ`>=d|57|9@9ln{vp@`jmE+H^w$#2S+oO`@j=~4G%D)E%
zXg5ICWxi%gDhdjjEU7u4t5Al1K8ALJ0jg!0$^<?DqGA<xFMxS|wV6QhuOBMS0b<II
zAS=pt=VFMuPyY)}k_TR)@>f9O{b1oUpjK=DAq_~|1Q38LQ``?}H-Lc-pdp5W10jh@
zcghq^J}Huz0FIga>zVr_%DTZ38bF;6)5oa0CS6hI?U%;Vy3GBLO#oTO03x_hsQdl9
zNPy#c5aG)~UiZ4mM~&bzId2;P$2w3cOU|7(<e5YRDF$)RL)zONKx6>GkK1|rpuAM;
z2)$6$J|RA|icT7|FY(+=Fw!jtf;50QU>>M9J_uOuCzjSGX?(EX@_-bj2sc1M3{XML
z(uOcK#xg}x2UI<c+Wv44*b8+>2ha@G*|)BXxan*XRPM2nEHpt8Mhrlt8zOw_8k4kR
zbTrv+`XETjmLr|8?p`*VI><mf@s$$CKo72*Ke$n~ncYH-=P^JOiQ>SFdI|<ZG(a@9
zLmSL;6?kqYPeNCK1|>jT0FY`QusW+YNg67kR&~##rS7<&BmxlhBRHsLtcj&D!e<zs
zrrmQs++3y|)T1#~pxqEU5+R{`2G$<|k7vqv5uyMs&=3wC)Nd2%DVF<2BZ`E?pgSzm
z?#pApevHB4z*7%3(SgxYlLz(&XgGeV8$3o*h)vExI}vMd>x_vqgajP-2lS}!m7z#c
zok8wnsC)netu!1poO%vyiqQ~3=!i%+Mu0<}$~T6LOqjXXkvIUxk^saANeBkTW{V=>
zmEIF*WPKyX!K)S)0?>VplRL-<OtVb<DjOz-2b1Oi2yH?4kfG{1VRl{yPWz*zYEu%n
zsT+bMZpCOAA;iinR9!<)avghg9xR*&py}-=aWI5?X)`1liZ~cD6NZpPXx!f!x$h}S
zzcWE{HbLlMNaD~)k~7Vb47jmr4}ltycugAJ=o^&l6Pkh~y+TT9jqT3}9i$=Rx~h_4
zGZs#~Qtu%og=m)!gU8Z(_Gwe<24hA$SWyQ<Wna{NNwdatV>ofhBhy(3%0$Bxpu4T=
zQa8ObJS{;PVq^-E0!*3M&Nw1Xk;M>KjDe-(oVQcwb6+N3H4?w_nRqXApX53J!ns#<
za{;|`uV?1o;CANTUd#m&&ZFq&gSh5{CFeub=0i>A!<^>PzVqQ>^AXAOk%jY7b@S1^
z^D#5?u{-nc{_k+J#UkIuk70|&$%`e0i=}mopL!R|W){nL7Ar0mD+!mX=$5LvmOe`^
z)u=7inl9BjE!F!jHH0lSCNDJ=E;ZLJwe&8v&MdX<EVW-OeIZ=#pj+<bTJDlu?p9mw
zF<tI;TJG~*?hjiYNM0T+Tpp@h9`0QpnOPp)SsuGs9w%JE(ydHzt>7jlSEkffrcGC7
zoK|LiSLVW2=95<z3Rf2ER+f5KmS<L0c2-s|R@Mkt*XdR_xK=kMSGUwww@p`foK|;z
zSNFnJ_mfu-Jc})m{jL#&hYE8x#c21mU{_v<1=h~85Umyw>VgclLWPyF*h|_%l;ELG
z#bJDnVVAKp8mKi5FEpsi-l7nqin3S5KrHv|Ey&Oa3$(eAgCtofq0}72Z`~qno!Hrd
z6g@*yzfRh_4$H=p?XIt#uT$&}QPMvw=iH!v+fSqZP~BvM&a8*t?;(BY27`J#W6?%U
z%?7h@3(M@r+pUcROjubc1bF(;?)Sq46vToTede^r?uTQtL;^w506yMG4(>>6B#;OB
zi03VnOEDo2D~TI%=u2G^EI-O>{So*Tnr}eMX`N7>H$<=_Sf(#nZ~$nF4YRF+_`X34
z&WBmQ1oF*qN|@bpbqH}xL))*1so}!x=eJyoA@1{GwjGaUiniod!(8XX1n^rb*kFrd
zLOy_yvNNrd21po=CM_nE-VL*_iUlP&%J%{FPPg@DgCDUzGBQhYTL+4r?GUhnoEldt
zbJ4mLPC^XMwq{8Z^FVv<5PXr3d%%e*9wJn1@1&P1hTIjJ2ikZ+Jh<zS8X-g)ATh|E
zxB8xs*`BZSo}b^|3-sR0ls*5Vy;t>n0U~{SuV?q(?C!n2+zW*4qv-d8xc7sl_CwV7
zL(TTXocGaw`{C&Qh?M=vB4i)g|D+@Nz>@qhc`+h+e#-ltoSXsz0{=)!3U-RWrKJCV
zg!!cZT}lcWzvaV+`ToTu#l*;!1n5-w|Ai$*X;ej-wIt{t{AVnQmy-Mf26!X+_n4@t
zk+hh_|7au)<sR$unbQ0#+lOBjWzaOft8IZV_u;dB|E?po@j8<JktO>RHQuL6JpW4d
zN%?DvTR4h)xk@2y|1*u$H+<r1{Nf)PiF_ES;qLlh(n!3EbPr*A8glDJ7@aMO!y<^^
zB24CC5UVSi+cy?YF-3uo_uXrJsTkyH9I2}l<@Ps?OtbpmX{1HJ^FOIRbT~ysIBik{
zEhb60Bv1N(G?L$T8M@XuMn?q()>(h=vUhg_DoPAL*FD7)Sa-F)`ad(0{?B9H*ad~Z
zO#E+{q-*3mkHmPt!YIr5a5Nf?H<EGHXuOXstN((p^_7=26o1IL`TQAgBtP}H)D2hW
zoo8XEYnPYv>zjKjdVA`I2L}fR|E7@(%fr*-(|c3<hf|9yoAcWncp7<he7tvj^y9}5
ze4+2x)%mw?N8jfb2fvK`f8`?od0o7Y%>TcjBe(vSjzmJKC;yj@oK?-m>&Q5z|Im>(
z4*%%LO{*?&r(lo{0G#6_NC4oO@F0k-uRpQI>&Q#nDlmaDz%XwDxab&J)2e4A;Xh(d
zkVvR=C2SciQ@%Hzb5|C`%4H=ANOB?IrS~K$M~<ecGu!??pG5|dXh996tc(F|-lDNx
z)0P!I*gIUSE6g2F9D&v7Y`r(HDn3u5C`_sx%pP@ERN@{CzlF7S&R6Cq&yl~KJpm_0
zlcbS#(67%o1I*XP@0N@5^;{I$0W`^ymI4VfTrh4rRlAv}CZ`u^9upb_h!CLYzC$33
z-_^9B4x;~#2U_VPYeZRfs<l$TgwkRNMC;a)r(m;1#w)2;#ar*>W7Qb}J0!KLqB@*#
ztf=lU2HU3s<l8xR?VgS7fJTOMP6PAr#XBkDvFK=tt_$v7YmHUjS#iJ>wQd@a%^w?E
z&r3OKBTCIl2rSe6G56w`diTdH8wh`~mJzrEEDRJhh@rWqmxzavGFzM0VZuShdC@?u
zsyHE^!$Q$p$a<(ypJ32D+K8AH1#BYz#rF}X-733ZRy*r<RQ^B4_{wWWRjW||J^4h8
zxRD?w;NvY4nj>o9ce*gZPLxT^N1cLe!@4<Hf+xz28ZPl7TPe}QO{aR-=@P`t^9;)0
zB@IVf$?Dv=fLZk2Rfu|3{ADT*#vfI$7t!FV4sG6P9l)hnftM2fy%<CvmHzQlUnDM!
zGZrMtfqFw7CTKt#_$&QK0+(dG_!xWLGB*HzYx?~tDci{p1cF9lb10Wig;4_F=&|<#
zvas1hZD3$VIoV1!{c-BgD_W@@6q>URp>>B=jrK{@N+>Y#Hn<-3nBrUlH$A=as6gq7
zC>07|qyhRC>*;V(t7H-&v^MADJ>8i2BYpdxaxG`_(la0d^4?Z48K=(9s|RB*te_^Y
zlz<u*j@a%sF2L#5C+5(C4Io{O`2pw3Dd!|BUyke`&@00l$T)?oI~kifkm&swPTw0V
zxENq1VWJ;lD!HgXz%*kfF#bbhT`m%(Id%6O1}r7w-Uw}a5jg)dH;xE)u=Rj~9!SjT
zg&Um~(D2(;t8?ygW`Z_l&QGS?kIxbkfx!lsD1)PM-^Ss@m|GLnFEK>B<w3vYpb{w%
z=1>w&0*-*?C+g^y9mdd5*$^Ae40@G#gB=lwiN^A4arsc*6BnFZh#~RBWDKDM!7Ys}
zwWp5=MYl)Q2@aZQ+_Sz#j5GE;+UcC1%lRk;b~FT-1(*Z#P^vb(6Q<@#?`U0UdiGhs
z(M1GX^x+ZoP}j<PI{OSg^f@RlY?*hdRo4Lh3yklDA;KgQx<V<P@W`vkmZN$r^sM+n
zuqv-9kg|ZTe7l6pKrkL)!TI0mNWzy2ojdpu&|#%-Mm%47@H(=o@ZoAtnj~IF`WEP9
zNEqXFq;p^%BaK@-UPl&?OWA(b{aZ(V__eFmlaAMsKLp2<)F=85XuY#(1V@w562$~G
zFEV<vzv7Nb0cJVDZ$IY{3cc)v+N=W^I#?m%8oXTeLs%_o3EJF7RWAIJr?$gpUItc`
zTWTos-Sa$}_wzm6@}friY3DQ_0AX5&okk`Fn}sC?cpa%^Y@D@O^l89V!0Z`X{H*q)
zf?9~dL<c%=Y@^sm!|nDVfJnL(-`c~3FtaO}Dq37nSe&Tby;&zx1pq07iB(x)O0z10
zn`KucA5AU?_33WJbHI}ON>s8SwD5FpGO?N+hnAss#AaUFz`nW+sSzfsw&24VSj(6+
zDy8|nuoUB}>-j3m)I{oI+R1_bI12K&jzmfyvLt8`70F7L8Womuaz2|Wds6o)3V{1$
z(eFlFlV@7qZlh$qb{HIlM}ZxtNEN=IIc<i9O8VYn2Zcq$?x^Vk9<>rJ<|U)FKK#09
zTM55#rm-24zBubbkU3%qGLhg{qW6X$-~1t&{oYw;tp;X)#B5g0lt&rP+vE9+nYaGZ
zm=JIqX%iv`Vw_KIq<CNaOdw;q!_B8^#8=oSSHQMkQL3l}fZ}(vvdnrU^-*!9%w^Ep
zt{|bl<f%a=%XWv|&-R}bR<R;)Kvc8W^vYkNH3R}bOqw-7(sBsH2)Jy#9KakFoq3I5
z2ZEMmotL#$<7#C-B}YanR`)(HwDG;L+*lC~xL2$q<QA!GV@0bXSyx(jh>Ny|S}!dA
z?5kgSmQygX)j%pSAj<k3^K%*7#%)RawztP#l=PvVBXB6Z@a)k?_Z@*u;Be9(c&hm~
zr!&9H8ui<FxQW{QSdrFy;w$pHN!Gq<cE0afig>Ee(Rd*FIpOo$pD}#jf)(XVXdCIz
zbCRzecmmJ!Bh7rmgkY8$#<Sf?m!Ate1$U_vQ>G5oPE4k5@V8*=r!Q_F#f~=<n^wMR
zAfVrW`Y>k?WWG6&+u>XBSH?t)-}KyF-&61W;rYWZ6S|U@K7O9RHyj0+iyw~F7A3nm
z%k*@TP0`o6YwE83US#NBU8VkX{p)d47b3St_&Jwq{3$0iV=y@EMJo;;aO~kvnTQpx
zujYug6gHPF=6E8Nu5BGon@>L-Zy;_~KI(PPow<MIopjtQm_y_5*&OjS-}2GXZ=Cjz
z=EzSk5>;fMKCGOs{`v0MuWrOP(EArG`3}Fon%tr+c7trf4!?IvzE$xkpq}FXCu}&*
zUasG?f`sn-<Vl9P4f8D;eIl6$nb70X2R{$_#$Tl<96zu6DRKPa_Vq}*n|EEy%V|$Y
z=o`<Glcul5V-<?Od&8_9H%kLLwaI_2KTw?96ZRXjFqcVbTK(SlMSd3;SnsOPwn=}K
zwU-`#9m{s=PocYf`hubYmZA@0Vp$j;@H}%MirY_^Y+0?2E2*x-EkD%)T?{`;{nau2
zdXbLDX4HMxE%UbBtjVnpDl{U$-|uM60f#$&y?DcGFOc!7gt@uN#N|y?uZ4-9lfZ+3
z^j>3;7p|P@ei9G-`O#j}mv*8>Z|##koo4*M5(WOn6*y=f_%l54C86PUe_#-u#gq$j
z=HA0dNspNwqpSLd(R046vrZ}MCJ8@1oXq@@e*Vxo(_8yqUfeI3=kKcid<;@|7)cHM
z{lW&u{gR#MDUB2=BK5f_ZwPUkr4+H35|=Z%hSv^{=~RmMOpz)5m8sVYdnSv}&tS46
zRm!IW=;sVnLOzsuNbQ{#{;Dzj_5A;DbmWI`csK-A20-UE1Q&^+nylb$jdwj~vF&-W
zpD|#C4$!H^yKP?Rewx5W1o-r2+{pmwj2Em4kE_j#t;B$3yyE0BafFtbYhLif?KoK=
z<`RhkAG}jw1rw!Xx>4aU%iANYFoJ`3AQ=o5V*+(a+}VCCV+nrl6M8uSlEEgh`(v)s
zaB;sH<1|t6Jiq8R8cBo>67C$tv;ImT;!ETtiG%tl8f{?Yni2&E6A_viWyT~D|99$)
zbmUD*iX};c3yJsn5-5KqUGv5nTheOahaYp2H1Q3-^pyJ~@nFq(1=d6f#uTLu41Ts#
z8k6L5kYMpE-g+VF<SIo;CTV8?_B@h?`4=gkD@q%rI5vS^m!$fWB<TD~2xLrSbBzz<
zqZ#jr*F=G$EmM6L5}Yhk-VLTXyC&;urW5idJzaQrjZ8>yqRxy=i)~8FbIp`<&A8i?
zl)xDOW-$4xF(cVB{%k(3+Mjy3BVJ=Y-On;LTQkM6B=hB9szQ3oOnOEcV_F4{FKyc*
zslSP;ri3K>S9<iX^qj%8e7^TCB_PYe#Kd2j9Iok<d|>gWxbCy}ETWmiC23ntAV1ga
z9KMX>lFZhURK=3y62^oD%k&G&ge!llVJ~PzB#0G}yEB;emwzh3t8Ad`d&puoVj;C`
zA-Pi~>pBfW!9?}jH8<Nbm+n>WmVb6*N%quW=1=MLw|w!OrSE06vd+@-V4X1PC@`x*
zuAD)E$YNd&NzR^YYMy1jziV<!dOp{yxbvnAIOB)FbWA8o0k}FnA3><5m8-Fsw^dRw
zmR_`X@S*7-w>UDHjpTzTW0sE_1{#%)V9L!$6lna;b1E&^{`Eo3Ed!T(kel!;d#)ry
zw5hmTCgI6o&R60%2gXdQ-=zB3kHWG=LKy`vTG<Rt@6oS{TO#w{@O}Jtki=n`e%|z+
zHobJ&HOtr^*5pv)m{F2ZTH?I;fia^9%b0`pPmz)>?aU~yh$`hEO++0e=`)t7rpFI5
z7IC9W9xr~ZTP$%o%&Je%ZvR~%`MW5bG-=7d^m}^Y@2gbUVzIT`hqae5mS2CnzzM5@
zZ&4+gO!<OQ<sli_Uq}lBEOSn-GG#hasG7=tN0jv)mMR~l*lWg)M}fJ|s#v{%6z;$}
zt@4ZCd5nkYxL@gQL%Gh3>C^uC)~=<t>1CE~9|!pp%Ogv<m~g2>8XV)VN+{*3zyGe7
zJp3rUSmJA$`)jD^4z%o)uPl<k3Ur+$z?_6y$PfsqrCG>dI>@-*f8V(e>tluGpMk~Q
zft-}(lmRtURz<>5<qU4wI*Yj&lFxTv<%9Y1INd6CqiXp-)jnr#z(ipVnPRXg*hwka
zTA<PjT4@Wdw9Bk%Bn1X*)jL{dI}ew;EM>}IOGy_~{M@QEnG?MQ8hT4>^`dJ>wBA*v
zM`NpCO<r|c_-nlgAeUG3x6(R%&!haP&T%L!<5lC;VZnrEac)!&QE9!U>t_#{EX||(
zRJqp9mRde&35{h|!#u1P-mH%Re$)nHKh<%20kOEFW-dSree@^VjB1ym523G8HC;0Z
zn_GJL!R{qxPp?z%Q8t)GHFa6G%9b{zF6EQ()qPBB$d@D4G5~VIffM{~#ZX|$bu;zS
z$4Y4BOml~zTlwZuRzqaVUAfNIfcLDHpSMasdoh3M5omqhQkrtq`SMlNh<lxWN5iBX
zkOKhZYwh|gvxCH=#zwC3ExwZdI(3WW{rExdG0De>!_3X!sd3STDFKB$R;{ctO}BNv
zWCRrIWVI&nM{&uM7IZXlt$*Q%b?`4YSi>s$<tryi`!q^HkB{5X*KIey3O0|5y0tzZ
zGIu>)YVQ%~zx^8IBiQeAlk%yw_W4LB6Ra1vod$l!5Q+7I&A^)t3_!SmUN-DNtOt<o
zte5qym*V<Mut24TR!yo$qgr!~45}n*uqHCI+<o~ItxlPU3<gy)ByZK)*V0oS*<UT+
z;IGsAt)<gXJ4q@%B3B#MWI$SQ2IgZ0n#c5Vt`D#Q@R+eYUcOpDzFRzVaB_JNt=*Ru
zQ}Dr~QK+fg$#O^@ldZkb-NFCa{ZpZ;P5M1R!;{Rh=b8O}^21+8+7%3jzb%i^H1+7o
zbp=L*V-33UnMe3K2-w#N*eM6uy|CO~SO9D=ZUk$?48+P;+X(c%aRbiE_pxF|9py6?
zS%$v6%5ELZ7UY|JCR;eSP@EZn1L?7R`Rp-%9MJ!RW$O72=v;98tIgD%vd-(5phP!;
z@0^q^$8?kHFti}-%j-HxN-Q4Ev3C#vN2l2VgM^;=>*ZJqIUwbqDofkJ3|L<f{;QZZ
z%J^ntDQltuI+>rI$*zELkIj*5Zt4=qI%b)wjp_IEn0v9(?q5FVcLRF;dd}ze{CC*!
zkJhT1N3btCqy_*&DF+av1Ax&1BxwLLK#&&ZK$}=$GY+tR{M(pPe#tOR&bCM-Iz8$D
z>ob6<znL~T14kWCgLJXlqXbNVB|Oj6X{#d=YHKN9g1*NJ%GbPsHm0+b-+DhW$v>O7
zFp<mme$+N)LuXO}SC)bhj4zdMI(P36@R+KO=~u@42BGou!8w$|_y*bhSNYZ8^0|7!
ztQ}q`H#Kje0|?>(03!gGv1=D?Yd2&IaieRDX9Tgj3kC+Hg$QVR+d_X8Y;+wq1|J~Y
zK$Ew_ifze0*^-(pFDAYR-ob9%!ELatZ?IGmG@MK~tW4|a0)Zz4R!7sxEHl;u6J^8A
zsFr5h=s^ja0-?xJrjx-Ync02I)YE}9y4N`bne8CCFDC&QZQLY$Wo1owb+K*E<n5G+
z@YL?@RZH?!@7GPrtWYC9-bn}0Pg}sxH@iPq)~^4o;m8&+wg5)Tz2}O1-W3EsihH*)
zd#_dra7<?e0jmUe*YS_NyEz2Giu<?MH<+vTWArwe;Xsad0`uc(j+{-sH_f``&Focm
zlf%vB0v#WO+rDRX*qzkLJ(-oq4K7)Y%8>x?G^JURtPnEQS};{T7~cNjUU9lSY1zJG
zbb4fhTd~BgygixozrFLO4Sx$~?&3N{699dvC-Advf9fs3<;ls<ass5??(*Bc)zcHd
zJ9``1drW70JBs^Em{TT7;6Xb9TNS}!`#uxvK}<zgQpF}SYe$1n8*kNDe&IGYz+t&H
zkh`i2<$jj;ZcFCvM2_VsWm!@7U_z8Yp~p$00^+^gLdM*ivD(&t{`X`1y8ZVZj(_Oj
zrd}v~A6T8^)<5=F_<qmfJARc9{$)-=cd8vXck*d<d=+Y&As}V2#B2a~X9pm{4lJ}2
zT#<cssyM;VP%t^{La+pc4gj6Xlf%<<7B2uJ{Oh6K5)tOq^1~^6&gtV1r?DQF9H>i<
zs(t>E%S%Nd?&xdI9iX|*L2mX45I>iDe=y)f$GKMd<K-<~t5F(?43&2v_v^H~zbbEy
zB<wb)9FKG!x9zm){Sf)OEp-1oyz*DN{txl5-+3x0rJk<lSMKzaL%Xp*+LTEdy#RWZ
zr)ppJi4dDCtmk^M7nXqly_NHp4+N*=Uz_!p>V$59WS36k1TJ4rk1KB6;%@kHWjFoD
zr}4+9UU4(;UXS$KoLSfwczqZVJpPk-+)VcdC>1?e=a%Yp_<{WH`^DCY6^~R)lA}Bl
z{FR0jA(Af{!yvzy+83=yDIazK-?kpaF#`!#5y-O#U3Zmf>E&N`KU9qXhSBOo7~~^@
znW(-u#)D_8Tqbn>T}RrshcX)Pjv(vBLWy&gy3v%(<Q@#)jQ7y*nPZ~XI|xc5KrG5$
zSj>6JRDt0q*^`pmkHl2cl0KtRi9BPJ93$^ohwH!=pV<%?!f&%e#MB%*J-3zEg;&}F
zbkjPheuBwacn~mhSg@Bvmn=|jmWnZyoKl|qXdoUW7B?a*?Tzajk@<nVQ|O(fKAPWu
zIH_O)HMDKcaf_``U_XBOxbDd^-K|$KSJ-<!k+c-T5{;rw-`8j*i-KmN8Fde5%I*6V
z#cz>PbH2=AeTGn301@?^9yfKC7?K~yzB3qqsA@#cz2E;){{#39jZLZ|S*PO1RVFMr
zYm@z`5=52-ZEZX~bPpxs0mGELHm#1~{S48t@Bu{|7}4matmo$u!5_!9<Ek`5;WJ{7
zb=79fykq+q?|;_4hmo2r&krMh{zN7O1$d_s_6|m_859fvHgT}ICCG59F*!FMSM-Q!
z3)xab1e>ydM=PBs3=Q+O6ab%o{IY269dde=PZ27uiNHk(7oNV-0uzE9&ng>E*$H@v
zL8_EsVzLXG3HYB{cy;gTkXJPs$uL`w7T=7Z+8qhW*xCs_W}!YN+i0?a=~tBO{dc&!
zBKq#U4Uim&iEtNg<W7D~J;&<xr*j~@h-Gj{D4eT){wPAmKo~rz4CSdoz>h>)bgG~e
ze>4D<iXKP9ej#uf1g%Y5M{gn)N9ik|(@lPID&j%#2O18i>&Do109#V4DMgll8jT3k
ziB8cd0qWLi<T&Wmjcn_vIE|j=pX9IlS(6b5qgasA8~n|6=BydCd4uoB7L&IV6mV&C
zZ0~Q_B5V^eg<6kYikfy)F$eAy4VTISRn(lgByHu|P{mKe`7J813}39hzjc5(&|<R2
z{}xWE@TW2z(f6m*j&X-^%$SR!)NBOBbwq9pt%uN&o7RTfa!S@QTP+#Z-|;>|N`}C9
zg=9G2sGM%SQ+v{6&S@+B>oK?a9sfbL2kmUJ78;+Mo(~J%hfGvl10RO8$;Y{e^bF;d
z$+hZKLhZmn_gijlWoAB~{r6@zM20**oLvTx6~>5FD4Z)?4P6ciR!k1f>YQK|)hxst
z=^#Q<jSt#H>&=vY$3Iwq+rl=)!))J_muReR$$Iw*Vb=~9)zkFBUNV=!KRubDdd<UM
z`#<bDZ9W$irUuG&lK40<j6KtHA)b#O!+n1)3u_~HH>gRqzj*{)Q!4hmX&E_bolRxI
zehO*7X6+O-PTzb}6f*K-I@0Q#{dP~Wq(WMDiQPO?M0M$dfhMx}TJ!i|N^<jiUTeye
zdt#k+BSb3SJ2%md0zD-nPD&bih?ITlplN-JU)_)B>$YLN8r;U=gCn+G8hLG3V+MrF
zHuelEmF+C0F@&KUd$I#f9Twbh=T9TVYRFdV3Z%qeT`-tF=KzClWf)9gCgyD|^X&~v
z>6mRhirxl{ZG4;~siFP#bbrD5`?yGhn*xe=#hRBV{88F5k7zh<L9bmWk}F3N3fLdl
z>!h!%25!Lqf=DyoK_K5H9z=iD!<`M=Ki7-vm&m^pXvsuPClWU*zwuG^hsdr!L_7#a
z2UEz;n8NO3%KR-nzSrlQ7DmOdfXJU16*2Px_1Fw;J`5@jDt0PWYZ~a}@u~T%vM(Ax
zyEb7_wB~LyQ&(ZCQbj6%ssW9k=ZKPf!knZoN?^_gG2S<~I>l%ZE|1WG9Fs`#+>#Km
zw6_FPY|#R~Ooa_C6&D^dp}<|_JsFzDyqGd{bMziFy(lt0P#usB+pZ4w`mT|G)2W!6
zr26(UF#;jI*8dt2%KMv@EQi*KZ|WYnLTiRdWqprowqr<uf4a;inS|Ovg<*!$SrQED
zBohwFTUAnbU@GL6jDCSLqCKrsEpVmMGL+VydpV$X*R8~@;(%!sTU<o8<Gj2r)iBx7
zCt1}+Z16Onh4;WKGWmRiqJv+}P`IvES5?UT#SZ0NS^{E+6&EvGsZeh6TmtJIeor--
zSv$^rP9)(Iug3}CXOqN4t7V2Zt6Gfd)VmONV30fK7Ipxoo`NA64HrY|_7Biv{&J&2
zGX2h-QAHPtm-4yTNOCZy>=G6KB9`GusrFH)elK@!QAue&ZAaGm3@5pUOk`SmlP5)7
zp=(b?dn|U>L#fkVD43TS+XJB`ct(Z<7&i?qeI}jjzH3JE%>T@8A;<aEy({OaxFdr`
z&qK`aPLOw7fDP`J_Rn6pl!$6!gYIY#cQ0Q(l{<Bb@sJ-_68KCcK|y(J3Easc3uaF`
zD6!Yhi~9r_EJrrIYM*Cf`=FEt-^A|{v%_*nKq+1xk?@B>9-Z~V?kG?HOjt<p{MZY<
zNFFq{VDfCC?ZLau7)t+Yre2E&0#7QQsr8PcWs@XjE$H$Z2H|W+(+^W)mk<da_jH*Z
zdjj1*t51hhrp9MPAYggxmx5wdZv`84ZVp4g3_0{Lb`syR^P=={cP30_ETg*Yq`Grv
zde=dEgh4piVlc|Z`QA0By9Pe?(E*AdME7VEkwrdOX7Y5uHi^+qEA+KG;E299l{l7q
z&3AO5kK_5(#_T`inX*mAL*#3|BH;T|akv1&Td=0f1f(iRa}xhlKTlnBR(;pY9lqq(
zMY?+ksy_}Pg0;+(ojs?DSplrFgP6u3G6PN%_H4csoOh3c2F@=<U8kHEt2Zy>%_S+9
zyjqsZCL}I33SC*1o=<V4qzy?0^n^~gyipr<<jdrhW+i^jN~dR;b&L88^+l?oYDK&%
zx{VNmr``<pb?I9yF7^}zKuT7>-tgEBA_+v9Coghf=hVZZww@Ts2Bc!$1m!487Vm$e
ztCL|@bN@1@QTmJOau*%%!JN$jTbMw&?KH5?WKJ{XmX}1^JuS?yPrQh6qx{}Z=@^I;
z?CKK+QdQh}Rz~v>O5Nv0eeazI;r*NuCqM6WHhgDs-|EE8LPhA6Tx`>=z|%Uo6eSbp
zXWYa2nfx!E8JbHf?I61FxFge_Z@JV?TfAj5FElQo?6`MIR6kzdty0vF);9=ls#oo)
zx`r=*l3ZJzCxS>VcFKlw6ukLaDH$B*-55L72x&yw2>^+_P<BfSB=D9RkfNCuWK+DI
zR8Y~rqYB!HYQ@XCthV_r#Dujt_h3tKPHB#E>EvPZq4r(glJ=AZIW%1MTs&_LE^Dho
zY{&#Owk~aH33~He2{`<bD^G~`xnk;sv~;vW^>9_I3gUK*_~Igv<chzB8CTC{AQw5T
z%ux)7K|_R1I_wewL=gaSxfTv&h}BsbNo|KzEdo}6g65#=6ICh>5vA-v{*jiF&5j*w
zMJi4p?@$Y3TSaNQWq+yjZj$T-fAF__{#H;`iB)ICq}X4Rl7B6JeEUh+FbWP8hx2~#
ziEgQS9DN_&T}2=vrFY!JjzQIf#7Vq5*igL!+igUw!7D$SW4i&uBXCjPZip9v*Z@QX
z2NHXPSey|)zLLJ@*e9g}Aw~5eL;FO_0Hgy5QVVgy9u*>5uF}K4C!E1{%soo9JtQ?M
zEBxZcn=100z~U~Is-cz{fiC^5a=5sfD6<+Dr&{Dv<E*S&1+G*9B?w${FBg5Sa2KUU
zf<zG`)xt)UiIAxJ0F><r0@eYDjsDwnau^^aHM%8z(9X1j&OQ(*ToW464TTSqS`4}s
z0EjUv?h*)6UMY(h$*?j_61Xx^>jRQ}WkXu!CH^YC=Zc|^tKcothHfoyN~Md9<m7CI
zBDVWYZV=%|brBL$M2)CwW|c4&6+*B&QJPxhF(R@6Wh);HkshwE(TJ7+#=Q=Gcvc>d
zkMT(i$~A&gBs57efW#Xuix^F^&^{szK&Gdv0^BDpKLV{P?+O*S0E-je@ULpKTl$~|
zJzD01b@1b+Yu*6fU;th;mZ-`_{b&{(>B6muONH6gkW180)Cv(@DaRTkBBr&fJpgI6
z+Jrs5f@P?v5EO(s1YRtST<#@;>ye&mNa~=S%7*vKv=y#`4{A|z#bYh4AX4c;>GR>P
z?cva}QDl+|S?ehIbO*WWNae`r;xVEMtmDq96RtB50~?KqLDhi9Y<jfnLo{#_Qpj_a
zZkYCxqkcK3KAC(AI2o1N(+fu$ka`(x_yF8tAX3T@DP+ilGeXCg=#bzsia%I|4(+4b
zu|z>bXwKM?;K=E;9@L=Y)CU077+^dZzS1$ck#8Y6(Oo~*E=khp%If~p15dlrPk)WV
zy+%Qc0rfOklAYlW78PPsT*n6OaAlUk?@$0t!ys|FZG%&<4sS1sL!h3Z2lH5GFFi_A
zV@c0Yxq%S*;<0;edh*hPhd04Tt$Hc7V{&SSNz=m&lA7fn6NF^bU1g}6L;xHR!t!3F
zOG0zi+F;#raP#%xvg2R`Y)V9R%x!sEC03ItS=Uu(09vdIFV-c3n^v2c5Jv#iY^R|N
zdQcQVWYj=h4dQf$m7JNel_b$XhAN<p@AYa!Um7bG8YlLE6w8eh3&uqDfg%R8$vwtx
zs+!PsAiN3y^O~Vo8*G=*<T}x7Gcihmg^-XLd(#>76r$ke0J2&@C#NZyiKfvCP_!6T
zxeXL<)HlbOBGkx2%<2GeR#0OZp#uW#I4~18Y-;CZVdn{PB8EJ;GF2D|5qUW!uQB^5
zcFG~y*x7a#f4<;8YHn^ijrlY0>#K<bgIq(^WxybrECUe@O_4L8|4FcLBLIdlB=tgx
zHqHhThP<W=fj7=V--JGZ8#|npOL)!~`C6qLKqAN>8W;<QHVf%C3)+);5njXA&?)IZ
z7Vw-gQUFK<J1o~|+$L`gB{n9#0wT*$2Qhsj>p*0|0<yr8tY9Id%`%q@<Rk=A7%(Wf
zAPg~ukiK5*F|`qrDRzypa)_{q^bEBpTaND4mLCAY84R84^h6jYgo#0|Fi^FcHBJ~Y
z(OL$m-7#(=3puz6CiS%yMa?#>Sc_1GbSNz5`+~)VmW$Pvd+|E*eR`NJi7N(OYzlEO
zSdDnUJUA1wS7;$`u!7yOsx@6{e6Kh2UQdD8M&V_sI>Krd{~2nai)}47FATQmRxg~^
zLfP%o229UABY%3X{jOWP?p?c?S^KlIhPzn%i*Ox4zfQot4wPC4sjq|0)(M^0@idYM
zy-u96PExc^TE7nMTZhfA<7p)M<vImqgOYxOihF}vYJ*07gVt<=&Uu60Z{rqvgCS)D
zPa~P?H<<f2@HF!F?#7+Vjk}OdR{Bjg?oD>7O%C-<PP0ue=S^-u+$IltlQ(6PuV|CM
zep8@tQ*d@uXm?Zia#IAd1*hK<<=zsL+7egak}%tnbl#Hk+q#F|l1|yeQ%BkQExEoe
z`PnUn-7Uq-t^1H|1pT%W_qMXswu<_;s@b-h^R~L*_5<{`M#{Ek(Y99owszmP&g{1C
z?zZ0LwmxLXfPTl2d&fv>$5?&G#B9gZdB@Ce#~i(5k+Nf1v}0AjW8Jr7GrMEEyJL5`
zV-MMNpx=GSz57UN_p$n}quH*L^RBbsu1lYj6|tsk4k2>Z^nn-Jje*dW7j0POOetxn
zo(4v~1ly*CVQzLQOd-m|V5cfVzK$>-$OQgSO*t*}G0p<u51Bv|@2RGt-DX|(VQ8g}
z8I;+S5`14$Z9fz;5$25C_t_7x7{&w1_=5eYCw<X<$a~ZKvGpDAE|FWH159>HJof=c
z{2<Y<KFQ40`SC$Ydrd0Zl``=l{jw^f{$Rb!H3{RK_!5E|JGfamz(3*RML)s-eaH_V
z<q~om;0=3l5(D^mGKq~tFt@>Bp;U@<RTwvd#FaHPB+o4cgLcvZSYr<}o<aDo${nu=
z@!b=_#^9!QpkN2kZavI42lCq&A~;WI;}y(1a9F#V;EDt}MxY&0NA_1?-?`ddbI`W)
zgsmy=&Fx3F5op`0VE*D@!5l)X2w+7K*YS}9L~<VJC=Il(0*ND!lQis;;j06EM*{O6
zW4p(KypWtbCr4>$A#CuPGeF3p`xpZmtv?ZDI9{nIUy};iy#pYy0Isx?Z;b}OG&>b^
zJzbj(wn3tg$c2%}5E3M4;_~#n)Yl*CU(e0HUO0cf^!xe~{q-v4>#w4(zw5tV_kF#Y
z{rYG3EAH~^Uyw7vtuq3iGvK{5(1SCu`5B?h8RW$oQTQ2gs+Y_EI20`a6c>QW2@y%d
z38cix6b1e_p(^aH_)p7I=I`m~|0Pt_{Y5MTx$sWa>|Z%g_16*twEu=wrKnZ@ji<8f
zaP#YP3K{V7{TolcCuppw@K6n6r7vLifXv|mwWG#=mGCr`eT28E4EDPCRq20t>OVI1
z-)5wp|7BC1ZRnBK_;@GZQ{{i+oszFCq;ww(KSQ!<So~+6>Z$Mjk4-f)bo(!1s^i}<
zl^G9H1H!0$LvQ^P@3agSvI>`f7{um^=Jkyg`466I5TTEUscz~29ZU^HlSlo_rlv&F
zWyG?iBncFxiMO-}{Wn7OaEIxC=c$z?#_{DZYwDk+<Y;&Qp9<Ayelf4@Q0OPoce5h#
zNR=z(9eZ>vYkbVz{}l4Hjf->&jd4kjLS`mE&%+zlzme+S1<%IDs?x^X4_W{4)Vk4@
z=CPX0zcR<Bs^;c$>l(T%+q?T(2P^u!>j#G#vAu(Xe>>Hs#pN;V)ZD@3-ofNHUZ@@&
z@0}bUeE&D3dVTfd{OtH(e)<0^p^CSuCI1&}YJT~@mpl7h$*52N!=`5Ks^)$!f+g$z
zhfQ_N`NyX2KAKbw68gK`*;rUcfa0F^A}IWKo9fx2`nOFjT>&13lGL{9r%C&dq>>~;
zUJ`BT4mZ`fgku33xhXJ!lQkgC^zrlPMe(9(<v8KCWGjc@DPU6hEG@#aT_+zNRwNLG
z;Oq1L3Ng^VC%O6|Upv)KXzu&k41+|K6N}f>q0>j)ugfQA7s5fq#j!u1e7Xb<jer{=
zUaNllzrTDuT6=27`2Av9kOl#of%#+xcKz{VRw|Z^k3j%dxmO=n8BVQ-Oea0Rg}(9K
z-!QJ1=!|*wOCcWt;7D+JNaIxAz^XJX&Bhc7c_eA?N!Tm>7$x@Zaw86LO1mgd`KVu2
zOh?cl$5WTgvLK4EusHP<pO_{kpoxK#%fK3Pu#+ktmQpBur1@=D43MOpoi>dr$%zH~
zhC@NqBc>cmM!aV^l7W8@MLYaG6m0~?stN-oI!0(-nBt?I0C|Ggn5T3@;Jheqnp7H9
z>K-si*Gnsw2ECaFqltLN8wLQvbD|Nr4`?mNvOMztH#YU8mI1$ySU2q~HzjT;nA1Ts
z!3mC~B?Dti)HK98RNv01u_4}a6b`d%E=#d?(Co1%L9^%vp-+WRyFPjPkj9wlJ|^bk
zK+y~u>|#Gz@gp3?sG*_SwAv&rX1%0xH-?f>hT|S*Vg(w&7pRgAMhvJU2ynXPB7f#n
z`Nx;;9Y}!#AWV}he`r6gN^qXYDML_;We;-}2T0SHjQT0^Y}ZWS>m!AI;@*8Qr%nIY
zHZLF>n_!Thg*Rq=%u;7>hO6+sxe>dhpaIg({5D|*I8q3IfOL2}bQ9rC4|bTH+WFj}
z^h6S`R1K%imgiiUr!Nqs(09HM5}_td_@U@pXix*4IqUQITS+pm->Y@6d={K6DWBF0
zitCC&eST&mz9o}$c!NZ{zpk_9MskP;#83ZL`bOoybTYmDgmMUJb<KYE=>>gQ9ATTf
zf$NNpM(!>x`mgnaObXSu2kGX<IE}fx;8<V<(e9sz>*0a(S4D=|&A(F3?<NCD&&+13
ze#!!}wB^TNlC4#2H{5{rd^w&iffgPhg16aG1fkQwjI)d)g~}k5HS=FLbBv`oTtUF<
zS)hqo({7`l8&PfsqD)FT0gFMiiarc7NW&~SxU%7l<rc9>Rpnawd;-0JFlx_lnfjI<
z1ggOhkd;cT{E2G>rEG*4E#^+tPILsvL&z;n<7y0xD1HJtkNB$(i$X6X`i=MieTzjO
z6a9psQPtYhj1F*zB*Ipnd7#v)Pz-X1lM!ZM{<fI<7Pow7$elqo_BqJ}dGyn`H#X_9
zMe#h!hZU?5CY(yy*ntPD-;#=T3i<!5p=d7iyjdE%)1K637FxKkm`)b0c$&TJu5OYg
zjWhd?2V(`A5>8^HF5f?9h<5I3*ShK+cujGwIciF`ETliH=*i+!;*lBO90BTfdo1}x
z$<C3a`1w&}uj7(<6rK{I=&ouAg}ex04rjr^eXJ0%oFHYPPAuAPGdG_>jaxXLM8`py
zhG7QGBh_iB@6kn*jqiENDj6C00BLiG)p!wXQ7NUHg{2l@I_90EfP&4U5`4MSy3^Ra
zc9X6gA6v3xGm$9RD1Knu&9vPyEhFtq{xqVLd7Uy`y7nQpMIk=dNg08-+4zJ4sIr6E
zh?QZRW#Q7`f9+L|cz>`x_;}x((jbWXJV$KcNSWC!GTiPFZD2A|O(<g`_W5}}E8T&H
zZj@0{sRXTX*ny6vp>ftKEuH+RpuT<QLLMnyiI%MjQyPEx$4RA9ube|u9wm};yiIi=
z!yT~?xy>pSTu^%Y3fP3nm^aru<Uo2qDZ6&eX`f%@rfZzyvx@WYf+Y&rxehd$ujf;u
zfJLJ31pyY%7T!Nf`G~yYbCGkOE<mT$7R4Si7irB%J0#atUbuPCh*~R8U)FofoIC+>
znXff>RCMa{k~w$GZ7G{H(K`wA(0f?)aQhYTygz-+7QJ#j=|d;g%g1k#yD;)@u4YG4
z<kbg$(@U$1wu+t7*WI$S{||3>8PwMQ=y^OO0TKulD}?}s;!a9&D^`j_v7#;RR;W;*
zZP4NbCqWvtxJw9@;_k(1f#MD|sN}c#-~XLE`{2&*?9R?U%cDHV%*mWN=k<Mm8uCB3
zc#I$0{G`tC{F7Gm51+fggRy<I$~PRnfp7Sois@bjx#AfYZ(VcvQnqz=>FTzxVfV`H
z8O8NJZG+yI_m$qx;y?6NMxA<f|Dt4G_}S$#E<sELxqNAxzm5xP?xPMG`?5)4Q8y}9
z<?yc3a^G;FUcalxSwLi4=(Op*+B0%EQ?+|hv}L)0bamEyYxAF^t!caOo|gUApKp9=
zt@ff#&#|L3=HQf~kf_syu~@r-Ko*6?Tu1j<k8CM5aK%X4CTFJ+D#07pBy+rP#Q1k<
zGMag&<e4xBf8H{q+p|jH{8O}Yr-kv`UwWN(VRom%#`2YT!a$T@)!T#z)`~aq@#Yt)
zw?y``CelmGFQqeVHf9UN;iEftp2Zo7%W{MQn#%sB(9toE8@-m*ZJjbL|6J{?52zMY
zp4`^pQJ^w`Suj#PI%}KGb3UkO>R~Pwbs@Hg?B(MNr+*ms7Nv0P&(_=+JB^a@F7Y{w
z5U|})J0Mj@5B)bA@PkOcsD6o>-QJ6<`9wQeXN|D67xA{eeD8k_+o_pNy1pDWiaHow
z@!Fps>8Q*p^&9t@faLD3w$fY^r?Kcfuux1d)DV!ZR>oNJet}O3`82e<z+F-)bEbcY
zAAJ1Yc`EML*?Bv;wshS4Y-MwP+4UdPgx>hE?|s`%rW=wD($-svKbMLb=D%a1VyE4v
zd5wZ^nljr~T@*sm6=nvZp&q`EJwGd5+zbd@e$2H>Ho5*&+W-4wv3&cT=ft9zL|+{Z
ziC>*xUu{L_%LbWpI*K{1HP!k(ClnCJ%_SSNtD2Q@m?!Ukx1|PSSLZ9$-}vorFn+#-
zuYFC)_-B`tbK9Skc=}B`<aDl5>2tBU_2^DOt(*CZYzSDu!g<@ngW}~@E2l!16Rm(f
z$O81i%|5K;<-q$VyYp@@vP^ymxJzc(bu#<CUT{#$aF6@(23z76i1Lnph@8lDoYwMp
zZbrICK_CyGU&C?w%mazMVPyRFgk7i2XtyoqH(G;kqq|RzC;~z$U5o`@Z9Mbiil!JG
z2sX}mMUfqJr_}@LAL0HZNNF*mMT!O`Md#rj?G2&#(x&lSj1G`{`_%I7^Psmu{~v5>
z8xzd{9d$i6{>4*R6BewF0Bdl836{#8Lm(0vow!UGL?tXq(sZy;EBPlX`zKEBB{Xp*
z&IG{fvEYTFgfH2N6N?GzSn#Jk(NVdilSR-{S>lQyc%va{XeM4^J!y-iRppW=++jbo
zMLPtk6;R2)%959|QA$|Q*TqD#E0IA2wT?aNL_39&HTkbx^0i@+K~>a3Ht7*l%8j;U
zs{Q0?TuMuL@~yU1&NkF(Pzu#BF@YvF)m{=s4o&4+N~Q2fSzJup(N5aCOgPX^yXy!e
zF<FvO)!9!Kl}}QNO)-{FB3dSEmU9joQz>FWR_J7#;dK4BG|E`i1EJ&<2+Ew5gESzm
z^D@mFohHwk`G+O>HZ)!BWdiNXOm})xs*YN5D$8am)4MIx9-76YlRCDTFc6fWfy{Ds
zNY_DuUhiiihf{AYrAD?TzxBvQTO~}&fdz)MA2`4)m$Kxs8P-=>q@rhL8^&Kg>#kMm
zpk=}fC`Pj&tEdfxf}(9=F+TgLdRLiQ@>%HElto;k1|q$Qm5Bol#-TwaR;Y=WX_NA3
z!~M*xt5jp5tU%%tdO|y6IF_++Klc_g2M5hlILn=d<~?o$S9+u<31uSolhpka2P`u`
zdoTtIQBSnJ!&_nY<k7lqX}bFvk@D}TgmNjV(v|3PCNATDvNCeCfdvWgCUo+*(I7oU
z-gIo5*M1JuRY5gt)^B$#6+C%@B}aqq?KL>VtbfLYe1SY2@bAm~9i5^XC^o|ib@Vb%
zMW|4T3k+q=7}w5>^~e;lW|-54m2eeFj=XyfMeF(J@1gVOmeMJ&^8dsnLYLD_u2Sy?
z7iu7K?o%=7V!)&vp@M&@!E$afI)}}(NDiN_gef^=$*R#wwZUTr<8qxw=v!Ee+?KOE
z4oZoURA}kov<H}?459b&y4ij5xwgVt%GQP7tr9fW^Imz<KlCVdqbf6i7yS_`VG}L`
z{K~jVmHWs#+xAycm35(7MTzsvLM===gF}uWw)EX{`5$z_@8QyLT}+8*N#<4Ac3Iw2
zG&;)a{oSi1fsw=}IK4}7DWanE_i*v`<=jcDd~zZ5+<rk7I=Qa`%|})F7Mi?6RlW_c
z?7ysnox^m4fvvjL`W2P#%auOXnBs%1it;q2x}t!Coc>=)sS4%0@Zu5Ax>Ty<uX5nV
zks1(vH6I<2QMjm8w*VPjYlO*Ig;%l1l{i2%zIwc;RA?BfNaTj64G5Js!D)Kyh{XcP
z%6Z+|uN66qaP)Rtj$K=7{6T(T1$GEivlCpi4R4~TEZG^s4qjDFO*QDy)eD?8<q0?D
zTbC7k6s+i0kR4=j9h9-?6hcGlG(zeeZ5qgJ-b;GqW@B<iZKw<mo7||H5p1=JQ{_ga
zP1)gU%lNc7;nZ80yc+8kRo$j=MO=6#*4{ILW;ENy8Yn<lf9tFP5nmao*BWTk%#5jy
z##fiOH8Qi-{MCLR$%ZdrYl#p^`_`6Nk1hO!YvHA<PoQo~W^40|%kf&S{4G@S2HpC5
zx$I_pg{w%DnjXGTvBTvM1H;#7wzUYK;rP~Z<MEYAY|VIhk+*dL8!@<jO#!=bRn{%i
z(PvX5i@@DQ)<sdbELpyby+R*e!t_`0-2SDLBJBu~{N~@~#H&*Oiq_!6vhuk1%R0CX
zy{-*KLg8-^8LX+FIyu%OLD(j~*&#>T7<el3VVbRzfvq;>u(&n8^J*oB<5zWsZp$YT
zoVq`V%)5qPze&iu=8Im3rd}3xZc`f$CRRyezQFNOoLg{jJ$3CFy!Ko;pXpcm6guAw
z)4VM5zR$XWr>aNItB1_HM+4cT4Cp6Q>Jk&h39xs#u=R$*<MnK)Ou2xhDyi$Ars|N&
zy5BAG$PY-*dZciPdvKX$JBSnA2RO`mt=M7)BM6Xe>X|k{q@%}t6(rWt54P>nWb37=
ziaWBQ61E4XdIQ}<dnNRMg4h8g>ed_H-B^YEMYcSf@*HcSY<5pHg-45)UY21;zcQlV
zNQn^6J}L+sGPE6ype}X@0cp@tAGF7fVyRK0K<+a#dJ$mypC*3PFuG${;ZKW!Zf!t9
zX;VmA(Vt3BXb%%Qk^HJc4c=A!d$69p-@>-P!FJRlcVbI_Xm@o`vl3iSn)qNDD=`M~
zr~*&*#u(Xw&K<*}f0|n3fT-UC^S_1zMMgZ}?@Qa#pO3ZQ^{RUN5~T5)l<b|@5gj_n
zoo;{)QRMbKAWd1aQ4gS6iZ6#u5kNs7BJkHL?hkuAL&va0`|xedu=-K?tMbw*`TXu+
zjC>txa=7-y>ivp-gAscZpY23TD2U^D+E@u}(J^Pl@loGr6vsZKj0HEMaK+k_GN>6r
zWnkj(83!?7!f$-epO(51pp4H{1it>NA~S4hT=yuoLchPt_9G6~Z(O|qubvC7p185L
zV4BxczfR3d6E{nM^>~B05kS7Pj|tREMtbu`zwzg6?JW3#G`6zFkXiWerB~>5n(;Pe
z#N426SJ>DbX~E1`865H#R5!j*=R;`vyUY*!7(z2dTGh7x8~aU(T!<tu5vzT#fSkw~
zhvP+;HJs>QyeEDDXN^iHdKJj5%qkJ87xL0dUZttiq$?mA#)d{Ceou#seQf1ed9A#%
z%dyg&x6;<RV)be<2SO8PM<v6x+GnuJ=f66z+A+d0FQ3qxMYEP?x31vR=o#Dk+%}JT
zczg|(Tpn7*?~T>rSZvLkxVt`wOZ>#%HMdtiM{%@#^JJsOuAf45<{~lnTQ&821i9!s
z8A5#ZQf#<4ulJw4-tl<gICU*hygQ$2B+PoeRWF~byqYvmxASWa!uE+_9At5{b=)z%
z`)Z?6d9zV$^MGb^?|9j|W`Uh{v*T~9i0@~KPh_`!fww>5d)M&46TggC&Hztv)gtXv
z2JKkew(()m=F3E4o7EOaMS35!!}!sAeBvDcr|IabZHt<1HREmWn!QF2uqxrxvBCab
z0QgLKCP$8D)EI`dry|ghlr35D2^lxw3kTP5kIw+#I+>g}&^5G|53wsZ){C>=&9N(>
z^zAHKoxSC;W=*|eb<nLry?rxpfy;3F_3?J*qwPB7{gh98vVh|W;!!=#v8D3NVqwh3
zspG|-{ruOY^fHK3^?*zDV9yW;tveZleQ{0LIW-((_|ql)w@W~EtU<9pSGgS}RP<A!
z;w}vumY+dKTstc-IU1Xz5CzBk4w=*L&l5pv$Zdwl+p7NOx@&vaA8)5VI!;U4T=^99
zjpM|aKm>C6pKu^AIE+t<CoVYrCr@e)NU7%UNn?x&V~XB~DWhZGD(9zGOAUl83iHzL
zz8V=T+fuhVGV<*=J=)&*ea0c)pICFQN(Y8>9<x9GURQl?ad+j0(eYg*xRGnJoautb
z;fL^Tnn^6IA4`ohrus4gB++J}$3OSFF7{M_+^PpdN<fL)nfjVZnK!4G#D*Wl)mCD|
z?TX7AUY!QPYZF4tdh&TiG&LE}jewT~<FT!S-0g$ER~)bQE&Mi3-|XAG`Ofh9dwK1z
z#7E!DuB|xw!Di}oN4UmH0pxs>KnUqYKLJRR-nchZ?IhrB3>&V4jiOYi5j5^^et?M6
z%Ci8PNq?FV6zRkQ4DV09dGjX(@sq;;f)pHDdki4A-vLjNJ$>_&2XVkTwRjUt`Y_CM
zMiwanL?@iO1z&os^#+Q}$`dXDDH`^WFa_|=x&z`ZZ8T{px??(Gu<zz|KHaUb+h6)`
z$|^lS3i@(?=%(uHAgL>jZQTqtGawY$S3I1pVoC8~NpkmEmQw7uKN}zced)%8dqtUM
z`zECZc`8wG^8>RA^Xf;Po^kzQATWd-F_m#>+2Ar9EX|f#NmlFA-EyppJbqXoxc^)X
zka_$G$kD-kIaL5yr+;-ffo0<Z$dR5$Q%Wo0Qge$@Kr>V|tS2CbPC)JjamRKkFli$H
zg};inv2=2Tf~AE1<(Wf2M~$>=Zg$S#AnN9;pFb`^F{c^ael?N%4E$qX)L(A)$veN-
zJ5cjh8Du>aZ1%AHkD=&4mldKN%g;g<svgxp`4CX@oB8ib{rN`ki^GM=*Pxq!n9tTh
zKtOv{L@!WLwBZ`F(guM}Q1L?~z2T5PcwFkRDw086ut4&oFxybmB!!9ltthx;O2JKb
z>y(1T=XHB6Nir8cvY&lB9AeUZvpwWeTonx8=i0-85bj9RVanZboEr6BnW+x-QGhTN
zt7pY62|cmat<=%(W%!r~85N*$Ok!4}QH*SceQHdmQ<saZmMMoA7%6|3j*LLAXelb$
z#|&<YR2BG*>>XB;`d~b%Il2)^d!zbDYJvsxt!Y_X>2?8~<(650!qb=sJjnrH##?Xs
zucqA3e56}ma#+`!)Rv7r3yXPIWolA(5UFc8{4U5Og4wBfzroTe`Q8s9W(uCPC9>f^
z)XRu>e5y#fl?LkNZww@(^0#AcGD02%Hm(m)o?@ID1)3d2Ff2YxS5v>o7S=nXq-WO4
zs2%vUN&Cg3THho;&4yGoRpH#dxAxxCGDZ^I8QiJCa@X&tXq!O!&?wt|^TXia0Ks<&
zXTy{{5i=iS@)F9f$J`3Fw@S1QjdjJGr1s0Z<@HB|8@Rq9zRnzz+tvrz0&A454S@tP
zF0y|xGFe6+E;VJt$U%Qp>-%z5)NWtXK3fK>DVHUv(cBMelG2b~otkFQz9ZE%4HpZt
zp9n&k%^F<G9G{KmHMy+?7g_eX&&GqF9yCvMdd7zh*wzuWD~Pb-KlGNKvB>dHU4>*+
ze_h=wbZ>d-Hfwa>PS_T5rt0DK&&*`C>$qs}9+}PEWgEZ0D|Yn-onm+pz4cGk$hEf*
zt2Fwx_wYe9YsxmC@AHg>`Oqq+|2{rwru4yvg<K}gbiRb#lHu^A{u63!!yEcH)|cQj
z7YDlmHQxwrv>iIsH!<Pk=K9ByPMevL46eqX-@9r=OyA<2cxmXOp0f17H&cPi0u_$e
z*3XX<2$z3?dbT;T);J}Ny#^cb91DQA8kPz8UQO79oijr<jingUkw)HM0V^tmjvDh)
z4bth>=&Bc;lgKjCgp$prN@JmpM}=QaEX_SnCwk-U9ZHK1M?Wpc+bMlpyjNb(Knq8a
zZFh0Oe{$Fjll;LG^dAC&RpvDT&mt+^$@uTpecX$2QB(PG{<PQKjuP{>W^k(<Wf(GM
zuc;bNCT5Z%`4kiFt{whi4q=$d^a!dw6$VcQ1fM$E2!6i@WQatjvoWkh$7J97=)R|+
zqtAWC|E#NX9~=5AXNZZ+E$1d8ft!hbSW}WXAHh*V#rMH#LMMnj&4M)yGFES{m#Z^?
zQ35F3M*!Ipw+NJ5agb|rJ^$?O>2q;8xJv7dfdAqQpFfXffzpM!aW6@~e<?;5>#^XZ
zW#6nmVjRsasCL)oQrbkkH2SfPGmZ4s<UM8+aB2E2O-^|Dp#MNd@dG|jm9H|E%K@2<
zO(j=wAP-XQw!g?SME99SMM~sWoahJoG$ml33#||ze>`+F{|aRD_f+SeV9((E(13Ta
zc&>7yDme5z5@H#cDEYPj=8C*|MSur<j4shd2|P6+S}OVIcsY{aw1Xl=`u3QHKFy6S
zogw`)6jSw{&Bh4&UO;sEJE4+$8>K|}OpsLU>+6p-JmpPN4;bum_2ZgYoQY%4slU>Y
z<v`3Aw%jo(XOY|LDaiFU-diXO_jHD*O$5?eyl08DQsLm>;K<@-P3rZ?3bRTDo8=@o
zR&VO;RjzH;xZoIXbV`966VGapNxJtf7T*Q9#scX8dd<_nW10?VO(uYaNyu+^F)t|M
z<i|zbr%p((Y9W21^R$*tq|gl!YLPwfv3S3&@;gyQrt-hI%5y_hU+cAN$ts{AjM)H_
zG+l5RcS#GS79uFWpn$`yHhM+m1MQ+kFSo1Ko%j*2RYNRt&u{@GSa+!Po*ILHqGj^2
znUBg7WWs1l^{Sc7k`_nJLuBoR_-%gY+xT=J$J%-7*sqhJFD6pV*7Q?gjF;7j-BJ}i
zQs1mH<Oi<mH7ix{Ph`w?1@qI9$=<xx0;LGdu9ZxDHGB!C`E--OBI>Y1E^1OZt!A+u
zDk1k9F_A}hUKkJ(E_c5|N<^jczFypBl$GbeYUdML_g)06X$lXX6{;t~!0uT3lR~A8
zb8B(s5$`qsMn6rlG5hEUUtytgT^CQ&uPZJPZ$cS>7E$$)K;b-OG1fZJY+8|m(FpuG
z2H**+ZQd1(zO<6^rG4rK7`PSfz7sk);p3xJ)D=F>Fd$*UN$6m6(&YIyz)W9z@6+3R
z4zIWBGrOAn(xprR!~;)s&MTxp68kvlcdG?s5CG1HCC|*WF0XhE04D$pAx+DHbbvbW
zBI3@oo#l;d4|OB%sKf6uMs9M63BBNfA;__(3%)Av3P8*x0+~LEk!<s#wJWFd4q0I=
ze<IFWs+S&@!>u}`{g>A<SGN+}Ao8SKPif|EdUa0VSaHUPed_0+$&im%7FMz$3S>}0
z9UwytU_Nc++aI_Ch%N|8&&3rM&gL-R6-3eZvFmvWFPUs^d5r4jBg9!AMJVM5#Z^s1
zxE>U<Nm<`s4DMOOU!Om_E@Y{-m!IM<0+(&A=WY|>pm#~qZ0I{zyC3P)pf^gN2nKVI
zp=r0LHHgaH&645Ff+#;u-aljyjVj1-;uN=Gw$yZ%e?c;YXq!Jh1aHc&<&3kSo@QI_
z0m^sh$N8c6dTGuFWb0qtIK%A7;wg&@Xx2i?L+^2NuFBlV?c>f&NkiS85xRQ$MD+RH
zlsR2FT*c|GdUD!qTK-|#Ggr@try#0tZ@v?M$Wo&^OB;|hI3zcYv|LXzcu}s}ah`<K
z^)$j;HkF$MGJ8kS<+>O;RrbNk_IOp5bK&e5R6DLQ=43_1e+9A?PcMjRI%nh`wt)@-
z8NTbKI;NImwHro<GlbH3yb8Nb^qQ-C?@oTeM~L7cXWc}_W=gDbDTC@#2$CA1DicJE
ze2k2S&Z(~-f?Y9??4d;JDhRt}RmM!BF<JLvV+^^fhLlvVY)7HQ7)=^hY2#8oSFc;Q
zsCONgG{Fd!J%B#YQ^<UfD)c4ycLS}azO*nK4zkV<wa14?Agj_et3h=%a?P+hBy326
zL~Kd3^N%f~#d!PIoj|U_vDtO1hePs8=}^I*FzPKbbkIAw)kH*9n@9l7<<h-?oO?=<
zRq|k9>{$=ztx}8nCNpT<`XztL9zQ6Yby7z`Ub0U!UGjHugCHAD+gaf@9nO0hSxb$h
zc5kjvLlUV$V)20G98EGN5OoYd1V&*a(jOd&lZF7f1%WR?Kz9FH7vja>)_O`dWXK_1
z*0{d+F}sGspMHsiUi4-ETc#wZrVco`!9^;G$0L@*W8g9v>!)6gy5b*xpzf89)Y7l;
z8LM5T#`*Or-*&ICpuP{y20ZP+2hIU#w1sa&B3?8BME;Pw1*wMc>bB&NbISptbV+}L
zV}tZkgTCH>|A*Vv@j5$7_NE&Cj{|>|8GpstNIHUcb3HbpuZa^N@MWm<$EYmNuq?k5
zYwl%fGOOJ1ez)e)-O^>rIwu7_m?94Z)X79ZWCI{{5i4H@h$~1~nGO^Zk>7_$Od(0F
zR8s6xglVL(PaoPrPGzi4JiMEIc31H5Zoyu6Nhs1%YLs}}1X{U8e^aL+Ev%fAtC>@$
zfs+d@E<EaD7W;=G)`yA9KOokxfq#Qn)8>J&V6Vb-2a@vOuA9Q(s*`%B?frcwg5gtr
z$mM9aD2_OaB=$~-;gC@Gu>mF{tamhIZ0sAX>oF2ZO#r~`g{g*+r3c+$+n$L~BtBP`
zijJ0Vb)1qV>190fAG3y6yv8Phx}|}5h`&~;GhWCE?*prQr^-|LH6z@VL1)ZpwFtmd
zX2kC-EaqMT8A2k4B=V)EA&Z*FO@Jfs2RcmpQ2$9WERu$RJcohqpaz>XjJ|(+&{7#~
zk3@<u0?(cr!L$iK$7+qX@EIMGoskX2g+wHmcC(<l@chW+j6&zMNI3tRN$FvEXkgKT
zDMM{L;IX_;wug~T$}r8E;i{K9Uk8%jXY9`yawq{wJv0G9A{oSR%*{x#DMKnjlb%o`
zaU?(z5pkci?pznm8D(bT9nHNKE>1v-pN0RNn<JW<Fl_hnx!^$^-F(}n-0V1zQaCr{
zJ-2H09|pN;UQNlUhVb9~kUFGQC+YiZ{cStpYk)QCK^iQwGR<hQ2q|w+F<{nn9*NAI
z1Kh?Uk9f!K@|oBihkG^8tBXY_+nZ4)%=wAk^CAEcbs(jwxu0MVY-mn`fRq>lkY-GN
z=Fa{+GJy^ujXnY{bJc~2x$33uvwY8*{R(^hmNmn__Zc<;Y+}_L7zs+_=E6)7wj7ET
zho*pD!-{wd$wj<E-q--IK6~E0Ad{*%z=#%Sp{Hym&Jv-$H-DdeA*=a5iSVLd8DaVX
zigF9NAFW<0KcpIZ$ouLc4A~cQJfZjz>GTnK6^b+%1F&{JWOcDl$w1Q3Erkaft<IWO
z6#;rW@HCJJF_y7f8j$iDP;wD)?mcF7r1QL3S$tim=MM?g0;uJdsO7Bg*e_}2VQ)q)
zb$wJ<$zD<-APIa6q+V-iKPYg`Dv!px@Hzp81JKYB@}5~36|2*(Bkez~zWBIW+h`6G
z#L=vWi_6Uu#ZW6y9AI|MT2j!2`qFy-`rP@`wSgnxyKmtVF_t7{d&UkDzXVFuAteYl
z+LuwTIQ{N>pT?d>5;`MxXlzNPiw`ubKRZAlN<JwDJw$&*^1QNzP4$H~gACFa+WwLn
z!F{mBaDSK?r~~;~nxMNDZt-;u&aoyww2&rkC%zueAZEf&6CutriKB^N_zpz)+pVqH
z>3_7ly%?d5jMVC9=rZ^O<saG3v)Ywj?dx3M>5SOxTsn|mJ?I3%*4GcmbprZHoggEU
zS-c>RcxrA>i?xy13y1B6OV~gB+`j>va-b=D{Fg7H_IvmMZ^TdUF<lNLMO?(dHz2b(
zar*Oj;B5d%$=!aFhQe*phHBoCGXs1dU`t24LDL0Nws)XwiRf{0KpT9a6?b4VbYgz(
z!0fwlg8~Hp0hBaeU-|f1lFRDv+8Vc51p5w9kqb0m{YY&as8kn$;ELGU4wn>MP^62H
z`b3&d18dV!KrE=BpEeDn=iK}$9QGU~=0SA)P6*cxwAiYW@#cZ~=3X;sZ9L*Lhb{ZS
zhN9qSiJ=I#6QEMrX9)u7H?n&?01(e!;+Eb~5;Rd-bP=c92=LjKbpNEh9-)of(tl2o
z^?l1{XQ!l$!VTi$fCOv%gC!_dl>iZh#7BoTwh|Cq_I#_LBsaTH+u}iPO2nxMrK!iy
zXjdhJ9=(|WDPvu|x}0?gJKiTdkrwWis*|2|6#ldn4s<R7;%<STB9x~<!CJe!AKepa
zZNp?hDs=mC(O{iR@>q&p@13nE*ZoXlQpS!m<mo=Tbe{xMa|ZTv=lAn=_Va)2zoR(7
zG9MK19~8<Q6lon4TO5?Q9+W;mcprUGmU&QKdQj1FP&sf=HGfdOb5Qf+pqApWj`^^j
z|FA*kuu<!<$>Olt^|0mnVQcguF7vRh^bp^2*gkOBF@M;(bJ+Fcu$$tDz<l(9|ENdi
zs8{Q#&*G@x^=RPv(O~q^Q0CEa>Cs5b(dfX@*!<D>&e6n=qe+Tm;uQ1oH2?98%<-(&
z@tno+N7v)|=f?}t$BUWAOQpxlEypVZ$E)+lYdgoEejI<MI9X>t+2B9flsWmLb+Tn~
zvh8}Z^ZaBt`eZNjWWV&}pylLn;N)oj<ap=g<j2V=#pxOI={f)D|G7=|UwO0-TIjJE
z>hZ)yfgk#>M}XajqD-;T&OwpU@&3@NXsxn;xno;Yxag|C$x{jq7O)%Lxvk*2NflTF
z5vgk#P2qlS!VYFR1$p73-~#s?1S7v}KQR%F<Z2zfC2(OPb;0wQ*u(qq0_uFhf2~X4
zZ9q%fh0w!x;ns_{y%(aB&0@P3HeW9!t~DZVd<FA-mAqSb=YHU_$ye#x3YiyQ%fr9Q
zxxJVF>`Y-q<-YhtVS!cgA(gval(Tj;{q9$>r6_)PBsmILDhP&T#o3aAxLoJzpHtlk
z<N_=so(S;$7jZKM(c}bj-BSj46cFS^VP6)ZfCGxyKNG=)i|j>_(6QJ0mIn^_Xede`
zCS2#n_bg(dj4_3$d$buPg+1ca{pM(|b@E3s-_8A=S?-d1u15)Dfx?7vo5d)>sk2A5
zR3644F?$LsLX?6W$jL1ZlHlQz{7eM<!?X6esCKmS?vKh?6ouGOxTqY6awyytd%vnI
z+T+Cw(e>{yTd6|sM%)<!Qj(&$i&3Iz3Q_wf;grb{-9JSMQB7%=&oC4+WdNDQ9|@FK
zs2f+Ld{L_GRoeZl^oLg&ZdaKvuCm@<WoKQX-(O)`uW|;jau=@hcCYe(UcICIg}w2s
zK;T!Q?60ExzltCJDslTYPy4?M;tB&Lg<*<95LpsBmVqh#cj)-;ztOSW3wcr#SJdw=
zz!{()Dt`Z^1c@7y(6P-MUX5T$olr@KH@E)F9Shu0Q@H*wddw;NfK%2;fZssq-vC+M
zSVZtY0kX(#lYhr?HCVL`BrN|I2H8f&p7D_ptKI)(kj?+Ik9*z8fYnu()W^Ny@tE1k
zhLp$^@+BE$4dDPa`Cx5vXV?E(ANv~rr#^mR|Hkymlm8YVlghZ>|53($8hM>$ke^4w
z|80=1!$eHONOtX(SNN@fB$@v*$X=LWl0mjkwf|qlaY+U__U*NVw+wIJGLaZ^dMtBR
zx@gh=6+><)dyr86q@~fL;+<+wd(i(~DA)W2(#JRYUlQ5-UksUqk^ftXY?~ZopPk}_
ziVP_H&sOfg7;-DFp}h5d?z?|8<l>X!vDt==wPJkRK!4j{%g_*RdZ=b(@IUqO((2IU
z^x?t3=<(6v(f;1i;l;tf`?&w2$EOFI>vRAA=`jf%SN}gi$2_(Fg^oRG7$`shLfPzl
z<D!cy=6eo}rLY|H|3b&!Q~yTC#9-h(GKnx_0C?}CHyJ=^K9sEaztHj7ztFK+&37Pt
zJGQCABwzF8*w10co_SQg4}kAKg1EXM<9_%ZK>ABEd)H$f39spF>wg7tExf{@7Sw0@
z_ND-rE6I``GdMyRSjpARj6ISDjO97e7<2~jd36_4b`N05B({(_L`Ml5nxLSFSpb-E
zZwzyF*5NCG{iBa;{?-K;e3ZO`|K}ff>7vz;I`S!kG-#Wj>&b_0EtIEm-OeL_oWa9S
z4h>eM+N1F|*F<r4UC4S2uS&n(TSi)@L|_MB%*WWy&Rs6G2~9QYxLqjIiVyimZFsm!
zro|>o^F#{na%%S#e8)%>X&=={hDh|IF}#m@8{D>gD;-337O!RryzZLfoGCx+{uuc6
z(RDv*Mu5m}fkz_7{3bYG0%mz9D;{iK0Pvdo^UN(j0^_k)AYx8WVC;rW5$>4yTP8{X
zSNReX{e(u!iY5_^9!%3r-@qVaWH8NjGVKk$J4Rgmj@OAm2<iSEm}u=;))F4KSJUz1
z;INiJA#zmL$Lw`fKg3^o)G#J<c+@zhC34&}XW@0+yy*IkSAWIz@K}GA)W-#y=*Oa@
z{6y(gLvGw2CNMHN-j4z>C2ff_eGg|cV4{H-pQv|RT1|JJ^WX97`W)S&>aiddO?L;V
z`5~c=cG{Ef4pn4aeOs4tJyQ>-bXvU!(3p9qXI^U6N`0C%Rie&(V=e&z&k{98++@u5
zci$)R<7AKlkLqiNPHzLIH&z<=X3R1pzp3iQ&jkjlGCoawp(Wt_Z5DXX05zc)@dM_v
zjfOolr@Uey2R*P4L`{#=M7pWjM=-UjcJcDf5Ep?Qv2@qX<eW;DQ_*YNYGRvty9-=z
zX_h6Z*_#Nl^%hT7o(zZGZ&h=-2EM(P7&zCaI<)A<umvFxwD%pnRkpg4TeQ=*Zx?+c
zXTAE$!x+#ZXG$}$E@tohs_rLbO?47t+j>9T@32&-jnnLLS=+b(-8n_)s?xiJ&%PYj
z)#2UMJ~tc%r#x63hnDwvBMfKu7I-y&Yp-+iCIa!47DR{L_qAQpN55@<cDON<3)<Tn
zQ$JSA*QmeH<dN|;g{%rnwUQ-m`M$Jb|10$n^_az<jJj+NSX@^WrElyD_lA=xYh-k5
z_S&vk1E!Y;+1EUdxol10v;Lah#V^HpiDFDcQi9J>gt@6mxo;b^S*<-a`bA_9E~A)U
z(&s+dFbHaNAb3fA6Yv681WB5zhHz<V-aIiNTjH`}Rg_F5H&%=5#yVD;Wb=qOXu%b~
z8PNBaY5kNw7iH6Z?2kPIw@I(t-I+74awQ)KM?{dF7Sfq-UVw$nj(LWVyj@xh+Ax|1
zlw>37o%8j^T4h-38Fvg5xB0Lh@jRn0p+wY8XViN6A`>@OBK~4{^wF=2ECQ_bLBl+w
z<4Iq3k0z7kvj+WKsXJ(w;2ncvD@ITCK<)Wr9T}H~aW7z5&TX<?y}teN1Jo?vuCtE9
z=oR`|O<$f+n1JGB!?-6-GT)Gxva9sLaoo$c2<~MTt70HI_3Ak}K*B#v-31ZBI)|l@
z!iLd!`$w=_rZcjPy9>x*;tWH3it^9Ef?8Bm4<a{<iy`Df+7IGP5;jXpS)zpWpTwC?
zF<mc<i83Tv+WZkmW<XGsv4fhK<<w?bQ(6Cml_?5q#77z*{|K`U)sKpn*RNUjgE%f!
z-^$Mw&^{lEw7gRQRj1pea~IRR1#^hG&jqB9(~h)dQ+s${Tb+Siy3C9YV|)WKS3sX9
zcuxcqk>L2WC~t31z~nsEDAKH$M|xk!96ytZmnyxJ=V4%!GMjhN^u7^rAR7HEuJC3v
zbF+JeDSE`Z-0(WBZyoV~qhaJ@&Fhb}4t!o#lbHGDhVRvJF^9Gs4i7sH%+V5ihmSn~
z)3Kk{+irXm6rdYj98k$DE<}mCSS`<FjYu`-^n18HJD7b(VP0079rYjuGxt%Zx!LrY
zhIwt=$K{C+mAG*+tMTQPW|d9)6y%}p{&Gw^{3kAYvr^q|$~cCC881%=b9k?}HlQF=
z%qu3O+d68O{rW{??)M|NH^S6_gqEgKms(FN>c>|TFIuchG#;MEuhgGpwt9Z|Lz3r0
zfH!1oA+L2G|6N{>(Ve5n#eRqsQd%>UTf(y>c|U)EpBV|h(I`c88su_&b2=Yac4#2%
zxq`B0zW=@1ALT=|IJbXXx2#6%BrW21ZDXZ{!V;(K3x0A6ch<0T8hZ0;FU1eL#mi=0
z#Aa6&Rcm8%Y%<^Q>2Hmze7x!8FR7*i4$rt1y`9^wi~SxJcXHZ-Kg+LM(E88!CGP9H
zwE$UadcNO&_uIR4OFX@Rt~$&<Ey3Av4lvE`QYDOlEeZMIMo5{hVlVtQ{XbH(7}`dY
zw2`^n8sEpvXue~<PVJbk;Hunxnk!F57nE*1WN4~s4q*FZyt|B@Vmtvy<yFNw+?Q`i
zTN5vK6ZQ~`zns~>C-GoO@7OSBsd;H$#>Xeb#w`9>>xRW4?q#kUenMgGUPH5byr?Cc
zZPS9@^MGf>STQOg)3%1SD4`&<&;CWQ)jH^|kLT!^<3g9koHgI~SDn>1#2Ks2=cPgU
zGzm{6Y0w{#J|~)iQ-_ZSb3Pf1w>X=|9XabMjHavfcdJqRAR2EpJC(|}Fd9Ct8oBJE
zdHePCtJjbg3XaKVe8JPP;5}~6m;3rZzo#<VtWihwF!H^4>S9%Kr1QCH+xA*elgrKL
z^(#s%a&BJ})~bG(|9rmbFL2hsYsjto#d`l{@=2=vt&1|Jg+=q76BqLum+I5GZM)A>
zi^>LH2jAk46pViNZs%IGb}M`(|D?1_R(!6?w$ygLKkVX}zh$5BuO5`o(=O9@-l9%+
z9Wn3vji!n5n+TqaG0OXLTMo9Lhril>?D(gxGE8wDR}^xY$0^x<YPbmbg1j2v6->WV
zwJ}_{dhl@2JL5-i)^o?T8-aS#fzq<iTV-ulO9L;r{k>jT$nQK?%!JgJy7f@LnSb*1
z`P)$D>kbOYH!<4}UJbf0xtNqMINU6?l9fhoWdu>+JU;K5%|CaQm9^Pg@bPO2*?;J!
z7!BFx_c|R6`)4Bz`Q4tbG?YQhA$I%0gB!2H-+HG+TM?s!CV#j{?U~8AyXxP2?&9|R
zQAvo`!eif`7V3+y1Kc9JoQ<fS7<se2r6YR_;QfDrjy2Wa7G~?u*1>Q{YBKY<4^6PP
zb?|+<`1>f*qkDr%B(*v!zCkd)c`*)02PQxgwCm#U*TFi6^oB_{FkIjdxP)F@d{a<D
zYcZ_*5;P7;7#m9H3j)tr>W$V>EwCiC;Swga69yI&-<Z*qxhKxEByDBKkFkLJSQ7X4
zl;?($#ut+|wUZVFll!#ezH5tpUQD`+O+JZ9T!JL51SOH7#eQ0%)Bq`zZOJ6*`*jhu
zm<p>jMzKQ^!15`7amgz&DRTiZoGOYgHhDoXg)js<Wl3ErBf@yEL|cbagkqB^ps6J4
z3>5<3kWU*eOp%dK=VVQ}$(kfSoUB`(*at};N=;B9B>`2_>4%d9_mj?XY0#@w>izWI
z3s@yrhNFDCd2E`3P||sJqRoEV)LsUmFva8w<fN0%@iJX2Hsf!0rea$b&wggRW9kFe
ztfxyULNBv6E<rX+307^HlY;S*`&lkCFgyUPLb?Er(Wdel&TVM<@-$CYur?}7@hS}^
z&kNrN@z|rY<g+7%Qht@C{?1M;D9<j8O?+jA0R&(&ShFk3F;yPvdC*iZogAfd)J{y!
z{5h<uF2`{=r)nP~e1%!a&c0QiHSdwzpq)HK+-Jqdq93qkr<bEK^4T|sQ-g#sXP0QD
z;k4GaJl7`}9#!-hG(XTI&HUxN5Bum~)`Z5kcUy}YC;Qij>vGFt(HGGC0HJKCb(YJ^
z^efh+cjf8V+tR(!d1S)Z?a`R5wwzB(x#aShU)s>oFEh_sFhrfaG55m7;rJT|OmKN1
z0-qyFmz^P$^;svM2A|5rnmVhK%OnK;Tb`ZB8V_44RDJ@hqASW^efOC)zhXakYY9UT
zA}P(RQ@JF_%aSj0#f|R8N(H%yief}CmeLb#vY&G+IPHUA-d#)y)++B1ow=`5K*YsA
z!Z1q2VRWsr&iI^wtM^FZLet<(V)Ig39P4{u>lE8x*)N0{LGV&Ng`%&+xfjqfj|%j*
zM;0SGI~rbaAoSi6pJ7{(mpH-zQYa$TP{rzU%G-)RTNQCtU}ab_k!_{d6bd9_QBSCf
z-%%w$9046$RS2G!kxp}$x4ma4jiX`E9?KXxbOznXyAZ3wessQ7EVwJK%(FaxP^gN(
zAa_6)$ZKDfa!|o8oVfulM8>@n^~j%X%l=rAfyY!^qpN>ZR2J`7-zrGqtpg5vR#jVL
z%Y-tj<7!N;igK;8(fIOM>+1PmbtLrv5MNkdR?8Ju%!>jFan(3@R;4dhAn;hJ;JR_o
zck;pcesTGM@Ose|Vne@GQoCg_a|k_Xxt6E^EQgmWu)X7?u9S)^9rw&W2`+ONs-3s4
z70+o3z^4@{G~Ng+CgSVm;~NLz?-UM;-8@UXt_t`^vD26=<^4+S-*rk;4c1mIPVJQ+
z4w`7mnnh5+0X$H)z0s-Sy&Dyn=M406GzG4k)iP4IP~Iex6TgVbkIISHRK?MS;P#<d
z?@>CI_(mZ_Yd~dVuyvghbtQRQtJ%wj){&y{oOmVUmVF(32^+qBq`D!7I=PZgyP{qM
zRq+=C<X|i1ts^<}stVQyIfW*3>spVM2A5G>p%-4=xMe^D9P8B*y^>wLjGsTlH~nsD
z%Bg4~Dgw8t%Jr;E+3?MFD>WGFCPvR%x>1m}J-$e<W#6XbFdlyfsZyV!XshF!66u7C
zv^D58o5i=|58t!trssydgB_MCd2|f_?%G$x7q@pD#dpx!;;C|*Mq{WGth=kQz_j=e
z{vtId@twieReu!AyN26L_uDvyz;&!GKY|GqRfI#f4>5;5bozM7qXryTV{&}GU|p|l
zC9oe;p~6+O8Qg}?!B{EgyIbc|cw`h%VOD;18HaY<3GEO+A{6O?cXM#kRUJh(IGA?_
zEP;9$&<P4F7PJTc#rFy#fc1)<qFn9rHt5#&;^6qYdMdE?dTWGd;(>gviES5g&!*o@
zv{zFVj0o+Bh9yU@b`@53#E5`p^#_3GcoID(J>Uz-0Sa>UsgD6gu<rxMx?kor+s4=E
zc9cdBC&cWRp9SF(l!hXyd&N73%xy>QM2BKSx~Ot-DWb#Lo<M?Vt8m@$U*W!tLr}hG
z-5@-J4c{8{yI_n8?BbEBqEP)oacIwL$a=Lu%DaC}X*6DcG&-UBp?80g-iNL+DuFs6
z!5bLR4$S^D;k{Zr7~IaqR)kg@nHC)<2xcf?l2_tTJBJP12}8^Jqe@fbRC!b8f5ta$
zTQ)jIJ6G}3XQQN^wBP7N{qKoWrA~J0q93-cPPz@$7%U$<m`{|L_0krVt59tQtB?BA
z75ir#>N6F^J`FV()%Kr_2%Ww2s$Uj{(u(8KhLa%2gaB%;j%_kSWRlCS8KpZS^Rn(}
zZ}LO-%-Ld6=g3g(>d0-M*`}%v73FzagL&EUDHXAK#=PExT$1hto^$~H*QV1H+Yr`m
zPe&WIyz3zGb@PJbbm(|dn)gdo194UTjvNz|)r(Obvk5-)Dt2J1<5{ocrdfYj_1U~Y
zUA>>(0y?ytm7_G!tC=UUb$zKglQl)))yO$+q~O;KB%vc_W!wz5q*b@*@@fT@H|vx)
zyY~n85m_t-0K!+6;G{E`O6?1y0}oeLOE~JthjVC&2bh<!*;{gW#o-~kae`aoJnHY7
zZ1u{z*ryDi`m8l7P5^M92FOx12d}Ib#MZNhbiX)Wy$WrGR$v4ZM}%Ul>E&^CV_io!
z^Xqm)n+Efn)hm>SU~1xux5(;E>?cJSu&;WUzphsZ3*<TbB;UTO$d++?Id_9~t-QKV
zwr%8}#KfJPHK`6lY-oSn_zLP3m_lWq`q5CT&$<?Nr48BpDfrX=tKoycpRU&ov$ppl
zbU%L|ACUZ&*XC7}ZM|8I{<vk+L6blLzn+(_`QqC7Wutn1QyKhdVqMetQ;z}-fk1Ve
zlwP3&a{3Po1Ayn%1Bz9^P55Vrij76K86ufi-&jYE`S92*>9AH}$%mL0W7tHq^3o@<
zFE)ldk6*7)sem=;_EW2=RbIch30o3dC%bt@#_7L-RT&dHBV$z=<E`s$XeZUEtM0_L
zimn%vwYUE|2GNY9EV-{4g?2=-eUQkXwPOF2vbLDo`Grz^$Nu$-jKO}C=#J(Y1^V^-
z2>`5mec!Jd$Vu1{L>_y>#xnHBwDU=SXf^MS4h$ZZj&&3eJknH0X3TEpD6dVmliphA
zf6+7s576#AO{^<E+8^lp^2mNY-Ed!vbf(g_Vqls|aebdu`ktp9<MQ8l_Gw}>cvxM3
zj9qUs!>a0HxHF5Da3oF`-CLf86F+>Vop4G#Rp~s{!d}RCebKQW`X~QX3kB9O-v8qZ
z&aSC-|3oEh47fQ3yhS+UU*C6wjp@7s{-qkbF*%$YTJ>%$cThMB4o^|3n~8}%<e3~~
zg0D1pbU6E*ZYG`%C4IS92ma}MbXx-a2>ZkR&5DNqS4H2mPYTB>$pG4G-*k@mb^amK
zsr{y7S9SEKmyM&{WVqhM3Rv~)ylX!v;!&p6TCzC05NbQI3EOv0`U<T5BK2m4#FJ$?
zf8OZ^%NYH5(oH?xmG_(zMBxu4HwHjab5LUd=9uiwJD|?zTH(405du(O`6PoHT&`QU
z=7lD<W7uQAZ?`p!vJ8n6*^iQ69ZBVXz2gVg<Jy<`=gQG=U&sE)?HyRp7_6cC^AY|R
z*q%g>0ejbgji*0p-+k-L`&OSb$5#D~{qICs?4?{~D*_IF>Rkjl*I2*C1&Ux{;^vL%
z;Zh4a(;kY5(Y(dL2}f&d@@R2u$$752^XlB^(NId|ZE)5}P1Uib4YM-YW=Ix(+ws8F
zVAn8T`4tfiH`_BVyq9?M9_HWZm^otrmYu-@hUE&XVhNPj$f=NWWIesm2K(L`OSR|Z
zu}lK<g$7~Iqmt>}U#;>zdC?cc8AAQz`)%X1YrK$a6l#TZjvBnzZs_K^(_i!_a!K>E
z7SfmMCFgm}6U~Mh0_nLQDbYGK@IKSYHL~lD=CJwUz1)n}4cV#uNJ|ffgw}bkgJOU^
zYDfr~#nl<3U{Zu-NO+{}0Z-^+^CRF8gzIVR*S~5n?4e<*NXYFsDh0nHHQ`!jg1lce
zezDwQyS0|`O^5p)A~{m1bRr>$3yQI&5+mHYX-~&bB^cwB<x*2$txhe`htQx&tk^-@
z+ir}@0yT$5Dy}tLtjk@?);NjS$W;`NYB7uvA!l?>udiYHX8l2dvzyVqHVnuX^EQlu
zTd*K1J@lw^C_Gz2GFA!G(ESGyu-}kHp_vGs$_ygJWY`9C0kc`W&k|kA%3U>NKS$m%
zlz&x09AI@0uXm&bYksTl`;7ce1Fnf?oV!P7A1NMn%{^fh++xC|Hpo$%b6C^%qlc-3
zi@<jDHVX3V)~#=u-eq%dxl^lDcy1n)nJ2|r0(rAEd-Y2vvI*w;h{0UxaLUP0Y_mKm
zh->MTf{8{uo#k>zD_>hT6}cAr)qeSIJNHxL8xQ>H2idkOZb#Ak7mJ8<N{pLzoXP#w
z<NCI$yr*RHIk1X5(K64(JV^lr<;iH;s%pH&eKrHJMV~oZWO1YHV|YhG3GsZ9$}NuZ
zcZyME2_8iVCy!hQ3RZiSTy9PGg2YT~dOIom{%h9Hr~5tcB5t`dF-4s`VCCt5BGG~%
zR;SnKM{F^5e4_$77KCexHQ)Mqb5>jBmv%d(yW&a&XptGi;>geKD%}%*Q`Zpzyv=GG
z8~%tdh6~Ea9kZV3C|=s`yM!T&&afyIl&4^!Qw314JYQd-dKgZ&!{VInF@Sb2Eic6+
zhTu!#9;N63v}->7OXr7Gdp40EtsC?%z^aeBnzd!kE!J5Nl^k3dT{G)#Sk+MUQ8}in
z4z)SA6QxY`sTm}P!p3;^lx~hOns-JAAu=HSTxqEzC<_jRMPkQ^bxEqeWH^vN&Jqz$
zX_Dg+%g<}c;tS=U81}u|eK?ZAqAjrQJad1y`^`V+laK!aX5R(=a(x3-vKk>?rXv~5
zM`fY@*h9mI)j-?{So$krTp!uKvZnu{<2MK76~FjK*r3FK;?0?<-j44vakmUZFfJ$3
zXrbfy$GlfrHN<W58ZpQnjWZxQ#$JVD<KUGr8UW^6mx1(!Iev?9WQqt#tPn&Q{qyB9
zfKiSBI=F_kXo`!0VewT=Tx3v`1-acW8N|X^^!nCFoEf%k?d9kL{NWnp>02R&%rixP
z?}ryk-?RAY-|EoDZfM#ImQ)x(Ls`zXvs-=wFvZSLyF1V;Ual}8{dB0V+#&^69hgd$
zE0)ffQMwqXYeDRbBLfrx9au*#lcr@`nsj3=vId~)QvflZBsNx}95a*IC>Z~hkZ9sB
z$XKSD%#R2=)!vIx0Vad*#>`3oR=@d$<5=QQ2d=qwui}TQkqTGAwQG`JQGjQ>su?iO
z?5@5_UT+3|Zzs0wI7nE88WLpS-os!l-)g};hn+9u7Q2o&zP)^r)f!qxX0dy{Hpo7q
zTS^sZIM+bk0>cbw?%aMxX~1YphY67{KaIQ}&VX_Qr*Ol|E;q-+1q~jlLq1aLm83*r
zO?3~=1oXAJx&9!bZ($9^y2~wykWEHkchZgX6ta@W>^hB+lDkETJ9+f;i~<&N5ti1A
z(fZeXqPGwpamHLGOsMVf8|+~^JQ*|Yu5sX$Wm-LDK4Nh(>v+yP-Q{4qSt%A_Ft2gk
z7~LMv+)auyNQ$lcJmec7%{Vo6KaC*x78y<H%}_zF8sR!kXZ?D_AjA5em`DUYdraJP
z^P_4Ph$im}W!zAq(@`0js(pBMRdcb|vk3}6O=ia8DAB-YbB}VN9a)&&nhCLGRV}*6
zZ-S9gluruY=eN$5Sw*WTcf|B|xus4jWvWR#(2-jdriO|;q%oWU`_?JQq}1%2bXbnf
zp%`mo4Fk(fh#IQ~qB>zjrpR5X?tm#&kG^19_7=b_U?7P7Gpb*9L<nhPYBp1kDiLev
z`|w1c0A#SO0|$O*rD}-H#QX2otS(JVE8U|b9yClTMU9;p-pfb{EHvfjzj~7S=mHUT
zT`-kK-3C23Z^g&`1jvXbnDW?%-ARYixI(I5|894&xCts`AwOfK7G3d-vLADTg`sKa
z!ohze<?VFtKq3Rfv&7=$q!d4xk6f^8i0MA?h1Nekp(<}L#NL0wM@CHw(l9(W74Q2(
ztERnfa3WPaqaCn8eQPE^_FGVNwWC|6=4R?3CUS@`R?=lUQYAz1oQw$t@Zdy{kzU98
zTpL1?i%x-mZ*Dc&Qaoqsv_+;88AR;I-L=Mp2EcV~OSOt**1g=!fcNsQ;_+y#yR)FC
zyxW5p<li81zfCgpv&r2Z)Tmzj`#vMy37!F?_n)V_-Q--w;pL=@lR}p5Sbu$!jQb0B
zBV>W8o>KT`>qvjdCSdv7AI9c3*Jf-`Si@}XNAQm{_<pc?Cuy9s%IT^>0&avmVOXoj
zR6ek#d4#);#w7Bosx`jI*`f0vy~py0AbFST;<~6OxhP9g;cNplL)m4GNEtny^$75*
zC>#=Ncx^U?IltYw^^;mz>$NIH!ycK$_sTz{zN>5^s8Gp#$x^^oCCT$xiBJ&EI^6t&
z^J6|=247bMsCUYq6h+|z!tWk$DX3iH<s*vu<oJi4fWI>EVsVL|(L<)jz~Q%x57GxY
zpfk4N^t_ZNxBP^lzE2l68;DT~+HUnT5AE|aOW!JyPt#tUn0!CERQ0en(uT@Z&%Re1
zhU8}Ezqpl#9<AbCZ>E~6rDz!zG-4lN3Ic#d5o8om^RVfMh2K7hP~6ES1G>p+49FS=
zT}(>A1-`3ozLURd`IhuQsJqLcHuv_?_aO-oAQYG4PVivGwYU^_DOMZ`HLMZ{(BM+M
zKyi2X1}jd1;!uheD^Q?Vk@RG(_3URq=bXL&vuDqqGjn*sD`t|+kj$Oy{#@T*0UxY;
zocd3I${SljKd)Wj=41A|-GzTN{@|qjAZt*}m~oWLD3hk82w5;fm3y!j1(2}Ak}HC9
z*^b0UXk|9;lM>QO4u=r55U_>U%Isjh@F0MET3l?f0^86eIFje=X(#sS7F9%w!z)jE
zyJ0<eE_IYYj)LD$#yYk|(Yuv?jZnDDqwH%@J|xrQ%Zg^+C-e0vW!_Qv6^}_c)JJ?=
z<@yDutJsLe?I7|Yr&{jip*fKbzih+AXIJb>tg{1mqNqRyLbh)73GoO5ICD5zw;7+(
zYljdB90^6dCu#vq1&Tl}fuaZ{(aR9Acm(}uw?=552Mi~7sI9$3ZoEB8YyZx;D2b~>
zCle0v>u(i<mu+MdcYfG)cA<+7b9gq>1rKR)PUoXSbBL_^<n}DdAu2$l0Fo(q1*Qf4
z8Ycoj7g23M4-Y1I^eloSq)z6UT9bW9hhsbe8UdALE*-|AW_j$BAxZ-XU52P_0y-!Z
zJV<3VjR)H7gUR(Fx=^4lR8eP0I`Bu|+=grjO0KY6V$-+(HAW|{tE6@}kEpU-#m`zX
zwBe3HdcTelxn4pX0e^^UBFU70MeY>jkL0H$c->niic#3RN6#7!hvg@D=}`#)eh>xG
zd^-Vl7+|bIeFMZ&U!om^FXhLF_XnPDYPS1^Tte<Mt#&Ne#~zjRb-}a_U3td&a&;Go
zD#}$@kH{=N2Q8DdL{4!~t2iRh1}_mz#lGab1R)jagExbNv9ts+b|EohpV+W@t|w{X
zzO-hdA)|Yrs7HJE97(ZUvg3W-V-=*3T{oIiM+ksS2ZO{WBt3VAK1H)}vlNHb$YHTb
z*}LK0L@hr`tu9HFcKtBi8Xcab70xkMWt<r4lZd(8i3>-g*y2$)EZX&<$<Z(4H622#
zgg-sptpEfgh*r@?A%Mg_?e=;ATaS#Y>;o|@`-G`r&#a$#@<7;sJoDM;-pf%GESbp_
zaxh%Va6fSX7Hku$k!eZp=Lr#6?$`0isIGvBQI14!;?#|5+{E)Y7wAUG3Lyi;6C^*F
z{m9@z)U|d1OdOT20$VQH?u+?+*z6GL$d?f%1;J~CgySEGK|pW-2)(5FV{_tnD=-nw
z^G6cJG%+5YHh7?7a6qTMpP_N+Nk>DROrbg!HkhG*j0$BLxolt>Vk5YLsl_XnNjQ<3
z2h)~ZeV$;UAVMH;?Z=7H@>G;ckU<PWHv^zXS-8<B^IZi5mju~RAcaXmVmbQ4qza$*
zCq%>YBqWI&Zsh)GgoGm^!gqpMC&rmdCRtElSYQMc$&=)aBN3D#1Ca(75aYO-FN};K
z19b7x)7eK-pN;|mF|J)0#do+1$?34dLo&|fdB9dQV3%)Vf24i1Zi;vUpw`z8MYpT;
z)nRowd=Nm0Yt+w=m!<N>Dw)~FE<&SF@7{i}MXu3Xg7}mgqcqZxahR#JfH5n~l-+gK
z`GBNhBMvh^c;u!Vo@?3|L|V^E`s;3p6n}g=3XyK7IUPT>o+QsX)<rCd)MXo;pd0XY
zQh{PII=W7j7Ac~yVu4`<i9x{HB_`HX^RUG*eA>!bQqCdw_Z1O!Y-wKz^ylY0;?m#|
zI(yBp`9d@fQ10R%FfI4B8jD5jnF;;td|#EBVJm7GG9U|J$9tKN``Vo3oRE2dYQaK!
zgOI4?sDD2K+m;m_1Q5?7<rG0L$L2&7k-|Bl4hXz#je+2>#mLf7FWK(z4S-a*(zi^2
zO%N&10YuqpzAmT&5??_u7~K|)h?&=D_8jB>LDDP$bhQqF<cNm^36UkKor$Q02gQ@0
zj^W!qz}p?^;OlGez~bsII0Uq%GTI9UsZk;~7%ZW1r0@|)K@urKi+n>oUvjn#<HdvS
zASS6eG1&JicRj+|$VS;|+>lKr@jy3qXRN{?k3b`2<#Y_f($_3r$Qo~j9fYnHHp-0Z
zV!3u>5@1+7?_<BXs6VNR*Ic(r-$WgtFS$zyf?R=uc1HpICd&hi1Hu|0Q4OTrDyT#B
zo17#v_xo~@>Ok@B@?|5f^B_Qhb`gq3<UZGgzY=->vW`37u<ezm^1g23qwcarfbuiV
zRIycVJ_@}nV<;(em+Xhl<W>9$gizYjMpBp2n2d>u3K1L$=IWcQvxP8%9xty5!;uGt
z6L4B}IO#XBOCa`!%*l5o!#yMeH5l>y;cr|Ap5gFZ&h^t7Y@qlX6o!=3U=!ZK{`0p1
zh|%{Uk~TQ<UpaaJP3ZvQ5;bBtGhqwhW0Z(zXyas<{C<px8s#XIY0aeHP}EMdd`8@c
zLgzaa`MMK96>bfWnS;ZSv@1vjI~Dpvq!{*!dB?tpcwN<-)AJIkjscl5BJaSzDGaVL
ztbnwbEQxmzA~2+0p_B4Hz^oHN%mNa&OS_}^h+y6pj&j(gEKH{?yo1&^lG8C_v=QGy
zi0uHdf7A8ryVSUyO_Yg<`2&tw1oopr!EQ~65hQ}1NIwM);D##X=xaPcx<A-tcHZ=M
z=G2JY6!zaVI7BGyY>Lo+)qLR~GLICV00^5qjCr}hZw-Y>ZQvO3ufn(>kxN_XnM;Nk
zvMb+AWCHMj3+XitP`Cu$h<_8SL5Lk8<uz=szaqsX7hjkzKkCwlAAy9^hTOS8A|=im
zcS5y~>>sP`BFVuTraS6_APu!`_3_Oou@msLEg{<P^7Gqw(wr@sK$-G73K}4~?9Ds+
zAO)DKs6I$!M_!Z#*(Hi}-*S>ScO~9Is^cN$THNI)_Hu85985+oO<QnMH$}<s*bRTh
zBc%JRvsMk*aS-oPcegb*PaCk^{@Tfx$wk9-Ssf4DdCvt->jH1to1{Xz-$UMs-}A&E
zdl}q1%ALjau`l7rogDWp+aK~Ro@T@@n$$mpUu|Lz!koIXTlhX6E%%JtOuZ`ez#Uy4
zWiJlqyY|$nchzlwBvc(}sCjhYc{bpIs|45OVaSnN(AcZp@z<LkP0qpyCt<i3LLhwF
z_F(scfMZLjHtp^_79EFgHl%nBce#%h?P+(pvtdBL1P>Jjz0rqW!VvHm`2){*@4cd*
zcI9}kFg!;zSi2=OdF$}c%HhImC!A&{jdA<*JDcU+ZVl9-+CCmSgO6Pic&$}G2|ssx
z#QQi-Jl4*^u0My8(1a>Nz<|$(?OaC+q{pOwM|TFmIul2p2s}?xS;FQcI(0X?=3|Dr
zW5(@cri)`{{1X<M6RbF9lQ>~lKjARLoN&6FaQU5ZzdeDap70c(V8t=tzzP4{3052n
zUYrQw|H6u6VeVfd62C;%e~Fp>5_kE96~_{9e@UkPk}Ccs-TX^t;Fs*&FS+es@)y4p
z@J|(KPL;S%l_gH^tDmZvovON=s`;I&zdhARJ=H8e)oMP~9yryRJJsDjeQ<HAhkvF|
zb7sJOW+-uHq<&^>c4p#oX6kol_V&y?^~|F9%(D5+YT(Rz?#yQU%=Y5!A^y1?&AC1I
zxr4;Hqx!j%+4&=vb7#MEm$&DxspoFR=kCqt9s}o|bLU>$=iV3RkMS>jXfAxYFP=zT
zJXODVW_I!1<>H0kh2Pr?|I~{BOz}lv^F`3W#ml*iSKAk_FD~BTUm|EOgSjt5{LXCS
z@v>HNk=r8LCE*TsxE^-lymptEws6h)Q1=qx!_~0R>dWa6JT*J8>tz`4Wmw#HwXR*L
zN)Fi76_B)DtwQ=+2_0^W_`PQf_U;OpwhYbsR+o)^P~cV0c0it9Wv;{(Qu(StsHD&(
z(DcbwacUm6DGJNGD*N!E9D7G&@~X1<ebq%^6wY;xLP{<7wS(|=J#$KfS&)?db+)2^
zRy^MO$3ct!LD})xCl(%YaoJ`TX@>~GGY3R&N2sEYb1rdVsF1FU>%z2fI~1_^QE04E
z<ltlk?orq$zeqQK5GIZr&tU>2HxCqGc_lC(B0w8%Pa019C&GOmXn%=|oz8!nyUELm
z?|6gfae4EV8_&~D$8!+7fDk^-d^@H7%Dx8Ae(<j<wct*eT@KKy@>Nbwxa3iYi!1Qq
z1nA!7%V(Yx#b*&7N4MA-xq$iWEtl7Vc6e<cFgZDR*rgCbI}rX(h-W;epat){`WwNt
zpXYxFF7YAvJliCF0EKhn9)vU^o;&($jqcX3<tki{**-<nNj%x#Ic6V>XH!q)cRS(G
zdIxN;Ii(Wd98D8(nW}L6#WkKOEo2yF#QLBoOZhFifcq(Isz57M#B1-AXS&3&*s#+5
zjCZ!eviZqD{N5Sge2v3EqJYOa|6+stT%FgCbAjcSC)-n%9v6Zu9f21o2R|-^R?#8&
z6oQ_Y@b$h(8d2~4OX1DIL~f%h&)*_jqZtxU5BGnI?o8yVzZ3Mj65E?DGpqMLxDwx=
zuXFiQ<#m1UaJkLz*Wtmn#L;TcTM8lX8_AQ+;Z)Jbhc{BEJ5$9*)!w(#=lhF~@xTDq
z-{8M-FaKY^^KnpEpaB3tp-|epv;;H+Jb%k`7?G4PPy)-&g~=2+I5_zD_+({eMMXs^
z?g<DyRgep~C;D9WpWL<Vi+ci(<^RU#0{^Xe&1?FaTP09LBS_f(4fkL8oKB6GQInfd
zP5Q1XldK`L<lpj~U5ArbkDEpPuln_0_}q|1(vVw751YPLqE*-9Gx;y%xvjJ#wth`#
z^&j%w_-}dcq5f}qPVH>N=B3K%q4Ezqr}1{6^>h&N^!!hG?q(j~Yy86e>GOZ;*E(K0
z|1*5<@h^N%iN)uBq4fU>U<dOX1&cTYvw9-geM33^jn9pOUwcORV*R;Qj>&)F&yoN5
za}<`KQ@njkg(c`Ik#|!PVFhU-|63(&<Cc22v?80{_JIFQf9{X4@<h0Mhhb+PVOWCx
zKaXKMq$OIui~jEo?B<sG;-=z^oPY2+wtoF(rgrUXX-9M4VApWV7*?GReHxkSoB8rr
z`g&n`cxHHiZ*l{R&-eFtzyC{~-(3DWIo{h``~R;zcl^J}^Q(X7uCekw7c0*{{D(YW
z{YRbygMg|^f6Mcu?|;kl*Z)s>Zd&mhE6;}-JU-HCcXRo`DZBKt#ac3(>bF1NDaL7W
z@Vbj|0|w!kJ0C;{d3;W@q|jabmps>>wKM{BB83}!o>|uP&AnhH0gNq*1LpjR`Uu<F
z&i1;8<$rp`C?Rbla50~#)4p1Y13m+cm^Fye9`jwT4-cLP;p|NTD;ocBcHLf|&f&sV
zEyk^t82mni|K{hWtHFDW1$2}Z{c|kOw;8$Ki&rn3tc8xiCI6D=GeneQI1=$<gc>xt
z;@m~^R^GUB6#cH$U9K@=fMwH-n1XIRrwA45p?9v+I{0=TBeJz<#SK=euhBn<jdN|g
zOi)XK0D$8}vSP5?W}4IZbarab*^7R`xjyOwa~I2ZMX_Mq-$bC<(dYJAgf-z~57)lB
z>E`&SVC6Zl4H<wEjg{vjh5+mVuiX%zIWdW@=luXZu`5^sK!sIT2?_^<l_2q0`h~`2
zgVRzlW)Kzts2g$`T3WIaxL1PuUy<kK2TcqSg97Q(Dw7C+AxFf7m@hvmpqg47E6<mY
zAB6#qBO7!|_4w~5iea<ZimgOAMx3gHJ9I+uU$fT&u0-I4d8Ijic16mOv>*DF4|(Bb
zeOnlZe#5J9aLlJm3uq$njzVs{7!DR6eZrNxe<DKo>_#|{=;7ST!`k12*?=3(%{r<#
z#FnQ?oT>(5lWYh4ws8cnwx1{q^2w2Y0hgxLKOb54%N_#S7|bXo2$P0=2DOeZD~32%
z9;pj%nYe1$5OFNN!n3f)#l$>P5B8hI@4wYH^nNVI0@tJ4q^7L1#d>pKKbfr(=#AH-
z*I{wbm{!O?gi0!R@k?eujkj`KRZ0fg`EIAvzqSF{(orf3Sxz#n0JrKMv?}EjInjN8
z>__>&SuD0saUWNST`{qB?NDZ`eXfN`EU1vN<A<vSS;6T_#tYqWI>Myr@XdPX)}Mp`
zy{X@GEbm@xE;5V70BiB_F!o*Vs_mcdbAzy5EYT<+<!W`gS2fG$+WCNjZuViAir2E+
z`!g-JmevT4*Z4SiIQXt<Z;l~ec)=`7{Au}sqA=b!33&4rwTPUx0Vy0sCgrlGhWzBC
z5b<ei$`BRer~o1@%yh(>va7#1z57_GORgFy4-n0Do+r^vJ}8taL5$b2P57$r(+7P&
z()7Z&&UU?bHC>x(zl(d}n7XpTvt9Yfz1>*MJ@1HnN@fZ2u11OHTMx$XB=hZ5OX%yT
zQ_>#^(qud^ZCGDdIy@6R)aMj*ewx#H^jt3HGT|j)I9ln6QH=Q*p)<mYgA@Nm1E7)^
z_vMPU$v9%zwC&`7AkV#YE4e=|Yr=ze%kB62(j=9*goz7B-;33AeYP%2$kU{7AMVST
z;vl={ST~mXO!Pg@Rgrez5c!i33b8F~O=+XL@ux-o88d)ft;GQHz_u^^lbDWA7p9VW
z#q+<iAL5{i@OVLYM|1GRvAJt6J0$()YHl{FL`6Yq(&Qx@B@HevOr_Sq5amG0A|9rp
zi#6s+d6XrJJiMkEk;WzKg$*bk0e7V@mh(VBQ(8a2Q}-9E!FB59!G3||)$rUlRvML8
zNW*U|Z;OUmNdhL2#uth+($i~q{LsBzO>G1Z7}m=p^|6iX1eA(~16h<Sn0=NoqRDi<
z@(<Y63@klCLwlM-@W}N(V+JTfEh!H{tO_$FBaDe$uVKb5b<ngle3zY6SmIi$ZNmB`
zeQKIoVr=(;-<46$3Xn!oj@RI8PE;Z9OsRhIp7DX*+j3`<a+@>E9&3-ZX<bG#xtk52
z6)PD*%Wz}b^Tu*0Y1>5S$xL-NWM37xd@_bDg_4z#$5F4$Fs13VFe%wh*NqU66_{F_
zb?fP>{v%u>DYaDR6|ZrA+v02&b(0Nlx%q&*sphI_WwdL#)vIeOl}VEpQS=Yx$7nMK
z7Mhw5Ec{Q2qvre6%nCSP?Q3zr{5otoTa-S-<KIiam>VlmTI{tKXretc+eS_DY_-hO
zMdo4MqD1ATmj?$+_csjP9v!&R13_VFtv3N^eN$NyLbSBpn+R-+Vk~v!WLWsoBUZFj
zxXUlrZvT0Geb^g~8=#bFdsg(K(e%|%Q>of@>eRFT%du)q^fz}$m9>^CKTg5>kB=Og
zmws0d=^pW#cN4Nn&<^Ftdxw^4+Yj{^Q#H20!^KAyj%<HVS~69-8H}u)hu<YhGp&8O
z9kg}*$$u=_RWxr^7P-dNfERdHOU!18jMxgG3iYabO7`CA)1AN`-723)9+4KK?k&Zp
zuf+^%Jy(87n{<}VfINCLXDH)-m-83>^s?_*TB);`4ktV$dJ#P#wUjfCkH=r}+tYj-
z*fy)}T$fu<^nGM;x;^uZU!OhZ(TQO4RPt;ula4jM&X?|my28qa$qK7mOZue+E>|TI
zEl}qoAg>&+E}P2Q$-v*ZHrTYz(Wq<+J3wx4-#Saed?eZra0wXM>Xhix^mM4mlk9g2
zZ%QxDa@K!Kx8_7xr4;erEPRV)y;2@tK{LAA8!om{oaX(!Qf49k;fu|fEqH;Rpj&d>
z{FK>QbJ2I1qigDyA0-A_6DYfUm}G8p%kQ*3JmWW4puf9uw^{t%)7#A#zZT~{9`YA7
zGPntjuy&fI@_Kw-@=U{jxdr~_#p%lMqLxB)d)d3?Gb`aHswZQe3j6gfdHi^AD(h?H
z;q#TVt_yp!&XM46$h!2H^~$%&U&N}V9#<b+4)DDkAWW7Geu_Y@Y$)OfP>W3diS{*$
z&Z`YQyll&gwf7&e+RKkQEl|CA^y=sPGk}ojJ_V+FYeAyxoSo3Slx*==xO~zDUbbt<
zf}jUGyG0wRtw>eY=%LEzhB;%r>W<$J&I+<=&I0w_OrAUZx#w)l>C@Ez3Qs*~mF9K9
zC!e+fvyNgAn&#z5quu96zWv;OPq%#^6xked1qL*~vH0|+7~g-U__09o^V&u?n^ddz
ze*bTCh`D3u7mZ$|^FClxyN@(ZKjvPj-1AUxG7o;?G1K^x`h_3Ifc^TT5X?5-K$Gph
ziNid;k6;=in;MC)j_jk<BV^Sh?bfoE3@5<Bu1SZxVozIY3HO{2_r47Gp?&*T?)nnD
zI|FS8;6JD#dM^2Pw1!9*4Gtazhm=5H?Sx}yCZIl~U<FdJIvk}t0e<O^@+g6Juz-~i
z5$PJJ5L#4HT6hXAI4><i84(dj8<F6O`Y;$arjMI{8JTAuSwb7pQ4>jA0yW8rs5Xzx
zfPvK~u%TsW6YA+0ny7jnm0uE-4vVaZMfAelhbIW5C1YyRqHAH1=$(kqmsXRo$U*a%
zIscfV`H0Yx$R+;=xf(I6t}!F1h_3nQM*r9a$`}RxxES-em6q7fmT0AkXkEM5lM?Mw
zG?5|zeBmGWqa|uxGV-GaDnT*=CqnzwHSY2<=37a8%}(s0M(iSOLgO^FQa=GZ)rvMx
zAmE9m3y2vT1Os*xs=<krZkRaE(pZ|I__dwb>PyrnBtdXNt3@(VnCBf$MBMMeILTeq
z5Go=8h6<g3S0WaVdpAi$>K(UR%=LU!9V+tsP7)3{QJyrJQZv~>Gil#Hsem@B4F<Lx
z0v``1OZ8$OI9~oJ*^noRJ3VFJ|6P7d3jc1(vLUh0?_|8YNt{y25Q}8f)_Aquc#_@J
zMe-QjyUBJu$t(V8;;m867Lhmeu}bK)gq^fm^0cQs>3C9U%5JIo{^>KQWWs=?kCIUW
z1Q}!GX$ikUAr`4zn#pCQY3jRCnWa(H5s_Xz??>4(@_AAV-7@UcGxp4rJIqtmb~Ebd
zQ~OH!CpCai12PLR1WEP*8E*+<uhWt$-I9NnB==fm^#W7pHGx=9-dLKMw2+B%OPccs
zOS(m_NoMIFvilq|_X)rcce9ah@nLu04Yb4#mPDu{Qd~+?htndYhazf+K7{u`tKze0
z33C#p(%<nUo|ML}rKk7@B$H@GG6ZB(N^{NSKxrbg?(*g|-u+<2^I<JLt+pknB0cqd
zDEf<3E{`;u&jL_>HE-c=I@~>jV<8JaF!g<FJe_9VMQe2RP?GHLe8oLNjtL+jqmb6J
zfS&M!R%G<IyRmDie5h7rMnqCaNxIokM5b#YM-S9Q5%^52AioqFp3WQzi2u^^K5`+}
zBeE#?ssIzP8?~^L?~_5z&s*?(vCy_Gm)<fbu`EM;xX3fG=yO1dM_}n^9&n~cR0JX2
z=n)~OK9C=tDuB*b&B%QyotCH-<J6jwwvZE&QJUpmiY$vj!g6ynsHvq3N+WXxBeM?f
zmL|BTQSTNvT)lrES>CKwlC_8O9tN8%mRsBBa-f0F-HUB_Q`vuKe~rjs$w;`jSkW;E
z+RCWv9E$qV_F;CBs>K}0Ta$giE&D}VE^rZrD^*&{Tb{X)b6#2nl&LA0kMFpu(i1LQ
z90qbKR`&)L+wOtbHB;Bz6a3PP^rUMFQB`y!QO;MHc-kmfWQ`naF@H|w^RmkOmeqXp
zm|D<ct|)Ixpyr47mgS7)wHc8S2azQl9u$MCgaSTwrS8=+i<N}|@2}d5ZzIzrmTGr~
zYjx@CJQwO^a%=7{0q?h0KBLR&Bg`SE&lf4H7^SNji>z`T2DuV7DkGY<%9`k8D%rIg
zh3#{BSsLy~);%W#ThZtEX=T`HrF?76NlUNY-D~n_FZHyFbP8%Q7)k0ll6XQ-p&(Pu
zJpwd;U%6x%-<Oevt&=larW5?mVJfe6i)x7oYSANV)LUv$*2k5lZ{-y(dtMGS52|}U
zToOc7`&6oyoW3cSJ_}UdRyfk+R^HSXR8?-(6tV}XB5D^^YUbB(Hm7fRMpto$8LrH<
zit8N766GzLNUz@uZ1W5PGgx)#)7M12Z!2zZ8d~ZYmuarf0X8fF>x0@YWKvs4nwPZG
zM3#zO2}`<462h%I_C31jwb6Ro;PoK%`!clbYS+(e@=-YMNjZ=Y-uX+q6U|!?d)3&)
zlMK#?gYe|hUVltC@9ObD<LY#6m3PUmqDy2t3I{vJ?83=B$=_L(QOkD9j&=)_w^RP;
z9^5Irf@Qa4bl^w#2t+sCS?<vt?GwuE+9K+f7$vW32lDBcoh<gs-qZ*Vw-;K(HSWf6
zSoGxuRh6_CX+!&6M|!+E`f#Js2BV<S>oyZva)tN(e0JT*G9OcafH3Aug@Wz{Ll%kG
zk@4c`In8Bl^z;K;BR$Gki!M8$chhrc|C8=$m+{L1o&;!h4UpRhSQyz4TdMieo;}N#
zcAxGOa2N%4uT_XI1?<;;f8Xc9FpzlDmzdeqUV+x#A5kG4GGU3%>>yX5$5yz9ldal|
zGYV6F<VCj)H}Ui>S|vPsnJymH;Xc~c;@Q<YI)dIuw|0!^+>D`hdiyKLvpaxTM*F;c
zG})?k{`WwuHt^eU^RVW-X;f-`^e4^CzD?`#F3+J(orz6`adgMft~L1}Hl92&&aL0d
z=TrCm$0)CM!@2Aj{Z*yGU2qjP!Lt7u8r_3KJiabF4wS=;^L9=pS`QG#kmu74bD@FU
zcEEc2&;CDp_uZ=7Jw7)}eR@%v9tlN*D*A9@CQ>q|TRp)WFTuP56NI-@Y?BjMntveM
zj?Igoc(k5GXVG+id3IIU?h(g&15#H^NzUjIw4O-u1mlfOZH!K<pr@a7PPgt)8QPF%
z-{7#4cA8brOt#NFb8qKgDj6)zWwM!dXq&I~ELYNR!(|xSz8d4on&P#YOYNM}VVnuL
zB~u^*4ld78dww}7pE(KYoNF)q!!xVFn|SX3;n1~Xx4o&IVaP{dC@to%KDAo>l8@a$
zRt(wT5g{u8ctQ_k)$bmbt1f!gz7+X!fTtD*6Bu{R*AkOfPCVMwJ=%r;^;1UWf)2~v
zGr2imxjCKNrF#s^J-388#EU@{KsI<gm)+uM<;-WBPJijt@XU(2tcXjEmSyV&9^Ii$
zo7K)&3+tWJPi(-QUSOXIhCN2|54Sjch~*)Hj|H8;XO@eW?TuEExg8#H4=vJ^j}|%i
zQG+ra;H)VfoAFk!mG!TyI*cnKu}hhZYj=g0S&wj706_B!AdPqT3GYW@k8f#K#hj~+
zWf{fqEOIi^a^4dxfFCTuY*yNcHxgyR_^(&t59T^6zxyhVO0JNN0*IK=8+;QRC)X=M
zvfnss1{haLf_^mSYtDuR%%1JU#=Ppmc=Gms_gwJp{4QLDmG0lSY`~WC;4NM7Q^2yL
zAQ^Ed(B;7z3;|?80L?oF%yo(%XV+zBZ%$-o<w?%sr*Ct5@A3Se*ODFZs$7VSUBZ2^
zav%N!D*vN128<sIZmZh455RZ8?9fe4xQvg>dUx|7cFi+qJjRzTJDPtJt$(pj?P%Fn
zIq3U%v;MGZ$@O|KO#X)kdR43n+#)~M77M;Zx^)HKmy*Y2wgbM4?eD!a%wab}CtpqH
z{mrkvwN++psr_TJRLRT39xlco7MQ)KUOOANxLPc8k%AkYmEiR%@co)2-_@PHaZ+L%
z05cpY{%T7+Yd42~_*eD}hd!o^u?iR>JKJuRs18q?l`H4g>FC&BZ{43ZTlsD|K3y+=
ztO5r=M1$07z(j9;kiFTUAt4)7#HAD3W!C?K-RKx%80IHESy%+pFf<ffZuYii<F%fw
z1nkWT<hj!Sntg!1np_F%nr;%@(8vL|2poES_|@D64!d)#MY^T_hHMCq%bIhHOA2K3
z+2R5Wv;G|CoEWE%J>!-sDAFp(&<5rWW>48BE@ehEe(k&Wr)NWMygvK;SHTN4y9+h_
z!}~`7l8IFkeH^UTRr_#3Oa?X52e8*{yo?#ue+(Sd`I4JiN#a$u7<sl}0bC&X{oFF~
zZq~Nw-IBb^o{`53c$lxNwemmi3tc?4TX`XL_%#-+O^VZ*byXI3QKdjO4Y=mk2jCrH
zo8~|!=3y$qvo?k5`wu4lg35Xo3a;heiC9EVkAvn)&`y750ZM%kvJh|r3#+8c8Yw$5
zJ+CiHWvGu;BU<BS4MzwWC&@ajp4xCzBau@#TP5A_yH<*TO;_k$qb;2baj$U|HQexE
z64nQ_uvO8%w-l_=b&|dz{f1N=8YM8Lygox_6N^ih;4^hoW`&N#qdgOp8H@5LhLoHG
zMat$DcC@Ml7PJllZAg1+)C?*G6UIOTR*!-cIkX~SQm#%zsh!%qvi_v359;413q1Uk
zY4OW>Jj)1($yY|BBS5k-uK@{^p@jLY<|P_!r;U+wCWTKLW5fqZDxG@s7>TR}$QmDS
z;3a7L39bYK|4^&&C)nQ~ydxv1nYhW4C`MMp?t62b;d1hQ?1TD;Y*|-QunH1ztkg9z
z+wf}YwSZL^2~|U_)-4HyC6myjnFRqDFK>+Gdmva(sCB0*JmslIPAJPdB!VOQvPX!W
zg{Xo(f+HSK%h}fJ9U+-xP_0VyFjV-{_>(7kT_lj5QgKohh&?W;vN<u&qH9pu$Fj?f
zVV>f)^_U@M@XNZ2udmJd1RAHMV=Ey%Vj*t{lM%6btVwC(Y~hLw&{}*AYX^d(#TyMZ
zsqF$x{R62|0<H!ULLZW@%V=OX_)=x(Cz#^uKBWP9Nsrf1HTsHoxUNTJWSB3Yg}evy
z>m*SsL^@;#6+vp{3W-_vtk;EbNuyK<;?r^nsSgSoO|2eR@)VOT2R+uiM5r97Gn;8s
z8epQIxhpVhp(4>5Lm71y^`j0xl_Bx(qEM`f*B&e#O!F^t3?f+S*?v++ve^7Iv;l^g
zFsGqssC)~XZG(LKpAudW##iepyghMKSGJeQ{kRY<OI`jalQ(#{q~`=j31=X&X-ZqT
zzbU7ca{WmTTjVN)?TI?)uN;U5Sjc8@N?+N;FIl5E-(sM>+4=orK@vUQ7n}$e`T$JG
zXSF<Y`j&Yr4fEWO6)9Z$Lp5}Q`VRG^1u4TiU)f+)t^R3MM)9ih75TzEk*#bTQv$v=
zoLqLTHW0~GmIs;JMeT<fB{;<4An%HV#|mN84aE*7@U>E^Slb4kqO6rY2^?JLIts;C
zIBUtoG%c39g*h2%jb#eaQQ`RXGAD#sFNGyU2rq~whJdRi2k5um*#2VaF|+2j&F`(|
zPnSLoz9l54iuSl<iSjo`_Y+L5HOVbm>=j+;-`x1N+-XQ_S%XX&R(Y+RME&pvfjUn~
zNJ9MDr$1`2o!yf`vpj2BuuX7Y{yFex#pQ$n2gf!DpUM4Pg%W%;0){~-2{Fcqkafl?
z4OCF1k$DZ33o(kHENFSUqA5q)Ue}R)F~wT4m}XB_k;RqnoeEbCFGq_OkP)Tm#D+Zw
zk0bZF8>t@VS<8KygE;JB(@fXZ3-;fXh=;g}2m&3J51>3nF!nCq6vIwZ{=%mK%G0rT
zWlut(4-N#}rFufvl^H4@5r^JCBEKK5j}!k2B7(603O1jShI9x%FKt(J!k(l+=Ky#s
zx?#_P8^FX2oCN&Ypg4l~sIb!=gV^Scx=Bk^U|f%I!|rGN;*eA#2*)){1jdr`I+qGt
z{y^dp<Sy{Dr9m=DRXFk$8BKPo2uk>XE(idwtv?O}on!n*u(NX!raM{|M;Mj2kV@w3
z)CUqf0kf^9=01RT;F1eQa!BHUSqFiiZtX%ovc{9LsfB215?C#bSU+trA@izCe95e3
zrY=$!I;g_|B-H?cSI^ph7xEGRk?qCZqtOYWe#UwJPE8~fCyMci9~EKE@!`B+^i?n#
z#j4L{kZ4AEKY2A{-gwH8nyNDav&E-`FfM#)CyYndXE}CvL$$5pfynb8o}2ZLMs|j9
zQsmG!3NeZTlks>^4Z9N8G^7x5n{iQiDBZYXIJ~3=M9UzGdaL8CLX4Qnk^BYLFwP^m
zL-W2M6Jfz@Ln(n@V2Y#qlaIQB(z48nClxOjVlk4Uxbp-P&q}EjQ{+BK8bXJ|p%R{5
zzUYR}LTc>y^#t0O37`WmN-v7f)WPc>KB_Vxc9Ueki-vqsepAv6GM{M}@Z_lWpW@yi
zQ;mSc7wIJeleO=a`|#V%8e1L}FgGYVP=ks3mEFXf3i`DL!zOehSjghjy;$E6@TO0l
zNe>#^5ilU^abXj|cYG8<Z7;vx9gmk5)42B_z0))Bah-y>es`w~3J0no6GGc(hksb8
z%pXbyb>cwY9rynvR^=Px_Uzu>A&8o*<KzmgFVzJfcHqYOa<tN6Mh^2dPS4-al=G?&
zm%+sDUf~qKvj9;u(4pHqfWDB&V2EG7WGY$5O$*cEUJmrVOaJf>xy;^?Xi0oGLY}=>
z`;H0#RJ*B&hvr)u$YZ^urCJ?W$nee_AlySLD3DUCgW!MMI?@pWPi?(<Bpese<B|do
zHv$2{1vxM|9xacgDc}b&BHY$Tvk}2?s)*lBnwAyh1k_H24GoVZnMcx^Hp!dfB8H?X
za{%hL+l-{DEW`mX0eV95+JrAziJA288;I5fi!S5P8Du{xb95LL^;j5jdZCv#Df@$f
z`$^*=SvSG5k?G9MFs#B?m%!2vXy0tdTPJ+Hp#|V%VIcUVlxA(YNe7O0+kGP2;t`Xq
zA54^>#k$1wm6QwM#@PoKX|!Izoqz|kU_KH<wW<(wn^`!-PCcn5rq8=<lz$N5BfkAf
zsj0kmrUV^9z_@SY2oNe2`Lg}s7P)&Sv2x=C^5ge}Y<Ht9GD@4wQIG{{Y%96nk;B+7
zhD;wq?!YrJXJ8j5?6h>Z4T+O(v<j^a1<>{Y@DOF)D_3}Jy5___c_4<~!TooTD@q{f
zW)K#y5<`Sn7&5(izQ&%6-72Y}6j1xTu1@aqsb5p-F3p;jT8l>>cKPO`w~PppMefkg
zT|vS=eIThMC_X*&v)H`#mgkZbE!WXz4ow$V4J>e7&tpx6Ek{l=ghY>JsG3>8z~_W4
zn8*@AS3(-pr(=&p>O>(|c7ti+o$x-N?(3Rbv)*;=`|ZD_Msvcc*tdyDP*imqz<~^U
z*HTPufcxmRkFUr;O7bAuz9VyS#M*ZFTa3=jT>k<y<~((h^=!dW3GgxmC-!mMhY&98
zg@B@b3$fDg7%w2r>badFoHo+rsAb|8-l9o>FTuKHYaNXegc+pR31MYJWs$NbFVj=_
zNufSiRy^yLA%>I@&CB>{BER>_!1d*~jmma5&}ooxf_nIjp+JQQ0GeO&^J!cqdCcLj
zE|Pg(dLBfMaPUteN}3zM2vOq9py<VY9O@k<O2kKuqA>KTh!aQV=6#A*H*K2+5nw;N
zO9U0Y3LzzEZVbjC!~@@_MWnU|RpdB`bSxpTj2ylSu%*KiT%;Hpz5N4yFEoNgmJ0`>
zG|AF^zYGpk1W?_`M<}z&-gGG}zav~KQ=?<Sy^^Q&!TH@HO68wd>Jvj{M~&A;NMo1d
zoFB7C7GLE<=%&<D`!q^NIOHI`v;&4>gJs3te}`|bNGOSVqlF~2Yi9X^@F$Z$ep0di
zR8@opB-VluWkAAfBs|d)5*(l2DdJ6%;uNw29$BmHSrt&`^is~3-7BxD=2hYh%q!Fg
zmU$X{@{SnKfrW}CJG@nt?PX?#>%Fj{mIz^@C+i;@(P?pa`$q$yA^y>%2K@&Bs4%}&
z-W2z1j8@l?mb^6~?0CKP%~ZdL22$9r*WuY<iYp#jPC*DVZxS9{sih|4r1pqkvXD>G
zh7SQ+<Xr?rzP-<eXV}Ml+FgiXqm0ihf-!ls1<O#xKaxp&7AjoTqCiUld=go!<3=h1
zRE&>e3;~cy5@sP=1n<P7L`K<DpQa8tNI;{t;PWyWGQHTP0bv$U_%iw}SUbf({2>p{
zC2e_)vUUT%B$Y<+J;xl5z!8uG4j7=`wy)H7s)VN%TrZtN?mC287(v;yKm*g7=t!AL
z2yZF4{X(1E@803VNoT4lALLi{ra(Po1&T#v^-L8fQuGqRMTDKunM6n`cX=qk5ayU1
zBtj}=!+{iI2@QviEEp5G&65?A1}pLeFN^W92$xf8;5b|-NNPt~8%Z{R#~XCCQ<pzE
z)9Wz%;8aGXmAKxkToMiQ<tv60IUAI=wj~M?hA_>iFuCU6Q&#OnLGz=ddm^(gd89gi
z$U#VZUp}G1;!EpcDPahR01M>-NMT8kp(ql^22|Anc0}VX8c(E@gp;{am!JtLG=j?p
z8!O^9i26C0f(e;g>zz36MR45HS|91dt`>I;^-XK4cN5-j;Pg{+)`5oC;K2IT%nn!x
zr=lJKe3;fUe`=vA!XH7527HFXw4X}AeNz8Wf;xzhS&n0~H=tuW3`i7fW#h+i`=^o+
z*(HO-&pji{e1^&{r^rBG;3jk|kOztGk<RUrsM1KC=^^&kkL3DMUnn?P5b89Xv0TPc
zOcQ*b*DdWOwS*G}Y?60-EGY=|`w4d-bbAnDm=Hm{BK8F<NZ<dhavuv{;VpW?JD_7r
zkm4m$UJ;~>2E#_Cj7<ni^@*H^2<@Y?m)&u84AfofXCz{nQagyl-Kdp7@upM_OcT=X
z-Cs)6%WLC>HzBI+$}*lt?1rNmY<BFyED0&T$rAwpY%qUd0zs@V@|@^C1R??@1#uhz
zga?PAP>@Kx1pE@IU=F&6MXZt&Zu&Dpj|j3u?>)h|8z>Qll;{&VQZzXKHbZcla~ecd
zXqbPPZfitja!?koBPQ43GL0qkEOwBSz9^scS&~{En?=ZU0>b#X)axDkJ#yM0pY<p2
z+?$hrQ3z6WbNU4?SV^M`d*>umZX%vm?d6$;hY#>BA2&bGEK`jU;?~R$Jm0W7gzC(!
zLnk?i3r2j;;Y-kol51zJneWnKXFoEEuN`IckqTZd9;nGTP5?kPsE*4JR@0{P<VYe|
zFON7#+<c7ZYb%@-iN&Yl5RejWsFFTN2|nX^xzKA9k;AE1-bv1TOsI3$((zTTBd3ge
zcUoPP!AXZ@c#ZkHr>0^je6WfrQ#K$*!w8b;VfC7qQMnUwF9HG82gM+4l5R(dR;!>p
z!?qkqoLkk~edH5j>?19UlY*6Cp+>s;eI_eO2++7eRAPMwE83|2iCnn>Y2$>Y`@2!*
z)!_0%TV6LvV+(3q6}ZpHcx;U7f=EDG`PkEDSrH8%5n`E7Q-hKa#HidkT#!wOjrc0y
zF_vJXmWU=0qMPg@C59vus?WTzI2xn`0Dq?sT_^sOZL>lYi;O5iFwNh=4%L`eR|ys4
zN$vnI&Mc2B0K8JDBWrfv$vdP~D2^SR1H}-g78I-EH=p~c`Coh#!1QS{2;nN?OXWii
zBbq^dB-ES&sxr0dh;a~~KtN$2pgh)JgRmoVg&mN%;;QH~JN(yXodUK>=Ex24Wg<1l
z<d$%o`6i8x%s2y7C#;pJ1d;fqGf@U5eV&M1T}8rx2ZON(w2WOSxk~}yaWo(xR1A9w
zMMMf|SwnD;I^2P;H^o2?LeMYV3<(DTSwymr1wdYMNcom^VwUd;tLp{_S`YbGL>V?j
z;I^B(8y2<^Ha-<mIjr900B8x|VrDjOQn2AZ5PFn${ya9Wy}Uiq37G?U6f36I1^6f}
z?;6WYhz8u5m%G!F4_V!8tCxBe0w5s;wHS2WzHEllB8m04u}6?;93V4oupf3a3g(YQ
zT)zur(pHuHSIyP*Ezh@;2SbIi(-Z%%Q25Rq<IY@i^E{aln??xi#m>gHq-OYr2Q>uP
z<x1S*N@p3Owqi=iVt0_oI#D45Jpzyi18%-MKa)#OBSvQaau9~QBIQBzxS`^T$nIOD
z2n6fKK_;{PK};LMv>O|$`b3!Rf_r$vM~LiM1dIy=WO5}*v*2oPC4#$ZGB!dkzY)Ww
zp!(afD*(toqWCoc>c3Y^J@)&+ncWEaEEiCfglJ&`VOJ;87?HxK4p<i_0(T`jax;9t
z+V#jqsbs2`Iy6VnHb~GmKQ_D|+%pv({!w5h_>;wB+)%{{Q=X#S&0fLFV0z49+m;9v
z=^OUGId{{#2LVSk5b1-k(QETOLye`cYFk<&6Nq-3N6-$v??HwnuoWoaaGeU75w_a<
z+68+YRu#Ydrt02c_+k8DxNwoT5@3IL96_Mw@uKUiIJ$}mhV<wHyhza#fq__80OF{^
zJ3G5H%61-VcB1o$OSNsB#>XNM+3$QHuB|1}3AfIE3nds5z-*!b_vx*gT0Z~<Wv}+U
z+TRKHNkxb6F*$Bjd6OI=hsS*s;X4_)p+A}qq0Qc_7*ODdgTfJjSHPE7?pPk>)_H);
zqDLy)t*`f^g`M~JUe7VofI%ca0!$l<EnwZ9ZHUB4YR=JmCB`CC{0RE^gj@Y^o%l$2
z<+v9EBGItp)%6uU0+=zm=BeEu_MS3({heU;SP5+br16D#dpn}=G6D|SQ-8(7LOGg`
z0t8mLejfA7AA+l=paVyKOs-`3r%Yz6nc|>4YOv^_?=W>}&x0p>*(aHW-elaN+LAN)
z+Y3_L&r(}LHL8z<ZJ+isZTOk`80q=oGH<Lkc^mx!sWu;K;y*_V*owxTD$_o}LiY#T
zXK9zu^qbEt;+`4NVCDG>!hz>HlHr~jE4F^;855z}uu$pZBRd7GJb$78@tMv<=%dFk
zJZNiNXfB3J!d)ft94A6uKfLhxeEy=^TN(Xahx^14gTk|Ci11;)c)5*T+=F`#hI>ke
zJF?*Epuujb=SncJG7I=c@uBpGbARTOfZ_{@j~B?PizvM~Np*slfy>y7%eem&x$7do
ztKzp;C8<}X#aCs`SLFj&6?0dW+gDW=SJn8}H8j^)c3vlOU9W!KV0PW;a^2*2-Td~t
zCH1<s_`0q6x_#ifWA3_h`x=YPKjPn@X>Pi?Z+awddev|G%x?N!Za(?l47|M=OuZQ@
zz8P-585y`4ox2&^zQK%N+<eBrouIj$<i4Gfxc#DjJ8gD5<8nLecRTm?c0ToXq4;*O
z`F3gGc6sjh>-O!+#qBqI%qk6LjT^Hrf!R>UY?@)dyI{8bFxzi2JE@r6V$5DMru!q_
z!x}S>ov<I(cORnh9Q|=U%)<{aFoCUj+B=~hDC9#_*nz?u>j*q`|4>&zI3FPVvO4vF
zf2ev3*bRWfo2ww>cRgb13H@81AF=kK$hi&wL!Ohd=Bvj+b$^{5a||c(n$>yko^a}<
z4KS!i{Ugu)PWA&P6F%qsEzcWZ6Z!wh^V04D{lDe8yIQF^R-R+_8cS!Z|B~nJA{7gN
z$#WA_(_iwuxho4R&u#Ob|H8`i=I<*XvGTl%w&gE*PQYZlf9bpODW2QNmai2n&uxS}
zu=1Q|`!n{-53w#*p1&_5zRFOG&lsAnbNSPuAuwL|$jti7;lcYHAs8{WwbYJlj;fP>
z-Vx>?^Paf90n|1~j5MIn9ZYi*c=+nPL9!#4YNPk<NXn^Iiw~=sr@7cZUa{|8YMsdB
zt#22Ovkyp@s3y#fpuu2eiVx!RDx#zC!`x!qpk8y)Xle_m$uOaw%>m}ONt&VqG!u5m
zM9f~4>@3fTY@QN}6O-4ghEZG2_lwj%_jh!tUwFBO8wYAgh<Qyi<T55sIXtf#FUiX@
z&tThdyoo*k!Jb`h<{8dtq6OPIN1QE~JtoEe>fRUw_2}A%G`F%=uJ>MTzqvAfho!i)
zo-YP)X9w)Ha({Sr^_x2<m{1y9{-DFIQAF^z!SZ9Iv9L5jOPZ%J*)ou)DBZn{r#LI{
zil-zuQku84Fe8w+thB6+x4g3LinpS6Semc0aWRmus&%i8ue$T<im#@dP=>#@-+_ws
zf6e9-NC<-@cu5twDdb5+gvliY|5NCbu#xboa|`}=q%SG$Cn4-D$Dqlj{ZbGs^#9Jo
z^IE>)#OC2u{e^7<S$HXx|0VPpRHbSE7Wxtf+?=|wzuWMfY-+5cdYl6P%EL>-46#CA
zjY0dr=J|Sj#(xQYb6vXoMl`xcw3<egf4AXjjrB>jHJCirDgRp`p20zl#@QB2^|{^e
z|3md@y&Q$y9RJhlyPLf5)PJJu?qcEV`w!KB^xD(P+4Fy>^_@bPJdpH{LusCcQoj5v
z70>XG);C3PJO0&)XM2KV`8U<q4|(JL))h<j9aGG(RNrmP%5Tz0tJ}+bz}art&f)h%
zY$QJNuSh&a#NR^y9f~?Fj-wz=>>r`uyuw?!bZ=~pacSf3)H?m2KY*hnz}|Pd<1N~r
zZ|q}Ze1oejS6ghoy@19F>zX2+_6GOpM2G)<p&x*-^hS7kh9TYG{ueyo5zF(FWB$$a
zn@U<+np>;uD@!sn{}KAxmmlWm>Q|QXI-2?hI)^)lhngowv2pnRk*S{Pe~|vt_}tL`
z?&M#E`2Rrq*gX8n@$Tl@7r_5lKiDdK{r`a~eEz>}zM3ZqIr+b<@O`GL_6<eQeEWY_
z;a`#xS1i=K1`xhi4ht3vHU@w%sSa=ed<zJiv42(JtFlh)2th@FCf94+hG9yN07kRm
z(bNMFZ*r;igOS$y?YFZ4pP?-%;L$@s=A)-ad{*K`3(9eVo#Iw@A@jhbu~|yAx4lj?
zyz!on?>#}QIyY=5UJCL3QKS8>PUn@2S5MwGb;(#a=;06!Mxx)Adg;Z|7kpcgqE3$3
zO8ew>*;mAgD9*wx=;_C<POl#TJd~-}U{-337!HT{gcq2wdC3c$s}|;dBp{g;fa*?(
zVZ_lXVGsiN!>~4A`TGdvqr2u~_Fv3l@j}L8eoUcYO`|YZsz`|mk47pd_E`KCNlUEF
zZ#8mF$|@eC{7hOD6RSZe<`@VPPo>cZm`5-v0U(a?$$<%6`e|w@Zbdq|0aBv@)*V#3
zfLg_cNB2DBH3}8ia5fb0J#CdFrGb_>k39@HwAe{UakY`t;OMYM14v{YRZ&Y&3Ppga
z`O^)nXlcS-(QzG1RdHP1H2_t<bG_<Yw2G*z1BQ}`8v(cjWsff{NsRO;i~L`*`ITmJ
z-q<Sqobe<8WNQ5`Uff!i6i`aT<H#EcvTw%P{FqQEw0M@tP<%bnqe>b5s1I6o?3O>;
zarOGz0+jEzL909t(GL^-BkfeKG!9pE|MUk~-)~6p<`fEAj^|SBXA!Qjrb^>9)&=<S
zKJ!(Ygdf@VC6Rr>9VE1BUU_KtoNq!LxX*1cYI0LpHf0#TKS`~1UtsF<IsxNPKVk0B
zXVW^{^P<l`>pL?&0(-6DDx-~YdY$n5E0z=kshx5(9><m1Y1k8q-NPtbd9vyTqRrO;
zOL(nc*VBTY?4HhL5qv=_5u+vfXd0=Cm$}x4ye3wFs{9x0^uFFFnz8IEqoBoQ=YV^)
zPUGLV0LJ^R>(QY3tW-SQ)hMxfmR?1F;+vp{OL(`p1&W{br6e>y3ANB@F3KW;lr9ni
ztzIG4%>0jcCtF?~WO)e}#C;|%7=23X44V+S+f<zq@aKFSz0J|BFp<v{@n+&4bd|~c
z3bku}Eppm5Pweyp^qc9j1v>$b_F%b^LEWC>A>2E{Jt4kUFW1#%5~l@({3tZRxL?qC
zVu}EOD}c(sft0vMz?T6071*kr{LvWn2<V0$m2J-4eRRZv(L~zKQC^Bw#T10=wc*`y
zyO$-!<K&@S@C`coBnIDDiPrqI-@AwuCm71^Uuz$u2;eNK(%fYcZ@&xj(ddhfu5glk
zpFvd%g9@w=hQF4+1IiGEt>5K{DX_?=EOw<9g!)JrBXE|PRuMe3x>AU|nNeFmQWwdb
zgyUQ->mobc^5+G9mw6#jVTZwU)+dB-I`la_zN<&uklTW4d$?pY2mjwyc=%h*Q3twT
zY1TuQdP%Jm&TK{o<I|dAz9M5T8KoH#-OjoVZn|u~@3_7tX-c;9<oJH-%M?=LmMYJG
zklOH$^QX0o%X%w$U{PQ82}YJk-k?tJ-KppY+utslU}^FYpcpRz6|C$62hmNS@x)8I
ziQN&%$UPQ(DM0@nMVv@|{|2gD*DyXcVM2qnB+3GK7>`!Bp>YzBszgJT_kog;Nv1MY
znR(a)vu;Au>Gk5qnlODYUn0O?Rrs_pL*MRc>s4i%mb6}mXRI?e6KiG9T9Br{(KGV?
zjU<7Pa;9^|*$11s6xl~AY}DPes<8FScO@#Ev}-7}`9`t?R450(Jpq#Gl!w5?6-sxd
zk5X&Mlbq;QeOhA>8z@##MeC-i8f<7(&`>B8R;uITZj`zHj7sW^M<2;MZAD2{s-A^w
zWHw@K(_&ioGzW9vv$o7c+9#Rh;Te*-M{8C#vysA8H`H?J%2c&4xyo;>oZ}qJsg;dt
zkk3o(IU~*c9mMh(Z(aFRq%DRGO$+(PJaryveR&`FqF9dVK<}-VF<_akQQJhoX#2=`
zuIojU*~}iJ_xq)<Cn*&{0B=jVNz-QPi<ak&9=5-S%|1#u!-5(4?Tdqud$y_h3&cE5
z+)-0^-ZmG)86WG8wHsx}rZlKDVr%o#QC2lC8qdQH7%DRUFXrwusOk6N_k2j92P3^3
zdhfl60qIRtI*5RX^df?QprHz(h2A0b-g^&7?@fBQfD|c;0zy3b{r~sgd!L=Ndv<qr
zclLQElgWcj=K8*__h+-p=e)v}#o0ZGX|1WgsdX^hIry}EjqslA!|7}fRX(Sg0r7>p
zIB1xip0?So2E)z_A@>(vD68`o;J~qzP=Hw`*_FD{VEup-&e-+P=-yA|mcLNZxR3kK
zKuoVGqcP4;ewf?oFf%+{feGF(BAY>pFOS3o9{RMcKDqVIwBhr|Ge5tTx%1%kQbFVL
z0MG4txunav+M=o$&(+PpUu|x^U=a;kciPfwWo#SyDDd=eG_Ue4|MvHTz1}j6DDo)D
zdc*3&=VDAd>Dn1%@<zx0I?iO~opjxqKKqXg%)c^J_)T07)R_`oud@E3AFlCH4Za+=
zG|%N53AL&Z6KfAqbzY<~tUjx)v2;1xneQB~mNa<pwDKa(uPM9Osp*-($BHwXo<CgP
znKxwCawScZ_qx4u-jBZ^%v{xNcH<3OTzBJr|8tQUC+v$;CU<=H=2ydrlGvL+&?7xB
zc{)&uQwG#+)um^-M?R$i`JTzMRX<>jEa!Y6#_phxHD!dROV}rHVlS~+vPi(&v1=^q
zSU6L*)S6bJafJMbr2)-EzW#+tZ^kpjKeSb^xW5OT>UwsiyxCI=7KTbzfA@aYvWRkn
zXni_zNGM@19{T#yp{w&ul*eceKy<!H#_E%qcz3rnM`G&e+R2nkj*|8-N-Cq5jBh@O
z&cmI!J?8CFzi{&>-Nio}U+%h}y8SAaQv1cPA8niObaOHj-WEvo_UNI&^@OL=pAQG*
zZq1-4lxe>uOfWN-yt02UCx~xUP`GKXO-x^;k$lY$T(|$Ramtby<T~PEj!U4(>aVGV
zMyDrACr%Y+J<{*JPW-YWuHOB@QkjUh{pP1}n71VcXo9D91G?aWq-?JxtU;u_4;Nqf
zM}^reLmsVue8OJxXp7FVPUG!p^ULN`$HQGmII)jZ^V2|#$JwIAi$#)Ouip(85ns|d
zyYEs@Op_64f&s%|5Itnt8lPA65C4dy7&iU>^&w}IKZ~*1HjS+r;hRKt#{w?HrfGLv
z@mssEj+jB;1}Ud!@4eR4-~B4_@wE@Q8nPTUp_Xs}s{@cuvS3+RBxWcCa@&E71~mIT
z@T0dsE72phB?kiy_w=wJo>cd{=g)U}!Yqh9a9Om$dD28z$sRJr7UVB{dd|aq7J~f-
ziR-wXpYu|WBSNI<ky5f?IeLhPFYVHn7AOeSD;{zm0hYdq%w0mMPKQsMpaA)(?lW@p
zEfi)6)lDCzgbsl?MD_c^rVNN`_M-6TCU}f5M;|yqA2W@Nt|pGE8;)8S4wt(KpD{&E
zV@REeqw48nCy0>+OEDg@A=Sg+&ZVgFrRby57!YyHp6sj2wD9eV*qyZKPfMsi(>S_C
z@?m;#4>9U=DQd?7-MAO<lNe1D29=-(e;JOuER7~9izZ`$tnHyM!B9y}bWKFe_)^@p
zW_(v#JahVkAycsPUMxpCnobLsAWa|rBQ0TlK9bupo~A63)-UGxB2L;*w|yz$`$eQK
zI*y1hfo3F%p)EvNPIn3sqN<f7))r0FmgJlk|KTF3XP(?#G}-!Ff}vlG1_O#DJsvue
z+}e*48cDE;M6->ApP0rHk3=KNQd&MIJ87cbwNky>5{<tlI?JM3BT`A{$ZKFJ0pFtB
z%u>ge5<D4Dgl*9dj%gBLXk=SjhF0?9^cW+#SW&Z7bI0^1d<|(NwUh)IMS_fROpa}f
zbMj46lFOVlO)R_=ijV`Blw~T{W>{;*e=$wT^GiN*NFr>DX=xLRh|K6{3-4|Vuab)w
zxlB|1mgbWlG7>42h8xN3YD;au%ywT+uP2VP=gSd`jG0Qyo(DqBVPKV$?2_~hRleL=
zvzX=K^v@%Si@ZosYx4d#!D5Eoa*|x|N-BpLnsXWToG)cpE1_U7>2I4L0b_30a@Lj{
z#)dELl^<q~FN@e5o$H%=+h35%Jdb-clTJRDfibGWG1rzPEipZ=AT5Q1Q80}U%)OE=
zzmg3aE!ZYWZ%E6NN=szd%IuEFlHwPfIwAcYSs>@1KY3Zee3d%qnDXvhdXi(vZdzf_
z%L0{?BATlln)cLZPI;o{NlYjVmM<H9nU*|K6cG&7AuZNlDO_tSu)fT4D=$toixJ~b
zzwr%W=8wX$la{Cjr#;m!@y;lq=f}|V7uAv!29Ab*mMwLZF9<j1Od|m!;Na}5LR-?D
z4#(n+vfMwBnEG@~wOMlfepEqv8Ap9#)>RP#R{X%f;!%0xrB>|kvRs94C7OJ(7Nivm
zY!%rVrTV1B2HJTK`3sME)0cdcNy?Lw%i~-}!^yM?`cbra@}DDLF<f5B+g@2<Ufy$A
zaz&r8UtS%gUG`DF40jQrx|O@?L^}l_Ls$bF{VQ`;3P-OBc{3^!oX`W`@_UvrjEw06
zjwx=YH7^LD7o%lEq}8uTYwg?9`4}^Z7^^VLiEsI{$aJzr<a6$00A`pf3MQK0{B_(I
zT+MYxX|s9pYyR?G{;~$g+=G>pu8im|rz!w1m=q2fN7q}|)pNt^uI1~R7#p6Km-zD+
z%92%bGF8dx<fyMya9h{k*J-r!tPzT8Y~ZicYj13kFD}1qY-C8qnm0XE$az~{O(tJ7
zZVFb#07$nW7Gq78+f9OhswkPNqvRV3_A|S`r7jFN$dP57?&XtJ<Uts~+z0plE9z@c
znzH;G-({9Ip$ei#D=RJ=gS4B#9dQrGTHW82D_>Q<DQikxrD?~{A6mCrE7WBj<V3F&
z(66SFIkmf5w7ZQpLj+p5G9iAe?GM;WYCV9L{2kU&m0g!b!EZ`19pwk+?F+a!T}u{)
zvKC;UH}!)8G*(O<8qRGZ(`D&o4b!WQXP23xe(lRTP0KnhcSaioN!rXX<eLIC;|6Wq
zTfn-G&Xj|e$;{F<Gwh2u)rVIdY~MhKzFkUNC?${D)v@LZoz6=#nkg8W@D@;LtT*kT
ze)phrs-qxwCB61rH{mL_o2lv6b+@(_c+I(&?vVPoKalAV2<Yrg&8*1~=xbihQX(zm
zb?Fkaj8W4CYaI414R?`ZAOi{??$3~$Oap5>dWHTpnOIg_?&su^Hej5pv*c1vGW)eH
z2S3q&NWdE*&l)D(0TF}lPZb}4%-}4>Vp;iW#rAII(OAmyKD$E@PDpo9J-Yvx>BED{
zLFH3&6N3T6wR#bcfjfuwDwrA#ixR5<?1X$z=bLt<?y&mx(7UXz4{wGe#;N|S0^K`%
z<F1=3)>;y?D(w#1;!wH!S6F`X-jHjo2KjI&c`vfEFUYc8$-2cHCQ!soJuW&Rv^6M#
z?R6&~s#h4f%BakCZr(QQ%8731vh43<9$wWQ4qhAicmaxkGk(90ylxuEQ#+2|LXI0R
zI~HuNv1}$39LymZZ#^8-6r5bI9Mc>JcU4Ylo{R|TPKvus-i`0&uN~*9og60zPbqeI
zGlQ=f8}#?Hl*tqF4zO3_*sbe{_BH%vi?NTx?ZnyBwHO?bzY16$Jvyb>{Y78~nc3~9
zIChlT1@D@=>6}|X93#*JYl@ER>5lTaQjK{)@J?H(cDg+JLs>wZ7_^$2shUW)Jg00T
z_i#=LHs8=X2Y?QPCg#|o3#!)Bj+XN>dE~XCKt423CVEuH1t=2JC^XiVyPtFKPtHTq
z1XcW>k?Tb;%j`Yqf+EX&r_0ig%hJ7C08z|>Y<#cF5l}1eL()Vq>}JwCrtPjS)`zq|
z&aYKoXfp3+#)4(RHU=Caw1Buf9&@xL?ODTtT^LhbPSzW^Z2vGvUfn#lJbQo&(Ch!W
zgtdV7hG(xR$AF(g7b3dWZlYI^odEsA6**kqun-zpw~jv~nY?W8ZMhjV>0JJsF;qGd
zMR}P3W?8ZgT$+ek8S462RJEamUE&p37t13zfde^e#~0QIxsmIvf{SL?Maj(7uc2L?
z%ZpuY&8>$MnwD#mu4{)!8^={^lQ(0xC&#$;Hl>0l`O(0OiAmlq;NjZ%5_Du!XbU7*
z4T)}r2}bn>Z2Vc<ptjmBy4gC^`y|7<Syi<yc1m6)3Y4gwUhEoY?;el6-W+AxN_6SA
zB`uygSjFy55a?}7Rf8>`e3E(l$=GV!Y;t2-Z(ebO^4DG9o$m3=u6e`p$yo9&nkS2m
z`!yvb;5D-p%Ccsb^^x$qQF0q!aL4OkEV_5KJU($NY}#~FPQu9841m0duk5ws0#&nh
z0y`$x!&T8cH`+t5voeIPP}z#$yEh~FYp$kNEAOhmynXvA2rs(fn_)^+V@L=a?0`Q8
z$X+{*FQ*HvPsd&lre>~w9V^p4sTwPfemgNGH2x8h{mFFW%k9a-(kJ_PupSNlT9rdN
z3OEpj9W+(X3ZduuPk<DG1HxPDVoyfA1rI|y(mOA(fW3{pi7&(1Uz9N5Y1ShP{o|RO
zFF)PBXw?FqS{;dc&a)W+*w8>NAt2%A!iLg!;gh4AgZWd%j;@iiPvx0xtEfjxYhrGn
zrmByNVvmb)yBFR2W*)c&fcufD0brT+Kr05wzrMiKIX$&Dy#}4K(HWw;3y#`f{c@D}
zU4LmZ`|!=iDa$)ByZiAwx1Yw{$8&Gbggxi+!E`p*YMl~Lcxr(UJL@`rA{zjl5Ulg)
zZ1j%qxLY%m!-@>MIW)zc!tWeC#DFz0Up)REdc+;iZb0V0|K#vI0;7+>cUDa|7o^F5
zeEPmAOAeNLI%KPGYJ=M9xryvN{C1+Zt>S)s==%GQ{;~GEV-48v8MmMGTV4J=lr?Su
ze6;<d>d5%cg$y|;>E>iq;B-$v&pUPzT@!8>xb!w>O%wAo<<{?<%|G37$Ju|u-c$Pp
zHI%(bNT54_5N7~Dy06!D_0IiWV4p0DjBBI1JEIIcY!+#{wp{aNJu-Fsnc8!F>GtLM
z$>krn>)fZ;obKZzPboF@0Ke`4+2O#)A~(pMN#U&pz;>S+865Nkpd2v`M#Gh1(xLRK
z5ok75M#{3Zy8K(5O5qnLz5VYg@2JZ1D<?cEO5os2#u%P~xe_?EVwwFe&qgLwWs<G;
zb_7@dyDGd=7^Bg?VYyM2)j$SKnW!L<H9g!K(NA3eOrud#j6DoN$74=xxfG01fs--F
zM>{-ZS7%odbyF3$)6_<X#bXq|)juE2l=b3wJp1hNc`%Mk(lMcbBv^2w@hy&!#r&tk
zY>{5BTRAxy!2+A*dzhHCj|;W?)TpbC%6DZdqJs=#TNT;<4yr$dYzYCi)`={Ug_2s7
zpPwa5a?SPosrHR=isecMt<jSvrKUAK8)m0I_y2XY-t+$0O3L{*v1y_ZlWi!9*2(i$
zl7KMXAtk=G#?F|})+1_On~!CFHCgzrP{E}*J=Qm$Ysfa(u_T+(*|t+W0gX|`q(zFT
z(U{oP4g5;!?L)#$@57}T&gUM4!kq4twX6ZD-LRX%7R2mZoRs6OpK+AY9KG_v^|e{*
zkG?4kii1T;D4(Czl8|!3YDjoe5K|I#Q>qerQj5$^N<diJDS+jf7fuhqfq3>%m^zfq
zfNeWg@DXw338^hHw{Tx62eDBCB^P_E4tpd&$Nl`s!BNZ>7fBB9OfiRO0TP%sxGH#8
z`hl91kx>(=eG`KPSuc`tTenw=+R(tJht}hxkc<)?<M*iu&NG2t6^IUOIVp!zw=Z7s
zv%Ywe53ojTqWQ6{4vFye<d{KI2s=<=-lECUYf5NwLgwhr4=M1LDgor?VlHuUBjDz-
ztn&NE9{G{r`}%U+M*h{c1N`G<eWw&ZPKbHy1>%Fbv1?_~q;3iDc`|*~mS=JI?CXpc
zNUdW4i^Q7nP&}R9UZ*xkD2J}>NaZ!(Bf5SZkwwJSEW#C!dp=p9rXWwk6Kdv963H|8
z=VZ>n>`Ht;@^$;x4vz{1Wr=S2+I}#lD%=K0CV??YC*Rjp-hg=wNLf)^?VV3;#)fu0
zeV1wpD@dRX)GtawI92w2z@Q@|Pg!yEk8Taleb?b#i_is<ai?vKd3FsddQD`Lenr*x
zvUdRLplC73%wq$5r~Z-VA4tYK=%W`@;Pccaw(o;`OL3vq)uML<y(5br*vPNh@QMn2
z>VV~$X3b@<T|5dV<z8xya+DrY`ZHcb!1M~FD$@q2Qx$<*S$L`)7`HxsM-V}`wecIQ
z%mq{-h9}*xW=~8qYLq9V+JsSy(<FZ2JNEdLzUGTlG+-xjKmzYvAgK7^!uAgL-_Z4M
zwaJ?VC*0lwV5nHWDVie9S**cs7A*T#XlW{}9z@wc2)3~+va%dUaxOrd7>*9*;zT_R
zY@pU~1F~`_X&`0f;M*zE1Z1Z0NVhaV3AaHwnIwjcchs7;skM00yEcTK)6CTNIbb2i
zTBG8=&WgSVkQxiu?33#~46YqizC3(8;s~4ei3sg(E7Z=_R!I>}q9S;Nh<xt_(&3dM
zAYh+`QvAe%*{30PE;9+Kx(}tWUk5}{57aBgkmf2Q?Tu&%MA(#Na%Y&9tv{YkvhvPt
z4_;B6Sd{2HMe=Z!`NX04U8nHq9er-x79p=}9(hy&l1W^Y)t282nEJs^vdD~4&q|rl
zN|0esKBD<gErqKu`xoRIrN(8`0E9{`=sNn7$jy4Z98LO&wK0%ue7IkXtxqe0zD<!p
z{G}u72|z5{R8FQf4@gN|+FC867cM=|KMM$#s*{^ph}IQ?80eT^6{JwLS_^$XEJcLE
zVYYgOZxO95Y7QfnpG8p|@8gk$@DGVOh8W;xkO~ANN|24CLMfah_2d8$9$HDzXyXSJ
z7QD^pS7XdRAW-AG;=f&p07FE_i0wFF^^MQ7Kn#u++~OMVFSyur+MmG^Fj<<Xb@J~X
zn}_pzCz9Ij6I0hZKDo7v3(AwXc?p?thOA77lN(xtMhzVv(^M=uAdJf6xDYOV!FQ@+
zzvvqU29X(V1=HaNHmT$yw5VR*`y<5nnnF9+nv<(63H%7ioX*&6t0Fgik`({G06{1Y
zE5C&hOZW4>&xBbFDimI5ovR!akGLIGs*;k(^@hep9iB2eIS3K7X0d3r=$X25_NiAT
zHorW>+%2Xhsc;28)9$AfW!bjP&0yv5&X{{ndQ#e6g(XsX9xlD~s@6^O&=V4%?4o+V
zt!}GVDqG+qkQ1pc-&byI0bsg~b%F3(E89cPQsT?8PkFF;lepxpKaQMo>IT7n99(>8
zxQ&hGlHnUM^)?)rKN2_`kR|S3X+hxvc<km2diQ>rP{HseRzoQU5}$8ZWc`VE1v@BR
z?Fn_%{KPOutS%bCMke@k3&3i5@@$!_<QuoObWIu5Wg}R75~nGQ@eaCu?Y+>w=Bf4I
zYE1Xamq97^z3ot<b$E_wkfyju2^GDQevGyQG8h15I6*RupAZ6gl1DTLUl}tBM44I>
zkSXpd-?9_k2PIvNl_*K^_9i$zek1zPhT;c7A90CkTQRskIMrDb4x`MfpXfksXC5so
zg$>Vw1H^h2;?FC08;!U)6R=wt_+1^TpczVxrNOQR0YxKQDa8AJA;EsQMAkNxYU`Lg
zI?K@q_f(D6N;tjj%Y>8RyXB8I1Pv8OuI{D^zu!orgtIrA3SPS|KsbHL$b9iLu(g=C
z?&`y^J?0ICh9u(kbS-V|&`>T>QSLMw*5SJt0_X{K4aDf@J2KK~sluSou80uEaf8o3
zi_8KOF|T{NcvZ3$WTNdtzDGOU2!qk+J@>MBWyvTTIM`u{EvGeGr*bIu%9^CoNNcEI
z0^t&J4LZ*TjQBY{e$~U4(B}<e?mG&X#IQkG(2cFFHeT%(MZ0JycAaOm`gN1Ki`^UO
zH%e>yIz3siGi|TE(H3nRyb!Xl==cQt#>LFoQdBL%@HT7H&VsNY$y^GSvUFhalOGN+
zi=O;teWUPAW~~M4Bpc#3C;CUS)PgCs`px&;V6QGJ_;J@%v2@pq+<L!R0H=W&!NuIx
zU%_lwqPFTM2*HlX$4X`-Dt))WiM9!b8eCzoRM_fRK9O^-{A6|bz`knm-A4Ng>R?dJ
zWLr%LZGE!dK6KAWk?6X^St4_XgUQS+733j0%NBG?UXjL>sm&D8LXhx8ix?&W>wt?L
zP^DpsgI`<{^qNJ6Jq$JwE6hd%D7KK1Gl1u#0QE6|gl4a%M930IMhXDlR{2NYO11V}
z&ncI|32`8$*~=XGbz7}6!R&S%*g(nOk$~1W&%!Z?4$07Q0&Q>Q7~#N)eSu{}=~S_q
z2B-S+(ML(sHIzlhrxEo<pM~U8%_GT06;wh%lGeR+E+M}Kc=3mc2u+ZT0Z4i&v~9Kb
zUMR{st#tE;av88sggq!hD~QG#O8EJ9n{^OPYqCXIZmM!bkS4J;LF}d`#ps9JI0GOD
zad5@s;5&P<A3T7mwPjNcWv8Y&tUo9{LfAvZLlgx;8uvkx^p$ed`0lGPQ|AX}aKFvx
zEERGIBC;seN?!a)+i|=qH3FcOL>5!dFfT`7rA%y6kDon4hvD~zu}pT$eQeewXl$#f
zZtyp`n$DdPd<pw>39zlwXeJp_`>dmR3@L^DpzIsc3k+4k@rM2*mSO6)lA6V);kB9!
z3y47(zVz@{)nEV%rNJPLL(s^hpjrp@bS)N~0l_2NY#P)4FhusU7y)e>%PaE;_B7cW
zvB;<;l}uCMos*<!ubLkT%w!(GPD;${@v`0oB;HZ>qVCS=fTVd#CDQJuCraWSys~Kz
z-is>p4u>>q7x@yR3Wq;&5X>@=^*&QgQdXx#Yl2LJ>N$gG_D0Ecg21K(TCc|D<+^<t
zIvZ_*qWh{B#DeI`$&yrwmkDBlGo8u0vDao4zS_XgrQ}fMA#PyY#VCN}LJLM8_aqCj
zK8lpq1R*o-ttjBXS+Fd+5ijpld_z>Qp*Zi3(T|2G2Xs@D8N+o1w91yHp^?8%lMFpS
z@llJdWu|<TJ&Ia1=(cH4m_bw+h9TQimLq~AkS&4oewjccF>*PNLo;^pf*{3INUKdu
zC$c7lKi(!`9Exsa6DXC!>M|Sx?i%9BZ^%o95M^I&Sy3=jS8t*JL2)VJVgyH>4FN5^
zEI<tjb_jaSMnLNUy=_gvvfLzZHeGIRKuI4&B^pJ=TNHMp1K%1;9HrZak#Fy*J}``B
zHw{+d3#MiYzEey6xSyo*ad3Nnq*^}nw{2vEpYk`y5G@N3#jq|OZ?7{B2fdoI6bzL>
zhRE{jsUSoCj8Ad9)>B#sN%7<Kw=u&~qy%6j6Br)!D=1NR_7*H8CXASX5+FwMgjnl3
z@$QJ~J(3h@D19<Jkb_s(js!Rii{>(&IniX~szs8@lB>T7{x*^pK@cP{oJJ=Jf;xaG
z0QJhU<&t{?GH7K*&QQx&+A6%@`{)PU-n068q+U*w6jDJn$jpaA9|!J7(4Z02XoMjI
zXk66yN}K2Ml8S>K2s;l7L(g@$HiU2WjUD8nu;djDNf{m_q?#mn!hH+PiX<&JNC&`5
zD@b@-#uY=hv_X`wLdp(@tjNKNSzWW^1Dsr7{quRRyQs;82&$8@zlsDLt-{Tw98)`$
zydP_+eDC;Vo4{~nv9eA@vf|P=BTTX%$zINPvR@>zA(l8yfsgy6X%v8Dr6gPz^5gVv
z2_XwIr4^(GqY@{`-}gb<2V$4x)yl9?l{9T>12Yv(kd$T!=aZ0^MtZM`mh%y1?urD7
z5wmyT!Q=wL>=E6yz}SO?Tt6s9k}eF%1%z=0%f8f_<6i=csr4Gna2U+k3_O08O#OSG
zV(t%s2f({NTSH1*deb*#K0dGote5f#f%=BbDuNKQW(aubFT;@8SIe`CV7;{EjPunz
zG!SE!V8>BM{*xeFlcMB2h~QGa@A-%i<<b+H;5)=XN};4Xybsw8X1ENNhVf5t0PEw(
zCDMo_9LKbfb4QI7=PCufBc%uc#dI}~JuJ<-KN}h%BWtDt3k|XZb#|?C>P@&_tZv^$
z30@HMw07R%4OR(?_ySE!Kw8NPMRElZKhsJHH+c9tjlLH~b;sZ#4;nBY2;?!Cp@~Z3
z29$p1y~pDbT(c?!JrT(~LrMa`q-n?$qY!d~QLR<AOT`c=_yp&Tal4UOd(~=(l*x|K
zR$eKHJP6negNHre9P<he=LPbJ2Ip2;9}3OH@y@_62tGr$!}T7X9I23a1S4JoZ-WyZ
zI@-A}kh9qUt!)8{VIfID!O@Wla?OxFl!eq5GEE2Ml_)8@H6)D$z5KY2KfS*rh1&|6
zUj<uj@im7~+B`jhZe|w(z6iyS3dP^KARv4+Ba)ML0<}3~d1lfX9T^$T6G6>0jigox
zW~feLB`YLf0*HMRqby{W9&eVC1=SaAvbau3(TCE3C#EGqvx1M*DZpjap|b&YFQFTJ
z&7TWOch=;AJb)+qxLA%>0BI}IAeOaS;`w848p=y#h66l_c$C^Lc*{2O1Alz56Nnf4
zjN$^Rc?I~%DcP2dyhS`q;b4Xs9+*-zla&nt5N>foG?DY`D%Q5TLZMwpt2%@BR%w71
z3q}}#fX9R0eSyN$rv_@hgqcs0olGIGCE?ivc=^15T~N1<rQ{s~NOAO|xE+A|2GaM{
zLTwmG<r4sZ$pd;agMfc^&+eK6PyCKHQxUb}^7#r#u~S)EwS!r?EbJ9bgAt}7QYT0W
zk7dbP01N<@-rD{(4}du=>)~`$l|uBoACma?N?agS!a{B>0cIoxVaSlxBc#mIms_&R
zvJspz5h0qhNc=SqYw2aH!vXvc@=ArFr0-sw{-evJy{bWQ^u}I|I?4{Yqbv)OsNI+G
z4Y}jCyrdU$3$c1@5BWO_*^1M>kbE?gCAq!=_(`n|+p5EV@{NQkB<i!W2dG#$RE8eh
z@nm$C+{ANzf0%pm{#K|n;lY?XA*g!ZUf;R+mp#XK4IGSj@9hSXmE(x@4e00EE(^_Q
zFt_roV9(WcJ3xA8)&>7YddaR+OfFOHfy=W24kNLLQN`h7(r!hV@L{VEP3}<H2nSgJ
z!R#860&w`2_DI><a8|HXbMV<LbLbx7u<W$cDfc2=>KKGu|3$vF8S8SN-mQCL?^B9<
z;Zpc;vBOJ9P$k9Ip8o7L;dflD3wO?E4f`E<@@Jm!PdaJbxO|Q|yY?<}j)^r;kdl)>
z)gCIuV8_7|t&Nk}P}^H29;78McD!yRGN(nd;1PQ}vY~m{>#u-ZdvZE!x>N@T=}_IR
zP`i`+YYL~VA}C$VDZJ(sVDHJcxz9A^>9mFOyz}B^AvP2uayA=k&tc+8cP|vL+U*R^
zxOZQcZh>`WLkZu%<cfXCUt<4KDpX)7RB)G&xCO&?d?x#V)D=T$r%9+k4c5hm;$JD6
zy0=#3fzbG&G!?3{8_KK^E^Q*t9pWYT`c-*rBX2>tyhgZf>yNv~UQxzBm>&?@!9AUp
z2zew>t4!w_|G%rk%i!l6E<#N%!d_g2zrJ|?{vsmvBC_NH)p8LvbP>IH5wrXMw$1l{
z_ZQ+!Px^H4%5VnkY)U9RO!#6cwC)~_YisC(B|<9zp)lZ0^HVA(Bv=y@ZnFinseL1T
z3D$G~>tYCr9Deqg#H$a#QN@NoMO;g1g=_Gh4!ua!zyui9U60iSOl$_=CQTB@e+Nhs
z+)TfYpWz9l6}y=;iO2K&3+tPOcX4>0{|kMy{4@^F^XITPYa%gto<DPPvw159&-16?
zxPptTyjsE`k+;RNZwp!pg*^ygVE%laBDBQ>6Zs;AL{S>D0mU#v{?g#~7Mx2fp>=6+
z{xqScuU8rDoDdLx#zX2-8`7Q|{tSO*4i+N1^;Z-I62q&;LDa(!DM#==mxX?6D*NYA
zO`-q2&Ht}e_~?ap-7%lTrQFoHQrEHO81p(?;6Ug%2K8~Q%K$b2A8w};i{Se&RroKa
z&<E*`wBa}LIIqet>aHu*-y~_n9cJ>MW!;qT|3?)*yS<8>LHs2goo-)SARW09Ud-ZE
zCH(Iyd?$4cvz#3vaoTKiVY65-^S`U`t?@rb8GK~_U4>6UL2nT%N?H70slvB-9e=-3
zxH#DvN)&O&DPH~DUu<wc#@)TXINP18asR7?yT1DU<M{aRJtP6CEIbIp=nD@f;ctb9
zK;<vsp|`bV*}`bdec8epoLbr5v-n@IMX;e{*(13!eA!Wa<*n>dLhTpq(PE>r95GTW
zz8tY&xmfD|DRw6i=O<U-BbMR6eUFP;Q5-BwE-XZ&Ac!aLw`C>%H{_jGMNv?L>)&a5
zNpD5j*K&CEF6w%h^C6{ffRNT}k;iZO&E9gWz7bdV6*qHW6~L2shJT{;+{~)7|0eI!
z5Afujj~ySS*XLr_V3XAUPx8($X(Y+@PnZ6Gs^0Yl3~%db;^8}ki7u1sW7>bgcPit5
z()4)v{=cYq9VRC&Mr#c^`==bPYW%LsoObHm9xD7V5u#2ic>B(8XZ~O9yQ87ElfH+p
zgT0CSf7thDfv(n`*8fBM?jAyC7xWK*_x_iC|Ibpr36jSyh}|cc?Z3iz_b^91e1Do{
z{=Wy`Bj4YO2&YMjph=FTD@+y7Pvg#5zWaZkyf>B`bv8OBCRl#x@c+M8q&M_KS~?-!
z9Yg<*y}M0jl1Xyxe|q<pvi6qNf4qBPcKW})d(m#`(qiMM&C<@M4?|reJtM>2!$Zw8
zlS3oJ|B&~&f06f<)rpV8hx^n2ChvQD2S0xN`1|)SzDxh(AM*bHMVB6r-CO=2!0w;^
zSM2V3o09fFvHN_n+BP1$mpT3?c8^B<8@p3{NEql92{HqK0n$Q1q|j<G!TNt-_g^u{
z0fNT>>sA6#IfSgaGp0%LYZOE$R4}Ol_HXRI1PEOwgknEG1z=o504}Ri#jF2dcW*p)
zUjgc_7FY2h*8|dnZBQ|$JFfLumruo+GJvli!M6Xx?rtA^ehYUntAsus{Rg{OvjBdt
zf*J^TxoZ!PgG}Cid@I_PfppyuX)>95%k&zL-5qG9Y{-eS-Vty@HebzAU*x#X-3~RU
zEqDC^4+Wk3(7UXL5+G=2h$Y9~(~vssL_W9)9&n?xdS?1+hvcUY?abW>R^@pIwu~^M
zjbG-jkT0zT@8n~{cj7g_Q?J<FdKsc7nc_KT^;k!nh*|131-QV9wl88E0U&=ioq{kL
zexBe^%=g&Amhy)+y}ONLp{a}8CvFcJQfezvn2W?>FgR=*>9lm+^dk3tdD&jRK-g^n
z?FV9*vZO^oDO3!&78VohE=O8cIE{E*M!QHI3IUs;+oALXcDKhRai(x%TY4ZdfItkG
zo#9m0UOu{4gC!I=tnH_DKCBz&t~jh8mp(Xbm{u1!YMeKAK5AOB$A{?G{2_%}k9-8a
zt1LR4B0&~*i3WMMzy|wj(+EH>Uc3{91BhaiqRC5fbhA>{s&GU*88negZ8A&y81Z2(
z^SE{Xt|+5S3>!EGV2&vGe!rCw90MwP+vzE4EqE@fIU~CTbp*OFC-iq3Wlc*FFjpE3
zLG(c4V~O!D;{6L{zv)soNt0p#S6X%rwC}1`8k4z#W*X<&N$x(MIe+`YOGW3wjbt3c
z!eqj(OHUm}Z^S|!O$&3FnNXIN;eq8s(oGW9*1!eUIL&8dhF_GekwIL_&d=Bw)`%cm
zT<hQ`^v&KM6g{Rv5(|v#u7e~=%sY_eyVC>Sxrgz)z#z9rpNVOx2xLOY?6Q&|FJm(u
zb2k@T_u{+;^}x1_)L0SoK>QvS(<;v&glTw(o|Kt9#iO&6BQ;7H*iS11NnnycQy|dh
z-E|UpeJ|j9c94x7dMXf?70#5>z5S;=e)8oW=g6Hht*>`NV?bR*gE*V-Z#HdqhybbS
z6uPY(PYs#3kX}&EcSPS}#{9iv7So_?o(ix}FkczyuSm|I`@^D)!-x-<0}Zl~Erc|&
z6y#+%|GT#EF~T!IR#2?m!iO#8v|reom}3r{;oRJ!`q2IBPBONtACD<|c+l+fF>i%c
zb)?xbVK%0xbXd9Mg9tjN1!7f$P{#Z)iu{IpOP6rkGrCQmUv*^uoJ_X>AvEuU1}p<b
z1Lg>xx%4|Uh@VxuIYsB2DE?I1vfGaJ&or4$;o!B{uJoi$q@%^%Pi}35I<uOEb5fPw
zR&g6fn~Dy*HqH!Nh}FGH__;_cSO(E0{U3$st**{evE=p-n-{2TzxSv0*-?vo*Xw3U
zN~Ambf7L5AqjFODp}A0~CH=g9!kM%*Q;c9&r~li;K6;L8*G@}*Y&qS#x<8vQh(}?n
zUeB$Sk_(UBwUl-*lU-hZ$Prz}WB1Vq)c_<RaZ?b~%_D?)3qT|vu}9&Lm@(LbQ`1Ak
zc%}DAP0%XTh4cfw+RC$!vihibrPTP1%TX!$J4F={-|!7{l=0F$t!!7AzBh^t@DFy!
zgc*1#&p%lU!rzDrd3fwWq$qn{hK%5c1C>7_F1E`}Za&;moFRJPYkS+;Rh5HY*|^@S
z?{+K_%*lEhq18%5<-x_P^WAJZf|)u`(i9(}Cw<6rXq|s|m{(nfpVWkUp@5CXQR@L}
zHo4xAMpR8r*Gz0KV}rUxt_vdUPdbmGpebwDEPs?fYN#mbeXCT>)v!X_sM4wF7CuDJ
zZ~B4XxZXIQ@&!IbzphQ9-TzTwb}vk%(i-ygCosl4aQF$;s6n^N&l+l|i@I9gOiaQ~
zdnC&@Tc(OfL+yt3;zec8#hjzE&*n?+(Ukiu>&zD<EHvs3+;=LH$7ke?D=g0UP3Ru3
z)^A9+w0j?L21Jpx<$Px7CI))axrAA9zGfdYa`3vt|8VaNQTtIyP_sth(NWIMhv*|W
z{%$g>^vU_+R3VWE?gRi!fOnUsUb%ysg?Y*3>n5Xt@;fI?t2eVgmCX}E7OPhan<{FI
zezL&{aVKCxi|t;jUS}(wH4~Q5zEP9OGj)mRb&Aya!szqw5l_u`MrWx9z8KZv^qqsE
zEDGrc+or>^yp>nv?-_NM4|u}Co}1UBKFv4J``^tmZV^z?^AlUuC&VMcJoiAOux&ys
zu1*uuV|c#lps0qz%JYE)$$oZj&&Yu&`|<Cu8nVv?g%Aoa<TisQPrdo!h8;u;q_$IL
zfvzqu#-8HuOjO<fdc?W4pY(#$Y(~?xJ~5EMF+$h8Z!+0|7nkv+mojCpX75B(IcwJ7
z-D{dHE^m}Xg_%r`-^WV4@z=5V#I#7a7`SoH-feCHzhz$4%PL(L$sPk1xY~^Ish7++
zg7F<l5m6*NsEWB9>AhGT%cbz-H!MeqB`){B(6958%G{p{PAS`eTN8tGcX3uaHeI~B
z@ic=7*|9&i#r~lnO-L0CRl5^3qeF2KoUZ2)u9!JW6Z>6FM1DQCdxs`cXrQ^b@{xOD
z+jz1o#P8#py>!pgCr_)E>}Pr}EjH<z`G{U&JazWg`xL(_h)LJG=Nx9PDw60o_hH{u
zqjP0`<^_g*r=Wl9Y68FeZPm5%bx+J`bmC&Cuuon2jNZKQ2lLMyoA`|eLE^+*%Zhi!
zN26vGE)8_)JcIhulYhH@sVOY?zIqUm<X$`N@W(r!_RAj|xkE>{l2<2mxi0fM*~{h*
z#;4_O0TqkTgOXz7v*Ti?FCu^6vqr5i{+?{<7R#do6ZIYyzEJo@gJbzUU-5Q!La$Y|
zV9X=hhq`Y0iAx%bv!}=V%=z~{VW@W~r}O;P)3}<t(;r#aN`L%%Y`-{Xy>|!x@{_p@
z?XC@UlkqR)@z39N*mw=|+4ZL#1SxKTl%_qhQl6|lf7G&TT8bv6GqF$M@|G*IzxUkD
zJ%ubf)f-;&&Nn>ZxH+J0A;6}@4;N+}HfZ6%LnZOTYk9~nYQd+l#pSjGtl|ZTnCI<V
znkTerK@2{otX~{&4?Q`g3vPR1-&tbs?Bi{!@xt2lMICKOVo3mZiSt=_Nbn%BysVw@
zVu(nd4;gW&a$2A(-Rn4?P>_uW;<vwkL=a<Z5bQN6E3Yq{-VE2C>dDRf?(3H~*^n1z
zyH0VthNsCdDk1Kvy8%-#EMg5vp6|YVPfK;v>?6zL4=oM!@%8uTg(ajINFtt3L7v<_
z35A-NE+xM;a)@A;4NfeIIBl`#Cyw-_jkI+zAJTYg?;Acr<fBCE;2dEb3lGfOqntn^
z7fs$TnfkBo+Ewfcy;3t-V1rh|LW^ZXmrP>GTYX?lF*yXWxu+q8X<n+DvC_Z6!znK6
z!?Cx*?Y?NfM?}QpN|CCiUS!g*uVf#*yl{Uo?Q=sP=Ov3?9dZDhSrU!tlgRo1kc}gy
zM>D2-owvr)@aYm0#sm4{$sADMA`*DM#TO4*m(nG47vi8(ClF9sJd0o4*#(+gD~{^Y
zPIOtP-~uhJkx;Z34|RO6lI{h+Ol*<#g83zRmD>GEi_x)<yD?2FPK(nu(>WPVFeLHV
zrH}s^k>uN&+%TUEj6`W0dud)K|0PZtE=Jj3YCABbpaxUC)8aiyQe+sCJ$GZh+Jrd1
zp#iC}1nG%xj!7%B@qYAaHjiW8%f+c+Qo~77ll)N9We$(al4F;J#I+KA(&EYel1A*4
zm1UEeB9jdKz@9JA*=0h?%c*`^Y30i)rQeWgZ7~YJGgibCb&SE!%rf&MV*q}!ymA@I
zBX&9?nX~NBT6CJr`^@Fi1U0|7dXnUuB|Bl<NY>m==Jawre_JY#UseELc2R2jN}Kf>
ziO}o`q>v~JMVMRC8o$JsgBnTvEtl~Cont(mc91SeYz#gtbI|etgXB}T{4#B{GMvnk
zUA6pOM$-S92~P51wC(dw{4kFkF+b#zh|6O({c;M2a$m~i4V;nJ8h|1G7)JTbz{t$S
zWlWh|W<OslH>n^mWA5ToKAU_tnSUCGcG`o;)XI?<nNeOECk!wnkFMPgLYl44kW){R
z?-Lm>%aG&JlBMC#c@&vvfWkxk1O+*K3_bPY5<_*FV1Z&M7|p|87Be%J{QXrZS)K-v
zE6VtmEI^X8Qj*HqUd+3bg`YLVxto{vFqA+tz_0kTK58WwndL;8rLkV+k*5$L`QbF}
zg|v(%%GRZ4BL$9SDX+^*6eE)<_|hZV?36_b@OZo0uPiqxU#qsT!9P#us%R&&2ys<F
z?qA+07pH{<ke)y$0TtV6`5CA@kMcqx((;Fwm4W8zU*)nWA~JlmiwQ>oR<){wD-7x7
zWzD1|6YUO@+C|b@Nmgwc3Fajl_$P$Z<pV2K^J0l3=A}9O_>e{NE@_pxQ*26Pg%bl9
z3aB~LX4y2a33sZ{Yp--2DPb9{;Z9FKTSD)n@Iw+nutjYSTWKh&mSn6pb3dg}D}hPA
zoYkrLvu3EOKe%rn2f>xqIoyWUB1%K{>waIAMSiPQZAF(|mJTlGRV>FZE|#y6HrQ`x
zsTzPoR_aFm8)P$U+MHr}|HOS9K^I;XyeTg~-iMqzH9E32sG=Jsof~vX>kSTSG_WZg
z2XRu4IRSD727I*)2TcxarK;9ot%}BHnfP9P3AsSMkyF!yks4dRvS(NBz>2CTIxY6M
zp-(+pbSxTl$69t!HD9!|Oq{Z3%u%E(H9qN8<R_2`Y^ygJnGIQ6yhQ`h2|T`E^edww
zf}xIrH^bP!Rn9Mwv8+l>r`?jExg@h)=b(=CPY#kPzP<xf<lFhI9sS2Vdquvz^G#zd
z5{PDM#^My(0xN3ANXtd!>oPMt@AJjSXlGlSf$0w*(@b4Y*&60`x<XLx<vOKRtBrc*
zokM)tMoh^&&RMVJTh&Bsg~`(P1*m6XWF>z(d^54qt1S%smG&#m^-=LVQL(0NiKg12
zecF|v&Tc}NuJ2JTwiWH?qu7i6!VA9M8-?Bmh2ATsIs&amrfZtH6UfmUEIg~_wLs?`
zvR3NKzT1|)f0(L1F%<Wry2TD@W?*DTQNZ~(SeuT*M4dKW#@yb^B&E(ildORmlJ1eO
z)n0G<A8wOtul1{LbuYYWCtj`7ZXawJt-hBv@aN5d1@jPpfY(d>K8hgC44h0?7c7n#
z#7S8;_(iqIGuQX0_l=MZnIC?zU{0>M8t`+W*2)6%)%NQ}17)te{S^9$Giw;-tGp|R
z^DBo}N&p|)TjMRM6D>!ibO(tlTXfn-I4pZgw3<v6M_b4HyvaY5T~lk3gLKKqpC9(8
zMYjwv547wTy(G;V863~g7}FF@-w~ML*PWPG9C{r++NDT60V5LufGWrPr4+|WnEQrx
zdkmvdyoy66x)U?Z6DshDg~Lh8Z<8wMiPb}Dt!N;Yd|WpR_<U{Xh3>GeK&P{A`Q5`0
zzpf|GuP0B}reQ);RGsCh%qjI5a?2B-2zKh7;3PrJ2yxa2HTYP-LFvPcVKW!p)GgP9
z#O2xOud{+#y&}#tcYDd}0HDoipcoR!vOc7H-5u)R!mc;F)!y|}ZdAByT4a5eQg7;`
zBDh^=uKaM~x^qUMYmW79seM+XgW?!hK*xeyuRz!Qc*nfT3HXQN1o_>CnJjQsM)xBY
z>M<A@KL%)Y12ka)slq`1NBs*5vrC!dZ&#6?mJ4%&6AsWR`>Lh0>*>?+d66zK?O3@w
z^P+Oy5I-EmSOvt6kBZmM5gaXYPBboe)b2*kl2<JyJed->S&F_{66iu#-3%wYE-TJV
zaGd}%s%Au|SGy(_O9VjDinEZ3k#`kn)2s!1=v?jkT1@tWP#4$$7dYCyPBnvt2pTMI
zM$dJxFJkYG6YCCFC~Um_(=sgA!9Ouy3!R#n*qCIQ(3#%ov|Ly4To<Ta&N^D{UhfX<
z`uH)by{2Q_xMM&xd*x_-t^Q`|v}$9rYeRDy;H$fNJ^}IW0(NC@c1=t%=yzdaMzo{a
zRZqZ9S>q3!2lS7Ypx-xYyTA!YYh=P;GW}Hvp>3%;a)v6Pfb}+G*Sajrc&ZCnue0%^
z1^5BFg$@N~6KI{yYSy3F(TV}<zg-|z`tq=Qi;QB53b8Dq|4F=VhzkL1y8+5=ton9s
z_A*byEys~8ot*khFv0Fq*98#@{Ofmox_2I6cMOEVIH)MW?a43Fz2ue%Ain{S3j<^f
z-0WllG2v#OTTb4g$O>hyW?mV$Je>a3x$>IglPK$^F>WWvYFChT^9OWK%5$9qu_t1^
zrw}{G82AwvFfx=iLMUH4W(jV{^h)&ex>fZpn_@qob<=@mssOjsV|5tty}tM@m2@@G
zI(E;t`x8HQk4b29hZ&Sn`4Na3AquQWVa@K`*q9mb)b9rS=^qxnJsjx%o;$hI2wfaw
zr3zL8a-i3(alnY!xroU{F@q!jn2#^6_bSQ8+??_hE9#|oHz@Azzlr@Wn6vw3^7~=z
zcRhSXUbOOr^;o2rJYN*_Qwiv;2NXblqRqh_V>{<?%*}zi!!B>Zpq{cbzJ)55Wm48t
z$~*gcR;QG=KIv|OA6A`8)R8|i00<ZWe=42vi-Kgk*BM#HMUiJEI)f|%Jyt9~Zm+KF
z<($j(e3$PzA5a35VGa=@$ClPW4r>4h`V)KHr>rN7^wry<m^076{ZCxG)nX3bN1bO0
z$A9~NLb-V^Xm$Ez6Raz`PjipJre@+<59RnYghUj`Z2*A4&*XAGT|QY1sM_?pwec#q
z@xgTC#P~Sl@|IEe_a5Pk@LLz9xmRI5U^Coq)F!2h`#%Dn69N2b1ymFH`fOvpt8206
zc(LNm<o#jvsbF%}#sT@$Lp|&_9o#e+`S)7>)=fnZ{vjTC`p&NpClBg2DPx}g;W7X;
zyYGcleEpsMNgVODJFq=->Z2<3$7DciEOe@9>ie|&-?9fcK{bCDkHI!QUjTJ_TZmu?
zlvOp&U|S^|%AyoX|8PeYMI&U@uW4XP2V~Je!yjV$HEB3>I?)98xuWTKAC;;qhepJw
zsiLUk%{WIUGSy?5l^=mg5^`1EvffU36$#_i%@ho3|6G<(`Y6*fuw8Y;xI!<@AP{w4
zmI$%Rc&?ghd}QA2y51c|7SE6xD<RJaAbHt8OvhnX9&idIj8Efr%ExM56i=|LqnMXT
z49{i?byNAPESt&`Dov%_aS-QZ=S2uve^yMU`MJ|V)sr6D);f-$+f7txUNKuWE7~BP
zLgHw451n*TatY({hTUn7I6f-1mu-%Zxb>2(k{O#wb`MRG5%HuMf99)JGj&hI$$$L|
zyFZ1-a2x?yofBK{q=k~Eh#QjgjLW8z3%H1VL3@l7=Vuf|^A!p|V=v>Wr_3*}Y&;Y0
zIL3miBKe9>P?3B|rPxT4LEmtu3uC)Fe29L{zToPxph|k(>CbT(jg_@BWII?w5CU`;
z*KHf525Xn@qEP%22mC(;`FUG+4*6hR89)@@z|{$#P!aDK1C0%5gRaC>r$hQBdD_h2
zZPL=Jp}6ojIOVVna*kLmTNEOi2h76c)SHW8q%I%D1eB|kCZ*X%@?e&#J1dkdcPfsP
z3_umP8Y-=UbC}x>x{?}PO@<QBC9I`oH<^2pOux$$!L+8Py+d2TwFb>E(I+IzTygTG
z<$J<9jTN<pvy}Wo>7qW5Z&if$MQW8y1MZ&d4oF+Lu0AV{GF0G)697r!sd^?l1_b&v
zxF7CM6weE_7M1*5tHm%tp+*B6fe!76XG})YIzMVh=Re$%162XTvXS{KVg{?y_)lr2
z)4V)5&<Zed_G%isF$OR|UPBXu5JRtyA{X<RGs)`%G6QCx9twj!NqFl!+qC(8+=5B7
zL~vMZfv_?my<0DM)#V+FSn4l!qDf$jNJ_+p^Ai?lDVNW^;gal-p~EjmynD2qKO?wv
zHOo8g^Tb;p2IZ9kRJnXM7+&xSw;~*%y!4+|ivAK>ek&HyKeqrPUN#xi7^kghRGx>j
z5z=3%vbkg#QjC^xgadvN+fOX$msMfsl2DHKLK{hV%Udx(%7T-&;LKw}a}wxiu&l@W
zYZ-5kk{3+d!h;pkk)CXKQiF==ZCghUa$>id7E@A*7p9B)Dhw3ud5VJh=kqWsV`Qdx
z7)kN7*Vq^Qq7K<Wv4rirZ!bs22Y+wk^ErSrh8I~i@*Fa;+K;xR*wm(oB_2-a;(%Pd
z4PrK?QRU<X*d3Z&vq(3N*#t<iw2YJ`#_diYmRZz8ru*(Q{ET$oo6z1c#<k<ujB}fs
zq=?}4N+cwpckax}IyA-i$ZjTNgMjWcyn$taB-tNrTx^iX=UOEH)N$QtKRoDm_AQX%
zPt4R;>!3`>T703Isq~Soy7=H1#$O$q1ok1aYe{es0esxPSRLM5+E45gouj*_R+9on
zkw7Jr9;w^$O{RV4e>$F-QjCB=gZEH}1*^;|uwY(0ERfbCmwv2OOW)QmOz742F$E$x
zb}JmrjeS633ZSIb6xIka)B0%*PzAH9dF3dOHsI)!tB89aJ;|UZ<i|}nEEpl6kB}<V
zh}!Y<x?`Z1DJRW5G6<#_<bHBsC*5=jbHdDoIn8fsScctUipSy=y)v1#D1!R>Id{m&
zCxS@PBtLN?Q{5%51|VNPUx1ohHPs4D30jHY5DSDi0*E`8+T}bjAR2=`W?t(?SL6A7
z@HcKcBy5z<=QE%wh)UDYy1;CNKlT8O*7g^dONT3SpTGJBi-~wJO~PiT+q&G#-qcHK
zS?65`>Sg|l2zzdI8|+(wB$CAvKwXgebYV^mMz5gu;QIy4P_8V@*J98(8sh0s^3ECy
z+}`p`i7F$xjZQ!)LkLJDs|*wQn=~`|4&6+95ghNiaecgo;$YgP9gZ)eM7R90AeOC6
ziN@PTgM&3p^VaHO_NO3&Np(w8qmL~cs>nE6Oa+lF^6j`>mf3{3C<%MC?%S7$0%ql^
ziL&VjCv7^Vc4f^9e@1--<#fsI;5DR=(+tEgK@_1|>5TnI<|Lgkxd3e7l8ei$MUL_a
z>jI|bRzj&_0;s*{efoqWAk040EOv6Z;XEjDe%J{4Di#Sr+Gy$c@`j|3hd%fbz;`z)
z0X(`TA%9UxN<|(1c+Ln8$`U)_y6qQKMA(u?F@Tj^hWCAz{+%&9;Ne`%7Hu}3Pxj=3
z0ERROVa$RPq}~;q@AqDg&GH>E;Bb$g(5c3GX3G!|$|Bk+ut0{jX~^Hp8H&iQ;8B(n
z*?SLN6E32X7AAd&ALb=R5C)Wm@(Y5-8UgGQa7!u4M$pUYE#}WyLg`S0eE(AQ@Q=)?
zW`Ljp0iQb5w&07tfu%_i-H-kUiRHA7)|OmH6aS67`;2O;Z5Mr?MhHFhCJNH4NUs`t
zhk*1Zy_ZODVj3}2Q9uw-5$R2k-lRxxQlz(t3P=+bX)4djv)*^D{qB9%*=y`Q_BkI;
zMn251DRXAzp1=ElRe9-L;{B0CaaNreKYX0QC&H&$-!E#JgKie04W#DGv7l(mL4Hbt
z2fMAg-O(ap6o`|cK=Nw4REL*!m*>k!LU`5JNIQ<Te#m8thJx7lBhw=S6tc>+)F3M}
zm(HILp2Zdxbqz@*GzJ;o0stvlB8HVukCWJPq;Zt0lnTbL!GX45ZV3eWkfp6!_r%_#
zGbrN1-S}RS09tG~i{E}x8hY?3k!B~)-nIRxQJ-qgtY{X`XX#yod;yy5W`84kDN{St
zwge>!@G?rXTM6CnzBG3TCC<3g`J-^HGwR=)I@(r+2ls$)W<hM*?@T*CtZ&c<;_bfq
zA+GlrbUozVn~0uJp;$Mi5TKJQC+&lH4;NYROKn7l?xhePa8CaiRJlr{EHnzojXl3(
zDu8Pfpp4bs#)iCBrOT&4YS2usy#zG?JVZr+qjXx<PcEG+LCy_~3&0Y>N-s!{?B7!q
zOwTY{10pyMyYFLT!u{%jkmx`y?uBklWfukxkJOs`zzb5(SKWI)sDFKAA_y{e0nNXA
zP_Yps*T^EBR;3`3^2RDTGM2CZnHC&$k6%z0xcj;}9mEB_oQq-@!rZm7*%tgvB3Njt
z@7Q>2@xl18sa-F2lPT^V%U(^HT33#ONRw-XOz|BOHSa1VFjSMQ8OluLH1ohOMmG?O
z+-ag}wd`GQerX22^%?Z|sQSo2N{k4iM@qf07ozvU(E}vXLviv*DFq@<5m}>I+x_Ju
zUT)?M-H|{k75YHDGYx?b=A=6G2eNk4q${JjLNE`}FIlBAxxDnfN@@8&sQ9F@0zQ&k
z$fwU2)GKlt>W0LPN71w{wO$!um0C0nQi{F+{NgowEEJp?3J$q-A*C!0p~=L3VaDu!
z?7n84(LO0LlSlXVdOlnLAQ!;QEDZol11&?|K3t#~&=6cf0n;a&Tatmj1*%+q%5RmD
z?zzJqmo7;H+jhFqh8Pfh2rblt#)E*Q-X>aov5E{_u?!+@rbQ_Sp~zdWAPvz%w`nOs
zv~qAY;J20?L?3B1qj44^Ok=Vw8LkbmFVayk*0KoEx)r0P9LCJ74`g0QzWtK#i4R7d
zyx}3S>&#tdtEKCzOV00QdXb!JApm)R1xSb_2afGyfD6&O;L7rpMsT>|?|@MpPMOsA
zfL~St0kP=o)kNr66%8ik5ZVvx@0>}<YXa<kmoZ-8ndP~PRr*qE!~o2v6=1{=BZnY6
z@+Qa*2zsH)q6Fg8NIB7xLB~q|a&M@f?3sEoume{U8UoNG+VCK*mwDh}FmTJiO!*L?
z0@q39hkW_f@<3ci1r4@P!%O88UR4ejgu(nKpR*Hzf9?R;^jRT8dSD+z77u2&$s8Vj
z_7aFBU#lU@De*)+r5DZ=F`}9jCP{7}my~7mr-LrIKw7`ks5!6!j^q$Cwf`r8WUDT{
zbgy2K%BCAQf<^2}+%S?wM+*g3MBww{2DJ)sT1b2}%gA5~EKme}f(1fQKt7EjV1>?A
zEkhO`Ek0LfzHbtIzL?uu<abu<f<?rnmxGs26jW=By$w!sHlTKiP7y%ojemnLzR(pM
z0>o7SGVmZ8TQQ=nn3+3Hk<{|0L-U0UL>mE7;l*p!A{5c!&vAqDq+u<T@z9Year-(4
zkw4j^ly}PbD$T$vIpEb>CdmTuZ)(EqO4v|C%zTl)0G!EzDX%~u+x(s?t>Grqx9s?l
zfqfF1p^Tm$DMoyarWdL280mN^Zfs_(sQ~L&wl%hpfSBe_^u~d=)r=30I=%`_5z>L|
zEs1M~xpo@ntb$mLSWHoo@yibWtFqY8wjpMnq)`ZUAL2D1N77Ri{Z=}b8lAGp2ud&q
z`Sys?944jYfr%CuVx_XZ3cQe!(GEpk`HD)gl74R=9v3MA(c*=C{xr;>4$<D8VDh}h
z?DU#LA6Vo9WCvKV5oh>`Q@kSBlchus9qJwgb+!_99Sf*YhMK|vE1*BBodtqwl<*Nj
z33j7za*c$x0rV}@;7o<L*cPJ=w7g57GI_575jO@_G^ZVm%pBft=+@-zH~&1WZ9Ah-
zJeyF9ow%OFA!3vbqUM7eIR_^F%Itd1K~1^Xvk9O6%eX~5^*x`hQNkkU;upXxj)|Qz
zG=oSzI19(nQUtZ?g_jL0k^o9&21+nJq&7sx$XG7iYA0Zx{ED;}@E+R)`^NeEhuDiu
z(Bq4TpwBQYuhMAV<Sl;8`#}zDyd<`<gGz@7J1DKa@B-wKWSPK71LT&S<&>RQo@6*g
zx8uPH8vrdO{GGtrJV&q=Z1AZXUfRU?`sZQIC_U{-JY(m4t_e|%x8u_9n@=avVyF~c
zXChx2RscmyM+80VM{CcbY4mM7qEm`z(R`BtQU!o6XGut8+PAua9?e3}TThOA%Wzi_
zD{-DNgAAu=2?>ab2)@^Gky1cM$z^fh!|ItF{z>CvM>tG9r-UXQt2YJ^j_UK9M$^K8
z-s9r5r_17xKy)pId<cP|{=5O53cB(~{(sOy<Xr+jVBtwX*)M?5CE1kGmJ5{vh3$OY
zR@|Z@5lsH4YT<}`EZE=o$zWTcUpvR9b9R-mO+g34Fl>v1j7!=RL6X<Yt~M0uQDelX
znIsqC`iqXfQvikq`i<8-lt*X=mm4&s6@^p4h>_DRV<&C67`zy)UE86BG?g3gSSnsV
z5$u0bJ-=GKo<M>yz!x_va4Icmkrp(AEv_AdQ_(M>KLtoGI!Y#j7|@yivuMLmuqK+M
zSSGjsd5uaE((u{#?X)vPH`0p2{8`no`BT%McfrrXz^4hfSBe+U!#`jbAavDETH9!*
z3v`5zgM~zmk_e=-^FzfSfF@~<J01+))CR|ck?&o!Y~8enE?oQ7*4x78nI6Bfv4XG?
zZlB%#An8o>SeP(R#c2_7GU~1;vq%~>JQrb}p5&^D0`K?Fp*+A7Iu15E%k_WIeZ~&f
z;j=exxHArHu&zNoNgJ968~c|&-n@b5rT@r~)2(F-ZV(((P;wPAb>O=|ldlvF>ULVh
z)fU!8M9GA?t~;l->(Z*JPR{(9{3mN&n16x8GAj@fKg+<Y(`+&$Bh`<b=#`_>F^77Y
z>wcC?owbVi>~2jAf_Xh_@U#f<GLN74eC*}o<!Y_F>90%lo!boD+}!tY_3z$9c@ed@
zH$xP>+x~dnvECv~Lfmd_MMAxFCh^gY&;rM;*ozy)2&mT*kC&^|mUfP}XD!r!U<>O^
zBok&6UT=w}Rk?j{0%6_f1_b?V%cEc(TkDOR+s1KZ1l2;55AY`XJ_)9H@;!iMx(`bf
z=Hvq%5#OX|Tc))>{w;*-9|&Z#p8pJ%=S9q$*v^~#Qou$Y`ngl6u=7%Pr^tGz*lVXG
zVyBd_Q}%eLykw`MX{T~vr)qAedUL1dc;^*#x0Y?UPH6YF!fw6pZiDr1qt|Xz#BMWT
zx8?C}Ysqd~({B5~ZpYki=jQI4<J~UkUN_rbkI-JP!roimy*}%`ey_cOh`m9=-q7Q{
z;gY?ProGXDy|KBy@y)%7<Gpv#{fkMq{VAdSX@&h6-Tn90`{V@uT*Ur7VSnNA{$k1g
zQq%tO!2ZhI{_5ub+VTE6^nk>6@ImNcL*d|~?!hPPgU?<En-K?FgoEwJ2VY7KcA5@$
z2M+e;4)!+>4vr7LLcboeef=i%^}E8?AG%+UtiS&B`g$Dk^@Q;C^zqlTlCS3%+%DZv
z%qhjM_=hIlP_I*pAT;66W-!|af-xW=Xgk3LhWjmb$XW+ANQe0I5~L6FDDN>K)A4$f
z5Pu?o*88DeI?8Ap>H_%2YEICvh3=_-V@<@fMLuM|e~0biH_rPHxSH>rbbq_#{eWld
z&cflhE0L+Z>>+c!->=%F^6OoEZ$W++yq7E#`MnAKUF3GMXzBNc+VA4;h!XSPlS$vD
zUJ<Ve!+x{D0;KOq>%p#Hfd#<8K4=2;YlzDb2u1`*i@@Zs5M75rk|>mP7r|u`ge5@@
zkc|1du)SEc3*v_i11<ng^g|HHI}v21afXUGStXo1ISXI5h3h8BN)uccK+@Zxl7mpW
zWrF?{h=<G1ptAX(L#Vqn)TH!CrtHXAkq{_NAP?n{L4aLEpcbXy{YhZ?GAIo%)Zhx<
z9|4QqBn0LBbe9G@fBosKhx1YTAvg#nZ#xRgM#~)%EY`m`y^4^7M+$63s3K2*=>UnL
zh-4B}4i1&JwK)kg1G}M)bj)Z1NH{tYm~H+9&3=jzKE?iTWA`gB(SZLdnEh{tScFPZ
zl<|fP#ovIKPDX-NMV$49Dub-_zZzoRn*!u=Hk-C8x4D9-zKB%l4fSXR*>E-G2xZks
zMHxR;F=GyLKieQu%HkiA`0seOtYO%7_c$S>-6e4rEwU#T{o503ss1yeZE;z}Oi0jJ
zg#T|+EWoe(4^k{8W^q;4oL9+0S;F$)NU`DnG^FkJHz_vxn-p`{7;$O;k1cHmb6r8F
zf9ABgJdL=04cLADR>dN||K8FLa%cB<l@9j*??|y#gpYBsk+-|;zmsCmIG@|0PX8$>
zCdadVvD{&J*4P9_vL|*#3*1JFxcwc{=KEJqY>vH0#>Bo4oc|}7IQ2eL;(a!<C(b0Y
z73IhlW()r>d*XWE%*QUh?a}}Hp4cCa^7$|N+4k8F{sR-YR<{2G6aOQgeVm)#)Z3Q#
zSKh)L*%KFawDkY&iHC;%@0fUEZfNhzKQZy<?%w}rn3!ycJO2+D;+M4mbsRO1VS~s(
z5F^vo|1iXR$2u<>OK7XZ|C=Fp`G+Cq+TG~KNMoD<5DqU%5I}m32>kg^L(GK(32CxZ
z8Ur)W6lk}zrIx?nxL|q`oGr!JVSDVRRK4}C;7SnKWnftjkd*+;*`({04qnQM;dVL?
z``is_r>H&Ncen-cJd=@p8@626zc!Zn?Kn^|6fj;#)yLJ=_H%MQC2Jo_%Iyw@U%h}i
z(6{&=?{|-Ke}V#@AijPXrCHwD*YNZMb<_zT$2Y_VuQ>^m(B4ij9peDd^!JDsyHFR@
zJW?;+&lxG}gjypFIJvzRq(rk<-DMuTU&Tl^#7L?c9XpsGE+=d!nxB@q)_31QV?Iv9
zK9ysGjr*?Bjx85jv(V?$L$y?EySVi*4LYy&j`{aKD~=rQ8f-D-jfMb^CojmO@!XM*
zW1a{hpXisAml(fHj5dz*>R|nl?$-EaJg;X}i99I*K^k|YHS{5Xs{((pM-QG3mp=Db
z*eNsgf=nh{2WcbdIIcv5rT`)XUw(9W7^6{MJmYenpg<80#ITpf+|mVHIK$md*psqy
z@&O<ODg{yTI!O#t*>t}BUm4<v-Th_~K|H8=DUNK2T`UtP6`IJ^><V@h@Lm$w(}n=x
zNE7&4afY=#X#FDPk%DK{08?~9I75TGJ`#=*zUyj)NjXs5b-E7veU%b$nd#eaPdp|1
z5B28ajO*I?)W`DssC=0LJv6?K$l(t;LI}^dIeZ~+=j%>v@Cf?8RKRZoNWJ3i-=8a{
ztsi9`Ju{B|RG+EAe3TlcCmeRf-i&a9W7Y2Kns}~Q=^{C;c(ljZ;c@0a!zh&_g<gWg
z$%Z&ul4JT}0hE=B<n+|mpIpLsI=QcK9H0Fha>aR#fhpCc`D?tiqlKeKcp&xbAoC6-
zgZx;qNxYDH+N3mN9DfU9P$!xu`ZjkT&&V@oNW{kl9o`ZRAS~2G@p6XubHu4{5EB15
zR*SBu`5yi^Vqs5bdbZvD?0V4KSRCD#x{olYg6AKDoH(^&p8xh;4;XUYy43V;Y45J$
zN5tvXgg3M&{13^&Z2G;+Ip>M4w|_DHxbdF0C?ecF|Fm!eK$-7v_F0@5j2z$z>>CJx
zDRZr{c&k!`c;LdAsYq})T1o}@_3bv2rd&=7{JRh4`HPX;4Vc#$wE`ancT+$`b`MU?
zg!jUeX#e8|llH6GulHBF7c{I-gfDZw<Gty~^~c4BEl8V0GcZ&rjeRLLr(R&Vj7mj7
zt;))J#(4#Qqz(Gnz67M=x#-IlhqZfCDKq(!2Ntfray%`@(2i&lVm8Ju73fmdP6b)2
zC38YKE?t{U<zPf3*iomc8lMfln(`Jpq_xSMcpP=<i>@pRE&Wj9_1)Ax5LfvOozaeA
zI>jP;ClmxVYm<D~GFB`VIXwCgLtOIj!R#U95}DRVjnCvlh2J@DzAP+f_S@*oowj6F
z2!1`D8z!5ldoE<sC(0ax%|L9X7^vKSJ&}v#=jb6}*+|0!q1HuDr7n7ejgF`?{EjeG
zCX-kM1s83s7yh}p26+Lbjp?2Ou)uhs7tvTt;mdJ!l~%_<*W|T%hNTv}F<JxxR+*G!
zIVwCU(*JHhZT_giQs9F2i<S=8RHEMtE|FpwAf$VSXAe!OcBsKXI0y4`Si$rq6D+d)
zsBaDRmY1bdh?(9=vb2?FtwbhRJG@A;j>=+nxl1ALtYK}NBhTiOnjjTcm)z8p#SS3p
zNNwiQI3D%Zbe{HKj_H|K-wtQ!CgEJpNcVf`H)`?v5`3VZ1q5uPt`LA1(Y>Cer@is|
zAsX)`TbF2}k7de$?F&fVp)y8cnXmmJ%3W|;<W3yHn0PL>4MMpdKK(97d6TXJ8GDE;
z1OdwpBz11x7pEyNbgQuJ^s{bXvU=5oWvv11+76#5)mMa9`-h8PBN@)OZGc|I{nWX3
zOtSfYfMM9;32;3_Eog`|!4q8e+<|;{=Eld2S^ZUBd_9Zrk{&nYNK5)9Fr~Uke}G-R
zyKSt;wTzjb^J(svL`IG-zl27X_emby$*5fUtkBF_1FH)wcUaviWNlxZl>%&^ud@AU
zWZ&TV8a1wJ+snmPmzWUjeuZXn*n+M8$!hRD4Q~7CXU7fYv-<KwllUhpt&K8S<tCEn
zr27kO&8@3}!O7GsG&IfS1FI-2)v8$roKl->am_`zS^kF8p&R=h&+AdQJ8ZsBaMbQ}
z*2S_e+YV05zd32#^E?^7{f;TR0igTc^wN^Yyk;vk(o568#NLyrtu(5=zaN|-2BGyn
zZ5iqmvmV`Bk$oB6HY+bKF}>uqzo}Ux34L|VYoF%FBlb>tsj4d|N0{dJ!aFP=tl($+
zqOtx)eSu(Lq4JB22ZRP{v&+8zPggu1nX;5-c?~HB?aom7FP7yUgu!#fRyMe@E8LrQ
z#MJg28B1HMD!fAT)>oXqj^xhOuW3~WOWHa$+tj^Dd-WX12OG9H9(+O<BE)t;p43Vn
zpd*SZVy6A<W42sUKi;I-vKmP3-!}TxYp3)=F+ZuICbrd4@@IJ|P4erJ_Sulten+R@
zZgClr>zMJMHFxqCZv1F@gJF|<!D&i$RotOl;UP4GRV|RHoA>2m(-$_miFBjbyfQZW
z=%KFP??XdvS3QG*h^vy;@~`aIg6{fvcKzBoT#H-Z`h3D0(HV*+hZ%d0>k1Ob4+;F|
zOnN0$iWiGMNvgRe(~rMvmm7!UQE|Obno#g2sgO|I`R>cLicmY?Mr7&vo`~13L$mn&
zllsoh^QQ0>N>$kLh3X)PvZ+?I{p7`!_H7*nnLf{}bW+-FhvpG6{r4G=DT+7v9x&`6
zqjw$BW6#UWq$!3?o<)z}vuZ25_&qvv@y1E{`Hc>R=EjNL3Ge4K^Q5fm&h*r~J^+3m
zp{auYufh{Y6tci+>WP~O?v4aWmtUt8jIL^jx9m%N^Aw_uetMcv_`M)l&2CvaHHLWf
zQ%kZ3`^;OnlDuAd#Y80pHy&et&jrUoQL4wGXx-Spf!hO{kt1wTQs#8fxiF;7J!YFb
z@8|3XDAB;7KpPuZN~NHylwPicAoqxnxf81?tBAvhi1~i&!cxpCyFZCNUall`ztLM+
z==P6<_y+~?{e*zl`&8(`013uh@*HuBu<)My1U|v=lv3PUdK|@&rzRW{!2!`KK${l3
zZVUNcK6X7&uwER*zu59C_KvxToQ*&=2Y)<?0oq_GD1Dq35^zEu&DpUBdIV8df_#e$
z+ez#(Wt?d?4#jc5Ssr~OJ;|0mC?W^#0<{|IcinBW@?s-;=@F&%VlF9p^THzeeB4#<
zCq&wyjy!K?h=k=)P-SnUzD6?T>)-43jyl(ilkvPqCxk2(fm@fxJ*0Gu%DEpigudNO
z&9D&UQ-WtDCYve6ta=A0l?C$-1%C;52W<JL!@>rKA|G|f>z<(6ZJ4~a6TKIFXrR77
z=EJBqJp_v>f}`S==WZzjqQ~ar!io1aV0W_>)Aly4nubFB32yDYF(FnlayFsTk7G8P
zDcjgmVxhM|%?Ur{FA}qIQU-;n=(ipS^3i>tPgKy4OE~c`LEmH1!`02+<IGMqo1!at
zuQ*rdf!u`feTE!269|fdw+ym~k*Tzanb%pkrr|j6Ap$Hh{l#|16bxyFNODXxHsyRg
zsdNjPcn`tp39(BJSRmh>&GPp(R{8Q+RxpcFIo(b4G28uY=J3qeGoxAFdxqVR)Gv=~
z<g*I(akh3(WM}U&H)bY2(SLWESuL1l0?2YtjEYc>1Dzo?m9zV8Ea+OFv=oI^|I9I`
zO2ycvnq^1%MP(&M-nsuJw+)iVCzzK;_2jv4o{WB0sq($|*7xks?!6Jcaa}OK=Sy~B
z^y6yJ^!qkh-4~SE>Wh$hV$M5dsk_Qg--<qc8J%u3{Iu90wJ_@0{Pw*M!?MZB`A2ro
zHx2Skv-60GsV925enSLbI|~x$^X2L62hq=;+2t*j7rgh$t}w{8Hz-(_c|KDP=}j!4
zOUn1~&1z}QgO)#^FOLGx<}%q!t{`aGc5+0y@?1spXO(jz4RUSm9*2p(T(>J+w4igW
zEj(#0>@&ztIC;T6@?1_NUEVO&*DiA+@#WM;rl?q+8nx%^C(m3tlM;qsTt6?!h`z@n
z=wK`+sS;hlI#T#hC|~zHQAR8-^DN+3>+|I&E>@`2+vgIlDkZ6+CGONuzMPe`8WeHm
zrWYt>0aXewLfa%<&x<^gUeI#Al(EnL6CGtNoE_NqbXLf>)2?jrbq=N9i~OY0D8rJM
zXC?lyKs~=)Kfhc{zn9Du&vR5Ha$`z~VkMj9We<+aV2Mws2TC(VGZ8WQX(~zCOBMcw
z<zigLk%rHhPas(3ykzRKv<TdYUG5oWHQ%gD57MkR=Bg32vd-}NU{Y1Q@=I@JobN)V
zukAgZm|{a0h;BN-qqb<VqFQ96+Kjr=GpTA?v}ii#`AvhIP`m8y+~-ra<+7d-+H`<B
zobFqaz$?R7pE>g%_(Di+Re$YNg4*-Te6wcS^7&#)sJ&`om9;ef0)0#6KgBAUxpN*x
z7yY5W$b4oS*nE}&ph<%HLZslY`TYgnOTQ8tEsr>_w&1F<t;jE>s)Z!h==tZLQ&#hi
zQjDh8i-eRJP1g6@Hy+zPKk_Y-wJ!(dRXU9}LPqO!X~Ip@0SA8KNLAis<wkY?*Pp2x
zZmMJsDqEDRR0kP0OD8u+)6|<CLKIb@rkPFib@fKwO_sl^Z^Tw5wO5@EKW~kx;pT3N
z{?#&K*sPETaO8cBt!!#Qwj_*}8<3h3^GZ)fTAV7I-ILq6E1Q2)*Hh0mQ>sGE+FSEg
z8=ozg_s6`rL0ud?{EVtKA6C*<V^rH~)Da!qN@djUX9P7oY#m>25>~Bbp3iAhu8q1d
zYF-fUScq-t`_*#wC#0^jb;N-OAKTs}-gbjK59Lt2M^p4krQ>kfqbC+JdkpzTQ_q{%
z@o_n`Asx~b`)0DeoPoRH=2Gdhcxz2;=ZR{^v1;{@_?ut9I6rf@Z7w&#^WK1ID~{$%
z|Ke(0Y44`$Xy*F~*-xrxyu|gb8FJy!@*=inC8noArFmGnwenXFFKt&D%^O&<f$$!u
z=om<1rPq+R4`}?XL$!FjyrIjXgEt^=Ai3+q^4o$by5uJi>%CSM<33A=lILwbZOW;N
zmj-5qDBc=%)#P=-CHlS1`>i{ApZ{uYO>RG~=wZq0yxh^OBr$MO`S!eWz_-rhB5-A(
z!2gB4#Gu+zKXuGtOk9`Oiibx>cU=BJ{BPFxNE+;=ww!=|9Bn5&xv@|5$=lIBx3RvX
zScp%DMaFN|WU9VwwZ2@(Az}Z%>j5=|5(B9#5U<}uHL;^!M$kw3BaU_T65Sx1v5{A5
zefcRZkl(|U9YYhe^~Ea?T?CLC(9)g4HtRBMgcy5O)tj3#2K?PSmQPlKL+x>+v(Ug<
z>ycFBu7`2s-sZ!BYGZ40{TJ=SFU2d{D@(8WPqcSTe2;xQwc=rh01DB*%M2KP8_<7L
z)!RfSm6e4-z9k30#`I8Az^79!V-u4B12c}}T`7}h8gw4rlPi0zH2W7LCjl*mv5h6W
zeXc1J9Cs)FqMg)3PEtxvJ3btzc?wbA??ME$XpT*PN$%PI)dE=cm?TWJ1k6}XPH+d#
zaNM2Jn<O{jM^*M&1y(^4lb|1$hD831PjFWf)zann-pSn^l~tcbuD&-#j$`s>`JHGS
zS7#OBLs-Wa1ntB-?#|@)H-Cw?o_G&TRm~+xb_H}!?Zr(gtqz9pusV#--WVTQp`H87
zp^s@bvCV!|rgP#_^@8l`drOna{oK|EJY$XBAVm~7{Lk#qs`>m8P|kR}nE$BB(<%SX
zg|_iI%hd(GyGxqp!wQJ8O7(YranrVreH<wTI-^6#r^`vz3l<l(3sbAh@AnqE16kf7
zX%r?`Gw!aeq^vv}oz`3#?xFH!+o`*5GJEvveTU@I9?$xBr%B$Yt7hhOP0}k8ldErO
z*Mv>R*2a3ZQ`<Qua^BId@6j!NzY8%knYBPetW#%?16c%2z;Xra3aELS)ph#S55WOL
zH@Na-Xl69*1}>>D6_^a{sjt%CSfX+suUGw`V?N9t1eTjz4_}?B+MC1%ypRZ7iyG<i
z+*^EccWS1ZMDy%Z${)y2$&a#^p$bT_<RplFZGBz+-Os&|yW^06yfSXu88FW*wbar<
z=f=134T%HNkvddh=aZ_&NA@>Mk}hD$+9j@w8M}jzAB>+}$d)zl#7ziKEE}43`ASjv
z#LvwCSq_S4o<!2fPp-<xgB3_Kj{^IhR|nQs$|wBSZ2X%mb~g&7R=scRkQe?vIyRHu
zY|Hb}xw?FiH{A*~9ji^7&xwC`H}Jh~V9mGD4gH``g!s*bwT(CNkX!H%<uyC9b*l=d
z;0J4~6F0sXNPliH?RnS!r9HOlS^RQf>ZtFHS-p5j$=d#m`T^<k!DlH7I^Oo7%Pj9*
z{^s@4fG?Hf>k|hvv`)L?>TB%zjrztLlg6J4oOenNcER@!y5d&@-yFzKZ6DHqm6!Uw
zR=pH?_v`UQZ_MQ>2z|%d$)fHXlFy9;a2Le~`tM!N7YAiEhiX7N*L0Am%g5{RudC`?
zzgO3--;9f|bUdppyj5AqAYc5RFol!cTs<INx%nL$d;q>iA^hOGiutez04z$*o^<bx
z-dK^nxtKw>oU`{)_1))y<*j9-if4a@NNe99H}?!~e)qdZL4%s5dUtePgU%HVVw?D`
z5Pza@W30~f-6biKd*=@}dkVg_HUqjt@q;zpuH&TOZOdA~&cr3uHRjIi@OQP}MG+@*
z=^*x?4>Auv%3UE{81)cFAqMb#lcvHx?xm^meG0Qf{VNBS1;=$)epyIUm|Q-S|3(*b
z4<w&{mK*#*8UenwK5KP(f4O5aX7z*8U$yx$=Q9^x3;T}8P%{ecuHy!VUmtH!Si*lL
zru|BBrV)l;$iu<r*M2`Z*m0EHa=iOnb>d^HU5nbgAKFV(q&HLg_aF`Tj`+L&l)U*f
zf0F{hSB%A8pX%WGPYiL6`A6L}9$_}-(82+#hth6E#BYTIsoV-~4K6)c&tx{E#{#Yo
zwY`}H6`zOz+aP6+giO$Ep4d!-EFrxl1$7IZq#1sTlFL2zvpd$6mStfSqqCKnqBJ5Y
zcAMt^G{oFC2Rc5k`j7A$GP-mea&Fya8uk5jPvq^^CZj{WkuPrYh#UCHg_xHjE4^kb
z!o_SvZ!5=M&>IO-+fLC;PUt-ShatX(7a9PhwMz&5)wp_9H-#I^Al$m>=FKFea{sch
zpPaJAh;81D;tFN)tqE7vd$T*U{+X{VOY)x{+y9RG{&~DPUT7JR#1a*_Tub*BYO<yP
zf45Se)54UGc=B7VLZtBG*2wG4CO<dX9mKL<)oziGTf?iCmm5^n#<JULbc&y9wHO$a
zQqjk><RA<S63v%zV(ixgW#11q7w#j-(w7NTa8M7ve02T*v0a9RS60h~B2_70&D2yX
z>SkbjG1TYMhN7iKk0gDFyl6BtvSn18`Bno4dg|=qdV@OxTRy-AJTmJp%{3Gg8^d>8
z7*;_mKPDLnWCTnny{aNdTjdJRN({9abmXRR2+ab5M6<xK5tl{gSDovDLk2DRA@(UZ
zhkkQcBo4v)#3sIMd(_rXrRl$J7kXKMR28qO2hoTD)J@EtB0pz!z^Oz46fF7@57m!-
z5DE!rQmN*`AI?8M5dOq_i(bY2NlvH=^cK%(k4SAT^_*>2@6{x`mt_SY+E~wKr^t0s
zBAWH`XQpXpw}PHNHYuIQgdFL9QBr<@TAE35OqHSKm<V@>zItj^8ns0C-C1!5$v3=7
z{O@`AJ0fpFl|2$m82OD{%y`iYZbrt|W2?4sS&}TJHP(wC?H@XL*+d=WP*rqsE@5VS
z0*UMm87)R_h?WpHu;L&dOONu>$0}<e>ZqfdCBweR=~Xu()uM@e5|s!W!M>2{#kAMK
z&B~~Oy`j1z7WQFLp*O5^qHB`}pyKM<jjDz+p$?RDGSyo^1`Xm#5y-Mka{blqrBtZ*
zV9i+ock!QhB~POR45^>j6<!s$Y0hmC7jJ2|O-iiGar-G!GNjqyAPi-pdqB6<87X>C
zUiow7{cDWZ;`~ol0`9r@mIqwO{UwJOzSw;dQz`MoaEQNJv&|qmu=7{=otHyblWB@t
z(BSa!lg_&*@+pzusxUeqc37PCr>=3>BHj>chrN23^6xi2D@zTebnpFnq2%7Smr6lX
z?>7yumZsRx4EAk#+e_iGrATLwKyt?1hUt`X^-)|if+ElxrapO~O91G#?%Q#;hcbZI
z1r%O11!e&u-3@{|VL|QA)-75puZ&-4G%}^Oyp~o?%(_PNs=k*(22e?3IR$c;9)LBr
z=tL#-;CpVZ#Jnyl?C7Js(NxE0JZ&qR0}~WcIU8mYs;_UR^QA6fp0^$GuCxDUlGx~f
zl}!$yB<|6jzHNU6*4m=4>s*AtjraIw3cs>)xCy;TPISS8Gr7MHqK#Ze%+h68cN1$g
zDwonKeX<k8NNI^H!w5DRmjq!`V{m<n+qswv@K}C2yDLurH}3_f+M}W|Bj-mC0_p2-
z=89-YKie5L$pz#${nW?6n3$^40OBEE>f-Qn^Gw4wI(BbN!CMjnlu^n`E=@B}doKyq
zn)(!ia`bJTUz^c-bw6TnC1z+1zq|EGq(UrnI`bAVpQR#w@L+P<y0H(dRE;vCSGfb;
zR1>BYfXhclG(22Fd#h2APf`vSbzv38SkuC)_@(<9ikWk!NmorEQj!?0Hd<0zx7?i5
zV4Pk%NKzh9DdB=H{M_D4PB&lIiaBIx|KVe)Lsa4+hTXB9c~rYlU(5kZhRQ_)Qyw1{
zk^-dc%?x@QV=@a=2$f+Lwmc*e5iW%8`(WmFO^fx~i@s26bMWWbw=f0NM7ZH>?N_kx
zaFy7*%!hdGpI51<kNYq85Dkpo8!;w+Lbn==t*ZaJe$}DXBFny&9%Ts-@N@q%DN#_L
z&Vdd*lR*I)Tu9XHXi2EVA*Igcx#p|C1{A9>Ezx$Yl_}x*Kzk(vsSlMDq6^twQjKq)
zb(;(8e|fQtXm5CGFZkjv_Gv_|^r#Tm_i#Hn1~zgZ(;0(!y!{gmld1(eYyNCLS+#lr
zFQoH<zh%>r<^-{gE`V8FDAGdtKK7nxa}w$7dO5{WKKSb0xiIP=humksz4|C0Jy10t
z>XziUzrpCjTgajR3Z|Q$AnpTz93*^&?Ihp6;M%R=o<l=r0yOXy)KT5v!EAHXae#~_
z_-%o@D)P4i;;}yoof4xrDgO*n5=?K`6`+CmCn(xdO<S|Ke7-$e3S?-p0e=}sQ%*cd
zfTMXKoaC&R3X0(MeqkbHDp<R1DmBpOBi9@eDwkwV>#?Fqt8@76flgB62Uj}a&yFRU
z^kUFR0+n6&6U?TPPJT&kfpVdMk@;gb)h4e)EW=n%tDMXGZ(J6gjMZ-`)zX2CJ}zKx
zSWl7$0IQN-0QMQ$c$(1p_`});n=2g5n1qDzYy*Jr*beLKS@yMmDNQA@l^byS16Xq!
zu3bZFbcHeFWc#;;q$a6oVoI1xFI;wS>bIako%Ibh9zE?=+V(6a#tF2a<`O+>z-+pQ
zP^J_Bq;d|yvjfLUbVM~D^F;Jr3!%}bj4GNeIc}^@4NRl7O%RULpheGK<2V+iI(>v1
zN&fhy2=48j{({7qF8x?MWeIz$rJLFNOp+y!15BW8;Zt|Hj}y;=aF@MRW_^RAnY7z5
zTZf@lZ-iImNmH!q8qf-zJsbG~3FuzT9R09RzjK{$&Eug1TZ+iC1pGVbdungRRDeFM
zh#F1!LL;SN0R}V3NAKr#e(MKqc&|;-&iyNgK;sC&)jWY~?a@FQ7hdpaoeR`w<Gq)1
zCw@o%L$5w^mN_X3$Y*d-xBrzDNUA*qG7Zg_>93>tv}zCAvX$vW(1Di@;P>H&uO|{H
zFLa91qBgt@zS(K^=z9XRIGzdUhz=zhC`ckU`UGV1gFsCA-4J0U+##H1p2ARAM+;OF
zchCresv)pN&+88iw&d4#3*zA`mmwU7?Nk?szep#~uQr_)0#2_3CEiGwV^}!&Iivy0
zQNU{tf!s1wPY<)h`11;f68-!@VsO^wC(4!Zt_j%nZ~UbUE_D)zX!cPw<0M+q=Vnnd
z?#y2no{m$2V^oMZrtY5GA8-Ekv4?mH^(bq5kf+iwDg-VN=0q}b!Pz)+fOm%zsXkF{
z4qv*Ap`B#9$T~;{2@v5^O3#HB0gP&;8sGD1ed>#r8kuCpxU0a9x3oG!>y>jfx>WJ>
zfCQes9@RLQn@D&6xzeCYcaYXY=0zq>6p$qy*q4ss;Go}h#pV>qG=5+d*nUWbRSbHa
zB&y#tQQJs2R7_KbOZldq(2hN0#wc+BS=u|h+QA99w{RFn8I4oU0jo4<sWtQyL<peY
zEe}-RfVUNx%rUWk43Cu1oH-at4O*cUDsGj$92Dkp9_?QUkoYOX%{q_(2OWI$^{xDC
zw5Ppdxz`e6RTCUE7AkPc()}vwI8Mhl6(zhD48xS(ucAimY44A<Bzh{TRf*Ly@96Yj
zr~-!!YS?1(Ys4Prlj!o1eRoGLJ%0OUFBj{7J^LU-{B;hNPQO!R0e!0vfC}qBDhFTE
zZsRJ#DV4Q{=Y!!3ol0aqmeZ+)z$<eAnE@05-Gg~?L?4n;AoFEO*N)6DdIPcmPU&*D
zj@(#fG&2e~%CEgyhq)U9dR*|jI4(mxA2gIR;4ha=WuJTW7EmHue{`<wSb6og>~K_A
zKa-1wG6JGhhEqjrsfZYGdq8wu47BwjF%5e8pGI-D1ZE3N)U-l|MSkT61L>=VAQ9cq
zBMof!hMdTk_gXQ6C?Izfd5%+Jp*~2gQd1ZO>b?#VT6jHOh^0GClFN8?@vuX1F#{}W
zZ;-&Rq@xdEfC06m^pp=(m2L4l-96e1<2nU{Z&*wTlY~sFN{K`ur}UfdOG4lr;Aa8!
zmhltgya_fW#@HRRo07<hVq`;MOO3JN%p$-#?EWq6_b`yyP^&MVN1`6fSO#vfZ?lhW
zS3Ol`wAEucY;PU|CuEFkivX3B@Zs8!u3Pw3383!KsQsl0=ubkR2*BVa27D^En~6D7
z0&qr6&;|lIMReI~C)jL9-0+Fa-4i2nx?H3QPFs+>M3QlGhPgR*GGA9{Xhd8IM8$<E
zegR_4;W?#MS^(AeOrw<$gBFf@DyV*yGNS||ys!yA{QZSVdl7EEXc&c>lyHJ^xx8VQ
z9w28)*rE+h$nu#wZzMXA6A3zqlM&2$Pz2*0|1@TH2U~zmS?<+EHRvzlD?4O+*z4b|
z$Qtlx^}|W(%BW!#B)+W=tb^{?vc-r09v7pSSYI}h3`BmaOXNb23FdTg*n&9Rrr6QO
zf(xm+hsn98T(^qJiC=0qBD1L~w!s3cl92N5Hx<3e6@j4w8n}8s7(>;DR)t|^Z?(V?
zZ<X~SEX<QyNIme~9wis@hXhv3vF>1*1Uo@me~**;-Upk&E|DG%_pxQ5tT+sl(#5F_
zjFMJSv)Lll>?q9s=nbGUJwKXOw8HAg#gr!Mh*^vTxKa#)i(t%Bx>)3tRLUgbQ5LG{
zxX7b+rEZ*<6<&4Hn!*Iq;fRm?J-&KmjiOk@k+6S7^_8?>^zgG$smyFqpwbp&0VTVt
zf*JACL={0h@@^cF^kP~B$gbD!pal&-%qWlq{-njI^3KVCF>3nPR9qn0zs<C}O;)QG
zlyWR7I;}gZjFiw|T@?NS-C`||ok$Bg5)C5L5>5(uT<SAl@|;9gYKL%;gQ|m;CP;t;
z(3*Bw^yPxXQ^{98rf&I_zDD*@oXih2m<IzdGor|v)@kX~$*~UnL!Jp|qK&|>AK|?K
z_iKMTCh+1UYH^HZvlonqfC3IogB3`G1W?=n2$xyW>o2$RVCtP3*|;U<Qacx9+3&QX
zxjR^+Q$X}NOMj}sD##WlBt*3q=j#bc{=B50)xVmulGeE9`)AzDW%Aw6m7A03sZK22
zA({aVnxO#B@c^07AQ7@(=Dq!m2O~}b^t6HO`GItkRx*%Fe^LwKO2W$NI)BvgOty{*
zw`~8igs_D<kDB0ZQ=IJ@99J9G()yjrhM2~gh$sVZt}fD%&|;5P#g@=aymd^l3R)7n
zU>eP|u+EetNS{8=@QkdMvEn|~cA5R0a_^OMI#r{beRU>vobcLFgW6?AX{#nw&s=uH
zAv6OQBw<q+vKFW2f<GDuuR&yWM1Z0yli!t*qJ?0#2{gER9c+bXJbf1xr-yAE$Np^B
zMoudojxWAlOLKZJylT6?VlvXXMm4uKk+6Z#C7Ri~t-b#UpPYkKk20a(YnP3$YJ05r
zEeJ~jS3HIv#o20gF0F<wX-+JRj<0AwBMGfJYs7DO9e!Gmvmnp7i@ZdNv~&i{jW5rb
zC}rZ>IyBY;-fPyl@6NiLAG=S;e|EKoSvqgrCQPU5;K7o><&_03G<dk$V>ruFR|Ke%
z?y>mE!-dULkF=@d0}&S5yrWAD(Eq&p-d(qLoS*QXFKA1LxY=g85nSROBjky=5Za2n
z0Yepd@7>*^y7(N!wjE6G?K-!GGbP5?tYEx+FhO{v4<P`to#;%|b=f8_LU;siQ^osu
zr~4#9za$*uQ-!`@j`3!P+v(O{2pnI6gI0F;KRfGsqc^uR(tP5azvMd;k*5%|TAwF1
zj(d$Ot0}%u=za8j@EP<J-lP@M^q0~SV(<_F<pcF5`I>d_=uZ0Sk^HuF{EAHdsxI)w
zK?LFfv`p8(aq^YsogKW(F3HayZ@b&@{|7_d^!3-k*WYtr|7?D}IR5$<^bo*)2oyd9
zDIS9L4k0#&6yAr>$V1Behp_BJs?tO1=0lpnL)!U6x~)U{lS2l|Z*cZ+jKX(TFB1Zl
zV6GzH=+5wgM5x0d!B-l`dh<c>HpF5ZisXg5BJOZqdk|0yF&ZMcOXFOA-1*K+VU%+L
zF`Fd7ltO;w;CbiqfgA+kYYg6H_y8q;am5FQq!7Aq->-cQxqc;7M)-lWV(2%-54p%x
zdGF9U)DK0QRHf|D_XR&xvXfN@Lt7?)s7EH>I0<b693gCyHH44Sq>r@LiP|<tDK19|
zO5bn=-*s;j^=ycN(m3DrZ{*s7>me2vh2}IP8n(Pol!jhA1(`C01tAF6Q2s_P{>cm9
zDR~LHl=oe>?*zC&wWJ{mwz%83!3r*5Pb9%(h+wn|RnUjJ18_3PpX%!bnOcJYQn;53
zG+>A@L2*AopWwk8aoYxW`^vG$A;ANQlhem3a6mmoz(L(VP*FI=ZYW)z64ZPW>~*@G
z(DFVQKpAWUl~;-k(>qbfA&6y%Mn!@ZCvjAhI20-}O*#@2jPoXkC-tM$Q8-`@Ktwt!
z?UbM(0@a)cr`VjjM@1Qag$14B=ug4<x@Xz<&vLTQo|K;DHlO7Up5@P<J>5Ecc5?Qd
z^1Oik{Dts&q2l>Vz4IcQ^J4GwlE`y%1E?(fyu9?hqWQdX@Vtrv_FppO>*SQN2uwkg
z>Be=iB8{X3oebF^tFfqv|EobJ17uk}9yV<i?psQthJPDmwP;0h%~*xpcJ^0>yIuYd
zfNUEtq!lBh8!77<FKq43{kJ~m`bW)J>)&d|x2`Ce2??2q{(~N0)#a1@yJq}1J(jZ|
z(_<AWYcf67<~I1B(_;%M8%E>5=`p*F;eVsY|5h_*bFgAS>IpjPUkT7-aW~=g`nzd-
z#YLCh+xaTFY3!#dgwhfV(clR3VE1>s=I{Hj`uJ9`qmNa%uL;V))6F(0#K*@cDk{n|
z#={5opEr%kHDhn=rO<x?$mE(a86XE>`NIDtXnd0pkNh`-?ETR3|H&XH-DgO=&-yr#
z{AByLpz;42K(4Q_%**!bsP|3Ja`;z+tfhw6RlwXZPP(Z_RK1m~;Fzjpn<5pMChMLm
z?VBbMnkE{PCLEupp+zA7=2%6c?E}$~ZrB8W;+6cwD_JRmxU{Rusk{$Ut`rh^ixUJY
zup%{RhwSwKFvu;H?JX@W<e>3C4Dw$Y8O^<|WP`jk->|;)ytAoquycfLkh_Nev!?On
z=+5@UKbpo{U;f!N{&PZZ8t;7Cm;wC1_V_=<klp`<A;Xz2|2Kv_@INwS{685o+sx}?
z4QY%600Q@-Bd3hl2>-#5Rotg3u#cg}z?5%7v?A=1WQM%S^yC$rBtbHGIKQcW>m7YF
zkoRLC7kZ=z;PR_PCr2^RxHC~Gur0&|y9%m0o?}7S1rOw;xwefjxCMK#-J>~d7Yz+w
zuf;wyz1vpzdNqzA4#2l?Cm8eUB6c*MuJ#C1`+!Q~)oNUA_1YyAGtmUC7z7{y3Hw}e
zKmP(0hMR=!M~9jK4Cuo0<RKRk+#2P9m{bJC+G8iTI=;wx{F?TVE1H*ZYAMb1{dn1*
zc$b4Ck-6!FS7RP^JvWiskdix&qF?DHM&^;w#skEGfW0RmQ#hS%!9`(G-h|HJ1#XM3
z?}c+mdDLY<KZl$rU_F5IQ?|>5fc@j1Ke_`B#^)k)Io+)s#fU+=A85tUS*1xu4>{=%
z3io*Q#`5n>aBddhE3|b1_ALAW$U<ME&K=N7V`@q;PwsZ%f*dt~eTk*0AMAkI8Rq~7
zTu+g=7f~2Tc))nO!50Itqi(Q0%KS2OL6ZG;O~>)h?th&!4s2XP0WkolvHS4n^pMFf
zIx}Mx{fTj@e1P_=#YW^VSNN|$_AMdHu{>sV+-@6$^`lhha{MOx!2>?aE9^7GU1XKL
z!lbAI6OG&$hY{l*V?Q%Z`Zaw@nm!8WzwvPwm4+jHuvnh=pr4c7kthD%^+f&{(6%sR
zm*a2wig#v@-~T|k1NI;K$UlFKj1=MT3!Yl<_6@_x;0Pw3i&nam<aV(fEjt4;0^Zd|
zC*ZANdH*QCA4>>pMA-4m4RA2T^EAyt9^Ngy$Tw%mjF_Ea{n)KRpS~@|dB`b@3~}dX
zX-3Q}WH*!Vn;wkIKFStQ(i{}%|Aa{5KXF=vDvPGeKB1&Ly$AR3MFM(!<W0bX%1FDr
zsasK(70lTTm@@9hzWrrTeZ}&2Y4f7#?VWh;qgHI}naSCXcj||i2aqRo;|Uy^X&+9Q
z?Jp}Y&G=_NeOsUB@ke7>juhjvBE0$MBr)Mt10v~>*&jPPIT8Y_-R`XMI^!B>&4({W
z)&W~&^QiH&C+4c%x<=B6t_!{r;Az`!O(vh~uxX!rPyYtT->zen5S~BJ20|=18*sEH
ze&_rKQ$#Ph2grUs0n4Eu+n?I#+9tg(Wb-e<W(w(Gs23diDXR}5p0sB}o4`NAGtc~n
z@^H2<fuGA6)}q{t9wMvM>X+U08a|+}^VV?~9u1VzhH#6H5R!hkxv^2y>a5d!lkg~5
z4{n-NP&PnARUGmwU9wbhLq;@CMTU;O5wht@T27ze>R;~iE|T=Yq)va)edgTXyUFt@
zJ@FDJfFpX)BKLb{nQ^h0&G3kI+kclbcJ$>k3oB=K-gtz3GiD%74%$4k1aowg-d?V$
zrS!OX&EMZ(Am=MHo~Msv&_`%86`>M>ocU<pebSfrmYK-Oyd^Z-?Zxyu5h55>pEnIF
z)t#VXj%n+ACV647rP4TTD$wzRx;x!l_i&L3Thmt{V&HwVxSPCK4W#*+Qi_noBC{-6
z1lf6p<<DB*#lL1QT%+CA7MGdWpPdoqq@Yqft$i0BVVTE6;j383JN58D;;PslfkRR(
zgQP4_eEFd++v_un!sD6ZzgWsm_(5ncrJqp6ZVY``I<Dfth3u3u)<!+EHIFtb>v;P`
z`}~q#7lK$TkUC;>BT1IE8`YJ>N^$ECNo{X7YHEkXB|;vOs}-}a+5rG5XmYXx$76Ql
zKE<`To@BL8J?v?-Z?7F8?9`85FkpxFcokG(h$uGlVt3z_3wY9WQXyk%6yA@gXUWJB
z#FU<Xp)KI$kZ5Sz%al6_K`Mrf3ChV)87ledIgN}*TDy~7=+3P>yjB&?td({@HEdeX
ztt{|ASxSlhqGK`E4K-QS!JhqM_KY@dbF-{btKzrM&gY#Vk85$A6mDC|wzn7N>!Nc4
zJg+TNs(V<&^98lN|K`F3O_oxVYQHNz_Ii$2nd_bg3iu^2uN<)Pb0>T;aynmrIl@vf
zl%Rhri)Oamp0#c2sg$UpxzoN|b5+T9O=Qm~xfR{gv859nGe5d^402)rrd}1tn0LQ_
z>EuoH!nJ#Ual2^7DKr!cN@C3`Nzit--bd;Cc<~ohQoD1x-G|%e>h|yNvd!o5#SdK&
z{Q*{+xk{9ivwjREqZ@4Qk?kw{QVy$JYuuyqgI}y(Nu5_DJ8f&$;ye4LwpG{pKPtX9
z^pf$uY2-5X__({wNfPIf>`4{e+ROfoDA&j9n5K~VT=(vmC$A7Qa*Ch0%{=S#Dyg@4
zGOtpG)yO8l`sK#)T)ujpE;#j1fHO~*<}0jF!);2MPrdZYbvi+NFEgq<#tdWNrpEyo
zx_pvxaPCaqY)D{Wo<r^tTS@ti@F(U^@ppw9AJ!<qstoqLw%l0fn<tuWx^kWDhCuIR
zbo(RE)B-L&KdDi5{(76HI$4|hcrj^Q>zaV+H-THruje);nkcIF1M?n_R0i(jF8GZd
zsIygt-XlwM2J;WXnSZ{uDf8`M)cnewV@vt2v$5Lf1@11+s$DwmPUI}t-i_?}j#st*
z&a5>7CmV%}6NIR{+^TnyZ$0jsgB}(=cO)6z2Yuq}3c-7-9<2Cn2(G8=N~Prb(Lc}K
zm()=-&QJ+W5ScIkIiPGEi4InIb-Hz-P&tWl3giA2T|;^E*m<^cPg84k@hDZvqw-?A
z^7dSp{dz!?xcbsGwzG#c_q|knkI4_O+!E~FzOtykV)52-Gh7&!XcX|ZGAMkjH7(&F
zRx%93?6j~^{q6ZamrugAl`k4M_TplD;(lvdGqB%&?FAnDIpNOrDed%lNay1AaYm)~
z3+>gzoR0^`???Z<kg@XH^ECUqIk!fs`n7dE^1+rGO~*D$U8R6Ih@4RP^WouOTqnRT
zi`{o#*LQg!@VU3=Q|pk&Bu}wAi#@jZvg3$LLh+j?=2x2Hq2DZ#o}rdj{!Ntk)Uy5O
zKDz-F!*sT+KY5}m)5Bn;HtKWE2&e}G<sD|lI}n)f<Lq!QMVI_YUzgIm%fha!kr5(%
zmaHv!nk<Ztj@Q<SYi)CUB)iqPAl6>csdd1rZOiRV304kj^C=;!uQV!UK1_ZarKE&D
z)`^~qw4;RKkzRMTd_4K}LiD1T&Mp0T20|+4BNqFR;`bp}O5!gm#a`4$xT&REsZSDb
z9)iQ6Q9tKnwJDved7aN~2r@(N=vkDX$nAFnG?_NxSqXP;ltt$$-Y>~=$rTErYw`TQ
zh`Z~cxYqx{^KH0wa7_sA!J%;ot_=Z#2S{)ySb%UFZ=4Vu0*$-7H|`Q#6D&9h5J*TM
zeYfxT*8XN@Yinn=cB=OOt~%9Kr_MR`Jg?{d*^i1~eW$Ao53yZ#4^|Jw7M#j{U@<b(
zKf|Ae)>3X8c}H#hxA9+3e+EG^{_-_)6&ed58uiSh^?j%2<sRTwif^5zhQF4Ms5){(
zJ&$0giEBdY?3L++;YXg8$DIen`TUIg1dr6G3VYsyG+hNJsax_NM5ao<oL&v{j`R^4
zdzpauLZ2oUmKlDlV!DVMy-@bX!odk|B=+$ke%6H<+fOHZ8ggz4`|_XB?X>>KnThWH
zq3io`jFKL%#^4xyhd5e{<p^yIXMn>Cq;VRTD@fzH4^;v#EJ3d<>K$h+)k^Xkgzw)a
zzMpOr^h*(he(w?i=BCDp#fJ~JC6L-&Axtfa#|P0BcovsjN%}Sh1V9hTG>QcPv7Wkp
zcY6fQYGBohfnGU8&>`LS7nL6!Rgpc!<k(<vI4<N(9QA72IrfA!rM^G6*1RCm<CrwQ
z=oFV<X>Vgv{#@&tSR-R9H0J=s2{8~=LC86N28%{Y#b}y)N1Ow${<F-ik|7dXXx6uY
zl#Vgo(&IE!f~0Q|S=BIQ&7;h4WL#xgn!rk+9)8x7pL(M$IsS$ub>kVm8ljEcxwC6&
zyrXedxV94=@<o^*xgWSQ9~$MLD*_GRA?9zgAGU_B5lGGhh?UT~Gg&&{)-swZ+`~Hp
zs~tjiG;;oK&OSEf--v;n|H`}kl^bdrDli&x!|mTHnX>jOt8*=X-hiYDkgv*&x;V}x
zHTux+geqMwpioB<*=3Cr6fCe5<iS30Ip^=I<@af1HxlG2e?hU)7f_fLaPrt+!gALr
zQ}#7-Tz{D}_@QKf8}Pu2rdSGQ=<+o*QN`m0h1^+e8o34I1?!aQs<C_=oy8BuP~5*0
z+kQpUcY3#s7e?IbJ&)zv6fEGJ$Z(y=IDb>X+*$C-*;$c3XISII=Z<^_Gd?Aw0`cEv
ze|#X8l?530(KLfVXJYn$G&NDDu5o8sZ&-0iV1cG)MQ;a+j;o9bHwV2|#9onK&4EKk
zSYg9b;WANLCRHAmm2dW|z*8c$`Xo9PW?_PY5J7QCpH@b&RFwZNvj{9&FwOL&sj|*4
zcpH%Id0cVE0ij3+*aAp8J9(#$%X$dQRFfg)ffYJOC0&m8b@W*cW@Wh95T#_m0X^;<
zeN9ATW{-1G7*BcLTIp9<c@uqxn?^{;o3iLin^QIjp=a%JWo?NR(V|)XqGrXDo2t#&
zGPq;*&4hmIZLStGgvYvemZv^^psJU!+$>wiqq0(G!X_pb<rA1c77ICTx6y((m~LaF
z<RTkb268W*>(5_7G_8x2;5D@L7W&yJob^iRX(BgK&KVnoC>dY_B@txcSX8JNm2SF{
zsx$AbZ|o?LWym95Pmiw*RE=w%``xHT#G)Pu!PRQIaxOyCmoa3QhjLdZXSGC_Rrlhc
z)Z%Jw?$~v-T2<h!y`7~_(k<a*P5mA2Bfru;;u?>lDk3`?t%BMV2S}Q&A!>ph!RGZL
zK^^@km66A-TRhb}cx^f6jTEabey8mUN+hOm$SdBCkj_r3z$S@}hQ92gzF!^i_71nn
zI`)kUk7NB}hWb(lmN%!JwdSp5>kWVLR`JDld9QWTmv(s&bt>O<_203^VPG9<^=(5g
zt&VZ6m4qK=7<yT=TB2OKBD)~mbL~qEEaaVSs;JK4)6R<Z9?#f9`HhNusosLgj;XjV
z>ytV_SMTG-Ocgl#y*awtygU80hq|(c=cM@eWcRP26iU8o%hT$6Zgl>~=E^uUP8GUg
zqivj_lsdD{?X-`hyW{CxU*2R#@y1j7`$vlkMEJQqfv3GhQ|SI-H1l0XjCB8bD};-0
z2sPQK1#hEc9Q^Q@L^K}F6yHNQ)s|6JzxXR-kEn+)cQ|gNPtbSBil|ldjBXK4$Yg=m
zi|?rks()tD=h|JVFcE0h-M2qEe5c%FW5J}81F}CGf@^oA@eW`NiAx^vjhfwed&%@#
zS#<i#FfB6U2D+kyiTgtCJKvktgyy0Yw8zYdv$KeY{JO`mGK%}6H_&x3$Ymsqr$Zfu
z771!%wdgY5?Bkv4eu{!bPxYaHjidNRnv+3E77*^_9^JFvknRb$ld{^}R>RG1_n^s0
z*yQZgz+88`diNwsXb>AE9*Cc)KJ5>V>5<5;ag!;Ditk#`o;=KjH093x>V!;JjxFa>
zi`<X(c8_kvk5F~?IGpydo(*Pgx}W9FEKJRu#K*-DcV7lmf47)L-%sLcPmSahlk?|O
zolUh%=QZ<9;`Frt9owv#Gk3*@i<SZRb&pow^+IJaO_!DPduJnm6HlMY%pG<QJcTb{
zJ1k#a8#IXL^@Rr6YDT#Q!S>n{{qZBWQ$0V3dOy0((Di&gVO)^d>Wd*Blp&#(V_Lk<
zoes1pP$3yk(<;c^C=3rC6C;_!aa#cN%pBw{Tv#l<5E>MQLqr5uy!jW`h^JHqC*FJ*
zF(6*nU7czqUa)_={1ox=oCC*Bc5ZfR8UK9QQfLsHFYeV|DW94SHt!C>zGl-05D7C*
ze->lh7W5OADNa8ox>0}U1B*acaQGH)_@>snR*I@u^d@JQD*Ar$E+F47>(va{ZEeJm
ztmD01H`XB%+@2JMuDs`8S+`jGOQwRCsq{4_cetQt*->Xzlz+Y8e1>ptd1z~)Ie9aM
zX|c9vsW-kyPkRFvJf2@Q5bn0T;<m6Cv%GHkdF>pcf!_M`XG;&bA`AfUolk<~HV&CK
zm^N2h-*zcXEY321E=<_Eb^E+t^ZC*AXM>Mp0J)WM{%sPbsfWGOR43DXTWAmM<)y6+
zlq^ISzV#q))u4V?Y<ii>eFuI?JVF8<m0gjap1bK@dHP}Y)UBe8Y1N5olRIyBon)`D
zW`DB=U@N#M`jt{7evdnOM+&oG@A^q1elR_!vMnH`%Q6#5vV^rin!WqtJ-eG*jrt)w
z&2u0=!1mv7zpz@)ubq`i216cq7h@dF`}6NMP#<;$F^jw*2RvUP4v9yC0())`sl)}q
zSXNFa@F{hAkI7<jQL|OdWqfem0JODDX0^a8aP%_qs4(v!dgdqrLn%H3;!ED-PX<*o
ztw_}_CEd@x>gw#kbk+r@0Cf%u+>WA2_aZ}%%H$vvb6fD<lcz$18~|`#-lkyv`nV;e
zvS!Kj>!_MeUvpfb?$$Pd|7_I#WJK=l*6k!V@rZKf%m9OvlDH?t{Hf9Eyv7o((zA5i
z-MQmhAj6v>B6~tEcgBO+jdlNeoCk>|#rfT{aF$3hbAeMU@aa<En~&`FS}@wGX5{0a
z%rO3ipOzPeRu{)|S8N`blkvP}>&*+;C2`BenIPa0AaKYa_f6qLPf7gc`^~no;Ena>
zftPu!NZli5kFU|BIPCIQdT4-d?-@@Wg}6J219~`z`TV!+HzC1okX*;%pWbiM9X#i`
zOiSMc>=y204<bW;sJ*~$N?Z{`aVO@kr!hEivKvXc8$jYFkaQ7GZbJMl>$iJT`MUeJ
zikUOY6a2c}J>4^>ZxEOKuL<8El&CY$CzOj9IBakbFW}su4`gI@(<ryCcCpU6b@NrT
zreQ<Z)^AHK<RrH5mZ0v(N#2<$`uhD}6xhiW?8$d255Wdx;M}A=>Aagt^F>bC-=o!#
za+>_ycnDeTOeE&(eav6iNl8cWxm#5|AO#v=1tsBraVL6t!3I6%fMaXsd&0@TMlHXL
z)_@c&xBYddE>5a`ncebE-P@5|K$0#X9@htQf8vvl0GC5C6kH$zsVo$;wy4MdkTU+4
zA<Kq9=nVGN<3D%HRt<+iV#xW8GZ778IB}Fh*2U<UXE-w~DhAgw21Dv|tg6Yhim{aA
z21OdV9Hvsrm5Xf8J`igN!%vNC!37E*f8V&QHc*laT-&GY|C=(#GUUyKt@6;vHcIR<
z)B+9z$ahMr+PT8sn6sF6Bzdt~CWjcvh=9CIKiZ_!%y$f3{k$s-!=z<Ap%`YZMU#tG
zh!^g}ri`PQ%zvCAKbP)^DcEwn$P#^C?f6)-4EvBvxK<YM;d;d$&-&C-(^Mp7>UouW
z3;jCp@xseKaUl}+i3q`Jr+l@1t3SWjX3(^&RsILTyW)`)hgr0+`8<szj+*$!a?}Km
zNJZz>i9%g7kq#dh`gDd5w>vpXmgvcl;8POTzyl&Mp~-kentfP|+&zSMrk*9t;H(^z
z>|M)!lwLU@%-J}vT{SJPRWJIL5pv$o!IC@IO_HQ6tiita`+$y_SRoVwxe``<^6OP5
zfjlkp{bQlwh`<NJC5eUl3RB*U>iy@`qSI9z%n<Tsi82Hx4Aj(Z?WiI9bH8aedXp6m
z09W#%G@t&>l32>Ge|E(=WU#FVV=Y#979J@aB&=j=XvD@{2i9j4!#*+2_w#77x9CQu
z{!-<ae-SCR{5=mCjv&`$MzBBC5-fnwT3d%|?Y0`~<LnzK3~&}DhM)D7p`I01mbp(6
z@;%(}dEKv1<jt~Fmlt3g%MBsV0OC%JJu~)QvHQtyMu6W8A@>$()_n07$&VFEr0=yL
z2D|Pebe#9pmU)77ijsFB;4Ga_|55co45uzmU93k=JvxlDoU73?Ngg+g)z*1f?D?DL
zX2&Z$MzlYk(*~cUsIYqPk~OlW2J%RqxbxBS)<|InTQ@F-I%{K|>HV1@<n662jOF6W
z6x>QKE0x+O-C+kPE1DJxKS^t|*x`74H++me#T*we9OirARq4DSQ?6ssRaKY}n%zp<
zU6*RLK0{DeA?4Y>!UQ`7fmG<ekQ>fVeyR6Z|7n+-h<bBSlqktUFlDE0+Za~S;>^>a
z9yGTgkt0w;$jjpXds_Tc#6WDkSSAW2gEuPcFRLbpo%}|4E2x}m>ImcrX65WU%VK9D
zd_577{O-J>lt!KBTvf%)gNqMZ<@EJ?R2U&|HhdlQ`s0%9+nXoBG**ype&!JJ{m(9u
zv=$)htA=MNi#LeqdBy{fa?vy&j`Y*yFcXaU%WNdckRvsP)<~v3kXO4O6gas$Uv4eU
zS~DB|C|+l$o`Y-f?HJ@zBve~dnS%Ok_QiXxi32WHH1O*bL4H%-k*XSW(YMN%v{8X7
z%ml~F1_1WRw!|sKRpJoW7Z|z)Evs^ILGUZ#d;oo7lZ%{R%zB)#{@klX6lBUyS87gZ
z_0UHYf}e(K0m`ENbQRT5;-=@MJXG{RNDzmR>mw23wJkFaUCIxQ2QJZ*38?*|oW2M*
z91+ATHY4kZ52B^<yh>r;d0wW55hy2U)KfDIgGQIObey&o3m^O{Z6>lnA!)||xT#0c
zPVLUgZ9{e{%8u$*S3JspWoZyGW5&biw%Jld93TD-Fd1>QGf;RAi&YeT55Xr<RL23*
zd`6+9*is0=bWH%N(z#}1GiEUL902cihpwN}tBmfUbxqJsO5lUnaqo&_Y!ad4g{eYZ
zz}%^LmY0H2vY~1^sAtFVs%4zj^Eq@#69zs6koT2>g`wk9T;aJ0pLAgIIi!MF2c#09
z+29{8Wz$nhSxwihfSa5eO6X^xN_G8OB{L$Hj>x`3%pJGDKx2u5<F<#;7zkEdV5J&z
zz=0wZoal89JLKpMD#PFm-}tz95&pbEMlpF$K7`gs4G0%lG~&aiEl5aOsa#-+7D`l;
z^AUu)5wTTi%A&il4K${$R7n&}m5flUl3Km47^ZtsuV}18SZD5aW6a;4wrYG~K+71a
zm05M{HN%6ZQ;in+(EZLh{@|GxyHAkXmOYeHbBJ60y8Lr9fawS&MJg%=Ibm~k_ZlUs
z=1B+OF^7)pj*!!qqcnwdfRo6VrgVIGLWvsbFP-rP*wGE<GV~7ZN3Z(puy@7A^+P5;
z!AN391Zn*=Et4>+*+&yi+_LBvEPuem#bMmgQ&k8I=}G~m0@`^LL$&OzLFxTyd_m6&
z`EY}XS5%?+x<af5c>pRVC%atm1DXe{>iSo7UPvWZJKhZxkR$*FrrT4%Gaz0S_JQ|4
zF<udi(&xp1x@X&vkOvpW-T-Rsj6T5tU|kedM+TiDE=D==S)edKy+-_ibyk@12t#er
zQUhUw4A1AU&Y{NhJD@jMdn|(hN_jFvLVbnem%7WavEW$63x1is46#SEPeOPDfSxhz
z;nb8r@y$Wc>@wmRfr^|2dM2?>NK{&k4XsD{6oR*nX3{9-*Cfq_aA{vWkSrJtrrt(C
z9JA8JGJdOXqDDj#FC&>z%rh6&w##y_5MaZGQJh<^<iDtL<@(O>`2o+oiwC!lm3D-;
zy{n8P@M}wTfMBxh0US~1#p{`6Lc19sq#c93Q~-1RGcn(GMO&>npCX2hxe>8yMG^-L
zG@N#{9)~u}`t$R<Wk7@KJ^^HDfI1hof}iL5;5PV~+6OTLt%ug+h4qx4PKN~4XwMNY
zRXL;*5L|Q5p#qaNmue0LGmiN&op^pCZO@?FRfVZ<y2hCyfW!*;1Kn=e@j;8-BPLZH
z(>Foi1Apd5n20D6$t}_#qIGcIs_JG0&Rd7)FKOdKXvlkoBe=-eUT&w{K6nragj%2o
zbAABus?knlbNz&m=M?bdE^tXLtVw;Lp%7(~uc<3rEUk#9gx6ntb2hq1#J|4TZjvge
zfK<-n;csY%ynfFjC>O6K-`?+_98n(L$h^G%&?F+Wftz^|#N2L;`}@SEZ5E?=ZF_*g
zR|0^@x)mWT?T9vWSO0Z~eFjhJ;IF<<hQVmwBYrN0RST*2w9S;bB1alJe|a-vxYx9i
zs$p<WK0{8E$Amed=Rd~Qe(@ks=N8y}2&ZN=Y_9+Ak$*UY^BqtU{rGE<yV3cV7Z0p(
zt$+S};`EJR8^nkEncW!F`dM8{X^)@`nRj$c$i^JT#Dcu3l#?AOT9x9gb&*bpZH5Je
z6Kx|TZUGOhyOLb`$c_;0BH{0I`Y4+5HyIw^zf}BVjy>3vRA<ngAHcS+AZL3=a6Fe4
z`813xQ!0FwBPNtRj=qr8<O6qd&G(be`L1>e&w<rD1Zh0@TU_{$I81m)oIK^CQcO7x
zb#vd{g1os6&@3lLX(x^5f+rt8F)yHkkuQu+op+QO^x?RlqyFIqLeev)IeMY!F^fpU
zV6*E2`bQU{<+YL|ROEqRgk%6%0vh^&tDiqrITngbz1XuIOGA0|g!<x%E+0^Izk%g8
z;r{3mD}oL9u9huxu;fCqLW?Tq@e@xvB_2dgJw;*TvpQ{x4&y+uq;=O-QMe=$OnRj7
z0II4k+OJ`#iloKW>aL?=Lr^5s1PY}Nafb?U18L@xSm2>A1MBkxsD-mYMMzLYVJSy|
zWXzi|Z~6gZXjd#b4E~;9#Dzx+5zhTe{%2e`87dqbFnx*%kbO!Elo#xGHyH`{!M9z7
zQCp0Cx)l2SQ6k;3`ZG{~ToTB<kRU->DxocqYeHzdkUL?b!UoMKDX-!}3==7g#=RH!
zECfp=e`piwN!mkPf0vUeS0aPL9!N$g-y&eQYEK0t^c-;`L^Y9IQFj!Sf3iiSCbNJ2
zs-dWF+H?exUo?cg2JUMCZBGc)1AzsrF*c`+tR^ZfnIIOyFm5O(3vCML92X}ttT(nb
z?hX+@4&XckTrt3Iz#V^WDyaH^VXNbLlt5)ktQd^&l$;p$!FOEkDVa)xHEC`aXcyc;
zX#np&0N&MU1NXx#GFY_K1M3ZQySYsWy_~`@Y+N<aquQj`tx)U$*z9s_f*CpnAodxk
z|Bk@w;3T4n5N-Lv>Trppab@)gJ?kjGS5w2yxB)_lfuNQW3-zbM02=(%571N^^-%Df
zE|p|x9VNB;u{yZ;DUQtKLNTa<l|?cT1Vx2&I)X^{5iy<ZQtiz@UV}N=<YDScgUw(Y
zS9xVmB^cInmxHlA(0z*;9AA95Oio&SN}76IkO}a#TK7*Ue6R^l;~08s2qaJD{<axI
zDH%%X2&7T~(FKIktd`LP)W3qU>e8#R!FhPq!%EE1*bR8EEKu@Go|^$-;tMs2BZO51
z*t!^u{TEW1;6WM4Q%8A_5e5QF21AS>Lx$S8OY?3Q^0Zul41-XxV<=5B@M~}=_4Z7W
z)-yUuU{-dh=pUAh-)S@oAmK>D-2lPlAwpq&!V<+W_DoQTO*uCJ==oTctR9p+DM}0g
zs`;qdR1dTTft9)Xqy%+UBq8cX5kJDiK}L|hvxrxV^ZIVU;mM55-4q%)P*}xiH@RY8
zN@`o7-pWNlpde8rOpr;GkOc)Qf%BxKGO=tw<iZDfW`%JP)98I~HU<Ijnn4oKiRG8d
z9K-0RaENj}nAa#mB|aSFCa*`bq))XH-Tr9G21p|*jByEN&5WUehVeTCS<(4mq8t|H
zPS&FlJT1^GOn)pZZ5W;wp_K}u85_uEnwG_cp6CcsSC1g8rzOn{hoKScgg_W_8Y&p^
zG?~9ZG~(V>Ss882ezO=a22p{k?kTT%GOeV!;nQ!k(Lq5ct1Ks;p;Rd1-Gan=Q^JhG
zL^<gq2O-drB4M~}Y)m2X>OA19B0HCfG?&7F1PV-Yi;&tzNIUY7sYBw@!k=!hCq{;2
z$*`0sSdV>9i%Qdle@+r$q;I#DHXVlNLV6qkWW9Y(=}Y*kg0Oq*`7vU!upUq{hd4ro
z<p`A#!+BU)KqRXV$rK8?B0wbSeZ(fx(p*hRPvPI5&9kdS@EAs1zXtF5girC$DQ~Z1
zK>TZZI*>HCjis9?J_Qg53N$JRB5|ZHLOd)`A>5P=8)DZ=Shpkr0E-dq#Of9%oy_sS
z0A+s=lB*9NILeRf^woo5alW&l>190}c+1ve!=J?|oe0pmhF**DlAY!9mvAUo)7Br!
zV*F4j7a_+SU@G);q53AVHHgDRmc-f+iUN@&i{CDB@dQv*P|@(-j&h&@HrlfHXX0d;
z;nGK~AQJO;Tbu8DMs=Ai^_aH44IA!RK(6>dU)_L{zXN#iL+b}$2!+2Oy#U<H?ocly
zl3ZSVYts41%THXc<?tOqgdK6!Im&%DESVh6m20S{WuSrrb8i`^=tQV=V;0?)wz+x@
zRkk5mpA8+^jlKY{b%r-Aa1qbFAipbxLV+cZ_dHo%dQAWx&^{q)50`BW)B6A-ftx!_
zu4?}ol|Y&_s6ehJEntGWs_o#~mSs-atrV3t;!oS(#B}wnH~403Z6tRos6&<8!K?A$
z2MBhE5j{kOligRG-R%WLB?1bcf4Ztu%cO{{94kY$9hdf`j>f?%Yi6pJ3$j~oDwd?n
z+u!UUYEk>vQTTf0Uu;#^21IpV=|WUQXUGI0sr<T&k&8jZTi03#vwuD{_AFb~esTO^
zXeD5;=ey5Kec<hfv==<^5wKVKYL@ucUPnx|#rKou%)0!KPs$kkeU%Xh_vOPEx~kqH
z4(j%}zQzu<V!BG=x&_(?4kLRnRo8+z9A9D%xW68HksifGAzkMVk>ZZ?{4;h@_R)z)
z?>;%iCffeR;Sg`^6b-;j;c!H993}Z3dnWFBSVef@9;I11CFULH+3)Ao9_Q%l8Y~<a
zMj=%)9rM51XB^o3TD>a3jm{N6srZ4b+iqAg;%xQF?xj6M*K^<15x=6;xw6$cM%Q_s
z={Q06u<QVWHPN2X(}wiZXaJ7hc7%#`gtDAVim?ls6{PM*gnj*PJ;zyxxN8C++7%zq
z-Vs;N(^a?qR0Zv#mv%N0<*MiDVvir~x{4c(JRQV!!z4MT%^J@PV9w_Le@Pkt?_tQ7
z<Pw(@YL}GHFR2_Zsr@f$qAzJPF6qiH>Dw+DMlTsxE}0H5AO5_2gm=YEbM=_>ibdjz
zRqcxHIp&Jp;R@R^=8V4L%DBRIjCtCwct@}JRw!(aTs`n{`TL-HtGJHkI3Af%Pw>9q
z+(zlpVnYiNF9Eo2>fdk1a5Yg8u7bG2Tv4zWN&2V=^=*h-06^|Vl6w7XZ2+DPv(JrV
zl*SltxW)BNW`ufMvPPMYMxT%N?Dcj1wT^s}?$7HrzzsYJdmj5{MeydCM}pz=n-1$6
z<D|If(Kl_$H>MtOW^Feu=o^biF_won$rm>-{zh6S;R|>m-QYep(fGE}NH^wir%YVo
zBX1M=DE<HdK5e+2yjv_+6#sUZQ=6|FG)gc4>5hWDU;W|jfsaRvYx6nEdOIp=EXwYh
zD?$nDlhHp#;b1YWTULm29Xob|gI{q)3DAN)pWhgN#Fa0{^)SH={OcAQSmM=n#r`Iw
z&tDYnAEJiqp@1tY87^W1wvmhyLi!t#MT<LzJ70v^a6x2DqWEskVsCLh+izc~gOkaA
zCBF!FQui~^dxLe<GDv_pK3>E(q{r>;hZo@DpVx}eKpE?BAQZrV`z!f2N{l(mVia6K
z6ZkUuwH+sc`$ag(1z4TtuKD?0i^E;3|6N=3U3<n|N7-Fx+g;b_UH8ge&*5F~&$~Xn
zdo;~`Kj-~`#QmV!{m}FKVTbz>|NGJC`>~AsaStTof1X+XKYcScvy2P-k8kF~`et$%
z-+%9$ndMj*#ppy-8U7*8R&qSr-2W}J><g3jlMr%}1iS+1>C<DOv$ikazolg?bXE%x
z*6`tX40_B<sq`;&W@mgVL$CT!#^8~J!6TR+=fBpO_dl6s5k0JR=HbIy=YKNGqO3Yn
z^49+grRA6U{LlX>EnDf)7;7^8r?gC`@r?36+?fW;opn?m{&&{--^?<nlk&gNS@4wt
zoyRNwmzMtnbapp)2{dsq@^#d9|BrR{|JOP@1lqnZ3Ha}0%cXD`oDLk3LJ^m6diyY@
z|HPKb{UR8!?PY9l`Csn*f9WlYhx%i=vu<cGwz}+)V)FkWo)eG{kWtkCLC-Y*pyzas
z|5w%JSfoXBrBQdIW6lSg|BvYTtxage|2lfE>}+rQ7d?NtZ*0Vdm&?DDZ?1JLFVyXQ
zF8Q~*j1|vq^E0F4V<VIE1B(mG%gY<<8#A-xXD1*370(AJ|1G?Hb$N^x&)v;~|69y6
z);Ev;Z^$gOHvU&;*$YZ8^<Tc3@u$k;wo>Abg#XGcN1*@BEDN9RmH>tS$t<gnOalRe
z`>8<ow$^j=P+OA1mqZ0x;8MU$suu3GR)*&rroTd`+O%l!t$1F1P5H++lMMnDo(eDk
zCdL4-SXbETI^4C#vA#JQ>znsL0j$q!xe<-Q*e)A=ZI-Qf_sj(;ywx9e0BXScW+oq)
zz1=AAh@*ZJj6ar&A&Qu0kcORaj&D8WB1JS^?uU?d$GY;u@OB}A6biLHjhBTzKh1n0
z)JS6qM`FB97a*HhzRxBbSAO99gVb!As^PY6xAn)=3@}Fk;<3jlGP59*tMryq*y>FD
zF>IT$mBHGi;fTfa^ugjZO_9^>w!${R`h}wOk6Zer;)?S96zQ1s{G@K*f@!-i@hhqC
zKLXYA6h%&`KF3p%LjWQcg!^_;R>Bnr*}^Sq_97I8m(;Erv0pe~p1USH3cK9j0kGG9
zB%$;q)zmXD-eR)2a^l51$?1Us{qX>305}S{C(4Sp+_|`=F1FM*a}xJ@3)EG#l-Z7~
z*w1}XA&lAddAAzl_z!iS#!o$|Ec-f9S%k*rJ^P<!mc7mG+P2+!XJ|-80VD76A_wEZ
zK$Q7Au?oM2ZC?lc`fc?!8PrJ+bLi9Bj;{}grt&EJyS^#xnLK;ax1)OqaQY${1s4Ye
zzniWg`!Zn%F0&tO$a456v%DFsEi{77Eawangkm$xg#TogH{aYBi#+aIz3@5zgR_x*
zMsSg@Ecn;u^C~q5)0B_F9OwG8#@XR;*mi#|{G(d_PV<a(_yLLCI?krE5gzyVVX%$5
z8+2+e>sMLkal)dXl}Ge-i^96T{TznQ!PTksmF=ki+~&j>9J*rpY&0H>2SXRuI0n1q
zDvUEJdwv4z2j7k{*$5;baPTK4i$GKN+PsW796J<k$V5s0vh~gja4>w2mCj>6B8j8B
zJ7tf~q8T6?ZTkUDD+<UU(R+oF9K$=sb$rhgw_X~u?#uzOf{er{uWXR71Di(ik1UtZ
z1=0CI<rwE0BE#t$c<f>b4E3H8qqrw(9b|pTn%?^xY4h0$SGZ#OEg3(Fqe90mTW{Dk
zuH`yVE%`bM+R8tshs#E=b3&cs9g!3Ov55jv1kk?L@qA3ph>!cyA3Y2I@?;yD1CBDL
z$H<KOJ(tE`fE2b6Cl*IzWPGyKthk_F5O?MfA^<6G`Czr1jvxPitR(XVj=jkPI<!Wb
zLiSFVrwm$*nJ3jXf=e=du3D4?f7MTOHvxB%FM%b?mZ~mOg>>E#PO>^(VC<kOQK+Bb
z6<27gR4lh0P~bj+K!ZCK2ECyt#=?W26t7ywaP-*)$ZkP%3Sp#g$6eSWuHk{*b2!i_
z0*|C2sz)SB<9ehJ;>^WjW(SQ)v-PX=|C`Km>6o*u;(=}|EY*#X6^d8|F(-P(v(kTO
znOf8k_iEJnkP2o9bqtfNs*m(`-=ST(R+sR=W|o^5ICdqYD28Bq-r28-HZba(YM(SH
zLMDdtg|T^`qcsQ{@_XLl;-M;lo+7GusDQs=L}*CkW9<4u?k__wRpt}&#Kxf_PC7hs
z4$Y5m$eRgh_z#7|EA$Ixaf*3DxiwTzARLB1c^oB<nwM(^abu$F^0FFm`7ja@(S8E;
zX(x@>Cy<E3rZP&pN{v(}%>+YV7K1IM^7}x8V&m&#{4J1SQDu1J6#`H8wja9&Y|IRJ
zjIT&L0F6M$b}su;1q|Z|STw8{H}6s*-m36fE3TTNZK;uIk+v?6<IE(NsgrvmUwHtD
zts#4j8C1A{h|9Pax4TWfv{8;K=JE6Nd(9yigO7~wq7~cyphyLbGK+l`z6$MbYxJ1g
zV|c&0=It_hdbzSE?+yVRu}hvc2H{AbjM4RBp)45VQLQhCO9`PWGm@;(#m12u$ZM+Y
z&lSy9PQu#;jB1rKPc1Jy341zsdqV#3TH^(+4zl=BH=-hK8BSNtl+zp2YWVCU3)W@=
zmz(mb_=RE{wrx?%WFyw+&Xx@3Yct{xV$~t;z8mI-x9Q~Qnh0b}ki{2o5Jj$|fKO2n
zg=g}0r<Ku(fzFBHH&qB=d#T@aY2Enygi(*bor=}gDPbS3as746H$KPy{Xaie`Y>s(
z2pkz}0PQW!0RFk7hKt#vYGzAaq?_v#*9{Vy-KmEdPYg2pG-j9Oc?XxS5GRV)G8R8I
zPg1th?}l$L+<Rq&tiQqZqtvI?0kK;7R^FhEt`!yrSbc-~)!U5f&%-}{_8F9V3r0MM
zpZ23}Hsd%K)I8l@#OzGglw4#wncF|z{{eOUdhQX;Yb!Abn|WO-qNDnIsrHlMY{1BO
z-F!mFsMNt~De5P0CW9PrNFR@#u{Rba@g3g@cg)}4JbC3NWU50(JBhD*k*;+bZCkv&
zXl;CxDYAL;{JZgT(?hQuEn)|lyac82gJb1Wg0rH)md}5Gy^$GQ-?DwOzq-vXnzZ$M
z`H_51?dg(B(Ib*$=V$BV8K3-0#ioyWql21D*xfoX(=}#GrDjt!_BT;BJsV_ynY6dG
z-gxhwSsV>0e^!$O<=5PuhJa;eb;=w1X;Ln*tG=UO#GVx9*Bm)YtW(t`e+wq6+Gqck
z(bpPqHqtY_W*uy{Y5s6zZ1xYHPxPCmrk?W&e<Ba)LiW(uhmIb%ujE!g0}nN)MV@`v
z)e9rDd<<I-Z5%&cE-CWwc^dMq`7r0zomJO-{B%HDPmfbl_}k_YsC37;oQ-c;cdLs-
zP`09s?e2Q#CvGb*typ^3{J(P#fj=c?BQZb2+3u^I>|Ev_=sYh~vsk~Rs<tLD_cb+<
z-B>>mM}TFlL9dt58IQy&#@(;pKVKc7H}2}%z>sc2S2~Bh^S}2zC!b}_yuO!y;ru+S
z((*dG<p=(_kl8z{+wT);RK5P4yCrhIyL!J*#>%`V9ZaY3-lD|Z=Oz4(mfvt?_^ll}
z^Kk|`|L_wYwWv_@=Xwl3^7juq2n-qt5%tr<!TSp$<k+qj5P9ec<$U!U?*-*^x9CW>
zdv+pIPQ+xiX&?N}tUrQ~<84kGqR#g%cbOj)-{qTlXo-Y}mqRE`X6PsYM|Sk}d9*{r
zN}!Q?5E~ctN+LkE)rXhsl@f>7o&PI!W0SwjUcCEhk~tC#DG$#b4&PICW@|%G7~611
z+Z5n=q$>nosd{La2eLPiEG;=SmWA~CSz-+E!*r7kj0D3>1A-<>gKi|AE5T!w(P8Jq
zj)^}U->C*CuDpti^wn?m>Yt0sy$OCn<5&0vZ%Bdo(D<!G^xJ@TzwR``3Pc2}pGAfz
z!A_a&tvLAxRM(&LCBtfHphSG5gTY{WB>3G+)iPt3VNa{uNPcy%KhIw*N4e>>M!B{-
z&HVKB<npV&jkU{gw{3NAF|zNZa%sCYFX6Q9T#ehKAy>J99H}9P9W5=y;_t>nrN1CA
z+9EsJf~?db8ORvhqp+)`7z`fKN|YCTB%$;uq5R0S@+fvs{Vg%lueszcV-#Vlq)YR%
zeOG&gH!kwwV<aP2q%pqd@Aj15D9ke*U%esRzwpamhDjt(+5eS}3}~+>y!#nO40A%Q
znwYdjwZUUc@!cQM_*Eap(mFX;QbqWcdqV^4T~`vfG9uWylW5x?>@vp-IwkE<dj3Sl
zLs~+Ik%l(I22%ml?rT&Vf^fk%&(0i>qw0EVErvl($hVwf9>+>v1XLT=hA(51_{KvO
z4nyTK98734dxrvb>LI?c$ofN%w|?mk;|_0rIwY@Yk>5blDl%&hU%&n3F?1Vx>~EO#
zE336QWmh??Xxu*%|0QT8qtz*cv*j7xm+Tg0%N~xLBDzTQ505pfm$hw~Ri?R<M>$QD
z>AS_R8M(4`6h81BLza&-1Thu4Mz=1jU$SQ2D7=Pcy<pF6(#T%v$PKCRx7X0Gq08Gb
zFw|wvO*PFw>d1rm=K5D;{X+U9kMi(w@-3fb!tC<XG(J>xWI1)9KxLNg71<&7x&Us}
zni7i2E^qKn7IHOzxT8QID<j}%9;GI~N(<!1sgROAhs!MMEGECBqF_7=SsM-SffX(m
zrtnr4?!&UzoU()~k^U7q0;bv38t=t5`FBx7oSj9qu?2kDA;EZIV@SgwjT~k(WcQom
zITiy8RG}4pu5@7Dx<+mb_j}^sDHAbSD$crM6(tjeB%_EzEQ8+fC>&f%BB6h2-<cBR
z953jXVR}+J&Vt0ecFu=o7qoB}>$fA>BXa`Ha<k})>LuR0@|2G%m1{Ypys<s#-^Fj9
z<COm@BsD|E|1LjV$pbvsH9`UG6%^A6`7#3w8z(|_HM8&53WC~DTQPYB6Pdfs0D@$I
zoi$0F6knuid5%;Ww^^D0?}GG>^ftl@VX0yU+Ufz#>S205Y+(64tcqs6;<ILHmsBxv
zY;MPT*=9_xnsv=!c1?duaU*@*lrzdVt2ALeYkV~YP9O9mw)VRZgb-SNeo|XMfujj8
z_pL07;>l5iS4EE*{S1gNTTgjYn%^Fq5r~H)z+AtoS)Wiy(uszQNi}*`7EKb?lB~b(
zh^<mM#MCAKE@z_uz+jH6wcp?hYSdzGoak&~cgedxuJ|;b6_;grY*zc!r4;51L7U-H
zI5%mBHL*=L`8hWtd1?}l>k0@fp>fRyzl}75YIHZa7TFuMQBC?AHCq$)IoSpLRi&K-
z4bGa)=3OmL<3?H=4K`R~R0XkfDYTcal0U5v?kq3kX)|=J4diJUcdS(Rh42Ad-*j;V
z1=ZuZ6sBo4ZfSmiN$G_JA?;$@Z+YH($F&!_RKh*m-gR+kOhD3tIx<gdKHTN25H-Dy
zYc4kHG(^_vctQkF0B}yH-Xu<SPE*ZYr<G>Q2Dj&#X_rM#dtq05rc=8Pq7!}B+=)R!
zR?S=A#?{N-L86_@U4y#Z%;6uUJ4;-8XHFsXL>)_2Y|Q4Zt2s>@F0D=srDF_T#>niW
zQzP~Iz60~#qOM*$Pm=R4w)a&%!BsslhL+8^?(W}ZEkr%XalL=Enj8H)3D7tJ=4f2u
zj<p>0#U%QMq1INjYf`!&6W4o?Vff;%i*d8R6AfC;=~*`)bcib~tf-H58i<_irk3dh
zxK`qb>Cv7IJke${SF{wK>J(udczoZfon6=v)XSASU>x72frCSd?p4!f-l!+yV;<Dn
z92)F`)SmW?$F|;f<;w*RbH_u}tl{3~Lkye43k4+BGK0ZYquP7}GLzL9ZlZq0vylVy
zes1kiKMUsF<Wb@H9=`3N@6wIVu4U|uZ4rEJQLe+@)x#FKWByY(Hk)IC+Jl7M=#Z{@
zIq7z{>hXx&apkzNJPW3PV6aU!q|kL_jkm9)y4rDLlA|i!U8}jayRUY$Z_u?j*LA4j
zjBec;x8-cCNPDEj^;za*g=^6GsKwN<%qV<rd~%a6z;&{jZ$ihlBZRlnsj6OnvP^z+
zM%{NxqohR_0oib!`gR5}*oN?1jDC)%4%h@0Y=W@v`4wXyo_Sxl_V~R?+jH$%4ZGPQ
zmoZYye&~m(`^{N<p-FMToF?<!N8*7);$i3b#vsip%0F{tI+)q4>iPBi3G?bH+7BOR
zHbHx?lZ7%PLDfyQr!_a(T^Q*p(u8>m+1c;G^OOk?YNmy$ZX$67Fpy+g{7-+i`N&^H
z?aMMHGgZ^P=W|BZQ#?A0JRfGcnCb`Cn>Ej=0<`~$MF9Cn_8A9)f?J>W3}S)|$^Xo#
zZ7uznntw4p|BV>u70H6b7M0U9$i)pT&NRViJ))gEdBr=Bdr}`aHlf^ue0#nW^mZ+H
zdc4<VIh>zrx_a5BdpY*QD(rl<G`Hxqx@tCVJX2;d_`|%~`O0@b98YZ^kasnoiK<B(
z+&c{dSgt3=PZFH1W)O{~j(1=*h6B!*xGfihnYMT^H7k5I!yjZbyZ%rH-2ano*3p^V
zng)se>A&0<H3%xW;Vu~<UVKWj^^qT^HDR`uY2(^;V_CNPdD<4dfW#RJ#%yi%xq&6N
z$M&m7U!Qd1yXE;vk16VWZb^Xrnwr0yUiq%G_49n~_c`TKJ<*f7#V2zhQT|U`vfJX*
z5Mk}^V3+Re*w!hgk4+>y0Xkb>Np{FdKmXyy(fF`q)v)sf4t6=;V3ylvm77T5YrL$g
zmeLxKSL^4N{VXQ8r%U>|mFdexO)ne`ps(I@l*N5A_r>Kc7#m0~u7PZA4cS&N5V=0<
z4PMgj{WPt!cXPgP<F@B%b!ZUs8B+blqG1OkSifu)vijod7#2i-(P_1lu8R(A4``jg
zJpc4Sch-pc5GwHHweF#0;s&_-(4v6kB><fFb?1}LdI4rCF&>@tcIMrOO@_dE75)uM
z_v80+pAB@6z1%-%<{f7DetxL{&ii!eytN}IFv9j}ETMXmP$tW{cAd|BEK_#tHRhyI
z?$k@}xGnFryN8Gi0qP|IKiS?8MM0dWmu>jwY>4}qU5_+$$Ay>sFw5KOc6*5r&zt1F
zrOJJ~wg4`<pJQv+FA*T_WRMsf-2Dmk$$fRVc2y;BH&{9=E$5`gY|-z}R}J>_7P&9i
zA(u2s-w4q-?X}-j`j4?2or1|AoNt&7G3W%|i`EvIrDq9+i!v<{<tu6YpT7xwF@zs~
z*TtdH!;yM|^9=BrKL7Zk2PJd<d9TiuC=@KFaG{%U!P__VHV1uGxqbZ#j&rj_LAFQj
zaZKCyz3Cy2LGrh!dX(4^wNH}Ixu6%KbLXHZpZfSel}ul8C)WQ6%GFYtjh6n{{P0xb
z(JAcPjY85fjqDGp0+LsrAl|tzPLIH{pFmr>;2oxkLDCy8ffZh<S)*?&>d<3b%Wnqg
zU$TGy6n}yvBY$d$x@6S5RSqS6=?SX+{6!1^j-TD)hl7OxbDx+d*0knudwMnl4F@z9
z&*c^=$v#WHxGd27J>l`aMDMpD2C-p3cUjp-ft}Zm0|!WA!Fk;eOUzD7(jAiI=OfGf
zT63I?zl}2fY>UZ%3F*6;nZ2L%xG&QK5(DtxiT;t+CyD;+59jtVC-e>gEW%BodE(9}
z<2X1%!mep1>e^oX_&qxnzkt_nvF&>fIuUPWasxJUZg!1y<(QP%)HI%o>Ie;X&D4}9
zyl`vi0X-~F_ALfNZ+HYRR7rTKl5KcwP^$AmE|T8pWZwA|;kLTht}-F5V7s3s*F}^P
zI}x4uD`11|5W9|`+1YIaD|wQxvSx>iu-#-fpHpM-FX1oR*%DN#YcQir+mQq&`6x!y
zs|Dwm#I&o~R4OZ!qUd!@c>}y4A*y((vS)QU#(c>OHbdf+!A7;lV|ir>YqGb_?r``t
z72|g0xjUTjNG&gztCI!dY4Pbq4Ci@dzS|rv$;alDmd$6+EfTzZ-}9(T8ozUsVE@z;
zWLL<>$Sz35r_XaM79Wu7jrsHEZ#=<{34CVHDp29m9h^FAw65rx=7w%ebN5TF?gWcC
zUh#LiCP^hXppEmM6#N`L4&G{1VHhFX9Jd0^iwGfAy70<a1Qk9X0EemUX+hJmD#MW?
zfzHd&NcQ>Pq}`WR40^5al!OV|HXz?!IN0n135d}41E6-nh#Vnpp;5Ml2G?xXZ3rc?
zq+k_gpfXT;wzdeP7&GULIEreHPaW%O<@;UEpE%DzP?vnWep>enFjy$Z4|bs>%Ia)J
zfQBZx%d~YQzBE6}Pj5JZfCQf^>eTE8zsEItZsa=_MVf+~W#=kviQ!BS*o|3Ar>uxk
za`>M7WB@Q}V8GoT&qAuskQM_XG`kixb1K8}Q~*IG3jiR}xylU+TX;*;sfh_y4R!2(
zlX|=TaCwp6Vc2<bw{bRzoj-}4csQdy*Qb<7AoCi;CmE1V=S-$5X)~_CuCNi+A_cFi
zZM8L8qK_@M(WB1fN>TF5atvd+OgGdcd{Iyg(nM=kO2q!Ym=+e~g|xEt^0Bp$aXL~R
zbU5U{$5g&kfRNHs+18M%Cr44*B6lL=j8rm2eUnmeUMBIm4!nA?_P%gG9a2<ROra6X
z9mi)Sbs5Gb%*+=@EKrUP!ygzsaOnCrl9Nl%<equtN|c$nL6ceAe@r7-+qCz3p$197
zu4E5-MclN!4)0tAZ+r@JsnzRk^e~nt<P~O?jU{SCN|y~?+4uN5Whj0ZW+WPW_k+R;
zWz$4&Em)2!H<kPu#Xi%+<((`dl~*+JELKO3RPkESAlO0p?t9MY!#|+bC-sQoB}+W{
zdqFymWb~w?Llb}&3g~9WdE>AXHSjU5UOg6>Pvy;V5|~h&2rrDY++Sc&Z-Ef4uukD%
zL_NiuY<38}(C8R-e_)s?KxlW+8W&6{`aP=-fJ;l2(}}gSXf!UN6eE!>oK4ot^(FOA
zBDn%}hh>lI8xEJ*0-3UoCZ=RU<2jIxuyt#W*aRW{n8La+bDL<eUbtSw?yCvK-mB31
z;36KQ#Lh+)TE=4DK&3H7mKCKK=6)|t!6dqT&q0RW$fvq!a`J=kTs)$14*4ks#zyN-
zY$cV59+`?OS|3W{i3ZsSnov@8jE$s%nO?T<QYj*{KySYIJvkyKoLvIxuA^|Y9YZga
z#jBzuAA2)3JXSkVfmts>R17ke_@+7X)lF@Z1SSXYg%LQRS#A*1deCDM%o}x1;rYx_
zZB1CE?XbG4H!sP?Zch6=h#?aiKvZz>NBp2YdE8Sb#YKs4W2_+gNR{w+BZ%78bQG7~
z3&M)Bdf0eTXVpsq))(C0EDhBT`LV!d=*p2eCBel1g9}#{^pd#T3CzK@|GruH;r=d5
zMzv0;_uI!YN4CN^{J9AqOxu;D8a#(2t!;>|rj#CvU(}IwFC<f-a^&r#p5^g@Q-BF<
z_Kqt>636&BHU<48N-%ncsgr`YDUW#+(<5RNn_NZ>${6)1Gfhr}2$k<&GFpg(_>ah|
z9^In*RN){Z6K0Z6W0X2e6Y6Ryz_Jvd%<O>5QX1N8W>FLe2}>CUy7xGZbyJ)Di=^R`
z^yFefRhdJwX+M^>b72FT08VN_!8PLjP@gm=#fNg}P<-U$cP=>R6qAoh5xA7VFAK52
zWaCQr;cZ+i4g8LXp}8>~NWy{Qo=dap6Yqg}LQ4v!rip`5sT6^dgp)mK5d?7WKrt_Q
z3$Zx_Z<{lw2^Zh$H)nqXfU@wLo9P3IHPgZ(KPeay@3`!96i391vL%S~X)rhq6sQh2
z+P5md<Nxc8!oIF}2kR<ACi=)?GQ}E1p$_(~>DulN9V}H^_}WUC%5SjsRpE(a=sbPu
z4sCL2fv~GO1@pWWLv|TK7%av^gT)}%@+L#zhus5$ZVL=Cu|Wwvvmn9LZ&Tc#?G8I=
z_XyUQnrONjK)ZA(;eM)3H_u~Sk<2l=M~4vx2BI#8?FHH>w)#K<KI}dI4VUAz^)H)k
zaMzH+L)8nc<)$WMfhyw4!9kF33#0y})TNy^3k(Du!OdC}k$UJ-N=k(Jief)8k8xR4
zJ7CC=R47gVnD@)@JV8Xs0FJ7%9-k!w!brP?pBZF-{#K#Mn_BGQ#kRf7ks<_-`l-;R
zj0>&J1n1sdlyHCzL|%(r?QCNi=p0Q)&q!&J2YLR1-kA*<K}+D|r9__Y^M!-$ar(1%
zkS3;uJkTAW;_}RiI<spN+C9BELv@pVD2NBZ^!-9dzy)i*Sf08Y4$^gV4LAjDX|IV9
z&lRNrNgOlIZ2J(RIvbf!nZqCi4H<u#GEh>LUO==R3fQ{$n~#;>h5`;B#1u~sR`OOI
zz=F3w1SAi3zBpfd(<Z~?B&G=)5lZw#6fvw{sEVaG5IbCl5v$Jq>}?6k3ZbypskB>f
z!=D!|6^p=yr+b@uN_TjcPOU#HXPw-np8U(k2F!ZSnsYa{DKi8EKgRE{@23YzO##8o
zg8hv9f}#4WYhV1;G$m3$5?LjO5~~P?J@BgsLntxLku>W&b~HW(L~F5)A^<{9!(=cT
zU?IRYMkpdvAVOb3-~=QHW)<+#24l1d6W%g-57KLk9olTNnzZG7(88+^K|_2{gZSEl
zKp}PTw>}BYCkQLKA)3F<qRFK882W<0$HW4-1NzZf)Zw+&(2%;6f_EIsG(T{uPYvr^
zt?`4_sz~2KXfjRDpLiY+muH`yE`uN92jjuw5$8UFp?IZ4!5E6jl_@+lfGxS!k@hDY
zqd-__f=%{J)1w$+GDW9KHWSM9IZ^JTqDkSLraJ(iiO95blT0!gHioS$hu^*jPfvtP
zwTDaJBB0j*rDWX9(>}Uu0$_9h+r8RDUi=&VWV+QtYAiNPDHyf^J_tfOGo-f8Wpme)
zSDPnI(lfoL$RuK}C$YwetS*F)&xb>aVZRo@s>$*c*jZL%@<R2}^vX~3Z~GWtJ?(u=
z4?ZGflxz&kB&9<FY1-x35uGe&nM;y+PDB;X45;)>(7X+S(mH@;9q=o>nlY$M1{E$f
zhoEi-%hrPr2mXntYB4?~E0?Cz9)x#ui$fHm3)l{mfe-hInY@5B2syPlAd*=rk&9fj
zses#&h#($hS&R-WX!xixw2)PnoD&W(Z)y!HgO!I%jbYU#xFZPSP#v!77;zuo4<AxR
zdE#QfLV-iXw9LuVf}(WLI*Rgcy156mj!5a$VY4&Z7eG2TXlm<iLA*i^ad`$e8u37~
z?ClUB5F;f$d7>mE*g=LLD%9L3g#u%*;gAbfLqw>d!_^!idNPBqL+W<u3U@XY(0IS-
zPVE#@<}wU;kqs2H!T<bDW!Ec|Iv`<G5mXwOz||hct{&D91G*bPq|714))8$DO6MQL
zVPi^R_kc)?CMwsl)c0U%WCVFIL>;OA=eultvu3_RbYgX3&1U+da2jJ)Vv&Yus$tml
z>U-6N_pdLhu+zI*lSe)2E7;H}#E24Z6A^2JTFHex7%F@M+f^p&P_>SL)`tr<hdZWr
zsUsm2g20OFp~~)wF}CRHU|##iDS6&Ug~t<xUUD7t4>oqv-|tgLA%I*jLj}lLF$FvW
zJ26DbzbM)q!+6^fob4L+6*RoGK;FzS4K^V8T*-sn@E(gXvP^KZwDz+FWwkkQ<dCeo
zdWRYkGRlZEma09z7?s<peRi!L4FeP&&yeu|s8E7S*}!!eg7#>J4*7^qaGFXA$<Yqv
zqG;gO0xhYB@dhODqGumv(`C=85u>HZZvo_EC5EgYNYFjdx$wwMu=M{y+kHkg)%S_s
zPowt^iW-pKq!XHgv`_`<z4sPCq^cpIcaSDcKzbADU3y1C?+B>$rgYSJa^2U=Ju|1w
zJZC*~-Xv>fWu>jXlfAM(|L;$(O;&qMHbYst6s^)FE2XU=odNC_#oMd=wD%SNR0nt(
zAVW>YLRoOfJwSmegN<IFpI#Qp)C^QOWu=u%*N&b*BUCxHM=?R_O@w_MT@PBaQTLN!
zd^l#>j2iP6Xc7`xx(y7k#DXQY8=^uX+bB335o%uvE)xYxC#v<I_4xq$DN;2MjH#Sp
z7*iLO_$s}GEI?fBuiUqev#PXv$SCGDBY(1@ddvqS!YjAo#swYKx)_ptRkQ2#tnBhG
zD3FQ}!`1<k8^P@Ye58?zTQg|cM7Ru68x9+TGxox@)!>n#0%4(pqSN~4Q3yEzLQ=Ke
z21tjfqL0*F&)0|Qg)kvPjNSWhuTS5G0WENiX#`Np9VC?#65a}QuIP8ls-1TtiHX*%
z<9_;}SBe)3ysiPkMgi1>A!JY>jS*Bb4?{7eR}iWOU%<Uh4c$8m%GzW0dK%>C+6Lyc
z-bSs(*bO!<Y98pp{7d(K<oWz<t6K;Dwd4v0oQae1Mv<|3B&~@CzrRK*X@Xd%#_ug5
z)2{$Bgdyi>k=HcyD*mCcA#k@H<mNS4Dsq57Wkk>yqCz>VBc>nJKcDqG>Q-ckF*o5Y
zBh;8JsMvU}I7B$#98_#wx^Fbcgs5ud>TwBTj(3`C?0S+_xx{wG@cS3TL_Ui0N*wp~
z#@&oGpaFh1tCRKTl#Vo}$^$FoHjNZ?X>4e3@M4BLq|7c<xpbbqf3fpCiaC-*YmadB
zlur6Al~a0!32xS=&85~B;_{lzv{IZOFh%M_a@Yc>JZw#GMpFAnkwQmEDMNg}jAJQk
z&?q|y96pt?Iu-V8Ud3r7J=MJIS!i38ap(E+%C{(fe=>6-B8F1&@R%6ZU*?uVdYsTT
zf&)TwO4==V5^@Z{jOEU6(Q07%8x0YlWFCr_(fmq8O!`DqCNfloGNd#XzGA8j&jSmJ
z>7VATwx*6eZ8lszToxwe#4Q`+Kv>MdKus_d`_5-JRn%|$H8!K_M(7>#X4Gi1=2RKe
zG!gJqSRGk&#|;fo5<azr)&hooO20E}UkENE-4KlXbos*gX@=#^`LgW-k{SxkIv5|K
zVmo47k3+1nVF25Q!;OrEF?VoDXA~)AVM10pO_X%HP>6KbS`(SP>^c_B)(<9N2ey3E
zgUc<_rKknQX_c^T1fJVm^Xt;hnLh^bQe!}C?H~kRh)Ax8031cNGtP-Yu4U`NIzi;f
zFCz48G>K3u_-z{P+homPWx08KHee?$FriAXU$HGP3<FQZ)t;B71vmVv76Wr2D|BBp
zkBEfHfi#HQ@|jR_?R7pz!%9|Geq0#Zh>y1m@UXFHC;N@F**7U@FKHrL-a?s5FhtAz
zlZ1%nL!?%}TWALR)=b!ZV9qM_%f+X8_&)1joi2!Uxjw@QLnzk4a6ur;7Fc@?up^qK
zvW`ZGhk!T14;k<51VbqOLo@6(T-Y?aH6)#$4Mem*<;CVKr`tQgt5<jGaSvzckY;|J
zx`n!k(oHmX5U?yWb8^4C6~1L3E^Y~*n_BAcko1R;Rbi+h(=Ao=){S;F;tpl?<}Y4a
zszRO62F|$|;i2?9=|uzT@mi70y>#tpocN|GMYmL;2gWQU1!sL<FZ!Bp?VN3<=RndM
zza|<uq~zlJ5PnIGcW@T8USi+Ppx5ZQV`n#D<6aGpbkm}GxtNotCQ!YXDeL-%+_@y&
zq3rp7?p1g_hciXvs!*`8TAEtBfn^K%wEfoprI<^~O9$`By(V!dANW4s`T9qPgL3h`
zI{ck3fv^(sgAwxRfi2hm0k<x#eLp2<XXF;Pr}3aEEp%Mmee9+4yLgByEX?^Td@|g<
z0E(xZV?O@ya5-&N6&g1D@^In8eKFi}kbEb7&T-Sh4R_-l7Jm|ZxV06f%Z2-ME3{Dj
zs7TzS{%HR)2l938&>2Qh%Hft<Beu<PobfXpCxo4m9#5@2RT0Ok+77y5o|n%(FV+rq
z^YD)?j(%(%_cMBGa8K8RPJR<ce?L0@zsW5B_xt7_{M$bSE`Q)mvmnE%5a+3|#HonN
zsi@(pnB%Fq->F2zDJ=a|vgA~%=~Q~~RA&BEcKh_<<>@1WGdYGcTx0pM#F>K18LqLc
z<anm+ccv0?22VdzEjd$bI#VA!)0jWg+&;tM<|hQ_+6?D7-27DHTvz2Bhnw{s&kg*}
zak$wi{oJ_Z9EY1t2YuNdMA#7$<jRGcMNl~kMz~y^yIuKOQ6zd(;^{*P9&6)^?)cgf
zBzi7{YF>pq$bs*^zQAgSxjYE-K_cBL5;aOMo-jt(QThS$@o{(fZFTgFlUx&d$$(9|
z44_C1Y`Xl@bs2n|@M7EV+sWlCm3SnB{}<>LD#0(5z(4FsJlgSU2yqqhDmF6xY9Q|_
z+A=m~@Tv@R6_*ele|c2`2*_La?V%@lMiG$5c>R`=Kok@1wjSn`er0z8B18a0uZT4L
zFY~SN1+PG$&;DMB@CPSR-V31`i`TgslDSR*M|gk_EZiv}+zB_;0f83px)Dc!C6M?|
z{^7szqrDJl$DL~tN`fern@K5N?~I$q1biQ)gAXji(LcQUW1x6fVD&3}Z-0DThg!@Z
z?1%^#0R)CVihxC;-3ieSa$yfM0=*d{8tIP(1qggfgK*PnKK}Xn@fAASMJ}K>0SrT;
zA2K2zF5nM83C!~kAGgFUQws=t0+~Dp!x#ZT3~C~R*oQI99{DT!7`@2w8@CK(5dOmJ
z9>L=sz+<joDUR4JKkRk{b|)RXTY}wd!tM`Z59YCl+t{N^>@mTg6NW$EIsg2S_;afA
z=gjcWx#OP;zdx4|f3DL1T$lX0X?jIU{9i_;LBfAUrHLfCsU8a9!AJ%8$%Ognqy_)I
zxW*Nw#Z+$5D@olpl;l?D!Ex({0pcRQGO*{8(tZ*ToF#GG8uw$X5zMdQ!~Zw8Rt)-!
zTdRAp7+T-`C%5Lft0cpq@DFaSeNXHOC%eYKq@~%Ean_nu<S%H=BWA!Z^yD91X|?~f
zD{cE!!07L;H2uGa*7{FrOmrBGbpO4wzH6n-=<rujn#)<?Z)nZrY0uznC1hp&AEC90
zTcDwnp0A^Zr>cXEnbS*sU)R5_wNsGIzlYY<N=ko2YkSmPH}oyfPzGFAIxy_tthK>E
z($X#{R=<Cjmc~JA4P*cgT05uym6moJH?beJ@SD_C>vlI9bg&w+vbnZIM^OBuE=`{v
zMVA`I_%2<j@XcS)x^9iX?K4-=viSJMo#ih~Q=7N{`~jSt0QSD!`o6{3^ZEYxIPcIp
z^k$2-w--=fZqQ!mlJeTTw=FPg7XEr(est6bmzKr_rvJa!rTwjt|9M*4I4$Ad($fE`
ztc%{h#VKoCTDo|rcwx4FbFH$Y3D=b#{<|w(j~T})>;BQH-kF(yQP!Wv_IEM=Q&;-e
z6|O72`(<<HzlB);uMdJl*B}2I(Dj#pMx~WKDX2OAiLTEYl{OlRN#6(j6I}-*{zlh#
zM+?Hb1w%{#5a{zNAb|gKG!bR<-{|_{MPe9G7hu;(1#V?0X=;yalEI3@Mw=Ynh)Pz+
zT22)_03*Tg@U4Cb0%kkySuV(KPkZJmz0N&Y%4-5FLd5a3FK!DL+huqwq+OZ5>03wa
zYvumDZ7_j(r=Vgmcl$Vm{4Oc)+AZF5&$$m+;LC?Kw~=<Be#?80-1eLBS0N6|ZTx^6
z&w07e$NU{1U)3!zH(9s>WdNV#LN++9Jc+2EWzvt6W#surbX>#<0uV{JVT_NjK1V>6
z#bP7C9=43HLgF%(1IegE$LaGWBQ|}O0qYj>4+a))#TJC^d`XZFp?~YMNtB`_Zp@Zy
zq5F7m02%-mGbGgph(_EC05IDorpS2_{S}plWTt&QHyALjKIcjcu&X63lIzFik0pFq
z;1*1zUkAo5y*@2EW+3rfpE3dMykY?qb~Neqy+jBG3BgXK()>t=cU%BdH(hOda;KzS
z2|GxhlF+<e2%{J{l?4ePhuYeeVBbmsDvD8aF8fu@Tjl%zRaE-n@;E&OVOM`5ftT(8
z7>IG9av-<szGrVoh^U6o47muXF1t+vz{>*9a6M_I-rY9vo!3XLvw;J032`i<pXp~J
zmlG>Yh4Z+@$Vv1_nbd*5CdH^G2KnJ&5<SG@Wf(D4FP`-;L9l|BnOE1;o6B@p336I*
zA)1Z0e#^Yg13Og-3dQhGcU#)+#_(jd@jHnYV^1gW$cAbi7d0GK2M`9n+Cru<=%V};
ze%IS<P1A#<c`)5OJGc&ssMuq>#7Qe5GbdT&X##G}?~Brp4nJds$e3rkA}i9o@;v+R
z3^up}5bEO=5J|FRUmt~Df7RgoDH=~3h!nHs!f&5(d<Bb%1gr(BUn0}+@dRTHC>aRe
z2EU^?bJ+SJPb8Pb+9G}>u?VnF2A4AE#Q`!ouB47X>^o2%e%7;XTPS*`q?`atR=MR*
zX9735i1>!zDi;%>Id%D2@wE(m+HVxF7ouata<$@@@Ox!Lg8apqwoq4B`$Jtz%#sVZ
zOWZ|NB6M9HU?7}z1xIz&jz_V%D+~#p%_H$)<v^2Cs!18YMEo`PkSlc(eQYgRc}IlZ
zDHR+5cj!W&k!s2LFvBe}>XKr$p{s%{^3*9sVO-;mSfO@H!go_~1a2FQaI@74(Mu^0
z7*cFtn8poREQ7YvkXe*7o<?vc^RhmPxV@_k9zyona_NXstZew46ms%NZ9^@_SZ6&X
z6ziG!gE}T3-x}xO%`9@!uaa7kU(y%AYO@QNEa#~Z4!=)a`S3WPUSl}-3z^J^=&)J^
z!uu2bc#0nKNxq~-Tq>#~|GTKPF>T>_Uz&6`J3n5Ldd?X&=f@TH3{(J(&0JrGeD{E8
zC=03ebI2RfkYbI(02)`q`=ka#4&qfCV{zId9G`<#VfNHy)_n3rY8VIcti|!z*lG4-
zJ5?Fe+A+3;>0Cpsb_reaq*m;h5BnbtRXH8uxQA@=M3?oBv}ePgUK%K7t^wH9@B^u%
zlNE1mwR1kE$$aAbV>+K!o&(mk5eFKX=B6i8l^`wG31X$qA+YCyE4ZLDHvt5aL*3-h
zx^(ZJt(QEy>gEnt)6-*2r7zW1da9cgtq=31tFj8yv+RyGG@7L|iVNel>DD*)_ocVW
z=@)q39aEduzyQF6nfP?inO$vGbzb$GUe*v;Vtgrrhg>cGoJ2gnnx#aF^+EA*BAarv
zrjQVV>n;<+Q*5YTM~2$5%P(qa_fV$}xp4^R;|>XXXt;kzid7;oaUL^8mowWB9eJn#
zGc(1KtJrQW-!Aam3uvk0opK$&3SxcCV>*o&JbLfc^eZgr=#5r+3~j&be~9<R@oGGi
z+42}Oz4R*2-~A8vT;|)ReBTHE2H*Q-64`avrY4+S5lX8b-7iI7n-mAJm#{V-b4jav
zi|78NGHMB%OJA&>$nDCqxir72S0dYR=>8(nR4==yRPB%-f&MvTpx97u5Ed5xy3K4$
z{IUfTCjbbPU$tnatM)qdFh4Fgd>ESEzJ)7EQ?(flJO<S!r@m*~2{QiaF-P;}%FRj4
zChj4ZH6g#OlXGge_AGfu7yiQ&H)j&P6><NjkB9uaS;YFKYQE(Is|W+>6|?OhsLJ*o
zJnVz1*15)lg=(L30gLkyLq-CFfnEFeLHA;8@0>1lUY=LJ^m>Y!7Jf5atn^H!;d+u&
z;%kF=qVSWlVB$Mp4VuW6@%U?HtOcZJd#payWTfs}8;8!0ISEvlsIJV>4C=Qn7r9n$
zA8a!Gp{v>EKd_!(wz%x^tCe2s;}9?<8uMtZd)pr+_8d4JioN_8p<If*(?N+)lx&o)
z;-}y<-}PWPFRd>POXDWpE4R6#d&f~{sCl?T`8Jhd#$C+pTWiGOr_8yABi8_1zAwGh
z1s$;sUT?qgy4etzV8nOBCDZdJ72D2=upQe4b&F0eoNObo)m`#>bLYFHz677~n|QD;
zAM7{Mey;3jReRe{>eoEH9GhepidsH!33P2*<IDB&KfhztP5pcz(1S1di?pS>8*3eW
z(6iPN6z^gM9Hu;eUzbjL$VO?sM6W_vSj4xybYZoeK6i)~yK}@JwA9nrUlZP6Is5Hp
z^Qwd9>DY3tjnT5{r)SltRbIb+Uj1nsI6m~Lk+3F`^Sl_$%}|vkBlF5omK}~)+3u_A
z8n1L+El!>jr$Fp~uX$@TZCre!`!UwrurPb3h<tzai-7r_#r*91&P%^@lgRHsm}}67
z(s95~M%@$XCt(!NUfK$inZoZ(Mi_Y4r6!oL^XcV~H3Z97$E~}~Ul8OFTo(;v1vb{j
z=?*Q$k9hUsZ+zRB`-I-Mv~RonwQsL}YF0U}4sf@HuP_cOQM}AUXZxqmoNf?>ImN2@
z4wl%xHVl|jp-fBzGpU$nGU(kcc|q3byviB)%|Ty3%#68MpU?5-HiMsc3CUiB`J%7i
zIlU|YoZ(HQXK;yY+ng(i!SW@CTX=;3?<Q&`dL)3+x40o#DpG4ST?><roOZNYX!M$Q
zw9h37{Icb25$-+MpkKHZa+u~)C4pjN4B~(Val<Y6{4GMid7jN11uH-6Ht>J=+)X{5
zn)e({bs4T69;_Sj<VG=+I5OZvs#W7T_#q~OG~5|Z7s!6;?3`}BQyhYI$GNwnz>0JS
z=dC~w{GhsUR6rAIE7dh%z~Z7QN*InfPkojhhTs+=GfE7`&iW&qqE!)ivKf$xL8s?j
zlq8YhTKg9d>GXoHB5XOma}2B*7#(iG9L)PY+5mn+44xk1o-ocJZX?I=ldy<&)LxNe
zwo~{k2mhhxXm%>H0Y5EOTo%L0Y244raNTW_(Vd3j1yQqazz$MBE#_6EeYSXH)k&y!
zWTftuHO4+nI3hOL9|e;Ll5&g^GB665bDhnwJw1=QEPBSFqos<plY;psG(~$k#Sd@$
z7Zp9Ba}1bs&=tqTANiXGFIZ88>rv0e^!i%&`$k6YJilv%jXmP<GvbQ!qDz!)^0A0?
z&EN{pbb9qs*;v}aI0X>>t0WEzOj1BVXm+E0{Nwr0{j~#3j2L2`Q0Wk}=vaNw&{$0I
zAVh*P>~sQxZ~Gz*hM7zj>E^6RG#1l{@ZvQW-E@b8C-4IV^iv&o)m8=ZFWHhTuG6ie
zqRAZ7(UJjo-lSJ3MkAThORiGTL}`rIPv19dMJ}rK6QnDxrvVAmW494rT&amnp?~Z%
zQs1b}3F3P!rb?A&(s0Mi5eDcpWPo>~ca1WOAxWxTnZVL4<SrVIFe_*G&1=W3clBv1
z>uK=fH|@?(5KL(@rNJfo@x?n?;mVnPOpjNsf(NnAPg+~DJ-O5BjMFFS<EzV@6#R20
zZOMw7bINveY!<Ui=<pcIqTlYK-$w;MF4ZKA%$>E#ZVAX<UQDT6%(j)xdSaY3wHR&d
z{KS9w?L=)_3sXK(Y9@7S#>P%KkyLIhQzmuElb^eJ<4=PRuHUk$6&wv`<Py1a^W=h!
zd|#KuLo@kYTOjIyJm69)=TfG3<XZ;r44KwEYv&xHXuee_{vV>em8f^@H|a`p>7dfQ
zj{!;F{NLtCrjbb%b{FKjJHI<9d(-yj-G?_x&!VDzRFS7G(Y}#IeXIrICi!r+eEL0v
zH@ENm#R6ufjJK-s%w@&hPlMrIMaYp%wY?l{-kXxEv%;|^G+DaShwG<=`dPtCy#0=l
zSAme!rDFEXcQ)lom}|6;T2ggcfp)o_;kHgvIj`$=N%~Fk3RAwhOaA&|X56iaAJ=6`
z^TGP9NqeEHCB$5_RwT-Ryzb~imCQ1_rK|+W47;0mu}jf)OBq0VJQ6|tdrK8o$vN<o
zlHOaT_xFluhBNU^(q$I><zOYgHwgKR$_r75!aripb0)ldZ>lPYORHT9fW#Fc+!0?}
zOV#P|ez#WY6ND<%0FI)0zTe{dsP_JRq^LjhJ<VP!VLt+FYO-xot>^dF_Ezd<fVM&&
z=!p0|(SAi&dHLc<RbP2_8&ipQH1@;S@+3Q#YKFb6d;8TBg0*a}kd%>{w2>+mwMwd=
zsb8EvG?|pd^Q3=ULaRy_6)+{?-^P!Ks$=Pi<B@wW9aLKp{r<ABu!`ryg!2c?Zmr_&
za=2-|m1)fp57|=^j*sPa@byNS{Tk2m%r&0+ue+r(f%Q#$(W)`k{<j+yx<D*#jh4wd
zQWYTmtSTO>G9%ab+-(ii()Cu-jjE<CFI-!8)O?kYS_dw5p+DKRN<dOU4W!F8XyTR{
zmy%bmE$J0awj-?u5sk+;Epk693Zz@lTAO2eo7~l!ycR13mz!S3wCI_%oR{f@Q~>JK
z+a69e7W`~PsK1YOZC%~V8O26@Q2g0i+19c0Gt(&sk8rddTAS9SUiR*GrBqC<YT$d{
zn52^Cj+D`sN@>WdX?0Fp`{qxU#-O&QpN)fWI%lMtI@>bf(k(0MkaLo@c+NJ~tdD;_
zeEb&F+1pwbvRBMo@$OAUeUe`nky%NWDMaixzQlePg&RphOfz+GXU|?8Epc&7c{gEY
z(;b;!1t^dRiKnC9larJqR0EQd28$p%F}EvIU0Th9Dj9$Eq{eim-0oeD>C$p*SDCB6
zs_32CcqWtwdYIj_s8%MM)o}Rc{ZR|9EB8_LcK=T3z-q;S%0)eyTmPhd1CJm$@^&Bf
zSRLnRkHD{5he}B0&;V9V4&qih;AGZ|CK)v3!{>#93tR`y%vu9h>TD{r2xn7yd3v9a
zhN4OPS6qkmV~4UQpEW|ka&8dcU%k?|I~19R-!FBBE_Q2;4S(Yq`oK4&KGq`sYdEi+
z=_3!glev$|tkY9^Oo?=WvMpa4Hk#Q!mgzR?%shly8T-UMq_{rp**@A{IrL0s@R{3)
zK5t)dd)>pfLKS9rk+HE+zEN%F-bUvBx!CdC$<fZ(W}k!cZ$I11-TJ<*H24R7n$j5G
zABzUaj!&A6>jjUW1k-<11M{qp#%fGN@b;-Bb`Cm^Wx9N7;v3h|7{wc(JS4>cet#kw
zA8mkwh2+4z7%b*2xQA<{pT}&ny{*$S>eEQ}zyaxa{lVD&!K9@7sA}RUq3o2U4w=n5
zhN5bU(tTu0x|=q(Ox@+}B{#<DU=qAKEh~%B?3yM#7<S>EaRQRrV0x8bjHtSgDE#`E
z9u1)gdS6<U$z(oim@}>4G3})}nw#Bg!B4khMIwZmmy?+w;|E{Jw9;r!(!`am2IgD2
zws>ofLuKcmxz8H&4{2)m5+m`<bLJi7$>i2SFEmF)x`s}Jn}5Z0hHG|L?Ts*vw#vw2
z3^CKjWQ&qHv#I>Rk*vi`*_p-@P|U&ntEwq(jmZL%JQuQh5!d+G@lRfw<F7SGH3b(j
znve<Xi`m9I_{}-X<~n4S7!W_@k_aVOj(KT~Z-Gj4A+@!tpC{iVZnE~*(un!I;`&<3
zD&)uE%CzQaW8C5b8T~AR<i&5$1G$lp8Y6{dpTf=i_{Xw#f~PZARt(%fU-GX`y!cG>
za3jrq^{4Di0|o@V3vR!&RKUOXD7L4JucI&S-F@P0CNj+Q_zIQ9#wq^>jlinnIz&l(
zbv|c9TYg3W^M!nT`JMU5Suo`Ha=*c7N^f*u&fZhfqlJ{;Un#XV=pKI2wODSd`m*>N
zFZb|^@*(Dn`-Ea{vyo|;$#QvI=E}3x%^KOy`WD}45<mZ{mo_@0U3vk^<p+ymK%F>$
zQZSBT)7o_6?+9pbSiWu|&>sz9UKYChP4v^2E*7Hi@dfs9`)U3vztuLU)fD-QsYqTh
zxBJL*nUx*sG56~dj$0K54C8WFE8_eclt*js78{9L%f_<1DV<*|5ug_@KyTLOIalX-
zJElBin#0^{t%D(-w#&p17o3?lgthkFAMV!)>`(mOGJLuJ<U6S)F1?hu|MqY{@-|q7
z{~(&AqyL~hHTJ+S>ysJ=GOqOnW4>W1_-#t|a2mUk=y9kWbEpL*YqA0fVZN*#?RRR8
z7zdB6xh;7tw+*)Fq`CRh|C}To+pD>||Ka7aCi45-8lL2*V_6{CvIU5JeQ{+CJ0D1X
z#Jf69WxmkgSrmCEKx1r^54*|uXyd}-^hx6BtN?CK?Z(|Fv`|ZsDD=l&EGTys)a5aC
z#@zSpV5n&{x7%cku55PdaI;?E%afA>DbG{MSEo+^cqDlMbL9M^1R4wgpY`(>MT&J%
z?UT;zehaP5UG;^QmhvCNDS}E6jkSeCtqnIVNaEVL_}lMO@yAm4uBZj^O_I~>pU}uZ
z_;LRj#8LB2z-sDkTn~k8>$j{d+TV41Sho<jCn%X?k$cBi7T+x1ey8~ak$MEA$phG8
zzQ?_#akK=u+`E>&dm>OXlzH^6lX*pB{A4?D=g{qQl*eg3^Ofo6^O4Wz8d$k2$v<1v
z+IY2(eo9cC;c0`~<9`ZZE@Y2ZLp0Z7+kb=~)~I1lG&*&vWWN|u>>{6BO(Yyw-uq*m
zbE*f}t@K=G_WUjHb%CD<0_YTU5itl5(x*@<gvT%mGv5kuQruL$uM!Wh&zQ7H=2A=c
z*GLY9(<G=xQbtXEEllR%H*XA{N*;Qhp_wt$u3A@|EUpo(m64YhQ}4OndFMZ%YrS&)
zDvSP1eOy%9yzCa(HV-%Gnq7@nhU!b6LZh%#DU!>U)hw2t*FkUdJA9}e`UER`om`~O
zA>cbu$*tr?lNnp4?M1!FNlQfBLwTNQeCqHiNA?vK|Be)I{R4I_DAekvZ*Nw>2I@9S
zU%e7VuV0GENIJIY<a`9elIVUL?Gf}9Z=u#Drs0lwEAw(Qlt?>&T+wnc*Zk-6qt&d(
zU<GIcQC;OMwO+H}#&R?5u0wm9j^A)1t4gLBw-4KwOx)nF=er-$XiuYvbM6Mkw&u6n
z*2ojw3&lt~p}6E_z$3zOeDenC?-iKV3*-xy1yH>ASNK3t5}m(pM%iB9xK>L3$qpiK
z{pL|nfC86gXrTm3g?JvbM6lJu@27%dkhJ82a(uM|tovb%Gf%njn~Q0`H&Pu=!HHrL
zuegZT%no>)yR4o$OMY=GM+tEj%AF{4l$T=V28n6wkKlhrrJsE2s?e6<(uB@H(4;xF
zYJB=eEcjG$$bCgNp2wS!?b?vChiTPN(8r|Q1&S_gFb|)U_;Rq85O+B=^%JouAR2|&
z@x9K#)U%(C`-G4y4<J9z>d7}h6BrV%$Y4)9Mb-3+I!aApiHj}uF>%B6>swjF9|131
zScNl7OHt7rnYxwHTiH%uqKMgytVqYa!z3&M?rA)22aQoz$UL4_tB3OHX9z#Fe<Fk1
zqzYg?#+v=VoJ^ARqIahU0L%<hPv1E8nj*@aY|UU5r9B{DF{7?nTU54$eX8M6tY{F$
z)hyo|ONFxr#fD$nqbMS+1!J}!Sa0zMNx!_K*wdVBhNCiF0!cq@Iko0#`R*5j(4cqK
zx?tiJ`xe*t9~+7JECcAc#6kkaM#Jc53i6?J4uly3{Jg6_wsU_zrFxWrwPAgL)xe`P
z8_3Ap+~xEruLJeaz1swl-VI6x<(C56yhk5=P6a>)jv7uah@{lj8Z3P_8egUBcQ3|r
z;OR!?T~>P*YUxXr)x2{~?uqiCs=VSLdzRh$i3IA$jF#q36q^`LcYL|#*h8Iw<QQK2
z6>32e*d5AX;$$7pWY)X*lZiSv#Om#<PSI(OThF<hd#OYki2KC1ylTa3v{pbQ{$p}r
z(t3+7RHlR+=!V;8s?P8|mJ(A)(vSxsaOx&8gQDq6$AgO6#)%WVN}2RV1c-g^+=MDu
zrSXNp<^xe11z_R3{kx#TRyk7M#CL|)Q1I5xJv>lpJLm!vK~-*eMhfj<xzz>1UogX)
zK*<t6p9m7-vLr~T0g)Mu5LWK1??2uQy=i9?d?;^C>?0wN7*>IJ+ST>Dkg~Vb9_iwa
zd5b5Al#y%SkMQez_ne$j_M!4I-=&m1o~lGQQ~Nrejwpyucb+dy(=OEfs}1#8uSCxs
z2mK#G<RlYZVOV=)xNj{Qj|Z0~Hj;zXN-5vfZyCWrJ|x)kW&w#&X>tNzA;OfF3Wz8O
zk3qEW>z-x8`&jPbi?~9```@E{M*N2d?bboj!*Zgl@CNPhJP`c}vhrX^&EvTUZ}q|b
zdk^e7&^23W0G|TV#ICg5DyX%xb`PDB(Ob41EtA)086nBnkn4_Jkp7k9bU7u8lJ-*^
z10g$?G$n{k5ej<r!$FZ<DpfXISB3z|1SC~ToP#Gq$@5uF=OiD#RfS}zB01r6eiMO>
zUp1c!7EeC|X&Y$fgP^=z&3u%ooGEUX=QZf>e2G9}nG|mtC6}iOAaX>wkDIbgh!NrA
zv{`0hmV43NQg=2*d_mJmauo@(QIf;A0{Fsy@EYQU6I6%%sCSVj3%LUb48ctfEme#|
zGR2o;^*RGj88<#S!QP}~&eG;-hnvMIJS(GQ<0>>ZOo3ZGEoXqw>H1B1IZvky6#xF9
z4|d-HeWhOtAt9x+laI3|puYutP+0r^{kUyn<}IV|lxon5$u%PnRryA)=!)0EkEyf8
zjQwA-NlitQs+#=B=n*VIWE4Ke7o@Bf2I-fu7?t7)XpcxOY=9Yd<itB_G#Ap+k*gV1
zu-``c^1}ys!caXj1B~gCTSFoBHDN}N;zSz!N3EC_$h63(nIsh1HOcqI`J0K=Zy+6*
zu}0yJoFJ+o(E9yWzu+mZ#(W#om=Gcb=tO-3SxNTci8b>mGJoUq?diXt^c#+NEeOFz
zup9b;%TY9ua<Hv6J7N~6-dhwd1XNs%rCtYJcaAV2r0|7&i*@VpqJsu^#xEpy$vHuf
z`8qzVkhnisPgJluS-S;S#J9&kGUQZ$!m8-NmekE>E0@-GBY7%$ixL=0Ltxzk(y#Vi
zFT*>?`zjp_1tI+hQs`F2&b%2%+fCjt-i>TT#eT!%gA<b2bb*kPd(pfZ>N1=^>-fEO
zh|)X0H}m94bI<JB=n>k}LCx?8DrP5898QGmfF1H?T+i9cJ%vH`z|{I3WBki!XE4J?
zYNtg!CtWzv-1AEMuCVCD4!E6CPAKcl>j#sPV%hz($$e#`oC@q_gjd;C$5<3Ysp=;&
z=Jk_sQe;;?vRUxMc@?LJ-F+rY%Ez^{qZJ>*GD7g3<jICkEqGK_@t!{AwA%o2{0db3
z$QtmtjB^fxR92~~_RzwkzqQ&75;LPR@FtYYGm-Av0JHcj;40k*b4SZtRK!!_)xbDg
z0-)IDwPad^Q$9=XxM3-`8_^oc_XgQtcx57>63$e2y3oQ+R-$3*JOEFTk}|QND)Ve9
zbi}}Ro?NIsAMI>T(D+KO;a&!sc@5x`>G);KZ<`pmpgYb3f$JGGD~sn@liIR@8LTKD
z6GP&^;ZaW-COir`BNk+*(Fh8nN{LJ{V&IM@xJ+94<WD7@<zgI!HLIG?)4-$Vagy#6
z%Va^IlYg&x!%8p6yc5AS6gi&lmsqZWfqwo@Ksc0e1Ap)d5R~#>a)$5G&e)&p9}LGE
z`82D5PT>N7GoSa)AH#!$1-~kOt(CVQZYJc>b~ciq<rnYn^Kvsw6&od=Ar9?&<AFqr
z9G>7?{%j$Sf<q_)A+U7-HL|t<BmKFp&6E<ftJ}Hd^N?^Rn<zGSJFAm~t>9rabT=va
zWk3jBmkb@cQZ<C6;$0ehUJ2)pc+qu&M;V~P3nYG1qAy=c-dyb0hQ@#06xIrs1^^{b
z>ToufMFRqM3y0`+t&zY;?Rq#!OXP+hf)GFj6qLvXTi_xB;(bHNc5+vcyF0NN##)-t
z>xE*CB;v#X(tD7HCJM+KKq8eSK?R3IBKUU;7)M$pcB-Y;0ZK#Qyi7Dmri+bDu@KRt
z@T`X<>FyEB2j?tyUT#8dQ%-mbYbzygY8PkBf{?(in)C&Mw{mS+QY}(7-N`f|a&>4J
z;PI~*w6sy^Q7al(6jr)If@txqc@^=@9xHxTq7Vs*-MkBy10Fd8=Zt`Kglx@;$$Tww
z>zOGx%`i?RDiH}1j3(!5M($XFoNHMcYUPp9HBv)>**!qOC^Ah~35Gx~d;usMh2qSv
zQewa9FMN~X{-E~Shr~z=8AUK7pE1@u1WZ^+PYG8r29gWaMcrl;0*d7Wi6)n0Sch`h
zt>kap3UYKI^LsLR06+;!mArCv`h6~GI0PCBUdcimo{1^pkU9XU1O*1R55AF!wp&->
z9OD8Fm4cB#T%x$4ED!h6Yn!S0m>E}`1`-xx+8IGkI<bjeIpVsv9FybaXxIm-x)P05
zB%EZWcL0(Z;Mrs_Af-*hAFbpRYW@zLW(RpwINZdC&$*()ai%gONc$Zc8Ir-yz(qR;
z&#?<mv7KR>7ecW^Q640`ntHM9uyoF5<j@cRRgN0^)hty8u8XbkZEuju=r`dTh8cxQ
zAkmUe5WjY?a-=HO%YSrMCfc!CHD+WOG{jX4L&gcS)(eu*YQq$)ft0Z+CFm5g*0@B3
zP?DTRbf{YY!iSXrjiT;qiD5CvawKUpT8fLm?(3sOGYFJTRmp!42AD|8MyK$NH})yb
zwX4jh<i?hFW><FRpAPN}59hGaE}D@+aGxTf(5elv79e&66pN-Dqi&DmBYy264H`%R
zdFaw{Xy4+d4DnzZB+o$Q@YK{*01QY&Mw#m+0g7pTXeDikR3cglF!9_@{Zw&+PBz-*
zM1{jSxx0spWN|o$6t}8HCsqpJc%POL7GgQ06CwztFAZ4=zRhSA(h@0koD@PwNW?Sp
zz+)7vIIu#ZKPi=ol;_Z{;!Z?Of<naVk*_Ns1>jOBZlTJI^=WRQhbia=yU=Fa(HXl*
z$qsyy5a95BD$}gat6=Cud+ImbDf_R-!TvxN{-<^RKw3ly;I|w+02o=?O2_pUw_ADm
z+zGT{<VK=+#_!yf?v)5=;mp90Q-&PwAz_g$Qjo`u6<~=B^wHx{Ww@$x9$L`~vho_N
z44Y1SHY#ba<Cd7qL1w_j$eLTPD;=l97&*zn1$cEf42CH$^1Y=b(dG}xVzLSew*u1F
zq)-si+~1)cQ3G)=kZc)==?~`&K}#iek*(A%UeD0;F<>bpt`*!e0~t-_g^yEM8C`%z
z=#<;^4_Z9;lUdxMnkN_X(gaAmULO_)q_YBY>}u{x4sdLUzA9vm)dw=d2EzF7(a8a|
zU8h8JLs*?6ze}Q+5`_f0QR+ld+!?5jJQOz<ij^yycqoT<1UZz4q5y=DP=>VLDu0T?
z?cx0TY?BK<;Cj7UbIoC6J5>PRgvg;jn%~G4$ld)_)U_iHyrW5XvczNrjF%lqY%tKU
zC839d5~V;)+NP{XT34cKt^5+r)fhw)?up*%FIUpuAf=Ft&+$TZnFl3nK9VQ)Cu@XC
zz=s#^k4t=;PYYd2gUFfV;W^eUjVTe|LX_NR6!8;gBO_jAVHClJm4-0NeGu7)()v7Y
zBqVBbH#WP8ESDamQp2!Yjd4@HHsA%Z8l~zy<^|gt5}yMaPX$nW02$0%f3r|MNSBQ0
z=oItB4?9Sj-KeqMs4^hzbjHlGDCEY9HtDKsEe^=Z51OHSeOXI5Bc?&?YMfH5mljvD
z#t&kW2CZshGQNpR4KMd~vk_?K8~CDdS#lzD4JFRC!}`gMAj-I~H*!f4@C1|HBnj6s
z@30W-UpqWpBUdKo&EsTuS}dp8XvwjBooC)Groqa!xJI|3C9mzY7@1*?l9KNhHUV{1
zp}6y+h)<ANi6F`=q(Gc3Dc3sts91eH0N+E^zYi;`4Am8Tu|o36YV?~0h4_MCDd%r~
zRK_>5IKn6vz?aya&5j{!5!^txHz@Xn7{;Cf#=T9(<a=9I@!Pm52UhX%?P$t%fCK>8
z>pou-TOsldiGNo|e0)|p63jEOUdBJ6-E70xXkv{4=&EUxQUYT#1k%no?_&Vs4^bo-
zK+J-G5cjwHHTh~@**rtmzq%LS+yLGZ+E8Kul!BvyrYcSQ0NhW*Rs;BD71~H2V&*=~
zDKHMpvrzUJ9!>q~phYYP<)X>}kwUq+D1lTb04^gC8DR)35;a5%<jUJ3%|IQF0Ni4W
z+kKfkd^rT{<0-V6$s#)>H;|H6<Pz9KNfHEF0y)@P4yIVOH?Km=XzK#ZAf|Ulf25%8
z3>=gZ5cu=0NM&McBOCIC4dE$kY)6?F2bc3xIstvsM2q|6M&zw7@uWkKNMWjyI{@-L
zG;I9~3;;X^l}}ajzVz)E8AlJF&renAhkNWCk`Y94?7gE5qmUbQJ+e>iM#`)s8OG2u
zgbY+QJ3OWK{mlT%uD!rw5ZO9X(F#O{J2K2Mr0$=EoyZ&JI9uTJ)Z2y1z^0q4E$XxT
zf7I*SZ_V3<?-Xq9dlH7x@=qw8An_eSAG)dHrUQta1E`$V^>OIsH8|i5=`Xq@0g$6G
z8VqXqrql(dY(|TO>0`|stav;iY4vMU9!|<0p%L+4I|nu$;5t-sCV*$UVnr6mZlT@b
zOG=3n*xpZ7q&isJVc)NY&Ghbh_y-~lYkTfHW%i*e$gla&4|lQn3!Q6i)hnjs9j5FP
zL>9U-!RQ|PamAqnr3|oPszqbAjab9sjE9H)OGtk4(e*=OckQjV&e^t?Hp+w(X=Y#3
zLc!;E-7g(HN%7r4o=$UV9ybmr2suQf;$+Xu6QUBtlt-wFlj@E~IG*DP`J-rJg71{?
zPp0$`6cS!V2ndzo_Zejmdk1%v>~}_$@8K3l-z>Z!j!vYnJhYK^xXkoD!|0El->EoH
zX1BgOVDQNaa8c<e(K>{9+L-SwuRL2kR8;_Ycm43)G5A4tKLjG8p+p4kPT>xOVVobm
zRpfkB7WC;~g^J?B(-dJkPT_op-Vd5i+exU|%y<wOpThOiqSn*@2k83TZ2lZql(x7$
zw<Nf*Vz{v8ys(kDuvNLRGrX{Oym0WlaE!QcO22R}xo~N^a2>qBoxpeBzVNub@FciI
zFkE_ZUV2Mh`lwt!GraV5ynOC==@)V7pMDvDExE*r>!88Q;Q7lJ+m|mdFJBQ{AsMbh
zIImC=S7?>1P{XS*$E$F^tB8mzoVboExr%PO!inqH`K!3?E1bAaAh=FsxK84{PL{ZS
zt#X}Wc%ABao#uC)9&w$Ke*I>G&SpLQ9V31wXR`KsxKneOXCA&BCV&MP@k9{MlQPVP
zG2DakhHw&JqYL6L7cPvbDt<+&+ZCz?2*bs>D-sgbkbzo+1U4sugkIt53qNWZlGU|;
zvRMCYOi09ar3sRLws<DCHU%Ab{cPWk@7NAHJo))?Fusc+coO=nhaj$3C3r&nSO0eG
zfM4)9^4HL1^l(XVb<MBQ`RK9vU~J|3ufm$^cRTpC$G?iMf(v)Th4b)TxX@V%zwCxk
z1Wrg{?P&EKpE4Le{{m?K<1Y_*I6s^i(FJ+e{JXej5T7f2>JncL@xs9hUr`Ps21oBc
z0gGv)?Tzs5G5E5__+r}Ow(B6__1`@cr|w)}*Q@Yt709+@ID&Cc&=B9g>*cNrdiUc?
z`zw5VIkX52jcaM!0SJXxJE{1bPM|%Z#0<i2J0~oCk<^?|E1kZx4#eJ)@IK(G*1YX%
z9?ildNy!335Os&?Ho6(#5_NR=WTp^jG?*>r_v2vqloONpSmLE!uQCNhe6!geQljCY
zS*%d<w94h2XRgwOjA?eb*8z#-gNdO`Z8dn8>Rsk*-KF&t4BriDwN|-a3aqsUa(jd8
zfr(8WC;}P*w=2QTzGwy!kAo|ruS3b4y47yi!dqjR5<W)<*CIQZ0+rVS?l+=)Gv$VL
z9)~w#2Me{1)79=j#gA56{Z5Y#e@dLJ_e9V<@c0G$@pU9!#PjHv<k`+tiSB!k-%=L`
zOHDq<N57@7PBsT$Kk&rL+??&r*LfaeWq)1$*q(mx`R5__*UjbW@$sKWNFXr`8iIGr
zABrO4X@;5rfdH0k$UoFB-(Q#SfRVrm+%+jFDI*gj5d#tTKgc>ap@b0RA8MWI5uFqd
zh3NlG))|#xyl{2_pGPtQ5~9A+Fh5BtKM7%X89r?WjbH&~{|6?o*mYm>7zJ}F28k&7
z32U1(|0UI#lzHx`a@<ysWK{Y~s*7vi6URw)O|JWz>^xd*tja9HT7O}6(Wf}9F3I&2
zC)Jgi)&Fy;uEncItpTU8e8Om?{%=X}zooi~-rrLFmc80-XVt%Y;2ugm9`bDV%KwrC
zca>-KuzO(rAEdfVkTH&_J8L1-o$L$|UVj^Pn*awrgz5i@spFF1IHvwAlr|`w+CTKR
zDU!`PgvAxb>WyZhn5N*beIe28uY-Dp)9Fr$R{x1kkBOj&iooe~dYn!#%n-><WB<R`
z>H2Td?QuXoK0*Kg4^TICLwehx&@K`8vZL;$#<HX1S!3d$NwN0|BB4cLY~?7fYNT~m
zihfG$Kbd+{Sxa+M%lo>j!kjmMGxehFlEwM@FP}@>8+!j@>cc|~|7z6#SpuJ$ANgkq
ze0%plmcTduUm5j(Z2$jufg|e;{~cug{XaY5ZWPq?|0L^U;Y#`S#iS+n|3=oKf0K3c
zI`6RV2O)+42!Nvsh~!&B0cRWkm8@I+Mb<4Ff#B%=k%soT4>GtVU?XVWl=qZcqb+sY
z5%U1#<OONhS4%*tdmTt4ORRY5ae_dHzNr;z5tK4MM=NLCsqs;;Lz(Y`xS(ad`!qjg
zm$%FKBlWirUo6+G0*Z-NIKFhh|BB4QnhaL2iW{I70JJovtCw9BA6+CeNHvj-XWf90
z9#vH`=YIg1Vr1S&9~ip8%k6%-q7dx!+w!I6-!*(bzLB8xjOc#O44@{a-3SGSbFu1u
zG}18$sb<1A_rLqxXdMmFM29&o<@qnWHqf!%kNZ6iTZ)v!Z_#ynP1k%&G>v`1Qa9gP
zfhB003KAz5I16LP<+cT5<qZvpY*HVGa~EsmyQ^x1Shb6hCD^2vjlUsRmZbFWhUIAj
z_N}=o8A&z#$1R^NG3{i8(zjAG0*!=lZe8v*Uc@3Lt`0swc12%c$am8vG9eQkCWdFc
z(M9*x<5US?2)Q3e7a8K84Zwn6a<Os+$;2*IZ*TqAWZl5^uwlW$v`WlKv`da&i}e{9
zBLxJor!)auM@E5-FT((I@hL~8-%)*sU=XqmBk28fMx*LG`Kd?8(#yFnr)AM_j0ni;
z`<Na1xC=&v6shLb+#URZw)>u{u8=b*^!8Nu2zPd(81Sqju@5hx@=ot-`*yExoVA_L
zlq3(016->X3e&%GK2^dzNrs$dD+bw#q)5`#$NBMap7~%D7(!Xc-^z<Hc~VXo&&qdO
zZ2;&sRU9dO^p;e$pR?!Zq%W~J^Ha_fzWCms2?=u#!`cy)F(WH{O~!@ha>=H<<jH<{
z<5gPD7_8*38@p4kf`s^BswwE;<PAbPG;|F_mk#xQ@x)_EF73T6Y{OZ$<J;m#r*jSP
z`Z%Zdi=zFV6*<gMfEe7Br;JQYC+O>q{CP-V*5T5+hxW(3ePhx6sTbeh9rdI)l7%xF
z<ZfKj{Gj&`9~MMh!#64FV_&cvztR>bZNJNS84>X3xAn$b3(23x)mpN8q*lnLt!Evm
zLQfAs&46obS{tgFA5rdV8U}??x3SnUf=KhMJHy_EUAdzWS!;hVk5fMyDcFIX0i%3P
z+4HK0P!$^ZEGs;jiJ0H{E_c3Mjh8^E;sXFyKyhd$@p&gzF5Yd5t{%a(tC-J`JkQ7w
zQ)0|r_a0soMTkj7j>-+lH6}rBk@_1CDWc*&@Ov?87U~n8+x0J4>DZfwzM1`Ht5}2F
zc=@pfw1WDM^gY**434H7oof{IHST_-7d5&tGDr2pc#9Z2I&|k_x(YAjSMf!{!pd7l
zi2-+#p~l*5i+k|@Em{Ao6Q0c5|3y{6w|3N&zC2wLxTP7oJ1R&u%`sT0DjXwOVE?J_
zjZg@O2#`%PLvNaWKD+o??IN{Dbzj!fS5lb1uvSWnNVbEQgE-@xWS`8woSic@;ieC=
z_%ElqPq49^0*+l1w`RKV#k;!6@H5fOJ8}fl3-Vm_BicH!8M*?flA?-G^i!jH+7iJq
zWzD4M`0~wnrAA6{L;0r$H3f84HA-skUNLEnv<!e|C4LwAn9M0w2H1F*0Kz0f>T5yC
z^HTJk@aTwwn~l;}@I74BCPMZgpF;aQ^sdbJC`F@GDkJ?+R{9TwYDNWA35ZZ5c9tkr
zv(3uu8Am-p*ThQ@EdhwXRGy+-J3PE6-=7_i+f1G~+Jg4o?ZZ+P{gCLM_!PPdL2fle
zmzaT0+G3F+ZcW!{UGtrul1GPS4iRd4G7B4}FSU7~88>>RTC+5z9WDk<YDDi*VwLew
ztgG=PF})k?9fRHu9`P(ORb%7%TOj+68I{R=SoCH!Ra~hBx5;FTgJ=y3Zx^m!ZZuFk
zQ`CfXv-9$r&fXKPd${W67#BTL7~fb{G^=n=+f;wnMZd!Q_uhRgb%VO8G~T8n)XU3d
zk~OWqCXthEQ-VPB1}=jBT<J*Re97>ml*GHT^&KlR^(kV`=O1Eyxdl9c0JE`~;?;3(
z2Ql8YPbh;jb(~Yz$uhb05bLy}b9J*1vMg2XB~c#oqPeKB{G(M^1-x5>Q1C)S?q60{
zukU-`ahu#$gVB{Eg~NE=ruK@@=;z&?`R#73v$kex(>wU0!bTPgHuKw&a1m^vW{^pF
zc^cJ&@bAHcCZFq+*>Cv`eW!XhX3GQX9i&_w@C+fD2i>k8Qq+2;aBnZ#kguhM(bxMK
zk@UAdla>$hvj{s*^~Dh^?HJou<()CoB}`^|eUbSC{pBn|Sg+wH;k2q3Z#PMezFy5K
zFZjHD0d$Hay?G1j4>60%Mu%-$O~!Kc^JWAScX^);-z%zzmjyjdv5}f?UN|Z4IB?Fn
zn5lh?SN>+g&84W|R{0AjpP&zWF4e8iKZ&IE89%V5b-ZGomn84WO{m$va|*lF@tiP`
zh-@CU2PKHqI`LxaIIvf^p{1O63eD&Hre+%WA!ESfxrD6oabO$yI{CRjcG&!AQi^W1
z{JBqs;l9W9Kx<{)UE<vDIs3Bv#uIJi{tEcARxMlWUHM#%NeW4J>^~a{#@9;wINfmd
zdFj!m3q-mCsfSQZa66p;I`iF#O+|J4YE5xn`yq46o8^_QriX1*HwTV64??%Q<6Pwf
zpl7zcGQ*?}-i7H8jhs!JN9H~?7Z;J+9HS)14DX2rD2>h(*9MfoHIit<twmrOd`@k9
zOeBiX@Tos-J8e1gd9|8L30(#(^yEmdDp>oqMT3qLUY^u(nmhMd+$@=_!8W8{_$Qj?
zj47Oh14e%nye?@Sx3D~n;eE0lFm1}Y&@8bu{poo3%hKnc>@Rj-VSgI5{9)cv;FLOe
z^V3k3q;Zo~mTz4o)}DW!bve5@@K~N)Pv^DCexXv+U9C}<w9z-6z8Ar;4N^V97dH+s
zt}X(^<{e)ZzrY9jf!NIme65IP!Ln9n6h&rV=k2!UbxIS7X`dT0(EIb@`978KZK1Te
zr}C<+#Gfs~W}xJid3x~iH;=dz6B`B}aUma3Lm$~4w6mY9<Tet|I#3K?xF!)o)Bt8E
zwW4e=Br_nU;PiTekAfN*y)ty4E3#f}49YPuKD!L!hr7J8a@qFv-Yxd<93V97*B3}f
z+o{mV`1=r+A_Jd4Z=G`lsDy%r5RV-YQeEIa`w+ixp``R-SmrCUZND%hxP4Q)a{}J0
zYzP0&L6n`cLvMslTtxWKCKu5wmlOoLM$F)X9VsLf(cI|ytTdV^(lvk3wtXOC<h!W|
z)DG{tcAtI-W3yF)co^neh|xmie)`iY%u6$v?n=LVZn%HG0l^mom;Q7;({v9$jsV15
zcnkt9#9>-zA1weR3kY|W$DmypLLb3>+?pb4x#;!_DGz1@rjy7n(xT4@1FQXgs+%3*
zf}#5hOvhLEFbGd2M8a0Hr*EmPypzxFLIQG&)WYfoVTR|`0)$94LY5IyFqqg*mk5b+
zg(pT&<Nl2xOp+XUev9b|#>(|hR6>OlgmyPz#u1y8JBZ|z)Ff|7rhSvZyBN(focwbj
zLCjcv;Utl2F{#`rzRD>{&gex;_=}raq`aj1Cv7}w=M+5E#7e@~P@)u_UA0p<?o3Xa
zzG|W-^0_2Y=!H>2z>ux>Vrs=RTV-vC%^O>vmSnhdguij3#_(&V-L!Ji1Z$=YE8}!&
z;}n;&*M`H6G8YLiRbdk05O2v0Th;hS@MON-<ol}eD(flk^BKOhWR1!Y8_CSq*GZ89
z@vLu<CeHtZy8Ccy>TlpZACdqGp@iNg^cE0MI%=o_0tPA4M8HNB6jZ7v5Fnw3-lg{z
zdhZ=VmtKt6sEQpG<L37~cb<Fi?%ln!J9lSx|ANd(CNpQwd41oX1gE_$J1Z|&*=($A
zrV#+F?U7wpnQCK_{3o3V+sm%!&u);-#A#;z7>_X_5Zwu>m8;qP_6i03IYqKr{<1lv
z{3#w!($lFOspTDygHLi-fZ2_jnaM$k1}@RILAmLKTzpoB`Ccw%4XJLF_geG0=G~kQ
z+uV$x)M`TB)Lx3iM3xVKKKYv0Vo<?yRsqf<Z!akNcUD@>NwVo)kXPl+;>!h7;VdLH
z?UIO#CK*uEj3)kc!ys@O;W>HY`B7G;<k~&HPUJkA9%A}j#5DVtM}~MuHiswidtgR(
z5cvGhqS54J19;Xs&-|evFZJv!*{Yn7iIf7~<VD7Oy-E3ki9#cX;$r*fZ#)tZ_DR<|
zW0(R{-{XDnX(spCm-Z$n3r`ka4lZcwD0v)|!L?t!`ZJmAk!W32<~mrGv{$AoP~IGr
zN44WGMSGUrTTfxkO7)m5zje(^A5&VCReD*V{H<n1Mo0dIm~`h~`Bi%nT<aML>*XYP
zWwL4IdAYoHsq!Bh3Hbsk7uJg5T7_djpX;bq=_M!YyHq7Rl=zzFiV4(=c4X*G=3lMK
z=E}~M$;SL1zuB%O);U>SzF+O<kk8y%6}eZSdbvzyvi4SXWhOM`EglS`(C?qr0PL#_
zN!8t2l@-|~;xV<~Dryn3$=eQLw<c5b+v>l%*P{Sn*c|;drjCxIHmS4PE~Y9?uBfIe
z{pWrG10njvp*%mhhQvgIq3J<aNPClYkQ@@GiexNTZ?~5JWVd$XS1qSt1H790m<iu-
zqn}wQr%syEppODCFjYX9YF^k^M0eCGz?y$|HjY=-+y9JE>S{PAFDx4bRPCx$pQ<xl
zuRd2*@@c=xEW5Fwsvd=EX0NU{nJCt62hepfU(ptxhr{&IO=_?fb?uhE&Z-rM4A)=9
zKRX*aa~f~Pww>DN$ihjcA+32>mIgTJaI%##gtREzsI6V28Qh4fZVUCQ8I?=XG-`FG
zFvrQZ-(W9Rc4_a5X}9dE_FZrPWs)fy+!iX|5p>XEv=KokXplR_KL>|dz&gDS8XlT-
z_IcJ`VM-cys7cZ8KAG%v?7D~1?y|qt<t5*FzpJZ6u%&9Uv_`HDNxjk?Slz~`(XE=%
zJbA$1a?q?A0#sJ&W$dcca_nSw$o0>v8J_A~?dsGI0i)n_6Tf?!59lpofrT5bLcvX1
zUM0gFy|)M%LtQ;f(fyya`=s`JPI7o!9D9`zy?>@!?bhoSHNgvOr6cx5A=(YJ!1hu!
zSkx(u^|b#U`v9lez;tyNBB!@XuEzGDG%&a))NwFSaPXH}f|Pe3Fm}-0vP%XIQbPB>
zmhb&5U;DwK^W5fu<dyCX!I8_Pp_5<?Q(QmF56Hj4oC6y+wCp;IZc<VjP&jNpjOi`w
z98S^dId@tr4I8x48IczRL%N47&Bh+)_Mbi;bUx&sBhgcDopwm0M(-XD`gYYl5X^Yz
zkvgJ1c4{<o&3g=r90|_tf8$Vx-57IX@0C#+-MKR0eb8)T2A0N*r#RGRGIc-59a_4c
zZWT9HZ#Je&nXJzpv&|j54DZTj<{`sjNJ_I3d^Ddt2$63o3K~CS+Mj0{hBh0qVV-(&
zI^G~O))?B?waLARW;#onek({D2_Bx7?;O=B20`n)WT*Xvrk^lRB_gMC2xE=R(|Rt`
zD@g7hozYFR-l5R;Ga+Q(E4AO(N^QM{Qed+wPGP3-S#y^$2I1L8r#?FEf^Vl>Q*hXZ
z)9^rdU%q$K>(KG|jnQ+b1G_>~$)R9qt*^8&b@qrnSD!lv|1-oX%sq#IDUpDiryYDZ
zhKG<dfVd{0P<oPVMXJ639s4oH_BolJ1zqA?>*1W7@a)+w=0VOyqfcXU{lJ0H`S8<@
z0>^PL?MdPNx}k~Qyy%_}-XmA0eNBlAvgTvvbIYu?U`z8Qv}M=z9^fq@au5qhzkjK4
zbI>J^?8j7e(YQ@BZuzRhlqqUK+GinVdQO^UUf{}#MG^~{M6Xs0l*6oGb60j8dlf=Q
z&k7Y~Fr~k>n?f*82W~FY?(@8+*DcJ)GUb<2Z!9&EfO2ya**z-}hZBWfqb9i|EBOqa
zsqqfmg%swAt6S?{wX4&@D`a6XJN3qfh4P}j-&StVioDry2W*nJrU}JT^l)<Wfczq0
zb2D~&dG^ox`<@r%3$se*TLur-#7WaDVe=uvqhUV7rH6xvE5#xLIXl6d3*AFr7e)?x
z)<1-8*M}|aPH!L90&Y;`J}YodljtRgufE66o<$80kYDDL3yTgH{j`^hJpA8h<uS(3
zT$!GOec1N;v&?ew_4zt5J7p-#>6Ol>v9o?#5~OKV-I9UO4i~Z#qFwpd3~Y|b+UlHS
zOrRW2Q=rbT;jFKrM?)O7ueBPO9hHFJdVm7G)6#%9MmhthH^4>Rbw<Qdwf*6$-8pC|
zh0Wsaxf!tP4EXUjMWgO5l~%88J9_)g=VkbZ=|S&NW8}`C!$m<MibU1DfWzI2o~(D%
zo3u{&qiu@+^m`rMmtro9&i5D3!pUk|(}T?GMyFdz0&Q*+_3}5S&RXon_`EkGQA~;N
z>lF^#oDW*+05AkYbM2nigEcV(P{L(V9=^Mhw{$waR6rXTAlC&{4oE-G56<!ZfE=5S
zrzB2qw)QT!*Bxx%KX`nG?gpZ(|32qNKeH18r~=sivGrQ*!hrgP(XgZLj@UO#o_XW4
zV@8zCkKS+7oe#FCN5I7QR|>!;s1KS?Kd3e^A6Oh_D*(U8uM}Jy=P(=nHZ$LyQx)*D
z)7*ZnrEYnb<uzD@`ax<IY(hK;R0Ojl=wY+RDi7A^Nx-4)z4mF~kN8;?)bN>^tu6u3
z{e#&)(<IsFzLj}n^+&7c6%Rm(?=5Z~n83dQeP44>KP$0u&i2zYC>=^D9m-?AtmYl6
z#xI6m02|hPik%u*kxOu=UEU_;=+9S5!h5eguuT5@0FiI9SHJZ>{kB{8;l}K@k&D2K
z7e^;94xe%U9=0_*+WpQi7+ltKug-Mg1M+po^Er#eACLNeWcmIuC4qzc!0hO6PklLA
z`@Ugs9<JUvlyEu8Gy51cT~`nW)T=K|y7{%@=!MwTJz(DpGv9+?-yaqq!Ip{dA7A<v
zc4?{fCC6UED@LjdfPwhRS>&DD%Zb976}QlK-Dl)Q`}D>R-@5gW$A_DlFOOc$eDyLv
zMf;uxB)%UOp%1JBxG6DD_MIvgegLBZVrT$^5|DrU8$eeN5yva<B7}ReLy6_okLu@p
zxC2fSV<k8Z8{fvWi(keIy>gd;jEU=}W-_~7n=nn2&r-6_l9-svFm={4*)f<Pr+E~0
z$L&Z|0F`H(|If*KDbs5`42F(f+z1cX*fG?N@VW`VU7=Js6vYwk)ExK;KNc^no2;{@
zd}lHR=UQig<dia(y5!2hG8w3s3N^*K;Spt7*Z&JyclheQV4D?r0ij<*$8mQm0nwoL
zeUQ`3@<pV~C$}LnzSyr)gO(qiB}JiZia!^QrzG%MGR~(ulamD+(sO1Uk)M+xOr3lR
z!p^6GpWjaBU)Dm_tTu{mwyAlgk2rGQ=dbhOvn;wV#-c3HA>ZB;E<PcVV67*s`4--E
zsFZbA1uAot*>6$?t@Da&{4lu6e1Yu}SlNJmL_59*IQsCYrqMP~x1h~=xW2VRstQ)z
z^_25i>~-9gJ^UbCexfX!BgLaUE0ZY3vfmuLGa#YZeIH03=DTYkUq7sJMPc!^9{Bs_
zxqel4Tcy~M@R?B2D83&XzUq|VYGaf*M2G5kHVN)zF`kB7=akNMPj&;!sxZs3z|M4|
zW27ZyJg;09i9CO8=DGbW_$<_~{=yGigjH<|CB{qP&#%|@V&YHbiwN6?%zOPQMASst
zfV-R0(8W6s<Dj~w<Fe8>*ut)v8fm9C+ucgM@R(nb84j~Ld(O~nvE_xz7ckGk!quW}
zsUjH-A^qe<yp)EU9|`dsRs?m(s~}7`-$@<}&v+bP6uvJ<3vx3lS@px*lIS&Du$QbK
zw_MqhN8xbu4u#0y8s=8h+~4KJ7`9qVE5sz8da0Hqha>7p1K!~zO^H%>J*ZSMUn*3B
zIW7EcW^n-pc=WuV7X;;kh-Y~-P#Lt`3w3YZjcv$QD8PU=9UTnWtz8DJEUsd*r#an7
z?fB|2{T7IXg+kG-hmHbfWst;X4@ueORx-5hR@4d*Cgt~=Ag$Pr370rdL&V8NGwApY
zRLa@aa6*kWJU~n?@wgv$E_4hQ*GYEt+!8TZNX;$G7qG@qnR~rB&i#?(bwk#j0soCZ
zCWMxi?~BlmQa`bmEsL2uQ0e1Q$M;5zj28nbOWNzlCCY}OxRU(VQ+jS&7rMxB<hJjZ
zm<#WJwatedjN^AKel#daPd-)Zgo(svJ#Lf7XN0e;P%%L1=Kw4)ZwPQT@Xrr6zM8wS
zH-(zO8sSmgF7)Z*18=A<nD9!EDYx7%<9FwGh%u+7w_biZ<7WLiSE9s1%7Pe9TVKFR
zEAN5!n*j7OF4!Mo{gIY)S-{V8aX!bhQR<<oN^#%&8u&2wjK5#e<+lMjUPN1EY|QHF
zloRV%=xl@^82?bhXEGbPOJ1%Za-@@RDRg(P^ZE%+%Mcl4toy^R%>f|G4AJK+NWRa8
zT!r59iT(XF=XX&e_7xtV{vLW8Ax%8P?B)mO5(3+BdbqLMEmcX<0u)!!gJUwclXFQh
zDNO<|bdM)eHnc!X?)EFL5~axV?kG?Zm<}RQK%YN7pH?rF$a<u41(<1w1is=@gk3X;
zGzN<rqI8uksc#Juu;wudxZ4ar-f*<3e$n(Qo?HJqBJrz~?&*gdfRN&OdaGant6w01
z>Y{1!@TpOH^Qj2XHl<&QeLk_l()i7r&r>f8DC%4_h|7cTj2|lRO89)Sl)N`+xMq*K
zi}WsjEJrles6aDuoxG!$b1}7vY0Bjtk+I#!&-{(|a0SZ7#yS{i)=Ym<4?lD;j3V($
zhYyGIAC`|Ji-p7A;c&Cv7<z-BT5xX)^qOCxnn+bWYoH5=6QIk`Oo@wATdK6^Fj86`
znm;S5sNi7<^X3Z&a!b6iiqhG;AiM*g|5hq)Mj3Z&#`Cp#B$=d#UK7~;4(>2_Ek`Z&
zGmtZ>>i9ujChp^R>eqkPm-FxxFVBgxRCsE9?=J(8u!;6O#wY^UX9Xn<*}KvFNj+S&
zuT*yH2ZxnfHj|{ZRi+6S5`%?NynSxne#I!Wj?KOSV10leVvOmWyv?`V#%p-U!_~EV
zH|-9xmd?Yzs4U$j+e5)n1J5a<vMh?g)*yYj9SFqMA$LnAVnANk?c}qO4v2EkxD|C(
z%qUxl3ai|qmyix=^7PMg?}OARR&&(mPTeSyK?b`h^cbGph%!2>Asha&@)|L-DkQ<6
z`p1jT@=OI?8Q&ojt_AcZ+W!P7F!zoNMU3)o%>W9zfEd+ivjl<tAklICu#eiWsg$=*
zV3#Oo7ly+DN<C%tS>c-yJEieR=AWWW3}vS3dbVK+21-I}VrJ<s$&zM(WR*n=$s2f1
zSq$ptndcb#UVAJ|$(r>e{eXZ5(Tz=}rR{vwxjD~@cman9{(<%f2}iqU8glP|Z$HQk
zQS>76@daLl^AGyJK5r`%V*z=oJ;<XA-2R~TO79A0>*h-%EN2Y=&6l|-`re=BaCgk2
zKU!aIsepkMhk~gj_}8?YzgKcwUw|ybz}K$i)F6cEi`Exv3XB7Q5D3=<|JhJCQ1Mlk
z!nt9g11O4Tgw|f3ypnmIx6AR4vBNLD>9}z3$ZI=nlq)Z8Q8B?w2uBSnX<!TCeop?*
z1>gEP0r`zp2K74Ecn`DJ{A9Z*r5I(H;wc5tyZq%ZYc${yhs!GKSpd+Q*vwH=x<ghw
zhKs2$^C<<_AhfZ0tp`c|H<W#}?4hXvhI&l9Gtj+OUO{bWbne|Rt={J)8P@^PY&D`I
z;eOw8_AY#_dh>**kpkomJ&q8W!!Sr`wAZt3djS!r&#V%I>uaC;X-kp)pnmO;xM>Yg
zFJkAW;XtV8m-LtdYp*y4^!Oj3s~ALggL$X*px}0)_fr7QnOa7VQli(Wz`iez0x_Cy
zVb$72Sp|-R&Lq3~7G2+#ZR%GZEbjd|eSPbTO@45b-s~d>2Wp-@UfUVSM8t5MkN^tC
z0zf2Hc6@2f|J$n*yU61QNu<dMBRk?1IZm7;Mcy>L3Uy8$z{rBMu8*uoNxvoSTl!-_
z5i~F+@G;8PKU^T4@tL(>=%a;<{Pv6Iw+ZPhNWyQwi%4P*EQ$==n0-%gVGzKTC(O~r
zGzM|v3SZ*qkc6}ZDYvy$X82xH&{)N=o?w>58dO~_ZmM+ebAoj#02W$2kpeD+^|5&~
zec>GV;>dE-QOHFcz~N3O5}pmLNaV%jf=nSi{MESrB>XOHCb;sixUi@TvusLu>T1r}
zCf<UWEbo1QMy3oeup!%{P1O!G)O1nZCBj#LiqnOI)gg2rK?8~bF`onnl#pit4!Kbv
zr6H^?AtIN<h0cONx9dt5?T0-rfX%M;aKfPg_ME@B!eu!*j>Y<6d}qV5m?PbKC9n~!
zekk5w09xzu`Iin=e8g}pNEd<A-NmTGak_J0wy%R%&0>T-(*YE%Ys~s|S{F(@unq3I
zytn~1+?gtDb~Ii;nk4<VUpH*OkGLu(emwAAgZT!wM1mq5`cqzGjy1<>(0ZX))lXE_
zJ;MDqNEHuKh2u=RFX|z{8oMa;SEDirgEH6HUk@xhA8eOSX&jr&V_fjQBUg+hv_EOs
zg#wDMmS^k_HLD0JR;kFIE7qrqHl1_Gk+9Z-%Qsl>V^~sa-K{}-nZr>?oE`<B&xcbu
zy*T;X$d`HS0l6W{U*oSsE)VAUikCjv{W60V0@W#`Su=FHi;sfm^&u`Mz=2tT&Ej<R
z8PxzOL{oPMz~h=;XZEmf5da>cx3-S@5Ub~Y9(V3m1Re>t_&OX{V(MeZkWeD`NCl9@
z1*?+)B;^W?50ny23Zjfn(#bqd!$S<5guj#_3I(yVAr?wIZH>?GN|Ir9$@jO?VdFE!
zF96gKU|mdvsvk(#9i)dJEI$v97Q*T64p*g`m9|g1d1)jLlkb|0kT)CdYR1+%VI6i-
zf$o<<l++VHeJZdhS2U9^+6A9JtbYy54fuJ1&OZDM87kTj&8fiL2VvP{dQW8AV6>?i
z&K8@diyRRV>O_=AJ8CeXtsDuKkpNd5j!q0)lwhJbP=F7})@9In5jTwn8LW-OKkZ@>
zPr74+tE*PJtNMT>Gt2}bk;fRT@_-JwufgMvZFor6sT8i(083ge*I{Pu%HbR#b$yCy
zWLpK~kfzu&0Zb>&9hCr84b#o=h(i$eZL@)f2H9N#w;MO^5oc_^8+B+sUrdYwAz(aq
zxd2WqK#=aMwe(l-3*%y(Dweufz!i5{EPw4h7lg#&4&jiYi?+jZ5y!ZU=?KPjNkl3{
z#zB@SDtyyhB4HdVVHdt{SDoPqh4~dm%c=Y4V2rHwSnXQgot9|^g5<jgOS~gE(q=gG
zCb{#-9)9yU88sSEU%f?#qPM=K58!oakMU3B@WUG1q5A=EY^;cl6AVw&p#z0nyH=PK
zH7A{n;TE<Jr;MA6kO_Hq;SzH>c|?V+q*~UI449p&iWNxBZ`4v8rydE?Q^J*P4znO}
z?s3NYnO5W7RyrdyUd8}EV>&Jwtn>vePv#IOUPCJ0)}5QK#smN+@ttYPYz$lgbj2?Z
z4^$Jd(mgMv%?Z-eLww^y#Nz?tIBQpzQd=P$jv*9*vC>2ZmOxY(6{{199aWpd*eP^d
z#zx@dK<YAJeHk3`jg8AAP$ajlTiR+#V601H_8-!0RKG33&o+A3u4+%iYl4lNv<e8j
zRy&{mM~2X4Oi0rLN}LE}lNWwgYPWf?7RvNqQIV7k1X_KzSB?jD6k<l3rrf<Fn7qe*
zaG*$4uz7dC)7vGS;p%wqYSo1pUSn)5{yCQnkk<}@@Wb-?VR?ytTo^iDKF9iR>rGp^
zBy)&ZdwfFRLJui(`<6XmPge#)fSd!SH)wawn@dy1E*{z|E&vP-<g6S;J6u7!bJs72
z8f?aZGy@kkDrWSE5&PW+`tAK=-VXRuhidLEx#L)>EK4~3I*b>8O%$~Z35V=5ZNxww
zMG@gRL>`GBE|%H);U`Q>7nrRYp3ec?isRpUAsie=;6CTXmMLRcqtNA~PLtPBTm3fv
z#>~?;8bnY<_prR#D(uuo4{~E(@}?YZ81sQ_`i1bWEj(hi2UO`O(Vq?C4+jJ^Cc_iN
z1H(1hfifo$aSU*QPE-~Hg#VIt7jS}y5LijQY*)H}CDp12g1Q1Cbp1d_UHu+$OHQ?;
zP6}YBqwR{XPBW@Fb2P(!#7i!V7{z1uo+F6NNsZ>uL`uOc%}<8Zt(!MrY*74w*#Y5a
zx`~}3;ZV5SI(zt!S4GkVn2Q17w1tQaX})tTq>HS6qD(F>+`$p@Z!kmMD47xq)$vW*
zyRwS7@iFAB*=d}sjq7|5?Qu7z^OnNG0Du`SAsQGSOM2bO8LnBU9lH0L3Bt-;fgxd&
zFYs__I|~{_B|s?vW|9&sKH_ph1S?AX+rvV$7b|S-25h?+`Qbq|mk2c_oU!$)I>eSu
z>ek12V?E>7s*mrKj)S@@0W$r7j<wgh0?y1Qm{-%hFgVaZA{^a>QCZKB?9Z}iRb{if
z`#1@D{}<v-np;n*6Koe_VpbfQ23lKiVrw5(Nib3;j^4Zxfs=gwQ1QL~Dp>XDTdoh0
zTsxSr0~lCPxaMQQ?j*quYSu0L8D9S@7n$a{Sp$JL<^hif04yg6_s}=0E<k3qmFkc}
zK0TH-6BM?DaazJCE8cS6x~L_2&;R?b-Z+la`F)ZtlewLR9;8K`0+7)pqmo>@T$N>A
z-P;BLY$R5;_5^8nof{8^pWO#N3v1IL+U&grj2>WymPUtcR(&Uz%7n~xm2f3-<D(I#
zmWucA7v2Y4WQvp6yS@!(fA>ya0?bCi;J*T{N*&09v9R`w%&VA#l;lw_5EBK1yshlV
zfYl%xJ+U&dlB-hJaGDxXz)x@9e7k8LIx`lx?)=9+(db^%hy8KenA;dr*t?4}wFd_w
zWZhk7<mRw$-~m-Wb*E&r-wW9-tLVwfcObDjDq(FWTW3+@OiR0&A+1-DsYjz~@6Q{#
zPJBO_ka}$%XMCJCuJFOe@59olzRyf+uNogtw$)}z5`17~$G~$-^O&NJ_hGNIxN2dC
zJhjoC^BG&-f2rnMS`n3~cz~~=;F~Z0czj>M`J-yi{<rjqK{cG_`2Cvuo)yEM=Mqfu
z^v4OyJ^>a{o*Ey)H<|A9eSGNrvEp=B9b@|GzTei&5tH=C+q*vW@BK>qkJ)Hs{jZ<C
z2F^m`nDz3fG7Vhf89#PkzcR^N27aIL=l#G}KMDHAnDrm?<bOJI_MX8wE}->+ko0FE
zwokAhpQ@?UU46)B(EEL{=+7m)IJ0pax39Og(H+>!2P#qz<kTOqT#u1X{H*+PznBu`
zY0Pkk7UC}WEO!Z~kHR6JebRXLMcwy{`7Zd5hTna-zse8)+Hr<ZN2U<Yub2K;cEbPv
zOV-POX1D#!8T*;L@>2sC<)smGb2Ug|4d>+&b#pc9-W)C;8Z5uYU<RPSzZ>ZS0Oj8d
zmamMWEoXQl7?d!@RlMwIJoxfB&NC2D-^X#e|CcF+!9^)V-jcz%f}zwmL>`Olm`(0%
z`z=54yIUlw=lyT^r{8^li8QkQl}6Up6KQ1qGmWhCCXPNiU7(S5k@$)7(>WSh{~JeM
zIi=1}PG^3^%rb`6!T-#!#4KEmd44Iz%Ozydm+8gj7%xBsEks@^66VqlWDLZdMKc-i
z`d9Ep$@c@R)Wf`G7?3hweDFAdUw=x`zZf74E9(CC{ZYjQ47VXTlv0EWg{q<iI;RnJ
zODW2evhSq?y2TfTJOS=7{_z@*_&7vGp`w1iXW)7lbzh0$7Ub{I$EU~Y3_bwJt=pq<
znxLB146k*b{}EZ={Ukn4D_<lZrc1H3z=nYh!we5LTBDV!`L!R{kWt~_Ssjqk=YPn0
zG>3xcSD9-`Qu76cv=P@9Z$umPMUau}LXAV)!=t(VZ}O{`%=QZS0k2|ai5oKz(7|_w
z&Gv`y@0RMf$|`3B{P=uy@Z+pY!s_SS;}NR=A0_J%ELtZB9Q#vl`2S3<)BO`$|3|Ka
z)aBSODZ?*vs;jV_``^oTT44RczXI!8fts3+HROFSoiULz3saz(^?$(nGbvhK-8fkJ
z?lW3iUH{);U0TRci^t%<q}4U9N=y9%)}`dGN=cghN2^OJ{nJ&~7y6%c)zJ#JG^#G(
zVDaBkb$d$zYqX&8)&I7u&U5z$Evhc<Y4C5Ve(o`f&)ZGW+w;GTs(aWx_OpKE@c5yP
zpWnZox@(Z1nUC53(5XL*Vxtw+y&?pCBmOC>heWbJ!3jEHC2TP=j!_zJSkZgolKxRr
z{{ic?qWXgvZ<<-ZS>X5|v;Jt_I(Xjlzl*9zu@a)$67cN!f64W90#8<wBn_{3bt(Mc
z#p|R>>&_;R^a98K$8y~|2;+4>D%2T+`@fXywuv#WX-SXE3;%=HTPtXIz5QQ!J?Gze
zJ?C%E@^a($Mp1YB$S5s`G%?;WKRG@=@vp%8;=cpyQ%jTo39RqE-T(6C%iq6${~cI=
z^Z#04{lB_(0Dvaf+x{2Gb@BfiTlZn(5crQ=f1zgh>L0o8@gKP!p!9FK&JimXNvDLp
z1^`3UXt8y<4IJIpf8;v+AGvPdP7l(OWNPiU5;6-SuV7OdubniG<hC}wpJi*HpKD|h
z08I7+P#ZjwtF2yUZLT2H`qyP2EYuT*wso`u-1(_8J;>$QFuc)xdu=pc-5)SL^>B!(
zv-8p1W{e4=B5hTSu|J&(x<46j=lh|(l8wyJpNaC^m@8*|+(q}+6WH3IKI$Xb@&|K6
znu2jRFU}2p0Vcjcb<h@u{5sfEv$?8Ac%6blKOft9Z=7%dxT_z$h5@)Z+;<3;bmE4p
zJgfonuE+#wVhpl~S5)_fnXY533KMw4hyHDQ@iVRDsGTI^59b}#fQ4h`TuTO@P|x^g
zjI!eQS-6UwKaJpDp#bn(bLl9X@jJ=xWwMLjZafjsd3?<|QAm}>j`$q-U0Gt_payB$
zi8)!C$irMi+ph@yl~s`)r`DOwLuaf@Gwjy-^n_9RV^KA&UV0C%6kDe0QY$AbA}Bqr
z)0`)X>6|$i6>pQ73jk`M<4~3*o}P8rD)x8l`x)d9Ny9u|hYjOW)rXB_wS&W^IV1U_
z<`@5#>(xiCo56;6+9(SF<~%G)DEbtLtJP%?U1l)*xelWTu0i$?zgNa{$H8ZfSIjIw
zbimk)-y6&fhn!XZ_CfH&y-g*QfO@<rI38eyim20XOPIh^&M6VipAFt_NF5Y0Z+hSX
zbYi{+V!N7TueSnL^3&tzy{$3^MDu(ehus|8zImN)uLv+`cK(>_S#5SeibM$RE6N^u
zG(Y<qY7SSYOvla5n_Rv@480Ix%W|jJ(ul}oBP>DYQZ$>N)&*%xqw{a7ZzXL8Dex^&
zSAq5fG><*HczfNa&j-E9%T%ns=*nqq24d`xq_1_@d@Q8CNfz5)VMx0$H~c8&O$TcF
z&Ao-!5dL#_?q^81Y3c?iBs|=Wzxh5dlU|jPS#>=C=?vQ4VQkY4f97bO?h;{rikd$(
zTsUHUb<gwuce=Y;?{)RY3ckdx+`qwN#Pjv_`#F#HLR6Vg`zz1J2-dDG!T7p(m6b#=
zRd-bh6XNntB&zq<!A8`fl%e)VY$P4C4DXA<>+qLOWc3wz?h@-0c=!BKm}EmizVXAp
z2)H;F$^`%jAR<4>f**i75Sf&Fs5<o9vn!~THUadxAM^!x9ks_7ze}{d!47*-b%Z8h
zzf)NF&q%1dIzUzmmi2jB;c{z%{akomT4O=_`X5<_<J+$RD-z}C#w3T7gmJ)0fY}`#
z0Tb0pJAp)kM2uC<4!627aT6Y67%lKz*X*v5y4x|~-aHTxAx_U*a!kjH*PHLuuW)z;
zH{;Mx>sEQA0x-Zbaejq#LtYQZLav43;s(!D7RMW{n<g?~qa@B6q_sP#q+kM;+geqp
z?AAZ0x06d1pG-_S|N5NK&s?SyZ9;Ynzv88%TV|2!LB6ScPI|W6<a|zLnaBEY_W1!R
z)ufW?tN>bUeY1=(2<3d(Ih?!G&8p?tIFr_VE-yc*-1H5BBY2QgVT<~L0eP^;6|%jE
zTpi9;o7=UBe4&!_mx~AB+&{-RjAA%nFu*M35FxM%VB}+oG*Xv~N$Aw$Dgo@t7+J<7
zr|)o;8GFc?CB;}*=y6xz_vFwGF*c-~vKn_odG7%$$IYGcwtjkmr>?aFpDJ(jxS?V|
zQtS<lG+uPtkWh(Mbk+K+s<7P%k=A|23#YnlL6iu)pA<r)+)hor@qrl60K~|8ha&+q
zEdEZ5V1fp627bGz*VBlO>ZKII)7%Xef-Qx-t&4@ZM=qP_GF>OSl}ISanp#aRr2m81
zYdy^ET^DKox%|>dB%0s=b4XRIG+i1|wC;+nn8fnhv{2=2n<i~8g>u(~tb#<2(aTpu
zfwi7@yd<{;u6JB4s(U<r;EY{bi5f)|aY=f+vI)iv%cVCY3Rjw3HC;>Z{93A9T6y<D
zmDTKLt_odxfTD4T!wb2k%G&sS>pLMf+P7`09shWq`Apo{N?+pavoY{n*|%*M_|cxy
zKYT;EaOJIOX$NbXu8XW^#NaljbNLbSmZ<z%a#eF<dZeuRNbF+nQ=Vqso)L7cr}YoD
zmddMX5pk7r8^0fZYi;M2_YD!GP+HU48I6v^1rJ>+{E7>orI8GZ1!MTpybWjQX}$5#
zg^8*cU1DcG-JS5-b}R_&De|e0bwx(sAlr>L)YenueVJ{k`;W(ZFH~a$bt$g|?CQqN
z6{TVhE5v_uljdqGSaLVt=!v&>A|8#%J11=&r5AOH&NK$LIc<M=s#$U9({Ro8bXz4S
zYt$co&gV;rqx$PtFM8-dIIKBP+Go=0g5Nb2Q;`wxO;Z^nd>*o#Hw7h#t#c<tdf%4Z
zxB<Ts-2LW)GWx-TScjUno}7f%@_RZqRWSm6j!XJEj}Bg1&t}ckFf=|m=%iej%C>xZ
zry^NgZdU*<FhrpLUeqGEW@WdwN~zr|={Q}x6P?w3IsUO?U{b7yRZj2skyf9!KX)}i
zyqlNQj;oWpDE`G89c<i(F6TNAq~&>5t<JQ{Ql$>IjH9nNsr6I_%^rNb*JMXI{?lyj
z5qh+~|D@0NT|+M8rl)b7<LtXujqHWIPmZ%LuZ2IVM(IAkag?3fcydv*(SMzZ^EX#B
znffI5MmJ1F`y1t}@HY`tA5UwL-4gi2&*7tNN&!sRgl{%5Kt5*vhWsCr$XMMXfyKk7
z-Fn~ggLmJ&;JbTXS}jUctyTRCj*$m#eOn1%+7_v{SA_UF0w4X}ur&DkNF?tAe^{dt
zw$@edi}3Kvks32AS|7eGcjT5u_s+b~ch$3@eWzQsL((sopa0ca&WY~wPt%#7rPcG*
zjj1dTF}pI+n<d|)f+rH=4^7(!r>5?=PF<zS`;|`W@^)(YXB+zX`@DDlad#_deQO`T
zGbnH}@V@(|m#}5LBUkZwpVDPrxwl5XKenZ$ozIWh%avP2@H#lOJzDr4wsYA(zTD>4
z6aP(ydvv2A_idnc-=A{xKKs0a9=;bE85yeCA3B}!WcK<U8JmYM=>uynKe`YZrYq^N
z!5i{w4D;fyPm_&f+xxq_@1fd^_g^hP&0q`=3KV<#{rcHs?B(mOJguSVGP^(0-gDAn
zc0A7284s5kBOva9bkaVQdlBwZHY-s+rOP+9A3shR^Nd5_`r5G0qAY!LF!V9F=NM*)
z7yJDJx!?lRJqABLiJtX~mMXfsD8>>12UGRtqMz+X_agAL`|cS(ye<Y$$OOlpfD<zb
z?4m3^2ryxnfXCx?{0P_zLRlt!c8*ZEODHfVWURu<`C`GMETm%s!I+Rb9+TdVFO`YS
zcE{I1V)8R%2LcK4yRnJ8%&mU0wHk2)?y(to!nhr-k}sw@Fg_(Sz6Ot<UyWUq35e1l
zkOSifjpKGS2=yoNl!}<w?(svr3A5wzB^3#w-<hu~C6Hy}HZo)1>=Nb!<GyC1U%AKX
z62Uw8L~vzd>uzF3W;C6qSyDy(QDE$<M$+&Jp$md%>o8w(k6*J(`m>u*-A?>`65T@~
z3RYhEev<TlH?Dm*S)4$PJ%z-~%dp7GnhCEZpXE=6dc-rBByVIU#RaDHNw8e+Pd2WM
zSN@rxw3qz50v~If+Wm(4M`r37{uC8L;&uKwF<J1IOj=uNifv`8u}P8{4ZgR>zjlvv
zff~;PV8%Z|CeV~O?J0NnQa!S0SDVi8mD!IU{7^RImPwMxUaHn!98(Z+NGA0vB|dab
zVVxLr36Uvcl4V+%b_1GtJ1Y?~5wmxaN!iJuEskO|)7|YeA7`bBXAx)JW8*wh3Mv(5
z0I(Fz?6RO72NNP<BJG_<iZ_4G^0oLD`|LLROk5E0QC9X_JECY-YzQ=WQ7j9E$_h8h
z9uCUBW1n!3I+2?<k<B|n6oBT<x}{!1fm4E>r?_XeucdirWpQPJJqWqods(rN*qsUF
z)1c=qCfQ5&xmq1LQ60qT@x+*pn7F;nA127A%KSb1ynT=Cv5uU_ng#dvvU3UeI4BV+
zhs?!4$L<vl1?AZil5Wc;KdPj0pR}L5xf$(+gKmi^3g}ly{+=cQMalP<&6mked(x4@
zYhU23nW#7^vwobusF`(nvfz(No@z|`hJE3BM{#se0*Wan&LdwxM(U?#v8iXyGNE|f
zK52S9bsCaC=uSLWNy{T-+s8;WLBS@!Kqd~^r}kNJ&&<k+;@Zk0!d`;ALqgwL8R&C5
zRYk5`d9rkf@Z8)X_bz|gJACGmOj4p&W#`Y_a8F^QU!X{b3jBU)?5~3ItQ?Q3bnRcM
zv6a~&4n)1+%IB^nev_3>TG@p4{J8asQIoP7&4f#uRp7~-)WFi3b$%RExnE2LvuQaS
zQx$tvc~VT~WMz4AOp$G8)xbV?(;jHmv?kiK=8<W2YgTcXR#|Fi`9f8hLS@d(N!F4a
z_s~9Qou;p$)nio^alx5%>oJ_`+0~k5p{B{Fd=&@#T)6!@WmD3yXU*Df!Q+^m*7d}a
zUlpHz#@!9hScf(|3#2FUlZ=!}7g4}rPtx&vCBn2kRxbYxf9XqTWl3k_)C4u{STluo
zPSlRrAaI4t*95qlU5gNG6#rc)8Cx&)tGGI=@seDvVQf9GX(0?lKZ9;EEMy@AU>XN?
zn!l@}nCc&B6^l6(S!k8U5bEBn*UM@rRc7O_Y&2VVHIax--Z{0(!6iEK)%!n7SD_6Z
z0*S6ujlBY`T|uoL)vXdrEjHCnqB$*JCQCHsD#^d{erLCZ=49y1C7RLB%WMF#IZbCA
zTdv2JL<v+E%Yv~THP-tzK!>{7aZtiWedVttmDqyRYR;w!phif?hwP43x$+N_wc=f*
zH9|(^@2)=W*0XzU^&6ZtMlXQ|Dqw2UV>{}Z8XqzhHFdU(1~s-*W7_&+J8LR>`lr(L
z{aR)0yOkd_VM98?4_Z-_hL4j?B61l8zd=QURb|z&l~X;Ng595tyLY-cEvJBuj=esP
zEsR%cbm5H;W7|zM8{)NFw{qHk<g}&GKKeno#2k=Er)6rRVXdn7K(JgwzB=M(%c*JI
z_pWj_Bv=R2xn50c!NpuC=;MgvoPoo5y$3R5Yps4)X@#~#X;&9rY5j6Qklh^Aa~due
z?8ZZel)X8}rht-Yps?3avv&KQ7s*&F&sm`8xVk;VzB3_b@W<4ki}$dM+31^JgDD~C
zD@aZ<hF*cvCyDOO*y#55YGIt}h+(SYFv)syW!Ok)lq#(=d<Qwc;W(^QFzltnX@1y;
zJs5tNJA}*W%AV{s&VH`0Rb<1|t)tW+(>*B1oUgAldPiq`prVI8ciha0-j@uNNB92q
z>TPx;X~vf11{cpeHWud;NidJs{_K}?8pN56R&+Hl6pU7!a?mWhJP9aC0wP^HNX!$~
z^2KX0q?a)h@gc(-f|GrR6M3i8MaXeioyjZm@?%KObKT^r!%1G9u7=!!w%9Iw@B}@w
z=);x5b)CuL!>Q-w!BX;|$??=nBp4q$GcE*^J|3QO8shODx=5MRa-7Z%Zbwdxb)Jqy
z)y%peXSOycZh7~GJIygnbBu)mrHMe<0_vRn+#D7*?-SeAB2>*Z)xwM<zd{bv9nA~Y
zE`t8d3r>T|brzJ^S#11(NX&xlpJ5h-5qMZ{ltYC{%!q2$n3fzkS7%OVYuaIY`cm!U
z4Rf;I^e7~3ftvH;s?&h4PRo1wsRzMh1g#~g{9sS_H1N-&w$Dmn-ik~Oz>d=Cn#VB~
zOZz$&pf`Y*dnS<-&}`gLoDV5kCy!*>n9kpd@L3c&S~3ERX63D9$FE#DSa}xDK}Nu2
z5UVrDRjPbfWmpGctD*H^b)9LDMXQaxJ5@flCYT4#*;;GQ8#E$qL<_wrtmT*x0?NaI
z(iq^3&T7=3zPPxKrr%XU)YH0)IU|l{ney_Z_R|}Je>N`lto7xsZP%{lC~OYpagfpU
zq6M4sE(_Eya?K$*K6mxuW`kBu?e)#x7DCyY*;>H#Qa{V~8wE<Q`F6A!V?o%qI6F&8
z4^RdU91UCF*LnGkrT-GVUD$idZ@u8gRF<C5<OXb02fhvZu<@#Aty5vUD{QCFXPfCh
z#~urCG!J-iMBdkVB{4VIbg-_WowuLU1=g;9vDbSCO8zc5_wvHF?8O};_?+~`9kUNx
z(oezpe|F>sC<wnzc->4*F0fYUWu4PYfz8%qhyG>4bHe!8x_nGg++fbp{A=O2K#QG+
zbvu1wV5vI5bxbSO_CCiZaa#nlDGdiA`nUJv7I<o2&xcmL&jI^tXFvGW`&gUy5_rvz
z^{v$Xoq*?q#{E0UnKzgHz((k|VNW@jsdQ|;Z^wGb(xe4v#g`JtWY!BK*;-S&h>4ZB
zytLZczO9Mp)Pq-Bdq~B@e(FZ>%==Oc4sroV1hdbUuz%#UAmaz*Ax|E9ckqXHGz!f=
zl&kho%)FYlD55x-#WMNW`EVfN!(IZ|n6fiLWyd4{r#~FBJFiO~@AGVu8@AU2gywVh
zK~3@RQq~%a0+-UA_i~&Mjfp!(b9<~Jhl5YShY4U9hVs#ZV-8JEe@sUYcs1?3j`01c
zKm^LrmIkU>M%ZebS`>>@Ajb>83CAI^vY|v*vmG_Ix5Lx}aq4lO!r|f5_l6kCI!2RM
zgkvgU|BLhbjPv^Cc%Ur$=;!wOgV3QSC(^EFp87sP`D3z(4>&CWEO)y1X!}_6<(EsB
zKHX;flvf7`Ks6cGo7mE<xDxQ-0uX!VbLpQ^iI07Fg)ZUP&u!XMpB%O_a^I2hWsi>t
z0n|6W@!zGXUs&?LCnbUn{k|VQA00jY&NIMlivox!0U!2li}r0J0iP?we#QLhTh;m|
z0k8iYQ}W#IgllRE{o&m;)=#+~PA=R88xp~s^}o|Ded6__ht~b%R%Xug1%O=u2mnxo
zdUM@jW_#}Mc4b~u?N)=XQVV9{$ON79F*9CY2rM?Uk)QCJ?b&xD^v{8h$EN6?d$YfF
zZ=Q}`VjsT>022WsegH=JE`0m%sKPJ6fF7lv`y#_H1Rc1LP2|#3r2xKpQKE#d5EDCx
z1jHy#CoteEUV^}W#yBq5;Ahes6A6WQA!WCPJ6Ezz6PktmKaZQ!UoY_i30Uu<iwxt>
z{2yZL_XTYu`<H7GdYBWq9+Ig+)Hatz^!U)8M}n`>#aK^KkAqdvsCgG%Y#2uiy>sn+
zDt0-ed|}i;XJMRALi7fYu2Tu#EZZ!TWT0X{k#_I;zhdkE$n{clPT{+6K`U$`%%Ol+
zs%j7}`Qb*JkmUkY)PuL{weswEXVFUlU$EIj5@l5GYPtb5OTs)`Io3(7$iRes^o2s(
z?V>k>X`baYxt{O*CwP%u<84m*rMe1qxm1An;i+}tkhN`2i;d)YBX(RT65i#m@mlGZ
zsCc~GI$r6WtsAs7B?cX?vhSv+2c2q6iHl|)XhQ1Dtm-Qpa$mpQ&|Cwt^Qm5D#niS4
zOlyhaIG1-U>$u+)#o{<Hu@#~SOuu`3uMl}$oR}&|CJmZRDs~=ebnmI8G`~)kf@R_X
z1dg+-JLNpH2ItIG9nIoffXso@MuL_oDxKP2+lnJ3$Fdl_4)M%ird>ROk98s*vpQ8A
zZ!5;!Fr?9p?t&@jl1rr&kLHHNJLPw#&W>yrHK|^fY_YbgoGdd3GT|*}*z8&o)iyqF
zCe2=e4y(4m<U(2(i@=Y(&WalE<4gO?Ud-XATt1_r;u1M=1W6aq!A2<+g&jOZYPAju
zL(;gH)tF@4rj=C$767_^+h%K-$)yFL<vP^l%w<9Jx(s{<=9&XN6AqX|$T9H@B2opv
zliry=tQ=%Zd;8GfLpq?|K{C7G1ys7Or<v7qnqKpE($W<h`8vuL)Ak8#paNLXN`nq3
zyyuOb;R+3i?dQNTTepiRQMvRcTvYY;C~0PT>5VD5s+9(K$LxYqv1~lxwdasvgrj6`
zMJEBKb4Js<VXT+wM&0ra?mK}map!6{9kfM1gm~O{jm!!27X5fL=&}2_ZUjT824loY
z>~0F{cNv4IQX?c#;mU2j#`M-am;Ea_6t!+BaxVKoYgke{VE(f7zJN`~HC~HHFbw<5
zFQ?_C8P3}`UBA=$O6sCI9U#qf`F}4a7biX!`ra{Eh7|J{b_1sT98a_Z>WgPn)<1j7
zy1PLo<uVIGNG6PzPD$k^KHwKiTTB+;tXKyCL3^n|k9GD^54M3{>R@;}Y147Wf{1%_
z6zVmd5hdv$=4vi8s@B)`vxck=w+c{qM++LJlnbF81ps<ve-Be=g5VCw6=Gr-|KgAm
zDs7O{^@0~j>zPJA<eY+<qND-z?x<g014&PnN}^9NXoF+jWDULcH+-Vv(k6C0twRwL
z2GuGVjhiF6#7gLG7PEv{0HX$40UBTl<UC$wG}JIsX=D_fhevUn1?s6il%!M9!$O=i
z>Kjg@@9H@W%uvJ-JVKS=?%!E|sh7bCe9`Wgm4wWYFOmn{r5(@9>Sek$HpJ7OiF3@I
z`O!Jn0=aD&%Ts~@_cC;<q%Wjev)@8D&c~hKr^GY5iwjyA=h!4gTHJBPDt!4a!to|P
zF$}3I5=~7Ziqp?Oi*&m7D(-H3CKsE&+WZW=qEU*45k+fhFgIEeKOkxCa?8v`e@RCc
zE9FP=FE_ZSm7g5%0UzRPn$zuc)4bZuj{+ZX3|!xj$UiM91-p3+h(!DpK`;*|0=^Xf
z4ToqXFwaOt<4jx?hm#fO!Tu>Z{jKRF@RTtIbfyTv*x9ZrZH57Q_dmZZd3@nf>kI2j
zAtp0dCN3XHq~Q9Tky@QDizlj>pUgL^y(BXm#KZl_)sh!t008nny`v^(jJ3Ol4(D%l
zDPRz`U<FMOCFrjBVRTF8<NQeCTt-@J(8TlSN^nYd%0j%4O6W&PmQn#pEEbSEKhDol
z>Eas(>YoaiUZJm+`aGe>V@nEWeM|!J^}B$@H2_HQuC$5gZ0TU);T`c1`(lB#M=GXS
z*B#z9E@LQ2=U2tdm7UVzJl2_5gH%19&bhw0Z$tr0iPSoO&ZE$B0vBF@!z_E=BHRSX
zO~P<?X0CiN@2}7JEKfh9X}8~K%p>&zc~?5ee!}y5*VYK~j{JuG=SC@`@7Sd4-V*0X
zcoagK&lqNRoX-s?Y@rvn@I7r~k7D*as~cEh7ldA>6FG)RekR_Qd%w)ASQxUA4B(NZ
ztoRhB0{N8oOx7@T(k__NCHe<3%XZEj85-%bNB}UoQ($%2$inwG2KF#3or)zP=zR)5
zCOOM*{P|ucJ|MTr=KRnglP?p>vpVreC^M_`p*)bE`R!XR_zYx~I|A)IB%q;0r+)IN
z^BipiasHOu3wjLs%PEp>yS=luMXKkc+Y;378}@Hz>*$k*x=c=#zNXU}@B@<ty-39F
zUsnG9vl9v&NK&(JnEbg7M=u%4elSx&GElg`>}DVS8Z>oa(B3)X=EnkN<qQWy@r(Xd
zS6AzneCX-??@xPCxYL(6?Z9YmW1suo(maR!5XCu9WziklGQA%@1nOmWzi1r9`>sFv
zbou-JYd9u93^0}T4nrF^c316Hz4x(O`4mQ1t!9AbQD#)-Qhd=5YO4Lx8}q{73!_@#
z7a=xv9{F_e0$`vh1u2rb|LjF_xVGf*rEnY!Zmi^9r;;lkrNw9WWFdm75NxJRXVu&`
zBn%6fEcSM<^B<D^EbE^Qyz$(Rf0D!ittn(JaehKxxfS<h=(l&3|5o>G8BjwMLI3Of
zRkCL(u<H+=a!HO(H_Qd73!KOdXBfQ995g<P&}zF(WaVh}!9p-x`V=zYVV4~p<!<v^
z#NY2XB`FM7+nnBtqz7%zipOOyo(tQvy2-RS=Km;<@}3@X(i_CpCVVswMj--~|B{Jr
zU6FlF-v(TQG2RADu4~3<3J1DT;W*&oYtu{;J!%%q8bAfK^MCdFG5O~x<vEr`$R&dR
zcHgzksjct3u0~thUb9~bh%jZj?%BV!;erRoHzPA*pK<M!yLHlACXC?=7~42ERX$5u
zYfTs?p;~+#V_8-zRoa`}uQL(DSmb_qRji>ISTaOe?z%@DYFhr@Sb3?_(N_KuTHrR<
z+1Y(M+gFRma<0a-%l2~-dBeL>es*N!%=02v*`omAdGn$;6qlP7ByJZw*r4-z7fU8}
z@6QpW&;{?-(-Y*_p>qIcz6d5jo8JN8oE?a16_93isZS52a$K!~ia3*d={HF4D?ZAx
zOEqLiGi0(YY$L|eDnpEXNyCzkmP`h>XK=1k)iaZL`??0Xh<d-1ggNkn+%9+#`(Elq
z77ha36;Fleauw;SNkHPrC}4~>0qP#E6)I280*t>>8^c~;p2Lu|D<2#bsnEbqKj5mo
zy5a4J^TrWse#0WngC^$_Jx%}u_Sj%fx<)u1_jozHz1&;~rX^~)mLzBum(z$I;giG4
z1i;w)d2tB+h~4<}0o{=Zp?W6f_+2b%A3H(nmdYj=hNLqubbg>yL=Ix=K+<ZvfaFCL
zD1P9a5{TJFo8P)ml_rLc<uwoy=ZOZUT$dNyqm~Qg{BL8gvtv0(?2k_YKRnMqVW#6e
zj)BWyL$6_<xrv5ZD+oV;@lyR@Vlt3OG~P*+ZZHX!a4Z^+D2a#21LT46m~^&WW;cUy
z+M$LFrAj6=P#athp>+1`sI|}@6KjB&cbm_Y7^!Pq(nEv##6Y?zkQxePUeNbocw&Bz
zfzM7MG%42c932M=!{(y3Dq|WVfelTD)t{V0hmOGgV%s0UL{8YDH6tCQk;s5pi8cH!
zkkV_SlxV@Y*zO1!L&)nljz26)7=G><tYQ!cU<RoAZ49syX>>H=yvD>i6iAS)qQ{5R
z4U9m+ar&#c9P-34S3Jg{HWC3BgVU9Lq4nual{T{`QqA}UhAOSGm0v}w*7+lb@i;Ev
z0vAwhcal1|H_|ir9C0!tR*=cO2F=0?h}!`ZcZAM14*ARjSO6(V{|M+1fH`v_#WceA
zcEmYj5bftxX*beC;8X)6`h{>m4;V&<Efygay~=c)5Fqcag_siE9N4^ioxh4{@=|i_
z(mKDRj<M(`QQ$meU2i(keQ4mpG-*eMu$j;>+?^xSmx-=C;_tG^#;DE#$d(-s<lE4K
z79GsE44nv{0E0Cvke<e{iV{vw2B*pg&LPjhRatalrg6J7{d`wrUFgbkP@-A=A9DNi
zG>M!F(;TZ10YiwGz?ngNxCE-T2OTa60eU!u-`q^d%WQ>c5QsYfn9DWR0wL~0ssxmH
zfoTpy|EF3N6~X-i^S|+S*FkN!e}nHs5<-9=1xkTJ3&q{t-6<`_rAVQ8p)C}t1Pcio
z+}+(>iW9WKy*LDGDOPISoBO%<k#lDEw|ma)>`ea1OlFdACVu60y+2}$8j@ZE_Y&nr
zg+fKdLsU1g{WMeJ{A66tr7=>NSSd`8GqT4k@*bByHB!NW6!>)<T64z2xfzL^g-Wd=
z4dS#o7L`uwP%hlT#9AW6J#uVtdDsDff4N@QB4ke_M0Al>RV*al0hDsV+Y@CVNCxiO
z8589K!;C@X{9q|VBZ;E9DX*D(l+)2>!DTC?stm9&SQJO^r@wyIK!|zSYXOn9aQ0gG
z)8ENY8>4W_(`<JqGw@2-dAj2m0Q1wR4;1>|FlHdHt^PVB<rzql4y<YxB8J~LLJ3y!
z8W7_GcdLQS!a`J}#*ZrJ-rd|Lld%nsdO7ihIGE)+xvLg1dmQwPDLAwVK(T7PFh0kO
zTzuf8KZfQIIv}9<Ml<#6;YuZ3D~y=jtoP+v#pZY}UegLvwGeN>ch&xG#-1C240(;n
z%s{GIrlNFULH^L)#03>0u-KxZnv|Z<_Ci5Zgp8k%(@Az{7MuhZbkA?OG#XBVgx||$
zEQto-4hl=(nIJsGs!3Nyq=2O8*>Ma!8K2Nz1gs3e$$H=%05!7OW?~%N+reB68fs`i
zDTW2$UkH-Sp-H?U$~Z$wE+bVqsAqNPiH{n&wL$Knsbi}_f%@`T5{ajw1@Bs^V-l@X
zbT$d)T9k<L4fU!-OC<-)nV1v<kJy1ntP0`k%qtx%$!g&(Yj7x+bjNW%Idn3aEcEuc
zvIrKiH*UBu22!!rR@pEV7g|-J3>_i^le32$gjwaYi;oSio+L#))iMwPP*a@3p<Y7Y
z-aYyDCmH{?ycne$;qtU<1&;snOCc3Pe(R}vMXy15ugC_RVf9J#L_Jy0lel(Wl^p>7
zI>}S99&8~H0~-pVfnMV_GGmY^+&J?#ehU-UBh=V`@Uth@=F9EP(nYY!;t&kG@<iRP
zZxukXr~&h`qgdqHJ*Mdi)4z8CAf{Xw#Q-SK@|R&7gzrF-ULj;S02v$v!vM$(LHvC;
zy5i^|-xGc6d-$D8;BGOnYvYEB(7-^IDfyszruZrhVSMyw<CexY)(im?FiMpNspLMT
zKz<(bvFjVaf8I>q`_fB(3csfoqM(64#1K_6P^+V*INc<fmc7y{mepXvP25U#5zqtE
zOFLFJ-ZgX$HC9=~l7$)PlIcC<*j5qJ8`a-7A}4e7`<#6V=)b)#a(kUr9Q5sW=mVz?
z{9}Ib1Y{*(YIOy-e!rs34AzhcZQ(bvGFX+|c&2LT)bFu@|24Nqv+PW3p}J`Q@Mh<s
zfz?9+$9L+xFK%FNm_04XxX6TVf0pCx>}RkwIKRf8O3&_V$CUwVt5;4oLN^Ah_}Zhg
zv#p2_*g3|@-(!1#(87Ikk5nR56tW)%iT0Gjg}=9<SlkKsoEu2O?TI^^6-^5JnyNal
zl97js@Pj`ftRf^_atCePY;j5V$dC#LDFV2J;z^ZM7u-7=^3S%x^LtSUXEi)<Hgrj*
zJ)BYkr%D_a>|u?IUCicevxoM>C2+6h!TQ$+x%Un$?vd%ER||Yy3*R49LmW!84-L#9
zZW{>7p~J>%k}8Bt?bTrjtxIV4#zPxNHEd{qBg8|=t!dA#0teQ|hUQBgw7x%T{(L~%
ze5B9p_5xs+ad<SW5$jnCaWq31EP{K;-SJ)MJ_(ni_c&Fo`%Oo;+n^03_sR*Q;URXb
zpdp5Pq!}?%eC)UgRudX`<nnmocj5`K6G|xSGB{a>eA%G=vdQsfOXAD6#+MzFFS|}(
z_I$tWBfj90zZ?{QIc)xNH1q{ORp(^y%a^M!Um;&lX}^Bs_<APs^<3lYg~``Tr>|GO
zU%w;1UMGM3QT+91^VeTPUw_Yk{j>M==IZNTkW;{&Qv%LYpyVk?^Av1)ijS&8-kcJJ
zpF&gcvGr4umQ&K<Q`o{O+5Rc{_kWY?ckuD_Z&Z@ss5QUQn0~wc{2T3?Z+F7K;nV8$
zCEplYzTF-E#<=i}Y5&{3@89kdoiX3Rzfqq(kUV46JYzG($JU>palAR>3_s&aIpZ!l
z<H3j2htK#H&iMDw1iqgM5}ga(ITz+U7m+*{)jSt7Jr{p|F7f7EGW=XB<y^YtT&Cq*
zcKBRw;aonp%(e%T3xy~M-f_S|oRMK3La&wY-|@tN4Y5{s8=;D(uZ`*;+GwyF7s8AV
zp{;n^u=YZ~7D2ReVdM|ieF%1kUOW;^azuhFOni(`p{ATEW+|6Od6yP~NtVNxkESlI
zO%rUs`-l--*}jOw_ttL<UpYLCduHl;Wqajh8v8ul_X2(8A{p!2;ycrG<<1%HvF|%|
zitnvQdr^>hLJ{r&k|%fGlrVqK?Lo-EA<kH!_RZ7pxk3<bKR5&%oQDLjOOQCB@uL~O
z2i%Epr$lhqa%*2Re<&$SUq(PEA;E$q?x}BbOYuE$uo56daN}AK01{GyJd=Vn2#|OH
zLLBHIJec61zkD-aet)F{iHiN<T8lVJJa&*mpx3Wsh<-RMA{<VG1#rPaP>6$>fAB|y
zEM16eF2D{DDy0Q^;T+L0iOAGM2tot$?)(&jBk+goMh6n643UBZgij&KrV(jdklclz
zLP~+2A3=4oAYnQH6bY;;A@P8M?9tb`$dI=CzwDL1ci$&-Zw(=B4Qb*0J^1`Lo~;ju
z|Hh>J#<TU&mfvH;zwvB+V*fYy<oDm7i2h*j{F&nXGcEaNM)S|C>7Tjhf9Bu(SqT5L
znDS?-<j?Y*Z*ai>2NTVGOM#7zjhB~KPEJl#RFvWY1wP;X4~3TYm6rCCmh+Y1d!Yz;
z2Ec1*JcTy@!2UOd4ivWi!2CCbX860^&B>%8_cw($x-a>UgVw`4XfCdY|KXsyMIUPr
zTdRZ3)ERa3d5!-?yW3jEp2p@OgSGzugF;(8y6>(@<Dk#rsLSA@O>Jv<$JvI~!2(aA
z+5eqF3;S6Mx;y<>2mQjx=O6wYVEbO*-~E5cpB;ml{<hDdf7|DPFse79jCc@j6~t-^
z=hA~qI|Q+~hdg*0Dfl1!**(n<Z=WsVo&JS=4htub_}e~H{kwg>lN`rYlrHhF?ep>O
z-Q6AfZ+moo>#P$KyqFE<pL-Ab`vDDQMy(C5sipS)odKvht%L>Tu`x3Zi6B+EPzAjR
zMNOovQKW=bw3JztfJcm|L$r`f4Bx95?tmE1_c6+<2qg`q%gb;}A9$D>5})kGhr9oW
z)o$x3q(ykRO#;F`E#4tE{B=RZe;{bQfUYlXD$U6LM?jaHlwfCSKCcwFcMK1Ajx>#p
zv<zXICI?1FM*iW?gVUdm4yJatcaD#b4{*naXa8M5|GGZAJU!grocpg-`TyE^yos*(
zKVYJ_tN*>`t>FrzIs*cFN@q$83(g9!)L0sdVHuD9!$d#pfmJRwIQ#!}-BME)2r>YG
zHwN_x09<nc1Xa!R+QHVKL5Ab8Ty0=6pzz5y;e~dBvwsesA297j0!J9X?8v{FXz~(*
z)W;t5a5vx^0yC2;;u=?MstL6|-bA|w6I+lPHd`10x;_Xe^@&*s4$k?q?Bi?RUp|{D
z>*fgjF*SGVA+)gUQS!H~oUgdCd%+>}UC9MtW6GM-B?q@|xvfRrs;4A=(F2xHt;zno
z=AAt^PV=y_#RdQ~JGZtqqFl)E2bJxC-MTLkmai9CI4s4D077=I_a4)2AlVd}bg3Qb
zq58n_wv=>gZUs7P<p~<C^q{su-@DNghYJp<ziZxNfN|4JC4Ih`P#{Qrh9*v<nTX{b
z@L)Fsxks=OsZ3+Bv}=Q}c{}N;d2(C5Faqqcx!n0&;%M`DQi}3r7oXvT6)CxxI<Qh7
zWG4RaHScK}0<q0V0E`b57Cw9NpvM}&#g{JMfN#0903b)8udL6v5n2L=0MrG?#o|(t
zMo{J+;LS%U&0%TIq)vHW>)!uf&3jts91H>~edAV{D$G{`tXm}Nm2y$-MA87wq^3nk
z`LLlM9w;|>v}kbbL}t>^i&k_THAnKpNoo)1R4(P~^xDV<M;(DV0wC|C$9%h<TH|_F
zPrI3K^I?05m8k(ANu;d|hi-A&?s)4?$qG5+{v7PY>=R?h)YufiapuZOz7f`v`Lxua
zDSSi(m>~4ge5oS+m2VIW>4q(fBt0@JRDS%#$51d{J}6z8ttB-j3rw)_Qp<kfho@t{
zF`|jafNJ3KnP<v7!)5KHKMgmtxj*^}l}V1bLMx0`=Seflm`y1^nsivNZw0=Yy;d4t
zd>+3J{TBbkbC`H`LpkaxKc#Ro1&#Rnv~X>aGQsh5lsFY@Nl!~`hzB}>WSVpT;QpXI
zT2%K#W6vR>$7-?C*_3Jfn%E?i<!k914#JFyeVg=G^sc2H2!?tmpKdBugXx_)L)CWe
znfo;QzzWi2dHa=DpAx_4n>vi2X==PM0TOeedopKvp}uF1;?7bo45Y*vVY9_8@rBXu
ztZ~6xBwLX;-@XbFpUzKF`Lz(LV4wdyhZ*01$zoW(I*n3m0g&P7Vq*QbZ2rrn>iD&I
zt^UvnQ6^I5H|ShqHN*`WjK!j`7tVRTh3vrTmzF1XI`b*X2OiE~(_f*Z;)eZ{-<krm
zA2ASYpjoF4;WRP0NVd_#5P>tsobp@I+&_yWh+FgT*m0>fyha9gd8<%Erb!_f(y;7T
zw=4bpDE&qvZRY({tkMC5h3}rx^Po+4BwlKg?cRzWrv8*|<0!J{&24kep!ML+5=JKd
zEU{Fth{tqf)TI3^sWz&J@A=;~Z@h`#(K+?2*Uh>RNeTPuXb|d8Z4VUH8*0=Raj747
zNG?qi4RX>eJkSF?qUKn5tu0Z(o#oLykikp9DJjcpkd#QxzRy@<KJ8ECn~Wc3eoP{#
zE%GpKRy5o2h5$fn((~y~4*(*9R)*ONff%qo5NJ~n2W>e@U+RJ;0~e|)+e>WVx0Rm_
z803`TiFk-qp(&tK=hD!LFhmE_6mb!9>-9c1ZJoVcgFN81B><Q#Hr|$sR_C?9MQT1^
zPv&-g@Gxi;kze0Srsbo`bZ8r1{CTqsUxH!WQwrBLyG@-+sm9VMgRG_sri>8^Wuf#&
zstRpYMj}HkzM>wM;9lkMo^mP?>0pEJiRHmON>y2xQQamq1@v>ynu;XT==9k_PIVU@
z%b$<a`htsVTe*2(jvD3Qk#cHL*rUjZ*&>mqGT+t^#vNwka+AyQ;2t#=lOtnIN|nlI
z{5MDDcjM-@YMZLm{oNG*q6Y<0&E~$DsIZarjxf4N%KtFP#U*w)6^nRM$fobEqucw~
zsFS8Rrm9T;h0f9#<aUD_mhX8&`D{_JN#i5&6Bj%PpAWdKK-0OIPqZVKmuXvipAlF+
z-FUdZJeMm`N}xjDZi>8@l0Q0u(~#CN>%VtZI8*e+r%rap6u?}cFnD0#Z(*KCo<z3A
zRP+23uf?=M5_w6Nnu+nzXJz>9=4bM}th7_ermYr3ujnJiKeC_>h#57BHO>YVxEf*c
zq;1@z`jzHS+rh^R?a@VE&xAAW$iF|Kb?d3;tL=nHy!P+h6|XVUwp=dnQyx6=_;zF3
z&+~L?+N>(BRXDFQ&Y=zRI#*%HjSR~8Xp7-ao2HFGNY>E?PQ|az(6`Ltexx1Qi`IGt
zLP4kK^e4jM5{(7?uOjNwExuPv<B{iyyBp(k=~(TLe~tyM17WtEByBxI>S1vNyw0&a
z^zDckA%~~Rn`sKZ9SnP?$xWHN+8@$7li%~CJ$&mVR&%xV)dyU<FYE9t{pakjwYm>M
zcb_qT{Fyf-eijGfU9`M=RfzNvakzVTh8wgpisq2;<6bk@b&%<L5~kX)MCx%z_ipoS
zb+bhcKgW~vSHpgj=kRlqFN%NptmfDX*pWsa4aoTSiFiozGBCN@y)d7C3Tb$LqZs&A
z<ZH%y_WL@svMiIw)N*>#HUxdtpIuEUT3Xfby{RIyc8)x1r=ffCy{7FKj+er6I-^Q#
zL^soh=7mg!E5yxg-_1k=-99Tw^f>Fe&4LMO>Zgs#wn^#b)kpBe5e3t-&?WwhXzF+U
zn)_$Nsxj_?1q(Z-6XhmG_e?YglDjXN{N|e`Keb+&=2mte#S*V#w`Ann?o?e4<OG@x
z7^D;_J@2R~TlFp&3!J{VS7($qc`VwHG8l$zUROQYlXQ4@$|};DWqPvBuy_NJq^r((
zM1ZSH$ih0O2;@`q@1_A|7u5xu>kgQls03x#O}avvi$8vM26Y~aB1DgMZ=QLjfoQ%}
z8sJWPV_xk{TWskFxSvv3uN^tP#i@nAN!}+9h)d|);rx7YQE>D1<0q3}c*q>K|4z>2
zl{h?beb4Vbp}*{ct^9L;uDSP%Vb&jqyw@CGD~Z3cp$+g&aT!m3^K1Bx(4JHD#!CV^
zX5nF<zrqZ+O9FR^oVA*56Eq(mBtPa=e;dK^I`d7Cs`>}DCWsHG(<tJ_tK1i*O>fHf
z?VtL*gPU4%`svPY;G0}wly>qD{lcKiVP>siR*PXa*I~AF2zx2SGc$yfAHq2m;o6FD
zUqpCb<7YsHzmy7pZ5Hn97w(rDUM)t3fs^9LV72Ckn}@^Ndhq51d4uFaE+Amd8z99~
zkOmwXj)X-ZEis0qG1tgg94Oul9At)?YrGwWL#CCYVir;AfQY#PWO^$~0gWnIL?xC+
zw1`C%UxSKTQR$1Q9IeRufr!@9$TqI1IxbW<RJYPBqP8@$^*W-TD{>g4gE@svYDJ7`
zMN}c9JGf9?bkRPqQFGT3y>wB_i%~7D(L=asmc*!eWb_FxYFsL24;j%=8uPdxsez4}
zD~;XbiWx7BD#oBzont``k#niBHO}DL)~Ib<Odm2bZV_dng&vEKBKZ+>q7}1a7Sq2N
za|?yM)QX!BiTLFgO<xuTbBW<0MipMig)c@wNW0-1F(mw28hgqWb6OgI1C6|M5W#?o
z5KiOU@Jral#mtu`NTU*VO3_QDD2<JH7W%{<k;Gq%v6>@jF8Y{1&IwWnu>uFE$I?m7
zJs@@SWXXesg~cdnTYNuVY%Da<ZiIIPi*(XXWGG9JKqWJvlBzJVPwA7qxjER(Q%tlI
zO<ht=xMRuuW2!KbLDC#-+Q~j;NwRI|H)%;aBgxgJ(SxbTSbDaRQ;3{Wa^XQ#ymXqi
ze@Y4}uBA0fj~-1)9G&yye!f<Uf>(M%8mJ5vXMKSFW|r1Lk1o1S5|Yly7EURWPH$<;
zEG^4mcZtVu2aq0#&oEDVvxL&K&CI#El{SXTD0N9j9iX3^$5;}_-IS&&!Xu!CS<i!D
z<zDIW2U+U}AQ{8>&80+*C3K>8cC}yJ2kE$DZ5j-5P7!^~*^jKhq_Sn(lB`D(6>5`r
z>0@H(a}AZrqEa(k=yT|QMvM|?I})QZ+Tu8V#QZ?!m@XyuT_@2T(o6~^7yQUS9mzX4
zPxSXs4P1)7Gm=JZo+Zr_+jgD8D?>AqOG00sDL9(BW*$wXQ*hy*oMN5|XiJS)N_H)a
zre-LV3CfgLO4mp)WNI(G-;O4cDT+m+IT`X`>Cw;2^UVUNK_mrUheeM5xmGSInyAG0
zKXP}piyre7ze~%Gho*WgQ{C_{gAgPoBmRZsWqG#C8CT{B3g%h(0mlkI(TP8kLDHpy
zo7r-;MMCXGHm-$dOQkwxC5W^{?zVWYbac-FvIZ5u4NXZer+VdIT5wR7&r>eao>v%=
zdR10jyOfezmSfYF+xrt;FI~a@r~(mD(MnR#8Br+8Q2c2mtvoF*(IV*)PyUDWNYnC4
z=1o|6EodU3H2Y_z)o4+1TeWC=$|5xH%g@{hRPiI%#2%M?czVpn;Vo62>Sou9EQXRb
z^V}KN0)wCEHx@PQJekZql}QZwZCo)*?KKQ>urk}~iRCg}c`35InsK?pY9#eJNnM3`
zs$W}GWqaI*WmL1$P2HWT8d=H)hRC{>^lI<JEQa<RbU=2pc0C1Yot$(LQ3qPOyrlZN
zO5hhI22CQoQhCEr3s|YU|Eo?qGTpx{t;{8fJs=w&C7*YVCe28Gn2r+UF4eA}q+J2A
zU>oI`8+J!QB9Wyaw{#}g+)(MPF7s@a$eh|V(6iCnT8o-xXHuuYX6R<N$K8gAqsA92
zby%KSXhfCyQL;x{iDGWXJ`R+c5nr^N-o2C(>efmrT<A8|?7q@0deo}UkVD5)rI((T
zoR+2-*!K8m?X8X~uEW}Ny7v4d%EG%qlx}t8N@GiV-DBNypTm;j(bVMf^fuDS_eaU_
zqk=X}N7v05<)8Lu7D}L8ZCBq>4ShvjOh!YLOb$<Ad0IwCF|uv?R|8X9d9G#af-WU(
zN7t&`$2HQHb<&nn(vsZrQf;295#F+~z_K-+wivpuvht3<%sLcpyUsHxFFQb2mc1<`
zoddGzve-I#d|XJU%I~PHd8`Ch*#nWQi5qR9Wb7q+^zngV`{#_0YaLydhs^|m{gS-3
zUF{jk9p!59z7K~jY;XI@Eh2cw`v~n|WpJP@-tumA=~uRXC+!R;>6Gd$`YSTe=U2OS
zTAylW)jRqwWxWnHt04-$k9?H_2FC+5j6glULE*8kwT!ym<z8{#rVf(60j(~l-yp@`
z{Wq~(L+M&z_}j?f)rj!lC84Cb=M@87rvq+!z44V@-s4?9ziYNF3tu1QNy=n7tPVTs
zff>^<DFFjoa+Es9L-;1oat1K|_vn+i?LKdZUv`W@8S)*Mhl8y!A4bO<7`qB9G0u#=
zw2{D}<Dp^Ln3sF$Mn!YkQLAF@V03xTA?Z*oZtVSPO6Y3DO69}?BZkv`w8UMp%nRuG
z7PwbAdYchg-P!DMG>Q6E`G~Y?s&lZLA<OYCCVYJCgWkX*<7EFTW;bf``0e=7ahF>L
zu=j2!1Mjd%X2r40#EEX%PrV^&uc^<!Cze+ye#>Dt#=$MQu<f^$I#z%CVBFgq;KR&G
z7G|J_Rl9sHHe#jB+pY6yM8?R<;L|8fI&}Qm>co2(CQJ{blr^DoGN$H5+I6bFeT?C-
z1#&V0aliZc_2-P_IwM!Q?pC$~^lDk6Qk;GdGxE<b@Xg-yn1ALmyAH#&P-21lK#tl`
z9$TO%-yG39tQX%%OZ!}-T$6}S33=Ou)z}2n+9!H_u)W^w^QtN3ce7hj1D1IMhSorK
zTi{S7u;T4_<=cfHvNJz_<-g6UejS<d%)I`$7N!k3>$3JqO@Ce*`>7^+UTJOleJ6%h
zK5W_+R;~nO+aMUy1G1lDxF{EVqQ_|}n~f^x?v9V&1QuE!X0aS~D%>#7s%A|z%3~bf
zt=)-UR6K4`f48Ri8{)avp`!<4Wd?Ey0a<Ow`?HpKCO$9g_Me?#lYf_)uO`_rW!_yI
zoAp>*`Mut_wv0Sk3uWvg$evfm&bMR@l=TpBY!GxtPajTv9%7u6MUNA$;s5Ylez8(%
z^sCh(tvJeKO<8|!ePSy5WF0iQ7Gb^Rm^HiY(b|?pa?fxZrw3$(PjV>%IrXt4#{=Kw
z``s$$enbu;enw==v`BfREM+ct9dAWUECUsGf$yj4{;V5TZ;%S$pO1KEL(p|Xz^xDD
z(#OhlcMb84JnY;Qt?U(I04i*3V%tmQYCCVt)>bR$*#+irBHry9-2*Gv?i1Vt8&&U;
z3Xpw7lQ7u=nXoucL!d<UHg{Loqv$=ss^;P7RRqcYrFFx7oBeU~2{~&_(9IUV0ZvUH
z2RE3Nh99coMZ@Ri>g>Z%cN}Xpt}GYGSbOwv4aZ?Sjk8+fdAH~5@iFD|(3thGH+kon
z%Ww<*#3#@CG_y4X(`;S#VXy(F{N}LH0H+ARRR|n~2~3mPeC{9ziccOrjGknrT#dB>
z9!E{O#q5274Nm@UeAtm!V7-qus7(C1wqUTk>Ujbr|FS~%rKb9DbMj=ldLt^c5o-&3
zWC*}J=nnEtwvCO4WD7mfzz3(eWA_Dv@qr<Mn-Th>B@x-$QS(o|$c+4BWU$BK0^=9b
zoWoLsbJ)jIXw8Xi%^{1m!nv;K1RBTRL-4fwhzb3T?$fu<Ea1m`3*3f4r7xpOHY55K
ztrEXm3s8}kUy->nk%EeAr4#%1)`#oW=kgR^Tt8kxAD(;09x8qqy_G{Epafv_0zi}i
z(cMR#Yb);*7jAWr8h#v2V`^|`9EN4JGGy*dPF#NEzN)!ipOHWR0Q<5&c`iqB<eGEp
z@#!k_>y`JXzVTDiM_3>cmcaihAleh4{dD`?R{{>~_mBLm+^64M46YHemtrSncyA!M
zeD?GDESmpn$>xeU2R|zI%1sgM{^|GV%|~$Fhc4BJggy@e^EKa@Z2vHA5InWnz6UrE
zkD0#ZIi4IneJ6YG&X-X$#hEU_@=LvBjoLG37jXXS;>Fh~!S4O)?5ok5-;)$LfG``T
zC+J0@az(P?rV4_LNg<T((Uw}oZGM}9)JNMIF-(#oztjf_gFuYX%pF@eAe@{@s`dg~
z9}-T@CFiFUm!M`qBmU~k;x|#SVZN*%<!*05_*9`{{Mq$pL0RnmM+HBbUnXJZ?_0J&
z%5*|E7MXz|l)|zSCq0c$3(5Em#~6Ocdnca<GfcnQbicb)k%j2(X!n6hQmuYW!}U`5
zwHpilft)0_#2;FbPc^7LDpXZvyCED^Jv1sZ$VjhVo+FxLw5$u5Xg9Vst+!taNIJTb
zP;PT4te%)iu70{T7=2$eyOVXprp&96%L-omx<A6adq81pV0?^I%k0a0duRRJG!(gh
zT%WTuwop@5J?m#VMQw%U@J+zguvwj(2L($X@-zGuZ%Y##kk1DSH>y@9x*sakhbpui
zx?^kNA5)k>j-_NjwBhLi97}Nl2*~C9%0MSFLM)wMRB)c*<0^FJatyKd4>ih6j`D^X
zw{)X<?!Pqiz%agNdq7m%S|2S@zo<i5MX;%YZ6OE*ZApTu6C;(0KY~T|gsQxedSRGG
z1cP(Bol}~_+aJ4q_&ae^EhK9!GXh8=*$@?0`0D~5+ArXC0H)Tvu2!cLCRGljezv+f
zb=T#0RCr!ILsj^+!7CmNv&k>zk=o{;brpXgDx}qoRE>{E>&?jQ$AT!u3<bbpNFOM;
zi>AT!>4zj};geG20}@7@dmbSrxh-wzGfOXmaQiZ|T{;I7mU*)~IICnfC+UlM1Mgw|
z5xC-|*mofXY3ANgB?^yQHhwNo5;bVJ2EU8aYa5jh-wz0loq2HZ>oumqmU@hraKs{M
zj;~?I1IfBtKCL9+vHOzP`ViRc5F2DYNa!Rvd%E(XU;f9l_<nx>9q*^zM(pwhZX;F{
zI(}u=)H+;w)_4?5XBSGNA|>{e;SF8;^xcH=Mxy%x$9d)V%1GkNgAZ7#+@3gg)Jq1J
zXWq64C16gV4X;$u?)ZU3_FMc1>3a@s`{b_*Q+k_bo^{&ob$pdQSJP8Vl3@-CrGDcn
ziR~l3!xHMtE#B)~#M^Yi4gWJY%TsR3nvV%GVLifxb{tMLbM_WDnKVC@2O{SQ9|V&&
zaclKmvMg_;dak{BgME<-I+effE@QRj0K%ZNMT45HsNz9xQG&3%!Gb#Pqd+YSqtRcN
zw_M8#sv|Jv5Qe9G%khj`-5ao-iQ`(qWL?ziBFBn5xDCT{!?qJEPHf{(WD7t!NXimC
z^dn-t^X-NvwIm}G$3d7%Oq{;osZ><rbr5u`Tdh|4*t?d9g)*qPwI!rPKbmKwVzlS*
z6>V*lI<%D=`;$!r&06WHtF)ownOLi8eIiIq-kJxZY3yfn=6eHFv!}XLAp}d*y%1E^
zCNg;3Fu1A~OqEEiU&#feiBbyS=IZSdNeC9a%JqJrM=<-d2~_e!*Yy#1(!Lx~^7*Ew
z>GLV$Dnu@rr%B&lypx5JaRbf*4MIM1xEsujZdRreA#RP#pkkNS?l|p3h4#*T6Ozu-
z&n{GZ0G#qsW1}Wdbq4bt0P^H&dov1cL+-M%J~Xt|7`@;MO+LSOH_HhuF&eI=lU^`)
zeG@WV!(1v}7NScT-$UE1U+Dt{=37D9B#7AJ<08SqR1lP`j_*vy-Gf1P@ib1ki6{UR
z9n(e$hrg<RrN$-`h0^;GpK<#T{J{AZz4qy7_HS@tgO~$J_E}ny+yvLUF4;9iLkKI+
zZ9?4PP>FV_VEJO0=0VB^hH_&xfI;sm(eNea9#v8I;|%<IrFs<0WLn;l-#d%_97?zV
zh#3yX?euUjm<QiVE#(j#8R1d(tD$o#CXx=afX+b^C9bHro`l5il}<}zi9>Bi5^-_Q
z)OlmCoYDhV^QeSKz)&xObV_&+1(Om1iJYyjlb4d#6v;^9{9HAKc^QGi=}pjfT|<q*
zYz3z_v#9dzTrelsl$|w|MuyOpEEiXAK2j&UAUju+z11;xu{GpAB|A^oTZbpr8r{{%
zK_VC7tp0X}fmJC05csIVOmVrHRSi%TGF$4lv<D}W+X#0;D|xl~n{LrcvP{zT+9<-|
z6p6NN_vwPNQ!C;R?#0&3cYT5Cc*#*E+GZ`Q!+j0m@O~8uPP-lRfQOVrT6wv04{TW}
z41`p2UpIGO>Erey*uX568qk+*JpC~=yd)dth$c6FmT>Hp#^HPcm7kIYi|xuP`83Q+
zU*$z$2UxVRmwt%Q+dCufLFO$_FdKCFj5d5Lm#_-3eChd0*AQ?+Um)4VkMM^2F)Uq>
zhdpneWuHxcOmm-dS4;M~$oajPkkOBpu#fblm0)RJw?iHDUxX@Nc?Y)5+?xbCN<cym
zp}p3a#=cH|(2B?@pdGO|@g@wSyD=6-fkjS2DV22<n1j1w;GcrFL|^}46uSi`Ye3A`
z`Qm5ZO59wRera-qhVrrgLiBWJP7oN@Yp6W9OySAC>HSd9w|?>N#BGMAP?Nhy%QC3Z
zr+TiG%6T6k`nC~9kqfvpBxfi3bg|FLPbvJ!zF6{(Y|;E8XY_9v4Nd=>8dd)*a{SI;
zXQMzOE(l4%8%nYKo|NcQYm(NK{3Ql|jTuEc9apI=P}mK5)W@6Mn)sW$U@Nj6D4&&E
zB|{qKzNZV&likgW-EdRT2;M^B1*c*&L~P(kbkfq5QH^@pu|s9!hlX0MmHisel}H+*
zudbko=@86lskaih^hl)0v*LSXp+`YqAF;_7QW}!Y7@r4~gg?ts*#nrq?7eOAMV^vf
z$(GsG`c$I@YzKB(Y@+h=fH0&5i8!AVIHpQ@5!pb(EdfVPm;m;eRPXwdCxj0uCm@Oi
zzW2loqM|GAt!{RIJ0u$<68!jU-0jJ;j_2v22HqBBDout=G{im95ASb<<+23`Cg3zE
zRHlesPF+1wKq@6l!uex3^ul*D`l3Coi#!MhxcNmu3qJ*6ln~IAAeh+;kg$M_?{Z0E
zgK^$eEQ4m!+Ap|>Th5bHHv{g~SM6VYV|6xiBnoK+E*e$MCN`^%&*i8F&>(M*<cMy}
z$$c|)D@4UI=$${A?C(Q{EWrF71@9WSR#I#D>7nUU#Nwy!tM8iJ)Q_(VSns;5We(La
z!UfA)Yd#R)FNsUfQte?KNe`QD>pLe{AOJF9$e41I0=5N*se_3NB+=8QE2Hq{N5SH{
zzzI=MSs)x{*o%<;NZj8}gap(CDwCZ9Kgos&03<}TLUfoRzt4L+rWKi#f*;WL1>GWJ
zB~D@+7c0Ld_d}}h!7VbD)f%QLX|VYXSwo%@Y9wBTAsBist&-m|d8D+W60B^`dutX>
zx_F<o6@ZYHFSl&?yw!d!3zE)MyfW&l5DgK$4knew8&74&+K>0y240i{n=Hsk;D9o8
z-<(n~Ya#qW9{j;L0b4Bz?!0DhBj~{eK?6Ni?8^b;^S1d-!G+$Wzh1(Pj;rc%Rm4(2
zD4l3XNPE*Vzm+Z!+6pK20+jd5kmC5sY~`UxKtU;G5nQmSAAZCV$iA>$5D;Q}4#Xb-
zQ(~7&qeh2oh{iO5`fC77A%Gnl#Av9-v^dnnGwg}~teFkEZ(E`E8c-$$6dEIll>w4g
zGO>td_-_l|OiNm6_iEon0dDIB&j!NHLjj~c{Gnn}3#t_oolW9nZ~<h$C;%i{3m3Q!
z{@$Uy@C#VU8zKY+)o%C46b>nO4kcU^yGJQENaF_+X|ut#&D?6!#8jK@c}eAfB$O)6
z%0K}<^y3Q^79}8*xrw+o304a?d(>O>q<19%0PCr;6O)25gJ4KFDf*)b7A|%Slm>?|
z@P))hX$UfdgnDE|=tAUrWQ6d;%WC05*Pwf1+KGi@p3`BlQ=kxL1dj&Uk(%8w#U4f=
zNiCc&4?rd~4ns#a<K1xv9a}0OmyeCP7679JjyA&oQW=E-f+csVCRss^0dR+?3cI&(
zV!w|!)qEk}SwW;;6OOB+EsP=4uQVEtfkIf!+&Qr6H%87-7yTQgQ#usN+}tiU>6s6f
zUjzuH!aKnrAq<=hFhXi(AcTYyn;GP-!UgGoY&`%$FD952sJR}{y_!c_JI<=~NqZb_
zC8zgYZS+GV{6{1I%IFyJD+5vVkl<<X>~XLSAAXqT1Stk2j|D6-;yFJMeGz<@QA60Q
zO8^T}Pzn*jgls%PJeQgz>*BRPolrOpAv*;g$bq_HA%`>}f~AwV-=ihRpNM<l4s5y(
ztN4oWql#I;UE^MwSvc%klB~3s7y}SV{X~S+fMNkc&=69u$(mz~C>%RCegkUY1IaIj
z%#nu3ZGc3eA&onqoPPu5aX`Y$5CyoQJQk!xIjO~CK<;Do;tZ>Ro}o@M>fQk<Y>bg@
zfbLpPT3r~CYV{Kg0tg&cg^~ISW;!sX5Sqft&!YhRLI>YTryyMjyU!%#_7p#Vi0COu
zv8NqBm{eW~#G7R(MyRa-04W^fukDk_Wr!k|kvKbq?A?q-SH*MmjMap(FxQL%M%S>&
zz_tr6I|#SxG?Lf}QSh3OKMet$JdwK{B10B}KX}qwyc^SpVW#C;;dW6P(HB64YgMO9
zpqQ<RA|=Q*X+|C!(s&F)@60J^%~^#RODD~_)y}<TuXeiu7+YVOeprKBk(mXtFUsi8
zD`00nOc?vBFH$pwJoy6@-T(>RUJ!+vDk_D95I(ZLoRGtX2m_X+$wCa)KtgCE#Z<5k
z7sO(2A(>qu>~i6K*ismov1^mL*c@m*(=gP-H1rQv0TUvOp4tBml#bR=P%^c7H*a+b
z5_2@ky<CjFy(~@m$ow5b!e^<niB~CgsXBV;z43xVkGb@pC4s7$QgySSB=f?Px#mk#
zF?sXYlR1U!ki;zGszH2W$)aZ0(mKh!m3_r3Yq?u~sn2oQ$J$gLFlDO0lr*@|8D=Hf
z5L%sO*>|}x+GG`WG8^r<EPoABa$bFIyM$q1yTM<KFQJc%uZ}xfk6nVWMc|~{)|LEg
z%M(&=eh_;uh_00Ntp3`(wbkgHF*YkSu?f8P4&f$5ZC_x$;`8|zYqMJ`WQregxVyGR
z7<#;BdBXo$d&7FodTGhy^FI6fnfUs-`uc_O`laLgmCyS3u=VSt^&ds+KbzKn4X*#5
zTmQ4Wesj707vTngb_2ge1eDkSX>5Q^HVB<IAif(!hz)4+266EQN%IEj&<1RNgKTeu
z{Az;&vPnt1d5dF{N@9~*W0S^Y^S09_t?%X?#3o(xCVlZHL-Xd{p-sm5O{TrgdsmzH
zAzRF}TPz$~4<xo&HMZDHw%DDvIDBumI1yW1$y?mTTRhEMyhB@j^IQCTTLM>Gf{<+?
z+HGNuZ4rrWQ4Rdmk!^9OZ3*9PNyN5P^0svGwoLQ3?9jH{{I>kww!+o6B4kI2c1M|G
zM@3>sRbxlZWJld;N5gkV6S1R}yrW&bqtm>jJG7%WzoWmmV{o<e5VC7XyZeY^_p!vT
zk;d*5lU-w{T@&A3Q^c;>kfqy3n6nnr8om1>AM7fGcv6aRObxdB!r_Jv)k7n600^C0
zN4xC8=Z0W)Kgd%p!l$-QI-_89sZeb=gsRj@M<(<+IoNe0%rm>tUMqBp{kgVI=<BOu
zAE)O!FZbV=JonEo^ecYOc2mC}NS^z4{`u$4{rB@(A0W84TezT`)L;o*j503tCMnDb
zXXA|vCr>~o;{@|?5i#h<Aso?^Goo}i6piry?A(RJg-Pu>0`?s59Yk&ra@qn2p?hIk
zq2H3AHi%$O!-J$Ds0#qWX$EyO1dH`TU2_qxhHx9~K{Og6VYX*S2a)Ru;p+)58w%#b
z0PQFdwpupfNCY1g@e~f^#vBwDBb`%&DPA2m-h&)eA>4WpwopiAvTJ$wp=~JwUmC^-
zHTX9OZP3B_97jkvLUIH690|AS0f~DZy4FH|^;@{1Key6C_%Lo=^KSfRkT`Pp@KlJv
zVlcm9NDyQZ=-w)oj)1!LxQ)#R*L`+JoVtq}hVVPXAzt{{0Mrc&boKN=!B0MY4z^K3
zu6d%}{6a|lKr^)e2TU{vIrM+QO?iNSCwO^?rG$VIJe2=qZYt&@C*vn2^G1sQKdmXZ
z`M+g%)dNKAKd|!BsQi0&S3`<Y`EP3~{g9JgpPTh>Yx*D1ltb9?A84w|pk>H!`Y)iV
zg{%Xu_5VA#`(IPLcxCzzG39Xk@3mbvFD;=r)}qGG_?(}KzIJ0(G5fFF)WhKAKipK`
z%<X?-P4S&w27G5X5OK>V^o}L`@5ruEsG@z)1GnG@uE_sXrt(3qcx7rH|MXud)6j78
zNF+r>`0ZpA{&XiLj^lrs*ZrRn)B3U}O-)|Og%$&yf&c%A=^Njezw^3osDD9Bts;>w
z$QY-@7?+d;pF-68(t`g=OlvAybFxzZA*MB$c6?`dcBW=^xv0LqZ>SwpHPBx@GSD=N
zN2dQM)78nzsfB}?qobMSmCePSO*}W<|8jD4e2m*Z_$Rpg^ZNYTx5FQE3;)-M>3_YU
z|5Mzw>VL{j?dpqR3IEAWt<e8)(?i!SwqE|fxoJ<5o-%-Q?j@d^HlJ7q*^^y4V%hKs
z-p7@jz@LSv#?I&*xxKMug3rBvGp?V<m-55_M&&FZp&ztx$NBV)a!9mG)2BSm7ge;W
z%uN8tDse)?WI-cty`tUt2VNxJZUo83GtqLA^OM+uH_gRk{x94}=~f?*w{l<B&-&fG
zk(43>2nLOoqrSd(YYrY613$^2Wxn(CY~Mw9{nLF9k?kYnZ9Tj+6*ctui(tXh1Dv)8
z76B5PS^9;ynULKjs0G-G*8@)R%p5^C$FHAwn^_FOEomd(B9*rq0HZ1#r_L=~xa;w$
zNy1WDblyxqHV?(MgO+_Ku@q3oKcg13O;5iW{OML<zRh77l2sXiv&SYXd28>a*iK%g
zCAU>d4qA=^40RIB_Xr&lLEb52z`1cB+e9Nad_UvEh;~Vi9fSv`V+6*A3IK&_VKnz1
zCqx1ON-Sj2FYwDl`4JELanx9v*#V$|muoZ)fl{2Vh(2?(o%lc8v;%tKQko?I;3*0D
z-{Pho8jzvHlcv>au?cDtHo%}5v35VgI?E<>yo8-xEsF-YDmC4nJ4!m;vZ>RK7Vvtk
zRzrPu2(0N^^DS0#o)<$<iU8$;U~LqG?T)~#2MK_Ietz{+%@MYZC}*G^Bwn0Iu*6FR
z3&z%{P~Azy|5OU+GaMqIT{ZXrVBNH>Gy}EGQR7woW-9&|_UD<l%CJkLX3j3GXA*2)
zur^9eDF1qjaL!%y`IsJUHpbh;$57xQ-|2ujQB~B6(krK~I!(7vnTcA~q_4?bpxP|z
zH|gLw4~b<+nTO+wS$Ef^Q#+Rz8pz)+Gw9yo_1tP1@=l(z-!tJ^n^I~<qLfM-joFG9
z#NeLauHP$xr<>tl!?ThhgkF&%vu5L2K+0iF=~#e!2Q1U#Lt^pQz_^Q_%HN7iR|0_t
z?`6KO4AH$kO4q*iOnLI+z5iDl6O4b@hH9%cCM~wHO*|{%*&qCNLqMSI+Wjl}>u^+#
z%#TW=zqx7X-Th0#DYAj`TlbtBAzsF^TB~O&CBLJe1%=)n`AME1d2>nem;|nJMTw+r
zTH^}VoXK%2J-g$q<ZelFP5%Q8>Hssaxd409LFx}w^Z6%O*~GA75I^)XI5+HuNe&A0
zFjKgd?Z^Q03l>QBi~Ri7)u}ab0%+3DBX1n?u;Z0EaN0rm-f}71*kZo300$KtPaMj?
zomts6ffK5|jW|5Wqw6qJV-0pBxj2fZPVbR`@Z}QoJWHyuO&Sbl?l(E1f*Nm4gSnJW
zSlg8fH^qWAPY>c^1p>*%&o0W7?Og2Q*`PFZ2U@cKf}4`e1=NrI%}qmo78!)1@Z6MI
zZ>UpS#0}3)Ny^g1f{O9nbo|Cplw;v7o}1EVd9)8?@Zq_sB<o~Sq9~r5?we1esC?7$
z-1LG(PFLj9-`w=k4FR0wanC2()*eD3crU39C5WExHNLwW#7^sq(lxWENue9$5)po+
zXRAU@HwWgFsv~~rmtT;5J-{iW{Mhg{kR}%zrlZP2@~CvHsN5_}&$O2Wkh@h}hH>Gs
z=rzjDCm^c=96p=@M2gXglew9NFeb}{7f)`Iz4i*Zy8#H7(%ULe%niN&n-W=lvq=F5
zggyYXKviJ&lt?YN2UJr?jaBNLhg16sMjH>|<cYb2Ny;j>%drTXts1I{P+QTsM^T=y
zsgak?TIvDQ3Hf40+&<iT4m?ICvlqpsTIx=(MvY7_E=qFw4<9A8BgFWO$qkD7?|v4V
zE4R2^VR>@n%G}Lhq9l}G>7;(dLOx~E(kGtElj>&ulo?C6V_YLztM>HnvLVVqjGC6e
zQsWls^k7V5VXU=_F8i<Pv}qbZWe*>(@3K)2$?ZlLrI1J36;FyKjGHR6Tp9Nw=PF<N
zG&kNp@_1FTvetZA^^rfq>KC5glF#Ns){b8OMY7nd@;#qnj!RRqd~q;&wvN~F;2F2>
zjPW8(i46Y>UOCd)-269<C+by3rehZ6(|4Nd249#BM_4vKuy5(S^nioJP1|o~dcgW#
zDz`=rA(|I$6asvj)Rvn^60}A1p4|8c!)`49L8lD+SEO|iM4%&hj8nt)@xzKO=~9z&
zfo!##yBv1wzede&iS50xpy-{~IF>S;$9Y?WA{IKy+aTg*Tp?M!W|1n3wYrcpt*m1+
zu7)S0!c`*r!W~Oz@6!fynRp^rGAu-EnwtcjUYT^IKb2bWoAhZu&+4bK0<PSyQTgna
z`-fo)NiNY&uP+uRKZ-kcebX=MILK2Cv!C?68nd2!9WckcC!CT-{v2|duFm8@AL&#1
z^0P;l>4fX%&0^2c+>s4Gf%6`)IUj*I<sk2HJCdR8=YDtbEX2bx)5&BY<%>wFxV6Re
zl%*NxYS+8PRmPGj>6I_Ly<fDE6`P!&55FO6sZ1KfhEug;r{&#!)}pO7-TXdZkPAB9
zM87+JN0GEN!STv<`^Y}{j#cwhLbuFMGW(1b>6@yD-XzQlhKjtc7<iLUUcneKv5{$A
z)QMl`{XgD3;hl>XpI>%=e>a<`_-p2jtm&Pdz$+up%t?<y>9~vWS7xypkOqk}cF*Xe
zd^f8p7Iv3{Z6@<C0V&0olP^aSCf+1+&NY_!l$TiYo&NMpst`_*?)$X79u{e>6(Hc{
z9V`2#(NeA!KWA@<_t-PR-mmEHp3rCY>hJM^(lcClUTv)3JxQkSTy6{#ZGIK#@Ym<x
z-<V%sXS06Ur@!uAZA|9kzPIXoDDs2a`=e0ecGnuWV%K67GQcp7$!WU!rYpzyq>=N+
z+i&20XJwS8+Jm0=fve}ko3cc>9n$uNb<zNAAzgP~(%aYS-<KEe$BH>V5_XS!Ve(Va
z@nu;_KoF5f6{pwC{JZy*uS6wYNi>_-J%8Ue{E*_i>n4Y%m=I`p&v5_Bsukg^x$tas
z-y6O6wm>t0#mR*LX_Kx2f92)FFY%Ok@m-;WL!{=bX4CgnbWAd)zKJP84A<}XCEgCC
zxal^#X-mF&B=I6&)BP_ZIL7Ja!Jy3ok=JzdJK-U?olnT0BnMeP-KkniyX&xLTvV}7
z{uMV3Xbpe67>-Zy!s(E~Qpiv<B*G8RO;eE(t;ncFB;J>z=}_@fs6;bVvL7ln6@@pY
znTx3GYg8^>M7~r+p;<(+UqoqY#G_keL$;*l7@Z*@Qe9@SN-em?PiM*yR@Vb+T#Qr^
zLbUivwMmic)Pm$}qq?;shbW^6`y=WMqvX7zrktZXagmKZQS(%hI+W4FTG6Xg(Id{0
zi%|Zy*2r~S^mHreb86H_shF|HF)LEhL!~j(Qqc#cF~_Y@U!3`dPNUARqgPu&D$KEf
zAJHRHq`&C+W({N3{9^xFjJ|M={Yxu)GZo#{7tsiaK9h>OGK<|<j3XF{>2Z#;1;$=T
z#WJGe_gmv|e(}JxsGnLl@v8aJmzcN%vxHe(v@|N7-#oeti54M#uv;3#la@f{AFt`3
zz)T!>??-$WSBx?-(<u}!;Gamnl%P?TAT5n1I7sM{ihtx!yPO&?Ig+6E1AXfU8cdJY
z;Ew%4m+T~*Xq*-=>mQ{8PZUT?e&Zh_&mCvO4OSvfsW5{L_$6y=C+d|YQTiu=>EqnB
zleB)M=rE@m2uBSfQxT{XDdKqZwzTMjRGovk4@)tL^fbeUsfVecRP&Vgs8p16N?cj|
zleRcQRFsf;y3C`Pa{uJcv=r15I=n4e#y>W8DS6NZJ&()~zeU#1Oq#NkflW)6<<5#m
zB}Ac;F?8wTHwSSeQfZ^a)FnSMr$#aywUbTD(s1;dAGtHFNATk?<Ja4$+S@WZq_ewR
zQqo2e9GBAT%Mw$UvMKyiVtyolGpB09WnM{V1Jm&V-AwhR#6|jO;9(BnXO4k(WTO{?
zF#Q%$K-#5t4lzj<>2jO|amF+%X2m=szb*c9G3)N~t)Y!fX+VA%eZE>-?v8mPZF-V3
zaoSK>w#i8T9i2$qANf?mIkLIw_eV1>U2;tD*=LvR*Tk6sogx#4j4Qtk4Tf7x>4i4s
zg=N|WHm(I-()q?e3VTuc*J=5;Bl6{B3Kv?7V7-|l<%Oaa1<zayI{k8<FDK^E7ygva
zI6xNMxCg`t@RSfKmkdf3ycsPO4=8!MoT1;I%F>=Cqm#@xlJpT(Bxz9;AYE9<U1I4C
z^BFCT(J9c4DA8xg${Z;epwGzC&R|>4=A|zs)Xw~R5Gnj4zs-!Kc)8Rzz0jVg(w`)Y
z?J#|zEj9K4?XHv6?@~NqjwWi$d(8tb=BX@UD1J^{rX7%?-(HR=OaJ|&9Mhhd+Me=6
zCNpm-*|R<CHYy|HXT=#wrLRoo#%S&kDqG$nC95oXSf}Dgdw#}9b%A*yt$(gI8iXI`
zCzA_04=6`7RNfD$As$VZaV?v2P0gXNbvr1@9;pMA7192HO{CS51lEfl)>2s3IF#R1
z4Z0@Rr&ZqKiKdn*4K7cuI!NhpN&dy1*G-qYs8zxdSufgNdmd4B;ZowqgI*o2s<fzH
za7k#9$z)im17#HDN;k<f#CJoJYPcGuazUgkwd8J%ycwYR^u`LFI>&&T@$_t7h6Xe9
z41Vb>tFqLWEBUt%8@ioqbLkMavdvPI&9IePm|Hn{WTRbq<3M{OzgwkCTZ4>jn`e6s
zV5OYrXZg``5&>_0{$hnTWpl{g=4VH>#euCdwIH6rs>Q?lGMz+c*=%y{Ec&A~(B0Z(
z%NCk|3O#Q8xV)%3%7_^uSREQH0|1h&)E4MA7rM0~epOUuRMl8kCc2h2-W=5&GPL|E
z?>Igv>pH4?`y<7>9c4=jWVUT(#&%9vwpRpJQ64qU=+?<uHchlw()}vn^l#yDtuQ6c
z1ED^;>O|Ig!7`*e>(StYz-}pYH<?>^A#eLL%T{b)W6V+OnQnF$X%RhN?a65V#AugE
zWLxlP8lVi^pwyF!$t;5R?5*^LxOES^wU1i1R;+YW>s3ZCw@NT{$m+D{`WNMw6%Utn
zu`*UE|L#vO1J@bC-jkvxg<!m^edL`zFvkAEv0BsLotj78%nX$>jQOlG724)S^(5&k
zt0^ixLv6fqH#~W|LZo_cQ9PMo7TazX!{H}#?J%oBQukJ;iuxM~SY`Qg{hi9X`i}If
zh@no)3dZAJ=FF}zooJm((oea0vDX8S+=0wqz$bEp2eR$C$F)A0^_akRii*~Conkx2
zwhZ2Z<u*($zOZ$OS*l3>%el|n9mS(Z$ZQMjcJJ=)?2)ns=Kk)>mu;Q=RZ%S0dy&?>
zQl4wjo?~87T+KM99yPFe)LZY4Zm@;vA0sDgNqMb+?71Ud?vok6M~KIJ1S>m_?gEQC
z>Zeu)1%Gu}1`f<;elof{_S}8Iy93;a9!o@yJW={@)ZJ%LlYOJ_`*cDN0*W-L3J8ca
z>C$@%y(=h4FBW<+5I~R?q!($@Yv>(9?+{w(MFgdbAd0BCbFX{Nv!A`rnrH33XU#ct
zc*P4|gqgtPx~|Xv`<u9loZv=)xB+83{QaLYagW;CA2D^8mG>VlH|zYYz0km3tV|KC
z#_RY;oy+=qk10~r@m!e8X)aIvmTRZLA)acb=h4sMk^KofCJ?r~puDYFva;CZVg}0$
z!5)BFSw`<6XR#H1Ac3efS1<<~h*KWK%?9EoqDW8Boz+pH!{JYsGc=UlDw(Y!jG!1k
z0<Cn%tAkAO{VB!RS;7h-eROiAWOh9(au!Rm=?Z2C%yHU)^aMbiS<{(;ATI1MCCiL<
z?jTJi4sBWgGNze#zxJV3_dPyL0{L|G3PF)_K3aQrWe1!+4$ia2s2vhyjt8_TC)zy8
z^id#|<0TF}@TL$5bvW8^IGXWm)Iy-Y=htw5;8?j!W902cUGniMiq58y#dh-f493`Z
zt5YK#lN*;3<lHP#GpP9@A#nBYC1yO38xQ1UTQ*#sZ;V}LLk?2@?xD(B$dhS};ajny
zD7yYOBhz_ly=0L%cezrsp5L*4bUk+Ja2+7G0i0-)w(03Y&Z8wL`!M9iHeh}%kO>d0
zp<G_pncx%x!Ge~z4@P%_7CL|TkS#B$NLNc>3Wi2!;xh^cd8#BY-l?-dJY&}(N9&@3
z8yDm2px||Y`BHPmhIg|-<9iB9cQSn}h=lDu6B3}=39P4F-a1&_a>X0#Y=3IUe~KNX
zTE*?%?)@Cp9GB6ImMLP19!l@{@Kfi5NcM{41I$#%N9aVG$H91n?<#Sb7;y=Ncmgg1
z9{{vFfy}vEENt(YG4Gj$wu!^0#?}j4Rts#HIbtZzQg+iicFZiRR>Z2hWTg2kOROX^
zUST7xs^Y`ZA_1KKK}zt$AAt{^y0e*;dxaAp0C9U0<6yY^^a|G&d)_{QjdB7@(I-#Q
zh9a*R2dV1<hO!SJSRm0p!4Nwzq4(&ct?Rn)jb!Kae(!|F&Y8u{2?Y&GVz#X&+8?lV
zOTX<s%jixM7#$g3ESuQ-EVp0B`q@qHLp9a@m&<jhqwM>vdc$lJs;p3i`$1qZfH?NY
zZv)mxK#M%dnz7`)@)V;OiWw~ZtPtf0;Gk9Lpcrv1js>YdI3__I1Xf)hz%U0)sDo7<
z01UTE%eoex{a#paIamPHVKuiKvn{04e;n9u&C*LV-cBF1xz~)9b&F{mj@78HP-q9c
z34TUC+&h%}TrGH(5&OC9XwRkUb8XyGbCqrp4#eH{DM0YV-s2ne<+tIuZ(P*}T=!3g
z9{`4fPlkd|Zryo5b-9G1TH9b*3#6Xo!MtzyJ=+{RVHz|i;R&*mof?YnSG?0&>bL1I
z4%RID`ZV?<w(~=U?%DC>QKrY)N$_VZ)sofZdj6dc&A-mN`a$mN7cLJ^IB)!{?fO>b
zaq|4e_h)(lC<-tX_kD_WXL=3DEcA;-9<*G!gLDIh+y~v-80Eh7oD0_*i<%rZs%Q_4
z8AD|?Q%Dc7NyX-5uiRQB?7%<evn<tj{&?$g_V&(&llz5&{H(?2AD>AF<tKC+Uj8}H
z`QxtlJvjKJ?I8eQORRlRf=F4F7eXMUR4kfFJNWLtJ{npbOqyBGrZO|T{086$4VOBL
zl;;*hI;Yw&v$RQL*zPkD>SRe@e7&FHC*8LSPfp-h=t}U}a$zvp*L1wpH&hcCS;~x@
zF(pRHQVsreCDg2%Pkz5P(K#@ywI9z`$uv2%Xmnfc3}-TRx4H^B_=}rX13H4v7=`2k
zLK`4B8MU~CXJ2<Dle)|c34P@##Pu5)0NcCINfXl4USG<jU*V=omwMD{6eZ%Im3_|#
z`Fl8VZ+uZYPncUO*?FeY%!}m9Z)qoFm0=Kno<0A8)yMI-_g}GEUo7zigU|c3J3hnO
zU}R)p<$e1iLpanCRt#VA2F}=6Q*lqPL*TJFDiebt_qo-RrF97q%*|AH&B}&(-v!&7
zIgV%nzTC1$ukXFj1x=K0WRH+ZP`v6bD_xB_DNA!G;;d1o)l*JrvAW#5E!2i+9#!dn
z)K0G2CWD$nML_m#AUIV7FoY6CXA3@6-`P-S(?EoD4t@-9l%w4krLK>!8Uv30x&-qo
zBsm+z;<DhgPDPLqDZ`Tal)b3#;*8C*-g{Bym&jf+fv@9AlGPbxk!Co?=nOg%?s}xs
z+hvu3?$+lt*lTX0I929{UvX8GQh+fqwG<ByO(P|rtEM|>X#k;7XPGoIT>UVn@k{+Y
zG795q^Qbevc8hvG<Fb5MG>wcOQzZP-e|#+W%Gj|2*=g7e5A~}PAlxA{yl&#j=d2l}
z%`H(f$!#j=J*%gK0xqdnuZdLvKnNQjYj4goR2${yTuol2>cZ?yq!jl146D96{l*s|
z%Q;!IFKxA&h}x|9_u=~f=URa73MUeFGG<RRI~uDQokG@jS_>EH_7n?=!a{MLB*V@+
z3#nMe%}JW!!j>nQdd#XqIvx~bD9t~Yimq4?jPF2(eKIo@Ld~dH3#L{_EQBEjq~Ajf
z%VD+<%gnKu_lVlB>V*;gYYnciLmHfl?$X+2-iA8#8g98+u8A+T3Ro>}y(yn-^Ke6(
zJxcNLxY_R6`$;Ndm{_kQ9*UF^0%8qq17*~1LWQe^=(G`6!Vw?e?iiHny@f+)3Oa|v
z$}~zYAams=EFv{sCcKcD7m>|{Z(hic7roY>;Vl+fc3&p3%Q3iWAye#?{@F3-v-D@@
z!sIo-#Q5{q>Ag*#I)B!`S)32kx$)>3`{|7Ueh4J)>&A<-yL`ZBrLwvFkRc`9jXz^M
z%aNSX&xRgq96K;BooRBn%>bz{y?qkjKqlo~wJ={e7Lw+z;P88kOb9**gi2h?0{5N`
zp64S>T@~YhYt)iNWe3a^XfL^jwxwvfM@c10N|MPD@*71LYPgLwmN7C$Ox{!eYR&bE
z9Uqw_nvdp9&*eI0w}E@g<G`#!A%@x;l#C@fh%n|>UnZ%C_XdB_3Y#7yR~*a_*+KUW
z5bhz9&Xn1sAo&bo&q9PdI`CU!&B%zCkb?IGc@6PM7}x8zJh=RHC$F5F+-u7fMT(T(
zL7ST*l4Bw4PlaewB)&u$LN+wBBXI)m`XTlgk06paRV8A-SnvhBt|u_`NPes&c@{%p
zk@oG8S)#F*#Xc64y!3_ad0|s{loX#mxvKs|yzU9>)TFxVCJn|H24U@91yo0khr<z>
zQrNc(=Z``98Oj-)Unc2V(r_#<^vx>YcT*zz&^Nw9#4GL05hzb^@|nE-fDC(<J83cJ
z?9)_l$dh_9zDi3fIyg@BN&SlBpv*@D$_9ok5wX@O&$j@GV8~5CA&-G$C~XMa!YZAH
zusBcttoOO}Cv{)8nS>SGed~iOGLj~fq#TZM(&r)Tp`oK;7aJ+l7eK}5l3`L;72>p6
zLY2A6h&M|&;3^mbA_6lQ!75fN&j1?9<r|BB9r?~dWk2stZerFZHIIQdUfc&Y&SI75
zGh1<6^F!ICsb`~|);%Dp%~ODx4^@ghLdMXTrogO-hd`oGXhJ>aXhg{<mPak?Y|3sK
z#(^6yoqp!*AhNGD@eEUEb{JyP=C4(8xdF4Fyls?#nsR`bF*fSBxO-{kbK~l;^^5s*
z9?!;ov-`vzYcf%H60cb7qAI1H-Wp^hRx}ssN;KSD*Vuk8l!)7dR(0IWM3(Wd<f`FR
zL-tNVo)%-?$!IE1T!5Bz7)MD8+ENU}qD3A?8t4PRHooHym9g3V`VDqpy&}D+jdn};
zUbb{8rJlQuA%yd4jiV+qJRKAUCnRPo6!Iy(7X`k&kT2J1u{Y`+HHy?l`OD(U^xwN!
zT$0$Fm3=q_28Nh_IDh61QsLQ&YQiHqx30m91wx4j;K>hZ7KZgAboqmY!br#LKvX-_
zGzK$Zf~TYciTiK}&5I47aoU(<bGN{hmGMV8LJ`T@C;shpEfLiu3nlq#xk(qJ3D%Gi
z3l$#a8;tAUue5fZRo-#UYlU6`13Rg9LTH$6!UWj-;Rs)Og?Io^z1M8;+V6hhJQ-($
z(QwK)+431b1Hc?~em$n{8ZQl3(Z<CsaMIAb&jaKkR_ns!O%-L;FY#zwT1)))+;V~}
z`K@ztXs4O%p+1R@ntInYkZq7?%<llVN>#vgYBm5;^~;gdGX;MCBR^!e(%9=#dIRoS
zqEezI>)}7RJ&PE^IWt|LmHuq3$Pt`hMr|0eihhO3vxVCEba)2QTIM4nuXgFLxZaRJ
z^-bkV1m41Vut*y>@E*OO=0Jof1T0U*f2;v>At6^BHh`rpElqQjK#xBQKx&Cf2*>dW
zhYTAC;p@|$Y2}fBEl8jNBhMfzZ%=N9>Qf><XgGHXA(KghQ~T~9xR7Iyr}aVImls%T
zW&u)lT#58c*TwWb0KCF#`!M+Ha313^yr2<2AMph&<T;ww>$An<BM;dNc%G%V0enRr
zxPBw{lrg&dlWL^o#CrjcccyD6jv){R(Oe+hN*-*r5lSOo9YW!I*-7!c18^<k@Q0`a
z8`xN^ohbkVBsUTR(=&Vn^V!UjG-n-C!@q-Hta)!X{RGMs-Eja{&t*mfD_-3Xh6tg6
zjn6Y?j{Cp9W1(IriBzCai9|6lQ2N|;eE69vt@A@H4rV2^$e8--<*(r@6n9WSYF{ks
zQ#bxA`HT0bR(KTAFABoJq(fcg7-EZ3s<#|f^cY8GBfqgPOB&Wm7FZAIlOy*P1@?(7
zjRI170e5r7C`tf(`*IZLl3vj$GNeKd`p)N{Eo3{LZvz0@r;XQswQwNNcM)LthC)XG
zKs*vMlGw$;uXr(v=7Qj)htMT$_siM<LL~s`LFjJVWyjic*`0C#WeKkKw5K)z0O_kI
zM>Yx7cTS?K$>Cr~Jpee{@oQg!h$T;Y0Xxy{tbL+)+0fU*y2*~^?w0iSK5y?O2h05G
zRa#MCw-e^H>r-`w$*T9LYb#PVcgZZs$P9s(+R)NC)HG)Y2^Ju|(L;s>OXEAnZ?_4A
z$x)t%HWKY9@}A%^NYEERd3>J&sRW{v2O9P2Rsd3G+7$XwLdPv6Y+%75C7`l$N4e4?
zif*ADkRr1@>(|b^Hehv|T1Q-^>ec{9J4^#I=vl9<J%$zrpt;%s<jq~u&8RyI$|n3O
zlg|h5lmLiG^$r$blB8&U0Qv)#6}-%CmHZmY>pJ+b0u?;lMzKS*mTkdXpwD30&$pHD
zruD!I`i}xsI&OnSjzJV`XvLT?cDo3-gMl}$%1_6@H?@0o>=aY@Riw{B(l~TLfrik6
zvUD?g{AZ{sbH^k(E`AFnb1Y*L(<+3}g!ZAO9dT*DLcQAubt~=@9cl0{^{9i;`(Hy*
zfhwN^`r{5j#Hz3>vqmD<Xzdm_DW*@yN~0l6Lt4EjU<@paRcl(&xPwCn*K5fvv|oU6
z!Z@((al1x4K)VktY@^}Zj&5upoZSZrI*vWw0+rI?48F<<HLD5d4&M<%tE0kf7)EP}
zxkeeSdhOx*B;}^S(MzsbaC5!#9i)zrwqllcPw+1-S&2anBaM`H^w^8Rsxh#P=a?X1
z0%)fQ)E<#Wpzq*_I#PSmH3A<tu~Pw4XB*$E(4CJ_R*%toIy;^jI4qMp%r)EId;mHa
z0}BDbvPeA<bwxQLwA#*?jU(($(!>QsN5dB)w*fw@pSb)w>1j8-Ks+BRqc_(+F0%lZ
z^9@tOgxO#wzt>H|laaO9h$nEEEp8IJjg|$dQH|?fa_JycM*FNr)wPk(a6JtK>{A$?
z)NAURJvqD(=88qy;*i8&_1Bo*?-jHxUe|LLO*^MYr!z%QAMwO7!o^Xa!G8K?P#m|{
zG*9y7G;iTFU&Hk6{%QWXX@Tu&!L#W*&>126nY-LG!eTQbDl?+SGh+5L;$AcN!e=Cs
zXCw<}q#9<V`)6e4W@NW#<j!X9LucjbXBD_-6~$(iRA!ZpXI1QHRlR1_!e`Z!XEh3E
zH5+EN`e(K0W_7k_b<bw?pmRw2IeqRq1F<<nl{q8hIb-`d6R$bb@Hw;OIrG9fi-tMN
z{yD3;IqU7Y2WN8+p#&Rxf-N`Ukr?5z3c=2pU~f-&;ze)>Cpab(oC*of4Fs2dg6kZ?
zZJXeJM(}{nd(zK8<(_{gHve2@{)O?pm;JoA*St^oyl?WnU*Wue!+b#heBj)C(B<}g
z@Y(!J=mLs<fyhlm#TL*i3t`3!;r0s=UJI|n7b24vq6!yYH!MW=FT~6(#BMLd5sfHx
z5ktS2z`dy04Ru09Tk@Fmpdn5S5r!o&JLF<Aw~&ixm?kDdeF$nUZ=S(|eIi5*ox-fs
zK-S0RpmK<kP?(w{42GJ1r&F$gT$0O$S)rDIv=NHF6XjmDiW^I}PM4~=u~>RbAm?)J
zTxFfga=pQFgKT-D*K%y=a<f-aOQGeH+T}KALHnHL_08qZ@VqYQ$`Q><_iA>Jm{qUB
zN*{Mtzr9uFQ>$7D^BN4SJZOb3YNZAf!As0WriEsAtb8QmKr_H43=>+*6IL8VZtWR*
z3$Tj!qH-Jxzm<zrLRvRs1)xLFh1j@pYpN%J2&ob<e{<+&2Z$dBdUzcE00)~(hVkz}
zt%)ws*Lp3P+{p%QR|0#2ctE_9@kD*vxf$lV6aE1CU{h>u>oDAT2YS0Cly3<1U<1nQ
z%f9ax?MO6#HZanma48A&XMyPD%82ir54Sr&--Fh_kAv*6RzLe!1@IsN2{a53deR(m
z%WWMp5lZfD(}c1iC4|BdsGA$%JGl}3LQ7N;(Zu>OoDgc22BUAh?rZ}lvjGEB{!4Cp
z>wklru4SYCs|w|9kO+|l^1|;40mX&LWNstw|ED3!zht0~1hGG<6)0#JOf-Sq%KpMC
z0U~yP^(Phoy+3(F?Jk4581-K)@YYRTUJjxO)Fqn0+qd;OL=D&_4S0nOg@uj(mVs(4
z+W&$DT1h|F5i}zvD6juV9B6Rez=%`P<UbHWVuF&_L*b^U65lh0J3e|mZsx+~c6Z$z
zg*~1A83(!>cxn0g|Lp^HE$seNA4m*QI)pO&hSOR9)t}@wLQB|(as8t_DHr0bjSkR{
zeMXdlk5d1Y3=EARvOwxrujq&}Fg=DTDS@{jP4xdVK3QgzTVmb&f6D?LokJs^#s3Qv
z=$4-JG(E*TF3Gzv(L5&nZxDz^rxzC&zw2l(YHV+AZmukA%qdCzTLwn|i7xDE!48%-
z?^aCC)_wd?)Y{ZH)Hzx+{8xW+cwzqE5|k@L_zC<Tes6DjVQcg65as6H?q{M4{CfK5
z&!3AQU%wph?Jq9=GuZoo=X)Xxto(1NP(J=A7D#zz=^qu!_NyxIi7YVH_<vR?v469`
zBY%*Jf<Ooo0Kqo60s*`PPf|qlzq3HMV`U->G_G2_B7a6?f%@6Xey(nZi7+HzUH`vT
zD5(p9*hd1_0V53nuDWl1DGiR=l~Fg{{L33~kZLGTKqW7#HaXqImXFeuKExz$|0AVM
zOT$|3JFV1UHzF&TXAmv%V)mTboA0<}%7Wn<#GVj>soO0^zlA!1G7q`qwb(>XK8EP6
zPp%)-ZtX2zlLyaNyqa?ZfL<{vlq%F%_+PvyEZf$YKZXLR$YwXtzrA+e8#c&KQG|h2
z9-D=kg`1h6$glKi)4faJ$(G0JKgUPk%_iY=y76u2gKob5)eSK{(dXtNO=8@Pfx?Xp
zIr7Z_C@xY&?ix-Irhnbu2?;v;kZLo+#hB6#aqPDog&<%1ZrMhWN0VHcWf3G2#ncdp
zc^=Mr;g^`h+m{i%JGr;bX>hb{aJ;;TflVak9UwsHdW^?)GL`)3o3y5MQ*>V;V5FzB
z4n0slWK>v>Z6J>x1Sg)Txda6<Iv3Zz*4(N5->FbOvSZR#Hz^m;nNprYfeeKFFrp@+
z2>Ie`G^e|?7sjUHfQ#6qn2Il<bUO6pa71`B{P2o{%4sO$XTi^eHUUR+41qy$cqfyh
zi=x{ZDNOc4^KRmRfc>%BxDhc`xD%0d{5*k|E*9`dkn5?!D9S1W#9*5DrF$mf`!x~3
zf*D>EG<!>bgrNLozC?+fZbMy>+DK)Jwfoz=@%+^nI^b)HkQdV+0c-q}D4IZFPwcvW
zDOr_OLkQ{%A;KptZ`3c#zi=noKo2GJV)cjQbX=E;#zrBhiwQd32s{v(ZfXE|y4vuf
zjo%XwVsCT~cWZx<y0QTa*I68VmRRsZo-${axXFZwwA_Y1a7T{VJ_cVrh??y1wJ?0#
z;xAyKzp@(erF+d=LBe4<CKb$ksecTn^f2&lyvB9Izxj)MY+xFA-Rh)|N#N&!gK_s`
z1uTu-l9;VwWU|x88;wh!K-WLCeap@f$NaqM_YxsSw!mukgN`gL_@b-^_Os$?%=h8Q
z02|^Xp{u!o!XQ0o0Ni{bU;kY=KnD;JZF!&>s?faZ#uc=m3c7~51K<acVWTY0$fgzA
zyr@Fnmcj`6-36`!HuiZlI;V(d4S7y(=u56{#wk_B<Sy;Uu8?j@fOoTEDE!N-{$*B*
zcfzqSW!r0JebyC65#(zcXyC^w+MKi}^=N)2;7*>|(1zL@5esdA`ieSzb(+dX;0RkY
z%{$kjG**%PFZM1n8+6^oJ9j`5GCh<fnBf?b!(MD$?VNwkfE)5wVHecHgp%EVL!nvg
z!WCYCXQv&m1zRiWRauyCGJG8N)c_`DFc<uzLOE6_=rcU};Nm0|M^Pm7N<+H}Aiy)Y
zr6C;cS8jjQmo6D{Q>2$mC(CH&=6qIBe62aH`$S*n(g8xkURXCRNhE7V@{`u=;uY`w
zQ;{P(4H;wMNuPXZ*4*U+m+V^uy?~7H%&qc)k4wXPFE_~mw~--=mK&hI+LU)9LzL~=
zz>H(KD-7d1+~QKNwO)wQrs2YFs+N)Jx^5O^FNEEa`4Xk~BA+%F#mgg4^E%`8-z?Cm
z+t9cI1Sps2=S3<Q8DTd|)b0DPr?eW0W&tUYDqyA}saKNt_hnu~e9UWXuOx=LDHGEm
z+&o`i-G^^hpa9Bjpc>*Ocs?SGO_}3k8C-3lAqRFwrbt@`ijevWMa2SDZfl}r9=&*%
zI;8waq<aDL`bEJ_*-}mOC4<z?7eykJP@Sh`Guc&}#fmI@$SD6=lPrZ&O|S6V6UVPh
zG?UAWJ1+T5-eZlcgT*Qy36z`9lo1+Q8xWq!E*y0FrfM5v)dN<*hrcgCk*Y>m(a0)W
zn$f8Nsg#1O$OAjmrRmfW(K_*MSKWX;!`ujOdQ}}h1HIANVnwgA<H|B)ho2Gm7EGv`
zxy#L=-Ik4l`7|D}<yJHy@HS%K5xrEdXpBdG(oMpKi&bz-?CI~zU9II=6|}!|dnRMa
zs91WnRL>ZQ!e15Z*th@eoW5tVFp)}SQTaLOwA`}3D7g{<bGM>Z*Z|#N=nma<dC0_U
z7S)Nnf=WK-zS*un5c;(hGk2uP>#~>@das@BTZNt;%`7cv1AU>a(rxYK*^&X%&e}@w
zrQ6}YF*d@usjcH~9Ju{4D-**|Xln%K_XVDVa}lfdq*hJsE*be_(~*_KDxbSrGsqPq
zx(~+Tk@uO5XcHUji;SHEa`x8d2gJvnQ)-x1SqL>LXBEE=4_~g6&9`ubHhcF!$E1!T
zNyx?VDX8ujG+K`2(ZnQba)su-FQh4gjCHKuqLC_NGr1<MB^oSsPQxp+MLpLVbJzGX
zJ))Nxi~TFhsj57q_u=NRG+M~rgp|1%!CF|$p3s}3yy`RtZ&HlfmMbfKq*olj2rn1s
zG}QYS3OsT4xfr_>QPa410J|5^*7f}Ay?9b)m*+1@SIM}aCA?d9_kCVJuUGZG<5EXz
zTe(fNh=uA-!QiN?<}2^|Db~}Xx6V(lP2QW$AMj|>b9?Ohsd=udv#$RommTcSS<4jx
zSBe*v`@5mcBb=!RN%X&0RUfz1jjz=rJAT<a>1FndIrJ7+w|;b6C(Qo*?cKMp{pB@v
zhgtwZqU|x8weO8@yU0mFO)dAuvhM-g{NG&*n}VG}6VsOju1aUjR2)jw`+fQu?%NEN
z`Lfx$suobyQ2EZ%$CtJhPmrz0>I9#RTC7f?JX%K8q92*~T91jmtTwuKe|bsj!Kaq(
zmaJRrd#r80Pgr^+a)3XrUR%6?iIgZ%ZXW6zg#GI2$*$<sd1*g;XSuEz**|*clI1Y8
z>E6NX)XE<F1LGB4(1h&6zO6;U7aJrGhxSyZ!V<cE^*(#Crq|fC_FeFIr-;S2*{h%w
znA^U+XVz6>6WG{1*?8-_u}!#l!n|b&=CLb@%l60M?j{>m2bY0s*2AVR+arA9p|0mC
z1~aB!8E3ZU1BQ#mLEw@Hn%vL%KR$4{8T_Hi&D}e=wJD%W#Siktk7414O7T+~F*DY*
zz;B=Q#~mE?8-1d@U5B0o-A?nmQ}O`o6F&FN;`Kdmi9zG1c+bLt=g!yQUG!GT-vboR
zwPtbR-xDL;C9b%hNBnbz^1qD*mNmbwSa@A^{u;{=T`Lh?Zx-F?8{M21-P#=8z7XAc
z9*tv&>5+)(Gm9DUjTuUd8EK9gTZoxBkHIs<5{=(1j|(0}QICYwBh=<3cwChzM=<2r
z4Tu~vP6ZiPgO6<m#ch_rv^?Wvk#TaKai=@r(%iVvXR%m$=;s~q7oPZ&^LQ<rI5|}O
z4NzRSP#lmHv%LWRvlEZtjn73w@HUvK?l^2NOhrEa@*G2RJ%N=Jql1havPp0RQf{Wf
zz~&J49|=?~m@f;LZzy)bSerLiz_=lyxUc7L?kr;NUdOQhh*w;E^Hm)x?nH;jV16xN
zw$H(A!$~YH7<tm<8`qOh79d)lNiqtQLu|y@WwIh^f{au0-5-et8p*P}Z?+j;S^T(i
zz(B5xeFHF0k=e!A^QJr|O%#$$GBl4rDWP!Ny)w^0u0@(0IGp4amHL`D<@s)+!f@J&
zdOVZ)n-HffbGa0xKazvYQ*=wysDC8-IHk%urN}L&3Yy2|0x)9c={G_We@Z~)7Sms}
zq{XDC<@u%QX=KJ<PhsDMRFu+Os6#ogCqE|5h}uoFGf%Z$OvsB$d-5Z_KqG^*C80}_
zhG7@-f;Z#crC+8&OID$I<`8MR@orj<WUA9H7|a__Z~m6-OG@|;@RDSvPfMD&M%I8+
zPTy|2-C`QWaHhX`-0gJo173vGyZBr@Wbt|qnMF=xRMyImEKGXJJB{Sc>q*-`67o=S
zbAE5{19GJC;A7GpZ{B?J*Wgp9Ong*+K~(BxdM2$!j){2&>u|z%-z0{XB&r{IH(GPK
z%HEEZ<|3lN=es$6!*4hI3WP>-zW%_>?1FW0DO0}hv@!3bvG0ueGB{e_k&oocS!9xD
z<m8hUjqm2uUF2{2r3CMSk*zVr5LXSJ6i$}Ux`(-seaBT+Xh~Ku;*|4cH*0J+SC2QR
zxHR?h)9xFU5e%v&X1)c?dXdMH@lF;+6mS`d8O1O8-swB#Q#s{Fmga2zcpGp%oBc-?
z?L`8UUtE$#i~(b*=}4Kee_=IQshMV}Us-V~-#bL>TmFk26|#(v*Ygw>NpEMQXkoy+
z=g}KGMY=c$3uC$QQb{FQzJ*j}gH%3QS*a~C#&D7QM6+m=^sUJCxAE8C0n8zt>Cqb{
z<hAn9F^l5ri>g@0(yEcN6X(J?vi$oQm3$UiJkBM*epG(YC=1RgZ<l(Ppb<TjOR+an
z^?3<PHClqztUi&dNiNIf*aOR!RsL)({UwDBY0bH@Tx!2p9HEi-F)dpTn_ZSxwLfwR
zk;Z}Vkk?i7)rstvO)iy5@zr>n*SyH6SvJo(=6$EQ2UZ-(wDQjzH_z_%&wDFX1`Q|z
z@a7f{)gFw1O<Wr8W;Rg&#CmB~OJ>$dm%sHMd8gx7+O$|a(o(v>m#0cz`;)ZFu_e>d
zsa97rF*glMJ_->k2M3meWpcr6LUqQPb?Bc};+EA9m>Ox@n!oR*Uo6%1r{}yJDRkH?
z=LpCFEtmf>PySQ_OOI@-MUrXbn*zx}!J|#40S$M^L1t|Yan8*XQpGj_)wUP!ltzj(
zoYU5&ia2k#JYLEVXROMMD%wp?PLQA+&#lTQhZI=0z9erp*>Af0vq_k#+46F~s`_<@
zk!Gn4Q{|W8lC2+wom#{<Ticd@R`>qfyHaI=E%|GV>8H&_p^@z)qY!ydkQ4w?LEik!
zr8W3xyXnuafb!M^zB=)r71p<FzKzt?k2JF_6{_+T#k4dEI_HV_WwiQtx-q>q9PVaW
zguF>FL77qF@f6K$<XJcfk7w5yIp}h~CuqNGJi4_svsKo!;dHNcdAVavt4(esx3fIQ
zlc{@uwETv2PVPwKs(CH_ND^~;nU5Le7@ndX(Q1kzZp`-!X7!s>G~YVz`AObfL5>4f
zw2D=<N@>?%8EYQx_c|`;4)XSGU6hBBC4FGTUbSjl_sdUrDLeJ8xO7sdoXVvbu%ReK
zl9^IKc(6maY(TLGLk|yn-c*3Cty+Ud!H)x5OQbtQ$m{NDH&aSiFYn`$N9u;1vQ*3a
zv|am@qB6rT+L$T|IJBC4e#PtfSJmF6G<2nCw;?MOf||;JxP``U5u1oMph4F$q7@uF
z=!xSW7LMr>k?EDjH{G!u7hY~P3FxKSuaLN18hg8_ldmc@AkA&G&xfM+h^Zwus{YbB
z;}dxT6K{Oy8vzpANxr9)p<@)o$f1tFp{Z>khY-G3W^5o3&n6EdwhIMg@T6|72!UZ~
zTx%jlM*&mEAItG7^0rmiLMf@Xdg;=}+j)PMa?~y+TFWjwuQE4%$mmo*n0WO%XFH>|
zxrd_tc+^k`D((s9M*&Ds0De!fIA+GshO7}sKHy0)h@%)oP)=j?&SMbs@^aG%$}ud3
z=J;si#;BwY_}&K4hK0bvhKE>#*pVO(1c==RL^N^i_#rMKka@)z#cw=5a9&VmN^k{S
zL=FM+;~Xm*LVsfE+L{wbZ~+#bZ0Y&+8cn~Q@|DU9c31kIyG}p<Sq^ep6eh*clJ-9|
zAiGCg1h)Y|*p`ZdmP!Pc3WJskJC>>{m#{j3+MuNyHpI#B<r}%cW)_0&IIvR|520Kc
zt00W65XNH0*ziL>*7L)Z<EZj3<Ba*K%eSqlx2;(*9TAz$YgW~fmBnh&i^$RXRLhC&
zw6;2mvf-%GKTDlj6$=VknF*vrHqXGd*6Sq5^>1&NE`rv}gVrzImg?M=;6fYC)&R!b
zWs*+d4K_T}29Oy6>Kq4hp$M#4JUD3VCYI3e1{$RpeyBa1aIlgXGwdg@8e-WClId9J
z*nH3imctFK{%%IN=CQW7XfaR93e{(hm!?prIFeOuj&}>h7PUxbm9llQhOVEv0f4z%
zzXX;G1eT%5b;GJHlg=$h;@xS_4XfY{%L$-W6@dv0bUs`rSp_nz0XcC5VnWh;6^|Hy
z|L9lGG)2dh?3C|i85?f?(r>MG{@0YGOr?ZY+YiPTh2ZX+EQ=rfy8o2y0EtiXb?Yz9
z>Lqn|w^k=som!Fw)*=^MIQV(KTCaoT0T%At`VaOBShpFG+fd{-DF%RiuuUX?%(>f-
zgEu;3_nj+&&MY7%Jb{btJ;^x1t>dFBC1ilAdGKKD4*#bVneoE5Pa!TH(}&nFt->3J
zQ+F171DA?bD(aQvc9<o1GX+MUSCoEqYf~;C%y`gu?Dm1{cl_I^8p=fo_IMX93^k2g
zFVtPKsM@a7U4m5+nd1hj4S*C2G_L}(;ErKJADNMWda93%#~bwP`wa14t{)NDkOvbo
zpoy{fiB?lnf|moo%7>+pg{aXo!p}T`8zVKZo2gcCH=G*-{6Cb(>`49DdDD4%QnC|A
zg-LKr&1x-u&zk2UU2+(huMm)24<H}H#oC6FLy!P$_8u~LueNjR57lv{`&o51fISyT
ziU&Tv|Iv~93k~Z52M)+4gm+opXJ!Slt$*>N2C=XWbHvYcQS~Bzx2I>F@a3$oWgT9c
z6(X)z-mRKWTRxJ0ctkOr5PNi*^l<G7=^{&1<p;_<hIZmd$Q@k_85To6lv~@?L(Yl?
zvY?Jxuou+pz=Aa(2ix*v-96~WMbr8osSqBf`<+A%#FY!|k^?<<|K{QWavC2SrUp3+
z47*%Xe)9R<&lL;`$~p0K`^~GjIsfa#Ke%~HVB{WiGKK4@(!o*W#BM_M>DNebf<VE+
z!?oi{i~{u^$p?Qhu}8{Xi{DAt_N_lV3ta&6Tr<Q%p_Hu3Y5%BDCgj$DpjRAmC3(FA
zR50<#1)E$noCYfQS{*5`43A+~jak@uru-_EOA3QqWDg_FWLHlUVh1@Q>68>Gp#F4y
z21Qz4JAkK(B=LnZ6`>n>j|XQeO#%+EWZrxWEYkj80r~{j#kz;f*<$<OD&y<q4hS8~
zy+_0f<?c6u&3Qqp?f~$$wenP<&CclWQr~LKKHGJmpJsJrEqH8?gi8OpJevw5tFRh^
zX)3?9ICCbH@H(fZvvrTfFxY#n;BCRLVnviN%<m08YHdn9jbjVRg1|ov_?`S}nS~hU
z>Lng|N{JmBm)o{I2`YQ1_Px&HeW>H;RriaA#QABr%zGXVBQZhDjUG)y_WdzmPGu|Z
z5AmP6$anhVY->iZ6vQYDODG+Pv?)h(UkkD56;h(Sm!y6@J8sX0Cqte=0Z4-xJ>*`~
zmar`-l#rMTLs-4}!hOX})SWj=9?!0ptBxv@D(opQD=Wo);A_8;J)&9B&~7kV**uo-
zQrRpKU0rp4B_O&MH*rCY`$;iVt^Mouf(Le}4|3dvqjMd@4V-gaR_M0Em5wLG?j{~r
zPkz0yB}MXyjx#z-D2wW=NZQ?O*-m<VRI;mT=B$iR%$k^{DQXi9)0EzLdb5aUE<uX5
zCL`_@i-9$nblC%y&wTaR+tFp!I0Ir>vB=7U<i=XL!6^SJBvxyDhw}g{G$@m(-HQ*@
zHW$mWH(Y`YLijCzZpj>5xZieBq?}HYe4+n*QsrKQqh|(R3-aM~-c1&b<f_u5okKvG
zR!*(y!?KK?i3epMRqFD3P^VaBoskZ;Agg=qwC2N?Z_^&#|8w9`+gD{hQv=DQ<ll0b
zG`hO<Gi9~fE_u=F`S`sWw{&wSsLMCO$rR+f9`c#(7KfZ`m-#UD;F?Wf$t#U*;O>o@
zcXVw=3He74(U$fj6(%${&nrv@4H+uKnBvSTZFsZOG~4(t&v0GmOxhnD4z)3l(>_I9
z9dA8MA-Mm3@KNHZ{nY*XM9XM_-)E-=%2cFd@RRnZgOx2eWp1`{E`?c@^DUhesv^%y
zYGrPnKd%5?wXQ@v%}JRatSIVj)(%Cyb?sOPoiv*iKNWZH_e@*VN!|Y_YuEAWzWL{k
z@46!A_Y!poo(c3@48CG25#HTB(dsKbGps}wm>q(kCJ7Egk@1y!7>k*XRvO@5SPk#}
zIvHg*DZhNxfxh8gBXB9!IX@{#u$!2@9?uKcX^+lqx{PpWiWjJcE8;96+-bFTl@-2o
zy-c6eR3x5s3;2JJVjT{=CO9qnH~@3{fXtY9{&^)_Ei8o0HYH!I;vB^*p2R#gAVPoQ
z2bEd1W$=4;Mqj?re_H}Rx;SD|^ZIO94=A&^mfMu}n+rjLh|vZG0TkMvevvcFV#{cj
zP@shA`PsEEXBwz>z@OapnGiO7s9w@RPne3^eFh3VN26JUc5J=PHEl|W)|M;M(cAAe
z%{Ye~D??4>2dAydCrv|-I^4aJ^^rlxvtV|(0_x>m^JD*G+*bd1tZ{oj0>%mP@OqO}
zHI}<RurPdA6&vExx6DA}J4&jW;2(0j3<X~%b|~f@#|<h!$v^Q`89TluH{M1Kr<xh$
z54E{NOM4^KKNsEY3l*I2V{wpKEUYW3b$hW}U|-TKY&kt0Tk(tIwqNQ5iMOx<BFtX4
zZKywRx;CXH$$`OGV+5T2#lm(hmx+1_Vu1r)A3~|Nyphy@&7n!DDx`=A#-rI7-t$Wi
zDOg6xPsqj5Dct0C(3Iq@NXmE~?L*UpI1-%@@UJcMe(Jy{>o*{1@-*e7orC6=q>=Tv
z=OxMrPW|Mv$($qFoIlErMtOUXr{<1N>HD2cXc}NKjO-*Vl!{alh%nA9QMdzX4?^)Z
zx+c4@QjQ^1BYoFotZ%N8M?lg3VB}IGalkmap5H;ru+%VsO5FDs9mpVEb2Na@tK?Lh
z|522M-r$8{%|(H$!SD3Z?3>2Ev@bvcPiSHuITO#X&f)oEJj399$?&J)hcuDITe8?Q
zxLU58yRCFs?iGa!CALt@hd-Cu`$Vf!ulImm_J%i48e8i5j~;*Ko&607Nl`{P->NCM
zKDcVzw$APBO`ExTSSwt+)N$l1(6;tf5m}<{#czLa-<%jQEyJ=^iXz({UOJahs^I|8
z0Wu&QcNHWVxeMk3ER)FiG_CXtdiFEEpFbj0S5;JaO$GF`A#7V`&V;D2Ki5uD%sLju
zKmp<Mmhkv%?RVt%y!u@hFTb03muAel-b%&7rseCq?!$y5{B40`M)E|SbmDdgWd{}c
zL0qc`SaRcuCzP5;#$$;`Jp;mYsX|6cb-7iSr6F8wd5LziBJR=4QzCV~jrA;dvu2{L
zMQ&Yvw=nLOSt<QUF7;jwON3AqIQGH)SEl{g7u+<{xe?|`s`&~LFA5AfW611q(~u&0
z7@MaZnS9GoS_CTej%Ns`%mxUNTM6NkUxsV9%+f^4-@1`&&pvhmRK_+S9XdXeu!X?O
zlLgEZY#>}OMBfFmR#(?7@6-HjO|-x2Y#NTyzuMc<JI-32xt?|SIc}jpq4I9CeU{bP
z^s~X(h#fI5;vdds@khqKlCLaBNFcf029<iJ63ocj!&vVJ5Ia!|fv<QNH?^);#>tod
ziFL8O*Z#hL!p%MQ7`0;XYrN@5h&Wm1!og-sAPCe|D-kaq4VWgz-5cxH`Da%)TYBe<
z>U@FLM;@nsq)rF{r|Kp5?C(|_lg(h(Fn13>OGfJJ^0kGQm0#gjxgcN@3i5<9gltR-
zl$U+s_J<M}uEh3^?C3brlm!w$Lx6*FD$5+oH{cb&KWLnvSI9p2_&_PEk%79W;>*~V
zxLd%sKJnAcAeN{0gIU`_N8fyAFcD%gSM%e)`E7B3MmX&#Q2XMQ7({Qt^4D!oeXzJ|
zJ;&kN@t4874~I}Q-GGQ7v@L-i(OYpxD55Mg14R3<_CQVcjC{;uE>HZttC$%WZ`m<l
z2a~zNfu9n-#olE2#OunE+|!P0T}Srfeu%8DFD^=%TdKJtS@U?`x2BIzKB;vn^LzM>
zTR!;u5Z8N6Imbf_%?{4HCCjk&CtSFKmEtM_O@RQHf#rG1QDh8YaG;dlI}|q)@f|7;
zLZkTWq$-|EK+D^7dU-(Q(#D+PDB|^fB8rQxdy`ZAQ6j49HHs@&{0c=|?Y=}jXB`*A
z{XsPBRI7`5Rv~f+eMSzxVbw)(4jQeirx-#5AYfTy4-VczY#M5kqrpjvT(sb6!%JBt
zTAo-j)Opt$Y$<GpMv)^FAW5<n(E#ELis!`M^#uqcBuM2$gA?V<IJ>3#P?%GR7=unY
zu7v-C(xDbn^nqF}+r@UmZ5$&am%3H#lv%C1)cRybN73p;%eDZP#dK+|poL15WpkS}
z`Gv=oYRTYeX*1z*OX1)9^~40D&}>)G<5o}-U`Y$NsMK4&Uti7yCiUzk<(EM1cbId6
zrQ4O_PeH;wBB*60GcB~Zkg~Nr%pnct<<jR|ulfoVrZzj^wxy~SsI1#A6VQt$^0m7>
z{n7xm0R_=V%IeQ{{rU+K$|c77x)y2C&zRAH1s&X@YM@>e`6Uj;o2h~tRl7f?b|p*J
zE({<nKTszv#_foXl<9Nq>vpLhihcpNMTN;V_sKT*xz7%$x69<sfc?m&CQsYPmfOEC
zcfFth3+?>H{K&B=VY5LpeAiu`+JG@NVE~v1jq)XK^em{5HmgBr)Px;-(ahioE_9?T
zT8SA(o39#EKT@6)={ywihz+KJ3XA=vKHA%kwdztA9e(3_KiTg7)F|4QSy9GJcB)NH
zD6Nk;S8JfG^xR5K7~g)^M#aCNDNS@Fz-~x9GOYIiN=%tO@q{^*XjX)c4Xt2^;WCE}
z&FWtxvBcKl!kBC`+5@8aok{WAse(?sT3#>s@-F6{3|?!T6D_=f7TQ3I@1T2QAVh0N
zd^HZ9FxQe17hmmRx{3F$S<bkKk-!KCHdxhxW_1h%I}4sTKvyS0R%XW^sZTga=sM@Z
zyvTJoA(O|md>f)gC(7^>y2-CblV^65-(F0951Twsn*32Pc~L+4vv2a(?BwsQNg@mU
z1Hl96|2lpL62pU4@DO7>)E*D>!jpvK;mLT?LOfXmp1dDVF^8wz##5c)si9K{`Y9Uj
zsVibrv?^0{##8k6Q&)*BFno$3dFp!M6l22_Q~wn6+!V|96zkd44d^r*{WLrGG>6zU
zr^+;!@iaG)1$s^23jhBR3k)*0#NTl#f!gYHsh7YW^FUqHBc7-bhT9_4N+3>=5UY~#
zN3n#VfCwdtFoy-`?S*i+x9yq|Valj52S>oOw=#;yCiihLOB>VS+b|{H2tSqkO1SyJ
z%hmbQnfc)4_Loqz9NLAD?Uqn6GjFAZu;lu1do%Ut3$LKHL>YLQzwmmsnkWNjrWa!8
z%Hqz<DnN^v!V;nkv=d%Tlr2h<g+Jnsbi$Y>|Gu6g7U_fywNr=P#+#(CA}mp%Ff#!0
zqoC6HMC1aLCo=TywmDTg%qkLuZjMmmv3SLk3dMyNTGKh<%|kt5HbgPJ01`l03J~4g
zc{q{ax$;;zEr1>_KzU0*h5Z(DC7RBTX#3m<TP)ZH5J61&H8j9nhhW5?tfO465wm=V
zg*_bli|+|yp_V0}p-ju!v<UHIkOK-}b#7tf35#lu=$5q<aJ0e<dRYmoN2FD*5MwNN
zc0%X9P=Y%;6fLj;F>680@?0!@{*dT&(Le<1)((`i1t!Q~y6Q%`9<(aB5&l+bjlL{G
zJPjqDyYi`FZNGo*U~cVjd+q3K?K5=!n121s|5=67<{9OG)#bZQD*2y^I}tA#2_H#m
zKgqw*oxw|9)0el1qt6;aBE+rd+gFuEu4{@=Dg9;bxc|-C@#=92AO&t4-R0E3&tu9i
zYQQUM!XahEBVl@%UGHynC(rb+(4C>w6QqDS?L$3AWy5PahSxQX=!^{*jZA6H4X&G;
zawwT{saSBCJ@|VAn#oz?`V%cW8+|4RV-9x}ZV%PJ^&RhXZ60@1VRL&v=g0TFou$1z
z{~6$^zwr56-&vVC{ipiQ5zXuqPG^PUG7aI;3z2vf%K1E26gUDD-4zw64H9YemumIa
zkJQz9<wFE`4jDH8&orOq&|{;1N1G9wM?W4$yrOy&c`ZFtIAc+^ZcU(Vou_bFeEdDj
z@`vlwn@oTH0FI9Vf9LqVeq{ah3Gg3Ap9?A<{~h8R8nF96+IseKkFxMVN4-e+7wFFP
z71}&L>`6+jM{<(?ySLtjkuS4y(P(sZbaZ-pdS**QPE{ij;1TIvO;uBRUgkgOU0Hui
z^GWsGVp)A#U*jlo`gve%Y^<-ZZ}2a6M_5{38JwD!{WQIQFuAn7_2I(@;sEsa{_fuC
z{^7~V-}LVM{M*;V{m%<afd7xahybtjzX9NJ{sZ6*IKi(F{sHi^uBxyT0bYX6KLDN#
z>TiJe(H~TZ<Npibm4s6O0X(ywz`_)A&E+OgKcf{nv^x=`4MdijkUJ*bnmmz<yOREy
z7y>)KGVwRS%K?@sjx(StXP*FhR1f6^oF~!@62)7;?&8cyb;)t9#2IM&AHsz_U#|=D
zfy&vcujW>Ge4KcW&er|?yuoS;Z7PjIU46DPTXwn2Crv4F9$NF1R9kgi#@(WXQl8dK
z8zANgcwne?)$-->9suTeRd}SO=^;Ral8ZqMa^>1eD5MkybvgXqWaAe#oWck&K=QDM
zgCck~4ePYc-pfz0!SZdmYd^AvLAYsE+=&0zn4F=*X3N1MZ^Sp_<&U_Q0&hipCmxD0
z2Crd29XzY@bbE7aucv{SXa#*xvOUJiTQbqnbZ_$ky$5&QJ2RV)+gl3j@1Ft0p7Zip
z(?hY}C~Vw1(~DCBzqJ?;O<h7X08Yo*Z#})k0eCezrcN$~BGYud+uuhYE&`Q(3ZP3h
zP*TZlW;+dgGypf!A=*1nlpx4ygtzFj%6soqMLofJ|Gx%!ZgqHNTX~=X!Vgb8W{KKW
z8F0MldpWPqj(f=&-p1R?Ciz&Pas6h}Xd+#yw4g#u+UQYz?sa(!v3Pd77=S**J2$0@
zN9KTlemZ&L#`ED%{ay-k#2xj^h-=UXq>{9N4l-^lgz#0vnd4p~<uMPhbJ^A#fN2Iu
zEMQLq@{CR}fNVh?_B!lT-e~KW{%G@iGo%>21U5A;X;||-@k(`;$=&2+AFRBQkrz?i
zF(bmKWNyr^$h%*ieXjnPJWMN;U0(p>n0#FsO8<no1x=g80(o}1<kz8rUo_B5jRulj
zmnWwyH3`WOT<0xrQrPa7#V+bUr~4tFm?<iu=we#8@l;dF9noR(*nNFHnIw+jZ5k)1
zB|O9M80T{`<<q(dOE2B>lPRuBI6@w&T-hg?8(a%*$PE0s-U7x-qxC>l{tiaxk=ZYb
zjM26cp!5{mhzjeq-zO@sx#YyUFgFa&mapPlZI*8let+LEd>;I<L+_;t5NbtUe+K2%
zYlry03qLr#Z?9ynah`%p7^7rw*?IWqsy%>*4#`f!mAQUW+%<uO3Qe37PAS-GFT!pC
zIF#TssBiTrKPsFAz7CN<uPByp-2_x>4UyFl6nDL_w=XB;<>{U&C|f|(44p*)McMB&
zwq~P<DKXmss?eD5^fB9{+Zyz@uQtU)63CRt!f7lU6eNL%QFsi;P@`{u`H$mQ2Bo0i
zq2Taaj>iC!67y#U4P}EYeGI<ssq!UPQg5jPU2oK+eiq^w{5&-k$C+seG)nHl{=SRZ
zd85cqO**LSf0CF>QOKjFF=Ft)cKNJ;=199?T8o}%CXFi^g3oJ5E&WSVC4fabVY^yv
zG<7!zvxoridcOTgU%C(x;FWWZryA99&u4vfs2#rIUPc6X%A>;NUu0aRpjq!lM<r-}
z=%gprvF~VqG6i^oXct7Fe3!%vax-iweLW5e2nSMFAfiIA8eM^(g(=D^L}^IWUr9yn
zaPucbX(L5xGw_g`;;p3Gu8(N5;Jmk_rlJhe>gkHqOL=vHD8raXbOn*TL~1vak-ten
zM0bqduOmbYLMUC+(8zrxi4?w@${VG`oWe(<CUHg+ztGG2YlB42tbsa6K8)iM0hb5l
zBW$?C*ePlveMjnUf2}AcJuaOLzBtVhM3g8{zeZ}RhvrcPIdXG3M|D0R&OmSPsNLtA
zev>j=z$XjUvL-W38%QcDmFU&+D0`iCG+Ru3qcBET%)aXZQhC@o8|Ls4XP}d*&FA<`
zJ1&eBBa<th$X=EkP5Vy<R-tkPP%c)s2+~khP#(^nhnsN^uW>-1A6&^}BgSXe^Xw5V
zmn`oi+U4ogxJ^2d1}7cvfQXUo_qFMid&t;5bNqk;)lLwfQL(0RdA><Q$d0qiU~6RU
zNTXhTgM-|UMZIRSq^9S;-4tJGS$#M<y8_p(dIsK~>JAkxcqQxfNCybm9}#U^-mdbQ
zI<_7I8J9d~E7MPOUOSB=(C7<P2Go!}BwXEWIEy_D%F8D-95r>d9=f5p*=@qFm{pS;
zm8)DE+lZ6$DWFm1)ueT?O(%%bW5%8A{Pt|WkR`Wk1SvUA?!$_u6w3+=`G`<;?pl0u
zg~&(4OEKp$LeQo}l^~B})-E4uTX5)=9G;`6KQ88DgqvEZRZnb<GYtBL2{jD5Ds~=>
zi&@$1l(Nt=->9WUeh+gh_Z{K1-oUvEcd<@;agmIfgF@O8G3fc$XG`$N^2_NTRoUmt
z*_44+TG~cKDR_wLy`_~;ie{}^4@w_p#@HJ1NYxGzczwB9j5OoV>$J9OQ@d9l%+{XI
z2nHXPXpD0k&YR@?niHV-=!)Fvu^{-%d2)N|*u@6dcXO!JhNT9Q8Jc}BjBnVjnZ!Ge
zeiN-@yISMWFgB~LmpMbYc^bGodMM~;+2t0re}8*#`B|?Np;zbLv+x!72ht2ZQ*Yh#
zE-8aP2P&CN#SwU)yp(#SVaiw!8LT(FCu=Ncbhc!b{5jfo<=B0hcC+m2J=7=06=_<Z
zNm3Ib8(Fyp-&a;WoDK)!XF&(SFTby6G}Ph*I*jgRosVV>logx)oO>(M{z?APY3zEt
zWvEH}V2{A@Q;*7(*TT)+I;r>m2X%KH)n@<jc|HkFaCfK0-K{~3dvPe*qAhK4Xp1`(
zDDLhKL4pMcnn0mA1PT-=UTCQx&Aqwjp8d_tGqd~5&OYbt>^b>Af8?AixxUvcpZ6k>
zvUk`Q=6${|ffaRyKf+xY*YO_6g<2{FT!TiSSN6E;3z%2tQK3tHuT{gzVRP&Y`5)+)
z{2djEzmD9KZxdnddSBB2^$k|Du^*gv5Y6smbKL{Z<Jau%ub)gAz0n|lE}8o0Hgb0&
ze73mfq$o+xYv?8VgZ_i|tulwNgSYm5$%es3+!)qdilM@v5)Ut{8)gVJu6D>>MHN51
z6)le|a2(nx?t!E{f3Yw6*LR&E_rt&LUZ{Q@m|NKoY<OsPXAzFEaC;vRbP(f!fB%iZ
zvd5RWH)Z(28{=<)rY>LUUtkcPVizEB-!M?X3&t8tN`LH<{_F4qFK#^V+NZB^dhC;B
zf{@kzp8`F)a-0b*-^7Q%>9c$yb`VMz6!9P@;*!8P?@Po4z1_5IWM{UYe_$ZlPe-Hs
zFZpT1<6~c=-Tb3hUV|PIh&^>CB@9?vCQz7+QmFBPFhn=-kbX6%5U+^!b*J2`r0`+*
z&l%|dZ2+EC%5qT3YA$w!Dh0iovh_P<n;~^q?(b^zK~U;pZt8JQ>gj6g`R~*VhIilO
z-d$O}`<bijqis0jOET&RZh;f)LvXz=h<_c@&bPk%LkMne#W#TCs$Zm0$m1%ArRy7~
z$(Y0$N2hfGz%9naSo@?PhO0=CPR^LYEuYSpmtpCWJ}Mcv<0SC074r_!n%-<oY_^@I
z(Ta0lC*!_+I(A{~!O?rZ1RPbJOeqM7kOvjP)H|suVp5$9D(eg-qD+mv42$dcnjTpS
z5F8DiG@U$3ad{G=BjU!3bVZ5`PNH<~>on`5_g0LV>hhV7h;p9uXR0OONX-#HKB92S
zOKURDCd<pF;?JdI%!y6NGAGImSj*;5$hADmh3McIw&v_mzSply^SVeUuX|t6o9$JX
z>mQsQFQ1bjpI@qzpXiZWnwJ|OpJ`{Ee!3d_TIYS4V|ForhC*+4&suJZd`>)nzPWWy
zO+x;ox~wsxyl4D5=?OUsX{jCjV6aDlV%q!O;A}2=+`$AKMNDbYhEC>#JRHqDoQA3V
z=hit}IyrSmxm&?mb@Ii&YxxRunyXmAltwbjLDB^%3ZKebs(Y`HR`A8T7^qNs+?!vS
zkdL2VcodvZGF^PAlM^JLBbAnMnx3rdES0_XuKnU2>pqVBTnWc|k%kA(mQJ|_QSp7I
z(&6CZDv$g@k5ZBRqAK}{vAX=T>*CJ|8FmRcqsGaM3h(Ev3-kfS@)u>AiRB8{Wpa+?
z+^|Zn=}JDEav)O`Zb)H8aN%BFR$4;wXkGD1T|Qn&#WVS`uJ9yrEEMzwGf!hbQCzl=
zN)4Mzxr;KzG#s9g8a-I$J>9Cno60X9I9&BbkMfH!7O>nY>r4<+VWLf~O=3l|b%moq
zwF7_RS1HoD@U)TA>J|!O9~iEzZ>5ZHWeIUjfG1A1XMIRweYIyz@N}iYO?@y^L$hwF
zIjkJzQ7oL_Kyq9@>QO5ak_{#<>rbelo+2JoGh~>enDV5V^31!-t%J7K6~b^;d~syw
zaO5xQDm<H(Z7P>Nu|0$O-Rb(>{Q988`X+&@x5N!m0=1j`<$bW)li;d>oAQI;7V?l>
zn~<E5ykaSMmV#JbPX-B$gSgxgPeKewG91L<3zX!*u>cU4auD~Ff=7%=CbvnRYg6p+
zW#F_mN{Eww@U5E(CvncJV`d^QRKU}l!{8`8Hi;se*7BRA#X6)yaiqgLK84`a+%(Bi
zH1ERd14HV$J<IFYD}$IC&S0HDrdrYbs&k#<K>=vmO%=GlkW`@&$ylcAC|E9rgBy-*
zOaWbOyXfaypComWh6264fb?*X1fY#dkQnCJ#(-p>y&(B0M#|AZxgbXR5z;<kO!6xj
z+{w{o=7^`)+9QI*QHFq0kvOTgI6F2t%5a>O#NL&4oXn&SdA;6Da5LHyN0GU+64_Dh
z)x2+0uekv`xvAGW>D)@F{K8lpL0myB&={}Vk|I#;*IU#;)cA*~&R!w?bdi@20>E_y
z(v|i*33g#a(jOHEcp(G47~=tY-+`5af%VV<_6s2I#lWW%Aln6SFLdxQbdU=&$kjS{
zc02f04}=v|-xNVtp+i3uK}rzNyOSOfaBs#*&vHJnv;c^U!YM6)OKtQjFgK$UVO7kX
zwR)Y(f(>8to7<<G^%NVrHadl1wY_>31lSCCXv^7Jezgu1UQiq)Uq-z~0xj>SD+MBL
zu~TOKlKogs1C&Me(-{M4FGeB#1MC3My5OL;-QX9m!K0+XlM~=q@E8wZ=t2?1nFizx
zANnphblWh*;|O>3hD!s+xy8oulRF%}ac~QP+n(dqp73g7SmnleO@7BG;?8Qt&R~|#
zgJYPEVgp83FSA>)Z(Sz~Zd)ux42=&fttDzP>Z`I_?=ud~dC^-THCNFofg@=L#Nr~R
zQXr}U$XVLYJU3c$I?6(Uz@8;T!hjGG1a^Y0iUrAZ0W1kaGQok}g+P`$BzEWxjs|jW
zBRP#x<K8Gn4itA95E(Y+(vR|D8K3nY$JOs$>L1@Bp1@=2#3gCoN}izZpV+nQ)Y^bG
z>sA31oAvcdH$57jB{W!0PsXhmWTFbb-xXg?=i6MD$R~b~YQ=HW6)fEzt@0kF^+ihF
zP017@RnbUVUm%<WG3-4GKb_*71C|J(x|8Qi3Q+@gs9`14m^Yk73}vD8(JBlx#!ouq
zs6T@p>~krEi}}oWqQ<xG#yy3avrc9{dDidPHA7x^s@Yc^_s>GT8U$eFm(wk<#L};Y
zrI{?%j|%eP9$9CNwS0{qG>E{^NHFaMk{N*Dq*$g+19sR=Gi^^5qk$}~z#-J~Fw06i
z3#z<vz8r;O62tb2k@#WrtiB&78$aGB9T#97cVbx(6&^1==_Tr4kP)7c_gRpC4ckec
zs6$TF-%KzTmg^HwK7!$dD^(Z`Ojd4|ej};-<6Ucc@?P++*5|tRg-&BoT~22?ctmM=
z+-`d8bjqq9>0X2?K>-;{fp8`COV*Fw11q6LsA%O?%R6*z%Ewp?>x_8QYP>yMHhd=8
zrzve_JVSU^iFqryv8Fz>Sx0ZHPPaizxfF6VsZ-QqoYEk#J2K2PrI(Tshg!ebEJ*jx
zq?X5nN{}!NtZ)cVk9lu%rp@E`107M@JWW9SLL@#5YRV2x-}G^M2K~VY<#LMRH|U)^
z{V3A3xzxYuc?x$Ao5&V!{-it`ik>(+n>agOJD%<wUK@@JS&v^YPwxMmVpD-f+<4an
zZ7cdr#+0W>oY^Wbhyb8m?9j9rG?H}RN@<fqWyi4}J!Q8VJAf82=;d^r86!Dx!hDoA
zfV-o6T~M1P1#m@V6J%q-uYY&9aP2VU%dya+I&v0s;<Nb6yG1#*>YH-QdBTVB;1N7n
z%MX&gM}LY(kXdPDN6>PTRWz_vafX!xWc_S>L}@36b=9tUf5B&*&0$m8_(0b9V8v&%
z1i6~BdHfO$uPo^3c(e9CWi4o{KEG)=0=@QSv)NvuG!-?HKr+=LTulV~Y%Q<{+1j%9
z`Se5oG@7X_h`+=kgTzB=VX1$`)9&E)<{78&!M5S5H+pABWpklu(--|w`p>wB{({uz
zxc6zV3M=eE!-RBc&5q3$#9-FcX7)?b+KEB=Siy%s)8)LV2I9meeirDdM@55j&PdW}
z^4j`uR24C-g7*0SOe^aAd=ozzC)R%R!~yed>-G7`*3Ndw_;KpE5cz~OX{XrRlQO-D
z7bKn1Zx>!PF7y<C-D{dSAiX%%{fz5buAS2I{ie!7up&-m<bLwu;O*?R$~xs=SLEay
zR?JJOH!ZoR_ZP%KH3DnCLf;r6nQLs{eC+_~DGOUE-vvMQ?qkMxgntGJ{ZxGZ%fElZ
zPi0GW;7f>7U(x0lndb6{XX}&Ag$d2;=3XBr$S#lMFTv!WW>P2b8b37p{Mcfgdt*wv
zqda^tJ^rKw2x0u@`uN=a)4BAY4wuH8m7=fDFuhyezk<TPDv~$9)*tS9-WhcMzFIdc
z5K|K&`djaIQMYL+Cb5s<`G+f#>QtLO6Abweo3pzS;*#=|CCkw4wArOj=Nd>bOacBK
z);!KFu;%~xXPHrEW?y9~@<w*35^Yfa^L*x}`77w{?ch1=aPve^_e#g8R=4R25TQPS
z4Lg$@L-;71Mq==o1^gJqxisQQ=-Iq~i@9h;u=0i!2F-H~M>9MS&|v)Lq?tqoCbm;I
zIMC0R_Sr(@VR!k8m0z2FZ<~uviB!iUn+bQRC1uhp5{Rky<2Ps4AzhA7{2{Q&WaHyL
zHlJ0mTIbrfo|f1pWZmxB0&`=Ay4b<w+*^ecGPty|X{}+4hdH}iBQd0sQvB_elbI>s
zRd@)$RgDf42%dBFt#Xk@o4t91!DqF(a`)7?l35zg;~Ob!OcALvaXB_+HT3yZ>?0Ov
z-Z`+Q!s=!2>9hIr@}uVM@2cUxJcFC1+MtTPY$|#7fNRUPpU2T9Z&51OqJGoVI$8vI
z4mTQHm77CxfAtbQ<#dfe49sTwkF*4u(AzgbJ3Xn>WN@6+TV+B1X2!CZbv6Fp^8EK{
zjR%LY$p>9>3nFdjWG6_m^Hy#X#1Gy6c*Q{}W^W0UnrB;k0tc5z{_kf9$_Z&~M_Pp?
zJSd!>C5$CQ{>~j@%E|Mi!Ju|2-}Ouc6!X%ZZ;8V*MU(L|<YjyIV3MKyX|m8MY_Z?V
zJw67dM6F4+=1PsAvL(SJbBiK7CfgOv&>|8_%%1lisuGa;ka9*+s1b06Loyz6%2h;|
zM1>_^sZ<~9ovA2^CsK2g$?8&ZN#aFHp=c%qKQ#A>=+~L`r3rO#O17B2Dzi}?6ET!?
zQ*Jbq-PHFO_+q>%@xhTAEb|B+%h_rD^pz)GJja{u^oKk#6eF>o9`LRSuak!5h1)l{
z<)zw>cg3NWcrd7ef8P6#BC)$EmJUW$(b8o`PQ0|Ac+B2^G<&r<L%1B~@7`@cx?PyH
zExjrHV@J~e57hbU)Rj+SN-5uq_Z{<ycmJh#aF^@*4MI=?caT&$p;ioExd~_O{w2Y)
zP`|4|Eq}rs^bHqg-`KP`uIJoL=a1mJJJ~hf@2x5m^>0U&>BXxa;T1Ag+tPZ%FavFQ
zZkT(y*P~a<&4E7@&LUR=7|Lw8yK?)J&d_?iGvBDZIWs;cO}P#cZE6CCV<_w**zg{x
z#dD{M72@-x^(-Ic3%Yf_oNgFX+C+^u(YQB~K9llmXdArw{_(;6P49&^HZE_b>3i!Q
zJT6AUr`5gqe@<41Etq|5nNwFSn}T^6o>2{X35_3F-K7~GyF2bbKYDei3B<o=1t%P4
z{H+S)p|ISJ=SU5@i({vo=!(yZ5PNXUAyi{+)5xg#?e$`lX3@soCHcVHzaG>)#^6p$
zYF(08G^?+kV(cbhE2`7}P28*_-qNaDv@PBq-#16@9ZDzC;y+?LB_q45r0<J)s5I?N
zM4c+GOgH|JkvJF2-r)cS!)*d>c=2`W9N>GNk()MO<W1^!J3DUM6V>RvYtJW=O!^Hr
zs;%rakMB2eEVd+mN@V)e<=@nH`N1~R%N#Iv*gI=N=9p|#3aAKBkj{VR-S6cH`u+o&
z;GYsOs+V8m{Zw4V8G9&kL%oHeDUWRhF$rr_hGuh)G8l5iQn<sp@xDxs35Umh`RqV0
zE#JgJR~E0j$a9POrNWm%m8f3oOsnUi`Dk6#^e1vnQ1DAFGR7qQ?zV&pXB934B8hYf
z-Tq>O`O+o*?WMDu-sVbAz&%%q4oe1v3;VA<UbW&qQBi@(E#i@A1Gxy==5V|YDtW_s
zC2kNEq=x%G1(30v8UzlyPsZwj%dJ86gk*cG)BShUB|jih^WrH#rL-iTBRElx8GA^{
zJEzWgRa%)z*F^@EPaJ&rP~FP>M1mgI+@hgEeVgw<>R6Mb^SpvJg+@RS4<+@jy~?D6
z^=M0GVN)|XU}V9jX1c12l<gh&OXl~G+_`A}*4={ERy^_87s*ewqY8~u$Q6dd;~2_c
z0l}@ukLbmK!CEhi)4juQn8YlGQ~YhBz>(Yd3O(wV-;I+(*>~vhqQ~R~UMQQEckbq3
zR`Q%?%TGJ_w7+2U4B6&3u>-Z*iZ&nlO=;SkrH)P=R>r1uf2I&;dW$m$4R_>CRZ`(L
zNiw&a(d=XzIgd<|#U4i+cka?^L&wBo=aZ`~aO%5-85sv#ZHZ3l$W5~V77Ow~KMBXi
z-<6!CNQLFk*-+o*&kj4V`*I$yMZ<RVSa#C1SF#Me;=g(^zEe7qFv-t&Vq8h5P1NTQ
zA8?ZJ&fnW<2P`G5mE9(=&x;`etGXEeY<Dbh8MM-!kfS@Wu;0+`TlHgGqVmV4UY?q|
z^(9xY6L!<zt6{qcj}z5~gAZ|E#HlJdf7apvNhLesHg+$a32*m)@E8A0Okj*T6%h#&
ztGL|VW<rcz_7E;elpw=}j5Wml$~0pSo&M6bViUe@DG2>`AR_xQDKb4dCC1}PL@>m`
zlg`jn?cgMgU-cu|S0@d}Nb2g=*oyUC`cY$ivnnUs!a2s#z&D=U-&&vgJ!3$yvx&!l
z$TOsf0v0<Fj#_b2#OfH9`lbrm;WTdmSlJ_h#f9gnHx$c;plgD>Mb5N7F=0M@ngLBi
z7XHn8%kLI~Emhv%oU%@9)lEdEFRS=)_3G!R1?DP;mS46+*eh5^_~fcXBu%V=PL+ef
z*t^=;m`f!e&s$uolsR=ap4OdDx*X)2WPUxoj?RSI01`^V(Q-=GDL;(*w{()8V_b&r
zNA&DF^$&kXFz~P<+UO`tl&^}(@g|J8FQ^j*qRLa-+@kvok%Whj%4;6^Ovg!BFH?;{
zT|{$Meaa|1$|R4P?du_rF$!zgo}gexy?M3TXx&n5FzU05t-BaE!^&(|*U;HhCHKA$
zL5?+XYeYcN+J!@E0M5^CBA~y3V?%0kcTykRu6}``L=|#gQ*|rHp<>vSMW=>bl--JZ
z_cEbEN{)v2W=@wf*yJ_zu&IRa*YD+w!TY=*O6=o@%!jLM`aa`Qr`}HsC>##r9)`Ks
zt3Fkb96gYo2<Ynl^Bp^h2kI*V;Po5(J$%M?JUrm(n+Mi85WsW;?`u8VNu$6&d0BL_
zCkdirfEcxb(?hjRBkx_#d_d=zh7F2Jpc$89M!zkX=xbpz+=?#yTZXU6e<~t9m{Z2+
zw=QIR-|Rw%{yf!;Vnh;Zi8QkYOT;^MJNyQ{m}duyd2azp0iz5V=K!(roj*rf%?bCX
z+=mlXNgM(@zxLL%zXT8%GwOLUetQwlL&(Jhs``2<a=CNAN4JL^9LdEe7hll8M#bkz
z$>%Yp$Qz{c#Vf|jU1m)IpExO2{_`N6-!Oe+$H@0VM`LU!GS=QbnuRAyh9ioN2S+1m
zXvwx4U%Q*oQC8~&q+uJ*N*u+Y78w*;2$F)}`-ZQ%U<&c{LEMhvU!4k@Zp*&Ui*xE0
za!G(VjH7tA6{R^;sr@9K<zi`~WpcRt#~NbY=Ms*ihLsjal{<-saZ<+K<9o!%KCy~*
z<BNR^LD;Xx$T%WojH4c!M`0twczh6^a1Cik1omYQ(Qr1#C-#bUkH;TIs+`^?m=+S5
zXA(Wy8@2Eov)m)v$k4Q~8+$rDY85?Zw>W0MH|B6P_852Ek!IY9XWUt8+(l#D)qLE|
zb^M9n_|xcd_snsR%5l%maWBNU_ul|-{Mps`bL=i3&BP0yiI-9nuQVq7%qRR^Cj$H?
z0;4B_GADv7Cqg<WLJ<>TixaQ+Cf;04yv2SAhSN+&@JvQZO-5-<Mw?H@xK76UO~yq}
z#%E3@R8A&h0Uly9d2upjZ!-02@*VC}8qHKX&s2sKwl^}BX+D+ZI+g7=l@mRcn>m$N
zIhEfzRe+c(T%0P}n<~DVD#4vDrI{|{nJ$-_uF#mSG@q_=ov!wqu8E$m&77{QoUX?L
zJj8V4;&jvAbo1483of#i2HA$)<&#2oXdpYykx*A;mmjh_8rhSH?5#w?I+1+{Wd9;^
zU=KNXg&e{~!D&##Jg5;V)TjmuVU8MeMUDHRCa?f66E#(dn(jm)5h&CmYGw~LdxiRd
zJ2OW!GtV>gF)Z6A2p^MIisvC|;Nl(aL4j{litpkco#SQTY^S94H{HUu1H>%$8@RZ}
zs><O$fyW3;#%wETX>%BA`{Lso&$<ZV?&{-u)y5o3jXP4{J}K2a-P2UPn03V(Jf-nV
zo)6AaAHK7UV-21o*5KWZVGW)G*5IMXum;Z#Yw*Ixum;ZpYw*ycSc9j;GY5J-j5T<4
z=5u(PgII%yh%(NH803Y=o+KNi^XKw>@lC|=U2^fZQFB9eczkjI+|tPW)w#S$tm^_%
zvYH&d_}g{m*W#-l&gR#~=12nU;^*l?Vg&%RZWl3%VmQK+kvuaX;kihMLp+C`*wfHs
zeBtdFyEKqM_&mEXqnCRWEhv@?FIH>-->VcK`(Oe)qjq1@l-I}9p%mW%9x2!pDO`$&
zwZalhAD>v`OCN&Vd;xZ1rjM=gt&_(*<;?ESM9O8E$!|tF!{?M}Gu;m(B}x}@w<FzJ
z)qmCEW1GUla5HUI8tHA2uJC_yU8^y_b7O_I4UPTjBpDuwY=i6xX)HCBJdC3VjH6hf
z|3SNa(s|+k-n!a9vP)7@Qb|dPoQs_Qr5LM<*?%5DBXxX8<*H5RuFd4F&F-ts<Nr`N
zRGU9oOX3Z+x#8amOY?7q#h_!xZfJvrSkyKq%;whg4pxjd)=ah*oVvC=5AC=tZU5m|
z3{Ul#JalNC9??5mu{?Ri`An13NBbX<B^;o~?O`JkWFh|Osi23mY@mnSD<3S%($mv}
z=wji5xxKx;iN3zp6Mwy+5EmC0A0Hn-KfkcBu!l~rP!5iNF|EHmJl0)pYdk&idhsO7
zCI5x8l=}R!E=#s2NF~BXC(hC|?zKU}^C#K<SfFK8Y4mS^mKOZE{)o55_){#?G9B~y
zhiPGT*1)HGSfJIj#b3HEUyGLdpEp`qp!JW@LLdzPF<K8E#;fQjDw-w9*rmu>C5!l^
zO1h+od87)xO1=Lkl|Lj^RXrA>6>k#|?e;qPzXMuv>}ByBRWUsEk$lbJHVH8f@8jI_
z5}v1K23EcQm(Gf5ejk}rUeME#+0fF^&`?oPfn{2??Hw%zDSy3xkCj^3g|u2kZ{uWd
z*I!*nM@`LxqdlletkJ?st%;STf0)+j;)lN$7Z*RHr!JApTRZ53{eQ65-pTRNx6^;5
z*00|`zkU6Bc{%(45!Cu$d0Q;*iu(`1U7u_I6<u}0r;7X+?xN{ZFKenM@ge#zxXTgT
zxYpqwTnvk-2)`eJy?_DS8UO&6QGM*X8XZBz-?;14Ya1U}4R}L>!yBHP%4}<(ynLDT
zHH8`ff@-{=tK-WDvbR7A32(aa=}{$Msq`s+t<zvG8MQ$^U3k+dE;S8ZsZd)rV46&Q
zjD~RGaaA}WO?j@>SEr$(+i_wT40};EG@w^G4UaII#=*$WI9OQuUgEn9u?2Xo249vK
z(?blrTHMVdmIwxChaTA2s@`3&g#u|HC<qM5SLzF+tYji<?42ljcEEXWLre`#yAwru
z^JOQ_DEOtiHO|e;)o80=P+9aLs~?gKfIIA*)VdjvCM-5R>5$6t^N`!9yzD2Nxa?fy
zT12ljZ6)NZw48BtH2}&Kx!4<+sA>$#+JE;C?#ljFO!3@a(<Y+>Nb%(TBQhEXegYCn
z`Yc>LRe;wJ;OCRV(2%1qC4xkhaMBt=M}V*rnpdA61c2m`0m34k0CF@Te8Mlzw)IqH
zS;C{p3eGtIWYw!L)tx&CHIgZ?!V5<L1M<H)s&0=Y{-0Y{v+!!_9K16I0K2%Zk|^+S
zTaPq5{1kQ}Yd}swAa_<MyqDX}D;%(S&ri32rs;=BUrjCY9J)%&!7Z+c4mW<Shysyl
zv^wiRLOUtK^Z8YUeu!#Qs_VmhI4HTr{O|<#^eRZ$X)dcNjYy)$0FUqISL*C)%}xH+
ziT*042v<Uphm%T`YRi*fMa{Ag2o<C7II}o4WC?^RKH&X9e|y?l`h?BXADdd`S73px
zsmeaMPf=*{_%3~QG&3Vp`w`erTI~Vue5tDg_t|$<_Xhi)m_<yHDO?pVEK<EebvqmV
za!1o=ZUZ#aPOobE77^s}E@w|xt&|0l{4CC;Hdpnx;rZ{au*VORftGYv1^2rNCG~(i
zGxv>OJ2Lx$0or6P%tu_C#frj^EWeOryfrR(HEgOmbU$q)RWWk-);r+H1Nh>JY8$01
zlQ^x-YER5|$32Dbl8I7-I;wU?bE3GFB38fRUz4ji@0Q3Im-U<dMGM6BKB-Q{zb2hP
zeNI|kCG`vXoXWq8+k51%0bu1~)(KDRi7YIC`^U>1=<5iNi8hEJ$t=bwag(qDs>AD<
zw1G@rN{6`NL4+Rpv$5GjX>vYKm2q^4j3(QdO&%Ix*pwzoJyzkA)noMdtHb=+zlnDI
zJiYN&7e&ch*%Wv9;{qk)FFEc38pWp~Sk}tVd9cw{jAKHLyK|$O_WcN}7cy3^A5+-6
zlti;X#5+z={Em*oiAtFP5XeFJ=f(sq+ggJOUeNcKRz&rnAp`_h+P%a$<H?8fYGGI0
zs(j{?mP_XxH#U_nEJQj=|1IunO|JUay4v3KOk}%WF*dr|eY0;EorjICF6fOTbR>MR
z(bb#UJn4u7Y;;wh+{EnON;EdQ8eHTvh$s-oMpqwj8)j#kVWX?}ZAybnooUny40UQ0
zW=0I1DLxl{!X$rDdVvSP7uqf%^$o{iy8sYEI6#zX06e<mIP8WQIfXrf3vfvQ!R4Ze
zoUG*_6pv3O8=>Hk*5K5#A=JpEp-hB$a9J=VWb5u$W#l4w0AdLbl|WS3@pT>n6C&N;
zi#0}s$JFHzbAAYr*a|*EKM05wk5(md=D?xvYK;*I+Nrm}IxiG_Njiv@)Lna&@z|F@
zrl*Y5JxiTsSByYuTebN1O83E^-tcg2t(4H9R*ipqE>`V|JPB~BAsm8THtnq7#Pi_P
z@HEwsqpM0Z#?`ZBBFY`70muv-83ax*=qW`|sp0t;Cxt9lO8Ao)#?+hFt>ZO3@h1=4
z#^6{kT`aYxLK~mSHLxsB{~cXzhPeXl&xj);xy(V6ZiniBE-WE(Ijs!RLe3AEOf!l*
zE7Ma>UF~m7^PFWm3ih!TRe{BM-Qim8M*<A_H;c6y5m3t?krpnBw$kBCU9QqzHcJX|
zU4yheZ}U$c&~wa1?n?L4<U$_j-L4F)$yP+iUpP_sS)HiJ^a&c^x(R|8@|OKN<Tj6t
z9^6{blSvaFN}qXb^sU#ATQ=D2*E4zwF5eaV4|)5XJO{GS!j_?Md}VjsJ3s`UWbQDP
z|G8!b*y)|AWgE|HAy;U_4r!oOwG8PCqqm+3A~`Gl{1&32j}({cVRYjX#g`bS5gQlu
zaX`2HIL^C28YJu+S*2>(kn{x9mpJ0(VLh4CX!VeIwRekc_p4rJ32)d7J!P!<eAdoe
zEOw+*B8Sq`6i(_DTUriL1zQ_*FrI>!Wlm(9yv|w*znt>!fTT+CUPBxblw2Pu!9RrK
z32`u(SS9NQ!4j0CV_1`R1k8R;v%itz;S%=H1=Eh@KJjFbA^l`j5!~fqug;`jWNZE_
zV5#vSqv5TRaU`28DAeJCJx$5Pfu3%JQcI|e^tHRQy3FW=R=|^2FgIPRb>s)F7an7U
z>$TZy3#EfHJ}b$O(dAImyC2Vc`lOzLK1sJwI=VNd2+eDXMYhIn9y(!4giM`EGFKB-
zWa3=%PbowTkVZYxPm$oW2vJ&+g?q1{`(Rr}(f-A5<sZ+u$<7mgO-|6ggQiJ3oY;!W
zwI=`m9fckGA4|NNOAz@PYbmmjt<H2H(S7BPSL{%|Te$vYP$0Q`{ZZ_z+nxTbp840V
zPdP-DKhrR@FWeH(+Y8FWs19m5wV!Ri_fr0JgMW$S^&!f00a2&09|!vkZWSg)ESUWm
z$#X&flzy&wC>tA8n4}U&zQ(vbu6d|-?YS2laQF4=RxP%&`z>UnVA|rDU%Tq5**Fq?
znHwLur`NYgtN!Dg`6kHX@yV-o(B}B_Z1uMrHa8XIE9b!$hqzss#}UM0a^-AsBJUp>
z-i|!}eQ{lki_H4-<8u7&k4DOf3DP0BbK)1&`}ys6R<ajcKf7)?Okdz-hY&$S&|jV!
z6NE<Md(#Bie~EjJUUGW3?JxSvY)JN%%l)@*fi^CHM}^s8NCMmTs<)(pp5?!M0KYl4
zp9W4qEs3zT)+NU%+E6apP||pRz8ZVmIB)iYm$ZcD#nP`XYa)z|!=65TQq&c!EbA$S
zA0kT^_$({3TGmmA-ZcbjN$~r1<PW<DE&oS>{wA^ZJvpIb(h;}IZ!$SvmGZs<)<jf8
z9q?A1Eq-{kNJp;W`#pu@-y@8vydTrfL(=<-BH}PET8{E(B?TtR>i=<c_5ba<+W!LX
z3VQcD_uWm;ySr8FVA?wXV;V?44c9siKRAsrFO9f2jbts2>^hBtF`Y_2oyIzyE;yYb
zFP*73ouxNEj*l{7HC=cZj2+u5+$Kz!!;usNanIo>&k?4=F+}Cz#O=mlxL7<Ve+J($
zkup3(<@!B@F;nF_L!1%Z1_Af`z6Vwc$k)B6aWYaa1(?cbnek_;@`D~EWI^Pyfr1Q)
z1md=EaQ__m_g*HGcoqXB%d<C|7~7o_!*1;4FjD0BS?5^k<oGh?s7z&v9T64*vfDYb
z2TC*fU9$<qaf!o$9tnTr3DdP))4E)DovhUBTvMGKX2+a->l`6@9IFIi$W#UwJWFPd
zQ0zLZjUpE+mJPoE8}O$WmgctC0n)7Vm^kth`12C2^BB^AX4ZL~2?gm1*#D#C6foxG
zCFF6n0!tHexVN*PO=a0%XQaT1mOV1-r}Bp|#w6?sbS()~pVq{8dMQ4y@gg9^okzJI
zdBD`Q;$HrO_O;w3{=9CF0*~wB_M-wWNI^PdUeZzaq;*anQ4zAYaIP1~<XbwI03^OC
zBvvTJg#mdW`65R+OCCiPY56^l;B|hI^gSwe&v?4|A_kM<xfhi8rg_`8a~Zb_PWiKh
z>x;kD<uX!~oKNLm5#>oGmR$4}bYJIo=VhzH3Y6C?$U`c%Ln_%gKy1FH_{Z5qFd$oN
zrP+F=X+F@vrpgq%nO0x*=%&i?7|3E=#Q~^x)2(JPuI6a1_B;l99ano3*LW+`_}u^l
zVAbs5H5`sL*clu4G|(HSS^=?IOtejHY(6MH9~4zzD*&%es;^C0uT9UdrKhNiNvy@r
z{7F&ZNEzeE7~?%kBg*G^-^T@JnkyGyFJ}p_PnjyNnJ(@-Dj=q)kg}=l$}c(U&Ha&=
ztFBO>DNxdXTrrSXF*=?5jlXKrrV1NkozewaD^xu@s&Z0jT3oMQR;cpKZ+Z@E@>_2T
zS#Ju4)qI++31zB%QxE#0TN~h6d%9kGPF$BOQ1|tw_S<poxj@}drj}$_OF}+~?xLl@
zxW0B8Xxdw!HU&(%u5X$yZnmiyTq{twsetB}4CS}d6|{~kR4632jSDoYFqKe&+f>)f
z5jG_QMD5}sZ37AQf}xmtsp;05oBG<s`e(#7uEfpj0?i7FH7}2wJ|))d9M|mYHXkH5
zN8Qw5C$`?MHz$SE8Q9jcz=8a8SiS?au!Wk3LT&V*R$fr+6R3S3^e=_3yfnd|=3vPN
zV8eQ=cR_3OaaW^myLdycmtHrOUIT?~`=w4LZ)h8XR~w^kiR5&<Ah_Y>Mte7ZcZvs)
zi33Dz+arN&l~nA_6zt6k?ak@y5*Da#Snp+|fEIyaWz5hLL0EMttd<$d?g+C3!>pOR
z9@|1qPN24eeJ!^z_6w+^UY{+v%jLG^QLA9LSg)6DzeHcF1h|)9uq0oxHwKv-E!d4z
z>=r-idV@LXCIt^XXYPI9(3;-Y>dicu(%aRv-k-nGU*$Deuh3E4P(Nl1D>)gwIO(m>
zgVixZIedq18ekn>eRj7)f1SX(6yZ=kI4&C4a5B_=3v)Ta>H7#SQ*5PT8N#`($7k+-
z?$z29(msV85G&}~vK<g&?(j+K-$E7>dX0QO87B7X%{dunD6Bu#8$MAS{mMLi#XMA5
zFj$8iEk*XK^bh?Gg|#F>I~w}_ghJax5r6s+Hb_Jp^O$imbjS;*&y?h-VC=$nR0=(I
z5?W7h*InW@%x^pHyD=gb+JE0}ymPvq6E!Y+HzLMTanJ|EPZ~V)8dXFO273>kFheoU
zHxsHtuqYu!tu3OQxlap?Fbsn?_8~xx2v|d3Zv$dT52sI!M41Gp)IY}P2*gPmv`ZfG
z_ZlPw54kE0iiHllC->$ybnO*%z0e<a44ZCm94ylxu5Lt1-41?7PC*KXhR{>7VK5E~
z#I+#y{}2dGG_3Cgl}0iHOztBl>C!^O>~H%x;es7rKu|Kwngv>V*ZcW&Y99?mG>m=;
z9hM3ktYd;o2u|BIb~Wqw9v6(Bp=T?>$g#eOq5cWL=7*o5L*GwEW9~-BykW>fxSj2k
z0SjCQyM?eZ)NqT4M?+Ug;N*Y$=-`4<jx&~CKwT7Yi)6O25wW9$nUhr-jzkY$olZ2v
zMx{xRy(HtgwzCdOqZM|&ecmu(g<1LJQGq`n#tKm$`E&13Kw1L?`3wRB9y3vzH|?J^
zDMCC(&SmLChmb(dbzUisj~3wNHT@-C)|plP$-?Aib>Sgt^h8<M=pXOVqtN<NmX*lD
zvAf2F!qdSQ%CNAe+333u-mhVdzNkOms}Jpmv{PV6^kjnfQgZS<p3+hV%M`=FB9yt0
zWk3w(jAIcBblU85N|{d+T23OFQfXR_CY?o)tavw#_Os01*$oxhEgvP#z8P47k*;1b
z&spU!<0@BI7ohNqR>%5LO?`7ILQ9mJa|@`+nY%d@#s@wSI`arQ-`^^z;s~M#th3H-
z(qFXPyJ+dR-RflSs(!thKCqhDwBBF<jj=<EHEq<tp8G3tdFXV8;5DqUVJM{trZuxl
zJTs}6g8ukt72kW4SY_T|b8)|Eu~~7A^G_c%tsG;5M-Sg*0c_C$wzhn>O3tA4fW9Sz
zb#7J|cgoDufhl;?YSYY0LSwz%$)JA`@X&6>e{=VA;B#Fc3P=VcnOU4|+|_8FG%x5w
z8Z6D<tup;tOcU<YezR3>Fg7Fz?kgu^oZV!b-T6eizP-7>DZJ}Uw#)HsH$!RfQ~y@A
z?eclb`mN$;yQI%O!hP~=U-U^~U9Z2W-F?E8-+rEM91>*Pp*&mUZ=Q_W+M_#Lec!Zb
z6oxR}MA`c6!`g|g$+m2YcN{SLwrpGWBKz!^O&-?WJcC_2pF@t61JB}vXT`8X{k`L&
zMV^_(+m!7j*27;LtM_MzaL{PI!4oFd&8qV~6SDbbp|z*Q^JFvgO|61Ojv(xY;T+l7
zrtldf=Jb=nS?=Ib-uY%eX4BaL%B^znbhgh)Z{7U$sYmf{XX^SZw&Ul|Hd#5A0fmQ=
zsgppKy>5|1;=#q4KPObL57Yh}J{4ZlK0gG9_2n9@`C(crTLmk8K@{v~RP1LTn)g?q
zUFJLkm9QSH5AKw19dU{DZ4K-&kz>vuvYeM29GDkEtCiPV-mKprgqJJs`eBB=4Nvvo
z4AB>T@AcZAL!V@&92&6f8@-v=w42|<pfd)p#NO^be2%c)B!a1tv~QpCg@b5He#|*s
zQop-gXx?W9{A46MaBMzv+B#x(sN<U1v}QiwX}Wyxy)}Lgb^NpKc7B-31~Pbe{ABi5
z%9~@t=8K_J#JuvD?x&MDviZ2vJ<~UP1p4Rr558Wibg`5Y^|ga7-(goIuRpx`LCbz=
zTeAO=?aZ3(=iHmKkI!yw4S(hhUOr~~#{3*=rgwn-wNW|P*JX6h_4-za{FqJjdQE9+
z|IOCu+hY=u?;NCiMkxsF{&OG37JBD!tXsJB?(5f{f;)uh-O8Unw+2DD?+;!$s9@+i
z?=i-z<a)08+Q#Sxt$bPj7pA-fl!f{6<n7Ob*_*AcBlO^3T$rP4qg%lIjv4`WU5#lE
zBDSL%L&6$h^_yZ>BL>X<vPX{6Wi*kI-xQrYx2u{=uPJcXO1V2l#{Zz*ZcV&=JWoL0
z3ZBq0Er!Ki7+favL*sJI6gJIc>KHJch;gCg@GdSf4X>eHkuGgaLZe+v{zVAzbP4P{
z94Q>SEM(K^wpsmp<L4O!=7vR(1;0cbA_H#8?rbSqH8M!3tAAU~sX32EgHxlE)7r-J
z1${=s8rz(-CK(>|W6+I^m3!H=q?WS@3lB|~o9u^T&&*=M>&6x3@d8US7Mo@UN}GxP
zr<TpOABuVVe*S(5bu-J&6{HBUkK{+JLmgH^J`IKcxY<YA-;IL#>B#P#1##VsL_bv-
zM>}1H&T~KP7QHs!!^{<^r*_pnz&Pv9fS8@t#Z>VgckJR3yoxfeM>i)P<F@LSPDgJU
zwh{}H$3>+!Pzd**H-4#(64dNN<)0{aU)YHEk+mmXY9bu{+&K{VpI<2bB)c(DzFG8o
zS335QxxF0)QsU>i)pp@8`*51%&6}fflU%t-X4k4GI<$90Oh6rfJS?Hd$Eil=tNy-$
zxJ8XxutDMuL(xzZO-+VqOH<@*I?|U*Z=$f)n3rd;Eu8P|COb0}V>{Xfw=z#~x0~vT
zD!(k(PeC<mqs+PZcyo)*`KtuwcL~j>AqK+uVvl2fK#iMABZ=u*!pczebFQ2#=(#=r
z5xSs#vDy0Kn=``}jjOp4g#_w(Bh@N<kv<9o?=~d{lg{OFdgS*ct^Q|r=A~yNQRZA%
zk^P<aagO=qJdcdt%eKd8R0(z7=gj}sxu_N|?HG~570cl0`=W~4hFu@7D#iMSVU;Ri
zOw5X;VI*x-F$pR*+fdImJL0B(VCK4)Yjz^njmbQLc>`x;Y?&;Rr8eoA2a@bLe$|_Q
z(QUxkwYT46L<%9xJk$<{!t~0&RWIVlDtMN}?<5>M)vBy!S=WUR@7UT0tq#{a0Q#co
zsOEG9rNn2g8g}d37py-es?YX(*4MgT?=Ns^(;OW3N5Y=re9)U8>ATHtW}Voy77N@k
zXxBD3P|v^j?p`1LQgU^2JH)9HU-_ymeqNKVsiifNSR!yt+MrDwm$|21bUdgY>N7<B
z3|#jzJFqo*<Mr453ya`hXrouNTdw63l>@qN9Q3>f_t?DR%i)GprDEQ7zk63(8&_3f
zE+JFyZwz41xlArc`R+Sv#67^2Me+}1HMw0V0Bdwhg#+3}0}?Il(y}_6QUY<&#E&q#
z7mA<uiEOwO@-Dtv6sy*eh(x_&D?e!GK3O|8L0i*@hCQjfpghtx^+a9Yxn$g#S3Z7}
zPp@IR0KQ(Di~TNWKO&Q^z#zBp<z7zuHBy_lMt>g{h&ww@c$kI5l%6mO+`_r6F3fBq
z(OiY4Lah$kNz|U3L=;fM;OZTIZXaGe4J+&u5>xr@=LyOAOmbju$^l02#s(rjABMDn
zEmxmY*M7G7%Xc)hPRz}KFINqSLr5zp-Db`HYB!F<UFj*~2cr*VT=b+lk$J#b-w(*`
z?w49c$LVd!B$tMtlcg#v{dFZO)-B(fYBE+t2uRlLK!m^b=sD2EFbvG$jo4u36CT(&
z5v#CpQA=r*Nw0~xu;^`AX2#b%)cqDQs%~9cIo5CJeDQvE6f0u*>LStZrnNN5M1+!R
zv5l0vnO+I+(Q>^2gV=j`8JeO$dW|X>gyJd=qwg8Z;xV?CI<w)>6&43a@~;wEPbth=
zSio6!by|byHIdsrkNB9};@-zIKP6=3Wq5g}`SeuZ#l=&N7ddA3xXWDM^V^hB{&J`E
z2;klbpk7Rnfg1mrBv)L1p3rA^w?M}7g5oz%O&|stiQe<BU1YSnV?|!cZZuB1oHco6
znsr$@eMThUMdE_&rN*|h{NaG%2^FeWaYngncGO2*os`mYE1idC?`1KywX>)e`#Wbp
zJE>{207wz8e4~ZtXI;UW3>@p1+<FgUkS2vo?K!V$#Up_zo5c}7#ieN4a<LeuMF_s2
zy9F^%ZzCi^6S~&P@yU+4LoI^3A<()|HROtWOQkaUE9e;u-lEp-w4ihz-1}vgpu!9&
zs-x$(khnCZ%|}B{{FNrYS6v=f)T&GJ(3B)||2-~kCuqOB9V$KYYJ*w^QS>u<NB40r
zg@VY+;IF2#rD!!0C#i1wfr~~V8{nLQdpWVPurR4bD@ebd&zEiAHP}_Eg4O;*X6iBJ
zhuNytpre|sD$WwiukWdoIp~M(Yh99ps~?v)S`7&m+la|*fH4lZL2v|0<6g1{4ih4L
zSQ1=A2(4<?abtM-oTtQ%2Pd+^p69+)u18{(lAFL|VeGig<zY0C<je8MIPR<lZM`E7
z+b=6T_TOi!9}DXP4MjZe%}?FdD?L>Zr60dRd^`MoV#h>aMOR7ao=U6wgy|}GiuoEs
zLTvDaeJ_`~2(DSgtL&lscavk>uUdM*!!U4tp#<N*R#Vy2G-rLWM#~=?`|z~rUSDd7
z^>1`j_Oe-7U+y0FZ}uPXa`?5rGK3${8l&v(Ouw;;J@IVM8t{H1yRr5mHlVXg*~imz
zV|`^jpbI+S^DJ;<;}d>h&zSPFmpL2gFIs`HrN7tJx;Hkz#s>E9W237p8(Y7|0|$Q$
zJb&|R<I`XGL2x`3-$;7&Ho?Q75!ylDSXuNAd0Y^JSLH>bC3=^BB4}KC@I`7M`ZGI0
z@T8{7%ZwcK-u;Kc(~kyUW_P3aMdN}|ZYr<xSI}5v6+G)d_^S99`pW}?khvHYzjFG`
z!-o$;K4xKaC$iW>?YNM|Di!~F%gtlUiI8RJpnr4V=E-A%(A6=OfcBit)29zZ*OvwZ
zy1MQ6OMl}Tsq6$;)^IU&P>hIO82+;OQbs;P5y`Ja893Om&fr@bC2mL=ZASBE=`|#b
zJ^V$uqGIvlGe|#cB9Iu_z(n_4Olx29@v&?&W^k!W_D{V@$&GnS@sFB-KPNh(q2?3C
zKg+xRoT(OtZieRn8u)VcHKN61hn#(3Om?s;y(COmwB$M?0Q3Eb<@J$e-pzvuMWgWH
z>*L2iZ&a>hD4vKX4F^6hDeV~s5>rH%gnhbS10N<MeE#P3%?OQR?mF|wb*2VNIL+0U
znhWlJd&d|FUl5O6B(4&O2LgIz9P?;0X8JaU$128b8_1FS0D!7+>;c&@#9FT6SUAR5
z2F2L%#X9lD+F8Xs@`d1<W4o>~PF8r_e34unAY%X?N17yQBd7f&=-w(Gs~8@RYmB{i
zVx);Gff9(RahS<G(t2BkEt%cXF_PCRDe@j9{N8E|wFZTA?l2QiB+n#-Ke|MyXXKuH
zBz9Mb<@W=;DLmeI)p>69x)&h9&JoknGF1L36EXhMRHQh16hebg<w2-PA=EVx8s-R1
zY;@HR@h}>por%z?MCf)R^biRBMTEf~!te@Vgga(TGiJgwW-2virZHx2KK96U>~Gu^
zt;tXFf4wfm%*;$pLrp|a^luExzpGCujdZd4gvQK(#^P^u!uZ&Z!OoJ$-kRFch{nm3
z-p!W5*^bW3me$jP?u9jjza_Vu9iOM0q_>BFzq?F;mvV^z{{WYS1{%NlZ*Ymek3M$T
z=->4vN-=)e-JgFE6TO%)gTyyjSz?)Q`M<3!`M)<MW=T;tiLn-`@lUccUKD2g73Dq6
zNbxT(@F>U50F{N-mxr~M{R^5D_xBd{cSkl<V~GhCnv@N~u+XHXqp7YU?O)KOWVo+<
zWZ)lY(uG0}e4Oo``+E=Q?^U4Xg{k$`ziWIO8*^Km6Q3rq;$(hzbK>X3%HHnk-{9o)
z=ab_T>_pJt+dx-;XZe2rxcGYf|1WX!Z<GoapuGN%04P=eCqNl@AfR&o7eG1vp~l%*
zP2zHyF%4~4Y2j#*QKI+<puDje9tr1-5CY)B7pDOLhCw+}ir)!%NucL=iPAlE;}NuY
zxuDz~FtstgV950`?%J5hpr8ed<Bpeb(u{|C65AhNdI0mF6|m<NX&P=ZXyN!RE2&O&
zLE022?bJ(b*a7JH=VplpAQVxW`_Zw!ftoZzhT$*b^Q7NbpAkA<p9cS|+&>*Bz;KEA
z9`!mlmcrS;rerz#7=n<o58fs~BkVx7L>E<HK-lB9MH$=YXj*p;o7P3K(J%nMBU}{c
zI(s|v<XVe@2ha*A5GA=;PI69E&Dn{~P7c~m;L~!OBAyV>)pI^+yPw9(^wP>H6mRSs
z2+-@l>fqDAe+YVad6sLNsC}>Zy$6g?>XWEoXE|fEgv8Na3W3igkukuV?=u7t=A4Fo
zAX>MV=RWJ2pF7p`bkx?e%)%{qurqi|^}s(eT=bP@ybCEFyi3n9_}tn(KmH!floY4&
zVhTXe2~v+82$ui=vPpvzL}hT{BNgdgR4d@$l${`uP*3<LFitC+NC+b+G@b|<Smg)@
z5Qbyh1cdNyHK8Hj@cQ~hI<M2V$$Jf_?I@X((~dbU!L!aq3$HWi>XU}EE_A@jS@(9V
z;CatpWC0S4PXiHB>s$4O0IF;d({(~*d#t1&gdCM%|FYu8UIN0_XKE$eR`dOYzmfE$
zIES{)0r-1Akzhd%>_;!!`f*PkmWmDNHqo?--<J~F7t`kaO#f}1Q`3%hjClVgzXmIP
zWyv%bSfhQ4{ME{*>Qg-VG*pqkYb!()aE2s_hzS1nP={P9>LdG~u;RHPR%0%WhqqKv
zh(0~S@k1qaWIaxZ++6(;fk`YJ+?ep1!XM<HL8Iytr|}Ep8k*=T(*&qAm?M$0I_v^l
zDav=}ge3lvTB~^N3|HN26AK4OT^z9ZB{TY6#l7fgXWx4F3ik$5Ucw`<mdkOG^t|BJ
zdM_HUNW}QKQr%%&lpx-E&MzDB5iE$G`xHKY!|LZJ1Tem?THp~kG8VLdi|G3*0}d~F
zKJi6X;S5*jYt3iatA|mAcsn1Jj%VHya#_?5v@m#g)%^UE#Z#7Y^M|YG?VJeS#ik>g
zpnPNM`J2I7_VZFpl@6Lxz!4K6X{u`)`4}?tIEh&e)+K9rl@h`2u?ji0pkm666QhVO
z1prD#IE164#J_P|Gcn{l^l*sv@@0J|G44oubRU3O-Pl$g?2@WqtK|`OUtiR6R%aPM
z;fUfiq{x!hs1g<rl+w@>A-jk)3c92^k$<##{)!owgwVKkM|0r<U-Rr*?Lj2c)=K5)
zcwvldlH|qieK;S5I2}UPy?=&j7*|ta<VCEtR1)c4HyfR~{?mRn$UN>hu<cI$6K^HL
zAsOn5$2}Y(f)Ey+<(Ii1JzUejdhKx&?H1^6dE({r?5Qqiw6+_6dk-LV+ok%i^L{92
zrti6v`qdISQ>Z5j3w%o_I#PiWGfxHT^A(2g8FqRYNWJ)e?^C0WTwg-vi;svx3Dx`Z
z<dw6zo!@!C+I<PwJ)#O}M-+d<(2%NFwtvXHk}P@3_{BG*P4BJ3ehC0C2@+Q^9LgqD
zHV%Sg_m55RrAmQhzHl5i0FY3_5yX)arTtJKF5_mH{B7DO%ONCAp{J89ur*5mEG<sy
zaJV`MKFa0?i&MVZsR<(#V8`W*S7lhLjmG*{05BdRCruF(?`ck{x}?EVPN*ptX^{ed
z#I3#4fW5(>tv8MlR2n8S#Gdb!&qd$s878%kZ=gSb#R&VVg58Zr=|=#ugV_-zu41E1
z%i+fH0h;C1kHR&@Ve_dWR~6I@b=rCY1P{yu$a390^qiQ?@|H8JL*~>CU#%|`gZyhX
zc#lnp(#@-7pml~Rm}5@j7xDEDv<)`OAj_OqTz-8gVrOiTZ~i!%uk}aM^B{G*K8R)C
z?xU8lA19AzI95lPECk}44mH_J=To(|`#5<$Som%U9ykV675IBR{SNs%&ey3V-DDJ%
zZ?n`)2WZB_<penq*3m`QcMY6b^a{jmfn<CB(+x%ldQW5p?B8_q>X*Q#gmGZ&@_>kW
zyWV_~XJ^}XQ8+G-qQi8)Y=^MV5vxVN!!PW;hNAG9$C2$~Iawq{l(B$W36t$#AO=dS
znfhma>$ab`f_glpn{7W4TlT80_6Aq^GE77E!PFL`3A&BW%Kav(Y8+(b94`{|!c1vu
zaylgaMKOj>-s>elRcn7LA9GyweXhC5t=9xdq{SrTg1#?Lx-^YY(=;xBhN<?xm{EK6
zm1+ObG#C~+CQ<&TY=7*@B9f9&GFR5%<8=8|fBtKaryI5l^zSXkpH+*p<2$)jwl6~i
zem*z<&f@xiaQD_hZMOZQZiE2AiaQi7?rtqmXz}9i#l0<1oZ#L<iw1Xx;1Jv$f)+1Q
zC|=r9w9uXRd)N8ach*^J@7ZVe%syx5zhoxQ^G_yo-_L#hu8Z;Q0=DWEj|Z5?p;1sA
zN9|c-LGA<^%MPj4>p~O}HNgf1dkUz%U@v=r?~04(&9U-)dwAcYtyP%O$t&6vudcc?
zUz6IT8o?9%Ek63sqH$&5BZPaYY=rECl~2xQKTJqE_o2@z@Dk~d>*wZOPOOCsHzHsq
z%G^=J2Hvar`rpbHI_zeDcn*acHU+*?`zl#$QgJf%Gw1#djXMWAit$|kEOZs=&PKBO
zIS|qsks@;@MAp$C@5PNFZ|o|N>$z%|dZnf;v!c^--ME+fQ+v+L-sq3`2+OxagJ2W)
zE#j3{H;+oh*P9>DhG}P$YT7<DRsne5wiJ?-T{KbM|D5piA9U0g3fMWC6H9Af5DRKT
z=HvYEKJxwYJo++Mi{62S!uYevH)NeHfgwB&9XZ&mPn*f{c8<H=$~$fLlc}_mo(Nnk
zFR9CNUwh>xMc4C<;I|vT+P6Lu$<L}9=ZGU?7o1BnL<rf{4&w{0LHXNbsRy;`J07zn
z&rSDFT>0X?D&|myqEo&vE_H6l-K2L!H`=o$L;deNE!p=oKi|1E7TVX`t{3j_rJmNm
zeZm=Xp#uXET%JEf`P;R=x$hi*-n5=u>)Dx^bJJiK*jnt@I^@UkRv+&oaPztUG#Mtr
zzCi+o_ugA3F#~TbG2cX1Yhpm~M?It0{K4mG=0}Q7SLnH`3%fl#3mCus?C?v#{@X@T
zSg3(byPX$ynT>Ip4<36^JcS{#cnGGv_lK4s23G5DpF$ql2K=%QetqftBf|5Sm)kvs
z^F8b9##EE1`Zn5x`ZZDRk=_muFs)2I42%&zg7&tuN+F&0ArFVNK0}O7qr!7ieL07$
zUm1i>y!B+KjCj5HN_yz+AF|h=bdyRk_g*i^ePmSF$nI;rGKhtxzdgI5b7Ewqo@TO7
zOnQ0@yfr3kDJJJCCXX_<Ks>g{Ft)@ewk$pN|4#tQauWS@5(Cu-CW#L$Mjsyeen8uW
zINLt7?n`rXkhNOg<D@V^<MS{SU?3)0kU}0tJOeaE6Q=@(YoaB`cTM~u5rZW$Sw$Jd
zoS4jfmds2D(!Ne+gn<-#u#+@#D$j62b&}b?<0_zlbe2HtWgwGf>R&tKwp1->3JXJu
zhf#_G3frh0EpARRKOnMgOCv|61u3V}6Q(<IfEWo=Uiqd+8>NKGrpa<7`<4@N^rQt#
zWY|cg(xcKs4uE0G>8=^+Oq!sF9_f!fQjFTr*U@}GN|?Zqk$jLwmk6Xn!Rs7>RGYvi
zj&w(=G_)gyi4fjS1!p|VY>xpc_oT}?#`u;)tCr!m%V~Ac%pi%(CTQlgL?#Vkdiw!T
z`yQILN|n`31!7>xdXxt;geKR+(l{M)l6^ChIkFqC(@w8*7M9Z}ErGvcfb$u-z028s
z%ek8zSz9q6e-!q|L}-Nv?mqNGIe+RmXl{)}W+O*7x}Qe`2U2+C{xHhF&H!FPGwJhy
zUDufmo7qgrOa_mFhp+-R{=B43=<sz?C1LgyG=Ew-|J0}uMU_vgl1sLdPot83wVW>>
z3#5ht@0N47VhR}G1#Er=JEPbTBu+hlGA}f#Rx@8vC7;eR6F;`_$93U1-`pqgT=}tl
zJDg0pSfCTKgc99(;w;!|%Vbz7^7Jd927un;fY|b|;|PoEVQ_3CTzq)`y*X#Ts7khI
zZ1GEEnY|y-VJ!bCyu?Ma+zAd;GcHYwErnMAvsTKf5d|1<oN|vGNICA$^0Ly{GBQ+g
zoiC7DvM^qy#Nn{e-ncv&r#w-m90>=~SeAMomiJIs<-)N7;n4D)lo6`;9f^h4*XT}s
zAp*^NP*=t~RklzU**R6OjFpfjRwf%4_4$=<;Z*I!U?uWHa}X&ej8uB?cio#=S5(!+
zH(50+RTnCm@0{{2kY#l6S{jwgw!><qBm%<(k#$qK14sDgfxbFb)xvO3jOn&~GVGDH
zW)=A;qimE>EoEli6YAP^;}S-b$_<rzh<`nX2{5^$zHjUv*sD?mbp~<3u-<9r4OifH
zp5cy;5fUB6vF4Qo9n_MoRFfkr=;F#~4r}LcYU?>GQzR>0s1fW^P0khd5a%YR!*WV~
zEa+-EuWHR(1Qx!3gN#3+?RXp;AR91V^|PYx<x1Uin#vcqWgndCLAXsHRGN^nO)e@x
zegAw)Kr1DzspqC?o4SV8vX!Q%oHY-$=hQI5S-0@2xxEbZtF4SYuTd$kP1V2FUZv%6
zZ1tP=5>_rmfmBmKTs_(%Q`KHV!PyGtYNddc_8EiXXsTL{%Hy0t0%xs5hd3?#$=&SW
z)|<9$|BjLI#wFtp8{?8@&L%&a_8EU*xm5YWeP+G!c$3*`6B`5geI>LU(9tIqrwk}6
za_(5aDTL#ej2@LW8aM9Y7QKg8zeSTT?bS2mB?#xvGO1Rw%@#eHp0LcORhk-pnyL=f
zh9p2&En!DxEA}0{dI{d8+TNU{T0MSSHx<`%-d=r~*^PnQN|slTsI32F(qw1?B-TXK
zk5`jzmN$-<zkva}{15_Jr3|P_Y6Nhn92*0tYa2H<;jC@ixi_Dt@>N{#!|~dmCLLP-
zUG1^mzBHX&w5`CZz7VcHCpdCpyrnv>{#Lapv!Yx~ddMcApe?ghMlG-Vs7Lk+yHu*^
zoU8kJz`&?~2USONBXT(Zb|46^?;hqdxCXB`38-hu8muwt<Kn9Fsp!W#8u3yorAHO9
z=Ye7YP$R0Ycjycye>tmj^@MY;C9*3Xr+Z?&@rP=?=UPV|cdue>OUOibGBvQ?bR>KY
zX_YnNq|%uTA4fX%3($_f;+)_ZD^fEaeJl;#^v~N_RjVXydh@$O<GAC<WKzYncc^`g
zxTDwBxUvp!gw17yk`Nf6I@M0w*W@yO7+>E<J35$Elm;*V7C+&Vh2tHAJ5+>oAdR5Q
z8cu-c7In0}_8+D(MLHf1AbwANJRGn4Js284bv=&K%`8`@F8$_GFz8Yc?pq}2pW@Pi
zBbSl48;a|OGXpl6EtkHpEHf=9<wn&V6v{Z|792NnolK%=5xHtjt<)obXr^#n2Z;mg
z6_F)RCrcEwn-l_jo+FE%b7rxu%s=YE8g;3vM4;m>bHS#lx4&z@-OescmlT)|YdUxN
z(hjf2FBk^)$t5g?NYCFd&wJcuGvCZVl$}mO4PC|a(B`3D-ZcWG=G<}T{MQEP+ZRgL
zhCNLY4+E-Q)|cMVbwW=@KTv=2n4H&8|CFBr3hcp7kcAfaq)ZcoEvuG_oV$ZuhyUQT
z@J=?XuC+ajA5)!}4C<U~_iKrpTy(x$LaHN@*H=Gh6uig=#Uh~NAFy!mCMQ>WSAI8h
zxYlxH5BT6Me!rJm%vW2@shX8gN3?XV*5QFhc$Qlx^BEA6*z5D1ZJ8`MpzxRidKfSf
z!JW<k_D>j*yBoDZ=K<HNtO6TRoeS5KwWWb8cihXbXa`p&*WU%sW0(*4Ie-47G9ZV{
z2Ec*LrogyO?#?ruoK0->V`sc<qyiptth2)Mrt432;Y8=kd`15C`sBD2QqyHlhkGzy
zednVJaPw{nC#Zgru6)dOMVx2Yi+gz4c#DhyJR{HAorqg=27Pad#fBKCJ?llSPLgUY
zDIKqIb>&yME}3sM&dCfXsqZpK_Z7(?q~0xDj`tR4F9-##yE(NmnQRI4@Thfd`6o8t
zs<zzII^{}rP7-l0QK;3?kL}JKG)EaP#hx}#$ShGh?*?dmkvko3#P8JYTEEKN^YX9X
znA}u!S$z?(=+4_4{CNIcwUapjv{QgK8*b4}O$QPn1UvWRH`<zw#*8(xTe`~H&5!;h
z?Eb;ud8)A?GBxc!wd1?Gv+P>AbGP{`t{Zc5Y>MWP)O@RgKmwVEld*}dOt{PcuB@JS
zj(X)N^ERhl<MgM|5!qPrb=%SH&F+HAx|PO~ChcZ^(D4fO#-Q6VChtaZ^(<BnFq?N$
zAqYv+lmE;d)H!gNgTfZj1Wm4YP*&!f#FmkJoGvKW#W;Nr$=J>rUvc%HoUNV|(72!T
z!bM_e9E#>F1md4O*w{mD><GPEr>a`BcltuhuZGOqTFYq;IjL)0K4Le|+{rmY9p=x(
zZqLDY=~s{TAESEQI(T`Tg5Q1C?fxP3WKggB;8#%PhS~1;{r24BZt+^Rs;-muoVpjm
z-^o9p5=x%COkbSVoD)%}*B-7NzuTsBKX0V}HK~4f|NDUd!B0WH@=1+jG(jTFdv>jH
zfOYq^(e(=@O5Oe&cB~~RO5=P|Wq-==NE&%c@$FjvTh&bY_c>@~MtA;;&zEN!hm0DF
zAA^u3l|RCR7X^7Qk~$Bj-=P|KHlLXT2~$prQP{CC5S7Vg*vfb6;JPBdo8kNJLSer`
zr1^fG@+rl`bItd=0D@JF7u`|Q`L!MEiBGNyr-m<hw+;BvXKTL_Z*IZEXENP|1d@Nk
zsI!G{;I`;h&6E5{$wHUlb3l@uB~}O(H|fMCa7#WCpUQd!AYlD81|*;q?jx{07*9oH
z{RR8O&QJm)n^WV`jE!;vy^L|V#CMiwArzczRhz2+unYYQfCASo*EXvWmQV@Z&WkA5
zEvIhuBdpX5qbnnB+-wT_RE0U|l+CGWwbW=x$J>~P$kT6d|Ew=f^>fEOgV%nqc=Usv
zQXjiXAML>p+vfxE4|Y1*bbr{4rSMn`#W$97l(9=k-(RVSIxiB?W7|<?Qo9%}7S<6<
zyQb!0)i@nYHQin`_a_NxF=5h5Bdmslc|sjBOpC|5s1hv{%<He+LlWQE4ds~KdY`7f
zs^(m1JKV1`>m;X@G7em>F4MAz$kjYG4#(PcN-;4Amg{JHbD0*?-N_$&T05wu0!8-7
zVtYtznfmdv##J5F$m8-2pyW+Wp)ZI?9GJO8evTBn%2Y_Rf3KM9Q`zTkTH_=VyF7;1
zKBl_sPvX1(kjXCJDNFpWXfXXHUT=SBW^^B3noYejTha>Zqf)X`e)#NcLq$ic_C#zm
zsaE4yBU!C>bn{&aXYJsvF{y*tpEXnLo-~lly#|sgM%6`0%F$X=fB`>qKddV`pkDLo
z1D?h-<E#$~F(le?&f{Snf(_g%T3nNAe5(p|d6c6zI+L1aYqgWKULA8v!+y-O;)9^T
zg*HZ=yUiCV*owjiW^d8zNNpA^76^)+?i-hyf%LbI@YagPn#!e#_j6jm{4eICZa$KT
zZxUxJqk8eayqc1}737dG^;Hxz^Wr;#Q0NIevQ%&}>hUNL;v1{xFRW1ub(1O=UnoXy
zc8s^s;ivL1Vvd>_mOO@3h{$=|h3>C;@ePT;WS59%G33&Vb8ep1(A5&Idfb#yv!a$w
zZgKa6dC6FEFa<RdO-ZWRoACqh?P@Rg{i3)-e$+*In#o3X{n)G~SV)z(U3x~QaSfF2
zlyL$&TM0EHgYq*ZDWF!P?^K8d3#Ok*x#p|{ej-xT#O@WITdYhTtgV>U-c_RD{J2}W
zGjYVcC;B55fz`S3<~bJGDgZpft10z*bZ&2VUkz40D_s7|mb!}So5^@ro8^VnN{DYe
z?rMZTZ<QUM({8GDq*W+h*r@w(;J$^Y;EmbD6BKQ;+Dm_Lbs-Dk_4Cv};NPKHF_~t_
z%wnv@g;@G2Y(aw8=)7N^|8n`Inxw{7Sn>0qx)o8yPmS&&Tbz{7I~*e2eqEbUIPz~d
zUUmili6MW8*c446-o*`azsY=ePdG$D4;_8M+H1a5_LgWQc{7+|U=zg|)o2-*=VKIt
zo#o`&L2K0m+MXQ?Icy|44oR@SAtAO=OO&Ht)O2u}Q(z${0+W<|3v64)Hx_)|M<ST0
zk&vI8O*?|vvH=LPA*@J?*@eyKnaExo<ozHdu3n{#<a|`6gso@5wz$scLG*IVnt>#Y
zqj@Ib^BV&KnLV+nqBA8CplK4z5Dz1(T1;RvwvEl%GkJ3Dm!0EV1gZ=aBsJf{6NHuA
zF-Th(Y!$#Oesl~!XT{&iJ|l|6uw@r%#x*k4isIz&^-%LktZJ+IfX^9!Y-mlV6g`{T
zGM~<?5;Mptqsgb5W%KFXz3@bq+#XS@f}NmH<j8YwP|92kU8|w|DA)@_uw2tlv?)VC
z+kD2AV-v7_s-Skrj_I(fU@z%A828O#n<(CAuL5siAX(Oq=y1UPu@|H(*Yjf<!~Vyd
z=<tuk$MU&Yiu;3py;FKN1sT%;D0Q2>xN!aXg0(eUW^2t*;(<J(s#XUjMM>?yZ0Kx?
zjw*Uc?bPP^V!jARHCss?_~Lwt*r20^7g8tZ0xd>|IB7;m>K2eMls#8;(oR95pI0uF
zzld<sEtW(((ibWW(0RWmq+X5pLZt=7*>F%&za9;s*ejx^-H`gt%?s7;5zeN&k_O1d
zg_^g6&gQ?6_Xb@T3$?)z7fXngVITP-B1+N4nylS$NOZC8eT0h*tCZ20{$hRFpo^VI
zyU~>QVnZ&()j<*MA4*+pELC)M(rY(fY+h`tjc|3bl`>gbTx@O`banG;H`%yYZ0Ux$
zc|=H=%3Js4b+w`cgw!~e2zh9iWdwe5yS8Z07Dei2IO{v9^^ce@@$9iN*`3ayrzNBW
zpCg{~5^8QFM{cz{0x%yf#cAtCGg7u^x~mK(eoi?}>%O_;gMkCI{}8kmK}64#h_W^l
zdDDBzz0Sf&sI8z6ll#b~zD5XCY2dq4X473DMCE9$ZQrF2j0k^^anG>Mr8Hn`Pppk~
z9@)On+3&-wvW)Pyosdzh0st|~<X$+eeSCq~gsiT=I(^+6Lvi+n!g`4=C`B8f!Lsb%
zj_7^mDu=_3myab45PIN;0&7KElQt#_zVO}((+U7#3d`1~Okdz~e3OSZoDFiU$>L~d
zZId<vBKcr)aa!>O6BYzQ8PB)kw2o!b{%bjQexSWX<q5eOb|1H!CXN_h2x+r8PBzrc
zj$Zs`=KVd8%i7ej;D8BRmN1l%m?7Ng?2TYI<zV@n%`ou>V+S>uR~3{2MqYKZ*ml)h
zFn4^Ej}OG2#ssl@)X_-_-MaKxf(X(rot^)407dwJ7C?FEBKtontKfa}1l=H#^!qD7
zB=0Y*9n48Dqr)hsE%?Ojf5;FJDl4EF0%C2oe@h7|>-+^17-@6p8vVmpp@H^QpbJ72
zjvC~)CKN8_luj08cDl3y`V_BCDZP!Ue2u6*b?IJdFuFZs^?1tlT8_<EnK4L*>(vV`
z2OFt3?!vEJMD*?cwJh|^_RX``9%y$3+F;@1<D+VA_pfZhH~W`=iz`Ia#Gb`Tzetj_
zN#*_9V8I=sE{yIj#5`jO(Pj_R6puH367Kgn?k#u3%fE|5XtM>HKafk1*Gzu#;=^BB
z3)6fbhrIuo9zts^&~l4^tq=Xbiw^y5vuNqj{U6#a&?*bG(Bf~Kg|%1Y{{uVtcaMd7
zY^dFbcW&_?ol`z|Bz$l!fV-8ay)Mi2t55kSY5<GLjBAcZ7l+D`U4KIc#pQ+ngbd1h
zyDKI;5YtU{XO(E7MaAeq<zQdy*zn)!p{bSCzafL+<;lsdWz^C9(wCj3FWYFk;OprL
znl9Kr*#CC^6aD%JVQ~KK?BM72!hbln|KIW!%?jlIFJJ|jEC0y~*kckm|C1F6AXnHz
zl;Fk4{8Ltemc0K%Rxx%1Eb8G5LCc~YL?!?L29zZ*qL~~!<lkf!SZG;Ayn-`Cc;tbd
zFCA9M#3g_b>;wIyG~U+mHEIGt8$yl;*wq8T<fKqIaKRFk{CiAHOD^GFj9dsMCJ(wq
z)Nw7y)0ezl#Wa&gCot>()*UdDb$hSY>G#W_-scJU@fi%LuZVdcJ6J;}yS!=$?Q+Af
z=DzF!7;5p#Ql$eNCIJYx)Zp%4e*guF6R*EDQOE)@wnX!YzHL1tbdoK@R1ax&jiPix
zRT0aEgXGw)U<{F0^PIHgWfN8piNnZZIz-aV<pwYqSHgRn(l(r%d)ap!PEOd-C88gs
z#zLSBHcjCtfS+N&(R>OTfWj<$Vl0+&*{AS_lGreAOe1J=np`Buo?8AZiE;nu9mP!V
zty7?r8NCwXnm)dCfJsxZmIR6j13;1>44Z+*Wrwav?Bz#Scn(C?qqP-ig~sj#HweIh
zAtYE|U<!C5e8bNF3X-oT_r&lKr|>fj1`M+&EaVeO_s_8zWHB1BbvX%3=`9b-VlEDk
zYI`ubju8X@eOAD{GM)%R$e@snCD0HH1fDr*@fY7~GJ7jxYwjo=({J)Bf2L-D5gszJ
zjK`7P&7QW`4@kMU%oFh&3%_Huu^{YCT-B^LBi1D6$54Q(5~<SR5f4$=OMmF=6v;{y
z1Ohq;2O;=Rd&(%CCtihM2dCzii0+9e3W9nBlg7%n<2fzCGql=-@-&R+&&6IC(a6tG
z!l)Hwnb(Vm6etc}O=ba~E_)N>>MH1A^%4&NKhj||z5(GIC(ba`nSE6<$8Dsu#iY^-
zzYnwflh`ch{ApiQ&g0Ep1~)dfE`UpR#5mk_80v|U?M~x)DcigD{A!WTj8}7yjq#l(
z7nVZd*US-)VcN~qr!j4Nin;bzUYH(6nx2&oWNJW9a>C+3Cz>Mbj~c|h{!0CESm)2R
zRyXPah1+}WvONt1%${IigTYMJ^gDebY4UUG@5PEQw<2;a%DS9#K4P{nvV`0rl{eE=
zVJD&4?+tGbnTNU@f39X-PRRp6;m#V#TqEA|O|rB+EFNGg+DjECF=%WNHk2ir8_%$(
zKl(^y%4buK)1eGXkSL@Jj2FCNO#~tEd}geu<SSAetCV9{lxVOQpM8)IsnTS;FU5uZ
zwDU=%#j%M3Ni!NJqkqIB+c8zx8s!**aiI8Es;VT@T<eC$0=fZPM%>IKCD1d6B`o)c
zRs}>k>~ZWX72#v6bL5j`(qYL0cJ5L+#NDsM?;%*&thC8B0nKbibh44=(n|cEUVQBk
zMqY=f%u0s~BZ=o)fx&BP<Fh~G4WXNfUcw_xCwj~kvOnDY)rvU{M#uD#KT`fxRxwe`
z`<5zY_t!w06z~xr39DK*DGA#!ZAtnEUlO~;fsC==M8b}O>KVF1a3Io7t?`=J&ALHy
z!&6z@NN~#CyCjQC&R%8SajHT0CzT{~sm{`}20~Vddhh<DjpSFO7ZyNE5HU78g!8X3
z(I$ve$pKTe2c;l>o*x@s#!6a;9V-}0lrZAJOurTVPLhc@DKT7$6&RzO>`BaCjKRv;
zJFDL6Ns<+f?h^rFYD<4ri^AEw$L6www$SU|FwH?(U7_?Xe0LADfC8=YsM;!bvINtt
zBw{|L+$N051Jj*)L`nKA5O`x_(4XZ+Nq^~m;BeCa5L*u0@1lY04@MaVrZEb4i406N
z;{5a>JUaTuizp5;z{FcIlkl3f=pjCbGGp&jvW9#ySM>lI5SY_IHIn?b_V&Gjyzsoh
z%>yWEMsZ>mKGG{!iwL95Loc|Ee^nT--#Zx`0TyNPLeW*C%7^!e#pbS*bdp3aGd>T^
z@a>d*n$1e48x^fs&_w~|!alS3%8Zh@by3`3OZ_qJ(JtK*Aqc=uBvU8*V!j~<QlZ(e
zIbZn5t6bfznz~@cxYAm$(lp!E&^2zgzND$e?aq}ij7Aem*w~6=wr|dOXwdsO4MDSB
z_FN7}J4x`OXeIDig>4)<<{e5R(s^JveXBDadx0y@TJ5+FTPcxG>8c6j32HmkTlvva
zg**u}UZ%DLK2@xFBXed(0*}T$TgWFmsbr;<HpI5~MACP<MexO2jd;JUPtGp4bu~8s
z>9<W{aX&!um~n3=G{3VnqW0d&NNS<NT%_{q&dJq1Zl~cey(RqYdwv1X21)HX@{G4W
zkE$w~Rf-b%qJ%est7B=%Ev<b6;%+M>VE*F==|nE%&|xNip1jt#tJ<~Sc`M68;`35>
zQ0q_QUjgi(X|Fu&A?GB4O-)=vzk)Qw0aijDGex15K2{kH8?lM4F>CLR-4l+CK~uY5
zp&^~cGMsS>zvo4ImL?Gi4dn+}Sbr+WrmN^bR^A1mnGs>sbMqPno;qi9nhV52_Kyf5
z7u#=0(vH;X^JqTxJ%KcdK`YBz$IpoQ`7yBySIei=Yidr^bD~viqRtiHv%Y#njV@r;
z93|4I95G9wt%4&WR`-Rg*w3%vGYMY8tn~i7{`L}|GuGdxXPz7jJ(rrqOaqs#a_=lj
z228c4T(uauerEtm?9^%OV@kRmF~3M&e{lLM{0S#?P|~>l7w?5y)5NaLPygjZMFB1M
z$0ze$;`0}-;t3(<U;hwy?mszfNKB|aFJ>z^81p&}Q?A(`;1q2)j1rEr=-RExq&T)c
zeH%O6W&PrzX@x6clV0HC)u_*g+YZIzYa#RYhQrit^ucBMm*$4-x9f+!ya!_q_hv7T
zO!mg@noB4wjElNHZB`|8d}%OqLda)Tm7z6iVtfU!rq^5j7GOUldVnmo{@()L3r2*{
z9rrxfKYGX;@M-$~);9Q)^vWquEA67o$)dGXvq^Pb0<+s!cY~}ehQ6zi@oLR4yq~X+
z$gA4b-PaX$ayQl@Y_Bf-%)jagw>V}!^H5{OdQahtE9RTr;@ZRJd5RUx_}cSLn&riC
zK;WQh;U}9}R;%xkuNN*2sTW_<J<>6G23z|YXlM5ZY~b;I&`uyS=!t>J%LuGCkyo9z
zA>R!wmFx|$Qw(stgC|(EV2XY*qE;-?R@9Gtl1f4&3}9I)K2sMEhaqbfkua&}dSBU0
zZXo&+tzoB^L63b@rwHYt`H}WZk&L~OZj@24#iKk8{|_h;{b#ZY*XS4Op)auHq%lTG
zX7g}s&u|<FleA?qiF`31l;aL2;-MuL!oVaQ1_%Qh7l3|1%N^0Iz)Ki})Df++!1EYM
z;u5%r5NrapPyl?*k6MWzwHP3eI3TPs9}F!&81g3@AU@Q>lEwia*#th~BmzX20UB)p
zd;|ao0T7YEl;B8y+LmJC3o-P7SVB{6EtA?j@MdKRY08tyLNIj?lA(zJ9R3vb3;-?y
z;BJ(n?wEp0m~04u$Q`6uT&Gz1Li8;mh6sp#9!{Gj-gsiF6BSXdY>I9<Ao)5q)iLd@
zL|O_o&8Hk7){|m+ouUs&jWB{2OQgm+;_+Rl<I3UUYJw5U86uV-^>Tp7S!#=8h6sOJ
zmLphHHX}I(EGC;#NR?`+nN?y0H`Yv#&VZv+L*OJ_QA^MxkIV+;Oei2T_1+Pb+Lqm(
zku3^H6V(KFL(yyrSS&Fs+!1b!$}vua7@g&qXku2Na4VqMpzpY;F`%ss&^$DA@gUbd
z1H^&IUCsdPWaKS6qCW=+_hh>tWQux##bIEy$3ovD|2s4n%@7!ELTq6;ao1VEYuv6F
z&~M*@9V0MXV)iHHyf$dz9Y?-sBB)C_d)X)(j6S%BfuTKl=uDC@4E%jLhvqQ<>>6Zr
z2I5Nu8=XOz{Bi+Q_`|RQb|)|!te_#LU}3ZXU<~H)0AauZ7*2&EDtW}QAb@e<{Al65
zBU)CGDY8;1o(O&xTV%9ZB)FNchEt%WQgEJ*=dO}>uWwxTD6yDbHk&OE<hoJ@F)rZ%
zl&}+)&u5gmI+eQ_mmr{ppOmwO6Ct^=rS!<sGY+snC)gYXEkogs0`MJ`-jB%UvBAo$
zjLX>J#g8nDQ~W@WHgg+RDm&qzkJRP1D%pLp<(!+jJvil=6;(qkCBlRiLYfsu{MAO5
z74$gZvt>vnXYsdvJS)jc_D$dyzshLI8hy!1P8g^IUfF6~Y0Fs>Zd{10sO*d_NQBph
zOI8izlyk~fd^*e*AOsu9B1-%aL1-z#dBs;s{07O&FDf-0n?SZr;2ylD(XVD3Ufji5
zYlTzZ>{oTQQhV)Gd@EUXG*-iz2Z~d<2Mfs}AT$kFw;-&z>NTfa*kJ-MdX_}Cu0aL#
zz@(1Qq>i+`W*2?p<XrQBriPxYra2aLge+seZDek**UhZ|cnIQ>0?+wXEEyv(R1y6A
z&HS4XF=xE(GBA1+g&9yMd)pv~TSt1-z)oFvtWtMuT-Gqw7=74y>{sK9+v>|z6%<!s
zSlP(kULRKh;^P7fAWFefh_mwQBpNWkM>Ae#g3Kn+d9_V;we1N_-4~Tc1?Lu`%;G|m
z79;8w4VuQ5n-*@GMy;ckP@0yy%9@zUnwK=qsZwnz&TTeFkOD+SwNrvLTAYV!7{f*8
z9RVNmw-g>V$Z#RORgtgn+mTf?Ey0y7ft8Jv<DC!u+vTK?Y@6t?c6)bbR}U^&U=uRH
zm0)@XWajU7$?R~s1&$xJ(aUy!aq1?L>MU06Dm?;yk?N9nZkMNNe{9kfoY_erT`6_j
z^EIw3WxUI#z3Zia^JFyiXJ!W)GNPC6{&EAn8gH9h?Pj*@`+{udQtJf%?&Cdf0J-!C
z|L(yy?H4ue;yr7(S?zxu&{hg-7#7F*!3ClV7+{nI{m2~nwc7U3rH>=NdwR8vE1)ln
zrf1$C$xqt}>gajJ)xUEzi1B-H(PW75cRzXj&`U0G|0?bXLwxaBFT?NNXVTqXw0+EH
z9S^zte6#u<P4wO8tTvF1_wi&6Msg$NY3eYJ2gQFQ%xU}I&<x?mkI-9oIsNYE27oj0
z1}>K4N(e!D+{15Z$GqbQ(A>eV%sywS!OE&`UDJ`MiMCRj@rJ6wrue}kn$f1L!8q=o
z)PPYq?F4t?C^rfsXWG$BiJON9%3GV5<R1G;17hMId$ZR2rla|MwPBfd<odRQQ*Asl
zelRL)q{U@?%XD<pWrP<o>ZCRS&l)xLz-isAuD!x#1b`+wCZ;>4r=&r1=!Vc*ul8E6
zI^Kxx#N=nZasA)j$yrkb>nMSa!Kh;p7h;tBZmLguB7+-ecrCUMHqC%Pdl^4Ho;7{R
zJ$6TXKM4#R8;$E;JD$B(9l6Ow{b@(-AESy_$BnqB9?*>+O`yNrJRm*sjdr>!Hg*Cq
z`+xy0ADU(1nPrxp^`srURRc|$b{DCk&i%(AlaslX1MbeKan(-!s<}Cn#c;LpG1Wye
z9^~8+2zR}K)OF^xY6gAE$!$6BE*;Bo1_(-+egFWeCrqp1&#KEzMyU_~QCrA!Suj#Z
zxnz!+o-Bm?9(LxL(+^k-$NMC6vKX1QT>pE_F}vHXb4osY#wUBlmu|q}D28bBQ^@)!
zRs7XZ^(D2yRhGcjyoq@RwFP!Gc91Y^g1@Y8+J`MOSFqk^U%e(ww-TGR_-JA|?>>9*
zCC?`|({--1Ih(joZ>v|nOHWJOMn46texX}!SpO8(IUm6@85Ow7ez(yXxX{b9d=WRf
z+%cJ?zO0wE{PJ#Cq;oB`8Z~kEIgf5`if(hPa(%serF<Pkdoq+94JG8?Lf`|*YUb;C
zmckNNrvj#RWhNh)4bQJFbxzJcdN+BUu#Kg@?0oXMK4A0J$r?}1n&2b~n{EY$hZgmN
zxDwZKr#7kALGm@9-tXf)B?OXdY?09~JpceT);~3=&oUA&%^pw0bx!~3m<3GEa%?Ol
zxh~&icT2uo<02T*<KBU8Y^O}N%?2)WO0VP`b?>Rp%Wi<U8NPTwp2+mTx$lBa#9ra`
z5#pBcV?0KE(Qw;`(XEE@%+~QtYS&EbPc6-@^}aQoEIDpVJ?-T_UAPTgcX~W`o3LXS
zw4A%qCP}boeYYpzdPr(EBlqr;@8b#YF3_`+uW@B~Jq-KLH@<WbfJg{tH8$oS@Xuaz
z&yEM|PPz<Cn~u$xZZo(nl(}?Ybsl7$cEimMS!8=kG!C7sPlUR*`OWt--yM?D9pUqS
zsekwN`!TNnN%RCiUL6b?ZoW~6ze__ud$~40IWh4%U{}X=ayn=X9V7F1IrxzM`Iqa7
zn8qIV{a(bxL1EWnf%#t9>1XT7!-|Bj)ZO3xPjUMQHzKZ1>tu0uPVSF_vNyD9HU{ta
zZ@O0RvS$6c&jf21UeWgjXLXcKZD$94$K*LA>pongAK}OUzGnJ)d1FVe>$?iy7n!ro
zlhf$Yydze?YTxOn<LV9dlj$h@zK->+-=>pA9nGvkV?V|h`d!cGHO_ZxK8rv8zOeq&
z>B)Hx*Ja7+;X&8=e$ZDQ#8*Osm?^^jFmup8&uUclR?GT^>9<t|hOu{aW4*51Tr$h>
znr*3^iwc50x9JO~2bU6`8=ii?=GZu-uD$fpxS^hg6no4kU0r^Ej1gMBuN8C^m3wSt
zeqcV`{2u>0@$<lC!nSzsg%!bhD&Hy5lgpmzKF@D$GCAm5gM9AapZb_X<$j;PkH%yE
z29B%Q3SZwktzNym?@j1FZmYe8*DUOQ8!!+0-8bD<b=;AC+Of%dKJaZUS^dmR10{3%
z+sFN;bo%T3gI@rmxa0>!40y5FR{R5fp|}+9WcL#Xq6t~#H3xjYGYt{Z$pm36zuLwo
zW>pU2mJnctKH$=6_8b)~QA^{uA3C@EX*c>nN+wYadR{b|!evaW2-kJg<}D4NdV{Hc
zs9T{|Z9WLsJJPQ)>kNX>=pP%_TO~nhtqC!n5)#o#dfuX}p2bp2x#3a0F49cm3<IrS
z*V`#)hk!3Tj9Sms^Min&g^{|iwaH}^vJX?Lj_szhWrF`I5jD;?6h%fmlwG*4As<LF
zVH~U!4tDx!!7-#gzl;qFQS9LT_TR<YigdpnTz`8pN;b*%#J;y!m(QlK+F}^Z3jDGG
z`R17~dGqwQGOle5s$N=;MLkTtT&L4zwYXBiAOGrmbsw~GsaTVaFE%Xw`cz`nFq%MU
zviT)K4(s7sjg+<zKQ`0ZAu%I!!d}HuA^xRGZSy7dTtXS~5s6yKM(ECT>vdw>f%r#&
zE&&TMJZ_?goKV5(<3U9jdVna3<uw<S!)Bj{RYaGMkL^W$65qz_ar~iSX@(l{EJA0Z
z?u<x~P#1?YY0_g_F9jSqa$|=v3Wm6FAq|NpuKN?IpM;##g$aB0`^rzebf#EkD^0%(
z$hV)r7@`D|=@wCMh0S)6xhd$>m-vM^X{d|sCRZ^FaX)AxkU|$_WVEPX^;~NR*L9N-
z{d&ztUFp&!@H?+)dhx2vljFItQM60cIR8nb;mh~M742HyFx8s2W0h|&p1h?wAH0uj
zCm%{~{XMSt1tdeN`1CW4&IAC0*U&TS(|G>e=5s{LNLlK4w|;H2epS(TF1K9TvbSD%
zi<DIUdTMfPptDthVKWiSTY|@z&xkpj=F7!)2E})<UojSA`Tx8d>2!GNJwMb*{djpz
z{{j7#6&IC`VNY7GneOVY=AP?f!F=&mnJV8uSb--W6PFiHS14>8-I>MOl8u7&4ALAE
z7FIp9vLy^$!H>=d{sf$4sK-S;YImtm{cbB?JoA(Apg80HvUQ_~`&B8jvS}KXrNyeF
zncW}Ww)pB6)c#eqP*CdCV3T%gl+2~qtt$y#vG<RU<=)iWW-U2_R%7MAJ4DmWs;*Vd
z?<&fQ`eu$9QwA-fIyr3vEpO+Oejz)yoHDvnj@)teMYgN2i{X!*y;9&u%12zfzsMGa
zJt7`NM|b)i&Co|+jl66)*#rDpH?@0Z6ht)f-l0ffPfuo8@9jdwbAz8IA(w*NeFpn^
zVMJA5bJ5C3*xE@K1@gHWuilW9ZsEOBeMcr$sZAStV0o{(<7}(S6s)>|ZOYL3`=B=X
z;g`>XegZh}I}_XkndeRoZHuv~k8KmEKTdfoa{Y|K4NBHYnY4Qriq47qF<=z@v97Bs
zj+wI1a(W1Se<@67tRDJZ=pp7MiDK{xYoK>K(<a*Zp@lIMclUHPT!W0YH2=(s#dv|J
zGbIbT?%-ytrrftE{^VDnqm_fpOM151e#3y7_YaRXI2xlAOjy6e9?{U%4B0CrZy_v{
zF(?lPq7ZLbH6OF#sXXxi{#+yUEZET5vZaqy()obElOQu|6enin5tBQ{Yhkm|AB#g{
zze=O}_HB6OqDAHQSl{mMm~gn?JIK*~z)q64+JxM(4l7kp2z+!}rYl_RCjh9YeQGop
z^pG3Cno4{t!d-;Rd>}<MSZkvBC5@enV=6^v=*?ZhBhg(dh2vka2;UuQ@t2B1qLMi9
zZ@6g|=}=Y&c@@uYu3|bmOiG*!1jf(sGKz>gb%6d%U~dsQht~DT%&(eQ$b!REg?F`{
z`D+!{1I7nTNNqmRm*E$ldStfBVqmxPqObF72fA!(mBlD41D0}CzpJOI<RZ~4UrKfz
zDyHH~>Qbc?v~C#mCL|W$Tlx&JK_8=@>QJItfiJ}uloI{AIPZP6{C5bfqUR<gn$mSd
z_LZ)#^pH1NnZ*vhI(m!uNpBaqi~Lk=U!>eH;gpD&jOOPlzn<;4m|v(1Qh3Jar#uD`
zO$g9w<fz?y#Cn}j?{q@qg!Ss$aCRl7V0XvVL>;HqW~{34CkMAc%#Z2J)Eee_muHS%
zx6f^^tn1_bY}PbApS`B{4s49y;|BU6d`=hJvJ{3yO;BoF)?Q8T@bJ#Mu$pL7RpU%1
zK0nQsGT&E8#nSP&($`tlu=zm}aKi2I>Z_3Mk43Sx8M9Q<qmku6BvF2d)JyhXakB)(
z3td?E%zReVB9$PYY#0ye8ysxap3oMsnSw{;o0xgJvZ}Ysv(!D5k(GUDt1C-JWu#u#
zIAYelflU!TBOAAV|3}ap?I5rd3`qJMF3K0R`SOgLYogv{duim8CkGTOrKY|3I2Y8M
zDPbT#X-m62wlv_b=!$ma=`R(Or5L@bmELoXOsO96vJ0?m+ZdNfo^a1$i^>$AU7NrO
z@}}+8$HlXMJUutT_vq9(p}mPdHGeuPl3kl^Yho{uq||Dgvw)ROOX8(iSbw&0EL-P+
z?}ezpv+IvE;M`MdkCl0@L3eWru^x(xv-w)Pa%|O^u#FKyCz&;1m6w^W1X!F^X5g$Q
zqH~t~C+Xldv%FhWr;B;+Vk#>;W<&9vo;k4<M2bP4BU$GEqq2&dag$!Was<;syIX{C
zXkDy>+T8(?H=H4-4#&7E^uXYW2;UVT+HqtXyB=^`NhIK{pwtg=3~r(ys`;hgBXjJZ
zJ|uKZa3phV_9^i4wi5WzN9RG#S*GakE!J$G!H4kg315HiF#h=~!#<JH(vc#N>&xt(
z^Hc2N_g6hyzZv`c^z-5;X9rpq77MjO9o3~{v&DV!$o7pgM6QaEK2dym@cKoz3xtrs
z62_zpxztIDAPn8S{rpv%3V{vME2xWdkS)A<$q3+qzgM@T-8vd>9i**5VLVFCg{nKq
z^Eg?>IhuBJ&U%FM*Z{+s_=9gP;v<DogePX<!4!X{r5q9?9T5-{%_l#Ey3ZRR4u}X=
zO%SV6sJ=tQP5To*NlZalsI_dUk!BcYYs5>BCkG9&=#~#ix0}_Y2P;694LfqBvgd&@
zCVO5e`f&}q&GIraa>}6xOD*(KVkBXJ+&v?hx(LKc2>`MKDc0g0qn|jS+R=Z~oIar(
z0qD!xU>*VF*&FE{8NiqfVche5{G|N?Ed7GQ{Xz=;!n*w;HvOWW{bJ$$;>rCIMg5YE
z{Za${f0c;7^gllDe}XaaKay1_MC1I|779u#%6}>-&<zxH2?d=&A&`HJhD&68MTNYj
zC49xj-~NS|s0H$%5fj5;Rt0~-=Yc|;v`X~SI*&MBa4@U0@@O&%Ycq&zOLFSSJh4*5
zG=BbfJOy1&LHASs@9`8OHKl)`CmR2bp8O-8LS|w3KvC|WwG=dcLhfKl6<|i?Wk~l%
zgUL;i!TsNYDeS(=ysvddU)WH&zoc-tqVTe!d~HqXW69_3%C4{Tuh5Bug9Dm1(bRYT
zXCws;n$##Nq6;ZvN#YJ+v~MFx0}{xMVXOwB>>4SL4bmjkqD5`O8J*xfZ?jlm!Ug>b
zBp=K@pbIgkhZzVZXh<X|%OokWMCx<LYO_Qb@I}86igiU}C};-d*~h1v83t(j#5~9J
zKd3KMdR+~N?f!15L}gQ_<dDR~5ak!M{&xVB!(Hm{dz5{jnI|W?Mm8C4_L%zn0eLN!
zf72(3exH$U<G%qEbV~(YRQXSHD*p<gI0VFbdA-vO3VE0ngC<c}!`?B)B`_q#KP>on
z48=S)+BPEAI_u-><W#%jlvjv^$jC^vTsQ$4iRMnw&`D)O8#<wa?x&!+lk(H@k)`_m
zqk=kQfAjEY^TJro#PI0o=-=^_@ulg#lZDmQt-k~o$H%+JM+ZMn_kZsHjhI|t{rGiq
zyt9Lfc>Cdh3s!=@DVi)P{a-+q>{S0>WXUr}EaL5dk|jkY3XJt7cuC6tPL{y_CQDA`
zKZN)2geape6cJSb80(xTFuS?=#3aNT|3U^94$uLpm2H74Fk%`y5>j+YTE}HSfR(S9
z<U%E?zfR{plmw$}Rs;a=OV>djF4V-Pb8vxdQRMkS^&E(#2%SM`LT6BZ*p7vl3z?~5
zOeynLx5xrIB3|OFcltRvwFh8PC{6Z+n2ZAN#RhB4T2DjjtzM{#y0%}LwBkyW_^8Rc
z0FZ!EESJvi;KmVQtt^ithzCFfd_cYl+oo$YCa!LJp6Aw0C%P)E{*MgG{a+cB^-u+)
z(?Pp*L8!HtDlrRO%uH^ST@D`3K`?*^XzgWx>3DR4{TEpxyb>U+@f4qU*fi48O&$L_
zD-KJs%)p;6hXTNdsSHg{mGeH>RVzICkmj%6k%9*(5vJTr*Q6dO<i%7IGDrZ6$jLe{
z{3fH%nmeZYng+wH&?W&g)Wrd?*c&ha%9@37fVUFNJ0{_eUhM;iS)efDNm3h_ZPo>q
zEHRQH48xjElo5uOX&g|O-DfiaEAtu`osOzo(ObQmj{ll0xn1}$tFJmIq(Um&L##mm
zMU4at19hP2Z1jx5TMb)wQ)zf)j7fQt{S^$L8lQ>c<<p<9X~Q`AaEe^iHjs7HWem{_
zRH2=7eOg2Ai3iMnEY15`6-Y}CoJfDv)AtbHrHD9#bzTi{%{$L8H-b(0eF&swYTc7B
z1Maaf*p1EsTr2Co&JF%<iW+C+m=Pk831$(R6lYSHd@IG)*nk2P-8BsI`+KW7%>sG^
zBDbiN6M0oA^9B}A=)Rba2NPfjE7^Zd5mhq4P4;ra6qp(CwTx32yO)z{nPmH{Yk<GP
z3!(j@PYlFHVYqdKV{OQ>PRnQp>U?C82)xKp5SK^NmeIV%hR=$8#<X4M*@fY5SiH3+
zA6VrXReGZa+!~FN_=1_OeBzk$-qY^gnDEKWY&AtuJmC1iuH6x1lVB%q<ha;-v!c-U
zQm%g2hg!tQBznPd<KZIw;G<aXjZ&IUn544$nPH+3MkBpp1o<pQ*VUZql)>JdK`=QG
z1EoK|_Ei$F#N|AhIJuE!K-k?`t;GDwQaPO;83f^nC34CV*S92g5$(I*{miv50yZth
z#~DLLGKS(wVcU#f9G`MgV<<9-gv|4^u>4j9RSVJqS`$O=G0-B(DYm`_;T?d=QUtL(
zBdt->g!dFb%<njyjq34Nh7ksU|6zY!Q{WdX6BfX-=q%m}$14go(r6Og0vgWQp;%iX
zCGwULK_+q{ZmJ(S9v>_bsdPO6B~8Xi{RK`2;xClB)HAYW#1t&ty><_^ESSnmlcbFu
z-UliydzR&M>SwFDVr70|lEVZ%m;dpu?7t*SvYDiF&b8UP*KG4b(HWGDf%Lv(Vsr*Y
z4K6H{!Qh9^piq%G$<IAmL}yUU>L;DGOVJsWuPOrv>eGqn42puX<hUcbqy9@lKBH3Q
zFQXc@N;=eM_g^0I9T{-}d^U3*Uj3Co2_>ZT#9(F!fs#ALpff1Mgq;KIg0EuKY(OON
z5r=1Dy;?6^`bcuF2G}I!v^70Jq<Pp8DvG_@dab%-mC*;BhCrC^k}z4>h$ENxO{_lJ
zA@TU`;KgUzd9jhLvezR|>Cb!SWyG5ZyjuI|&KP1URIG_ZMmQO<8L`o66vB9R1xEDV
zsGf7X>b(+|%rysD@ckSZ#OfeN1lNp!_vGUzuqz4)#Ku^I3aNK7*u-zN5@S7!9w~CD
zJWZNSMWY^7c^q7B6*{`d=k;><oZPW0x<#BR<?2mgbOmUf1g)D0S#mPy#L<5q-&AF%
zcR#>{ZlB1tk>#NU3D|@xp&Nqd`Ki(S3OqLk33i@{2$3o!Wk2n~3Sm-ivO!fVoMrfm
zaA_6d*w*a(Tpqy!ezwS8jQBk2U2|heXN7*-iXK9+ugOMaz-UHgbp>?T44kZ%dwXO;
zk_@Qrjo4@Bbef3+rIOIxIlO)<Ir~xcvJI8Z>t&C`0jOOdt5F<wfk>VF(3Xbhtb7jH
zlE$;!Aq4tp0(|*s;qskGm%Ujy)1mWczD}~58<~A<ZXysG)9L9K;kSIRx&#qh>Wwoi
z_k1X|HEJ$iO6?ZG)v9WHiqlk<L-xucKX#)+Lw=C^z9Mdi>oa9((-5p+=-%Wf*QfPI
zjl<IKem>>moY^85LySN;!rrf~u{?b{%8Q26`Qmj>PCdu8FU~aUXt#gB)5d+GJ!3zO
zn+x<)4A})?z=2JBzsYqmJa@mp<6#Vy!1XC8x;jb}kuywulr}vTSo6|AU@PO<1yXav
zEk)*cq$0CdN8Uo1Lz}c7slP-emz%q@1?}o`j_;f~@|CHgtn0=*z!abhBT=jRu*V71
zR%_0ya?9<E2DwW#x_C9jq<76Ms0Mbt8tE@Iw<Q(e1VhiNol<1%mZm-}quz;{ZruQ#
z+NtvK=$hW&s^Dl7erm09Ysz^rZaP?^TTGnFfz*-Pmw(y39(yWMcu#ZU;74*hz<w`S
z-{0XPXm30Re4t(W#@Pc2x12AY^0tWa|GGo4SV;1uevpwnR?~)dy@l5^xp>WuvzunX
zIOh^k==V*zHtqA-FR?%?`kxP#+c%NLN7&@ZovfXvDadK_H0ym#qQ3NELUzrN``s5)
zq4fhd#E+;1&W$o$|0Qk3YscDmzdj9J5DD%1eR?ANQ*`xr%j0GRi?EJEcU9B2Xr6<?
zKQ8CPILK2iH@}Ui1mDWO$t|&oHTxNu9;CLLHcy*N?*JuF?tbX!vyR+BH4;DR{QNx?
zdg5TU%6pELMuSRh60uF&u<8tZ`^|{AZL~bdx{^t1xeC8>Yy7?g8#W$v@u%q8)VE#p
zPb%yZm|CU~>~87-&hDK!`MEc#?mV(V`bqU+=TEe1*z&#415I1^&{FI2CSwZ`?3$)P
z1cm?SuMaJrYf3I!+&B66rUXgZTf$*bZ1RBc1@A~b?Jp%ZXpKaky+ayA*Vo>b$-wW2
zXkbXGpXHDqR#{*~o>%lR4BwE>2~(3k@#XIY3*;w%kiMmSq<vb8DV)MN_z_N{w_CG*
zC{1MO?I-7MJ3n3@_v>dq%WV20lqR_8VQm=rr3!>7K%|{dq(ge7Q){HlQl#5eq{shh
zWC?rBye!Y{KIu3EUJ8F=3IIC@fQ?NBO_qiBTH?<jl>Qi!fE^RD4zT{ppd4TYB9a0D
z*f`6H52%uO8S!TU*uk4v!HFL@Gm<Elv8YFrc%k>0fdEVxKNPPG&zAiId(sC31|TN~
z(4gm|{u!2`Y%<UF2O*A+DjCUvXG!CPA0(l~Fb1IRHI}h#ifl}Zfd|AW5n|GoqS%&1
z&G8Y<lvsMCI$T3EBqFtxiINDD4K^YA{OATsia{R4cr(R-5GdQ0;uizahe6b0Qp2wy
zk&fxso5`-qMDv7r1^}Q60I1IZBxK0=IGSdZm}Wo)BtoQ^<v}dUA=zjW#RFn!nHrvv
zYGs*jMTlwb@iFe2upI$tYy%{>0SIJM8aaSQvKbxADMXqXglFk}5@{rs8E+gR<-Vy=
z%UKpEcnvfY+?y&%g=a<x#O(p3+#dj%+A>?)0A_8Ood=nHP@tJ+#!yU_J^*OMpJtJm
z8U@X^>Vce(LXr}3dl7hb%7ncDAR1AW<OepE18_HU&15stY|c_fUP@c0?m@1PQO2+Y
zki;^J6b><G0Ge$=C|BUo2l*B~ke?E{za+4(ped5&cz_B3#uz}l2Mk8z9m;tScpkn-
zVe&Enrw7ox43IX?=xqa#N&?LpiZ(~{aZ!+r1BmHaR@HUZ4`nnSjrE2QItVMcPRHX$
z7EAVk%{al5d0_la03bF`cr5$z7yxe*K(YyN!T}oh<Pq`%(N+03huKY3Ik-J(KFg45
zjslo*?yok;y{TsLb;kRdo&pg~Fn0wweymu80gNMCVub`qRsirV%Xyv3x#8JT#u-vh
zrKC=!_t2d6j5MR3?1GrI5YDn194r$A<PkNV;my0*zw$a@VFs{>ELf<gKv))Rf-JDa
z$&+LNJB@**7{F_z1<;C;ey38Cl{`Y@Ok&G&0$3UmL#f9K<QGS=2>?rnx~9&!*ns+d
zFTAEr1>AX9IZR!ZU<@{2DU(7}N%a&6_Eg!R4H-DqCdPT$Dw$@0!p2d6F`~p7r|6?f
zsTm3pu9CY=UAcvW<pIMabuJj>fA(dmlJ5+3QUN-ISGIA2yKX9R{u^(19o6*z@O^v%
zV^Si`07Xjak<!u~qr0S26i|>5227+&Bn0X17%kl}28>RnQ&dn?-1px1`d-)XT=%)|
z`s2RuzuDP##?H>?Y>)Tz)mue+UMNddk;03wAf>7xuP>3s)(QWv`-`dmFN+-VqtYAN
z1>_0^lza{KTIKax4Qga0Pm;;@UnD-nHr%!X^PGbYNgEGWs@gqTMA_<OlB<Nqt89+S
zV>`+dD#6&JI$4E$ey#ep_M#iVs{cqA$Y=p+shU-_8)$-?HL9AWcoNmlK|BP%kq=@$
zu8PzKM|-v%S~jvXSGU7TMc`mtSZUmNRT8XpV7#1HJ4bq}ni4@gKHfwM2l7{zDvtx?
z2o6l9`I%>f8@8i14)VmFY^c6<-HpiL7!;NRGGJ~oTx~E8ZWGD}b?`P0{BG+zYU|?#
zj~|uCjhB;SyJk8HrMCbMzY4wa6X5AefE-(g9JX6+1#E&PHmN6egE#D0eW<l+(BSKA
zj!RJMCH$Pzz#rbp8rRwRyS2@;O)sbFCv&wSU!xUSFEFH9V6`iW7wuXF=<fi(&p}VF
z)X8j>%3&*RSQD@Pd{2%bcEu9YPIS}+L)bzfZuXD{X7W>+gfc)6zdcwG(9_1;6E*>A
zKW-IUYv?-e=|8UG$*+p#Yy2tQ_%pjMZoD=YRxOl`9*(URJSq`mu6);7;(c5STkG&;
z>o<vquz5i&b^05vsxXXX=ba!y@-|+o9_LAr0a;I1)o_@0Poxa^G5Ls$Y*%~7K-aG}
z9z^dcX&tE!*tN4AA65;X&_a)Nw2L#>I2{Az?7KaV0PNR&b*mj#)k6)P%@_?b{(2A}
zppD)hC~yMGlkE|j1o0*hf5`!To9OK5?D1V|7|?Fv(C&ID3x58t?u3wX$*IlxT_{=)
zcF;oK>jWoBSIgFqF6HD8O#&#kz-;_uF7SSi>LHK%p*JD@!y07SCu8*Wpgi*NoXN59
z)qdVBkU)Mv@7l1N>_FFVkZ*kFzyyX}X2i@295C4!H$D(H36B3=*uyd?_`8vuzv=p<
z#GAR4ymvB5b}UVHYHkhEm=oWH9b4@p+|L+2#rW!4KLcyqrWdA+eBjb*;1}7nXnyCQ
zc2^KNzQw|`_jS&6-_gX#(e%&pLb>q98#<$Q%uRCk9njn%GP$YQYKV<>{6Oy%tbQuj
zYldzeB(OEMRz1dBKO=ZP_5P&)GI+eN6H{|C&Lz-w&t{fKcbYF@;`Q%|k=1GbxJDi;
zurwCj!_w5#RYG$D_VR^TO+s9Hu^#ylulhww@39Xt<kWIYYincL-as9j8Je20{54$o
z#F8`N-zYndJZ^n++FW8i{`q8{OLv-ky{luTODrFJ<+aes3+}J(nmS(ascC$YPzSV`
z^!J7Y<}L<JK|-e%!~S5qm&jq~s|>!l-0M};`WTbK41GS3c4|r|cZMN%Z1;LB2VdO}
z_r-kW8-Uvn-0dE)&aDa~19OE=bTC&x>IQ!}suBoZ!SYSU9kt~!&v}G4rgpTq>8=J&
zExOk)2IoTDdm&E&OReQVhHxMQc8o}Hh6%pZU$aJ?yA;#CrZcs)qcc;u1`?3%nU}+e
zu*`~|Gz+pduIGYKR<i{)0|L3=eVbk>g~s&Gc2aBbhm(@jmByit_HpgS_T1H<QxMNy
z$aM|mrT0|*5|GGti@_IoBW#CwV@z9qX~=siHh1aPhc%-q94{P0ANEm1wuc!H3O{Z>
zIr+#bIQ_Avb9;T(M7!~Tb+9nBYh1eBUV1KZysCBz>|X=<nXoU9*~EunHec$->4gIs
z5kRJ7phoSETG)<G-qx_(TFm;^l)!FGH!kbl*hlMmJHh4Sli}K~9zU;H?wSGi#J%{{
zMzb6+e-(H~7tDvR^{VX>f>rdKfaQ}n|NPkw#cVnwAT9Rfu;5soULYL;s4jmJ9R`fD
zJs3~i8J;>AlUw2k9L~re^0V!pSAkx$Vl3o)%+_~>k}=k&&0oFt3VinD)&|P;rd!vl
z;CXE#-o532Cg2~yogel)Hujx+H=VYyy=*(hffV=PCy_oUOz;yJ;$SRnXFP9f{A`C>
z?lhOY2jz{Sox+_@;NITGtl`IeCJ*n(gD+&xc5XMu2je$lJ$o&3+N8oijZN%Lu2x-+
z_ad*i1M`l5>OtJYzrC!D#UUt0d&w5Jh*;p~#QNuv_|+bp1CsY^Oujg^TpXp)7kYb4
zn(d5$*X0Ukml?DB=?wJpcPppQz!$H*L2a;K$k#!c!QgkbiYzPrleI$AwW4|8&W(Mi
z@NXSqKc3r>0pw%xnGZ*L$x7KS2-|JQL?DSBFy^n-n9Ym$4;RthOL~Hr^FEkm+n*MB
zU)Iic3(5EF<wr`$j{;bZoZo+sov1a*X`7nZIMv!tx2lt}|K?l|aq|7vVh8c={n2nh
z{_rvBJ+=dg-8mtlbwmDI>-`$ZUpU=|Gg0gP8u*(2UH;whxGyY1;{qX_w{MP=cnwtQ
zoZ0`Gx6}Q)-#shq)ysc;mTpCO$??vJ-)Ap>H23@%K2PRcj@9lbM}8)XwY%z1x)^wg
z0~GWjArwqv)#i7p?kbT{2vpnmfgDs~`7N#eQ*Jp9#|WA`g?wQzic99vLh)xQ?Zz?j
z8cl{Tr>f~>3%gGa5{|?q!o*#$<xh;t$qN*M7e)<G@v|j5W3tgJr5O$G|5cVaPvxoR
zp!u5|O5Yim=K}|<k@RpeS`9?qz$*b$vFqQ-g<G)<0xz1c44#lCaVU2nZi$F!r}J8&
z{eM2)+s)2#-ou}ei@DAeDF$<!9MK*fl{Ll788KUZ_gZQ3-W>MMsj(u53EH<M7krE+
z1Ci_zvjl$JjHYMD3%tAH*csqZuS6(Pmpn@qv~xno|8$<p%ns<M{WW**SK<DAPH74U
zkLND~Pr8X*yT8KlfBqc%Ox)NE>jcz+k~}rq$f;KBBX_f{3Zi46$1#QU)j5JiC)LXC
zo$02a$0eV~iw;Y^*h_yYyYO16zDF0D&GU-+D7Z2P_PEU<<57Of-oraDi9|H+Iy<5m
zjHJ&6B0<E`*t;KLPSE-|cI!m;80t<e@r|aP80D14Z`k6`AHHEY-#&t+sL(#-Nb1h=
zz2d<zz4(fchp_l&rl^U0<s1-qLlKD~6iF@(vRy&Ve3JK~JxBW}ATMI>^4_!5=-=lT
zAr}^`@$`~8<)sl-IoIks(Sh|>&525xI6rBUF>AV2Y5qQy^r6z@A#pRCu}4+3Y%vqz
z24qpYRd;(pGT+CerJsJ(a=EpA5lwL~ty)=xsq@*Or;%~mJl0KmS}xm*@lg!SQM}cf
z<%vH9+GaEQ!G=|iJ6ViF<Zj#&eQW|2$-@!iQy9w&JG9VKY(x)Cj`H6anuOB`$uh6(
zpmo2V7tai{yX0!wCOw3-_bBT&JTQOs`f{-#?s{d*P8-ObxrKD49}`a1$X5Iqt!nKz
zIO&Cle^K$_LuZ!y&v6ySFg=hkJA9^0m_ezSd0M(b^hzK@=tkN%&k3GekxZ6{l=5wR
zQ8W^M5JtmT$-%FNEFA}5Y?T;B5>7Xa+?hY;bUg0)3*+I$7C!*1udcXw?i^!^79%YD
zl-#!zy3@4K>D4Ot?W4G6Zm=~*D$YHI*{eDDA|cML1Ih|??Y=B0et=<%zWo#nA~BQ5
zcoN5+Uf(dxynSCeDq>S_a(q~axvOP8ap@yQV1b33`MlZ6U1Xf~(?!A`|L)+=n{qfa
zB#0TRw9EKBQA?Y`s5&&V&hKPGe_BG6YezM}3MU>xDJ}b|Wcv2eY)SXg{82E8N`5}R
z-;9CePe}y%mkDL+2VCnvF`<1lx0j{Gn4);9pI-UhAXkfih#~TRG?N3QtYuK>&aJgx
zZ88BlODg|`t5QUWu=o-A@ec<jgc1^Z%by-ddAhqg+yOaIPw#XYP6_z&u$hrP?o~Q{
zbL=iQ_=w)yNZhVw%K)8bOi9<;_C`w3D8c<snTSSe3q_r>n$uF|S(%EoyjRo~kJ)Vb
zL4QJvLx3fb6I+EuykUre6!dWADQurb$N7d)OvKu65Bi5q27-zAEv(QPB!$u&DN$KL
z1>db><ZyoslFL+f&7kge8my^O)Q1zjFUlDOW~h~!vN4?P9MraX-a+|aF+wu<c2VgS
zw%DS<+ux($L}w+lS<}s0S6B0On!>5CTyVy)x%-1-0q0)#fcq@UQSDEVh$x??K9Q_p
zv6+@Ms3M$AY&T2mk$;L%%=Ka;oVZ>fsQ7*IJEjM(t}=5%=PcQq@7$Y82Sw!>sciMF
zp=ZZ1Pe0m2=>-^WRWl9*Ju{A*)p@7PO?)dv!bdw1oX7FLMJ*Z8_*RI*^_2vV`nF<v
zri?QCfMN1v{8!^56}EokwOxb4*<{8>d*@FWGsBInnNUdNJB9rRCX!)uf!X{<N}`e2
z=x6g`o0|8&i)HKN<8etW0v?t<_jLFCr)vIc#BRU%F)A3qqwK;_XtJw;@9Cax4!dV?
zV3!mq%V^(RrhMgY@u1Rl`1X0Z!V-)<=-%CpzR4$G@CI?oQH8!c3FO<HMZZWzeU{6c
zG;-x~(}D3hXThdw1#cHeXEI5_4<g8fuGF(f^ip^A_M6r&uu}@2*zQt#72$bz$zz7f
zWJbR%`Os4;B%Fxj+#9`kX(g96hr5lZGRma5-5l=PbhiVi4CfMj`cleL2Q{waDSGBs
za6f9Fo4(<5m(VTiNE^J?X#@T1bO)l7mWYVf+NGZ{f&mr?Ey@SoBTbbt$z+%+9}-Ay
zf)ACg%mUx{#euJ+cjUQJSMR)NRqEneMMYUjR2KfoshB@DS&oy%-wd0}l#CHXh|8`Y
zQWta>|MX4%ShB7)He10^978HLF`Gd-T|yb=n_l9Dkbr&5y_)|LD$XCpmT5R@_u<X6
zk^8xqa%Y40^O({m)DYT8`f*4N+^&ozl}y_V$~-KT)Oihq{|G`1D;%lZ51s{mrcX$%
z<`c^G+F-{l&m@H@O1EF@QP4z8C_?*l+xh9(elO1{N*nXXTDyrVQ%`L>SHxOLYfAKd
znVLs7r|-K)lFhySAUAxGSaO_wJ9K4He)i1o+VCKAnJyprW)0arwznDfZN5SNv1{K2
zQo40v_AN%dG;3_%?s?9`K}lkEGRM6#4|-)K;{cMW&WSBNcf4gX9@n|9vu|Z**)coc
z<X;tM`uInugt{Ek=XLi~S*5|#UV%rp%(~9J%I*0S&wbFBla8#<vo`U=ZI<sG;tfaN
ztR<hU2hOxveB{1P@Y>kD-e7gcs=2h~(h0ovPB^u4l|eI&1X=d3;|@l3#w@9G&KJtP
zgjx({j!~BbQf_0<^>dzbS_Jt<TX|+XT76PGe~M|*qklBmAD{K8Z<->+$D}NHiVtle
zWH#li-U+bU*Uco0KU>ybwEiSB?7z_Z;Rhjw8?Q(Fvmn|Qo<W_f%w_jw?hfU#Q105$
zjpsk-cz&$L<9?mJo$eHV*Y_Or!-n3Rl$~mb?^%jAK7cdbwPnTV_K%^m=Y$K;AXll&
zWiq?fGwPT7A7pxd*WkWQ_KdJOC42vJx|1uT|ID%9!RKrG%Z1d+dse44i9fsS-u=k^
ztIl8P{j&e#w4GP_GP_IysV*{W2Q%DtYX*tm#|Hoq>Yh+^G(2v~ZWBKjsJ2MveY8dP
z{tES04(TChYSlR?)AjaI50biPoTi*?qWN&3S=$l$yQsGk`%t-vs~{&a3EsI()BBaI
zRzj<H+^Ct_2|h+6u&gb!l_~@65~qbDNz?n>+Z5Qw6|6p$zSn+uzO4vRmKh3`@8Xs6
zP*yONdAOY>bFN)x&5WdtiD2A{W=iiT8_cJ$#urg=eo#GDylpIo<Ljl7l@z+g4m{~2
zQ;r}~7;sAN7cW+<+pZxeDyN)Gq>QHra4Hamv<-e!0(pttji>*@(ZNs;5Yqujhz&}_
z$DBxti%;}#bM)QWQ5rBp>uB{Tqz}?*1L@cX???{n75ASuaj7{q+!0e0tR9p-DJAl1
zV&zn&lN=zb2Ur{oTBxY7?kM<B56vm}H$IU!#i;_C6Nzy{PLb^?Y=cBGN|wb#uu1-Y
zPZbJ7IL1=OgIS4+<$jk|cQeOBVvg62DiCL)5eXtt3bgZwRI34w?Q(mVzq;7Ji|Lk^
z$Q>{EsN}G3v--6tq)z66TCwtXj)84F-_Y0C5msZ_N7iunyMr8UBhe~@%uXYLDoO`d
zE$uQLOUKF)I!bW=crzV<g_8zqQav(wSU`nQfqd{a=U7+eVD@XElFo3_^=K_$cZ!&*
zdY7_0`9Q$r7@g->h7%-{NQ(?N;urP4Nv1c#Uqykl4(TN9<0P)D6Mm0;yn<FM@nEFM
zQLC(31(_{Fd8<zosh-@M7*#yp=rzy*Q;wkS^^Q`j<5UZv8EDxaHHS}hq-#ENnlNe7
zG*Qu#l~r)2d7Ys$@U~jJscXV@Z73*Y;vub)h%vleXP`fQveIktQZ$G7LMcW^J>3Yd
z)C};*oWvF@TC|Pl(hj`z8o>*QX|flqi|we)L`@Ausi@12o5pDup9~D|Xe32VZOHOI
z*OA|1QOot$iS>_g<ec2Nm@@CxD0`<nC#zK~J6vFhIg*_)x=_YhYo8BjCXcE#He=44
zW0Nn`8;B-eT5H)nm3NLDr*i{;iPEn+kaqu~c(J47VLWoHnJG~Rb49Da+@-O?uh2_$
z<BN=%_{B6)ORohKWRKHC8ux8;st}i8-PrY4ca-lGs|Xtd`;13Pi4DfZ#?LOaN2zo+
z$Y-dgM#8%Wfpj`fIx~!{`g>x%E1WrujDti92&UbcWNYo;veMH#Gk3d5v$~Xl-cv+@
zy6n!g5}Xg210ony@iW|9hVE?o4PGLB{=lPRL*6NMO6uASS)|*+tjG}Q9pcxFz913t
zIf?FAx;MnfesfYKbJ8tyGDCB+^K){$bMlvS4~cOKbT~yWoRT<BSrw;Zf>U+IsRiKF
zqj4H<aGE7Jtrnd25Kd<vr@M>OyTs`e&m-vO4Y=kF#pjJw=Z#I~5kt{aMG$Lq6XoKl
z%662yB#Jv`Uc4BhQBLF<LuBKI{54_1WQ|gR6L|s_Y#2>>s-sjiqO|H!U~^L*FCtfO
zBKPol_cw|T3Q^7n;@-K6DgZMH+Qlbt`k#uMF{v#2m-GfWoBj4%e7@Tq_+}APwD@AT
zGk9pR20ynLI@KO_xfl;#3cqZP;4*(Kx)k}RCCX$;-*E|b+4Sm^6dScPoVrxyHeczB
z@~Sa!=`gSIMR7}_9O1+cr{>1}(VUXupx*haEAy%)0*XU=NLmDWKx`1ms(h46{!&9S
z%9aCQQ*IGNy8H_avEL$mAAr0cj=UcO;z>r@T@l;4L9(Yv-IGCfF&5nL<$|fg#{np*
ztKlLpEBkUtb`8YyoY*dTr6gdbEO*8IocMkq@?Iv=_JEkX-m-40(0K{Ti$D=$iRBq1
zi*g|z_H(c0tk8dmOKVm~oRN-O<{xqk+{!_``AA^}0O6JoD`N9<&8zcK?V)RtJmnB<
zi8T{4a*`GNx4lyU6(mr2WP+S^Z4_XU3q#hnZm3n_ruxuu$t%-Mu8mLP8{4WIJ0=^u
z&Kr9H8~f242X8hGOE!*LHjaljPUbgGcQ?*1H$D?@p3`l9;oAHvzWGgc^TK5F(s}cH
zz~+zW&8s(?KT9@$wQT+#+Pv<b3;*BMoOmG;0=FJg$VhT?b4y7{5!juepZq`OjsWhY
z10@OOPCHc4@FkD=OKyU>(+Gj{GO6*hYVy%4OVKG3@Et+k5&YdfZappm13rF(e+Zrs
z+(eX9mq73|1xz(yUg|W?1b;{1cp97m>H@(UJV9zAVSoEOV|`{7BL-a~CPMn@-~1iS
z#DGwRy6vS->!{1<@^AGgH*I<sQ>N#ZtWR|b{_fsmWo}<(UP9|BP*W^amC4_QDcFg@
z*PhYKf!EqhU0vPW+}uD%$HG7OA9m;A7v^F6<R5wW!@}$zb|;=8;Tg&75_vlqMeQF=
z|ME4pRXC?<B#&jTtmdl+kC1Gxv7C>ycx>}!0*iUw3d9Nc?l#I+E<=wq*6LoIg;0u#
zSel{K8-zrx7BkY}A9<&erKOXtYLu&}pQ?vIzElr?PEdGGrH=>-&wa}3`Hazj=kHz-
z#6E4tYr1y{^eJy?N;4VaOIR~Y>C4J)b(AonOX;IZ*wbqtwAAsJ=gRdrN)n7->jrPh
zs>JFx)9feasgJC9Jm7z*^HRD4KXf>awj=&AdJO{}@B0F<Bi<7e=E|~B1gs~o{rYdF
zXB98#oha&<0C!L1_e=bDqo?x9I4Io92lZcd9%m(zqddwYHSSS-;-k{^CrvTt#jymJ
zmzkCQ56Y{rZ7V2C{|Dve{FSrx5xu!l)!8|M9vW#|oFa(4fd$;(^{17!;aSYY?gSzC
zw6nWQ2t8f=U3@zFwm%o;9rOQ3;StPT)Bg=~SN|__=MAN%1_OG_=gJU8UvZ@>ADc_b
z%e?<(?o{9u|5kH?X{YY=!v8jRY!Vc}aIWRp8&qxoZthgE89d?K%P~Nc)E!G(F7|Xu
zjD+M3XLQt@$HwH(kKzEmMpZC8h%wx4nTl!xmEbPnov#YULKyiJy@BKX7)ZVs+EFJ5
zKJ<*d0j-a)-KUq70eEcW7HPi^(|P_m0!l@$Y;9#PeEb27r}45Ohd<t2uB9x>Jq1Wa
z%zQ`N=H_+%JiPk$K6g(=@`VSGt=IMi`U~NT9`fhuqTk}(t853<jSC~{=`6K^Fh&=~
zdAMf!Jewy805PQy@#MfE5KX6&K-~~}-_{dM-TcUFd6F?3CArr&=lVJK0adgn=R9lD
zWI-U-ZwL?od(8u~k5|+H(Ul|`n@Y{O>eJ8V(>%5bC^D~cUd|6BS~u4*^b@w&1D4x-
zV|ecB0xnB7U2u2R(j!Wa5(cp$rl<j&4O7CPwE&8^$5MBD^Fq~VDDt%~VpttgT#BLq
zT39+WnrY`ExA!Bxs)xaf+y;la<)xKJmDT8@qbhv;Fz<2o|J2;|Kbj*V3`O0oP+XKG
zgtw**o9P`63>KmQ%d!66uQ(lwh?>f{opfU9LUU?_SD(dsxst4nGAe!Hxux4e7EM|b
zT=*r&j7Gctw}II8@T<q_Ur5CsD=pEIrhFjQHLC9!0$hLW%x(G3AYROb^9`ads5-ZM
znriK&shj++Q3JL}zwHf`yxXWG%2&`hCjW@vMl7ul_4p-}PPCTVib?F-(~X%R5lxN#
zl8aus=OG9h-DDoI8!C7F{mY(E`!`@_nf!VceYgm|P`BP}GNHxSEO}J^Chg`b=sD4<
zQ{ky|Dt-xiD=j_HbI#?}sx7mB>)MN(7vf8~cM0EV4Iqjr`qqBRw9Y`D=pe)tf@~hB
zXQwR%X(ry`=?(tG3SZuR?3%}(B_(>>hUP(K<|ntCN-^_p9n2`pwR5fy%^JN%++7;Y
zcl@V-NhA>FsN8QGzf*^r<hxGnSo8lZfw*2GzR3H<KTr}S>%E+dd+CH%uu0nKwqNzU
z*$c#I<syFW&n5hEG5!-x@qr|KX%}?f_M3Ik1#FSEk9gLUg4k92t0~qS1Q7npS|35S
zcE_?l0>H(%9XW8Wo7^=}=UJ}Cre|*?fsPQ}V^Mj8J1}dR-M@wGz9+x^4Jtv2jk*cr
zh{6|&!~_~HmC`Gz$B@JnP+XSvHI3>#XK&V-g@Q$B^9bj1jaj-I!GaM8Vnpfq$KJLp
zsRY?uN(Qur-pwgW2zT$eCD<qfm@A8W<x67VWYO&(qa*Uaz9fZ{7qgLQjw->vCdcfI
zPa+#N^29_^%3tj0ac0qIDa~qS3~F+FH;!rVm8XdVcXd<_HOW&9xyzz7d9|f-O+F01
z5s2X8lj6|Mz!`G2zT>jgs7QEQ!}<0;uvD<GU)%1}EKfg6sTlx{bSVT7bH}*cC=Ei=
zni~=GX+%r3ypHw36y{VaMDq@}$3D$SqpS8+mA2`_n6}Z-*MvvQIx6a0EYUDr;U}Zz
z{R+rz09*8c?q~t8hBzdwIp0^KTxq)(f%*iz85&c5hx_Q2oVowakkRt{61=e*f&SEN
zZ=y8B3F}Peh1BU9JY4XU*E;@%G-Jl4>^X-zZrS$PT#}07M)gRq(te_~6K=^NDLs=+
zKe_{zdopj2Fs0*uc@6bt{O4KIp}&k6fOH266r`_g{OKsWwp5k20k0%wFRH0a4({OX
zXX1|{ZZfkD-Iphw)r>Kw=9H_@67HLQ+izU@{1LaVcdSvaWm=j1IybK&5K~BhS*~HT
zZ)h_^IzIfZq9I&Wu1w3M>X#^iC7deWI+~A`psjJwy>GReZO}ISruJDk-qY3~+wj9P
z5RFg*k9`6A(k<DvdR()MzDfO5KIxnCBym^6xpvIBgm~VUVpn4+Z4+yAI)FLxfvI{9
zqAqs6nKIf<<+s92+#_5KORgv9(F?P#>}KlbT~E8eI##9UFS2Hf_ikt<$GX$MZP<7>
z#Lwbsyvu9SSQ|LxC(O4VY`NI+>%{e83!mj#27TAZH}`}7)SIHee(Yj7EmvP$wbh+O
zqrV2Y-#fCp=Z(d+&URHe{I;^jgCu)F&rYN`;<n80U*+o0pZHgheT2Hc?I-!;;Vxvo
za31@7pi;cf>XMDLJyEi_F;vLgOxliq^?5y(zgo{*$8m_%q!-NXijN42-y#wU%u{-H
z9+@EPP~)?h-+fi7loMk4<ri@LW%)tSPlesZ+PB?-a>B8lC%e29&xmHa-1VxmNOSY@
z+v4PWvePD9N*d=z9-{6Uzp`GpRxs~h=^k=>J`-mfNLS#@dTeng+fwmnHa6N+s8Ida
zM)%71l7wesx*WNixwTufe-Xp8Z+O}3i(XC@C3*zt3w-48yv*+kzs&m?Z+Tzec-&Xu
z;>{_{>c>&QOc;g48{2q0;bXC!dxT4C;e=Rczic|$ylUqH8IKCX=kKqp{oHQEo_ZZ;
zRa1!b)y#FQDE5fg9?AK?4(>Lit21Ah0{O*XuFef|Gf(B%etU|4o2|DG%IcfTMF&(R
z%ttU>cLtyN5r*GRTN*R4EUeGlrBckauYRF>hb0r2DAqLJ=Wmbgxg=(-dxbvy(Ws;s
z<jTQve$ug)zZ@o>M)Sc}fvlqiwtf)9mFKK|6*9w1{|oy$XH)ZzDY5UpvxH;Tr=yAQ
zDt^-k;7X*uE3G>FH8G+rMAHE{!}Ng%&uf-O<i7a%WzBeuVB=ob*nO;JJL8A@g$IOS
ziYxsZxnI3_w@ZHR5lMeucROS<XU+TTv$l^$wO^MS-nqp-ls`>*E8EHC?LXL`OPtjs
zJUZ7EE56Tsp{Lr8tI~2M-OQ?5Q44%8UcC^9Mq}AatGwv&Q@eUw@;`nC2^X(^Fxs40
zZ@V-l{-SyowA1sgaaOmTU&q@dED!&)!t4*)Rc>Qob?sw&Y3Qzm)t4c|O_H!EoHnV0
z4s<E}R$sU+Q3R!A1g&`leP9G*W(2G)f@LY<_EiKMBa&Sb$!U({4n*G1MDn&F`InG_
zS4cQxq=;msn0cf`V5DSbq;y-P>{6usRipxAl#*nWig}b;V3bB?lvZ1m&Qg@#RTP3T
z+E6mu*gV=aFxosb+OjR$dMVoWD%zeA^+*!sWd8rb+{Hw%VaZGFNeie*6Z4_5=g?#-
z(yAr$wO)#{Oqx=_je2Mt3LDqU7+-$?ZFY-OO^Xxy0*$PXpU{A!6rgeEas84B-RALY
zzVV}h)RT<RNlECMBs2<;h`FDDTZ)T=$1h|iaDIVCoF{B7B~Cz-)}e_gduW_*VqZ*B
zKlDZ^mVBu^5q67ol`-ivH0kspag#AI5|Q-7Jh5*y2@OrApV6LDfKvOWOx!2Pxp+%N
z^6kR}>hR<!K*BHc#2;-?s-H>J%T$xTDV9{J3_N%sQ+rAz8<ZNJIu)3_7MM)R1HI5l
z{8<jYmj&GqB)!$1N<Nbs;hSPnpKeB#Mx9J7%#<V&lniG|jZ7xCY)`O)r(R|z-D`)c
zWI<I9p?}I#HL@rs34f{wkg)-UZV;YChLF@7qZ_GrmlN-fWmv$W225{Qex}84-Eas>
za^%TyI)tjd&Nz~!@L2}XumNd$0p#bYG;pB)jW-PK>B1FngLvMYmcL=GATF**W|c~H
z(o9E5WmIHkCn}Jt-$=&!X3;1B(=@ZF>jC6g0K;L1FcT2Q1GGQS@wIqc@H4e=IfWqp
z#4OTSrJ&LFP{ImS&1>lEaA^HlW+6U?f<V#~&%x+1fTC{}dYKTb%Ap1T4}PYT_2!uS
zrre@>FPN2Qzy#H=cw^y9j7%nW@Ff=Gfr?o`onB|+f^rvMLlf#VOUo%}x4_c&VDhcM
zQ%)^BdCgKlGT)qA@GJtO>uv{F_Yxy+0Ee>jsPf+kYGzOJKrO?G&9@TRZsZbs<ch^Y
zC1Uf7d&!Frz_LeRseG_hIGB`*h{hvN_C*%OIhYcgM~*GftpxNEEM9&VH|e`u0N}mx
z42Jf1g5wE<eXY|#;s~~Uh-J}(7e&iAVwIA?goQncEij=C^{}^yW(B0W0-!m{AWsI%
zV*xsqfbdEH6%`O421}!=2bgIAIZ5BsDr8So6#6nje~uBG=ch@$$ajr}zRIt7<qJ(n
zF3P=6Bml2eSOE!Qiv+g7ep+SEU<HaVz^tTYd+vD=q$LFNs?7WT+#<&a28^jBwuAu%
zV1?FHP%8k$x}JDgx-`?HC}+GP_XSj{GB<e?Tq+F~+yW7po+K8uI$l(?QWU~lAmt0D
zc>$IJls|rv*ZI0C97Yt|k@Ka!fC2!dtp~&%RXq+O7K|kx<ONz0tS42WWjpcoQ8o4j
z)X5hbe_kPN`C12F35QqG%78_BYf6tml3U;+5Afran%kaW#n``T;*kgVM7m6|zL8V`
z52R(wQ}iu~^r$l=eP<qC^5>{7LZR9^{JjO1aOx781FM-ChpKhfJ0VCX6>4Hei39;)
zI2<f+4l<Cb6jo^1=%`uC{@W7@CWF0JKvL%olD^;v`Cz_du#0w<S7#$%Fd-~f^8H1f
zPdngxocKzs0>9Gq4F(M1saLUTCe?<-D?psEP_5rF%>b}4RSSX)`~V9Q_H8kZYbmO1
zS?{P}Uv0SiyOO4(Q6eAg?FoKJMWm1qctKho`=b2Nq7|Q=LrYa?v(;+(x@7W3HQ8!~
z+G>S{Oq=HK`q(S7v>ad(Sxee)(1UYOnkPE#xMoAEeO0=0`KZAQ)^Qu}S?e4J&hJFG
zR01Rb<zb}duU?eLtmN&D5sym06XB~amMX`)*T?sE5?J7cXWQ$zm>vL_Nulf4M9;6^
zZDum<W-{R6oE94GhAbIyK@QkZyIaB@?d%EWBSW|R>Q?aWyE@81{>r4F0@7}k$?{b{
z<$H?{BDV1*?)Gf^pbdFs-=l3sxK9uh0Q6^~NA$Ywnh!iI({8ZZmfTrm5DZ@RK(F$G
z16DvcEgOAbpt-ARBS?utkGkanL;=T*O_p`mzU8be@6C_i3u*(+5&Z(zJx<mT7ahnb
zpzCEIIU4}Pd=C2E*(0LU_2jxuEPfz<wT)=9&60Ug)EA5w!GahF$76ZH_P>jyw~C5j
z<-Vll3~OcNfP#RDz9wGaEiCb?>>)zj$y@<wM>XtdJ?!K=>=M!wdPVNj1$<IH{)BwQ
zcdds_0W4lU@QZKa#mNAMtmUl?SemLk<^=SJ4E_4LR~k@tlwB*~+ZT3J8_=2aN-GNi
zdv9|-WJeBJh$pte_B$)|tauG?$U@%d4+lz8F!usk5SYDdkWep>ux;l%3G_X|Jn8BY
zLyQnW>!9|8=+;1b)r9I~X~YRgp%N^9Ug^r*p%c<kHc|B01H2d9p`(=*dsO@MxY3@i
z<SkR70|N4BYpSSgYQq}hh=9Derw9t9fZ5}Lyz4+_EC!YjtnLC<l8>+grjI6p-sB)-
z<`F{mY3TP{XcyR02CURw!)4Xj<%JG`5mCmXNl(GLD@6q0ONs3!&o8IN5({X5VDp%=
z_N}u{p1RFC>mo}iK4G4^0T~bgV#FN5T(MFuKCJ;V^<o5c=Oq4s9?Ongb@en?V}?3M
z46JYlRV`e{U0lKFT@UnwWV8b55XI>rDb)wk{Q2;4fK5HXCVY&+rqw~W`jPH}vmC@0
zvBIVMioJJ%IDdg)(Rfc+o^%80*%tXjF|2?QkyDJ2@2U{n0317POx7YowT9qZiq`E_
z?W(b_TH^=?Q;sh&kP|(`pM&qlHJ(W?>#h_tb>#?Jwc3QYYQGqJdqTW%Ld@a4QIfk+
zM)8VM0dQsmWKaOq$Zghz0`FjfbnsQez~Bl0VrS^$(d25~+9F&2z?IGfq7w{1Z=P8N
z!F?MTWC|qfYiKMd4=g98&cO`T0D0d@DR`BaRh8k<n1IauM}euU6=L@8PsO<#hq@%k
zQz!%iaJIhk*?aq2C=dqNWa!24u`b@h&OYg0W!(ZERj+>08S#zZ8njtTk{J~3?akC~
zRGwUtV<Q@h2Q!>B$N|cIUvyyOJJ`?0d^F3Oq?>YbHyp8_N_0tV&x!ruB*KZPbp;S3
z+vb_T<`-Q6zHVyYBLT>8zTmqK<oyHm_Bwdtz0>)J@JN_DRN&vtYwA8*P}{X&{z2qq
z4Js5zk69YK?)I@<XFcks;{61R?_iN_+9Mcs`wdV0Cqa1<f50|(4QdfiF@)HEezw7$
zyiX6<4EwN+v;_+MnPscr{LKpb&ARnt{UG6N5xzAJ*%*koY6(86VF*TBdZOv^y)LVu
zWQwv}&qjUAD%P{Ibgw*e!c$*85|lsohm+V+ef}ayGKx6%3Z$4pkRz}gA$r>(w!kxQ
zAdlP$J=>g6!pW%MqA(UXaduMsZu*QLOj|cFyuP*Qfm4~Ri9ap%@I+Hycas8$q<!%n
zrGj6LYR<m@Dz<|I?ckq<Zts5){N|rba)n3D`I7(91Hh8^C2Rpge`X(d&oU{Tqc(<{
zPS5XbVQ$`;*1HLABwzZ)zoe{-Q=U3i3PH2kt+UIZr4VOa6CXF@8jVi@3ca<g9yxYf
zjY2}7ZP`AH2$4Jy{4olk@YkS_{`~o@1}H{(p;$M|M*-s1UDSTL$+UIe(S0()e417}
z(8#i+Dm#kmK2>Ku%G+os2NXYC>E^hz?t1f+5OX=x(N~}I?@z*h`8^~tg_HEb*#k1a
zA>g1O{DRjM@a6ki-dx}vh4XJ~m>*LIOn^g-URQ$N7sOw4D=Q;r(}ORo!QOb-(S}|(
zEqS@a!>_WWM5m-gRF-E<M;VH2M0S9E(U-rTBJg{UzdhGrX;A<Hgh16bK=jQkA#dQT
zzh*mndZJ%$#^3o8{%6auZW;gtqvGjBNzrY>j;J`M2R;XZG1!j@ED~PElLgA^YRn3>
zAvoaRtE5D7MlngLyQAvFWb~5e_NtVuQsVo#K?`-tZ2N`AKSVI&14N-}!fis$>CmuL
zH&;FyW<sbr8I-YBsUiUpr1ZSjTfK@=5Hi@L$5rx2FbRdn!;rv~KJWN8p%a&SJ}`=`
z3v|i*PME4*=@mJ%yuTZ`aDYYXg&01@kt3OnT|mMOKKlv;;kW6)UmxsEyvr$mzM#@X
zL!tlP#HI(u`j5He7(%@nB(7)SKi{B2dz+)5iu!7-_63r+3q6v32^=^hV|qdIi%ybp
zxF0FP&HXOs{EKRAg19MVqhZ8QiUiEp<?vRF`lRVvTVIg$<<b1puL_+43P2LhdId1W
zWDWgBU{h}^sYG~v&9+1`R<b?a4<ot%X?CKWv37!Tun(54h>HHuSwKv8Yo%P6C45wa
zBgu>K>sTEBqt{%MwE5G(oQv(72@<AckX~?-iijrHTTU#~{byFmky|iM%9?HddW6)r
zbYShoVL9`t)G<*`1nLChr*W47F<2hWN;`L-6Gm5rzXgqZG5V!QN={^~_&1W}Y0KSJ
zw&r`>H&w+9R2hhQ6{*Fpj*t}6_7li0WEvTfRs#5=AeHpxxppU{QcyYqE$XHc&8g+5
zN*9a;>LvIFx_yxHw%;0Nkx#t|O$(vY1U{&SQd3B**mGDoEuSmH)ZRx+Sh_n53~OpC
zZ`B|vxubn&>*H6$=kyLe5(PWlk|S!5DpzZxkJZ-h-tF)AROFz$GY%zTk#6iOxb!Jb
zDPd8`e*6I=59_D6d&Bu^$tg|Xspac?rEQP$-;KpSppZPM1SiR1@~z0!hbIINN;&9I
zj7w8KB+&?gCn#1b-ut#@qT>ezl8-Z+x`zevq_55FrRK;T9zX-G93&Pro+a47YmxM*
zDAW52ix(<auu5veORkZl=buVZbY5evj~2vdglI_kp!J`PC;RTwZ^zFUN@`ZdsM$wg
z3rLXa<H9jTcWfgMOWq1zKdfYM?Rv5TM~QjXJcP)cP|jMONws&y>!BztP(OuwyK>r9
z+RchPH*$gK0uqaWttayKbDb%Tze(?P`L2^CEj`(MNfO2ruX(-%+7|k};y9_fVePy(
zX&bbDQ-9s(^j5dFur2GENy=GAK=MiO&?7U2qVN1#`troj)I)xV;e0z<w)V>&UU_)_
zJlfuV2>5wCq3)u$SFD_yRugA@(r7!0-*KjT?LTdMsYE`#M8o$v+Uc=G{(3^-4r={S
zkiruIzQ(bUbIeai-LqyH9)Hx;8qy1T+`jhp*V}f0(!SJ5M?s8QS#nFss0krZr|M6C
zuhSj%H~^ekL(3K=9#a3hljbfo_>~f`slg-0ob)f8#Vq)~dhinm+qcGhUHjG~{tL?v
z&!Ngq!KzUvRLdGS?dRFQ9fWh9rs%7xu@iA4u@vm&ccIGV5M_&*<X6V&qyqU}jlI4>
zQw_-q@qWC*Ci^I86jRm$x{y{F`zj_vBc6Mf@!OJu=vEVy$1k7h4%8tzoP`s*sjj55
zFq@%iSYW}Q&(l(_8pP$8r%;MlA3iu7${cCFt+)hHdEl`l1G~$$&IyLg{bEyl=D*7~
zfBr$VxG%?Da)9=+l-|<?wP+?bGRxVo8Mcjn(oFW0j3bi6{uSij^Fdh$fTF@#;p8-5
zop|L>bVcX8HFmPUvsi%{Q{I%RIUbS&OgI2}`J1^yh8iuw<(~qr#ax1qfkoDOT!s$x
z-|~tL>26Yd8j!%mo6r<kt+6PnBw82CZ4D?=GV;zSKAS6Z&*xGjEI*am#|tq3wv^fZ
zG($1eB!%N+_Q#?s9V^q>_?||PnKm0*_FZIsbev3JW3OU4;WMpTb5ZH}Ipu>)D^wvY
zKP7<Lo2gtYPENQuw?*)?<mtHhL#2HAx>nu{)INOk#`_N)FoFexa(p~ig!YY@`l>bO
zD8BJ@5%t79E*bLdrhS9@1u|(QmUw?<%%g1<ko;Dfh@{#Bh;h+UiPb30FFsMU5~x~T
z|6tP86U{e_j;?sNvTKz8qD%oHG0d1hkqV*Z_jpiIX!0iU{d*#3B1O#yAt}^$8JDG&
z&x279?CIO~yUWug>q{uZ*}x-z2zh)Jxt_4maB{^h``V8AJ7{6mTR%TzP;H`;rtsD`
zte*oT43sV;t}?LY(Ib-iEI(W-`vVK&#vqcszbp;m(#=OAf5z073f+Y7!_LDQiXw@u
zzEcQse@3#(I^wNJ7rV!+>Vr3VHfQvvjWL~NuPZwy(Zbl#`(ezne1V_nJe^vFP{Qe(
zzL0OTOXJ2NYEiC?!{qAf#;o7Zfn#Dz^M*g*e^gmhcO~XrD+9-OqMOnStateqv%)a>
z(SJ#tk3RLTow!KAz!!HxA*9Q2VJm?YDb1$yYqKdY)2Ev|vWE<F%b2&{ZNxlMjQ0da
zl<)j%Bs&OFOD`2Gaoclp*o34ksI83cl=$DWwI<SbTv;$4U?i84Lr)64O|@6Edc8o*
zIM8;&_F7H6JH5+`b|8BeQ7Rt!SkBv8J<!SFn`m;5v`$OHjSd-Oo>jwLZezc?!OE~^
z%D{6kH#|c`;mRnat3vK`tZF2^C^-*mB*Wp?)8F9(^v?=R0#0rfWZA}l7fR)7j0~8t
zSWrz4C@Hx6_=Q=>BSsp5w`1SkUoun4{4l1uNi(`~tLfs^f&6-QLvSRkEMXBeJaEuK
z&@pZ?#BzF6l=JSPao`H}Lx1t-p2&B-CU<jMAP?HBT)v~<ew~BDU;Uc6OZm-mb?r!J
z)_?d*<E6gnqV-%8#yDE<qQzp`Iri*xOnaGElz#Cp;$`5P!<mn}-TImKQwWX5Glr)Q
z=9!NQZI?P(y~1Cuj&7UEfZy7l&E37WRS*1y+n4{5Y4+#r?LCCJL?{Er{E$@HS1Frt
z*6(a(_zP?WthEYf>thybc&QdBz3V6+Y-vXOt@Qy_o_dD02GUkKpX?fVBX_a~x~$?|
z<nz_6hy5*g=bB86?5?wZl-u^kFJfdpCP&n6R)j%DX*$upFZ3w%w#{X=`ooJ|z2BL0
z*S|iuPKjQ82yN1wbu#$VF0AM@8Giiss$9LBU9>S<@nM#O++~s6QIXt4WDg`g_GDG~
z=WM-*W!7PX&@6NAOBosm(H2UvhpF1~3r4aW_77u<<k|D(nTjMyocb!T-I(nMm<V1`
z(vH4~O5Ze~l1w*}Pg0b*L4-{4<=1;e{C(^SitP5i^v3<g*sc#EwG4m=!QTxq+U6b@
zUi$Ep0^p<<K-<5k-R*cRbfB!r!Ko}FtN6pJU(AbC7F^{0TbKgek$y|miM@-Jwmm{y
zW=9!42v*ep6tQeXV0wL=#sf-3r0?RC{0JvdY2=QC(|S3&XZgAXID6R127oHEJ2Frr
zmH~wm6)~|v1Sjdc)ehC2)}F`+^=nD#=6(l0nZl~ULgu#6aTOgLZ#0{t=*1w%MRW(v
zkliH8BR~2u{Pw{O=|6;%f*i7DDgs(NeTByZ(c#1Hv;%tNDxyTH_SdQs*VIBE(ITYs
z2OUagVl6K3hE%>O;5t=J40<^HN1k)4czY?jFUcluOTN?|PJgY^PbQh{H>`yxQZ}Md
z$dUpniuFC`M0%yGD-X8&aOUKLJB@BsvklbQ&(*!e^+(9IgcFg!tx$U|*8luuC>p2c
z(DjgXu!j=d;|P;~8KSz)d<%uuFlkVZPiNv#7=3pkkV-p*T6^~)R{2eo$`k8hO)>Qx
zPD$jzDC_;vceI*zJ7Zj4qdf2Wwv2|KoTzW}HMa<pqslccnl&Q^HOo}`kjA6sUW#t{
z#G2Bo1voN;)t)1_u^QaC6KQ)rxwg4+Oj5{5sY+jpincPYdzwtz#F{CTWu$#aeIQbk
z5~tmDqR^-^`kYKh+*sRaIXQ@Q1RSf8T%?^s(}*9?HpdZmpy|f^)$zU6lVUq+mDlnw
zU|IzeTH!QptY38oR{I;3#aOJFdsL>Htfzh$O@vh`I$4epZcs(tM&zM08=o~2qPi;!
z+T_%>3q);M_j_DLD}YBFLuz{rCp&Oc>(x`oH*^~vC;LRyx0Q9DUlXqmU?5%^5#idO
z;`7>A)OW1)usB_Qe)Uxr)|%$2L$B$msPU^oxl@%fVT+-(74@gG`q&e7!k_?9Tz5Z2
z&*dHPXmSi0qEF<k_-;<858PB$JW&{e;qMyQ8&n)Io}t~<&-jRaXRJ#V`p`j#fwWkW
z57&EcjUk)D(yKP(S!UNKu>n#@=QS*oss_h7F|&8?M_D|bi5N!e9dA)H_HK!8CZ{1s
zz|7ltgJy?W4kyrkikTKM9hlSDb(hje$QY-$nkH^`hjx0OrITW6jI})CSj>n%-SBbR
zXwOPqgWniGtv*@w97pIJ*}B$k<XnN{cw;pX3=fx|!q{C&8qmmYzZ<>&8!H<6PRz1%
znLH4mXWEL;6b~0^!HLltXn3iT2xxIdBUZ>8NLvsR6o$3_KrL~Ay!X5q3+CF$sC`f?
z4u`N3n3lPo6)?f9bltP7!P$$eoZ@;sOY|kY=hSv*zd5Nz1RMLDn!1SJvU4`^pcpa}
zUwG-Msq|(J|9hrG78JNXZCPVR^N~zT9O92BR&(n$Zb=#CTVIfN##ytPE6d@0qJefp
zkgzxEx13e^)=f9MbX6&gRO#jpb_#4ujA6d!sVsWZxCM(A?Nl4%z3YX?CNzG3%=0eH
zy5VUgtmcOv#xHUaPu8(nQ+-T`c{^{5=0T|xx)sL&qwHvdqIrFjzOuYO%j3q{g)A$@
zbW<)hCU_k^I_Kq53LWoch~0tlA03NgE|X8%76Pg{)nDgB=U2AKS5hu@oWxDws^&9J
zdZjk2SJe<1Dsw5-nPAezKh_3~tmx|Q)vJreYM8XrZ)0Hh%0biuTLM$_{9=FfEShy$
zMb}*Va=~e;FQf#ADzUyFYI$dO7T;!K;i6;gKxP&_3ec*Fz_#FO=Z#w_)^1Q3A>UYo
z>%mJD3;88xPSLATe{`OnShVcgXwO63&Mm`;X4}0nt#VeKa<(2ds9n02j4q2PXPngO
z!~R@b|4`I!f?2lQj56KSr#~AR(Gc$Q5yqBv8ZNU#-OZ#L+c&TeQe2%r^ID&CH!~>g
z1^{cr&TG*J7WSu`r8ag~(bg2KhCk)(YeFpu?^iWvC_Z$nB@|-4Wep#?S9dY**k->`
zV{6>r7rYYj*Rchb;v-hq*3KL{+l^fi2PD~i{7hkYux_Wdz7Er~bH{Gc=$R&#0O|HV
zey*|mD-8(CH|Avf#GZ%WWESkC&-}>!?9)$O+invm%>EPap2KM|kURg8ApN#5_qK?{
zwy4^+nCZ5-%eKU`?FXoB$&78O(rxLmhmQa@kLtHG1fsoTQ2JPit1nUxZ>|rG_Vz_S
zIzV}{Ifd<_v`3>{;3#hRh8pF9(I}CYB(awQKzq+jYcxvRH_999s9(C^(njP1-%aX{
zGI4P>d$weXa`u0-YeBhSiFVc=+O?LLv)OZIzTCA_!`jokoN(?vvYm2N+v_#nb50z0
zdFGNDwda;G;$G@v-@NBZKjgLGqP*i$zy?txeA?XK_4&~Kn3B}X7wHy*vV%JMp~W9*
zfQTf+6)8#m@sy;F<{+*mNFZ9u>pp}FO6uJf750qOJGm8nAMz62?&%A9f<`$5h!irB
z1Rok(>*kC=Ic=fnh)BINkxtlsZYoz)UaMz4_<cP@!5o!=hWH%pdvBqfG$0AJ2XUAK
zr%{v>L72vXc-aUo2;_5#L#8H_R6WSkH~bM5v8XxZ=PlAC{0;9+_k;{&-go!+rAW8?
z`-LAGz3Y*@<seZFfM`7=GLJM5<H4)oSy$U6Mdc}4js$9ib1Fa<u@K&Jr&hG6X!3D`
zAf#~5^Qsdi8yGHi|FF;WWXR=Y_}R$_>SQ$IWUTaL9DOn|d@{LkGPQSt`F=7DIhDcE
zpU!Zf&Ptrlsh#3XPv>1u7oMFiqE44GPM1qhSJ0=c!>4Ntr|WyC8{bbiA!l3kXCJxG
zKFKHlZ=om;NQ94EmKXX!@RmH8gxG)LqJJkE#R!SU=aS?q;)Fh<(MukSm-h%(R4rJT
zphW-SqLMH*f)%~Tt;@rq!_BKtu%i6@hW}Vm0l4u!0eylMRbWy7cPmQBHU1|kss}eC
zSW!lse{VH1{+ku0wlrWu7~IlU|EJXmbJk{d*Q9eXfd!fqlqjdC>OV@9J5W>fg$h%c
zE9{v&(+f8Se+Nb%M?pKQe?d`qvp^q{XJ$S@|8P-L7pMPhMQQ73JtJX+L}M`ORsaEt
zqHYqPs5z2HFJ96CdDl6H^KmwRaD{+tsgz&2h;6Yv0g7@a*xrvZ;Y+m?%`lbCGLTHr
zhDAEve(i8K&i)@LdK+n__D<X4jfGjEl3szP0WwTI;%_S&P#^d|w4#x(ZoZDW`T7-s
zi_&Ms(kI6-C8pDszh%g*W{xjlF0Y~KC}sLk!Gx}$>#C=HRmIg(Av#b48?0v<Y7+ZD
zccYnI-lOgM|De(G0oVCakMU6}73s+TH5WAr47YX<_i~T=pNUb^>?HHjIJdf3*XYE5
zanaVc_NL0#;?lH#anZxw=Jk!bF7!}4c5-xdY-nQkKe*`XB%$cPi#<7+B8bu5{}7`W
zUl0Gn;YPa0U;8EgzeA%0DBAvi0g5^{{09^r_93N){R@hol&Uzil#*8k{R@g3BmRM+
z?Anc-ioy}v03x`l00D}wB?5QR60cYPjx(BUz2ynNw-!%;qAFIl!&)rgbW@|wcepbC
zhN8;_5&%S-CYY_A5#YX-%D9bA;Ax#MP=8Ltm}%b%aPAZ*Mr2rtl<H@C$e=QrX$M>V
zNZLXZa?UW=BK6NG{s#b0PzvvT(|0-MM+*)3;1R9*OW}y6ATZ>=ad%%qP4^Gq=hI2(
zQlvu=rGt^)2~|NrkluqJy{Vvppizo+Lhl%)S0lX>dWRsr3Ib9@L`6}7T$}6p?{m*H
zJA3aQ?4In-<d6x;Oh__6Uf=h}*jug{lJXXTq1)&<ov&(*$(-!&Uh*8OxM>T}tD&;O
zcFyTC-gr_tn1J1)E6#PQ<ygR@X(c!D&$%D}HoKvh2Hli<{PQxu{DAm$9+sNPC4mXA
z>VD6srqz-ZcjJJ{*`4>--j>m89|0V8?J9qQ<B|2utXs;vTf7<*J5UyYNrA#uDVR=0
zraQ>z&sHX8^n@d02o4{x)nC_GNde&Yw>1WMQfKX8ZB#m-a*rRE<sS&nxn*HtZA>h{
zt1sdK)OO64OzT$#0D$D4-<Jz-b5~+z-uIV8;2`E1{iUngm#|C$*B&fJ8B?}CnSPl!
zLCVRsFGctMdnh_ASan!8F8BGczH6ECV<d|zlAMV!j>we9TTI774I%mHc!>}qVrEtO
zu`vP~Tl>%WeSSoMK>qEFQg>25i?k1ykJUC#Ut{Dn*F#=S0O;Qm$krO+4lo31@`^9r
zFc$xL{T74slj9aX#38ry0u1+6la9;GvL9q{-hcNPv}*13R8&vG3$(~KJ-jOXPUy8V
zL-4noCWq(RQ@lO#yZ~vpW}ZpJX7vxW78|5+jASpskqXne1l1f8|F+)?*^FO7Kh(dd
zzv--O*>r2}Rw>saMD<%l3M6pi@~Rdu3!0qn#ULX)_ntqMB1$C+515Zk#7PgR63&02
zsd5e9Z-I1tQ#RlnMQHheCnEw|FhwKI?H`e0avM4Pk@q#)Se*^!-(NN64h4-Yv}i~%
z1Q>QLB&VHW1uKpS0L^(_W%;I8iD#(`hdZbH<wZXsNl?n6RBz_HR*I3UMY^r-CF<&b
z_9m^3m{?|+iw!|lR2iL4E06rLPPZR{jee`$OtJu-Gf0w7;M0c9kVVc8Jwrdi16%T~
zl%@_A_p1-JqBs7!W%|sy^WVF@0cI=jo>fhd&8ss3>BH1^A(%iz<zcE|LB$m9FVD4q
zz|DU(&?T<H#o9FZHS+{z-dxm#lQBzCpfqg!mCHr)>HAFm4n^4WRfOz%^kz8yUABah
z>PUf+EcZkzCMMOw=wXF7=oBm5@@j=*NL&606Go@yf-&0R#mn=ME!jE|EJ{u~v62Pd
zOW-(6)Wa??U2cph4uo)EBOG+MhgH7?CD=6X>sB((-R!<dM!mdR%)dE2VifW{6;E3t
zd{b}qZqE0#|B5r#NgI6D6MrH#W;t1zq11EDD8OS3_3gW0ceNhs>3)&Z`~EB`4Z$0V
z#p78rKdw#Ll?J@oXY#D;&w0O1D`#0Zkrp7G>;6Yjzu$xD;maRlpTzZ)Zq`jc(uV@B
zM(-kS`M+ew6CuCJGL*?l!pmp17}g8BNHo+Y?q%Iae6@R|ChI|LRPV<^LbQ&!!#8Sc
zGqcNeS&_OPJtj7X_t-k%9=DzXu?~A5i(7{yuUm}XbtLwb_(ywiZ!o^f8RTaOJ`Okf
zhd85tyjd2y7jArtiG5Sh%alQkxO=^4_D<*(mR!n`qf~N?Q9v*An_*AoH3VzWplQLc
zjxx2=ktr;F8otp=N5bmee7Ix-D_tN|oLkf+=I+TGcFIVmI`v)L_cv@;W%u<0lkcY2
zos`^w>Kfb+G0poJP^JovxD&qoN|kYrrA&bmPK=EyRg<kWt2r=#CmLJxa8ASl>ZSTa
z(c<~vAJy(Y<SJV>PRmx!*;<wXcL(WFldflG#m}Kc3{CF)zP6K=*pdoEo+?xIlM@Ck
zpwd{()@=MrdcA><s96a`pxT&Mm9d(6Qf5=1etPu!!mLN#9AMkX8PMdHUZv%yJRSSV
zq9|ld?E3jKjYC>MOO(&P6C2GdNAc5l6JJD(MQ+;{Ik2^7!Ux>sFWG!`ZEV<NowXeC
zTK|#J_*xtT^qv{Di0GBCWen7@{~Tv|{@AShT($xev+_Pu^fEij+}HUMt@WOMb6w`d
zVR(JjTDg&VLjlq!3Otwa_I+xBaElxDpp6A<IkKN1@h--LX5o(-OLNdfdEDvWm1J_@
zU?eMwoQM!N<q`PZip3q?Df6<XVpytQsW~=RPM*6)<=J;~h)TckxPR%jY|Yn5zf2#R
z>F9Oy=K5hTzvrJ9l0lDKy5J~oY~kV-(_*Re(KnY}mDvN&jQae}2-6>-+h2bzO*uV$
zh%Y*H(sa!3d}S1%$<gNCHve;)ZQ^>in1r)IRq%vjfruebuBpk*%vp4kbVS^$=T}jV
zdCWtpVC&oSqBJZE@7BK8+E4H3-ehTRWBnnnG-|m)HfMWz&HI7vUmC}A&^wvHN6yUS
zGj66$lR7#Fu9^Bis&OBe7s<&@V_qN@1CGunUq20Io)63KPitEzKDP<2`Q9E<o&ZUr
za>;?*RO&J-t<>aq_hUr2U${M)!`GlZbdry+k4TfM=7iMLLwC%v%ByuXEv-EH-{LEC
zw}_o5L*S10j;m+uBefz%w<o`*N&l{!UlUI@&)+?=$@(OFnq1A%^{B3NVN_uLXDvtU
z$JW}#E*x*YU+OcDw8`9(pO2MtHNH?)7Oj>Ql|I7p8Te;CvTO)_7PzPiaj*N#-Ffh{
zwcpa|W8>*^(>pA5&{q7k_0>sn2jOguA$N8AWyps~@`G^O0<$Yz4pWxq=N}atj`K3t
z8Y6jy-vk=k#(l8(!M3B)K1RFR6I-w!ZFqE#;oNm^(E6v<LiL#W#gYJJySM&yYVk8!
zWM{r$jnuY#v1~H#zOgH}DEZ5$M2jy3Koe9VN0#|fbrkBp(7IDT@4N8!`q|+Rw=<y)
zC&tq|;>VAUbb@0CA3Nv<>^=$TYkJm3diI9xA*v+wPX<-_f-_mytyDM2wi%)ODUfR6
zIk`-Kji5LA;^noLmkcjn3Jw2%5sC)ImS@FQw!~I1#@7ChC9ucUDa18c#We-RwPeM$
zwZwHS#&!Mv7mD^O#P>&EUOJ|&z)_bNBT`846k|jQE`Dl**489mF_}7@1Ycf+#}FtW
zG+`Z{P;pGVWSlVPo*?$%Wr{KU&>eo11wSrN*w{-rQ9vXZBhpccOV~tlC-|4)#4meE
zU)hsRtZ)e%lsIF;_HdFQKjIY<7m36ju_v?aCq|)hD|>K`isTgq#GgIdvtb;c2{k|u
zPKM(E!6}!sQ`iuR@E9D=5*hw$51zUK=L=4}5`1ac7#@LwhZ7TDBH?0)WFZdRWkuY&
zdlJ>3lx3^bR2=neRx0Z^T6IM@14r6RK$`k~qIFEl%|GcNJ=}H03{H<E-U@0Hk#vS{
zv<x0_W(?eFKQ#iE?%xW%gvi7wrZL5&$^J=k6-kxZPd1K8^$cd5#87@C@Dc|83YT>`
z7;crF{*nNFJd*C$nj-!u3Cxj|O3Hkumnx^273m>GVWdoqz!(l7(?%jilD@*GM541J
zQNVC?b_OEjiFMi&j--5!Ec{Y7@lSG*2;&mPViKWN$52*A;3a=blMonz%VGxL%&p;+
zrlbuv--Zmp+2C_?DstJD(uj%$Qu}FJx3bP#=tlMd^te2xV}KPYXS_9!2?@6*<)|vc
zZP2-Dt@$>1sI7mBEh?V{k^7}3{dh5ZN3mc_B#(BVj>25!N#IHZMClk>vJYU!7JhHd
zvqr*Wt$`PcKn?5M`QX>-9{J3{$*_Z@a2&o9k(Y)n%8$u77lzQ{id0Ge_RLr|0BRfH
znvsGU>tbd?-X&5F3mT}glygl92&R6M84Rx(NmTbJ5#LYTQ7qchLpUfQ(g5iL!Vol$
zf-E6u#$xwnuo@bOCKQcj7fo3MIYoiDmvdN&#Yj=0u@c@A4gW_Gf205>Ywo|HI!HZ)
z7umO!zd^)nqQSVoV6|hAG`7?;w$!h!NS=^~rr1YJ4hs>WzYHi50kV<+wn#Xo;rWl=
zoAad{X1#nh>$Gru31&H4`fo|AK7xKUP6rFd>4T*K6{*w}Xd*!M7(|P$@CyMe`GX4&
zs!Nvu^!OYm5`fh>hmHhTXnoyaU94_h9OIuH9-A(<oX{Lw<<M69S+ulm4??s7%K)k+
zvEb|IYN8T&%=4`mMbaLFCquvtL;wYTR&oGmNAu{=z}P<kBmLZ89>tqV`4PtOmxS~*
zkIYLV1&7P;96XDfqp74&bqX7x8;sx{(YF+%DziZb_Z)ynl)%!*V0BzI#rPH|5ft!X
zG$XKVxt@Vg^Nj<@K&-Sx!5L_()U%<_W79dga)HYUcGRW3%0)=!xF!Ht3ILWSG@|_9
zUX24wGlGe+VB%lUsXkZ{_m(LHJgQGnItKXK5XNGP>5c&!?S;ArmEjwC6gT`(4^F|Z
z;ki)pY<Lp7k%y)fM{22LOd;H&wW$IMDc9WqfNgBSnKWRcK3LYcP7(!{MODjSn><#)
ziXmVbTY?gy27L@(38{R-)xg=-Y(*@)ngewNz}UQAN7=&9D&B35)aEa>q>);1#?+HY
z#=YR!ek7Q811P`+;`gt+K}Le*kl;*P%Kg^KY=C6(jbdVL;xrXgu}!jLrHUl5>v9{o
z3QUWw(H476hby+)$YUXvmF}m$#8V=vuWc}Io@7I#Nbt6UlHpvUWmRlHV<#^FOyQXV
z_{K|it^D{-p_N7(8gNc~qu5!`&gTko%6Y-q>S|j8J-X(bZMXI)baolwcnp31x!axu
z{i&E;7YwZlNr@rChn{vIXc6(q{&;N0gjnpz29SpU<Y(+LS_LxGf~KolQRr5ol}>@U
zR_SAq5KV94?KbEcNP$qKx=}3@S{cCEO-}@HiuSGiZDz&v{qu+NPnc{aZhWLaH01nE
z5@WyCIGp@kykD;JWe%K<*B?j)0P&N6+>AYj2A$J1U_)BaWxLM#_8uw1z|!Y|9(}NC
z2$(XSD^JnjIIx#@sUo3fWf>}Z2(Ux;RgdS5ivZI`8kq4zE#Bo(sQ!epG3+_z))EmK
zGlv~!BLFFdG&aT_Hqx-+ct5Thn0iiR^d1nZYUCBKM=^r=Xe%T!6xUr*91kv_)JF5#
zD)Wl$QG|z_edGIiV~W6qk%pVMr)&x7T?YNcad@mT^%OF81p|a)C~4h)1A#nPAQcA4
z0|2pMD3^zU`r;Ef?jBwMD2r>FJ+#$Uxvp<{K&-0CLm8aoS*naFRlt!a)rpgeoIpE9
zAUzsrj~sJ6e%<UfGdPl}rdLj^p2Akc&&T2AgpNM$7$_QWD-0MN4`e3-4KGNv6F>%@
zX<mwGWdv~oKuk4rv+;BDPdj<&z+!P=DaQA>9PohXXwKhK<v4IqT(e?Mk*Ze?6KaOl
ze_=vz%7)ZE$U#(#fuC{DqE#1Tk6ZGsK(`Dj&t#SgPl6I>4SnV)IZQ4BP``5=Nt(Ts
zKWEL;v%(Ed3mwQlY{cK5$BEV#<bZKDgC!kcFS|i{Y_oeMf%X_6w+ej{)@@0G+Tn+8
z#6u%O-dPf$(STW^!D1|KwfuN0XAu;0u^Lk|3!$u@4%-1Nd`S8UYj+LSE`8}w_3mV)
zoflKClR|@)3E&?6wt^6_a1B`bY~HVJaOf|1-Ui69QC}H97INPF{H&X!9j-nxHKMvP
z!h_ICh%p4LQS+{`VP{iR*SL^#IEuoYpb%M*IW0(*w8W-T$4NiGV+daNYLcp2?o%qP
zwypQ!Svf>N)JFm8L_kXofxj(pFgVZ7c<gyDG!C~4Qrk$z!;=}e$9!ToH&$s1wjmf`
zT*B<A0VzFUd?5iyS&7Q68J1$4&IqmJF{=CYWv5ScR1v#A<=LbFfY4(KOAi4zc)P1R
z1}~w3G%Eo4NvQ1j2Ri^hyd6r0)WTIAHne;<aLO@rI9fwW9}K@8Ye+IAuNv3`=EK(X
z4`(@Xo4lm8Ic4zd+1w7@JPNb^L$tc=qWb6yNO5DmY_dRU87#xK^(1V84zpX&)h9I$
zU9;(1;@A%3-FxA%ods7O^53JL+>0|LQTuL=tO5}}oACzw??d-zbN6o$_A#n&xAWIM
z#hO0Ze)7_ve2`ys%2P>C99{8T>7W~OH12CzuTkOM)13UQB?&9X(&bt0_4*#(qTB!T
zZ1#4+9?W=Y<PdmieRjHPDVGPF+qsio)wz?fzP>V2RsfbXChXRLJqkXRpS8)vE!>JF
zRN8%h-1R}Oy6+x|yrs&!caISva{cT0TFg9-)&K|mZ3MtQo5gi4GSKaSx`ESPbCx`y
z>8CrK`2F|e``ceScf6Y3I1pTE39en$UbO9WfGrWbqn~HZpASc6^SVQ-p;wc>i}HQF
zhlIJHsZYo;E111#A7BjKzV~$!WNkK8;#iq)hl{YJ^7`00?wB80zdcd6aMoFt@cx4>
z!Icd5CRe{5JGlFH^vT#Dc<ciUiLyNbYzgajB7PRT19P7GQ%w5q{`Qy5>&4WIU*L;H
zZsWhxT$@PZk6^xO^Z2>hf*wpl9X_$HPpMj{8mx@@<knR!qfC%#?+sEudQLM#@1MiE
z0S%~Ku_P0|JM&#k-+|qK{;M$SmmzlX+~@~LbxGC_Xry|ooHQ5UIFMr3`QCft#niFO
zN-O1zWm!#AR1&zVz5a&LVB+)U=&1r7ubkGfZoo9M7lOJ+%gdsryQz71u|+k4-Q=To
zEUSb=f0oIXZsNbQpB#6$Z>3zj?t7bZvib$>WjH&5aYpk6NLnK3m;iK}q~}5tNu*6T
zI34G`@o1Bi@_2SBca`+blYLVj^FR_Yne|m7pE~>b-nWg<3`ja&75`&2CW6{sz_{F)
zACz(3kq~jC#rSLQ4LU<Il-ueU(;G?0ca&AvKT0F*Bv%^)42RMxOZe?Ef(BjjI_ZOC
zfKP)*e3?SQQC4hV6+O2+`zj_33}56@WzSO`Blh@G(O%KUk?=hbapn%0<KAoI4w24z
zN&GVeu6qY_|6}%3SvyVC(x!#9h~CQLmXoRNNOd=2;FM#_-~1!&&Qb1x)m3$d(N$Sm
zdwqFPUF+Gt347~5^F{vpl|>2AX2jMN&7GV_iSfGyKfILb<hKc04DZ5AV=i0V6E8h>
zsY931DG)2bY#*MQfZuqcMJqTpZcnIjo~$^%`X^+MpNbD$Y}nK=d5|Cv<J|kGfoMhD
zR@^HP5Qvwm?YP^<(7auD`+9eLxiUynVdEODq=ISbpb7v8VY5Hk08g&Qk?%;;`Cg@y
z;Wk|vl_68~h8%%-P)JFYyPzdE+kR_EG;(gdiIeOAIP32c#GT{Cc|i51chsSQ1V+nI
zOdW`nC$7UV*^f8OTX#;CeuIu<fT^BpC&;LUjZ+VEH&GLapg^rEd067ymmcA32_%~9
zl99hgl}hKN%)H(X$k|ee6BaOHpen6G8*zXIGm3A~!WdP;zs{eX7$m6A>w_Ce8ctQC
zvMx!ik}n0hHt6K31t(74OC2b*&?}eknAyJKi~8M{)+;t+J0iJ(4L_E2pD|}&jGt4T
zb_E<**q12<5AoF5D5AM7Y9$<b9?wj?fDME0$=#evX?UsEPA1B1MzA(%B}ED7DtVO9
zam}sJ(4w&6ao2xu*wK!&ZknHBQ+lM?J+%+kR841khAzmTWfz^Emyb5ReMsJHfeB|R
z>#Yg?1UZS9U298Jl(JLu@1dd+xyDqY%RN`MLhGc8Q~dl_IC+=rtSiXzH!G3X-@mXC
zR8#kKB)8p@WyB@7-*(f3%^}Q5jgXz_zvNcNbHzUg1qf%LM&YqlC4(MdS~(JC?a_xB
zA{d`>Q@`7`ufQ{kxB1P2%v5AP2Yhi=u=8ZK4Uc{4yyP$E*HxC^mw2+9rIlUe^-7%_
zovUW*OjAs5Dwj(gs+b7y2}`Q+Ef%o<vMbV^Q$QfseOIhP(!iY*X>iYQmtB^|#V0-U
zd1l?Hu2(ZKeob|R>#&QuZ@hWZIc7B&^-6&@=u^<a_YZkFZgr!2*Tod^mb*4ZU|0wg
zZvIW*r>&0bsv;gVe2M0dOiMpqT~e4XmlI3LUWE&)5KyAeN;P^-b}E8s$8*L9P;{=F
z%^Szs?AvwuW5UU1J7SK&_sP5@urvQ>@!@a1O!+NCis%Qi&mk_ah%e%Dh{Zx2GgucX
zU6!o}rG_Tc;|s!1ia2MH4p`9ydP`?k?)XTcok$wNJxcukyBBnarhI(6geci@Cw3&Q
zi}?MK20=Rsu<Xc4?D(95JS#&yE>5G(m3&JqZ6FS&6!3y(xtz5MM}MoSqUc@6!)hvA
zQc_L7pxA}NZQsYHC=y1~z)YrtE^S6-VCI9XCS|Wi`+oeb!b@~TPYet^AEy4Z&ubNM
zY!JpXCiYO~+F4zz{);xIjCE~yO+^sBpf}o(=QlP^j?}`qp{>i34y2V59h{&|m4U6A
z+<G+JDpxmHd}d~=ej1ojyZ0%r=Bm5c98q7^+q6)AKtz{l%{%UL2;Nx*D2r5baA3@`
z8kUm^TruInAW<>*r=I3mR>(8nDs^Xm9zW2ie(ghZI@ttWqX8w07+NMBB}9RnS%AqK
zbYhV~&y1OID&GZ3I(u~0#Y@hO{N9+F25v={4>lMvmkS7_b2RT08)>t8cVs5SW0g)7
za&KDF6IoQS<bHG48T~}Z@BWBgwpr>@S)Kj$wBq^$JZLt&o4$!4t>f*@I%c&jm{!Qu
zj=jHZ$}&<{CCs^2{!C5)tnwnwL3x>BS2x#kD)Rj!OM4$IJ5Cx&`>X0zg2X*HTic__
zhq%oVP9v+U*2912>+Hq!U7_WCxOw4_5gq5}3JYar_ZXt>ttG(J&|)qtwkAizaL)Ir
zjW3TEh**eFl_aq{FG$zR0qlD-@~p8XB%?r-OTwbq#?gtRJmFkC4bP6z2Mj$Xg66fX
z7&<<RJUazlQOKkkY-c8a(1mvDUJ`sd^f>L;kx+J}qDWX{FJ+9#${1W(iv@ds1eO&N
z#iJgc6Jxq927;Q;s~(uW)Y~lC5V@~bD&(0_HIn+V%BNu@vygh0RR;fJ#L%dZWAb=g
zc)|Md3`X<*WO~Q-yBYR|PWmAN<6D2&rDfl@dvVH-uRbkp?JK8ynY*d7FI~*fFiUt;
z>LyQTmvz&V=LdRzd`z+wz*##fZJqS`yK{)^{Z_1~2*bNqQM?T|-n(P#u{$ao((o;O
z4ot3}iT2=QqtKx3?Y9~2u3P1J&XBUg9(p^*_uAb#**^W2MK!%2<iuJ>9>PxZZt!?N
z6!PJ0HZE*s@2E8)KaW~E3|tS(VSCFF|9CmyHoGc+)Gm9Dv!pjRpybJgkN;WQD%C4?
z1>Xma+waDL2DA#?4OGETnAqk-Yy)>o!weFp7ApQp7WKw3n;ThNd*5+6sAaeMUPSY`
zP53N&a5TF^Rco=XTlH-Mv}H+(Gjl6uz1cj2X3pw)En4*EUyfC@Tc-TQZBom?_|I35
z9#4%}7(5VqdS~KCkon5`NCbfMX8YzFW@{=99Jpmmd{@4sht4-B95whQpzS$g3W-XJ
z3u>>OG>{avm6m;gNcdJZE4zjMARorYV{WxeL$~4kbX(vnEPP?@yPeXLI{_az6u+t3
z+rVTx0#*1*OUZ+uV{Qr@IIr>X;x)d%eXhK-`z(0bFM6guY=+FqfldXo$)t2#>fDW8
zb>}l3|2ydQQBh=ju0>;V(lX@G`Fgy2f9<b@1$vo0;v4#wW1)S`U+g#gwmxwf4-Ky+
z0j+EFp1vVhd=;vp-`)t_UvT`jIQ0Cn)Ku*+MriMtm~4q=>|HVSKCSMj%7Syh6)nBg
zT^|zfe|+($zWZ-#`*}U_KtX=2y!s!f*c}lLv{q$s92?KKcYN*gr{S_Jp`wWDZaG{R
zbqA4MoYvp}<%Dx)*I7+MO3Utp0$%ZM97u%6Nj<??oz+Z*Cz{yo+#~0&Ay}-&5uw?m
z(EO-S^G79F!FHN?><z!B^V{I%mY-E}NnYrk@XDGjb+$A$!2qyOUZ-$CA8we)h-v;O
zmEm+zm{XJ}dEV1&+Xy*ngL!w~7^miq?i37F7Sz^e5AD-AkAC!{OEE18Gb*eiE*T_-
zRAZ5Dzgw$rpeis+t%%mvw(Ar04i|FiH$8-xhgbjFQ+Azc4Or52V-|7#-r7f_<t5$A
zW87!FJ#g1W(F`&emjx5rXn(AH9iuOM`$Xe))xeB1v7JeI`;n;q;edn80H$9zmR)zt
zq#znhxl-2Svf8JWS_P3Adab1bJL&gq7?c|ye3GY`yu`^hreRsE9VDOz&WpW%qGc4X
zizn0cW!?ZirXBDK9SV<!2?1gQW3DCxYh#PFd09GxrApP$d!GtuV!7)x5d&A;!}-}?
zCTaI${D;D6b#FpmMA0HG`<49DZiN;P*J=^9wT5Q6Gy}PZJ;gyuCpxJzBSCfrUsrOf
zyhfg~bjHjMCDiN0Hw>3{RPn$^%Dur!kdb6@z1J@NzR^*(EgJLzI)o)n$wN)bpz1R-
z{W9&bGVb9@TD@fM5yyUg4ENv%kops*ZVYv)zRKuHRn>`rnijJrNq<ax<wc%LZ&S5?
z!PSwL{=wFco^d8RaTYY8wWU*Bh4-5xPqJK&N=HfcNUw?kjvJJ;swW76wYZFvb+#M+
zVeY=0TKugjk5NS*DI>^pqqBr%yg}Sxns(%U-sly4<bZ)8CIV(VEX+eI@HdEeR73sO
z@{1Tqug&4j)swb;nXWZ%!}nJWtGJC?8=!Yh-%i8PNpDz-uc(KnO~%UfsGYa|>K~rj
zGZb7Mc`t6bd1$1Y7xi_uoL(lIr<j$?UvBK`n3k8WR-D|kj;i>x*52Z&4|!Ah4O3^K
zedi}N+vln!Ok<te`X|z)M=H0O$F(5_MBW=O|D;V(MUtx0NHp<LU&T29y|*9O8I7(Q
zcgZxIt}3i(8$U7|oe?&nnwz`=7{Q<?SQC2ASEaaUR5EFM{sbA(>C_5rko!(LCVuAW
zK~#H~bfzV)-4zJyyF8$n?|e5#<qn-}$GeVk`W=&Bhtrp4-%Es%;6LB9LrmYKX{+?l
zWFC&4)-mjx%&1F@Er*&aM3S!Lo1S}3Te2iP2{+`s+8}@(IelqV=WUuuGb=igtf6Ca
zC2Let)r@0&>c-voH_UZ;Y<0iK8Hqw?&BLe-uf4nyWNsB^u6SW~SY+&f6}=Nbtg?Ok
zhgiosW)2f*YQ3g+C3?=eWX`6h(>PM+TfgbF^3<NUk*bUNGnYGHSv&=VI!ny^7+T!#
z?9g7LRqbh;kecEUH5Z<{>2!aAN8#n4Sqta%Icswh{}Sb^B@EXR1}4Y{JyJZk9ZQ;j
zF<D^q%LJkqd?coQu7U0}E_|jj50hBvNi}qjoOQUc?9RKprDXb}N@qV{fwFhuBLRx?
zv05IxBN!?6XlJ2FCDwygB<#dIAzw$<aOz2<W#rHK5Q(J>uW3%?0zupIyO`<nxK)V2
z?R|(<{KZ(1B1nL^RCY0+AK048WBO=kuB*Yy(|);_hm`%rxH><!jMX-!L9L>sT^nkX
zo^LRgH-WoXsVXb;V$JI9#7$0=)jRXWa@mz|8uP`~h4lNjS+X`<*KEKMwl8-`NdvaQ
zb1R+K<UI*c+RjTE66Tq6eGV75ySJCK3};j$SK94Yljp35piSh<>5GCA-LyJWpF*v>
zLsv3+jJZ^277a~F_N$aI<oiy`t@y=g@fmlWnUeg0ELJO<Z95NH<jR0;%A9>f-$I)G
z%6;uS&*@hCCRVdnmy2{H2kh;f>7wd<)*pJA5V!?7OB`w%9lrS3f62FB{$hUAxpwTM
z)F5#ufTxpyuv<Q{TN<$Hxpvbd>@DuDL!>N-3+GrCzB+4eFMS_VY_=>DiNS@~yB5!1
zuww+U03n5qHQ75=oy)K&y(u1tMMFp6{WTurMFA4!>V6bmt+HoO<o9h$%_1N`)|7r=
z^@4Tt*TCxMMk`K2v48>yg1pB@Z+R8H)_GnIb6w**B0DC2u^|sQ^)>>p%wq(aI((2Y
z(;bcHKNmcpw!Qf)Z+<!nPY!V)??F&z;-9Q-;Usz3W_9Pfbl3P;*b23g`F7<!NHj>U
zOKm27{YT(OY2OtTuhT^5s!-_*8DA%Lva|d%XN_71z%O&Irq#{BwLPawRb9Z%$?k6n
z4tlj4C7@pAjFs{HTLAkHWw*A(ez|A|I-5vtGahZ4M;XaP+FA&Hlzn!8EG|l-$<eyj
zsoL;9dB-kmVpH{K%c0ct7O(5CH<#|sCm~?Y6JfE+k5`m_Ioaz1+%c}g+#eJ&oOygd
z-irLFXXt!<;YxG9Q<dNfn{;+QvXh3bs6O5aBuDi^U{3R4pSUw-MLv=C44fSX-Oh8P
zl#%zx?AH<kHy)7}WOlY+s_A$FKAk+>)jsM)sM&=Gy81e}#<=!7)@~)Z+RhKS_6}_7
ztl!7M1|!lwY1e+jX58zu7rjDu&(Ixkhevr9e1Z#Zw|1`L?z!X*4*Dv%3)eU&!1mfC
zc4P!SBeeHYKi%d!+Rt21e&2T!PWV_Rrx(lX5l{An4{pEs<oP<lBmUWb0k6kL(@%AY
zW9~#S!RO;osAsyXQ?u*%W21c(uM7C0XNQqti{Ph)lC8N$H{#J`k&(HVtGlnSOFyqs
za)BW*|5JC=;Tem!InBX^`~6I5m`_kN`Cf}RZQ5Nfx%+Uz&*1`*zPPA47}Yed&jAT`
zkKJzC%PWE_^6qhzGAhb{F>0|XG2-gYi=Y=ALBN{C7a!CV+%_P0{9!KGmqW0l13XM+
zamYaj%V~TRZVJ6K9C3FM2F>#Q5)F$u8e=Oj{-UN}cnmQrkMKoBeOpf~s%_>#gMK>r
z8u`Qi95Kcgyud8N0wv{*HvH<Z9fLkBfo~p1nIA)`7GO_~Z6c51>a&P4|Lcv%G>+4>
z3&&^M$Mk%Y3{(#WS-xEw8fB7ykgENS<@pe++XL@_Z){Y9?3v$8i@!zxK72)r`d$0r
zu>C<a2_}q#d9;8@N8d6`qplj00ni{&%<l)$=qSp}x}U<svK82U<CoEUFeCiKq`jy`
zJ*;#2!?MpXJJdsOcS_C&Lg~ATU>?c2!CbAP{1}gY@h|U3e-}c1zaiATPl728+k3+!
zT#*6Z!!Xg)C_k&H`_Yf&o;*@;g!x)UiBP_Xm4lp7Q9_LVYHl}tjQPBSu+DIZw0o3e
z6<jCjhY0>e|Lut=4#vBCqSOZyLxFAh0Mf)LNxm38x1XY<pH^?{74d=6sBkDF_A2&g
z@?MlE&KJ`xeeZ3cm;&tl@h{;+m=YGCJRIe@`^)$Ammk%sKila8q0@)*r;l!)23Vd3
zx}83La{A=eX;9{AuyWaHNb~8_q0`WX)3DvsXQ!vnseWVGe!md<{ZjsS_|4xDmcJw2
zen&m|{p!{4=*-_SWxr#af5#2|R{y`<aHlX~QCejR6BfIqP9t@LPDPPbRr&vjg#%S6
zVOgce|F&ff!X!<eiCX_>&;98Qr)O8hSTz47!@T-J+}i3~|Egg=1xjAlK$y~*6}=;f
zyh+)4m;9f0_}UF)3LO4FRl_DXtSD-j!|{Jr!zL6p%w}Uw8GrvzVU~lUhCTmP!(2}+
zC~8>POIy%i^MABuZ%Kz~a6R$jeCo*_=*;2ga^1sK%Ea!!)Ucabpqqi8x%ZR*s9_8y
z)XLH0zlXzYp~)P!FRoJN-3?<E?!DyqdUeGk3l&x^;aaW|P$ffA!y>8na@iIVai(06
zuADF2d1GDp6P#ocg8xH?d0yDx%s0@;H@Ta7%kYi9Rf)D)kr@RJ-+K8k9M&oHe)R6i
ze<HIKLHxgVX8*Or|MFp0iXG01xtx;1RGPt-`;I%Mgp<;l{Z|bav6t6fZfRgDDQ9_A
zE1XQY(p+(a!iNXnagH`{^);{#)=U3iAmYAtf&bctPw(&>ZZ-OkATH^<H#KarFyj6n
zL9A%`-_&M<u-1N9KmW-8mJjD8Ta_lbRa5A2R94pio|<i}Y$+<v`7b+s_^EMYwX(CJ
zZ>V!*h+>CF-}f!d{hOLyS(%z94R6iO9gKZB9Ql_If7<;|aQ687X9^##?;-xb!iOnL
zc;x>%6J~a9bp?h{^XNB}o4lrFk^=)a{?n5cKh@@ME~Raa`7b8yLi`UCR(tf(1t|T(
z2mo;(OaKCexAUOan*Y<2b#NZTOPB)8hJn{k`$sI?j8#;YMl%V_4;RJD*2Y_ZXgvT_
z;>KWDDQUpc@C|p}S}xOvc%4*9Dt57+hrrPcFKWEFqPsx_iib+#L94|eI7pzGtJ!y@
zpy>7~?Uz=+IohmiwGsrSM}V~!G8;D)GKYBFN#$@~H+K~@x&*-qd_7bNp06qU{2?jB
zmUVL>ftd(`Ky?$J17a;nQcp^BjY6o89xr-r17?tqXf-#H|1x0~X(I{~4yD1D@>(Ec
z_i|rA1Al0{GdS!nqqiFuKE}Oij4FDi@@tsceG3j*M;p0pY2V$Ig%;z)H05#OA*wC>
zaR3!(#xxD5{jChUNk~rmB-(1gwsuGOaxg}7_#;|Ti6VrBn9K%171=))9#7gu38mQo
z+IQ18hivpqgHSj+7J!0DqBLmr+GL!cIX@8}>H0_*a0jBt2#&lznguW>v9hsp>Dvg)
z_y=;XCmRL*-TlAo$^K6!>|M8I+yf}j;k|0aN((Xe(OL56yrMB>%ufsys4-`6MJD{{
zZ!q?LN|H9Z>vGf#j#NIXKa;>YJHrP~wdIZ^BM#DOAlZgJAVsZ#yPL@YgdPxNHMtA)
zEtjN_pef_8v5GwR@1<dgc^j~OvBP;E;$-()`<v7+Hbt|JaTmQC3}%mRT@&(f*4RNA
z>x>~9&-=&Z8Du^V7u?s%rU;R9KF!H$G4Lp)F>eL!dpRKBmZi|R&@FwM2Cg}XiN-*@
z)m!By4GYK2z`4CEJZsVr&g~3l5FD*Temc1w&AkHqV&M~NGxTM8@y@6l(;8g153T6F
zo4z#z8=#!EjvVXc16x>38p!W(cdR`HU2<sENKV~KNVR>QrX>F~z5kEKH>d})w^FQD
z_JCBg)b=UYB-uHRG$FVd0dkVw{9eKD&~_x96wr!}$hms1@kyK%j2Ysy`1_q%?n6K)
zX$XF9O;hYBKi>C4rEAf!-E~q^f`+iUqRVxZd|~yR=l##GcRzqQ8?ldp7&ojm{GX1D
z)*n7mqR%;Q5-$^O%s?^D@JpQ2F0N`REH&=PLjA<6<+x$<m}gWRITH%Mm8l-z=cWzn
zm3AGb{lG2a1ZN)dgh-VsJutpSrrNg(QiC<8go>-Vd>&S~jE>|`D~hU+ihdCS&*f7S
zj;3M1a`b&yv*Fx3Sgs>}fx2Gm)A+s_q9dhw7z))^1X9D#Z#7TKrd&5Fck)ht<1_j|
z7lt9ZU)Ts}EN2NTJpP7@HYmQrHZrWM^gS6DUwl<aZ$#hbdrH>$RZHwVv(Zt1YR);c
zaG;caUYb;zozjk>nKiS;o0OZi#d_lRDNOi#S;mc?o!bE(xA%|VU+Z?EFyWDGr`rB3
z5egHYdSj3#Gjo-~ge~7#GkGRbm~cEbz>H{kxf}}>ckiJd+<(d1LWH7%dT88%V0O~S
z{LW}M6)%k`o5ha>zsU_yN&n=yuuoUmn&IV=u*x`lmNYgv&mb!Lo$)=!BK83Q`bLDt
zGzQYg&ORZ`vxkXK2uY(4gzxj|{(Ys%(#t3;8-cVCjn-&MV~hX{h@mx1O%`QX6byAl
z%}gks_Z~};LZq?DyI6CKbncxcLHTwLqX#KJ^1gWQDwiqE1-*Y$@Uve?vf=O4bLx}J
zkhK9x#!;F`(b+=!ggtE$QQ9~MnIiTz_nY#Z@7oe*i-inDZrdusv${UMm8sb`d^9@q
z8f0ExhO9J679A~l#+)Y}bf7q$ZS?qV`sMHao@!rP=fXnft1wV64I0t;h#b}$Mkv5`
z&C{gi;Ykq^O0Kx|HFhD5^CP2Jpoil>)K<o{a%IY2Dx6+bE*4463+rEea_&<!dURJV
z|DePBI%<Wc`u(H&f(vmpRLS^VMpJc}PK~zZnMKQ>Y%Oo2n4V$I-PJm?=4bgH7#~sU
zjmwwIHCR1O*q*McNzCPL1XMmMtej-)->CcAP^<c7#5(LC_4PSzx%<sC`}%^$LdI);
zUed9&F5^Fo0`q-*{GLWL?KZuQ*zm!G**cz4pAursy`P_%(GP)Ipr9zx0J_kPN>_{e
zKZn(in{ShjEPhwJhq*_IwQVMH_VvAme)IP5vOWFII&j1OL6~jz%vmoxYnkvt{Kd+|
zkWyn_s*eyksY1y<*h0RF*7q3K?YS)=&C<whUu8S7vMF3<*?CRX!$B|f<633bfCRlx
z=2NBE%_!?}=T9ll6M4>~mluiNgW|ZY!;M2-t6nG7a*w_$7gd_Rjyq9OA<oJ>=-s*g
z$i%Oq`*Ef^PdVPjL<SUxxor8#Jt1ZcHU#V<wvldZ4FQ5*ta?_AXQ`cQ45B{Yu#nhM
zB4u<6NB&GV6?g0r44ICa_$uns;pOlTTV1!&BPD0X@W8r16aMs4ZWoB<D^D}4FZ;@A
z|Lkz{xO3K5*XYG_tmH1%EYsClay>Jg>j*FUm~}@^9y@Jlw5yr9*5EH6_&n6!7PUBY
zzAE{IoUUp?Bh)%;;9GYivFG99JpV={yTVf%2X~g!jDbc$@gk>c$LO1RH&aW0V~Z*$
zdAnEIc!z4sbbS5ZC)#`nHVO{5eCB{%k^Lkf`0nZEQ+L1i#WIx-U#DI;xE3;8K#yiy
zl9JaSC~8^t3Y;F*{YY?gZw@?opfjlZlh@zt?GsXS*xTE|D?WJ(Ih!g|jZ;ID{9H6V
z6WZ6?k}Bc?Y9^K2SM!gbWQTn(|Iqniw*>rQUv#CrzPX<e<rnKzxZ@|Svf6L2vUSRQ
z0=O;rUDxqxM>^TM<+EnPLpQmUnKqaCH#tRo&w`^X41QQWSv!u^J<l9adrF>FtD7)?
zGCfC5T&n8LojL0`FWV3G+x(o%K9$iHT%;0`lrlSKzW(=i>qJQ2^Odnb=Al1tSSKp1
zyZ!^%W2T;d4z$9;g0S!`EOiT(b`eYe8_UT4g6aP^Jz3Z-Y}O*{E{4KmXljoUIY>m#
zF`^blQ;(tB+<2a=z+8WfNJAphP;m|HaZSRAmRqr9<^S?wk?H3-M0f%!K7j~NI)>M0
z#f@aejkh3j2yuGbaY8-tS>gDBTk-ut@$ZJ?QwWH01;mCh;x&q94yFFyovG(mLZ5rW
z;$q_RVtfh;@oh1oMFFu@9=j{d^v*c`Ksf$jF|q%5(hz&nhHz5uMgnC;z04}{Ps^np
z4Bh!~(jjFJbUz88h&#!`L0b_U3W;+h96K<1Q6U-7n)uIR66g<nEeOZ0h>$=ea%Yoc
zKfzNjInhx<wj9PON=u1Ct%*zJDF{k2b|mFgAyuZ8aSj<z!DyeeQm=U=FeB2*i>ZCl
z@e-7a-r4E78_734SZ^;u4YGl*#Iytg+@&>Dc_dNDBmSLmnoTPrkC;+-oNRB+xJilc
z;@~0s(9l-6BMxX!fXCy2ZXOx#it+Lu$)+9&79%N=+362j5!+UoAb$FoV<<Zs7=nPY
z;WJ~1nfLagaRj)lG3-7z%N2kt(o69aN%p2_bdJnqy+qyYq)#|F(*}SM2jl<%b?})S
zSfC?5^LaM#J|-^?2fXZ`BVe5{tB@nGpE~&`$3`SKkBBHBAo9tmY&sF(dUh_oF+>Lk
zWJ4D8apYl+p%@%xdlojPmt~KnjMO9)Rlr{crzT)CV~vvqtrHSF^2J9G`Ka7Y|3pfB
zRtpWLfMWPx00SDLMd5&y)FPpPQaX%4z?eLN_eh0BA{oCG<NtEJ2}0nEt<%L2nF|&9
zVxx#h`*Fc2urwCj76Vq?!0VtO49EGMh(Zho#)O1u0W$23i!U2f9(`&Y256)gADo@J
zm<6v@OcCYCU81CHmk>6i`59RdMHCo~ERxQ_E1|&32LLU=znc0I2FQqnXrdt$akt)D
zpmPAdNm&y=E*xKi$M~oA{ehYUCy*)m-$g~dRplGdD8f!O#uNuuz<?b^i&RlyTn?U+
zl-0tOQp&XjHV{qDLSJg20|sV~fwAH$S<%4$mV$Wy>==9^#d)&q=b7svtYS-|+sfnh
zGjV%V^2T6U5?F>pjEyS>^ug&$V1!Z;C1Hy=0KY!S%@u`E#1iX9?tKi*0S#2IEMp<U
zt1962N>zdgSd(Xpc}`VaWyx}DKJ*~E8(A%j1^501Dq!Bq;;R+>t0@EV;|JhBm0&Gn
zhzt_K$XMV<U8aSEP+t2iNFWCi#)5)TLYMc^!28(DB9Zd_ih_&9*Gs|(Yn!@!;+y>A
zH}P;<zGE^FX$<c1td=F!UHk=}Erb716I8MFayei{6hs>hRznsr62Ww1gfS5qyFZYH
z*s!i&`zR;#K%_k0xcHJt^1^R;DzVlkwj8`%9+gGQ#|XNDsph9>q?{&sbbZfXpftL=
zS0C(nP)~uA1^N(0G*}l<scBr`p%3Iyg6YQrZ^r?H^ztx(47a7%LNW37XDv3Ocw5f5
zky-RtP#}H)$VCh!p$rm0){EepesWenSa~at`d1%=;=t(KB28n63ZRSy17t@R-co`^
zR28zJU<KK51M5Z|n}o%3_{U|qD57;Zx2{VxdXfmd>JP~J+<FDoc?DT5Kt_V(2u&h@
zdU-6U_n`A<Y`r`Vj3$8<k&vo5@JDNiHnCZS2!3SKUJ+8rwgIg_fZjWX>ev*&6sg@4
z&FWXKOUdo9SEfljd$mXe!q9+%vksw+RskI78mdzm2bvM9zsA^BeEV&mXxFDWuoAHi
zp%4CI3!y&-Gi(69R#pBu1F&u2cm6^{M>6fvRRiv?|9HGU^C*X`Hi~|JwT=d8h613-
z{sLP76a~6Q=odkDA~8J+pF2hHJ-s=dy`EhPVik&vy$_bFS^jphRrXT6>yM{E9UCB%
zG4S?2lmp!uu9v{w{#tmsFNvlpNP%8cydOpw;vx_sL?HPJwx5X`#Df~Rh6eHD`?I{N
z`LG}<%J8^xwdHw}lxL9wx>uXjrHzEBAA?oUgRK5Q#tl5ZQpN!S=77n$zX3JY>v&t4
z*<0QiP+d~zPYlW$f)Iuv*#29gfZ)7V8d?w%4dU?!-HvZX9uoyH1BsLzop-gLS68km
zK@B&OI}T<rhNz<;MsYv}Ko$!l<xQs;gUKn<%fT4GCR8WZsf?+IzUqn}Yme{$u{uUY
z7}Cxg8;oxqs2(3VY?a4#0w;PDP(^Z>E~Sn7w_*?_;|c9!uqKl7caGOV1J}<1myoZ&
z1;0BIf!+6ieT}-x><s=@f9NsyD=8#-sy%NA$~Z-J{Qi0k@M+#KCvryUn0OUGE`Y3-
z=OI~)_b6hz)VxL%0A<<ZBPttUJ)h}yZlG7}^d<i??lyP~33_=08f0Ay5<%qqQ$r3B
z1;%56!cbBB`PRcBD&rZ?&LK`Th?Df*)UJo2qhA&Smi3=e_bKY}1m6qk$_gPo_}jG}
z+^dP2rWFNV#>^RfF5vbA{?)6E_aDWeJFe2TV#1c3Iy?Nb=tX?yU3~yL-T*GbJQs0{
zp8%vH0EMt1VgDHc)B^YdsLs=s{I`TZ9{g?$96SbACxIC+0L&M?R0kEj6PfogzyoX8
zLP$2B7%r8BC;+Twk?H0$Fo=5+uT}wcCP?tN!=)BG04K7a6SaJ5w|xCet54X>!?oqX
z>ZV@(wtJ#Q2)YUxd~cr0sE{4xy7;J%XHMbav@@>q{zi5^=Tb*@>afCEf$<ux@7f$G
z&fA@S3BQ*AW$k0wlvW320B7cU=khfI@G2H`4Kt1!TbA?x*lR<2Jh326d0#jO`<-=l
z(LqjVfZE8>0%~Ao=&G#Uq=8ZuQ6xDDgP`f!pmSJD_g|y*Jy(1-Th8BWR&SOY4)Xvy
z|H+#fv;(QB)?0X2Lp!Ubm5MYu+u?CtY9#RWaXcd$xF$;ZP=i%emdV=H+G8`z#mkfY
z5xTzH<P2j(m;<5^zw{()&13^;B)Kl-1K=j?QQ<&B8}pom<(joRhER~u(avMKiS&4I
zzQG6o18}|_#OR_lKZl@0DtuHq`1kg^KPylN#txtzBJ^lC9sM~SfT#n|hYfE>J==?S
z0K}=SbD=(7B?1#vJ_;Fs6!zao*_M{Be3YXu(`0PVKU@*6E^Sk6za$0(s!cm%x)1&w
z{B12r^hbmxZa;ta8Hd|`S@5b~V}9Kp@QijiZW4I63n)x#eOt3G^labrX&XlWgH%XY
z{_2V<KDW!GmqowuG75Hi?2}YprFIVRV`An`;&x-fw*y|9FSW0hYe1LP*6|Xco-Q)b
zh32CWX_(c!y1Mg_OfKp9Tk^+dc7}dh6>z|KQ9Y$!*d9mu*aH%MrnL_a9B}YgwkMp9
zpFh{0;23F|IzE#CU)Sk|!|VW8kULdjpeu}^!_H;3FJE(vx+Hxor2clP5bCMl_9EJk
zJ@P6Uu)zDq#r~6ngVwM=PqQ=e-*AM}&<`i`=xCF#OH%nmSJ0pt+poV0zDj)fdEr~V
zo!cbkSJa{U#m(<n9bfA86<;-qFAgn~KAir;)t5;+E$%+e-Z+Vfrn~!ks7-ub$NT52
zZlDMjRM7rg(hnR|({zuaLfMuiO<aN9DMWm(pvR3YIRM$#3T4irJj;cwWK>=<{wVY{
zA{&dyLSJw@Mo%Gs(i{#wGXTuSEk}Q-`&0W};=@;=T5y|R1(Fs5{jj3GLDs|`f1v>y
zc}+{6|8mCUOsK;g8DRk6r`uO=rAzT>2QiwKT5Syf_e@w%E%hFja^^+C+*25h$3`>C
zDi)*oHMJ2ed}?^KQy<K@P~LYIkWzG$zSPj|<o7plB?G?>(n>;8yDA*cj#7zcEF52a
z=L|{ISh<hUjBqDmdS^-7c5Q)Q)(3JezdE#&iWyPH$kOp18F>~3)V&Be{S~8=>Tk^M
z#)Wdes7|MB5&B8Bpks3MGFa4%pPt+O+IK)-7FA8B72pgV&rZ!^5e}TWW{?%(F4YN@
z%>3&AaUg;3W<keRW49Po{fP%U;@+TA+1ZI62i5c&`3$N2O=szZ^1C{=viW~CLf|z$
zngk^53p;h|qgVSMZJ!Go_?;D9GE)3cPnO{-Rc<#-;1EERW7GiCmD-NKdu^n!DKsL=
z94j&=2?kM>j*8uZ^Wy&&M$beuYJyH}Qs2I$=Ec92qaHl&jXOUHACr&`rDfFMe|5F)
zmVns3Nkuwt+G=bDOZY>j&sX}4gh%{;lcKm?v-qjFL-#bOE@?4Oykc$iGz3xUgT+Ab
zE9_c>%frKDlOfb<FY^@Nw6Vajz(4<Pxc|KCe=YkeOMH0WRqnzFrT``Wx=T`rG3{@f
zWDe>|{eSnoA_XZJR`PNGj;G?k;(rGOmuxW^r0T#-$X-8&T)QJXdrKg}f}69!((yU;
z*PDmbIxHydOGU<I1DAh@NU;zadW6KKf7VuTYx9^iNEr&SnwhPI13<OB<u#2rhK2iR
zZgePUP1$}J2wcGImNYw{Q|<ILwHZiH%9uPoEwm2RHb^iYm01IWNp03I^)qO(ba-v=
zL$n?BcIXBuuv0i(H)zvv%fddmvDqc{j#{D>9sL^K@j$^}<`YACb)nR2>ZbYIESc{u
z8u+e~C1u46`O9lw#`54dbp8w~Y;D<TJ+pC0D=TgDOr^et?#=i)C;#b^CYoQ0S-+hB
zFt>27PNY!#<Svy|p=JWym>;*I{h)Os%beXUmBBOlHO$Vlib|;CIF=A|@BVI+>+Ce+
zxlh_5XZiLqxM60UmI|qR29$aI6xVJBH|u;#YjKASY+g7t%(^iDXieakDn!2H@k-UN
zu~x7W=}9;pMsgE!Q|NVT6cecSMg8p_(^#L$kRuH^bIGp8s(-zdq0WqyuPKPb`gur_
zOn+ur=(68U^^4$lav5NHnMJ(Grt{<3h>?n`EmGW4Rq<nnjp@`32ZEf;FG?RRt*pn9
zuN-&&$>V>F4PWCuA-qE448qv@F?hl!HTu6tPZE1b$49Tav#o2T<g<YEZN)6pST`9p
zY1aN;)>?=I){MC-D_0WG^)30%W2Ry}R9Zp%%9TA1696q{bys=A=~mE>)KxlPS8&4w
zR!eO4J-x#s82D^ZTL)#bi*96{q5Wd0*9YJjX6)f3qZmI4-{am<z<UoP9l86RozZ}o
zS!;f-)1nR&3IT*t?^*-W=N?)Eohwx3a6=~#W}9K-8}RaX3F@=qyuXqCijUu?2AkmY
z=?Aht$X?Ro^S_5kWa9YWxVz7&Cfk3(_h|$|7wH|PH<8{6y+i07>Ag2m0YmRaq)Atb
zAiZ}8(tD6z4ZSFW3W|bxCeMEM{AbUsy=Ts>b6%abvXWPMlU!N%%5{IP?@uux!CMMt
zZG;*Yc_3)0x;~Y3xh&d2SFe@o<mSjJf}OyZgX}VtsJIA!iV`F7^W&0s*CDv3?bV>;
z5YB#8=q%aFbLUFuMTsUmc_@a*;2={~#qVXo@D)I~G>P~wWhF#RYL1Y1q4*~RwtKG}
z2-c~R7MeoCu4(CrW4&Xb8=OX@(8}oG?>zcDyRMUa8u+wq)+fCT9XgJh_AZ7|p=dC3
zN}_&d4(0ub6IVxCa0{6^KBOvWmq4Ku97A2JZ2P`iVnlNOo{)}Da6y4uY~^TL6eXED
zhl`wUw{az>1|g$RWWN%cR?bB|;3s&HKqRoMP|-I~E0Q}A6Gv}oajtv!B{F||ZC;1o
zgv^`P-RK}mAMd0_DMis)TNQ}~aX~Y)J<E10W0W*z8yj7rqIR2lcLfvEv>fO;hM1Jr
zmowUTszS}7l9Rx(u8<!u2`!gzj6Il0V8%7Cq_}nYUWzbYezt_(4ieK+qtH?*RurF{
zA?xVnsUOs2ahP(~SZx(=c0DB~#B`a8kWk*CN#z8?XI-K$%Gs(6ZJVc)8#){@X!k|Y
zK7JC&x*z_x-_&H@Zptq4J=>DY!4_<OS;0ZOFOg|N1(Rj>X2r`y=3`8Z4J}??CXi>3
zN}J{?5#%zUljCI=srqtM&xO+_YzZBO7)Jjvg|Up(lJy3;7+y~Ba&?%XEVc2ak+#On
zyc=_g20lfBUdW+ONNj8O4k=ljP#TA|J@Z>Ke~NFpWnmN__kQhHh&3MWm&R5wk~b?a
zow?j=kl8q<A{Tu-D9q8*W)3Y`nL1K^z_7dSC`|KZ?EI#vEOTm;oaK^R9atMwQ&Y$D
zQZwa2jJI*sQRBU;aS~E!AOqzlRJ{E0duO$vr3hk$1}Zw4`*uE=*(o1e?|f)11ilX*
zS{HfvKF6x!H1Ph`g)3vc#TYK4@J{!~UQ;$I{4!89B%{zNpO<Vv$0xvEY=$FFvBH>w
z<RYIDrCR!}lptDA>@`u*c0kqo8pqJ+g9{BDf?DVH?*B-_oho(5B6n7f;Jq7b{_bB9
zmF*z*_f`JW&=4$N54tKMr1yF74(YI01WV~7Sd+2<$0rF_^Uci4JBjz0A(5yJu?|x$
zkyB@y?yVS~Ar_2)ZxX&1gQ?#m{LS3SdwagiuXvN3+h^7poql%<a7rd>;q5(oHc#MV
z_qfNAInY_BcUR(pVQaXnFWX+jI>&yAvxl0yCsq5t74MVhBB|qOQJXgvyY=L@q+egn
zg^fv$b-#F%`g;CNW`6Bvhk+N;iPw}SP<&Of!=K(S^5w>f{(0f0)=+e=+13}axu@Il
zl-}9WUlV`)X%rI?^K7LHALwD0cxyn3vZcvGsWr;<9H5|5<G}N$V_}hR1ft|BKZHKy
zuubSG^KKc#HuK01`JCdX1?1G+iU^hb+IO`5RpYw-V`4ClD&zxgUQ}^5%N%iHQ|tb1
zd#bmgeAmW|@|$n1h4{p8!!Dg4{hIo?{d;7m#}Ntoy&I0<9=SnOPN#jEj(mH@^W)VM
z`Ht(q)(1&5OTrHh8dChNKVpZvu9+3dqZ*u#Lo*jT?g}UESk)D3CKW1n??0=$(jKVv
zlxGfAn0Pq=D~$GaYrh$S_oCw-UFY5b5QfPVqo*pP*idb3@FV+zPYyEDQ}r~w=_A@w
z1g+7q^4^I8g@P#*BV*#`cT^-0_vp#E+cPy!(dH=A9$n=xl0IxCdv%jSmo-3Nh&o*u
z<YmO=?2hrsQ`(3Xo1>-KP=>S+6=~1;R)LcToL=w$;!S4_9e`yGNS4Yow!W8IOh~>f
z{P{wtajGN=CXc#@`X;0F{bjQXedk{e17bnSlE%Z531HsxA@$lJT0229hP?9|KJO1K
zR(#Umjry?nRP?R;1isO6*UCy}fz?!0)nkTD$`kw>qbN0iJN7LSJuC&heP-V%$~J(N
ztC7O{nIbAfOP&fwDkBa~D$eBirpBX5jYH<1)Hm-d?*vuc3d;&_w&~xFDD5)>aIJdL
zQQyL7Z}U<Atc2vDG|cPa@Mtw4|KRERgNLGB`^x=~tWitfM}5PhB}1bns=5L?;Q?6d
zQ4-?U7KLqh_-Ju=_pFI)AGfLvYxh2FRhNN}gfFUxPpg|i#!Y%91#49XiTWjox^?(v
ztfPe?K^h3+(a5Q>>{^ZFeRcooasOV){z*R8OZhvV6*|KYLS?1nr$=AvXwEl+lQzfR
z@M}pTpm`~p&WpGa*c@{F8t#RonbRXXQ>qVj<Vs`}R0u(3ms({ylh3Uu)fwX-VKjDk
zI?@Zo3V3BaR1_boC`DQ|`D;(SzSSyInf%S5ohmvNcv&{Cp=}i-tSkGl6EgWkMOJBA
zjkQs`AqFfN3YM%w^*N1@Oe-tAq0X3kaF>7L>yWDO{xDsFdI@B-7zi4RnZ_=vXjPQ!
zNcT$aDozbBD$WE|#DsASS-sx8WT{h`W)DkRkewV)nO-EGS`Hf~p`^W`C{K6P=4O~^
z3nb+KHZi|AX=4<H37g&tn=WU^ZxWql^wNs99J^RxnH>hkw2D36R2^EJIStZa4W0g+
zG8dkr|K(PXk1?L-Sm|Jqx4m}eYxLA}BgLPKTGxeh*D44}4QOAlK9kC9(|5jTcKy4e
zb1%ZQe@ttERApHaQ4rl3_RwiRF9hH4d)J_r2b<F`h-(Lf)b9^#ZKY`c+((dw>yX>b
z+^Ku-eU10(cjF(gSxV>mL1F||iUA3gE<@csd-$}Ioi1bFfVUgyE*18n7w_DAq7MLF
zxE{aZaPm~9vLS~mf;0F7G5=HnP#z2GwrWAl!u2zUtLKJ40JDt*fl+j-Xm*s5<hYTO
z+lPmJa^4qso`gMagDO^=I!FBcZP5$IPR5@JXOLhr8C65_5hHd4+Ue5h25fxZqsjBT
zpG8iQZL7gUbmG2Fp8yk@ZpKKi&OnxGUT4V|7gKHWoTczuP$BuCI-+$rp?f%CXp*Wg
zJF~z}Ze-rpAAp8(VvI9Xn&sFBzgaJA^x{r_8~zn({AlDJYva7VjfumVk>gB{e})P9
z)O5z8<_6^lp9Pa2q5~nZ#_B~t4sug1DpOMdQ@@#BToO|cJCkWC*3)KW7FVw2v1Otz
z27kh2DpzFYJ7Ts0Hs-lkoWW<TY}3q#Hyn&NV>t3AdIueAV=iZdj+<HGOjv!u-V}H+
z{m#o^C~)48!yK#<m3OtO#S!OAwU%_(Op-wk;XMCtlQM2|xRhfR9JBVSXysX-MJ;%-
z>AL|Xl@8&|lKVkrZiQtGl_`6bvAybgd7l*g?0sULp@NRSfr;6DFN=4v+N|bL>?q6H
z8Oyphi~4Z!@a)yZSn6yWi^pN=k|X9(u|}_EEIXX7;<7iAJlnnPqNXqP|C%=G^EMd3
zv-B|8h|RX>P>sqEur4GqUa!^t-rD9CTwFtJ0}++R8fI^{6`7%&H_T=>L%)wz*jVp+
zZWf0dwZ=}($Iez(Z4NqHb!@FK2a9{>f$qhazGy|Db&cnlY^<|PkyPe)6m2F`*Yf_@
zV07D@mZqn=Mp#w14FnWa+iW_mtx#JwvURqf1X>DHw?YbSa;VH7%5H1~+g8$kY%kir
zk$ZG`*5rK=t88Kr6g>4q*S7i3T6WzQxShJK@8h-&#tCKoM^_A+x}{uaE{?Y)f%j;B
z%j!tLhSVkL25;wtDXudXL#VwxYh$!uw3Y0<4O+&~kedG{*&(0(Na6Cpe~E(C1jmG}
zas+HP|Ew7tSm71h-*VV9Fbj4UsZpq`jK*T^t+z19>}6bx_TfB`gWKW0nuE$qI|WKj
z>a878al2#dZEol)(kAM}*^XQf>a)5lti61fk$<k&5FF=_S+ETB*&)%xh|W5khGQfu
zg&0kZJcu2c+s%KDVAjv<kV}yYX>0Zw%8Fn3!w*=be5Meo>$sUXEeCtTF8k*K8=T+w
z6l|ed+m9Y)><tpzaSK}M$2k-GZ0Ceey*I>&neN?JJLpo{q$JrR5}astbh^mi<r!Ua
z;5?u!j<V7Fh*i}mtlx8#cR4tyJha*0pK;_~04nH#I1qp!I~T#_Sb+R~(2NyHy>n*Z
zf%_NnhXz)x8UP5v5drh|9Nu0NR?L-h_>h+Rg`TN#2(xprDga`B_$1AaQ^-j-?XdNw
zLvOb8*o=#T-s{X1SI9Ut+Ek2D&z|eY(d^|8O^6#Z;$UVqGO{0(Qfy`7bKsV9c<SJG
zem0#<b>LIrcBlF{S?#2&D9U=;iFsDl9_qGy?=Zf8GI2IC(j}@ervvvlRprZ?!;j;L
zS=Z`t=UHy|WK$2^uLhWNIQ{hqoVJq?ahg~h8LD?$TQ7;-vaJ`iiu>Vqz~oWVb{e_t
z+$ty%ezsFJvytO-jI4AiP($)v==J1uc$-I2Z97FU@3B<wmM|Z?vVN{*h<CE{9Ch(R
z+USo}Xw6o+sdz$lyyLLr?F5yk2Yqp#;E+#<AD$(Br%{JZrrhzKRiJ?JxHamt<b=KH
z#M3Kdi`UG~Z(ItJphwK#Ar|EErhZTtg8hw30{_*M{B5tU_S56~(-NDx$dEI_8mJLG
z*253Vi}X62B?uphWb*SIjyNTzHqm1~-Z^||0gpBCi}kkyd_7F?)`)AK`joMK4vZKJ
zm3J4ukM{)|6F}g7)9=fP_H5HW%WL;A==Ui6(sWi2h2SUpA4gx#x}5gUAjLkZh~N>?
zBzliugtdEls2vgD``=+n^u7S+q#eqR@&NSP$X&lun_Vz3pMB%B3hq0-P!nYs@P9#z
zuRy+gwe0`+Gxjq*%ePFl856;s99ySC4{wvZ-#Ev<z7XsV9E~h!58y8$8m2n+{9#cZ
z($0tf{l)kk<-5bt9~4x7eG@Gq+VTEwTdqZ~5Gd6^6z&{&{NwA72yxMsK(0A|s@;@)
zQzR-)LXjmXll$8{L0?E`<bmy1wGJW*eKvYrQNs*CZ-<ucxa>j4Q5>Z(Tn8b@u6m9S
zI3<IP^@DrzytE!)nc-`weN1pcPx(vwS<cB=tt9xn#d?j$$z%9!&Dz}jKu|jXZwA4m
zxr6{Dl&dq!K_bMJA>J)CDuEl{sPsqb#aO&Kz_lvm$=!Hfl(AnaR0R$ZKu7W0Jq{^}
zbI*ti#L{{NkmCzvK;4iaUbid%qb8TT@$!BIesG9~P^cdPzNBz`AkI}MJPvvMI5Za;
zkP*j^0^tU}x+Fk(GlHM9)ccQ@`(_~B;4xyQahPs`xb&a=jn~No*8<~lHa|mufba#)
z!38WxF+jWzeqz$&Cj!UUuYT6bH2xAZkA{*1xH6u+;EoqSett^xbVvB9VChrW<DXRn
z{Q=|AFbp^l`Lq`Qrjh2RiR-3W;-*FYrq%4G&Gn}J@l8kkO=s>+*V~)!j+>sbn_gT}
z;pnFS=gk2AEsExLkn8rn#O;v!?XcPHi0kd><J+<L+wt7niMO|t9k)|sx6>=PGe=?I
zAs7LG?HA<V`m+3gKbHX$fbqCjVq#)iI$9VF>>usSLm<IRE=MdTN+l=zAE~qa6LFDX
zS*Z{ysZdGT5OE=21tKF>9C$X0zy*>yRi6oKgb5?U9@;-=`|p`#oOxFLr<BYhrO(Cj
zPb^uFlkIQw%>TgXpI-9)hkF0Hc@_!N6fmX0nP=<2%`>&G5w4Vc*W_>WOlNL%S4WG*
zOO4V|_aF02?XFMdY|0pbz_DjeSG9lGGv{MX(Fi38BNzIop0puObiU3H++6q!^#8@4
zUG)5nJc9l)&xYo1{}DXXzN7Vurgx2E4Ewv3O!Fjz-Wthn8pEfLD<wy=dB)ufiRW;C
zC-b;oB&<dN2cG$JtT{6uNfem!r<gD$InzhEGsL>Gr8#iEuoFxF@9a6+RxMvwt4!Cd
zQcbzk0B4>Nf1BqJoO#xN>lWPX{a=~qqy(~rc<P))Dx7(KkwBZ3d8Z<qroNCizlrhR
z*>eSLRU36jJ4IE^-S{S+m(BN6>iD~BAN(Vqr`i~1I~j*Ns77#ibl2oMws|Wy#5eZn
zKI}5g>@Z=mfYSr|uZOh%5kHr7xJ-0v{5yUgaafu#S($MC-{WUoJK4eq8Q>rPU*hMY
zO!LY#_u51petz}p)!VmkJ3Bi&YP+gm=llylpB=ShHmYzT<iF)JuA2Ohd|uy}U7njc
zn*Z{7>~HpbbbR#f>>v4j{q^r~a)0|sTzJmEE$sj6C!BVk|9`KYMI2lI6-5prqR{$R
z6j_H$m94Xqc&OrE+SwXFTD#Wb_QWumLRC>T(f|O-fa(E}Jjazl)qmH{%~nFridL0?
z+R~R$W38-!Cl#d`AUYed_i?|PXA0X}j^;?GfSpnG49LlOK#($xD!p`|&U^)f4L!;<
zC=ymlga{Fr1~?0dw7p;46dgHnVmlH*hai^*6tzqA`Ye5M0a^ZpN?M_1_mybu5i`LC
zJ?7(}KR6-8DpD$P3(^Y}A`$xhyR#anovAmec26Sj!VSR(hb+i#CdiBp+CH}w-oi%B
zAZ;eZjqoslk9~||l&8|A+$~ivwgEa&%}}yQOEN3&Xebs$pT2P2P!#wOr<YnDT(y@b
zlW0npLf39$XY{6z%OM4-_;$sYJ`Eorrb*aZp84#n+d=ljMCgGisqNQg6R9M;jT~MF
z6GYkqyVyzw#O5{1<KTA5CjWR^lQk#w@YM$@po(HDuHq<y2T1?(#7s)Cf8=cm5|_g$
zHKcu2WdCBB4n-L>;v5@iMgVXV^E3EuOZn#1{j|EO^4;mX+V<1a|E+drsFgD0XGKwF
z(i_iG5kb)Ws#|U}s!zi#*Z}SKnv_r5*k3uuf~NF5$;DhOTXXDJ4a)>NMx!d>X=!Yf
zC6rrvHRM&A-Ddd%Pb``!ds%|_8U}v{h&I5lIGywWC&I(Niot#Hjai@}+6Qipf2c?S
zN3>39fNNFCheOYoUIhd~o;j&b8rFU`7~9@*Avdg63=)=pNOl>ZNbh@VA(1`f^5r>!
zu81n7;i?XLc3SfZ*A$0p(aItoO*p-hsrkcg(Fwy4^2L++UqMq!&(u;u_+3=00Fbr+
zhN#p%Z}fy386^uA?dB_L<y<l0`eB_w^QEy*5RsDvS^~_<BNIhN8MIz10B}}pQ7y|J
z+~Ps3Z9itXe5kmqBHN|TvcZqh%weJY_^b=aueYzCTwE_{VyOEo$aLSF+zaw5M=yrr
zJ=f0Hnm=_CXX;5=9q{M*i#Lh~+<s5&hVQ%Feof#wzlP73^xaqxX3e$37g$;g%GI6|
zODZ{$IkoSH`#N3S-m7?C|LXu;3TP2A)VM7l?fCixN1PwVcTpmQ(Ri2u*qX&0nyY1@
zi{Duxu$VHS9A1+L1Kf@NsK{B>45B9&I5bC6Rt>&)gTxyfelwGz#?TY?!I+LRECNXl
zbNy~TEwR*}$47R*_rKyn5%QPE5h*)oY<9x*q*L_nQelRY6VGE@tI=O=Y4Ltp)HqRo
zTLdX_OFgq7vNEDIrmVz>W*8^i+@F6F)48f5Qc-3EN&wML9e0aRu&2g2+^5FZ99N?M
z_Md6z0B2XlL3VvncTFSz0Irg0O>UXQ3WMF@EOA8+p2y{r`K<w*4b}&74m@`)-w)?B
zmy-%UYM#ou6wWRA#i1QjP2m8#D=?~~DXiZ-?HEz<iZhZ^v;0J-8i2%G4FVEbW1?tU
zF$F?yKw>-AXxedBnxpAh>DU)U_MIX$-3dp6K~2d|e>l+m#9pdCc)COM=wi2IfZ+H6
z@*&!emXdB<Lrv-B3u0$(Fkn(LP9@bo#o7Gw%~Yqd+Bs@o2D4MfLZZS-s%WT^M|mek
zgNKc9(9p6oi@GA=gvZ4rDZl$YRRcnm7cppLdQC|UuW%829iZ#w(o(PuIg+%uo5iW$
zqO+8@#s|2X@NZDbpU+(ICu|5iz)<NRoLh-*5*@E~SxZ@WtSUA+?-I0F#zw`%tnoDA
zCFi|6yaF+7ggYNB7w=V8<el(%cn}tzX1$fe&47uLHkPBhs@lA*l+3l9rL9_M)^~m@
z^Hyu_-R|9zoBg*6U6V`5r%N^XRD2dpgn-sclRCOoY@ON`p_we?efxcZYR&U}!<^qg
zDxQ<@>w0^v7QK1@R>9fJ@$03zcR)+QZXv&vBi!a~ePD~xRc(ke-}>{MkkYrhXXa)^
z1}hFhbTe*osvjo}GLl3)g5|2U%q9($0cMraOkVcMp4R(<)YM8g^#&=Y*2lcTg@@%|
zh>IufW)0ikZIYb14QL}4<4kH{HdV^^pQfx7oAr5x*F00zTDiV=?+$mx0~~cW-=X+X
zDJAyBpX%lja8Hv-ZR=3{5pIBdW=r#;v!Bcs5Ap1BOG{~Xqv?RBB~eXIElF^dr~R||
z%ec@o))8-?v!}bg%Pak@1od`TR;#o>SKf-XKg8w`^y-3H%%O0X3z;T9lesSo#W&NZ
zrUjq(i5tY<FzS7Zuj@5PZ#SE=%4x{G`fZpunbmlc`q1HdzKfU@&zSdNlM|2j7VFfj
zqP3!<ko&Usgfzyzd#S?lGQ=Cn-EC+lriWqrPaS&St&-b8Kj$TS9uD(TSLO5@rWN&^
zROodqD5bp<OtN-m|M;>;ds`%Q;OS0m{SVq27ctyQOYs@Yp$n}#d#2rMWmS_$-8K5)
z)l}H3W(%mQk>E!K?ACfhE4TV&*vn;S!t3e1wPMX>k(Wcs9-h9TZ=!5HJ6;XW`>;sY
zCyJkh4Q!e{BwMM>{1IGnu=U!jU8>nPEl?19sk<LBwXml7rT%dby)Ch_#gdWyxiGb$
zL&8g|`M!$Kyrn-5L+{>i{go;)794Z(G&->Ppw_Ed!ZSeTt?V4%Id7=JA6KvYy-S~L
zB!?V}4lEYdm;3R)&&Kxnl=R4SDRXs?r7~}^3_aP`mgpMz>yKB&kM})*1Ch3eUVc0U
z9ZPIJ4V{{`8<r1#_je0E!v!mn9udi%G0=-|R1mp3xtg{FJpR3KZfi+s)U*Bo|8l7*
z;vj!xb2x55EHC<#gKfvN(YjU1{VSs&pC5S(ipxKPTW)-1wQ0`>xX;`NCLeRN+@8{!
zJV;QLy-s*6b(9j~o{abDDcudtYRi%SnGF^lMRR>UR#Y7MWn<zTvA6c~79wv3v%PKR
z96GHXeX90|<dfgP<EgKGe5=95p&CQxRA+J47dhcsl){AeNJt)%ZC;J=|9{#!FE25_
zGqG?rvG_W1Z46mTOLf{v(upK$ffE)ZV8uB0?3c6wCp{HPl8z)QN5DGGVJ}OQyE>C|
zGm^96gbke}EgH$fFG!17Vd<E^*>ff<tcM`wgJfzsl4#g1Mer*wPz;+{O`SO=n3IIf
zOQtSd!<MQ@MiNpvcVL^xsawYc7sshPdC4URSP3Hi+6|UNp0b>mc1l3ej7i(ZZA@RM
z;;p5iHPWxD(use;eut)EuhZ$9Nbq?wpmgcy-0Ab<86?%|r0y_so)>hAFQ&LNs4Oxe
z?k@<WU^y2r1b$`yJjT8_;?AT}%uGWOa8+kY^JJhy)8&7?geMZM!(ZNcO)@=BAi0)e
zm+|t;c-F`3v}tZwE;<u#k*%beMRJE!BQYzjkpO3*r&hCNsxvP%GF)J3FA>=uPl%Kg
zvk4SQo!3%q*9g+k1PmyGtxf`ax^#cKT)M;;Y3MYxMz#Wsu*5E}6hP>8l7nYJ8d(jb
zMyI5bzY6$8@CcSOMF6$G$PLrX(LG7YM&`v!<;TCuGn>dexgekg0LhV1H&&nq>nj>e
zntkc3JUSde%-~&1qwC7W(B{j(%6rdK_*OFu$DYT30VaO|+)9BOrI48fC=K#u3IJyB
zhr_}tw%CjU-H9w$y4*}e{t%4twNT;6uXK7O5N-#-WlZUC<{1f`?80S6AtZow`-@_$
z#DbNHq6{Q7&*BB`lNbFwu-8(>1cZb~n#s;~f2TCbkw9@f2t5KwW(T?8DY;C9FrMPs
zBMT*~U#0pLF<jtH6TlcsQ|y1e;z`VeN*5o{l?`i>j=JH?Ai!krz+_1f@zS!fC$Gm7
z3mKCj>V6PcTu?Own2aJwzQD5u!0Z}<42X;jG(pKp0nM)hm{##?bVV{ONgrJ%jVx0D
zKom;Lq)}xuD6r;lz$ZE&Ee1e>daX(bO=$$u*}XOF24-Lg82q57(isuIvar#-xJ6Ya
zyk3z=N7xB3D>BEE^aHaYz~UKTi3@OEKG^vk_^t<p>^Gp%9U{&O^m_`?z&$Y821!7B
zzj7B;O2`vv%+oi{78&h?`PRQ-Ns|?}>pA(7#B8k9(yY~NxYTPY=pN3CqQLn{)zWs5
z;&)(KB!m_TQNtCk5#<aRJPHIv-LAl1=nbwNOM}R`PYAPif8o-V0$s28^1D8Hz3P=Y
zF-{P3`GK#K8h9HUUUWCOOyWAtl?oT7vZY`sACT0p4o9+8lOTq?z}lxpjzZ8>KPWYz
zYNj)FrZd~ZBjaqcqW5?GBg@1QRuBssc;x}QpV9DZ65BAGR4tBd$opNY27o{rfJ9Se
zRZk(R$N~l=gdBs1bK*2;f^d)A^u}ySi=3w?xdu<F&gt81x=YhnNtw_<mPQaK3dmj4
z#))iTYXtqK2jRlGyyPI>#%d`$Ft`WI=mC)iK*#_<G9-isU8jBl*f=S75^AL`1)iDb
z+Dw#d6XktftvB4LctcM3#*ZkCFmVCbnneKE5nWc#+E|da%xK^*-gYTOgG4FVg#nZ|
zSu52IRwD<>dVnV_AR6%2HD28G_a5a9f{<#U(Ry|=qQ>r5(S=)8B42a=dcr0O2!R7Q
z;h;>bE_OQ*w;hNT4ZOz+Vn+j|uy)n=Slb7++Do*%!5i&TS{;+s5Lr)%Dh7|k14!El
zjL^=VBB*$`-qUYUgDU7umT60`Nx=B^LJ$Bvzup;702I~BjsS6>ft;)$2_X=(5NNdr
zRKiy~oe!1~Y9uABleNSBA|Sz55Nh1_gMg5+R?w6J+k1disJBZe+4jG(+n#15e5(Ih
z)0tW@5bs8MTQG!Y2N-(>V8sk@G=iXBC|tvt&>Ey_-OkTYTk)(<WD2b2_Zkj>Fn+G1
zzrdqL4LaiVJ$mH$l)&B(m~T;_{p<Y$uPPD#q2!IuA<qP<+flz;TrU{srH7TRhnZQ2
zIa%8!?5ZWntFc$V`!H6GWTg;g`uA+IO^$FV6*<(Ay!^&uG_CYi^zR-7A7P%(&`-XG
zxKM!K?SyX_?t>gt3`61Db+MO%a7MhCVNk0Oob|i3$`dTh+QCTw-sTn{j|SYmDW)N>
zzyBL=_2l)llY$ID@6UpXyx!?Fs{~QNB>Hxg6Ak>!YAnRMi<!Jy0x-xw1qLUBn{P|&
z`QC{mabEyf5e>kdmv9n-G6>-g7XSx7XD4G`2T8rj+<Xh6E1oQzp57dd(7>CQMMF?S
zW1oQB7r>xi5OEQT57FiPtPeN5i^{rN7B{u}8H9xVJ+0kq#S4H+P5-BxY+Ke*TcMsu
zrP#SP%ghwi+{AR}l=V;~Ey-M1FH{$O%ZHLK8e+Bs$@GG_5MA%ALF|CR6$TK^pRRn~
zDK$UHzIC}GIYizL7%tPQcnTo(du4xtr)E{b{H`?=mXBpz$lIKbBp_XY<B6p%;08Tn
zpDm0%1MxJr@xXD*4`o*XT2E;pwVdCvE?2dLe4~3$h93EP0(j3@LEX5-F}W0;RBxY}
zQPMc-^k*)XfOM&J*=uV6`>eM}7r=5c0Ks8g1c(QPhNgfd8drWLfyDqVG6;xR5BR_u
zV!#Bs;{miuSt4KnKI&RZV@kK`A{Zt~dug-gG&7M~wC4F|LgH-T&Dq2lwx${155VKM
zj#rD~%K)u-R!d|I%3y|@tvBkQZ73oj<bV=ME1-+e^dmc{3vL8wMytd`c^Wy)L5^_T
zdo4bX^Z>Pq>vk|AwgUN4W#L<s&sLy}^At19;i=uK@F_T^yPXL_fgZW2-k=3E(KHr0
zvVOF;=*;aR5bXQtOoEQdBR$Mmg9xlc5L>dnUDDxOk5k(@SXZ`E8_4p(k{4i7k4B_T
zc_ZDD2KihK574o(h$}qTzPC=}$*au5oP5TG-`>l~1Q@W**4R{=v>Yxz1Z45s;u1Ox
z=dUJ-0E;8Ql3E*ZOeq}I(!o^D6pp)=Eu~t&!5xQK=*q@s-V!hXpd7YqWf`#hJqdh*
zXn}2DrVQq#6<{TNott&VaduCuw(JGr>=bWZg4YHa8ep&mAZ0C?O#INoH;OxuLw$kg
z81`y_h|pM`uu=ZF%<dp{oHT)S66ym;lE>iAC*U(4Iz%+&<b!xo>u|&%ne<4Z2Us4l
zqsV$hhMuKG185sZB0PbX0u$FHy-nL^(R#<+^$GmUGnt<zy7e&Wf}nDNL+*>Q?Yc5q
z`9|q(@ZE^n<6A(xcRxjAA<4z|H@Q~Zi)_QB0<AB27&q89_6&!2F@lNh#m8n=W1JU2
zMhq~$7{pQ9z>C`3mfMzQU2>oOEYAvovtl8tsEtX@R$M}ywDFtr#>hZw!DaFVVF^rp
z;35xkoG$sL#2Ubaz^L+fvG{>_?NBt&K`S-GWc1aTzRISp&x-Jo@^wH@Z6S%@)hFUP
zm4a0}44z~c0g4GG@#wpFIxJ6!Xs17cOaZOB36$&W$}9l6J=>}Y2lJM$I7d`tWOfwc
z8wPSCa5O-Y0a%m<bjmoQv4iq`EFMVd|Mmw@gASJO_g&KWM~*L%`}2bi(lMFM0e13B
zCcAYdYuxo^E8y(Q^}8|!yK3deN<7bVj^|e~&#zj^PWgOSlWhuGh?X<wF8Y0c<@(|(
zci&5_hfB_JSF0|jj7eARpMS9QAQHX7om;S>cO^R+q$ljEDB>zY8~W+fYeNs<g&fue
z0PXYrk*yEQvip(uC~>p#msA+wjSYYq(Z|HP^0p83_^;!dvoAYd)qvNIV{j(LC;}kG
zzG4gk8LKD?$)*&I?{rT(;do>!_n`}QIAloUE@x(zkb%;x57bgY0yh0IbVi3d`C{JN
z!>^2v^or%eu@HLWW5k<>H3n=M#?^*kM%fG@#rMkbq|C-K1TS`nNf>R6FynW`$I{qj
zf-Y8Hpi9%C^2F3nE=mVC?^E%bqplC8MjyDKkgY;4cP3wQ!Hm|2Cvv*qq%tYQF<N|c
zn#@iPQ0^9Wj|4%8DY2|~)}!Moc$(j6yuLSbT5mT-8Z)EJO4g>}HC8dc9J$rw$Zv-_
zM(*W3bQ+BTDqoj#YE?+e9W5q0OHch1MZO6sQqQFqD$P<hCM{K0=zFIW{Hb2bCxN3%
zIo`5E;c%8D;Q5zmLb@oT^C?LoC}YN5ty1NSE?rZH6d8P$7$GGXmscVKeJ1FE><lrv
zck7}tp8(%g0BWai1^PySfOWcAQI*we;T(6z$qz|PAHOgq(KC*@LkuR<@k`ZRHcwQ#
zpROXT$>Dp-DN;cwiE8<(!ObShr%w*7Avd-ot7WmCdL2g($)77_jQ}XAb<t-4z%bmr
z92~qZ#Rf|3^3s-pghdJOH-UNX1iaMMvWOn{&ruOIP^Iacl>teD=UUW>B<*AF6btK4
zF)kW4^fmgBzho7ikv+y|i?XYUyq}iv{f*Rp)-*{X(Or=gI3AVo3R|+%ziDS`uIU_U
z4Dy0F^c}>xj@W-n&x%2Nntpo&SjQBBm>1u0GB#0zc?=)x;qOi^)YJDh25ab1Oqq~8
zc9s$~e{xhIF>lXxK>QIT$-NWvRs$U%$MgYAG|loZ+jmjqIk(d2eT2;tJ{^-^>Fc;J
z`??K%po3u>vE>VM606<1zqRu+sR)U}My?32J|YBC_gn0Yx3+Y|zBC%&vMG+)1B*7@
zNC?l!+fCYApXnsL{BTSp+z<G*mrisgNn$~-BIQ}v!JO3nELngo=I!Jj29l>uyYr5r
z^|K-W&k))`)>4{L(_NFDBzRO}S^{6aue)eIvB;>Ta;o9x*6^0-2gLnUC5=PrfC;V!
zm<Z{lHet-vlt|BqR^QH3h`^f9xohXa=noxZ8u5gs`w2fHU-$o7c)2U=z)|KmQe(<!
zJNX<R`#3~+qgVEB)*n=~*1Vu%Y@4QULoJg=jIMmM?P7a^<dz2jbk3Ggld|Q(vX_ja
zYsmM%TA-B*{rOQrifKwwvORi=3<IxeDRO;wNp20+zJlC~VIxo^XrH$QV|RmCRwrVu
z{(4PY3u?g~(D(6o$ADRCp;Fhu=;#y=Lqkb86)7ei;=&h+k3hb!lRbYf?WR9lKGs5Y
zGA#}VM-3xXTl=@T?i~goePhNYmG}jtX{Jlh<vUe4d0`?yJ|UY*L!}N*^n*ODta6p$
zZ<dG0_z7V7AO<zjBz_ga9>u**{&sR<YjmpGG=_C{UPXHOq0-NLs3(HzEwiy0Xi-lj
zkv|Hz=_ud>7h)wxmiDa_RTKC`=DlNo0!f;$2Ht7ZVE7n1e4jKbIt1d(%_maJlNkpw
z`HJ$8UQyz2R>yCsjs&P)flJxQL!gN-3R7|<h%?ySol$nsSS+26JhwsCn98B!g&Xs`
zAUiROE(ca{BDl8pESsG$ndY${suV{Sf4|a(@E$g<8N?7fqwS<)C*tL<Bgsp2Tx1Wr
zUfN3?$TF2$xYdS6Q9?eX|1|_8uEsBT5b)Ao{g{(|LUQ81P&r%p5F8IJH68qWkSy$C
zUskN!z}~=~*HC)SSfz9z;`i4lLRoXHZ{u|-Vf&U6kaYono(V~T;n!s3ENV|DW`n;(
zlF?k9uvQHjyrEv=U}Hz&3&v_iyfe(Nd6-IMv_5iu%<9(uwbH6HxFnX`+XR!fpz;&5
zK>RzXHVXOHU@2dRDAfgG@**i409}gs9he_o&g<nhgw?G93FK58IVl+*m?YMn$OrNc
zna4_*jy8*wdB%Fl&M3x$L}S4@Nj1}@lUnZWoXIxQTl^y`+8x*M7mDVkpkM9e;u9Rc
zyZp)ybTS)qm#@jvQ@wnYrTD>iA)>k_B(P&kGxu#k+~?|Iizv>@4-_N>nOWs#ZMnRD
zIf`UYOTE3lpKVB;F82fv>%cxg?z%I6rHl~pp`QCd#Xzj`RJpW5+nuM5o^~He#868{
z5z68tHQe2@Rqy=~xqMFDnV7S&2df?CxgwXykk;_c4WQO;=?&_?5?g4uR&QMl5Cd%|
z146*EyBn2DD6UHD(5V{C-72J(aX^j-<1Ge@40)L2_+ik^H}oBGPrZG5mOHtr*#3QP
zMKbp7FAUpAD@uu9j|mP@_|s}2ZTAV$VKMjA9wju>zK*<LMMK(L(8rVav-T?e?2Nem
z>H9x-NPJA2GY^iPq~GR2^&%~vXk!MdT%405g3|rl3Pl8oBKu`nO|~wHoZ9_9)!fzm
z{$lU;Q1WLaDtPpAnKQZlo2lyHeFSxh?j>{mczm+;?8ERKPjat6aEBDmB}==paVUxn
zm1P>huni!&>$<*z`WB~NEgUr)yZ-!(Vo0v_`hmbu-23lE4X2j6q9P}c$JfgMsu(*@
zt)Gf3FI~Phj4;*O1p@Gf)n5N~%LOvT-hcLPMo&=ZXw;*2^3rDk@2H(?E6%rLkfi6!
zmrgt^pAWfX%z*Qb>20p<9y850<jPaPyR5s`@L8~rz369pp_B0MHy^<GQe}h@7I!XM
z9=);ZG>6zYMr!1hf?h0>Sj}{smzh3;7ZXunP+ujE^FMlHg2!X)xrx5Eq@x#;x?h}q
zQ7n@_EX)2e%$E4BAh%0ELsE(2_n*Le@E-<c{AZb*8?R@+EyS7|bUi~nwH6!_FqU3k
z22yoXpUueDD5AUPI%a((;P)~1_+c?oa`{xX@NDjttPRWP4~j=i8Fw1aO^kB8nJldx
zG?CHU&%Z#QuK>yVNW+fn_ELEZv8W4v(#W;qCte=i6kY4Yfh5GzUscSucS)w69zOeW
zUjNMIa^NUU!i6=TPiCpa?R;{kJJayfD^+}j<i2(fi$F71F_@z$!5s|hNq=BJY1nh<
zail`TSY9+O^W=xq8kpP4gMll4GPl?wCYOl?Z+q&75Q@#l=lwSYq&Me11NR4jDJfCf
z!0CKGg`2m38OS>a4zvf#{Lbus#n4h+Bi=A6I}3&bZWUz66+n=|5>`2~s^;3z$`&xU
z+3)59t9F7Exx}(Q_ZIlZci{BKfb=SyG%T)xXpq^9c!#gQHiHuyrhp9S9I0tyrX}DA
zlZC|$nr`rUNoAw72=1Y<ij13ZX|$4bC=_@(_~3J5lM%JEz0lS5+u743cT2^rcf66I
z4?17STMDxpz3y8Vc_}-tB(bU_;1x{<8B)lCePB@5(@Yf!E2elM6t67yQ<&Y-QZU+q
ziKn)U6)i8fIrP`YdnU-R?k3E)6u2ZbgeN;Jc&D}6vd877xt*adFL3yGK`;0oNOn_6
zyF6O5aYS%`*t!+=U8XC-pkw#j{lc9$dmi$_FBm$am0x*|z^rMR%Z9Z#-%Fz3%U~33
zT1WH9Ra%;wJ(7gnCL$jc@B%Hx2?J%+v*gwaP<{8ZjV8bXS!!0bBbF)A7d@j-!(hIw
z(Asgzmrv9A9n<Zx#8u8<b(7wQzpX}tQr?>fjfJL+S=FjN>s9kL2kq=~1@pat6N(lZ
zC@OjOJMwFcKYRb%Q!O?~-AZ)A>QX6TQ{}rz_oL5h&LXN&VT$A0>QBq$z#e0nvYJ+{
z(ecI;*2C(-B0Nregn3R<xgLtIoJQzrqqu4-GAN^DS0}0$hf7-35@RayaK`~M8<Daj
z`$}pwStv=_ac<Gl>dgr$lxoei>UZS_b&PF4kF^?76fA_<oA}jFqI+N|ldXl(lGobq
zmzwRjL#2z80s#eYHpe5gCKe3ZoEEiXHfySGr%=Q?DC4O?_UQ*%<CW4wB0Bv)wN*y7
zN7DA2Ux}(?-v+6$bxuzfMz4g;v~5l+1Wknpu~8WGQ>rK(?r9`Mr?P3Z9Vg58XGKr8
zs;-9VN|lbTZK`}=C_37C(`7B|r=$9dsE$)bcZryuEdxBQqPJhGbqG<eUCi8bWEd%&
zdhjXoR93g-)x^&*X(|5Ma~(aYjOYu>IcCuT{)g29?=?DL$@SJlA4Eq#rJ#OA&n1XZ
z-Q4Qk@aswW#br(Fe<PZ7r`PhLAX+KYqrFFPv=B+BgogA9F)`HriqXXv(Bm|pg<UCr
zV`OsLxF-Z;rD7kw*482*rfN!=dwUznCNwW)hyFdRPt64X&NtTxmq7+FjDC7U(xyic
zq*J+worhe_;}_{u#v))GhV$Q{_89e_*JDxc3S>4txzTX)KN{CwS_2*+))7O>vk3u`
zLENHvUCzl)Wt7*-yfAF=Q3w5Me^z3|&=svCMIskS8#k}n&xq&;1P_#z&t5s{i^!on
zUgnUSh;fn|Q)cTb<H`GKEG{cgA7|+`I88H{sHO)E@>Dc%t{Uq)M@e286WV};*i7)*
z)lS0<jjwc_V)UCBLAqPUH==RAwC^ma<W$1v^%aMHETGG*Rk-D59D{nqDjIo%5$3A%
z1gfU<Wu(%oGA?~fCo#sOmk4(bb;#9tx-64fHrT#RKQw#EhotAVlJQ-GE|nMsBP`Rn
zoa$0g-&A9{kajlp<J6VMTgyrnD;eM=eYzz8(~7!tKZ$^DP~D>F%)Ho$Y0Sau<Adc`
zyxt&`R{eDrv6z->kYSIG7P4a5SZ<Wl4rHIb_Bhof7SAHG#|)6V+O}u$ysl9$d-+qC
zOhQl7Cq|H2wuSeSu~OgKQ@o|isMQ3y$&=eP(zB%;lDap+I?b$AcBvNTe=PI=tX48f
zCqj&b45sgkjvU-K685)>Bwp|2;LgL_D0hx>YP4v+YAZ~AZCGJ$qdEz~)9xZ!r-xhS
zlWbJXSoMvFw)~+4R_H}|cfAY$Fqyr<Xrh{@x|*kI%}HxDI<jU@&`OzQiTx=uG7#MV
zPC)Jbh(Y%s%ZfS+wDYPx%8V{t!bo5xNzBZ<*>XAf!AkhninHY!Q>Slel&tPtarlO&
z0K)dlM)3Q3H_7%6hpoS|@yn%^mldmvs$xgs+mQs@7pZG=b=x|g<|l>b-NxGyc<ZW{
zw%ox(7iXKR0+0N^$L&!e1d^>6vpF19v_4T<H{O0Ey!-LQX7l%-`cFmkx6X<`4s7MU
zd&<Ke2?j=isBHt`c8_`<sn0z6aJ!MUv_<OuNW^CABgFP=(F$>;h)S?&u{UNR+)DUh
zd-2bsj__^5cDp$_JE}B(1k;R>%GR0pN9x{rn2!u2){+Yl$Npn80E69;7O~ym8sGeb
ziD<JNB(VloE;7L#IFEPpRO6T;9NHXqM#1XcpM|-u)(*Bz{-WC9W5z^Y?_N}FKNN2a
zO4y|e+o7r7rLEjK%vSg-*b#QP3sQ4%^>dJse;8N=YFk2(L9Hj5oaiI==yU7`|Lod@
z+Hg=isvcJPV(=b@OC-(ET^)S96M;D#*%gO;%nOc^TDI4hf4FyrK`wrjPjiAZZ=Tk!
z1_t-DT|00T+Y;v-K$zq9<@V%FZMJM|Y<xEMwNx4F?bt`{oyg-I1RJ@x9V5K$*6co#
z#~s2W_HwNpqX-^xUB@c_fO`E94D^FqK^?52o4(9WiV-dhSg0kV-$9^D)T0Y)0q3Js
ziZxz0t8Ja?5)&8kxD9-tAqQC#CW37#y&a@&%}w~eHEu}TpFQB{(WJAIxZts3)B#cD
z@i?#JhkZxu{v%pud-xAC#gJ+{(rs7nlg;08_8G1qlVdT{gFxr)G-7*ZT6d}A{d_e}
zOYtoy)05mU$J#z_8KXyJMSHy0g6<moZYUROc~#!olQd2T+e)X(QP<acyAboE&CJ*!
zyLbn9ybsDF1PkR_MNF7D=0)^7yPV`=9Ula^35G;LP@r@ASSxOPi@Z2K4W|(Kc(v`1
z_4T}3RJ+F8o_+N~ci>1Lw1BsHtSLHfs1jP%?~Y|W22z)MKDD*s*grt&p7pC8KWK?$
zh9kKy>aE~-#+|W#=76#gm}T*&?tagOS<grv?_O$qNT=7iR;-CRp1uaYJK8%JZu~35
zm<_iz<l-%6>(ak%w3_36{=v&T^b0%;q#1iuXsh%wZcl63?bAb_X>7fT<nl!X?D3&T
z<qz~p`_8hdTR*AiD(PpC72dDP!~(3auc>><59dYOv#a)<AL5MwnhW6bs5K$K(#kL0
zYRB;UFGtGAzn~Wc4KOvq<D)=3Nc<_uoDcqUKk|;mn==o;EaST!7YADlEEpfkXg}(b
z#2`P{zIxZ4`Y+m0&n|<nR4e`k*U+eKtQ!XELE?LOwjIeZ_VxZ4Z0`(sTYS`EGq+4V
z*2kQ1Pa=S~BQek~F1_7>t-;|@yX9)-Dd&{`L-lW52?ZLdpLa~XR}o4=WPy?&M|eBG
zJu&rLBne78^y4XQkvIxue;mh3`UR)d<vxB_8G!9&@7y^*;Sb^Ac`U4wd-<^Bg6xNT
zsj~|c@>1jcQu8_JZ281MUsd<xrO^>A@EUv>a@;ZU&`{xv^j?tp0L&Kvi7EE+=Xd>U
zw$)}1R^yWx;OE18<b7xKLQdf7u1H9sP`ul5oX>UiuzY}8aiBQ%_~y$6s3nfu9EsNm
z%0v2=mi`@Pu8sWe;_6+J7BY?%#`hEo%GHPuI#2v!h;)|>woq5Qp(bER_on2-ANEP~
zABU<UVgyz}0)C<KV^FWoxM07>xj3KP8RwA);zR#X(GPgw+fSeO^Nkk%DR;brWR^c7
z#>?-QKP&zyB0jh?&NDAGK0Y*Y02<T@6&R1=$AH{3pnM6wns0*wLgdBuF-`RNuso=x
zU9{K5P>u$Eeo3gn#jldTo(LYtImZY4kX<op0JvEXH|gVXvmsku0phgy$l1i=m8XK8
zp|(GvT|TzWf7Q#upNZQ=1MQI97r#q2@CC2EY)caT%!8<RfW3bS_UqpW=EXHj+@5L#
z{Ia_}*TPpQMaoIWyT2*9J-vXcU~lKS{(O-5v!MQG(d^HX>!0Pve^%oEtmgi~CHvPq
z{%nl>*<AUvb@XTZ=bw-GSPTtzhYPzaf!$Nb?wer`T(O6bu}AUP<6P{?TkL5E_R|>l
z^9uIt2>azH_8kAO&t(5cQw@ChPeGc8LY`P$^scPbe>Bx{PsBxoWhFzTWI`o{edKYV
zT02b8FoM_eIhV>a5sjz9f9Ip=)p(gSxtP>s=>IJrErFxdIz0DvIC%9qS=Ii|NAn==
zi5jp<8r~EB&ndO4$P;ybV=8S;3R`^|i~m(q(;FfF$w$*WY16xF(zxqWI{iDP=5oUo
zq?K_6Y0glszbUn$GyO9!x)7HKZqD3#I{$Li4ytbMCLu=8o*TIZ{G+KYtX==3rlxG5
z^o(Y3iDG&dcPHpynmUq4FJ8hqitTaqJ+B(+r;Wk^b>cWmEs$d?U1TbfZ^55x%9QLv
zAMH*b<;0ri#QwsbJIhWi<LN&UX@ydMrf6GuiIHA`hBnSrzg5?GgK(^Y2eq2wST)X6
zBi_0PHHG}AraC5`G&zARE#XdFJk38T>GUj0oT+XqrtPl$yCdCJLHo9ywzKnY#XE}l
zX1=V}`^oiuZyN5uucQB4Q+F|rwb9OZGmf?j|33uPr5%qZIyL_R)ukgYE0h1{nzXHd
z)PF^(O$sy3-{L5B{QpF$YjBi0`+rdC!?us>I7<D$Mx_6ZQh)e%HhlVd;^^e`UzGai
z_rEFiK-+NKlg$5XMg2d&0cWbG{y#9)Wi9{RRI3FNQON(xREr*|*y9S)J+J<UsYd@(
zkXG~jpb{w(sSALFF6#o3TnD8<fqysEl~xx{f1B#6tY^?g&AS0lin9EK_3T9dgQ=bX
zRvGFs0LBjrf!C(>6D<MTc{z7=*Dsd?B4PPNh-GUdfb*25qgL#Rq+8O=h}LXR;d#JJ
zNp!JZcz2guUnH3|#<U5w3aY?5|AgYg)Bb?U@CR@EdRsOKd2^`|q;jq2$B%~UX9pD4
zeM~567`=e(VhA4qq4~Dr%w|O@{A|ai*f(LqRF8_3&{!3qD|`Ggo>l2U=Wea4WSR{a
zD(+x$c3_$zp_ekcjl{rWw!I&W;#%?2amRb<vWc9JVwl>43(S?2XbY3UPpW91F>7g%
z1LkS>*%4-->Vq7S*Jd1|XC_}wC4jdaIk`{T+?W+*lyC)U{CbO65LxE;+{b891JYt>
zz{ybwkN2vID2Tst<}N^%Qy1{~#oaxtD2i^R_&TeWg(4Ac2oDudR?*DbSj8e15UT~w
zt=t!TT^)w}KbdOJ&rSanr0HeSs0g_)AT`jnYB*rguw1uNmw23p3KYs`DE>}daa&_g
zvIz-T5Tu;JRcf8{I_8mlJ}sp@aC(!c%;l*7J-3%<N|ly$AH%+}bu9L=gqH!H{6&f@
zNY6@Dq9s$5jQtdYO)6&wpBOYPc3tbmZ$E0<kwi;^Ho5Nff(*W{6pQd#WZo5-;{P!5
z5m?&nLsSL5Gkt)O&6qV3whpjdFU@gMG!Ato7d?H?`fz>*w(p{NCn+n~Haspi-<RTC
zQ#IAH<`cxjnuQYJX&EoK_W`R~hEntqyMx36Og5o2X;VxPku}{9xuTl=O@GccL+)Qr
zgAPmobi^6zyOZyLDjcujHVblFAQO7yN>i3+_}_M+gDD|WA5j~>)Op6-DGXoJP&Q?O
ziu$__9@PJuu`T2~ld?4ayegyEZeaczUTI>!6P-6V)^@?5s$ZpPLaR?MMHs`J_buV!
z`R(^vAnM)W0@-uZ)_LZ-KA%G}l@Kql`!QEYD;B*EE5Fi>WtBo4O8@}YItGFL2=GbC
z%;E~&yIW^Qun}^q9KUFN?VMFD*<$8UjiP+si`{tb4umR79N_gi3Oa$ozZyfeq&Ncg
z65@!9?l79TpV{r3BO?xt-;yXDvtolIX~(0?GSi>v0It3#NKnG@=+vU)-U@5@91iFE
zUuVd{!_3{|I#Ja5c*?Ui_5&!FJeX~QF_9$O5qWdnlRNvc1dsQ3BYwOP5AkHTt3`LM
z-W!3XzB7(;yx-A#kf$;;pZs4Hq{}(Glv+!JGPz1NoobZ2?iwBrXT8~{;Pr3TDrgnX
zR(R^H>m-FU)!&rcvor<mo2RTy-{w95x@gCoOwEzM<QOy76i!aeajqPG#TCgZGH_4#
zrSVJlmBLD6Kt_~LJu4ocIgrR0u1D31DSV*8CAf^+us^&<JBU&hJgiQBx^6_%i^Zru
z__mg8`+2vdpP=eN#6yG~Z7c1FkeU(>Qadt&0b{IjD)EX2PUgmR!HsTA;*$n4p^Iga
z1jB4<NeP+vqR6>9RM<?VlXGUHD22pgb+i>1Ok3YmRl`SkLb{WR`*+{2Epi%nuIc(F
z1r{EPx)S|2?(Qq9ss3H`eHtMF0zr`86_lny>CMnVia|i>1_Y&x2#SCjiu4kY-VD7X
z(z~H|q!($CCY`7#0vdPTwbp;FwZ}PUpM9~fHrI^7fH5-@=I`@-pNWB~r@buf<jgP1
z!8!D$GjG^`PCdNwr-}Zaw+!LKuh(jUftZkMi8)Nvg0#5Hc>M!bYC(ESM}rHd6n%sg
zG1L^gZ3)w0%`K=U&=}|mnwX5$vdWEY8$EBPy8|#Q#tD@gcUg=+xl&hh)#;LHo|u{6
zgY(p4#HG7!bTfgWKM0O0Wg0+%@d&=)3N}Lu^xCz-amC?jM!_~$+vC!Sq-xeGsVrwh
zma<8cqp6~}*X3_7o{e}$)>LnK2P(>Nf5dvrvNsbC9{yvhUryH+3A?(O(T~?L=2g7U
z+IL$MyNlmU&KEIsess2TyW`wURj8K4<0yaYzILJFL7AJz8E4d2t8CU4T@*v{(ER8!
zOBr&eNVQEI6BOD|{(x$#t@MrOToUW+>MH!TN*5ADR`b7C9AXds%`;YO8++Z$UxD|E
zp0J+JBsp}*e=M0|zbN04zEtj0kZ!ZT%2J!lTY>I~`t-W=X_u?kyK9Sd_RMh{?cwrL
zkG{CVGyuo#omzWQCkvCDld1Y(=tD{%qIHVx_Z&_72#x8=Hp!n)q1K9K>u#6d=Mcr`
zT`oV!TGLimO0_AK7iC2wjd!fBws=>a@E%05@0whHYoRZ9rzSS1WlD~=sabRM;9>mm
zt;3hIo%eglZ*!Cx><P0KJ6Y~J@1i#(zSob(hI-oxXPI1+`&pE-JQ0&&WmKTe-rtD3
zuCyIsqx8nItWZSqP0y}F?KzE#?yaiCA|88<k3ZVT)8h9m(sxPPmcx++M`ABeBeD1W
zh@&!9@0T(y9QvO3&&hm?kI(#aXq55kftGk;jii&Kr`61UL0#@f%fuD%OnZyR*L=>i
z-KQ;QI?JZl9p?k)`DraihZ%kDP@3r7>4K9!0&bKM!4>=UT$yb(y^@VzxmF$@Pmd#+
zYNAZy>3q&+SJ|123)e=RAqyE<h{A{MI-@p~rwg6-hE2qGBX&$57D=#%Yr6WGceUlL
zd$6h!&HhGTeZVSP{5P+U&kvi%U2mMvZWD7lcHS|`;~|yx%36J--xYghx_Pm%siKYY
zBe_z3`2Lq|QFG(Rwe-Bp+_!e#@5UVMtSTLxi6~qJh`CP|Dw0YInxEgZ*-(F_G;Y&y
zlIOFu+MSS9R9;oPc6R;9Q)s%H_wLVyi1NcSS(Q)z+D)Zq2N*Y&-_s%5jSWjfKRS+Q
zK8HS3c{lmO`sqj2{jOzSdOu2lg*6d<yc_+n|3}uXm6Y^Oo3=CZxC_I015aD+NVEGc
zZmVU&dNCxd{YZH9iH{uRG&NCk8ia$u)M@@NE=W^NHJz?b`Y+ZmIK-SMeKm?M4@FHz
z(^q@aH{cMTJsGo#SsE~r)Pi)Od{n(IyiPtU4<9*4iv0FH^6EG|0RZpTjZVNvHKazr
z!NQX;@Yby;V*j}~O!Sm)OrLpFHa<ELA2Xs0&#Q_Y<A@QFik>!)oe7Vbr$W%Vm?RQ>
zWiDz}_uP9_%%*wVm*UucUHHfr{A4SZ#1Y3Ih&XbJ`}qrY<QrYnANRX4CVLEzIEk4B
z;JF3y5IsE9BAQkKKEH+M8HjK2M0~y+e@-o)3aU55@w{mX6pnZyPUcx`Yz&r?a19Pm
zz{170;W<b;#*=u-ZR9E@CI*?<!|~?2UNpN!Y+rGLLc|-yz#Ek`<SG__<b;nQ!_@Q=
z@kAINg}<$U-<(ULb$-KG@+O-McYK~~bdm^p%y`EFcpi(7#R4atk}L*bmU_|ARWR-C
zqz&Ihou;G&BA(GXIm9_R$CLguAsJ-Hh{pk`h%lA}<M4!Zn?u=9iTEm56ba^+mX@U#
zW37;6;~c|t0)H@%e@l4t7E3R2l4ws#W(5FsJb_gH%qEaw#hJn}4@+-?J%ht-$5H~E
z<Mb?&3-wYTZo{2L<Lz-k4HSeG103H@rW#jA3=l~MbW<*;ap2NoNi-dzRBV{U0Z*Uy
z#V`0~_Bv-4Mx>rofL_Og709UuD2T^)=6Nb_Bm-to09u|9Hi5MBnCK38wk?@v-6H;p
z0zPmcn~{sIa3K9_Bjh@YN-W>Xquz3$sXg8-cI;bLG?0l5IOhqW%F-^U46_p&k~99E
zXBwSfd>&_NVN-UWUh2U~<ZTp~ikg+lU}a>!JU)lolvcoj$2oy2M98=W1c}XH_JrJ-
zhgnkt*~Huqy=ZG9&6krD`p9fK%TzhBoOBpWh79B<f>o&fW@Ns{AXrloqM-;mCy=Xw
z1G0MNT2sT^7zise@p)50kYyajRxGbaH_wi%Fb7K?@jRlF4CM0!$s$WGp~2F`LKV*(
z_nTnP(@dR6aI8iC8w&^%8X7~*72|;E1F(BlN%zpuismHj^K7f<#fbuic4Bm8^Tmn3
ziunaVZd~P;P~|*|<<$DFA_k21%aJE%a;BHYZ3Cv~0a{};MK^&_BpRElBB^cIU6*2l
zLQ3^1ECB<L@XO0Z7baY0xQqwV5(`BDpboL}1WRz&PN5<JJRAu=CjgX2LE@eR8OH$U
zNN=^qGHgi|Y(yG19HEP|(qHdQgI}dwdR|;HBMlx%g9h;s-c!#2c!<F7gN0p@;1s`i
zREe#co}&PuRB0(v?KB|YC4&PE;Q(Y`9faK}$zT&rUw5fw<<4mx3?IV)w9A0HWk6cO
zdm0?*GP3%DKll<EcnM#Ai3EI<4pv0vOAAzK?EsKyh$aSta0QYEs_Nm1rWQ#xmSqXV
z?5$IHF1}JDDtr@<prK-5TrF1ykQ-Mk=n2qQs^dX{WIVwSBSAm8N@P7t+y|)%=W?bo
zusi`w&22Ly>#6->glEnCX|5V)3Tm)^t+YnlIq^|cB>|h>+*}qlhw#$}P#Ln{SwnRT
z@Kp;?01s@{ue*Q(T|!q2Axo$v`Seqsx?=t%MToR#lP0>V{&@x~vaMb(`z~bwrlyd-
zp4MEk(A?M5%w`q7hHP2aZ}Agvgkk`~NDwy?6qo_zBDLspm-o27iyO+5!BPKgz<D_E
zl32ZcOOZcUngf<9e-q6WVyNPLovz_6fDS3q;O!s2Zq>mS-43OSYXImVqm~l~;sb!b
zS%Tx6>n=vuDHHRC7Rq&qA2iUA`hgD%JIN@Q#I}+&4!!Kj{x;-dm)99F+A^FL+o5UQ
zK}!H`i+A!ce0Ws`4BG`p`gh7;tHb<r-qO`*je)hQn$!g#R-b4bFhEB%)E-NuD^Ckm
zEJL(5t134z^K=JsfVGtS&hu1jmvsmY11|%pR|GKJA54+Mg5PkJsFi-uNC#g~%vHw#
z8x$bSfL;#;f=yb5Exw{ov9i}3?#4jZywjV>(D#ai##?#td}iOa6-bCcoo#3p0)S-6
z-7*BQ0-!&Wu1N9>pg{y{kO4M}Jq}|uP-|c;vNzf-DTyb0V?OCo%Ye%8fEWE>Kry42
z!C-y>U{jwOpapSz0)&X|+@6hcWS|JKkdNG`quBE{609`_K;VXi#2`%Aj0uIdyYn!b
z!CXfAWY@*vOy!1Vx{-i6#2Auh(qP1!8mx{QnOAPTOll|6jVhx0WvESgWRs*mM4Hgk
zy4YifA+jN%@TgKdYzpmQuD?RMbO~jkY+-<++yK}QTNXeVqq?CgeLPh_8X~m~2jUZ`
zqY8YS!RRU1__vdiOMbcP$Xp}|e9HyMiZ5+1Nn6{_T{%sW-iH4fo{;=A@k*ZY+7eJk
zrH|eabWx!5z!e<02joXr$GP@=)N4{11E`b0>Q!JnOs~Bs@U9DxYFX2t7x*hyVw;9l
z7AGjf(>PzoYlf3hcfe*D@OjI7hozAZbX5628O}XqN#BpgkM0HJD&dN}Y#@B6sj!98
z*s7Wm_oVW+VTwdY?%2n0-f&w4%~ZfhY(;}08YKS$aFNt50O*$^0oRn@@woIT2|%QA
zV3n$-0r$5BBQ&-YA`Pnmbh52TX1M;gMP=yHQjKKzHj)NwIH;Ym@LqiW#tYC_vCa!t
zO|=323dAO_eK0eII`aWh#Xx{(snEfyx|>OKZYhrzCM;ge`S^#|8TQS()jnTn*9ZXc
zi+2i>fU>CaG{a6c%N%w|2-{$f5_N(dnQKqoF90Zmx@0Isr93UEaa~-pdO-@mJeimI
zKK{jsgFEO=+gRsFAx~+w95GKL5^Q4tQ6)}spgyvqSCM10B+j-er<B1x_!Y`(++{?)
z%3y28dk7Jz@w<aRYVZ=SG2ZVpOU37rn-C2WSek0(7(WW$1g7d!+yC`XM(eR?sI_NT
z)EJRs;z5c_MdT{?Szc-36lkFVfaZBXJopj0_O<uJd4a>#)Y`qh)w&WHAQ)TpZ4XfA
zoZ*0^9z?^`EC&2NqHiyM*%o8OUtaUhe9sj%#$ZeRok1xt8h_s0lm|3%ega>0gQ(*+
z`@|smi2C2$&>*^<B)61Sy+o4U9L>SUD7v*srwuLZWe66a?^;U>0P!#E(@XZhQ|@UR
z&EXhaY_nd!LEfC;f-aoWScyT&v0rYx6QBwt2qRq%fUXKaUyn?PPDR{R?K>E35hT>=
z?Cmp2E~>o%S6d&nE%q27>TLpm^V<OG9s!Pfz;}8(iNl`)_!dsC&?!V5RtQk`qjdK*
zGsh}NNkTZ#66O63#1#9LZ3W_PAL6Ul705Up5P|!u`e>=|chlX|iUcye3eZu7KUA=Q
zrxGghuq|(f4*^3htxBL})zLtn12?YzjVtT&E2E6)uL$hQ^mCvca$qmEM&n)*9s_?L
z1J{d#d)+ubHy9C>$_TvGu3gqZLm1Q-2X(oC?v^bFUG1l4)fKQk!);*dI8^2iSOq<c
z5UAMu4cOy@PC64NZ3fIa=~782gd4|RkLXKPBLG*)uly&M7#h27&RoR*coz*ulh#i3
z4;1i=D)<s6^eXraFiF2dT|i-tI}ud;Vl|i>BLIKPfBfVX+>7!GUX3|T@I7T~J#J_L
zn%*d{xK%BJ{#>8^A@c2b^u6_Ss468g_#5J<9ck*(%Ys?=3hFwPcsx9tiGK9e-xU1c
zYSLjW?8lP;06@yVE0jS<oq^$TXSez}IghPk;|n^Bd@Rm@fxrv2F}&1bGkF{U3V{mu
zWR{}?)l;rmxB6~RI5Fp?#b2}Qd=8%!&QjL15oiC$RBOfXX{DQP-!3%FQhm*3wqsgq
zR$<%IEX~UbvS~Xfk0rPUBDtg;bc;Rh5MeS#wLY*AC}T6vGw=0rQb#{6;<71njTCsZ
z^L%5K+lk|NZieEMZ|n1-$&KYnlJ|NuExtb(&60UYSv&n99v1AVmx%^~y5X-Y9?N^{
zKDKA%S8+K`{W`AGPy0gu)NmUu%)V-8-fqq6%u<+<A)xfdg1-3S&VQI{)3Mx^2P6y*
z7Z}VvTz$u?tJjZP&Woyp@2_d{J-acAoNvh|)1Bv$uObw5HJh&&pgI9y#r|va-Azze
zg@;P;OZipm^jDQjTi$hlqu%3bg*qTdQ<hF`+@v>;gm~P_M)DH;cB5dN`njYVpYJH5
z`chhPMjcS@^^j`}|5lKW3%J=;DSr_iTn)R71v6=wkARsCQRC1Eu>|ojKC#ZgP|l|d
z?zC+WSk()p+@vd`cx?RO(FVS!l=q{CF3jijRF2ncZtW%VxJpk$L28;upIQQCH0?4B
zFW{9=b+4|3;7Gk(OAg!UD@KZ<4AA{@6PE2kslHn#x3pxYFKPr&0KUQm3}ukI$PNK!
zBkuUNIfsn!o~3VMCG{)A0i+;$p5nwHl)Op=J^eX|8H;m4g(HvIyB^sElNNCT;BK1?
zahgFFV0V*68GYB7<q`2Rt@ie({xJUb=-P{d;YfQ!S|PNo4*ltc1A2O2H_RKuQF-%E
zhPpr<t1$l1IdwFBKUNv^z)TXtJYLZe%zVpys%>86G;laB<Z|vsPX1pX&1pM}0h@`i
z3(@o;kCrt*U6)qKOAft2fhs!X+@O~XW?(2bA7r@9ma}Lvsl^l~@x&=*{pz!`&tY-s
z^zmURg?sx0<v}4jI{93y!v6J{-X~5CE1}$C=$M0K=X1JbGQ?Zu!K1bYEQ>;3w7`<$
z2K3-ur?!J2p!`M>@`A_1?AgNK4ANsbl*fqNmsTD`jIH7z;-EKU(Bkok&v@y!5X%H_
zIK~1N?-qiNt`^-gT)E!^%kx^1{JZvLH0%<e{n!?T(Hn7)oD>qi2x?L(0pDewh^f#1
zOndz`(w=ty#P4gMRP<8TGt|ouzvG5pTxoxCY-V=OJ5ujadR@3O=GI{w?=@r9n5|$_
z4~JP5{ypqPB#zmR0{ULf;{!yvwq$bt#)ZPuI~eK&`p%>q)l__Fz4f_Gp|aQ@%Rs`N
z<H-fT{Q7K8=}1|D`A;@n0!r6;J+Fo^8!+RiaZ=@a3=bNuk>gl3dT3m*j^^s?YG&{|
zR+0qaf(=|3_o3}M;nBV^^9xf=_6qkA+T-S-!K3fopD)Lnpc!&${t#(z{0e-b7jmDc
z;(Bau+D1faQwCgd6F6Zu4i<N~#U?Y+Q}H+s_H175k#04Ak~Km5>Y6Ey=$tnETSvm9
z#QP#L&pF3Zg~7C*s}{r6)DI=2&yO``&%2|l)pj;7D8Yh`n`hZqer?={TOR`U5qo7U
z@hR@>V5l5L!NC5GBX>C$Ol>R(#1cUA_}IcP;7<O)Q-0~f)SkTuUAXRHNjdO3XaP7R
z3%#LRl}U8Czz-2@wXdJdy18vc%ZLi986JexHYbT5_e+@->Ut^zKu9kWevfaPax12b
zx-O=&GU*)&Om+F(^Cw1;ccz{g@Gx0O<A;$;-_t(o7f4&^#p4)j{TG$DUb2Qsbjo`%
z`00M(nspjbA=@E2Yn_ai6c{-qwl%;OFbyO4gt*5#G%ztxd#hTe@To&aRm&_xL=}76
zRsoEC&QWu6AT0fxAT!Ifv-x#+I@1d$!P^rY8Z%xW!i&A2*KzEOsi%W2_-#3ia3_%2
zoKjAY#eq;++k7r!=BbRJa(gX_b8!lMdBP?)?=*k0RGPVS-tvu$cl@rkQcyphcpw+4
zEWq@aC6$jZxh$Ahf<HZQvb&xwVtxz9QUu8re+^6DF?KYj`Er@BwXWfQ!d>=<{cW?;
zw;k6O)bAQE&~{W#)_vR%;4SI~<{1uXs3F9x=1OlCj6NWIaL>{S7?U|@D+X#^R=0gF
z58e2d!!-Qj5kCXH&1v&ts?P$tX_&@hK=qajuAJ*dz}X;Z(6#lNdKD5ol_3=Vh+%iS
zi*HrQZu8)C;g23NIrdV4mrAnCo#uVxyW!x)K>_@%n;_$I^Qul$wg0942Y%!9EflGB
zwayn+U-{fxLzU&_x^B#5%G#4VCJYB|UTm)L)ASpOD4!enaPI0cHUJ|;xO)}Z-{nu!
zLd*AEp6R){B)(^_{;?)7^4WJh>?hk4OICRG3vLT-ukY(KFCh1R?PMpJ$(nIYbM)Q&
z`7OmiU`~o%(P|#`1dd`0@-7e;^5~U(@OX%iQ+nr>(adIE_s|GR#FthZR!h)o3w?n6
zG*+Z-CVLZ&M|k3_IamUh**c|kZ=H6hntjc@YarjucP{?gH@@ue(@@!HKSbXHaEV2f
z%Y(eq;h2Jzir?Wk_O;hPh(|wR^!{__vc}--2kok8hm>nyd6k&@Y&ELiw1uK6sm=3;
zs<&lBK99HbSiY(aEtD=%U_M`8HIcemFYaSPTH-h$Y-u+%Pa3*B>st8C@kyIOo(M#K
z{_Zgu$`r5#`XUdu&cJ`uwHeT~7R@L@xTEE(=ZR36V!>giu%`GygU5F>ygu>aM!pxq
zb?<DZ_kdopK74jz&*)VRaM$Q~aGK!F-?zBUp)TEawY?!0cu@Re!M9#&#Pn-W$mBig
zb-^}^bBXU3_io-h9eUgTl+HbmhWiIz^iaXQYz3WO#+u1sx#d9cmug***c$lg@iVzB
zXWLCD;AyWQ0|Dx@^KzYkRBQN2#rL+uSFd=B@^0>Ru(xjvJNd3^#c>M0q7c*g3R<R%
zn*2(Df$8$F%hTx+n8M`pQM>icHpb^(_WsMqF8nXZ)cV?PC^0P{b5*tMrRo0iizKqk
zHR6}SAA~mpC6|udzHE4gjnS{1na*poDz67J75h|ssNEf%ul_!Lk7ah^ZTr5RE~dz<
z1~Gp(nCIv!?E{Ikv%h_G?zq5j*W04#r6?A0T)*CBnJ`B;N)Kg}kxSc~J5?@_RTP|>
z{;a72*3so0VWOBAOS{@{Lsw!u-s08J<!Ag`QSA!5l9ga(55;@|Con^8$L|_7%30d&
zZ6aStB>B3a_~)xmxpkQ)IWhOuL|i)#{W`Xv2wyu1grh*p{Wo~ZDe8Zsf+=fi{Og^C
zNaAah%4>pbeGo!&pkg*Js%^6V(5oXbSg`2aJ5aDNHP@j)R8t5CE1L!@Zna-I>guU!
zL<%yyaCco-R&V9z6v<cZJW)Drp;svG`qR~^ynf^F_bz>jNH=uQR}J=aJY8qw=P8_0
zL!A-|t~nwtac?tJ!NEEFFpyrN=FL{H2eI2yI`UdZuGlH=ma^JUY?P}>PP}E8iFMZ*
zIrmp^j(m5pd3Tqxcd$ghmQ`XeVGe4CDzMI!iG@pD?5<miY`1fe(qe6_bj=bl@0CaQ
zd7Ji8GJ2h-y8ARzp6FG#Hz|5(b{}|M^Yre7)v8i|t`7yG>zyC0>ehECUSm_9`{YE^
z>ORx3OaD?(N&~3ReWC9Jte_0j_4W>qap(&w?{P;5Icp@!wdB$msCOvzw9)qgt$I$L
z6udI+i-`uO<p(<*_3Qs8KCz&`ar0W}VpEKMsbo5=%}RZbx$i#f)#%KDm_=RXb={2C
zfh&tp4!llwxvW*0&WwK>&o8+M3GH8H{S|OfT7Y(;^-a00{^Iq{p0!k_>l!}<1}^Yu
z6$GjH!cnF1s?;Pk^?_dD(U2T=P!V^tZm+|Ip)}*ZYU9zsTb}pxPVCWh%}w^|>gR^q
zkA`9bf`>Kr^)DI#AbPL!b4^{MdXzPLC3@U4bSY*I1Le#^L%;RqiU&rmheR8JVwUaK
ztPQLuM<iUTHIL-)oAxvXfrq_Eh8;pX5=Z`m2aGgzS*8>q-F0t=VY3<|Qw)78ii2^#
zfV1A<5y)_@!RTLZS{tXr*C8U3O^OGf8nFiIG6n-HouiQu5Fdxp@R89l>o9qbxN))D
zG-!xLL1W3f!=qd|?)sQ11SCIZa5ikPwr=o;Ri(Z>_d9D(0xRZGwC+1=b+C`xil4Z^
zFCdLOW_5UYE(Ei|py%FN0g=%7F*W$cTI2AOBBOifDP$PRYfM%iAAf@pnyT~}7z~Xb
zeX-CGJ1M){I;x<L;n_Fhks0Sjs6HvC^jhBUKPs1)j21sGGm2QpaGf7NaJ$W816>cf
zU4Na{LwB5MYv5<UWRtRCqNd@M{o7y~5KrAC)FzZx(xmAA5EEhI$K<(*_1@e0`s_O+
z3Njexwn^xV2^GUuYRt8a)fCH$5t6)p$kofCH6?5_1)Vn5dC~lsL{pkqkEX%US5STN
z)N-P+0ZXx_*%Zn!=%R11HqCV10@S8)M5pGqU_qbhv?Axyn4#H}(a5BgmU6v=2{&HZ
z@5qb_xg}$2gtVs4mrWWKOv?$FIJ}V8HT=NZ-8^A1y)<0^LVw_n%0xgWP}m7$IWi+h
zn3md@sk=Y)sW!LSb&`2u<bYB-dO^k1fJUb^Ki#6o_}R$tMfsWMKFu4-VvYSH#@!Py
z&Sz>G%$^^bVw;i`z~1#$F;}WHd;PlM@fHp1-t?e)=NIsumx!5{(^C<|a95eRrz685
zH1lB^CQhX-1K0JA^)2icC$K*T8*T?Z6E^qFnvScmc)(37O5_j21E<%nR79I63v1)d
zx?WLFH#X*SWA3ULeo_YyXj#nsKuNvfouZE^Gjp7dRl19y33Bt9Z8QYs|FP7tvXpb3
z1NihO?rXm^vq~PR&ylgri?MoMvG7d8L@uwd+TA4FU_nmCl*pUb!ZX*nWEop9-=$L5
zl2uzqKcOM5hy9^FP%uZ?akv|#WfLnC>OQ^5uViwO!-|<@wryiU;&p$7@Dg$9lf}l8
z#mM3eZ%u(a(=Y7gQEPn-@9cSpYN0<1JBbU+K6jgGmKlOg=kUPZw%h1j8#A-c{*k4f
zfQ6|S%Z_uM+cejnG+LS6EN$VQc)TRE@MrnuhE1o|(nWKd?=rRS_@MVP7QNBt<FDH*
z+?HP=R!&|o%W*(wdhTrnO@(&bn*LdlFk2q~VXGEt9fMnD&^CW(Lz=Nv_7q;&`aQtR
zwv^pv!!9&I$7hMywAtRr&bnafZQ9sXsBcYk6%uzD3P_*_pAj!V^Rw7e3Z~Zg7k~vr
z>eHVW_di>h1=(XLBz|oP5A&dMYxGRU=f4{k^dhEo2Uk91ne#pPyz<(9_S~`<bcxHz
zR<g%#ImDRtXYcs~J9fUcsvy(w^JB1=*4YS>950r&mn5t`cPV=<Qhnu*dw)Wv<*|yr
z^y1nDTic`_p!|WI6raQUQd?fU<zJu4>>q1a_-t+^lUzaT7w2fyD%YQ#vk-^c{1vvB
zVZ-K3*<CHvN6nBNtCCGTBt=!%Zwh~YoK+}sV8u|k1Q@l~o53m=l|LkkK6F|VXrJI*
zUN-e<(|)<4!*)@p{XRE`qg8K}IV#K>8R|6_Dwetotz6}La6`z*%Jt{M)2AC2e2(`}
z8<BK0RvcmG6dd$nqa(@YQ=80!Vdc`5<y9X>N3$5CWt$+>X6U!`Wv<xQCXG<1;vlCj
z?32(tKDG{C?(5X6)+KxMFP9^~k%SfIwF&<9V{;t;!I!a^2kR<^ZZEebpDrFxkNiMw
zGH7qwtJ9d7zcxmNJ>*z(2Y{OL?UWCC38u^R)AwUGmopx$UgWU!U@UXRyx!(mPf}gG
zQ#n;oZ^~w{BNW=7@$>bvB$QD^#EiH>z}qK3-NuSw;Mxn^p$<#=j$1O&_v*W~SHgNG
zXKj0(g0$@eD>wUu_ndc@LJn+1iLPyIk#(vT()D(gd|N>xo6#a$Jh-)xJ3)}S(4Gf-
z1anJ@0cAJ3xK?O%?cLKwAKT^WdZ7IBo+!G!mEu-s3#w;y!oGaSW4;o>`=FU%G&ve*
z@#52q8PWOdeJ=spd#Hi867D|jODToUjciUAHs_hfLc6aWtX-k)iyhsPbsvg#zL2~<
zaK#jYbKjfs$lZF#1wC9^+>dFu(SNdwp~h+&J&ueX<(j(=yj<KA+1r-gB9FRrqH)5W
z6?>zHZER4LUV94P;8RAo;F-^-?T>yNdH$)~|4_Lk!RKcG(&79CPw)*g{Rb_y?pi~#
z2jJd*#T{F^S63jH9)J3Iz?4EB=-pS&HU~WeZ3TVhxJ#y|u9??#!9H-&xwFQj3lI^Y
zc+ekz&Bd8gddmgmK5tRT8(BcmJ2La5Z+RTFEVR4i!l)mTrkG9J0wJ;})=6aLTdwC`
zEal+K%ZH1STI@yd_#V<ZLfr|f8$J3`h!t|Qi2HY=Co-=h9~Xn%Ilc(<I~>fo6cl=F
z6@Jf54;7)>W&$V|^IGjuq?0e`(%6y0ftTDfPpN0F*@&;*TwxFA9_OIK3{vPaZv&jh
z4%{(8I5xM`-Z4nkBh$FoR!~}3>M~m@OeO}|@&9xwhPt4`)Gmcd5THgypc=ll0z-Fh
zTZbGTr|)cKw@-+VF4KBqAg;(~p0F^O0<AZJ`u#ucuKv7V6zWBQN;C$EQ=4fIeW7B%
zj!c#hxxU=*4DE;Dfm$n~9jBo%98^me>?+VtKtFTn13iCx{CpPVKK6Z0``%S1Pqr`a
zB3)itpfE{YFrFVL37~bp8|fS8D;bVF_a!v$!B;DtRfzmy<^&jjD_EKu)^ZApd`I_W
z3>3Ni4Rd_lc+krk?j6;9f?okSA%DsA(TUo+=)bvho&BgvkrthbQxOOYc;;8O^{qeD
zwK6k2@6hk_o7K%t7k#B4)wD#+7taeHfz=QF4}<-_K2QTS1T`J1HQZ9)0{<$U^{;v7
zE;I`i{&Gr;!?3)Kx?qHp(D}_*e)c#1q_0m8jfwB14H!Hg7VZa{3eWzwyhvN}f6P?B
zv|{-G=hN4yd|DJPFUqXSBrp5l?6m5C_NW#AWv2~ZNSeG9vv_$))9;$z^J~TdD2G><
z{t?uiR6$LRQEMu4>+mVx=KpVkTKK|0F=|PP+k(=@f>c5MZ!u~$K0T_d)M0VdWpmQK
z=%XX)uPgdo>$<<TgxPsLoqrIuxe=Gf|D2@0ZTugI+EJg|S&!PIW_2{<d4jp%p>^>A
zwMYFAqQ2y-d)@cH5H-6Cmg=Z48U8m%t?A@q>SOx+m5K9zRH@Bv|EDVTzd33y#~{9c
zs?;IuzVX~v)GBqL=*@8X`$0lJAr~K(sd~MW_kVvapjg6|p!9EHYFn913-Rc?T){3p
z5l(zj4+P>IgcIy9Cs8T2|Gy};7nM@qE!NS@xowbd^srLr-vzZ{k*j%*<^QXo4i00A
z_(xD9!@}57BG^(R{|QsazhU`zM4eW}`|pmrKA)q$iG@n3qiRJ{>jeX=uGUmvqay0w
z_uN!R{jrI=tA%yEg{P<bzZ`W-$CdwQo4V(dNIyy7bW^CS3y|Ju(ckbNZR)(<`wK&N
z28O74YN!8op4!zT<o`=k-_3|OFN$-0N5$0tQ<yq8KkdIX^_TzB)V+iM3R5rq6Q&;i
zGV%T2H1)>L?mv0z_09igs<-|z)is@=PvZdp+h0^ZJ^z1zPp|z~lKLs#x!eEAr`_1K
za;Qn_zPf+$>1&!||DL3_3<e2zNC#p75Q2yi5Fol&3UvGrK5cuyj38+OxI1SI=AyaT
z+<MzU^Z9TJDsd1)SF|+T^u5a)P*rsX#eI_otjviLdOdhdo)Wa)EDv5mbvy+Q*1OUX
zBwAbz-l4RfNj`3|G@bkW6M=2=D$mZ-k9%qO>@bjy)j*$t!}Z6PwPp&pDLWv8NS<xE
zm6wJ4CI{Rb0~SBERo$JL{JyIr&KTvnQb&WILf8K|e(MWWdve!hFaIvLcMI=NE+un`
z%SbjLx`XtR=jpF0X-wh<K@m>S7PupjFiCh+e_q;%HK#%z?+Pvf6BTLOIPSZmA~!$B
zp${PGiXb48&w9l{_Pz-r$K+zv7;`tl7U3~x518SQ7RFdXw>MI*2PQkpY}<WJc2$iO
zUP;}qlgGzRQ{&VT5W9G^%l7Xco6NmE1%Xr?H2qvC#{2>fw4w_Hu<n~)Alhsbf3dNF
zSpBx-B0xx*c!(oyPvM@XAdXt7_UQ>t<nu#V)9Es6`BKte43-dTXIyqG8aGRKD_ei=
z?7kyH#rLYZ+5VGH%kJ*gjA@JS*N&93yawfsx?mK|FC%gFtS{C?aRD}hfF_|1mfd(E
zi>L}#5|@Kv;`s_Qj;5K^s4I2Z!le86VQuU^az?7PrO9yQiD4(m>`Bk<y~tWm-^24f
z2_HbfOuS;8y0@p=Dyr49gHdDn(EHn;4K8=cV}rMvM|6oj_g+l=cF?;!mRX}K`gWE_
zUDpg|Je;%RRug?m{}|zD$hFR|K5Z=ycBEm>T0jS!TPNt=mHT~3SD(I?dz!}PF-?rQ
zeh!*d!u16PAm(TDqg~Jc0d+fP6U}Q1HBqf*C8IjiX)_Jom)-S$@<#e6Iy}Q$PJQa~
z7~`ksC%<adq^@2;DwCZJpDksI;)ORSo$64}_Tf|VpRZ`^F}7I+*Io<sPr7)jcF62(
zwUg&Fs;HJ&qhYi!7kp*uylVXw$0y7;FXQFTX}?Y1Y`dg7;lal3a_$>#!5iXMpv<e(
zopF8n7tY|v9&KN-!X(vY(BoJ5&tT32u6bH!Nn)r46RVQ$S=Xmob)g&2+pYrRZUS0g
z79#(AeT4gapWnRr8@o@pIFR3!Cz(yX_A-b23!!<7-?5v_rN8=v=yG@f+9`O(mt#-P
z8AK`0Jc!{k>XN%TNZ&Q_KAnCkf|s%@U>D4I?ph?AXy3y<(8($S`0W#-dAB%6#-m>>
zc&^vT_ngpp<ebt)A<57OC72^mU(R>uHyznmGeD}FvWw5f>~CXOS@Xwat72R)+9!_1
z&)I9i=Jm`@=;yfM=lZn9nWO(V`1Hk!fAMJu%fI+E`d@rH;XnDb(SP#k(f>7{CIop<
z|8<vi3Zyqj8?m)g$3t}=UbP>KdfHsW-b>a}dZG65-mg{mUlfMkt4E^IScnEkCm@vi
zd2P%N*+uBlExwlco+0$gea>Ml6p$Jp?I5t0JA&4}F8e83*-e`1xhGWj2l{pb-D-X~
zT2tswDNKuXwICGLEy(ydDm{C(u%us9?5S8(c74$Ka`PTB+pl!yM0>WH{zBQD&Jhnk
zlgu^gB8BlZBcJw3j@~UAl?K0C0e(N&JLfK;fr=O`Ya&Otu9Fm7^H`XwX)bGB@jrFy
zxKP%7Uzu$^n)usEmD0?TubmAZ`bC+rvK1BU_82`sHOXO2D%LUFxlJ=YRTNr7_1O>2
zW=}?+d-;^zTPnJtqkpF+eVPE(DpQ}|nF$9Ga;w@Xmu=pTkH@b1<O?r}-}^H-k-}zQ
z6{4~y>Q!o<{nL~UeO}BVUTl5<R9d~lP$Vy<Z^mI>SChTr;?$=2=@rzQ0MROQnH~Hz
zV^o`4UEpft>T0#PWB2aG4_7RWxJf$QvqnW3kNZjbQ+EZ-N=9WOP4bj%ydKmyUn5p3
z-&mM__cWyzq$26kH#AePD4qL0Y2Q!nlkIUkdx7X5ajebhLdVQedyh<|#Lu(2Tp<}E
z&MVBM18&3~{XKKDT#TVS%BH;6qy@ny>8x)xM!wxx;qm%%=y=)k1LffQdiO_qKe+BC
zC(I#*3%3P51|3(gu$>oYbitf)TX29~h$M+BN}x>38t?I3pOs8#@DI`T_sP@!Iv!50
zqFi^QD`yAz+A6}-h8L1;IU6taI=?h#rhf}f`apT{KJA0_n)E_yv*Oe5W}o2>{-aGT
zD>R28)0TE&Voe_hetmy4pE0W(z|r1HQ~v0_*ret&h4)cDwf6<BHue0Sd&eb<Ov@HF
z<^DEi{}?X9w{hD|u0F3TeCc{^RdH72o#oiU`4GNUt1XKRj-Dv!lT_X_^Uc%KS#WY?
zV3DQS)9RWU^B+C$gUj~>Up4fv3j4f1HgHGG{`gcs9bBd#8SWl7H@KYb?AelO->Z81
zzAF5vDR_NE`rgwKQ?pA9B*eopzvg8PkDnG4>cjSnI<+4u%Uf^W3OWVuPLpVLe3SQw
z9Dl#GSd=(;*K~=Jce5;`xqDf@k8_XYcy@j2myu+xVa(^3XBHdcMf>hW*5vkT)0rbP
z-;u9Y))vyIMR7At`OlXHrT_A*NmX5m3u9at*!{lM0nkQ=3EF)vOlsAADPH%bd0d3n
za<EDG=-wBrRm+9M&-W;PUSV8cZQo>R5LM6Uy)upX=y|g(Vj7+{W!#$RRq6cIuC$!i
z?jR!9R6obpX!}fjRs7-nOeCec@|pY8`x~}5RGA){UN5`9S6{PsoZm2h<JFg`O^c66
zo8DTxp<_he%luOI-y|lRm9D<*A}mxX{~6__|DsMiP3PtdGe^&pm8-trvkrfcAG*y1
z#PJObW2(3R{yt9rqSj!>_r3vfb<uOJ^?b`6)7aS;$srg1BS~$n^M84gnz0{8FlRj&
zL$ng<>#_8O7<eH*vS<$RMIbUyo~0E_mxhO@c*2tiQLU*_jj2&7W09?6hyzsA^>N0x
zXn1^8bUYfKSQSO&h?($(r+UKcQPDk4(UL&;A`Cv<AB`tPCjnx{VRS^N*i9$8Rw81)
zIOft<cmgqIr7?QhJnr+a=oD=1NqFo@YE&u?zM~s`pnI+r3I8S^xBM%HmKvt+k0apV
z1TucBICc?*7qCNoO~pe?;=jXUxd-rPzv7Ub@ytzeyK}K@5zI^Y_`$jOE8Fqke^H_@
z=p{(&C9tL?u)j}O`jwzO|AxWh4Vp84H~bAt2ja>=JS;6ynKL#C^M>k{a*#<E6%sYK
zkzdB*V{wV9&UjQ){E{v_4Ul9HPcjxwA`s}$TO`pvW>lJwp`TCE*NdYoiO1?CJ3dcw
z)Jt-)Kpp_#31}c^Rdj+U^!pa<YkxGAOkcH#BQ?G`;)qT2OnGXNoGU=**Oao4g#Y8B
zanLv{kf|!#37Hzi36Dri9h!s1jKy1?#CyQgj78~u;dIra8Le1G{{covG_Vz(jsyUm
zs7>fGz|b#Ph+bR*Aw7nW3LSu1Z703cgP(9@<OtB!K2LEfNp_^5{wd|MVxUw`y$T0r
zSwN|pw&yvJ1CKA;hQ*LFsY!0#fz&w8tQ2I%j9ykACaWRh%|G>N3^;Q>Yjq%tWC3Nu
zK{?0(Jv<>EnK{%CBM-prkWg4jlE*;O2uE^m)!Q?R3|=m}c?G;L2@GfkD^`J(Jb~;0
z!g(~14FhS>12SUrWSgU@`RpO{95y=m`R2r*snkPCxPwL7v_+P{r?<UZ5Rr7S3<-?c
z0bg#WLOzJ-r;HmI2nPnrNCqgl0QHE`_9&n|66#17YmZ7PhsRDt<R_gJdX~~RDntgN
z!2)EUOchwp6Ku>?KxN1}*a9U&0fmJO&_V%O@DN5)8ap1sj*Lsd=GbEj@8NQuY^RR+
zzRe-$@LHzj3D8~GiRdE(pOu37aiB{Cuq+uUCje2$f^T7S|LI?k0q&H7IWWaqfI>t%
z5RV74qks_#C3eJ^dt@5V`BW~>*mSz0QJ1tQ%@KL&po>*S<)@I#xKddxc%H669a&()
zRs4#|D$$j)JJe;~snkSz464K)S8gSm@BJJuuv5Z&TH+;EalsQnLo5}*RFwOHi~OjK
zTd)kV^yMk!QZtwdTYQ6<#)iq`L;-bBz{8Vldja^NVhN9PiQCPLEV`n%bfwPEBfe7e
z#2CPZF`#G$1tjVT;3Y#q+*R|<6>?)0D=xXB&EU*!fNWJ6H3!Z>risM^*9T$u0ML8*
z_wfQb{7r@5IAR5qsEGPq0U<w87Xd*7Xb3>tGN9-}HMRE4i>>hYtC>#+%MBG7TNa49
zP%jf|6dd5~3egeBIj30C$CdgBp7m~^{CKA%4^x+ifA?k!VWkhS&8WWD0^}yXqe8~}
zRu%qqAW?k9{2;h&uxN#@m=OaB7HdFYAq;?WZBHO87Zi&J#t>uThz&2#8Wwf)ADx!G
zwWJHCFC9M(U&S|yw$yPGfYjY>Jfuc$A`r{nbbkRTP*vpOU&>DgVoJg9Ey1rSrC@5w
z+w2nnNd)8%<=GKooT&D-h1B<F4Vo@3c^JB5mlpGd@Ev^PH!DDdKY$k1%14b^6M;h5
z544`3zoo!Lf3N@%d<)rzu>?OaEfu8$dYu8Z0p;HQKu0d<c>wfVM6EMdi}iMLA`YH3
z&@LoFSAc5?T?qe{(J59Aq(uX|#i_9UL&s330ClNxOA)oKEE`pIdl0NM2GAqdAY38Z
zB*1x6r9B?#KrKd-VS|G)5d*0jH#3BJIxi|WzHVuWnClc<?D^&o;Ko%8p?dpw8@Z~0
zNg1G-!BScBKW+8frMZe^fXpd?1q<|E030-T#|gj_$S{htUwR~GK3_Dvaj5-nbWd|j
z_-#^8Y-T5y07zo^LqY&R6ba%b07w17@;I<UG)UpBNavqf0Eo{pKobq@qsya?53J|`
zxg*k-=9+IUL<?B=2(`BF`gexP)5QHA5>@U!b_Ixd0xo(2E|cF;9|J3R7EzBvYv}sC
z%E2~+1SU_2CK{rRhV-4%tVBQ)NU&Z`_~3jqr&wxjRKKuwXY=q-FbC6h!0@+#4_0N>
zf|y~cy+#-RnhV6zBDw;gBK74)&>|GiXAV-IUb3Qq*CT;dZurvYqf&6XU7pU}meB*{
z@HGs=6#4Pn?|zj22M7v8t-JH!K^KseuAxloXvnbA*u=!|qF}$uPXQ1lVUTVlgS3~D
zfNNk?j7zAB)=VGT4d}OM4PW&{n390}fBJc;4R-wrsl`?WPwI`JUg0-zr5UU~mL+Bh
z(ZS@+D+AeEo5ODcIXt^ROXS!gr_`3>H4Hm1N_28m^n@2P-W-`S-0!()GlAmi;vo*7
z4TB|Pz>j}V+r5D3d5*~%LLYiUTj%paMc=Ag<{T-s5KxWUZKJ^%;}PMr`faoK7CXgU
zL82qTaV2Vld4jT65mr&Eg>F#6kFcSESPXTIKzHjva}1z8cDp0ZW@;~BJi8*CAo&T3
zZxkkclF;uJB2LT<g5@a!RTC0@*b%^7=7<Uw!bI#27b}mLUofVJbGyZ9NG^8TEJisY
z+9f{m5__O1>atIe5VB2F093X#;qL-|9MD#3306~DU?g^5z1a~f0HxCXXi_C7Hs`(4
zRP*q>k72~kw%Gwg05=ANsi?j$0TLFNqt3#dxy^~ujXceOJmoHD#E&pmWg(*)-ZV#B
zoOB~&msyNHn*xTrlv;(_>h7q3sI*tk6Li6I`b?sYno_>!PF+|4zJVmE03hsuY?KR7
zKdJ#=)u8vA#Ol7r5tEQ${+Y;AZ&mhz#uK2m{CP~WYGS`tNua>+O073NH4C4O7+Xc^
z&#<0WQpjR0w|6&$dFY?=Ztm~*(4bna#Xnp^tq5a5<NhEK&*|&pBezSznz#|DKg5`C
zBis_|r4J;DL-E+urOW*hdhjRv8#{l(moZzhnXO0qAi=Rt+OaL+ERgFcSd{>Fi2~ER
zf_1SCXf$N~(>CH@1c3tD;eq$?3-<V=BGEV-#;r0+_$+BhG+<N6@FSG`;j#+oGNE3p
zeN&FS`N($glR-Cii>k^PxUhAM$)GUtlqQjP--KaH*m^&93!y;izdZB~f(9ME0B}`p
zmAZo@5KE;y;1HW_cY|)tu>&-D>2>MgJtXuV2KWu$-?TqDst3=(9TpJiv9^?m*@GUa
zK&zE_YnTV%j^Vl>8R+6Veb!pEnVpM#xAfEv_(Ulap+9ra6G|oLSTf9_B%M4TEy%R>
z9#fs#fB4~doqYgEkO1VxfoS;;nmi7a&=8MSumv5&{_0NzARSRw+t=J|k3EXm&K%~9
zE%8`8WsJDA(qkh&VP^#p#5G+&Ps_J{Q~-=zJ}uHEEZN`4%sc_GXV$Ljk<_n3+eY$6
z<o9K58;$-R%`pz#E34Mx0|`}a31g>+m6wKxr-MHp(5n3G8U;LfyXR;FG~j8EzgJ%4
z+MjfTE+2JVo_!+D-+CO?ij5kcS6mUgvKsgSEQ?x_ClaAb3up=nyf^y&83k}NW30iZ
z<52Hx@iH_KP1kUvu?6!jd2Z)}+Xo)cO+oTEb;`F(0;><pav!^aKN&*MNMQKKwDSTD
zj3lByPc~=O7XY)!aEfmH<p{APl%QxR!~Mti*^O5<BhO3PcBdMzX~*)ayo7MxUe`?!
zHq6!>80S6@lC)`7_C#wKq;biH|H7z0jNnmuv^e%&V=I;q?FOqeKBC3*F>}e|c5uU{
z*UpQ<7`nFfQ-f$^MBO-Kr>=yHj$~_P+}XFRcVDW0Ew{0;2%?qu93$jFB3UkZza&2H
zI{e73;K?wZlLw9G(+v3S3CK|cLm5Ocb<Hwm#GvTTa7tQ;sGEjizLWE(je~ucnF^Z^
zp}Y(Ea!pUHyae9cfy0<DXgVP~W)I=4@&TK3f||v#1uB^u9)Lg~^MxdFxl~M``p+`^
z_JF?!;kUQP(`B6}@^>=be(o=Q2;;wZ!F>S=o0B6e9YR?H^fNCHR}n+b<rd{UEfy3N
zz>$G4D4#D;@j!$?uKC#R+Rco(B#2O9lACu(`LTZCy(Y^oO{x4xE@g3GX7U6!ghlli
z;VO3&eR&mkvPrb)mjH4gkX9ht6GT^Ah7CIGMrsIXw+;z_rAEJ3-8@p45Z97ySg#(M
z+sYWaf}m@>)v%<V`t<{gC-!<3PXO9Y?Mvo;N|oA|a({f#z69!A^i?961*6S#QZ;C(
zs30wKmEEz{SVspmDGTyAr`EuNCd9w%oZBlg0lQ;{!}xat#sV*hO`3d!O8^dUp|}EN
zGz^Wv@9!X$jD?4Eo^90K)o!y;yPcsaaHpt66P5FU6FBr(M=+6|4ki>1%l&jAG=ONT
zYSu>jc!x8s6m+e<s{76pH3LV@d$W!WOUF}o@7qD)ZLYzbukR;Mf?r$igz<V;eU>uz
zNBsyl5hRR(UW*EVF{S;mym+sV`}wOzUdAIfF>;%!6}pEthpP75`}D7wFk2DtDAC_p
zr8XnK3Bveuug$^eMBRuWH1Iro8A^mwV#X2`rs~-CR8d>exj+px2`EC41R#w45+rlx
zn}qnrq@`9hh3=Q;rAEPDO@D1diB7%`-*N)G5^`2H*X?~$3R^r{Zph+>7t~Q5T8vK0
z&kfg(cn5b0A*Cipf-xLtfpC!_i^Y;735{r}#Y&FvM)IEnVywsBD|wH{Lu&w&hfkzJ
z;vXuj{b&c>`z|lfa`sFO%2_@f=p55;@p*u+FrchL`b(?t=&f-d?~Rm|B-zOyFPm{3
z`W&3D)Nx5xh3==mZfXJ%@^#mi`BR63Xlwn=eIH3iEchNvJy3ml!v05OF8Ld%Np45W
zTy|0xz7qI2`Ff(F&qqbg;%E~J7eH{YI1)tNG{@0PgpRt8`nsBHNDfNfV0=2JNftue
z=F5q&#}Fay%xW-oGCOgj%;d^s;69Eue-IT4ThCyKzhVMaH6-3zu?wbAcn`hh3kuH8
z$e>MX?4AuU2=N&oq6AHL2E3P0pamry2M|-i>ga24;^`n)HK2F?km*@@R+*!GyRFNE
zBOZmUSrHRcr1TzLn%d=$p@e}qY9*w?GVFpid#HOE10T-^(Vg5WKxt<OB3wx!%n{*g
zGQ~ioUNn_YD`cD>le${EKzvy&7xcGw%ptRS70|@4Yb@w#G^d^qzTDkq7XO){KE#1p
z#dzRmr5d7XjwJG$%BS(TDq-jtg7=;5%}h+Zp(1uN7HJyX{Tq!(y9|3rqfsz~Ub2b-
z$EV_4=!I_+nMuPv<Kaz4Pi;d~X;G7@ngV%QV_Q(%0<~72KWH|JS9{_T&0KB936q)t
z;l;ZYKF-skAvIY{FSc&F<p!R;_L38pw^KQc_^86SaZfEGjVZCF$9ZG`rXj@rR$vwY
z6Ej6PW1YAr05`&Cyt95NiO>!^ylXG6f`okD`isBD>KbVZLww45Vze<b$Z<rt6Npt8
z7oC&_s2Adhr5f(d(*~VG0KO`{%YpYnAF9Zg%(^>h{U!=|q=B@x`V8W<y{uQR0pPUO
zBycN?5_k<W{mwi|6xF0SCqDtb!8KOmVQo5-mH7jFW8jO<-^+KuptK+R+7sCY*L&cJ
zIf$19F8rDcVd}+is)~LP<di)#{47eZ#`x?Zmc>j{Y-*qv-3^S(*8sZ#j{`IJ%Q=55
zT82j6VYbwA_e!JfY>|Ej7UyBKgR#s5>bK)&e{{IlEC@9Jd|EKqWWhO1o~NE+7UH(L
z_+370Z`40~9@=(mI=y91iE@;E93vrfNvUgL24|FlC>CTEy+|vKZQYbSaQcf5_ez~<
zW2)q?()^iwzm2h;J4sS{L7MeX^~48&4Kf?Dr?sr^81Ihu<fh<l*}e$zB15H?T2FH+
z?Cw~IfbahO0`Ucv1O3bBQnjqe+pLAyWFY7@T?BpRb#UG<Ch^c}r@#2{$K7*-de_T=
zs@n}^^ZnXNn~yV`NcSlZ<ocKI;{{{Tyc+5>H4pIBiFtcrYqs;F+~DM++m~f1pXD$8
zT>5%lZtofdcvAnQIxD?l{(+p;!)ut>Z*TsRXm99Vxc{uz``wrn4f}o?_(jLm?o$Rs
z1pfhA5gGK<wF;~-&j^dOy&lLd$$7O?q3va=bfr%g?6JeA*;Y^=!`81w)>sMGdoy2E
zO8greXNdEo?MwRsRU?bbC5jm`!TEKD&NnZ0c6@-!rO3J~zAddxlZ0HyNDqtfQ_4Qg
zFDBKee+fZ<l_J4(1>RP^jo!6pu}AhJo)L{}&#@GHzW(i>ReVUFdYk{jy&SO`hQR#I
zgr9&K{nz;RrV)2})ATkF?MVdD4ix2u^V_I2rhkHW<8$>LRw8tizWVLaR6XCXM;58~
zHr$SV^m|2+)-Pg8?RBff_w`wDW-Rs28TOZc^Yx4e+dEN7p^wgrZiTU6zvZtLXF$e@
zU%q2K%Y2Vo3GFi)&lo|8pBr3KhmB_|%d8Y6`RA=ijJHpE+Zbu(e+TTnN*NhrE;Cs^
z>LvdfV8!K&6I3Wt(=x?(kT^_5pp-~Mm8`=72Nv3Xn05FzOhX93=sVFu>EXUUHbUn!
zk-?qHK$Cjgm5?_2KUllVs3_QW(c=>^bVzqfhcrVvq;z)<-QA^hmvlFX2nf;$NOug~
zAxI;lAfn=U#`k&lbN1QiU1#mH&fx=mAZD=`V6FT9UH_}{vGmV%<n(^};S$(cQ&p*S
zS7PoP{_O(!Zyvc_n4&6zn#46r(Iwk0R(a;~BV&9>$2Ype2gN6DIaxbp-|ngRt|0HI
zcki7)kMjHba2FSaXE|yH!|kWW!o;Z0WM(VUJ2YvLKau0Od*TS{cXP~r*Mj{mnC;|@
zuSghJ0Ob{9&SYhTLjG?XKk&6UaWc4?v<M%(J8MdX684J{KJH_FH!smojEm*V2eB24
zu>Fp6yx8n$@@lw=m%@Z)Gm}fkgm8j7Z!!abS{y`p-y<3y+ax!@jFy0QQD{9;De{~L
z$SCYc#jp|7qo0KAhA{~kwlIc^3p}J40Fn&wZGnm92L*=X{fq|4l{1L|z@Of%ZBav~
zE)pBsEH9^|YMP39&}!X4gN(RCkGWxjB=RYkB1C`)k!h@vkox0u658i-B2JOmq3zVu
zGCa<NSY=#tXA#i5Aq|oN{`+<r5`_d<oQ>m<oiW+i7ZPX@57m7o@J%nWPChUx|93_v
z<DR@G$$&&>6cf#eWfi8UR%ERctMF;k&+bQU2mGU`oMz$(P3sU{efKCsBy@a)uO~`$
zZ$yGZ4t}HP55wT}ELQ#gre*Na&>a@g>s33mkV9w(*M~+YwA!sn1&O98w+|!YCko8>
ziZUdM!bt5LTHRN_*R#ZI$I=Q|13tX&%*=-+ihQDs6zzNxS~M<tGWwJTbs?J)RQH_P
zN!pehm&$d-5EuLBkPHLP!-+!4KvkN}1aRnw5z*SH{8q5#u#z^77%^dl97$@LStlnp
zVa;1!-O4VmX;_YL8#-lV!t^NWtgoOxDyc_VMjnHUB7#g@u}r7kQ6RP4b+nA4#i&Zm
zar*Hl<s0#IRK8Iqq!lb)3oa~D5k$kF41D)aX~d3%aL9AS!MgpKHvZ2-)~ud}SYIWf
zq<jV=)%MWI{3`IvWR#W0c=eEl^NfJcCVzl`yo^scAXG97mt*TKYc>r?x@l~<9^6qC
zg%k^)8j~D+R;6Z#Ru@|EPKSDOsCh86s2ij*Il(-$P^3KSI_(Kpf9Q(g2aR2ARa+;S
zm<b)(BvB3AY8=#?+^y0W4OM+gGkZ-uN~|N9DMr~g$Y#GjRddZ>?m4>|rGd!GcYYsr
zcCRj879~kIdm%65*90P~sL)X6YTchQki_lu9@}JAWni36r;0p_*1RhMiyNu`Skhn#
zoXNH!mYRHV$}GImqMrZuUGsFs*N2F&u5*jNQ|QI0S~pn0SF4{(p@D-k+eW;vhxd!G
z__^RjK=LdsL&1P3l2HjERtu*8I=|$KAmNd=l9UfIftG5CuNTS9wDy66Gz2%1jW<P%
z(n?x)_w!;#T9SF1Ou~;3hDj*&UL9bz{Qj(>>$3m|8wD1ZI}f044i}a}r+B|EFvVz<
z>FAVd%~Hg0&1|U&lTOjNjx#uF@(3@<6@wl6XT|Zl{b6yICux&Qll&>tr%AHnH@cb8
zUC6|R7;Zra9FRPzKChkL0T{zlN!(U`j3ys;?mdDNvv52t12i8WAkml02J_G^=-_qh
zkc_waWJ-lC8%8hqpX<Gu);BATvR&5EIn-Yu9t|mYK4SU`yJ1EsOuXM$12!@vqHbV6
zqA#|#?0_yts<uqKIOi<9$p2IK+SkxHW;N5+Kx}+DxZ2QxWwkkJ#TFUWuRk3@?zRy1
z(BQg$K2Tw9lL*AqU>H+v$fLg$O8d6Xwu{Y{vh7-v;#cMGDk&TFarUq=hr-p^>Qytl
zScRB1Ph!RX2z9D(Zd820uwjNWd;Lq%@OAWR9_6|n?RxCUY9^kTZ@3nr(OZfSDt^Mc
z9ImTIVGDr`vJS)`X@qg{w(+u%ap{bZZ*8Qn-e~SGdV9%@Jaj}xsG)m|A>-P5OSPeW
zneHpR&MXB{)@(WHuvZ*aL;jW8QGO<@gzGKlD~<r#c2a148{5H&;rjl@>joGuk7j_r
zZY0kd6`yJA_Ie4rnP-y0Ng=O`)JD6+_(+>9Dl=NRY&t<}jC|Ly6+UF5_r|DwL3NgP
zA{kvP`o=8EZ)==oo5d)$O=?@s$F#vOv&3kY-F3l5ePhIJ%Lp}YY97gwx8b#I&PBY%
zHVw?-QPLx7RjuCKUq<|hT6pKHxT$Y(WM?5(wsqVqXtktyzP)&U7*SqijITO=_sh&7
zd3T<6_c^WQqVVpk29T6p&(NV64mxR*y4k_UwU5P?SJ_dA=J4Q|?O$Kp9DCUsg-w1x
z+!^Mvxcl17X=cI*2Ytq~JS1JMi-8|{>#?j&Cc2pm;;rE{O3#HYa4qc7I)Wf{mJo}*
zFFaP5x^bMIgHt31$$pj-!IqbYJ0D50Y5FXwV<AL4NUJ3f1{>n}vRjWK?T+fm5>xDZ
z3TZ+D_dQ6vRa@9T*SVF{4BP8ogBL?f-BQBfKGVAf;7@Z@1^a-N&W4M4wDFMS{h`f<
z+QG;ST$Bt%XaT1lHQ(;FIaDzRAPuc(S8(WzL~}k680?ERMzJ&<$j3IZ+Z!K1%^vTl
zP9z#L8Q8cA@A%Vx5HmPDYyjKAY}KWC%FwNs%|*HC_8E`Zc-#-Z-0#VX*dE!%zKgLt
zRKb8>ZJZasTd$H~^4B?1)79mj>!Y!?v^Zozytg{4^T)(s(bB+aoZ-6E)tNnX6xp$8
zJQDY}c6Dc~7fyDz8+Ac<SZA4_j5*>6-7P~Z9r{@8xEMGTCR*>Q9~q2Td>h&GuX0e9
z7FMbG;5_@`DQo?b9Wh<4H3c4gzxvq0{fVx-{R@}K7-<JXd{O5>e*Zj3X^Qo9y(3PH
zZN|l7AKC}69r85k<Jk5V-yg9~j&UCSpjR;`@ni<5qcYUJ;M(DH-E-B@m1D6Zhi^<V
zOPFY`c@RH<nWrZgUAp7*9wSqKEBj4Hoy)V2<;7Ks$6N;x6uWhAf^av*E~1;zcAg=p
z*QRd{bZ(ou4Gt>$&MO<OnxF1bY@!<(#h6oIpa)v`0U!yAW}X&KO}*z#J11*j;mxDA
zR{oC+JkgD`V*JZue@Qu!mGpb~TOor=9C9zuxHWL|8||%Y-(Va-43+4vKU#IttpNJ=
zE8$K;cBfISZqdUIF}$()H5VVeW8|ez5A`mT)DEz1SM8<Gf{xt0knp7vn{@Zr?=?P@
z`0F$7oMGSSc8{Jk#gq>{ch|3R8hqofjvvR0nCdmV&|!t=)1D>Getb;z=@hj=S=>Y2
z0E3NU;ykA2Hs(Xmtjn?c>E+R7Q;w@6rhDO}hdQr98N>m=wpY&TsZHlu`E-PpA(n;W
zQ?<nlNSs}rd#70I*$33Odg*R|yBJwBK;R!)#rr7^<YlB`ZmMxg{F|JLVP(@I^^n)|
zO8S_*<5NSyXDfURr2QufeWa@ytK+v(7qU-_y<{#<aL>4sc%7`xjit}@9gd$y_edY@
zVb^=uVU7@Vcqb}-lD4=2jUhaD*5)D3j}Ifp8;^d{)i8Z>@ZIyEVgD>B>?Pvi!$+_w
zY=60EamcyHDLHp-6MigPdL=TqqlDq}?eg-_4}^9XEC2X93F<8^b)|{nH$v-s<p1Te
z9f&$G<f7nK=<p5zK!hKAZLEJO6S)$#^kO5&MhgVJT)9yni`U4lf1h&wk@c&os6RN@
zPwmmQzx7x3w2z8x7QY1i?Qh+k>3v_w0rW*ZEO+CXf9JBKecEI_Ir8^aLnpP{y?su2
z8m|;LvtuO{w|z?%u!AJKk)5*$mjSTB8tlg~efuLl?qXpSrvY)X#+E*ycmCfYXGt{?
z<{oUW;UILaaIP{;LnHsxCJ0A-q$>3RyZa}rI5BJw@2x&ws{We-9Sqm_$OKP}Byy}<
zm2hVY`+8b`tz-A#M_-*VDDoD+6?n(lP@H<N#VQz~@$N<P@C8?{Lfpn<1K6*9_aa@#
z@3<%eZ~Q^zJ6{T3f2)wbde#igoV)QCFYv{T{>mPwuom0;2*XDUFCZ|^bv(9OG`Py}
zhbuhJ6;;eeMDn6^cxPnNqxW<c*U(&tZr-nH0zqz;Y<__P-hlvDBQ()92uWLfhvg5R
z@sQrtpS*VvWWd;w2EEEJqAOG0fDn&B3$_~XE0CzsFQ8|X_uk#}{*akZk#&X+f$!i^
z$L>+DZ;#M^`hSU94giZ90f1TnS6G7o2`F&S-xC)t{QYOxZ+GH3zY)t9?;XM()k08h
ziPo#zMuH%m7oH=uf=w8qP-hI;^zg?<ao3-a8Cr42mUjiu+!t$xLgU!KJ$u%2<*(x5
zeTorJEAD$i7!Mc_^~WX`a6P$V9F8Yq)2Vm-%ru%zCF*@~@|k%&o#~0VyrCU~N)|}B
zhQz4p5JrVrpI+~D%{p5o9`NPjl-L%^#%1`1rZWnn9Vzd&R3;<0Jy)yqLZ`v`E2n|~
z8Hj}k`9p_gx)QS`gU98Td!to6s++sc_e85&sJ>O#<s0u#PjGXEPsM_rVTZUa>z2zM
z-~MnSN5Re6?JJ{#BsSef*L7FKnBo9kSnzkj6GVk_1x{7Iqs(BXVT=36jrSd_;aJFR
zZJVR>t?mF_-e074c$Fe0We0BeQ17;Uw-&wPd$F4n?Rnv5pikq?#YRUOcdzl7XYJNl
z<|EAqMV2(;@r53rc6!AfMamjNJbp_f?|*!|{`Beh<8UB0lpzA0Dv%)(i?fp<3Qzow
zA^L#|lre_XB#<$d(z%l{jyCv?F`h9I%9OxT5Xh9sQP;_o#M6Dpl*~T~Wlj;^2xLyh
z6Fci<PLuj^$DGavK?5*;NBfrt=Kk}#5*QDRL%qet#igL6z#_-u_*XQX14|SY4gZV0
z6N(7&`bbL!iU|5iiU<5@g#&B>>R~)jLLQ;WyV0Lq_+R9m-|87F7m3`z$h$HdwcKNB
zR5Tn#-Zj`*)!CWV|3t%?{wD8#MZ;P6G!-BwDDtkrt^aS-yHGI7yOSAeP|2gbyAFl2
zF0sBgk%=~yo;I1%lfTG2rM=1@^6rT0hU?RKX`;wG%irW3hU$h31jve@y5XU2sBSo~
zgDt<aBZsEOKk0BQ1xIInKRu7Yzq;XSZfgIf8~!Yoz%`1>F_I=AhBP3Z)-0UaAe>z-
zUer30(J_|AFPho8LCU{b#J}c|Y5C(n_3&H^@e)J9LKE&}eYzBTs%RIQct_^vHtg9}
zLg_*O;oW^u-d(j?!}#SBxpG~-N<GIWwZF)_My-ossqw!h@6mAtiT@(+sA%|K<UKu(
zBqf9BFY;c}L6=$gAL_k^qOOyotDCs0o+Q4NE478~%^SggsrNti@VQQ!vA3iP|Eqd$
z=@<Op)%)lw+dt|(ztiX+^<FV*yESbvIi>giqTW&D9bS|2-y`pnL#xXxD=V9uo1@e7
zGsp8N?|yzU`Hy!$`uyqa>-q2Bzi)1?zuo*z-edg!FUULU$&XU+tN$O=d*wgsUC|$l
zNaG*%Zi}J7h*IwZ&Htg^MbrR)sds~rFK7`$5t;zBJP0o^oc+8OX#Tf)?+bau^d}l#
zS6>JrnauPFs>})p<v%hV$|;3wOm($5#2o{SjF0hPc20nv230;cb7;-EY#MK`pE*48
z0+i*pN&;K=Tgfx9a-J=)_HV1HpZY}&xIQ#`tXj&uZDQ=-hrz1Epw17kUnxh%{d6a!
z4R-;JIsE2r5Q&`JL8}+UC~I^1aXY5FJNKI#$~E-M-V~sW=ezj~nBkx$6!5ZrHn?3O
zj@G)VA<BdV-{e6*G5+oG`#4SIYk6bBiYS;f#G0kT`Fz_z3#t`=TNeHr&$dJyV}QNV
zg+CRtk5ca>R4DacwkuBKETWZCp0E4CgBSlpnFWFW$^W9>V+_<S&W%5>pwzp<Zr)NW
z1+9#<4yqi^F_;kUe0+aME38@H;t&Cca5}0`No%J7umXwE0h&#6DS&`tR5{!L6V6_-
z!;TFgktb^1CN63O#{jeuq=uxl28oV2N>q@MKx9G0#_4}wy;p!0KvlEO2r&axiKU$c
z6$lRx)&Ha3gRW1XGa4tkq13zHOd)B41e472AN5|!xL0X|If4;`Qt!jgGCK?~+reTT
zUDP2<?8DT-Dl9EeB_uYQr|by~dwu{dLe6UtT>_W?-O~KGRhPC0OZ>vb^RGTzKK-NK
zwGd`8GjuPDN_;RG?P8{}9~581B*@ViCrg8LjWZ#@ctYXTNv-?^40J?!k;<o^&)vaZ
z#qM@%=H^<Y`b!l4Bv`O{0U7xyp7b>^&&-YQGJ|J2(o_?Z0Y=)UePF}0V`Z+jt}}_z
zu}aIxt0kJ4n<Xl{_^>|}Mc>)mWCUyiK1)2`4gK~MD|w<z=zUXWQvm9Ea2NFsI;+)(
z&8~YEEZI-BLgjZ>f=8ODA4)(wlcc+S_3!TX3tQEd-XD-CzAiXUSd`8<=+Di%mpNvD
z2g7HXkAiPVG(0w7aVF0sjWAnZcfdC3qqpm?-^JR@V_-E2myIS>JzKlSQNI6hD2)cg
z23~=vkhovob)h5N&joSxk&&r^jC=6crWiS7)<VUfaU<!KH>Mjg(CPKH81um4r$h@f
zRblB~4?bXvZy2OdsT}-K?<2DVR1rq+HIV087;}lfgwIprY|m85L8<J3mY`vI{aPzw
zcg$SC>}(utTK5XqT7H3H&-z!=d&5{VDVp1fh}ejH*xKhIeK&2@QYJ$ZvaiwXJ$Mgy
z;z@CZWfiec<9N)n((8x-Z@SUBQ_;L|D=*kb6~(_iPfxCT$fi7@V)7*;Z@P+AbYemy
z_)Df4qluRM1hGzJhC$7iGN;d*N!`eo+0ck;b=y-FhWR(F9YxB#E~n+@lf$`uK-Nbu
znWu9}T3E(tY8)~qi0tcz^C#tTgmeXFGW7%tEW2uyTa}62t#vs8N)b@g^hmPSespf7
zV;rNaNb=#m;@<cdk|FPt0)Grr^dZMzJbF4X_Y`tKK8UHv7tM$Zr|_k~q=oR4m?Xz?
z%27^*p9tg(;MxPiDJRC+1=8n}Q-fP60|2MAioqC?StJAzN~eqliSaq8emEbhAC7Gm
zU$C=J_G0{$L+3fR-W^JgyP<O#$SfIB_>n1nJrXS^((p>XE;`Y3kl0mT4w}3!xtl(I
zbbG29j<haA<6-BE<u`~XilV^d8I_|KpHDCms`T7ue<DS-@LbxaighH)LYoRxvi^pU
z7u64ki|ZEbkdSwdb7*SMFP2Wq*2<a3Xj=i3s(Agh)Whn;7AI!?yNOHq^Iq_u<m-ps
zW|saYsddH*M!ey?sdv;zo||l%Xak1z8-37Uy2}NxW`5DH=5~7tw-H|~pxP&k*LSrE
zLveZ{{WqCy7k1!mWAB1%)SwNw{(Gn8z#M~8vyXMo1I}8jgCgxN*|nyRf;ZDd4k+hN
z*p-#L4f~MG)sI-*y*z?-i@&rs!@^v-N?cF?-j7VBxKX>v+5AG~YYSg|6K=hU=2fI&
z&jGDt5OFu6MO>)&fuD<lFsI?S(T>KOZ5I`=m!<r}!I7x!)2Gj0Ef({VlgikQXyM!^
zPR_~>L^#LkP8n;E%eS>$CVNJ|bxCHmylb`mb>?h*ZqgEL)P6?Fuc%zKDbY_p!ZdU4
z@f+Ld{n={M{nt-OZ@UPaW1`M6C3NpH3NsB<&#73&-aGT%+vUX?gEA|(hV0kV247PH
zr&y5ep`SPxGWPwZ2i!Oqt<8)IZ&yc??c7tDP2u!YlxlK~EziZy*D2U3AqKQOr9YG3
zFXycG;QqRDZQHUSt_<wsgt+IkgdH7NY>bM|elEnLIo1qu8ed^)bI9zmm3k)HgQR(s
zjsDBz=1p4ziTY@c^8LI7^kB2wFE;Pv)V|WO;i%*2OK-uCM&o2(Yez&x($mAtXPLU{
zf^uGDs!lmCRgfX{G#uL+q+AkHp_H8;Z##<l7d#$QRR_B@C)se?94r{kOuM<;maDD@
zPEpGr)L+{pmtSs&Ci%~i9kCe-s_ozrn5-C!+_e+`nvXdUU$q_m<jHmE;`e&9Ic+;I
zg5dsh(BfP4No4)Y!muw{a;B3D{$0kFI6fQJB=gjMkCez~uSl+!Uq659^*XHKh<c3a
zr09~rISI)uzAABAgYOm)^8N#k3+WIrtS!h2$48F7XtOKqbuRTsQzZ=l<B>KeYyOhY
z2A%n1CH6n#Qd4g*xO(e$^uM<Jy8rZ<E~}m<l_#gU*sb27chj=wwTB`1=i<t@$7e{7
z(U@OH<Enj+%lj^$zeo&{+N7P-!nk=Q^VpNyGNfXo<ol^qx8vY>TNM{?$1F$jo#iLr
z+gi{2gAk<a&&^M4-<Y3#IkXEu%Uryk_<h+ED=KNwNB#I{<LJ#wudCs*T<O=h{$bUN
z^;>Y9z_skJ*gMC{r%i<D&~VJWaO}=-+_iB0yKq8^2qI_%iBSYuU<5^81XX7Q%~}NA
zT?7L~Boj39p;07jU?h89Bxh$N_gW<HT_hhxlmIkJ$S6uAFbbL%CEgh&xfUgT7X_n;
zmW4*k8$~MyMl0n-t8_-Itwn3xMQc&S=s;uiP&>u~V~p}*OgdxC)?zH~V&D|9*3ej6
zqgeaESjW6r=gwHyHPo)ESWk*LZ)lvaQJjBZTwq>YaA#cTTHMpSxNwU2NN9YtQG9G*
zJTg8nKCv@Cc`ZKmE<T+iAp@F_Wt5N;n1G6g7jz~R-9=s?@QY7KFZ=Pf{vz)%6mU;O
z@%Jq)`~Z?f;Q^c)lwuFWstZi&u1%_e<1}I>zF{Z6xWdW=V2xs8Wuj8!=}B+blG{&`
zwgAZkf4bo*X`ZMDOrAms`2Liwc&t6l)G~Nd%~jH39#JVF)^c9TdSJ@NNy_$GN-hBV
zhCTJL6K^3fmGL>w%1P?QUD_x1)N4%aeWkSPz_cHC4=(!geqpBL2PIEBCZUSqd9XAx
zvDBlybgF@Lg7xPYwaKJG&mm6F%fr*DoF1Us_Q;dxfUeZhz?4aLR5V;Ut-A@2P3*y8
ze+J!Ys-#m2f6()C!mM)7=RNRD(NjXPmzmsM8N4r3WRx@Hu&^rt*mB0G@He4yLJHUS
z4E57=(}`^9e5@PxEIH*I8K-Q+E}nEkERt~GC<T^1A~lT=Ym5Rb#WNXsmkmEn%j8Q#
z@ppR;?DBq`59vAJ0sM4NAgLD6VGolO0T?~O^fFHIUB}D`%0)%V^G-9&zh{_WW#+<j
zWI6IsT3xt{#z_o9+*Cli2WSj}kn9zVQb4@EXFTu6?3}=S^s+D=p7MJ<KTr(I#<-wT
zxhTphOY~&{%9axIL2O_^#Ck!~DIgsSD;34gJ(IhU357}FDcdh|1J~2i5V@Kh*pW^p
z$HoQGK^ZoDV6k*CDI7S3Rr~;kX6;#u=LsQ4g?#q_4gf5Ny`22@VpP{0GMQ<yo<6En
zQtecNcUD$oocCi5O>nQ|Qv&$P2`H2fo-qdAb`{(!7vCEv|8Pn+_pCVU#H0u>D_t)v
zGENCgC=tLee<7Bl#|IXNgHfDOs;Lr%Y=!p9AJ-L-?SZGofcFU~4PMNP4SC>Mk<?$<
zdy3AJn9F;XnVVj6qFi*;RZ@<LDS^s;^MR#Mt?;HwsmaR6KLGOSsQ!2rJ`9bF4@i(+
z>Hr5S!GRv@=;;8+Q*6k`@zni<YNVh^t#J1r&YqYEW`m<b(_kS_5DM4B(!s)IHPF2R
z`KwB@rYiZS();hFKg58~39+6zCqLaNj0~>sOGqvktE}X!v`9=ya0W5&0qsq|bckAZ
z7+4%pD@lbWwE?Cm04p`Ugu;Q7&cGiDXehRQ7Fd|P_rd}IDdxzf&##V2ENQO8A#zR_
zgMlcu0B;jPObjo(Hfm9@UI<<zB@Tw}p^+7U3pihVc0zqR<N+M*L3$yoHlC){Kyg*d
zbDF=#UUWqH3X2OH`@A6slK_>wMrQ!gFf^mW<rtoTu7X#raL|PbI7Pf(3MEFdOB<BI
z@>)Q}@Yh_4NFXT#@b?+Iz&WPG%Q`}iY=OF_%BB{4iG(Fo-5U;|<ZH#y0ze3x6APND
zU251oLG+$rhLD#-8vyyHav2jK?p5AgHvosQTKnt;g;oQEx}+gE<shL&;#CvwRLl5j
z`~?CJ0%(;t1z@BDsXRM~Oi}z9h)Oee1vjgo*P_bcoryJ2trvwVXvR|jvm_wADG$Qg
zVo{c{(p7<XTDYIk<WksP#D(258NUZ;MT57(UI8gRTLVHmsI^+r%W6?W0Q61GbbN2=
z5PzttC<1(SRzpzsCUFWdCyoYjE=vVKQj>r=AzgW!X_?_zI8$8`rr4E;mZW(63S>yH
z7f!2hNGmNLsIIUX1JU~Wyu<zsC{p%{Z4dlO1w2yl5+6~Z5DpC70FZfBScdl`U16dM
z`&O{_I`P^9oZceU-h{wjNN7K$CqM>e_RD~{^}xNKK(;0zGoTGsRZp*bm8nt>4M!sl
zM`ND?;G%jM{Q#1^7v`uj0@SDp3@9{}9rFDhA4j&t+b-~ZLtJe?M$gb{2!M*PnUQdq
zny*#9=#`f0TVWU~qYLf|DTnq08czX<6KzCSFYFi~4t%+(3}xvE%>Az1K{4zFuHGV3
z><5YQT>V4NuKgH%!)`Rga!DZObQJk-MvZ)shk`!+s8m4I$RkRT_<U#zh#U(T5ZANx
z+r-G^dA>9jwjFM7HLO1pitb`I0l^)6LJfM!Rl}%-60EPFuzJySu+(17C0B)Ff7?Uu
zE^8Rjsw~4NC_m@40-lVO&OIv3J@E{az{zzYCls*m0+68rVIunR%)n&apw<u&j1Y~y
zyQuHSScDmx91MtBI6&MFuwj7M>~;2{_8llswO*vo;7r&~w?Jv)_h5Lsh^fB%QE4*(
z3<q>m4?LReX9}P0R(YdU_;$DeETn~YzYd608<g7vSZz*H>|r)tjA$no=57{R6}4CM
zjn2QCilo3_;X@a{pOu^jG5`i{B!@Lk!SryDC=B_Q?y5wJ5DlRQmS(7kOzv5|Kz9HX
z5{CoruQ0n_7TSkY<6vVSo6TFRjZ#R(pES+W?#(+VgS<muG4=O<_&EVZ%t`&Igz_Pj
z!qF)DJ8|{^r~#J;O$ALCn8`5I&jcN9BNJ0~-bQVyJ3TFa4WD{@UQHeFI;54UX%&~d
zCM0Y)!(>vb036m+z95Mv*AKSp9VG5Y*n0x)wd$OEF+-hOFwV#4lcq?`v76Ip6Z4j`
zLRTx^t}?)<b;8EfT)<kUVDZTT<C#(%KC}l2K=U@hjt@wNO6_aarNP!iH?l)dR|?IS
zo)pJZ^K4*Ac2mPZ54AR$xj>94yN;w?6Jx0N5C^B9fpPl5kNd&xGlS%Wz?AQpIam;m
zqQP+NrO}gdvfg#lu+is%TXe;}4CWvz)W`<_H8QaM${Z}74*pd?JTlp4CV_?$_tp$R
zzq(B#KGXo!&e1md`Q6Ci>5jt3osow4FK!d-A-&Uh+nVRVhv5r>7mcWq9D=58J~y=Z
z8L%WF5R(`901nK2l~3fJ@>Kl2;Kh!l#XM!>`|{o)+NZ5IQXnE#(0AJ5@t%#}y&G#O
z%UmvKycWO*h)EklV3P77aT6x|{KeT?-8lP_RO)+gyo417bQiS`^1R*C>L678KVxI-
zA!1hqR&({EhD#Mqupf*}kV3=TD>Bvq4iygOam`vu9~Ew|=iK4TG>$&tnhWF^BXR-V
z;DUToH-y5s#lxpBOzRckXtL>Rb?fD+66^e?4Fa#q#@VssFAqv+cO7Skg1F|YB)Z-3
zL3HU08r!=_x9!KMaycCJ3lIL>wT%M<5~W|b1yyAH9BJiVBHuZ9JR84_IC;a{9O(86
zwcTOb9K@gn3Yh*-bx~r3S0&AN!HWdHq6FeHpav)^rgtzcXEVR-U}h3xH(Z|O1s<(x
ze5j)CVAeQg2yaa3ZvIV+#-fTgXo0r<5kS;bz?KY*<vuWPS`*`);=@KgeLi`mBy1C&
zJ4-fF0$LfbkU&OQM@aE5Tlj|kj}kH!v?WP2VDaTsIv^3l;K$1sNm8G3PBSnIKfUHn
zSiU@Yfz$dRq?G~D%mf2vP+cM$HpWBC-Bo6A5Zel6n-{YH;w$uL-3U%ftkkj<sTs`7
z{<HW#?8VFYd%7=j)Xg_r%~`1*)aJg7n@wVtf~EV9BeyO^-)-ZEUlY6@w8Dclg{~ww
zrQXecmU(o;;L*RSF&tC~q$#_Z{&<57+ZTtud5pa%cLgrl1>>Y&Jo6aLNb0FJsp}N`
z^sVI6bF-tYyU*F708*}Ic0}`xTMaAU{_)!nBhHiYGglkimrzZh9YYu3EvCI^spa10
zl{D5oQu-)q?#}uCj)-~ziv~pNa{91r<CXekKq>ff_*#7Nw;;`trTn&)<Z&DLN;2S+
zPuCC0KJ0{&+f>Y-sRXCK60JmBAWx6euBTvt)d2*bTG)N-B!W3kmR>sW{_1n3OboUX
zjS%7WND?`}b$__ku%mYFlQb%s0<^j%l^h<`Q|AtiBeeoyx1Hg9-D8assW2oO)j!ej
zB?nOsv?A%S?ue*ZTnza#J|I&x7V*Q*;7)Bh*AyDDNcQ{YaEvrYX)<V;Q8_S1!1CfL
zrJ&U`1;3p%5<PRlPF1J5okO9>=(F``3hm=q+<cCu7wGsD3~;zyEH1i05fVC(Esqyr
z<-#shX!9}o4U|feMkhJ~yg}L*KQCbg%HvH!`X}5tF4PWGC1)=9LBDt(%@jY5qx*GY
zJE<w`QC1*>w%TajRl?_nP&B56dQKaiSH`75aJNMJ^O}=)9`(HS1uoV;e5k}}NQaT0
zWp16(2m=$y^U0w5Rip~ciAd~)<JNA#qY>Q#0}#Bi$#RU9*`E;&?He{_kx8s4jvx$*
zcz7h{EvF6hBh*)X2LS6SbfE`)XnsQfjHFIx5|<Aag(thGhK7)({s_TyJ1MWH8Rkri
zrLjMG&lneL)Et4{mt0nf$&_B!$7_F6k)%kKADyKG*m^jtF0_uUreXLrET}1kM?zGG
zD+17q`q(X=AwjIc?pRM1X*Ax$KnIeQ+HiE~k56SUgR7+=3+A5-Q%?*-#h#@2ko(=r
z3+w9}^3=^S%Jpl2@%qlNwIgr`88H>-Og!Ql=^{NAAcI-`5$F`@4C`c5tvF!5K1W+U
zo&6>GSsLRJ5mUEjzhw@vEWps9QF>3Mhwa6dCqs-QCetu|_+EKDB>9(j1on-JK_sSq
z&v{Zh17miMnDBg6hPm&Sh*b=^24eYfS~MwwIs3ybm_S6Rc1Y37=sb=t7_eWF)Hki#
zVJnz1znd<*Z)*~1`E(r)qO9q%FQh+LM6czWst0(oAb0lAlBSmV>Zz-6W#ed=f-#wx
zcc_ea`I%|~>qIORl_0gLGKNY%cn!L}I#dk(ec_y<gj*THY0|U=3-Ik2ukUBS0rj}>
zdxqZXX;hj0X*gy)ee9KY#EbXA&BH_=D_$iF1Ruz|Msk(+WSD8_OZd!)mO2SAJzgyX
zOo!$`(TF7XE~D7+x@Ar|eE|37>F-U;beKnJ7Nt@yy?Z)%A0|j1O>!8HXw0TP*|BHD
z3CBhwYTcN$UedSx1yTI&9v>GU%r_W6n6~^)L7=a!Z1?Bv@8U0!ajzxGTQcJwKh^hP
zEd%__XX{sL5V?c>C|8HkR^0d#_C<`_NMUOCA``DzUUfYI5qHj54D-dN8AXO=U&}*$
z_yxcFA);W`o4<-OBIec!f*A=TZt(3ySCp}YA4H6gowbECjk8)_TEU*M#=qS4tne-v
zhZ9Q8V;zJc;-BbgMTs+ugGu&+m;kxI@vA!)uG|>UBdiF>pmG>00Ass7RZ1N+3O*xQ
z;v7P2h-Snn9@Bh^NAj$#<Raxvo(5V#79Ey`sL)b&O=9TJ!r+xmGAjIth)d%KZ*Bx)
zF;v1qRwvPfJYI<mHRWUn;VAXak&l1(QcyY4daEk0ob3T3G2*8Y0q&}lCCeM5R!VRU
zRoC-J(ZCc(8f&(NvMHffugrI7tU7DRTasDCb2KIdbLWracWl2Ngz(+uy>1_8p%DNu
z6AY7}v%*wU(3**N(b%9#6l&f%J{&sitPa?o52Z2~&{zO6lHbOs7q;LS4Kg#qI$bPs
z?(+p#UUQ&_FbGD*0PddJ5buKxRkeb}a)RCjQQxC1knOSN$E+8>xeZiwd8@czf7Z$&
zyLx3gaU^vWw1);M;C@@nSk$BDNQLkei(etB7<veB;69U-8ofpnzT*fi2x<i#VPihg
zPm5QajOt(@lI~<CZlU>x9y7XB=fo$EQt$fS0(P=`<=EH<T@h?M+GxTEM?v&A&1p46
zN$*TlA9U(LA3cu;T6z{yH3lQ~h3_(6J=?C5=O4<SA!*?X;2v;9aQ2qdrDz{{smtkb
zRJ08zi3qyF-qfu>=)KghalDH%07{sM?h6@2e^t?(7tcw;TTaAzP{pvi|BA6n!4~&U
zr>`fz9xHJG*HA&uGe%W+f$Uqn+JJ^PF%Fk;TT3z3*KmAjqULzFzLZn`>Nv%zf&i3A
zw^w1vA%=QOINZNzRKeqZcz)sst+Iil%157(!L<sf`0hrp^Rc`igf%Pfv14^diKBcL
z?~#n1p$zW9q{%&2(%c3Nd#QA!F$SmI?c9P|@zT1+rZu3{mwpYo%LX3+0(g1-7)L{N
zvTxyJ^slK|02>B9AP^EJW|&4+=;1OpRIsM9l1}h>`56J_9#*>5BUVK)eb#i`!|V41
zUC<{<)%7AiN<cw~Ctq1RQ^6&-0k<>l+^FZC0k_>tC)#VB^j)2|@DwXNHFxif!k&GO
z)$jId{D9<$Bhq<x|Gp|<3yz?g{f#fKr(o4bWv3?)fu61jm8UHkK8z+3hT>M+MiDs!
zcD3H>Mh&&i)=zQF*W>P2(_6~*>@yGT5duLIPnG!TF(brOSH(?_@??nx2}M04074H$
zA}U1cR#yGltBgQfE`TR9N$HF&=x#R|-<m#<5DXGzwfnVeFQ?$&C9j%F>%I7`Mi^Oy
zQ)>8wBFFx!qXx-%g@I$Mig&2+_7Q(D!D4D#hE;EzqrCCv?;YK2)hjn?L8mszyjK@6
z$VzsM*B{4>!R<YGe`8%@cky<p_j@>|D|qWbYS5Qod)$R!Zw8J2uD^7CW12P@<Bd?+
zK+wu|Yrv{!6>~AP*GmZ!y1RM&?J|lUb6_BiJWS>!9q5osIZ23#=f@^G9zEf9>GR^v
zG=4ybS(v`@^v2I)X@VaNX!Bl`xxKI*BjD=;j$R~s2)ETdVHZIKSMIU%cEE4yy)7wd
z=cxYpoA=*WBQ9g5A4aa&Kk4yB@W)uYGn6of?<@}e(tSxk+-Hv^+kKt-m0{}bJ8at)
z@c3Tr>u<<`o0@n2`}&V)y~+f^W4>(I`hm4r&$_m}zSU-}d@SD%nf}H^`lTmQ;ck(<
z^llz{f0j*8sg}#oJccVX!9zw>nPPXQ*==zd@Gc~PnJ}WNk$d>i98G{^_daZGXf5|0
za-7@3Kv=QnI=!ok1=yW$pf}##lIAxslC<Q+0b-_j2MLe*BJo%h)-Mf{zP0HeJ%Nz*
z<FAF3oD}x4bY<7Rm8z2~cuQPFi1n_mtX!X{pHcueDA!MX0T$JI2eFkI?ic>(_~Lse
z9fG2)xe0jP-@D?Ng+K6CPrU4t5469$13fZI6gt2xIe_juz#@t5H7>++p1A1MP34>6
zt&8len3UX+6Y0Iqn@lW@t1WM^shgLReP|}bDlb=VB$>bgB!<;c%W)x^@~*<)+B0FA
zpUTinGF*Xaf;PJW^|Vm-AyEc-S;=T$r6GB=L~<9oMpy)Op-ht}kwVu1t~_4M_&dpa
z3W8*=IW7?0Ny(!J@@U+{I-ya5dc%6tSiWT-B3OhW8p8<{L*+nUry#+{p|?9zuh-Tk
zu80+MxktnU!7O?s)~#4x=@AbAxx`95^XUpd7t>qDrG2LqI==KW+%#!EY(r<473GuF
zt&b8XM3Wa9^)5;f#sy}bx6owLv58@BGK-AMrU<l*G6)G?5kF^QAJlP;dU`PiLo!JC
z=ncE41O4s+ulxB42&p(};;DVd`7)o-O}|d??FfwE>Z)K2dno_x!}!x=h&PFnjbz-z
zKuJ$Qk|uVRxFYfU%r55}Y5J|VQn<2o;iyw<u+_!5=y+5(t}?46hD|t~Uwz()b-l5x
z63rS=ZF<D-r;OCn+fV0tf(H@I{S&FUPsGC^=@%1vzJnQHhD-QZ3KauEICpl|n5iwv
zN@oTol#}5^n&4WtJ+GnQX3P_JOr$KT*bKveZBkDt&L%vYeXx1ixdB)wPg5_?KQ-J|
zHD-Pzt?}VCBO>Z)>(ndPC~-%yqf%d=yqp)qL|aRq-50<hjd}#b6iqZYG7UTOt(<6L
zs7i08Slp{=RQjT)XHxPGGOMQG3xxz&zqOO?{O<i^h<j?-R_)SfI(K;VQ8f5%tNKP&
z)XB8Uwwk>El^T%|t2d<@wJYlz`Dtnrp=+a#gQelads#X{ka*M7iS69UlIoe7+>S5r
z?=C_<K~=6B_HpYOIz7?VE%~d$>01&6G*9EsOtw#6Q7S`jNqKx_p}E3IiMEGtg+kNj
zd`^8Bad|C6ucUc9JawBKC9$UrHkb0>Q-6UoGw)0EyGx4g<uF^9g4*!#O7ujo@8sAA
zEvfifD0~ijrA^PHMdT)9>pNsrFXiZ~ZR$II-=nZ%rpmJ=)q#ej97vd;Cya#Fg6X!k
z#rNi+O;Ha>7lv&VMAaBi>ZDktRL^u&u@476x~L`kiZUSP=?`_pS+p8(b#KpOAI2-B
z=yW{-x4bNz=VDwE(eDsl9t!SR;QcsH-xjqsy$F$yd&svK8TiB}i0IQp(MV_q)}bb}
zVP2giQp|3N9$iN=WocP3&Oma)zkWz_Xke-5kqC=sZk7&i_5x}Lk9iwdPhEfcdiphm
z`tL41>ZL*>9!|}M<+rM$uL{R27yew2nE%q=y4SxI#IT_-sK^?=0<^xDR0--~(`*?1
z2-fcaff(})oQtFU@fKXndp*)4Ai|TJ(aT2Y!hP!z)ksM_`RegXlT~`RRi|RGON`;+
zfqIr)m%mxPVVgn_+ME!N$kSdeXo`Uo?VA6{T7Z<%@b$FV4Lxi#;><<cw5l<o+6XB>
zs|Siq_A_=0TS_(WRd#z~NL!XO1@jwNm09l1vRkn~?A6Nv)BB+UFH!z}5X)@iw4bWR
z^)f#tr{br3aax!}e;GR*_T})HRJyI^nVY2bMv(kk4ECO{&E5!Y*!cWm)!t2w0czqT
zwNZJvA-1>n+RlWNVg~EnpjQkpB7FItTg1CsD-qAc&u7y=WwZ06iBg+s<+WOG1KZ>7
zz9DW^O7w?4Aq#DOx&&AtF)g#kuV$4Eo1@DjNS`vj({-TDM^mn3iAle%mkOIDQX=-%
z+mwjxAw2WB<!!MO{RJLzgRGKTQy%g*Hco-frR41?JKfUd9!kXa7P`4T+-w)Ub1X%C
z(Xl>iygx46D9c>+i`j}_$j;~G?fGg8Rq#%apOHkg_T=`G>6Xm)`TAQ^_0qO&gz&~^
zeb8&E-Df{z7aP{2Iw`mw?$!F0zf>^((Y8AqwsRk5as6>u+;mwiR3eE(G@x}TzDM48
zc_652L-wmNgw=BUa2K;(c+OXQMR@_&ew+MoFX5MkY_-v-P!bD;)wVteQ{+9FAO>r#
zajNz1rmotD6wB}E?+>>%M@g($uFP0jk?&8ptt3pBsn#MEgbD)mCb*?7+Of?DYu?-O
z;83qvioy433^v&9`RAs0ICm^~6fKx8_xsIvJ}tjH<~d-^0oy}ugbbSAxr&i1Ou%NW
zFS9qGPkBse&FWYV6h>`WEg<YiHXI>aVy>3Ay>kb`rgFE|b#^HXgf;^H){?OhpLko2
z+xJZ|2vUD@wH(9;DO>RzOKiMIEy$t3j-?Xsp>z#sh0*jU%?HuT9c!OMikf9j1CS}i
zj&{~=fe3^3ius-TWXQI0!lALc!IW%Ug>kzb8?TLB|Dl}-uMYqcLM0-Ts{c(G&YNT7
zirmAViC}>qnKar7LLA6iG#rpm5m~ON2iAs4!?A?-c~_2DrH>-}4ukFa7tO7ve$Iks
zKgh0puxe+D;ynpkv58(e#9nkzCDHTES*FZ(RBwFmR&!!^VxFw=+I}>m)@2uTdm@DH
zbVqvnOpz)v^;m${D!dT#EHgIsa3;!8Oy=oY?xjP1<5B*sRA8S|A)Q_L6uSROtc_8e
z`-xM&o4w`J`SM#wR-Ur0xAL#a?3Y`e5@(%MnbA$5aVBLDrz_F?k5=VKyQfEcq1ETl
zYR*HKkD7T;Y8u<z!ejK;AkMXs&W>ijm=Lz69@5d(`dFu@kQ4mW-Pf~oJtB@`TFxGg
zZRVb+k3{!X0-U+oBd0=?D2k8bZqH;=wB?Y_T8l1G2KEQm=!W6w`tUd>=<Yl2O<WOG
z^3>5h4YxaWw|@1NRTEJ4%DMF&q_60Wn`g{7pqqpH>CnRu3lK9cYWs9)c&ppT-kpPe
zZ*=KPtNoPAmQW{NR_pW8cTAUO0Xvs0O<<jzH=m9UQ2+BMvh6FLo=_}%tW`U4w>ljd
zfTrE~zo&k9g`5q0IzAb5N_*h|IX>&g*Sy`ibPV@EXTDN;>LRqgq?+Rr-fp(!?>RNX
zHi`W7hP44_%+rd`q08P2g5lM~d-hEFXn(~8Tk{dgqeBnG37P+U9_h_r$Sd;Pi>K{C
zz>5<WLeEd5$P@hrGyH&)QOG65Z^vH{cL>|(=JwCTPfq=`PWK;rkiGZ<`G)G9@1=Cf
z^twkzLSj8)*=aD2>1HE7Lwq=P_r_VTE699k*d3XV-TS?-MIS>Nq>sg3c(-GJN%QyO
z=lb%|e*Y4`=JD%eUds#Rv1`6ZKJfM%yvt**7mn6&AMePUU;_*|><Zt(P6p>Q=IYJQ
z$og9Ykn>ud){_$tN6>JnrS9A($+XXlWGyNDCqj=-G8;LJUpx5o#j$$s(#3f*q<PDw
zdD}aDRp>a?e0IY#m!Pjdom*oz5_%=t_d2uq3oW<%K~3a4CjTrXgq6aV-owk|_vc-@
z{Rz5nw8$%nPseRBG|p=6s+Pw?HO_U6*H`b|2+LXo>(zC|no~X$V^hQm{K8kw;Ty#8
zSXOke#TVoY4Xoh9aJqtc0HWJd_vli^Dx}@;@ZFzj9xt!#5fEbdbjPxxq9jd`1<-Fr
zwXy8spo%2;57tj^n%{XeCNmy=_jS*r?Tjq!hOn0<_<P38Twr<21B~Xp9Qyp|HC4oa
z-v-cMuXF;FpVg*(>+nKAQ1vmCYv<+*X_<?4?S}+tT^2wwc={nO@sXT>AfZbuS%-zv
z<1-7<8z0^9U{SU{y*SSPDlaWGH?4awhPXUOjDUWKt5HbHlaRKtSik;Q?tT!886chV
zVmSkUey;&VA|k%j-rXPFHUxYY<qh<ajSHd1fS~%9aIhOdw*ZbYZuyfNaX+(r&vONd
zowM^Yifj@3wK(@dZ|p}N{=GL92Jaq71Re#1M|pYvC>sym-Hm)Zclb^%On%O<AufP&
z8(975g>?MWQ+m{mS)_{+w*OjWK<76<rEhhX@nsITD$lIc<{}op1$(3ZV4Fd_%VXVX
z2c!S3dKVf)!x&Fz^hw6;V#b)r;*iPUP5`s0(qIpJ{Za3V{!t7U+GF@^h%(tYA|7X<
zN--F}f`Iu(meW*@x`&w<O1-btn{;@8L<Zk%KA{nkS7G@{#5wtf&vH<2Z-#5D)BAX#
z!6o3mShZ%c2+x#GogOuI?S0Q*>YY4ldsFmivW?g0qSnik|7f~E)Ti;(>*a2C>iR-_
z_mJE1Qk`MTXc5VoZhuqZW%$Amk;|>_*CG%xgD(>;nd@(=%7?ZtKTPHd=H7k(Y%%Yk
zJ?rZJOZ;|A`PUab+91#O7yDzGn)mAQo-K^eGzk*ACGYRPye+8Q7Z6_>xJIe>$0YT(
zX~3E&;@s~6DD|#!Q>1qx6B`Bh;P|87S2}V`w6#~{V`zip;U3Quz7pXHk=!vRa*TGE
z2UGODK&f{NawhnX36y&Gn+QV7)MGnBsrOgaHkNuC4CD_pl${}Pd^MVv53{tXV(}Tm
zB{^7fjGen!a?OLkv*cMNim~R~6$G&sIMsEr7P@tRXD#xY6k{v)+X!MS2|DXyD-HYc
zovkbaTb#W-hANo7B7w7;y)s4o2Yc0X74et)K;VBv*W*ZVVv3@g@`Pg0|J0O!EEV(z
z*o*m#{b|a(N#p3y|J{^-#)@jnD+LMYg!0)ud-y+rJ&nBNA7HObFRJygth_o0lN!p{
zv;520{{`&1MGe{hGWN7eiaZAY#@Gvn{N0rQ+t};;ZS3{`tFb3{)<9+DslBzCP+57q
zCx2z-Spt+r{8UB%G4@WVro8(91oo(=yuQDl=ik8I*v$1m1ABs20;eb%-xyL<P(C1r
zCM=Nz1?&w`LHQVAn@C3gXy$-s5!YAZf2HI(b1it&4Fn5K#R?5LlMNo1>C>ZteUuAL
zq9aw5-NOtU&K$Vle;9kIG9S8V3xirE#Y%0>Dh;~^8MhXbzl^=w3s;M3i~obMPlzMU
zNg(~JDW9G7peCFAO$kMJHD%vR%JyoCwr-M|4$9<K&ioF>s5g&ZG_w5@l%MUQ9_}Ie
z7p)g6SeNS9;jG>iX&n&w-)a5WD*HdQzNB4iyi+-0St)Z>rgX%9Yua#nTKE5r)~8!m
z{a0H5vMl@G)Z`~7{xhxrD<yw^G4X$*^{xMRHF*@RN4=nQ{qp|@U2pS`t{?ToCQ|uF
z*PD?myzi*Neb?}huGhQ5t6y(%4AMb0<z@cWluy4^M>XZoYJmEG>-z4$n(_uq%BZG%
zVporjj#|*PVMNwoD3+WuO4lF99RbX=SMdOcj)3l$x(w>H(3-P9x?Ufp>(4=1<|tin
z?6;g}VinwIvhUZLdTuagy8Y#-v{E(K!mZ;^Q(pd0Q{L|g(2w*J4a5%@j@W-4kY*qO
zJah*wWtYbGg}SW%Y0CfnIC-_({--J5@%7v8pQe1S^I5F}wZR@Oq)>bm4S*h1Yu>pV
zOQT4NM`9-yr~!KUAbvTH5$SI#vnS7J5(VfJ(F!`HS=vu(?1GxaN#1tqIv!(^?7+xn
z`O93?fgDwdghYRG@&b1ZGC(aGL?+DY^dQG<mZTtiu{L1D^z}z}gCKZa$39F#0|o0@
ziF_46b@|ui0gJA&$Is1gPuWxqjg(RV*uKo@0IhmK6s*rb*f%xA1dNo$P+`MJWQek8
zN%BxJcz_OqG?#R%i33o++^=s$vQNpO@B;a4l=Hm)ztfcG4M`=%4lg*BIWjAU0agu$
zQ=T&r$)}Kl0MG@Km;}*<)@7CXk1|U_#t*vR;|sZW&7bA=r=~EXS(0q`yw$2RWM!ZW
z%~H1+(K$;cNgb%dV(@(O(|y@P_LvX*!2o(#CM<nBlskP8_gKO_=vl9UjSS@?+w&ff
z@#kD|0diC(UU*FM`U!g_2Fwk@=!cHd^|T|?Vg$Y|6D59f`5EZn;}AmH>@Yboj0e42
z<Dr8_3#i>&AD=IRJ}c(S7#J}gz!sH&F(h1@p;`c)Zl{(mHPt8T$UkNIk(UNbA~UHI
zcC@Wd;DG>9WqUTdQsoflhbf@*`r_489cnb60}zJ>Vj<{RO?Y;}6Y#7!qtCI$aoW_3
zb*4+?<-7|lpv6$Rk{-=6y(6K1b}06phSo)3+)h5J1a|4&T#s_RzSAsy4VA}gaHH>M
zI<H22(T22W$#$%CI-_eMf4bhAJ^kI@)zQN2{-2>^MWHfF1oFL;I1hMW+vZc3^GH|X
z%_n^rkM3B)wXr-`=e`6G0=(V4J|5ueBfaq>Si)^eZ~$Y3)<RVulf!nd_mpbiRAO@u
zdjlBEWyPWCRXiM#PGWJO3Rnu2;(;jY%5i)erR%4ag^{OsW$F0)%~9VkgITaB$I(1R
zN?7`_g{wyK^zG6&@A*VzT?rpB*2rTHBDm#z=<r2{+6Ft5#e8J-uNqr9e3aj7d4Nrn
zy5~oqM{CQTS*wyVwx$Yk!lP8K4QVmHD9S6#q*|&~F_BM<|2tj(oumSNBvTT|!e+xV
zS)3)n_JYPPS0{nkU}HGD?&1Nri@;R=l0Xi1ceR=?7O};?w|HNuGM}lyv}JHj9=A-5
zN|uvaE1w|CoTRc);rDE(g5iRP1FXW;pm5T_Yjm!_0UY=qh<v!eh(9kv+@T-Ul+PsZ
zb##ynk<qkVyDqs!qABu)m(RiP_e%#cYf-XY%bG%nazaZ{HoH98jvEY^g2l?GdEwd{
z-Be7E%PC&>&r6=XuMDP$Rw9<sQOMJK5Ub>*Lg0ld&oD^V&KIMmEwiY*CPW6c8{sr4
z$JXy0Bz+wi!);qW<0e~OxO0C5oiLuIfch1mg*xzmFvbmDXrbuqcb1NLJ_iq6E`3L+
zXap8dwxY<Qz*JzDqx^x0S0SM!X*fYO<+UArmns=ZU(zWR#Aou#R&)DtsHs2D)kU<{
zh)5}L`)=r#BK2zJh0jXU>;4CKcNr9g<M(@ii-lckm5`QhaFtFMq|23*UXgAoX_xM9
zB$n=wZWp8*=@b=d5d*|p&;G9XU)MEf&diy)??>kej~IrX*`1w*_viIBe3IQ-b3aK?
z?hS0N)~vng`<~!k^%Em(au&``Lda~f$2bPG+wi1<aA+Z>W#0SlqKuOjV*TgmY8KS5
z`HqCJ4PC<G!_&5^6jo<jo=v{Va3X>~d}?5aFq-XHY&E`6y>)(+u#iq)|CrU$nVM+I
zE7Nv(^;e4(JX+}W5^v%XInp$8Cd=;lR)Lo|6+ox06?~!XzUw=JPMEYP<G$!#$ZC|e
z!(*5{{fdfb+!cE_EklmK7Qa<(a9*rkiIS!5ZyDhaI{LY@x$oB*|4=0!IHjMv@s56w
z&fO+%>fso#2|dXfja)j@tmhE6=1_+(g3)!`hT%u+Rz>sEmvD4g{L@#?mM-`1$}b=s
zeEPX}s^jhpzoGrUG7ui}#50DOeB{pMOR3o>gkma|SqN#s;62fnv=_bGAEP^l{y^#;
zPRQ;o3%0cr6Mu`_lZh7_MpJAfLOJ)H^?yR?U;g-T>zPN-+TV?b-Ogv%Q#OCUuPmjR
zy|a62c;tFt?*3ZujnQV*gCJw7TRxNSQ7(bY+V6UYqy|DHjyMN?A8JtNjAn-l+ltNb
zu-*OM0xwc3*p@lw;>zo-7Hz1#Z*Kf$AirTew!Qv#evG~U^NyJ=H>(GyAF@`YrlYbx
zm&dtmjmpw54qv9dC<$8k)_c0H-yrDMo^ZeMUEajo5U)BJ3P&aCz{VZo|8D3A3o55Z
zoqK*hO^@XFeZjpiQs|J$@3+f5I@VkEDem|ZK8I|}sCO-yTi)>(leY@jUN3o}D6K~0
z?vkq5H`TK*(IYf)cE^P2{oN?3F}XIUKtA*JkKA`!k1QM<)y<dd=$qQD|2&GA>*<G?
zTm><+=@0CijR+5TgxYPr(JGTUyvHh=vgYbTVvuvA#9s224&l_`mrb#Mv7{-vtZ%Ku
zuZGQ{c1!iG2hVTG9z2TiN#xnKHeOnLp`_cpAtUaQ8Y5qbOaA41KyWp9+CKE!{Z4U7
zuv@PApW^_$*V|5t&lV@LpGB?uMrML7_S8b(XS}(;Ffw6SWn;CT|BNs4MDcBJ#!6dV
zV@G=hg$sgaV?LHpt?o_!MD5c?r_Ft-bvi;2+_;Sy-@@Q`=4%~b`%CeweiWa4>&cJI
z?=;6{d?CsTzn_{C4=wmw{`p32?S3j0TG@JFjUqKnmkP~|q#_T)LjPZ`>(}CnuHwYT
zsc?sM@0%$%o5|bJ@Cr1n0!`lDOy1i}xkqH>b7^{;<Fiu}ve2-e+=Og=!oXVm3u&r$
zX_|2*7;#E9(UpKdOqjh&%s!9bL?w)jUr)sm>-r?3GT(g#+a^}@j<B7F@E00M%Z}HJ
z5U^Cwr1k3L)7-?(!^C1h^4F`RJ?W$ajqAP5$sgBJ*1MAW9;WO_r$A&<_NpoOb5od=
zC_k;G{3gma3@P8Pl1Ktl;oa9Z*<pyhMC$d_Km2JV0;v!fycb7#Bj6ficUl?}Cb*uw
z+Lgq?NXYp5FrApzZ{QMH*VAQTDOreg8~|Q?p7B*9o!2yjN{LDu2FsXFW$VtkxlXj^
zGr1VEic`r|oibrcR3}%->CIV|aT$6w$(V^`A{>41M}}iwwn|*q8t5N8o&lGZj)6{G
zWf9@{PyRWW?lkisDOtE|EDT<P%5arIq+x*w3^3)KjD8m|aYe?6OJoYj31oyN?UD&j
zB(GNI9g}5*{eYFQ=SFBIx@tm+3_C3Vs09Eb5dT2#$uL+7Du?BWEXR~sxTg0AWM6ZF
zIWfXZ0QrulStbGLwn(5F211L1+7d-cG>{0eJD{M=HOY-Kz|+{g4#GOw8W}Y2DA@)E
z%iMilVp@a`C@OO*xZ4btAbR$x1#<yFHGF{`v8YD_YuED|<A4)uWLu0d%sd%pKC@3I
zo4Pw`kTE}8ARiBd8`q@j{nNLD<#1qHB9M+DX66N-0`iG+d-D%~1`aaeU;Kv=cR~hD
zn@EH7<gvg~vgdK|z@pM_@^aIJYeec84Zb^Hb{A733jnI&z_KVH5yF-PKxoj#)Tuy*
zT|jb8vICN6Cs%AuB!l5;1+X%T_#*M2xH5h+1q6tly@Z$$E5IR&wf{t$_iDjvNZ?JT
zDw<t@mM8R)Cy)vWv=o3@18_to{aJn{!MrB#`BCZn9~oB16_P*WMgbrqt}BfN@p}^g
zjszz1;|jH4ndTZ<1d#f?@&>v}%@f#M17Ret3ot<1U9wQ7>InuSx1J$9nGzyUw0Bfd
zih%br!Mi=n@~^5n&>*REphF-y%eh7tRpaaomcmu4)PgmT<#NPv!)_6J5<r24obbb*
z{vg>sCZT48ej3kY(}WFmSN9#);REAFF(4*1U^EcKi3N?t*Jn+FCC-5YyJeE+5D7e(
z4*q=NsE8g9ph^YOU?DW9yd-3uH8K8XZ)C1X`%9Kz-dx=eugtlkf_ef-Q6P46fFKS;
ziUW>0*GmCFd^iI5msX9!alIUSv*a!y2?miQP7tsV*a;aUwuEp*a_tvc>MmIdHi_Q6
z?pA!GWqeU73SK&2oyAWHMFF5V;6vsnqT5b_00|N`dCyA0-j>XK@J&?Bz2+hbR5_h9
z1iG0^<q1*819FavF~}EIskOmQ)$bTHd-Go$5SJX<@RwR~XXthaww;*qlQsjBdx50*
zc6I=WD0h!B5tE%7hoBmVjk0^}4emW)HR84d1N5$IR>uHA8)N|qc|^SbQEFyiK(#F_
zKb*Xvzvsorjo3FRz<@a*_N2>v3YanlOfUze!aLa6J4WI`HvypA36*!X%84~H1p(QE
zz%}@s6f=4P8PEIQBqVie^?r(N><a1)4<d@wvHQEdXD7X}+5q<6cD8w7vK)v#2#{e8
zVnWqB#DnC~^~A;S_1Y5p<01rm>9$a(Cb~lKm?Vk)xxZOXq}IS;Pu+dFt`Za+ZQhl9
zHNeg?#DwT3L4vrNfh<T+{1h-_3P^ZfQ}7E|__Iu|x%Hki1Qra@KtmXDrS#_{_8916
zBvf5!V9%v4Bw?_>XYlA`FyRo$!7{=g++yxB#EArP;$J=ts?0U7&kF?qyC8oLgICJO
zKauNH#RJ0O!}gwStpU(8>47MCN-=JbrGD_VCsu@gB$VPMVIT+~7z{9}2XWPd%z~R_
zFdYt?Wi)~fQl|iz1w<7M+%*GI0*2|3P&(|ew?*|f6KtQnt1tfr_GCC(gXCG?B)jVn
zb8|Z{c?%J0=VS-ToWCTJ@sGD^ip@(9h{6SdPE{;K9r3~%IsE9~7<-4^hQ|1u-SwQZ
zf`Nd7v1<8Plligw>B%(mmt2?@$axpD=ai5T=qes`kG(|h9K0A<qXwu@M-#Pnpw%u(
zRd>ORCeSLN&igd^#`GZiR~veBuvaK{7fCsao7p@aOG@Z^C=6o8b`QHu+0=n&1z+85
z?w}8W;0s1I<^kVMNeXnJ6Mb1~zsQ~j5UQo)8X1Y6AM^aGYwQ~$JP#Nl|2W2i2U;YI
zFe5=zy)AbOYi{DpB#@8^C*lil7A-hOn+m)*C80SlpgZqB(a7r%%scmoEfov`bm1p;
zu_F%_r9O^vqgQxR7ac>UI)!WO6TplO3u^e*^<%Kh7T|tT{<Z0pT&Fz3QK_#cEN6b1
z*>w`~C-xMzNQzwfv^fJoukfZWrU?>{PK;akft{XrxH>PWVVg58AP+3(7y)_JnmMVv
z#ROQ<Uxqcy{*6fUd5k5c0dDQnCeWl0m?a02X;>MF2fNHnshELPk*n$$h$0@~*U+qX
zoScprtlmz>_HRTe%-<$#$BK(=o|_MGVu;ToV4fC;3%PC|RH<RPq~=+p8Q)B?3m$QU
zGU6v_P>mQg(4HLzJjN5QwiaeKx>HkA9&Sq|b+MeUC7x_|DXfph6Q@j-?h5^K*k-xj
zD%xGZ#s=UqrhG*!k3TR;GpJg4W&=P;-uN+=Ff(by{4&W6#ES-v5;sYnpv;g;T3Lu&
zLaPJ-vT+P1E-+~3cOEyFJ0J!FO*a_l$<n$jGE?9DWPQikILSTGKClVoAx?;hTPVyB
z@lL^B!4xdC^15KNEV6T>_WgtYiO0y=`h4J1nLQ!1u}S|i(8srntZ_?-&Cuy~BXhu~
zgm=6+5J4mq#ESxnx;GX60^ccGBJN%!FyNShQEC+Q-f0mXDzBqEhjRTb+w9;Iwz%g0
zN&Lwk58}g@y6yJF4`a1W^3CH%EDfiwuM{yr;&81}W=|zKf7k598k>W2J<1t)lQ&MO
z!#1Ly+=V~s<?#e@<KJC6pNi_u^0SwyQdY_Jwti-TDB&02LRIx<6{8ko-2_<9>>&F<
z+;hU1e)0hi`z{ma)OcXLk8)J98T?qMM3fvN%K}kEeVo+<mb*+){U(__%}%J9wlr<a
zJm2?h+)Ep$^kEzNdeUol(i_@%cE_TIH}!)QdrAK^z$*xHybbW$08pWO%9)ojXu=%v
z>`T{9!-)nAcm6RqnRtumq#(I{xab|9%jr)4>0bSmjd0J0nW9%ApOy%p%TGwCEarUr
zvU;cve!IoJXB+z9-tOlP;PeCuVooo6#`l6N6XZ+ietw8ygGgHS+`QFBMFCAgzOZM1
zksg{O{OQZv**N(9vxnv*{EDEF#smK5@d~RYG4d*(hKB320OjUU8dOg`yiuv|GQe$F
z$m3jdC(fJtlmrJfC+{u{1qq;6xbd5NiA%DnyTnbF0<z>TYJ#``^AV}4hXFg-h99BY
zjJ9*q=D&y*A7x7aplAR#Spe2UK%sgy{AcgJ*Mb>!%O%keP1J-E9&ko*YC!BRU7Qv@
zW*-hn_)__?Si9+su18!C^+n&@udzBH3+D7$D2Qy}!%LA8A4|w5ckq(lM;BLMJ*@OG
zdal3%n6le&(eO=!Y97FmU?}2tOu?p-i+-ydP06Yl$?!i-c^<DaWfakrhf2Egr=}0X
zvbo*2#y@{~rJXD7e7ak5Pd$lKHT*XjXmAKkhUjCtxMQ!AtCq|n;SA9fEZ4|XP8-TM
za%p^WDj!P1Y<&8##crlZ!rTq6na(WkiPBUai3T(4<znLAL6dWD#hfyfK8{H$QcZ-o
zA$_XzVDxOLT(pu`bXhXqVt@sfX*^q|@qzFq-k8|VSLhb2^`~u`bwDX%#cSSTp_Boi
z2lki^ka{fAPgek5(y`Rgd#v)FySSkT6LbUeBl20V?duz*Gs2CK7k+2k{m)4MdP;1j
zk?55!HK%{D?Bhf4VN-&}bPJW><UbZrFQfKo1#JQIGDw^=ghIVMzPz@s<;%2~zRH4K
z!8vbvvoiUuVMqCnY418f*VYCK^8HMfqcg|#%7rMYlMN}p3im|aC5?TI4coh3#y&QI
zzXG+YasG%LBvl=B&V1klqrAtHW7{&Z)b%K=FHIVkE_oe|3ge-1o&=JzUWE(9&^`S*
zNOsfgcU%~hrFjAP_s)14Xc|9G*iE3gUO*+psme%_`QQ#Cj~pK<PaFE4m~4#17pg<7
z7S&m}OXS6uAs}f!z~BKNN3hnrn49r}f->a%XlIH$eTSc0Zm|dKp)@MR?ih0cDKiW1
zd5lP`-jm3D4WL$+zBNUC9!RaIZ8Yo?Lr)Iolqo)~dofDNl#4U_%L@S4+$tSXG4>Ff
zfM{Bd@pNvTZ#`&hzpe)Gi^x(0JmO_hyuwxth#IBE+zdWfB761>gX8CRF2E+jYYTVD
zqaL&`rfKqas~CIot#H$s&x}YvPMRZL1MHNZ$D0UB?V=#G$9Awtt;drbs)c^LtE60!
z0Obu*=Qa$8l@H_pNZpJOMSQjJ@iJLhitb1|RpfM3Kkksk+-SV6rxwtZ<$<C{(wocE
zkg;Q(7h=QQ*x--I2Q-fPZ?i0vAL`fxO=$Gcn(0oxpGM7DDJ_GNu$^mJJ}NXS(_bJ6
zJ?yOk9a8Y-;>}1DNQRsDX8Y}t`OEM-w+ixyKkA4B3uzL*^7emADhZxxPp3jWio9OU
z61FoWL}D=g!)GJ^O-PEyY}f=%>q_`vbcHauy2x41eLjcOGRH?JMlsNWhDV?x&Fp3v
zSo281!fxXS=(LH+8DZ09M-A?cb*#|Uc?n}0x42U=fEftwHdxRL{PW$~OMZZy9jn<U
z1-gcxf}C>FXA{sE&MS6pJ_*N#)q&AoF61tmI&S6HmK5~XcoQhcDe}+WXq>Jm=!V97
zYq-%>VKN=cmt-DGMx{~VAA$-Cp3tQVZ6+qOqfo~$N_lI;m2gg-h$*Fb{e8o`dg2Rl
zy!D&#3Tf5XC{1pGCnZ2FNol`sb-zzPc63uEAh^sX)r=F?*{fGrPK>92=Ace3{#->?
z@(B%pxeeO|KmD;2Ac2IPz1fjQgK-0)%}0DLTz?wznWHW-g;_62v|3T(Xe=bX1i(0s
zjD|&)B<pRd@ISdWqLBSMlTkktsJt&ElD~^REnTH-X+sr83b;sIapcRlD@yjvrBgam
z@zN14Np8>I&K%o{6!`K~%U<#;*Ml$2ZWfEOqVD(o-qbCL1TYZu&z7VG!El~8HyHmK
zq6BDBo5+MX9oy1JG+q8hVjpDgM{&nXeh;2fkU>g2yHBKk8+!Dv#Xe#b7$vPLU7Zvv
zlL<%TW97+tU@7Zy=u#p!Q0}1iyt^}~Rv+9*tE8cex|PoBWk)%kPc<1+Y^j!Def#ws
z*!K8l45zTSHO4`8q1nLSd8ul)jZ^WF2G8|We7;n3NzOn{`%8*JYw<G1m-r(9*<n>J
z^|)z)e>Cl_E^ivSKY~oM3o!9qWtNjGCo^rQ`<-3TVm^Umpk^~qEwD|yn~~-$^qkOs
z6ELQ#Ps!kw9>GFsTnBs%I5C+JG%kw2*N`&vSc*1kuCpx?5|s%<IjvS?9^+kv{{VR&
z+n1qv#$t0$1s{&}tcjNcDZ5ZYwsv*O{11%5JcvPy119bAe4kd+dn@;`c>SB~ZEE7B
zwHUGL*6%<vBRRW|dJCygl+VzM){#cS^o#6)07Ece0Ide;s(E^-0Iu`Z_UdToD%0?E
zzeKo`Eq4a(u-4P6hIWtpt-aQZAKh%*)(>E|hm(1kK6cUt_bFeWNQ_0%m)zE#{dvc6
zq9k#!{nEF=1$Zs?<jd+S|A=%_4ZrJ@iTEu4^>m%oc-_rEYJ5Q-gwRW?8H60FY)p2m
zEs1#E+h3revAZjuVxsEXRDejV88_pp#Y9mW=kmnbX%g6|ZAYWyNZPrrfCO8ksSC2H
zx(odpEhle#$6-1iay}m;IbTGx7}?o&qErF-dWTiKt7$|*d0LQPlf3rmwrT(c;}XLD
zxI>asNz}V^%*d8n`j{JRPpunBZns-IKKn7`+%X_dsc!Nc&<^3_0#vfR`MrcXbho+G
zNI{g}?ppNCsiHW|;q>%Lq379WE)h=Cw<6DE%wAg1fXA`TcNmxum1-R|*ZQ69spA8i
z7;$Afo?RCjJ)Qd%+rjP*;9dV(Xpt<<>a35F*Ub_N8LkMDNi<Y~@a^r|nB>Kazp2Oe
zt3l|x+koBjnSGjvLASc5F5m4F&&ZVskV!bdC$Zb;-K+1V{wONZ_xGIi-tgki4U_9q
zYRKoA!^m>7Hou%^R=eHM%_j&Sj|9mO$bEA9%2TzDVLmIez{gwrbb?-5S}U?2^KhQa
z`wbpX5C_k{VH6b@iYGFx#1uPOKzA<ez?0{sPYt$@Y5u-y@ff%`^L$Uj0e3o4;qD53
z53P}X;9QYjw3~4dC{5wMz)k*2&PwmkvB~#{oABHAjo%d{KHx#UL+<Zr@h6^y=oUST
z$_Nf|!sdIL?*<bJPpwwSKz8H5Y9!voNbiMQqyHXss7sSfKToiqX^Q+Hyj^xf^9|ke
zTiVFgY0_pd>-kC7+VZ6-tgFP{_V>Vp-ovP8*<LzIU^WJpV@lJHL2seYpA8mPOyv6D
zPTPN8*4%!MojH5+^ycyl*3he&p(NU_*TbZS7&sabp0jnL&GjaU%X`~|jOySg>{%1Z
ztyqXOa+h-FuYxj};%6>Y3O}jfRbz%Uj)X<PtSqM`qm4hJAHrPx(lKpxJ(J6kOLy@u
z_j%YI3}9NW{Y_AW^r5^XpdVzYl)M{Fk4B|B7p5z7KkEg44ZI7RX7Uh|Aw7XnS`>%X
z;5Y;${&Ee@evKe{^mK;G$<m~P$d@!<Wzub6!`i*(-URm1vX`tB;m^`;hcZ%G^|EvP
zzDpyoOmo^NjfN0E2}#t)dd7x*UE_mV+zE_>$$Y*36(l;!#l`w9lU$tt`@5V8A&Q%*
z@ax|qt|vxF`Gb}H!BQH^l99u4j>_lCFKD;~5cpwgN5#5;{v6Y$XSd5j-byGum*0F`
zb_aP+%!l~R!%}F7Pweo+$XI&ems%_}X4(ZoFYax`y%f;yVLiQ<UE8nuuHtrLgpvHH
zk;O1DbHv_|6hFnbR#TFGoFMvkxQ#q<XDvxsNA|8yL8f`OrAyg$TUA@(F(VZv2SfEp
zc7?Tt>$FqC>H6G{e{}MmtNwi4tN0uCK)B13Rvk*v2se^f5A%tT^B?v#90PA*zdUX+
z7Z#{9Eni(6JuDkwg$zFtO0;}j#^nfB;U1SmXgFe3BMrwqABOXISL|>$^^;}fqk6IC
z1!HB3a^5WB>zVIt${aPrlex#kEmR|H)zU3qfguIg0AZI8Q_MD1D~{{KeyM(0AA+_{
z6hEZ@`nFxtF+vV7(eQgh4xw4%GwO~DI~`OJIqC#usI#<WGSz3Y&BMyfo5sjT^Oty@
ze1$0pfus*78vDSK(i+W)!`}GtM|qiyDpM9)2`pVoGG(nW+Oms4mS^2~orJvZ#VKO^
zHNB)W6C9lenbr`Wm~t+3E{n6Mr|qa8BG7d!!(F-a`xI;U1}P)K(reQjwh;;%gL4)`
zycBZ&0y=yN71*CrvdkH@O7xgaEsf)Qx5SIz;&nEsb>!9}T3^p-e2b<>vZzezNj(>*
zd8AX3kJky)k^7Ysa;nb$1-KEZNBpEFc{qI>ISl@dMU3l_WvZ`gb2IOa$S`NLzaJeF
zyZ`O?Q0{~Kmu(T?_6WJuSzP4(&*U>(%6XYeQ*Et--y;<6yO!sD>rnhg`x_(h<oyjr
z%za7p{H4x3IAjiLIpl>48%$HyalH$EMZ8)ut!6XR;mz_p6-yqeTT20=S)Qb6Cz2=;
zM}`Y@BGG0EH}bI5Gx}4Xf?sCp6J|d54OG2WXQPu+M7)M%MSyu;(<<oGiEHu~bb!1E
zK6TgSaLa66OQa}l`5VbSAuj!u10;=_=NMV!7y&~m4PFv&J3LoQ_i9;rJbmlIOs+-m
z=U}bXQ*;CzB%+Gu99g_|F|9~<*IjzT>^ZE}<u3g_Ir5~t%rg?*u7)+==BX$_oQJP9
z3YR!9pxPpMZzNQ=LP`7sIkr_P?6K~it>N=b1I5GFMm(<{Wr2}V%Ws(t`f$rG!zK6a
zCb#jd%psFb?X5ko*Ej(y96T$Jwj;C@j2Gl$c)G}Sw+&rh@peY8-2OcBJlB}g&d`u#
z#f@i0!GGC<b-;@ss#4p2Nmx|nH_$;Z1Iv0V{5~u{)iny>(I@%<vPk2gi(b#es3BnW
zWdzKgPDb+Lx`3RX^EP_bRv=s7D4-%DtpY4xZ4yJ-?^PY{L=N=&2+Up=mRtt1jjzd&
z&xJ+l<dsjPG(<dNU61->8hv4$xh<RFx~`j4p?bVDW1}N*GLq!B`XI!Flid_&`4A^z
zT1u&4Dq)arlNayXuP1Ei7C0H4sVUgrDtonF$GR@Vux`&_)-WPn=C+>w!Q}Ce>-i#v
z7EvqP2(D_Qo^YP~={y#)o}1|krrrJBUJt_&o?BkJX4!Gnc@j(H4Q;-<OR9EDIG%MG
zX^Rr0tp*{|$ByfSfwiUKfb|@_<m2vp@A@pt6E>__mOrzE5B=Fn8;R(m+_o3fd=|7m
z+`U{;zO_Qv<rK2mTKF=)9@s9j)lnExzis(kh!lgn(JQf9v1R^FVTrV5A*tf!r!2Dy
zW>6=O^_<9?=p?HhOVEz~?F=oQl^G$)narvYQ@;v4N9r~!OSmk*^{Wf(VO{IQ$6Gmv
zVPspvyR6+SNdr?+W^P;$oj+KAm9Y4FVeyR;qsnZVRez5qUM%fZ<yHSH;=w;s-nZq<
z)_*T74nlT@`*)4RG}Dj6sQEFu^D1&aQ!D-V+zfRI1uf|b+rJya{-{2JOInk=Ke}UJ
zD!VnDVY3aFAS|(3VQwnwO^58#6k#~6-f|hgxr%KSGtzeTw)tqcYduWs#PgOHZ^J2R
zBSL8Qd1$TM);>J-wm(Uc&}ZtlxqO}K9hu(ygJny}OQbg$)VW^mVDbJS8uQL)`u56u
z>%GTtd(d2z6-rM$BeAvJR+FE6$F=tH^9pOI9+Gr+i(T!paI)>3Z}i>Dy;CO3m5=1Q
zvyYIK7DQm>m!;h28oa^Td)wVbqoM{+Pmoy1>py$ulM?%KXOBp!?BE3{9Q<|$MPOe4
zXs`1R9Of}VKgC^2b2)kY=gZ4x^mbzQs~pmHys>*;_Tie1_S6QZTjL{cgd!W`z5A7R
zc*+9@g6IM9R<o0p0|$6tbRz6c)Q21&o4kgDsXv=+dX8R~7Tzld2D96tgl2EDXg){%
z-ECE@_MS@P`@jxsyGvEu+Xuml4!me6efHtH8L7uZ>y?=#%ipW+?$h@wKBO2Q+U|sT
zyB|7=9!cmOwb^VnQ#$(Z?@tzf@ToY6u&+&5bMUr;W)hCZ^i5d-hg;INEYLO6?APVS
z&JOm+m6u1=EBu&7Rx4rWyffP$M#mAC$LXPmKGDwh8BlLztRrfjVh59>hiN+-A=!7X
za1T%0KT4By2yK*Fdk1|y&)mzq@$Ay1qUTXSwsm`@Q@NE39f!lvifdP6=YwhzZ(J0?
zDHhtZvVo)D9N9BZK66Y8F`K&F*O_pQ*>QC;wj;cbHb#@U<wAvU(ep;8s_E~O6z#7S
zSyvf3vn79Aw-4t<M{mrETKbb1%}05ovEMF;S$}4jqDx-#n|Fkhsgc4xw$n7@0}k_l
z)HB0}q)ueJUU+xi4m4cCo?r6tql7!#{@Z$(>-vuCE4G$RtIEs9a9v54aK*hccdaP}
z_xxF>50VENqOHcby_3<ykNYl=PbXSa9)UX^q|_&4>7H7~>*BhYAI2a1N<Dlf9OaT<
z4j9XmN*#QeZA4hx!AbAiB!8gmeE;L4ImwuZ!1h~c%o9iUkAF%(8!5(oS0uQ|j;^^|
z6%1Us{|a?;{OI{%6znYdC6wS6Cx2Yu=+W+H>9O;f{nqUI*|}}(Nt^5!XWo-UNtg3J
zPqy#2zLZ~XzWFTp=9Kr`W8Cbkv!93i><%-_nT*M2<xhLEW1n`gPk0%kJ#!lrzkdb(
zT?#k;s8oEkyz}{X)z-QnXeb&gY$Bv#eQ>f9#!R}b)#=0bbYoP<#rRDaFFTYW=X2uq
z3*YSJKjOXvXYR;@3)*4_$&s%FKX-%Li%{N^f^lCy>nFsQKFr5Ag351(E&9=$GMiN|
zKAh<U)!QE{$HpF?CwP4%lRoObado^Ba9Q<wbU3W}()0eP2mP}z4#nQAgxJe8#iuXq
zV^8S6vGDDPesaA1jM1miiO#|I)>|K?uBXA)v0ey>1>KqS_Y>{!XXO1pYp=Zdq+=pY
zuA&^h-46U%O>9-FJp5mJd%K4t4xtinuA=#4c%{$%s{B<xJ@HI=Q+Afb>liLbc9EFt
z5`iSWbbq^G_q5*Km+r|_{@)8eDW8f@ju4H2tg%?{*l71ds1pAd`hl~URbN*1C*>x-
zo>i@Ec#woJkIO%(JwQl<%;zbYb80w0dj+|km*Ja0{+Ory14DT?GuRHp5_77&o1^(r
zvA&K`TZyr0I#{Q3yXaev+A;pO-vrT{G#C17S5;N{v3o@zVq7s0g4$X*vD%;e8|;dY
zc5x(a`Tj$sE7~~~B-9m%T6v0{fsK9t?$G32PW_NCm9Onij1Yp<XB;|99s1-D?u&`>
z>xy<^|1(GZXW=E(w+kvV9xl8Ka!Q2?p+ZFLgPEJ>*S|l_dwS{V;Cp{5j1T8WxE*u%
z9Q*`}bvg{TxC)6!g}z<|9TgLf4#M35fs#)_ZEBz2LW!n4^cW#MzdINXr@TbXyA}5Q
zPg7p{fkjTL3)JUY&Meoci&;zao(&bxbnYF8*Z*e9Cw(YD3@bIWD~BnB@^WjT+4ZBy
z={T#?zX~i>AOH3-ee8<|@xS(Ld{20%C%D#ZGnPK%q?fzUhDzd;ul?q*$tuU>C*<<|
zEI*Z_s<8Lu`>kDkxLDx(ybh5~HZN+y?B|9xN@2PjRE;{`mK?BWdS+**Kg1kU<d%m-
z;8I>k6_B8Bhs-}EPS;u-UaC2`vQx8mZ&zBy2i|@#M%lk0>i%2$%bpl{22_?-VsAHv
z^b)UZDsxFR<zqxmNTe5-`jS=<H(3s;*zQ|+dwe1&{H~6=c2iZyTAlJ-=VbKXOnLew
z`v}SufsPgb1DGKg^bqooDerEgcjx}v{FZqPk4jD?(UgDdax(qY+G&2d^PU0wKc;+W
z(#mE)|LwJVG9v$&@=H=#T(P0xyef=7%f2*snyNi*@+0orY;?Su><`;CIh!?x@SYc>
z#Jaw5+=6)Sg{M6GQM|xgJ#JnelZ?l;-IdP{gKw}pOJFB>3w_<C-uXZ!9Eo+kph;y8
z{DpB@aTF8N^Gt;=o*zn*WX%}UNnzh0B`IcsN7iz(`zjT=fj?^=?vQbkmErOO1#4?+
zdj#tmdVUJlznGL2YG~gG6l&}~?h$J0|M^p>c@Qoq{9=SDNVsJ}uvfTsM)sF*+k%#y
zNc*x`kVwb6bFWC}cHl2J%>QM)FYq7nzSO_seG%{fjQ5}ZSG=zsBB~!MX!=jQFQy(K
zrXPIU<{6g|jq-o$_$mras{bS2=lUn!=i}7mxTD7-g8uh@UqZ;>?p>SzF!F^A|Mz}h
zO)Q8`Q=ORbGnoFv<loRW_!pDUXz<{_8~Hb!{-fU~8u`2qs=S`cf?i6zPc_A#YDpRp
zjeJ+4k<Z{^E9zv=tMfk-eq%pF|4;)b?|*0VF^@uwtsMV*$WPlu>k`526u}%6ea$!O
z#<LiNIhNZbQV>m)^20csVz~SxINTcK0$zwetrWGy$rGh~(OgTZf`>v0#tJxNrbuVD
z1P6{3JHE_E5~)G|$>cv_i?r6O&{ZwdH>uXJsaN)DH~Ck>Z}ERj_^A?OspDg4|1t98
z=!r&tdir%@!vCU(p|Jfwf&7Xa)m@BTJv0^dG%>Bh>1{k6O}B{^|G(?_qa6&ygnzV6
z;$I1W&(N*^J>ef+=lfT}U)X8%uY|v3)NX6acw*}RYr=0;_CFH-j=HXzlK+<Q@3+6%
zs2=N|7#p7)oqYYTihp)xZsy=M5y(F#0{JH=hlfXpUqAj28o&Kj^wYF|i}L?(zx@A1
z<G=q`yszd5zpnqUc;8k^wS-9HkNg*nZ^-`dG`?8|C(odGm_7i4QxgRO1W#)Ji^k7*
zr~D6%-%?)&^@*qT4XCQlP1nO%zY1Qr`F9%s7~p97of5F;y9fw2=Zo6td7`r##bz0J
z(u0Srlkjgg3Se7K8gI`GiCapHoVuEtR`m+^R`%vS{-e_`d*L$sjM@-~$+rn>CL!45
zC{mq&3p)Z}z%TWBe>io}81jl>ECW}YKDBnvzWi(Y#0){Y<pSiEK)3_ojyp=Px7y8u
z!0#?uY+jV?<4|T0_K^sJ@8Mg6MGYmY$isDscj48V53+;0=)`AfOVh}9e2&)lITOqJ
zqu&$b{c!`wuic%=<a=$t7y}f1_+0>4q1q&frGpGB0hNJeW+~d&e9$?1V44(U)+eC{
zkcnTmv(jeEd@P|k<IAmN#@(DR`z*vHiS}g8X*WCgGEYBR{~;F^w2KB}X-^M*b7YYN
zB-J>0@Ykf0OuFGh+ARBP0J^1E8WVaJXAV4W6>qmj`$6-`ad2qI@o^oY`Tru`XL>$M
z3nxR7)Ik^WP=F=<Z!;C(FIiE5?fAW<TEX;hu5F8=wv-t}DgR;TN-(o~YcWr1*<-R0
zE<EiU+g@~y(WLsD;4u-2PwKu|RZTBh*QZzpU==igUO3PqRT}h+%hSqK*oduvx#If`
z*Q#ro$$(`Yl_&JiKCHK-lLm>aP6;P)e@T?2k2G{fJdpp2lAz({9xo2@-tZ>ae=by7
zMiH?<(g!SsC|7!M9}R<pc0P?g7D~XY0Q+k@sAY5so>qpM`y$TFoK<Y0&@=<D<gR%Q
z3ou(V)+Ho&2#d5SX-JtC&wF@$vzYi<#4V+~#E+j{3;4i*S;9V3n3s#Fvy|R)6hKud
z0d>l<M&Gy<bSa%G4^YYISpB)?D%l~Oen2V`yy;WvK<G?3NNdg6FEGzhP41&H+>E4!
z8!|=FHqv)}>6zkx{WVzi=Ie9Pnhg9w7)MI(muab6taZ7)tiMfR<##(#Yd2LCUUT2#
zzQ7vMSn01^q?C&*d)3_n0ARWFfY;GI5xX8PujOu<Re#Cxxe@{jL=>Sw=iQN4iT1a&
zcQ26A*P-y?FnHKj=HAoP;up6f8VztJub)V|bfJAJOU*#+WmF`)e0tuKxOA%U+fguf
zbArIP*ipf<rt}bQR@itrc?0m?3j4VqIF3g8wCvU8ITEM{dADzPMJp0XE$zy|{L})W
zM3JNgq~Em661}(`h8{%g<3PZu@rE@2w1AuB??)<MB}=Epd$m92Qrhw7m+|_X8vB2U
z_qk2@>1p-83}@uK((ymNGg**%C(~S(N6*lS#<;Xay|G?X*x}BUiC=a0ok1QQA1CdT
z^DjIvT{V$GM|qE0hI0j#cyBM1PG^dL<({+HHz{?x?wmfH|2h*6c!<|!Xa+!$v4iBJ
zKR}G*Sm<GS*sYZbJ?q~#g`a*$$%iS;1->?5ctt=!6=SX?hF*VPJj}0#N>ZA)6OLdc
zwS$V~FHiu)?=d2Dqg4u(9yp$cl?IJht9{4EB-6huOLz$3Qkf)EV}Do9M-=L5OUNvC
zL3Bu?C>;Z(MZ;+u`bI|*AwPIR(da)ezrAEhi>|w$Siw7C2bsA%J>QnE4CnIE@*e^y
zFoqXJLtO{Rj>$O;;#J*WVYS<2&J+<$MDNM%@E(`!gZQ3{Qu=m&b-CjO<#Ud5ZaWn&
zbgh1N4=vp-)hHbY=f&syhE?^40>Yt8OC>*Rs?|yOWM-UZeSQwreEc0{SS33bXm3=E
z+pfJkD2RTM++J_5Ds&GBScsJ@YoHAwM2m^mK2V&#C}XE|(!A(d&Ahy5LedF8a)~z>
z=Jk7la;ty*17hkCE>@6XcT8cso50xiwWi<?39`-Q{(N*t9fq>ni9FwISvIp_!qdgo
zLC(C}KC>}++|5dNa&@4Cwky0rK$p_RV&sl-^^`>XgF^D{C;FEKVjAbZ+efpfe)J5*
zQAowl>vQMXmu>b6F3OA>W^qIGWo_I1!A}xa(<POgE-Y)b!OR9mhdD20jfB0Nu3;40
zUsb>PZBH@mH0xC<HVAh=xE(!h8nk0D^mDKFE>O^lqL{9M`~%W_nLMd8I=8Gd%fpI!
z!TeW;_>Dn2(I;;Ci-li&MkV$a3D}pW7_f;SG`IgOHBNr{qu-4QtxG|tu>`Zo+RGA`
zKc1@VLhrthnhf+-G<g{H*&q*AM}CQj+WaA368C_Ox$Zpic}B5UrR>{U_~9(AU;8Z_
z+}370<EdQ6;%Ha>z2UUb&Fv(AQ^k9|Q@G#5ll0fSclo9-CfeJwJx?vX1dVzMv&9Ne
zTy6CeR+fVNzSJ((CbsLXH_TUmQKS60pt{vQ+@~tQ8Jh4WPr0W#MnOzCT*UR}wO`#(
zE5WLUI@g&M(<Q{{v10F}tzub6U%i?~U`@T7srP21f1yXbcM`dJ=fjt_XP;~sH{G8e
zTy-O3MGc&YZ)`z<>m@7SpAv*z-+s1dm;{<c$B<erxOxONvi<3Be;VYH)%a~dc;B}?
zq`}?K<oCVY=+4oFb*GeHpuLR|sq}j;#|8;GefN{S+DY`zU0s4!VzOms=oHSLzc-nd
z$cido*8N-z?tkt&do>^C`ptK?dt7VIS@D4CV>1=)aj0HhX4SNpGIQ{7tmKm%x8$!#
z>dxj?$B}YAE2q|=!|in6ucH~P%Vn>&XMaFPk=(yed15Zw{#yBp(QiDWe))5fvr;JT
zVAI^9Y3=+#t#f$c^oojvwLmjVY9XRv9eSg?*UO=&=>E(>#>w`E(6jb8F63YF<e>|p
zc27dbroX;_U3%L7Y3}1PK{Q~>?|0AVzD@_#ogbk$-Y^8*Ra{=yHjjAul)6hqWvH0?
z&uXXiWwglGCr-s7+Dx~D{@lQ_a$_M6u~7g2cWHcsHLC4-@_tY9Dg-<S0q^uAFIb~I
zo2SaHrs?;DKlg;?rNSBy<D0JHpCgGEdgJ@&DXVki?+j9vU|<=D#0(59n?0e!KXJ?-
z-jApJh*a-$yq=DNrL)5ZHIjy;6B}X^OOXkiSMihMiF3KvOW2cE{gW2?6NeoW^X8K_
z`Qb#;zK0>1dx3oAVe$uJydRs~xR!i2o_v-IJMT*PvUY6+opR})N@kjPvX;`cmh$H+
z3EX{c8<R@rltLSjG;)~Abd);9pL$K^+BOPCCzDPWkPPomV}_;OWW2WJnVO19=g}mj
zG1jD&&8Jk%r}W|}g^myhXxQpQSn7HDAb%!O26h#jvM-&Ovzsa*0GC+LENxDdt3e#F
zr>n`pQc<v5jIc~hRt5s5Dv)U9l#<;H`?Hqmc$8c=Pri@Lf-X>5ngX2=iD_uyV0G3*
z#>}BBvK02j9~$Y8<C5+lWje=Y%N+fq<7apR5%U0|yH0-&P@91IY35|$bAlNY^GuUe
zowBYRVdR>*WyoATfh_kpAQ9cC0RX9+A=LPP`u+4DS&Z!2DHv$3K%zZ1^_dKeGaz%2
zEMHG1w@jws!Fsk(9P|b;pia%FA=3CqfTlPg)h@s%0LVbRP(WaZ*<zr*0*SVWB(;Dv
z^}H0EW<gnAkwif5wLGZwJXjt8q{kP`cNfrLp~M89=;~`WLx^(2ja2AC*K>Om6snbe
zppmrVm~;@Aec!aer6%Jo8Hp6S<a`~hK+OMli9ewb;R$g<0e?&Ymh&K*$fRbOB&ZgY
z^9NabKu%~t%KIOAdAOoiHAQ9kq8fja^O}Eza})|9g$K*egRgl)RAqs6j1YBPxi+qN
z=?Ji(0kca5Zs!3*7!&Q#&;qA4SbVZXd|3sy%r!195(8#G2TEc8as5?@&_03$g)Eo%
zELZsnxRF|{{!cUyplGfLHiKHOXA#VMDr^wh`}{D<_%i9*vW!>?Cpbtx6_iPgQO|+w
z00;^T_A(=a<OM2|VER<3x-*cf8KQ}=V8mCYo|C2GD>B%jMuDl&Je>GswX_zzk})pT
z8N_)Gbc5IPBkNhTYVs$+4?MwRW>wOt^5EK%%AbI1sSp<c%mxWeVTW!ALeo%5X@I(Z
znX>l+xn(H$kyB%tQ)4f-ASIT97Y8Ig2NET3p83kld~jwDScZ5S3=UD+1<Re6eaeH-
zpV!Pg19_cGDX@9#J<yGO;BI{8cd~+4)vyoob!FX+DP+_nfF|B~Ac-e{_q>tWv&l`X
zMiF1hkqXK`CV&+IRSH-zB&eLI_fw`qG>}jmPawrSAh@O#qgm0;*jQj%l#MJn%x_~9
zDoN0wBtZd4nt}SgKoWF239^M1-NM`3B7kek{8>2`Um}lyFy%wkiCsJ%poRf<{vd-2
zLK#zmF384Z$GQ(PN!geeAGF}Xo1H=Cm2rpvEC3+v?M(A845olF<^T==$ke4p2Jz2;
zLKY8pb1qRxh4?WQ)6eHVkpmKE7|`QVMtoKpqSGp{)4vY3pWha;+1cw!70XW*N#5Qr
z)J|Lyur&7)%lMc&V7fWzVuOgfgM<=l6j2cAX0QSZq9WLO?YyR?rb823!ARHzAW+aJ
z2|YA*J+S=F;Gh=`<h`e|u}A3M!(VNYK>$+XFku%sWDX)`?o7xQ9!~&IT~mg3jSQ~l
zUJv+_X?c>s^WSl;8s`Ap<_d>%vdm^E9iYzAtW!fXN&Qz3{d6ajcI;vAAWI*RlsI-E
zw)Vm=<LiJt7!U^%bkPImpQ>cXw~RTLY6L=B;vgF5c*b)8B@R!A&I^^PzV6ai-`jaZ
z2hPY6dvkhFD{<i4$pDu;kv9hs4SwcSkPNa#Shz{<ye0djPh|rvF8rJt3sJ+oiWY>D
zv%p-i&|9)eue)&8wbk|J!+XrJqRqqpeS^$^7UF<_nA#Ht<l32=!9TUeg$uwpcVDXD
z3qCQ9Qlm%dQh~%94wUS~2UDoXlC(qyOF8P_l^eJbJRIyu5@0dOTtCF_0(iDXd{i|=
zEL#TGbTbvC8rbcvRjzps(8Pk3@WpnnkPX>?u5qMvk2<r%lo&JNW}S!9V?M6%(t?<C
z&#_9^$&cDyBsdT!poJR`WX1z8^Fh4L;4eRc9%d!8%y?;ZVTvn+&J+5&oA^JPSF}jz
zRdv?Yc+Pd^f>O`H%K6TDi-ACXs$~qxlEsXFFo0dV3r#HdF`(^fU~@e<wjL}CsFwkh
zs|G@r1Bfr=RyD+HMnESc3h2rXv%?XfW5Idd-O~)~bLHoAmFIH+)|p^ws#Oe$X5zed
zU$2oi=-PHW2VhCYbHVLr(PVFp^=|-AJmf+LxK;;s1QgO>Gk*rp*{;utvo78iS(Mz4
zIZ9n*!!P<%EZHl7`k1F))PsLAO)0@4D$WpXPe}1G;H4`>umL(JP@Rc~I-_7ajB7vq
zGwI~vVj_zcZo?qT*pI1;a=I%J&n`6i5?^yKB4o%daQssM7+_v*vq`M#fq{h`&M2T0
zzRFA!)_L^$X;7QkOlQ;fGB70ektIoL(!li@AaSa*Ej;8L(u8MfR?;e0$943vyyjp9
zI^dvmxN<vu)?O}Nh`=-)F9?qj*=+f<9DYS*j9lrQnRjpl@ncqAP}Iv~!3F(bPs(C>
zPY5s5Yf2Q*0ZklZ0Rw&(IM3HEx^))UEZ^y0{#(Bt&ahH$F%u!zHT0{kF9gJ?17gq}
zzx)YAO|D}Kn(diibISsA>dR>nnZb-jKZwb;>Go>K8n5VXgg<3R;n-Qi%%L`j4+Y|9
z-?68BtG?Z*m<m?SZ&AXwYMv8^T(2BZKx)^9Z@Rz~bhQnt?bYEM-q3e!aj`qi?<y<+
zXTRDEwE?795QXRvLm}~(Z=q*eRZH!lK;&`!0np+Kg5&psyDMma<TU=-;}s=ONQ&Jm
z95d=2Ajna^=fi(Mi45_f#_{<ejgXQ#A&3SZfFgkByZ3J(I&HCe>CFu>$Ik~QaM8L4
zF-h;Dau<z40YS5q5xu}?gt41|w{EOc59a$+C&6~Eco%ITJr=S|-as69?9?>a0bsO3
zi7PWlO&^bn^*%5QAGh}|@|+($Q=H;EKZr~oSD6RXZS1I@H=)p@%ASzB?2sIt6M8gs
zCl7Cf$A3?p9?*k%>m69?o<>T4s1QE>W)4cI17byoqU)Og&)4rV)$+zewnZUd1WM_V
zuW9E2pIJK}0}jUPvy{8fh6czV%*F~f4xh)*FyVmR+JIL-54ZvQb35(d1Hp@WgmNX%
zRUkElG5MU#qr#4T`tfd#>5tb#ii>`tap%cnj4!*s?Ywx!boiq0*rL9vh_c*H6r%A4
zz_J6NM!t@cg>Kf2_RltlIKiH?eSSI+yMx|ksUI-v?Sdlf@7^Sl0f6R1n`BWROC~>Z
z`~hpF>{H-gQ4{xWi0P?9;MH2KsVq!y_UOz#_7momx$kStuSvsRpatQS53@j9NPJf+
zcm8{v?F<3lf_S8yQ{zu;a8U9&e4urwvGrFmk<S^qUzu52j!y<-dOxs!+ErDU`p(qM
zGY6JBpVIh59C)?r6a!_=q0j%$(&1VIKXn*AyC?|#T5;>@&;=09+`>t~f~dBEp@dUc
zw<d<#OP%<wtXq(~^Q}5=KpI?w!tdFJjoKZj%wy4?t%bj}rhk8&`YkuNnOS?4r@NqH
zHoll#(nqnUaSK9?1Ogtt4Fi+f3@0*r@9X5Lr?M&BA+`nF8W}2i#7?KI#&T;V1j49K
zjQ4qTi&XOTKM-kr%YjHngMXv(Yrh#s;fXZ9oX?u)F7X*7ppTOd0|~$pvR?8t3uUC&
zYVIa7{NPa0h=kG$i~D2MDDoSf`3n@p_OCH^*iLJ-_&nhn)nf=~@69v$WHk`-hd{z|
z<uO~N5Cs*%DZPlkrk+tWUUKh?0h@k>^GH}3DHXeNI2l3nH9%O2)Opkv<$d|qtTUb4
zib-PCuu8w(Hjk#j{JZ;3f5_iT%`VUTU>0e|HQZpeKJERddspXM-6_lp{)QdS+#0DI
z)~a$CWJ!2F++ix!R2O=kC(cvbuHN#vKiG;b?9EuQ_1{neZxr<{4ETLA^P@;gNro_)
za-Z|Tnripz*&gP|@kufc7A&p~s_}R?3_6R$gv0p9@gjG$rg0RS&SG{0>&{2qqrE@N
zUZ^p941ccp8_k6SP*Lb4gUeW^9+9#Zz2{J_5_}JgVGbR4CaYt|Vu9x@=)=Toe8{pX
z3atX$bS>eUgv{?YDy<ntr&BL<rQSq-?PMiqCOpDZYCKGalxAv`2pqBXz3t&E`Q}O{
zc$0x&9^S(JVz`61Mq^q_BP^{$+)kcPPgm+g+hXqi7EA^l$a1buqlgjhnJ6uF7G&!X
zdl$<QPBs%($A$sGgl>{O7``UN{~mXH*m3-|{(OBDjh)O}9)tVEQIckQ2Q0o-AULGu
zJ|a_4zh%PD-<|YCm}^M+EE)iM09~=$t%nD*mL=Xn=uees*(5e)*kxH7m_7ST(sdUN
zo8KLim6>0ZzLxw>>`oP)Wa!Rm<8=@j7eY4^NIom;5`HT}!BIkkz1zfE?_1K7^`9X7
zZo3?CnI9jxQDLo%+I@e;+_S>DJ%%HiFh5CVnFQdBy@`LEW6~td@FHw+fVPZ6OkQ){
zHuLtN%8fp&{T`Pl-z80Za4nruBq-_qVm0(BhGEN-XJ4nT)PaW|)|+<NE<}E)a4%_q
zqjoqW!(cR$rvA3l$a>QahrZ7#0}D>4FJQZ<NJ=<A{#2HRrG?)k!PeJ;g})p@#_rR=
z9M>4!jspc=JHB2jnl-X<zCpgK`ef|sfda<E?63yw3`3en-i)!B-JBTz_*Sf;4GxMe
z7JyL0mRJ$GZB4V)xFGRa_OkO=Bez&+(QRi6As5BEe6DZlxNy=`di>|rEDZMXHMGf)
z&hcZxh}10|Qb@UJ3b1afh>4)Hs1VgWLh)Xx_{a2j*mlDl@lxgky&WmR=_HZc`OJeb
zeIi+Q<mzz!IpRpCO32StQ=A5&OVYB0>PQR|xt6&LnKMzMxSWr<n$T>g<?03%;A4rW
zxO}wyxhIfKq=f-iBha-xdS1#0OtN4mUQC#95l2ie@+JdcHM#Ha`9z0rl*B913~xDN
zA)H7~{Y3w8YT{jxU+>?f5lk3a0B-RoEtAxSISPqkjv$BKcg^DfII>hZycoO3cRfZ;
z%lJC-<w=~)^)eurjSFPH`#oXBZ|KPdiVRiv5Rr%%JqaKacJc=-wq$BV#J;6@2v+6h
zI*OLU&7~7*eBBKKU+YNyljLtM6tKIvK3+94<;@=y^$Zvep9kZD8eMRu#@LD*@rM*1
z^E}+!?0V*zT)77-4%%M&(-QQtp<jhISv(}??2dIvueInbbhRo&Z4XFEw-8QLHL46}
zGudxxtC+WN<ldD;8lQDS3d`5JCp;SaIg*0kV^rtK1v^^*?W|%%s?dokNzj`ofa{2W
zY^V-ioD6s%N+-J*)dDV+3OPi={Mbj>9g{f$gEOcJ9oC0xf>PN1x!Cjj^vCeWrAlC?
zF8}OmL3G%wpAg;ljp+O0v{lxW_ImzI<?s2U!CsMEtVi8CTmdJtE8Vm8Iu7C`ma2|a
z3}pT)G=$O{9p9dN%pdD)&O`5nFE_u;bo{;7nfs#<b)OHRbe*W9#F;u6ADWfSrviBT
zYF#V`1P^0oo1ysEKFw9SktWo=8#j*)QKOHhZ;SoRBofpu1`7v%dJd~IX0Rp*EG3qS
z-RPyA6J?*_p;MOm!xhQS7#rQ$wQ*;bb$i3=3&WyeL9tZ<8yc<ZI!@GJIKMdmYF`9v
zq;p~K&Nm)EzEPP}EXq^oP$#>ZO{C%o*=t^pI&#GSalIVXUj7On!iSSV?ydLk?ohT?
zv1m}SWZ9@x&tDEGyjNP#can7pyy2uF$4<cv(6)L&N9E3N8b--NMlY5#c+1KH5yfCl
zh+?G?kjwpFtlec$TMN7J{TRU^xVsd$;?Ux5!5xA-1TDpiJCqh^(c)UHxD+Yw4#i7x
zD}_RVwm{!>@8`bHKJPitob%zyr+iqGNoF#cm9>7?|Jv78H_~HudlFxI!CPR|#>0#g
zX{fCb5s$kDB`G5t)Vg00kwjECU>-nLUosuMj5W_yC>PM8-oy<}p>e^o8g3`lusF|x
ziuTBiK=1odCqmY2AH@&{<>5fRGm|5C7t_V+ufa*qxj<{-VPk%8Z2f&zd9fZtSG@k0
z#)$}0iRH=HP$L-s>kJ(dWtlY)ix1?^fDSA(4zIGlDu)2^e_-Jv9p!S2C0$5=0}1T<
zeQJuncf8Y|^!L>{w#jE)#y{(6-sbpTF{I8`o#NxDP(v8Xpy6Wj`!nol!MAyPzRTrq
zSd>8zt1?T@^nlzHeUJ9iH)Jid>YiSF=6KfCLF_VJ5Z<xqdEZBmtac0OJEY=aV-1(g
zq~8k#K>8NnxqYNjnB5)ytbD*Vs9D(}HBR}7tlO_!=#*8`CYc|M-=c$OVKu5es4Og6
ziA!I60&MTFmhCAuH(ZvDw_MwM=GfmQ(&bGV%mf{#5S{GT_-36a(GhX~E@O<Vlc7py
zuL~92r$>4Rfk7~e{ilmRBK8L`FieN3KMcz_TpkmXbkk0p5kJ`Z#-KhIz~4<6%l`_R
zZMuFMTGzPvJ%rA~$ci61PYsuX>A?+KtCv}NeK(F~(&Y{us6#}Ys8gcx7&vgfQ!dtp
z@-8}`SZMM%o@k+K`4dOpV{`0H)@*Ul`471aJTD`%O<BLcVsx>%@a2mXmF)hto^ONg
zBveQf5zp~bLS0}`^EUsHDnu9k>}jr;xk^-GB=htedV{I=3&(YLUmnWtzej&&+4DIZ
z9QC-`MM1_#`Z{Nu?rtp6q4kN)Z!HBm>ROuiU(~Hr!Ey+R+utp5K6RkHpB2M|;v+Bd
zkYXb99o%cykJtm+1m>`Q*GrwXzQ6115l@N!3hu$n!SpZ+J1Q(A0MV4wOL*{CUO%M4
zpr8kuG}A}4y$q0m=7Ue?y6@(??=O02iZM~I3@+eVHhG)<BlV>V;~T5T{5E23?@Hy0
zI!_R<#Q>1IB3ZHg`(CjnY1(<&4DxQer#MedI9rUniChb>)n4*R2w~jvtn`&~6h;Ux
zb%~|)iKWTWto2HmVFH5^F?HW&^NY3|=282HHw(1z{;E&6k;HS6@k@|;(AX>HFE5@3
z7K?@A_4ldaVEO@KC~t(r6N-v4<aXIR9w^HUzQrTe>yNi;-v1CkvBJexAS0eHrySX@
z(kQ3iukb=ShWj8?JhQHZy!QY@o=N7>LTWtoIom;Mq2C2B1B_B8V1Ob=fitHcwdYcG
ze83eF_skUaC98i5l0W2Yww~wFHEZ+DF5HhBq|gJ2RSiCARQNqND4~vSOD@XvbC4M%
zzwIK$8pf%6@A~+a%ZGg%5&KJC@z9|s{b1F`{-<lQu>MztaG2Ms01=1`D#@`Z(R3Hi
z7%d^lMv&zfq@+9^A(;{(c>sRuqf9H0ZhQ0M)++gDVcFE-t9q&-8%cQ#75S2j;pY$)
zCO9avN->pdB-M5}y<c9#7IYUk0^b%$Z5Z*EYa5+a)-!7@)E>-#hb0bEE#gusR97kP
zm;dDbfMAr43tNcVrqEMQav`wWpbfaE+j01`E%{Qp=5|ztOGR=REEx;+fsLs_Vo1vA
zBF6Hz-j*TFdeD5v5(R}0XKJ0}rDvbg{{9B8l^p5h8mYq>mv9{^#Ng<wsyo=MPcR$z
zR+G60h!1!Njfc6mjN%B0^Qm;*s;*p)MW2kH&Go~4xWr}O5HMEKz$J^e`Ez!FjMK`3
zX7YEVs%_`s)!WgowQ=O|1oxW4qYp$m{Gzit50V)Nw;w7p=3_1D$@+|sP6D#3&cMs_
z<6Zp`*SBLw^SvKV`es(k?JBwN85En%q+0`|ylp3a5__Cw8yRCYuY;zp*T6?<Q#7~Z
zmltw0ty5)^??2y8{g&^y71ZiTWc<E120@!yb)Ckujag4DLZrbleetk`2A>Hk;jT~9
zMMxjAhr^n*C#kgoRZ2nBy^K3bOaz)|g2F|;WhAceWwQ&NRTUWgHK_(r!y2<U<M%Va
zbw?Q@<E73gn<cxTwvqrLq2!=P!w+*QeRbG6BhYen0In)TOL772I=cj#+%&T~f(oIw
zk1ndzsvTz^MCm;4jF9LV6vUPCFdE$(9@?6F*LOT+!>p65*SnKA!_EPcI+&CCJ|{5^
zhLY%Q$i>)Ta3sCt+UJugj2~?_dtXUBtej4(8a#V_J10>WA%#1yvHl2&2#;8;A1>!B
z^y17u;m_&kb!eaSF>4v(1gQlt*beBe6))rlP8ZU*{N#8^PoksCJ;XDitfwK)ER?%{
zJ7<)%U^p>vzxxPzgC>`*VxA7C*43k_3qxxJ;!GI0=`YCY8W;uZOJwMK-7j?bAVAjG
zjY!vz&UWL?)Pj06i$i+N48tFTnj(w_BE0I@Llz`HJ#0-_XG7bmmla${)_?yd^J64x
z_72<7DA*`9cqzEV=uN}I3@0HYv0@8<TR4kQ#6a1C%lni^I;6x8qX#~wqOEwE8&|ui
zyqjZ_R@b&DS^n)hzr!_UrQgdSy6hojoT|TEupnxR+jyIXqfaqpac3fTtFNT6<Sn?G
z&ICf<Eh2-B957<y23C^fVmOyH8T<M588o*pmqr8LW)Cdq?ix4J&?8yaV$clPlU9>l
zjFCH<HoD`^-?bw2yB4@snS#d~h0OAW%nCHjlH|}?0XnyOdYKce_s;2S4P(mQT&tnP
z4dV-DeVr?l6HRSsN=-ZE^>e0TclysHjTWlcTKmmDPORBa>n$$`Wt*7kYg_nz87f&{
zCv{tyzcZ(YS$s}1-)?%iV)wQq32(@*@QGb%vaj}T-y(wBbP#*vs0lndU}4^%zZ(3p
z4Dv}<(7eUgq~5o*=-c`r6X-$t25YFfz1t_UY*RlL*?EZ%IzsyMX72|imOd>EU;3`I
zI)d!kHh^7?J6~3&S@fUpnjd^w->5eG-2?{kSbbD5!>M`b=cv;1^kav<NejsIneEB~
zljWVzCs!5_5swuSbdwcfNmBC=c?K*lSv(ss$FEr)8CcYnzh7UN|3sCK=)3zIgSL50
zvW50*4UQ&%X0A@Ezh${=$~tMBJFZN~YQ@=XZ3o-ra<2htilPb1KB=~J`L4D5_A~nA
zCyYZ&&eBaOp3n4t+hh&;qP|!q1M9rapQyU5lvrljPPb{VwrK~qWJ0z%V-xRRSTSEM
zbSeld+S@*$ZKS!{rn|SnZnk9uqq7YIsgzsYD=ha(EOj_b;2~QwYTLB;Hdr<Cts1-E
zt*xeo9-}cYP`ufdoV0<{?y_&#sjzNXvLbBx9#bK@XGwJGQ`evddv2^c56ZX9@3)Dg
z_x5Jx*)U#P?-@1YY!7SLy9-y+Ky7v1K@W_gv1uI^@3U4%&aAa@OnsXdX^X7T{Ty~L
z?2%9h&#wIijvey7DW5CbFjmWlRd$kZu%4D~hC{6bH68m#9W3rvC|=pYO6}tO9Q=h3
z%oPvRilAoM&?;PXR)2DBJ=^tlQ;E_!pAI<UOV|U^LvvDFwmCGv8>lG)-NVtTN&%fM
z!&t6nJFCk^PQKZe)k#t4@Qpjj2{5k48D;8-&Rq_*RgUTB-lRDTtKV}FFxwBkSK6@C
z<MG`btviycagf-KHbkJg*Fm{kq1)!WO=+LYaSjy*54ASzORJCG)YvX=MHwN`EXdK(
z94%3?e7dE5W*#F2dj~DemL^tL#qUaQl8^86{A&Iz6E{Nh%ZK9Np&RgQ&ACb)W4PJ~
z8ik&ol)JmciJhb-M^_uywc8VsXrg<&r)V_0KC4-FwLiu$-8CWIrtNWz2nn|~imtM#
zGpyV3p@-7l92h~jSwfr<C00|-mgQZ^_m2+4d7w!a+{ewfenxJZ?#|DX4BxqppPjnK
zMLSP7A90!SUTN;WYCO5x=Fc)XhT<K(!21eOYF;Zvu;p*I`SJXA|LS{i9NmoEraeS;
zqE?%~>IfL!JwAMp0<{$8!u-A4rm<CLH@-B9{Kj*}qIkM}YXkdjV-5F+74URCb+PFh
z;j1}xy+UrMxjhdKf4~QQt9ckRdhh9|>FlbB!1?X4Y~kYe#w(ZfQ)|c>l~Ngt!#706
zVaUCgOYYb83D-~q>(#+;tg+C#t#6(dZmlLJr1)L}pO90upSJhH%>9rN_7_RCaRJ0g
zQjv@0`&018GdbRlHNWr&p&+LNZz(!Vq(A7))k5aE7k{b8&q-HAusfD;n1{cQGFcq!
z^?CTZ&)ML`GOfoss}LRXlwv5Hkj(d`^m)kDIe6$&ZXZd$f6@YSW5YOx=lQ-cvO~K%
z_oTRpAzig7`?9@}$SMPXzy5Aj<|}((J22<|Me|rc=B<DAH?rqu$8}*wQdPobSJuzI
z(Oqwr`(61BU1&7}>BwWg-<MvcDjy{;T%BtkbL4qDe5_&p41@sC7X_ZA867@Xj+rO5
zCLY@38w5h0U9*c^8lM6oq2YTRH>t|#+&9r4)8UAzt%Yc>bKGk(OJA^uA6@KKOfQrj
z)sGnly%@ept%Gu8fC$O9{4k<r4Btz)CEH4QYg|7`Qv!I!lt<=;s|Q61vtpX5g*qd>
z*_N&ZL@q3zXuG!nsWPs!WzkJBuDq6@O2|mw8xSvjVEsp^+c5M=&ktXC4DWDs))c68
zXk)Vr8OQ5g$$KVo3Zydn5mR4bUOefAjCA9>_2NT+kBZ_CN4qKq){6u-PDT3;LwOIv
zc>rMN{Ae!6U-w*ZR)b!9;2QdVV7(i~0P-B%s;b6_GNEIXLzQA9+~6ZG5x0%kpt0`T
zG4u!z_)WRULd?*22C|<DernyX{d_oL_%I?wV<UjE5nlPfQp<1G(7`EM2PPh4F%H)@
z?&n&<gN4u7q>V!MECE1x=tdsu6gc8Z`I8rx*QWbF?7#kE%LrDDkJvT5cdok+n8Nm<
zhisx_(1OtMP8g=4G7*x*JZ9z72z)AxuIjgr=Zu4ilp<ay2j@(~Db&j}FVB={BwlbB
z*1H~l`y21$P~gS)(BgRSz1Kdo>dS?=AuF6N*=CDXUkkV$U9#)=h%$X+Hkz)~j}<4;
zjJ!Yk&iNPK=T0D?DX26i61Ghs0TMU-mBzoWnadV`S06R}@iQ*f<Jr&Lt~Y#J{a!Oz
zZofWSt;U*@=+?OY5ZFuEEPXtA^n@40#r`mr$L*)!x~C{j18Jo`qr!Z>!(5Gd>O0FO
z=_k?6Uw(<4ZBl%%KONIO6a9=z<3C8c`s$ub_(7=F{qCo^U$*Jn&aiy8tFx`4!1Q*J
zZ*ogTBMly3Y4^PI4ZFK*J$~OSb$(+~WJvri6?$FZ9i=6q5T+T5$+1N1iA~dr!uu8u
zwD@p(Hil>lXbdR>nez=pEJM5~V;oDCKVv-mAH2`qeuGNmkBTxS3H`zQ;$lawOwS+v
zM5Xa%u*6V!pYkaxjnC1>oT?%I1C_>C6=O-)H+lMB()clGkpHP~4-(+O`O~-OAdtcl
z79^39{HKza^#7B%7k?tk?;(Y&!H(+ND+TcChHx1DowyGW(EgLSXW%53<)BpLpiy~1
zqagB^lBX5bdcdl|{uhyFWl%!-cwQboMnN5VQ5|+(_~XBcJdN^y<KqQ_RCx?Y)Kmy9
zwa85VLF5gz2~D&qwEr`aM<woU4XC}~|0MDc{8a=)Wd9`Y16|4e>?u6#c%1CmG}Qj1
za<71@-23W!{GZCbhCbq-IG+41xoZTaT{tZY$NNN)1;-JZp>TW{n`Vr#RTzVF4AYYc
z2B)`@J~hH2@Aw1DI8ivB>y?FQjv+^)5p9A!3dd81+cG@2WqD~Wm=f?W9FL@luuw17
zFe+D)E6~v^(zC5rM&Wp+uqQHIo|<JYCIu${m&83@d@O$KpTzwiAO9kjJSCN&<S!qe
z)j<1q<-Vzeyrq?>teHHnfjzaJxwV$>ABlVF!FH0FcItr!k$?O6|BB=LS6Tjz<1<?=
zM_QHt?%Nj**nS+-{~zP_mdJ3roH)AlM3#tT#)KsL7m0L*vCNg>Oy!XVxv55_DUP+#
zs7GdICTbd~wY9aSs;#2n)j#_7&6}$z96vfVJTfr$FC4$J`WKF$`Szv%_+<3>_+)qg
z;NLj@=G(#V`T6eV{^+Nv|63RTkK<58e(wKi-(Jxd`yYLKJrM;46p`=C{CD5p4DdIR
z*GXkmkok+qr$9APME<Z8sPTXL_RXf!c7KR`U2!Uk$fs4$mF8sBr}LWjy(&TcP2~3g
zwkjWSrT_HpOHvuR*TqT?=i^v$rD+gVkOee0P6?XO`ol{8f!@nC!GR-3<G4;!#1}wi
z@Uu6XodH4{-RL|<FpYD!u(`T>FuwX(lTc4rSXl?<gr7LtKE#h`ld?y!r}k@Y?PRx<
z3DOu=Ml1S<$Ug;O-Q>zluaTJhVGl-=TZ8OA=S!EX5ad3i_Pfy&)QL^qkltSsqBod<
zGcZQ(kPuH2H^{Woy4SYtqlkRT#g;4W)xoxAfj(<dv>VNmp5u9vDC#2T;qGcQHwYzk
zH9-2i&yDQGbRBgy!B(Um=IKR7wZ0>a?vPzk4IOWa%+fz;``1rgO6AJJO!g`qRE;6@
zXhI;aO<WRyB=o?1ujj@f?-_JOLnKo3MX_JBin9YiZ<>URl**n#Iv-WFcM8f<u{wNH
zURrrnS@pjl^1W{!4uC*#{t6i{4p>hEv9E4rK#&y!pqUZnLW$Qxin$sldE{}kNUH6~
zo97*=c<SG<|IzUiA_^k&Jj5L7SdnsBfOMLc`3~AR@Tcw{e$2Jfm#jXTfP<qzxcRxS
zH`2lg2gk#=_KpM(a6s;p4EU))>?y8$YgaZpNwB6p3by)CuSE07-bO~b06H_mht2FQ
zBjA2(ERsI*ikEbQf_NDuqzAo}nFxz<7-Lb${WwoYz@6f%NfzmoFh?vrFageW_05H#
zaSQs+vmsMVbs+T8q^BCGOx!AEZYlRO;0g4`F)Gh>kzm%Qq!dAw7Y<LNp1$rB0i-s|
z`7ejoCM|+=DIwB=pUZ9DJ;Bo3YuSSatEY$_RNl=Dp>#aqo;ntc?rFi8NZSTaA^W67
znyCd1sTk=crA$c$(`uwqdbFf<C8qnYPt51sDW6$@&r-y&Y-yLyiAGx_F9<cU*e<)W
zOL~5||Dt}smr8l(`4K&{ns%i#)kk=d-uM}O^<cFmw4up3_7*BDRhj<$q27-%v2P`z
zFOzrxnQ9nQdRGmN`kG86X3NUuFN@Gj&_n=BuOaxe4{=S-LY>5hK&8@2q>5nCEa23K
z@pqw%#Z1^pRdjLty_~r334-@zZ$Bw>8Ssb370VkrG6-3)p>8ap$9QfP_~hKkF}}o)
zvVRBrhG0Vjg}k*Dxt#~e$4YPnW1H&HrxBM+H&^9)GMnVU$Z}(;eEm7#1Y9;U@0)nS
zi{HUr`wQvORfc6Lzx`JtuTqo4#rAqfg_Sd|QscBgRSea)Z(>%>Nt<OYqb_-_V@zZ)
ziR#<$z_{!L)G|<g`-Qe$HJ@cdi>=v*UA8KG`l!BrVMzwN%$`b`(|9f49P<=2s&CIu
z0;t=};zfMGwg7<1{O8d4G4^o=+Y%^FwsJb?6~*HUG_B9Jayw%kctiN7ECAbN-S;TJ
z6!c*Var2P87jVD_jmNQN?#mxhjuuD*0_>=_3kLZH1z1&Q;`Tllk}t^7UiN6q!ej~P
z%_Eh`JY!$df(T-jBURn35_DSyN%&A`-9|>&pvs!0a=3!ij3METW@;Av-Ja09kqLJc
zGv_CNAU5-K(y!~HqH|M0Z`Wz+>5*>U-Q|E(6hmSdUQs@phNCRS(R2(gQz2o~fxx#q
z1A9K3BC0RtO5XuG3W;e1iEQkux}&qYjhDoHN$ebmuy~^-y)p^k0nQ+-`A3-P<*T=Q
z+C%JM@2u2{W1oH95>@@60O7n}^OXibEO-qeah0_>8(=(sG1fq@nmp<LEv@9yO#6mV
zZ2)Tf&d(#Ao>JM;9@MTgWW3RUK=Zq&0j|O=BNHC+x)r<quHqutT9tl_4Mtzeq}rTU
zY72#%aP8boI0I&y2VWI=HGNUm2+&EZNo(o4`+|rH)a@U&epi3P?v*4kzbpK)Z7Mws
zr}(Yrk%8fxya665CAF2)aG@#;^KyUlUnb3i2F(rCZpvgIP<b5R+MuXfk1$iCK0-qh
ziD0yl>+CXL9R2K-NEs0uKI75ZP$<}*gLkQIx!g<m4Q5xRU(3;EUA%q)VKiIR$I+c{
z_JTEy)o;xe;#b#BuWCEfJ&+peYyCAD113kc!oLIO_bo^pzRYvo>k+6=J>AkBE?nn%
zq7^tjFWy+?82m*b%j)w3IpaPil0yb$$4B`(;<2!F4=$`gqny*ru19Fz8J6!gD8NP)
zAW}Zv<+cP`I`Ux|3%&^O%EDX-*@)evw{Nm%a9C@Fio6!i($1ZAV04r-COqd>3BT-A
ze#g$Pq;ZL+i$|yvE%oRs)MbC7Ua1;wn=hk1=GO^cJm-m^AbnKpiYa5ruG=;m_{hh@
zG9HV&&${)2BEJ^Xmt)K8*KHfc{5tHW#-Or>IhT9>NAI%NpS^0H-+1(0_B>}FON3&P
zT3^1UOnuj+?6Q+vV<6Tc;MDx>YHPh?OUE76vj0@aQpYgA`2ACL^W(*fhGiOoCmlaG
znTi5>Nqmn@c@sBq0)N%u;q%vcn|m7U=&j#Ov<?PdZt-_Z*V_vVXPvLx9J7k%VPA<<
z6mXwOa4xS94G5cB25VnV>UYwzHU{D*?Z%BY?n`N%w8v=rxKh#_s&F^2VXAxihXj23
zaT`^x^k_en%D7;J&!vgQ*$vyfb5DDtE~dKb!V~-I#O(eDC*PzWzBc8?IjykW)S6z|
zE3@UX$qv6CrwfjpdS}%_H&Gp@zS7&0`&*M<H7)^L#MkZL?%2h>lYV-p#86N8YF+tC
zaULNO{dPl?95-L%doR$1tkUV<ZmnW_4!Jy?d4V3F6?LEdYt8ch0FeAk)HBiEg75Cs
zP4Ve@)5<kEr&K{Xuc!j9)`jG>@K37Jru0vofrQ5^`|k(c*U3~EiePA>p%~<ZZfT)7
zOQCo-p)m3=LeVf{BUI2Wj65TZvNeo)DU9|ejGjE4Q8b*{D4f+loGl}qqct40){W;T
zoR2(0Kr}+o2(^dz&w5nx)(FX^h{rb((&Uk{qLK1Ok&6D2${CTWt&!?Wk(xJ=aPlY}
zQB*<UPe;KhBg&*T%4{jh;wB0~9&IfeZEF;5?;q`$5$)U>?Yb20eiMx(kMR<X@iB_=
z^N;b*hzV$o30jH?xrqrSj|~@%jWmjl_K&@f&4`U}jYZ|=lW$^E$m3p$#-$m>z4DLC
z$cW2ojm!C~Z?E5qx0;XL4#zG%!^}9tY=UDKx8m;B;pLYTwIi^y5SaO)n5bquDsJCe
zj@e$GP+5+>3P^azMs#$BnNE*6%7%$b-@ocf=)Os4Ay3NeiC^u(8#o|*3Bz1#MHQP8
zC&`mCkO}#GNwbbg{TWHD=a{K{m@hVy&Tf*X*ib$`IU@x#6P{d3pLkfFOkaR~PM!jy
zNZ#>J_!0a3I|kOTa@_j^f+K0%uWTuVZHepT$=9(d+eXRgm{@K3xOYn_r0;N3`Cc%$
zB@t94LX4AlGM;l(q_p>>&>P<qFjgc!hreVVNqTUY$laF8{o^G+`=8wX3wY}20fz8l
zl4xA2?2lyekyOdURH<dy?iq&MkK|-z`j}%HOGO%MW}4`78aD-&7G|n;9Bj8I{W$<L
zg)i;-CI$f}Cg|zQ^MmxS<e2ICnB44G`Sh;>DX>D8U)VXpj$x<|2_(r+OhEv@VqglX
zK#eLAZRw%1VlQQlGl|>M#4=xmv}NY7zk*X_9MNNvqnh^lQ0G55K7+I_X^cG6IzQc-
zK2yo~HEY~UfA&|o%b9sUQYk`#<kG<69{~J(lum}I<tI9aLdQfglVREK*wd`1lSGWO
z$NXQnjbx%y?1lIF*gHMhe+0cWkOB!MN&ym|0SNL@xo-e&XinE*aw;s_h8}7IdvQ6E
z?rHp*z!-BoHajFUclpO_TU2U36#Qr!3_}7%k&s<XAdc!AT<IKqM2<5blpG0so>K6=
z0%$W`V8;IXOgWp_7&Evc_qS7FVO=g5E8ZWO{|CV%^9f)OK5-z?W<K#|wn_>Fm#;u2
z1?9$bD31ydd{9ch7X*jt3z%4dqt`{Dg)8h>ZPU5=7-)}rz!FHXG!krrRfLk%O0c4?
zLjZOFkbD}ThRUGV6;Z6bqQHVG93@kRLXl#*86$b@SS9RPWub?0hIL?6LLJ5E?@^9k
zx~?QTpv0206cxlLI|JDL%vH$;lB7T=HZdrUFj4?z2pH5?9MgvWg~~|Qnh|CutRyhL
zQm4Hz!w4sg67(1VVow2y_JA7#$|VuyW=CKIR*@vCqz@>?Ljom63y4!7<Y!sQn-w-N
zsAGN(z3Pib_FTWGm4NoLrS@FCl}dUThy`9A#qpLs6oe`+wO~OWrGRBZ-%0}B@L^Tq
z0e~Oci<I+$$)V5@4yaWMl(Ozs3L;Bc^|gOiHAJGMS`|cF2SlMnS~!RvP!kmoV&4Ss
z#e-tR%OCgDoCZMfV70KiA_-^61Ur-x37m?D+QG|G*{kV(-lu0u*RhLZ74l&PqdN0Q
zfaqHgbxH%nCXg2JjzI0L2%?4_SuUFL&Tteg5de7%gM15s;N}A<QOgHXAQu(2&J|En
zWbx06;*7YL8Gr_Xj<PkexVb;^X#grv?-B^03T<YXZji!m+%l<Y2*{U*L7K3N2&A)A
zHXEItA$UCnq@h3?R5+)uX{-VmX`DX0lD?{3$lp;`!q*_+QkOFP2jxS0nneQvE~`MA
zI$$wX3(GW6+NFja0D2q>mO#Px&>HD!fFM>8erOg<8i*<mD<dGNd<Fsm{GHXRw37Zc
zqaY<al~=9p;p%&x_Uc3oyd0FOMF4W{B|y}n%}lWNCDZnepVd*Qo<85(`cZIX7TD}(
zVG<=!DHL4(1E8PXiid!Z1IkR_LQgT?yJi-wm*;)Lz_M{^dllGL6%f16*NNfUnG*=0
zM*QXA;UMPFPE;oyMgCdNfYg9@VeRd5$nwW^-~;E57VI}_2-Ls|#IC0Tl?~@P=_NK!
zUBke1uPF8#DF#bo37BG~zpYM)?UAPLmrw)XOM(>DKaeDX80b-$yoLc@6BgfPwgNs?
z?NvcQ>_VXz*ub2lUYqG;XFzdQKzh+i6Zmc4L(?`%v$l-DSaeuF5~m;Mq=y+kB*EG4
ziv5-$AM`m3{P?W!ULv$hdh@MBd%g;w8?^+32nJ3239v^^ZUkk#?8$LAP7}f@ER7#5
z%pY_y!*WxP6@m>F;`CE*0-<mKZBPFyXM14>csC0iMm=zt@b)pHLk&3`mouz%20+EL
zqm6+DSs8Z7^jeDCL5V`q@xE-=Hp$zOFh{f^>IrE{5Qf?iGkrT7a)SA+{T+3$SU&ij
z#IR~Mq$wVJk~vHg3Pq$qt>935I8Yc1^9wm<a%S4giZu0+;&jdi@v8ARIGxWj&<eOF
zX3aWtTmaP4Ac??<LTpf|Gs@Z5g^hwEZrkHW!7_D_lOF(*O~B?MV9Eqa%m=i@!HoHZ
zG5O;@XU^nBCLBvVanSkw$mDIzXE?3_-!z1K6gts{N}r>;?}Z(m1QQ>yv%!yG5MHb|
zf|L;Y>|yfFNz`CccV-dsbm=>l*90n=FIW3=PiB9+#vTFigp=mPaEH+A+Ry+q(lq6)
zd?41d_Rr2;wPQ7^$3-fk5UG@pQgCQcZjp0nh0~7?TGd>&_QCA&kqMmXD7Hm|X^<Vw
z5PCjH6njSLwvHY(@&2<8UA*@+9`%a=F}wxiqUNJgT1lmW<!(?%WI7E;w(@fN%U`oa
zn+v0ob5X5$`-nNaFFknb{a96tZnz)RsfWXIz);mS^rI3*z=~367Va5X5dgHmN1z6$
zfFuCufLWdb7Ia`Ni&dqtetjYCORVshrJ1!=NN978DTt-64IMDU$k!#20^&GZ{LIlS
z59?5ZLC~{$C9*z}^R3Uh0qyvJc!-P%%(4QLOnV%xt@VZGq}VodG)U406<;S4{1a<F
z=={qZ8{lKe8h9Z0lLc12#LsfYGcdI|aN!GpWI87qQ7nszIdhnttX7D>F+%Vrwq0Y|
z(WR5-Y_Kd5#2N}>OaWmhfavhbv9Tey!6h=%MQ=KbWa%MNXT8uGp!IYw58nGV8fdC<
zdP(J!*!{wbrR~DoX6)O+<0KGE4^V!xpRs2m>;$~)JahE6k^Oe<zHbE}3j=cD)h^Lw
z=W<M0ESEkH-L`YzbHJOJQEx9ETU~s+qo@hO&z{)9s$qP;Oy1cdihvkc><X{U;K896
zm{3RQ_f|dYYq1p>SyKs<2QQRyiD`$j$J)@O+vUwbtn{Gb1P}*&sLpJy+O$SIzeMz`
z@M(3ae#quUHl#Q+|8T8<vgc?`6jLuVE#6{JVls9Ce(d=kD0<xEn9ximeaH+Ld)>LS
z8IXTkGp3w7EDPKHjG1$e_1>auCAF>s0mJN9AKdIbXghn6d3+#~xG}HRjs^!Qb^(z!
zi>u=kgO7&A^TAs<MQvOV{bN9R@SjCG(2z~!=*OV-`_g{17cqC6m2j;1;Jr<}AvEM7
zH2=&a;q>qgSpNPqZ0wLccTABFa#3?W9Nz(}J3>f*v+2ojbDB!t+ys64hQ>RAm)D6#
z4_Y=GRmGdxIU0>}&Nnm}<2zdZX0Z#~%r3$Nk{~V-e4F-g=vCJ23~KiOY_k}CT>x)L
zzxh&V2B1r6E~`3Y&fnSkRToAL8n|nhM2#@PuGsO`H6^m*PR@yr0OZqSAX=!QSpCd$
z68D!`)BqW;IhOCIFUiBWP`XnR_4cs52}b0yNiEo{8@zXX8ZcG@#X6D!T=pFSdPl}O
zbB>mBf4H+R*}ySls{4F-e-_taW`|xsz5o3UL-M<0M{`Qe4n1Hd68~dZ75K6AR$|_;
z91Mb+l20=>^Bgr(2Z!>wLP=rJZ$CQN4mb0D|M2a`9Q$+&k&0Ub+{uiOx_A5p$b>_%
z!r63AreDZe;nRz_pJ6ceE5m3-!yy!2%yD3JT-qS6h|<JNEK=$?88Oz`V&#|2`ivwG
z_gHnZUEO6%xYtocKKLF&sdoS`R7j##$kIF1Db>h*97U<mq3y1ZVKxxo6pD_Aj_116
zQvjBMv105kh4G=|(~8etZ30_j`sw6Oymk&e!!refKjcGfqQl8?5j}~Xm$9h5$AWHN
zl_lOswxj9XmV-IQ7xrWN4Jf&e=;@0kKunYZ!a(xQ;p}T1Yci3sYq3&^7zE$)i@u=a
z1|9E7goPt|qV*pa+Uo9UXl7?^&sHQ~_#7=%TMoSmW*6bie@9EcZWXzNyCqZ1mLWIv
zGwRXWSW@72OiBV7gJ|gHYFN|@;>Z{=R~$atr_B62f^CQVXksHJ)L&>L`D8I46!Vok
zSA9FJ1SxOl_bp7z$y6^8svdK<F13GYPI&1L2;X2U&kuhw-Wm#`dQgtQ!R^Jc!QrPa
zC~kvfc0lTVIphUYP<?v=_Nn)r(hvgi{MjmY1<_ji7UiI+N3jQl)~G~#d3DPt>e!h<
zY!1G0K3W<v_O>C>g8PO^H6717l}Fb*4O%B}#<8kE7_nZe97-6#riMkiScdPj)^7``
zB5$n56CMj(gpqS*Y=#Tqxez6$Zu%5!>LyeXz4l7JY|uBfj9O5^sTJq}R25UpMB<LC
zPE>_sSo_3Khn~IUR`tXN#eRAmJ`;wX=#Ky;yH?TTU<*!fn&7g@Ea-{z0u2|8P<?wd
z!@Q~{1CS^zECRQXx&X|sZ;ESl<%9GPj^Xh-i2lhKz9<sr**^xPtsb~y=5KA9BSP|u
z4G?K*S}m9*@D7sqR=O^znuCf3)2awQ&H;rQr&m5dY7WTIiser-Vgx;Wf!xGFXWJYG
z2?B76aMD8V{dTMhcs(-?Bp)h@JC*Q)8v$UbkhCO$7Ynx`kr6f!?WNj@RWnf>IY@*)
zQ8`@UQ=)V)MwsVdLU_tJ{RmE4G-*3g$AG!GN9XmcCO{dwulPD{X-$9-te!P<hDSG<
zvnG}Y>sL$z6<;p~m1h?(YN_;3H5`GXW{JxV&b<zwIkitla&^w!A0TD~)z?SF_D?2a
z8t1{`vC8{}&(%lJ3{XuNTjGjDtp1y0UV*i<Vxl+&{NS9qva%4TDJ=hMbB+%yp^y}%
z)}MXEK}+Ix=_AGXB2Da1e#A7sn65>jZwlLle84%5JlK<SC`uAWzOeWX5ta4=jsmEZ
z4b$$G5un-WW4X8s8T{ET(!qfe^i<VFg|r0#bL(?^>L0OSdp#%>aG1}1_|wJ7UbnCh
zC=?QDh4ZUFiPS7AP-`1-qmC3JXswB9P{YL-jj6T%zRAb~4u`$m%*MNy7V!@YeZ~Q6
ziD(+Z<#x6DZL}n7k|7su39*Tq)J8j9P6@PHF1VJ5fuhKhZJXzS?>2Pv>d=60%EYqZ
zkUAyiMhsnU=THO>GWur$1Fq`<gp_C*DqLrU+l+xAXAv7Y28^1Yasbf%Fa-MAJRdR1
z4V!Welj0_0Vkj$T6I=}wkOf1OAVheS<0(+$pS46u{dP>2$|@FD0uSGOe$&x&FY@La
z7cz#`k;z$l`W0a&{^OK~C2l&0{SWqrfJ8m4Xp=of0>unCjpKHrG%DCWH?ukWY4O1I
zflgZ53umm655vlfEZ0kR800Fi*oV@DodR~A|EQo-;^FHSh$VXMf?Dy(7^fL6e2E&3
zm=<4elY{j)q>`lXztSYG(CMm*3%o5-TC#tLZq|cCTHZtA-3EPCF9_@Kaa6baN#vfh
z38wKfF%q8#HWU+NlG13K?o|lTCXVp%HY9PdTo0jds`H69Nb40jM+=G8ml)cyi#fC}
zWM<hIXdm~mXiv|fHS@obrKyzTanxdjspZ-JJfMB{pbm;d91qK{)F&9d*Ac$?fRDB7
zjG#H9;D~CHli<Qo9Et}en51bl2M#Na6l=AOrq_Tt**VX}sk@rzYr}3_=pEm|KfHSN
zdc7{Z8qd+_U1BKxkgcmt)UZ0unRInhw(Dcg{l}`9<LcKVTp`gmP}!d!O2Ul#9PW<L
ztFso{(uxbJANLecllF6+>BYJbD)sX;`PN$t?BWhaQmIbFM4VkDC72u*KD-fX8}Y5R
zq>x$JUnGm(&j$h@!^7o%#M9dtpZM~d%zWA6tVd#g&2W{oSj+hm3=8Fpl=6aNQGM(k
z`z}WZ@Qn3Z`Pj!-rMf8$tL=^7Z0ZVs5H_PKA5(QwEnQyqlvl0c9;0J8WFYFR*RRcw
zj{#SGQltoxO8DDK?Gbw0A5QVhFI#JtufkK4N_DQ4SrcO?f*sXZ%#G(QXr3(N$K>;-
z3{;6wz7(}UtDtoK<Ye&O)#=fLc7!&SK&i?Cnz5W{E&5$67Y5vaNMg^E?k6HvicePD
zMzL{Y(kkl2_c@Y@9_TXpa!a@YjiISC%$CS(IX0gx#PJtK<TLPREC<oP@Kcnxx5AK%
zWSXgMwjdFB8vZe=)`CQXe<X5+_d1qr6gN|A?AuakeE}gRVKSe^Br@+|G37!zw4d&0
z9fo1w$_n}RAeQviL1o)3zlOdVS;FgA>Za2ly)~_uh7(lV?hQ`syTl?I^SBQje}BeL
zI5=zi{)oq$k1~)Nru_Lx$f;q`uj4YvORj$m@vcB)w3}e*oywhq%<AgaGdB5*>rT(d
z`gY(4u;F>eyMp=1KyIi9b}vy4GFo?Z>EudzeD0X>x!|uYk?!jPv9629Pi@dx>1C`a
zhNWk5Bq6RiPr?q_9b)Pv<NWn@`;wCE#5QmDBBw>Cns^iyBNSr9-?LFgp=qVzH>vrM
z*2)e4x*Sz8b~}66ELBY#Bh~-mbb9#b;`bVUMY({mVi_%G^=2?Ev9sAtMXdMN0`Kc;
zn!$2C=l&^dPmJkKe4mz%&M&m+jyr*0^IoTjWS}+??cO5`KYQnoL^(%@JQ;yH8Qv7D
zFZ)~7{@RsN?%m^m{-fQ2`m+1^bfNFjB$`FznbU{wCI+{(RAzODcdFKxLmf&`-DI!y
z2+Pysu3w@(1;28xCC>&dX^^mpG9sanhfyr^EZ!n>8hH&XRG+#Yap+?hyLWgn)<GtY
z?|&iBI?suEj)t3a3Gts$zSYDE>y@BrT&n4hXs`%;O#Zg&S76&o5$Eq!Nzt>%qCM?E
z$cG6d!FLCtVaPI|DQ=omk1~Hp`imZ_Gaj|LE*q;laxgneysvLdiypj(UCNY-g%L?t
zy$dMQ)RBsmmTdS%xgXJWp4Is(m9;HgLagV**M|EJ8c5IkUmv*j;=S3RsIkid)vAQ{
zTuhy|8e_>K6H%<HPCREuk)Sq?ep$Se$Fw+7JpFwoXHd?bbfRsN{P;3^uO5;<vIjN^
z11`NSy-X_!{LDSQUppdb)*?KH`&3=y-Hm_%)1G5heg<(_bC*W}vi;t352Doy$%}|l
zfSh{mgG9NUXe){uOQ;nq6pO}iN{1DxJx>Uz!nE#&pS;wD@E*E|3F9;u>nMnwb&19*
za3w0pw)UB%DdwF)DG%i8^U0)%3qhs=1xJM5a{Xjfwck*8Z*@T|n?1^r3cis8DmjBs
zAn^*>S*E|_650i^7$r%~@Ub~aEdr%H?``YKY+6@Rz<!DS5shHuL`DBJMR!EFB_`v^
z${<{zHP}a{&Hsa-UjH(c5+$>ePvn44q5|p)i|8<z+jdy;QZ@{R(MKVdPsq50Q9|NE
z&HGfwCtE74ANPo9=m&hzms;gzBv`^fI!b*+RS(^r4H_mYu3{sdwmgWK8Cpz8le<(3
z735IJ>1I?OHgZ*z$cQND2d7D@@?5r==_OTB@Od&(q=~&}=^G}Z7-(b~C>kAY%I>Dy
zj6l7UmpKvL%&PTVYIK*qe)UcBsl(iv`N6~k>Nc|C*t{L%4|Gw2bQ4@lt%|yo+s!rl
zA!x|Cm~C4P<AhQ~Sw;2~OYy!bYfPRv_0_71Xa=}$etg+SX(~;Tx3P(yl3*6+6^-<J
zW}i;7pz$T9fh1Q+)Fu1QM2!hE%}GJk)mxdFV|I%+w&tC|6-JKr^Q@o|GDc<jDhRLd
z_UJO?k1k7%oHXg5n6A=1X&*wD)CgJ2y@m}vNPE0Pt@N0FYUy@NJR@RKT}y2znv=Xu
zQ#|vX%flP>-t-EUruO{Ei0-Y(aUE*V#hUuXt(s(hKcGo|hDi>hG2LG=N)Yw@+P~XE
zuH&m9$C)hS&b$^*)XeWSINm^CIx&TrT30b=U7v(xdeIm%h~M{NNfAdld6G7uM4QKF
z7)}1eHdV*<d{brr{UpZt@bxck%!LPmTVSSKu=v5OWX25hoeZyF&LBr$<kF10?YPH|
z5~oHV#=tDYcdd&{9r3%VePZ2BqRxH+P7u+n8NKHOox_9jGi_B<KdHmT2H?CUVDaf`
z$#q#?$#(zn5yBTEf;2O-jU&QBdOi~K@=-I2ZhHHX^9Q!!gN5@C%+=Ap47TnJ&Ff7p
zM0Rt1(a|o^<qe+K!Ie=Fg4cUXyN}O5^id~DUqD7awtNd#B+<7k0W&Y?123o1Y#W4K
zN@;@CXdSx@g|t}{7w8mPFy$x3><qLg792>V1<<rDSzg2wYd2ErW$V3HXPPulpSHal
z(>7nU$JO<|UzpR?Xop122KQ?cuCqlZJhv9oJEsf}8ZgxMH3&iL^gcjK6cB4RTW}%K
z3s})~S6IS~?6kF8vg0<4y?f-b8AUAER!uPDSFO7EcBJ)8GueFNsrmaTnvX%gP)U~M
zqzhSp!dFu3JfDb-5`)zegAD1aXBTjcqt`#?E=b^i(N7>Tx=Nj0&zyRABJ??Jc>pEG
zjZ9(|jLSNO1<aFHKWoH86cQRu+(-t{Ni;=r)fjJ96!oJ^Nlf2dOs4|%(wmgw#Pfqr
zT_sG5$utUW6CYW7mg_oK4dp&2Xw1dmt{OfvshU`^7FttOFzaVA>@Z(Tx`49r^@8sf
z*pkfdM@SY&eNBgarqO+4YZlC+-B9<Upp#$L-f=@cb-Q6r2D2<i#R}`AzPew>8^=f%
zmIlnkhnH7&#e8p|tUXG7;KeTP^})<F)ZT#kF9x;T7UI)p{WQkA>n(4hlFH4Dg$9<o
zlg1c(R~FV67r(EZ?rz*DSPY<jqI21ZZx?)kyR`Bx?327@Gs&V==SEd0{g+_#)1-CQ
zn~k4QLcRyf`3k)SyE7NL761cDSzpsWp^a0ajTk$Gk&8w8x+PY!S<#*1=oiZU)E+k>
z1SI*>lKCdSrXX)nl9UE~(G;Hw@d2yL#9zUR_|#-v19iaqPWor4X3P|gxnMe?N&nuI
zFnx;7Z<UTU99MXQOcT2DXbazalXHoOs#PgVPnWjTg5BLTJ<yU-b5q<gJg4LnHxKvB
z7!b8?)6xtsP-+2aMjY$6(QhCaOC#E&Y>X~sY3VyGh*t`7H>@jEIPN|xmX<;8ZB+cA
z+_XDCf0|KGTG1SQs_!tMoiJ)9*(EZdpo>o6c(tSF7cLyKt+r7q%i7QX*phH^+eFwV
zy&+$(*_yoB)=-#x=2w3O+Ah|H-iVv+T!~q;w4HhKy1uZr<vl+oEed@N5=J)&*u(v!
zc9i_g?KKg$2X>BlRUV<?cS%z%#k(%7cG{DBuZ33ZuIvp+_Z_d$G!}t0_ljbbcb}Sk
z_d`N<2z{S3T<wv+ahM}S{V5DnW9kpuvr;s0c=p)dEScE<YR`e^V82~~m3FWG;?r#K
z0U-?w2d-0!-*bJxaDDqd1jc?sGP?&o$j{C=cw_&^xV`R`m233#bf<8uScj+fPKi9x
zBy*o>ShthvcLju<vrqSx4-c2n_6<{^ysGF<HwZ5aW52tJ3vQ#V5aTT9q2J^o(bI4U
zt&57^p2xHpeo<60SG3PTG*^lh<<(AA&0b~o=<`V%Lz2TBcZYaQ1e-D<p@vsy`cJqX
z)vd31W#!=?9u#67ZL!m#=$ylP_`d77KG`80kIT&w6{L@L>H*z5lkdoeRJCi0Nz$^^
zHrpBQ?q|&dyOYhw{i40gYt4{o`omF3BY-8V1NCEv-%%%v_O{{NR<4uV-+NBNES!8y
zq6{6QwBYEKSG$RCOe%x7GQ0K?8eO4iE@U}VZ)jZ{;3pIAXd`TnUaZbCo$hR1$F1{L
z-@l)hygAu%4@W4Umhn^@+#LF}DoEhD&*RyhZk#So8mW|iWt{waw-GnBu>XB>sao^P
z3F#Sz;HfogDQejc#1MJU6P;9u7@jl$##nc;a)d-9kE*wJpeL+GrxvqcaV^gt4C?`&
zd2DZ-YE-*o#591rL306~<on3h15*=skCDfoMc*CAgzt~+Lc$>jP&)K)Z=^j6QR^0)
zSE{2Et`)to=}yN&P|0>rw&z}NMA04Uj=LB1uA29@3@$#0JcrZ)S4c1TKVj}EIL<eJ
zBQX5NUF#as1*DP=eek4)uIwWB;OlRmqgHZff(Q0YPh_Z+0o>)hvb>kM(qAd^oJKUi
z-0&1?JaIfy2$jyeRQ-+V(+ZNbyi9T5M}Kgp;eZWExzv8}J+IY=mOf7i|7^p}yQ|a!
zQySn=$E%v>EB6%%ur%eGIt?E<Hhk`DOy_6PeesIqTvFtlYw!W*zPspaZ--}od7|iS
zY@U*qJ4|I~mRiR$U$62HzRGJI-Qd|-NcAiK=C``ndh({+*G9zC>)8UF%m=^dx+n!I
zCW3y*bKnh&^xQv{^mwA^fGzFe_v}f$_i*^1{yh2Di!N{HDPLO;Us?=b1U{EbN;sMk
zfa@&onG}|DemFZl%`4#>OtRCckC!i?K5WPuRCAvF029@mH`s{7(+zcs_3{!v(tGWf
zZ0UTx`D9-phAZXBb2wVjF_Py1#FHOTIRtfWh5CtJ=kmqyv_jK|!V^Auc#HZk*xxWe
z^MPPo^t{Atc>TuHG14{vmnVG;lQH_A()@5hWlKO+ceGC{ln2$VKLfd>K)KGIirOPj
z?0pD5av;i~Zg~~nu*N@u`MM~PVd(vbD(}vz03Q0=Ufv+y186w9mk)VlwC0U4`ejI7
zh38GUNX8w|Kf==}D33g7_8L@A_tWvgOpn{8lolWxzv^+u9cq;msy)Rn9b5)S=Pi%+
z5xI$hUpNh&LvDOO=!C5N4tL7G4aiFjH1r3>U>osr`|?3B55PVL0q1$~uk)UAP3@J$
zJfpjfeoz<EWJwXz{aYC=mQxZ+$h_3IDMO3lnxnRV#?b$t`}Thkc}As|Tu$F?l|A6@
z#5*tQlzORzVLozB7p#*x;!nPv9A4~Cd54=3x{1Ni!#Sn@Ci3&;IuaofFH;T{AUI`S
zUz-0S^14yhENrQzOO4JS>)nnQt@K|hxH&#`x#rn;AE5MxN|4VgEjkdLh{tuwZ6P8I
z|DpTI4ga*aVNOBBA0j`VCF1?3Z+|ddsPq?+Kbo&JY;gbbci(=l#_gBz>00}fi_^b|
zd~Xa9?_Yg;6p{Bhy%oDWm@U&q5qa@HeS7b(r*{%JC?cQA>v1pn^YZ8;ipZn-_BY@5
z=TJoc@%`=3>x&@@*#G3yfq#5DC+snfkRZvU|Af;YJrx%G8>hQJ##iM<;dI>)cH<Bh
z`2Yc>K$J}9cl;yM<^J7om!MMotKY8mfLR?S(^)yRSn2=BbZ%~)zhycLua?v!tH0vy
zs{f5le~6OlhA5U!VXlEHx0C)=ZYS3Ni>2$piPTj7j<-|Vs!=(qkU43Q*cnj!=rFn~
zusO=JBIW*$w+jTziRju>2Dp&>*`j1RucJMO=6}T79dv!{R9$ucU2aDNnHakM|8P30
z-0m1b?Gr_U^67q2RKY3asCc_kG$%Y+6y?*MqL{qnA2?S^JgE^3s^T##l0x}(_B0FO
zEJN-DJ*p^sns__P2q%VQ8|D;iq32Kk_USa?7V1UnMx_e!`S3qD{jEF-rz?m4!RcCM
zjuwSx|1D0Bh(VRx@sna<(J^Fy_uJD`3CmuQWxb>RmrN%sZz64NCM<hP81s%Jt)4Nd
znzOx%x38LV=p7ZR-#*z&J<vk(&v^TP#p!(;O#jB|c`bJT#_1*fRtqElGfvm{4>k4(
z^+Lw{Ux|9o3!~Cxr|N$Y^_Kra)c2bH5cRJAhNw^O&zznNot*sf>HFXQ6>mR3{NvMG
z2cv`1|KZO6w@?2c`ShayNVxlA5o-QB;jTxfVD%^AUhyxVE+9|&w@){S0I`G#hQR@l
z3{q6Wo&B)<-#*>M=50Q=F2G<`15Ak)-}YWxRsQMtYreEmI9A#Ec-w`XH=w5Y0vcK`
z2-ujF$$WK6J?C>I`y5&)WR3_w0;OquB<^u{QLpBEq{RKM-B=fae#4sL7drp`ky@VS
zy2<iV#~eGHo|_+0HD7c8>)w6(yHL;j2Fr8<i4S678<0k5k9e-=$N6d9PgB2LTRD3x
z$fR|^>sOYcI~2qd=F>^9>0M)JSf{yw(!g~m(yOx1(b_8D0ntNTpJekRE0!c;dU1bK
znJsyS?1*M7Axk%|cDAfwVXyM-WXUi^ibT?8eS~g)Cz*93x=b0F$25Z&46s06%naB4
z=D3^wFpQK%2+!htQC}o}cjXnwsPc5uJhRZp6bIInEU{-#U)zg&5ytN3`j`4BL@i+C
z_lW2KHjVP0WNvSn2FlKqfj0b!9Elb28fl1AW+_66eFp3lQVlUS%Y=|522S>Aidp*=
z|68A4yDwi53ed?gNf9$-gM~H_J(Y9z3o`!W)0^ZfMVVPTTpO_UZR{0XNTS_@R=fhM
z95C0G$YswJKI1lFg>l${HV2iAJ=NNNy%4!gW(9On4{%Pu$IK<_X~RA=g`0mRaAoe{
z>pISKc@_r-i0@*i<jKRzhz2Zu3fFRaXpO__#~3|tX_C+wd@1Ew@+4v75W6Z*hYdI>
zRTF?wK8ZMO_I5|69aqp{itEXIqqJ5GaijD*ZTl1wgDU?<kT%;o_1v<4=eMal{XgM$
z8C1C4a9(jDNr4J-J`El)Ou3(;v&(G>Vy#G;7F1amZjtu=>IT~YHGywZwTp6JfwUKK
zLIq6-PRv1Rhi)x0v_yiFZ9#!M{7Iir^a*!WXisd#bFeQbwjV{f?}=9CasTi!STjm-
zfxIZybS1D>FgcGY*%JwBq+=)C4ici%`HG&ID!m&<K*ta?`~csoIQW$2$Eg+z;(i6B
z{S5B@0`JSaMT~SwUkksZ$FsNgT3-WYobx;kK@)`&vO9*&KgFI0ITnmsPRdk662}oB
zOzB<1mkqBgPD1AzHkHf0n4l&KihvZOTfD-COY=G(jFVBZ9)l!ORU47af~>$<D?GIM
zeJppBPv;R8j+ig8ynh&JqQYg*ck|R%-oVjH$by`MZWJTNW6R1X$cT>-i$BVt4fGA+
zPf@9H6n1zpUxuesKckLis)IpHTud+g+<!ZfX~z1z^`QU%<L<tqnrgrX-=`4>HS{iB
z>4x4RD7{8NdX*xbC`H6Zml{Iv5TrMycOf7hL_m5o2ujze=!<~y<o&*H=A1ce*389R
zos*U8Tx4bMowfJx`9D!LH&al6o%syNSX9NW|BX-2YQC1cLH6nS)uxBTnaX6J{z`bV
zFstQXpN_FGWVW6p`}AW5Nq5<)T(VDp-(6`OGC}s~8FKxOh6qctPcNy=6V<LF`*f36
zh*sfuJY=8F$qJ|;6iA`8Y3vCgw(uVmlHr3icK|UQ`$I)N278DQnUt`@JM6^W5$SMk
za~I-J$pDEMcm3(NWal$x4gdxDsl0ef^i?6wNo0*|R&$Ccz?E}6VP6I_n380l#rY8L
zeMPZ=QX_n!JcdI@P_Hf_LwpD>sxT~IZJ(U8G{o|+PdC?oZ_@{2t4HaIhpi=*jDD<s
zU-8+p;i0Mj{no+{EPFJQi8CQ}nZ?8uU-bjKcP<;5rI(j?uY<T!Tv@C*C^hzPupiDQ
z6okHDY4_GsI;6#fu~Y~wzA<2So7a^TtbC3f7O?lFalkLI$m&v<n%{e0^d+mh5lw-L
zTbp>{8(b(w^is|?GUKRt-(u!;SFKXjyl(49$@#`zt<Ij?kzwuiP`V>qZtBR^7YhIS
z^Z>o}b88LSp$<V2AH$QR`Rwzh%BK{^CVuv|#Z@n=HJv2gzv@^8Xyz1d7ac3RAvde)
zf?F+qHiX@juz!|gjjJ|ow6(cFEjwp%&Y<;lH+$yN;^jL-6nu<s_gLrvl&Yf1J@{ll
z$6awnHf^WCTS*0P0|amP7&kW17EQX&m}S>((4BY>sG%1ArRul6Zwe%(ESK24_6x0l
zbW?TtO#BYxwaTx~zt3&9>6faM6~5eKzHkA4@ZrTsHPK+HXYN_&^w4_UReL^Y7ZJwR
z#zY>tH1%^^#AKJzg-ZGVz;40)PRqOA1~{3gET6A+vJKKTJcV)Zkbbp|DvmOdqWB)U
z9*h#kXv40Bl^@zYS+Xp(T@=qOEZSbYk@d#=4?0_6ZSI$s-PHG!`_4}1^Lg}P12UQo
z=5s|}5-K@wDXSzyqj>g0y=+R>Q;D%+Ca7;1_DP;E2!E+H>l?u#!$gIH#IJRCbRPeH
zb?0heK4alZsr9*$%2Jg_w)hO6yW$K{SeBeCHUA=R_m1%MFpjmy-lM{Pk^SvWxenfS
zul=%)uTtLveHuU7Z*UE`Uu|_0*-R=O{kWWS72zS0Ot|l?I9_7?OFhleTzK!{#I}M$
zyOQJ_vOaYE?aF=!9i5F%Zb-lLXTQAX4(|<q6wDJp!xc-pS1ZoL-~ZG9rHHgM;V=AP
zxz~~IdVFb$uUKg=Cl&j>HzURSTY5ax`%mw=*$jU9+po5x+H=}BpkjC5T5<fwR$Tw@
zP5)cvMfC)Q_R>Zt;_X-L+puQ}Iqp(^_7}gVl-UD&9?X2%1!?Sa^F@R_x%6`4QEN5+
zp!8n5(EKYY_}%;{5nt}Vb^CeOYr@s$z`Kq67at>zd$(#OBL4hn^%EWQeIQq~U2<yv
z&-(6ppITg{MnKNr?nCR&mg&2JcZQbFrv^itUoLC7+qiCgyI|~z($I9`A9(#;cv<?h
zK3&Ru$x?m9GugrVr?-Aa+YU!PP|gkL-_Pk#ZmQ31e)fd!f;6t#BEA1@td=AZv%a_f
z9rs$U<Yeo@o91!*B(A5f5i@7qd%pg4@&4nJ!=HtGq&bB1NKg9FmqT+V4{Bf}Nhwlb
zP7m_`<Agier#Ds8AK?<6o9Q?3blpgrN+K+W2x~*qbYp4A_s5I(6IIe_DkEWe<XSr_
zxx<^BGf(dFPOceGdPS8iQ$}CP4<ifoQBhddY;rdlp?kwB0VzZKOyhYeOW`S5*wo&Y
z6dW;SlPa~liEdCiRpc8Ci%uQofGyglj^?FyucQ*aVK_7_*A<pagv}dZ1Z8NB^Du`s
zn0+ejWJ2-><+M}VG~8_JoG9jeh4Bzi_s2UGl!zH4XWqTjC}C+(l{6X^44oY#{9y_U
zIpO|0jdc~%UX%VS4=b6ErTLxC|C^MSip&uDoyIIiuDz$hYBMEPGq$NR8E?@au27|-
zQr(al$KDxCKAC{-l-$`26el(8cP4TIz6*fq98hJz$;s=iQBmk}UKXQWhRN@=DXMI5
zmFx{d`fU~XCoINA1?nmW4e?2FLudWn&juQ%dmdz=#HcMe^U4s^R;xK6H~I_!j4TC5
zYw{+-vz!uh)6uyTD``g@IUcK7dGKrt7<F_$%_rA?i8?D9Vn~+XsDe>tC_9nr@Qljg
zVQ#nz)TJrQKnx2Yd+~$(vf0A^)k0h(&H8K(8wxlI1Cq_Rek72MY|wEScLWfFD8@tr
z$>`bz0mYI4Fn0u0&@huJKfjl%Xuz%{t~QO82+%^2+sQyy6ohTINEZub!vkmuRB8Ak
z)>$eHGRqwR1r%U5VI?H*Oi{a%0T}fQ9BvPmd=~{)#e(UH05vT58w_}C2c*LTrXND!
zC?E$MIw}VJ1A}5CfueQAiHSgneg2YiNxvAiEEl!hS|Ls>#S8~l<tk&0fat=@#_Y%t
zy6nWRU?v~xLIhkG=DN-ndq+Z9;5p;Um7`RJMs}$Pqw>hrLRs<hp@T$~9<UMtta=E(
zfdzZpL$vC^H<QZfh*b=PB28aNNPa;GC)7I<h=s#Auuvm0*h`gkk%y_I-aM=vb)JGa
zbr-xKSCmSbEVFT7c~`I^fy~vw%II2^Ca`Z^IRm^}0R;|P1Lz@vbVxGh&%J{LvPM>W
zqM(ncVdQOu6iF#qKp}b}t5=k|oLK0zR_S7&I0C4>f(Bn90<SdHULyi?d%(&_uqpwp
zf~zX51K+5tVm5;4Ac3yvIvsdEnc}h_UfwdwNkhNPw#)JIfxV8X8SpJn;Yu7uHwYtZ
ze;op^p+Rb{;Bh0cHWr-kTkEabq(ZFaI0w+9Av&l!j>sk#bncES)CU1{bxpM<<9Y&>
ziCFs7S^X87hBvUpQCAQT4yZ@~l5zeoquR7{5>Uw%{F|#$#TBf~5AjfKRQPuxaT&}3
zvR2o~0{^$!PX?@H(@V~0r;`J-k-&6hF_%Q<k#}aVQMvtjv(j3^7c7tq2NXqs9LatZ
z4iZAvUWo){6}*~BdUb^W)&exi)`Mp_>-34WWaLd_4ADgbT>#J}6(F-KG}0jh%MaDD
z%ep33l0$61qDDPfm$2Xp$lwNLaf6(u+WCk;C%;$Tey^^f!OGZIIpS6Fh$dYuL>C3t
z!Zw8`w=p0g3;>)f0?33b-Vx8d<C@uBnBUXgm9kzL%lRsPg^rWV+X3WadUrMr$f+JU
z?%OT-=+zZhFpj1*hjb2BO{!8oEb^TMXx29}0iaB%P7Xj9Gd`=%K9^)$pM{3;sZryP
zx&#~&wq5%mu7F?0-4GNYtFT1?-^U%<Kn|fRBU`Vzg32C&6q~>^1+{ZrWxB);Cf`zh
z07Q!h!i<8Fr$yQw`k5l3d*@V#z1h9J&ArqEeFa0Z)C0-(345*sh?IfRbs$&MfM6tu
zAAuK~ZGSHT;%)*e!-vx%TCO0$^G2;oevOO`U<F)}rW(+j9N8xTSWr+VejppJI28dU
zSGikiUs`g(PG|<m6<QDf(KPM^MBk|Y^uLsx0{2Gs@(p(+NR!;kG#-A>-82``s)7QO
z?jII~uY+|^P?S;cH_lQ|d?{u&`!GD$rK!2+AuML1{;vP1Y(e`o(Kr4Z6TkcbLV&Sg
ze}F&}@Gng**rYYhzAR0(D#y1`A5f;nUrkO@vk?GmhX5w>ya91={Wk>*JfFc2_vE10
zvv0`jxNE5Qxg23)rf*aTK8ceY<8K0va}S@{<A3#l86&`|L@+D$l$Pq025N?tSVuO`
zBR)mOzFls_0`PeOvmuN+Vj?GHbSmY!C2{(a_N@R4py)qFj{S=wyKnFeOE`c%>S`HP
z8)xjMSR<!&2mk{$^2rbC^qazyAL=qY=ZbqdnoxS$H}tJ=TB_l>%`9p9&+!Cca~{F-
z7VQrbMs{B#0ObNeb$xhMVvRCx*5|N1!~ueYLo{XqHX8sqqJnD;P`B3EtU4{AUfffQ
z`{(g!U&K5)BENv35Pv=IM>}@WJ1UF>3E_cPk=-K1?y_Y3uOzSvy2`!awF(-dhg?RY
zmo><1CD0>G#42xm_9t%WQyQo@Ds`_eD-%GSTQq%DW8g6d{StoB`SpOS6ClXHj|(sh
zaRn8bg08rN1j&;uk+aHZ@O9%_k8`{hvEzdygq8N+r3tS$0HsFj4E(?r!<EjSVh$qJ
zrD4`e%}R>K#u-lnR)a!<un3TPQ=|^!=kJyc0Ev+JLDVTAD#zC}l8xGujf{1Tdc;jw
zeWN~#e5n93%mOyVp?VG@-YDo(iA>$qtX$;AaPjCfZ~FA&jhTkkQNPuK##Lebs;k7<
zjmuSuWbkS|c&(sS0o(bYvEtk6a;ZIV`%&)4B;Y0IP~93;cW?5k#)hpF`3FyDg@2dx
zXCjxbV`_7Cfo@F@3A$0VsRHQ9sB2XrZiX8}9s~^T1QeA{HUhYy9FYYqkx&=(%ewR8
z)64DDCkekd-(~pqkvBu2c|h~UKrgBHwT}4G-j-Y=aAohB$_02$bpeTN8}$KF8Mk$9
zcHX9i?x_~Ls^mM>rVN>GRABc6%o0dK{qO#$e}dxMgLvK-(XF}v`G|9P?S0;|)mN_K
zI@sQ~!!`{FIt1iM_X5PB*x4;lEHsrc5-dIXpk%MY?C_CuLi(R+S5tsv;VK2{EqSlS
zRqQKw)7J<;P;~%UfghsQv!-hFdF>F)Ha)}GIFsWHH23XyLuS?a;u1BeE1eGuu&_45
zirJUF8QT4eUSNhFfRc7i2(d)o(9jjQrr5M!c`~L#Y>iMWyU|!hM*vt(mwCIkG2^p&
z-VQQcG_lsF<ibx1;6zZ+2Q%l7m;M0qUI!~oUxvg{@oW6qdH2d6yxSJI(iq&%1JQy*
z_M8rSB>RmDW|)w@b=0JZ?A87XexkV6Nk00JqV#0MuTP6-Ul6|v?rRWr-K<KTZRp!n
zt0Sy&L2h6n-(EIm2bR)D&e%LIJ|j_VaPFodV0lg7L8UP3H0mWx!lo<noypi+wNIRA
zJRkYtg&&BI&`@^??js#(0m>Ax%R^tl<vnGzi0`k+bR@McT4O~(9VT810|xz!en#^<
zC874qge=cdrTV7@r&)e9XzA^06<v>NJ@{b}fjV$-NOR<#FC=FMppR@bFy3avpFZN-
zJ5zxb0?w@8eUC1Mbz*-e8hm``58%R|P@pfIl0m<H3D*l>U6&YUxIBuz1iOCe;NpYi
zT&WIy))q-}*#6{K^pjNKiX<O+XYWh?WMg5)O@CtlCTvEYTxfuDj@o}0{3vzW&otlh
zFlvRBfVFVT<oT?ow*aa~>r6zzuipSK<kskFCjbaF$(K!~P4dYyw5&49mX&$DLbUD<
zVU=<o&bzgvhvC(D`u|F}b2i=*fLm6XfVmYp5OBd*Xvr1zB81z}D27`*Xa%2c^&HM?
z`V0WP5u3okhbmV^yT$@zsF|)B)S#k3Tu~rKCQ0z9n@&8PL}>IQKPTg!(37o^!haL)
zQoW}6oVHan#oQ>sBB#|ix>18d&8I~-sjyd&k0HS5#la<NHoP?nJ&TL>hS5P^u*S@~
zz3HghiikFT`PF}|J>bJ=apCS%K82U>N>i&BRiTL43cxp7W{24@eJir)jqfKRddz7}
zPxc_A5WR3#plgrh;KC=h?zjuKFTWkuLk6DnxsV>8v-iH;=k1Dw7AxxJ0g}j<Xozoj
z1$uVy`B*e=P^>2U3@As%fsRZN;=<xnnuaA}qUVG~-J@Ytf;;Lz7mh0E%+~U1G}&EZ
zW%M|;zC#iD)OeYzbb9cYTE&mKh_RmnSF|a)u|`SpJULl2;(U?|(rt|qICLA43+V@v
zo2DwCLYOqfGRusy{9s%4(vdS&SguG_;`wlz3ix0ECuzqL0BwWUn4{GNo^#VLM8!jc
zXSc=ppW?P<`ASsp7zw4o18z#riQfcWf6c-yEj!{LLnpTiQLwtDPgl#G=Piq@A{;hk
zDl<ZMgAK?bpzr3qR8F$mQ#FD&)Sx{yL2q7hg_D=>Ozt15!SGb>(`L#KJLr5?UB8)F
zydsZq%bTXcs%alTl8b?p@9e~CJY)I}3Dr1bo*fTS4q0~Q1PIPuiI`0qB3=o{N5RN-
zw|dX1^A~iM%Ee*2iYqlE_5pnH${*KFQY~j_WwEWXs)ii7Gk?{Q^iEpAs7cByCXv%-
zr&`b*quM08cTto*=l|5V$jY1Av$9u(ttohs@{RA5J-=G;^5RYp`Bt^GG(VVmpSCPk
z$o$M_oLgNPG2zhJ;lEtdCM4MQHUY;}e}@x5qYe`V2)UWnIK`xPEhC4wUwj=^3&N0w
zY^y2?uL__UZ=jarZK6&SWiqm<tqiAe7T7wS`onh07S4qHp|3i_O|<fw<}quX>==hH
zU3Z%uf);JA7j%-dGe8Kv>@41$(Fj@OR9~n{t$H;m4qJDv@(#h7I{678z;l3E%2rZM
zr1(@}3E+_$Z#Sm-DADva$3gPFx<3blKc;yN>dPFGX8EIQ4rM=b)?9Aoa2i~x7dLK|
z9hNoPdl+$e0e~E~DIr0aN$zUU%s(U~ylaJGCQ4X2<98Tk{?7m@N-ena?KX@2mY;qS
zTt*Jzvp1st{C*ev{^-p+3mYU`N0VmN$B9lV_?zS>gec8K{@%-lUf5QWwUyfkVv3Do
zYur^y)|JWZUkWdntr_AXMPmhKw{M7B-_qPjnt<M^iL%K*a%7k;qhtB!+No5HA3TFP
z>@hOt(WZn;|HmYz*FsTpUE8rw@Iw6GyKYGQnoEn=wx$f19oLTM7o}IXfQ)n%Wl<cG
z*)%IuE>CY~)m&{xj!k<SAgC0=1do8ka%;knK+;@Rbsr5I3=1rzormy+7esz1|JRec
zZxA)P=qaqCUJG}7+V6`mk0tpuJpFbABx7JMbr@c=tBm1sf*{{56;t0F>Z`-eiEJ*q
zJU4R)*re0M(y+)FSw#`bBbpbur7pAIxAoM9gh9;-BCT_IWtcJ^5kBG>rRG^#)*{3k
zsWG1_Ib7j0=p#a<>H4O6?tZ$Ohlxc_c?_?-#r;F!!s}%p>-CF)!I$@uEj@RjcR!{x
zoIkG8{0&dV!4@j7HyS9ZVn;}5#+(mUDJZ1kl*nd=m?`ihR~-6!3+FqVTL+)|URYJi
z5$0;mG{od9VU~5IZ#-6_NX6@;Z|U-;z|Jg2g6TpM<MJZ6=z13IR(-Nlxyo`K4wk)c
zFqg;?2lK^KeXYu6NQ-s9vXfXIF}wM<T(gCmHSA7D*$PbNHU370-_7QOBQmdd#+%C7
z-ns+E=G)AiZ!;tj>Roh=kx9)=Wllfwlpz^BBMCnZlBMcBV#jcblR*+`(MFyU+=|Mw
zxR*s5wS2Kh&%I6VwT(3jY8QqzuQA4>8|eH5#|*Msa?%a`tnS_x_G1n250bkjz7!Or
z=D2Od+PxRL4ZPkFW!;$Lt2G#9TQ0G=DR$7qUI}z4o1dBt9Lez7u>p^(5w@e*UQ=E@
zVX^(>IK-hZgS<DB&Y~ncE-Dt|w{RVfUe~Nx`ekD;1A<)Pr_?&l#NR_U3ywy)vb{3n
zJs@zO+`u=J?!^(nhePkvKVHlxe#bPYnqqOWv}B))@xN6zAEw#BsZtcxcaI3pD(9ip
z<>(x-8Ff&y#zslgOG7jV?~!{(FL{r`Jv7Ynv5O5Zd>nS-QffEK1C0gV4i66BDv{0F
zK_<-JAumNzeI9L$16t1;q6IlxdkSK*_KLcTyjZ_;tya4nH#Br)iEX{AnCE3G=O70N
zz&szDmbG&2?|jGu1@m^v4D*hue0x2Z&--VG+T8|)t*7={%U{=L9Bd>7v}FCDJ-ik3
zW?^iJ?SuT1F273CqS|eLhI<O#25O12xq<oC5tR##<54RgprQBDH3BUjmUFc2m`fI?
zN;i-M42Mj<TiO*0LN4!jiDz%4;}wc-xya$y33@U-1Vn;n<~rf}V<4s1<2Tls?>9}(
zGo@JXE{!>|^qw#~d#?1XzaWXj01TmBG*8hP1A9ES;RQY5-21kR7GtkM+w2~?T089J
zdU96Fk3I5?6=VUzaBQKo6jyvLayRx7H$oMa&<3wQOZzdUKJ<^{*`*DmTb67+Z<l%y
zAe^AOdy`$6=L`Rr^4wz08pT}+2D^T6`;@ssi+!I^xtD`+$Dvuzg8-!fhzf*v-)-O~
zk6vKd(9tLE5qOkus30!uh~*x=7RvlupqasYjfA18rmaMKbs_%k4|f<I?U%`%4ds&h
zr9b2W-R}2Xvu{Z*(r+H5e<c2OwD#xFTIDI{wZ>5X5RGFO_A_1rGVDG3GsQj8(Rr7L
zmb#zC#NejXOXD1VhZhJ`TG_?PiIiPxE33;B295o=XO!yLt+PEPL!~6f=oJw?8L%MV
zc!l|>opxKgk99Dv?L&J?FkC!981#;2Kn<?h+#54@a{w}(92g!&0fLX5Me-Q&oV!<)
z3}x#vWv#7i30@5R-N9jwfWjPF-&(;@tubJEEeb1b3{sN`)fSf|&0|os+*`1mtbXW_
zkzbEcn0iUm+tVN+E4UH^k|c}of2Y<}BcT!wgICpIKfyq2!#*4byjYM_x;M^c*NZf$
zLqtsBbh_0yc90AkF$5tzv(Av3=pakTkfO=+Abhl{3Og>cLr3r$cZ1g9k77M0P?d82
z=mhTPs^*hkMSc#Din2DyN=Lp8?2S-Viq%O!i)T4YG)lqSO=gC5zfnu+m22g{p<NHX
zRc+u<z5aviWG#lwzU6d=^gM>hkUSOHkAd-Y1WTRYl$>aNIXa2FRiVf?tbQ`tdBs52
z+JD4)Iz~Tb#B-WTS)GUfccf~?D}i)%>Rvo=gN8+4ccGBZO_LE}^-*^nq?fRM@)=Y_
zly5l#^CPj>_Ja4}(TKs+%Za)EI_~Ho+A-k@u*l<)`>`W-B*(7cd)+?A!|8_kj!|us
zJK7QQBXzwgWD)vgL!Z1e&+~N5Q@yV$SxawShN}UY;3s_SVDOOKW8c<tJSqq(8qeO)
z*Y7j9udd$lNFnjU-~q(2P{$yhXTqXkY;`RrJ8L{KWSITYgl*AqQHG(Khd#|^vDC(3
z+=6C2?XZCB1g;`R#dhdL$_Sf>Ms+fxV0dDpTs_Isz@<&2WTBt`%rM7eB58qKcZc$T
zGOBk3d}EcQB_*^OL9G?Qs<WXI+R-Un<Bq;bRrEw>%5boJ?mrpEFn9S)F@x|QWkruu
zGFK-;=k+3JqgC=^>KzSdc1^sMDTiZqc4I1aGNwr2sNNq@%7qmgZQ{lj3!@PYF*6(b
zv%_yagiQ@D<Hhkhd+&7;lcswgzpdWYcF5$xZ%o%i-mVS5eY0VDO<g}MShQ<uXuHBB
zc+FT~Co28aEW?ClgXNt{O^j-I{L>V(Q@OVbOcK~totighu^t&(3lm?9#*TkPt%aD)
zESP_<04JN6Q>g2Q>M$iT3B?p4Ci=8!StdpkO~0DVT<*SuEt<c9%mOsDcKzCaLGsJT
z3o3^vj{Ex0<);dMm<iONNRsB?<xNh9QSXx{O2buP$u-<<TG-to?DQ1vwB7}aEKBIj
zcNPnQ&?$CSl!$2S*?kSLTSZ!*F-0R{oJhKPAwSnj9Zk(UFA!%YB&8XuOnIk9q=C_r
zvtdf+zQxC3)?+!d9_|t5xARI0=Ioy=%7rF_0Pi`6xwdz8<VLh({Ec|y^sk)U>Q9kZ
zW+ijxXu)F3ox&OQ*IeTjdYVt>o2@K&`ZTXRp5;@pl6pO>tDqKA0|GmZRc5`Ge=_D5
zJ7)aWijQL6v@yng-^yG=RV@{lU}+JyaI;s~%t&gcPk5?@C0c~TLPyHnjdkgVu#ufq
zFMFZc;)aaH;-b@tu}hq3tJOGTvC`E@OE)QV-P_i!H~TxlQ!+zyhL!5jMk{}oh1VwI
zqp+o$QcJ3YrMn4>K?=&D07}H`+Yd<0X1&78*A#9uR=yTZ9Ya+B1G1Oze6rT@jQ-JP
zGsHbhIJQ~3TsCA~iTZQ<mj5i05ft!gDOO=gmALd=s{4B5Tt~9GJnvL8ovweo$?cJ)
zep<VSbgS--HW?a<p&Y1#7uspZIvNmLWaAPvVD$y>T#Uj}g~*bKx2?*Eou%4y@kkAZ
z_Q6t$i3ux|fvSP?$chym%hkNqN>*#nuGMNO1vSt4J$KV8+PSJW+{?K2kWiZ@U8_nF
z>j;JQ3^1jL=q#ubS#|l|ugID|d3}h&0b99R5xUZ+piJ&b^JcO-woi1l+a3uyKBO^B
zt?Ysxtn^T<R`S}7YAC9OT9Haa<so$TmhBrCk8+2k>RlVxSAIJ7u{zxcQ(i-C!h-cD
zN9LAN>DRyuLjlnR*-ko68*3VhW7&g=0rQShiwmrd%b`vyQd=u@PP-$r#UoA=uWv;b
zn;Zoj9TaaJW;?BoY*}2)kJKS?BWt)PxyK%xQvsW2i&5JmA9|j|&#8Z~m|AA2TnTH~
z=yY23*<3qlcj=MZI@)w$yMS)|wA);~v7h~JkfKFCRf>k*@bI<E4<~|zoZZinLCrX&
ztv@=9tSf{+n^jF8E}Ww8BA(OFY^|p{-v6`-__fK6aX^Z&2-v!Pr;BfibDNX3d)8>E
zl}(U(tp7n{oZvKDg(SIt|3u)|M5yUXIu&mS#ana+G>B;0EN<H0IN1Kk>&%|>ku7t3
ziPm_3#6I}^4)L}V@Toh^QWQ7U4#Jus%l1*+w!!X4nFKun6!?+H)Qy%jeAPSpnltF;
zs0;t7dmiZdRfOfm`sPA_i+uLGV9y<s&mX_Ojk*et*U__bqjHxG-2HJrzno0KHEzSq
zK7QEru+rT|K%qMAANZs_PbY1DW@~7Leb|5EpxwVK?d2}~dAo<seaCaxfnJoeYTKfC
z!-(F|YH`;*c1KF@BM;&;-I9wZ+nqaIA3H)#CBt?UpMH?4S`cw&T6J=}c<mk-R;zC|
zTPXk0*&4;$w~HnDyN5{M^|!vO6B_O6z3maUXZhVC2)cIv=hh_MXP#8|;IPSFtKF-4
zpAJPnMZFY9W9@mIJR93RoJBl%^Hfwc7bCM%+@)QT*&5f2?=o8N#5%icV`!~E?@ma1
z*(-WMh|sK=9mm(%hGzR(m7l4l3DnYVrizQIdXeJDmp<X!A$d?wYoDCaI~Z$kGd9Qg
z(L-JimJ8l!hVbZsFZFgP${_erU>7JbY{Lz+S6j7ro!(X{-VgJ|`05!s5fi^7Na1Mv
z9EpRvd;5BhE~j`MDSQTIj}V@heBK}Ny`l`LywVupN@24?PIH0$W__~5KEva@%CGFD
z_xoB`9g;*;BEjPab3<`f1{C(nloYcENoN+`n9c^?&$F8T80Sq(Cnu~X;2Ki;wkw78
z86-6PaOq_NxlOP_f07IJZG5|%Pw%Lx2bkBB9uH&qIGPX~9#2!T(G~BB?LWEq<&NzP
z>*(i`A9vzB+P@^@y(j5>I>P)+o(AsqXU|Co?B0nx{hR=Ox&3zLW0u%4$t$ql>sTE5
zb*?Aqa*OKNdgrh8zTZ=q8>FD%s;}he5@ea`<d08%hi`tzNqm1cP``=1KRXrv{J3Lf
zxBqbU*D>*n88634Zxxa8p9DwEj|_i{cSZv~J$2s<JLbr}m*(wCIp7t)gdXww0%Q2b
z_m`Bg9O!q$C+HgA=dY>Xi#AT!nD2?~QDrOoe*WU!kmJLJ{4PB9J<Y)HBEyyR^a$p4
zEZWr~!S_S*RrKnwK;tj>S7)LS>_3z!VbjiERD%M=t_4X32W#Bb)+XLjtu~o}xTwDi
zzCoE7<PG{t;bZmWzRKP`E$$HgyMsuMTRsZ@($DUhEQe&^_XYmB-xu<Il+<d%_Y>2#
zX{hzB;Wbk4u8j5H1fN-#V2(h}vA{<i0edrp;x3_C<mo*kG>9s8fb>ltgBB+JsKWj1
z?}3VvA80gzQj~+TYM^2X(K$okPk-*mLBE03p8L55C!?PGUx)1&0eoje&{VOXN=~at
z`!jQaln}Y+65hV|XQAW}k2E1#3J@OoE}p!KI*b^WjG&ap#|LzRJePm0(;fKspZ<uD
z38sRq@>A-~#$&EMzn_;J>PqR4kB_DdkGdA_Z$Rn40+O1Imd=a!X^I9t`%!cIUaU^!
zE4`P&%3}A!0lqbHO0&>;?%&ZLqH`WR%>4=qTKV}P2*fjh9DNxyCrEic99+*Asl-oN
zO$W;{KbJN*yQTF!oYIBYz_;L)xK`7-Qg{rR!;5-HWTBo*M}D(jrV8)u=UM?au}O6d
zL|n%~`#T@?hllcpgA&-KLPcY#2;dOp#o&kJX7jM|>dVQ_%c-%;>E+9}dzY3o|6IPK
z{4>k`XYSgcd8I$^_5Uo`{8_yFXX(M8<>!A^a{sJW|5@w&vp)7`WBJeK-k+_1{(PV$
z5!gxF*GM0gNIUwZT^rJ;yQI$#NPEvo`!=LV!2eE9|F^og7^4=AtPGvH3X6u?e-C_1
z2WycHH97FD{6Iw|Ttz)h5fP+CW65v)MB4HhSyErU86l?^A@i@H{<rRJbd6g_iBtDq
zLrt!Gi;xYq=~ZzvQBiZUp_Z1o^<Rb>VNM3r{}Vke`_xSOHZxgIyZqmJn)yHUG@Jcx
zMiYbo($k*CTt0?uKISZ5*4$yY$$I*l4_Qy&AnR$72ZnM_ZgM~H<9g)F5$etv<Z<2C
zOUBaazjwXw-VXIPL*Mof^Y-=*4-dEY^86p@bRCCZ4A<Rg-pBEbp>gcbu&iV^?U*Qm
zN>Or;5%eoT+^tayt(SXJFZr*S&Tx{+wNojul1jGZj`6yZ<jxi8Er@Ybz=Z!dG3}^Z
zWU5zaW?W`$Q=vmf)BonY|3gfNwLJWva_Lwymrh_ve9rctRysZ7ze3)5O}v>^oc|@J
zD>$lKSUcO8Dyx~}Uy7zT33S%Vkh%0|GuK2b_fQ+_NUPlcBIN!5w9?sqf#cn%{|tH8
z4!e>o-m~M@I;t_6#)&F6DbfKLIrmhA4@NQ=BNl<V_7tP7^PFs@?foM?A`<@>R@yKl
z!L};pHV%8YIR+h<K~~dwdH>n<?(V4Xt}Vy@_pbNx=k^a9b+5Zd$!YI#a@u?He@J_e
z?<_1FP9Gmnkm>a9=e@sw|DK-y`1bvX?4}cgF@XPr7g<lg`#-OHGYhGD10$$;joNB%
zmC`cZ00Rg$@2gSe-*wn^w>zt72eSX0o>ufA(lxBMdOtLZ5%e6Ci?RSfB7X&t_4M8g
z3XM*-r1hvfbiX_axncl`y~vVekf)#gs71&3I8YqXLoDaL@7DCHn+m{Y<{p^;Hzy!)
z4~JBv#2j?LE7LD$=E&pk0eHSspuj%jvXn5H(!Kfk3-!nKn$QpQ59oQ9W@gJD=v_<g
z4n~9KWL$|U%12cTQzYl=KaX)LfCb2%Jvt72>*^kx0sS?CLZo-wyH{RPuLqvBec%`?
zi2x!1A5_{Ys2l^^8F#0hCg>6f!84qn*HrKje%<>FfoC6{^XvVjW$`qmngMmSUz?S)
z2r1`|`NRk@W5K;vM)`dPqH!tm@uT)>0#Gqw^U{2w*~oq5V5$po`z+rBtf&kRen>$9
z$Yy4OM9M>N)#iGGo~Z2Rc}$*i=FZWEk2o~`)Gm4At;bo89M;WTa1^Hx83EN~|5#E9
zy~^sHAIsJ=&k95eqylJTnR8k8b%X$bTUj@E91@J0MZp_rW*ZhgCM!-BoOG3d6N)Ft
z@g9f@K=G7R%V_QEX_4i--`MrJ?&xLTufwBPc&Nm2(=eOgar5}q`s0>q#iQfaSv`r9
zwxKTuC+#cZ9%d}GlKi?gl-a=)U|^&Jqtbf1GCb6p3d?P{&lJCD@Y!}S67WG<_-zq$
zqwY%Y<8~T!$E*~b>o$siI2CXUZHZ~8HVsB8({N0fj<`8DFW~ua`8NYHqGB<F`}_?7
zfXl1G&Dx<)Bv;YKZ;cTldw*8BhCfpQ{B$n$zFos<@lAZw*JSX}oxSqJOAc_rUs3D>
z|9Saij>1qm`0lpBuL^A&tI%0@TAjHz?aL|-FAID6ll0YxWxN^ItLgD%TTRGwlFv(g
zf+DTjuGzJ(*#upE3!>~6(XF?^v!|wwo&;cn1+HHz8DbfPyA5N6AgNJddm~*B>@}r3
zk+}>Wp@jD`cu(ya4KTebJM*<t<f)4D>|4uGs>o@9ZL>#{SA04nv`;zh){m){^gFbR
zOPOb!tH79ZJL@ys*@ut`>$12ChkXs-?97*sPqWgVVib4MLgIcxvRm<oQ2{}=|7>wX
z`+x77YreLlIW<=<K5nH0;6L#M7hUt95?k-R%<0HzN{tdK<Gumi8!&u$qz<oN)4sB=
zSauRb&VOeDTjj764JPtGyWbL-!m%&rU_RAg*rKy?2AtX>7Iv_a!zQRuK8T7S@ueiG
z3|&nX)D%+6hB1#$4o3bthAA8%*V5@N*pDS?qZ9>UPa3FX)AQVc)}k-uF``&uwhBe_
z$Ehr#H%BPYjL9;zcWhpw1~v=?-0liZ&)AOCFvox4{}v7US^;P8@Msb;KF>WrRC=Xm
zU$3~|b)%kxp#NS>(kVt#xMFvF!Ytx@CXTjJRNrvYqTqX0jY*}r&BUa2Plg13$51j<
zcFKmWE=OhXlWB<0l+3sJs{<8=h)0|++-8RJWVEl!{3$odlYcMr&hcu<i&ZAym%|0~
z3$%*2TTHV;<O;ohe>NPpW4a&RD)Cv^P*t~OCin&gKqBETjrD9aTUR8-8Oej30*A*u
z9g1Z8TM>tRbc-fxDH_*a6DP%1HyihHh^-q>A$>nR*}>L|onvuCT7EJaL+{Qp3=oq^
zxRr7Tfa4f4@IgeorR4N1aD+zs@Os%(s;w+kJv##ngxM#QunEGEbg}&L=SeU6K`aKW
zaTYfR7py97uvYSqh*m`;)xG>!cM?)<N#Hbpxc0AdzNU4-852o;+CZthugyNW^!)P>
z8*`<%ZcrIb&z%tV-hI*Qn&)%rn1u>a(^`b}q($y%NYyyb$Mjx-rP^^8TvH)dAX+>@
zo9abPQzV6jcA3>JgaV6s>Y-I_1htjx?fUqSbv8%&@0v1xmdYrTB<vXqW@CRvH=^U}
zbwrHjlGj4Z!`~h`|2|yK03n-Vooe0OCO3wqm*}5GzBGHdW;p>0tyxj1^HS+usEW6)
zE3c`$ZJum@qc*JMXWL!Pe-6w!x@<b`-uAn3?+Eq$OGhXBYd^Gx(Z<ITmhQMvF<I=K
z#mLNQl}fR+#}h8AGWt;XnrYo#4VtyD(KdZmPP*1p4p}c>*t|aC_0#g?2cK27ceIb3
z+<frJC3)?3ITx$6%Z2!S2FSMix(LyYHJL2r!Up3I!{)q??WO~BdP_satp>Tb=DqUX
z#NN=iIWRP5-}ph{##{f$koJRfIOj-*xAzk}$>mG0kbyU>KBRjA4Hi6aLhx!i2d0&3
zo8!>@7KV7DM8~=vbxha<`^&@3GRLb7@0o|~o=VXgZFpW6$|^f`k_r0eVDsl=_JDv>
zD*|M^lFQ|ePt5i)WiZ)OmE(Aqt#EiN^L&;1`olJBUiq>y`A;_;RECpsqU?B0X;|KM
zmN6^_Bs)F!!hG)>5cd4x3YH}B{>W>l{^f(cX1uGt|FHGRFKL{i!&?1Jfr+JFkl#q1
zr?irNzgvHR!-Trc2mAAtr+<#BD0+``m$o_1yuQdB6E`4#yLuL`ewTPD<)-!5uB}OP
z<hISX0Q*PEuO-pIoYi$_C#8apj?}g%JF3emqqbc>UyfWzt3{5Fb}l&NM#!0N)6Eh^
z<#&0Xf*%x~`vy++Yzt)UmDwe~OO&w3^@hpk9Y`D-_MVLlzCB9WDL%$a7p_Wa{BAwC
z{A%gK{`rw~c*aeKq}aQ8+sX_UjRIT2&FAkwvQxJ91W(=BV(MMVrSGm%Iq`Z^!t+VK
zST2N5;zZ3xZD>P5d6`*rt0~!O&*OTpmb>55*`!U`kAV6>p@@)*@`t0o(zWl8PJEP?
z2fP3LQo{a`Cg!<25Z41`#RCJw|Hi6)(+v9hg4aCxI>YOJ-CXadQm<@0rV76lD@xY<
zxDr8e)4FA;v7@AOYSo&rh$ZTa;)=uH(&lC62CrAjkNrq#fikZit$ZPM&FA)eRa1W0
zD&6~bNB6@&k?s$ESL;6!>j?}FvK%;n6*Sl-*8gdAxqo@TBamC^mcETouKrVDUD_YN
zLP~yliBd+C>xDk1MBCWd5!u5XC~u!Gdr;qf_D`pgNICrZX_PP(qtFV^HQWCW*1d5Y
zNiUR>Dr}Rg!jo$9lIpsW8dj2Co+UMLB)2Fhx7j9lgeQ09CHHhC_ay`itRy>?(XV3Z
zS_ssoI9LV_R!X35;ip+e(u+~0To<4zMZ&U(R2c-S3?yt_6t<O+x|NqQeU>sOntC;g
zz5q{^+(eZ!i@^}62ppKLF4%WbSY{Kf0D*CL$4E3|j%qN+<Cv3is;?YrKRGbu4*1p?
ztR<4}(|8(J87v8bC7q>#AEtlhz?|k`dBk9+`{}g#bQe_Ve2g?8!*o`k^b-#3F;&_x
zGNT?Rk#GKER}dM(2h6K*EPHq6H5m5rEb|K$rjS2V)-bIQo}u_KlQ}&T*_~+y!;0r;
zK*X|mRI>irPcOv7<nyzPR^ck$7&mk}Xf>0(S3%M+-I6o&W;aZ4BIlp*EV|Wf25tJI
zeG0c)%mcd|?}Mzrc^M?Cw19~m+lic5&fNR8@NGEM%{4bA66h8Q1U$?&@6Nr`o#C~b
zk%ouGcIOmM<g}tPpZmafu~Z3>R27Lp7Xn2R0Lnq22tOz|siDeH$v2(IV1?xslT+Zh
ze0k0S&@K9eNFbLhFcC}TiX%(fg1YWJjwY&>)q-Y~LNBqLC$MbG{KDAo!U9q^EPgfn
z087P&g0Rez>&TEwu_9M&NrMm6i%5}#qdJD=v*%MKBTJ8Ks1lLI9lvw4u*IbOY`fKB
zcp|+a7RU?->i>&(AskpBbrMw)e^C-A)RmaWfiC+xQ6kZeNyJh8RKcEhmtAyYFi2QI
zZ80F?MXwlcJ{+e&1T(^ca1=y_%!p@kiqueN1o;D@Ewy><No9=Ur7U(uzhT$}LYih`
z`k#rM-fmbiHd}P^MQ<J@8T!g2fh=V1%MWBmL*(ttIZ!1!fC?GkTxS9Wxh>Al1)VV@
zcR9-{?Fv})D>Cg~^m0}f<BA`y!AfEOA+?d@x;Lsu1qHDw05e76<f(x&No3SpuB2L}
zu~y)Pfci%O+2J|FT1=8_b#f&6yUb8u&A2jA{gAp6WmMVDQKNze%M-xOb>O%jaDsh}
z40RQ}slL}2LgNczrv@?;DO_Bke!gV03;Y{iR#s3%;wZZ1lP)4&`D6{YR9D=<mHadk
ztOx+LM1Yl1;EzdQc@$U^2Tm}m?~Q<bjDW~eS7jJAup@!`_>yrhs28^3l=DS{Ptnub
z3P5e@L;J>}rs^eenq5@#006XE0Olt)#jZ8VBWsj!U<G82E)g70U8O|;>jQw)zCcF)
zS}yD>W^@@FqKGA;tjds7;EKZ>tQI}(E(7^BE&H}UO`>b1qGd=1DH2<?E}HnUU}a*{
zXQMVvY#UoIINlzTU=QZ6$7N7MGLwL0c29QGoH(G=qq4+E;DKGbGb&xZHno@lqi|?a
zUWctFCC!k-ya<q%F-X`Iyy4rqsoJLN2adJ}E27D&^rafMMh%NgD8O0N1KF`ScXXKt
z4(N=4iX{U_46Bp!tF%;dE)FqQ>pGSWVM|;+MUhR7UG%&NkPsYnZyiX^qK7={6d<<h
z(!9J;2v&#$E91a>_TbI}aKcd=^%__Q*TqHdeWS}50Nn?*wG*}Fn&O3FcIo<)R3mn+
zWu!;1%Py+xIOxd1Y6>K%hPz(~-@}jS?^^HanrdWNZ&YmRWjz8r+Cy}3&1$ZYUq|)i
zmOXM7?6=m%j%|0SFL8DS*5+5a`=#sI7fBhyR@U*9g-z8pbi8D<4et~}1BCfO<Vv&%
zqF)FLB1m*@8i6#Y8pY6HC1PvOMV*9WjTW&@4~sj$0MG*<^tf7fS8}|+ih&4VLYAo>
zmbf9H*XuFV$7zddF#43&YsN_*kb@93fC4$l<w$O*gRbHRuOdO!+#u1&9x-C8NF-?Q
zqVrLGo6b~a9M>Bi)Jp|g2omvcwcftqjiw~f1z*7Cnma7ss%2O}s>rXX>KR^MA1?Ez
zM-`2egXb)lKp|HE2W>yOFMTz#$C;<Us}LlB8tqW)Wq(wug{{f(9r)clpn+`|pDbr0
zzR5i*KPxEUu`iG~Xuu#~CB4G|g^7u@BPssm%=w7b<v0Wm%6<$GC618eW&${J#U6B!
z+>3k!CMJWG(9Ln;eK-@yFK&o-Bu*O*5%UAqUs4Ql0w3{o+t5IHsi9u3MK4tAgnePL
zMX%|9CsH;|u^dl9h*SOkBP>PJDJDal$H3{0X>t~S(&X(dZJVO&+a}){6(U&C9=t{i
z(E>mwl5kv2lXrdb`zf_q4n=Ogm;*zsQOfHQENMQ+6;^_vf%hfKMZQZZdM6h!LIIfg
z#{?k64@&l*CaeP~OhFpPqYIa<ug+VU9l&jMqbmHhib*&&I*5HCkP{B%;Gem#{_hxy
z2ZDSKFXC{8vZ|JW52$d3<TVvbk^!)n#Q8h}iZh<&3&;0lVH^4y*k3fA><ADix3Zh2
z#rZ+Pkwc2;Y25&DT)|LxVGR@A0E;O^8$f;oxezUSSYTgL!EVtT<;Ud1tvZP_-%Sj5
zw{VG!wR7Oqs>z8*@b~wnmP1Vkx%o%9@xbunWlHS&*yHIq(@s&q%Y~w$7Va(uRCD6m
zg5o)NGGI;v4rD+ssyQw)lCVJbrd3RSNm~Bc71I|O{Cr8%l7thi#t9bhm`H%rSrXP>
zy`Hk39_J=*DFuvlzkbg%3mhu~i4a@GTtS88eIt!S(MI*1bzrkUV0h#zc@AWzc=bu&
z>IC)h%u(6wI#rF+_O=s@<I8-}8QpvA*3sLo<i2<9#p|H~BV!F9A@sCu1L)a$<KNU3
zB25=@s?BO0%v(R81z**;1TYf;?EIUY=&}rl&D^8BTEhnSLaJ0Wj8%GzgS3k!Q11{E
z3A5XWf3}sSK9WoN6#Sr$Cjc?@tSF(Ux40jl+DV>!>FHf)>j4iH4rDr&Xd@x@$AGXv
zpuhM`O#_g`aya+4chNWyW~RBH4Iu9zp{}P(;?bnwBW|NExB91nd}shSKS;D6Sep!b
z+W4X1%7(IQFTuVUcxCQ~M2)iaTzy{+d2FS=|4=!l!MU-Doj@^ce^k}I8ymQfMZ<bD
zX)L9aJ|pPRC;KdYpB%P;9j}2`kf13O(4CoeF<MYkK&Ki%Bzm&bXQonz_?aG6f;NG4
zACh-#bOoz_v2%bjyW)5K3xdU=xx`(L!2LLSSUwikOgt)I*_I$~ll%d^#IL;Y&WS6Z
z3;e<FFhjA$V6UQHAPKA(*nDvWPXE&^!v&=D-TR2y<3a#!)S%Fm0$%gs1UT%wCh6;`
z^VicWG>Mu?gY?UCQp;aW0Zy2nuZ<v4X%K_N=P(+ODE|rm^=C~yF}eW!yMEw`+JIGW
zJ;&Fb300{26`+m7(LqDWf#G*7@~h3W?_z0RD@BiopZ2If0qpdC5`cf^xjY`E+t^6z
z^^>ldeBFD_4N;k?-*jFL(*%kgovJ$@InY6Q-}T*b{b_6dH4k<6>&sH5DBT<BWeeJo
zn&e~7%ddR!&+$*dp7bxnxC#CP3o3vyMa?}O!tc#5fVH9qPb`oD0o^Y-7hvdMriSLh
z$?IRv;>|De&|mBJfAaNz8Yr3uxcm}v1>HRPv3D`8jQf1^@2_QAh#?Kci1ZbphXB^k
z9CG1zD5-z)ekeHb0eTV^^H5)ZI$!uANWPI5wfjHiHm77u$3LzQUXg55PXlZ4f#zS%
z0<WC1O)Z?$jA;_;HJb(i+xRHPXfAn=asKVWJQ+?w9S--w8=N%kec`YevG;lkc?*vr
zwO5zAf<;VAbn-1e8RbYh^~Z8rel{sk2-q6Vx7;%;eqRGeAd%icurADh1&PB`Rq?9g
zkOFsNVQ_v_WLNr6XcCVin$T5t^Em^r%45Jc?HDM$P4g*$QFPV-0t54^hx12C>%?=7
zIzmi7mycm$7b~<kl7!7iQ+c)GdF;M>Ok$o;OL19=c`*p;ph+wI*|iCEw>#}A(uIy}
zn$=nkSJH*X);cvG!|x$0##W>BBH-G2+dwB8Mk&b!SAp*M>n_v})KhFD3T%=k$aQb0
zi?A=7p3ZD_ZTN7oPI3}LfK@l?)XKPgHUfN<`bv4UP9eEN55w0H@P;*kN{}Bf0iqO+
z<R65H+-d6m+z0Scg}p~jtI=E^M%<)RQlF^)HY7oaoL1*3i=3TzuWPHba7`aM^M~J{
z<m!K+-O;jgXX^PC5bZ}wV5ku2)i!?uu8T%|2niOL^8S+Y=7lksPOP#4dsE`ou&l9^
z!^h9p$`q;QhQE!<m6^OlA<AMIU$y`tY`3Qd<<IexB<%*(cP&zsZQf0(2|`p%vr$yv
zGw>h^0d(Zx4%?l5+G~tAg(eNE8}1t$UmuZwKdC-Et%IQ1cZJZKNCw9;p}gP6D_Ww1
zHO~W4#!^j_b(WO;(Zn<=Wa!bhk`P1zev2w2Ghy!fC_Xtw?uAE~k^C=YxrJ$UWrw|=
z-P)*e1vQ*no>@h-)r8xKe>v9b)AZ!+bB{L5cdcvR-|0t3oVdNBnBp+w7x)$tBj9;0
z+serMAM7vt7zRCMV`AhQejTOey)rFpr(vVp=*23rqpGAwv%HRe6QEDIZ;E)S!)F@;
ziocBeWp}rjVz?*vZdJF}Ns9(`?RRAWoftEU#4q4jb{jI-&TR$uYj5^`E0Dkw8mpw#
z5h2An*UQ$<9}VHV?@B8>nb-2^?mzs!toO(z&VY9A_oK$3@Gq-kC8b7|j<>bFTiaOf
z6w0|bN4rKy{tcnc_oawxir^O{E*_OpigJ~EwoF_pJkDDlRS$maG{o74qXy8m(LW_|
zLdtHNE<zjcH(i%l^p=vKN}FS9k`k=)s`u#r^<=zDhDQ{993@uzIBiNvU-S3$I%&R^
zUKwe=P(9nm9s1iJ$8oS6Qd6e44j8zHj)>X^z8t=mM~K?GqS{7F7k$0NU*lJvOWIEM
znAYFe^{_foRA~^$&*4zj<J!s4`u9=RBwvr}!PP3teoj6NKnET@>uCTt_^>mHX!>pX
z^64+NLXwX1kWVN~6oTIRv9Oz^p#AA?%^R{qs4hr;>lH<}s|^kn(#~Ym0Z|XSeuRL4
zXX$hdd<!?3zUtq&s`$-Fa~luqYG>JNpN*@FrmmX_#WxV1L-nUPO1TVPeK(y2qJPtk
z3nHS1rC<zKOz!afjHE=y&L%z>E{{W3WigJQ+!fv5;WON0?W;A5k54i8o191Tp6E$+
zPBOwVIAx%ZsrG|a8{%%4p~h|*JZ#!sRM#-yUxq@A+uNvy<lWP|4G>4j3)8vnD77GF
zDQ_4|*-ehKMURhAQJ>#pNF>3dWO?po29Dpng0UUDrT9J{bCB_Hd@<{11;4J<Ly^N-
z)>57MmZ+}e-QJMwQ6Mb+31j$8&Wv$NrD;ZnuOVPw&tE1HOO{vH^P+)yveEG;@5O2!
z3eeK1yb1h*&v|HH@C>~xBLp#0x|uR{Q;;Yj*e6i(by!q=lMwF}IbXs@QERlOc(tk~
zQNEH<TcPz~=VHM1C~2pPfZ-N4*p^p@8a0UXQFbAcm#TQA&s$wdbpaE<P@^wpn2XAv
zd=l|lLlhtN6Qeg?;WH8>^D_-TP6=rzz|8w!<WAhbDQv6<V7ReaqxWvoq@rW7<V=T}
zQV$7YN{RP=SU+ilM3G9D@uzjoGRF2-x>5X>RMBCHQ((FyKynFd<IRAZ+)0Plld8-w
zcLlX!1^^HvHrerZl#%m4_KOhf#kv!&4cB`i+(MU>zD$?5Z$9$DjnXgD1+0h$svOQu
z{#r`h$h+aFpIgP$_1s&@o4M}$VRm`(QqT=}Il~uWJ+AO$E!EqS=J&vJ!nO+?ofJXb
zB)r3i9GloRsxQ#kFbn3{#jg8FzLJIYGRqTsilqG7_bbs7$G@2LwFIjfduX;c^p^0M
z3PI7jRF2HygokeezIuI4+ITfP79oFHZ#N8b($tmhAsu8xLPc;Nc-%5r;~JuFOWJ)G
zUm3|i8f6Jr%qGdsWqT`;lIs31((XE_&BjgmeS`$J;#w%KrMMS&cXun^0)<jqJh;0S
zFJ4;QgFA%c4#l+;3Iz)3o9?scw|maMc4qTuCX-|)cP5$p{#@V76Tm`w1}~ss7#l<*
ztMa{t+tPE}%0hOih=xjwI4qt~Ee36p8H#w_a1v$bK56*1*Vr4Whns2XxB(xm?6a7w
zK%3@myqK;k@(B8px<a?h*1S0Co4+LZK1qfw{jkM9E#;`|2~`!cMI#`2`WM=7>+srJ
z1AseUK`dZj5N<r_m43;466>g8iT#0wPMUPun}lrLh@-NIzVP8%G)}#_Dps#Po{rTt
z1g8)r(b7k?4u`5;W>4zOdw&ei+m{e~8uNbL<wc^)Fiq$HhhWgm3pY8inIPhYpGl3&
z^y;1kA>%?9vN3fZaPkUgWfl6nfuzEak_u^7%Kj$B`rQfkp#E`CA3xxW5%JoAfS6~%
zVxxCU;2KQ*!^)=dvI0o~Z^&d39h$M7(E6<W$KoI4!O!P~j6Fq2kJ%{|7uR-&eAV|~
z#^m67VO;m<$FoVO?&=je=+Ymju<vw5fAe&1gawZ)_2AXoChA=peD_38nd&)ERD9E8
z*!2_p@OGEkPuNM>{F$7A&$^+#q4B+gLq5mP=gu0JBSUW9pFiZ{vN`%Mi<CHi3^15w
zLoj=($86o4x6C<cG&IKHe9Asrn3f`MYZ;M@5bh5?cQSnY?dfcsW#TbA=hr7kPo7@R
zwbXK6HtHI;XqZ3YTOPKUxE^||^{SW(nSWkt2@@jj_Q!tKHN~tXEx`7=wo>R<kl<)Q
zyPe&hVPMO~cazhhrB~=B3~T4%isHv<fqCwF!7ZGxbWf}?)3LnjyQU}a3*StAT<4%P
zJiimIwcF?amVrD7R}8$!=td47WU<p*30Yugos{T*7$<Qwv2twtz2>oTY2nL-Dkfiu
zJ@1w67Dn)UTXjQXW67x~XRU}nA*yZ)h~RC{dFwxA>BJzny9|Fbf5L7P6Ye4um)PM$
zhssG0S&2`yanOW5t;kM^u4*xv7RBvvp16e9V#9kdL4=&*;8@gb`g2jOPGbJvJg2UY
zz0au0%VU7p*!|sAZPEeTaB5d1-P!Ll7b2<0;&3`*88psb24dNq0~m`DQ_;w0>iVwV
zE1&nih^-d)vYoX42^Ba#>fz?>cp4TuOVuZti|KU}{#Ck<I;FL|vfD6AXthrQcNQ+c
zEy6k5^J81)XK1Jjv5e%;J~eO51)@f#Fnagp&%djBYKnohR%DHvz&|nEqCdNyj>|qJ
z?p5iRQ!kNEl|t9Z?fzPh-&G{lmeV7@+Qxpu{^SzhV5dhca=-{j#wd5d#Cy;SQBT@I
z+o3JHcOj2cB5f7Gt#8(FI#%jI3{tJ`w<jKw_z8ssC^*`Q69jep)@M@l(Yg1+>oBO}
zl6rYA6cih{mH2rjI2B(a&0w!o6@Bi*2{3?eym3eMUEz!kIOAOp_0sEOOg1NjQ}wv?
zQiFlSichGAQBM~vqf|}6FPEx_Q{Bw-XwW)W>CbViJa&lPtdg)5jORp2ol`b6pqVQ>
zrTk0h0v#XxYbWac>FCM3pTOS}D~c$oWQh-D&&o-KJvYiuz^Y=Osce@UA1q`XE#g%1
ztd=WH1()8Bs^ltvY*4mL>~2pIW@#8b_ELJ=--f$0YNR}3L<nMLRs4*jDx4Vlg<ti#
z*^qCjVtB)Iq5eVr8B~~kxQ%*nvRJTVXAJe2&p*eysr!6lpIW$%h2P7kgwYK2iw*9m
z&>MxI9#CfnLY?b_W;duY;HXW9Fj1J$w7Do1-m68%$~vbcz0FZ=4Hz#$8|yq7BXU)L
z#wq*st)QGqpWX`j5)Z$tnp*0(XvgtHJKESx?s(nK@HcT8De9V?9p>Ggq7^Z<0h~eH
z*x~gCRp#Nz+40FPJM}X&xchndZAztIwb)9i1{ERiWruV?$>bk3%|^P3Uvlcds?~1o
z;0gQ%nr5;>Cu+Q7-Fy5~)qO*U4MMG}636^nB1RyzI8BJT<ly#5wwS<V_0wj4WjCC`
z!;&#wYW3@%TE7COn3S{#^(DQf&{2WgMLn7yu52<f2xP2=0x{yWZ{nd(2=4(wafM*%
z)TXvaN_d?^nD4)kn`zLRPGgerl3r;tNXR4Wg(!Tcc;zQp({u)kHM=TBEmDUl^rlUc
z5Lmdn*c0kHt322D2#K{B3Uz3(n(l7#lz|CuSDONtn+E2orf8h(;Vgo5t&UfHLU~Qs
z24h-Ezg=LhO2%!>X+`tN?vx1ES1b~(RXdRK?u>-Iu9|wgyC+DiLB%pvT26nqnOa{o
zZSsK##AF1rP}i3<*Ei4?@h<p!Q`vdXsM*IkwbDOl)~GwMI%m12Yl&-MEzu&K)^2F6
zWRj=*mUzw~T*<Rj^~J6(Q@MeQgwS1y6zoLVes?}Mbj-9==A~PR<<*>pd5B$$o;MQZ
zsMiM2J5@BpCtqv#V@dFP4v5k_ftXqrUexG$?--VG$WFQ{T@a7TU47MhrxZ5OW)fu(
z;9~@9oQ+f$W1ll14%Z5Pn5Fa{=H6XgZD)t=&cSwd-!U1NUBcLXW|q_%Eva=@)W%H(
z7E{K7;arA^1BN-BOKG}>(Rp*4`m_EiGjS6t9s_el=0<N%^(`b8N;~;H%0a2SPjIRx
z((+6)<c+M%^osM0vmX$1KTXoS=BhYHKH$#9)F{dmn+%xEifS97wralE)h~@R_2P&y
zmC}w0UA_=Et)UtX*`3l(HCb&}%_3QSs}B9fxoTakNqaEj#G&jiF&-nof*kTOOOIQq
zFgF@oGl8#7PS7;v${XxeFAfZtE{d$UQZG-L^>;&-n$nDW!`C!&R(^DJZJ&-~%8$pz
z8IF`{RZe8iHJWYegSKea#rTW|O4lYEOylBKhdU>}&q>VAWzqmv=OL>{YYWHfb-7oo
zOKJwoYg6|OMq2Xb4V@b^X>r}^8^}hB>vx}XOVw|~m*LOWxCPd<Q+2W4twYv<ho>8x
z=9YkKt~<S@F9TA=t!=>rD<Sqv5ZF?MkJ)A1=FbOREaWn?pKe;7^k)D=`-Ef$$wnp9
zSA1C9BaMv(d22GhC92Kf<p2}^;-S0K`L6JFw0YB^Q%wx+tv_qXt&2yS!X)y)U&Wc!
zq&>EnPTw^rWVS?mt--9ZVd3+Q<%|m(x`=IHv&*z5H@ER4e3d-kq-nsKNeaq~XT?%5
zNBTamuFial*qZXpX4QOiFTjfWbqIUiHrbd3odf0l_GbAz3#xgbZii{eoaGW+h&RRn
zZXd#|6y&b7!%k#H-?{l=_p3?i#$cn}>YVuVbX*K~5G_1JtBcPE!s+{Nr#%gq(_x$c
zYz2>Y4adTWUI~Df2sIhx^Jsy{zuPj4w-a>Obh@5*n%sf9$JuBABIO-8E}<-&yY%na
zxb<zmpY968??E+YDYt-VQUJMi2aV#d)SLF2r9&V|`*S2@S@qi9YBJbH0pRZEXbm=f
zYp`wZK&e8?Yf-!L(%l&PdeuiE$QbWn@hbdH^_nDX;d>)t7}EBY17#reAWBfkLu<>b
z>C<CwC#NQdckTyq6~HoUM;3w?p&SwH@I@6;yRYU40vh&8lTwkAds%|Qb)EaSKD&$x
zo4a#P^p}o>sMQE(w!bS0Q|66cUVn>laP)ocoOZmIBj`*E|HdVGcs_SfaN_tH@36)|
z#H&1{$ig5GIw#-oZ7<9z%K$a!4vrN(;!1NgC`+rWB?^SvbA&>J!(i?1QQFr>y7_hq
z*Sr2<G?D2CWG)bI1dKx%-5u`QuW`~exL7f7k4(Eh^uTp(XyVn(41eVm?$iR3+I3Ao
z*n8`K(n{+HrnRiG-5+`V%#|lx7Y?1rJ6d>+={4-)nD2r|y3_5jzxn#Ju~fLWC&bGN
zu$7MKaR9Dtnpo~~j&pP7V1VdKg=<Ph^p%|*b)D%C!Xe4dKLj?-Cy&Io-CS9}=Nue;
zxIUVm+^<JEit~lv4q|?@FpHnx#jj0i+iO5xd*nJv#;TujuIuzjo}(>bdYpq*_ogb|
zJMDADte)|sWt`_8?7exvLvG-1dv=b$f$60MrD*+Ljka+X?@7E775sWnALdlE=Rx6!
zgY^NoV)D>=9vC<ewZ8PEQIrw4&_>K7MMr3xo(R1{b)=64_i@5Jp9H=dDmYhzx)sL0
z@bbFg`0(Q!bA5${BNbwm2>o(s^CeS;BUIRnU(-v#H-zg`uu#OMux~8u&<;!8rPz=c
zN>xjGx;_2lReygW<2xvufa!!f4Nm7Frzs{M5%mg%;5VVt5kIX%p{%HFr*)vzMDNT*
zlynBUP5#v2LwAY{Ns&U=Rf@<)OeY%!ISF5R@kJOA48LrF$qI*Yp<MF0k7YB|r5x(R
zbCoO=!Bq~^ZVr+DbVa5Me^m#Xql%D4Wv(Bizw*2C){1a0hgtvfu_C*67LIU6gm4a{
z(%Dcar)$Sgyk1I0o|!>TEy7^}EwDGQFuf11trtSP6n(w-L)`tmeT6=~JO~jGz5yD6
zU;6pv@%#$h2RX9%ZS;nQT80WZ0f1IP!9$qdo1ndXKS;Y@*!K{pgUduqN$<^2tW9u$
z;%!F6ZDz)8*2mlI=G&a1+uViQy#3q!U$-C7?+VE73R&)ogzkzJ?@A2sN*(XYeD6L+
z+?8kCReZdwY`&`+x~pEetJ%M+{dM;V{dXPN@6Rm1zX<)VSNz>z_`A_CKj{C;D2uaU
z2yqZT#}N|1d;TAhXFO?1ZZFAyjIxNIFu)G*PvqGskVWn-@4wSz3KUINW}#ISq5PY7
zW?@$UH<zsWk4xrY|96+n&hejI@?%d$Tq`9;A4RUWN^EZwc;9RB82+Wn78?I4?5y+1
zM4M7i3q_M3yDAdfs#7?qQaLM=I2cg+8KGP<ldJqcRcBT|C4m5WiU0@7*DomioXEVa
z$=z+ZO$`3!lAR4+zcTVO^my}+OSblWXK3s4KcUH?)TpHMUz!ZVHw$7k3}MxZ`%9DE
zvN+9)pZk|{Ih6`~l|Mu2WQJG^mM8;`Bon?geX&e!@l<uHP}|2*R`gLe|LA1eU=zh$
z72`Bx{X$vI5>4&@C+6(+=}q8_#y>h)rN_-^$iZsV%I4PcZ^=0lKO%xOJ&H6dhBPjf
zxIBX_qlyw%NLyY*)K*5(RYB2INzz?M5>d%i{gDSHlHs4o`s*kLzVQEVICAd>!^8x~
zzv|7|9nK@I+W#(+`yA(nokxdF{}IVzx-o*L|8tbAheFA2K`!pF|0PP!NiZsnajc1T
zi%<GDj-37R<HwffmWImaf{K6V$Y0>yIe&7Fb{p2#Ydcy7TfUC}70F{Lkvuy;KfkiF
zGCnsozB_e#GWnMy@9zG?k$+zN%{UKtkNr1AGT^`5P)51uzi*WJ7`^}`LjM|N)<I9~
zN6h~!JmW0LSvQs8)QA7eD4QkzW0bjVzsUi4gEatXO6lrA0Lx}75Yn6;_17rZ`h0;u
z)dlFlnZV0oQOzB3IRQkA%{-P({}|;$A%HI27<^7n%?p@^KU0RDQR#YqkWE;};^yh`
z1dM)zW|-3PmFZ;q>!y>hruJ`vT)`RQw-;-9sJ&0L?n_>PWwa;eLDhbzWph4ATQaA&
z1upiW`d`fW017uqX)|UJF5sQpLUoV*hso|gORhsThNb{zAWYv4n0~b;J+zue>4C*v
zzGfYP*`Nwg6JIPK!oS<!iqNF*lQRarw>1n4j#4TL*(EGdCn}J3DtH4x7$9Pv9iiJg
z(On;GYkW{=X7Hl8lg|-Uhp-|1xv(0{ETn+vC1I-Ewult}C}yqn=dTY-)jk+kjQi_$
zgqP5sOtUbjpg+>f<yD>#U~toAP0SYZ2)=aCdHeow{{x45@D?wKvrgSiEwV2b0N~%k
zjrG7hLMy~JvQ;-rCh3>6&JrY)BJzF~Y!so3K?fkZb~}<Qt8~CRs6y5avL9DB%sU_d
zuZ?os^6-axCh4)02F!Oe{U9u1`W@+Ywa-$36@!L(kcOO59x+HxI9Z^w68o!=4kuku
z6E@dOSxZj55`y=jP1VgCON|guUyaT#4xnzNn=Ly|-4F*#p)t$m)#cp%u86P53GbzY
zjGNhFy(5BmVhgxxnNw<V4(R-T;GlVbIOl{A0xgmej%@NLeasho`sTBuC_bb76m4rd
zOY&FeA(~0dE$Rj-Su)0gv1vEmWk+gketG?6!jf1bHDP~(NuV6Y$Jyt;de>5pF{$b=
zTI{(Rh?Ve&Cl|2!=_iqk=xjr;gTd<RSKec+o{6R!ne6B3;<Q7)(l7D7d6pUFxe+_e
zB=K6j*kQWO9&v9K2}aUm1UC*|;OCR-7|5*W3vL+|OT9c7dDAuvrI$bm{)!h$KGWbm
zB|OH%=E-tv3}x8Z=5A`8un7KGduOb3{<r@;0iy~>)hr*ZE7IcM{7g#`BoJs$;71wd
zH^oxN!ETycyBncXxwoJ~&D)=jY@6L%TDBW*fI6<#fIfj&eR<OJO-%6HYDS##7_jUU
z$n@!PAeNP0lUYi`^woqb5i#|jNtrZpnmQMdcF>60P%faM_67PI%BgFi<Z|gar@pt#
zm_!#M>m3C2NR5>&+!3MPh5!bSF{LNG#0?c((l~<H!<u<I40zNRdvrb{@%>J$k8Yh_
z+CF)fM4a3b%Y;=D1^KL=mmbQpN5~jcHkOSMbCAXspeb$j+tk|Cfm)Z#Dx6k4Qh-z|
zGd;KuGxC)Tx=3$ruM$4P>z(!Ya46SGSg~F>$ZiuyL5Z3CQ4+vv?8%|h|Jx{Eq}9ci
zaylxHnJg#s^=>P3`+ONQ1yyE<0Qc0x4ppBL&M*&^DD%cF728ktXFUsM=6hgJ&(xb?
zTF5Q){<8GQy|zDRc@;-kpI0L_l`q%v<sQ8HFx9Jwi1UcLRC(3-k$+b`2LLG?ENNI5
zLVQC60q6%~8EuAywDpp(3YW{62gktLzL5}whs#+L#zYU=kdo&?xSZ&*jc0p{{~~4u
z|Cr?UUb3#6a20(l8~~u0jAs|}G(>tP8)}OulozUT$b&9=lZqFxDN6@qk1WFahOhJh
zrb|DH&=b}t$r|owE~|{HjFurTIhSJ*?ZMOt0udLoh8vx}(X80f{lK!h|6H365&UQt
zg6RXnCXL31eFGH{=CR6i`A^5WHx$$1vMFmue@!j>Nd|X1RJC5l&YEl}6P`Qd@ov*C
zfC`k$2^`VISL#XK6joGdLG(&R=hTfzs!UER4SOi(brKt^wM3A|k_)2-&0Ri)-uA2(
zmu(Bt4#dTQr%p-`j<3n2q@^74oB;A;qb!;0GDM!MW}yF4A+)zVgj`N1<H-0UOt7-F
zrc%GYZLaqHRh4b{>C@@asrO}o0$2MUQ`1DyDs4j{?m(3V)9Atm^j9%0&7l?M@0dQ&
zHW|15nXMa^@#v&9`RqWoPh9rw<m+D*o4B8tm4Zz)%db0Zd}{oGjZ@cO4GJ(CKfUuE
zTUmGDCw;$L?g<gI0#V(R#<<n0zZ6}v-tlfrPxExBZ#SO`F=(J5{qEN|IyVO^YGgp_
z3L~=T1G@|hI05Ax>p3=Us3nefb5-&W9NX|{J@_Ek2~q_=cQI2my+`u(xkfOj^$DI$
zz0&TP<FnkIndD!6R*-O`;(HeMDv~a@xGJosY8#%=TM`@E`aqzVnJI?g1WeuChHPcg
ziqj9TFO$=o=6;3_Kdb(YL#3~xsmYA<x5_|wUVn7;gQuT=p&<i2-1ehwNH~6y;13ME
ze=D{}u1i@WAbFPkw&xJCz&~4@@1^;aV^-HiXij0T9+ts*d@0j9Z&CEBcHzi?tVITb
z8F&22r+r1qGIgAn_AJZIT1UVodkO3HYo4&r--oYLC)4vhwLh&bNr(wlmXxwL1I?p7
zLVqj5&R7C`Cqm?ZFW26NH?+UQUge#-8NV_RR7I|wIK11?BYy?ur2%Q59_zFWe{f?@
zCgQd*`gq+}!!^*?-f!`%NNT}|nYFFG<IHgNYB~wY<;kXQ#!qxz$1v2KL&1rYT6{l5
zXweF{bhk#l&uCD2fAwJk+a~Y(sv;qaP&%&vkJyN;?qt|!O9@IN;LPtsEk(`|s$;X9
zi}s^e+&**-XBWjqCR2)&b-ivD>vLGy^N#4+Q}1XIubSbjTy-Ai#vMO=XKYA=9$MC(
z#hIn`{v=}(5-DdgUBd9l8(x&Wa4M~|8w68UCnj`6^yeLq;x`m<I|ZLx79gIsn{W5O
z7xF|c9B$iqI2;j>u)SUP%~mjIOO5l)t4F@we`0xa%pWM=oO9wAalHOqua>uH%p9?`
zP1=3>`WI*FRKV5~s)?bAw@<Y`SwT&olP`XJHD~X(0P`yxaHfRm+Zw)a^?iSz^uCi!
z>q5X1wHGLB-yZ+!wdc@FRbSUj1^>IDK&BxpBx#WN06MVQ2koO{RhgglKBk(&Yg|LD
zg3X}j1`W*MP{Ec^vS%uy!=X~-VKTyDaz<eaeql<PVJa<QC=sM_6Q)HTt|J_-XB2MW
z7jBdpZqgENwis@46K+Kgvk`{b8NnR<U{0B+F=v?TBFy~;=1Cs$N;tyXDB`tWgkNTa
ze@jHbV#NEKh#>OF5aGx$qez%vBr-BHGP)%)b}=&kCNhycDp@!x)hH_6FA7z7&Tfgy
zU5v`ViTeLxlow;VZerl%vAx2v{YJ5aezB;Y^Jq)#II8e`6N?~^`zjnai$S`^gIf*9
zDi6X;tHa0)!YogWo1w#fs~acMgO&Mj>Ef8W__Le%1VDT>9qt+r!LCz0$1|SPAdLG+
z43xZ$AxJ!0j6cOlNC03a5+qdf;BI>+++;qALL@v|O8CQ?2yKnWj7m(@!rWrTz4)0(
z^*I5Rs3WFGLOLZuE0QRqFtLpj=rA9ZBajI&o@As_%Dqt%Br1{oO(J_m;?7Mn)n^?3
z7Z}VhQWz<cghx_Dvy##fsR>$`oT$9BG2skP3iBHbm{pqbi&Un=gg=of6cx!5#+X<l
zxVtw=x@-h9n`tCL7{<5h?js2>EsO`H4EZ-HO2)~cti-gSMD^CBbVRC_NCI9~ItD#%
zlqUv>6!5-0(=rMpoF{`1GwXE}>YfZC<CLu1G{92)`@>XCwoE&UG*}eDk`}Ps7#OV#
zBq2yD7fJGp$}&<;y<bcxiuzlS&Z~&mP);vm%M3Hl22bOf)j`ZWbBUyYM4OO`HyF_`
zatO21!p|XcOAvD{j6Y5o=E$H7Gt9&UE6m{5q<3uDRLa?~TU;|9C;<RCWDF$afmRp;
zN0fn+x7qF^xyDNnIb)#tIYh`9!;~)Rjd5}mJZJkhtD7SCDI1>YCIBTft0~Z=60`Ax
zvd`H*5b*%b3o=plYQCs!kHZfc#y|_L6br4?7`hbVrTA{P><mO|hE@KJFd7~m8r~g>
zDFO-33(i~f$*`d1FMuNyC8UXIbj~G}hY(YO0;Cg0lStMpku2a+5syEnfph7lQ@lJ6
z8gCsKZxbL*2PWV_y>zi178=D}X~i2Lo)nPuysTUVNNa)-9+Vx9fRNNdCP#8>UL^C~
zroVT_fE*Sf4X}!NvP-`jq4A>JC;^%*s_o2!CQDGp&t4&20M5)Vlnttgc>$CS$|ln)
zM3t}cJ%JHg7^pw#Dx(k*sXVWxkJ^+upwXhID&=XOrIAOmitutFKn056O4XGM(xIiW
zgZZ6{rGhHN3&8nUXc8z@eGVWf$SrXO#!vtWt@13+D=U;!HB5kPZE2C`kR6pI&D$bF
z|0+Z0(i%G4335oM3iz2P_!1Sc4g$xqgA+}vpPiRV6O_pyz~Trn!6rcByqW^#k9mM4
zcYxs+A1#9_e;5M;RX*>S)ZRPgMIz!4+iDH5@=q&cwXMK>Jm6;pV1Bw!&*;DcTF6hr
z0JP5K@}9dY89KC{BfwZC7~cwL<qV`*E-ax0;sa1<97@ImR5kgiw49zKl3{6;_rR7E
zLx7pS`PqOSGl>o}o(}WWB(o<In@J4JC<dk}_{6kQDoFR~CuM!tDEJPQ?gf<nsRW~|
zR>~s4vWP;-m>NO=kg%?#{1)<~BCmQB;$4}yvh-nPB!Su#bMpnJF$ZRHdt*Gom%bKk
zrWGKQDVPu5njHhqb@>t-{fPy;t;-oKK~VOL4o%vsev-XTl&(Rrt-g>FNP;LN;Q1Ug
zlFjIhVF8Eih!)AW=IQ=!Nq*ZApV*kB)yjPvGlT%r0YFSBGc5(?LrQ@K5<7EqzA&|e
z#Q<%5o?ujLSOievNmcy}fF|&}05k>`LlhDcG&j1mm$Ow4ja0^D6_TlbGzYZAyiG|u
z#sG=8f;i#jo3&kjIMdi51XZV<YUhG#)3Pa8*s7Ds1<afH<yjq=<G2cbSMZa)aFP;;
zR|f{0RzhNGzGk<-%+8i&Z>h#?R6R;JheKAfF-$pHlj=Gkt9>~<xE;edw3|RGsZKg6
z5H@Eg9{|Lh*vY2_T0HKz7DGKhN}+?ljg@yVH;LBuWU4fyQK3D9gK>WY-u*7cOU$08
z{5bj|&$14}=$t!no9>m>0U7TDjbp^aF=DM+o0V{pw5V7@P(P})tf+>P)crVSpeF#3
zp*Wa;bHEzAf>Q0%GtV}`^8vA-iqrOdX*d`U04!N9E3Pc#9<QWm%e6RfHw(h}<<b&f
zfDs!s^rm{KX&j>pf$J0%y+k(**+dE6;n}wUa;yHwQk_bxz{uEPCR5N{Oy}ZC>(<*5
z%778U%_hM_u;uuOL>-uypcx-fCSzKM#{;}rYOa3MK%|vRWCc{gf)26eSz5J3Bl_NS
zp!n@j6`;TV1{dvo3K|3iodVJ6hM57N9@l;p0G*`nR8Rv=;0#Q=qVnuLEUMFFZm5qC
z{H%RKa14Al)+{eIiN}LRKmd)2LKc#pm#MauSZHBb5zJV5ezq(ay2+gqp1??{oBDDy
z^@kGyO$4GQFXU*($v1&A?*KUF!$T+IQJkQt)p44{&PCG!>$hK6#;OuU>sVI6nQhZ3
zyDttvJ2tM95iP@}f}Xkp2PvTV1khL1Gh|dyYpL3++!@iDnUsR5)$?fT%^68^00rH!
zocSW9CjfmD_?QlXg9D;G2QqDrN8ZmSthQ>qe#tWhcT~<Lj*hHXf$2KIQUs%RZTU>*
zlN9VVI4gC(u%WV4Gv2t34^azmB`}-ZR>UWwc>s$Y>VSS%fOIFYrvr#8|B?ehkLhN~
z0dom!K$^{Qd`=KQ63|6MFd<;|X*p-^TYGsY)?fw4{F&)IgrmkOcN7O3>aJdC23WDS
z$|IIqus}fKcrfGOL(T6tQmmj=h=qz9w9bbOG%W!7`P4us5ONMo;6li%&n9t!m=T)<
zHRH2y2iU4Q^K$00*QyfP>tg)tM6G)J@3vn4E-j`37PjR}ag166R`9TEyidRWaD(2&
zZ8#Kc+`C5a)~x{WHv8|VF!5F&C$0{~%~GDPj&Lp!a4nI<4`kJRk@N&p;8jdwEep}r
zF`ty~h<|gsuXmqlUc@S~qJvu3jZ#oT&7`20H4C@q+pg|VCr_+<x9BA}jurq6?%M8n
z2Y_zQAZ5)EveiIJ0EiZFFv+zwdpu53+qzoyWvPAX+uM;&|2l&+z~i%0CmghGwRzm%
zySFZbqgkT^hhKTQw_VovoX+=z;-lBCaJ_4{{my3mkyFy~i-EPkDDi$A^MfRHkS^}T
zT;5VgcIWCt71abd_NeQ_LusaeF}_OWq1#}<@AdC_g=T;To5Xy9uDuk`qt*9Ej)48z
zOx#fbgr#m9j(ZF_pQ0rI$w+{LYJnXZAX*+!xa8dA#PLGT7p>aP_}T#>z}M#l%j?IT
z$?O#}T6F@)fSmVVy-%AxxIWU{jhY5Q1vGxRub(=epT1m=-as66bnZ*yUZ4d5_i2$J
z=08Asf*lNtgC|<w=hVTId0({0%NLJ3DbKn(mb;kMP``q8;!?%<l<g&=>-MJr@4Qhm
zI0V-PXvG614m=Wg4|PiXLGk=*lQw2qYM+|!0@c3{q24st1fZr?AfB_R0g}-83l7VJ
zj`!br@h?g8xA?z<KZ@1Sadm;a!4j7BqKVa+(TB2A=VU=OuT&~IxMtL!Ug>?hiLrzl
zK8;z2;~;UbpP!Dwad+Y;78&ZU>7~A3;a!GHuHC&Ki0fJ!oUEdfI6qpMkf`fAq8eqS
z8MPDzdOyrRGavL;hmwEzVUPIjs0F38jJel2OMSelaC!x?0zBpcJqg-;f-G31g<o)K
zHa*3^o0<5|pD;kl-L<w_HQY5VkaO;hJqU4GK3r?|Xse&pSg@vp+DKh>{rL?~K#%YK
z@n!MHj>YYB+*wMV#Sol10KJSHMhKdtxA3BLp$w(46XM`p>suVTko$R^^)xhrM&h;i
z?AGT9Jan0$FmJlSU_2TE>JD!!>9TNi>t6B5^8$xVUdMoZHX>q83US%rp5P3<L!C19
zJjrlM{Ug0f{ThpbZ2e<{TJz5LrFU^lL?C-?E7ZlGzGV=E-w&QBU4TJAD;h>lZ!@?~
z!9>TMs?=wLODVwVyt-wp7)ws`{0#8OI8r%1jlLy7L^l$gC(Iy+tfO#{A%7+nnon!;
zbCRya%Dfv!V|x9!@a$-QjV5aha+$8Y;yMq7;)3O4wS*ZwWWxAerM$VPhpefEc-M#N
zFKmYsBs2_O2em3DB=h)uy*In$4a2n2DCRcdKbT&*I^7uhVEO0$N87hvJVAg>Vd2eC
zocRkWx<`ADSi?HAISNA`Ibf*O!OO&4(P^vew>~F45mUxUAEf&Jg&sywRG%zqiXW1r
z<n@$QY_!f+fojYu?m3O`&S%BPx5d!tFTzG+05HEWL1=IyXM7Ld-nZj|h?~muIx4g=
zRt8*>&=ZEiF54H888EAgl98|*&X6l-tOUMit1-{;DP2mC^;z@p`}s5_e(j`G*cV{b
zRpUS>03+aC(X&uU;g0GjOor;Z-e}=j1e8lc{7~$XF?(+?5zCBnEG@#75R|(f`&ohF
zusW$r(lT7Yz}V4NVHgLGAW`@mR3H`2@?D;_c4tw^Ru7h2W-4rue|cEek>fZxf=JWb
zYIY=uph!>m<)a@HBB!iaW(MYYjb>g`^380{!%u?1xI8?s7H|~kti$k$Nt&k7bFjyu
zy|iu8(0;*&2HD4yE7B1u3P+LXw8I<;Or#7>m}ME>(NeKO&f}qTlxuYi_^)P|TJ2H-
zagv3=Fot;hZ|}JZ!z?38lZ{ldiEdPSs_Tc1KX4%5`tfEeJkoX==RP|DJ`*piw-sCU
zv)xJgSk`v5{Ay(`2y|vI6883xN!o#s04qK09a}2KX%ybECwl+tdo^_0o%vb@mrj=o
zc^bhS*T^Y;hdJDy5AT<8D{2(PUk-dWF@$g7F**s$+cVRnh06g1RVE(4Di@6bG|h@S
zKE6(rOSqQQ?H>&aQda9`Stqw!!hX7nYg=b5?z`q|n8C@=+LeJe^4#x>Ul`Aa^MX!V
ze+{>wn)`CArxf)$a&$@!rjbcT&5Is<LZO>+aT|cv*FBKuxxQBmLLy4w^9!zvw`7#=
zu9(G)u9y3Od_3>|mIf+YO1}J)(s;%+Lc(a|<ZRjbz*zu3u^H7}kl3|8BIFS3Q3uaC
z@ROSr7;dVBK0Z%II1hK2e3|c6?HxLB?&=@Yv#!(ve&nQm%(V0>Dw0|Y?E<ql!re)h
zDu}hm*$fe>7(3SnBg(+VP}If(_Fz0=tl!B(glYRvBCB_vtG;1{`W$Qc5|b9u21Ls-
zXQ^dbe1+3PwIkhK`%V*u6-DnNsoS+;&}9IiZ#ZaZ)Hw7qjKqZ$vzyW59BL)3G8N=j
z<<Bs%w-1R)n}3A$n{aH=s(IJJgn9|%U9DvAj)YZo<{iwtw39tKeKQCapE~Gw*r0M+
z_51Jej17t`4#mG^9!X>SIIRYQd6D`J8Ht~8J<b_frP+pbP)7MnE0lPi7eo*V01vPY
zvy<`4hm$8iHRep8)Dx~a)=GHNO1;U=(U%;SH7Q0H9Xl`&AJKfDj62Bsjqj>;s<t{t
zOZ`!#jLD%2CVhX-XMVdL=NC!T)t=8{tZ{(WEn{aby1dL4>4z4*%7Tl!Sz{eU&*eqG
zmajfbdonCVlt<i4iS{*TY-IzPIn)%ZHdF>8rhD4V_XHMY_x4zvh%i!0)4pk|*i{Ss
zSVl#sOpt_n&QC^#udYDe9M6keU`M*%1Z;A40)1$o^r2Jf{NX8wKKY7ey}+kT1+TGK
zQNK?y>rk&PK9yS2=@F&{4A~k4JAb;ysAiBiGneJO!y`=N!tL`yG(V&ydH!p#X+pH#
z=oje<p8?M26`!%qUj$WRi_$t})$7-qJS*fiFT~}sBh2L;wC+fCVtgT7)cK(E<>f;;
z<u~>Sn;pLTZnwR*=oz5-tur^beY~8>=-h!3t0=5dkAZ%)_mD2Oh=j>XNx`l;qR|I;
zG`7l}qsr8llcZ%|;v0<s4>e)(rm`(Z&eHwzQ>yY)hbiMN5&Yw((9h>>B)AMuxkilA
zarB$f6+Hc7q@{lf-bBtKAbVko9W2^ut~j?YRxtvLjZrC%^Dj;fI}hsHo*BR#=MYLq
zb+Gd%MtCm~ry(@r+emDSP^@2H9e&__v$$<)0RK74kb}R;!{2Vm6_Ky94QMk;(sLNV
zl;nxEHp996x;Prs&hTUP7)a2t(D}R9^YarKlW_kz(a_yQe7r$&Qb}lXLIYKb*adjz
zp#Tpv9vthF<49q-G}RXBX)Z-jZ<#b<$fX{+tg)i+S(e_IqT-tKxN>IzDr~aWSx@;h
z*HPngsW}kZICsVl8pV~PN3mwh_ql>SkIJlWCY~lu850W2&N?<XdFP3B9&7v(neCRO
z5b;jR=;D@pGbDK}i!)-auraPe(Nj_4rf$=4$KOO(0sbV08zFo{xwxUQARtTy`i1rL
z)fy+`5_`#3FLE^lS|xE(a-k~G|LtymzNx-x8}25_N51-pn=H(bvbQs{&ZyFW`|>O&
z>0tP7y2htIqm1hZ;JHJ__DECLR^3Z>@alGb8;tuE_3%zVZ+KX#{edu}i=ZNvwGwyU
zz-gYx`~9pHs{NMk=UrYB`V76`r*G*0_#~!7_bjn|equrVCL?6NPG}4X$Opo|=Xk8{
zQUBqeYCL10Vqp~-bU3t3f5#b~PNT|US)*<&cI>aYyq+?7(^cVql^bDu?7N@TLdGlD
zS?9e}m9K+^o-<G<nIjwVPI!FH;+XLHAi59y%?{Idw+=(e=b#9W#Q~(PvBJ@u1Af(L
z_ubq)FVbOx;KR)dQ}<n)>H5_T=Iy$2*AWMZBI)NlALp&OoBm>=qiY4Do!zdx^{(}s
ztEkTSz}1OfSN(&KKOI<x$Tw!!k{?SWTE9J>x*IvZzu5>>A3ha&Tjbc7n6G)e&$SyG
zq91rT|Iv5lw9}u#wF61TqA=gn9r!7%W7SeKa*wE5E=1B-S7e%x^9?E=EZf<iou8`$
zI;-mbT`Z2QhgYAs?nFMC)Xj%eiha@TUgZ;iun{}qkoKqI5V{P;2n+q4BlSBJ%t#0Q
z-VUd%#&V7f(IsNMUt*_^A*SbOM^ts)+Y~BW!*5hMb1#6oZ>1Uhq=hr3sZx8ZhT(e0
zNcdh#GX73o4@c&lsMM3#=5(>%XT$|0u04FNJ($(q-*S2dQ==1gX>Da&0+m@GbMiUJ
z)^olTZmN%*5tHWSlx3`Y&Y~vE;@!*Y-6!WA%|0u|uH7W(-@gayU6qyM(QA7i+s$y&
z$LQIkQ6fdDCnpr!8Tt)7MOD~ShEYPV8(&QPiCNpPzW#YpiO1)10&0Et*aK#2SPHKF
zySLH~DQs49a0zOOH>Qlw(BzC`r3Co<9s1?XaRyw5A@I@1`^L1dO@+B}@~(>|dF<+q
zi2EYylS!%v9K3s5Lk8J!&|jeO;fc3Arv4&kCZC?u+-S;ZR*9jg(joAhU4wrp5E&-(
zpgKeu+X)C@o01*QEb4Nz8!)iTd8;RCGSe^rWGIjy#Mm+{OFSIhAoZd|q2^0b*zDkS
zj-&*Cwd0JU<h_DP{g7w1l5D>cOTQ9pKeT;&n5`OSCfwxAFZ`3Q9fsY*3G7>=k_iZC
zDCU$6j2(&XP-0B%iR&17xKt{ng0m^Nd{*r?ECw<yDikt~L^LRth>te%DMXhm#mcFE
zjO_`E9cAl)u}U@U9Z35TOV{A^^fB<-Fsgdkjo6kbmAa~YBvzw98)&+heC^$TiOt)q
z(~`s~9?{T0T&>7p)=uKBl4Um56QI!70QVeL#*(J`TB&mPO6?P)GAvaMX~;R2PBp~X
zGTsxW-n%o7EjNC72`|o(vvRF%*OT{9Q-2hz_9}LwN4&o`SA9%YZ3Ub6v7T@Z=g5p&
z&Cu+af7mdI4v0xOWGif9LVU7sJiMV*!OvB#S67}&3&efTGkZUA#m_l5t1-bpdDhXs
zQ$m1WGRC>oTkvxfW;cZt$3dxL1}V8)amm;B1H1haD*a<W`&A2fvJQW0#%O^~$2C4u
zYk}T%=JIn5n2qnnDn8&y%zA5K(DbCBjbW0EpHyr0bZFtoPnw;Vg)vUy%eU>@r61}|
zN$@L=h=<UsPxqW?pLtJ@&LF_2hyyRJ2!3_K04-{WYy>vVV<Y4=@s;*tw`uydwkc|L
zF*FsGTy2Q@R0pTFqN)y&c`KEcHsisxK#dMCT!r&WnCnWpfLe21e1f;M0`gAFAYdF8
zt8-$eE8sRm7pEx<5qhD<xT}Up>QAo4nNCI<!+57e-=QJcI4jkuBl{pM7bmy6-P=Po
z!uQbopr_NfJ(xn=%Lmb8r<qlo(+ir>%EB5Pm@Rs9GOEng@xZVA%x9J-d>pe=Pt|A6
zP-4~$W6+jlknX3B_L@G7THEs7yo8%hK5*8`e1@Vy*=9}8Rzj!7RnM_r*O5janl`B?
zpsxF_*}2g`XwD#iOnI%N^C!nd`#5THWq>iQF+gDE8mYJ7Lo@&Sq23b?`!1fY*Pv<&
znRZy4A$+Iz@=7;OX~D;SCJ<uuyb5M}@O96ubw9fzOn(6OWG1|E!OWgCac%m2qd|1d
zB1aXBl};?wzJ;$|+g)!88m9*fuYEf)$1S%cP-Bp0ZcIsKBvzt*XsTq|7!NC2cxj(b
z$iI+#x}?ekD+t$jkE_u1Y4WgV4SVQS&NHw`Gf3_nD>v5_DOeU3Ft~6PuFf;mHrIl5
z&XoBqnwlHUJy~HAUP*Xs7@D_GdiAw<VnL5-#;eg7HIGhx9_*|RdVBz2A705DQ@)xR
z?9w-R_^F@QsqOG?a@}m;cpT+bgIxT~e3^`p)s1EeZeLAHmuB4%j;H$BrvOAv$n=Cx
zmAP<&{Ib5Qd8x$AVQ6jMl@7%s5Frn6Dp+feG3%4pSyf*vutT)@%-Ww09()Og(yedT
zbhseEU_GT($jqCc<`O>hWmjv6&lYHrA+7`K%MV|Fw`uQ(o36!e^pY6QFj{PzTkfo`
zhc*&Z7c4Q=jQtph@7*;&-%ZT>96SYCyBFw6=OX`O-x3x+ix>$$d}m5;w;Uj`!D_X+
z?Xslc6FC)XMSyGhfVPy|IfI5b{rhzDdll5?eEpBx;)UGYABkA3GB&KPby8^eumqp|
zgK5j$>fPxYtT7S|V2-!9_0R`n)k0d|PN>dyZtc0P6B}5e`OPpf>yW!|VB{N9L(QDr
z%#CGj&@#=r%G4zag0U==QY7>zB<2=yZK&wh?WJs~0<8D)mTqt*gle}qx@>dROsQ&D
zb-8xv_GT>BHl^HUUFo2$X;wF#n<YL5qz-mI-kUXX+cWZuMq?OKT|06CW549nJtTJK
zxojrQceD)TPR-XQ^0t4yGyOJUV{kTn8W+q{wj|@eOf>ljB57+nDQ^h1WVT-eGxDmE
zI+$0(9@fkpmMD1Er$d0d_8LPD2G0f0OaSiPi}IE(UCO87c7*mi)4C3xw8PGep)(KW
zg|6k!3j3bxmbIle-}JxvA>CD75uq2ma|kiVfcQ}dLH+wX89!u`-8rm82^!RdZ#X|=
zwmztjY|_O*cPVgsl?j4%;lE^NiEJXK(6XYwfd!(zy9DSGO0ZW-PH|oM=<ya*QZ`9Q
zp%<u&l8G?;Oputv;r+1f{ir>)6d()PY=8mLkP7!O3d-BVcU=rc9|&e5e-U&Xrgej+
zh7l2N;EW{Sr3yMqD1Px`*!gkmVj8kV6T`(#;JE(%T!Vp&to?D*;MZoD3t8H6D>I_4
z>G-VwxFdg}bI+yk=W%!ZD4f(ap7EqtW2jHT)m-mn0B>OM^@&{A$*_ChNSP~J!%3+U
zto#~U-E}fL=87!6f!ftUQ3vf8<VmPQ2t+F=)*>2V5N+=n!b}h`i)``Gf-xImy}Suq
z9*p*^Q-)|kSCGOUnIUO=Fef@R890cuC1lV2%+U|(NRED`AMFVTIa)zk5<#=f?ppO?
z9xb7+0Cab{FefPw_XF56X~auUsAJ;U-uttI*HBMS7)Kq5V>rZ43CdP?_Py+x#{s!}
zB*307j6V{_9)tBO{fq<t{eJR0XB~73>Pfi`<x&FUJPzXDg#DR}{tY|lJU_+i<`sjV
z^DBh{34$O6p0yYeoQM~X{_qhGd2(sN%F};P;zWog28qLeP@`YakzLTUTs#rFU{JhZ
zG}OFca=c*ny<myBV9mH-`*^|Le8Dkv!MSk3wSU3=>*6W;B`V<jjOCJ7=#o$IlHc%B
z!0}Sh_wp}I&bSo$cq!V9qRE%y3zri6UJO_m|EIn$n2#MtjF<2^s_gq8SzqtJWS0N6
zIEu`o>poU{$F1|8%_xu=MP`)(csPh<P$^$_3I!1wC6t$CV?;%KHBoBzKSz8yd2~g%
z^idsODO#0(Px<~AGONm|ha$5?2AU``OQx<%p{z@6phIM$O`t6QA6^!f@^v(%cx_7a
zO5<<J*F*LnGRxwp@-#r1+|`=G+kqm$mh7b!hp~~IoScfPijk3#wwjvZ>$m@4SzoI_
zcQc>=jAbFM5aDFu7ok+X;Us~Pgs6zGVF;T^p14Y+kaaMfbIcRhOm@FwcBeuCkD{k2
zEK3t^DW0am7;VZLW5k`P&zGzt7^O@ZZ2gavRmxJ-&6QS9*3=3Kl<s<Ili~b71+w80
z_)(EWX;CD3@uZ0v#1&a&F=e!wWu)b(an@3bmXBm%rB9M;g_=Kcmgh<QOT<oW(X4D!
zeEmj+L;{X>DSzyd|9?bmVy9nMo854WQh$fvKQ6YW&lNG`Ha2F|_gPF<JWN3_SW+$e
zxnku19>^Md1UY;BFM+IaN{n4Xf=y|v=a(p>lE}YCHtXMvY)i|hn&y(S<bNf5ch}1o
zx0+VhYueien+Atl7bZqVM*8Oe&B!jV49-lB?V^&s{{dt#FOGih|95-6{{_eXAMQZe
z*-!s{J4?jSWc9DUFXkiYzxuxYWpdUHWjMw9|FW}c1pnAsJlSM4AWyI|01bl_7Z}8}
z5C-XNYC1Lj+xJxu>gS$eUI?<#4Y8}LV^T_W-Hkz04q;5?Vo)Ayt>2HB0|>WX<G}5#
z0Qu&!k501r%NAr3xZ`kn3_=z`sh#u0aCe)CECUAE4J8fh!mIDl0<+E2DMWD~vjJ(&
z_h8IN0FE<Cj;kF&335r$30KNxp~Kg*9jp3U04?PMW{ZIZ`R2v`fa=E7A6I@Bbu)A$
zfHE%eqCWu3k50OrsnEn9y6!-uON_OH2EfCb-3)#3IoQ%gMQYQ7el87ITfyzhH@(o5
zi^H4<;#suboRRE2iLLDvUXBpIZqap0Ns8>}OUM0b;#wxsyb=PIC@1q^kwk~{Kt(80
z(<B`#cGU{C*<yn<I+)Y}V$pNE0&uR8qHqu<s_IMlXa@~csefts(%mA|G1&C_&{0JL
zEvTOd#K<%8h#Zd$Za&v>V^9!EdN<A&$!@JKy~Jc)kq_jgSL0VgZCs7eK-t+x{TOyx
zWf`??hadiL?CihweMe1-<v<|LmuxbxpAf(sNhMP9BGGVX!T?8cJ6zUxQH)%T^W6O7
z*+exy#;xCyvAF^<PKL>4F4%tHG~<?<Fo7~8Wj%A$In!#DW~ezg?C5tn5M7wY^{jFr
zGCji{kQ%dE@75ZJxl>@L!M4;qhSdkTbM_w@`A<2FlgGdUg!PJy*mk@!i%#esGF;uR
zUeb)w_e*>!#^^t!H2$`Hlk&s~I@)kkS)}D7^n7vxLc$uPR2XLEh!jmEYV6RpYu4v<
zGhDpA`{+<YRyp%1>}@}$96Hk1h{}$p`GWBDTG1MtxJCIT1F;%tF*R=?9#D4bn+%(Z
zxZ3o1n+`~W0s*o7i{xh10coo4+g?*AbArlZRLD!koX3nCrRd3B`MYvdv!X95$8z6z
ztDpFZN|y#J(z`D3c->!Al4zi=O~vd4@F8M|@1^JH;BTymXuscG5DRMFUWWX6PYOC1
z<3e1aKS&@pKH1kNE*tpLY%7`W+do%2!A_S1fdBwd^+4_|4P&5dO#UrGCav2DYz2~*
z8pI<Dilt|C5@<J`zhP;}c@xGi=3gK~EyM(-40AZ1q1z)}BynMs!t9Hr=XtHm$e&b8
zi77mldxX-@)Fs@=Z*Rz_Nl71tLO$Cb$w(2|2**-XItQXJTf6#WJf)NLc=5}Y-iW)Q
zV~x?8&x~Pwl+%t~FRNB%LxoKL+l5TUyD+6N<1K|2Kk<ivX*%>?g$fP(o{AqFacIV%
zqQp8hA?F{7k!mGR$VP@0L@$yOV@nuWlt)xdE|N3HceE{rh%}D+Q?h>&v3l{2=A`nb
z8jF^y>nRf%6kW*H<|=dAqWZoUAJchyN>#mIs2-euVd^$R^?gUOtSkF7Sy6r8iASog
z<h)Fy{L1_phiMLyd|4V<%mS^TAVNPP2rEypu&UG~Q7#>XLy3h=$vVU**@pN$V1PsI
z8J2G9xBQRDVHWo5C@lS-x+GOb^6b#j=#Vc(B<McjGA=z@rn9}I1f39oleD(UxD9E`
zaJj+?0&3=&TI}u=N~Itgkvs{+_ZtpXxwJx;SnR>`jeJ2PI*qC6XG19LCdWYDqpPCT
z`zSuBp8>`mRb=t4e0kMDukCPxFvu&HiDzGAx)tQxMU-!p_L1$xI65Fd<io@LKD%BL
zR&ZGei6fU2$9$U>Op?FoQKvi#%xeDyvyVv*mDaR$Qp>zcpT4V5b5xnh;g<OryU4~6
zfQ8ECUJ=UYq3NXEv6Q_hs?^S7*RS!P)9xtBH|=yZY{!}ptOOM}$XA)*FJpzb_0|x?
zA#3C~{HK?fNj|-q<52#6w2<~iua39$g}PU?Q9gImXBjSMI~LU?Nn_I7Eq<U#aW<&3
zGN?W;&(Z0};oPT-%Z87*2U0VmCQV&Ug&v*ZTmU-5==r%?s)++dS=3p&+SyX>@E4xg
zF*AM4=^xW?UT8h8S}nGCQZeB(DpVL_?3Mft?U*xIzrIqx_Vrwq6~x1DD90cyd!eQ-
zj+JZK)HK#vkF4$7$>Pw|vb#(V|IP5H_ur)!HGcl8i#D$gqQPF;wRqC=u2(@fPgLVD
zn-8KhaK>6&IcFGo-CHU@V5FU6a#7pZxc{!ob>(>dmp?HX+u&({>HWfQ<m)=VMmFS2
zuYlEp3!_IVi6;rc9i{ZoecE)w&qGCG^rxIjK9F6XN%l}_{irmkF?6qzZ4SVG^j4&p
zm6T8Em-E+@^xI~5jclA-?#!Pf@>U60eej{#zDK-N?$-&<<X@cDn4i2xKIDB&Y2`Sm
z%bu@BGv`XLU)5?!&LlmDcxCR2IdolIf4%JteJ`LsgFH%|5PMzyYFEvf3zuR}E6-W~
zs@m?&WcGaHe4U?{8$!-eq^T?axY$ejgyef#NvD1Vt)2K{FXi>ppxb4R{JU9a$C1gc
z+}cXRxHUt=#r%&!7rq{D2WB}r3nqULo46RWI@19<k_zP?o6yud!8$&NYft1$GqZO@
zi{%g3z6sfPdWU6q!)$Z|Sj!c5&pn#kLr8^cYjT|kidRS<J$@N=>iolO=k?dYrk|y!
zo(_~m^L30u+_r0Kddg<KM_vZE5rF(thEISz2upZ#bBv~5fWSTga^Q#SuQlJ)xFCh^
zAEll<9pkGvKtJcAEOz!I0laW{&s00>d%sAlYkF*I>FNEW+KogwAHsQ1{b8TY1SdnV
z!_NF|>jbV1*Hl`Q_eMFlu&DnU^V-+0QlZV9Q&%Tb(4)Ff{<*sGH+be$bGtwNMIV3H
zz)Hz$-ymsT9yz^k{zHAxbnwM(dj<B@F?XEy!>^7%ldb~T7DokmS6eQ~jSuuhSwH5~
z_p$T<w}wMrC!6tKU?StM@td12P0Qpj{s(vW8PrrCFZw=(gq9%En+j5-_uiy;G)fD-
z2uc?ekRnKzsz{S=r1#!yfP@|hy*Fvn5wQX0IeGTJci%m8&zbY$&V6z3yUb)VlbMvY
z)_;Be-`~F8H<2ef*p46mnI<CVA2?0xly}I$roPt$!OgFN%CxLEWkR-}g_t*)Fw9x^
zYCC7O1Ux5wMP1}MI`|s*$|sHC`FXngkKH%i+T;oBp;ytq=FdXYwhbt}4F#DZZU7^M
zc_XC#BV;oo<Xa;Y7b28@|NqR+`bUUnBxrty4+AJrwdC3C6j2DWSoTDG25gD_zFmKU
zR4;ipBJqptyKN@2FaC)rRN~6lMA6S=A!qMG&Pcy8kzMe<+tqm&Wk+_2Ow6w(-!Fw9
zwbGo)CXvX!{}J>4w=>!7*Y`_IN!*+7Amr~~t0cWae0byao;>qC1>d{;v-ebgZf3K;
z4?&aO<x4(WAPoskK9&7&iu~}a^#iLe;oa3x65!7V#xVHs87WO|%6V%F_z!6?Dw$R{
znRA#_P%im`iA*duDHins*7i=C{N`wFia9&*b#01ZEQE&reXv*RH|JC>^Hjk<q+9_X
z$jlSP%HGFPQ^1+i;9_ZJE@=vKAC=`kTJZrnncq8-r-vj#?D>*|Ro+K>rC*l5kF+C;
zM3C>3rFrU74~u?;seGhKf*?_8FZW45$|WQDKA0oYY==pa_+)dh55Ho_SpqVmVl!ge
z(nrx5kNDt3o=Qy(R2T-(d8HAJERy=8Pi*GP;cPn>B7lax35A$ZXPxTgFvey@2V_K^
z<>2MW+%jR+!|$d5#204M67T@x;B}hXTsR_|R`esa7i4!I(#Q<7qy{1pX{LNRDFHd3
zUGi-0lFg~#<6|@MZJ#FO$RepJs`is+@eo)ofHEnUsuloC%BI5St`a#YI+w-^LX?~^
zVq~`*;?tIGyqIZ*f}{mNEXz_-bU$3{k`ZF_dF9Cjv&cT7U~4gOIy_h|2@J0V5NBAy
zmcUCcpW#b@n`poadEvTTUUF=%X&Yo=F^?@U&15mtlrR01DffCf-;|#WV3FIq0G74`
zD~0|mOJ(r@Wk4}}39MM23#%=L14vf(iyPaDllg#j#5Ek<Y_s9)kK|c{%sHWUMWHOE
zf^lR75sL)p1CR`{6?_14zATd6067E}D~<rDP^E4o02MnFG%lBFBUeEVNJR`0s{nm;
zfpjXF11@=Y$|0|lAQmWy&Bn(n{?Z6`GC_W_R(`Ti)F?DBiNqO57*QZ{2C~T_swuE@
zR)PIeu3a3Mh>Inc%2vwCNGX6&3KD9)Y#)~FLVloMd3nWUdB|d>1wPaKti;T<qAjZ;
zlA@qXheVRPriY?ZmPkEC!OnVM5qzoSWsw|pu|pgfx>U5fh?=1wDPAIe09E;}pDD{B
zcjU9nEvjqyfj3n$x0mu-Eh-NA$?P}kTH7lu_~Q+zYeY9d=mQXcP>rk?p++JUJfH_A
z#*t<4MGh>*GG1W#QW2$SmB(czr3!Glt!yDP_ajTDO)bPS^s|jh+F@B<8gtW~_zENa
zCVQ_Ydwg}v5D8J^ilgeq*}>lqKo0s~Vd@%Zf#UP>()UY6N<>6_R`cWl;O$o6p;tvo
zY~$)RQU#Ue>3ya{L131d)U}ZFScqM1wb^0a9R(=zihM>Tz7_x$C)ya5wtI)5)cEFm
z@y+M*U`Zlvl?O|?Ru;vB@7sZaSCvw6Edg$*I&%~y8bwJ7Og#Y9@VC+dK1WejN5{9C
zj<&vwZ!*g!Ke>#nrv{5A0j&?4>@C|Q&pMy7Ha`<+cOp=>^D9)kvsRX{*2<vD<U(6y
z;))yef$(-zOGn;|%W}OSNbv~3dZQyozZ0VX{pr>-a2VIg4rWdQrY`s3Mmw#qno=#B
z?cLhuvb*?#YNRY`BsaQbvl_BkilIwj$_)Ty34A}an|ujHep%k!0XQrxj6UpUkpDbL
z4*kIj{iQ%$1nzT4>M0wdWX1PfF9QhzVD>X07zV;Apr-`7zVSCdV{I4SsJAPxiM_0m
zKC7Y0X^}?sI?GpC1vb*L7q0NN-t@vYSLB*)5P#~~HfIq2gr;8t(4Un3Vr*^2I<UW%
z{ePEx?uZV`!$8U_O&~$A*hW9(HF&}jLvRpiKX<M9EKpg*S}b|h1!nEOuhLE7hWa>?
z8#J05B~Y%`fpW;{um(Vdj{1Zv2Sjqn-38;u@IVGTpf_yLI|t}j*<V>X=y%lr>!5$)
zaBxNeqrp}aZUB~atF+5%u(=$CUV`r<daYT88Qp6sD1qcGjh58eHGySq6_A|kVbpb>
zRT578I(8BTB<9HPoZ(o|BdmZycGSoi>!>o@sI>z46<hP<a+Br}NNl4mmZDMw&>(t<
zk&7>m)f>aGVP%(!a$Rec+)&n`xoTP24D!IE<+7+C+~OF-Aqhv1gXAB@&UpbDynyr@
zIH}hoTRA{h(W#1+9=2M-h!}e0Rp*qLDA>LNJV`n6&0^w{z_egcLr+cv=DNA`3M|Es
z$E-9!^~)wGNR|Sy+N|Z&<&BmqlL+`MJ)D#_cQV@_2tfcy5L5KTdl`73?Oz-#9=Mh;
z^0xw5p3q-8*6H@QUqq-2ci8shb<K^=(Y5R$83118xQJvqm+}le9fw!TZqbK-h8Xre
zR+^+WoL#(zW^TYTbwI>Q2Lu76Pnun`0^X`!v{jmOww~ht3*=H7AFY@JbWVX*nnX7`
z9V)=~ZqpG7&2kl^GTEgHxSBV)V8f#Z%A~R^mJWyo9^MYIMio+>&BQ59K1V~mRA!%V
zEF^U$#1a-jDTaV_!$tGl+1snLw`zguU5k##vo>%LGhl8sXwCb2YF`N~0-qMMp053i
zj=Zi1TFxsTPXr_u8@i8$8dfpGhErW3gGz;PyK-x<jj^s3t1~FBYGu?KRsf4dpl0U`
zH=$me3yF&#t%=(ha9Qv*yROAig}Kqgo>8|!_tl=G<2md2=5I<wU*G<-9Nd)K@OPzD
zMzlf7VvMqO9h^M|QyH7m8zx_EAYFsRcWqFPZ%q7!T5nL^9FJMXgP81AXLDy$JQmHZ
zfzaB`^wn85uaR44Kw@3v762^D{^g%5AoqBu#758Y*q1zkEgz-j&y>agTsF&umJ+P8
zDvOrevskc?1h*kV-E~3RUij_UwG~4G)Z32q(Rj=(HN5YPWF~lru6q^Y1zi5SV<)`p
zNcBZFXV>xFu5<O2f9H~S)u52_USv*#tjAVRb*bDT$eQA-s$o^=G2qez3<)Y|D=SM~
zg23{=CK6V>@!MFyVhS%D!%k_Ow*wVjysflY;totdo@6|mMF}6=%>%x4Kd1;kU`DS!
z@BUJ?c5ogD7QU*Nv#bf~-m_jRk_u|yjxWF-4c%765)8{|0VJj>M}vfwr*=@&vz2c2
zQ7RHXp#n>P0ANI{&RYZKZGbuB`#UR}FWF8$kMD{i4z{a1N0&QAR|%a?`rrf48o%4^
z(o{3j)ypkZGjJFlx&*k^+km=4vM5M$+lvi7q0a#qBzG<#H+C|=9w87rG`7Ih;A6Jc
zNyb{>OTizkH@@7qT{E*ikwAPohPB@poR7Q))l+TN+Y~5;mX>6LvDaY5)gdcAEW_*C
zmgQwQ9^!WPUB&hc^6*0IQ|#Qv*~bUR$iI^;=>2)B@s~%qe8b(p3cJtpfa2)gzwx^w
zhJQp>zf@8!#{|}hpwFeN>%WbI-{ciYUd<;S{Y)$`lL?%m+yE=HSGjrp3c7z0XnW?0
z|CPlA#{eM7xjW0pxOKMOb$8&C+vAC+-&o)8PUx?Vc6@OrygP9oU3(UUk)SRX3GHgS
zT^SSiv#YYVsG`@31q&BF)%NJESucCj1*m&?(X>u@szUnVUF@4r7paDTTPKs;!N1Y#
zzr9z09A`iPhx)+V8{)*%xSRd#36T;G7_U-MD4a#ud8{?2?h8C#!s_*QhWd6QtDH{O
z(FgIN#M{z=+h2i>VPg=vkd@9hlqxvaZS30k`?LZ6v+K;Zx1Ztv%Fgb@8M;V0)LR&r
zs;ERj8|f7*XYuw`QLsDWp#aq+6gun<m3X8WC%FHu1lyGV@1(n$iHrj6?86_p96zK5
zt)L%?JB_fZgf0-M|2zr%nyvWeg1XBt@!@AJ>z<!!bVvW%+4X^3%U_-qb1|y+mVo0G
zN;XNRiKNX|Xs5r^_G*XMrrq0cuy&6B%`Xn`@9=4*TZy0R;FSEg(cTt?@QDKTb&W2S
z?rSNnw+x0)Bzv+XyGy@8MOA>LT(v6T8hb4U8h+xjy-_waDFVK+1gL@YW87+PoPQZb
zF$3Jbaxim^c!~{lgP+%b^C~q^9DCta#?8*(Kwk2jL1!5HC$dz8S88tPd5>gtp?Wj;
zy@t3h_s12SjJXDHD3}tzgaQjlwNk5fCNHC^zuI|uevW1mAFDm4k*MpyDo?4_j}dS8
zaWMo95ssj&DnX|_AEdW9cqSYz`r|m>Za>GXPR1naYBD-CKGLqT-z9HcYu^A-3a^Al
zz(kM5+d5Q!U)1bj1dr4u=qt!f29(2(#AJ6Q`5MOTI;Xi=?Dh5=GhCy-6-(jq6L|G$
zm5ck@?=_{(ojl^{swita5fRk#t+f$`6&G|OqA7=nXyS!msX+{dgcxTcGAe=7)Z0!*
z{Pws4`NIsKs!CH<uXa8%$w(zS_?zjB{vjt)o>sevG(AL=o<LK*y=&QznUQUkokQVn
zra%rT8iRXhMXP#AW$m}<8`ha($F@I*v$za1%Vxm0*gE_zVty2MV?gd%?t8AoSW0O^
z=?v)Y+h#w}hxblI!HGA{o5yZa3fvSM<W*}q@adIsQB0etc%?M+qP}c5_#dS$*qezn
zNLKFr(+-c-tT0fOi%hM`*Bg~2P4)#s$`(%|odF-7VDOFxxOlwbH?B%c$JbpJZ%PwZ
znI>!d+_R=@ua9g!{W@Mw+%MtpeRkM=1%{u@DaeJ}eYN}y6ZT}uKP;E<?&zz6@_94T
zGd}OCe2#50ts5<FbKjzcC<W|%e25RfanKy3F7T*j^efZ5UH#9V6$&p`21M(f4Kaq7
zyocZDWXd%0CmNXp76H83$gMq*{v#V%Tje)@y*=0dbV!}qlAcI20dE_+%<I34A&@vQ
zg*k=>af=&l!nSTPcA{L{J5;mBwP_STM7p8DhRk?7xd!H%kbAHNf^n-_#E<7ffnl2m
z$Y*F0<zwGl{L^J*E#<W4)ZPaptA7lpijlcv!Tai&@C}(BiJA8yPG6(ykg}Tm;^hIw
zL7UO%Uy5dr4WHx%W~n_5?Kg74_`TbI@VhhOE-e3)OA*ON6HMAen{^iHgx=aMZ`D@j
z;Zt=Bqlz@vPTC&x60Ou9ib0liLF9$ru2&4rSUG(dwi5C_*0UOMHm325-L~d&cete<
z(4(9_l?v2DL`vH+b~x*aL@92sQI)EQXAP&b^y-jsW)2LNk|`$DIgT_EcJnR20p7n-
zd@BCAwAqMgXB%~QNXt{p4ops++4W$DePm5BF_a%&<QXCNw#tW)G!gp(vBOiDV8wL9
z%#oQbi5<CzRa|72<(5v?&i*<YJi8ovtdlY25{UP~g0E8?P2^^G^f??1-S{MUZZA@g
zyb?~yW5kvkXWXQGz>H72=7NFxnGo-k>aBPJfofHz!*rP<DLpS;sP0~l-$K*AVaD<)
z(K-rs>Igd2k+`T`59^36(TLpyK5Ij2N@0N0IUZw${{HCbCy$$8#!l*{4efGu+cOo6
ztIh{MnP-Zkj5Qtzm}HJPWu!hZB;D*#<x)LYk5*25wUJpa-V{ift$3Q2Y704%_{0&P
zAKR1^O_zeuY+Pv6617?!=9t9{&Q#!}Vuau~j2rkTyIoBxzQNp`4Hsd3my&Xt;DS<u
z!`x%B^K|D(AtxvO@kq7V>h|w~rZ0&*TH@wf_#L6NT+tQ}#kiU_^u}~p4{-yI+l8b>
zRYpN&`OC^Cq#an#n<`h9C)Ly}MSpqW<S9B4WR9isFf+%tmv`SQ?t0M|61TbPo55^6
zNb`h1tmhTB1kaX^f1GRtI~^ODLC}P$;ioa<mqQm?h>yu0HLBjP7E4T}y?<eALVj72
z9P>a}ts!19_gfxyFio|F>MmiUFBdQw7lntKjPOuo6X7dpa)9D*5v5OU#I+}~pKZ7H
zji#bwGu*T@hU*NDQxK;4Gi~*r%{g;!!L-Omv|9kT8tMCb{kB_158K>x5fsqj?nm=y
z<nr~C@{L0gl5N?9$a=1z-(QL>xCTt08X0|u<=q1R8B|%TNx~_94TrR}-jg0$i@a>7
ze^Szm@H?aA`s*+}g&eI6JS^g9*s2T<=&_*^mmpVi4QDn_hdzjLxRKHI-C-~NMzN~p
zvg<P`;aL;@*^5YDyU6=s7JN95Z!POA40wmZszzPfuX!JBx_1T{A1K<i!dsDB!sq?9
z=Bw`?yHU}G^}nI_Yh{&!oBzgQ==D#2&}EqV5$;=5Z5RvqoVvRi+Oke-ZAiDo0^GfS
zUFonYd4V)XoR5oIuwEhC4V)D=dJ;`jbK}0bO}VF@VCEIV!0!*;9S`R{j8+@AZBi}S
z_DozNM<%L#b4?zc>S`rJ)zPo8@hT+GCtmMfkNb}Ys2_oA+BzHD&*MH)?pyV>Z@N7$
z8#Q`xXz8Y~8(J*K>imF2EX91!Y#k?Q$1%$4Irb^;)}IP>&#C8mF;jGkS7}d<Ui^Bn
zvMX^<t)!tne$8R^q;XTOB|~eCRXQu1>|T3Be8@#(2jh-l%lB%xy!Eo6j$PxLt5xoa
zw8VQ^F1sELct%0LS9|qdk;IL-d~VN*1_>=zOT-C;E>yqDri0IGYTy&STwrd2?eoND
z?s$b$hv<mg`-L}@rr`ga4>a69@v4zON?WIYhR(<Fp3DVMo+zC{*1qD3{L*d_#3JOa
z66q$xw(dOtUe?h2V^sT%lD++vCqxp}+Ou<VOR%^8>UL2Nsq!ZMy8qy->|Mr(J%Gr#
z8!w^ec4UuZmG>z-h=JLr`W{k8g|G5ToJgf_TRs28D-xGi7CRJ8Ir(KNKPK3T>qvYo
z<4Z}2P&uLPj$ZDe5LC`mxDQWNEn$}_=BwE6S3=V&9DeVlyXZ~ni(wE{p6f?5OR5z+
zL-#masU{U~IabuY6x(yCxx7*(>m;BBxWbtf`<Q*8HqH_}bnTumBzGSR^a}K^y+j{X
z^u1sX=Ro&S(lrPvsyP_d@i^9F5VE`}_kZfq`djuFj2211?jM*|lcPiLesAURX-alg
zu@>(qQ&WwL(O56&OL@_+TG+<10C^;Vfk#3_Q<b$}s@<mRTzFC48>BK3!6h{lrjNm>
z9cf(X_i-Cx1_PVMgT!fbvYw?B-WFu!H&T}?XcYI>G)U-2!c?mC(PFMuNl(zXV2YQP
zH4Eoh`y+L0W6e0;0hz*%8|niW*;tJW1ztx{nz4b~irPBo>J4Cxg+4L^cSXSUz`PsO
zhF8{Gu;74IUecmfJ5^1Npss10qh<2C_D?oYHBuXyGdP@$jflv)89Bf_)E|=5Gm*j`
zFQ{;2S>r0H%Db#3$Oa0q8tTZ7MxH5nPJO<YAikzP80VuA;xm{ZG#utLn4vMGYCQA-
z(=N=$|6H!sQbYG~LUZr*P*$X_wiT8}us`AVkbsZ6&4xy9XGb(0?+uv3+YFujpn4O@
zL8I%=$AUTy60lnfBW$jn#gV<R)RB;v(bmZNm1R{+3^tu))M`wJ@0urqYlLkIn6Ci3
zt1>zeG1BBX^n<gsPD1vx<Y0H<kZg8XcPH7<YXd(noesg#Y|OALyTR~uyJ)AL&T@Yh
zMu+stn31IV<n|~bVP+%(gSopAg>xLTW|9kzRQqFOkcq)f8|w{_jJ{ePWs3_d_UUI~
zhb}~Rarrc%taKmK;jA#DiK)748rqU~^`{Ggx6qn0ofr<;P;f1D%UHQ8s9}k&pErAm
zPjF~udvHXMcGzb)-fBW(X5dz7*hwVtOryso$#6q5C817vnN4pxL3&?MzmBW-N2=Dd
z!*Q^`;Wf$Nk06%TPF$4Hhy(^Vr13DlP@e*eyF41V_rk-sqs}XV&$IM_xAZ{V9U-ag
z`;vpxg8ht0JeX{f*+A_e8_#I{sEbQ3vl2lSTsV~z25|~!ky3L;_Fzcx&aYbv3=DTy
zCVh+v6)Z!cC+<*ACAGZHn1op1KUU*V4Z}N5x<!$?^$8Csr4pF2kJa6wJTXJ$J5=@R
zcy=6)w+k<MJbu^ONIeHCgL_nSfx8oo8DP`<DX4x!DfG+A^aJ;3YdZ|v4nD*Eq0Y-k
zw<V{URc21Dj2&|{304n&RqC%r49n5u^@XtUNIc`hOq6@~awS6iuil^_aU?I7Mp}f)
zE#1G7Gxb(_g*h{-N=84_jH$6Ex$e^<*0?$nQ^_J78*Uvbp}D3RliNO1ze%RTw+-oV
zWX!l}=P1K%9~0gPgT3upP;fmH65;S;4(C48=05i#%|wp7!@%0?%w1m%N5&|W<4*XY
z{TfT=sT9gtI!|q=7F=cI5p3{r1~0B^taJ-W8WnBfHKqVJ3*Ir*=$d+4H5p`$Gy5@l
zN7Ilc)HD%0rFFazr-A4k8x`kxoV;q}jyHL%gh=96P4HdR#1ePs8oOC9yb@y5=vs7;
zT72g?x#lyL4!5wvLZ6*Y)22>^D1ERuw0PcSh8Y^^%$c^zCzf{2QmhyKeKC+kV0G|<
zDIBpbsqS+;Zppn|?`s@EH-k)BYUW<_>oS#OF>jwmW~?s83(AN3BD=cGYYb}=&hVUg
z<6gK$MinH4elgV03Y)tmd~G?DX4UHfl|zwXx~ztCp*Arq<MgYO+^d8ssnu!C)fto3
zS*O)G-_`l3)rGXxMeAuh{FoaVbjf=5Au*J>5bfp<y@y{l#6}v{MjKE=@3pROVjp|N
zL~83q+Y=9v#M2OXl&*gyqBfeObWJHZQa2`2V<>v%*hbJWS_dC}zB;3WSpVU%uIaS?
z%X<2Enk{G1`Xzkw3Tt~kv;J3VobY2EN3sF183pp#<q}8Z*$k1GZajC~fWE_$M%$^U
zZji6_Q8e3eVm4suy>L&8<y(~JI~x_>?TTxm_xz)uZA7^<+1pb_a}fi$)HcPu_Qg!m
z+=y`3+I9vWNjGXJw;hFh3<<+H#q&-m2{rUKLyIfIrU*rVIxa*gWrXu3h4bZoc_Isa
zf{(t{4Ry}|J!#$KLE3QhNV=mUTw0;73t&gPC$4xX!#LDK6#4}Hg|GUHfONDQap+u3
zI4>&Pjx3sI!$JH+*wr5_fPzA)qm|gfj!F5&8xHPCPXyCJ$|qaO#o^DW?bV>7Znfe3
z04GQ($d%opW?@UeIQ;SMHg!-0KYN7PZ2(Xu+#v(*jsp2w?{EY;A$Y*{WUE#--Nbi7
z>JK)7?mp4lbu`^|db<16Z}(aBu5<dXOYyF2^RC;#uKV1s$L_A@&)w(HJuikmZ=Ssu
z(t9tp_IynDe4p<5`R%=m-t$l23n<<TY~Bl^8`yh2w->y-7xHtD*y{~t`1&07zax-b
zTwDSI0*Z=?5)u-3=|!m2l!gDxKL*IjzLNWoYN)W$8$Po)JnBIbx*=l3Ug&?6LLU&#
zBQG!FuH<8O*~jv{kCl|{waBeCNsz=ks5XrwQ9kN0IP2W;`tPMsTAPP7kN?et{vYPi
z<X`j1WNAXJtMQ-gk?GmLnNWsjNaoizOuk6A|B#PF_9*Z|^`5_u@XN<C29C_npD=pb
zG5Xmvy>MU(uoHS_|KIWBf67OMk=uW=$A1hAPM<xg*3|r0K7NoP%Ey4Ww1LTN=3zV!
z((WTO<P2k_pG4ku%@TT*!~G;n{B?oMzw9yG@=mCkWa0z4L|vs1x?Itw0&zwhkw~5x
z6XBQ#lJOq@=^wRHG>mgBi1N`U$C@Y~-EkI9qc*;i#(|TM{(B(wZ7xfC9!+d4&F5l4
zB5!P16Y5y!En1fTFX8ylKY+8d|2cBZX|lz%S^g()tm}XE3H^E$V?l(CMBey+*+#2G
zS>*q$|EV6Wq7~yD6zBUg(KtBl|DFJ4FN)$S59h58wTX|hjgEa18DpQD>YJS5RFwL>
zCXq-TGcz;e+u#0M1Z{1tsBf#uPW(^pSaDc7yik9AU0mPZ-#j?nJcDap7^of}B7#R^
z5p-#JWn=-rcRaJayt%ctb$E2Nb9iv@{rLO$@5D6d<?r(!r-xfx_$a>*{~N6M|IX7y
z0$KL|oIpx&R{vK%)P<C07X(0;PM07G&U2zQKGzq+(hUELKuV%um5U9|0q5c`A_2l-
z+5nQFqDnw0*Nh*q=>H^;N_LR|BY<A{4k!*o*4U{d%N{T`kNyDG=C>WsX>Qn?p!y6%
zstGXzMp^+}1y8vco1Phz#qxLr3N)cfN+7(JReYiKuQU1WDLg*XxK7``H4kS~X<7x<
zh37rE<s)U&`G&Ic=?0*BD>R#6Bcfn<<*^U8?<j6g$oliW)txbhM>I2Z9xx|hbfdNX
zpMRYB8ZchyIz}{b78aQuN)r7F;i_G^YZKO*_6q4fb4~YIg<6kn<1M>#RQye+u3s=9
zUM^$vCO7D<rRpfV*is~g9%;6R=!gzWkbLylt@nztT6Yp>jGt(TYtbcb1k?jX3j;)`
zxIWvQ1pK}W=wy=QMp%OOcRotQrtb*v3VoXs2V{IfWdvlt-BndMaR5lYoYle8kW@l(
zwj0B`hM!)B^L<6}3*AKD>?HF7NazB*Fp?c)UW}6B-A=suaXcvo1v-jGNx*d9%Vz-H
zqx^)MF#)ZS01y*CUWK3)dEip19i#X4f1MBg4+4qT5;$(032bs~T9~4P(?F<`FiE7U
z4HzKMKXB3_o!&o}21F-Ilf0jN0c%;y%BB|iYC<9sPx7s=x?}Ny8Ng*$GCC<(hYRef
zUgN48S~9FCnB=VwWMcr1r}Cit?!c|MXmU6%3;=(GXS`HL$N*wM^~cvXXp|-xZELof
zkq787Fh2kE=9?9Ml!Ifkfkx>Kmjn*5V1STXJI=w6tKHDJm|*B%F&9rw8x)fQQ~3xv
zLfPw@f=G)p%urw;Jb5uBF0x5w=h4$78vV{zeMcRgmw3Xs`#nvfIE)z32a>k=Y5+ij
z_Ld?W!7VMS-ueOS>n5-00)kUMO3JEru*a}&kq-dZCXy87s6|K+w_4w<IGN*LwhBrZ
zibFzW?(DuVILb-=16sS8B`dzwsBO^kt{!l_>38Kpw*3H~O>vUu7gS-S{YzEm+$J%K
zaqiXTuL>6-r-RfKp8%<w*^QWY5KZ;a!!YkR8Nb%=Fm&&OxXS~7JiV!+((?Gp`XRus
z=3Egh{X(5=onofB(WIKwT|HYTRkS@ERc#4LG6p7ZBoqochJjt|d~Of*R3mmoNLR*H
zD7?h4==cBwMjNX6JV|9~@42KeGIbvCCeiVb$Ph%YH(+l~CGV!42~NlYX#9IMtN`~+
zX*+I7!fJ0TRt>OdCXB15s)qj5NO;nHNVMfc;vW<X{0z3EXzjUG>Ai&>&ctXj3_qn7
zPQIDIrFhpk9dUnyt(S~LF%+1P)DTu#ZgTHxxmQIqKMcVwtfdn^74s3MwR@BE_4Vx^
z1f=%90r+8zkBut7oX#t5U~=+I0l(Ssh-v$O%ZHw)w~iGFzZ%xBhP}VnGeabha;5gW
zm<$;rf$S<Y$d*junXq~qlP^c>I)KTVy1pT8UvK!)M<RRr&r^L&8_kRG28mr`UHM1#
z<1e$YSt-UPMoatSHRzP=?}W;G)qpeLjo-8+9Av#@TI|H(RwxoOrCxF!yVz*y3mWQM
zSZ;B#M+SCkv`n)k_oRCtJ#_D*&HIhHC$IV#;RB*WkwxjLb5J}g{Zdqpj509mr2rIu
zDVEWM@LTjwo7IMuRM|y5Ttr7pGtHKI=^WfT34L3<%W=aeqo3`-?rr%92TgJk<_>{9
zrWypIChnBI%On<~Mi)*UsX}s>=0l8@WO&}?#SZD^J}{J`5d~FpCZ{{Vzg45lCk9A)
z#qB5K9efJz{N>frlz*I(PgnF=r%d0T#VE5rzqk@z_8@G;$c)6KR0A&bIECVEk$6*?
zf2gZ*nd{pMEl`E!55j?2zx-T%zEqW)$D!qx9&gChZ1r7sUh<3fd0J%n=k!*M7x&~R
z(G1cBIWeBvi~^67^DgQHJoX)J<&CnIBulbaU7iJ8PU9JVlokpdyX5M<oi&}Ms=*zY
zw(-X-#-&yMD=vLIEY~PTTK*y7Ri!L9i(+Z1dDDfl%XOPfa7`_kF7ni^>3E#}xVc`^
z8Uhf{HZt{UF8TCV@X=(2@w7aB`Qs|Eo9)%o!UzL(T<Nj-j|x+bR{Cl}6ovI63m$lb
z@iVuqr)^61$|J#y+6g7WNcs-sp}cg_V(t;YsDTkxiCRfE<Uqh;lfo?HS0|VBao{6G
zQUydB*21@r5Pa%p$<i=eCC6Ya<>x*hM)MnWkF1{iqH`sNC6i8fuGA-U40&k7STE?o
z=hP8oF7T|a!RBeiM^5;zbdq0Lsi9D2iK_|2gjsVV_B7#F#j-4=Yc;U@FqhVKCF0Vg
z_ai$bf^{sG^i?W8dcf09Bw=$*{&LbPPqIi`(c(un<BelOF%#=$hszN9O7}c5PY>8L
zqc`NUiVUUi!*cdG?){$7@e_66fK4TtG8WNA*XOs5ejRoF+28xlr*K)teX1EaU25Wy
zX#!h+I^EKZPybfxX64}qCSSh&^;_<@71!qi3quXk?mjXWo(Jz53)`Q%@G^KTYPp$q
zsvOr35%%D_`ddW9aU$t%4fCoU`Q7a5>(&cDDY$jdY8JZlGwdep@X?Swp7vf#q}aQ!
z8Wj#(M<>5)RBs=N#7mFyJn*P5Y5(#&<Z|(|=l4c^!|!({%{K#t&eWog@I6nz?5W)O
z<)D7xXsw?<uV))Lq^*1;%BnDJv?tSW|9G}mi*=XexyF3g$wWJa|1wspH|fshGxN7s
zwXPzsJ{#(7THgyU?k2SQYd)CK&Hh!YlNfkAi^Zh8Wv=PFuOC{|@QEvB$QehUUoK-F
zf_C9Hg!ijNC3C`LJk{k~RGz3KcZKsKgUrdY4bk*XoRh8*%SC#3P`7@~tB1D1&0+&0
z8}kJDmka-pZYup0>woBVRevS-1yA3;EfV7FTXS`On^dHh`}iU`JE!a+w?xmCkZt<1
z*;Un`?;0t)G^wAQnbr2&pc<%m*bo13KR1SXKg|+rQQy}lyPoHy&&PiSa24BR^7vLX
zxzCjZHWraZpnS#dg@V7{ft0%5A8_3%3DS;s>}K?#Mq1yC@_w}YctG3f+bbtDgYo&#
z08QUFPqczZcP(7zOoSLs?`7Dw{&-r`65hrI|0YQts7}m>s$2elG9QXeobyjy$Vgmj
zO<Y+>T>G84!SwE50*QRL>;LX+#=C>ocSj5V=0l$#;kHIxXF7B^b{KIE@#R<2*J#p^
z4bu0b<SFd1c|2@c?ER0gG}8!pQZ3o_!h34w4>#LL>DovEa!HWPBoQ(A9DqC+Px=}G
zx%1}(4f%&4G%0;%GF`w2l7J`{W|}*E1fU6faxi;}ggL|#PkPq{LLZyVulvEemeiU$
zHHbQ?4-Y&4oy@UGN`p@g_JSDl0i~FM(g6@NuM`R04~l%Ls=BGxa;ZdeIKPps$9MBR
z0wUf9K`^I1GKbux2Ab`sQ+uU&>q4y1DeA*%rhxR<a;dgwWT{@M7s&LRkKlbO5SmaD
zy3h<_u=CM=h8Z<5ksO#Tmy)OpF;Rhh)P<O$GlPdeTA?A<>{*|OA)&-H=sxvOEueBA
zKm!0$ZDi5Z0;<W=Xo)>izRZtunbe_~l=y68>KtP{#FRZNm^rI}Im@Ot$Cf$+nwdq$
z0ZVKHP}Blwsk0aM0XGRM+4aL&G-v4_%Cd>Vk4`kNR}M&93o%CJ?Y9xxTTYRAmhA?_
zsy1iz4_SL?7G4+LCkmV~&z(2VopZ@uAP26<<x&Fj2!GPaD1fxoIpBjlV-=toD%}i~
z^TYhph07;47Sca*(q}_33U;ED15=6S^91HoY<!v-&Z0yEL`MJ=UXa={00lnd9)BJo
zHt)tkzH1xA!Y=J36Ef2FnXUb^`3A)N4Du&4>Z}z;fd(t0017JkT;*USOEz*OOZ*@o
zjt7XA17K(Q(t4Rr@_8b9z)Crw*+%}O{ahNmG~KMipK>MUb|tTt3Qw5e#ui{ny8`jE
z5(Uvx0@5NMh6Z!B1K=pI!dVeqrKpjwK-#syRlaPxEg#wrXxJ}a9|p7r5Vd0=TVP3{
zMfvUWPkXX(1;oE5Q5;_`fiID&1yi8F4HiXmhzc%>f{J!<op}Xp17I&-Mxg>s87Tl9
ze5y7_dAk;vl9yW`%BKQLkQ-3*4XC#Y`QS$37bHA{$PfV)66o?Oi~K72QgH-0A+CD=
zpu|`&zfZ3+RIl=@OM&20{s$IdZ(u$(3POzrB$8JZvQ*7vL6BZm$fVlmsFF=*Fp*yJ
ziGnvSK{Tw@Usy`_EQ%ymN)<%G@=4X=hzcnLm_Mspn!n7LA7$JQb}J`<g;}!A*ee0c
z8KMU@M9)d?R_mG6K)&3d&{5lmu3GvE7C|&htAI5rt94kbH~6c!<-rjY707b%?W;N|
zR0U6bzJq*OqiX?WEm)o%Rk>IyUI9s=sO>Rtp!I4X?PyT4teUle-mjosE>F}%GzxEk
zL{Kd{mW?!rApWx|5$ftny{5<6pqp29@=2hmrRrn;0?yGU4uw*|tEL3KY)TaPiof_D
zmzu9~#gypg=ZDZj%c?^Cc1p{ZS^pLhG)OZWq-oj6FA5G+Xl*<MZC%z@xz^Q=wAKa|
z?YI_kvbLGX*IQ@Tryc^3?cl5O&N{v_TDt<p+5$?^E+c{pRMxG%q@&9d0WA|~#Fdf+
z9Jccj_X?vxd?=7009?n~(b~}xqTfNsTHPSf#CTO+O;O*^+D0K-%~t`C6m7~H1=uN|
zMa$b#Tys;F0K(+}BT-061*A}*h0dV&xff;mXhMlyclBtmD5AUCvXSE&bSI&usiLKd
zrKd5d?j~#J&BNBKs}jIbwUs6Do82VFUu@)BVB3zi9m#UUchOq)Iw7D)1couEcd)fr
zuokqd(0%&|v@6iJr;k0Z0P$1zn8PYsM>`}!TdOU=a%Wg6mHhR~stAhe#*xxDmv!QR
z0`55Uxog4LRg=<2MV&5GRS*+s0M)dD5&~gEy0C6ElG5-9^Y$7OBZy@i1Kk+yHBM-)
z%?34P_q7VtSzdP}D^_o}_s~}iD4-f6EGkR_iyT}B&h^?N;&Qu3h(Dac!o$H3*pQPb
zG(-{lBni`xq!hr9zI6xg9*zobfF6tuAy$Ss6tSYB9mj6NAFpeLuCaF4AWq5wPJQrt
zd82!09i+3|l%+m2u*qly3`dQK>!V@RLvO4`TdgpTcB8Ecy^#s=U3Nf$T42}8s8B74
zXfQGE69EEay(>cr2Hi$%9krA_H?G?G*y<)%%46bjRR<;e<&7Kdos78BbwRKk`?w+k
z{CET$!BS~A+9}Rba0(*~1y@2(6GnxVhB}b2UzNZ=2Gdua6MtS0bzM&guw%Plk3AOb
z;JgNzC$vZ>wFI%&1qoE!b#@pE)XlSv<X6^7vV)5f@;O<j?%Zk~r7T72Rl1^}!mCrl
zLUT{Nplu1gt*tO(y3=EIj-_^jMP*t55Av>>AQnn7ozrjK#~|>!B*8xF_?DpfK0d)}
znk%d$TQy%2m?0MjbRY1}nZ0wX&9-VJLB7o1t-#)J?g{%GstW4j1uYbsXe5KPgaTQJ
zwi5-cQkt*EO}tzk{aZQl(|zJW!gRmj*kjlX+Yu-x2p@1&+rL_l6~ZOwfQVAzJ+9Ho
zy~4z!Vt~+5K5baa9$%zjFk+uL>M9CxRatr#Jm;(gbwkb7wJtHDml%@P{<;I1@N3n_
zOHAmAQ|oyly9uGt=|CI^tvJ@d0)oK%n)Dayf;zCd_!u{E;xYcyHC9gnEJt0s(LQ+<
zR54@NwqQNLrB_kVNxU4L+Y(yauwK%ujJuVzR+;$a5V!WXa_x9^N#x!7-!ahTF@{h%
zO<0`{IbN?*=nK#v=2gTESFI$wPa3+_Il0%ZTWuatG%r}?n=X|!>$TbcT`dgWd3Ls1
zV7Rnn{iSG#gr0hrF%-y~w{}|fg&_&Zj9+uRy?$-AEQDS+bnljWFm|Ol77#QRrL;jf
zvs|#X>X?MpQNgPXJtkvU%Wtg?-%_fcQmQv%Ej6<kNIm?j#J=Qgxa1<bWchC21;0~L
zN@D*GuzzdUF$74jvg`Wp-?;4Q@mkf%n%LUfgRzO9!Rvq6_JVTvBnk6X3S&Gg-E@@O
zr-!veRVxX%>TaB1`xPeVuUGVficBpBrmahrlJ?Wz?LSM}&&u2P+StjBf%BdL>Fo{*
zADoou5&i2@*@NBFs)HKBLCfmIAKW^F=&AP_=9ltm7aXhFb?Tpu4ZPY)75qvC9~cTb
zGKl|LJF=}sRZm;plUQAyP!3i?925Ui7vDi$P~V<z?B_efNAQ%zXc9JR!fuJ@dAZ@i
z%j1*slY^R*C1Mx$ICtIa!PaljQ{tp9VXxDNE6eJ+do}T`WbjG#?v7Xw+{42Xy&5q5
z`G84Rk5N1hxdbNK%S_K7nbqG|K0!_1Lw611@YLs=w&zTt=T2`9POX8$>l0<S4!^Cf
zNeZ7z+n)MbkNv6IlAqY>I_^f_zCc=?MXt@nbe(Y?&KT<FGr;TVt1cebRC6waEo+XQ
z*`dyM(6sl^jOUbVx8v+Z&hLqy*yjOvPu5&dPlO*H))02R9-jWqJ(Z~fDZD=<C|#Y5
z?$I4~t35m;uim)faZwuwet7GeGrn%&H4d1A>l1*Ee1fJ<{4gQd{;;=$61$+cpU3Hc
zf!)2ayH$O#)qTzg_<owZ<Z)-K{LQlW`g&r{I)JM67uAK*`W9ynmb~gpb7JP_^SXh&
zBl7#5k@43tw%35q>M$0`r(==2w7V!~F$b#Xx+nt{sW^He8%)NdEv<LAltM_DA8+d<
za~tMqxJ)sN85!^!qrE=&LEus%$kJHVi1922uS=`CzC8q`AQB+u+K8Ph61I|*Ita&7
zGCa2KL?5U@OsmbU3jwUAM+wY)BgvZj>O$sCZZ6x-`UL|kZ7-I`(^O@&)!#a^L<8BN
zh8t2X?@aVFk>4B!5^vp)h6Ol{Qm_bHRl8&sLvu2PNC<zKjlVj760}IQam{j}EO}^d
znLDC}ovq}n@BXd#Gb*m$e)v+0HAg6s853V4WCQkqcf5Eh`q6Uh&zh(Moeim?tSIKm
zhpsoIcWkbI4~+*l%_J=LIek)+c*zrY(J;ZFbw6ABud%Niqd=kQP7Qzc?+!h|Ivc<!
zbb0K+P`3Ft-2<Wh+s4(xyH7I&NZFdFJv-2M<D&CjhB)gqXdh~Li+wlPX9s6WTb`Eu
z@&XxxC&T3_B(F^o<;wE_E_``KP8LNA=#`Nw1l$IqtYQp*BHH(bo$Xy~%a=F-5xCNJ
zvZ!T3Ca<R0AXkF{ZGnAR#6@%;AmZn4#B*g-q&UH&u@Jf8&G!$Xf?`O)#mz%z3H^ei
zw{GAP*TPexDBRl2CiOrLCdMWFmbH>{D_XcEe#qeAeTbBC3f|GX3nuQB(g2I0apj#9
zbl%h|IO>!rn<sGMht%4Z4w@mk;&?&LTZ-{WohtWK!FC?3egCoK&N-A?v#8m^O`SW9
zoN}qt&g9d|>z7e*>EB1QtN|F>RfWU&xS`TZcSH0N8Qoz;b-0K4h(lu0l&YXN+NT2^
z1xT>tnEU+#<Hq>3b@SVpKv9H;2;i3`<$w_57V9W>QrR!9+_#w>h!u+B=&4WCWrbn+
z7od!qluxz)XbQ_dlL>A%di!d(Z4aYENb_Ho-r{`q;L<cEZ4mXK;m4NpKQLpRB`8Ku
zxAw&P4E_2ERQPE~4^M@8I3<r|4C}aZ$FyiLkwCVHsWs5$dSxjno2gz2&du0GHJO%r
z?@Tzdzj6y0O0Urp^?n^?*c+`;5SjBd1WxtDy-}nmjKNXuHIYCDKiz-ZzFf)VlK(UM
zhooOT|G`90)X__HX_@k4Z=M@cwF~M!rqm<M?zO69cg3;S(1<AQg^Y=h&j=RIF?^an
z`Dl-{)6WOXSEUM;uax-8H0NCXR`gCr@Rbu2O1~P|=YPrkdc!yeWsAF)9kYp>>kRn&
z>(@nqQDM!(!<ZLzGtLvrAx35$gwDOxMJ93;aJ}K@>S)=@O<_Tb5ypt6LD|j5=ONE%
z)ySe`6shwJU%GACQkdxEJySWo$6EX7#{;uZQ;pTU72lQ*0bJrW28p_1^{ZbZhg8?e
zD`YebW=_?}n66^+{(Ta+`;zL^_)Whl;IDvfc1X!7V-dc5U6ziF#{$a0Se0XnPt^l&
zQL3v{-oNGZN2zB~TnqyKX_WS~5>jecH#hZ7NgUbfX=UK<0Ld*D`1Ee%z3D<>DZ`hH
zp$xM1Wyd1|zxoR2Bo|w;*bm<EEThp`LxakBxR6Ff9=l1K-UsRehWo7<95>9XueQlt
zDteu$?zs$<9+x9{4^6&M5k87zt!pzrVeFtH&Z-SDNo0j|_L7f=^;}JjI41-&e+)&*
zm>=_g4B1NQK+Duu=TyEn;I~Cun2vE~i3F=lQlEL@wHu<&V*4mJ$*bBXf*n3Qms&)&
zr$?)^X<@ZDBjMbCjG8LkvB`UE#XPIbm1(`Swz4tB-%jL4w!cjmRBBA~$$sa52d7J5
zH-d+B{*si`t3rs1-b2NZKT6j$c00)_)x_TIasKi$QjIB`tmMz5eCSlvE3n~|e6h^+
zZ!*W)C;LNV3+jDJsb2IxoR>ZpV>!}P1xobxh@#Aq{B++aWa?(yxbHn5dy(=-zKn8V
zty)>t5-H8J#SdoX2)&u-bd`4Sa%G(S!e9IEf%8vB;2-;x3QAFB6bS+%5rrTovXPI<
z7xo%anX~q{C7eFN8BE=&BYP+~$W(8ET<1lN`<nd%u)Gk&c{6e;M9{R^!R6N%ZgcC&
z;;=0VE9-f=UYu}gu>~%R6{o$_Lj@$`@HwGI9$Fl<Co(ns2D&_rA6-6p5hmcfFJdXd
znqit;-B)!OHnz98Suf)@1{Xkt@tdL^w6y=)F<*HakDSGocL@CTRJ*sBbv{moFfH1D
zHWAQ`gHE<m=CQjNDQy0E;NSNX`#hQ%YB^OH?b2dA&)Lgrcb`vEM~na2)6u=~w4#^A
zBE@#{@8eN~$;S(QGJe%|Qk`3F-oGWk_j1SN7LWQLr=wFlal_OJHZd%(iv2u94b9mi
zr}G&G8ElT}0y>>sdw-JN(Jyz!$U5p$wGO?&nRtDy`~tndIBdY+nOLJ}&u)brwHjzB
z`NG2@wzZ$VhD`%;2YmsLdSbn_F02pbo9GaK27KQM7e<6`Dw?rq*5=ZGs*`zonw6>Z
zN&1`G6aF2IS4CK_r{7`aRy#9#^6e=+6-7?L`3^Y_s6e$Wy<YOxlBkFE5j>41VnJUY
zGhTf}gTo67mR+Cfzk1ma?H3!z5nr^kR5d>?#0=(2TZFZ@bYK7UD2@K&@G;BLC|Z)5
zi?|w1hzF%n#QSyj^xHp=mTe)W_aPogZS<kPlD`Pw3tTjCj{zO>OFflI<H)t(0C2oH
zkM?)8i+4+tPn3E-+tU5ZL-t#;0(K8BI|S_h`V#u9k@8O8@N|`@p7zQPZ<+7=7l~8W
zl&u)n8^1(?G8XMq0<o?<ze{WG+WRV)t!j(NSK4;_U}rAV4M**n>3PNN-YA%%cVs6f
zgcROTTDAVX`wRcU^P+(C^HEj=bb8h^Id*-j>hvyW=NjbT?B~>hTf%;6-S|uOk2!w+
zdx36RK|b}IxAsF4ek{?SesCDeCv%vQ3f-fsc?edR`NGgS?)xs=$jD@StGJ>^PFXpM
zm9Tc9^NFXEvF9=Y<-%a#Er@z0@T&cj+(Q0I)nH4A`Da`D(<o>vy#6G0>eJd;nTOnA
z+QUSblEykjL^pFsaL|k0?k&<a#W<X$v-*usSQRVYJ)GzD^u0HKDn2#G#99R`AeC{O
zq@LHCpL{n*Kl%M7M%R1cm~Sa}eoQF$034Og(NzoCo$2ju!PCkePgJBpotq8H$6(p-
zOC2^WivOs$-$g-yL}K`o-z&LLWm)#oR?FnH;*}An)S=u<3p5vH^O|@^pL#nxI*fxC
zM1|?yjp$a9D7amz6jiUxWr^-&?OKmOUrOBD<m}~m9Y&Doq>BMEp?mq*R2G*B+{;EP
zYW<4ehC6#2?&I_uygE8QgoP0(!<lMBNirb(j_Qu==rp}#urcp1%KKc0MZYBaa^vq;
zaH?`IE1)BQtU95p1^^qoe)Y;e@i>9fas}E3c`l4RcLE=mVqGPokAkF!R<iam2&iTd
z+NiFfF{8Q|s<5O`a8sk9l2x6-7@anGU(~oa<xv<DlLj9QYgyT6qhIQ=g&j2#FKNXX
zY|EHoFbwfocGsGx0;(2l7%2?)nNR;s%3iHPW!vlSivDhSl0L<4nF%-e!=tEYblPzl
z(l;?`4=a>~95t0m25dVO#AY<s3g8c|qP-inT~(ruR5%mWHOU&)$q5+ZUOaWh&Td;{
z;KR<rNXclK6;1iheuJ^La7;IY`ykDAH=Tj1iv0jdYj5Pm(2I-Skk=@7u}lS6pQxm+
z$Jo%@l_BKW&_}L8r1SlsFU!0sq*B887}?ZPD>VpY12H~vi7@R9u8|k8JKlY5Ac0{s
zt3LNs%-hJ3Lj@hRO6~l{5#Y7zTZ4g`v;OrUy?Dnu{iz;C|B-KtLnN&ujS0g>7`edx
zmf|rT14p!{aY5pdPLr{ILF2FoE%k_l9wS{%jbvXan@$6l#xu+)MslP;L$h+U3r*Q~
zf4e`1WDwIh7Ka?W>DX8Gdd#y@r~l80+Y0>QcFw3I&LL@-kodCHpClbusdY#@R%QTT
z5XCJulFj&FKt{c}5~96q2DP0OPa8vJYjIyNV>2^2W0H|vA6$;Q*e09aR_cS583S^<
z(a|_`+>H970l+C~{8aG)$BLc;8;zre7O5k9B+0}NtI_2Gojy7(CqcT!PW_*b4;_<+
zO^gfh+lJ>FeTf<dSB(=c=!rHT?Y4`4_v@k&Iy|(9?8(r>Fu@#G1N@;+SYo9f=`3PK
z15di5F|I!_$)y43o?JG-QAMfvyTdyKCmE_@KoIr$*P4|JI_6%JtVLu@+<gSe-U>Se
z8+H<ucK=iAX!&PtcFid^+(d7s3g_lHSJY!}4+8JRg*rpxlt9t=Eni^9T?`W$ULb19
zB^2=hc1KMxe2QdR68lh9ESWAtlSwC9GR-I<baGWE?2gK`+^i9IaG251v=U@Sg?>hr
zdqz!aMqP78!(>L&X-3O;MmuUoCv8TzXhyGTMjuNIgw7c5%slup^AIwNpr3ujJ^NT{
z)<|>K*ksnkY1Wh&2#uOWrp=lc&GO<P2uzekm!@7V)E)_P)rq#9HPP^i)GLkVUWnob
zVC{?g>}5&RTA?;bkh-I(bY-NvEQwBQG`N)bI9d}ur<oCL_0?3G4XW-8ofVkplZ^C*
zWBq*R)g$Nqi~0hJ%-9;|gXqz(3A6Lxx8_4ky5B$+W@#6~Ogh7*kWK0fk=E@|PRNfh
z7v4s-#-uIy7c9g@HOFI-=F<y_RgLeOVl0cuoY~FZ`wAsh#W<s*hzUR=q-jc3v6XB%
zm=|DQMW(I-OWBCxQ~}Y2o4W-@TdRQLOQY3Q5^}o83cF%l5KN$js84@+oe`#S#ED~g
zuu^FFJ^a$WP!KNwYWExBRvVoV3g!I`vC#o>|28UZy6c}EEqnH$Vm6{24y`MKy0u2z
z{*J1_Emi$kvPDJP5|f9{;k;)MTSWLXJ4+K+s9*-@DKgZ$)j|nr>58z3D}~mrTH5)C
z_i|hHS%*8GMPcDwIW8F>z9f(+6M(N3`sqi^Xce^g@5()Ys4w>_{fmeh2$+uv02B>R
zHjH(N0jW2xE?aYmE?CbTL$Fe7iV@MW{-H9wYr92j2Tf~-*tMhCwd0+&lOJoRko7bA
z^>5tk=Tht6HP<gp)_*vy|MXq|6}A35ZT%0?KQ^sjVb`x`*Z=OU6aC{qkPQIC29Re1
zB)tLF+93MJRI>lU++7Dnz4&_r-(6U0=?+PyOOy^-LZw;h76fSo5u~L%q&t?5C6;bj
zx<jNJ1f)fz1jJ|0IrpCXyM5=G`^-Eu{z;9)%y*af>+^p9&oCZZ;-Nhr5epITJ82;|
zNi@J?kkVul*7#Sr4lV1@zV2V+I${NRw6CMlQ2oo-QKLHr|MYd-8is%4I$Ct6pp81Y
zxh9o^3ANozN^4yPA04W9#?<c(X+8C6U9{-ms{S$0?Ig$LEW_cU$oxTz-{ZM}{%fAs
z7X03h5)SrgYp1NN3{`^u)iwC^^*dD;R|f|Nb8~ZdcXtI#lX@nmf24QCwzg<`_c-q{
za2P1KC&&}5%I>Eo5UL~?rYIKn^nt$yM-WUT%J4~;2Y;|Nn$<mS@DxE8Otreg;<e=x
zTwv)=fA~7MjZN`;gDl;DqwJoc996pQ4F}D&`mFyN<5r24{EOH%t#Y=nvHg2xceqWr
zy+w1j!|?Sh;NKJq{-x}Cd)5B(b?D+iG_m`mJMh2sb!Kj%j7d>wT*n$1!x9<I6c@#q
z8^)Ly`Zun#j{5jIF2*q~=1pY6+t?)gqEt6zf?iNiU|?WmWF(r{MKr~siCt-P2U^)x
z)m9Xi=KoGeKtsF8-;s#%mWuJ_hTjc)dleP!-4#7Oh|%80v4P&+-qF#~u8Hx#2Dpdk
zrpLd|EUazLZ+%(V-9)3iuSZ8{celB>`}O<bH#EFE`-|S4T_5cK+?e`*1MB{8zA75y
zW&JN;y!^7iF`gwBY31J-&wfXa8CityFZ4IYlLY*Q@j4c}0-;>~=oKtIa5(_LFm3>J
z{b!6PgbYMuJh{vY(7yTenzm>k$sI4hP+(i&_o9{2=Gq<$K$z$O*c4H#1@IPIsvcet
zC>n=GUTD*z`v}KCi9WOBP<<<8DxO(7esZkUc-VsvMTSg(omNM$Y_;|uwYr~tB_vFt
zNwNN~s_s%8c9t5t<|?wl?{roh%7(yfH>B$-G=68ONsP+zPH6+v;re0|0GP>&!4!B$
zsV7tN9Zu`D$g8kwhRmY$3j_&W!F}(&ztZB8NMv0X2zeT&%|+eNXe!fnMNAvCzH*Un
z!_&f%?kVh9@+C&nUs&I3;&6S05Q~~4`Qtbz#|o5azi%~!8*~yOqYBby{itUtMrN&v
zbxB9!2qg1k-Fb_f8KI1KW^95j`dBv#lSIbPcIdX=lG|Z*p(xq=qLh>bcz6;4z`8o^
zG44a>bwoo=B}&fzga#%2Z+|+e$Vg~emOhp<n#X%6!898QogilR14y7wM;|j=d+q`6
zDz7>JyDjg3!gx!E0&?U~6w&a5M0^q~OsBo4?H06~&^cUYzxVfpy--c}U)cEpq`fmH
zxoy;XBbyeJyejK%rR4mqCj>(#y`P*tN|Qt0+kyZOcqR3@WqE?%C_qG1P+g2aAxNTh
zW)~H}Ia?x921V>t+5?i|5$K%pzbNsnr*Me^RH$fuBj$g1JqHCvY{`ww9p1)`G<?#V
ze2fLhdeJUTN9`gbRlAHnaEuGBPS>WN9ww4dcn@nID{Nz*APXcH&ba@AH+BYxfLZ?G
zRQ;wLjx_Ygxs25pT-Un=4X+C&AT|XYkEj^^>+%*vQq4AvRm}_IKO-SOe;)IZ(nHbr
zKKkY41dsJS=h6q3u=FIk4!5;mv=6sG0Sib~9=DStExkcwZX%HrU7TWT^j!|{$J`M?
zXZv8_eN-W2>Nx5spKh!5*dpH~i&$hh^XAKhssi%`xkib>UJAP+=@r`xU)Uqea)#84
z(6?(+nrj$N$h}r&UrHdRo<uBhB$a%2+wY7|vZx~Z_L+|lJe2ViuR>#WxA=WQ04UJ?
zgtnD4$PYun^z5*artEf``jl1y_^d(l`eA4gjv4J_5Z3+pTYDx^x^QeTNEWfo2Iy7Z
zkTKziEvAnRyt5Ju0eYWAu#|0zq><wA;5n6A++&h*)*yJSx0@N5SZ)StTHJc#+(&9s
zabNbHEXm8a^8OF1-5W_{fxGfgFZANfOeE=vCuD;ze}!P1_mGv_3KMJMt^+u>Xk<Ns
z-0yL>u-`6p5k+B<y3&w7a6Me5cZ1d}N%oKyE6p6?%MQBcLgE0h2lv1J=Ud)WoXiJ`
zd~WD1@9WYOaUh#o(B23S$q%-Ha`cvWY5wb}-n2)5Zh4QTYW+ZOd9%6J?2*2yL2r3)
z;fv}%8vk?4+n-I4XI|APFF|MAh(f~9c|2kIN0!MQ5QT9MrH&)d1R{+^VX{Gicv|Zq
z9H}5#st6o;Sa)tXRGx)AH|(jN3rVzT&@;xau;-HK4|NJsxW5smATLYGk<|NuEiOFS
zQkLxDOfMV2DLnnvW>M-oCK|Ef@}8X)8{q6yHlc#~T$u6AV1cx=lOe)Le}Xrnfi$Cj
zA%X?D_^+Adnej+MMW=HKopBEC?Vf}}=Yd3S3fznr$j~P^vc#9Y?7C;o>eyFga17oO
z86r>rU@r7Zc43eynZSz(6Ty7iqmt(`v{Uiv(*>NbIh74*KdX+`6{Vo$E#I|hs-M&q
z%Mct<hS+Kq@M#mM`q*j}8q6R_H|vf5z<7O1I<=d?3U56-!!=sn=4Zi`=u$*XOoK^0
zYLQ%gDNIvbWxWWUGi3Pr?sFL~jRDz<0&Z8%*W3_4RnzxmVq<$&{&)tw`1K{vRrhIA
z_q9s0{p%}yDs)=83>TBn%WaMA7?<&M*Di3IZf}dBKRlNqdZ?;lFb`|$fl;LJW*5zN
ziA%A>)Ic_QVS=m8YatoUj7_cLob%GKr^<_GT=k`Du5wz%5g}LI4TzUu#JzscmvuXh
z6>p9zd~-C=C5!HG%t911n;-f=+#MP0QyEBxnBNmlE{N@O3K8PbO!IWB6``+Um&^t8
zB{cOG89UmpjJ!fvp4Xq9m)+^v*c&eIP!0sl3*=;f`qGLeI7q>C8hbek3uO@-qVD5(
zRX8%gZy-|0HTFiu%yvOpP`ox16_niAwmq3nHM;-0%C=BxrtFnAqPpT+lwIV@`Wn~H
zx5>513@}}sD@{1*<Uwq(HxBOELN0MdkXg>ndi485lGv+~Twd=D&d$0T-HQ`7Y2`h*
z&SIN9Z-qwR^6F*H{O8k^vXbY<=5z<ion<Dj2=KkhO%3P-&a>V)s&cy?@uoRCV;)!K
zeLZ=rl;NoU@=)|!dVXoc64odC8bU`Vr3U9^Rxu7yM|Mkft1_MIgd)j$W9rzqdR62K
z92Jo~^I#0|$&+lS+`HUcJx(h<vVn%vq_<o)mLf}2U!}@WrR{sA8WbDWA>ZwLlx!V4
zX=X@s-1~TAbT=u_Ky?j50gOuFN`h`AN+E6uUmaE;%KELGjrKKf%eMI>GJ1D~jx;n8
zuk0FyH*Asx8tLBbuM~;zikJQP80hU%FxN6jpc?cUa&v5=p4v^p=aE<6YMtbjvi<AL
zMdx#fWnoNvJNKLF;t7?t;0gb+!VjXEYlN4CGe2jZO^7;2dgFBIbnlHviziSio5jzf
zcVC{puc=<fRa&|`kcn=1QLK7$**#Y;HYe6Iv2Xe05dBR5c+>PfeXgB$9z=-(V39^0
z6tU|Msp#0}V%#~Ncae1rf9!W289)T9C%!CcA$r`UyKJ*wtUuP%SiQ56=}q)P5(OZT
zdYL2rs}t+u%-c;btWa-pPEXs)`6}7bFy-}^b6i5}52m^XX|pC4vmdM|y(L0D8fV@^
zb$#zmnahiq_SO4-n)AgAu^_;5Mqs07D9qwv_Im7I+@bF1E<<8#69eM+is$Y^b2io|
zHbF2C8U@?;>rQJS-VD2pOrma>uZ_IHK5W!_g!OKm9M<329A}=|>t6Z@Y+I-Hx#n#9
zNp0g2H-W{Pz@(y1=KWZfbFZj4g6y7QyO?6TSO;aK1l9NAkHU%bgZ_Wm^8O!Vyc6n=
zr=lOv^gdp=qo=w*UN?P2i@Uq4j{urjkXS6Hek_(pEKXW1UUMw|LM-9WSTx2X{Tbew
zPdxY{jx3FAz!ZXB3^#{jSwO)iP^?!Ev5HZ6^-TEvlc6*;WaUsSC+Hpc5lzA){RCmo
z1hk{MFNVcY8qc#3&sxp(uoNH+2RyS$6tPLrgo4G=5>$o~#c;7C^&ve-e5eQMvorv%
zQ=$Me2@jqmUkcDN#ZX#EwB!Vfae{3*!6pxrw8P_c(?~300qDXuJXp&6Qoti*$}>)k
z_svO<kVzV`09abGO>?q_DcH6&)t(ct7@DL*lS26x&!9BPI1RwEp5hgr#uA&t!URg9
zNli)v2*Lqj9_hBYU=4UWy0OmTXKD{JG=7120szTW1R3aq9w5_LnbIGfpx?>>I&sro
z6f-l$(qX9d(zNs;8?eq~=7a~>)CsTQA-*(cT0IQ3c(;)80G{P<18PqL+@H+wYR>2h
zPjf9zLfNGCbD|sJFkTRY%hECtX_+u|nW0C{lm}j`X;v*KaT_s4jv|N!nT5rL@gNr7
zy^!U_iP0XO0&2-V@W|XxOG8sNwBovG&Yj%LWUvL_C?<^pQiyCIS&E?hfXpxY=+Dht
zNrU4Wz*}fAKInstJ@T?R;ftK`=AUU^`fvhqjBmI(47NEFd%4=CU~OapGi?U37(RzM
z2vZ!SF`TDWmWR@Zv&F&%;8~blpobADFU#^5aSOodX@pAIf(9Tt0}R^hT!oebrLqF;
z$$~lD*j{8Iu2P}*a51k^;UaE{zb*U@ES}AYmye+YA~6850Wz07ifoj!!AkjpTo~VJ
zz~lPh7s!H4uHwve@Jm!qKP<K%o<R!-a@d0I!^<AP%Mjw(FBY=`3_ysMEM!EUDQ$kU
zEr>)3&cl_zL{sXnU-SeIBPG2cE4_Tk6O81{_%)Bu>QqK+3Yv<@qlFfhc~+Ei75WVq
zuP7q8xk_-$GQ#lkJFiPxY~aTGg*l4lN3<9x&8047<;pFf^K|g%g&fdE`Pmiz99PAZ
zI0#6G(D1C#h{&6@MXqpFt}T{fa~JZ`=9}yzuv)U#JS&6BvL2$F_@GtiwpH4I8s!LZ
z5fYMb@R18W?F#@+UEcwx@IdTL$lso2U<8sKj(nk1D3$?VSS%~It;C_Lq{^r~yv~bg
z$yzThq=jJ6Bg*+urRqzi`mh=`abh>T7)}7lz^j7$rUsx~h@QnYg*5QkA@R78K1vm)
zt+my7`EL&L>h}vNB&sQu%fGbL2_Xw!+|<2*)N8MU;Mb}BsH&YX3<IwwL$9Xd{Tj2S
zCV*F&;Z42ZNU;ESvv)+Tct*2fM8%7UI_|QJ#>K2=&uTV6_To<v|70moY`OPMW2REg
zFU6+y5)6YSV3=1EH=-sMQU3^nWJfibNYvtu)c7nGi`^iXTbh?!idXl`uqCQ@%E}5O
z>!J)=*zP7lJh3gj@J7$2#tMmgHo6#@6W|u2X3MK%8&PAhRKM*7Iv8m(zG;dvY>4-2
zc*I>>=+)WR+UZAISlC)z8j%NILgFY_a{0Bev=%HOP})e;5~L%rHM+#9gDV5LYuK@e
z=xDm>xE~8_p=&sUAkk%ay>v)x1oGoe8CFK;;&A8sUd2OCWSLSW_Dvo;ym-+D#J`Th
zKLn{Sfgo)K8L%2|o9L2BAmb!Z!MjVvyNe>K)hwgqJ6$u=ZPRN=LxNYCh*$S*WZ7(b
z^9`bH*|rU5siB6eXLboxx`eVH?SFFHPk`Ur10$}ni^_}bRVeReaO&{71yV+J+%X}0
zo0U6aGthO5gG@#Zadh2n%6;vKPV14*c>6Z*mS%^@Ht~$wpRHwcklv*wkkh?k-vbbm
zu4_aOj{)B6-quS$Il#C+T$S1D&NK4WuJv1MM`Pw-7^GQSrLT9X^*2`oP@*;^vclYO
zs83~RAfqA4zP<1U-HX@`KLlmBweuj`oui^E;R8y`V=K4AW%%ReJcC=Uy*mfJO_5z8
z<s+@!-ON0-tUL{Rk|2?czBr>c4#}bT!?sM7iHY0(=}}bnZ9m*-xMvVT|3@L<Sn23w
z+45xB?O3hR_}80(J-hKn@4;}o&cn9W=-cu0oBB)dQRC&}3&g}&)LlD)(U>o!7gKet
zz^Eo}D6$&`L~o}H`+P1f|Ey^Ld8KV~mFLrj%7`ldV3Xuvt9L6ctV4&V`!u7Qg<$Bu
z&lHE$kboD6$7zi3s0Tx8>`CSfae3sR)8~6AfVj_W=_sJ0e1N!p5^+05D)mWztaoP#
zsH{4;>os?#+;QyH^x(Ee>vlSzqOaSon@weE$bQPk3nYO*Y+yVV8{O{gU0<p<`#NjZ
zGHX`EVOFetQhaRIiGFcIa(c^qT&1lkq^*X!ZG<VawauunN@`y3whC1aG_+qzKy)^@
zcUs+yexzT>HUc9?K<g3%NOuf;6abR7ES$BF9zAQZGAwd8HoJ}gNhWKcz<650dydbp
zBUGiUq+(E+ceP7mzQ%Y-zio-dr-B_ek%B<7IiXO|?dayhdF}<)3|<5d=Fr&k>y@>%
ztYwR=&!W+@!UWSI#^ZLpBdcx0^(y1!s&nL-;~}>l3}ZF^4y)<}qwQX`$Gn}F%A=3y
zYT0=z*iM#uqBqf0(^R#$#2S}?_{;FvGT?aaam;7Dl`+e#N%5o4Rs@T4(JKLx)9)M>
z>26obq*fadP2qI&G$wso1`|!j^FgY$mN(OlsuSHytLGIn7piL)4r^w-5rqIu=1BnH
zZVhz2_WRcw1AG}$F)5ZcIYqFdfd2`PVY=?#+})Oa>vrb&s?^5w?7=40)z=3dw0spB
zeA@>{tx?&l5pU34cH48y+sP(-=LD^fSHdSI@lmmmWMa(0_8mdKbv%Nv!&#GJF<(5}
z_9xqiy?7Q0D%W>22B_@EpH+Nnx?Q2FY&yEv9pJMY&akINI2xrkajv?S?T!9wT}3Yj
z;&D=j*CCa}c()Zh#e`oS_`W)44?9=(ij9v+t9>OITW=U2mggNTQti?x?<%Y4IB45y
zS>8Imnd|xR?IXifLj@@Lcz!f{kJS*rFclxQj#n^=!wlO;)4S!$Nm0V-4Z>rWaiF68
z3PH@u&hc00mEHrjx#ty4hf7<nQM*-HcTFac!w#=+F^1a)-XJbN(C@o%ys@~fk@$9x
zBSv8-1*SVT9Y<p;Cu^1aP}O4+pOxw-BMoW?N-w8(%f~5JS0b01l#dV2>`swB=ckdU
zT^*;)ho}6EKSl{VK;Q5aqr)*BPb4Q6e(`?IBshD^@LjHRcG>%Tp2Knd=vf)>Zs6$j
zde$_H`nlT5xF7u?$J%OJ`T57C)rV`_krSZkkD!MiL0HidqfGeLFZWlDPu{EzJ2`&$
zG&!r5{3JiVe(&S>H||}{s_D*{4Hos?2>in>pHuyhR|bfy(bcP%muq6{n`H|4&B!15
z<2&e{P4MvonD97T`qC-uJCVtO`yJ6YMkJ8uptsa`Lvv#MA@_L)&w0SaHTCiI=C5Bm
zA2*K1zMZ#U#rodGO@IVDA;MJ=NscGtlRKhgCsHw=r=-rF&~JHUt`o(42YlM-!S=_1
z5Z(en8{Pi2P!5$6*rpsB;{`bBy^wnrNyjLTNke)+jEqGfKyvTJwn7xULLRh>g$<Ja
z@bzk2TF-Rlt8wo;Oj@m7Sl-iUhNtO&Z+Rzi2<R60JzS4X!q6dPXnS<BSRbfMbWc3$
z+)3xiAkc;+TL_2h*f0b~gege$BzLuq>X(koPk}F{$@f%iB*mP+D1GFV7JTE;U8I^O
zU^d>CX=9~cnkD6XhedC2W<3QhHCUmg<km-;jl^poxE>u6(M)$pxg*~juX>VQ$6R@B
zzTEtPn@^s3W$qj?K!5)$hsWvGun4>PLU{Sv`{NZf#`_kfR|ylR_M4#<=GMQc`7~bS
zGh2aLcA?on9`oXtk0AMd&40`iBQ6_-3IP}qJ_^-pI;<I{wTH21cjqHzA^hb|lFBZV
zTvBt3fvO#KugoLi&6uZtOo3Xx{L&rNn~uzp#Q2kWsPxY`h5cAdyVV1UOGE>qYNo`G
zhneh&TaD|?vE<luf*uVQ^w&oC6V}*PlvkRXe`LCR!~I?OW`6|L*K*+{(6n)dsD?5N
zIg{mw30mJNR0FZkAVXM)K$z@!0j3~KhF4M*o43)$fp_6qBGKrT(k;_d3SGe;D&Zf<
z`1*xKSP7eVb`QVZr{zCY7neF$0kW~y)75F~z64iL>&iBF1<vSw(U8AV394ce;H;?P
zyS+GdU{MLAJMXlR@Ua&F&|kmR?*vG8O>6QiQ-Gy2ewHfgb%I5f;qgPk<Z{(2k@Y4E
z@d)FeI+=DFO59*RRh8&%yZ#p>y*~<G-)v7;k=3;8OlbE#6*Y4z<@zRsoP6cd%WspB
z_+-VvBCfJ+T(W_`?RJD}j7fSJ3N^RFcOCn!K%l{Ir^!UE?V$Q;TRqsZUrZ^)?r6QO
zzWmO}P52ov<&U}Ghj;E@JfC(5YGM|G#SFf{Dy`RSM3QkV?O&)08M3AfiP=|k%UjOA
zlWTL{g-5<87x6p~jMEeR2u8l~!La<fl^FWYU@PnuUz44~(~a<@YNF?vb>FRnQ$Ljl
z#3)xrYztjG6h=CvtG1o6&K|2E#xq1)`IByJ+6n?`PAcm|^lQ_}LZ#l9WWU9tIrY1m
z<RP7VO`_7m_iWLb=3C$L7nn4A*0-_8y3JRKGx$HBR>WCIElq2R>b*Z|e6FO^&uo%m
zP3AGyblT{3;P`GcSh>Y<LWYsXqFoxBaP9ga{fR62S?3eiER(P3KiXfBS?qQjMW)YJ
z-VJ^gj_lj^?$KOaR%#U7{qA5fk??Y4R=%xm0pWwUVetDpl-?L=>&HHAA~5(a@FaN1
z?JR8>#E6sMa$fQ748i#M&`M@pW()K9vk}&hbAf~K$*_l?75VH#WZ4)h{nnP~w|d<K
zZ!(GOdJI<yvO>h@SR%D-H}BQ7Da7->A@*T{$(+Y<$R6V4hda8kc;IhyxW!e){0Lxf
z+ns5~rR0`QYh^r}#~#G1;g7}rnagY*)E8X-Ci>T7@I6)!(U1*O>o(i<@PL^NO8PBl
zLCJ!(>Bd+_u8EH+T(4P-cjRbIDh(Jh3J0)+k@t`J!Hkn#4_s*mVC$wl=6l9Vly|Am
zn>c!Ptz^@SZkyUPP1KSL4yf;cOQK3C=MR%}W?La<Nju10$E4x-%-6RkZ#;>Y5O+WQ
z>LFztO}9pdOi%`oG)z^)HqIR5rx~ZQ$HaMQJaZ$a6_)TrwSfL=a&h9tt3$mf!}J80
zhg*7|Ew%(YN}T!2cnSr517GM|lW8*ix<C75DAvysfCGNYx!E?*?GmGyOJM&M`<PT&
zR_R9ssq0sQp<T7;0P-9Li_h%J;t`3I6mP)~g85fin+YYgOlSgaRhX$81!u_fiyuFr
z3?)}CYq2iC;Vk8j64&Xa$<I`JO{LkTq;iv}=uTg2rSqv#wdF;v$@%HtqvtetT~tYe
z7;SKReXxY^(z!<NbBUe4)5o7Zw99O0RB0tW#3x$fPqXMo?51~>7J?HKsRO}BFGhyC
z-}S@vlDhST=iGE*N{{0h#&~$#hE)VWp=$M<rH!(!hTZYl*y`u>TFm0Qvub3|n6h}m
zLc_$qT)g==78Z)w!-o424U(Z1EGoFC+5<ZEH5smzA6RzP2Q{?oGw2l*-{~7)u#J0J
zs~-BelePVDc4}TUVwLU-({CDk7l;1|su(zF0_r&q=Zr-^N3T%al^5xr#+AP!5DF*z
z+YNHOP9bK+QMEgk3F@zrERWL%v$!5KNEfn8vyLi|&2g90hM<=-@iy-^JkMLZHQ7E4
zNi6W_3|DoAy^STCi(=<Guk%W@{lFt`_RG1U(-rLhGKtxOYh)f-<Y2GTd|;9CtFFFE
ziqG+^RJBuQVYK=SlH)_hR`~mR+lrZQzWN!Pt*6BW%s7W>=ibvsC23h_=f}~JUN1(T
zEKHI{J43PCte%bNjq$xY^qFBN5r3C95QbkB_}x(Bh2Y|6>*F8kzvs7R3>Fav7Ox$Y
ze`QelF3#vso*TZMAI5p}vvRD^P)K<=Quk8)J=oht;fs#lt(s0jdsjX4uNL{2B3|}G
zlTVR-t##@R^PQvTHH9rLPdoQ#7uF~%>VAq^Yuic8-A)%5krIsW-32VI#KfGxj$6@u
zJe0P`+Sk>3&MQ${*4#zDb0EdIWRO`Yff2dt*1b`ojTbMnemitPAp)Dy;8@<gjS(i?
zY&mM#5_%{p+{AtA{WhM_mFlC;An#YDPs*Cf9#~&phh8&Cm}g3^-fkcE5JWHeJ@VR-
zrlN~euXO&nIX(1Sh+(43Miefxf~tR5p6NP#%A_>6r#r`h6f!Z)(xB$w@AI6m&Hnym
zm1qV;>9sg;{H;VRL62I;Yxy;{eNwH_Ga!M#z*fg)y<__Uu-zZ`=aZ|K30Vc$Igd6d
zI;AW!jj$O9{W)HBxDV^Do~8_V?+A5zjJvJ=$iep6eJbram4e22#m{~AwL3j$8&}V(
zLVXTjOM5NOtzI+^_#C@-daYirUUp)CI0=^a-lST)8hHNUG^x{jM`Z2iMCgaJLTR6U
z-L>nvfe#n;oj%8IYd34yzE^$HA5K%&ZofYFy`Jg(aM8H->szSr?Y6Y<_1w!IghGhA
zmYHvS6^OQ7A=nB4y=!ff0bp8F2kR&V-`+<BMPf;v1X}xnS=@uMv_$3npmKUx7)Vr*
z7nXz{3d1OvP({>eFwojmoOHQS64n)I-bJa^L>1IUk=YfL&_(OgNY~rt__>STzJcMa
z%LJpF$)%q8fvo!D?)w&X542>Z%)8kHYuSTjxe~fL@$YK5>SU>Vx_L&Cy!d#xKf*1j
zW%%xK^J7L>Fa@Bi{FP0ij}i;C*Znab0+?~|9%Dx6t^*nUutdm<&8@+VfC#HWj71u;
zA|^k*b-A~)a#;7U4BP|RVF3?fdmq3+tg&GI)L?54`5eCx)>N=0IjBpy7l>DGrGO=H
z0=8-b%fi71O~Hm?AyPph)~UhzO}z@4^2(WDt5om<(SZ981GM$P%+@_G$eGOj0@<iT
zSgeDe7X+IzMW}j*Si$?0RX{Iq`(7G>Ud~IKOZKxlfzbajO#{pTbfxYg`h(Bz!vdtv
z`hhGMZ(Ts_Xj`)jls}BJ+U+$yYjE4jX16sB@UsBvorq1$%ljtMTb=}fnF7h>2SbAf
z!x9I>3kD<V1|xe1qoxO=w+3U*20vmB#ge1DtcT(ShZ5w6619esEQXR@hEjrtQWJ;L
z3Wn0_hS2?gnbSjATSM7rLphkkaPr~Y(IG#;e>(R`M@L6SPKHZ``&Zr7-@@j<B{d{!
zie$PPWcn}e>1&c}sZp5gP+1yM+8DCEG7+$|7O}J9aIxlbwq`NV`J2UPX=xc78>3e^
zpL@QC`FNmN3>wF{xVU(Gd#gC8pf%55KIZqMM}q(Wx}EB`jm@HkAzH}*n}LiCjDJHJ
zsQ@>$hCw@+zd($-pU=}!Z|$Hzb~bg>|6>QE({F{QFdBU}e^D5;gFy=zblVh~!oU~B
zN|puxP2tpkL1AKMpQ1HP(6n;GoD6zTv%UT4e`{jcKg4i)#>o8HIrVQrOkOD3#QY6n
zbmPN~lA{d5f*ewl-lnCvrl(kcjCx;`;|b65Lgf9;V)FCz5eP(HTWd*2+g~y!8v#el
znBOHO*DWn*9Fx=43h!<!>F)f?$23okcg#%H4*wI5>7AJ#U0V3d$4srQ^v;j`o}T`+
zu{yasIdCyBzq5r_GMoE*=ta)2C&#<zyT@oHbAE;{sQPvJ1FdAfe;@z9@htzJeGZz}
zxczVNnu34kHP4K(N!9-5HPf$UH_D3eb@$?j>k)HROjW}2NW4G0u3pi~bVDEbKLB8+
z*6jlTq^%qT#7)Wa{*9nMS|f=~R2WDFSUxX=TM|xU$SEak7Wpl#+x><CmGNiSl>^YJ
z`heVTxRnJ6t%r0K7}up9ld95E_*JxGl1)><d8&#4!^gwDiC|5`Bt0CL>Qr4v|Hho(
zSgP%wt|qD8*o<N8eh;?&GwxpTBka81lw+D}k`CIY{QMCQqk~2(p(+gkvtRpvi#MMC
z2ISQ%LAcunlmJ-71xtQlyka_;vN%+_S9g{O%p-iLArj)IO1%*T4B^<+jEjQJdet#u
z<(bAQD44n9RKEfNc-wIDq178Yu~C9GBIeQeu{gKX@^UR1`0vBfkJpEkxLJX_B!bMW
z&<f$nK!EA1$wa7X^IWWH2xo$|0V#VX#Ib@DK(A^kmgzx6h-t!#bNFa3=|uw!VAlW;
zw#xF2KzChnHxr|9Qt_PtTpY_Y%4`^z(1oaYdujk~IA4U45&NXZBo0ojX+SYMJ`}`?
zh=R{^g7!880Cym!*l;L3V&A4BpS0|tvh8C3pbCY>eTeL(v^%UGWJ4U*{6p83j@?oH
zyrm&8FFQ31T8Xo;8SqEfRU9WgU6lAe4-RZYp}63NPob{d$q%s37NnR+(HH60f??L(
z4ftUTNe2p@o>I$};5&75)<XpklEHPlFMB<zky>4hxf<X381k`5`EkC<Qdr@9dIac%
zs2ah1vO{=?S!p}19$H^%w?McXY2+gT*H3#-`Pg^cM)00V>uY?%r~pta<n4JU#ekU$
zY31b}^TvJ#FL?j3DuL@{4`S3ifn<|X{rqsXhy>5xfwbevWlRDwFZo<z$lu=~ika&`
z5J|EJ3yThNZj&p{Ze!o)a?Il4GFS?--2hOXpP};zuO;z_Igv|*j|>0!i?1M`5Ak1c
zR09C~EoL3LJH~YKo;L7SUhyy1-<|!E!D3Xn+%1`}0Pa6<wbo>KevEEKHzX9?LL1Tw
zB);)O)=S^?1sX}LU`b81O*QEbfNZeFrrzxVP6EtAcCAvG?P@a^#1+3g@=sl1FK7V1
z1ytnd-5i_a-Cpa6-^}oO8*xH`ZLI7}Lxce8$20(Ik_;oBEeDD``K+DiqyYpE-aaq`
zx?|O%z<2<_TG=|7D5Z-)n8-gX7tfS~BX;|!8^C8b&zC7D6=X4n{)>a=@>DjZeB2=M
z^BvhRQ+IUDz4ei`Vl4^&glr^6CV)&YF~|u@A%fvPOj$`1maUf%S^Rc_34zSM7-V}I
zSH5Zf2%<=#>-SW}I!=eLS99S)knVBI5tCzGDq!9n#pxU@cT7fz`|Kex0Sf?_)HI2B
zwO#X=c8h$4StgjAGKB;g{lHFO^ypE*AU<b&9Qac-!W3OZ&1}K@d$9ml{HLPa;y-s?
zjhI}Yrl9bP9)>E8zM}n+I+!>-8Bn8=E%-RC#dAlkAdSpcR#RoRS5erZX3P$+G(!mZ
zRi$@tj5tn{?Q4*t_=ruGYe#PuuRptl^nLZ@X-(G4yG(Y2!G%bZlFyt!r;GJ_hae_b
zKe7N6yOjVW04$maB(V0wxOd`*4F!NmQvIH-pgzTPY~*{*V=%4)LPdLJ2sx54=yy<4
zVt>qi`q|L$`(dYV0*O2aZ5ZCChf3c9iJ@RyCctE9-t|VwbBZ7)oLnuL+x1d)f&i^x
z049@QSDBiVEIAyd&B?)xtEdMeOZCGPDgY8_DcDiY+Jd=_a`DVL0x6r2!7TwBke4`U
zl|u{*_6*J?&<4n}8lbzb1oO#uIi5>jhe!!h62=PcDQdT9BzH^~x;6EvSb2WV*sm*o
z@@r2WND`JyIa8wOP^Ou59VkoAQYHhxv(?Tp4Jv<ThJc;y>!vWx)?^D+XrVxcD|oui
z&i<9AO?D=ii@Kf8U?frWE(V9^CmcPud<Itx^PfoU!DN>jj*4=6qic;++u5S*zCAU$
zgU|4IN`OC<S3~<Ia7OkVTeG4J{Vfca_l3*bh3sgj0LwgeNlkCF5XRqVvD!~(ngatW
zO_`NGb(^?>NMYsgX_i(7v(E}#aNfQivRfUSO)L`o#bXT=ScC!sN{X|pY>#dXZk4n<
zZ|Zq<-`&h0V`dsL`H=o3_RB4An43Lj?A|foOG4oZ=TS6pU@o5k2prven9m=&bJ{JO
zT3)p6stTxk4Zpes<q=sOW87(A=NinBZej<yKem5uH?wGaj%$1*;5cNfQ-`-u;i!7@
z_G8o*R)+sjz-Dj)w!{n0=kQ^zn7Ze5+#27MgbVNUIfjcZEs!6WwdcAzdaEOLrn%~g
zmD|5%o-bkEt%^;UZu63QA6V5BicLOk;5H$MwwB>#LgK?uTnLo6Ia|Ac33nWBKT+5T
zuhK`p%m}7R9O=Uvb*HUks!P>Z48)euk1gQ<M2?>o!@%_b=%UtX&J%1jkyQD7_1wgZ
zx9H__-8`}iK1`;H4H5gM>d_7t_s2)uqv`WSTv$ie!AkoYL;+*PCi`~nzc8F8be0=<
zFMTiZE!HbrD~?0l+U^K^tUUvVRtbY^68T$Rm>Y@}jLx2-43%C<OmDPh_3c?Lv^q^C
z>vVj8Ib`B)EZzhdHatT$kqr{q0e<{!wD~0(N1<YkbuhEV?q)rVt8AQ1N4M}R#KR(o
zev_}Wj!;;-$x3?cGYoP*n$PDtnL%qM+DKWZK_IK0u)43CL5He6epeAn=X{@gu1k+`
zDo?w^8OPdX*i@GX#d~ykV$iUYK~OusF#ZmHvGMi$)BWX8wX@ba(FT_{LcVEtZZQzO
zL991!Z%dyz_p(1xh%9oNqyK2k-O5}*PkA+J_vYQ$Y~5$B_g=6sH}9Iclg{M%J+*iV
zF*~f<_7tI)eo}XQMzIqgCWpXsfmI)FNOChjQMkH1V?}+ygRQS6?)12EzkI)0ywW@9
z*lPXs*Sk-S8TD1?1|Fd<N>pIlV$9Zh%-Rr4n3dfsyEP<4cSQTc&Q}XqgI8Fv8R^M~
zNU%ndjz{XVcP7d2MS@?67yHibyvq@>eKf08$?AhFbeqxj!=|>wQ?Nr(7*${DXvf-p
zPqtuv?ho9wz(cvuB>B?~`rk`_{ph*=W}!`5%DY#V4zHgXaB;Z(w(=C<2%Ig}mS}ie
zGi${lVu4cxw#0GN5pk3i4KmOT3VLluHT!{n*I#uvh?mtNjmlEI?;Y>^;PI~kC9?)X
zmgdz$ftBwK?^N0CUcc568`P=M1zVPYLsBfZ8bkULA;GnD$xY#z^WoW7;c)7RJkf{(
zy@(?Bh?3NZvZjdg`H0G^2qbl6jc8<@USxxNWK(KnOH*Xqd}PN}B#Jt!TQsUyFRI@?
zYA`iwxG8FMK5G0bYLYs7N;G=<|0%B#izC;Mqx6WQPK%>$j=Q%I$M7?bi6)*!EdGIh
zJex;6M_N2r^B;tU?`M3s-W_bjTuvA>L0$lo3&4$V!jWIcU_t?z)-mLra3TP>IZ(VZ
zCy1~IS<E{60g#9;vC<Grda{lYx{mXl2BOrQ$lV2Db^=ntfu@|vw6J7Nk7R2akh~v`
zo+4f?GKs1?i5{5jLX-SjALy!|{Js<@0S8)(CHdec=`188;fX3N3C@Zn%uLB1xEN7G
zsV@3JTE7%?nq*&_WZxm6>`?Oaw8U^+k_c!DZ7lj*q~+_U6zV6(dH^4yfF8KXR(mOF
zG)YVk6ZQ1*YW*NN3lcfd6q=LNPQ~;R&SVO|l#iV0Rh;R)G^w>eQvy8_k;F2>9_Uxn
znPwhYJ>gk1cOL1p%~`{o8Dk#FGU&I=uvBgvyqUD@h0^Rp{j|g8baR{Jb&oV_{fx};
zjI^e>yx2_FpBa0cnI{X`Rk%5rEm>vZY4;{maKtlYJd!4HQ>fDLK-bx&3t2$%T<YQM
zBC(tev7`%+jM~^7TwDl^LEfHX+Bci@?_z0Y;dy(wY1rb)-3z&CoQbgjyh`Fc376P<
z)4V52$%`Jjy$gBqG&y8kX$l4fH0wDB&2YhMbhQ{}5N__TR0!pIKC3~&lZXQOmh8pS
zyxYC(Rhty`p<MN{<jd0h%Rz{4L@rfCAsJqp0c|mrU&=eYVl3Mt_3Ok5{cNq_7{`cW
zJ@K?Vuu?LgL5iC}8c$hCKv`CaSdwRYnl)Y?rArJwEUQ~T&tb8|LqGGGL0;r=X>?0*
z>>`|rD{pQWm=}>A8c`gzPzFjbL9~<=?B`B|XC&E1Gdcm&B1#Lzax+>A9k~z`;w7~$
zWoj+OMc44jRFLaJkvmN}khYxG6F6;KF(8g;$4g$?&tP3dDAN{~=_6n*$<M-b21GGk
zJSr#w6|ODmM|jC|25Gu2r4Hg%eTyYX@!Xa4ina7oiy>g#VkQ$Yh%lnEBNgW~qT+c=
z<&i<vzDLz5ZI!D*R=-U#rC~L{ZLz0K1@S@tuj`y&G?gTFdE^qAUs{Uk0EJiwcQ|lA
zWIc5{eq=hkaxKw8^;HX!OrpwEsboIAmaer@mb+%nHg9FIN=&(;d!gb~F`xUUjt&6w
zU59_Tj);WUQmj`V>Q@nY)ns$k8GF^z(3VTK){`Anx9uZn4l0~zYvj1$Mu=KD<qFQo
zWNt_jEV7aL1Un3Xo9l-tvc^sHs3Og%yP&N$<8FY`RaimlEF)`wm1e&g$u1D9O3o+^
zg_IvEHO<g8xO+9a)3vClHFCF>zez)6gk?u4H+@%1`;^{vh1dFhzn(R+A!ekEox8zZ
zytyO|IBifnzu%hVRoHRUy7#l%$gavFqs^GR1wI0#b87r_)241$#(#$>3NOYJL9hNS
zH6tZz3AtNQUTwh=9hP3TJIZxO%~e)6<;f$>)=Sx=h}v?A&Qb1;oSSC2M0*}Lau!ni
zK?ss&*w)A0f#r?D$wV2`b>K<1M$>iTN47~QSL>DmA<G>k%N?W{UBRu$m5i==+b%kL
zAd6%x>v9pxZNZI1`wIlNmR<Itd{^fZO3<iB*dFzYra=_aDSgm!)`~)(p_1HI%Sm<-
zLYgI(D_QJYB_bOrGkY&G+GM?fpCIiT`h7f^efpBwv8K2H9u@k@qHa52k5`YScMmKI
zMaI(+Yu72~-6^ipy^H92OxJ6-T+iNy665Kkit0i{cHH^lxAI7~7-aTM-qh(BA?-cd
zOT?dYI`zli8}e7_Q9Z2oz(*H~cR1g+hmWM5&^7u*)uz~^9GBZ8yauxH2R7;2DPe=!
z-h;vTBQLxV^ANdkI0|#QQkiS0ZFz)%rx(YlTg<-K*QobUd{n8eE%jcnZ&U|+X8$9j
zo^t!a%6sj!utBEv?&52qs92EMEfRb<vMD(phd*X7*_vrIDs|X(dC)PkJbDfp@KPBk
zY6Vh5`vUFzYK+FTZ#(N%c$?vP$w(Zo6X1sTWYfI{YUl*M)VQWmx0Ls|!f5{%U4#1Q
z=+5%wR1~mEa`4t`@W!Z}7lNm4$6FtZhf#3{VmLuURC{={>S^ge<7IwIz#o>D>?}D%
zrP&X=-*!D(8KG<gUa1Tk+?&$7*KS*i6GMzw8Y}-<7Q!)x^A0&hKtH~xG9kD!sV_C8
zDLL@?*JsnLQKj2qdE@DsQ6RG)PI@dad)AbeRDW|Oie_@kRBHIGeNO}3tmxQhZ2LLS
zicgnD(>M0hVZ={hN3$(a<C}If)KJt$+l(*$LL2@<nfG`+!O-`i&MAp>3K(|N^epBP
z5XWK0Sa~tYXQ9NQKQU{uTy;*j1xN|Yq=8{}^g`ejQ!x&UGUZF<D@z@!!=1)GG_cIR
zG*G8jf@r{0q!YH*N+nugv}R7W-BqAI(9a_1m#Lyw@S=dd#=w4Kl|dgyG;=ZI22H5;
zWBaVq`m7}UnmMkRM|TMHs4g?E8^L|B8R4t@J`0D&<K$U$-|5$@S5{d3TpcQKR(aO(
zI@TYrtO+l#P$NTt4!BY9DSU<n!aL-Q&qnO>3I!mdab?+gY~#U)#m&r(B!Z1%oJCHi
zMOL*<4u<uW6<{UK;`<XIgy9Q6!}5ypTAlkkF5$Ao-H2S}M*H%YR?!U#zRjn{OX8~|
zHb&hHcPl9O`N$J&(d>CuwQ-wKl+p1BLnUa)eIDm-%%FXn|9B((B&vmJQaNU)vwh=i
zd4*;YXO?;s#P{`XW$DiFXd`Me8v16(>B%n9!G;}g3|U9QOOKf#z6Im#CWa5VU&H8X
zVR#r)m}S>np6!e2<0A}j@V<*eIE;4$R`-OK`@bJ;6gYhZ65vJp?L{9iF;wE+aqOpz
zZyn=r%c*@{S-}JALkdrDBZ)yNWsB7@D268x$ijXE;DBv>vgpY;178*)&92+gmg&)k
zFIODd-M*I3XYc4a0o4Tt!uX^Q2LptyE+67&84gw)fV>Mw;~#biq`o-Y9N-WxJ&4(A
zUEl&89ewKfieZxZWc3?1a1ojP*=%KnlXw;DBXL6qjtt?Nt$n}Q-3dAKH*VDd)72Hb
znC~?H-^kRz6RqB@yeB+mAerpWKCwF7sEa;*z`S2s31Wu!^sWF)0Y7*?9q*d}xu8el
zYoy_CHW=Wb$k-n;IcG|pXDVxFYQN85jOQBC=UOk%b$rkDa?TAp&yCj3O@5!7GG4rr
zzOZ<CVd;BeopWK^d11eH@#go16XT_`^rg$o%lE#Q?m3s9otNHgmmhv#`Y~PwNM8lL
zybAHX3d^~Q=)8(ryNdaJ70dWDUixR^$Jhiv+7|_v3G0wzC~fijbB_s#6$-0`7&mbp
zWS@B1u?~K<4oRB?N!4B2qpt0t5RcwVL)5he9P(@9GJg`>F*)eI1`bxg4RX8<{CFEs
zb?ZNI>v#9<)|cql2mW6^>c6}le|dfU<yrO1W8zoO%iDF|TZ*?oK`$Wfz89-G(tJ*M
zIXTw`(zp-&0IYJvd%nb}P!Rk2osl{u(MkAV3JmD7n}Y^`2^f~O{YYg)2<V>#QNP%f
z|JPktHY33m{xy=SduI9lQM5w#^Ygu>pAjZF4lBDsxL`;;lh42Kns#f1Lb-9?wEO7;
zCGs)jb`#glUYi8;>lE|j%?EN=(bP$7)g|FtM+OZJD;>dhg0pe-l_u5(Q#}bh5p9*W
zSpss0ruT~3`krR~*>xqoxfmCS{Sj00)y5{Z4o@_l4ZZKDKX}b<{__XwY_WbpMKN_w
zE{lbcXMfIp3eVpkctf9Ny@ADGbmg?!YESR~7W3WPov|$GPzK{`m;ITFmjl_xH-GUO
zbk~*p>GoL8^Bj|3o)<?eouP~`@4T<ikJbiqUjF`Y_v_bh?1%p}_emuGPzFq8ft0~!
z40<Sw%U<vYujzd#M<B9=lp~VH6p$x*{@~B9D*?1^v8aAZ^)g7{8I4sz^)ouhUV-QI
zZd=vQ8GSJyDKLjVs8P88*W9N?%}@>q^q=NA)HKxpKFqoIMDxGRbI7#R$X=?`KGmdD
z)kNP%GpZYs>HIN4a!<>E>ZKlyfj+IFHnWP+gJ;If#s=i(s?=6W=!<Cv`{$Ie^yn@0
z(U;LIHb#7|FdjV%PHPJx8#|Hrwvujd1s(1Feg321<)L8j{?}#nU-{4TR~CQgKi}Ed
z{xSUd#}ny)jD4j2UnvE7XoUEvM!dC1bVG+f>KU5<;Su!zV)%nje*WjD(Ek|w=y?Ud
z`VjG7hd+AZ!N&2SuOg$Z(jx3q6P)8xyo%C1OFnuR<oag+OZelTmY3dCmswGVj)2fX
z5IX-UsjbZ~jQjgCy11tm`K=y(7G2)ajp*%a7#?b!8vg4ny8H9g@Z$WR$<K1n^u*_l
zWpv=Pw7osI^~Ys2I`G*#JlH)wI6VFS*ID%C)#cT}!T0r<|Ifmk|KP_#=Q+{;3we%t
z$v@{g{jab{BmT~Fc;3sIRTkmDqxhF|=~&30c}`xsOg@0aUl2XWlr#bW(DtjLFMpD;
z{>*a@?M$(NMF4kdGS>CfXc|LxsRoj$Z&5T@C#3y<<vD@C6SHzkzu|r;5b0_k!eNd|
zr6p5cr1Y!k$0XySgdbL;^Bh{`J{RoIrbX{@&T=yw9RUNLbT<SoEv^RxFe$1xhkpLB
zVT?PGF_Q*8r|($iox(*U^B&)GVN_5DyQ*DH{~7EK^ttq+k<`fvgBOt8X%yN5<bXT1
zkQC4oG~fur-|R56We7Z3rZBUmz5cop`ojN_oIVEV9kpA4KPcA=|JCbQKJ;umMkG!P
zHQgKVHtCnB!y}x{kI>Txw6@>sEg_cJJG0ZVqz&$qA;o}tgJ?{kUxW+{l=M2*=)G8i
zwQl-pHj$(8)AaaSeVeFMHCpm)PHgJOR7n`;P-svW;KDM~%X9B*4);%D6n+VgsUNTC
zvUU_F`ieG<01$-E(*?;rOL*U|090fi--8AcWUMj)2#U8J$-Sz_afu=V;W$CL?m({B
zdqp(?c>lBQ5*@pWI@Ada0Bm3(k0QdtMD9JUcM;!&E*vod-0mlNp_=c%M&C@Yumwd#
zQdXSvwU(5O9M{9?HBnIm%MUSR&sSh0O@v($tiYoMS%7Wv8FIRlN%5Wl5I<1x#085R
zQzf5R%qX@uLrLX3Ar*#qmUTQ=_!sE?FYF{87%RlJ0+ImXNk5i7Nn#=iUvk6I7624q
zR^c@c$v6m?7d8O~9-Ue>z%3bUG0$N$GVx>31sT}L5Phb$`E8sFC@nrwK_5~lBrAC~
z3AezWfB55W0=v3>XGt32b8b~a?gRtoPEOhqHL*4txogu2HbUzUwF}qpshXs3vr@#w
za$w)f&-g;kWl21puA6<aeoJqTN&^4Fis0*;)`0#I;4m)m%ZkK0AU-C##P`pGv=l3Q
zvhx8M`^jG4Gj$gvzBk`v6g`+ba<Y`ECb3u)pfFHq4&Hj6>Uky@<I<rhWv>o<h>7CU
zy9$d|fAVT4M;MmdWln@XoSvVBzDL~;ybUqi0rp2zY6y2`v8bhRhXaJ`*l=Pjuw%J#
zxIomXXB2)|5G@6a<{zlLpG3TUNT4ZsNtr)6%Az$g=9E}Nxb%Cu^&VX~K`C22c_q^P
z4(n5Ny1aWV{pO@C`z_u>d?ySoQ33MqJ*_1?WU1*rQ>pje2@?fW@<4eNfRUYsqVq=I
zrmD&V<t=}*7eI8?ORQS|;HG`UU?Y<(zNgu!8EIEM^C@m97PegmkkARB36InUrTPyw
zSrfZ;*@+8>Mb2Mb#5q%7y`$aB55A*T2!P?lMQp9eoSiESC}=o(sTBUF+a*ag;Jy?|
zARE6U>u47FWA=f2MJe&&WR{D)X~USLf_9I_(zG6@Gqe<`)Zvo7dG$kl)mu^2@X@&A
zhoVd#nPR1B8?`zkGMd5NBF*^)wOXwo)B|^6#iC#J)s29rKs+1{^h_)OTXY>r<OjfH
zdFUT<ypc=19Vk!YANJ%Vm*~Su591wiSPT}3I1sSM^o%Pko>G=LSYeM@$2KgPwwolz
zJxJv>9xebHKoVsgq{jLQM^S-=6bj}d3mL{_r#{D3wU(tQLxK5RfcPd?-BjJNU>;K$
zh~eNq#fe|2fI9_&DX$#OC=^R<l9|8`7HF`xjwOQ1C3J;bNw=S>`*E4V!B0zMsfH(U
zp=Y_I+ZZgEhA*NlUGndNgI+x!)|0`{E8tMIVb((jEZr_eu_c^p@6tbKUni2PgkipT
zDlwhU=31%-#?UHM(ni<<5r%ztatx>IGmnE@%U??!&`w=rHMCGvI%nDOQ<>_vJz0n2
zMf*9^(|(e|Y#^ExDt|_D^P(?ex;hr!v&6onF=9el3z+9obGt@|ILReXeLxyX!_$0{
zLS>o+fp)bm;L7oa1}kFjH)9dA^)(cPj?oCG-&%8iTz+uunFD8bCjU-x5hPXcn`cBL
zpJD>E3ZjD#71@;+jz3(I#JUHm4j?{fVF}gcN>$k`EKOh5G?eKU^6NJ5&j>6hm*1))
zd{?e#*9k?r-nVlHkfg(K4mW^=ACT`j)5GKysH%Md@~$)z8nPC;HQYx|D(2#v#EuQU
z+u;2N{ZXq^WtVkFuHWyp%x)KXdm9i!ga{g^a>Lb&<N?>K>YNx7i#FQ2K@#X`95(%n
z@Qd6b(xQ`R#iM$%dJ6^d+eqd1rR`D6<lg9q-%{DTFxB3*l&I<P+cv`ut~Bb)96Gvn
z?2HV5O*MDgIdJ>^D7WG#L2oBXm0(<WTHOEE1q@EMW+DD$@f4e-nhM=m$1J6P?CCy|
z`np$DpkhzeExja{Qb;pvAFNrck9b^J?a(FubvaLapo74v!ok=GlTNUin7A(R=ZR?-
z<<k62pHmWJyBQ(ltEuFQvqHtg&+rfFqw|D9=~-nvvnCV`j+IBzV-@B?x4J6_J5v=H
z;#=*qsN4><M+tW%Qf4vF#MWqLA0~4i81n_rPo<96b)`XZC-X#>AYU6Azh-FPM0jnA
zU3}}a$$HBK{)zH<S}DuEZf7dtjtuMPNQ`UO<FXU2(Z9Q_1wT0&A2u2lEbc8<MmSNn
zHZJkM=hZo&JFd!;DX*$@Z`m+7V><U3d}<>8**D8VPU7cKWTmG$<A{BdZF>!$?@yF6
z&kt4gyq%<y-Y=gK4k7u!Ao_!nlnsETh9$l6x4MYF?<!|4z9kdQI@bef8Cz0O_f8@$
z&s?kQ-IK8;7mfL=Q$>v54eEB|?nyalYC>L)8oK^?6I0RT0C9_0`bhxzfY|e`dn-*Q
z){LLzcfolF_4g#39U{x-n<-UsPr5NY;4R)8F~2(}3!L3~=Gxu8(z+<b$ha&R^JD1}
zVfg9h|8RGgQBgnq-tU=Us6mi!0Rc$`>5>qX?(S4tKtNi$QIzhXyE_Jkp<(FmMmiJ_
zQO7g?>%aDOU;FHRpMCCi$6Dt+<q6N=w|>9Z=l#8DnZaSEjr4fmtRK*CK{6Q-#A@Jw
z@s5?!FSh7SSgO`?k?n&Q+S50-Vzy?VCjEq7dMVm^sbfR5lCi(ey&8UG+$acnonSsj
z=|Lg<u81<|mz#%oWB_5m#cE3ssV*i;U^y=zs2|~J7~%ckmHo_s_vs^}^Os&P1mByw
z`rM23f72YYa})BL(y?1GRKSj2C`})8@N#7^G>qJo2sbQ5Kaee4OWrOl`a3SQg0qb7
zTb0}3OPuiXWG|xBka||PpD*=n5+GkF9H($_OiPu~ebN#*c~OyzQKZ4@AE=@~i$o_G
zM5lO1r=>+_{QvBGPTPlWVuFHN+*lZ{*d!2d5-0{kgJNs(3N-K=EC{-51y~J9Ghrai
zJelbtQT9io3`Y`^Ymz)QkhcssO(U_vm7oijC>~8Bm4F#a1N739@vxE<mXghUlH~AG
z6xxym4Dst+2|5{}aU#i7pOOvili&CxyK<x&Py=Z$l1+V5-=(L%ECak-!d!3w#nj^E
zTBKk;!gLcu`x;W542gAp00!v*>Wh@b=;Q>S<OKWlwDfdO`_!DnR2X$eE_DVCBM`O(
z<RJ#BD5gdD5VR5}$0~kK!%9sVPXCmij>ns>Z<yYUm!8~~-l~{^<j4wG0tDJ;(O6`S
zECHTe0Ap%1!Z`@kqtm*Gp-E()id+FyXhdeGPdeNOutuGe&XK;64xr-Af%|0TMQ06{
zWewwH(AQ?2Qs;h4&kCZ(T)+TLD&p7iW_NEAAf=(v><M*@=~S*cyJgw?hnZgvGt-w~
zn;hx89C>gb*v@cvR~w8vCMQub_gpmhk~)8sBcFvP|A9vSrB8m)58!P&C?yClY&f?;
znqZbXxgU|XCqj@M4Z~^A-nWM(wq+BxXA_O&(c-5+r^!oH%v16$+{eo!<jhOvDAI|^
z*W=88l#y?E2QVHfqE9F?8YwcqD|)PfIfDs$j9*Y7jX$ke(0xGwP=X5I5sSpcHcS@a
z+!fwGDp0>GkS>Qk7t8Ck&qFIH6_F_w(J&VIlxIug=fq}|kQ^1n(Ug4}DM^k2a5&_r
zFBh3{7F%)_Ti+FB;g`dX0Q8#xtC;d~qvFSZ-D1goQjV8{DCUnL=){5njY>+qp{+qB
zl(m3({7T432`#M9TdY#*s33m1BoMza$)R+l9hM+g7K2}vuv{XUQRx#?vbtQg?wh|!
zQ;ivR=PQ*Li&gI*0gmnf<?YocBh^PVHJA7`UyW)Qf`D8a#ZQSre8ku(u6XrI71cj-
z-SDG5O9+;h3lP3AT8kW{ZzaLcLOia*W#3A&(bAET66(yl<)e~S&N>pVLeh@9b)$MV
zzj}H^EfrQJK?S-VKepN=rhNad`eLM-)}ltluST?@nw_ymG7~6S(I6WOlrwIW8Etrx
z*(je`!;1yd+{FDuQ|mlJ05+}#e`0~e5*v!s8~^0$Le%oC)UI$euhG;m;+H+ltn78D
zr|M`PI%;0<t*7^^_gJat@~iji0QgkYdY8BO`?UlTw2}t_LObfYE9wLNT7|h9<5pUq
zjW#gyHY!wLj-Iqh`_(9Awq<m*Wv#Tm=m7rU1Zi9}Y98aYY;yHswMMMeQWLknJFaKz
zXo3DLyiZ%_Zd}hq(9savvF_0Fz_`9EwuGLzwYsDJ-e`*@L2FD0Abhlb)Uh?RqJ<!{
zb-JQ83~dab?r0|ug0HT?Q!;^R$8Fo<UAviW9MZrST-Zni*PsTx;%C>AW9xh67I;NR
z7gyb|a(B0Qoy~Da4?#!&aed@Zj23Mz|Jgp{hgdo8EI)1`IO$w922^2wM`!z5Mdz7c
z&ss;%oO0vzD1Z?K@ErxP^CD@nkPM9QJ+3YetVVVX0Pin6_*VcmH*!=Q4uv-3XLf^s
zwe)wiG;-Ak92fi<t+HGJeD-OrTIt0@^@5zbaq0TSvRWZ1#Jx&5u1Sw@T<;=Rw<)TJ
zmba5F4lV>8;4py;nGD!EAsv79*ssDVc#+N~a9)$a^hvIVu1JT@`W1rScO7sv#VTSc
zvqu8eCoa(+McY~3F(i=%2r@x{fAxL#9}2GQJzpvKc+wS2*WH)dvn)P@aOgFIj?g*v
zSU?9Hp-7uwJ(a5iWvGEiaRcRX1Mb{NPiSw-B-c|$<Xfjv-;*vPXfJA|Z<e6PBDVKi
zM_)>1C(s`O%4+#-JTwv8IUz9;!aal<9R#BKi6v0DD*eR25S#uZ+bScC{v*u(1C`u^
zC)}eBbfd2&Ml0w>-$)F$m;gj!ql|Qe4@>}^5=g3xiDG|b4|HU~7&QRxhExrkouKBG
zJ5gDPAi7r4xE`^r`mcVlDdYZBCsZM7a4L3kO=W1276o!1FX==B1W-M1BnG-qrqAg{
zpZ=b9qMLb|J#LKxv~&V~ptwY(flMgOagZ4qNhG>*kO|ev)LH-4sdrBTrS3eAIdn1W
zhaz+u){7exqnp-Qo6M0IC*VSvNK7$1_nWKqFv5C@R0cW5rl)Bqu2$hko#UsSn6C~1
zj>-|m(`jMx8I<3s7_7pS1Y1^eRt7$?!Zj<VI?3oi+f9c=uTCSmkt*3^nqv#jr&BCr
zDEzfK9n@S7yno;qA`{we<UbwFHC`d!BL<)1$ey1gSaBJHcm5jrcslU#1OU%kYJrb*
zLV@2+08b{lQY`=j&a2_st1`}uOirr`rvuF@vvg?0Y?JClHQh+0_~2{R>D85`Rf#!-
z(sF71^lZg)y5!{g*a|CrsbOv8OV-NS+B$9Aj9<Xa`Pj(YfQjBQu5^vXLCIOH@zu!R
z8=p*9AZDB2t7h@4XEEO~Xyeu&()X-NqV91|7k3UXp@v_X&eNJqlIBcPF|MEpR-z>*
zDkK(`osq9ASDwT#IAtyHJI{CoEPOo~_}&SGBk@>jcLr5~17kZ<44AvJi)hnD?6Zj>
zQ^1h(ro8D)WcGGz)%t_#X)SbrD*YD4WB9%#k_$es`)ot5YWrRMlAG#2o6ADkuZg!3
z3xNR*Jiiw_C4g{QeDQm`lIuI-X1jj^R?#s$n{o`B>Rl68+?(|(1J|qYrys`6(R-#{
z2T{+4G`axH&t?#(2jPKh=T4jFWBY$pR&EG)BJa(7hXUbG3B=8So@QStuy!SKj-D}W
zN}p~#@0viF9;>@7Vly20!U4}EcRE}SzDcZGWUZ&5_m=68_*Hv5RQGJN=Cc_#Jn0t}
zs#;tLM<3lAbz(TRQ0r+y0pQaFnAOF0;8E#^qZ*elHRz4Q53By@4f(E#(ST!>d*=$O
zI~ivC_AU$kYU@AO=N--tvEFPvTpu8+91ue7FXbG1nC{=ePn_3h;q*JMW`ppj&}|ps
zBaO2iH6R=D*?!=W)cBEK*U|Aa^jClMnX=mM#k0-JKqQvg`JCyfTFyRZG~G&n=$!M7
zUu|^e!&0;J$~^i&x_f`-@ecRd^vgFFlOImMWg~k|xmaC+S`W^s%)ii^pD~>8Y*k-x
zseS$O;fzh{E4%q|^ZIK0`WMdkH|^`&s#RB2S+hca_5)8Z?sBHx9$ZYTo#H>(;Dhhm
ze%Qv^IOOfxoFBWW3K;D|0y!D4S%WU=-vf0YTtBM4rdK~RHvhs({I%-wS2pvnr|2IM
z0be<4ZVJt3i;2GbW#2gyt=$IB;7IL9kAHjf{v^P3CklO1bAG`jaoad?_iFrmSN62}
z2A4JrI6(A+>dAG&gKJIo>qPX&qvVOp>Sw<*-=7`joaH>YIeUEf-UYy}aktrhQ&O`q
z2S0XIpOI9baq7PEtsH+^JrFv927LVHaBmM{e(IHtynQlwEA^{W78@&1b~Bn3gjde4
z86t;A`bZ^>@$v#39YxH+R!GH%xn07-ZSzZEN_OZIi}L49-lw)BpIHsdb%rgAu+zC6
z*Zb1H?L)F9MK8ekI{T0usd$LsUE+a8(eqRia(vxG2+<2kX}FT-k#?z8g9D*aQn^l<
zVh2eT&7A#WgKBEK<f!f|>~_!iwf;=~bF;31-)L+)gNsdgVX49Wv{pHpFjj6B#oL6f
z=Oe_ba%SG51;|)>@ek-Lc9LDi3?Aq9tn}qZm5j=OZKrIV*P2<4=IXZPH>Ha$YUvF9
zYeFsyRZ=tfsTE${i&eeJf$_$_4$szTkEU6({_#EMCxbYfQ)-2pHVmp`BD=X40VVC~
zJ~7*}iOCR-)WH=KQ24~77<yA9Fl(h;g-A8x8WSXN8jY68^<Ci*&a?4zL}o-i9OqdT
z5cp708RK|QY=3|`R&*0XXJofN-zmx6tL7RI$9&Im8?e4=*Od5L8Wa+KjV~6Q7fQl>
z0B7W@S790za(Bv`lqIPudUXBsi8PmG44&YE%g$H96)NyIWIYN=Tt-wPUdJIgqf#f<
z+G^!kweKy4ek@X%-|$wnw7McFjph$#E=~RM$6gA3iA5e0xr#<GWAullkNk?1$OHJ8
zM5wy}d(Cd6HlVJOV>DUz^fO|~;kjT-#<RkEV|exzt|+K(9I0BPmYiC(gthJHyuruq
zh7b!dYqNnh9xa5@=$>t!Ldb_Cg*;}C?2krqSyz=(s*>ejAF7)^C0w1;i5=4cs-9}G
zk!fA?Aa%QU<5kv`3R`#x_30ePy+=)sI0b#M)x`2{$@UFGiC(lmvGg`fNmM3IMrpD#
zeHI!*iHuUr#0wRXAY8i1DMz^{;CO2uEAn$PORI1V<VKiMERr<%&SAgGs(48>;O#Sl
z_NGAe-b`v(BwM?kb%f<2xmqbN(Q+iSRcTi#2V7uhLT!59IKk5QP{5Ty#nlGfBJiVW
z-eOHrUU$i#+=BFr^F2B9p89uYf!9^l?9Y7o+TV0XJ|3X7Ror4B{iYXG!yKbgo8;iY
zzsIiqSqQy2Q%w%`8%-w>;4N`~?^kQv@It>@xKUTWeC~dLvCBB-L->lv_HEzZo0T_D
zeACRm(!-O~p1S1^mePK#;gA2(@p)zBd2_uZK#|qQCevT6!^w-sgc^yzz?Q8`A}TVY
zckpYBwm)-YH+jO?^>z2}uIMFG3gnYdKzu4KyH)SFmmoasM2Y4goTS&Hf9RqFnSZX9
zq7{nk6SGksQr7gx%U~I3UNtv)WpWk!Q1USf8SntSwSnx7H65C;Bnn01GpF)ZHn}>E
zalwXo-yuH7k3<}5Egi1v=4Hs+nOkU@MhkgxZH0YQ>%3#qyiJNB7MhBd@0c=+ViGY*
z<0aLK0z!4{ntp49fqwp&pv-*7$X!JsW2BYP_8Hm6b9kX+C9~#Y2V`p;ihebar*`rp
zNv_p2LC&AKpA=hk$V%Q#ycd>Feu#rj>BQ%#bvG0YQFyWM<MLKOMFU%5UOEM{?5hQ)
zWex#lf}8LII!0#nZVT~bo2Qf2B?ide%fuSChPbA;%8|hsK`)IE?-}_w?TgWaZQL?L
z!6zi9>LE`DXPk+=X6{d6@9fu`Sw^XAdD{v#rH>&lw<(%fve*tN!>KAaQ(-Y%K~D#p
zXqpof5$>svihewqVv^VYgG^))muo4#P=u_2?WD1NQ(ZU-va*ODQCMz<kbxE6R?9?F
zIX1vnb`w-y<sBS+P8WN>$NAXvi2N?BwC_010`^GWUg`3wycyMO3htOK1@+N*(&7M+
z-21h2?HAPMm4>L5?EUT#--_ak;X+P%2d(6oR4d#a%GTR`WzwT4s*9)CB0sPW%ygPR
z#eLPK*P@TCCFv8^#V(y;ij_)j*K2Mjf7xe{CZoze&c4ftLjW%yZKOfJg!oK^xL!Ss
zeun?Z!W1XdMc&DZd^ENAF2AU;vFOobH$3HCSUFTaQ!m2%5yHz$-;<?M>((Z^KV`nL
zL@<Ks`}AVU_%<w~HjLHE)iB{qrO@k6I_qdV<T`J@r5pRq6tR<PAVxu1ot(>NVZ1b&
zzsWK6E5}nIBh(Ump?#s>#Y|@<wHUo!mcSa$#=C_}-D&}PTwB2^GPQEjyZ}EBf8)O=
zZhkkv(Dl9lP2hEhIr?Uy`wzBj5VnK`ka7`$^TIWRywd_Ayx2n&;Tpy&VTrH5h@>3A
zR3SSp@4Z{>eE@Nbl9#X|NnPxF^ujGhx6_KEWwHNBgj<}ggf*IGVR1ls!0m%)r!~X(
z#X%{EdqTK`4KwA^(90L@pOZUn*o2pc)g#=KiX?0~^_NEU2i#MdI&B}nTN*WoyiMzu
zc=a@O3HAEL+l;x+S3)gIV{anfX6;G57F$>ve>d<p=eqOtv+qk2?;##AY)Ly=%H_$(
z7asZKaJv`6%TpgCJPKJQ?UnSGr&9+!iUr~JYVVe3av`3j@{$f(smrq^FFeb2;SPE&
z%X2jmf4z-%G+Lms%rA9ecN#O-Wh|h0CNfa-4sI@fkVgd*!DcTPKlzEwCv?MHY4Huh
zfAvM5XkxyX_g?Lq!^AtniJa$ra#PN~kRgP_n?h}eqYzK@dFtBf_<6@xfVs~^N7r@p
zcmK=m^V_q`jq~g8-7B=N!Pcpp*ez#0_wSj6KUr-de0OWl#Be#SmbD$zblZPF(=EOw
zdB>;c+BAgk>;ul#jyGNek%K0IZK_E^KCB0TKM8_o(LE`J^$@0<etiVoArqc_OzV<#
z)-Cr5t7KD@N!x7AtWg%K%nrO?s20XdW=URQA^$X?hth^Bn7kCxbI&WsW0g?2sTUT)
z6L*PU(!EU%pKRw#_ypCf-9FOHZJ#r=gz7<MaAk2r*yWhK>O0OU^%P{ExWHmcTJkA3
zmI%BL0zH{;f1kgXlI2k_yImoCh^HVOLP87!n?ZehUj+Q|BaW-}9B-Jw&(jYffiPmx
zl;*z}7D29C&-&i*0Ip!_*u40|emB^?_|mn=v*`bcx%3A5``~-@b@%&Q2>AaMxWL5e
zF$3Da`}C4NLj0Z*BJV`SyhSmzK_!4kJCNhK@6#6n!kqMq{FKTJ654DW>g+74ERQuF
z^XT!hYV&dEG6`sM3g|P7>aadDU>DIB5i^$(vHW*-1Jkz06z>0h-d<JQ_Ak33_m|zE
z#@G!-12R2L8XbKM-=H$oqc<>MmNR%LtIw)wit!r%v>W6Wy7V>%4_)LRzEODODvPPw
zbG^}hY-GdbU@ht6Cgl1T+)z?h`a5Q?rRMh1>z$pQ9j0WjYis$h8T)E^`M-^ZNzg;B
z5CN+YX6tA%pKy}DtM>oet=EfDb4ylN3-`ld4eLzH{~Oj&>T&+pT>amz`i>3u|DjNQ
ze3@%zrPbd?qowWne>u&?>~b+o<L_zi+c$9r{-KdR$^U_A{I`LwacqR?=LpBtM2Ca~
zzk=+*($GK{?4P^bn26j@4RIN*O}RDAm~K6WW|UPlrKhI;lV;Qo)?pU8t6TLAZGA1H
zBQ-;Rwdyf6V{iduGUk_7R!3%0b2}@j%i+b<&DA~35O)`YGWJf6kG`J#wZi@OSF8T}
z?akHc$<_Akf1)7%5B>-PE{gsafQy}qe}W4;91`R|!A0D>oMl}xG*<q<feVel`}E63
z$gm);U==KIkS?ZA&o=D<NdC7zy<}||rcbX~*aKX)QEcdp&y?8jz|ir|W+*RH)?Wi!
zqB1}Nvolpt)wBtKn9UiF+a8ssM5=1EXpb<!dqIFOGSbGfEn2gp3Ab-B)+|;`{OoNM
zw277V97h%2er;@90C-@xiKysn#YS7D7OxrHhSWLY33Stc=bFW4BOqlQqYhe_j#(Of
zv)=ya&ui*l6TfLHQfVy^cFIOj4~Ig6gUZzlSjaLxo3R6y$P{fD9B{A|soqAC_ok=k
zl|kfy1uL`Tsi;B%pK9C-tB|(-2qPI@=4P|F!r+6QkK%%$AbucV(%cbgP;3&Yil?|6
zr@}CsY1ZX=z=+jMCBUj-3_RRR<;P3kbL~;Q)QgdfVJ&v$*?&Ro-9*JWW+Fhsf(@t?
z{6?AO{uOUOH>jFL9!q7B8390wxakYD;3in|^L5qJ<wY=Ouw$w6YEP16*mA0p0Yo&F
z`IH%jP|{ksj0lnz+&&IcbWYciJ*;uw;kc@G|Gym2jz6900{}(xIAnbph!M>cguRC(
ztY68)vG!tEssYM$)Fk|x7UGVw&8>!0?Yks4qiu&;1V#W!AxxiM75c64d6k1=kPni$
z)|p3>d+z)tAwM@(E8~6XWdY!$J{7E+$4Ra-{U+S1z3Q@^Nge3GSGk4Q>k&CvM~Y<i
z0;-5#hvuOB>{{a>`Mhs0>w2=b<014g8aZJQj|Q0prKsDeJsy9$7v_V~oJ^BkgvSJq
zq_9R7HnrjBMc`bBg@PVI;hGIZ{=R$+*wZ=424^kK3vK33vdcd=x1@!T!Hy~|Co5%o
zMEur=Htbruck;{kSvojj+b%2K2V!nTj?!EA&E(VDgw#}3(M@~I+kP29tCfmCFBz5@
zU}bzk<bzB5?e~`+L@X#X*0Mm2;S5d#L}D{7nR|@#3sKRddHJb_XW(=p)o==Yn~ZRZ
z`d4i?Y09e8-={A~x)i1#%t8SbI1#@sm)~wk`d}gG+YTpl<*@+R#Kc!u*y#`~L=pX~
zMLQ;6uKP<lFF(V}s#x5gNAcXYNc9p+8)F4QfW5_tuIm$zA3ONEXe;SZG7FpLx8p;^
z(*oHtgzs70mP;aTKHbMJ48uEI%hF3tpn&i=pf&Kf4Ab0#*cP{=YH;tBOurDf7wE;h
zZPU&PGAP{QIk5o`WxO$<NZ}gCagh_3Ci`F)%hEm)>S;umlcgZPf$7s5a??_VFOqW%
zJrPkcKrTWNgBd((x|QwOG7&w4{&+StY8ta^0wN^-!Nd=}b{QD173x>z9_m&YF)iMc
zRq#q4#d9-cp?|43qLuMAsq{aB3-`TOGCi#79`?#cm+p_cQHs2Nc*U06eQ826Y<%wv
zQ5gbn*(OYiBl9^(9guw))0pL+dHq<52Y+Vn4>sk#G7|R?Ql2rLdxE8IswHXPvR)~E
z5h(6ab7?2dX+i_B@LnJ$NYW5scIh5GwFDqJSrUdpVEXjSQ7>$ec^`(t9@1UnDj3Y>
ze~JRL3MfT?P}?p@tPNA(af|+J1|((24p(~KGp!K?#LBw}d-P0ZM$_Mltbo0ry^k>>
z`>PJr8kduLL<3Wz$M}<kP^}%}NYTb%LMPW=+V$E9K^Erwo<p1r%?>!?t6TR%hMqIr
zz;GmgZB+&-I5MqAtJfU7&3$<BNE%0JGNc?Uk3iS%Ic-LCm)g~R%(E;D%crRiG+rdh
zx23GIoYS9+b&9xb%h=60XVS;7ibcjM)dTQn`7rHxdv?&@kF~nxda9Vmy*%A&-|LDn
zDzu~F*d0z&byHQaucOo-A7F4XqWYbwj2U&Eem9yNqanbS{3BBz*n|q>Sj!ao082wk
z6j;g09IAZc_*xf94HDNUuj6B83rB*>-ll<c))?o6O>~<Kt3n;SIinUoH&wpB2z@X+
zqPMCf-||<V9>+mHj7^}X-?>kYBW5*L$*L`)NRE{aI{iuLrY^y`j9nIhrD^xBBV)`-
zU6e~F|MR=XFFdEdB}eNO^?F_22S=DZ`~1)Sh34PaZ*(?k^Z_$XusD$(*J~q_Xa-7>
z;BeQs9F>coGOh}#A@a(`MoXvesbuS8_3wI*4M`u6_a6xI_?6wQ-y&NpEUIeIPL~zt
zO-HxtGn;iLAfp8`T+t!#c`i3{C!3dyqHPHlE@7;{R@tPed$s0kA4&YO9J6ZckosNb
z9nHC1z$w^&XnLMz`pfFaNLtqo>#^Y*Xq0T{4|SFxN4#Gg8f3qOuw^0yA8H^bC4cIY
zk`q?Cry3i4(ekcS%X#d{&uvJ=zdVxOUr&|9b4Zfe+F9sXUOarVJwM<*aFfkbrX1kF
zTjbk<MR@Rr(D%z0n*r$oq_R4h>j0NhtevF^tQ47TH{5=;$WO?Z(zJSV`T6^_igRe%
z#%4sh9__#a#4~=$X~pIJ;R+z<xI#Nf-!QY|e#TH38&#*v{!Io6qqDm;y2N<RSKX_A
zsmi`So&HdfQn#_d)&Zd}G52)vU6%!+VCMHx=SWcW;KPf$H}6M*hBM2nG#euF0D8N4
zp@lZ42R{_=OWG#AH`o(dYpHKJIeGG2d=pgD=3ste<TQFi^vW4?DE923=uhu$vL|<y
zktZ7Q50-jPZw}rD)1Q>htnBJx9z|QmXL#PtZ?F$EB9^3G>#XON?Z$s(%yezYre&Nu
ze|c?U$m5c~<2i(XTJdSF%F*me+av{rmuHFpIcKQI@lP|ah7J{byAqLm#kQS0!yn!X
zp3BVssQR_X_lGHJ;>RGiS@2im$q>nJb7zGu2cc4di}?IEB-2Ih5mo3w!?W#1GRfqC
z*P%yyHIbs_?Qbp}-aNLhnZErl{*M1LcETD!^c#k2`s_J<%w@bV)wz#89*Lf1z)RCv
za{NzwczpeKYhMC3DDAW5?eheU6v<tW$aT4I%sSsWdokiNi1_sAJM;>_{{!%Nrl-&8
zs{doqU+%`Apx9+vI6xi8J%-%0yv4Vl!n-C?dxJG_M;J2k%Fl8hax!O@<@FZtdoaOE
zA7+IR2CI;_@)jJWA$MQ=J-@vFGw2dNXQH|APJ_Z$yV*|vOOSYzcElry4OSS8HH=@_
znP$-__eR&s)_O%KL=9JYa#8|^PaQum^4)Eu-$5jRB`U}u3MvzYj!27&X^o0ojQVgJ
zmGJ*%aIqH^b<c-lW)nIp4Mh+`8xrspvA~M8`1hkp$N1Gp0EDAKP)bpPiUj=9Ac$fR
z7!%6k#X~1zB!aXBNWc|Ta`B0e?-RMtXAU3y5*S#4IFZi>B!>qU@JV{&3KF&esilL(
zL`fzl6RFZab1i*-f(L$)o`i803O-3fiXb(P6akGCE9w+Adyr~0SX1%-<R+BDFuBYX
z-wq4=aaoEGaiYm#vM*kuZF)-3kJMnrl-Kqtwo6GtODO<>WX!*ja##Em#w1?*B#}vw
zifFnFZz3ivAF-64^8=V;pJr!|ndYX1FC_`X<gX4QiKz)krIXo3Q$2lBRqT^e%aUa@
zGK~xqbL=x-;bjP5Wg)4vZ1J-C?bBfPi3Oq=?>W+5+k=KSKlrmpeUtk<G?`Y#o0^5T
zz*7hUHyLIM4<`xz$ljm^+1lr1`+x+9L0!}tXG`e=c)5K`S%rpaSBhz`@t_;HpMWx-
z2c)4rL7$d<@UyV6WfgOTi9x~|AY7%KgCDSS>O2yf41SK>T>HH7rS#(Tlv4Y|hT8Zy
zWzas0Pu;u(AS0NPE9M<H2)dk4aF-8N%8@1p2`CjD`{W2Zq#cwMWVaQ35zRZZ&$|4P
zDd(Hj*OvD^J*BWLOYQJeM?SQ95-+nBPyGV?7zUu-1nP<vVTemNFSH*4wU~`;)5<2}
z$VXy9yQK-LF4C~^v0u7^xy4F6+Vee(N(40ueA{z;GYW)#3WSymUfCC*pJn8ni>BNc
zD;yLpjN#0%G0Zp}E>y`#Y@Nn?EDfM>#mt$@XeP^Y?#i-9%BUyHm}`qNCyOwU0|QP*
z7>k9GxneyT)6&^9ScGHJpZ+N3HxLsn<6%R5!QvVqenkFL#>zg2%6Gmc0{9@lzko)`
z#Bxc%NJ*Gd)f|55;!%M(eqN3tNSdaQ%r|dnDRb8-H*6_MBZzCpwT#pPKzdPqAqL24
z2hdKIQA^j*@|IKA)=(zYT=~}g@U8hNR?h4S*1ZF3`<6E*lp{5uBQWUrBy<W936`mQ
zpqbs$4rNx#ZzLutN8n-Kfn8}z#1lYl;vn|SdJZlSI~Tf=vjZfMQO_*~8aHY{ae{b*
z8pdd<rj-h&9IE`<OM)D7h<&T1d>hXd8?z6q@(wfO#d3FOs^!WHql_{_qSMrdQ(9#K
zr!j!@7=W1{fRwnI6aldE1K7njgF2d>R+{N+Yv_qvs4tq`lv_Mk0E`JO-kB}_D=q%V
z0EP<yCXydw+!|)wDyGpYssRY;Xyu22#4PGXF97_EZKAOHG~))opf-Nu1_1&PjG&!Q
z1MpM>K+fA<>epW0(ST~NoLp{@Q!bq;Z<HHttn({aim8%nuiD_ulQk-g#_v3*&ei)_
zs#caGl)&}a6<{IWY{AuxQ65%5JMFmObLh-wJ4XPe1%Mm|Uv&g*#sc1QwY)R#@;nCk
z8@B{1w?_U1Fd$mPX}iA?v_<~}B>HueOLu<~Z(}C_#X7bZ8UuJO+A-npJU;|1wjs~B
zUE*hD$x4IhN+lm-d+lgLEp5kiM#&s!M{7rZCs%2XVW|RbQx`$g3(jh)qtgBM!m?<t
zOc)$R+eLxZY&Hs@V}x5cHd9*kF2@31i32E!;mf1Fn=5dt3-~5&*GoFM1?EDkQ!kYU
zK==f+w(ZqI0kr7g<QH9rP=o=-NjM>}xDnP8?ZvSTSaAa-v52Bf1b$Y-z0P(bm4dh2
zJyQ-nHMEVj;*G7D1rMB3(CbE}!ACjoS36)o8p*|SW5lwMv{_L`xekgcs-iF7yA#N)
z!sY$@R{i<}e)Y-4^*?iJ*QD!XKmao1hBZ6;^6C1uJ4Y)0dy9?x_2c@nP;diOe-Q0x
zBXj^WpnXk;C?seHW+C!_4v6@nCX7(yzC9i&R6SSKgi=+2L}PemV~2R@!_^+RGIF(Z
zj1Ah<y^^U*kY-<&+u}}O;y+AY3ojn+)XeHraRR_r`_xSOiz@pwRVFZt-&OGeEV};u
zlm5n&2{6xqjmiL$t{t2;i64L%_eGGRDhVWdh<;aQIQEodSUo4`c({S)7cB5(&_APN
ziKa9JRj_n|9xMLQ*grfJPnR3zUz&g_wEB_P0)*<BOs<W#7OzbFT!lBPOw>b109B)P
zS^Zd&12vU1U`a%$1PbXtiG4CF8jBG18z6vA5z|i%tMrhV7I?-D3NE)#`1knJHL_N9
zC^(L-XCb+`JGo7fT3opwJG0&|C8;@ZArktv$7TafXZ?BlHK8C?=)j-Knb5I?4yQ%P
zuUUfZ0qwPc!q@>}afJ9N=IrAjQ6+)`j(S#6VtI<nkMHUD+0z(XP_#B*F4_4uATKTk
zNz;y0@?B6<ENhm9syR>M(+_k8OsWzhOt=RyorN~~IYq)ba|uKr{ajJUr1t5gS^z2$
zt-3@6N6bjBiFKf=9H(;OYbfq{U+6UB+F&U6Iy+(EG7WNtE_dj7`cYigRu;0xG^@+L
zDIq3R!-uP1df<Nc9JbRyxnnzN+#G}u1t#2ttgk|$s0^OLjQI940>l{SCI#UjDd85?
zy=4reD)E~tpr5Atg%VNfkQZNP30SY-S*RTwLzHE0a%QLzbbkB2PFdd6Tn{zlL4Y1l
zL03@)qmyIwbGQtfc#pTnRCfs(HgN-Y$4)k(4DG*vBPxz}@+9|Y0|&>UjiuQg3+0W$
zt39EpJx00=X8&A)v-vanl`x+nk1FJA^w<V!zb`$j6-a0!IY{Qze$26j?v0zAKAp@o
zZ5Q`j6AK)0gKk>z?B$MaQFSc=8K!6hzR;ZQ_|a{@lI&n%m_AM~DI4pUH`%wXUgn~&
zz8qWT>Dt$#EqlW-lgm*k1j`6wo}X5kFECC4IUVOaF8w}j(CR`BRqm{uA}k~iOKGd#
znhg4!w9^uHki(`Pn9VncPfsrwtYoY|q&vDFb6QTnaPfPaFL1vBzRi7hngnIbQmYc$
zT-sVY@mOtddDcUWK9I~oq{i=sGMo!c9>=3MM;Vq^C70)EE}nJlO`BY>(eKZF7_<Gc
z$MN{+ba;8qAE|EKw0^eDZgS*$wyoqa-s}#xRxD7X9-HP~woygTPot(rX{yL1+6ke{
z(gf?1bfx*qAPUnIDS~b0vywouX>fOsgu}K)&gsIlJfiodWFK?g89Jk!vgFlwDAZH<
ztB1H;Ku-{bLe5+YjA{1i7yb^3f({__ni7i%l)z-W#K&*Pc%X+2+tX)*qn&%q8&k7%
z>#HO4%W>=0kFW4IE*#9#%Ez<bt`E7M<<KtY#29VdwjFJ@=OKJRKBins7KxIKw`S@o
z`-j)5f38hGo>|uXV0^Ot_T!D`dBGH_$MVBi`uN~<bq8+lcYpKh?XE(am|JzC>aAZL
zeLpWQ*R~bz_Nl}QDa@~%O}XqQK?CL~gX$Yszb{S{o7B)gKaR_?7$?42piyZbmlxht
zSx@BPnxCdkRLz>N%bNeVzkGG|V@Q>tsp;db_Ro3ivde*E^wGyl6{1c%(My-WE8ex`
ziS(31UoNcR;z4N|NwX_<?*vFZ<r9jhg_gZ9dLwZkE_+95GRITVJ_t-&<g*!!;!|+{
zbvs%3B8f`%aoi=}tD&U(mh)lM+IwnQlFqNdhKWV0DO67!=whz62nt>b-;-=7KAZ_x
zdGBjtL|)okNt`JQ=9)WLh_z@7l*pVqAdGWLRtTllKQn3fJYD}AT)39xi47HOZAReY
z5q%Ju%<m~ziPQogX>aeA3aLS|oqQe+C#1igN6-G?XSJQO3(Zlp$Gm{4)2fl}S6beg
zDKk$N;_)?h(kifT64K2Ut9(AvV468_*l{q$81Rn)t?#Oiq&IG$TLAA(Z#X$=F(AyU
zcR1mpyPy=U_e6u@Cj$8Z31_2~N@H`UbKmAUREMMZ*hw?G9G|#l+dZ?Kd%87)y}r7+
zJX&V!%G$XSm)1{1D&D0Pka747%-8otuk8cQaWyS2=7aNb4-P5qU0y8}PG)IGFAMWW
zrtP$P&X;{2CxnvQ<Gr;CbbKS9m^M?Al$sv8VOF_V96OiYz#3=*d%l5t{Zj&>laE4c
zBX@-G_1OYmZWcW7Fml&_q`YM<>pr?pP5eA5BK4T$qDTJ0EjQmJrHQ~L&I7BHtw?I~
z+q?mWzR)^e+To5*S~O4OPhQe_lDTsamUDkZ(EIIPma30F_srMn@2j5^Ox^w}T@p1~
zKhHA^PVD~a<j!6Ha3#sL@lL{hs6}`xUy#}A!lrrYi?<?UFgD5JTY&5jk55t0d|WSa
z7_217Oyp^g-ts<&)1q)fyAm4*Xo&LfV`7h)vjgw+J)P!&-*j~!qVEE}O6ZyX*0q56
zu|ApO=;d~?6fhr6MVW?nC@J0%SDwSGBTkg^EwZphZ8{Rty@Ii+ctrusg+(cmb}e%^
z8cbxz{8Loq{XaAwKy(*6q8-pTKNv&Vo<_Yai1b>p^OG49-cmlt7O{MnSJ>iEz9IR<
ztgMDxPge==RhoH39g3!sH`v)(yG|)NO|^VEt5!jT$;y%9(|K11HH5}OI@qp2Q1qfZ
zoSk`DvhKI#zO%88a4-dqR_f)mx$La3?yOR!uZN;traH18JaA(42)_rnn`V{&z2<|L
z*rKJv<NVt(s04C7T;W_ol3$GTixLHVLr*M%mrIkgFlW_ESOT829*xkxh+x=-Fu=@=
zuo-Sw&b#%|Ki@EfdAH&8&UyMUCOghI%QLI!q~i9kx10rxJgA`#{23mYdzCN$#sANA
zItl%etT2_r+^9XtVb3S@vulAsXH|QE10#6wIb-!yj8oIyTH1$#q<SbGXGh&c`qKz%
z+FDlMM}3KujMDI9$shu#cM!1g(R1d?N&sf1LL8OQdq#a`ySbxH*tQo+*R1Zwc@#{n
zlEmC!ii<1d{eTPyDDTY_V}dqb7>Bg>PubToVTUagMo@_9#=B{K%}*_&D1A{}RmV3>
zvT~9H7J>?)LTP7-2KT*lpAc5aV)-)QV^cHBNy7+;TXTTSlSrH^o`~rfX)yky=SaL@
z0MECaEv3e;Z<nwL@y-uFB}BpOUoCLiw6;l<lbCfm9b)u6Z1;U30$#z7-+ml<fCf{&
zIL89SnV6&!s-R0S5Bprf+Rx|8o`R?$kNG*(+>=9iU$NSA9*A`KuHYy)WQAvisD*+{
zJnjJixc)MqOc!NY9!_FYD@lJkG6@pXrBLi1zW9u%fd%Tq=^{D&<|knw%?{cd*2t-s
z3zPlS(t2GLwvBqFagxYI=*gZV@8W(HySlR*DfQEnEbxNF6f3q(nZN$b@sTHENhhSR
z;xLNcO~<(Jacj@s){&HR2U|5e+kF9Ut}LnWd(6a_;ZIxv*@q^N#K{=}MVuA{&>#nJ
zKIilDJ7>UC6)c@LSNhT;ZCtjFdj`EU8kFQRd0-w#x%bi|BdU*I2{y3rnt(;)r{k&_
zlDADI+tE@pms*9LU?-}d4$^bvLiT3Qox0PCr}fIBg*2I_&wugPI(Df(7sLx8nS{mY
z+>({%#^2-ruoe59aT{uSAgi@B9L^(g?HiSZ1sY0MUxK(81%OQSRU@7<z_?-0*^!Oj
z#H-A%$8R1hN#Adm2k+g%B3uF-Jt7rKhnU==quZ<VGSa5*_{POC4`Ywt8Y+9GC#6cW
zmmLo!BCw6P%``F|_AI~c8NB&a&srHT=Mogk2nOIODFDePU1M|#ttfgJ2cAlRjUXHL
zG}BR#r~W+zc{y8+B#e(lA0%w~f97{JPM8O_BI?0$-bQN#XF#n=tJ)V8uH!r*hSn$(
z^p|HX1Ix?@vNba$*LCM&{KmGeg$I*z^h(tfJo<Yl?F*iKKBi&RCkn~0I23%Ul(gPv
z^phQ6p4v#et$bzPf4bOU0pF698}xGr-iKNcKkUJefCw<4QbmOq$C)!B{4so6(+t~C
zPN!2~X{6+RDGLI&9pDX#2HZ|wdI~RL_l5-P8TPD3B=|SWy@l6@^j=0Y6M{t~<QXH<
zKBLBwMhB$oYkGPMZvxd)Hu7bccSB*RozlenmLYgAth{g*p4{4Yx{fu`V)b;}Q1AxN
zpa?7)eW*uW2l#hQzKH9uEKlV%3lz%`zGAUP)?0+<PFO_9>3{Tn7~#Rf^czbNO#-M$
zs=gYbx)_EN2ID@*Exp%$r+!gXj|-tcYw2w2a=`<<hP-p!D?Tn6G}V8dFzOiVG$xXv
zIaSca_9pSU(!lrY<%NNpCqYxZn>vL)6wYjrr!byVdz+ujPa@m0OD^MV<5DO)6Z)C%
z<v|4FR-mtVL!fOM_T>~?;n0Mj`)W6DF0!F8HgVR`>cs7`%xh!W&boYD2X;EO>f;q7
zW>0ki8~tZjI0x{9W@7B_p#c4z^~0L`LlW*fN&XZlubYN!K)l^#{~jNX|0ec>)RaE~
z<8LDd`0YMGZRkK$!l~ih-qjJg`s>XE220U+l-A>ei;0|EXOE&2M3~sn)lq-w*kvP!
zG#Y5}U&qj37NJ2AOEYU{ozku&`p-_k&;?%n)u+$<{(XZ~>M=oA>}B}h;Np>!s9ApQ
zuP^^Yefocb3-tGmKYwr#SY!wQ3j!#B0LdZ1ItXkV1jGY@6NbP|Lf{o5@EZ{XeF*3*
zf^Zjc?+QT#?ja`YxzEx=BG5xB*F&b$LvGVU;n9PM(^Dn&P#5;lH1=TP^mMa5^t(Nn
zIQ;`Kl93F_#DZiNKt7a1vgjaLZIEmp$VXvF_9P@nA(FEZjpXV>a?c`pc9D;-kWaw9
zykxz6EWJ+!dimvg1$24^ZF+?~dWFM!MUr|&3wy;Hd&T>DC1!gicYB{*^-6*Jq{;eZ
zSo&lI`ku@6$?5dT+w{Hg=zAH~r;yaASlFl3*r(jrr!w28y4$CA)u#^b*C6ZHWa-xu
z=+~C(*U{<MwdvRM=+_VHH%RI?EbKRG>^JV~H<|4>-R(EK>Nf`uSdhKY4GVu26su1)
zaQi&W{uWz5Ey6M(#3oGYxk1<~Oc&7=+d66BrULQ|H_V|Ho1-?|*`r$?D@@uT?6nA%
zyHmIQWazVlQ28i`fyLm>H|%GnkiCk*uREauVcmh~tC!zFLqRs(!7K{b{6nE~-C;Tk
z->iosSh^#_6fP5oqQTuUjSA<zLvg!Z@w*DA--bT+btRA~9zPuZ?B9h+)bDE#C!2Jo
zB*j{V5xj=IOl=fOiz9gL8g5Ap;h21pNylPf0R)Kzv8NGa#Ss`=gs|Nz!oZJSm4>q=
z#M*C$;>--TrF8*Iu}i?^uPzi@6(USwp}eg?E?#A>))20taFfY!2UtYAT?E%8wy|pn
zyPZ<CM4p{SsC7bw8S$tYmP$(!#Gw>oIvL)?J=&n7Y?=TuEd_GIfZPadgQ$?MUgb_1
z2>)b=bwZF4)u^cgBsH_EEGq(OqRi#3k~S2k!c82J(TPfsf$(63a$|wOLm@WO&koZd
zgF33*-lGehw1QZnTi{RtaS*HP7*RBYo9g9eSPt({$N?(E*Z}gyr0X>=2uA}n+Bkl8
zHGU4BxFDOjWSRIXF!4=p;!0=Y+GgU$W8!<*#BI{VkHU$&#)+SO6TfCBe(z48uO|M0
zC$Y#U0j!fi!AX$(Bv^M6+qOUGzaR7eJO07};^%@&@B)PR@Fcj1rTz~4|2vxGE%fvs
zG)es5Xp&YShrxR`IgC#77qEEG#6|X;llldQDe+M%@Ds^mq|zf+RSsqqj8|gi(ct0G
zWERk564mD5(-C~4|F=$(qgPeu(tk;4@sh+w;XgA<DiSs%|1e6F|LDt*>1vV~X;N$H
zFhAGh)H3^5m-N8Kh}l`5{f#Ue1|_-4usa(F=-NDWvHMq!q^;tj^48~Xj^u6e-dfM$
zKNU$%p){{T=)J<p-$xJ`2eBB1@EC^iTLv>aL@-;$ND$2sVRVvktG8s3gJOt}MvMo>
zC0Qn$|3{Z(F!<{4!vWzDL@CkaNpUohk>r_aPyS1zbh%H3+;})P#x=Cbc(>2o+l$pu
zuANnGjqLFK+bCf!2>fl7o~gu0y^IpqjukSA7cq!??EHb>I-b}51NYm%ZU_9+C>gv9
zc6$@;Zx$5g_VNFLDe1+AxMU>1O;7bm{Onbj6cG`Dxj-8hm6g-kf^kWO?H#QxtrcZW
z=|w5O>gzE&33D=_u&1MLxVrYdd1<Mlqop4{jcOVg93C1TS^Uc;EibR4rpIT$%pM=l
zEbRPSEavd=_}k(6)wgd~e_aQ-yTx3YIXYZk8R|m)A9P56{VI$_s`_7Gk*ur!X^|YD
zB+LJ_NR|6?dG*E6RNa4CB%9j5Ez+6QG>Z&Ruqqa~wnzmK^l084(DZK>$rix^(8kiL
zUIHG4DK>V-XG`plhT(;>C1skZjkYy>iJZbxsf&Ojc8#zS46Ut3m!B5T%YJ+epEI%u
znFF#ncvW!(t@)=bS<=MoTRCbMUd)ftA_Vv0Qp&l{elJ(A&0!_&!GmOY_JHQ-Z(S}t
zKW|n*MF6|g<>m8WeaAUHUd+*9$D_C5`V$Nyn3#V?lZyL!IHk1Kg{3WRFd|Qw*g>^)
zKj(dm?K>)`ApminG_exZW+dY?U1d^~iU_elL^3Xw-oq3FSSW~RC(Mqm+M5}xiJawO
zeD#=!QIs^KP1`P!+?$Ye$iPe0TQ!_5Uit~ALPCshTS>mN7O*x}MhD1hnJgQ@QLK{Z
zJggk7-FdzI(JI+~ES*qEl-RqC+hWWFk3>KoST6sKGTRF%whs%d7Qld{6J{(BN+Qov
zuoKr+Ux2^M(~dOeX%O`32Qh%Ej0*Q;SjoK3eFSM6doS3EL5(R03$1d&tWjDJsKiwk
z{$E?9Sxo#zU)ij}S#??@Pa3E$5v?Jh%}yNDN<mJ_Ns2an6pn?CPbw_E44LHt0mC{b
zAG>QcQozBdUtQoUfyD^B1%U|Sr$CWlXglGs1MyQlf2F$CHibH}o(Fu|eD*-;lPN)*
zZ^f>%li<l3SrSUjbPuYYa;ddK&YkW19-d<D3p{u<HKO**Hl9rO`EcD!nF+(jmw9_o
zEJ0k;owX4>0FS^FHo0Ac2TCPn%?7NfIVaO5*ZfVIi~o^Ew&8=dPs=__99j!NO=}ui
zEd{1^w6yKdO|TG7Q2^@-*d8wE*}?9b0DRabCht6emt?XD36Lc2bxyQtlTOP_5|M4=
zbscja;1O+;`R#JgeLqtB(RE7cLOyx_CI_R-7em@Bqvm<uhb3Mtr_U13*-RU-POz8s
z=bf+cY#!{1iKV{Ya%l-nA(Ns2$0rq;T5pACnX`8}l<&AS?!P0@Q30}9zSj`ILoh6U
zj|_i;w%jf07Q3F$O_m03WN6>uPt$tX;?S&svSg?CA0YFpd})I-LGs&Op(oq#@il@9
z$u7c9Wt@X?KEYNQ7Q4qa_MS`<Q=XG;Hq1%l_~6!MOdAN3RO0nTFo|w`E@XO|YPlDV
zCit{PnEI-fBt)JDb7A3eiUGl9m=a@Wt*H|QB1iJt-d;m&XmrHAu5!-F1#i;|=sR?u
zh4WLi8r{}aLT|~U#gwEG^r8L0f&9aKTm0`JHPSSMFoZh@k4J92!U`K6&9nItou_0%
zu^C1bQ%DtQv!HOn-gSC1#Yn!Kh($43kL2P0eCdm1rnMjZ?^q;E%-<x>NZq52)NH$6
zqia@?*X=3FJf<v7Smu>#lD!HeUn1K?lA=H+HOzjXFXKrMn_x+SD(0^@>&EJ<*T^;!
z_u{^+Z3zM~&3d)OM*eIwpVx}Jq9ndZeoid3h7A7A5|FYL3&QIiEN#sQqMi(b@TUP-
zDU6~c^q9%=iTha}TjD8OZ0Bc8%CQM$;Hh~hk!IqSJrdfA{_ML=nu`^#q}?;EQ@UML
zZh(!YCZnyhNJd^cWUn?A1kt-nDzQ^|t}&AkA=DUrPoXMQ>zFvQ7%6klJ*}6P`97Ya
zLOxLdrs@9+F(>tl>3%S7A0wD4>UkRZ{WygR$@3pc{zv@SzcGl%Tw^kXK_Cy`*6#Up
zz*Mx+Y<}8M=?kg5DOC^VLKewGMa}l<6r>0FQ(bvgb+?(UX4w+yy)unx2c3dqK$(X@
zIeiw5ZW$&`Vla242S1vVk4nZ6do-ANawMv$evaK`uSCk6SR;7;x|(3__&F1&W(-iM
zmU@rfl88$yF<+o4-j?I9f=Wh?6}iaVq1yWl!+iJoQW$xacCOL#jG17Q@u>r|iMU=p
z1ClsG!O{7Ra_Q>XOfI|#lkLyY*m@?AKTyT~La=>m&nu*j&C^B6m~$<)T9zEkKwg!r
zVr}$hwnX~cMe}3EY|#hG^0#TBK2w=yH6gl{rvXp==akH4;pEk~*^Z{Rydat{$t3sa
zUEHw!HFr6`7oeQatnx-TA<yUAlZtq`jHd7f1k#5wMHBDdirJ}w;LhSAPCe~WU8%G*
zcx}KFXX>eK8PlD9H|zs6ffdX=?B@G`-(H2B&#E<$G=&uBg_Bhz)KsI@qdg(H($m?<
zlFhocWBrsn`Pjl%L_)BSx%$Ybp?&#Dfk<<Gk#jmuQAkTOEcXYio#`dbD&6Q(&EU0L
zu%xdAm@BPL9&+XRNX2ec_Q!C>+)0Eeoe@!@P`P$dxh}_=tuhgF|3&<hbYY%iwd0%I
zAM{O`-yDvjV)F9`$(>%F)7dad3AexZy5IoE<BvGJ8*Ujt(O9Y7lIOo0`Iyp68xmkP
z=XG6S;dLG}Gjj5(TV%kIqDkhyQZ!AHZ);u}yF8!UstU39iua2X1=63<iRH5s(}cn{
ztP%$&%k9H!^hed`wKY3p9B~rk<`&;?&hy_#S~e_w-SDv(TsyXtm+wh7xgGy<joMk7
ztATva{fN5E^rc%<f%qhKj~;Wrr<z8tyX(cqpD!G(5NAaABuuJ&+xXftD>CmE)Bty2
z{Ngk593l++sB(P5wl*vgUOyy0x>Y2$HpM38JksQQer*J=9Nur44-R{!fs-`W&D!Mp
zBg3`(#v38!(xf17bos_wV&@6{yFtfz50i&?9WcTw`t|tlqC?_~T3^H+f4g{+cl%#3
zxeLYZiD_u6cR(N$Ki+E+F7A5Gepw3?{6ziB;KR(_s<K!8^q1-bGx6UeMUp;89VfQk
z4`^qsBLYtTpb1ZdR@TQL=KedB=-bG*`30ZVPjaYf*HYU(b_Rsoy|x&>%BhQ%c@0T*
zetUcf-}p&nIcHWUXdF@!0APNLMG4x7)M$Ma7$4~j|KbN>b0hoiT&L$RUt*KS`mSxj
zgPzUI8^@_M((KPWt6<_+R(e5@+XuJ`evZxNn=RhSFxN%Bz!7Y>o|jrF?}GWrwKLy&
zJi~S$Z804C9?XiP`$+$d{})>`a=jW`y`Qgex$Kl@Hx+O!!?n}G9|VUREry%jhFefY
zScyc~7(~4C#vEabaA=KiT8wbHjc}!kbQg*AFo^W>j`U88^lgpwUyKaAjSQlS3K5A4
zGl+`tjzUNM@3%-RnB(Fwf;t4K4i*<KOE^pnt*?bBBR~=u;sc9UW{d}HOM+zLdx!}f
zrNJvhAo1D{;t0?|X}pB=i_J8O*(iejH1LWy=yV7q35yqpeOxPzKkx<(@_w|}B%Je(
zmqWzgm3}yF{jj|F@%PY&Gu)4I#PN_}a@@nXFKHjhhCeVKCJ-GaTo`;>ZiP_Wlg*YA
z;NyKfUQGDEh`SG`ru#+T_aO-oNPtiUq=csQ-fO7Rs~}xKLAqE_ss=*uy@T}LdnX`Z
zsD>)N3DOZepvIeLJ!|i?&b@oqnc1`F-24Oig@l>RH?QCOgQ&tMBIHu2tWx1_DH=#H
z-x%#o672g@GX5Y%yeolLE>%J&1>TkT^CIC48?LZSv+EbXe2}8Wm!jpCs$-Rk*G}df
zOM_;^jK*ko8KEYq#PcPPl25utbh?#)x>r@2tyS{JD5#?q4a6$J1PS);0=Y4zc#|as
z`lmhAN#$@$ZZ^(jYf8R9mgdTo<*}UkhcWApT-q(2beXQSk6GkVI@IjLano6uNn?ow
zMiS4L{o*nu*)7MrD#1f8h0`rXaf>YX5`IsPT+cWysVhOQFh?spqqr(ZT_-!eD&4aS
zq+b<pD3?3$02^t{qRa;Mbmex-<pgHu_R6J-^X0w7N2gm{=F~=~DgrVTqQeWivS`Wj
z<H_>p2{C`({8RsYcDJ0gs(kaRv|72;j~5Apq6JgDP!peAH?sUvroy9T(9C7Q%wYj3
z`75!p!kWvR(98VOs06v_<gw0_Sh9Q#(L#AdVTn%8$zj2<e>&$?0p)n^a#!X?SK_)=
zisE_v@IiJ9oLB{wK@w8{JSvi7E<{un%yt!4yX7ZD=c^wjrSTQn_~$V2CG}sxe!Jz$
z<3OxACAW`C<aG19vkN(^3s1%p+%C&Bt8zS+a~>||{IGiU=rG}O4D{9^b`}Ghk|Wnm
zDv`$(J+m$|k11o%DdUPML|PZ$j49WWOT){F5`B`(({{@ibWb5Zj8Pg(F}ALd^QrLV
zuQKB=%)Bb{b1$2#DhUWkR~yf?tjb5pWqXrVO8J+fby6C~K#_bg3hESw)li8mkna&l
zwh+W_T$L_g)kmJ68BpdQP-uNsa#~f`$5%a~Q(o1T`PJ%`YIIJhf3{mdN)a!`C<@vl
zN-h}#lHCGz=hSShfV!$dT}L%${8hQ~e<3EUdzy`I{v?0)TmCw<d})Q-tGVuS`RM3{
zM%W}D^zl($>Jf;2s}5pQzhPYg@u(OKs50TNrRgbv9+kXuFD@j{TV=|6+nsL1m$zQo
za8+GSpPd&Cp_s%#S6AvtWAQbzK8@^+HKYRd6g`c70WFlVRWkgwK{~Z`Jr#4yB_T}J
zAuF{%_{+bqWIQ;^xxrTu$w)EbL-;J!={f+F0rg_JZDKVw-B(1Z0gWHr>%rICWozmO
zt4my0E6BPlkTFe~fvw-h6V{drtE{TE^g15@Oxd(bk*k8<@Q9qZg!LkzrEp?%4?>xs
zMI^S9B)84BrzR2FCE-zzac?=2uR8Lt$n9=XfwsO}X@3~laZ8|^U%p#JF71nTmOc~o
zWlh8ak^+|m8!?83L5U-eK~cG#);&EE$DMXI72>%dduSJUwGroEpVeKJ<KCp=-o#Db
zkk8zGU9S`o+rfg*?fBN+!9xc1<fV9vf`uwTOA!^k#y~C~U{oMs`m*idC(*G2u;;ig
zMqof(pevoc>sd@MEVk=GPrci5ukBHnM0EAL>|%etZir`VDRb%<cZ|4BiX30&>mda&
zHyxcm{2idJ`FejTlHAw<bQ3;wWCP?W?B_xbai8?_*S5(fb@Ctw`f?jZCfbH-YWllt
zaAaM-jt9nTs+51dR$VQbJxp@s&#tn;e2wXwWp1ux%B#^yezV-I)(q=)ATKi}Hpc)3
zwund?fdUwyG?MtX19>|JI#Ni1ZG=q#C}w=58H1?31>qaC6p&WfIG{h&gPc{6+!#R2
zef|djG6=XYfaOGB2}zjqz<$2CA+er*t7ELl&!NwH10UpDx|mxqF$2=D+ML|p<M9fv
zt9l6exVa9dQs<T7uf%89JA5a`U9022$#<+`(>=z^yPe1d9RMUqK=;~2|E~$m+C;A>
zfNg6;5HM<POkRc@b*ZHwaJdQG=pIqq1O~Pu+GDOyK5k3Q?g<h@0l9HR+ltfNa3CsZ
z8WjZO1^^L0SWcgzk3mBppaZ<U{U468y%RkmHUrSyMq7cZoRhZxn0iIQCX1t%QRde2
zxMJNn%$MlyDfiN1g^4fzm85wX9loUV&R1PSKrj+Od_L3rYi1BONs5~w^}z$cKC^7N
z+2OTWQPw%pbt0j4BI)2cncr`uS%DlFA`SphF@9Qkis)o*`a}?jFa~m>=D!HOjbv%L
z;WHEu8;H+q`<eIFuBS%Cqs1m4B;naU;NG59)2p~zf$YW2T@9Zf66#N>U*#s;4-+eU
zGDtjIS88S$ba~nB0N2lFnBlX52DALXXCR2#2#Q&bU;ta;5;0;<>Xb+}evZXq?z-_Z
zb0gvKp6GhvG7D~*MHGm@E%R(Ge}K+&PfqhrPM<+n_ymD`Cqps0Z+VgyM1#hxf4_z4
zwe;q+<eik5b@!6ymyxj!Kg=z)B75gXk!d@I`Qw`IYmi6X-CB;9?~Z03RK)bL+5uh~
z0GM&>YkfrFzt`FAmcv*#h#fXw1_OfZ04rY0>r+JQbwuaE%N&hF>wWX-@tf&Nz=B|G
zF~y2b@DPX3Tb=l!dV?WO95$i1Ul#RNAZS5Qe=JqMMclSNFRvc{b4>9%W|*Q<U4Lz&
zE(6V%7hRq3WVO&hzvG5?$K&70RDv_w$BA#28^TS=IpYB*QyUoufQ;ac^r?3$l)H%a
zWpy^-$Emqo)|HPG!1dpA-zk84Q$%_~z*kB@ZM(f+!Pweh?6;t|c4yezzlj{r`eEJ+
zq7!c+#|z^6UG520vRh-An2O(li)sSduIu@nY?+Y(J9vGYtXih#1h*Yww;i3pS5&<i
z_}EUXV3O%C4#GHMe%*VPr1uCEAR_^=PO*_;znsSg44Rrtnx0dhnk${2zJ5Me6o2%}
z0BGjDSMR;Y1K9iY>&RO8gHhj#n7~`J{5CFBV}|E~O<&v4&*nFJC-y=(d)EDj_PCsC
z(1b^^9eFn>Z=b=Sj;p3}+8~S5f5*?hnksH*k#a_xDTOkxLB=Y@P=U7>bHs@PG*53B
zzt~WWKdeXqq}y$#Qvmbu%X!nA#Re;-Z08(+m1CA;{rJDqJ9@u~%nFWg2OkUQf4GFT
z4EDbrELecWo{+|NP4rhi>jn+Pw0{byB|pWt&rlTUGVhEVq_XuSq7rg^Sd*r_Qn|-=
zgaT5la~d8B)oJIXKFJmsDO|pOPLyBwQP1n^h0yU<-~6}V(~y_gbg%v#gP~$OppwB*
z>5CQO>3LlWAb;ML*w5)+<?pmApBVr2Y*#nRPJVb3Th+_F@6%9L8do-z3wj&ffUa7c
zw@%qtJ{TrT6*kHWP$=JIOQQ?M++<4<C7Td6JgBPOkFAbhGT?pFNM!$q$m9>vmHm9>
z^rcz-eBqzzZzr2SCW&|zx9+kXlh^}qG;Rs}>Q7|(<f1%~;IZJExO#W$gV|AA&*@3}
zRnfpy@6694MbXbk2L*2ie(<sH1a1Bj#=BpH9}=K<!ueAC7qW>{$UzueHaj$vZDKfM
z>>?^LU#Pn@RfTs9_0~b;Qx-c=47yj*cYbT?9IA3`O_(5f_?8sE$DcRU{P7RKWCx9*
zB39YrtyCu+Lc{2fF3yd2)LF=%9AJ|_6>G*S2!A*~5G&D6V)Kuid?e1D$SU-_QE==%
z_e6%I-9|5;#7%>2C99*|%ej4Afs8$6-Pl~^OwO&;v(AwDvgtgt=lz~BW&(3niqY7x
z^vM;=X6LB_LYm<3n7^Hcny?1i_t;w$!r8Dvh0vg*`}6}HMa`v5CmpBmJxId^9~UaJ
z6s8PIV3L;9mf_S0C*w21*LEg7K8UB6IYLxX^Ng`ps%8WQ({N7`?&{1KcAI-}r>e(a
zgPvdF$fQ^!<l3$Altb?wjV4p2v)ezu6imIc9yyZqpeodJVhX(ekC^|Qnul$Z&wZ>s
zf=W`m5ux6X=A%;fll`=P0ijQf_}D)I(14VL$tpA!vHp6^5&2fQSg<5qvKhi1XB!~I
z9dA8u%$09C#LrW$HC*3a8YEvYzgy@o+(~Dm;XQKQ1zbPEkRLeS^~!G|xw^i2Vv2_|
z1Era9uT)G#hbQxXGczsQ%48pncuMRzKgUFoaOiG}z(BY1b(}EaXYwh%Zde$WD@vR>
zehSLUGA6ZXs)yHUlY3+ntzK~6dnCW9MJGJEZW`y_xk*V+r==QC-YUC+a*~uiG6cs|
z>|0yc^RYz;(p<Y&P!*wLa*IbwF`RAqpopcsw3$1EAxC5)OnkzV6zwUby-4-cS>jHF
zxIAQuglEl{i(HD?LT$m`=9yKp`*;!Qn$r;3aBVZ^BiTxT!Mw>{guqwXN7OvedDZCa
zB;~a4!1!hL3}8p5MNyVq3`VJBZMTDe?EMgA_i=TTWaH#NFPyiu^BokF(uFJ~a=HuM
zv0~C{w~XF?n&sr2YsbJvrNpfxy;MGaaFg0V&_rH0KCo#9c{iu2GK<P?e6JW+)-<C{
z&HCfRz6+l6&KqwYVqG&%=RqDO?w`)xZsji>=s2=V`&C=7)3FF0*IvVGOGU@*<=l&x
z`<}&}a3m;qpUPQ*Tw~?_P<$j?E9aSfmPbr>XU4;fu7^3V^B=9|-6KgD9U^^e)maGD
z%yiinU5K8!{^x!sk6|+Ysau82e$Xb51s*j+Wm)R!&hmm*wiR`4r-&0}q!e9}Ank6z
zk<Avv+SaTY5!fCZ&@AnhzOyj(2J^}AXl;Q0fvqhjM7cn#680z8XSnDk+oQ)1@D#2E
z9lsfZHa%gInue!JADG<b9}EP)P}$^wWOjBRlAtQis=h9o+>3t6=GnlyW;{m|4mT$4
z`10x$kAIF?4X)&aNsjdd%~$jc>hno%7j$)3bbj_t3|y43g=iiO`VepXaB6UD8P6;3
z$4>;#LT!D;8S^XQ9OU1x=C8(6M1Fk3Me4>3!NU;X3|O*}V6lx?mT8GzTf~i)!%Y)P
z?R?gCLwny`#8XeF%HAo@fB-HIG9%tR1n+cMxI7p6T;(XdUM${2zv#NEteO~2!h@;R
zEsE)-juKm8#!=iF6(Rm&(&QNB%u)>ZPSUOft3ueAc7Cxj4d{GEz7Xo#wXjVY%e54E
zp)+}(DLInQM~GT}Bi9}#hwVH|H@Ttev-fZVa!YB*H0*I6wV;igp3<mTf={V4V;lZW
zuPDP88DqIu74x^WU8GZQN3f_-JGc!=k`E>)>X({O>Wt~g)3_9e?cESzGCUuQ<Lf?A
z6%zBG_R$qd?~~MJp3+geb7MM1vbjv~t?X3gc}vE8X)@=NORbQ_$A#W&6{@5$Mh?sg
z8GK>9KI4o-2CNj<4(Ey_q`FORj5t9keK2s<Zf%Y*x(uHDWOxj2!o&K@t2Dv)I%4$G
zZliC*RK&LRT&>M~4WAT;#FmiKS70|`ju}w9QsHk0voHDQixvcV&3=y=y;4puBHk-A
z+GI4b*P;v0D-IX;m(6H;JYV~O!bpS@V2VIVmhyxnwOIi~kV)54na*QQH!vO?w3FJ<
z)$0t802oODixOlQPvY?MCBqv42+)^XIXYn0wtGG&A&iGwSYc}Lv2>=ET{WC05bI{Y
zSQ+}e!opl{YN6et#_Rrppqmaii!g0n$H-|)7~#zJHVWunhM|r_-r4D<FJ&jL(q?sd
zw<r9#Y}!j0ULauU&fwS`FXT#%@);ea<Y+>|opf(0Xbi_J=6vv~f>+fnoEo<Dg{})b
z_0`<^$SjpyVX*6O9%yY@-O<W7^+D&`@ya_3sWwU7A(|y*tjdaX2O<8F^2~#X{L3Pc
z3BX7E0y;}-d974awEmIm35ugts_TXYpSGjhI=#)ip4o*G-!d{Vo|!acRPvdi-=5z4
zD@y6)M4mb$ks8xi{h6bSy^mh{uH744lu6F=Z7{mDxl2TKnRK~+^1{o?T=<K`U}L41
z7S~_#mkK62Er}d<WC-j&qMp7I8Nu$b1BvULmdt2+%HeYl!BSL*Xg{L{v$`I--)Wth
zuYYzaIQ(<vIpkL7=Tr^~J=Is4Bhnc+1U)?8Gk@tC<B@)tgf<5MZodPO(rSLLa(ci~
z9nfaR@HnFbrYBWN#NasPnC;tl%&l26b@u|8x2+!njT{8h%YM(<X1POt8!&vW5EaRe
z+vc?00xq(87jqbIcJ*fs^E?Ci4gTKY^7&bpXjmGfc?@vFlW#*F(toA47JPVmwY*W9
zAy!4Te(!0A^(Oz+*Q(2Lw^M1WHU0jNNqvF#cRnig=@`Eb{YbBEe`jrHcMQo!So6IP
zvU%;b*cc(^aO(J44u~rUfZ0%wNiBZ@;j)*+r3zlpZlOL<Hp<0&u@N!9?j3&mP1Mfq
z#DcbEb$IU?rl;)sN5Y>6Vz~dM{n!Ki#rr32PujgK(sjK~J^w9G#V`2V?;Veg&ILu~
z3#n90gpEvR?X}3jwUH9i`1c$j2aGzK_&KpCs%Y8n066yA!ON*(ZH1u|GhX54mw6Ac
zzi9uf)zR=t))$6-(U&rI`?_nL5samVFS}nk_dcMyiMKvf%9MxiklS;&_CxAafHZ7M
zt`%tIw;UsnItK+@n=)-$gTL1ovtR!ewYg$8RoJ<fJ`nUtmXqr3$DZ|1@L=(CRv5#%
z+GY{O3Aydo&|OP^5<yWfr!U`$=uvXuLRO;mil8sv@hHZP)635OpG2Pu1b!_C`!gBY
zyoICWv()>PB$~XQ0Jvq5T&O<PKzVN7)}>Uj_F^$%Ot)X4*tM2=Wg7(<j8xf7k%vP+
zoKE$#Pyc={VX#VC6pI!HNMnve`?)|2ze0OF2BDx{s7H(21VBVqQ5*rv>JiO?qDB2s
zrL<_#twz!)fh<}ytOQW-1eN|?6vnGY#)t<&8tX@1%YBbUacK`+3e+#E163t}Tu}h7
zC>d@>CE+A7GUM0O&<?`&spxe-UqxCwh~9IJaAh1+{;JLs0=~5c>I>{A%udkVAEf^k
zDvSeNJ0Tnogu-~yuyfUGdBfyOs)Sn`*}2g$g!HE#6gi_BXAp`*aKuD#gsZj71qu>I
zwP)tGLkox8Y-&bq)Bv7pQ`gbduK{4sJ}5$cL+v$J5&-5S->nuZPWO5V#K-NRAag+M
zNI2Z}i*RFv!ojK@*in_;QE!$+S0555h=%GsTBJ}x{a5I|z?-L&Ad!Pmr6tgHFj`sw
z?O!S?asectKncrAlcQVA@GP2QS<)fgXg98rkqHzw5I|;$y}4UwTPko#D=FqW1gpV{
zG0LgF2HaBwdZePbwuHz4NC*-rBdTK^rRC^ALi%Mi<LQ{`vR3os2p_tLM|8t#f*{{{
zw31&x^!=E0poU_hXz$z`*m<2OpxyNLxaredrrbk`dRS5{z%&iTv0KOSO9%o1T|NPD
z(xE$PK;*nbZmZf>lAzRGjI6ef3$ni>aI7OtPqmxG6LQN5e(M%y;?@?rZx^Jrq@xH2
z^@8*V!Dw=ff+!rs1Vf8iYP>iJHK3b#^A!lg4I2!jOy+f=5Rf<$D8`5uGe);OMc-na
zN|PjMe@cRPj~eT|KeZSq+QA*`ku>F&6_M>p;?g*g69n$tMT=jAif^IU!@!QlI!>+;
zE<PkHwGj*Y(B-F7`(cKi_YGUKrVm=DkB1FADyL6&|EDYxj>H#78jgbyhEU6J<ZU?U
z2oAP@qu9eye#21_&%o(tsCi~+q-JO}XXwml=$&U6d}pqO&oHLXFqO?Px6NE1nPFL&
zVcnZy`!>T)Jd2>8<=~m+l$zzzoaHv3<#C?9;X8XXe3myIKg(A(%ilIDFfuE+Fe|h-
zEBtL%gm_Mreol;MPF!kELUT^id``-FPTF@)CVWmdeNL`yPQGnUVPsBmVNPjpPWjuM
z3h_LWeqNPlUQKFVU2|T;d|uOeUdwm>R`|Sj`n*oryl&gP-pIWE!o0!Wyy3TbBjN>P
z`UMl71yiX7GtGtD<_qS|3l_c$cfuDe(-*AD7OdMAY<!_MTk0N_#J0g>w>nAgXN5ZC
z1Mhl`dANq@bVd-g-K{0_dwW_Bc)_YZ5q5}hJCw!4yf8Ih@GTz_8mz@bI<U7n*t0R*
z=TyrH0e*locuKFT=5r@A?494YQU9_#-mUKfzr7B^FTA7PefNT5@Fnrm9_>;{dQYg7
zWvBX5SX*bfv!(r$rO1W0sB}y5lBJmV#@LZ1(z&Jhk-CI$maV|$X52zkRKybsD|Tk9
z=BNlhB#C42V%qvO8&@ESG0I5@s<t%Uz7&4LCp0VF>P2#dtxsrkXN204RU3|j7#m*b
zo0GA=-~xzH=tK)*LTg3{&EwF!7sPk55r=URg6H9Oen38ebp;Q-yAQ~jfDb!C4uA+p
z#t2Ugi3cXa^PKqZmUYd@O5HbNkMnQ=!dV{<Xww+ZCrelnpmOs82|JLGVTr4WBU~U<
z%fmMHBfvq{wZR3T%YpfbU5eXQs1RZuMY0s?(x}DL6@gi|6{@tsIj77hp_d6?jT}Pl
z;py%;plA5HNw(eWI?x^!v7sr@mJg6|y|ZJ!vFE(;!FOXneB&T}<FIVwsBPnTWaDIE
z<8*K1?Ayji;>~mV%}+d=pQSdxXl{Nr-~8sh`Q3N(NBHJN`sQWX=2hF~Px`m0{}Z_5
z2TJh66a*o%f0;X&6950#+&xxN^7|_XCih%U;knFTIj|t1TY(}LFK-g$o%Ks@g1plX
z6m|L+d3TdZU6NLVP0^HH#^mM=13oVO8~jEB|L}Kw0w#n^7(&)mUdrlke5b{t_iyB#
zrNTWUAxi?jW3n^&yAej%cl+Dlv3cC0zh}VYqI=y<hr!8;%UgrbTlKFN*dwHrzk!&Q
zv*3e!3eUYHAA1oBV*l#zj4gb;&7S@3?=*e>>m1nq5H=4q^F#Etz;J5cuxo@mm`$jF
zX^7OlP|m0EBL9i+lu>R3c4wVz`)}ACI)W-Dk}5Kij)3pdW0(kw))n~@{|$WCTz$Kw
z_TF%B;C~O_1wKy<_lf^E?9MGF;X!)5TV~3m=+q}Av1YMhf6KeSTVQn!-Fc<|1b0=#
zeeDx<uP*c6E!VYo42|?)>xN&qPfv`Ejs2zVmRBd|re_Zb+HQVjeP?NRXZQW?{@LmA
z$;tk~!QU0ItBWt6&W}I8Tlves{a=3&z+KJ%0J!6-{||7d<xWBK;XlD$tF)#g0o<jV
z{3p2cEc_?9i{aEH5)Ls1g0bnIL;(JUr$lxC0q(rungnonr*;o0&l5uccNGM1*B(MQ
zZYo%@KH2p}-3`!qTb*R9Ny-+GWFDJRlOs{SP#?}l;o#AR0oM_0TNpf-0`y*r_YK|7
zsTTk?A>Q@X$^h1T>m0x7_jNz;=qUzWbB$L8*<y+D{2uP{ncufMNew}`tM4DTI*7KK
z`y4)t6D=(Mpc&{7wmJro_*saLd)-WuAd+;LLUvMX+xom`4budeR(@wg&*>1<-9nyP
zQ8=vy?^YDIR(LGk6q6-|WP}tcqs7hgsEwz@d=ev`{5#)Qq)3-#ZKRZAEOwGK&cKA^
z718-CDHB23@X#G8;+6X(<uXaJ0lz;u1%ZhP>dq4A?3kgM;a09+7(5mmV%aNIkmOXB
zof$$+*j*Eb-Ill(0d_1xxzGOceNccda62dxFkl=J21+)<=mFY~C`5p3JX7%x!?Bem
zSZyK<9gdEU7-Xs+vP(yIl%h`;Wo1dhfCoY_01;rkwR>fIXv{%<@AsqQ1`LV7N#ihs
z$4L|RM$Jj{r1bGg3r<Vmw3PtvPTQ7Vv^lh|ElN(&L3xqHDG(jBCWt63z(lM>i-`T%
z9SC4k8{7KxmG-7I0@DdSRlBEoBEBW8+B2;1uwz~b!EA1V2#W)lAtbWZTbaY+fJOHD
zXOHyO1x&@s6(w>2v@h?+5A{iv!zGD+^%##3hvbQk0Uy<J4=vXHc<0wnEg28!*57?B
zW%kQ_ieBrczo@n*RamQb;i>I)wZ$Nrr)uglLby3_RaDD^34JXCw`UO#l7!7fMTrwh
zDEd~Behj<5+7I95rD;1tC7<EPz;=%`^QFwF!|#)J^*OKEiTrMR&?D%B1KuP-Af14p
zXbK*OUvK?^q?)MnyOj%_@6w6qDvb^8WX;T5w(~G-Ke*r_{M=yv(#;sq$$M{VWP9Nz
zE;#$$#ajBG4aHf%Rg0EMd+vo7#^S)V@Z67Fq(<=1cf=dMo-8_Yl%9{Jx=bxycha=J
zjI3e^_|}{#Dc#lc#&DK?la@Ok*iKr$9Z_8J>V?#?K*X>1H%cwMNTTh>%*T&GfX75|
z0M3sDuoTgTo);4Fci+?&j_ORlpy231ZV^#%3A^eWaCoDQNXaZQt;XseIMgPR0WP`p
zZB!3BmNU~SozxW)7Kv8`lbPeiDM-J&$^#nhh$)KON_bAygfu23nMK3xEXAI;jTZ_t
zpt#*c3zc4&PDvGHmG1Ku3R1n#rBZ2*lSt4a()x;(Wbh#tI0IfAWJ*`{p&fMxj|YH>
zn3&xbr4lti30OMlPGr%r@JUX318W=~J4p#3X~0Y{_)=fxP8F|l(F2ZU%^RdQQZzCe
zk`rO~BYtrUWVM|kvgWx}E4TRCOwN-!C(DGNk4@NLea^(d%0(k}CY_kSWMTEo#fu)d
z6-Yk0`PTMEad8!``wk)gB}ps&uz4zn5dTuYx?w=b+dU37Lw<<Uk-ytK{luaoUpVBZ
z-tM8{H0}w{54^sP^07a|V{0ydq2+xY@c7$?3);djPsvrGEA)WQLSlHhD$Gd~&4fjg
zNLGeudHI0!aR6Gxh{g>q>zI@bC)ykw_@+hotl?82U7;TzuNrlX(b8?YSMYFNtwA%>
zi>LHRJ7R%|@fZsLf?nG^+|+zKrd)o3-ZRSm_9`Yq+Omz}A-0<J#3!<T!;#V<9mINI
z94UKyr#3`efMby#LU?v~JRz@2=?GC5+^LU4h1p*lH?ETXS|pUjt0@vQ6SufU!up$6
z`&Lf0>HQ(P+$c|7^KMh4&iOLYd_IFGIcE81Pb*X?_)TmaZ<m&<(N~zeo828GsZ^t9
zXmr4<3)bhD*Lg40JjbY8j#)3ZSP#*-J0II@UPX1yF4V_5XxMWMzUvpCBSz8J!UT0e
zuQ?Y<IOzHAT@N%(D{pPiYZP>G)Sb)Om~T;J4L8!EzFm~S0H_o763Du`UD0k)eY?!d
zt7Ckj{>XyTY46lZfM^Zb*jDH5rST}y<Ble;TEnF8SrMLmhCzS6_*&hWBX#cj2;oR?
zqpbGkkbr%5%DZ0K1-F2ORr?<d>GZb@j!ciQFTB%jtG?Q6xZ|rp3P^0D^kwu3q0o<N
z@0Y57Qs;qY?Y%?BPTm;ON5~M{f)bx)HQh)*d9E2}Mf-NXJkR`*(emm}QG0P^Rn$kk
z>EUtAo!ShF28Ywz-+o4{ewXR!;i<7Av)yWASg!N2JAZU-duvaA*?1Av>>!Zi7{5_C
zo`q`FZtICY3%J%>0DtH*0sSx?W7T*6*&~zp*Y7g5$W8y~du0BocXRdX$AA;@<D}qR
z3lP@@7FvI72d#Ujex1CVI-NHHdVG-JG_<rTba+GmlU+u{k7lv;rxi1~8@Oh*`BLd`
zX749gylYmf>-t~kzh>Urn9aey9Q94{o$}DWxYEZYh-->@F1=nX?B+0d#-~4c;*#1q
zoV!tLsGvZOi?C>Q5pHu^?zO%>;lHpoTJ7~{;=Sb@2W8;dmym_vC{>BBcOQk#dhtSv
zmQD{lUtdl?j>@k)oOEC8E!a5BqE@z^6}D|N-22|~Nbr+<&&q(m^m88f(+6Cn0qc4%
z8hh03xp`BAmTqg+I(;#i4c1#+=8pItJ$Pc3jh3HB*7;Yx>-F+h37Xz&_j)P7=7IQW
z@%~U*9!*9VgOdo>j>&lJSeLsb@Z{QXs<T^p8(WOXtIQR_a{nQE<@eGGiq(}L{Jnw`
zY!rW5z6IU5dPP*{&~=o9OESJ%k1lm}oa<Ry(v-V#o6T=9QD#eOgm18h;#reK!M01}
zmyRd3_Y^HRb{JJ;lH)fn)p-5iMX&`&@AMt;J^0!!9i>d!YU3+p*4~^c^~vQS{>W`5
zGN-b{!jIo}@OFf{)MwX+-||1L-P<_xKhPMEvfYz^uEooFInF+V6$!ec*hE|{Ynr~4
zvEnRuvu_VxzvJcX;^OM!{(;oL=S^ToI4RxIy*-AY^E)1&-$AscUB|*-US2~ORy-e$
zu>2DVn!6R84RFegaI^04jokMoeeU&6%Ub&RlWz+ya9MM+ZzMDi9w@ZiAlo0bG1v~@
zdikaU0(W`N0YPwCK3*7kKD+N2-xiA6e~A7O0LgN)|KaPn?<AddyGrw3V&q-(vKMp@
zLR2C`&YwG=q#@c^?;oU(4gB=y0lFmA6uzC2XRrVN0C(e^ag$4N(@U{44zQMUun`ja
zHcMzm7HZ%CUR#QP;}buZ5>L3_0tpB2Eyb_7#&0bN?l6KsSSIYcCLFkejT#fiKEp5w
z=z9oQ0hw@qk*F$~s8tyGol$TG09$cQ_}H2BX(?%!H)+&3sV_8f#WFzw4p!bu_*9uh
zQI$+Cmw3dR>>^G9=}N>OBz}xaxqg^*#+Y<qnaC-J=RWmIk+e!Z&q|SrP66s9iMg@P
z8mCDAwK|u|KbG<dlB{&dwBwpeK9=;yFU7Db8L*s!$WC)@N>e3Ex6V#CT~24YOcHTR
zx2KN3%1Yl|N_4SGGjdBaI!sXD%P>;Sc%PLld6}SCn65sSCN-91;-8^_N}wjoRQm+$
zHHI2FWGEYFy6L2`WM>LkB|zoCFPGyv__7F}T*Jl;sqCy>zf9HalxUqam&4>3vh38c
zcteM5DUM8JQdVAeMoD(chYOHRRkl}GvLP85Sd}CC2{u}o*r1c3yp>bumiqKCyR0gO
zt}!#9Dy8c(0mvubn@uz02Q`4_4Uy%p;Hxs)vhyb8(m%?Azc6Oa@zKn~DTWK<U(4kU
zjTN}Lfv1+U<K%KEFSAU$Qq--|_b#bxt@4hSa|RCyCDue>cYZTjdi-UU=3$nAT%u^#
zE2eGO;TU+htKhX8_$)eq#6N}kD*KyT?&M`UlrNVnAngk_70yikHmTs1LlMBeh_SmU
zZ>)e-_Z5OXdp$d^v?}8VU*h}hVk+wRR%Fqi!(tGB2|ZzREg<Eb=~ZlW3E(h~)xVIH
zED<ONMOMS_>y$FAlr8I&4C|yij^{D+=SW3ou#J~=xxH#WEVQzQPh+6Xm@?&aklj(S
zWKKSdeEHCF>8+d+H}Xp8RUV!!CR2Dhp4YmdpATy2Q1SY(G9jP>Z&k|FT?*zeq4KYi
z<170ymR>rRX>ycq=AWP<pD!R^;d=#oR$cv^y!=mem49`G)Kw{acLvP8T<NOFUalBu
zm2Kf)ZGZqWj8`YGRQt&n5>;2McGYhBXMB$?DJCzQ8BYOb=ja^5Mt#T&5w*uUwWCMX
z64q5s)`gP+xwd2ZT2__q@@Zdmst<UR4+#5sID#{+9tvn!x30C<tzud!VwSJju*&%z
zRer=@Cv%xz&X)!m&zxC~YkyR&j{ttPZm1?Ft~~+`bywTP6r~*HNUW6Z@|U+(mqZ+8
z*+su1U#$w3tJbc<$9)<HtB5v<=`~baw_IDT+l;B8KWZB5u60?-fY{Us1QzCZ7yemF
zynR%E=oeQpPR4oON~_l-=FwuRP%EcU4wNs^i^)GF&*hA1R9Z<ptgi2JZ{@AYbv%r1
z4=Jc1{HqHzedVte7ig2tt-f-v6<KM(>lE&eXKQ-o@^qKy2DIN4C^ODURp4)@yv*oj
ztf+uDJzNFRD6~ijv`OkUB?ffV<#e1frA3o9^DyV>c+_*{cJc)_I!xqWv&w`nH@9~d
zw*k5yDs&kubbLJmeY0+O7TdCURa`gLq}|=|lrN85C$ICWw(YXYX*DavrjmOlg*>nu
zAeU%)71NIAC~7k%Zn@soM!<9mZAzkfk~S5cfo;cRy{Y7dA1`tk`4WlcUvV-wvMr~n
zD-2BM77BHhE4X)hufzykb#fH~jTC?_J;0PejEO)?x<G$UP1m)RrsA=RQ0Bh1%eD(>
zLDWR%&)m+tHCg<DmFv9u<p-VmqChUfnOPx_9|sa>?DNURaEi8w^<tQRR%Uy&<^IHE
zk~g2k7S=HhbXE`IpatWBgSeyDU!m1F{v1BOq)pzK1RFx|dFX~9kXH}`io>M*Y~8G>
zes9xXrQ4r!)Z@Th@{+lJzcOE?W-y7Y`ciM;USOk_;v03AzR;Q^*Q#V7pH7Z8#TW*P
zuP`R&j|1`xV!{QRcm<ncYO!JpUF4n>Ys@W9lRdx2n;Np)@(wF90&-Qaw@-KsOs<ZO
z3ykZ<b(>!ezM4#O4M<({gBk@zzkp#0@Q)t_Z1<et^uc!Z4hi>SAOFNkD7G;|tCEi@
zQ;(`o<;u@5`~8>O)bqNZ=)ZXg8!uxSXE_;@zREK|LK_65n^>@dNx&Npz>YW|7ZS^h
z8{+%bDx}zBeBK_<^4dh9&0cU!N^dMRuaxch6_H#XBUyS8S*No8_*~uq;Q(<m7T3c+
zbyHz#R=)Tws?`t)9YqW!@>0BnP2WHQxgCI9h-o&vi4VV8c`?(xdDxU#{LmwTme0TX
zI*vy!dYgWAR~YCPA7{6oxR3j=j2Gt(3+hb03K%Z#?xj-dBwq%%V4w`^QFAERFkt$o
z50D43z=fIN_L+XKKf>oTdsI7nleI(S*HC(355sXK&1$ubUhad*j$E=NqPk`^vYA3y
zANlW5(tI2V>(n!YVJe}V1y@*fPSh+4){P=JPXh5IE%BTavH1Y`la{z0CRn|OxVC1}
zf`^WOEu1JeiRAUPU+?dPuG}Fk53bZwWGDLsbv`}CDcQZN_rgKqU+H+hYplZ|MQ1RL
z^C1x9`9c^L1FcLVliwm@Z(L$e0*?G9YPVfW$p?O@1#%YxGw}u^oT%lLnjxRn<$FS}
zeFJ)SYFf5qMsu0!*%f<{3abtI8$$lcN9!AueJhZk;FhG-NNoz-)_k}Zv78T(1GmWz
z2NISifx=t7sI_sg2_A<D&fw|&xal52jBz25q!#<77i;%x_DA09wC=VFR@?~LK-CoP
z`@}{aEBNGegV%7i(`xE$3EYg_40s|0_+~`bBqVK5GcQUpZcK<dLND_{^0-Z6+$O8>
zu9p2SH-_*scG-QlNMB5#1%c%F*0x{mU|3s!++MuxqNGPf;c4B~O3t&G+LP$ylj9DR
zwajy+shjvwuX@}=?;Yy=9pd%5(x9Es6icxsFnqTUd4&V<RUJqK1t5k0HGe7xIIuvG
zcM%c<#xQIWZ2TNH>k|nnlY57tz!k#!?O?+gXcvkcMY$_NP^CTq2pmX?ItsT35c}-1
zIqWvs?-FJjfzvZsuZgy^wGTlPLU9wfHzro0!~$LoPd!?E_4@k*Co|nQ$}T6*?RFsR
zAFeU&AKT&Py-(lOpSF7?EL6^~p~>YNj|e!l<^|xxi?gHtvt#?S1N_;U;n{)x*{6cD
zk1sx+c>}->09GFW$@x*eJ)jAHG{U;YowUT-IK#I^)S(YVcmdlyfqaO)&R!tKe%-=*
z`=fr-hRs{-bTtxQ#qqYmUl*T=*Y6e(KArOf-|hmfdG9PM@1LB0mUy}IaQgG(f}PL#
ztA4TyBFK+O_OB=PXWx}Ss=xer?tP|u7w~oZ>s|q1&l>>rJ~B8v(qlUwu>-OuE$zUT
zc^nq*2u<IKUwCLUJGe1qJ~@*76C`BYB9Yg_RNtk01ak3APzrkUC_eYp?$o<rK$v~z
z<*P45hd-p>{&*pBQEwM7+OMa&d6Dq(f(ZWgitU?$(MML?S7Rf9ru`XF|3}0*QMut7
zJA8}y)wk&UwF>riQucNJBp{E&(2n4`>5DyEFAT3D@Vh+FR~O^`2PDzk<0v@CO_k`Z
zTqfJqJ-6}0o9W`E&X;NY+h0NK7v6kdP*fKZD*K^tPqi9B+I<%Tr68mTU{4sI_~*iK
z;A85?qrG}O`1~mE?(Q%9UE(Bw*(-qV#_om6){j3+2Kc4ux*>o`Xc&1YpB9Toky_Xg
zno9#|Mcs5Ok)HEK6kKfQ%_uu<VAT1{y^_Qvl_0<;$CO>&6jj4^aH#l=afE~yu!>2e
z!VsbG>;!yeRzY1PAATj-J-2UEtcMm1zoM&}f2EzM8(b~Pi@Vtxr&PmWaq_=|yYRq8
za-zTEU+*yX-NfW@?X65?2xXW8%Xb_{(+-%GnVrOh^Ajm8n_>{saR=l=%Y%gDH9o11
zK<K%(Y8jK03STcUvBng34!tK&VDO5}i+aqhlg?|!>}W-MV=7M(4Hv3!b2Tlym9G_k
zrFiwU;&#=8vK1DA#hWetqr~k00C$7O%)dGsHhNE2uK`RjNFu5iv_a>q+vxX{+}vo<
z!7xgI#-KPI4Go2AC{p1ZNl#<#+8V9Z!^;)R`x(m>YubHK8f|~%$g^o}O(vUZID5#Q
z=bjU-dEx}*uc^wKpp-u@?wR3dsj8{&W_#IMui$_YZ_wsS)DYKc_Im^i8$|k~pk5#7
zB8d3wN(FTJj%R7Y`p6L>VV6T+V<++2jd5T)Q(g`v-HPP)6p4faUKELAkU!^|y|MCS
zC_yreq62=DhNz4}hy0NSwI<zkWFE`NVL7Xd^>ih@FSA+?tN(7=TzL?4v6*3fj-fVZ
zx`vdw`5n#Jtp43EP+hpZD5i;K>r1T#?~l+F00@at?WfYdKoB{o030o8P!w}$Q3J$a
z7#(Gt^yC8_OAaKhhU<9=Kuq_bBwYDukb_rL?OJK#ZE`x342!F64Q(4;G1E+kv{ubm
z0oD8pg%McE>I$`mN2H+?8{1|m1v}X{Wt1PNoo@Cjq?^Zzj9zHp8Kk3~#GKTK@A7lx
z(uYlKeQ5xP)Y?63xi9k*>HKHtw&NbXwl<NCYX|+djdutBH-z}{UD|8Xt3b_6?l=qJ
z;d<Jxfr)0OWhvR+K)!ssimKWxnK=Z2Qr4*wL6W;2$w6X1f0)zhjE&ojP&hl!7!#BN
zu*c~W)5fj$=+f#&NH2qmhOaLTa6!E+=}cc37tRe0^Xe~aAc*W}hv}J19^b8jb3Zk(
z&gn>3yI&=<QT*boX^q$8<eP|`q3NxqcycK-)Ih?SLui?Gr)TpU<v_=+xeqfGAB&R}
z{P!|d^s*n^5~T>A|GKD9L`@^=*a~L3{iX1&R&0jkAH&rXgzI(jsUjLdqiZD*wsTLw
z>?|ppk#Wd}-LIe1D&=$KORwnkIz3Izg6#QDg(SSgyWi^BSTOXv?}1q2K0t1o`-Jv`
z=m!J#Q|mk9{RwMpp9`t$u)Yr;DE-W6XKv1kNYWy%<S<a@bPA2q*hO$!5<#h&3+F1g
zNGY;6Rke4LIHbK^7`{*Xqp_O{I2$%m2uY@TG0Pduf#dIn(w8^#DuyxDdfE$yUK6<(
z;nZ)8yZ019&C9F!-d{BAVHnq1=_BA$T1`SWwGK){ZHRh_Ed0iWDvBkAiJj&%DW%#V
z6+<Z&{VPdLB`QjXnQ1s}DN#o21gjMQ2miVJs9_jJZ5$9Pm39H)(`uZ?OlJ&II5ozR
z2mq-w9&3puB&YWUmVp<dM#*#d69&K^R%7txV=A8x)wtkeR6;b`$SXu3=S;2+<#4iw
zcNk)EK8iEgm4@DjH&>8aNBkuq%n+EA3f#R<cjsCvM-t6Vb<xnpJc*JeCDBl-wGie(
zNVRwbwS%VYdleoCPAbPF(_ys?oR5UckjxcPnVV}m70dnPIDNu0$cvB()mQPND`A%!
zqf)QdNxc6!J9lzdPDW??QGtZ1N>*Adxi((`V_bgG5t&8#ml4+9*;q2x5|v0~m;~^4
z#vgrGl|d3*vAA!gI^;m5B*$2)JEVvn?P}2$!+k@8Uq%5%VJI3p05@q3)|!LE6^j?w
z;QWwXnnB7NGz}_Ew^3dG0`kO__%`k3(tP4y$7X<^CC`da`5Y$;jjs5#LPHH80Inl}
zdrW$jrVK@DOJ!yPt45)0s`2hYwYM{w^<<WSjFU_5?&h(jH?gfZ-{%q9GtA(n129+n
zZ*1ue)6}&_`kU-CW8VJI)s5=5Xyeu~y%qnIf$zHw4rY5o#0=GUNQesK?D%i927=#2
zELQ0Y0bMwbt#FT@L)74Eelj&yU!Ps;)wB#XH|nt_tgR^;Mv+n7F1?$LgYq^9bKWfC
z1r~fQM3L0%*pf2NWt~WM^%D&}zI8dhzeCpzdGEwH@XXHAJ*(>OoUm#%e1(H$u=jvM
zC_wJI9%pM7<i-v6XfXvRJYC5}-*&Jkwf>|XGqk9+LbD(^Tygh2YG_z9iY(y45Sm9l
ziyJ;lMty&1H>*-x6AT8Xx7a#M4OMncoj!(J+ghSD{X%1Y9~w;yfJcg-zkcUj9cz;Z
zZsZA>=8+b|JcBKK9qocVEBHcv=DG8g0Nen<1oyV(q)_p0SVwj!u}Sy7?wuSVAJM1O
ze#rNNxv~=nN@On2x6lT(+uR!QWYs!#&Ume?0U^V0ckNiVg@0m35I2BP{#T;I1wSBn
zB_uJ%y`bxN7DtSPN|=f3w6vc*e>2_xh?*_wKn1iiEqbFBo`Si}<Ebzmt@V+5$0PQm
z<;vQAe``@P;=wiimn{hI2i177*bRfb9V0mfQgDa5j|}@Qo9gLhdDJn-Q5@|R;E9$7
zC69yW@3Kbj^*^T>RrF#z!Aw8xmo7C4az&AE6X_zqw$^w(P`utf%1+fllZN!tR@r(p
zSxD0Dto)^Q$%%}aAR=#yh7^%I0$-I~M6qw}kRlgDWS%vd*kr46Ul3YPK^RjlSoIs`
z6Nrh(Cr}>6y@(pwJ=T|)Zku0#XxhQ)CfiF8Z2f>)4*=s$0AL&ND4t*0C-*lWwfM3S
z)dkw_X&QHRZab{#%&nbAHfV{68WX|vF+lo8)QS|~l2o=IIQJ|_nN=ms?^<wW!ObCD
zAae-h0MA60<aM>L)DQ*<@>+@fF1wfvIK1ZZdn8E<NQ1F=^|{6Yqyg|Aav|s4Je0`T
z?{-DAW1iFMA%F+I`0hl^6-0mF;+=9R7!nMYbo~u^)X+c9E_yLH%JOOd)=SIK5F*M}
zb|5X`3-vR5BJ4YMAiNQ|%Ssipx5?gjPRdAzLLL27I#mzdlwh2VE!zuJUIcZu3iP{4
zNH(`LF{=aJe=0*D4V!^7+dcBLW<7gcJ+WrMQwd43EEMh2eo`N0GUL#XPn6U36d;|l
z`&^RLz4Bx}=s{@2klp}$shkHR$@e*sQYQ+!g;MhA{ho`0R01fI0Q<Dc@Lm<@622?{
zcz`TwNQhhMx*~>ex5uTYlSNXD8-?l(RHj7($V6Lz28t2w4gk~C_|gWwTO=5I)&B$n
zBmrnLhe6(xp}iV)9vt9PkBauHoFo#&5e1OkQg!JhL8NKuc#;sLo8B&pa~`eVtATwF
z5RXD#ya)8R0APqdGAzn16+o%2$xsV8uR*QF0$|#qYpDPVQ86_-Nwwh-Qa{B+G>Uvn
z<?cL&v{MDIpv4e2Aaz@lB1`(FpvK~p(f4S;14%7OMht_e+O|5VKewISxC^p`qTn6A
zHxGcIK(YtnpShqOS;NmY20RYXN(X3V1mQ~FD0ONmA<!=-0b+OrTHJ3)oEJS#ix!i;
zMF|IqX=6nl`e0jt^a+$?CxEOH1rr4+C=l-bLvf{{-UMn=0CXteIuCkPC|n1PgGR=C
z6lZ%-5*M;iBsxw~OQI2FtO0^{sz?Hcfwia`K`04XG<_{VQWl+y255$%bs!`zStNd8
z<CV1$0kv-oYTp>`qLeYZN)R-mz$eZK`hFeVq=*ea8JC2hV?9+Uvaph(gl4|B1Vjr~
ziA^ZgyW-M$k~VSA_VrJR5o1ZTsLvQIYk=#iVs0ydND}0^J5gk-E`b`ennaN&0ZQ~i
zFiYUolVN+;aYX9)+puw!LS6B5bO1M~+H(LOppTa11=XGCDq{grEFkfyDWgdMw;-BJ
zQSItA>SgHwrgVT@7A-3Kh8$t|%M9yIhZZ;17ZU}I(CI_`^m2PqhqZ=9Yk=%lR9~;k
z*~vI>(1ZjM4a1;5gV9fSC!PItarcdIY2a!>gX&V<07--D6WwYSkaFdl=-M|>EI{QP
z{dpHfV0{U@g!c!_SvnxjJ2WN$5{Hk8`58;dV#Q@a<aXLH$fW2J>QE8=S#hY<)>sTX
zAO=B~YM@2o=(7{u!`mRKEO5DPgiDm%bI-Teo!|aQd&|0KLI^3ac})e-fqs8Qlm4EO
zY#dh728qk!ME!7_l4#O0{M0fxmfvow<Nnln+$@z8y72@{S~h^<Mq_NTV%js|wz}mk
z5f4OFSP0;*3{2R~m^qn|KQ+0Uf1@a*rh?ND-+J@n<W}e!n*S8k%rYy!hi=&gDO(x@
zhv`c+YW(?XCeevPYJ$XsKvEZIMv4fg_+c3WxRZi<xc;TbWYfU}zIR!B>niV!(kYr#
za_U9v8`8R4p|!V~Yu|`6qU{XO%DhwJQE!g~hm>SNO6O=5Kp10Lm;)n;iz~@>`USVL
z#r8%LkIo2FC3BrE3pwI2x!-7&i<vv$2rnKzqc~+#Hjbb-b@)xV01M>7qK>PDnHLE&
z>w<gIqC0-?-HV0l;BW6x^h+T;OQBLrXw9WC^QCa-r3l}p$nd48^rh&srI@xQg0_oW
zSc>0UO8B;vNW7dxznsjooFcWHs=1tIzMSs7oZ-8i8NQsAzMNgQoYS_PJF=X&u$;fQ
zT<~rA74b?T{YnwfO0m>RiRMbF`AV7dO1bY!Mfgf(`bt&VN_E=`fzH(~tkmtT)PGxP
zAYN^xUv1)9ZI)VX(OhjcUu|<<ZTDU62w&|?U+pSe?QUD`8CmUJSnb<e?f<qqK)i;b
zUmN6E8<JXkt+_UAzBb~#HtM_fCVUN>zBX32Hr}>2F|szfur{@~HvMhwE%7>zetm{#
z9X~6zKBu`pZ@#|ZyuRqW{w{odDSdspY<;C|eRX7gZDD<VZ++w2`X=$l7X8LH&&H0_
z#(T|;-TxBYX)2;d?6W6`-Ei-0UFS|UJ9G*O!G~~nUXsuBce7g}v^&9WSztR%=r`NV
zCms<RqG2vcn|76VvwOlcw8Qj_Nk|UvW=ntp&%!*g;XthpM`W0*^H#Qc7^J+5tlS~H
zWecj@0b6v?d%s0l-bzKX%|W|O-QGYW?RcfOO=nR@@3LL@c>CIPHDkthWbrmLW%>2d
z?YpzvtPv$_-?!nw9R$9RgDuw9(#XxyfzySaivb_&h9tg^BoREfzagDyn-of72@pg;
zHE{MFOT>Ixq5SPToY^FHS)q+Sw>-4NMC_qoYyft=@41pm_$i?-@CZeM_udLs{tzmB
z@DD4Ai4ZA>5GGj3!cYOkdpR~LHx&AQC5a0b<k)!MHGbFwLvr_=SoOm_70UZ}D@pDy
z0flft5klUuGxXf|en%FGECB7C1+c@SrQjs<vv;Hx_nI3c3>fYU^E#VJJBuJAc)XoE
zqDVw9LPab=q!&PKZYmFiv*Y(rBc%@=#vi0C(ISihqNq@NQ7VsfAimG#9QVN)541lY
zeEj0NI|@XO0?D}S`<L$rwC@KZNB4sk_k%y|zxclYlH>rza1e6iAXNGQt#uG)aS-lu
z5b^9FGU6aA;~={HAg28wcJv@_@gV-gLBjWg#Ahq0{}Y$w1Bw&4Bp;cqC{UUouKfS*
z6aLdmDiEeq6`#updaL{km%Q;0F3CffQPl{Pc6`YtK&Qsfti{i!bCX3=fmZ!5E-7t9
zXch7jT7~?7wF(KLLIRZJ7dKT>bokp!YF^hh6g2<0T+-<;D``!zlBNs>ri?nKwEt)o
z{;QR|=3>X`rNQ@5^&g2sq`04zl)*hAFXw+Hl3s?7{`QeN9uEIyoX|Oh^=}{fJdFNj
zIF%iW>s|=w(+KW=k&%7`8EKzt_itomSOjHMBvpJQO?U)DMihN!G*ebGZ)uifPmj>Q
z@sUS+%>PB1u*$5s*5&now@mo(@n2cOaF3{e<0I{3qwG>5ox@`vWX9glN_kd-{$D<_
zqqC{1y&|vR?;v6ORCn&5+{u~Rt<|cw&esk7ud)5(b#Gp`O^mgVj&;tA{tYEpSJvL*
zX68@l507RETd98$$>WoQ_lJj{kN;MZKQF#~|9Et~vhjaiNd9k6_&>FkTKgYda?}+@
zGy9)hGVZ&^Heo9@`G0Mt-uL<ER;v3B_n=^iApl(Ht4{>r{nxEjXWT#fgrzgUtJ3I}
zULyuY|H(`t(9QJxfA$G+0R3ba7+}u|kfP(ErpGK%KKoan(45dGoB^h#FVbQDAL{Ni
zsLB7~_k2h~3jsovF5OV2sr24EQlv}oC|D2>H1yCz?+|+Ep?3&K@4X6wfKn9;iYW2q
z_rJ@Y-7|Zi-7{w&?87|CWHOVPT-WvfzCNF9^vlJbTL?9_SdBc_%Oi2H1}skzd_u!(
z3#$*^<s!z25C?~og%UiGG6|E=fIGlikLUBI9Kx!VL7vV-A0hR<1I(?~P$*CE2@9W3
z(GR-D=mT^*KeC6Nt-EokU}PK<lqqGUQGqc7{L}ORZMbnH9SQtB(s+77-HJgX4fhnn
z@ev%?y=4KDFhY*l1hn^BY$n`EYO_z~B@y5?ngNL2e2lMi)2D+#BlS%+IM&e#peW3Z
z$6VIZFv4J}3!m{rDuEB#k__vvB9w+-R?-yXqPBBP6{S(ht-^%CR1pZlC!|yTmgWCk
z7lbKrVf4c2nu2#CMSx-sP<nPv(|EuO8Ph$RSkVoPcrx%DEJ-YaMbH&NSOD~`Y>Qwg
ztAF`~6mPkW=}I#RJ|UXpf4Y_WZ@HwK-kGG47$<;Ui(_A(1p-FZX!J^{SO$dXZ~?lx
znR&eEbfSk6=piAjqN;6UI`h`0P2Ta{=U%^afQomcjYEx?ns2K$1?K=TBfNet{(8%-
z3*vNX{J1w9d?-IUh&UahAEIFk8>P1qhK=ko>$3;HR_NSQo+UG$REH~l$wDicTAphu
zQuAueam?4=1l+qZ1n`1g{P{LdY!3hCK4Q$zF?QeVxv_|`)EDp_(&DN2laY^PTC^sL
z74Az|=S8FF?~jqSt#N(}n8U9J@nL=}6KyP%sl1i>a!lX4{C-bp#N2mo#e72xwagi-
zl{0#au$3wT)&I7yJWQUhxtFFSdM`BfFXiQH=rhl`m)7P!`5~Ar-?@+G6FR@Nj0`1>
zC0=GMU8#(R)Rs%N=%pnPwat!w|2#m^EBpNZrRAJAcs|-O`n&7lbtGyrOL^J*Dg7&{
z-ZI7e7w`FZf*m$*uJrzl347fob(E%bZAH$D#$5s(->GENiGC5=yEA8rTyLVojAtbC
z_)h9=sB<e1d^aNc1w;VRXddEEiD7g-^LSacjD9hY3uMjeEPt;nQhVA%dvi+*!>C*q
z6e*|}thxPlh>x13%maUC=^fepS15`60Hb#P@FR~4i47TNqT_YbA|K4X2)_h*hL@I8
z+V>k>1ASsxf}(+C2z48{zXg|kA$|ESRIubUuFQXZU+S)UgWuT8Zhzpo{Ro0sN+l{d
z*t|CPV|kEkjG%vtK2XaE%5eE5jJeY}`cJ8rQ0^_3m*E)`x-Vcs3aOmN+WT~jR{w=h
zXrf|e{A`@y6W)K&_f|*jDZwX9t;&{Gsrbhy<PvY@pUo%ugaRd=6GORT1fQ^~bUN!<
zGr=dUa336}eNs*E3DqfNO`B%^@d+OWRqE{P5PU*Yf=}o{MDc?>f@#QsL=qJSCGgDQ
z8#^TTP?4&9;^aCZPP9dr>U_Mq<hqvcOEPg_e$nFCBrifEIToocIS`wg*+K`uh}1P0
zSTOCNXTSgeg4!x^_t&Ht%C$8F%~Ikd(u*ryEu)O4mCYp4yBLqaH>^9jC28sBl-`8R
z)3@iyYE>X@$j+OaZ5uI)mjl!>1ga2BgKT1aUmN$2Pe`5-a-8-rpOCPX%EBpCOzwKf
z`-5d(_p+6isTZSpTg5Ud;8__jpTI5I#<h&5mU2-A4Si4R#oP~OmDy)i#-S5&CA1e9
zT{}V3T^Q+IEZ4tqykCIWI(%`>!wb9`_lUJcGvgqP&`1`)oiKVm!HJf_)Y$oQ#`X|C
zJWYlNpCHRx0^>?)%$B;7QP*0!B4bmk0x<xtXPRf9S*dh!<R)ihR>p5$RVpH4W?HjR
z<CIZ@B|h;XR#|B-WN44Gta+3;xEXpSi3W;zsC@Q%+xzvRVY1ajQ?hG5=?Q%q7kibC
z$p-nT;@zgy49^$6c~(>SXU%S$4JIn_+ZCBVTJArO@VXhcyfXN+#<9H4mm+25&!<)6
z$5AJ*KU%MLb37|1iN-vkV_Qp9Y%k42)oUAAZ;jZm(KAIK>5IHHEeL<W;A%{qIq5(m
z`Z{xnkN?cmM9=(=<??Vt;$wWmxUBP^?GEF`F@IYk-BpfvI1*`Gm?~wyZNG)tK=>Vr
zXG+!kd=KuG7j`^Kuk6{K{A4z1^P{S4Qt$ouIOgFhg{Ky+xo%hv?%MCZPp#kCVi<cE
zNUp(tex&*i3MULDuxp{G;$AL;!BXQ32a!(HcDw3A)=l>xJ&S3qb=9F>p8P=BY&x3n
zB<a1;YIkv5>B>g-yDMkOS>pNQzg1r0w3f6%ilPq%uH1<qI$<O5aHpIEkB4e9O&Gvk
z*O~+?ZFiXkdyX$b8k=TrM&^`meO?yDB4>A+nd=CwKdR;IVJGC-@{8qWfA$S`rF$>1
zZJJ-ZZrR$saDFh6@WHPaAMbk_aw6CA$KrNQfry`BW#>+D{h6<Kt)KWoHnH3*>6*_F
zm%fpW*{NZ0gygFe)z4j9{jaLhd-XnRZOSbaYE(BFblWpDSnhy-wpe=Goc&Jf`k<Qn
zbcS#`Ig)X8S*0+t)?MUTg1h{<o}z4&`LTasME-<@=#R`|ysKF9j|HJssmfA2Kd+b9
zCl0q#@=YmicfYco(SH`2V@U8n41cy4e-^lPL&3D-^^Jug(V(TD1@;;D@(%J|eW_Fl
z_501O_=Vf)GM@lTvaTt<ZO9Di^t7{lLu)-4SMJx4#_>4&$<K<U?W(eN`QU}TwRevk
zWGqOxJ+W~a({@Fj+z$ALOSZr5U$!+5&widhJ;3Lzg#WnyOc{Fr<m!t4bLNZEw41>p
zdA7%Y_<h+{em`EKmfvW69=cW;x;Yx!*lt9*>MIxH9=u{4;`R!$5)f|j%>SMvGV|G2
z#wP|^KE*G5(iyE^y9Wz?c)j$|oX8`vJ;RUS6W+TQko3YmQ1caOTL8`4OZu@_XRF?Y
zfY&$OLjtp`<d?(JEJ(&l!mmg}0qxciHy*y?v_Nn^jcE^WTY^%kMBNXJvdoUM?ufGe
z-{=#H4nPNC6c&fb7AYv!k3<6%s{x}(hwBZ_L6pxyO6b_!wb*(oC>kE81dA)nj(y`0
zhmoQz!o-y@#g(kZ<&nidUxF5S#MfMcWYKZO7*O39xJz2$%{fFL7N<Oy&^MMah>TAQ
zOjuE+T*MN#EaThA5?c@B`;qYt+KDTwQ1^3?9B0CzWqiw8!n}4|K0Ikb6<Vbo|Ggur
zACpvr0VyNm&o6~BhY3f><l~OSZA@H;CG;92+-#Zr!!mhOJ9(}nx$ZKFTtJwxnA&`a
zf(0cLji;PiCJ$St45&h}I54y`g*_+f^fI9Zp2$5egbBo_atNeB$5T1h6FT6~+n(^R
z+G!G2D7Ie&W-xV{DM3Uht{$7_M4Q$koem930>-AcdZce@XTStf$}s7?v}uMqX~r@r
z#dQ?>cp~9&<1Qv+VIaP4F5_Yiq=Czns!BN|1KTkt2nA)h9wm7kF~5OP=+A)=RdJ7w
zG8~W6ZjvVe#}jL{<3>8N+y^pL$+N-)(xU`2i8~Y31hR-c<3*3MO?KrL5OIbwIa1_V
zB)`(AI#Z}U(*}_lxtO#<a)uJ-93P$B3acEYqr@rgtSrxTfF~-LIZv&T;j46RdQg7H
zI>;g?b!!Y|*qM6MGi`P(d2pR>8US6FPDc>#Adku9w(G=e2Ia-%<km11^mOLNc4n6$
zQOmJ(LokZR%sC}%86z@9-+pC0*2&!<D|BW~KVgbPjOT&Ib33$C&IIU&k3fp(f{~!S
zjrGio@l<7j;=fjfbk*5hL1@ukxuJ8&rcBP2KvDXyf++Iz4uSN3oy`7qR6$j-ph^Bs
zmeOyX1z!Ymcm?AgcE%|vXG+Rsfr1NZVza2plSG4QS35Ir>gH`&mGVGJ#@5q~tV-0^
z^JhC#<*M@>#uMnQ%6L>#^<bqs6KF@TA}ZZ@nYi5R&KyRsc)5-IgPiQM><rsuny+IZ
zhukuQ4Rp9p#mnH5`_{#E<dwjy3cPo9VQygN(_osSH4vl=oe*3ZIDvi{TzX%pa9RhI
zAzR4OnFkg?Kl=qz#g@lf(+t5Ni5npK9ZcAGfq`IAt7qOtY=uftjzCcMo(_hwtAc2w
zq9>=g^a|F)1WBkyBRnfnf~BKJ1v6G)5}m5d>XNO?gf7n-pNWK?iK^4JlKxy+xivWP
zs_sQ~nd5Q6FV7;=tFl?aOo!Oi+@LhU+>+?yxXn1&APiEq0peD!9g?jb-9V>S7x8;#
zpB@+emO)>8*0gq%K7e3m;ML!{7%r;O+~=5`u7c`~2A3=Jcj@#mp7q}^Gc9Ga=5&iM
z4->d3P;s8c4>oG*r11@_0<{!Zb&9A4L{RmRZXVBZW9@Nc(Q)k$CT#O@DM?N4iC0?B
zL`_f-Cf2$^ZwDlgsx}mA{@K-#TwTVUTl@W}`Pdr!)1%~YJeMxFDl9mw)e@}%fmV1`
z8d9`YL0W$YH{S4Wt-V60u2(8`7uDwE!cQs!H*?!rQdD%)^Vge}e>E8i0gbxbVp&@&
zuP~#6?cc4k{m5G!x~ml93hip@GdD{GHsf>%)o&M=8`WTx*HJ#%!En-n5-dTCmjzIy
z3hH1ibDQ#5%NAI=oAe3=1W~z66sNJ79&%l@n{5@79kG)QH7C_6HI1)XvT}a+yy$Fq
z@$Rni>|DgxRP-N0kX>oF<(lQix^}#~%4^zwdNuBKRX>}ols&0zmaS{5saj+$u%)Pj
zPL{Tffw9<La`Ie#xvrSJhO(NDIK9Tlc|A49)$H;0FLj$<y{yWiDEJ_N$-e6Q#DWE{
zLk9h1<c^>Nzk7G&nvoQ(gWVmNnues{W{2G7@FVn8S8FFruXB72oT5X@wp;CYvl@hA
z2%A-$2UN@l{<Z1i67G9c(`GhVpvYPOl(odq3hekBH{X?a)LD_`)s&yx{eirtBW}Qq
zEcf>KKrsTSDBtCLI`Hmy@3vgy<#C&Yci*Gh!G@P5%iZlE@pTq|DpvD`vjzK`h2k!2
z`tjVqD2lP*Tbw{R=LiRM$nDR7w@@>|HA;{z4Xno9391(mdUG!OW}#+0M1Q!mI+6c3
zNFOmUvoriqc#K;NcnbmCnVi_297EQiJ%lIUc-2<RRTu^1I8IQX^2*Vt?fD6Hf%?4x
zKG^$j6Ks3ZT6dx0JzzL?f(Jbj1?}5C88De_TRm+VvuXawI;z-R73?$o-WC%jIP-yR
zN=mp}AKmLgJ|g4?yoCaupH5WiPrI-Us>wHl-nKmonM}={Y!YlTv7Pw{9e80oM|wSI
z<}+NDkQx4GW)?c@EI+-J4@BBbyVrJ<+tjxGDb_iymY(cV$ju|OTlk<qx5tK`AXRwN
z&P0L8M@_Loc>REqA|vMn?$2*5T7MS*vSaULak#qLzk6ursHbNWH}AcmTem>0FqNA>
zrTYs?Z2&Z5pRdVZjP{x3@tfy4Uu5l_S4kYA(9OGfRz{JKWn#MkKTEi>O!u`*S3Y0y
z+gjpRn81$rn%V(tY!_pCCSv}q%1%$%T`!jXZb{ylXUrQ)5?VO%9w_Kq;TKu;VPEAJ
zS`V;V=d%N2Iib@I6Xdbbb{OO~U{=ZiIGX^hxL$oVJs}@Dq8Qp$If>ECA4+6dkc=x4
z6)q#YUP)D0^{)f<OmC(stUlS=oFQB07FaGufo`4?N!bB|4Hj$gp&PYziyR^IYYL4!
zHk0C;9b?sNIXb2ClPMz5^^ZPp(+jqJd$$J_)~`I)`MYOc*rlLFHfFZoasX!M3^w>+
z^Py)GF+F29r^YbHV>PlXEZ!@lLB$1KOZ}8@v(Hvw_1mYu!#IUqI>op3xOMJWXg??9
z?hX;R=zD%Y;PmvnGKE>%f<^k!E%*EePM^WMHPu|b&FP+Xnd>{c*DD&hZ5Vz}3BN=A
zYWIfWx+2HwrQEysWE&+Y5c?bv@A*Ev1CW>V{X)Tei?cT|@+04U<{Q{1AIohz$$n^M
z9vwt(zd74hezdP>xc>;hWBBI-1J$aIVq({!O#9qEG2j6IlIp-j@xbg85ug2r<k_2h
zbqC6)2M?+Cc;B`SL0YBbCm;N7#Jx>W1%R_ScD+BX_<Z`Hf!|ifAE6bGZ}ja3Jc^q^
zLEFV3w+Y#zF@Vn)@DfjCWDhhuBQo<PAfzW<qCo!hlV~5HQpl__Tc6?NAvUqPiX|t>
zt5r6*1qV$yzTWhqJXXVRt8yL}emYw3JA3l#OcpzHdm1?fgT|$SxReQk=07#$P1p%L
z0C-b*dCvEw?a@a6BVdgFf&C+(bitvb@K92HhZ1&PNx3yuKPzlK!AA$x7c`S2y1z~J
zX><Dw=li9QW0lEhzhXOf*5Okr3M7jD#QPWzU`KztxkL2H9!RKO+qU0+-hRiUOfXp&
z;pop!KJzv+Aep}{0_b^@np1hsbfdh+ZrPkd>!vHR1ihkd#_bP}w$E6K&KQ%ws5)G*
z_J2{rkH#}mE~Ae-=Jt7vz8=+oy7l-6yVwcG9MNa0Z(_+CbD?8*{;pal0p%ZWN!xYB
z{aIv7BwWKUJ^6L6_poqqdUM_I%hlT6jRw$zn-@1;U6{>YCcpk-ej9w!Ls41pSC|OP
zE23G#K}TWGHb06EF^CE0S28~UZ~qnV-+i}+uizb`=`ErrY9K*1ZAu0T|0Uu<|CUe!
zUiD4L5q>7H>2kTXdfzn%yH*HAi8lUs%E9z^Q|5%nz87h?f3415CMI7eQvceb`nAz;
zy=io@zWwDvAhd>q__zpk`y43h_fJwQI)|4*<4eRK9fWyy7~!x3bQa41pgCifa31j4
z8oVQ@o6dIIHj)$eMOht4%C9M`EY70|0?UR-ozK4+qvqC0y#%};nxKUnmT`s+9_Z%W
z3LK*!*sCzS$^GQ`v^Y(Rx<oCOgYRnZkeXBHwS3f-8mSq(dHFE_2=-p7wu^d3{JXUp
z)+9Stc%iF)y596~GRaj)oxIj@;q>3PQbVut#B7%54uesYH%H`-qcma}+2!iVa{Tw>
z({I^7vjs?M%oI@C;)M~M+(6V#gV)013u?zHLJIkQGEd8q8Fw|tmSSz(4U04quf*cg
zJr;L$U&<5HntOe%v1+w={>VamrNghcFY$!2?%A17X9M5lPzKfwIbEbxWPcs}BlO|3
zXrq)bA>$cBqodUQrC~s38qPzc6#nW2U6!oPxr@tC<P0m{@W`W7<p^o=y;l@HaRjG{
zJQ;}D%aouJ{D3Nj2vwl>AhI15-jj9JOIM%dTB~`yHQSKcCbF$a>4=^mufP)8TrpC@
zN<4BDJKB5~JU9fA<S_<7P4*op1!k7o1(SGt!v^TNBd04j`S;HTIRd{KNK+@u84BFY
zo)E02F$uv_2{#V{8@lCoxm8D4yIBWkn~_Z1#!Vlp<Fz$zxVFrH-?ovsuamQ18-Y|6
zL@1H`Rx?(i)d#eK!8B!cDi9;sw?VUe^vxK0DfJ0bY9${@8JpKI)uF2TLBZOSmam4w
zNA}OWM?3u3=+|9lAwa96=xpz-uWaRQ*4_=RLJ;0t2aHO3JXb3KSgs4UjCSTs*(_aK
zI?FCV0}%@j<SFwtFOu*1IYk*8+^SY0A0jza33RJg-!J)A{h+CkwPaXf`aYwUa}*~x
zlGQgo+bF?*Nrn7D+3;PL6fF|ktVeQ#NbY&ja<T({fh#ySY=jRGNuB$BCjzMK@nGqx
z5+2Z{XJX{=B9gvO-*LIrlxf#q{LA%ExYZUk@Hi}k&P2fWg~<C(`rkuw@3GBv+=S~o
z)TL(pxWr3MHr7X$b<JUG+)mtzg_$nBKR@JQZQvKD_tPcWeO*E7d!KE<%6?5Cm@Mpt
z8wjxy)Jko9j&l=Hf`=VGO>>*8e43#-5L0G)s1r$Z&fvI0xte~*p^`8XyGm=?LU&fr
zg0G&7?zG8!?>3(qI2yNQ`1_120scL3KQ_B2yRWjcFSr*!LhX8s_#O3=WLdzu-(Ou&
zSPPY=#B|7Fbr0J&YU6`Hgnkf7PE4b39tvL5SF&Eg%lWXISl^J_(VzBe5n?jOLq}?4
ziFSo>!Dtxdxv*P~K_KlncG{I_9^SFKKzg2Vn(TX#ZM$&mIjlXze69VVl&71-=IjLb
z0WS*`5}c!|98TrJ0(y?%lVDcSe`MNEGu6Pap*}zsj2c?Fm{r51vG@g^M*yj6y%d>J
zR-Qc1j}k8znd4Hmh{K5^FLc6brBsRgo!Z<SVdU<-yR7~$kyMP-<j>W^$?__}R`fiN
zg}^SHjTumI7y=wGNkk4sp!IcTqUas-DLltS@wL2C8qipB<8zu{<&pdnL?u2B5#f2K
z)akMU+(gc|(gnWm3&;nWKEYacbIX?tchIgp9lYemt|$7siw|yu<6%<{ZQ{Oa9Xu?b
zrM1}jRGeO%qG6u`Ni0u+QQ<>wcWa&}fD$>~OM&jvG?55e-X=hitV@JG0$`j&ctRsP
zAa@XhFj*lnZ|qFedtxekbBs6O&-a02v!LOyF9@0D1Uj=P<@8N!O~n+Z@fIlJ$bCv8
zEpN3CtmQ#kgrGm0EuD$|UG}Jhtg;i8n1Dov->Ap6N#5<KBUGWkViB7*Sb!_+9&=<k
zIuQ+)|7O)a6pIdEG=JS}6>I2Jl9n;%bqmA0(;Lh!MDquC%b%O+siu0m-R?qh=auei
z%X=KBG%S)fl+}u*Vm>idBZ9?+hekh+CtcQ|^o3L&nTZ#^t&5u|#}hts$63~L5GcTM
z6PEUekXv%p^54pT>0=lHw<<BbTbbcoc^t`PT)00}MeK4wZ}Y&sTEbP;O2)yAQ842u
zkReOhiRQt?3IoM``iSXG2Z<Me>G-b~WluH2LE(9$oSZ~JZYfn-Hb59TSf#`L(AlwE
zZtDkcou?D`VkF_fR6#cSxx6xi-{4ES+30anv{SV~08cs)_)%49jS}{rBC>F-soE;%
z{W5k1%OO1{IKWLfynT@oXH|<Ei{p74Uc<=CwoCTL#hG@EjEF4Tpz}F{09adh7s5&e
z)X^SfUT~Q9G+rILb=PPC`DCk5%HW~aH}V&1a?bcdOSqbw1YJ&QY1#urlRj?0Bo)`3
z3~Gh)eoc-+(=z9kv#FIZ?tDZ0DB~$N2Cr;JJ|L1JDw3SjkyKMUoa~meKAE~hHa+8~
zsKj%CEWaa&75*qQ?Hr)^DV!NT^0bh$8H~|K3jBB(XOuoDWpTmpS<29o4Loz^NZ=Hb
zanv=;-gExN?@sC$uA5h}@J>(eyFmYMqPHuwk&TFT;W0k0Cu+Iic#^O|dO2X!LCB~G
z$_mIWED3f}2qTl`1ab!8KpcKruv=U}ZS6P6(qebFdvap>VogZ+nKSz(Gg<h`fcXo~
z!v}-03ynUyE83Cy+>fmVAqGt#(D1%7UQbNeL2?j0hZ%K@!%k@WDL32te&FN{8+54f
zt4;IMa*Q_y(yk3Ykr58#WgB>B1NZ{wfDv(Xa*>a>RW#q}^Y2ssJ!#ze{eB#s%RX4Y
zZ?DZf->m+QXxwH%k>L|e3?P#I5N+)Ch5d6RA2=w_6-b~8rH&4FLW-DyTvM$vPp2J8
zwK=CAakLFZot;GJ0f3W~0mLk?A}J$@hG>w=EG&)ju6m_IY+7;~GX7dTY`4g?I47v0
zvHaX2V`SdC5ECRIgNxUd)c5MQ>AoR7Ek~ts5tV9cp8L1_6I-$;_f*X#bQ#mHLV$E+
zT(;{-!gI$fBGxsPoB<9ZDQdi2hYc1H@$U3FS;#98eIX#~;p+=Avz@QBgf*tr0_Z@+
z)=y6(kW@dLTc_ORf>t)pA6HAiZy%g(M6+wUUH^yk)Pa<^?^W}@A?8fa$9FdMo>dZ{
z{a~Y~UR@ff8#`wkN-DV$6pA2;7VtqvY`x>`b7nduBcdoPJYhY&gN=};+!2G~0O^nj
zQVbxWyZPNyWzxu~{SCwiuJnAlaJegq{RL&pKVh(HMY0Ha!EczM6ZX#P6kg++bGmQ|
zNeU@eV69DmpI|+CM=K|?*FiP>EvvNSOTg<=tkbvlRXrdN86l}dkk0`q=DH|R2r`29
z2XE$ut3ql3Aa#73=3&(KOPq+loRv0Ed<=0gfPjdF!<rCM65-;)>36)Dc;*1)PwtSv
zFOY$zb7ceGg&{f`YgA(qq$ti?>74VM_asd_?7Nls7lrPY^6(|JlWOA}CKV_H5#^;=
zGO~!9!m0~;IPL^>N*p309zZpQ5Wx;{_YmHLMAU3p#0M<4kKpY9P{A}T>4(WX0E7;1
z@(qGQnH4$)U>6G)Y=P_eFtMZ~RF9P6Xzr2+11LJw-a1R(>bWxy>h5|1fJFc(IolxG
z3Zxj-^lF6Pe!t%mg8%f5o^Z1mLX`|YC<Y(qPUz=_Mm%|oAoM+?Ye18IKmdKWy+?F2
z-ewr_r`P^4ToenE6T?Bz!~KQ;RAeAgGLXp>f_q2-ln<a_QsezILPn;wnFe^2-hof+
za!W^Cc6WJ)s2;o@<9UV<ht?ASz?jWp!k;fFrdPZLz>&}o^%x}G2^W<fC9r{%7(~Dl
zA}9nPzJ_@FjgSZ_h~tL2*+9bTBw;POqNh>fxCp}d45l_h4l@|xGA52e5WXzYKuHQq
zUCKa7jwQs)Q#E6-995|vp)iEJ94w;HxNTe?^QRMv7$ZF&77HAt5S!Aj1&EF*P@sk{
zPr{=@^h9@n6dt1#Vz`Zy@E~Xefo0VDGk$vxA)2i#*FCXdHtgCFfnOSmsMDVo$41mm
zA)uENlo)_q2WVqo-_d(4|1ClW9ijLgNX6L;>6n!G1{C#Bpt=N-p%6P$3RLj1lJu!k
zVO7z?F^WSVpZw(88o-Q;E}><D?jS0J$EJKnx&MTVzttDZ9u?i063d=wtkGR8GcqrW
zUK%p`Qx?%MH7mCR!0!V#dm<<>05J?m3<nTHgJgFAV%ZTgsA1Ap0ObxqR(X!(IvnCL
zSFvyWTuPaWDPq!g3|j``dp5VRr!O`J`1w8jw)Bjc-z+yh=o}gW^_#m51IYnqZ;ye5
zZAnCGXF0b9@k6t+VheJX#<Cp|q@l*7uEt^jBlrb=nm2TAXMau>HN3MAv`W{v@|lAo
z#&2Ww*Ly&q76aS-`{I{C{%fF^hwgaDl+4<K=%sG4*@7$+h<}<8FPd;&EY>W6R;G;b
z>i79H?!W5+!HFZ5d=?wP5hT5!neX9pfm1pcvykEYhb<sc*zD4?v4;I{HUoo*9uSYg
z{d1rB+Z`aPUXUDO-sA#^hk|&fL7L|#h(C+A3}ecC3xA}{c!!PTEti(qR@4hXMy*Tc
z2eS`}K}6*dF4wbo+c_E3eR&U4b6*oZU)?`bAeB0EtwUm0G>IMG>Xl2Ry~cxO`lV-f
z<^dY34N?n%B1_KC=bRZV#MUNcjhE~2X3Gk$U_ZNP*D(rPk=1a@F?$EFz1{S4zJ=vy
zt1+Rg_eGX@M9k{-&EmHnC^$sEJ|lkUKoZVp8Npz6l^^YT9%b(rnP{*ke`pl#Yl(dR
z06zqJef_}iA__sdo<hhad*ho+qY)QTY0o3mw=5OJtQ8I|vdpIy6s$AYH<EhSUD46`
z1=0Bj>ovpHJ(!K!{~za)|8IT5;dg(Q-(4TP!(Y7nOS}VM+#%xM0p8sKY3_h6c8J|}
zNCI|9qj$(McgQPtAZ<GoBRkNQ9m)?oR6lkItt5<bmxh0r_U<m7CZUzwCA5-^GY_r(
zNV>C$Z_G4nBBLLY5qpY7Ggs`=<wa{CBi%hBt+S(;J~`6akf@SHx?%{E()cJI#YSyT
zuqrar%Mt)rY*fyEuYe}8#yQb_i&BBD-PUYW;dGXl+>=ynl(KL>cG|m}S${9uc`$WP
zCaFrcZ7*wZPkyFC;e)fv*F7bYGG#^=2JU^;wn8;cmt&KCjZb-+0sFmS``Y|DIu$M{
zjV?V1$L>Iq+kN|7<NMt(Cugx}0kQW+cd4!Y!igOK0%P$iSZiE|<E_AOQ_X{K4kWgL
zz&gH2+IZJKWVEX(!n(ut0v-LJgWq+BSOx_W?g)490}A7Sgq3JpOmzNp65+8Z8w5}Q
zd*E~z>YfdBMUl9oBD8jh?TtyQG6;Lp(FFg^E5Oa8@PjQX+O`iHE{F*iMibkjfLXwg
z{SMJmYvC>^fHevvVf-<yH6B&B@uK2`(3pGZ%12=_5+f=P93q+!c#3dFkjw#H0SklK
zBq0@t!c40PjL;;0ki=X#kq3ew=kYB&+G8yImWAh_$5GM>&?YcCpE1Wn8wAmgXaXIV
zY95za9GANtR|FhaMjvA`kE<$<tJ{uiMviM&j_W=g*Z(+fAUVM@o;32GG~GRE);wvk
zIB9h|X$v@Mk3Q+hJn6JA{-4L1ME{C4$?k~*?+McU4`b3#6#s!OpUKI*kd_O$EBaXR
z-(pSez}pXA@e^Q6(^mpkuLKFarTPnrfAN<8>NVMQZn10LyYVmH@~+9vJO7?+@(CL8
z^Xl-5{(H5_En)bd)utMou7QZfe^G7P%R1BA8?pQk)h3gvF(KTf{}1Gn!(Ho!=R-zk
z8y;VEelIlwbt&MlBKg8h)Yt33Z#VrP1X{lgws;)+Zv|(t!z=9o?f;vI^WTxnkbjU%
z##jI9IBg?tTZT(GhjIBMh5xhWGz|~+O8-~TnPdH51f3DlR0QfWF@`QG`UWBBOpCpd
zkpi#Cz4yNsbS76nYHuMthf{ge^S?Ma?d2as$T}muVs7Tg63R}#h$Qa#M9!3in<Yrj
z@+jWwaCkk!E*_~98|Ijk>YN<;ye#>@Z#tVQTQUF9be4avm|tq#+9>bp93Jf*Z=D=#
zA0?!m<Mk6bLe2SRae*LTZf<Oj&&-`3FA>1Y)6>(V5C2EUdH&^ie|P@>lvVzJ^MVj-
zw*T+2EwTR*YijyJX&FHP9A>f7xb*9irp9hd1+>!hKW$4FG0NKYW{)7MGzmT;u`p8r
znCz|r5khb?l4$EcY)e;8K7ws&)j<r>)qu41Bv#3P5Ym7|2&7m3d#t$z@K|T0#JM;C
zs(sUFeKzk@Z2l8#KDTiQ-vDB^SLl_k`t+N{hBbx1+!e8E^QSP*WJMfIH@+$~yq0Wt
zoPYh)8OLe)1ZU8I&szS#+B4t-h$Al>`Q7ddz<CK}+Zy2Reji*Zeek%u>+fF=g9zK8
z6Jj*r9%zdn?bpAh3G*^l=YfTNrc~c{#IlnrM*@E}6-NT1;oN38{bH7=Ri-wZsLk|1
zr-%gxbxMYk)-3e1hGl-9#8O|v&^Zr@z`kLzt7LJ&eKTj~a0bSpvLKSPiW`rGWXW)1
zCJ-q;q$$<WL6$^RG@m%w>&uE1QI8Wxurux9j`BP5X58JUTiPf_a&6@FL;soeTiFPb
zu2e=MeenbU)Xa1^dV`DyXSX(YnaK#!_V*~67uFrVL#)$?qtAPkrU5V~lT4&Xh6UyW
zfZ8ev%J{<Y3D4SMh}TJ7$Nzjxnn|2It#!#w&h)Ms9Hq>lNw_u21_9%aH0A>Zqh7AM
zav@&wl>Zj!;j~jD1_6y}9;v<=vP_XYZaPWm{{By_S?a&Yq&mOPI^9Rv%i;>m*GyCH
z7<6eg8@Oqp_RpB~ADY1lk^H$kM3>#DA>tt0FT+5FQt>E~*U{S#9~?;=-v#d9N}1R+
z{*r}JQ_@MD^J6@lpWZprp9{dKfTb3IuEkQ*cV1ddyX?mbdzq7xs|^Fqq!o5mrYL#c
zRV*XY+cI@xTUwR3vZIX|tq74Se(k<?0Br8@M~0uuzV6rSVi2}6<=9#;6B~aZ*Uxs9
zeFGASO|}<izm%ue+-cvFF}wlXYiEc-?~_!$y-*$xGz|O@T{%1rv}B<Nh%I?Ie|Z6k
zw0XBLp?J^u4xVv4WqZY<`G!vOs=aY&{`N|@a)0F`*w+ABmylBr*Lmmjm4yJVXkbP(
zS2XP-`@R#+__Dscb$R>ODr>yPFCF%7THt>%RafBePC67NcDQGPd2u#=SN1CT&9}eW
z?%l~$Binh~eD`c1i6^XPNBcY)<;Y}A1PM$BR-;Oz^o@O=HgOWk5xPxV9@~}sh*{Bg
zwvRgJoMt>MA9S5s%M#0?@WAotRWjOamRwkj+DS3w0W#A^3;}tA<Q99iCm>=#%}U`h
z?f;dYwY*@OlfyZASiMal$&81{Dbh;2sTd)w?$2ZzX%2~nv&-wiS?%|yRR*<L?(`+a
zddvg=zLF#sz$6k;pa!82mIX6ClN~9v%U)t=ZwQzT_;6T7yRO`!RVhqHMf>DDYbhqS
z=!684#A@=&$e;wxzNR7)%7xu^Cano$(*IZ6a-0E8Je)1B!Y}SyK2;zk`HyXxT@p*@
zwL!2g>1pqJH%;ddY)h`I3jHB+f^FF>`yoU})`nnP23HgahgIqlY|EB8NrG)DPp~b2
zWrXGq74Z_mmCAttrk)+NB$|kla3_@I?M^YF-J^Pf0vTJ<(-)6<z^&)wOrDw1mvBaD
z8#u<@PX{t!qy+@;r^K0dm@!luM+sV}ESh7(8Cu2!M7#zTt=E8nX0mGG=wJ$~x9>4p
zQEx=jA*9kn16BS=LH3HS7=`oQ>QJ28%};(Y^7|^(1!Oh1<ip6+33mizwQIQP#mP0r
z25AzJ-n`sg<a%r7Xi$`{3guOJq-YBXVU$6gPj)`m-mH|3J<3UiWg#VZsSIu>py$kD
znltmP;-AguAg}l$lIM&~fI5?uuBGz3tyNt}FSZKZ<!XC|nm`<0?ZJieCN?0vwoqEg
zdeNF(qhp!I&v(d{k0!SJgSqib4UDSyoN)}51!=T`kEYDVya~drY>iLA#bjb3vu~;C
zPOqoi(+$%iAdaz!;mkvC(ri)Hyt=lo+T2mdreWnroAaF$tHoThHjDRl{tTb|5?|UX
z^R+jS`_?}tr?6w!e$f?Y=i|)&du>ejM|nnFmBF2EtD+SkMwR_II5{r9tgx-B+D?Rh
z|M!NXOGeEP;u=eul+CRltNo8DKiS6X?EoWU8$!)7;l!*ahZa(#a%9Asl{R)GPFeJP
zb$%|rdR94Jmld*g8Zq;mRu@UxRUOh_UYhqfF}`6OdDt3(_Z_c(*IfUcHtq7UAF=*}
z?kgtaw}7UH%*Vz^7Upp|l<0FFwuO;YsR`4<T0J3e*F2}7N}C^^!Le~>ww6~5w_a6y
z+5EOv?67RJyRJ?cm0h{6W*B|S@yJfZ-(7hC(IBbq=MbyE#&+mH8n$w%S>wHR%lk%?
zpxsdkbEqrT&n3pzY~tWv+aubTU+ab%;@&ce%e5=_roBaL9vQKJWFrl%4{&{6)BoM;
zK(wXv)m;fVu-Ap3E_kpE<A?3Gv2t4cKEHq9lNANAUa;<}a%B8gVI%iWGRB%Zz*w?s
zGsM~K&GXUcj6XYK%sxdxn6aVt&oyp$?W^dm&6!ZOx!|jO)^oNu*G9M7gReu65Lz#H
zTm$MVo#Wji-EI0~l~3{x{+uE8Lf)$Yzfy=6`jc!1@0}T*I_VI7McoRX=cB$YbQkJ5
zbM<Up=<yFvJH-!|jQP}3MQ5SkYJ3Ymzug4#*B69|@+#0>7l->|>u&a(ym0@yDrgXe
z?cem6@@ngO@ZfIq<M}7je}1<J@L#Sz4Dq`&o4xC;@q9Mu&(pRT?OAfodnwDImI=W<
zt8@XuB{q;nXv~d+tC23G&f6y*JoeQ!cb>L-7yA9lWcYaR(_Oy<*_{a+yb{AZ$&r7}
zp>LER4TPQ5{;mb3z5V`^<8cgM;>D}9yH&QIyH@4!(}5;(h0_}!KIgrb`(^(3l{&-C
ztIpqSKb4woR&`%|)us`7q9M7lZ+7c;kX%hL&Fl3GIElIaM{7|x-^8Dx?e1PFs}>2y
zue@Kp0&qWj+#aME?aj38ue<8aL+pzD@hl|f_4|y+7Nf6=T7y?f-5e`CK_9J&-4Q>c
z5ab;;-Uk+s4iJ5$VT)X0uNf?7@0e&uhafK=t!g-KK6kuH7A}3qew06u>#oyjMySCZ
z-==#{#WZbNZ&<j#@RHPiHCP@%jg06oqs(^Ua<GinDuxlpPyU~dNo&Ut*75K?Fk%xN
zMZYof<0`b96Rd^?r(4D@>>%lWLQ~-X5RVxca4#bE#R~KZE>?{bj5&-gg2x3BQ>FyQ
zRWZe@p2wzNLTdvJbKzhGL|ivAt_cp-Q;shVjGqKkJ^;k`WhbZs;??Fr1KRNf@niu@
zQHe|#4@_Luj@NaFpI_4}Lnc<P#pkcZ_I1Q>NGEI|^-##fy|tvtwfO0=_-f18BM-gK
zz{Hiq_+OXteVD|zmdS|kiC4(vKbZL6*$K0jv4>=+#^$6`OVosP5*D7MfKAvKLs^wl
z&KQ#(WGB2QOIcn^;>d}c(T@L%Oj&eFP(~%F&!tdzCQp&!lh?9Q=^ZHek?`Ur>hv<@
z6iIM6lg<NE?i~pOJ5yzY(z#+2C351HJyQ5((kI?S^VU+S$J1`hq&ATyD+R@UB+D2{
zO~ZJkYmLW?%4E{&peEqy_RPZ52;x3?rW<qCAL*2ROng5kaT=T1$DOfCmeqF%TJ^|~
z%Sk8BN$&1Qz`+xOtAu38!A?h6{sP%rLD^AN$;+6`cxL!C8WOsm^Vl;pJP1YOiPDcv
z4$R4M;Lb=E0Q((fI|}4lk|&kxB)uogQ(Di!F!Lsk=l1-{K~<%t3S_yg#~K_ZRUvaa
zk8aMOA<9^=kZ1brQO??0D%LaW!Fa5mKynXWJ7?-Jd0dBmLoAU%izXfAI(ioNR;B%3
ziyyEmNS8r*$bhBD<KF#Zo;ioquIIjrEu8HHpX+2iVa~OT&2H+<7_%yRNEAD3RoFvb
z@OwQ6uT!wXlux*F7aLDlSxc{sMcZ=~Qgopma}ws)^Qd#<%w)g-+1v{0Tx3qMyFfgb
zOwrx(V#E2&gK_kSoYF&?OmzU7^e9b1CqFu;SV<=dD_x|kTxwLDdoQl^9!rTa;arF|
zSQJvES)E`LTa2*E<&ps-tjfMw#_P(`FEWAmf0fmDmU>?099b0$Tb1`~qaCcvo_ppC
z<z^R2mpTX2&G-=;UKJa%l=DDx@P6c#VmkSaYb74PQgq16M1s*TW$Eq*RTx+o&iu;u
zh7|Y+=5q^Fevv^jK}t)4D@S$WgP5x%#S@iaU?soObnB{LRaKftMftfUBRS>GR@sx<
zmFlv2U#qe)5V{!z#Lc?4A+Ex+EBA3#?R~FGFiYi}S6uH^$*EQ4)MYt}rB;a-_EV<N
zeWN-fu9h;m&}1UF<tnfEs`PxEuq|BwNHF#KGJPYMcHtaSA6&b;fu;(sTKJXcrjz}`
zI$t@shN~)LEvG&eUi!_Nb_PLQ>s7ILlzj=Qp^~j%J8Z}}swuY4V%oqA3#6RNX7yji
znqaY9{zYzG)%%{cwDI`b@!X=Ls;YzFf<oQuI7qd{L_Ns6Aj~td#j=Til4kZCqJ(Y|
zm~5hB#ng<~7C{mia+ABSYPsa9S7cEnHkAe1X~8Tlbn{qc<CZ$F+F_Q)UlVBFiCQ6@
z8h`Ru)0fShlZ_m#b<e!=(SfP9dNe<+S_HgXwDsByAmv`NC0ud!DqcA(lj+?oDe4;-
z_g{se8cere^^4!P)hXJ7Yuc$Nn|80-=husvgxW8&%S%o$4{|$*Y?_}=7O28H)4XZa
zSiwAEKx}+x$jb^?cjvF8qJqu*S%F-kqqG=7tl!IKlROO0ruBAQIcBV@POp>a9Mtq1
zJ0IVPwJFrWQ((fq)77xK=3O0Sf^`eI9qcujn<rI+dbxdLgwU<E0oJYYyC-w9y5=}r
z<D@z-ugZP0YG<wFNnFi)ik`oE**45wjccGMoSi4EG(VZUq0qJ_*8Yp`CXwImzl1t`
zyLyGaI#eOmdwPA>ll=xq12>^X5By@uYjJ0rxKG}l4&Ci5lbsP>RgA)Uu@eJa@;xSb
zZ@7eehK2f&kP1v7F<HnUWg~8`dr%1ngs~04<l1OiYi?7Ni0i$X=pK+u=#b4HmgyN#
z)$REs1a1IOswWKc;&4LHei7mR?XD(6;rg(Rin>m)s8^TO+hObcVf?TD-OV>ZIq(C{
z5xl4L2(f>W&^d_Dc;xfTkuNV>oV%Mol9#y2Wq!0Cw(S~yF*Q0IKdjmH=2{4B$vF~!
z3Y$EK@ET9J{prC#dj<1Goa6>jJ+(#g={)&w7^>d1hKzTFj90*iiiIZ{2!N*;usmd_
za;m!VH#VeuWcF8e<3{a7b-hLY<bwS4bGB9m++^<*tQ0y$n8I%Kp1?r+XDPaQup>D_
zjXJ-_yf>@Zr~2D#hZW9etk`Ck2vKa_G<oB+AgmjAIz8w!qKv~0%l7VfR_`3QujTbe
z*;GE68n^ZtRTZ55-c$26Wc+8sEa?EWf#8T@fo#*WZu(PAtlb}=-3AE_`#Sh~N$*O_
zgvrmglMIxL;&$`X9@8=*^Gv?5(y4h~9FXIB_V=GzEuRG*--YeCZn5r)U$Fz6>kFcG
zDeY{_#@7pC*GVn<i#=jPGIp?1eIQ#Muv{NFAUvh}XF3+zI4az|UA>}Jupp*apA-})
z7gtVYFi&qVYo@SFXSeu;ZFw3#Z_-VH?pgjQJ^}YzE3YL?s;~U59a0jT%9L9mIvZ;1
zo>IZ(Whr2Uf_sqOqu+d1Kd-IcVc!V0TYfFFIE`G4q*QL$0m66YW2S+z>?^LeBkI>U
z>Zu{p>8aYF^~s66C!ytq3bS+~8x~uuC5dk*dJ9Gp-<FE3)zmFw@qR#l<1Jh*u%Q>&
zVmI<Ge}zk=pEhI(d$lRJF(Vba8W_4-R`>RFYkR_Aqq=u_Lu}%f@jILk@D^?wzO(48
zFvUYTM}0czMA0~1JM)non`)WzX6x;zt(`z$Fcp6Li!f;f`xa2;9ii#HxL)SRO|wr=
zyNN9Dvd_)S?erGZ-v86BptIaEwHkQ+zViA#4b?8qt7(3pT>zK@4g+%f0oe?;*v@uU
zD5pN1%<>v6xLLo?+8UvnSZb=uxbHi8X0WHAd_eW+fYNYJ5jMN#v%8LkV$X><{nj`E
zz=vmh53iS@31gMEGrW&x1W)R8ri%nQQXn&{r3D|w3lH$7^=~ad?bvZ_IeY@%#O~cR
zK7<2+_5~l<MW&RtKDeJ{AG{rNgA5~T-YcJ%p5|<qvF}+t0vFjIyxLxUO|>gUb-e1+
z9@z`EZ~$_gAHyAhT<1h<bwI@=phNE=RDNZfy?35<F7;8jJ7m~^s^Llgj%4r0m!f;H
zKJb@>gG$5WVyfNO340HzC>lh8^+|_v_`QbfWraGRu-K=+31eEdO?z*vRmJ*~*;aYF
zdRc4Yza*Si_MU!9JVqCOp0z(POZxmf=~&U>IIQm&%Lyd*12)(nE}s!KCY>}s0xC|=
zH=QjioUMKGo+7cE)7ac3Wv@wtVq^6VEUs6JDe-5Og`bP@r|`$ea3!#i(z#3l<&Xn0
z$2n2MC!$M{56ivZmJNW*3ZH~IKQ$QulNCOF&ij(7*MCffA;!nkua_A6g6R`K&)0ty
zZunf%_f=^2^DjlPmhxG3((J0(Hwgm%$q97DA9Et!EgNhJVZW98097Au;uU~N*K0f1
zt=*L4ACC6JI*-t=R`1_Fj%@g9@%VUQ=EAz@BJMHx3G7F&@HgVu0I=~l4hMi!()q>K
z-bKMXp`9Oprr$+D*OPtc>L6{0`lmVgm5RKbDZ9`2`x7i5Ucg^pTEG4c|9kNZf01mo
zCh?e9oKU<1fE>zzY--@$*FXh(f&j7i3xBq_w>_@|ozl>|`e@jn9z54`lDld1@#^sO
zEB>^5<3hCIvs4n;>@gmlgg=?ZcP4*5O$L+JvN0J@4q=J8Isb4w07i;_a2S68eAxw&
z!350^(v7N)s!@XU^_O4N9EWc5zDhun@$$eD*<>JJ;9y=9muhr6z32V?aSny(4tdYW
za++K<k2d**rkE5SEf2g@)6-kDyvm-8<?E6kjb!H96rxznkIkyh>+FYf%}*@q?RsAk
zv;JdS8dcJ4az_A&sJT~y&mC|8TNscym&ww2m^>zwvYu%dc20(*(E<zvTJBLNCnzQ9
zlk=AAris2Zdn6#)tdGv||A2qHz6hT$D%0XI59Xc7cXzexk7l>|;j_^?d7sBk<7~6l
zN8vL1H&J~|*G*%#rJBJZNQ4qNnMnnR-5p{Rzxx9&!@EBLx5->$epTsKs*?Ol(JA-V
zeVz(~8v=FPH>7;p&fbj{J^cHsaif|c!nM5>5*V)xf+4&`yP_qDqNw%7;HnXpNLbeq
zx|>XPNc8=fIA=H$H!?Xo&_^OgRL-P_gK&{v`DMmC7S5|mmsoj$N=;GViG!D5*g`!M
zmAGPfo3wd4yP|WP+IEP-w#mfM?LacNM;$==?`Re31T`Y!J}3k_B_?jhr8XobFDaL#
z430HG@vE62Kil8O`}a(R1UD*tb7`5sb@}MKi6+1C35_D}2RR87Lah0{)u)2FBHJ<$
zxvQgBoItBfO_tvTfXOmEnk2b-x)4dy{cHw&2()QkelzzSPDT@jx<i)cc88o#=C-pA
zydb<ur)n<n>k)k6iSWcMceaO-rrPFS$}Nr*hdLAQhG7dKU#C4yR^O)1=v>bdD>o)5
z-erSGkf`fDQ+>+puUjBP>0$u&p~7wiT^C_&fewC3D@$g#>}PI8W0PiKrSTraOS>yi
zV_6(nvN%!{CsKzjezKHC?w0K5wC+iKMo!K#dKk9B+3ebRpy?m)N+DFcqe8;$gjCsj
zPA=`RRTzZ-B%)gshVT4Xw7QXFR~`}lwGK`RJ5&z-ytS$qZ0?I9J~Zac2A@!+nKx3e
zE*VNhKfl9W{yBhBuqQuS+rWrN{_cu#iLxjodDjaUr;YDP4ui3US8hO)ENZR%F-sTe
z4foQUAJ@MWzs#KUD0^WT>^Xf~!A}HJtbPav*N^;^4$)z9e8^~V)A2bYf|KZiy0^YH
zAj;QQlF!a2&Qh{KnN_foC5$D#LgllCpkGNQ`}aVe{0_NuT)ddP|4GBB5pKHuW8cf^
zJ!@}tE9@)%J37^OLR_>z5(~f#wxom4t(<SN`oO$<8D7vG*m~Y-3pHT&$c<|3ypGfw
z70LnO)%U=+#3r4mCg+*ZtIF^{POfWj97tUEdOr~(B64}=tn-H$!{|A0^UJ?eA!)i1
zTIUcdfJj==HV&sXb0HQc15#*nmT)GZ15}V?pM1(|(#s5ZrDV7PrguyEDq<82FJnj9
z4#jZ-!$fn7Han^T%B0c=E$Fjw&<EurUq7`7cXem0mY*uXKvbgMBz^ecPomDXD9-2W
zseNW*u%m1*Vkz|j$_Fs;jfEtzbbe9oE9Dv_(#0`JJ(ea4F{BgVc8evRhHlY0^429X
zY$Wadm(=sfTT(>iMt*}}7PtmkLYS7uA-74sah=r4LZ)NbFzdTRQLxK|9l5G9nJQlF
zMwpoZ@qkX4ovkH`mMoQ+I*5$x1zbp7kQT`o#9Q~{#n5)*D1UaO1;5T79g1Be7-3^C
zs}mc^lP;0Y5rG2-g2O}?zGnU$s<enJp8WJn!gPlR5MJ-nAi@P8B9_LGCwKCZhVF2M
z<P?*?B~4*yQ6^S4L)Ma5$;FAK8mI}!uJey$r_54sz1vNZChZV*634<hymy4+38T;7
zJ)ndvl+JiPlK(Az;TQdIrrX&@C5+~RLk?N2zm7U9$NA8txfJ31+*wA<&x$$7cx|n*
z;q>6ITqG(3)Yc9uoYMQGO@c&PtOAj(Zi_z3$VDTcuW8d_{#q=o%yhIEyfP}xBu)eF
zO6R9*%KL1d$Or*o;=!)vD27q~kn(cji(e`q^sg?YAabjO06RGW#AIiw5y04RSm1N;
zABbtrM6gLL=AzaoRK%uTW`U<-8lKZAr1z4uiTkwmmg6ZmQ^7fypEr!$IU4}ZRW=O{
zNFk>R#DQ3t!bpV!5;jwP0-C#_@bMIpUS>z-9Fozga4N8|ZWsi;#M!A#W<M&Pq%pu^
zy%eBhF-_!T8K#}05kTLTCO}S;WIWVD*s)e)rq=uQ19zZ8?PqtI;;6<<81%UZoQlHH
zv0=l=BE`EH5#e;)Vlf^bt3w-g(PC=KT8=9z&7`_vWCbn=LaN&_OroulM1k6KuDC%=
zCe48Ajx=ZR6B)G?l2|olwP<t#BaMDIYOM;|Xc><9X!C~KKK@z*{A3Z#A(;b0(k|r=
zE?_Ca^`nK@H7d28LFP~I>F(l4sFl!EC<Xt*cv;FoM}}fB4H^0y@tt61&S!-Z1LRM9
z!s#!C=5;=${<`l6{BN|~XH=8@qUZgPgb;e@O_WZk(wm^62Lz;dlrCLBQAEW+0)`%X
z$AEw|5s+S_W2n-bfb@<60s;#6#Cz|v*Pdr)otfvXGjHG}ftAI|bzPtT_g7ZDO$MUu
z@XNCe)&J=WuGsr-{Z^Un8qAVUMRF@;qX(0X^z%`smo~ZrBgwO8t^6E=0_FSyC`BnW
zhVSuk5Yw9!UW+7-dRi}zns*6zLE=TyaB6v`Q071Y$+e=B6kR|n%&RFZfP{n`>K{s<
z^+3@=L^ak76<>a-<*cNNu!BiHijT@#<q@*V&(dHQ%tNjVCiCGxS#$RAGKPc%XUZC-
zRZL5a9+A@`_#a(E+}YN$01lX`mvb7DP!>5*c@?#>4idZ)IG8wi45gq7DxtI(!0c5N
zjcv66Y;&Ac>AVA~=70JA8meuSSX*cgsTbz9-_$$1B+)(ecHvH%{mP@N+qc@oCeXb4
zlxCU^^y_h(6pKS;<KrJ;veDBNH<m~|76Ts5z(`~jP=zd;^&rGh_$Prkt54!Y<t-7N
z?J!YNk-wg4*b{uP6%<Mm&Cn^Hyi+{G?xsLUEbp;=Xkr>NVJ{@;gUo}g@KH>X3`u!!
z3KL0()unA0Jq{7j1SP>HzSyIE-v;7?g+!?%s0RkySjX|<ddliEfn>o(+J>RD$$$V=
zxGLpy;t1)@)%4HJ4v%PNK5imDot8Qclnfn}6wn%FdORCT9uu(VOKP;@_@cL{{CdeK
zp^E&jOd!~Pa4C!<vy&wbMY>5ILQ$RF$OLE@H)-ltYMPHiQCOn&Dw-CZ5O4fRcwiBm
zu!wi`5o|m_E<<c50pWhg%^AdGkVy58JM`+J4B=Nbx1~}af}9IhA@8Te!z$=3M3E~|
zjz<DBfNbkL{E%hTSt-ipDT;a;5Rr(Yz!yV_dCRmG3IafGx`k^FAPYkf*QRNRpFZU`
zTfTa>i4DAkPZw$mM=&^xB(R1OIDl<MZFd;RCGw@bI|`GLp(0HPZe*yukOB`(BBr-0
zeu=#7N3&yYu>jYHjK(~{ML=2=iXyO_=n^SV;xtVXz%Eq8PV2l=2i2y+-7hF9I0#@0
zk~;0uLxuY+b{NYDUq1>_Vg!=hNQ-BUPb_MNS&_?@HCK_h%AG-15~$h}qWSi_lXQdx
zdGPsZDmlI%GCC@<MwKA50BS;o)&Kx%-!<(dO^#EO|D{1y(L-s7*7DMjk^qt0gQVdg
ze=m?|byK`_cR<%$5kj8X^K!FQq1gQp0T>;R8!)y_yO#?nK=@R68KvH<5E|#Jq@)MD
zX2~pwAS@q}v`Ln`kwo&Oq4KeBdF@-s+KMTg6ih<_H1#}WNR6yMR6Mv%OQVUb0wqVN
zCnMG|xzJ>707FwWl|-*_8H$paqO?T&Jp$<?<sO6k@-je+hanposGvuvH+;n7oB$j5
zQ1Z=?yrZ-rXRZ=w;5B%kKwDoiA8>^y%fc~*4~NQOEqDXh;zO$Bzz}pcq6#amo&Er-
zP1HsoK(-zQ8bDFPIyU=sJ`VI!;5*u`=*UW-Z)>2X4bgrwXla<H@pFm*sy;$lf#PP~
zwIrbtk@`-xK9L}CQ?&vY+X6$!t2BYd&`t99KN2ssWJ3919TSXdG-;^Fs6i*s^7;Wl
z-3~yiUV&<Hkc<GJG6ZpF^`ts$5WA(6fKOSbI<jt{u4ZC~6nzV+CxaxWF~OvKnm#DK
z-qj)Nb5e4Eb_DTBXF7_e4ZxQMSjZBjgacQqP<+E2G^|<FNMM_h2CrLa^IUx9937=S
zC{Cw~0{21d5s(IEupZjW+pJH9LrHA{_y+XTy8s!Yavh?z6nF!oB9%rE3!gf|b1m~X
z(1=qs%_;g;(U4jj#+fkm?a|2dQH-?2kRTVDMivd-1h8outW={Y7rPp^0Mf%8RBq_d
zF%%6T>uWQLoN${;0U=kfPsw$u^T4Z%as?%aFDBbWi6;PPT!#HuQN%$@gE^F3(QO%4
z9V(oWfHInRXOkK~B#kpNkU`5p^;BWtbv`4+DM)=^=hO2M#Nb<J1&}H$SPd{Fg#b}0
zjMB&&$l%AM7E!z}hIzfwPy*lw2K9ASpBmXg$*MzxP#G^p-A)Ej1`b0P0Wzl`=;kOf
zib}m`D2*^%8wXHV^v4eXWLUuhzd;B9=8B3D<DiZ-3~V5ZMzCV!xIiv;lWN0YmkNk#
zf%zLAQ#DqMssvh&U{37@QiWpDcL6dN`ZDzz6y6$?hEr6&AntL1yu>gCZk$WTfP5Nt
z3kr5u1|crpG|W}dRF-;d$s>16K?`L@vTbI{g8(0Dj1&xPPdceRF_|@BZqPO9!U?{0
z(d)4`omUm^MQVl9L`Qj}<=Q5xh5;_#8mbCtt>2R?0{}0VE(8}Qof8vpI*D*Y-y;Rf
zu9+}u8X0)?b~l?yagF+zf$j%Pdr@Pgu|ui^qr2IbI5Bi|%%uC?beU|44|Jyd*t&?+
zO0|BPMq=D+4}jYP+~>C;o^DZfv#C=tV%RhE_6Er)Ov*`sy!KEZWNmQzAQ#d}hYPeS
zZcLhBUQB8ga}0UsGPip^`{~$PE%1w%w+)sW^O|W+h843tZp*Ot#qZs8iHdD?fca%#
zfDP9Bi-XGeEr~fV70|8Z$)04pJt;7uW<IK5t}felf`6`k-uCOfO>4m{uG{Vl>7<v+
zh^nEvY8$3BdwxT<QomyU%f)Q3%7WK~?JlX+*X)Jmu(>)}%(@xm0l;)q_Ump3X6w(G
z^gY7yU7Q$Ze+}$nKk}pItBXmvz63^XbK&Ip>v7CIJ=nbm6_9|rp<kMd$}130B*bMA
zYyh*@oBq0e{I!>V;gtI8dd%d(UO32Lkv3((huAaShnxr4|IwU1_9Vgf3?~ra<WSMR
zJ*?0{HD-yuXX(o166g97F>HAavdqQ2%q_6YBe%?}wajO}%<sA^@c43BFnk%FvMf}%
zOw3q{^el@`E{m-%i=QlChpb32uSg24NXe~8YpuwbugJQt$UR<>4_{G8Sy3!pAxg~~
zJuAwSD=O<NH&2LCa}~k7sw%LmCbz1twW?vhs_D8)l$zS%tH_j9ox)Y!+SS`Vt9p~G
z`s=F(C#!cLYlh5gMgnWba%)7FX==V^=DKG7c+Dbw%`#=ps&LJ^cFm?|&31ClZhh_U
z$=W^0x;^u{gTT6@+`5z2y0iJZi|e}U<MsRD>uxFQ?uF|fwd<Ze>t2)V-s|f=C+iO&
z8@|jNegYf*avKk|HXfO81h{TIe!TG{d?PUBKiZa;|DU$y`kK9=oPC-@NDr5O8^m=u
z)EgVF*Cvk9;`OP=+*u4)gh9lH)gmUjJW*g|MYzLosKer>^*I>n2G*;9K;T=}9+<eB
zU@vHRiUF@nAh@hx%Q^^?^|2s(-97u#9Z%ySbGVf|iO-Yspi<k;|CmGcnq7X|Z*OK1
zy=F@8cF9l*(QA5+Y`^nKB6>|tlAQ{Jq)Gu#Udf#g0twYQk@ke}w}kL?^POpX&td|^
z9vkj9yxDLW>6rFszCAoPQd?oOj5S;s9~!gnSxyLd!~@yF!P3IJ#rr954T+NyyA_*|
zdxmnvoawE7&<~=jAGrid0MJef5GS~O$uLAh0^&&ItA@J+#Ltq$z@{HwxAwi92@vC5
z$O8$86T*8$U~fz=+*<;2op`tbinfPCW(vK_>cf>-(f1dD4gl}@@<`C6fhX*n(<yN6
z?zc4>v>R?`voO+!6(k8m%ew(2)4~r)DSeRN4rtIbS`UgWzsm=LB;8Puw9p?{DZQbf
zgrNsziw{niK@NdCpbc8@A`nFp8vA&kqHdq^(>~SIKJ~^v&Ch*WvI7{)0iEChz5D@#
z_5q{C0n_~h<|hX%uMSvK57^!wu-6@Md^)%?b-=lCaP{ZGHL^ov8YqDK4E(nf6#et{
z4GEUy74bV26%{KRD>)1KKWn5!;0lr#qPs~iCk2z1_+Of&MCK|h9YAc75}B*K*n^w2
zCM>QmId4A~Lk5WxnXB;&A@g8CVwO}pNXqFSEAD@1Nd<^mQg*Ft^2UG4qzeCHt_A|U
zI^0rs_{0slrH%OI&E$CW|8IueiN^JgsM#OpYWY9MNv(|7jQ^dvB8kkE+0~Y4Tm?Oe
z##NO#=Pnh1VD)qmzi0LD%+=fMvBi@>Q(ymoFjvQ5A3blq|1EPRy4F8)?x7q$XqJZ<
zre|UFff$avC|)a!f^!JB|105tG1ps|=SHEy-jTk<bg41k_&<@Z#B^yyI1N#{hW|sl
zVp-F0{Q0TU{{`t<S!_~Y<(`yh_g}7;y8DF(-1|Q;SDWYvhvazwH;MlaTt5`m{tLJg
zi=|@|Rg3d)n;LpPHTTx_66#0#dI`PV1EZbe|J1FY#t3^mqyNyYn_K_Xt-nuy9RAU*
z<A1+V|DS&$0@s@VR^Zy>Me}dKb<R~Ymk3-7T>b@IA94K?xV|xVAp%!3B5)OmAwh}E
zVn`<b30%tymQj7cLO`t>C1ji;+4Cu<O~^nh#gcIH^}om4J3RsQZqFbnDG9*mY9sQ(
zL3R^wyk_D;iI_yYH%Xt5Ck4Jt&QY&UqD4Tjvi5G|hc#v>pzc9g&YRnD26|7vhfrSu
zNZ;k~4DfDxarxycmKq@$GFELzMg?H?hD?KRG7Ph$B-++KPvs1?-m-SLg>GcZje&9F
zh*}aj*E6zgb4`zJYPT;w*p@<S7JxDw$H}I)`SlgoO;Rc*mv>XM4#QknCJ8e`25vN&
zj+3U_^$yEx-lY1{Z`{D&SeN4vhhXdHvL#y74#FJ}K>SXOJPZ?5ys?BKp>l#HAspCN
zQ*4L88Od#DJ>51I2XOPJ<`iRmkH80TJ<u!|fA5L6IF4QZCEL$JxuA}jwb!VUE=_<b
z6)y_(**4xmt_$irB`f_=){QBgCj$;Jw=^*XQJcmW%bA0H!z4xx<1M8@e%vSkHH;U=
zbeSDYQTjFm@_z?h$IU6l<jfVg+L$!1KB8u!0vncU4z}s?sCIgBx1o4d9<nuYStah(
z&hyAnWilmyX=?x#G?mv}NVdIkf)3vAmOhqR-A<--JJ;(3GSx9QJE$t(>$plTiepOS
zch(1-idXxpj#@SY;^{M?75CRJWT^pjte6<UPaQ_7qL&Bh(hnJ5I%^Ku?Cu)%?=HFF
z9?J_p`tcb=YKQ9+d2&MKG9&6f%xuQV7tKU%>2QRQzs^$m+WzNm{Pfd!>d|qapVP6b
zjhE!Yq@Bshk*XWzL;K4aqhIn=ATr6e<r3Rrt!Tf;zS@Qavo9)N$6Oy)XRaKjAIYnA
z^SKbcD`_BX<$-6S-rDn@gRep6e?;r3*N+On{a)?!Wk^f&VB)FT#Yo^d--QvVm<1dI
z$e3mR<@Nz>cO%na+vnWXW<QNLGvD1LAk0z{{UWT`Y<{m3mpFck=ohs&K3WjR1=%y2
z!@r(j1FoG*_1^fa*_2YW4Rr?0eL3tiUy>nf%OD+w@kTtewp~?7kgo~j^Ev6e24Y==
zLu}h+?@1F#$P(H{=dX*+*jsx_^q?}hX_d{a38N?hnO^~2?iUOh+C_&fUiQ&kwIqmr
zSXD=1jc>^1wP*^tEB0XytnmTw4-+LEpTs~a*3}-5LUL}hydllsa9rZ;?Yts@;_z|C
zYAWYFuy=ud@pT{}KCz&hFzFU~EE%OLLm6JNktu8#f~J{HCBI%>Vs3Q6^?8x8wXIVU
zV7NrVc7){mNvaV&P^lKs%-f4kjFGPLaIOaBbIk;hYH~`&`%x9ZwRQT8GY*rA^a_M6
zdi%^950fkY09Px<uLoTzO6~k&BnAChM~4Efb89J~?hKBjU1=RubW-=L2GV4t(=VP1
z=;d$Gd#Fh(O?v6bSyT;r`V?jglL+c|ZRvjymFB=-d22$j8hX$AkmCy>e7?G2=<xyt
zK<W}3a?{=L4`qeORglp5;?SI|ri@ViO*r#;q)}2wZa!C-kbnn;Y1VRHi9(pLX=S8Y
z{_>kLB&mqyNThj12NS#|OxN2lDrEu40w@a8b5}L7UR^G181B|zYa6pAIMCe6MjL)d
znBF>FqD5YGUQH=^b#p(L_Qfg2RJ9VTsn9_eP4M7lcOchO=Ap+yMfl-H5qfFK*(a+M
zH-E5!f{7VV5Wk!16PzJN{HVMD-Yud_XB25Zp2s#1*S<ltwXsS0{Q6tEc9E26%Z`OL
zMO*p-xs-~#NpJlZ!wfeN<9Y0|#l$CuCa)<bij8YZh|<`ig~GftHktmu{-q~=vhj29
zEC3H04Dq2YF*FiA%6+=#c~2;kBFf{@8_r`mlGbL_96!z^;v(eaBs^xl*ioo3SbXPM
z<jkP|<cHUqC2l|QWTRREB}MvTytT6v@57ns-^+Rm3=7*74cET=4Tjr3X##PMPt-k`
z_q@w1O#G`I<*_n}I#AviU00HC9DT7R2G}P8SGlH?d2v^?lIdrGfaW0hb<@wkBF2ae
zcgJqe!sgd()ll6>l%uE3ui|?l%Lqof)9a`gzbHs3>)IH^#6wB@N8+SdD~H0qIr9FV
zrkG-EQY<LDBHXkzxUkfubs@^7c6;IQrdf&cJ7EvA(&fpHCuQQ{2bZsFxt;1R$9fbA
zlCc|QhT$K9%%H2~xVWe}((85Y5oT4oY+oz|?^!mPr1(EU&(4UV&8xZBLGC{cm&dG`
zx_4c~qI!kz$^NAS@hVUae!yXI<*Oy5e9?#O+a#30Ujd&(G|S_uqgMH7l{&6_dj-(G
z8_PO0?L!=k2i|HnJ=ATaO@cfO`jD}FlF`uZdi*FAVQ2I5Qo2q7_v58D$>P<z*$Gu<
z|1z?jk@(TZ1|kI}4vBce@0?7TmiyoTzUbzteLmf1aJ{hq_k#3Wt67`8+MDiPD<M~p
z#+ANRqF&uL0{=*#)4C~|z`Z*fU{g15nBw33lzo?G>_&5LSas@UeD-&j2gzT{lOG5G
zuKK>9`Tee5_O#ffW$!9k-Ftema=)|P`w^*0`Q>h;-Ba&8DaT}*k|qL^-zj_LOPO^Q
zysQ3Lnc@Dkv6jBVPO(2^+%=Tt3K^tDa&Sk9B6EX{@a*O{;mF?`)|Bj1jpY?1f|*Ae
z*E##I-70C(&e^?#wQ3o3-FtQ~^Z4Dv`L(>-$L-X*7M#4MOZQ&}gfi((<Jg(!RpWfR
zDOF7F3TF2moQU7w;j}K$nk{~ctc{qkIYxRZ?O4kzW5M6nQ5{xwN`#h|BwiaWp-oHd
zX20xJgP!8wjx*Jvo{emL`xa<oHLXwkG&OGiiR3-&nv_7y1o`D(4`yB>7bWq217}~p
z&VONgAOCX)Cv?m6wcy!aW^4UO=B>5!uNO^6m*@rc;0MlvU(VqvjxqQbal;SXn7tQ%
zz7S^#eqiSNF!`Bs8)(Dg@l7pz(sf_jPmim^oj=z&Yt%h|weG3=$&Zueh3(@YzKtgU
zWWcT_Dl>(AJ{9$w+ldNlNGzt27CdWuV&TGK+p%U*DB<i;XaDVIa4qV2-+edjS0+kk
zRvbS~{3RY(6+S_6`Hx$?n9_CyD+H3UK9f4t-OPt=9fdg;(K%U$yQPJDSl%Pb)c`Ki
z+I`Bq)!~oaU?ann8iruwidWC3DFaSlK}V<paIZ8G;OB%_mm>gd<R(>%Avi4Ul?DQ=
z=ZiI7q>QwD6^+EkpJHQ?5yrj|?)B86tP%P35e1tOLx4!Bdg^FP>@CAcTv0?2G9slY
zvTB10jl_nXVlxR5Pd6iK>jOq`QH{{3N<x&TM8vDK$o3-FP6XL|x9EIq^e5H`VsEr6
zIiipdRSA!YWsPdX#;jqY3hJYX<LzIjV?NXqRjPg{A!Z>kwqi4CG7uX)9s7Zi`Xd57
z0*xD0h$%dc+abIfz{Zv5$BdqW)=%RqP9w{UB62LFAPu@hFiNd9Ton{YsE?XE#bqNS
z7}9m0oW^MQ#<M<6*kFxWQ@}m5#BmGhGPz$ys}19NkTE2^aT~}Oy0e75ajL-0I9Bqc
z&9qp)-gwco2<4}@hEcEJR*9Q#iSiBcpNgWv=}9j@)LlrhbT3Yg9Czpzdqjw6LPq>_
zOP&By7vqzqW|Ag~Vkb6n@kKZsA>tM)(p5<82|S`8FkY=9xj-S&SO{kzgc}b`qJNq?
zKu=w4pYS3g-li8UuNZe%D7|tM7Y9v!icEfvO&b`cvcjj}i&KKxG7gXlMvAHVMG5LN
zQOAVXEO*i9>9iR4Xcl*{fK}uzd<F@59A_`?0-2s+74cq2bZ9^Qg<^(vMAm{Om>ia#
zw3WrClbAt>(^kxCAEm04$n3pji<q5BqTGr@SS2a2r8Wu0Ja*4+N{9%nPp&$Pi+P%v
zc$Q>4lTsFu*s7Rw3k9CS=G6M%7;2-?0)VxAv*vU%Nc&Psg<g|q#44u8E)ia%LbE^h
z=8*Me@9N}2trH6sQ?Dwf32#MdZzaIac`Jp$JBo>{vuSz~86p|E=$T9(_t$<xDJwdW
z?N%wg6g<SJiaJ*YyfJ%rE45E3O}#hst9xYHS#t7B)JFQ7ixH|~iCjiqJh&uTj6FmB
zJnP6Zrzj%xuqgIxdi1ZY{E^BeV|Fl3G1u}um32Fht1m;_8a#5EE2ET6c^1W`Q<!a(
zrK|*oTNilG=DZ}2y2R<^YX(I>m@UvGPqm>)(Jy)Hx|IHD>#ebFL6uNG({`TE(|m8C
z6dU&Rtj0v#Ia8%hak6kho=}7tdxS+$LA7G~lg5}UY}pa)Zygk4Xq8HgjN;XYOACd;
zAl(AQ`5V&nH*Xa4?YEL+-7=PYbL;wYvuC5iPKz3K8S_{vTV~(Boy|$jD9KmIw>pnm
zR*K<bFRh3ylAuV*Q7W7eX1vV?Ha;&cqA03JD^PXMU?ESg)h(?mi63exXqYX(K}TJ(
zSo(1`^)MsrB}M*1WbyD!e2jHWKl{6)r*FS1ywwDN8E%v(1Y%zaRVY+aRl>lk_7#Ug
z#q;Oy(t{ElC@u?ib<2M><}zgB)y_bD)07XPRo5%u1bb8oJ}aRTiJ4c7YjMy2&{%nt
zUN&s~Hpx8$0gE8Vkwz4KkW;Nl@&L{RRotR1`qWr;ucWL(>BD7XnU+u#M`I>mG46vd
zRtpcXMhTmGGEC2u^6z|5>3`!<QpnU;u^?0)qFAo=v~-Q4{&8eJ;4G7Tzt+!&VOXL{
z9R{}ath0$KVfMhwMP~gh&h@pfcjidTDvi<;iSePVi@L#(V^#NvqXE+N4&GD;(JlK-
zULtK%%TZe1ZCR=pRT*DYUvPtg$*M{K&=4mA-nVXsHq{jOy<<Di3=qx<i7H1&mA{=S
zFchh2x!h^u<!I)!sVZt}MD*7@_iXSW&(ZXJtEp4#x>L+_yZ(wzWb?BY$&l=Jj^?<g
zmbjhL`5O&gL1jBzNtHn#9oXxucj^Gm341n?J~wLiztCT@Q3~w0;rd&SpS8ZAcn>YD
z_)uI|YMqFhsb&#r!)JaRoo(QY{z$FVNO`5zYQJsv26*;%6+>1H^v3&NJ2mOnX*uj|
zK-(sMs<z;rG90!;XqW!5zXPUMbv>)~Noo7blDdP_n)RrUH<Y{iuXJQnHuej5sn5|5
z<4FY!fwaHtEu*@+p0$?#DkcAwM)Rv?Tco>xHcsWrCx7Knu|@Uw>$`cltFGI3Ib3NM
z7*4&Ec-|9SQqkR*9bT5Tn%U`GTKi~@*kg~55XlRSre`AWc|KRFP1VrFL9oi~VT;aM
zVowGSbgB#xVxqfMet%3Xqv!e6&2I<{E^CRu-I{Q_)7G;yQ>ib;tIuDzgQB-TrVL=k
z)mv&yA7ex8`4L}V-;bS+YOkKoXBE<3#V71<ByO~2d-k;wm)`sOJxT{3C|ACDcB4C*
zerCAuy;rX&RfFZ10eZc<F{<kD=7?GM>LTUtwz<KUD?_o(goqvPH81*@ejxaw``N&!
z7oyGd(TxXlUHLPq1Hw(FS%VLL51uy@8n&=(*&|FXWf8X<NxbQKq6Wm<1_btj+g_Kg
zlq$`$!k;Z?TQ8g9`O5|unn%8hrp^zH$a4-g6!&qf5MM_<@ksvrIUs+`a8*{<mtUWh
zJ=&AE-@vWGM*1Hu2MG9nf@O9l^Sg<Y;)!3)gY&z!UBAb;h=sp-;IphD`+*^+EA7tB
zy@}_g7(If3ZspUo&z3Ep+4m+C_a<!LO|<S#aoB-x>Q8cWSHThE{1W5#Ws~otyRJ9)
z8hDqe1l5t9r>%(e4Q=<!4^F)hn`XM0QhfLM7T182_w<!^s!9~_Iv!YVH!gTFExOww
z-rUm7(SVv8Ry%*wJQMSDaD-KC8l^JV*)kP;F@wN&7rmIaCMFCFN8j&F3tUq7?@`U@
zdzTo*6xU@Hd)&^>nx6?C1b5lZtz>5|U(EEi%w5f${Tu`Qwg(i)1Gjd8<yU$>T(tS_
zebDzRGqS^{rf0Ce8|mSk2H#zP1TQwE1MC2!+k15VT$Dm6;Ql*cS<Jxu=+S<vc5lue
z$GNwq{n;uMBfakBvL#cT^HZ;57Lh3Mnc^H0w|vWRn!23s3sH&SfkHT-)*cX!7!_OW
zyG7G5J~;k)u0>j>SXg8kwinmHmddQMDEw_%G$+%<V9qQjvruK_TJ9{djw>QD{@r_A
zo%(Bk^W;wSSGBe!mCSe6iUeJsyx8gXkJQtGK8qIR6K26{Ph&SOO><sb`_5YX(DkE8
zd53{K_!WDauj(&Gqhg2MhnC!ZdOqDKU^(wJ+nec`pL&+_TEt*2D0o98X9H<JyLx4l
zox6$~2IP?#=c(9^3Z8tXw+^+do4*a-*PEi@-0&{L;d%$zUu=kd+j<eZkv+84{cX#n
z91wsKF7VlAIauU^0pY{j-(pt87H5U+f%jvE`4<PAvep-aSJ}!cE}Cka>L*BVu4TsV
zwqM;A{q`;U+c!ciSnAs@qvYlv{tEyyE^JR3j0?9-&t9&uU3RNP)u5ug(7PQBy2Wwz
z$zRDQNpJ2N-~7H!^F7yKm-YI9xZ`(L$<1FhAR+wsso2XsIAV!^e^zU5TD|S?G^UF+
zn)ttWBY?O9u{RhbzV`j&4>9rYtgSzgc<|BC;?-Mp11M519Pn4p(YL|xj90%hUIO1;
ztnlvxcjxxp7xu_nTN>=jVAm&VpG~Y%Z?iqvJ@7ek`~FSs!7jNW*@*8a&G#@gapoR(
zq<d}YTlP<ttMe?eqcInKX;-#h>VctuwfKtH>JP;|${G8<@Pp;r_gmM__H)3hao}s5
zKN%~T9=_ZRxV9w31socjefnVOFlIm%H*|Y%pxPVQdsb?!l4-2}I&TkaBK~$;d^bn@
zDE>WI?foy0*5#!4;N#dcDhFyVS|9`kct-=|U0ir|nX|Gtzd}3?&Hv(j-sej_=hmm*
z^9OgMixuBKiv7hFckr=w`Qv+V(zR_p`^(&+Uybh<DfE8RN^VLc0AyT1!aYDq>|gK1
zf#QG*z>*qQBt1~S0&c`Z=%5#1rXZK<!oavS1dPkDl~B4!j)*|ML-kedcugE5U4+IO
zZL*jhj}h=gK|-3eORcgoLtz3qAj=)ZZn|lhrx|lqGsAStxKKa)=0AaJfp{k|iAxRw
zQ(<8wY8sJ@Jf<l9r9919j2O7lo~{d{-k{FcSK#Id)%wUGM1KaQUyF<3p=MES9(B=6
zk+<5;(qYg^;7g3tNXgRZzf+p6^70bGX?^52S`bguPZ5fmtl;X3gwox>SXcOv*0y;A
zeL5Q`4z^q1e1ScY*TSGD*!)%hHH?{nL%OlfO7`_++lBOpQfoWO?xWR)f*J0IYkz8_
zIm&X5R^*Jnd$L~GNgl&4^CojV#hiFxrkfl0t97Z6H^8$FXhkdR7fA&U%3G}1De!QJ
zU%)hBS2C?aeHlvoByS7aXL`6Vm9gulrNU(4T&c-&yE76q;r#rwEXcOgNR-JGPb+`z
z;n*N)132rp!Yc`iq55Tob7%!5n=e{59{;AiiXicurjsTUx7C=Igcl{JO{_2P5;uM>
zsV_U_{6q6(&Sb9zNL7C+sXg_Ll7w{b^h+fvgMVT_DUeJv;d;~Vx!ZLz4pC9v&Z`$8
zRY`Y^4WwXA8hPZq{u$qHON!L%je&O;%k)j|Xv&%u8}jC&COpdMv`-O8l8>BbND}!_
zpJYmc>UClIH!YD2j?k_&+oXK$%tYTC+e*;`8s9S(rMl=_Mc&NPYw`tfn6;A1&zXLG
zK2bVBfx06Cqkxfw-1x4Z`<c;4)<GNi7f8H*@r0eZf*VLlUeV5jkul!P;fU{|ZDo)i
z;4Km}F@b*cT#gWEJHnaz$*<S192L69X+2zfP8*`wbWRa=!wk`07I+Wgu+XrZeY@Nq
zEjC%cygOTjU4~p<Ewguh{Vb)EUe$Ctg08rwet=h?u-7rF2|nRe`o2d=*nRd#?%c%Y
zu7`mIwF1hHZc&}v`?9AaxvasERVEjMaVxT1^1oy;Y6aUI<>QNG6a=I^OLR=a+<6!T
zqJ-X@MDSkuOimQXFP9^XihGqF4$6~lv%A%wC>_1O*JAWBMHMUWT4jtxuGimYRr86|
z#Y0EbFD~kI$jtnW3-AsZQvE5S<~k;X)<orPL4miE>QFx4yZ%t&{fLJ<@3kjv@MR8#
ztX4q?#G?b9I0n%vV`S4><s^Mb9b?cl)o(59LyCEGQQn93^Ut(Hu_<{BIw?{s36TMt
zes|OtRxgu=F}<85K_loKdcG;KU9;g((Y_v;#-A;0(Vx+!<X=6sxPZXbVo`fKRmz@(
zP?lzdtAFC_-{Hy9JagsYDr4DyoeN?%Pv5CWvt<<|7&a_h4Y<><CLJkvRg)<h2C+BU
zGl~_d<QW=qn3p-qRfSM{>Zzj#EFqH3ufo`_pa8DF@nm)d$uPW#oP%mE#V2DRa|KN}
zDV?zzO+l*T%ylRSn;Ptj2AKDVMnX(d=V2^Y_VpK^G>}De3{qy0Gz4DbGa3LA{HZLU
zYY)`Np}=^!rm+W&^M^Jy;b+5Ww(0~h8ETDf5PDlC#WST!!%1|kzF#&)0(?l`4t2N$
zg~CwwU@<s}CCnJelmw7h-;bl*&HJP-wi-v-YxgZ{yiT27pO2Q(KBZY&GTBr-G4(nA
zi0@N1G^w53pa><X?*8f^X*9<oGmQ3;&TZ@E!<1i1Yaaeq{dR|ko^m{{P%0S5IFmHE
zp5(Tg;o>!=Dg@W#hD{mJ*{7Ig9~_&5jy!)?g68F-L+X<0=*Q~jC|N^){tOiOieST<
zOBIj_+XfZ}=o&eG%ehr!Jw>5pn#XQxSK3Rb?ssHZxhRnC|0~fZ)DXw)HZDGC3w68<
zEK@yspQ*$rq+1KlrWcA4xUQc;p9&9w2Eq&Jad+3|xIzR>?SYB~D9-1RmzwyKV;fCU
zFZ-6No=1Zv2BZ>fl4I-a%+-r&<PNG%ehlFHX-)YFMx6Oyr*x`U{h!<o(9vyc;MbQ8
z@iW8^j4fL$HX7dsGNL@;{MsRzYIsmxw>x+jN7Z^V>7>Tw<*Ora3ry4V+EFVbfk}i~
zy<0T!=}mt5d>nR-RH`b?4oX+mH{&GM`x5h9$EmQB-XlK3y@=n0F>iQuL$k`C^E96U
zjtHUAKoxq!JN0kiLcVNI)cv)W_6#F3SKj;yu&E{rgaPEh@A0Iy9;#k*%PE{S-FG@1
z+V5^lvFvGe-Lo0YwFsDQO_y2s<8z#Sf=5j8m08xxW&_rEd~Gh_dR!E_ULbu*R0!4L
zqa*;tzdlmZ9tcJik=~TZ9ySvPMRR%aT9Q2XWdL4Qqg)Qo6I((TnQvOlL18mK_eoDu
z1+9Ad%ri_$@x1MkDj@<?&wqd&`^MPsd?TlG1KED3xJN#xK*2$f1ka&JXnrdY?=Ue-
zVr|EPFTKHJ$GXjWg@R0|MRU;)7O$D<SxSdAc}Rsr)s-DXb0X@c!pf*Jq-C4+c$Tsl
z9(sapMef&YIdngK2LMaKNaR;dhrHVmaQTW5s(NlvljftU?gF>>Y)?l9A0NFTuK+Ry
zhRy1KoX8nYm1AhrBc+_7Grwh5)_@86kgG+7{GAHsz06`G*D@q$5U5cukgRar93Z#h
z1$-e_z7D*D3N4q$k-X4un<A!qIr0p{9e8bKXvwCe5XfnZV<}Aci-~U8oC6?PBH+Zx
zs@X%+n~BSwbn^zuIq|(!Bc_2A7aT>w-lXQlD@ibIiPOPXe7@=z`p3`a^T)wH(+{4K
zHzXq<`5WO^ZsS2WdQk1uIlgxUo`Y0cc)DuJh22ny_N5OaG5PQ8VdV(S=+&hVeS^15
z)h}}2-o7`xDb4&V|B8<);+oyZ7&DqFDxUnDGcK0nd}KDCF^-#u9$#@<?Xv@A*lZgq
zSa?vcg#t06+Q5&gcIC!@QW@U~<PaDRmp{Ff-?7oYD9-mQ_h7LHcONzSt5?`Ni7Uv7
zSi&jPeLE%!xN_SuhvfES9~r9Wxu4K>^vNp~algQHa?nX@Q=IYfpva+#BxCKkMa)K<
z>^l+HSq8`7)n6v-Kwi`*Kj>pg20=HrfA6)i4GojXXXR4+Zh~b`GlDMP_p;wrE&Mr6
zr=$vC;zBSXQh`TGq%s0mxdoVg;ZQ08CRXlO_*xPx#RmJ3dj~Q=Nm$5?Fb)Rn14I)q
zFu8^mr6Q7$@qEcp{=~pg4s>YG0bu26BTZW|6}~2I6!ke1MOC5nvlAs9*eZ=gf8N13
zFNR+_b(r>sgAj%EtRxtT5IW0CMFxcm1__cb59sNz+I1O{slX5ksu0QOnDpXwnXHoV
zQ(6#R{<TGkmvrrsNMP(KNye~Zh9yu$CzQf4g8fFRp~r`{Er7=XiW3c>U6kca`T!k9
zX;HNtccNsljXK0}a9=d9UWdS{hS^h+8d%ajcdSrW6w@?<L89AuT+LKDBut_k5t{kT
z9eXDe3g}H;IVJHPEsRF0wjo3L5$)|Hp?#J>ok&JSG`Te;zhK2XWCw~GP;h?^a1w>0
z+HZ#{fMn8IF&}Pmb)n=eL3$b>StLkyy30UA+w>_3GagI90i06^d7>fk^m!C<E}c;F
z2?I-F_rT%;KL%f7Zic9)2oynyR}b70q5S)}Yleg@OQ5bpsZ)|PB(yZMB<n#l;Xx9L
zGf@dG-Qhj1CF2Gv^aK%^C&C0IEdi28q4gKvJ;L;wJS8Dh3}HCMGTVn_J|b!J4Pk&Y
zNBKk1C;?S+zA!v?NEql%&-acZq7|>sTZDb3O4vcPOBo^4Z~#Xt{_uPh)EB6@Q#U(W
z(;JV%c(x8nw^AWMGFSi=m$q(oD-rb#*%0Y0NZt}Hi|p{k_I^}m5<;Xr%7hkr!6biG
z;ZCb!(y%Ba`EoU?w|ay~2_P3dpMRK<3r@!cXUI-Nsn~`>_W@~}eNgP%7o8~EOu!}4
zKli$$rHQ@SX#mYIN)Dh;W!ZmWjBcJI&dqn!dkqr9M{@QcRW5_n=Ddp^{j1J&VqBpP
z`A}ZpP_`-#FnNU2LHbtoz)N?afK}+SB~T!j8S|XA4gM~XolY_ywS0ggM*_+B0aq~1
zP?SjT7JwR;byXQei`6Llg8Dsxk}>S%9?+M?-8!>D%X6uy5tXPLNMjL`YB~gUNmL@p
zLJ@=wRl<{?q0PCdO~yZmJc}>}f<;i*d?>M7NdE$On9t0GXBM<4yz(2->(x!nL%lK$
zeT$CpI0Ae*M4df<r%hErivZo}>ybtn%1;AyfA`43Ff{PqX0J<hjRr^!jv*>5bqS0*
z3Z%vbPPJ7dXEKqi1Z@dv^^yQtMDhda^O@cZbU!3sVJg7kJ!_Q%eSRZPfFpvwp@%$)
z67Hc?_-LAG0H0+jRhm}TawSDzqoMye?J3|6`zJ~)fJYNebf7e>a*m#$WjzH!CgP8~
zEeprgn1a-~F!BmuF@5mLl`#wcu>rJJVWpmjJCfWID2NjyM}<;YR(9`9yeS0;vSvy6
z0jU5Cf-qCbEz~PppxSMqAZslJuE#weK!`G}4buNPuFq=<@+bP(Q-GYIJ~bSp=7uKP
z*8u*ZIZ?2`vYEPNznLuY0m-mL*u-<Q#Cw-m)ZFtd%6inzfKbX)R4!;bDjh(BC-*2I
zha=4S4b6$ao4a19z%YvPRFlRHBsl|^C__;#0%%UBV_Q(?9Vp8BNg4@|s&8Y`oU9C?
zU&d{a(h}`^fik1EP(w^e+gqp;`elcW{l|^fk!X!YuuGf83$t0`I>MqYn#K^MO6aGl
z2P{9jEjS3sutOU*0%R@mlt?sb5Sr&5fZFmlMg25w8j2cWI7n$h18+Ugs8r*^ur&eH
z7XefNGa95$({nVidsKedN(N>t)&j_u1us7`mfp9*Q(LP`So7P?_PQiGTMnx$fQ7}t
zXSYGBhB{5ZXJk(&n~zYJv|QR0X`?lw!_ucH^)A%UBNVkg@ttX>kS0lMkGA^)xPAdp
zwVWcp`Be=;!u%6Jl__aBCYRHi^w>@nX)8D}+KicdrlQhUv%sPgz8Z5^M#5G`fykUK
z<?2Ui>rrZ_s3;dSZhqW>VaVO<>$D4+8f%w5|K4m5K#N>Zn+7zxEX?uE${^5cfJI?h
zjF*P(hTYxk6UNI|toLH(@>>?5!SNo$qh<vb>h>T?R}e55O*=dzKa4U9Gi_`c?clFA
z%f2@-0qA-G+VfuOBDKR0_6N3f<qq15wK#}r+Hx*9fOGElzPn4#yv)1=S(9Dnl>;|+
zFHveaQfXb<%5i~%j_n>(-&H%E>*1VjlAR+OQd7-2!n<&8W+#)aWhpr)(i6w7i}@}W
zdv(j1%>Y|zpJi41i8s_Ml08l)I$*_hC*B2z>+4ITCk{O^3peE)HKs9SEi1~d&L%Tp
z_3%~2*i~@@XP2UI3C$s`$yMg3t2#vBDhJkZGrNNfzrC<(a>;yW5u-8fM3k2THyw=(
zR>^8s^|aP(%$a<O!krBv2K#IJ(_nK0um;z<n5?rSvx_-o-O4=NxE!)q>0<le23-Gt
zjkiO#aLilr0$T}kTZvj*N#<M0u3IUOw^GBm(o(k43%4?Aw=#RSvL?5(*SB&`wq8TF
z@yy$~0^50V{~a~b!kxz2ou-~0;w`<F^_`C=JFSr2Hs;-Sf!z+d-A=9DF7w@P*WI4S
zyPv{$2`Rh1g}Z$@JNApWy`hl)T6Tkai0dZi(u=r3y0{xV1JQ?uc~^iOv7}yb@7UsS
zoivOGD@2?%d}=+-Fb#~H#(1~^=GIw}IB(7R@Ii==pAkgIa&={aRma{Z&hOjCdfH}+
zk6-S$ZAj`)kB`~Nw>_=oZznz`B;WU46AuI)$Vz_y5gdPH{+-$3`^nw-pWzRVao^9h
z;?8Ry{Am0BTOjUY{rl+tgIp+NY7*i_Jjos#37{pO)(X8J2oWcEf#o9|i-2VIfKg@&
z9qjs85l{r{OMZ*O69y3hM0yQ}d!=EhuTwBgK_D;)%p%fr5eWPaafV_LFf@_xN<jbE
z+CPXla6PXLA}JB>P#-FGI_k@M>i}O5`AZGL5$EqA;bJETaRMA(A#zw+e<I-}^55&M
ze+V!C{X={OL>Uh9zylnh7zISQk6Wbobht;`q0{hz#MBSTz;Mv30}nWec+5p15FoV~
z&i^XX`}9yn`w{FDT9xI9ED$BU|D$+1T(W*o`dXv{7NjZ&a^UjSzaHb&2BK^OF|!<-
zS{$3*KQ@1IZ1L*YGWFQ%?Xh*;vCXGr+o@x_jpMsNkMEJ4*t48C2%b2~pEzlsI9r^!
z+&^)Ba&rIGiCgN4`^GT}@PFdFfA?wO&_8in0S09v;-yy<r<IbRmA?MJL%e@lwF-|F
zlpo89`P|~shW`<~PsPoH1#JExUSX?XI1%w`J(Y5Oc~yi_O_)tfm{Ui9L;VJ;#vjCc
z!}#x3tsb0Lk6+k;k5`LZ`ftQ5W5h3KA}MI739;7T(EZOVwZ_*i*-Q=oZq@3ss~a=x
z8?)*dGng6C|BZMVbajcjS|%qwHdkGCHyxJycmE(>4|O3w1kv%bdONXrI*7U4{ddIc
zZua<r$s>J_`{qxAEFV1l2jz7N_B3~O{!b|{JCX7Rh0zC~S?o|eR-vLUAv``9fqyw(
zLn7i0cOxQROZ<P9s}21d@kYO5eDzPn%aR^1@FrF2zkqlvip`oocqC@nb~ZhYm_Q~@
zsrL6<YRQGDD`RfzMc&fJ-Y|)hvyD-(j28EfB{oAP++#%_#tH?+3I@ljs)r-AuwFi4
z#8xfF6Z@aEYRz$xj;RU3rOE$7ymj>r)x~v1S+9RrRsEHim~;AiV)DbvBEGrqPo=i`
z58~}7^!9f56A|y&KN7Y5V|}~Z!~a0MTWi}te*F0BufK?h_XiR2E|2}c_Pa#B+wkAO
zci;T0Put@SqrdvEKJ8q%CU;FCRk8QK_%6oqAAFbjgMUGYM2H0d%&Ij=f)bs>lC1ql
zpEk_CfY_(K*GLVD?A9grX)Bf2J-aC|B1!LI2K@~mHeSsDP)mRMv<`qgzYkK;9CC$o
zfBLk^#6Im8pe4gJBS1E!J1y8DBW9W<#6I>3<$e>fPutYsaG}?7zTwlI0fP6x`vQV?
z#9o4YA}@Z*eO;mU0Qu_KTOF;0O+1#E$pHB5L^Ry{n#1vA2LN$nmhEldxCekek{%{z
zSbk=DkI`XfnM!nia$!K(PguQ(_bdQm^CUkU!hk7m%O)MRm6;*atdAY+h00GCy-Cf`
zVQ$Rg3iF;d6M-vkmluJ{IE_Qb47p~N=@_O-%R>B1{V+MU=Mx$VhL3`DSUAH$B!<zd
zmOwLy6wMU(LcQD<?o`k10b}~fh{$BuyZa*wxWF#uwn1AZdaxF##N`J|P7r<2dM>sc
ztOc-O<OP5yoe!4edZ4}*a`GQ*+}^}#F~sCs+MD2*Xl?0)<?l)8QpuWgY4NaL0-^gT
zNnpH3Nl|T1#%6i*$@b3sHi*b>MHjQ@ZY4pWbhm0iZfEzyu$IVP^|-m`Ud?pSv2*R*
zC}xm_Mg~Wk0CfQoUoOtmNIKuzkNfdGsP7VTWLoJuavDn#0$34ewAI>8QF<VGu<+&G
z{dpM)Yxx*%#u$L5#v32?>d+Zf(TEJ9-0wEqZ#r3)M1i)hYl;=Vo#YM-sANhrTNr_r
zQesBZ;nDMofSn67mpG6+FDjV6a)6roWv=z31b(^~8zWcOcCP}I8OEst)dcyfM}aTe
zt3%{px(+&T=xYtLIC5!FG1J=9$vz;HlsC*F^|na(0;Ee!Lf)g~<G)n9_uPnI^}Y@F
zjH=qsNo@|;Z$2QPTfr9x66&GQ^6tT=URi>KsSJ1eJ)4VP2m1LKuRu8y7rzDwPUZ&s
z-S?SY|H=RDY}sA^qCk}dYBDIt7PSFrIB~eU^3cM%_*C1>M`Z9W-_s}0R8Jy;I9}v_
zS~%bTGW%3{FY5&f-$~}Jw@cx<58OU_;G^agbvELg2BjwBh<(}_8Q;JAv>(r2<^C0P
zyt9&H#XgMko!@#!>KEHMgpQfQQgeqj!RDOh<;i&rf}wm!NeU#Q6C0&X8L_wogtt{2
zu3ewznyS45kU19HcnVX7PDX2~#k+aC^D5?sR&$qN@IH4gB^d9jx(2FKq`<^xQ2^%1
zb`1w*tZBe6JFlz588jr391HgBU#NgpRm!^|qi3`W?2FwHR3)#Dts}$h!1kNm8<C;(
zJgSXwDT%&4?EM4W+0{p+BF)r5+6pzw8;qq^z42Tlfe5a@)RXJ;y}hrxhx5$K(yRDj
zZ@gGtepGuPNCG{?WoG8Hepp1-EFJtWeD^>4wEPw&lMHvib)`1yF-inT>18oWr@1Pv
z>nB+;xbi$i4(02}xJV7&rzpyhY+t`!?LN5eJI4RjSx2F1Cf%>RD@#aKQ1Nq~K~nV?
z-*?-$7Ry%jL9tyqhnLY50N1w9?Bi_^xwdv{NCt?LHHqxTG>H(iZltk7HDe{bTgcIm
z!XypI#A+5MY}{^So*&A@Wfz9DtE8|<J7R)|h3PtkP};687hInp1^B3%*i4TzHxb-9
z1KXqQ#+TkAYScM*5#!3MBrqg3#uzk0<hvoX!KY}`pD^M?P##?j3QXKDn$T7TGGt)8
z_yoAgbu2sRQ>QW32kD>R?k2vLKE011UhG|AG$m6;z}48!4I^@v-!r!q2^&_9#04|v
zmsx6xXjmI3Hu4mRdb{6tD4|RrtuB-sbT@crO_qIWTBK2fHu_;tmJf6+4s{bYeZw9(
zX<kE@H+;Em&bee(5m{5_s^V!a-#%H(zV_|{47b}MhI@pQ-qXa8YLa*wMbn$V;Uskz
zDeSlWbd$L%AzRdi1RvGE!1y+EuPpF|(s*9%WOb2uiOB_Q;#U1+iPeOMMJu~`RmyRh
zn_cMxI#S!06sh<p-JWVsQFE)8HF+U}aA5^@yDjm@`IBK@&JUMHZ8v#Xq>p`EW&5oT
zfi=zRn%|AhnyhctpVU-li+OK}nEzU~c-K6CJ#UeH>aWR(@<7c^KbG04HL0nF&)yOu
zg})Yi?*3#F$@UGqr#tp7IJHxGt=pjB_snpPMOO%N&tzt2VX{O1<A-<Nd_K?a&6k+<
zyxN9b+FsnS2xT{I18IE|;u59=-y3fTJBB+JQ!XXuG4{q!_~<?Ko3WWo>bzNS_)1m8
z`i%fnjrH9<(-tqYvmq9SG&f0~kwzPtYaWA_oZ_)D#9prUqXzPxhYqwNc0F<@OoC>`
z&O&-K-yTm5b1Zn}F{z9T$DI_t<*YQ}*Z-3U9!MRke(|vBi+<p_o=l1e%_h6O@wK{7
zl|>IrUN;%3(54f3Wu+d2s7)xp&JKr9?z%ozTGPyAnQk}t@R;gf`+3)_HudU{s)H|E
z_fyHo<$C;L8Tt&bs>^%{D2EGw)3b!|%2ld=`w?%UwBv74J6v!6B<a?ir$`iYztz>p
z&n}}bT%NyI7;_evj=s3~9<2KeFE8$M_x8LYc64Tl;;w8d!_GF;NxrG(<8fkcv!CXx
z+Uool)m-Z>YbPIBN(J7(tCIJQ&^Mi*5f!A5@!r4VL76p9`gl{Qx@Aupee_1tXII$%
z;(p|H#lqU2<M60UlQ%YO3kR+xgg3f}PB!PO=Y>JRl{v=@nl|<0;^OURvxaMZJWGRS
zH8_SQ%LJv`y{hv1h6mh7>hCk>n<14(w|{NY$zRYu<5DzV$=pq9Jsq%3he!nbkqPT9
zv9!aVs{^hY0=}AkBHvRT^p4#&RiCP$y<W9;vHMuHvt>A)^u2-l%OjCb&$gavw|H7y
zzBVh*Y5r*1s?nOu6LarMJJbZ(dY+s6E6l3}GIkOa8(_QtN;owy{?mufk)iw0H%FC&
zb<SB&{QL!9jD7MUUcD8t_`jWUiGfj+-gmDtyC?2S4Er*U`I2c>glPGKw^M^#hl45n
z0$Vm*f7F3gxSn^C8IgrQoD*<<Ui&<5jY3Dx>h@!YtXEbIwUiuFKAbF$l!QmN=3X#p
z06oDm9ubf!5v&m(qP>qn_y%7+4Kb0R<_Uy(Ox}@(`A!r%3A?@Q>$atu^5yLI=o9oo
zY5B-oS|!Uq$}oE}Zb8=SYTX|GLVts-c*>fN)s=xYut7FZa|y#a9b)VTHb8`3w)uv+
zRZ`=UxIZmpHtIs|C}6{pVJ3Jia1`5eNcBV_f+G#A$`z3mh`mM#P791Alca8K3yCL$
zloKLNih{YZk<|ohw#~?}>Bz+Ts7>uKbIYhmD7D>w<olwiJa|}28n$gZxPvt!3>n=`
zh(sVFuhmCeO;Hb5L}IW}Nyup9&1fzAX9aFCp9P{v;F0yyk@NLYmC(>txKkD(a(Fss
z0Uoh99lLcu@;lOCh7d!<nupUNI{PtyvBqNS<K`bl{ZPOzrhzx>LsaompQl4ousA|K
zjsptbfyQXVB5BVspVOisim}X3Z;we(=G5bkEODPsarMZUZ<dz{)sLbK@CjEM5-z7B
zb2lSSEyJYPZVyXP%CX@@XA&ALu{RoGBos;eP7_P2nZ_idbFpAba-4#Dvbj5$T_-}D
z3(T~Y^wyMPc#%R20anmSHhmh)r5Hy?9!n*Zz~L5g4ov~(N4lh^pxsi0$#JTSxM2m{
z7eW-3P~`2Iq(==37e%RoXOT!>aFkW@oI-pkTRP@6`PEZt;(_Fh-jJY%R1Wg^AFK&i
zSmV*XA^uO(=N+k^;8U~R!GSXw8p9cv$Ru0E%o?kVQ-!D^cQL03a8z%G`&pW7L#owQ
zjJA8y&~##JedZ{AQiXeptWai-Ra}KzocL3)5h1bn@@a5bZ`Q~mRcC!jW^sCDZ~Bk4
zlx--kyEqwq7O!!JN!iNo%ZoJC$;s}`SQE-Iz`Y)CNWOZOV|y0U>z>^l2sY)4J%hjQ
zm7*?%Wv-EDy7Z=Z3T4K*M{gn1nHyt$bkd+f&nP@Zjn43N?76?UB1g&7w{@~ZBC_O#
z!Z?*kAD-oYT+Ui?f4zJbDfmBVyX&Z^{{PYUlSmEH4N}q|AYBd}(k1PPh_nbQr8q@{
zbcaJX64K$&jdX*6QW6eWlz8X!{r-NxbM9UD-t}8&o%84XGi&XcJ+t<H@5lT3`Wh7%
z_-1*bK$#^}>?~DeIOm#BL8ouxjzE4^V8O?sgpj~20Bd1>WX|u1H{6R!+QTC2dpJFK
zu0haSKE-Ta)_A(etXZ34%gjV@P~2UX0vkm>%C9&o+f-lu5=X`4*BSYHfmsL5`Km#2
zExMttXT?_nJTboKI6wV-Irsbk{o*&axQ3PztJb{!)BF*=QXp-z_C!&5X6YqaUaWpj
zGI`NG#dPnCV$5lNSY+9ZB&=$pEXTbhTCrH(Jt@9C4>(*h7g)UHR&G69KEn-jFoD$Q
zLoUjQ0JgBwt%A)qjz=#ZEL?cxR_sMynWI+F7gV~bklUbGVWppCb5`l1SY*~(@r(5B
z4f)c!uMEr7$y$VJD*ehn{rpq6e1)JCIk)PP%%o4kg+;89=+^4{rXgArMc))5zQXT*
zmREihDqcG;X$z|0B1=Or<__q^A<t0`KH4A;`fhoMAmAM#v+9R%{!moG@60??+gfPr
zRVwv<MUx(cyawRtQ^w&zf2c^IDFNZR3n7oLd2U<sUh#deVDX_%4wkvfLnwnOE04Y{
zR<{NqeL*S5#_$nWFSuT>g{<i<uc?iML=2Y>>%V``lIfoL{)t}M(qf5aYl3DCF`uVt
zX-B_KR`)Ha>EvreO>5Q7s1oazMi=2CP*7vSdEHJL#B2m=q10sbv_S)3uN>WEThXL;
zQFb%4pvo-<c~Nq=tr#hi(c7G&&DG#o(;Q<*-+kVkz}DiwUmyOpVY$3?GB7`=<*m3L
zj@ZZ6wrNJ&WpbQ0J`HX);)Ye?TI1Uq5-S?M4_B>z%}r`)q*todYs*nl>=?KrZ7mo9
z6p6HRDp3d`+Wkiw64<hMqe};a-U$a4e-g&ciF6oKR552I_=q&EEYnq=cl5Wl+AGy1
z-z|BVSz23>7Mz(Y6j+T}ZaG>mne!-y1DcBMKB!MpIsoeED_iZ9I+fVoX>+}c4k~e8
ze&<YHbs&;JXV-lo-z`v?LV@eJPT8frQ7uT_W5-r^ExIXizg3H?f-0yI7xjiJs{-ZL
zO_q(H-fx**jv~5O4Vq*wksd9s9>$kl4p}uXGT*)$Da|8`z9!nM;n}Ta-`yMxiKuAS
zU!k*m+8~+T|Bbay>7qGtxmC@sP9Uq()dNp5+83~b@^Y(1yo3}kcV9iqrn?tRgpz}L
zgkEX(I@6WbEsuh<i>}wf$pJC=!1g|^c9b6bpfWdX?V>}nvNiXh->kB|TIro1d!8$K
zN0RbT@MT|xawJvdP}TvI*t;>j96A*ljxlK2_9%FE-eb_#_s+9BSb3CdF;%3!qpp$;
zV?WXo^Wjr)S7mh9Vr!uWOGm$GubRo|;w3h30pHa&I%+T?VKOM-Gh*!7B-1`p)7EoE
zQQW&X927IqH#)X9I(Ax_Kq=9%nN64NIlh(MKcU<+K+yuX8(vy!XJW;zD%UQ*99?<|
zxmz<pznY*182_>SQR<k|5f8#rg0Z3#Zlm=^m(5Ccoi!C#J=-=NJ70&XRug_-PF?q!
zT=x9<vpu!8a#F5qNMd4on|(^^a%eEP2Hw_?V)yQ9<ek{zlr%?zm%_A+!}I{<?Aj&v
zu0$;*zFYAX-57jaRcy+{vx(%e|2SwSJEM+rY}m-5+e~FzVs+;Bt6AEPRB{t2OUJBu
z*EDfDdBf$bB-ey@c7yRsgJ*k_UwMXJP>$=xl)1x4FOFFc*kT-P9*ze%$IMG}!``>g
zzg(T)rW^xv)S+W1YTa`+3E0}9PQA9VX^-gyG2(!p>BPesuMUWI{OoYdq7)6R4hOmg
zm<o0n*|8t|NI9%}w<l?&3!t1k*|yYsIT80~rshgznfS1U!)?*OYFYScg9HI2iUX-|
zfVV_fG>A_Tvp>M?7Dx>%?+;h$w52k<`snSjI%7EPW4LTuHM_(?H->}W0<1~kL85>u
z0RULiWF+olh_SNui`~Mr;Wb`ie1hJnr`YNb!&PRgMY@hLb;KgF{gX)7(BH#l6^`|8
zueBZ6SbpV*tmu1}KuE+`NsQs-M9zk6=Y|^cv;5jd8f;U1gVL55IbL7=WVn7)d}3#{
z_p9;@!8Y|^tbJ3c+LL4YH^(g7o6q&JTQjlCH;z6FPJRNZep#&oLDyCV3A0V?Jp*H{
z2Gu<!IWx=`u~RCuCtjbI+ab2qTMC@BSLD>=j^ni1?I1n?SY3Sk!|E#Va5T5FfB&+Y
zt-XOgqDI3GkB#^^QMKdmy%kWs7ZkD;pgQ?#ZR@oo?H@x>@%Uoc)$)g&et1qpjQCjK
z#g`Hoo{N2!N^IWBahk4UueJJfaOb|l`2O<fRzWB2m;?nc9CQoub+~hWwPRkAatdMC
zV{FjrY1FA8`cC3%yZ3Y=D0}aD^+t#I!CPYQLiGrDw9|LBWs5%$C43qaU(e3z2Xf4q
zP`>*VeRvwVu$-H+rdsQ}ns86`C^&b|-}~s=x4pYK0ObVKyY+~7gYvxuh!+nUQUz(|
z9yd@PzGa_^Fz69+oOz+xHnwz?K&`Mto3lm!VQ;&0U+e?Kz~snaVyCZ0jN16CtptdN
z3q)*2qmPz9iLG;T^xUHEY4rRd>p3OxYECbwC+YMpqZdR*{D|b^{;k(P-{ukwYX~i`
zzVmUzY)t?>Twuog$KS3%>Z<Dkgw@KcMZ=gTDf_u^qi+?IGZO<gvesq{;RLbQJ9Zx+
zuj6)J-+&lOe77eM9Iw+Bb$(YD2lG&Gs~@d)JN$U-^@C4k0qr&85;*atCHk+>?336}
zmNyQ_KAvE&pIXPA2Z%%Ra!(68p*$u4DL5$R9SBtYPmQ`kbRBZE$Q`}zF}hw$_TD#p
z!S?ddBj;xq)oEAf&)};Mm*sKihSaBbagev;5Ci-<IW<ZC(K##d3lt85a{W>t|BkLc
zXuJWwR{e{_d)$M4%w7DFl%q|@AhR~-v$WSa`rGfBzk4$uegg8Ghw%J&lj)uFk#{A%
zVH~PhX46g0C<Zad-gMK?+HW{iLLe+=Ux-7b-ZSgM(V9RSKC4RR<3vadov=kVo=ig^
zhFim^7j9ZeN=~m4MXja?DWl;rNMlt{|1vnkMI0TaVkV<I#|y5Yg0vO7tDzB4TF=B6
zk+vA;X-<pvEf&4j=Z9;3S@*s<cG72gadV;Jh!io)#DH3-Vk1Tgr}h9z&Bw-X)gx*5
zBAtZH3U#uLt~yv1D=c}9n!OKOv3k@sl|6~DwmC1`1(Fm}g9>Wf`)eJq{*rL6{QlI1
z(xDgh3FzHmlCVEg&if9T+)WOrR>@4hJ#}D`71aMVqhYq{VOc+81?!8hrKYD9eI38J
zRwVpF|JA3x>g<KZP>&*Mb*<mPX|3fc!<Z~4$fW39h09Cx#Ci4W4;7=!%O<K%D5b0V
zFWhl6!{t$AjdOKgT)(NDzBLLEpU87xoEFq-vpsn~$sz_~8wJpWi2Ah9Xd{4Xy_w5G
zb=;W+F%kL6-J|L}SVeMWm_oL@boqN*FA@44MN%=kk9CKY%Tqy4V*K`_u((wp>}?~3
zoyx0`bPh6vn*>c5#K$;2H8@WaY7+nqWwLLs?j|ot_Eq|r>m>ZX95>}Y!b?6ZTq)3*
zZ`g>M5_Q#D$_&^9%_hfhlC8Ebh8f+vA1Y(z6$3Po0KKFK&fh>;0PA?kpuZGzc%Gd|
z6|!!Lz86WdR-Y=@rr@cf{$O!j*)-$i6e$3AFa<3&rZ^eiq%XZ?<@Zs`|HB6ZL4?E?
z-$!oqH|~Sz>)_Fvs0nVQnZ@mgO?1Qc1+ve6m0xdAPncd<NfN8F$U-<R3yeQAj(X2y
zWEmx~X3+F7?oMa)+-Cf=-+X}H=`oy9dv}%}!7G~F{aS3)Nbr$X{qXHtT&(PL9pdV4
z{nBl>r0&g#lx8^Yc2PWj(@PTnkTt%fxb<s{X6N%SFSK0ekpcHifOv+e_e1>oPDk_i
z$Lc;;M^t$7FGT3+(Cury>%<yHdSP(#<TBAOmO7-xUDe6RGE>(heXCsBkINrJE9JrM
z{d6s$cB3~QHIKNKJ+n?@&mcU-cEN&2Z*Wr5O<f*V-g9PbBQi_*S_xXqjViaJ1i47q
zqXcotZbDC%t1WqH)l=obt&cK8kfEDz+xP$S`@2DDED(8*>P>eWx|xgVR)1ug%XNEE
z$vKa$V=xl6WOIr)U7hmYE_4tC1s7Ci1zyhEk&%a`A+wq%%eNSaWT%^C?kehg`_S>O
zmGChug`-qg{{rM?C}=p@N2+Mj(2aDfez5@m5Ifh<FETl$UouD=iqoSc`ju6$XC+F1
z^zuM%uIO*#TtG^!n)@|~6Llz9VMlBtBFJ}MpVUO9him(0Y-HCjr*%5|UbtZXX9JoT
zr_R|vFA)+CLrZU7#wBM8(N>W`3aI~`b1iO5x{3Sr!ag4af5bmj?|sO5tPXSXM3Lw~
z3Ujq3(tFtPHzQ1k$bGuGvZYU;_bA_<ss=y`kdH~%^=^=9{b1;f)v*8zu?hkOfWOzj
z$%ZSfH1heN$PM66=yAlA!e&YpVxRWLVwkk+PYj&o1fYUOps21e>CDZ&36lzHG^~MI
z!mlKrm$Gey$&#gtFS>|6<RhKttAP|3MI|?t!R3npBR!T}PmNu-AmVUf>DX@SH>`lB
zub#+_%epk3!j&q31(Lg}@a-))3mM}XC|g=UF}^U-BnXres^0f96H9K5dqgc+t?R~k
zmqPfbtR$HQocyW)&bqDJbKL-!y^#&zTwyUz-8N;Lk?5CnJ;uCPoh}Y$r39V3b<kFN
zLLi}C<gUKxe(LuEvwLJICU8BmPO-bb9^^D6`Faemw4PMhuo97qvV|GIzN!!}F9d)R
zkKUhFuuM_Fr#-cCR(q9nNVYK#=1E-Z9QV<dbke_~5WB<&lGV7~f|+E4FMW-938rMo
z_X3RB2n7ulREG(*O(_4glx=$<P0-1VZdsVn1LxQ^^^5K%6S!L`-=j%>94gWj4`P%M
zf{IgzQXvs3bc1-vCKtTv7vmj?sy;^SKKRB2zL{Sa?n{QV$8#pMj94BaGT9d3bIE{f
z%%Y%>A8%>canLrWt~gddP_LjXsaD4(Z&u4<p*mE=&~25b4yqJY=VIrPnZBWaacARs
zy(?`xQg51ITT@*JW*J06qzS;r?%Ag6M`H#BS@z@_P2I>x;$bDx55AiD*UUFOesCS<
zP|c8fbAv(cA)hXt`eFqsdA^yH(09Hos#g;TR#wuNhJ$kEESgSC!RULD*X~+h$>B@M
z2@p{epl|;MID8sFDg|gzQePN;wXp@dv+_XPe=#D>Z~m4I+Tja39C}R<59CU6;$w(}
zYM~6wW-C~R1N!?pob>OhW{J&Pq{uJ@bZ3$>eVLMCDJ+H7cn@TJp`=!zVu`>&Hf!v@
zI4n+e9Qzi_ysCI%Q|&vLk?o&=QDOW+FC|8rOmQ;HTu{T6m)tU}UUJe^93O@?n6R<D
z(_rY8;_mur)k?G{a*0xzrHb^(RsJ&`NMVAQdb$AMbPaTK|IR;>)i0}>7v7RdmHIZI
zJNJbpyWqiAg^7l)8hN99&i)lMN-(40>55f>9)EhmE4AAzuLXWVo^Xo|^;k&=%Me*{
z@pCX8sQ|lt4UpUwSv4Cbf1fAKE9$n-$T@o@Fe-VICm|SmCj2|_Muvr0K7N(Z=~q~&
zpBeP7U-bSWw_uiwZ3k5T>E7k1zrr;r2yeiYUM`+>j({S^t8KL9yy#7-PJ3vvvezW6
z_LN$J`Jf6v>OH=ewffRg)9tCEhEU6p4BI!|1PSQ}W&S}VzNpy)lY%h6B3i49Z*?yC
zZ2Cbw36<jk*~|5HHKtbfb*^h}N&$P}1JRPXoo--*9Dr=zc}9g}VOp{wR7EK9xs*9~
z6GLCeF=t+6bw2Cu@+%T@gxXCy-N<n-2mCf*4w>ke3zR?LSYjW9C*PSMk%h=p`B-D#
z)7*L4AsBM}`<XIOpZYnd7XnPVg{QkoD$ATa1{F8yN*d1*%(pMPII^-bk4Hf4c~P$n
z0P0H_KIdF3PqIp1a@*21Ey+Wei#S|=L1G*)P>;DF#CA0`0xXNf;4ZL*yq%Eu6pwdl
z29~AvgWzRJ_^z6g{gX^uYZR?66|D&{1jNQ*5|eIC#oz->fzxNj*N@pHkNA|jx<`4c
zf%sfoevG6}vyobx!F&}30C(A;BC>#r4^(jZKXw?<3ZNiZ8nO&fCq>CK<7H2=!sd7(
zJ~FrFD|SeFYrh}UKu>q}rn)#EDq9#eq=sZPiDYDszy5_zl^ey_+?l=}Sv#qGG#!&P
zLT&?wVIt|>+*+nQK;$McGGvk2ae47Z)AhlQIz<WWLn)Xwh71Q-r&E-Vz<|v$vhW(&
z(+|?}aN!@lZ8#FV6q2!-LHZ(LL;+AOiL}UWRiTNYF%bo#$Urox+@%yI0Cn#=-NA@z
zen9<x!0n8@+aHzCe0cH_IEcGBicf;(k$uv8JBkl2UE~A~{w!Y0DZpGJl1jd2rJE=<
zC1hPOI@y|X>n-v=U>Oszf-6{#n1H|R4PcLSZ)QNZGB6=f**sbx!JY#rl*rZP09`N>
zJ#Q4ZP*f^c6r)d%Kp^duWXp&=nqERd>2^A$B<NAQ?o9;fL@8+s99@S--=P$^oXi1#
zmg|VdkPjlMPLZjUH8KHU1AFkA2UuTPQQZfuYp$cds~Px1uXP~|<XTAwN7CaXrLsju
zEo77vbl;(X^t$zXf&fUsFk`$fy(`Lpzt11@W>1hYi2|KZ&D?TKRWcF3E(v03hb>8F
zqY&u7HWU{WB^Q%`)iMCpIsl51&Gi_fWY$@6$KWgV)_EaW&oD%XD({N%zZ~kXj2<9O
z)-I<er~xfSQ0W<D`GTkld!S}yJUI%;L~6(sugk-nI+-ze_2QvmSpYqc?wvxM+8YZH
zw;;Q_Eoi|EwonJClPZI>-Jr4tuXf!f9;D}w5!q9~vu9vApKiHy%>r|bx;#W)9@6V<
zFwkq17(kiFl}smpi%}QILrR~^Yz#$Fez%CvfupBiQZvCpJSH-H^5_z0!O8R}XKpkX
zesGz%<8qMu=6Y6qA<{E&#AL7SIeE=rp%R(&0vIVOZy&I-50HgR$a6tt29Yw>Msf&n
z-b0K=x{)j#qN$6OZyrC;G);&=9s4yAq(SPasD6n%gYc;BQd7|>veHx4vF<26;kSf|
z_}FA}erxg$8uT)0?(%NW@+e?79YF1Klfv~%k3ycEf)v$Wh?GHq6;1&P))=Y)FyuS(
zt7gqJ3rq&(sOCSs7E6<YQMbnC8cZs{B88jD8GlmJBTS2Mx*V`r?s#L)vBZ+@`rn#S
z$Gjkxn65u=QR^ts(n{*O4INxMf}E7Wxu+_XPl{p}poYcZXOPs)aM|^Ks(6eB@_mme
zL_v2zE<*3AGe-6iSc`em{|AX;pJl>2I@%fiTN)(DoK8Vw^?)HtGZbAUZ#D0UE^<Zx
z)<plI0Yyeyt+*-3n4;TnC!nU06g2<{rq{|A<5G{54FJ#c+*_MgQV0Nhe?e-%Ayg6I
zUd>TCAB?OnR+CzXRtu|eB|mBZb3U#a>=pF!LT^T}8TlImLWrTUGErC+i*>yj4tH`4
z$DL0!Xx9#a;JRca3N3Jo48owvN}Kpe;Wy#EM0_ixRO3?)pk4>?Kg0z6yqn<wrZSQ5
zz<@R2*uP2;jR_kWT^%_%Hl5v6ljyRoA;!po*N<%9;4#^B=;!&!(%75aTovTj3(s4v
z)nY*05g@ggxt?0v)!L<=2YK*)jfB{A*g8^X4+*nQN^x#BGpsOym0b4$tCs@Wp-Wr#
z7;~9c^Bg084pSnA?$LtaEHN}i^XhPjo!8PJG!lU<l3z%zhjOmB#Flm3;NYvfSj;mG
zj82UPUBM(01Zt2$ZOHZ*P~)RUO8iLJ!=d+eW^%5JJ)<4%mKYebr5s>f#?}0m*L0rO
z^xKXJ8i#QjOY@?Xm2D`QvWbBVY29D2wBYHTo<I!st~CV#Ac#Oy>>`;W(UkHL0)xo+
zNKl8}9n)Cmb^9ckV7Ewz*(L-<MT$y=pyZHKR6f%^e2^Y7i1p!woCNkMpFPORQ6v7I
zCVVB|5>nJ*xs!s3BVaYTu<C<Ixn=~>15?9^Ra<1c4CF#(#f1W>&Xw}wa*a9w%ztr5
zwgy0jz)&}jD3H#Bzatd}k>@JdrD3FO1MzI1=j>c3(&u#LCDWUeK+kE-fGbSCm-zsP
zX|JfQy6)1Wh;_2L%{SI0LYzwnT9Bud27xjwJy2U1Ki0%yoQxFpf_@YxIBT}L0VAEJ
zay94dyhk;$s42gZUo^k<%rX!5kmk|KhS-vZs&mdOgv;Qj*bC=3)?pe{KsEj)4Qfl`
z;T^z$8tEI?s}?s_knFNLjX7X%_UWY)q$~`zvHB&rYEz@x1gC|CX|3hobk@{%zQ;Lv
zt$$PJ*H&CJi9M(3b<W9L4i~3wq~+TDbuFw0Vms&NHWlF?vi)d$OPydt;*EIDH~EEQ
zvVdXRM|;T#@#VhkP8@;cDdV<=&z78o^K<bp{^It~T&JAbZQ(0%+wRcEnw^{4synZ@
zBVG~tE~ATZuG33?SNo&KNSEDsYb-WwHzIY{)^f?ibvK$Z(kPwyawpabE7D2wx_>v}
z7isL;ZW8~l)-I&z4+&B8rd^Sm5U^SSuF2YaaYtAq0MupoQTngF4nmlRb=af$z3d}M
zrXxfPXKC-~{y^J3Q`X%W5SrH+<{{Dkw%<Lj<!ji&*UDdC-;wOsFz(m#@7Kxh*K6;;
zx7u%T*>8NY-xRjroVwrgzrc4J4@UYAM&}O3whzXC9egA?yqX{mujW6Tl0BT(KAf>S
zoOL;zdvQ1)cDRswxLAC+)Ofhuf4DMtxVn9~_UrHy$<aFF(FXs~rtHyY?V~SNM_VpO
z+b@oG!j5)RkM@d>zBV51_a7b19UX2T9sN4`M)Hlo`0beg+llPA@7mvpcK4^tw_h*5
z{SNzfn)>am_}h8ow~PL7mvi5UcK7Pnx4$F=022WyKmf@Rz&ZrTJp%MGfyAG1Eu27_
zMj$I8kozA!7z_)eCZQ;yGad|c1%SOHND#a3RPShvm_xnsn1|G1lyXnyTf+29u^xgX
z5{L+<@Fdexh~6&N0|{V{qtlCjsy!I?0N^YCfJDFMYL_>SP9Jfi@bp9=E=e%Wmp$)9
zxG6zoz?XIMMC?<X`0tZTz<1&#EJ=ay>k{8@|BaQt_k9iVUG`hFT=@5n`0olIqZOOJ
zx8c7lzl&Dc@k=Cp562V21W)b^M8N$cJOLP2z*8o<9}k<+*O16tNK$>l;~2p(;`*VE
z+>bDP*aK=zm}`nxDWtjeSrix7HLftD@CZ-W<FHebNB@eAOV#`&#`bUPh7ohZ6{!)P
z5@2VEFws+xQIj8tl}j1U`3UjLWj@UAXV?=siSxow+YiqjbV$76BvQ;6NqNiz`7o!y
zex4H;>6$Pyt}vS$kVorZ!*|1~L;SsPznl{U!QS6~dEddfN}MQv2qSJFcpV3jt|3XQ
zj;J~c^ZM}n_5_K>JXjhB4!?mUZAM$(i1d~RKSVtD#$m$!1Dx<-F$2+_6JW{-F#6hA
zlFnK3y|a|ZXQ}>YY2jz-X=fQFXPHfBSp#R;^Jh6bXSu)6-d;P$F`efLoaf7(7wDW9
z-a9XPd|vE-UJ`y@dTk&1-^9mcazeDKk`Q@HaWQ&D(SPu<tmOX#A2Vqv3TyL=`4T(A
zveN$$WCf)cvbVfd0L}n|m!dj>w=7=^*oOSm5w-~t`G+9;OFanW`VWH4smITurSNZp
zOza5D{*R9EP40gYWHA$-+opW7=89Yf{~dyCDt_-@5n%&XO*5wd;g3z2%}l5bbpF#H
z>#@1%ay-!aH$fJ3`=1E1`vdVu4*xfTZ1LR7?3tmPi$!3F^^>RnCdkeq9(K=d{$B|)
zF(vH&uavMah9L+`B*<*UzVJT^871O`<aWpKK1Fl?&k*@Z*kd9@cFM5(ubQy`q`7{V
zm-T=PVi@6cb{`W)74c6>m^LhoIW>YIDT0AWkaJT7GZ$6r*TmXB2^KBOj%{!(e`cB5
zWc&LUKp+6VZm}M3Gk1UD9UBuFT<1F9=IQAH)RkMc)VU_6ICQrL{4Ww@PwfA{KX%GU
zvP+5iFMQls)<X2h@9L{cv$Oy0kKcE-5j(>3bM;@=^ZrGUhdT#}1bK8|Xpl&dyZ@6Q
zkN$rU<dfsQ|Dyz%h>tt|_u^x3YFeKE!p8^2T6si#T=o3F@bOE;zwt3^PvSrL*oKIY
zU5NNtY%K!#^FQ#h>O%_PU2rj=`z0HR1x2b?AcqHPl!=0o)JFJmS9W9l&d2LbK<dw4
ztbpNefWh~$N9l521|5<7UO^R2ct{%*zkO(D4tR7X1?zdXEZMi#i{0bERepQY7W@!u
z*rB-lq(2+Xbb1JcJQx99$@MulF8^AdzUB)?8m!Aa*_ouMKSWB&0@vo~{62L4@gm~m
zh*X*3K7T`i9t_Kd>V<~0sg*sdWqsL|Cl?<W(U-~&p#4Qc8BRwoxEWzgmIQrr?B>V(
zWRuL9CyJ_AXF|p{MmrBZ-Q{AZCcU(47+07e_$6K`vOgBS^9lo%NqaS&@0y(RdmS$N
z6?!9@kqUy8B(Wr$!CKJ@ZKq2`_HRk<L>{Ng0B26Vq^{vuKC5leXkg_0Hgw~eVU>+z
z_n)h-8{(W9-FNk!An~D+AUJZ2ksa-4004T{8pb}k83iqPV?>w6xI~Zb1KYSJ#LC$U
z>c_}f^D*ZC3m@YpL9w>(rH$yI{~kVesi<mLaovD}?bstHWS!vD@KPqj?|87aMT7%0
z$U;7`wQ!gsQFaY2;;r64sB0?S*m^<P{>z&p6I}S}Gqd_MDXvfYLRQlw4Te=T1aH#P
z^_xLoV-5R?$f%EXNPib=xsbWhAwQ5C+Q-Yl+UF%64aRiUcFk4&p0`vg7r+zoab@3q
z3~j9Q04GevgjqYdus%SA?#GzFr~sezqyZECjd9!qjf}u#8hUNZYcvIY;3SS-Uq3Jn
zub`S;cyA-zJMK#Z+=Pc-`-*wK@UbkT8{2!?)aO01((}12pYdu`>C6?(jT{2;zV2+0
zUvQYmt5fYX3J5HOU+4|B6!lBY@>3%-@#d|P2UM-8S-c@u{`Rc&NQwDpeoq5_l0Cb>
zr3_jx{3g}^$MjQAu!i9*=VZvltGvy*wv%@~UeqT+tm19YA3#`Mo)o{rJO~42q&^6%
zc+Oe3&G&rG@HQ-c=8xL4v<VR(^IBb<?FJWwY%eYU3m-ob8w-X?e(W4AfGuEQ+#VGs
z8;E;}En8b&ycwU=Vu*{Q<NyHGAo>j>ZCB$1f-C3;rR7zAY(iiUP<({_nfv1gjG!Tx
z4F!Uvc1}9Z1j>A6v`NxRjb@V<`r>}qBlFm7m%$qjr|6H!mq24e$w<F2Q^`-sa;|57
z`JpGPg8it5;J*!2CTR1WrH``u^uLjpr0k35VK83EACf`Jy#}p~I5F1U7Eg$@rvd*(
zCxt3a!axTg+b5@dB55|?xPG|LhZ>OpL_N9PZv^(Y@(IzZ<;KNZOOSfE0xPt?)^a6O
zQd@31=^23jqaFO8__#>ie`v(<{3H!eS!|j<K<D(8*bbJam-4F{%_6pgoq~!D3-##S
z)sr;mvh`#i65GKfrCAcdlDouq@YneIn>+S;iX)2|&&zvr1W^J?V~Jzl%~Cf{uB7!;
zclH?ELq5M1e_3MwYsk17fFmL8=z{qm!5qZ@YobHG{t|9#Zv7*_WN=s1sCLo<2Vy8E
zEfcn`jY@2FVyO1%6LFl3O6|^Ps6lFpy0B8%4Dv9^kA;fAD35jk0GQw%p(andqVu=&
zm^#+AI8$3KRKBQPH#yX}K_WS;M!i{%CB<3+xg)Bt9?&CRVXbefS?R)gXcH!g4%swP
zpE#K>J;Fm^TYmzry@eyK>QZO>IuW7&EMK*`RO@z7lm)#kL&P6JT@C%I#C+)@kw<%X
zAF@tc5B?}tnB6n--!R9KSe9yuxto1QSQM)=ln2Fs<+6&lRHt{UaQt)iRZv$gs+Nd^
z-7G8YKC#XlIHRjysL(qS4Qu!|SH7~Yx0a+kdG|O^Z4`r$2<wG)O7;69i6T)$uPB@B
zllLWnh0w?0`WBOkzuFD7yxfayEh`*<HXzsCJs;aG>#Y2$%pAOB=fAw%@*=;wi^J8C
z!FDB_^InVUE((!VVfsehzcxn3?RnMy)B#aTXUuvUKR=#6M$5i0uoMn5Zd?21^s@mK
z@$TiLyZ4tf89sQdirIgTB3mbEHVK^dKykN%&A%YJC|w8-R9GGQ&E$&W`;MF+wXPn0
zRqxr{5)~h$a4P(@S$fag-D0uLcCJ&d?}PzjZRh!EIp2~l8?k?7_c$i<(~Hgi(DQ!e
z?{ZA1{*M9G@!Q%8iqSi?EZx)3MH6|WR}ZWji)DX`CkKCB6ndS`R4`WOmJ?+=8`MH=
z1NHNKWOx6f^K{hhMTMQ)fs6cS`8>#rQmV_ZpE<MCuLaMQzGa{=vx>2pn0-{1cwJ@s
zD9FFQ6(1VF;ovwa%uuG2^UQsId27yFrqhwb@70hnSv}fztUYDl-q5g^eY$0Qa21%#
z^pc$9cLwA8(^6d>{Z;$>a>ZfZzAk~oiw}$ghw~W3>Tdp-nf6^Axo`CJ9`yK{(Q@Nb
zv)1j#MSJ&Z6EJhvsXD_iYD$EU5|5vF&3%6p(|h2SkM-gw&#v^MoCh7}i<S<bhkda7
zrhSKXYEZT+HO*^puA6BIa--gQ<Z|zQSkRcSm%K$`?KL8iC$}s`GsKI>M&IH43>!n`
zC>*(4C$)XNp6ZP=bU$(UzEsRSSLWhBIsL%AW!TE-R^(6kthikRwIG#WSC{^BPS)ZM
zMYspQ`=v{X2`{tu9T06iAhb|qmAuQRRl_$16UyrUnf|bL7CN$X4SYT*Y*{v+@p3V+
zUU|4z{K-;1`*;1{sKc@Tul3hdf156FY>@p8Y&=`@&$swYfnmC&fy6<2*gE&3?ne+?
zlh30_7zY`l3Qm!g&(*G<uL^#sc_(B4qW(I=;l1tOOV_SYLBGo#`zDJo_N!ulH;%7;
zXuNg4?)NU3k8AZe<MmE;T($cL;ihY+_XvnbIX}0JPrnEXn5U(<Mrl7W+kVh);yJ+Y
z_x0zKwQK&Fj3L!>A!JMsFK6#J4A8x93T9tGY0Cw4rae26dmT6%@VwFe*W;I`Odct}
zA4kjh3jTcE>f&n9?~vQ{;99_oywFEW^GF$gCmLO!x(2^o?U3`E4+|T;lucn;CBcUS
zAt)xaCEz8mD|HXkbHNA%*&O%|m-9<T-?W{V4)-41*Fk=;dNudk*Dd^!p_WtX_N!{B
zoqDO?=Wr{xN2q#%XYy*#I0l1XF$c8$4hc&Ou(YQ3O*OfaF+m8P-lH!<oC`RIY@@Zq
z0_ho%24SvpHz|yN1#<rK<ze)5A8<U}a-@#%^OHv@>x3lKSS10T$rOjnbYVFMQK)O7
zt@i>tA44syBOD(XlRq_n*o{T%M!#wfZWu&0y9OK&M9%_aG}NCp%17T2j71AT%m!md
z1!H=xV`fgnb+|&?B4UmFgAeY-Ov}f<4tPVHB8?S%!{i^lA|JCNAFYLa^NATfyZ)xQ
zKU^<9_{22^u!nuG8*oSrDx^OfDUE~PgmtaQZtsR0kwy&2C(M_|U-H2kOd#LoquKOg
z=-guVcY`-v6T10e_b0+xTVe+W6KGlDdq~j-x>t!4&WY^lkn4*He-{!PcH_9uf~6Mk
z8g<7DEhcEX#j&|1>oB3o&XStnquSCEWfkIXvBY05dqcB`Vi-zpoPo`nP@v?JW%QE8
z%Mv-s;<d@%*xKBkogg<cd7}kL)zM24wTTx$OT;pv57SfMVPOqikS8q(rhyO>K<eLs
zWF@jhm&laU(ln$6tcEL1GXwHdJ_TfxAx4$}Qi#1~1HC(xF8?r*l_gV$kY;QXgJMa0
zrjTN?8^^^G%DtNr@i1{qK9hqq?KmJMG%!iKC9$<BgO@C87M-9QpIB&<>9iN$LY8nN
zG9x@AS&}S!9-UC6m)$Rvsb!Pl9GMky)snpv5XVE7Gu@pcpqJICmo;deyJ(ZTtebKp
zJqa3^M!1$c=>)4Gq|Ld#9dOHCXnD&y7~&O}wHxrpM(FJbPc}Pq=A2vhc4Y3LLRw>K
zW_x5-rygz?l!+F|)X>X056spLOrdd$Q<q3>SBRZ+4T#Xm8$c(Vo~8bZd@FdCe^!?J
z%Q{_z1qTocJ&VZi&d=AL&%bt_?=ysZ)RI}YmtdtAZGua@(VUS}RuHb9q-_GxMnJv<
zzWqHEi-}BP&&UW_$bCkZv9g%Nvs>6k3+tjTdaYMv*;?FimTbdXpq-h{>;A@ZIO)D(
zp0hrG(?GtcV&)TtbmsE6Ch(#wHR04`g@o(pxX6~$XJpW88EJv~JW~_o=1ci6gUY_x
z<k$}9Dh=i6*MzJpWQ8x~IVpxF2$waOl%)-qgb1f&&y!h(^T1>o*|upj%^?wG*?O(P
zLlN;M!d$|``L4s|q)X+j<f*%Q84u5LIa$kfY~RqFqrm4CZ`EM;apgU&<-IJW<Uu)4
z-7D%dDrDSKtypja0r7_VRW1*z%%iH(mr4o)i|R5f<TBp)x~0XO7v0#)v?4&g3ajsT
zRUa-@n+aze2UW5S7uN|Vph_TLqDm?6zKgakF%|@h!~-1T3jo242l^0jMOA8M**RI-
zldrKdQOV8Z<tL=&`b$?use48GTtMcFEVg~0d3}f`A$5VZh=i@QPq^+*RFX(=sj+K8
z^Vhl&q1YS5{Io>9OfaLzUM&#;L$a!#EY_>qW}mfW3AbfxmS?vQ)YWIcLCwc$5h*i)
z(m0rL(x*z8PzxC;Az3cxiLN9I&dSa#)oROm5d8l3QdxTmgc8{}S<{F>CCFERo+#Bk
z6)EBhuJIR1X<vGqMpmV>oH>13R@u@tS`J~_hlYAIJE9WwarMz7%~luHs%!;mLM6rv
zA(<nY4$BQ1OHDnC?-A6k`6CR>WgtyLqnUn9Nmgqg%R46<NSl61`hL@)LR+I!TS#<<
z4i4hlM%i|?&oE;`A#4Ka6lsX^fGkHBm%EqUJFjmnOBlMyOSOBiJX9w{QJ%T{_EiN$
z7+KpI++q44Q3zRYez(DNsd@2hiOt>IJ*7BSx3ny_j#q4r!$a+3(dj?30QY=8oL<l`
zRy40h*UQ^M6xfOsDC#I|+gF!jm&@v|Q*`i;c4BsF>L|)7;sGsoU1l_}>Y5JLmpxBf
zy4WwfK2y9SV{K87?jDKmelOC?nGRvTt08qs-?87ep4G)!(WMw&)^A&MhrM^~Zm+Fp
zcRgGF1Y7;Dwq8>jSOfgSCyyRh`!de`X3v8jUbYG?y~5hIK3h@9(M7v1vRA^O%SoBu
zA+qa=xw6Y-G@qlg3Z&dEWYgjtJs|2aAYw3p*%?%~?|9|ewNwET^6A$nw7F*2=d!n}
zu9R4=6x$1@YgE=HvJV|(4eN42Dr36QZ2c*o^s_bO8I*&Mvzv1-yVx$fDp<R}pS~p>
z#Xoxqsb1-eZx5+GfO1QXXsE#u@t};+q05WLsF9Jkm(Ah!F}0b4*GC2gFNYIEhc-v+
zC;>gv`=g3ayF|Fg<`3HDv-`_4$3BP-tJ&hOQ+AXYjPLIZR(cK$wD;*%j%yuLBDla&
zZ6Fl;;N|j!ImIwn%wX7JXZ*qN1^dwF%a6=r5Cml_<j-gW*VxqPP}61O%*uqR=v8HJ
zdBZcdxSY&BV8`Ue!AC}p3Bc;GJnX~H!Q>4N`WZNd1g=>MIYIGiY(08P$)G*syk0$c
z`18s~lht7W$24Q?q}kX<;$tw$m1&iP4hh0+x+wVO*pSJ}2jzni3-*?^>^=#@@ptyq
z1NPG_9P=zW!LAj(_8sHbIKWctpeFmN)#Z-sVtopgt<3tF8W&R=%CpiAvwzs<V>lK$
za>fG<={}lJNUno!#}ivx;B?B5ln!%PhmZYi?}OSFEDfjqRu_C>^Y=QYU)nFqBy?mS
zf+W|+bH%2RFMHhV7d(|K?|LmgU+jzJm@R|N$G=+f&4DC~F7Mk@+`@yTt|k_ns+M_U
z>xCp5qS|^~Rr;1I^UC%b{vIsdgUuV5Oz*_5Y<o>o;-|-B>6}MF;_LH5605DTLl?n4
zt0F~;qn{MpW?m@eSKG&0Ijjv;t&!%g8*l-o_Mypt)@~hB+T%ePDxaLh#<Fr&---<q
zD(g2dHu^l8*qQU&{HNnyt&?@G4d$#>k3#ldjoZOC>K!Ofsumf<=YAcI6AZ>U**gz~
z8;r|}uVq(0t6UMP-rV(?+*5%tdvr*7)6L+aV$@*K36QwNjJ5b&)c&~hpEh^)_P=aJ
zmY!K-LbD29>(y0XL~_4~iWA>|jdE?R_Rkj@)eU;1twxoZm#>zun3chi9%GKGMbRRe
z?}n=iSZYl;7DaN`?yYX`z@TCwYvR>klEmu~g!N~+w2Q>}H3F2Yx|%b#m|F$XFq~s1
z{v0^Be+g|D8J3j3oOP|<_P*NQJ={!E-G36Yc6j(DL!52`4<&}ra=bwP;$L%OyPA~2
zbM32W&ZZRiz9I6&tM(;5&b@l0y%z8N#iLCP9DwTRP6sDl+88L;8#JRbbI<Y9bZnRA
zVecolZK0|JtZnWV=>+5rB<5&)`_+E)__xNjZ%f|$8i3E~oJTi-#0wq}pTwu!wZ%rm
z)r`?aVH^=Pw3}0Gk`Cvq1mSP0Zniw0j#=Gq4mn(UbG2{8wI?2O(tLE-?oALs-WSCY
z_)I?YOMD7}9Y2WuWUdIl?Q`rR);XY`&TF*k+Yxf9x-Wd4@Fe%gQuPV&4&mtVM2vfb
z4-Vp|K9IfhNk)9^rTA3F!H)LC_di)P!eYbQi^K0-2OvkoUS;1BIrow{2~Xah0A8Oo
zj<2t&?wCEHHC+Q)-uZ6n_+1na5<+~Zxxad*a%?)fY|cKcW*4jRcByJ~vxRfdXyV(8
zC;I|#&t80j7)%_}5)Oku(tZR$pm1=AF-T0}wDQjBPs2}+uU8kv`X2uM<Q<d4btk|8
zISqVr_WaY27az|uzd?+MuIjCFK^*PG1Qa@PX?67pBxV9SSq0r*2UY()=ZRfC8(Zcu
zfB-t@23=#^LiP=xoTc6R-D7--fATxv#?PVGw6xv;J`)f>;d0{jUvpJ3_SP7a<EMq#
z9)OxAf(ETg%BX<GBD#5DY&>c_g?ZFb>Rh(YiKe7UQS3r45VEOAx&#)TOm;mpAXsX;
zy#vc)zHN{x<F(eCVZLLOtMcj!^6z%AoBBQ)uL*?Qv`zOpx6r02moh6vB=Ce$@(5SI
zkV(w1h(eQG&(-q9B9?d=1*{55O+V|zvt?vUXFQD@Oy<)Q2gaC1fo}E3aB62;A3OEO
za@?6aqa+2=-ZWt5dVnq`8|QCqyo!GyqqRE$>Z6rZx56#*R8EUK@77fHE<VlE<a1-%
z8tCK#e(T7RdYHujAw$y?2QZKx9Lu>A&gszl!^u9A7B|`=W%1EW<8dsFM(8~jVMyk^
z2Uy%${Z}So(Qd{ljktzT`90>uZ&&U8InrkyFzzU@D7ZT{LtG8Y<XqFW8{hq=j#gqn
zrj54yGbIVL`f|DQyMDHJ4b&8hx?&46iLq4?n^B~ZttZ1`@*mI?#GCWW^IK5~Sik{U
zce<a1E_XOzoo;&69vZ+}a~lT{c-u~0&io!ErhM!i!QD{ZZzj@FKcPO!y(C^I_#s-?
zsaxxfrzRPET^n@p?xuFs6}p)}Kf;OZ1_Lu#m-jD3+C(i{T}qvnN@YfmiS{`+i9l_(
zlrnSwh?L5YR@=DBP<?|z(nVL1q`p`}+c)t)*`-elmHybGqvXx=(P)0pUO&(+YIf;+
z4*pxS>3l*WfHuv$h~x$BDrKus0^9(oS=WENmXx<R);KTRtWc1<Swf0oEapU7Z$QB~
zpUc=HZ7>OBUFO5{QGkz2gVk}TsA-La0+tFGrIJ_&&`M~`K$z?aq9jaa%nML`k%niz
zG%7a-r^Bde>$&3^#|E_$U0`MXPcv}q)k=0={zi#9`RFK0{&nKcqWfVA+r8z{HAn<Z
z5HR`r_QSk7?blbF);6IzP)Qj>-rPA-zT)Q*Rgvid=bcfP!awakov{D@AhghNo18oZ
z90RJ&!QtUj_NfY94fFkFCLn4FfKry%S_?M&E}{$C?l36)gb_}Et2aMR*HFbc$t7ZQ
zk+zk&dgZ8R-%dHM$B*p!Uba)z=gv1g7@2Oyi+!?l=eB3li!YSa!JD~kz}5y{?gxx6
zcNP$j-?=wN94Br&xVf1Z8s{?<6${=R)XN9)DHp)i2NJ~n(NUwdM!!AkN|5s(r<-<i
z=Vv~<OabQaJ(+T$b7_i!q8_HNieOi-k5oiVKV&@)OAZnFy74Vj(U;#Wb>+lFtFhJ#
zX3WGz9Pl8@B|Bn>yzaX12)QZG=UphSem=!?nqHW}7>{@%inxDKGbQ?a!^l=BKJ|To
z|D8p7J~9>sb%)G}JC{Em-5R`Wvz6+D5>mePY^0zYDvm6nO!fjfPpm;wntS(7$)QZ`
zIFgJneA%W&Q1JkLD_cC8#eNInKsjPrTExmj{l-o7J+l`MPs7w8NZz+kflQBYi76bl
zM0|eGDkT@XrL_TKu7U5o*(GMkr{d$v*5Bcpbzda_l#FbK&mfI`m99|#X7EF6vj|qB
z7v-Tp^voS}`wHaBqU8NX?JJI~#qrj7kU0*|SrU(;WG8?`%mFt@19csL`3gq9<l$wy
z3PkES_5;|z#F!UvvaCFJwRNy~5CrkP6G=mr9J4$~0BF!u{u#)!C^i34oF;IGxNj@9
z9?x2c?-`wZ0OKA+LdAVFdrqfvf6qk9M3_>rk<vx67H+;sv_YdRA4!Yj&B$XUZidnV
zL&NN1OXA^>2>C)%y$J3Z^-YLOo=4bcGp48NCBs&=zTxVHcu-$I%GZ>*Q>qFHPKq$j
zT>H+dOOC$tcc}2SOk|YtRMsPB07k?Sde=I0?q2buTsPY47-}_Abws*p>4QQCaZr|A
z2fqj?l_J{$4~OD~K2kJGKjU79L+x43RY%_!KY6q%i$j^`kk{Yu=9x<pHowZCP=S)%
zMgrAo+#yqZu}LJ7-O>p-bT}VMmZhjXR&{go#h$JeK!0z(cUy+CIf`7O4?tpej)Fyq
zL0k<*Ze#-Q%?T&4%>|H1^#ZUjXP+mq{$K)9;pR0QCiOTJU5SNvFf-02FU$d^Nqa%v
zXUM?U5UGB0!~<7^CL)DbzupxB%%y>*QWzKT*BF^WjaCH>I}Q_a=&4w5<U_Wl<}jI3
z$$2N@9zzFGbqTNik4uRN?{Hx}5HbpSodURfYd5|Sdv`&U<+n23p}snGBIAIqDDSNw
zV>)JG!W>$8;iZWst?D{JN=+s(TPc7;cwL{o)Y@}n6>#lMv+dQ7xl@HX!Twim6HqQd
z7s(xMcsvcEk^6&Jg1W44{O`8=ge_5w!uKagJL+|9A$R?F+UhR(p_K2H#oSRTKCCR^
z#h%*!yaAxc`b4Na0;;QYvinZr^mA&edJ*J@BYOD@prX7_nk<R*Lw6d;O*)n#b*q#3
z==NQ$TY*EY_8h=%MnuTQs0(=c&`MfbLWIn}*<SC!J$K1skrL>xC6VI&rr^PgJPHRD
z&3UM>gl0<l^CGqdeCC7l9hvE_c}5?uSg?v`|Cb+VtrySgQaDugn7F)6Ws8Bu_Q>|V
z!^gLEnTsH3`zURBF=NB*%rE&&TZS8>3YTM0bsu>8RoFP_nV=WcrvpWG5JcsN2juP%
z;7-5WBu7XB@HaaYAL|@LB&}C##hq)ghVF<8H^GNDlub)o;>nnyLzUVL&^H0r4%TdJ
zi-Q#A_omc}Zom~t<l&BrHC=0dr$}(^#*@rj{R^OhK!>8zcTDN<so1ET0~a|kgK{=$
zAA^i}oJ4MvdZie1EVrJ$w8%R0z_%v5n|jg`MV%~C$$csgl?6N@_d$MS_c^<}GeJWC
zDGL@t{bFn@gjs8Q<;X-7mB*<dLHiz$kU*%JHVtm+Rgq|tO2$QT(I$k)Lwbs(B3rRF
zv(}rDAZ`HVys?spO;$FDsktfYPP~;|`xR>6(+9)$RpQ$0`0CF{wf@zNWIrd`b*MOg
zoPjJ`LPS{f3CNA!e84IGi_s5T_rN^5#P~}YFFt3MAyMF;W@W16UnljBlGnd0UkmKX
zrV_b-#<ntnf)U3pQc(`<&%S1M8YFHwlSg$Dir+1=AYWwCFk4lVUb3*Kx;|0{p^%D9
zte|jaGIOPy@d4<%y6hY3X>}K@fy>B*V4>@PLh^L5Y;#i}1}rOIHRA!6MPN)K+J4?v
z%L^d+{jhKeRNAhDWO7CEFXn^rS&SyY5&-wOHR{-eNXo^#B;)v8Ve4uM(V%!<T@b)6
zZ9|Y}_n{<31Vidl^;eOquRT|An+gEUGllEv7%Jj5VgXnliGcysXf58+Y4+sls!?XD
zw3KDYdG@q*zggl%k|os92_os%V?gUTMkK9(ka&qiTsuu??F2`^A}IfEL{T6qzct0C
zZg=uJGt^fda^4QlSFNMCm5eDnSq4maV5om|Q>BBCF-^o^tNcO}twE2~C7C<d+vbfl
zg~|><Qr1$E2C$&7Spg*wh+;w(w)3FqkSGCDl+!cdx`yI(O>#v9>32dQcMW5iFNhBk
z&o7ToiU-A?7PQ3+q|mYjM5i25ydz&n%5uG<26Ry)FtP-IJOOYE3s#87z^FB7pY^?D
zC--2M0!Q4@yHY{|C>Vjf{IAIvS^0{G*O@x%GQif!!x1PaArwa;IW<dW?O@JzGB|*b
zJt`0#ri&IR?dJx>a8pxlvG8!$AZwO{g=>)2(P&t669uzUz}*2NCZ~b7P5EJnN2_Uq
zC4RCRT>39(1_~&nJSNhFCeu&}eM|`2Qs+jH4-oAK%;FXVvc+jE4%0Hn-Pepe_9>;e
zM#X6My0kDhnq<2hp#3C=6j<Ky``qMrMc+{r;LabKI0jrlZ4b`EkX3fhPymCm7`a^}
zwKGPe6qBlf)r3P7<1xkvt-`|5oCOkkxFCx>fVnw}&IiR{4FrB3E$&qTyE0~HBwqot
zl9{;jm=@F+d<<PSMtPc}ev}#-JLS!DMZ~u^^9c?C%M}F%0sH~zv`S>alz4|T*g6w4
z+XI+lRg#UUl_LUL0zi&hLk@vaECtIUAX=qhEuwCXA03wdh?7VsG#A$O=FG1cyyNOW
zj`&C)Va%|5=R_BUZ{_ROM>WDnBGr4NqROKcL7t-M>XtZp7Agt?MRh&RSiKA-0SWC!
zQd0u2FO2W^He5%7HP?|;I30xmj7bcbIQNgn;GcC*CBcv1pH03^M~T`9G6`0rP(a=q
zQ}#n?Oae;VRB%&24yML^*DOw4pOpT*@zhn+$c+gLPvh1_tDaw_Qk*i<j{s6I0+UX)
zA2m9}DEs;}6^<$2QE6cnsqY+{V@)g|3=Y#;fY70rlk$C$EI4KsYt$)odLwR<c%#Rf
zlPZ+KSfLwH<s<qILE5iRoE(zr)?ON?NviV-q%1i!42*>HjDM}CnNh5g$udb}1yZz+
zPdx<R%Erh8fO+i3*8{)<qNBGRuv)I*Zx)ksDbuz;BSlD)`W}i#>jG6}R3qRsech$^
z9on5j<AAGUf&u8Qo}}n<_QYN~>Ei;MNc3czvi%6a&wePS5@}&SG!=~TYj2X@MJhkU
zYMst#FdHjTYsd%8&IHeDMPRfg^z9nva|r0Lc#zwb9!Lns_&Xx~7R>^mPuwdn3uCe&
z=M*$I{C1cjOIYmO9y#y>4s%_Qsva}W?AMaEvOq(vA*I=;xZbT$gV8L-Tz8!&e%l&2
z9WCk}xd6*_2gnd4Jh;Iow>0!-I*397%{Q2xn*w?*hUO;R!^uR1Fm#8k&W98sw=g$d
zijdq0Yj7f`D$g51YM^2lvTdDsRwF5Ka>r6i#M?6)3KUgJL*PqrHx^8&1j_=3w=E_$
znNjz&uv%Qh8UdD)G4qTai~kpO_Z8Iizvz2Eq!CIW(yO9~bOEIo1*A6tK{^7`yGk#T
z5D2~Z9(qT52LsZP-g{9xC?E=g@_*u5Yp-3NefF#~bI!%#f*EEqKys0UAFuEG^L~ct
zacm$SsIw1bBIp7u+K}wAK=1fPP6Po*R52-C;GJ3khL`bUlp$wm;m4DE;y(e=5rJZK
zsOwJ`0P+C<r>F^^jsSuVm2vkSMZ>5Fi;5UbKGV%e-fKowNlU?1O%7n%KC{%}4mN}=
zf0`kBl!|XS6Oa!xam5BQ8Q%Ol)cVy&)?FZtU_Sz%RTjU2`h*+5QH_i%927fVoFXQW
zVBsShH>q;?hy|O<?c(&MCWJ%Ldd#RR|Cy7s75UILy~@!vCrrBhDsYs@3_*aOuOyE^
z-<VJ5Y)0Q0U-%UT#NQJ{Y69s6QY<YH4lp5G8up+k5J7AR4>Wl!k2XaKkny*Pit-{f
z!H8X?oTdS}{#2iwe40C2SX9re_XYLJ8dcO>pK;J;@H3EtMH&F|mwXWT=Jiu~1d2jE
zh+H(N?-%k0z?8HZut+_s<4Bun%o5|ip_w$Uc?g&U;!mq|2u9byMfK{nC*BmAV|mm(
zM>h1F&|Wj2q*m9wcuj3s*6-4M&TxfFy<L!3k`i@A_xV}Kl~{-&L3y8%H~ySaP!wPy
zkUZ#q_`@&}gpvzI!!JI|!`_LKjmhh4F;toOL>hRSfOR7EMAknU+}{*|f0pU9%CLn>
zY4olnZOKbZtww>qfvoTk9Hqa}+Lo+{CRltI@bU|Q?m3ve1pUS;NJ4Z@z8b{RXrwr5
z)M2%iTDbM<ksfR3ma)Q4`T*4M+Da~3?}nt_7fHRVk?ohOCM(w_V8`uGqR$Q1s5k$j
zUhPOizq+^k_|cA=f^9m0FmU^mkknkO)oy6C9>ep6+nq*jNxKHlU?Yv)=-IHy*_Y1H
zy;nuMkMIOJdM?Tt<9NKAyc(t;{ihuq_uLNO5zbf*dz$*E9en2+tfg<4Nwc3lzLzb$
z|H>mM#~I^Vy_f5;pN)WM+JaLb?WZ{hJ=NSNz=XMoeklHd&(wxE+Cpsr!L@z+rOseQ
zS8(ie2gOwTifgbY0%D`T@3_1F?tiNt{Qo>YZaOCEKPH_!hVLAcogb4Eo*-yXZm^$F
zh@4O=o>1wXP}`i)c%IPywPZezNuh(%{Y9xckFhR+xTIn<ccF}Y6i+#Voe@xrbu>NU
z>FvR5jB0a`qbO9Mr1&mvymm8K<s!%tOTfuaffvc@^B9J?*SB9mRR=J)$lu(l33@0J
zFR1rM(B+Ltz?<9V-$XrQ#fslRYraY7#Y)b7+gtzkC?@(b;n@!2OvWWzR^+T-`b^Fx
zQr_mQ*Y!;CX{1uh*$3>I3SYQtN|*~B)Y&VHum3D#+%0V#YL<$zLxAq4oS6^&Vaoim
zM5@gP*%ug#0sPfCceOdF<#=Gq#feKZ_<Q>IO#U}`rmPtfrmcADY6gA64;B<f+dc*f
zN`tI4F_zU1>GM!QCFslfK>h)D<u!~zs+hH{$D4kPBl&@)64W8Y!|vS=%VUgXBR~29
z2U?I0Y6&=3oP$2r2RSw)U(!J&%`j*AVdgvb&bFRbqG+EcPv56#JHVSKYZ&}NE+HHm
zhC|zn+GeJHcfp>AJOw=saEs^%Not}ALIFH1P<$HMMG0*I`=0RLOGp$NujtXU3w=Be
zc<lN!^MAm{DVL?imt{?t<^7ixbC;DnmsRJN?+CA|X|HP7uWCiE>J+c)^?bjP!v3{9
zGLeV?RFw0^W4utNmiW6+=Kuc*WwHB8Y`o5o@JJbNlcl_b{+3D>6LOYd&_mb;+*JFM
zO6J3-k_`jyKJ(|)^WnlfWjW6WmH~I<HJQ2oy_PH|%AoM4mi+HjSruPP{u@=+xcd*P
ztSx#+9Z!`Nm{kAgTCxVW4u#26dVRJ3oJ!WD*VeqDru3hvvgJRhGP~^)d@30qO#V|#
zwm0W8H~vplS=ZfB^R>FYwZ5CJj(328gV(=lWk(Ya{r^@gTcMa80{_&K-=L{||ASV>
zQ|15YlpkaK@y%q{U~4>8ev$d7nQS*=^k1BE(0_KyiJ>%E|Dl%Lw956bI^|NG*aXY=
zI=iF<jSp=;|D?+JR5Cu8{IAxM9fHyJA^$@v`DJQ?apJ#IWxP{vC~N+wQ!e^kIyYPY
z2Prr9;5*430|QMHBmY3kQ~&5B4^H?0FFMJ4pEsrf|93v{Lizpw0ipb|1|WqdW>%@^
zP;fy|aQ#y#pUui|;Dz!#?|%yAAlJVO<vUB=y)ptQV*r@nV}t;}w-!zCyD?c6-307q
zFm8i%CqvZ;5(#WbZBuxcPal1uNc)=HZOrpV;O|1Yg@FHC6a#Xo7od67*gN0kr1t)g
zP(Bdp0(U?-t|~bJs{^UY=0ivN^eF3S^wMuQ6JTWlZ1G1Z+qw=6iTB?_EQ4UZ(bt5|
z;T;uC_&l-)2&=~8dG;w{!9%kp9qDoqgU=&h|1FQ~H7jK8MvxOgAPpFmZoVPP<kEa2
zk%6}Sd*71NR91?<<JzxRdcl;>Io3n(KGG$nonUTO2YoC&9|@b$-_4Vmr&C%)HUAOH
zLebmVQEX7oyHE4nS(#nd9c4yn$ar>NJj>ICz6b*KrqXHx^uun;09aneCi(b-woRWT
z+gYpSd8d*3S(AdugdaJlS(`r7P>l8JmpmRZCS9~s0F}Q2(fwN<*-`;u%!1D&&v+34
zXjkvD;!Kw5E@tzh9vQ-g;yr5AWsD?o!6j>nUAqEvj=8C!*VZr=9C#3>vtOFO8g8HW
zujG-f%a0moJ*I*|a4++_vdgIiGJt$juzIPHai|GB&{&j0h&+{xPie`I@k=uiBqdJp
zu$2Vfe*XH8P)2>Dlbwc*Lxg?_>y+aw!1&YY@JNScyij(F`iD>!X>yfa0-Lcvp`<-K
z=>_T(eWYh%bX@U4cC~zxUV&kA<hV(uA!el%{+7y5$aOFiH#ZJf-@s5H({W<0ta@ox
zS~u(nR`=P0chZW%j7-0qfDG*hlbm~m_uk-E0BeoEn)V%UUc@{sNeg<N2~P3{E!y9@
z+q4978gX|Yz?YGYj0fy7PJ^K-5nhIjK}~p}yz)vhCB#pA6ULd(vIeAYTECU}#!d|I
z%X)NcJEWMcAq5K2Bo$sY<GJadx@My}?kdi?J%kCM`X#*(D>ivZxFEvi+`hK$i>J#h
zl1aV&s|NH16Slvli%|I+m{b?rYx|w3gQ$maTMg}<aka-3=Y-x<fTO^u9Q~i$?3io2
z^@N<rdYfdZAi!AVAX_H$!@F;ePZUWEmV!?|KZ+-<x_c%8dq8F@-4jF-s7tvFCh`;n
zdSJMa3w_N&JIEYwXEEL<p);Y$4RhwP7`1OOV%q5_x7$H(*S>isveqSnMOI@$CVNnD
zD>CvP4O*m-D+?6a6Ghm(%@`p2g3R|#Y|N`-bMpkU<^5T}t0108bt4PPxDz>}I9COO
z#1Wd(?cRs>PLWE#!s##j8Sguqv%K-e(HMuy8%%Jy66U6`Y$zl(OJYeRt_Cih&ECZw
zPWb(Gk}u=>De5tiS!}3a=$$5h1wK)VcyF~rF1^8_=dJ&ZP^K<}^rlD>+~f0R`<O-b
zkiDO2J1stp(t5EcZHS6O(BZ*In$E*?*484mdLl|^iz)F{KV?y)2cs@;i!ym+idClV
zH0q6~7~_nIB(xrkc?4ReuU{k920rg4`YcXy18^v5cPyIu5KAbjR6_1|jJ^dRfR%-o
z$UT$MGMe9{DK+cmdOi^z-MC3z1uNyYkkK|srJ~`;3Rba^Au*iZENl<8<Fgij_5xr=
zE4qRg%9jz@muIxT^B~Q09HIH~Mu{H)%tEXMdm=c4z|aNh5Xyv>rEiuM#Rfg+?3z*b
zYM{t0kz>1W9#(5FOPMj>!~SSvEZ~PW7QZq@j%d}y2vg-z=tAV5nUi$ZZoXsO+EtWc
z(2h^mq2a_Qn(ex@Q@RC<9vlVpIi^3$Iz20vg_l`J`REjKC6TN7m)$0N6<SImiwJ7o
z=hUdtt<vtsTjJ{;{XzS%x-$1lCwB)OAn{z_O`Tj1cMen5bm9)}Gn&SWas|keR(GF8
z0Y<9SLT^#KUpARmuyRlRRqNE3OTjv6W-hI`{e^K^_xi#@d)>-1!%CIBa?`CKc1zWz
z#cW;5<{92RuLw}!kWj89%o!0FtM}=-P79+GMDazJS+}eR&1BXW6@$ykev77}4giwx
z_5Ml@Fuyo`h6i7J)+x#sDJ!ZhW2qimJn#I`a8l@Ea1^ojYyVu+_2_E=s+{;H)qHbb
z1BV&qp%#?3u>he^8pOCXN&ND>`{7D3pHJ7y@Y{1*9PE|mpsEFB#190ADc|$DebWn#
zK+4lB-s`A|)>+0|#7rIEkBmVdHE*3?j8bkL$lp-2WQ`DP4b^?%p5bWD@wBlvc_#QN
zs>>E@EjBF2?BcCXsykV9QO_+bA7MhW^l;d#uhFS4V~lDi@J>CU`%w+~okg_dx1@JX
z&5*bV(#aj5_;_8avwN1GNxDW$Epy*#$U~An-h`%}7aH$;o|Z4pIJ;BuD?IeK^Ico=
zVav`>R*K$|oWmDv2|ez+zT)=LG8kJNV`VPoiRams`Nl9LBwwEw5N>4=;WeBM0o%$)
zn3h)QA<|as)1;)HYv#`^YS;Afhsu!hn01kVpi^jMrP#qYr3pdLd&>eUh$H%Z1_I^J
z(buf)pZjJvTQNna7)q(H*^dl|{pk3@;`~=-u=8uBCN*^?q@U<$m)9MB%jr~Xgs^eQ
z5Rp9<rzsLR3DNo0<Yr=v5MJE}p1Y4ReBU+8@;yk@@S0-}ar6*rKb7-MoruKzta-w{
zsG6VLTPgG=z0`m9>GTEX)G?YOvNMQHO=eF&)@zC}{u6U5L$h{HD_2>zUU=;$4GZ6E
zbH$ssL=Th4gQIIL^;TEB^QDgXQoK7m{7m`zG8WSB*DdcjA2X12aLDm>PeeWP#l18?
z4*FVYoF9D>`KJAoK6%CLZ^!xgd(Y?EzPR(<kDPjvv9gsjSNpL|ZBONec*BtsuVdjg
z@AFod%`Z=GUryLOy=Jo{I9BWLkj;+PTo-o3ky8gENHZrQ?>CM05Y}Ve)i-1r4Tp65
zp7HM3+RquNSeYgzn;r!FSQhy&&G}pFI_1q$&PbEii@f!1^7JG0>cPG}Ak@Q%=(V4}
zC5M2&DH{9s+I$q!-+S(N<A?h!wZ}^l11nlb7K{f(^v#Tj;j;!u{Vmh`js6Ma{@<zX
z-!)NgdZPS7Q1rIGv+F2Wjg!Q-(_;j<n=OE2*K5c<U}VeezP>lVt;vwyGr@t^HiUL|
zv~~_n=;R_(z&W~%*2(Pqn;%KfDMKl}Lr}D$Z&gabJH>8+gu!3}8&EJvg2wC`&Srd)
z68yH;#w67Fa?V-p9wv_3#mW}_Bnfja>;s#}4FABuMO`!bgDhrzV4jr9si^v<@GVcb
zfD*SrFPh^5#JtD7&Hf;tfe=+C-+*GbJ=%yFt%xTN;4hI8Www!isVI3I3I~hq2}RX5
zMbHlf`HMvP+xWhpk5p%e_ej6Rn-JgTpemRbsw67k8s0Mwp5BdGD+!rw1~=M7=O>3K
zhJX*}qqq7!D@3C^IbvFqJk`ddeMO_ry&_xZBb4V**Yg_qVge{Ff_yN#Vm^d+H;5!m
zeHOn{)*KC42&okH-R_U19aNR;2g@U3=|bZ_v->hC$Iigw{X(y!SkqKz`AHPaV)z!~
z&*|b?QX}6gML)Dt9UF+_T1eP{MN^i>48mfNw28H!;b#Lu@&<{kqH*B8gy(w+5B3tP
z+~9StZUlBQN@g+QdkF`0aeQgXk4xQ%2b0PY;mw+0%b!s?-pL4}gtF8GJA*jnd609M
z+$?~Ep#=P+B>oL&(#1f+6)a&>KdMnLI$%&}Oexty>}`laitS+B#(XNnKm-eYOdMz0
zOKIQ4Fz_=ZN(q;sKNvSKkcJjZt#3-oE#-yVxrKy9HZ7z#i^gv5#=oPFYn)52v*U#i
zf|JCOgS<0ddZz;i(>udbZk7hMab$cT;yo5j3rfpcxHd>z8q73n$ygsuS2Y7yHm5@E
z++cgIu?ATmAHaKXSr+s;$zmx3r5RE`<Gj<--nYaI&nF%(@X)7$Un-}4Pt9CS%iyHX
zUN4Dg<IGxZ3HPVXeYfknaFNsZAPpprU9?MMG)yj6j(WbA)wvf}%^6Q)$g{wb%3zpt
zLX<;NhFvR3zG{wm=#%YN>h{(<uS+|VK0UKPEFwfXhlwj2aT!Nmn!>!7K*``GPRt{@
zpHFX?Gq{lZttBfgEn&7KLq5IGpf&tib%FXK_ZOl<sj{s5T!lg2*gLI>3N1PP9QhXu
z8B?j*s<cHR+VGc%LZ8;WM=FIk4YQ57vJ_g=uOkeicExhL?TXnf;NGppKH`Pn=?b0@
z=ij)@!?dQ68WvQgMW`C)h7+^&go1(lC65=2-|iQq81gB^N}e0!XSal_wr1xn3VEl4
zf#PL8KIuH-Ijxt)`h#is!SQaxe3n*EtXTOps<_doJSIHTFC44F4{2G*2)s<!T}Z1Q
zOuZD%$CZJ3T9Ws}DzIH8!{XSF424WSnPcHaB;kd#ttqN4mA+|7-rh+Q7a=c^3Y)|<
zQ!FII_T}{9<#EKN&$&u}*yVc>m9*O>!yIBE3t;tFz{}YDtD$$zNU-`i@GqaL0%Cle
zztVvr|8;Bimy*&Ot<_aT#R}{xM6uTZOBQ&yevJk}60I*-*{p7dxEf@i`7FHXbTF%v
zE1SijRNb{!o;#}BCq-o(Oj->vXOVkwMLmNgQFL_^kx1SOFYgPhk|L=b39C(Nt(?Cs
zVlPj8@7+in3MP%k-x#jtK+`i1R7BRj;Vx@#Eq<O}1@@`FUs^in(`Y$dIWAUD-wYsP
zfjVC`zL<y=k!TY2Ef?o5dpTGqW!NH99--)6%5IdD5?-ljkZrbCuUXz~EYP5CRvz6}
zv$bDRL|o5{Uj{ZReaYCE-d3L;Q83+F@37QZ(ANBtrRmL5a|uZc^Hp6*X+jrqn~Qx^
zE%&<{hT#4A_Md4rjv37z*G8?)<IOSUtxN|M#zxqQ)+V*)q72oxG{eUFgZ2!@Vs*1-
z^YzlX1F9KmXqQA2!%}me54bp@A*nnUlF_v0m2no{2{y(-meZ6DfKM6Uo7{$50@@eL
zJ3L5QJg@3__8TB+IaU(&`@T5lNZiao{md{<dm>g5Tf>V3Mz?jlJ2X{r=P-tMG4FK=
zMs~8O;qDLCYdCb=<#}K0+AWOhE@f=jmnfq)u0AC0gbx*sM06@1bUk&%&FF&_ni?&!
zY*LO?@CBeTX}c^BR+zh`XDJWdR<4Td+UD-HujteAtF7$^=VkP2YQd{;KrYE9VQdHY
z#}4K3Vs5U&>!P%*oVGL-gHF-*J_og4bru3vo_>v*UgN`N8J-?<wRY;m_lI1C!Qm~T
z?O>gXz8ptf)&lr`EWi-=AzG5^8Do!$+MwIjJNaMTH_LliecSey2D6PDa~*L<zRh>y
zhn{TUc*c7xnFf9R>dLuWlDP}Q1_wn*hgu>#bK8fVjiX-SlRN?q9~}EXkhUXu+Djz5
z3Ji<-87t}L`^Ft{Icg(g+`SRY1M@so-Nqne$No6KF;lfBMV3)7iQ(d*E*8m=!^1(H
z_R$HoamZ1hyym!Cbz>;wn5<0Q{dM4v%<doDP2EQC<vzX-FivOW%&K1UBv~0Hj2dq-
z9%psB9zSRwCauOHc&VNlfjrbEdX|TN7`=bF&>gc_r#M$m+Lm+BHa^WWeJ5&?U22-0
zIrr<wHa=!5{Ql)b#LRcKkL;OaJegA|?NeKh`B}c>3YFt>PLp?{#<`^?RilQ~qbQ%L
zf_SAtLeiig%OicHT~~+A+l%jI(|Z_rdbv%e<<+M-d8Y%J=OLBgHj?*tCX^29Ajc7)
ztI3$|QSZ-4u!q#B)yHaUqmh7)VRNZ@fB1Z$`Z(rjGOUtvLK+%9GQZ3-wd^=0%hPgI
z@zH9(HSlB0q2#1;*5tjY$>yVlPXF1$4$4U+3BJZ$y0W-L+V0^uk=QXNK3q}hP^fsV
zf&)s;TT0D8MXq#at)P#_ZJCz^Po@PlmzPQBe)xfhon~q}Chjly2ekKy99G`-U$Ht`
zSUy@>asoR_w63dDKFa{|Yl850dimpsFt(fXaO6hj`|88)$LZ<yzbe^&&z(iB$!4vb
zcZ}1ouBff72@AaM{S6diSqF~-U7SFKHwR%=6H7)_AcvwiKe3cwX0VkTOT6=RRV%ce
z)1gNjd<5_p0MPC0*=VOt4%4v@e%;C}P3I9G4J68xGEpJQ`A_^mfq#P;qqk_YH}qGx
zWRF%JRn0d8*7<Pre2DdEsm%u~y|B?<)tl{QMlry}20z$F#XOh@K0D{Xb}bhD$uD|i
zxpHe^W%3vEHlG&!MJ!P87|0n5bdlP09hv3j-_-5+Oy^XtuF+*lw57rmr*l}D9W`zc
z{YlvQ(^Gzk*q1H&V=x77;H$&##%~B0c2_VKc<0M(<nLJ%wJ{UNy|m~${gph1MbBrC
ze4Br_U;N%F>)a1q-7>7&7##(W9*<Ywq@3X278u{HC)<l$nQb+lavtsdb?|vqrTRQ<
zXX4l3)8qC)vLn>!;n<hM<1dFMWDo`E-I@E86S2GO{OeJp^MVKvU~MEmdW?6y+xh13
zYFqh^-T2|Er{9+y<fE_O$ac^0|L7T?l*<0fPCzC-y36hg<l|olKE7Tr{XMVd45B;Q
zPVKB1^lmB=k0tSU%N_Y58oiIw_)7KlPzwQ}8QZVAUSW!%n7et(4*+o>fp^J4cVDco
zEHAD`))Dey3CAYJeNe2GDB&-Ir_mda{`zLJc4+eD+wpyZsrzS7Tqwo?P=3TId-bjr
z*}3re8KiTW-LIe9?>LC)+qG({{^PgEk?$wj-@bJ2A76jh|MD#~=0pns`4RoqZj2)I
zEf9hPDg^*#Z*Iy)Z@zhPzU(&@T@DtH0_%RA&?DNf4OzPJ?vVB`u;tgw(7(P*z4$8q
z4#0f#Cuba~85YQ`31A1TD+O%xn}Ke>UFXr<OmIBcTUjP~k>h(U3gMyOS4D0i-fd}_
zU4%XTT9<Pn_5Nbz>!mgpK+FPVjJaZ|`3lhla05V`NB}P2>^Nq#&#9jke^R`oJCU~u
z#IRJjSLI9l8=zG%5RU@qFd3i9t;?X~v*pC-PHy*v5prro0<~o5EY~Feo=1*nQ_q%5
z)80}^<~8a3yHLKH3m0?EM-ou+o1Lk}<zb%E3E5X8yYiq>tcv>8wmt>&5k*R|It}SF
zWfW{m&G)r{$qpYdsuWyq1N=uHLJ_&ruO@|GDnw{yih45^h6AA%B{N_q{bRH4VE8SC
z$oNHCAXo#dv?0n7iRCmK$7-FGYK>|eXkI7z2-VM4nsmIDAJN^=M`;c`2vVnIH3{|n
zH0uBQs*<u*N7zG+$@s!`vp0(IDHMZ)gW|O^OCr-A?BppF8@dp?m(5HVBsiM9_Boux
zs0_54(oN((S#V@~)IKcyY2~NqIVR4-_^-Fuzkkz)D2M@xks7r_+Q`V@kD~c9G7R=u
zm9}x|Pa5S_omVRD)qS$VJZLiq)!UJGYq_hIz49x2eimp-6A0A)<Wr!xDX8g-iFY`}
z^l5lS7WZp=-G)%}=Wjp=-=Q_jN=r7YAeEgTs>`RtS)Q^4GWc{?+*$P*t7_ej7!an;
zuMWiLcB>EI?D|w7QO31Dd1O1{>*^Y2@6RVKv~T@T7;LB`!8mKGeOd6`#QGuSyPYI_
zDx3x{M~1j(YHf)r_GBNja^1`8CcfO}dPdxq$I;#UYg<l8S68p{8xly&f&)nA_#Q%}
z1XKyerEh2M*B!-P%#_{5!13E)&z@N{aL-Y~@*>E>`9zj8kKFDoaRFwCiA%83Kw5KS
zA>&v5N92n7gr6q_Bv1TqLkIXDKETk~riPco67(NveNCjJA*$)23>B)Mj2M`-aYDz4
zaF5nU5VM!KUQ`iRvrQ2>v8}_HUW;ruzwF+3Je-m6PW%qe(X>s0dcXAA2&Va*r7~FB
zN#dbp@lzdWFkPYc{I)jjbt^3IPKlE0$H?*eZeqdPRXE`=c8|b7=f6Z}UY5V>V_;)?
z>Ew*ldpd8oLit%;#*}p_DtDDF>rD4W#w+~392ezl+XY_6^x+<MmQ@|K@cicPaPB<U
zd2`b0B#TYrR_d1wQ9`5QuLmnNFai>AQEZDI5zjgx!F;`Dh1Seg%rs^0+HvBj)95TT
zlW*EUh)do$2AdxdI}#pxVQSGCwx%M!S5#O90FmBIHY5<dPH*?#`EX=?pntSHs0$+H
zU<uAb*1Oj-7;0RV*4w-dhj2JO0`AP+68cI+M%ev;c<EJL$zsRPDvSHQxg{(YpT3G4
zLrSU%Aeu+sgmUW{*IX$e3889%d0(>%zi!q^lRkF4I#isG?jstOjfa{Hvm+M}nreOm
zA;P`1vE$?$%L0eQghZxkj!y!A$;-S_|MmjP;vouG0>GVB%n-pPxAw$heRj0<2z16D
z3|)MNJn=@sd**<g_j3JyQ#`-KBz3+!bhL5*z&K%;n#XQz?)ns#J(X#uz|B!b?1I2j
z^T(pZZaM>@Ocpo4ho<fl4TLK20EihtR0$9^Xo9y2T67?g%kYMO$mS-6sbV3gRhXQ0
zT3}jwA!m5%2{8?5i~5d7Fey&JOSc&Z5x0_rt6^XH23heqP;~HBtj9Dl75pGIOB*^1
zg7ALAYGJSAgB0EtbBeuLxzw&pr!p<|lrsXld`xWWmC23FK1-y05R1aaO-9o1=1}vP
zp-6PPygVz?d1hKh6O8j;H}<f7KMX=r4wR*ENTY^$>IR@}GI1gM>ooa+3|85Q;HTBw
zPYl2DH;;z^y|tLuhjdUR^VS*kwx4<wTv5G+lRySdQ}G3{$vBJr*K(mdx2)WycCjq6
z<6&JyI<Y{`ZWib!Wzj))yxMqy3sIFsvP=iX4PNREb6`uvhZ3S2#2oi6o)6$4Ku?sD
zg&Eko0tb_fB_J+1jUHvO(?5raIm&&adm(M75)}#nFB9d+Y{U`w2~*L1#BrSDp&kn)
zTr;D%ayjoh${gOAd>A5XejAYyV{-jm(y_P3OZkH|7au~J)C~(_nAwNiLqc7{X6gt(
zLxr)qk;X_A%0nD!$agLsKk*Q9R#4n-IYggd;)t&#l#Y<eQ&;_(;TiS|B$|1n&rL;R
z!BM+$;y9r1BqWsNkXUgNsYftuI8z>AwrbN*eruow%(M<u6lq1l9W_}Q29=<8UD83*
zWi%-}o0+X%J<q}IERAq3BQ$?q;uG_GL9uEto^@KtR`JX55Tay>qr#^PR>tn5(Zg<8
z*k&E)10XA%3}n}<S;DoxHkr9guSvpUGgXkb833ZgNQ3WuW+CJjmG;%T>c5^I67Bn<
z>o6yWk!lRA1bnwTAhpE?-sXI5DlmSK`-^iNb(s{g&B_1pM*B@c8d_qzOjXMkD@pOy
zW3rniKzR|L5aM<MkSB~FP0?)OF*2#gMM3TUe8eK%+WaWE`c0HW<jY6oyRWN(OGHpN
zsiO`RQ&_4VJjm~J5&>0{(dWt+?)Qv0?trCQZYUkYn)ta$qg`o*ZbAfI@!MvHKu<3;
zRGZ!aVJr>GS9k;Y;sqC-yX3b!dQ;`zu{iQ`0l?L4>hJCLdAQ^wl=~r7ZZu~S;PKDF
zL`$G-Vyvci*D*2KNlwuNeqgBl_cBV#2Eui(ef<3c(X#9?O9Ox;*Fn<Y4EMUqE%j8B
zIf;JwGSQFGnFeF?cTeTC(-tgT!QL{j*R{2Pwm1r9PH(oZ3562b8-~V$rUXVe%8`&m
ziUpn5--wH!FT=jLhLC!(B;8rt9+1%tBn$Og<-0{%btLtM(4*2J1^>4D(k(DCHwr2&
zD%+O+093YKu4#UQUk~8X-IQtNa;H}Gn8m1>B;&GsSulIxtJzGP%T+fk@(GjDqt}%6
z^xHPKBDZWie?W<S6eVOB$2Npo>87PkHN|A%#_V;td%s{7oVOF1zc7F)Z|3T`s;6=v
zD@PdQ=4s%Ng#3~VF(Cj@LHiRzah{)~0|aEHLFgStXOH@n>qq=UW><?#Dgf#pmgj{=
z2Be{<av9oI@3d+N67C$$1#rqVYnjQ`uf>nEYqH$YYxct@;l273#L8K1n@%*OPKAnF
zKD_8eGJQq_Ru6BGX9@XV*u_UqAEXaNorI0P&;(3E!XEIY%IuLQ2?L(7oof>eSNCYI
zSAzrYsIqj{W04;W@;`I|p4J53fT6Bi0OafKP7DN+bOd;$CrQ`xaY}OR4NhzwaKtU~
zYWMyLWmhW8W8>BqlclDN59}am0KNX>VI&IZDnp-2fRFrQT?tB+7)uAr$CO0N%z$Px
zH1GIt-!%gY3Xo{ZRQEpN*ds2kptw1FimXs6B%i;&M}h?5u_QTNi(p*^84iDa3Qcw_
ztrgmIL+(RrC<aDM?`<DBlW|k{tWG#F@*s_qdLSEX_MSEtm4joaN-broCoQv0$u^8H
z-fd&8Mp+Efhb$3O1x74+137U>^msLCYBh+IDPp31_)<1OwU7*nuDnF@1cCV4(PE*X
zk#e*c7EQwc0ipK6zztt8&OUfWs!s%n3roVk@DiTNQ-|W0#~PZ_IR}(b?(`JYNK*MH
z^kt#=4a)FhKyoSUQORy4@EdVR1aL-_l2xgMRy@=xy(fY=Q+OXhZkzvcxIK!ZHwq{L
z|BQ?)2MM-;#PNW37a$<`#PCcp?YbE=ec2EzgB;lq0OPVLZMlJV+-b5(E%D`nj#9yr
zD0<C-Fdft~V-^#sI4uA!2c~gcmO9}NtP+*w<d2Eu2d?5GRwiz%6qIQ{%jB#;BJ`U`
z@mM&veJ}zo77Nmve#8q#Ng&bkShPeeTFwmrv-<<wR8nym{T9yBM3h+qim-KP_@pT-
zwoA{h<JLE&n}aew>EY~LRAsgVWW<A=8N^vNu^h+Y6aqlb^(bOdm`c4W#{htYUolfB
zlbofFOuvaYQSw0~nq*#4fJ#c#EQmx6?_JfzZHI~r)Kb<l)Xkg>(n$J?NVeAmH1kBX
zuBZdMw1b~&hu*~3EtjP97o>RD9^;7T;3M^t#CK!!$YgthSvjUzs#!_zvmxnR<x<gD
z0Es9}w+%_q4xqr55p&2#TmeY#qR6W&#CDNFANunnLE`-Kd6r;BGcZCw=p+*_l%FO8
z2$Q-Z<u_R-98n``!?%^yN7Ync7%;XO5*K3o^7&(m*NOd<qmHY?S#*G`)x?}gIsmB#
zxDMd(I*{baxXvl^Lko~(zBOi8mONC${YrU66?~8glEC%j!`s#9kJS!AR2}G3$uSxe
zB1SXffN&JO641Mp;BG7}ZOH`PxYoy1t+qOXyRHQJ(!eD1jKwn+n)Pt9%dvNW2&csO
zheX$%ZTP*Mb;j`BdUQ1);h>DT4)BS9z_lAd5e%XLpeTBA5}HBs)jasma(I0jix$%d
zQ$(TVm9+49mBxMIk$M=*7BL;1#9JW7n^T8@W11e;-TH}`Ar)1<{t+$)1WE)>c`=iq
z0ttcx*FQ0?*VBcE0x42SD0Y$TB|t(s-RBQ)Qlz3O=!7UnK%)5iEeA>*hC*P`@~&V}
zoT7Xx`o+v6#gZvS*B}KX_|f+%ODX*O#`o}71R$e8vOEfQ15sP|_*L;J_Tkt{{X_yG
zN{vF`J7nsEjf{=_KovhAM5kZq0LhII(|&N11U3<w@$7)AO=18|(lbSIjYA8W1j%91
zcy3I!C9TLYD-MI$zzD6Z^pjyA%CbO$DE&$7eE1CUy;Oa+l0X(q{FQ)tt|Ka9{Xq>z
z1}?hJj@tz7p}>))3?n$fa4iy6kWX?U310_Dq@oeyofI4dxE?(P97qy3MfH2m&oKz8
zKB16`reY3$=r~_2Ph`x2!#^`Ue9+C+3@qml<f5aA{7n{_G#_deSoA<Pg5=Rdph3i^
zWDP9_juIfnd=%6lNHHMEg=j%w0pu_OH?*{0B$qgDp@-^;BnK+bQ7u<}Q9&OpZyO|s
z2h>VhIQ0odTf>ru<s=yR^9KNHGjRL!a>w$bQ{Lie<>WO1)k4vtaav*^e;bhddqI~>
z;lo@!sHMa=pec|*PJmkJL_0~(prmMvII^=q2Y=Q8)c;*lbR8*X7Szo<s}KrOP?`|Y
z1@}1x^{X3-E6oRYEPqia(ozz-v0IPJ4dkj0<PyEl&JTni-(%0b-zu5jBAU?D9Eccz
z-3SG7U<13Ixbp6b9V{8Oj-ZK{2=+Rv`z?bI1Bx%AKw~e1cs?U7wvb=%E}ryE?KhYX
z6dD(QUnRRAX3j#OpdY012`SzTtk?pOg{F(H143`3C|v1?VFV9b0?A_UUAYHx>5Fv0
zq;PR)(P|_)hn6U8QEPb+QG(t|G`-P`{_1ueM1j~4`aL7Y@tnd5tXKjP^D<?xTHkR3
zAFP;?(|k&#gDC1hBfl68U_*)1jUhrUZmc8we`)(olc3l#k3N@C94nJ>5QwcKNkpI3
ze3JE3SG-{sbZ`jRV@8pCnVLiy>lrU{YG{cmEvr<0&UFfc-~6PmL1fcxfi6UgV?l}~
zb7Cc{Cw?FO!212)0b+<J<ntOizmNu<pc~D)`vtnl4)hJ&R3^`Jth=S;g~mVw+M?4!
zfaiIRnwDZHNY!Io&DrqF)@M6mqNk&)TKB9}Fssl$3sLNpI1ViiFq8}h9fMJ>8tdBi
zx(KtN?O+Qu^)}TAh&X#yNOw!_+7<lrku}<XyNCDr+f_5WqHWZDA}1xox5D#<9h<L5
zr(S!2Utf=kmY{d2cc`pBagT!dO!2o5vT9uCt6HTRQA9VOcV>3qnpzL}Ls9p3lkbJO
zO53Rx?Sw_|rC)!}?fo1}W0&D!trTjV0^Lts-^;zXZ>6!AdDC7^c(!N;gY~daLI&j}
z@0Z@(SA;=|-tJeJhG}B=tA6Y&9^2WBLk*_)YabEezr_Da3HR;Gt?iSA51KW?wCRF1
zL+u;C>^FE=H)4V`VZqw2(BPzlu56+KB0?uuj166I>kkJd*F(kK-KcFFRg7b`hvWOs
zeQhtO4I-rG-v5hv<bP2phn&!*oX{7aFf^So_Mb4#oiOj5+&n+IMR>|WdwQGw^p40W
ztK#Whz3Wppo6~!qr|co894V)q#rQVz>#ssk=i^X|=2H=Rh%**ye1YNr`kIjdq5}wd
zEDF`y#XKm!;WU6BCV^VwAS|!H{Usf&Rvn}{jv;J*!%!0>8UuFb$2`u7v%v)w37;`^
z1<5zXDR{aupw5(1;*^We{;EDx{Tib-clLYzOyhC%Q^N0?i0@jrqP0c7uS<W|QH<2Z
z|3&QjU5`CdKgGQZ``wT*(x~4(ef+ygN|-5O7|%IO_S`)I@FQj&`Vb4X=Lhkwxm&IO
zam^24L~1MtNz%~!yFeShA5NN>`v4-BfuMdnB9~(r;h$7;s52eZW(;GEpB6Af3msz5
z@p}NmW>9N==ok%=vl-e-8p?-nCa<}>h=S-)=hm7R*07LZIN>XN)_dUG`<<uX3yh0C
zR7eReXbXC&i9x;l?gR@G8NiU*LZ5}6J6%9s5W8O~!oKc9!)!1@;}=nD7s6PKY=FD7
z7f9szC(IS(fILWum3JNR%5Xsozx$p&hc1c%5X=X<6%)DIqAfXo6rFpEh(eR}JiFF0
z((_1Z{`0DT7s^)+Hdl?FS4|;T%_&zc#aFFOS8e@Q?Q>ThJ6E0OSMLdb;b?z#vH$88
z`Sn5ZSC8JWUYlQip1)|||FUc5LOf=ploEi5{&CF${A3UK{)=noRbuCHetaK~nmvW_
zqFKUI<bmTOYDHeV0A^J`UIl!4`7JwMH2*0t2XH*`{v(>r16co*ml+f|nU(J`$%)ec
z;mpi<&Mbs4FRO9fQDfuQU}IIf{ov`{`<k}}|CE=7?rHvuoS9xn9Uot2H2M=?ruh%?
zWxQynQc=F?pg{dnjow-XA78#@tw?Ka!s;Z)Zuf-il{6kT|4lTTaU1LXXVL88r2R(S
z-bUBUSMT5A%hujbx^JHUx11RtU;aC1#+R4f(6j*<a$_Vb-ZDD`-toZP{rBuL>g}tL
zKiOr|zgcF-5ksqC)BnPm@!93DKiOr<5De|#v&$KA_X<)Twzcv8@0OQqN_E@n9FkLv
z{v&6`TV}jy{uep3oh!!A6!|}kX8pJbi{yB>f|!5ymz!Ez8cLh~iJJ4i6wJ)lZ>$uw
zHTCwj54H~uG>+rT%Y%Q)%m0R&hh_$j4yHbT`h0kJxVN?c?c2A%{`%|J#kX%Kd!IIE
z|L>UQKi~ELP<fg4pRTzNUtYfVPuKjb@qblbzB!y%NFabR1b{j4<z>MA)yRLAmwyDu
z77{!ISaec@TG@sh+oPJ0l+D5<U|zokQ;p%4x}A_EK;(%q9QV?t2VY)JF8o`0Iryf@
z-^$DHAskDUoXA?gv~cs*kyJWVL-fJ@D>&}8%gAHZoJYTx1h(Hp-uePi^RIB~mDeu`
zqkUOK0E1xDZ^_J(0!w5XFDciL+6BJvOsy4-zJF}!@RF1;Q)CVd=n?^KK(WYm=EQWG
z@){8q=MiR_43U@kp1WJOEnRK^3+94Kz|f3!Lwb=;`1bR=>GP)EV3WFFTXta%gkvN1
zUDhb@sAzhqG_>WJ?J{h7Rm8yTC4FF%5cQ%RpM|bw&>#SU3=@{6#R)*oOKI(Z{+ypv
zEr+NWQU>Zp`iy45nyP4<ZR#x<%b=e~kvD8~+0riss~JQB{B1sF1+E%w=Z2OEDgX?b
z@UD5<HP>9k2ZHMre%RSyn;&EGFsi`F_L(LPx$TWI5et6%NFf839~=1cvLL>j1dOvU
zD{0J5|JTaP7Cn}Y%lFEn=*R?d@^LVyhfpv<sLzC8fwchE-2%qHt~4d7x!=y>Pl5uZ
z+;@viq^a@!D!n2}$=A8!^Ftk!ua(p*v!=$1qnV05KvbFtv+N7PWAV5d7GN3GS3qQT
zqPQl?ZzvMQS)dL8JPdjzGYhM(0Ti=6fesKo^IUzQw`H3RI9H~slQ#MlTsEnIIn<g2
zg>}^{<`Te><1Ox<^|D4!cw?s_4RdvF^O>_tc3_C;cw?+G%Yuv%q4bC}8gt~P*fx=s
zc&%hb;wCI>5&H^`>yyI>%e*4j7uocT8Ceh@WBQy-LjdE)I1TuD4ttt2o;68REU8cK
zu;qZoWCxi-GhV^UoW>_Q44A|}MSp8zPJ!$xd=y$y`-Jm6L20ZVK;fOd!U7S@@h2dy
zI$Gs5X{4{rx3F-d<3h@J`EPu}O|RT6e(58kK}kQ<U1%(H4KG6~6~qPMUVM`~H^`rA
zUl6)a0luJgZEx=$I^>8biL{|OzWSQlNrSqng-*7}05k_t!UO#c=+7e>r<8+`Zx$u^
ziJ&(Su|6Oz2LK={O+uxnw7EOmRdl=hA<tEW@IV7EAyuVYYZ|?5Yms2}#Fw|%Qkm(B
zC8xB`u4pI01PVY=(+9MdlO4U^ZT)5f6fe`K@E!nJY4>O39j8wORb8<;P!72tOqP}h
zaq}DYf)tK|EK%@zD214;Jhz2b1n)=foac2>51ipqY(}353U`x83&}+dz4TLAj*&de
zh$lb<u3{Y%>mzh(Vic-M(~NA0k^Er#g(2)VZ;+BaMUbq2d=eR4Us=;aJ0bIK0gugp
zS6=21QC6#R<mKr9to$INrQGUEPnsC&-oxR$>X|xI_vSLKV`~j4okx2z7Qr_}tsZEk
zCO*uZ7TZysUZC*En|k=gQdv^>!I)<rBy;6@_pVfy_EX>V-i#fIG)b!m{lRBbIWGvL
z;WR#I#&u~z@d1>aXEo^N#d==RK#9WBt_g$8JJh%2AzV5#+Pc*i)Ew@;T*e#WdhL1C
z{K4|vW&{!XJwTe;fzrQ~moMCC+X2$|G3g}6bPcph-{tw<PLN2hZ_sLtfNq{j&qy9`
zlm#MsSQ^D)(q7-mQLvy}zxcyz<2P@_#0DAO?wVDywV+5S0kdtZ5UE+_QF=*n$hPH;
z2hZYi$)h;rx$U)X*$U<}sXKCM3q<IIx)t1&+EdXR(oX5rDH1F!RezcLEc-f<R%Q#L
z6%jr?dFMNAi96R#q}EKig;2RM^ELQ(C&Tla^zRk6NnoSf8_(5U?^L<<2DyG+B<lF0
z%jIvi3uh76>ZbWoUCa+rlxfxP53et%7;skMKG04b6|Bn`Ddq86oEjr`FHz`~=bMhu
zk>sInC{40=Fv-xZbarnH066IPixX?FKd)?cDtAFi=xr<tz3Z3PdCeG(#%UxH1|M~q
z7iP@&-TzU;Cd8@IG`y1f*0U~?&BYtlN&*O_>1gM7vfC(MEE#R;G|u96IyaiV&J(I^
ziwZId;GP4L(7x+cKhEv!8h<Y=nl~aOPj*kud~dY7d$z;bQbcWG$cMI0sKL(0vo+#I
z#E%|%D;MpRrD>X{No9W3T-Ueu9bPPq&No_hyfSnzf2mH|Oz~Ri7$tH0^X;pd0kR?v
z^5lxovM%-cPm3TJ*76lDquI8#nTq881B0AEn)+RJ7rUfz!WV9rQ_rLx`Y-Vq{o1D;
zeckse`m5Sp>z9_Xkkj%fDU4doq|XN>21>}t{E1^GH@oSqgE7zcZI#d>?TKGbpQ6I|
z)FKQ@Rh`O;btTq>KK$q`s^Se$yuH(K>e2t|=)@I8dhp<P3sezPg7uW%B~qlFc%OWl
zSo(1?*(0SWPN6aMaRv$hE%zz);Qjh1QZs@v;*Ad;2^l!}eF6kz%shJQ-qL^90ZQUg
zO*bNxpnhUW@|dP}LCUV<y5(vz^`->PmFbU^EZ%L?i_NXF;4;67UyBZuca{XVJ(~86
zZEiOCEc<0Q$6g<5ZkzfMJ{rHMVn3WP=rLNoz2@4{=I~m1PKSnr{i{s|^LFz4Ut5|^
zuXJY|kLKSBy|*y&%G_z6&8D2kNt0dbopGK8bIfgy6z<Bu>2TY9d$y;U!ejMfVv;*Y
zvL~tWY^d$p@u{!);r-`tZq7#@i@3CHka<dEvuZ3?@hdY<!Z6f9TAujn;T18QsDjAo
ztKz>FTj!~N4cy|LB7Z7=V7%J;{;#9g)%hOlHbr8QHE>w{j`5D8OSzGV%sS8$Na?ku
zA{2B2;nx4_vd~4TH|9Fi6Ly6qTu(X9%^`K<RO}e~(Rmv3uG7kjJG*30_Z>d+e^e9G
zIwHc?`L@aFlh_X3@}{*}79n+R2pH<+KgSMVu<?8w464Uij=F2Di@fdFesyZCeJA9t
z4y~QRJySy)J82=q^hUcJs9%?&hhcC)Q0$8<#pl=GUl0^|KW2X=e*&LCkSfH2p`l<s
zBr?AVN&L!(oK35A$DcwJ#k6JlS?_J+J@;pNuYb;>jJB<eX#<M3yrLDI9_qbGvhj1B
z4FLRba)#(-?AQx(P(hl}&=R!rI{G;v2qt4G-{)USi(1=pX4W-{pm|+8XO2m+$}D_V
zyZ$!3$=7t}^)*(($!pzk*7}WTipOsV+Nt=ZC7tnO8h=?WxEU6cS%P*hLArX;{47AY
zog*MK^fOpOhfuKNK)C%p21ZAkyL+oJm7{bZthpJTy^EgVkLdJ5G&P4;l%T8hBMEoW
z1?Le%9Pl!Z$QIj3hh5CjZUjUra?C3VI**3I!lzRGC#%Dn=fgiVV|r4-Td;^Z_J|b@
zw;2R!>qU6CZB&bXbWU@0^*wmQarC8VOfN^YLrK(JO5~4by)IbH_(kLvUG#3KKWOhM
zq$LKL7CXlg^L;*cLnl@R8?!SXR@EHGY!C^s^WV3P>phE|ABa2kim#%BIL}Ai<y5l^
z#UB+n11sQSxYFW<>Ej<?#J{J4uZKp^??v9^jQcH`C{dE&GLX<V9WA|($mJc&^fQvW
zG_mn4N(qq&)lYziCT-BgohT*VB8mriLs*rQYIWcZ$OL;jh*4OS+0Vpr+vsO_ae5bC
z%^$6VO)^YN;#i0=;f$UQO*kz{04k?MqhrMN6MVyBuS$~5=~EnSqetnY9@(abq{aB9
zrKGo{_zotal%o^qlPFul-`J(iStMnqr8u^r1-%nYex{UPq~#2TJL@MGiSddkB~+HC
zrKKfl;gX;~!#Ve2a*2}O&Br&1@rDj&7?h@Fw4^!>roQlwuY{#~c}K$ZQwOgHd1e44
z5v8fVVhI&3>B7pH!aq}=D#s+XWPJ>b@h(lNY{~dYl+sI-5onO}RX_bunJ4`s^K>w5
zd@q@hKJ9H-Y#>qUtWxTg9nS?UXS6gWoiqE}&umJ&tc$(WJ<cc+E*_DK?AF1QlTyrS
zODe^F+L=KXg8}yKAVz#JigAeh(OxbULr&>J28BviS6IGjTI{J(BoBQAUn}>K7r51+
zfNCh?FM2GnEJA8AH7hiCCk#A5UtlQ<uhcA1*w4%uOs6c%rwh-k^Ufhoiy&4hlsS#k
zSINKCS~%8{zD5-1FNW>njFU9XM3v@R6W^HzK<$XL*NO5v(z5e^re4P@W7UX@bCokM
z(~7fEG4j$0a*M?yM7g(#OVC_teRjFWp`{LDX)pHCje{kb8wvhpMG8Izcgpfr?XwYs
z`R)uU+I#5xTxHfW@GecTBBE3QTOKc-f5#py;*(7ip2uvL6<3<v!w^GQnvknfZj6d)
zVW?~!EHA#yO(M>%N-Nc1$aq;+@k%^%V7KDM1h%EMyj7)=rL5pAtmLa`##~rw=1^sb
zc&2t5m>U7T&sn97f>$Cc<qWH04GX5r3Qfw&`t(b_h)0_-B%Khyd)I;{!2!$=@XH};
z-|+HDuF5v9(qp0$*7QoX#e!q|=(|RVV3pb)u8fdYzzf{99Q75|I71~JV>RfYIH@ds
z-@ck%HQL-T>pHczhciYM3nV>;P+iq(Z6wHRg1Oe;#TwSx4HdTiEMiyAhDD@c!fR{7
zYWpq=#^`DkBI-3|;0?HX#p?R&%XgY2IgUTG2vo8s4Qhig<BV0C^bV?tmkK1B!SWFj
z#T<<iHN{+JU^?GM4U%f6gK}_0gcx_GJ699TH~MizL*-&PDGp%nT90&~!k4hseZgGg
z^|l!`+lFOh-UU%tDX7wh{>4_~;a1i4R(;jTC$3362elazRF-Y^>Q^l-mnAt7g{}ML
z#+Q)<_Sta~Z68FN?lQK0ylQ1L!Ybfu(=*!Su5ZBKVS&~pt$(%FZ?`rkTw>GGS|4Av
zN|Ln1lXQ48b{yM-Q!-j+ji@e4I@%o?6%ehMtB$|KD;1^NeOtf>t?eF+waV-5`@^kO
z!|lwR;3mfRr$!`;63uFD_3dpnSH4~P;+^y95r%`w<wm$e#ugZ9$M8WJlqdQNV<TBb
zTNR?~Mti-gbQhyU^IzfM&?_vnL`k$!H>)ph-?#gbag)+<=S*9-<n89%;rg?P#yp7+
zG{%*i!$n#{b&`j5GJd^pjC!9e*D6R-jRCqiV|&yXKd6;w2ufB0GrCGhup(mJyAi#v
z9~)Ewjq=OAVls`n8T}o@9ljqsuG(s@i!N&x?4zZ5x?lMXxDNxS9r~qeip`n&Iv5B2
zD&8|NHaHAr_AgaqA_p>=I+Vt7k$yc5vA_bgA)m<iYQH)PGrFD)r-j*JrGB+OLG;u~
z4jUT{%S3|f+QIbI1G(*#V+iQOYG5v7-?{Hc>_MA)#K)hi395kJj?${&iq1x!;kypQ
zGm*oD6~j+hz;eHa#bp`=G>4QWn|(4r%3YRdFjfmk76RJ4^1M5n{Cb}tN9H1Hzx&}D
z5Anx%N5$}wX#_|B3;gUil&hMMW7L<#)BrI`kjm)1$OJD|jBG1SP@9a<I*qk`Y~nf`
z6P|zrctOCd{#d5gC%)s@i0g9OtNLGUMSsyZu`xoX{U+uz$G#g6|KypV@Si%bn5y$@
zVLqA=I_VXt26FO`g8hfu9Y(jxCV7}kM_T&&CECu^CPcDEBuu6jBBvUcn`HedHzg+v
zBtgBIKzYp}8{gUY<)fh)DViNMkb^Rp$O++&DM_a}PyZPorzsJso>Zg$7jVjnamXj0
z@lR?)Az45h)mcpWWWH*1z~LlHJg32^TX%VivSZFCYA#*9R&IR;rB1na+<QNE{(<y3
zCqKx>X-Ktv@kiU_mf?p7Tn(Cb!^0U<f>|@(9dlkI3w}~yb<H+;lKI>f3d><2|1q%8
zWGLilu^@Ans(rHhx-#{5c_H6QYEAo$d*#CN%8IcRc+GfOU;;ip4#B(dg7)PiNl@X(
zdTXh!apt8YwF1Z13{J7(3jH~uqoq}ou`d6azu@aXm%%wJW1GyBawEX|IAE~JP^{X}
zgnE~tar5uC_gd-+VRqo8-vzaiBa*+DM1HRkd|A7@x&nT*On8&h(g8^N|B-i}K~1-N
zqwmvz&_i#Q&;x=5q@x&mZ&IXcKtPZpHl$cW0wHveBHhqCL{JFQg3@ac=|!X&nxdeB
zCHKj_)?Uw9=Q;a4XP-TLzdD&r@+LFMr2OZfxjw(|bqdTrwrIjRXtXkal-Hy3t4*M=
z=3K-QnJ{s*`(gRyN_WtV6>^oLxbpdzxZE=DIBHe_4N?qw7o#|By0;v@J9{Ib-iVm<
z$D+MA0P{^@+;#N5Uj3Z$*d(!IU15TgYRj&O27yKyPqc==Ks9@~5q_eM^<)+OaF1x$
zfwLkekb{!{Du8r9+%!71D$TWMv`iBZUT4F!HdSxRec@<c0og8t@SGndAI>s&jLhdX
zi`J~w{!SFrrHPzekE7G1gV&Q!EfW8<WSrvlb_2=Sg3j)5-n;VAGw|a^Vi%1u3zAT}
zFVcYS#Az)-Tsvm;AJG7XwAjw=#4GDex?4@byjH;=M%YRk_Az&CMIJpXRnQMTxt)|$
z6YSA+qxD06!Ga0>Q(`@huDF`?X*YR{_Tk|k0?65n2DOZVq^Wynugoh0KABwj6kgxc
zHZ+|wUttz9_*Hmw(Y=lT^yjcYkQDkh<qzcBmCpyu5aIU_|N76e6ZCaPd3d3ICA)Kl
zwzQgho(lW4EYG>bnNl;I`*a{-*OO~qKxuDMckjp87poNr>iw6bdH|or*I&y_Qnmow
zQ~Mt~R+yAN60FA7N7|A)_CMy9oe!p=>uH9`kQ&|ZMxP+mPhX6$e)r{Gv?T(rqW8>C
z^Nz1DF_HG9sGzWv9Y!?!9A!lTu%>+a;Ks@B)S$Yv9Z$bj?((P1{TSOu*{tfn|Dt~p
zVvYWu`T6?<eCJjd50!GriUQHOek#I0hIRc=q5dcvS>Ag%Jz+&&wn$GgFFL%C!~1wj
zAcz)!^DyP=XW!F%9alfwkiKV*1K3c^Jsrm<m484`U}nl*7=3*8=2`IVF;MlzF%>x2
zB5$7m_ww?upQq-B(yMm0oyP;Kj!xTr7Qeb~L!!rZ($lUU?_T}B`xzpc@*6&}&P@GX
zr1Wz<<;RT8A3&OyF`EdJPbEU7WZ<=giLj`0BdnN5iZ9K*G>m63RZ1vU^;k2S(MOih
zQ<s}tHyg}ETz+)-tD%hfQ%iT<Tdxg)+5XE9{#9O1I%SmWuyv{2sz5hJ)N$LP8uct(
z97Tx+f~769;d-k(iNcDmJ%|A>e4?<tL#b&LiI5m04;Or{GcmwJ5I!fd1$ADBQLLUw
z0du0)2UF!7-<E3GOOMH_=dEYRO~zrB-c~=NGoN%l^m|)o_3SJgXMhvv3OnJ?&}vPb
zu#XQVDNW*jd`$a}aRzizqDNXZ1+qMA_k7@uOaTJFcpGXho0@0ppQF{3o_+4+4#&AY
zu^V4EMxU8H>->EV4&hB5ke@!|+@RdqXw{7kauW#T`QCp<spU``+aP&X+g36u>%b4m
z;;)}5wWX5qiB&H6YqE}9Hd?=lL)%`-kjF&odCxZzHU+?I4jn$j>xvNXoA1=Gshgjd
zm%zW;jX)H)Cz`&NpkNI3q2kbmf$nZwUe=0Xc*0;ALMK1*&7k+|PbxC%yGXD~v9hwI
za=%oQrMFXL0|dn3tXxa73=uaL3~r}S)Xi_l2cRSuRbUd}Gv>D4%wp?^cxjvBDs2ww
zwom$dr!tG#<j8A`X3zOE=j^RCHuzthTN~b1<DKQGiP7+=+^ZFKxBXz;e)MJs+5*Y1
zB*5AE-<8Nf9WP0zpTdm{Z6WSnVl&aIt&RVb*b&0UG(@Yi_pc~xcD<?Vv-k4I_3k-l
zL31?FQK;`^izD54>JF;&yZk=6L(l;xrC%T%SSG9MDkqz(eK(^~p#bev&XrTC?}91I
zMgf@y2-B{yr}4rUf=SXu49J0F2f(ZPNVzt|NAhyZJhkAS&AkJ8WLzk)##B-&4SicH
zjrQlIbOy9@Zgvllbr>h#O!vkneL`eo*kon0SKeHc@O|Z9anYcho!^;#%1c1;tT-^q
z1+7<`(z^Mx?#@IE!3KQUNy}DG3p*#p(h45DVyyL|${;7B*B^8(j~F@ZQ$~T~Vj@L9
z`@i8f`Cai^Zfpn>XhzDe0a-qrV49;idE!IXhWO69yw9z)k)j$GYo@r<O*h5;Hj}k;
zzmNI9;XGG@Wy@z%Z@$T<K<ZfG`0lKI>qG3#h}EgevFR_hmbQ0pHx*uF-z7WWV?R6o
z!`xFTR18!rzM)!ddZooew0UrQ#n}HQF^5R`G%rWgfBQ_4f-zuQdG`9PADe9F<G-}j
zmfxkCsP*5IcJP(Mu+m*AAR23rLWutq>JmkWOd3WRAx_q>yi7|tVfH}cgKfHMdP9j7
zK$_gf`U{a-E8mk6>_|lYkqNoTirjsy(c_sdGtDH%L5;2DVV@qkjS<X-yZd_Txx4OX
zMe*ywcXL-fobbfY{_9f6Yft{(FkarHQahr}_7h_(v0p~jXh#yJv=j|wCjr6ZuZ_7j
zH2V*n*DOK5KLFk|mN)Q!ag#{}CarpbT7<pfOcDep_UP`3xowGo@HqjiMx!?WO%>xw
z*jsWBL_L`HsI3XmBySsK>$(CGJo0!$Bbz&2>P==udrv(M!}JwUAWYfZ2kjC#k?a+w
zX-QMPWIDwH@ySP=%X6KUdd(;Uo%Z0!3nY|7DPVQ@$ole}=<8h*4fW;}zaMRwWf|lU
zn-r&Oo#A!u%&(k5s5ipRgffMPVafuTD_+V!*>rutvQacyrn5)_#|iz^rjt#P{dTFm
z^PxNg9KH#HLtO8jXpp0+;B)~rm}i=1%nl2}3u%_|54ae7shlj8S?W_OOyh6^6vckc
zkgjUH4SLWxK#<bZ3nt6J3SVI~n6x$}gs{;?S0K2kL1;Qj_=(v(q}V1K)1k}iD4(5%
zUhe^jrG*07DEpujB+3bSc+>^VR_XOA{=fKT`CtBA7kf`L)*u%p1-OGnsf=xcpD5Fr
zl^{g`R#SlG<Lu)2?h32Rl6o`V8CYJxq55CZQOVvbpx6_hST6BxeeFx{lBMol9<yYP
zg*8bl-M)T*GT&1~QZ33}1<1C(OOw@tSx;l{a=-OE<9hE*aR7Wxuz4RVgn>oFXDMV1
zrvkd^iTe+QnF~XX^>>(l8AR}6vZguN^LDq&`N)*4J72Q~3<Yr@R)@;lg9>PDDO_s8
zyQ*`w_@_)S#IpW*$!_}VPlxzE_Gk<!uoC6e8gY>;1Pxx33OI4U4b8J80gduFd$&Z#
z6MC`bwLoDozRpS6_4bHY!v|Mq+nB5cYMh2&RqajW0Bl3*pvl=A5v}W0OP^A%c@mh&
zicln)u@Q)%W2P-8b?T_rgDH?0G6XBq?#<JC?u`xpD|hQ{HP_BffSVizcm<%vTU-77
z7qEdX8QB;*SPeBt6YQQI4|s@tFyqlTyGPap`UDN?J7kwXtlBrTmk0s{!lIy!uE5ks
zm?X~)$_WKZ)CII;izQw)y!gDox!VjtNQZLo3?3ll9$|eJW1pm3hrK;jCeEQZ;49KP
zB8AW^ijTizZHgrwiUh=*P$_#p>m2oK;usWv>N=6>LhSr#5x8`b!lF)GH`NfkU|oOr
zMVY(u#`8@krAlWquZ8T^QWf+p251nPaiv6;_W@#Sz=uC3`#1g3dZOSe^_h-g6udul
z;#odetVeqR<_CcE7UEdW?*kjv-^{U?*a($&giP}z&p^?mtomy8J=TKmcX9*CuqS!f
zR((tod)S9pry%fK{p(xjIE+fnk!CI!1N%x0v>a)j8oZJ&mJN1(?6G2pUtxfApupkD
z{R_e;KA33Os0eo+@{0f#AlZEEZ2QVW=anuh%pP&{Jb=W&A)4}<iIOhmwiE=v4APU=
zv=se9<{cM)v7M4-ytQWU3WuCt`BwaqbU)Pz1wI8=rRv!NVf-hzVl}u`vaJ0DeR>sK
zKI8&7Ur;`F1MV1Qr)Q_+$hNqb9^@?%dC7Ou(#7bT+K1TJe@G%#>|tML1mSm~uOlvY
z2!(&vYCuITk$$m57r`wLRaaw_M0=I4WWnA~=X&D+O=KcKX+@O7>l|)VsfUR}3wp(}
z&omlN@Oc=nw$*9?k+F-CaacJ?(azP8dmxa{)CrKYl5=8PEc^^#`V+XYf>(D(fr?1@
z6|qj>??gYp6B~NEJ2%LIE|l17oK`x3dbDn2M3jU)h7WV<!A~})FVfLeO?(LSt{nD)
zSve{^XB!2YSmQz<wd7%}2-Ay)1{dYBv2rkNt~5|5u4^W*OP$ow!ASouv}uNc^A|d7
zk!OHX6zL4M8!K!Ohe9w)mvM!d(s>}2`f-dk(OEY6{3IcgbQ4utBrZ+JISM5qCEy2)
zsbqKgASYm|w@e{$s$i!WU!mKeuLh@6(UKXOFJ1<S^Hf&LnKo+?TduM<UcCe6f<|fi
z;Y=)FT*cw&d0-6!PSX!(i`14`H+)ONQ&a$oBQNaMNnA~`JMvLbcOJ*YG~o$hA!x#<
z__R;ORaddPtpiC(XL8QR5k!z&->RYUAy}?eE^!n#8>1#m#7?lu9j=}9t-8oni8UT+
zo%{Jx;#c+3LH9xeZsE?~*=R<WSA*JPt=j*VjIZ6VQWJR^8>wAkUkFO22$6)XarwL$
z;F-G#U_=zznWu$LRv$ai+^IUHX^ABZ^G0tg5a3#p1FSMI&<Gr4RD?MgRQst?cBCii
zGpv;V3-fbFNgGfF^TTP(_ARw_a1y`<G-DkCSd)aieZD{EL{czKg$$1pFpUz>j1sbq
z5}@b{n?}WpJhhl)AbX&|fJ)tg8OG9F0BLad%ZVsbLJJHQb4lb5d!M=i=$al#qEf1&
z5p$?jCPTqQ)SP68MPZKt+z6HY1q>$?_$&_>`~ss+Hq2OT3(03l;%Eb8v=-GcggE&6
zMAA)o!aS+4RBE7NUA2X=by!#epC*ByI0DcU!Z8L=NC`MwpfrY^Leu@M!*MZ6gkTGz
zvuhde!m&eyWHxBjF#N@I4P#0I!)-d;X?QUz5A4Gi#Tf=RUdLz<z#6cA6U*qJ^AJN*
zhz>H^@CZ_3um7ghx`GH4nN4tvijow5x_9EKz>4*sO3n~m)GafhFv_NlP`hgfEQ*E-
zI|F0%2PSx0#aWF7N}*g;&|RuXCbDaogo$){5h7Z)bS%Xkf;&3En6$T%YkNSEU@d6B
z2Easv2-dE|X)|DPHqOu)Vu*^S)sFF;OcEhNC9|Uh$WR9$M@WqU1`B-=Hohw&vug+{
zdPg`XnOGtrzpppy$#GhGz($UWxW<E(!>DCK&tzgo+0fX<8UQz${)`Q(8L@UzJH$|X
zAEQYa=4O<n8FlAWoN^3q=?>VS609A9Gn%#4hE7;XO=$k%ICI3F^*kY&lyK4!`{u~9
zM50Xs*>}pP0sW4hkj*b?%lHf(-s*$i=JI#)0H2aE+eg(f;R=wBYF8wftrGKu!M4A3
zbHg0Dt(v=3A?@CStBV(m7<Ae++9?Q<lQHS?hXaWONn~T=1{^_h@2-4Hzo(4#Fv5DM
zfe@N@van0ysf>m>h~zDJFQH8a1L8UYWFkqhRIDL8@R(65o_+Z=@$Ib#U~U?tQH|5I
zRoC!{zIi^{0E4q&)Va}9jy_W~DNEPhnQ<!aCA|b>=u^UY(PHcD?ux0HjRZ*n5T;H~
z5{CWlH7iF1;5~E<r%LO+v&^)f?GPL=cIxt`&74H+`$deswlrO=OfwbCwclpZ)7oJH
zxy=Mr@37@Ig4|~^QI~#ggtpi4gV<swA27{V&Ek@aK?sr_I~=R`#&H(xd?*PLpDmDs
zV=t5dl3txosy<m;21-&9PfrK&P+?NTaojY(C%-xGUw~&|IUeCC`+0x?64HeOvp&Ri
zO#-;?^>E(<8=@TxV%!XDAtBLVr-$HzKalJ2ku8q-UaR;Es4gvZmK?D=VF@N~YEiw1
zST4GdgYM3!xnn*61V^Uxoo(r*TbK@=MlC>;<bf7XWvfLyfCqy!I0A4vn`!N1R375&
zPXam7_T08JPJgHdw$WWvb9s&s<9(MtpXG63{HqM`&)Z<mN_lxIfD?_CBQJ}3yS@7f
zKoFI<F(CF208Y8fm@N;?7XW8AfGey=ePvV&7S+0l(ayHuq5@LmaZUxeIS=cs6a7CP
zI%*)?osz%>Q*)sgAYDw0PBGxfpk-)1n{A~FG6t8c24PTW*b?BcB>*R80T5~C^TH7G
zyeC;SN+Se^=vYQP>{(m@z(`;&7*Hf@n3FmOV|1(qrZ(KiEEcbVLUEi^m_I&KlEG6<
zzLQ3Nm!+KO%g-`b5O}uhs1+l!A*U@wVEF=*adel!qVm0~Aw5^&kHC!rQ|FQ`V2nW!
zf`z)3I^<N;We-T#p<DN;*Q%6zxR0YI+FnZ6OXibX=iZzz`Ldk4ca<M=ry5#P1}#xe
zHL7%b|B|Y13Td;l<_1J*W56&PfSUyN0W)gOQQ1CI+O#$8Fh{9JW32@X6eg3`7goi;
zueta-c6vnXSuYw)`&2Qa$xaZLP)DP3ocfW+d&g*wmp%?>eHfUWxO2_*`v-%tsV*N!
zR-eiH-!=k`R|}2YZwhnwE^UO!u!T@JUB26@zr<ZXd);-~#Ry=x>KH9^cA41;qOiPn
zkN$m4Z;biY=Erf$^^3tDANzjPt)G*`e_R!yxlDh2<m*TEi;l+A2=ukvPTo!)G<=^Q
z^#~HTN$d2uey@DPW`FMC80`sHQqm_{#<Z`|6^OAPBrOylg78i+_ox1yRE}os?wa{%
z%ZAZP_QMC#@VPQK4*r=`CU4oGxATMl?#8Du`&C(Ac{=7_F1YoK>qZFRWAXPJ6>|CY
z^zG*|JB{i)O~yMfoOWLN?lgz)wBUEhSv#%eJFl8|+Wvo9UVi_{YnJ&LoSEyXpe+r5
z{U2>*MuqvsPv*bd%21|j&=~Hkx2y*77R2a4B;FNTC_0{TiSp$VltmO4aN301oE&Wt
zLXQqYFiXzxUnfDHgnqSp9xeAdgF&0+$8RgX|7zL&^{i~V63ZQBo&#l#G!>0Iym|+!
zLTPH(?|ch6&@f5Se0t}Ac%UttqSJpcNj<orl%)IPU;=Q6;!e^NV&ne7DkFQh40%YL
zWwej+{=#6<t9NgjGAm*LEW$V<DO!R%{u&jl$Y?SDU=23KD+1z!$<a51<BPsCvmlu-
zakGWMm__@UeG$?6reM{Td#Vgf%;3eg_`t9iL8f2^K|Tw^*)<#n!Eu^i%<d_nfdkC1
z&);A?0R8^k6_!w+eP$m`@Hr${4T1M|{%$mb*F`hZ%7AN#XdN^&liQi%jIf%(f$u&j
zT!_&9TbFVEeqT}Vnbn<fYGfSH8JtrXe-rTI;bpMz`#VuxI07SLIDqxqKP)<8Rzoqn
z{J;}VAL$^OgIA7ncX1pvT+XTEjLXNF*N?OAA3u#f&VG8FQ*oTza-7$HoIi71@bS3t
z$MLiOy1aaK2g8tp#}J0O1OOENz9|6`fU%5w4h{}s5n)y#Rym-GJckZ~(NzX($n)qb
z!*qGom0_y?86W@6j{nh8R=umE8LFidro#v<i<wLMJo+0SGjhuRY$-cElKopAhcV=_
z#Q!OePa0{97@gLz`#YrkAM#k<T1MPhT=gIF_?(@j#wGQC$YVn>^Zz=eY@^`#kC3v}
z|D7HGyE#62-9*UeZ*wdctS9Ad^558TpqJ1Mw309S-`R1HQ|RUUVGcKM{<EL#6L!lo
z$nw7njvvKv|64+tKO&mveze$CjD#mf+z%^#Hx}{l<~TV1Cc_+GB3@$jlmBUs?@c&F
zOxT%s2RZlqqKD94$5-+HGRIG1`5EjuJ3%xjP4<759ox4x-N-ET_@8FSez*SL*|AGv
zoM%>Act!Squw!xyxv8?bB0v9kW8+`x>3M(Uy_;%WSt@I9`Mae|9vmP~3=jN+9lv?^
zc6xexVSZuY9fKXe{m<<9$HCVx{~KG%e}DP^bz%79mj4x9Wzv6im4mo>+5W>Hzr!1S
zcu~$#<^LaD<p;=rc9nUXZpY{$qb>s=F!eehMqvRDTxxFKbBprg{QeLf!|=x*&8*<~
zUbg0Tms)iA$V_}D%Vqhi%}<(}K8|xg2ktj=iUNkZ0U7t;feUKo3x?_H9rxVO*m+RK
z(zL@%ikD>@ve#)h0d>`bd~349N({5n_8ePi{V?Kr<KhGMyZdlwFN$*mU4sS1+1?!p
zaJ_k^VM!f>ektb72eqQ8AHIQHGHB?0@a-=^p<0sA>%HbH0Pc62%P6p*U!h)=2QUe>
zx3szFNeYr2_TUTV^Na=J5v%sy&UQ|bGf2uJuG{_AYH*8yA*W!;7vGhj202q|qFTL)
zq`xGy+`4t~Xn)@01!rKA04Il`mA%m=Xvtm3y-J~*@IEL&nc0Ok<Ea5&Zqsrpu$42U
zE&R)LIx0Tq)KfoQXISbRO%h`*_R<y;m@o8T=Kj54aAm<Y!5fw4S0HF6Wzczml_0>q
zXcP%rjNweW8LmtzPSQU>0G!?J87I^3Jk>;?xAKUp6P&qNhz^3Tpp-!_cH33Wx$@gZ
z|HEBnUtBL3<n6hxH@i520<^iVC)UaE8d?g0gf)3pOJAA3RdZIQV94w|20lh3>++x5
zzT9R<gHh^u+lS7mbHN5LLI*LGR7(Xa(nBGp)O6C>{r#KM%BjfftR8%nE_Ne#+kXCY
zXsJF?G53=Zk1te}pyr^d&kPYaalKcuAVnXui`?&GsHY}sPXjdg-g%6(esh0;G7)-L
zI6~Aj$hiZ*d0^zo!pWDzo#FD38XwN1O`Q@iI$3Gz%D(PC$8>L^Hyy$`DNGmiI0$Wy
zdLv~7TX429u}o)Hqk7d|dFPamDtvG~RPPSA!?UTcSO=|#-*fJ2>c2iu;anDa+&#)T
zQH@ra0n1Gu&*unn&4b+qGdz&4j=u{Y<ktjK(<>%hgm$IUtWUo?J@JUD3L3dD_PM!3
z_vo`jpI^!D)IFfLUW4QDVvI1`ItPB;W+37-uK&}-@q*?XjM@C@3{LP%7G}C<fBIu*
zwY8+-#KW04g)YJrz(bLs$YwBwoPQ@t_TDw|3wQG7@y5I@tie)WbfC)6Sq!s7HPB^%
z2lAJCY737Irl4r(YW>7Z=G|J=0(R71acF846XzZ2D$%LbW?cn<oEZJ#@Z`KN0agXH
zij_6|;L`X7pa5Ho>z+-jJKLudNHT^;Zu4>f@l8$6tnh+M+L+0IHv&=>{W)o``Qmtb
zU9D`bBUewWH_x6^%IfpcbXaw1Cw48lM|p>bW5Bih`tN#gICbhkJDC09)jhpH=dhLb
zv)7c;_R}6bf|SBGn9sOW1xCb6IkquBi6J|Svs+D;{6BV;ElS`ivR&`YkdgkCo|`?{
z8hSFyZ%QrmRMTa~-8TuvT6{P9dUD?~jwYUsR!{Gq%bPs*W&CaAy^U=;x9MP}ZPz$<
zC%3FXHtM?B`qo%IHC^flo!?A%hgASDvhqx=lF_=r;KYPgS+q?N+@Tblo#tKsQUXGb
zv1DNH@PfZgGsf5^jm@FdO90L!cgDGh&GE(S(mK<sGwxsFvzAxOS|~A=x6;@F>#qeh
z>td|$bx(TGutKkh;FDqE4%+WNRNkZDE`8aLy$D#XiXv>E`c942Jp%GOGZ`U-yQfUf
z7xN^AL`$9pvYMJo@cPw7yQ+0hKm0l=NB{ki17c3aF2h-%Q$X(T+VLkfGx%WzenwWF
zY>B=OB~>(pykJ{=TJnoh#66=kPD5`mQy7WmQ6sCH@%C=-uoc7&IVEGacUR!wDlLMx
z?Tdz3bZw`qFHh08okTu3lJNIxbC73TCtX=BUVN*IjX#58xpBE&{%%o;AML7%-bA;c
zV2PMjt(U>P^OG#qGI<Yw3q|(HoVWadf~l?R7l-Y&f8TvkT8Fbs&vhtQpQ@_8rx<vx
zW~%;?K<%{-!{BjI)|d6)S}2McAz*WN+_G8`t54-^u$bLPQT12xM!oV<3YT`ggxcmi
z6ny>T+4JxkLPbo95ebZC)^ewpww%!cS9e%0c;9P&(Q(uHTYwY2dWts_5Q6EKnrRh0
zB0@KJu+s9*uXQzFC6<v)#S`8R-k2#<`c`il)a^3<q@`k$Q$Efj(Y35os1sxR#o=SZ
zlr6=%&#O$C{`gnqwdPM`+r`u~Q9BWr*FI$yJ^T}ZlQW-vUARg*Q4nl;n%#xNe!8rI
z(u-HCnahtCdZAnP=B$*}*0<2PjvCH80sXtN)?KrmKdcTO1ugnowYS>dmI=9aP<^>m
z*P)n{U6}?vN$ZuLdoHMc7q7JAVH|tE;(|bst!$9PStWtVnkCf)4|m`CKH)BMo$}3x
zJDc_iRsDB+yQ|$EUhmp&9ca?6y(>L3D}Byo#y0t@<xN)~G)rV<=Gp4Fjzq6%>wDY<
z)8MA-Zf<@x;VtyC=9dke)IhP>vHOoI3-cDP(<IcNZ`AMKYtWe+41PMZQ{GszRF~ip
z)?R7o__>|F#p$c8w9xAts-9cYv3V&kV#UDxTS`(5^(5kGiZAnJ+Fv6RuIX*hr^+;6
zwbpzZQIA+F`bO@LGhdy2^5CWX73IJjkE_3aMs@-I`aJA;s`S(XidZwYQxI#pj@LO)
z<vFEVWRtrz<aK^6U*L1*MP2{$J2@RTHs8x@=DjiwA~*iptdqIjey=_Oy3n%}+9Ghu
z86PY5+B}PFCb{F?a{vC4Nz2#8r@F3Q@Bj2jvqZnEGym2Vo4cX-Ip`(l<0I^N{**SU
zb@Zu)UBRz#2EuPN#p#A;x}IM$8gE~`cWWbAD09|&JTlvA?0&V*uelcKniq4mKVLVU
zLS1PH(ECD<r^XCj`9L~V>!~d7p=WW0X5AS!;h!5mDqHZjuq!e$hmG)r#cQPW`uBs&
zp9qcm5<6M&kQpI~S>{ld%Xgk@L~`_9Phkm9n{npTxNF$rxhr%(h1vg!x_{w)hn=zq
zxqbeMc*pS{fnI7(^rsPlJ`cf~CvP#^p4*S8EyoOJ-g)@leKjkTf76+E-;Yr4*Wu*z
ziN(K9=y7jo;MFXzl9~H1KKH28k9~UGI;1gYvMuIQ&B2~A_SrFFQ8BKwF|~&rloj>{
zBva@LJ7p!t55Y6O!fr%`IG~v9VX^l69RAL+?9cH=sj<dX$Zg@+E=o-3Y|I!1Z-j<K
z_(A9og=3@0gs|+`<Re0yW^4ihKflk>h=$;g2r1;)xFhy-1R<J6$f=CW&L%kQ$DNra
zM3CcR!w4a>v3Cja?iKMh&V*b<e9S=XLmGRdX2>|2h3uC=&W^*ICcc6ubdax&0TN$p
z#`lurvo+%*j^c0A;s%{<-ooPF3MaNelZu7oX2PtyoD*IiCB`slvT0(oaNKj@<c=4K
zi<QYsnkg+|iH~T>ZBm?FsFXuOT&Z8e!YqD;kkZ1>IdYT&kV|4SORgm+$IT`~L@egA
zV@;^3K(l0_!PFeT6nk_M&$0RbK*};LY0UJ=0f7*AlvZb$knEiH#_x&5F+F8rAX&c3
z<SmKGXywUSk@Uk^h+tLPYty7#0|{zz7sg0T0<G!FImt_Y$)nKJ7Uy_wmkbqLtU*YE
zc}}bzHPvb^Q`Rh5e=g0TRk159GdV2Nw>6_!ICYbjZtIe0nUet4%9_5N;j0DlkIP&l
zXTCmqa$Y1|)$Hk8Ue3VmEMHbgZg%G5!FW13?khC?#8w)1PGKCAj?am`Tm{HJe!4l3
zArhY49hQbdK25Jum_oDoxj?GIpXOC%o!`oEKh89QWtW93j1k$w<DMR5KW$`9B85LG
zp=CYtPw)(9f9awSK*)L(4r!fBYG=)b4rUkSq&^fWNEVKJ8<O8m_lgUfE4W^jyHb^(
zz?v60n8e{<P$Hc5q^cmMnA1e0aG$mCtK75kt=wB8c?ok*PiQgi`Xg|axmB#hmdd;X
zt-`6e)b+Xeg7D-8!jpm7X9iwzhSY*rE=6Bjv#o5OC5Ar>2rv8secCLX0~3|Xf)a<q
zbAY+UidETm{zTSS#8cI=rCP;PA2=FOMY8gRGV{6T=Zh`mQUYC`Sj`auW_hYVMFKP#
zWBLX62Xo)gm9YGL@{Bd(*>SO5b)iXosYZN>r982wDpx=Ya<-~SLaU51k(R=mIq5<;
zms@t#^QpUQ(Xt%zz~!0w;8T^VxYw+?8^?sm`10o>S+K2g`X$ejFf$0BXvOv8vM*-k
z*SAxWT2t-h3v5I(`(`r=Oe@{(a^kch1)>!m=EUUf;yPO1hVv5|IqmmRwsCcpp=XIc
zrn2y7l?B@~V0GM6v$T%myzT6?B>%$W<HR)6jCy(g2{?OoTqWPD+QRBe!Q7hG>Y53c
z!U<@>gP$24Lp3O~_&C$r-dB9%L^ejZGR&-ggRT1NP%a|(*_H5T6NF^<!J^TlJiswN
zgv|8huucnD^DMr;#=q#U`7^S1UHYpcHrMK@h`LMjnQy}&Y!oJ3b%UB`+;ek?KtMfR
zz7XO{^qsFSJg$NNs*gRYnaM4GvqfO1Fpa^VYuV9r^!FQwL~At7>n+TSuEamZYgRCA
zmptFfk+!J%ELwFS-;kZtcxJd!)3Zd7y@?<XX_{|{e^pYaRh<=4eRC^O_e`VynKBuj
zcm_V!5HDIchaha9H%3&_L<_B6HKouhQ&_7m=B2u_H%#T$DY_;a?7u_@@MRG|-Ziz4
z7hY_{Ki71vv6)Y4o3E)5eUZx6AQ@NpkTs7x@<pTtpNUqz_f8Au4B6eB46JDiPDndB
zPu3kIC%QH24HMl0>Z+?+GR64ZCR*02Tk~{kqIVjCbVvk?___HuNw=1Aw-zXSX$tLC
zgBYK>cD(_zxhbJ?NT-H;rb5U3rF&jA2fg}LH+xG}UUIoba$jV-(yiL2w)SD2=ArGD
zC9P&+b#v=*&a`$*bwbC|aL3#Nd9e-PhH7Q3qPm5EMt53<5?Y6HpZ`@|V*N8WfVFsm
z{pmNIt{Jf|JQ?6f?E1CCJ4Rw#W4vYTl*blrjoOq^`HH2SCa`FV-w=f}|Mk313)lHp
z0S>;woi35u_QwHjdF-#<BgpS|vb)Z7b?>~9uO;gJ>QHLu9f7l}obOy`qnzR(+XOV-
zxj~85$>-$gkw4Ls4TZS6Lk!(}<R)5VVSVS?yNAWdzU{S*u1!|+`G2yjzeo0lxOasU
zvgL+3t^{^B0>DUEAHAmAhtXIY3uqRyps)mH3B|qa8YZLAuM+ZmlTW-z`dy!P;)Myd
z_x=N36ArK(qo_*h7v1d_dGIEV?WNsFUdvD$t9w^^?NA~|f7XLRsav%w?fqiy-GUZx
ztlD10nh))~%E6DcA!=W{o=AEV2uXJz>1!Vt_&s2}KSVmuYmyIAN(HS&fbtVtM|FyP
zel=RNH|?;$@_F?d(LPkiF*r~=lHv{_n2jXuj*N5g_WuMS0AMBf_*CHVTy1yZ_6wWD
z62tuhv0uZ?0lj^-1H0!((%eT}+o^*i)NRXt`Cnu5-5l<=<4P-C43vGOKp7eyT^by2
zb}g5zdDY)OGO{=TU7}Mt|4`*RsHl}O-X)$dmgC>r`(;t1h54gnHLV8wjr>Ek+5Xwa
zAw%U6$?N%4#6v1e9hD=9KnNd$S#>LOjxrpR{5~imaJ*n~(34~6#7H+izoa!hQ%fhF
zAQzty*o&weIlDA%*)eTZFyhiaz?Rx&AH-|&U`l~B<7qkm@ZtC(N7Hyh=jo*?BTOYZ
zH_NbkdUJ#t{Ac#;5;e817x{2T<W_BD9Y`KMszB+F44f2Q?Eg8^J)hXz7MS(diQebo
zBeJ9Ko+!@I&d*uxy)`5D@&wIEb#u6qKuW~9yt@8^pwX!ZpeW8Eoup>?iMLGJ5d9(I
zdi%S^y=fBt<Wj~c(_Gww!~{np3A9+(k0dfuLKDt){XI*A&n)Ye0y+zZY6Wi03gtdc
ziW_^9NR_*=loAAa$q6}DT*ypX5-eJf0)VB6pmvY(Jdg3I2c!A`aNp8I+k<96P16cP
zrh5?Fb_Y!V%pM25|GD%bsN=nB{(Cd(d-??)6HAbkEeJ^gz4sWGMNdRL7{~nXAKjkR
z<^13gpHpm>`1Q~H39dPK{d+U?hy;CB>dGq5tsY4v=yKAk;Ggxi_!X7<R?vy2Quii3
z&ip%;Bj$fTh+kRID}?+~+&o3!IQwwjln#4!0VIJ0Mg9Rvp(hjo8wc$Z4%TfK{!~>d
zR?~yd_sjg5_R-xurMv0fN%gX(d36FpVbA@Oc}9@z(v)>2()vw0C~|2I0pCENMo*p`
z>fL)0TTrQ|`0fk2H>hAF#(IHpiYD=hW^{#SMueD!EF^XEyix?olh$)bL6Yb#dF00j
zC;PsSY)$1aD~oLxTh~as6T;>4-|Q}i>`lkgH@rV>ql5SA&Tg8gHqLnLh!ibA;UF0j
zNFEN70PJ>j%qWL|?$l4Ha134WSTtIhw2NfyjQPxM<ZbfF)hpI}RiC!?x%NTNAeQJC
z-D`V7MGH)DkO~~cg!<IlIkVomDh~kfByUA1K)eEXpPl&pdvVfsByZY{%GyEyfV#3b
zduo67(O%=Jow#6@OG*2@b{wv@0Cgph6bTgcX`$o77iHM)a?t3O)uP4D#4m;EfJowT
zC)FG^LVC1^PyRX?yl1hpt=O>F`02IEU+-Pf02cHou8W|>f`i2l5R$qi3j+%UjdGkl
zRI*q+*)_T(2N{%q*%CIb@Q0eMxo$Z2+3xY)8JkVVi$_j3zrotR3F;j{LI5f##_;{B
z6dZKzFOW|||9bG~&ZniV(Uq;B!^7l_yRTxC$y9};_etl!P1S$JJcBqYZAROCt80KL
zrU2cjdxX<Gsuw{J(yyT9O)c(Y>*b|ot8tNMUqnZaeRjUk^XJXYUoX;4e=;d<8glLb
z^!NsR|Fb^%Pi@1Wh10*-0L;pde{mEowA}<rP<}~KHn%RWq}u%UJ-x=LQRm<My_ElZ
z<JV+ibu8$@&%={*`nrDrK&e3#9F?VD<`shGm1564;jRfYdn09$igF<J&Z#G#yzt-c
zDo;u)D?$vV;OINiP>_@<0j}%?i4#&HbYkor<k*B2qKRRm0==+GgW4-EUA>`c;zsSE
z-*S5hmnE4-a|HsVB)a1*AY2cGZ>>^rEMmI(rW3_jrEzaM)4#gPGC6hGf`wW}{BR7q
zf-oq5g~QQYVvC*MJO)aS`mlQNuEIX{e8-U5&gDj<zEDL|^$&9~H@9R0+h9e#F+w|M
z?RXc>KDU~akBsu&k8f{|7RX*N?~PvTlc*J%)$)q@Rw9}4=wm*=JlofeDmJ^I%z=nH
zw~o#qqHTn^MjxhPtKxNCkEX5<Dy4qKufE#9W|f8InzC|ys@&9KIUSAEXXSk3`#c}s
zmRbR-HK1toIHC0rg7K~&m;{|^wUuAdh$QIOXfm7ek7>!(4$%*hHt=5<#w<Z}V2!B;
z;ZXpzyY-O{vMY|m5ZjO>6Rlz{SCJp0EXrseyavG!LWUuReo;CC&T!8jWg8?<?^vIt
z5;H$pBIS&zzXIK><9Q#}rnAZKjHyOzDvZ{$l0|%tiaQ%oc~-Vmb6-L>mAobrTv__!
zl7-Skv*)?DU#nPvnir`UMH2)dO2EO{6Eb`S_05vsT7f%;Z&mf?g>N@X?<h#@LnQj6
zL)#n1<N00LQLnhztmC3M0`E$|OHqQXa;0d*CCi3hbvMfjmq2anJ1X!+8y?!-VSA19
zw?^z8QF=_F*B$Mrzd9u7z0|r@$HPd}?z|+-jj>rfN3V;{N&rt^!rFbv9%YX^N3;ra
zW%`<G?3SR^m#r22^610D%?q3}7@o$SV2Argw)Z_kuljg8x!7Rl<Xu`C**Zj9UOk73
z-##zV8MR608-_QXV&gCRkY)6m6@ID!5pT%Zj+T&<iH9r6oh7W?FijgK2Q+l~`mZHl
zkjdLEB1w71@Y)&+;03H7et-y|vwlPiTf-$bzgbgq`U*ORMEawXNqe<8HqpB)QRN<4
zTd#@<#YIMvA;mYUB?%OX+5(bb;P^$BKe@hwVr_wwcO-;{Tb@TQR0yc*d~nF#2tN0@
zZN@@8Ml0w$+l3QrlWepr*L4<&;+a-hS09m+$^KF*7olGfS?E)&Y^4uR9eh+iD%PWR
zv7DX^Ecfioc6mVldiR^;a22G8bii8q;+hiQX6yA>@yEhn`|{2RZ+WK#fPNIl9PM27
zZH2DVcR@mZ(orr{72!<<i4Mg1ArwD(`2Z0T#dJ&Y!D&d5sm#<9p4&LFS&FfGrE-#=
zDo&&q)~BGE)%k4-c~Ad1!{)6Fe=*ePv1ydZC3FY_m()FOo1DAex7zjtV+7Y_DBpaa
z^D6)o*70jZeu))ITs|;@hlrYjYbdf=j<O0HUW0sMY)90r9Q_W#toQ<Ha{BiQiz-nM
z#2dn33z(EgyVvG^Y7U_2&+)N6sn&N@8V92XVv(kKboDpIe7h-7{mQ5B&(5`ViG1*7
zP8{be2@|}2jE@+)q|aY1_`FJOmz7@=x+wu;GFGkzx#&o4YJW7of=v;;h?F`VL)RL)
z$a_0gOHN9hyLE)!hhU-8Z5``ODG+M6A}CN#^L+h*wb;CQzw=ijED;U4m3#;K2UG^+
zu7t>#KG$SP12JW6KwMXEOZZrdioVqBW20VT6R5;MYVWi79KI!fICJuxz$<EFP@MKV
zp6+=VReT3Msr_WJ{F3wfXorVN{<9BK$*;aPiSvi3AEy-;@%BWsuQ1)7urJ$4MFLrE
z&nBs5>htRYu&jnCkN}Z_tu9K!2@2fhFxpnR5F^cT!Pg??d0gu$oXSoZ3$r3@^*%NI
zV%|4yV>{sDd*?MJP`tE+fkiGVI|j+AYnavK{f<ux-S^COCDV>bVUa=76$`Pb20nPD
z9TWSjXqhRJ^J+!~8@#$wSH`_OLZ01Rtr*q;XOj7vcpbH7C!{A`iuq;EH&mVZ`vld6
zBix}_;VUF`==SaG8cb9v9LRc}gZQWC1XD37N+V+eBnYVe!K~v>3fd;cGP#gZnFBU)
zHw@iGC!o$DE+ffMD+RK*-FeZ>f|#cJ5}X#!89opnR*3D5lViO3AyMy<Q6K@bm+%`+
zMLEkAuuBa9`iRY8sS^mvUZ6mh_nFxtS!5RGJmuuJ73(>OyCT_^{n72>;lxVBwfMZ4
ziwD@0WaE6eBKEq=<hk?50qyMm72%TTWp>gJxMeCa^1WLt9cheiaQ%%+4&uNv0?Cy;
zM-(wtR1~M*3TK;P$dfiF4rZ}wK$0AQ)!_&BQn!`dr`wl@6%2ZQ>ls0<!{f&c+nad#
zkP3lvdx30Hy|o@`9pgF#zDGlEpIstWWdFi2zwmp1;xV8>U?0Q0uf3vCIe{}bR_)7P
z^!CjnLaOb7rB=OIM@M^~P_fDD4wT}QPQMZF>72{Sm<q}DitB^%gtu7&Kp83VfG_S(
zATnqkw%_~#q$R+n3=t^#F$`oEW{?cr19I6C!D6IoC|}2Jf-?ACmD>%8vI1x8vgC)A
z2N@-tRM35Kz_6VzPmU?Fr6owz@d`fb=@g_yi2jX>sUduvXZ>WBWWK$No@RhvA;}1j
z9t&6Rta#Xs0CEH~PNKsM>g6Z_oYcD@K7zrCWx%cm<9EsI8``JLoD?Uq^1Nz?8Z+Pn
zfSlJ>k-2~OmpQDS7t#xm_5+T{T?j7XkVc%*)SD;Xmaj~#oGg@12{5c}(qR%0`?=-v
z2usYG=U8X88Awrhj*n({K$~%=P?&bx0**r|U`1VUk=n|R#`y=J5X_sN6nERCmXp^e
zY1e@8c5&|Tc7szDiTyE+UyBkkfO+79c?4KS7+S_82W4Zu{fV!#R7^gfwIY0o?~=`{
za_HAjE<71jfp&nn%ZAnK$*JO@9e=uVz~%9m(;5I!A;^)EEqNC*Mg@w$>2A0_fMV80
zMFEGS^nzJ*`zoW#vOEWw6ezqP*Zo;R1wo(!isCIR4-z7vRL;(t<sb|Si&FbN*7WTB
zjU^kZh;ZhTWvLaFi=U6(=}_)3LmzoGPK;kedNz8$JNW*yo%8VOEZ=O0>l#Ki8?Y>f
z<OD=XSm4wUI*fGP;sL~mhF>Y6By=-x<8pXSfiC`0S$a`%^C&yBC_Y4{%N9)Id9q7U
zqKivT=q-^dIQJ{Ll!!cm2H{sSY=x4@S3kg9qt`&vP|&)6)o%)1%Ct<vonICZ<tnej
z323C}VHQLwKSW8Y!gLZRgDMVSrVaq=XmDI44q8i5?#ULmjh`#ZbGaqLuX)}@4yd6O
zB^Z(}><1Krb93`wRLy65Dgx5wI7hwBDL!z%q^(^_Q(J1Et&N)Un}Cf%W8Jj%RU@!N
zz^FkzlpFwvKi9^&55UZ0R87H>lB#MebzH*H9Qzn9Td>k0<b%YU%OhFBAyMCi)BY&)
z2nmDuCQkCraR^Z=uUfX~a`cItYRpu2OEA*Fh^BgHthlfm<M3r7-jDzVtpFGbIpw#6
zK1N%T0~94YAm>#gYv)craYl#r2%zSSn~DV6KENsL0yI###^DY<6j;m8$oZW~g4V?b
zQ=kw%gtHVnz`q|)o{KMCQ4y|udUjHVf8e|=UroMvQ|-$68cl2*Ek2G>%OygEEue^0
z0D^RC9*g~fJrR-!m}fUhNXJ}RYhq>Wi%wJ2bjIacg1LoBYQzhg!VnE%lHLl$hlGD9
zWgb)oY80+`PKf&9Jah}2CJka2X6>nmS4>mVb-Ls0(b$MHYS%4upPP!J>_BOT1R2sP
z2mStd5}>145wi^#P;Pc9#=HPi;wLej1InC)L5~CdoQy%${lU-^5Pi~XJ>h6W=uokP
zWzYw#I1~#fnIZ<vBU|H-sX_^fBeiHy!s7Wl#$fB9X_+1ffqnwfJGCPMrL)cg-ev%%
zbtF5gm6z?o?O2@Z3Wkk_d2zsKv8pgc()j?eYPN}*A6VTMH=k&xpGsDTM{jZrvAU1Y
zdIWVU^V!Mg9UJ2-hS?A+@sg>Q*Q2q8U#thugCcGlA1K(!(%5{JL2n&IzeVs%7Xjib
zF;4ba%e(O9!<rLs;O$Q^T$B^61heG`@QXFId3*5k1Mr)7!z+fkY=?gR)IkkIw1H-{
zhH11lT4!sW8qf+JX$2t2HIiY{Y^g1mtJ5yCfp`nb;Il0V*hD@X)+ih+at|wNr4JV2
z2Ss7oDxs3spjQ?!vI9Mw1Q4+r<JHu}K>%~O8l7T~%C@Ap0nbD`s2b@DlhlzT8gOg%
zRNH$}(FX8n26Hx`+R}EZs=XQ99%Sj~a2Y>gHVoD+@=R^osh_t+&zK9!QZXwGXNrQs
z09;Z?6**|5{%{l5%F7?1${+I>HAafs8K>?C?%1_R5JMsrAchD?VW73XFvL6vr@wEd
z4zpKBOfpz&kHe%>haj5a>rr5-FzjL^$aVCB`zSyr%#a)Tnw<)ee1PR7G;wBEa3b|(
zRxlh07&itdg#k6}0A%5|PfHcqX8~$QaxlUmTQ)%5566}5VD5vH4+MKf;*e#R^ik29
z{9^`y8Fdm>4LN0if@o>lU!Ix?pl?O%6CGgL?`-QZY9td*!VD)gYPA-_KEOB@fMf}b
zqY+Hg7Ca(C(H|a#kuZz9bzBV8>fBKfkBj{UV8GXDZ(C04TRmGNRX>~>0moqr-iXF=
zFjzcg5P2b5t<v@lzqKmK*8HVym}B&VrJ0gmeji~=<s>up5S%IjrwSj-6qtI-bXgq`
z1*;sCilJsl&&wE6=sN%{=MF9cj++GFuDtXzXiS58$@XQx9@4t1;9X^%t${Nx?*c>v
z4l(evexo{K5H`cm$>F26tcLSF9fCg8xehf)L&95qI7H2F)_UWu{?RN)2u|S;<FNix
zW7eHfe%64w(X~uboX|;2@0o&E3pPR4N~(_c9B@jGVD_ZJqL<XXpqb4VRLY)*qnc~4
zz_P`2e36wSyCP)i9**roG-J{MnMp=|bJoy|wobw!d-V-b5QX-+6rW{HvfKXDB?Fjs
zc+66`2X65mxWnV>q8g;bV}7|~uGnbt!^^9dTg;17@Bb_<6a~HSm~#75;KKfLZc)vW
z%;av%G;cuaFB%1~Y`*`qw@}1sZ$Nxs)c&5MFAKW4!nOJShrr|y&PlK@`ptv)OuEr5
z-&X{fuN1vo5t<e>B3%|N_xy3v6(%^TceJ!v=gDOZv8LK`;6I3u30jk=YkMEKxK^Zm
zJ(rm1t3D)VAIVj@v#TmbUNU{F0$02You_PI=Bk-q@`Beak0I8!5Rv8g((20!x~pp)
zs|F}b>!WC&qgCbRwa;730k(J_TD0ya<ecuBA>3ZZ7^0`U=J;pLdfy9SJgF1vy~VL+
zlC^GDzHZ*UZqc`HIlXSRxo-V^-G+I?R&c{kX5*6jhQ0BIgVTni?}k(8#%275bJm7S
z`G#xrhFjl;`}Bs#=Ejxp8&{b((Sn<vGMirNo7apty`46Fd^deVH?QM2{jxS0MdTaJ
zn*n{Bfzz8oo14MkH*Ye33=#ZzOXlNk^^bRqKi+lvc+dA^Xz0iL_>W;(AH&N(Ml^qn
zr1yP%F#Yl2=Eq0hKR#xrVFYQ6HZoS7hBKx`JJDi%Y4}iDEW;mX(c;Q!@y)b^K3d{5
zBU4OE{!U9_-bxkRN|V`oqP~@Gyp`d!mFc^c6}t5lzm=V}l~cZz+q{+6x0OG=Rj|2L
z_<idc^EOd%o3UV1tiD}hyj|+FUFN%89=ctD->zhImCLuQgLQ&o%z?Aawaqsgwje<m
zW~EtXKQgZVQ?3<^DTs{oBr?^h?<72DHYY*?;LJ*Jd`q9O9WmN;1riVjXz$B5P2Dk~
zFna=a6I}3Su+=x6*=Fe7`dhpGec1z9feA&sLt|OPeY*h@yQ7^MW8Zh_=D<B_`I8Bm
zAUWl|N&J&{PC=}md(-&T8GH~++TL7f@_cj9CS`BYDS2r#sAoSY1%?k?Ap|0K-#?05
z`9uiZXYzvvv>1O%gW=DFV3?1vDcRAc)~sG+kOJltO(re?$*iys4JJmLO?*oC!*~Kd
zr_-3Pl9`kD@!l|q9vr7k`K$~FtDu;@HSq|pxIj4W8Un9C!+s9FnGBatCNnGfrFs)@
zLK~O?<7?M6@$}Bmzc)W$o5f#);gC?A3X<7Vb06}95HNr{SILYNX4cEbdG9mxfLQs4
z@a!gd<)aW7%NG?4eog&Wz~3AfrzH$Hw~sg0jYDqUVdkFsqJr9ojDy9WfhA%wXZCMp
zQ}HU~06vyDxu;(};lXEZxPk`290On}p##;+2Wr<3)bAf?#2#oqJ<zH+&~7<k;N$Z%
z2NymbF!1q3mP3@#p`PrazQ&<}$)VxpL!;}5#`h0RVi{58L$ivzS<wHnzONkgpT73u
ze{TBzqvop{ruI)(s}+9X?9B@RZ-C_kMU#IE`Z_<7XRunM2sO{g@V{BD$lpO<*%O8g
zR{OW9)v%M5u|h~#NXy&E!cD}_{Wnu9t?8hn>T1mDVFYnzuv*)*m;Y;7%c%K^x>|`E
z{9kIm!uGcRVzp+Bl<%qQCW78>3|1=>U?6u(kCF1#dFaS6wIVk>HPQb6&T2!P?z=`r
zIEIA(lhxitKX&wGe2~mvWMuxbwETSiTD_4GQ!CTC;&VR#>iFJ?W|&$5hO+g*NV?&a
zoN-z{Q4)7z<^O}#>f$0Dun&9_?=xhrSC0FCA!`{y-}qSWq*z`&UN|k5u@3h)uFXx8
zDa%p+pKAKrw=~_zD!=xoEj(_@G<`;Ic-Z;>Q`7gxKbpSLH)2oc$DPhhl*T1XBqYJp
z5>FQs;AJsV)mTJ5#v_4%&UxaAWkeOz{@vF$RyJ4W6aVRJ%RZOCeMefFFKc_%*VoqH
zJUr0S&mgvgjLVyUWqk)m$G^{x?QZ{PV*Bgp>z6Ov@3yA?<zWAJ-7|b`>;F<;+ZV*~
zZ@zZX>7Twf=s$d|H`2<hB^W(f?UC?gmS3I~%UTM8V@UpN0Ot?t90-k;kPSBe02mS{
z$C?eIzP1vk%G)=7d8twszuu)%jwF8lvFF)LG)Q<v<D>`%PXOGxnBk%=a<9pD*M{m2
zx8Aw6^2m@CQ7*w&z~5*49M~rVdxh^Tye8+}3|<0gHpswsXgjkFLTAMOXtXeKVCiyC
zlkVxX1OX~Jn{{o)Ftd$OkzJw+E!g2HNXVU=mT)yX-A8r>6JYfwKLl*Yhq?sb^CjNu
z+B1d)IFMzo;--r#go75}@t|Trc7EbfQdvh1NC(?kB5GF3cqu}>Jgg{qm&edbpnTMH
z4K)i$b<@+>M2IC<<oK<p>G+hm-rFuxGg8Zyp3Qjjv<~qBrSzR?F+qn5!a%k@tQpy+
z{|9aN9n@qOFZw<t0YVQ|y7UerU7Ddv7esmyL69!$E7A=RAoS3C@4X|PP^I_Yq#HU|
z5Cr1QyZ4-P=FB~J-!o_Koyp&sd1ls3R@U=b-(RxRzK&Lq=Gq&Jp(2|&+oIv|bWz5_
zHBk}|yL+Kvw>Y@V2E_Aqc5t>6CQs0f5>3+&LBk}C0k8on|AQp5n0Iau0R=JY)VhU6
zHilC)B>I#B(&k{B0nu5Vx+Nsm0>Xv{4nS1P%knpT1oHp4eXVT)J_u-<r>nf|ng;{y
zSnnE_ZQK=w08S!k#(^X{c^euVL4v2s{c{@AZO<FE$8f$@&|I2`hKNCV8iL!c9>_j-
zNhLzAoZI&~*3ETt8W}!x2CCi~NE2r+jQ0|~q=t7B>sn4p+<zgYKgh(CndKWaere|m
zBo(I|HG+hePtDWb8cczllp3GN+<dcB-m1%lPALmoO+`q(Fd4VUSgE7vtk@)UXi1*e
zHKY(KNWaepzZ8yN@vCE*SpX*Oe^4@ae8_}VvP<!oULn9ob7z|{Wi>hW^Le0vd?RgY
z?!!d=Yf9MsdvE(f66Suv#xbv-Z9|9>=G@~RNL#NGxQRgb-IxMo97*8}UZUn|3GjEs
zg&Ftv2u`Byquqmd+hOw>chkW7dx>9L+Si|Sd^7nyv60l%&6-Z923)2wFV!sB3axm<
z*X5E-(ikm9^hz=Q@SDnGs!Kxq1o$z+zsB@xTTmSvU(sGu@au&p3`m1g3`C!?O^4I_
z)IMZ-BZRQ`;Iur_qEc!N--U-T<N~M@0D?a;t^|R(AGt8xi+Hty&nZczRC%EISCyZD
zM6mBr<)%X6Dxdpx>3Avol;t#<OxTsp4W&@tK0;Qolic&KMDzJ%1kVHM^+^ZcXh=4!
zz2#&gfyd?m22?hg!48LYEF`mrRIwojfKNwADVkh-J}Q-n=6ai~<R2x1o^kdzs=B~I
z$6jt_dy?xLGTLHM)JxG^>j#OMm5u}L!DAKH8+pW5Bm3w$iC}9yCL*?hk2Ok+ucTMc
zXDcm3WuMHr5TDcot%_~%p?@xt3Me`LANsy{j`G<whP+>xdGh1as2w)?(?%qyCEUbx
z)1Ql{tGDgzG%`@T+a|y^5SlVpViRv{OEQI(zG=-lO-$7qa-XSc%CD9sduR7&b7OmW
z6*}{u#{V?r`n&e}IRFrRkNzJ5iQK?{`@W&u09@Z!iCp!efkD)Eeu3A3pjMs1GgL1P
zn<Tz~p3;nA>2_g-shWWCNJMfyuJ7v>BIw{8nZB`IjGH6~aPBcQze=QQg*c1+Lpdiy
z|Eu&JGMG8pnNaR$9z_7W{Qhlj*kcSkh3^vRzGBb(Q=#pO7>FPz{WMbD6i6M51amED
z5otZ=p!Oguh2<zu1$6=Ph^qpv-<<0s)t?jQLn_rClutjSUnsbbf1si1Gc#D7SXAcW
zBxrpYk#2rjEQ1da@iLFhAvU_F8m%G{CA(56)>P(+>N6}lB&@KOtngdH9`eHQh-)K~
zDjn1+%omBno1bx1zuz;mqDY@&T*@UN_b(;q5LoJQXsj(dchpd8GaZzYDnhwA={Px?
zS=i9s`#dG|`V;Y7?xAucM(yy~9(-k9uc^tWMZnlDl2CrExjC{$*nKkHxcLuVbsEaW
zBT{Uwo#SVVuhHqd6hYG{hq>A?T~`eTmuHFPKkMSx-9L8TSY2Gsl_=9X`^1*d{gRsR
zJd1wATAOZk^De2mnZ?EInkjt!&t(-Jt7!hQ&mw|@zLhxHQSHf=B}U7ncfPY)K!kaj
zbhNRa3G1#Wr@b+m{kwxpq%J%w!uG0~zF8#nZNM8jyY=tQRY~YNYz)ObZqUq!ydmAw
zcOh$=-`pj7XC>7%1v_3H+nTnE?umqTTSSfr$n>iUA0|b&Szl&fm7RS!Nof*TUB(4$
z?bd7D-J%>?s;~7$YmZ3DJ50L%B=vllzywpsSv`NAGRbemFPMHibE14r7d&y0SVn65
zgItn4(paE?W!!$@nNgR`sX##AA%x+ZR8^*DMag6TVts0pJV>&5a9ET9M%|=sPT0xL
z;E$>KqEE4Ymyq5^T@ry$#*GC7^*)9-j&|CNV=tTC8YI_W{Ka~%%!wp4ksaD~4ldVF
z(Ylhiow#{KK3}VKsMmI3!Te+AxgNUz0lAZ9KbzgW6xV!Mh`ok7+}f@zODHxp;<27{
zUR>ehKlVZyoNR_>DEIo%eGai7e-=?7H$s2^P0cuo`IM*MC|iy*D~e@RD<gAka--@K
z-rBoBrp7Pc(c&-eWrENI&HEp*o*GtF?@3bR`Vvo02j1klSpROrs8dMIwBBx%MPv@t
z`Cruk9zSDzdiT}nNqh!H=1J9LYpZIrIO1`{u0p{-!=DKL8JLf`i1PI;^+@^b^R(T3
z0lP)P`LV6bz}?|f#iMg|#;Xi6cV{GV+A4xf&h`uWMb_)zMTxZkR4-4MMW-xwJQ;Xb
zuu5{E!D&&!-7WF;^(`{sck^r-%>U5)cxOjy?wqm;vuK1BzA=7aOiTILH`K}bEkB7r
zrknh7Kb*{{OpEa>|NeW^QS$}ejO@Lc`%|NK)hEYiHaGY1Uw#dJrRm@sr{>b^Y1Z0o
zmK+vfQXHUdWc$nb<HaxYp^}deL*I>m`{){CH=Xi{tNxQ2@B1)9-wL{yU{g>3h4=Bl
zUp0HUJacd~x->gjeESw|K0sjfNz_Q^GvTjawj+zKKNlh6zaiM>cWg2`tD9P&9t4P8
zTa!M7b_?;$G{o2|#56U;yd}hPDa86J#D+f9Rt9&yG1S2;)G;;Gxh2%~iV8Ow`#luD
z89?f08Zt3Oq71<IX$hOs54-*trVK@Tw}km%NCHehV5i_=xV&QI5)x4w7N+4g0V51D
z4G+3P>Ti<9(OZT)hDTk6r(7XJTf%>WkvNH)jf{xIA=fM2@Y0BE`pAkaWcpG>uS9s+
z5;C_XG7uSF;27C4N0#Lkk%Nq=qmR@=N1$7@KRQMY@*!(Y!`tX15KCdBj@rdIN(+gY
z7(&iog%4{WyS<_VxX8RTqB<ba$t}_KrBS<H$`f$>FEX)*$e5KSqzXK|=_<xdJgUqq
zw*4w<nm#&;KE_uj=C)LL3QF>GDCWR4ilQ~<G!?b@J%ao?`U^7d5E4028cX9OJOL#k
z=Z~B!1s}`AAC`iXFp>B9g_kvA8Hlh67-Za}Bg%Ivej*+T69vQA62!{lX6WORF>x|!
zLKjO&xr2nGp=hqOIL_gCH8Y`_mIMXOB;~0Dt?O8osp!Dc_{)~W5}7!I1Hn~jywPxi
zV_KqFS@aJ~lFo2)okpVFuwWK42{%pbxl>9uCb`5b{)i8CITV-Vn4k|wy*J~TMBz`G
zCYiJ*IkzVJx5l9u5^>Tw%!y}mio`TLCD1F`dpO~X2DrX7l7~MLs+o4slJw3y4V<5l
zd7W;;k9>ZR%Ga74)EW&-i$FM~Rz6~6_fCr9&-lBP8q1$X;T>mwouXY9VY{4>yOl0K
zoSMOqkx7)kP?qx0EMpX_iP9cUY0yC4U^1QRXdU>o<`^<C{29{+;rV5WvzVwg?{pi@
z^nAW-XLhn~G}5az=f*qRb2!!UI$Ul!n`=1fbT~5TQ9`*>+T{W51PUL$oKyQK>+f<J
zsx^s>D0%Qv0;DazQ6q$GgnBGD?Uo3viq640<@NAqCWPm0l;$a;Q+{DmplPwOOC;>h
zH2V;+l72qrVZmH@)<>cOrL-jYqs%7}QK^p6k5;JJ8NmAH`M3P(`%ZZRBl&9SMORnJ
zDr^PJ2l+F6C`O_r-E``!<pKqPB0lpZLB>pF+00+`sV|8WEW8Uf+oBOf`1TRh;S5F2
z0!5UJg$Iw)u#AT(Uu95cf0A`tkqWixzJI7D&q*8^iyZ%y?DJ>6N&okle9bBMfmZ35
zSx)RB6$w$1(_xA8N?M9+sc}Sh>p_CZVOhpV5gt*>oCdOBglZB+Tr6AW6p_*`kat&B
zp2eU3d?mlJEy<dwn5n$%ZF*!(dId)v>M;x`zf$q(PeG=4QPoH}cqOs)x{|3pqHQU9
zU$$Td2i*m#I4?-+&Ou&IRh`b|$q{9#5k-L-;IAtvTjG>&>3J>JNf!(S`6Jb=Th)&N
zHA?58A6hlPWGgF2vj0hs6erFBmsMJsRnxcC4KtJ^nWfIy)Up_q6J^w1Xq7FR*94|#
zD|lloCl2d!1akZ}tC@Z3R0Yz&;rKcN^^9?;3&dcen+BrDDzrc)zg8ZlAo#|-bjq|u
za-?oAJ$^u=A*`*`CLDijxPhKBo=d-;)TN$hw7}M)v23Kcf2F?GCv%s$Deh5&etQwo
zVOF?Slo_hY+=bF|wFw3TTD8~e6W5%N6g<u-4>T|O(b5PHkF^*{{y_ZM^{6qzr5b4-
zYYMIZ=t9|gL0X|-#Z_B7fB0G9PZNbpqe*&M8Y9Yuq&Qlx0rIE$DO1xKL!_y1D?{98
z?$yuSN3HUV%@jvDB_svma!oH7)1sLw2HNZN<eE0<n+|2#8+|Fq&a3@gs^$-yUSLPt
z1Ld0g1oFzw^CGX>b&s0qB0C0f#MZYXF0yNk3Hjls;~qO%9s0A9T&LAh)2E8sWsByT
z)~Z_XYzcubNr8?C-!6<cdjF=G`6&A2sEe+L)C|_0Ir`amwe^=vIWbA&3Q6f5Q{8Lt
z__CWu;B7w2qN`UBP1oK*GKQwvs^-=Q{<P>`5a{tGX(Mwfo4f85T21pL?q%<2JG|+G
zRd%@_bqL5)&O^I}k9(Ec`>Agml%`sLnwPC*;JU+A$*GAgP8|msZA!;|mA)N0OQ7FN
zpnq&WtKCA$$ACgGpeA$A>`lL~Z~Z6V@*aVrqq3Bx>l$;vE{?T<0Oo$I`zpSi@1P@d
zx6oAYgWKMmn|^)EK7PSU+K6mZr&6BVFVU-@<l`?vOCSYUKjId8Isz0xe-6tW`rcj}
zZCR#l@x|p&PRVG8dFF6RR9C9d=m&wp?Au{7%1*(lUZGlG;c>6u=+G~VPEw}6(vcAb
zflP<hD)aKLCd-a#zm8eI(OJv!z15c1%2AS@QNgKE?pk0$<`6fa$UkzV)we2`sq!&#
z=0meOi_GE7sPXBs;m>}Pk2}WKGNIFvKtAZi*RjuNospk6{ZDV3=0@8qJ35tD62|^a
z*;tPMbRDPeOlq>6RDlmKRZiYy%1%Q`xNUGwcLMLE*I5TB1jY75T8^R9yML~98aoe!
z$o49^PR_W_-t!-p%9^&)8Jqy*vj{`))<$^%6I+@6+~`*R&i*LUHZO)2J|^&!$eK}a
z^p)TILgw_3%4y5>`5$Am=KhnHl?_Vc&^uQkN7bNXR=?|7uU2P&rd-)~f#%}2`cU7t
zRH3d0*J-)&#b3Ac=F!uP!VAIc!w!}UV9HKj8(??TzlB)m+sUG_!P%oGAB*m%Rkiv8
z;H1NeTe;!7))rs?`4`c%A)WJ=9rJ<FD`g6!%+X60l%4FgKwkY-XFnjyf2NhJ=Z8i8
z)A5{6;>=OkmSCS=I<kJNs@VXmmCCA>afOAj=%qC*oGgL`$aX&7+zISvo^Tl(T+bTv
zwWxZUHT4+1>?AN;e?201-S_Ea{^iNqB+J)}yA>o$rwA0-V72;HXSJJos#AWdSAOix
zT0vH1Pls<6E&)ZUIr^z{<sRAB@srK(>+?UY7H~A2%?5X>^L5D|_|<RdMtBMj+gs{a
z^}eHf*(XUAo~TB=@U4Bev}#^mbgNWhN8Ea+QelUdb?zP(kL`R%uy#vObcT~<8xQvz
zFW-46|AjoVC*F0y=OFpVaddF!%4pV#f(_Wuf5*ZNY>8caF)=K+F+GOHzkiM=vbn>y
zIjN+$``2<;#BX<2a7@>&r|WKrFQBiEZx9<;I{mF;&sc9qMsd=5V%U;(Kg61F+G=4%
zpVWaB_?i{y*tw5A-r~61S6Ar#deSRF+DuYW<$XF);2q&lwq#?CL0IpExbKu^?^y@z
zSX&RytRp}M`%b4jO(#28p&7@!CD-hJfZj5V{1^e*m+w9sF!QYJp<(}x6&g3p6zfTK
z0Hz9iD5ZE}rg$Qyx6rV`I_80oZv)^20OJ%7c=T5zqZe=yUg7g4jp!jI_z=z7oHAgb
zF0C8t67DyF^!8t&^WULz$5gnVfGCa@vQKKNPwF>Ll>PA^dH_&ZJbWl_MVw;XSA}v<
z&#WihqQ>63PTaIk8Qmr+*J95?vD=LPm@<)b!koP)=<k&q-wEG<?evDC1MtBBAb}0Q
z`E-Zo6Y$C(w<a%y;6P`;pWkDK&IL9d&2g=_Ju}(87gb>X$2$z;hY0I)@z_If>^b=F
z_lSve>H8os&d8qc;CoyuQT$}pyJ#2(DpM@Cu8-od?vI$UV7V4PM&vW$NI%w{)Z;x1
z{vXxkKdfWH;8^fV0QkxIVbtHle?*6r{C{xjU*ezR+1Knl|J}J#SZzGHR{Q#uk8Ig$
zbg*Bi2VMTVDr&%B<Jg)EGph)$5;;fKoGhO1A^#pCb8f7$R|@E>C;Ef01DB#F@RObb
zIN{e|k9{_e%g0!~Qzr7C%H+Rsonfs1jO*B(mirX9?3#Y}x6+~cXqR7N<VW2#S0Z1p
z7Gl7Mu{Rp%8+G&z`u<V;<oN6+=1a}3{9nAAzqc(hKmZ=FpE!u!xYpDlXp@+V%QVpu
zbN)nyjWW=Z>#YGNiVcRaq@jBDYKT=u;}XOEN<%YI#gZ}b5x6*x^@;w1yx6RU9+!CB
zEy5dII*}(AJr_7w#U%Yd`o2b0)&uEAN5<7wodNhvQWj0NCa<6{3&2Sjh0Ai+okx%`
zghmh}Vi}lU-A7CPN%Zz%-By3hV;Of+s$I?@6zh|09q$H0-9%BrqfAn2&3(?S_q|x5
zXZ_#wxw2Hg>3n~$NhPb<*A>cQap}6!<hIJ{qC*!;=}5$UZUs9D1HK9Q1nId%ghSa6
z^JVIK!7816j8svnEOzQqj3Hc}w-<FoNvIHwVpp2?uhSn(pWWUrYf$E%#vwNt%q8Nv
zDicIHg<*JvT(vOJi-LWI^;ej2X+knM3cejmE%K<j_y&MDC`_0@P?fif$er-@mU6~W
zX&-YA49Yz%%$R5ouOAa>s1%!7BRND)Nz6_nvrh$k8>iw$^P51is$!blDZ5%3PRNH2
zbgZ@ja$yj2<BT+f463IL#r<DGY$uE3Auu{@Jzz;DF}x5u)v=-c2n|u}h3bGl4Zr-w
zb7dm+Vf~Q<u}cR54sqtAJ_?O#O#7Sg`;lxa5-bTYVi?bZ0SQB3d)@O2x7<SqrZ<h#
zp^VPuFN;%c^CbicgkFRs!67wVo58{vObuhy$*WC^64Rs)<&d)ZNK=|vTBm_Hq+=Xc
zx-sx4GD$umd}{LaX1bG2$s%7|?L@_v=*gM5Z8!&NM#AdD;$1|#twSq^HR~%BdnmoS
zOzw!^Cs4K4*W2-rUjyu;n{0x~9JP%fl3-|Ct$jlrO{8?a5)f2u&PugZQJt8uGg)GO
zwFHEXF@)2yaQJC*ezbAd_4#b9;v_R>;R&yD-z6_$<A>g9j$~|ZAA{a9cbj8DM!H(4
z|20|5K|s#_J?+3>cjGn{RpiuFP`#x;Th%5@N%&OeGVJ-07E3b7mvUNi$op%?u1Fdc
z>&wD~zm=8ZFzr#&Vs6OYwSAtvoU&z}yVRm0Z|2p317SAox8pFc$?wXF2VdlW5C;Ds
z16%ab%#Q7=6Z*Q)nVOR4hw8mnI*I(cu{81d6Y9pTO-+Dd5cTRX5SbAV_dHMcn{(>w
z9+mvKHkgIcS<ABXgd6ZO+pGo3W)6qGJNexG{D%qX-1>dfD>Z=dBs-1c&)u1idbz=-
z=jXN*Pbs#4Ha<AzgUGI9z0_6@E+IOZMpWr@5bnp1*qpE<d*JSHLCc@~y%UU26gY)q
zh{%!Fj-vFPWa=@#_rY6%LiZG@%-#H`1ak18HWj4y8f+d9A;i6jQ1K*~E1ldBg=tFa
z0=L7bKqAt=SBvx<#avwc8F5h&C<NGDoloH<vyS5enp^Z#k$!G@+tGM{LzNAvva(4f
zPp>SNd?97Y_wve-n|<OfZj<lF352l$p=>rGJgM4gitwOWwI>0PgHa`8bf1!EVOS`h
z?NFj56=(YKs~8<3d)4=7?n|`7qwBG4#vz&aAw0m-Wi~3IAq3=~naIZlFz}$Gx^Xj=
z)SyPe{(>pMoE;`J;7tN-`9~X^Y7_F|WhC2EY%VHH2=PE*YK!gbg34$7hg^Y_;a`wm
z{Rwz4#o`jDbuot2f4JB+9;MmhOSa089e#;4>EGNg9|99;<VILW0T|$0j3x`S*)RAB
zD$(~wg@&DttvK|Ejrf2NTyOwSEsz+K52T~t_4j@WVFM-fp?^Xlu%Glqxz{XoX4LjE
z61lNbv%#!Mp&n0`a%JZEt2r8H6V3}62so!2xEp`qy>bLStN-{k`|`Qq_3rD+>c&CB
zaI{vl82TS#IJ_;<Nrl|)P)VZ}70$Cy$n9kz&YK@!wQ(xPEgoc-=uz)H?+Cd|8=DO3
zzn|u<p1?PdFI)1v!BY!OB$@;uNC992rS#A6PNFPJ{A6)=@k1CK&9=<_47(alqwByn
zm3UDRbd>b-0Df3tC48BOMzl$U(14nFt{)|VM<7R!pRcZo>pc=HrSCihn#KZV7_Ups
zx5a{_sd*D2valyi$5kyY7z81VP2y7$3@n8Kkn7h#ppGTfrvS1Zx`npIs?cxXAkm<A
z_v-j_h3wSOOEjqfWe(9Z`}ybaDaPjyj;kh!MQ;Qp%EE0+I?L5R$jIGky)R($*P)OH
zf>Xiz3StZgz**;(w`#TG<mcN|$$~G59&bkKp#WgEO*j#sG>~bKjZkJP@L)ZUdZfiY
z!e}kgiDnbv3pRwnP(Un{9>yj~ZWygL#XPJSrE`fd_P(XL0$P}B;`pa0J>C__W-Hmm
zNE;Mjr43AK@swA!Ne<MdqCpuK6H*o1w#YIlu&8a~{SM?GPe%t5ioP7@@Pvi3pKp=j
zZkvsC0>H9xnm3h8lLEz|9{tA5bfqvEh<+dorP~u|sf`Htxh2FDr5KW4mS<tugA%ve
zI06{B()!n{hl{4Zu9h09;a)!Nw*%itjqwFX7(C_Kk>3*8iu^rX%PTDOa!(cj?C3({
zr?cTvzR%6FwgfSCcm+x=wUT{=UE~yHZM*qxvU5Z5RJG7_$jaJPHuw;sD)ba8p~}Wc
zM%^~54&=l>brmg*)=1=^fjW!}k8n~`P@1#EPXGcT=LcfB>9vSqOp_&j)N<G-+x-ro
z3%t<}@T`aQ$0X1jyic9*dn~Bqu6p*8>1@xTnpGgel2p&>nHBN#Z|qW4@*Ff75SxI_
zVsum~yOLLeM4sPaO#Jaz?$P0HIXkhGaYk-;_n=ftz57HiP$0#N-hl)`LlR4yZBOhu
zJ}Wwq^!68?i)kO22X!pD*2CaW=e_b|0vN;f%8t7xhnRjuwrz1e^y58?jR9jy<QPBK
z8=rlbVEy_YyJf<d@TzXPVEf4{w78CFFEj=X<NtFB(bXvV!HSY6r%!2N%odkdBE_qf
z!)_kYnfA>tALCK%(jL1zDl^F{J#AX-sul4dRYQ27P_?=E%#X6vgDDW3JGZ(pnG7sr
zetexb?Yz+?gp!6Lo>SDtLm8t(#r!5==vyHX<<jtPf0DO6LNAvd`@(Ad*S)1+(tRW9
zmyDv2OGz5(J9~{gkm*^V6#TB=u|{N-8s-}Tq|2*+{fubgJCfB@(fg>Aj<0D@1}1p)
z==jIy9Ngy|lE)S_rypI{CZE<K@1zNQ@J>8BlK+Kx3bFw}WCx0{6Q79$5M9Y$M*>LE
z@Ht;xNK>K979=hMg0KaXng&bD)ZwZ29*qFw9|2LOL9&mcBGJ-D74<|kSPB%n7o`D=
z(+J|B0lqbm=W>*cd)JZU7?dm1mnAALnF$~kef+=~D7+02t_P68fP^gosTT36_m7E8
zamc0Nu@DF{q%_B*Dkle$fCF%FPMi<4Y)H_k-K)tZBn!F6V?)Q|0gSZ)^0YuWY=UCg
zg19|;W9ikNaRue%DGJMXJow3Te~RKhhT@?-@J)W~Hh&7FG@SH^f^n_mrFJzBbP&=4
z&~3y$Sg!0GfT*^id`CqZUQOcBPXg^H6$Oz^0Z27Kl3qQksvs%RUX8;3w~f`ZxwTwV
zs=VicB+fvG9{B+eaes>-J<BI=FYvb7p7`hh-!csN9~bUodt%f0da`ALAXiaUf=XoV
zEs^g5FK-n|pz4G}a51(b$)O%ev^v>2T)rJ3POl1)3C2Mk5|3ap8BlFskJ}u81O}3X
z1xv#~5*UR2dFWI2FB#00?xn#8t?(RE4(w(u7CQLhpCBGgzX6p<`eE94>gspi@JwV|
zHvP~VRr}gDfaIJKg6ZJm6CrmD3iAb!q1lM0;6zu76uBDVV{lS9+^$iayaj+WwaxOu
z5-<=cpchs6IH7+?5`uu?2q%vA!VsMO!+k<RHb_8%Dv-xi`^ifnSuTJp7v3Zk4XK6a
z*aVG{-Xq5l@oWN0cj4WdL3U$RvOg)Ya!36Yjer;JfSN@3;x51|0ziyrqrfej9{_O=
zP_<z2hUI8dV*^PoTns*%{2WBa2WpQR7UKhnYvA<daJNuzHz`7H3H(-d?1W25PvhUJ
zAd%=WDhfaW3tkx2CP$Bo=fX!MKv*<Dx^#fd6qGjwCq<3ftpRK;HRT({w;CJlw5u5q
zxaSnT_z8FssY$Y=dwx59qZ6DohV$6LEw|dY%sP^_gSe2+h6D)bC^wi9N>H#WPA<0)
zoIW==dPYDjj8O9Glvsk3i9U_H)jJ12mG%I|a%r<f!*9mm_t)W@{Yp`DaPmzR0=E(p
zM+IAP5Cxk$g+4ZzK_VD`KzCyeeib#v&W%v6g_E&?mFU3>H`+?jVO1`~H=SUd(!@zl
zs3e%WNV6D%rfo7bah_HIOyhj1k|;Qu3#^=KAdS?ASZQvNHh<m)ka-1@o6bo?ACh<l
zmmC3z=SN`lU|YjrSZzZxDY)Z#Fr?}kg$JlMV+b-1fPTPvY=p8XSen*QNh27h526r7
zpyWX&_{ysK^QtlinjNz?ER`;zV1*Dvs4hsx%E;vInZrB)mwuE387d>SO-^tt$gt%f
zBT}ygWj?U9elTU0{!ybI^WKysY!ovFSM;Bk#y5EL%h;S{Oc@3u#-B$0Trl}HZ;#b5
zc=^lZ=zFLg?NXp5LV^vf@C#t~3-D1AY=J)=;%^!nvWWZBkosyORRSyl=#}uF2-95(
zwK9B#Z-9I9BMF2uy$+Pj2&#Y(Us?>fTTJZ~k&!eGqBT|cU}VB#W<om)`<K$0Bz(}6
z%w0?s0>ANFq7XKffE!XwEr0yAkaM>jPlou&z4FoDENy;;RvTg4v|JOin8jiiU$j!b
zK36UYR`OU0G7A2v5M1nUUOT?nNDDT((}t=ca1(X{)>pcIHB`?V+Ep#r&@Pp5uf{7Z
zG~*jIjxX6oTl9v^wknvZXn;G_3~YX_j_E$sqqiLTwKj=wHK~ReS+~Htz|F?h)*t^s
z=xTtiS(YZq)|Wb$d&e#GmMmzhX6NSDosL5PMWpA5`E~GuE_lg*O$D;nJHOmkv^-t4
zwzUU-Y8pDazJ6#lt#?51riH*Ib;BNDt;c4)s|%h<+W0ED?$Saq*0k}<{_Ew3ufIdS
zUL}3KF8cbX>FdqF*IS&g-TR9D_4P0QCV*}ek7pAowFy$+1RHPSJ8TkoZW4xWLXtO$
ziZ_XyH%SIJNf$QBaK83(lY(FiO1DMHvqdGfMXkO?W4uM{utn#&buV;_K6#6wc#E-l
zi)nC+d0~rXe~a~U>psCY8{IZL&o+nDHmCYFm+>~Y!#0m6cAGbJn=g5rzj#}qd0TLB
zTWDchcz;{ua{B?njws#EL!KQmsU30k9SP$dNrxRN&mHN|9hu~vN5wm`%{y{~JMs%V
z3i~^XmphLMc42h8N<6#DQoAbZyQ;>!Y7V>Vp1V&%cQyWxeXX_K%O(DoXnWsngsWqy
z-cqOoGQ`@m$bAZ-KQ;U^H6%;SLA)(gGZo>&7AnjZ`r5rnKNYO8gm5thxVm#|pd8ee
z2&@TSi<=W@%B;Va;?%VH=JW2`NB1HevGuHeZH&$T=1ZQ3BeoRV-vTzWKM^>NP+|g;
zGlQfY3zRSjo^%|s{qPnOrk8>vwmNy3h^|B&vE`n|MC--Jct*HS*%uEHyuWl@1~`=r
zg$g4>9hZQw6%Q(*1Olc2f~lYq6k@H3*tRxE0Dgdbb%0CF3gj9VrGm4vi8G$#xT$l^
zdFYF!GF<l+20(}cf-4AcY83Pe7HU@;3K$C&l_AJp2+DDHt}s1#vl;p-)wvl<;DQl<
zQyXe0Lr~r9T)A;*w;5`81$=N0d<Z45<2!1oCU$KBiJ?M?=m}u(;8#}!8A8rwrV*|C
z&Y~EX?n{@4NP+|&*V1zWG5TP{LwGO&eefIouT>a=u0hv_qDK>+#8aUl8Tw!XM>s!}
zps*{#4I1p?c~Xu%nPLroITgC09*?8G#4Vs9p3^;t(|ym=Z=t7{<kN%V)5GS|qrubT
zh0~M$)6>h-GlH{oy0Z(Ov+q)8Kh)2D8lU}gIJ@*b`yG0Am3($xeD<gLOql%tRh$C<
zqv%R3^B+am|Ft+(@RAh&kC3a#8$}#9#U)&y`23r2edf<^f=jsih^c)P6{JxSVEhkg
z%A_VorNr_tG<|ko>M1X`4j+dO&YE(G=(9^0aLPUxdiYFH!R9}qsTz}(uAtF>0Zq;2
zZ2#@I{@<YKe^aJfIAwb8wKa~I;>xW!Uy3WYN_v|}>DURozh-^?Kb2eEpT7G~T&nJ4
z{=bx^uL4<}gBaa|@A-yMeh9wzpR&|4Sm;@hw0$7w+i;QpE=zHs^hJXCe+^2*L&?KK
zX>pV^G5lV7JYQj|<bO>`kN24Nb{Q`A>3hF&j*kltZL<B@=jiJL)RjJKZFEa0vG42f
z{Xf&B?(dL(*6>i*e<>*rl>RR@sdWU>Dk01vInpjI!7eD`eLmuUGNom>W^2xWn$ph`
zt+;IK#7y<ZYH4#ze@$oKQ0GY1m%gUa;m?CZt<wWIT>2m7)-~Lb<>BG%&ic;I&hF9C
z@wd~HgNvgdKYslE`}fb)&&%_p?d|FRzfkFa`Mo%CTJisZINhoG??qQ<QmSnr09`s;
zqF?a6kw9&$zL+%4;D3nITGGnp21oD1ci*{sgae=A_SsE3cyPY?cX(C*t>|jM$%QMr
z8kTP{>XStzIC>Z0&c4%XsCf~>kB2k=ExMAI;N?EkWq^--21qpQgH0qIbSlDm+<aV`
z(BLY3K8q@Tz(#wj-b+R|lWphEF=up35-{=o+yd>Ku8PX0uOJ3d^oLu?g~R!3tT-qt
ziA@4f{o?n&KNDJbl~_QKTK~jP1pRF`HfN&y@3Q@K(l4yyczibFuogT%HgCeBON7{1
zUD)b}umNK-T7WzsDj53b+g6zV`uG0#OGM!4my-{XnW5a<#!zwnsAkrnJp~Zl?ZKeN
zii>OzW+zr&4Fr%FJ28o-9<h;vy3Rw)%p&(F=klyOKP<5-0Wh{xiLkdsyD2skT!qO!
z7wQ8R;8VVZ)cM3RTP3;udYB|$;m1ALb1uM^#3vTs*OCDf4Ewo=a#c0JQw#?HG@=@}
zCD9J{Fp+rJr8WT2;~Q}-0Kk;Elt_fm5hZW}sG7*AOkir#^M9==wjHvIC@q|jJuC^?
zFF&gO-w~%;BxE$C5GZ~%ftm_F2oJ7p5Kki0!}`JyQd_Mtf;dFPvAeCFd?q=dvR88n
zZ>ttL>B<mxBtFK_EB{c+)3GNXXtM{ZPMDa97z(Mq(HMtWrUOWWpVz_&dBM?z&_|Y2
zVvO2C&;dFM`7G3@p3oiG6vQJ(^@dnt;063U^Gi+r^Nt1$Q4+5A%A|z^1{2XlCqJS@
zv_IFv<}w}h;gCJ55NdtP_t4o1vY))kz)y{9Bbq%HX^t$^5(6|k5o80e+*Drc1B_!7
z^s(UvKT0Bjgss0+0YII%Hr8?rGc3sjM&svx_!lhkJ0LQZ9L-Oh2<>Mr47|_<f<2v9
z7%E}?<0n!_hCjk%rUg2{FZ}0D2XRc`)vclv!ABZzN#@3^xrK9ml*S=2F87PL0Pm9r
z>IWQiB~PRWV#c+XpU>0U+M8d7DarUa5vf{xJ}I!E9{bLz`$=DdsFaodk~V(A|M$G#
z)0@fZj3gM47*Qks3%`}Tx||^ThmIY)ja}@<xpaKPo|^uF1+&sWJ>7Q<Ja}K*D1j8)
zXnf@dpB(elr*vLbJM*Dmp=QU=p}mcihsRFspy4TN8LINzA~^AZRkD;L^xmb8AC^sr
zM1mfGZ$*DW*O4|q@@laVzmWH-uTT2AUNZcmbnG84?<{dCW91mqI^+`_4zLq~S3y!U
zqVo}Cq;lvX8^MJT{Rr!u>`idpLpCevo6HKEUy_L7NQLL&k<|I3;wU~9`~$|X>f5Gy
zcT>}B)FZPMI)g32{ep4e@Sp+$vmt4p?+Ll2MSM>*N1mmBPb}3b`tL>8e~4#;#I&>L
z#FAUv_VoTqqqg1_)9LEh6m=6Ddx0%Yl~mf-Np#YocxcEoiO`hDc$DST)t@fh!z1~)
zKsWgxL+-C@Jmx5GHfOJs^m>|a)k98X@3q9U4#(_COkq#y``HM@v8jQiuV5g?xlIB<
z69Pu)gG+z*=BBl%@`wf!>B>B(&RjyMD%24@_1dP+!64L?rit|795i`=5I*(ti1>0_
zT0Sd$K>$1=IiKTSajIiA9bwYQLFVLzuQ!h(ki2?M<^m~a-W3hYpV=aN@&UxW2@TVf
z`9KwbbY?65gNwTYp%J)AWRQnQB{tk>M@NKdAH!q~AQ%6~t3ZW|*2#cBKXRn$OJO+g
zXRstmO=6Ex;S`vTFsCVC*eiXaKs=+5nk(eDAJ8(}nn@Y?StsTn^6G6mf$6P8sWOYR
zLG+(cX}+W~-7GLSAG=YxIc<d*H`t^z0;!5<qI@NcbupPpUuYVE<=j;Ux`VXzwWnxn
zyzCuS*omjR%zx(7&pSRLv{;IZ=q=>c71FjKo_*ff+a{)~qRWkAN7i%=D%=9E*K_A&
zQh%2f{t9+_T7jJNoUaIzL72W2v{0T-&K7DZQCw|XWm<w&cNHD+!3Ebk-*M#AD2Tk1
zZd>bRq-&ctIuHP$O%LmV^|5;*_8<SOpSvfMYYLxvXUVS282>6aTR(KBq<nEb^SLWn
ztHS(O`_q6KG?f^x=nC>%>>yvv^UK1#6(6zb4f<KjZKZ}_u-Hnm{aC!xc@WxpWO(kA
z+K`QZ!nMM-@>5R|$~!2)+5E?vuDh91lr<46`Kn{VZ>5Fc(O_LBk@FPm4gC-yo!GnZ
z4ugHx>sF*%nJumM`k`WSv6F{d{=IcWf!Cf5?*VnMhew}_B*>H>RtflisWe|`UKntS
zdFyskHp$RJ`$f9BpA_S&kBC>U=^Jl&apz;OC-S>s9KSK%u>6_wy+6YeRR_AX>zHiY
z%V~85=VU=Qrw18y1DPW4{a!E~ism(C{~3Sn?gV`ecoFmk6wqXS!Mw}PyIAmfLJ~n8
z8Nu`A=alq3e;xnLx}>FdhqhIDk(!0M=$rI0EBm_0Y0HxbRvFn6o`Ph+bZ3^;59p6P
z)s?iQrhDXci+QHfHEFj;ytqMhY$cU?Sa0*Q^9YlfM5(i`hj)9Tf*dP&(ha60?jE=M
zDOD{e-^iYIIs@+Gvc`~Vo&X^ibKcLB>Wc3M^D<0d$Sv=%5w_|{-x}s}w3lWT{ZpiQ
z?D|QCY4e;#W<0RpfpOLJo195g3`u%;?zf~h$mJ2QbM!x!pJ=8u-F@2S0vy!@eGZwc
z>pRa_4k{l=lDpMPjNaY7QR?^&1?F5Y`S&|K`{uXRF<-}htQC<<l7bnO{AhENc~tbx
zYD!P~r%sW`vbP*#>2LMx*ITt`Kg$=7Y!}KKnUqe3gE5<K)o<PZIt6d<00{A_1*iOP
zce;pMx7DzG)fDYV{nfoi^Gzai{8;VdatpJLIP!}vlP<3mmk$FrSv6;$9_+a0uvBB4
z@V<XDU!3S(M-NKM<~-Q2ggi;1U0gIRC$tZE@*#%j`FlVBTk!{EiI-4`lL<b=e9!CQ
zH}m+<0a$iB>CZ3v2=%ca{C=9ehML$=ee<Ki_x~LFc7oP1XyF-Nsy}M)BfiEPmSVH}
zQck&h@V$G1`~)5^K0rFd0`Kwy9lktm!#5ec7xZD@lM7<tr}p;d+v_L$pE?#ypWX|;
z|HV-*#PEy5yW!B_vCHQ?bPiOdzIgXu9P%QnRmrkcp>Cz29z&FG=)?Xo4fFI0!zEjB
z;?!>`EZ`~(PLB+dK_X0%p<YNVG8Gxof{a>1;+!LjK0IC~Jkc~f*$dZi4Nq?g&s+-6
zz6#H!kI0vaC|r`Bu_0~L2RE{j6(O}thrnvk$T|&@swJ%wdJ-4_{P-MH&llO0s`W*b
zM7K7wttC=+DzeUtv|B^#3zP)MMEkFzhDswwF`5=HNhcuD)1{FEGSNEv(MpKu$Ee61
z)0mag=-Hu&O?t_3ub2T$3<eoB(h{>Y6LoeK^Nl`wZz+06Bl4$)@HQlRjV~Hh7JDrd
z{g+<&#4C0M89RwV?F>c3M5BMCqDE$7uCGvxW>KU>an#GPbm2nuno%G#)IJ}I;2L#?
ziDuUn;w+29iPJb<ClvX0TxV&F@Uq~8v{<UvSkdbkSwQTxDYyd}HHb=RuTPLCirrm8
zX%ofHVq!HIc!p5XkEcKk2Z`ckNg#$qChz!JQ?TJR_mC(_J2J_v74$GXUU4{abt#$V
zQSyBb-1Z`61(`gBOmR(1;vY_#qEC7^eE+00<>Pgf^Fhjsg9MNn*l{@S@uL_BLu!se
zl8ISbl4h!3S@IPoE}%6{v^DZAf7<KmC{wd^zwqR+@Khc%FiTmgGDB?r68IT^x}{Q@
zqf^SHX?ki|x>#9~*>a*=S)`C=hJjMLNm+)sciL;Gw3X82vV)8lnu&a7@ik_N(wdp-
zfuv1Xo0Jbu>7%U~?N^zt2Z>e78UFmJY^Q{Juf!z=8l&Z`FX2gY@C?OskYaA+@9<P@
z{)8)y#JPhsH=>MsnT!)}>LGpnb)uX#?~D?sRQI%OUZ-p>qFjO2*f_IX$%|}~@(cx!
z)YJpeue6*$kMe6Yv+#WKd--GO1*nY<Ktv;1Dc%{yW;p~z*|EzBF`6+ryT<b<0p6M~
zoR{}tB=6!ni}NsVrZpwUDdtgIlI3;!OQJ%4cCvmbiNa>S%AfoZ@66%hOs9hkfO*1A
zT0G52tbjlfXI_>rAm21S*OItk!#mk)IG1ZAd0#WHN3;0bb%Em{<;np_9u0C$FTyf8
zr;EvE`#2TYrKh?d6h{9^Mloclok#nZQ_kgPDWE|nD_L%`h3}lx-V>L9(<tygNVOo!
zQ)o-I8$nT~$0Yes8m*M2ALg@ZmA;9{w2sKI{*(B}sT|{760?%QzY=+TT~4V)T7)iU
zuPqDGD$S0_Xw%A<9VwiX%@SWO#2?PVORxGA9#wBsN%4}jsJ09)TiRrvlEqj~TwW1s
zp88=Wor|FceVtZGoF(Cu)d{I4VXuZWmNuAIG#*yEM`Ug=l#dP<ykIDP^Qb1uC!fhF
zUxzXMj}~<Mu*P+zGPtd*xve_9Efbbo`gk*GzAP5KoUl7wXe*GXHBz#vg)J(ot-Ld@
z4sxy@6{tNS&Oyp%&oJh#tu*Lr)f2f?DYeHBX_VDOkQPmW+0SdVM~fSss~?y*Ft-<}
zN2Ibb)$m&6QIHf<ww89AH6}$=vN4wG3YN-4fg%xgaDm!~TB+{7Ndh;y5&Uso>5;l-
z@lcn1pVc%rqC$<xW_D-`*1TDqsno>0BK=P#b7Vu?pSt_2MG6A-)DcY|N8>zwTW_v%
zxJM)BuXAQ(B8TC5B7!ZiwcB1ZmAc3^ucx(ym={j{X?6)OA#?ito++-;rJcn0v$uJT
zk_$>ll!P`sYr751fd+BF+7#i<cjhUjzAYH%1`n+${EQ?8{hA-xa?n2&pJ!K^EN&X8
z+d3)RlIv_pW%xUW8C$e1+FoUJy*_H3%xF1~tqonNJ3TD*Wk}p?Z*5s^TCONab!pEQ
ztl?S(H^4~+1*$nbIxy{x#}ysHzAX*qb>G@rrbaSNMoUwDTfHn=+uFOA%X<<sdiIx6
z2V}bTv@@sSm0vQ@9H@@sjILq1W*y&_1IC;m6`85tJ&7b}dD7m-qi#mhe%Nj2qIrxa
zBS}wW){s^QUoM)s16@Q?s!h^!no*ZMQk3HpW8&N1!qlH8*l%+@@He9;V{~AEFXM}7
z*t_sbeiSfpwLi$W!yu~5gt0|}G~aQw!}X>(<+?>yt{uC&)U6~m#2D2bEHotG)T&q+
z%@dW!Z~1Rom=_MjWB^MdyIyCMomA8**nHU~?o=xuXj@9%vZ(*9@fjdLbW;ji@*S!c
z>R*d&1!wm6Kf*0wFb~^spdiqL8TfPz9T@q=v7&6mx0<@LNG7A<%W&<h@}aQIkuv7N
z^4pPe*Y;@3+!>qE1R)?V8!lwoyV=p(bKFa3Q7tLhlo>TfCttE_+PQl$Hl5jdaXV6_
zGp=~sw|CV(5RtWPNi2vS=RF@Mx*hN8K))sJL$r5bM%p4WGNRhYSVud*x=jAG9HKcH
zdEwW(xR%}Afs1+qaW4bcnWu!Jy1M0CD2}l;W1~|;Lfz95Nv}H6W-O;YEhek~6{nLh
zHj?gITIbA!X`4|V7?2A(%r@S;J~qk;m^eJDd9_-Zmf4&s+mjd7SK!(%npG>#(l28*
zo8mING&=GkYu0lVtYMj}bTY}sHlxZi%*QshmWhtDY%8?rD5@BiT<rj46n!1eJw1-`
zYMsAao2OG4Lg-G{os;kir8nOKU3BNTp~GtH{Y05_U76?-m&Fp_wsg|&^pP1ct=f;*
zF`vd8EUlJal7Xw37b?a_sudQhtR~C+hZ-z%Cv(SH^?}@?!`!tC@$$>-#|u3E!~d)=
zyHqrj_zz6CRTQ<&+g7biDlD{OF)Nj1>ymeCHDn9rRXz2vu9LL!;#wf{CLV_saMx-h
zfqBZ^AK0}viqA4e>Q{%%C~I=g5fLbfk}GNVZkN8BukT!6jb5K4+nm;2ZxCLs5YD&}
zN*}8w*&4@Vu>rD(Zs7TE#0$-Eu(TvZbtUR71__Rd$v1y7%lSU~CF{|&bo8c;@Fs!v
z`jqg(vi~~%#(JbevXUF|Bf!>uvMn|@;4aGyefAs!c91n@SfsL2?6w9IQFJ++Rlr>S
zK`u_>Zo5Wdy>flqG+@uHYp)(QYS&8IXG6@5#$(O}LMQN4qW2Y8r=CP_@dKuKs?Z{q
zW8^v&K|V===4o8kDcJiiDgH4{3i9iK%IyV(O^W~wQg3g{YBhd&Q^p#wqr1<XyGo6n
zrV0S6W&znc#~A`TlC7rFt;QT&TEs2V<vl6_Vlv42>qD)E>d1DGtVgnJU}gB8GTV+U
zZ08*V+4$z>1KgI#10bLez~97Uh3$9h0$Bme!+OAu+i4B|<$?A&PFV9m<d@Oa8qU+1
zcPkS~a;-mfFrhJ+rqh)@z4dR|d!O}=h!vB`MDQO0fMD1$H`^KR#RoGC*mgJF8hy~V
z-rqUiD-;EkhXdcRmcENRzdM{O2`CD`0p(VGl|SefU_CleJlc=BXx!LtvOc{xc~M<;
zBz#TUDT2lCCO-z-0GI*C)O!1a0mm#h8-vxW2|9BfLcj^@WzFbwoFFZ2Uk-O^nH*gl
z)2&%zs-Je-tGv6w#9UOaU0_Zx8oMs`15Uqffa{@cn@G7yebNpa;%A#cbk}#ZH2_`x
zoy7yNvyNK}$F6@bS=oU5!oxCW3!Kp5k8e8OTb(PM&3TWvUEH+om8QTBk{(q5{7k;C
z^WvA$r;F#0e?6_ac$RZ2Z?#jPK{lpO+J`17L4j;P0r+CSqZBWhZ2*pE-@jBJyFQp<
zox+RHT-D9oXp8!--ToW@era;$a7BCFae7>(YgDcKdb#eesJ}neM6VmVF7zM&8lAjl
z!9KoLK5sXV4Qru>F&Nw}o|BI1leX28WKx`ocmTHV|FMt#PGEBhhV46l+K-#SQg;2R
z{PaU<Vk7>zh7&OMKD$hJb+~f0%}93yaG|nE!2*Nd0`gS|l|qO}WS^I+45@}F3#ezN
z8WgC-FeyBnlTpownhh2jsiZyI(@GY$>OwFW?(3vWy5Vlg&hFJ)l@#8NU2KO$g4C=a
z;}^4Y{MPNEv@U}}>5|Tisgi<HuJ<0~JPr$DgC?W#>g>nqAQo^HQ!w*FTgXu}*piA%
z_8-x=`Tay){@0;0f!nGO)<6}gI`j6Im#hjtP|vl3I=lPvEF>LK-kZvSlneq`Rm@a=
zPZXuDOXZaTBrdK(q5g8IExhuTtlQVYEQ{an8xNo2WN9<TW7}?+l_J1WXnAjFTuj<!
z0d5MKC9&k4S~&U8#JUzQy0y^nMd5wDFNt?m<I^jze{K`i5=Jo;!~5hi?*9AOz*`D(
z8os<>d0z;Gos<!GF-Va^xhalu4x&8I7hhVK;L|6nLMFWnExA`1sVB1&&otVyr>y#L
zpuSjq6VSLIwi$d#ih+ZgwAcbc%(~}*4r(0$#SnA~H)N<!U*ov8kJaK`-AMM>WZ0eT
zPEB_p_C^O5+$?d97Ex*|ZHl31=ICAI*$qmzlYP~oEB$p%SM3o9g>BH2tB5=WfVB9w
zWSP4`HNp2mpm;D^gI*})7j#Dn{D*w>toA-fmW0+FyyYh$D->AUFpl8cZV1(23Th08
z^UdZH2*%ec5%Cgp6tIUn8X--^Ic(=GL-duCUx*;YO<#s_(-l#S=FjTcr*NYIjlJe1
z=5>mwX^`TFN)mZ0t=eQTg(?J3o>CQBuR+PEi)Z=de%4vtwa_?);hn(A-0XcHwsQ{f
zlUa77=k`T>CdMB>j2m0Ba|IbAm^wZ*S%sg|F4^)Hw`^||+DPq0J;LNJlgm3UfN=LV
zH_a8V8=Jv2ZE9P)Z^_7%5Hz-|pB*TD^cU-(-}_<-@9$!h;;jRNs!ccyo>F_{KTFzh
zGzri2^x}X7w@5Csz0+;c;e-~OJ8`={9JH<b!Xw9PEnyue+timXA`9+!796CI6@~AR
zw^64(b^d1j$ezZW2TzkyEB8?+&9n2o{SkDP&_194!h>$zy}Pq-J`BWAiCNKnl#>~g
z1j@Lq&U4<zw0+PV!ZngP58*U!Pd`MC7I%8CnyskqG+(%S{(epA)o#Xc<SE!rA(MS$
zceed~6YM<tV-rNJ3hM#WlzvvUI{e$ExIQ@8<ob>GYlxU*{$HkZ!$40_pC3roay}#Y
zTmSVfOD8u4qs12`>CQ7oFUFy$%{EK^mvl|7RzNJRY4h4cmyhGl#(1XB;hznl!e}{G
zOFl?P3nC0O!`ZV2<g7=}*;}rxvi|nVRsKhF&>+rxv6xF*BH!$kP>vp{CR@<A00Re5
zr5SZQ%u68L#sgF#y_G0O#Dc*%L}|&q8dWQ}$lhbDB)a*axDF=bS!de^-5@NSuiVV5
zlEvp!`T&Im9r{7>)}11MsSYZr-sxKMms;Bx58b=pLWqBTZIOt*l3{f%M`cj06v`TL
zvqSnhNP3V?0jZKKYi~G>Gl#H_O-+1SZ$GFk-T#}7>9%AE4A)QvQl+CqU*sVetr7M@
zTXRtue|U6rhdm=19Plvyt+{K0LBkbxPU!qO?}HC2i56EJ3O(m)qMweme+}+r-#>Y)
zcp4sm^~Xy?h2vRVIv(_s4;w;2v;QI0G~NwOZ+Z}y0T;3FJXq|zs-SXRLaUZCm6Q{h
zu#zY7jzn2e+Z(|Jc?q$s#RuBA>W9`lF-QtbUNkpVCCnEAS}G@ENOP-zV5jJvEkJ(e
zx3TX(i(>fcCvE<02X|dX#R?)8*|`lhbZNh{Nm%VFU)f0nNz|7xC_&`}hxNEmi4&iR
z_X0woT0kmxU?DXh<+E^bIhiPg67xdw*Fl@uR4*49zKf~kPtwn9;UHEtCm~cnh|=#E
z#DRee>w4U4eimtgQy;1gM%a{2jaiM^-5xK9;ka@(n-=f+GCPr>q3SkG3GAE)&eNL{
zb!)?k|2A6n|6=Ywqndj6Mc+?SXbDJFKvBAM0|?R$(whdPg9rjj|D)1H4J7mydPjQi
zy&I6wOORd#1f(h!6cFQyYpuQZI_K`Y&$;LBanI$&<P9TZj*KMCJoEE>e<e+~1I-Oz
z{2Jk7I^B^sv>v6P$3IerI!^O_y9UyBL@9IPDJ>lhDw+ug?s;nze8G_t0X!r3#?-}n
z0&*a$>v!8cJX71ST+mhR3whM}LEl)uC<W_vb8Dis2Du+*EVEGSv(^b|1xba*WDcB*
zK&KbWZ8(>;rPH_dT}O@SkkOF6FonNyg&Y^CWZGFc!5K@PXdAALLoyAaEW<Zvy3h5|
z(7rv&=Hq<mf5@%k4V%o~4asQ^bQ`y+Sj_Hy!mJ!+0oPyT#Sxr$pZo~=%)q8SMiQ4R
zx?T}6@Ng5R9@^Rb+Fap)1-cKQ*HfGs!+;B!{tJ8sb%W=8(R;W|2(MsEQ#IBjxzRP@
zjhsdg_qGbH1~QdVE7e~TbBB9T^#SvhhYurc;R*Q6E#)TJ_O+vj*|z(4hqs8uytVt$
zuZkEh5B~^P-M*rT@mR3RI^US5bU@<Km!?tV0%;+iKm=-bX!zDB^fh|Gd>&4G*JRo0
zR-Tj@FURv6(I|t`*k2}N>wm1mtz?JYQ@J;n^d&+F5!w=wN0(Lt8N{U4_q!`T7B(Pn
zNY=C27FXi97~hJsM%3twRi5c?xKa5{n9<!T$=wHZO;2AJKgUCkX(*^k0T!SGYY!1q
zrN8{^u`~!ul-=8KEj?qQdmxGn6@m8#I4||inMi&*{b*cxWneB&qR;kCN?+SFs+~ur
zL`#@o(pW9wybHwrdVDwz>;8V0f<bF@klSN{8fiYobogoL4*5(KR+kxVz!#GPcm00^
zto&H%rWfb+WMhiv61S$FU>IZ<z2~%+7Jf|k<C0zIWJKMN%r?V}%j59O<b`6WgRnt(
zBPmzLlnIA6l6nqF&^+BZ?+Y-^DfxJ7+Dwt6k<hVwlyr&R)DB_2*K*dL_FTBk@{>7?
zF=jP2$5dcGMIz|^E0Qm1AoZr2jlF#cf<X<&XKH$-hrU3dcXXIEZlsB$9%L4<L{ZKU
zq+0W|U{Fr8#`4`CyuXbYd<42wxj@%7$qULgKj4Wf-RPTMYf1NgW%mD~QuA0om-7;v
zBeEhfamV}H%T;+2>fnpUF=>;z39QD<z1_<5x@Y6Z0C$dZf(}?=@#&o>JYS_i->_)P
zoL4WYFRd*fRJBsq0LkU#k>jnj#P+jEw0A~3Ep?X!8%A<f32uYIFXnB&LG~mB3qJ$+
zg@Y=%Z}!>=7X{^UqVu?XyDI&Zw-*BiALJcL37QKDV&bo2Zq-daE92&ptDvnDESIEC
z1$cZF1mB{0T;;qc0bLil&ac<t1L(;z0PcZ=Q~+(0B(#JLl3Elai3cQsj{Eo!IE(6L
zeJ~#v1_tm$?0I<S(9(&wD*b@Md9);ZD@`27^E#D6IZz}Uh%bX$FoU{160O|OF06_W
zzKFQHeif!AEbIxuN&wh#Cy!o_4hDcDC20oG5=hCbBWNll5?+IbVgVQ%208^u5ql)I
zgTzblHZ6FGMD-pF7FI*x#RHZdXx;(9G77M~j^V`<U>;d?1L(rH031<5MMUex1M*X7
zxl2J*bLg8>fIwM;OB9-~qHc9qDM%;CO%XI9i4^Pw$bTtVa0@bmcE#d#><D~Vr06#_
zFEzY)4FE#}*A9auN&ra`iXcU;_$ZYSWYu+_8UrI@6mhpKm(YS!>QXIe_%;Ei6-0*z
z;IcvX6=<4Ot>44_w1^-oHUh5=nW4Vs6YaV4Osq1#vg0W*Q3g;A6q5<;i!wAkb&z}p
zG=g|KqNaB{`kL<zsnvd38-hs(K-~dcv+2Lqg3jzfBaVY;k3laK!GTzH7sNo7QJ0M@
zMsWb6RHI%SbxRSCp~Vlt!uqU?29vC`Q(#?mY?#%Hjd~*uWc90`0Klm=X=(@_u7t@p
zKxzO@jR&Y9>RC$w)N|Od19;vrgg~gj_!cCd+K(6*kYE5yg!Lc*Fd}t`cow9@rd6$`
zPl9_=*4pdObO4IvEwnX+U_H%RGNP5mAY`?#Y4y<IF)$oJ2Y?ky8p`4QbcaEmiRf$8
z7`ID99@jAl1X&-UO{U0C6G#fz;{_iS7wn;>)~5#UD72uh&VtJJ`~5DFfh<O0U;weL
zCrPbOF7auFVQshurl#(|J3?k$M-^JYzeg}IY9fUg3gUW4VL%<|1SD#}U-(eaP5{9G
zMr^Aq0N~vYon1Yx2+y9Vk%3aU`oxG9Rj?Wnf{{23BDxYxzLCG~A*Hk?BoJUg8hio)
zPr@l(!wA2=8NgXkGZ3O8Km;1WR0I?}Yn&K>BEKbQSVw8}Ndu(;6GaVgd!laNn;NlF
z8_w*-D1_a*%1K<~yHln(KD-}vtp;NP#{?G`C=P%XxiAVuureBZe_;H|^rXZFhD!{^
z(+IA0eXHn;LNMqOS#&M08^KvI3TVTIZ$UDg#Mxf(#J8Z}hQVOZTZ%-mlCJ^J^HGJ=
zJ1mWuuV)~|mLZvGaJap`)Ero0*+6u0(maWvOlLR)H&SsJB`z6Td5ywkrw}=JmC$!<
zuTOE&VIJt4C?JOg=#2O~F$kPVt^Ms<tLfX*7%5+f7P$$DGq!-vnkQl{`DdRTjbB5|
za^2J75qm33z&v`6vSS6?(Sc{+7}Mn$&dv}I(&p?`B35%1qog$($Uo=#>+Y>lV=9MH
zzfFv$FGPFJ;L-8Si$b$2jg*fVLTqplEsr_0*j%i!X|3ptyxW{x@SJ-mWtARHQsrDS
zooTXqxQhqnBYa5IvRMq&Oqn=8$2Y6wYn<g}7OFJw?iG^gMU(0^UtqkDR6|*CZ=pDN
zp(JUclq^dd7s?3>71Ilqn+sJ(3)RrY8rH>H{>3`!#d`I{2IIv>hs7qZ#pd9}mZZhj
z!o{}6#dgAC$Mj<7=3>{;;%n#<o^`34f2l`$>5ckQukjMWVX4n+sXusWAZcl^aA~M<
zX_&AyGQBjqxit1ioGuetmnZm_NpGc>C)JmyjF+b!mS?<{XM>mLl9uNSmlqnB7YWNt
z)62`7%PU9A@1QHItSf8$E9=rL@6}f}j8`@tR<^uWJ_N69C#~!huIx6h>=9P>r&kU(
zS3VxCe1g6^WPSIU|J@hqcVE@teKUUdUoK9~dV(F1;g-~Eq8O~BV94DPN(aOm^H^n(
z7gnc+Qf467lFOEDOzaT?qUu3;FBNo;XiHTNQDwtwdW1mP9#CDxUj9hJxZs2N$HZ&}
zv5HCSOTt)@kQ&jM2UPFZ#rrC+QQFlqy_cXYmz1#!x%K{fa-sA?JF_S6Z+y%nqf=<!
zd->Zr3Vn8q6YrIZvXsBu)lrbqX$BdcMo4U^W~Zu|gfnV{JBB?_Ut!R=9qyO|azIfE
z57=tY&{+8fL2b}NX5qIy7Sf5qSJ6TGTlR}+N^3MIaaG3!fi>%*5xtAHGTU5g39)El
za0No-OE9ANAltqm(E-r?!(eN{h2$`D`xAOEEJz5oY1I|(NNjZmLhg@k*_%B~I|#N$
zJ|yQ~?LG!OZwHIifJBHOD}1m}s+n^LjiU`%97Rbp5G-GW1lv%*N%pXCX$f%w9^J=-
zJa2#SoB=t6+55(XJFNzZ&4I2vqQzDxGLRN7vLAwGf}BjYQyd+yBQauZ0EI^owkf)3
z8pOS_oqp&Tx&pe#){!WF-q{9BYlHC#`F~h+ZQ3pG+pU<{t=!tJ`o3FDxmR<3ul7Ya
z8UVOYAb%rjqJNJ06k!yh<lk^OoQ<80<^qi{NKyo@C`^3=K_MeWrzp($AGl0KADMr;
z%zvQFXa7K%CNKY>Obvgj2QRt*1VA}7gvkNWE1I&*s(%ZB8eZks7v$CB7x@za{o^vF
z47g+st|N^8figLD{}YjEsbFU)Zbn9#Y?k^QYX4pR^IuWsc{_`LMVXS`h7u<BB9H8(
zy<GWJ%>Fg~`In*B-(9A@rOSWlG93arT`_-mnM|J83onDuS)+N3F>-c++|OeE9c5~V
zI+0zbb%N1<;xdCm=)*$k!$STfJ`=*(G804!(*7qdb9a;DKR}tKM)eIIaXF~}ZItQj
zhx>yv-6Q`Kl<62A^Dr^mDK+6qRHA2oxMg_gzoN{l%GS*M<iDfLGD3UHa0S_AE-h5m
zwe|G24O9}|G!6X;eg3hS^GoAX#HsD6-Q9_WrS-XuwT<^1WRAJFzrVZt;h!S&%i-S9
z%-r8zmj4G1WRzL@Uy3sOoap`qWmcS5=O&}fIQ@S|ndpC@On;C%8D*jX2tL@A0uY*d
zLQ(i{DAVmwjf^sl%GN*}o7xQ>(fL};E#I}lf&uf^w})HnKZH&IM!DW_yq$A1a4G*g
z<U->ky;5^#eGa^db0Ccg4Ao?D7jQU{EbO^%AubFm=X%F^33%$<byN41a%Xzg3La`=
zM_fJs1g~FCI_SBq_yajtRmz{A%z0M12)ix9e8>S@!*5gEeK&qZOmg$UU{VjDGm=8N
z|7N^kC27W*$iY%xd*PBh-Kn>k>r^5WfCVYBk*mKU$5Uc=5?O5|X(2fyfo97fLc~Fu
zCQ8zPc;3c+bk3V0x}ntcy(15$(8lfDtQl+RJAz+(L6nAC`f(t_9G8m77L)}rmX~7y
z+SrT=tqW)%TR8h<p}UUvw%%H^{>9IX6k1gpbg({<@Fn`RB9Nn2qD)4?pmO!E7qb1C
zoVRkrs*L_7Gm+pSEee2Tazhe-Z({0rCJ!Y`yCd;f{j;9R9Rv_uGNo2)D?XqYI2TGX
zrse{`?bJrQrTHrn&i`u}&^_aX1#jI+DFe|QG)n?Ei#{tI1hK2$n`p6)oH5|WV|h8>
zfAr^7QdI|ov})aNwdtA1br!uXkL>v7FR~2EH#maa>ZfKPNEFK%m8Z}~`RnyPFswD|
zu@zc{JAsVO45Z<z7oZPml$g<Y*gY!-Nsyz}lm06rdRf<jGp}hkh!QVSoVh!5_x=<r
z&@++iB@6VeP9#hExcp@!eIJdh_TMJK>iQ_O{L7*dr^(cZxF=+&2?ZOZc5JG2&?P=n
zu?b~qPSp-qt0f^(E84+XPc&<9vCLeuZ-{uZcj7f^`>be~3^k$Z0Ekb3DE=<jjbX&W
z^peDK)YGXG<g1Ktz6;PT@615A0L^BVe3;Q`a_)_o8Si`NHx|VPjp{%9e5SenYK>B2
zpi&Yv`z!7<Sg8JjcFUFP@BCY#u^FJ=3%voEk&CxES&`=<7gY+4?|u(9O9~;`mJ@DE
zZu2GG6PJENG-W!bQqM<z3^e!6-QTmjBE57&p~&x(C@l)z(ssTpDDmL_IZsM}wix$D
z-_d=UcX0Vjd~+PC+l#!r3B)Q00HOeGO>WN2s<#SZ;v+gMjdIqyUff*_`S8`E{znr>
z9J_#<6N#zq$`pE=vFvP<{kOc9JBUjP>*^MEh~c)#o<Iw3uSYaf-!AQKKo6>6D0WUJ
zohww-z6%;q?1j&r!L{Od;xs7S_o!Jb!_>vvYVHhDOeG9CUboMQvv+~#v5XrAA3>>T
z&%L<_&PFx__BxyB2P~?@bfeX8hY3IS3t~Z^XL`n1<jpR`cS@h86|_;r@iNH%JN%Zm
zZjXxtK;*khr9Eu1@Flrrq)^;vaM=3vO9~!dgb39hdBE{i$b3&*(x-03PM|DJK2YFx
z!On=J!B>IV3T>Hk_5!!Jy%~}eS8x2}9ZOC8%Kzcg2hX=VOx|_9S-bmiMN`S~#3`xl
zM<j~k6PqXF3E!As-T(Yhy6iFC3;E4gzyU2_fe#Al0w@u<K==a&4EqS0d>L56FEccu
z>+8vqKhVoB85kb#9K?KexmQ4OEj-EpZ)#KTA8J#UHTbr1_g&+P_2P0HD1cHiGAdXv
zsnjYHvG^QeQov1D?d!}jg)}a!TPu5-gE84bg;w>f(LE-2LIqSzbWrQ(99gkk07V!Q
za*Gkerp8UJVyec)!x-+U#><e7Diux474>yg6LOx2d@x0MX}Lu6ngnfMNMb=M5o<4}
zVxH9Ytq@V^r0?cGnenlq80ip<GB+^F7dUFreje;xNE=yZebo3gjC5eK2ZUCK7}MK{
zxme6Dm^4!cF+Rx>;ogs+?)=zTJ?=_j1HFg|w@9QUl6|IF?VO(3g*t&O(W^#7h9iBR
zMVSOAK~Ld`?9=NFs{FeKcPD7S3rN%H86P-LBaF)*7&q1b5;l9Bv8bJSbk5m9#PS{O
z(k<$g7IHuR$+@H1kUAibncvmZ4Tb47{E^Sw=&sFMes7qJJ*Ac_eEVHizEXOz0$i2;
z=79^7L#Aa;j+Gp9i1$C;ljs|tgUtxLly#>UDuJy^%Qa!sHu~ABzRkU$SD-okt<*f$
ztU&$;Hfyl^vTx>+_U&7Lu6=TzDO&$kaYz4>kx|K9$wy;hQa~2%`_r+OzFNXH)29K8
zmlIeAfb)kqSb$BtfbU>vnMMLsWI}KfJ#_cBrzWRv#Gd<cL42dDkL~W}Xpmg-Ce+PQ
zy?o^;+q;ykHpxbI`n1PntYP|-+f$dB<*MoC2*H{-#tKv96`fZ4=i6!ys5v3sc_vA-
z22E`hS3`T#;iP*z4kDZ@h)4b-R|O8zlq#pD<c+5atAsN*qwI{o&h;k%brw(x7v*t|
z>c%FoG>?OgFr9C$QpkqjYmYY#7=BK0ntU&ia=FX+&a-1&px&`KYs&;JUp5!=IQmn@
z^x1C9nD_Y`e?7an$8+VRs?YdGTgKT&&locQb(N$RDKcwQOV|IM_16AtZPyk3bC*W7
zel>_NT{b>#OJ1ulJb3f^`6JVFsrd8NE{`WGA9G8ebYr}#)ZGsEY%E)9duM8r@1*ZL
z6nD%6=hTPqjYSyYFEvWN@-t$6@l>YQulz5R^vmJXcaMK}tUv!QH4!PEr*cznNcWL^
zO}XN}MoQ-H>5Cm*2j`t6a7VBBC(jW&ac6_rU!^x*Vdh&azjD5x>1X;aM+|<p0l5+M
zQN!mD=2`hIR=0U5nawZ%bEm_{Jga&hdV)UVxv3obrM;<#9U>bU9yctH_T}E4Y<lf|
zRqB`is7m!5H>d9?c=JNObQp=w9ragVRrb+kZ=pgOQuP<c$h6{I>H76~%R{W4<zlhB
ztf|QTM<bDzcsFB+mE5NfH$`r$?Q8hw!k(GY&Z18vjtmTZT+tu=7ks=@G_2E;eIuy6
z^JkuQ`8eO`d(pB<$r$>`U*KiG=1adM(;uNP>5E=s9n9F(Z6`0FV~)&@Lkt)Boib{k
zllMUWKJOtALfdrX1-<Okf@HVv&;W}h=VYHi<$jYdH(u5Y_`LcN`0KH!kEsFC%j|7v
zP_)Be9Nw;jGxxa8V`#K6js3LcD2vud9+b@(Tnc5iwBPZj@j25#@AK|X(3c!+p1nzr
zb+q&*5xVq7q5iT=zAgW6P^MW#k#9svYD8H}M8#Z0)p0}(TV$PVWP@2`lW$~8>K}#K
zF&Ei&9EoR(>XD7=HH+%=jT%Ue8k%D#k3Xp=LdaHXxI}6U1+T+H)N#=ZveENzqh_fg
zHyQqL%szbd<a)FoL(FbT%=^^nx8%Y0K{2bx;8oe!qhs)a8AKn59ps7KJB|gyV-Kk5
z&a^~l1|Ud8>~1QK!Y>wyizT3NuMMM{7;xXH$<i|R<T!@ONnpDLccB!=)f&Sy7<14P
z%PGWn#V=0uB=*QLR&0k9|1C9^HzEFvk&enKZp}AVo+h5ZHG#n?;cZ}y5<`sod;)JP
zPO&vcogrRoKIW28;={m%T3pO-3s@^Hk&it=VLnOEFW!*md>@KD5iH^MPQp$01X`!q
z6D^!A4XdnqoP&9?u3S7qDE|8~?tm@sFKw1lvm{OS)Ti_D`X>qS(xiv2xQp{CN)u5{
zHc1-nX=bf438e}AekqpoNxtj}Cv3D);mpKCn7w&o!3kK?DLu|FUEMs*+9{5IKGBLM
zfg&yTl^pZSw3vc<a4`+8{RCXGlhJ+>Z#AEuI*-H7$4HxJh;Y*pfYhQLaA9jqVQWTb
zc-$MIn6#aAQIdJe9l4l*(o6wvy1ej=HlfrKr|iI!jKs98%F;BK(yTBc9Ev8J&z3xj
z8PevIe&UpP!k&c*Pb6b`9-0jA(zN@f(R#>NSJqND=W{koUrn*&rrBe5&2z*C6PDOt
z_01>KrZc{5g%IaoP3*iPmA>jYc{MYb{U|L<Q9I{LY4p4KTt*7IH$W=AeAX|&Yysyu
zX5j?3wB+NkJY`y3q)<M+N`9<gzK(zPWO#b%;H%%hiL7mT;iY-ETNA~1^KG08Xg=pE
z0a@Iqg{^}H{B8NSBNCPTb4|+PL}&|i{ZjqqV%!G{L2Gbn+B{{TNar*sz&THjBkj>{
z!CmJ}5~W2ByH4f-d&Xnhd@G&&S|IO!dhsTE(X)jdbXhu?KVqCSdz@0g`Ib<$Wu0#;
z`B;+U?F{o3E{(G&m5a#cZF?mspO!>ZV5wcc#9rpC6MvAJ^J=FACk*l%A}?$fC355?
z`sd5b7wx7N-Lgm-vnY3wPc5*3JatYOtAWJ|SKOzq@DnceA1Y%wE%+IpJ)B<ZPzoNV
z&8U+rQ;tZ>S}3}i16C1=n?S%DY9NZM;GSJDPfcaqZsl@YF^Z#VaJOJYr^I}x)WR=K
z$1fS47H4f<u;f@AJ5=41UVS=Ld3IWT36`syp25peXy9KXxr6hisTGrt-xV&Xmm|dp
zrbUe+;Dsm%`99eNm-?l)YT|tLrJt4byS4fjRS$);0QrIpzjC(plJM5#J&v5o^vpND
zm4)c)6X*I18P#TywG`zUWx_=Pr#bSwwYI}`s_Er=?C}k|NwhypolBFx4n;QG7XJ_i
z$?7&M>NYFcG_omFoXS_Ul~&%^1wXjhkm_7DT9$V;0~ab(<}94)5LwbIRNFQebyoo-
zZCNjq(d_%IS*fP^1uW~ua2au@7$sk2?~<069!D5#adgVkEYGD)i@oL&Y1j@CLV&z2
zoAJ)gZS&P#Kbud78gnBn?!)Tr7Bifj%eB)QGInaNmM4!}G>C~5lmA5)l5C(YA|PH|
zXRBpB8U3X{YhLE)cqd<hSuDHbU!=5<pEB4G`Lil|uS#X8iT+~2-cStx#rVJ4Bgi-D
z7N52A<bW2++u21b(#l({U=>yhU90j%JZ0&88EK<?U4nbrm61(sXW6&+;^D(dC#kUK
zf)R!;(B=$~P)_G!M!T0~qv%LITA|_>M@|1}BLr5yXPM>nEH~n3sX}Io<IkFN&kFr$
zij8P%i57M59bubh5u-J*S(hFmG-$!4$FsdNMYlOMqxnp@^jBG>iEhQcMZCRE1JAQ8
zXWe*@(|E!5H;Q__uH`MrfWm{)KK9JKd+gD=mm>57It3XBSEI=NJ4M3PiXMv0T9e4;
z?8Vj>uom*${3UHUrEV<Fwci=m>#Wxw1M641)caVk|E5(*Ok|rMdo%%P%wnsbbpe&R
zf_Q-e!Nb>vdIONC*5%#K=jD~T7mE`8yOa>Isq%wLCmn7hZ@jg;Gb#rA6-U_oQ$~Ka
z(S%psBtq&@@aeYjNi_VnE0jEM{g0T80+BnO)gztWk*%Td3d*RlpAn4_m)hP~mfBuS
z9av22)O)S4)Abj;lN>ZWJA0EIF!%%Be<@%vV-QkT11oY3*MBl9=>ioYqeL4J1Krq4
zK>J!pCx|RQJ33oj#=M>loBk|BFSZ`Sn_hAZYNU~HvK<YoOK(@rQqPvgA<-iw*Seok
zv1J*FIb7uZbm0>@@Y{;ea|aZcfeC&DNJ9x^u+;x<WTJVP{BW(C0gd+qYIA;$@r#Xr
zpn>pPBx+qG+Efny+<*Jv-i*Za87ci<)s8GZ8`x_cF=>EUhz3icKwPU7SAdBtXpjac
zfvIwecXd?f*AQw1d`YarB%t1ee2V%NFnC{|LIXFf)p6;qUG&UA1vr%slFm6fq&L~0
z+4t3vSQr&PNrd;-z>3jekyQ##^sK-kMIGIMAKd`|Aw^{-h~J~V>Jq`Aa!T5TU>4PC
z8d)o2Ic(jI*GMY{x90~hb`x9&Ge}CyQ}>pq^+)valhaXQ;7w#n7OWTny<P+2M6IYD
zQ1BtAt`JA-^%twohN_l^0xKq#GC-!TW9Q59^5xa<IQm8o8tsM0|B@%txy<x0%{xY~
zX43W3x-aMc>U-cu{L4*msfTGC4Sxfy+{J;pQ7fF*D_koSe5e&Z+{)#ep=ZBVJ|7Hu
z{v7gt*3;|O93uL5wY(PQTJihWJ4(xO&7I*}KlAOM&$unErdNQ~vgg%FBlIyN^UISh
zMr)K5n<#6>yW$L!hwwoUcxg0jEelNMbkt}7iUP=Yy(k&hH}8SCtk?OfhFE@W9aavl
zixOHc4trmmey0G+(rqR!m(?mBg4rw+%TB@ZIt`sx*{i9qlu6@#0W(>@wqaxA8l;i*
zU)xF98xhZTQmmILqlvB9(INyiF9vLV8D#SjB!>p)xziS-VeJSqpN0<*;bRPR6U1c`
zDY^-OZkz}=zYTv=1G7@zwT>a{%zY}{e!n|FmXMD=?pM2Qae6Fnb&gJ2uU|%k_`44H
zY$gPAK*GR)kn0B@`U)Y%_lObv*{`|SUzuyCIac?^sYMo?I46@{e4<v~NsRfFF*bjy
zyn`d*;4$<1UCRyjv~oH75Hv8ja!CLCkO~Q$i`{1;-!ZxJ`TYIQ7h*rNzudok|MTYZ
zzONeqMU!To=qJ?NrWiU$MecxZ6Gz3b%mGn7W+M~IxXzu5#to6TvZN0@&l7_zv(<r5
z#WWCQu90+3V$9g;3H@PO)z0r1pLD8LHO4;uB7KSzuSODQ3J-MU4nN!c{>(7``BLou
zd2;9Z^5@aZ->;1C4}bhj<FQ|Tu(11Up-ya(ANR$#dXeFI`;u!9f7Mi1<-{Gg))2Sj
z8&@hC6)P^lI{KWu?$hSlI#(%Gy?HA}1mD@Y^Loel_qU(!M|$TDjjKPIS8t?c<Miog
zJ9@uU;J;Vh0Vr0#SO5Or@cMhdHNfeyPlNjjVffPdX@S3b<x0+qZ|AH}EQpJ1QDEuE
z@HxVB(#RCb^_>v#G0g3_$!aO;RrS7j(Wk0u7vbes3#$e1PVzr}%D;bf%Y(H0nw0mB
zwDIXv#$OvuRj2rGNA)j%AAkBh*0m4K`T6+WPauvfkRp&1?uqmzf^T6j>-eG_K~Oao
zLFIsw)b%%EEJ8Y-8)12Nw2ZudsT;Yspy!f#&FWYf6EtH}lpMzz!s|n0ugE+*+dg3y
zL~*Hxf+kd0gixHwOqu7q-<<Ap8kh4FMojPiEdx63&ssKJtZ&bX(a=AzXmVTb3chIi
z(W=esV1<xj`iTYf{1*v&$?VVu98AL^gUnG40&&t(Uq>OoydQ*fdLMF0JWxN!D)x}X
zLL=`v$RengsrOm(NOuPDXlDQMLh-p*H+^Uu<r0f0uBeyOcP?0J85Ecma-7?fZe`fI
z-%0!Ua;Hmz`RmLbLiW9%-XE7c>qot0Rqnsp_$457(@bd<6H4cc+*f%5VxVD277WB;
z!^Z^l0=T-R#`)q0u8%)p3J;A(p+;$DZZmVsK;7cSt}Z@&KX^6g$s+E?YSfd6Qie!{
zs<O4Byj_v)3JU|OZHwy$ZQC|W5j5r%KgBgUeKu+}TfNO)a|UR&^m4kQj4Cj^{R$Q6
zuV)Y90fsXW_f4>}Aa@;;p5s24`J+@I1o$OF#Ik(nRe`X8)QH!mmsxDFlb5k1l*$#e
zCp=fPJQu>7;Bp%^SI?z^s)X|3{2~*~%wBPQTY6TX4LHmLSPVbdVB_Q)0yY}%-nrT7
zl7gp&#REgs7TY=WNG@uK39H>SU<!MhWXzxi<f4VOw}Ig^B!c3mtu9v}mdQv^W|R?y
zP$`UfV90DC$7;l2aV6)#wvgIsA-QP5{r%v09*A}5O#!{qh1T^d$uad>>y0w?tqrdq
zgsuJH21DJoLQnOJk0H`FfmGi;Q{UW9HJk~gm8Fmf62O?{^zU23At8wR@du_##{f^v
zH4wXQY}h?1eMVfgcJM=EK^lt`^%j|;RNI(JOIFu5X4Na+ls)4s-Xvii;)<`r52|va
zw7*DcQ+kRa7f;d+=VuvX&AWcQl?(T(5@kiif?iW9xPHWauFiwpwvnOu4c9?q1INyn
z99StF#&$I-lsHba=mFgrO9lGFyx8wDwphlV!~{t4orkTT6O9g43K^Y4<hHULR-6{I
zeAc;_vI0-fsIs4Z<#x;)SMo2v5`h#K(XD(au~&Z4?bNx%tvYe{S+({1zP(;bW#6@(
zTSX92O?)+vWXkV&{8;Ki1+R^|FgGugMtljc6kYX-$EVjntb=2COb4kx`G~&@NUvV@
zdwO&6M?iB{h_H_%W7@4{!b;5Lv7_SZGR}{wTRc3-N7OB<s}!U(DF{@UA@FWwx;Y@D
zNNYk28pq$!i@yO9l`c0EU{I+8@o|ku^<uB8<!Vh$F<uVigKkMJjmg&~upsF}4%*Xx
z%FGrYv+{d>y*Qimf(x6^r6YPrL?^Pq5KEef@iyY^F=5;0p&E0chBoA}vimj)(^5pj
zuv|}PP+9NHiBXT>E7x_nm?vwn=Ed_&y5BK5dz~~;VW|Y_Gu3#dDh8;s;Ha~iW7l+!
z4dmb%_vz{f<@6<O&#b-q4``y?GWCR@8f3^L%n-}M`B?Vqt@TMhemp4Mk-CVlhl0I@
zQ2zXLL@^6U#8OUItgXa{S<Oz|i>8S%9d037%8mFyQe(17@1r6GroEImjdQ4?#QA*b
zzTzV=`rXStuHvLyw@!P|^`nMoQUl*z1bg0!qL|YI?ntBCy=vDYo<w{VE~F1*P~RS5
zjx6u6VCYI6f-XFbr0V#fm}WQb_n6LRdd}e%t1u$@2x1u-8LeaTmLsBS<92Clf^L~#
zaf)k$^x_7ER$xzjT!?4E>ZSA@>;ri&7K)c@z3EZ(jzi+sqtw@!N-oe0A$cHyNjH>i
z7{1A&0?$tu!&rn3DAI={NIYWH_Z*E17fSizo7a)yG$!Uu6KN%Qe(8KVY>siI^Dmp*
z^CP>N0@`ogk`o05MvM4^^Ds%YYgh05)XtCUBUNjw*9x1S?J0bgtIl9blDj2VsC2h=
zhzo91a)Z^`@Pi+rPZCvP%5uxzPHwy?`El7Rs90=j4$Eoa)5=b#67wt|G3guSEq8Sh
z6Lk~|lnz?uu^hd#pE9`A(r}e{GT8B57+-yCoL$VfDr9O-=%J;c(eUM9j6&gecAwV5
z)q?Ee7^b+`a%;nkD?E!ACkyDg>s(5p;;QY|-~Eeekn<|;`{@_y4{RJag;Q<>as^$P
zOL={jv((5x$1<Oq&~=kNC?_>lTaR|OyM=kvsOEuHt_dMqe%0yx6$V{yHtzPc1NYEk
zh2>569}$<EM48(5?tKbMq1Hn7C}MKfNz5?T&Y4n;n8kLx%YPNKWI%^l-Ri(UDdhxJ
zbFMvSK1%?@Xi-h<Ljeb~U>?dF-KrH|FyY5)%YGBW+Uh#NUT8DF@19h{ZmXfehv>eD
zxi?ZX#SsTWfyT;s>bavD-_GH!L1mjd#8?$$l+A~W&zkx}H9W0nY{sST{BXK;FzCs6
z3Cn%MeBfrw^{4O-C&+!d<nGZg#UG&9beUT3uN69BcR8_|rm}UZN9!T%g4<>w`Fih%
zpR+4}0yoE{XtY~+s*TUASnFHcRS@49e6w_HdDr@ewLBXNvr^0$Y^j*S_(ei%Fawlp
zBVQH2vQ{1t+#Wrn+M@RnU=Q1TLXyHwnJ+!ak0O?E4Ln;JQ}3CCbdsk|$(Aa2eq?RF
zsB0~Sn|<*D$cbBhWWOgxt&Ky!NzupNzp6rXz5FeLpW$)t`Aljm)1LZbr6=*T!Sov2
zLC`V9KpIgLC|DZQWH<jL=qX#^2X~f~w6E7^XmUS{IDPC?$b?+zP7VM0ap&o%h+|Q#
z=@Q9E=8m7fhqcd-)wp}U_E#A`Uq}fYr@HUUWOMeV_71-NV(f8_-*U(|aXSwF&}U2U
zdm?FFZNM5t^fHt#kj`<Hnmh>_`n@aAOalpKTakV0?EwK_UaLN*)ie3x;4Al1;?(Qp
z0H)M>4@#4cc0{sxt&-?ApCYMg_Ur!98{IqD=)Htl#+$yASMZPdJSjj*%cl?=+M7o7
z5|O#YAHu`sn4H0R;2_wrl=M2F832RXfHxPo@ILgeogXh!cPux)gwQy0ftD^Pf4qvq
za%<uDD<1ic@Z+$&9``}<_iqxo-LbrU6klF<z3wv~dCaSa1TQB6)Ft9yGp>H!QwmE!
zV==W<#7-4myb5y{c2Sl(RVjI~1@nx21z*d>g`q~uP=^7_Qm<)j+V3MNt8Kej$aJd&
zjcCCr;L+zhz`vQnh`Bbp7Br1k5H%h>ui8$9P+VhH{)j=ZUsPF9Rfzmr!|NzNFQssr
zfo2_U|1i}4@eAoDomLPHgYtXb*GKOgBNEWmW=OgkfKLnbDH7mf>7hwg{;i9T7QqDH
zRb|@)k(--5K)0lgf(_z2>$f*7_8|%b7zJvKN<cTvLq)MfL4q1A1HmBXWG`3X;j4`_
zE$Hv$vSkS{kbtITXusVcOXI7o0#hxTL_aSF;0)LGu^k;>)!r<kMZYOuhj&9N)L^S>
zqSzM65_B-HDvVl{9G>JBy(M|r{h=LCD+soaMAHYLCFjsGWE*Ej$#V9_<xJIu%-!%{
zB^xyf2Fx`)=E5Zmf(;|l0?_-az*hl}1~m0C2tfp>SJC8V8eI$U3@b~X7jE57MwxSM
z@D?;I3{5+LhHK%CmegP+Xj&Ya&T)XY2H3AB*DukCUUcRAZkk@eYDrcS(MMGSpfiDx
zUNm|3hYzGXNVJCv7@Ut(seZ5Spa)XILTt<^UGRNb8`_O?eQuC`x3i#Yt7xULF3pYp
z0@r>H2&M?$@7thB&WT>bt4OtI!hylSsUeu`0L-`RLx#G7+M75lZOK$5`CMiAz}Lb6
zYCzj=Uyb~XP_t<V2lU6W48v0UAKL5E_zp`ls8_gRWLBY>-_o1+277z^l#d4y$Jz)-
zJ^H!6f)Ox1QdjXXsPQaF@mTX31Ez`vQytaK)&WR3YQc|#NVMdJDq^%lSMyUn`dJj3
z?wFjEQ@(Z_gjXG&vKk%<7^aWv4uLDe@I!bJ@KS>+nHtgp+6@qGB~d+x7Wxvyk==dm
zzO%vovq8l<GS<YrY8X*u(D^(CE@c^qAut~Uls}GOjC#T9y=VnIcpVN_q{h63V-Q?#
zG_Q{?z`?jnItbL*NPx2BaZvS0KUpyP@PQFEqjQ&Z=#GO*uVZAwuo+gAs`<C~Hi%gP
zkORns()R6xiaQLWV@eF*FH0kCBVZ|p@$;2;6j#xw0o`Ycy_$Tz{)sw;XLoQNU~;ik
z5;yKi=9?{GOhvb34Z0|?Un&d>gHk%!kSKfiiNcMBHolOXhzYS}!!H4Mlm;+AdNGQK
zUia&Uyrbi1kp7&guF*?6c_ZKkPlLP-^bd%(Bq#V9?vA2XzXIYdd5@HqFE)dP@}Ui-
zi29V;a~QUa@*xAIEe@;ci&b6)i#Hm%pBW-L!Jj<!l(g>Vu#gAH7!0sX-&)eRrZw)S
zh;bJkcV7Z4Z-ce@jcjotbjDMbglYBXFc-v>W-wMOX-b*FM0pj%2)%3IF!5?>%57x)
z72Mc>ybQo+VjGP$dk)b?V>MYrG8?9?j%NOX&U&!UJ|?3~>Dj01v!2GYUJkR~Ub8;I
zv%X2QeucCCjkC`PvjNky&&eqB#nJ3b=p34y0p*_ylAgn;&tZ+{f*s~UyyilK=faZa
z!VBjj8s{Pjb5YZC<N!p>(OfKa9>+RQUTBY(o=;GpPc)uSa+pu{nokLyPfeOnE1XYn
zoX;T4XHL&&ZO&&O&A);!<ghN}@-O5`FXXE)kWpr#!$OhQ|L;-erS4!yRHWs=y?8Qw
zWDB{Q6Ji$z5&m^gt(;P`1nU%rwGxCnX<0kjg^(x4JtPJT6N7h>nsj8bs=knij=;wx
znOn!!H)|-ZxZXK3Q>w~N9c9U=qTj_OygNy1B9}nb-n=_gYWTHz|MJ&&zul_ICD0?D
zRS;z*xdd8jxC)Iaqx7~34qByNDI}Lbt?E``%K7ja8`%0PeNoOiO4~I?+orjDjbW5W
zoVIs_)*5jkhO!}cC7_jiYadskf{titNl+64>)sgYOoR%CfjFvcKlz4Og@GDvrc@7Y
z+mNIY=s+;fSe#?3ZKGL;O$}Iq7$my7P96dxb_l({9qe+r=12^(CPIaBKs?D04#GlY
zkd)45lnT@#^463OiP~h%XuTbbSXmdRd~cl-VvP?HX$ca;L#=W^8*X;(xDc6bkOLZR
zRRg|GP3f3VS>n8|R}`W||6WwkUR7p8OqP<>-M$?iBEAX|M`9>egPb>FoVn}`RzN#S
z4jm|m>%>h820(BX`l%#DY;MJJ26oTdL3}P)nQyB)Ekq^<En~Ccki6wowB_8i<<ht1
zI<w`rwdMYO>o3X=9_K$i7WnW)=EGBs51u9;ydHk=_Ws}#@`2m{^(*?|-$YJ;_I)5X
zK%Z}Yc=7#FAl?70NGS}G68<;*C_$|t%<v!JM+Ki7fAFK1f}D@6oZroV`bV;SG<+d!
z@sgkHAGM!L+x+p5<SwNq**{8N(3Ci*@=yOL^lwp0QDFlfa+gx}u8h2uqT)Zgl>do;
zL<t*{@#DYBM`jBHc0(h6RnyBZnyhwuY!ClLDS6%11pm7Aw<4vAxYun#7juM}-3=c{
zN%#M5?zyh-KPH}A-2Ll6#E&jP91cO8-dGkgd$dIJng@!RVr1=txF1K~pctaKzH?oy
z?zvQxzkHkbO|+vP=9x*Xr)%nyKM*p}`2PwaEeGt32#z*GHV;njhx{3O&h#fx8Nr^L
zDwaO4RKFtD{!XxPQD$_FbMZa<+x3gTe*=eyz~9r9-?lD)_yGJ5b;|nEyGf;vZ`%F;
z_tKQEF4$1Fi2sB@x}_yPPEGcSPWCQHG>OKLe<C9z)6&v{gENYYiwoM@TUuJm%bL<l
zQvMDhBY#I0cDGj#RM&iJnw_s~ZzeR1_6-aS4$jV!A>_is;=tRni9O=p-rKp2b#j+-
ze}8{{cjpt?Kz{qvr93(Q_W5vccYbN0WAOh=14+h@)&B+f(XQ&BMM@Vsrrm!pQj+mw
zJ-J9}{_pq^|9AX&O2&^A;(;g-gh=><A7_0jI{yd!ShGXMkAn>zhS_R<BR>WcC{e<y
z+<z-lo-3v(d7{q_47C7)?cddArJeMu{}d_r{$8Yvq!UEf1yDe8dOR1d{lSl)MlS+i
zUC3A6uar46s<-g9(vCQo+-lLxFv;TQuVpT2pz5#tyuXz$Y(f*WXj;6LpVyzFOZVQz
zCZ|35UJb1QWWZ}%S03ZnG*GM*$l3*e{Bp>&^n1?pi_)dqpSdvfU&uvDgEdgF6azh9
zv@Ij0z`FCkkQPeHAj;%{AE;ZyTm>=Ys~=MkNG?(;gln(^qtw_@<}oXc9Bf^d04kE1
zN$r7km;T@elH!<Lr1Zb{X44uOBJ@x%&*=pA%(#P~2b3h5Zb?4^&FUqB{rX|x*%4!#
zL}S64h3hZp!;5q5&O2}Gz?Ih`0XkV;GPp9!Hw6s!nC--8Jz5;|hmaIVmbWb5AYc^Q
zpN^I8OV0>%m{MvfKmsX#jzs1sb2wKPUH)GyQd*0JA2eMzU?zZQwN&(Pp~V@HB^QL=
z0N^`nj-0F@HQ9K{d}V_T@(gs#om*W*ZN|?1p*>i~mnUTRSYSKJc58^5Az1Rg^7V3+
zAwdRb0^`?P1VbohBMLN;C;+r^*<ui$u&aFf07>}zW0jF8t8`GJ(@1UiR95It3}9rJ
z4Rq*DJz-IJbvla#BGf#y)L-%~jG4|q#CeyhT=$$Xy7bGwU)E;}?(lxu?2$3mXR>=t
z;GFv64qi4#z2&YIW4NXr{;d&d%c}+@u|8$8Z?b>D`<z^;eEUmg_TI}avU?Q6!B}cc
zY!@Gc*4CF7DL2JXZ$c9aPNWw{9=%<so`|M%?`JH@Tu4)BZQa)5&GxleaB@NcEsn;u
zK8G}XSN3G(Z{Vandwxx1F0`>39#9di_}n|6(I}{pcy21D-dRy-_cZ!u#^Ab;9-<$7
z-rarer2P4q+)>?M1#&Wjf;NUfsPyyE2Z3=fQ%^ozN$%Rq$ykYMqB;*11gyNiSgX`f
z0P)e991{Ri=6qcfb!+r<{y0nPL$&x$?%oSjia7vK0|?HA1!3yBsO&V6<EYJRZ^KfX
z&L2vS9rbzBv|3~}$RG=CqeDrT{c@2dDs@}>g1Um&2i`*B8^;<M#HJjPECDJ6E8vmQ
zQ%ihHQ8)VAHz(<NVBJ5x7|kOs>e2U;T53qP9`D5$akpZf)wHEJFu*|Of$KcSs335?
z=~FnW6m-|Dk7X6PM&srJv<E%ZG#jM#Ww8Su@~E-iQBt8b6iI6X$uOzV*Wo-=_(lZm
zqm>D}4pVlie7VR$K{KWVbX4L0%?$L=!K7p;AyrXDK*FnVB<s4=)p4t>)Vy$J=Y`(%
zw`YtpE_I`6o>Cc?PmA<=X_%h`CCG0DXv<sHjXix)lqDKith2FmyTLU9IYSz-SIoLK
z?w`Jy{r>5D#gm=!dlaisaV^2Wi$^4-WDW(Lvj-;P;W|0bh}F=yrM>MK#GEmwc2#2`
zoZP7_$URgOyv0pxfL<@m2MB^1DiP_)>qQj<LLwI3lO`=7pb8a?GOdj;CC@<D(8m}i
zm4y_Q+0wb7-*6WBhbnGRob%1WT;4`dDNJ?Kd)Hw3#TmouD1#WV<W41}1hpnh9z!Ss
zYjvTPS{)I@7`OdMrSl02+h&tX7hIxtRcGR&&9^*`X{->-q5+PK9|e?3bxaowQ^+t;
ziXW=~xNI`JZM|59wM;n7Vyd8vhpsr9V3<KWUD9JqcejxwY|=b5UA>?}|A5uSe4=co
zvF@nyu{7i!tF39ru2(f7An-ng2qsjgfs)whs38?+cH3;WmM2(L$8_jza+gt2YNe2n
zy9I65$EkXNLCh&U!f3KcrP0Zz(xs4Nv3xzS>1oLu(@nHxeRfi_ix-xci(+<lX1XeF
zK;#MC^enawoqLYe)$=bK%p1cSwb6u+S~t7b25u+Ui6;s95)`bzX3rK^0%iWXkw%3@
z$)&f0g)ePe8dt2Ol%GIF+{wbQ;d@ghM8@OZr}WkL;<Caoeu-eYISe@LZ&9A_It-R`
zUdBE2c@zK3!@*YmK}PayucBA*9n%r({GN5z8Z?1qIDP5<%vfq)UFYXZU)t|4pI*Sb
zaw4oYg_pSB9}NWeXv9<O5d~&}p*y!dHP|z3MO0<#mX^QxNa)_Z<}*|OitfO1IBIJ$
zJ9!k5{5h(W<3r`xe3R|w=a<t%CR`U<#>qrB2UchmEdDK5ifun3D>Iy3)S@<GvsdV{
z$Xoh+qrz+ksP1dnijJj!@zw86sC%{61x4ngbJhoU)%Be(W}Hqnk5=;g@4r{1N*jMc
z`dUFSa^b%*l{;QYktbFWF684m7rTrI<-h3kY0R@XV{^Z-Q0YLw`Nx72(0I35Y4>#O
zeE<DQ@JlaU6X2)Gcqqc-@pPv<SL4s_Ku%FQlIYN$;L|CVVh>S!UD}-&p)K=c=Y8+I
zIh&uLPa-(p{%Y7L<~%2V*7daLY1u)C<rS*qrKi!-{R$uR`7oDe^)Jg+KX+RrWb<rt
z%-ndbqPTPDe=-an_e7OHpK{sD{2<wd8Go-w6}H&)dPBUq93x^?s2Q|#*$0seRhWyA
zPumThE~zQcT&B-RY_|#(DkQ+ZJL+1p=JHpj)sAk}56?ChG<|A5y6B!~xwP~wL^|kG
z%#WhIUo&G#j_Pz5HzTt%4^PCMl7$xUG5Va$%Mq?`l!~3y@mj4(ybv=kFFR?PJSkrn
z_qVW&ejLr5_O0+Ys{O~<kL`ukQ(2^Fhyf{Px#yYL@U_>X`Xc%(fy`D7lsAvlZ7V`<
zyg4cJp9{ze@7e|IE-k+ZdGYP!>tpKT7kTBO&*yz?qmrJ)6x|yL@m(qOO>?+w(|5Ow
zNQ?7%+WEmcXXat$(Zib;UanG_Jn*8iH}<?KL#=hgict9SXYrNW&GsQCW-K9KaLaSk
z;wQ09Ug1|?NX+_P74Wv7v3`~8vGCo9qb1ON*6+PQ(1i~sxu!njDM6R(f&%$%nM0m0
zG#f0Xc!@qD?`?g`SA>ze8W`8_qzT31iz%J(Zfb0v*3ysd3Ilklt;Vjp+-B38UX`M;
z4Skv#${iT$KlgtGKej}T%teinXRokDzm<)iGK-$^jh;)5UTBG4nu}gJj$UPpS(lC3
zFpGJ_NY{&i-K~M>5-IB$B(~TD7Ra9vHSkUZEdLOE+7f%ShP-wI`^px}#Y8ud6GJ)%
zlh<6%T5vb<w4fdCBi~s4oLHJP95oGumIiX>i~Dtq%VCVGCsL9e<9?FI5w^y1wBkr?
zxXXjA!?>6|Gg3S&c}#aWPRcLg>U^wx4P1<!l}j#8S}1|06fC8k$m*1!VV<BmPo9Gb
zSJGzL)`CfBC(xEA8kOP%!jnw>5^t_Te#*k`lrl4F!;oo77U2nx!jmoi63A%n=XSCi
zL$Z_sc?ktV3X79<O3+M8dDxorsFZw+yUCRz#+Y<>2h1^_5?~&uQJTzBn*2gL!Fng@
zCW9nan`wR(&Xkr)25(vBalSNZkwWQ~G^x>P32rCgL65Y{63L-EX*BHVG$&~V>}fA|
zz}oXE{xqqN<kH+vVk^uUb(!coxsr4l(z8y|2F){WgvWIVrK`1Oj0`59ZbL}hxNaIo
zMv^&92a$oqWhx>w9EGxL29xVblZwMLCWW#B!_!YwvuM}S_0VxcJ88q(8OL%NtlHVN
zG-*ZisXKn@6X8j*<~b^9>8FlqhfZ|gOJcq{y*gsgCKJd_p<HG%S9HoKILT~mjh!it
zE%!?s#{J#DW~`NFGSOx;w1K4tU$I*x77Zpx45qpWrNiYQ4a5Yl9f%S`w$fp~5N)oA
z#VaXoh-%xbpYv&K>ACyb`Nn?v(4i#S9f-9#?M(z^PCMqyNfuJLK!~GABqH_H?-dJ2
z{$yH)$<8ak!R%P=9Jo2{sw^FyJXDXoVq62hPh0RnzTo^&-ov&`9gbYmHH(a$(p>fM
zBGMrFB@{ZXRSeyM_?#B13>81uDX8&#mG1m1*tsC0Ec=FYe6&-7zg(H=V6L%tTH;{B
zTP?b=Ls+9taZ($&fuo>FxWHzixJ{=ZJ0kCfP_~|bQG`y}tMp_m?J}yN*xRd#!)A0N
zL|E-EL;+VkX;GONQQlfs{^GRwyhRbSPKk~VL}|4^W+=m?wP-gyQ92@dpsehaI+?&m
zHw=_}b3hu}z`V%HNsfXa{^h<FrOE!Kt28BPyOpdQ`D%xy+ZGki26Io3Gk(rNI<>eK
zg=qC^z~B9=IWnrJPOC`~#X{-j-)U+XhRXTN3xfTN5b_D{X-R3J{^=#o6*1uzd^;(6
z^GTTS$SR#`Jp@PvSF4CD=OtE8IhRlF)?Ue|1X<R-JgwA~&xL1{+(^riT`0=2sJ}f_
zLc1F=g@Y3#X!UTlyoe_I$ZEUt;#=j_%|q2Lk>y<Fl^y8?K|`e|-P{xH^w6QqJMxKb
zgEdjRvE2R<GYoWtK)KCD2zf89gKm@RV#^PCkV<)Nvqj}k@_PJmv9)~7RfT44{~F5j
zWJO$!;c%6JdD-*!s{FJh7v}_ywD?OjnK_PhZ*$-SC|GD@OSl4vFQ@(CaEtvg_%*Bp
z4{LoR($S;a(No^wp-?33-|Ts@(aFEeAib?vH%FSJQ(-ZPvvdxhW}q9gX)!^!N9ck?
zkf5!Mb~{~A=d+Gpg{HN^mQNXZysKamZP8GB>ymSkgM4!~tkbW&Ilv{KQz!qgvg86(
z)=ly!zhL_?nw-F(wHXEpBf7UNyM<BR8|Cd=i!CBt4IlT~uk3eyTI~9|*Yw@8KyaiI
zDpImRlP}Vq?W~<x<eUL>X)IH~JGJ6eS4+@l<e(jV;1Jf1Cf}O}sh~l^co4Z0$yd|c
zUJlZ&=x!Gw?38zPme)SK_}Vt2W5A{3^3SFeoemMblCz&Z#EW>-i#ZSFatbm!bNw@B
zGZIJxWj#Id5Zit^1G=|(_##8Esw<SFo(T$49MBB_38Fx{`@P{E?H4n<qRLwwT$=oL
zyY^tO`^yP<-PcJvuWj~=Z|;^0?{}a?h92&dTe;+Ug?%8MB#CE3aZXjf+G$jS6`eis
z*ErfzU_cHB=J5b{YKGBP(9#^(YczZ@2R=fCzeUhZ+tB%DGQPK?n?%sPCBjFL?SxF)
z5+u|F4HgAJ0ydx^D-cF;jNfBS*9xQ`0J=)-)wSv}sA#_m^n42-D0wtZFA)A4ad#aQ
z<^TA5f16g6PLXbDX_oGgZb@lG1*FuamWHLfyF(flm+tNq5R_CvP*7aYe(&#ZK6CDK
zpE>8;=l;#PXZVBvnAw?SuJ?64uIKAQs_*wkrd)I_CwCdgcxB#N^~BAGVhglT_Kco+
zr-&3<sH3eQs^-^0!dVqhB?^q^1;A}G(@oAkV3>Ol2f$~Vqu-pRJH^gEw3=hpo@3Sn
zFq6&;G0Z<?0zKRYK19t+*3L7b=4Eo{cj%`cGEHsMPceCo?A3t21WoA$fpAOh+?c7o
z^#O`lki+=M=Pq#UM*FpN^UXy4wRtzHdip}@L*QDbRcxi!ddIEVn0RJewLAJSI!~Az
z<7tVB94o894W_Q4x|6^R9smXz+;fyU=Gr-~xRnPU0J_aNRx1D_0w652Du$j{WB|$K
z&f^BXnPygHNI)U<Q(QI+hn66+nuW631rD#?CssWMwV=Aqkyx#2gOlEbm_a4CZu`yY
z_2}~K^`@7{OFl7WkKC3uZ-!iXOEsfVW#*XLplssNL`^J)C)f(WU<Fv(oFx!gS=9z?
zYOicFY;Ai0_HaDz47ifJC6EhX+y<U(Zk<|z&f-AXe}E?&s~jj$ZtjR`?i8!nTKVPx
zS?mDS?Z-}wo*T)*pFypOvGwiR)rmwq-`w)8w3fVnj~4LOK(h<Ia%ZZg`$5D7fU!1t
z|5VSLF)`_uz|%Yn3r-1}tq_l`rCb1%X=N*S6ZK|uy>@d$W<^Q|u+Fz~puLq#vYP#8
zj`0l0jM;j?^pVkPN<Drgdvb~c06M{K#-m0wrMJV0*Y)TJE$SAvEC=n^!3NSxbjRDS
z7R`R#JJ!+-Yir${)jQtSU-;cNfV}+$=E+!<$}bhXEdjDEWfocY-?Vttr2IZez@uqL
z>O*(60YYDaE9gy>%%`uXo2Ps$>RYqflZOvb02pR9|IQRs!|L|LDjNWFN&@<F3uK=;
zip)7Ols%5j0YwvkR<rB@=k*xNfT&IukGk3)@Q#{IeEvz_q)OM!RNcMa`QbNRo>FFh
zpVjiv=9d86na^TFk!D#0mzApmgQKgaH)j@ZI;mvXR|=@{8V*rCp9-zF1io&H<ZXSk
z`uM;GK!90=q4u(KkMgvSYI+tl8P0MU7V5D_WmX^^G|14iCqk=7r=|-n3sTeijMkj)
zcUy8IT1w5T|Ep1Hb32_Ly`$TO-N~tLV6i^s&aVi@p0*QwRbKt#%djl)Eq&X1ci>l<
zJ8_2RSV9{h0eM06g&0)$c8X#0Na+qpH18V}1<;z_V%omcz4K9fYfBpoRDTP)iUZ~T
z0djAzYHh53rdz1UUDJ8ftABcC6t`&d=eRR)k!Y&1>$q2?tKJrUlJ3@_aFoe6KB_X-
z{VIOudF`%gbsn?MwV-qhSN$&E^XmxR(#YpyVqG(vbqQ^lgNP8~uYZ7-=v4yDQPtKS
z``OKxiLFSjPlO3qgik@*o+H`lf%=a(YV^NzWwx2N&vt@(wQ7IYZB9`K;l3R`@8jxU
z{rw@|dHyq}d?o94>}khS?CoGseop>G_pjfzw_Mku?@~BC4@BRcZprNm5o7)Nzpvjp
z*!_Efe1N&jw_InLs<8@rZ^PEzM8fFxn;UiYW9uqs^9uOrBk02~zzc<K0&>Wc0)XvV
zKLG`|EIn(mLihmk9-XzjUkGF<hSm5)Z|4ObL6VfpTM-F6+=U%a;3ZRIal~l4kpD!p
z%gf=(bZO78dppGux({SSXk}cRIcJNs(|^tE7#=MYJ;^pl(^BvlR~QwVLywKBSL!5(
z()g+uYt|a9yY!)MSHpK7ygJk=m0GT}<}h%+7vrmaX44l=@<1iW^xSSJj)BFRGSPt`
ziB+Q@(zGZnnv6-T8haLNCcHn(qLI#+Va^mi&T^;7>y6id5`~oI<DAVIU$tZ&*Y^YJ
zMW5Aj2OW3!<mbzE@*gGMxuQvNzC4sYRC%5yQaM*`INS4wcFX+<`sraENwu-`+WDu!
z`0#JWZ_RJc_r=iJRDb=;;W@EcY?%(A>d%7UyGjD`P#XKsEerxITqR?MXOj>D(TlhO
zlt^~0(6|P5uTUhRq<m?JmXhsb3d3mUQc??A0+n5d`%~>HmX=Wx4BERu{A7f)Cr7a_
zoUrmJeqyTfv^zVxx&{-fi$2?`){N+=xh<6Wu`8U=(=hdZoWE(Uim0k<ZLD4keNkLp
zZx*TkEDQRj<X=Tfs^rg1$@F{4@1wab3Y*5X^hQM}<wY7xBQ-=C^;T#HXT{bnV{un4
zeA+st4^^p?hW8vm_bc`)SW+cfj_r;jPK~do&|J$^glNIuKngU^^!qt2baU8M^?6hC
z1@G0;n47j)>43f|$1?A9l*O~d!A#88l2&uKFE#AS$*$QhMKbTY@Jo<>_^*pmoEsx7
zaP<)N*)#>-loAF1461p54y!vAsi^yl^G`HWaVtTFj?tCOxQkKspHnZZm%lB5D2<~$
zM0xC<CcimeF`c}eL-Y7dzBJ(|-)pZ<nDj0pamMS0WxGAa@xvij23zq=hhHQmnE^A}
zmN`aPHU1I`KfT9832O{TgN&w^>ZK)aWv{~y+}+F#D?>YJx3gQ3cSb_|+mGEYFpR(X
z*~`i2mt%yj{dP^)L$mE#9OI~EtP|pdYI%J`{l7KIVqeyzJU?{Ibg@d4cri#tb;8nV
zc`MJR&X#*<z-Z)G8Bu7q#x*oyGLi$yGwd8aOfS)q9LcNj%vzZ6Ka$7Giypg`FbwUS
za&J0ctN$6-Hn9HnXINX8U+YQTy5Ih){_kCzcW<!Ic}pLWjX%&wE_n^LeaU;ljsW!G
zB_HX#@aGPETpk*YsqVa(c>2_{qYx<>UzQn0t8x1z_z3tHdtPq!x5!T5^aLs=i~k@6
zYiPtKw!`gNr!jpI`?~R=+Kk_*lr@Y4DQyR>_BZdOF#Rml-ltt1h{KN)IdDeGuiN}N
z++){44Uf*_z6E`$ewgTe5lXjJkNmSvbN8tN)fe(8exX7ueJlq#Tka&Ejj)A3duv;?
zEve@eSpqbwJe1J$NzBvRqQN@D#@#~=yp?0<xPH5e*ia1tK0OHZd^nfdH(bppc86hb
znVgy7{GE`9x;2Wk2m1#Tp*6tLN4i?_Riugkrg6)%?@R9&Bf&6#i@fjc_(Lt;jmbGd
zOq}avji@VEX-z#dTJ06w2Kt=20kr~ej1Ytw0>ytq{1g+tKo8a!L<M>8KFY<4YcblC
zhR6pOSSt9Bs(Cgg<qp_DyEwJG?iD8I#X8b=h);S*3a1^Mmu!|uKzOp)a%^tpp^Y2`
zMxArH-@23O?9{`&=jJq&m=vCz9g?|;vE|D@RG@dNOcDR3<m;VNLVx!tG~|xA`v*E*
zJ#PHj_QZ%79|;bs=SIC9C}GXUW+HL<&dKL*U-B)9Xu>DW=G@;3XD^c<iuS8(duAEr
z*bXoXHsj$o&{NDWSV8y2)U_G5$?`1+I27NH&LA#q^4^nI@X|=aOQ+_z^?i<vrY|ua
z;d92N1NS8iqUQqYyt9}*Tr{6V8@_@yhg@s9S<bsozVMx^Wo_Y7w<5&qWY#tN9U0Q(
ztQ{KkQToci=Tx|#gqUWf->FrNJS1hRHZ~s<jbHUXdYnp|TKdZ;S%b~Vyrq4KIcFj3
z!D*33%oy&jYD@O_jn7X$M$e_g3|rHTsx@q5)?f5A*9n}S>ZQ+wiLEH4B9%Q~9z%!;
zMB4E0I`hjGT0ofT<v}VoHIO-f$S}45AEjM>Z-~>_tL`eKnV80OnLDh7JQ)3q%R}Q+
z;6l+HRjW$vb4Na&u;+w@_;b8{?_AV3SJ##*yyAH7L9{g6)_n8uRL(5l`<r|`5=|Sh
zG83sOw7m1$PiN4%4k}b&O5l#@npA%AO5GhYh=Yl$dc0H#h%l@vZ7;qtZOFYXo-n$*
zy&paY)h7%}L5}K_@ugIR0>RQxp~p6(#65h$Uv54kXbVeE;`S4HuJ?d{(>ql~UCnQ@
zwLv`M7&0+|5W0;yXg%d5B_oJ#!-mLCZM^^W(D#s}LI}wv4e0&|0v3OUAT~vG-4!^G
zNx;|*ib)cPsetZB+Jvd;O3o$4H{XxM*sBv|eo$={N~m?WXFT2>Igz<a%0Ah`|I*%c
z*O@EMJ_>^6HXSx&{9gIy<SBPVX0L)*Ln^rH*ecL$@u{ak7>(AmwkhFSYD)Lu3uzBm
z7JOP-PR0C|+F*Q}g6aEA%`nrTV4`kQ5Gmpk;@<74gEiP*sNC|dN|%2Ach>-472%a}
zZU#Bg_zC<C^W}YT_Iy;*c-wfYk<|Ibn(o`LO~N!0pF|m#;^=@CY2WMeO}cHcocQ+d
zR=(l#iF3A*%&BQ=_ZFj`mqS{`VCypwwGb*;kldX3@iGABeFsQ%5(E~0cMj#X`Gi-n
zKD5^=2$`AugoiK(k*$cdgL%W=J-9g}WW4TquM-wb=D*#*9%2X1f>3?Ao>OeUELr{o
zi2uHZ{%hP|_rcOdvp-<7aOuU?rsp$tx|WaUbyt;>mJl`(+o_OEfpLlteqjIJyKfId
zp+mS-gDD1NcNPK-dmBvR%?K9Gzk$5<1QIA=F&C6@kq*rX|E~%*U{xd>!hD7x80k4Q
z;pm(1joW2WY&+~J|Fuj}XZnzH2_O9W(fy>eulo;ZJ_6GM5Qz_bJ2)Pmru1~hf7HJ6
zXR#giHtCAr40K@T>?MgvPiv<6@b-rkj1=`Pl<ImWLN*0R9JJjJ6#~E>St7vHoS{?i
z0VFF3d`=8#Pl6bQ#=WWZ^0*tEgI-BS6I95Q7Q^uob>-Oz^6%(+sh&?nvILPLMJ%0V
z^MZulodgY?#{v9%ZoTgU0je<~;bfwu(xR>3>!~f9YIs8K<;Z`R>UQvhxjKJf7Eu8E
ze;6hTWy_Jf{S<nqT}~F$&9(s`0$_1rK{(M_$Q=QAMzYMG-|zE_F(e1?Nkq_}vk*jp
zHar1LFpuElh3<OAw%{0<s$*$Z@g4%E(2`@2c{YGB1EDq#Ki-8ONcL!2G^-grR!asv
z$p(-~_muI-?kR=@8-OGN!4{lIAQ$NX4Y96tpB}k#Uq;yQcd#seC~mE13><3I{Xw8W
z`t}%c$5ep?p)fWM;JgIk<Qv}vg2YdvlqdAjHE5MA^ihEfF==Rdm$V?F4mb233`Vc;
zGzSaIh>BoHI6I*wGOLRHawQm5%l_cwkosaYUWF3=Ha}}50^Tf0;3vYmg8l?<(~J#$
z41kFX(&G+BZ!d=jvEnee-v`;VP`T?+wjk-TV}wy`hY@k8*-5B1Bs7v$B_mWqz^}u)
z8F7b6#ZFp9a0QVK9wjCPC)Fr8#{&L<WyZ%5b7Yc4D}X6`j8_T#APX1YY!p00m;df0
zni=(6P+`@R^eI935-Sn1hKhTEgEj^n3t(^ehTo-(Rcgh${7Wo_sb@ff-3N!ihX@D^
z)?I=#ghw86hSu|j+6MKRh4sneRO^fcF*SHJbZFwZ<I#%rJ(f1283d7<y5O1S>No;=
z8$w)w!Jio=>6UQG>2MO!VvAJI4Z`3S>+eK{20Dz{!6mMW$EGePpuuDA2&6qHvSvXe
zIH(&d<kv072{yV6wPhViXHk=DP`>SwunZew%jw{0mL|?nei<V%e>`Xx3&4rUl}~Dd
z4c$0G>D%2Q2nWp+O9-irJ#Ns^03hu+VJ`k-eUW3+km<7;N?r2FS=LF75e<zMjbI2Q
z^cF1WtRQ#*zO9yE&yhB5Rxn;rz;*#*E<tw=)Q&_#fudlXfjn85viCwdA&@R=(&u3_
z`1@P~H&f}AGrI0H1dB5y`!jd0X6`~~NhxOUvCZBWoh4JAB{!O-aGa&|nWYM!rB0ot
zDV?QlnWY<?rC*$7*q>#*ntcGBW1^UQ$Tr6;I>(|s$7(dk<~YahGsh7=$C-+q<0_rw
zZkgj5oa0@b<J+I(znXglofn{(7i60k5}g-To)<Bi7j>K$^O=7fJ};g+FHt%#*)lIR
zI4`|8FS9={do?cyU4T<8$g?ddh%PAN@T1X!vg3k^56&$v;M}5m>4HYfg680Y*5ZQp
z{({ccf-ZDXk7Dr&+oHbcqJi?Fq0yp|<D#+8qDlCoY3ia`>7sedA`U-VE-qT_FIrzM
zK7}sXP%PQ9E!l}K*()zO7%e$EE<N*EatdE^PF->-U2<(%avNN7UtIFoU-JB4#*b4A
zPzh`Y(sE?^Z3)C3jx=nCIWn!hBT;roL9{Yp8r$KIw@t!C6`a+=R1nCg6(9%Hirzq2
z^dQ8;89}sZnr0Ce{U*$PCOlE5&mInOCN)bnl2$^jK1o^4BpJ+VF=H86&GGnv^N&~G
zSM#m93n<LfSk{V+I*OIeT@BVsC*R}zqg3cx#c4xjsri1>TD5W=E=t+Ai;GfL)<Z4w
z?pyS&nDk~KQyA92a;@Wj;nssWR)j=at-H?thwbZgUhh5o7wqe-wQwthSx18UFfb)Q
zvjJ2qbUVB^F0*Za*@+q{0|)bsgiK6=_+~)1xU}XB@>>p!4<B~;6b0fYwH#?lZhM1t
z6M$(_BW(p>_V}A_BQOtqq|KQnu3|Ywf^@@&@wSKXtb|x@L%By_i?w8~k)ixvusZ<Q
zI0JG?CbnV#=8mzNo&@bMZ0&5~;)@phMkuF)5aI0*VK0QRA9633%pHI0>n7+2#YbpV
z=y#b=VO-M?A7o={In;pUI}5*QArsjS0eud6ih=<@bA7Hwi2Lb5|5G;5tx<^oS=NvT
zPn?yNm4}B%T3T9ISokjUUA~ucGJazJc6>7a691Ru<5vxQWcZd-DL_c$t*G8RVQxls
z9ttI4dTn6}b;$>M{~`F;b#Mhkb}n63K0Q8O!$%wjf-FxY*$i<L)7-+wEK)|C;wHiz
z22zs$bI_+Q<*3bXcHjCxOdpN9!2>N*GNUK7hQ>JAM{Q~RP|<`}(UQf~3g`RCalX$9
z=lj&@?M-mRkHu4+-Ae&CI?ee)m&M6a@U@|^fuqdp7lNKn|8?R}PtQxu$M4^jLtB&o
zKJ;@5p)(KWdKoYJ->^Peg#GiBC)!AVoar-3)c+rwzO)p&|2@Z-Q0bOeZT-K8_+C7Z
zw(tu>K9Bn!I6jkzFdW}=OpSF-OY+alagRz0D9(Le5c4jp;2+Z$6_%Ub-kSHm87KR2
ztgoi7J*znVZ*nqD_TgAx)j)ge-`0`Y_qVrY@4E(Yal@9ek%@_k0UX3%TEyYL)%A^$
znVI?Bjp?r=hbMEZYujskd${dsT;*`@`0(`N{NJI&>+2ui&W>-EmV3L${tpm8oa}4)
zPmq0|{@I!ya>xI#vW64J%C<P!m+SbC>{HtQx9t0orBI6C3pT`M4HqW>0G@R};Nnt@
z#(EoQkk(Rj5R(GZ0y@khiJVipmYUC-gi19WdhjZk3i{IdLbzNMV;KLS=m30cX~31L
zNlE~Yk#El#$5o2Cl^fLGiA}X>1vIpXLT9uJ9+jD8n163E%}yI!2a!`TqOV)GO5VG1
zoQ_ML2jh`qH*kdwnx(I6O+e0SZGqmkZb;gnso#{3gJJwUWCf?Rh}F{@Jf^^P3g-f|
zNom!m{y=ItDv*Hvac&@_Lq*w(sI%PKuC;{{6Am(?-Uwz*yH4R_;x{F+W67ejizc&E
zMF|`2rP)4jX*4E{iyk#$ab^Ek*09}*WhP+Foh(}@i)+=|K$%e@HwFeRPxoTc$A>>M
zBJ?gz4J6_EoFTX~wEtq><vh(F9_?5r=6vC+_o|z|VA2x&q(T|kU<Rhn^#y6*wx;V!
z1|x8n%@|>0037<b2j44QRCH_C5@5g@jS$iT=_!jswG&s%*Bs6tKAO}jToD4hJVXGn
z2G`7}3PY3zPv!sG)^u&7j&*gd!lHvM0$@xXh04c=0FIR17z75rL03uPfRp&<*a`zu
zYW+5Re1w|<dPHru`)KHxzk8jsT^k6OMb5l6;$^8*Y%(^3i>`ATAlkbf8V$Q2nprNr
z{elc@fD>{U{tNYyzrc+(1F8n8-C`Yj*KV9#{JSU&;{fOCDK9A=rxUKgiJ~Ewa5KoC
zCmxTp%Zugl+hMcQ@=k)yDI(9yCmfGtV!d&wPk#_-B&~fZKSyHdBrlwh(weRw)!YI<
zvU;XRX{L9$kF`%@ND=aKU02teHFH~z35C%hcB{=BhH~K3Hy(P+V7~s3+w|`YU+<@<
zdy6Zyv+i$wT37N!eaI$qkXX;8lBES%(vl<i%=zr$uV9f~`Fm1!s)b&)uS?p*#&CCY
zPw-lZs{%WSntva{GSfZIYr1-@DB(YJP_FClBZWuw$h#Itl|J!TYI}F>d(>7QIA{YK
zi9Wxv+m6UzxdyDDB|k6a8^M7vPQYA~3F<gZOJ;FoRslOy*K(e~`aC&yTP5Ui*d++@
zS5XUCqeth?OX@+Avwia`ow5qR9vo${`nBl2P?#QxiwW3TJ)WJky0D&*gLqZ`k`l4P
zwik{SjeWSIcAe_VR6vMU+vO``;eJE|FkBJ`AbvpTJO|FyMtLy9{6k`a;UzTYta*Tw
zRuPE9!zi@rZjBNr$H@7im<hQKW!r)1j$dM=^=!zWGDYZ&-yr~TLbGS>gP_biWf}+U
zb;1-<+fk>o7eyv#VnxGe=d%fSkF>=sp*)Iq_Y$KWOjv+tYSOYi7K;j{TqdJq#+?_b
z4gYu9*OJ;)aGAvMVPn58q=U@v^FT%)E4k2%Car7{;Y_=LXWAtaWUdPHN=qr~Vzy0_
zZnPEIkAO~^1Ba6*sARS;hU${zG_-EM3E4Vk98$9ilOFEHbZ6MuC~g|&Y5y!JfY&q_
zZm|ub!r%_1xHrY@n838+hWAP14p`ZLMd=#a-A^rmu<`aj(X`pU&x8(R7ilC&dbV4V
zxgDk<)vK@DzCbP@I>_}bfY1;CpeSKd=JL&o)-PeEs8WN{zKup2;fSD%8m?uyjVxQ*
zseIiY%5Z|flOA|@=T!!nfw9*}4Q_Wg@GR8y1`{EB3B332TJc|5LxuK5QZFkdxj#1)
z2$(k%BI>L_#U0usD^iq{alk4oXd3g(u$bWwr<$tdoVNRJNsd~jhD7h2PPa&zh;q30
zt15%sUza%9hYQ9<!;D#tNGd$4XbZTFs>bB+m@Z<EjJpVz8j@OSo*9Li<L)0RU=~SV
zmR8rDNX~@x01An4v(qks6?KSjQEKE@+s9cegV8CCoT(=`ie{EE*If2^zs5;U({Psd
zs-j%GmM+gcqC$t_Zo?oq!{>FQdgS8WHc=jC?=It3N}N>$czT6faPAT|7vOJJKXnlR
zV`N`9P{-A&RK`RR^8Dyr2|saYJC4c-cwJT@4h4vJ8RTIv2Nbji{Zp&9t`vN#>cTyY
z4>c_s;wjpkjojY-rCSD)W$3*g<Ow0GnxV#EdP#E+LQAD~;sXpDv)b$IA7tx~8n<?3
zKpUUEGPk>cQIJ#tUS-S%u9bDRqie&zVU3)K@#<uYT7R-tzr7h>{|lpTm*Za$3&~jy
zr8I*jiPy2lZ{QZOeLEMec<mXoH%E<^ni#NN&)Oy&$-qVw8SH$S=~dQ0Iv)>Rl!EEk
zh@IAVf7IMsRa*e*m!+wqp|3rF@?<$1RBFsHQnt%bA`1dNEx%&QJ6uTZs-4r9%Uwc?
zLOML!)-%y&^J@FenKGMe%XR)e9-p~$o=bn({PlCn&-bdp#>z63`E_A%PfKX7=B(~@
z=O}%xml~DKzDj)x8GoF2nwy5pbkX&k?bKzNMeJvh;q=MXx36$vL|2A)zuRI+f3}B8
z?=cT!3fonLlz0dU_2`%GW8OBYVFhnjhE<lvOqPDWzCoXy7g5jKFL?)K27K17zNuPS
z^7R;uek$>8dELX&r=5+zjH$k0m(t0zF4597;hpqsG<zkxUgwUgy~OG*`-`ZjcfKQ7
zC@L#TJ7VNKPH}Q?M{4?c|8KfWDb<_<WvU9)Rp)ZdC)(xCG-qYDjXfI+lOw|={)nqM
zA4j)8?*;I_KN+5|Ykc3jCX~jv=7CG+RA&u?kbxU`lE<%#r9RQt9~9opHsyRINyfh1
zut*^1qR-nkUU1sEt1k83rI=>uJoQ_JkIs$3-<;Fulii=gmA-axTu+na24A@8g|fD-
z7kxlVj)EVUsVZh&F->(Y{l)SvWF$+R=s2DR-mP17e<ylMJbfN-vU#+FS9z`axNR_f
ze49q(Z*Q2R(4n&I$&miXU#QQv9~WPKa&+Np^=lq>sTj0w!*fk?dMma3>Y0zRi;>gz
z58tmQ%qk`?f|TF=SPnW_^3+N*y?y-h%GkZS{N-qw*`HRQzhZ`h<%XJ$fw-qIdmOH!
zOM&gF#uV3Hed)ohO~KyfdT&}R$8q!2I1KpOc3#!TXjz}p*pGL_edDoV$)MjM#oJS;
zy_lbe)0bzG;=yk)p;ErV@C>b$23<%Z(rE=rYpY8LjPMlyPu!aR-_9ETFU!8qe(?tx
zxMpDd$x8g!>-aP3gbVS6OVfm4XWf_13F|LN7BIx41w;)qFtu%n2Px4nYI0X`(iJ$#
z$XUYsGeTSwLjMemn|M@1fGG$da`40_UMSJT1j12V<&dzp0j7fhiz6Uv4T%&{U~=_D
z+8b;VZDpd)cA{V-ilmaL5s>&~8zMZKB!@_%xk-{~NL0Q7%b-$J%~JRYk{KP6SsGE;
z3ZnPhgtbhG)Rjq!nW@?xi7J^XYW^v<hp8GJDUUi5#Q`LGQTOz35<b|Z$`C+g;1D?k
z1dd7~k4oe>OLL$}voTAtIZW5!%6NB}DtH6#Z%89*Bw1ieGE`5J$xNrd0jmfkzm5V+
z>ZKt%QnD*E-$`WTsb|=8rODlZVG;?hD`|!VM70R0J}NP7G>PUgQ{xcaERj)EnQ0%D
z(oK-nrJn8VpHT-$Sob2CpFwpsB%2&2%aA5ha3xcirM3EJFVJKKnPn8OW-epZbBhU5
z1i7G_kqM9|ImA)Kk_1G#C<6U$2u@7CBuJj6$(2E6emBckSI=KGOOr%o-rQs^M1irR
zx#2gN{xr#=hq2FuNe2l?BqWGx4zu7hd0!<8ze+&v2jpj}=hIYyuPgI^MCCKN=4*`R
zw-FTFxD*vsW^!f~VQzBhZc-XDP^1r2vF$`HOhiT7S(E{V(rbC}0<g3|K8<TO&9A}-
zV};af`5FQFi(DDDQAJ^^VD_xsCsn!D1j!3b#T6L^pIk`(L=q39a++qco(SOje1%GD
z#j=<}_pw5$2C%|d*$dioHSTie=n@UHa;?sC4Ohr@N4g_H0Z(TM79&xReV9ugMQlFC
z!<5N7-Ip+rA-1VXw&x~%0)SGEft?6T+}84>3&65oWfBcw$+I$#wX%|csw=MYs;o@6
zszQZ;az>oXbAi0CD!RETQRk{y>d5V+$*_(BcQWzLZxa;@5Lz@q#k{~YaL{8Lumve$
zF^Z_$i+H$zc;1G@va`Y|k%Wk*a$2CWgNaD|C@UiioK;o%JPQmT150_89cO`yJHaQC
zRVU_Eo>^6;RrTd-^*-h$TG8d8>db~JurgDTMs#_wWKsB7kw#W-PgY7}6u5kqr`QV&
zK>=yI8tGzyv@t*?q9$4?5R(*$)&^`sT3d)B>aoGrPM;CukkvARWCc^o(pyWoCbQy2
zvIwZNaV-|lDmL}PMZ%!+q>#fbuzW$YbVGAibe(iT^CfrvMHQG%pylFMnL$jwnMKvl
z&iX&xCAUZQbkT)?^+Lwz);u#v=o+}yJlA7AU#GL$Mxu1hB`tV0XX}tqoQ`!J(Fm~t
zQo#XK0_{{YjkGA>!>)E}0TAnYd%|&hk`#!U36x^d@sJe6jOut;0Llx57IZ<2NC|l?
zYM0lD=iwx4S&U1h?<X6GmpX|)X>=+Qbt>~f6udwkfglc2NcVbIcVII*uvxVW*uzs#
zhX846wy0J&k7%|Sb^*<Z(2|Jm-&o0dbGNF+m?|7cwACyJT9gDxHUvaBJT%Y8-_9iL
z%D>yypif)S9MIP3k|8&f*rNalJ_d#z14Ft#gl7X8^x8qZ7}n$Vhf*E!79E7K9Xacm
z93oJr8|WcZFFR8&nPo3de{mvuX^BC!x4jQ=gzl`1RjW_Jrn_IWo35dcw;O1@-p3cz
zCq#^%rbD}r^*wfP!3NYn4Xm>7D)g1?X>=`tSmYAYefVZkq!yIj;a{OcoB_W9>&&#t
zzXVfZKA3C(fkA_edhL`mgH$uX2M8dQ4e){95ETGKX#=Eg81kI>;6@B$6c~QG0c33G
zxU+#Fx9nv@^uEpM#o|C89WjVW4}_cmGGTzYmELG~Tp6#64l|Mz1d62}O}y<B=<dsy
zD4Zig&&9MzPmKOK>hs`6Zyuv7CaUD6dl<}HRmaL*$ICTOdV-=-c&e(kxC-u!515!I
z3Uu-mZVx>@8S<san7dCrXc)u+wUFPyhk8R{CquLDKsKgfM)=6>I*?6Z7&nkSUNg9L
z3ykWX2qy-OcaMbSj2w3NMRt$GclRNK`o8j_Q+eyJCPq#O`z25MvfNulZl^`Mr^_eG
z<mg*HI;$K5TWLGX@N-L)rN=dB+c*f@e7Z_>G(N!LBt3mZluSdO-IKRObFVBX?7Al=
z+^1aKu~WM_Q(SSA`zJsK_z14x$9+1o>pt?>YVv{CNchA^82xDE1TfKZgx3<JY&A;n
z1>%^PG8_kvtWRf6OlO?*EoipTyDk<@jF!~&Z%EDHZC35lRXg#FSO1zJWtja+R7%eG
zfom-nLYO}tMclJX6u&Wvlpc=i9zxa(ZU#-Tc}=kAPT+K!-Nf9Y<>Y?%a(vK8?8(%-
zQykM9U9=o!vKdvFoKndhr9-U>ZjAEs_TO&wJ(6BCv|4;>(PEanX1$5t{=Fz~xwIeC
z(4?L1%rmRu-;n3Bz8qE5cAJkJTZ%Z!?O)>=CdGZAt5WFsm<?bY@zlG?jq%!zFWA@>
zS?!TXt5sf)&7<4-@a`34_v-b;O47-K+U6?H?ZVu6-{r5>C7w0Q+O-Na+K6s!vuhC^
z^s%;ftc|eYPgE;3d%amBpS`mPoHx+HJ=?ii?Rb-uEJ4&$L_CZJjtBKUAYEA697(Ae
zq3Ic+Z<v?m8;x>bSV9Bk;zs1OcQgNNW;0Cl@T2K<rqdZlwNF=byBBmB&?djj%5v78
z@Xg3r)-Mw6RZp(f$&}NsjRkTKC<QHPOf)o0wqf{6jiR%ANd{MLlKWSACQw@vXF$!#
z)kWgzOslDEs}YHYl~m#_#mT-@hEML+3(C2xPI+4jaosu|)3X*|oW71?XNl04k}Z-w
zi~4*s?%aDaK~+DrTW@3<nrMp}G;-(tvm3Rl3GQsW{n;aB7?h8K_UsZXOai4yKWU;@
z4?PwxEI}8v(-JcyPK?v>-AB>VTRJ4uSqzIUo?D0LJ{hmAe5<v2sgK5Si|2o~zG>H2
z$IYmI9oy}~6+d(B{~WYQu4_&0b=Fp=#*d>twwL@%<p6nT1rh~@gF>0F-CM_H{GTf0
zk81OduDg#kHjj?qd@YkbDvlqW9-ro@`NVND-6LCXwLWTsUOe~s2>MtSA-mV$QLe7j
z;~&sNQs1+nlO1ZlO}bvaSa)jBGfw?3*W`$21@%eFtA&1S#Jm=}_(^v0i+2A}&(Zwv
zuYqqriS=v+S)&cLzngD@gZV!`u4$3H?f>!S469LI_ou!pXm9%%_iy^}8ObbJ{=f;{
zdF#m@B6`5L`rQ4^I6qDDhZ>$0&8lA-RUtZKdLCnkeBUiS>$8Yw0O*!CjC-DcKgk8v
zuS)&ATmze)_RH6gmAJO5AB}ycJG~=!IIoin+RE>)J$=8i?ussXL01Y`8;4_vdxWag
z)mwb0>xSM|{mxr__zq<A=*Qo;^?(N_B~R;(Vp`-qe@W@w0KT<&b)v1GSNZB*D%AG}
zJ!*A~JMniddHdn_9OJ1L?|Hk%dc^ZXD!Kg^zps1i*SiC*Jg_9m$V}oM5LEdPoRaWe
z0+nJQ^?UW*qI5zP`~%v=>OeYZZU5;(W%Qa1FZ%mv{n~ncpzdDf*l$JRb)vsN5qC2}
z<gPWOw^?Z`0Kvr(7)B`cKE3mqs(h#nCBISzYG)vvj8D?tZ`N)gMot<F09{1zd$4Ka
zK<7VO)89+TkraV@Hj(cO;u(lu?;Ug~IwvqlBCrdEpV+61l#^vQ&v3Gj-XN8>CE&^>
zp~N!x<tcY6&q}UEe-c_UjaRW$E~UxH?VQgt&gax_LOhXaI7a-=76bKpy>*Nj+Y*KI
zihydr58d)5^?f{2Qz5>mLpf&OM>$DSg|Pe;$(;R#N<O3_=B*KT3#HmYY}}WwMh(W=
z>r+*WRqJcd-slEp`<|ZFc|V$h=H%>b#m77rqKXA~*zAv=TQ47+cfQ)Ez>~u=>N`|V
z?oZ}V$Cj$y3zoeV;=Q08R@g&**(E*gv~j^o8`W=)H8+K@=;8e$_O7mm@NnPh*u7s<
zU3<h{LMq)?Bc)aJlX&-7rbi6)LLy9-RZZ#}z4=7P{nO}?vLPi92w!)mxKV{p+cgw@
zv!od-b7wfoQ?x%CaKGWfrPNe=`(>z?T<hnM`(yZB#R3wiu5%;x6jryv68GpX^cDMH
zQqGDbqupnU#FGO;U42{b?+b?Me`D38Sv?1Yrzh6Vj`8_ot}C<-o5Lc}^I}Tg1GyE#
zYVG2|G2?X|pC?fIgK3}c8%WgO;x}nO{53wVqkVh9e=s-U+|Ug=CYmJj0M!<0S`E|{
zn=7U`7gEbd-=mXx2TdzAL5YXpe~1*YQ<ZCR5HtG#*nfh@0A8<NbA6XWrWR(STstWK
z<x`xo_LIw$>Kn1}lfqy|+7_$VWcr2=Ur+KT8@cb0P-q>GILvD*{|z~Kcyxc<*s9wh
ze7-L<F6<tjb4a-Ou2~W%B_4AUlO38R2~&vAf|6NUk?m^EFn^Yxd*Z;yaN(tz2K`gx
z=ysRy-ji>g8_myxp|Z>UK3&*b&I8L;67ny^Z}^`a-0V6U>505Swk`0U%LFVQTvoMB
zzS1WDslf95R9^ZV71e(7G(w%302(i_i_exOpg@4T1<-}h{1v<7Y5&e<y*{BuE6w2<
z&}yx|sMl!KrB|DOV-F*(Z{}6d3#DaFdlx2skoVy3FE7_d#~)65FN|-#zdL>N>u9=|
z@_bD|)iAk8b@UDS&Z^^UHR;5+YD4ZHpKGZQz^L_@2zKZMm<e{{uBkmgU-fjYbiEKS
z3iyz4&=la5`7_erD|fIrFy%G<t;`Q54(V4T1Tudkevoj`%%m^t=Ip`mJ<Ze`)t;7n
zalKq_zJO}2Uv%VqVlzhd0ShnZh6Xq(n+DuFZCa$Vw1ucVtep5J;>YMroB$-jH9^z1
zdz-lsKo9#6P=*tv-G2g~zs8z4ra<O%BcB;h&NNY1TOR*mgT3^vZMt7GOP@^4TZYhl
zENX=J7r~TEEQ{em#=!?HdiZVlJblj{PR^m+sCR{9>3}OXcEQ18Z%WqmngvGzqP!8e
z$$Ppyb&c|po<p=mrWgo21_C>~7shzWbdTJouZv{Pe(;s;{Uu>VXw4V<M?pKxRx7PE
zoij-c_SwTCH;RmWNy#U`{r8ewqYr&AA~cEjNykm(`uSc26_wcWI(9U(=<~m7mQL@H
zCU2OkJyuO&DV`a^idPxcHrkM10Hc#`xJ*#B@zWErU{-<29U}lJ)ExtYjfRomN%9Nj
zWfV`)3zL_fM(w$?5~XjC_^7<hJ@)6|I%S`}a;Qn61($L^Dbr;Lf1X+|Qpycv8!+w^
ziZsx&lyj0899{hueLPQ(b$_O8!F)#%WzP^T5M3!@_N2J!eQxQ%J_I+YM>C_u^=wQ)
zn?MTyn$Lkl$|Oecl`z?BkaDJ&as%iYc}^&6-+l6#J~q~!a2ErIdr4<Hv0T0OudB;t
zPT7qD^`GaQH0BWjfA+=uPbVT+O5cl(s++#ONVy^Bq@d`W3D=maO)bvvzBAXMb5oPP
zUc`Wo{DBq1FB<1}gM^TkkV1Kz3n>~R!}&83<5I*Zh2yCe9e6Nv=^6kKF8(D-x2;cL
z^B%a(nx`YjqXx5y^?Yri;F?~w*38w?LM5EHY0iTVpmamdX4@LCr}3WN#QA5%mKgUB
zFMcdqY#&yxmWNgqx6r24;%nQHr$*`}iF&-GATj#VL|38z;-`k+Vk%h?Cd#;Zmm-Qm
zMF`bP?5fvK8z25Wj#dyRa}Zo=Ur`A;<1xTj0)YN*p1h+#4HFP2VPMu6efdbi7J?>J
zz;Weektzf>Ab?bwvA()|W_xG2!9xVMNgsUNSUqQu#P)-lqk~)h!=^!s^vjRibHAps
z#`l|RbsU(LIyA>;*^qTUlTW|4vzqqNQc}L33FluJ-*OWW>(Ld<W}z>P5Y!TG5<)j=
zvFXi^e!iFRG~Pw~N*wrzhbdcpvW$?92{{vT=Go7)bPpL}OE~O>5_1S48NcacTS0~6
zp7IbTUM;-n5tw<zD~R-8XnjEWy4}jEG3u%Gq3-8b`P^<_^YeH%L+WarAANd}3z0Hq
znYN?qhYtl5&Te@$44CL4MH$)}<J^>rsr7x8XoldxKk<biib&o}M_Qn?u>^=e9Fs|R
zrV0!42aY3Kol?KZ?_{3gvs-5Cd=G+n3O&ksM9=-*a9p}X_O983&?7@UZ3`Og=Ox|b
zoRY|Q78}YcYspu#j!mYP#&4fX&YR}kCCyOV>+9Sd=~Vj`upSd<JiNAZ_qlq%W)lgA
zg(5BPZGDy!OBkV&SQAmjMOw=SATwzvloihbBHfO79)Kz<81!}NsswnJo#89+afl~&
zF6=#|X!Tyo?hIy>A$ljC{MOe29jd8Ij@MQ_#KyBAQ|ZEr{cTp9ra-r5<HcHSvbcaz
z5o3){GEv+(aVo!8`$(49^1b}BLk31<6pn<U<UzbnmEa5;GcvJkKdk})w3DDuUZ()K
zVc7>VjPaQ36C)rgurPQu1UPWCK#6vDgwLDF6bJm?cmU=%^2k_MZp8+MvwvkpKlujX
zkPcq3cn3`)yAx*=%5d5?jPAEUlemks(DqXgJ)#v15^Jz+nrr3-V*|CJ2ZA6iFWK{<
z32o`JAFBj!rO)TYq(4pG*oE=#t<~{i_pUkuWY}J>t(84~#p2fgfG2H(SGu1T^f+n4
z4Rk;6ER3_pmZTva?O+3YRw0A5k7^u8Lk!{Xlf@wmNRMrp3j*edY2Rk)*$oVR><1F^
z0}(R4e`FCNtSR73S9q73&y}S%?^oq{*L(S+_k-&hFJB2b%nC@lh5QK&`HOoG>o+va
zqRFTW=58a7Cr!X?iD6OdV;#V~yr4km(wE}bH{lFtE9v8I#`f_H^zknA@$L2TU-mtM
z^b3&p3$peLiS!FA^@|wxi#qg+dG|jK>laVymni9%Z0?sD=$BsTm)Yx=z3i8R48X|;
z<XHz4L<SU<29yj3lpO|Cya!an2Gmjp)Jq05ng=uo2DBCiwD$&dE(dfWgL>qHPgn=_
zMFtI&1`Q1djT{Dzy$4Og22E22%}NH%n+Gih1}zr`t@Z}3F9)AOhHS`(Y*~lwM275@
zh8zrs936(9c@H^-4LPR_xs(jKHV?TC47o21dF%~&UJgBn4119ezhE7HDKh*@Y1rFv
z*vDbm*L(PN*sx#9uz$&LK=W|mz;MvQ@SDA1oa}ptg^VD`M}k>LLPSPFl}5r0N5UOO
zklrH^VIz?#BT*$I(aj?<10%5uBXN5p@s}eBkWm!*Xd>%qlE`SX(r5~91=?XW&3iOG
zY&0WfG_zzht9dkgU^Hi8G<R<_?{YLBGFCu7R;Z+I>G#N^9a`kjud;%4YzQw~0F_!Q
zszgFO8=%$=;l(Lq!Xij{afr(ql<y$CR;yp_Y)q{J24T_^*+43tjVX=5EKM~<L}2nL
z7)Q3I2zgkyWj}gvT;y{6gLFTJd_stIqL046Uui<XaANSbZ^(OsKWt)Tqi?iig132M
zyt{8=VS;-PcUbS6hG?_m;GHFAPGk}bQJP#BKrc!Y6!S*8p){Am9xaPRxiy62reXPJ
zG}c7uEDJ)wa0D-$U|l52x*&x6K>OomuIqL<H>ZO9ip+RMOOgP<+D1pR3AV)><xGl{
z77xYEc%NT};5eoY0BLgoV{S%1!be&+gz%b9orGn$+k_@F!)#}C?U<0BHoTq(NE>|E
zCAsc}^fb;~*&Kjyl{0~MsPzcQvtZgL3i+5c)X58B1<<vPL>}@gq^=+V%DRtCam-6k
zKo7Z^Gb7yr6BPK@@HGTK)R|Lias>tzeIk%CP0^D081V!bj|7q;xUR#$7l;c`Yci6g
z3FC*dlYpOAz}N;2W!(Kj@%%zLQ~r}=U);d|lu`ZLP~iX-j#2&FP)YcS<LDGlM&bAq
zo0KUVkKVtRT>m3uM(M0Z>#p{|OO4e>l`l|@%U?z4?LXd$T3w$}+Z^Ye?wje+8Jba9
zo6?x$ehgWaEFNl@vlv)0y5rQ7Hcma!x~Nmyno!x8(myk1_Ecu}RO5W1!0Kcv7HA}3
z=*a8h@YvT?_Vo)fcQ>4U($v(1YrsuSO`m9Ksr&eQczD>`+k1O^2L%Obn7g$wG5u3J
z`|IMe=3r6o>I&_E3Kt3g!=I$Pd~jj2$L)T)(PsJ)Z?qy`IHmdG5R`6-?tg=zR4~uA
z`rM6&oN#$F{Xv(1=gn{q3jL8Cmo#hN;`)D;G{YgNe><pw0UZ^wU`6RLIn_v6t!OEO
z7%|H@ano3Sk9cAGI02V<-dFJ)Z{xWF;^h^QaFs~2SE0^9|4#%J@t`o0sWhCmDulBR
zVG)D0N<zA(C3+^J0!p)=7eu`&DEvo2A?uPtQ;V|Nn^UVAs;jGui;Hm%s-p3IeRkYG
z4yt0HqjBN`jzS$C*4B0RwT+FoP7UD@6plg-|EqDfw7$MEusAipyE*)0czJ7geg9tw
z3fDRNbbNGpaq{*1#lIcY&+DH*PL6MO=Kc>LsQ>SO0>`Lg{u3A#OT|BdG&|UR<UfHl
z)+NP<b!Ega?)}54q!C0ltM8rti{=`OF&x2C00@5gH~_&gs6#;7?u!@vFGh9Z2FC-I
z0Yb=$*f6Gd88FeA7lp;Ddv<O<)EG@u)wSsYML7t}My=5tz>mAlGM*8yH~3bNPi3u{
z4`2~Pz^=v%H?!9UrtqajbCH%|w1D@-l^O*<4kF~**hs4nj#rfF6t66<F<=-R%XfFf
zJJ8H-%g5pYC!KGj<=|X3o=*qH(IQYipO823!`Bl4ERvF60rK!EKad<g;|ZY^-|&Rg
zwt{`mNy@k22M@(81Qj=w3&Y3>Id>y<-xMjDUHo}z8X59N$TocMVT$Hm06x$@7Bre>
zAuqf{O&uqe#JPu(O7t}gs9P<{6cnU2+YCJ>QQF~xH;Uo7K>;q12G{POO0+?8k-3;>
zC2f&D-`6)!Hq%IB3<JkGjR6NIeD(trNZ||uh*9<Od^;HTfrcWa0L%@dwu!m>`d)H0
z0B{W;jw|q@#@vbIcGa|$xz$JA!8@685tPAi=;vxbK$-G^XoSOXfi!wlG`zt0Ggn1X
zfaF14_m89FdJK%`q+x*4?WA#pz51kSLhShD{fr9FY4d`y+iA<nvucl)50EDSpe!Vr
zR6voM6j4XHs9znv4t$8~9ajcoqF8<05P&59FpU)QQO$4gigu!Jt!orE#rAm&hA{w{
z1?I1c?>*H4L9L`-t6U1aq5^6Z2JVe&L)7$}_Jn^xTuS$-!eRh<#zBIlv}8F9E~!;*
zpWwat+fS8lDan*3Wx-;oAm%H8H>tuqC1L-^-=D!FNUz*4;c8S$%@c*IFKGhO@3ATw
z;pJXrIO1Iq=fYo^qt8{Hz9^TgnG+3&D#+sl3s+Kov{Beq%B-Y?EjN1xT5dvGLjb1~
zhFi&VOi*IL&zMf64Ng?8J-1i>#_awMe)vm-V3+7rp&jfz#(y6{bf-WN&)JOBD}PTx
ziw_#>ln=j7^+085?K18!J~)3{u0BM)-8shllyl~EaL@YJSHNW*onB>iJOgPN4J(~|
z1x<1xGR2Kk)~DPJySHCS5+<px;P8}G0MgFC@-s60k*wWb`E>ftWAnR|K*+UmPKX2P
zb^(#hhnZQ00CogvX>9<D%Qjr+yfqO3d<m6T27vJ^K_~EFLfZl`kDu({H%M-Tx=l4q
zACa>ERbp5%av?sg8A}m|WRbUxpYcI$Hgknx@iMdERWNz7tbHoj0gyWlKY9m2=z%-S
z3f$SwlRm9PE*?GvnzIAYs{*X;D|X*IIq$P_Cr0V8K8%mHRbI0Zlr`Tgq6&5zsPk3}
z>R*-bW3@+s=`rNs7Zf$#s3!D72fpy&^t-!7;0Ge7EG=iBJ}A6YCE0(G(4V|s4S}m|
zGC&fOd54&RGb5@?=P4ChrQH8rM)f3slHB@YAiZ;gLg2N~L=L%dhMgq4PKpcJGv-%n
zQ#I-$PC}DT(G^)jz3f`eE|Vu--`PI8tBZHhWW8t_$l;dfkeJn<w5PYv)_L+pa`L{m
z{mS>;ZEWlpX@4jJAHJP`KLZ2d#C>>%7!YMU97eeofs|ah`&Lg$>2E=#+%1qac*I!+
z+B>U&Uql)%5T-^TAE}sfNgAcb#cWI%m8P;=nurQx1uzk)itpYNe*<CT6pT`b_m;!M
zLF6Uy1umtBgr=B2svZDRAabYDVY`pAbq0z9TSVqF{fs|sV8RvhB+mG5v{P_AshUC(
zcQrTqZ2+Fc#?GCKjdGJ;hr0L>?*f>zvjRmHFhUI1O*0C!;UmP4bxkRb#1(u=<mZwZ
zcN@91A(|G11Q|o*05SBTw$IqS#^pk}0*S|yge=3d5L;q<1UFTQ`C|3aPK)Ig_Q+&V
z!}xtGu=a(io5e?3la80+bpQ%yC}H#r5p{au-BU#y9*vbgR}s?Cg9<z4G1DYj$|lZK
zUS>{<)pQN!`y!Jytlm}g(=du=#oUl5iB*OIIZKsxk=$+;zs+lXjar-ej?ET3jV0PC
z>Ut>1z5a5|gnYhgr@<herqY?pnO+u6Egmox@mQha7aCEEUwygURx_W8mFN69(N*O&
z=c;LI)?xq$6-zGi&rr2m;ihJ11&sd`rGD`6aeEG?PwiZ5!N6oHpuhBjp~4xxcRcx3
zNHli{Bbpo8CmS>#pXg_dHJ4@ceRGnrAmB7C8dnfKk6Qn2z1X@^W%lM2`v%RuM7vJe
z)-id`;78ACe|=pCp}2rXYwgL(i4=u;e0`NIy-8$YGRCucrrAYjz`HI|{u#=bp(*`r
zzG`K{u$J4nh1TMBuD$iQ5s$?mDJRJoE|5<u98RPGMBn!xc~gMNPyZdE%qvkGy5g)V
z=ejeLCvuOb>}4t)-~8QA3*AqDT$Dt(+RY_N5c8zDmRS*5)J=(fcuslcsp;V=P$=0B
zW^;bQhxr2iE#Gn9Dy);p&Gdk|wGVd`w`Y-BwS6r4K6{f(m*d<~K-YXiHLg$JfZn6h
z{Hn?&zBaaz!By<?=ZDQZ^KAsNCTMd+VS`xH1IofkWqA8$uwR=Umde74Sl4WYfxope
zadZD|gn#o%i+6LmhEZ6x#L%(|xZ-)vdc-TKU4;ul2tvy;>=|IGN$mBo%-h*73XeM(
z`9xCcv#oF%Z0zUMMNi<-#Y|84+*h=Bkcq`B*VkE-#2*^_RsR?lkR49JDVt^!7~SHC
z(hg731PT>@?I{+EbVc=arW)O`tNSUn%I4`iu}S11++{lN((|ove)}`>_w5%?s@Yr<
ztIHUc<&ig}ysy6V?+j38HM0K^MR$xJ@JP|lA*o!K!>g>F#&0XDb04)_HGFn6!M5I+
zu6?(ebyH9-`8B|p6P8vFB)RqJVB|p8X+MwbNxxj?B$19lW3#V<<e2AVTOi~Ex`u=4
zVkbImp+V)jXIs<lLvHv!Is2AD_qBr#cG9GtlEnhQut*dg{df^BY8y7>hJ5zYV92)i
z3x54;_s@<5q?~Vyi~?g`n^%hZ^1=KCDD7>pT)g3U=jq11Z5~&TnH8vB54ODf^Cjp@
zt7S3X%deju-cUJ48b9YMe`)sP&1ccK($vrN0KVFyuM(VmzotJu#|v^(4PoPC;)pcC
zL)uLI44Nr-n7Q)qdS=U}>XYc`vyNv#?Cfswn1Gb}?R`$D+=}}br{JnVbLX^Y-CtZ%
zUc;P7-?=e`-2L)YGg7mkNd~Vs!v8vg%vKj69vNmDiS&!aMrK4tw@1dVM8;o7qNt;i
z#G_J7qtg7MGBTpF+M{w-qVlez3aF!t#G_08|6^1?{1UD+5^#aE+m!??ZXK2e1(HBP
z%uq0Y6n-X(umeTBii1)pQkum35{cwyi5UkGM8S!atM}1NME`}m_l#;fVEZ(a(36Nr
z?*a-)N2NEZA_Nq$&=F8js)!V+(xpmoAwcLQgdR!~AoSjQZ-UanPK%r8ecpNI-I?8;
zncdkvyZa@4BL_a@<otiveO(3BG;suKO;vIM1F{?a)Ny0f1qt9<Ye@UrNA_l7;;q|Y
z&0_$qTe4hcvaD$mtu;vHG+7`jDaQaT76oaQga+SC=FbCOwNAcD0O&g;%k3m9HYW>=
zB|nKur9B3!_>i!Tl(=e|0@aiTH%JQrdb=!zemn(A09-jvF*r?god?h!r(7KaygyC$
zJxw-o00~y7`|hNwn372!lid<Z6P1TFTBo&De{{^G(;Nf1(xktePa_e?2J>m}gfidH
zXTtl_gB(DdJaCm$Ac?#xiGm9fQc<VCTLxtE))^n=Q)(q4(esd2I%uaVG-NIzZY?dX
zEE6u2+2N3x)DO(=2NHx3U8aa!nhZ{!j1T>(#XG4LQSe)1@ax3t?8SNbLKLWqCacCF
zBcqxoM-_}IgV<+gbr7-~bm&?#8IEY8i`Ec?dBlhgLI9ar(2sy35iT^yk$xaZ7&+pQ
z9T){KHqE|HdiXq$y&?qSBV=Fa0o_u~W58z9E97yS<#7z;T?d2cqd_+fNMG2<NLjtu
zAet?ooSo*Jb{^;_Q`HA$bl-L8q}i{@mPghe=TfjE2cmLac7PZ1$iF^?89s%&zJ&l?
zq$;?Oq8#xMjN~#XB-bT9v&rVNhV!|B*v#_S!THxo7>QZ2JvQ&AL9xSGp2I@1i!g{s
z74%jY<fL2TrCY-1R^qE$a)S=!s{jfbD7i^jN(?e9y&+lp(Xljq0d!*w6zf<Ty9>Ip
z21+q26SFS+1TTZb%i^$Qa4ax~z5ElnJm(A~VNF)*OZE&vlaW9JC(snCLh9WhI3B3t
zfJhx7*9eO;9sp?S7V5KCz;y~Au_IN$MaBatgI(0)1ysu}u%8`0K2Tx20Gt4$IRWT}
zax^(Sk7GCQ6?-MUS&5HXNoX|bwbHM=gvX%NpS?81xAG8NdH^qt_O1HkSemL^7N=Y0
zAzTjNs4ir$Cf_TSFer!nmdhDXWFTn@cto4eatXUY!axOV0M)U8>McifIo9ADD_Hjm
zMiweK4T|RA6@pG^a@`scKVmJvUlF%8dTas62&>_;M$5wLq)~NuIqKwLb@F?4_Y~_j
zARsR5`g<|;@=o;+7VG(ZD<g$VBYaDu*)eC}veSVo(wxF?03tiD5_7B02bX?YD2qNT
zr9hRXm^Dy9K&}uFoKCcJ3^E^$W;_Q%twD@?1=p<`C(as0MQX+N3TK3CKHzGN%4^BX
zo92Dd6XkVc9CiGDb)JK@x1E~r#?&eK)ycr>RsHI87m+y-tR|{n8-~?~VM}pXJwNQ5
zy$0=bET1s0UJ-}!!;!j}wHzePRRbOZYB|SsK=7?N950}}br3gz!gHwNT}4WG#_&8r
zG#yEhY2pAdz`V}Syv`F+7Yl153D)AWY8lL11yN|IYF#V5HRil-XRwxkuw}ly>5h4`
zj9*)pB32F6R$`95+-uX`t1H`U;6q|B6$!Atdc8#~h6C5&hojZQX)og5z}hiR?Tt?D
zjIr(P`#ApU_7NPe)`_BH19E_?ThOiZ%xYOQLkq*2|LU~$pS2{KH!nNYX_U7ja7{aV
zC>dPS9JVuAvHq5S^C_%L;k-_Lu<gtVTfGNF$6%pQ>>G1J)gG1{in~(LUFFnW%YnP*
z-_3;tv0AiuoA-=x;9pzxyyom^+iRHMXc^(?y~iWkDcLpeSpVI;O&Ho8r`Sb=n-|GL
zy6%WHzmKgwQLOugYC*sXLoS-*ox2p3`ZSiB6(RjOdvz3gb;W~SI(uC@B80M-?n+qq
zU&U_7MFW+8cllB`_I#k*k3=W5J3|NCoqFs=OWx?Uzl|m9+yG{A5_k-1ZwA%fck0jf
z>sa9ELY&uqRO(OJs}tJqOBbo1!4JjiHRtHn!|=oU7yUX}1nZ&h0?zJg#Sw_bP?-|p
zIdqVgvxmR|vRMMYLA2K|_HgRqd6WhnI7`m<dup>t@6xTxF_eSq)%CCc4gqDKcPK3m
zha$!nM2FQxhBc$>fBOwH>UTlo`gI}Ws}<eF&>q+z7G*wAOv0$1;0Z$dIJa_~8+h~(
z-@|J$`3gGNwAAw#KX~Ch=?(?SxS=#dKyP3*x36^TF7}s*f>K2ZoP_$@G4<rpW5dvi
zOeHMLdHBq!jth<Du&k%L80J?Vk#*{}8J^gS?f#4yak}g-;g}SUo0PL0t#=;%DLN>P
z?x|VAz2zLOTAbyOB<oBfGr#DH5F3?^nae;-l%u9zT#kRbY)fjH1~?N8T;|tBM{eoQ
zWFw}a`2KDG5kvgMeUXyfq3)O15j5v4o#<>6ViJp*{BUJa7LD)sTf~@yIz!0#7TW7k
zBl&1T6nakQpzTq>03~8+(SIZfJy!r3$ch^fByugIE=S6omuH6u$}46L_7_}+>m`&Y
zl`j|gDkeQ$@UrO9M!m%*(J75@WE|B%$Nfc>gN6rj^^6xIKPu{PB+UQd9Qoxk6CX#o
z<+6H1Z2qC>0(Ip)#Ub{A{zR$R#I>RM1@r>F66om?kTs`!WqF-jd{(MuwsjGIvwCIg
z6371#Kb%$2W<>FA7<Yqbl_0Vi*fPS&iDSJO;c%^2RB11PEjcJp*jkJrES6_2*V@IF
z&d_Tu9Mfg6vCHAPum0WZ+3V!7%io6<D!JNgEeC&yZTxXwsfk^@$<yMYjITPEB!tlP
zo^K5L;ZI`M0|o|h7h8PJ>yg>3Be>5*-PQ%@#TSQ`k*kOE{;um7NDD%2QbMfz82@$I
za^3rIfIfD%`e4i6e|AfGmQQ7y#o`OYenTsdC>#J1LxR3>tq#C?1{Hh7-0&#Z#lVA2
zL@N-vh&vaXbVV;aUg;r^TP+M&Eo_-76rHGo?3=F4951bQ5!cN}_7Q<Qm6n5b{)6Wi
zqo28YU1>XBw?aBPXoQas#HxYC+^ZXb_*LS@=fK^eL0l;}Xnm#9O=YuHe|Gb7pozPE
zy=7u<dA%a*$ZTbXfL<6oZ%`zD{T#dZn{yHTeD#msN^QUwTXFok^A~)~CXXAWLmj*t
zc=);Xgtz+SrN!<};O+sDcye;FEg1jpU0}VG)n+|z^K^fmI{x_A;g|A&Bl3Ie2Nmlw
zNBa$WE0Ek{c<ahk&dLX_@4J_HX6NnKm5_E@Xgv}nLI8<a?}`}w+-L=z1RQcm92N)S
zi$-wIA06%;?#^5N+COXv(8Y5+JYwS9p0=8#IQrhM`2BGIySwGqy{iXf4<|L-cGxeD
z1s?8H2ljZm{&3v`AL{er+<pqH{!EbgY0?HXCS|-@fufS%UP>H(T{+E;|5fR_=t+C@
zCU)H|eo;Jr(zoi@PuJsva@@P41+w_x^;dt4iXYG({f>Bq7do7s8kuxw?{!9iWA5=0
zszE{okR$;VKMEQlKKg0={B-R4YHHh0_`Sp8m7iQyr@5=!$fIqc_-}7ih*hoaN|(Pj
zEx%k{J*(n4Z@9WqrS!-1&B0FG`H#RA70Vy$_wduLJq)=&06=w~GFyr(+?p8%>*^6#
zxKzSe4S6A~OivB;+Bf)OnYbiszcztBM_=K6TKcughD<kA_z~8b?VUzshSbxDYI%k(
zeLAVP8wi>oUkvg!{Fo0ir8JF#<+8*reWi9sOF&s>slJRN)1}5GR!>QpSmT<PnQ2To
z&wb-ktKMgx(O!<m7@PJGPsauqs)zLdR)?)tXP2ZWAYa$;^)lVIO<1DaEYwa;hE>XC
zn%05S5$5H@KB33;1KF}p;7hiY(kG=pPph&~)32>6UFsrST4WAf(QXGb2aX(XCTKf+
zz8Cv>Hysq+Nc*ia=%Mk0-gVWH9btL?YySzo|HnkzlMSW~dDqgp+gi~>`?sBXE>!9+
z(na>_I1fxcUL)_CBcC0#<ws0JH7vMiiHI+lBws0;TNr@JR(-V{tXLLR5~*AfEtFK)
zgu7Q_N*}BZ2-ADhf7PUWKp=e*ORkIGXM3er%0S@?J;MELeZgB3%_;ImIVDU<DEznY
zklu|yRudKBLvHT1cSm<Q^aXO&>)b>C+DAuWfK{As3fJ16B*>E;snf|)X6}xmHgfh7
z#P(kL5k<u08z%-wXeO7cD~rpKw++<l7`DK|j0x*FaxXoe8m-5XYLv_~1yA~PpPD?n
zkto&jT4gw8DfaI0zEd#l@>%W96Y=J*B-LpPvE8Rs{e?ee6w1nlQBu5kjNaYxlw?tg
z<qc_dnedn^SSmlXqXJ|1S$l?BNs$bnL+E&Ss(KlcH<*=i*)Ss3<h6&<J3mI*h_}O+
z5Bj-N8HIEVHS8u@Q}?rs?maa|*A`7ZA^QU}b>RP_XBk%u>!g1ta;Q2dFqCR6lj;YX
zTZAXOnK0iSlHS;qA>^4QYP&u#3ynPCUv$YbV6kxL7=A#hGak@rALn>T-Jhtm?94x8
zMhp=x_C4nsE;c&9dmxZS<geZdf&BUgQ!w{;9J&je!aR(MvpjBwCSzQkikwB-MPI$8
z;H65MwO8b`^)fsKi{PE6s_)z7m{NB6zN{!{)mr$$M=;cNs5Ow-^Ldh?@&YfAkJ425
zCJE&J<1qM2tZ5zC+lqM<DcE4LzZN;|_#!ghUFK)Ktz@&y>~rJ3moLKR!<micZl_S{
zFbtbVB>ec5b(`tt<0R!2>U)8$Nq0IMU->CI`M=${-uq4JSvxfO8BpT6%ext=zdOUx
z<H9gaCAC%0rbv;ggHFgQJkN9POGz8=!t>^q<YouDtAF$qK}PY!k3y%c{cimQv+Km;
zX{E1Q+Rx9|(<e-r7-@_WZs~4vx97{GY<Rf6d%bBE=DwNt`QpAU&gR<ec46!9U?llB
z)N`oa>w8V(A&iKxVN0)(mAVu<k5d%-3s)Gb$SB`Fq48MxUi`aB^z`LZ^%^9DVX~TV
zV3`dUD@Pc8Sjl`-sfpu&S$8ZZl@TuF*)P-%oo>4Skub*E9<(UpT6#~!gqQM$4GYlN
zKsaGYTjl6vJ}JXnLP$R<;oLTVlaWo5RDp>$TUwhmt7o^3qct5d9L$y?7essBkvn<u
z;+EDaivwFH3#Rir?Up?S`;S{H!QZLrzex9;M>_gO>b*?6uv4Z9p$ScoxtU2IzLE|X
zdS!A$GmYPmK7Wn#am@baoT0O%uH&<JlC=yG60SBldHeiNvdDJGMqQ=}rF-yqEK4eN
zSy%q;+k(btb`}0K()sVlqPI0na=E3juS3SI1>mf`Np_qV(@7*%YT|81_%J&*Kg+XX
z6JnL1N-6FZmEiPcVnwLCuq7I{=vPQNJd30-G?IA1nC60bDu_!#CympvsoN<`CbGR?
zZ5=BXZ<?pkf0++{*3^E*Su!-rz4(c6)Pz=9;~;`l`j&E(V5XOPcd4DBsog>Xwc2l^
z6@-iC3%=*ZfvS&d(^6kbYWD4iyd7A0o6G<wbUh07C5uu>eSQ4W%;EJ<BD|ElH0Juv
zvS2!?v1G5<cNcmOEk>Act7cBu#7lpbj7Zc+tk^QUhVMOk%QM9?grqQEu-hUs^-sJ^
z%vgS>8yxslx?E^58Ed*@3ykKalVYxI>^^{wgIR6$ywJEg0Ws%4GfieTbuz5wkY{(f
zOnr3pUOKu`-wzTAvw50puDtqZA*EY?U#4-D;>~*oKBz6DMqVp=-;PUnN%(^FpjXwE
zW}soB{PHE%#7F$8q<n?)WlxxmXRb@PqBSVgIFFw!R-fP8bZ{huQFf@pZ(Wg$r70-$
zFBk8$2faZWxDbrJ<rb->w9(M~)+=RtThzX0h59d`RfGT96Wz5CBHIvwQl8L$RWg`H
z|2?SdCZ&5q_=Um|?R=m1efOkP{7V7Z`Tj={?kPn|cEZN<1I9h>X&AhnxcB_vbINxa
z-AeX%(&vX>-G2w4#@ov@&JVwdAYE!Iy;7K+AMx&am-7?<O6B+b=m$y<B!x2R)^}ly
zREN!HYI%KMc40i8lmzBib|9rYCjOD`kZy5!=)EwROX*pvrR->wzA#mC-?RK_i{rD#
zh3TpY&k8$bC$rgwnZ_Q^O3xN2tKSQ=ZIoWs;mXdoEQ_SePp{h47H50e#re?)ulgco
z7f0j8h1njj226{KtM}sKDy4T*x3a5y`r^`;``%bm62gnvxVU^2;f>!?e&aj4xbnNl
zyY*+wo50_TtA8oq6DU;NLRgm8sI=dAFtxfx$S$p4{rJ9%U*&DI@zMrM@B5x~POvp2
zIV1aQt#FuO%p=AEW(|N(+6m#~3yXEe+^_Ek(3~-{LqN7tI*{<oKs%Kw#MO2=!bsIp
z1bjA_HIMFWXgMgBPw=we)y+38kNc;{qwL+M4QJCO2v4+j=APvTg}Fv?FQE_F`!JdF
z`DBC_=6dFV%k^)I>)bD!N3**;8*z~*Iln<i*+*o*{M6;F60CVHkM3SkQV+TvW|p9|
z{qgyWTV8HKAZj3Qls2`n7hPDdMowItoYqxZTc~UbF)4+Dmms8cZ=kyu!GgZk$&eI8
zzHoz=M#rRE*d#di#jVe*y4DoJ{(!LO6;=^wh8`wWC}gg);}kE^b336O{Ooh!FHEnp
zNOXJj4c2yQEo!Y>L1R9fZLTb)uS3Lr-J<6jLs(ubyP3t^zFfMIcfRtQNbh`d@~!hB
ztG+czzzsz17Gg<9X_R#R#hS{I2#EhH>G5l>D4nXHTL`I+$88XPkkQ6J)><5@n&=Y(
zfT}(|4!;VOutA1U^o4x8)6VSC&Jxznn$pfz*v?+x&e7G*In~bfxt;q*`*rdTQs9;M
zW(S{C$3HNtCmsARI|MvB1j9ORrF01W1Ead~pD`+C=>L8rkAs7QfsuiRh33DYK>pjn
zharsl(PM^ZB+kQ-&B}t++~kIp35%UMtF1YS>fp687qxqS)9J-+msheb4r1>d72mna
z`MRq(x%~^~c=F_lrKRORcn*JW63jtDI{wLX=(*^T=#zgU9e?lK=>q`%>goN9>Hsza
zuQy!(-vm2Ug1liN{zjo6{-L&k8~=||9moaw(j}??{#M<m87&gn5jF)&o>dzhG-+wk
z`X9nO{wur9{|fBTiwx3>2zn9`Y!V%AnH*=G7VnT4XP=hz4w3OTE8QmMqfbGuPw{`2
z-Q?h#vl{9{P{kz3gM@nIwO~o8M^zoVtRUfEs0Ru1$S2@QoCjuPuwk&jWo)#(tMlJc
zkNJPF9*c{M6RRt|tG$1xriOQ>W;ZuhcX#HtNW8~CfRBy6-TiOhzW?~~<IitW+m872
z`?sT=larCMHp2gPAmjh}-#|h@KK#!>K#Knp0@7neMQ{Hv1Z2NkowuSG`r>EO00uQ%
z#Zx7t1o$Tc5~7}%Pv8$00+9ES?*W1s+Z3+QH8mWV2isn$)OrihA|W7F7X#!T6w&Bx
z&MMNyAcYNM+Zpr2!RERzAF+VGKht2s%=2_W(^)v*WR->9hj8wL0V$G<)Q{p8q(UgD
zwoUzZc>9xdK~|96Eh5I;dJ=&8uujx#Is0Nj_;6Lp4KVrbd2kK!?=A(;j7w;>B8^nl
zrHsHp8<gP9za|a%xi(qVIMQ~{%;a|U*os6AdBT)xa4<_J<beMH-A!*TS?iF`yv&Od
zcQkJqI0|WgS^dbP;z<LxyOJ?zLkRvj&CjJvg$O0@=Cg*1(=tL_tFxaa!~(`1ti|$D
z3f+8^*KWL`daFr2BTk=bhto}#o6%BGwJc)I0}%8N1mvy!=XC24MtE8WP_WZn_ET}b
zvnl25ng<#0?-)U9$uA4OlidacN9+Z^V0PPu>8p$|=JF&ckmRBVP&LsTgInI;Ay{H7
z00042%7l*mI0Y~O(##kJ0tr>n2}8&#R9V1L7(N3D5@OB+0Oe7K0m_PNBb-Vj{<{#6
zgN7xmEC_^(IssHgwZqp51SXgpiZmuYpt~hWov`s>pKtB(K{KB25R4Ng2O}8Kc1QSQ
zTFEz!Q*3KDAQ?LH00{cWxdGaonXX)ff-p-1g>gaYdstp6C3Up@*~n0D)&pPbrU<@(
z^svA4zu7U}9w8Lmz?2dL_@hOBEFrpdF$no^MGE;q?W$(|1DVaT7itfRNG2T}NWGMr
z_T+x1$g#YsK@hc81PF4>^y97vnU6biocqHRLX~s~hEcWR_yK|%(lW9UK_W^nKh)lg
zHvdXCJEw{UQn3Z;fXS%oIvw)*%9hjs$;MtHKW&!1w9~GJos!xs4-EvUe<b}zBz^dZ
zQOkz>ke}IR8d(LJv6B<{%`mn>2+9X~*S9FMTLt!S(mY?(sfP)vmeOz&_Kq5;?s3JM
z4z9349S`L!9a^8f&f8;-XfxX@v>TDp`P}x9{?`_>fuHrt4a&ejk#Sc6&ASY)Ev6KV
z)~dj_->&Tecxq0Tj_%uO^vxShMX6=S-=u_PeN_dK$<y?FxKz{wK6AU#rZvhF?1Y?`
zX}nkU!<OPhe>j%h7Le9#D=}1Nsa`5j&qA&L;f9UcxU*amL$O;pap5i;%Je>={K`Ru
zv@oxk`&$5W&_+}SV5D@-KFDAP1oWPmbbN1EKg~wYJm{ARpwH+^B;*6OgV`o&k3$4Q
z_@Y6Xwrcc@WWeLHm=EWC?A;G~c7<w0*udA_jK-?*OJHCQYovs&v`CuIIM2R<DtH?c
z(uB0WbJG-N^Pn_Q)$DabIG$dOH43D?Z75lQO;;7B34$e^#Qzs29q;}@tFv$E1Zc5j
z_P07DW3pf`r+rmYGlTthSLOheLF(-t{j4W<;p$j>{d#!@SKIFzD=9j1Hg`ten3W(T
z)Ly}+93GBVC-WaY(NS8AVs-&-vJi+(uN0zmMxW2$&8<oiym#I_L~&~k34N_f#<@oF
z+yFpyk)%5p_K(rep3t(UhF+K1{U|>cOzTPQ@ZiY$qf(00Ro@3?+{e{aX@~1Y0bj|k
z+Y3j+!M1dAT;#j}Kx7W(MoBm|3I2E+na8Y7t*%OL6h)ZggYwcCkid|9)o>vb3|Rj)
zhyigNR@o4I#i=R8q>(@&{*o7BM!Gl|8Vi>oMd__rLs`32Bcuv#a>y^i0A_0giklvJ
zwBfHc`4xaMW>N(l*`c=gz!M4yQ?v=v4%`M<BPA2&V!y~Ty;JMStc?^pMSjgkz>~*$
z>`$q+#lnmdg~N(z*D*R7MB%3>1&WG0HYf|r4&zRRnc5s_w6lwdMK6yrc7dtN=U~9<
z{A`v=iZTCMq`20Vn7J<B9|bo&MPJ@<qDp=Ct4K0#M^D~q60yq&$meo#i1RhmtZ2Y!
zx$QnKQg|vnHq+1)5aK#dcwTe%tI_d5-F#Ko0z31wvR`b<{Th5Mg7O)bAtA_SGr=%U
zm}Jsv34L*0alXHJs#cuhjlJE%yxRLTy3n<<N3(-gzqx<5kW4xO4(8@)R}AXhF4V*i
zvW5YBH@Wj`SSDs!m;IQo0(%~7@X}FH>HW!%Y>|ASRlc00{_H9@<=aSU#g!4?XC+9>
z+Xivb)YHODB=gE!B7MH<Qy~j!l<drrtG9pnUl7X`GVVi*a6|+j1DI8tD58<h2^5rV
z&W|Xr=G;b(f3nROSUixl!$7TuT^owGFGYDK%*`fqesx#4h+X@v_*~|3`>=E?n!z1s
zzA`gkVb=6LeiQozdzNY7ZzpNZ#WP3sB&B}}eaK0awCjC#T9|Sv3A1!`_?Gs&E?-~5
zfy{>b7wvS*q2+Gr7Kiz~E^yjpdbfNF`fMd>y5jXyk(}l7SG<d7Gu8vrNh|{fU(ewE
zq>G&UTgOyTS+CB;IOjAqQCo4v^Fix0F9+1}%5?sGnW40FlgrXm_r19`uV=sGAwyqO
zI?rL>o~b4g)1l*0pz|>USC6(Dh|v`)i-`eOp}M<^c6uM!>cQ8)8(e)${hK=kqeZ6<
z&t*54`EWj5ZZB=(jSm+?Frm#PJF&qQPVpZs9%wV4R_a*IB|kDL`0(|&XPE_6a604Q
zZHcD$S92aSe)L&T5Of^<K(xwxhg)>H?~C}2qcnbHv0EoDo?E3-s2Y#>OsDlDd9&KE
z=I*c6c&7KY66QOY^gr8gKH?0&1a22b`+n6xzG3{7vwQI^px1&&WJ;R&OqpYDH;l><
z$#Joi<Q;Ir*l;+f#qN{w;dgBS>q${=w%gBIlf%fbJ`KTv-t#$TM|y-4<N39Sm3;G=
z{bJAF7sTr~eIN^YVQHo0J&%CkLPP;^`*Kk5gQ-2o(qOLsd!DsJhr50`n8iRb#^Z;+
z7nKV%B_B!ECJWGvZx_?cqn?24^zJ&({H{qGUK0Rrm%NE<F!@XAX8*+|mC3fF*YtC$
zgPfrKPh<P?)F&vW7kOV?7}7mp1n)ra0Fxk!_YH6T?2W;<{HQz)K2lkRG1+Ws+eAkM
zGG|yOzOob6a!Zx<m!WdWviE=c(Z!SHg#n%Kec87g4UWL~6ki&A+ovhqiUO#-LLnKU
zW+g8}wM;&zyEEGd&q*64&e#kzIIm;85O%iPOd&sBx!Bo<{E>C6N)2(A@%2qN7ms`^
z8A(9|ZHFJoytk#+Yh8nYfl+aCQ7pVsDgPfwK$v|JSu+#an-e+b6S+?ldDxQp<dbfi
zCJFc?-O5Z7KK;}r2~Crvi3=i93GjfpR6zpO)Su{R(vUP|JP;u1Wa2iBcmhz<H08c&
z3ReP<D<K7Dnk>FXok~cqa)WS_rwF_SF(;&&Wu~$rf!bv$);cNrY-unyknAb7Vl!C9
zA(gL&6aq>!+ev*cl=fgg#j82xW;Ip30ZmB)xWPcx+4P!8St`p~T6kvaN1AlgGN8Ld
ziVjVhem~GVGv%fmxq(n>qjgkp8C?P(JxV7d(gB!D1JCoxh~LS0(GTQQP2pSv!ZLwL
z4rwt#X&GgiAe$_KW}0Z4bav~E{L?IRd3auPDk-;zYKB({W$N~)z<dx~JX!Ub;Kxx}
zeDYA1gp8J*tSF*s#=H)qlLoPRnmL=9%H#%o&<{^$%k&b;<RSpanv*AVQn|~(kx{_*
z`Rwq_T!MTK?lfzoIk#{p7ch|G(Tt!J&aB)4R?p|4gt9&Xawl~XQ9&duCFe{Y@z)^_
zu$u+i&Hc-U%rDEGjRKbV<Q%YN_Ljl-P19aE(B#tPK9x_Xs?J-~$wT(%N}J^==oS>Q
z<*PX6$q6H8<qI`;Q*Z4ecAN8)%JL5#K-#KVD7w7Aw;-&-g_`ULma_sb$0BaCydt*3
zQ?_EW@;saJTy}#DZbC*vKSE>yp|g-<A4UFpKHW$+zS*FdcOW;+r-<lNtQ=j!CtNH8
zFCen8m&(9Xe+iWuV@tILGAc83yqgR6%iwOih40vNr%XTL6G}cR6s`#s^DX4%oE1GM
zCGdR9N%6Z)hg?>=a?9v))rF#jGaw03(JRllKP{w#XKps-mSRhy!R5K&(onOa7rqt9
z^1NUDWiNH}A{@)@e1T}kJesp&*8yasFDa9kjLD26`FdWmql(YUJA^B_;U(+f;(P3+
z3fO`eaK%?gU<(cU9y~kN7sy_n5+9vEoQWpFQRAoJCIV#i4={A0vTvZ`%Rp(LS!ugM
zrCfCNci-}n=t_+<^oe5)Go+FcR|+Z5Z`iF8-UaIEg6<=!frF^dTc9xoVx<auRTs8W
zQl#>SZpFA`<q^DY2wuUCs*yWGS1;76`{maQ*YY^k3p;{t;ZT{vG2(7D1;X{5PBp4~
z1%d4K`Rtg-igl!Ox~qegR#}yjs2UQhVWe2d8dUFiUZtB=dpkP%kzWH{OqDc8Lk+fu
z;~X{XgYjptG0AEy!d83i)hUTI5}Sd=SRj)@j=Cax(-er-DRV+K&|;IzkHHP9)kTry
z?jrTP(KV=nYU%T4F-TMYK+XO_oxNhiIJ~iBppnG@7>TQ_S!`|)!6awl${muUk;xwA
zwV7Y3XZxEx{BUEtO@6Q@BN2EXuJn~cl|@$R=t8X>2i%Tm-uRBA*mw_H2|-8uRrM^E
zPwLj*K;igEG{!(cf;GOu3HWKSTvefFLILwjs4Y?lU%%HBlUc$5!x=zokgz<YNZZ<A
ztC%@(DW*X)8rWry8}`F*`_+G0Y&dQPlVw?_O15d5<y;+VU5>$I`?VN@ac6tY?-Ywm
z{2Iue%eRC&>=p4>EC`gbz&=<fq@tajvpw0Vw#A92%_&RY9F`@SFQ$l=UTP{nBU~3n
zbHosSV>`h9Rrx|4BMYq$ots2so5WDvD}D{PMeDm_@K-Ln<thkJMAzpmv;$|meRKUz
z46KX?E#u#?0qgqi*F_1fnK*B26sdaUgdv((wEW%c@N??uHpltk30$JR4-kF(uucVh
zgA1ZoEmpEtwKId1##QRIbMEzY?zPkFV~2KgbJn|y41C1nKkaw-oOj3g<D~R@qVRnV
z9Q_ZnP*;Uh8|a{o&0<)d-b~IR8PTB(3t(n!11EHVl&7lK8`Q!N#6gEWL<eOn`flhB
zH#!YfL5J@z^>-?^u~+vrAkeAv)U8=yOf@7GA=<Sxa){{ffesld4qdV6j9tXfi4M=>
z+bjI>DAB=_iheo#@Pyu2T-NAB`7ps^aC4||ZUA`yxX^zm{hqui@9_w$*wBJ=7s#?p
z`l9uF#VDVCFIViCA!j$G7!lKDKB}XX&!dbd59paznq-Gg<X-eo>;gApfLd8-Wproi
z4mHABR6Jq)uws}au0M8vLgHXpGj>uxptoOXf<k{<)_LOUP(Na6l&Ck69XtHqV$wFQ
zp%c;15!8R>0LTQO>6xIue>ro2ACu+kLHmx{1WXPgdWBr3#R4V*^n0^$v-AE#lG)Sl
zi|vYBIL?+aZ_&|M{~@$vJvVYDCWgGnmPY#+=+-i?n?2QDF=TKswH!N1Haxq^Im62}
zaR)t$QXUn!oMqSR@f4eTWZ4s?TnKC-{2rRp6`K`rX(Ake`a2+1ZeY@rUIFAJVtC$L
zX)#WDtfgg&NJK2sWKWpr&#XhxRoPvYLleOP!<GlLPh5shmS#Cy`W1(}8_{$2&;fBS
z9KjOUaUe<<gEUlw;gU4ks-VHRad+jR`0TMQ{guO(>09V!Pyfl$*wNJkl0kZCoojA6
zcC8vQCU!Z_;@XoZ);q<umT=JDI7~PR0L{5Wy3wnAW2+rQa|xH@0F{}8xGu0*Yc1#C
z$KmB`Ii%~{m5=%h?utD@!<$ms)8m%I68f8%xOMQSMS>V;G5=9pHKZ<KRXbrrIA<Kz
z(jS+-rWm)NaJXXSyvE@?H+|6WA23?GjJI(8ybv%pjTn+5DRFYPW)SQ5t$I%^fjme}
zqCn1SoHdBcZEM(aM!IEg)Mb*EcKi9^n#!k93Coq+uA_3UxccR7^VY9(`ZJHwTf<_b
zy+hrt%Ilt7tJe)+t=5pTgw+_gaW>N5zrUj!_xT7tO?f$x;EKB~x_uYA;7J_5=ekIB
zF$*{t!UO=3fuDH-d%7)FVp=})(Jrx%!5V{BlL*xObYBNASBdC7s)t|VIeXH?Ki{?7
ziPk%$%jxo2USV+E*7l!iiCeME*(r+qa?%1Ec)9uqy?XO_bzy{n(jWSy|5d_jHnDZu
ziguBD^?-R~Wfc7ttvpQRoWaE%Qdms_T_z{7P1&^DHC88fh%Zd41_4$Fv*N@rxnf_Y
zEr)6jkGhE~<;zneIhzmB$B|3@k?0{w+DTur{etZ2p`0zL*rxZ{-+72DJXhb8d|FMc
z-VIycz+WDcjn2h$9SyV|zBrt14E!moH`#i4)bMbdW_9h_y_u-X`4<Pf;MM&;+HWx;
z5dy6=$<_yRv_C~wf9Ng$Bz0}m#ShWhKe75d^nsf<4+fU>KZmvcz8f%O>+%~B_<59e
z2_AU_SN%4pvdLlj)w1<a^!XRA_!AC^<%UawY1Ot^z+V37N!IA5K-HhYKs;MjlbOr<
z*DHrPt2;G_FZq3thBfdL*DX7)<zv@#nw%j{#HrcJzWC}|r1<WAtBVxk!v&3_Z|FFn
zy2SEZ*R{HUm5Jvw>TgE1bE5;efAb@OJy%DaMz)3|E)j3GueAMXLhq@F|9K&?oPKq$
zCVt{ez=hHC+32eqF}PDe@H&Vxm_?XV^AGG_2*`$JG?SQBSBBx{{ZI6M^JYal^ab=>
z)U-D<?rc${ks0RrJJ8t;rcpTb)C*N3hvBl2XVzuO+d3KI=Fdpl&RY>+4l`G4@MFQr
zOvO|y47+EUVY<<~8BO6So{mti;T)~3X9s2tE-Zn1MGi@jYcTI^a$zPX<05s;2qzYU
znrjUPQi<=@Iho{=e}CBGz$h@$BK+8B+stRruIObJmPo;6_T%+LL4f?y*6!rZoBZFc
z!qH9kBe?Jyb(y8~<K?b!zba17yYHtLZHrv{VmPaxAhS}{i+0#F9d@VD&wC$^vph(=
zsraBrOzG}um3A;gJn56dq|M@z{*bNB-!Ikw?v1p4r4KVT)FrQ|BvpY_9(x4|+w^Lv
zs_2l4=8HqvuG;2AsGG$3`%W?8K2bj%iDLuXef1DTl8fNzeI7|ICgYdm`Q}zTm4(4`
zFh~BXKjkiRl%DU7l(~D~?N>n(_VkOFrZ~!5+r__+mlJ8-^R$FY3Tw5<v>Xo<ai3w|
zs!wm-D8GN5|K?StmG__DXbfSWNXiU#A^PvK1eFnMA1WS^9}gtz{vq`DJD*qgo%;L6
zDRbt=Tv1UAb#&}UKBySF57ECVqN^m)E%kT;YH>h)Eyxx+biRL=p-JkElgAVGbj6A$
z$t&L(TFMZbBX{phbxRvt&M$1GKDy~}5ZY%Sn#xb*>6}!)F!J(l|1WzF8Ke8zUGYMr
zJoD1#E{)5taS6Ys+~qe*ne+_YyN9okl}2J+%3c(>e6M+n)_Oqidekku8l?i~Pf-p}
zeKhgyWs9VW#3Oa#E~xD1cmeuXp7DmYGUJW5F%p3>xDR$WQkST&zr<*Yqu5iX5_gne
zv&I_R&u@qbo-mq)l1e|Fk-077!r=^ee;Rlx6a9+p@;+An>3$x1rFN)KsW?q#F<SGe
zXxsMZ5OaQ2kHTua)jYY0%8NLRV0<&@q{fPo^hlj`tv$}g|EH!IzsB@qxfaRi(oD`#
zqz4>t+K#p;Sd2eMvo+v;8hM#?FBY-qT_Hv&ee?5EhCjl+zRS9N8LRnShmoI3*~2B^
znm@yg#n-#vX&{wvJX6G&l)dJ?r<1R-Abp)3wO*Nj7Yw_Vsr-K3n<8Q|E-|)REi8ex
z)#r=%7DZvDa=?}E1xV<b&q3qt({$57ejSq>VL&_6;i&cp<2SNzKZo3R)wvgVN<u&a
z&yRZVeYpJnrR~Gtzf{%$3OQ8}^H>m-rZtGjM7r#f84JD|W=+m7r$&kphp=>6Q%X0f
z(Rz)AUMIJq){;}FPa6vp)U*LVZBi$lXoX9J*+A{&G}vdxB4oR4Xg!-WxPOg(yhm<J
z7cQsC$2=aXtw~aBH)#sUj7L2Rvt=xj(-M9*9&OxZ%ZzE#689R9c~1U<wOj7~owV`T
zSDG)_NeGBc!+6}Auos+La@q<r<Da~{UU2_x(pLF39{+*-B@c!C19j$!gpZmp`Iwp?
z+?Sb1j1PNxlV4s(_l_h3)___-`1GD3c>&WMK#!p8{5|W^^(%xRO+oSCe#65@tTwko
zCDpHy8Pq3zcoVe6VH*rE|8@kaR??8TLmVHx%mYC?<gVO4rJ}Sui_aXk5RfVm(!W$r
zhX1MCmOe<=cbSOKT25J&ZO>GB`{}#?meiMDW0@mg(8<}u@4hI8vpn({`IPfBc3Js^
zO(8(xa}s#GTk^MjeV~jc%bnL+BG2T<{Ov##RC20NcB8R~pnOs#j9=q>YRtpxAl_C0
zS+-Qt5XeKlfJyO|h?5~$gj|hEp7h^$N0M>H+A<a*!yj<a$8wRz3dz219Zb<<OCB5M
zHc2fGT|@BW48D>!YD%#OYT&HaC&hPLb|fCWCF58_Qs(!OL+=Pbu~=89xtGxml^T!W
zNy%qs1x7q^@g=KVAXLh%sfm#5#y`_v-k?(c3Z$b4gqc+wh!!@9(0W;$v~K9qkSq#x
z)CmBl3`Vi$HK0&n-eixXFm=#D@Ktr-y+*f&x(sjx{c9w-6=DWc74G6}r)a(~Gt<!6
z?c(Z5deHZ4rm>BJWC>Ta*kGO|nRHy;Q*jpCGPBL2;jSJ<ik7?2X0fx~u3i|N<)POs
zZk0mf1{nyzdrJOqTc7AZUJHPcz>lP#P$-m@jrG4?p}CYF|2K!|YkJz(^dFG?0}M~}
z*|i=s>l?A^{M#;VX2@Y|B=p3R(e~eL1CF{Z4i6b$JZ5%!!fa>8;%v$4XvOAY!0z#w
z)AuQhyE&_uDcgG!=C{UN?)toeM*L0&qV_M8oLm&$U4`B|NSXbk!17NE!M}!U*c-3^
zC?fce!}W=Pz<*q=|D%gQAn1`m@Z&p?PgEk_-}z`SRvYjyHGytQz{3<b(tK@(^f$}4
z{l9y`{y(iIFbfF#Kc24*VuS5tW9^eZxx^)T#HBeUC3$CLxD;f%m%%+M6aOVB$ZDwl
zr<b6trLDLT|If)f6P5C>$-1<?t#}Y$IoA45K|y(MN5f$6KPT&fg@2!{yJkj)*O!J5
z#^ye6&VAk>jn&(Sq`7*3<IB#`50aeVJ87&w|NZ^sc<29}b^_86o&G;zh~6ywPeb&5
zJ4*Wee+|)38Z`2%ilG5Q|8fyXt^IR|#&#rz1_=erlalINBo_ha;4_ko;NOSnZX3Wq
zTm(U)8W?Y?PiPe9kz5Z8l?^@sQnEbM{Jrx9AWU?T!g}w{W59bc#UMx1+r@*bG22hs
zC7*>1fKn`H7zu~QdLJZ}i+4Y&^7gztq9lk0Ij-asz;cO>r-##&57`>Us?YA&wKfx3
zG%2l93D5CW&y}@&OoM;ne}%}j4YBx~&6ez~UY#+f<6h5ZQ3aAyJbO+@N_O$6m2Mqd
z1pQp5<hHFAyU}GiD*cD^1E<%Y6d}133Y*&>U05@OXp04N)Y|p|s&vAYf8Y)jm_Hjn
z;vHYtKPerOoB7dg5Fj>WQ9lb*!7KO2-k|`gW{J9>wP-ax5b0`N*}kku52;_K8>Ei+
zOnrT=M_}vD^TUQU)x|P*!ku?&ItFy)rCvkN?@5MkXSuXCZ{-G+-_!)iHSq-j@m;B*
zcdDq}W^aq<*xCT(S)*U)1C9;!)Z{o5I%%`M@u<?G{)A}Q;-ELf03goeXjNkNFM#mf
z>+ivi$foV`z5gB;!6YA97!b4+J$5^hk&aNza^Ow?^3s1ExC;6#I3b>0tVn-H$qh$#
z2hyDXQp+hXYZZH7i@JW7{Oea%^^=oom>+G6E<Z5qP+ipzby1yy<2g|W__A+`7`1~A
zf{fL><-m!Z6b|^Z9!7I$9w8@DaOY0jluQobhgN-+s?rc1O84Q)5BCSkSINUhueZp2
ze=5ZsHWf~HfY%!b0WHVIB;WPG{MK#{728s2MRdNT(m^k(x?07NTm+CpT_ZjhF@srZ
z;7MmlB3HEraZ>&Ilnk77Oz1U}-K>sOqd@lUdJW=hx!mnIG#gcM)<SYR$?^8`IuSR*
z2C^uby*cNMVYGnGRFwXoKuSGRgLlQRF)*Mt%i3H2#M#oDF6Hs{JQAvzQ)g-?>rQKa
zpmo==5os3Ii!BuFH(4e{%Y8bBRYMbAhlLx(X4_>9VHoYTH{ugNsJJwO_JZ{v@NO;p
z<tleZ{Nh$NA*V9{0G)SVD>ToG+#mkapwwphiYYK;<pFthUVY+cs#uXoksl@Zw3&FQ
z?wUo;(`KmNymA<5l{fG_di{0?BfxF|0vMp<lP<r6I^1TDf}jQHuYtqD$i^S5K|KV*
z>&IRZwd<}^4;w+rjtNW;l)7CNwqzE&Bcwrj$=TMCg`t1c0h|m$v$nUAMBJTi`GolB
z625}@JIX^vl5Cwr1XM&^o!L(2H~vKQr9vFu$jTFd3s5)lr*to$qRnhpX+aVnu4%pm
zur4y+166hS8{F_Jq$7Rn(x3s-Q-xG)sGadwC3I^gdO(YAY3mFa!N2`iE`olhGK%gr
zrFMR?w?%{5Kkob^>5>)_#bCQYO1gZ$cE_o9D3g?Q;q)!mE2JSMUEV3o`0L1+lael8
z#aW`j65XyH{d%RxY~-9JkNZp?)`=#w4H@+CO*=4pHGCHV5KV$WzxsnHr3gUU_XIK?
zKrpr58ZzWTsXA5rm^L(o?y8t3FI3G?gJ*+|RXL20u_p49IN!BcfY6QmyVTlJ8-*zk
zg!qNqCv;6ffTYNsn<N}w#~Q?t-skWTMVJ(}ST8ZD4q<Aj4!<2641IMglx--8Qqq4N
zVnY}Dq~-YIz0&paH+{k!b7K+GpKY$XC1`N=IDS-^TBr423spXvPxaq@47|K3QKd06
z2z{uUM`KrNMUo(B)2Zh(VZLg~mK%Nwl)4tlFLXoKapHcdN0BI|3ns?<SZC}<F}$>c
z-xq6|1A1Djsl3aUgq<o@k%k%;?OrFPVo;>hI+BY(*kp_6nPSS%3I|IO^P-JsfoI==
zK>pX{5iw)o;E+7Jt-a?!b3;uF#)4?MFzu^~MoDQu3O_w{fLVe813go<GTmhl6&D}p
z+VYlahzYYLls_rXU#~Y}(s*jRXC~_`-SGU1i0Pm&ReiZ<W6<t_$|c)aGrc#6p0M}!
z=dN+9u17vIhD57k$3O8sE1b5h(7A3-(`S}XFPXZd=TQE5*f9;Ct6ya}Z*EqiF5UVR
zz58?;uvocmTyd@}V&)04F2yrdk~4o*<>iT_y7j)jH$XEq9byx$AX_kjJ`TS<WU^0k
zCy1w3M7k)f=)G^o=O|0Oo*uL<#<F5;4bY^dOU1Oz-1`O$2L0)DZ1djj&EB^ZUlVRv
zf95;)$-5Fjev@-(NsuM2gSpkslWlP>#Z|U8=~(=|;P{rrt9)?!uN|f_j)mK?4K4bf
z!tfT=X*S%i);BW}ro#)*6=r>4koO{FXKV&kW0*co<}fk<*K2jvjrL$^seEO)N#Y#^
z+(MkF9l!F1t~s_OYum#x-i*>9*Qfk;&WTgquKj!jQ*YzXBb1Gp6Nv0d6W!Ok5ULt$
z{=e*V4+Gsjt_I9?iJxKnNX&31msPg?+2Gj9kBoRT`$=_ajH8!JTua=h+_CY}=7>?n
z@3J7CNhT2W@Xy55CF^bVKXju-)i%T!m;G+D`Eir93U6&ahY!YT44GnY>Zu;OICUDA
zf1m!<@dm&85vQ=BboRD;i`^pRA<rz%sxc{b(4zgJNkI&&d<1&&>r0%};Hpc*piPd$
zDA=NV5A7B6h~w$0JqPN|oMSl$_hCJ#Mf*MNw}iMr56kO5bTC1WWQ~VMny;D$P7mE+
zPg}Rr{N@KGSGxr6B+h4sW<zad$yf#cQrs^5wJ+uReW7>vSpM(D0awRebj+ud4Q^99
z&RM@|4Hf4kiD#Wpz3XfFm3I)_IVX~{VH;J}R%7f>>km>d9*gAKPdlDt9ACXh9E?4$
z4++#}psKa_VrEPZQw1?12_a-e<=5{O*#?-lOY>o$-n@L1ew>`M^WGaipYitxnC!WP
zL#BfNh9F|tp;rQ7to-GR->ox^l2;yf#xo@WKH=V>lCSj|ydN3c{FL#0T5MS>NRvwE
zU|JHmnd*1@i>La}_XX3o)<O2&jb`X@um0Y57qgB;7GFk|peb)_>a+l=Ij2F4Z^g&g
z-Cl2M1pUq%+(jD$C0N4XzaF1Z`N;gXbzpwM-{fL}@mlL~bZrc|;Pr5qHR!Z6o_!VM
z8}1FGbROY%4o`he#~RGpV9DHM$5u*{Mez<u^@006<qN9kg=z0H(?3{ZDBX~b?lX?L
zg5i}Zq$mnq@Yj$3e|8c4V~FmLR?wv5$V}8!gEjylMFa{<B!v+jg&C5<!T?-k0Kuw4
zd)A1Fa)w|_0EG-2*=_4&1sV$Z=41sO3Nu2II2$x{F7b{7J?S2S6qw+xPJz*o8AK%;
zv5|?;Q7G>u8(Jsd5=v>8glap`lO|}}<`kZ_6ni0%K^f>afJ}~!LL?~F;5bd88T2H9
zqR1LTu!e^IN#)3+u=N4j(tz~YKp{IRVQgtPtkZ<6GYr;1BF7o7Lg@x{6e;r=hN=`I
zrjT~JWPj6Z1w3g;`LtjfP@zvoh-q4wJP26^f8CrBf0`jKnOP&BE)tZCiOLjf&dlDS
zE29Ik05U$%WRwV{-H=4^7$Cak;YgtjR3=Dh4KzlRT_vAAb(+ysmTA?TML|@96q>>d
zX);(0;H~r7%ch9WKJX2lj9!Nvq!1|PG-sME_l;?KbAP5^W+HYho9j4xT_@*U2*JZc
z+J|#K%OiW|v&nQ3HzYwq05S<As9Gr3kS<H)7?hq#QD6Y^$xI}u!nwwPVW)Y^QNU##
z(7HqZg(;%VCr5NQdt)a%j4cCthMb_uW?;`7o6o4(0nO^9(9c6yR6$&HIU3kp9-hMG
z=KRlPg+O2U<!QE<Z_c(UvNH-HaSRe$%NTDive?b=$fPJlX8w*!Xg|)f_XTSCl42IQ
z>W;-4j`?jgC9f1pF4;=d&I<LTOZ4IS!q}V}Zbg>trQ@d{;t!!>$|&eMY1#*raMP9C
z1c0vlmUsx4#p{;6f|rm2FmT_T^|HdpW;y(T(h&C2FmSQ0Lh)G!lnYsUURKJf3a>cJ
zN{lW}UI3;Fm%V03dcaF`&I*08`7Dy4Z1$qUW@P>X$aELfw+j*lWcQa>JdvcZ*)2Hx
zlgC+IJ{Mg)>zJQtR@k6W!etHeU@ya#qcqA<@1iSPz!jYfl`RYTd1oNego<Ho#rFje
zgKyQi0=o3<6ZcyAoG%)9o;L$WFY8vj>Y~<kQQHHR=?W$8W+nE~W!VFTdJ3SE=%PMw
zY2QMPs9Tk2brrln6Et4683_^~l%s^J=X8nH;)Asd3Mg?!)Y~&OP@#}Uu`HRr=Bjy(
zu0oB<V(!g^ngQXe>w7id*eSTo)7i?izM7D+uaz4qVk&&mqUU)+km|cx#pW@^)FO2X
z91Y4@m8yz0Tf21{enr}gpzpp_eP=Z;i=ZbYWkUj_UG<Z}AkYw1`uD8rF|HP5j)`^z
z-4&^}azf4MqQp_vwzz5qRHfQ^lO3v1W055Gs7=eNa8{%!ux=D^ij(HSnC_LcS2uo8
zY%)RtXUc1zE!I|?=c!|xRut-_VRdqQn7Axla&%>zDJajknc&y#d|qQ{K;sF6&a=`O
zqOcqWSYLCj&>lY85jz3H1QB7?#){PxF~v^Nb(S&JANPtIMNml!t!mMAN_*9|FwlJt
zeEWHWD4{t*I4+wGGi;9agSC|5YNwsBPf!?P^J;TNLY+wK^F_2g4CSKRYU9+3g@GIv
zTMwO@uRD>kIyT-!#pW7dfA8Uc?X{1hu!D-&vh%iQgV-4uK`f?@*{ym-1VsgHUD+cj
zz&e{D?QM$f3`&jJevQ4iz<&nY2SvI@QH_O8U6bZrlc+X;QwJ)hWj?D#1Yf?6YpNN<
zyi#bDaBh`BbbIKMPCc3h37{9EJ?$cGQ{dRLF+A5&JG(XLk75f)br-i%*I-PS0HPOY
zfq4w=rWgbgmtqLQ72T5i-LY8&Q-7RHY^PmCr<)(>g)<o<A+HY?Gk}D!R|8!*yVN*4
zyf{1V@3-k9y0kCaf}BX<(%LGK?$9O7N5ATidUZ`PeU|uYI%iOVUJpUBC$3^pkf$xx
zIi@oK2)7u5Bl=zN{RoTR)5W&D*xs><UKDD;99Qh*3p86Cs8j5Wh2g?ETdnX-;61|4
zgh4zf{)=8u+fsdQR&<Z*5S!{y4<7i<VyF+_j~p6ui*0k`95{{XB646#_PYcvn$Wmf
z2~<agQXSm|rplSnv^NI57}IbBeRCYaUetU+42oLgC3d1uI7feoPTWu){S`Z;zE8xv
z4)vcyTiz;RfcgXEVi@YU78(7?N6wQAoSniKV^HVrNRAP;=s`TRpEY~DHMZwqKk7Q&
zD2?RAvED>i>=2vVXs>@;FMencF**&y{IwYH<!tiz#{}a#fcQz};mImd+?pPa_Dauv
z^ay+Q$o&9Nl3stoS2CIepdZ&n;FalNk<m<xX#wS4XXjqCxH${4mVC|`!KJQOaUFB;
z+JM*@*UOf4F&w(0={2}V(`7`<a&{NmkH~_w<D(K20Obc$0mHNKiz&Y4g`XDFYW{7U
z3DZKu{T_NP!?C?QoWpTf2ps_f3w|@H=*hH}dGd<^<5-M95Xh5j*`3I>AgD^CjGv05
z2A8$W)*j53y9@;?&;1seP~Y!q8t!k1n`qI;#s&1YAIueIVWb1bKzIx!dnvPJ_>ar~
z!rfg4wb=*!o{x~=ZpB(?aSiTmaHqlDN}+hsmI9@?Ln*}_ifeGE!5xCTyVI5$&~$S@
z_wIAf*>le9*_oZ4oz1JfO7bR|$@TwSzi;I<-^w4?x!0~Msbxf6XoCDLusCY*>BM?}
z=gK?c`7h%=dO0Ke)$?9)z%~nPylP>3d^^Oyy{~H&5wLk{vBT~L%KNj)-8~5kjP64b
zLhs{0KmtiDXIQkRiWxRCHCIoxwiyFfJs9`k7gGYVqnc~mSA5HM6Qg`pv#f4Ah>LpH
z_MO@F&EmH!DZWJAXo5U4{3zt&qxE(2?p@ZL`PQzP=&qItjXl8mYT@0+8yR%zY5OzR
zweRt3sekrfCmdn~Vt05*M$qe<3ps>cLF)+;MD3`3p}<`c{+T$E4VQoe25aD$%Ti9&
z2&QxUhG7<!v**L#if6H)b^j!Mb=0r>5OHzn!*ukQ=?IvxpPEht3EX;cH77!Hz-F;z
zIMFkqaXemioMYZUc?x8{n}5yQRDO26kU2VQzA15jCT?*8>fHOqw}V5p_%0As<u;eh
zOu$zYT|c=mvNfk`F%|xH<}m(1pzA<cW{5EeSQN0A>((XmXUY3wFQ0$F?$3~<7V3G|
zX3#jgBKLg7@~YV4C|i}N>Iy#wJ-1JC+@8BVUbXrwb{l&Pu5vg3Z38&Mzh*lz#F~v3
z*E$!i#&lt4Brv&X!uXxl?i0x0WzMUUY+s^=3$Pa7Mwsi&&$!PAOnX#+R~0me{CF=*
zcn-PN`uqQE{|!9!H(##O+<Z873GHeElOC<yKdQnkCzBCu)<jPrw(_>XIyv7m&rS~~
zzWG&N2=MLQ`#a@s**l6^!dX8P=s^GNzOFU<I_&y008@~7w`Tlw&iL<7PWS!nGLC-h
zt;buyLG$*fUEdzx|D9U}yjQcGbGG4{@a3C!6CdwSwRc?)+!k!l+h-XE{Aw=?EYX(<
zCoxiUQ?7HX3E$E2pvHGs5hT$fn*;^0i|e&tAKbQ|knRoKN5ABswOId=WpxOC+jZA{
zS%C>a|Ck&qy0{zAy15}ia$;`YksdX^{BHaboQ!B$9*OQlUSXRz98AAWyOvU?mef0s
zv;O|@u)NHBdHIg$&urk|A6n-Xo0lrJKLIwqI0PY_+SxE;1dBYC5NG_TsLS$ybr8)Y
z8;C=vyQiAOCQM>GA3YdBL@(AkM@DI{nJFqc*Z<~YpLV9qOQ)rBJqJXdVtgh{Dp?`2
zNHbo@hrowxnnbtq!dptz2~lZO=d{k9Qn^rqD4=+5OlD&m4rvG*o#)9=Yxg<d7|1fJ
zRZGqb2yh?q1W)vc5)R$r>%Vx~AN>Xt-YHQQJ<OQMUDHYFs5`0A;)$6!F{p$fjVJst
z^b6b$)7785#dub}qC#C=E7=@EKbA%Lzx@lnZ{E7`yvy`$A^EQ>n`}WrcZoY+!RG@r
z9}Uyi==^6(*QHBy2_EyD)om+8M#OjDy_mHuAkg$RdmO{n8BIKtXZ07e)o=VZvxg0s
z;Y?DOUFIKGhZDVWA&uMTk8Ygkmx`~NE%X#nxLj&T?ETj2TpjxRz}A5v>S9;mpMz-f
zPu8Yio)@R#W%IL>mI)(;#*>|3!o_7V?wyytH=`k>l9UuOcsk&jPWEWl)22B^#=7cY
z0wKXP>jS4c4S~<s=V^bF`l8{3?$?egqO;Fo@{=M<<I)!g{TO%NpPIIwjWV*gXTzL1
z*`8_@QbD!q;ZPyD7M&nqgO17r;^=fkd9{n;{>%=M9;VnE!7^z4i4K~1EXi}K^10W<
zQ<>MjTl#pX=JS)^2OkBCH4~kO(W$=PZ!(HOeBFx>b{(CQ8mCu4*5yh0G^jDpD|jMU
zhrA5L^kn_r$`2*(5WMiv_8{Tln$8IvBJMJjk<a4WxpYBSDZN?S^*gGLlgDopO$qJZ
zQZyQIvA&dL2i71BxCFAf*FtqFW7bF}m0BoYag_Yh_?sA-wq(O(E8H=j5Z|yY30^Q-
zAvR+8HA!47k}msFX&+`tf-aU!iFrAgF+eNG@4jsJ2m_|q{}B1uMAmuiqse}etx}s~
zl?<XDOlod_KA(fV43n1Ka*+AN+S$FT^elkgj1y<b&2X4CP3WtMP8RFA**k-HU00cK
z{q*6cf!=nIatBoAYCGh&01COSrMFxt_C495IWl?n9Ig>s@1`dx)85r&R2^Vnr9&m-
zJsqvUo`!IOub~S1?Zqa(Tv2;_6=m>KBPt4t|8OM-6SZ(VoL}6gPe*b*7Wm6)z~q|u
zVO@L3K{8azs*uXib8mF|W7kb_->3V>kNE%(EG%L<J_oel#R}@x*}Tlr`xzgzv8>aR
z5^(b*ryaF=VRvBtSFV(1Nx%0+Fu^b?0DBOvhPj)K28arn*f*r@R{fA+cCCEp>9@Q$
zH`|fJ>GCe`*rLU7H>G=;IhaF{MK#W*eUG=+BffGne)I=BQM;oThJmGA>K^RE0%lWO
zZ`NEkBmSTW9i_5|cSH13u%PQIJSN)e);*o-Z(W73%}8qZSNj$=om18I4)sme2u18c
z^uyv$bKZl4-II!fT=JT_KX!icP3uql{{h(&ht7!Wq+<`FvxmP>*ffiEy^JtYEDGH!
z<70Yt5ZY9^<I4|Fu7p>E-!{-Oi~b(6*#p6|oi<)meWVtr7zi<Jw4yZ;RUx?-=l_dm
zisqQMqv?Ci%f_YW{J`Uy*)L^@qqo{zN*J;GM)p_9N&QSl_siAszE{(>hn2AFP{b%H
zzK<uSI5?|+*k9}JWjY?WPU5^=B%@vYGC$T{N-`sf?w)SQ)Hb``8RrvsKenXNI7ZxW
zhkX_BIQvn=3%K|jqS@eTkLfXc8QRp*WjTH?COq2jKTMirS(1W8z6HTWD>ST|8cgn^
zg2c@-niV%ZQYou*ng9oVv4y8lhVXKJqhI);P`0dWaxQI^Q7Yf=>VkyE6@#yX^{IyW
zQG!a`Dkj_b?^n=)BZ^a8Mv_mi5u}Cs0qQypiTXA2AM;B)9HC$4>JRy5I1R(ea1UE5
z3V+m9z6`flk^VUAicu@N+1Zi*^b9jH`KHExH`LkMtF6~^(zEENLY2-A{*aT>c}Rhc
z%e}f1!X87hoT18cE+47-;gP|Rb%oOl<c{W8s$ouFK15HcWMM^;vsR`k@yT?!_UwXT
z354xf-fZN4^4H2pEiP_hfV0_-{KtFct`*Oe*bK^EMJg!l!!?9W%}=1-;km<A_AK5;
ztotv^s_a}h?GYAVovvFeWYbMbZ;VSrBBS=hYn5xW*4Hwto*(qnbL@0%#^;K+A#u39
z_f6zJ7miimDIwv~(d(B;8hbV#ZhlIcZOp^hk*N$Y1N4fxEn=w;#^z#wZak3q>>T_+
zSy1<nv-(R5AFhx6EBEwdY%yfC*LJ&KP!I<(@N@LiklOc4L_-MwgX>>ID%ur-4jxh`
z23z2F3ZBUwervqH^80lEKfOi36;H6uw@WqpSco^Xj*uT_ODiAr<NYleo_+c=>Jm=n
zX2&xksjVKmTD%aReyv?NCRv(nNCMUF$Q$W-T0mEp_%qH!5cdT@WK$%!@AErG_h4}6
z7W9d441VqvsX+EN)vI59l#CwH-_mxd-(L<0T3W`x>}+TH>FXhP-*Yt~d#^<F_XuB>
zX9{8JK40YNm_YAYG$VKu7FjaR=SjqJ_Kdc~L2UAUR170yK0po`HOaRV!+6DfB(L&N
z$gn3g24+jrPVc6Qha@P=`fxZwGsru06~@ZkbEc{)Pw|YL&_v?Vsi;v1ulaQ71DUQ<
zPMJZ{u(~+2I~$sY)&aik={P%)KDzqEft9hqS50Hj=;|dx$m0+=`uT+yub)~Awxe;Z
ziGVb=c>@~)57(xJi+8V_Rpj^B1b(w!?JTE@=fN_u_t!}Pf!bsdp9R1EuzQ|EmzWkn
zo(%V0dVnO<hIdm!nE_1hUHm0hA-iv^?zUxve>A=eS1g+{u=Nhcvq1m(@lopSm$c2h
zLzQ<o^PdBMv~2#ljC^;u|K#1x;wI)NHYD=>^E=GXO)LjO0jN+wRuo7C1y)4i=%XOd
zQBZFbZWszL8GC&IMbL;M#NKB|_&*;B_^)jSHWGnNMf}r=@OmQhN=Ew4KdA_f0Dir9
zT#Eie*k%MLyEYpif|CpJP*{gqLRUh_gqvRFzfm06cmy^f@!$3%NR{PDRTarJl(CS5
zLRXVsQTIO}hweWE1ExCkM!Js-bpEp(!QiMy>!3;FVoq&mNb6;J@0BHefEmMU1FYP5
z<fg>#p}_4a$Kk8S<EJ5_`~04p4Xu~;Jr8Svw;lqH_E^QCuA%;KNJ7QS-NC`Z*Vk8D
z-}OKH5tlD)Ym}6*U_&xNLN!uCGwHEWinwtkk7F9ovot}kEFR}D`hTMm4}y*OBejKN
zHKh{NWMY*cg&J^0=<-G(grl9Yr~@0DkZOOWn5dwZ1XoFVibWk31utHfJ~PQQ{Xe-5
z^&VGjX+nR%;os6kVyOT&Hi0cobZm0|-zrUH)LHynnrIz-iyb8RcZ~pBn!xrZ{)e#%
zY-s}9oA@_2;q*4n$2ZZyKls0M9seaZVHp$kA~Mb{Ey=Ms#k=->L_|bJMn*zMRB34`
zR&G=@v|+mvclGsHyb=31wso$hb~}4!qZ--KS2H}=JUr4gH(WD4I5IMVT^d+kSsh)T
zojXAvT`sMx?W~_|W7)>(+1bJQ+0oaFqi;w5vW;KAzFuEkVAlx3{8Rt&LjSKnur{Oo
z{{frvsQUk~8H0|v6bt`pGqNKTx9duXK4|@?&5#Kq`j1Y;j*w><fG=1Dgj42I1rK^O
z=LRfp{?}&wkhKm2=m9h;=0P$2!wsFPM9g*UWNE>V!hYAw28mZ6PUSN_2BX3<1p)6X
zr$N?nnIEueJ;7qJ_Uq&7IqXfhH2FTF`G5oi`}VNo1~UzuUbRWHUzeMcbrHGRvfiTR
z)8T|7?m>p0D6LuyVIB=*r`!vG8?eOiz6{?Q<bD<noVe>|>BwfN20Ie4Vyj72YT*K8
zL`=Zjft>m9dZzw<i|RV@e78L&F$PghK%!z8>3#BocgzvLsQ8re7A@c6;J{c68+|zo
z-r%x?;y4QQ8b5FnoHRCdk%~FmeJ>NwZsk9J&nAu>!g$Y2Po7}TG8C#*M(h9JL|F^a
zs>p>-*1dpWM*;>#OjBDLhx*OxKRnw=e<RDqBqzP`43%=T|AU<pr_p}GYI8(QE6*!}
z>nNXF)&Ykf8-38E05IxI@PQnDjmN$8i8=xf-t)o%s7mN10@HkM4lP<3ZE>DG5Ml`e
zK=&Rdl4A<|2u{fhDV$EL{}*h=Judu@O>_3rAB8m-;c$xFhu1`uxHx1rN-Fe-9rz+2
z3ksXR^T+9A_V5n^Z1IPUWl>lA&|%e+Ms0JxfdbrdUL+z>5X5XV-bUO;&xT#$Rrr#s
z!D~RHHe^1I3}80U1N0Jb>}dk-_*p&Vn2a=o0)`zm-F-g&VPkN^k$i-DOJ00;X!V5F
zyHHgX(1nA3Fh9-=kf7Dqdi|JV&ubdY#CMGn_P37<*b9~+qcmXh)}T;k-u@1MTq%*5
zheOPiv|`52HnRZoiAPgtz}xIF&p$FH{|IvV6z{W;zpaasb7QLGrfl8+n)5o4;du+3
z$O_wun8Q)X!`ck**kHd$udRbV(1uACrczq2&zeXv0r*T!?kob5U-CD~iIYB$OVf7a
zO>$Yd-`Am9^}st0V0WzS@7CNBFAeA+y=*?o6Rfk9J2LS%6`eQs-FDn~ut0y1(jqIN
z^3h1|vD(6eYa(DZu3<rVa-_gx(Nb}%N8hc<;aC_{w(^>2rpxQY5ZzHhoIIwv8IE7W
z>OK|=Rtgah+uC`D5gu<r&o<6bvxWqF&HVngNL_IU2?o^}0u2q@HXF5_a0@cwRrcLU
zXqdx8!2&oUovh2okp-hCOh5BOMZQ5|7ods?r?B~10bef!<oZPbuR}RxiKo>DAHhu?
zvx{s_XvLPi$xzMK31Z_Ur)@-&R1p<sanBsYoQ>?zK-|RuzI9PnBV+)?Ak{fz51zAh
zP`htLfkD$~C`1riwqPL6>Y^@0KoosLBiS2wG%X*9!#Y-kojSrt;e{!#_Hs&+Rmjx8
z^!=Z8BKTi(rIdZ|Pm>0+3*fV9=1@^$M*`T>lipC;FJMOkuE|9lg|srTBLSE;d(Fn*
z6mHKxN^N+nNtj?q0s>32dE{QG&pA#u=+DxBaKV>;Dm3*fusCxT6U8B!qx;nV6$F57
z7r;f4!NlJA{|*FP1(Qi6Q;@|wuyK<U#8?(mq#?uDU_Cks_75qu0bCps)6v>4&nR=@
z<s61L(NBYRip!$7xOL@b^~*qj3Rt-I)1Fy_U*6PJS6uWF>T@DRa>P#Vp}LpukunmZ
zq`qh{(*Z0}YN?0BGZD<nJRMmB+Nlh@>U)66$5X~4<PfrcmW7z8X0gIN%$Xe&6ax&Q
z7bzgLb5Kwq(}~i)u1zcZj|nbKhn-K4m>kuf`st?n6&CYD!Zq~-^|CfZN~O<_pN7Un
z7?AmtsbJT**7KnyQq-h6#eMpx)&|w`4=F6pF?~ira>M#mtj#buWm&sfXr=I~0rPR<
zlC`5r@BJ*GDDGEOAdk_IF!~g>e`NE7TX!H+znItcSc6S^Iden5v}CK?7rWQ>)sKc)
znfhE;i*SBUcfP{dhtH@>eRXAnrrJ?9jD=|1u=VB#7ofNjiWh_Eyf2Q!d{pU~7OQh;
z38I`H2xBiXTOSa6ReW!uM$`6WU4M(JbN5d<Vv5jIgqgbh)RkNRJM;W}^Q+2lDXwq-
z=~|G0KHuzDzx#Vi)xOY_4>2sm<?I1M1dQ9pePG_w+&2B}&6KQmysuaomM<1Ws7p{T
zzD6D~6ZOx^SfSNADjgfM?JX4o8%`J(JD1Jd1H;dEN{WwsdCQ!BE!E&sf5rW$6QPmZ
zqrSlTvD|F?)bdx|N;nrM=c<i?^$)7;^ZKWu+;d+GUynbxf9Y>#K3{47y$Si<$=ET#
zs<B3N$g`v&Kgi4oL@HjZcwdN3>gol`Ql3g9)%|1n?Q_CXkq-Kes}!c{eSVG1PAiOy
zpRlXxTy92_akxj>3$s=FU9ry|+D#Qb{Z29u8e8vgHH7dKnCs}vQ?*Vug>lKuXu_A#
zOG@4;)h@HVp~n4>ez+8;#qS8c^sC58xHK#!Hq>3cH{{{gpWX6@&CnJwEN^+FVCTB$
z^~sEi?!1g0CU+z+{-ZZ>y#|Tta=uh`UKksp5iYqznEp^UsJPVfid%NMYIrEKP4u!A
z4k7T^Q8!;`yx%gA*D-x0Wm3o5#UCLobD3edP(Sck5;2{4mTXI3{@Oh>=I<ZNr_Q1j
zI1j!XuLs~YT`X2h;?Cr--1i`r@E(@CtZbW>UBc7*_383Qle)sB1&P0S>3b4E9_Ziw
z9$KGeP1m*<9YQY=6|;%!>dPh9yMqQEne!*@!ohDZUhUDht$EjW48B=EeJ`DQ`KXku
zPOi$Nmol(yr2EFf0`oPU@UH1Y?W=Mh=ilMBj}_PLJ8~HaLUuyoID{pfN`f^PK1Sko
zx|r{_<ixXcwsd3cPkuZt$6%H<@+1cA7r+Kg0-K^!zE$t=`kN*azHNdxhu{ZymgL!6
zrja2RXtuL3{6Bk~4@@_b*i7P-^|lPKU-q|aFMN)^zr_stRwxCU&f^Mmys|A06pwH{
zKMcfd+mgOE>N~`ee$a4Q!1%m*=)iMIF^gzX-8i<lfTe$S0(3Zh9x3}+rCOd8`<NXD
zS^V@BRCX;Y2@FQOaV>VGUwXjE8Q|AsG$0=G&OnEq)9-Z94ZRqmN$Ya`>TOl&+nd3+
zkuRR9&j(E{nC8)#K_UZ>O9K@-Uv$3?YoQ`$(kGkVitsj$eB~SIn;z-c8X2$@8TczQ
z=w4LF|9?6W%hBo~d^pL8vfD%`X8fcpy!R;F03?J)?L!iPXcS4*+LK6vPnl%>!5j%O
zLnN6cLfA8sO!JfY%aiCwFdt^fl3*T5=0OmWEdX}4K|C5_a`n+9AHuhsBuAHwZAO?P
zA@0ZzqhygHTojVO0i=l^Nss`2lN718k48Zd`8N=Y;}m(iWO=S+vn#x2)CcC@$qYTX
zq(}h47JvW=Ff>W=DF5iW43KOCNJm4g-#`M7)2tjJL0rl9$Anttsq|m)h_3*#Tq&M(
zX$1KIW3r5w#{m390C7+n0Rlpd$}m7c-qB?mp`b4LkU~1#@Ny!@=yXCs;%+nm9|^`s
zr>1eG5henf)iORvX5i-oGL``ZsB}^U#P4@TNI9hFIL+lMZLB=o2!PwXML34aB;F>J
zL4udc0d<%*@P`qwjCGc@b(Y(5R`;8XZv3pY<@78Q2q_Y30MB%>hJ5A9`y!e54L_$F
zO*Hq0tlvEYA4@NybELO&w(;}V+5kfC`2<%Ww>Md&TX_w~dAh#=J(30b2*|Zs=Cx$r
zcSneGP~J^j-iUjKAQ>3Qjs3)6?iDZ=S8PY;2#{q+lYRQ2miqxepQ62x5S?1jl}jrH
zz0aNJyj9=~D^fHqVy;LXAp;A;z=B9Hn-o|Y4b~b3r{RNvH+dkx3?XK4G8Y(7kt2Wx
z6XX|?!ir_da$A1q?6d)FVNfO0qGx2KN~2IO)1sGTIV^sO!{}n`l_FsPI7kYNkzp<i
zJIR5$=NJ-v5?m?d^ZO)NQON0+Vc4GIL|@`op7TKs;w}Y!hAww+hdzUq7G;+HR!f|?
z0tJtP-i?9;(8U7GWg(_zS}Wl2%rbCh+27xJ)+>d)D}@+I@JGK4e)_BxwJK5d+$UEh
zxl$FA+!a$d<t0*)l_u|}kznj<wdfUy9bL^g3gTt15<*p25P(DI!LY>2<CVf-?tJh`
z+27^Dk1NGw1fMp_0gEF!i6c2<D^+<XwRtz?Hn0j07-4Dqdp;CsnV^Q(8YB#;3Aq7n
zaf5qDD>S*QB4VnKxUpe~8qi7ES9-9Jbs;{i9y0>g^~(`yFJ5uP6h9|`f_b1|2B^qt
zm56`COBi84?Bfq(FfS6slV8nF)(Eo(5fIjpj3KpGs)N+)*qmx$K{clY;MJ2t0p|MJ
zlTr)rEH)nSMq6b9cb3^nUi~uI8qgr>-{4f)3^^tA;(RX$XyieFVSvVEQ?Q~l2vLdL
zb!rscYS@mc5!^y*5i}j#fTRFT2?XGTm_k#+eB;<0HtA1E47GadRkDeICqd2P&QRym
zHXCcGt2NSpG(m~ErA)f<)op{^YBdkK8cA5=dyCY(MMn5_Ab7wrtA#K?iRo&wFj>~4
z+oGk6+AD%u@J*f!vJK|nY=6~RP}z*mYLKo>P{*J_Jc*#P*!HRpkP=}d^0qzbww=Hq
zL^=jK@b9iSZPXoWZ6ho>AgFAYt~VnrW{k}d2Gko8RN{<+1yJC}fUYTN6b>WQ?yB>X
z2GL861ocD^2~i_=eiu9z<Qv<*V%8%U+p~VtKsbinS}7u~M22wpesONy=Ptu8g0V?`
zYQHVwllo*5TWDfdwSkYaMnJ8vI>iI}aAmN+U{GiWYSWm2qzc4C*0YiYB4=#WU~Ghs
zwXff{d-C*>nKj<eZd7I{6SnS-aIW#ItY~)zS#Z~DuXNmJDC3X$EO^#xagqaV2iuVi
zc`^<?hYi_Tqu}OU>v)9faUhbrA&gQ$KX*Rp$t_B=vull~<#B9_-)TEhRwJu<qaR^Y
zuxX<X!{CloCmTJO@1~J?wIeVl=izBD9|7u>3pM~dR4y|F4?r&A5pn~7fmI;RtsxSZ
zvE|r)3YlRFm*J=5pq16Gy3?*2=SE_l5f0c$v&M+!T8HLJwNCrULFVT=)55Nb3huMs
zETa0yaOg(osHgeR#vP<QyI}y;FpEdn6bEWFA8T<L;{r?tWrO4Z!|+p76~p+`@h%^Y
z#w3}><&_>wnGs9ILBG`^H1EV|M{E9B=|kzxgqWIy3h=tjWV!i}{T0M&Yr==9e}K7v
zBAt*7Hgjq|bJjU|NrV~x>N53?w}lHZuu53-)CKhTw2P<%iNl0OtPUU07vu9y&#s}5
zZaT8!nmP$9r4qr6UDJ$zChYR3?Y5?w<Ky~ZGt|h*dY74txS20!lYCo~-{Pj;WlvEs
z4v6u!Fs!wc#Wu1sj_43}urs&noE8PI^nUU0%_J(*Jn0b5o_mg(+tr+;t)8|@92y-a
zq6Pq|kxS7QWAPSaChL=I>+_t6U1xVgU$eVN&4;71+l5^lM_k5L2<tuufTZ89)JuWG
zc$(S?n@C;DbZ#oN{3nDG=NPn>!u~9_S5Mb(H4owulQ9Fy$bgS5)&`iySmQwh)ob;<
z%jOefEB?!*7^30tXJe?ic8`uJq4OSZvw;KC0Zqci&=X{Y*@#ZZ2+3H{!dkD^NuzKg
zxRq)1>sx3&g2?|Qxm99~f_be^7C11mIjA)=M!XzaHLny0ny((Sc{_CzH@wW$xN_1X
z-nA~hKD;i4#?4u&S?~7z)5yS6rL<nu%(uxJ2)?!;LL<~W9DuicYkc?DZe?c#?{9$~
z&xE?{hMI3#zg=!)T;OAB?2a2o$gGe(-c~i+cK<VFYQ8O7y}~eAbhtkI)VWMJ2+SI|
z&tci#vV=oU2BbyrP>=yB$#!qGfI=i&z=Sn2_g&}QT}aJXXw|aD+Sn8R1^D9up+93x
z0kaqd!j8Y$d*Jnf((2x()9roYvM^^btJ{9-TX49=CSlxWr33*j;`nxbpNbj#qQH!e
zoeaz-6>801d)KvQ%}sl(tft??vY+qI?!4=|phXJ@S+9#LsG++@m2feLe`MlrA>O=I
zQg-6NqBVkGv(<G!L3>HUdY>bAr(Tsn%Nl64u}|)PJg*JR(gtQc2CiU^*Y9tQyRL~(
zPG+Jf-7Nc+tCp*CyUqd+bE*%8*OAK3<LwuR-zWDbTsC?(2DH>$TBX4;-DmXYM{$!!
zR@OV;Wn&lIiP`|?G%z47e9dz5oGR#e-SWVG<9xLG+?eUYWpYwH@ZzxMg!d0-_x$ld
zd1d<^&*l5I;WoF+K(~>PjNfSakM{YF0JYPG-DfgZS29+claFI(t%-;qoUid8P(1-+
z_}11)fS)d|3ofqT=gg0;e~~1aDkVAW&hDoOn6jVfsxZ4WGQWIo^-XB%G<aj+)@?)-
z{Y~Z__~queiNM$?)D_9+V-0}=#O3BA*8~2VwO)%E$H}!!i!ryrepZ3upW_$oe=mHs
zxA``|G7v2eW$)2+pS}<{>e={#^A{rX5-b7uIgB}aAUj_#ajjH)O)YRh`(W!`?NW5t
zfdT0<SK?X)$=8b9U6M5r2Wo89d6>if>(*(%l4T2v%%$!7Q@eMU9f8{unD;CB0ykqM
zKNAAM;><W!%s3pAvEztqip~82t+m04rMG!&;}$bXOg#tMUn6U~j%${GGTtRT82FZO
z_d(!t?CGrC`|VQK%Lu{_fX*Y_1O^GbmDVo<gJ}Zt-Bg_{mG>GQ=Xn43k%0eVGqiFQ
zGj#V=?0Zy2gURH2HSx$;;bjP6d97Sdr^2h~LJ%UKE2>cS1C^sLHMgONPo}q0Ou2zc
z6)Mxf*^q`;JNt;<ke86sPAeOhm0Gn-?>O5VWFy9JPU$f=*+pm@5g#soN8rI3wzU;T
zQBbXzZT#igU_8?k%Msp14FVCarOuI$hjzINI@mmx`?atRwfd7Z?aa)IIc(ZhcYU;p
zXQ9q^KK0xw^~|)TYjtBnqvgW<o~S!a@krc8K8)aH_6ODKhtL0GBp{c`ZcK-oRdd+f
zq~V~Tz_|htlUt^f&!H=zrL!XIT!kzxY4v;ZH)grfIaZXV3gExXSH0<1Nhk*yt0<7%
zciTGc!6lxpktY=BhxH|KhYYf%vu+V7PH<iwmr|&JwYrLx^@v5WpX({lV%5(3&wpI*
zE<Xc3%#bP%&PRFV8Sp})R6pMjaeGLd_Pkz=qtZE=ikW?j2t-i9Sj&}*-u=osyJbr-
zNNZbJp?v4m|D}@Ai!gBl^fsVUg?Zfxa|LA~i$V16B?Z(!eexG)?h}cM<Bs}d4dW#T
zUSn834*$GDEl#m{fM64)DU!5#9=&#n^Y_lIA)-#v&PxU7btq*I^vgBRR0IG#4kZ8=
zHyN4<?~&jsR<llb=1<yERm`Yr5O=8$#C>V1Dr>KJQr!#knP|fCuAFnC4VXpkB{c{m
zrCAzTM*7^?TFkx3vl232gwR3oc%;YFrqKaTF_vYC@^wpsm$TR1cD040vwz&E2!|L~
z=i*nK_0FfEEbZa*Hr<TP-`b8Q2PACc6;2T9*`5@m4R79tbBow$gmQ=f=Cqq=(mH?C
zpd7O3LJ8M*#!eZnBell1jm|N9r#6u`)Xx^;-z%H$CIpw|AHUg!I8B$aM3HtW>D8<#
z1={SrUbeGgpEYrW%+-m3w7M2nnjBiap2dWhus9q=skOUxj99c-lpa#6i%>u10dm=7
zIE{Aw{_#CcbIC1$W@Xt^ILjscWd!4S&g+9}X!9j2y#p#FNR)={lD+Gi1J~#0ZoVN0
z_tmxT<F=U_)7^H>fvo))vCyIBYWsSRP{!(Pd~=O&k<rSQQ7j?%<jrUEA~C%rHo#|2
z-Aa@JvdKDq^d?#_uBGf5Y{9Xw9p4T~+UT>CrfN;dsRZKvK8#G6I=URnlbTcMzVAQx
zSYs65d@i}%H|Fssm?0BGvDAu5p9;3%+H?bi!M02)p`y(6cW{-@EC6Ni-BBw%rPd_5
zoI_z0eY`^jd+RU8v2e3vBNuBZ4fL_LJ%oYb{iKR8KC}#am1TvSf)yOF_jvXBt9aOv
zfFz<%76o)M^D_;(*ZLJ)d@fpXWMv)C2VAVD=<|&3|3rl@Yld`w0<P|f_lwroh1QWN
zi=<;m0^IuPdh&BOb-n3(97kd*mQ86=*dFr_4tkKgq!N3zstUbQ@*2ysB1@<3--m2R
z4J6t!iK?kMY(1mm2*~NyEdu?-o@87f)4P~jOVd%zShs0B2YWSk)S;7J-@Vy9e271y
z3I$TBYA&*eW4L;4I(seROy}mcmAO(OLMcre**tcSvP=i-KQt$&@@<NbSVDuLW4G9q
z5J^qX9a5iK2DXLdH=~+uL=iKrdoE<ZABfs~%#FW$f8fBZ_EM-eDj!@%{=rx~WTRH0
zxHVHq?qjAB`Gu19^vWU*ofgcqI3S{*Nz{W=IRL{EC&aM%C=&TJP`y5h?T@vbfm6E;
z;;E8;$KnXdP<?F?Ku>Trd1qKZG)C7eU^;34-s1JB;)UC5M_xy@zZv>Rc)PG3b4Pt)
zv9dyM$BcE#kHxyn1KFd)iC?lyF1`vk!=&8GYVWw-{rD}Z#xGhfC!xTb#A(p(q<L>p
zae50{im8Q%T#5=dl0NN;VK=6DRYliypzKjPTt8WFqWaePIa|g|yWxWQX~=*hQVgzV
z8uQAc!QwMbdPg-GQC#G{zN@O)gvkcF48v0XeABPL&2*u;i6TPd!MuEOQ&f)C=|h>m
zW>dys5!3vK6~-1F#*ChVpXyRvbqC&<oj@xTYB^&Rp3<cV`iM4KYcTIZ#Ts^Uo9i0Q
z`5WOY@ZA~q_7Ad!uv{IBn;+%H@Upa*c4@6O3vP|Ye0;kE&gS0}e7eHzTzCggB;w?M
zcBL{pyk+Ywa@YgWtgK&H0Y^6Fpo@h7_A^H<e{0C2A1KyW7th*uwtmh8VFMs_;ifAl
z7+#E6X-I&{udvwZT4i+G0JT6V0ar7!<aORxe^^)~xh=c%VRzSjniJ7c*YqHwRcT-F
zg1>$1sfk{jvHe*PczoyQ;In(oE}oeWyewY5`q|Ob^fkes{(0hzdzY2ITU5BYLLHsN
z2pe0kH#WyIh_g#A8o0e+Z&ZRaxE$+$zvij%$_9v5vgtSZQfYTg%9C&3qBPjO%P1ek
z83PKE%Z{C;trn~#V_(j&G<y{*xNJ3cXFkcjIf>U~&eHy-M^gwD!zZp565nl2iHFt%
zX=$1QC^KfxsfE3snt!qw`WDG&D35IFN_rL%{i+OyZ~Sh>smkTe%;b(o5b>Ro6y~Yl
zVq<fG;d3)EMUnODPeV10Smbt<A8n^4+w1m@fQuIl3rKGMz4zi150<V!Lb$Op1oNPm
zF{NP>k<$6~p5yACJpM>lF}{+VKeOb**r!py@aio*Qa=@~7Ek*|(h?t{p>mmW(1swn
zfM+tKl03kNlxQPZzIJf{4$|Sxj84+(+gs=PxL56wT<urbVX}b-OrGhaw<nm+)x8Ps
z;AyV{@A|y33A5{#Iq8d0`{g%NIJIR)*P5qJW)>*Ur*DKtyMKQ4mX4MD!9S#D{f$Sj
z%i}{JV~wlUij#1zn9pI%v<l3s+o+pW(<&HP9B8}cX?_@?AF$AIXIo>7Q95cj^mVCl
zy{0kV_|D$O&m);v9>kHYDdOERwB4OIczJJK+3NRc_-4Pti?zzX8>8II+G~Ag^i!6k
zl9%{A-hZ=EN2(73f2esHt#o|Lar)b8xR$Vmoca9)2lM-PL&#6^MC-Ga$iJ%Bvfn*U
zC30Ig+Rm#J*oU)nPi||;e=q>MVn2hZ@EuxtN*n6`hH!lA`|P>eR(aGFrXc&r76@eI
z0MEe_IoY%8KdT7K9Nw1W&gEbpr4QP+cnY^iucBzEqH(e%6Jj~uk9{_$Y{h*0T-6a%
z3u}Mq-t!=!$CwjDr`e37E7R7{Xutcg_O`vCq2~pDM{?g|=Az#Ba12TT{F#ik3YW1`
z^R{9`q3e%uHD_Gw&&pomy{Kb{a?&c<974%?=icMlM(RWvkYb<ob=0$ma=yBc%^99J
zc=4$+2vnDKFp$GX`}!2mqHM_IFINf7v*4>^ozSZGs$YG1&z{ie_iLR+@$|<StSA_1
z$THv$3^X(ej>>H9_8Z(qkrXNFus#Us6WVo>c`6AMVhlF69<UhiGYUe{$4MJCbhJ2k
zQ*#1;2rF3XE5}>+v+!1H%;jh@D8sYG{!+r98xOkd;W-A$0YutVv-%-@4g5t4pJoTW
z&hVaH4Y-dBH}`%1z;JK4p*#7ToOk0;yt~rfx8A-O(Ju<(-!OV|T%AL~{VFVLa;(=~
zVXIB5*93Ky(2%g<xGP0fLS^HJwL{WCU}Im@-f*n@fYq7gb(Uy#Vkgnr@W-Nv_W`Ns
zPlIwI!PJT)>En1t-hBi({r8hcviqYtJe9L;<w1P|TyrA@*NWbRUAd1G@bDrEo{wgj
ztAr5^-IX=l_IH#tj>aK|IL1kn9|0+RLo0DK;v5FYXWMG@C12o;HFn~;1&sdT1k%Ew
zP01Ri;{?p^K#{DmPR$Wv1gLXv>@&_difX)vb-Y((yiakwUmqJw93S)^9|{{EP97gA
z8Xs*OAL}0<pBtap8=t%$pTe0yQ%y{>PRxi*%qmV`=JY4#pHD1!Pb`K_EG17Y7fq}*
zPOSD%tj$fV?@er6Yl&1vnC8ov{?h9H81@1NWzUD&GEeTXb~w3*sg*%ZTOsUl#Y2}i
zJJm2n<A{@f$Qf&g8fTbdI?i(mz!htU!o4XaWP~aFX)zcoZwxK-dz$(v>}IXww*P7U
z?9?C4cFgtDTO#ydMsz9|4eDwED<NF<&=5#7)CY|SMdL9w;uoVu8qkDx^+fZCd%I|o
z6eKA`=Z0dMytsy99&fub>V^ALN+x!yiKrLWAX`=K&)(BV<>8Mcf<OrExS;7cRQMxf
z5JT7Wtw)3z928dumG>Pc&PV_`Oh078u+U-CKS$xRS0S81A$;K>oKYalt#It0Q}&4{
z$EXksycw1hUGn+}aS5o?uW-x6St~?@b0X9U8R5JXZUNBa+n*6whd3>TbGU;z5<wQ|
zaJJS6(eV3r)?hK!2uLf0_Z(t3j3+c76*;E|3kS*b&B^CXbK1>e(Iod#2-gt^Cmm$h
zs+Uq0A@@h06F#ORnj-<9=Rf+V5c7y^J~<uA^-KGvXukbR2p4RDYdGA5X<;-oLd-fy
zf^5MqWx=s{!KrD%d0@e1e!+Er!R`CPOUR--^`ZycqNnJhm(rrQ!J?1d;wzuU*Wru4
zDT{B47yX(R{Rb8U<`>^m?Jov?Uwj8y3Zh;LW?KpoT`I!=zfxe_xZ(ojPyVgN{HFyY
zk$a5gV6tz-M0{i<eI+DbOJPx%=39Q<KrW+q>{u73{!WCONsWg_QH)w1Ys5I%wYeT@
zvU5G<<a~<7VglSc4@LgLVluo2vQKQ3pr)#VCMv|%DiqIE|3_HNSjw7QQ<cK%DTTpP
zdc}Vye{?Ag{*hv&3UCfXJ**U?w$-AuSEqMWqj4~%545CvW%{oU<8YV9>M(X+RsPr7
z_q?9p^RuCKwia}E{;yq_o^Rm4F3ilz>c4kkqN!qzp^UG>sRN_P&4O5s!g)+GrPQJ%
zpM^bi$>#IU<+9Ha^3P`{oh4-ov5-pA<c-s3i7;c0HfE1B5KPb!iPOUBF!5Gj)ifnU
zx)LHJ5KF`C3K3Wo<~U*YdRh<5!HkFO|FvN6<EUZ_8PYycmwqB|{zMy5#L-qOP@2h%
z1!655-2c4}JK3lIa&WJA^U=fv&+r!W&B4RIK0sEx+fbYCzcj3>*JE<XskcsAK_(0f
z#Qqm`n2SfG(d*y`+0j@X#ul3JFgBj~L)?SH|AvO?XT&`Vi+Glu@~r6NOJuZhVH6gK
zrDtURqr+NSYZ}@zsuKUzVTC^nrdR9tc1qjY2b%{+n&&1vRz|TdtZ#nyp9sy$+R(z-
z>FL?t!NI=@><@Ol=j-XwF*?jO`u}wS_RkysKcm1XcSWp#egsVFjb%D{_!KuFz*gC8
zDdN-D>;uJuh7zK@|DwP&ul`kFAlsRKxInNL0OxA|3=qUI7YO-J1*V1S$0{(L3SjX;
zm|A0}wzABdaay^LI9k6>TC*kpLxCxSnZxOY0m=SAYh|s-TBoUWT?UJrYeT1Cd~L$5
zIMb#QfZsPe`f$faE1fc}%H)98mz(pxw}bTU?cdS!A>VUp%&kRn@cl4swD(q9UhM-$
zcS;^3=mA!H<vzGX`HSb^85|)>_=IeL)6_2`;-E!p2WHbLRh?`<05lO5bWOY$7xHai
zInhZA$)4waO5DG0Q?E0t0iYu&TA>_=`)<YXO3f2ec1_^s180;tpHT`DykL==l8{@8
zpwK<saD{yT^(g3Z>cUQv=7or9Ap8dUh!PiWyzvoaFuVb$KVi#@U?RZ*z@R>K$r)ND
z<p-LdKG2N^=w5>u0F{bI_cK0^8|BKWV?qF;UJ$iJDkzd>!fN-onpWYvn&YES+-h<U
zVIWq(1SLSkMhga7qmF<7Qf&pN7$4TBX|4^IBm<=uw{u2gK1=lBJhN8EsxUm9M`V=M
z2Sd)3HS*kN$bK5<v$|pS%Cq`$vD32#v@*|m<D8-MdDD`8B{miF>h!$DvfLr5bt^SC
zQACH)8bw(_PZdvvkAvn{ayA*X5k)Do03sg=egcDFNnvgv5VC^|X2!300sp?Eis-)0
zbj}AB8_eF5zm@D6?<BB$O(qQ8Yk817%s22-b@Cp9W|;A{H++DWgH;QF&r?(>#}&(1
z4`(ao_~LW%hnnHTIsVm{qNvK3#X^l2Z-i8}d1aMm??bfi0~E1iX}+Qy`d)KjE{nvt
zCy|3hc55EI15|i_c5p!2#$JdC(S!N2^r!FiZ84%TG2YGaPdfGpDjnmaA9x;9ZxQRC
zS(V6^?aXk;fw*n+{nff_KVp+A<HVcg*6_PGm)^Xlx`7X0y_ng<`~7t*_l=q$GgIyp
z5-C7M0>=0FLur#}2IS8|tReIJ$h^Rccb2RG?p!gkP?mv`LSg?8*GyNCI!1QUq21KZ
z^D#<A+2bxN+VCVun+n=-J^-&Uka=**bj6$=j!`YWEs<6`d_WZsL=nc_l7K(|VzLix
zwO#sIsQ(yw4+S_OV7MWWe-d0YAseEAw=OX!-kB2S@tRWYFA0bU?=c#7N<SknCXq-Y
zRUMp%-R&s?vQaZ_*_UiT^+uNVga&CbW1g*AsD-G;mv0L=feQ=dt;I{IZ`>Uf16YWr
zAI9TI0Ph)}g}eI>H0&yYfqz-3oU7!Tc$rx3cvhEp^Jys(i|gzd%6F)cctm^`++kvc
z5%*r`DgVyau`AK}l)faPRIAz()awYMG))HtF}X4~_fnJe7_l2d#zVBD2-o)5lbn9V
z!a8S%S$5Ngm1tPSXPJ{(secM;d_Bd_)HG*#;g}yj{WZ09yqN#LO2tH~jX$Fo_Ov)v
z6M9`gZc9*^Ar;K7U35Gys`HI~u}V#>a-_(0rawyvoB1$eolH;u#&*bf=reOn@v6Q*
z=LCmX#z<%?c}_Uj0Rwz-YwbDp@tQKv`is5jk7(`EJIZ`ZARM2@FN8854&hb}Ry0C_
zXpkrf-%*&d_-J%O$wTVAt$q#}IbB3lZ&3jrgiBvNMmO;p6^tpI>$y{m-rO}+8GL}}
z6+vun??ak80G!ucZqD$Y0gY-7MAr@&St2D$f(UnFDyhJgJ=?Ab*aF{g&Wx<t*ru=^
zz?!MxsQUXmRf$1itQ2)oN}TfK3GV%m*yR>OA13n<SUBJ_-k_sO@(XEvf(dnz)7sw2
zl;v<<Rh1KbgoGhgqSmpxn%uHZXL3o&@EMm_rCv@qh$ipc5fQDvV#w=L?rwd;y9Fnd
zn0r{E7msl@sEwJIbr&Ul{p*Ac>sISismZZP60=PLqqa#OidS9E`d>%UlyL9Dpsq4P
zf-(HQSJ#wFb}niUcw&<48|wvg%IzgjmvbV1lz!qn(b0;Xn=5H<(uxN&T5HT#m{M1o
z4Ja6S5H74Id~bQ7bZUytoU{%$)r^Kyc`?L<bZd(sL-?wE$a!?nk{avQzVq9eoy?>^
zd)1IFTKncL{agW!C{3vnH{VLfN=dh2#rLku`}LWde@+%YcZ;5~u(GTvk}aaVmE1xe
z7!XHXH1!1jIaM-ZwmH?7=%9UdX3KWFu4`;kBGSb5MrmAc8r0Nyrgh@<VtS{vS7K0T
z;RNIA#jvn(B7y2<bN6`QvBpAaQmgU`ro<&>5u?8JsT=`GZt>S8ez`PiG+9+Bm#vp`
zliY9hDqQD%yS`ALP19A*Wq^&0*^2#q^Ue1PH~&*JiJ{*^o<2Ah=Xac4QgdyA#hiqO
z%*M2^j1kI%Fz#2?G3V-%^-0BNDK?oV86o#d%_AD4=NasU-v6GlOK@U*&SQ(%O#N*0
zM<9sw!vc_}w|anBsFErCkb+sV(7)LytlZzY|3Ye%4s%hUL2fyLwSEr+MG$FB2kK^0
zD_`PWna(s;=@yOWmM1-e+Ro2+2Ad{#4L?>g+?XFNv}0o}oV86nc9+oG`tSDzv@u^M
zX1^($&U}1)-jGw_xTNjBl_T~m^QFuJBiIPl$A_$7x&MWIJEL}LT{uis-8kM)e=+2K
zd9oIP%bU>bCGmC7?ym8d>ao8!dDEKjTU(yrMM$++?N>LyoIKb2`>XZi(VNUnjW5Py
zH-$MU(T)#pHdZRH`nK49L>6z@*$HQLO%AqaSl!3HHC$a0yQs|?N$_%)HlKGilKvPN
z=ys(3x?RigtVR;!{C;=69?>GcsTJs%oF#TO>E_h<sUos>h><i(MIzyy|2MY=>NU7!
z(_Wg02dl<)ZP0)Nq3Kl!?VjoG$^Z=c1*4l7D}M4Quie4IW=AcndDG6VuCW}GV=sER
zefp>RP5Jhkd*ru(pFF+a+NSwVO-VO@DdRTgzm>I9Fk1K>OH%i#<1FS_*la(ICg^FC
zqX4cKM8(!h+$mP&RWrv6=&Qh^7tBu%5pK9P_Y4BQlp4nlyh)t5&_1+@q48lAf5xh8
zS`zsd%^vhc$qMJt(UQZzXwY{p6;D$91$JL&LFc*hfj=qK<}xif#^Cim!*>sUdQZJ}
z+5c`*F#k^T*Si#ULLOQxEjIUvNCS~(t0gi2RVaQWJTxKAKOrb|NQBr#L5|i&<5_w{
z{-+3+r3klQ5$^XQJtZRlf2hDrLnC^?iL&IxL;3ib*7#X)ybxx*ENlGKpu{0};%vo4
zaXF$abmBj$n2`^p<@l76%-jzXX}Bmtw{SV5lft)f!_go3M?QoBFdtY<lDLDDutJRY
z7}p#P;iSW}K;XfblLYAS7}b)q07;ARB#{jAa3n<h7?%nTw15KxVJZ62Nk(*dvTDiZ
zba>bzOUPA<<(p*6wq!;@<`nCXl!z1^x)i<W6q%7!u8gE-CTUjqctKYwf{sLs)~Pgt
z2-FrXB?5cw|IrOUMSnRpN-f0#mJ&bmQ6f6YS2DvgBP|$~@#Z&fSWvS1aT?TyD9i*%
zL6$-R%cO#(>(ZrYw?SO#QjFiETWmq%O;Q4{aMPpH((v(`qqD*i@dJ)Ch-`>HNdie>
zKq?eYF<qvs2~hh@rkQn0wHnZT3xZwf(fyrnafQ2rY0L6$%js~;3f;=eF~QPsAO#9Q
z#0<1@&!t4?hL&ejq5;IH%;Jnp9krbK<y3QI9_1F~b{S%B4c&0edI!VXD9;Ka%N;~~
z$UP=f2+Acw1Bj3SB3L>J0*3;YK5UXnj9uta&%{GQEXne!mm!0aK&!1}I=_$7j!=H7
zd`LwOl>1ZnNIu(dBBCvTa^fdNBv=suRD$Cu!qb&tI0eUmFh?NPNRXn7$gB&<n4vl*
zK-Y|dVv|g9lf2vCd7zs@!IMIJ7#@E`zTMLMnJoa(7Wgp&N3OlZg}z7uhNFZ4DmfKV
zUje+-)8Q)sGIS};2|y=0Q|C7Xb7_(}p_V?=1~G#}t<|A%D`jy~c+d0m#VX#<B5-6;
zU>P`0#weHwRW5r~@{+!kYzyF_UZj8oheekVBY-4VMKuIvSSFz5l-<w{3F89ls{@Id
zfzOzW&0)|4DX9Hb8NVsin!cnvL++<Bu?)IAGX^XJ!^xDYRzQObMoX4Wi%8I)q+vKE
zCtwBUJlYii=@vkB1#o0qK!pHyo#Yb3(!U-<s?^eBxS`glGFxP=J+d~z6nZNKwL@0@
zIs(hMgT)ieW!=G3E9F8cun<|POb}QRQRIfr>5!Ff`V}Z_fl2dg6wyV8qkz{jx#!0f
ztd+UnxbiO4F~GTHfF;(+0Fb?=P%$&;bL)n`rqEYgS>Jzw@v@MF{@}+!)kLw?Q>N96
z++cFEqAB`PBC=8^f*PjNI!#j?B6QJ_N&V4C!Gp?5KAt>Mc#hQ;1m@r1KnQj4Z?Hz-
z52C8hT5;s0TX18MQ!z-@Rb-}LwFDY0aaH}4p_G2LPRY6gtNKW;07q>#N98pZJV1(=
zq6>lsOLWl}r)<H>X6KGJvDJpLtpr36Qp6oB5d`+~2g99Pd@9Qc&8lUuz?x%?9x>G+
zJgw45@ME$jrPvyWoBVb90@~4%u=1J%?)t&s6(?K`R{71==uSIS=hSNF#A$PidIAE2
zy?zC27f<XG4MK{!x66%z%gw6A5#XGYmT7`kS>{%y*bXPBx}EkK(wJQ8%2s))Hewh~
z@kwcMbWQPZhz)bs<X9(&2>J?vkKSV18zxw~?ON6Vt0TKMPrLA(+woSre4JYp%&IAG
z!80p$l+xAtrcG^QfD6KcBf28_l?ok(g0FP7ou>e!m>L^oCxjQ}1%OKO;-(;p=EveI
z;b4(`AaPumNKn@*Pk*6w&wZlq?T#Ks-fGI#a&hLSmeX$8pxl<&-n^T95AM7o?s}oP
z63Nj53NoloVxKrKuGHEf?p@nv6rn;DP^Aj^5RH0m4pv=5mBjXM+;(ATG+Qb)x>@4D
z9;1y$onWD$j-`r$)7V}LDI7YUdJp<ORf2+QQ=kJQ)Du183B&b54Hn#u6vUy{(+OGf
zfh@3o7G{tNFX)X6_+kE#X#NoK-4Ny3P?1JU`51DZzJvS}T<72Mc&l3m(Rj2x{D}bA
zv|1WXSVJb&7QYH`sOtMfH0pFWlC#$Lgfadz8FmB>NDrIbB^qO49z(_rHJOiz<qxR`
z^tTZWckmA5-6B8BjK}bTo!Y0+qW~BB(!ZJ&^v)yZcfB!{5Qp)>+)gy1EN(AgXfBFq
zn|E?|4Y(ID{hDa3!5ob2oD|Cko|*T5G4I(TtP_WUGjA|RRMnJIMfq)Kxspc5-_CB`
zv5uCpR&s)Z-J3e%d`NCK)Dbm8#E0w1jO&Xgn*Bw@fCS!$O;eo%X=Epv;out0`B!Vx
z4`Gw1n*C?IJz~~9OANytZ)fJEz?>G<y)IL?<1+;Q)x>6{I{pKSK_w(X9p-m+I)pW~
znNVx^9Q=GSmvPh)Nr-<JH-iGwCSq@j1wP0JYG_R}!KdlbK(8ubyw>Cc*~uj{F!RKu
z1RACOzwve#PEq%d-v2k)rIwIJT0*+JTe`cX8wE)Pbm<PIQ;_aPI+w1c8|em-P?WfS
zdws8SzURz+pPAo1^9%j}W`NHyv+vL2{d^%it=xJ$W7~>U+j{Q7bg@;=(O_s+nXEHf
z&|R6>CSagr0KW~az*_hxrW$Vr@LGDV?`%=Qd@d&zeaxL=XE_EHdx2;HRO5i8k4PZZ
z1#m%qJt=N|=M<RcwoE#)Y+^o^Q#EAqF#mbIvm~&sE@lP)WChArrEoV>Sy7kK23B+*
zFmYXEfdR=X79GnW(hrLRICHNyq3{Rfs4!^C96$yKqS3CC!htmSpaqF7I?L(#iS<;s
zbuTq=vc%A)#Kw;L*w@p}L-Q#TcGQ1?S{PduD|MA?PT68~<0tmIujYM+N5$?cgG_3J
z_!m&1#wLPlH?(uD#Sw&-xQo-Zs~W#FOSMdCxkY5Lm9`En6Gza{B23gLP1V6CYn|ri
zy#k3FyhubTN0l(3ovpf9;-Xf<vUaKstSr`o_w?Ipbd$)&PDf1c<7>b!8uccGdN%}T
zx|a;1{J2S$2#h@6#IXR7<8RHltw*bG%?55IyX_@QOd3iemdEzCANGpcCyV@7g2uOR
zDBEjKdU=s$edE2~RI0??2L{HAT_;yl0@}->`*1g*fw*(;H8x)*LVLT=LpNfU0AR?)
zW_0|aa_-Vd?$Q(7Gg8_kQotmg)){H;sBZP1arGW82g1T)Y^!T>uVSd!|J-Y=v7~yt
z0(V@T7VT|Cqao$VYl}wmF~IBGx|-ZoF?TctceGB6O_0=ubQQE+>$HOmXZ!-Y0stP<
z0Fb&LMy;RD;G&+frA>AaspT?}2AHIJkH2=5RuZu@`M7*4zAr32#=rq4?$~BMzpV40
zT3RW4V^Q^$4ef4x-<YyQHgmY`q4?(m6vTB3`U~pJeSuCBi_eRL-HoNB0idisoq5<K
z?Ez}wo;`yvQEslA;!Uo<I@>%S^;%orF}r*jf4MIS7PeeqwdiG&s8h>obi=Kxd*9AU
z^=$ywx9!}{#9loRo2%%44S9bZ%yr@HeyjXCcCzO}^TT1n#-_pd-H$Y&q}ONrYd<z{
z&Ta6{x6k*^0)E<1uk87^*;=%zoqRpbZKRA{;98$qVnri&sik6Dl+FC5h=fLH-nMq%
zz0f=z5SHlOypF*Aq58O_O7;60{v>tY^fSx7xW}BmUD&xE&iUEeq%7?C<$Ey7*cMDS
zQlDP3b^XzaU7*aq;`=_+G&bDQ4%TKXgu(CHze7W(psiETsD#+sC-+Q=!07lTSl1k2
z+NvKN7ordfsI!v8z<Dane~(NYM1S(k(F_q;H>miOLTIJM!-hUSQCKatgH8^Lm&Bp|
zbF-IsUyVk<=Fede-+m&U_`B<+Cyh)~nUX#*o*Bgnog&rwMys9ViE6vKN{fL^{S$*~
z^Un7W3WHOldb|Iaim90|*RI%SUt%SOV8J)xK)DD!YViQA78$un94czTIecxoftY9f
z$Xbs&sO>O?g3q;If8kydi=6XgYEa0KN(%4W+w_dKQarlSz&|inuO__Q7ykI#So$~=
zMXmvV<(j0Nxo;1|(Y(kt`+ZqCv!B@`z1atWkpkF=$Xcu-a3eVkY+=TsIG3O3RY{I`
z_>?IHlu~2Kb@l?%3lu68J9!UW7Pz%3Anq91@3FAT1aU);h1TH((IV(Hq1>{V&&AI<
zDhg%ni4VB}Ti{N~O>9ITnr!T|?~X>U9asFqHS`~!slH~o;deP|NOn)>YW%H3=r;7(
z`P0_(N9UET;_S%SiBc*8v}$F+1&nyvzo%kU*y0)zGaYkhD?;$a8_&V`t%S362qNq$
zwb*BD3DA$6y5BoLZm2#ghfjII-1w<<Roxgr9}{jjWkvrf)1tPf*p_C_K*Nm_SdcF0
zWv?l0)KTTixv2WeZ8iWo<|K0z<r$;YuR}cLP3jmJw(;g2wT6w*r>!-3bdlR@VGi9H
zwbk&`IS^bbEk54!G|PlZ%gMaR54fCu;jInTbt)-pUfF6kvlG=GpgauWqJK)v<6#(A
znJ>sgui5!DIel8uS0RLS2>EW_b13~7yfFObQC>ZgDw+Uf%nyC!FjmUhv&(R*v_t*w
ztLBq4Vd@w`ZLeB6Zg^gk%Z@`mjGOYI20ZP+`a~(6XA7S;Y>p;VtuuWMrCzj?cF(~i
z+@#Y@2*2P2Cp}W#PTMU@%aLwTD~dW5mBljklK}eRA=t9FpPXNJx<wv)NGLwpO<Jy`
zTc~;Q<)cQDwGYcwx_hOel;rRG6m&XEf@Y?m5Fe76&(lhNPThY&%|tY0Ah97~rS=#e
z;haxl3ZD7`8S|vGIPHZu8x?g$l-?5l_UWqazt5yRyI34-bEuZ4=c1_7(;UGOsHvEd
z(ZtZBE<I+R3Us-9o*^mfR{b$~>f8l#R-yJHa<fmQQ<M(Sbx#?&uPjV-a3u+UR3#|T
z=X>{Gxw`%6+vc?!RDb2I4T-;31AEKF3!H9izkB_=L12-1@!<1862H_DHPvT7lF&2a
zTE}(pOVm`%;a3<?k(L^xSBCXX@lU%mU&P7E3t1oVNR%z~a~WlvWMskA;pkhYjNXHL
zTdwK77|r?iT%c}5Czum872{<TF1Q)g>;3|*c+>=qPp3CN7U#XdEv?e-L2fFyhh277
z8tl5H#3JYwQxV<7YJGYpoKYqmd}WQ}ftrdjDfii3)sTOO-tn`kl$R>M7bYDp|GVkA
zL{95;)o8fX#GX>vV@&R0p)VI`Qp?}s`pd~^i;|*BnNvlNhA(2E4!;&pfy|iZ1?#L#
z0_7AhKNbbn@+|qJH)r(wwI?K1OH$Ls1USmlyFWkW4J$6pq>ejnS|a$XD>(*z$)_=(
z0*{dhyy63Owef7`{9*A&0bNZuid|yEOR(WH-qeM{J&vYU^=AG=8zLgo9fshKWGz^H
z-wBtqHbTLg&h`o8Y814;(AA}8#y@c1Q3~|ljvDq6#3}<ojV&Tt!KsXLbiDI2eNoDT
zs9VDa44RcIBI3SnCpqKo^N;(p;{NkVVP$g%bXJ&XAEN8>o-33Y@FuqisG#}n@f?V7
zc-G@rUqNYLd(3iI8Z7&x$&<6pBt=e|kH&nlieYvHUemG3f=y*O{3#3Y1L0Bm{e0eu
z@#lMn&G@+tZa+_U6a`AU^S%(g6T5UUNh)73rA3y#-ecl5%5PD<{G{M&t;;=M^jJ;s
zia096^SM#Kvr2rbKuma!CjLU((f}4wb;5eFS$7#w`5Bbg%~co2+MPPVm0N-~iiX-{
zwBtGNRHO7dv-PiE;KAmfDQ;n|u5KBz`q{_69c!+wX2cn$f$|b6jnmJaLJ24`QZvdP
zWSsR~j24=ko8nX4yhhUVJp>xt=-IyP3hGSW2K`L;dRFbRWvoK=z;8G@UyAtwj&{)Z
zsZ%+u%4^SGZiN-9Kr%Ai+5y$hEG7*7i(|`ORdvPh&0J5|I^{b%>4~45f?Zc(?jWbJ
zc2&^TGYi7y;diDT_zQFCTO8GXs^n8>V-=oI&hL21$jv5Mp+2ruD&9O=jmP`yGKIZt
z`X9;Z<bdw6oXt+=tM~3^&*+yzF$_F(KGxd)V%q9d9u70L65lHl2qBKiSF?d<aMs-X
zN*DiG>#l1c>w{~AxE0%C`7zfaDVR1;>&26@7uyJ%-V_t)a)0kFKI_%X`kus2Qz@0y
z`o}R|w50m#L%_R@%UrikmG@jpX&t-5Q_C|8U(UIP$_#6d$P5B*crw^jMrjMwJ9y+w
zGfCq@7-~{FKl!{Npbl^{F=Qh*Y<A5xMeKRKw`~}LRU3SC(B}QTycEfF8aY-`K-|5u
zd>-gs<RWpV!U)FNDRa@Mci^S+^sS+0dgT$r;aCeL&n?xsez+}VBYxCu8>#W(^)FI)
zd#5=vN<8jz@y8TQb>Us{*9~{#(R1tGT%V5T@y}@Ft_~geL^ghO4NM<P{9u{(i6lL5
z9NunO)V#}BLR5duh;uX3{cJisk<!?16BlZ%yS7JA-~7F{;_UTQ<Phr#cO811$V{gH
z?up<}JR`BA<e{t?o%e5NQu<*A(vyQ#Z6{y<67Nn(+cmhcc|N7^c=ZY09CH$SH=0Ii
zSCp0`^7Xx_1)tef0zkZlq;o#+L&weM#ZKfHq3HBY*Do{f`O^<lxGNu`wqV~|l7@5-
z2r4+w-M`H-k`}c)1?G;|d<gvh?)6C@p!@e$p2Qp99Glp}>iVw{k54@XO)Pp}EPH}h
zABLE;`;c5UzV)6PKb`8{?8=h-sae0?r-43hf77?u#tTTU5jsmxa#|yAT)k}g>~;29
zDzJWS#l|ex=7R+0F*nzS>pRL<C%-U$@1?oj8{@?h<bL>lz$Wu&F5)l4%1);3e9w@+
z2ce@d8q2GQ50`X!{3HGydm){pAzh6AkiwX52<ly*W!NaPFf&W^yn@o*CatxC*#o;r
z8@pcHRHBAJnn<S`%+U7BriZW*>jay;5-Tgvv;F+8#o8ppW2YNHBz;-&@ktxYd_NG(
zAj7~dLuA(DT-*F@MF{t*;{K%0J*hq6s{9G4W(O?umlz+l*<&}@OA12NcjN*!8|G=2
z>-a_(g*_+r9F1RxLXrX|Rb$dW^QDjaUS{m1okL#6rGRo&n-l>Sj3<<Ac*0H2&-oW&
zt+cCLm9Cudy$r1yR8(As%_Ze*M|i*#bqLc6BSN^VG6Az>dI(x(XJenJ$<xNBDqA5|
zRiRw>&1b3|9|)@-PUQatDTrUnvj#})?(|rirggT<GTgSA86k9HyG^e+&iR<4Sy32`
zUzNR!9IejCRb0GJ`r=uZ54|YO?!e)dm}R!4T`hzHj+h4LW0}e3RLBgj$_vf44ff09
zbpZDWG3C_|sk4fc4U$;*^^8O>-07pNp9u)6DH=WMDc=2%ZcS>RRaK<KAlIrKWJC_o
zW)F3{Kux7(2V4{w*Sb}9dvIV}ao32DfG;q#`Z&jK=iPQkKPBDML9gXn{k6!Qk21db
zi1Ls@$5VuKyQmLAWmcvbf3|{iXcut^NJm_`hj38iOIrYYe+*h<5qo|`jKcO<8^C|S
z6wzj$&Ch5AU?x+!-BDCh6DKDU^z<5d%0Dat>h2++vtLuTUlZ}s>%P$i;TXX!mqsCt
zU0en99t_Rt$s-PE!}j+>UL6YRM8f#Ty)==)Rx^N8sVY<tYPKoozBASpE2|zm=*yxs
zc0F8lKa|!H1OZGykU@h)eWsoxSRJj8na&D)*OI<lFM422V?^@3;!%_s>ZY_49J_;z
zUzlUe)J5`By1WKMD#uOuJNr(DO))20$JG_ppi%M?^Jw`zo}|3H-T3VqP1))dVv>{B
z{n430WJVfEu9G^bXW^m((ZC#NtKK4~p^EB0Uia5CaQ;A>m}b{>+g0@5*0j_e9Su;o
zZzNm{kWEyhmQ5N>tW`%AhTMxQyXb1pm`?mfq&nD;wC$w`BWn7U7_?WYiY_q{$v>Eo
zH4bOzoTAh^)l-e1(;BbSL^5dNQ>kEZbP_0Z62<l5U8(`bCj((>-gB{}1DfPjW086)
zR9b^mej{mUHGq`9W`=5PyT_qlMo5UG*0Tw9jFibby&1azO`q|}H`!u%12dQWGmnK@
z6P7wT44mY1GVonxwSZ}eUpTKf@&HYz=o%(S%r9uGC{=~{o~@hTILjUeqHt3wM&p@U
z)BY_T1(ZOozRWN(>#<AdZjI~0IQSCOw2^R4Msp3bQa!OEZ3S=j#?u+@s+1+PdXWdD
zHpeVqpfW=hO$+^toO_K=hk7rFYenL;jTrS!jXJEI`+6zIZ^akLjV9?J3o3zXf)E55
z5&!MnJj1#!uHFKYXx`q<KpZlo@t`qfHh5x-XSlcEc{b|Ov_NRC!YtlDm99G|zWDaW
zU@$~Qa1R;S$gK33V~|v;W1nOAt_WP=qF#(vlhc>&3Q=E!ErmBlKOhWLVaV=EHBaxQ
zn4<72*NL1Y9XmC}mjg?Q0y-t)W8P;*zQzlQ`pZPN5OI?k{lG<BoC!8_<COI&p>@Nu
zQ@xm~<;?jdM}2)Ftf?QT%U_DZRn4ap?_!e$R*EI29CJnjVH1>=OT}(0521rNL^^Mq
zR;mLhK}}D7j034|=c@%w<8FrTc1;@WRwJ4q`%fmC+*VsBmcGuTX6jAbidKi%O*?N^
zyCG{m#B05bYkdN1{R(Rc{j~wRwL$N-p|G{#l(mtfwb7=vv4OSm`L&6?waFW^qf5x;
zb=XwO^rK2T)bbGGYzbwdHODVPQ>_iRxP`DBt}axK**Kypv_LHrL6)`a_j93&j%cba
zP_*0idp)!*Ml=_)^&PiK8_Q4^cME*G(4!)Y6K~}4z{cg=#@WQg`OU^4+P91K(I1T8
zlK8(}<qTcxzqGXd_R|jWE9@Ib^0(g#y?>fsLJ{BY<GLUAULIe4`>V4PKw>#bZ&_Ii
zeVMrE=(qvOZ3YiUJ03#pjn-GZHxDnvn3UjPOY=%gG+AP7OGnW2+D+_KPN&;2mRc-z
zr_e|`><KaWOKvOH80bn<v>kJ}<Y5R~Z7_8+>J%7cO&f020+me(XCs4J`UNvHZ;^-p
ztaQu++vJ5?=UKB_gg+~Wy0nB_kwNM9t!Qw!t@6UHN<pamu<WRl@JP^v=k`)txCj#D
z2!~s?gz_<m+xcM&T3A)N$2cBZTh|8j3fk}ug6thP1;g2#kiqQ3!F*b9z80tpGqz48
zl$Y9;-O*ZJl10REmv1;2s0E-B-fc{WvR|01$5-=R*ec?Niz?Xl#6ZO&;UdT#!{$BH
z!9BBuJ@frNi=TThq5GC3`&LZ*)`I&siu<+(`*!yG_CEU#;rouM`%cCC&dvKSgZr)v
z`)>RDuYT^oh90<+9C$Dtyb(O`R6Ou9IPkVV@bNkD<t&8*{%>{&SwOt3FfkSkA@(Oy
zIN~BqOiUsoBL771B>V*Vyv2omMMV9Cu~oTL|5G{2z2jB#=V2vR{2MwF%ZX7aQj6<8
zXHsXOM?pso1`aI_cHMuJBPWyk-^B5$>kC3VR0a<P9hDfoUvT&<vAk8}eXq`Kh?0#Y
zChGr^jk>5YL!y7l#wW@O)Gq(U8d2#xaz8U_PYqP@j`@}R->lI?hS^VvJwT1j&5GRH
zf!yDY^o=FEiQ$VEFaF8hy)u5Q|2ELr<v(zvpXGbhV&Ol&@t3jTKhZnEG(pD@O5ZSI
z^B{V|FjlQtA)637_be8(d<nlIc84#59)&z8*+>)lk_K)po~p?ZW5yC|#QD*HKUr5W
zT7@FS`XAgVm!YbX`9e2W);Psj`yb+1==whr$M6W;hzR1;DB{c*l7uwkvJBF+GP3wG
z>XLGTwqo+GGV-sb#Nnm%O_khzH7x(TdwhHZ{Ez4{wZnb5RsBEEW53hfkn6~h$^VKT
zO=CIT;`waixSitJJ>&nQhbJH5{5ss&<A30e4CTS}rJ?#+@u(7>QBkx*MS^QW(tlTu
zbroL=ij)3Pj#+<YE$*}(?$v)=E$?U@Y+0OW8u+_@H!wESzcBYN=(sw#GCH<5iP|dM
z-P=R06kcCnU0)tuAIwB~#{caO|Ns3$DaVTc=dC-!0)hWhj#&RqIX0%sZ=sZ9{(mV)
zz5i5>a={ETTtP}G<#@vm1TfCO|Mw2zPkm%63*h-Y+(0$h_N0aZ>yv90G?v?H)RpV+
z9m0lwCqS;A4b<`t7r^f0ZMkBclK}FIvMD$=C9er!S0w-es9SOuYozO7hqsv2Y_~u_
zEfZ?32M5Rk^s%^id7!TY6_8vDbzkGNCiKT<5@?Hw_e!U|p(=OA^2S0ppr4DTv+JQ@
zDi`f93mg-8AsAAe^Zo!+37^YXz=8S$=-58pWnTPao^%Oa{$?PV{jDCCQnEL-iw{pE
zaRl{y2U-~<!;_U@;KD-YJ4jKB^#|7I;;lI0bF`-dqdy$1OgXv?OcENY3OBiAfbRK0
z0Dukhql`?(PO{!4T4qvr_Ai8~;WD#<i^ik9wI6u-R#nFnVr&nZP`@(ta4-NrhwCpm
zIjCr&!O^%u%ssIL0NQ^!MuE8K*L$rFpU3Ypr3u6d3ISG$oJ`ULUITlGFii}k1Gl^O
zC_TZK4X5L>(&F;t^2+Ap<BG@HLDrMX#)bc>bw|N2putQFC-_LsKS79vhICbMc``_2
zr-9*Kr8MuOL?Do8E_x=@lc=oybrF<w);#zw6&@E$w`)N#9@~yzs>#$t&-VxGI)+fS
z?(RwV9hT+m7vHgnUdzrAVLj=B%s0L6eha*}YR_%@Ny;xrGUpyZkkP*M^35kT24#)J
z?0TiAvrrqE1!h`0`Df4b>qpqFVN`rcXO4;QF(itmv6F}y-n@C7d3&j(bWn8NlXPU@
zC8Hs1m52O9<#iqALEu$4i3BF0>UDHmWrW8M)&)$<Z`~4KO|&^Q_E0HH;D3G|6_@zP
zrHn}y8z)U+TfGh%ITKj7d|eDr3jPI(6SyaNQMaW?f#8vO{{CTl4+yoJ*;afC+mI%b
zYDn8mjYt#Oj{3ZZphWku@YBVWWY*%v+uxvE18aAADTNv)jUO?u8X@^Hxv7oL!Y6Xu
zt=hr(LO;5{p6i2_5;zhG2m9F{q}@Hmn-<V9dv0bkKiED>n<pS7WUU=u8-m7tvJ;0-
zo=bea$=1Fh75J$FK%mZ<2iL#T3Q`P@;u?N}q`ETb)ja`J>0|+<VRQoR%a6AaB+l|s
zGTPGtU!}dQ_v&)MiYWZ7au1wrks(^|Bb;7A;ZNjk4gpm8ilA(OtYsv(-XnMA1fjtp
z(`7F=khgG2dS*zbT8Y`0zHl}J1I!!bb*!rxFjLsUh+huC!ZfbfA~8<;_*~L4R0-qR
zZFr=@9Jy2MrfMH){}KYFtm6H~3#fk$4@v&{kpPDk(xNL5%RaqK)P9noMKnUF_-sZm
zeodLdlXv8WLD?ta-a>VLCuK^HdZy3W%FJR>`P!q1WNsNomV$!OG}OFUjhUT;^$3AU
zIU==QevG;5N4<$CB(0TyjMKlBz%mz+-g}LO>hr0gM#a#O>_PmRiNVh0mXI&Q_JVS~
z6IzYWhzbD*%!9_!I_cZlhw@>f+8)t9<=aH%kq4~%Bhl|hw{sgFhY#2tWv~H=?ay^^
z2)nZkGI-$&4!T>2?0OF}d?pC@ZDc7mQ+b4#(KTwPFof!~Co0}2_(?pVjQ*+2jEdg&
zlY~e#1_RNkRO{`cVKpYh)DblTVZO}SLVGNO+F$}l&#ZL@2#bjf)|=GX>;tm{QO#Zr
z-$7mC>&62KyZos@5S#>nQ!0%UtrfN*o8Rm%M?v;SOSFaV%iFv|YS!rK*f+_9Ik$%|
zsALvD32qaxn6s!pm%&UQz1HA&W71G{2j!gWL8OQkgiK}h^5c`Ti=~})QdTrdMhVL+
z5?Lj$Ml?S>>gMHfI2z)a#MH#6RN5(2nEY~|j&)8h@F0G4GFN_Qn5-yU#Ibjx%JXEl
zTb8kQGN2f<P<hGuk|;~+j7ccWM6ZC_yS`ZKxh@;Frr#uALuLB0-p#UR<$IqzXy*V2
zMmh2_m!zq@=uly`d^)}_<w<=Jhq7D6;+jTZO;?pJUr5YsU-2f|7iL#@Q>)RS=tAp9
z1qZLijObBG;s))3=lUXJn%{#-Iv`Z94aZisgbD>a-&s~Etp8c~6|L75C+uYLtK3v=
z_p8Q2X_<O~h*=*ANo$mTb&%<gC2et`9N4Q`-L0tQclN&RYd7b<JZsP&uY~ihy_w}_
z+f16<d<xv-T%I3_&V0(`FJcXoe|2}fO=_q-D8yL(7?%)ZGr-#1Bk|KCIB4ARc+`_v
zL6TShxtSIA>-oH*2WQ!#cPsT88KZ>e-&5A_w3mHE2A<<Iq<>en=lk56!2q|9i}Bwf
z#z^nkSo>j<z-p|=PDWg&)Fc*_?I7_zqfh10GaTY(f$M*p@1WonX{x%-9&(MaXm(3C
zRf$qDeW${^;Kh%vs-DY4Qku`{tgXru?Wyu}PTl)Lw<gQ@?6P&rIORshP3F~1_)Q1R
zLQ~{wv|U19+SsMQk=u<Zs*yplETGQkQT8@?=MVo-KGSh&pqU1QO<?tV2cM6C={yz}
zdH)WRkda%R7E1x~bo6@;SDUdt&JVwzTvK1EK7P+B2*Cb|)^GPyBZnjUgIs&v1Y=XL
z`oyGb!_&UZ^;e%CU>?DrvbLKQ&+=I^51+KBOn=YiD5N+4Mv|7X`&9O7q{PWARVu44
z?#!dtp-az=P5fYO{kc>c>@ZSQ{P4(t%XB%$j$<gT`DN~}Li0afr8dL6x`w~4^z%?|
zcynS6@y-*o>t;lSbW46;a4D(MwkmafL|ySNBC6|L;ZF4ENAdSHQ`cXmi+am<uLL!J
zKmJN{$hlY)44CMQ_cXTkCCQ2#V7Kn|^bjJy3{AbvpKXiSh)GAhcH>vlUc;~wT3^cP
zPKb4=w9ldb`n~9-Ya{w!Hm<5^H;WU$LkAuued@t075j0QRV8ZI<`kWsX%W84G`(IV
z^iscXjJt|GO(s&3s8?obn#PY@uR`ToR#%$>8-_gX7Hx?fOt1wEj=~)~9lR)r1C)O`
zGK3j^N;Uln{Sbyw#gb7YTM8oR4cY_;Qws+(7zHz-K6RxBv$h1YF9mbn26K~z@Ct|U
z8-)n^g$SpIh_-}?FNH|nhDeiz$_k?{)P*Ygg({_os<ecvErn{_hH8<8=?I7E8HE}6
zg&C!XnY4tNErnU!hFOw@TMLKV8im{Yg*&E)JGcD*t{iio2RAzsEx}=*FEF!eF`_Lo
zVrnt709c>luq8N7YbjwLer)(fEYcAp7(Z?nBd*^sb}5g#r6razALGMC+y?;02U?6>
zjJSESxT#2tNOz2IcZ@7}+}bd~=4~8YE8#{d0WKXs8;LPB9DkS|A9)c!?1%GXDQ?p*
zVT(B)BP!v~ZNh^eMnrA=SqsKzci5;=B269U_AUB*_XLdAk5@_wn8xvE7$494J~3f_
z{O<UXEaS-n90r$u1o9du@QNhR{*DX8kKam9dX|xZ9FE6Fwd;=JiIo#MM4k-OCJB@!
z!#B~56CvA&=u}Y&A9|96m(i(}<5@(KWn1Hk-og~$CgWJah_q6OkmwF&$*A)rlsx1c
z`AFoR6v&+>f{9_=lXP>4zBil_@H@qdB^5mg=BNzBNlbP4oooz;sEDL{L?vxTrg*+h
z6EjZTEKQpoPBT;fIDC-?FQXzx0tmE#M3z82Enr|Ggjfsc`!?0HHCezZ)!}VQ<?p!2
zw~25|jFZR=+21KS%QQGW5F9`zN{-=515vmS4+$w?NivoO5+tTaXF$xkf#XN$(Z(rW
zQR&8y$W+a;q^<O<whT=Cx3SqHadWk(ydD6B6^T(?FfsG&2!KQTnO8ZRC@-A^4*64-
zJ~xsbqMY_IDxG3EXNwu*I5Go06SIRnVZjn8e36HX1Pi%?%YFkSw16aunWsm90Vg13
z`RCAOz$i-+A@cLbk!;`J$wYZyfF^liiCM>fc|1=)h5@iFTVo{>!GafgLU6FqCO|R|
zEQOM4<@ukFatXOV!?dzPSu$0Yvk7T|Q_I<GnO~wXbI_w8K>!S{KVOayi!9#d37W*<
z{Q+_16^LAb1ZxZIRthLrz!Lb`B!2+CWx3~=Xt2Cw68F!%EJZq^K-TClf8J(3jvJ?J
z8ev36mqsR*#{T(|X9=rkM&sfJ^C1h8+KPqUi(N9oc&vq#qh&boY!M`Q`1juiv^cYb
zh#NSpobw=(NzjvB-}Xhn?TZ&CMi8<zwyiV-UYZAo)d-{UOP3)`%92FEBF@Dk+~s2?
z#gu>YgyGpR>GJ*&Kw(*~v?Y*$_A{d>(BC<mFfTJ`CEFYh@rr_&aHj<&Rz$8;gdi(W
z>au$@T1~o)TN=#8UCEbMGxQW}_pW&CX{~HISduoMQ#yNgG=J$2SaK5#)A~|q{N<D-
zbAz=sx-9jhQ*{ua=E4Ny`=4rRF^t^WjM8B=Zuk0rR?si!VqWP-@NIcb@}E3DcQj#S
zC7=Q<yoqvu`O+5vX+Vi2pimN-3%dX_vH}ZPfW5})6D&n{BiW=CIf2p`G^S18RhmMi
zF`_pyhqR(=YJuFfKz{f7Unt@wR>`wj&*@*ur`5oZY7|;F2&@)B#u}sng@Spxk{95z
zvRuK75`x4+)v=PiGKh&Z(BvZ7gd1oIPp9y2GRkVwSH;K$l;s~{Sy6ycDMRj_Rx4~U
z4=va-rpBtG*;%#HUZrg89hhIMK{yXAtyL@ARw$A9Rr&%fQJZ^o1R#btekL#PjcPe8
zhxAjlL`LNrOJj_xHjQOrMAdeTnznu(#-_jr(L5qsY4Jfh*x+Y9tzRg>wyJHv%A4)5
zzm}~wOa1|&KD$aDgGIRWk4FH4c?Fj);Jl37?;<U9D}Zp97Wi>VoPSZ!W=H5n2U=yv
z<XuNDEl&0@HuVK?@eW9P0i@9Cq}*&>_pi_OumAb3*#^7e_tS>IjtdA^z*3t9ocP`E
zu}esufk#Ju`F{X}c@P!Tbbj`tsIsa*84ye9o+xC$M0O9BD{S>JvUd|m-SamaQ-k&5
zvx64yfLUXmIVYXA{xw@C^>(Ud!WA__7hU3_`9g_b$DVe(JD0n(HNFwerfh48peTCZ
z_SvWwVg!K7up@jZ5tg)_sMR#;MBpQN4}ua2R3AsEcL23uppDheEDG=nMVD<>O-W3f
zkYzE0S;KdKFpDc#0uG)X9r>A++uGhpS>AYgG^ia7$tTZ@MukB)AyU~x_1Qz#d6=ne
zQB#0n@=YKqU|1~{80y+dPYXi8K=We=UVJcZVrLc`I5TVDIopVhX{EpkNT8<-?--PG
z3R<b`bNMrIc?6KsDxn<h#sL8H$TQ21MhA_7CP;{N;!vI1*jv}Jk4iY?T7W+R!29vB
zuG6Xc7z8mTh=LZ3KaLoxY@O)nH5qR$R-NEoZI%@s%u)LaF>U|m3O<AZhmUg4M*ya@
zK)R|)!iwa`6V&&7obf?5>L{Vsn=?O8BO%fN{`E0*B=9}}D4YW%-2@5;0*SK`VDsUH
z_Ey#G@sWUmU9qnIaxnf`0dwUDQ%3<#MZ?>ZT#-$1QCnfz5kTUk<nwYiX8<I8Y=$Fe
z#xZWeG7l5h5y>Dui)IPn4+M}}0-$-bWPouh_^jl_)X+GPQW}YH9o9J=&!lK`YVTBA
zujd>aK&%u9kF{Bw%}Z%5i^GdeAHZehxxY*^1<cZUom$NBp`7X~Tsbp^RM40BP@cF*
zCBR}W&SIzQqJJO|J#SHB0{Au%7(5On7N0|-0>`g)M!F5CJ@h84fC*J987e0TRtf~Q
zmR%lA8b$wrDMhm}Dssz?`tYQIUMuB{ZIFV8nTo2FGWC_0d6?7gk*fHs=Nzlv>Hw-9
zV6((<AkKJ?YbX3+H9U4ahXRB+L*`(2{lRMBVJmbK%U>I>lpGxqefPDFq7iEh@U3cn
z=r;f#RhX3qnkH_UYHjRQt-R#kE}K{gO~>K5*r?@L^iiMvtu_mHTNT1tde^zAcHeVP
z1%9U03$#FPVuSBi#`{<123Q9f#Pdhj!Q!>WBGDs@ReeA1GP<#Wl%v!192?Ihw@tcM
zDyYzXkqg0&I7ob$783NdcAMXA(Z?JB?b#=H2l%YdQn>>lfF=KR;Jb&_u7}mfXL&nf
z76W}}t+DFh5RJ02vwFg4Fn?`vW-PcVt3U)^B9ht8YF5Go1Ey<aceX>0S%79e5L3x*
z5AI`+3rIorMg)dPx7NNB=OS9(6d%rsFU~=u!~r^>SMmWU*?B-wJ097w(`VirMBS!q
zcF1A6tF%$DwpJiA+IEFqWuN`^(zNj)_GqEAun5+Z*R@wvy;p#X&XgNDCB4tGv0bBa
zfaVT3?%J>IT7*}gNOl6@XFxHFULv(|3jD)9jnjVCUFR6^KslIjVgjuOOiopsPT8G;
z18j+DFFMYpb1Uh_JYIi1E7Umlt=)(fK1a=NlLHoyC1;Ovr~Xtvo}<GN{y4pqmg5u`
zz&onu?uXUBs-2*&R!*0zyU_v8i>1s{kWDriO{zOPx=O&bk-c)cNaYCYE`xI%;%@oF
z<Knsy7v0?*(g)a&5vH``yyQ0rpyMyXPj7?+0p#!#4cL-DE{MA4;6`Jd@8y+XP4m#?
z)tLGPC++oETf@>lSQ`0DwXImHXJqj#_cM8SuQ5>P<*{D(tsV`!H~c1U_=f}TB3$i2
zFmSaq7U=K|sC3`MJ$1=T0~VLO+Bx~2p#BTHt3fiM81G%XSSI+G{B~g?--Y%zrK^$n
z0vd~l{^sH=_QTC5Val_Iea=^_5abwKZRh?JVXxWy`O&{qY~z6M^LIX}LwD>3(ao#m
z<14hOvaw@Og;;)y#N+hCgpczrYizd5=5?Fq&Fj3owhyS{F?!;+$cB$FDop^F20)~9
z6&?!&^ag>UFdEr_TL2i^7m8(tz^?-ihLaK74EIES92_L)w;l(G><kW5aK34A*XA7>
zO_6%P33u8-2UAE;u2qh}d)1(l)b|0k;bRnE6t;*Mu^iGGoz-(B!=CCN>y_(Q{V&R~
zY%W-aP6p)-K~PRhzg6J5Nhqawz>@n{I@u^fn!zRfr7y8@Bw{mw4Bj6~$xMb{#y!AH
zxM@<hD?PEs2m3U5UOyi%wl;$jh1}x_1VS3UavW{VyThqWf4Z(Txj7W2x?%!BWV~d|
z((cs}K@cG_dB58HzEA=dlK{?w?ZG%+*<gmZA&NG`?62?1$Xj0|&}Mp9-=E5L9%2<}
zld9u<i_IwddiL$_9m4mI>LF+Qae3c@L$JYkvb3ck_#_DIR(#4Y!!-x&mxs^#unJ@%
z5|w0+!iPj-T^XncPqx}AU4@@u5R(J8(a||Qr-RrQ(rXkcTq;A#9({J}UeJ8#z)NQ|
zVTKEVMGrTFVY|<U^B_D+n|UGWF3h#v)>@^{;!0zJ3gTM`%jzz~V_^}ew)NxC9Qbfh
z#OS+PS3YR4&SQuo#Wy8&9D$8eJS9}?j$ccrB4b|)9KdI(+$xOvJGK(R=u}uryoR|V
z*k=d|IG@~Iik|DRmbH&`jh#ZrjjREa8Lmd)2AX$BCmgYZ*#-l?>q@x{nZI`kUs}yp
zaRB-79ch(5#_ELP$!j_Gq7%P6pGn|kt^5)%J&IoxM<(aQo327RGCppyQpT9Z9ip%C
z)Wz=Cg2~;zfW_N`qOVWad1>KBxT3?-+NgWhRx-HHychBv9{R3ToJF>YOi2Zg@zHrC
z7@{I{j7=~n$1Epc69P!3koCl6eH&8q69o~wl)$;TZ|~FC4MMHa<N0eL1(nzNDm-Td
zx?By9^FZr!=E-w4q6vvic`siTUz|_#WX4ncGjLzKikd;uW`7(qtLhAqNFCZN(oh*F
z*|X8*XJPgiziT<`9(2YB9TQ_2h%_0K7zqR{hzDpw)89FlfuD;nR^q)7_o)8lv9}i}
zv-EWd*HseN5{@_do2yxB<(^(6?7g4Z`S^9>^=ZeLl{f`MfBsJ9+#Ll@DP~FFaXImj
zgztd2ze^SFIl(F?o;Zdp7(S)we-K@dAY#Dj^t#=OXv#`wh^5Eo+3~Qu3<9RV!2s>9
z%nE~Xe!O0k2)xm?H&e!sG`$S@6_MZwu8m6=c6F??eSZ}n@blAkX+hN)5r_POX_W1w
zb8yCYD>d(3V8(BRLl=ME7R-rz?GJxT@7t!Dm!y`-GP1Wo)a;n?AY1MwHz;J%4NETK
ziTR-pZ{z7Ez^3GGqfF<;msBOKU}EupNQjbvgF9-6kW%mNe5SB%laU*WsrEqh4BUGP
zV-U~6?cWy+(Il>V#fYg1avKJxF4e|9uLt5iL!CC_ehk=~9T-VOweBt>Jszx;3S<GG
zaH6RM)Z4bnai*L}p7Ai6-+C~Gp(<{IGyk_^GAE)7#dN7$k+L1T<VeF88a{6XV_lNn
zvk_^^4<3oZ(=^!23w`Xk_>2)Bt$^fws#*#&YKx{Lwnm=@c`@qZGCB%5y&iX!tx2u~
z&e$Sl5(_Dxiw-4|*WsobEXf}G?K*gx?jlfEy3_IF7{1LG;l4$xT7r^b9{l#A^Oz)q
zbeKAmpNNR^n}TA|nCM-0)*1oBEUtrEuWT}nB43e@@U7sZ+ftT@jMO4&KglF1m^sKZ
zst~*I_Y;$nZJ?)?WoN4I${2h(kl+aYsIL>Lid>Dvl`YY6o50swe#-)?Lm%<roGXU8
z9m-CNXy^WHWEt^O*nPFn{w0{d@cl;(#bR%TTz$gS{E#IdFTh}$!PGmO(X1PSQDoMJ
zSBWI#M3iF%_=I4{82S<U;<@aTBQskl+xWqL`ENlo=tRn2uoTjpcaNf}7kL#Qn##EQ
zMVGul^PHCS>4jK=Q!%vjuB3IT2iHe^&IZjzeB&;*l`3^$Yc6^5C7>ngD3lkqf6@kL
zw$dL{9)u|RjkFp6cm}D8Vn`{>h^{=y^UZNqsfo!yMp}enqgHeB8;2O(-l*Qq&kK@9
zwLMWP1duQui<Y?BxttQ^kIemLe8NpPqSf5YXJHIljOnF1=NOY-*;$!uERv|A%n^Hu
zW1=U5_+j&65sNOYX<l}1j}j*Joc}{xa=3*!ZSZTrN>=7V?})@1_mSAvH87>}!@bQ)
z;VdbK0A2^<1NqybI~D?Lp<)HT^>;KdD|EiJJ}!-Hg@oA`k5UHZTxlxhR<vTv`qmXz
zl3i?35k8w&_6`FtUeyIyb=Xz{iMt0}ic^w@x+5A>5*Nuqx>C<AL8N3g-0QABUU}9G
zQe;hPihK*1(`e8E!7zN4qP`B7^iOYE>&;-7B}S~axH*0dqRf00(UvPR?ZOigxoHad
zheOQY(%+6<y|!&K;|P~XL7@F~BmEk+y!k~QT~Ycn58`H$M7J_`t)fWCpx^zp208tv
zd2;^?x#clD%_@b%y%}b<jhjP;#N`YweWC7X#{7G3h&nmY;cmZ4(J?w*hc!p;%PI#w
zQ#tP%-(hI1arq}BbTRy&r6CfBGNcsC2m8cYs>`mZAHUi4V``(M|Gl}`&Y${#g~qq7
zMPTg&ilty`ud->03n_se;<0AEzLMKRTz@~PK+B|WnJ(DO-x!`T_^aCd!pY-T7P5Fi
z!5LHX4fRNR+tejJ|2HbPh&!%o<|fzinohUO7$@`|+@C|9@3C!?)((CfhnM5oPld|y
zW#+h8DN7vexU8?#FRl3%b7*+JPZB#YAmx98_UKu?GqictQI`_iW#jkazTY1Gjoq1O
z&y&TD{rkb+EqjwtPv7<PuROvHjN8W!Yyw9gO1wKy;+!%y&8HMwL|cKmS8d<cf7E~E
zS>h`xqcXHudGd|pHQTvqv**TH-M!a#o#gqT)Z@l=HKu3-y3^{RR@dH!z#Tlt`Fn|t
znHT+nw~cJKU+Y0OhJ$3_#lR<DjOm8v>(I&*Z}#s_v#SdW)qZ+KQl6LA0k87E2mXw~
zf3xNL7u(wpe8dBv1K2N@PJz?`*UKBGpp~w(Fa7VoM`?xrCJZ{4`1Ss=?DD1n_s!Oa
zpsylVpG89`OlQS!u1Z||rAqq*5vW%S{yk@eA`b;UWf*Pt?IphS-J^1%*K9ovE}|K7
zJuwZErK`g9k<!2YrOzvRNRp!kW~)<7B>=9}PNuAl*gR<2l27{ikFGjkG98xm!RTte
zXZ=#7g*^g%6m{5z0NZkrb{Vj%Xv=hO>eI*GW8EGYIq2E0>>upr897<fM&^gslA*p&
ze7hN<a@{mZvQZ&jLa~yiIt<i$VnmhQVw7KhuZCg5`mxNy4I>-s*t!e(q{b<@-&F|Q
zB=rlgb--Ht=?bMd89>~pa#&vBhKJY%F^zy&HoOj!jlPa+8+n?-{*9R+x=JZJc?G>f
zgvz*-gA#;%j&rZQgSukiAViMJ7NKB<a26eSp*NsECo1VRaP9(Sa>r1QZNd$xuy>Ud
z43(tp;4>psFt04;FdI-J8nkW*w=R^na}Q&$<8=&XZyt%<&-&^G8)z&*^{^FgW`VAu
z@>aGA*4KlZrcfqYxi@pk`(ka(kJkvA20^*detbmJL6oFe!BAK>g1%#DNNmv8pN$;e
z@>NChB(jlBww+~7iL+wR(RJwXPQhwUQI9{^AV4Y7Hu&RHhM2}wqa@rQH14?j9<#!}
z<%*UBuQos1VK=Yg<kL2rwV^04wy$qm$x4CW%NxD#rHf}rgaSt65{GhKhn)`<^Ta#t
zhasnLBw{-_3c+0K$HT>XQu35aXp|lCxBOzZN@BJ$mExTNmB47Va(jltmUptvKO*DB
z<(-l{lUavVu$2$9RLTQXTl7X&-;E@sH+A>R;NQ#3!DPtZ$c>7tCWgx87LL-1t06kX
z@+o6`FSv?km99<YCJJO9M=Qsjvj(%(<Xza*!VzJ17izO&gZz}zOJmP91IFiK$3NHc
z39a!qWGharjayZ!54BIojB|J+Qi~|YKmqETL>l9vqnedX<lK`Jr{lZVt*Y0fGTDN&
zyA#8<qKW)Hri8UOL>lw1ZD&M^Z{?N0GqePVtC)JVo-k_;qbZEpPT(a;G^n+oEKM%S
zD_GRN_#-c5X9+Tx;VHV37L1iRf+6Kyr%o%8-7w7C(~)yMWRTe4-P+W8GBUiZIWt?f
zH(5BrOnv?y18lB@_ki@|6P8UD0<H}^?y8>ZX<}0;(VA*H?`oGPzp%I+Ay?qH1IV*)
zSJ&}RG=vP&%s*<MAdqs|Em><?s55qRX`N5H;bunV-0SL~-3jI#EtUZtd9~?<LS#Hr
z=NVZrPTmCPjmVvsaK|YR;ri5w*(`CB#$R5nM{^xye!y^f09xK`weHMXp>pF6CE?k`
z*!{#7B{GY0l4d}|_2Up-DG<#vSiVUN$}#aarq3y4@EgD8jkxAKLhD=djH-7o9WqEx
z0bmK3Z#SJ|O5rb#)i}7CIPg@-Fq^hAAC1q`m+#cyGgH>Q?ty0`wUYJp+-3<U=G44{
z5)bF(9_DNVJ5)~*k*m5+dzxzM)0PU;&g&dchYirubzcQ`aN+3coK3t9(-AmR-9#*Q
zW%t=UdM}>e$;Bf}!Z8i6(6oXX4d-^Ji%*jy3g+F;47Y5ML4gawfx;!%y5r)DBWqRO
zP4f{qT?$RbI#go~r<!_U^ZE*l$`S_77e){5@-APLF$2}SIi{E7bfY_s;YIWGj>}l%
z^R;WL_{qz#CS%XNSyH%O`20eyTQ8S+Q75IzW1~PMpSG2`it|H;&6!d0&9dR)JY|aF
zK|#x-YdR^niT57LV9Ay|tRzaW)Jzy+O&BAL3?uYS8O*{(083N~WomBvZ}g|%NG$kt
zu5x!Enu%AGAPa&I2ycajKJNj0q-mI)N{0IUSkp>d*qZ;n4zYwWfLKWdr|zl{_*k{R
z76F^~iks7I(itpTZIoD#5H~|e#746lzbDX36gFs&Tlb$ET@G3G=P*9yU*8BD>j=}!
z5ZA}*TqvJ6Hxbxa5m!8XyBeZkq!dWj;<R*FrS75?E<$E8sBT7WZrHbHfk<96C|bKH
zl3kMcwhPk^ULSVpG`JYGD7u;Z^`HgC(fd6i9u)&HSvPqon)<G9=s{Kc=Yjhdqb20Q
z{F;AiKa66+%~DihV;5rXy0wG_oxh%#Oy)2*u`|X!x4cl;j5k^&qqTY^V5zSVOS-g9
z?6Y`%qf4d;Cv}99zc+fsp+Y?x^ki04?~SUmEon)ttIfmB(t%9r;q*R_+t0(THBox9
z8u~JF`~5tci&D62E!5sGn9XMq^={1x8T!%>#0s_1l7K4bh1ziM05xnxArKWfnpPeZ
z61ig=hNcV;Rj7rsP1*>gqPb$&`lf`+3fju=FUT3}n%eCuYRtU|-{nl%RnDDOX|{z7
z?5h2oRNvoSx!%=O9M>YTt7O>I(HPNH-1FDl)8`yC@Yz!d-7~`NH!ij#ZL}-B2z!zX
zmF}`@AKNR*3%9U@+NXp0ANOnsp$uAZwA<|xjQtV-lu;?zMae$6ApE6La7isxxz@hA
zHoQU&{<6hBI4hj*6_yh-6!jW_H7}UO-NBa$YE1@pZBZ$GNQbhLg**9xY&jitv!EjI
zaOXs*By)I3D%7=h-=zm7KEvPoIQXR=Se1rbrGr=!gIQ7H(>>V#(Sa!mD%=w67#aL>
zGlYj3in(K7RvR9kd%)7-7&~~#Y6*S$=t!0ojzXq6767)y@YlH5F{wwafa5HSdf}xb
z9<mTr%95ehskSzp6>d{t!CRzp{1U^ud_l@3F$4o1@@3(;mgJ<4>7-upq(Skd(cq-X
z{-oLG<ZJjzOX^8$@kv|rN&DbQ$HGbH{z=!*lWyo~56NjS(`ldJX}{tr!r*kk{&dji
zbSV6EIQ4X-_;j@SbZqc+eBpFr|8$b13;us(J;ndAo-iQ+Tq*JYk$Z~y3A4YJf++~9
z1#;;A-L-r!|Bm;?J03P7*?-XIb4mr#f1ytrL9OSE>VF3=S^qO|$)@uU{p8}&XXMiO
zFa3$yLH=*_Q=7*KML)^S|5y4+{L+X(UFn~w<x_hV)ci5Ay*`Dn!Lz^Vr!3RIik7Io
zWB$Mw<bn22eVm`Zb0YJ!CVOSWX>I*){po1n<EHCn@cQjPX-h*3r~ghr$tuX~f~nj>
z$^FBh_=J(ZkH9wzqBjm<(TEYU38r();CNXm`L2w^sYJxHj28t!8R9LNA`I9*nFyup
z2_<Sg4Y8w+vZjr(;tTWt2Y^xqnJMO|>8Gh1e3944SN<n+=~esoe>9+>5x6mtcu^6=
zX;CDZu_TE}1f^-DX_XY=`P4;K#BD`?Gtj02vdUV5mRiE_3Z|wqzW%DGgSAh4>qrM0
zg#N8US9i!~wkamIsQ#@&`#0$S-N8)la2;;d_=kj6^jj|sJB|$-%8Q0bsz!+z{?8Ir
z-w$s58t&m7`oFg?|G}UJS&0TY35G?nPIaN~p`ZT7py?U^BrluFzZMpM`Uis+Z&#k|
zH+|cv>iCKn9{!gBU7Y{hfUd4iO(Tc5=Vp$^&Q8Zs5_E5G{~rl@`QsQhd^|8X_Wy+f
zMOn}8{}-$$eT(hCi<Z~~OyK`4TB7}u-)bs`)dl@~*VxP*=U=<VoSxhAK;9q?0Gg7I
z8xX+!E&0E!r}^L3ll2??z5jNh>Be)$T;WH-B}}{K&{^k=@!wWL0R1j)FgH0l!1)^q
z!(DjXk&t_y0(j{U2e*tnaJ26cns+K>uU5u=GYI2p(bcg)A7*m*IbSpqQ~k`DlX1QQ
zCS{inC*wA-TdaG0D|Cn>%@?#?=l?>{G)O3D?q}*tbAQQq$G2AnodyamuNOef(ur>O
zzlCyThStKKzW!?&nq^fT=&1tGU{9wd!agq93fH9DkvBdL+=&B~;1H!p(EhPEm01#h
zVj5Y6qetz=-bVJ+Met4OPP};FPwLm(y$W%J%K3}Q2@_>xR5IACgnCivf?s20)S>!}
z2}brJvktnf1s24wn|un4_PonBqQUE>YC4`7Ew;p1c?%OS*Q<W3=O{Rr9ptj;%WUz2
z*rjoZ0K&j{3t#V@ZBu=WO|-mVT&x~KDf<^>MKPEFh`ERMN2`J$Uhrbk_a{ea#R30E
z*7NV8CGH6hF}9;gnasLgoit!dM?TJnhM*Bf47wMZ;a`HX%+zBEw<CE~4H`+THeRi|
z)&FL3r?<fv_=P4g&&j}=avrtt+Cq<=v07>Fn&M>_)d(AYC+1sv>9#-AUU9vDu@Z6v
z!2M&!Z$C5%lFQ(-@jXGrJb0IkD5uJYjj$zPOAj^Bp-qDH6SMJ0G;3pdL!Rosn6Rzg
zTcwd56|aNCXb9ymJweN5jbG__atw26AK39-l?mk`#5}l#Fd}C0CzCR&4u{v$bU)SB
zc|lKiQwc#B(h#@NH9r+!hz#ZRqx6qGoSPR$SDk6fuJp;{piQrw#W*>NLLsN%yDFde
z*lI_@ye7nJIiRGQvlf}?4@v56P9bwo<Cf9vboS7x%uKzq`-S{A^0=bxkCI+14#cr@
ziaZs@lVwKo<C7$qY}Ttv5?p>$<GWL8r<scbrJ|E`SX~g~ZT$e~9gD1dIG9WU?S2h>
z{vC1_=>3bDOTHdpuRFn~eBsX_r8G^0@cE6$1{jDv7gKu3WRhBo!eiI_9V2vE1P_d|
zcL&z4P2hfN2x>faVx3*S%yln-u*!P?5@}`Ki)CQc_#7KXJ%p*fvbMM3O6n(uLVEQ0
z!ud>;VlMFrBHG+w{W16>^^YxZ!@|cW+CgDs?pvj>|BJf&3~H)>{63#fLhsTIND%}D
zl@1cBbRtFRh9*@65k*uCy#)xpLqLl3&^v}Ey-6=(M0yhy5D>XG*Z+6VegAiMXLo0I
zpX~FTN14o=obT(rKla?*0S<<ai*^kEKs#9S3m^5q%5#EibHo>ldeV3iK5d6eJW&lq
z8)88*YELDe$3UVPshO?PIC#BCqNeveY&a25KdO~XMEy7G8KGYwaA}}lOW|ic9#<gP
zY+svW`cxz}OEC9l35(%MPh!R}^VKIe2Q!jxCMhTg8JLQ)+|M^wsl@4sKfF2gz_2*w
zdZ&=yGuNS!gQr3t^mQa(y-cyo?@1F@6_#qxA5OUKBRFRL$P_>ba;rf>#WAWh_elnq
z%1O}c*iIS@nfhtVN>-y+uf$Br=z}H}cA_6t+)>KNd{~XW<|6H1D`sSQlE_{UcrO84
zh_*fHB6J+|-Ut9<A0Djawa!5$g>~;Ki~~8?>s@#^(c!T_0~rDVu1JXLC)M+>1#bZm
z<T>e+X@MGx<XVWntm@=FTo7ySfriL)uBe=-eAdE<qT9J@BW{)^nTxx^a=i$!PYz4=
z-m?wGHN;rysC~}al(UM%k1@+BdqTri7gd%FbeO_nUR%U_4N--A(e}6B@gBX`zN>4j
zO50T+YF2XDx->HN<Fg{^-V%{#3z0ctE5)k3+rlwXBOW!V5<RvJn!(el;>us_#&4X>
zHX_GH-IB|!p;uAuy6EZz-#h@S%<{_MO!OnxO7FiHn|Hygi!IckLjT92`u_|fGCaGA
zf<C+2G0;r)h}}2R?0w`=KQQtnXcBtEEAX1I)%^QM&ui!QJnsCSH+t)zTxTb}=gM8W
zP+wDD@i_D`ucMw-%K}^BOPej*)6&TF<KsrzkrFSuX!AV2*{fRZk7N?Jt-U(Pq#F^c
zzLV(|C66Aoo~(MhXwukL$Fk+oNZfE26{EFlJF2gCdh%+=e>So7S>fSl3Cxdc=3Qs3
z)&ESh$Z=dFvop$3s*s*e535Ia+}Lv%N8MhuT7IogFw5f%+YFPUre$b7uIEYKiO`FB
zfLitKI7}AB1eQI_;gexS#Z>2jmgXKekTS<csxM;m7QXG=XUj#!9yq%)Eqo7<ZlhAJ
zP#-Iu`Stu{V0*3Ge?xbLxv#NMwBw1vFU7gPLGr`)qs$INufO#RG}WZ~hQ^hgts{T=
z^aI;{{CcAu@BCV6GkE^gU!KcpK5DALPq|L-ujNCDKPeLm(&FBFOs+bKr`018UM39X
zWT>opPF7{{bCp)J@9dm;#cRD5$-^_4a;_e}3iVg+R>n))zLYGCR4PJo$(YnMtCU~u
z5S;x8(uWz@#x-Wj8yJm^ruXMJNY-5%+_>{#ap7|8Q)_VEW6wqDnP#UgPxp2wEt*DR
z#F})=3&)W)P%G(c+hLH@B4$@?aXB}Kn0;}VZm&l8W&J<&uq0Wr*&yz7vT(}x^1m%B
zq~|Z2ltT}D<Zo~JzMX9DHau{g9VW-B_|4~Dh=hLkuv6Bv8qkBmNH@3+n%oxGgx)+E
zb~1FA`0`@u`e^g$i^{x*&OT7*k8(j@M@C~s{(M_B@Xx+$WqIWq>wt?v*~@EUw9&^l
z<lvl&SM>o-;y2pXn~rO)vfuEoNmVA@3E!1tP_h}yPyFTyyXmZYXLTZ={*vGF@45%A
zFJ>=n-c_)_e*E2Slcmv=trXt)<n5yUjqeLTxVKNSneMLkPnP!h7;e7U!hLT^RqFm5
ztKhFP{F8BZrX9ZFFJ}L6$KW+@vFxQkbKVz5yq_PQH*<=}OiZ{Q%Js?bXJ0-=F}S@5
zP=E7X|5!0;i@Ysr@^UAlsH4KYC6c^wQJhD56Aw|MuGRwiVOj04Tko*&IV}ANmJ+69
zmJ4Jx4`lZX<VXwTY6|3;3*<WqL~;ZP{Quf|vh`yL5iCncx^fcrdpshU5s{2Xy!VRw
zM51%J6(!$Eoqhn1KY%xJAlmw)ThgLi-bYvVQ%{iS>Nr?PCWr_kE&>maAi|@`(amsN
z=Vo*q01<~r^jxLyn`0h6iTRQSj|9X_ao|!8;2Rvcx%V;Eb1@=$I5I~ZSuS?MJa*PE
z1`j}_c*QPo(A93nUJj%lc7gvi#}8eN9p}LPPK(=$h}(6+0h*bHu<&p%I7BBt9E1PL
z5qp#tHy06`LXH<0i2a8no`s(-3?0vD0T*w^NtDEY-Mqk!n8$6T#m%P0{&^qw*Cm0O
zpN=yU?udtr%O{1S;n!W0hBl$U=5RL$;@jTGA)6^5PK+Z_e?liHr86$!;o&GCD;XD#
zf_>S9s;4LE&f{#oQbyj#f8#)ya3)BLCZ~BJ6w{O8-gFM+WYz;Hn-}mB5yy^%eer`k
zMkY}TfDcJHc0l5=cC0ZXH4c&56On8YNoPlb+TqhV$f-6Mpshu`Ju&T)D?AJhca4NU
z#Agi8L8%al6KRP=&h!*?ss$%~+B|^4E1eCW$&LYX5Ys=LLc_;1*<Io70|}+`&{CcF
zh=C*+XUx5lxEfbP>Nw@QNhDLG;l%-12@7OJLR1)Gjwqle<r+qceoDP`01ZV0Gc7V~
z(7=AttcT-J3UtAwr~S~*pyG`AB$}Cu%1%Y$m_#9z+!pMN!q>o*geB!M13MZ>iAb^`
zVQh?f0bAJ|+W>LSJV)1D8!z}nuUv9}E@TULews1KnGW&CX_3IUQD8Mmh#Cq^iC3y1
zA(sF-D&$mkG=z<@;1VkD-?d6|Iz1z>C_TmXWv(?kK6^f?K)&!&Bs>%k_iT;>>SkMV
z5y1Z01V4zJWYHZY#6kC+v?Zm636U!$C@T~&Y$r1T3Us)Dlvt^4WSXsH&XqwZI|d$!
z&R|EzUPMS{oHygdS_-2|3)9B)v*sX_d3G5rC5=dVE$CnRb4v_zXB^Bx4OC|=W@Q92
zV}bMlAQL9{5&+0Zp{%Ys>}2SQTvn(hys#OEL8XjwAgsg)sRv~r6jEcOA`S3hc?|et
zM!CFXk(5G_2KpTZ55ms~3=3dJN+lBo{BWAdbO0##Prrl$vZLV`RMvVk&P2BogUR^P
z1djuh+fr9`DwHS5L8U3;PZBJL21{eg<-EWjOTkH8C2)#Q@*-r3y;CNaXezwREXgUS
z1~T9?*u8-C<IwEpv<OU2pc@>6NjaNO`KeIzLAMGYL36SVlp$4#U@ySec7V5u<+3O+
zjJxEzRnbrs817G?bT?<HOYcZR0=6i9%}nN3)!8reh`Je91`}LMa_^TWP52?w$Yp}=
zH8?-olQRlLtg?MYS!k~L+fweJ2$oVTacCh(4T9l|C3kizl#oDrOf`im+o9^10cGu+
z1$LOSLJRm?%gSK?coV&v6f7cQ@jYfCqJ<0;U<92jfJDjl4_|?<(KK9869*NF63+-y
z)H#!u6|_-}l=1N<i#nz=z{(($jhJf7nCD1tWCy?^59-QKao^9%67fxuf68X&Bl?Lz
zBmi_-62#945;*`0NH$C3+mc>UD00>9)~Z|4VEGHlcE=2&$6~EA1yd7=g*3q8Gr($Q
zBRdJoN(R_5=COL^VHY#Q4q6&B6Kt@B5v{Fliioqa4<9lk1{p!zc%YypD1ipVFWGh(
z59-^g7e+Pzvt94N)jr@>D@STb_9v<kDSuJGYRC?HByfMLosQViE?UX7kcq*U*`m@6
zqbeiG@H8aik79Qk;X}gshfp~>ZWQHK5)_vSydw@0l<a|Lfgr<Gd|sgOp_-A!HW^}#
zET)|@Z9OxTeMgd_--tP4Kn5>Dxfl?$)ba0-EwOQhy6I9z#*0CymMi=S@&2Y#cOnw;
zOsP*+oG#Rl4o2$c@d7C6gD#M002K;E**oCDgCb}_loMSf8Z==A7RG?|^qU?2RIzvv
zZxO+Y#CD6N5~;yb1|(1o@X>B5lLP&6k2|X*vii3xFk7b(hv|DJ-tDX37duYPh=^Dw
zbt_o|pcnu@u@B<a2EzbEN&P%1kgz1_GNCPWslHFYS%$Hlk5Dd+sZ|>XI}C!Uw@Yr9
z_AZ|RG_gP*OUN2$0jn3V{7<Gmw)%JgYT%#Vunn*E7>e~8I}}G`5t{<~halvkf2;wV
zc;E-?VW9PJJS~WuFf7X0qq<Z-s5EeGr#_XZWGTIqr@U7UGb(QhS@EEZBUG<0rUvK$
z?J&8^FE7$J<{Q-`$F4sfdNvG?B~mxHh4YezC?*UdF%D54=R^<l6DNnt$K&<;?<n;M
z0@^8#H_?O0$WvmfU*eSUZoa&8)qT`WA+J;qXg}VurPP=jS#3wG+~J0~TEK4_jQt*l
zdq_;)Y^U~X3%^MoYsXE>KL&vJ`Y6*DFf@SD1cmSp2oQig2f!hHP?&O$G@w0kxJsS?
zj?Jz$ZZFS{no!9YQNw1^p&<15j;5{TqHVy2Ro8EwE?YtuW_-qD5B|7)#-p8j5g%@h
znynidf|2_m#92rMux)Ra2M?se1BJan0)+nXk*YAtmXlIL+?x^hm<a{!M9#(bgxndx
zqos&YQBi2s@;oX%Jv~KL3>JZa#f&d_7$9)i<*Jb}pZ7FABi&urix=YKN^L;wW597c
zkje{y9Pi^K_V+#p4Gp#7#Rv4Vz)9Rh8OG_UjCU4oM7nW+<~V@Y<Fon!fYY+Y9-Cg6
znf^6~62V>Gu2|SGK$MY|ef;Q#k<gpi#h(VVKiVlv#7k$qOVrBa(H@}7SP&&e9sRjY
zR&rv1Yo2`%{BgVFjv|DPu~Y>!I;IQZ=qRNlcNS-)r|ST1kTCYBH5=6Omd(mm%<?AP
zqCW@y6mjMI-<39{@!l-p%>cm3$Reto)c*?f+;f9c2#pz8x`5v)x_d$RRME?P=c^hD
zqO=HD94URSSI0nD%N|)n2EdXew~`FE?C56$BIwxPf!s!i{zwc1&L`VO7DdU!FZRF5
zGLB5{&aqaMqcF910FV>|2*t5$VMgI+fJKQ$!a3lII4u2THLE1-<;!B{ad^@)+!?u*
zMBGg<To2IZG4`6wULNXd0|IDCH#>kY_PgahL6fh+-O3Zg2CI%O1bIR)P4u(|8UjDt
zU$j|!F|=9nCzF+2z_GKN*s(jZygNj{_g0(7ltdXv2DH&lQI!Kj+xB$Yrj+>xjLv(;
zxQPkMML7##PU}t2)}pYSc>->8Rj<S5bI1O`1(Y5Mb07nL4}4Ep{^^W|jRsIxOGJD!
z+?x()d-J;O^v!U0W{oaIdGq~X#*zQJwL31947CuqmcedfK=;8~kDX5D=$v9|%FRhj
zQPg)Q;;t*;m*n?d>l?p9uI@EFUhK_U>{4oTtNO)FJ`f}W87}{j!8Eg0fZ5(0=44Pt
z$HDSvhf08-q4Yqe{T<u+X|X3i3l(9T7BHKCeoDr{Tmh%}8^@tdw8p3dh}Us??j(c+
z<R%ZfRgHsRx7|@$ia!6v97mogYnCrNbX)-6A`+?GHkX>)RT!(80**TPzW>Zg$K5!M
z|8mro3rl(!;rL|s)$8LEWe_k6h`hkG@gE$6l|U~%n^iqGm_N)7Wq`+Nc4(~TIVuQ>
zLk%W|U)9JvOv?c4JwTD$+M)#P5#YQt4t8ktPw$h6YdNPB&>Cbte4#=D0M#G}CVnm4
z`+MJd5TP_ib6A&mA7i*#e5{89!P*Qwx1JwvN`VU)69ivoo&Qkp52j+|y6uJS?9`)T
z;8}Wx)GFq<<@zZN81<2sD<5U__)m)ImT}Slsr4LDFrWs4pw##gG%^?n=9+ngG{^T)
zF(bA8NPoTt$8hr<FOy$^uk_;NZU#ZNzJ<s22$?Xu9uVMh{F+g>iLZZk8Dz7Hp)UN8
zk7y_IH3LDsA*{P@GZp{CdR7g6OfY*Tqi$Kxui-H#=>>r^UOtFz+L=}FA+bo<_W+su
zp7kjBpGfMgQpF{yh+mSo=L8w1iL0s;kp9EyyyD>X0iUGf*JnrnTF<v)w?sMnndc-(
zpJ}ntAx&W{c96E8+e1xj$b9Ya=&Sj53fqj}EdjjY%6|BuAh$i7Ul31%3wQ+q+7El0
zFv`CTha9e+oS_X=xS#Y$-R1RWr6JMNQfk&9HF&249W9S)2$arxyei@>BSN5)@U34B
zuaOZLkr=WmDa3E<M(Sa?=eSkV{}J^|^JHdNo#FI($Sp(pje-lGQa&IL5zzR2l5`!c
zqy3Zsb$4N|5~0d`+QK8FCLYeo_vTRWW7{>g8i9y$W4J(w_K!9iWE0YK0^8D!GybZ$
z7i&^iQfv0$VQBK5NBJjlSY>H|A(&nU*%{JwaF&P`0oHbcMMZCl&(liNB8=&cKHU`J
z)Aqm$3Md%-0QHkRe$f3Ux2iLE>lI4f_ZicawJANhLID3m3%Cw$gq=x*sC?Jeo)b>b
zyh+vdlnA8amfYnR5_jI*uTDk20tZPv@JHUvKyrMGk=k#1XW+efTRo1`-Bi{w{%(;E
zkLADu;6bu9<|X*yn<Mh_YdW^ManhO743VdDw{v2z>0(C}#NX1Lq?cgsRuVYELrQ|*
z?hUn!^OE}5WSu~<p6=%--E7)^CZnY5j52^u2n$Rga6Cj`t}{4<Z*?dvdgc0V*EPDZ
z+d}vN7k?8z^OZn7$xfas`x3pvvjZ<GJ2Usb%i%ob-kv7z!JpLt^i2%I$Mvv>bows*
zO$a(%74CYJCoG#Ox=s<F5wJUd<4S;Q8|!6M;&w@2;Q|N#3e_FIuh|*G)JTLRwtsj7
zRO!*8-~ZxK{i(7IrkTwk+j*aFFOZ5>Z}3nEu}sce=&-6Wr#R8yZ~T6Lp$d4qDtpzq
zqB?LV`4<=MZL7zjX=Okk5G*@8vPV)tb(rCTx(L;A6r(o=GMOYE!AhII(zBc9a-WUM
zo%oIiUtyuK>d@k`O-H??8F+Y@ztMozEbx~l;zQ}fP%r@^=JTxq9g<)mtU%l3?kn{(
z$w#WPtUrQ0C1F%5O&Y=-rGBucFKZ|-wb5*>&);Z1z^OEN${_re@?7U7rlQ6m@6ABE
zIYV78tSFzyHc-$X42$&Z;detv8uU2uy)ad(rHzzxP*jEMq6$JcjY2(rGLMj-G;!7;
zukiVK%WdHt^o2|&f(l%ETqN)nNPL9mxg(S8`@6;|pR^K(NHASY0TW{+KJ;*j%?!?@
zspdizGpx#?UL&jBQi%)P8E<I2aAZzs6O7eT61b`=uWKSRnO-Nl>?z~L7|ao#5irlA
zE^IFz=@>7s01&zE1lI}j{Vw=QZ;nBbSaOSgG;uJ*nLFV`-+v}iy7!hg{J9T4I0AL!
zWl87yxiQmK1ln_WYXukx5T#Yt4Mfm_bWM#D>_NW-J^a+U$y=}(H`d4(b<WzFy2;*~
z0w}D4w)dGlh$_88;B+Ng)&|b2%@!6-Q)mY&oG#p7WwdnnASuc#OvMhe6kO4CGfo7>
zCOpDGu4;2uF+al#zajAR$pJN&@9Q-KJ>sRFO?7(8-KQ<|QDk7Xo)jd(D0d?jJjo)r
zNqMF%GxdHv+H39mKQDj*XT4DtYc#Un<OTpWqk=-2tN91>nP*R30>^YCnL;ojvFz1!
zslB^S8x{{nW9$5|0>H|PkSw+2h8s8P1L=+RhFYfgu&Ybl3PUX@=>3`)&1+2Dk~9yN
z8|>&Z_dL9|EMl%|92p6t8Hov#f}%o#0&)P{5k!lWp~l>x;QP6jAYGTkrP`=Dvg`Er
zmFd@%OL0PL$$^r;<%Ojl==$+*YFM5ub;*fY*tT7N&hpVb$1MuJ+`G%w6+Lf{pKYVM
zAm1(m@Vxq5rZZ%N_M!P>z21Yqhd13#<`7E=|8(r!&BMj8dtd{knQL6J0pDV3vlq@7
zwiS@<q}p`?T`-Vv&G$ZuX$saXq|eA!uWBGu*!{ZqwUhc)xV^bMb{3hdRO#KXN=6rE
zVG>(zzTK0McnwU%Z?;gzF2H41nw!k|xjj-Lx30aAD_E4SYaY>m?vu2k;G{tFgr^za
z`D^&TOzq?S$CkqEv<?evd>@_<-(vlCX<*aNweVh`DkeBnNO|k(?EI%6(V+MU76*%M
z8i9y5&Kih}o2C>qRimj#{#g0sQ|9JZD%it<>~lvE^?6e2N8kQ^9?-_)*pC5HnXYk~
z;(-Xu_}^@`zK{DU%>Jxe#UYr-#b!rDMV>x+)VJX-EY@vP?IVm+m0!L>M!j8jO0rz&
ziZ|y+;zgKmYP9AryhCOJa!!@fdwtGR`NsY6@5RVwxd?T)^NrB9n4vsj>0_-J1)S-N
z`Rd0q_8jjXzG{@GKN)T8sNQ=Ln_0$XB57!S=iouv=&-qQ(0Fx`$=8qu?(Ts{F7ll3
zza-76emVPiGV=SgcTQhaQ{Z4Uo0(sK(iNIvOy!d|KZZ2Zx?eRgh1ZYVh<%dXZMUJ^
z=b!yi3JTs@g9v(QFPd_=Bw4|S-|dT;U!L~b>G%`RB;wxgd*^rN6Q!LOv-hN*dRH}c
zK22f$x=wUW_wud!e6QsG^Rmk=CpEg+``%df)xFpkgFE3(He)n)z>KO6rN|rCsNQJd
zmlw3eE)>_x7rkoNY<=HYecp!V_^dg_U2bPt^$GRga;4*H+|+F>D|YykmKo}2*3By=
z)2Og|CHHl|QNZz7?nqztFk!U&_iA7mKJ;#t7nytckWTuJJr)zb+S+k6BoZcV&+z8B
zPwTq@b;Bzon#QJjbW6b_zmi$cGo<X!p9)w|f3VUT3u@M<<5(R<JdvyIy!1vsB{3LI
z8EUG_tlXa9w5Gm8`{zRh_lLD>sM+YYLp>6cM~v&7;^fmC*E5M5HImuYlC<K=7kceT
zmTU2wD25)@fm#^zYG;)>iNgo4D$kB6Cn5@j3MN&o6FP-FQiPQ{c!oRe=Q{Zc)GEd=
zT3IAxRa!fiCdC-Yr5p;1LLr^Bj$Oj9oA}H@S9?_L(z?W+b(fyV?XX-8j!w8b-_A~(
z#!FHm`xF#?Q)yJct&KoQYXq$&cFAh=l$^-5Uu~}LmI~mPVW(C9WTIA7tFfZjMpxUZ
zHmoX0){tZD)L_*t_EYKNQW#a24|Y?fVJbH6Mt!&H(x*irwbgmfHRMnrdvfEw0yWPe
zs7F_HwPK3m?bcfE_JUWvm!mZ~As`_%$lAI??YsxQ+UsVmVIn9Fq(*jTqQ>>ueakeY
z>UyNQHFiKC!$S?1BrR*lZntN5+pYLLo>khZE6z~2Khfx-5pTbvbUQp+)A9n>=9~0U
z%{0hvPV<Fer!nnEae-FP@<KEHt8YS7Cw=61D2YyM(6d7gqi0%jXpoymzs75o(L~bv
zf-*G=$21r64o~+3T<6_*{L>z7-&O56jSn)kIvV9LYq*+8NJ(aT)t^lI=^E0dr2bST
zrS!V~Xh4u4sW;<LThQxcT+cw(Gj+eIn;UWi;rg<FOynMfbf&S^hF#GMS5&g3JUl4Z
z5$f+Pt<x2oYUN+Lxq(da^x&Vh*SzmB&@R}g$2w%H*jMsQtHe<+7BbKnG9-*DP?#D#
zqZ#aMy%BN#G15^nfJZOdQK2YFH_mj366NgH&}Tjjvu0%H_0b<w)VZiyQg>V&y2ILC
zP^Ygq6^L8vk7d;_r5zDl8lYNIn=B{VD=8A~4QAa8YV;eTpEYahfCROJ7IAIPl<ni)
z&TMf5&)Z$edKLCb`nnz?!{z$lJsNrX`%46e7YhcD5=W1}$ym!t?C2Z(2_A04=|@70
zy1CV#F7;{V87$s566An2>Kh#|j+`nsDu#@)Q$mL1j)6MTN}W-vHLLJdqhDFN<Fx3_
z#Ss#C@KixTNxw;wrdCTqcUEIisz8(4_v8ArkN>odGc6751ml16w4J=}gh`BY3r%Qc
z7*KL>&UNGL$?cz?#dekI(Z`ID%O_5!^l&G79kfHy<AHp87ZW9>_t>GIj=9G<gk&mj
zE9O~iLfAxj9uLq=0fn`LL=En-83bK!H*Q<h0fK0GuYLMbfO<Eq5_W|k$u`kG)pt|b
zM9kn`r{ko|NQ;|GklpGfvZ;h*lD?3cLQ2S#6rJ8J=+vUe=sy}pYVC?oFh*Z!aSoXi
z3V+9M*cfZ`PB3MgcAlI3;xRSYYm%+!GfM6u@JtJi=qa(8NI8Mb{!XqRnqBiX8>|fz
z)$W}VlotG}+iq&So7Y2=rT@keeO21zp&7`{%p{n0X7H5>_(*HF-0W+Jw&SY0>4=GS
z@(k)|+E&>FGcu#r3*}Vq@)S~1tl$GBXgh1lxcI7CUx-b*8BE@S&fR)E{d`2m-S2_J
z9-1N9sLey-f#ZF$&kSV(`AznH?9nXN0Q6kQJZJHKcZ-U{`Tci2vo4|LPbJK(k4$i8
z^El{u%${s;==CdE_qdX0os`WY>Sq<R&3*OellRPGd@UYlUUPQ=rJETzCXX5a`MB3J
z>pwl4wbq?;H19hyMHrDW%(l1(RW9gNfzVCd9kFm)>rjpvFQJ=DskgMgHMg^>J1uC&
z4PESJo_(5ZRmeLSm2F8dShU_T_Y|6TiqUS3G4*9xk~F(ta%9o|c~OCTA=qi^I&}Vn
z%^Y;(K^E`qSKM$HYAKl#yR4|SJG%d6vSSN0c~Mn&<A$XrEzbPX>-&WcpGVB*?KWX!
zZ!E0kWT>AlGC(=J42)-!O>3NNoD9%y2B4K}(87_dIh{plwo%)mC5{8>tXV&kY#tx;
zDcLCqk``2|X{%QT6ZRYSf4x|c%)cEo*W~*-^yqV}%OKV%2!X<SZ`#KG3bUI7lE&3f
z$}{`lEFVf(4;p-a<1|p%8<;d=3z1tsePeb!rC#eJ0sU*d;iRctUS(yxph$-qFtFhT
zfKD{APH1vYZI~TuAmrPEmXl2}UG3IiEo#FS8rx3{C@d%a*Bow3OU7xIj%j%168X*4
zKZQ$L3xS+kWUh`@yIwusuzpw$2IP5R3$Xn%H4+Fx+Mi0VTnU)X;QjK(cg6YW>ydPQ
zf*Gp-rG;79W~XT^G=nj5m;rb;lg$?RbL<#pzTNT!(Xr2mJ)UD7on2<L)y%W!s&ttD
zHnpZ{7xwuZ47!qkt|eedR!wPVx>G;#_}eEo3s9{63eH^q0<$0L$Xywx>}Rd?$X=1n
zuxri!>mdem;wY{hCe3c8-$15a|9q(fZWyq7KkSa6t;0Vy<A+Xy)2g3iiFmV0n2jN7
zoNk`CDTmi^=2C;jjNpne>Jf7tO!(@W9&Cccjhv6u{<7w%P`M5%|6;lS&E$$9o8jsm
zddK^G&U~ipKc$_x>lg1dI9Xo=IE&T6?#VcHr>!~u{kCn8^1NZ?^?s*c1BzYCxmq)O
zi*9Ml%P}~h`%Q|q@`dj8nhhM>IZ~_VO~9ts-umU7HBn*vSa!|)Ud-E3>o7L5RL)mx
z8CTiEFlF?rsj#)9X;RE_qhs3VC#bNr3+nOD-v;)+)pZ9xKW;PuP`RPET~AyI^lp{}
z;6}a6_DEsGzO24WsMj3W2^E$TwoO<D+ZnRc6gdNJ*MdgtT>#K~5wJzZ4dQ)NMl1&L
zd`n=z@jhdyAqx7$9MBvPgJxf%2{X^0kuhR~qWd9U+AvZWUDW6jQp@eF!;XuW#{$x_
zCd}^bN4K}&(4m~Ti}a5!208RW`%Po8y;IbRQUxQ=rpK7!-WlWWYu*)JwEJA_-WkDV
zDld?W0DMAHm>PZjnSBjM020^bzw+&$ax5s%fytu^Yqp-q<o&IV@$H8F!=C-!(UHA%
z&z{5m?+t?o?BDT%-+w;u`=v!;PT!B%dyk(#(FploMBXac4Eq@SeLnL^(E-en0CSrQ
z_Uiv0>kbn!$3h99A^_AVC&~#MB*J(A+>n3b5+-6^`UDUT9i#S2y9GtV5Z{}<#zS+K
zVJ=9BT7Qr@DTvkRhqE8dnK8U{FHGDEMpX=2g?U?NmU+&B3+BRD!eK6RFi*w<FGeb7
zFW4oc$scS_yq!;A&ZK{XuM*l}j_*O6quzSIU?me_aBP?<8qD7pb>)S(c*IlD)Ta^z
z*!k#Fg~c!lG+6F3KzbYotD?So*GD4aK&Glz5$hw34hF)pP|UAN0F^|9`<<#=D5^sV
zG)(-#As>WFDGi{EJ=E?y)So>x*f=!&eP~2=guZliPvpp0_Q>S!k?DgYGv}lGFOD9B
zADO2fSri{xHXd2^9a+yF*=!uy{yut0b&R=mY$tMTFMI58_t^2lv6J)hqZh}{;m0ni
z$F9Z4_v!!d7U}=fY88XaiZZFtNZ(?Vll|ZM-IxF7TIFBJ0sdX2r^sC~^Z#0;*ZS{r
zmrGrai;`<K77^0_H`gj=D1yBE?=Jmy)Bmtt!5fAu%Kx=X|DR~<|DNp{UN@t#U9SHF
z+of#O^Lc2o{?`ya#q3^kHKIgYxqVG2#a3Z=4N9(6*hk~`>$@^0PF((O9M2s%pEzE3
zc_egC_kWpPQ(tF&Pc!!y|1rC!4)*`u>~a@#djxY)*zU7XwwIJS`fw&|?3D*WqI!{X
zj==&hX;N>>#hu?P`j+3aeWy$@yJCqpQmGd5nPw6=Q|{15d{K^EfiC<p_Ck1!be!M+
zV7o!q>bYpWbZxyn{Rf4brteJAf&UKF-z#?UCBFR6Ks|-<{`ZY~3f{#<FocJ*Q}Awj
z6nlIGM?wN~amuBvYM!Jb&i{dT3pk2v*qiED-WM~6RbEZ3=8q-{HI_(G6mMTO*I*rY
zcRgEg?XCZZkT;>7(so7v2lBq_wwvfTof&ZXzlFS(Pq0tD!v8NIuX$0db4`d_NEAi!
zQVvM|RlH@bjZIBewG}1#DgU$Ty1QOaUVPuzKG@$s*gN>C`#+F(VR3Y3tpD5e^!D)H
zZvVfKcVlDY=iYxT@9EEfEpK~WS6D#m|0kT6;&=Q0-}~KL?`i<b!T&DOU)6d_!+aeK
zApK{NUa(Okuc3&xKK_6CUBZ9-u7XLvM&QjrT>!+qh~jsJzoq?8znkOGN{}!Cpg&50
zTQm?&Z851y-&(OcU%lV_r`4+N1<1#>!pJ}5oB)+ERz!~_nWAr~XyJBWYfR88C`o9R
z6*ccYmZoOMwQsTF{gQd(f)3fZ?QO11@w<OHe|;&tbXC!lyX?rj?d`=EJ`Q@oZPIx4
zL$mu<s&av|$0^P*zyI>Pxzp@Uk>3LsAb3{n#1GjlzX_(KVVkkPROZjxcwvij_av_}
zy6Gwve+lEcQ;1_;D!7{iDq-^DXW>_n<5OKc5y=St96!6HDiJ1(j>-3>_+7=oM_f1>
zuXjCIsi5PW2q~^Zo?EEo6Qn9Y?p*;&KUPZ!t@Nm*P@kYPfD69Y=4%#fpDg0!1?Nk;
za!Y5#X$5ufD#23zEpOkt+;isUwVc=ateOB_xho{loFov-ysC7CWJ5mrJ(C+q?>{0P
zcHMgwMZ@}NOHL0?g4lSg=Gn1=;K;69Uan`$cwLW$jsMG5>wjCM_o(@bs>T+lazPAP
zX&`6`%~{7%$n!K+en69euN6o0<<Q!mI(-j!{4K=&x|wE({FUo1W6z6Fu`&FtUzlf`
z${0&^TVyi;MN;5i;}id$n9d)F;fW5=Q6^e0T1~@Cbphq!WlPhYR^`0**EiV}VyB<0
z@q-%D`_QjT9N*6`0sJ*2kbI7L4C6QB*O2h>ucg2j@z2slKh`~2m)LrSTW%0&*Hl~R
zo{1#Uy)czd_74cDL$&D`FtVa?zYjrr5z4ow=WLW2N3`@da3HGYLX8si)JOe`*wWj7
zpN|2oxgM%|y<$B^1!vxtRT~oYU0eo9y+IG@Ug@|r<Gs;{O@aXl!!oPZ??~R%X(@7F
zVeML!^eX%Egu4=z-=}pd&8$_q%RWBx+t8AW^+gNk0CraS;~eB;Cf%!eX=a(Kg|7#D
zcYF@G%tliW1(@D4%29jqng0y$oNWskqq>79gqYlDGoh|CY8>jl<f!Zy_@PMVI}}04
zTbxWS_%Lk)jy$HnDf>HK8@MMnq84<lQd#)qO%`QkzU%9CsE4>WkZi3M^r$wFOzR_f
ziW$~YOXj&ZE;fN6ePrzF%u{9zazRinWT~n<oj=kBy$tIlb!PMrAe1gNtTI&<8e%41
z)A|W9eSWp#^C2e0;o0qHVRR<aJ)1o`(qy>6GkP_RE1pBXl1aLu886fYs!JrVMO&A!
z6T3c4k6MxKgYuF{ketvS>n~gb97503g-pGXs}Ylgg{vAuo$<)0N~XNs{r}VNis%gJ
zTK-H(8!ix*9T+h5Pq?N^qkHw`%|WA%(j-MyCqq-$L5XT+k*Yc!ajWKc7Bf95w>pI+
zWDE4t51EBOED8Aroif`u^rUs|(%!VF(NDg8E8XSgBi(|R%x-GGuFc%mk<qCcao2?c
zMBvWUhWH@X_W<aoMkn>mJczvx$$o$nQS#-d@f-ZFR%@~NPx)xe;V$<2_n{IVs?kBq
zD}+XprkYPD8Uwh(!9b@aNm+>pz`tGMI10TH);SSNe}(>XOtAJE>QlnDDg##A6?va4
z;!e|4VZceSzC~x0;oKpM+);?3fnAhIga9i6E+!fl6_x*dG7}ASmg{vL^(pnqzUJag
zQzSNKzS&j!d${!aNxIS7h5TGF?|W6(K(sYED6iS;y}FRtM3gP-yAR`=T8h-h@$Bja
zJ$QAVRj*HpgZzb9ObOC<JG|>6u&BZ%)Ic$C(r9yvMftBQI#f5xn34>AV=QJels;Ol
zHJx4U=d4s^Iaa>xQ+9snjCyeGeocaO9zy!UU444+eiR5$`E>fKjmqF+>-Kbk2(%nS
zMKhUp7Fbk{7I*Mznd}F#v8oGgJ4v;QjKtPvt?P>@7VA!zCd}0RS#^8xXTUOu>yYp$
z`LU&|l~wf0^GaR`Eh#y%PiOmVO<hh~dVkP!X#x+L<$c8+v;Qn@TC%g<Ev&qk;{SP<
z0&m4Jfi$IVMh9Up+RB_Bt3IT$Ix6+8U@F{v<-0R+I#b^vymn33j0>(>mqrZL^fb6M
zv;_Qf*gRgb8_3pH{8T(SYt^(<{=vaiiI#a63tz?c6psZ9>!#dQIv4XXtNRR9$rUVY
z-dZ~6_fB)<3O<<qh_YB(N%=WT3^&-lFyQ`U4l-$|(OmnH!=Z0T^-896FG(^qb$IpQ
z4(H&S^mhr{%;nn3OZoNfn^tSv6L$T-EBQ60bpB*~N#1Y#5UweXz3lEVV9d^@m{OY(
zVC~GWlGe)f97wbJ(#$_-cHmn~O_J=eT_~4-`|ik3t8dg_PICMTu1p6<UHiMT^6~a0
z;E_+U`aN=9nB|nx*$-bu8Z)IUFUQ_|EEY#EPSZ9%FW;<xs^R`8+UD27J8xuI%gfB!
zKT({-!1~*`znM#pG=9ahIUcdmQPeKZItz1}fz*^u)+-LL7A@JTRNg5$(f1wCT;`M2
zyfos{Qku!(*W1+kh4*_(#_8}a&E1TP?{xF8Kb+2A?BnHjhAo~k^Guh`{8Bnya{Mu9
zNmws@n&+*&-{6)$+rGZpyGOJ1f%(t3G{f5VMIMWL`ZM$AhNrRGyk4p5)BV@AZ<g6)
zPg{6d)pN3MhA}PJslSz*SX+KNuHx?<6UX|&k*_>m>hG6$pO!77IM1xY%Ad&(KG!Zi
z4lJ!6IeK%!xhr>BG4GOsmBu^X%8mV_s^8n5x{1wm$lQ{rv#(zyZZxr8-FOuMSpI3!
z`YXFEr`e3=$%%RR-$h5G?;cf36OplUn-7H*mdwN=mb+P3eK%hFJi$5eez!S1%k!7d
zw%jXuWV7=_!*BMV*S}`yTLvk?8%f~{&;2N$XC1=A{%d{1pV(Psw{F|)K26_$nIFb?
zI(aXE8e-_BL}PnUlItw4YxT?Xh2js>V=remZ{}jB<+~5??5;_(4?3s4)9$|5>U;Tn
z-TEb!^IzE8EJ1pjyg*8;Rlx2p-~ZqJE`cK|UoNV^JgUeq>U~;NX;W1BTvX*r6p<sk
zMlQOpKWq(6M+DH6kr1h5cq$1|hL4^;pi8_LEf1v00wC~YijTq#&rv2MabtdnPB|RX
z1t+dbzv_huACHMRh@sHlPbaw12*hv`F75!H#)zB3(9g{=Q`GNgxj2e+B{#uWPH<=M
z<F-!Vu_Oc$Mb~>0E98y%=@NHr9=8mS{Sp!P=LB~#7Z-~~04(UhI+Ru`HBBV^*IfMJ
zX8hL^Jkvbo+Bo3Le=Dt{SUe&fPwr2k=DbM!8WAfvAD4!SWwD6Anx4RNkB%}`f7Bn(
zhe%L&jXRZ#k0r;+S|qUO#ET3hDyPGFT;Xa1cr}Y8@%eb_m+;f~vFm<`>zm2jaQqY?
znL(8<8V{!o*ME7Ra^E6Z(*kb!GWjqqPF6nN7LkJC#6N0gTp*^nN5ZkEF_d_pYI^eL
zH2723xJYE&Gx?;I_o+H1sjn<j-ncS;AwaDN(5&VZ79teu3J+&YqkRbv1;mEpGk*Eu
zxe-ZP&A23;^mHu3=w<phMtVyulo0^TN{7;8q1lKuR!Z=e0QH!U36sn!osS7c!OLEz
zSq&uP88fGJQr_s$TaE+dD1O)d6s$O&&W-|hBGP)c(oJ-LQO#K)#GLDq$)9wx(;0JX
zn-O)c>7w!wI(+UT0;2e@5d@>KP*zF|7Mar}59|^JG7~exi8;H?a8?p@-y$`ZF*i*z
zlcNPu8;PjG<bLOXs4{}37$FP?V5tLuDgc6#1Ty?915+3e09~T*C<Rtl416FmC$c$*
z6%DsWCPz}bc;h)LoawTzc^qQ7N2jssXs}^vzF|~8N;02e9DqUr&m+MUE2ZF7h;;=r
z1B&EyfnP;a??l1XN}<dPX_cob(dfLpT*Vn!L<YL}wNA7)xxilmEG=1R$OXBd0ina@
zUZ|3@6#xY4j9e<N9IOu9Jw3w;nHNq<4?!lPM3bI~<))*HpZO>HmLgtIM;l?lw<N(b
z0I)OwEJH51MJ|>e2Z)w}kqTvi7O;vWkOcs_DVF8v_HU(@UKgH?h;=VXKIBNK9Vp4w
zE&hq1`En3tBnjpr0c9{?N`!Qp3w#p*URo%YIw%$u%daiXKW_$qbp<k_fVPrAHZ%}q
zNx|U+3Y{ixz5mq&zn`8QeE|1uDfuy9m0615U5ILvtl&Xb2%<nzSfUiMbk4Hk7Bb(E
z3oIs<FUAE?^m@<Pnqo@^&`AR6Dec_xbf`krt_9rPqGUNO?WyQRas&X8K`6;ps0IBg
zFPWp6v;@r#0&kLl2tCkkBp6XvDun_|5lSTwD*P7;r5V902VhkKm~RNoZS_ui8({t?
z(|Y{<s!o=<WWmp-wBP1=KXqzz6^O-iG*<{f4#|qkWZ*1U<4p<?WvoNEgK6}@r7flY
zXT>U#g%qtFUJ5oV1z&crH>UyGEo9;JfaXYoIXS*0J%gf0A92^FGnVE@&~xB{oM;f=
zcr%5|@{I!({{X%9K)1$g1qr3nUKKjgr3!>PvF+@J?R*6Q5V;7T76Y2oq_wyc9&*QJ
z3}hwk)KGq$soX^0sD`|LTFP2Blnk8WZppcb1|l*k+P(G)60B;~SpJGwRn}Op&}u*f
zdHV-U$-wR|=2CA1Zc+m`TT-kPfgk7VmpRId=VPAuH{aeVC%DjYP^>Mg{nH{4jw2!Q
z6kiRxOm3dl1-);rg<Y##QlR8yD-5X#ltuc5W-#M8V7Cn1QA%J1)G&}Ttua~V7&t*R
zCng=fJ0D|>F3H*cFtU@E@tzK%51_&TAWJ|#3;>GkQQHMFWC7{*+n@gdzSjfa(F3E0
zfv;$)_5OeryufnA4tablBLJd9E)&hFBy5#|sMD;*)2tXvepz<^)-IOwD3-~L{5szK
z+!~<V2INHjJK{}6?zx!SA*l`5s#$?<qd=3}1*$_8x{Hm=k-btRFa<t#EL5@)Ga2v$
zl$JE5Qr)J|JR%<#%N3hOM0i`*X1Mf~>XT6VBwBqE_BDWiypNAm`-G-3oVE_;URo7h
z;UCq(65X+r*=0@(F}DJyx1~_x&zZXeObc07L+?gjmPo!D9JPw%CJsLL04(VPKI;QG
z#s`HCNN;&SQ;R@7j}~K|I>l>X11oURV6il&3?<omUIJFaH1&H7OJxjz76zykfFbyd
z9~t;}ZB-ZUgBe6bm1JMS38nlxvZOTOx7$sHA_<X6NH0Lap9X{?h@ad(E7luQ-YG)_
zb17YnS+#ZSW`dRQ^?Z6oqBufMBw-}ICRU;9HwTfrV%*nlkWM+$ka2=}WDx2#MTMR~
zl7W816IX~6hPyq!iY)@l6|cp5>4qA^2P>{+kI^x{3v11!!w<;l0z0k&;ZbG3GHSkT
zc9~=037EmB731FR2-=En+#C&~!4$L21Qb8@_6=}(7sx#_A|yF<Z?9)(82DMQ|5bG7
zm%-wCg;tv^unjGc9yxQGo=d^_j|?V5i1n;QXxyKsUvh}^7DNJiw)F9A0-joxE^?7X
zYe1ZR{ictN5{2~wQXO=&*tE3#1tR}aka=TQ`y7YTr|GEDyJf|SSg;~y-r=G>J7c7^
z&F!7=aC*V#uAcPFXh}pF?=mISn!t!i@EXCtryD^pHa_mt*&AuwTfA$~b43zFIaN9O
z3lsv>y;B4kzph}i0;97&-I8pQ!nUR;e{|fdrb83l(?46{p|*@)v$LR<_>3<G%U>Ta
zb9YeFD@QI8mmA(JvKaKVW>4`EfI7UOqmdO#gt+$n%RdJFUo0zLw{~97s8*GPpzz?9
zsC=X)P$sHOz-k~%=c};dxFukDt$l%Ke|5uvZWg{WEIGBe*WG47x<mxt-Rt4N0+04c
z{E{sW9dkDc6|*f%h8bYa%u?$t@?TuO8Y;gfx~yXX8n+1bv;BIJ-IfzYS~c`sj+fkw
z$1bN{U3vX?1mXqcLIYq}VA~sD*Iyt90VoLg#*c2q?S1jK0+&&PrxqHol!N8*`8Ma^
zbfq$S?2Pn6CI6qympM?Kj+{i)W`p4-j!5nIIC2d@A2B)`Ye;%{u_h7#<Q)Hkr28b^
zG0G|4IN!3qP6M8JJg<l@G|tHP*#}@+hO^r@EC?IqWvKKLym1tcV??Zb?pG3bQaR{H
zFl(>d7ngUNDb-otgNBcM>(AU9QA48)?iKrOb@ClxB-dv}$r(B%gbuk%?FO`<0kV;y
z*|htQm8!M^esEkyR33cIY+8P>->j1j<RUI|kS|ucMplp`yJg&sG8Yx`ZKWd00|@%}
zSuy#i&BM0D%;6>Im+Sl1WGJc%8Zr*wirwEFg(u?=al{{an?E#ocOj_noQ&<=`?Z(f
z9PMPSPgA$%k9H)S*X>4w&qOJ21O2e|+OWa@TBzJ$Aw!wHRxMG7+7A&vafe$S`}rsP
zjlAtB55N?6yMyN_A8P%A@&>o^r+@Yf!l}ok$)8fP!I_@{D%g1=JwkfLFLGt&wQ?v^
zE;I%8JNF?XZw#J<KC2|tz1uu|T>+fBc9df^#J03@@#aJ(XWiz@r?=dnYoa=g+y~6B
zQFJ#j^&H^&r8TY$YL7<5;13Ip5GfZ2=VNcr3f})_8fidT1FCX?hUM*-B`fT%gTsva
zEx&I`<HwW$dvQ0)Y86gXhv!psyLPsZZP5#)$n(*+|BU~0Zjbys`2|u|z6l8A2Zw=q
zZ_@UVRQbahskuK9q|{+_+-xEX@8c)JVtEwgK!~5g-(oMTc%9FEMG1vau?e@;0Xn;e
z(=BQ+Ob!FgLb?i~kxaiPlN-G?WB4>P{?GlcW~Mwp;|$3hY&Y^8<$j<}#lXjY6UX7*
zL(9eDWZIMIKoy5m@>>PaYG^a^3tg7O%o94nA8|r{-k7h^27~f}wy?9rPve!@%5N`V
zyq1S9p9*U&!HO~-z-h?sXX9ux$cllJJ%KDK@H?XUmY{JtoXO!M7mxh<RZ++ASeW8-
zGN~F2vhTAkS8pi!q{=Rtb_*=T5^z<1a&08{Zm#WL|KgF1a$!Aec_6Lpt=A{yJazcz
zHXRf$0@CW(<le;PHxBGv0f5U3VEHDyl5j^|oD_}eSy$k7nO*v}gFEN=TgO_0)fy~D
zN<XgE!kY+K5L|8(1ilWplV~{mCLznLO`suxr1ArsI+TL)-tn?_0|yeh(!8o+kAA8J
z_1DaKb>HX$#M4UEn1)_u{Q$Y8FVz=9T|e!Z>D}>nLD&7mqTitb><cpgg62jH$Klm*
z0Yx!!g#<p#Rv@e`4N(na973z#=;FAdca!UJ67KrIe=X80kLlMsx=#RTZ#R)a3~DYz
z6^*Q2F~Rbo-9xAqxuCp$yuL1T5G?7BD!P|`+OY7t?Y8~I-9BW)oSjJTZ40MVCmAue
z8*<osPWj#&5ZNEy-(}3UGJNtCLLuU+ycjRfC7$zV*B^*5{9RE?ZrcnJN@=_5U~Yez
zw}I9%bFJ~=+iUgf?bB*>^%7_)c%Bx+9lvYSq4%Mlavvfb&|^N{=-2}Ii?x$+gb41Z
zlomhlw^;k{<Fi9=A3SPaI~w&Cn7V`@p&oIu2-h!od|64U<N{n|<-x$$W=!ClUgJZ}
zi2>vjsy*S?WT~AFLaKS9!Sx1QlFfRHdzH#$(mL9mZxa;4GI}3IKXttKmCvH$eHhQh
zpsJ^GbV#S*M(l3WEETuA{>=)i#<SS6-+vXndoMj19Hw(Ds9HyR8_wm0AXYJVzsOu#
zfB{15URiUG7AAkEQZ_CxxZHtVkV15vfOc-u7Pmh)Yq3*$@tKps3QQYt=_okxCP&`K
zK|~U8l=J3WMFEZ#dR|E$`@(=HytkK+!sCix0cz5@B5d5d^{&r*DejZi*FMiWzg?@k
zIY$sbdtH^Tk~K@O8p1U7{Lcnbu~Bv04G_$Y+xOIrqNl&8oRt!`6PL$*O#@>dw3bcm
zzkY*$_~&+$s=n)>30!^=rKQ<i|Ko|z(6{><3U{;k#z$avL8D84M4l<AohuG8Wmoqr
zRAH%;enT<$^mRlB?Ndst^_<yl@DUb7`~3x-oi-dV0={U|G*o7>WOpAA=0l59!2~bS
z`J&R01@vg_AGJQrZ}rQtAN0>o@_0XmYbeZAYuG7jKORjX{w3?nrdcf_oEcFHsyD7Y
zJh$hlXuQS`2osbHAy*dtf+8EFVpCVu<#(HO3^V$?`S9tg^a=Q@7fdgiEi%;%wd2_q
zVpJ97kj=I)3%WSyyrNz%fHA3IdKZkbDofyfg$sFo`=AQMuK|=5y>au^pT&M@4vXvL
zb@}mu82{=8t6;8!;5%E}!13nkinJm<g(Q~P4|T!vP^MV>hRJM;(<q=@Fyr4OUH;z1
z%Rf!cz>$paor7-+=CG!ZJopI+BhxyEaCCQHp2^E<yDh?df*gKve=6Tlm9BXE-SDfQ
zkKXbn=P#T$58jWd)Mjlh5;zLt@f5iI${AwK#lv;aXMvxNrQOBQ*FOo@FaW-CHJR%9
z>cs0$NW3bGqsAiuczh3$`O2GK&rBp_eK+Qb4l~FMC^Q+daGUO-CfM+W!u@F5cL+!;
zHfA9q^HqvuvcOUCKd)iR9A4G_8eQwxZX91^ZAd=O3}c#Nn>wJBH5!Ny*&vz&E#~(5
z!low{CU3`orVLH5z1QXy1Voy|Cw&xirB&d1c5)ny4ADS;8Qy+i_G+#>|7%f{lZVG%
zL<U0$8B<_sPR0I-u?col;EHk{KUIV*H|c5NrCX7Q<!9O)Vvpbt3%l*M$d<$+ASW^T
z@$;C7nA(hrhJsHL>a1NKLZ{Y}(nfXxR4&z{>(fpCKTMt_B%1LgNvXM^E8LG-Egd7&
zTmMncm$v5z_18eH6dfY4!uGZWKWha#Kks@uIDt8a58Cq$2-}ic)9=zX;I5=6zQ3Zw
zFrc{}?$!P8`@u4hxEClPB_S2raHfkQYKcOPSM;AAxlR{`-j`A(-SC}|bQH+_+9IO$
z^Njd4MEPcI`g`Mum+^f@oVSuova%%sRXTMAKg_#zbd6o7QI0oLPy2PWeytGgf`Y{-
z{V3SS2FW}thj@w~>xQS4G#a-^q!!-Yx%u#|<oeA^r?grhJu}$aYrJl&_9g}UysU7!
zR7lP2FLYGiJ2$laK7c(;{$n5){ISbzp0jah+h?T@QtUqqih~1ihkhGMOq_p&J%vVY
zh2}Oo^SnK_&+DC=2$5V@Pd%emmpS5${rb>Mw)NqXnedOO7tN+xoG9-f_wnK}Tig%y
zQ*!AZ6DkyTWd#?P`V8x8ryq;%Uo3nKSn=&IDSy1IJ2q#y=fqfb?RfbELC;l$v!Qt?
z+rzYKk-QtAR+4bK>NdvhlGZzf%T)NP|79fpRddq^qo=nozqccYU;o_~7r!5z%A+~X
zm$zo^@pu?$P*OkYkt5XRK6al+l0ASv*KXij+}m?nPfRd(lEKr&OK&umoZQuouP-ml
z7=`|C)ZJB3T<zN6{Wh9LLvVrwcXv<YP8xT2_u!;)cPBt_4?%(kNaOCV!5u=J2;}SM
z+56qI=bL%wotm1HIcW}nRn^6+yVqL$?*G;AmL27{y&mH8V_zbc$yfY7ChcwMmJHd?
zxn${Q#72>1-*mf7UL`Ah`KdV4)y_Bl9g?U1A;djQb5|vV7qjsl@HCb*Xg62m*+Ayl
zBj!_^p3%3$<y9?i5m8-J0^S;&kLS)m_}Ly8wfc+r?tBRSAW69k|1yw!Z!WmEi-GA{
zVdC&f@nxMP9cImx*!W_P9+7Zu70>%K?q8^jk_SO^&!xQ=$=*w@?GA^MudIZC2(6VX
zGm`{Bh~zEv_dXpzRh#=n`XYPL(}nN(TC74oWsY1<I&ggQEoUbSu2%vze0?Rs^1WcO
zXfp4m$#JDf>|EsI(|(q|PekyhJ@lg)ykfpO)$&ZJkHmCK=8wU|Zv%ayn;q0^5+7{9
zxRCCCN)-MfcB>D6yY-W`R)O}n;b-6y({j;}Nonk@7dW_mxLN(UNs%8vqbP^4y-`rI
zv<@Aoo)MF5XjWg%+wiOffkYRX?RxTeFzFH;DGF2Y$H9KK2JEHQ`<I5T!uW=8r-&z*
zgKhe3ve+-g&0D(|55vXcWLOJj*eV8uIf=|`Ud3qff@($LmFZsQ_m(tgnjW;f>kM3e
z4i~bF6rvrHDeRY_67!~gAYv<DiHc$Igsn<svpuTqynVTz*iD=SCtVVxnd_*Nkdq}I
z(xQ^r!bK^{50}HGQ!_+Vd&=}=WO%j)&wmZ@9m@YQk(Ch~(k51rJw)k36kTZ}o)}YZ
z-K49QzY#B#;#rcPX&H9skmEiG*SZ{bjsjCcMs(lEmhC^j&llPirz0k&1=lKIZMB4K
zwsO^v_<d1uof=ULk-sNM>sT1@aD8i+)I_o`=P<-?lEl<=FE&bJIV$8BDNH*gY&qy3
zrDV=q+0il>R`$l=FvppG6!u0MJ!+o6a3qpSIm%Wz+E(6bE1f!=dE{3zS5%kbQUmdj
zKoUf`2be??paR_sk6;}06C87aj4R6brZ2Iyb+vc1${36*aZQx*xT;7ADET!gMly~?
zNDdcO3@8;UslJi-NLL;MQ|~z|o@=RMz3F+&7g5DI)*`R$pQTC_BCo5(ORiHVRxbxU
zmkr&bcYmuKGB`=YtM+1RvQ>Rjm{^6JsJ7S$l~pk|9fUHzRQhQ$(ajI)6CCRkj7j~i
z_5c@C*;m2Vw2AAGsw-(YVMyq;?bJw8_GrjNALrP;i|NqB7x>|eH*6VIovv{2hCchl
z(btUAE<x%`f|F6U)A+s`{S|}Hy(Ol^r=*g^hnIx-T*oUf!$&zmJDkck@X7a_Ppq=|
zJt3onmjhmha>j4Q-cC)QY)zhSsl9)r`3Wc1%rFk4Ua5S4V4qkv0irQXHSJ(3Gs-!3
zDmdHA37t@Xy2$Xr)pGWGRGgbprCp(#y`<_<kJK;Ie%O*)tKcks(;Pi4<{THX$be8g
zRR8`W)AO)!a7hWXvWdoWMq^08jNvKv(X4P2;>#8SpDE&#_=rJ>m{$XHvg4dLt_ELW
z_v;4Or;vHF?WYt)S_39eV;5zquGHB#=P}>hYgCwORj6ytIL~8mKfN!UV&syh-ikgR
zSG~4H{YcU#($l&y(d4@X-uo`nFRSoy_2CQExn>frXZ2wysM9qsu=h?ML$qf$G(@83
zu@$t%gv2kmrrxv4>^n9c$S*z~?p5j4rVP-;*<O(CMV!koEtt&e4d~>3R+nPblJ-M|
z4hbIhEXi(biySR!GD(6e2UQst&puDR5}Y80JSEx|BIc?U4%LxOp5czxYng=7lWXo1
z&r2RoK-;F-dZ*!dvnPBJIK2q+<t0%r{c@983B8qv$qP!`^RIf^l=YUK+g5y&weYrA
z{4VB<+FB*EpJr1T45@4Sv`y29g8c6FRt?+?G6$h1fcfVWI&@wVWry=>ax>mS2BwP!
zVHyUSX4B98R*eYs4mf8_lNX{C*7gvZT;6jh@~ghoM%I;vkwmd(yHf$lt3h1LA6yNG
zsf^-;B1|n;Gd0>=13>&-i`TwJ<%J5vQ7byH;zFYh%fA{F>WR3*BW9)yz3$dGlEMiU
zmf50LyoHS8+U6?sjP-sk-OBS|^e#)iGKh(OtH!Xw6Ji)PZETab)~F!_x?5op(qXN9
zI#;0<ZDy$3mf5guY}#qmsli|6Ch>B4aYIs-rgE5O+vJU%A(!!He)1ZM#FWV7soQ~3
zB=vGj<#g0n)6`+1V7F`r(TID~T?587<B3;We-@0!2G_d%baR(Y%-lxwGv4WM(7$Ta
zZ#3IxoQ&bEG?@!Gqsuo=O>Sy6Q#s($+Uyl7XEJ*w1ob@KR$wp<8PfB@Ex8a{-VogJ
z_S661w^H)a#3gix0kCzZ_vUr>(}&UT2GMqy$)wZ9JWXozGIYncGJ0I$z2L8H&xST_
zDV?Ehy&nRbKuyy$sR)y~ZTj8qyE~q$WV0@+&1AgY>+G&g42wgJt&h=$nSPc4HKRXm
zn^-y9-!Zliq?Tv1-*a|b_$ip-NWFg`-FzRayC$`jf?@XKmBr1FS=y0Sd8k#G5R^i(
z<=oBUZL+a<r3L2U8cx-{+SO4thA@a;k>9HmW6&1GNMkVm*=j>~hnh5lhQQ)e?;L|N
zl%2+uF;3z8wzZDJ=7HYY(AWKtL%H%-D-4}L2ns5w*y`%IaqauQc6*1ZeVd5UQvBF(
zh>JEUV2uGiXF3fettsFY5FtcrE?i|<LSjbAT5>34bvqrWqzG_GvsL(IcGkKh%&p3#
zxg+vz>&G%ZNET_teN?!;?%cg6;77s@HRkR!dwguJ6&7KvF9cKEx5+t367ARfW?rVQ
zZgITxXzakK4{H5w!whb(bY-ZwW7t?|b3{^Lq=;^z+B*zFZA6c|1P{x$jvTLd<VVa>
zv+bO@9sEAq?A;dtWfX0%u54M{kBJm*DG5%L8y);io^nAQ^tr8uzn(}Eok($?`bpT;
z9GN;D>y%xdJYzPQ%eRYAY_&_<@j}GJDPr4H?V4S0QGK&RnwwG**lBC>>#@fA#6@^D
z#S}1~mBTP?4387JP3-WEHC7zu_HDg1TQveOJP{c7h?uk)Cp}0E<>|n)l~Ztz4YF~}
z^V(6cJVpzE;T!;EMV?h_Vm~oIl~LRhNwG;Owu@72F<`|&1Vp<T0$S`7vXVF4XbyRH
z783{@ycJvj8d<pu@iv6Mb;m9uu}qG(e)&wFrpR7Ov$e4bI+T(Sta*xaedZTtk(@22
z_092KkP>4uCt*?^J>=45oP*7d^u$^J%{;SP?O2Q?pu|q|l;+;LtoV42^lGgNyC^yw
zW7(xo|M;Bfq*+s7?b}uD7*z6`>qwZjuF$!z&h-(un~kHs=7^r-O57NY{dv24{hZMZ
zv-3#U!Pv8lRs0Y2j_#5duD!?e;qL9{<{xT1r-q>ioq@$;(y>1pJsJ?M#Mjny5A9I;
zLO<_6yw^WCjj?$}W9J}u1L^R%9I-sIs~gkrfaQAD(qaxDyVE^9`S9%n-fF_J=H8<h
z$BdRNFqV(6V3-@+9<TI2`Yqm&{<)GowdI;Pps4nu{D3``@&eKsPV&L)@ks)iM>eD9
z{W*OHb{aRfr>N`W*%;fVa9cxf=GU@zoiQ$BksKnQ6e6Kah5!tdQ#pBbM-jFI0>m~~
z!DG?kX&J*LitR1xQ*S7bVF?ux5%r9VAo(8SL>?tm6M^ml%RKgVN{eyijTKhH_N<9;
z41h8tLG-IW3JecC$G~MbF*12En%`qQ<|@2-V;$q5@{hmBKKbHE9_xs13Fm=03}ft&
zAi>wZ0G!yz`%qW_^a*dI6Dxf+xu1M>gucI@K}Up3+$ZBFd>)-30mpAZUa$uMQE&Ox
z`Zb8h;M<>;NP7{m0673^h_s!>_HK%>C&x6NeRg&J%;8;xL&+E4$8c{{B+Rxc(jxYI
z@aXrD)$gGv-^0Fte~x*JB)bh~xs4FHja0ggGPsR)xQ+3@jg7sH%e{@SzD?-3O&q;V
zTD?s^xlQ?gn~M1(jqFD{%a06^ADK!&vJ8G?JN(G;|B)N}BQN(yKF=)@0HFH;`CDOf
z{`Fc8j047^zvANJl2edlkzxJQ6B9_|2nmu%OZ^KIbNf7z`VUNuE&>0;6DtMqpku)Q
zB*lSzR$=rU#B%J96xpd&SSaPiDV1m>bsmc#9t%JHmn~*xR72ZhE>3MaK`mNQZEjvY
zI)SI?B(My%vhx4Piv>bdcntohy!erx7P<=j_+P@<`Jcj=%I7IM49x7P@Q*Msv%iX9
zu<T#RIM{{anH`UlJ&U^9zl5>1f|G-epQmAfwu{d{kg=h;<G&+g@;Y*tzmYLI4D1(8
z9+XC5f@Cy_<<LwJK_lb9DB93h+)i~8&l&~)62@8PA}<U$6ZI%#?P(J29z{CQrPwg0
zSqr5F{s%8MmoL!NC|5VEQcx&Gpn0)XoxE1W-@>@Y;aT&4mIp?+f&ZBY&PyQ8$RMc9
zCTlJxf6+|UUG-NRxV@abrj4|{ov^N+D7KkBvxPpUhM~2de*hf`Zhkb`Mmf_-InY5o
z(kk@7DU5S^oW?qz{zDj73|TLY>#qK92xAj>q>smcDvb3C(+#Uq9UIZQ_&<1YXJ<!4
zS8eHkv&C2cVT(t{#z+2pTRd|-e|<T6dUpOVRebyD46Ta$+J<6+vi?4w|Ic60o_O;A
zf+s#`{g)^9!6uabmnRk^Qz-4I!tKrfmnYWU{f8%3jRZ0E3xp#85ah825Wsd+2IT5!
zzcLB8#;ekyRgf{M0yJhtLItsjy#vdA<M=f#Ee1o@tu-gRS{-5!0hVkXcz{FiS%51?
zHNd#bLwz!u#w^IC3k8|RV0CF^L$(}M@%0Y)nhFjdThhJfB0yd*A2o#)Yu>erIrTh$
zpj)z=Z;djnzPH0n3EmY2ECG}-!zfV#n^^3bq=@UDi_Mer+SfDh{up@}5{wp$02ze{
z+yU6I9hsRejG|{a*h`ew&85dB@LCyQ(Q~S2w@U&DWNUFC7JQ8+29bqf6$l9>igsjB
zG<@lU*#$dr;Ym5(OOd=LE(l?EUdwT_zFVUTTzCj6GM{%dqya3DzhOk^d~-a?7APXK
z6C|+yNE-e;zS7Q|gIO#sWu8%JHC)9y9p!xZ`>R>O(UcQyPQY<KAt?|}mkhx6WWWHV
zY7n8!4ts7%UxtCYr-dW6^$GkD%0UVM?KzTF5=v`2K*=J?F0TTS#Qw6l=6|;b+@C@e
z4FV~9)ya4<6QEj&-Q?JUL(J#^?etDM&IycclMSsnDmKgtE)+4Z1UI}BFCDN>PswFB
zVFbg%OWeeDSs$la-g~Ka{dy>h6>{)F`6ITVhwK3r_Iw{k;Nl12yJJ5E)CYb49gC(S
z#W_*XDa(8p`X0brhB<*adfXuI_x#B2x;=q*t&IGq32<9d3yPw;ZQ7~#D0tW(s?f@b
z_e0U2zy~z1f|x+}fLDvqJzzS3%4(oO;5;#D^wd)xF6%|z(KUhR3yhv=CI|>EfV5qq
zyxbeJi1G{k>$SS}y$8*SoAw4wCX?9R8;2O3eXx;2h<}lq{=8nuMo=jOlq@G1ey?{a
zG6C&ZBoMWiy?f}&PZW@Gh`DS+;a(sz6DU*s05W3^j>i{sFgS$;XS8W3m%=Nxl=qzd
z!5@C62XnZuf22POBM`$<r^)*e2juyEb3|-`e-QNET_3bt&z1HW)9JDAC{8+O+hW_3
znfae~k%EG<PO%o&pqYi5w4ayFsXgESlEWkEuOV@+(jY9<A)&WGPS=#{w9l?Ggp~kf
zjKR@sL@WC!uN89xA8AGr3o4^cCN$R6)wm!NGq&jz89xr67K<CgRpfIHZDJ6TG*li*
zM{;B#9^JEWD%IjfP>S?p#i%k^_bcl(e+wtzGVG-BT;op@q&P+%-4NFh<aWC}l*f*Y
zh#*E^4Dlo|CJelwCyryK_UUv=gwjzsP1Q7Y#-%4cohqmKJ~k@-^JD7&zXyDV*40Dl
z65)&tUl~=3bP3Tt;KOYGKqAc*bPsszA*&O=YCgILd@p9FuKR;fzbr$%(N~4j2;BpI
zR+YoiZ>Ngx0k_@|GQAT-_kho`t#XF)7-X3F%0WmH(M1dn&u|>`xd`WW0CX)Y9M{@2
zk$h~IbQdzhg#_Z7W)YEfjzx>F<|mq6Mvz?}V(|FN%$l#YlJ(uAPI$gK;o49Qz8n>W
z@}~g-w!{Y|L$r$gq!S2<H989X<QnR0xE9=ym>`CCh)y^NCL54N5Dhz{h4Lk2<h&tf
zWr|icnorO#*(a`wt7W(E#y04b&7TZW6)5^K<)r<&U^OaSxD9KjEah{}sd}B*Y8Ot`
zgii6-rD3Viy~NP_vX^(bj&LmJxkyrmQf#|ZS?cbjIPEVDq|-HuVn4M~Nv$hd;_5lo
z6Be{<vWPiD+0^a26AE?&tFsQB1S`)#F4j6Va=pVM$w4@k%-Kcieh!i+=xXpj(M#PU
z7X3DH1R#K<0gI$wj;<i7Wyh+FM5EqVEC?o#6s+*bzUMI030m#B_Nx+TJF@^LRu?Jy
zG%X6c3fll8-TCzkll9nn*Uo01seUWUYU8vQ2wtA{ZZCO>$03*7jJu#p+~(iOs<^tb
zkxIJX=9zq<ausCI)BT0Gqq0`RYhttPhPYtiw-e$aW#s(~viU%=T04JJ^JGAvTW7ez
zUIb?@++O63H5Z5cyF~rv46=vhVOJ)YrRJF_5$znI9_ku0I`3A<o}LhJhFQQhT%mq1
z?vneTC#q_C<CCM`=d~?c@Y7)Jwz_2uRtM@N1WYdLEm1LVz+muvlDFXC@phBzs)@;F
z3V8>!G+)lOgyCHuIdli&De97R;9J*Pi;;7AuTy@0@Yv<sOF3>ugMRjvXnLcvY6Z7U
zp&+Z(vfM$PdtNsqtIgY=%Ou7-EeWCQrlljD?*y40ys2@Fs7Eu4zkX?!CM#TiMfjuM
zkDJT?ah>f=f`8kqudOkQ5}V(;zgHTJywV^FWg<~pEcoT;n*>xp9+mypl{xHdw~1?e
z;jKUOps|%dqZC*2#ZP?aE1xWz&AqQJ-<N}#yxbi$E@-%n3znl~8Xr$zcw>u_+24On
z5zuh0w{BYmG4VUfQO|3?%pRW)`}9UkePP|4a<f_5x1;yYWPnt7YdxyjE7{lvc#zkH
zieay+K0o$%Sza`|t4q({zSQPfCzyNoDf<39-l@L9dSy*q8;5THRd}#+6KeRYRU4L*
zveHKLnR-Vh&-C@A_UeAIV*7~5jO)V2+cH`uzq&hI6Zq`%#wC;Bgi^y5=i44RQ)buB
z?{B9)ygzpehc(PBQn?EM+S(pT=`e^b#=Qz!ZK!I$$<*8a0>|m@)z7JA|GDw0{@2MS
zrqV6KU&F=}lDA;5=ri<C{iF4uNeL*lY4d&9m!*{4HUueKy#|eSuX+B5xNj1%mYRll
z%%*!5@4D7FdIMUYl3m?jp1_|>f4j<AIjDYhbM*B}pY2IeW5Dd&b~7u#`OmRmcHIT1
z?Fxe`G=J_n=!dLVN^IBlQSP+z@Xue}(^>^@?k#EVu*T#!{$N`bIv*JQG?DyTIhAhc
z?lSd{(hcjMpPPT~Z)e}#f1mwx|Le~m067vQii8*<p#ex(9um6~iTnR<54g+$|JV~h
z?v&&t4R75Nr<oSJ41rZhi`{IA)1HR6kBUpqBWg#)qZ`1P=nOC~Rwe?gS~Q_1E}<|j
zzA%sS<r-na7*_HwtTQeVo$RezOQ=0fM8Oh^MH4yqV9B0IBLRscd5JyB39r_$ig>Z+
z*AlYeSY?(tYrIKAhJ@{LNfUWVodHP`oryE7$(e}cQ)R50faLYgWCj_W{oCZp)8vWU
z<mol6(}0w-xP+C?_>I#P3M>3|g4B+<q%Oy_$-JcfQy99{dj?Bhh9zI#rUFzRg7Xvi
zL{s++)1WG8(DB49Wa=p_oqiqb(lDLGD?J4XBsWT>FiNBBx=(|x!)US6A7UkoVkNiD
zrLg`WSVJaSmB4VjGRSMwdC$_RRMK#bu;}tL#m=w@<CCTGNvx4TJ@j``86&JvuK27k
zqN!g3lJL&5Y_XEH#j-K!@DrP038)<Ot*#{sW_^QUX_;h!%BBfS!=}jjIF^*Yn}wjr
z6AjF9G?GaqfZ|yKUD=?dC9o8VTt`pzwq2O_4~+dWnB!b76-B0iQ&JiNOY{s2v5r-I
zgH^#+5Vf9p(gZ{2ca;E83nWBgH;<ebXyy6BiZ<VtAUDYqN&<(P2j&;#=e`Uqm}4y{
z3oIy3E4X&VSKS571wxb%5JdzK4_=f&0JXfg1X_E(u!cj)5x_l_e1{v1V2Z-P@uX~I
z;pKYqWIP_p4*>dMneYwZlM`h2tbo`OsDOZM#{<b|p&;>G5=03JJf9rBCpj=FaSn!;
zP`nSrS~x8Z|AF<gDf9XkDp>*+w}dD+m40)A2m^{<837+yLKJCB8~{aDmf03?APG9B
zj7&^QE9qD(8R^V<P?tYGmPle;K$=ka@}{`;6hb*ss>EI<js)X-mMOx^@GZ;kj3B(&
zMZWP+Vp^yJ9B9v5o?HUMt}B<QgDH<EEjSj)Z4{IK#A>I-k8{MJN<gb+FqLXGRb7Q7
z0Emw)!vz$z7(t{hA-e3)d$ftRxWOQYqeH(?a#}QtPIq0;v1QNXuT3OkFDL<2l!;Z4
z8^`IVfzdHg-ypCE0{wo#m33eV6j-$mJjYfhjD+CdRNrAiED4IyI6C>fCd&wDhfGSr
z%1Xg1B^0l4a&D+JDwsNp9k>C~phwChK`fpiD)v{xO?6_Hbydy~cnO#?p-h;dzQq_q
zxC@YhS6Y_5Alj`-4N82!4(p_Vj>qMys$^z1)sENIR<74R7sY+-iN=vY5hO@t7r2lB
zLg#^5kRT!6x;oWrrHN8yB!phP`J}Gq_)(=L0+<*CC2MNjAIsTcdu>jUGK^i}Qqbah
zUKJ{OkIPa5q}T=0qN}j*CJeQ@#R4!m5#&?QROMX#DglDa+pN3`me~a#vI7Z_kauXd
zO;BQmC=m~OvA<RnTAMcfsA8<3r47{*RD%x%w6dds=s+t=3Fr|VRFME;Ks2!;LE^vK
z@g~6{X<(nAYGKbh`9#R#8Ccn+1YJ}n<?SThE%|G;m_wfqZCR>mX>hC;b#10NF9XT(
zFg&{`X+imv?dYN`JF*>$Y;}9vj+F>PSAHcBU|*MNYGX*C3%F72CD~j78~}W01SGw|
zpppRE^0twCCdCG|JzmEuu`C^ys2Ik<9^S0-uffAW1K=hguL+>wEinJS9tceXGQdH+
z^{uo7AeTfC4M7JDZ}stHDfL7L{l-h>Ux3bF2s*O+ORUqP3AVSM6Uz?88PB&C!^#Nm
zd0Em^GS}vJiZ`bQ$i?Yh2=1bvL*a9_qeHKc;B_JZ5Idr2R<+~6rB7n6PLj5$kpe=G
z3z0@Z`PqT->i~ADto7P=$%t(3%j`6G4?72Hc=ENUC_ZM-;4DtB-6V=(u8YAE^r#8Q
zvI|6uap7NG5*I)!)jA=|I;uyFqL$!@APA!?kgVk8Cl??d0BUuE@hSKPx)SwetwiEy
zC!nxJc&f*<bI_A&l)@4)hxW8^5MA0RB^(5m0IjI?--F+_iW3Y=C-y13K&p))aQMI{
z4&Wy?pt<YIPO)5XwtViSk&iVa<2Wc`b(H%W(2Huq(-lDF*%eqgL`MsHgaR^pb_b#_
zW|2)L>`fa9eL9kr=nSkO6$FlI{1y+i{tYntnd3kU&0<S&t1bU#JUBs#nz$HuQ3jVu
zPJ2#G<hp>+MwQAEfN$E`9MUf`39d8g@UI8M;YE9@MLoD^@;^W$4#c~e1dErPJsO;#
zDjj+|KEi>TON!BjPXq8q84(j0aL{_l=r-<Hg>w^b{VVOM($1+@7rz0dyg<@jfQL~d
zp=a){5s)%IG36`|Pkhj&d%Q@!%K?4zFHp^uZ4E9rOy|CsriX*rEl11iTSbuI=0Y$P
z`|y|X(vyZU_zfV%6hZ)){pM8TU;8!*Swn(&mqf6TzlAlkH6`58;~o;TLx88(w7`is
zI(xBzIR#{bw=>M4=l~rH;-J<LaHM*N2&!8L8zNCM_5=Wt<?W0=1MCLQlLB76!z#p2
z=<JLGx{RmkQls=jm+z8d-lLYyrx&C`x~$Dcg+f=Jae~MS!Q#Ifhzq;xR9BU;Yo2M$
zKOm?f!z=0vuA$_BS{ef#nsUfXV8-!l2BDka%Qn}}Wjz$gq6h`MTqsIJF_nOr(pE%D
zKy;p<!dI<mC*LGFrhFeXv+WG-30YNucdEjHlrBKrn^g=|pj}f=3I%kZd?Yn(wsU%x
z^(y9o7q9njGb<T|$q91MSOL74aJ~cLXfz3-|7p#&&3M@XM?&!6&0Sjnd=vl|ut})~
zw4KXIHU=il6(!Y=%ur!>Zm(TS;r&scw%+c_yz3D%L;uD0nM&pg%{tl|z)B_%83b6G
z7UF*gW~Z9PM{P%M0Bi}$`NcP7C`MA$1|K!<2~%NH&BU|=-}h-u7paXx(t2S@qZA0h
zBLs+<rm3V3G!@z!`FpPYvP1d?9j6CibJsj*+La528c~#6c)p0op7IyV?YQksq{a>?
zJ`v@Nz5j5x2QUNZ(Hv#<Zn2?ypSkXvnRlo?+6IQrJZUQR$Aj3qzr;*|5W=Ch$N@ff
z;05+bB4y9RAgtW9lZup++@=$s(>)8bcDu>mEHlueIA}i@)MVa4%sCTzxpMjz%t!^X
zodJBpg3wIt5_m!|3eE@t&;-g6lHzxX0IWRA^9t_svXt}M>yt9cE&WDdWEe;=xP9Fe
z#F4THGU=1J0mJbiJ*Hq8_(4Vr#EJV2F6zJ*P@dA=NJ3lUft8E@6P7}7wM28XM1#}q
z7F&luNBDcN!M%Mk2-FhRKGnP5Z9emmV?erTj7Y6)2p{-)XP884Hf|%w_BXmfet!e>
zKyPol@(s8tm0YKw?S~=&>+0={yElf7t<!j8-gR|5;t*L{2!#8LQN4`F1^tnBMrsMA
za03#<bIF@tJZyw9^4zdmd}VvT6CjGG1D__Gy25AzHb{g1V1t-$8WyoTM6Xt;deHkF
zN+oCquJJ4JJ%O#0fS`ndD2@}$rWcJ@d5j)kb3CzFd2VwM*ck77)@BB|&4zd-KumBD
zMHBGx4bYJLTI|7Oh4D;J<8>cC(B>Yj(6mdy`}69uCej4hg!LjX<qSmy%|LvOczXNV
z11p07$MEG>lPA;Z7Do#&ZZdgZDP02XX4kPOS6!aJqEbDc_yZ1Ay{x={zH8q&K<0TC
z>`~J31J?TVS4Pv_=F?v}aGcoGTc8<wF&}+|Xk`UlJbb?;0T?@K0H<@GJwbgWD7k+2
z{-rW+Cu_riXMUqC!E3<7<3z>?3@)P#-?<EC<NXP#C~~cR`2-R!^PxPg1H}|-sW1qI
z_MvhHlZIxYa5PFahf~0o6=4|(!=n}~K?UwdVHUAz9-_P$Mw6)(TuuR>24nE4Wx{^f
zd}M$@ptuRdftLLdQCN7aY0YWbxcRSb-$kv<H|h4P7i>9a$X{%!bo*WH48Jh=VBW{l
zrsYHtz=ZXXUf7Ymbf78j0jqB@Djm!^Pc6dv!E!=3j-XmQ6>+Z+aj2ZmphV^9cC#xJ
ziA_G1R|=;~Lh(8=_6{dYm|E=ghW>%ln0Ah4h2u0VdFH`^gOr5_Q&?ZT5R+K~V5|tU
z(Zy<bLR6nI#BU91&z@F`pqq+XwHbDGPW;tg)s7d7?g3l;3A=yTRx8+8IZ!Bf2_cld
z*^L}UW+b(gMJ<%FR#ogb#?{f1yR|LRDqjIHsdyu$1RgmelX&{bZHPLzCMp!j1e#wz
zp>U{ZR;1+nIoWvtn}bK@$-+v-9>n|xK*l|H+4xJnS)F5P1b@lIRX2Xx!=zQ^n8tjp
z=(;Nh9kEWu<<*qbN)lW^ei&{yuCVK%eE(MuIGE$!z4G9hDO(gFa%(q=KK#&0oXIDy
zY5Xz&i?p|oX$hud7eos!+nUEt&(#`b1;I&t3y9WXf!QQ4O)Vv+wxy(Ypl4T}{swIn
z9xf~G*nm7aKZ1&W5QtGqZ}X{Us!+8qhE_S47{sOac@7Ar61C<eWXS{II=xdC$b35c
zMi|d<OR&wv<6Y?ICwl&-LREx{<o#j<(lFv~BE+s9>lFRg%*5koaS3l}Tb33umuYGe
z!m&6VpBhI_i~1zHG;0{<bfKa}t>dGKRx3gLw3f_+1etA7{!(LSD<)X4tj5bzHe}|j
zn=Z*Bo<HW5Tc3q6r_1B8i`w8tlj+Ny2=U+VJ+m&2W!~UHafihN@+=elW(U^3?m{1U
zM{6E3y+}f=RTpBHO=SP#nw~_KGT8`4u;?*Zz4W_YPemlgNVs?Lsj@8R<`vgQ`9uoR
zMHRtEuvqI~WHrS;3ObcJdYs}Z7#I3S@7XSvY?h@q;WVop-t_8e;FZwtwP)`0N@QkR
z=(s(lQ*R_y=?Wdjb2I*RrYQc}>w#Z0!1-@>fOuqUU0@r(Ime*S^xd3k@|=o8Utm0k
zIkz94Je<soKoU;Y53zWhuQK3AZXH*Bel+uzfy)24+;-?Hb{i%;OF6DUM)i}x87sQc
zz`O4}dRut>b11b826(TY2SmG`B=R1qO}x&BrIkRb@o>&R%8sqx{z@&!nd+wC=e);*
z;2XKQTM=2p1y-eJ=kwcN+GSU_OZ*xyioYK#^i^M$z@%xDAI!z}A+_d!j0?0=%&Rg_
zh@0br4b8E#JBNPjHYfq7P_UV!LZXI7h_+k_CWIyb(Gt=V9$-mUt_|k0axj$Q)R^u*
z1Yo_H$Nj7`i21z)%0SahKyPbJ^K~ru595huY`8UvfngC{Jgy3BnwhPA9&3$!rG@w#
z1d6;waRHq$@?f2%dg3@FI>8qo46$Rq&~C;RJ$e3UE_3Hu%K%5WyYu!h^NBFpKDsX#
zYy;k=@6wQT)?)C;33@p&<Gm&HFnsPoP}%|JFXR&~bPt%}M=D#Tlj=hxGFwZogpOn!
zPG!lZWlfxe9}a-fMJWnq|2|?Y%~lbkC(0kk-4i$xn@uj6(5$*lCw^^2&53^o-MD1#
zC1+El_nr14C{aa)#7jI@_BQeeIicC=ij_W<c@TwSkP@oXa%+M+jeBWg!964L1CZGU
zQ}l40HZT<{exccye*4bP6kD}VjWTtUDd^d?5{=(H2qlnL6cJytPqD$~lX3Pb93;xj
z0ldfwWP*DM$xS6SCu(~YW=A0_VH<DQ;a}1;gT?h<p34yYU~o2mX~cKTx@;r<18Emh
zmKk<WWUyJdr$^~@kC^eywz%u20}~iOYB=mK3!&w({z?EVty^wZ`#p=iH<-wuvaQgQ
z1U|uu2UDxJA$BPv$XIlVYY@upg<eYx)Dxl>1^rD@M{=%qld&bzEA7FDP?EF+RRfaa
z7QMsjCDDtgNbZaf8~OL5v3?{YLQAFg%A|2q$hCF-j`oh>M#4Xtz`>+lr(_u!D;ggV
z0c5qYsF&mln!wW_J|m&a4svj>8KmV!)_)C^qp9OC5$OzXcbs-de(%`Mb+v>r=VimZ
zWzDBI{A}~+wn_(JGc&eIFx`zk%Vu4fJN?ynAvZiW7?Rd^PLWWa^s)xRH$>e9xoN{@
zwtYjL`S;ido_*514j)(zWiWgC-?`6uJV%eSyU17@^ATY8mqSQB1k?tFJM%r6=isNQ
z>3CDAf&DX#*J7lNER+C69YX~;e30Aq&fQbdCbh>t?yeFA<(9EhY$6)%;po)T;Mo&R
zWToyAWN!~vefLbX0H)Y7N}J+FGt+b0+Oj?`=i`I@h2q4x+0a=u(AiJ-oTKVi3|6=|
z!$3W%M~TzUZiDv3zi{H*B{!C5(L-KAj=Se#B%a}v302iphz&d|%+loxor)|q>Y#P6
z&z0J8?{{tVzIWg`h55aCXJ>s9SAsnCrq<-lbeVaiElVHiS&9ne8C6kPJ3W}{8vqMK
z?|Ds@-8{iPML<iZ)nLtok^!hXYT_Y$w1SnK5Y@&?Y!)mbpwaEz^wkdW1*oq^-r_;H
zMePwVD6vB?9NQ~I!{P=j7h92bLgll+J@;KX+-9WeGgsBDo(qWm#r|#b>>`p8v9&JZ
zG1$7?<5hgY(m{2aN&EF!HG=0%pE-4I{<Atyc4B&O!oj2Fwk07-9*G@?nZV)sp3lYp
zW};gq;j|hz9VGYDeqG$1W6~ze+;ygQTI;2{G_`V+7Dsp_vq3vP(jKqBhdwzVP_$Dh
zAxaIL$~M-`h^+qI+t4Ou!9J;ZNU8Zf7gJ{6e^z4H$2?a5*Y@W@KBduWk)2Y9`{wY7
zi*Jqnz1rnTCSHb>1cQ_`kf{r)6JJL#b;(`e4mg%_U~Ut0|94)8eRCS*NrrImx-U<V
zmX;@`ewHnd-{U3e?;WGk?}Oik?l{^&TeS)H1Ss1e8HI@a@z$t3kE|09E(!gDyXI=m
z&mz0`KZB~lCtdIU^zH^TA8ccB5;i_pW&C2D;4Z)@@6_w1)_LtH_I;B53tdD*IrvvS
z3da@Nc<>JIcij8WnFPGyVmR*}#BqG$s94-=qq$)o{3vi8AnDC7VzWs{j{<MC_Tx05
z#PYyb2Phg&ETR`AfGN%cqI{4%%F_nhf`Q5s+#Zsi!O|dEw@CMBsb36rFGJ-E#{1IG
z^#<l0Cq#;qCBZSkASPC2S-T`4x8l;5+g-V8B05^y&(Q;?u86chmE;~8OgR;0!|q?P
z;v<x&)zB&Vtkc~lAjjj}YeL9iwMe%1nV-H%R=jC|y<tGq5gIf(sNMr}GX$LnmKIr(
z$tDzV(GP+JhsqoWqFUL}t4O2QlZH>>k1B?Y3c(VcavDPl34osF$bzfDIs@x8$d-Wg
zi`*X7E>hQbqmfeV6$;czV6~oM)2xx$T_^{v%X~_3l9#bx=AEFV=;$EXvCfFTAeTb;
zkWo^kn6i>z&ybU^lCx<9Q>#$gN0#Y?($5koDV=v!K5zA?M!oJ$J6Zd|4k07Hf@7j{
z@B9lDQRUgj^X+A=97`NSR=Q8*ZRP5Nq@#W0!a0@wLKOX6(bw*B(S;)^96hBB-Ma(X
zhjQKJ<#kymaA98=k>773B*#RNkr7lX8B+@GhM?Yuoum<C^tuvY+wRE7aZ<=wGI2z>
z?r0(BSmD(8vqKdPDohv29;W#>Z?(In7DwA86rbR{S~Z!dE|IAnQmF}16m1%=8ybE;
zh(%zSJLr-|1((b|S8Nbd^y(Sovz}<vRTD*`_i}>MlN39)WM3}DU-0$Uib?edDwyk_
z#~Tdyxej`9PSp@kO`|)%^6K0@6YuzXp&Oi5REpuM6Zf7;Dz+gK*$+Xrhf{0nW3z{{
z57g5}Xy3V76L4jWl}m_G1!P!nsr7vk&@&wxNSdDJR2REZ-}oZ)lCl3|=A*Y+xI-5j
z@8!k6au72y7Vhg#D0cJH!8K=0H3tecPA+9ozW{IQv+0LgA(tbJx+n`G5l{LV1=HaL
zXVrd2^+V35c5|{{E+t+vKB+0y<Z78oPp{+uqPU`_G1{uGU^IjN8SJasW8%3xa1UvV
z8iYwBUQkt#Q87<fY`JH4pDN<M0&#yi`*~{au6`t_VMd-`_Es15kV(rDN9n`iJTbL8
z&ehX_t#PuWCokm*&()=C*;S<}Bc>d+36DlC4(_#R?!sx?7HEeN^hdp3u$Wc}#AqQd
z(^u8ZMNLdRHCWLCx9U7co3^c}I@i~?Ne409UlG?>ifyf0RMEWhjPrs;+QMxMbkU1D
zpT`%~5Q{@Il+nDbdIQH2^G`6AXziftRJ!jD7P2y^UA5=NZZ$3?HKc9CS%tI`FEuSF
zLCgSM-E6SPtEDRj#HeJS+o7T)h8`lBNy|?>%4excLQhy>nK=z?AF!x@CB~gh&9uJM
zNId^gK|}Xavz&Fl-DP0T7-a!o;jjbgDlDrot%!2Px}PrKZ?{9ecyBK!jEiO++<G04
zw6Z0ZU9-Vx_e)B>;=bJ}do*1-w~BGkHDs*EBM`M<7OfwCv}nPg9*}JiK%yVqwq#i|
zDX(1{4_SWgs;{*@AK@pibXDe}w;Whxz`Uy;b0zL`GrlX{Yjh<HD<7K$874C6g_#ag
z3nkF)uDP}ux%p|OFL$cFN|EW&gxDf{mw_a2*2;vmvRy!KQfsN(D?!Wa1}}7Y-AXX<
zjO|0mLpe7hw$%!f4JxmU-4tSyf{lw0pe(y2jYE@JQlcIeMG8X3QNj92uYi`l>#r4-
zZ9F%c{RFwEb>HYM<osTO;^}pSZkD&Lyl7i*ECQ!ZoAjEs$|^`@Emw^ZZ#*A178usc
zJ47FO?FF9EXtpr7*|_br&ixmD?j?EECQehWP=g_btwM}#r58G%i54ZLG#bpdktBNE
zerB_7TWi$K?uHR&Dw}*H8wUy#TXstoS7x)7y1QlqeMhTolS(?orjyHRM|Mlcy+&)%
zI}99~qr@Y(hYgE(dQ;Oo{bp>-(Y(h;<|B9J1_vf_LIwwTriW%Ggk~0Z8e*${7BB9$
zZbMC3ZrAOSpZe;(wzjp<Qg~k$VDUmI<~@n!C_m<W<;J<2ignMtuhjb^hAsS<rWL!0
zKN!1Sd6vT9Rhk+zsL&3cyU{?j3Z`A}SB-AETMR<QEts^GFo%hxkimrlaRNz=p!`6)
zo+U%dp46b#s@WQ~@I60{zP@13_9pfIlARHQyFM~>kHFk|$PP;M%$o4RDy-K6V!wWe
zCvw$eD#UD!8D{wb?_hLa8!V4n{4$Lkc;BY5tspccb-l~|&8#{3;8Jz(Ttk;u*hZRk
z<_opyozRf`x%GFvU75aDEkd@q+%^Kt`@+%+3eq-G<wk#cjVu6|s`$LDn!S8NmL}V_
zPj{5iTN4@OU;puoFt@bE61EF`Wb@i|L49S{U}c{}|4@kA`eC1u*^MdhjGfpu#s#&a
zMB_eGZ&&}BNfYj|PDL)FZ=IQT4@P=ur(f^RyBYS?uHSBxf!lg-YQMfRmvSx~b7qAZ
z>d;0XYstFpeZOM!{K&>7?1+E+(5T&r#nIe8?_~5G%CXy8hHLs+;lxK;b(wl!aOOQ`
z4w!@0ag*>wPw~lTsh!Y~eU6>?E>%TL?h!O=F^TQ3#Dpj6UYTl|+dh-FF<h|}kl$h!
z1tjA0I>PH6N^HGmb|sG;$uxJZ+>czOMUVYJ1fs~y5pF|RuN5n%+pd#p@d2r#?O|oz
zuI|b6n4?!=rxp^(7x+zxxM(kAv?B^+ckRRyK&ba^6+NjuPILPe_hRnhVUzj!<v@%s
zFNQ1J#R+hNjUOW!=F*kpsF3XRy7+hy%Y_BjWW0OPq7TS|8VrnB9MrjxELj`5o6wKA
zRE;#=>nKO-5n%Wrp;=)tFZ<KUcD?T6<JIDeveWRU5vN{F^l{zdX)&YPomak9v8P=4
zhB;OYxu8g!bjREhVDI^l-~9Hw_FTM_PH}OucWtKOJJh_6C&#o$Sy-fBh0tuger9!3
zmHX)S(qn}Ca^^Z7;Z_=&;ka_?gm0gEd^u3+#-Q`z>x$b><MOfaiGr#Pz~3E%)BX2~
zN8)MBlT(k9_WeClPh`;*cr1cp@&ouKOl{>*I`Md~eIH_8J6q+6^DeIbw*lUB7nYAV
z_@rm0ZkIy!o(~;7Sn^80lRBH=%`_H!^o-b*1$mL@#(C^s=k44OeYc@cx#5I=IQVw|
zG3n-vJov+I@!4xqO#=UqOtW!bh#TWxFZALT_%ZwZnXB-H7f0&H3p<ngug+D7^Bz(k
z{#6*~ABX4m38y1Tr^l_ZjtItg?jrBw+;5^&q*Yl(yguW*%r$yTzmIDfcKt!h`azLc
z(!Y&Q$=7V^Q)Ic<B!&}piMLYb7nSNbcSn#B^M{<PR@j5jN*BIKNGLB&?4tBd{gTaF
z{U_7y;Tk8t>Ey8vYcX!hF63k<EDt^?h{)+Y=5t1ZFc3(Nv^d>Sm{VE=>)hwBP;Zv}
z4@WlGCQs}f<09gCV|4>|lHm1_IH<@6sJ-E#XzUl37z|$gSQq6e`CSnAT13Eos=rH9
zj59noHa*U3H^Mm&%GMd-@x(L3FJgw!6N}9gI4SDg8KI98E8iIt_W;u?FVP1c>s$j3
zPW>ME`nxl0tn(U(Yc7Ht33cp@aP08p^dKy=>-L>(^lD=D3_v<6LxekH09=?podLn`
zBhttM(?3MGdHP8kd|6aLf&(HvU`?JkAYsR!K+8x^f`AmjkCz`np)Y;29oE;cfo*+U
z(vCsGmgvSZfR+4bI&UmDulv*7IOfM2Gy$O3@3@*hf_UPfT@JxLh#zHf!Gr>_(s2MO
zTFk83UvEVnIZ(d_41Nzg{2uZDJsSIaEcf?#_3w#}-;<-ir&fPYpZr#s`Tlzr^KOpp
zZl2|CLF8^x>2As3ZrR~(#s6+K_HHfrZoT?$qvLLK^loeQZu{hJ=lk7z^w1fy`#qNX
zeUbYEr7#Mt|FXXf<Y&i`V1tQpJp7-NX+b|paeq->_kWUUZM2sTW0nu*R}AF038Uj6
zmSv~-+e=d^{9R#2dugq|yfm{0y2Z@IuE|XISBsgOL+c+cW+uM>6_!@w(*Fxfn`%6g
z*CEr;Ay?5sk4qpl*7_HgCb7|YWUu;nj#-l!on!V!pmWSDPV)c2(kuZgykUwW+Gs58
zO7YB|%-NF1(VkiR-@UY>gRY;afxnjPKfScRz1_ciY2rp=bd=d4f(q@WpGA{}#S);s
zv_Uk7Mxv-qB)#QJF~@pI-$vn(Mjo`6=FBw{EHIKR(&J9jp-!}a6y-!2X-Ai8!<1nq
zlos?4GEEg}u3n*GRIMmqs)hE_|G?53)y|exhUgIUKZ?x%o@0)UeUK1KjBYXK#gk@c
z5}~DZeLh(MT1r>`C8gWYA?9}S&JMz=dZM@%_Ut$GarKOyuX+9@rDr>-M!HDnx~N9p
z2>-9J^cLgTF73}_`oTd!afk7Er}95@%)>UT6MFwOmi9;b_$K^kEoQyK48!Uar{?JY
zK}u);tHS(mQhH)|^1rJvPoK<xx*9saocO!Ke0KWzpB3ispHBbs(yaqA0qOteRQm7V
z{J-R-ZT`(m;}DAfyO*Xzd+DzK=A}(h|M1eXkst+`zrD2Q$lqSN_`iASfAp6PCd9yx
zFcLa@wAJMUr*e6-CJ@-w+f!Yi<-7n*S(8wtw*X*$LdHwqoodm$L?Ls>n44F|2RKpS
zf?eX;<*5Femzs>LxywKoa!d*X_@8_K-Cvd}xZVMiaXRLZ^Xgw5J-h$aE;ZMN?k|U~
zLg$j&K@;ncH_#j0ri-6#wHNPGb0|so&b^4>+Tiu$$H*P(A#{J)Dz^mwmin8qm>~c#
z>{D$vhVCybF5?pKR2USS0j-yli0Q<YX=JwL9~Q(tm{Bs3;p#Kg{Ez;!Vt!<u-J*WD
zMz}D(&w+x{oKKL<_pKlZ5RfdR4$@;vHMAEaa@3JNpe6M%%Pu!;^s6n)03Y3|Yx_J@
zAt1%BV4ktqer2Rt1aYoCDQ2^J2q2z=H6ewy4Ouly{NoSyO~OFzj>7B2kA~ABPME_L
z{!m&BGcU7`jHDpgBRtb+tAh2)tWUM)bq($3=l^woS>jSui<1^fT>D6{8U&PAOHYfg
z9bF{>IdTvR=LG$F*g7NomO#)^`;C4(L}u_+=fpp&%NE4zhHvL;blK;o9YKh1QzUBr
z7h1yDR1`1!sHZs)y;#Xa@NVpnCI~ZZ7S1^o#;976%X2?4Kn$A900?`iMKx^U-;!jj
zV$ej@s!SU!Vk4tm1Wljde~Vi_x?m@_?*7w!zDQ<PkOMqO%+ujj%#(TOYmRu%C>T{q
zXDb*utK1AH7J0Db8~2n9!Z^1iQ;w2xmwAW;7|!Vz!e3KSSIWpgAbxqj4)u9MX$N>&
zAuKz?XtyaKcJGhq4#bH{4$=CS{LC0f-H9N0J1^4H{{z;W??=#h^)wO3V!Vtofs8Qi
zBTO#bN_Y__zId`~qvOxRLbG%mnMSU4(<s6q?!BAZyH_HI)@qIEAB$h(eZGdomm`nD
zfzR`91|RE(tQ0dm7P_`%qwV|bFYECP?MZM&Wi{#@91fW@?(UVl87jWrK4Sy8`QWrY
znfv`7{MfkWQ?A#k8j$suDS$JVpcv2A{)PbyGTGdcj$l%PzESlBSn_?Nu808Tqw8(3
z9Ip_(N35<f9{jC*$?-P8hEhb~gbe;mz7tx%A7ld!eiHRgoYMCfpT|UrJu!%7<)SP2
z<J@)`Stw;OWA7g&kI*a2w(2?taP&+qVn_00M>_+liC^>%C=jp_V`FQ>UM!EXW^kyo
zCaNZ-h{2fvtiD=FuWZWUQ;wyA`v0Ss9{*>5nbClilvwrCP)3F>3A29-dbSdOrtwck
zO?f9G?FetBss<Hyhn5K)_nK_}a3*!zGu89CPfQ)ID%>vX`DQIcx$Hn@o_YGIEaK0M
zqg2NR8BT=u8AJIKS=azHq#&&+!Qk=);<Wz&k@oCj@WHCNMpQISe(x8)YZ~TS3B)no
zEi39qDM<R4;+S1plXcyXvG9BwPc;9sNCsd+3uwMMYvMuj5de}erXOJiJ0K@O&&2xx
zpHJA|D+{=dRK)4mLXUzXh(vp7n2fdzOqRHrAX-(We?hC$m!!dRm`z<Pp`dENs?Je?
zql7}EMm@7&d8$gd>&G-XinfrC)j@pv2hOwh)}rgAbMC{y+2C^lvfq~qJb-hYaO|ZL
zsK%)*g*a}kv~SsHr<`%7)x3nIZh642Bb{_moLp2^MHGQNr)I%IcKeq~{z@keH7}i_
z>o?UQKb;WGT^b&wB(?3zb=tFMOMd9+^4F;bsgLn`4c}T{8spU%^d}$yY0C}x*^c}R
z6UH6gLgf^9_mQS&&Z}>amn)i2In@4$C+MMkt0K8vH6J7zO0lgJtW8ykP~&Kh<t!E+
zH(c6P*BjNJ`=F2JW}u{I99{ga;h_f9WYJhFq0g_J`mRP<DafR^c<J@?uWptY!Hc@M
zxz)o$*ogFc(=uT)C?KcbXVl1O(p<ka|ER&?Nxj+Yu(lG|oxAgV_r|A!?>(nQ^-34c
zo14e_q+x!wYDOPT`UzM12B%*a&j6QP%oj1_>>9OzxREDit+kgSEV_IqW*47`-s0V}
z8$Nin7ZX8Nw(sU<!c(WU?i?`KX2;`hLx)2!XfVW7#iQw0XDxO0z2J_?8Q0uXmmFqT
zJD=@-uX{0mFzuZ~Ry=*J-=T(B;P!2($v%}|@3v(Y5$lbqadG?TtleuI*kPD*rrzed
zrtfQ{#sw8fqWq=d2@<VEKSmc{{JlioA=dw+hdZ+Cd^duSVs>!uGhar7{wHI>cFi#K
zr;@RDZ`qrP3IdEWAdcyamE6hH5$(iuwKLT}tEBn*&f)I^Ed!Yi`-?C>6?Um@SS7VJ
z5T(=@b0x*DjtDm*k3D0(OpZ8GJBRwWTgoG+%dJ>Cn)#*cv@i>2e8rcGBvMXV-xum#
zx#w=cdfSckl9S?d$jT|WqB5U6I+Y2&9lT*uC=0%F8EkpG&8_K<ld!!-0S;)HtZHn%
zzi=|sn*8y;3g0FDGv|B){lP9dm%J&Nrh)Nl!9?saSNut^^)KV!`{D^--ip!8*s@S|
z(>>vhAo*?c9BMQs-`*a@WbFB7Kyq(4tfk}wdtA?T+ZJ8%E!%?Gnjg4G&VuHrw?v8)
zrNGx6=*Z=m8vaSx?2q@B)G;zlzvmb{-p)1^yG=_Jny}XkUiJt_$LsC+w7x8Qa*e(-
zO;@!M)X|^zek?Yg&+RrZE&9P$=u>+3rLza7`Ncl-8*{wWfFIgheaX)yHyEDi+K}~*
zD81uL$=BGXi50Ie*><i~F~P01k=U%)ltvqJ2P38Yx#%Z7jR(Ir%~wT+TVg{FjqZ0N
z+@+t5@Q>YXe(1Fim3VROHN%Zwd6M>@_8uK@g?7B?x#^-Q+dDA7+Y8(@QAq9G7t6+8
z$5de~C%_Oz!pI4ov;JT9(s6ll37v6CYjG*JacSi78KUu7hVeN8@p*ai1)cGQYw^W-
zp=eM|z)yg48!zRBzv_wC2EZvT!AdW|LN}M&5ICy@_+^d>Vp=$*XiZIkm3{;3Bgg7N
zt7-D2CgsGAxI{iH`~nm#sR=f73QI*K^{yrMbz=4BC6^+TCQb<xZ<6O=$uq1e3y#U_
z<XCI0SgWUrn~r$nYspNdSP3^tGlr>q%Bk~)N$Z_h=W!{&$+0q;l2>n1Zf+m8-Xwp`
zOFM{5J1|U5@l5Gs#Uf-&e}PK9QclANBwnRW`7)M{Q=2wBmi~Yuorn$Vw`e-45zb0l
z`lIG_I<}PWWB2KMuoPU1jHLgMwfk^t>R}gspGF|mP^A-k5fJH}&^tzHQq+L-CL$_T
z=^c#p4$_+tklv*C5(T6~M0!y~QJV4Qx8J?r*=NqVXV0Cv|3GFXv(_Y8>+^gcL?XZ{
znQ`=$k}#|hn=EQY%XXe<hkq^On(~V*MUN#h1(#ydmXcGL%*>KXVMjI14AtICV8*5z
zTBZEX#Nc<yy2#QTtX}8hlFSz2D{!cNNLs=%i9LciMg&Fgy}kiUda9oyx0tF7OUvzn
zDOD!BX2CxnC&m_%#UB%8D49JVWBQDQ8Icr+$Ot%pEghR-H=2<H$jlwh$~jL7w}NjF
z4YoIs9!nOBA*1)sjK`+M2}9QxG9REa^!>A*>!;YmGILzh^UgEESh9C|$lxdlEzyM^
z1GEdtQrfaBv&a(sq286bNm;2a{#jC4S)Jz@ON3Ea9u}5|qQFaJ>H~l@0HCfnL<b3B
z_6F*pA(g_=iL7joSRio^(?|WRPgZ%&EQz~k8993ec|BQ$EUEg(0GVSj+#5(l*f0a4
zi_X_YLMmf{#GUbR7&1F_E;Esv0TNTJaz5>)wX(pL7xVJqg)5`5_pnz^*nggV(87V@
z<iPE7h%`BH-ycZa7XJ|QMmjFdo`}nc@*4#_mCxeIF5$?^S=!4JyvVpkp1-;aQ6MsG
z3|I+Yq>TdKFes+D0HCcQ#J;OG60#o)gyR8^E6EroN*Gbl@>q<|e(sq|3Og)ec{ESx
zq6B;qYZd^OMVE#JfC<)PrE<u8S`>sDP)36;OHwR=!!xv(%Hog(^P^-_S!9SROcDYn
zTvc8eP;_T0)&l<z<5I+eW#JWyC@?1yT$v5FxhUFV0m`7jb_Ni}kYa5>#sd_PMxxTQ
zoy-nZkPwpj!zD92J0t!WBgk5a%PtaJD$gRLEGGvM!86fLi^qY4kznZ%aHuudQn6aW
z8>}6Y+sgW;oxDZ`0K}YE)1!z;4d@(_G3K8+PF_T|R}*ki1GvmX`p5QS-x8P8lN|tM
z3*QPMYM1xHm8=!`iz0>`u$?uS3JFm`LKu##(Q&{Bs5*Ozl3xaS6??hd<cS1UEZ~3u
zn^lbMl>o6~fMsLEFlUtz2D{W=wM<?cVo+--QZ1ehrXrp{IrS=-#yABa+#7nT2&9*2
zcpD3xjBOCUOq?2P0A4m=DyT__iDbmP2RR_&9w2+jJMNHoR2^6$K&=cGEDvvNXfI{H
z1nj_whXO#NAg8XmC?(*p?3&DgG&>2Xq;UD92+W!dTTC81g$7`%fyvcCQf~l>HvoYF
z5m97yHi*0MA9_th*RlYRCtJOG2Ur^e@eRz^0ziILwNN3UXm8*(iC3%!sSnYur!fUQ
zm91jSuzWl$4?v#R(-ap&1tm&pL|cwh8ygmw#@5V-YO5xYg9;9SZ#tUG$!jgF>t($2
zHw+;}(n^bjvIP*&+orP7>}z9Wo{Q-m{#jE7odef91<A<=3@JV@#;o*oLQnueCy*7;
z_JOU7$Zd&nRN)X%az|BZ4v69sD1<4k7HQE&Lmshp?<|6ektj8IjW&4`uMLpN8~V*E
zHNd}84%T@V`2P3!`viGvfNei$qLUN@B+5l1Y34cZ=kW%x;(CZuS_shV!Pc&d1S`N>
zm^%wU=j0>ty^P*KT6j&fJJ2p9vl90H0UY`Oo#V4lW)e{J+r6_dzBA%(zsJf@sv!Uh
z7~q40QsO~e$YIy`cN?tjVHaHtf%ya-_!|`fBtp5)0ZD9grwiBuzb&T6z*3~n6CAGk
z`jt8dl{yn`Vn}gAxf4Sgo&5rs9&R)!c^SwGZ|9Z($r2x4UKYs~V#5?$Y^}jsXh@{(
z;Eq)tH6Fl(%YBF;>#oW~pC_kyjGkA&?>lJtV;Cca8=X2FB_?i3B!;<>!>q_2x$!Z&
zT&yexY{Xu{U;}2Mgs7n)`i3J6$U1sF0FCZrLILdn6LFQfU;N(i8gyQ`zfYqiFGTc*
z-zAx5$9Z@(D~W=5;UEqqh?JvCF99r%!3JM}A6*t5owp<L01Ng$2JASs1Tb>BI1UEI
z?R8}84_(=g3aJn}36wE+aTB0F9|6iB-X7pb<r$TPF@8WV*}+&%Ky5>Nu>uO*d<9m+
zeP94IF~gy3#z0RP^Z}ye#^_+B!YhYE*m>?pi>{9$3slo65^<`Tydc0hTaP5ir1lDs
z2hhufnSrkk<K4@`J%H52VmuDO)YI6JkQR_fMx3}o19GDDv;Bl&XSowXtJCAkF)MJY
z`&6G~ls`d^M<=e&@MD1p36NUN82k`N9uMBUC~6e_&}cM86u~dufyNzE92^;F+>*3w
z)1=khUC+6znz_i4Idd#1iK+*4ZvdkNN)rQdp~3Ddpp7`}YHk%VAzYjT*1`eU;tTr;
zR#QxXviPOUMAw42V-lQy!(?nz#N_n3=vq_WLX->jfI119stq$f#DBc@%@Z`2+q|)l
z8=kCEH|#cIU(zy$pxl8z#vRv=iSKHa-2f`&J}tdSmgBu}afy#vjY)XBJiW5!?eSTf
zqvu!*lpg#K*RGCRk@GIC&IT(V7pbAkki;UtH&EUH0_d)QOs(4Yym>90HxQQ=wOm8x
zHK%H__D2~Tug7kRz<mtrmoozJp%x$5fKH6p6*)G{FS;B>mQ;|lYH-NS`>TxJ&?DmP
z06I5iDfh0zP%>cC#cMg9nQDJ^6vNS@yS4^Jf&`D(xQ~H|<27B;S^}}bUD*!iy<g8-
zT~B7c>Ll_7Z2)|0{LiqFJ*p`IP=Xa+b`f85%Z*96_gSC1d4dhZkLqGU?eI$wCo2Zv
z?BfcU4K@6v3LK(-3|8$KmsG8LO9ef(u44p1Ppq~-_-&_o?QM&F_9RR^$N@qM`wzwT
z1q-_*gF)0(y)URMR@tW_R=}mJfDU%x^eR9*5O@?c%YbZR9!uvO#rMZ=@6>M7QR6^)
z{faf4B)LF-ZxHF*#k!z@x|K<zgbg)JW4O_*DjuwbDO*_syfrT2pqL;IPN5~BbqYDk
zN!tYy-|1iOxvL)LUNwPo`#*XB#_sR*<h`r5-LTy!;MN1HBa9%W_wuQc#WdItItPHC
z0kibSgXpWl?6{^}Jd9!e2g9T9?)NvRDVuYYcBVVt9(Pp*dF^9a8?}r_ki_i15d_Uz
zywd%KF=RG?YADY8hqe_=b^S-0#IHt)w4@j+=5M1pl*3XK&C78=zo~$h-S%H3?W^A-
z67VUld->=92o<1Jmx{Qx0KYep9tX>+*ds&V`1O$HR~nXFLpAmT;-{DDyJR*H8=#pL
z@H^Xcz3l6-0^k(82H18jBbh#eqw1dD!^_cRt*?@$;LaM<e&wKG$mtlD_0b0%oltle
z+6Lf5^ZUmdcG`<r!Ur1{fHmNaipV7(VY*_4`b^go_>u}5UT}a$LgTW?649`CYQIte
zgqG=;l)n=x?&mDtlf*fsW6yPJF^C@J#g^d+aQX=CHV+4^E|>tVjQ(&NcK}}Np?M9{
zDDNo7VCeX*KmXsnwDrJ$c<JjD%m_3(97@F^S%`ehQ=XWs_!y6+H5*28D7*jwPaZ~7
zv#JJN?S3!porN+9p)%3E8YB`AI+JNLg(g_E)0y(M@49lASm8~&BiSs!+WzCE6XO#N
z47(w+6E!Rv5Mw%d!(93A^c7S^8c!Hx;%0?0q<6{{u_&iLr-@AA5CTvW3TBbCqmxmr
zwh-gjqqy0t7;X8>W2wn=eTYgjd#sz3x+hhi2&40&!nc27@9yH*6(ZPGSnWjMT&cWp
zSAg9+3sP!iv;c?BRpw1H?k2CUbh=9KZJ+niTn`9A7xbpT9EE?>#q@Ja$DHB80|wa7
zP<F4oNfq01Mcicjxfh`#JTa|3pegpkkc4jr*NZhJhmdtLMzaq+ncVj^Z)!7II=n8v
zyck1*Gs)q064|Oq^&WZ;)FA{CZe82PUZqr}$jf(F8_HSLP^cs&ig-&YDIg?93Aa+B
zpciX$ILKl8kN&b};LZ2xZZ)^VX;DJz5pc-thaRrjBElPmk_tAuJ}#_O(KKhH8y$#D
zk2f_;qFY`%f%e8?!v|VpcBwo1f~Aeck`E;TWt3VYcz$}lGj}izNb3-4O2O`Sb34Kp
zC(M<UJ4VLC324;UcsGXApqK#gCK$1ANv0TzXF28?ywa9kym`7`9de}+@=Rbr=Ll9$
z^8#Yf%kJm5FT{BvT|`>acl23r0^wcQU^6OITz%t(r|(^(O~yfP$8Upj>u1kwgl9mx
zt7a0kMsPbYLHW36$(@EW4qD`U94f?_?K2nclXm#7gYOlBYHVWUxazuHG=G+ZopZhA
zgEUJgtJ+jbztP2vD-LdJTKF$O<R&#yMRA%FINUb&qh6fqsj+!~426!M+JU@^(#4t-
z?bgK(0rNeqTj?#t{<5JzFMgfU;-W4BE-UnAG91i+o8@}s=SRvNR(Kh$@-ovygD0Rz
zd=x4&<Iz$1zB+))u3r3#PR8l+wEHmE%d2ja!6}AqN&|^jbnfyqwy$RX5j6_s5iW61
zp14db5xHAj07*gXhe|kjIfuK9c%`D_$n%|h>({8Tl|F=t+V7BvTky{i_Q#T^f;df@
zJ}<89k2c@Nq-zf!&F37}C`ry%bh!=A={;n+5vZ&7=V84Sw@1!>R=;rOWd@H3I`|MQ
za_X^Pt3rD)oNh2bS+SdiJJ4*=$b!%g=9HXG3UUiUvobwbJvGOLiLnkdC=Mo@blvd$
zc?szA+u&{4yG10Uz0?sAa$J}x(f~~ZGm(cZiD`DB5j_1Yd}loz8t|ZZh+&dQd9919
zDFKcZB$?`NC~ZOyWax`NA=|l-u%#a$4bV7E-;|!yAC%0nyElu&Yf2{HpmIe(NMc)c
zWIqb<>$0;QCyj(Qwh0qQQjrX&JF@JeyEos^=T#q;Db4}8MP3%iff-_IVYXX=4$2St
zrd_&aEj}hc6{aU{YaDLOLPLf$)lps{DY^bVNM##y#69hBpR{odsWM&r-REi5#87GS
zfFtWKRQH1I$Bg%Uqrr*<IB&MlcMle%4gFEHZtnLFX66iirncI8a~!UZ^s>mGHDuMY
zsG>nGBU>!LC8pFXXft=ToOQ+=0G}b-5Pt6svXdCB`_rVGhU#e;ALLCSlVlX#QVvV|
z7sVrwAxeD0rZ{6esY+(u<GlzME#4EJ?Ac8p0li+k?Q`{9$YAQ_j77e+9@v8Jq+pRR
zOq2^96((?;{$&NsIwU-G4|KaoE=}lC5tU+OK8prl;2-;bQV?;gwr47KqKSDXC^qF5
z_3~Yaku&+sy?r~HPzgbkrhrk(K0bk$mAiIp`i05?sTFarP4j-TOzyp&Ezt2{rM-ZJ
zdKqY6C(RSlJXIu^7<kRqWpuuRNy9~CN<AT0EC+VV*~9Ec^{*}|3r+Rn1~n`MEo_4T
z_x22~f0gf{G+RB8KkbQDSN>U7&c88kA2xyd^E2<8X!Vq;;vj}R^zGcu67E1`y^`bO
zM?NZi<`^ev_5NJd@SG;1J=A);>={Xx#>|5OMFb-26smx{OZ|dJaO4;*l+5q?bl|km
z=e#ohK|)9&JIeOMes9+|G3O^+HocS=#8uVm_j_g0?;C?dkP`#Ex9f7o_L>;uyH3?*
z*|06`CfbFpf!|zsDIYwZnD6VFp*SYTR<iQfLrOG^p8gQR4_|$+m>ECH3qs1Z@1<um
zAIvxkD1Ro%0eGsf4SoN#wg3!eF{)9l@(T4rS#aOFT`(!U>cFp=$DC~Vv_9_py0X$k
zRkOCS=(}D?O%pPnnRt(rFA~|Q(V1|t>%gQEN{^z(0n&2f($_UX`5C$L!FqA*(QZF?
zSgWIIwFkS|f;Y7A=>jXPLXZpo__eXQeNm0osIHxecOqg<BhJvmN97~iVdtL6a_e-#
z)I1yMkt1MBR9Bta5yKYmR0fe4?Nkw2H>xr=;(}3UZ~tWTo=jj1Uz&gYG2R$TA!Z+q
zHk1FTkMYF1<*Unvd@z&r8oXTAP^7Ze9pi*lT|rfLmzLYN!BW4j+<gqm*`%<sFa!Kn
zHX#x>t5j9HoZYY1l<cb~9rDbSlR?wUQfh4B(|yP8Kc1?7%QIU#t(lUUz+18(Aj8k(
zIK$}>jwxp&Dg5{R9;&SAS$=!e!g<EFBH<&)9L5IIJ<n)VC&3DsX8m4fFETftHB)pB
z(7OFy`cKxNVR@1WV!nw@OO^OLS$#!Vw>@skIE5zLI6vo-1!K|WhU7V)GlBKtj1<@M
zZ;?&u!Y^?8s=vYoR}W9l-$C<RwQ{*Bg;eP6Fm)ZfY!!@>@ElQnu1(@3o6um@^*(qK
zAiADDc+=CR|HE|m*>8t0*WP*tEG>O~wk4YL)w`Ph$%*PB{ck2=^@_56x4ekH4#FF%
zGP&SImiHG+MD6_1_;B-wpT@YH?wa<8tL<9}HUb@)*})opv>2q{Ou^b&%&nk0tM@@|
zS8c}8udg=qNPox8T)kRzG+2B7%BF*=p`~0i>^se^6WLkr??d)4E^fjo!_~*%8)tNd
zR=HoAN=BRHTtg3HPQq(=)5tE@Q;s#eH?FH~_J@0--a~TZJu*W-t0xF1%R3cyfwJ1Q
z12f-@$VbNtFoj`uAHzFuRx<ZBDu;kKG?jm7cFPJuAZ9&G(y@;LQMY)cGTl4qFJgz>
zL~mQm_|wxtA2XMoiNC1Iv`{C<XJeH0dKt8OW$#8ke$p!lfq7zpbQQ1rDhNzpXt`T1
zX~|34I@rjQK^j1jys00`FT%r5Z2IV>--9FiWUpe>s$XCEi_zwYLFzTR{maw>5+*Ne
z&BHL$ISG<A(wkE66(t5VYrum~`n4xwJOEMf5n2xJhQbB$q9yfhcv$p#FUUrUfmieW
z50yD}bxo~){zmZD!vV7(G7k*U<+dCLx0I8cfa-p+_-uc0pBk7=;}09F09%+cQcDrp
ze^MN-hE_M%8j1-~Z@kGVIl}_DtN@*79kdV7*<eO5G)y9zrVa*~S;I6LhGYxFAJ>2t
zE5ZeghJ0-YS#T8*p>na+{o4KN%QKoQ{qL`A>Vr1LAYW7-a}PcyK=gcSz)JEuPtCNM
z`7+^t+RcyUc%(`}w<#~)byb1;ZcL~iRcBr;w;&{jeIR<?31DAoJ%@oPW>J~utbvB2
zLGT;3R=dXS5qaa;uAt41(yAoH2>1!*h))7oF(zC|XymnnmIo?qG^NeYMxQ;m0~eam
zdD&;HEF#LI$#pguk`SIxIpRoW@Ww-vIikDYMNjBN=(Zxpv}ovHBb4`&H~NE0^8WkL
zUF|i^IBqh%f<^;HxPGmzmM1D~*N~b0wybtXZ`+fc?7*?|h_Qqfm0b4W>VdJLgmBYY
zLml7lFTE^|*A01<8Yr%K<FzKTR=Ts<K{cHQ1-=v26XS%@2n|oafm?3F&0xCL6#9JO
zaf*p<i2=21<i@SOaom~VGmxq3RHHdx&2A4}tK6=NWiIfWVdvz`X%EAr{^8=2Nj${l
zE#Fiv1j^buVY-(!kxK8D+b*zRwA`s1L{WD&{vL5=e9&p2K&CG^VL~Epq7O;trk7}+
z5iA?%iXI*Kkvg^NFg=qR4ti>&fEYOs(qL{(A9O2g0mogL88jVEP)v0EoltX8sz;ES
zoGDMvnxRg=jKd}0<vr%Sos0_j$xCdH0`f-rp2R61qt2vp@*&d@s@o(Hy`oyo(l!YU
zr8x7Ox2|m|t8I1y6T^QI|MF-<&nG@?Nlo4EC9rH2b{QP9li!2yu5?n)w$fkc;L8gK
zmELC4#=Q;tI2Yavc-$e{*n7or%fC@)IaOc6!4Qxp`itH4X7DYAo+&9~HBT(4)rOL7
zrIursxc7aGE7w#}<rer$r^KA;%``Lksp-%cLt*12eZJX=m0L}zrbQzI@qBlF4zwsp
zn6qlnfd)SqICe=VcGR!b(l^L|Uzs51xN}?ORx=$)FKzaIshNdLhoQ=C1Ik-+RCkCU
zi4OnA=B2s&Pd}NHd>UN7y|DS(K22BtX!h3J0Oi1(V%IQ}^+z*CQ%8vz7vna=Qst5a
z^S;eq|4wZis(!DdPhyTBXE7W<v!$SnWh!C$11v&MI;BOEk?!!}n3`LdgNo5LMo{39
zxy$N&suXFraw!-8&1Wi--x=<BI*!M!+%4xbXRWY|>auji%}4XgJ;}6a`SN-}+Cu*5
z7E=>y8q$|J@IHPP$W3N-bI?-%DRFg4tB26o=H11X6jbQo$3I3Ej)S;B+q?RM^Lb*Z
z<WsAX@ZN&kl-lnGU~_^Ary8D#R!L2IR5g|r!PW{3i#~bQ4>ac&B5<06pE!SN_{mJi
z&1zvuG;?KaoL8-UjBQeRNzunb8iPyYN`|7R*2|Q0iHY;^l#Au}K*Pj+6GzLcUksO0
z&7W<l%c~f!T%YbQO~D@B<rZ50Fu6>~&s(__-g~#{V~v>Yt*sT&G@Ckevn+?OJdV}j
zVB1QSdp;=(MlyzSGS+H$;Fp>!ZGY4UgAH=UmIEi3`6X6YS0$MTrW<OsG)w2&l$NGW
zSCaDXQTp1hkUUVp-P<K;8l#$?qgwc+V)1!vh46Fb*4x!@GRx&+&_@1sig0z#vkJeU
z<zoJ|+CS^R|CoIsSqBYSc6Y7cT85%W%#IyKe?GOeZkn4)xCeZZS>JT;oMRpGsUhYm
z$hl$Qnfdy*-Z-b0_3yb)s5Gl@GI-F7`_%b$vw1vyE4_ze(^GGCDVpcbJndG*pretW
zw?9G!k=1cc@_!>&0TvrJsir%Agq7_-Yy1f4C6)bb)e<SS9pjumALkl-GoIqB-LX0J
zXY~ff4}6i#Y`l!^d?~suadpaU?cDS8HSsSq$!m+gHqV>v9L()Ej5kz2g-Q(FgVa8x
zVB6s7?%bZWm5s6j5H>{TfSlA{Zi;W7OGdvRTydYXR@Sn2kJ!8wX{Gl`6U5~3pm4)r
zsFK^lAT$jxbN_ZLRpqZHwHw{q`d>d&={PDup+Akkyggm7D#nXHd%#4s^~MFH{=!yq
zYAc6z!@cVx?bKQ=;}&_OqgB$(w){5Jww=L!r|VGY0o9ty3;l(+!+cKbPwvCF#L)Kv
z>la5(+aIF@$nHMya-{!dc8l=BN^NQ<_)|Zd1m1(`i|LD<Cw-gFpR8SK&8@a~>^Sd7
z4Rr|sTsXZz&!+AnI9+_*oV075+3r8EcG_qa+fl2!_W-bd<_HqlB?;|zc@U-^n~P%o
z>hL*uD}mpcJ6OL=*-4P>p+L{pwoerKby8<NwE3rLi*$U)!K{3fQ}EPhbhFN#PusSr
z?Hv1D4?mJ8Jy20RdT-0&aCHN5@3yO#i~W>y;C;rGr=a`tuHbE_*$c?RG1wVJTDXmO
z`n8|<)xqJdYnj)k_zOyhZPzrYfIBMk4i@Ut6XqiH<uMA{n5*js*|r|siFmQ)MsVqe
zJjlBbvSEsvDIzfwA|Y7sMv(|@O8wg3-rUX6+0V$sTXj1%b&7|0*<F_xGewb@;UG`o
z`vzXFolMR_P<&3AlR&=f<%|;q2c78?c1K3i`#X0$+sphajx73mtJ%xfgntCHDF6U2
z>4=%#-CNVyU6*yoP`mqdZ_fu)Zh3+r$Pf>-`0@Qcp9QGknVX8v5}mAjVEW#E((?SE
zD;yaj>LPxg|7d8a-`)HX;r`L6tlf`VFX%k*x6W5k!6PCBzWC*Mi`Y1_d{n~p^|_-P
zv9$C18R%T{nBqqCnu+JwuUa~&>nDM)B+k;mUw|YDUW^%JRKt&;<%jc0-%p~Jr$iq^
zdZNw^9&<b(Ja)u=%Org9^gqTzzr(*7{r=^}V0jWd;?kdZEJS?JQs-LwB7rCR5#RI)
zQGu(4oFqbj96H@*{`Sbed5A~Qo5Ju!>LnTHbDxqw4pVcF2sN&f@3Bh5KNu~4AR?ax
zyZI1Qzlp!3{9XG*>Bi4Elp}WS+mG&_WnXWpbN$q>i+P{uq5H~bZu{6$_B%VT@2%-4
zmq|`?8Q#J#Els`=hbG8|#6LHRF36O9hqkEc%{Q2ppGGrpWIx#wc=b50<XCd}CYt7%
z<~Q|+(@*aU+Ns_+q5u2zwKw!9ee~*!os0afzb0;;wA;gafZrCs9IwSb?g{f4fvOcA
zJU96v8+9U2s4JQ;11dU;yM~03+$HjBGN)-W7b3sjEj_ROIbViTtNYEa_w1aN)b$^M
zO=^bSz4ele#1G2PMS2~bq<!tlJat~6+S7A7Qc=MEqY9`N5+aTd6GQu_mqUsA+86aT
z8cr&n2@QQ8_WZr~qgRJ_-v5l!75fb*RXa|8gp6=QT|5FrFUXVnW=6Tj_@_Vj&n$@Y
z$&3=ify8z}&fZbiE6$IdPP~7Mk9K#swb=i@AhxKZ?xMrpklJw}7n$pzx9b;gzlC|=
zpYgxiQ6qeV{sufzd;91ZbOQ~RWd_KeMa50W)V#kG$DfP7`t5n{PY{0&!Tx%`0q$1|
zA`ojsLJNWaIBdOWr}9UF-am;-j(uH3R_LnlCG?ZrpOl#A972Kc8*$gJUA>`!z;Iw6
zvdcxaSi2TiwO>y^M{C$TKVEtM$P-D}X#6%2?x06Q*s**sZFybiI&u9|@WFHSf(LMT
z>*H^?v~6gzzYD%JXMgtd*57cCgJ02q&ocg=m;b$J`FlD1_iFy{pPj#i-+%v-#`u6p
z=|o+Q5q%Nl*Cai5kGTh8=mhW7xP0dsN??`qIo$ouJA&cSO%`=M;Tua8v25_zJK>+m
zlyv@B<N8BjDp&FO$>H7)L0q9mG@Y2+Poa+`1{so``#*(eEAEuvdFys6@~OtU#pg(A
z|MdC-)_yoy%>9?>Qlr~^gXh67v6WVzosVzbe~Yhm2K+ubI{1A9-xEekFYa+Bu`v*L
zP0H)=?D2ZY{}j~*-V~u!5+Rclrd5;t-_qJ*Pt;WZBdsm}OhM64{^ldq|Ez2K-?;Na
z#OmcgT3pXx%HbtZi);R;7H89vWzqguU0aa<KdHD7pFX#g2~msxi;7F#FjrHt`zNi<
zsjnk$@qesq{~y!ZY<ErRjC46YbctG=g{Z~<No)V3#o2vOJf8oh#UHB+`|C-)(ELY>
z2mPbPnIAb2wYZS6(ZB23c3Lj3=1>1k#nI>>Yb&?^MT^({qs5)VIR2xqeJ$uUvn^4J
zhY1<S$=ii;yG8K$g>!q<DEZY%KPXiG2aKoRm(95=nqdAPTHK8_!U^%pfj`+^C=D(B
zUtnCd@G*P%1CtUXtv7e{icyy3y7txTkKS4QTaMcn+Ww1;6aDyqm*Wx9)bTO@mD!GE
zdX>uXugrFC6K6&h%fI}1bLq8~R{DzOYtaqYU%wM*`)_i5s*SC$o#8_}`{29(n;ail
z=Kr@G&ug*yU*)*P|0u^To`pPl^8YT!^N4c%m21=gCdUi^n;hS1#xGY4ca8n;jqS;u
zkN=Y6JO3@S{Vz8DzOg^*8Rq{J8z&<1`TrlH+PqEwj%q)nq_g-p5_izm{@hwdIb8qm
zsJ4Ryb<N^C7ytV?l8!)`P*VV;Le>iyB63gzy!W3`ZTpAgg<_@vt54=&1IM`bPBROX
zzTojvyl~`v7q2q^+nwn`t}<|;BZoZT)%<NRz-u+t?LbG4<KD&3PftT(4HT&Kd!_)#
zdAo<%k*<pFv5SlC4PMV%w*k*u?nlcso*sOvKZUAdfMB;+AmQO0wTj=@&^?d?*hod*
z3oz?-qtL^exJwi}|C-G+QRUZPK)y^8(_ovN2|%AJbvcA2?m0^Ox$!XZuh#i9W>e52
zT@S-sVNyUeFiObYY}V+uN#O3HBf^3|UFNet<h3S=tI!?4bx)E}z2X;A>9QNIkY7uv
z0Y8m*S>-*27iKZq*_IsYGke;rzTapeJu*;jSZccZv%M{&VmsH#2<y(Lg|F-*v*zP(
zQEwK@=uejNsauQUvK3!OlI|!5Jo~j(5K>h#7&TAUgOoQ9s-Ttyu9QwCJfc$6enS}o
zHYrMB++1bIa-u~t`VOX%q*;@pg=D=M(}kUKlj(Q=XCz*I*f1e`P}8u7>J0&y<DSFw
zDIjQ1ZM?@m=L0LU<F|V2SjDfpA53hHH0B%iKUhZw2O78Ts8TF}RAr;!@*os&s+sal
z_Eym8hv=0%rvYYDpxP4(tnL|k$s>)uwrWfd$(%NeJY*-0r0<u#+|q;1LMN0W=%?W8
zL9465@^KK0Fdd_Ki|EIZjn8-CcdFGLZcc(1JskVEi%Cq}x>a(u{h(I7Z>eZZpTi%4
zj}(0M%_tn6>gihQ@o5+q>_~&NSREb%1l{uRNXcu#t1=Yqo1YkfWQBvCpUzw;2s0L}
zsXvidOtZgqyGxs=<bGvA<TU2^(rng1w0@Y5mlQuuHazH$o>^0(T~UBpm%+z=9Hd^&
z>iqO(COP4OW|B#y`LpNh)Rw}i;Vtyq^Q2qp?<}`-9%e+o>eOV(i@ZkeyA*lt*;&&`
z`@GPdtsrf#kH_=kcz^T=SDEsUNloXYtuS}aD^rRRt`_71msapcezqjs;#W_Ocjv5*
zdGkv=Vu|pT{deP_D#pA>T%Frh%Gx<jBkg_37dr}+RWO7OFwMW|EEApus>|qoEsa9Z
zG?H5cJ?uT_fVdpapbwZ9(tI&TtP+&>sv319o=PCpp0=kzA3nphOV>Ok^zg!lWd%Yi
zJoz{%MnIHx+?w-zxMv3=pB0a#+c+gBq>-Im6d#I6j!B}$$Q*ho_?Wd#Zvq~6j3>8{
z-HFsPenYMZ)^FL6Nfwv<7XN}r&uig!xvBZ<XYTBJ4^<(<Vyq{a7^4!NYyXABOZWu!
zM-8k`k~25s2E!Wk^NC2j?qbtKD~pK4PYlZj^hG?0NE}p|CKI|vMB-!c4|fDwB8W&l
zHt$~dK!z9*iL3J(r8AiF53>tcCuh+)<r9(k6}hyrq;ayDRQ4SplA@U<oM`|7l?(}$
zx049>`Gn8y(koX?{6O)5IXtgBru^m$_2~zY{`~g@xQ;{^H>DlmOF=)`u0#wGi8K4M
zjH7ilvU(Goq``nmRFqbV`fcaC46IXrQ91?n(MexJX%JiC+&W`qI?{b5i7r|^7TILl
zLiV&0#)CX})Mv~W%oyeKB2DfQQ`^`uMr??-sJ%LcwJm)P>ch5d8*IuuIVD$0zT9k1
zfA0B^RQ~&8ZI!*zTY*H(4Iqg^#;Q|>GlAcbISOfViF{}l=r8has?hn}bNf}4SxFRL
zQ~&l7nXbHjsd(@nkGJ|v_L487ym_RkQ}0XxNTxzdM&u5-)U52qliaO@eKU9D-2KiO
zX3N2Si|=jI!C~e#_EbVvqXDSKs<}4+Z-Tq_y2yN@Ph%}Nhp@h3_Q!4lBQ`8i*v|Cv
z!hlG6y~-a~RHXH6vB@W)w4-gg-dL+AAJNdRLUrdw*b>g|Y2$BEF||K1)Ld<IlWVY;
z*6LD1Yu{Wm=N}g@s`~l0s?<{P$UU^P_1yv1=k>MTkq<L$%tlpz-!e=Se>#}8_~awL
zS9YP+yo=&~U|dFLCC4suJiww+!1oQYWiBaX{UQD<cX7*+5Z7kB<;5qt(ibGPFV2@A
z{H?NQ0+@V#m}M9b{#(gmcv>ds2%qxNXoAv2VIw-?%|G~@_LVbM_$wS*H_6VvX?XfA
zHcx&2tl@48Z_}fM(91iv6TYnjU9JR^*GlL&I-iEgw#($MP2el0LZG=vHO?vrtKU@5
zN5AlYlep7iE%NfLiI(wZtm^?~0&%;;v$Q&|2Zzh++m@}B%(dB%I!z0j&nLZq-NEb_
zZSL#HjMCiSQ92Krs|mC0yt;DsmznrXZFxQx$5|gJHMW)X>2y40+x@}!oCi{0G-hI&
zz9;(cn}Wg>XVu9Ye1~D?2Le{p^j;?}Vzx^&QBTKqn|w6WxHo7sm}_x*zirKfEW7Rm
zEI337XV26evcGKa!F^3`EFZ_at)DL~dpavMb<G`T%Z@!%se3yU@4hJ6{$cN{PmuZ;
zSyww-=?jh@rLT;?YzQ#*fGorv2=Uq9Tqyk8Z%Q<UH&w4zQ7bo|{*-DNzJ5S?eWibc
z`n#4s`@C=U<@`}uUHqWYA<MP&wb;R%IokK}oEcZT#oH}ouP08@%V)0L$k?g2OSBWF
zPi>;mm2TtsdcVLhcQs)0phM=q2kX2UqwG|D`E#R_@>fE=PfXgzzUSWakZK#1lxtOW
z_xh3ZCFt#4+23uS1MF|C%Pe%BilJ?+w;yr^&nP%H`$Q|6l`pGkU3Poq$rwJZ4ovTO
zNuyk7XtUOrbNb1h<8tcSOM92Y-e1r1zAcGy*pAPieaR#Ie5XcJSn+bEQVLOSX6kt{
z({H<7{i>;kRAs9n!0%0rrSx<lVeLTYoy|vareBX7gAV;4at;IY15w|NuK+9$z7;=c
zqspe4et+#MUusywP0nN2MlPJCq1?~<SzyxqZM3Yf1k=ON(g)ocPJc;!Jck}0J=Z^Z
zB1Z2Q${7*L+8WBf5XyNLieL`okq_g$8z$fvCX^W_(i$eZ5GH;WCczvoDIYF<H(b^)
zTs|{gu{B(IAzbw=9LXG^As?Z2H$ulRLN7DIpf$p1A;RP=;-BqQ@{wl5T~mIMcQYfc
zTO(~3BJZC?qM4)Y<)a+#MmhOKxnxGUwMKa?M0uS>c{4}*$VdC$jeh1A?UxxH&>9`I
z5dGpTI)phUOg<*!ZcLP44B>x9;%Bji%yC8XaV2--%KYLgGUKXR<7!4i4{_9QcNvfH
zRBJsHEg|G@ykT#=DO!3cI`LGyfcW}M`pyvYj6&FmU&2TQY^)+-q&5D%P(nX5{UMw@
z9SK{ANleElj4vdvw!*S;@oRYMnO(XR@1zt=;zDLpDmHOtH?b%r;kyudMGwU)B5~_3
z-5UffwI^vYGif(7@vHo+lL}ao#H$<(=5&|pEb|rD8;YIQq`$36goRg!@|f>239z=;
zq;0U%1uE)2+Cw}Q<7g7$E|H33hK0!4vM{1;Fws#$a)<XT?n+v|*d%_I*Za&E1{TaR
zSqhRRg;XJx%PNKGaY_mRCK#I{?3(<?<+b8sQU>m|CM-qMAM?v4l`fQeM-OVS_{tHG
zCUl-^&+^)6@l|>c%u*q>*gLHllV-gL{{n#B*N3Jcp^otMdkX1)D^i@S(sx=D-4!zL
z!jd0n!EGy3{H>rVD5zg-Qov}6Ky1njt8`a?jAvF>F*Yk#Atl-sek1`)E(EfACnckR
zJH&UNmBBQct#qD|0>d~cz+5Y{vV_TV+p@gRvks9kcp=1~2bwGa)W;-w6arsMz+S^)
zsR*be0&0(dCF8RJupB3=JVjR+l;E0^qfcIp&wJ!gT_6mk1prwKA$ovZwnCtO2xO-f
zcnzET8UVw!L4OJ7%_?Nk`RAon=Cv)RmxScBjZ$p5rW(P48X;gB3~)CKNaqdF3js2Q
z5Vd%&Jqn1y=KfTG+DkwmVv>@3pho&x3;J0{t$Ba-$?*#0`7Ft<c(8I0m>vL>$Oi7j
z5{uG>`VvqU3`7^3%LWJ1;?pn^&}1ys84KKHE)pQmR9;NV!RKAS$XnmbgJi$D4KKb)
zUaVXQk%t$v90TY>AQ~3{eJs!^4x%dob-?C3AfaxB#18`I;SFU*7MY9{G*-e^D~s+_
z73C}z)n}Fxh}>JnyCQmw80`h?9hWK}18616G+2SE*^ncD$fI^*Bs#;T5bBJ`W5YuE
z6sulVCgvbZOL65P2IQ7wad+V$9t21w1T2C9%Xt$$G)N8yzPVHpM-HSZgs6sqH3A^I
zAwU*%4RNa}Gn`2FYo5m?8i{0$EtUu_<(V6lz7VOX@S_xlS1Z9m!WhuaDv)qUwIaHj
z*vVGLSKlNDzK#RK0YE(rgc)9<3kSx>5}VOb7jK{&DlZkAJI9K-aE0C8FDE}JFU97R
z#!w1-gSg-z2E+O<*`UvgweQBj+;B+CQgsq}U7|tVP#n<F8+yE-%Nzo=6DGje;Mg&R
z@?AY_aaA5gHP*bHg2W(hgcv&R0b(zJ9H@E)RP~o^@J2wb9Hut53VbwH`ePpe$JOWp
zh)wsr)APD(-oRAhf>GBZ##pSJ4S6Y&++qA}AsGz`wwb>N=pG2-#{o%08i~4?I1=!s
z9qg9_QaP?y=&9~nsyL~Fz%dX_Z{m3ep~b)92mpFup*Gj6#?G7cD^sBqm~;d=Wp$Bb
zby0awmC`}%Cp4hs@|{{ovwJmB*8@mU_0Qs4M0&ug7%;Kq9TNvmS}OgiSOb?J-lK&O
zv+vjNfcTCk#-3NHJy3(}Hy8lSKRYQ)sX5=hS@9tDkZ}ATbQ}jP9|x{1137!zNxeaW
zJ-{c1EqZL#BA8lk4EP|RS{Gjtu2g4E0qO35-sph7vH@OQrcN%W`JSgP2sh{0H0K$T
z&yB}^DeQtE+n1Js9LRP&MepZ>=1q4Hmv;-+`X3&<F4A!nSRrBX=0O~|rxMcb4(y@;
z-l&FNjYCHRfzL0>eD$j`tJ`u9%FB=2$k^L6GN~!q2grJQ$h-k1h9H5EUI74zqz5R7
z0O^T>^a5K%;KT}ahnz&mVO6Of9*`IZLBfZS-gViEK%%Q=LIYhexv!DXTYH(ou_+(i
zoAYg&3j)bu39;&(!$BV1R7M~IA93OV30fHk*1Lh&kK46#YAqA0Z4Mi6?gNr@AxJck
zRsy1l2N0Y2OxVgqf8uqR`-nANML+9<`>=z1b2*CK&m%Kkejtc_Ts;UtY-5uEMnXJ5
z8~_m9wnIPyWL5(rB330-HP>>jYFx*CN{9v;IGs)GvqN2Si9-bi$>@yg(aaEq;Sy~B
zvz5u}m8z68P=oDMAZ2fJ!gvH_FFdG40So>dFsM)nHgvDH4glX19VMo+e<?x!#?|Do
z!W<F(7;I*OYd_g|f6dBden-DQWvnH7imq#zoyf+$0eli5zGEO43dD~G#vM*Ec2sx9
zK{Qc)x)=h48UfKf2H0Ezh*K`J>}8WSxTTd`d-Q9DthVZvHl@SK>MLAg1<9uJ2c5|t
ze)vd<5{L^A<n$ioMS-4QCthRIaZ4@MBBR%X!GA;{)YvA;JfJ<YfU&3UZqCf@*d*AW
zndd7rtD>`sdeoo1NwkA!8z$P9+yT7Ud0sTg<Os+!*~=ST-ML?XGY)*}_MW!qy^1w(
z_6k6QfIbz57P)4Bv|7Y<z@AUwJdSXxl(AnzsC+%=pL>E9Z2*CZ1KtNfKE#}FN5$uh
zmXPZZ2Di#oWr!96LYyC91T4CRWIXf+{uz7Y7}9yOI!XD@44!hz?`kobdC3wmUP9;^
zCPjgWsg2N;ZUsOsqdRd;21KI=ERS4<i$FB63ycV$J{(Ac0B)X_^-~eYtKQu=%qc=P
zpRF!VzKz{OEX_>zEar6ahk(H1AR+ij$lG2Mwp!w{fzJI#4Rj66ZEafxa+R}2>kXaC
z%3za#GGn2n9I#|$+mTCiP0f1#WNgt9=$Uc*q9GvM12C5eBK-<vF#Ph(sQznwg({$R
zL+rDb1O$$p+=2l&vw*!eP!7TyTKx?c5%RIbjmyc{VcHLLM;rc$v(i%^T9rWoIbZey
zTB6zqX}xN6;Sf<3$ieEUhBa^smRGRfz>Hj!`SX5MY)klSEJ19Xa3g=71k=SuT;=9H
zE=@gR77XGGsb@UEzgq&s$cyFCP0ni*QhC7N*=scT?Lv?89r=QEw#@9r9qLs~PV3H=
z$M{l5^O8GA=oqLL4+@;@4WO8g7uk+wEgo`fA}0Q?az`o1>)?f-Io!(cFYX;1_dgfk
zYQT>bxa@BoHXC;i3n4&6Z_cCyVpbYdN&<Jb*KTm^O?a$HQOz*pKU3^~p00wrBgP)N
zy>?IB=?I}N_M@^uO@-BVl`Z#h;oq@iKtaZ!<EyD3S6fP$4qLGy4T(BEIPuGSrt>R+
zlXc}97RYLi+t-7pNst%aC;zS*w~pSLUK=nz+#o>_K${c?_12)pq{jN|eMv7MDqq2N
z$`ExpL>B?XOdb%;J?*zlPHL=gR)#$$ca$(wiY9j+KP=omtoHzvb<C>T0JxBN-Vo3a
z_U(S<gO(|<`9X)4L>;DTE}0$31Q_cy#`&I?`P3|yh5Qtvo}aw`E$D0WSyH?C4UjMj
zq*HzJHKFk^yTUcUFjExr-msGf(L~+zqwsJ$3AXNhl$jOy^DKCy9QVunTP)X&55^N+
zB&glBoZp;@ASL*=LJ!!Aa(bn<w3`CrLcNHw&hHQd4#We|!F7+~njW~r^j@u(p(s56
zUUne&4R8Do5<OY88F3G+hpcsr6#fn-ya%@`F1u1g?k9|%vjVM;Y8t1PlY=iG8n@-4
z$v?0E`ttX(0l!jsMm2C_d@ZouoTisn34e#<_(wtoPtbyV$fyh#q$lZ5d@v9Yx~)NS
z(_yHvKEy5|Gtz<Q_WtbX>_9A?lIMP7^|IoBk80;@W!>2_NEf@;9l>I{ZIrxT3-8I2
z5+uzhQ9R!CMhxN@gnZbkXzhnTa3}^SZ}k$NlW-%WAddmSFff9;Ga%8sH!PBpWhhlx
zO2?D0IZa+)n(=n6ZKCvlMYV(f><>C=@1Q{(ls`lt7e$cL2%E@@zj-+Pk=>+VjhSat
z$BbQFIgmiup9@1quuO?E^ka_p4f40Uzi#d^wZH!diRan;_R3g?&<mjO{Xh^@{tEKJ
zu7aFFSYtD@=F9F+PGw&$MvXZs3?F?nk(~oSgUM(nUTO1gPq^O1Aey3%^t-R_HTwT&
zR2vZto*oUM)|04-U@()1_ZCr?99EPE#fZclRw#nVrYlZFV0DOA0M!pp6tB$bkT(sT
zq~vRglyeKS!EVC+h?_br&RTnF_#jD-9(H4Rs8DgX^?qe}dR&|ocf^@TOigzHx{zGN
z58X98gbJsWob5*@7+Gw7q&M<ijM2F{%=d0$#RD=00PCTD2+}eby=mCKgCTgevj;3t
zc1&PqC8U2K<aw_D;PWd4$qe-X!YL%M4as6{1CSIWp10FRhBpSKXVP$dhao_is2yZT
zhb**$p(v1AgS(WjNU<{ca4eKJNpB;xo-8fIKxS5NmRR-1(9olJ_|q3`W<N+<IcCVD
zaO40cDghuC;vsWJ$C;3hvf8Favn9=n#@yx5+aS|WX)M&Iq+V?b3sqEp_|blcgrD(R
z)}Y*j;O`WoNU+aEh%qXV;VHy)FI9ZRtG8?aI-&s#ia~Pg{SGCYu=y4iiqjjX^pBl{
zFuc}=KH+%wOIyJ)?eyZ?0~v|~{5nX>v8KKxYRO`mBM2@TU13Z3^I2*dl=jrZh6{rL
z!9LmC>Xf{r>ArAFD?eb<?y0M@<J*?)08_ZH2vU$v2N8OcK}&C6fkUgc*<{zxJB^fQ
zTSt<N|7-VU%!wp(W0({!L^ABS?};U4<y+20s=yAX&d0;^`a3Ona<Uu%jS&I^4qY_b
zU)mMucrwScn|>TKp-gXYVa*|N1N2t@5EmvbiZY~>t1!8uUtPs*tqs2<&9_>oEMzao
z-pkKAte+8YY8ZWnx2xRY7Co7pb`hK3rMY*FhAKh?b^U7j`CmRpsgZ9gey8)(493*t
zc;qBdm-+J{9EA*pFl1U9NbWwXNUDzUPMh`?gy|u})(B*Sa%3@rV7dizD?UBA-0oL;
zFJe?;6$h=UpAP3L`S4PRRBdeVmEajY^O8nkn4GJjvvRo2(+DJlPg_X8F>Zl26#yjb
zp1S8yZw{r7RHwQR4`&{TR6w?B34Dz<Rlc19+|N*>tB?>D@qR;&J?kt(k|^c3g*uO=
zMZ^HrLCy&wmif}zq-2jRqa`&-mc6wUUuax2@E}ID{n%(hTfqs!%U3$6us>VKc<b3k
z2frREOPCm0CQt)(JvEKY><%dO;m2rB3{;x^aS~$*FX`(h-8<=$H}KfLOYe>0FNIhL
zADWZto)8N+Oqgu$hY>9*x}O_oaQ#izy}>C$Oq5jP=ahWuZFX3wt|>99eWRZC`e`&s
zBdI5DLUWm^bRN8~9Z5z9D&DUEMa%~af*n3DgFAJzZ?Qgsj~Z=r6e!#Z_(TRl5Yr^8
zJt;K!>4M957I&OrdDctt1k>Ajd(9_`q^Xh0_tlF(&cdc0yl|OexIv+Vw%bWQd_F)$
zO8YnswUDyO$WQeXJWV7m+T9`vbRrK2G`<MN3yXo)0>Rp=3S{}>?~2t{cV8y`pwBm=
zf2n_7&Sc39x~4N65A9Mn8`opx59UW*bHB&$933US>07S6<;n)-zEzk$mnC}+GfDVC
z|Bf*dqhq%w+C;)=IVYB(kgx#n?kDisQvJxV-rGk&fEInt>hNY<g%xA<uy-puEkVKL
z;j!+>j!|@_;3RN5gh8%VMKa+|(-^USYRcK3l$;X;w(Av%>4o-{$47e7tHn)cvrv*q
zUkVa@;PbgatfG9(7?m%}9GlToGA-<WjmMJaajq0r+0oOtxH{f<;8Qz-{r+QVODUS&
zTM$BH4Y|mS**MO;wLsYG{#!{?Qmw}1hU<n_9})L12%l-{y1ZV@ITwGWs{lW7OS=6m
zKDBJOh74)#dRn4ki<^SmE}GtB?S7Xg?UCI5;ZHb%xF5`Ef4)EI5=z#(%>4D!BcVxk
z1IMQVSqBWC6;V`Q<hgPo1gc6eO}0DMtiGc6E`Q1Q$LbwMN7girRKi|(R4s-w@!=V!
z8-%q%wWl#Qj64zPLkqm+7Pc8WCBnv_A5;;q0&DE9s23+hek3+RK3VWfoeTLy{)i9n
zKyN_bkecO<!N(Y9-u{eDP-J@d3jBGAx?mA^elbL`WHvi_(^>s-!=ayZC0h75V%qY<
zRLzLcOqXI|GOb>CaKGrj`d=WtR%P*x`K0JmTe}EOKgUHqOd-kQ-lWedlX&rdmXhhI
zNcPZ4;wVX|K>#Z}<V+J`(sig#x&e>8|FrSO7Tcs}5+r)I=q-QO9r>NnWjXB6RFxmb
zD#NoO(mKys0o>81gzHL+rBE&2J7S&zHX<L8=VmpAJ$>$jmFgMV-nH=&YxmsCL$-CE
z_W`eynqCjY9jN|#ccAiJQkz;RoRaa61(~2y<&h#uEq_Fmp{+M}<rwX9BXG3o#7EM0
z_Q2_PJ@6)#izyML)yHn{mVcM4L<lcM5$^`tszAS8<d|l~nOAAdrKY&Ud_vkMUUB@$
zB0b->oWE7{dolDyQesKz{z@hE$|-d!?OlPR#7CN1-zr?@b%&p0>>%3HOihk`y5WGe
z)0Cv^$1?>=x7e0bLG3ov4TWnOfeGQ>zK;jZroD9AECnP;tNL@l5*5naY4`bZ$QN>c
zzXQ+nXjvsjLhB*PYJzj@rLm8kYS{>tnPm(UtH8qQujXN;ou{vIyeAO4I;VoN+Bn2+
zPgbdh!4>b^i#K1s3O`MvnLRq{{whBZy4^AS!t;!JWX1l6LWE$)=g6Po-o>l0C!7QK
zU2JvuaA$iTqXXDC(ZQ3>>jY`oFogv!m~b;v^0t5dNgTJbuwv5;b#pO>7gM5dAirGQ
zeIDK;KhkwsjLg=H7TX1U6^R2}uWaO2EqGncBShEUmokpypSJI=hKp4-kRvj~75s>~
z38YTNd-BHKG_vUHBR%{|RXciYf5Vf;ggOp((|Hg*iZ-3o@VAxnbYDb@`3gHpQ{SIg
ztHNpsZEOR5sUvEpd+OWgTsRmqwW`z_)N+qaj{m0&li7{0_@rwko#*4>A~hPW6}_U3
zny*`tRu5AYDrE@V-SXFOY=T?pq&464HVR4?$|i&>$7m|l^r^z5l~T2cFH3zKvfWxx
zbgaJZ&so+=-OtuD&a9=Z@cu^*8-%_5n(x5=I9PcE?AqF=pQ=5g5H*B|<7AQG+AJ!S
z7rtiAcsoJFM&m|F|2v>Te`$QCxx;{C(4b=Opwd;;!v*&6n~Vj^1Ap~PxY-r$%(^M`
zlMM~~D-}V^wpvaJ{Yo+6sxgDksRQ0<V8i1i-Rhdvi|*Xd&9|<!)%ga(Plg^T>+ldH
z!jvR*l`AwtOEjNp>5VLc?x@2_&J{pUBxjU_>6H6|SDG>m`uJE1+eW1j$KgH>LrU-w
z<&c30t&vA);8hk+!58_^Y-ulw!UCWU2vR()*bcN;O`1sf0s`@RYwIxR`%)Sx%j>1&
z4*FtrJ{&0QAS6m$ssuHK0hEQDi1$VB3|>eNJp2g`9SB$2HBbf^V$F1mgLG2afd%x+
zdg0U=MkSDb-K<>w+h$!F%4$X(<h;jV>`#NbS;M;2C_TP${Z3@Ff68{OG*i4(<)-K(
zVRf`o#~tZb2Fj7bPU1a0qt~KiJ)QmDE@AjDT%~$(9B?7TD3b!4daJSqA;FgqWT5_F
ze7vx6Vq8>zva_G!urK7~|KaW~!=mihM*mMSbhk7j4blw`O6SlGgVG2LDW%dO-JQ}U
zN~a(pof6X04FXE(xX1fm>t5?wdp-a4fA+Co?c?CZyqSY}!OX?{uFv^BVa4%6j2wvt
zlARUYUA;P^+U-QlwQ3R(>O*p4BSq@mc$hR-Bi%Goy-O4ayQArN`Lf(S^^YE|tC3X9
z4-M&RY_<n~eyYJOr}DCum9Sozf~%HIaFqWLc(+~Uq<wHaT`fUQ<7`P&BD?9lstY*}
zQa^mpm`%X8(O5>?1t;tKB=>>uvDB<dd-c*dj{KO!Jh%%oL9?mWJv<u1A(gYI4u~$u
z3#2*nn0VMbkfyE995A|3H6ei*!|!-d<R4vd)y*I^p<J0;exY?#KQu1EjwLNIQxC?K
z*Os1u-zkQT6;+LUWUZ^B)WqFik%SIcl4+mNHr-twmuQ|qnQF6+$`nN><&l<sUC^SB
zQDHWP%Px&E^1#Tlv+gfz@^(y6lTR;isL|4??*ZhdX}kHY;2+i6n7v0NNO_rS!MqLA
z5~ouV@F}T=2VO9h4{H2`PhZ^^>eQ?!xDJ_)lF|*j#gi`v-{+ap_WZQvp`hF$J|-1t
zTJ%w4Q+}gPqmP^9ENQ%-1*W~J$if|TS9(hE`6nGSMg0!(qUieWgI*`e@)b1>hHtu3
z{JNPxK1tl_DK-RKdg?0n={y;2BhX`VT2wD7td|{~xt5y~#n<@4+4U4(Uw2tw317!$
zRI=!kRuN2x7bFKju{^AhnlqFCq$$lVPd@9tJZopD=UXf~mi>`#X3no@YC1aWWwE9w
zzQ)Cnez5R7o}S@Yox%N!-l<J3&f-egs2*eWY;T)>OrJir`h2XJaF~;!rkq;B)+c)5
zIS<e2Wb4{!Ya_)N-Sj>Q73r{y<!baC0~7aLqSJKFmeD#VD8>^Me57AcEgFWAV|4G0
zaJ4oDsVuS3=a(~zQRKW*84G!ypKQ_%Dyv2PV)XJ&_*bj+RQzy=f6O7Q_yYP&zC2u%
zNMEosG-*r`$@s~T={cUJ2G5os<*zq<*f7KvZyYRd*xevrlsrR}qI8hFIBjbBR(<pp
zOU?DtY+cR*sxHM~s6l*;Rx-|S@Ew;ytMJ^>r<q|!xrH3f0Z-7>HxtF5i)r#^gpX!T
za35C7FO}7sB#nMH7Wl9*YVwd9G#xWH<@u@Wr`e+(W8Oq<;SR<5l)*8KDd^87S#HqM
zx5Xu%<+_}u{S=WRk8#kV0g2f{sfzhqo=2y2tIH`XOBlxcdaF#N;j9CFPS@EsIVRaL
zgV*0o&G7rLlUL3>5o}7UD7}U?`Gw0Pd5qTscrtT0)k*@rW>eCu5(p?N1wnXg(c)%d
z{8J7Vs*2ZXvKgh%<g<b~Yw<H?jYLGy3m*QYR@f<eeolB2jOrVcHd>(TW8+)>vAj&&
zZ>hI|QX2#`KUh}4BX}&UzP3R3=x+9xJKO6L&0kn41U&7~pJijSp{wXNIM??jEiw|8
zk}oU-#(eYw-}@9OrcGCumX19w@oh}UJ62hsR#@N7#8DhxMB(h-hJw(?oT-L(dK;$l
z>*q)7Vysqc(ojGDA#!JZiW&k+lch0X11Qhr4!#x497<ASRfmHqmpdg~O|N05)_Rnx
z$Xiy5K0@JHMFULTSf1fNVGZHYtmn&ytlgW!Hc(z`F$HV$V|Fh?Yjr2<ax0FpZ-q?T
z8^&XbWmKzH8tY~@Hhqs*$@HhEX<8}WQ_AHK*M}>n_pD*Dn@jh?tWn!B##<a_U#3xN
zOY#J|S~A;_9a}7@9p{=FpW`i6`kjMhWhbCXAJ1oZuib1q-3+z$$9$^+GS)${JhrhQ
zj?O1n&pAt$Z9OQ~Nyyjv@$8(x+e9C;7gfy!k3C`3xAl<eG-kE;aJF@(4|9dv&r4V}
zLAHs_HXUs26dNCN6)Ule?P+W5<<zi!=UJgNvAfzb4P&*J*0+5vvy-K<zf`=*R2imK
z5w>5wlQm<NPjB-&*S;!s9<Jti(7eS)1x=>kjD3gU<&9}&h>6UHep3&(M9vD%+NRg+
zXUf>t^V&4G>{-RyG6`asD`A?{LLI2=zE#`4;8{z{-FDE}_`vH>@@+ED#}?Hx`^Gr}
zLw^_QI1uF6^~ECsWT3xLjQ$T^el(t9&*=Mt2^8vlyx+GFYJdneQNn}*Haxn5)Oih>
z$PU9x1~|=a8&g+JVnNBNJ3bDfhTfrYM0joL1~MSXMA(s{e~lsDX{=_yCw1?!7dbn7
z*o0S5Qf%0uNTsuPD4()*(GMU<zcyu`b+h>KA?;qK$kQyF6PS5e3vaOj<8E%h%W3X5
z)Z&2A*~*c3AG))>6o#08hzwf!l9#$apF2NdbBy71uyOb6$jbi9eh}X3-lMUTu3U#c
zb;mK(At3Fj`UMCB3zK}+K6TcV^1%Vg$)r&3UYPlghQ>OLrYoH-YCqTcD?zErSNgM&
z7rVsIPQRiuOu~W~;z4c^)p)l1p7W=}Hk(v=hUYI%yJcKH$G$=zBF-G2-M_@5VAFzH
zSe<PE*_+%j?>}9rc`TxNCK`So%jnGT#x2}jEy3#x1^qb#!X4Snd!NuF7IBtea$)rS
z5c&WCu;qC0YrHS$LMc3Zmi0ow*6L-78{^!0p5+Aud7+5;Esn~goBkWSD58?r216;}
zK~s(9%Wt0X=lLt=oOuq5(66U9?xN4WnTLO~1AI4Ba3^7N8J&G15(gsO@U(umeavg{
zmB6d{?YVA~g9E*+h^?oiftQpN)aaR)aQHIf<CxyZAPvk5cNAfy#g6&mk}cA9VKiOE
z&BgO)tC#O(*+aPL*M4_9HW%p^t}Z(lgt%8pWnqCDm`B^zev03Se|%@$IT5cU5J>}F
zjlBsMjr5oZLIT1c4rID$gg+#5!%DOF`sjht6R7v=^4(Av2Lb>c2#WK@@X?HPOb2l)
zT|?r6)G#v%^N#%A#Fn+XJ2cfqmV)9C;kho6TE+lJ#J)!av?9dyq=w#<$1A+#y0j@Y
zPz2N2J4Ep+=>BO?gT<}WJk$w^nP(7we**fnEQlL$?IW@|D|4Z(cwiq^K!55!FG1}&
zAEYD{uDBM~FB<MXkm-fQbee!RTiiCj^m8)AbUF<}@$Q27%EBB5KzRl}S`6PY=ML2v
z{OVLNZ#glsYr_-+z|QRY@#+4}mqBBf{^OWnWd0Q$+m&Cq>!UPf2e#+F0^xjEVD$17
zU;x;i4;jDqWBFH5hs7Ct^GVI+Az<ig<~|q9@Wr-E03bbR^(D3!Aov*{we_4YSM@g(
z@8kyqZZY_attRLJrFRAqCcF2wn#DmZW&{Mg>#d3He?{W=-aV5064x3;`p-ywkDo4;
zUdsCd-tz7vVH%H7&F0rfj1)=#jKtO1d51>Qg!Ec<?=W{0y2<~A#AynPc8zqlhciSm
zo&Sc!E9srCUzcbXi_QIk#LZjxa7L~64YmxCK7Sx_<Upf(#~Be72LI+jBHP9?P1?N?
zi1w7$@!_@LZh_(#&<gF1(Eg{2dnLg^8JGmqmA2D0_`WCj^Y5I_kB|In#kdW{e(^g0
z5Ifr(N)vQB{vm#`J5{Rl#`&kj_rrxI_mktFl2@neACvC8prmdt_UGzcPEgW6uFiI*
z-?;peLH)S7JU==4^&kL<BgPnramSl62%EE+F&JOsiZO&(MT{ww+}N8bjM|}@DV)yt
ziYbEWl^Ap6G6v*7iFS~{pQ4?UScaca8dq3|m6cUoT%3@Z@Gs6T{$Dw}&R>?@7j4<^
z{-b=3w(NHl{<Q22qMCnkc2?%!<?}x+JBy&^-z+<w(!Yi5iadIMl+V@B<#USvt$h9u
z%WkhsVW&xEtw-zr+p@F&y?oB<tt|NRAC~>Ttu?#)f61OZ=y_>7{H=LzWcu`<6+2Z0
z)$itc@bBiiXDH?K2$DY)yGDdCTCqEZGC%vR*d@@4{ZGO!m}xALqt6wk|98c1{g-0@
zD|`L`t=NMsR5MgGivJ5_cdaw{6S8ZRIy|fO{<n}Foj?x{r}#60o}5hbmts$;p!vIE
zr$Q_C^1mzgrnh{5^v`LA8)(pqz2|?Z*z=kYe<}9DKC8Lm|E$>c(EaoOUa=cwB^Z{(
z+0}>qYybRzqSz1q>Ytzey?=iGyMO+F0NMXi?`Y9J`F}&S*Z*C#_j}-yDEuYb)hOk^
zptI-ii~kbsrl)^q&o$85bD&Tl`rcy1cPAi#eYXfG|2NUD{b%-Ee?lIeJy&UI*H-u=
zd%n^cI_<DBa&0LNFqm)!!>I27oOdbY9%06Ew2l`jy2w+eBU%C0)4~{V3OeBu{q)S&
zsbV=*>&=sU3Tgg6J3A8vI>V!WYe5(jB)Cs`kgaZjH2~_#Jv&}l!_jU<RJe!<(ApU^
zkpZsF{PyGK%j<*Hm){pt);iu&ptI*Q=<NAA-6uSNc7CdPK*OF_y5ny8Y(C5Y0tgNM
z;ko-oX9A{`>U+ikdyJS+A|4CIriW;d<-cuS_C6ogpNQgr2Yq74@O^hfBQN7FkvG_B
zeipWbA#UZ;K)ji6zUMm60+^<{V1XN;%C=GkpX(P3?VEkoca(Z1yqdNzEKU?R#UgAF
zxKZF93MxxEPxG2u3uOy5{k~_bLj90G27rsa+h?|?bQci3)pezxA57uE4$#6<p74b0
zzKSIWD#;p{>La~F0U_F8152$COpJ<D)ZYJ(?D-#}-LFdgkM?=>9V>METvwG?wDOhG
zgpfWK(VCJYxd^Y)go^6X!|7flt(Fx6NKNzDaVa1!h6!Rpwq(~9U#`zdMDL%h{G?C&
zI;J-U^zg%ui{d3tvdhD*mfI8ARX*;_ejhqDtB#4$O9RIpDyvw)l$sU4gw~IS@?q6f
ztI%P=D3-Hm5sHvxd!p*4Gng=`9P>bq>!S>3lyO0h?3A2jPY)Lx8$1gGpDyu}&sXfk
zNzk4`hOCOaXuOa%H<A1pSiWQZlku=p{flXKWV{I+!q`P#N6a>Xa>X=?zJQ(TJwH}7
zC#+ZZXYGrD3*i>s^)i=2%{9rs#Pw)ib2({(r9goIe6c<5svJKM#!8E9+-uU<HvN~$
zH==$i^=Q#PEkeIn$Yd_O?^^NMcRSOl`-$wiI5tdzM8ohVWaPEJ_g?EqDebM6ES4X#
zTkKsvh(U%%sq=7g%{yz8ZTLS7aEk6X!RGElV3kTu-y3c*E!7()f?ry_Tx4u;fiLZw
zB!kL4+e77eV3(>UsIg1(iXVNnC~eqKK3hBh$;%}3ntEh}GBN+{(_s1noH)j^_>WqH
z0hrg+w<1@PP_I5(o2)Rrg2^mBb@eA(aQv{{kXZKsK4}yc>3o0v%!gR+Doap$p5jOW
zfNKDGM@T9~)<LjT;wRFYnuh8l+3v%7Q=q?aFYY3ape$a30}!xCcf=>m%R!4Spu-jw
zo4flH{1bexEr-cICdG=UIJh|qQOYiPr-^xe{qIEk2#bL}1)0WKZ&IcQIr}q#q3mRV
zWK)TI8oKtR`h`=9HC4*owgSTjUS+8Q-S^Zy?1y(x&+ff{s?6s%m|^*@H=R?Km4C8u
zBw6U3W!!YzpwOPgA+a}e3SB_g?^36%>cZglmc{MI4yNb=Kn3Duc|T=Dd9~_Lwc3^P
zZns4F&el=3p}I=%`=X)yRS+fMXDI9?5HAS2k^fN)DnRxM&x++PH9#qhpVc_}G5bd0
z5CW=jf(*AtUJ!U=*(+i4N64k?60_@tFi}`yJ)&JNj>r#HQ<a_8ng2v4CfvtmUhqmc
zf4#H{A<tzD#5F_+X2CzRindW}xF()w3q;6DeEzIqiFKFqG<!!X^ewL0d|htmK<R^@
z)Npe=GO8{yJ3f-ki7*keLXw;^eolwU7|soXkt=p3SrzTX_3olbB@R`So2f^=$rQz~
zr|RmiIN8U^rRAp_oI#wQ3hBwqHMBT&y2UlzA9_|Cc$7*us2JD0NXaWZ+IcYQpdUm+
zR*hwisx)E10kljt6nb?83#5LTjC)o8CV>19Vdh{c*PC1-++nZbxiFolA@ZBb+x#pt
zatRX5-oD_LkmWL-Oq{JW?<kelQJoFIA*-%6t9)upqqR6o{<^J$UD1zgDk1fvh{KG-
z($d$kFSYP(jBqHI*Mez2w4rP&$2l+6!R%1RvyDIE6t9(L{3PtMzI<!P!Q^1!;$1^E
z-t#g)S6qws?S>}CpFGOJT=S_UbF~8BPF{kmbU=#VTPAoaf^Lgqi(i~)-A7h<y}t8>
z%7d~}|DKb<{cO#%)MxoS-;gHD`*32Niw<h*u+)se^^S$h&MUK!^h?L34d%3xVb7<i
zKz!O|y8F#ps~)F1)_`DU&E__J^)r2be@*-cEe*TsmA;e`CXxN*O@?Cv=Ff*G@7GZk
z^S*F>`O|S4KuGm2vG{4$a{E1okKzM4(rgk@*|>M#lUAxg?}rWI!q2@7s~K$UQZ^*C
zuFO4#O~)!-zVcz22a6ZKqB>_XHMSAF@6{sW#cNGGvZo<<l~q6?9CFuxQ>rv`keb)U
z=r#B5x3O8O@DeV6*X2ot()79AewW(t;Z>@;O;bV|je$nphc>?kKF)c{+J>t+=)5P*
zH7edQIR9)lQ$sPd8~QCASKZMy&TrUP`qJWMjs+#<Y_s5V(U=+T&pQNqAHRPm&PJWn
z9UUn&d}4o7(a>P5$x3P3P`!=JpOLf<v&iUensrmus(Q?aso!iRbC{8GFb{m=^O=$G
zI$Y}c^7AN(9FiKZE+d&0Jjdo4td~wt9eLNoHl&8{<eb#V;~09@wJi(C$aADRUVt1W
z_Eb(L>axtw$||N;f1!>OH5WIZ_nU5Gmx|9-`<qxJjGBD=dRhW2j}a!cCC9U3@1FTS
ziF+w^tZK`*+#u=HZbClj%ixly<7nQ+WjgDEaT(zhb2Tg4x?{s2=sKMJb@N@$*$~Bk
z3I8}lNwCg9-aWUW^D(!y_w9N7zcBJi=^Z&A2rXI6+0B!_zasxdTWtHWIr<kW>ag+l
z;t09(+{6FP38tnW)cd0YuLr-U%zOWys^?Bklqh|xGSqg}c%?t}^4u*ab8S?u^R1p~
zf`NTfDUPCnQ5EBhbX@_QF9CQ|flN$_B!+<$-hou<|Bs4xyfT8aUGjr`{DlDAIv7q4
zA9fBOZe0Lwb3XoN{;SG#(q<S=Is*HH7<MWwx=$?n1ABBsdQ|&-6n_Fi4kLE_DONl@
zCJ7Nem>!cGAM?RGYGERJteGT^FZPpC%#2-ZA~I%)Jvz5G=FkqiC_ZYFD3)Uqd($xH
zDk5&%FlJ8-`}ivM$PPOViGAc9^%)R*aYg(N7JHc<hvyT!frY(y6`M*FPmboZ)N!BV
z;~5I@@mk^ts1v5y6R*S)4x3|gVev;12_pjucfKUth@oQmGve+lC+&#E?4>74h{qqz
zC*|fR@Y)meVPhizi6ZvNET7}!_!4A3C(A_Q(oiQ8C*W^jL1PfH)O?8w_DMt>iNwk=
z;(N(?Ye{*46zx5tRYs^jHdGE9`cypD5*}+Ro+erzr@9xXE}rW9Ikt%?#Ws>?6P{)n
z4~&5&Tf&p|%2SlC6QT#>69cew`BD@1lJbc%@+Q(=+VjM(VNt<>GrL&1*H{RmG)s8q
z-8~FTqC^XyxGnayovZXGMj0vB*!4zP)_Z9$GYI04KqW@B!Un1!ATtqAvQsRB!PMf&
z%(ykIlJazc!OZIN^xBp*U!$yiWL5??kOTz)wnsvg5D@ABph5s-nhJ{EowGZbZMlYF
zj)cbM=L%3K5n|^Mb6}^QV$WsdHAd!HixX)300|Lb1vGXA02Pox=qm{IALa91``nYr
zT=P>5vKx#~yI6Lo@xtXPw8nYl_BlW7v(g6>{JMVA@kRSWs;(>%BoG})mM6+Z_tnuF
zeu)DbJAq{pP+)_A5)WpZQRhrtXI|Q8-9+Z)2jHTpV>N2Q5^F`Q6=<9UW*f>`y)Gm|
zLTmzn_{I>M39K*WsnYvcaRE@Y<$d)zy^1>TyM0dnY010mlDn<1)L(%`;b6)5QZ%>}
z%LgkUz|U_ASFwR8bRk_~B0u8Q>n}!`Pxwk=<AD@6DfTxB*X-B{J~>J^CAol7l~=Fy
z(6wA7ND>ZaK$Z&UgP-9Pzr0gM%m|c1fI}Q0@(3U$93sD#ia-E~5Wx5Lz|CDO+phGl
z)J3ZH*ht^1kG>hr9ItwiAVvU4EC7wMK@weH_IQxDL#c3W^$V3^JshCU4S*0)*^UF0
z0RW3LfD~(3=CI${_h_FK1D~Ym&m}jJRW1&xg-UpA2++M#AX-v_B&*pFrPG<E3q#e*
zH`Ol}0Qj&PO9YUR2zX!*ME847&<<20)<8LS_j5Xl5BAloH%+xgc}jRJ`9RE5Akzd2
zNXJ;q$5qXS_V|3&ixt%x6<{$0M2oWqT|1`$yheNEgTY*LWXZ`wW<SRpy2_I8;_n8G
z-{s8{K+);y_;>o~&UrrYz8{$B^o@XO-SiE3$+z_ReklpM$FNq{XbdDGf)K|8gEN5S
zL{Qt)n(o#Nyz93bZRK}qaNJs}(y8#F@MiS%M7Rk68UVmRqyFEubFeuVC{eQdxp5tP
zZ8eTx;R8R2NEeuJv5^>!k54hkVdx5cNjzV=>LOMI_B+*<@&HMkj}kcbSw*aVk&6fb
z1O~X1{|+OdnTD@D-UNU){%G2q$khUl0<kl;j91pa^eq%wt0h25*2@z?<Y5K2wXdlI
zTKmLf{1>qtuCp)Mv6*j6nkqX3XmGUsB3CEcAn@i6zvi%EAPu_ejs&2UIR_D_r>&g{
z_FJp76M@9Kz=>I<Y!a_w6X2PH+67f08Uz!bW|f&VRhj@hIiU`p>nDv8bNSlx0nPb*
zI0b;_6V=FV#`nC@fU_t77QFc${C9f$ZY_Go7C3DTq9Fne`+>&}+9d%HAKwbL{Zf1c
z1U6Cp*%A6avb)R=*y)gMWt`%woOsv19O=-;w$#VP9my-zZ&mfKLlPt&-4osh9Fqjy
z;R6jvfxPZ?EG?93?dPDE8py(cgcAT6A|Q%_4@wCGTE@RdoEA58LN5)|83y}YB-$GN
z+AM!W@Tv8u9)7@_018F-i;Mu@R|3&hcM-e}c6jx}rxo}=avc27C*KfRByj)Ez!Mny
zEilY*fc3^C^SMdezG~ZRzQJfEaGKP}lO-SxyxC3)BqP-hr0wPNLoc63$H~Fsi=``j
zAN@@s1gcP5<6+AQEX&iHHPcL^rKTpDK?_=(_uS2qN*KLA#-3CGW&8nl+#ud85c3+4
zrM8^`{d7PrdwwY!4kW+<>_ZE|dJa6<2av#rdG`Uk;$xf5x#um(X^1wC=nwnRV>cBM
zM~ow<v{Pr2Am;d<ixD7Q7YYdTM_2mWfwx6C?JYis-~t--9}a{B)=dr{HqU>3;!uBB
zUa%R_c`tg5Eqd}et1a>he+q`d$TO8T^1j0nzyh0MhJ$W~fwHt88S-07RVJkK!RV^L
zFD-;9pcUOYum4d<u!iBx0X^{PJ5er|tL{{c`H+A&@(PPU{pTmRbU$Vn5CaClU<9Gt
z_M9;wy^e8F##;YO@VI0}DQBgX*(?@5giH;1KNIL|-->`0lyS_l*q0|94%6h!sT@VD
z!tiywKrfvJQCaPJG5y60^Q;r|Ak|Udp<b!eij<fM;(%H75KOQ7QnN}yjB?4YeL2U{
zQgO^eiXp)#6d%SL>Hc=V`EYy?E3yYU($3~kD#|$V*r~G7_p@kBYcKw=^HJ)^HHJ-m
zUrhY#N6)dxV&=x5<6?0{Rvj%cn>Dwq0%+hMC=$R511(B}Kz{S0r{f^5i525&5k#fv
zbI1~QXYWq{0ldi^0kwz+`rRfZtYLruxzu=oQ!X93HSy{6a8-xrJ=7V*?lgl`tBb*3
znUJbrtLWI|L0^m}6l)7HhH^F!F{oiBar+q6QMn`>>n!FAzUq-x(j&i?+w_Oq==kO_
z;ON(n9-KhWqO^;i7PUEnCG#5_IU$b%J`+3#K0#lMU`u3t1vY%pkioa18F6YWn~k@d
zDERSMZ&kCd%sd4Cdn$?DY>gQK`q|!I#@W)E)4OQ~ft>;rk<<8V003u=1)}~5A5@=u
zQVzRh_$Rh+?%d(iNG;TuzGDNA2Ee3q8O#N;K#eD=Zi}l<uo;85j)n-105H`8D<sgO
zYqb4Nny~K<iSmAN=UA@Ta!(cT>~`?nqzALBC&~#V#M?4`xGR2JB+pkb67z+Sv627)
zB)A2Tt3cmVPa+(WhRpYy_~LS!@n4`0B~6b|PJrpwEf%5!!M1j(_)=YoS%nes8a?D8
z9P*T>hSszo+`cvNu+`ZpGbW&Ota_{vx!@nW|4n9OrUuxqy34o<{4s`_2aJP-vcSqu
z3s>nOGJKHrq1jH}8e1ozO?)@SX}9xHI%Uq+ebd$V*{hkmhiOj%cL2M3CJpyswb3~s
z*3&K5s!|Ochzw#{1pZCNeCfd=fEv*E1P(mFhdS724^l%D*UmY(af*3xYLNRG0|ay~
zg9;DY4IDwt0nKay%S}h)i8QC|nxo29V8dTvq{$NTDS!-tj?ORD{ivZh#dvL0zrl{3
z0beadUe|NrxZgy|Y4$6;ynx0xV;}(#leM4Rb+T29E56fun$sIMV0pyx>>|Jxr_+*Q
zfesh@;`w!9Ja+r|ElphHB5b*ryZ!aamci)MkIprrTc8*Uae()<P#ArcdOrOCR`zZc
zfFlj1fC1xweWt}LCo|4Ouk?9)dfT3dz5o6?SL{cRDIn6XInVUwR;_NVZDxHGJVOY1
zuvQx)aSPBY0zz;p@yxGCSk=PrTilV34pIIjr<L*8`a{H5eGv~j=@$@c?M<b`d+Prp
z+B5GpX)(p?>}Y^!{2ka~>%G_{_ta>GU6~bQY1E%dRTuOq5HV^w{^-K#RRq_VGUx*Q
z0)r?+E!)LBF3Plulrn^@L!z{%tK5bENwgP>gqDthFePaDkg%S|_-ycaCD%d@f>P1+
zm5H~(;RJLrsV6A>GnkM8CK-D?FslF*Iz`@|&VSxF{7BtpqqW-U)rQ4N$MauMdef_6
zry$G&A$TF=Nx`EB{t<^)@1{$$!vWZdW)FiIAB2QB*M18G*A~<DqCksZdK4O6=fWPO
zEg^5d9ic`0ORKLN5FFa=0B|0<=?ozYBN=*E%w6dmPU9V+5`IT!Sfw8G4ttQ)G%d0#
zDC~{^7?1A`@z-dT^+#_-OuVMw$WvN`@b@QQ9gG9O3RIR|L^4z=?~20;t2j!TKLu8d
z$DURM-W}=T0}<p^t>NNwN2ufRGZ(PPt28d1QFvNG1l9OI;>GrF5Mc2sZh^Q1KawUI
z@4p-I8bC#3jtAtEVpYB9(ipspz9R&};q{*CneQ)y$q{Q-#i%NB?1jh+ptI-Ns(J!-
z??DPg=>0r0fbP*^q@hDNhP(GG4eaYBQso*zXxAV<SN>TPe?Pn)B%mg>HL2*7aiWdR
zk9$q2;m_NHY2C?iAf$43HHzAyRk3wrt<%#pHLutoS3>C{7=sKssCq!PU7)*QKF+Tx
zq|cTcwuT??6gQdQ+SO0?=eh~y1BgL*ry+y{w49i<1PTqZjN69=;nLR^sf&2xA^GcW
zrI0A@y56<3W%ZTnA~Ltlh9;{d&9O=`s|1sb0AjhTwBVxLTLcG@@6%W1A>xZ_5ez{n
zs&!0Q!c`p>65kB~sx4`siIP>n`y?rDwK$VhB|u)>vAW4-aO4H<Ksi`5&Fs4loKQ$?
zfJXbd0~S+=7)c~^bn+Dz3p@P@s8)^Cv5K#x#Ftd~)0!N9Rf~d@YhM&smqM-ZKobC8
zjxo!Iak`&rW>~jDU$e>qP`?{VS4+e#FhF(j=(AXP2x&LwebasQb-i}4MNN@9z#ujs
z0!%s}5~xU`00UwWJrp+V4iP<w)~jkJ{|Us(4FP<c_V~G;k2?f^<W-J+V(#VY%=X^@
z@%6OX8F~xLQo!IK>z9^wEio#~#=Q}ZamknSmYUAb1IQuVx|y=}_eFwnEkG#Zhz5`J
z@jybnq&cc5uWf%iLt+c4f9{6|>F^I2|MW|rK<$7TbgLd0^5d`aBEs;j7)4eeA@DF2
zC9!5F!fw70f>_G}0g+vhp1Z($HDqw$D4}Js%8bp!E5Th?T<k*PHE?d~LqVx>A^Uhs
z3NU{sjn`z<2ad7FZXeS7o(4e13$uSj8@>-IR>AaJH^Q$uYj?h0!&0QeHz;AF;4((w
z8ICYhOvgh_kYA(1<yb5lzXb9N*yt!>KQ6Ni0|%;W`)FF`5-fe^+tupBq-ceMhw?iJ
zCWk;)5nmYf%Awp-d<kztiq%G#s0ia-(YQSi>c7+Tdg5tf(Zk0L0jRY)rb7glEPydT
zXd-12spMxx1$G#KL-q9QGQ;K{b2qe%)=;ytJut$%@3S|Y$rP=7c@W*OGVtIR6KRHw
zp^d?vH5SYeTvO}(5@AeitQVld_$7!P?D8%ZB*5KG37eky!Gx;C)P0Q%9X71DQx8Z!
z2uiLdmXi0}E1TJL&-=N#!|=n1GB8y)e-YlT=`G4g5DnmH*WGoWr&80CjxHp30uVu%
z$75s$g(_v~7^eW*@dN@{tn&LJw&h8{pDY|o*D#&Jo4}jTggMz8t9qNe!IE2VxYi@P
z?Bwb?1c(~)UcwF@B(=^OoP7kV3vXzJ1tp7O5Mt;^KQ4dTg`$=i{EF#TB`g1yRI{d6
zP~Vb{%W;Tts;+S6tv|b*_`JmDN9$4HfSyU6IOZaYGe(We1B(gNo%vVhy1DnHs-y|m
z1NuN8-r9NcJdIN^T3A5RaHHqfj5!%s?-kc*r|g$02}3;BVL92<JcyU6ba&~PG6F~r
zLg@p>=k(JE{S6_?j%{Y=DZ$WI{CG{@WY$pvt%9WT3fIWt_V=+~Eeaq|A`5g`O5<5;
z)bk_HH@BEFBdKk_8q7pX;_u@laS+lsJjn7)b4U4IOW}E-9t-WNBq#dBpq*%Mn>tYX
zhb7?+20sG|f%OP9-y304bel@fNIK$D_mG)+JGxRCg-!QNkM!pf;+hPyvp^hBusK9G
zycR}ul1BLA^bu3N-(%L-PgBM2(0@+7S6iyWTA^KC(e3cGdK{SAl22?Lr_8Q-Z?q22
zZ?`AmTb7LoX<@H=SX~E%TO401>S^D>WQt|Bx$Y=-i+ekcd)s;N1M#_uDf}}9`A8d?
zi|)y%8iH17w6-dgT+w_cZ{59<;Y`JI&Dlw15<e@JwmPc|$vd7@ghpFEkh*ED@^UY>
zmcF07u9T)tADD%NJ{c)WbI;bQNy9wK(Mf{OlvBjeO#IlDx$4FrJ?;@)k#clM8l=@V
zjD8;!VNbs&VJp|(-R%)C()d-cGBE69+&_9>0ChKu%R1mYeeO}1?d6xx<93LKZ|WsZ
z69{lF4s-0l-~saX=7liP(N5>|jLv2AvUNXu;=a0zqR!If+m&bi-5yQ^$&=B1w`QlD
zK6QKfl<xT}KtxJbj&z5hB+I621@Ie>?|9q#g>x`XF28-urPPDvu14NCP@Ry>NAc9p
zg0@w!^isyZ+UARUdg<az*C?&wlYaCWT@G-~dnWy0>9k2znMiK<Ys8ua(Pj6|(A<d7
zvZM^|hi9+o&dZaG4#YqDjd{vAy}6_lqh*L!<r;u12d$y?kh9w_iNjPuO37v4o%F?k
zXVn|o_>z}?+uiJVd8R}K-F~qwo~$gzbEvo@C(W8^hHZ_H?p#u38Xq>7^DhVIa`8>)
z{EvNtwaNW+v$bZZb=2a#uqQe6)Cn)9pK;q+jXfKwX}vjgvbdF~2cEZnd|?3~tQ}XK
zN`qWp?Cm7GiQjRLd@%iX*yjiIyTwm@C&Z&8wmi(v-=cjl49D;($d*4j``(;DJ*nt=
zMeJkF2k&tT?p(b~3oeD4zQ0V8xqcFi-QIay2g_`3Bu1vTfI7-6GQ_CK*J)%Xf?g&2
zwMp-BrgHJ53krQt>cS3@y=m*B&c@D95<vNJp1jVOG{GURVju~rEgitwj*@tC{#Mc#
zOr`tqo=4ct>uxrw$REKO8%AZKKB(CA8yM3d5corOBP;2Q^usuDPw8;%38M3GBKTf*
zmxN)D1QMDX{6UNbJJvmQBZHb7(rr&H3iNp02(C&_D!X?_XqHrnggJ=C^n*khSOSjz
zo&^;T>1F@)fHvbHq_QYI@h$Z*UMKSdtl(OH-L4tG`?BcGg_3eqR&w&X@)BiTN*;Z2
zeBqY)w8U8CtBKL+%!S-p{2Tipg3<356W$5FN86cT5v4v|Q#tfG8MS|(%>`C6b6}QF
zY!N^-w4x$tQNDrZ{RZwsB8S!{Y^GG2zDK$Wdb+*nfo~80N46gQjt2?w7I`XFnx{+h
z^^Qc1*N<kVE1Ck^`lBS9QNe7?h+bVeMQd&aMJq+y!?1hEa#Qytuxy}%Kf#x~<j`pa
zl1+saF#fhL&BKvcmh9kowT~X$1FUKT2GR0qZlv^)O6DfD!3CVe^&fTjfE$lGKY<na
z4hZsyl{~nWtc3=|4L>F&_dplIEb|`*Mk*rD>j9g6m1n(WQlc~G8ED5QO*EK*H(1>s
ztjMCGq!#`oxMFoUFfy3~A&|}^)S>ApS=KywPSYsJ0?J!b5t|>1ryY6|-D7z1;B{rj
z``$o8qAoEe8Dia((lX_8miN3m(#>)`ZQ0<qc2!B_!;bd%PU(TGSp)C<2k&x9uX8nN
zd>Z)VIFgNr{?f085{n-hNFHggSG%)0Ea(=i()!T6QpsGZ#t%}><ULGOF%<4YBW<WY
zW2HWGI5g+~0cxzo^+USopng$J61ddc)2kHY(YlJ)-y}P_uB+Y_0u~Pd&&g@vM#~pa
zHDmaURdCi&A3RdWd00+6I`#B^6%pvm;n?lPnD{9=-P0X<!2<`%<b19FlBK*M2#1l4
zUP(QG^x}N#9Un*z7K5vQ-5fs@4Chp;{gw0)xZESXq|nqp=uX3fglOF2DbFNN9M=c`
zteUtr(a3z;FQ%;dZ7EQ?ib8KsVY6;*5|0Tp6pW2AMTW0Q;iPpK)z@~`^-4|E_YhvZ
zA-50dz5ImInmT;<y#mMt7(XV{W-Ojyo@o!Qk{^YzZdukwyc;C>G^zDSOq=u(3_Q*g
z6D;;~lKh+Y?S^VkQbl>9)-V;E&05p5LYdK2hu-r(Q}YzpPpz5g3Avw>V!Klk-&$);
zLC791qRr{k^JzkfiRF-Sp`ZPt7*h)JlN%wr%TawB2}KUsT7(U$nr)N&+$HSabT@mn
z$x^1p`ex9&DbHkJVY5nAUX@o@lMP?j0y1gTq0F5UEZ;X{Q#@@p)2?$*Y>S_&ds7}X
zBM0}>ZshNJlB3;qC&-3;&NTFq-BFAAa$Wr<T%SiRdP(<86>ilx<w`zh#i;H6t;O(%
zj1Q`)qW(}8RGmt=JnAj4k1RHDoze5J7E#8Kq2glOZPy1iq{5cv8qf8Ob7q1)XZ`f%
zqo)m|1;yPzs5jgSJ2LUA3$yz7Dr&MA2G7ik@r3yw7@FtkN~b7}oXV=#zg_Z}bKdNa
z5-wq~1I1VeiNV5#vW<*x=UuW0+=t{Mg>{~d4j9Q#An6QP*%!nRAltS1qT<F-U80>&
zeF;2jG`NO=ImSlPuocK$LElW(%tEue;hUH`Ln~uey>Uw(-mi~LAoA1i^%jw%3*F0x
ztutaCdh~CPrq`LfUZpGqgH64kYc|D9clRw6=9u(Y3$zvMzdF=;x4c+}@o<oQ6tw~F
zWePAEu3oa8S#mH@swb-vz%a|@`TS8Hes!^U#}4#?#~A%vtA)d7t3}#!Vzn%_88#Pt
z<cyXNKeOu@6&x)$e>1C+533<xVFjBw^eui-m5gZp*x6t<ur)jUb9rcVVWh+SnA!Zx
z!pg4yP)_yy7Tq#Q^i1%g*<Od~s`c_kalJD#sMKuuL;GxwF#IFW+NpFGJNd%d(ee*@
z3sf;rTZe#%v1#Y1y2eG_sh-iT(;7i+Fl(&=R*lfFzW!43*?0F4ffyF`)<(`~P?@tL
zW*6p0ZuyNaY&=CHXC{!ob`4kG9N%mB_VY5qm<8+n>Kz$=7ef%yr*{!fC_T1&YYP|_
zjLumF_tsafgKV(OSyq;Q#h68mT3&fBIeESoXj~@bSr@Vi+TU6q?f6oPfncAt%pF~u
z=vAt3i2c#`xN3Qs+IfTY+=4djF@J0sS(vt9C+9Nlx)A+i5!4evRNsBxX*O1?2bE8@
zF?ghSVZxnD;scKlo^LkbY<ijvvkL1lG|qoq))yLEl^<KRiLZjM)EI6~e3Rl`s<K+H
zdLr;bTUEhKqjTvAz}iTpT#H^`J^RVY&xX3?Ei;8pw~b19XOKas=>yhntWHa9g)fAy
zYkP-VVCc?Xkw((;G6G;@*}1(SupKel@6<mECEl5Mx-Emw=a-NwpfsL1YS=cu>Qft~
zrOSQ7pSljpeT=u#udn|^mTLR?c8TZriGUg_7m6K1Gi%kx9XhJV=74R?+$y^WYrFW*
zMa9;~bO@DL3+LF?lW*HmP+Pl_?cp37R+ueoQmDsT7#9rFIX=`-#MFf<h;{n|TbNy4
z-<q$?S|rN+{s<o8h4r1>Dzz>QPofaJ`Mm>SOg1qa75e?8T)QHTE&ecD&mePzb5O>1
z%~L}R-GMNB#xVP})fZ!n`ZHgwWww$vw(3H+!7*j5e6}UCwhOJH`mj(F04Ai&(xuA*
z2;G%E-Zt>ucJhB(Ttd3x2CAxlDlGH3Q6*H*FjPY++z$2_Wt{qCPi}>bchk3X^CSKH
znUbWmvDG2eLBm5w<u8wWZ4M*0<>+PXKZ&fp@jApacPOy|Aq?%DjYH#|Hxf`g6Qf)F
z8hf?S<EYeKacU4kX~P1E7%~p^P&fpL>_re9yiR?J{!wkD@UO8sTCsJvgD#_-AM$?o
zKHe8-JXnSb&-E{?&z2mm?9{3qRv%klH5!5&cTzOW?VW?@%Rme3E@3j^G~aDyxUGU`
zKNX7DZFQVZ_aLKff>@OTAiGeg?QYzz^U|0)y~sr7rj64*B!1KG^z<^35`e9&8p`16
zfpDRr*}qb-#v!y_gF1#?Bc02>()_~ubsYE<1LabaYrF5^;w0<<`+16S-|cR=JX;qs
zkRAyxb=-O3T=)DHp(dcI#*OPT;)Tr_{kAK4(=G$OZ8F_^`gFJBcdmjbSiLWBa$-)-
zN=Ppo*SIg;Tv4a=^Xmdl=Yns7wzu&fh`Q9SoGM<{-HAVkFuF-R@JKjamD>5br(hq5
z`l7H?sa)!&`u-x`8>v8ficRT4X<@IIaiPNYO`8zA*Et<v;2`qMRph<aSHTGmMQ7qP
z&x8S2;ZieULPOE<BPP+e5`^F520S>Nonf|A6ywo^rC+VXvEz;-+yF<4op78t=v$Mg
zdJH=T5BO~iu-%(M&TCNFwLQgtcUQ$d8PuvrkV1>NZKcES>^Xo75V;W+X^+mHGg2Fg
zV9F}3_$uz>k0bcQJzvy>v5UC{xL_x01MI23dN=Wt&7C1J8<f+$7dXSYBCK7zpbCf(
zo_P=t+$ZIIm}702=ar`idpHkznj#*=<$dYcx$j!)81}$RRx^N&{i4Vr-;F5bD>0@*
zS6B&Uxa$>(ry(Z#S!o8p<L8brOvi~J?g0>QM3`M|PzK>vu<f>;?bm(2%Lak)0~}1O
zc&M=<_$h25KK&+bE~w_x_stH-dG~wtv!H4HZ-HK>j<#H`yFtQAKY)f{SLA;3+D*q!
zP!7Xa_p+ceF+cMir%c`NsD}OEUW;I1w73rldLI|*u?F(O@>*<k40HKO*LB%|^RxE^
zWY2zM^9K9-tml}0dj9)wgly*xD&f-U02w~acOQS=kutir*`}K~qKp5krTIeA$;IsQ
z3ys<B-unl?DE#y0fIV|4>h=jU%rp6uAE$ZU-Y0I3k<TwEUvi&psaFNczJGqnrWx|<
zf{y+M-9N{*dfo`eqLI!`fAlY+{a>=@O2ONZz4?OIMfgEX|CBvX-WyepOXPI?D|@aj
zG*_iq7bN#@v*%v_r`hvAM7vJS(`$k4kxWtdKScXPp<)uR(;uSUpw9W|M)+|49a^+I
z-HIG9wLU|O_FK`@wGZKW1X%ycm!pg6xRM-LqMXDJ(72pjM*1&b&g=d_+DAmlQ%d5Q
z7{BwMt#n>R?>}1UFIeS#1r*S&^cT#WWDoz=N~e_<rBVD_E1mUsE1i{7gY~X53lE%0
zNQ+TSn^{2PcP0J5ljXenf5>w6|0v7<tfbSRE9uViY<6<2$VZ%Rvg|&}A}?h{(3Nz*
z-<5P~7wdniq(7FoN8@rGM-MwYJ8y4qeH*KP#^q#xB+}8i+#{6SFO1|_2#t3<&2L{G
z!l4;0W);lr7Q|#<DdkZk@}ic{yO`?_Vs0jsX(W}S_ZKmz3ASR2dvY()QYg-s=iPJB
zX74{M>FP!5hNTMfg<86=b*-wD;6X2BJ6%;v98L1g{;ezz4kLUOK^PlB92QRXr!P-P
zB1QZ1>MW{^I{MZU>dtcN#v-cHMyeKcCB2daz4$w+?r!tj`)FVO2QH`mSWi9CO50!m
z|CvZ%V)-kPp4<2jT>cu3%ZK#-V<P=GF8BCv6Y2UnNoZVd|Mq`Nq!;{iBE8{{MEc;r
zOQcVp9rpemm+$WU1DEgp#^nt?Vb2o&^5Xx~2WVeD{(r%jZ`A$Wmn)!s`NO|_xg4f^
z0os>$6#T=Nul?!ERs7E6x&;F@0g!-gbzlJdP9aeGZ@ygPPhYM#CJV;d!ft8Tl7jh+
zq@5-WY2uVFkF=aWasyOlFG2&(1Oba<(t%zzwA1eS@<}VcynM1Az@b7%oczNUd$meF
z9#J0tR>OX904WyW*}l7>v}zvj^UUKFFeSHlDixpp!HyT|wo$s)6yOk0a9e}FM(u==
z+=OlSoWAzJZm%5e%V)F5za03GqJ8;iv@c(w>m4y0w@k~2wb6ZF5XV*cx@4~@^>H<f
zR_5CX>9F{GrWx?@H#IV*SV}Y5RTy!mFNVU-9VhNq_62dC&iOB~Qpb=x*335Z`q8yO
zIDtDS{YAF<guN0yV2Y}q1+MemZYxDFkiuGs!1(K|p6IKsg;at>(TSKz7GcT+Th919
z;x9eZw#D5@BDQk8ORVGpno4)OKudDKfG00j<YS{;jy~_?Ek3==PNqmwv`iX5MGYhK
z=+g@g)5kj95kivd+uI~7WbTxgl~n9kR5kAZ2Vc%zy9Ik20MJTzAj-yptZ~aP#JAF0
z=wTtNl@1J5wcibkw8aZ?>DTL9&Z#6FHGcFh>57SAVqqX#RBIzD)8;%KwL8ToQzut_
zdpjv|6U!RVLD#_rZ^zCsIPSol@nq>vK+z!EKDB(G69uF{fs2FI*d}{CP@V*2tapvH
z$yw{T6Z=;t(Vg^CSvi3raEn@e1eISSzIEGY6ZvOQ`PWr=$>efw&fw9Ox-NSDqc=H>
zKk+Q>vGCQ+g|xW&KFg}U*|~s8T}tH$;h;O|q(CeLhSTIy1noQ&Lpt7H<<aOQ%2|2C
ziDUswHYwT3759Q+S&&A2LgHN7>H7;@IeWO@YW^eSv!8dO#bjwoAsQ{#FMIi8Y+jMI
zBx2Ty#)A@kr<<pso-#yYehJl=8@76`Ph@L|g-k+7aO5&WNJ{!Im)}%MB`$-2ooC08
zgx3L^fxwsPr@fR6x$C2Bgm;f^I2d0nfcA2UE*H~!T&J)?mxX3l<5)b+PlK&cvUYJU
zX`oS&rubW(VVWzkM=9@<d(3f&GPcKv0fRXwjAC3CL+flLIVn$l;LVf3Y7#oY+Cd;R
zat(t{6jq<y<2a@CMbJNq`sG^!5nRNmc-2~od-{{0kx0XCc2-#8DO?71c&;Q)1`j1u
zc@kP65aDEZ#Y+27G5mI&30u{Ug3Br{G%dr}l1%K8CeK>1WYSzw4LOFaG!u?M<pP!B
zWBGMUt;k7P#Zt&Agf~$=dY4&=8Z%UZ^X6+@0A3Lzrt-kUe<`MK;tU1}DCg=5B$l>r
zY6xYJYCI-U&FxiYcM=%VJS$5Umfcd*wI9NNtIhf*M48(}Imf88H<hRR9*^W})zk~^
zd+(R-83$#MJkIS+|L_AxK>eLsqL5$)I+Ko5G8jZw8-T%M7${;^3!-cWK>51l#av~_
z+@N<UH%CGxJi9f#&K^>p9Aez}o{Ta-T+i)94V2!0@m3RYHBHqorT~j`Mc-5c0|wX?
z_#?XEk6AVf2AjchC;8EmOF%-(J}^CqIO37V1yKZ+Ju``HL?T5YQJB&mw~g$p)Xeqb
z;s|>#(=TXL4k9lV>*Lh##?fzICm#=C)h!ZNcX%wAwRpjbXAT&1O%$Z+?&=etDIY`Z
zGE*K|+1_6>8uwjyr@Z;mcmD@AUH~XLA0ln{kg^pXCgVX(*kC8m<DeDeko-D)z)?wF
zMf+hkSuvMWxvGW3tMt^zB_gBc8qfB1@^OSU<%IWz8$PQSi|A!<akJ@(I?hy$o!4E|
zvl(``jz53(Ezd^2QWlsG4`uEtAc{db%Iz5&w7HSJ@m;P|{^byn0!<|g5q`>LoPd+H
z?(sIp^YF<D*=GlH(yZmGL(%(LpGTZ2Dh)ktC1nrv{I_+gN_iX|^rGOQB4mwkW9&@#
z988vibc^oAoG9x#V0Du;)`s)QyXq9o=Nw;@%9_<^z1lb3Wz{RcuY|;_h#EVvnXAjs
zDYa8JSvbx7Rs|Nea~#hyj~Ywuc-G-$zA8DDa4b^XaSub)%wfKV`FnHJ)}AJYf2jxA
zOy=xUpmvM+GK8(URXcRw=FJVl+pVeX=0{EF_^a6<hxvBr7%o%WTg&LiXT5&%auz=&
zELL$Sn)y=fU0oJdbH~#A4Vi0E!ubAc#hg?FaB??2rb7+vyBYOsbd}y16$>FX4F!AZ
z{Q@j1iwn@luNmZf{Th}GR!ZhOEqOz^%(HcVu~LrOcYYQ2R5NmUG5zs=nX_(b>zL=m
z^tQ_j=g>jlFM$$1)wuW<0&AR;oVFK@-dzH(w-&cnYOXpzRC8oJSu#|!P@bMWtS|NZ
z@kDF5<&%6Y^4a?eE9p3chQ0vd{3n&sgyX`mBT&1A>g^_7HQu#X!iVYPmD72-pXa5f
zF5Ee|%tXT_K4p*#lt)!9k9+COl+4t5zj2y);6hV4wEMlO+TYsDQM~g-@taqZ%a2tI
z7T%wPJqs^u*&b}9&c5u&=tKqoc>2O+Zk4nInTvV6UoX>Ay{oS9;XVFiIX~Su8?1X4
zTE?q4+EOJ+6kac>vs`0bcKhj0Jgj9=K^T&Y-3Ha}A$uA7Ea&cnYF=)Q1+>;7m6tth
zos~U<qt;y|=@bZF`BviL)u=ZgmK9bLGIy#EHN)LEx0gh{UOQR&lo-!&*|t>Tt}HaN
z-rWwVar5izFnD)9I~-rrTpKrxlbb1iOvA>vd@$<K{z!OW?pxKT2M1;;xIY%`mnBA?
z)T}(56X}g~ZdYzOJa8{HD|yP$nqd*>L%{U2Me^82=VkP>2_4~mBjI=Ne;wmW1sj~I
zvr5f@bG(UGGrz{TT=+jn{oGO_e0KII-0$T2+%N8>X?I_o1Mhcr+bx}reZ+H_i)mlH
z83zBtYTGyRE?mweF4te*r+Dot=tORL^@+TQ-Q>q92*8>TU`kLRpb8`r3ncr0)t6&M
z5bVK4i+0KO;_*Ktao_Rbyhh`4M%;JkP<lN62J%&TI%yLh4qATaz_F7~qtf8m{p`^n
z4YBLIqgtDz_yP%bC$JL%*l_^tct-3bzUaZ`m?bfsk=<xst(aM{*x4(rI7aMwG3@?b
z?A)%HkMprB5%{B6vG@36HpODM)8jVMV^b!62ho4d$EL!uSJLs%mEst*aMulEx6<Qo
zlw#H+V$!-|53b^VQN>|K#w#Y^<0{AA%qLta#m-;F0tRDq5!k87#II!uce)dpeBv&5
zQSs|`u|z&GNw5TzUE*PSVlD!AzAKU9OJW=VIy0XjkDc@hD}jI`k<=$q;yO7OiF<~X
zOw3O(g9Vkdk2RZ!XN*i{P)<U7WOeKm&6Y&nL87%aEJNjFi&G3sK!OEd68&I`icuPY
zc%l_GPVOl-D@TfL2GIsACI%5h4S>2*L!HV~Tr-kQt`k)_k_dfb((==CVHy5D8GdLo
zPA!cl=45c->~2Qf1eWtPmf0zW89do+BApLAL*P0+u{^1uEA8E0QWiE-Jer83p*Rtg
z5DwY)hEh#n#dKlCATrI?Fw7>fVu_$Gk#VZj8D2&)iE!*xqYQuLi~<xAcl|VNHvmF-
z3LvV@l866>=5laIFEy0B3#)$*Yt#p777sja$&5!U`|Hddu?)Y#*feS!-)ro}>m(R<
zt`H1DfCMVQAn5Ecdf^;347jzIYX%2KAqx;|7<U|?Ht?8OB$Qq}>5?O9rX{WJb6#FR
zMqXFW9V4jNX(2HYP$B?Km7gyZ@SB@&M*`(x5XyZFbS2#I8pHgwfL0=w0VfAxlq@tD
zf6q4qo>>TR$Xc6+h@TdU@uADM5TVmT**ieIJ4KJ;e>3k#d?hg7|3%$>1~uKU3%^ez
z5FikWNR<GBNHa?Bp?8Qh>4x4R0xBwcM|u~P-VD790@6z;(o3k)rGpejz=jf^+-vQ%
z_I~!9^UOYT&YSZ(|4Ak@nN0HkeXj2XwBmret<oe=TF+SE>z~j6#>k!tGaN-C<!NG>
zv6fz7*(7kNNGVwkOGyMn>|?=dXM}YakP%m`i7SrOEB5sSx?q7vo=|sUp_X3u4~~})
z%1f>)l$(phno|PI0MM=2a!C~Bgb^%BDpJ6gI?w{6^}%bN#cTke`$FpNnu<GKW!t+n
z9HhMM;B2iyn!tyNDM>j6XO)DS{AE~dH}-F9E(7@6noB+e38TRBIB<<VSRM<mS18at
z0z`A>x^tF1I|G!=Q?U_?*-*f~%x5Ed+21pg-_KRn{j3DomS@Y+ujqq#G2kn>8VWkU
zf_yE61y!Auhbn-tl^4k&aw(3J9a+6j(cSvc#3PzST;WV<^|RI7I7E))d?kR6Ttgt0
zWXjPCP-6V}a?To{^bv5;1}uG4BTJ~Gp!3%@V0D8x+nJ>lkgTT&dCpl@k&*585BAQ2
zen}aSc-Krbw3jJuo%3g*_NoXi$UEi$1E64TJ_694g1ISAXbVQ7K}xMv439und*!m|
zH`bYyj|^D*2+*nrp|tXqD2@K|JQiXx3$|K{qc#bbcU7?@kG7#up(>RIPFV>^RRhd!
z1yUU~Q{$>QF#!2rKxkaeQY;wf-6)9#YsM96)?_{QhA15oSXZf7D2Zn*v`G=@UX#m#
zN@j1Vbo7LYb5#u}Hasu=M;@KnOkLB=T?3>f;U~zC02HO~rPxSQQMaJbSgBZQv)8z3
z4WU&0RY?FhOr={*Q=9>?|BNOM0P}`H?H;5((rYfDtxMX4j~M`{NNwY-zzo}Vs2Iqb
zt1)1>4v7N2Z>dr^D%X5e6r}*M-vhVmwZ8fZP(1=TW1-F{AS(izhy}7@feDz-pL+SZ
zh$<2-?EoEZ1GYKQis8?r9;%~G>Qx{F3*bkCW(+|5=(@$To-4$<)z&H%RK0puQB(_I
z^HGN?uA2=9grk90AwXwzw$LxC$mYrySQtvF?-iiO^*7APpeH`K$7iXJ3kLv*fdWQ=
z8kN9Hm|iYQaDAypo(@!{P)fEcr?5<jTP)@22AHsA7E4rE%saLkn!=3qVf_Th?EC>y
zT95d?8<l-AH2uE62W3M51^Yd!h9Evndv<G8@d%L@RUnJ&H3})M*9UL?1Z&`cW{-f3
z7$9p>!NsJvafr0i2btLH&WYGTN4g%#k?0$Mp|O!Zp4Dc`C_#W2Xxf`d9}il!1<T=z
zo}T5)pulikal`>Qs&ar*{kA9OHqk@73`g`nX1*YG4~WsG)AxL98;Oyl8ebassRYi(
zH}D}qTxd$JZHOD+D~)_zdIk(r0Pido)!PlLt^zEU0Gdf-lx{v-3ysD?b_GY;adu}u
zwvT|B95N&mA_o{o55^_VJHgAqOhwRiD{w)9q#Iu@IaK#19{g4jqJjo*AAnUb5OYN!
zLlW>d28h4_tunG55YXH5nf>zPu1bABl=||Cong@o9}sXe(&RPx(8PWl6$&JP1bO<7
z!g5C8=fL}M;McK5Qn+F?9LRzxW~ynT%(bYuq-u%O4qlzH3&}qB>dVZYxl%PAvkRX>
z%sM~r0T}|Q(I9!HQ4evDk7&O@(o|$--ICJ#yUGwH%=@U{V3pMlR%{bTOOxiqCO+HR
zd-{X9*zs8V$#2<xiMw-V1km%twv1n$6uF+E2ogm0>x6&=2%`j^g>c$2IqdsVa>9EC
zT(KNyA!4;cbFVm5ywj%Q?T&Dt)#J(Lgu(db=w3dm=gVy`58FI)=4UGVb;VvQag~nq
zlqnIwk|;>&Ay^X!d~jGw0o*R-V@SKopFfu08LVtAukIX1KRaB!meUMc0;Zj>1ki(c
zQ6M2=ox<>_)kCnA7gz!NUik<>S+&rn08!)2y@(p2;BC{xq@+iACrhhx9WxyB(VKu-
zvf<ijR?nC>i86P=g9J@;gHD#0coC%!_rdP^)4$;m<y9~|7P#&S9O8I;0a1A=uJ%*g
zs(kKZ6>%`>$K2S`%Bx?^2ljx=c#vSyED{U4;|G!@k`ze2HL*ox%9acb07QiZfa?RV
zUdm;_1Dy$Zv37IcY?HAF*xQ70dGhLu=xtAlO$e$*BN4<+Xb?h?_;EG&KdmVmym`0?
z*2FJZBrYgnAXi@#7;#Opi75^kAjj&2uU_(d-ErsFi)kJo#|`V;Du7+S0Lu6XV{47a
z^4ckUy-IXF<VlAn&n^N}a1jf9at>g{RGQfW-EevF_>}veu=d<>H;I^i;y6KU6N;|m
zB=z(>t_vcsP-jgMavH4^z$(ahsw6PkZ&-c-0P5`EwgJZ5ZIr}h`aRf?XP_Gj`IPc{
zWy}tc`J@5pbHGhr>4Ssl5_*@j!J7-<&2q5R5gDvR0-LKq<oDjgF~Fw9_s;0IE=ju@
zv6+t6i{H3uYY?;q;>p#jm<7V8F5^1t)gJ#402db2SG8Fnv3~0N!Aj)ajyD8>8e8Yi
z1yy%kR{>sFedo=Q*8d>;c@hjTbfVOGas^J8><~j->C4aVf#Ocx&ubX7%KOK@j2gcV
zUuaymJ62i+Q-VJ0SC6i6Z$$j0I#dLL$@Pwy8JEu|sBGAaYd?p)W2TT_2;ATO;^uS4
zfQ*k01W8|%M7xxD4uyDstj(`me*iGx$^a@rht+pIhBFCBm<uD_OOtOI_+J@VIz@+=
z1^iE+wq{^kv!6koAZkayvr3TIPfND1zqSBYuj!RTPb*`G6EnXeuw^cQRX5^*?>to^
zCEs5SYv!eGeg(_K(2BrM)ftDThMNJ)Ku#iX<gWudqYvRNBzf!`N!%G=tw4to4d;}?
zVe+~os2PRr2&k^^Gzo{c^e^4fH!mAy+=w`izUm@m*wB}w@xK+*Go^i3dNU}#JXiTK
zIb7a|7MQOUbBTl{5F_E7*|~VHe9Z(-Q<EivzI4AOx18ILA8Q)eFh12M^zy+q1K@~@
zOZW1uCJfTG;@R%>UVh=C+g@7(q~f+Z!gfc%d9{_S7BK}0@+e;gr(S0!p~6(uosCF%
zxkA%6d3P@*a{f{gb-8_<qk07FqFB&Jr?t?q>ui0&9|LZgIjn?Sbu9lX`vtfDE`e7k
zm%F6lYC;^F90rdDG8;<c<bd7B=H)`hE;E@LI=5;Z4GN^^2m@#QkU=^8XJY<EI<^~l
z>+ntie{%YhEPWk$Aob-MG?>vxPk1Mn#SzRP#oh%$=tq-o411BpDyq;uz-ZowfWw~2
z5D$}f{>UaQh<YWE*zmKDcun>ENx_>=V`Fuc4$u9~H~pDxwv??lQo;m0l<yZnWTdov
zFOs{an>5IyeuC*`hKqnYVEm@nJ78@{=lJWaAdUDBzxSUp8_ShZ>F|CCmo%170FwjM
z@->Ms%b4<ONwthOriVls-tpHfGfmi3Kc#MoHyOD;fIp49Mg(jaO20Qh8Ijr9tT!`J
zZ7(z4;SQ+*Fc@Fp3uml9F|Hf+`XNRl_1=Js*G95;1GV{*1}3gwrkag2lGqAoc79gm
zVund`ZJ3wWvZsVbE^VN@8QXe}Aj5LQxE|}Lh*IiHv8a5YKyCPEU_BE19!TqDTLrp-
zm6V)vmR)mU3Gs%JtpEB$6^y<KN2ZtVAF)1FXD~fS>iHVgtXWvej^t6R-=FKMpA2qF
ziLzUB{tmpppM`apYqQ$0GCg&b|6sI4FXxuw&PJ~r>Mw&Y<-g$2v{uSbhGs4bxf2~L
zcmfb#+BEM(AXTW51OkX|AnD?3i6MMYf>HfF>)UB5Me;sx`io%;{DCs)a3+Mz8kp9g
zX||TdXO*od|J^=<1~<-?-`)|!-t8R9`4AAwDvC=3-PoS8fv3ve6gVF6hDG@dU+Zrh
z<EKLggP9mmtN6D}esX%zvT?yq{{3{LPI3Lp6B~9}LfP@bYgyy`se)<T$3|Y)sRP%d
z(jHv@NDs}yP6+l)DMrbLdHLOv7R|idZjhB1)$xAg=|(r*Lp=REKKnMhA2r5d-v{{a
zhrCq93aLE#sXViEbxaSVNGVLw0LRaHBK3PSH!u4)OV~Z;QfDN0tY7bv-b6Cu(x!4{
zppunpkF#_&pprBVKkt&lRBl{)o@fdvL3;%8%RL<j>B_cH<%z!T2JYh!5>vnNkCy2&
z)Y#tg_YU^o6t2T^k_c-2vmhQ`O($lidUziKa8*+T?;;%D&4>|%ti-G=K}tDZ2Ng-7
zOV^q}-^0T2)j*N;Nl4#n{SEr((f)=#ydou<3bRb|=!f}cnYI1QrM?ipAI5OPF_6vl
znUfqTy-!5w^{089xaZAe$Sa|1vdm2IG;aQ_gC;%WOKw~uqzq{0Ix9mmG1)6jAO50O
zz2)5Vp>b^9MQIuEe8v_vgL&MKY|1p|^R9%yh?j-_kdLUJ+?`DCKh=|G2WJ%H(6PmZ
zNvsyu3hI-iN$Wr(1oM3RrwdQxWA%r9me$#HnIuBGG<OhN(T4XLri9|=@zf+}27?bV
z`NdCOX={$_vA$Z)(dJn61FXR_j!ipl6bQmYN(xPmXZ)xM=8YVTvKpDlx%h5ZKi!IT
zAeuSTzryJwe`>ddvA^gB5dICF4E9@KezAYYM#EI<DJ(gUp4hgj@snWY1ie<E`c63M
zQctp}ai1Emw4lWc^HK3j0ne35Zj4Vz?bjD*4PMmq7!4lbZyZcl$e;HZQ#;-yq+ZCl
zYdTbh3^OmHeNiTMa0RWwVnH=VOm$lWA`}|Pmn22Xi|rFUu<b2Vv6(Y9{nJq4>H^D0
zPgs@G^W5P0?Q)5s0BG7<@9%~BeVWfB@(_R>xmHd~l>^6;;tSsVXLqe;CvRqyJdB4H
zYh?_D)W^z}=Ce_Ggf)$!v(g23qmX*3H-yV^jJP;3QvK;`hS~bktsW~|MSH;j4O)2t
zVz--Z#$h@@>BIaE{8K{;2fojvZo1ft@^8C#mG)MX4;r#s7q!EXN&(+JNE$WEy>GHl
z7NVa5b-$)F<I###9c*q3vnUJwd#|+U5^n8fD%-N{AwRwKvKhj4+(0)no>G0elzm6@
zPilJbLQ>bZOKVL;0@2s>i=QQ@r7pQ8Bh3RKonYVN#KyelrMx?l$DlEbXNZ~`__<Xb
zlOiVL$_7)X5fx<P8(!t8tF4`nL-Aj)m}H#4fm^D#aKA9K#>myo`1nYJ|3#aNOux_d
z;7Pyk`n#dqo;tRxd9<Qs_ctg|sr$b8sP)ofdm3k2g+I-gj0?+AYL~l9d?SNK8u-GP
z7g!wm0bM;WV%?Qlk~C~AvG2+?IqCm;&=e`L#I=IkmQ8k?a8LCsbUnZ3sz7CO-orw}
z?S?h3s};3x^GR(Fm~YXSCb?&L35=_=eM?rGskW>y&sj^bzSU~&Z^_k-#-l7Q{BR6T
zt#n%*a>s82n)EhoYtxnibL6*C6@FHC>#f_pG?f+>zHhV27NhmezE%HK(K4GOzkH$T
zn{_ISii`t?947I(miWi(x@{Kl&nl&7@K8i==9l&_m-4I{e)O^ssTgvppWPQ#BNeO4
z)|;w&`w+TPc)-uFUsNz5>lbt&G4dTJmr|T*&zv2kzEd}{HozgPeO+Oy@VyewMX8~N
zt!K-Rk}}?h%v9Xdm|ae~lY2i$=ggskWX~-N28)dU`fWIYvR#SI%X)tQ>lgS`03_JN
zZvSYkMN;b1-Ht0!TsMx0I^Q)-p*k?pAcKdKzcMC=$qmC<TW$i%_wwi9?`d?Kel3fW
zq3(07pI_-1%a>yH=Q_yn!WIdh<l0&jF0`CfnzZa2mgaehjjzMz(je}=+@CT{d2l=G
z$4Adk?lS}vl0*H|pWfOkpK0t^edW;F>~8XF;r`2~n<60Y)uYJP?;Y@!``WVMs!!IF
z1=yeJh)8qE5PPnue7Tcwp6dSBtq3z|+<`UYa{K2;A0BnWbFOp(l<0jCk#Yv<r)H{S
zfM<oyc?BOSCkM?x>FAyUK!aK3yhzZWjZX5f4y8FoAVe+qhoYP)s^7HpmO77R0N+VB
zFgZ*)u%H4hz=|s)(uFjCC3T$t>X0c7`&<#Gany!j?an!pH_S?cJ<am8>HPRy3>wlg
zK8Kh$xI8&`{f-{FAvIG;?uQD)QWwK-A|IqD14%S6NdIJm@={m35~RX*`C5Z$^}!d(
z`PSTpFh%i$ZpF$lH$*3DQzM(bYy0UN!3-e_r|watTyI$S4_o;IPkE*ZF0`4PGO7F0
zLAOFpuL6LmGTobjX!rW~QqsKqRySfNOti$bH}+`{eh-Ms?@6mry;P&Y+opM`63n>N
zYa0*q(+xF;J$0Ctrc+ZE@qV#<EWL8}Rwi6|wVZEHpmbp4>7}+_4<E3?Ko7F_o%gBy
zc{9J|8w5v1zBqGZZ^fIUI8|9qxz@~%{zWmbdQIL!Eia!i<+i>DhA?0D$f2gx5c)DG
zOCu|5{~huv+gpP^>--vvY4*uEu{%s4KEgYLLTv@Su7U^DyRhGA`rYo;9H=w1va|9_
z$>z5LGC#orQ%6bHoZhuM^(zGHrkLv~)Vzx=)S2ihnY{Y66jPq$BuMSd2engp8`mC?
z-2G9qfsqNM?4cL!q8A+>=JrE9ox9r?4`c>3MaH~w*oe<j(mV<6xCj{{*l7oyB;^|p
zQ7)4sgcTL)mOy#}5RsEVwQ$bLy%pD2Lc3dmdh>C_pMeUYlVMTjL!I$qib*<e>j&(W
z&;Wfw<Hh(}*ER33Hat7fS2f_Y<&;K74|FOS6lLpnw`nyPvPXU4z)k5@n)gUNM7u!r
z$SL~$*CxYi+YD>zN4ho*RW>6V?8<vDH$V33=3W(Vk<xO>MvdfGv}G&v;f(5(hHK4@
zi?c_KrXw$7Y9vQ=kC26|OM1Oo%+#7ja)w%Y+=F?L&<*pkFJi-^KE^7Sqb9<*y!83D
z6_q$yu0caOX>8jL>GeLDUv(1IKi)J^NE$t1Rkt_q{LJ3xUwC~-K#s<lvWP5nfORa1
zb?6czRDRWDD;Zo5A)#2?GqWYX3KT9b=r&6=pT&2}+O;~J=v#=vY2T9MnlM}SVSh$2
zz_x*c*1@l4#P8+`&8MTzA;ew9iAh4mXZrElkO{iSH|cY3^0^Fur7zoqu<nbIwSWE|
z<!v8sr7tz750yuolG{k^GtGiU6PGb6_F$c>T1t*_q60w~u~AbC2#Bo+BTq0>5I3O|
z(^tJs!IWH*t)X9xL4URh!<+Fw#ha>JgKy)^*s9DfYMIKX51>Y;RyC;YeX^iEdgz$p
zSp$r*VE;Stq`J|l_~E3&<7xIBbD)dC60<gr+vv6drs}deGaSUyK4}{vB60Voj<kiY
z(Xjc~mW3dLB`;CddgGt;aO;F_ZV$|{$b{`<(gpDuhm<f^q8WBe5ooV^gyy*gn--Jo
zyUjK6rQE_p*_<!OOtHxFq}NjULZtBE=sQg_$mosNBx8()W|GV70GS@-Rb*-IduwfK
zR)l%fzsTf{g=MVgtc%q9)`MGrNn5xz&EmJ@8pM=l0&AQP2S}^t(&7^`K4ww&py-6T
z+eKC(Q(8h@Np&wxr4Ovmew&A!Pb59IdXWOgD_d7<P&bUwRt8t>vra$csb;dbbeC>?
zHU0iAUFh=^upq&#<j}$mHJ@G8@bvDu>YL(9s)fV^Yv#L_BSW_$wd9MXElML6Vu}{L
z>a2QBX2C{g536on47DC`vC<N|Rr6ImtH`X($hLYv@-n*XXx*HUP&2!)SA9PC%-*sg
zPPsT@;rU&g5@l%p;iB$_wISS&>G8bF7NS|pE<?*^+GSP{wMeE&^RlWX83XHE4~vY>
zbrSEY@_t=7wy_F%+*MRGJK$@RZDb#^VeKq!HCg$-=X_}@q-#;oUJ$cVZ0}H#GPklN
z=jQ>+UNUcbJmMTaf9A3@Pi0Z-yHet7(-E=q=-0AH*83M5HoSrh<99U*jI`bCSBhO%
zer_#)$&t2amGvI_kjTBX-@dZ$iuvw}nM}F8op4(aar;+}bi-0rgSh<nMZ1H$?INxp
z&U)>)q;2U_!7c<ls&Cgmp1<@uGpmFoq*aOC*;=Ba!rDYE(a&Nb+V+gO63{*yr_Gy_
ztP^2hQ+XWL3hdj8-eE6VuAHSf%Di-V-#*6t$($kMMc5YEZvN0Q!gpl=?gUAl=C`~7
z)n1oU?rpx?eqhv#a#-7hJAqTd&bwGKnM#4~59c|irY;&h#%rzCAI5nmkfrNaEgcvv
zH)JHK9Z3_^kFfiX4X?|%RE4j@`8Jdimmr^<Srpgz;0t8&P1vP{@GZw5&KT|2PW(??
z_9oYvv`IAIZnGL&Dj3h@X}KDVJ=NNFaTAU*v8)wP`M@RQdc_iRVb<l+*w)L9P2@Kh
zYd3N6+)3m1l~d_0O=DL@2~MFOuJrd@9CKg$d4%#HT;|@nnX1@5qu)?aDa`NM5Y%;W
zXK)fiJ9~b+<|OovTEg|<y#Btni-NWzTk<M57K9}SyRmEUkYhLZE8o2Lbq`-&gXLP>
z|K|2+%sJrFy41?fJtu>H))k0_*`K1F7IRCg9QOk_D8dqSdthV7cXxIjDuh<_x!0M?
zY9lXW6yM;Xp5va_hmCLx^<eNMn7UVPI=P&Gh}GT-cKE3A$xaCGNxwoRD7TZTQrWq6
zlZIh8h7xF(*tOPjDRBzDUFsAeWbcNgmI;fjQi*cMtg5>0-Awg}RoS{f=31KSo<?5J
z*V{!pfSd^p%yCpfbCE5x(3)?n&)wW}BwQO3y)HPomYg}c@$5ZIT#KWnq9o4Ic<8+&
zFGitliH<EZ74LYN-FhLLQnD16oKJ+x9(lGKYJsKlNrH-|N2(NWCsrMFew(9O_L<uJ
zXtL-*?+0p%bc<9GvXzT4ONt1v!ke(|cO|UOHu%)Ld0!!WzJIwG&9oPyjh$7evcN<b
zqp3X*+nqVg+1o||^t<&NO9f234r~W55uWL8&{<C3HS|sZ7RrSqc5NBG9NT?s`N2Qe
zt3<{l{E7FnjF3f>lVhsGoU|V|!v8(nLA|KQNUE38n6pT_gavvp5Q{A)-+tid4ZY@L
zpz`TV$UMRigjkKFd4)?RYzsl(7rQwTjs51`aAgkOc`Hwa2okVscWC`V`hM=8w?A%Z
ze_|NNh4la_J7aw*#9Rl~ut^@>wp6;XgM0PF>AnLlVCgC4G11*?Tsp^rR)<!15A)@5
zpL5;oF9i;Ni+w!@<d;1b_;7sL9eU>HRTAk7V>sS4J`w$XP24{)NbU<y=YhKR$Dx2P
zuY@@Hb?{8%$1=BJ6FpmEinuNE+p932)G?1of&rZ4fm-e`FNyu;3qiV_n>tql8)QzU
zO@fSW!vYDR$oHSo)h?;IUP2u~EK`BzCNSe?C!3c7gV}7<uHCh1{F;h6)-Mh?mkB(0
z9E7?OAV&QS>kqU0^9i2jemIS@rULTooHAG3bvJ>1|8_gzmy{Q^|3e`UR~>+%|2;o<
zn2LX>w#i3@YL9@=wEX1zp;nf)zPG;nQA1d@?<5O-L#gg_HwBuR+|S<iN=8y2`0WBO
z24JoPjzs=&^_L7Oi3tdfq}0mM(Fczuq8{sb>izZot=pHU{^DN26rqk6v4R0Uz&xWt
z!d6w8#cnEb?vl?o&ia6&I^SnSsJ-x@6f|{eKkSt$-UEG{X!7xXYLLUl2QNw_0%}0j
z3{l>c6cq_1J`h^b`H*7Gy)aRLE7anpk)F|^B6B}rQQy|2x1!$b$M{zX@Kd8pvvHVk
z@0wpYL=-@e`Yt7XzIs+MepXc-8CV)AMg)n?fjsb$A~Z)y+7Io%-B+N7m&jHI5UO!_
zyhl2fOj9Je*bdgQb0&uR-J|+jd=47%;kf?dE^q&lwQ4196(m7vY_J1lXrg+b#B^Ud
z7nl1b{#OX~DemU0`_lfu<MzPwuO36O_$%ngx#%cytEiBYZT#hX>g^{vvZ6B4=X1}X
zkH+tJ1^*V+u!?Uu*7)m}S`uCv6}A57$*Wzc5P&Rvi=^oO?HjMU_OqHNSIjk@J^97h
z^N~858+2!NK&@t#0YdXS+k5wjuQ!_czxnckBz~P2VxBKt<k6D2N*6s0LH){>@nogv
ziO^W~KZ@y7j*UXpu(5&XnC<aG{eSv$^SG-~%u7$DL}n{(8UqgV7NmC7xNfz-_`8^H
zQ+E}va6Rpt_)=5APVQ!(kI-`4!|%t3``@pv5<~w{Oh>Kv#$J^4JNWVc!k4pL`yUt6
z`@o?8DMc4Ws8A?6LQeL-P;`}lQgr$Ia$^3f02hE^h=kdbt5$ze9J-{|gB#9&@%?A#
zoLfu&-ws{yZ-*`@VoWKVUlTX~r$fJd-Q@q?p+C~Uc8lWBx$OVDL+3EN$z-HUDV(!9
z8*#Ylb9w4r^rRHdEx7|sC=UJKh4U*9^rS=7Wy~oK-J9c{D~G>}gooP|!~YsN_w=Sj
z&VBwPa(>Io|GzqP_6m0IFfR8{9*RSM5W)5&nu&tYt-?f%Vr8Af_yWR^UKNV>UQ35m
zO8irxUrDl;&AN3p){-aIjWf)XE5eO0@o#}H{p`U%1v*cd1NxPjeyW~ffssk6$*p2-
zoji<VnOb0-#eWpei@omEJ@~(N=uv+=^n_@psDC;17cc&!bDsX@KOK7U+l!42EJfuk
zQEx<^zY%Dty#Ak^^Cs@TCboBV|0jpuvm)?sho05uHqc}eGo$<Ry&B~g&g|a~-Ca{5
zOvNBZ{#Lw%Z=$4g0?IQ{EHLrv!^A6364f-L%!Bc^e)vHDDBkQC-jsO3utfg21myF0
z-u&px<)H$l;g&fstcnvot786p=R7a<cWv#TmoKyaWF2ld{DYzo^$!g74NdmEpP8MV
zU0hfkn;jqBnfP=tu=8>6-w6H3@jnoH<GaX*FaMv~^Z#}|g`yAte@oE=|0_k8`mXsm
zMeoe`7e&9Jx%VFwJ#hVRif;TjMgKc>zLgIY|KBOP`H&j;td~O3O?1)oLuoZEfgi>G
zMbXQX7on?nn%w~nDYk&BCD~%i%1a?5d6Zfpa46NA7X4kS*gQQkE_IGu?CKUSO`00e
zxVM~JV36i#ym0(4iazW4{w{g(k{km-n%H_bt@SLvHuMgt5hi>~C6nm?0W^18wY~GN
z`W17g?1w9mq-k^ml^o$dwS3_Fz`5(fh`^{WOXCZSLez8sW2NsOqL3<I<5^Y<b#g&W
zucKz7UA5#cseMpl%8X&2e7~f2eQY-~K0ji2<C)@9C~v}6(43{O5$tMGoYe)2M{j)~
z_qRv?J9Q2!qomGLZn;V^S$?s6`d7@BtApXCX=f?D(Fp9ziz0--J$k>J{Jl#9Te%^{
z=2`&be|U6s7oYqT1b0#XM#oooLYQA&LY@hIhP`9TItPH_(X}F?END=>QaDH2S1iTf
z%Kj%5{ou`jknMq-i5L>Vn#!q3shn#XOvo(A=UuvOPE%8*JID6zP-jGe?ofS_Xgy)G
z&V1RZaYJM=1EeeynG|B;<9w)IX!CQ$14OU4WcuY{{b=X$;UZHzXg-T17pp$)ueO5x
z?eAcY5c?dob^bNe6Otf6e8N;Fin#FCTE_7Us{5y!L&9;>Z|)~^gtK}fGVI2N!S4()
zv0RTD5<Eu^4gU7%Q$F;x``L@=`{bn?Iwo|icXc&PXz<;^rq>;$Fk(lVqpG~D=oriW
z!2r@9y#k_|pF9&DV1Z#XdRBw9zeiTnV!V7?4IS3YJ@9eF{l(%xQ2Kqk%d2Wa-^DR&
zc#}~X8#;4O3}8Iid8}*M{&%CAP^UIRZVyU+{*mUBh3Pi6VC6bGpNpYMt&$FsxbJ;i
zg6D!VTk<cD(VJF|As2+IGdBUZjG0eDGa<j#HiZcfuzkFdA;(eTonO((28X|_X_Nna
z8|*qcZ=c-=X-k^gvtRzDYq3*wPgh4^v*D+(2;eY*_9^f5r;?U0Pa{PB;^^;SMb}PH
zp#xzP9OK3fH~3?E-9@-yAgX+H1vWw+p&1QvwCn<L)`)H(vZO5MnoX?_Z*O7~Ha1za
zXeB-(FZ_ZMD_y%2x#?BN$3Tu|R&>M#{elRsmJbJRa#y(2`;qcXc_+rfZ1jRAvOXMG
zN8NjTH^s3|kLpYtg5(gw>_f1Ze0ojw(#)ckG;zjwr<Ws4<u}znIXGXA=8#YRKT-7L
z*s=eh=;i;S=r8_F(aHa&=#2lO=<@$FivB|Lsnjie=!Hr=mB>Ibtqm#kV(<x7BTb2%
z|I;{JD$B)P3PpckHfDe1bn(+>gv9oI+{16(7r&E#N2nw?#yg*$u=k^(Hvsr}C-!7^
z8ly<{G&Smo$+bL0RhXtAEe)D|JwIw-mk-)Cp@vv5sHG_r(^i`_O;2VOcBK-vc^Ye$
zzFt%wT_);wX6T_#1(+NuleWf>`uf#neSnn6J#{q35?FGG16rnw&2jgR*UOHlwXPM~
znB4xM{;G5JiYkzn^px$C0JA8y;u`wfpXXno(&UlwqDkNfG4Tj$^3gC&T91Sl7N9(@
zV)SEE8cvH)7Vktnyrxvv%u8nNp2{>2j{2{tmu~b%+<cZfc30*?Zu(;p<+50l3J2*5
zo2_y*5K9W<7pSDQ(7wS*dsBh%mf^zRsq?kHiD#kpuLYGo_0RWA&3es?!^IDB8Ei+r
zJ_Wr&-&LdYTMNCzkW$+;pcOP9Ge4r8QvUt)Kt)5;CNwmK-O1?C>z4OyovBm<`;3Q<
zx9F|sE7H}Emc4I3SX}(TFndAz!t0wsUQ4;;`Zp3ZHGzYA#=Dj>7t^$A6qn^q4(@%c
zvsvC#rLwUJ&!5e!^sVw9_r5vr#>&LyTK(t??d^{8<f8VkRoKrJACz+hO5U{#$uu{Q
z`a`XV8<5DvtHWdWMA&mNMJ390bZb=s(garWC#(L<HF%(0dlcZh@4Ria`YKyT%b{rO
zK9?C=W4gg_Wr={+kDvjCTm6bE<>a8UUmHk+l)43~Dpf68Qnig-+n`lnu&piiN%7kr
zPWW{lUvJmv>lPiYTGz3zdt2AMVSVRc{hiw%Y-~rG^*5&bxR&g1?A>VU`gR~@De&9m
z@?US+SKpoFUiWdB%Wtfz<2lu-;GWdjm!1&cs>QnR?TUA$XU5w5B;3Y)1Qu|#D3h-z
zRsY&9x4GL|^vUbG@#CGNa<=>-T-D2|Axo=H>DNf{`YNWXtxgG>3zB!Ws(BNvyxr=k
zRNr1t4D>NKs-CYkOmH`k;&vwmyr2GH^wugRZ^7q;qiPp^`q16pqjfuVsZII&>zVdX
zyhc+^pPqa#j2T^$<jv~;{w+v}%yoc0)c!F5xOGf~y<YR}<ecTOm+Pqx@wO{iU;17Y
z{7wV%vDfRQGnuWX=vvjspa6vr8B}*m>*x+m&F02tF8v6;#WfMrJ=^1#a`%yE?pDAD
zr5fUL^Rw>kI|(m2vNd?UCJG*5A)-HWE?@gucka8H945^Hx_x)%75$cf-Ti%mx6-%U
z8O+Qooz|Up9<+wRgY<i_E9u5{nO~}Wf@zyK3tqR@=RH|dZd}@1ihPjlYW&`YZe<()
z^-zQ}C-~2)-N+Y)GrXkz=_9komXX}@x>rVf0(8j>Iq!d2+b4b%p1QYPJYE%Z?)B+I
zaqCy!hsqmVw-2~q)_qI$Ew2qEUz?Hp-ciw?-Z0cNY*Vh2%<$KzZ&4+N9(P3lIvPp)
zfwcgh>(D-b_;tJ!`gQyd`PZL60CqejSq!nlLxb@&>3G^EJpCM=;Rhb^|8I)E``0#(
z;o0tm9f~x^(!D{_W@BO5NZL18x`rh9Ix^;EI!gnRHWdp?M#5eYVv`B6<-)LJR9rF<
z_9`7-XcdccWY{LcC|zxed+i>Gt=)~S5038_rp-&IP;_R>(%o+Mgb8-ob7b5=aC{Cb
zE{6mgiiVHO#b54%jsJ+7WKY=mK{HdDFeew6f`KJtD38Xi$}!g;#qW3|k~|W-(-Y@Q
z6AphoI~+)8SWP&YW7<xFe`Al|`VmJvm_!dtpmfdw^DyAgXUjhlsPvd<nv=L=p20ky
z?Fz&G=sr(DKVS5CaU_?-Va>$#lg196h`LHnfd5STnf~mT@C#uIHg8T4X?}s=W9Z(c
zazMt%A5qcCC(^=RZ2oxOWtE`#Gg&DHt}>5UK_)v8sS=N<ZsUR7b2JI)m(mXsk@BfV
zS7Df+$#0P<W-*9$B265T#&3|yo=D|D8I0eh($-5(ASN3&Cx2t7gu|0_S7ABm^ze*S
zZ)?QH-)0<mv4$q@h>8V}5syy06_b)slVUfRhWhy&%K=Nqy@-79;uR)6m-N#60Yf~6
z;~;=`L@GukB%VOSjswP$XkyV>>_jSdA`JztyJDc-rO6?KY53-ZFwgYCjO<d%`#J)U
zu0phs5Oq9|4M{=US#QZOXfq6&p$A?4nBt00xt@`%`!QpeJ#)A@H*!9E)e6Ey0!toc
zYoQ<%8?KIqP=x4oMix5?h&`eL?oqK*STX|I4a?S*&wi)(k}#M{!S;h!^BRy0C(+cB
zI7&eqqLq|K>3?gWz>K(8>KGsc3c`dSupa>!@M#p%c>zmcJ&L!5rTP!jyqix>Cgw78
z=7q(iw+uiy|IsJsT*%{mNHK2^4M5I#43GhxBiNFUAX3@r0f~A*N(-FfCyg9!8hta(
zPR6t67+BbRfxAN9r{-ugOraDWEQv0Z!xl;-^0m*hnMj2KoIq3koN8+z+ffNC8c4p4
zhO(leq+J?6ScX$(l6@xS<;$4PV9d0%$u@Zja#T{Qz)R>tsiR_?KKKT@P#!_KaR(;p
zK`0Jg>j*Gq4Mfy{)sHgm&_EVEFigMH`YJSfk0ushKuph)KO-pXm%Y?4dj%+r5vI@H
z14^#~DO#M8;pfGGl<;8rqv9J#@LdJ)lubF`P&p-XOTpPHM}P}QnfBPyFa_YFk2DE*
zU`J+FEcO`|ot=m&e%?~u$C;P@FuG^;ZxKJb2h8#U31Y!gh^m6jD!H1fsfS?A*m6ch
zKAZ%Ywg$2SfD{N#b@s|Z4|)*=98b@pj93Wom%_@bf5(z5Ujb+dgvu~Edj2FJ2eFJI
z?XtXTDAt?y7cfTzEQ>6c!&k}Hl$ShwQzf6Hg3h^!hO*!wR0_49&M2QT;Bjm%_9#h%
zBi?~79`9Kxq1bSPE_x3KpiTnv6M!<mfV@N?-%%O(SJ}i_nIN_b;SF9a&*OVouXWU@
zjie-Yn`UBwk+wjVq$ZXls#w}Ic0$V4{pWw_!JKWI2}jj`vBN!V0i2{}E_{Q>egh{C
z5F`o;@CMO(gLtu^2a0cGkvST;LakM>G7iX!YTa!qiu*<N>uPm8Hf3Uf%7K)I_bf}<
zuYHTndr}Igrj)E}fUj%;B)WFKBp@}J0K7t(2M}#Uq8lr+S}GOGU)zEu0j-rH5M>fr
z3kCc;8;^uiv?yf~0B4=dj!RMhm=u$lOptHr`&Bzwp8DvYCLIeH;{tI~ViE`tLnV-p
z(9VGa(N+Rq=~L49AUdup8C3m(LWz1(9%TT6GUq{=*g&9K!?>W$4=eCCKnDU%9D$~X
zF1~xev<H^iM^~5JLOHW;3zlP`QtG9`5IIOddhRYHqKgmLF1QM$%rNj`S|&KF7_-0+
z72n9Cb1Fn~LifRm^MD<N(qr$U+n9=2bcL1mOZu1sF*>5MPZ=t!?SWkHy^#KbVdBlU
zek7o)f(}IH!ggKs0df7VnbQYT<^g_Mzmg?^!|3|N#X67o0kQbnTd-<MZ$F+co=Dq}
zOxLf>-5=x=HTtN(SgDs90iw@tXK3r?L=2$mK*f)`XcsHB;;N1_222;g$D(~qNlmO2
z1C9rJW;bC8ukBYeWHYN%0K|Zio<REE0CsSR-RQlLcIxbQZ@NZACD7~uc!f}-_^ABV
zLQM!)_f}j71*$f*ywSqF`YsQ2Ko9~yrUVQ&;eMvlbHH-2WqE*6lwv=KKFSn33ia*h
zCIG200PdQ8z8WAy8}MRC*QiK`mSVSnA*6LAQ<(_XO#0h@qkiYJAk+32s2=?!$Kg0C
zldOx!=}EwZW?w6+=@1fi0&z?f#7`Ka<i`a76X=R5RwJ+s7JLZ{j;zc}6s!NJ)WnGF
zth9c8<db5DhCZ67sg|$4VOKpuKLz9=75t8*fOJ#Ll#K5X{RmL&pp633DTdjA8>A!(
z;`FJJN&*+yfOQilC~;|1g(fA^1PikBI|uZdLaoJPLOW;WH>>LN-?g`S=3Re9uAtzq
zk7pr7;@BgiTn^A%93)7X3Q-z<Wm7{aA87vFqKIx)KAL7gWC@&QGomXTDL@{OW-H%g
zL)UQ5J>S7I8)P+angntmCDOE!sKh|jH6#Ul5Fem^UJ;~49xaOw0c$;;h!v}to(HSe
zjHx3B1vsJh_=<~2D5|9>-exdnp)=`l5tI|Pft~O5ouYe8yk|!N?Zo-kep=D7td_F5
z<pD|JbZyI+7INezeGbVJXir+T<?M+UNxqFtZabgs6d%3M{^2H;lu04&aYSy+P|)(M
zsU65vX=2iASyQ|_!7xX$2FwG8OkW+Th64{4sl=3k&9QHn<;PuYV4rwMd8qmO!XKdR
z&6if%;FaxA0`Lc%vJ{~13Suls^o=a4Tp3v+d9<#Mn1drG8IX&geJG<IO=0>Y$_(+A
z8P&On&Ag*=VpSBU-xMLMAsfCWkhJ5wyhPSIFDp5#)J<5P{t2FL9@{sBP$r?O_TH@X
zK)=&L?Qz>!e5Z7FbvvBaKlfw0$|ie9RI2YNk6#@J7EpUI&#~H28{a}>3)1v`e@EdB
zk8)w?Ft~oD9BT|@BLT!{3u3&1Cq9D?B$^zb)C`A%j6|5`>!??Lqg1Q&Mjb>t_!iy{
zbfsoTb9u)q<Pf+54qe=;9|KQ5cm+oQ;kcCsg>gtrQGIM0mhxZY5^Xx*b2|P2d>A$C
zH=6IaH>%QgUlep1+bDo<xtI-Zq%YynFEsjf$b@?(a0Wo0Z$&H435q8N4pNDZ(zuFz
zK4JLmukv~D(?_l+L!)DqFBEdKCl^S7)K596eE8&$*5K%3{Ic{B_}a>HWixn{A?L4O
zjZR2t!_aEC!568eRfigyB-H0GiKkzlz|wKBO47&2rEn_W(VXE1AJIL^(fG}d8sLYW
zS2p!`Y`~!gg_7vj4=YEnZ6Gcxb0(D2t6!O`u-xPfm@Y4E8u8TV!)e;lmt2*v_kBK$
zEjG*0EvU8wc?mm{_S3Ys_3QMIm=Lh)5!j6vSk?meG=U^nZ%7%>z{g6pU%~D_`+g#E
zmWHNd{~0xfIQFnV&gB`%cL2>~?gVjdk>TYvi5)nvZ}ntAOX5#&RiG0V=t!h;L;)G_
z8*h!Ej>sND_4fiY?^zm#7V{@+fpDf7KQ&I*?js7~t(g)ed=*$dZus-n@=5*2eQ>=5
zq-E?EWx8zR^?q2+ZvW@ix1%}O8k(2HQv&088sO{=>Kt&>coiK=1;3=3j#*QWg!8C`
zv)^3TjJ+W4&>MX-ixoskosSUIG$O(LT2D}p`I<0J8IQssJq;m-Oj*By)wKd@#$4t5
zQXXi{XaqG&uOV&~ubwVp)FTXH(H2S9dnsZ4_Tkm38NK>mR|uEofmN;RXs%Y)z14bQ
z-eqPK!LbMWoL?!LhDm*Eh)L%6Sg+&Dz65R=_fz!9$rTcm>4l9hEngX!jwRg`ArKjQ
z5ru7VAcG#?oh~%8@N_iGvia&YTV>yw*z~2UpPoz3MHmtKdLUUyyQcnT57Z#zhU-Ah
z1MnS2UX^gj*XNSLOoU`{-FwKlanqv?ZD!*37D}_PZ#%xydF62a@Ec@)j9khUKENcT
zi3hwf?ZjosfZqS+LuCce!DuL7sQNVgB6S3{B9T&j=z&lTlD?qn2$b-pw^j3{k<^!R
zWhR}=Z!}rBCX2;?Y!1<dH*YKO6{Y+x&+Fs*9WdCrnQS0dvV&g$hSEgOtpTa|f>)mw
ziDhF!^zB?GELT;R3WpFTy*CWR8_mVvCDH>}44=^w{X5`J2S%#tPRGxLfH2L2$XwPq
zGFpwl>JdP%tWaU7^~yy0q=s6>5(I8DvUcO9)<xH8zH9wrM10~lh%a1!3)}@})YmQR
zTlM%cehui`?Re!9j@e0<KQ0_l3*!j}l*0NvNTm`tk^_bqCjjO{I8G`VE62v<ssdd)
zwB;m-f%t54#k_XST4phuuX!uj6cfE0GM8ry;X&URq!wc>=(^rQB+yBa2*>nBONSSF
zZ%0v5=a0r8`Hz5;mkEYU+NG=zW~JbUK2DneNz|nmJ!+A=A^hs4Jkc-2mWIUWdP0j^
znut#&NH|%Ss}HtPQXhQQl6Osccg!s7LWhLSgEfhw)yz_YbE}-Dd*jzOgUE!dSMmZE
z_}23{aoCp2PahJ53z1wJ<u^1{1UAdZQKy?JjoU4hI&*}m8<>{B(TVVra11}A{Z=o?
z!JIoq%@edcNL|nhzhOe)C)DUs=L-qY-x#Pl+bdU-N#?G;=pOP#M-s0z*^C^=hO<e|
z)SKn_*1-CCwtnYbK}HUJYgTghCCtJkaCd93kD!*0?vEyE?f3cj=d7?kmzD`gpJ}kW
z#)%VZk`24_`*Wlz>@sO>GJ-kZmKQ0!{&dgwFu1m;7X{v|_=OVqedPE?`ToiH&hecg
z4X=iV8z(*1fhK<fr_fmetAl9Xf}L6FJ5|@ZsjPNHXfa6jB}I)N<g+C7mxSt&-7qXf
zE17?&%k^?H7<hC;T8Xhu(_QF@_4uAtiP`f+n$fH3UjcHIQB(lvS~wpSD~-yR>o~?5
zOg7|hlg3vc0ooV*cs=Ar&}sr948YZOWSU>LN)mPi^Yfh=zYW`#+R=dvgP6EkGA_z^
zf*xU4>3`KwOCEGFGHyC@&P1pB_Tm9Nglt{pl{9|Nn?iDm4q3@N7q`AXzaoc9qR%g>
z+D2)|X{OURAy>7ow~f&|hg|;QF-Lt|HSr=%YPg_J=;DAcAu*Hl65I=|grL15=chlG
zjZ=S@Cl#d-X{g`J|E=?K!rI+OyBZRF@_ot(P(nJy4aG}d7i?jb3=<F*I?~1Jtn*Yu
zWz&I6$NgbE*&-h1mFv&UwZboUi|AcUpJB(94J#*4Wm9GzP&3WOksdv?&Y5v~)2T9V
zm+u5C&^fYDofez%=s;N(yBLF*fe<5Vkh2HzBcus)BX=shO-VpeP~m2nhXB>f*b?aW
zPcB8!IFx78TIHrSy9JrWUvU?R;b&u|VXgAe#PDHau}`mWcIEAigdv~k-ORNK;P(9p
zu*aS7XHC@QzGD(pVJWUr9fDDx|Gwgsc@h@goJ^w^N@OZeYw3(RDSkMhap{yWm78jj
z?y&woPUeVGMSmkFq`N1q=rLrLxL2m+F;`YTKn6b@ss%3R3r-Th0&G9=RXze#7!8+2
zDbw)hxJ6WQwkKa)9?^n`&J*Y5Y(UK6$GLo!YDN%9c<ZH-*wK$&GM{I~^9oVIXbv#f
zX_8gerBuccnqFgpR@)O_4ccqN09VOJGK@IZvdqc(gjCw_#`ce8WKCb=CTZO^UyGtQ
zwXVKBnNf=?_bOYqe1ka}Tj}k}Yddeo*v17)7EaD+7rbCGAymBdg%y>nM}PEo48|xO
z<hB0U@-yxdbpZK`YXJ*<LN#j2>X~*DFEw>ZhOyXeeKG4`P!wm37aD%~aJWO$3&2HI
zTvtr~fp{j4i{-fprqBHDlWjA2XTwH-JV_hfE#Q+**&cNzP2XRkwo;Jm69TKUq&6Vf
zq2XuIw)yT{3d}<sf9znVv|jTSteXN;(V+Waw)R!dba{|bp^ZId?1r8udk>FOoQurK
zQ@D$3K=v(46DJ7^PHHvDa4`opu$6>KKKWeQ^1Gk+_o|H+*O0!6x9p^mA&oCKu+U%x
z>Q1m4OS{A-n~zt+uk}NCj{vqjcHB7^gizALBZ(gCCf6jd1u3nu$s9u4W3ETSbtJA|
z@@w}NbY6Jh5(k8>=zuU`3t;3AfPQe~mOE{UwzQ*_NiJv0rErPa$&FO8m{a{?o(Jzg
zu+<`4zIX?Ky}3<GM|EY8AV=~C9kU^F;3Hqw-3gh4GC5%>Cv{mj-&aQq!E|3<Cx~s@
zSL97@X*cD|fSR2XiOYS7Z`uN}HD+enj>eA{7j;Y1w{_olTq!c<A}Zsgms;M#bRMME
z^U=ROA6|QRSH3H{Unm11)J(F>4S97|6Lm9iB2mb++(Go%_CwyLj;cboS;r~!9RcXI
z@&cw0a4+t!CG$)xHxQ<tp9#+~1Xcgj!1`r?K<V19kMPe%xSwZnBaiY%4ah#<Sc!2{
zSZK6ZPUTlRDw}ej_s*i_1)xZKQc3%&+qDNg(1Uw@6%kyfKa3WXtb4NtmmqhqG4Q6?
zILiK<`dps;siBlZxowoJuo<PJv;gn;(bw1^wuA>#Z+BZJE)<2yRXjA<K0j!$UO3UH
z;F_cUW2)H*{L-)UMAGW>!)^D?rJ&!VFijk&#a({bCK31T!8mGs=fagcVQ-yWma}=-
zRli2x4&xqqa<tv3D!!E7?JxZ6Da%oWV34X6`HS(LiS4Fljt@=kv~5!$VF8rtsTo)v
zqbgq-b|<itT8hpO5xEw6J@HIZiMeQ<)ZxCbI)2jn8LXNY^LC1pw(Y87oh_PGs#O}J
zLKD>Wh6H7o%WB6~FP;F-Sp+M+8~&i!d5{+}NkB$O7vex3c={BHAwmq*sLYAd*v^aL
z>Tz<7N<GgoEabPpdNNXpOq>&4;%0A)n7jEx-qN!uDSCuSTY-Dy!sM{(Uu`>t!+S!l
zns2DV&au_h1)>tYif4JRIEUr7k6UkXWtQ#9b?viB)rU#D^vIZpxnW!7!ZjnJyIc%d
z#z93&Z7n=@<rW3Jd~G$IU?rwgprWp-kewz~JXj&PM>o9Z4gzY>%qXx2$HX>r^)iKh
zR3F<=`s-Mw^ab!KKi`C?rm3cuJXS+19xUqtrFMDeW=Qj+fP;z9yK+?b$ctZMx{KDC
z{m)7J2RihsZ9UQo>~gtZI!M!9vp;MO%1$FKqEY@VK<4{Hp{(Fy@_rxpi54kLnitSV
zs>s(Qi}h=nhsk66f}{ol>$08sDT_YdjTA5`k95S<!5Bv>OqQCCD!4AufbjIXve98|
zQUghw(93|_kwNv&A9YIW+z;b*ADyaN?w7=|svRkI2LyqiwduKr^d`k?-0IEVd)YYJ
z)smMyU_`Ic@nSG{1BNy1&2Af%9???}*3I?NhW#$Q2N8V4Tm<XUN<9$pt(SG6@8L_<
zOQ;VkG1Pu$s4a)-D=Qq*<<@(fr-+G-**B0#t?Yliu4K$TTze3szVWoUSFdDbFfe4;
zExdI|AU72|(lS+B;XP=)+3R<T?p$i(_0Vq!0*{91hbkGm*AFr2%0%|IKU06rb(&0m
za55D4XfXaI5PjO4o?KnDY1rL1C~MU>?xXFC4oyKC32_R(?(K*^Rkzr9H>)(%(K@m)
zq9;c(ltURVALylK8Q4}bZFVb;W%SQ1X`?Pz4gKyIHyb<p4cuwd+i@|F3l1ASHT)Rf
z`@FvEgXU<9#^Bo081JS5`mDV}V7OLnd{k-t6hc}G8n?_2ooKtkr8#=@p&=LF*!Y@8
z$FI&e=En1y<EMt>vLuWg2C8|LB%DkXJ&`<U>!O-z-JCP7>M=nbsL&=1q9LF$mtk3)
zG3Q;d6K<ICG4c5(VcZ78a;Q&PtJp3zv=KCMv?Rw_b@Qv8=}x>cPXzi_J-K^IY+~OB
zL(Mb96-U|%FxuoEX7`<hS515iH@z5cveZ)`t~qKq-7#)`vmhBm`xT8un4K<R;DV$Z
zkI`2zFr3xD6Y|2azJ*owG#iEJsV1B86;5%so5Al+UzwTO-jBo*RoyC{7w)Oggp(fM
zFz+xlACJ4KbHU=K;FPYbil+S3&06y{rJHTj+WgYfCh#5%&&<tHGc(tYJ2cQ_O83v%
zLhMjL{LolpOTqf<6{K#cHqVTUYh+IEOp#=iBu{S3Woh>XWig&f<3pt(soD4D<2Dy8
zTm~lGeHHCT)y2T|s{`gg&bqFJo1t7LxV_nt7!dBl%w-SD09O@1GGV$U2o|!g&)Poz
zK(k0T;+FAgPmTGs%VTil3?@q4;<0O+9~x9eKjeL`FPlK(Dt$AUjd@e38=+;XV-)(r
z*Gk7V@=l6XGFOy6jUea84AGfsp62ToVHU6Vm68rs9zLGSm9~bDzE5#gx|GAVtT=HV
zICYE1vcq}d?5gDhszMjnxmPI*(H9nyr)I<ppZBv){~A#-U+>8hpN)UCP*eHp)z|r#
zM)MVSTc4l47nfStH2q(F-T7bA2_DCBMfpNH>goovmC9^^g%{guP`hik?Vyv1jd|el
z1v~)LkRv6lho&fB=&+i#rejTQYOE$1ttoY<v}_XF+{#-#K;x1uJSxzvzAXEA?CxWJ
z+CSj)4}2ca$Lsyn@-FSBW$;AAxarBwgM7yIKc!yh0A8H*Mh_@>V2o9?>+v8%GBj-5
zqSjN#J1pt<OI)&djdofiN{1eX+>ZY|E)5J<tGZI#{Xn>*NPVBLuJ6h?eVHK-|E_oq
z9sTJ^6-LuQ&{SSZxgIjAQI7S1;O2p(guAM!lHMyrJ=$3Rv!{FccPKeVu-cj~`UDPt
zf#A6$w*Ne=7-WpfTE>*1`Qn5o4&+_b65O?S*J_`C(Pwx`Z$6$>BV$b%HS!YXjgZM$
zy+bmyE*%H|Howhk)vDS-N}p!hsJYWV$?8c<){G?^pM_Pjn=#;Bq?F(oJ1R)-jAL(p
z1#K`-1`~EzpQ;0Ib+;$__vfYfNVM)+P4>LTgGfGV%=l1~I$AXaZ)YZS#^1feUT9}?
zaVVTBTzpOnn9{nG>8m9v29U%c!2KBRi*?Pc&*?V{*wVGyC<!K0Uy|hG$-ZEIv0gRe
z+n{@##tw#S))kD5o|&4}JkrKyQocg`E;My0M330MGKl_k=f&uIhuCN+n`+akjQ1um
z`VAd=%|;a1rPbu`4o%kiVU_KdbGB=G$S1N~>4ud(ldlKLA7KW!4rhL+G<>PbT=q7=
z?s|V4a%YP^&NGZws>!$Nn>5-`E{j6X^qXZab~(GWOp$HKjS%OkF6G5k_63bD4jH?n
zz!W&fSp*R*MV33D%L*k2Vb$l8CZ693Vum^#{rD!R#jPQ`r;CfIHsX`Gf|k**Oq@+N
z;|>Ye*lAb?xA6#UKoG-Q=+Dmh=OYO=b2pX;w%m{+$NBfB13Y!5S|zez_fI7T4%Psw
zUPRH1hVm>djVE{THZw$c5E~)kEiIc8C6lM=+7u2#%YQiyBI0c3Tm3`v^odBxz&hs3
zGZL<dwnwNcUsaa1b5`bGYCPX??Qp|rL4!HYF9%d{=$J&T%CH&Fy5dQsmFE1lU`GE`
zoxs#*z%^By*d^Go+{c%AY6IPrcf`P49ciQz&Baj5s!kr8j>y6i8Dx1O4ic*&QkhZ2
z1_E3;vlH}?Sz{I7R9g!YROPZ0FX!E43>=D~fOu^)Z>ombOF8Ah6x`IoIY`X>iN>LT
znfP93*C{~z5K3eq_bLF=DL_7K(jhIqTH5}Im&}&Y0l<O#om`ux^WV#o$jBaM*?FRz
z9i_VoO&|P$S2J$;HgQZ}RQ-bH#78&nj*%r!x$Y|i8awz$OnL3$oD9$WV)|S+lka*C
z;Q=*{&^#Lb(X`~(4av23+1}v{JsRF-(E^BA<ogyuP-MiXVV(CkGb%~8%H#Or2?3&Y
zt^%*y1?9AMIKu_=O_6(qHrAS`GVcJPBk5hyW(na=YM#w?LwVJ<N$<nbm9es4N28TL
zj3f7p`bzh<ng$JDJ6neHk9;p$9j!Q}y;X05vzoYqI#}3MDj@E<`CE$E-3##N;b4Ex
zbzqh6*}S?AXXm;%q!fjxfB$FkW1;e#nP<jDnv`%^ym70TSZ@|Q%k7KI#RiC6)qu;i
zl6v-SMQ;*rL=+Z(A~aq=`9?@|c^4He+HyEQnD<oLwJ%}xtxv$dXqG~B4l%=x3-Qed
zP#}KI!V3AmI04$V&M?E|#tTMbPyR@YE^@Dvw)P47xeIRT?-+GO@+shJm~Yq4S!n|A
zfQ7<SzfYYj+Gek)4lTq@zVQev+Dch)Y;J71TIj)g4aluItu{G6tLDzE#W?u)--tHc
z59bKbx3LNlPOx^4-HS9};OW7FMafZ|oTP>x6qre^SrI&I7olj0NX`>FXt@(<y#mpM
z-cu$Gthc!Z$hQh-YE{nl@4XKBhV8FgC?}(!vx+qiSANdAGQj2)h*@#6_{U{{k!u#V
zL4S#<bhOHY>knLL1@f-}g;bRLb7`Kin55p@SX+!aoK%%!5aUrKT&pmqGQVuuA<ApF
zq6!_N{ITQYKur@Qz6J!hNrQSFq8uPG4y=w}ICj#8uCp;bgZ|CQV=BYjAj<9Knr=k1
z*N5g2DZh9zHSAzF7k7nnL#UR9Q$IS#R0wegWlPKLBhp&CO^n`C>3;^CR{oLtF+8RM
zcK(%9;L@REWCwS*{3B4|9+qgpiTuoq8r{dAC#AW$B?A=qr2ACYT&Vz0-uJ*|#bXyS
z_0SmV*tgLHzg+34Z)vgt;&zv>p~8mgFN10k201*_3cu=xUys0+X?S)Ko<rH^eeDZ@
z_BRy!+i3f{6uXsYx9ztt%I!;M?eDMJ9fk7`-S&?o_D|Dxc+qZ0DZ~hrPjK!${$Zt?
z@5a6VkD|X>_vAF`7pe1KP;|$Gv;NO=pOCzF>-+yp(Fd<3Tuo5sS^q=PKl@+m{1qAR
H^oM@|$;3jv

literal 0
HcmV?d00001

diff --git a/python/demo/documented/hyperelasticity/demo_hyperelasticity.py.rst b/python/demo/documented/hyperelasticity/demo_hyperelasticity.py.rst
new file mode 100644
index 0000000..f6f67af
--- /dev/null
+++ b/python/demo/documented/hyperelasticity/demo_hyperelasticity.py.rst
@@ -0,0 +1,324 @@
+
+.. _demo_hyperelasticity:
+
+Hyperelasticity
+===============
+
+This demo is implemented in a single Python file,
+:download:`demo_hyperelasticity.py`, which contains both the
+variational forms and the solver.
+
+
+Background
+----------
+
+This example demonstrates the solution of a three-dimensional
+elasticity problem. In addition to illustrating how to use
+FunctionSpaces, Expressions and how to apply Dirichlet boundary
+conditions, it focuses on how to:
+
+* Minimise a non-quadratic functional
+* Use automatic computation of the directional derivative
+* Solve a nonlinear variational problem
+* Define compiled sub-domains
+* Use specific form compiler optimization options
+
+Equation and problem definition
+-------------------------------
+
+By definition, boundary value problems for hyperelastic media can be
+expressed as minimisation problems, and the minimization approach is
+adopted in this example. For a domain :math:`\Omega \subset
+\mathbb{R}^{d}`, where :math:`d` denotes the spatial dimension, the
+task is to find the displacement field :math:`u: \Omega \rightarrow
+\mathbb{R}^{d}` that minimises the total potential energy :math:`\Pi`:
+
+.. math::
+   \min_{u \in V} \Pi,
+
+where :math:`V` is a suitable function space that satisfies boundary
+conditions on :math:`u`.  The total potential energy is given by
+
+.. math::
+   \Pi = \int_{\Omega} \psi(u) \, {\rm d} x
+   - \int_{\Omega} B \cdot u \, {\rm d} x
+   - \int_{\partial\Omega} T \cdot u \, {\rm d} s,
+
+where :math:`\psi` is the elastic stored energy density, :math:`B` is a
+body force (per unit reference volume) and :math:`T` is a traction force
+(per unit reference area).
+
+At minimum points of :math:`\Pi`, the directional derivative of :math:`\Pi`
+with respect to change in :math:`u`
+
+.. math::
+   :label: first_variation
+
+   L(u; v) = D_{v} \Pi = \left. \frac{d \Pi(u + \epsilon v)}{d\epsilon} \right|_{\epsilon = 0}
+
+is equal to zero for all :math:`v \in V`:
+
+.. math::
+   L(u; v) = 0 \quad \forall \ v \in V.
+
+To minimise the potential energy, a solution to the variational
+equation above is sought. Depending on the potential energy
+:math:`\psi`, :math:`L(u; v)` can be nonlinear in :math:`u`. In such a
+case, the Jacobian of :math:`L` is required in order to solve this
+problem using Newton's method. The Jacobian of :math:`L` is defined as
+
+.. math::
+   :label: second_variation
+
+   a(u; du, v) = D_{du} L = \left. \frac{d L(u + \epsilon du; v)}{d\epsilon} \right|_{\epsilon = 0} .
+
+
+
+Elastic stored energy density
+^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
+
+To define the elastic stored energy density, consider the deformation
+gradient :math:`F`
+
+.. math::
+
+   F = I + \nabla u,
+
+the right Cauchy-Green tensor :math:`C`
+
+.. math::
+
+   C = F^{T} F,
+
+and the scalars  :math:`J` and :math:`I_{c}`
+
+.. math::
+   J     &= \det(F), \\
+   I_{c} &= {\rm trace}(C).
+
+This demo considers a common neo-Hookean stored energy model of the form
+
+.. math::
+   \psi =  \frac{\mu}{2} (I_{c} - 3) - \mu \ln(J) + \frac{\lambda}{2}\ln(J)^{2},
+
+where :math:`\mu` and :math:`\lambda` are the Lame parameters. These
+can be expressed in terms of the more common Young's modulus :math:`E`
+and Poisson ratio :math:`\nu` by:
+
+.. math::
+    \lambda = \frac{E \nu}{(1 + \nu)(1 - 2\nu)}, \quad  \quad
+    \mu     =  \frac{E}{2(1 + \nu)} .
+
+
+Demo parameters
+^^^^^^^^^^^^^^^
+
+We consider a unit cube domain:
+
+* :math:`\Omega = (0, 1) \times (0, 1) \times (0, 1)` (unit cube)
+
+We use the following definitions of the boundary and boundary conditions:
+
+* :math:`\Gamma_{D_{0}} = 0 \times (0, 1) \times (0, 1)` (Dirichlet boundary)
+
+* :math:`\Gamma_{D_{1}} = 1 \times (0, 1) \times (0, 1)` (Dirichlet boundary)
+
+* :math:`\Gamma_{N} = \partial \Omega \backslash \Gamma_{D}` (Neumann boundary)
+
+* On :math:`\Gamma_{D_{0}}`:  :math:`u = (0, 0, 0)`
+
+* On  :math:`\Gamma_{D_{1}}`
+    .. math::
+       u = (&0, \\
+       &(0.5 + (y - 0.5)\cos(\pi/3) - (z - 0.5)\sin(\pi/3) - y)/2, \\
+       &(0.5 + (y - 0.5)\sin(\pi/3) + (z - 0.5)\cos(\pi/3) - z))/2)
+
+* On :math:`\Gamma_{N}`: :math:`T = (0.1, 0, 0)`
+
+These are the body forces and material parameters used:
+
+* :math:`B = (0, -0.5, 0)`
+
+* :math:`E    = 10.0`
+
+* :math:`\nu  = 0.3`
+
+With the above input the solution for :math:`u` will look as follows:
+
+.. image:: hyperelasticity_u0.png
+    :scale: 75
+    :align: center
+
+.. image:: hyperelasticity_u1.png
+    :scale: 75
+    :align: center
+
+
+Implementation
+--------------
+
+This demo is implemented in the :download:`demo_hyperelasticity.py`
+file.
+
+First, the required modules are imported::
+
+    import matplotlib.pyplot as plt
+    from dolfin import *
+
+The behavior of the form compiler FFC can be adjusted by prescribing
+various parameters. Here, we want to use the UFLACS backend of FFC::
+
+    # Optimization options for the form compiler
+    parameters["form_compiler"]["cpp_optimize"] = True
+    parameters["form_compiler"]["representation"] = "uflacs"
+
+The first line tells the form compiler to use C++ compiler optimizations when
+compiling the generated code. The remainder is a dictionary of options which
+will be passed to the form compiler. It lists the optimizations strategies
+that we wish the form compiler to use when generating code.
+
+.. index:: VectorFunctionSpace
+
+First, we need a tetrahedral mesh of the domain and a function space
+on this mesh. Here, we choose to create a unit cube mesh with 25 ( =
+24 + 1) vertices in one direction and 17 ( = 16 + 1) vertices in the
+other two direction. On this mesh, we define a function space of
+continuous piecewise linear vector polynomials (a Lagrange vector
+element space)::
+
+    # Create mesh and define function space
+    mesh = UnitCubeMesh(24, 16, 16)
+    V = VectorFunctionSpace(mesh, "Lagrange", 1)
+
+Note that :py:class:`VectorFunctionSpace
+<dolfin.functions.functionspace.VectorFunctionSpace>` creates a
+function space of vector fields. The dimension of the vector field
+(the number of components) is assumed to be the same as the spatial
+dimension, unless otherwise specified.
+
+.. index:: compiled subdomain
+
+The portions of the boundary on which Dirichlet boundary conditions
+will be applied are now defined::
+
+    # Mark boundary subdomians
+    left =  CompiledSubDomain("near(x[0], side) && on_boundary", side = 0.0)
+    right = CompiledSubDomain("near(x[0], side) && on_boundary", side = 1.0)
+
+The boundary subdomain ``left`` corresponds to the part of the
+boundary on which :math:`x=0` and the boundary subdomain ``right``
+corresponds to the part of the boundary on which :math:`x=1`. Note
+that C++ syntax is used in the :py:func:`CompiledSubDomain`
+<dolfin.compilemodules.subdomains.CompiledSubDomain>` function since
+the function will be automatically compiled into C++ code for
+efficiency. The (built-in) variable ``on_boundary`` is true for points
+on the boundary of a domain, and false otherwise.
+
+.. index:: compiled expression
+
+The Dirichlet boundary values are defined using compiled expressions::
+
+    # Define Dirichlet boundary (x = 0 or x = 1)
+    c = Constant((0.0, 0.0, 0.0))
+    r = Expression(("scale*0.0",
+                    "scale*(y0 + (x[1] - y0)*cos(theta) - (x[2] - z0)*sin(theta) - x[1])",
+                    "scale*(z0 + (x[1] - y0)*sin(theta) + (x[2] - z0)*cos(theta) - x[2])"),
+                    scale = 0.5, y0 = 0.5, z0 = 0.5, theta = pi/3, degree=2)
+
+Note the use of setting named parameters in the :py:class:`Expression
+<dolfin.functions.expression.Expression>` for ``r``.
+
+The boundary subdomains and the boundary condition expressions are
+collected together in two :py:class:`DirichletBC
+<dolfin.fem.bcs.DirichletBC>` objects, one for each part of the
+Dirichlet boundary::
+
+    bcl = DirichletBC(V, c, left)
+    bcr = DirichletBC(V, r, right)
+    bcs = [bcl, bcr]
+
+The Dirichlet (essential) boundary conditions are constraints on the
+function space :math:`V`. The function space is therefore required as
+an argument to :py:class:`DirichletBC <dolfin.fem.bcs.DirichletBC>`.
+
+.. index:: TestFunction, TrialFunction, Constant
+
+Trial and test functions, and the most recent approximate displacement
+``u`` are defined on the finite element space ``V``, and two objects
+of type :py:class:`Constant <dolfin.functions.constant.Constant>` are
+declared for the body force (``B``) and traction (``T``) terms::
+
+    # Define functions
+    du = TrialFunction(V)            # Incremental displacement
+    v  = TestFunction(V)             # Test function
+    u  = Function(V)                 # Displacement from previous iteration
+    B  = Constant((0.0, -0.5, 0.0))  # Body force per unit volume
+    T  = Constant((0.1,  0.0, 0.0))  # Traction force on the boundary
+
+In place of :py:class:`Constant <dolfin.functions.constant.Constant>`,
+it is also possible to use ``as_vector``, e.g.  ``B = as_vector( [0.0,
+-0.5, 0.0] )``. The advantage of Constant is that its values can be
+changed without requiring re-generation and re-compilation of C++
+code. On the other hand, using ``as_vector`` can eliminate some
+function calls during assembly.
+
+With the functions defined, the kinematic quantities involved in the model
+are defined using UFL syntax::
+
+    # Kinematics
+    d = len(u)
+    I = Identity(d)             # Identity tensor
+    F = I + grad(u)             # Deformation gradient
+    C = F.T*F                   # Right Cauchy-Green tensor
+
+    # Invariants of deformation tensors
+    Ic = tr(C)
+    J  = det(F)
+
+Next, the material parameters are set and the strain energy density
+and the total potential energy are defined, again using UFL syntax::
+
+    # Elasticity parameters
+    E, nu = 10.0, 0.3
+    mu, lmbda = Constant(E/(2*(1 + nu))), Constant(E*nu/((1 + nu)*(1 - 2*nu)))
+
+    # Stored strain energy density (compressible neo-Hookean model)
+    psi = (mu/2)*(Ic - 3) - mu*ln(J) + (lmbda/2)*(ln(J))**2
+
+    # Total potential energy
+    Pi = psi*dx - dot(B, u)*dx - dot(T, u)*ds
+
+Just as for the body force and traction vectors, :py:class:`Constant
+<dolfin.functions.constant.Constant>` has been used for the model
+parameters ``mu`` and ``lmbda`` to avoid re-generation of C++ code
+when changing model parameters. Note that ``lambda`` is a reserved
+keyword in Python, hence the misspelling ``lmbda``.
+
+.. index:: directional derivative; derivative, taking variations; derivative, automatic differentiation; derivative
+
+Directional derivatives are now computed of :math:`\Pi` and :math:`L`
+(see :eq:`first_variation` and :eq:`second_variation`)::
+
+    # Compute first variation of Pi (directional derivative about u in the direction of v)
+    F = derivative(Pi, u, v)
+
+    # Compute Jacobian of F
+    J = derivative(F, u, du)
+
+The complete variational problem can now be solved by a single call to
+:py:func:`solve <dolfin.fem.solving.solve>`::
+
+    # Solve variational problem
+    solve(F == 0, u, bcs, J=J)
+
+Finally, the solution ``u`` is saved to a file named
+``displacement.pvd`` in VTK format, and the deformed mesh is plotted
+to the screen::
+
+    # Save solution in VTK format
+    file = File("displacement.pvd");
+    file << u;
+
+    # Plot solution
+    plot(u)
+    plt.show()
diff --git a/python/demo/documented/hyperelasticity/hyperelasticity_u0.png b/python/demo/documented/hyperelasticity/hyperelasticity_u0.png
new file mode 100644
index 0000000000000000000000000000000000000000..4d3ce4d768640a9002159176c5587c95f1cb6450
GIT binary patch
literal 40841
zcmeEt^LL!z7jCSHCk-Y}8r!zbrm>TTjcpr^Z8o-T+fC9~jqN+1?^^fw`v=_LX3d=Q
zuKn)wY&`os6QQgqg@Ob^f`EWPk&zZxg@Az4gn)pIM}Pu<^Zq?z1_FWvLPlIf-977H
zm(HZihSv6@-|$Ow3y|3r(heE-pMn^ajHL)EQc<v2v}I9=DkuS6TAkyR6vJw1YoAgz
zIaBwp<oBXJd-;5nelR+-qQ5W_$B~nNo+QmT^+*&LX3nIb4Y(`ck%g!u{$b6_$L{Tq
z=z#mTp5pr$p2IY!Dz~Zf=giL^{3i0o=8f7_8Wk=TAmR(AS*s@Ps^u^>lzxqhC9BOw
zP%!wXrFKgW1fBoZELfp8gBPEbERop!w@{%%Wc9xtnHoX0OW+S&Rd7b&eN8{L|NjI2
zzYqRjaB#mr@D2+`(k0RRbI(l%fEfYj3W6~hz>JHt8l{B<-3p<E`?>V_G#>V<)ACbq
zaFY1q5)4w`AIE@?!WC3QbhrS7pw-&%f4Q(+{vF5}??Aln0zK-m84YRP4tiW3cRqA<
zxQhNmrS^Tg-w8RK5i<5V;&W(fObAZDe|4A56@Z-=3ObD5HQs-vQd}K-o=}MNrJmCG
zOsodH%VptZQRvZ=j0pN`JU$d>$*)njkPsY(GA4FDi#{b*c5RY7%!~M32x#2iM7~aD
z<ltW56>vC>A6F^-7}f8?jtiheto>i`;LlUNdwqgX_WnT7T)_nEGe3R7)*y(ybt0oQ
z;GVoX7=jW#qhI{l9|5=mAz>rI!rvP5L(UO?=r+{e=c|LG>qW03&g*q#9s-3D3MGIT
z_yy+oZ3FeO6--SXdTSa7JDDR{?)so6R;Kiv7PY^3e=7pQ6jm%B5vKS7bBJ@8LzvL5
z8z`&_Edm_UU~l`}9rZ+nhj_4a56q0yL0Q)JltP>kVR2BCdFO-r2K$}FlZ>xrPU*eL
zwAiAlD(SJ9+>Khv)z!FJE`;5l9y3F#&;tJVBz2#~AAV$k9-2=_lJ??wVj3O@>|2{y
zl3Y97jIum02u{lCY-WQ@lwg0U{uL$BAP|Jik?(#Y1CS^C;l#yaMvxaFwh!d~#BR=M
z@gy*+xaX53zQ)Vd9d(0*n=_nuJC1UsFcPLNOLq2#$0&D8N?inoBMgd*!_@qOGBooq
zLZ<XbfPr|(!Co`JCV}|p@-S=&higa!WTU)25Jg63rurNb;{Ujao8De0?!NEP1t+Gn
zmKyz6_$^w9Aj5x%;RtYTvLXdW5oy8x1;e5!k?DRx#T27j2nT-<{)&*52}>H%`U}Hg
zuk*knBF4{hii(hy&7#5xFH^&&N2GheQKTaV^W1MZDupe1ZvB@Ydt&Z(Cq8+zya$~T
z7e!P`Ckv7IMMy%Posdq~NsNv1(>q1Pv%;lG;6(lu)yrAY0*t!R4d>^rkdnP;zcH60
zJi5q3+&W_iBF0Pj2aM&3K=kZMAue|DR2@}<0eNq<Y%O^5NHdJkTI5~=J-J*0Ixw!P
z#FCd(j?UH;I4)=vgViz0;ee}q=HsjxnKOqhT5ZuLVJJgDOawa5RYBJIM4yPL*heO@
zZge|;RxRKD4_sBt0K1oW%wF|%z0f{+(L9*5nSs9`z_)d?Fe+Oz$={98{OG^aS?5%%
zOgRGA^_eMbQ3Ga!g-;I1n}Q;#o2-j_*P#(g$r;$y)-e*FM2!z+^7b+Mp4y3_;L2X%
zb!K$_bGukI74a>+jXo<nq*AChV^A)PsM-~q#nH7Ax~$N);a5pG07bK9a&yZcDGS1w
z2gQAVT`kSYZB_p^84C(%5@XGnFIc896G5cR6(g`D({_@|i&_?DCZv$Zg8j?4-@!rR
z`O)6Fv+#8w`0LDm2o-a40NEnq<#S;kmIe}~T3RQ`^jn2iVf(;nENP$}bz7eFfqG9`
zPZxv)WmeRdnKb4JOn6_SeS~3oWV)*F@vu-)W%^`)b5Ipp%zsdKnmusIJybG<!05Uf
z93N*p3)mCRGgjScfp82V?(29Qbv+YTf20f{&Guej!Vw63h}d}xt()B_Wfckup&_G9
zXVtg@vG{#eWEqmi`-|vWN{z*iUEqujhqL|cLt=&9Eco?5{LB<gNO|+x1S+EMfHO^>
zcsXS{sS1&(NRxtTp5yeFxHQ@!tiVx$0u$9?vb5)l0T`)qSOqNSbqNnm;(Q6I!WCwp
z&*Tuy(?-^C?jh-bzgZ*FYeB_VM50jKWCb>e1#?;m=JV5{_19R0AX@>u`$^WS<sj$h
za3NDX%8z;@hkpKZZ6M4czdTo<{#Ynieg>|1Gj4fj!;nOA3<^b~L?++x*@O)%Cz2?g
zlzt<k*{FHqm{RVnn;+azlT6DV9+obVm=Wv^6$a*6=f+DJB@s1SEUJ07n!-<Lb9r{!
zgTAMdOC!u69uZ`D@B7EQH`c175?8Q$e_yW)A%NJEEXO;kn6$SwkqNn`pQD;6S(!Ic
zbC577i)-URTe@$#F-dt>e#?{OWj1hg?T9olu$yu1IJ(9~W$z(nYeile^401Mlqbx=
zGVHw>goVq>4e}gnp^ld%3i!;_c*XoI>D0Ucml-Q~sxk$mv$o$NtL;27I3Fa2dn>~d
zdiZ#2;m2c_G?N38f-rB$hOl4u&DcU3hvYakWz`Ex`kP0y^DzMw^}ZrX0d+b2#FV%O
z1DeUy#}%$fo>Q_TofV5xX}<7hpXA2IuBz4ai^tRrD1>)wrr~Mnc)<0s(daR8A`*(R
z7DR0DL93wjFJCIgti0hvBpLZmQ9}7sF{MbHtSw;04f5|_)U~6D?m!;ABq_4~p**Z^
z#bRyBzd#5*$@-DgSYM~y9B7A-i)ve#r!AIElk`10+rauF`o{voev%c|DiFsaHlFf&
z=;_G(myu52je(&|ep_7pkn$;lsL_tl3u+1E<`7KZVX0+PP9hlG+iRejXL&lz-52S+
z74D;XZ99{^iR5t+TEpIC$515IKr?P3;sSk?wZHp2j{aC-Mak@+0B_yS1~y)hKtco-
z1_kuP+|ttHHM+c~g)>+9;2<!AZGuy?U#koOi*cGcJR)RpPzw8ZKvJ%sKOg)0|5Bwd
zyhZ0>LsOCpmEB%QS^ghmoup4JJy_rMEQ@j(Gr`3UjNn^1iq$kN+<fVc*_SO<(k!zi
z0ggrgBl2AzAr_zG@ixs#r${iEvyP?dgX#9DO{4$LOHscE4)b#ZT=dx|Sicx>SN1;E
zqt8nVlr<=6u38C5fva&(47>hY79E`;6>afnnYx)FcB!->dd%XW!rt(Z*MymF+eLq2
z9#11Ttz4+>E*|xlunB}mewqw7BuckdBRj8pOq95&oKC}ww#m!h{4OOtF$#8C1mwdt
z=Yp)=0&TQH!b-qZuc)*isR1)p_kmtCB=Z#i&jPW+s-xd<MrSSBdqXo(*QNy!O9#3=
zj6_Vq&eZKR@~Z>k8G*vwSFWE@D(RC3X>u*mue}{*b*ZtMr4$Aw%C(wfSf0hB+$g23
z-o{!*HzA3)3)ORUlJ+Qx#x4QO*s=i#5DkJ}GBTDADtiSa__8yT&M_gs_y$t{5K1Sy
z%R~GZ??1q=PmCFZ(*x1V>90NhYGy<H1I1>DuAu$aB)|SD<8z>&)8HGwLCCldf_!4b
zzGACx;e(=%C;s-g=!~mCR(hWTcty7lLK(>urr)8Lv>0&+Sbs4P%s-Gwtj$p%jG^M@
z`C9AI1t*YMZd-imQujvL;TOc6YVW<ll%b0@X5}MdX$#U*238|h#nwsJfn@tWTbDtt
zTz5+<iAO&FF@T4EbzHSPdjDQU{P~NXTiA;KT%G1XW4;>m(08fLs((d-tjZ2)&z}Cq
zaQbA<yTn0bP;IIYC_}d_*Iz-0&-AANmW(X^0x9KRnxi&RkG0I^=`xnANkoPs`~ghw
zZj1(x3<4$H_uh*nHUfHkO?G^X?PIg^7&fIIQLY=0=nTU@*ZS5F4lg}C-Gt!Tyrof@
zyp2vV2Agaq|3Tpd9l!0d@6K*HHOO|n4+Vv%E&Q`){oVI072=mX`xq?4h3zQ-{IxEa
z6Kv#8F3SbOnbDtr;c6fAYkh(0!i<zmUKTH)L?kUsw4`de;#*Md7f{Xnu2_{$K}Eg&
zu7^pMgZs}m?3Ikyog*_|4$bX0PT7wd2v&@tHl~X41?wtkrX4Djf+MwJdPjDI4>Qxq
z&%{S4#Vx^KY94XF66}nj@eAT=>t}H#c~Ov81&Hy6O}YBne(QyfD2jXaGoH%58yn|O
zH@#PXQVdC~+y=Pc{fP%BU$~vA6Wa5)_i}v(>YLh!$G`T^gYcyBfV3Ix_z8nX;2es<
z{*b#tA+%!`Iu)u%B+|+d6ps=9`F+Mt|8RdjEv}`-Vw;RwSMhwFFQct61Jh-LI#Ogs
z(2_cKWL-nFGTHnQq$eD`8VR!-nK@sYwXh+v$Z-jCG8HW#f;8ZG!P1E^p=!BsiKLTf
z?(73KTx7E6;d{>V9o~wbWyemumF3#O`ytci0^e-`<9Tgo$N4}z>5?deT4;rtFNs#W
z>|hr`!zA}kV2C9e{+oOLi2$qte|M#byP9hp!d_XOa#!Av#DZ5|QlOLJZUTv#nmPJk
zes_^`)Jp%i2fG}S)kI&?;UpUv*twuU<f>(8upJ^=%YA2`&ANY{zki-~ofG?=>HXQT
z-0Yqpf0#Cll<f*vgW<fTghyY0U6P#+L9i^T1IBU{L`uG+o`?X08-bStQMQRV(N)g6
zol2@85%motP{QS_Oc|f~^&cgv*DvR#;jE)aPj`8BD#{qr*ZGewz;$mMcqZJjg7Q6O
zzgb6|;zC5P_POQTZ$Vd~#dVC)TyJPjTLJzC?=!@0QL=fu=fxEjiX1EB9xRy+?o`^e
z6YEoNeVrJzP*s9nf@_>QUHzk*urF1iEqKyTl{rkt`KPGljIs~Mn*@Xkaf8BE>42Lx
zDFS`3<R^xdrgCBxKPI^FFP~$R<xJ{9t;od?(!OK;Lih$u0>4m4wa~Doxc_)kKLX2_
zJT<`igJ$$D^b-{#{CeVZsGQ<i=Qp2TJkfZwN!lGGcjaZA6v=7)Ghsm87YwOPFB;7(
zgV@57xWeFG8_0%FIcIrg0!X1q5MxD3DFvp@@OhVSRWz{^Q;j%%)PcwYv!?b_W3VKO
zmn+CNf{iojitlqS+Y#&KPedgRJ{N+{j1stJ(nK8;e(Io`$iM9x=zRYoyQ$PSMbDUr
zRG+cb8acqfE7)J<yld>qm6rUHh|wq-prO~4r}$t%%`F>4R$HL*h&OY{fUftPT1uq%
z_b8neANINz=Rvka9dG2c)+1PW2DZWH;nv{}L2@N8(|zd2Dfid=@DoZ&`TRSKPy?H$
zoUj+fd#=(6{OxQ4w21?|n{2)714m8~U{KT5M-S14fyq*LtNOfJoBNE^m1-G6C2+wM
zfx$K<W3qvcqd9jM0mv4KleB7XrHqjAmTP2JG=$*G7=!b4KDtjJLg97X*&S!Hh9qb5
z3N^5913Nl!alUh3cY5{qq8<;w5O=3o7p^(<)NR*lQiMe$bm$1^laKD>r(^_fKi$`4
zO}A;BIao=#Pk5dR#B;cx*cr>C?{)bVs?stjZ(c#LX}><Cpj_@5R2Hi?IAc4qw~qHj
z)~N-gh`L11sf8N@XISPzvM%eE26?4Hm4v~v9aTM7#~5<2nCIT70Qg*~Rh{L$GGc{y
z#EWbzDNm%K(>na_Vm}rhi5YqY`1Mz6hKS);LY=CkJUF9?Asr(+zqjq)w5R8u@-KV?
zu7{gyeqX|9iXx`2mN;K7Z1`eGii*2kk=B1?L*<W_4Pc%-e^)3U#;4c)v+cv4|5?0G
z%tgyrLDNWeUG1<K;#XST2c)cXr5F|ndzZ4z4G#cn?1eSKNhe!*jEbAaSj8gaDKof9
z68G-kmh;%AvmgL*xAN0o({!r7=Y#8RnHLjF?$wG2Q0UX(Y!@#KAK>)9R27IscW$2?
zZUkAVcI7{S-1e$qREgx(I4C`}ijnEoN#%2RLLcpR9bQS?rFvx~Q-r<KIfJ9kR`4{i
z0;jDRtIxh_Q{cVlQz@YNNpHVPc2E~2x_|i|`h6eXOqM>Fw;z!x$4u7uFW80(xE<Tb
zOTEt0Ix1m*!Rs0$`H!_v$ras!rGStP<7q3IsO$WY*k#H+6yK%ldyNva#7Uu7Q~-#k
zNl9AF%!rowv?fIIvFt=r{H%0Q%K!;hfLhxNNeRI_lJE~R-0t~vNJP|gZ4w-u`u=7@
zHZs<aAtRQfSU6aYoAfZ7@VI@8Z7TsBaQtem1QmQ2xBFnSl#k}|d+C8^Ewk6;PwGmf
z$HpmHUoUR4gWakJYHKfx!a$%I%_s1QwXvrCI8SXYTZ|LF5kQzk*3rVhOo>Knh-frl
zC^9^0A1Idei)X`;3G2a`NyTYl6z0olWJkC1U|R-;F9b9biHt9#_<jntnizs$otzt0
zllKu^iH*)Y%0=AwJX>-2Cu$^8TYM=jw%!-FX`33mO5c>$>CVWiGS#VY8g=lr@{T)r
zB}A(Hi{qGidWt8Te2g^hG2%EwbaIV%w2}^HXva9{V82ffJ@xx|&Led?8`4~tK43tZ
z<B@Y}J(lb!&sZ7R$&?N3bT!0_Z1GtPP|Z)f{HS%tw-2hle_JH!l(;tS*qw-u)fM}O
z7QtiN_YDpqHT4q+x=nWbRO%hu53##tUY|dAyK=o!kllAuNQrpIiLG|ESBjkL%I+^s
za=nOUHX3tNeK$s_-iqp7-N6V}=lc2z+@JZnJj1KPJnUE*!Q5mnM*a++Ouh%Gu>Q)O
zqoQjP9kR0h>#VyoAW)H-Tf}Q$P0-Z8^deMq98AlVgRZb8g8Z$?rE8pt9oxx<Q9iVk
z1P_?@93RI&?}ciF`@gvze;3~$E(?!*tQVubkI>OHYR37kh8#*^Z_djoli&RrD8{>E
zU&V8OWh6zSs&Goq{<rR(CL-{ct`kDQ&-V}t>5f5BTOsv=L0{9q3=0!0V^~`+@C~`*
zYp9+kaK3-DYnYj7s4av%{~#-rK$;g=I{9B7=~vt%TcK}NTcBG&7<NO`o)Tq*+gq8x
zdhDouVh(T830;2^KHMfnl69HW(FnZB|7g^4i%~zpby%$TIALmZ{MSkOjc8=9FjNLu
z?2U#PufONskwIgE>)Ksnf7}PP{+$k`tiNM9Yp!)eT&L*H?BCfzkn-8LBC4U?&y==>
z5*2$<;sMjr)KD#WT$l*6RTHlhxsQK<?Uz_IB1Q0!fd$N=-J@ATLe4-*)=TwI%w1Qn
zpHPf$#BVqTYBd>c_-Gs$<}6l#&xe;z#D`Yu{6&0>!tXV{x_^IHH+2=KNEx{Mug!rD
zQ#ASByep#H8}l2t_X<K;AOuH_B3w0`BnuZj0cF@dt%uW3ZNKo+>0kpUXv96WWt@FI
z;Ys`6bJ){JpwJ2sDNAJdTRRYSW~5O1Q_gk*O4K^lUAkGju1*YOO^pBeT#fYjI=M%&
z$ze0EbqG+mhq9=YCH6+36u=WCESVTt#m1(v)>P28r%0E7GQ9qFq9S93YCxMPJedhW
zi4@@wZzw!pP#`dbd2+h+Nnd_U;!E@)TEj1%A{UnRC42w7(#0y$C(5UO|7PrehtUla
zSX(Qz>WK<=&czb6LjFn(ibc8m4%-J-Ovm=y(RSxeIr`55ee^n4x}UuOZpgZp$!YmD
z5T$|#`w-4y6{^GHKbj`;b0mcCsuzomZuHhF(rQ5k(gQ?g^=uF{+ttcff8waI{@ltn
zvC^_*0<`sE5`Ij;zum##-ja|iFH0yddcv<wQ{G0A%t9z_u8u6`P7iCG{Q{dqRJO^a
z?-cL6Eenyi@|NkB!06WVJkw1PV5(#;^1J6Jyug+Fu|cP*exEt9h-)3Hl7`SIbk+BN
zh7{Op<<}{zRXfWZttL$8czGD$VO!FQjj}wl$vXxD9Ul<(_Dpy%a0W(1Nc`k#jg(5K
zqiw+N#)WvlHfXRn8da3!XSF*mfVB1iHKzGL7R*)J@z~?-aYB{r<8|mrF`zA&CRuH!
z<9*H6gPRI=({{IQgAX4@%PJ-7fc-zzA~hZf@l?|kan@d)pUq4yllQPORKLG8d+bet
z4>{xCUbAaNNZ?AwKZIYLBHrwf2`-k*QG!EsHT=6|pA7d-Y#3d&DzgwWvm(K15rMw3
z`@#bdqzYr40V3~LS<AO7L02hFy5jUOUoN@7%r83^+oM;(j_myKA=SI^-5cqyaQ;h*
zo;Dj!K%$Vv7jIWuD8Z4sIJ*c;f6UrT9Lt4mkZUuX=UjZ}Lv`Z5yQ0z2b-oV4r}^Ic
za#XFsv;;J!3auu%;@9l;Mp(#ieYo+rtq*!ID9LmBB_ilL8-@v$LBBUv4CHT2Pwyv^
zUG-G_@2u!}Q+Vzn3AG)o^S|`<M&-VHu!C*M^))zss}QtN(p$6Hy^oMw(eJg@^cl-W
zgrWc(ELLvsL=p}X&HQ<VotQ>rP^oq6A*4rush5*eS(uzK6H-<?eij>LkP9;=L9ve=
z$5Z}OI>(rc1c3EBCM0G@DmkWpML`Yk^UPa97#H;JzqpsTY9a#9=Fe0LUVXOjt9IM=
zG=Mld!e<6=<hf#d7hJykVW<vsKtPlKE4BMwU<HkHj%`S^*n6I8N<V9?@uodn$YZEL
zKz|Rp2;He_w>)a_a=6(!U=Z^ZS+(Hn5Hmm1@TD<Ab7C2C|8u^C6*d<zB9QtG$XAB7
z$QCk$fyoAU4HHTc%gP)f878SSBL?nB3%~um=3%s~prU7Fww=;}p2kt?e2DYqjCnp2
zdLuttoK+)moFRl|rT<0J?u^n;mJ3@(hZ>-p?w+-S6a9xx0;eMNIW<coVgytLsHiSr
zOpvaaku$UI)D}QXSB>b<aP>6hK=1C6)n)(bO3U#c{j}reJxf*)Di$kU{s?3h9!zAR
zrXCfaoD61q1JpcE*L+OvMXXy1D5LaaA7&+MI2Q-a;&iR4Qu7(L)t+?;R58r7+?eVP
zUOs2d6gWKA_#Tf$ercc_$w!4%5338xgC+;GFVg0>wo{xRL<?6qMDrX4^72HtQN*Ue
zed)!E$!uFR4+&|5l%2vTNLuC<q&qM0Q$ZSt1K)wvI|*?|1gg(K3vd(!#i!%42M~ak
zLZQUW@kB<~&B9}2n{%Q-!7bD|u8^cBPHjC+dM)ucyM?NaSSbP*O3UT1Ga;H^{e3Tw
zK6ISh3MV!{UwuBk%;kqyV~c^XXo%cHy%e$7Vy@w?C2`!#Hib-NNLKVbE@X_;Gi6y5
z_D^3-;EDN^B8*x=Bq+LIb6YL6#aRQzafc|4TQ})txOj+{Mo&i@6Ah6bki)k4sJZ1^
zWMQDvsEn8uHkKNZRU5Ty6jAzhuu$5l18<uSPhmq&ImWhVXa5;n^zyX}_Y!9r;>gS1
z)94Kx(k}=w`|J~cI)mOmy|?4GgL<uol>L7&>~)wEN0`Dt4vA0gV(f_pIZbmC^rm#{
zthRpf1%S>B-2NJPD>nsEh<hN#uZKp2TRKF9R1cs)Vj5W77yjj3e{w4+`$6`WSTi*M
zKZIcw?d*8%Q8}|F%%7t#|J8C_zT%!1%u!{ux&bllC!EUZQW&Uah*B8IO>#zb*1dE!
zteV&->~onMjlRwHk$3GgpX?wv;-?%x2L{Kq{CjmI&`gw1rI(@!DeVkqsG8RXK|13r
z(R@qsT}VxS9RwO|47?RKC>y#6bqE@RjYBQ1QJGmsjLLX+uGCbHy2&8tA7#*<1ad+v
zbwlZ7d^X@=qaLL|D!L^1b#2i~Kp%{_VO+JF`O7a1pGQzfKL8{s#j|HdWX70wmwBcr
zU0V&7&Tn^T-G9|a5<AemSCr_xZSz-lK>^Hul6`8X_ns-`dQ%M?$e*dSa(S4^Tn{Hv
z5>8xg1uQ{q_VtyUY-X5JP70{;a0(cc0GLB2%bEbBp<USYGW0o`aO$(85BvI{PGOY@
z>ag*j#%aR*cqC+3rU^_={8idjBj8~#Z=|Yg^j1t1O(iyy*foqaM05HTE4;*-i8(e#
zu^N|=OXRisdfZEaQa+2&m7Y+<W`)^bied5ErR&f}Qq|1*d@<)oE9uaBVLFm?eFmQx
zac=P-<VD#(ffTRPurqR3PC>=nEb5Z$ELTb_FvFqE(rqH{ea9ezu}=)meB2<Gf{tId
zoxv_B^Np#4(&^>s8Ic;T|5pnTo0bmOC%Mp(Y=hpM69leDbmJ@WEW=r)R4iHxPOuwa
z)Kk)^vCA8EvC;IInRp3tN=K(fIR`sGqPApHpRKpAiGGBtLBc`X*o(H`;TUL!;WAoh
zQ&`>-1PL^?5$RUV$`W_gq9CSsw=|A5A)IO((4G~sStj}n`cyL1EP+6<>9R%aIl35p
zq>8uJ0IUI!B4w@V)Zp`Biy`vzEOmG~Y#DfLr5<$E-1OY3fQ1&lFsz-sVN>ai06P|+
zLLbJs%t^f&teq1qGCjoAd7fxFY49GK%M-`i$t%bde(VjUJgJ44n=;gE3V}-zs&$o8
zZ&JS`CtV%eygC>(#NN0Fi96gT@42pBLTJ7Si^Z^rXdtdmq~D$UmLNvw!C1a`71n(i
z6#YxIun2qBpq`^)GvPQ?K7;ai^<3zeX6+hPaHnP6x5L2;!pruv{B`b_&1f`1wp!hu
z?<CG1#D*_kN@*CuIVmo0=f06S(pot2cHs7|OEx~2yE7|dVY~mz>w=z{`xq*ohg8&`
z!#{4{5Hz0frnTl=ZMe~2G;xGIzD(5jWCGlW3SfpYr(SMMebHvvlfG}OgpG_pyhB`y
z_G2@fvOp%urZooMo1GMrylohK>^{DCZF6T=fNxpAGe?Gmv*}pj@sq-EIjjS@<m7V3
zi&rJ29Ey)Na{0-`Z!e=Tp)M?*4ZZs#-eZ{-lb^48J^om7l`2yVLs${99(9;ycl73u
z5w*@MdC3WGzfA@pEiIj@gfzvrA3(ZtQ#YlsUEZJRsfvRzqsX1&3wOLOc-4w?G{<$y
zgi>kYqc(9o*C>)u`2r37*ewl}OP<l-;eTo5wC>&5((+Jt;P=+!&4A((ZDH|o<N<o&
zsf;;+qDc@-IPvX6>Tp`mUG<~cO}1FJrwY@%-<N{sF}Qw<+9sxyYVWZ7%%ovOzMeVi
zJKoqSVH?<iEhN$XntVU;mvGTO3VjfFrP^fDu>~G|tA~i$KAQIwJWovFck<B`5+J>4
z3R~p);22ht<9`KJ2Bm)kOCpPPML<<2o~^7oI!~HKRnG@GzJy=3e6ACh!<@ok8063H
zL$)EFo)`sL!qxpA!+yxrb@m=xEsv$Xow8g_5<ExYz|J9^S^1M5O=*(&SDD84_fFW!
zWkPMQZKKVlK8%uY;e;>EE~0Y~`{pP+H6|;DhX$7BdO=v+jccZ=T%@=etiaN^SD_La
zb_jD$Y{8E|woM6OXGIRYYVZgqt}>2wQ`h~r4q08g-m{^yhhelx`eul(uq(nl6#l(l
z;Act*E`6H!-iDBC^z(<^>(K6Sk|AAgz0+@JcJ!A}YW(WkVusvglhV<_^`Mjya|&~v
z$>I&u@om5BaF_3AIRiOVJ(@p)wJP%qTOiQ5^Hg|Vf($ax4F@IUN|5DvEs)&s0eER&
zf3jq2ttf44oCSb6Su+BEy5%s%)b~HB+zrju$w^k64r|NRj=qR`<r>Z7b+dnHs7q$~
zgGB>4gptVnDGndzar`E6ouZ!spJz;$lC{b)|1#$!y9t9~3*^iXiI^0svFJ#E1G10%
zH=C6QZ3;uTyxraZjI<_~?E~<TtSe}ewr2Jz*YJzpnc0A9-2F+Ekz-33!%7u|!RvgJ
zFR$aPh%@8@S(aevgDaNG^&-K&wt`Ye*E9;|d_Q%`&TZWxFNh6l0aebFgC#C~U;B82
z^(;I>b@qusCpQ7v-c%E3F|&Ig#bnaJeWk|mR+5@t7q0C)`k@Mv*+9lXo6AZc!IzZr
ziYqyLhVwe-Cq1K`9VHzQH%B?|x^2d6C(>MI>kZSPRD8;SV)j*_@F|Hd4Ye4>ZfbU~
z^7qjl1Q|Q`<%Zu&o>|~rOACUjr<o{tn5`|M%X+wL92e~aX*1Nye_f#KOh+Gm66LU4
z|NQZNy^F+ac9y!18?|i|)ABR_@6~w?@!+M;N(~$$wxfF)+vD&TtL2}fxck)Zcs^kW
zD`vS(@??><p@8Byz<xG;{xr!SqfW!;1pE&<rai^JJIA-niX^{}QXZW2h^sDx*GRN1
z!@@jQbRywnDu0T&aW=KDiwv2Xj}DI*&HBav6$PlYVTiP2?v>*&H@02D2V~_@+{tH@
zJpa-~qdhk(21px&5CnUoSre$%7PJrAt7Nb*@afq>+`*DZX?NO_#Gemwp#K?ci&c5G
za5;(}+-d`RRwoC;kR48!^_v5kBpKoN`SJz<|1Q!{Q;rev)5dS_1?Nk%Eyr{Gii9;b
z0&)gf@fbD6)Z3a3>tJG9pIS%QdFFW4jNzm|g;oKI9*>Gn6+BoO1|@6~J+@M!c?&?n
zgRA))LvCSlUPwTyrYMHd6%*DkoE&)iiH!21H^?%o__p)K9EE`*S%x4uL^5JZxpr7?
zO&-zj4X5WPde7sA(BH+m$Cqe8lX%^-p`}jo6rjQi-4XvmSqk#y((!4qoy)p`V#QF$
z+5E`%{Yu%R)V*g*%VIK0;U)?o(sN{OAW|O$!nuELBImVoP#G0xHKjsvhaztZ*uoe?
z{apRt`S99vx-w@a0H%R0<$DTuP@UFOo!9TLrE~`th0sK4)RHHu4j2?>lz;MnL~8R!
z<Jj0`(2HS{o1GJWomf;(80V+D848E=?%xnh2#24_eQo}<`(Z?;9Ic6fUCmLvHr@{_
zr{AF2o}HKU=!algaMM~;^y22^htI+14}{{P9wt5*x$zg{;mpg}8A}eVqkb+>o3-E>
zc*fFAkmK;~&1PEgOa{kz{l&;m-8_;F&SgK3os9zRb3xjBF1wiv4k8SVS&4n!e#UPD
z`33up%1KirjTXY6@J#`fDUlVXte#MLTz=P=gzSC~8=uLds3)1Q0Z;yQ(FDIgEFZ0?
znqkRj=m&S`0?4|(4UJx8weifoeNs7X+L%#?rf%0%=DKy-vS|jGRsGeUQ`IC%MdlJ{
z_8?XJ%Cf^@%#j6LYcW_|nZc8xrW`GB`cApAxqRFheZ(Tncc&e>LX-^xu%YfC76f;4
z>Y1BSH(iNJ0<EA);8r%iefvie@b880ySeH_TCO|MFV%AI+YNobaIl$vdL9}IxQ_bB
ziiUEOhycLEzmhtq&tj`9HWbP{6c@Q5<llcBC;A|takd39m^&HXLo#Vh$%&6H)ij^7
zFWraGk7H+#<R*Anu~83<yh0>vWo}IG(#A)$Uo8HBnzU#ByZJhmZq;pL=Wgn`d}&Zo
z<}S7L2LYO5i(sVPTr?y(yf3_0_rm8CaML-Uw47*U#T$Y=A@9@WzA{>!)vXS4eMW$}
zuFxxCkA8ws)QI+Ofe~a~ZEXr#cGStE_VGarn%pY~Z{#i6IF2IAmS->R{w}#O=c*}+
zfPqu7A(51Y$^<5k-Y~{8swlKRPaO5qE0N*Mp{>-aCkObb3of=kmnY;dA!~QfkvZ+e
zXtaiFf?u(dP6_N>PdJ<@tjkE16>ea>o%s!Y0_M~#F8i5dvlKd%t(7pVT$SJ9p<)C@
zQYj7MM~v4TMst#`51Bk2{Fw%YZnJv=hRhip<|tq?hVh@)MN6<02Y-b(>-^i-A^5S$
z=}Rd7hvyRMxkgz`r$=bS?P@3q0mR){txBIAWe(4Va4W|uv0#mwv(;5rS(tA=XS~kI
zQl29Orok1eLA4=Y!swnaw&UrwlIDw7SNa>&<6qyhVh<uSXb@WH*5guf%!paykVE1c
z2{ZN@FN8UOEFw6<%a#ZaKQ{58ipAzx<$Zw63sinPQ8-shevfvhwXid+#m%CM=mLgJ
zOxkW`!PT3+Uv4(f0B6+@ZtmR!U)qcJYQ1f_yw_2@VB0k={VE?($6KV8w8*r?i3EiZ
z7oZ?^Uh%}!fFy_sk_9wbA=&f`p5Ok9r6i}rQ%TQ1k8Fi3w*6}e#vQ}jF>WX?+Mzvc
z@K82$m`3(iB(=3sG%R(~OH~GX1X1S!jr|>Pww|iQ*3{lhJ5jUJ#K5ha=Ni1fxz9P<
z;+&eWq~*8tDzt3!_MNSbu*}bP&>?kvFa3dCY=D?$0{rE;!nY8kZ3Cd|`$U5eoebl6
zzREJ3bdSd=i9CHHeiDNF;UL~KOdCyIA)Fm?srdMBus#Fa4=r;XGDNk-8=2pb(C7@R
zGB(yBTDeYk(^AN-C;#N|#zV3pa*$n?`bRqdg&{3vYpwpdYGhVWhA_VYoj0gON{XYh
zbbtk-U+3cq5M&S8bL1ry4$L~eOlDP3)joV+JD6Ib$2BD(jn*sYxtJYG^(I9<-@}Q1
z;pgqgD5_{}E^=lHvhzA3j5~&1CZ65;wZpaJpmG>sX>XElk<=S(Su!hSpqWT%bhcC`
z;y#dY)^%enwXus+NXen8zq(9zYHQ!9PsLL;-o~as^IUHODZv$G6U$(1QMa6EY$(pj
z^(`Ftml8F}&b4Y}w^*~HOjPVL6dO?gqmwG=I_L89Z-DR^RsNgiKYtpAv(S^SEs>|(
zuTkYKc5C0((Cl29A?vSRM@6H~0&9GBaQVs}C5qjccMH5qkUJY@Ul7ck<PFi?EpU5x
z_XEE92h6-j;`sfoc;UIP`T-uXnM?2=!SxUj#-v2}0RWFFu)a3WIFlHn<Q<CjXfENl
zUwoVM>zG;1RB1!^7sxA(?%9y|O_|a#e~e0+T5ETIG3|<3Y5u6fBxHbdIBlVV>v<c=
zK^|6m@1+}cW&TLOTGhp+F&obeJ{Y&BeVvRVil3zC_vr2yU99&L6D6pUHMq%sBAtUU
zf3ct&M3dI==MlxH$8c4~;O-6P+2zMqYp!`N_9XB7S9<Nq*`kdGCSR@+LBfNA6Be36
zrJMS_E`Vb`(v3tG`Wp!cYVk$-Fi9U<XB9~4{RRQ|qIf6jF9{|XmT!)~T5xGrJ<;5-
z`xDJZy<pUwlgN0jrc(mSy}!cs+&kqWUm12Dh3SjD6wlWj(om`6uf`*Gi!v!O{@!${
z1JXW%TsC~{ID9C5#yVxN`hy%BSK{{kS;iQjb+%bNzM{qb+o`9yGrEBx;*U7$C9q$d
zh?!2h5S2@r;||Cc`LA|;0moZACMwSQ=74CC`ATb9I%+w^o2p-dSe^6Ov(cuwRGJKH
zmxK_Nj1ndvDnlvd6eYQB;VZKzG7Y+Bg4rsSh11heZxhxv5F7KES%MPmXsKM?wC(qS
z8hSqlvJO^OGo%^TfM`FSEzS5842vEd44YMnaluVa@s~gD2GNGHEKA=SE=FuDxJB_G
zmEd~BEZG0$rT6dbQIlCGAr3-GAZI&l==u^VAgp4sRV}lDkvxIa93$c+>k${bHPc^w
z;F<pb)$wi8x4N^#PAnQ>lB70WBAetCu^ED<bcFf&>L-4<xzkwuJ=>VB%?%Ha7Nyw;
z#1Pc<6VFXZ4iy!4V44S1?u}Fq^5Ns#XttjnJb~G25^><fWkQ!;w^`o8VPA7Skef;6
zp}Aq!A^e|$(`@psqH2A#AR7*e_Zi=%yK-%O_z#K#(K^hz^SqMKz;G?GLd)j7Co;^M
zpGeL6$zXC~?LKi20K{Q4+l429$S-Za8|&SDM~bm}#RTd3<U=d*XYkOqh=CO8qRH?l
z(txr&VZu$&zYzLFwY^}_xJ^G*g8kG~lmwMFV1UO5Gu_C;5IwKCTL(S0H<$L-{>b@e
zv`s_eIW}fC7u_g`VH-rwzs`=#sflPNQbw(9JEhQxl;Ax2&?5glUJ;}X@*A^<v<mZV
z6w!}Rn}6pDe1Qko+~06JRgvev%XxRNh_F2mZf>%@py{zDeKd#aARmMS3^Uh66rRM#
z3hQPfe^NKlJ>(%q;nX|Oydc=lb~<CNcT$T=JzUm5_1s$1Qj#%dbRgTR*heWnS56rE
z&crD^{=jp`2W;*`F^8(LxY9JZZfB)*k&69V7Wh%|o#eaES4`H1{K>)lOoFGW;Nf_m
z(YyiqJZ^W)L&Jt3S3Z#oggR7qm=S|ndK-ZbaI4K&2r@y=09hp+A7gkab*-D0x(@;L
zeOgw`;n%2A1I*Eeo3Js38h(m)Kpb`A8WV0wVvF6DDh0zP(a6&huBob_ggK*xvFYZq
zwm9R_(xb%Wr3yLeQf}SOT-+F-4ymOL-E)nX=ez8x8R+b$q!+4h8*!0`SE2eQ0m<K=
zylRZRb;ox}Uk?4apN-upb7=NVROXdmq_MNH-kb==#geMxYG;>Tf)0L4gfW5jgkYIF
zK&c_f(Z@sBB5C2pQAHtYd7%MLLawNaw+A8eCAa`DWtS5<CLol((3MciNQN1^d;*)<
zQDzBr%AXFxI50cSzAG5}SJ{LrTHtcioW(iD<Tq@_j5gfy`P^8eKQcicFom2&)uZfa
z9wGVtC$Fjndk_N(-5v8CoP<~j5#W=uQs<=L?G8LqymGIXirYKZ89yeVF)+tcJ3cz-
z!+3Fsb9%h(ejB=c_Yz2|y|(~gMl;G%PjJY2l(R!g+`!*-9OY}WEk@a{7opb$^D<xz
zSJzNrpZ;nsLna@E$&`g7qPaH;sr{>i6psYJ$PRx%l-4Tb^=8Hw=kQB(DK!fPF$39?
zhff=%-jama87D74uG!hqsXeHrS>)MVEBF?vDQZSY;H887{+ShRgb~2%A<{xZzh}zG
zd<(k@x>nfceipTfQ%WKKJIJbLp%$$e6;)3$ihy$j@il5pKO)aFX-_Z!;vzVGnXLkx
zAJ)f?K)rfaK~<ekJ!UNr(+(IV$$`&46b1M>HrNc-?3q0oW&`D0x5j}{g3`)f1P!ov
z5H$O34^c5}M3t5W*BwRr(y^r2YBt5}Bz;9GCcue$kLLvkqt2txwCe@jH^-P=s`~Ha
z&<XJiI&bisdU;DvIcx}V!BK@HS8SxcGA|-I@<pW(XB`w1n%x#Lzl<^I4HgOWUuUEX
zj0AxDbect+NdHS^t5AQp%>71O4AM@TE*LLc+(kMHORYubqPeIF#5r8PA0`>=Gyoji
z4*z~(3!qm}cQYdgMD#=b9+25lrs>};zzfqvDR6-Y%@11gqOz&&c(5Ddk>`}rSQ~sa
zvZRd+c6`pj)ZSQ=`QrS(n3a*-f_r{MLGt{&ini3vGaqba3cpRB6aH|O0`pXNFVW$}
z-1F0Qmfyq!GcmTrEoz3JlEnx$I^vI5md$UCt7{vu#HIk;n*V0Dn=W?=<7_iD@2i>8
zZt8>}*)2{F46Zs@*BX7k=>Q3~0%Vh2RdO@V14miSG<Tz45LxNI`Hw_mqLO9sAxG^+
zu-QC}dg5v2U^WhlQV>gt<(0cJn=O-|EJ@4!hC$c=PzM1opCg#R50R8a>nJ-$CjWqu
z8K^obBw+Y;x)54<U@AQ2>R|Kh))Nt;dxx0K;Ej=DTSi&CC?tH+9DWl(d(NIIL!G8-
zv(Gr<x@6VG%Yk6`9aK8O^C}Ews^8eJX4mSY)@*GTK-}!cTSF@{JqiMolwVSN*(&L=
zIW)4K*Bba%IBJmJA(XsJfODJq=|UkIc(T$~NK<~=7V7Zo7GcI_M23XHUlLs)LOm7w
zb^M59#=t#MZleJe3sXCyT3q%=JrNDZrF%&pn#<fK%o0{4YXOsze5P0-wr;WW&m>bk
zCG3!VKnkUa38Vl3PCjkkpv)`z8pye(bU|`=Ss?VWpg5&*_8Uxl=|JRDmCZfG9f*%Z
zfeIDtaJ3QVPV5;o73p|6S(@3q?G^{o@-nZ^yrA27Rtbza++h8v1J=xNX%X?Z&Yxqf
zANRHocuCcQX>t*oWiBX`(}?tAQ1!8sHw9z-gHo6Zhb`UmCcC9uYP-eaDG!1BfT<Qf
zRG;Jgu!tQY=jNAbVl6)8##30p`Az7D0|sx?W*w~7!dKSOlR``!ShOo<H))6Pkwx;f
zDdRtgeL|D-?%GvS;3!-u$nP>=Sx%(`WHYkE$E6{|ZE$d_&ECp6aT%SmAdP-=!*$?3
z7XYKP2rnWGbo$j0$4`muUcvNFccvg!L5EnRrEHg5ya=NDKQ+IJ%a$GVpEvv;>6}z@
z6iZA!nU2wm!xMHMbTJXRA2hFDZn_5M$y<NSno?_c<&r~ODR84@jZ#4+5^pyy2|Z~X
zQh5%(&Frpf$HLlNiGe`Gg^2Kn2#b(kb-#{dHP!(QUs1D!z+=}UaCNC*_G5>`*syrn
zvvoOFrX`(vA6kOKMw-9CnjkaQVe`X&2Dstku|TRr6SFGI9LcC{o70DnnFWSO4uY7P
zq)SF5c1Q(p?YR@|Ds+G3j@^a*nEGlxYS?cIbscX=ztDK2vn6U0h%5BYCK!H$EXsfm
zNAg}eP??EsN)*^gItlCPXVk4G8=H9FE$(|~JQEl)+JgG;f>{&6E#Lydj5@?-LYyQA
zI)OFuBJyS$I;?7W4=mv=pYPm|=Kd<qC|lhlg=Z%#(q&wYr3<o4Uio8m0tnW_b9#;O
zFdxzEiE9Ny{_PiyOJ!vmV||(FxSPb#XA5kaCvLy+iRVu%<;;1|(J@WE_h{6BGs2~z
zf))>YX0W5ocuM_DNM~;S2tUMXz#u@3uXp`ALEUql=6Z%nBSXpP1!t(%v73Eq%wKoW
zYag6Z7fe9jL{9MrxbYAvNic$f1mA?lc7#E`2^K7QF8%K>jW5in(s>7)Q9SXkGpH3z
zwJ~a<iq3mW_Q#Gcw*)!s9LF831nbA_JrJedNT|8vP4FtL9A8!8<A2!qGJf#F{gLWS
zFRjyC!nIs<f7UEFj7J=ztjuF-Czp@76b0Or?y~|Fe)r(*ByP#uJ-dT|>@5338fo#K
z8Mtn^z&%vwQU*)bO%??rwXh~3Bce&1!-;(tA-8toaj({a)&cv)gCKJuSpLwlpD19-
zXaMlVP#;fx=Yn~7y)>SNOku=A8sbXA;2{G(tE@^xg|A;{NvySm0S8Cg)j`KKRbl_|
zVU;k<<XcVLnqJWZo^KRRw5MFKh<Cd)2TGIwvd9nf{&uP<dJQ&r$FO}IXFwPk<8?;i
zEwfbFmSUpxZ5d)*pH-T=NwPe9-z<%~j3hM_XCZB`*sc8_pYJZ!Y??e!=yl5!{v6k8
zWJ|C<UYPuz!#v1higFULyfC7ZKuEl=17l5()u@xw+NQNz@Q_fS1vgoEh<FBXgVi`=
z8Mo>Q2TqC_j#IO4*s2&So=OB$nfnrcbrK7#s7A@*8RV2R)^cTR@h9q0QMIr9D3H9j
zH>(lBO!&&wV#Ku#%m;I$_uL_3J2rAX>ptnMl1-zjb%F|Ahckb)5YA;y<@;w(?0O~n
zTDsTu9fK0^;C6u9!7SHKJ@G#&usfeOM<7`2Q~OJGOr-x(8^!zrK|^d^XGdpHnvjdU
zn{BUJ+0y5Qis8hi6;wded&qMB&_@dLIx;)_S#hrk?oC$IrQ7s=#46uSBuuW=vnai6
z6;TEjtZvbP)Sea{aG{X^G(232guxlVt)5wz4RG)HI>e5LG!*I#+$nIa*^PH2g;DI*
zYkti$TC#-XkPMj3bDUu~ABFL-7%m1oGlD?y%*o-2%%OsSJ)nL8%k}LgfLzlP{s7O<
zEhIKcL7!wQ_V*i#j#81f4;79Fx4M({f!i4LX^1JOJ#!q%*Q;5OiRF{8K*?iH^VGn9
z;n}IO*>wqIB7SVZKdm-G`;Kp);XLSWVrw%1LcOOpi`+UVM<^_<g;;vi-NGJ6|J0Su
z&0%bH@x?RT**ZntQ7WE&Kea$|q*C)Pi38~x=bJga)KEbq)V;65K;Ymj*Z2hIa3l(@
z<nmHjPobXXi5~5a^oX;2$ag-b{*%HZiG;kl?nY_3T5_OIWV++Le7az_BIA3us2CZ|
z(sl4f?P-*)mrRGu@H|WS88nGnf;QVw2&Sc!U{^nmG9`=v<Xr=nFkTLr=f$}QQu>o6
zruUutVHLh>wp-3tP(_^F+Es>9x`3-up80INKu`p-;|0Jc$-{_9d1Ppzof=n15@@bw
z5kzMW$`W)c{TnHH#z7AAhJ>>err4h;2x7km^gziroKy)k7A5aD-5YKw<%jX&O9{|Z
zgj$7#SG5HT?@d%~b)jQ8+TYtBy3=$pnXzTNy6aT^0ITtao1Xc{ePgRKuZUKphhf(O
zPl=$yVk`D3s_7Zu{UillLn*B4g)T=72{st#R6KsgHMLx77#G>h$j%Ee<*TqBmNPYC
zJT6pEZjq=kKlf8mN6Lz1uShCO!QczRH|HH=QxXP`aYp$E%iRA8O^^Co;m_3t$$s5!
zFju3!Wo^-zcIsJeD$ZMrm$V|0N~<$s#VuNSTcOZVmA->@8|HplQ@nA!Vs+Q_pS*%0
z-Fa~s#4mvl8wHqj4tAN~A(>>=JT))K)*)i$F7~H-Jro%)o|rw)yK5fuHLi#hi-l1c
zg-*Aj?m8M1Kfa3=-e<=%;0wSK4sIl)GFC><<dfg}l^(!1OEF@I!{i<w75a$}1B#z5
zK-N@m#1wWvxzCH}bKkBxnSmEVrh`4d)`I9I-`pGBoZ9{jXpMZ@R{a@#hvs&Mgio&p
zRWyW!jV`%&mAU2)zO~gBh`n+h0@B}#L3aquLY*gX31&EKeO>FIwy&0-ycPXt>hXB(
zH^;hMB3D#QSaNIu@l~*&ah#|`ZKD5y@q?W8V`4gjfp}Pm@nK9jFkl(Ki_*eMBn;7t
z!U#2^5tX1a2zJUXW&9@NgfN1#Gj)MGBvn5y&WrFkb|h&om{(X?3TbOiSWIW1Z<g@y
z<-&*Q&B%sYo)tyv=d_3X4}Kr}*F?!azKwu}g`hqDx)})Qr$mF7ezECKjfo|&<;B35
z=~ug|_x1*OiC-GUj*igSk?LxrDWqyyf7;W4rbwveo+F*#HV4l$1{dnj>(NVb)y78Q
zQ&uf*!b`VA>N>U@sCU%7m_xqy^{tZ^{9i2qt^g2%Ki?TKvRx#hbc-!u(Y>yX8_ovC
z2r+RS_(C~{UXSe4pExL&?r(}@$vi+=%d*1IvyHzkY_f~vClR;D`&S|scOQTy^~52B
zz`qt$w!bGo*}CytTtcvK=10u0r_w9}UGtWPJg0ZxQNiXZ<Nw5XTdm=6!p@$^u!_A6
zZs*(+Ec3;>a}rC#UkbGt^0W{iqz?}<T#kNzkbRm(#U2u<JeIs9{4EU?Pq$TMDbA}$
z4-f{#tOs2fxhL{+3B&lG8-)Wf7RWE}hb*6h<3LHnreZWO0nZrS%L^wTad~?fEY8LY
ze~o`5D=CI@;Qzd?tD(wxDmG{e>JEY6&c@rfwXn@QLQ(P7Db3@toFMPIuwR?$#lq2x
zKa1^I@^k^)+x({zg{)t9VP>p4>9zJ{3V~=`U+h6k?k~Fw5Y$NR@~@BndkIJ@kA5k*
zLu>M&&o=3Y!JxYcWUi;UNZ~zRKL)jWBGWL*Ev@eqs#ob>=a$qPGjGLoc|lRn$6rr_
zlfYeI*VYJV9^D?TmSVJ4CB`Pp_jjXiu@SuGI>yZ_$^a>)?=>_5Re0U-rL*d$E8AWV
zTq*RFqw~C#38|QTHN5n>{gK@v%RJiy_2;&sjerJNqCmY<HCYapJdp2Kr-_!l8=vg!
zU|8&x*1Ys|mXR(~Xi<u&Ag{yd{YD&TQss(}#%|&<(^RH{Miij`5vM~|>7Wv0(Y_SL
zOruKA86wGb;~;~V{B<5zqh@(p4_#qG=a;~7oItM{P}~DEe3Qm=nOc}#&Mni}Ra5J*
znbi9qxDoICgf9PVA$qELR<R$HAooS=VF++7&#=_!$&tTy%rth2TxX=;^}e(`+YMaT
zINSMeR9^j;L07mth)O%cojtH|iD`!oU-vjwbbN}l$Ve+{Tzcb2wx9Tsq@2U>Qz0$D
zEEM-X+e{I!8L`W-p>Q=#6fS6z5Q?RQSsQl-%ix3t``_0fRh&uII8CJ7mn)HLziX*@
zm)zp3@{cUuqz@vs<40&BD#{If4|a}Rs9t=7Qtl*>5TaoTV=UX<{{ihl62GYWNfZdP
zy8s)6XkM`1npg(Sk~Qi!(e}<%K63rP)q1o#YqYhf!e;51SsTDEt|*lrXoFr0Q@-EQ
zpeBpjV0NitxM}dqX!Z~hL(BPuX@|QPwC|ZNzLqHp%L}z0EE}@MPDJ}4g`65IV_t4x
zxsmqLwUg!f4e&}$9F=%v&JImmF(Ey4f~H`P%wpPKGxP9}VXH>T8V%MAz_K!7i%89o
z+Q0F2c<Cb|n-q8WnjiL2g89Ib9q@8$*v}Hjl>NXhHa#CKq`Re^w5yVHZCluSq}mbQ
zu>9Wsnl%jNVf9(pOyS}PQ5P2<QNxv3UlBwti?Q>Zl@sIZ#ez+F?81UW%k&YjXr`!+
zBUF#5VNngkO0OQ7v9YfK)~VQXcVKpGu&}BQF&y6c=Y#RR+m9k~bZCA}=@j$;DPRFr
z$)+J~kL(NCu!87llaYm}{*O01h<YH&f~zlmBrx&555(P3_`eJ+{f+Z;LF{IQje-@q
zoK6F0WFg|=T*9`(M!mFJk5q&3#<j6+r=w<vWLPfXq!R@z|2!fZpX;lTrk+7uV%hh+
z@o$@m*`llgNFBx@sLPaf78)Y7$1!J$aw^1#3TUL0wYhvHhC(uXIIJM#RJr1f7dld2
zi`oWvz{TUGjy-s{CKzO+A0eHXOhD=^)G-x+46z^>0;m2+OMrAa(l5Qvh7XpzkvM4<
zd2SK%L@-W7JAwymnD!n&sFtmgmQQR7ww^^D8f}Hfkn>@=njIHuTYIv4%Uyhlqe+x(
zYi!rSI*wl7Ij)jqJIU}v+KFEkqem(tmQxmCdHfa^g^j6C1^Y4{3yt_*fJ#A>!le1#
z+88V?xEhP89+?PK0YTRbOT08S@J=@gfs*<^r0A%uEe*DJEIR?R|FYkk)DGIB{4DT$
z0{xvM?i~oUgJr>7`z_)dTvv_~5dZ0aw{P)Vk5GfKB|2VZ(#`nZrcy1np|nY@l<j=O
za^vs&L}DAP^Dn=0hf~DRau1?kg2BYouE?w5@WzH-yBseCpFswe2I(K2FYC2aP+t>d
z2+a0wgC8RXLsF^_)aj$``S67LjfMUiVDCHh>8w+CV1}YDj?{yw@2rfx02h5<PK0tl
zQ}1=k&*f)R-5`#|dQ#O>j+X!ZV>s`zZDH%NY7pMC5^pBY$@7lus?>4?TQ2)GZgGcc
ze&p0r#pQBYQEH7X?3rR{s1R6a8g>nC_;gqHv8e8lwQI?**OnI(1%2n*hO>7panb9q
z&H0@QF&~?cN#7thuX@3F#=G;62|TRv@Xdiii$P?^VfKQ9l!ErIAk2@h@S}P>N!X&p
zmOBgo<tx(b@%3{9K8Pjl+p}Xhe@d(M4C(;FO^c_6`t(LV_Xml5amkk<KxZ7Y#k#8O
z;TjIBq1>P76McSwjvA!22w!A-POr`~L+MlGs!Hno$h$lzf$U)vOgf*M7RbliQ>4Q%
zfovSTcYQHZvJA+wRMKUcqn!Ez*$Rk)jGeauf;O6-d|DfuVy$in3x`6V)=NW>Ed%Yh
z25jV$hgI=lLX5b8eP{9`ATzZ2(UzHYC=N5*0R)x5SO03utwla|C8Aox332ZDPM7;I
zI0eZpXgPJ7h^<Ge9pO!ja;M<cYljo1F7AaTuH_d#y;2@=m>T5z&F7VCX!Q`O<1pHD
zy26@=OJ*kq?WHKFvJJ5Z_i!8+baRJh94%gI)-V-#rNSvLDhZ_$M70{S#^f>5tD`BB
zM?Cny=`PR)RCtZGCy$pV7ib|+i-ocn!2!MyF7%(hZTQji1Gt0{VijAjp%mE8mVDHF
zVuBP2$a_ETJo&=qG;I>L9-#)|t&0ZH*aD&Yel0+Hj&N>!@N#y3d$VHlY@Z(dGA?qy
zbVe^=>O_n|X#q2-oaxgoUj|m6QeEnpLN7#eN6M+O_U7$UCJrAK=aMNyfu%`X=8Ly+
zcZiLMgh{xg4Qb@qOZ&`=V{2pJ)PBKB1VUr+0$!l#{;%K+<(uczC*SU{1tQo_p#(q9
zjqj1|-ppy7PtC#BW7MJ1TUNwEX$+0?oo}W0uqU1C*&ob{dLbi@n|g^=dfCETv8rAf
zInO?W^*#AQiYFkdX(J2gfl0=JXb=^7(ov4tw*`ta)tc<kA4;J^6d<8g=mnfT&?jG$
zErclFoopU8pQp4;F5?fB*aD>X*a?~A#@717D~KbG>JxCw%xXg(t)-(3OMsO8$-R&#
z6sl_k#vley#(<4*BpYAII)E`2$%cc}gIrFXL%rY4s7-`<?lm0hKjpfQQe%%!G*b_?
z?d=9zk5xOuR%oo&5KoJLqME!K7xfOFvbSTKbypl^H-88IMLg4Do@u%ncaw1cVZ-b6
z<J<ynSLEao)BY_48u8M|mpMj6_Yo9;1wu=W1xPWA?bFbxJ;Kl)WEc-GBnIvXcMl1W
z*23x(2j-yiw8H$d9GQ|bW6n<xf&JJa`*Ey3!Lx>`mvE@1=Ejy``-!P`0mtEds)1~^
zuBaX1jmu1-PPW3O2JY45Y9td@+EDap47*C5T%$HV;ZSl@ye2!p;sUeJGtOm?=mEjB
zNlY;##%L1771YyV0EwMiHVhNd(Id*AEd&1<x?kO#4aQ)SKgv4B%+#q%ahq7Cl{vaY
z`$O5XW9am#3ZGU+cEUUqoKnyS7BV17G5&Zao|r=)?KFYm2|kQTL1_@!x-LO_@L?X?
z6{g)6)186e$^`g1+OcnwPZ*e+t`=}BM1`J4toJN!3R{m-JHpmI%AJDV?UJrmr)K4%
zmTg(GgPX~_wg>lr9#W%pVI>QOC0`g$5hoXj<Rb|nec~;A6LW#=oBO4eQU_tqk)bel
z_aw^{Uzm*`*;oi4FSzyvO1(}=n%@zt?x1~*b!3J02oBq`C(aCUf!YyhHN_Op>I;{}
zC0IZn?98WzAM1=qq@xzr(9yU%yLhsNW;lD4nml5?d>+2+3omH39;OE2EsGxfj#|!9
zuq$!VV~q#FmR0M3zkG45HG#$y&xD3CBLxF6+gCPWPFWO6wfNA8$9l%U22LZ0%CH=n
zz@g=rF3B=iUmFhR79b@XO-TM89j2L%>@#$0?hLt8)F>z@;-VJkOgy7ZxT!UV80iYd
z3%>GC5&Zig09H-j@vO6x!K|SNAL^-9ZoN{C{!}rT#z-7DO6>?+k5Pw4TSrk`OEl~y
zi~f+_Jv4eO)Et@O6#RKih}h|&oHsNN!F76WMyg3R%0JnrgNY{~N(zd6%SpIMXcSDA
zUz4711dHJMs6jxd)+Xrx9s;EZjfNMkg9`=5T*@3z?uF;YL~_mgJ|W>%z#h-5&*=pw
z6BA!7SPC0`IDs+1Op{qMVl*hqq+e$E4<)|YGi420Zu-Q!&E<ZEGYi!OTSAfd|HT2y
zI&q5^W2r}&<5ov+0Ll%N9q(pg>k(=Y-ncT)(mVT|wp^%Db3v`3J&U@DKBoc8hNuXn
zvRD9iET<anVGAy5M<5Aqg(RLkD!_^?Q2jnkslD)$byt=nYFUdujGQ!|R%Yk6@#G|z
zXW6kpBXzcsKU0=biRiSe<YSKjS~nqSr(HTY`kN1SQerZo&+qjzO)vwOLCicEU>eMG
z0@4#XcrpfoCp=SBI~463Sl1w7%3=_4a=F1-W0{l>wEhBqyaHI+tf%n~e(Ko%oqU;}
zT>G6FHnjtp!ECi2t`3dfuI}FVl9tvB2W{^tH{4GNhi<`4&TY~rIY!F)x*7Fsc(ZFI
zMGfaqTs~AUo1E9q6gFf36k^zb!Zh!w21{c^pnhRa`}C|)-S!w7&9jVZ$Kf$RN*)(Y
zW%97+Hv6{yO^8(!kvl5=g`QBVH5TObk&E6nxc3_7l+pZ}sqCi!rQ>jt-CgO=h<uC=
z+)B4P$z=NB$^lZ4IekAJ{kXPT4^%tCRydBCgI#L_FCQzf1xUStWMzu`%CSx8<&&<I
zs|7sPutqKqzA(p8)wD*9**tyvpt?Xd7bqV@I&RJasoDbemt=#;LOWQu8T6N>yvP<|
zwX)#f!<%4mJe4p9MM*-PZp0ZL4g~=zWmMdut-S-uq%ji&c_!k(WWv<vBhG=r#NatF
z#PHd71&2H21nmfx*3)7;PgHd{gl9QjQC=for64d4zTwnQveXmXYCTx(2wULE@&Zt9
z*cZd67nhMLb7xO>erc=2V!ldJ-9wZ;^D}wAx`!nf#xR*2TNF}Ij@0Vq&28RoO%3&L
zQs;<qm&x|&)gVUp&ArypKdUfhEtA!dxkD@46x-?)<H_}w?P3K?vwCyT-4I`hJId)Z
z<nzmvafHeL`HQ#LU;Q)Luf<uAUw%xZ&3b~7#z7scHc~z)hy>wq$mZXP1Ac|Lt=5Co
zj_{_%Q=LufhFVmepCxEqw}7@QrgU4r04$k87AI!cv>alKGN2uhqy|f#&Yo(rFH}U4
zO~XwoM`mglAjPyY_Ejh0qArll1&T)$&j=fM=zefFh~Wa&emV?fXG^~zG>1iUKGn(5
zBrINVN~fUK7-J}U1Y<vIA$vrcgTWY#DRa$u1F6?f=V6~QOKvMcXSJ!IGkOKx{Fq}o
zp(s^c!xWWPaeH8=Ln_2UD0f5YJGWX7Q-koPC9{m$knrO>Ru(?A5(#OP_Uad_99Odj
zOIaMAlMLnpy=Byxfy+TrNs8e>qhJm0CA2cLFyf-*K}g{sNX!Y_cbBLs>jz70l*y=p
zlyn(Hbf08dqu9_0z5KJHPH;um#pq9^01qh>0FsAEoC=ydg9Jzn45m31s{=&fI{;)c
zQpyPQ7%ACoauGGv1DO7^BUl}vmNF{ynZl*a<_hijtbM8K3-v6>EQ}wz)q1cxG}<DW
zcU!04K3_zZ2<NiuSlFA<x*rd9s-@C$1RH%rCc{e(gnEs|Dt$xN_$N35m62iMS5{9u
z@h>yIY*{Vov4zSi%hS=d_T@SK6`a3@14RemTZW5I;X?lC37I=hvu0)vklK5CP9brW
zbN-7b#ZVdoNGVOm(r0YQ;2gLcB)KzpT8=R3w3m)Mq`X@@(#K;iVt;#p;+UuV1igKd
z$<<i%ebpVhUrc8M^ymJIf4Hx2tp}-3lvZdAs+Tl6T-)N3wg<v+x+2=$z8j*9K(ATK
zY<n~67-N(}i8=^MrCz#Vq<b2vpQs&#sj;+~=^I*4p@VZ7R<B<y<1oI4{Xv%F8jSQl
zLbiEi!t5;N(phLZrP?((qip?%Q2<j6tB+?~I1U4H0nRdNo@lK}NvFQmdQ#W|n_uVs
z6uNp!CE_C)!D3E*-*PVjvPtwP?WvPxT8~nPMq9ud3(b|s!c&LU?|WWexj_nYk^#vg
zmTbfIVxrMyl)Wc~)=W|BBaB^17neuUN_>xOKN`nO$(i0$2-wu4Kpj>O8H8`PRBb2f
zQz`T_rSlMWt=8d#vT9Q5)uS}gC{ipGJedF<uxC)PJW_%NnAr<7fkC|FkwVInHL9P2
z$pB+8q>nHMAT6rPu&?5r(m|X7ANxi9HYNb~02aCzWMi7&1Gqa(k<#o4%N>pHiSc)T
zbUy8KTP>g+;mzxKh1x5f9kjJc?hS6d?%BC-l`Iz`@EBoI^IL{7EBog88W{dB*T5s9
z9HH0Pu!Ky3^j_no?l)qRHu8akuqdcqephd*7jlJeGB^`RWGUW<f&<gTp86OHOBO|T
zgt~`Puua4=>hpM0PALzWvor@z*Xc$*h?;Xs=Ot!b`;Wik>NO<c@WJ8H{9_m$^~XrR
zjh+M)w>A1Gsykp}+VAp!&ug`Sc7&~}YnJZ*LX;WX<T6!!z@wYF#S|h!qf&MYSZXMC
zYVOn=os15&2NOnG4GaI$n8M`z2q|l(j49O5(A*i;F^iEqBe|vKD#8AvFbMf~VNai7
z0Bn1L&Ou`a5d>n*UXe0trp)RNF_<P8lnU`w3V7}e6PpXPsb@fg*e0@}v0Fd_blx?+
z#bD!n+ydpZ=1}(gm2@`1ZXN)8*dkfwc6*RBWqc5YI#<xNQ-qJFUaNIg4Z@b_%&jYJ
zsMZ|On74Y^y?G6dYQm>tP8M~fe5$Fz&oTk&7BV&KCeg!)zB&$bM064^NGw#Y8L(O6
zp~6MMAd7XePDu}q`mKRs&t0_7Q0f!Z869=6%ohLj;S(PD6gm!KW{GE#JaboJNhk$r
ztfTJ%FOvmD8IuX*!BW!vAH%gXNDf5C;d(}-BVW&k;|XTJjWf?uXfyUQ|MXoxOQwJr
zYS`UL&WXSO19uNP>sqY_;jK$4!m+5zgxm1O04?2wsLhV{@u@FB-BPk>ZVDZEFjJ_Q
zv{^$l4wpp-UW_TkR<rdHPR1oWMK*MqJ+v;z==ZY`6?%2IM*2gTkpy%EC!3EXXNuZQ
z8CIA8CP_SObBYomQ)UBG#yprKjB$rH6So<`)JIs#ZX%&fCD>5HD;AJ-Or^py&Wp|M
ztqT@E*3%?@Ckvi>rs#y`!ldNcM8U{hvM1D2?5`bR>v3ujwp?-nzvk-h3wT~>{1mYV
zvdA}FqMc4MAOUQjbd4$PYKfEr(EzYi8X)G~wi|*y7OE^vSu@5w&N#HFX+oV}++*k+
z40z_T^obLY%RgsuMs!pL*H0TwIGN#<#DFo6%VQ{<b7>C=dugma^7ukPBd+r6SSOw0
zQ2r3>ZZ$M+H&RdW|MlGPXr_1LaxhQo-36LQgg+WX5omWA<hySWwjQGfVGDt-2O;c%
z7Vv?)D|T?H55g=_(CiDzb`n#Du3j)Dj#8L9@A}f*mPEUqh$(6+pPg|Ci;BvZ4cEiE
zGxvoWE7iWhj6iRW2@J&6Y&R%o$rM0g8HvC=2nl}6oH97hI|IPimS8Dp*iDgAiR@2Z
za2VuUhT7{79Csv1y5u;`XF&;pPFtLTMoOb5Xmf-BfD7T$S%9s_sLz)hm)WE;-RONS
zPnGwq(lVF&H5`h#p|87QYp=mM=NVGkg{OUz=Yo31W;EmU(VVWkJ|!tEJ2adI(tFff
zS5#Uhmwta91zRLGqIAR{p7wGFR3{*vsVw6kgeW%L-fOm1{<Qjd-aVEPgwtx6(&+n`
zs#Hb?f+<D{>V`5&sZL31^=YjAfAAmX%gFL;ZwIrS5s8JFq4An^F(z9D<uf3iPYeRS
z`n$V>u=NPFBfNF-<g+D<AmcreQY(j7yXFi1N@elatJ;X@VN#19ZZob?YIcf<Y8yrl
zWJY~5j>Z2i8Kk7fOrfY#k808<Y?c1y5*pPUQ1y4jarw6=`&teAU+1gf(Z}n)5bh2w
zq&f7dgc>0A1eq-^dZ?Vx$7n#h49U=A-<KkJh)91brfWy@dX%z&GK^r{RA>lv6a-p~
zG#!58v^6_STdhZ_L3r!Zta)3y4nNd-x_8xm(b2@g%^ezL=;~T`a<F-~WvBN=M18i>
zltDVdWQi#r=_G^ao<W*NQ`mQOzNKB*Mc$%@37P^hO0$o89Cb3rmFVb}H6xFhC$=0>
zZNQpDI++GB1N!LQvWFZOO?fm#lL68|Z(d}BpFG=GuxDtD`lrL^&_?3XZkQpoV@O&m
z#12N9Xf3!Sl-#7n8n#-GQiHIiV+okAO~Y{wY(t+TTN^kKP83|&c5UrRIY%al2y7E=
zTLIS6_ux)Z^JOeq#<yZKj@hj&ivU}WNXDVfHIq!C>`~wry=l>9$fPX_0(JgQX}?l%
zHGie2aKI@jV+V<$Poh81$4xXCGL_7bbQ^+ZkP@bPK23>LHrewT$y{qV?0npgH&j#$
zaUv)M<?kl9z8QXFV$5s}$-|`id}4s{weRY<XzOw6KEm5pifYNc+hZI#L|4kFm$xhB
zWB(sCAb3#f@JsJ?Z7Dljbhq2*F1?0p%b0q!bQAhcpdEXhF5zr}S*wu_LhbfrV1lh*
zE=B#q0d0L^rJNsCzrWAADyHF93kZLTA;*-YHY<(IHEKP7((Pw6%aBetGp*$uHcz)s
zJtO^yx|J;Mr^R}LP_9USecamQzCeID;-Z5y0>chU$_(sw#($1h>yc_l*h0C1C-TWR
zuX{nVjw+njYS<5DkRqx-TixMPV_Mbft?k2HkiBOLF7Z+gXzGZ2>*bPR>}8@+?JOkH
zhcp=r-3O(JsMVy2XHtKmUGw7?(NL?#9~Wx~bDn#2G<yDWN1%mFr%y&hG&l{qhh>)9
za}|dS#?VkF4Sk}MMmq=bOuvD37P2iu_q6m8@^Tox%g(w)jhY%k&QC8!_`-_7Ni{ke
zcCe<5UItx8ld$z@wIggjToLr!{9meM9O_F1>&!fk-CldukLJ{VwS&oSZmUvvRhgSK
zdYZ2ILLJBMe^Gn^tBL7D)ub|O@HU)|xgq4V5cfo8D1FtEAR2RxQdGJNoTR>R)@Rwf
z)nlY2Qs2ZU6!pbO9L+P1ij_?EQ70^=FaJ-sD~U}*9w$OMfXTaA3XBIoA+b=J+D$k#
zG)g1&5n{R7(du{p<Bp5A9<6qSt!(~wBZ#`Vtn&F~p#4bEj3V)*gd?T#!5Y%>TTp83
z38HHmWpcG@0rf%l_1P3Q6ux*to1x~)HxQ>c2?Sic6A<c{F7{VV$Yovn5jP*LMe%`>
zIYVj(Av4H1ukFqNF|(R9N~7apBkLt!29S9~H;*Wru#_=jy@P;smJZK2g-*@}O&qn!
z?%0l}Cde?m_2&Hu^X?7fFOM^+#6s;3fwY<T4yOJ>b%cPKLc0%Q4_voek5)Uv8yB4}
zR<>$=_j)&EhX!en)wfx1-x{<myP|xfe`qPqaygsDYf-V)CK?W{z=||!L;i05OkG!W
zX-OYi{_7@mm>z)T>dxuW6E?MJC4kyNElU<;JWwcl2WPyynKKt?J%v6a+01Q_eW5f4
z+w^5R*3h3~XdCJfLv@EXlyKNXeN#u{TrMQrX+`NjvV%bO7i*7eggvLnMfH1)6cP0q
zxBVzu>QZ+Qww_Jx2wPaK&uWRh4X$<>!W>dHf?LZZUN4tt2a!J8@BYOz1ZZvXYS*AG
zn(b4lN#B?l9_ueGvusl;d$(Bh4o>|8`~eiH%P{#rqV30uC@t&oMCq%956>`QE0KwH
zaD&axrU|8M_n|+GFpaE`4AN=6mf9m|8LAUBpq+&S`V>P?N%f!A@@(0TvHYf|!4vC=
zqet2fo@}P`dCN!%gZ|Vl37|<iG@3@%lME#!JAZ6MN4g<uwH~JiVe1O0&JC`W^P*kq
zeTe-Aq&1ScymTbr_Kq9{1>gZv$`CC>=FfjlPL_!Q{xRP-D*x<V;+T5ncN_|ruvU7`
zOZu5g)(oHn(ghQ>jZXxi=<vaZp3W3d^sy86kcvspJOcEw7K9jIp~D9~Qpy-a6R^3o
z$;_{2<@mAD+@W+^<T2>;Z!N<#Jo2=_N{udqn8sxHmG1lo)6mg`Y6=Hy2;0+S$O5s9
zum8qZ?m6(S)-`o#wB?Qp0L|%4+26f2rSgadoIPF?V&m;<8EzuIU&S)lj~1^~7k#Zq
zCf7WjviC@q@kyK0r>Nhs92QESV#zZ5SMp$~eH_~>XU$lGj4g^kG6TlJKVQu6NSoJp
z4Qbk_iI`t4qNY=Wk85-^HMVG~HMa06JWr=i*oK)$-N;FxAE-a`de{i%DNA5WieU_&
zXjEThBkN0aG(y`L00EbKZ+}{?d(<GjaiuH%)8`spaJcWJCQ@cdtTamR*I&HWpng#P
zth|_OteD0uIvu&R2+jrkIQ>!X<P5;UFdsfBl{)FD_4cJdCsH1@rF^#xgpG~>R^a)3
zr^_nXY^8|YQKulK8Wf&QDZ|T4q0Cl#4TpdBE1%fUvYlJH%yx+Eexb}AI&GN5#F$Y3
zH)S-Tjwu|5ljAEW001BWNkl<ZKw=ONGIz)r=3-l|XHbK%<p{iH1h4atGl5P8^@!`m
z@R8pye|qfSV~+`_o1HuYxa^r?SK>!gvP`C6#*YoauiuLE{ulnG@8#CeTxK$P!9Qdo
zCJTsw<-sQU`&<?a1t~^N6g%ke*$!qFo^U9GE;zn+`eBpgJjlO9>hr^xW)PDL^g)C}
zNbS9YRsaY*%+7z)KkT?@>lxJ`ylLJ2!W*7OK5RAD%$YSS7r`YYcJGU?yszKq1fjCH
zo5&EaEemLki28004;)0y8+zU%^4_xTvrnZAKTcoFO&(&(=!#FvB*~@|_fjxbZbS_7
zRSSs40v0cL6^9IFOx9KTCoVsIK)iZm6rZdt92z4fL7?T1dg3SuL_GYy!|x_qt!Gsy
z%d|j4;(^PxgftmKK_Qnhu4_dDd{@#$b>11$h~zTAOctllx%WF>VIFM%RQ9y&@Q|&;
z9Dh<8K^Xb2k{+Y|UHU0rjgl9mEYz<69Z2pEn}GVEY6}A!G9E4^*ThVu_6tJ3oL%sB
zKq0geR-kQ_)Bu)2>J26^$O<+vQK#*eX}E*%<g}MP(zM^m@<_1+!u_viP(2jdk6P!H
zAqy>&-Ui6<iK&i|l#8XO5Na{kJBwE9@oGodQqdSRh(=0&dAc=Bx+g~JJ#cD$7Pm)b
z?KM9a`@e2ax$K9-FyuY>4wp~Kms4W@&Z%qAZJA%s%N`bYSdw>=^YgV9Ce&_4YghXb
zWARE{6ijK6o*p>WnMes~&KjgCW~lTFB2^au=b19}|F`$`!Io9koons)UVlL2G@wKr
zPz1(wq99_zXnG_g!HO|pVuA!SrJ<(cU>TtjHA$sXshXOJBViJUsRUz<rpn0#BylnW
zIxv>;3qc)FRHC6sMyC|hH6$U!SJO@Rd-tsQWAF8~_dfUD*G<3o%w4~Fb^Dxs_St8j
zeQ%%N`K^z=*>DNtD1ApB02e8fBx`U0&XnM&(IN^peNb7D#4ZX1AN$kQDVGlfrXv(#
z0KB~G9tEofd+SRy^3jUI^+NUB2q{jZ!&VMvI&*W7s-UBsEFg+2ryCM4wM2X`$cr0F
zP9ZQ&vZl)yBUzZD3?15@XmX)BQm<@SQvC>6+7%`#>J2z+5K0yxvETy$WJ<-dY=me;
zwPCY5%;Jx{YDC_kJOK@r<UZoHtN<X-I4a{_zHR-^@|bG~ad8mJC^#WlK8tgfcrMrh
zb;XInnnsPYu=C3Z1dafq2m@nORf)neEm$eP?kQbm$?9#kQ_!DcU6NLY^y6Zh2B~Qf
zK*cD}>LMx-ST<R8NaD9+J?8`~Ik{;fNMTI!dbgrD1@$(2j==uzpt~iWh2t#kA)UgM
zLqLnTEODnp34ATlq@p#;B&9mV3(r{!gz!_pu%hn(W{7#*?EpBxAWt7NaPItovglGS
zOg>mfzF;E6w3OmG7C0)z4=8{mpWT}4;l*}i8qamFHH8sJcE|LmAu6UiD8y#BWdwxt
z3?nL20vNV4cURM4L(i6_H19$?z_B@{9UJx{{VBbk6)YpPH}ndPrIe3m6YGF9fU9Y8
z_n0q%c$zuoF*_%D`<p-jV4tE%fpFGQG<MNq6g6%_4ICv-A1s5LYWH>^us(!oG%yd)
znntbNkGJ#e+p?q)W@p#ziPqdD8cIX(EK=1s=!C=gjZ$vIDzbqz+ba>xqDvBaLpkE5
zOhA)EY)nb%WacMhEJf|Txf!`CmmBrujiLact1>~J8HNWGin)^)Ptv)$yJ0e=pJGAH
zx8Mu22xhx0X1gn711u7hI(a1~`EHTqF3ZA9pnZ|?Dg&Q&puRJRx3p-!GTC@BL_=AI
zH_s{K14nZw@=DSOkO&gM$Ny_M2m?ojP=tXlrpv^+C7_Wq{*?BwJ=*P6ucoN3ifYMj
zU|nD3pxmHDtRR3{hSyj`r9|Zn$*gIpm!qbuoNJ+q5KJR{qO@u6*Vtge$V53*EVsU8
zWB=r+mK>BR!7^ev9S|sS)C`Bu=yJYlIL)btECc~1<B&C?Xur~Z{Z_ELW02q%F_0ET
zm{(j<QOJ1|P7YEsUuW;95(umVL4*OQ39o&ysK-g{bVtUEjpm!ttA-IR<#cGz^P=0W
z>a#(z&|A%m;}%gqYBZi1G)ITL+=Ms?<+Z>(!?|?KO~@38Twa+;g&nm8-7srY2$RWT
z6czKC1i>=(%OERVFy}SSLh(Kpt0~Gb=->z!@|yC+&sU715+EuD(mKVy3X=hDLCwm6
zz)>Mgqk-wD&53Ffl<i!Owq(jiZ8TJj9_R_jG2^Fett&mz+=XThg4lKQA{E9W%0Zl^
zgcl8zuu>T)p-bd0O8;%Y%oHqUdQ9XvTk_2chl@#5B3$_rx(m9?V~%=MY@xQ0<!p`)
z)nHV_5{7ElpeTLGM&d$o1lg<%CYZQbVGZw_^a^3>l0;DgM+;{X0H867nqbi)A`>SO
zW>NU5KR(?3(F6kXBNXAn!{{U$pqXn8=Gu0T`YEDNcE|s!fSOu0R`r{^Ab*tF3btC?
zPt*-oS{+?z)MOpc;zDK`P}4&$H+s%Am3PhBgev}2M?xzEZLnxvht*y&pYlXAyb`^O
zEOo)9knNwqmoNg6%P+lp#SJJDD%%$ip9Fte{b!wm`dJbuO!`C~IEj}@y+IBH)`?Jr
z0fZbWff8&nT5amKS*_lc+YR*RmeTQ#;k4rbRu1y)Fg=;rDYso}7En}iMp#A4<N?y4
zAes0D+?YrUV9GmVi>6${PY|Fi&s2#^5((xsVo`oZh}j#ldJ&6o%U3X`4**CUBZG(l
ziMy2-GEC(>vSL`rrYL5;#rE9?WXY_2pX?f>YzQ4n8l;pvMaa64*8?U5z+@-y2?UND
zL4*OIq4l)zBhp4lj&WhT?raBR<?}!YY=jmof|1=(QU|R;;BT<HS;HTh1vPdQB)GI(
z3xr^x3|%2L)F!zq*iECDs?tJgXb+i4QR#phc*!np$d&adnJ<D3mpWdiL}N+|Q_2d7
zC>)(%2>2ZU%hJN&M_t9W$YFFWSY{4LLy1fUu)(6$^7Nv0lW92+I7$Q&1^`paPdD@E
zAFVr87j{)(+gj_`GpbIWZygT9W~V3ns=rnaDp{cEIT~KfoWV3^7!lM*D5PU#9|7ok
zKw0fkzvBSCd$hzTnvV}ro)wn8bGBFfzQXQ9{Zh!+<XKXM-QAZ}l^E9K4TN(0WdL-Z
zR931as@C5hsUj?6%-+E?WJ@cnY(sc{ezlY-uuNe}2>6+s!$BB$8W2PnD8R%sLpyU*
z#c)t>qpb{3<Vk*Lc6qV4Zd~7Hh<1)H{V-NGP8`rWQ`-bjkigbXESAXfoVGzOV?$Ax
zGAH$!tbx{2$~CLLwH?l_iD^?N^_G_eZoTC{qXq44tCnpPVWkeS+=(x-0<q{n5W)qL
ztVcr1gHYZB%;*<)Ac|8^)=?t!sV7J(g_&j4ItUX&k%I)O`RxS)M}`QN30NQiBscH2
zJ0#n^C(u}Zjq*6sE=}pltP?fGklUfEPWLLZTXAfcc&k(j0N`0;0LV~T=?2+LRDS?q
zLtV=0IW$IE(`6COCzv1_ca-Xy-Pjour{jZVIM<LsCWA2@ll;Qs+yesm@oTna*0v*#
zI#Q*x!iz3t!sZKVu#7W`va|3Ae@}rxi%^6CBXlYiRg0=d7h+Y|-^EV39_D{*KBz0M
z<FSX<l-Fxtu0n;JY!*aw3p(9)eVeu9l}jR<4%ND;D$wrx-Z?2*)pR<q{iONIdy25!
ze#a0B2%J_?Xq>;#l2nofEU_Fkqa?ae=nzZFgj0lo1Ed55l(|$?W1e5sdk2%vBLuqh
zLtz&UJUs{^3`{}wxCg%tO`!yi_Gym~wSUyB)1K%zJD)8D`pyWoTWg}b=*X^8e$!jD
zN85{<08hR$K#@U^AL<GbPb~$K?Z4@kyu_H;8OwI)O32i){=(W2>V}Cg$dNZ?tqJxN
z7TYp1@l_!+%zu!hN=?>8$xjqpbY@tq1sge-kWz`132Rp1X+scUK+x)m>D9*wvM((7
zoY7_*>chGen<`qfOMy_|NMWoJ`ER;6MuBcL3N2uNps2n(VHcr2jh5`(1h>wNCwF3%
zdMQzbTC4U>tG+*dbqIvMIdl7#=Fv<eP<oM@(R&vQ0CFV+0!TUZRZOj{2qBM>&OQTq
zZNer})Xppem|&Q8+kwD(5JVV&iY;am;8gyb#)7lk?pzC}mUIPWudCRU^lm}Oi~z91
z^gTJ)Z4KRW3L||3B{LA)uZfhY=kx(Tk`0-Sd|JD%?MlUwYyu_Z*|+`p@Y_Jiagc$P
z1dXB*Q7>&SphnTs7y=LyB*1~nTLgazh;~kyAsa;#aJ&o<0)Fm8hkBzL2pkE52m>wF
z#aON6st->&(`;g0pxbS^j~bocF>FetNjBKkH)2ez1e`448u6bvv6>HXXzI5&Mj(RG
zGcI#rQ=cWH)reEopk#M&SCJ<KsLiByxN1^FpHRsE+Dr`|M&&}#Y!xiI5!_=kKEk{(
z@L*Usr_vYqVHG=*uq?fl*75rc1ZE@b?12oFPa0-EWyT)AINwJ52mWZmG=gm}tDoKM
zd#wJgo3N*kHw~E8p8xB})~fOLPO}c|3<W9MAlH*-tNGhHpIKfJ^tnQUMcs+Q$0HG>
z17co-f@i|!NKqFxs;B(eHQVJD^)fuywob0bv&KN8vihJ-C1WTs4T+NonPLNhrxQVh
z0Yf|k85W%XX=7@V+W6WQ=5DcDah|hlvT^6m)g8}*HRq9`J(*{`+nV8B>>byN?Ey=8
zT;kSmnwAma-f23tS3vGhlPH@0H}Sf?yEcrdX_b2G*)Ce<Cn#65bB)%2Wuj3ImI0lf
zlp|$A5eA-4glRMYkX2x7W~>#}Tu+}~^hRTU>t4w7sUryF!n#+s##j%#7F2oA8;0YR
z&<*E-4~>})Q>Q$<{Uf`&!CpDIsbSc`SG<T)bzL-o)|IHHQ9B1||BD`V6S|7pfF5mL
zrZ_7yXVw>D%T{HX!Ie*usbre;L0OXi^EZWqFz|FD6k%YxEp$}KG`qPZH5En$V%?3p
zR#)C(y;+=vW8EB=eJK+jOgnw_;;l`R%j;fa-Dk<HtE*Pwq}6>@GBM9TGb>rX>AcmH
zT-3P>AueCvHq|EJi%}QMO=h8}!^|1+U?gBOgA7tioHdvuWtasMq_hrOMIbO2f(QeE
zDPcmKy`s(h6{eHlx*lXKh+N4?`!zj{T;0ej&so?O)km$((}1*JWBjegLaM7F)S|V0
z&+wK^r#+{AR<!4*h5-VgRMDq&ukJ}jd-cd5*nZj@mUk7IXe}F1g%JS>vZt_2G2@fy
zLF}Rs4#L2(KoH@gWAZn<WINO09E=D692?ky*u#2-#fs*LVHU=&GUeQnqobLKO+CkY
zT|b%GY8`1ayQdeZnBJYpai}7f&Cz-9rPS`k$N&)9$=l3qYMnpSI#sZYrN-vXgjJ`p
zjslxT+mw09qpv1c14;ndLHLE6o?6e12LiJZL>LfE=asQK>pH6|;E;)-Y0C1=ypR1c
z3aqc*D$VXWb03|Tty`ZVHI;>F*54mPa#rVA#?ozn3fgwM8&kR<TCiO1)z@sdRL|sR
zHh7{@A12c*KnPTYj7}YdK;TFa!7>2`30q8m)^G)lim|6)U2S%QwrwFr-znGflqWNG
zh-M0XBmgKOAwG6x%ub0M=F$y;LGE&es$5PW&>KYA1tle#+Jc1eppcpb)%5NNJ25h@
z$*EsiTLHl)4*IIbR9wmk3E9XAh&-E2GQ)tyC~LigCSDX$ytxOC4T1;*T})@M_NaMM
z6Z95fn%QQ1iEiN-t>r^@)=IO{DxW@uS2MZTTj1S}NUQD(&7-}pY6|u7?{`NV?C<)p
zRGTl~;Yb|-SD`oEwyD|PV^yn6G^(Yw7A)gLkQE?uM6DIWpsypCBW2Pc!J@njZ`efx
z#{@xyfg?kg)pFtZ)Z0_US^pAabm%wj1ToAc-BatbhO8Po^v7!!9Fb7P0!TF#pvbgL
zdv?ClniS3Tgn%<$R4*2m{5lY-!Ai@bnZ0I&&aJ-m7uAh=eE3}`UtGRI1kgM}LiR<<
zjoY4p3l?=g!a(4dAbwhbj2>^e!1|V!x<oZavDGKGPwpPIPM3zgKJ?@uVqMbtteQZ7
zeFS%c+pV-u)sME@_3<|Hs7XtxCW{#vXXzCuKeRD5Cbq>6%~)q=yu5VYbkOebcAjpV
zUj}qnji2Dnq3lNlNF`o$ebGUI!2Adz3;;l7)0zTbp(h!tn)X@TJT%8NU)9V!<mwA5
zBAb&1-DBLhTXmz;t1-g1+oKn#NRhfH+TGG~%gTB))P2c76F53;6_ByJ!LhyCMd;~T
z|CIcM4tvWDmie_y<)q6^P&};y#|ZJ$3bg2}By-d~1zSFw%Bo|T2K+3aA<;(qRO_}m
zI6e1N?SoW4GnGs`y`eztmfJ$FfTwp7{SJ;EYhfs`Tvya&w-R;!reshwz2}?jvg)g^
z-VP>lg6UB60-f@6f8dko%f{!!K^QnT2qFwP=yaoX+(U&aC9Q(#ZFiK}bb&ZxS8N{3
z^`Tjxnx`<vrg~W%*`0^kMsBS+)%S;bRiPbZ0&q(lW$Nnni&B4L(sE*TcOFw@q)T+C
zPFdkU{+{jJX%+vmE(ANRTC6w`ICh9&nE(JF0MRg>B0qi>fQ@#@|BQq<&f9X+2`7rC
zwlYP;`cE{U^Ri%>14WJzH&K}aQNv{1fjQ!alnZA$HO)DBN!^x)Ok)JH7!y(5ui0>&
z?*tg}f%XvkuM>fiEN~B*zWqd_$c{rO>n=&+L}U;Kjvays19`4d2`QZNS*n{;nfbcm
zmsHJm-H^dFj7Q0|2WsA&rqF7^Q$BOY*e(jdIc=F^)Kbd-_NY#8R%o)Jf^Ju^S6H2g
z(!J>l6G>O%MGjBZ2G;YU)9tZoaQgRY-hZUO<t4$*MedpqB1}1(P!lKU3o+4l;FuwZ
zFaW$F0FXG$+9#$yP21;Rw!|5~8YRGquYf%UZCkNhQ=Zx5(p4C%5q2FDX!jKR<OVqx
zl>E3tDeQH}uc*Maan$vQ)oj}?sIxn}rt*v*t$HOTlKUdZj=i>Q52nRI<qFjP9EhqP
z4%!R~VL@F+q`tCPL^)m*F!JaF#~$$m3n+N5(fq5J^7uvbwAQn`>lj!O<x8+*@@!?L
z;hg5+I2~54YU4fESgA_-$<h#QO%;VoeyAPv%BH*77T9{tQWLhH2qT7ELzz;u6YN8J
zQ(9)@NTDOadrNcG6{d@Ptp3;wnKT>}#7&rl1%Ws~ChVetjX)4#AY;tjHdYROSyqQf
z<idXa@(Ayxhhgs@=<PKR+bK2WZrt;~{;bucuC^x^>EwghRp`swvu!`HE@-y>>~eMA
z5bJl3nZQ~ynrqqFJ7-Yd7#c}u+b8(3U)XLr-OwQk9VP@}yTXD@{G2`*cG1AGMVLkd
z^COFmv2|R1Ayq!JZZ+@~W?g!&<DL{74l)>Vxp@hwoTtH<?oxT?Xj5Q}mJ&Eq3OsSv
zVMN?Wr_Vm~qDN`Ho8?QBO0lNpa>ec!F!Ng}l^Wlu>9WW^;ax}o16rdkh$S{hmL^t&
zvf@M_a7+=uu|R{Cuqv}(?X>a_%+AqiZTH*hJeB8qEO#!|?T&H}0XeoaoM*_?Rw(?}
zkW<lueyya^1nD7jnpX5T*E%@ujr0|sxn)1%R+Z~?EfN#tu3Ntb%s}-<#Je0}<laim
zv@)Qfp|ZqaHiRNC2`t=<L`NuA1A(~_iZCz}*a@<zBSL|nid94mYE(sCdF)9${UKa2
z#z>WJNh5>!(+8d~=UFxqs&mhJOMbq2ON~{u3tBp?&b8!fJ2vI+gdIJ17RvF76gB7h
z+Znq;7by2Q-bWtDJXUD95EIb=$ZJr5aA&5>ltm#zq9O|C=useW<OoF=sDJ=4EnY@I
z*sCDVz_Fhe`UmqAI-JslS&C)kVCh`TC8QnqTCkIAuf9OmJ$#7ldc$Zh<Ie&|ha?n>
z;3OJ0GrMVfBXkHtpE+;P%vDyuxR?PRAIc5`_3JltvRY+{{DYA2<ZS<}kLC?D+W-mR
zt`CKSFmP-UiZB3u&DXC6UKh$Exy~0HSAkWY0E|D1n{w7V{S#Ymum^jhus*w0PUWmB
zo6sn{mf>vkHESBBXe-z-)Ve3+O2+%|_C{11>RnJ(4?A1U>C-2kbKv%=@Yzs)E7=N)
zL$OEe(oG@<5hRH|R^kn85JC|KIw-TO0q}#!J>GrQUZI00iW${fHX6ySZ%>4p3b1>2
ztMI@rjR%z|#9sMWjEo*?IyHk1tw&R5rZ$%*E+N-WeJ_%+ULSIGdfx{^BQ#ydEoyOT
zn&*+{+>0N7>xytNmaGXjfog(;a~75oiVVWQ1|bw-z=0;R_yLX!M6Uuhvl=`x;?zdE
zZO$hRp?btut~Fn~RA}T(cRK4@3)Z`Jj0~t&vN;unTA2Z`u3SPw8agy}xRuI4YDkWF
z*H}JD1z(w^#Y#YL9qqm%RIfa<B_L`%4obh&qAbooy@||rgSK6T)tEn`JHsv-IQEG5
ztw4cJx7{*Erx0d6C#OF`?YZcm!DvO8*<ea(Tdz9O?I}Q^L-5+p)bB*c*mAqujRFOm
zO4ugIlU<G05hN;|W2M-NwlX#OLUy-QAPu&x4_OBF7E#jyDeSv{$DqUGrYm3<An9i!
zwSS5nL`fn9Kr06+9#4S{Lj2MK001=Pe;W#%E$8NBO<Te8oBRSRFXJ4i8~y-GV_s=h
z{c;q@Tk7bf<_^#{Zf2a}YoT3<zRDfpH5Oc8sv}4xIp-|ouA;p!nTkdAq8L#*PKP^b
zQWUh?GG>lw%?vLv9gUzw?QH(E!Jk6nfCLGM8PWIx3-jp=G6|$UAW#bbU|>TKrqKWZ
z049#-Q&HGUlP{=TM0MpZ2Q|$i?=}&KrOjH|jJ9qM)suE=Z)*y44Ci-|KaALMyW%61
znqqxL_W2q9!%91rI((uqyOV=%rtiw_=agTGb5iDW^y!;LO$%{Bn|3U<X1&3rOLEI{
zR^6KJQeBb&2JV1Z;iW&tM@W=rPT&>@JWU893>Xk#O8L>n6L9N;*3`>Sw(exmQ(&HZ
zHFwS(rQwhCCuebw_IeU(+2D_+LKQWG)owj?N`Bb4>HaAEXL+ulQ{VKVvS*?pRB+nS
znnPWBB6FUbM@?^AjGsbgJ=&W>hvdpl$5j*pyPFXR2oZ_zo)W(%pkq@oR#Qj-pSk%k
z1Omq%VHyn_9a^etNiDNMc?5U4O(%D0j-%TY4$xgW>ce47O=Y7@T3~j$vXCPR^_Oze
z)-<!;&LCqR<%JQgv6Lyw-iOPn*E-1T<@)d3e&p)gC5;dOtSF@FdyqM0+<Ss2GxHWu
z*-^)7lK8sSA>tB(ORwU<QPPmn9^-P>M0OBT$ict{A&4*llfO9*02&IKzT4^_zokS{
zJ$0wFg3xKGVODL%>c5s99UHkr*l?TauwKyUFn>oj*u<{Qq`{LVD70uI0-iq%)MQGs
z*pOyon3n;eMk(SFwoH<>sj{=M=2s;}GZI2_)DDj?@5nXgGhsV3u2Pv}R3%czrbC!X
zN6Aks3dUKuUVB3zaO4QnXkZ+@toV%bm~Cc(Y}6ofE7&?68x;c6u4l>5l^8bC`qq0V
z&ukZp!k^T6kVC~N)S*TR9A%QwUh$uE>>+^Fc1j@Jh>)4@lJXz&0B{dYu#Aq6F^8JV
z@z7OlSMILjIlF5dbxk!Df=(2YoM;A^Kun_vfPktsp4cb~NRWt-;8TAbcG18FA&4;0
z0vmFokwepw04Da7b-m+PPw-NtO*HO6-SzcN3AS2L^-E?T)-st%ld(E_YBU$sR0>Cm
zTp1fibkQp==9BpwW#Vbe-z2usDw_~IDe4=B<GG6e+z5>tKe47m{+FyAG^6OrFE=PP
ziHyq442rUyD<{fa2!X(cA&4+=G;kb=SktGUvSnH;^X>J>ua<)vx>;8!8q0BERcNe~
z!j!5b(bu$-%W!Xn6pQ6k455Hx3-xAFzMRIkD5XedAyZ&O<jPgjH&K2*Skw;b`a)y!
zC8#dfZ^XuhsyVbUXtIR}SS-2{E=BSsmlzp>MD@4^0>>0VgaHPbr&EF7E#dC-aNF!U
z?n&A^rgm9uYc&2pFsejLG;Gl|rL$veG>UMN=Rz8#MgR~Iruh=}O(B>pdo5BbRVH)&
zA$zDWpBz&Ar%;f0`?bNMo-$|9URz#kJJMJfyIW~QK9r2HG!@?|$uEg-noXksNbrdd
zhg~$Vafo1<KnG^7(V4)J?P>L9*TLpM|9l%MT6yUzQq(7|%0YmV?Jf#32e#PC(B(oU
z2f4J0CquyHD$Iyz`On^(xEqBOa}RS&CdoR2-iT@`GjCwcg4`v`f^|y!ymUCvE@f56
z&O#oEpZu50$S)iGSE55v=NBzT(O7pWu)zpL7|7s<?!Y#zDbi4OJJB>aTQ3&MX~+#-
zVwvR_E$PysrzMoLGF1q302GA>6&DKsHROkW7lg4YEm*U!p(3gt|6mGj;HW1#CKAhw
zrf<r8)rP%vr_k)8$#9rPdn1G=#!@p2Oy^t@IwT~KgXIr+l@k6=DD0wvO+gT0pnxgx
z2u@`ZE!lwMT!`|o)N#x9)mL}B)URU>m5XC_Bjin~hW|9Zfk{*(Or|9&kNHABh6|Zo
zD=k=&KrI0ceHvZZdJ2hK18|-~-q5!M-cY*Y1do~p5o%JbHKO03rUlD?TrB}poeYeV
zgYMIRw<zyXatRTIfxt#0Orrq+@ary>BEMVJA1n86vO0XT&gbr-BEK%}8K!B-9*pu~
z0018#Nkl<Z(s;#u9n|)%J22Pu-o%OvO*9C*?iwMeS}?N_X&pZXuFq)OWbr2ng4lQp
ztrO8_N{E5CW<g|=>1@lV-<Wku;s{TFlyd}m*6gyuZxl6&O4cC1lO%$V{psqoUq~SE
zbR!gD0000Ja|O!eYU^u2!|Ds0@KcektZGIjFhTTGVst>xZisR!Z>oo{<-FFcYWXi4
zC&BZdrd1Sm<8&Ke&P8TAAt-_}*AXf*e;hSx|9IdiM<dx_8ScM}k*RH=ysP($Udgql
z(K+c*+V_N)?5>l8`LmIOIcf%g00#ZJl(=F&aR|F;U=t8T7ytn0?aLEz(*QlcAesqH
z5P*De=ZNF5<4SC=>W{R$bqkeZtvJsT5(_4F6M~DktoTm|vSvOcz{ClBXin4)ns61B
zm`#AIl|@p9PJ|V%EwoKtqbPO>&+RspHiI1vt4;MCCaJ07+_c;=idxNFeUto3k)vk9
zK^WK!glRNzgi!6~LiByX9GMo1n*5qmJ+D+M(6mumN41(s(aWS__^+h;>4i{E=Tk)V
ziVx3<OVbVZ>RAa09q*v-k_`$qny+sZg~HR$_1FuULG9-pxf3(vWq2uhrNELMQH-2I
z{Srq*Z227EvNt9%e#)oaKq4f%{lAA@G_cVKMHrY5t@2YVXd@iE63|&h=YyvfQ(SSR
zSVzGV64-ba<|h{&BO#hhsOBhw#K<6s!;h&~^$lTCA&8EfZE%f=8YK-MMIeq2%`_~L
zqQvU3b_d!Z7x24ng^`W<SkULu>zab1{5T6<0#NhvN#zq*6b>NX#OkX<8AGoc1A&c1
z5Mf~bAoNcxYcB<52~tH?isg8<G53YLyQsU$PNEli!<#6xfz<43LZRv~&wQfcG6UIW
z$@C`~Em&=kSAqOmpxfw~Eb}5*uOTUu8NXnU0>?=Xn+jyl>YVQ4T*T)GWl~TSE_8=9
zSVriuOe@3RoBbgK5e7C9L4<)G`p+YygQ%HM&2wRi`B;x-v|OPr88e5XKkC}B;iFWQ
zd;4eQyi&Vf;T0b{!#7t^8mXm}z}<D`fm~>w_cmlkx}idlIS&d2dTVDDpQ%S12ce7n
zoGA*KUxm!7Y6MuUpe*&k$i6~*MG-n`BoI+(z9+JwQMuaxxOHuPKbSz^=|B)+U?wV(
z%SF9v>!rPshCC`hbGvA(Ro2ldq7YdBfqM)Kw<&4aLu@83XQA&HU)uQOtO_)`FkiDy
zC9E?Av1rgLYu-n40;N9ft<N-C6J8?<laGZ-W*gNyT5dLRUcBU2q=7OQ+E)&FH;~~B
zIT+Y11Q7=2fg`y>Ked6hSK?Zj`%;;!>ZZHZUH4y8O_vW%DN;fe1c4x32-1`y%}^vD
zRg6j%5TqE2fOH7OAVs8vBIN<3NtY%a1A_F9^eP<*MM@x$y*&Hw{tdhLmz#X<BzMj^
z-&1Dh%$bIgicuf(Er(o1cO70S6Ssfpt)mC3syfLF!?oeQHBv0N>;~a@$*k;hMpXY(
z`#Swwd@2<P&!6<6({JxR_n_3$vD7~!O`L`i#!U2wN4ok1Ql;xMx{x5?Y^?yU?#RdG
z20Y~z=z<{??qq!`b!t(y9P6X)xcut2iPB7PpR>EY5VCUN;Kk?M2et|i-tU-llP;sA
zM6Gi;)Kr(XA_F|YpTpQl%2`kW&4U#i55Nq<uI2V>T3W(Ldr}1`xy3})wm^$eDZ0gm
z*=oqUK1T6|nmQ>5&N54d>9+fit@vvQj_n1Ouh+<BDS#9TQjGuYZ9^;oy@U^sM*NI!
z0Mnrr@~J~3-ai*px#A9<l^7$jFkfd(58f{#oKDq#KuaaJXo`B%_#egD74c-FlGNJ`
zFNX~Vos{iavJ5;PQe@wtR}StecqN?`{c#Ut=!-Vu8+6I)<EZMQ=j70)Tw=b(+t^N8
zfe9dJxb`?N@?3MG1LjahVhuU$Etl+XT1kv?e#zHeeiW+x>XAFOLy;eIZj~VUSvG@C
zqkSeFO{YZkW5(F&-dTxXlJP%`U8UV-<1DOT=H5M)CI^2p%TGk71$=(}1C%E<d&z5~
zVCQz|YxA(zrS*#58in*hWL#DU)-%EQ4-4z<FRtr)oFVN!JXc9Sh4NrQpw{0=Ptw-m
z!mG)D^oL1|)F4Zy=)?C|5hBt-7c8kh;W53pEoA(w5LmSGd+StmTk~mVovbrsmOCxV
zm4UP}b+?EEF2;wFMeA>=8HA3n{X%Gx+?d0<vi|*R!lk=oPsOS$#%A~+6N3AxpR>I`
z%eH!OJ2|>Q_Ncr05jp9nFdl5si~Yb4JvZRQlOSOYoq#YkHI;6u3SKPQ&MusxSM2Vc
zdzkl<W|LDpLeDNL)k>h$-`}gf>Kw}2+l`Pn&MtYwE40YI^M+3C!Mkxy%D$SxTVsD^
zIiO@?7E-w$PyRe@W|sf!VN8rTVY-m|E9`nlhK<!gi1}x54&%KCr@6ra!Nfn-@lRVY
zDhmi+lr1Tj&JovL{MPcXi_?>8949?UMN#xF2xO_&@TphUx~c4VS@lkMN3yvO!4CGB
zK?I5Tl@nn^uK8{}Q*d=8gIb!upVa|n+c-cUI(!Q;>J*aokm+@faFmZhk-oxyf12%*
z?Qc_VJ~H73s-jr-Y(@&cNcisuoRlFj&++TZA9VWsVkoFwcsLg<Oy8RuVg9ICGF{G3
zkU7%d%)E;kn7|ckePpC_FMS%^7ycrF?(uDt7<u7L5%L=bKchM1Zzq+%v5(t2%hazf
z>;L&4yfVx`gl+FfOi8IlAiL*e;_F?qhTN^M4A(#VB6=KV$tzO+NY#}*PAVn!Rkfpg
z!3Zjp4Eg+nrR^9Uxh#<P5$s)YRATnEiJ*70Fvi3by_1=G6a{lsZGPPrn2XxaOj*ub
z13SU2Ds;4;Opw3Npz}Q~&Zo=5ggAlIZ$jIqSB8sK%}k?cnfPJ372{kJqU;}|oExKF
zl2GF-s*Tc69h%8bpQ9SduIXgnCb6x<V^QR?=2!aI4j1)80r!*wjNLe?#xIT|ysd2q
z+6;km*r+TF2$J_Y{CbL=6|O*?pL<Nl0WPmLm~VdameZ9Lg_dXwgkWJlNB*I$GdkT?
zl;L!=d}<qp5fow=J*)5C3iiSh2l~3m_0=Z_RhnF$obe&uVIT}4frcc32!qBg{#1Lb
zZ)0&Mg;mU+E0jM(t+{p(6)YCSgKagiIt;d3jZS2{Pp-k1m-eI255t&h|4Af>DdCxe
z{$U{@0bZOa$$dDd>Z>kFO~Xdo!(Kl7PrWU9GK<2q&3~+5Bh4R@NCXrev?_+fWP<tK
zt7L+w)C8}}KnF9mcp?}a2*BnTS%`7hK#A~xtllBs;OlU#9j0qq-&Vhu$%uuL(;Bee
z88?dq&L_V%xm|?lPH}$@9aTIkpDJ8>QQtk_lw;cs-m`;c)o<zKDS`^LE8|LEG?$A1
zZB}V|!315l|Bz!Ta#49FJEOKdyDfv<^tfhGO#+<dyae0gx}}-j!B(K8_8f~bM3GoZ
z(CH5%p$ro+*r@%&M(1Wyrtis|6kXt+j*&)C0%KnLZ@!hNggB^lv&!*yaYhcvlIklT
zwXVYB^QB&ErO_a^CfESv%SO<q?sj;`y_f_ceOgY6&DiWoEz>^Vt34YL#O~6P4m$M=
zC0#w}3diO{TU#^p7r!VXIl}BV9fRySw1WyvdaCX+(5<%XWRop`koA-<mW%gWxdR0_
zLxXiSgs`o5+7}xJFn|8A1&AR(hdwse)ut3C(J|C+LzqL3B7;YI4{CsVt@jpXS;Afr
zY&<CQV(h=}6;thMHhj<Kib;4`BD5U~VecoKy-thS&|_VuIj@mH#+*^cr$ECy2h?M~
zAZ(cI-QG0@OZTWca?y%ipWpxh>BK<if0Wi(v8=h1Sk959Qix%6=%^++;BoxgSfV2^
zOxtc$aM&bdb7sdfN6JX*(3@W^ZVWGk`5uL+>%J+V!rT#Nx(_epP#42LuF<_K9A$k^
z`q~rlt!`3qiDUU1U-7l91$Men!cXt3K$e#7Xw;^9(8HJCU+}0Op92On0zjh1a-m+c
zam@$cKC=#=r+^comN9wy2J|d3g$l7rl5Esn!&;wgn5hsfUN>hC)2|^LLt%)U-}J3b
zJ)$T>C$CK}Doc)1-rql<!-^m})Zcl^&eVA>ZD$h;rpna@<>_XBPkk*8P0^mFR$UXe
z=~_p`woK6bivvTLK20EGk#b!)3dG!vA$IA3f+R94KXSzBz^NGTxck^;-3f-6^a}PF
zC&J-#L9gVlmB&O@5Cos@E*%wh(H9-15EX@4sdY5KQ!`Yx&(+^$yIAFdNen3UlA>Y{
zN&7TP@Ww}DVXNyrBkv@I={#@BlwcYSs@AcTth7%20QzglGa6T3OwJvKe*k@rW=`a=
zipV#4s)kY%1ob{n#3$622uX)t#j=X4T;bF_T6%G7F<52h9VHemh7WF9LK`rPQJ9Pm
zX|q9Gs`6!gO~wrZ-%G4i(N^Y_K8!CLvx*3-h(Z`{q|0+o=%nWB9k|8%iCFQJZ(NF9
zZksshc+f$me7r~^02fw;sK{a<AQf#id=lkAn=c|g_?b+8BM<X<Ag~!m`H%|QK%W&C
zE-qa~&FvB2qa*bm)ve?t(8Icx>!2h6zhefGF)h#-QnOsp8=`g8KV*I6%Dsw_qfsmD
zC-0d^Q2m|eBlG@|F*6<0+ct{btcC~7S8Aw%nBh5_9%1cQ&yliE&(){+3JV5%;an0y
zS%d~eeZ&yb_ms)`Dj!L<&NEX;{ouPG&)LwyoCmT2)bCRMQfUVFqQ4xK-vB?8jdQWG
zWmD&4l9LvA`e$OEq3xA5q004hdzGEr+L($%#9(ik8N2!`V2SN@y<n)7C7cH>u{#^w
zIp>w@l==7QMkv8ho1BSRk5^wCEyr$6b%!4nv8m4AD5Aow!$@IdDVs*xJ9G1pu7;!H
zeI$wY7s^7HPhj_KN?>#8xAJjRS7^sA+UPs`F$e4M$HYng)pU<H`Z)y?%3}^9npdrb
zxrz-&yHry_x@vS+Y8U{j=lxFtad?W!fYmaKB#h)Vi?8rfki)_4;XzE)E%2%0)pCuY
zm(wEZvTcwvK26%s{3~FF$Mr02dEZ$4-{{;oO3k|KK`!fQ(2ss{W~XeP5GBMsB7`s~
zxRc!_qKxEuELEr@-o`)5z)P#b6clkqj)L?P-DkNc161TSiW%pnfwZqsuUe%ShRH`j
z!2P>4LvczR$w<(>&(gQWtmRU#0COEzbRKAvL993!UUk$w!b#q0ph<91QO3hxju`i5
zK~7TL)_z+%+j(`3sXpanK-5<B8I9AysNN6RsFqQ5r9Pb0EKpoq`KNrLy|`MM<oTm_
zBqk&#!6qbhOr_tacoDwTbljntCn~odk^c(=qNVH9A+G8TV&e5H)IH1WTw9d~@A3AM
zuzTqgOi4VlPIlJ~x|!%WY1*QGR=tzt;$TGOKKS^?CMvtWSzM3S+CgN1-9h^E`h8Tl
zpOS?VT&3E@fl{aeWW;|}P=n?XsFKgc5WxU+fQpW+1PgRPfxN7a7a>s|28@>xlxcgJ
zbJW<dSNg0ler1%5j!kaX*YwGoPeNtzyoRXnE?I9$9yW%UaC9qXcd;vnt;w7I9Pf`g
zu@)bdv#l42O&O5N-pzzHC!5`g|8nsuSrJR6*<MUiYzw*djKZ|7I^X^e17SVz8tXMD
zvCt0^<qRj|Ek0#VndcUzu<N&&)d|3YYJ0GBj4_#J5{3cHz|_hSM3d4bpdSyUONMj&
zd@rX}4Qo2BQUeLyZ108wo?I5Fc!Tz^Ur+WLOhb5+(?*yC=Y$M}&6=I9Nl`{}_Nq3J
zePpKdlx<S6EaCwYMTYkL1AV;r=Ttq}0f#coXtG3a>HJ6?7}RyRY`$bTWF2bn$2MyY
zQmaZfyfjQU!2NSwD}DRM{2v91bVmtV6L8$)cjX<hdnC#Fo(y?1y&6N2#I~uIfq*@V
z=E178F8&}MFt(Fe(xy;2<_Iz7k=QR$tNzJ^!-KR`;={p?kp;`jZIO>JLV#ib5bfTC
z7`(&XER*$On#Jq~V+i@Td-)Ack{<4z%sKV~SpFcZvC0LGR*pfDR*us96lH|t@2KDs
zH1Hxz4)K$}AKqYXM8to`4z2K4g=$JaG=XYI6}%j*B!^jwX;En&a(7Dx59+5=#kyw4
zI>-U%2C=5EB{BYfLkVRNh4flw*V#lc2qXx{Zp2!WR$)SHcUg$y02I`LOb^OpdbW!)
zZpIWX=`QlRgh7Ev=-dSRY&Qlo{oZ}Xm*1~SgQu8cwy*Rc9CUuyj7d{tHWg{qifGL8
zELmul^WyG&%uc;+bvqj#nnJM89v`wwv?To&uKX8?q5w=C5P`N1EotI>BixxtAAd%C
z&JuVuxNrF4T$2hE9^v%slpYj}xsxc5q3~{c+m-O-f-Ij@^Np32>J|}xU+f!s5ZU0f
zA7R>|h2=bGp@f#Cb02+6%OXCs1j9XnlftXb0|KKoY~uO1SPdMxbSb5E4B^34>YMzK
z>sR>5`$ipm1AEX~p!lp#)N5aM@YSHM*r$WZDvxQzvp#7`)2cX53fpTLAY4iq7M1;d
zV=WdMs4hF)u^2t?*L>y21c-eu&+0{pEyhSvq}({XOFshJ8wO7nVbO}`t^1aYMZuG!
zEMg_OrV2;hKKDxU$gU1H@^0!Qc2Tv(uaDNRkZS%bLHI%{^1k2=_26*ws<gpV(h{NG
z2I-WEzY+W}D^>VAi4<dvp<a~QTUjCIaV<(Ws`6n}{dFjt`L4TaKyV->;Je716?T!t
zfi4KOlmgb~=T6%=MFGD`M36xI3%W2H0!mg#g94&!Po+PxlSyn}>}x($S(tzTT%sf=
zrHQVZ<O1%&Dwa~0@&-PIX#nfdz%y13fLs+GpgJ4inJ*h;{a<R(VZw_Y2)sBb^BF7h
z{4;eJWv96OwMX0+C<MP+CN)qO8I{BS9C8{xe-a)4NPeTZvj226Uy1*)vzr3vkMlLs
zMh2cue;Cqr*6qa`DXyit8)^&Z&J+6Pd->0f{=jLK_9FD65|In{oz;7#`U4N21RhE$
zA4mzNzZotyYY=ZC?6;gXv{Y(x2NL!U`W2wLe`CBF`I5FLD?91-f3;j3Mt_ShiT3Wm
z_bcFL8oY2ZTnb0qlLwOn0VdscF>B*KutC<=PUVZe#6%XD-;R4`ga4T)%x|p7T*fZl
zyWh-)vu}cN2uVCb@-0ybrUjwxGQ9KBBuz40r=4rX#Kd@)xGxsDZ;muf8zvv*f2*(e
z0rtn>X6l&0%KINb{KhKmd|STOv5}t{gGQeWKA?|IL~f@$ivhG)5SG|7_oD20mJTwG
z8%@{Z;Nl;1-qCT@uV+Ux?8%gQ_t{ADW-H(tnZSCAd+my&z_y#C&CSj5xv}v!#bv+a
zSuf;tjq|Hl8>2>g>g{XFM0}m!>f6`Vn(eDhi#C#STg8<Odu`ko5@7!oQ47`f1jCEq
zM`e}u_3{TZ>K#K-&ZP%4Yf5ZjTnq8S^xm}xN{+>8=;qV0vYn}FQRS~KN7ZG{>$J$5
ztLzSu?gRJPz%A#0khSkhTP}QHe#<xJ@7dwitomJ*0HHDL(O)dkqt`QhcU0R~R#r^y
zu7``3ej^395YJkO6`epPPFdr=HmniXd?rf>uMt}1T-z#Zxd3RcTfscP8Axz_Zgu+h
z_4j}K-gG<{iDol(QJuU0cGnWaaWI;)_HU2Hz$K-ntK3_H%J_#cMIzzAJ-xyWGF6M5
zf0dtJ<As|8Ud^T8dAr~7us+~Dz{_V(pH4RUdiky^%;Wn3ym;c~%(|K@_SFFf5~7iQ
z*2g=uWp96o?(gt@P<*jP7>1rRLNfgJyXFb2cip>|KPU$f_BwHMO=sDW;_|r0gMdo_
zE_@HU;ql-(^VaEo;tvbLk1|4c8P8IW#f4j{OvdvAa7E)}-qVxeq-Jsu)OWIHf9L#o
zo*uLYFh|j2RnF_9tF$!@NH{lL!Rw~t+ufx|=#?O^mb2Nqegr;VPszKBKWTfadTYwD
ztZ5fZW3eBXbQ_Aipm(w^FU?#6{;H*>X8gX-;n)*p{O|a?GcIk%egnt7M$Pugc4-6h
zTg93;y<wh#YhD3YLFQ*uzerng=W{r-!1F_p%R+1L<rn{<Nb@(#(RTv?yeqgYfIxny
zBbir%&UPAbfUM5W=ZWXhbvY#w9_JZQ0FEu^(=D?#&eLb}!~oDY{OYI94)-1<h^#VV
zwaDUJ1k`x)16tFtmhLt8zx180=X}_iZ8!#4b*ZY|-P9n$5cfG46qTqa5D!4(#eB1W
z?R>ylZOgec=pG=-yX#7|pz%YaONjh)jHo*te~xTA9Opg>=Ki+%rD#>yLZ$e)h0rj6
zzT?%jWtN}ev+426?07BkVogrkx-*7rz-PQtAim50c=mX_w)wD~Nsq7y=qA120@>Ly
zu4Siw3$&2;>Gc%)(<C-IFpZw`-foEUNl1g|A9=r%-LmtkGLqJbx34!e+h4*BeegXN
zF=&g^;iUZ?nO~+MXj~xiY_0G=25tIo3%(EicI@#JU4eM0-y+SDExTyT>1L7F&Wtyp
zmrO$nb9;0!zxlJd+V95=5r|)Udu)MwY|}ZHnhanSV;HBAmjo49<z6GZN=MipxVR13
znXFv9F@JIeeEwIDC=D@p{lNmXCI`>D^@yRr0anR({NntKuRmxU?<*jiTeJMK(_K^<
zBAZF+{(BKXYK9j8=1BDMoG<Qw#n9k;{2De>i{#!blk=slU%5N)Cj|l2+i@V{zVFd?
zmve^a)T`QA&*|{F-Bl|y<sVO)_Y={{nUtvB7^Ls?^p|eymB<LWPW<<)+?V<W-rMhi
zCUwiHEaQk5xPu*l&tfpel?0=?qng@T@3r*0T|f;aA<esC(3#kV$@*luey>@NU)8_N
zeLK0le$V=!9q}$zW*ipZKsHt=WIQK;EAX)7<)66vEpf={M5hwQ&}Z%-<4KcA)YyNN
z-Z@68Wh3tsdR_10w;sdZVOijPutyId_Q0FIh%|{tk8@@{`HjyB!+`Dx^IwubJUm>P
zdA_a5?LRusDQbZLjIGy<Yo~C2+E?f4n)&nD`9y4&&DX}pD0C*i*ABftq{-d%cNh-7
zqr3!d*#2sD{Rjt~-1~!#Z;AHqO!@cY>M;rTw7{*}02(l~aTh!G?{&9nLl^HM)(NRz
zuKU3a{-hUL<~zH^;A(5T(knI4>sd36Y)MC#Htu)ZDIKH)9@z!T=Jq4Jd6w-vj=mI?
zcDIa<=qUsI_#>F+f+eF@l*l#R-EE`iTVl6Mt6=wPe3fihAa&DkR~6>>oyMGp-_g+#
z>c0U8?{(ZjRyoHcLV+Za1K@YDmGdzQJNF)b_nX}^*MuS8w%z!evIBG>q5YfhPMzQ{
z<-<{<1NdBSk~s%-M5+@HCGJBHzNNc$3kzoYxncZ2DDMBflzYl@9mT(N&?^&mS)Q1>
zVyOhTXX*~HG*IS}a}--6NN&iX_<u+!%+EMovA9@SQ(Th++|YD`R~bURqniQ{Hyh;A
zi_8@?%rIWkpmaL);eBKOPbw6f*&BngRRkVly?QTjH-y{Cw)4|G;U#3MC6M@hZXa`L
z{Q!nsT1sC41#R!>nTGz<&R<~Jnq2_4ZdVR8A5A&BFQTk7<_|QLPlo`v<OMwVJE9l3
zrZ6x3Fh#1<okj@~i<VU|7rczCf_2+g^Yt#{DxUI)%NUI`xK+&>ZgW`11|Qf-jB!0R
z%)gct9<Z|Vuq@1+7vw2gRvcq&zV%pXrff#E)0r=^mMgW=rE32uzdms!CM3OEK?68H
z@1b>~?+RQ`bLBODKjy-|xM;uosQ<)E)XR~yRU3C>M#-(td0Jli^J`v^6YjjeCYr!p
z3-u7eUB`bs7R?V>;Tja4CpjlNZWSrM>Gsmm5Ydz0$w+tPOMIe`SbI#}*<H)M^JLDm
zz^K`|$}QgoUl_2GXugvBu^Zk*6q?0K50kzj79A3aB#o8C>4_y^eewTK#CU~q=;bl*
ue+%b<5Eh7RDQ`;ylMk078vGv-EfdN5)`^9MBOhBq!1Yl55v)|r67^qiTg<}%

literal 0
HcmV?d00001

diff --git a/python/demo/documented/hyperelasticity/hyperelasticity_u1.png b/python/demo/documented/hyperelasticity/hyperelasticity_u1.png
new file mode 100644
index 0000000000000000000000000000000000000000..568e87b14bb0442fd27d5a6661dff596e2796cbd
GIT binary patch
literal 42794
zcmeFYWmB7N7dDC$0!4$~xVu}SSa5fDin~(^#e+j>aVNODLvbi>#VJ~>xV!B1+57zk
z`|CUTkWA*9bJn$d9qTxw)Kp~O0ZD*xaB%PB<)k#=;1KlS;NTMg2(W)%bfc!=;3(nb
zr6jaIWgY+UYqVO{UcZ}YyM2GBqpeuQP?ZvfO?iP$B>zG7ycR`6aSsOpA=Z}%iE4ln
zU}iop2?&Nmr=3O=4uuc3gp0TM89VTC^8+OosVlYc5D_3RD3WSuST3J#ZtZTN%5N%%
zC$N%lF~i~HOL;|kMSHo|{-RBmfnV-V5u4m!Pd;4_dNEq~P&GynFkAQHBmn+@Ki5={
z0g|v^p4Ir27!WXYx=kmD69j~S_YL6t{`aiI|9#;9>f!&FKP-55n2Ixk+6!*-_b;z<
z<Ngrqf*7J%qBS>DUwzuvYFI$+cGTKG)@rCgz_qBy>-|gfK86p7!hL1x=RjAW5RM4)
ztNteEwFDH-oDoEFQ#Q4Qj)#et6UgD+6YnY`I8uz=O1(^|aU0ov<8XBn@B=zcqw&v+
z`M%7`UT%fK9wsKl72PgdQa9hi=h7_oq;5sXVpc)28R)*MuxWXMM1TdV|DBBxv>zBo
z#kmFUqx$n+bts+$FcmcB;TFs=2(r$U)3xrrI_X$_!30D9)6$9y2UGbU%9eC+OyjXn
zuSI<7qattV-FS1y-c`imDMq5F?He$|4o-^<W}0abV`Dx8f7OQ2U_d6DOwLKWT8m&(
zF&N2x9=>0$p=Hcd>vagUvje)lXF!Lj3@AZ2M`KxpAAgyCC9*rHE4jxZ1ZHcBycK*J
zYkdk)Pq?@;l~gOG4ox5$rwl4J;xR{{H)D_sD>OsKON)dnUVTY{iKrpir*`oBFET|x
z-WKInkei)i1m61X%^)&ZyquE&e6jL|QxcsX&Bt2o8i7}oNStbu#cZ78X2o87zSiyb
zxnskW(en#XmI#<l^W)q%3qVLuN=r&>^m|s!-^wGn5Kc0g8CgC#D2dWQBYY6VJR6&o
z0AiIxvbKQ76ZwmWxpBA3(DDS+(jwF~43<}>8N|fs`j8xnP|*x$1FxN=D7BE<$7&zG
zbeHmMfd&b4;8T5CKm6JyX5e9;@}w4Ao*BW^_4eG2J;lNfC)fNZ$d`npMAJ0-zO68+
zC2mZ-*Gw0NpgD6@LnDxJ2B#^al$@476<%=|nouxq0tn4a!`cFcN95I)kmCNwpVgNx
zNvMPNKb?f?<lckVvH7Fu!OFnbXCF^?SKqaCFqh{2S1;Kmu1Sz^-?%l<r!77yUe&F>
zAdx5Q_<ocraMK4d4Ei&+4<{T<;rRLT*ZuO8I5nw?pj;B*zajWP`(2sxRON%WP+y7B
zE;SOI7^a;`5N-mIf*RO@R(kt8O%{D^5V4X%PtpFm*Y#wC^W8T9q*{IpmVU9wMgH_Z
ztd}I^+`TiGT%up$3^?UeT0ew>`iv$>Ms4v-uh28lWj%_|wcLDVfAX-Ox%$e&)O2=m
z4`Q(KbRR8Y_zM*Sz|{2L|J1~J&_*F3a&hr#;m3F(p1Gvifkb}pOTgrNF}{x_6IVD?
zHb{JiJ@!Ct2}eH=tu-)sg=IK)KrUq9y(|Ew7->CNKFaO>xI^{z9<k*jEeyO^`p<$N
z4JoetyPnu5**S6O*(sknOn-_;`C7+%jfe$3dQvi(ssD0kE0BF&56qj#vDW<LFVj|a
ze#r!LsfSn<Z%=<P1H<2I+U(~G#Fo2F*rECVJ5)pUg)`t#)AcX5YI`Q$Dkv}P-Ih&&
zpafR|lGw-}HRwTo&@xR14XsC*0&sVRhP!u)ygxQ6n#oe;`-ibu6}+@$i{kX@k5d2i
z_%ki%mNeip(e<KMuSa=X%B(N^T(f3B1wqOqz_RM1iQRgT#{Q?GN0`AC#CQMh^~=On
z{3$><Uvu!nP9Bducl$D)J$Gv-HeU69=aYxGuaMv3lk)}?`2U&dXKc<x-E$$sMTAHU
zUa%HMm|R%yvpNc874{HHvpi*J*7xOsBH8ODO%yaM4geGXOgb1LVI1TRv;TtDLV=nE
zRrJO(^k>jN5BduKWdObSr$`RFqvA1_tVAM2a^o_5&QKg#hV(Oyp2#-0t3fGKHV3Ij
z_{LL1J>sM|ohGB8X#WMV@%q*!K56dEu4cPGB%Y&$Mb@ybb9wD8XVqs142{tJ=i!s{
zA{2v!95abI0~GF9TnUnS$$?Sl#T1Hgdou{QwY-o)zyda-{=9A52t+1X!lF&`5(TGx
zb5^qyX_V(1eJ^cBm_{Ej%{TfX-oH%y1aWEy@jCy`Rhj!SrAWxWji%a@R4YGT3Yf#_
z6L|gffN%Ic@ZeW~YZ0_`W=4lZh)BZ6O)cpM%7tH`jCUB%G^XHH@j2+H?!i5f-4r^e
zdw<Y7v3%hjaF)9fPD2DVZuqAXpOl=3XU_{<u@}j24ibuN7(IIkfji20LB!!gYE-7Z
zIo=>o!AcoyqPoT9fzOG)67DEC7|Gw6Xi1c)G{6c%bP8xvLQbBt>cS-LzwqNZLG3ix
zh5Lmaxx=W0=l4JNrOeQR_hfE9yb8PIz<JgUDRe0a3mmxF>R>4n+CKChg9c9s_i@$&
z047(OFoj2Y_Yk{U4P6kE<!;}DQfsDX(8zM9cmH@k_dv;=_EFzn3VawPp+{Q(6vKbC
zt|~{!aq(knThT|o3Q~4HCiUFgq6D{x6Re+2LrcknH3aU6GO~-EB?8ekgiivPBgGYr
zh7RutHT6v3HNY8sTt#66Y2WEl7^raLR%WKNtNw+@$qb&Td;9e#QllP7Osl14zpKgA
z@Ua<n=WW%0dFEehw*gl{GMC9uc#X;9W?ylx36J?g_!mCBcD)%*ira|uLl`=~(|-_x
zsod2QEGz5(ym@;aEcwvWK~dCC0yOT1>788rqIay<(eNaeJ@u_)_42cGjOfmvX2R1x
z&759B4s$=s#4!YJuOjHiRm#LMMcG=9z2#_ke8>dOcZ9s0kVDsl*gPAm(1Gue$~ed%
zD=vEExbR9J=$F*5SR;-M?<68S4VBpfVNm-YP(0^#X*5S?R@z#s^ZjGh(CcIHX<Ozh
z2g6(c#HTs|ebv{c&=V?54l|F^2twB_u>MIi_4FbnVBfIW^{fFut8%$F1ygDt;FL!O
zcxtl_ABtLV?zTrlKEAEpZgNT1^a!)bOXMLn?Y$t5=lFGjMlMtwL7o+V*3B4rv2N(+
zDhZX%gK1S(^=~yteiED)By28s#ZIcg;34n_efP$iC9fK?>HYY{!u-*0V$Des%iFQg
z`VN>dx9!KL7L(SPvjFC1R6)UkEo2J>2|O=$POPp!6NW+FFaPDW&rjW^Bj#Go)v3+Y
z$~t4{@_if;EB&~Yfn%8vlpL8??zo_aFE#q`@J*R&7V}puFBP2<+ArFqBmvdb1|N~{
z{Y1buAy|7LqOjf3MTr&Z+l|vHRAldQ>%OlYjA~qzjVb(-;rAVa&Rq@X&FR-qKdoa<
zkk`mJ&#7&I?hQdgl;_$m>(#pbf-|G7H<beW5eveR(e0ldCXjDMAP>%t*^$;yBsgvP
z>PZuX0dJW*7=oHYW9fZ7q`8~-vGMV)p0N?}4~S<X33sMR4UDAk)}XLT@|kzQCy+{G
z?Y!mq#(c4d{CH6NE=<z0sR@LAE7pJS$`<(TQN(F_=&Rozg%i73!{BX#fT1JD<|bSw
zB4=Z`I4aG(lZ%j=nQQPE7bzeU59vYY$K-7jCiqZ7FEoFS0W%7u(JQ~%=|~lP^%)e_
zCq}K!nY=7Z{6M9pv=zpC#5>bi<e8skEy3uy&rE85kP?%756O|yindxX+H7xfPt)&n
zf#|*F=wUld<@x29cLJr63uEQs+V1Ck$czf@V*bKqvK6yoV%CWac%!=$)T(2ThP@q6
zpgz^wycd=I&?3DyDa5~z8cTrvGM+!YEPC>8J56x>`HwZK;t$&iP<@D0;AWgVN)~fA
z(<FeQ#M3|I56h<mfUN8_;aSPp+2?#CG+Cl{Nm#P+bQo0ieUB@2?AE<(d}h8X_tRUz
z;8?3gUgU@8r<HKtmiMAMCw1xm2mlFjgmKFE{@YJ25g(j9S1ubT0CN-YFd3JF${K$+
z#VDuTjtY=@wuz(i8e?3h1^G7t5)49-N^5o;&k;-SBAE?R3eU|oZpqc5l=WT=jkloh
z_Qf>2yyhytA>XQ?Fq<mj6~AjnZSA~6#|5qhz?^CgT;wM@wUk&S_1ndQ)Blj)ZUUiP
zGBw6YhnIhajXL*KXFey7{L?lz<8B7?oAqGwM6a_@f?bSVg&mmrSrTQdnX>j?%>LOy
zzPIMB4pEqW!Rgc@`!(U+$Br5@@ow3%JcAygaGn^Hz8hYuf};YnF_Q1sr?tgsY?}9>
zV%)h*+06BPAKnknpv80iIiUJ{K-GD7m&>U8ddzH^3`?H>Y^%d0^2ft>EJ$GlTU#pG
zVY@dSe!9KTq)l74u*{ZEaP4({y~+&}Nt<yofgV&IzW$uh8J2T_1*Xj-rd1No*=w9{
zoJrzzN-9AR;|W<JH(T-C`$_<l*Y8g-f=8-jrOFgn%`=dwpx`y$^1L!Gtm;ecV;{E;
z_;u>SC7phpK<%fpx>X3E4h*Wyh|2@YC8KFAFlnLex@EYJFc!zD;LYrP^G^mt4J%+7
z#4!K5atdWyR`iNe7`)qyPJ%8CQrmmg*@t}tt&M#@wOzTtX|p3R@?GM;$!ammv5xm8
z7RD8$*&(QA;1;vZqWntXPr>=^m}DTE#~zw*`V@}nSrhwAU;7>L+Nd(qc+t!wDU@k$
zsFTV^kEwMJL0C3&8({)auHP^Eh0#n~=Xn}yq9l)pZKQ9EK~Si7hATe);7edN*6Y^a
zo4~JNsH`NcA8L`YV+_^`BoT-;$H_;E;yz=ER)=G%qEcIH)$fmxp!7P|EMH_D=qnr_
z{m*KlQ6i%UEz5IdwozgQ7Rr0D7%mKB2MQrcqt)Ec93%Yq+)3z3-X?5$)Wp@i+>TO~
zG1}RkCM`*M*ca@DC#98wf6cBYPu0|>mJG+{1Yrj1%w`dS=-33xm~pg5m9s9;tfqO*
z6_y-1m0MliJ|RM<$qHer%&htQp2OVw+XrF2DIRPe9Q8)dy@Q<~jmLZ<$?OBcmcq>d
zYK@qfy>Zi=7z4ELXg#z8qZm0!iPo>lNAHT+ir>LL<iScpI|x^Mx^Kh5`Gc<TdJ}uY
zU@Y+QpL~HpNtVGrnreD<LThz&9PQ=P@kty4!q!U4CQ>Th21c_%thb(1rA(#|U9kmt
zq#|Lc6oo!7L&--k)DZC3cm$Yyl@mWZ0X?{O4;hLAKRUd410DP>^S;k6@zW#d8s{ze
z5$vN*MD-{!(ltA1SWGm3#naGG*+gTaaScskY8|wW;Z5Ep6aos#-Y3_HRj%Q$Usavg
zbW0|m@~9sk${K&0z@{M!$sYof!HwX5s-3po&{zM->Xi7D$7r}A!eVmwa+OX=IBB%J
zbwKnp^<p#h`t9Wk&invVJ4{AWKy&r$n`cJtj%inN`ejIc#h%M?#`IRP^M`BcN-FFi
zy@UB4`8BVOTHMe!O3nsOE1=3CvNh1TIjJ}Wz4G~r^7)cNRLjg}mvhDEtRS{y(qD`B
z_M9cN|EspF#Ljo(C03gs`ksT_V?<@#k#Hj)snt2l7<ZTG)sK>fk@>)*AtW@~+UyeQ
z+7M<gcnfp$Aaw<6Sl{?J!vDF~FMvUhs2%TLYW(GS9-@l8DTowUZc{vSSe1YkXL&Pe
zOmz@6)GHxWa$x-Nr&xkIHqs<u99B{VJH(YU9g*x-sGVRbF%jJlL5UJ2vF2N^=^IpX
zUxW-Wc2u356DmRKLRQq@E$OMXYCUMq7bq%j|Gv{2uVJ;q+m%lvqrw_ar`Ai^l5n`%
zI~?El3e~hhI1!iZhr0}xNLT^hhkN+vzcr`;NuPXJ3*;Qn9&pI;ixyLh5iw6jD)me7
zp}>Eu)A%#7L8P&i;gfgP#B2hxO>2Fhkt36cr8Wzbwo-dyw-E%==$VOo*=7l%8cu%o
zb?+e<3Z2K8`Y<ZeM6SfmU~EM8I6Ln0IIz1ez0Uw2-X`MAn7a3OuzE*dMPkrluad(P
zF-v6`3Z~BqF>1-9F^>W*Gv&%HP-P{SLC&1n=Fy4D2P&|Mby|5EqU!g`O<*wjkU^85
zW8y7fd}@Rwjk@A{wLf&*QusTu5fiZBHmpEwjUVg?P%5IPR~|;rFOqOYRGEKkawjS`
zqQ%~d3D{I4d{rd{9OaQ`B)duHrB*vFPeRZuBYqs$__bDitJ^U(73}9@()$8!2>o6C
z)S1Vhxl{?=j4=Hnj4y<j1+31Rk;K|QAUgB=y8ae#n-5rXi>9!H%9bkzKKyCjL9U}D
zO<*9LZ!$DI$BU`85evGCxn*=ACQ~Lcaz9VZ8)%MpjJLE#AI=*WLs3oRm+4h5i)8Ao
ze03Q|XU6F|f5JlMy_<9y>29Z32j$bDo16c^348JgvtoEpx?l;_7YX7%%s_5DCc}|>
zN-{q!qr|79kK`9FZ5sd#ERbxW0_UZetswM_Wy`xCo>m%rtz-UzB2sVX-@?Exny`HM
zRm<ncLBW>>DZUWjhNP%wv)p#gS6g^Hh`$4(9&PobiiXC|r0)PE^<v7%WHjR7b$||`
zo`fJZ_D$BQM5*cd7s3HY(?1k^uMgj60^nlb;h(H5q@W)Em^Uo1x)n(5Xd-{-p6R7}
z71)&7hjOeSUqRMbXyz8YOy=Hps<hSBixs%Ptj`7UbdQc8AAl+HRqPk)>jozTDy;ZV
zI=QcbBOaeL7+WVRt0*&-<I<hnphIGde64$!gu){clEFrZ+kMgDk^*N25|sEz)|dFN
zY}jf1N&IQ_g(2d*ml!O*67>GB4hHI_o{JSrhHlYa)I;m`PRO3!#L+;kvi<zfwP<wD
z%)H-7E}{MtPIzEG(<P;xpmB6?9>ys81+#>frmt{$1tK$F(M_wBX6y3yxyJJ)=9(L<
z6>N7~d#T4NIc;2fPkM_pvmL5~7luxHoAT{9*-&kM!Ddgl4$fhmS-pGOEQuT+fkKua
z3Ms;ja-vMwRNxIXBA0hxx4Np<YXURH&e4Fn)~G`9-3kdV%bTjkhMq)#pjk~@PjeZ{
z{S0OXQ{#jIx54v9t$r1>C1^~fT)wxw<}H3LebaL&eR`Kg@G~}+KV0A?N4__&rwtRV
zbwIfpnEFg`mC*vPmO;1I*YE*Cn6<ntE9#!PE~>Mst+`~+N%ofD6tD9p%SSjoiLA1R
zARw2y_iRtuI0#lW0_EO`L}ch18}z7tHf?oAwd*Y7#(J?927hFnW9w49fy+QH#3$|3
z#HN(yf@p2+D?v|if~q*>CH9aBGYjq4!paMn8dK$p;F86|CYo7CuJ5rnM9*b$$lk3<
z0I|cJ)y5kX-w9Ed`%0v?Tru3|_{U`T)K2HoO^~>u#rZA+`h0uiLz*}^O>t+njLcSo
zh>@@bu5_`N?&SO@eN58WI@^HV{OW%dSQ{x0ditJ++B?h96G@(i*UC=Zk@L%?q}arw
zXVuK7G$e}`$N&iPvI7Vv%pCaO<&*j9aU;P$#8JHAG9LRts$c3i+AhCehbtxzbBD+9
zOg@8?#=}loVfem4e#xusox6sa3e%ZuTqw|5mLvDxe&^^x_gQk8*6-X*VC00AYy7vT
zntQO$js<|$nIM6oFv{Lo31Xy3mwyyFY?YsT)q*uft>hq6izH{)X}4(#Z`rJD;A)F%
zL8o+xskE0`Lakk}#0ZeCPMDa_un)FKWktdWNTDg5Rmqnsyj`UZ1X(B^ul&cv@1`$W
zPFYNfS){d@DrQuk>!8?#>jWDLLneA@9u6U30n=|Z7{)C*x0il!p68NHZUb|-UPCtL
z{;!z3TXBd#p4{BJNpbk@!tMVoeSXq=uP$K*UhxDdWrABto{u@I*!MhM7ocfZiQ4E(
zDeTuw{XYbGv73(`Wn`%zOUt~QrzzqBRAnrquv*&ndt{Z>8-h~EEHmvRUdT(mWc5N^
zH^>!%#oWVXz4hJ4NbBcSCGV9#F$;?JNn&k&Is10^<InNuE>Gw*8w?qkzWMvt^j^!5
z6&v4O>)EI%k3VqcqK2-e6Wuc#YghjVa^=1!QNIu{g|T#Dp(hE5+~z5Tt(sPx%$%m9
zquE~`HWi?qPB|2+rd#pRa}cvSY2+a1$ou&gd#10DXlwDOw7M7q^ULLqKU7+|LOE%u
z&tj&*!?T!kwTsU*jVIDxc$F8ms2HSGAI|t|+%jgvnqrN7){}VkU(%6>hlyvmQX1LF
ztE=;#hvn;gF;r>c0?nAL<?N^La`m!J21Gr@@*afjgr+zK*tU2B=i#$E!rK!(^ER$l
z+_^6TSoV}!pRucj`zlQQ_MrP4eT0uk_|&JNx$mM08JZ~Gy;m|IC|V2=ni(j4!9BKs
zjs?RNnTF)G15$90-|cy;fU8Y4_=Jz90sgC*EiU&dzqrpZj`o7se<zb~-NEpiC|LMZ
zOH$k}=E{kONa_|5Y@V2H=*-|6*Iv<TH`v;|&TQ|@={iLa9eCj*?G<jK*imm_>M5G}
zv+`nz9vSi=EI#a`pud%<8MsAP)J?|+9<Bg&JI#ax4&&ut+@|}6ohh_U^<pVeOiRD7
zLEW9-6<R#WEzYDta|-g>JJqU^m?(sGFf4L%lk77Rf=;N4X+G@wW{SQ2h>Q<E1xUkM
zo2tiijxPvh!U8QgyLNN-Xi7ga-%5lE9`)Q+`6d&#M^b-KYC2qgRI7%#Rb3!Q{5J}!
zT#~Gc`73S<cqaJT)B9ExbZ*WKQOMw6WBeR9Ged{tv>ohU`e;gCv7iQuI{NTuP$t!r
zGH#K8dLiJ$9=f8Cn#A-RH{?Z}uNOD$9EOK*D@6+g{7P;}SFy<gl8HoO{pJXK43x%`
zK8RO?`Ck+Bx1?{{Uinfi@N%hSl|Dy-Rye<_R#K)b-WH@N{YCZ-1bK@H5O%c`KSp{`
zf?`nH+owZ%T-GNE0NE5n0B>Ww0P^${CM^v*t|<n{rE&LwiI3p<RDe1!!Jee_A?AYX
zH7JNttFlB*!m_LOc5=V@GxE3SJw8D46PMMocQLk7#&}x`5;P_Wtk}tGm-)BngGE&K
z<1$)v#FAsp)e|9bjT<(h8YhZAj#2znqMnt$;BEj}E&JNM9<R`NxQ4NHC;yak=9H2^
zlaj))R*qWIto1|<VJL6w*^c-G2dx*m8Z+@#yO&)A_VqHw*QpiZGEGPwbBFL<wVdLZ
zOWEOAIH6*ofQ{lH3P|d3as;R*d?EAn?46q?Ux#%sLii8Z%v|2h&}TecxOBP;{aTLw
zl^##t^Rz*8_BsKJlGPg6j1sYU)wQibE$-o6JMUsyq$36FSzB2g78J03=k8ro&0c&L
z$VtHM;2lgy+76$3Dt>MW;e^A1;S(s}DnFB3feakbbR}(A#o{mq<uQvzJvyy+OpFle
z0&8B}QQlIQf`SdwqWBW^Pu-7D1f?`+p`{3<Eo9DkwF;IPD}Cuc8^@=+f3eG6X|h5}
zCDeO}EkeuYo6A5cZujTH<3|<j9QeB9Knz@C{f8fQzRv2JI2N)v7JMF6S;u7WR`$lb
z=|GFtSlsvtX6a9}m&W)HK@)-D5>yyH<!q+SKMCqO7F%0zPfN!LYsJBawLBl8dkArn
z{N#V~*FhQcM^6WLA!?w(nPwt;LZ@m)wO#vki`Uy$Nq(PUuZH+B@v9(3KdW1apAwXM
zhFf^aJpwHQRqRzj#l864u^4sZ>)lKG`kNoujqL$H3#?k3Uq9Eh_qgtx_NYt)De3wx
zf<LmIA4s!duK+2ld|cUZ<jgobnA0GH$K<vj$1uyWs=KbmmM!P_u$v|NS1|zJf~0DI
zedFEpdbZ2@L!#o*_P{4mpe-`hL;qe$dIe=Ao*jq2o`a=YNUlME;oNR%V@C=p0&F6+
zs*19JUzN>>5z}^JK#UqL*6`?#zdSmw5A90V8tVw!OOEq^9PVKgk_$YG10l|#u<0*C
zJ;a?F$892@?Fq_D8+(XYLiTL*p3y9-XJrenrwL`jBoZ^sYUF;8tf2~a(COuD&Fc8_
zx%yABR6--@$J<C2sX1@Et?Bu|<Qy1D;Q!?Uv@$ZYE^g<0<@5P{G6frA){%8?gQU3@
z5l{8>_OmL!%>u==fS*It5KHL94;8I1Jy#3M!Re9Z3$nSSAWb?UEjE_2JS6S>xi0vO
zBV+U#dHBb@+z<Z07ER6J6P>Xbg^nbBLSVvI{MGDwq=d&-HolS+?XW|O_U?W{1(IBC
zs{BrJpj>1Dqa!31N1<R}&e1)`78oelJ?{H2FRBm+r2Dcl2@(uf2D?(`e=o^vhBpxO
zBuxOVJiwJ5)#!%kXf92NX3S?EjvMqC5ei+-YYPfdTOSh>#zm6H#Y5T-8#1~LxHJ4N
zlC`w)j#Vh>mF>IKqO|amhaR74<oUXj`ub8BPkA7#=&k#ZRiC#b#&op*@ep)1-CaGr
zh=bTZudBOmVXm^KP6BZ4Mz$WxRp?dZ0!Dhuw8Hj|?CCl@%_908-`&)7S@38=4KO1J
zgj<J^y*+;~%0gKHmBnhY9`kSdEKr*KG2|4Yvj5VA3$3WVHZ4%LDhG_d+M|M{Tg2`_
zxJ;$RD2uLg1`Jwb=ZW>SF6(C<f0=X>+U1ybl`jLkYO((a^b<WOi+P==)O7SAggbMn
zjrWqZpTMfp?IB0t4S#ZCT}EAj&Wyx?{i`k4brG~^6cGs<5!THSgd2zY--HYzV*-#i
zf#zl&KZ9I1bX`8ITiZLkGzReo)zWMe0Zx>m`xf3_{dwLCi}fUeSE&q0^WVuFxn`}~
zf{P?Tt2$MCH8i=Uy8!i)Gp16>X6yLKC^CTja%Y8p|Mx>0_w+t)FUGWlq{AG`+6tt(
zQ{{vet;SNESs|8$%}r|ZyW@$_K+=ZsFy~B|H~df#H*uSm7Qm-#M4Ke?lu0<WHl5b{
zlOn!IvV`5bhy1>3u1{~4Wf9`7KlIdP|0gs{(x{PWKtw_v+T}lF?&2DZ&dV;u*q%hC
zC0|sCrTF{{XlWnYxUCjuPfHw=WL|YfkjabR#7N)Jq&!_Nm0$skdBBTFrPmR+k*G$e
z%fu-8k5^dlc|(PZ>w86>Jl{)2o<C}ziV<lKWELHs&FX$MSJeM#F=yxCpjZ0$P165y
zilg>3d{i`G`k3y(WM8_>1m+%(%Y;##?@y8uPh@Tygc9=LGKgf=HrMLUN!XTj?ze?%
z*i)Cqp#@aZXs-Ut$6{<w&7~Rjq&<;3wcb$`Q|=Wkj9>+3WG~&QZ+nf@P%87%ANUmS
zn=)2OZ;_JZkU7tsUmz<MP#`CZg!Eje*(Ba=aqYXXN+wP`k^jK-$^^)KCHh3D6A&IR
zYf@dEL!*zk?Y>Re)>eI6MgKj<hl2(FHCFAmDPeWu;fH5|l=HmU_VuF>N#9`c`eJbk
zgem|pM<o0wzOOJ0yjuCS$TS6KsgxgYsFe|)w0U`MD6iC^T3~ZRp}dm>oorg~(Bg3@
z${Xi0lZ{3XT<jWDs4v$<usxgLh0h`=;Q};|3x#mKi^I0HZxfHSr8DhvwQDuvfgs)1
zkd=pw7|{DS_@5*)nxfX7p%5%!pR8WTiFw>F=w|J>Z-gq|ClESr;QjNEM3{%bc0BpH
z?TPMo6ufi0!aa#!*_do0*@MX3xS>zc(-?!_AC4SN-4agAM)$_LEHfr{CXk>;Tl(9%
zJZh^u`|M0h5T!8{NFJw)Nq#k=N!K|-9I}f>eUQl8K!4#L!qY8U0<$%githl^X$&X7
zLQF%?t~8B|HGu0)$Xr!)n>@?_Jyl1Eib;N*r~fny#JrA9AghNPT<-Krd=&_nvVcw3
zFc!vC$H*>vD$`X2omR#f9Os4>iSAd>y92IuiM^Oqn{_@YR?Q647U+y11icGz#OK2M
zl<x@tGg^&8nGHbe$2>9hT+gAxlZb7dpKi+@TF)eY8_6cK!Y@KUfzJN0Uj^lI`HMWi
zW~!6cBI?YBrz52aE@+#U8QrTFPW+6$Ct?I1C~}oC!{@aIrnB*mYJ4$21B{VtD_1H#
zP|^7e(;DT7ZO|$S)p6TVvw2J;&})>^Yshru$l>u$@ntlQD<o>+C5(#WU00cUJvc`E
zBFoO%dKDY=3w+wy3rK|V6VzcXTQt44HG!Lc$@;llS8(uTb}T=;_PrO#(J4fcP>*qG
zJKx|}Sl~^J21-tHPfume`@UnGv1_|Ykhk>=xHviRU4${K=ej93kCgJ=`PYb-2DK>G
zmKF7T>I{82H8f!Y0{+Lc>Ma~(zYq<<L>AjL^mPSRt;lk|onD+2Qi@8`1i9n}CMoX-
zD{pOcEA`%?Wb}^3MGOnShcCs6r2~*L)GE2y^q#OJ*H0JWU6nAZ4U90>n2#h*%Rz1O
z#gr*zL<B1*rn%edtn*EA64SucES>V5jB+gCIB1lzPqEAFQ0E=%ISqQkBf+O}<F48a
zaN~IykN-O6<d?4lo#8)LBp4N#S!cOiMh11zdGLab)EX<ukP|2X38k6!KdI-8>oDNN
z-HTJ~M{F@ASn@2axJzGEF@m?>Svb)ZIsz4qw6yiphziZrA>1rskY1tGcGAVQuebJ!
zb91*T_|R$Ue9`sScVd293|*Jp4d17?jK5y{{Rdo2g9QLS-G6#(;RRY<h+YEF8bH+z
zM>biO0z0ReQzquzf4w?1l6*6tHpUuo!tTWnIFW7J%I*ibOb^ze3$tqELAw3WP|e?X
zAS-;0tyoEXLQ3Pi$PehdHwYb{)f*>2*PWM<`RS4)${oeKmjA#b)-L?sVvh>_X|D48
zjrE<yDYql*&heWT6*GoLWDqenV6tbko!uN&`s{7;Sb6DEl`d2N#B6=Uaiov!)VG(P
zz#1s>2&+UgUq*CkuR`Mdb&@uekI~MySaI|g6w5UWl20S+E!piaN^0nfobiw>==u~z
zIiiZL-FJSWyqDF>W7LYWecwm-<}Wji<7{&2k{zFfZm&SEsvoAMmn>CJHooBcLyy-b
zMOe-R56!kAHpQ$=FBLfnNsIoJt5xnn%^qe$hB5xlsPg&YrP$T*o_Z#*<2)B^B&5TI
z;2Qp5l!7EfkdXs`oRU)M_@mT3%uwP|%?Ux?y+xzIU8393#~wBzg^l|w!i~q>pGu=r
z5$fD{?PUL6sfgqv|1p>3(i4daPxAzA3?FJ$^m~EuTggbXLFOLih+AXLx3)7eC7yx`
zfbmDD+oVQlmw#ipq*F%PkQhi<um*q32ssYf?~9b@?}k*!FeQji#v_2A6Z<iH{pH)^
zZB%vh94lEn`;!I<VuWPova=ik&`r7^t4w7iCpQL1D-!6wPJ|KUL%rFzqi+bH>ZVki
z^xk%~g|9nHj)`Y(OwybPJ3;>N;G6jr$YGt1CQ|-SYGt4bEA<d7+(#}&c9N5Oo2Z^0
zdH`G1#h?+hcC$CgF>x^He0FLtUHEl^{nd_jAX27BdzuIojEf+>YkKAVUdEnkLAt&c
zD{BF}6g`Yxvf!gvEGksa8IP5B0$!uF%^HrGvN4-YQ%<~$<V0tCLf~)Z_<MYY0jCtF
z8<X0F!A~5vC|nZA;PL^=QaCf@yz<fM4-bs2Ld@l~qe_Fwqf6%iy{!MlP0rA6?N*Cg
zqBhP=jh~}9L{O~h+t2Um-b=!ETX5#KS_pDsEC@}z02cI;;J|>B9%KXu<+wpzKN{QA
zC(%TAQ>hNUPruy5901p>*SiJn1n9_YcP+7ItH-NANXPv?H?_UrUOE~Lz~NNQ8oWH^
zIGA61IpeM=3f7VOSoc?h6;U{RH)u~tSpxvumEq=+U7KLXloO8tkjli9A}I@{n1zdw
z)F-?I-cz#=ADu)qhW27FQ>k{C=yI~MV~79fY-4faSP8Ce93nzrmEsYM{GL8t0Augj
z&LJg%#cl?e(ZKYyL)PWbn%0M%X7w9SIU!$6T=O;+O^0|s(jQ@xvY8o61z;hd5(vHN
z#*+D$AbmBuZYl_9p9$%4yaAq9lat_^Yy1?m0e<UcDjdaL*@a_L`v}b+q)FMvWlQu~
zyj0g^)nssEGw%7W&agcu<uTm2PhC!^6xGArfNi)KO8r&w9ZRAWsy14AIdD>#$xsrf
zeo>=uUAj6+p=!)}da3LAolD2HPxp>(4jtFplYD02TMe}k$>(bjB}SZrDCuEnK9UR*
zd^SMS;3A~a|5yzZHf(lY)3Ks?=u-m}s*oBlr|uNT!_sB1_OBrGOHC{3lW$dSZc5no
z1!jM8TNw{>h?vHdm}A#LuxXAIDy=5GT9QBjV)Lu4EM!!*adJXa@Ol(pMRKE|U@5#*
z{XmGvl4j{#r>4P}EJeo>rX4KrWIto{tnnM#=WT88^4;?5p;6v$C_0W6YSa7Kr<i6g
z$#gDdR)y3Y&x-CpP_>eOZu6>w@%#}%KlC{%;X4mR9v#5}yQv$F(om;Y^L#K@f(=Ol
zI~+R+icw`&FhdCB^vGeY;z*wnf@T;unx^U6>D(iv-(0Fw%~+gCwHo{Y4vMlHFsAv8
zDwP}khpOGGfeqWq+dy5pAbjHGF=kAFXk&gzVR_Li!aTY`TB8n>;IeLkh)FK0)%}|s
zFO${)cA8tM7AX~Qh)a?f;!inR@qtOPIZ`bMzP!xx4593aL5#?O(vuLr>!Q2s8qd@}
zX-xLax3{+=@M^T`tv&)Q4y$T&g_~043brg!cnNZv`QTp5cvpJ~t$H4hig4T1YKL<=
zj_vn+v36uyNPCu4SPy+UF}0Y$Zf}ji^dls$>d^etGVf{U%W)5r>EBz<^s@wH#woE2
z5!it33Dd5tNSTpt3WcKB39>(ZiB5gGqvi@b83oOe9Lqb|UJ$U3y-BUsG>E+(_gi_f
zB{Hv(MrekEER`BH0Ycem5`c9OZ7<1u5~a9P9FI~E5f^ROk}53dIWxlko<OQc->E|2
zp$1iQkQ)XhTvs#r_+Ubu%U~5w{XhEB`l}E}r^`fRjlO}+IdiOs>qQ1YhZ)lrT_6Oa
z$lBP0^%CR}+bFJ{&im0N$l_fX`$NkT4~u==fg{h@_#r_a3`dK}D?Le%nl>_vNn(yU
z|IpD>Mhni?87h~z(Q(1%)163a{*3b{_YN{F0x=Va%2?9?N>wdON97e-Dk|y4Cdq5N
zduq`o*6skMqoUFxuL4HgW-x3l#tX|gjaU)I`8ebN5>az|s>#IEW@-WHeP&$o^O3Cz
zZ>w@fbxJoeHO~>L>z9l1m%68DQ)|zI!ZeyNs>;9M$$&9Z(-|8$J9<b6tq@q20(KYu
zr|fNcY0kS;OWwC#lYiz|LYW7UJaglqlf=b5F)l^O7_$5rLyz}UVD-#1<MQuU!J$6M
zFQ|$y4ocAePBP^&$J^2KoY2mrJ01B=c~q*v*a)OUT9B05FRi~yHAVPQvjLxa@6Xwx
zv?gw8d2~=@auPSD4VB6OtGA`RyjoVF8b1U$Ap&Wtg}`{Xx=&!=dSYu_D5)fz9MR4+
zAjr0aO>-EtFo3nE<+ZPf!tX)d;&b1xeo#0$9SoN*XeL14ZB~nK>(QE)gJY5FDZ4h|
zuz;SpZ<KsfLU|toO1puo|CFYi#SFmq?w#dEY<vKd;e{!N9_UhJB}+LhOjDL9Zq`jU
zFBf5uJ=@RQ!c$dnVuUq?fEH|BPVn&K1}XPObXWlJaO;E!lyy-;BjRbo2RsNz18Z=w
zA*nE={=OPK_FSOlDmT2uasnA-N&)^F2UA<N%A0GcUxnm7t7~_o0`T@bxTDb1fp{@Q
zfb8sXk3KJ{$|?|ax_~CyDh;go<Fz8qKq`s;D8>whhb!5xNs&qUkOkakym41Xi<Uu&
zM{91KvDQR8jv?>c@ZT|@tt!CU9x>lITO!VOQMfyM7Q=)oy)3PfKT03{*}8xA7&rK%
zk*6~#YkyW5-ieP}$cAvZ;hmPodir8;siw=61(T%YN6ZA=CGEHcJqGhA8E)BONFV`C
z)3tdzj!a~d;N6&_{`YDAD8+3~I;zPh>9X|<j#1X6uunPk@Ms=gw#0??3~n7v-;#FI
z^)&R$<#DH?Xm<_u`K8c=psfA8ZFK2}lSnUhQ({8zXRv<PoIO;*0Ac4g*d|%0kxMv@
zNE0&*p^%PrRBPygP-Jl$#w0@Ec#%rs4HsfNL7hOxMQR$)T`}Su1hpeU7u3qF&(gl+
zJSa{qzTcn!ux*Ps0pQ<!=PR+hHqN*=l^n|s$JB@H66bG322}_-aVf6FpKGMf$Pf*~
zR`(9``s*W{Ak%9=Yw%FQ^4xHo$ElZB_@1N;h|6fF0xZYH(em*<bfUM;$315MrXgO~
z-nc9)iEOz*F12Y5qLRw;N#In^iJhRwEdP~_t4@J_a*}6otey6E7Vlq0`WIAHwwZ<~
zc(|c?7~4i{ShdXiZD1`PGCT6j1F=7NZS>Eq!^^Na1gB0r8k4C%gK7MRSm8Zi>G1j3
zM_g+4(Pz#24m)e+O8sd*9FqLeB)j=%eNPaZsjVHDt!1*hBq27ilr>9#AD6I-aJ1^$
z$vWK{+v7y(p-8+CpQ+0pgb0$)#-T+tcMcscf+{FfGH3lDOVb{>PyMS`{4y!nIG2YW
zm*3R04<t80|1bGCZ%_{E>jW&;VEUNcha6S}wqa0E^03aaAdk}Hd=PlMC=&2L#o-aT
zDBwSP3x(mk|7&@qH=aE%f0_0p2N-Pr1kM`KYYP2XE`QY%M?>noN7jln8_XO-j(`4D
zC(|gxnY(vXj|(((7RVIS`l?52PM<IIm9cih`9VAtbI#o8cTTq|3+X)fpi;a)SV*|k
z!y}A5;X8vdUcIe-rWJ|~N20pc4>Qzk?a+e<8~NU3boB3xG1^{xXkbWKkG)`$(3L?o
z$;9{HQU^ort-Ks^I<liuaA-K8m%Q8W!uZDwt#g_cW@393q!eW}oQqnYa{j%<zxKyC
z5i1OVI64^u3G|YGKNus{r8OYO^y%;6hyT{oIO|>Q@K%Ai_QBJ$rsh|JwuU}Y3LB6?
z>3Lr%x5Q4*BRM^MCAN3kgb0vXg@=Q2A%<)ZGUdzS>1Bz1fQ=3CiXtN}#2U$AZVuu5
z3-@&sS6>`-PFiYpXXTGLU226T=}MZuJ}KtN2ijf(5+ZS@<Aw{qXu&J|8-r0nS)53K
zFb=hWlx)+g<nu}QeJjic-vDbj&|i{)^?m~z2Wqx8|KNw01CBrQxx1UG%I2wLtf7Q~
zq;@9lBM|W_vM%NPwdW0L_VQzm@F2YhStdH^qg1sMVL;hB1p!SF0Sz)f1B25xub1HQ
zsMK1Py{M3V70!rb?z=EAl|n^XJ*Kp28=#lX4iAl>I}YY2*u=&jJ0nVSKnCU1Yux1I
zU}PM?Ah4psvDmZIf#g+}TmCUZQm}gKuTM~`PgsAp61H8y=99?~Yo%gbssFxfke;BI
z`*<v<3~{d7{*S<5QFxt>!=E7VZmd#+ehNiDV3APsetZ9$N)vw7Q94m)-ol8*Zw&6Z
zkSbwpHY9@%R^YzO*U|uYb-jpuWbo=ER!TlgGRHg!Gc<s|X|&Jccuxntd<dLPoIwy@
z+YtH?j1-d8CZkIV-Ooo{7xj^21pVGe9uwDVyJjQ8baF&A%kde;^NXp7(hrwW#Bo4b
zzXUVG3XP^ZeJ09p-BCG3VvAJ7hA(PbSsb7siJHejMX|^CvNN(c?enm~<@QkP;!k(T
znZG<AWb?NhO6Pq6wCqpTf(0hGJHgkbeS{Hvn{b76k`qTNwZ>YTYX9K<d}Qf)+=Rod
z{9JCWRWkw2$*PfcMW(pmf=yB3G(&nhbQ)s{=uaD86#7|XwBTwKxmCCxY|NWK3x>A2
z3h!|pQjJ72qK18$=+tpD21Gf<<(pvir1Drp+r~IAyLXCkNli*-{gi(bLnhGordZBW
z3CK=1ZM<vY1i5gJ8eT(By1zXAt-Ajn0fyaqsLtPb!Fwpg+820Z?)t-H@HAlK4|1o}
z8bhct{)TSvRd!ZtCOaTaAzc@=!xOk{bMO81K{^dKHP&Heu^Z)S+by(BfS#1iJt8c3
zIpr$}w8k-4g6MQ74h%*PCKr?Fv-M#hLcljFK0#L;FXmJ$LEeg_Ny|C3%Mcasvf^6D
zy)N-OS4KR#zIaD<UyaP2*b|OuHojnMJi?h7jb;Vr%0e)bdH#p5@0b#=AW9iC!~8W&
zQg$VMQjI8LtF-W4FS$maUu?*^SYX`3Vi>c_UPv<wxc=yHe@hq);P`wh^k(1*G7g$^
zn^6Xj-eM3SH^t_8$*QfIqOh~C6hqzQrRMjL|3esrs-u(Gm=6LGtfVL<jb383N3Xdw
zDl%q7d4&w`8$ZZvY`u43M})?FCl*`tPUMO9N@VPI@j9&~9)M-xqA!kZk8>&h<yDyR
zfwXN_6#T!+egI?Q?d@i!k~v42*@U9&`MJj5;;O=Y^QuZ*!*ZSMU$1|Kc}8QsG*09`
z#~c&@)^K4Ri|#L%w>tk(*~_wRhF8_+K9<@|Qy*_>kqI5(ED7P&4kKNL0<wF68H3bC
zS8Wj*o3{c1$%K3__r5|ANjo<&Ayam8Eg(82-NMLB(>i>o+E?IfM!FamsRDa?*&w$^
zsA*H^g2T6Rvap*uT_kU#uwd7NO%JqzdU=ayO}Wzw%aiG}iA~2`%`d!v*;jjpq=O+c
z^L<cYUQ)YjT`=>28XXm#PH^LaZTe5;(l&9(@Fx0LkTpKL{02^dBfWM|_sxdsGc;9n
z;EL^~IAXF1mX;!B(zmtTiodYM`ULY`rlVU<$C{zaHEUK&=G`S7vC@8|LLq2Bjr?s2
zzY>)^+fy#H^})iJqszOMP;==5E2b{i<LC9?{&Z>F2iJo>%mp+#2UM!YDhV$4I*xSx
zyAWSOrbsGL4#r6mW~rVJF_bs&h$z_-=#GQtUSsupwofzpq(o;OBY0G)Gz$u_HFiD|
zvsD;>B1|ihqNJW=;m~;h+BT9)c#g-|md#{m@p-Sr@pY{mLzAfeA^LOWbpL_CTbw1q
zYg4Y%h*-;Lx&4%MMFw$Po-{WbvaOFMwF{jgIZl;*@i?WX9}j`LvVgP5eSV>rPKJSO
zVukhPIQL3g%jfj{L9*NA@W~POUn`$x-~VO*%l?&NO_}9Sw(;KQ5iEHj)!|fQ@RxuN
zv2fJA>|JN0Q~er`jD`-rWDUwy8a7Z?p)mcVK#RB1)h`7v_M9%a#G@%3CPnPjF_j_|
zk0Z}RgQLRH68gZW!1koY4`>i)$iHg|CMD6DgEALZZ^*DqYj6Zys;UysGMqjJmW5@~
zn@N?_;YP8IkBUAg_U5e0rA3Uz5Xq;D$;&`=BnyTEk!|2ZZLV*J4ua4<ID)`jZy5Cb
zFmaBHHd)_#bd{#5PoE647n`Igz}w#i?~AvZpbs{#UCvx=QWBpZx88IzfoAJp%p}IC
zhwp58woDXsWdzkm4i^wUf>H4Dh1ZNaBP$TtEX$m{U*Q*4>lp@vZtxOt5jAIx^KJZR
z_f+4s(_o}M7%qB!{ut*oS`x^b3#3oIEg*T2$`Ky8!lDy5P=^tGB<hgfM>I!&QIm4R
z6+xhC9|z4IAP9feo9w<)qHRt(4S3xpwlrX!JK^BV7v2Y;V#k9j;Whr`rYtW$=9O}Y
z)EjMb28|J>9Gf*yl=~)2j5<v0?>DB`|LP2gV|O*E_&7RK&!qIyRF`ns_k&K4xh<e%
zZc^}5`Ji-%NIIke$Ws@u%~ND334y13tu_t#jkV^}xGMc%d$7kMPSj3s1#||P-v0Wu
zDxh~qBy_)PbsFSPue*<+7<WJdYKSswq<zeOAWkB|G@ntI%xk}>B+#7a7qP1-OmYv7
zSxg=<k9%U%iyRCXk4<NDPA3Iq^Et9lzcVPFo*%wG_c>L|e7M>%#B_%M_xb$g)8%R=
zK;<6`C)3O#5^E5^=4>yxh0Ip*{L=cyT&m|OtIWsxyl;_AtYLMvAMA4a!a-^ixvk8c
z6|U)jbnr89n==7l!=1aRVN5mpm&dbIrLD4*BGd|w##2C2VpH}A@^(YG2<RvW{L?C<
zcFmqa_FH?26}B-4l0h-HAGR$f>qnQID!rkQB6fR)>P@T4Z|d?7A?{o5T-5o+8#){v
zWyM(Lgn_7yV<;V2WWUV>k}m{@F`9oWd?EMFj8QVr<@5CYX?f=Ca@c4x+PUK->Xs_&
zC@=9;WbqDvQa8me$XeY2T9+XBEl9jf*`(mwxZ9J7E9Zs@wdL*&GL4!GbNFg);;_VR
z#Xww_r{ZLyviUY!JHL`T_BjbRIyb$7g59z?Jv|Ri_Tm-zS=NtZAOmbK*I<LGl_EQ;
z7MXitjLa&BK6{xDQ<Yz81t3Bt3mh|S8n*GSD%MYr1w2c={`!yIlk|J&a?<j0gKa&%
zpiwhmgag=acF|Z8|J&hjI>6XXrGX<wSdu}|T>5b*x*7y~cNdzJuulVHN?+3cU7-U|
z8Kia&Pvt$}siJ8{AJ`ty|6Au9+#H=HWD}5Tcm>lb+cLP87LXxneAvc~Km;9m^56%g
z#A+l!#)LHWgfHIpa4Hd8&3GvTQoSKMcXG_UiuAT(cya&98B5f*@eYkI&3EQ?ANvH)
z=UXXFqFv4TO8h-Gv!U>*B50h4Ozz2Ey%_T`g?BTastVEo8bUt~sww+d?<v0wRyGI+
zt<?bWwe52AmL*CT+Do1t!oBlP7~*yM_RT&azE-^L$3$Jk5)N_PPfuw1=fW<f@(dOV
zYWk0C^o!juSTkVQt>A|U<t{!l>bNbr2YZt{#&cq2NaCEFIqLUQ*$XY&SzV488y~AE
zCKqSlMR>HNgHLjLje%OE5kx=ujNHP8h#JHDW-#MTYH4xU2#n+Ml*!c`LL=d7%f%s5
zNyzEoP+2W1_hM`(wtjz=LHGZ|1<<k9;>Z{3nA`jvV4UPI5<gjPeH^k5vMw=s&Sg_o
zA1^m}3(N`URkbOnldx^us<&&I<+Y2ZIEQAI--995lHIQz^>|rm-d5FYCqXUz*s&#d
z$xLmTe8&~sG7fqyOe9wWc;5`twD22}*8P9-gv3f2@j+%em#cLZ?U>)9O_MC{J9#8;
zLOf>M3USqy%z1okt$P=w1R2KX0nYx37B?Zo!bLBGU&wLRL63UQ6K;<_?Z;4~E}t=E
zi|b!>=Z1kwt;<+4!g_a8)J+{jYNleR)-0wkV}!->xv$UnI27%6uokmg)#a^QG3Z)x
zV_U8{6_T#UZ7~&6)HbtDLQas(cUV0EzuT^6=iR`%RXCSWQRT2&uEc^<MPN;te|wc=
zA<^q5|M&&IpWQ0$hgtJi$50K;Xi<X0erSw{W`#YDPa^MYZ-V~&6%^s_bb_8$^udY-
zY`)b)OtPVA+iI2i*|e0OY`^-;-)ilhlIFFSJAslxpv*APFV_g?99V%rT1ZbB)9o&^
z0?r@4RB9AgmhI^58awnXel8wkP#C*?C+@T`-Ky8Y0VmDg;?k?sPc@<OupeoAQ<NNe
zWi%%B*M8?pYe|ek*`@E+SE764zNNyCWIXHY=zh^Vn!y&edsIv-aCskrf*?Bk;%2@O
z5)uc2M852O;u1a(9c`viXefWv%O+#ZY={mqdFnP<QEI*8C|Z5#1|Nh<;g|r7Th?C<
zFY{G*j?v-ozZ2Ux@nlPYA~g<2X${R9a`xJn7Z1hl-Ry3V6g&n?9y)>Dhn$Bw%{>qU
zGUW-e`7(P;KC-3EJ_i^TSrNt%25~H%`EYn~eRCMuXNok6t=&d!J~bU9Vg9!BeP(+q
zQhx2aP)jrHCb)l8*_X5A@~4AD1srUFK+UX$GG1;WCXp9|WFDo6m)tkgl__e2>T#>9
ztz9P>aAM#6>DZ%0N4UJlx=-Jg(=!ov-OrPzy!aen48_c9h_61I54LDE^vP=oRU}C9
zLM=lqXOk%{@+|DD3E!JO>#fYDnX?cf!^!+wnOx*2S<otkOeZl0gfI?rPoSF&(p1Yz
zd6=uPwd;Emk0QCDb!&9~L4bCY$ym&%ck_#h>)s0qN$(@KO@j0I*;I)27B@{e4(=9#
zxe&7BQ=S3olZbD5jsJz*dv&`n_J-%)y21BPEB|B2#T}fy8JPS(G<^j_lwB7s&CuQ5
zjMUJjFf_uT!+?}@cZbpg3@JS{(%miH9TL)rgp{O$fb`}4?!EtDpXcmn=UVIh9ka&u
z6F49+|J8~O)yQYd{R^#9$G2DM5G&&v^nY4;lV{6ico8y}8_8q7^gL3xh~V(I8|$e=
zKvXJq87$rZt!PQF>agxuFU}hkE_@`U$Z2NzmL*wW9to5y*6W2uICSw}sVm7<c*vBM
zPZ2x3t!b0e4r{m|Lu-t-HU9oub>%$7>vZO2b1cl5qT*D5Nvp+oig0m=yD4lu#X1SY
zp<?V^AqEKxGYR@G{9D)wXW)2*bI7&>dAr=_*MbO>i^4+^y{^36;1Z6DvP4HS>?z!N
zES$#BW|bKfold0;nc>-4eT9msfi|HAnV`!^h0?Iq!{9*8yROIS_hqy0ZL~Bk#&}{L
zskof~ZSu`ah1bGFfp7IJmW;Y*rh(tivTtQ|J4D;5?Bc#@#0e9L%^GN|dSaZYC>u*@
zPRy4txuYJl1y=^r9-Bs4`^bi>$}w}=@AJI7-+c0RQ)}I~_-~|H{vX!@>heTz!;`xW
zG0So$0E^#w<Jhcxtfrj!z#VNx!1u>W{}uME)U53*I6w0tU!ef2lcdNOd?@fXxPj-_
z3fW3l%oz=23+==4sLhwJ>p207#I9}9xeW9#S%;B7mbKEC3aL141EFFD>L#`ifE)N&
zKxA7yv=_t73hthxsr|f@411@Tp{l2^?a@&8vG0nla8fzCCR6+jCI2s;w>Rkhu)e6K
za}8L02=ba@Uw~YUtYp*lfaJeaH{ASf8?Wc;?4R-3Hf9!{;tvseLN0Hnd)^PBWm#?=
zb4@v~-?P>UFt2#P6IA{3IOt;iSFYaeFJY^CrNpVB|Mtb;oSs;?idxk%%h&WiAzr9l
z*gt!<4b_o)n^5j~ee~i}gsS6v9_mYhuQCjyml5)>3{#b>M~dcS%&YxHYN2`-Re`2F
zwoOd0s3n&I8f-V1mQ*d^n@dmQi08gB@qZ>>?h|d=y&Zg$4Gc?p)#B$>qH)MjMkhg~
zeJVTf0_#o+&vqZrMq2Xg32$3n_zyLECOn4if|H`N{@_OGSsQ;!`KIyAuZLD?`f4t7
z-RHA9sjy#&q3JLdl>;G!5rPXxuorEs6KPUT!WRL05)m{3?99`VIL<Ln5H`@r?Y`t5
zo#s!tPz$Z%Ev6P_BL3Q3UhPjl)bM4MLw9h8H!mha+$Xa0oOLQw7_n%WxB-0<0I$W$
zJXn0|_#wD)?Ba7k{~w@#`0}f40s{zLdMM~Vbd}B3WF|=nPmtMF(w3%gl~52o3k$v@
z2JB!SUA*dO!QjK7-7aWt$K#!1S^y=!R~s8G?Hv38<&2j6*s&O?=K=RPL)*9K=Br%7
zRq;bE_U9_a+D=FicGtDwx0s-R_my>EiPye1BziMOm}+T8Q<X4Hq!vtmbFqHM0Sq7w
zu<c9ic^LorQ?^S&qy6>)A5o+EjPGHa^V^93Y_4-mzVTa1Db|zVGpX2U!(yxb2Y*%w
zDs$RW8cVP}!5z@z{%@L2)GGgww&du|@cmV`4F9-O4Gq<w&;jsP?j<R;!Flla9Fe>-
zB@MiQm0<$w!0vRh7@zJM&#G6K?N~imt62Y1qTY_E+6lL62hnKHr7;n=1&@~Xgqf$I
z8M5V0_v~#*^Lrfk7vWAfNiKCR4tlf&-OVVygNO2+J{(A-Ae;^VoZ!4-eb{0eeWNMh
z?S8@gH$z_ctZoFerOn<QJgK{=9R#X_P82!7*uu+7_qN)x)L(bFe-`x7`&pc!XHV@a
zjOKX?BHF}eAb$^sux+Ty+5hUbCa8vK-v<-4f3G@`!t02OOZjeQ^*;7iY{U>NRcMlB
z+c9&65P0{|9~xS)D-AXZnxJNO>Pgs4LR|V;$i{tNDi3&_jr{TVt$;J@7@04|bCJMU
z{^OzB8rS6Jp_{#c&|WU=^W7rJ0k4J31-xh)x15grP=~eMHA7Y)%gmk2VP4CL56nR{
znh#Q>qrPvZ0oq`!<2$_~XZU>uooO5|Ir$2oX;0WXex8sdPBR9IIQstc3bKl%@cE2%
zREam5X=VAg*4MY6uUKa$D{at&QT2TcTUA=1j1Q-RlESH^Zu~K>Y<}bY+B4YVP4<+$
zc-g<hFvjx7sWYMy*E~}?{1xe@3uECVnP*<d+j<(tY)T!k-`{*W7xoUr9oBjxg4UB^
zp>Vf;y1q;<y4XCpR)-436SDl*@GH!PL#2QT)5}N%_;~pxI{<Ghe8p_|#p0H3|EfTE
zzGxlXqh*2Sh@|%)JAbSVW`U?BZoIPm6lVJd7!+ARBJy-x-vgELEZ^W^eeCG*wd?4*
z**KYz)C>lBk|Bi=H|JBe6sCE3Ew3(119Cj8b5M`;o3WG{?G$o>yzzW?B|o$l$ttC1
z)qO&|OX_3_X%vxKt~Sn=n~L?p6_zWaFCNhM00HArFSAbG<<|I+De_yjjOKmK>-|*c
zS|tsqxGY)#1EDH*owBbB_L05XG2z#S$FiU1u?Es6wzi&}GC|o_Zr4#eYA>5<{v3bv
z*<i(T>;8#Q=-y}h8AjPoGIY)9N%l9QhpSOZrPdnv?la$U`M|GuUM;<s<~A62687G)
zGDPL4A8GF`U;gxot20MoP+14A*>GU{EKBykd+EtdQK`eX<6!E*?qC%9{gpTMU%_`N
zZjE?jr*80=khB`O`|c7LyVLxz<8Cct{zg7+hR-A<(chAZBZa8Tnjq$khe8ZDg;c<+
zRA6Z1E(H%8+f5#CJ#yQRtX<OgDU?G?f~R{|bb-7bX;#b(jX_^H;oa}sBhh3qQLxT6
zZ1NM2IEelEE^2vc6h&RWNw(y)=xjux8@jxZb&O8*1*P0U6RM(Oa@fYa(VtI<DG`v~
zw5)R+k68SozwwKj!AbqhJJ;voo)&HGPkGM^{J=V?@=P|xlccI#<pA@Tu$HQP`PC6j
z7HhO?fp8Rh=Rfl{Ba(cc>(K%l2YUw$JwWLpLd=Lt%IA5uCSOQTdHXAyv-1^KXCiTP
zF(T~iP6u8^f}oZa-l_e3tG3ioZv&G*h=G?Gr;iSalWHTBE<0bDy{&k~dJgR!y{UQS
z3k^v0ei*4#eQn=WI5Ym3Mq|_%N?>tP=s5lDrHNI({=h9bO^7!)ditq(n!!mS#b25D
zVX5%3;%3Z5@)P8ldiA^@S{Gqput+6k2w14xw<^Xr%qd-Mrl7nkE*ia<6}i}RTa}i)
zBV)kqU^nghafU|cwb<6$z4ACWVEppp*7$=<9I|TZcSQ+w%&*THd!gro<)xEOz%<$7
zf$cSoNJ^E<HP4`dFgDTpKV2ftU6ZjpO)6@iT+4@qlS)>rQrMbHP?!JT7cPExeOfsb
zrOh*!z;40(tdfn#v<8oi{<Cr3<5%w`Wp9bOZ*5DZy?lbhUMa=cP&zh|6`U{?=1|u<
zgjD1pb&r`Vf($T}A_TE;b!6u+rr#CtbKN<Im&G9#`TaD^+M1Tm^je!j9kPB3*KQm>
z7|5lzOjpqx<Au=*UDwrR{u7ikkU<Tp=HCw5Zo0eNi1&|}+S}@>%umpL{w;+sXGpB&
z__9%XYcS_=kSExI-uPn4mM%uhl&Sk}U;4kMF$AtMl>v?ol|K5LxM+1D@RA8X)><*o
z^Ug}S93xKIG)}(PrWBw4Ju~qXMNGup`saL9`)5z?QZIdXWc+TR5if&Z$$@JA?F`e~
z=4q+7olZ>pRH8-=#1C8xE~~mqeAmZ2g@rd`PqVVJAI^n;PExiL4lQwb3VS`>(P7#Q
zUHiWkM6{82D^F+3iKs_B@P@5_9|x=lN@Gf4FRsfybakc(o=M2i%_J6He>@5X5;>BL
z_Nmy%7p(ez5XB%IJ&s%^^8LHYB+pmx#lS{ngDrg{ZF)J!Aadc&jR_lQToL^J2R71w
z3-pmN^!@mhRS__MlTqxfQUdZcdJg=~B|k3TeB1;y&Q%T3qM?Wgyi+A~j00md>qI}3
zKy&6kf25Ldn6@fi(kX|BgVO>%x&FWr-ET%dmm4YJcW!(?YKI=lZHh^^*09b90(+7w
z)B7QP?zX;^iweI^fOU?)ZL8t@#9bv_B{O%D4b6m_8yx|oCw8AgtBpB>^w48E6pU(`
zYpP~V{2I%8gYK@F%?_mg^J~k8Arngs*jMtvGoQ0E*)Q$Y-TfYYJy<O*5mK$K(*3XA
ziPv!5p4RMKOMk=p#Cz;wgfL-ZcC!7GHDH(1WD&)+U1yUEtOC$){N9H0(@6ep=G`py
zF8;}fH=P-w_SHnZG&QaCc%xZ*XXgia1bj&NaQ@!>UD<<2>e@3Z;w)AsdPbC|o9CH=
z9(4UQica(lM6z-Kq%(Lb7sU8x9$K<p?ksoaahWSD;4Vo?{JXo1tJ~=LU5<yA&=X2J
zP8)RjHV$=8@b~hu=A8p!J>wN#R;x$|I@$zV0C*)4)w*w{r$~l!HPm)@<xWmGkn+aM
z1yzwb?WN;i+A0<(SBt}s&ZF+7L#88fxz#%!m9AwuOhB7CWzWAWg=h7q|5g=yM{sPf
zmc3j3U(Flqlp4jiZwXTQE!=kf_st#on$q8<@1z!=xGSy7#;X_y?49FcmA3kaW0pi{
zIQ{N?9y7g?Nbb#7Ogq~cQsN;Gka9gqX*DdhVe#b_3oYXb`r?Q4n0smAkTvf__F|zU
zZMKUa93j_jFR-fF#Fviw1;Eifl1jlf1-RAy_t$3R@G{@wS@g~G;?gBZg>kY3I__nI
zZKs)HR(k!2f2<1iNq^@aUgo78KY5`%WMVM|<WEAJ?DAppunc^Kzl&Erd@91jiG%X`
zQ9=I(`O{P!@9i1dUw+myy6p1Pic|6$=`Lj?u}vP{>9q{XJ}!-WAU;UdrIlrR!Q4y~
zZ!lhums$~d9ij-?yp=9DejKYE+J^jJgVg`dC{*XWmi~jEt$NK?*<&}-hHy8+0rS0j
z`zDO9=ehT?bN`fDSGP9@+oxA2f3}R!x<51}V$9q<nu0QURGWd_rLlG2U*k`|eb|du
zc%NPyzJDv$)P>ulI9K*3KBdpzvoX%r-)!DEetp%j;C*qqF*<*MUD;Qx`n#5${iH**
zG$yql7cA3}T80N(6dOr1e6vgsd;b3TRLn#1{?|1b@<BqPuqNA#x13hkzglOkcfF<Q
zZt55(c#L=KAMIFHg^i<f_@^>un~5}scQ1eI`iazsU>^V8EQg*DHILL{sN(F3qqM2-
z)=O{hj^nSo@>Vu-4ZM>+NU;`km9+xYoiksvrp2Yq=Pc`9NQCMU#a9p;KDPGEzj~T@
zA}M(ulK&S2QrZv7QgxzVDG$6^nPQ`ufKfU$Xdu6pUJ?1cHAD|QUG(<z8L#nMwQKEe
zs?6%I98bnt&--p*ynCRAjR8~6>wv28y40=aGH%A>i~98x5sIQ?E_79#e(an&jt^Z^
z_~~>)ah1n#+Tm>^<6e<Cr>sb2u50=-cpa|>>OcN%o0rO$dPtYuv+{4Z?8xqfvRq%)
zhXJ3@%~`_p$H=3_5{G^D^Zi?MR;;r*huDyXkGyZ%?Hi5S_g$zRrrYCs_YUa&Xzh-r
zHtZ0H-%xrI)s&z)f|uB38-vT`GqktgkIJbIiFZ}ozPCL|c!na_{$^P+(X>s+O&0P8
zrb6{=k|I&CNEUY3M0<F)bDe&Ncsb9R5In=0B%XI_U)0W?e%}1E9U}K7?j^eCj75bt
zBm)g!DN8=VZ1y%oBl$@5(Vt5=GqEO{qqAdkH$O`XDZDw)Zen{EmDtllImG~yP!hw;
zepGnC+dS#a+ovzrr+*rZ-hDoEnS9rLEwjbWK#DU+gsQ>17ozw{o{SaMyZ{ZySOh$S
z$8d(3-?fS7uWpj7p&FArs$d)X#i=G=^UfPRF_K$Z^#cZgm=TqNf|OAH!%m;1&6!d2
z9{qK^<Z!k{jlo@Za+YOoz?;~OQkcHO;%al{VohWBC0)FvXoX>rT90pfvb9A~iYlUN
zH$b$uG5g&_Kkbnt0jsD=%hosf22`-%2d$gtG*@ucL#hp^%IPV5Qeq1=FyDhg_3_4a
zJ)-^MYd-M4%OoeUONMgUO_YM$kmol@MPM==ZTwe1y^7QA5<bSoJ3*?53YGGmMx5#r
zy@Bten=7iCtJJla+~y>K+9Q`~{06-WB8c7l1V+i<L5Np+A3k1wUtJp8)8&0hBzpSI
z|E+CcOsu|m<m6z1cayKQXlO8BI;`8_7v#}CvGqRqW$Ar=a)AC>Q0=v5D<L~}{*lal
zn(Su{mLbLBYU0cGCFP3>wkiuT71cfa+72rR!9knW7uX9=L?Ja4O_p;h=sU}k`h7(l
z7~$d#s@wuykB8^)Nx5;l<l!rQ{$?NF?o!~Qk#TEUnZ2mpu*8m`6ON$;=3Me%uDuUv
zF&)Sm_W5G^ekb>1XKY?7)JZgD@8jfk*xvl%evv=c3p~lb4})Mh@#7RuV6}%6@X59H
z^!>?3gcp#h7|AVElK|Q3efK+3OQe-nc^$vP;7+JPoui=w{Enbh*Dhyj7>a#0YS>3b
z@J&_BnI!P$MC<CKFIi4Ttfm%Vf>Mc@gEWtSSaZbrR?VKcp}U+!K%%ab?JeRqVkIQ#
zvRlrYC4I{`C+p3Vnp2*^Q^gI@sFgR$ug15xPFN^tV~WB|T|cO7+?{~WpR9X<$~pS(
zx-nc?YyR@6yx7!X*+AL7>z{?I8Q;=x`=scsF|0!NF_aAIY6FpmX|&|+aW>SGX2#ol
z2n&fI1F@J$k*Zu=YGhbgg6fPFWNX`LmXp7sLPk3>y@Ej`)j8YJi;BbF-dXR1bPN=7
z{;DwBK2P2)*rjQI5jx|~BqY=5PYdzXe`?XrQX2Q+BxSShnWXpWG&wc=dHy#1NM>nR
zs`|`D2vK{Rq8}K!dZeo$*Ck&dqUqXZ(86npQ$dmfv4|NymY6l1DrZEg7~%!H6)f(4
z+7Qwno|${3gi(%v3s)Ql%)vGC*UK{Gt;|4RzWd}-1Aj9%!$Gv)wyLe@*{FAKG+#K3
z;-~hcX&hCsgl9Y7?K{GGroUyXBYWZvRA}~9F$#zcF!p}RK05b&ZyVmt#a{}jxqMjG
zbD2;fGro2Zj!hCJGa;qGUg#w%;U$hi6<4mu5v|jo(Np7P$6A|*(XuYq<s2U>Sbj3S
zw3%0ACJG+#g_PApSrvF=20~@tqJL$13RnETjlk)jI7+-05=k6@nCX2e<){Ym>7cPu
zQ$FjTp~A=z$~RZv@@n9@A77ss)=1{{nu5OdVpasu%g^rG?=pL?@86D>-d%b*w(J&a
zmJ}PR&hn)SE^<?=jd3d{zh$pcS13f7f!s8Cf9JIwP|;}*_&5QO+)nzc?#%SK+1%P{
zv%R!)`RV=su8Mar!y`%AUPUtCN3q9^Pfe%xx_tB9SZzuTxfLx4e4@@?vmSUO;+(Y?
zgGnzTPo^p^tLIY&IaG5Rf~5j=(SG7FUFFCxMbd}WoXiXdo)kiHhr?ufOJ-nGgCunH
z^6rjPJFFD3x9p<yBOH1L+XbRvF2WMyl`-Q%jmY@Os8!#u_Bk!yfuSeF<yz=e=~cP!
z0m*ZzC7}Em0ErPYwoY}?Kw>rgy;Hi#FX^P8z#eu#JuT1Gu(wBPSg+RF`@9SP#Ia!|
zF61qBGG>zJe+tL^r_Y_*Dn;E~OlDQ|LxMvbQB%Fc?CBKIeLogx!H`9#3W)-86wR5q
z)EE|}HP{p4?%02*7DPl3&pAvPFdHPnLR-1(HrK+tLGO!UWv?M-wirBwU-&a-H%nP`
z%vcDzOgnfImk%*JBKcVk0#pxJ`Tk9?7{)B{fGd7C?vTAyr>Hb<@EzP*Q(OnHQ@gqm
zt1vhRhdg)-d4}x@gH4H7^lU#8pd9neEe<HX9plbT3wj97l3#)n$}fr8S;&el0h=@W
z#XB7r4b{~nA?V4~Y}!<+hBw$qTe^Jw21emeG0&{6dYhW#d3-Vc3XTnCDJgDsn*P@;
zRD5_WW$LR8vrvr(t%8KI7;;twH{EB)yqJM#y47c;0wHu+x7<U(Wj=hP_#Tnh3qvct
zI^ij{Z>e>k{jeR5kmJ_V@Q<=y6WIbeEKBr<e|A^LOw<U_$Z@V_Ja%t(CvI<fokh2-
zH!_Sx%En>&JPJ;!Y({8&ww_{ylLV`&^5qe$*m_fZP@v==Rwc5;7(z?Eo8wJ<!Cu8c
z&rX8<`{>*mkxF2o^RL{(p&(PPFwcne80Wr1v?$!$f*iTQ=oQxZ3%Tf*q^A8b@`We?
zT5@*8UQ_yAiScmyd0nr3ly@rNI*+lGqu?^qyIdi(X^$>4wq9TpR4XI@sn&3xY^s%3
z5@57eBrOxPH!LN#l*|mR-g<gym?Ay5?>8|&L2)3l2Yf1TTh3T-_c!wTK>e5}l}<Wf
zSm)C}RHH06Q7E!G2%@zA^Na%_V75adXbYO|@e<n=St>*!^S@MW0ug+#M9C+0+)<-B
z^Y!w%S)eao4~Brv5C7ipgyjZI?N)+;#P8@=U2wEL0@?4;Bd%)2Fzg?&v_vDp7F&yu
z9_--4`_H?6qy&@=K5Z`zPglie9m%qemY2clsuG~$_Lo{fe{NNU@|;a``nJD)m3Sfx
z!nd{rE}2Dna8?J6a@xK@a?(;TTv8CB2m}d|2y+zlBEhIEESMkHS(vTdF^a+xdIurw
zQ!eJt9>Rcn4WE#733m1e)^T`(#F-Et=Z>%Ot<*fz>laPS`}czjhre3-Yw1AC@`A7c
zReBbR8f?Ch1sK(fttmJgefvISr0hOfoUAv$-5Y~1Y^-AeU@yx`f=$i8C-53igM_p0
z)o+B*?5BI0K6bJx5Vc8<w{L&)qycx$ZfcOQyHnP|(Ube|9+sH6yCITP%Tf&zbk8If
zJAiI~1+Z;YY{4DYCbDPw)P+`&ON|V+k4}t|Kr)+wiVOj<1@8d~sfMQ3Z`0Uabj!(N
z(1j&C^>9Q$@8IR?$O*X)Mx*$IGbcsu&;su|hajr*ta%%@*ce!3p59BIj9hzEeG<Ka
zoMIjBGCsl~0kz`z9|C#xZh_}h!^e9n1enz%?A6_7I$y@}S3BxO^2_VZt*i6u$)=Ez
zp%WbcdAXKIu9?Sks30dZPeQRXZ$DhJG59S>%DGUPk5jmkXUkGxRfJ%&$7bRCfs2>*
z*k+m2w+LCCDZ^l-Dv3%YDWDA0IGx#Jpa?X2Ya{^X`+_D*NBb^mcQu1F_}#x0*JoDr
z#fQ?`=mJi_g*R_w!>?~8q>m|gSkYq2QZfVJ-CVCNMMe5i??E2&h#)Gn{LgP{1~uQu
z(X#1juqf=)bFj+m84f+h^_)ZU)pznWms+AwGM!9YqNWI{7}?12eK+2W6tCF>B4<#e
zNFqsvNyw7FJ3yPNlbG>j`A)ywTbL6L3O0gB<nt0FND$yCNo-YgEkZbKlT*Z?Ok-2;
zZb8D2gf+o2G?F7TL!m_bg;_=v_lWiagXV)wu#`_UPK3Q@Q`<BoI=0JUsz5_8Q~7b2
ziWWCDv55k0D%>mVHB{GB8G*1a=Y8P8zSC_{uKVYw%-tkBFM<aHQtAJkZSyAwgn^yJ
zx9alychSC+w72Mb?o;)6$qYE6XVEQ^uyWjg*;v*Vu-z`$_0<)Jm?^c{rqaW3V$IWO
zo4yc-vlUx5Ig41=vk$|ZOh*&P_#>1rts6WS(Zn{(Q6X)bHo02pMUqkmAq6G=B`P~S
z9seH-;7v9jGp3@muVOS$mFG5_AJFtpc#L{#j}u&d=0MGsV(Efl#l=);KF;nk^*Ri_
zAkx65Wh?uU6!qmC@zRpzUE?w{v4(a1=I@%yb@Fx;pRgJy?P0A0o0n^Yj>$Ul<r?II
zHYMkBoF;k=YE#wAa-{nzrmPi2<-o8l!>gc|SVN;xu)JQ?DEal7ej0gzA`ZN@y>}Qd
z)q%(BCfdoLrARN_@|=tn6afYXqpwkeswNzr%=uzT98_CeI$OB)I{6kSL{fz6Ch4Gc
z>gdr~a=-oxGz*Km8kq2haNdU~Dt@c8FQ4B;Cf;k^#&VJGQ3#CkT?La+?%Alel_tbK
z6&i9TPqUT|I^!C>_|JH<l!F6*PQkg+XE3$(R_^1Tb@69oY+)XG4)jQ;*GlD$bynBj
zg^Gun!9V&<%QI&u0<<0yZOw1VGDo+1<(rdp-<fc?Nget^)T}g)FsYmhN*?B?flcj^
zuLq0VlFgYeZDQnj$K>BjXl<y9zmaoVR@FA{oYGo-FK83eb-RS)wCH{CHH&eu1WS#N
znW)p$bTNsBu_2*Vq!DQkJK~Ly)5Ho6cp9jM^Z#cp1*+NE5@VBZ&zdz|x|69@ENuI`
zPP)r^Y>sC@B#cvmInUxv7z(?ckX}<LMA7^)Jv|+rtWi(W0EEEHkbidYQw{)<nnm;V
zszzo8Xr+_qrbjTQ&Af0AfQb$V5@VO3;F6=2GUtEa#*`c8tWek^1&Tes?R+aeSAs68
zFX0(oHW?GU-$<T~uh5~<*;GX2Rp|c(uu!mT3JhQ7QN-unaX`!A4N}wNE?5x-APHi6
zvpIRmrd-LKl`5c?;)wqpLc2QQU_X5t^q<Fg?fQ<F{GJYS5GFRr!FLa%MXmIn(Hnp>
zU}QQt+wzZ~YnA<x@(8FkEyFA*j1oz%5!TA1_?>>wL_sGmXjQO?m%8%Izo%avyl3m8
z%v8=48B>}vq}8H6jHNWT48WU`u6CiH>d>)=;TAtrqluRC2z`^vX}iVfD|7^W<d9f6
z^9`_dz{$SZsJv4FF(v1Ke1LUhc%g_9QhxJN_HtsgVS*vwL7F42_C`6g7D3Nov{Ia0
z^ULzPZ>$0unp;I5jFwuFjC_ish(0nsBPs*<1x7~JTr%U^Hw+99%LIy)odjoJTNJ!$
z@Np`cvAoP|nD$?Pw_i%9h)RAQgDL1?KcT4p<ntAMJiIe9pKZQ`FiXg>u%Ruh?uu~r
zmmQXsOlk-shV4dv%OsEd_@?N*OgSYA@OnA*DXb4#XCResL<pw7&!>S;rscO(7qBK^
z12AA@h8)&K^yYk9*I?{_z3r(AkMBmConBC7J3syS`IG*FW-lw<sXtuVqCe>AL<50y
zj1Zzjd?o)zHBHsqw<@O^%ugJ#cw^Q_CAQ1RM$*5GPisxjuCK>yT8+m?SvNB1j8x1k
z!da-fT#<k+eJkR6HHVDSc`K<()9<TTO~vp--j8m+kJbk;l&`av`TC0jE<CixVfHV>
z;`_M-yBl<1!vdigKY@aZL<1@z)`JCrex4NGTf&A!8^4!dz9;*Fq0aYo(b1wFM$53v
ze>Fe-u?7B%Q^$M3xqq_%OSk_;fr)<Qlw}^8k{|)nhPzP29y@B#(u!<s_{j}VNthaq
z>y0+P3AVh(`odkD<MAS`+}tn$F`M@#?IgY$1g<CVg*<PTeccUO_yE$yOZSNIy`3kY
z`;C@MVBP@9qpg1DQ}!)czLXC!=ZlP?{q&CY#XV)6O)K>$wjxDTHb%|Eobx5xpT9pb
zAQR0|Ussv&(Wi)4;Jgck(UBll2qrnLB7@C>9?FUEpYC^?)}Ocyr4^nF+m<oIzcW)}
zAfo~QxEm~Mx`TF7X1;gAv<#RqkJ%>Z4%l?hveH^;!Mzw?Ff<vTv-&3&t`w#fK{BT~
zGy#KBLRh^XJ4S&R-Gafk3ivwT^!WT4ktmGGnyTNE1Tl;Lo}XCzZLCOU;u{5>5f+@}
zAAx)cXm%DoBq8&-@CWCtrLtD2xYrz90{PlIM2<OS4_7{NH7Fz6VS4x#n7~}?qCnA7
za$W9;)IfTG@<X$KiHNSPMmg4}{ENUPCESaujY%OV;E`GGWBm0==|*$%a|h;>rFw=#
zZ+%qhaJ}})BWL<U%WIwvZr4-J9Y@>^@0DRhPm^*2?i{X?tL~R#JrR&F%bMJfadYVE
zqj*!WVicMvK#|iNi}YAYLL5Ljf_PIiDXN2Qfx)7Kh!(KKB5Ayp{Hpu2Gb<fk6Vy~_
zk0EG|tFozE^B^@BTnCY|r);3c@Z#W>8rw2~n^UtCjFDiGu}zsW{_9CVE1v8@+4=Yd
zUGy3e*$hEekRWXj3$Rmn1>J+2rX*Ta3ZC0OG5tjggU*08^a0s+prP7-RWnfQs5d#V
zo5nA5x;59VCCWL;4;Q#xj5~$-byaScRXCw2|5<lV*w}sS(-y0y#{waJIvn{qmlYaW
z7AD+97NS7L`>fbO`d9REdRYz}H9Dz?)bqhXeijfW5oBXG{u>ettXdQ44~rfUl6)b0
zzlIhjCh}sa#woxtt)<s2$u~nz8R`+n@;f1@$N_rrsnDy=RkKHj+y{b#T<&+7B~K-{
z`23YKXzPVXUjHQg%g}IXV8GoYN2@pTx%G5P{>;jWVkBGIy>AzPga7d9C%;nO)so3W
z^i=8NoPm&RaxZ*{5Q~|jk-KI}5tN|@$8tCYEpT&_BpJR!hm$4LM#(FZVLFk8;h%bn
zTL8~NthimEks5bF9E%}L&LpcG%l29A+9xH)H|vxou6ojHRtrT%>U5c{Wq(zdS2eX%
z*qo?=p2Z@Z&m5f&d<_jdfPstwT2cEc44!++s!H-JArj-XOs*vV9@UxDB&9{E1<FfF
zOkb%LwmP^-LYmIx4f_|d_MM#n^M8#rRPU885AtGH1|*;D<@RGF=T;+Ux-2(8OT?~!
z)K??{1uX>ySXm39g-pEeGB}clK`S~W^GCm1Vnn5<L@L73xj+eNwDj04BwU^t%*07o
z;`4aFLl~+QCmjf)@sRyAb(0%LE;<87+Ay*FS)qOX^%>F?du)x6x)s|jz^+)Y88xxn
zEW_TPOt~t)V0g5s;;!LDrzu&4S|7AR!9nxW7-j`iO+9o<$eLScbwMASRzaUToizdj
zBy(AL{ig?GDGnJr)BLL7iZVC>mS(<jo&I;;#aw2<a|$`h4*Ds;zu`YFPzAh~c*k9U
zPRgwyC@8|88MWL(8gfBDlbwZ0GfFmH21G(w$ayk>JAx|de0G6vQ72c5lqk<p-;)ad
zY7&Pn(h|eAm~@$%UC);vO(6M~Aw@iZepYCnt<k2cp|$~AQ#A<Rjr#rhP_--IHFmUg
zRV)wsBTcC)-@Q~{e!67av@FlnoA;ba1UOU}dth6mB51S~GGu`~6O&`tbc+Livqgk2
z?pNYE_TTuRH1iz1_d0vpd|J?4MxkfyLSsCmzrX+GuhlZPNy&cg!V--V=+6Q~jHzpm
za4b4mX+kcC?q^!9W#UAf?A8$I4`t_z+MNlH@=KJ2S0&v>Sj@?lQ9$-1w2yUSxtRHx
zJ<&?a4n%TAcz9W{_(O+y=mPD%Qh&;a#V$+}kXvYkUxY$9jWe^3Fat9XaP)<cOffBP
z)VU-oq#q?-Yp_BM9gMAl=Wm4^Zvd6Xj<9G)44?=@F)MhG%h=b%|J+F0;J+xWnh7w2
zn2i7g!{<kq*{+_;kk2eNES>~-8;`kSx#t%SF>xSn+7)m8I?5s2awQP+&LN(D79JTU
z1}6p<*P?kwl3JBVhvn%W9v=&v4lKqOwPcX~f=(xw)mB?;)Y2&Lvo!vgcXTD~zYJWM
zc^Ob-ho`&FdGw(G4?l`?_=nvwvYp&gK}~r;&drvX`!}0ifdDUlk;mr&h-aQ;Kg#K{
zuN=CPq{fUBUl%Ic1XekT<Bf{fo7tDteVX{@G&_-|*}Jty=%9ZLTNG#RTCIxz^=c|%
z-@!AP{p1SKK;^H@lf1{A$n=#a3Q8?%up_<Ml2rfj)9zQ_;3#xbEn9z<UyVD|b_u?-
zz3jbKu6dC51c3@uOLWQJ{8Q4V`wbXz)kU!o%yx<iuCQy8w@AKfKHJx(J*|Ieh1LCh
zyP{wzS2%^;R8s*dGXWw*e(+C!1}d70a|wY-d{Iet0{R~ial0+Her%pI@^m0Cm!RGg
zooe}+S&x<}rlD#YxUztcg`FGjNAte~qC6M&iT_IQlAdjw{^8TUaAp;&XVGrq<R=H?
zwws+ae2x5Ih}KI{sc}dcak^I0SGhk3iU<}^B^y4Crw}a07L7D`8_%6u?0r2}M6<mz
zP{K?x7#FkA2rrwINWT>d)cRR`GWN59oy9(~CD?VAiV(f1TudE5_Oo5?8LUn?F_r$A
zw!zGZ0Uu`2kxpOZJO5CSS53b8hOJ<{MUdW_ZFHFA5b#T$3@(XW%@`DwqsD}*f<?;v
z7zh9LJaVD8CE<dxSbF|q_n$qcWc6DmKL7DX4YQgj=V%c~?n|VImc-}$+&`9T_SjZG
zYipJ}H*Iv(y(W9fSLFmlKF-mAk~g6b1)HES^SiJh7UFb|PxD{<9rRQobrKL*Yf>(~
zK@lo(nN8|krXtW47oZ4Swu6liM`|ce^ef>W<`KZ1&4|4;Zfd;3yx7Fn<|L>?DQ7W$
zk|=N`$E<=6nE6+~4)XEx-Y2_qdoUyD%hxPYgG*!M+@s>;D_^hmXK0JN|1=#oi~2~|
z5S~d(j=R|8Xxy3>VIps+()C{qo@JJ!9*>nA90ju41vgpaYP>g7GsmlX!b9PqjbOG6
z$57=V48>9xCIq^U@{*~fbK`3`P>M_NuJOL)2ZF1Qke#M#n_xj#HC4Et80DzSPqBK*
zAX>g=@48Q)sQbiB(g{`uwFCJ>pemGxc?1a+W63}IN|Z~O>wrvrjTuxhYm2n4v=}Aq
z*l_H~xYYg(OW-I)L>1dj77CjpBRG+bdwc0gx^Y+@5rmQIr^d))#Q9$q=Nik*pkpf{
zheZQfuT)9gzFtUbSbx{x7L<5L-+gf{KK=Bo8U8dOTw{fiLVzQvrZ~S{_pkq$mo)2n
zBs`Gz-uFf`h#|vClQ~8Ksy_=PDeZj*#41_fY7q+nc-setIbWDN!0I~Nhfsc{lPKD`
z*9wOy8|moYVN#(L%`f22eHza5s334@;}_u~v5Ooo@z*9Udxe-({BFfcIjRYSZ_%Rd
z(lSu=i;~lCgFsYT66xWb?1Y~-J_vK!Y8PzfHf>vWe8|10b3IZ0?>L;hOuInqPe2Hg
zwN$l!KQK;0K~}+V;au|s2(ia&9U~C~i11osLHY6^{OIWNSRqXmj622gD}7k8R%r^`
z<O!;a%#&`j#N@FNmbe~&2-HQ|mZ$j8i@e;M<vg3d;Y_OqHwh>AhqYkLD{6$+hvrZ4
zywU!r**IlRaKyZ{Z1*RmPI<-?sx4yQ>1j*QJjCjT;|DV+V#X=~r6coyT)1>cX<0KW
zJD0<VgZ`%dVGP<dQu*|s_mE`7%Kc4DS5V8=PiMXM7?j+mPqw3Du<E>6$lC8|&6HQ~
zo<#u`admq`gXxI(Oc<3-?4;)`aaCqU^RnlV!+~!;C4~9&0w#xqRv6+w$nB)1tg&0_
zPCyfX*36UE<0OdD^tC6JGA`Uq4-?yF;W^ltkyp%y;8jUD4itqZc0S`<imW??PiLUS
zsLb-;WLUH?(}(-`xT%w>)5@=VE{ECk(SBvs-cJO5F9SgK;*ShS|NGu-taZzMhy!ln
zVnyBz`Dl;R{rPFZs3hPHr`EG*Whx>T$j+CN)}}1z$YH7KVxnp&eFxjUpe7s<MzsBT
zt~M5N-g+E$^0tK$a~IPyr$EezwN%TkScINbSGm}O@fvt}HLfgM0R#!&YI33>me21*
z$*t1%A%GT0v!C@d!&k9kuTPw@PcwN<hm6HtBMjT^u@<4k)M}H-3$zXVuj(TeVng=U
zT)GA8A8!u1B6@lGL4<k-H+>w*&%uX})~+n=m}s~53?~Yx6h|TmlU0%3mna=0uL3~u
zt?w@##HNF0?U$nwmig&hLKrN)^u55>1|a;9&-g`QBuAO6u4NEHEnTm<*v?kd(NoZ9
z=c*wiOr!)FV=nZ>?omt-mFgKDGT#7o&uUil0LvILch9&DQnl;~r`U8-<1wh1O6moe
zVGs0t7pm=GXqMAl1X_>x87AnHq#p&!m*Y|3X0BWE*s`bmd;i3-dvD?eFPSzT9f^Fc
z6BhRg`CE2l%WZZy>G>p|4FC!D1K{mm!IDV-7~w&hTS?9?OI%5+uOQN&t4mHYTN||m
zq%RpnQRiwfWZO_#0HZ6zD6aCjC=&P~W})`f;L^r&qWFvW1zOxEj0hH2bBuzQCUjh!
z8Ma9BFwnhl=v;vuYB9UlCSkLy$XgK)6t?vDv`LB@*xw@d7^4h-kfvjOpo>ND!$3vg
zu^Q&Y6I0#P6ezv7sz#UXvr@#vWoIPV+yZy@w4tW2$V;%t!%9u9+Yn7le0Wp$^r;`%
z>i@sgj4o}P$sI|JQ8G9fg&9WjVCcNw#0uhA`5Hj3QH;(;>^R@_?R+*5Q3#eFtt93w
zPr!L?updeZas3FFqmN)=O$)>UDzFDwHB^OFaq-M*+8;BMk*RN$@p5Eu8M^AkGOK$c
zdzqnlJrH$m$|PqI^6yd*T6|2a5-9Mw#n$3Zn7Ayq(C?Kpx6^fb_B0w??^rorSuYSq
z<|vo`V>xh=sO#RVURf>*=71rLX0eSVCez0i%J%{A7ys8(%*%(&45~(v36gQekr*k;
zs${zv=94G3f7hAj(Eo69B%b@P{~ezEWym}MmPfIzYC=gL1_lO*tBC#`1OT^U*#t2&
zp*Rp<;1~7X_EcB1lnYo|6Km#dA%S0>c`^cOT`>}iv?P3E^4l!;LSh<qO-?mTe?s^e
z95QT=(7ePGqhk2k@u<9k6ct{>fIW7Tb<P|;jFz=kwIE`Q@IgMzqxjBk(Zmc=%{Pw=
zaR6<MlCb9#Jw%>**K>Ci==TWxf4vb|Un`#$uL9CR1&-uaiWE4e(@Lk#KJRqMW-AUA
zF$14s{gexy*M@Tvve=+JOQ027=pBEujZ{@sRE<igd`~*wxo(lKNh24dfD2<7X!8+7
z($ee*gK(8z<L%8Voy$pcds^rLGk@tV#x1Rb$J)W72s9;DIyTXrqs;Z1Ffe8ybT1z#
zcCjLZ+%~fJ>xYiGHVaRVJxQ=>e=jDMXrw@phT6><D$!y#7_H!U?T-c$UOM1b*O@ym
zfBFAnY4bHDT+TZ~qTX|ct4Lc;;@7O#v)eLxoG>}d{Nd7>xcutw2GudpPaa6%d^QHs
zE(jsO+JV8gk(P{fYN~A<Y`YoiUL1JFb>WV#)R7c9L%OL(D26;>4r7DWgUev4Mo26|
z=W%zRdg?ztC!dRK0SkU8CuWM+J)e<jY3zj+8<=y6ksvme+tw|D4^0x}lX>{9TyghD
zQWC5jkkU61C`-7QVG4z@zPQoT({oJ^EwIOy^{m!%{rJC1kCGvu6>3d5#$dh~N&Y-a
z+?Ob9?YDdJ&2|4*Z4v}9&dIOl2r)A=)5J2PNlXCFuoI#?G9yt~)iBu6;E~+BuGR^n
znS->X`-IUAEm{dx`BeiB>0Bh576ipxvbn5%Ug$$oFu2WVnv;1Ha`B_gnlH_+NzRSI
z8txDkE;*4Ut_DA-DCsKsFx~ty(y9Iv0sKv*w3-udQ+s>dY_naD^DM)2r5o1UdY@AN
zuLs#fWeXKi;7_h)Vg|8ri~}&t82{AwWNj?v1}?ox{jafWFed&fvC})5Ex~bMC>%LN
zuIy>_*^Q42ueQtmYH+{y1wj1<@~isixvZ!zn!H#%ny4E$4+KohNG1qFNuLLV1S6SP
z-)zD~A%kF6+*@Ka!P4-Lv?NY)whk&6wTU0>9)p~y*qvyq8fz(t?QgiLMTs*fTWICT
z<eIx(C&|Td`rquUH*$dTmu0lU-pF<(Df!!j$_uT{mF!%&$v{v4P~4x6wCi)hQIj0K
zELQ5MSrrZwMaTi0&G}gMB=Z2cpDQ~=T>v}ZVNF|&i4QMyJ)t})LrY!_NxCoUccCb3
z_ktobo126G;gW+t`usbJJG~Za29x~~MIE%N0{}#Aa5raVCDv5S5QLLz8CSB}DSGzN
z?qP;lZ96f7i0D1XCs6@I_4ZOTkoGBWH0SzYK0K!)ZShq#8vTntQq8I@ctAc&u|$u&
zbcHu4xWiDOkcWg;%Qh;#UF^$}XiDz)TltzrC@dbZxzWLEZwmef#|jIGr=|#dmTr=y
zq!n$?A^C9OM-S)kl{;AFPh@rNbQLjKO%$+?8l+O*9?S@N$mV+G_4%vNfcs6y6+t7H
zj7#x7Z5C}+j{#$nSxv``kvTaVR#=!Kxeyu+fH{G-k6z??eA5QbB@+(OQyAZxp})t6
z;Z7v9DYRMRMu-W%#V)Of-i^NxPM+j7sN*WBV+W{{)@xwvP}$0*6An=soZBfj;Y8!&
zDO?6|NH0^cx*KVLLZ=2_eq<4;7(woGQtRG(=YsB04gf==6!4F1Hkm&`41kjK-z(Q&
zPn+L<IRd0TdzRB`g}n&WEo{`(^ecrR2~hJ`@`}C0wb&4~92swXJ<@pAC89fpzx1_y
zOdf|hlRh6_Q1z=)Ac~lq*-f4`46MqoE+PnHHZMpZ4aL2O#DUmAc15}^%^5xa`tvm=
z$?O+hZ7&!_zy@!vthVHfkT1wpj7%ApDE-C&aX0df-LO?5R)a$;XgtyyCn>cru8pjP
zW)p{yidbSB?<S>Zfoe?`oSsfi<40dj#Ve;N$81F$LXz>g8<2H<WwYjGIq`fQZ}>O?
z>M}KE`N}GZtP+~CBbIUWoG0=cWaBA<1r{CJ=xe)}SUo`^Dv{ZK76DPn1OR{>4CHWX
z&m#r^ccbc}K-|fidx8_%LhVKbxv_{AF_O{p!P&I;CXL;_v<!&FuOg?QX}$JQ+5B~s
z=v8wj#~WL@%r>tWMMo7WGTwzfc_3nZC>KrX2%z4vRVH9*_=hgQxIn)%FH?R`t-HIF
zT5?2bci3``T~ANdPo~LDz(2uACGCHqww!Gc0BFt%5shDJf+@0VknKV8AzxCt-JD}a
zyj-#a&OCI-4cAufp`p1kN=2D<NGg%<qW}z+u<tKbS&EQplLSaoOjhRIv1WBC5OHaO
zoO5U1d}L<%kI9<mD1?7eZAXC7<-<H=YldM@gri);u#DX3Q{v(MYH_tIJjmPf04)Mq
zMNvey^Oq6t39ItB;c7MQkeZvkm^IwwlF3)S8^)eOEy#LxkmU!%u(z{)hJzY1XCA0C
zxnZ;q{}*dZdEIszG*S>ZtQi>WhgU*)7V&{!lO>B8$G*zYTI!rah3wk4lNyD`?=6%H
z-Sm;?mN{*L@+DnZa10IrDo&Up%hL4DSc9A@kQfG5McRau5r;_b)W{uSj;LD~!L<GJ
z#XN|q72Ypbv<}Nj5s%BxozDttrN2On5S*hWVc5-OIL3Mw@(OLSf|f*;Z_TI;N|g!6
z=%|d|jOsqEzHI)@;|)^&`^vo5OOS(gl?RQ3U+vrpIHxPq9e5TPXQYzx-!;tJ+KQyF
zYIa$%v-8KyQ>iRpr&p2NFw1GbX?=Xk2s-o7p*G!H6=1PN3S~2Y#<HMvwPe%G8$<=}
z;>h!$q2j)t%5&#`Iz)Xkpj;i6<9E?2rLNW*!#}hzNWm_X=>O#ARLnfLOYoc+BBBP+
z2V7Xd_G-#h?h(nK+UfT(sGfAqi>!Y2Et0sS7~k<UHf=tgD?<+a#sSBENIlz)eMX!?
z)onDkAyvUShTI=P@v==dg(lDQrK?Ctr^^AJdI@ySFd-a70H>wAqTeU?3#(!59U^zn
zsmR>9Mq08g(IQ_uLB0Z#Nb9?qvw-9rxQf7{PJ1(4bPQZTV&zTBM<hXkm6@%4VOfm)
zij2H-j1?9^V#z0wv*(utY;iM!t4Ehw-qB+OhW0sw2VZL87k+J>Iym;GV@rtx@bmDG
znbqDFf1JWBF`%_DGBq*Je|70`O198x`W6U__T1l)elqm=Zz&<>@KRdU`n|gKhu;2W
zg$nEQ?Mo+HB+ZhMsNa2jHJIxA*u^~3*mI&25d4?K+#GGCVwRSzn4HvIL5Vq7z5;;3
z!5I}d&a6whYSci4S`04PPKb^*;?6+LG@p};eXC4c<OB7HAf++_A!zY5tU%mqBXwUm
z$g^l^K692N)QYJt&!uN_PO^NH61N-qa49eu^HfPrPGw7+&ZRd>ha(8vV7o&4MhE;G
zwz*zkW71uMjXp;gvDvzSkl`<FiYjChZUg<2=eL(aceeSa3Fww{%_TcwliG_PtsP#o
z!SX-TDz5zz_@4L<eZnB5zq82IuAp#kY4-S#7qtP;(Fw!LVi~ibHk|58HO5M{uyB#8
zAj!Qb9z;yW!i_ls*@8#fauH6gpOSH82SW=#i%A)nl^+p4_NhDYdPeq2-WqRjU9{!r
zedl%#UycaKUGu9Agc_-HJ?B(E?R!1BspZ(P$VpDA%%8b!Ax$dBiN0~KiYXN2j9RYS
z#iy8_j#DzNgjIzB+9tODbn(q&GY|i)e6@=h1fZ4o6U7*6<ED0+wvEgH774Vu@Rre*
z&bKdG4Zs{GT0)r``JTVhXlc}CSTU%%&DHT*KU4xNb8J5}g6kc9iXHm@&hE!9^;imX
zh&&@xcpdA+Rb)r}Iq$QkkN*}W{C_NfZ41fm!?!7c^^Z*cP@@U%|7ronY(1z=rN{_t
zF)0J4uvStMO{z}aoXRYlmnrl`<0m1v?dykM$8OUG`c;uMJp#Qy5k_c&DlZ_41)Z!e
z%j2{SugP#}`#|Kp`Lo}pr|nNXbr>37xMVQAGvOEYyS!Y=D|;huam)RJt&#-8-WbYf
z!OXcy{IkGIDYAVW1DBkRSj=rUQ{sLgcb#|7rA{*=?dI9^0e`X!Mw2I`cz?$!+5ejK
zpMWoFWQ2u<!DHklMZA-Z@mKVInUKEnlS0#K!i7j~$}VR0R|EjE#dDefuR}oFzi$}q
zpxqzx3H&bv%?ZfJJV;F<$CdI1RW;vZafGdb>p2N$ugDjlmdMTZi=i1KPDLW~&i!be
znCHJ**zt%+sSv+{rZEfn$Oq8KvH9!JpZeZX;U;;7J$yohn4^C4Cu`L3Khct5D?92=
zdCuVsYDX?-r#_l?p4g@{=`J6=dLhrOhjvw;t{MJD5J$8}k>qyvPo(8*++^OJu<NIl
zd$;Lyw4#YF@gAa+n9&^`GnhGN0fySA^w4N#v|TShoGOVT6g82iaMB4(Ix6m8U@-~g
zuv}wb`#~N9OE0IyR8-{|9`)i7*p|v6Sle_Z;Vo&{pjqoHN<cB^))FcM-#=M5xEMsO
z#GkzOsXUhSUK_V$@W3X0x-HjCX2f61`R=TsEBE3T*l3OA*$t$di`g9K!b-fAqxvO}
zGxVwb26NmS5_DA|`EA8vgc*G7N`fmkyEK(}x~mvw%%|$9q#?bKLB;G0-TopBx6ei1
z&m!wZ{}7U*_0WMK1I~(z&3S*bMzc4D@9#3d9DYaPuAhk>FjS+(1vF=J+WwnQs;$nH
zBO^?)e{1CPV^E$-I3$*BJ}?U9aazDYk(p}|eDDeH$(rup>Xb98(b|h=6SK&#jn)}_
zNcwvLaVjcn5-dc_BP8ayeuI)eE#BINg=Y^JH<DCu5nfeRph;W{w~$OKOI947VZ$oi
zX!$`}HV*yzoTwNE#h>I+@--DCPiZ2Qt2+QEvV0{|oQTENGBvQ?rj1bEr4e#29j0jC
zX-WfRf!a@4X2M{4xMIn<8lG0`XhSot1C(LCDY9)c_+ihA!2aPk_!k;~g>#%tyWwjx
zr}rKVjQ{y-`8HtU6y91EM+~0A+&i3UU{}fv(e2e-J(PsMZjlD14+7LOa8MzNt9@XD
zHz6pBKhfAiBgwc0IpopI$;h1siWK2Ml6|Fg(h1lv$jzm?OHXWEfuhEHt@P_gM};kF
zz(+kri#0CXs}}&T!gesCpqRNri&v*M*mX|+PjB3B0s+JL?4=YD3c=U^xR}3hUP`--
z$V#CZMQHt(w17V@TTcI#qAp8`;6}x$xkJno+U^^I6RfT@zoO1bs8C@fc(-R<KlWUB
z1b%qoHZ8TA*{er9%FJwkB_u46HasY%tOj{~XxK*H)3B__ZwwN|{Pl&|I<=o7>g)wT
zvoXBcyGg=S<eSq`JMH_>x@WsF=2+1xfmQW0iMVrW9R{?8<U2#Y87z1>3>Qa1=C4`+
zpKu=V8#VGb9ho+~lP{*5+5X!=^<c%-S^uBnzB8(+=-HPlRUi;)(nFQrlwN~TK&lD~
z7zB|H(mMzQiF5^}_o^aQKx(A-COv@kCf(3N3Gd{8*L~}Ld278-@9~9X<(z$HX3zX)
z_RQXM$UF*TbY(O@POijoH12)8J5?;-E#E2RtJNJ2PAfuyOZo@Y--j7xIlV)^?_{S3
z`gRWL5R!3)LJWz3+UI)t0WC|wgPs=&M3T~l?;<RnwFd5jqT1Wq{Pm(>h}M^>3^_N9
zBe{~qL9&8(rm3t)M@LOdOf_@n(g9Zm{&6goZ{K!(*>s#D==K7`9iFi6F>uef_Wg{)
z>wuZ+w`J^nc=WfiO&rbbqKcb_zHlnD{mdt1HT<R6iqeDB{#p9+dEEf&G$iwN?cXC&
zqE4sHJeP652}Wd!Pzv%R5S3UJ6--k(<p}Q4neXKqB*hf3gLJk8scCfVJb8_g^rTuh
zW2=lRWW!|MsVR#jjo1k>*iaO*(#0LPO1^lmb{082o6V&3@d*LLL-_$<pFvY4Q(e&b
zH#G}ILwx<~&L7<5UPm;6!7~ag88z*Oo&<OGZP9wkh@icEHOUCSJlS3*DY+$L*L2kr
z`!Ra(6WrQoT!siZ+?4n|6;wCJ)KUD~uA_1IfPo;rqzPKIiq48*`}Sk<yOVUzq+fv4
zB<ComP()<F@fkDY`{@pi+h-qmv3Hp2c&rGQK3xYys}&^?=WZ(jZPV@@Oz6uISty#|
zH85I`naT90bs%^2)|YL=q)oxT@%$O^ec1@*1_>jnM0$lni&vSy`2*D7l7BFyUS|IM
zh53sh$dLE#mx3F)>W10_guIFKj~Um$rdrVz8X9=#8khF=N~%;0f~^P<C%hV!u|}*8
zM7gPf#Ocg8Dh*^K=1o04D-3m)KB=}0^GLW3*rx1m%-opVU!GOnH8hyg!>`2Vqu>Fv
zs|Cf>;wydZVq5CD)=wC?YKja5(q39LWqEy0WrGA=Ph72tr7`b-K7f;G2<7S7Ma!wx
z`(U3UfVQzW#vvM+d9Q#n87qyJkl-L=a-mh^Y@HA*^gda2<n{_B>P94F)KEHz`pc{t
zGNSLwDrOuC6$Zmk=dS8`iYh9yUs`hxPaYQ1Hj;X>O9J^sn(*`4veb-A;_-?%(aiQ)
zY<x_Q`@o`u{@^dLm<I|Brv+m$;=dYtF=CRR{`hPk41n|LA@e*6Uqu<JK$w0>gYju$
zqMuN0S++Y*qy<L})n0RJZDkU?b>q<xHkZCcGnh16HgkeIMLZc<dp@bzsYsQl$=&aM
zy>dJ}!^F@DmE@V~Jo0ebSsM(>BKKtX!;_TU<3x=_qT60*7LC~dBy=gw9a4!J_egW7
zjCsV!-?YDbm{IKgwn6Qk_d)gJ4w>B1*G30ivQiV^k4x~XR--b50hsne(|vV}`8_X9
z<=lsiXo)Y95jK;lfv5;sk;LBEZmrH;3Yu!nn3~{*)(1OB<COTo`RiKob&V8c)9C5+
zT(=KSc;Q%|gVc-t1D>Mz^N^tK)%4*yCQOk#gOvFlo7HP<2rKIZX@LAmfv`;I?(#7o
zJY}TNN&I0kr?H@RoL;V}ZmyMhjU1a3$&!?oM7X;?>9)5RR>*?B9))rt2eUk0Sb17h
z(X&o8inwp4kcJclx#P-z{sJw!9fw56-#FL~(WPT%u!8D>14<V<15_3nNB*-ERtTib
zQ3F3%iHd$EZ~uH)9R_T2<A0W7Wy7tX{?+h{{>!Fo@s%0<J#cW(-B_fTy}yf9u1ris
z-(xA=_bFiCsAhEhF!gPbK`8Wl(BN2S0;_sw!GL&+mR-^<pSQU9$V&!syC^$tb8sv>
zb+jCteMS#N>a2m2z2O&@`eJ`ke0~#{r<-`Gq@Rml4j$#|vkg+EDOt31-Frmhr|{W<
zGSzCBPmMJ|S3&gi=&@i59fJ;5P$$#weRLi|lcioUPclr(ghlkm1Lrtk^GhlKiZP`k
zU^eYnj8!tEwqb{D=Ck8_lWj%`%Of2cUJ}L?ukJa@$uQ$SS*0pj`~}YLa9sYi{R)cl
zoA5<n$hPeA!*aGafkLU5Z%vAjh<uxZU^F#1MpN68lBzIJ#yzGd2y7n)9?*E#32uR?
z?2$Ee{si3MGV}qIA|ol9dswcW9Qx2f|6QxmQ=Tfs!$Ok#FSv}WL`qx#>|ARTQhR2x
zIAmH@hEoaXf$ZGKk3-fGldJG{)fJjYm(}Wv-?Hk(?{@&vM@#pg@&gl<EkHWXc<B_c
zXQRB=#=FzMq4a+6&#oIR<>ewWJ!2g?waOrwy68<o`yzv4abdSnbg;`$W+^85?gutR
zcV`m(UR4>(T$;TJrRMF+jCgy)(6GG#`zS#jGW+@bslr!tky=-`MzP(Wo7c~AHi|!|
zwGY4A?nHx{jVksJW5qF3O^^|<q(1dcg`K?4og4$9g+#s5hrgkQ&kx)^l<Dh~BOWOK
zF1Vqk<MHxU(|+cm8xzTGrdxMSjUP;c8LwgQ3;*(hWF83yA)?90{Zkd_b3ni;E_&RD
zy9N*5{7}!`i5VXphvvu|v=uxjr20<dd}e!ttiIjE!W=XW>)@!{Us7yl8~1t)ByAK1
z(ylN8Pf@#0BnEe-jQWiPk_idM^H^rxyZ?UWg#$HABNgBXeO^9*nq=4f$|sizY7`mF
zq`{Nm*E@U~eR4ofd>bgH`~ZjKIf-agKEL1Jmg5?+`|ddKxcMvR-CNR+ChWW#-XZ;m
z&}HvI>CC@S*N}?~B=aaN3WSk&ssEFoQ&yM&XvSF$Hhv$jyfO+YqT@3re=ss4^21Cp
z#i1CQYZ>!ETZR7(@E&NFGo6Iv^<D+l2>7~HFmmRI<_@V%l%a&-$3UBa{8n;l!QMv8
zAn}{yhIe57#OE#cPISkLL^(ogjwHgM84=A&t&}6xs{{jy`)R{&{Q>NuWqkO$lV*XK
z!O7oaHiS18MV%F~eh##|$lw8b<pHY$q1QatAK$b${<h8r3$6;Rt0g@cwR`lECK$~u
z1fg3)IswP2=uCL%rKb{v-YZf+GEbV38pN6Kt_p7%E0*|>hE7~RftZf=Ot&%pTT}h<
z=Tz{;2x#-U1`r`CYNTgl7tua}$qyOtT>khW1)rU{LBS0siGr-o!GS|z9UX<mFZKv;
z`1sMt@KDlS7e`39rfC>aR{eOwj1vMmItD&u`Ao@5)$?4IvgVzjjwDO=H%!Y!zIMj=
zvVpw7-UzcgyQCc$ms%TTqBO`uSJyPm0I-Z-taudI<lWt|y%5x{(0_7AHzoAdYx8J#
z&VV6d5s})ZkVV(A8GTCVZ^aZ1iqGqJSow)aDL=vn#yZCJ{2tz<#D0ZQ6Fa7)E0=KR
z1syuvtf79uVWk<spf$KacO($Kq$xdLA{myj5)I;ACuq8~zqrUcN4CIXey$P6sZAN-
zvxP$FvsIXP&_*gjM1plrVNjcHPF~T-(>^=$k2?A<y%3p6@kQh7RD?8}^u@nbS|6y_
z8oNb`P|1;gOs!&gHR+TIyBW<<nY+m4)ARB0o19F28^2ah=aKrb#&Ksm$XL#}jx6St
zAkio+?Q|33(%cH#bYGM5Om^(v47OFyXvh+J_mH!JS%Wu<yC85|kaRgtj${wnNMoVK
z^mAKc%U7!NRhWI`7Wi9ZMeVzqC#BzCdXbLN2osLcjQtWO6ecuo)BZK1p9Adx%1f<K
zp%iClwSh+Z>j6kkR9DjnXSitMjDuM*jM!k_ReIMO6K`bU{&Ja-3%WuzQ#;Xr;;Q5q
z#4&oh8PIU78K;)4vl=&2Q(a)}YElk;T>7#r^u>yy2SPAd`2BSv%M?FS*~sKI=fqbQ
zi<G?R90O6yJgI(Gqn=)kH$x2TTO&zG!VJP^4O?T3p$6Ned@_9sQzcDDuSNOG_%toY
zoZKwwtXip_$DdURl%Fb}b6}9-fj?19*Du7T47q>}=Iq7u@hZgQ##6>j)k4(V?-GbA
zWh2<RNowONwk1+66<Q10J^LITXTU~xBZS%YiHiuA$%&tmkNt|j_>({`azA1G`U#UM
z$1Q7tmV|NEJM1qx9KKmQG!M6l5mbgZXhb}av=4x-ejpB|vwKc~oyuyG+?U)RJw0oK
z0eSrYoS@4rvE~d=5Hw28&wr@KY?Lz&>JL(b-9lJ&C(<Oo?IlU1&=)X$)`|WKg-t!J
zRL~-P85g}Sv6Xb-I{bm)3xR%k9xE&R-e&@PZmX|`#!|l=f09#6Qpi`Osa%v-R+OJ<
z&hm#!(zTIjg&g;8S94(G&jAt0{MinHByX2|h`ev1XbdHME)qpA7EvbU>ZqH;C*59?
z`oomp^^GlBAdGS9!36cc)w}_E(whh{9Z6`08I=vwz)espMQ)mw*ca%l9m!;()R!?}
z%W7Q)rn_l%HjyPWYlP&v>Z5S~fBxQ~)$%8EtK^>bG(32De_a`pm-UqNR4#EtI8b_c
zCN&xm6{L91MVO1XCsOdUKP4-AW5v#$yeqU+X&Vh$?bJ?H>!JzErA<xBeIH$0WbmO7
z;z0IgT1_;8MUld3Fnh*y`jb&QJg~1TFm8senj=7E5C5=-djQ4&uO>guj#oX+eMC%{
zvuDt_TB2)m6C9bMZ67nxl9{L1KA#$v=ETDwN1(>k$~zzG=RKMu)IJC0ZX~1@%>yy@
zP+c1Lr@)`IcbW@JZ{|xReygcs6N!-U>T#kwSf)aR1>pT@{oXqufty*12DzX~e#!ui
z{ee6U1^EMtO4tsa&Rg*A`Ef%~JK1k*PR$Mn9FQO*p`<^d?s#A0@Z)_Leck2lNH{w;
z`%Ax&8b7PElU+y`&7{$7tIKRACzm0~Y)n@ASo0;*oBGdcz`9{*f_)!5N1?Bv)kraL
z=|Bv(YuKrlBIPq??gXtrjY7i=1yc}47SP``{%)~|Wpa;-q%dC6o7bg6&=&$Nk`aH|
z4Iz0V;DXO@YvtZaBCb-XE>9OwmGbTDZ1Bq;kdd|XYoTFKgLi}8S&J)w-_7GnDsu;z
zqIM`(5EzJ7Ea@dEK0-3QQ#?)0M%T{)Xt1nlf6RdRC=S&7joW4xtbd0(kQf{Eq^eKe
zJ#JH-bwOED9`{HQjluM(_Ge<Kc~GRG;%A|QgDiJnpDiya5?Pc5@B(^~SyqnPj;1}s
zC2C5rv?^VsrnR+w{7XKHP_|y3HugqH{>U|q7Q2s3gYddV>O!5=Qau0tw!*DWrf3X}
z`N!Rda?=t{f{Ek^K)p0d*JStZ*-lS)WQDvTX)r$x17-&Tg{n_hI{!vU<ya+(AoOme
z@ff|@DncSb3{nLorYVuPT~@16(K0-D5IWQel3~5S^j}MSi#-`}yR9h7ZD7V_U0b7B
z(Ui^&a#XyE4_a`tW(dHI0=PQw_-~|SyJv(r`|=kZJ(qNxw^Tp14}zfV>KO4*jmeij
z;bOa(ou9p27mua4cAmGQDJP%)i082+HRYZp5Gv}3_XDpzgry7G%{%Ak*L>&MkL%Rq
zzFo3v9b@<gsa74(i^Uv23Ovll14gq5AS;L_9M><NeK}5+WWl)b*xjj%E2^JZ;B5!1
zHknp3(@WTnWTu1Lmq}zTp%K4JYI3|tr_?(nA1K8+PaV>_NcTu2slSoAm7A4B1w*!e
zaqplr#2YWC_rR&FINr?5aR$xBxQ}Rcnovc%W?+Nf0q^P5hFPTj;={;K_ABI5Pis99
z!ia7qBamH;C7-z?BTFm@YE9=@shddwt_ja#suiUZ57tKcu){BzU^)F>oPF%M+Yf%D
zTCN<6FGnb3G6Ji2tA!mf5%uvrv#sC+BHynRsK4YkSn?<%sqn`=-M8Go=xOHvvJSuR
z%phY^`1bqu(n)7BPue*;WHm2%U!i3YZ*>7c7y&EL$ay`X;vmR#nXjvE;s0Kk$m8t~
zvEc&In>H8i*^4mM3_&~4moBXdaMjbn7*=($*+HP=CSAo?{zMm2DY%vNaB^54&_ZV*
z7V<)DP1Xfp<?5qUf9bYkZ5RXoRkc?a8PJu~4SWaCD)(X6NVsN}%cD7NzP07I$O0QF
zXSv7h+)R$-B1RRd66+6DnO&~}8;(6rmnb~z&58ZuM!cYZ$2oELdOGudo5#n=(eeA;
zo+H&2TyQL^Xh#5Ts^r@MrAV{nI{=&VJ)+Yv+X>yrdfz$Db9Wtpe}UB8lJstu(-7;H
zIgs{LI{mUWX*NgNU>>Ospc||JhYgwY`%BA7Mvz07^Nl67+)Ij!5NJBIIGxs3vNxEf
zA*9G>Fbw|no)vDlTnN3%9@=2$5!uBbhi(;6Qoicn`2D@k2_pnhiic*1DQ!SkCA%9F
zbLssA-;a*4PH-MXw?s}Oi^Q6;cv`j-O(JZhc!w|F7zr`w&hSd>rMdAnPU6QN9Wk3!
zsq8@YmtLtTe~E(*+rp3|cjn~nH~1L4>KLWu=mWb+-pIx!%QaweG8QL*u>Zwt=}g*K
zWNOxmCISBKCWWy?u5qLgE%-fWpqgM7l6^7q`CaXv0sjZdo42sJWSP6seD&sv8XT-%
z>@(*_*?U19e5bc{dwb7O=%=m!K9!5S;3T$!@^m!yby#6b^eBx5xE{$WP>wwcZ3;}>
zTgL_SZ^iVeQfao1g&_BT&d28T*BAqFhnLLefGwwHDacR*ru5;a=W})GEs4R&1PKcC
zGu75Iipe6=ZC)|pP~i+{9i1x8iB>>$j+9ist1-5slO@$drJ(T6#yh2LDVPwj&Ybw`
zx+`iLLIugX)S`wGi>7<`<32b>2mL-4>^pM$B4(rx;^u+Q<RC|;)IF^Kruq+c8^n)5
zpa$`-jVbzPEt_CqupGP@as-{m@AlnKNKt$RN5*k|2b1)I=!<}jKCfXVbvxwFWLg}l
z5*&WoE7-JB?g@T>FN9w>i|^TWsQBFarANJY*?$I^_nkPmEa0c&J5Ij$Q%`2h+xU&f
zau@5Q*<C+>P1?WJ8`gj2Uty*otF1k`wtwB`w0ea$-FM&M?dp@uPX}uWD+mYuNk<P<
z8mm$cw*#3L**0RIa&!9U49mTWa@u0%5p>^_Kl-^qTRgAt17Ha3Er7N8kM=JTW9bqo
z?5f^1pbgW7bl-(ZJ}esHsc;eCVubgASxBSY`zbVb{GXzab@2ev(c=N!W~?7L^wpD*
zr~_!-mgN@fSe4+gWT(f-G4}G4gSUh&r9e!a<jdf*a5T}V!M_OVw!ei#s>$0uz&1cH
zneB`0#@~b;Mnckr3YPS8J_fqv#+F`2I<LJSy%`{JRHsWx7cBaPcxIY%uq!~T{hAq(
z7);}{<3$P3T%aWLS0U|q=-yDml#|8~jrPZpE+ywU30D!s{lcF&C@crT_qn8aj63@D
zd5ZyRSMhMRITdm35@GawtAv=JL_1?8Zw8`A@hwwVp}{fCy1|LkrlIDRC6TTXO>E!p
zEQjFLzr<{BT)jE0DKJWQYP1}6RxVATdb$7f9}`NfhuYy8up5zC9`sMNt3g-H+Ca8F
zLrvNH`p%@So_g}OU4o*<l>639vYx==FLSmfL<OrI-vOGW+b-=OnEk2dZjpGWR3f4n
z$L-SG4)`Q?Wnh8-*)aKqLa&JVO<p;Y{WL3+NNXu_f$51gEr0tw@*U=dpnAaDE1-ca
zvuOE?vlRyW5&{KAn6GYkBmZ=>Mz?N7Ta$*Y`k8BHnAp@PzEU=GEFIM@^t+70yBuMy
zz$U$9&2I`BdW6vTjlhqDZ&6VXMV+i9vN0*Y4zpn2h`qJG?|~O^4I4r%xqt1sgP&$|
z|C)RKXW(E0@ZDYXfByhz9B@U=I6$|#ShC|6{8;8<|5+@#*PE9W0vnKk`^<Gj$#VZ6
z58zn*_8@3KV1bm$ydvOqZzWD~Z#h~V_dB`8bF-VRZ&<8)ueaW2J-K<uMj+!&n|*QS
zNnOZA-P+mru4vpMEshIu;GufzaXOlgPF3iLUxsjEd+0RCm+%*1da{%Q+QM+_uDI9V
z4xIz_6%8ZZv#ysoaZAsJ{U<2|GVqVIRl%gfv3({x`9AYrQ~4anC3I~%FaCX0a_?fX
zold;$)em-8{L?!$nVYe(UDmjl;W6~g%uI15M*0sX>on;wJZm`9>-{2oj!z3Fb8IUK
z$?-2Cvb3y>eiY#84f205v2ZoNz?WwoulyOQr+hsA4`LQ;+kCa_y5A6o{BzcI?@#f*
z3v7!{H41~hJQ~wqsBvThHSapR_J{8WpEjbjy!wQS=|G^MEgd-8AuwQJX6QFS6K&9@
zW;eSJ8%X&mmv*q*+;=HrZFF#O5HqA0kIed)RNTRwifz~~gXCQ-T;s5hvxCpKFxWt|
zg^8gt;P%@tKVRC|6mB;p>Z_z8TaL|8vhkcpfqOr6I+n;@#vJ|_0}d~!USm{k*W-ha
z@}Xdj9?lVBPU-An+VkrE(g1fCj3ljJk0x?+J>7LET&VEU*eq5W)2(t+Ip65Bp>raj
za`@gks6A3Y(*5iAAtj71&-vwsD(Y<HmWjDKbl7jmgT^iJizjje`yoD%7jy;m`2tCY
z9E5Z7=Jme%82?bn!o8OddUOz}dO4)HKhO>L-ztQ9jy<~Pd~q9{tI&Z7>;y&vxOVmH
zH`{C277O?lI=n&C1Z4}R`{TP33q4BdR^s0;D=)YG<|g<*rUM(8rCPf0Kh=obEUg~u
z>vobI8VESq@dF+mI3&NJ%b!?NQ?rJB9#p3im7bnHwsmy25)TjDoHTQtZw@#;?B-Oh
z2r`QmPp4T^3OT9HR>qyJa9*EvZ_LlSqUJd;)v6cOP|xM}0=O~ND`Sp&yz=;<F4#jZ
z4>vM>{@^tYe%T2(hr<`j?)}j8s#6)xJ|8a*USbLkMGmQ4IH^oy=TeiAy-PHM%k7*v
ziMM#6`kexDzVT)~)s~}AGV<SlO#vZ-&U+VK)6x=*!)_4!V*BA)@iPvA3oSuRFMOBw
z<{QNucd9&wl}{U6wj22q+ph^{Ip)8|1FvIUm^;1N%oh(nj6U6+Jw;EooP^Q_F6PGk
zhpTLFw0+$|aKKE^nlPLKXwe+N`gW>mUDm|hjr8r+#VKH8As0S@-9F}C6HoSo_FWFG
zpA!(=sCfuge;jbSzd*Z)b}T1-1I*RD-$rJ6!2EXY2K%n={P$rD@ZD$Dx$b*uskz_U
zCxSnh>-Su}RD5>$mJgWv19z-Bi4QUtu$kVchVlO6xojSSs*M8;0vjg)KFDokcuY=B
z>B}u4wmc~p^>M5E1WvLX)=jG)bxw9>JO*W_0&$pZvNw~@Y@Nq0<_H_iI6Ko_8Yrxj
zKh?Dye|HVqHbZR$v}}-y`?dm{=I-sOVv|vqYbcB&%Hv<J06ZAGhM!0e`z|yZP0Vrd
zmU#tW;V4lRn|O-4zREs82sAC-be(SW*<VYB(=0x6^&j(YN@XwAR2{xJ-48j+=L8gF
zZ^r4QA9dMJP^*xwcuw#3Q&cEB=wt?Zv_u;sw~rgwzXF3S0Oljz2XZfWq_(p%W;ax?
zvCyM1rY5egGu$Z(_3BwIYsg_VyvcE@3^3HtRQSJ-$#kRJ@auEuU{s``&vyQqv?@kA
zIzD*i_JS{<xojGO`tFN|YvZ}u8^8=*Z^q*UL78q{EZJ8(wy9WH@G1<s`B6s<+jXy{
zbpUTNNINgD3EcRf=78p*xBKfGsj^88zJGSGbG^yPcG@;`Ki??}pS5|9A^Aw8OVeSO
zru@1=uy?AL{?IO90{T$EWL{p$Y*4puo~18bzUDy#th3l=0FSg?-3SCox;&{v1(_`z
zERD^d3#x2A)aS_y)DrCT3>=MqAtUGe4Iq{~Ys1W?ehn}~o;*AruPvJA9M+TviS7sQ
zd1OQK67>|ew8Z^Ky{0UZ$yEP+h^HHca2z6?{q8B6kSPyO!9%WWk}XaE^HSX3o2iaO
z0&_-&SIYbik4QKVjVieZJN9@AK0L7R+pVZUj>k+gxNxn)f3xCTrV=ui{-<Lg<is}Q
zK6Kc(OFG5R^U`lPfFsu4ukT=Q5_X7S&?D#GnXN02nFC<OVoG^aowfmRSUVp85cm#&
z0P13XUuCNx@#)j2FRuQYB)2lJyprP1LtQkYtk)Iyey-$2ivhg9N1ZK48*2j!qI`Xc
zdA|wpxqBB?o>>&0wPDh<d<*KiSHCf|0bn$4ZbRi>h(&+RgXsU}BO7;A%rNSy0Qe7M
zkBr?k$Fi5}I^xYo=`CC7xbyPsa{>Uz_WJOq0;sn-t{}_3Pw3mXZ`~XLJ9x<w$1nvQ
ze}nVoxne)N%CqgCRcsmPc}<Ge&1pbs1E$;i9xR;V{nR6<iG|mvprP+w$<F`@XJZF!
z-A`vFyV;DNOW<jc##93u#a5&U(4k{JN2Yq#8hF_&kez{AweTF(!r7eXY+(1Var+oQ
zML;BaN{1az7cQu)6TA~4Q_faApm#e{Kbt5IJ_fW={$$$PXBX`SFwR(hRS~Hi^J5f9
z^wqNZ*vuz-G*(s~VgMJka5=cpR8{2;fOAqw&(jqxVBVEMS3nf7=-mvoRnU~5cxD0*
z@~WJAR<C~0gc-W6wDEMMzZ8(GDsDyf#Six35F94eZ~srTc;FJ1K0wpN#Dw&)66Q2`
z|MYb=i!>Ynk9gk>NYU8VR&jRlj7{=dE8kRZU{-m{`Cs5d4~0y;JjDSQtYf^c{vS6(
zC(XI%&yJ6`>S@wxLM{;aPv((8as0nxFmI^I_5735oXXMfDSu*P43oQPvpOnmnQxQW
z9W8DJMu%TihTE=?#mA2IF_M)#aV#%>CM$P|;b5Dbgwed1U0$pdpfF=sy8CDTHd%a}
z{$$s1*SvyngMvE_M$4g0|I2en{AWXFx!E%oELSWIktzFy=Xa+=L-XDH_`5Y#g5NN!
z`rd@BI5J<?d7skg0iWEW!&e?O*qWd^TQMKPO}cN?vBEQBIh(5FrCO@iS|Q<yv4`Qs
z)?_|rY;&<!nk?+pW=h2Ofo(q57sM|Va5K|O?y$}O&w(Sb`2D}500hj>)FN=L*wo8J
f#s5QKe11*f0WBp&>faG20RA3o=|RghEW`d6*$I~N

literal 0
HcmV?d00001

diff --git a/python/demo/documented/lshape.xml.gz b/python/demo/documented/lshape.xml.gz
new file mode 100644
index 0000000..e92aff5
--- /dev/null
+++ b/python/demo/documented/lshape.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:f23c7cfc3202259d07f70a6063f37c6c04a8a22c0dd51b966cd17338eb5c2eac
+size 3420
diff --git a/python/demo/documented/maxwell-eigenvalues/demo_maxwell-eigenvalues.py.rst b/python/demo/documented/maxwell-eigenvalues/demo_maxwell-eigenvalues.py.rst
new file mode 100644
index 0000000..27c2975
--- /dev/null
+++ b/python/demo/documented/maxwell-eigenvalues/demo_maxwell-eigenvalues.py.rst
@@ -0,0 +1,277 @@
+..  # -*- coding: utf-8 -*-
+
+.. codeauthor:: Douglas N. Arnold <arnold@umn.edu>,
+                Patrick E. Farrell <patrick.farrell@maths.ox.ac.uk>
+
+Stable and unstable finite elements for the Maxwell eigenvalue problem
+======================================================================
+
+The Maxwell eigenvalue problem seeks eigenvalues :math:`\lambda` and
+the corresponding nonzero vector-valued eigenfunctions :math:`u`
+satisfying the partial differential equation
+
+.. math::
+    \operatorname{curl}\operatorname{curl} u = \lambda u \text{ in $\Omega$}
+
+(we have simplified slightly by setting the material parameters equal
+to 1).  The PDE is to be supplemented with boundary conditions, which
+we take here to be the essential boundary condition
+
+.. math::
+    u \times n = 0 \text{ on $\partial\Omega$}.
+
+The eigenvalues :math:`\lambda` are all real and non-negative, but
+only the positive ones are of interest, since, if :math:`\lambda >0`,
+then it follows from the PDE that :math:`\operatorname{div} u = 0`,
+which is also a requirement of Maxwell's equations.  There exist, in
+addition, an infinite-dimensional family of eigenfunctions with
+eigenvalue :math:`\lambda=0`, since for any smooth function
+:math:`\phi` vanishing to second order on the boundary,
+:math:`u=\operatorname{grad}\phi` is such an eigenfunction.  But these
+functions are not divergence-free and should not be considered Maxwell
+eigenfunctions.
+
+Model problem
+-------------
+
+In this demo we shall consider the Maxwell eigenvalue problem in two
+dimensions with the domain :math:`\Omega` taken to be the square
+:math:`(0,\pi)\times(0,\pi)`, since in that case the exact eigenpairs
+have a simple analytic expression.  They are
+
+.. math::
+    u(x,y) = (\sin m x, \sin n y), \quad \lambda = m^2 + n^2,
+
+for any non-negative integers :math:`m` and :math:`n,` not both zero.
+Thus the eigenvalues are
+
+.. math::
+    \lambda = 1, 1, 2, 4, 4, 5, 5, 8, 9, 9, 10, 10, 13, 13, \dots
+
+In the demo program we compute the 12 eigenvalues nearest 5.5, and so
+should obtain the first 12 numbers on this list, ranging from 1 to 10.
+
+The weak formulation and the finite element method
+--------------------------------------------------
+
+A weak formulation of the eigenvalue problem seeks :math:`0\ne u\in
+H_0(\operatorname{curl})` and :math:`\lambda>0` such that
+
+.. math::
+   \int_{\Omega} \operatorname{curl} u\, \operatorname{curl}v\, {\rm d} x
+   = \lambda \int_{\Omega} u v\, {\rm d} x \quad \forall \ v\in H_0(\operatorname{curl}),
+
+where :math:`H_0(\operatorname{curl})` is the space of
+square-integrable vector fields with square-integrable curl and
+satisfying the essential boundary condition.  If we replace
+:math:`H_0(\operatorname{curl})` in this formulation by a finite
+element subspace, we obtain a finite element method.
+
+Stable and unstable finite elements
+-----------------------------------
+
+We consider here two possible choices of finite element spaces.  The
+first, the Nédélec edge elements, which are obtained in FEniCS as
+``FunctionSpace(mesh, 'H1curl', 1)``, are well suited to this problem
+and give an accurate discretization.  The second choice is simply the
+vector-valued Lagrange piecewise linears: ``VectorFunctionSpace(mesh,
+'Lagrange', 1)``.  To the uninitiated it usually comes as a surprise
+that the Lagrange elements do not provide an accurate discretization
+of the Maxwell eigenvalue problem: the computed eigenvalues do not
+converge to the true ones as the mesh is refined!  This is a subtle
+matter connected to the stability theory of mixed finite element
+methods.  See `this paper
+<http://umn.edu/~arnold/papers/icm2002.pdf>`_ for details.
+
+While the Nédélec elements behave stably for any mesh, the failure of
+the Lagrange elements differs on different sorts of meshes.  Here we
+compute with two structured meshes, the first obtained from a
+:math:`40\times 40` grid of squares by dividing each with its
+positively-sloped diagonal, and the second the crossed mesh obtained
+by dividing each subsquare into four using both diagonals.  The output
+from the first case is:
+
+.. code-block:: none
+
+    diagonal mesh
+    Nédélec:   [ 1.00  1.00  2.00  4.00  4.00  5.00  5.00  8.01  8.98  8.99  9.99  9.99]
+    Lagrange:  [ 5.16  5.26  5.26  5.30  5.39  5.45  5.53  5.61  5.61  5.62  5.71  5.73]
+    Exact:     [ 1.00  1.00  2.00  4.00  4.00  5.00  5.00  8.00  9.00  9.00 10.00 10.00]
+
+Note that the eigenvalues calculated using the Nédélec elements are
+all correct to within a fraction of a percent. But the 12 eigenvalues
+computed by the Lagrange elements are certainly all *wrong*, since
+they are far from being integers!
+
+On the crossed mesh, we obtain a different mode of failure:
+
+.. code-block:: none
+
+    crossed mesh
+    Nédélec:   [ 1.00  1.00  2.00  4.00  4.00  5.00  5.00  7.99  9.00  9.00 10.00 10.00]
+    Lagrange:  [ 1.00  1.00  2.00  4.00  4.00  5.00  5.00  6.00  8.01  9.01  9.01 10.02]
+    Exact:     [ 1.00  1.00  2.00  4.00  4.00  5.00  5.00  8.00  9.00  9.00 10.00 10.00]
+
+Again the Nédélec elements are accurate.  The Lagrange elements also
+approximate most of the eigenvalues well, but they return a *totally
+spurious* value of 6.00 as well.  If we were to compute more
+eigenvalues, more spurious ones would be returned.  This mode of
+failure might be considered more dangerous, since it is harder to
+spot.
+
+The implementation
+------------------
+
+**Preamble.** First we import ``dolfin`` and ``numpy`` and make sure
+that dolfin has been configured with PETSc and SLEPc (since we depend
+on the SLEPc eigenvalue solver). ::
+
+  from dolfin import *
+  import numpy as np
+  if not has_linear_algebra_backend("PETSc"):
+      print("DOLFIN has not been configured with PETSc. Exiting.")
+      exit()
+  if not has_slepc():
+      print("DOLFIN has not been configured with SLEPc. Exiting.")
+      exit()
+
+**Function eigenvalues.**
+The function ``eigenvalues`` takes the finite element space ``V`` and the
+essential boundary conditions ``bcs`` for it, and returns a requested
+set of Maxwell eigenvalues (specified in the code below)
+as a sorted numpy array::
+
+  def eigenvalues(V, bcs):
+
+We start by defining the bilinear forms on the right- and left-hand
+sides of the weak formulation::
+
+  #
+      # Define the bilinear forms on the right- and left-hand sides
+      u = TrialFunction(V)
+      v = TestFunction(V)
+      a = inner(curl(u), curl(v))*dx
+      b = inner(u, v)*dx
+
+Next we assemble the bilinear forms ``a`` and ``b`` into PETSc
+matrices ``A`` and ``B``, so the eigenvalue problem is converted into
+a generalized matrix eigenvalue problem :math:`Ax=\lambda B x`.
+During the assembly step the essential boundary conditions are
+incorporated by modifying the rows and columns of the matrices corresponding to
+constrained boundary degrees of freedom.  We use ``assemble_system``
+rather than ``assemble`` to do the assembly, since it maintains the
+symmetry of the matrices.  ``assemble_system`` is designed for source
+problems, rather than eigenvalue problems, and requires a right-hand
+side linear form, so we define a dummy form to feed it. ::
+
+  #
+      # Assemble into PETSc matrices
+      dummy = v[0]*dx
+      A = PETScMatrix()
+      assemble_system(a, dummy, bcs, A_tensor=A)
+      B = PETScMatrix()
+      assemble_system(b, dummy, bcs, A_tensor=B)
+
+We zero out the rows of :math:`B` corresponding to constrained
+boundary degrees of freedom, so as not to introduce spurious
+eigenpairs with nonzero boundary DOFs. ::
+
+  #
+      [bc.zero(B) for bc in bcs]
+
+Now we solve the generalized matrix eigenvalue problem using the SLEPc
+package.  The behavior of the ``SLEPcEigenSolver`` is controlled by a
+parameter set (use ``info(solver, True)`` to see all possible
+parameters).  We use parameters to set the eigensolution method to
+Krylov-Schur, which is good for computing a subset of the eigenvalues
+of a sparse matrix, and to tell SLEPc that the matrices ``A`` and
+``B`` in the generalized eigenvalue problem are symmetric
+(Hermitian). ::
+
+  #
+      solver = SLEPcEigenSolver(A, B)
+      solver.parameters["solver"] = "krylov-schur"
+      solver.parameters["problem_type"] = "gen_hermitian"
+
+We specify that we want 12 eigenvalues nearest in magnitude to a
+target value of 5.5.  Note that when the ``spectrum`` parameter is set
+to ``target magnitude``, the ``spectral_transform`` parameter should
+be set to ``shift-and-invert`` and the ``spectral_shift`` parameter
+should be set equal to the target. ::
+
+  #
+      solver.parameters["spectrum"] = "target magnitude"
+      solver.parameters["spectral_transform"] = "shift-and-invert"
+      solver.parameters["spectral_shift"] = 5.5
+      neigs = 12
+      solver.solve(neigs)
+
+Finally we collect the computed eigenvalues in list which we convert
+to a numpy array and sort before returning.  Note that we are not
+guaranteed to get the number of eigenvalues requested.  The function
+``solver.get_number_converged()`` reports the actual number of
+eigenvalues computed, which may be more or less than the number
+requested. ::
+
+  #
+      # Return the computed eigenvalues in a sorted array
+      computed_eigenvalues = []
+      for i in range(min(neigs, solver.get_number_converged())):
+          r, _ = solver.get_eigenvalue(i) # ignore the imaginary part
+          computed_eigenvalues.append(r)
+      return np.sort(np.array(computed_eigenvalues))
+
+**Function print_eigenvalues.** Given just a mesh, the function
+``print_eigenvalues`` calls the preceding function ``eigenvalues`` to
+solve the Maxwell eigenvalue problem for each of the two finite
+element spaces, Nédélec and Lagrange, and prints the results, together
+with the known exact eigenvalues::
+
+  def print_eigenvalues(mesh):
+
+First we define the Nédélec edge element space and the essential
+boundary conditions for it, and call ``eigenvalues`` to compute the
+eigenvalues.  Since the degrees of freedom for the Nédélec space are
+tangential components on element edges, we simply need to constrain
+all the DOFs associated to boundary points to zero. ::
+
+  #
+      nedelec_V   = FunctionSpace(mesh, "N1curl", 1)
+      nedelec_bcs = [DirichletBC(nedelec_V, Constant((0.0, 0.0)), DomainBoundary())]
+      nedelec_eig = eigenvalues(nedelec_V, nedelec_bcs)
+
+Then we do the same for the vector Lagrange elements.  Since the
+Lagrange DOFs are both components of the vector, we must specify which
+component must vanish on which edges (the x-component on horizontal
+edges and the y-component on vertical edges). ::
+
+  #
+      lagrange_V   = VectorFunctionSpace(mesh, "Lagrange", 1)
+      lagrange_bcs = [DirichletBC(lagrange_V.sub(1), 0, "near(x[0], 0) || near(x[0], pi)"),
+                      DirichletBC(lagrange_V.sub(0), 0, "near(x[1], 0) || near(x[1], pi)")]
+      lagrange_eig = eigenvalues(lagrange_V, lagrange_bcs)
+
+The true eigenvalues are just the 12 smallest numbers of the form
+:math:`m^2 + n^2`, :math:`m,n\ge0`, not counting 0. ::
+
+  #
+      true_eig = np.sort(np.array([float(m**2 + n**2) for m in range(6) for n in range(6)]))[1:13]
+
+Finally we print the results::
+
+  #
+      np.set_printoptions(formatter={'float': '{:5.2f}'.format})
+      print("Nedelec:  {}".format(nedelec_eig))
+      print("Lagrange: {}".format(lagrange_eig))
+      print("Exact:    {}".format(true_eig))
+
+**Calling the functions.** To complete the program, we call
+``print_eigenvalues`` for each of two different meshes ::
+
+  mesh = RectangleMesh(Point(0, 0), Point(pi, pi), 40, 40)
+  print("\ndiagonal mesh")
+  print_eigenvalues(mesh)
+
+  mesh = RectangleMesh(Point(0, 0), Point(pi, pi), 40, 40, "crossed")
+  print("\ncrossed mesh")
+  print_eigenvalues(mesh)
diff --git a/python/demo/documented/mixed-poisson/demo_mixed-poisson.py.rst b/python/demo/documented/mixed-poisson/demo_mixed-poisson.py.rst
new file mode 100644
index 0000000..e58b9e4
--- /dev/null
+++ b/python/demo/documented/mixed-poisson/demo_mixed-poisson.py.rst
@@ -0,0 +1,257 @@
+
+.. _demo_mixed_poisson:
+
+Mixed formulation for Poisson equation
+======================================
+
+This demo is implemented in a single Python file,
+:download:`demo_mixed-poisson.py`, which contains both the variational
+forms and the solver.
+
+This demo illustrates how to solve Poisson equation using a mixed
+(two-field) formulation. In particular, it illustrates how to
+
+* Use mixed and non-continuous finite element spaces
+* Set essential boundary conditions for subspaces and H(div) spaces
+* Define a (vector-valued) expression using additional geometry information
+
+
+Equation and problem definition
+-------------------------------
+
+An alternative formulation of Poisson equation can be formulated by
+introducing an additional (vector) variable, namely the (negative)
+flux: :math:`\sigma = \nabla u`. The partial differential equations
+then read
+
+.. math::
+   \sigma - \nabla u &= 0 \quad {\rm in} \ \Omega, \\
+   \nabla \cdot \sigma &= - f \quad {\rm in} \ \Omega,
+
+with boundary conditions
+
+.. math::
+   u = u_0 \quad {\rm on} \ \Gamma_{D},  \\
+   \sigma \cdot n = g \quad {\rm on} \ \Gamma_{N}.
+
+The same equations arise in connection with flow in porous media, and
+are also referred to as Darcy flow.
+
+After multiplying by test functions :math:`\tau` and :math:`v`,
+integrating over the domain, and integrating the gradient term by
+parts, one obtains the following variational formulation: find
+:math:`\sigma \in \Sigma` and :math:`v \in V` satisfying
+
+.. math::
+   \int_{\Omega} (\sigma \cdot \tau + \nabla \cdot \tau \ u) \ {\rm d} x
+   &= \int_{\Gamma} \tau \cdot n \ u \ {\rm d} s
+   \quad \forall \ \tau \in \Sigma, \\
+
+   \int_{\Omega} \nabla \cdot \sigma v \ {\rm d} x
+   &= - \int_{\Omega} f \ v \ {\rm d} x
+   \quad \forall \ v \in V.
+
+Here :math:`n` denotes the outward pointing normal vector on the
+boundary. Looking at the variational form, we see that the boundary
+condition for the flux (:math:`\sigma \cdot n = g`) is now an
+essential boundary condition (which should be enforced in the function
+space), while the other boundary condition (:math:`u = u_0`) is a
+natural boundary condition (which should be applied to the variational
+form). Inserting the boundary conditions, this variational problem can
+be phrased in the general form: find :math:`(\sigma, u) \in \Sigma_g
+\times V` such that
+
+.. math::
+
+   a((\sigma, u), (\tau, v)) = L((\tau, v))
+   \quad \forall \ (\tau, v) \in \Sigma_0 \times V
+
+where the variational forms :math:`a` and :math:`L` are defined as
+
+.. math::
+
+   a((\sigma, u), (\tau, v)) &=
+     \int_{\Omega} \sigma \cdot \tau + \nabla \cdot \tau \ u
+   + \nabla \cdot \sigma \ v \ {\rm d} x \\
+   L((\tau, v)) &= - \int_{\Omega} f v \ {\rm d} x
+   + \int_{\Gamma_D} u_0 \tau \cdot n  \ {\rm d} s
+
+and :math:`\Sigma_g = \{ \tau \in H({\rm div}) \text{ such that } \tau \cdot n|_{\Gamma_N} = g \}`
+and :math:`V = L^2(\Omega)`.
+
+To discretize the above formulation, two discrete function spaces
+:math:`\Sigma_h \subset \Sigma` and :math:`V_h \subset V` are needed
+to form a mixed function space :math:`\Sigma_h \times V_h`. A stable
+choice of finite element spaces is to let :math:`\Sigma_h` be the
+Brezzi-Douglas-Marini elements of polynomial order :math:`k` and let
+:math:`V_h` be discontinuous elements of polynomial order :math:`k-1`.
+
+We will use the same definitions of functions and boundaries as in the
+demo for Poisson's equation. These are:
+
+* :math:`\Omega = [0,1] \times [0,1]` (a unit square)
+* :math:`\Gamma_{D} = \{(0, y) \cup (1, y) \in \partial \Omega\}`
+* :math:`\Gamma_{N} = \{(x, 0) \cup (x, 1) \in \partial \Omega\}`
+* :math:`u_0 = 0`
+* :math:`g = \sin(5x)`   (flux)
+* :math:`f = 10\exp(-((x - 0.5)^2 + (y - 0.5)^2) / 0.02)`   (source term)
+
+With the above input the solution for :math:`u` and :math:`\sigma` will look as
+follows:
+
+.. image:: mixed-poisson_u.png
+    :scale: 75 %
+    :align: center
+
+.. image:: mixed-poisson_sigma.png
+    :scale: 75 %
+    :align: center
+
+
+Implementation
+--------------
+
+This demo is implemented in the :download:`demo_mixed-poisson.py`
+file.
+
+First, the required modules are imported::
+
+    from dolfin import *
+    import matplotlib.pyplot as plt
+
+Then, we need to create a :py:class:`Mesh <dolfin.cpp.Mesh>` covering
+the unit square. In this example, we will let the mesh consist of 32 x
+32 squares with each square divided into two triangles::
+
+    # Create mesh
+    mesh = UnitSquareMesh(32, 32)
+
+.. index::
+   pair: FunctionSpace; Brezzi-Douglas-Marini
+   pair: FunctionSpace; Discontinous Lagrange
+
+Next, we need to build the function space. ::
+
+    # Define finite elements spaces and build mixed space
+    BDM = FiniteElement("BDM", mesh.ufl_cell(), 1)
+    DG  = FiniteElement("DG", mesh.ufl_cell(), 0)
+    W = FunctionSpace(mesh, BDM * DG)
+
+The second argument to :py:class:`FunctionSpace
+<dolfin.functions.functionspace.FunctionSpace>` specifies underlying
+finite element, here mixed element obtained by ``*`` operator.
+
+.. math::
+
+    W = \{ (\tau, v) \ \text{such that} \ \tau \in BDM, v \in DG \}.
+
+Next, we need to specify the trial functions (the unknowns) and the
+test functions on this space. This can be done as follows::
+
+    # Define trial and test functions
+    (sigma, u) = TrialFunctions(W)
+    (tau, v) = TestFunctions(W)
+
+In order to define the variational form, it only remains to define the
+source function :math:`f`. This is done just as for the :ref:`Poisson
+demo <demo_poisson_equation>`::
+
+    # Define source function
+    f = Expression("10*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2)) / 0.02)", degree=2)
+
+We are now ready to define the variational forms a and L. Since,
+:math:`u_0 = 0` in this example, the boundary term on the right-hand
+side vanishes. ::
+
+    # Define variational form
+    a = (dot(sigma, tau) + div(tau)*u + div(sigma)*v)*dx
+    L = - f*v*dx
+
+It only remains to prescribe the boundary condition for the
+flux. Essential boundary conditions are specified through the class
+:py:class:`DirichletBC <dolfin.fem.bcs.DirichletBC>` which takes three
+arguments: the function space the boundary condition is supposed to be
+applied to, the data for the boundary condition, and the relevant part
+of the boundary.
+
+We want to apply the boundary condition to the first subspace of the
+mixed space. Subspaces of a mixed :py:class:`FunctionSpace
+<dolfin.functions.functionspace.FunctionSpace>` can be accessed
+by the method :py:func:`sub
+<dolfin.functions.functionspace.FunctionSpace.sub>`. In our case,
+this reads ``W.sub(0)``. (Do *not* use the separate space ``BDM`` as
+this would mess up the numbering.)
+
+Next, we need to construct the data for the boundary condition. An
+essential boundary condition is handled by replacing degrees of
+freedom by the degrees of freedom evaluated at the given data. The
+:math:`BDM` finite element spaces are vector-valued spaces and hence
+the degrees of freedom act on vector-valued objects. The effect is
+that the user is required to construct a :math:`G` such that :math:`G
+\cdot n = g`.  Such a :math:`G` can be constructed by letting :math:`G
+= g n`. In particular, it can be created by subclassing the
+:py:class:`Expression <dolfin.functions.expression.Expression>`
+class. Overloading the ``eval_cell`` method (instead of the usual
+``eval``) allows us to extract more geometry information such as the
+facet normals. Since this is a vector-valued expression, we also need
+to overload the ``value_shape`` method.
+
+.. index::
+   single: Expression; (in Mixed Poisson demo)
+
+::
+
+    # Define function G such that G \cdot n = g
+    class BoundarySource(UserExpression):
+        def __init__(self, mesh, **kwargs):
+            self.mesh = mesh
+            super().__init__(**kwargs)
+        def eval_cell(self, values, x, ufc_cell):
+            cell = Cell(self.mesh, ufc_cell.index)
+            n = cell.normal(ufc_cell.local_facet)
+            g = sin(5*x[0])
+            values[0] = g*n[0]
+            values[1] = g*n[1]
+        def value_shape(self):
+            return (2,)
+
+    G = BoundarySource(mesh, degree=2)
+
+Specifying the relevant part of the boundary can be done as for the
+Poisson demo (but now the top and bottom of the unit square is the
+essential boundary): ::
+
+    # Define essential boundary
+    def boundary(x):
+        return x[1] < DOLFIN_EPS or x[1] > 1.0 - DOLFIN_EPS
+
+Now, all the pieces are in place for the construction of the essential
+boundary condition: ::
+
+    bc = DirichletBC(W.sub(0), G, boundary)
+
+To compute the solution we use the bilinear and linear forms, and the
+boundary condition, but we also need to create a :py:class:`Function
+<dolfin.functions.function.Function>` to store the solution(s). The
+(full) solution will be stored in the ``w``, which we initialise using
+the :py:class:`FunctionSpace
+<dolfin.functions.functionspace.FunctionSpace>` ``W``. The actual
+computation is performed by calling :py:func:`solve
+<dolfin.fem.solving.solve>`. The separate components ``sigma`` and
+``u`` of the solution can be extracted by calling the :py:func:`split
+<dolfin.functions.function.Function.split>` function. Finally, we plot
+the solutions to examine the result. ::
+
+    # Compute solution
+    w = Function(W)
+    solve(a == L, w, bc)
+    (sigma, u) = w.split()
+
+    # Plot sigma and u
+    plt.figure()
+    plot(sigma)
+
+    plt.figure()
+    plot(u)
+
+    plt.show()
diff --git a/python/demo/documented/mixed-poisson/mixed-poisson_sigma.png b/python/demo/documented/mixed-poisson/mixed-poisson_sigma.png
new file mode 100644
index 0000000000000000000000000000000000000000..87ec57231b3d217d1f7a5d01040d85180880d107
GIT binary patch
literal 78506
zcmeEt^-~^Au=V0ja1xy0PH=ya;O-V2g1fsUKyY_=3&Gvp-Q8Ut+~wo_s_tKL@7DaV
zJ5@8aH9d2>`^@PO1vzmPL_9<Q08k_)zAFI$qy_*$M8iXV^t`HvOaK50Ao*QL#V!4G
z&GiSC=^Na|#HbZ`q<cCH1|1p+5pmJ7@;>&EqVWEQhhYe1;evEa*b!x+8M&Cz<f138
zs6zg|ZvFjQ$_8-_Bwic2t8Q!-9~jrSvgeeghW>d8JQK9dg$gZ%20f)Z<$DK#_VL=A
z6#`BAUr#{{2|0WKNi!S9?~m^9Nn!!fB=7-;(-LSHAKyB72*Lp*@VU}tLJ}XtoXpAL
z5duj5Fh=~};Qwt4_Kz-wsSF5rSGzSOh8IG6w^bk*cwHJ0M0;-{<qWG^OG!jD%cBwN
z2JBh{zfrGkMG`Trw{+i_5|ap_`8t!shrF8_!iE4h8RL^|46({o^Gy&pX*2>YOJ^Iu
zasX&5#NQBDvNIG*<EcjfKwvk7fQPb=P51JSwxkZPf8hlIq!v<0oxYF8HB0O=JBXa)
z`ttSR@hWjyHJ#QV`~;4<`Zc<rz><nvB7yrBcc-TFAn?V<Bqv`#CMgK)L)d1aetV9M
z1DKB)(ShI;{I}xW2q(*FECUgLCZEzq?ZU$_Ny?Z|qIM-lH6_rRZAOh`i%oTmA)|X|
zD1RjAi2y#}!IJEk$)AqeW?|bcQpT^kpV65{TlJFNJM10^yZOu30D4)gQRc1a=RN?n
z^#EYDjHtFtW91V1uFOU~tkHc%!*wvwiOy7N)Gz&2Tq-w6^05MRTl+CD66wcJVjtzf
z?AYK&wdf3Ptlm~>m%;)?Fo`(l{)C}<8*cTCj+8POf3Q_njSWWaVkD&0i7x6v!jCp^
zevfHTKr(Hs|7Ae6mFb?`L8a<3Xv^!rY5!Y5QBjIXMTCHr_4uFb6khD=^?N7{GXYOu
z>tB%R=9KP@M<BjaB9)_Pv`kKW#(wTxx>f&-rCc?j*tBrF7Ow`RWWhq;V)x4>eYBuY
zF&BEi7w+i2&fz<a<7?IeSxg|%yE@omX{@!i)wgCMlizdIhVvf{#_wJ|Q9*dtBSv3@
zMU^84p7R7t>ZTw===iZt{wnqMYY|SrVyu|*FPc%yaX6uUh^42|xPlU~ohm&zHjc1;
z2uz-fmB#j6JOi!e{&~8p3j}ru`SCNIx)0+5&jTbtop^@tsU}9RbJz}7XfB8CdaKjX
zbR3mDr2glAW0tdxj`xiX3OYK=qv-<iC?Xg^#rTPX=cA%59<Z{S+TFS*_>%Ma=BVal
zkfrDD$KLD+t%ucf3fMev=ymO&@bPMMx;&Y-&2r`~2Q~p&|IFLahgIDQ6_EtO%S^3<
zNEw{elchQ&hP+IrT9CvBenB{}=eY_DyEX$ink3~so15C=zRh)gN;_qXM>0MNj7o|<
znaWWflDx+h))Kz<626yNPV3P2{F`KF3F^8j-;DYnuMh6Q8(@bf02z<%(4whtV=oX_
zH<{H`PEm2H>la*x9F?Dd_Y=Kdd+W787%r2~^I3x|B_>d(^}3g&r@Qit>ciH7UeB@G
z|8f!_kO|_0_t)v;UoV1M+JCDa7FX}+%E^E-imKVFifUHx!P8fJBqP;rR3R`J@!)sY
za*6~`9U!P;_S9>#Qa?%;o09%%9i3a4UP%Gw<TQsS7j%q;u-$CJk)~d*b-NoUZ?oEX
z86!@Fju;3Kpu*`9>c&hQc;3#bCo$?gt+{US-z^$_je+-DvjMrD6Ldg{Dgttue2+_}
zStWB8KtVx)*H>MU0Ly1P=*t$F7I|p>nP(e7x;>%ITgAmCYr^CJ7<7(b>tx`j+_=r9
zvn^wyTH!x)4=hg^@fh{l#y9QIHV$sTa?_;E(_lzseFnKu=O*Vc9TWWAUuh{%CE9Mk
zH&2V=f?eGsCe*4NpSs6!Z$OBBrHhCYKnd3);ce{3%48gW?d9;4_WP=#(Y}U2@`!3O
z=Y#8)*loFr@PTfa6|5cY6Yt$d?IRqm_v@Z%9M%}{&}V%FvNJ#=AunZuu6s0xsN%tR
zM$O8ZJm2N_gO+rVuP$Yr^E&It!_HpUMp*Z;^%m}|K0K*!p)9zC*iHSavjxKs-!*Mg
zbSsWZ2TA?Uu~cIX$g@W&kd_dWHC3}=7CUp;>pGth$X79|ZhU880pu{XYx`hGJpSf8
zO!URDAe)vOLli$ry0mT8Ehqy{JqcbX)P7ku)=gzxUW3Y|zR)U0%D>tE)N^<=M<mI-
zQIpWC4#ItS`VMI;t5ZVP)hgqm*gNDM$CD2$5%RfR%$+ABB`p-m6Bj5gJu;e(r%Osm
z9JXq!so{Wh3$wE~%Ny1`HvQrLopr^LkiRLk!F|J(bMZ?2aaAr;zH>05Jm7mF8j01a
zO!{t6f-mS+dU3M%4?im|bNw*wxtYy{E$+2m{%<}o>J{N*n_hm8jNq37f<3}M|0I@T
zoTJiDCnWrffn0KOQ}L&KSwo_GQ5%CLotQ)rpK<(6FK49+uK<YFg2CbA{P!_MuhnuI
zFKnQ&a>5{(1muo!Bn9%eExXJJ=)7J=ntx8E&Z!!{9uSa(zI>lR;ar`3q$D=a^1jn_
zak)!m(DrEpb%^Nd>MAKsn}CML#y&v8_h8MgDuRug+H5$U<`d}UqK@BfT3q5KhjL?l
z)JFkce`sNvX#_jumpQ=5`@`k;C)|%++4KGEZJ71OzDj9e)K{(bSv%`rM{%`Z4O=yo
zO(LY7CRbH@N(aSex0vY(Ohv;aYG^{qH;20R^K4ANoR@70%TP%1UwJeTb8ekqICKTh
zyxniQ{oY0bm`<;}St_}UD=N3bE${PSqcXw>7>zXV`uT;FGAhLj54ZX+;yn{MTV*K;
zF?zxMMGFghzTOKut_-@ZZri;f>MPfwLT>w`DMG(sFQax`T8KRkb3WeN-rt@9NGPa}
zgXwX1x@76u`2lwzEg8P+#SU^&@izaic&^{a?5Pk6>cg~9G{G?*EPaX0I<*D`Bh%d`
z{AWBb^1&*yl5?{m5r65U)kK+r(Fm(E#ZP_)wiY+u(1}{b&r*F3g<K;z=_HW)B{#F@
zHFM{6^$AawEr;e(&gqLPTjkG7%asE^%Px@Jztcu5ah{<xRd)588k~zq^2?{5jtQX3
z?74^=r(PW5-(7;u-&%`8Nqi!9<)4~)+EE;rs!hUh7*cs%&yVNI-p9rtA0IP*MdwmS
z?p$484@BS(6dkqQuRmW75N~*0kC~gBbEKgN%E*lJ->*7aXSRh&%uru~YBv?PIBnek
z`e&`w=zidHokDWl7~~<RihhAUtHVKLwQ~VI&=RBFFzS2_DyZ87>?~Ru4m74}CweRT
zzXS`ASTkN>o3vmV)`LZI)t^&R5m&FVx-i(uHdg^d7L$1`TlaeF6mBfG$r3UUiJC&k
z1fsryG<eKa%Vv0<ttvG!F7h}dF|mOkTQiYlFin23&>OS%!RpV-Xd9slzo$|3$}tmN
zo>E{G+wVC7r+-;%u!2O?m33|(fqH@+fhqH69D0pP$AfXzGBy6!n;EaTeWuG5OG`^k
zOiW(eiHQkUE`pq#oR_iNlZB2CwEFN5{e6GROG{}P7~1NCWod=CeT%hO+BOvpHk^c(
zRZ<POgZ6r}0j@K<W&58QoM2{N{n$TY`p2WQ%_isVGoq51zlR*Zv!Lu%^_c9D6P?#X
zE&l@Z0K3)>zdz}Z-dfq&dUSe+{@F4-`Gzk$wfDT%Opd<6h}emqf64`U7rP_r&Yg^-
zkN}=HfBplZVw{3|HW%ToimE>ou%8Piv>d1%-5_c;5OdV7!tG?B`c)?H{sqF&bg&05
zw8*<S<%*OB4PkqjE0Wje#qIs=)zQJB-g>3}1G&ly^jmD!ngfG_UDvD4X9|0JzXusS
zJl`G9S)Q*pWw;Iw4~K?^HrI>G1w=RA1&v|RYty|pt7LwYMO#bDY)sZ{>1Id}q7_L%
zcfm)>{udtcneH=}s4=S@x*|N73|<z8L){)_EL}<7R@VZKS--Gzx|{YU0Kt})7S*%A
zwHTeQxEkubHDWx6uC^YQBcI8-)S$^MP(cjabZPlhw#_?5QZl?W4pgO@+pN7|YObeD
zbmOvDgeM_D&)%L*ei_{$9NdcSaY14E6jwcnzWuoJ>r;ohIn7O_?!Of`$+>T~Z&Zmw
zu95{>JT9efO-!d%L6wgiaBn#iG(s<dmvyO2R_kq^_pB3q%34}HA3k`)Vc_)CDsO7>
zjbv<W%(mn8uGV~J*>&;b%=8(WcWA1s-!EHMjHR-lq!I}r2yf$Q-W4>y+x^rj@%m_e
zxUn%aU%Z*;<{?!9v((UYS>p9=XLGYu2)~`8COpi7c~%Z6b&qaSXVxn~ibxQl7wu1R
zA>~~TfwOXze5t{rf}~>o$%%Pk(+Xs5_{xuoeG_+BfozPD;^rR4)Le+e*zaB~hsma@
z;XrNWj)+;9IAZn$B#mFttILlcel17Q-Y@lL0B>eB53<#Wr0Jz;zdc9{`)v0i<nFow
zPVZspT28}y2uHl(62t!wMj3>lgrhJb*5aX47b1t@1Lp9@(%iL4z72r3pf7Q!1S*xw
z)j%JoqhZ6RMX6*Lm(ctD^&SZc$^IJ+=y5l0t;O~F-hqn%Ff=lPf`oj?!b1)kildrg
zdz}>d1i_p(1_+CYhzJWmw6L+U$)s~BevRRKd)QgH!}{>x?@gxjQdydGI_k9Vh2MF+
z@Zyr?-XCJpwkPL1FZB%kv4EyjB@6R{#QHBy)ibMII#$0^k>vI3efKrrbLq^o?K))?
zvlJndBA^6em?25myry|yDN+<ksE1w3Gc1zd<Kzml|CkhWZI7)T%IN*8XRpjbUuOb4
zo<9T_Y1W@-*Q`XO;zWg;XaWhrZEfeM?Wbl@0!s2o3hgVRNYsT>KPzs@K@}B?W~EC9
zK=g~S-HhV%X2UOQ!y|v+Mp`+e7f)IM|0i3LmHqFiq(_3;sQcs*7v2$<7H?!Sc#L!R
z;e2^Cav9vQH>Fns{5v<1!JXSD7)=PIYRISYB%L>7bil8)0!CF2saowta;CEa<lEN8
z0#JwMQV$<F3EWJIymXL*9}lu@nZS7X_?*_uv&+lJw;pAsrR%=$ulf1;)6>%o+VzJ{
zJOD?U^;)xYL_~ycMZ@2}r*#Xu(o#|uHa6qq<EZfPjr9{>o0yp{dFh{pM{y0jr_BH@
z{%~0!8z~1k9l8RFX?w?{f4hXeJ3AXDB^4g-a9jO`#a6ZI2-(j3^`$A2x4y4K#4Sir
ztZU#a=gN#qcOgIJMtd)xNkaF@7Grv0d-5vJCThxxG*t3!xZMs}WRTKLdJ!7U(fX?w
zddUrMj}`jPUR}$pb&imE_5O|=@T55Wa$uQfgBUL^@fEV1mxvQG*{3>qpq~=?hGWm&
zrMxoYfs*AuaQ}rf4NQ%g0E>u-`c0sPiCR=E!G!i<vhgtcZScA<4x9=>&Y-k-(&|`$
zG}6GkAZvkV7pzngC?G_Fk_`nX?ZU4=_#y};n44oQ`&a6dUxE4Z^rkOTG0!fnoy}ST
z?t?(f`ugL~ji&06dO)LA=y}gd<bdJzKzhQ<^HDU&cD-1KwZ~7-(XrlUtapBdLtqZ$
z$wA-yfI%cn#e}cGO;mfqeMe{DR>&KAVuWewA(ub-)-a{C>bf7yK-&`d{4?RY$k$n>
zx7HdRFk|2OP70?#Uz5b7Ap9ag{4PmMV*`HZDc7tCA|AbxRw|h_teRwNbJ!a`$n-=N
zba!`ma$<X*xjvYv(5Ny5ueVXg(eUwkUF{A@C(@e}Q$l5zmRj_MVz1O&TUuL3godWF
zTh7PH3%HLdqkY69dUzZWU%p9q!s!|=Q&_`#ZC>J~<)A<!jhp+!GdC;v&RcQ-1f`*q
zzMspFdx~#W)?r;mxEt-7?+CQLl69)Ym#4)ng%6eS`CpVQ5OxC7lUP}h83b?b!Kq&o
zaZBrz7;cB!82$LKW6rAfnWI)*-^6kJR=O$QWVbIukOaO(b!1hu_v9<SFjpylVL0_E
z`=^~vksp;^`F&FfZuUk0@47x9x)#gu?3GI>C>RuK^zA~iDYq{_Tz`FXc9aXB4pqNB
zqLKM%rnAv~nzEt#GP~^sUwINxJk^0<`6Wu7w@eV5t}5FMEqRU~)Hm?USZMTsCc;Q<
z*evy@CJq}RNE6wwu*-p->(r;8<B8j+78S_}k48|rQ3`3a2_-T)=dDjJft1a!Na2(I
z6fA>Za*nXi4yM`Wy=Htt#1I;-uvt-vcFvut{FU%hJ|`9;|10_2<l7*WZH!5KX*|rd
z^kL+0={9A7a~O(~9%)iSPgHk7?k$vpI)87nQlp*i*QW~=gY|_-*@pT$+g3v~0UrSc
z!md`<;_{NgEcY+0q7Cg|=YtenkQ$gr^`NbO3?YZ+0npU`VfKxeBn>VL1;0}NY@9Qp
z{a%1z@y-p?(sP)zDTiB+HoJWTucZ3PCFof~!3h#UYC}Q$?QMG&LTy&8Wlsm}92!0I
zDYhLRPKA#RUMiDOPi`T|xIxx{>A>0Ay(qFjD$H|RZGXs8SRMZuC&xfqUR-$o!r<Iq
zgm?3vzUXowCc4MCkPU|w2bzJ%W_Qw}Y_a7>7A1;Nvat=!nXEY%LUsqKz?ycn7&n!j
z`TsImd7J0Ckc{~*GV}F#wkN^u^RG;#zpk`<U-RZDEcngN+vqXEJ)fb(E<3ZG6P{AR
zsWuj}5?<ug?_-I@2Ghwa=<KSRan>{slhhFyqQ<l*F3TEm>})zNhVGWj`2OJEbK~ou
zXYKl7^jEKGb>tyB6V99iAm5uH1nr20mUIvLL@^;Apsse|#`BvD0mY*?UmlZU-zZ&7
z9!4+4`h_zygQQP$P!g#Ou$yd-1)ggF^E9!4NKLOCrh4;=_Z!?os4K9!AF=GNS4tpO
z?^eX?o%eD9vObIt=v(=5$d;2L-*ud4BLiOKatQ2R?tFXs^B94W)Ir2kv^f`leu=C#
zI{K_M*S<G-e?HJ2-}lL&mUMQRhaxL5E%JlpxUer)CZ&j!3dyThV<txp0ih#wGnP79
zyRvhzQYAq6%^*q^2{2_n#-^R6qXOA9y(lK*IF<Y>UIX`zz;x2^Sp+rjR+i7gGQ0`%
z8H?hF(K<W}C}TR;`+qW3rC9LAZOo+WfMp)ijCaEReX}ig<+qUX)_@?{q7-#ZV|tJ4
zzc4T~D%%{KDaV~p-B-V@&8(z`4U^{NdE&?4F1}YWO|!8)Hz+$vJ{TBKe6$f)2*UHr
zEt=Ims(kvM_>1yPFwo|Y$3yT_uecLXipm8b>tQb4ACUkp2dYuJxL@MG7JN2ei|RKQ
z&+F6LchUaKrpfN3qtWA|ec5mq9&C&iVSA9a;=9&bF$>7~Y;LheRb0oD3IlCoVGxb<
zgec6|&o6y5kFt!?85Ljx$x#J^i5Ou(jukH3sp9$N(|KGLFM-%bF8$dRtoH#t-$Nuy
zp8d6$wMsLyLGz-4v89{`h-e|m9<aOK_ZwADz>3(m{x?DCLcTP;k7f>dZ;2l)9}(i)
zuA_fu6;`RAN$A*$rPTC}?fh{ja$3=*;KzEB&M$`WYlq1l<nA5wT224*VoL0%P04)r
zVK<1wKO)mgPo7n=dhg<IdX3{^NzsK<jK>kDbQN&#8<m<G!0jFuw%jif9SF{67~hKK
zp3yy<TSzl{6Xo-m+1<*Ybe4QO*1H=KYh2aK?fEp{G5l&anjwBiV$ccyj!)vh&1owi
z<TWeV@A;FOq8;!xC=98=qsDZOVii03DOLB-&MkcPz+Tmn7SqDFo}j(vseYfxgbF4X
z=$iO70RewXH@5oav7r4AC_KcZB)48olB?#qfBy}9znW?H)k!J)gGuRV!uBH_fYhH4
z)P?-g#&`_*!S^1--?U!HNl)4Z`fWkNN%d+KzJzg9C5EIII<Y-Qu4${^#C7D^tgBm?
z11Q<9h0sYq*Sk0w*2E-$^o?Cey9)-o4(};g>rn+##`-@zV?V4T;W{6QSK;0aU?zRr
zorXd2z(dgFvNDk`G$dfNUThuJ$yAuK>f#%^+R9C0Q@uFVKTmM)B-fQz<6MQ=TmQ4(
zF^}4>NK2UC<@`W=^dk)gleAV&xoe6Jaz^-ktFJpAq$rEKF3*EouYPaso_6>2#Mvjl
z;Afrk-9;LhgoI#cKuM~LhvZTmbdKy1kcZClyp8=Qp3CZTmZdy8iBwT$Lh)a$S^j0D
zH^w`#jRo4>@{~>1l#g_5%;i@e0c9oqie+{2Q>{EMQ}NP?1*3>vD2Z)N!+@J&R*9h}
z{<D;A&*H%@;4y(V0{JB}N8Z~EZqm9i-e9Sk?1xj~ZcBK7bKLk)T2Ef^BvBc-=iC{v
z`Fp<S=pdBSp6fh+%=)7PyK4h>AF8ouv1S*3hUhnd!+yJ*s5#>`jH<u8?t`Me5=)%u
zOXy&*n*;Gr%(agy;u~gQjPmSB9wTtr#s(?)A{-*YxLJeNdFUL2o)X%eQJ=wD*6)ph
zEJ#w+BA*2HH!lTh)8Ht;b>)TzBV!Oou(V*3=Gr47DSw?tmv_Y%rq1U&-|KRL$Om8?
z0XZGRLwAaA;?Bs*UH28Q6h}zm(%#he4BF^f?5qgCf|`>9Kp<=WH^rhebxEOi0{Vyb
zCZ9J7f7d=#;UE0)rtK9(wHiuU2i~q1dp&mlk^_OyLAq>ri1v%_1hUITiu*{6v4QF$
z0T-!_<A^`DqoP@)A2vPuc-c!`OI5)tWq?Z7?IZy}&JaII0Bam7Xs^V+tM&Avt2YWC
zBhk&4SWO|`*0j?47v2l;U&p|eLZ)0{o(WI0Q`(AwkTfB_Z(3{l;)vbf332B%>ayi?
zhuW$*&fpOW-Ke<+usx<90!ZvJJ-uieF`H{7@j)XxZyk!nBn8#4v>|`5vTnzY+bL^D
z&$93~o7*fu6-U3*;dMQHW_X>&wC$vuN=-e@c6DM6_!HlKh<}T}Bi-uaqN{5Aru%_-
z3s!Z<PtyD9{b!BkQ!2;y+O35+!$+7+To7bii0jr!5@@0_s$Vr%w6@E+w=VA#Zav5)
z*uQhz>zFwOp=IM(Pcqt0GTBaU)XHVBY179mdL3*;np#a1<EckkY4cY{$ameTDfq{4
z;|r@7<AVs+<}(9E@NW@j`oiJ+c-QFaWIHHel)>@h`S8|brxWr&l>R}$6Oz<&R3?4o
z?;F!XgS<84=EWB}^E^BkaqEDto-q^GF)N$h+Vc!u&E9py>th9Xxp&4%?EEYLksGON
zYqVuu_FMpfO_{IoYr7b%#*8%ZO}IpmQ;=~U-gn0Ut=HG@1|8#F?pVfPneSa8vJv^c
z%;a*#LDo!s;`?`ESOORCL#YmN%2{QGpK_>;gaopR8y)9fr_swMxutUM4Xvk=>7>Z#
zJ$`wSUZ;OD$lLAP=1sQwTu=oqtC)IG{gX>pk6=j@kqF`|w@nB7X;6{_JPG(I(pzre
z#0?Tr1P|dg=YCqAx*>p~e0-!0$NB39?}(#(^G6eQ8R#bH<*L+b10xck?C@LLl0*qp
z+!=TDwiIjTcCM6ZJIoL>@-vjuJX{jK?X3B=PlzY@E?dz!o@T0#amKxk5meyib2*7;
z>_qObH(0>&;|>m!=X_xV)+vk7;8Te0UUK>?9|`;_oxTB5U`Qa+gj^*;R7>v+luUNd
zUf4!Va8C`$=;9&^(%Fd@AYlIdvz8bc*;&Hy<Y_^+M>={UBkD<NW@(g`VK{au-E5J>
z20b9x$_G>AMZ9bsYqg3b)o#grfQ0X-ebVeG;Dw_(zs~!In!fbt$k9RX{-$Dk&=qYw
z=}y2+TW4&7@HLx$pqd`zKySMCA911FD<8x^3oSo{3EIc`sY6lHE>37;wW1bn{uahN
zTo<tPj{YSl=yAY8)yoK|M89dpN;KpKXfCn*1hFX#6@Km5oeJ+2{#x}R`y%dW(yo^_
zeGhWTNKnW(uMP7s%h(QGG2$IdGLz>u!er~xhe%4PS%eV86h8R*xFVL1he}{#3DtSm
zD5T;(?CMg(NgbX?)BH{tTh7F*!CMFR=Ji|f5=#78di)2@Z)Lo1JgHerQxm9j4P@BU
ztXui>6nE||EfW?6{RP>n2jTw1=8X^k819<x`7EeMt1lyRPYlEI_TeVk$`2WjIK-cf
zI<_yk{X=b7PO9c-D~vdUvW_0@WQMe{0m>xGtoHI^mx>OtbdAL2I}ztSN~8`9*Plz9
z<!ez8@IwmZFJzH1)4X`X=BNLo1;CKc{}+NpRQ6A6M&Zu>x{{%7y!>zZkB#mP9UR)~
zg_Z&y|GYWhC(QO)sBCi{%9$*b7v`x|&atgL6NvbpotyWtl;13=L1lADBy6%84dVo#
z<;|(g%u;RMx;`h6svMdZg_Mn5vehAWv-SeJq~RmokX%l_NFd(s`Tk{g7Jw0RC3!~|
zR1YEe5;6S6cG%e8>C#30JgS}b{fe_^T@jxQ#dudNjjz(kZ**67D`ux4Vd?Hv)7cBW
ziLZ!)+3-CmGTJBi#<lQ@@b^JYdg&KZy`yngpTJdndS+@Nr+sD5JCXkJl>s72mGr-I
zZD)w(c_n%j#m_VvObbl+tCJ~^ErE2rJuWt6)~+MaKeh0HkEG)vaT*7c`uHkRBsasf
z=fh{ho9d~{=8?m<6j!t@Tiz;|x;Aw=WBp;;(1&4ur;yaIrnar&qz{CcG-}nrq`Uy=
zM>3xKVMtusXRZ6s_Yz5^=Rj+-JckIXQ=cN!Khe7`h?Wztpk-1HJ@+DS&NrWH_E>tZ
z73P|26&vPn-3%3J8G(^6v=-C%ZkK(o4j-HAl{qY%e4z_9n4IdKfI~6!Fg+SLG!{A)
z67*TGJ*M6Vn{K3vAFb|Yeq~eM#)Tas_BSE^^-2R(j|UJkgVL}l((S6eg8lAI+ngt=
z_S*rR_-D80BbolBbWmogJTEc>ExyOf7COWROO&Rk1nzD@jRGU^*$1yYZ$&n&NS!W=
zqmbxOze5!OyVS;+m68kOD!$(ko7I)FMXP`m2QP;BbXySuA?zYMi@>`S2e-reZPD5+
zN>@k^DN=S=L(9Aq9-gDPHF964{WM0>(iHn5Hw^DRDr4!9X2U|eWsa{4$%c@dVTA+^
z<6^SP>Z7qZsEFXI@+wJ)YcnGG;%M1Ty^bfK$?7LRlZT>21yx?G+(D5%HkY;fnDCGA
z9z8;F5kKfHcHw}^Fs*v&#}nRH4wss!EYSsxVUAkEfiM>UX`#$02+<s`j%pQ4910$v
zl6HLuiTLZFj&*@K54nz2jZ&3zfgF^!@AT^#iY!7H7N!7#L;WKvBfAC0D}%tA>2M?i
z`z*0DC4Z?U{~5tc^ZK;#S>}%%d~$}zTx&6->S%}a&+6ubbrHNt)72CCp<CoUirNL8
zx?6uYCI_dSmY0jkkjjA1k@bCipHE6%?^;#8Nmx5xA6CMIbr0xwrF%a3BeB7zlMKi&
zgx{3UY%c4F8i=2?zW`NYhb$g|Q&utc$Q^D*iF`><kQCrF5r3HimrXN(l6@XMGc}y?
z-pzAGBl+P~0cwSBh)%R`cN=r`@aP#HE6^nFIrP`;fx_|)!VZ1#$g-FxzZnsWd6&Kk
zvKhqC?(6}f{yX_JjLIH;SiOB+xnA7GM+_FWSTL1t9lBqnI3?NVK$@s)sw<BZ-gP9<
z%ym2|Z#itY97F93jKsXlj7EiriAgV*XA5n+Z%5wh-KELbBXo=_XBInVg4-8L<nR>;
z)8dPw{Gk0|u=2Zqnr_l07Gl%`#=f+$@DjoZmic`M>=-tbU1j{h_!Jgg=XtirL^M}~
z)uO^t73beJuu9<3mm>eQhSB(Ie^GQ=8J*IlTLroUv308bQE)dO&b*NkeiScUYqtE)
z;%eK`*F+c%EowVp(qsBtQ*oBYVad`K2;D!O+uL@k_R5DH^f@7~M}BN#2bVitV-;lg
zL*cSi_)MR0q<W1Q%y6;=i*{{Ca9|)SuAOI#{MlDz`0h96%g(7BH#;5_oNt<))!X9^
zC$88SQm7sd0v`8!af5236B&Cq5aNNx+F&i%r_KPdv>*B$+M1lvz;`Mf#+kLHW(Igi
zeFoA!R^S06G*-Dpr{L4gRh-s{mQTlCsPCo<A?X%8dp0ebG)t#kxAo>yslr);5E}6X
z88u>i%r(xGibj!+uZytZF#R8qZ^ZCcg}J9poFs}%sNsp+!?Lp7@O_RE2-N}4i+d!M
zsx^NXZm{(R=4rL`%bQPjP2iq#Wt(f|MA$Ov2eWEboohO<p^`;j$?pDz##<Bd&2#Q#
zrMt)#?$~3Eq<L8&xZU+SY}_oM#9cm&a*aw&{`7Wa%}W3$X`BmsQs5|BuQa}w^sQB(
z`^4&E+IfCY^2MH#k1PzI%;z6zbm1Wpr_{c0kxV*8qIpTOQ=wPIM8A?XESC&{-#&)k
zja7<*RMMH#nXXNhW(h*p(fGUm`y)800n*Yzpi<_Y^r1eKxhe>CB02~ehw0xrk-!g+
zmn9D65GtqKM8o3SHR%XZxtLIh;J-vLLD!K2bYxtgs8pusK*^5|m82~wxZ=ai7|k<E
z9dEczTN-6YzlD}%`{6&U{vCD8=DsPU-WjT26_=t$7ykLZ`01&Fy^(iMMKHB=r91~H
zoo9bfk2m5n$FC+8Fst1!(lvD;u3*{cUey)LHz-UR5S3AsVUkK-;m|)0{2k7e8|;IA
zR`~ll%Zfq6GA{Vr8x}M`zD62ncJvYN5MTGfWA4RbiAq;hluX{w$c~-#v;D=N=~VXz
z%tG72jlPkacLnvXP^Ay;g6khZ$@v$-DYN>Rno4A+8tarpa-Z!%0J$XjB321cP@UNM
z8p;?JM7(Kb01Bhuxwj&wPi>VsFuSSa42Assl#eKA-?XZ`@BtLI_D@rYTHjwCPR&e9
zw_@BGx`;vNENpfT6zpL0n2CPT3Id!ezMUjq-?tjueyNQ@GA_-*4Eo(=db1kAqHYwL
zH-rbIfoNCeZ9Ece(#y1)GzKCrJxCJTjIAU~1W9AF)VE{G5$~4Svz8{pY#J#Np(UI9
zz_HA5ieVy0)f`ycKE{c0llf(%@nDP|6OVp#eQn3KW}jU9_i4#rM>d!y`pHmH4F&vV
zN0*!l3(#Ui1?@zu4wG6fJ@wuma|<@36{o5-ef6FODDPnbV$`w&E6{%%c~-v9+zjTu
z%5R(yA5NWR7FW7={b?CanT&56o&#r`!?9e$nS45E&~clIZlrZG-43~Hb097|zxQxz
z&=wg1mBUTy;>mF({b(-?*`T5UedpKcac`<uwkcVLn2evn<=~|zQRSY9PJS^*mYqS8
z@g|IT6C)2%+pKbo;67K2>(HN;hlfD3xw|ix)g=C$NQrVp7HdXb1Y`1?VM(dE>auZI
z@%83t+O`E-{#^odHthJD>`e6>7N_DVb2Tpy3R+tp2PKcPT2oKExr6rsw()-at(w&8
z3$vonged5Fq$|XfOhjDb{;drHKf0<tiB`9norcpT_B(Y!ZOHa<7X41~EMdri?+6|F
zp8kGFj`kV*`8I+4vEjbIQL`&t10`{4Ok7pfwaxzP+q$L?S_x&cr=8hechjS~heU_o
zKXJ_LR%3S#B|MCGiYxcf!%5rvhj|o>x0A=9&btcN><;T+&0s5ojU{2(&kV8lx`IT4
zCz!>guAx32{aShhni|91N`RJ>7XyVrOA66@eJXmMRgvXA%Sfs{!z(yi?n#3VA$Qo7
zYvjIhI<d@zM~gZqmuh5<qtq<VXuitMD5SxrLAf}0bSzvz7LQA*-P;4(Pt)X5fO8=;
zATI2Q-HP>S25U_G6zJbYVN0)t{9MOAuDcV`&fD#_>Q(3Hq{gfDDV2#&4`p+=_f;e^
z973OKahu&eIP+FditT*K&G8@i{Ts$kN+hg&JKL$(&~qZ@T}H`4xI5~aeqUzEo}Jro
z3$3p%W!>Jw{_@l}-@=0p_(B!r=<h@J1bBoj8L#oATMdk`UevGAd1dW|LbhSxgu$f|
z;Tbt-5;QSE4qD#8iqhy9-@>b!r`MuJQ^};ax-}NcB-R<fX=EC;OKlZ575N#Bo3?X2
zm!G*MCf4g=JGb^gk$$;y(_}g|ZWA|gB;#e&-cgkTF3+SM>hV(;VMO~h%KmxSt$$Cv
zcANvmVH|Wn?I*GVx{e0stC5YbJUEJNSbYkBOW|IPvL~<^)}0<6F%<mshrO?lLrzsp
zEKNzBbH}>TS`&{I6Urmk3+IBf$2-Ioj`#}?i$)=xNBh=QSy`E|&;4^>V8+W07XVK{
zUTEHY7hklMA6Iyol~qHv!BEb<iz16d;5m^+QPciub71zne4@wS$`w)sLpgp+WTLNX
zw{gS20&U2it>0-a+f0Q_==&77=~9`z3<2gcdLn|mi83nzb2#RvV&a1>pJT^F-$k2-
zVCNQAV^<5gXa5Kqf@ZpN{pT@%d?jf;dXD`ECb`+2Be$#`^~+Dbk6hHAZaeqvbHqsy
zlcqr~dPKf#-VM1))gKpFSa#IbAiqXa!!l4=ow}ZndH%?auUN%7jg7#%y?Oq0UB9kt
zDf{I%RM<%`p3t&qPS=qVFpcIb9X>ER@3oE<O9_jXJjj-HSI>rcbEKqM2?#zOQ_9*F
z9#ZK=#RL$|7^D7bFps0)Q-$v|x$|LJ-o35_JVs~2y>uMU3lcB7Wah^T@34&{&#{B$
zRqD@JzHgAMd73(QB~b$WILFhrg@!>Ph`x4O*jINnm~n{D4FvT>+COqpao015jV%pP
z{2?e>s5SGA<(Eswi@5LHosUJX^iUIz?u?Zl>D+;SBFWPtt4T3u`i8ra=E}7>oQy|K
zpJ%SrjEc!Xb}l8qI^K#E^FQMZzH()m#w=gxMP5Kuv3l(a6*CTx2RX;e9aqAxE8GCv
zVWN`WdDNW<SmPU>B=}FL>ti|&v7dRCr54g+$3ifK!f$5MUnb7a1OPHhbRaV%j`N57
zPI#bfRjmGJlJ|A*a;WQ9+?DM|IiZS`;4qrxxjcXhLjUkd!<pFJ6A|+8(a!B{$K<T$
z2!iWGCu2plVC}!CCi|u!0ODk3*)}u15yWrI_wGG2@8SLPFnTYqToeb8B)%ce`J()E
z6<EI(B&7NJTrM}-Mn~+&qi8<d(XEijI>9a~r!ohwcGr2k-zHCC<kErN#PRG7Xx1fS
zMasSnzn;u+K3?B;1lI`%X?ox4rhUpzlXFYxsr%~FHvf88$}rz)L*I$)t;L9tFGGZY
zHQBe+Rn16;q`wTp2KE!~hhKgiu(?UQG<L&{ob!|_iz<Fls=faZr1F+s>clokDn{!Y
ziZ-(w$b`LR?<f<qSQM*<LIdB#ri{X*|0CfL3sk~>?37*?W7Mi!;qLvL#n60{BHG~b
zxC^mZTHp_Yw^#`ty>Q;buBr4kIPWzWbzHjIhz)$<!VAj5jS%%D(Df!jNx<>t_np6g
zl?=1dGnEjPcnL1-pn+3xjvvzmf3E)yvDq1>23*$UBV3z&6A^W$;se;AzF(pBoBYI=
zZ{laL>a{9Z2q;wk$54}M!$-`3ntSZR+c0i(vFL5o5f+|ayvYmmsQ0amKGS4rRkhs2
z^5uF-mEUA43=&3a|AuU@)J^p8hD2;UT~7^?WFNd1=#W#G)vLS3cmLg>m%obrofejv
z&2+bGw=E-z@3l9%ho)uO_D(B-JR~-wZ3*-%w~g@z>}AXaLxAtx2tF2A&RGs}W*4r@
zK02sx9+N$b$|lTaOK<0LQyr~^GZ+pd9VQY6BH&IB)=!d6l3VE|GD!Z8Ru{DYgCjx0
zX=FG(5<kgCcV4#^tJlrNZY&otk1f2dbzE3o*7i}V$EpU98FSQ*RmYK(Ss07DuI)7v
z{sr6ZvQ}66d$kSX_53<B9X*Sqm?nx5N5+BaWx4z5L`*^Zux_q8_(+4fhI<mH8@`Hl
z%=G;5<u?Vx@Gvn$>>FuP!Y@D!R7CWW&F4CXT_~SVl;Xz6fS(cCJ&uX!TgQksGUe{D
zg{dd0+jcaZ#A37H4k^H>Q_l7^nstQ+5M^KW2J1Fp=U5+PvHB<r+})$(KZTK@9QK0e
zt>fS0eEJM*$2|sC!A?&Cklq3My)1K5-$zHLDaK-WG?&jV+%wVz#jG`rYgdjYr-l>1
z%8wBZ6n&d>!F1M^b`|?h_~d!AA5uruVk>0wS3q{SXmgXZ2e#u2M;<vU0mmJ^)v~3m
zH;CtPZg5ESbvp@G-Dhe0BlS;4`iss9d$j>|!RCp_$tmF}Il-@3jEAN#u#Ct2HThlf
zA>%SB9q=9sKFr;756zFf6p+<EksVkLA|M*u;7hOXIK7<?pCRLuvrvy}yR!(M*b4Kd
zGjP&9Mo|?J&yYH^cTKKq%;T=*hk;1fn6C8Htt*(F;a-QOM?#iL`cpeP$kYSPvaE6_
zaQA&?d9&Nmk^!Ub{k`g$;5Oh&!~f6aGMC-Wa&&ijN`g(;ea}`97|i?yn^vb)V^;m2
zF~MBRDRHnWgc-vv^c{v@o(_&*9zXBN*8%AjD(QHz!>_`wsblKWx>-jXCR`rjWw%)f
zlDCq|AnU@ro*62H@B|_;DY~FQe7To)ZjOIiz9;r42A2Q$-CQ#n-;OHpvaXyBMoZ)M
z)?>g-PD_(*pw}PuFJpPtoKd<*!g?Kcbp{1A_E<o{`?umiqal34OK@~(^uwAMUtTfy
zZpKp}o*zrRJ)6U=>5sFp5$d?!D}{a&!wGNw9Gd2pF$+!R9gZq5Y_6-g>`JyTWVxww
z+??_^6N)2lywH9*o$hZ?WPUMv;*SJ>7siR)vu!L4V!0F)o+PCQ*-#Glzx&6o4wO;D
z?pdaaWe{~YrE`Z#kHV+{WaAM_3#JRjNJpL?#IVt=&MHH(Kdz7JbGXT@#YB&G21big
zA%3rAn(?oVrk>4jN4h?agbD+fwzuk^P|YfkAjrKZ_2%TAsjWN66;7?}DJqVNPRlm=
z($B1FI7DImU>W6>^vzRkc+Y)bo`_d~S(`iDI-{DekG80*T3{CETF@siMu|9*?Nt@K
zR24jWyR@a5i8=)iP9V{Q-RLIRmInMyp7qeAja)*X+YrNiv#L@vkC%}jRP?u@zN(;B
zF#CAO%rkT)I0W@E*Hj|)yIY|^HXKE~5-Jo@Cr<HWy}J3c#8mQDZ0&$astqI%4qwMu
zCz7)=e`Yp4@axJ3wDeJ&@Z^5G`COrZe)nQ#F+`Y#xqv#N=cd1y$W^7=>Cq?<AQpnx
zPpdaZ1D-D`SCo$3lZ1dla(TNFP57o9&mn>a`fbnS#mEb=#aDM|p}Wkx^QSiBB>sAb
zF|X2_5G5`7pdda91+d9SW68(vnZgLzYmFS(d=+n7on7qU2`SZrm~H5&a)E5);9rG@
zo#+^;g&z>?C{QbQWAwy_zR8|<6i;XA#qZZQw^rcMZ*3e_LmvdWu;eQ1<yc&{G-KDf
zRac|HJT)_WN2#|a|I;yqcPm9AYAEU5tIa1sDubi|y8D`GR_(7fB=hkNn${-oyRoLX
z3!PuM5t&pbUA$;W_dX0Up8MCm&Iin%`s)EcHq-pI!r?FVO*`~Y7M_eJ-X7;Mn~!a0
zFxH8yl)w@9&L=8c@C*413zB&%k%QUcR_*JVHZ+D%6r3>G`MKho11XRwI*6iWTcgY>
zY}=uKm-2#3i}-o9s=AC^1Ag<Azt8&}`=ssxNOx~!F-#T9x%$Hv-W;{K9~<AQ<anM{
z4ori<Y7Hgj2Mn|(zU4=iqz<9eMpuMh+1z^&G$@}#`RPZ_+go5d)2r7}lcI5E=G!8K
zUIT%73U#PtxArW-!#w}}xr7kT(6B3*(#)?<0R_j|E1g5UoS~6FN+PouOuqkZ!`7dQ
z2d_IM*&i<1!#$sGx_-V7rDfC1jx+=m*yx?DjQ&wQ3%vt60`SUFGJL$wrkl)tv*KKD
zcuMKG{j?kH3umG$OnRy3EFZ!VWnx1tEkwVOprGmv+~18{kw3T0Pyx7OL(xCVqK)9S
z6UWfN%g!v!->C)*s%WuYEILy=w>j$1F?^o^%C-Z&5EVQbZaiKATFqlkU>ZOq2tQbL
zCw4y*J3qyHhGIasroc(f4ZGKpYd7lG;A5+9S?QfWvp0#TAXdia+BCR5YLE&4vklj0
zeB5m;0+Vvm4XI3yJcf{8yD*+A&EH0>#Ccj(f{`z@<7|L**x#1;S|fEq!!mJOWOjUz
zUn5ZQsk3w9xi}W9$d<;6*8~>LN7;B*=UW8GS%&*wllM*f6D3&o2dMs<JLuJW@~DXy
zSVUU>nklu%NhG&Uba@XEWUX3{^!9T!Ab8@(-L6w=KKQ`d0|Fi!GHOn51?91{NMc07
zgweeEGa3|gW}UWldL~W-vw}*;9CWARL3nD;HCq$;hYDfHRvfbO0B=>z_SzmCSrT|u
zvR0@o5q}uil^4HG2?r#M(-AV#jXS`iCZc$;=CUu?yBRcnmxlUW5Q5q!G*n`;@16L{
z8fK~z{Oi|BcjOPk{1kKseLl8BV#Di8o^uc}v>=IT^j{ul%f0;WH<T3_4P<~!u0ZwN
zrEWQJszx<D{)2Ok<XcJXMZQXHJ3Ij`g|^xF!J0XfL!m}AWrn`m@VO0PZd+B~Yh|qG
zy<w45a#VWZ%%@+ySs+3tKcPW&T5MvazS{xtpva#GbZmO4S4h2dCWqLUS^Pv(s?j8;
zp+4LewHX7$;LVPs8eId^sEi#dVF{I+%mlF)s9!`Xnq_?0E&MO+*TOTsx8gr0A$B12
z7tR=V1g4@MsiR|9w?y{tn~cc%B}RN}MaNX#%ZpbmlLjR7Y!QoBOoonCx2xQXa44sQ
zY41atW98Ezd=Y;RWCh_ie%#~167}>M5b!76EH4xpT}Wp|1+)Dv7u;8s*CRN}s_S0}
zr~*gOwEN-$J@uuFb9oQMee|+6FQvVT_H&Pak_5~N8PdgVX+Jb<E~mC80uy~0`S?np
zP#kmUV-3ZNN@jp4?33TO1;ra1<*5!lbO1Q=Y=%Kql)UNwlHmPIoCc*Sa;)td-LI<c
zt0--=PnK$2ArjFR>n_io9Gw_)zLLRlhcG|o@Ad53`fu8C;~rMJfWG|;gZ4|Tgls@G
z`=WX38|geq=e6zk{x@y|{Vk5F9<^ZF>Dw2HDTpkJQVeYD=L{qt<jN0?PpF(5k3@8-
zH4_{JmaTKYY-|uE5}<Ls6#6=Tjn7!IC?l?wKXq08Y6IlFLT>_*jB7jnGaXk1>+ejL
zeYPcoZq&6Z68G=<M&PVZ(}DwZ92~2}!C+A5j|x%J%MCK2MeMfh(&yWZe>TD)p@ogd
zdFL;;Z(ZnA8{fjPYCjb2$xrJgGTus<@$?9?NkDWkGX}#>ow9+ENkYr2;*7B_u@UVp
zfp=}m1ZG#WfmGCx>-JO-QkgcZnrqe!PiHcC6G;e|Ifnb<cqVRhBmaCN(G|uL8Np1%
znk_%DMe}5-Z3|j{^efXH>syUXn=Ke(oP1=;>RkwUy&n@`H5A!tpa^|y_8%zB8hV&I
zxb5RhnY?gss+scN$leTWu1t>%^USX}BaKGXz@?}7H$If~AY}GovKbH<hwJ+|u5Zwf
zfk0n2Z0|{EU<yEEXU%>OGhpCd22`y6F=(y*{`}q(6sb0eRsP2?5~QSeWlqO9&b!D}
zT0dawKTcaFL4B4Upm=@by>aT|kWh8d<8ks)A)xNDyQ=3;?~8aY&5gL3Mq?cp<?M>r
z)X(Q{tl)KkwHspEhvP<($x3t|6rfi~;y0Xh4Y5fCe6AEsb*bpx+4Pa-*04+7duPTK
zXR*ILdOw3t+6m;+g$J_UPx0^d1aRzi{wo5c`XHmXwK8%#U3X#fR)(+ClTaqmq#=_h
zohXlCOX|=u_^sJ1b$Ko6Z-eOi4Dtd|p3__Q=V3mfM=gGyA@bLVC<&AlItrbMTDS<*
z-zCtw;$2I<OI}fC_Oh|7pfchqBH5t!IPZ!y4>a&SVFZ_VXGe;lwD7NcRX1ICwOIVk
zu*IQYjE(1KwcWmd8Dk~mAb(@-Q#`JKG18MKcC+Fk`x#puRIn#^Rog5VxsH&1FuYDd
z$Moauv1DcWo8#rh2h;VcCc4X5(KQ?C?IdDM#&O?B{+^5e^pE!S#3tC5US4m8-!Rl;
zGY$R2N?UNpz+lgJ4HQ7J#@SmvkfQzbUZehp3ZnUqFr!hV{qT#!FW){D@x14QoVTJ#
z`L2C_O645yO}KAcu7MxCm#S$U<Rr?>`Ki0#hAgijwxjKzuX2<jSJnUMX5|yT!pM~@
zTJ-7Kl@N9JZ#X-S9HDF%k`}Tjj%;_#QVW4ofiYF~s{6P5sE4Ejifi}^n2#U_%xv8B
zbV#dwi+=xzGQOBn-RLd_G(&IoGC8-|s@x{i7-_m${~hR>#<J!VBFSrDviS0%rJ!BK
zdq<?Rrt9hQb525JcJ+xXYG|Qypx#IdMvctK`o2=e`9Roi5Vy(;asJh+H{xw${UBlS
zT3YHWn$oo_6yWX}$fLQ|SU}Xn8_E0<nR(V@?AFD3_b_+Oa#qpT8=3Yv<16!GAoX@b
z41x9j%IvpDcJx=lC4b`+fFVFITEA4fPK(cD8s0Dl)tPQoz2Bhbt#WPaBYJ)%?Sscp
zM?xY>8HQsME)Zr`3uoM*?erDpzpIuDc+nXMx(!4`5_8qY@^KV>2O*{7<HN%L?}MfY
zL*c&x?Rhrak3P+8eM?lO)R9nO^#q<$a=jsNmP!k~x860{>zLRHdhC!2PH_Ml3@gx|
zh-@h@1O(0OLlECy)w-WijMqe+J@0A$@euut%8pY(-)z<Lb_X#WUaaSy_{gu$XsPx1
zV!Lz=s^r8~mCb*RdsrJRR@_$a9gppsxc=l}tXW^)nba(^XJH62DDnj`(LTeXP76dO
z`kENXqKh={J1M1HTbV{qu0#2eC68H+*DyT3Tj4)Ct4yNNkQHh<rt=o6TtqFM*ywa)
zZaq#cTnFl3ohSk~Da%MqbLxMsV*@2Um?AEgyt`_8Cir!8v(Pr#pGy~J@h4JQBO^Aw
ze#}InP%vRbNIbBuDOydTei|KGg(5i}Cm-*b_jR%9Jm2govG^Y?z)+F6ZPRJKF@N11
z#)sxR<Kt@56UT)Q`&}Zb&(eX)7z(XKw0X4h&$A~&ys&)Ph|Y5H=?U0lSNrC8e*QN@
zt5<Zte^)RB@&k!(-1dg%UtH_38zy+piykg#@`IY1+m$iVvRBNzo+8*gP3$vjmT$DQ
zcG0m>ofk*`-kA|NCxHoB3z^={sZ7vioZ7-HP<%hZcMp+sJ#gMQMZ{&?_wgVYh;V`A
zNsr7aWF>zi*`iU?^BcW*uCqya=}gVR#nyPKWf32*SplGgs*phb$PFX*lkCXQVtlQo
z?s~FwQij%z_6{BKI_h@RoWpjhdh1gbqRiv%{`tGO1e%Me^1?|)BR^ZY5j6*~17L*`
z9jrhfTpfWL13Rt;ST&?bH3Y&;I`p4?^N=yIn&`7g%}tYUsUNrbeAD>#Z3?X+#d^qI
z?bU4T-4q{iZ#4U9VAVskl46?npeh0}YEGzdS@2Hy-n(H5A;TzPAz*yFv=sMAt<Y<p
zj!jwn(Il>Xv;ePI^^<}E<kMn2YdtNTA3ART=evf4_8(SsHISdZEF8Mdg83P2#OtsH
z-@R+3&zFq&H%jq7_cogY^L)M-e>`EErL_K?DW~4ZWp(c*{TSl6QLPmu--MF?d*7k`
zm;^ak18KItzF+M6TOMh;kh-r+*oQWdW<u@WI)hQP|8N(AMyg8pu<l95)cR}Fz=?ho
z!{5_;m-|Uc2%@kFr+F9SyT^7WQ46@CId2mI@Ozc(y1#6~8ZoFT#k$7zqaG|N5rt*s
zhKlyjcCUYEBf0`K6@I9nU+CAT<}cN{VkWhJr>EP}&J%u85jIKs_^wK;(bd4WuTJPS
z6;1p<nyxY`j%ZCb1cC;4cbDMq5Zr>hOK=G8A-GF$cXxMpclY2j5Zrg(zTF?3Va{RB
zbYJfMq^iDZLOAyAteXrGE~}Zc>GabsJ7_?|&GQ@^0@0u;0v5?LyV>vS^y>F(ZWg|^
z%5Hc%r#9^_+nOXf3Ibw3j|tSXuwUgWxLtAxQ7XKXyUd>f*o`;wNt5=BNI||W8+Y?X
zTi+U}<zSRPkzXi%FL7LQz6w}!i&e5du3V6?z=*=_q5Z&FX^79z!C*U)M@fGdzxNzz
z_I|y#XQSn<sQ#?y#shphGtKr=V(nnRO;gFZr^}?}+))-2n#?9LovnN}D8V>5WzA8>
z+VZ@<MOlCvA=2tr^A$56BI=D*j#Z(6yRw5FTk#D?S+K}TOJZEny@Ta?;PJKgqcMpK
zsuExMZ4HPMK)mkw6K!w9$j*~5wn$B9_xEC(``RG*6Obqi;Xjoh-bOeHpfppK>;#<-
zFpIGqd;(Oh%hp!|=q4N2uWt(r2ubgslWz=Z&0};ff}(tKUcRm)(_6dkxZHy0Pg2_%
z%_CaPs*w_eBLgpXnaH4w;uT_CQXJTe%*790)Z$agxa_eRL_SxQ8D8H!0Vpp&%L=Ez
zb03Kw53wUyRq6hnvHrv4n#d$oV&M9jz{mp1a%zbecat^m)}orjAZ+KJG|)kbB=E|Y
z;zTVvq0oI9n2h#Po$_feej}Y*NYR<TOZu=G=YmVS{Qd@$g@yX^88l`U61!hx`yEh9
zyt6u;ZQ!^BFKE9nqgBln+lHl`DKMfn(}$1?(|y1sR4K&OT%{Ni%`78qS@2IW{jAIG
zlfSY@DFwU}-9bR3*J|iL7Qdj?Q%W?&NPAt4wc74ktFUK*diP*P0=)Yd@&h(sf~$Oo
zsM{-D!P3(YSHqA!Y8BqDuH0*{WeHx971xzRx8RP;Nol8j>KX`Py@KvnXS3`zSRjlq
z;3liIZn-;rI^C*yo#M+2>Rx~$Q_dUX5EccgbNs7A@v04zduOi|v4IfAVotDCV^>k}
zRTS?8&Wl-t1ELV$Yvk>RxPFY6C47S!NcC4fJfv{n`)yJ+9)s|;H|g!a7V@1De-Y(s
zWVZAq9++&ncU*0FP&A6?0E(!TLpQ52NA+9BY*|27zh1f`4<a?*Qz8^Y?3?pTia=I8
zDHAXgXCW*V>P#?S00YdFGyY@K_93K`GD!j{4fyQIo0A-6mDmXt!uVfHz&WEf-u$6*
zQ^$4fb*wYGk2btr;&vrCvPqj<M_B)3#iB)rwYEV2JpDr=;bBck?Wzh_O%ZY9auqHa
z$ej)@#Z>9)LlV%Jv0L@NUMt?<MkRiP5I%unEvIyp{F*3xI9Rt3^xV`hQ~pkQ0pEHn
ze$YZ6=FGBK!lCB7rP`jKcq+q!cO@kM6;2iVbXw?~Br2b&m`wHiU0Lw6Jt3WGuz?(P
zoU|WhhKnZ!HD*J+gR{3ECZZ-s-TmbGJ81l@zEs{GbY@Te2t)F}TP=2nD(B}&r<IQS
zR*F640bc_<1llbMK2UHH8699(ablVMi-BlQ6r1#0W$USI;&MJems^^$$#;xf_P5gA
zg0B)k7+60kW8o-FmOuhFd^7rxERr>zYCipTuY8@|@G|DlP9d`AYAC>~24bmBnwJWQ
z{xR92LV*-;XY|SWG3W>3&t%rxoiql!lO%MD06cbOYJQ~Num`V`S``WbDU*kDW_Ri)
zE5`QvtO@9&&Q1{hNzY%!bX#T_+Cu4s@|$D~S6<!^#?SaILi3kGXr@Y-rW~WcA$6xz
zG0q-L(>vE8^YDo_RTbS~ADL<tgC&9>N--3?RzIabJC~xcyE($Jq`hC_Zi%V|nyaq^
zeJAW_0jYUhAcx_CgHD8fA&OK402WhqqEArJ$R<tGZ)Xy>^UuD9&8IrE7|&_L3!Tzz
zlM&a^_pl{cFQinU9doFpTuJ1(@S(I576nin+j=Htv1J6t{$~l$Vxq?J&tgkM6Z_Y7
zs!*{TL#PbzU3eC-KYv_lF6OsahV1%Hlw~!?a80GNZS-^ek#)^4`_Qq?ZL_SiWs!cG
zJ+$5+^Y+nQ6%A>!jh9B76|X%N*O>=3$qcVBlO5}#$L{pyH)W2;C4YA*q@znVzHBl?
z!)fLSNFNwe;LUE~3+T)J`leg1!SUF=CyzZF{h0OHe+Kz?nZ{BS1HRQcYnIGtZMXe|
zTbLb$95p85daR|Yj&7gkV7(2o(|Me9u#?(iIZyAl+@FtPU5^qZATMT`39o+mWYeQd
zsMO<0#47@HkA0T?wueUy+j}AQ-_`vU<&SG8Qopid{ossUzPXsGdlM0CD)Q&RCrtJU
zm<fpoa<2V9lag)<P+X&6W77^6d;&_gW(%!3LYOexrD#$R+^t;2vOixi{{nUz2#-G^
z1JmhH1W0Ov#X7TNIWMhbr*W(3m#_qrK`iU}X2_Q$R7Ch1yh6q8Lw3zhIRvSpzkkY5
z`}l1>T;iP=(X{&Z6S8Jnoes)&{}z&8z$~3GXXERaOkN)dcO{)g0Su`fApA)kA%OYC
zOY64pj6e#<W`;PDyc{@Fgq+Ga|1<eFRE=-k9lAqNdt!`N#_=P<CG+FLN@!+vewOdw
zcRD?BF&8TNxT<z_7y#>Q#E|qc8D5!0`7-;0-)2S|^N{IRmftDPsPc~LE{?9KuEUR;
zEbK^=gXzlk>PwH6@>g>|gCAURqSm_lS~)?SJYJDqy6c-u!&j~saVKZ$x)9*XKS8@W
z$>mkw;sfqhLnKg?GaqTuD}K4CshT{X@B^yO>G=+O6XLbc6Ex-nLJ36Kis@Lu_O35x
zCs_Us4frSQz*8t;-Et7jw0i)eqOV7AZU4ORkS%37-5`L;sEuN-C;^n2+u|bc2(d)b
ztNOjN3&Q)PK$oqw@T}8HPCuH%pF#kQw`?%skS)?D|A6ExA|~8cv4i0QOxY_jY(=gI
z>Q`%_q2Ir{A`<>~FC5b+0zHJpp(LSuv0~Ewgo7V<DES@8K$`0=GI1AEfE=mGSjedo
zP(w!y++ue>S39(V6GcSK4ypVD?cU78+bE*AN<sHy3FA~4Ba=sc*$K7I`t?esa-L&f
zQuf+}`Ohcgj(0uYMS=4hDYNLjeM1;PbF-IJgKDXg!S-bpD+}6x;AZ~j`-g*P%x?FG
z!73t5$okLGz{A84`!^Nx76DjN0t{Hv4&qebiPjmNCVT%1Wv>m%xyD8+fcqv`zTvgF
zb@8HeDQu6uIr=9O!uLA<#e+^vtrlUVCo149HseLy_TLoB!)V7)_Fo|OLuRt11EVc;
z$wj@AJHKpoBPEUxBbU_W>=fnmTur|I*IDwv2`v#nBnLl^=Ih$A0JJH=l@_}08)W{l
zY$2AGcHJ$#km8y)DA~61wOu4~0`fTGVUVbqa=#$5hMrR6$I?>q(7x2HmJtS#L`rWn
zc6ZLQPx<mf|MoF4Fkl-MD~F+}CtOabV-JFc^nYQO{@doD`rCY%=lrPf2vL%zfQ=T3
zsNOwXV`uDmV?|8C{_khC8Lx|pA&DuDAgB+DKolhSKoqnMl#_C(%%do^Ze44<-|YRB
z7ZtzHzpS3-R<dJNUx4YF?PvJ;4GfRZ!12Xr&<}4LSg|vsFBY)F5~9i3iw%V8i+1*e
zj<jK?qRQB(%!1lbKwLW6AUeeufmtuQyOYUWSZ%P3?a56O?{#23vi{WL;`>s^wa6Ix
z;!=N(!J)>-Hs@I`NCV+4TidUkcu1Zki{ymc27RaHA`VcxvI%=jD<IB?5_4C0#%>nq
z@G;Ohet8F<s<`|iUEx_x-y;_2*C;5+o-2eC*e^T@zDOJ^G6ogVJBh_i>&yyML}Fy*
z*ugx`OIYU5o}GAVS3TMH-@08)bYI;S=%gH&h5s)zRHED@<y_q`QSZ+X5~abL?3PWT
zZa;+vw?O*8))A4C=G8Jli9~AGi`Xh>%;TI!c9^=3lX7sS?hB@B)K|qN^o@GdAOhbG
z3S)6Y)gTL13U;l@&ncDISLu)QQ^0$mR>U9ZN#EIjv$EM04`GnZ#>~f0TKjxjM=frJ
z#Ag|EH45|BfG<Y<(IVD7d>v_JuYY&^6Rw~$iO4&@PJrc%PFDv7CttwHU&tXpOp)F1
zk6{F0lJAWQ&yxXsJi?L7E}B2(cSoB9)xGcq?5-!Y(u%s+X`I|3!8P~lu;xsI>jp9N
zFMxYTmN89SITBy;#5M_2?&T(C<+6dK!;R_^%jKAl*sHyr`9A?9(m<%?VV^+jGXtc%
z0CLyX-_Q(TKe|wgO=v*3;LlJ$USQx=yxt2UtX?1>d?T3Hh2-KVwL@2k-$=EXc$p+-
z<%%Yo(pMBws*e5DSBIPES!a{v1#emtSB(R2F{c>ac7F$al`MYdcyy|Z5d_Bm3Usi*
zd9Fwr+oFTX%!bG7uw<i8u;eQRGomfnPQm)~F{HMAvKXHJKsZVLs_uK&?|X_5Jd;yS
zJzqrZyA<X;cmswcISenMeWO#(BcVej64Xb1SiUUVrIdAFYg-}1dD3fB#Zg@Y6-l=f
z`l*B8VZ%c%S;v--D@ki~DLeZQBH#7X#9rsYB<$U|0#7Es?{R5en8B(}z=yj?*G+|!
zU+!%qob6et&j24JY2a`050qcTwzGPV7y$rwDM)iN8DY}}YBc@D1FG`u7~H<`hubcs
zK;%fmobp$8A>E}@f7d^$+Q^N3TdBVeam}WtOzYc95<4xcyx2!TuYq@T$tC&;0rN-L
zhVQGJW;93F@-`}ze~J*BPIIz07c|Rrd5((GE$C{iqvo121Z?SYk!qX$_RXk0C(RDH
z(&q^xqG4Ye(G`Vqa0xeBzLX6Z1}9th2{!=c(J@V@!k^9*5Z0$7D#MJvx$@!*pvy~l
zJ`Qs3kP$EzW8nKGhCVCLduuZ%J%Q6mo0c#lqKl#z#`M9$ABlS-QQ#f`yO_JmVgdBr
zh)Ca5U-VBG&x^C0RngfiKmhLi$5Y`Z;Y29p&INXz6^<I@02DLwCjd%B9DUFtzOE8P
zZ*0<GSfQD?u6BD%S<d2Y%Stcp@T29o?jS+NhDv3r_d!D^i}AKtp^9Hq^NMWFZKY$y
zt+3oj)k`Y+hTwl=)Rr6n_lIWMd_<PHc^2V$Wr-iin!<lZ04_SfaIBac924(P(&TE1
zy>J@M4-)MT%;c|+#snGRfqB!~ln;$Y%x%*2wInMSh)NA2op^KRUpV?P9$Xi84b3g?
zZ7y5})R{-wBCO0!Z|U?){XLB*72K$Rvqp((v9_o6pE3j|uY>vI(nM;$8fT(w@gF^V
zC~~jPlxy^gJG_75*#1!E87*SG-6`r+jHl~4EaD8xo02nyHc5p@lK@g|l&ELqN{m*C
z!a%HP8%!5|<P5489EOEwpfAw{#jiYR{a?g`<ARKKFEN#JWLNd16;MXKpO7Gqj?wF7
zsXuH^o4z2OgP_q~`%y%>X;4Jnw^>d?L6cc?<s#A)1@|yf=Wezu2(NRKPQX?6RMm^v
zC%_pA+PYcZQ9`Nz3kT?(4>IfKoVWNp_8L3$dH&A72OCNhk#RC@KdXgg>sqmEhVJNW
z)8?PU>w#<=dOl-CXGZw(BXZ$tPXLLH9y?c<1+#B}Q9#waUc7XC4rQ<Uo5~Tr)$#~H
zau^|{Ko)WyuyRHW7&4KRiA|ela9KIhhHnv2;xUUh9+$eq6f?e^J5a+x`7g|qqvFM<
zpYAYG6X9EwEF}qmW<sg2HztM_HF$kXdyxv6sb&i027<I74jo_2wuqywy<<|^os(&;
zTwCAs_=Fpd<mL3b9!LXYcb+Ny$S&I!bY9Azi>A;DS@@=TZmr;aB(!U5C%58jdbe#j
zu{(k_YDi(xKFmT(*LAO)C;>#i?5Zi1^tMUL>SPGv)6%%7d8fB+#8S=3qp*TQ`HPKZ
zrFH^r#I%{k{Xxyu5UyndTL;wWn^@vTo)*+}lV4DU%xf7VEB5;+P)6Ta&G1d5ws-V?
z<TZ;sptpdtk%xjBcQ;f*TM9Ed-~Fgq(&x2ye+c`}3sq%<6iTV(6WKZd5Wvz`weQq|
z3wKV8aHoyaPka=mgi0;>mBd>20#fwqQu)8-2}O&bFPmoFHrRxNe9F)@!zH$JfpKeX
ztZUBY0@x9V0`WwJ%t!$<SM{t`g<N8C(Edf+n9ptcF_HzEZy9Y;)%?YA6aVreEK86o
z^)zBy;+;7<e?|18er`2Vak+83gAH&PmI7DAbGqOu;_QBDv@+&V2$IVM@=1KA2i5Wh
zjjN1_o$N#P$>*tO{_|PoG;}v3x>$z}P2YheD!S1>PJ63~^fqE!==TF@ZSrGmr@_^>
z5W6Y1aTrKJguQic5YYKhf;XKW(){I6#^SaSW|EF5yiUFYTKQX8ZILTj%s5n4dRki@
z!|Dv68&4><=wj{}V`2no|Cvm3`Ay3^$h`F9Za7g`7-&&gIJ>kFE(yIO&ou=;DU)Xf
zVizrDt}(TgLwJDcyVVUUCfFJ#pBpv+r?IGMpEm;cA_?~`E4~E&OPgx~N#cA%@!-P`
zP}yRX3!iq4Uag>QcGrNv1T;D4031<l4lg?wH1b$bh0I};>oCQPr?ng;pI@W2?99W@
zvLo&WwVTa*-M3d}(1wN6i&RnQ`osEdJZZs8=ef?iZ{b^7O0@|9NGTn!i10m^bCZb7
zCLl%0kv9z`lt?Ld<{tL57JG#iKRcgW`}@LDyN@FCJ?wOew2;54uCjU|1dU#OIC;7S
z1*D$tH?(-qA(7x9{{O!pN!dOkT&Uh9LHc7TeMm$pF-T|tQv?N@78+nMx8x~mx{Y0d
zlLOG?#aXQ6^@<mQdGk$+X4GUPU8vM@MI1%sZ%p97bEkZSoMf}Bpmng%{Lo;yTaXGA
zSxUBq&mJfyF+$VqE^E1v)Je1SgS*vc#d6H$>^PdC8?+z3sk3NW)9Gkp`r+w&VCbj1
zOuBpAGQLk>9Jzb82aPN>CC>BLswkWA8~R+mSd12<ves<gbzVZRyG;VA@vZZ{>0hKm
zxF71|fD~&X>KU05p(pQ_`Z`K2i~6I#ri;EZ_w<q$JEa#!A4#@s{iY~)Fa2?X`y{l-
ziMNg+&(%D;dVGsvMWr>3Uu5<4i<oordO7x9YSl)ZufA;XNp-_=r|-gkCaN9FB}P|y
zZcXJoV+TaDPJHtF9Ah|rugm{|YF+(qpO@dkLfQUUeUUOTw6usnb5|k3rle1Tq0I9f
z>6pnJuyDJ@Y!Jd8h3k|(iKK-~=8c|0q)Qn0O+??Hx@jB}XRPb+e2zT8I|=)6@wPN7
zA#JX9$6^>&ViU<5+t%hn>P3$Qz)|NVTFlkNSa`;f_LH|+`)&m8Tu~bARPU^*VUEOF
ziQd<<$yiFhFrSOMG?})>5)*&J`7>pY(B|8Z@baor^i$F!^>(NZ1{tr>{VXalf4>AW
zm`YLqp5SuO_}OAEzwNvHY=XNqUy&d9C~s@7x0FKw6bY0fvH?Ft(@ry3{h0J`uoE#S
zrT>y3iZ^vlrIClz7A8OyWfCc%&%ylZ>0t5GA}{$QV>r<}3L9m^{Og@Qm^Fby0{uD-
z1@sW|Gx!PoHG2KHht+}?D0Y-B^SY-Fo%9d#X!up#$J?Js10M+M)5z_ueAa(3ii$Qg
z`gnkvA_Y;PfN%2ET}Yj;L|KeH-uA~&!`4A!dTAdG9ESOhB`Z*_^zYN|ns=b>ARVim
zcm6EVQMs#IZO%FU*H?8!qoHu{U0ym#E{?BeO^0yWSNh{Gb&o``<Xszky?x>{;^X39
zex`;zgj|crTP)!(W~gBU-%#||kvn|rwC;XpnykOO59%ce*f@1mVM1$fYiKk+Oy9oJ
z0=Ws5Xra5cB!!gYx%6Lp^}ygY7{C?{I79h}Q;l0z`A8qzvSdtc$#)kzSbSU*AXK~2
z#!+-}tMppud=juZLotU^G^naOH8_6ep4BYve3vklNSL6I`v9l<fZ>~0?5E|*%KB5{
z!;7bGBBkb{rBUcxKk^*A#`-v+?<FHi5!CH49q5r?N3bO`SxzGXlrEmGv+4WTX%i(v
zaQX*n^y_-3yitDrJH9&ulZZf|J#;nv(jIt|w#>&)OWES~|1ce|yP^fxyJMyP`X@3O
z6PK)?BSml?gZWPRza??%nS>2Cb?R4_WZ69BOTb8~$Gkc>PCdt3$+z*Xp?LvOb@BAc
z!_x=bC^5?VPwNj08|V9*JeK_5vgfb_zkHBE0Au<MaMI%H?1^HOT2jz4>tsoe+rtoW
zQdIGs&DhP<S;-SWogng?zC{d$X6W{WG8@wpz~l4^!k@O&1QJdM3ChmSV_#%{-8*wu
zX)fIxyx9qLh_8M%6hL_`|Nk2}g!R+=-ZbQqrTlnyX=Y8(Mn`RXy{LAdSlu5*%NHPp
z2q3@#Gj@T=6M3>Fwvz1(0{&@Iuc}O(N!9y-9mQQSyTc7rS7*GXG+LU*#HtH_Y0v7*
z+)ensw<ASxFz!;D(kR`tF}5s;FEzK@28(yMf|+u>1VB1Bag4)~ylP|7N2*NKH3nG!
ze8DSJrEm07PvS|P#i4!sM{LRRs?Gr@IZY;{OFdofs>Zz}(zmx@_i?>{K7+MOte0tS
zciKkW5|};tQ9}YQHMFI^)vSLwIl!p6J)Y7%%c$?dAAvJ4M`lC|WLa(ONGQo<6lpG`
z@R^_5ArXq=4jF8KmAn9+lHPZh@ksrc_D{kuaEyF$CuC-~KO$k_W--n@c_-Dc=P}Qi
zrbn?O6QG!)b6`ubez%gAw>|OU0#H6lefaxEbGeM`W9z;ppMgM8qz}pjI)~W<H`Q*Z
zzPFR(rA!HMjPc^^%Q<G|<nVKayfhj>7vM$G^E+dwqi=H;iA!K1cROAsMKbeKPB&hG
z+sHr+xuQzq_(`|HX)DG)+y8MfgFsIBJxWxa`g*t}JHoA`C`N!C)hPBxlCVZQ@4@0b
zG~(vL)EM-mctq%SkqQ)3*$1c96uZ;6=az3_G?3W!y(@a9GkPcIHD^+iUyuJ=m`Z&G
z1m`_~9ga+E&U6<{pL2)cub3Y`DoJ=fka=<ETS#p3;zN;@Flw-HsL}h7Kp6*w|7&C#
zZhyXPsd*+eupr?n#y2K!)GmcnvQ$93<U*w8+>G}-`LoubqOaW6m5a$^o4Y!H^0{c!
zG))*E|1UaIOXgAQtq#M5Jrz8%kCfoAG#7jke7-}3w9|tonqqHXf-1j&R)$WV>^zbN
zayUC*6Mg!Q827vPPueV8!AUMT$|>q+bxP~-7LK2J5>s{l>7q?J<?gY2V6-kC*w&_J
zL-!6^VpipG9YfIxSqDAnbS5~eQC=g#{N-qb+m_OJ=(fK9Kasd&4$l!2{3q^QI7YD-
z)k_~meb-rC_TR`53r-@&mIU1O?ap(<R3XIDsjJ-~+^X{*EXbJtUOK5A1ay0EPdh|l
zDnl_nzecA8xrY_M+`v`pgjEjs;r+J+0`ZyC?%R7i>NMdoP$+bi7nQ(}La@yh(o6o1
zMTy796^TvyT?XzWQ#s)3?AKRnC!)#IPHk<0uU%vkdIccvyoyb`8<+SG^mz|e()E+r
z*S(v9W*<IG;40%RgvalJBuloKqk6^K9`4PysT1no@bj~8>{^Fl_dYg%7A*k?^U*Ot
z+M*#@xFR^0rM%6f8L?iM(M1Vss=vSEQ`shv*FyV^TOsmPX*GDQ$R7Xw((0az((y!I
z3loTSw;@myUIy2hg30632_@5wFurMH_!maiej-}^8-0%{?^?_UwIsQe5i=cLkpF+b
zqWUNX`^9%&f9^xV4BT-|hXNi57RJ5ssvWEQSz|^sl7#H5&`$)Aerk4HHZbB3ZlRhM
zzF7XmBa7x&=Jmw}YS=b7EOb5zj_pKVfv?*dJ);RkpICfgcofCqqms|R2(1yq!oy>$
z-dMi9mBYOV9i6wLw@p5M2_=ag%cYyczqq&!jkt~>DJreNWO%hk(M#i&u%-ERH&8jG
zeVJ4zB+YB)Ihd_2?Ekd@l*yG?h@j;?yk#Et3euKh?kbb5#FuEJ)Bj7OP|JPRbj?4q
zPoK{&5zpP5s6L9&)j{lCXH-kw=08ENLgPE;?uW>4aD2C(Ji7dYFuCONI`nJ4CD8sg
zQP<}<OnoG0vK%RRK^B7!#;x}X=^uFjxb;fzt9Jv3YH`QC7VvfcJ;a&Sw7~w#Paiy%
z8xUp+f(*8e6gv)mZs<F8gA}$@hX+&{aB`rOzV;TMT>(DJu$N|+BBTwP3>0W^z}WbB
zeqNq4FX3;;OfBUl6@Y|~&+B+57X$u)v)V(2<hMIxz=wdHJoImaL?lD+!TC|Ndcl!V
zv|8SQccp~t>rBv*LtIS0-LA)HY%feG|3kGW!tPZxK0UG3Hkrjj)R3>3P(a|fIkl4M
zLc;oIQ`j%FN!AKMAIoJr6R<_4>&~o?11FCvDe(V75TsPaRmym9z5B`nX4g$n@k-B}
zk5UJ0%Hbh_HM{dF_LXuH;7|8=lI?A~>Ht8gcBjuD3?Bu;qanhFAQASxmiP7b#m2_s
zD_5{tOjYQ$V|fwc;XUt$5O2M6*u(dcQ?&35h^-P@5Og#Q*uH<+c6G^W#6@p<B&Ya0
zcjNA1Fn5pQ3oolx@(D<Q0Q{3DAOZQ>-UVCM)R7DdPCdC#{`W!$hD|BI0?c9|g^zlp
z?>jFthxz)Khw9N<*3c3Qm%n$xA}_%aU17-GFC5ZqyQ%HRaB)@axBugN#ob_cCe7El
zj4dNi-J9+DcplAjChgSN@=|$-my2&A21{nze!=P`XkL3}CDi&wEc7U<c$n}rQGVDp
zLV2?fFn&{FKL89R81g$ej01zeV_KwO$Ywd^S@u=GML{+92pprn->=)VnNN_!Nr8R-
zN~@~g!8W|rj)Y)C($!U5EG#Ty;%+yPK2!4g^70V~w7qezbpKOjxdR%Ol;TmRZ!0#b
z+Vx#VeiK#cA!_4;78STsNd<D~W`9F#8dX(YI@`#vI~Ep(P!LSBoiX}oBLGSg7*D9s
zT))BL==T^T;0#y!H2!VW2H7X<*Xcnp39P)F^>dv9@4Ajg9$P~ix3qU!s9jSEqi21U
zTt4^gE*_=v;PnV3o~Wpt=Ymp^`upOy1Mu#u(us_vGX(ru+ff-vbpFLeQy{(^<o^43
zS=|yfSCSK$%5?iL%a%j4;vO}RDp`RwYWibm4<+zdhV(=e-pj*slWS6~JyW;~eWM~l
z)Cx*O;oPxIW02y`yRpnYO<HVKS4j=kL2#Ay-<ZU-Tg!RuM8@_rfaLMU^j*^}0ckP0
zd_0Q}L1S>bKytmS(h=@&%OGrtXt1>Xd6iPBVso1W!YD!8voiwV{5qVA7rztjgbYur
z8)d4H$;-jWXnVakxU9(oHt+rogWT5Is-~*i(hBySGcq!gk&#i1`5FBXWpIN9mH>2-
zUzGQ}e-lX)yTnz;o^_OopqnHDXHx%I0JvqOvTdE3L+Gm|IA``*5dMx?(r)%GMsfhi
zVLbT^xU#nY@TwoSK?Y_p&emgSPMew|OYyCi!1m<408NI$S}|vI3Eq#TbQelqU?lq|
zE<nTd=kIx3$~lK0eZ8RK+=+BBtINqxq{7u+t$b6^p{AG4Cx64D%BZqNY#NI|A#0lk
z*+0e7X0d*W`8;~ifS``PmAlamqqir7fspdcUnVbEKg>uT?$&l~mAmlDDxvEYZnQ78
z*#QyKIj0?Y$EWUJtly8GP%Uad|4?t7$F#1ToqZ3>e``++r<VDI6+(jeFY1hVG-|D*
zl6Ci(yDS!5`b_H3Yd<VN`DRRb^^6xtemN)$Ke}$-zjLygr^;i$(%%(EeyQ5vN^q>4
z^pb0MeSNK~t7Bzjv%gAP(TWkc*K~Ar6#4Zte5q3J<})dHc}*U-X7F`ai#Y<I{~6ew
ztL^$^|2~w}6DSQDw}D3fHSO_rLz;3NWDd6J9|El}o5fT=wP&|6dla}7ia}8wFF!3J
z+toJ*esGrC94an}vHnI&7T{pM;3}sym1p&9P`%f3T#tFw3|>$nugyhKha0#Nnx;j_
z>Ji{!kZ(9%6?MtNvu?AMC$QaEq|h-y0OIgXxWfp*-FTv9qDR^D7mk$o*+Az-XtQ1P
z<VP`yaJI~p_taZUyHgfm$1Jo^@%d*$(EWS%!;Mi@t!|(k)6Z8Gu`7R#Wk1k~el^rX
z1&URpHd8Wv!l<`*MzJzd3(<Jc6F3AMO{O<{JzTEVTWlYK!yXt*c~3e<7KljVq1XMW
zMf+fD@%v|U*1ldDl6OSq>ic6n0&az)`aaD5e3`E_CxJXvI_J5g<89bV!j)P#v1cu2
z{0CUSlZFRK3Gopak<@)@4ED_2V-89{IPM<VRx)x(8^B1#oD4hS4HE9>8VV(fEn%V=
z$I`7;C=Y$6TV1f8`%80v#`?A$R^ZX5+HoGME_MYv*uoG6xV`Sr|Bfc8mEn(por}-%
zXDwIG1ibEVHF|Yg4&_C_wEgC<^a*vnjw2cJbI0+}nQX>EeJ@|$&ZkVF3ZZ{`EaBoJ
zrXV61pnBO@yZMhcp~x0Z=|58)?RShj50BNGRsiK%f}cM8_sr;*^s;of<xj$YlW=A&
zL(oD?7?m-Y5;2GBvfD8pd@@Rhb#EIgD=p96;EL?fV{;z0LUv4N;=h79hnL!ZZZ7~u
z@&5SnrYfq-DdO*m?4SQoC-@unqAh0QN#HBa5cCm?^227<m!nG1sL+G}Y;A3Yz;?xb
zK?wFYX<X1?)}UEp#QHMvOgl3&x7tIk;wNnBpgA<h#pOA#1$|r07LHBHY31tQ*gE2?
zc*P5In27BN-#TW~->);xFcuX;_TOV|P`BFHEX6*D$(3pQKfEGt{t?ZK9W$tzbPe6e
z0w`!az{Ub-FFpaS>xdLIo@-4AXblWFBC%u01aor7qHPZdg7@;xECnhX>-T(qhi=#p
z)P34+i8sTZw9&gCmwP<D6WqTFmm^6&Em$rx2tG^;?tCzG<M1pSIKw;&oo;i^^z3CY
zcU(aRkfd{MA1idM+FYKTIJ&r8oSeYH!dm`teEf8|ROPV`R^xpAnp@qjQQ`RB^hN8h
ze(O?iO3NfML+k^87sO%K=uH}vcobD&AUjCIT>%{eU`{Qhn+<@L(*~e+sp<iLrlL_r
zx+q>YAS_{Eh(T|4Ot2Cc*rjj+{Hcm)-@m7L$w@F{hEcU3P)n`A>Ds0iId@fdYs^?U
z{xe8Z#XfNR*WaRdO!m$Gs3%h)zs@)Uo4dtLm5Sp|b1aoT<f83(QW^aDbsaFC(kmM<
zh3KdmY)iRzlq^Ff{b?Ja2<~Jxw<)eeGj^#!@@M?DLT;`#n&vfsT4)x!4@!Mth0I)%
zwYLEh$H`2D7&6?D=k<{1*Zs#dS-lM-G#5K+wj^Xgm9)P=(j^&lg48&HXwbB}T@)JV
z%>2B{8Um*T^?OQyJ`fidHwL^vUY~C4@5h3Ig1|=kpMUqK6t8z2f}yO~9*7vZtYv2i
zAcfI9K1f{j$`x6&FtAN7ri?Lwor=@AZ^nG?&kt#=ctfb-;z`IQ=lOg+LkM+(Y`TGU
zF=wKS^HMH&)<Mlq5+LPEQj!4UtMn!KO#lfM;o7|kx<vpsFeC1KPTzQUhIcL2B|um4
z`8N`fxxFlN_!+`qI^@1Aw>=M?l=K!Q?lK&*y>8H^O3&uy{Z5;+=%jyt*=HZ3J*(Vj
zZ~Tl2;pvCMK?Nu?6197pCiA+zlk#$8Aj$TCuzOL9ag=&EwqztIw+R(RS*x}WMtn?n
zFwvu>O42@hkHQIs_j|K`aN?pYD`hVTniNc%XeNK)WKn^!+22%oxx5WvQt3MVTa9et
zY~t}h;&#OQQue~NfL0GMydoH#*)w<x+Dn=LCZDbLD#zP!9Z{A9Iu%u?tlfJIMbI*+
zvfI+8%)%a!PXK@<Zf(I2xt?NL*nrqo)w|NACV|DJhrMf2({ZfzSg8QNNH29*9)hXe
z{*VwvT&F0G!NI}A#6)lj*}&EHa@h_pEuF^jI^(RjkibF<138dXS8w8lUuh3yhdUQI
z|2_Z!+nicl`DGGrs&W+oP#kmTA-PZ1-wh+FW0b#zq5(Bb>$|d@TC*Gft4?gv#osRO
z1ah{jPMRJP1TVT9?@9^NbhZQqBaF415?`ta#$b07HcQs}Toa07P*1ICtm-wyrwbF(
zHC{cU&JbZOQo5g=Gdl~r;i(K#Tv-N}(slS(*^U!d+G1pN{QejvL4fIJ{elU#!)eBv
z<{a=+5;BF)YANTz<w4w4duYgBJX_V!7tSPFsbRC%$*b+2?Fa5tfK8j|XECPQaXNUT
z6G(an6b*`KeNPF1KwD{OG!hJ_#XQ+>Q5V_$7Dmqfo=2;SP!AXnIVh0AdU|?>hB?}m
z=Czuin1q!vtn-o*5)!hq>>8636DcVv!A9ff7tPyUtN*)xXozxuVf0}GFc^QX)JAx3
zmzzG_-JH<cnW_p23&phuywJl{;@jpf#AY8^Dl9bE^1!@}kyf2y+`GZ#EAoG5UsE?m
z?VyUn9iJxlnz3?pf_jnNnfZy!PFi`jO7<kp!`<dzHeS}&=%W7CpV2o`L4y{X@!FlD
zcm2x#%ZHX!NbLB!ftfFDy{5Eiw2EvVJfe|?oxf*xw2Ip2nDsCJV+=3lC1cZkORp7V
zGSWDgbAP$nZaJHmmWEdj{qw~2a^nO967syYtY0;{!Fl-sejLyrT9u8B4JN&|zk7R5
zo7PBVU}Xhj<S>T*`1?oiAEEmdl1UaFxoNLAu_y$;t|3paj13WL%t$`gS*6@6Z%P<G
zM4jvrV#ZqDfOxrwD~`AnsBeC_i>=jcmeMGqk`04vudUF^I(bs&HDH3JA8KpbtCoEA
zUSxI!v^OC@6^?*8FN8Qt0mt=Ar_ssZm+2i8xa1>q>+xi8xP{S|NUw2taPaot&iFk*
zI<vd`<N5BaSU&wTu)4bH%qt)$NF*`4x3>pQVK&=c0u&Uc;0HW>N`kxZJ|q!seMbv;
ziRY^f2w=BcZf*a%+@}u>(IXArxg@yOa2x`mi1_p)x)c7}D@(p}+lAX)8}0FfddvAu
z-EE(=sfLrngvcXmURNY$GzzpIN*bXjqA2OkB)EO$GnIhtLd8J_{AZ+u1JFgNAplnh
zAeQIv<=ABaj|R!qJ)*`TRw#AE>NOJXO(x7bgfP2wKxfSnQyB^Uw;aavHXS$W79D3-
zR~ZU4K(o#?tkdV|-+?CmMGN<<(CtVZ`NQQVpZP?}>#H|>5P0OO(Q2{GBHJfPp?G_T
z0|xa!eV}pxwufq^3zH0j?_|DJ=5H2X*_^JjW~WLqC=Mq262o7=AtmhLPpVE!w=5Al
zzuCfas6H&%l{Fh2cK38MjT<ROXHzL<yij);2_(t?cybVW_q>)0@2T8%@m6H9JPJH5
zzV`jmWj`EBeA{dXA8ap8_OoQL{@T1)dEHoA_4}+!Q>Nd;$t4&P00WiUmrB^Xg7Rx^
z4_N7D>*$%7Y7IFnqhLn9?a?e`vn%wj_FR0b)u{M9igq=hDU$z(J)B<VNcfQ+p2;}(
zAevPP*>h{lTL29I6SDiU?Bd+2uPW&$z?1Ka@taR+IG-*&czW~av>MRDzt>aQEe6SV
zDIarX00S;cKB3<SYdl%Ou*j}pl~kWrYHmUSm#O?vBK$@F<V$c#Ne$(h<c&&YTnr%+
zh9+bOo3BsMtcIm2HKnR@?O+28!}1AN;p2n;q8WqpHowlVQ-%!js=J~zR<Ne-9RD?q
z@!6`Ap?t~eN)JUh`#{&mP4e2CZB>augQ)D2e{3c05S7@b48JFB>g5IA<dVUx>v{c;
zju*t3rEQ(LsYq_FTjrNDaX(Z_JnB9|ut+m>6OA;BM7;5M6o-F+ZW1Ge0c@OSIi|Z<
zxa#isR&#UWjQZt2iUs$#JQsRpjl6b#YGNRdQ^G`yUx|=ThuQkIh}77}<_vjqwtY{Y
zS5>2|^WP(-O_Ah5y2P%QBbaqLLzefomjnPcar+I`1H3-hh+Q&RQOsF+PgR2=PPg<)
zEH*yyJeTJD%@WAE16!Qa9F;cTErgJyh5o_k^Lz1zk0>mNc?gqgV}vy=ltHLcB+)$P
z#Jjv!KnEHN1!?$TvV!ZA@R1gnzJxMyzn^!-;IUFjyAan4gIK(;i@)C1^eKe^l;oM&
zBmgV`ET*VgT5mIMv@F7ILKH!<4O2HLt6EpecK1%XvkHa`vL@K}E!I;h$a``?g_^~p
z!D0DMm%jDn^P|6r^}IOl#X?&tLdDo(AZ}P@7}V4Zb(x`dbF1heK!!9)n|U0|jNagC
zd6&m_pEPqvTcNpCsN9r_7N_MHFq?OZdB7;NW2?;qr+P?pLp+>0_>RW?DvDR++Gve`
z+HD8P_co7p_Rk#KurN@Q7P`pqes4Lkl1a}U`sTHUU0JWRsTtjjdXEwvn5k)Pd(zQ*
zOft0##u+DP^uT*C^D&6X@n}`OOCS4t=cGAb<YhOr=!5WIea!<lZnwn74!G*8ZSSgf
zPi0g}y_I)R^f9=8LCPHuHQOpA=H$&hi=(yV*}3u}OC7NnDrhN`bp6J!yyiGU8c36N
zyyXGQeB+i)*n>|g;T3s0FY|CjHX>K1Je$v~mNKF0S|>SAeS|4_Eo^<Ph^#i@v_gXT
zKD|*E(p}%&5*+#^k?<a?x;cc?$2>t`_7-qWYdFj#D5rGxfe#a<GcY`3NN_a|>=M<v
zy<L<E^F<4V%OcZA<Z4F&jKQJ+v{h4Vah-y8_I9N-S~z{Y&=Z4MSu?%j_PqK$aQ7$o
zVTx~x!I_vivR90tL|8_@G#WFC-~9vD0AK7dmZw&C;-){_wWHmzuHY5(sOw!7Yw|7C
zKiFmJUvOgt{$uv9oh|?WqqlxtXV6)0xxIayVPJXmjFvxOh~TqEP6j_u-|UwCF5%bO
zZo96V{->PwGpbDN@vv~%np}H{Cy<G9x~S2<nd8%qj)1~_aKCWx@muN&yLRNj{{F3*
zRXMzI^iC;khbv@4&)$;+;qZYWCjaL=+9h0<p=ckyC6wdDCo`jLXq6TW5xniw4+!B6
zw_0Jyz(B)Z#mF5>QfFq*>zgTPzju3>WuN<)Z;^2C9{<m8gRa~K!k}h4K0hS%`KGG9
z`?)Kz-^NhW7x~%hon&*=+x^;<D+HOVPc;$_WqW+}E3uvPJUx(G9m~7lc8J0K38mv_
z8B3fXTP#Js6qK)htNMD9)BL*es#i;6Il1;6Y@cS*6r{p~;Yu-%2MO)JlBo<h9Q-(H
zNRBP+O?+#MLEC8lf68LyDx?Opb(xr+RO-m}U?b>X*n0~zp6J8Dh<;}pbeqSwH`&MF
zyabdr^q&qgy9IAc{R`u%N9ag^@WPb4Y;#b;#H94(XaD1iSyiSW+yQ>fnC1z^SK6Tk
zTRQi?B)vUBy}mGu#BNZm8W<)L?9`Y=c;L@c{LJO22OX{U^bQ*SzEPr)91Hkk9>s3E
zdu05!mv^u>{dHWm;RfLh#*nv2LwQ95AYk?XYBeskPD@=`XQ`cKMCDd{sZ}^iG2MCS
zGED4@P4kB8z9!AQViQ=c@moav#(Gw*ZZ1^+W)bA7ai?nUu<|={4M+b~Cbe@AWM+_R
z5;kZ%*TxBE$Ty-CMbHE?`{V`@yn<rB!C6QoO+O+7UprFtBliAC;v1m>!jJdtu6Zab
zA^-^+t@&3YFwzQ}XgZf(0sh6K9$vs)Y6tGs;W4OTNr>R|W1~2{Z|gxQ)xB3ATJoT9
zMxvo#u<2s7g>iSo)YUcKmW|c?Ck1tw81{Vh)4p4>Ts#!>m%g^vELeUxU<2dVkx5nt
z6j*`Hbuu##x0(lc$<$?c`Lm+}mwjv=ULCUe;DxF?=vT@h7@ExqKhAv7;h_};NDxXi
zyW*u|>h_+(iibb>gXT*9)}!B<Spmmq$0v)YK#ti1;SXq0;jf`6M5GYWUR1<DjXl?>
zDbuJZS)BAe0$3LgCl$c1!_nL(2ZQB+;MhL}CMJQI>tr+r5}cty7}SPbXBG)xnNi}g
zeg=VyZ@^5FHKPCtUI>gUVkH$Yqfyp+0{IfD^i;|O7zVG{l~vBAsZ!n3C^n3jOlpkA
zG=)*YwU;Bh;9JKlL@r{{&|~pX@D34WIh*x~c*!nooea*u1Co8dUM=2-epS~`kCnvC
zI_?y&F(KncAJpz=p<AA|{nW`2B;LcZT|<{?2kxK4or|d1f+;hINOZL3?jz)D=BJS)
zEeqI2n*^lzC8;D6xnP*Xdlrxu)5@0FN4l(<w4A|G^~=6~iObZz8RS<-+1jd`l7P&f
z-T~yryfw7U*KWOYsAvvHRgDVkwN1J-nkG7fBk95*(_O0TA7s3MVQE1L!~rt)eux>~
zV3@)(4pRV0277LoT>gZe{Sy+i`n3l~o{`uIhahEuA5I_n{|c?UQ|6M)eSD%Qum{a5
z3y1q;O~_!4Inx^{H-VXAmH=oP2L3HGP9319LK0PDBY;HeMH$*2wjN9Y<BpzkhZl#9
zxw3~a-&p81j<|9{2#<LAZccuK64CavZNA?`(m_*dpY83w^;#`1hIWf&Fb4p;&&AET
z%N&2c025MJVEf2LLkRN@Sdmykk7`bXK_Xh)x1zPd<ft&?ks(CaGO4E5x>u4*|Igm6
zh$97S%>-kkK_A$pAA`F(`v082zbJ$lU6O9gS7)4&<SFn40kP^|PjoZnJ@Yw-;fKTj
z@PyMV?uF$mpy6~gW~2|0v5lmWZ3an(1BR;lGV@tT+r^tK;PykPEmXa;DoiMFk)BIy
z5E<ZApc^q2XIF*-mIjoklptdL@rM_aEZd{U@w-c5{6j0;ff-#@&Wrd}p_&hTBbV~9
z@K8U>{}XE?3O~LGrg@9q2(~8F+Iak)m%$4Gqr7W61qqL~Fx3XMB1ZAbo0SFW;Z)(g
z$ULuTpP7*CHs)rE2kz!>ScImO1T}O1Mdii1z}cY^$YyKll$};Bh7lvFWLlN`qANm0
zP5M5LNu`6u6<+2CCP;h%Mt&2t*_TQjQs^!BE~`|9JQo<@#hx(UIJVUR3eh<UP{v3G
zw(2U`8#FIvt6Lvu$~aG>1YSom6M1#$S{a(0z(Qqp^+y>h5U`EldhNoZGckCRId2uP
z1y}mM;9)M1D8Xh0<FNtLt7pm~1s-GA_Wvkt15=-HpL+xnwml6U#@;XC`=l@b{YLr}
z*xy9?z~Q{?tBMFX4pZqUMVz|-d@G|@_9||+WsWEAd8o}eJ?OumqRlqv8`#SO>&qL(
z5+(85k@l~rYraTVaBmHwy4ONc{i?fbl;7t1k7)dd>F4itHGL*cp{8W3?f#DIqJ`)Z
zOOMn5#bp?)TRN@W*kB04#kR!p+<%nEcgl?1WT_NCK+BeYc6|Snf+7C5KZ@~dgopG`
z0MDvDy+)*fUwT)BzPMN+1VI7dvt5(Ip!{ME%L<NK&U+8O<-=Ojr`EG;22i;P7sz@6
zt?HO^ygW(b5*Q(707>SaV4ZPA*LRI~g*ZcYYj9*$4mx?J>mN-ah>?^~MUwdXN2j^<
zNz?Qayw%7A5ydT~hQq2%P+R}=wOi+VN!xtvlt^wc{^6L5Z{S&^OA*XlZ`Lb2AxMbc
zC{cGX1gS71I(>RK<x%ja^6itsUB&87#{{j}EeOT@>aPXJ-OHf5IbN^-DN&IK0;qNi
zhRob(cx47+rxfkh&GB8Q74GIThMT|ER*JNZ6gJoMo%~%XnpCsxUXTQZngrEX*3PUD
zqN*Yl?oU?*+g~+<c*G{84HKDM6bk+*pf+73_sj2P(OL=Ybf}>>Q+Dh?hw$s1nAW<-
zmt0YXxaMfGHPxShwZ<>4JwwdaWJ|-4{*CC(!zvING)O=VT8k$2<qQYhp+1|aBp8na
zX7tq|0Q#(ALF%IdxKePO!r}9(#U49H+LEe$Bdmo|rN^F&0eWr4-2bcE{xs9=O=hGM
z+f~<W93{rp*up3hT(&jVh%^*fN!m7cIo238H|ma8W=V!jN~-x3=v5?@MhgWbj0VQW
z24Ih~kh@m7=Ut7-A{p$l7zE;#d6q5nEXYE29%^(dnA^i?9vif88A%OZpgb-vq!r&o
z_)nKz8#b|b_+S8#&5BhX_lf|@6fBA$j?()I3m8tmMiV-eb$p<~d1nI#KK_`probN^
zgj6ch8Mwm%{N^%Rj&_*iRs|{rzaoB5Avqq)@c!@M5#L?}wuZYLYLMS?#03J;7rq#s
zq!(lPQI>qKA{v`kAz)^ZUDcWwD-QpvE_)gstsENQtzV34*UsY%njd7hAy?0;?E5aQ
z<7=PHPZDcUo_fsy7)t2^IrKUwSVMWRC4fH(Y?0<EKL?+f;ao2G;q&8HeKYzV%<?@w
z`t<edd=H$s96nvufs6LeQ;pZYv;~g!H%OGdIrV7#;5mY1{~MAtKMpWXCK=ft@BW*9
z@xW8{N4x^2CIW6v9_+hPm5=Qwa}1=TwGZmk$7)DY($`sU;OiOqk#Zwyq!fW%X)$*v
zL&sxk0nkt<O<Nm44uA1sK@AENOF9IA!X=(q-f-)07%BFG_=Fo2A%x(C#+toG4VwR3
z-d_GCFXYXV01t3}Yt9rGlhvn5n)>(PNxKk`=A!WjGs0n8fqilNW%F@djNqTKs9%cK
zb;-|*j>qePX!~p9$Q=73_33qNUqd^sLpMPX)p2+m2FxkBYf(JqT+@X|rkCw#l{ED*
z-WW$Avu=$xt5XP>^Izs5P}2Wv0h}ST3h@4S5|4}xMZWfZk38u9xtM7#+pmP%NQZ_w
zHE1-YNNSsr>z@j@GfSn5L9!)=#(Q#j=Ey*iYmT<cup=g4sx9H(uT!}-W83Ur1_Dy>
z_Cs1sItEDmrVd8rYXRY1C5RknkzD0@7@&{kd#|bVU>>~!X!9sBHaIFUe)H`Al;Xs3
zf=a^|_x+!sh&)avE<H^~Us%0N{yGU!%dUJUmj9JI$O3LC7mB@ueoo8_sH}MQ7-@l1
zY$EY!MzTCs<NFE98G_cHLF?S=B7z>4=C#om;Bn#xOOON#$cMPFJ$FHHHThOcBL@%A
zFw;fS{Slf&r!T3Q!J#;IfkV|x^@h9<fgrK84c6fXjfv|N&%A5nJfE3hBJ(1aUU{2X
z-dLq;V7FMMoQkU~ldhv9(Wa<AI7+W8wje}E8*a9>6@l<}%Me1XW=|Wx3{7=iA^RX0
zREB-9it80{(M76XpK+H`{X}u4nLqveBizNZ8W(VfBe1PS0+{%9VS!m4G88D~Obrw1
z0(HnOc;{;uT8~kl#0AhD$tvCv7AMq){{QtOIR5w(c!>&!&2Jux1&dO}QebApMjMLp
z%aYz~(}ndX|KsZT)HoZx#?K7?R-@pWM|n1x>#zir9=E~r{%kC9hyVB(Izs+aW@vp*
z{8Q6ZiO&{iw=_4s_IpBQbEAV53EyVtJ)tgk{}OdA+7oujZf5^E<;*E$*%U3KIRbO4
z+1<x;+cOP+9nEjB9_NUNPT^IsZw>)`6qLtZS0ESm!XSOoioFMcQPxkQX5XWD_wSZb
zU(^4qb&cKeC3X0rISIe6uD;U5UPs?*dZ`5^vNxsB&HtBc7enaDH#Grk4gL8n9~1fA
zP#|)PtI_gQ@VwE7dx7p(->#e;|N1H9zxj<4U3jkGph2Npbn>JZHgC)1><WjjWwh?_
z#JXOu2dIzq|7)2XvdJ>`D7V2%BZMtp0*0hAYy~i#7RO_2aOm=;jRd^o7cF##Cr`lm
z+!)^RcZ4Ap1^9x*al$!%(VIB!BYo~59FhL(u-`hSYu3B}<hb4s))$V-wLOMbVtxJB
z4}f#*{jZ64>0^HF>VI}vtzH8A%MD_OrnlZ>-B0vKIStG6zvTHcRrEh;h%Ym^5J6%#
zuqI99q)eK(tTj)Eg>z*{zN2kG%JzUMVmC@|MbbA7G4@TW7SaIyn~KY2N3WiLVX+ch
z3LXW&5IPsIT@*Mldn3HdmU!(c@0pWeb&vJxx1KZ<xFe~BeA+oM@4;P;+VuKbC2h=-
z!_ebC4AUbh^kb>iWg7Ge01b`?!1<;yk6c-VQ+XW>5kdh9ki({5GZ6(LdI11>I>}=q
zwq}2$A~{hmso~>f#lS0EidW0BIv`6W=u+kJ6=P{uGhKng7J0Y02I#Spdu9CtR-5>n
zTqi?fJ-Ut~YBDi#rAlDWBY9<Cr-J$;%$(w{h$_KR<HBE5rQjhegbxLr4)2B9x#0+!
z4ev+BYEwGfzd!?N|3lMN2E`Gr%fa0>Bm{SNf<y4&PH=a3C%8Mog1bv_*AP6oySoLq
zH@WX#eo#zpZS691&L{nK_X!)9-9n>#zrMT%2PBm<G-_V9gDOdVIw|$*FBW{BmS^1M
zdj>Q`@X<26+Z}h<R3Ad#W1+8Df$h;ZHV3UhbfhUqA=|gmc6V01T4FhyW?54#NO%Mi
z2;jB@8Hl(hki(pQ)s_wZ2pY>eI52-dR%}Si=&jW%f<j{cyn-HN>{lgaVo156cd#^~
z5#18}ZbA%QG_x4iKPJ#|(l{%(PJ(9y37GLX+JXVOj5WU}wo7X|t8{HT%dB&45^Sa(
z4sWC9m__{3R2^JsH~rlih*tl;hWnpqv3|$-wm5ZvNCCvj+;L{~Fz`#>j!Rjm8K;Bd
zl~BR2U*9wxj$@l8aFTHtKnaS=0Z1tV(7QN(c)4WMI7sAIwZdTuwgyEM{!+2Cz4lXz
z;$V?zD2hoWkjvA0Vf0ww%}Onlhco?|##p3UZRv{Sx{I=@ANnsBma)+=9=P{4FRYHi
zA^``|^(7xiaoL!{;eaJf2EdsxrES1o3O;-|-@wtt<}*PfPt`NZzUFObb;z8ZeazOC
zgf#ZzIL^yTF6nIATd8Z(9c7Tjf8;zwEG;IIenxL|%Msov8vgJ1iA}FQfVg0@g$xL$
z_&r&DX?>~}uK@(3^XY0E)=#DhXl$`hw5=)1xNc_dSjbj4EX!>H=JyJpb<o%nEc~nz
z$3;z)A-W&CFlXO+5j>`1ppGbHhG+IS3VaNf`W3;_Tzc;xxi&5UDCnrM7}<9iQ%2Cx
zTVBs6Kh|Z%1Tt*FLGkIrH|5|y^<d`;@~f~Mn?1dU@qJSn`%!(uFr_|NZ^LcN|M$t9
zJWfgt2V3?p;xo6dldvw2ARdrcm-h)|HhepXXn1hC{=9y1>pnv`EjYW#I68F9Q;ZS2
z=W1HsB4x{X=6s?j>Y#XzJDl^S1U?|=Yhsb4ow?YMHLGAS6p&6z2snRKojEm+c_sZI
zj6N&oa?EskE2|f{hFJ0H?f)S08VPwk$Fm%4M1Hk>r)@_N@czGKZ%DJ=?+?WAN=MDH
zIE|wciR;x$hH3H-q2rsfu{6EDFgTsNbU&!zJ&h5yP`U4v4%d5molErw5YwhvK?(BQ
z3+iO!LM8^G-|y3C0eR2s5XaWzwzlJ^Afw<>YOtRisV`aj9hIn{G4pS^mbSKuQ+ZSO
z@}&0e_bHOID!r{aG(+_IdDR%18O&$jx4Umj=H5^0%RsU@hPpn3@7xXS96Wk19d~v}
zw6O$>g8U9jAb~i%kZ}r1Xna%&fcKghoXyVVsV-kVi;E@Bq~4*d85VS0Yf6m5Yak-=
zu6|158ufMC?JUPw1V>YZ0U*8oeLyc|e!A8>+{+2#G<xf|X-&05NKd<zzM#7}G!Z(%
zZZa=yF3W=u{2*aQ&y#@r9w58P(0O-wNqyq3)bpgTU@d#p+#9bt2mb!7bg88|5dU>K
z(1h)>Kds+rTavw?tvTG7(tt!^@sVc;x)Gfz;*XAdGqs62HIUlleHc#rBoXo4-Lw<f
z^Mg&sUQhVHa@v<j<8<{l9SQtwx9!$1Dw$8l0Q!ZA>8TSOAau1QnXgoQzljMjC%!o2
znS89KKw=Gy{B;81A7(eD1GSJ6LKO2%8Zn$3H(K!Aa&KyU5BCk3=<BO8D&aQl2a_AS
zP{NUUZ3jlG8&B4nLn}kh7sAm0qM<#aapPyhlicqf4z0xmw^4fK_o*Fc<ixGDFDi8|
zZV^^EbK8_A>-GZd>!|2L^zOnd9f{2?>~A8<tbTX}!Ygs>;Qd(V5KPN&KCp%c)*p0l
zmaQFQT()k#*3=tu+}H~f2NH&Q>6pGdV!4-%NP}@GA&e><$T1gY0fM|Sb9oBUW&6F1
z-9CbcM%^-#j71{@C!(l836mv6_lyw;5mZ1|y+Bb<(7L~CRP!)pg9IKi8??wnDf8Y|
zy+*?Y?%f1Qn;rgJnb=bva7-+rRLV)S=|716K3+=(V{sGgyE4zrXsrMg)sEzt0nAG+
zky_4`d0pIVF>^N;`Pr|b8wMxe|Kz2V{m5dzcUdpvKpla^dzkrK{^#Bd{*hknK|)NO
zu}bUz<$RfM@v64wkU%Vrh(!^|b<F!>e(J?5sR9kuth}RFu0PyooP_5?N+IcqL^l>J
z>+jS2TOJDNn{&8iO(}fB9(w!vA73Mz_gz0*6B7BC$XCf$-}5X|YyJ4G;IP#l91wv7
z4S~}X=6g>H8F5ff$_i~_XMSjVSirD4_E9ziw3CpNbd)2@vBOBZekyNy-1$LnUbQyi
z6r0fu=%3X+Ashlixk_GlhjHXVB+j$GIe-eSYK#2H`&~!+imPwZg_aWs5I{?63KFol
zBmmS<pCSvazPwW|RT=BiHAQTzp1S6e9W25H6e`9`w05M12jKmrCm#`5x{{24dko_`
z$(}tSZ0pUI#IpCk536vA=*eq4>51+f-}%GS@`;`{SQ`DI#d>A<Yoa}LipZr3FLkUX
z1PnwcSJPD(t^#`0#zueNR{%YFtEJ0wcCg+bvf4jXYp<2~wFSHg$noEPK~x>AZ|7r7
zmL5<Nhv;7TV>Z3GcnApy#S;U6hz{B3GhWC(LC`o7L>efg9o(|l`_8}v&!q?n4=p<7
zu}7%xuV`p*mcqv`ME9@k5TNQZV=?`Fn4?Pt%725><KTJ-*}%V6qwu9rm?s!3iR2dR
z>G00YzAlw8!%H)wd*hI_4di4ZW1vv~>5%Q)m<l%1euH++50ow}lLNa`edPCF4hoe@
zLxwvclCc1HvV{;@tlKItzi9yA%|rowMFe-xkLGT&nwcN+3(CyO5USPK<tkRr^9z`s
z(+=ih!<JJ6CNXbv^57GWQKsNSp{L;Oh#mbTTN6w;^HCJ^Yu<Hu@rxa|d#m}C&#rI+
z;N!#jVlJaiFnMnfs=7aPJ-UQGzivrk{KM3@^kA)svLJzyF}%VfKdr_(XI2`WZEn!b
zP8qA{jDkLVDjC1cbz`7VasPYkqrEsEITWBvVwN*IHE%dT-~{DgxsFPm!!AghJS<~8
zt?8^2zhqkjN8aK+sghrdV*iqVkMdKya;8@x!*BCazBZcz>HN&&j(6{(rjreC1vj<R
zjPx_UzQCHK(KI^D7S-*~jFXpHT6>-WqX*agK80C0fb$ecmNvQ2Ciyz?QD?e!yn@LP
z$Z<3%cdM$nH_bXhRXoh^A3{sW2<Gp4NY%veU~WIuVO`yW4QB5p`Nl4SNh%OY>U}$Z
zyUp6Ja}oRfg{h;3A`ynaZ8q@i*lbp(lPb-)tOiam7vtJeW;-L=ouc+~jNq>C0&iMt
z-BmR{w3DOuw2&Vl{vjxKbI5oHYE_jVV;aqUOJlS$&g;1e@P5Ghrw-J<=DyC#H}izC
zqKjWW#TUkIjMBd*|5?K6KPtah-)W#*`WCdqBuuawCqzJkFr*jSbJKK4pQ0xr;^^XT
z+&$<qxZaHi@m2<<Pc&vPB`H~jZiiO@x50BKE+G8@37vO+FbD7iY-;e?^f)y>c=tqt
zyfxCz>s}wmTd9M-c!B;<@31SleD5$cQN3JA5l0^p@gQ<h(O~Ue7DD0n-UyiNp~7B~
zD$74GaFHw%!|w&jZ80CQjqrlFyoLC1-qRQPmL05s=VNa%{N68@cfYmh%Z{?p*<Re)
zM8-Oftg8Ra9(ZcU)*QwB9DflrM!4`>4+!(s9*;m$`FOGNl^qoV@I)V{&x9Hu#{0@T
zx3My?777VuN<jc?_VTpK6A<~v$c&l@0FNKnWDByesehCC&uJGEQ(I5;GhNj5&i2^E
zU;RrqZDO+mH~{=05`SJIBya>}*`x7IOH`2-D7h<#-sYoIq#7`&J03q+SX_g_Q33uC
zDmx;HT@3yhe>%nNqG%EM9cC{{932-V`MA$Qs8<fJoBE)sz4$C{$JFoXl)`t$1B;Z^
z3+KOK;q4SSpt64cqJ3$c)zZ_e1nn7Ff~8>ZxgRjKpwc!j)nlimpXX)=)_61NA9$$H
zvU@E{I9QC**6`Tp(tu!p^L_?`<7j_KHoApM^O$mgn3)0Dt3+`2b9mICuNAFDF|-*}
zw~$NXRiGV&(BBg%pj*El#v~Zz(yNROgS@C@#JQ`zRy->wxgDc<mh7Wk7^Rj^S?VRc
zWe~t7{>pnr!Wk(4uCPr8)W1sru}~BiMEA-zd=h%!;2PEoM6R!os<_?cVGgTu{4a{=
zAYYgG2~jSzVN@9Z-)2VXg5)0`f&_7<9}yI>qcF?Su-+6lViU|!(JWi}MGAPOIepuX
z;>5Yh<HX&eHh&)8>U+kTL%@)9F6G|U;L>+bTzmg~IvJ~^;phhJL&$<cR{aBN0QKO?
zPZl|_itQ-|4DE;Tgx$)q23!Vt*>_Ghu*=;rR(@1x_Ax1uC9&_@nSPIbhGo>SO4;mu
z+}4dQy&Fym_oeAPWSFSe?Qw7MT-TG)$%Xr~ia`SOGa#4y;iWiXzXi145^fD(=_2yq
z;j#pZUy7Ko@`@_5e=p|~Lau-yeryRVy3=}HvZ8z_{`}uvgpvKyfR!SS9zj~i*?+@<
zhJN+M=Wg$I(Ro?j?(90-8FNa(M*z<%O9UORxaM(`n}Xzl%Rz4)XI2#DQ$}h(?W`Yr
z0Y(D)gI*coYs&sB)+HW{W>OV~O0LuAWlqoD=HH=(V{bjtu^WYCOROs&_lUyD$<^U4
zf<8m0aY&2o_&L-aufTZpc|Zqe4BYwRJL>(|-#0_7A$l%=Jm*M|xHjxeg975KjSJ2?
zKlz-CZub8vh)q~b`w@^BJY=Ort{kYm7QTn_nRT9qmC5y5N|W%NYqbWa&Vf(q!JtU*
z`E|TvLfw*tqv?HL=TC96kC*Wr!&3XmxDdoAx$s1h)6Icmm<jLUSV_rSbT1Y&v^2WO
z3Va~_nX`*|zG3BOeLs$rJ;G`xtFPy{+?Aj6q(eBTLT10=@>?Qp)+EjP&^x|EP<{jG
zPd;7#k|OkR?F;`HnKm#QH@AApaf@wi9B~;|UfFmNUs}fGYAAS3NdbR0Wc}kB1)!e8
zWyWe|$NlV86NzIemVnM9GJj%ev?~d@h@0b2lrh;*i3i*VYkLw)OPC8m&;~EPl*0n#
zSf2m@8~>m|kw!&Uktj!Q5?TPz@U&SdEpGfB21)#`id;!%2IpPvo0sMxJmpcO4iPaT
zwi>~E;IG-unUit`Mj?qxG2xAX6b#TdB#cnd%H*Z!tOUu2R;%}E)b%Sd<0TGoVoJpi
zGRMLpUHgwu+!UaER6^X9@4SZ!@#3^`SxG-&N|KS2ur_;>ntqefo8i*<piOfL*U{2<
zwBAQZQRMe=`L!WIK_LEB)B1@ku)pE*bp0=SJF}0C_tQK-vH-t(8C`c?9W`plGy=8Y
zAkNBt<cmsZJ<v^KAFS;|h^kyjps=w6eRskITX^w2AbeCg>sy=9Iv4|*=~bhp)3tup
zd!F?nyA0s<6uiGg6QIJo<RvQ0Y+ZX%sBQG;2lFTL-<Pke7Y167d&uMn5CD(J`E$iu
znOg+a1vd>nkVD1}9IUOqM?V>qGBA`M?7t<NCBfn+A<Ptm@}E0*>A|vh_*kTOFC5CT
zdW*a4I}<Uuy~XDftm*X&9seWwhvP|<WK*E#@7I?BU!YrB1nAbVfCRo&kFC==;gr`2
zDYYQyQaMOD)!+dEn4k7Q>lkG0LI8-Cb;IW?{S5qRN#j;Z-SIOkVth$oaieQGNng36
z1yfpdfOEQi4L++ZvxX>PNog&SqI=n&4{~rgg?ZT8<ln-77|@^ZTSlU&Bn^*{U~~Sh
z-Gc1MwkkP>!q#y3_KhS9lDmS7tM>2~10{zTe+UK}=w1wk^xrGcWsccr=Y{A#6otsC
zZk@2KsjUkJ^vgIQVc4J8+xblOJ;NTfiGUwoWuvAw;tUZyU61Ws*BJYFnT_w5)(cMU
zx?{&`2&|zM`O@dT!tmkVF!ClLcXR2+5F)&JS|5xYWj4Ct{#!m_Q_i4t^(Ln$!rG!n
zD!d65D$v|p!hsp!e19pb@l}nE7hyj}Eq`o<RsZnHd-eJ%{u{2LpG~%G6Hc`_yWf;>
zNob@OMV_x1(xwTTEB2+R@Oc)=2*Iwb>}mDc2Xi&4Y=WX?uQl!J7~O<D=0&YFr&El9
z4&3=$6D_~c;t*Evs(KePM!k@X(J9rmkRyutxc`sPk|M_T(>Cj37@eL@PuPXiqM5vm
zdRnJ#)m)*%_C4jH#-=h8YU<&+){4S|N812;!^5{T9Iw#^oih_*hky&5{PEQrWd(Z7
zTNzR+y#n5;<rmdV>lhhUevJls)dx|rr9ng>2Ufw$wUoE1jrNc7dPJFDwUJObonMr@
z!c>P2Zw_Th@hhKT<ZWx1rc{-gB-wv9QHvtH4|&BY(hsS@jx<AC)&@IsSpRxGs<h!5
z*~ke%=vm%ve(ja85q2n=HOo=fE#h@Ax9C&VcK3w|ne4#ok=_vmv9ByDm7WTVjh~-{
z-=q4WB<ogv?jsrhx7^ng72H7CChE%8pW<cHjG2r85II#u!-^}YlHI_F3P87n?M2nz
z8%&f$B)R1st2bao#brcDnuS~8VsUYPCW>pcIS3LC;>UO09I;|cN!_vA=2X4qXgTLJ
zxCDQz2C$1H_(26|S3P1gj!<3(-oO5O-IM1ZxF5<c;AQ}6CKj)fu=Dae>py??EpZaJ
zGA(LURCsOS13?`uAzKnwI_+p)5#Eaor`2y;odNf?@g3Pj4uZ&foC!zrR=$_Sx9C6n
z_9%8cKu2_c!5@jYF5gvcY&^?{vL(Vb!SD38l!qtwHEFKZgrW322nq<4wR)1H`8Wb2
zn4?sR90UvC7FO>23p-=Y$Myk$^>|I=?;ZObumfY2@~3GfHM(O=cCUj6xHYZm_3F)<
z%Dl{&0P>0mJMBg6F6qgq@;bAW^0#+X$ylt)Mf^pFi>s$EngjG-ti3y6FC@>A&R2Gf
zMh*VHACmo22A_BG?H~q4G!!-M{bEDBOk7Lrf0v!32lRvWO-^qJops-7qM#xTi=>QZ
zK3F1_|4NZBs0`<t&3H<O)&3PX1_3BX(-42hLI0r7wFr@;_xZ3|<)>4iEJw&N+<1R`
zW*;G$jaPNuKJUD%`IOzA+IsuqQ(ezQ^trF!I>j2iowxDDbA?mW%Z3^=Fa7XZv=8^y
zr>oyE@y?umWsM&vcwxcg2FSfa!+%M4n3Ja@4jb3#FqY7;9??DK@54d)FB5Q>MXm6S
z#|K<psxEHq#;icfo$Gcy%jIf;*<{h<!>mByU)R_YCeDjrktHgYcN4=KT4HL2baMsQ
zP!Ks!DQg>A{c6cp6W@O!LHe&{u5Oj~*v6B<gSM2u6hMu#&X9t$Ffm|`b_)rxEhbMM
zQC-3LubmP)Hxk*^w@FV;b54v6&FBP*B?!X&D-A4y$hoHkV_CQ~j@GTn!UC7=2kGN7
z-%27kf*mG8Q9W%dT6!E8uMmceg@0o!K7Ida9m1=I_bm^gJ`&{@!vOS4I3N%MFtpW8
zG6Dm5gxzF}h-!W+1<4g-WnkC|m~pBe9bz_an1=Tm500W)!KL3GlUo9n&ZBbYDLWm6
zM_89HX&rjW{oZ%KyK6~Tzqu+mAOfVg{pGGMJl_ne)S>*HLsaw%&aKWO^%9kzb}Rt>
z!Jo*W6<>FwOspx9iyrf{Z|S|M0B>@G;6svDlqa<)Yy6;;$(bT{OH$}(ax4#^8@vj4
z3XeyV8o+V~uMAGV(DuIKkbX=Gr@Daf&+J`FamUme(q}7hlN9AbiZDwCXBEnmW7+Hw
zLJKdsfc<7UC$NDBU%Lm!D;};2o9#kQm0kJ%`f3W!ZPZMn<y#9V;V2K@j>`eRS*a<P
z|5RKSL0pL2U#buM@O?576oj?{E@n|Fg}!k})>~z+e88Qx(htg=GoI%S?2zV2l4t-?
z0QC9Z_gEee{n7|CknP$rZYMdPK!ZNBJJk#@qd1q{9&)#Y70&j`7()3Uxw#yt*Z}Bl
z+yTj>>Zi&LHr+nqBWKYE3oDKkb}R2+3pB>6QGjk41PK4mVMZYAb!)Cj!WR}$OJLrc
zo;1n#1N<+{wg;MqBE?Uk{F~K{csmb`&1%|wk0AYPyhKu2ge#AE$84H4KL}3&PW#>2
zK2qf50xi9AkDtdG4~MKA*UO>*{f8}r_Xk3gZ7Iz-LnCGoh(Ro<|LNgfa{8n-7S}Ba
zSHjz@GK#M8<b5snU<ZWC8%$|Bl?(%WSNIg#klmn@FFa>jO!g6~2hIFW%Y_$uoe3f*
z+w0+hEx+dShcy20sD?;?{1wiGGUy^?7x_CJuUt>|+v}uSw`pH$Q4yuXJq0jb@?`C@
z@AefJrAFg;`-j)rDPm^;p~pc7KnN)>%V%NwJS4FnF_WyyGwuG@r=hUUh!bIH$9MnD
z3nZ-WQGpYAVH>5-XPNz$aEA;cc6iTZ0mbmGZZDNiByrd=wMyreqD)etff8sWM(lEz
z^o{cKi?Rd+@nMr!nVsv6I+7lLi_4_#o$^-GSXGBj<deZ@Xg)zUf7Hv53kOcR=*ZxZ
zx-`~N)JQv~j|Vlzewp<6Jq=|xk3YpTmN2~|{d<bEk~mj2w--aLrUj#+0AT?Mb!)z-
zuo2=!wO@eH%}Agrv;ei$OTt1kILiG9-%<08yD@x6-2eXpgM{}m1H(zJDRdA*m%6xq
z-Zi<BHq=T_VhHgv28*)1H5_Y<@W5r)Xk~{<{!^}(8#dWhG#|m>#A$HCVXmSbdA5w3
zi@DSCX6+AfdAnA#-v-z0aoB9e4x^c7eSEdSq>4Ut73GQiC1=9A;0$7CHXTpS^~CA+
z>?tvS7^KUq7T^I8Dk6~VYrQ>)h~{ro)#>{CtLxqVpwUdnQjP}3e4Ex{$8<6=fu|on
z8)wNaj&`{!5I2Ehw|+o|r^3lqXQU89mC(zkrfU)SKEVnMNdE~+Z|=QBXjU)Ccs0_L
zU!b>x_Ch+l-5GfkkEyQQQcu#!Xw^c(2!!Y|?f;n8U)d%|FcA52-cjBC-12KLzm0kG
z)RSn{7u|=G*o>8Ww6J_xS+^0FkAAKR+?L@8ak|#gWPs*{2F`)no%r;yr_cRZ_q`Y&
zfP=;S!?nWi>kOvFtg$h)L|W-4ic8J|;<S-HQYKRvo_)M{-~*V$c@NefSZd<a7(4)b
zg)LH>ULGB%Bk1rgWHwn_ps)+h20pBxZ^;;y50?p+yYYMz)RiezSUt=M!R+XR0Ku)%
z3niKVaRH?EA^mG-8t$yvxDP(S(j{BbyLja8HQDa2ji;Jev~E|8S<dRJzZi~Q)&H6w
zMj(orNJmV_{U2KNp>|@3V2#SQ69IAIXd7I?lkinnC9&TQ1G7dHiRQ6H4M^l&POfsr
zXV`N01xe5D3#+6`+^>F^=Y>fZ8V+D45hLbws}Mu<KmZ%eiwv;L$rjumn99+)hPH~g
z-!75A`Mpew9rfX5w7Z`M8zQ?3Lp~3&q_0ND6Uo<dHGX1<iFqrB^)DHaLjC#qMJwg-
z$1%V3d4i+3<mz$(ejRvP#%?WV^q5VkhQFlQbfx8T&**gO0U_nt1U01pk4mYv_^sEd
zyfC<eybPFBCP;rV3;t9W(}kwe6KqPLdEnZLr$k1)Kc5xI`FQ~7tA5RxZ@l5SrK*(r
z8%A4R>k9xH;bB_VUl+TH=wN{_v8v4Cl15VyLT*bpb~cJ%@AE|gA)~1qF#=OaIKWxL
ztA(sTNPbkI!oci$Gxk$r*WEu92GiE^od<~Udi7&u^F-ufBMv+nsH&<;OAlwaat9E1
zy}f$b+Ez`BeB^O1si}#REB1QB1y+zgpboY;?I$EARzJspZTZG;P&(8J`(?F_`)NoU
zZ(3a*o9z`e3$&u>LE6R*A+XY+iPuO#QWG$!=rfUvD82wgZt{4qkBbrwc8)@G-vUVQ
zHAy9qLCsX=6N3g&;ey3KLkPKO1b$T<r^W!dWn6(jSyNvbHJ}rBHFiSNvd!ByTB^CK
zy(4lZbzUxL&fgcl35<2%c_O6Jkc>uctjQJv{>IRuj6|AjH(qL<@B<c+I=p!W_V0lp
z!NNEJ{Mq)pqNlD(&;gQdP47gHWdi3tjcz2Y|LvHL4}&QXH<sjLeG2&J{1I}awYZ%h
z8n{D0o(}cPa5lwt7?mBLE0|^r->R`wjxbfl?7x6Bu6*zPf#P-SLPDBd!n5k8{657=
z=N*ZuI;dSVl9C##x0q(8qNAfbJ~&8aHHnxw)|c08uuPsk8XjOvlR59W%bGMdW=%UY
zk%;}sKuha+*0K-el$Rg>oDk4zv`)LjX|!AS-5X6?wrykJ<$VvtfCq8gbBo8cPoaf^
zsC=-+YD<b9^dBz`IBIx_x{jaXUa<!NjPJKtOn5_`ehh{#e_r=@2?1?6RVx6s{j|ep
zT6U@%>Z1a(EE+-1e4CtEOWP(-vjA${a9iDJ(^<VrfghKG<L16w>R)0pfGxKbW!^Ct
zWBeuq%NMAuslNL4qU81Vz~pY0%xN<se6uQ!89qhqYb9$1XY_;!_G*FkhtFou38{_I
znTvu2oE6rG&!z7HCBd+t?>_8*-{3@EM4(?|c0Hyv%wTsVH7p^)l8|B?xG@S!C8^Y?
z-2!d>+O}hO9UUFBysw7*{eg@zP${RZwB>b69+3z71q_XhXtlf7W@jJ2`QS$0JYP>3
z2`*c67An0XBFc`Bul0FyWlXVZ_)11b#>>OA!sYXH+5~Ej`FtM#VvvcCW(%%^KZdnY
zM1rpelV38e+&_abZ_G)x;ggol?3b_hTfexkAHJn?+3(wH>J7NO6p-wMQFdTxcI;dw
zV@AxA9(~`og#bvVMRo4iRvfBD=c?~{J)MIY##?HJ8w7_4@d}sEX-&g4{j|0}FRzS{
z-xc3_tA2a=&|=-(BEI}{R#oimR^-HB^H2mk=P1{)Z75fRU`);^7q#BNB$6n0?kU5x
zzn1>)9SKn2TL4Z_4#o+-5PjP3RNuNv-IHH_Y755+HE`O+<7`BGkr29?*lA@IDV`qM
zzs~l3Jlq{gf%2a|EKn--?9iph)uPAMOMw71YV><bm5b%F{`wqngST+C&5bQ>w6&Fo
zUc92D1Yf}WzPlT6RnDKJPL|I0JStT!S8K5=n?4i~5qW%i^3io-{<qEH(}vFpRIoRd
z+oz<%O9Rd_{j3W6^+nDiPnLq%W)713p5Fh>e1Al$9;06vPFvipWQx7Ms_E8Lte5^b
z?Rh*_u9=AP?1v(_C-3@_vZ++pj?%W?zZu{r^f(cr6#2&gA{v_iFsIL3n5I|Qd|Go|
zY<teudu_Gc4a*YQi*Ma3W-{=B<*-s?2%BUsT-I++<Ix-iDDX~#2e1Xp9GmK_LapW%
zFGB)Ef|urx;LpGM>ZLlG#fp7?hD=z+o2)I}o$!kwpC==;vTLQh<Hvk^(yz_SBc-GJ
zl0QidzlAHG#rMhM%D8e)LJq*4NKQ&3r=WOvdeXZsT6pw2Ybh=(E32qL1_T~<5>J<#
z@bK{5TwP&dJj6>t?W5aVg(d;YrPgsQh-vSv$8L4dBW4;_aouvHlC6)rHZ91l`C837
z%YPDmj%BkvzkiKo`n*C2<3DQDWDpvRzg2p5A$GZD!Kz{I&Uy|#2gBgp$nL4wyo?H=
zzc4>^!v1|a#1O*pUc1yCQcvNx3orPm=HFgsdc7jI*jBS9+IvPC-r(Tf0S#5PRn0)z
zb97nsR-6}2pWWxOdsV5Prcm$&fH~<P$;;Er)rHDC4iz||uc}okURs`RYeNF!$g6h7
z6$nBV?>^YRNqgF<?3)^bhYmnbgrB^I;FrR!zn|qdXJJcQR(E-bqD|-;bukHA_r4xG
znk{FE42bN!Sp=1XFE{gpu|!1eS#g?yiYhAX)(bU)Ut27ui=NKA-j1ugviQ9?fs@6b
z64mpOqItDOgPzqtcwEZ*Ht%od^)`q9-MMUNuFzvSJ?Fmn<MUY#FNaj=_@qCmbMF;B
zo9;y0<9?$*@XFlYHlR48e&*wvY#VTW+-w^W_ehVtDyCuQ4HKSC_9w*kr1L0Dlr!CU
zMWg4_F{kEgO*CibEpR$0dr7a8D1*or{o2*uVx-07-n6f#dHlV>`E@0ugCaPy_X-uO
zZ*Mq1E7JU-o!?Xu+B9NG*>lq!A|cBCi8Ok5LfUmV*!5+G41b6%=^*X{hW04->Dt_w
zz9Im;WBfHGT1gxEnv_l;Bo=~%A4UW$sNe$3-z`4n2ijOhKK+^3D04_Xl`Br{x%zQ#
z>3d%1e1~L*WaHbXtVYr-wf9n6;@5Tij{nWM3X7~Cv?x!}Jvum8X!rQpbiZH}J851o
zFZeRE?*cAEUEc?jLZuc^aJy{RMF@a?DN9RBMe^Ba9ix^Ft@7wi){6lx8~Qc8whJ|z
zxuGAIz-$c~NK{{(#)(S?^qD;b$t&_DEPL%B4pSk1Ix_0N3hzmz%gaWwdW>6W7gy+3
zCmOV|CHGBQ=xE?I{{8{rPOEZ&D{`VF*OM$%BBX4442$8Fs}TGnwGFK%=!^)!HZ8<x
ze+mFG70=hWyJUonJOKTnXJ-$l4MP5JG1jOVqr$UA=CO8Z*5*WiMw|8Uc?LkdBliiw
zAGx7f$7@xV(yXOd4n$a{VaQT4w)`toLZp)}vH#~z%p>M+Ef7CmbdDmphrz_NmBpNb
zFQ87D-aRPeVAp(n2nNF5j3AAgW~SkrGm-s}R-a3uC@aIH=T7ELZVbA2xjzp=v8(P?
zUF|^MOnj>?Pse*-nWQzWq4#8_6pp}#^O_x_gB-bC6g04M*xW9H;FmC?_W>SQ`dsx+
zUWJoPX#6i8cv8T`Ar{BAw<rR+U&Qe+e6dU#tL01yp00b3*67%n&qWU$=q4i3EaK<)
zR@t=X`S|y+rltlI6-$#R%*?3x`GK?D^z3Xs?I^3Gm#Yz`X><0IgW9$>uj9GO34tg2
z&47i|M(ah#x0kzhuk()M`RcB#CUA5T9dLq6B8-r>m;Y<z&{;_VQCb)x$1G)JpIo`c
z=jMA(Dgb~uln(C<fX)|v?5xo4B&--Qt!;-8Vc@BUUdTO)0@cGt9`f@elu*x*^u7lZ
z+jonn_w)&E1%MD9E3;yU1WhXSRcG*HDuIGNN}_%+7RV78`=<M*-&NFfd`(+~A2E~q
z(4ttu(C;ez2HB2qIfv?_rwTfVO$DaWY-Nq%fY>y~FJGQI=YnI6_~h>BH*by0l68oG
z&z3Ijl<BhCvmN`%rnl@K>3Hce{b?m7c?{8D0CtvvOf7xH6wb~1FvO4khj;udbS)iy
zu~3EJnwPBZ1d51m@OfQOIf_9LuBpi8=4Q6v>qCK5V!I2pFzN?xX779Z?0E|to83!y
zYfd%xT`=2yt>h#phaL&O{B`Jzii`{m1A~H$EGj1E;<{B=!9wPB+AyzH`IW<JuA;j0
zak%ZzMIAU&`^;SWt$F`d!dyD)0Ce~=@mP*6nt=yPq_j>^PT-FwJD~7!8Upb|W!_0=
z%Yh-spL~0SY8V-0TucJ~nWK<^PD{^XtmTEt(+_ReyT-LOJ$}9FNhUF_4i}t^<goLR
zv(+81PMO}@wh7rg>%yY5mO{fkE7R(&Kzj1TSPv39+;DeBSSgcidTvm#QT<E0=*xk&
z=V_$Nf=WceY{Yl@B}2Vv`iy;AL>XVEHQRc<d->27!jv6c&uW<l`RR4BQEw!8RDAp-
zS!qWj$4q<@*i1P)TU%5V6c;+sn&I&9P&|K<H*t6BWUb>V7*DsPj1+giwX~$<_t+Rm
z#+WUPm|~?GFL+OUo^BcRI=w+lroh;bOk>#>G6{Z+UB7U3Hiv_%`;ZIw*qj`SO~Um;
z55J5Rpa0^hl6mFKJG#NOqbL`&&6#yI-TP$6@>6f}B@skCexzRb%(N6X_eV5W#@~!&
zY?7=*UT!~Xx-@(Cly3&q1wRm;w<>*J+%{ZoJy@gP-TQeK8WPB`;bLvTw~DpQT(?<D
z1}HRbRG3Hb;iY-gIyIH{s6KGzdA8q%EzQiR3!dNuQ5xDB?yWh8r`PPbe|4B+8OMnH
ze1l|dc==9LX0IC%MvOwwNAXpY%9&Wc^M6GF5a_UfAiM4;Z(3wir3mglDk;!|aKoAX
zgtIvE1HXarr0|U$I&Wmi=yx|85-SGDS4vVcG85JnmW$idWzeSqt}UkxQI{GU7aQ9>
zGTY}?)7Mwv)(LEte0=y_T@Q3GK<kEI0|Op<N26(MZmTZpU?c$3oo(x3^$AWQ1_=Uc
zb}}Y1=c;MVTLY3V+AbEf2p+1H*ZfV2Fo?e&qjI|WIl_X%*tKcq>1hYvt-wPDq((16
zmZR<P{p_`E-_+;now8+z&@hk?A#dWDv@^jPr*eCUA+ZXVM;3utOCqb`oZ7+?oEeeh
zYBp)JtHGVx@<~jg`)66@BWAvs3D@kc7(Y>u{&Xd6d1t@EtA^@xg!?5q#!H^kgD3?+
zy(WX)^2JhB6Q$5|H)|~`QwNB<(4_?w@Udst*4A`%&eU<PJ(adu4MPb)G66%O#iv>+
zl!V`Gb8$XR)p}LsVKuqA!o=to58i-~qDr9>1tp~bXzX*w$ZY!o6)sx*v*O>GQe_Vh
z5Btd--}}wbcWkC73$;eQK?n<Ld*N7ASJ&68@_cS*+ODp*Q-xpf7`_Jai&f88>$Itn
zV~(Y=KrI`-Ac4v2iizsE0om${-u#{?Ao=>B79l9>SMbtXHf=ESO98)rZXinuZv40T
z3x<6Erv-Q{w~4Z}=gOu8haJ~D0}^rDp`Gulvl{8h;%k?Rfd6R{BuH3c;Lbd^3C(pX
zm_#Bw_>gXy4ZF;Q(xFZe{gA!1RFl_oy`S~RYd4jQv%+%Eltd#cwU&lZN}O5QT6=Nk
z<%`>rdYU9_M$8`;<$CjqZ@I!1<Y4H)XjL^~Njf@(rSfZsuDM;IjjWY%J6oJe-L=Tm
z+5z;HwW12Yj-9U#^Ajpo7f&u$T`xTbXAy3f%ui1+kx5MG;b~KeFRZT<;p2zBL_H*m
z=cln-D1G_zMOHRi2y`8}Ii8mg7mp$2owMcy0rv$vxAQfAqhC=&iBx`I7FqBhF%UK}
z*#$e#RGB@{;_Bt)1>q^%mPxD4_4NL78wYV9xr=ZLUdsOdr21uo)YZhaZ-ipfZntLY
zenzOZMa_&>G5k!5E%`6Iz_E0O%CnpJs!nr)@BkCq-0D?f6XxCe)6x0TPUY{cvBUcd
z_D$C{u!_}u8q7FG-p}IRR!aaa8>6w=JAJE;CDgA@H%hUAIB<Ci21K5wv?h(woL~p_
z6w&#q8)+4RFMNvD>vkFp1JFII`5cAGNo2@VNpWe4Y=0Y4)UFn3TsyZ|%R&29q^9+|
zKIM7Z#U8{kS7bEq2{APZ>C?|DX&{q>JY#lBordzjL^}5G78;8p>L$US-5R-Ou}Ofx
zEXT$xBHIt8Iw!FrM-;%n+AjT9%J{v4R8{Ip-g4EDPh_agweP~zl#;Hlu7<|%O?w_5
z9?-+2#c@|Ua^MQATn)v(r6!7ri~n1?8W#O)9bUmA29}m(vz81rG@4DetKS*4C}q?C
zg8AF%qsPG?5^(!RMIpDX>Z+<XfZkV3o%f`SjJAU@grL2hfE7AKPFEKZXgW1K9268p
z=g0f6y9)D?D`Q~A(y|a_s`QIpKv3q3SoXTV+QkCVxmiWShoD#!vWGIVW`@NuGt#dD
zmL&As`$+6mGkFLkAma%g87RRrDGGl_>Ic~WU4(NU|3-j=gHYymLJeFD28S{X9X~f0
z+=Y7Hi6!{9H9hW)rT9n%Mx(<Pjsk#P{mPUjGndz^r@lDZ<+0;Y7CmRClaD}!M*ocd
zD6haUA)aADrMyuwsYK}J)z{jWsn74I?6>x?T@f9rGl`2xXnt=xuT0l6UrJI|jgXo~
z4A!A}MAmur_GZTjusjpX{lMxWqO0<T-<KzGB7HC-4_ey=&{=uQtRjyqQWB{qv&kD5
zz6-`LbT-0DRuRmHV?YYY%8n&ad_g7TDVRStVO<2Hho0}lZd@GtNz<1U#sN;rjEs!F
zzCIR*<whGi^(wH9y|}&}86Ew>Ww!?Q7#*iJPq(M%?bmV^7Brc1@^W%uIKCx|<qNpU
zS!{OLhC<`pxNd-fg(Zj<Kli`-|7zewur^R^&EB}iyyWz!RVFn|6Vs+>roWPVANtrk
zc{FoGlwD(cKuBxn(GIncXY>YlNC)#Ix9T@MAoP<>*~35JDd17b#;?!cSr;16NLG`X
zPbrOO|ClT?n>~B|D-uGeqx!u9;+}^s``|2U5-vI&09YmB0@j{Zr)(xb&b>FZsjoWJ
zWJlWYSXC8W&m9$Sl-h1AqZx`HNo7~hpSH1C3kp-Iglz5{(@we($~_Yp?#Zfio_0Fw
zE!}9F^%VnK4zE>+0=B|Tt#Ch^xH#?f<3aeh$$yoO!iDk{PE|dDjekH%+%^NP`~d`v
zuz*ORd$N4eI|!Jy0R&8ETv-ooIBMb{dfMcOSvdfptV>upOGlhVV8{W4#1i<amLH{|
za&nf6v0~h2d6z~xg>oG~GDh+o6)s%caXgpay{2r+NzR?Rtm?Gp)LcWUZwyFdhcHc4
zclI?94y)K32@Z42A0B6aLIC2CwgdB0D~!hv<KeWCNYfU(_AF7$=!o1h%PHD3iSfs{
zk_c!&I#CppSAk#Tl*MM=Rh`CQ<+!T7`Ozdx0~fT;B{vSK_kCB3fQmW6Irq3Q{YsX(
zvkvjUxgKUp$Q(Vzc(1HB!O~yFCNZmP+{6?Km5#ZsO3=CXAEPo%GXr~7(2}Ro%MyaE
zQySmA0aF}ffGNDxCx22a+=HUkVPKtSosXHZpldBr=N&%Tq21q;8?koYLX%u7VdB$`
zs4JE%<zEYKP8t@^QyF}jvyL$_9BK!vxdumg@7giEM^OWN14k?OFb0C1QFS`>bS^at
zp9S7=Q^!w;F)tv`3aAcjCj&VeMR77X(_q4|;s1WjBdtOo+f~!Zaa~+dq#C{2)vV2S
zxoQl~{r{9@^+$)tdN9=b=v)h-)nc+3tBKAxG5Fm$k+#H03i4d1uQXZr&;55mMV>O4
zJxJV~BQIjR>GmQ*-*K`3q{-g=wR^*&_lz)wNbB;hJ0l@)br*3YZUujvCiY$A8IywV
z?vU{%Dk2L!Xx;*f#_{&uF=Z3yOdXJd!3lI*Q%l4{`zgBe6j#9|qQ_d_@pPB;Hr_?0
zrPXv9CB2Z$dg{2G@BzF|i~Q`PUu6hu;PXe1od9ZjURWp5fx0078X@xV=x{2;7(nQx
zj(igufzUu>7T2h>bMH_I2-8fLMk#OzxsEnzU4miEj`5_x0S>&o9`_wypg|?;=IJH_
zUHGTG3enEeJ!!3{L~Z{65gfj4L`8^*i`I8}06;+`l}ptXw0+&Y-Koay&%3RfyR*&<
zK1QYxbZkhWtMTQsqOIGosXLjI=PsVRcoJae10fQ1vzzp0g6qQHxrZtn9e_BSj0!r;
zei9>7t+;bW;lZ5(aOcg-RXHER>o^DtQR2s?Eb>kplQuLeT6k9TIj<UzTg1q{Hadjw
zD{90aamKBz^w1RBYUMM94E<%eF!O!Rt$gtl=2<E_0ce=ZdE;NIJ$=8G7N*X6XbpQi
zHu*P!Dw@+>PWz6lIa)iR9OZv&I0z=}h}(hoapU9S8}?45Q;Et^Fb<Vb(`a4e;a5H9
zPkJZvu^cO}EqB8kW>n68&GTB}Ypm54w>)+x_6qQR8^LE}pXUec(4uwIOZdwi&yzse
z^`W9O>gqD;?oShN73QJNJl!+Dl(Un=2-}q8&TO29J$q-V+PLtN0tI%X8@t!-go?iM
z=KXAw&=N^w2>Y>E4o)y@2BbaMwUXfaOL`9H9>tE{O@G{v3^WsWk_d*Tu&)pG;{GH8
z9N3*f`RBN!0tYd-b)g7=|JFozI~Ks+_BH;)5YY>is?4Qgimc=Ae@F}rbCUL=D@@WF
z<h)G;TvnvFpN90Au%nIXVzmX3jNoOH^r)vkT>s#>8XVDdkP%NUU&p75MgxkJIDQf@
zEt(zM{o&;QDacF_aU>7rAF`Mw;=Y(rN@%z73vpPtD|sV8;P824VI!x;@`zI{?~ls%
z;t4}WGgTw)pqK2OybTcNOh2N<m*s>HApXr?k$%FR9~1~sJ7`&YsWR%qKxT5VeFq59
z7t9xWfl`!Ofj*a>YNn5Ow8WJpSWmUv@8xT|PMp+9z2?8;HsN211$}v*D@R##2mH?}
z@#JkJ0?~fm|0y`e%8+Vmvs|F}P0<r|{Pa8QB1GTN<Z%}d0`Tu_L{kvL{&r>w*Xlpn
zp(QI!^TVLZ5y_`kid#76S$0v~4ke8Q7I;|{0D$zq6@7%x5!DO-Wck$eD1%rD1save
zDMaAW@bkJyV&_8ARW>_#grLq~sE%NLq^T$bpq7IIWFEf{n(hO-74o0})5hN_D<dC2
z${2aPdQN95L3X!zWaV)!PD>FIJsl9asv<<}rDkY1BqZ?m0y+B<6OyHI?{Xif37o95
zQ%LibXb80&bc71o3R|~%oZeRzK`Ij83P||z%0c@JX)5@^DU!E9NG-XobF|pqxEqF_
z3KFoAwv(7^JC!~NY-RA9AjkMp<>(8XC$CL$3*8h$BKp#I4^u(@s_C)3-ky31nS4P9
zVT}r{W>D5#bv=Tb2lwe^0U3Z#|JCq!={YE8b)77W7y+>e3SbD`r79qGkO^&BN4rEq
zE`k83XeI-!vx4<Oqw#^WsDLvr;gHa%YS}PVnekgVdK8Z4dlwbIveNdZy{#ZJ0De8`
z&m&`1=H2>6z*KRFo9|Zb+65k4p*(pT5v+J^z`kg|A790-g*vY?c{0|kN|bSHg;^Wj
zh7k?=;RnsDrTQ`|?MdAgOc<&}I{e`G$;mZ5im&!1xA;}FX1%;au7Nf+NWa<%)-O#!
z(k+Xy3J+VmlNBAZ2rF5|zSkBY36eswKvHN=e7%ZpM-q26@ga)Gb|`;P|Kto;-|^ac
zy*c03MYYkBmUVJ<qdU{cTE&4~ty<Tf)W@NfRDe2Z<(#GFFN&1E$YLNjTBH|$jDiSN
z7U}7#3ySpkgIf_?;n1?4(`gax03xYiriRZoS5@fbj~r3mg{{$q=WIa8Tf+Q2)&?OP
zbsrmkf~oXmb&WEUaIK|~<E~$WC$x&cq{6pOg-2rTLDp;O5!n_(&qpYD(O^YMOy8Zj
z%inBvAzh8b#qJ!^U&upYZbB3J9}g&tp8J~(>mY+Hx;(}-Mu=rson_~Uv{4Fq80D8A
zoHH6_)xN_n2l&^Xm<(aRhOp`@s*YC=9}W!FO%$L?T#)$SzT?L;6>@f|I)DVy1d`CG
z|A;1}7|{YhHyttw`iSskuD4{SDlxUG&RnwD>RLTd{az{@Ta#WnR=gP*@4FH04=Mio
z@qPyrX{)PCxusO3W7=reqD$_ye3Db(ytMhZfHxNR<Q7X-=i1P5T{8^iD5}oH*X$mK
zjb-*m<>0}U(9+-mGH~8t+0}aGkisyu|C<a~)KID*nvS40jQMm#h8)IWN#S#8=V_#x
zPZ}zqG;da$fYC$-8w8EwoaQ7SmH+ddS_6!e=;Dfb@c@Y*E9yuL&Br!0puou}aBCqT
zoHb*~ar4D;_T&8e=SjK{#RHYoSGgOzW=Q3s)mr}b7uhis$yfM+aS5<DIWF>bkUjHC
z{>PPv280?PFJr{Abqs}n_d4jDpWUhTuHnnx<TudYhV@!toc;MTmb{Q_{hiNHnB7tW
z#l-W@*J3HeS;QY6IMge=zIsq=XgFkuO}#atWXiUi)tKm-{qqv}MMfukU~FG&R_z?0
z<ss5wh3}iH4a@h#asKVrry3(JqnL%qvroHcr~rH?uk>pW<OtsB($v(AYNnx$fdXI3
zza$6cgOlFr1bg{|n;_9(8pOy3Lvhl5@Bm`(OXlsgk7K?oMRatU#$}|a)l~05a_>KG
zA}8a!>;G{9$Vsjy7``_<ip=w^-R=}xPf*ng@~_xG`N13ZmpQEI!gq>%9wIb|uckPT
zp<aax-55cI$k`aB=E*o)V;aE!K&*=m-t-&ytm3@<8gp#0wBVS-dXQMjTgH&b@%-xB
zMtC_&EkAwQ@A7F>6xGtjkcCvd*X&_bG-i5>zGX2{<M?)9YqM%9et{!D09*TI^5d&$
z%Vh;!D5pXX6rdcQu7i%ek&kfIMUV7$4vt;_BUt&+H!qQTRMBwm>g8q7i$s#nwwLv}
znFRBaDP*Q|mE!<Xy?^%N>v)M|Krb!)O>A_*Wx!)O&$8a?*|jEqu2q(W*A-a+wGL<b
z^^F~Zp@Mf!%dJwH1U~pA%Lo~uSvIFP_xG@hQ7NiN%F-qH%D-r3E50hwD6Yimz5=y<
zk=`-wFYm$QpR8TY2XPIv+pQ#jf2Pqn4kz=I3IT;i|HMXbFMpscrkCGxytlRlUxlja
z_Ql-Bk*RC8p}vVg0JJcGke*fJv7##_mR9~JqXZe;+t;F_@+Qf1TxF2_9ghJ7Vcp}+
zHA;-4_0dw)i~TywBp{y@Jei~h=`fX#KfyCk?O3Eu#iukueoR@#<4;eZ#Iug|ZpPhS
zK9XS;qPqpA5aBIlLS{qz#M+SMyA}9(1^ZEPxAU&o#Z&;m5C#@RWBx7DKCdS7A1Jd@
zR@+eLnNPm<M3`g{*mI=RY335HZ?#MFD3|dTv2D{)82{W|A|nXEcWjE1F2u}21*Xz+
zGqrr~^?t7!=&Z*h<h{xL|JrJw4EI5vzxk~2`^2u6WaxD*kkXoxH>Z0<Y-J!AIcUyH
z28|m2YQeVlE@&;+3DIs3l*EmQnW?7WkD`44O|^qts2Yi4nitq&K<upByiB0T^Op<t
zH&G1G#4$DbS_Cmkh+#iTfRfB3lzV$P6{o4VGTAc<9aAcYMm;lr9d)q1j$QSzDpA_K
zF4f<=lU2#^a!T2R*+eSlCq4bMZ#tiN^R!@2K7CR1!yQTXiNGh`v@xO~!8E^KLb^7w
zb2gEa!*&eF^KBs@%!mIQfn+|}-y<pqMWdBr6`n}lYiEQrvCcSTfZ=?D(n~+=JnHCW
z^HExxv;~?)kk3W-Y}tLkP-*DZ;orQ6%p|Si^+h)lRh=fjPP>Ti&~7<o1b%E4(}u^c
z)N{6h36G6QgE<|B`Y(r8nXXNwCpo!0BpPsn3zuWRm(}_^v|tN?PY&^mo>4#P<e3ia
zrmVLs>xhCCB(}Au*FZY~@O$CMw<(=T%SG#XRD-QI6G%jkSdY#>eYg~Q8mHUk&z61J
z6@N}{WrPv+_(oNVRNj^X_@mrO#8}CCiyFSK?C>Z?`ckkk^Mz$l{rR9`7=q2iHEJOS
z#$1*KP|=8^28nUk+PkuVcd1Pd#<W7%6Yf6@tY8D>i$fVQj$*a!o_p~x4%p5v)NBj6
z(#|X7etAIq&SAvMc13MkGRZ^*E6&{F;hpizbLp6yS!h^h{nM|ahAhInjQx)Gq;W!q
z)AAX1#@?|F6fc48Ua$VjuL;Kx|G#~t7-Ow@nv8fI@O=(W0~)hu)}*g8a+kI`W3nB5
z)9U%!A33y>zSq!;s2d(VE>0)P)Uq#Wm>xYZvRzZ}-7NevX`b<(OhVtS>T)N45X3~M
z{LsAN(O_T~gBFG}vwnIw$dLY#K`+(Az$E^0{(FvlOp6*Cpb1Bn=URW-N1)tN)YX9o
zB+Q#QT|+~EmVRPQOquw(H9|GTS#XVXuNFPai~E<sH!Yl;Ope!*dbZ69u@F3bMtl}d
zWnX=^t^E97E+TVoA~G^2%94~gSo+NGGSPzRLGC6V%$McA^d|<bT*ZqK^stN6TybD6
zo?TQg73f-+{jB=BQq$>J=;}A}$9tIE58=NzLoy6nR2nYbA^C}AU2u`xD7q={{(SV6
zU^kc|%UjWo*E#ai>WaIi_xj6lQX5~fTg%{Ju4{3v_Bki{V#S{@7)9!}iJhOjK^hma
zqJTYI*qT;RAe1N|smm3WJSuK8{@v|(^?hRx8|m&fPRXjr<_p0tqk59y0tN)}X_J;Y
zz2NF5>L`Yo8+AWg(VtZ0Hq)HrX{FoW%%ECjmdKXvL+3@cykO_v|LFMS4)F!1E@;B-
z7?!l{@qT};pV){z>3-CPKSFT?nMAyepS)~U+;YiZL@egMy3aqP@TsDt5?aRooe|t0
zBIt1TKhSyGh=GaS|JYVfok2+OV4XA_<0(i8T**fl{XCSwyz_|E@OP(&nYZEF{HZM$
zbD=_6MdPuO4tZ;@cxk_qTDA}?LAtn=@J!S`P;xhTn_TM2sp?L%4YhUeV<Jude@wk|
zaAe`uJ>0Q1$;7s;iETR*+Y_4;+qN~aZF^#Sl5}k2>-&4}t@^4?^&eezs=A-E&wln^
z&t7XOA_tY@wtCh{IsFs!>AnW_@Beb$YsY<SzZIi>zQJ{-Je4iW+8bq^R;gpjl8M+K
zwAw9@_h9SZwUpTk`TYsV+0|@>Z`GvfR9|ftJ#gW^(L{IuoR@7Azi!&SBp4!v%p+I~
z-3)+=+r~*x2}joA$@SZCKGV!Q^S%2Z>55VWg~9#%oCvCKsSEN94HV$T*7FThvuY$#
zRPJHON*jQRF~V+ef>)LFu0s;@AGY50&Mcx`=#|0qYZ}o>J<xhOKqZ(A_0I${Kn<X$
z*Q<UE!0;H<5(0au5a@@EeJtKqvrn1D01G&Zu5b?He90+CFle5%kO31?H9cQ106uG{
zTsP2z_L8c65%*=SN6<7!G(CZ^<cUU#x<O&BUjuYw$7a%jZsTHiW-f@zR2LRui!1vE
zqh86+Xpg!@i1qHkYVGP)L$h#h<JkLLmy#4TUtEgLa6#u#fC7**=qz%6iSz#u#kWR<
zGOil@kzw1S>nwJ_Zz;m5Lx}NxvA%xGn_T>4b1q=6FIN8I2%#+#et3es^Y3<3CGxdc
zH|Tivct=2Tj>26GQi4@y`{8fVrgu8@xGVC1J9GfRF)nIL5CI|M;%iA#klKL`xopA6
z?LWk>X(7w>Rp%)HHS8VQpNZcz?1V*6?$s6Bq`f-DKTP&9o!-}?b9Yik*1^o#8*RcU
zKc}^LMC|oe3h7P}ddS+&|7J$Z1Et_aBu^kFz)ULYZzE_y=N+@mPxKF|?x%IkEXD<a
zf)t@6#+E3q9E?0jfcJXV>EE&GC?j<Z<ZjbK2HhPmAw`!f^#0DIfTrG#V{3nxv=HVm
zlD!<$&cDk&pMg)s;cXO-?3g(QV^6=(2c`c>T_r&6(30FIN9YuyDx!N+rGW!@BTTr~
z8y^qX*g3C|S?AaGjP6V<Z95+08;)ocW95br#uGEpItKYcb^G)$0P+5kEzd^nO$fTs
zt>S-Ybia|_>a<<-?mCGf^u(~|v?likZnRGA;6hO+^Q{qjQ8Af*g8{Tz39nBGgss7`
z<1z(70T6>r`ONBo_?!61AU-iM`+q1UY~b+O^k4)95E_;SR_t8JkTk35G(Xifd{c~e
zef$lg7|tuOHPf|<>^*wsf3<)G7~6qS1Xy#e;^sY=zDRZpp1wPW?b(kS;F|(np)97j
zV^3P@Qd{};)DE4=GT>m1K7(w0AVI197>B69Llh00a7@Mxsi@Yc5F8LF5;SFJF0!D!
z*4+Ri)B=>W_yT82|J-oW<lx|b+JXvg9StrQ`=|FLiVp)$E`!|`(VOV&?JFI0foaf)
zclU*ok0#=3P61Q#S)7~qhSBrn4=DwyC6`SW5&&!|-Qq@s5%u_v#EHLtH|3L^_w)4s
zFg*W+#qSM~nhrtdcfC=Z9NM({Bd+fgTeurL#ti=B=--fbDghW%(-7)Rt>8k>AFMYF
zKDK!+C$TaB*ltC}OiFMJ8FLTomBgMgT+0i4uZ5JFZ;!^OA+5C^efi-O?P~s+?z~xJ
zn)A<G(#ly2YBd!GT9AOCV?k!frq~#}fPXFY;iTN8@4^-rQ7?r<rA1bF^PW(AStHB$
z8mdpTxvCposzpHCj-&iaub#4@T*ENzL|!tHJhgn}#m-Vxz`S49vS#UH%izhA1ld|5
z0^O|TW5-b#`MVF7we#Y3h-?PQ%LeiP%PjGSr{CPlt_M(P?I}FXxXpk6+E0^Q=~+Ik
z4&Ef3e^_X)!0lqc9WDx-4?MHzh=dhqJ4n_!GZDZKF_pE={9UQz2Nw^Cbe|4Jyw}*3
z4_VVnW{gTnYGk|~Do4J?p){^4;OKb&t)Q`GwgRJJ?N-W%MPP*De6FTBhtRX{ZOe=(
zb9Vt*Ijqrmp3$DgY~`YS3rIjr3HqTi!zWs<BAs7d_b&<AH!N--3Y5I!TUMJ+JR(Ce
z8ZsQ{<OWsRPq|otf6f&)Z32xibItceLQWD<pE)6gXv4ju;%sXRuuEn5bIBKk@LO@l
z04?~o*ITAk-*?@HW)vs3rndtv#3pjX%g7Kf`a!to3I7*~ohT(Hg4c>*v42XeU53|2
z0k04r_OT}q9j5dbXU<G1(d{=d;(t+czrenzdwfVuCA6N|>dW9Air4_eZ*#%>f4$+1
z*X<W3?6-wci+1p~?%zoQv0rAMkFdhWW%lgl8_wvbY>lDBKXSe*UuygX|L>oCzTwo<
zyen3_7lH@|9E;kt8V?{XwUM!w3m!K<QQykmyMRf8J5GrlzkG2%p7OVVvI_H=G?p?V
zTXJ1_x2$p#JV#8uvFd(3LG(!~@>VHtzn3V86A)f$mHvSwjA+1B>$=So7#=;%LC6i|
zkNA~fmC58*XHWR+Ifk2N-=Ew=!u08BI?do1s?ZSUOb$|+Q?``1;KF9uEM|m079wCo
z{ULa`eliiCa`eUB8qVuEkQ`w7(I>e~JuV3QzjkNpMC!I;A-!kCorncY1})B1I~m#b
z6%uft%L*p5hhkExkX3;}YY#b@H(36bPv+91q_c<uFk^Cw=1+AoQneUEtnV4yY**cQ
zO!9hemCk0T{13m)uA_0J5oHBj=!Cza{Fn^Kw&T`a{l%olya3dHpv_9~UX<6%U2Spl
zob`z<{_c2lGbX=kL&~NmaU^@(@J=?s1p19q{0jCLsC{55#L^EVzJcY++Ir-;oZ_%@
z4cxM<9c;}sp=baNFu_aQWo`59G*35r<Fl%cNbg;b!p8i2ofzdGjp=tEkFjv2$qH@m
z(%k8ucJ?(#)M2Gd<dSf5qyI&Q0T?itu=V`|>4Sznb74=xxk1(*Dz&1ECwl60yN-SR
zA2QuHtQ*DfI-(&mh_}p(u0_B(i6H-6L||#v?B8R=o;5a`!rsvudR8#_LZk2?1+zLU
z2$`&&s#!IQlo>Qt8b)#Nk;TVu83E0si}3G?T<cShQ}R|)@PX^uuit_;(CP`PPa!J%
z-Bur!W1Py$ruaNZ?T%=dUWRiM;Q-+~FG?4S51Lo1uL#6&wg*3E5h-8zZ}Tn9Kk&E*
z75tbAfFG%CD}`Hm5P)EQ)XMd;8D93y(iYAtzN^@R1N}HQu6uC-q6i)k@=~zRvRU36
zxKN}7v)<KFZ-d9!HN!6et;DS!zQLNZiAi{49r>wcf5Fyv&1E;c*h4FSAfk&F^8SMF
z+$_@w<DMz&WcPn14M>1sByx9NGyE+z<4+)1zG=OzCLd#BGy+J0<o85A9BT%kPsoy=
z3M3$4&n;4-QjZgMIxiq3%pPl@{-eo4E{C`I#$Lkxt5wG*YKVX=mX@K)znRlbI(q|c
z3(WYA7irb6!Xc5|M|s4MS5DBUbx*9Ul^~QcC!o;s4KG(nlH0z^n&4*fly+|vrOq09
z6UD?pvF+Nkv1CQolPtF1Sn5|oxu2$npmq!gI;^kIa!Uc3vnnnKdsElx{$d4rL;Pqc
z4?%O`6a{faKdFE1j)d=vfRMZG+E0UX=FcR2g`N`^%$jOkfN5^m$3Wz_r5Q|n7SFHq
zN=Kcp@4!H`9HQM%{QqAXj)d)uaW=xM*^nC1Apt18eq(HPK14|f5c&Ha`>B66mS+MM
zuzzfAWO7yJw2+R-DX(tZ1Ux^Iu({Uj*NQH$<;=um7?JqnJ(>JX4ER}7=B-%^@}|E>
zWM`~}3V7yd&(=+-k<xx@J1%E>6y&n<vsAls%;}TPWjud*#(uvL>rQp@`!N&0pGpN!
zB~`aCC0bE)1atzx!Xo3JTq^FQ|0XAM;oPch;H<Vj{~Ugh4D~)+tpvpg_fGTHouu^9
z2)jN>94hfZUen;=Y-1Z4<hp3(=}X(kY!w7LKxsh1YRVgGN=*NSJX=zt3KzY6H?Nam
zrGm=n3F4U2{#wH$NwukSy#HPk>%T3J4=O8d`B~k|?HP2!O-s|gxGt>9wWy0hQpvfv
zqNCBazX=$Wb7S@UFs9u2RstgR>ciu{w+$FE=plVCSVwwnXs@aLd;f(D0cvVnp7gVa
zFnSr|aHVS7SH6c|Q;J*re>i(mfAJ=2*JtWs*+NI@L};gu5P`ft{-bxJ6K%Gh%P`$x
zyrNsVh@=ggEa}Gp69OH`90p2Fp&^yLPEhGyy~g3QIGf-mPKel*_bl!b5SQ9Z+32n%
zf4Z*M<16Zs0Wh)&)dh~}69))w!(wVRyovC^g=W?&G}}}&>n>(Kan&d3!n%gru8!|(
zc#AfUc~%bPrO^a*=iDnx?k;S0_KyvuuRB*t2W6iIY!?0=foS9;5h(Lm2+3vi1Tc;-
zk@NM!IWV71yrJ8}HgC1dI?}#$Rr?gWS-@iTgrz8c&QcFHOu(uB19`+y7urr+aQf5p
z6PaH6#!C$qVv0aAh<o#cOf+!6{cCpHb3{_T)b2f#t=sIU*Hw2Sc<?s)J*5;nn7HF`
z4`}vET#3FD6SI?)I{cnApOlz^9PFEv)KxcC67VAXX%L4hNt(K&?d)~tVKQvWIhW0X
zH7VP_=B@qe%?N%CAV=T@$h0B&{)Y+t`X~0`lN9!Oo7U~3*{iNMwLZR)UAT#&*qaQT
z7fZ^;01uiIZorO6ZH-(>hYT;RJN9Hq&JP|Poifl-JcbZ(<aUS&-E`1w?Vu6ZG#_s<
z&=*i6fpxDYwf!!eS-FjyzKdm|^R%c;8CBXa3q$a!Z~f6pfrzZCI{((+E{`&Q=x+T7
z-#Z>TT>$-at8m^kR=TUFR_>4gOWko2j$B2bU)SD0UoOwtoR0Qv;x00$!0X!D`W?i&
zkLhXgMDieGYT0N_&Zd~x_1;Gz#iiWKVvZU+tcM4xMSz44ftI_Fc6V9SI5~aqFRp|h
zhQonGfeZ}vJDBev(d5=L#h0N~x*%CjHLmlE#)XBtsKJX?^um<a$>(h4SR3yf$uhmH
zbFDed_NUzaAD#Hnz6M#!y+`?j`97cJGxqjd5z_||Rt#5!rB6K$IE4GJLOimJb7tR{
z?YI&8Too|*<+Cqg@=vWshh*ct2Y$Mx?6pemPA_ntUP!)UdAnu<mlsdZVN7=5Vdh+w
zf!ENXz1XL%Q=^M!JW1=Lt#G1Z{j<Rnk~9;`m|T}YlTUEMxO;ufMc<z8lLUba2~Ppi
zxDXN!d%X}<f3F|H9+HQUdj<wiEn@dX#e%LHz3}k9cyRf59fTOge{};50frN60Nmay
z=wW6Z?3$t>$e>-R^j8h%i&$h~*st^bQ(y|5EgX8^a7YPQ6rUw2^451CkBYG^m#dzN
z1yf^cTZwI)a&&Sg&(tG#^cTIbfXcRK<-xkBFK!vqbe7tSjPT^AfcH0~v4K8$^vb+9
zVCq%qmqpx?z;(|@_~_1+m1iebAv-wmia#%Ft_!$4`(i)wrEhPPo_|szK#~6UOf+4j
z^vqHlXtRX$=9O{WJG5cfmF)*1%cZflEtKcoh3m#a;fGd>O>@S*l+ili=*Y<LOb)><
zcpp9Jaa!ScIzR}62`<IWSpi(wU-tC{pCO$5_Ocgwx)jUttnkqaS{;G}^k4-rp(zm5
z`&B{uTA*xpNyF7ndGlSG&x=baHT<uW0t7tco^D6rfJos-A~c3t$<f^CR<xa|cPeH;
zrN~+5Y7m_n-cR|QAL|IRw1KH!5`0&Ksddp8lv%=EzWAlNgecJXRYvpeKiUTgTGdZy
z2jXkfH0eJF{K$73N3CB2=k#w&On6#zJO2LVCH<lhXx?~TM)-wj0uTEFYXy8g9f9bc
ziqa<{h259k7cb6G(O1^<%%5%P8{aT~JBVK%lO0@D(eTF~@lEE==ZN+Z)XpY8v+qHV
zm7h<cl_hfDj3BkX+ARFhNdUc-iuh|I)%7fIr-GNZb%pawvu2~ke98Y`hktxFv5PgJ
zq~|iXaov$?>&DyHi&pNI8w}t{iXt@1!C=Rr7Z!<VM;_1;_0xe`Jwh6L2!dEPt&U>q
zmLVob`?Z5?>jTMn;t^XqFr8KPksCjkKajLyqLnu5@n;fmp@39Etiz<tXTRUdPO-D|
z>CTKDuaXtsjSjDjcXi3Z?z9GaHy6E?Pkn23+FMkV4wuh|_fDBk6x}f{k9VWh{&o~N
zv0|Ew!DV~LJUpj%!_b^*xF6jVg~Cv39pZ%q3@JFayB)0T0IOR%KH~ngBWxt?j@nXN
znWFhsOx508m$dp>E!WjWqYvKe5vp<_-&IW!a*~OkuFD7GsCr*Ki1vNy+9LNBHvu=m
zOG*Ws)1enKm7;cjnMB9(t2eK7e$z==wYk$`03^DGhzte52uAbCjYbmMvA!HzD3_7%
zr{lMZTXj((LpFP5c;a-|vJ3*5T25B6iq#;TwcPO+$&RM;$Uh>4Rg{hXLFkCm&})bp
zBFL?zJ7e^(bXRzu>6FE~UxOoYc?$aH?431voh0g-M)216ffng2h#9~xU)WV;%e%bn
zGbB@S!ZolYo*7>TaiUiqeIemZ4KDRUc_|?#_rjyWB4T~c`~!RF(5^nwLwRP?C(R>)
zAKCZv2HAi}<xAUSGGRG)VEd@PiNkhvJD*X*N_L4KYB|oekGbNE+<%A4#6Bs+=uI<u
z`gPH7=xZ>g8O7fv%RW=JS6u;h8|{bi$ztCv&a^#ub>~ZVQ!8IX9`Hb9gz$PrEmJyi
z>cyKa;5tm#x2%o%833i)3Pm5wuH2W(oTW(1VJ6`hK4*@~f#jv0Ky%&>n2>WdP(~w_
zSg7F~#$eJZUNkASnEZWIj-n!VGoP(Y6=)Dq?b8kr8p8u3A{(90uhg`Hv-%uwWd^2(
zA}vqAw}wf!_@12jeZq#+#$EKxf#pA})^ZTmN?JxX*PvtUYq7|h4(CE(CG|$QN1*=&
z76D{dG&u+w2yx@X!J_y9!2)<giFNCKr^Sxg&6M#p#>;+d*$s5D4Sm}Lp`ZNe6y}}`
z*C($f8zd^Y&z9jkqQVv?Z(?FVW~+n8pMir_8}psDzD`F|lcEG%WccwR{RUe)o;z+~
z!c@p##Q&Ff3sfQK{)yuVqpqFtp2PT#-kkaO;1H<pJQkx_E}R7Yu5>byY-#aI;~4iF
z`b2$yl?BnI#OG8L^In{kl#Z<L49Xu34!=L@29zq4O{rs5R{)s#yn}1BEtE6vFtxL4
zhOcnUm9uJ@nroy&eAy#~nPrIh<OP!z5EB&OtNjKXzk+$`@=6Mjbl$ip!{u*uQEI41
zLj1-s<_{Z3#Jy`=AgH}anSf_vj#bzIS<{f6c9P`=L2v4#tt=*4bai{1-vnrQEz2z8
zay4{xZ$01Mtx;!V+Nvs+#H-;DedZ<?%`Q7ClZK)iEc8@0t-w5HA8j{R_-bs`j@K9+
zv&RI=7AZ8o)zM1vh&XbNu)K(~EN^@Pv3;vMPWI$B@?%1BCl9iE>lpVX{M_Ad_(rE;
zef85<>u$`idiM*g2#9z~d4D|c7Hi$DfwB`pE&sJa`y~-M73|mk#PjkQrDXT~3m4C#
zgMuhCY$T*Ks`}f~za1K|;x2OgX?Dbqp|Xp@%lks;4u0(FAODm!^=)g`m&!~XtQ~#&
zCm)tNc`jg*zV>!ft7|`6+>xA4wx#sz?$r{T#h6^(>E&f&d-vbt4L}YKa^N9dA?*Ma
z1;ul|tv(ctbs<<{+q?7z^;l`f{wylZ8YjdPIFoL6sMc-Zocl%a>x1v@FTTqtmrkx`
z!*@5pt)t)NLicL_C4L4Jxu0DxJRsB9CcXapx4;id0a<V`cH2L0ZSgz4e*8ajCI$p_
zbSb*Aj8E%f-?`Uh-_9xb{A)X9%lnRhX+{=DF0U;4uGkYiS<?n2uGpOQ*g0~uv(gdB
zjbtR>os^+L9T4~wJec_i7QCEAmgb~91{HF<zcj_K$7FmQ^FHLIp$EH*DWHB1Hy4tb
z_Bkfv=7Vt9o)qvtN3u-+zaVqINC?IxGLj|`zn9=g$0e!rH9U@{wceLaXF1(lL(!$=
z#pb$YOR$wCTdReQ4a(!3ShhalY-$7I#Zh1yUZuPCwAsjmX-o8)mq<o)aqG=}{;Uak
z(9pju>(d^)+uXD5w$ATD=SLpWk<sQxS5qbjt{j<#DZamk{_e;#W*?7rl?Ne2nxA+5
z)4{lX@ckau+du^OVXpjAxE*eAc-e`gn_AJeZB||;ZZe<Zk|yAECNs35wmBjMcwti8
zK!Ij_a)A5iJ*%NaS$Wp54i*N0_D2VDN*JFrKaCdb@DtYCLuGYLQGI(=7xTfVlTO_X
z5BZKKgX_NhBf88?ewy%nH3&m!Q}OPW%4fxY(|vI26^nqZT;anJR9nW5!HJZiew8B%
z%{A#WcOdU`=Kd|GWk8eFg9U>C=qaswNI<|}4u-H}>99S>A$P#X{C=9?X+Y$7QwKvZ
zixhsZO5v!udfPzU2Vr^2YJY7WIBibYR@jcF=N=dIG*cgbCAyPga@zfIaiF~!HP_Et
zJjTR-UAw=9LH<~FA8hdt`I;=stl7=^-z<Qx#50$D`(jTmY`_y)easha+tM0W61fJs
zBD$vU-_bbAuJ3A(v!!T)V(xk>T!fcZJ1YutQQ*&~xO#KGglK<!31}5<8$ifO+a&Tz
zgSMzLs-|j*=67I6O(g*IB1f-dDBr4Rf6R>Rs)IqMS%L(ZeZ?dE=n?&R<aA2xwpSd;
zFh}rnoqaP+prS0}dtYVjzQz?kg#Wix&>F8gkqEQ*jHn~kiBJmY8Ls9^4vNQj<n&%$
zd)Xta(qMJz)K|c7zF8TDs3|)xEqd(5{^*u$;h5DwZt{eYx$)m!gWt3w>KEQcZS9|q
zS<+yF3|9w=+rSWDj^)N>KDPZ#g;YIcLoRfbIXk%~S<W|x&F-p~Fh21{7keB=t>MwP
z;mqJ+0f?AIFK;uU5E{i$f`@B9Z5t+q?6;moEx}OvFIs8*XjWzzR14ha_NY{cDAwy+
z(D{D$7Ece`sC0HnXDu8Y=a>03mgwE4<z0n{UQ@O252u+-)j5V2+9$1iN&+Jfr`>4)
z^1P`wz81wsrJb-MxD3-ifYsN!Jb)1$=IMR6inZ(Re{13wG{584ef_kJ=dwwgF{|g}
z#XrjsGn>=^U^lal-Xf<SgN|5dJT(Q1)FkV5l$3lF7QE)qA0gLP*VJt71pOv0VMhQm
z)9|wrBd97UcCmLTN=W#ta__S4#T-7p9(FAC;*>zh;4(ex9co|e<}unh+Cw2gcrf0O
z0&H0p=FCqgl)>7%3TL;2MSG(XDPdQ?r4~%PeEj>F8Qw2j)hXU$poX%A_b*^@hzp{t
zY?9c#HSeV0&eArKB76Z^Le%7i<S6l@&2HR57kJ%Ru_jTHK-g-rcm3yJhT<Jjh-G`j
zS0TW6Kl*C$Z*oZDYz!W=(5oPoI}2E!WZ<UPZEDh&TH?nCN>yNYM8~%N`+t*pPDep#
zRSJ6!*V1OwU$<AmO@OY)#HoEL{+)>f4Q@;!tbpbSw9;1+d_d*UA(x~C-cTEoACk9D
zw|U#bC9`3I_acHH=DbQnK|*ZuBTCYvMS*dk`&^XcBR!%AOEvHS+{F6|A(p41&eHk{
zG*up@vfcyy_xtOpz4;G5Z}GbTl)#C>hqS#E^XC>UW!`mqF-Vx04g6$A8O-vthd^jy
zj}ss~+0Dml3R=dNbhv;cQaj8NW$>ujXkWIm+;Bp&5P-+8su7|k<eT}`=AJ@_++#@T
zvkF4xD%q#+&HTt8mp9?t7^`_9_lZU;AqvB=Kwz={*jghqzs-F}e;HVCPwrHz)46uK
zi?#J-IvE7ClxVMaozFHEa?o~dt*!0{Rds&8Fsz|I{>%#aa~?_I|K)HVS5f(o<>tn*
zd52}g*?|DKuFO0yZ_%(#vYOQ;s`FIGArQ8>m{~&ir2$2JN+Q1NgBBy9$F->vYzx;2
zbU~q3v(u#X$CrbVEg65W!Pk5DCTWqXxZ+!>I~F+~EY4l%BIOkS`nHvIwj=0Bd9#?^
z#nSy`R;wPA#rY(02;Q=})qWRwYMVDa>~FwgFAkPZme<Xi(Qp1^%7y3vJb<Eb+=9cX
zEU^&`@r7}nLSHP=bo945K>W*gp;cR!$udss)yr-J>Y<#>D1XjV+SyMzghBsRbn`m^
z>`u=_{}!yjPD=|z`UBhjhetx!L85|oAp|ptJ!(JYxi)s|OxmJqCT@^J-GE*4=I;=3
z6um^0?`LN*6E?VJ1-L@<Pv}l%_vZ7+JiOgzlV;}e{$GHKw?uO1w3@qXfB(Vw4Xo*b
z7r1UR@`$@;e>YN||MtkbC|u7Um(FK1r?Ajq`Q39ad*5yJ#9rwVOA$)PV2VdUTAc0<
zj`Ehvr!5Tx6LT-dxW55M>f*ZE8@NqE#k6eAW@of+)L_w@->2>X)al8os%$nVhE`|V
z&6RR#PqqX(Vnwtom6P|nL<!U)Qeo11iQ+4HG!V>%hH~Z;YjY2K!?PIsD?>QYVV3U`
zKbNp>mVy)C{J?jgwCK@J<Z&39XP+7tzSff0x!$mgz`i$Fc?>(pb{di6=eckkU<U-G
z^m7oYOLQgCD<q@&lu~xa5);cg{cCds(^@nKyf)N)Dtdbg=Y9;<y=?)KeYdHg%;zWt
zQ^T+EujUhq#&uQf{wTx!-2d5JP0)93FUmg>5tEbp?g|>9s7|o9f~@TnLoswR0*95@
zvq4%iXhrhc+9)i+jeTq~SO!SF(Ce}+4v!3kk9P4iEM92S0?1}imNkHkOqX^yxc33A
zl}co?&No_^3NTUx<kIofBh-itp`kfQ$YFe`RINUH>Afc1me8$-ZAN{fUwUhD1^fth
zJUSm#6#or)5Rj?W>i;GD%4QLTKk8bI0jR+%u%Q5R!N3(_k^4Ds-ypSNY&Ee6VaNh<
zW0pN<a}vc{@=-?FUELh%lYURgdvP$8^UW&Z(0Mx0J<D;_mnWC1<d<}J%H^;fGeui~
zFUpE_Pa@B_3;te0h7$G-F>sfS^;i?Q9v##hyX#dy#gC~RSa?=AUs%-Uhu=7n$aahy
zknm#C+>Gm55D85Z@cdEaak+VJBnW=(%c-4wqS1BD4Kj5!fxo&)y4Y`K@36ATTV4Wu
zQ<(1LDV-J394p-;#{NE=eUanr^R3_LD3%|bc>jVsHkbjY6d)xd3$BD!sn&jx@>SLI
zV$tvX?_?vUB}`NRnVpuwNAdB6!WZBA1fqt4YEjz$Z6fJ;`C%~)*KVzaQ=Ts7cr5*4
zLr2c~o6t0&*(iriZ4k+ZD3G~=R&mKi<a_J#!J^z5g(YTcm$tp_JYGs_G77{h<J4e*
zCRj8b0Z21Wv~kWgz4)Vx6)5gLZ2Z;n!IMjrH<MYP=2Omhd9YeTAilC~>CDYe47-pD
zcPK1}i6xn<y4O0!ln6y^47<P^U4J3|!EpQ~uqFh%yVQyOK{fW=c5E|A<npk?FkTe9
zh4{&);^*-6U(n&*zxr^L0w7ZMl)BW3vcK9>`ymbkPofHC$jm-nycz{ia{h?`FF_G)
z?h%7|TTHL_r{w<6OsSmekf>9uX$=JO=mpYsE-|Z1x*a#-PilFs<4JYqEQRu!O;tF<
zIl&K}1`g#vA8?!pmTJG=d4IR8?EaW6qiYR|tvcGwK_T`LO{P{8gN=|?t!7bN0rvDv
zir$*@EI&TL7(Gjx$ZF;`5jkd||GHds&pFlGcFs2(xRKVAq_yEnD}Lw8y_jgWoO;li
zAg>rG93^=A(a}CY=)&|?tk`dGNQ+{HzjMck^`DZN!`;;86vcJr9Jt^^?2@5#j;q*`
zTw=qPYG-Xbz3BS=DUtYDpUVoi-^~bm%54ox-<<QYU0#t<ju<DIRu;%RUGh*hk{gnX
zZf0koo+u%sZfD(TsuZ1&`uPW^uWf#>g?zp|g|&w_t3hbN(8=FvE})dzG=iRaXn<JB
zZBxnF50G~(Fu1c=di>z>Qqu5GSPnqXIH7=JKZ*f8QV$5GWCQaEV*y+bN5>I$if{D#
zOI{iq+fpl}K7kdSuL#C6V3ixtez}y+{SO@}kmzQx8E1v#%Me!egzR^aH-@mBSqu^p
z3Kd$BsozR}<&?FFMHbRbpzx@dwMnga%JaJ3xct7s3vnd7;fzRiX+<jS1bPcKN7!A`
zYpd)SzB&;4#&Y`g-T#w!M3qA@8y`Ls9T^hL3obZ3<Q=27v3=ZzzMI62b8;UZ8^!SA
zS_{^;_&3*Y%p;`UTOB3dPd05T`@VV%6Xm%wnDl;x2N8g*(Yt{MfscbJ0FfPhdV&jI
z8aw~RGOK-TZMWB}^EJ-HJ43+8FE-77Ywkt8&RQ(jpzWLPTNnNS<u_5Yh(J6v$5nGC
zRTQ{B=U8va*rWG-eHfeurDeT*qRySXe$&J5`Jb<#2ZLtc?uvn}({K+UU4DHvgLTs6
zO7Sy}DJu2B{ME5NqslBzCf<S2%~sq*bDw^Q+01h9qGG-aODGt+qi1SdF87-$Eakn3
zVt*Q&$7Y05{2LQ@2ylPW6jg~MVOmojnLZiO35qy6<+`%!AI=^+H$5Z!#bHJ3tIK?Q
zf+c2b_AGcG7F!el;v<KDI2k#tu|D|G2pfQ}D-Qg+KU$zv$*d2e^UK8z6$Idr{0G2c
zz+ewmb*<#e=Q^v?(acz5h=u9n&w$8($OHpWhl_IKb8!OnvP#$#SM+Qnv`X@~jF$YG
z#Vr&(SK{bQIPo>tNK4pcO>hu(y_?&OJ0A$Q@<JlMBGnMn-m~Y*;O#tS%AG5G=@1&(
z8s=XYJ3#Nz!1xc%(Z|yH;CB<3VbwA_6gv#Wk7HCIb8Sa!ZL^Q2FcG{5W#v&d>1OW0
z=aF_xiQ?eW;nVvXY3isJ%SH$s2xJ4FODF-`4HzkhF$Ea!AU07MA39|iqcZtaG<~*Z
z=A8_rIO4|9;33ofad!=-PgXxa0cUO{4LqATw<eDr#z-X3cn!>^GRbT<eNevG4f<Ox
z=)R$a&6!{iAc;DXsExP8oempWG1HA`hLSqij#G(_KNXn7@?@n!D5;_X)BTjoc|5oV
z*@>MBG+r*8B~AU4#y<!%hxpewkj#d|F`JDQ;t>2>mon|=eb>LD8ySEt$uH*;hXJR{
z{fF!{HWzfwx-VGNbutI7d{^dAqGWzpb?D?)Rr~DMg*9PrVUMsw$O6^Yx$-ozhvVt*
zf;#p>Xm^klI}bGF>8^`g8ZuJMu(82&Em}WoPK1PWhwP_Wz2q@*H!3Q(wiq%(145j{
z;dlJ@9L%k%eA6*{8?Hx-ZOpqL{ICCFsb=^L<c5g)5tiC79&c@QqNaEls*To{cEoxA
zIeQIa_8Ki72pP3SF?p2h^=oZ@klRcEzNl93gxM*;K$yjG|B~|N#l6=@1+;7hsty+X
z0uY)6rxCU83!V#u2JyaW2Lb|+VhA#5T}}WPeyi10?5ljF0KKUC2cb^#z=PC*GU}$|
zlVE9;QUvAqs_(KFo+GKcAL;fVzLXK{UT$Y_%{N|HiX-$pMQ)1!^tU$o+nK=-BS#xC
zy0-TjIbk<pqY_SQ8rToh0qj`V797YOJp~EK@zAlmo<ogdxl@%%p(HymD|*KqL?^V~
ztuq=jMye-w1qk|!F6ug*qd(mEA9OR8-<93=3+g==6v5N=3A5VEM_gfhPr5Y#{bX$^
z7WPO3aFgvp7R*VMb!r5Q9pfEnPj#n}Q)Rs@UypHS0Hkms5Z8QW%b>YI$qXQ5*BdQp
zq>B+S83~s8`3|#q2VDG`aQz}iYt7wX{IYK!t^1I45E;2S31f#6z1&}?bV<wToSc3u
zYx3LIxJ$5E%An%upo`I^Nuo1j{SloH6scU8*UL{3ukQ}M=~h{7|C1%e?87?L?>t-(
zWd<{Vkm;x98G|)T8)XKP$sIkolR|gZ{N*#}dwEZxfHGcxGPX!i-x8&d@4ii;Z2ZM@
zXZ}fwb7U=OT<#p*TXE;Lz$5a>vM$j-H(g|h0jbn-I&h)Ne6CFN7S;hxmNcmp{jEL5
z%@OaS5St>>f0XMb3FKH)!}b$;+FCYaDfQcHTN<;R(xXI<a#Tmq1W0ksTju`KgdCAF
zh=HUu_f|&@J+ry+QE0At>vnV5K#iV|ZI{FzXsOwpy5XmNoJF$Vh$v6A+)m|WT5z6!
z{QlGF0iZBlYsX!B<cy>boT?#JeIa}pA|SM~F@^h6ELl|Rra%9)Eqir|uqBNa$vAfX
zUy9=ZiqOaJnsBP>Fj!12gu+7e8%+H8pg;sQVY+TWdP*!Lt^YwNFE6Km@<k)PoNEcX
z&=46RJ=o2&<7d@q6@5DaJUBLA5Kig<q*A6Gn1kC2f#~i#x$#qXbo))T(QgfSugEG4
zwbO$4CAUgMfYSCSRmtvGJU%{_xbn+OtCm?A^~5KA)Ub+@!ysYU{S=LAY1hND4p+w|
zaG`Aa=(m4JcI-7%jYa0Kmbamc^4I8G#zIR5_MD$95QdKePnY0&TTsqxjsyW?Py_op
znK*C!6HivP_L^Yno|}!GQ;<R@qx_tmo~KXxwph^A*c}Y>VgiyA>~2Z~Av|XFKP=n3
zfH2d*mxrP!C`;>yT%3j)U4A<x7=IjES@hJdHMNJ7CA&@aA5|{CDJw3XM^)ee<t*d2
zZN7DkPyqt9PlXg;7j{qk%-e<r9}{~$Pf$_gnr7qS_uh~O55A1_FGNcAk{_D*abYp=
zd+bLAOdd`a$8GVT;cG|&*1UHs=Y96+UJ40x-{H4gb{6S`d{_VyZ&py=b)%iMk;X#}
z0|CM$80ts7F79~yqnpKiZy@<iAX)!1x5L!V;ln70=#Hzq?2+StitiuZuHKq8Gjur!
zLbJQ6zRS?W#ufB0>aCkg^0`)<1J$PmXJ#;^kB>|QcZKQ07J!qgIskUp+Cnj@;6szw
zD2})?LEaL=X81i7<in5BTVstAK1Z9_T;zD`vuF!*Ery5WrxNKWgr5jgrvT3~2`4_&
zU1%#Cb$vweT6mb%IkKZWqm?T`6vO+1I&5jlK2(iMg~6E;-$%Dc?Udr$3m~`J->-WP
z7$_qexrAuPmvqkqd<H)~)~cDW5AN(dF#wm#Z}u-nE<oSAJv9K24I7}o9V=*|i}6Jk
z8(&Bb9aIlem;mwY<+3>K#^Ol;x3{;rxVWWq8BR&6$b@|9IXV0w9hu~048ZYhUaJ;8
znPe=!18YEEUmuF#yTg33bc?9PZ0_{<xaVm_8GxOG!xto_0FvUd{+j$juxFr)Pht|l
z1SWcN`7Azr+{s2A08US??Y%wbNcHRltqC6}I&Q4}_vxC*?g=id-#y9<3h{Vq^9;9B
zO07%v&Ouh_8l%6Ci=6GzduWsHl94UPuSxV|6ln~Vu^NGXr-ai=Dk+qFH98eRBEWKz
z!+~5*8uHI+l)_4X;F=i;2<Lzl*7a{5x9RdYtT6->kMtdpx&_rvV|`-#2)M`xaL;Fs
zXx?wSrin#-ef&;16ZuY73_y(G=?xnI7U^N}fIah@b0p-V455CDoxSY?#U5a>YO<IH
zRw$9y*<%4Z59f^e+gok$-{AurPR$Sj900MO?D<&L{aB0<B4<B{mBF?N_k##uUooS8
z-#}j6p3~>b_olAw;Y>>__9DuUGmeC>COO@4dq?oEN>>NhUCB$Jgtis8K=-dsMeRX2
zq<&+_XhU(P@8bh&@)^*XfdH8nw~K2gD5W-a{>OmYFUW1tX)s&Dg-1SH0SF<TdTpNR
zW~bgz21;|n#`Wa^s!Fpb@2JZg^<^EteUP+flMU|Ftrl{?K@dDfMd7t1A24G_a2ctO
zAyK?8zhb3?=)C#h(VD59B=y<I_!ZBJeupj>YWMU~K!W-C0WCE1w=4}M{qa18nyV5!
z6qwp^mOmHNF%{ZfQh56fm-Fv5Jco8L7<lT;z@~|f1ns-G8X(3sT?wb{Dzp3L=KTD;
z^YIMu!3)5`!eX;h(>+cDin&Y<8x13)y$m)BL}-YB<m6;51E2aYpUgmz;8{xxCnaSl
zA$x{gOiYYwsoW2bYeRQ;E<lLL&C78fiida^*}H#bL0lA=*v#RYL>El`1(kzdl_fn-
zG1PE)`pD9I2clY51xz2{ufAn$hrwpN75&zqhj0q(S==(h>-lD#%m&1;<E8|1oNhH%
z)1bgILrmYlcaxQz9h^P`?mf0Nu+YLP<T_IL_!_*w>;bb;%zx(e3hg^B<v#jWR;`pZ
zPON*?C8}>oAkSM2yzX;KZ{2kQ^RAz=$!WeUf|zAI9_%TeIc&`3KI>E+kHLy_dZQSr
zL1=WcAUkUQ=}vDA-vT1BlSL?BU>Ea=<Qoy&<APe_yxRNIHqTQ!!+4=qL^pw4FSCkj
zRZquz<Qa3u6)DP^Ar|~@TfG#=l4`z&K9JV4=u_gV(dOF@nV!Rkfo~<?AWy9=*kMT6
zc12h>Ho3x{1;VnuytkvL`ofDyEqb$fw~blE0zTPG!#nn-%=2MEFrNMBaUlPt(rUAU
z7;eS#gp|$TwC6FxX)4ONCmZ`UJ^wX&Jbr)szA?0#19J8o=n#P@-L(2DTNy*#A%1s3
zFVE!FD#&kuk!c;H^cUQ1*JQ{{CRkl%pXmN*6>E5M2xU~>TR`dcp6st*%2i+lMn9L6
z&--^I`S#K73P*|k8e5V!vFA6+IUjeY0&yU0S1}qEk%$e}4U1{oE}#a-FGfBWei^i0
zfumq3UFDG(X{xrdK=_;UhJQgxN-1MVCpxvi*N+nF^!o7w63O8Lm1t8gFE82mUh@i7
zD!RJ6iG1(>t{C`lxyiV@x2C0~DU>;<%PC_BqiSnwqf^SA0D%RgAYCGt`xE5?B`p;d
zQVe)7-A*?K28NiCx*&WVp&t)lVi{Lkh2<HPX3sAA7VQ*98A5-GpD&j?Aq*ryey2Mw
z8VjCwV{%5Th<?*gv;awq*65E-29L<yey<(S&Pn@Nj?hY5hJPLV^YR<JD0a7+N}Kx2
zLf7kF*49T^2ddo2Ki3QF(7fZt%?A^JFsk2z*%nlFCx#{!W>`=leaP%LX5I$xHUZnx
zWI+6rl;b<h-euAjyShf2;Ux<dkxWu>gLr|+7l)(mj}?1$kF6sWKq#FnqM#-yVMJo#
zEA~324aU((r{pM}ix)vaZH=^z_@rw!w#%^Sva-_gpP&&X29}DX@n5a{i?KA^M%o!P
z%IYS)OasU69BlQ<gBSWoND*N3buQ(<bFhkGb2&8xzH=nX518_@R(7?V6!(4bQ-5Kk
z2&hp>qR&R^TL??M4u?|j$K@(;PaG*P1z?<m9ss8VeF{ajYMZyw$)EXW7z%hU(AT3g
z|Da+`HS??<aF2hT@7rWOY?FDi#l6hY^I@yA7g0xYhJZyNu47ONFwA<Fu^q^qj|J_y
z1T>u%lK}mGm$%_1+=i-%dI_J0;Iww4rOY-kw`%(Vx+pt5QkKYiW~+}RFdz-pviK#V
zz=|q^Xs27=c`>?tA!9$r!22*^EY%a(5e&Fv|Izfmy?((Zyy9I}e^8+X^|$$bbZGqX
zeO$8uq6HEIFfcLUAp^k_*Sb9K`h#G!=~Jg!=gUmZ%x+$M{q!RX1wQT<N@UZVxU&NT
z!LtY;ucx_oRuxT{vF&?a%uP)X12kPiC30}JGOj9EcT{~jYN{C*o=dwtzp`UjR;M}2
z<UtoDgSh`o+|kGknv$Kl>>soM9rg`>$TDE|QJI+?A|;teB(Wi%_lRHIl?7+6{u;dD
z81!&5#5Q22+IkC3OW|kvp=*uu(`2aaW94cMpFqJxA=QDtgQD-w%AyGvvEm^Y{yC{O
zV$%H7H!V?rJ_E)i#cK!;z`%;+>Bc=|*xVA3-=YnRv3oUXNkJ7gz&5<<d~aLc@<SsS
zJM;CO>BsYC+x)SY<~hH`+nOr#$AFYoW$~S<^P&yO?cV$;ij6ZS=A!??qHMokq-U36
zi^8zG3}sk<3TyW$yrlgdVfVDRusZg~u(KJ=4g*||4tT)d!YACR1dyt6m=hc$nPI5q
zqDHOwQo%v*15`v}t(U-UWi?OD0bTmHT<tNovrd}WaOFD5tE>rVrH1CSjlSEnu$W?;
zAOlA<6wF0)+*pAM6^;ab>8i>!Yf$rRcH1<K*-EZ3Kuhznjx6zgNp^FUPvRNla^{3q
zlnN*)4ZFLJfYbu8>aW@U%Hd^GFAV=}uLB{&vzar4l`?V*<^WmFV^a;;4F|Q*8n)?P
zYqV5V<KF8=Gu^TpSlFu$+VHxcSYQx?=arRoh+WPlF*5^^K`Lu{`D~1@S9F4cf|QgJ
z^ev$iKxR{r^puOseZbw|z<@@TR=xd>03HocRp5Cy2oy>irOFs7Sy^v;VMI>c_<)sK
zgSZ%1#N7odR_tiIjh2hm`ax(Dm>&e7Hd|?rkUwA-%{Gv@2X_V9a2`bOJ7r9#^<x*G
z+V!MpoW}5A1;_9SZO|3bHd-)S=Ttp_3)*q`wQIUPA@Nm*)5YXNo5lsH>9f$y$ML)$
zMG&Hs!VBViYlKnOI@@(t^|n>w^?i=*YY!)YE$H2HwWQ81?F=R);EiIUhl$n}A_5vL
z{>2HT4WS$XsP$~@&TMrktJWQS^NGL#rewN*I57u*+2v9gw|p4J06k|O5wx+k-t8zP
zNFNR0Y7RE7IW;}y(sW!7BX$=6b>9I$V|iM58flIkHLWmK{EA<qIX`j4*Rc3IkkJFu
zduiUwA{YgC_&(cupR|m2<yZos)Qu=PhA~-gKT9(GXNrKvifj7S@fO`2cNy4k-8+S+
zO3kUR`vtK^cqPI~&*CqybULmm7Bu%;hqni}OsqU$?>_FLi=;Q#@=mqv+x+SU5@4-I
zT{MrsF4NP*%k-_T{iY-*58>Focp~mkkA4BxP&i(D#vj8?Vtn-Ff?-9EBhd3wxd^Xh
zw!Vp3#4l&B)Y4u%M44L2UlYmwT#c@ydY{;K-5mB4`il^Z7UwZkb(4<;3uMn20!@CQ
zL6u>S#<^M*ra@DMxcT}~yBuV1w5t)VVS@kG|NPtVFL1rHPiG>7>GdkS#rWmr#nI6b
zIjly%J2O3<dsiC=2j?U2aFVH)&+GmqflSgih@YRo(PCD=&4Gl!AV1&m_HZ0o(Tp|2
zQjSr(A$ZuBLATAJkB;X*K|?XCWqu9&SnNs)aK(}vCA^|pEjeT4^x>$vK(ad6Xpl$>
zWwoOAM9dnraMChF2khbw)4pq>h%5E0Lek-V*tqGuDQ#4dTp;+4AW#z4al-5nY0JHd
zY?Q=N{cD7rN`M)#BP$C#{-!IkyU^LE-BqKD>V(is3XATVd&Q7f*BS(w1gnkZEAR;;
z91hAF@AvvC|C<GnvdX*%g+nNTtLBk`-S&=C5fyp(wqPDh=lj+I6h4k~1dloBs;9LE
zef|;`8<JV6SnGG57(7Z26BnSc7ufv%6);vzfrwk4ITq=AI&$Zwk=|EaN|}Si91caY
z@QkDLy{E#q6*g4|@(<_2rk-V~o$)%ReadfDS6vvxTcfA!LCoCbYiT1ULB=uz(Z5`k
zioP~dY<yh|(zUd13@7xfCcBY1Ci<8c$TS7?$;$mEQ4viX%ZK@yzIsa*a!oXR-G$l<
zh6+9s(8R~~>P=*=6=n0p5r>@TR#y|3?Jrrjs%z+J01tT=;HL#ez@^tWz>Yy8m$l~C
zIM^MAYSaOeed_8rQ{+jD8)J-Ix};xsPA=k*7vNxXjCKCvL;s+wK7My3Ah;;~iEMfi
zDf=Wqf*t7U>Ix42jhp@S9jTpw*NyLfPINMrp|K#g-;iFbPN-T#@M+Week>r?VXMQn
z<@ppO#kk}9v;|hXFPHj4ch+paqNCWspOV8eCys#umpDnk`lq)+kJqz1|CLYMLst+8
z0Vj+a^J8QaL@bC>X!E9M+=z_H#|He%omgm9m0<3;eb5^&=1vBQfLvq9`G)-)U}G5O
zWk>J1dl=v4%31tkUO446|1Qbu8Qdb~>|%@*(1a4iN7<I#wV?89<h<!j_>%QgB2SjJ
zDdU7EGQ&0EdtOWXGzuTi79MPl3QPGf&CzBoF9;o==H<7W4!`J@(qE;y*g0&UE+>Cj
zem4g5$hd)G2_W66O8;}R`OS$+SN4UbM={H)w{xq|;IW8{4}3S5(Ym)>{)2DTyV9k1
zg932F)X^S%dnif{fHl8DO1>Hg7fLLCbwB`!a?#uy-_D!ezrh)nX)5pU40-CP0gOLO
z!!t+bzn`3#QbeFA*UiS?g<$p-Uwr`0hST4~$hPC}zRSsHji)fPtXa017W$G@e}4e;
z;VOKj`uJTTKfCM|-W`6*RysS{3^De+zChx5H16d7o6hkO3CRu~Se3Ee`nM+BIP4g(
zLHl={RcF+F*&I3kfw_@&yR62qZy;iO*33J6g<N{JamB9r&LuGVc%t|y&IyKZSf8sl
zs@45>i*9;vV({I}j@LX9@wEFOzJx6YB4E+FS&S5Td5IYzh6qhYOuSnZC(ux9olh-8
zkD15k$;!ZRL8)1A)8uxs4yuNI`vakLT7Q|<Yu!JGBH`(K0ZWP`<3PoV62{WjR<#l}
z2n6Wr!bcd9N?bg90RJsiy8;6P!^O$@*c-oq_L;)ra1k6&;^h8bczm}dJn(9kb1vbq
z35y;?l8o*{6T}p9#jUW2cv;*!EQ>q_1{r6F28kwU5Z|K0Y?L%vC<+hQiMF@vvaPek
z!6b0Wi9SX53LKnU#s#A;)FKSxrk{A8j5G&q12?7L_`4I=<f?~l@a-M-u%jj+>jWFp
zX#(kIaIL2N+9rxg$#Ngl-Dozw17Z7sd+mvkB))2@W)4IQ%S%AfJmiM2o3+2)!v`%;
zB2O%=fS}o!NgV%7fko{ZP!~_^en|n^xW9->?T{4TiQA4lT*oI|!--wmea5JI2nV@S
z6&~*Q$GkgCigIsMG;y^_>%_=qrF63mUIyn>)H6ujT^AJ6Y&wgfpufWrpT*?PX@mc0
zQjziX5)pssST8_<vw{b2>nSmrElzFu)>sf0nKK-dK9zGHYPp7{J!M?a(0=r)Y3;QX
zPYfFqZNbvNjRpR^*jjp87t8pE`!h3FpT6tMLK85G#ie<<G8e&iZwjL-m8P<4Y9N--
zG(ylT?n3Y}eLRO@E3hWNGP6N7wwV~%s*Ppu{M(-&{<GqKoGMT3qcS)cvOq~n6;()7
zG$=@uj+%N7=<<P--Ax^NdU`rBHs%4+cL!A-y&!)DJgBJ1$exeK4fh@2G~_~16#^0<
zZ)$4##DEk+h3sC|`uS64MfpDM|AoMj^j^RLMo7BV@;{^ALxHoQ4?HRG6Dv|1rVQbJ
z!4z>+v420%1LC#2B1L(ihb?Iu@b&)ad1w))_CwX#NZ_rcTqKM@qq4}3xtpExjxR7#
z9}r@Ix~V{7$WPm-jB|PxFzR;|UehEzNttvt(_yfbC)2b|O`a%$EBI_Of`<$Xot9Y6
z5P&%cvUTU`LCVMvfkGAalGcm?IEz9lwk3xVdT9)c>85S|GBrf&84JDK40*xm9ZoIH
zYB)Xmu8tZU%x8LpLSb$J!D<eybz1qC$>rhUMLXq0$i0YQeO_)Bf7H<wy=x!WB~1pu
zMvVH}m)p%Xf-+uM@Jo|ofE=ytlloQ#(5yujnx7I(={`nc<*&}^E`KtfZ!NWrsN#v7
z-wAu}&5AEM-*IFXn>+w{)~1Y3Zk`Zz(L6J&7B7t;;iaS=szz*FSv2godcA@F$C&`I
zhc4^A-6^zAmC1#SRss9mcdv;*S9sw$l=1dGb7q_gj+=C(LUZwWM-@WrCmQv&>AFwB
zG{*9wa*GQ5#vLfFzfkB#VeZ7$I6ZIW6YTw)ZQ2pMw0xEzf<Jg`2!(Rx#!#4pPcIAi
zUJ5hZQ#xt>Y`)`Kxo8s#iwy6r{N#(RD=8T!WWz_Mq8@vVv(nPil9rD6P#LhP?QZdY
zy8NSAyM6LP6FD(6lgsN~qfoX1Qu_~vL$^KP+_4Huvnwtw9ogB*(`TY*V94S3Zu!s#
z-67z1uBER}_&N@nMtrrrM;8G&vT*~X;CsgD0r)I4J%6A=grlAT&xDX^zvma0^*1^g
z+fe?on`*;9o_3pH14z>%GaIHu-tOCVIGj;BLgbFlc*l>xO*Av$`cUXP39B9~obszU
zaJ<JZRieHSu@Xr;C*}Cfj*jF$@-?@ZYHgTayKD|Ea{ZF@a2pWIEFPexLKu%~Y+i{*
zG~415DgM9azWS@JC;B$H6{olscPLg$vEUBHiWRrw?ykj)Yk=Y|!GlxW-QC@a+e<&|
z`__8z{RJ;SWhFN^Gjrz5+;e8{vwiU%jnx#pt=dKJm@wdV>(z08Qy_<##29ne+Y2rf
zh3(Rj5u2TH?y`?z=<bm{ICfrkuA$GVHcB){|02DCNDJrp<i6w0do3&MRv5*--d+d}
zfrlrzP8gc<Z7AApZTKtJ&zpfO<e1m7IauNMVCuyUi0DwI7v6Pzpb!Lj$A9ag0IxM8
zIEFe$q#9r?;iLKYp@l}WyVT=pJF%#ypwYEa;WXhaxz_gnu^r@1Ih|eFw%?;ty2DFW
z9&<J&dIC>4A*UEnT^F1+zu^$7B?_V~0wr&)^fdY0#vg&n)p6!iswDZNXsAI=jz&sf
zD_RC0VQtCD+E9?qHTv$n)%acObA*wR@^eaqw2#~(OF`=@c=z*j*+{{BDq31;z}&du
zT>wMG4?DZqn3#W+a*?dBfMRkbYPO5Dy`!TxYpot^Y-|`(NUgG}stMWI*&1a9U}HAj
zrZ^DDRzO=#Eipd+YD$iMaSrcv_uq-(+(1A4l}M=4hoZ~;hMmma*MzSCb#r+@6fvs5
zs9eZ6e)00a9I4o_3z{g_pc2GlX)u&!dn`?Fl51hRq3KF5ElK!5?(X<X2znafH56ok
zMI%!q5!HG(E5_Sgk|A%#(;^oQa{GxwC#GeooJ<t7Cw+te`!w@xXQVW|gE3IU9UQWO
z!UFL@gE3LV(D*)UGRBmum0(Y~akS8F*kB6u!jiNh`h$t}ttHyxu=P=``AI%|4h|jA
zw_oIvsk$d*ZPT;Y(Mf$fn)6)5eB5q@5ZA!7V*I=Og~0TslD8v`jg)cNC3WEUA&;LB
zbk4=x0xpQV?OGOeQhzmQf56<Yh8ORIC!g;f>b6TDDI|5ECludCfb*{vOdr68*A#zl
z6}{F?1Fp)#7Pnd8U=TPJw24FWmaI!9hz8)$CD*UC+lR{~g^_)5U{73+LJE7#!3{`l
z)T8ZH5zkR1h1OH~R7pNO+G>$njhhoX(-BW|ef1P5gjdyl4}CVUo6=Jg)l<8ZW35ei
zNCyonL;rB&Cg7xh4EIVBz_EoL+f@IZoVNZ28ot<D9G8H=PQ!<zw6<Y^itrc=UGn|t
z32$6e<V_WivRR7eWzTs;bBl}omQ(rAy`;Mv7y=Z<^nHEU7ZnvX?vFVg=O@X93Lt#+
zeZGf=vy-&9b^o+~+}1phMC9e=RaAbZq-g5tWwqVZ6;vo@@G3CieQ$9d%*FYY3?(<c
zAdYJHASk;A5Z6muOz8mXQnW$^`--lG)J9DdFtRA&g3>m*0@>qm(_OC)hQ<P4Li;nk
ztqrGI$JMumzrriwqptj1N_g~1$S?<8!E`262d|CDRk`#&>*XGEWT@xY&YbY6=TGCN
zdm5j*mHr;J;UdQ2PprAkuY7Lf%|;*xsqP3%?uvieUU#hXnK;W|8Yk)cEgiATyOso>
zcbyUwfnEUEYAAZZFeXJiJB{8lKuTjVGE&z*9$!sK#)k{n+b8%N=eD*!bSPr6Jg$c)
z1JXYrB!u7K2|gE$a(l>Pd+Ms2#j#{K?tc;h<O>_2E7Mmr?y*fex8A!)deIEq6rwTQ
z|BUh`GVIAsAHR{_voC-L*hGey?QeRVTBYk*;?J38>=5DDWb~4UISlI-+U%gMB13s&
z-&80>swp{-PI1k<%_8Zo-HHT$g_>UwkjG6G+W##A<zD|u`F=X!)&GO-@ZjL)W4nyP
zXK^Vz`0mND?%>zVTo@Ztn1-=4#^*I+B#<`gxQpqopsMDjX~xSQ4xDS;B^3V`_dPEd
zH-K*<n>2WKc2=|MJDHGollTWq3yV*VI|F^uB<P4e(5>OCs_G?kabRHJ8Z-)l)`njh
zxHxqFT=Ok6JDcMD`(69+-wYKR%)g|qrIfOTMt2<(;^RlmoJ2*tpcT;nWz{Y&E_%W+
zpPrsD?>}czIv?>JOlH9Xq9yPELrH)TpI9qNA-eGNu}ktldoqMKX^5V3bSex;B6@{C
znMJH}oA+8n80moKC<h#t#xa+Wk_rHHvnbM9(6WM=$ShIv8cbp}nFtVVKm+eggJ$?v
zmWM~pSW7CoLHZiPRLtogMO2LkS{sc90tjQ6<#bB!$a>fxfV5;(2tP+IQ()vv2-UKG
zmPJ;`fO5;Ac!jHaq}(8~OncUX<A}$pDWlJ%O9@p_$g=y{Ndvgl2`mS=A4{C0u-COz
z^3|q`G{J`N!oPhurj@BZZjr(6N06z7lpiJ{62($J$`5N#bKdhvZ0PA$qKU@Sz_{0-
z17<2r@&Xbdg<KXjky0O#{731Is)}vqs?kXUG7D_L-UqXg{5xPmfAqHjH)?lQ?U?Y%
zM5_j+539lrHH>n1Ce4sPDO%8Ey|wsLV0Vr_xwYjNbG^zuQTI!q=zdi8u!DnWkptdu
zq<j&M;gJz=9>$8n6sT>8{=Iad^&T`i!>=?kXh9<H5;eH?h%=E}OI~*<;g!FAyN3#&
zWDEIdm#977-^*uxzJUr-RGZe9>omq-#A&FjBf!IZ-^^-4<5ZFhk9+TS*@6#`FCZ4}
zI*a|WEMTs3iP};O`4{(pNmHoi3N#|Asi{FDVAHKJLP!}ty(`z?7rob<OZGg>^6CB!
zmITzj3HS{-T88nE6S@&t-RA-0<zN5^=W1+9LlX_ZNHxuNl@OIJ*r}-Tkx6Q!G~JE^
zr&4+L6@EqP-Hur|rVi?B6|eFw5<5leGDW7cvn=JtdvUVa9+9{7F4G1o#nW^d)_v!M
zh+ny*CP(tQKH>M-qT)y(FR;mD7y<?d{2+omB>>`JIqmL7kH2RMpPcns=7Ub5WvvcX
zVJU6QqZoqSKAwK`_xeFC0FmHEsMwrP%_3zKjh|U8X&c9CQBH5|^3hbb972nbBdIXG
zfhIh6omgpP9%47)C>e3^W`2YYB*4{o6`RJ>SbkYYr*yzpT9t<_ZZ_D8b%ud!xcZ5?
zs}4XEWI{=!0?70gC_Cc{xG-yZO(u5C+goP1p2dR52Q#a-GStxNp459<tfvF|dGy}<
zw9ah#TooU#yt4e2-ir3sz~YFq$^K-V(8lO|zhW~Soc+#K7prZMc$2zgplwSF&TPma
zXO#BDB|+riye#sq>}VXb`witkQ(%C%+fiR;SFK+Vusr<@I1*X$0L@{uO@#g+-l5Ua
z$BU(LNr1CUj`r}tqSeS_-={lua{no`owy?R(*hHlWLk5`SuXBXIA{3~DK3LQj2;0k
z#h>>K$QW@iH4V_D+%~i3XZa;9la}+u?&3n(kE2M14X{neR#h8XK$xh}lqdm79=KF5
z!9;56_Di-G9VL6Ic8B@u$A=2e`E|?j^%>ZWfEX;(<`Pxvdk^a>Ev+e>@9p6IZrnMq
zN4<~|)_%xVN^P0zU8YyDp|`L0=Fw0e^(ig}f@c&Kx5jmyDX~mq+!%&}kA&<mh6hEj
zQ;)J~V#x5gUBtqIDL=S)%<9wIRA0>H`lIK&%}c>=2pQTmhNKacU#1>d5Qp9tiJwA|
z0D+WIf;9fOt2XdmaY$S~stW-3uZRE=yz4tcN4HN#1_!d6`O!dtbL&i~*c1P4S!h2<
zbGkm1ck$bSvJvtID9h2ardk;7R3W!VPCM_iaAbkfp}Z@-deU?tubWx_-MelQb*wc8
z(LNzEJVp4m(E9|tnzD5YnpKs4*oQaE|Ll~W-3u4>`WWy;e~U7WqKk+;y38?n_W`<$
zC^QfO7$pBVV*u1iw9+g$<7oT~jp7_NhDcpq8XmTZnBr;9g(;y7AP!`xKZtZ%R5p-}
zB1i^`*5Rk=ppE9OsZSVAK_6F2DCCmx&0Z|G+XqJh$!hR54~cPBgTAUR4yuiQq3$D!
z*(;jMxXG6xLgle|>eo8P2P-PisKA7x6A=+R-Uc{idUXs*tw<{-KS=997e>0v&RX~s
zc7GmB<|qScBVVUiE625+!tVOFlotzBUeE;IYaXjvNHDy&<OK>WjSOmQDxlK#D8}=f
zc1sO{zZCa0DNUtN{-D>or{{#d?UvEmYtkHug;{X`iRJ?Ui2*~8F)FL~M$U8<ISga&
zqU=z%<uP!MRm(z$1)9wZ5;g^Y+mQXs7t(NWFmCmvd@4zq=w1V2Omu>GPhMs(bIpNI
zgTcOkD`I<f8~z_eDXf1~zdPV-p^lpoD(N41k#*}PBdm9b08=#eG#hvh3)GCRPMz%;
z%rh)FhBoPC@!uuEq_<!6=V1WrYwJ!g!KR1UDPyQiFEF;3n3B{%o5HEnDwePac@b2R
zhO?%`deiQ+VRZl?9cmNXJF;w3C<I$6GKkT7W%_-MbmComeBveCS@J}4-iv5z>m2Ku
z%p&GAN&1*2Ah`1CQg7qzeKC)#_HAF%w5u}bTrXGRUqY&TZH-S`?sZyXKbUUd1DcTF
zZ~AA8&T2HO)>Yq+IT`bSCZ4&$W<!P)p6Ed0VFbzx10r=3ugcuLYC1za1d(|OSZI2z
zLddQ{aNtc5v$HqFVUJ8|na?_j!;|jL)p{#}VuzRX-;?X3qokc}OdC)6Fs~1P{oTZt
zkK<eJ$!mo<;FB}7Rv%lzfgP$H9$A6tg1XHj>Abo33HUb*8vP^vz_YL&`nBDElxFj3
zn<Bu*{S(~DB*I3edTYL=JV1013f^XYPXj=Mqo4Z$<K6J>y3q%i8wCTv1BPJ<q*$7@
zQ{yp(Ul_^<QZ5a%@T3*q6P*nFB(<UU`0Jtm7s#eLuo2GqGjKy`a~4XAldM^aWTDCK
z!sg83eTvzn`9j(Hm}aIUJsVVNF#qkxfYVfDMvGg2;`;pi!B{LTYspSM*w3G38+BAQ
zQf*(So1^PP!*$pWrcjN<sal~ciNhN*Z}^}3uoef3F*7_^WPK)zXHZdeU@lrgC@*-P
z15_LHH-qw<8W~gUeuMcj3^W?>s@xoT4o#PbJA*xg_4jI!Ijk3~p~vRyZ(*U}3oH9U
z2UBk2+Bk{b0edxlnN>~wA+mo%hKLi~40Cu=KYGTEUFBO=<O4zvdlg$?Z){q&zu%o<
z%i#GdXUs0}0j$+iW$re`lCLwq0KPa#C>?ymn<g_q(Q5MZm`~U}BX?l=$u6h0zKot@
zkRo*Wx?cSxK7)rL<$sK%fP6?+M>_zhc8Oc`IY0d{;Q%oy%4`vH44f#*IP4$w0X#_1
zd5wsX21US7vSm>s2c80n>YbaCP_stTa7W99%r~kTvI*%#l`p~H$lL$OfljM<ArUL#
z2O+wF!0q>300O(@fuKR?n<mMR9v^{=GO{~S-DJdplx7q+D}2q(jvaKq7<}%v_00_p
zlPr<juyYV_;hcD*4jd(lX`>a91N*~H$C80peH|G*Wy}trkH&6eU-aLE;XDcF!C-TS
z!(S%Np1nT;ds2pQ=bH}&Shx}T&#p*rf4WUBSFmB1R~Ntr!hlE&)e=}xz%TK)P~wGu
zN;3@glQXpyGY=y$4PKPgQx}2KjE=xx>0<_Kb?B3|Gd$L(D0BlGuz>#tCuv(e)7zr-
zG^Y!~I$wwl_127Ec=AaC%)q+wz4Pz6(4K=sUE;6?cSaj@YC5NRZU~#ehrEi-d9XkN
zJ_=nMD+bYcy}4o6cUCgW8(AZCFI|(4Z{K|S6076*+|0A(nU@vu8gIOu;3n~$rQ<x@
zDO^q&5i^mUk2>hhE&f)OPl6X4L4P6K-iU2{>?)eFEtrNpnsLUO4qi)CPI;c%gh?q1
z01?jgh{52eCLVs1HK9BeON>k!`SiikQBJ>)4{uA5>5Jl0Zp@80r?Uz{^+je9c%TLj
zP((yzLQ)%#ni3tIH%9I$s_yCIqeX1aRNeAIh2ZC=C?VrzBP%yZ5M?9-@h=5sd046d
z8Z2qxtt?ahy4SdOlLT^HGJXKy<`v{!+`_N!QVP7^7re`K(gWBs{oIctv4(vYptw1}
z(>NdeY5O!Ocf`Zh$H(weKTAt9{YPUl1pyzRsfJofV56pB@I1<HphZxWf-DQnBlvlG
z;;0^ScYpKnkxLe_AD!!!mhH>Fs<5bqLJ|q)HySid7p4sJv(`ekDu=eBoxTgGe%6y?
zNGPk@{Cvg189$>%!w<k#gnY$10!I1YL^hP70osmwfooGh5;Gj^0e^FPYEMJ!PRHY{
z#Y^ClAVrE$2Hr{WEG~bF3}6IfZu)B#nafi<Mq1wDC0tP~Enl9d3vv!bOD7YLJo&_D
z?&5BY+BnG*e+lPd*mxPkR`_FYo%xphIFnaad;4oDSBMXY?%7-{FV^i-ECm6XE`u<n
zcd38rK{%A1SBCk6FUz&5I=!tk@%{X6X47PIP~e64?burT9r4SdY=?%uJ6Z25hVDnX
z(lxfPbVGK!(>}{TyiWHn+;|kgyM(`Sni|p9+jc9~idXMz>-CJ08m;_5i|Wt6vz)$v
znqH{ZE794O>*%T!W?Eo<SK_EvyYg4Bv!0&YxuHHU!SBh$d<x$9daiTg3D<~hsd2o8
zm)&-LKW53e{`nzh$&rZZ7zHSX=l2$vUj8O6mxezs&oWb39eV5FRN%LQU+h<8I&{?)
zqr3gotZo+OEa&ngub+v#RUqGSB;lvnUN14Od-?pf%fiuo3yej2!yZ92SlF>JhKo%`
z=zf^b2<F>%6J1^1B;v~t`CAhVksw4Ef0&aCevKEl&zMx7LvHFdFrMbam~-k>q+abg
z1r~yk_m$5dcshE2*&n6pK3c4(Q01qDwgo9S=5QVkCK^{UB?+y~?1xZ~(G+E!d&C8N
zxaiNL{6fosJZ_%tB1Ps`eTUha$LLK@mv-p3oe+~Qu(X0|uAkz#^y-1^kM-zx^1(Qw
zYr0GJbsouJ-%P$`z1ZAj$i5PF#(FMF17>5wmh*u(p+oLKt7%)|e69n5;&WWw9v%-#
zlG$SZxWy=;)q>_$%2)Xbtc&pCPqs1}(X-upWa;ia=|k^%*jpSGa$GWmeH6WO1i8(;
z4R*P-p9>}@7R(deV*Tislg&&%qLHGW`c&{=g92n5(_L!l+U=Cc%**c~Zs+(>o=hdS
z&5)fwxDM?EZu|I>E~`~XbKKy8Oe>@~0rI_1-`l3{UPsIT+i$7%7N&P~9rX4;d3<rb
zi<%D8J9-JrarOy6jS|~i;>(oimgOsP{MK}_kVDn4=9qZ@8b{KB4zqR7^4uZQU#Xtz
z9&6Kc4caCKjSF?C!%A$#N{PD5PVjeMFUG_R;cJ^>2s<ttAOgy=P}Bk8GXABge^I3|
z>Ub%cLLl1k{-x2dodan&fDU%j(i@&`{`AG|#hhGkzYq;~>@blYa?@w|JnCc*U85am
z%YAcH{~g`ADK?z#)F-(Dh$M{tq+L0PZNy_LQ-fyvsk5a(_V5_wWu=N2DdS)Xt!d(W
zQ6{qDUe?upBKA(Cc<lsBeKSCc3Qa7k?vP7tBm{AAh|2y_N-JaUEbHQXgG<h!#`;us
ztMQD!V-_O}Wowr~uUESYd(l&RQalM}RLeA{gGybIjMc)9LN+$f1(R1lFD7?|8!D{y
z=w4xDw5|~?n%;Wb(d#Y}3LIPgnP-InuiPykJkh?;#q*-s%QUic$diU94s5kon%}k`
z1vz5o->TP*53C3<p9!QNan*ydZRSq<P&8!(-M~`h>XoU#yV2-Br%SACTHzlNY1Qb#
zOne)r8#RJ-6SxDmi2=y2IkJg1GxCbQr+#T<Kg*56O4-Z8L`EnpKiVeLJgmmi)wS~P
z&0;<|(aGjjaUy<USTAi8s)y^O4yZFoAvRVfabqgjbp*C!Z-jnx&7mR8u;czC`yn_K
zs_+gAW>jGty5fFNP|u(RPfs)zf=?zx_3dP3nLa+}HQB5a2m!8-oPth|a@0Di#Gba&
zM9v-U{Sf%*WN^$MWx5C#_czT%p7QT00b>tj=q0A?uKZ{_ca<)quR6|;v}PE{luRfj
z*;l%CoiLOW1w6Kx4!+JO*p82BY>V^kQ5nC~0RS8X8F5jyDiQ{w74|BxbY%&`Ng?;c
z1)CTbuq_`fp<fa_B^bFD<!F;i(82wrs$F}eU3Du;-`nM0`Vet)mI}bj5k~v|l6AO#
z8PRpjZv=~L?GI5{q2)VQdN)2Ro&s%0kh2A!&;#aq-Tv>Rb`{;5t%QD`6d|&kbE|EA
zNUP00<TV!@{SnT8ie8{k2#3oVbTiSg5t72ddAN1_c4@YjW${k>Emc`yclw<Pj7U7!
z!c0`H)Kk-Qo%LqD9H!~(nuEQE!F}MLwOyzfUGL5Yqj2PuDu-#5jKxyvQ;Tv`H_3?`
zcfK|*t$BcTR9AiWAKEC6^o0CQs^0WJo%h88c|Ycnm{K12gwI3256gd+5GDi;5Q&RQ
zKibQSjJ3{wGW-lMiQTD{fm7CJHCv@c3%K382oL1^31j~!w4V@B@uNu$Hkwc^j790x
zr+x{pf^?gsvHDyp<7oUa<fdPl^e`O#AAF)(kHv)jKgsk+3%z127ZM2G%@s1Je3gZf
z)Hna`;&l8xR2OU*deqozY}>G-YkNX;{o*Wp3Un*2S%XWJD?FdYq<fbna985V@4lPf
zg<{O2)oTV&&)~MUz;G_U2jCJ&kdTdlY&bsM=c2E&GJg&g!lve~q1iQX4Kux!8k6x0
zZ=jQ{w|ZU~;1&jKN}FJnb`9P7VSkSI<Ia>C;ExH6%UqCp^P(XzU;B~Cp*O@7?`@0N
zX%R5mh3Ahpy8k{5O>)x~_ZHqv1$Zd-&?Q@Mt!gn;Wg{jj$Fn?>tc~z4*#gmEg)|5v
zVY8e^x9c$0Jczj7x3SYZcj>lJI*+)YLO1ZvqZbi?)Pedg%e)>hbRMteF2v~iodbX2
zZ7J@EdlZq`)m#`NI$zWAEH)<n>9>_kFRzo8^b=9bk?H(qtL`!!8|qUauKu$*{hG*Q
zZ{LiABwNi9CS;nPkUwhI?qRDoU%Am@f!x#B5p9=(Y9ALBc(wf(LjvHZYl(tlqTgBJ
zikOotnc+}2!hddoV}VQ%3Fr99-)0yt&pb6WD!G)2n?s~H(+M1O{`QqqAgx2rBHeyA
zvhKqoNiP@Mj(igH8fMHJtrBA#yFOw4?a#A^B+Ic)I?B{k`jpp2fxn(oW357SVSh|A
zY+v_^ODb>VbpAR_9;CHiI*o65VEC0C{i?sYgD|a~BHFu6i}(b}FOr;P3u9-c+F2~_
zD3Q_ck2Nr{y`P9@<FMA-^7S$!*`?qw3y-_}6Fu-#87n?}C!nlb)5y~?q&`<$_sXue
zn=n|Jw%9<0b8~ebamPLzZwz?H7ZAb9(RW>m@$1XN2LU4Z5sc(Sv}+ODDe=`t7(gbt
zPvJENZM5dF6{6F#`MbJJGFm2OWL4CssvZOqHxD7$MDLheajL#(4~E*H1uj%?eJFYG
zvfZqpjF-dsIxbFUxkfJ<WP-$D9>TSaDt9Bh9tPGv|3Mg+YRA#*?_?{(3$MGx1<jQf
z!_(}1ncIie2m00_Ot(TBO8xZ8ecuW$T8L64tiA8Ag8joIu+xn54GCoGvqK4D^*OQx
zj271vWUDg}1X&hnM<$`gCCZlb9QqO*X#fwJ8D$;sY~DBq_$j<%ZDvO+0Ezh*lBSOb
z#l8Y;$Hl^jG}Oy)5`a#B=HIP1xy<-!F!0*5XOEQrQ6tKd4YijIeWPyNM~wHY@s*{R
z-kT+y#-_8eahf__DaUCGo>;&!H@x7TM6EZ_<7HU@w82haA#aaf_0DZucc>i%zE$>S
zj%BD`q;MSe4D5vCXzU65uWLJwc_m*TuC3krlw~aOZJyMSQ-2eFQlel+PqUV95}8Zc
z-5uqCE56UTg9tY_M`aH8Py@H|dk^`zb7^CsB$bb|?{Y3Fvuk*I5=V|x8U{2F(P2`S
zw6O1I(`oX8c&y(6Qo-G6AN%T_)03NYg$^+%akw#hEq(<DG-`xyfe#vk;=)Bbj&|zq
z?`Hx2p>4l&wMjl|8`0UyncOVn>2L=bSn^wMM~dpa%iz|lbqfpC9~!~nwaEX2;H{Tl
zCC4REv*WzhLXS+zo1piS*vr3SKO7_Ob@Izb>dTXN!FVHj%gU0*d(cI^%jmBx=dXws
zt50HB;p{OFkK;_s%k_KvPp)5PGMxh^r}KUOmL+5JEvxpW2Gb!bayyJc?n0VGXDToS
zadqD2Oh?PkPj!9HYf=(ugELbsL<RZv&K?sS<~2^i9n65jSIA+@`XFolV}uvr!udmk
zw5vJ;5_A2k&L4H9bmOlkeku1BHS4GErzskExw$O5@p=NkW1kw>N{hxG6sw#*(5Yi*
zcB$um^249?5xFE+i-PMx_+9j!Qy_Yz^GjHw9y=t0T#@u6$HDQ$_pu*<9J}I%eX;B!
zJ)+M7ve}f|(q;f|1urKfopZEh9LHO(7$H}`b}s6simD2NaV<6M_~`<A1ekJPR{K?v
z*mdgX)$Vg_-&kq(9St_XyMbK~<AS}f1;=q_uGPP|-qmL_3bd=GGtcbFj_%{MQ`*^1
zr~KgHmq85c>TFpebR+zN9zkB#E{OmO@+>%gqWt7NI#ijWSAX7&*)}^jovq^b*>gyA
z>>iEr29&Hk=Nw5ry>M@nV<~lTML_y;!HErgBtf9!*Yo_Ud^f|y^|x!P&1l1(kxs^u
z>>WXPrttt_NwfT+wc3|@Q9$;}G0`QL(4qDqv2tU_mJO5U)U?EpT8s6P$8>dc`#+Jl
zS2<OTt<~-Jy7%h5LKB}E1QV0<XWI7><J7H_D^4~vVE~KMtddANejQe0sOH|4hG$E`
z#WZ54#BbL>ku=uNraDlo-mvFEP_t4nAP*8vRZDT7V87Ryp>;#5B-wa4Q+@BxldhGg
z^#k8}()xlyqm2&P;C{S7V6DE*D;7ya``3wlXaBVxnG3Ohrs2{u0UyP;bBd4Rc)H=|
z`X@#>nLmjE^GB7j?82^oJp1-Rknb<|g$=(NgNM5e`Lwwzs{tGm;1-;9fnF)S<l+;B
zbD{?hWGZuPRG?$%0d~__g?*Yu^^bPjO(!(KoCUu1v^MkXjBe#y1}XQ~mS?tvvhU^J
zH`p@G>^~J8v5VCb0k#kat?Z61s#I{VcPg{G_^vT;eUs$yCGJ+p?>c`ir+gvTYny7^
zbgN9{q|+~BO2t3HKUE)kU-c*JwNY{4@B?16e*5E-Pqxwi@)MPL1qk`1!Y~$*k||AK
z%CLqjTPJ@HuptQ{<o>!;KZQhDA>IB!q2kw4=On7`EgSF!S`G1dS4!6kQ5nn@7w5I3
z@92(g_`2yZxf`G|&QB*yf}24tWv;cVkZUvUIkaXE*I7_>$BGLaL%|Eq_v2Qxgz#Ab
z=Gus0FHT%Z0CI_-5bN`zu3~pYk#&FW3TcpI2M?PPxlfzSx@X<vbx!+J!>cvWV8B$8
z^t*U*+2g|cY`(X*>ayT8qGvj{!gQ1?`N>S^x;6i{T?&@t?eAQbDdF!;)YWIBaiG9h
zKf{~mkSe+Rm2M;R8ZjC{gq!2GMhayGUXy4;G6*c-Z-tc7{qr_?IH+l2jKAYD;{w$)
zFAE7$*RU$PY+G<qD8$Q18!S#&iY)V1w(c`?)D{()${+Et`hh<KW<)QK#}@5y{it~Q
zL=mKEeV>g&7VDLObG?)AEjAh5uXt1L-p}XoORV9e!Zcv5osW>mzvH_zGJp*cFe3bN
z9udbyX>xE*o(UBrg5G{5-}hDW(~<98(&#cHr9reAKvLJZbiG7-+x_}Gt6#dq_@hWB
z?o(r_!~9UkcOu*bw&<q06)(B);M}WuC6~8n4<tfe7b-w)62fP3D+!Aq61p$*0ks|O
zkDFvTz%e7}@W0*UQ~HOZqKo_>zjH+ugS9JDiN=R-0~p9{@S|8%sK68|r7hlPLLQxF
zw{b)zXkt;b*-3fFr?lTk4ReW5diu{)Q&k@&W5~mcgiuoDW7hQ&^UJY5e?|qsm)E=#
zk=_FUh3e)?Ihzpyr%y9*%QGh>X8I{VWcUCFwi8i`X(Su``8+A1IFV5m0%B#hhX>=0
zq63E}3<ufRF%x6gM=S#B!8<Io)yD%r#mw8^v9UOeoJs%#L;;ofe@sY>YSGhC#YrZP
z$D2WT-cCkNO<2$koEER717a_fLrG&^GQS_j=RxEa#K=JCKLcB0N$;L(rm%5K=uAF!
z!bs|0^c{@8fn~9RJ;aa<Q{LV)8!Jd3oT&p{6c%l-r$ok29ja0Rs$T=}lLj(|)Bp|Q
zV?6Hz-S~b$cZQY<Cd<QK)|YuL;6QWO7<RnVtesn*klw^)C+J?-tPv*lG1K^_P48uu
z5je)cKflgiRi>7%v~sW_Dk_akwa<jwtr{3Ai9)rLSukairt07DjXD?$XOaOKg(_H_
z8x;sdroxUM!^Qy)@JHg$WTUD<-y;9CzzYt>0)8MyprQ(n3zyu7UcIABtHxxe2=j>b
zfBrHs4htwPp63L;+;Qyd69jG_q4fW{_5WNzN%Oz|721%S>G@dt;0e2vwKkn((~k8w
z_J;Fj9SsfFkzZ>zYU-@)?80dv6)b2&_~A4vv<vn%EG;b+6=N2yUjzDp$bAb>=N%pP
zo86-sd~gO)C8aHnyF+W}$?W>=&<~+l4wyKa5-=E?pT9%%DEV&~cIu89VW2|hVVD%J
zaI80RURyuu_eRoGp+eb)J%}$g2nYzVU#_H;f{L<z9|=0{dn@%Iva+(U0RaEWJSleF
zrVE<Kz8FSfXwNg5^LJi7^ll~wzsO=%Ltz6^Bz(3|z^d?s{B&JYQxoL8{RztWg3GZa
z-fsnirw^SGVPU9(mroTH6xxm}At2AA5)dL=3NtNj@Ba16Ld;~KC$yiMS-O-rRZtq@
z`tu&2@Pt2SgVVlZ)%?>&5ayB8r+okv8Eaav4bytjjRrlePB7JC$MPb!hGLwIYBI%B
zEG!bSppn_s?5w(`=3S3i9ssKHjf#qT;tKKAq-b8LF_!Z674knhIeEC=_q*sq@?^W^
z{#I);2*qG4{nq@?=KQ#X#-^sG7-7_cf-l+ilVM83(0ibv#Xij4t@{ZZ{Xqt(7AXq8
zQdM=lKGJ7<*BbRkBpeW`|C=adanP1;<DR+uAZ|j@5fKp)G5p0v8_RYbKEteyE6&pj
zy}iBklg$53H(~X2kCfHb)p#0pb#=1!jbK$tm)+gnwxBppx?l!&_Ic)RW6(8}b<+O&
zcnm#;e;Q)0%GBMr{I8EnH%DbvLQo+2<Ea6M1$eO*434$a(AM_sLFaq!yyoZw%*@YY
zlJJ(_U0z)|W{=N5<zW5J%QJ@Jz>eoCyiTB|@jRe<si6<}H!%m4c%1e|WD@9ZR(Ob`
zefqw7csz7`#fCzS^9u@YgleG!Y}gZe10n;v9MADP?LiR&vt^n}X&-lsoI!K{JcS?k
zhm{o<7ngv5fLCGAE0@>p$<Nr>*vLpY%3uo{o6+&{j_WZ2D1|RS8xK1C-iHM#IJmgb
zULD(i@-^!J&kZwCpeFq{Z%WI`ykZVYZkMd8OifJWL0^dc$M=u5(2D&U+uB~B!?4n5
zrw_Fel(WMbVx|<__IFAyMbA~s*7i)sIf`x=>tB1ImVYEA@Oi%MU$t%Yg_M+7F4mgb
z*w{q;o|&C(gR*NvLPDUh7-o&~@Si{VUu&W``%>4>JN7|d+^6{sa7F(-)v=|%uFih!
zA3M<)UxMX(YpPSb-`gwbFeeBJb8Kv^9m>{M{rVL;_}LzNX<A^jq@<*1A}++vsRB6<
zeQVx~L6gtTj#%8>vdC04-6|4L7o_?9pF{t@E6YFc{Qvr^+czcY4>URUBK-j9OGZLb
Kyb@>-_`d)`XZ+Rx

literal 0
HcmV?d00001

diff --git a/python/demo/documented/mixed-poisson/mixed-poisson_u.png b/python/demo/documented/mixed-poisson/mixed-poisson_u.png
new file mode 100644
index 0000000000000000000000000000000000000000..1003afc0addab5e86eb820a20b2e121b0baf2796
GIT binary patch
literal 34205
zcmeEtWmlVB6E0eu;)DRjwMcMxN^rO0?(Po7CAhmoaA<KJ+@ZKzu@-M}DSFa(t@9(!
zTIX8`J3Et^Yp&5dMpYS%g$_iAgM-78la*G7gG11TgM&{(MS#8Yq7yR%2S*7fCoQ4r
zlXuqbo91x(`NzHRcAGcWR^T52@8xju&=A5fJS$EUb4marb~Ff$B%H;ZOlrWy9KMy-
z3JJg^Fv;<;ksxZ-D9eNn&`5$A*Y6W!NhZq@8PSJB)t)lzaxPHWWp{oacs<JZ$I$c7
zYUR_W{&}L3t<J4xi^_J;i7&XC8FLVXxv%P)`GWMnSDYMF+^`qeKzzx6|0w$ZfBwI!
zjhsJU3qwrFkl0^Ly#Iqk%S?Pb&iwhcFwGPIC$80fc4z{aQ51a)+)77Q&fx#N<1dy@
zYjnGR!k;XKvwhc~gp0NR4-1fu0ftwm`$W;qgbVC~3v604)$j}ZAOpFfx96T)YefvK
z{do}V*!3Z+@nPv}2Q)O?eH;PrZ#d<}l32zoqUMf%@cPeL5F0!UQ2Z)Cp7qYj1yRmb
z&rH$=fdrof;l<&Gbl#vNLJd!H3zCEFHj1cN`<oASE02s{@|`t71?@4!5WTUIh(4Vc
zWArkx(S3s=HrD=L;~m-{KgEw5z4s`dAyI;T#hdwsL+*v53?CYvxS5MX5E>q(pWZKk
z*s$#jK@j(y730(HTvSpr@sLz^%h(8J+>e&1HoT$RkH<(C)xk~@z`=Iav-nC=VXdIs
zmYxSO$MDAXzVYOj65hgvpmaF&fM3RqZ@gIhp^a~=nEOnZBP$OvNPf^lyWDLxA+eZD
zJDQS{i@HKNc%+Biiik*8s?}iI$jhI9%U2$jk*8IJcc2Lu$GltdIfwU96JewK&zj<6
z4G*-zYwUBNg1=cfz>(BStsYxSZl#1dTN}+(-0u|mRTY)=<v&kFH>xDRu)kUSQ&0E*
zPX4quKJB;d<2wDEi@|aN{e%&SR&EuRMcWvZAQ&*IKoTe0d#3TvG`wb#HUO2#Ld7XO
z2hBP_zg(6Fb*#pcqJX4|qp&3@%}Yk6I$`yL`oF6k|6PrLFlvO~O<Ad~gIKJ$wOb}`
z<=lP5GPx>R@?rb=>rV`<!FHwpon!EmkQt5*O29|^Ppdba-FBcuDQ{^~v6iZ+@9lzk
ziU2s`*dIO%DgZb?=!r48xe72Hd7bSjTbsTh^%}o56D^iWk@Z|&fB$!I=-)v&u^V86
zG}A-CO_lBX(5EGp7I*OTe3J_K@b2jw9^u2@+p=P@X`UE;c;uyYH1q1TaxRlWYgm`O
zZ_P;m2ziCfpt=Mz$D_O~cGByu3J)tc#C-&I?+13Vhm&<tF_q(~(872m`3}0Y1@@{s
z0;SSGK|pU~z_`8GHj~MQ8Rq`xKeUf3{Yi*s4M`P;HhfX_jE^_x^~#Gi>v5cLbb~Yp
zrA?tJEPXfT(y##>#-bIQ3bO_6EE#@v%{$rVX43s`-0fM{s^l#2yVN`0XgNhQ!};oj
z-NjXFfjBV77A8CCKiS(=qc+*$8*RThrv@k<G|Wj_aeN%_y~|>>tjYZ5K7R7hX8fl%
zbP+U7409MChu1?L?<sB`<&Oq#Y>i6rDSOb*?7!5c6P9QuST$8E3rUoAiF=0rY3BXE
z+gBOm&VG%=9LVC0Sv=96P<UI^s>ye>h)<W4a>k@dlJz_iTA^d@3;*x8?)V#R4L35l
zCAes>mSE#?`6^<)pSRJ)%4q$%0_bP<+1$tQyq}C|co44a`zW^c?@JK3EXCjl+ZX1@
z2$u9X1?A8MzmBE5<AnZgjV95ho8kzzN0{3f1`{+%ND|6JB?(UEX-aUu!0q9n^4ph#
zAlLn5Fs%W%U%fl`5E!H^)TuDj(&*3D1P8i#*uTvleP{YJML_>;>;UPZrtmn;XE@lp
z0)`Fd0~jf&xenugWhGlGlk?E1spMimy4oKXvI;|G96LjmW7H%ZGiuZuv_Ud#38O}p
zhD%8B-LL3?X|Otrh8v=PrDVKNUN4d1c$G&mrif*rzf_`hK2#PM`s+X7=%&qF*1*Wy
z@gnv+Y8=V`e(tZaKU~c;w|$GeO#8=e`YCCU)L(cP-z`gi6(xNdPm7+=K^L`7o^O39
z4^pmguZrNUZL1@CC!W-NF`*Um@I1o_gC9d83?XNSJjP2(R#68(&?JDK8LYtE$S8}4
z59Q=8Y+p14zAJNN%TiVT0f_)m;Snz8C`LZ&P-O<zVeZ?;!#=!;@Kp}yAY~2@`rXJS
zvAgTGNuTDMzfqv+d@pU#iLPWRk2w0KCn0#$XU#g73HFUKFQevwr@46{-DVf<>pj2|
z-F#S=(k0UVKt;e%mj|W#xMEdi)e^^L-U26yB-|7o7d+-7V-&le@#{Kt<I=4m!&Eq)
z18f8E_gSiW)TK{-I$BG>TLP5-q<vfQQl;IR_~Gi-?pIHT%>TQh@LqvC5vq{TScZn^
zx}x>Nld$kf-QU<Apz`jCeH3)Zkx#RJGtEHg5N~o7F^7O)aTUrX6n*nclR1vu!Y!&Q
zu%{`^9jq(JsBVykfF(}(r;B(a*;@Y}Oc=rhBnPvuEsfW}8=2&$^~u>5C~BR@_X52Y
z)0So^+4Dh6*E-(<O$E~(ohWisvXjJsX6#}((WzZ79^YsF8u;78qyRk4jDWmk6;RMB
zZIviX4yxi3>O2+>6{*l9<&rFvQBsgvT*GU}C5JYiWtH&}aFq3rtHv=7wEb4T6q8xN
zh23G0k?$X6CEj&n4z5Q1vt?f%0n38L7(E-1riA4e=<~rC8LneVX&QC7WrH)W<N<}w
ziDg9;KPo_~6duP;5&tV9;-)6{%BY`5Kz8O7sGvgEW)VdHd~dvFf8*^-5?B?G-8`~V
zoh|oYb9Yyz`hhmbjDE1Bjm&si7PFj+R~Ffat&~&qfFB>9CVODM%{>Tn9>v`<MHw_?
zg>q==!BW@~Hu}z2WNEa}&J&E?s~a^*vZOBhF%P1!67>8VWl;J^nN$sTtknEK(Kyhn
zX!Il+JgUuU4p6~#506y)`^^3)wVjaFq1%MXhl&7)wz&G>y}#m*A*K;i4qq9?vD}a0
zsMu8Z)0yW1lZYWGBCE-Uo>5zPU<RLKV_p~ss=)ob=2+WvSo#O0>?gatB(GZ&mWX2d
zw>AbL)XvX#Ngb619AMp)h?Ybn^HLFH)d+FxM`B<ufGgsxPu#Cj!|O=rA05S*Cd`6>
z{GUY_We->c2GrTnt=>ih(#VWR;#(VB_c%1d6s4p~4~BDQA7~^$v>6IAnk_*TmT_)8
z$e(yJz|Rn!EExPp<6x+f{qN_mm#z0B?Tib`zG=Vk^t`YH#bYsQy^^M4=#8UoSES2s
z)@ewF7Ws=+p<kIumK<K2tIwJfap;t?T5#(3&FYrHrhr5W*e^@gt^G`Vae(bNTxMyM
z{Cj7*$y-Am4lxOPBz67@q|@^AEvZL}q^A3RG@U)K9PN0np+k3n!KkPG?4un(<^6YD
zpiGHAzVf6vi6wKCE88I|{CIkShENt~bcdKIabgKasO(bl@4-37YJ_rK0##M51(lhW
z(rWjY8U%xCE4Q54+an!=&oKV`Kmp@FL^#nu3s3DaqIJ2^RsEa%$?oBhNmOgC{B_zp
zD+c)SLoH)|q2|ZogAMu>#=M}KKru<x(2}Og(3_)`Bb|qzGkh?MCC0;41Q#-_HvO~X
z>^l(6qsfcFWo(-L5TR59;?*!U`Ad_6v_{80Vu;omI!w$-kKt|y(m5^5$@eJX5+Dfq
zFlH<1bw;FH+hp*Ma7O<{SU8g=s|ATd-apGDF~S_&UP@)5#7UP@a!zjVr5CxBC$&~z
zo!1nSd%sG9ug67SKB8E@%G!MlU#X2aS~**3d+8(@;ex}62fh>C>pdn0dsgI>v^I}6
zT6a25T3mUYt^bBY2c)PrRVCOa8epgHmAIPmGMLU2u$2F#Sy@qJ*%4NpfJTHf2=$ff
zn>7toKBxb(G&Y2VsDC`BOQvQBWTaV*iL*lw%BYVyL)90`lJjSru##w%YUVIj)n%bf
zErfVqI}KE^v&g7=lbgmT`1Nsh4hBsPPn48KUIJj@1Cu2IRp(ony1cm?i8ZISBYs4M
zXfH^sbfitqja~Zbp@1_xn^+SPo0Pcbjs4r(spl|(D70V;?<FVr^?%`Z4g|I#6AV5n
zeY}5FF(hNu*wWwZLK@kzUL(y)FnC9!(UpE)t{mfKm!rYRz{5F?OZ|(ehGsE`7~&W=
z4rE4JUzI*dcsIipQ4p8TrcLb4fwg}ejaKY>#FEg?Z${o!SF2Sj`wq9mC=H2csaq9y
z!aIgzikA(Tc`EOfjh*&abN;zSg9=GHyQK6N?^I5VOk?_BjQw{lF6lI>_q`_0up}`t
zHbN#|%Gwp_u{P9%oH~_|k$75ljP{cfc0>3_4Usr%Sy4$r5@$~&2-Q1Dg(XbzFBZX^
z9_#MOqP$^c1qcBfd&Na~)M=CME`IOq&@9L)MnH1E$hYDB$@b|dHth*+*Ev1tfH1Bm
zs@(+kNW0A}9>x?YZ5dirr>1>QjY|%5u7SPAE5+a7xO7DsRZv^xUtG0VNiB`muXAT9
zOl1t+oyh+7jIda2E@?x?y_FNkqo87p89t)a`P&d4$|DpVz?VWh%cH03htu!uzqaQ7
zA;g9^8s7Nok+9Od9pe$I2mPB&9aPP7NHtm9na6Y!QhDBDd}aQ2bz=P1xAw_Mf6%AX
z<lo(KJdZSHdi1H0W88-LW6Wd!DfC!9l>J>7uGEiN37kHDxxeaozh^EQ`w3zHcjD{s
zZ)!LQ)4UH;e5WffaXfa#Qx<&1j9L}UtL@@-ZdqEO!k>!8^N8eI1M*gw`x&t0IcoBo
zSW)kN#I)y>cy_hN8YRLQR&Z4)x1HfLQOQYPb%f^L)9d<L*!^Cq*d{r}u21}@!Z_t?
z@jp2H=*lw}7oN4+J}<^%{%iO3N!AnGVj`K}zbjFFx*IFzc7tZw6rZnsejfo#9;)@O
z`uJ4~?)&3VjE?>U7o28Zh;(B2D75_;^nb*z4|6{e=?=Sg!TvEQ!2e!_A4QOEmn=Wb
z{UO3xNJw;GJVy;VF%gLN-M4==rgv@cQAyYhG0|XjknaK|7;60dsO8wbQi0!_JXjsg
zA<nES*Cs)UFwQ`A<Ptf>)XL}S9=i~A``C5Kwe9V<rn3e5!w)0GD1~0Lb&0I0!W!}$
zU-$;eJ^}*AmmD~3X1F6V%}WjAV6PdT&A@mDdoqgM2h>q}w#Rj*{zW5Hyg}5%U7;Hc
zmQ3BcMx)EO2mM@Q|J2ufK5jQ%>T*G?e)`W)4dc};N#=Am>>RbWBIETgqrp{J8nG|l
z@rJzBLhLaUB-SP<vE9$QBhvXHzx1?}Cj4}V{Aiby=7@}JmmKhZK;U_=Enmb(EFsY+
zAe=Vb{sTpSOWbj?f)wEf6?rcF25bHHA}OEiK7IZ6(A&NC%jWrKDlcv#0gI*H7&7I+
z-7{30NUkjzW1nii?J&~wxx%*~u82quSjy{K^w4su?SfInnmYFrVV~N-POm$ylRn8k
zlI^__qU>|-Ilun}{EtAw&&VA{rrpxpgSZ|p3)qhweSeSVnv9F|i}a!A50MS)0atu1
zgqLq_C}M{Rpqya??TIrC9)c#?MO?P@#LfsmeN`KP5Da1{^4>#1<QpiTtwz(J406>n
z0#$U}0%Sn3_@VpY-D8yAtoNHUDCeV>xXTK)83qlFdS*@Hhu_exSUs?5M_j?EB6;AI
zLI2R|zQk_7YqW;X)guO`cJ4?F6*x+z!^**?!aD8M5%ra)?B}thBl)me$hFAhqgTx$
z)~eU}rzL#kmWp>Vi-rxVhw76<D!~h%)%%}ZJRnPWlXN;CVMb(W)Ged5J4G#Jx{*E)
zIhN3=+!%VndpkMhqj*|UKo(yj(90i@g)dr8Zgta@Rzp)wCGv6+d9CSnyHR+XoSN)B
zi*!YS)wX2R_ua<9_ZXc{Sk0^<9g6Qdj7#bZ5}A+0izSzK4||T!UY{QNUfS=SY7-mv
zrnDN*KeH5-W(=rl$%Y^bPPeF{sgW@uX==d-9q980A2_q|cwVWPm05z0X~jDm0^TJQ
z4d5zog$9{g!ov({6%UM(ZS&fS?NL!?XEO{{uLv_dQDasmpnk4$=I?q767><QHyoZ*
zBap0L)@5swMd|wRf?$|fA9em2d*#>Q!o2~@=^Xnkd!w#dV0bFNkwCx5Jxt0#E+-BL
z4opEOPXGuLAZ0g0;hx&_)3@x_H{(hTrQHVWSg^Bz;x95d^M&06;Ei*D8ZT8QWY!wi
z!Kq;%iUU3M+Rq}P7eYml7e4Ix@69OBp#Kr|l%`%=x4zLpntf~-A<ptDwCj|fyYE+B
zFOX7kS(T*H)?Ua!zqsV#@44_3dyhpq%PY4Ed%oxApI%Z`O7}Qgb4UDWl`a<;?Z~D8
z8CaZe|MpPKe)T(RDrqpV;TgQ!)cbJh`up!o3-R3+Gls%98w5&wp4f~cMngMRkI?Pc
z{%<IM2ItgnLJcTPKhu;Lu*|aWbg_hM2xvyoa9dE(8ib70QcYN)u|B2m86pQC`_G6z
z$7y@aLL(A5Dx<xC$_w_}(bRO>o1kIYwYhsDavn(REiN!~CNUspdx0t{21g$M{wXE+
zDoy&b=e@3hzl8U1U$#-!T|tizJ?6DPAgp0GF3NHbCDz!zw~ybf#YnyLcP0p7Iv+=?
zCo^w~_DY)k5Qj_@_=*jSp0s4Rdq=+mhGI%D0WuCK4!o-luB~(5u%>z2Npdlqk8VkQ
zHl!Y@8Wi=$sKb%0x?klGPJLQ^=0+q&xiCo~)~lO~FuKzT+8ObEJ|!7h_~0HsVtEz$
zHaA)y63vPHltR?G*reL^7Y=UwMg6T@MFOL%<#hQNJYC`U^;ppb9hVc^8h3VA?0N9p
zp~!nMm|yTfu;Sec55}tJg~*;}>%9H;59;Mw6DO4YR(j^V5)DYK@@mby;je6zi(Tix
zNZ)qXf?s3PPsJ-;ESTDC&C8nbdxvDpnX+A@=hRmEZ~v(;9Ok9A|LsoxC*wQWKQ8E#
zvmo{xsxd{qeJLP{`nvpHghb#5TyM<5u2KE2nHN{)S5lej<<FJZ{^RSynf=u2&`H9_
z4?W<OZ>O`CgdRa))a-B^ga_fVc#hAqST4Z#p0RAdcPtr>v~*&N0EnYSD}Q!Ld(Y3L
zjGEj6?b>VtOoIyh7GK2{B$xgpn1jduCsL?ZJTP;Rv}cpSoZ#B1$z*644;*saFVdz4
z7w!C4@l87TPs{yh5BtuZjB$dOnhv?LXfxGl5bE|rcjb&9Z=#Be$B+#Y@gzU$J42Q2
z($n2ek4Bn6fe^PeUbIZn6XEO3G?C7xc7mRU?SPH}xA>*lQ5~1xPOp30VjBgfn<wqV
z{3c}F5WuM1Y)h4EomPWh1J&B4l(Day(5ofZzHJmNfRy+SZePSM3K!V%#L+-NU4v%m
z8?!b&@dbZK#Rd~Y8(xw}?XkLOygsJ*1_rp5<S9DfM${<XI6oKUvira%HtalvgGY7i
zah}LJMQcn}phXOUr^pM-#_i7tblrDZJd3LPC6`45-e&|7o&+8fl${2qm;eNo`jbG!
zHojeA7xEoa`?3G73Isk!>xotm6I8%eDP?m&!eOFG`VQ*&O+`AJp?uz)AEL|{)z^^a
zL&KckU1InBZ+W)Cu($pRNdf<*%v)7AgG8>+efwk8&LiLj?*-un&v3@635;xb<@HzK
z$s_acQp@k_XgYxp^#OW75%lf;`!gaY_%-%M1JjlfyQ!}Fy(zKIwLCNbil$*u=O7Nw
zh{s2G2};vF)KcmZI41Jr%e_qF4#&5}$jfF}<FB3n$3-<gnciMuJ#&d$HGWyAkD}<J
z40!VQiZC{-a8ToULf+{b%d>*5q%@lJACWQUhbOTBzktwvd@}ONWR5txF61uc$13z?
zertjOUw)4ub*cVO$XznHU1@<34)yJC##XGt2Zk#b8_xW3LUbdn>JX1O98dxPaRd%6
z2|$m9PX+NJ!}hp=)t7@Xc|fm!b^bE?(7ovlsTgX3>C!bv4Sr?0=^dMN<nv4NC;2Q@
zibfK7jn?aP5$?Hsz$N6a10tY3#J}Ahj1%VN?Hpyr(LK^VT4wZpHk##{&`lQX?4V|@
zd|Z(ax(gNfob^YW^=u*I?=X4|&oaY*UVOp(h53#uO(HcFE@UYWboPvCpj;j)R-sVx
z<2tWJkRob4#xA%=&>z-jTf#mtI<I!&&=vIllIoW&qK6vQdr3^8gwa*H$dCI(*L<eK
zJn6hK90Y$aGPeIwm%_bCve%;5B0GmjD~X9oR)@PGxs%$*;X~nCzZ=i2G&qi_Eb6qH
z=nms9p6JIlTpOQ<zf{yWU7j%4I1rQ@UcIV?3qrN+fWF`#_x?Gwi|r`05A;V9CQ=;b
zL;=BzeXXh27yK^{li&@rIYR*$nOr{1tMrr;dD(Z?J3UO2hijHIPKuUN&W5zT4B6g<
zPI_ue{7nB+g(8*_NVFx{8aDpGtI`$!c=G(0&x(&I$7_xJkv3cn!~8rrfIg0Hc~rM>
zM<vLztGjBj3cD%6qmQ2w!l;+U839kNSDDxfKhI#`V-J|&hDo$B{r-)-Azt$6KlMmD
zOI_rKA?3;(KE8;axq*YbI5FE9<NJLS;#Wp&l8=s0ENc>4(V%q+ET73YUq3hEgaq7f
z6SDFx)}1bo_Jlfrg&B(+g1rAMP_ix1H6Ge}5TU=g9Dty&M0YNqF}mow2p?gx2@Cdb
z1o?J}EbVHJVo6RA+szFS0I`z#a+n~tb9nB&kimb!u>1L&jyK0|29Cer>fAh?#4&O(
zzkh&T<tmbF4f=uA9sA=@2ay*;kI+ONauM&=jb*bfcI-)d4ZmQ&+0<|>3`<%$Kz!%5
zr4!Xdv>CHAbx#$)*2{p`l!b*mjV1>pSq<qNA?$CDULu{yk91FjL?3IFecZ5||E?*`
z4>;E4qtOgNnZ$F#x_M;KWAPF^0_G+gj3&+_O*g4v>0etig`W~^ULsl+6G{!n^_I6f
zxN00Fcm!g9+R#p>2>!*O*gQ)y=gA}y?Zslv9g*^hddE=AAEvU5ns#!u7q^nodNm0@
zZT6!L2F0XbT4OiAFuaX)xKt?13A;W|B-KZq?g~D#+3%)I@@S9#=f^&(u~l$#SCOEP
zr62Cd8F6f556(S;GM5k;O`k`ZZj$^@rkID{AL=BV(fP2FelTmS{#>QckNACgmDr%S
zN-p5`wV6={Oot7eGP-blyE;g((XDOQ9R_CeQp>M2DSmM+aAfglL$CNRR^KSfw)?wN
z%#;B}7dQRl{ZYo{&IxLbx#(4esqir9G6E<QUX-HGM7yY7)VW_!wExt5wodnw02uiN
zs~tDlUXNG2QhQ(P560=2U2-@#v65P?E{Qt%8z>zUGXwKbTyAPDz0*!V!4D;WwB>Kf
zC^|ZSxw!4BH|;oZi|;_cgSboQtDp@mV`zihRnBX0^ZrUIF9lZLa8Y@<iphAD_b6<=
zY^Btg*EU?JyuNq|5BtRG^5eInB3dZ^D%ERIU7+^=`T5<CM@C54h)gX>TSV}cr(wZ^
zR)!4sp&~iPF`4bNZgxurod*fUcM3eoJ=U*D?c*R`=A(tL(H@MVPv!yMUvDP=3sEi3
zQBK+~aRsdf&bXc8vn=cWRE}Z%!o&#F2MTuDehat_t*fF-I;@eqCR;FA@F-DlZVYJO
zOy7hs-nx(*suJ%Y1U9_jnfLL#dDb#`Und6nUhja}y8G&mkdzm1!{gisTM~5g>$|8;
z=hXI-U=xGs!r<py!x)}3wSJ%JM^!_<CLPv2CrRE%;$esu&2Cl;!7R&%&#1?9<O0aw
zKr5UiI@IBz;Go?Dk@qG|2X4bZk^LVE=5Q;<**_tB3kq^$1kd%R{oS}P`AW$lWTmxI
zyEA(hvX60D1gC~dsC@LPyALC9R@8*73D5z&IeBrqj%Gtr-ZkIR*%eg6%BejEnQ^yg
znfnFyW^P>zy*&vzubhXQZuY~#cBqmbF7tf%(aaocQuZX<VG*2lqoQZ8OOtf$ujW1u
z8IbFIYVt08)z6bohv3ftOr&M27~Kdyc|@Gqb%Xim7N?S1j6S77;X$xq;mR)WZ%Bt_
zlHSn!IwnPS$NPxr=KlF{2PalzamN-=u4H>sK=Ju8;-lJV$geTeS?{<0ki&a&sA@xz
zctllcZ%d_ba$qcBsz+<qIKL{4)Z7n(pGJTLj^kfu(@GS&81`u~5&!Qlz&!LD*}5jG
zy-jnDByR<%#^h@l+YBme*g}pXm2h4K+<ufn@9XL0$Kz3EX%hcqEx6$&{|?~+GjbF=
z8tlb-T($SS-Pa4rd@MgaN`e)!G3h$>X&cWrvktH|q`5~wElH%yGDDeu=C;hDJeEaV
zV0e{!eXM==!FX6G*uDL+#AvB%fVBwWP9Dr3zanO&|1*UIt{Rr9VH1DM;F!+lHDkK9
z0iNZ2;Y`uPT&RrDzR=4TS0<W1QJM_^QVO8(e#~>lzPb3o?st?-+a^C0-y%sUd^O3Z
zJzAyC?F0|uVd}9Z^6*q&Z?<n_y|6V33PK}L7pH;^)tr!R>+)?Q(V86zZ_3QwI(?-g
zPLG5}dJ>$*gT|dAme3kDC#MDl3yys%OlwSM8$V?=t3%&KmnFM#$YNYY6#AcAzC8j)
z=u8r3`BjYGrVMXGmrNQrzb}O6Y-|wvexH11yrTD4Dwc%C=QVCR`ZMPtlK<!2`aX7E
z0trdE-mK%mY^vEw)Elb;s3um2n}7R8c)da}#;7r$I)wqRTW1<rTGYiF$-@ntp(9R~
zQJcc=Hq@!H3J`A-@7?1+IYDnbM<q2wtCVjjg5vk#D<4nDn8hb(7&4P{YS@s`(}$1v
zmTZd5yjOY~$@s4*gR)X4-{u!6ek8$5wb?cN5|?15e3&1dG0VnO4cqU(Hww`!p>t1S
z!jhss-2Gf9gN~75W^6|}^Y3=?Q0pxkT*P7}PsNrnlb8rR@efo#WTe#ylI!{{Tf?+)
zPs2NELpdx2YbY(j#CA&%iaFM~L<2}?&wzKYC(=^{`pzcj3WWDDpDQAkUc<*fSPXMN
zVMwxcq~r3X;WStGs34(p4O}yro7eb3DNFO9X?dJ@q-iT90^CQ&;;3lqFnsNEzU|-6
zlGFY=aynT$&tIrH%i}At;;<HPJCKc@LB;8q$E)BLvo@{bF+*3<ntEuUA*uo7%9*Qh
z5Cj^YUFr@2m>vl;NBMhlbE7Q%rAE21IAl7P0OU(aiR}Td;neaRKMu?9jqlErO%1qV
z)vmi#DPinkmVV!z(+#zWJ&L#TIxw|0G_56|SwxQdXRK?PdK^(})b)6wnri@|Ye)F`
zF7Y_(qXA9MRVWkNM7|5-oQ<&eZ^{KrCN2Z|-zh@pcve9=hI*N(@CIK;zO6_W3SpEI
zC0vwxDcm6HFaUlqZGiV?JU>9LwT`v+?U|<a;g*hiVMA?{Xjs-A@X+HNh~U*ISf>9d
zsd#3>5z+O2c@a37!yuP3?k36=G4r$)#bfdue>zDsV%W76YWYpN8uxb!aoJ$m`@|}6
z>GE*%YvL^4e-<J!?=$pS59@Fp&>gKJxLkd_vzJA3`SGJdy4ZA**k&7M8#)Awg{e2d
z7QzdciWaIQu}q7aO!$ZO@j2GhyWOIvUnXB2IUyLsupX1B&2eFF3tH<>D$ZfNVu8ZN
zu`^+HneS<+WvzceBocOtMB3!#2qnzujj>VpKFjCASM}yA4QBhofhdJ-a22yQx52fc
zX_}3qBI6AZxU@_6QYJ;6itZ_QM2ox5d4FUgLdETEiT!~5b%XvhWFBkuUCBJ@>Yk|g
z7c{VPLY)|FupJS#UG6f!z_iFNfh<@NK$U{4iL9CKq&{r{i24GnKCz#}oX_V_O<}-f
zz@0N>-P9VQ29(QaYU~%C6(G*r?3SewFvFo9UhTR*M|<4=bxK~I%2X@4$&)i7&)b3)
zQAUU(7o~LYwmMd^Pw*uV(ywk5*wDl(?P4lqcE?t<qQ95T=bcv0??djyHf%5rr<kjo
zP1MadA-lN|k<2WJ)xZ-F%z6EyncnnUdI3{?ke`x;+b$2W4fD%%=Pxgs67hDevSw~#
z1PLl}RivNhh3N0%3scdp%UpF*BGa^tk3{|hw~4QCw8{PCR6B67N$x8nNp-PF=#nvy
zoE?!REcq+PTUcw!-=~P|ZqwWnmJ;mottHDfkt0WNb@3p}yyMKR=bLq}WZT|V7P*Iy
z^oRxtUsIhb9W<fCh<;R-t_<$jU2MO9@-?3m5(gXhU26V)+Md(FXxc~Jkkuz439}1<
zR^uD5`jrZYmupY_?BW{F-ky4IM>A4Fpk=B=B$$}nOOha3>rTfe?<UAD#K)yb3knie
zKFP?&SiDjD6jb#MSfVd5VDKcU)=vOGohoboF#@(bP%$05ZmB|CXR1Q61NNkON>8B4
z)EB<uH3jn{FS1I67!_N-GSiNj1d<KeRm}2J!a`W3ygsGi+tb>?_+7Y^xwSW0XGPsB
z6A*2)L*GKhTgg;7^TjPIpqSY`I4~x99&sF1SwU(`v#<n-lMcQdE6R?hD91P$JHGYo
z-6sZf+53lqW(fpkt)gRL;_2uS(=yw4RbY9d1U2lr1`prwE`0U9A1Q?lLp7CrXCDFx
z@!mv)y$ipY3Wqh#LNC)E{`9V>JpQc+p1LOvt#DziOl%a!bIane=_bwT8h%b6RaoQ>
z7F`ItOp@cV&6C$)mVG<Q96dtND4t|toDjsWKnJNOmJ*S!>&?>}3CdY4vlp&z`f+xL
zq#|;NPvDU+0rnkbdYVoIN%)9IsOMpI0uk8YgDK2@xp=(H`sosMP>AcY9uu`v`lp$o
zad)<-%t;U%Dy##fAsO=1pW2~T+8l+46wGSm;+(B`70oQj6RIHub^PP#3~By(7|Vkx
zXChrHUuE-0?*5^!5FmC$XULRPl|pi=5q_yp1&1Vc6++NAEV0Z)T|I95TQgTNaQ8oK
z-kIzgIcaLFyj;yG@hw`x>XHr@dM5V?;K-akd0<0OIK^56&O1YFvhAvUPx#}~M&@I}
z0gGSec{w4y<h?ABu2Hc5sW4rc2U;`YQZ@FGGy;5D^<@6lTr;goDw)+`S!fl}^o=v0
zF?0^d>6Z%>!t#yNAi&nr;z!voJ~bzo_Zw*mq79Z}K;@y6mBoZ0P}RAYAd;_1gL9Eg
zOGBBwbt@~0e3wf?*ZJpsk&k<hpbMNLm2yM_F`eSugUFsVorF*DlONk(d5amy2wgZx
zWR+C(%*_K+@3<j|eXwwpdUzgmSTb~Dx9I9tptprEA-7aFJEGw3^DR=w9nD5{8Rw|h
zt2w4r9v|$u)D)kb0AI>Iqfs1weL)`dI|?P;fjTacAX*hkf)bt@l`2qDb!c>w<L`j&
z6{nc>yK+XUpjIC4b)&YeBgT{8EQ07L2kndjtaP4o*ybT=K@z>vZ3lbNHTGon3jA1K
zmwar-z~75T;>rUqGzz`fdd(tTabc6e0%5$js8l}^6FdT#b=6tc^AO`HB=<4&uQP>9
zmf>uPs!J5-^TOe<aO8f66|+J~wD#{}0F+p8ur4KRXRDgA95uJ>a&sJ^b2Ey{Hd?Pq
zWgXktU5P(UiI48|#__D)&_S{IY>GhJShut^X9GQz{bphn1#defeAPxptVG`q(9SOd
z;NH~iv~k`oqT{MY--<3(;GF|u!{JNr%UyMz8#Ei@mn(i%A1oGv1!uP9BAZh59Et{N
z3AJdu8uj5CLMlwE`b{Z-nqq;x#yDOI5w%@$*=^9<pF(Vk%gjdrLB5aBxDsAd!Kmea
z28MK%?TLczokEiauU4sm4A7VzBp}z2pt@8Y9gq881Q9|)Qx3OI(t)CBG&?gLhG9cc
z8H|IQDF6w#H->@*@`p!9NE6u6q$hGvyYFFMu&hV|Hggk}^PmoDA!ii}UB`8`7lP_}
zHbooPrP<c1W9iAa+DkC#0f1_00p1p<z+WI{vNZS{!O;kl$7v36prq|P3;QVUj6`lc
z-3T0)GI>^ht#M>1hsW9-LB;t<HW6<_^LXOH&TnBEy`Qtcv?Zy8Dc7ygsa*d64I0>H
zZ%+^d#oLyHJWSK327v(q_3|OgyQt7mH{MQ9m6MmktLL`2II(u6UP+k0{7+J(IaK8u
zbNcj>CJSj;i$?!fZj7-#zU6s8OZYndZ*|TFn_^X&^rTbEd1Khxpw<!`9yLy%=R<n1
zaKMo@SR<=4Vc4fuh6`OwD+0VOv<sKQT(zT#CT}++n_kWs!Jx!}UBR#*m2;I1q}-~a
z{KNuvm3y=M4beg0=})?jAUCY6uf({Zc}Cche@Zs3*;hgy9<^S!Wj3Y$%B1;(VM>N@
zXYV9T(zDw|WN8wcQN<iF4$0D#_)LK7yZ>yFpg8e-{2h0q9z8N2oc0;HMc$;!5p9Wc
zq+tn;F>mIBS_)B$3whAx?Z(?92GL(z&R;a2w2B9KgOA}3Qy&>6B2pJ^5<76dDiO5m
z=~Cp;p<2Vwj}TC=_5YM_X%-W7v`VsD-y>~lti*s;fG9DK5-Ce3WRAl<G%YIyCX}|2
zz$kk?Dt_nQ&kyI@%f<|Y?FO(=!Vs3$WO{l2w21qMN04&k%%mz#%@MJzBa@BUOg~nj
z%MpXee9KB4;GG~bipyCs3zfyQz|vI1>p?`&oKKP5Hf{O|vRVI{mcw_#H4~|be1lG$
z$Tn#TiILatcR>35)z7AWMiIMGgs{a+^BT>K&lD@3*DI+d7XkaC!(_$YfQb;X>}>HK
zlctkLG6b?}l-c-2g{DJe2_or<-+n|wkiV2cI^*(B(C;fj_v#EvH{uzc58^z*j)^<U
z(jIv49SAsD@qSQ~RhvG_F7~>L19&h2;Bcy{9sUzVg2Akw>eC$|J5@MCl*16*X+(tW
z-OON@hv=CT%QBX^%)`xSoGcz$j^sgICVVZ>L{wR)BK0KU0_{u||KeR4E%pY;_G7G2
zTa&Jg;kWAXCJ0qIqDU!^147veB3+Tb<X(iJhU=bq#5|Z(5$-FR)2DFyZd<^N^gnqO
zr?C;naOW1&^ZnkX<j<EyuewILvqMwGUX<Q%7ckmzL{QlPIOvl<x<#`@0YAC=$NrWX
z%sP>!ql5qv@>YfsUP9qIKg4|i><WoD>0X_^8-Q*_gTCt9^_sm8(W9>?L{oIj5+p7f
zi^D7j_6ufrG10N=R6tDxoEO4V&7G}_5yPv7MTr`T>~%{@i~oGJ2CvkR9%o+Abi(6l
zwl>)js-jfNBQW#5yCV<r7rl%)f6nanPwq93bWMiU@G5}uz04L6X}<$juGk;f^e@V<
zn=_Ax6|p`TH2j`l>NXT!+2i&?T>I`6+pJe%?I+AZl2%gkX-eugzfY4b`V{Uh^R5;v
z{hklK!4A)TDo2l06I6pxQwzQlW4pxWMcyBe!jy}L;G@(Z{Y`*=3!D~avkrR3WA#rY
zg4ciwmu027j6~kKxt|z;)5IfHn<54w#x|&DZYLh?#hlPMu}%B507i?C27)<E+y!(0
z1co&HEufp#jN(;#$K{@?VXTy(<k?HSSrhv7r$XA~CRm81pV5C%rp+3_3z%*c8T3LV
z`JjXh@1VQ@KKGxEr+G|xLC7V|Iq_2;QrD2xm_rM|AG!HlVupc8sGLgH$}ukze}9`h
zI#<%>(*WX%SlCc!FU`wH6wLnwHZSeQI1%iG+pd9lU_7KxjJeWq4!uJkVE9PkglV|K
zq=Xu8%?YDh{L->V^>HX~2~_h)5u?&5X+e7DCNYSOBtP2Ny)9!9DZG!v#@Aw%;Mam_
z*l#9fie*zcIP%*$t;S#E@5jdtm9^J>pO@Jq@Be~&d+>}s&z?1qKWV1rLs7dNkOJ8v
zEE6)-ue~bqXdLy=Cbve2O4a&PMDt*+48yy1J5%(eRzhw$>@T_!>s}f+6E;}j-x+B;
z76iBx+H~<`iGdN)I3(d7E26J~+b;{wqM622ust5w24(?V!(#zmh*!seG=V(}0SwdG
zhh0l*j|f@^-^`_PY0(O}U)co*TxF-7S4}oeR(EbXo$62dQ?P-ghlQvs6hv_MB1c`=
zZ!<Fxiig7hK$CDJ5;Hyh5{C2~>#U`*?(d?|36H(|p-=Zu19r&@GvnOcf^tM|1uSI;
z)3H_n?}8qghVoqMax}!i_h=`?Y2s+JMR;!gwF+-3yCXZ@ZMOC!TmV?WMWamRQE(^R
zybOiBy0jU){6Vc`>TAA})u(|DV~l+0#{prI@d`R6IX87w<(_tSRP7Vh$8Fqxpkeg;
z_~TNw{Yli@jd-U1FuFcX`JG*JBoN$E#V9oOa@!G5A>t~^{`86FOZjFi@4CA)r)MJ1
zW-be4e;MlgPTw`0LveyLMd)6W(LC5R<h`=YoVbVvIU&x&!%$ux_N!0%vXrT?JFJIS
z0H;2rlH0_29FRermz67X*PK3B68$tO&6DmIsaua%%|zA;;1hHJIeDy_@h^NMUHvip
z4XlZ<s`jN)_x`Qkd(3cU^ZeD$=ls3f-zs&@Ojk|M&xUEOfa=g56rpxb5BkiRGK*64
zrjX+lE$=M4Ml2@2llDVKv;mKJ_tHRLZCKYj^Zt>ak^!A+tqQ|K!cc`m6CuzAZwSq@
z1}F~gBtXslHYX5#JJbE<A9UANI6=n)5yFQl_wwr3b~l3jd4SiKY&&Bs-+o^M56-+#
zgw#wpogbrkh=4c<boQp2{jPDYHG@RCq@5kvnySbU1xqQ1@nBA`#*2%tUlTmRFNSK>
zB|H!TNk+FobP_Gl`jCOr!~<Qu12p;^s19jX8@j2>brt4O%z3`AN2<UW+f&^bAgPPh
zB{zkn9RO@m-oe&74MI+L!zN^Vi{9C&l51%$jKM|Z#T&4~CObYA|I%usuVp`vpxSD+
zdn+T7x&N)u;&ig}Fe1dq>NbOpw`s|Mk+q?u5Pfpq)y>)8SPo7ncae4hv5GXN1tsV*
zAAG%a3w`{cdjJbP+4pK%{nYw{cr3R$ooM=CKzi(0JaH<(wl(t7FN1pHF69p|0kzPl
z69)j(SPHvzw$1+a4~QH@b1j*QaQXp`kU_$rsG9l@k2ZXMp3~+f`n2&&7IF9CVbFe+
zvDRRFDa^Y*us5aQtfBr%8!r=^9lPaR!}w#Hos<Gxw6y~zCMIXUBFpyio4_3Fr2P}1
zam&OXaU*xN;P|d$0u}BC2~I%e+|5s9^V)#oI-tZh#X1eYoGpnAW{5M4B|ZhT?61L9
z(ez*qHN-MG<j(<AIozh&^WCvy)L-<zhOJ>&TL_JDLb(6DX?YdRBFmx>Q&LTtTw_$?
z-Fre~>EqDGj*mJ;>+Coo)<iJ++TT;?v9I%W@^H#yM_j7-GV5EBB<LM(n*dctw^(ml
z$1JTlGx@;+xOFB2VWT3pT6cEDQ1MQ0hhxHhT}W|9jh$W<uKh9Sz51{Ul;uxS!(M17
zp;++zgsT-;_(V@HiE6ibqNxR%GORg_M>;r-?Ct?2@~Bd$`&X#B)G=lpF_Ij*&X|{-
zAjA=kT#;ZERWlctxa^AXZTg{o%;qSFfklDDIN0tO9q44c;Jdax&OKP#Jy&`hyOlX>
zD3OZRILoRMOAdJyeuE3M66R)kru<qY^BSczE>0428KjA0kFoCL`BB&W*VVFaSr`%A
z!?cD%>6+xnNsqXDS~VrQSTse8ejm2&G|?P5Bc9N$<;&Gs+HDoA^aw3jDe9P{-mgeV
zIy6TS88gndSJ=%qf0oi}?f30IEq%Kg?7g6vzP|#F{Q8Gbwy!wL^p81A4wmng^z8YF
z*2~_tIFfyjU6qmES2nbLR~e5ug1f;5u@-dV$TMxP+GX)Z7lfO2$BJ#`zqk<rMl>=~
z8z|z?U!HzNYHbrdF0f|1u$Uq~h&~!3x5}4d%Cl9Zy0bU^%~E?SAXL!^HQ8ETOh#Zx
zG7u`ABS0@=rlG`1zjQqRQ}`5;ExDf!+poS{eO@}(LtJZ7bPIQU3NXjIKPqfxUhNcL
zGGNE2FKyC5*#$L)4Q3~hV(Md73T`gCrfMZolGJ!iZ(++g3F9TyKTav#k{?|!X5}#{
zPDR)*l88fVB(qM;uX>D%@`gMKV{WudwW)aUd}_?HWiU3hW7T=8Q#_k!>GS9D5n?4#
zzg*)qTy!L8Y9f^4REHoCT4D+$!snNx#ajbm*fXbb6l_cuHvvCi{oO<u*|k$YE1Lcm
z)+9j<<;L)gLmJV-lVT!*%?%YtS-F2!W_=B7yBFLHP~q=9ctL<o%+hRA7<R_tJ=E@+
zQS`yO7}_}%F}jTS_abT91KJ45<=AwKWLov(1ZFB(&8_M`BhjZEBjTAX^pbHkA}@SD
zz=%h6$8V{RKUw?}NgIij2maCEc<|r7)3<{a=kpd`2nOsi8Xt$)9w=|!c3#}JlaULr
zXvKPevy-a57f7+W@ix@8ZXUn@b%fbdSZY;r)Iq6)oB-J=liZ<U_#pC8wEliFOwSEj
z{=|qO?ZiCulM^)Yi^@uIQy7b3)XpODh>2~-!MAh*jj-qr9?ee)hUfGc-<ZPV1g0x;
zOElh%q!pi124ZK(fT8mJ7kA!l1y3yhGNaG`e4_tj&o$$V9BiZaE{38)k})1>IVffX
z*)Abk-sl|x5+0*O4SIqca#VZ*;z)dgHSk?Je1|=bM;jmGy4&@x%gRfTJAO};P{b+7
zfxvPwYz0RpQj<qR6NbSqMwt#2E?=o6B@|@0uZ_pb<2wFtMI;0mSzHkvCY5(U8CDD4
zh&9}Us!d6+kg~HPjOs7-QRsQ%=GiJZ<cK4U_j`bm1p-)n;mArGr>r73+i?Ov!ws$F
zx}zzsNjPePw&;m<l}rse3N>A72H#OtQ4WMOMx-$@d>3>#CAL87#wLCEkc)kGB#3D}
zY_8=EThhoWsHpgE*i!_jTVr*!Dr=&6vt&icx)K~57szEye{5xr&cPA!y#kbAR0<cm
zsJa`2okm8Jp2p-+!dx_XvD|h$6a3>6{A|tl<H4TTdk$;g>z~KIYf9|Vjy)NwP-M0w
z=;J0|?Uee0+7c6eqAbm=LR5E}F~T~6W$~RsAB!}ds)oayuM5FN=e#Qm!|lazxBe+$
zl^PS!wp!5d=|bMFlsunwVxuWnSXnDjLA68MEDbjI50WSS>akkt`eT-!T>rKqBmK`c
z41m&1WJ}c%_!?OyrRBxc&d`ulby0ajR|HwIKB67=i#phN*9ul_fcGtf&)d(w*Wl^8
zX$na~vlL89LzSetr3n?wIm+!NE8@JO91{{`UN)#57Lc-$id$w9+Qn&)8owA*(z4PD
zwPWvV?~?47h-M}VT2aV=%B~sxFSS6U@^T@^jwn`5M*)|&85NC>l4S!qn+I7dyy*d^
zJQ20bS((INZA|wu@?%wxhyZUF@1G8PXD-13NAY~GU2*>%M7rkw3vux`t-Xo@<B2LK
zX0t=5UUn8{VM8ordh}!5Xp$p$F+hSXI{?nR_$Jt3Y1IyJH8V1Vef6{8a_ha}s^zf`
z+4SN)fbT-YVyF>bs9o6*{Mf$8JLP-Xk=-pzX|{tKj)?4{$#lzA)k@b>yAGby?Q=^Z
zB0tZPq*Ug0)FI5^cVwfE|FXGhSs2=B#8ei-A;@f-OQ<mp31dX+EK3NTQ!Kv3gl*0E
zaJyy8)a|2$2wMta6lbVoj|Vz;@o)m^CFXGKnvM#JjzU0^X5HVl7dW8r>UcQ6Gq?9h
z8rkID7yf7Y-=TovYBdYUY1i-JgQ;u}4ih&z1WwBk*av%fp!SJz50{kGOib!ChuHWS
zXV+lBuMNl<t0EQ9I9eNn<1%8HK>5H`M*~plmfB5yh{5D?G9vaG_Q&^a{F9OUV0+*{
zFOF0kEKa@aua2l1DrLoI#htT2mtw`&nv;1`FIO}a1n97rkD$Re0I&v#IERXjt1@Vj
z2~&A)%5Q!STwpjjb7Edd;W_a2-R|(Bp#@Bj#JAXuXbG(%F`@B8%b0=kk3Umn@&vA`
zef1jNUTK~riy%h!f*9_eGY-p&WZ&}{riU&!T|}hCsXj4Ye5^Fr4IYasd_8F}xJc)N
zxR1h?GUy5~y;au5ddA#)LBs<G(iOOBN`xG#BQfGkdVuo;9>#SjY@Etjjmd1D_mEyd
z+ApjW?`wA$adr2`|Km;65P&12#LVC4*q;DM(o)@xhT|WW^@P)si_%8L-EwG(Jh7X3
zp%u!S{<7EMTpsK`zL+BxFEAE^eF)pq6kJ*+kpEUE=k^!EAFG=8JRbZrjKbwh<|fFA
z7#2KOnS$-CyYYFLR?&+$2e2b;LmPQQg(T)YM8##&;Y|@^rtoOEp^?u9x@64l24PMC
zGZe<px2_-dc|}b52Cz&}oYD(Sk)jApq{o&)aM;sYDjQzhWmn3hj8T7~*Gm=i{9F-F
zr?Ov!dr3Q7th6P7xgYJanlUNqG^CJ^k_kAxNbKe%8Jw=)UZ3K6Vav0BR^bfyGom?_
z2x7YSc^tpuTdK+nQp)32=od3ei6)CD`|$Bj(#RTdFhUs2c|-Bs)IrLrYt;}KGpo_r
zZ19h1qZtPGqYVs5Ie&Qa{17K7F0an@@sZzTQ&MIrr1`H%nfJT(pJ1sx+N7FTO|ve^
z5Ap@`^`5!ui{J@82BKe5JP~q#=H*Q)Jk0feke+&xxt}BL$fmG~0Q50;$8}#9aDOz>
zh#0EeVR!2bKUv)FCH|Kd=L|T6&EL$$3hx|snvc`^Y6B=Nm&eNjN?DV9n=@k0Fb1KV
z2jvQL7}(6_^5`<2bGX0~YxySCx}aHjBlcF;l3`DXXI&2%uq!=?>a;7!Kf@SB=Js1r
z`~>K*&S19-sSunO@Lcxw%dX=o)EkT;GaDriy@j>gsYt*Z-{r05<;>BM*URnHQKj>Q
zZz?vtJYmlR!`S7HX8pB)tB`z16JaCzsMc80KK_W7F$ZGOtSZGyl8!4_jagkPKP$)|
zxxfbBsUU|#^!m^iX&op|fgq{MM~&%WX!n+=<b%hJWG24x_BZeU?g9`;fIRV;OYdY)
zDpcG6D6@?ngX)~?P|B-bg(tSMv0ZK@-JUX|Rtt2kHO+<!2`-cMN;R<CD2RzR(G<T3
zF<k(4huE9KdE0Y;puWR2PY8y?pfYls6bgq_^{2BUD<N6O%Bl!C+D1E5?S6i3r4k{<
z3e~|Ryja)a@M^2~T9!#KK#$$sHlv#*TNhC!M8*aVYzs7fPjZs^8r0GOE)1$HMbl<8
zNO}nlqg#*UM%s@AGUYr!wSMM|R7KNl_ORvxgm^}Jw6rzq?f-gLDmkinJ~OIPeKI6Y
zjW|hoiff;Zblv!${{E^sUPg><ppa7Ktx3STbHk|B;`+o{A3v3^^?X!Xf<mh2FcN?|
zii>q&jyvqX#XGr$0KTWWk%!O6qVz)fln@tq0?Qr#AyHwFI1*VZ(#U5n4yjDLV09ln
z##4WL0M|X@^1)-7`Egk-bOwI@%66E(BnUmEbHJ$dht*4In4q}2s-{L(a}{O!qH7|5
zNONhd_~zA`4qxz1L0rcU%wJ&q=l_7Q9YAaca<qQ>Q;)-oZ?TU3Sdrc%Bi#}c7a5WV
zgbdT?1ng#sGPEe#I23}-QA%;VGTFl6@}f|Sl8QcKEIfsPLOx)|iVOA)qTx_}12BCh
zE8&R9hFTm8`wuR!^0>}DTa^cSrt-6dS?%dG<tPg_8t&?+M1&vE5f0<3yPaw6F2<k_
zv;OI|f4YluULfR!Y`|9Un^4AC!%}bNrT<1}lM|Hj+;q@>6|to$5zx%~7Di)6VY)nU
zMLCP~sg$EuCHX_W!lVm(Zrk(Y#U}ARHM80q5+^kq2u}i#PR?;~;FtNU43j)Q%7PG5
zF<Y)`<>nj%Y)G)^{qbEdcZ;=9=eI{Tc>P_seP$q9Dt#CrvBD_QbqHd;xi&eiHn!y0
zJre0k3hOf5&3fPv5&qn74D&sgE~r>u9HYEPgeq%+Zb>0YxPoOaP$V0hf*}@0AjM^%
z5s&|0{=#>C(r5%<AWcRx=EDwEz$Lgs|3f<FJyh@kz%qI8zv9NCg}G9_PxY*1@rgsu
zA)iAC76PbL-<7n+$9Dv9TcM;U%n?+hgx~z1=DzZ;tuJ^pc+lcb(c<pzT7pyDr8vdi
z3WVZbT!XuNfug}3iqqmwfda)h{r-0M&He*>UnQT<y~&)JXP!A{=FGVbpCV?y^)lV8
zKJK}nZ+^QmZo88v8+Q60KC>KF+?zd#_04cdu8IPYp5l+Ay;XBmBsYo#laNR`?cCpt
z>UdK8Q44!}{(KZUidi^}A6srpM0TMkfc@6qzx0yHBC#CgZ&&b{$#W4Xa*8Q#ag$$K
zO6w`OQoa>H*b!jMu+@d1F95q5`kMRxhjZzeA0TGEtOw&sisS+{lSEfB^KVril{Ece
zQ&AtM$C<8A2VePPuVIlZ<Jxu0Mddnw!$5EqQO-u1@zQzoXBNG~mr6KXy%_7Pr+f^c
z5N&ybJTDf$(<xO905l?0B|^ncdjD*?(sTEPL(^PM(SgV~1o=I{q8r2ywjPY-{G#L@
zqHXPrX4&JCMIY-z6MmockY+6)xf<jPYw#3_;PuogCJ~Us8HbOf3F<*sEUaXbtTgg?
z?$-Sx(a=w_a|GKj&ZUqg9jla$SnA~>tW|>}T{?4UHE5g1A<X}kTMl1AQJsWuN`uAA
z<w2CY!EL~^;EljJP=wgE2d8jdSbCJ1_@}70Hr)ZbaaLdM84=%Ef#MQ2nrC$`IQruU
z^IP!EB${^$7*NlXOlJGdtO-RhP^OreZDnCfag+#FxS)E_=EL*kdQdM@9eSxGR^xFT
z%;I90zJvfjFiskjT-_NXLhh}+2EUo*G%h*nCx6#LI{De4p~WKikSK4>7W~yaa<-Fw
zy?x@g&p7B}%Q-iJYjQV2i?VnrM!nAbh|Vtl&#a(|ir{E(t8w<+?Q9c<+4zMnF=edS
z_2ZKVVK29BoVKR^^t=;!^YFs4Mrqw_(o|nk-ep?e@A%DzB14ZDn=Sue>06w6qPLrq
z8NY3MZk?SrhQG1Xlf~OL$%3%opAtFZTCVCu>kwF-B`K0f*^-u|?Pto1q`U<Gz)CLe
z%|ZWDK9j=gSBm>x5>q{YyBqgVRQ4AljbsRmGQ)cX5jbjcZIU0irLd-A<&ciR(73p9
z(iPTHGd74_W&Z6~N)<G>v4;VlbSt(TyJN*n+%Ltt1cP2OK9Uq4a{s=3_K#@mzP>ee
z8xTZ+^<LqP=^Y$v9|xR?2Kw8hRH<ML0f&p|fMlkE{I|BI>dmWttyIOhx_s>}54Xzg
z!U;nc&vV1R-#;)gK$1-tCh%2HJ?*=S6)oXTelA)3)l*pEyHGtQKF2R)WzIl$Z_~10
z^<8H~N4E?XbMUu3!HQvWbl%}?J%;u8fO_h^ofmKJHUn2)sbD7{z`7wpiF&N01IZ#z
zxOk?F6(HXG{$X_c`1pM(hZad~cn|H#uMk&i8L#l@dP@|;WD1YQz}<e1i5+k}7G4)C
zE=nU{j2Pdu2Y-c`?#wv)BgdmyG2HrlCv?Hj{34Ou9BeI~!z8?CqYI?=XC0ASN*adT
zW8$TdjFPNUE3{vV8lI$L4x~57dLL(sD;$r@cS$$Crd%eS5V`%r+!=*!5(P2pmsEyk
z98!K<<l^%lv2u{EC1tyTv}mSgEvaaSWyo@^(pN|bh-V))xz|vwXFi=z=Xd{}u9eO(
zVnj7t-PP@4vhY|?ny;doIULzGj+-Rth>~92jB5P`W@0oTXsAe1y0E+b)G*!rOMT&D
zVy<h}mb$MzAUVRLN{jwEreS4Qb7jC-s53Bqm2(OmPrB$zqpqiHvCy|{u-V&1ht=RZ
zw86glbQAppd<%xE@<SP^_Vt`GLCsf4dkY2mxsgbQi;H87X(eGP$Rq&zlR(;Tl|j?4
zynYvbw)M|mAik4xU909oFh}cafRi;-i0^>XQpb9gCZueUYAV4B^8_^z|7T+_yo;nl
z8Mf5x&*uRdZwvA@PBi*(dAVZw#oG+&(FjWgpk-$4`5!Dowh7$wp;x&Q7!Ept_=<Ro
z(JZlp?EDM^^JcL1)A4LJU#6m>iq8nRs6vw-^i|&dK6V#icjKV(MDN9!TQ<9v6CvYZ
z<N+&q+F(}6o=3j(ERCt?=(p28XAElaqDQj(@QcD<@a*C7f^738e$A^JbEm>hK_N31
zou26Y2X~wig-numMMIl4jl7h5=0r1{704J*2@CqyO#F?Imfjgv87`2jGeyKYYt`~<
zKVL{ChAWZTarQQ!&a%c`V&m=Du*#CtjnH+LvgP|9;k)$xG(mesCA~Cv+Jn3W7WRLZ
zb0*?f%J%$7I`whl#-9n;mu6=~{1T?zSG@1^WWcTm7V$IX#Y%P=gxdm3*gPB=ajG|=
zcFlT@nFaCJad@s&p5*Vcy3Ja{lsFp^YKoOi)zD!EGMo6lhd#27ujfTPG|Gz2*q7)D
zB~Tdg*bd=+b=*dWE1$}tDUd_D4l}rpWV&4aGd!{J%dwc{Zmo}8@Pn|l_FAbwbxv!a
zrr(#h&Mm(gbo*~a#H*di>0mb6mNE4-Wv(a}>ZdRBj47~P><y_7zR4*6nW1dwW{=&`
zNRM?O8#OygZVtkX7vT6CDoU{Vlu~x_c#!b3ks>vUu+xpE!8*~i2V`3WYe87<v^8II
z6r?~)k%03R2s~$%-Ne&;Z+DA74jK)-6|(9q3e70SAPJTsFW}?NVo|hA&DQ&FD%7K*
zyT+ME1CvMEFlL4x*n~K><Nr=XuO+dAg60hog*%c;9<A2e!A=;2c~3#-bx!>jAT}Af
zscP)LkxW>cw2mE_2+yF-%`Tx?x|&%GF6gWV+dU3Chq}z^zrhzUrAypH_t>VT{D7}a
z<FfT7nhDgF;u#Un%X~<(QGR<$8L;$whBAL(h%eTC@96Gss9mMl#K(FRxX<Ju<iNNt
zWdFm=>vK-C{4VM2Hu^Z|EQ3f^(N+4iEsP2M=1*f-($;-cwu?uPGj>i-x1_!r7YQV-
z)vMmOP2=$}rho4`i$3*l%YBi-HYASRKC3qOLNzXLX@Kcd634pO`V?w5sL<P^VRp0W
z+UU>o^Ba?6i5T-!SSx5!2CpK%)-s|TLp&$nY?EW=NcXj8+Q&6<jp6A11*)rB$RY5<
z-I`RW>Tr{C2bCIyuq`{~ySa6~51N+jn0!LaDrMpOX?;%x!|$~LEmj_00t!;sYN{pK
zX9si&8Cfi=UDvo9Pp*?{Hq7ZFNprSv`e_f$<Rk*N6>}ONj^I4i%^D8R{apf}G6z8|
zm^(@^wgY^R>D_+Of&WB;KPerl5EG-Cz-`oZ&lpXcdWyJqdoeg)q3OX<arKVx8^Yd3
z1m|5es3nmpL2nx(NjUP_+wJ})>yi25@j54vBbjxjF`%!JZhRzEkl*V&kNLKSC2};+
zeb~65CkA!uWpl~?n=h`ybky^O^HYfpN-|J9&O~CHb&PhpV!UVutk1air_vbmKM9S(
z_C(-!&^z^(_5!!IE{-S<MAO}aY)otZm@I8>U1#PlewxnPcs}#heLTJEpa@xB##pE?
z<Z?0klMG8@$dwx^5Bu*e`{{H!&#_XJx%K%76DJN5Mx(~1!<kh#QetEG^V0M!lr|9s
zy-c{(we954os)V3LY_a(b}y9%GE{4&Ud8;CTbtk*^ThukWGiPrh9Ad=xbT%0z@>m}
z+T(@|c>A&q>o?jD#U&##)K|<LA(SYqY5chl(R`m2luOJ}E{iB-m<%7up>0$FFpw>T
z2AJqmfc+FaIW^rgr7KG%-zr@QIct8lYeU0;(_)xo%E`?Yo<wKPNk^*%QUHEVdd6v`
zuHq+!K0O++FuL{HW{PN~N6?8aYh&4GwzYhL1FV59Ee(^bX)+}Nk=#+7EpMEPO1Ax@
z@Dva%V#0NDsUs=Bk_EvR`$;)>mcD3e2`1SyH_~aw;YcT;4p>Ke$>w?bER|CzkrXQ`
za&<9uDs|AwyV+ou0+y=DswKLGnm-ApueqwC>4swg00f!b)j%!lz-();5feX0BqxE)
z_~)39jnwvV$)me9-fJ25TVfQ5gRPl{&z^c-Z(r7AT-VC=@RN`%c2q&Lyo4kjR(}M@
zI5obkZZpJ{pN@M{SIMa4OW`Urm2hYBA&h241tYnC8fi9@BSlVO8tCL??k~nlVGoxI
zsel8ifjv)99MmXwOrfqcFzvJ-KIoQXH)qDNqG^rMtVyeWp;l+fKmr>2&$u;&^Wqbf
zF)D^|s-;Nfl;_*RC8hJC4@T{mit-X)*@ZKbu!s0AOxgE+Lt*-)_lBmG>CK1G1=LDH
zZ63SgLix8{m(rXaJYG2t%$oJ;i{=4wa99vu`E{37Hx3v|IPv~??&Pr2Ag*!CM`i)X
z)+(}#)i=WONO{=O!)B~9A>U>--@oD7SMTw`p=zES-(+GIeG=f1Gz%`}`h-}Tki}M2
zU(umMYhOnx#(62N6W2k$`wR>_HOeQgag{=1NM9YC@!?5~H^Y%l#rmlvNS~P@OYP=?
zt%sjA?AU;}20%f`$?8AKtZ15oRkoq7MmWL%$r{wTsFx=8_CIkTBfi3q9Q@ivt=l+G
zWFcvKSRV`fw7IFTWTn1ylBjB+U$I}4mRl0Y%Of?i%UY#>wD&7*5YY(N0mHc>R~+{5
z;vj{Hn$m0iBvn~Zw+JAdlwG`=Ns54Ck~9v{$pR7a>vrt1HA19Tv3!oJ&(NpE8**6A
z1sOtFq#2w9@~yiv*w^-P$GbHq^IC%K?%ow4873pxc0_@`;j8xl2_%yVyWTO5`}$KM
z*ppL<vA#b(IGA{nL7z>Y^nE?2R`|C59;QrlSyoGE#fBHYmkzBa70}2czt(9aF@~C3
zDC5V^FRWH05NwqN>~WxlB0Lvj<YoW&&fgPfJI`c7fx`smTfU2)**7AoNbgIr40mhI
za`;G7ES9G#gdICk2IqkWAsMtO@9C2TH5NbfTU%}e3&d(B6GECX*xpCU9e)_+!_;@d
zNh}H-d8JW!Z02f126jBQdXOM_O}~#-2Q^}nj7hy^lAV&P8A6W%Py=YxVTTqORZ`0!
z!edm#!DDX&%t_0pM1y~IK-2v<C=UL%Q=f_)6Y&|o3klEFMjsZkoA0y2O3~uo@|)q;
zNU7FvjV2W!4~C-+mQpPx2T{>9Muf5AM0BTz&_`yVu_bmFHI#}2a1F%~vm0?u!x94v
zjaeA8e;|yAgZbYL`;{wU8YlXD)UHZT7*!gpG1VInHpA0t^6>A|L*N>o!z*}9I(|P{
zjyG?|^Dv*2o{6lhH>c5Bwh@5P-n8gJ_WYvw?~*=RBoUY^&tNCk6eZNDjiRZRYiaxZ
zjepKEOMcgCB|i7Zuy~T9SQD7<tMIOnNQxrwR&vf<lDyc<Uz$^G9EpJ68hNqDz}r?A
z!6JxFpC<s%iA>Yb8b_>TR7E(X4_|c}l-poA5zJf`+)i^Uk}4v7A49CU;hn@Z-^eym
zY<`XvS5fF%B!z_yud5Q$n#4tl*x*Ds+zhA!!bA8)Q<9MgBC&6b9OcoljbqF2+#r}`
z!`OELQQM&7cXVa)tL|YqU~a6^tk6%%VjGZ13mgqSC5Ti@afq)^Qi=HjSP_34LZyN<
z$mzMSD*PbrKJu6(ToumJ-=o#6#!_|k0e@^5$c)*yEO8kFPlR5{>lj7K+0PJzq3UBh
z^ZU2WZ3$4{o}^MjO7I2RkxN>=IJsvXRFV}cQrpnd)V&l-fJhK(mPaD^wR8b|g*}?u
zXWKK;&Q?q5m5XZw?`_I6$9XKx+sO&q`NLW(<Wz5dlJRP$`pHFZ*`d|6>)m*~ox9yK
z#8!$*36sE%m^RYr{np1!NEUs{oa{VU_N6#vx%dmRGM#s-T&^EIpNlO!y*0RV7*$xG
z1@H~bp*v5;GQw2KRE95TrASrtW7}ygPY9iIwap@ajutx#n_4KOhA|dzHbc9B5fh>0
zlr-oXF>)S`3PW{mliX)J{KvAZDz-p)cZA`v-bML}YroZ4Nc1<W`+}hW8PwL$IVlx%
zhFEgM6YGH<K{>E3ttK)P8Kx5DyT~|srzmQgS2L;>!Io2eRi-@<i5aC`vxe0m4MRG-
zsf~)w^0-0q^zw<vTQ_z;lhMCX1B8ie?VfSNJdLW_>;j02HxX>Av}VMP-wIY<M;dE-
zcNScJ*w!8GjvU70S(nECRVL#^@hUx|z&m-@UYNB%qG&(|%ZdIOM}rrAN}n!k&*Bwq
z>ct*2%2+O3TX@~ezD%RATD3CjNMOA3Qnp<$PK2ZspR2!3weOEMU7(-!c!q?_;bQuK
zvo`WBF}q+yRJXC4Q3i&?K@vPT!{!}O$V>^A97&=1<45SVK!40VRgKzo#ruc#tr)6t
z(vtGmX3ZJ8m{7Y0Hh;FSLfnaiDr>x!0T-}>uwCj4HNPyryA|X4CKQ4_M>m=E>$4FS
zsj+P?ghFE^O%t6C(#V3wyjzEqcqIME&#eK>p}@O{E{hS4_w|(*-rFTGvy6rvbWu`{
zt`Cng2p3+_7op3~;bRSMqJen~hv8OBO%q(9Qi_J1?VOeND>XrX0}cz2Nh;N_0<MJS
zVRwgil>e00-#M5cJQmtISNjKNPZPxzvZ~BbQ2vfE8HiB2E&bI(M=RrCD#KwBOu?qN
zIT(;tDOR7!y+;^v?-jv{HV;?2o(UHYhgE9E8K>po>NQ}t0}j(tr4OSI@B4Y`kbaqP
z2qLZpKBE5^F=WdCqjqqVD@8~7HE>PJ8P?)hU6c<Zt)Sty(DP=z9O>KEhXkV(bHkre
zY2kq#uV-p4{L+kwhHWWnQ0`BW@vE_#9Ewjl!m6>9jrAh?ujt39&?Us`R;P34`j4qJ
z-k107cF6(5IRRAtOc*@aACb$972O}#Xw?!L=gjRX!udF_(L(r&CcGb_$ogMs=x6pL
zOF@}dv^aDQyvixRuvT;EWroojk@$$7g%i$egAAqAFBlb(LH6(P;;`G2qfqJO@%KYn
z{pBsOEca1EU?JIItZtqhz?bN0NK9gn!*Z*tX%;d>sr(-IfGHjJNFHiM2=}uha69<j
zAY2O@2$K^elkqm^0o~*D{&v}Y5eZA{#LNXPTtCAX=_md+@AuQ~V7#(v8258jl(ixP
zKi~}4peRX47!b{7Ef;Rm*+UqM*O^w~+fo)n&tBe*c&xauO?$m$yXy&8AR<bpdO5J7
zwag?^O8U~!6I7ys#%u|htngU6mzvkb_38NhDGb}&8F$;@_32VjG^TSY^QvjLzMOJ0
zD7NB3*b!+Isb%29;iS+7C37M;5yJSwU?m5Do)4E!rQ7it;N!GhPADg)Ad(;^&!^v<
ziA_Lf;A4z|ctfbu@#<I2j|MarVd;&Q*aigPZ$AovQdPh;e9{Hcfa5NO1&H&&E=1Nc
zUp*Gj8Zslh4^lxo)FP1AaJTwP%AH-z&&@RJoE7_Y^w)w6esL3DF^Vy}FS;a+H`Deu
z(XooulBkHCPUBlRaXC^5p$l^>Gq|;|K0;0GB{Bp4XZQyU0G!zpX5l}9{KtfP8;tKr
z>1b~h`6xdrscjR1b<QA}gx88%-G~>*bZcx%ueEs}q1r3%C-X#4Ym=SyG#?|MOL7h%
z!|eKv23Rq(k#e!BmY*%Kn%?q~ZzJ^RE{d!*(fmr8Rs`+RL`EY03{~{S+D+G)hoM<(
zf#;SvVVVG7@Ew4NaMp+iKrM8VB!#nOQ?U1a&$%XgU5NMhT2O2N(_C#-6p~5J>nc@C
z#T&|T7vJiN;K!+|F~%)-qr9+Zh7yI3n_kdVhuiUk)Qvzixtuvr5J$O^wFD21AkD5v
zQ|gM(reh>O1`rb3q2VL?MeloM82%L@kNs^sK4n~HEOK&p(Y{Ip-Up-7(L_8zpBbr-
zCG$wF>#vor<FaGH*e>*k_d2Z84c}8K5cVaNky}7{-ulr;MROt%ZJTk0Qny-{-g$<7
zp$adj46Wgk{7FP870aCUAFfMF-%^n<W!AM^>(_vp2149qb86{(^zgM2N2-{7XiJ=P
za8p#q8L+P=^{6y}I!xUOL@O6WjkxH59&{L*BH(@kTws%%evINsDioxf)!-8mC{*H|
z7+8>8uTy4pRgSG>x~1Sy&htyw#=#J6W##u8Gm0e{ngz&S3UMK0zvx=AWe_A!dy#Q3
zq+m{+EY7Qvskko>8D|eX;l$lD`G+|`;V$rVgSV1;)*Z>T>YUZKo;?rq9A}TPH+|f+
z;**&y#z-%Kt~&CbL~u$G=3BHjy*B}DG`vo7g=Dm#tZCvQLdhDcwuC~MYrS`+`E1xX
zBzfu5hzhdHISNVic4$oF@NZw?fR|*;k0K)UE!4bY0N)?`YmXBdS15Vm+J7pTQyF6)
zoqMm-U6w&68)T==GhsQ3MtWg8MA&%F`-xiMGrGj{#YT!t4!n2VEl$@(@+FwY)aI9D
z)l+hr_ARMndsI1Nzm+lc8OxMj^lFrn?1EBq6-zgua8wk#ZKBqbd`}j42gsI?B8;)u
zJtwGrf-j{ITgK~4&s4s|N?uv8#*?XRO|<2h<(ZO|n~mKp!(@Jdn)0|Hs4=7xjo{UA
zr2-{^(+v-#O9?Br3N4`~?JEn?(9DJkK^8ot(`Kd8!=PVs!%MJZ9|iShBTDYM#5FnL
zgtVzMFv#fGO28ykaEhLvKPnZUGV$RiG7|ZnKJQZ_`a4_-#I86T8LtS!YDz)YNU}u9
z%i8{=v^kMGfDo4cpyY#*)TjdCWZfAVTGFIkNL;ksS?NbnTW6$%@uGYm%_eDCoZ-J_
z?^Gg?XuN4Y?4=7gl1xHz-+Ql@P~|G3!cSw&5Jbw=&7KMt{~>AUlc(^yvSo%OLJ^9|
z)lY8X2-#N$rs4@vHx}TPJ&FHnz)`V2?Yi&W7YTC+7~$L|Eo;e-)9uo`PE2PF*lrf<
z^@k&;&=fnK7^j7GuR422)fdZny15n2ri$Q|HFPIIGi^A%qco_anw6MU-urN&P)#jr
z;)F&@ClbF^YHz?d(x>d6>Ry7Z^bfkx^a^`N?Xa<3X`;b@PkfkHBtf+$3Ch|LEcz8u
z@9o&>_Qi=(>krZ5w~W%6m^rD*1$3Pp$Whf?&CkPn0{oMAwK7^pwxCt)IBQRW<(*x4
zq|H|88Y&52w}DD7p5RfV=!RbwWe!8D>Ov87F<rNt*O~jomOD<Zk@sY3S{BQi7jh@^
zwY`uX57!^I7bEUgu>=!%R%mrhrtXG(Twj!c!^!?vTfZ3kcJh6+&j^n{DvffWB@5EV
znJpXJvCDbIMqv&26};8nC}wiW!k`4eBSHX|@KTzZEsfZr!e+3pu^x8OoWkYSBP;eu
zY!wTWKp?<Mn2?&rLa|2K$&ds}f~gzc9kxeRx|_aB^v+PE@T1y$WXn?9<5J9HbSKo+
z<rI9`_wD4O8jU@i<+K_&umkZlH>u=9*=Tl?__0Xn<wjIBrc!@N?F4>Bn00@sDpf2`
zDg#R&L?P0aD|XAFR44CH3%zOr$Fi*}#&uG@GSFbNKK<n&GIoP%JSk{hjA&UVzAJDZ
zHGGicV+YEe1*}`pv}&c~L7b7)LK(yx81#vD$NJxw#-76_Qc{_jRRdHVoLS;2S>uTO
zX`jKCoYRDiqf+Aab2Eh63%3_4o}}E=y}FH-r^Yv8L5pZ(ZxDqHZy!okgIMvdDe>ZY
zV2OjrA-hk@BwCiduS1>k?s6HAa-%@mc%Y^OsKBuAU11d4$jyzbF1?wdq|R@tBiK%(
zPQ;mKKuKBbf<`^>f|s)ye({2C1_GxqFEjGayjOo{NY)1gU)ZTap(X0FJQjcQyO&gX
z?Zl7MiM_DMZRlVC#%MIamc#LirPN2Ud;iW!Q%!>^v=!XCNK6gD?jSHiQ`@|fu^e51
zU*SgOo|G0kd&flgAx<MDvme<jPQFkx`-u7f>;)KJRXtC>imHwer3LQ;{%TyVfE37P
z(>wBLPt(-u$J;7js}qQ#U4tT<>G+&~fy504js$6cMc13E>mDbiO*6<X>pj|V%PGyt
zTB;{jYc16LbSo&itYFWxdNimXOZZ-@^-(9BH%Swpu3ls|9CZ{Chg$0kzc6D>_vcuh
zlt3DwpfbKlk`#`2xx28`kb&QayeHI$x4v&;zT23UlmzPN`5fQwaJ24l!X^}Q6GV&n
z#5?F8ddul%9B?aYvOcBAEmUi%5gNa33`Oz!d^Ps*W!fk9JKWHO6q+1jyfVN&fpHf{
zVTaVZsZ7ikAbWf5Yp)r{^@)z3Lk!bOAObs|swo-Fmg<c%;;(P!Hj?~AW%gR-AaxK9
z^PcJYTse0Z+pKcyX!UVA1I6>13|dP_7&}TjxXjrXyAeb47JM88(l3owNlbFRETA8^
zp(xyw0)6DVK_2BJZI<s(H4N$AUn&|^sT{)1ZRHMc;V<r(Zt}>7e^e~IO%xQA#324S
zo(ViB@>Ipw4HvT**sJ3f+0-ycQaLNQiIld_Nh6UU3_Zs;b}r{crlOf9R;0!3@QF7p
z%|w;^7{_mbz!|oUFQ*zJHM5G^oUBTa=Oa6Rome`s{Ec`7B}(>vbofN9&JWMZ&cyV0
zcH%33q0@bgBjB=^?cG;^Du=7wGDBy!a-{Kz_I!*8udghhEAN_jo74XAb1i)|<<?ao
z-r9I7<=z#0?>N4MWFdZwiAhVr)DevK=+e!mi&KD>EF`Bz(THh79G8#KSP!&=l_l@t
zJx3hL&{Df~S5*wym_ipg-fObL(V&&6kiJu3#3BAseyT^kVYLoRN0v&Jud;2p={Vw^
zNV~GRA*%@J(-VQ^fnIXd46}-*AbK<@%aDbnutZ);>_n%^w5Wc~J6GD4M(u$K&U1AZ
z-@WQ;JCB@{K1}lj&L9nd5@E^VQ}v(JS$YUtI;gmv22P{P#c}<Ut)|onE%<{<g!L~o
z6O~AsSpaB^QL&w?L$c#-ew>QQJ#_eu8;dO~Wqu8P<o=IsXTFvQtGYOE{J6TWKg>0x
zP&*#+CyK}q5MhhSe9oX*XCyHz9nO?6dn7q5zpTUPhP$0D7JeS)6bpb=Vr*MVcK@O3
zw?xut`2=gKm24u=e5M7<JMK}Axj^}c@yPLJ#mw135?+)WauO#Stu`lh-Oo&hi^u)v
z+rRo#@=f9-l6mxDOEmN{qg(WbA;vb0$(jOJAN!ti1MwrO6xQPLK7!%$ZkpYX$M3ky
z%7-UFHHBQNIcwa!rpQ*WCSTo{(fUTDnC{i26BETsQtu^LB+{<XzOU9Xv3`l${MweH
zBuT}pKz<MoOBWD%_*2a5#{sF*h75%iTe{N}o8&jpYI!B@|2i{Q7c6LaG@6|P*P>Vh
zBfw^kczF3~d^Ab~h||;r;6yM%*le(y&YUa#Z}Nt|m66{Rehx%|B69qbzjugbJhcvU
z@L_A-Fh}0<v;;kTgKQLXoCUVDWP(^b2)Y9FS@i*~;<?`cJ^pb$esIU)=&*`@V8Ba&
zzqD3bo@$6ls&whB;QGj{OdLn@aewtaW7>z?J&`l=NM_zBPVJW9k|THJ!yF74_lB<c
zRm{I17FJv##I<V(7gSvX)9wUO2L38*3qUVU-8`gQbJezI;MOQ7jc+mbQv{%*X)@?#
zL`lyZ;TO}04>DSot`#Ik={vp5*rRR#U^ec`<Phlno`}<$7Y=CuJy>J;;4Z}R2}Zie
z^Mdj<R0m1J>l!n8s~v>Jgyl{LZxSBG{-8t55G+?r<m{PcpB4iWa*edQ1gI55upyGE
zX4H~xc~T|hSyJ3yk(wUrZWYnnenI<2X6!x429M^<C)Bz@weYzm+Y$9d)q#^7rNo6!
z?_~6;>OJBbO;dS0539N9KQ$Gl4fYpueE|T8Cvs+daescNt`D#hunUmW`Z#c{a)wwE
zyjU5f6mEqsga<7q#Ctovoy7HhNhX^0(ao4~TK9BpSC9eRCGQXSC^z3DZYNM;(Ipki
zYTE2nBjizbczpeb;l<k==~~6l8oFT?Q0$eM(1f2YiLcoctC9)l390m6I6q0<8$vu&
zU?$WJ%PJ&JEnZq>?*V^AVmy$1p#@w?9g>Soq3%T2Q!b35bTo>WOaq91WMgrU@*S(r
zx)$oEXN-2OzRMsiYV81hR9J*yr|*>nkYsZs0FvQToPWbr(oY<-XpSPLYZIf`X+{q{
zj^(%hPCx!>G23@a4j|0?dyQve3WWo}809mpJM~O-#Y*EgY2OY~5jOD@vm^fea@C}^
zImyp@LeDImP&e7lr!lfRr6@L;i)s{+ulbS6zhHM{5JA;bi8ix1C6{Fxa6+E#r`51+
zU%2!5_T#B_X)Zl9-aQ%Scqm>msAR0o+2_gR8N9RiM8ko{-Cq)Cn7_R*#V{<IB2=8E
z*8fZ0vW}gs!Us|Jq&8I~$g8kX%);u3q#3@2)XT)PKvAz`6PbFe?P<i9Dy7A3Qn`aq
z#K99+NrqB3O6}A+0Uu30lk6x{u;y;RX&Z>wW_|ixo+~1F?(Y5lybk}am|~ma%s@&j
z%$5y8EIo52<rzos)`YKOkj6aLQM9T+CPJ80ygH*d_?J1$5@DqZXp7ucJL|UEj~DE9
zrF{D5t#_QN_~_r2VXjm%xfFZ^d!#q9kAoC|5F7Cu3BJ|zE@20vTle?#Bwn6g4wy>E
zNbavTofS+x0a{haPKDGW(n^j_BdW{A(^h*?1o;de@SiF0GR|>uP6fwdbN9DYzJ;em
zd<5Z*y@*zCXDuJ0fphUv@IJPfAY<UZxaM1GhkS003|%cc0ZVhsYTgMnbfshF5DCNO
zuYt#`Z0O9~0u|zQQTSP!n0m4}!c&?sB0^}dA=TSSCqO53tEadl5h0m=T9Jr!+>Yn;
zHJt&Sxw4R)$&$8*f!et2OjMG*%7L(Crt*N5by2|X0`X+y(SojRbR6;iHyafuw1hhJ
zLY_X?v}l;9iJ6i$S)8*{Nnz*sffcy9nHd+p_{K@DJe$kj+EqvB8hX6r?8SvRp@VZX
zw-j+@W{@CPKzlOH22?m9=EPUCQ;D8F^1-#5P!<2EXrt1XR*)#~@4_76k0X&<AVW^(
zHOF}>>S{YxhO<2zb_?`2?lCnNZTjVY%Pvlq_j6-{tQ-+CQ~uBIg%w?g?+2Q>z#b$+
zkc)C>dq!MNdBlpukZSan_<kMrk#64%7d`7@RRkWkKK-g%^jz!j1i!*%a;PemPM!AY
zzmjXv*e5&(tRI|Ue6fgCe`s15GEHjG<fomKE8H(Kpk{<B(GTmY^+JkgvvPDyxC_mt
zLs}U#)0c_?C0NC^`}3k7c7P=o@jI*t&OnCTrPXhupp0s&;#)3-e9F5H;TTI&s0WB@
zueII+9{v7<pF&B2G#ia#pq!gq);b}VJ)HpED;Qw0VLp>otqKokAWr3e^v#rUj6v9g
z62>jCqe>VkUb1K`U#Uo>E+bnfXAg!0AyckC=Sv*K7q+W>0^^aR0mYp=$!9p0l}uOg
zs6PWeR5E3Q=KoN&#90=PV-OQL?8{DG8w}l$_69`U%Q=;T%1k!LpkSy(hkY=-ji#%d
z;87wb=2)G(D!CI}WESmo{3C1bY$7v|TbP662)6g%U>nqM5?G7Vhp(Nn?YF&p4+^#m
z3}8R1MB~UHXXBj4zZye5RTMon5}CT%iFQfO-1KXpKY=A>nKEtTpB&fAj$+5I^Ix)4
zk!b1bX%VjxGu30)&>m{#Ct^;xe#Dd(h_7`BbfsTq=XM=$t9ip3Xt5{SMWl1T_7nV)
zO<9FzfM(P7%o;=05+3n$@dgCnHl#-6R+D`AGSn@P-zXnGfohj*4Jh73jtjDUR`ByC
z9o-I<Q>m22Gz`QF{G?7&J<=zw1M>&iNN1NLR<mgBE01#1$s}H5UOz%YbV&E*@JSb&
za0U~_mgM2w&jfij%hRRgSoh(RuChzFgA`xl<0aWlGU~HQ*+pNXxSlC;qF|EI%`4&Y
zLD@RU13EN6eAd)5Elt+3vS5~+paEmoEmA8b8q}2#of+w2&|j8Of3KBn?&Pc|KOKJJ
zmA6G>_$w?z0M%Dr$5!R_Esfo9fCycsxaQ}$C))x(;T+fuDP(2KPj<oS*cEKfR?ki(
z9!LDC7z=Va5^O#NI>Ci1E!o2%sIw3z?T#L6pY2(^amm3OGA_a!Ul1bNyN8f6IbvN<
z+^q;PO!ut4R<Zev_(3s504b~~_liS9q-apPcUlo{YIab*tWN?-5-xgAZb?^B-@bzE
zuw(owY*5>2a*XCKE_Q)mh5Pr1C=(tha!QiRCOnWV*b%v~^{Z&Fg@kzS;^BXP#Q#pa
zk@a_%6sen|g}OznMqc}~q7wS*N#O-guFOkv5)5TMyI>D;SbRyrFqAS>+4}Z(w_R;q
zANlrmudJ#6UVAj}hNwlrVU#=L$3l@}n*~EZuik>HI)J!5J{+#^`?17Wvl*bH?YL>u
zllp5X=Qi$)K9doSD!U`nBCX$Hlxu!UQ-JN*1Si{a2NRp!RW>uCO2~}WC$G?u%bRz)
z!_E%Ummkr?*SFsIB7l4$gaE)h0fuPli5ru9=lc*R^A3TCog7gZ=cIqDF>pV;bj?p}
z$~k?VDC?wAd$X$kez<x`{5N8E#s-6xOJcej1^`*oZM2d#1X<(Ot~e37G<7q&Ki*Uz
z5XZC0UlvK8l7liUnB3+Fra@5Y)VD}FN0|k3KgV^O-D&_mdj`?j9wgB!zn`X*_&G6I
z7R{OheCy6MuQ2(wbqjeTAO5pJW}<9iO&^LPGqzj^a?oudVSHFBA^<%h(2;~_?nnqG
zXvzfbLx0hZIE9UzpbHdAN3Q48wnPBddHu@Of4V8vO+uC`B}-HE1ks$hl0#Ybm>kAx
z(w_Uih6cIxiB4I9CD5gy`r<GZGID8^mh6KSh69<W-b>5hv$3Q3=Cm!gG{}scs%Ofg
z%^6_=ub+WR*7?P;^g@x}Zb}HiSCWAUfSFN>uT~oFk|TbzMPXCiI}t9@c148iJm=Rg
zI>flW<$PZj12X&B)0DEas_c##7qH<kR5DD`b0Mcb1@F&fK`Bg6kYn)sC_W}{dYzSQ
zkrdxnd7PDt<JK9NNAL+3V)LN{^PZ=;=;VY2-)M||%gS~8s~R&~8P;sTt>FqGoYM3R
z$I|oyk^ZXAG$(3A?($<@;TlD+WY-D>Ltj0N(9c11{}i?VU1mod$)<(zv6Yn_O~%A~
z_RJU4Ro&s3X&y|opxJ|=Buffvjq#C6Ql>@gW&GOP{{ah<8J6pi@J4t%fkhhX>wDdQ
z@M%o>XeR=e&^C8n{~Dpgmt6cE|CrPGO)TNA!?sl5LIDe+a-8DO=Ob@>9*g(m2Wd0<
zA7N$wsd36NYts&a?xd(8&`&m0r;a?81#&_TM7DHwPvG~lX`qxwf-qEEHkI*}u`Q{e
z75^}kd+Pn?U2_|#?|svYz>6jK=dbG;+4M!wk394v-9<~-jZg2VG-tA;>r29tMOMf7
zG|(5M$v(Btw8~;OU$#@*7dq|M`bauC<b}6+y^j(+^7++}t?TQQ8wDjO+yNmT8<UTs
zWi|RS)|i=eD!`V5)l|Qe{%}ec5CWqNsD7qukli++Xd0PY@_O~`z|I(?^~h2BIkWZh
zMf62ig|Oyrwq8Lvu1X|VN!V(D#t4?;4w&DC_$qtIn7S7=Q8>3Tn^)~uL#Aka(`h>m
z?9tB=4pNK38=?ILU32N3*r2x+Mpd;uM-WYQ;*&$JX`(o>wJVfs_unO42b{bnJ22~`
zipn1froi@Oy-v&2m}!5?)kI6tLZC3T6@|Dt`j4cdATDUWWkQUc?ISGzj8E%W?zBf-
z9@QspPgZ~&sX2npE1!|~#rCD)wQ)@O_zx`k8qXu84*k0lw7x-19n;?!&soJ3OWT0y
z9q_f101*I@21<|XR{$WW*F5K<%37CUG?{Uz6gHWzGKYeAvgc3LN4;5(3(NiMDrhBP
z_!fa;Kg3h_6Wj7QKm4|Tu9o5RFJ9+&)|91)=QsxAO-272<&NhO`sQ=c8xzH8gde;P
zA_-3=wG^nHp0g3;qpvGc+gNBs7`w8yNaxGUZ?uebG*BrYRYz5mu0=P-5oQ6yAeYHF
z;>bH2heNotTGMq-1*Yzk_T~EOmD*@$p!M`+z=2v8C!+a-oY$L58eRjJmxcuPAIw7W
zL;viH|K;`EJK{)!nImJo$65DWHJwlFBQ+2K0;d!xcic1ixPT|Hqw4iTTc?~zcfBdb
zWS!@@8dfHxu-Pszo4_CC*6UabTA%qE0n{%dso%qM3j+dC4d#jHHzsxEww#z4>6+dZ
z`r6UG!4_tT`zI<d*6Z^lvr4mJwVilHky=e>)rVUODWP)53B(Q)#CWP>EEPGN?x~5k
znzp4M<ONXRzlaVKl!o<1F)*Q!9<PA~?YdE#5y?Vdp988*_zK4&y-}&Fs`f%{`FaZe
zD>vWwR79!YvFPR(|L^}Kv0evyx%CUc*n_IE*f*q=Zz_PY6m6LhUMf!15`Kr~NWqV;
zQk(*Eq=cg)@lBflP>5PGf@8h-)q9Vf2AnLlT2uEWnr5Q7Q1Say)<`%qY*$F-bJGv~
z_}DdRn;};@82Uz&>YkJdylU9ktH%e2c(+_RVDp7$vmRd#>mGgfWxa{34pa{v)PLCO
zNHoaJ!X~FdQyEkxourb~QMX0k)RJao=>_4?+)?p)O95<E9?62_jtvI?FkdHZw%a@G
z|H1zEXao8EvB+om=Ebwjh?sso1u4bis8VZ8np9{ddPzZIv`Tt3>XpF~hRhJliLrbx
z!SFx5@w%q;n|FUa{-GGt&KRdYUil~s|Gv>Sun28C*XKG#BWfj1MR;m#J9@^IK9kn;
zk*NBXn@w>c>N+!gj+LnSEfzVq0*|6bT?MDV4$!L#xrzv?FZGYAic<u#l8iI|0%pn6
z<<Mh_Yi-j>UKEazS|T}RpB3n&)%(Nwmw*E*1!VtQOL$YWb-gw8h%H{6x?gPBjVHhG
zT?#x=DS>L|e-Oo$4UY<z2u)z^Q$DLzeX~&Aa)BvUEJV62)Fnyr*YB8fl@XLx8EwN+
zszEVyL&*1zqR&Vc*>4LvXP+Tc8UI;fde%R<J54aUWW?}KzdxacKwxuXn5-gpiiab;
z{ftEbH)dB6n~~!kDpX$|HUd?NncdV{!qaH!`qId16^L^L`XTHjmZI4-%kU8cP6Mgt
zI9pI#Cb5)<%waV@4Dw|}<d4G=y1qYXnm0!BjV##_yL=11UcO^^(Z-BG3v|@!s9XnH
z=isXN{a=!TCC<OP(^JCiHcvKau|jXNOaT7CW~*(+gf=VxB<PI~vQ>YWrLtz8LF?%!
zAKp6bfz?Gx|DmtP<ut#x+)-?{RJB;{TO#vH@qlb$^TatJDMU{yS_d1g%r>B)C3u#f
z)_mgJHHQEyVG}=38^6&uuA_pzl1kWOUmT>m^SfG5L*~F_hjg;WY{>-K3`a<@GY%3g
zB~<k}c#6Et#-ln5CsOd+5vU~++udD{9Qs4EtYS9)R4cB|=Qml$eX7t4(q1+4i;#Ox
z5SRDs36B^G4R%SdK_*AaqjCdJng2xLpxy^X+hl7ig#q(X?rJ30`uc;22KKM>M56k`
zt`8`#CK$+K?B3RM2rIElwW!!lvV^;YYnSavKTp*|)_EZfk-!j-pU$E;`Ea~PAESw|
zbey=z{{@{t@f{m=Cx1lI`M@?iVCxzrDK16<r?~L$sY&x#iu2b>rcCTAQLrHRP+~s!
zL%)Q5{JgSl(u=);td!gv=MWH4@+NYm)1u^_Whu}X;wSt0Hh5Ij#?MYRP#mgH@z3&<
znU9+e5eLCE+S}lbL5*w&TBpU>pH0!&(Kt+*>Xb~9fE?ru_#F70tNf#>%3l#Pu6|?d
zcR^fgSFE@SRUhy+!k$PR2|;%E6L5gD-g&Dr#1N^E@UHeRUoPHW!wYry1-lEWCQzRW
zE2;=&LS`{MI%6TXNwYXV>nY3aQoDeF`i;A`Z8$JrZ=$B<T;!?EFG1LbC28mphx_Zn
zhg1>83jENGaZbDCf9WyTRBXUnU@#J3RIj!J-=@`dTwwlXk~Vyb`JdDJO+LMDa6M-+
zNZwUk0Hr2A7*k_LSv1IUDbirpNFp+k(+Tcj&b&qT!(lv>(ZWRTp!3kd6M&)8Ur`j2
z8|SOhXb`J};9g*ObEOJuI9Jy)11%z&bzL+8Ldb$J4>{Elc=Mk$FI|r+Ru@g+%C_36
zVF=}U4ZAMoSj|pX3&9DcmsiYKlU5{~xmM8<F?VE;sNC@O7rY^b3^*bY739tXRL}%k
z_kGE2_<j=??g(<e{!C-#1ug>2z18Q;xA$>#E2F9--}c*GAluKCIECzgjvo~#K>Q5Y
zU^%W9hq)ar(bNR)?vyF~lN!1ai@i)liUd17TkW~r3*mvVoSG}V8E{4(MYAxqetS=0
z!}pIjumInmWNaK1r+4Gi47siGeA1<8F-tVnwM>8^!1BUYI7?vEe#k!PGNQ5m;CRs#
zuB;6<E^-F0*O^T4bxLCvnzk+jV1zyF7z;_~^Wg9sMvAs!METxB@@Ds$sTHh}f5W+P
zfkpgy?$-g84gwJFOaws5IrNC45(P{ci?YPD3YgUL$FRi`_|~!m90DuU8f*xh{h>&}
z5spuh$#_rYh-6NRUu*>r3MSE>S8zl{1!jS;G*faQTw2Hm03)A2KXflJg;nFpq@k|d
z`;_8N_6O+tNYo(}6>S-4{o26kM4<v?s!kcQf{0b{F22(N;oHESu^w2-56(MII9{u<
z-bSV*Kzd}14&;R)IYyykpO{QQ*Agm;Nhc)uL-ek!>Uo&FEaKnKGqauwSu57f_S1O5
zhkvKXmc%R+mLn<<Lq2QRUm=5Dwvv~H{=4s(RkX2{{>3dOW6q{no<=Q&sm2W9jC{uE
z`t-~2!xTBg04B`7GWtFqt*{)hNjnY(+~v@cDlyA)GHjQ1hifkzbo8IjrYu-R`7vi^
zLo2d2k%9M=THG2Yt3tL1SqI{RX#(4V1OMIRs@STo=#QzxXOWXQDy1ppQ|)`}J$wnP
zxpA4`M*Jq*`aAqp*Q6up`9Vuf?B=+tF6iN?Od;R>7nlfn;I8-eSuki??Cx~6#bGjw
zkI2O5*N@&8Pv1QA9lQz6v^&}Kq)72Ug>Rfzn~y@#+5bX=pP*lZ960#o_3Z)eyUEJi
z(3=6umwJqsLj?&xsK{o6-F)fI$q!TaNxo_E$J6a=-ApjFtU1dB4Q=s714_d`NR$*d
z$@A)`ulh07^KEP1z}vO!1m~|M)z_Qd{#(!I-k(;R?FJ$+dv6STZ?5xSMdRN*4!`B$
zb?$lE<4{vmquusB$Q2L~iHX!T@!gAbKkqnrD=Yf^XMS4Z_33(ABKTk`_xk!;)?+L1
zZgOG*137FmTYz?(#q@scujs%qLq-Yfg%ayd{?lka)pi6X8MZ4lo}%iO-xMvjaY2?>
zLZa9GV5-I82hBE7@82Q8zh|F<9~ZRL<Oa{y+Mv*$J+@E!RxiY;YlQu+^o|bwt>Ahm
zc1ID?RthXbQ=s9S@S4Z|rGtSboBpNzaJGbS_g+f=V38bmHJ_pMft6Rw4pp=Nh8-i?
zI!(F3tgL@vljr;K@%AjT-FiHY&tZvbdu{8*i}WQ<%xl;Ym|fcOGZY>B@}DAb0`I!E
z<OZ>&=Xr}JI&N1Ta4tWiyk*S0-Ov6MG;X+g1?C9&^|LSR7WGS<8nd#|W{TeM^_0jP
z9Lj*-eS({<XM&q|#KhJWZ0RO`Of=$`gLs$w@6wGzBilB-$Z!Hr47a2QD=L^Cmn~j=
zPz|%|TTl&&`j<NDZ)}&d$oknN&=153rk*vHpCknj^7~m{bOj$T(oaehj1G?drlzMk
zu9i20JgQi&bF)i*w;ngYL{dKeM2WJ!JKx|IKPB@&ja|VGIuO~C8iXP2=5jxYR$)7#
zQDdK6)aQ4qmg-8o>rVFOpVA*aw=Kc2x2n19j^I3g|MwHUuaCV6k?E#E_l!F!P|Y-5
z`q-XWn294JBTb)=b#X2m$Jq`0?rw1{Q%eZrDMa|i#JXK~hJD<p^TfymoSzm=pBH`H
zw|WAHEMx9Dkowd39rb~R`~7J}=HoHu<LKt&pX;qnm#+c@?`+JkcYfu(5>2g8m|Vu~
z1#W08`7ZmhUoDFV|2MLz!&sgv$-#p>|M<wf;1^$6qc-Oa*WL!`NQPncM)2!1;5SR}
z70cy**c)*m0H)_7MtAYMj%f<<0Ac`aV0Ccc5#ETp{QUk|E$Axc>bpSqk;=5_^#tsy
zY1_2VcUk_s+mO2V6}5=N5@>$5+M*Co?t7iRg#i%QTrP?}(nvG#`Q3*?L`b;1iO$|`
z1{;*yg@VL`2Eb=+ZIj>eMfvkS6vzo6#%LuUzn~sXvdatFXzV>_JP~yiBl303m+1VE
z);OgyKN$IQCqW`;n8arA`)#dpSNvm~nEY@K>vi`<;2S{DQF_qmX26+)smNH)yqd%_
z<|m(lGKuFSnJ-w+mz1wufOS_W#Z~#hmp89h9IsaoHzx=C`!B!Wy#8+A!5h^~6WAmV
zB)PlT>UH>0OREs?2y<yaKT?4Bb>?*S??-=Bt}#vYH=@4*7+fg=n?5^~&$E<Ho8N?j
ziW5YFPkH@qvb#^Rx=*sZ%Z7O~_ZhOY^UrPbdVJoQoQE%wT-}gop^x<f07$$_vQpZ&
z%X$A}8<eoV6O%h(z%tBv^=)!JuO|f%zGDik*Z&o`&Cpl5U*T23$dM0vn9nx}y5EcR
zd40ZvqFw~QKH^+18GdR>Ahn(<l=)K0e#-b;fij;n&B0eefB3HFt~=6a!}AB9%Jt-@
zpeC}tEJt~L`Ck!a&WD@+e}Dh-?mjV&^nsD-`AXA4`}O1K;mNx3w0XkWy+YfV=2B*)
z*TrVwtQ=8|VH<nU;y+p(DvAiSOo;iw7Y^g&1u*E3IF!654CT!*YM0lU^x#Fnfyk}K
zq7dcF?=N+|FAx6b9Sm5*KBq%OrU4h-cbgvbD&AXx-sD?d-W)V}o=f@z!@9qW6OvL)
zHrJfH&ScYJ(2t93_r5UMR=ckUuE=u3bp0t{hYaVk=kYuxi6KAW3g$2|rX*K%F%uVT
zw6*S@Vqe5s5B_5#n_oMWuYxq^%MF&VFVFeUr#4kv%Pi0G@>Ub0++0jgoBkK?ARK{5
z%GBX7J|ybJsdV4|v|Clz)9JJZ14sA$<R|$-L+6e?TFQGMjfv|J0nAZh*M;x2KlbIr
zNgXA>cwSq#LC&8mnBC(TI%BzF9^ysLsUWZyIrPd8ZaqzIkwdfJzA0jDsfUFU?EV;z
z9^y}%fp;4=`GL1EKY@zhHfZeMW&Y=xSpJUF{{!iyjV|x$sejk`W_NaE(4BX1+e2Kp
z@TY@z81I;PE`Ep<gz<tUH2yHD{iL=l@^ICmPV9Pur}ye>9Y*%`#zm08QoG|n5XNsk
zEVc2gT*KlTXFTjrSGe4dwqrOp+dgg8Utab+f88%mzoSdL>^!NBaZYqvYn_~$a$c_g
zRruvC>Gh+joV@<=NQ#<xRAgPyP1Vlim$!b5>_?rRCsQ`HoyV2t*ZxzkKYWvJ$p0^L
zqYh!LE#iGHJE#_TtmSI8EO5KLX+D*K`O6&^ny0*b++pz$=1JY#(JX@px5v7@q#gG5
z%Q;==ohLBC^78UFJKPUc1U7gD1c;y)->#>WIl4Xk{QTBhohbi)N5LW&tpEELu_<*=
zY}Q)T?+@%9E}Iv*FktcU@W3!fx=)a!{ZHsz?@c>C=vmuVJjLeY<{eh{mV12HR7~|j
zJ@ode$k3YU1SEUm0~Nu(YzuyDJ9Ec+91da%k@a|rC55_@Lo?M)aJ%IxU>|La{!J61
zut|4@$aoHUn7e(^fa5~}cSKmLxNl{Jn2ZxPpem*8;0ws4T&4CxJ-Wp;hlJaAe>pNt
zhGF_`jVhKyyf%Fu33taWo%!<a>R&S<dR=JQ(t_?zIKA4m&Qh;%hcF(X)FHTUg_=Wv
zN9&&I0}7m3>+Mk%$(2S9#lL5-sO!|QZblsnxO<R~Uw^1Nx*3v~&SPY*Yxj#e5JiCU
z>Ogrlm{?@_xm9X;LOLY*B*Gosf}YLdzMcHOoK{x_x0EHq#1Wzh+OJiMudi?c1urW;
zQ9H1u1UdAG&lxt~cFi%_fh~FdKl-XDyCaVB&lDtN{}u%QuYlLDa2x)sEYx39O98M;
NNlsO^R@yA|e*ySlu;%~(

literal 0
HcmV?d00001

diff --git a/python/demo/documented/navier-stokes/demo_navier-stokes.py b/python/demo/documented/navier-stokes/demo_navier-stokes.py
new file mode 100644
index 0000000..7fbebba
--- /dev/null
+++ b/python/demo/documented/navier-stokes/demo_navier-stokes.py
@@ -0,0 +1,142 @@
+"""This demo program solves the incompressible Navier-Stokes equations
+on an L-shaped domain using Chorin's splitting method."""
+
+# Copyright (C) 2010-2011 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Mikael Mortensen 2011
+#
+# First added:  2010-08-30
+# Last changed: 2011-06-30
+
+# Begin demo
+
+
+import matplotlib.pyplot as plt
+from dolfin import *
+
+# Print log messages only from the root process in parallel
+parameters["std_out_all_processes"] = False;
+
+# Load mesh from file
+mesh = Mesh("../lshape.xml.gz")
+
+# Define function spaces (P2-P1)
+V = VectorFunctionSpace(mesh, "Lagrange", 2)
+Q = FunctionSpace(mesh, "Lagrange", 1)
+
+# Define trial and test functions
+u = TrialFunction(V)
+p = TrialFunction(Q)
+v = TestFunction(V)
+q = TestFunction(Q)
+
+# Set parameter values
+dt = 0.01
+T = 3
+nu = 0.01
+
+# Define time-dependent pressure boundary condition
+p_in = Expression("sin(3.0*t)", t=0.0, degree=2)
+
+# Define boundary conditions
+noslip  = DirichletBC(V, (0, 0),
+                      "on_boundary && \
+                       (x[0] < DOLFIN_EPS | x[1] < DOLFIN_EPS | \
+                       (x[0] > 0.5 - DOLFIN_EPS && x[1] > 0.5 - DOLFIN_EPS))")
+inflow  = DirichletBC(Q, p_in, "x[1] > 1.0 - DOLFIN_EPS")
+outflow = DirichletBC(Q, 0, "x[0] > 1.0 - DOLFIN_EPS")
+bcu = [noslip]
+bcp = [inflow, outflow]
+
+# Create functions
+u0 = Function(V)
+u1 = Function(V)
+p1 = Function(Q)
+
+# Define coefficients
+k = Constant(dt)
+f = Constant((0, 0))
+
+# Tentative velocity step
+F1 = (1/k)*inner(u - u0, v)*dx + inner(grad(u0)*u0, v)*dx + \
+     nu*inner(grad(u), grad(v))*dx - inner(f, v)*dx
+a1 = lhs(F1)
+L1 = rhs(F1)
+
+# Pressure update
+a2 = inner(grad(p), grad(q))*dx
+L2 = -(1/k)*div(u1)*q*dx
+
+# Velocity update
+a3 = inner(u, v)*dx
+L3 = inner(u1, v)*dx - k*inner(grad(p1), v)*dx
+
+# Assemble matrices
+A1 = assemble(a1)
+A2 = assemble(a2)
+A3 = assemble(a3)
+
+# Use amg preconditioner if available
+prec = "amg" if has_krylov_solver_preconditioner("amg") else "default"
+
+# Use nonzero guesses - essential for CG with non-symmetric BC
+parameters['krylov_solver']['nonzero_initial_guess'] = True
+
+# Create files for storing solution
+ufile = File("results/velocity.pvd")
+pfile = File("results/pressure.pvd")
+
+# Time-stepping
+t = dt
+while t < T + DOLFIN_EPS:
+
+    # Update pressure boundary condition
+    p_in.t = t
+
+    # Compute tentative velocity step
+    b1 = assemble(L1)
+    [bc.apply(A1, b1) for bc in bcu]
+    solve(A1, u1.vector(), b1, "bicgstab", "default")
+
+    # Pressure correction
+    b2 = assemble(L2)
+    [bc.apply(A2, b2) for bc in bcp]
+    [bc.apply(p1.vector()) for bc in bcp]
+    solve(A2, p1.vector(), b2, "bicgstab", prec)
+
+    # Velocity correction
+    b3 = assemble(L3)
+    [bc.apply(A3, b3) for bc in bcu]
+    solve(A3, u1.vector(), b3, "bicgstab", "default")
+
+    # Save to file
+    ufile << u1
+    pfile << p1
+
+    # Move to next time step
+    u0.assign(u1)
+    t += dt
+
+# Plot solution
+plt.figure()
+plot(p1, title="Pressure")
+
+plt.figure()
+plot(u1, title="Velocity")
+
+plt.show()
diff --git a/python/demo/documented/navier-stokes/documentation.rst b/python/demo/documented/navier-stokes/documentation.rst
new file mode 100644
index 0000000..106fce0
--- /dev/null
+++ b/python/demo/documented/navier-stokes/documentation.rst
@@ -0,0 +1,241 @@
+.. Documentation for the incompressible Navier-Stokes demo from DOLFIN.
+
+.. _demo_pde_navier_stokes_python_documentation:
+
+Incompressible Navier-Stokes equations
+======================================
+
+This demo is implemented in a single Python file,
+:download:`demo_navier-stokes.py`, which contains both the variational
+forms and the solver.
+
+.. include:: ../common.txt
+
+Implementation
+--------------
+
+This demo is implemented in the :download:`demo_navier-stokes.py` file.
+
+First, the :py:mod:`dolfin` module is imported:
+
+.. code-block:: python
+
+    from dolfin import *
+
+For the parallel case, we turn off log messages from processes other than
+the the root process to avoid excessive output:
+
+.. code-block:: python
+
+    # Print log messages only from the root process in parallel
+    parameters["std_out_all_processes"] = False;
+
+We then load the mesh for the L-shaped domain from file:
+
+.. code-block:: python
+
+    # Load mesh from file
+    mesh = Mesh("../lshape.xml.gz")
+
+We next define a pair of function spaces :math:`V` and :math:`Q` for
+the velocity and pressure, and trial and test functions on these
+spaces:
+
+.. code-block:: python
+
+    # Define function spaces (P2-P1)
+    V = VectorFunctionSpace(mesh, "Lagrange", 2)
+    Q = FunctionSpace(mesh, "Lagrange", 1)
+
+    # Define trial and test functions
+    u = TrialFunction(V)
+    p = TrialFunction(Q)
+    v = TestFunction(V)
+    q = TestFunction(Q)
+
+The time step, the length of the time interval, and the kinematic
+viscosity are defined by:
+
+.. code-block:: python
+
+    # Set parameter values
+    dt = 0.01
+    T = 3
+    nu = 0.01
+
+The time-dependent pressure boundary condition can be defined using
+the :py:class:`Expression <dolfin.functions.expression.Expression>`
+class:
+
+.. code-block:: python
+
+    # Define time-dependent pressure boundary condition
+    p_in = Expression("sin(3.0*t)", t=0.0, degree=2)
+
+Note that the variable ``t`` is not automatically updated during
+time-stepping, so we must remember to manually update the value of the
+current time in each time step.
+
+We may now define the boundary conditions for the velocity and
+pressure. We define one no-slip boundary condition for the velocity
+and a pair of boundary conditions for the pressure at the inflow and
+outflow boundaries:
+
+.. code-block:: python
+
+    # Define boundary conditions
+    noslip  = DirichletBC(V, (0, 0),
+                          "on_boundary && \
+                           (x[0] < DOLFIN_EPS | x[1] < DOLFIN_EPS | \
+                           (x[0] > 0.5 - DOLFIN_EPS && x[1] > 0.5 - DOLFIN_EPS))")
+    inflow  = DirichletBC(Q, p_in, "x[1] > 1.0 - DOLFIN_EPS")
+    outflow = DirichletBC(Q, 0, "x[0] > 1.0 - DOLFIN_EPS")
+    bcu = [noslip]
+    bcp = [inflow, outflow]
+
+
+We collect the boundary conditions in the two lists ``bcu`` and
+``bcp`` so that we may easily iterate over them below when we apply
+the boundary conditions. This makes it easy to add new boundary
+conditions or use this demo program to solve the Navier-Stokes
+equations on other geometries.
+
+We next define the functions and the coefficients that will be used
+below:
+
+.. code-block:: python
+
+    # Create functions
+    u0 = Function(V)
+    u1 = Function(V)
+    p1 = Function(Q)
+
+    # Define coefficients
+    k = Constant(dt)
+    f = Constant((0, 0))
+
+Note that one may use the time step ``dt`` directly in the
+form. However, by using the :py:class:`Constant
+<dolfin.functions.constant.Constant>` class, we may freely change the
+size of the time step without triggering regeneration of code.
+
+The next step is now to define the variational problems for the three
+steps of Chorin's method. We do this by defining a pair of bilinear
+and linear forms for each step:
+
+.. code-block:: python
+
+    # Tentative velocity step
+    F1 = (1/k)*inner(u - u0, v)*dx + inner(grad(u0)*u0, v)*dx + \
+         nu*inner(grad(u), grad(v))*dx - inner(f, v)*dx
+    a1 = lhs(F1)
+    L1 = rhs(F1)
+
+    # Pressure update
+    a2 = inner(grad(p), grad(q))*dx
+    L2 = -(1/k)*div(u1)*q*dx
+
+    # Velocity update
+    a3 = inner(u, v)*dx
+    L3 = inner(u1, v)*dx - k*inner(grad(p1), v)*dx
+
+Since the bilinear forms do not depend on any coefficients that change
+during time-stepping, the corresponding matrices remain constant. We
+may therefore assemble these before the time-stepping begins:
+
+.. code-block:: python
+
+    # Assemble matrices
+    A1 = assemble(a1)
+    A2 = assemble(a2)
+    A3 = assemble(a3)
+
+    # Use amg preconditioner if available
+    prec = "amg" if has_krylov_solver_preconditioner("amg") else "default"
+
+During time-stepping, we will store the solution in VTK format
+(readable by MayaVi and Paraview). We therefore create a pair of files
+that can be used to store the solution. Specifying the ``.pvd`` suffix
+signals that the solution should be stored in VTK format:
+
+.. code-block:: python
+
+    # Create files for storing solution
+    ufile = File("results/velocity.pvd")
+    pfile = File("results/pressure.pvd")
+
+The time-stepping loop is now implemented as follows:
+
+.. code-block:: python
+
+    # Time-stepping
+    t = dt
+    while t < T + DOLFIN_EPS:
+
+        # Update pressure boundary condition
+        p_in.t = t
+
+We remember to update the current time for the time-dependent pressure
+boundary value.
+
+For each of the three steps of Chorin's method, we assemble the
+right-hand side, apply boundary conditions and solve a linear
+system. Note the different use of preconditioners. Incomplete LU
+factorization is used for the computation of the tentative velocity
+and the velocity update, while algebraic multigrid is used for the
+pressure equation if available:
+
+.. code-block:: python
+
+    # Compute tentative velocity step
+    begin("Computing tentative velocity")
+    b1 = assemble(L1)
+    [bc.apply(A1, b1) for bc in bcu]
+    solve(A1, u1.vector(), b1, "bicgstab", "default")
+    end()
+
+    # Pressure correction
+    begin("Computing pressure correction")
+    b2 = assemble(L2)
+    [bc.apply(A2, b2) for bc in bcp]
+    [bc.apply(p1.vector()) for bc in bcp]
+    solve(A2, p1.vector(), b2, "bicgstab", prec)
+    end()
+
+    # Velocity correction
+    begin("Computing velocity correction")
+    b3 = assemble(L3)
+    [bc.apply(A3, b3) for bc in bcu]
+    solve(A3, u1.vector(), b3, "bicgstab", "default")
+    end()
+
+Note the use of ``begin`` and ``end``; these improve the readability
+of the output from the program by adding indentation to diagnostic
+messages.
+
+At the end of the time-stepping loop, we plot the solution, store the
+solution to file, and update values for the next time step:
+
+.. code-block:: python
+
+   # Plot solution
+   plot(p1, title="Pressure", rescale=True)
+   plot(u1, title="Velocity", rescale=True)
+
+   # Save to file
+   ufile << u1
+   pfile << p1
+
+   # Move to next time step
+   u0.assign(u1)
+   t += dt
+
+Finally, we call the ``interactive`` function to signal that the plot
+window should be kept open and allow us to interact with (zoom,
+rotate) the solution.
+
+Complete code
+-------------
+
+.. literalinclude:: demo_navier-stokes.py
+   :start-after: # Begin demo
diff --git a/python/demo/documented/neumann-poisson/demo_neumann-poisson.py.rst b/python/demo/documented/neumann-poisson/demo_neumann-poisson.py.rst
new file mode 100644
index 0000000..18b7d45
--- /dev/null
+++ b/python/demo/documented/neumann-poisson/demo_neumann-poisson.py.rst
@@ -0,0 +1,188 @@
+
+.. _demo_pde_neumann-poisson_python_documentation:
+
+Poisson equation with pure Neumann boundary conditions
+======================================================
+
+This demo is implemented in a single Python file,
+:download:`demo_neumann-poisson.py`, which contains both the
+variational form and the solver.
+
+This demo illustrates how to:
+
+* Solve a linear partial differential equation with Neumann boundary
+  conditions
+* Use mixed finite element spaces
+
+The solution for  :math:`u` in this demo will look as follows:
+
+.. image:: neumann-poisson_u.png
+    :scale: 75 %
+
+
+Equation and problem definition
+-------------------------------
+
+The Poisson equation is the canonical elliptic partial differential
+equation. For a domain :math:`\Omega \subset \mathbb{R}^n` with
+boundary :math:`\partial \Omega`, the Poisson equation with particular
+boundary conditions reads:
+
+.. math::
+
+	- \nabla^{2} u &= f \quad {\rm in} \ \Omega, \\
+      \nabla u \cdot n &= g \quad {\rm on} \ \partial \Omega.
+
+Here, :math:`f` and :math:`g` are input data and :math:`n` denotes the
+outward directed boundary normal. Since only Neumann conditions are
+applied, :math:`u` is only determined up to a constant :math:`c` by
+the above equations. An additional constraint is thus required, for
+instance:
+
+.. math::
+
+	\int_{\Omega} u \, {\rm d} x = 0.
+
+This can be accomplished by introducing the constant :math:`c` as an
+additional unknown (to be sought in :math:`\mathbb{R}`) and the above
+constraint expressed via a Lagrange multiplier.
+
+We further note that a necessary condition for the existence of a
+solution to the Neumann problem is that the right-hand side :math:`f`
+satisfies
+
+.. math::
+
+	\int_{\Omega} f \, {\rm d} x = - \int_{\partial\Omega} g \, {\rm d} s.
+
+This can be seen by multiplying by :math:`1` and integrating by
+parts:
+
+.. math::
+
+	\int_{\Omega} f \, {\rm d} x = - \int_{\Omega} 1 \cdot \nabla^{2} u \, {\rm d} x
+                                     = - \int_{\partial\Omega} 1 \cdot \partial_n u \, {\rm d} s
+                                       + \int_{\Omega} \nabla 1 \cdot \nabla u \, {\rm d} x
+                                     = - \int_{\partial\Omega} g \, {\rm d} s.
+
+This condition is not satisfied by the specific right-hand side chosen
+for this test problem, which means that the partial differential
+equation is not well-posed. However, the variational problem expressed
+below is well-posed as the Lagrange multiplier introduced to satisfy
+the condition :math:`\int_{\Omega} u \, {\rm d} x = 0` *effectively
+redefines the right-hand side such that it safisfies the necessary
+condition* :math:`\int_{\Omega} f \, {\rm d} x = -
+\int_{\partial\Omega} g \, {\rm d} s`.
+
+Our variational form reads: Find :math:`(u, c) \in V \times R` such
+that
+
+.. math::
+
+
+	a((u, c), (v, d)) = L((v, d)) \quad \forall \ (v, d) \in V \times R,
+
+
+
+.. math::
+
+	a((u, c), (v, d)) &= \int_{\Omega} \nabla u \cdot \nabla v \, {\rm d} x
+						+ \int_{\Omega} cv \, {\rm d} x
+						+ \int_{\Omega} ud \, {\rm d} x, \\
+	L(v)    &= \int_{\Omega} f v \, {\rm d} x
+    	     	+ \int_{\partial\Omega} g v \, {\rm d} s.
+
+:math:`V` is a suitable function space containing :math:`u` and `v`,
+:math:and :math:`R` is the space of real numbers.
+
+The expression :math:`a(\cdot, \cdot)` is the bilinear form and
+:math:`L(\cdot)` is the linear form.
+
+Note that the above variational problem may alternatively be expressed
+in terms of the modified (and consistent) right-hand side
+:math:`\tilde{f} = f - c`.
+
+In this demo we shall consider the following definitions of the domain
+and input functions:
+
+* :math:`\Omega = [0, 1] \times [0, 1]` (a unit square)
+* :math:`g = - \sin(5x)` (normal derivative)
+* :math:`f = 10\exp(-((x - 0.5)^2 + (y - 0.5)^2) / 0.02)` (source term)
+
+
+Implementation
+--------------
+
+This description goes through the implementation in
+:download:`demo_neumann-poisson.py` of a solver for the above
+described Poisson equation step-by-step.
+
+First, the :py:mod:`dolfin` module is imported: ::
+
+    from dolfin import *
+
+We proceed by defining a mesh of the domain.  We use a built-in mesh
+provided by the class :py:class:`UnitSquareMesh
+<dolfin.cpp.UnitSquareMesh>`.  In order to create a mesh consisting of
+:math:`64 \times 64` squares, we do as follows: ::
+
+    # Create mesh
+    mesh = UnitSquareMesh.create(64, 64, CellType.Type.quadrilateral)
+
+Next, we need to define the function space. ::
+
+    # Build function space with Lagrange multiplier
+    P1 = FiniteElement("Lagrange", mesh.ufl_cell(), 1)
+    R = FiniteElement("Real", mesh.ufl_cell(), 0)
+    W = FunctionSpace(mesh, P1 * R)
+
+The second argument to :py:class:`FunctionSpace
+<dolfin.functions.functionspace.FunctionSpace>` specifies underlying
+finite element, here a mixed element is obtained by ``*`` operator.
+
+Now, we want to define the variational problem, but first we need to
+specify the trial functions (the unknowns) and the test functions.
+This can be done using
+:py:class:`TrialFunctions<dolfin.functions.function.TrialFunction>`
+and :py:class:`TestFunctions
+<dolfin.functions.function.TestFunction>`.  It only remains to define
+the source function :math:`f`, before we define the bilinear and
+linear forms.  It is given by a simple mathematical formula, and can
+easily be declared using the :py:class:`Expression
+<dolfin.functions.expression.Expression>` class.  Note that the string
+defining ``f`` uses C++ syntax since, for efficiency, DOLFIN will
+generate and compile C++ code for these expressions at run-time.  The
+following code shows how this is done and defines the variational
+problem: ::
+
+    # Define variational problem
+    (u, c) = TrialFunction(W)
+    (v, d) = TestFunctions(W)
+    f = Expression("10*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2)) / 0.02)", degree=2)
+    g = Expression("-sin(5*x[0])", degree=2)
+    a = (inner(grad(u), grad(v)) + c*v + u*d)*dx
+    L = f*v*dx + g*v*ds
+
+Since we have natural (Neumann) boundary conditions in this problem,
+we do not have to implement boundary conditions.  This is because
+Neumann boundary conditions are default in DOLFIN.
+
+To compute the solution we use the bilinear form, the linear forms,
+and the boundary condition, but we also need to create a
+:py:class:`Function <dolfin.functions.function.Function>` to store the
+solution(s).  The (full) solution will be stored in ``w``, which we
+initialize using the
+:py:class:`FunctionSpace<dolfin.functions.functionspace.FunctionSpace>`
+``W``.  The actual computation is performed by calling
+:py:func:`solve<dolfin.fem.solving.solve>`.  The separate components
+``u`` and ``c`` of the solution can be extracted by calling the split
+function.  Finally, we output the solution to a ``VTK`` file to examine the result. ::
+
+    # Compute solution
+    w = Function(W)
+    solve(a == L, w)
+    (u, c) = w.split()
+
+    # Save solution in VTK format
+    file = File("neumann_poisson.pvd")
+    file << u
diff --git a/python/demo/documented/neumann-poisson/neumann-poisson_u.png b/python/demo/documented/neumann-poisson/neumann-poisson_u.png
new file mode 100644
index 0000000000000000000000000000000000000000..292e16cfd7fe60e6dab562d166335b7669ac7454
GIT binary patch
literal 42812
zcmeFXRa9JE)FoQDJ3)gx!Civ{4esvlF2M;9+}+)S6I_A@cMWdA-JyVc`2OxO?qfgo
zQ@_<Xb!4x#=aN0=3RjeuL_s7#1c5*((o$l|AP}S`2m}!a4+&g((FmUefk;8pVj`-Z
zStp&|9R_OOs9!stNnw*$kkv|Kuuwc8lX_qy46%~KR+UEWN>u;E8~3C%$-~(NdSYIF
zSJSa(w7y)--3vNU)e&x0jdw{P_1ML<7b%m1mTd`ls%5q4zW(E_x8b5#O_O^5>?6A5
zefn!r+uPq`p&|Fao{N<oF+?<95l`Lq*bDUji}t4sHU<uG(Wp#GOp_KHF(h9C!w9&J
z{ewU}_`iFt|KAP&&kz4M@lb1IG7#~BCfju;$NQ{x**tSRi}!jrQNeFFUNYxjtN*Qr
zzqpu8Diaay+w!EJ`yjr>N&P4j^S5Cc^U0i-*ZXe&+oSnOjnZSnu=K@Sym!Q3Fw_|j
zM0DQ$wMmrY;ytPDb6>G*Za-@~247F+vYHI4Y3SWXXmo6+=6b)q+@Axl>wa$Ue)jOc
z_h<!M2t6;qKA-zvk8^jQ+BvK^biWXL9pt-A@a~&2doQDKuU^cgcHQv0w|)MO1bnQv
zXB+Kx6Ybwv`gK2+g6D7$+UJ(%v-VuaUWD$eRf-s%?M45WMG}ATW#HBH^fYegfw+c&
z@2^zwE{)K#RcW?7?_SdW`k_}Cc`p#5ON!I?FQfW*^$tEegiw2LSIlqqfKTLPWx)w9
z%q^Rcpf~X3o517LvHpEqVeDtGyo-+O3BbIy9Fx*xni0wOs3xQ*20k}msWF+(Zjt9R
zk;SX<`EeJx`$?6iTEFwj_uPAffBiBBSe)@DI{Sw2{aX8J(~9t8(~7<K{hEhRs{Epk
zZGANykQfj{EW(pNX+SP{9aq7PG%uSIf?@@(!fa&+3&bPOy5C;kEO{<|LrwDRM5T6~
zm^t745qiC(&P1;7yYIU1)aX1?n=GC!ccK;y8kr<|^Ny%Z`(JkUjDhrT3UE=99NG>`
z{9M`8e`;R7dy4<8WryVLlH?q)%VW)LG2J4E*J2{ern=QUlCg=j0H56)IqPc4BsMxG
zCdYF-e6nr!7T=735m@O~Z*K^a$C6Pfp+m=I_PNi#zW1rys?#4m;63kv`FxX)Ca3j|
zm(Y*SLnq4(3V`nqi4HmP!)o7iAp98kSB>xK82hBpu#En82)p?hU>5s?;Qi{b*V#KT
z$U;9}UG$;(-&PuA|Agd5O|ohP9^_JW)q~sIczf9}0B_^&Uvb(jfbj6~(|txpl0T97
z-b{DiuY3Qu50&awPnWU&;1P|k8Khib^#EEPx}MJn2?<?FHyaLaQUkcN)k(IJvXjXf
z0E<vQV5Yo(5G_gO;9pYfX|F!iXg|pFYM2JXvm=V5{_XX7!(+o&L)U5Gr&dFbOlddr
z+Rf{?2r}SVQKO)Kbsf83w+lK3Zu4qTdy9ZOQgrNFAOB@4d>g4WcsUwn?)J&^v9+}Y
z&?_JONuwG7-NwVz7c@Pmfe$P8?WZm$u7Z;PRS4U%gSN9FidfxR!yYI!fz6P2Nd5VI
zS63Lr7a@fbSeoN?RH0Vc(fho9--YIP5d@fAlloJ$ZhI0ytODO5<?_pPtRIKR+3Fu+
zZ(BB`&oA=aq;uMZ?;!+XvNw|aUb`|lZDM%;rDePSJ&XZ>a8M9Q?0r)AzV`q?6Zynk
z{}6ecG|tM`KSvsXjbFi!+^dd#-s{&ndhW}6XYJ>o_p@Bw|5}xPs%|l!mE(RHR`9!O
zTkJer_deHaw464@5%`y8l4D+~fc0Wgsut@;bC-w|2@iy^QQsg%tN<GypVw9h?q>kd
zfaB)DkJq@2+DV;WP-5_gr+<It0x{eDdRw#M_k8-E7mPxQ?r{AtaWS!<Ue5jfpHG|p
zE4s4S{LJ3pzh9aP@8A6&un>>27U0MkNd8x)P5v)PL)?DcZq1_oPubP9*pyqmg&*P2
zevde^|8e>MuP7(Qz5^8T82M$h6m1bA0$6gd%RmMHAN4g>RKwI}M$JVNI_w<Q|NdzB
zQ_((n)?(;7pKZcG(n5CPEaqfn1oh>8A3eD=fBBrmL`rC^bE1MW(eVUpPYR~(+;g6<
zi1w>?dOjddLjUU525yAabh}@w*xP9~5I{`l#Y1L+x`G4klrhWJMX2SoQ2D*yT178s
zUEa|VPbdSe!<LoN{QV#MZd2F2`#<456r_0;j%c8MLlCk#%g$A|&rass;)i3;mJk%^
zj^Va9Ta{u3z*2)iwfm@O-@9m&T;JIdf5JcTp3nl{5g<K&!%yX(Phok{9oAmuT<UbQ
zwpB~&(F*7#y@!QDc=CPB+Feay<=F>GQcX%y2;`_V=p@WCH&upWZUeTF;5D@B-|4-u
z0q?nn1tvxBbKBK=UGf_jDr|Jwcp^kp0G@Dx@QmJ#;g%F+KqeFZX`o;P5>hwzuLJjd
zMa^@^;}3<+`mBiPtR_WjfgrrjKLb%|h#WD{L54r2TOMboHO^S>lUF8nJTz1^H(2Y4
z8QS!e03?ezT|XQ!?i4~Jem=%$cnsXk;SKqb5GiVzA0b+18mz{15Zk4qtLaG(zA=z2
zX=oqcU}J5q1u%l=F5tTHFfJoO^0d{0uE~;h;!G_-E#_*e(!=YljKGQt?mGvUp8k`&
z5Bb0a{a=gb77pjn^V<1I5_p6sJ!*$|47~{|K;KGXI%ppGYd?rbm6YK74Nehcz|LDm
z0uqvnp)YCg70~^CiHPjF`WLDmg#|^#mv`Rt6JHJ5v8IQ4w~htbl{Cfo2HBik^MUqv
zC!Q>V@Z=Q<C=Ut(*Y{s^XjcvJnjlSnleK+}6ks2Ipf2ilUi_%U=@tFlYH=pgrA^xa
z-}CVilYA08hfvhWU3EPF;)$)<F|5~M!~JZF<^wJcfk2a|_U+O_cc;6v5dcUQv6g=s
zA&dGAire%2tig99j$#MTq%4qASjSIRBVkjB0T+f>6#p)iN@dTMV=4}B7A?koSHcHE
zLWJMpoJOtdyVhG-qX(ZSlcKQI{So!c+39g0agi3*iA*_)YKo{GW9ht$BDKH*Ea=*Q
z-TiFkHLs;MkM<o#%sglQhT!%^M(xW@PxxO5uF$n@u+t6bIhd45ePw!bnV=ixz-eM4
zc<yM;%;EMiL-4-cepg{jEeNFPHs6T3RddP?gP~q4n_oM<-32#T)8RCYMxrS@Hdn4l
z5x~a+A-Hfy3K<>eBOZ=ViY{EVRak(YOd4|9Up=y!Lz>S)AX!lm$M-A4`o^mC*eTPL
z65Y@9e7o|^?WTEMIdTHq+AJODWqLQ^&|+dYS`I?dn9e|$=Epr_dKQQZVn+Lvl49oY
zr|DV~U+Wd%oyEXm&_Wu<lHomhOzFZ1VqVqk#+0h)UC*Z>$R_~kG|?1+mfu$Op&1U>
z;IdQvUXVjRs=7~`TMx4>hPs|Mm``FzHSg&zEKE3sqU=M0L{cy!W%SUXqjO1?3^7m#
zE!#oATds7F@I8HjbfQ=26CBbz806sZFzwNGZ$!l<<8}ZKO8nteK=Hs8$QVR^MKXj*
z%(nv5V6p5?D|ZL(F|qLRO%KDBE13FvRlr`8!+D=}?`QGXUdhO}FKAJrlK5GnTdRjH
zq*o%sn^+s{k=jvAVZ=Nb{3FP^y55mE2wot6D^EUfmku5M>ke(WrGhIcEg4eKomzZ^
zR5J1Fx_FIuLIQ?wJ_1uVugzKAKuBK%$=Xf9;mMhrH`w?;xYZi%oQ2{Tc+KM93p9F)
zsgH8CE?`LYYKp;#ntYbF%Rk{*h^Ol{q+9r{)O0SdDc>0`Fdr6A+7qs*2iaz7N)%Po
z|8K>4!T;Oo>YKVQPtt!lnj{`2(FTuaPPFX*k%6awNSjXorQ+jB1VKLJ_2!yKBwDYZ
zA@Olj0Cviy$r{!Gag<;_o@Q+ySyXdpxIaQH_rT=7do1I*odz2hmFRymcz+0Y_GNVD
z=NXLlzfdlc6=Pw`I|f5xRY4_};fQ0$W#P;0v@9wF<PYMR1=w_02q7o?knx{I1|v^y
z!hhKN68;`roDi&b-HO|K)hS7aH|X>RqNR3gXCgF3*Kt-d<;@czFgySOv>JbnHTsv;
zX~@_4jDQ19pHRJz=v!GNW{wV9xSH#rJy*Ijo+{k7@sOHH3mN|1@Rw@}319P$>)`XT
zRrj;TwaMPLf$lZdDzS&Z+3$4}1;1ISW%rod|E3xaSB5Vy0joSwK`jr=>ih4tTYd=6
zk<hBiF+*Q9##QNnYYY|VErGJoM(%3`DzV3itjeLx5+)Zb=&)Zy&<wneu<=dKY0EM1
zy@U$rfpZCko)ox!i;jh%j{=GH{?PyR!kK^)7L2r+y2Xi~#uF9<x%SJ89~s=}MRU%_
zP9GPL;C%g(0tw&T#RuaRY`tTqdi0@%1x8nlz)TeB<>uS9LN2#|50bA2((%V*C=7K`
z-~8GxljR^8TwNcQFiE})Lq&&hbW+){y~MC71s063aCl_J$%IvT;SF}vRy#;jJ0+Dw
z!+>%q3YbyXglplnsktxih2_=#D6V3HIt4J|j&$E3KO^;MxgbC4=eq|lsZFQ3hd)F(
zFq;k%ep>6g=q&_H)AV;bhLY*_>HA}^)0zY_K3e?#n<%~oD*RhfA#pX>l}OQOq?!U}
z0UC4!kF~5T4Z_kIAr0%rDC2}UAmG3fY=ua)EpE&aAw8;x-u?HfOFJDD6XjiQh_nE&
zsijF(dam#ED2l$W+2&X{m?3wlq2U$ye)RuY%5(n|o9nUjCv3`XH>R_?FkIiqa}`6b
zj7*iTB-ao`Attt3`Ir<O>GjJefhloK=7bg_F#UOmnbM8hdOajkz=)-AM%EKYy^oZ2
z2Db08RxQnXleWc7MX4FRfvHD>ipu<Tq8W$nqGY?b7bzSl#73Qc<3ep$FSx`DZU?5(
zlLmRmNxz?dkru?H39quJwV`%?I}zp(O+zm%8xp|TqoIuO6Ae%NEqlO;I4GO>(*V-(
z@2C|X4)qt=6KE@CRN>$RM4=zA>`qn^N=J;ua1u2O(54&mGy&b$K*sB6ZK=KZp8wqp
zG2|A0L&s_F&Hp8x`|V()8VaMmDuI?KJZ#zpPQhVH3ZI->Q<1h#+)%q9Km8Mb{g6T>
zK7Jr_{p956n_CYT8b?U6ktVXW>9P(b{W0z-0$cY|f-Q~*pZMo4xCxHKM~v_hka?&3
znK%7_qe;Ksy)9q%+G)#a#&8JG+Vwttcd35u7t-~nc9ZZnJvM{tUyV)^qZlXHMWAY}
zR#85b`XW62374R-mYIqE-#AkZr*&YVap%~liIxvZ3?Ag_+dodJ30xe|I4Kv4?0#Pz
z)4@b$gtAd-h)JTe<#5`ZW$rVlsabs>#7$Yd-#$FCUrc}d{9j9<dEavRdY<EQYvAWF
zki16y)ahx&Pemx5XqiMZ>R})92y%KzpL4++Uk)CWZu=?wRr{b!OLF`GeXyr1vN2Al
zVpa0BfMyOZnl(U*);8f&fH^OrT(bimOFdfhW~~3YM+6c#^{Vq5PzTRyn1Fh^z`lCX
zckcH(qTqKfxlt@XmcTF}K(7AzIG~G0%`c82xVm9zGN+F=10{dTR+N&kBwSQSQD;YI
zrog5tvctUDLd<c>!u*#lwi;@p%{7%oRe7L-Ld)xHH)nU;iz{h1X6``V%YJUx8+g`W
ziKK)@Pm?69_I-ohel(=|9l6K|N%zkwarY3+EE^d!%D5t9JpGa-&6miD^MTEP_ojx3
z%IVLiWi18?@L-P><&Ms)BEF#ua*#~3VR}cRQlZ=QM@x>})Ppir4LutpiGK|#!>XKE
zk0G;%{layO$c7NU+@r3naoEQRx29Jqbp0LW;A=z1{;#_jKpOZxOKHNjoWW`Mx`SuA
z!3Xq44BALh!g}_CSklCh@wQmh)EvHXpr3AibgXIK2_F{Ida%BFXCWu(?Gy9l(+B4(
zcM~ZLTGKfWrdX)NOSXNEGMkG0#YQ#Pm&v9<Rw;;ses98(6~K5)PM_%aPrpwuu;)n;
z@#U@=7jhtk5X$Rm-c8@~{WzLt-*NrM|F7-2x*(=JF;5XElP0hob?z{NA)5$BnDWz*
zloyGI9%3jNx~862S3Lp2eLmcTW{X_Q!A}@&je7rv-nHmu8QheyBxbV1JC&0W7#G|2
z)amT+M%Z$GB5dTbvvvg$`E2HP{P&&bonV-!bi~=9V?O~CzV^)Ph+G9G1^^2sXp5`f
zw@&*XSE2*LL{>2(Z4|>Q2#szAW3HMVb>NJt%?axA6n{*W(y|((e4H;7UbI>l#XTwO
zIOq~av%38FxRiXm#1X?0Ll7F0In^zOfsBik^0yTfb&<hCa7=LKDofHrGvq;^l`t=x
z@u=*+@w`6TTy>F-g7Y49wVOxY)x5_m7JAPP8XlRTRirmJqJS<6#Xkge6w|C@y)k;Y
zB1NL1aa0ZS(-vCj{Zd*#2<Am|D0&=o*wtvrN-&N@r7wo3Kf{l;(7>!MS-|KRBmH$5
zv~F3r%_3pzCZqa6p>TAunf*}(Dw5%s`)|)t9eID5bZKtcpJ-y5pL<2OVE&Xczhrj5
zE@-X6tAzShwY+GW$nqt$e2|Dq3RE2I*QO>9SKi8@TZqRXEcsU>6M)3$I9W^0-vpye
z=}3)Zk~oETb@T0qB2qepIxcRsW3pxd3d2TME$HJu3j!)k9b7l4ZKAA&W-sBIp8ev3
zDe@7tsT<CBN(i<qtlJfZBzaQM!=gXX76afsd2jqW0$PsFY=nFdEvj4Z36A*AylbHc
zSQa2D2xe!3ti&LhM8@U<y{C1>h~V$E5XhIB*n7kj^!}{M(9%%))}B-Sm1v#E#1y+_
z4YC#Fdf^Lh{&Utz0qRevGc+ps8_DF7xPb8?vl#Jnw880G5yD=F{=&oE6kgL85bLd!
zO{<d6ng-m&SlH8gb|ZsKvc9@*i_!LmfmnCj3{n(ZG!7y&d{;ZTO~H4EU1P&LJ53Nl
zHj^dLD%fq_>gH&lz0mRjX`BdNGlLZ3=wj9rKhg5z%5EUzPb+`Z!|N2wr8*|hstNI(
z9LMMQDlw?v9&4`B=5fKisEqxvXZtog#xvE+<_%VJNA1g8IwB_DGF&-Ak3df$;?3pu
z{5EG04!oVZKM2uNKDRBqx;Jn5dpiHuEM9<jn3=&RG~Jh41WxzFSgdVb6eSo`?2Ne4
z#dAY?sb%uclpLG0eHKysLweyy>cJ$CS-Ym49M>52#0hKCWF-?EU5%M$vzgbE2~<(V
z+d5eE(in}YK_2i@NGWWv@N5M8=G-p&{qYGz(accXOkXwwnzQ_brTb8zfqo<fh-J^u
zPJ2X)Z+jvB9`jenmcg1G-zbF9T&HML5YG7YSfagLDJUb0o$$oxWh8_rGbD#Va$((y
zKHp^p$G#0=*@%cy5=?==ljbc72($4;Io$pgWij2boq_!gEi1-A3*wAO&=FlTlfoGu
z{tUVX(}mK_4@w41x4ckJ&5h^ubNMBfo}g%pc6#Gbt;8jYsEv&p>fY5L_3&&407ZRP
zwE3MOv=!h1_x&NcjKA0YwvV#PelM)B8AJ11b~VWR0{S=6eZOEnO~4bvO{d>jw)fF5
zHm6uWNacoH(0v?qL^y&~1m1!74c3A8c>S^WQB}rAV+k~tDfZh=O!Z0NkDrfz`ic00
zg%(F4Sz&4A7Uc-kM_LIyl$BpHKM<&3F{(_?g=T$0BMOLdG}QPZshwU$VXtt{=T(ic
zPFzyrLeb>A+>E2|zTE5fEFen=P>fD9(ln>7`#G6*P0M5H?C&I&B=NUhjU2aWaa@3a
z($940dIUJ9OMnQp+dKgHS&2kPfJyoWWB&Pm)#V=G9mlyhe9k-XyLJ;~a@IB%qo!P6
z)18su8OR(sA8=)^(DiX{VT@I<NGJ6umdc-lv@)6q%$1Z)nG%e7T_d(%C<uK;7zo)$
zkYzg$lp)p3SncsJ7)Wv2Phjj&*|OnMM>{2l1DeD+#B?IhrqQnYrcAyyT0|LdOOM3j
zMmO>wYO`ZSTdp_3UiXmJUdC4xz3Rvg*)do5?hXHPT(>21oVx#y$nWxrw$1NI06iVn
z-2HM2_tEjU9QWEy>!j})KmiU0!Vw>QKotUC095ul6v=}yP{yH9-$`JzXP4aP)nS@k
zpY3p(Gk~Pk(Eqjv5aPw7OzpM+BRA;^-tgO|n!HKc|Nhea(EUFI+kSBIs6F^WL&$$G
zdl3slk6BmB5FQs1$=z6kgYRT%El}R!40q1%Uo{lNB5|$WR>#CzV1^d_0i;!ri)ERN
zRPWW<)>d8{ViW-(oX~!e#KZ;j-z!#Pn-RHZDd=#qIHh#)fpmIVd9nLD{8J}I>V1`r
zr$bA}{eaX<AgEp!q8DYofc5J8zucx8_yG*40}~aR;LQ{S+{fC<&(B%DcgqTH3)Sss
zPe&TvPur2qDVDn`3W9Ez+XIof%y)<YEo}3Cf5QZy&B$!};~umBqn1Us+ezJ@ufye~
zIec7PO|FMC7JRR_f$*aMjVIvkbJNi+wA(18>9rF56Ui!JNhlpbR-ngv=7cI*!7fJt
zB22D+k@PETFr+oo9)eW9wg^7ykvDtX2-!k6!~+>=viCT#1im^JsPgvLIn@!2G25?`
zPFo71RW~GShm8f!2J0mn@232=cy_JNc7#t%Amb8S>eJ|3SuE-Xi)wa5>RZfb3J1hg
z{ichV=sDSuvA2iVw-&=5NDC2AjnCdETqfOzVrJj+^JltA?M|;-KtphU*a}T#-1QnF
z3te>{Wz^par^$KfLGxqrzB?&Bx(7hv3ETlt)`rZyH&b6+kO*<;HA~(}Md#6b)YnaE
zju|YB!o~jf@EpFp#l7EU6gPtGg%qw+v1~)CYeDdM5DI0l<lBCbMRcCQ#K=uygbF`r
z#mm)x1*V6GxgpqUmFmn+_ZS+F`W=Wc@FjrmEO8+eEO(Lq79t=0_EjYopf8ZyR@KE|
zTQ#&P)nq`9W7}Rn=8k6zNVepO5*xAX<mzUDnHcglvsq*w7xfE<=l-ns@URnGqu=QT
zs31^#F8{{90p$5RCl4e5^DC|QJOI$vY#yH<HiH0ey!f0+rwREtGnpvwJ-|ROd7pO{
zn?7Fc)p*TU<_u7Q$px8?5sQJ7uEh^3ZvXQ<q36CJ`EMjkJh2EB#qgcW1k1h_L`&F&
zSPBP_pO7!KYqM5H7sI52Gkm@UVi++H$Wi2TAj5{|&9UC(ql#mUkZFWoF;ctB4HK;N
z((k~>31=$0bv9DCinB%q>S@?AUCo)}A5FPd7;u*Bu~X_nPbj9iN>eE3&XFlwB0GPK
zJ{X!44W2<~>a^Xmc)c6nczb=|5Tu>`{w~=#c4vQiI4>79mynPEjLpRDei#5zQ&U%W
zJsk->Hwbwj>uel-5L?Lxw5<m7@xQhW<9DkrlYmGC2pFCrj7>}1VH7c*i|y-fd&wH_
z!jaC#(*j*-R)SuX0!cSs{vnus5AR)a5`gNsRgl;BI*y)$n41mbf%Hc4%+KM24djEp
zJ(@Z8iepS+Bo^^N8Nn<xbWLHFI(hsa_8UJ<h*=q#N|UX?yloeo<34{$qKeZXSq|%z
zOmt*{Sxv}bL<CxytCNZyzH~r|Ly2*BqWgqXwvOGdDC#!3(@RRw`LiAuEc+P*XMTy_
zygFgk-V-tls=($=bC(-M{11=yZ~GJc=K^~i@?su<3M9{edLtwMwvF5E*^5B)Q?K2<
zVVvt3K=;K}YPaqPAW;-e`rS1Edcz+8_U{_r2A~^~JPt{|JFl*;4xioCY6<{^2M{RF
z-ESIt_BG$eZR|TP2ZxiupPaT5nY~L&1#mw$Egubsykn#^guUwljX9g&!)}8x@_)|)
z49jts^DBN%FC{Ni!QF%of1pUgytWB%P$W1Kyw}?!V3lqQ@f*-{!wWB(-9=3H%76(Z
zPM{$3<H3j-p-V&!Z&J~lZ@-VxOyKTK+_x8sTxiU1lej57!;Jz6yK#%E0jBsigkd(m
z1QLv`{lt<Xs=VZ-ar`(h_i7E5tu$wrG-Y2%_*7jWE68xmr*5$i05ZoU|9OXaB#vF@
z?Sg~XY$hNdI??&R92)>K;vZ(cwi_UZHUP^vUd}u=e6GiZUJez6o~C2JhP=DuT|czQ
z^?g0eeLZYDuI2~oWHXRHxI4B`0Lk&7tv$mc7LW*fYkqGNI(*)Ve5>94msvL3qUb6Z
zKO~|M$MS12<mB28y)q12dNKX#I$<c)QavSHG?F1XKsnBzImaYFJxL71DL)5(l8i}B
z00VRee_}JP38G)3P)h8*KIb6A&WT{ekE(CxoWL2%xFw+u@8zm0DBm2d_;yfU-Z@-=
zt`eL;O%Q9STJ^R7B`@UIw-_?1gu&+r-XS?}Kkowa+U5p$d_zDjJCdpGAQ(&Db2AVQ
z)Nxzoux4FZ)dk*T_HG#m#HqVwi`<Q;s*R_W?w1t{SA@5#Yb&*2$+0w13><)3R|p^A
zUIlM4`&bQ+a}&Pt&fhv#5JL3CW`w9P6!deDE3pd>W3t!!i0J9cB_bssNoby=s6$Ld
zwh@=3N3j;;sq)t|W4H_J8&oAOL^aMZ3Gh$h$AERNQ(VcYM+|vvxR$2vDsbo%>DZTK
zD#@a<pvrOiqWb+&B*`_@6C!Z}4n}<wu=fNWE$58DThB}z_U)~c$13bqnq5ARKsI~0
z&VAGU=obTocgMp3vp#V3ZpGn^BlGE9(SBF5?l=73RMg&+y#MK<pB<pe0UGF%aU`QX
zfDAxJ<<xk1ua7kTS2XYYpEFJ6<2H^nS@!DEuax;2&@yBTLwe^PF7{t98P8t~A{{!G
z3l!%_hwPma)0-@K;TIH$oF;7_{RALDhQ_ee<abbltj}%iB}vo_JTN$)`*?9AW{^3c
zVVm+F(Q3hnk@V9GQ3g*4&1#s!I5|6OO6M3H_97v^?r}PVRzj9#C%kKv<XY2%XZXLU
zXaDuj^<sy}a%oRcMW13vpEgEkI~my6C`M}%_HOw68&9<zGFL{3_y!mUH!>i`YbN?~
zG++5{v4h`rCe$7f0u5PifXojbbO1}BMq`BWI}S$S8;fM~y8IIkS?u`7DfBq3kaPR%
z=a+W{CP>rgg^_uECjia=l_c>}4k5w_0a+d<NkCOuMMfYhaXu)_(Fi}0m9&T!TB3gw
zVa+`M3yw2Yp=RzY<5Z(Uets|h*;j1IY&ie=V&06t8RZXhT7u%1w0X<H+ZbXUA2^UL
zRFB$5-B&af8+9$4DH*G|Y7a8#W@!=lWbKq$J}S47K?#;wab?d#rRug_B*<{7GOYq=
zZCdv_uB>je&IA9osaXTcxXbt89iY%3Msu%wUJl@*B{AzX*{15bL%f%DpyurX0}zB|
z7gYeCvG7yty#cP&zpVh;Trkik5tqHUzb^?<k+=BoTBRYlP3O-4p6>c>pYE&q8CH;4
z@+gB%KY2vl@+%J4QS`Ry-6=%e;KY#X=bo{w{*;Nc9=?zG7&wo{;C{zI_##gnx#p=s
zLq^L|K~CiTbj+WS6IMDuOl=ZHRo0gIzur(ZLng{E7SgkNn@nZdJIu^}o95-jYt;HN
z_lzQLcjRJCv}_wRQ%lD;AN64~VH79lHk}(tKo8eX9CC1N)%;gO6u1nUq}BXAi9mB-
z7wdacRv6<9w+{4ZZPxSj%hUxM&z&33q5cn{9Wi5lXhI#1TfOfcFbL4V*?~a=fYtDA
z9p4*G_1^^g-W{P=lk*!u-F-Wn-*WK2=z;4DK|$T4V88|$g8%B^zMQs3I<&wfypf^`
zAw>j2cSJ3T(zZEj$D-0HOLX}9_77OX4hSzmACni%^>vBB|0_dVY4XHJioV1W#F1F@
z#_X?<DY4?}_Bli^>7Q~#E;{&d$(cc@pz-mPQry4*)TX;k<o!=l?2c{3eTN{b+RAx6
zEXgWWb96#Vt=#gH*bT~<x=eW&?jW5U|6RD)rzF<4or~YiIqsW*NI9cH950%!&U=9F
z|I2(l!z6~+yfoXrZ6}5wNOA>$41bbgQ@sqx{6!POn_~+8PqQ1ZryE@_cPp`g_zs|c
z)&K3q;Gq}Sd?KqA=x%`n0`~7Uj}1ZpS1=7Qd+}ZsfTvR!b?)x{-|hkZdxN|Caa@jT
z8Tz+LtY8x`0`Laj7xLfd-vC}V1|-^NB;a+Z{3o@h!wK(`Fq4*G1MT+tYcC-`7(a)^
zKQy>N8vQ}Ev$)!Jz`h@C;1PL25}YpZu@NgYsRa4&wEkgqK}=n0|Fk8S(UcDAC%bag
z9A>Gyo2Idat}a^gzh<P}iU;E@BgRI2OZN25=d{IQ!bs6dzNsnuT!X)8XAR}ZI#fwO
zXu<QQO*?^W((!C6AqmvInf+lwMx4DN(|K6*I?N)TS#*vpqqVq90x!RVxN0qDfFq)*
ztLsfK60;9b7n=TBS3X|vGix_m0`a16<P3fIj<s+FpKahc^loL-n)?a>Eif>taQ#sP
z^gi{`PxJZmw#NSj=%JU~7WIG`njxW=Ss@~P{7Xb&uw)X4N!RnRICb4+Qt*AW07LTQ
zCD58Edfwo_52tAU(R^4m(7#E)j^nKv{VJa}nUvfA-90W^D&in%Z0c6R0Y~!d1+8Ln
zW0s;q6e{JXMoxMb@dyHMx?E`vt3Mg27)p5(-tulKk{BP_`l)K?yy?g$e|fahahl;B
z<bfAWzncD|klhwovi}6#fH<}ztsC|+IYX^vxri`5ZBCz7oHD_t92*CQgOiA@X~X_3
z5H1IRiA(MtP%Nn5d00RUBpc}Me!8M=K-Ib7HsIP&`QE;>>o6^LaobNx%Q3GSi;u++
zkbu6&aLKkH?7mh9ot=?cb<f1Wf!*JAknu4cH0o^H3)$vO==%BIQaO#ARYLBcE64W1
ztav^3RpqC6<uZ#lh6#<21xQ1Y)#5M?8`f<aY&G!<Tpv*6Kkz4B?*&r351!`9Q7k}S
zRrBMjz&z^w?S4M1YnbqwrNWK<yi;0HYgB-<#)M2XSfkx^QPVBpcUmuk0@--oWXI(t
zV$JGJTBM4tQ}n5Vcva*fku=iym>YZ}gxa;M&zKdb-N{A%6G0li(N8Q^ya+|Bdty%=
zt5#vcdu7I<jRggkGm<7At{#%oAfUPAr#}uwkyC6A@%)tfln&{O4cUq#ffS`Z-|skw
ziBkG+2Fyd}NDaCmSnVcOxuann>G7jjD0Ih5DkOZKgFG18jyTPo%I+F|fX-zR!|S$Q
z?p4SY@*A%@*!&^4tR7jM!M9gNAWF90CBG*3TBR5KR-+L_FTgY?S5hK4)DfFvS+meF
zp}eLk5GFj~uR>$+WLt9)RI<_@KWm#0A4zK%BWO39l5hwrwpgxx$dE_LDgPL-qTxa@
zTw;A?`@3)P<jFHZdX~^CstihfHYwozoGj?@ZgoN7Rn&BcCPR}D`2n@zw6S@#?n;R7
zk>8BkckANuRY=ytqkBWH4qi810_jWO<vEl0?0ME*355bt_tU~4k!fX7n!3tuN|we}
z5CIEZM!lj6sU({KLn?Xtn>Ky{!gp(Bm=)ZN-tT{R2{5Pr^3wDo9)-qX(Ij-)G1Oi3
z_atEq8O|&$oiyrijN~^-)=<MCyz(M-b2?#9v;7Sg)%-P>maec{!YMH;ejZADpLtD{
zAzEo-ER-Fh8%SY+ky7fvV9<HE?U0i0Y9awFk&t(=yWRFC(E#JMP##-O2t7GIeKN*6
zoSAqq%<(G>J6}M$+GU(`j9B_#x)YKys+~^agQQ)lb@A{ib}TG$ap(42*J--sBQnOO
zK!{bF+NhY?#m6=JOs(X!V4@e%F;_xdDW`mQH)9q`6T}^lPT6`ly)kTh&S<$`Sq+>n
zzgrH)FLSwwnHdDi3!3e^^{r!UFRI8?alaULLo5ipTDuuaY(+Bb!*AvVjmow;6#$)8
zG>(Y|lg>k`0e-hvdOF7dbcF3zlwG~4$l4Ea&xli1=hr3K5<hhz!|Nza_Qa!UYL2<4
z;T>MavpJ1dj+KvYwLcLQ+E}3I((&2<vg#D<V^=uM*cG`mogm2>b$-;W(vizhGFT?A
z$h)#gb7sD<j)vi^C~o*URpF!)INQ3K#gnGO`Vdm$>P3k0m&43Ug-~|epx>eJ4IlcW
z=hPt_k+SQ9&vwI$f7ZmA{7K1!gb7`5uS8hgCkMip{>R7~ZCDMdxv`9@ASpzMS-yZW
z!E7XHnDBBz-cPdj6$N7ilAtNVoe{1>xV=+FwnWinN;l~hC*&W`0xUB_1U6C8Wv-Q>
z-#!k=RxHZP$|5I6(cg2>hpJZgz!r<JWrxHKbsaOY=~+T=;qHjgR3q`yHO~dCPJJYp
z1q;!eDwVBZOi`GgYzYKe9GwnFOy3Rp3)&M}Auma^I|-#bU2@|>(lYrF*SQPAr_hlz
z*s9{aJZMM=U4B4Uv0x=8)+Gyf&In{`sMHZz9&_kCW=X?@1T`2X5WfDd8j!O%Wr;R#
zAjNpn7rcVL8OxrAYM9)FJ^fT5TSdn%gXywuOMb>#k3HxjL5x#vjg7=UpD`X6XB%IX
zPfgnJ;hSsOH4gfRF^R9it_8Zi%zL7ZcBtqT8bkB5F$BhNvU&33C-<_n0>9R8L`bR8
z|7`E5C{YJKeNG`oXVUHR0dIc6vF+~D#pXf;5=Jenq3vP)bgaJ_xV^a?q>M$I-lOsr
z-td8s*&6qB-1MkPE|%16kMj9I89L+dh($dP@{AX&_H0$g9F!uVRRqy5zA0UAR==Y^
zdn!Y;uKbKtP@e)<lpqvKZSB-m0^&VXFa^iXtZizQWN)+?lS}bbRdNS8su($X<>Kwq
zRL;F9qNA}>u!R&0R-`+zN?~d61=KEFW~u*nHxO}tT}8}D66zT%@^ytC><P{Co64s`
z$^A63Z3hfP2^I7(yX9dU8GQ*=-b`+Wh>9_+tPIA%hQO%H8+5-wG*X7LMg5V<t95G3
zR{8_mMw~M9Cvro!4PQf%SN^}B+|fFD5#f}}C&nzuZdd6_bI|Dq9|y`@CU@Vkunf91
zaS{uWcv-aW@<;dybB?(b^n<l@OV$12XZPEOIS5di>L&-Mlf+~dN3<JZzvYcvPFY(@
z+xN#NNOabROR=9nHEc$QK?rPnT#QHJusJ$9ZT)yZ)S`Sakx7mAJNdLDlS=k8Z}59|
zd{#<r$gr4Uq&K23=kyRomaC;Qr^#$%Mj4>l_?p5Ml%GdhTG*wI!lkNRqvIikBJfJ#
z)Fr@>Q&Q23w?9}H5W^>m8(H>~qD4S}E{w!#WfOT0#*fah)4zYiRXG&hwO*wapY_R#
zC0}>JlP)+UlecjU<!{k5!-gtQq@wn!abRpgoZH~KwcLXv@_OnC{Xq0tCM!Hu!NTK>
z@DmL#Fu7%Gh^JF;>vL%LzIKCFWU;~TyZ`#r@{Pul%Ihv6>#za>P5O4=x4yxs8?TgH
zULo40U_i{8RjWIjk%V`K*N3iq+Wwe3{7Hl|jDefikcTAZjbJE77e|#!5}qTw*%C1O
z%$D2~`3ZYp$6CA3sbnT3(QMmPk4Ni{YVRL+2u*k|Y+|9`3@b^9Tl#$2TP*MWQB{b9
zs}e2uR8}OeK?}Mt;N8e~@4}kMq(uAO0NypTYGk_kPA~M;iIrhj5_;IDRus!rt1raE
zaisU>n<#<u9k#^lmt1Z16?4m;qBqbDf$uE6_;<B~G%&5L8(w9iyBb@s8c|5aEF#mU
z?J1t@LZlS^?2Yj;QDb%VwAyfpqim@H=J!ciTmqTad#2p58;ZgzP|F<mTFT3J@@H6?
zDC{+6%Y4>q>Q;rd^r;(n*Gvci!nuAITjHUU$nSKIL3AC}C@9MB27FoETn^nhOdJkw
z*%I9_<bbwXskrvJg33#>3bEHh(km-nI-&|_MfTlpq|=Wnc0Lu}SG_k436GYg)9#iQ
zlaQQ&zp5{$4{*kl$%0|NCXRLiqo>b&e*$O3WIfU*8%89kFQr2hhRMyxSZ>1jT-+%7
zEZ}V~v>jtqFX*16^Vq|l{}H#ubfLf0+3vRF!I&=77#4!~i$P^39qgcAiyjpeOUtzS
zTQQ=x_SM*S7)TdcLR~jpzpch@Bj4ghOGG9{spzo?a!Ir{X$i*n$!FY*r24=E#U-mI
zU$YIwD~G*`%mb*fVy5n>=Ge_Pporm*KKBOx{AOULO25mZq-iEZuvdblCnnMAPLD@x
zW!?KD-Yg3)<A^JGNOVgJgp6{g9U?u$LN4@+a@E-@MMlDg_fy9%3`Zv(m9x5b+ls#1
zPxEbMdwS%?AO9Hi*oG8%A1-Fm{B)+bW_v>)lV_LL%5SE2djW*pqMAek@wW>GTu*Ci
z@K0z&#oQT1dB$H^YM3eGr{N$R$n*}A*g7lB>Xm}qk8_0ivnD$E*hkf*QvFXq&fS`d
zD>If2c^+|nvkDSvH5vI_?ykBs5nJ<bxJR4!rzJuqI*^Y!hpE!Onk<2KD-t$c;D~Lu
zvo-dI+u~jr(9w7(RBEubuB%DE@QkE~Au{33zRjo;B3aulp<yygx_8;!CNa>j{;iO2
zJjw=1Og;<>F`I72ZTFT!=v+AJ6#&`Jw`XbFYzKfjqZSS}JQ|!_h1e46R|gDItR_X%
zP?CTlB3tMz`fhd9rkq|0{yTNHGWgQJFoxQSFzR<0NAAiI)QDKW65EjpmvM=EL@q51
z(x*fVS1vB7=#x+5!lmp6b>O_m6&<FfD)+}kEU9F_)=F>fxi9e%fGI;>#;Y0R1_#Jy
zQ<vvczv?zVhDUeI60*~Ev&`G-`y~VlAdLq$ih>RZeTT<FJM4PM9GLmQW|~89R($RJ
z*~D48ngD`gSb+m=z%+Z8Knb;C0etYGszd+BtkS{$?~dY@e@9`m<h!J=fAw3*6!OBV
z8oJ|4z#!+$cP(5ApBw~a+&C9@md!G(z#6#DP1N0reyMz1Q#3L@UStVMn#yuXP+><&
zU1q~hd{vRI8c~CiE$-~7Naw>1v5MxYk}@lJ<&c)7N>2+msYKEnNS~NZo;AL8G;qnv
ze7cO39ih0<k>-OG?Cbc!cK6Vzf*C$d8txbN_p<Uy?ljt|`|(zZ1@)Vx)0S5>fF!q|
zx`EL_TxLQY=i{Y>6<P4Gt2Hk~KIFJME_=&xq3%rj1Nu=t=Zvm-dU|8L@4sdlWi+S|
zUNiL5dNwGGd^rj_Uvw=xiIO~ju_=iU&ggma)Nf06qQbtJCm}t3Vzc8)Op#Gv7=sab
zJn-q8JvlW}rc$;>W|k+CNv@O>jk6c>%T~VOeq=ag!0es)>tITPHdp7~D6br$p2$-m
zNOvrr7@*BNu?>F3BCjDyij{jn4r)ONt^b9Sh8Nml(nHp*;>rUff9~(g*RHc9$kJL1
zU`rd=n&kuheJFvZUH42Fw;$BGx(IPpxhr8YQ!cdw#tFRGpgaRM>ynwxjyX~F&;Yt0
zMUbqAu`XjZEn>O8F5%<lSwopG-gy|6+iXbG4M{t43roLf^jVDqBiKiFOaJ&hapPta
zQk@o4AX&C9u0xi;MZLHcUoOFT|JIIV_<|A|tuMMRQR+2HYpma)t;;3J8KIzC++Jeh
z;F^ydJ*{fujczPXWdHm%+LKIHBhu$2Kk`Hj>EmcR=G46(KSDpQuU!&;D6y6<PuQ>H
z9t$TK3><yO;7gZFwt%rs1YEkLxlk3o2Er9`N!m1Iluo680>SHS>39%XWQPJA*!pSo
z$gna0tjjx0(5`G_3zQ=AkpeZ@sQF>sv^XQ4s^4y$IW$#=XIfgz19+y-i*GDHm9^r=
z{iFktK{sq7spn8);md{FVT~Q&cjsS!Ed<y5Ky$a>ZDSCNA^w#yD*oBt8l&zgn5uy#
zhw137ZFD`sUfWf6EY4WhAKl^Ht`=tZg0;iD>w$w!WDfrJmRs7;9_#vv`kmv@r;TFN
z=X%<@7Wo=H;!l1%wS4lC-Tp6EaT>Bkn3bS(r$C(<<QJwSl)A_}6lUsm>$0;{oThLb
zm4Q*vDZwg>OEJqQHZw0(8MXpGBndHOWwEFgnZ2B0NQeBF0yz#29M>>SF-E#kpU|Mn
zzf$-`$X>@RHBPh6Mx)jhZ<x)?O6-1op?e$dh}N>vraHpaq*N%wbRT%F;<G;><MvyP
zrKYik4x$JBUe){xA^W7Nac+0ijJB5Kb)bZVDp+xVt|=7u&h_qNy{BL1E<4-HDiay|
zS#nIoB!rfR?%|~L$yqJkv~iVvRipt@4#^-~Ig=2LKSLB&(fvt1aIb?o%`^tMa-FQ2
zv+!%hk{^der-pTktCGstR7OkB%~cA_c;bSaHKi(6VW`QEDE)hIuS!~E>@iPV!^}@9
zxv6!IGt`+&|4HGq2W50n923YbMXnKW>L<L>(}}EA9y<2%@E$Vk^fu0{ZdS$SXC$lJ
z>-!jo&traqWSV)!=!=fO^-BtCIiKf~wZ-5{nSeN6{8JIF)qUlc=aF038?qnEwo_Xe
ziDW{R>lOwihy94Uf#zsteJ&uLmJ-Z_;cnVeQc1hggt=yATE`KRh7{Z}=viE4XW*sp
zcnceAo<zOt_>1R8XD-r*djgB#6*2vXX{{lZH1_1lxIF1!Qr!h*2RYJJ+B22696&~N
zRNZ?}y{yAbof|>clkF}TgRf9+JhRrd5G@s%Y?>04-1D$SIVcr!1)C-D=1z84rj{JW
znaN}*ZE4q6(rxHal_h2v<&aG3$JDIBUa@qse)J!BhMBBy8>|Ix4q!rw*ymgyUVpIz
z093Gd-q`IW@9kwDT-sg%x|N4Y^f!|D1QMTr6wjmjm%hwt(G<|Imd#rPO1E-fg73J$
z<6*)aQF0hU!gwlo<tZ3esZ4#B$^HIzHE0@}$3mVJM8{}q-PPG+D$-JDpCI1oM4J#k
zu={2so7V)^txx))!g5x}Dgh=ioGocOzUN{$zT*55V8NAJV?}%L2V=(x6gIQXy#9BS
zn+g+`fU_i_)NsU;4->cPWQlDRTQ^M1O<o&Hef*z@%GaHqr)ka>hbI_zg)RO$p-`gs
z&03StBvfGXm=JalX9LyH=hDt3(t$*$UUrYj(7)jd$EUz7*BFA+PU1F=2uo|w-Zt&A
zG5f;jjI1Wklq3qFEc=we`b6hnLplR<qu?e|R)i!LBSJdW1R;6|Q$x{eRYoGO!d~Gb
zoLk0Mqf!fmv?C6%Mg7c~dm+(Is2l|6lM0KWZAM7;WpVDIObuDQuGH{NBDGgT<xpvn
zesFPy1*P{ZJTEP^yu(+5TUd%#@LXB1Oh0U?8onVG*q9;hxV>ohiH`frj~%O9^>i%+
zx379bB@}4S4oIkP=U*g4-{*j0Ygu5T9?$S}oL7JyyGFJodn<ttpu94+zHzpeW?lT+
zLEGR~h!Gy8lFjVqu9VQ2!Y<N_H!XSWlbBw!CLbhC86SDw_=m}|(bv%><G6{gW-%#u
z{bQ@?Y=2OD3L;&uAUU~#mMY&_7=!P6^bhw*Gdr99Y*%Zeug&O|4Oe?HkyB)#RU=aA
z9s=@7_j?BDcH29H^6}KtT^0(1zuI213|5`Pk%9ic!*Bs7NFQnI^mwrL1sS*II^C?E
zUzIHiBS=`V(zq?9UuNWEdA?qq_CB-*l!%=x+%fAro|QHFKRCTx3QX?7fbevDXnq%3
z_z;;tLL2tR1WZ_wjvuEZy}a>Z4cI&C$Z+<2w`ZG0tm5T(Mxr}9ru+CYz%YB42s?Yu
zSq;iv8Cg`WF5{JEpcTFB-YB@UPDUk%<{Ab?(nqoX<ba6urLjgoL@Ccrl8FBci<0CM
z7rB9$u!RUW0c0WeK|GtRi1}Qx2edhQTby?nIxVa0kFV%4{;s`+w!8K47iQwi%w*H~
zf?p;C-DS_Ts3|@qy*|QKrW;#CsqZLV51O?<V#8!a+%-B^u7_>njN%dVqa5oC7(;`6
zNfe5^BySE~C_wk)LLVBjhkhyv9R3mBfQs_x^-zU%@1JtqntYCT6AWgHMx_FPj9_>Z
zg#;qjaSl!Qh97$K=|pdeFVWh?NB+hSKfN(+CZu%)DjXb(Wcm^nUEoJeZ^uqELDN1@
zd2Xn!%NUjNds71zBc55*@M#PFymOo&%ANKUvu?D7%LjHw8;>QtoT9nC!ftjk;}GPy
zSgi9`Tr_{ZSc<!mE5B$(O1VE=D`UuhNh81NaOjJ$Q>s6wLR_sBe(kd1iyXDOA^W3c
z#gM*jfv78E`(;9+Z-n|R?@zs2Rlf0aRVk8k5|&VFT;8BKyCplKmfM8B?UB0&&xXr2
zgvZ2dRD45660ImhQ-%Dj3A)4Y&r)?f+buAX9WFbieTfTW853u(?z7(SB7i*@IHG?1
z{jl9Wn6e5}TWbim!Frvwd(#n%?e0^+`OfImg-RgngFj<o*r$Kc8S-NV?7GkE`EBer
z$-LypzG27GjOqTV0(md$kii1c1*AMvY;wJp7P~jxb;L@x<TxIb+o7UN;Dntp4-5q@
zthIri6zh4(3gO{(k1bs~6&-bp#*E)~-e6;6+1+-oysSiEApDFay^KL5fg8~tbUESp
z^$Y{Y7bvIv^)*mkPp)E&MUg`C?I5=p9@Rv4IyOGYTOI~xi!&Oz=mTu$@XIk{GK-5o
z{nj0}c^XTr=l`AsaGW&kIMpNZT50Dp=K}_31>W#<u6zUjq^=4!newKEfWaFD^V>IY
z`Iy@WzpK;hVPgh;EPkep*!4}CaX<!QZb^U04XwXwu%lr~^JU89AY_C`(HQFBk+O0g
zT3=6`i>#3))tueUo;Au6e>AzTy>VxoL9rfdXUR1X+jcdDoPJ=C9EUc`KvJ}~{;7<v
z9P5_MSwo!_AKp-I)r&f4*R-w1vPW4F`3C~Te{F_vU^{Y&{ZQRduEw=-fZfCP3Xe=V
z-7bqwAagVo1M5(n^`dH!gKc9Vv+aEojVN1nE60!0DOgO~XtM<$?X)mP<=n<k(Gv&L
zwQ*OC*7>qVNJ9klLOF0zjE|oKrek#xFP0M8Pf3iadA<9h^h9cGvG=SN56Y=zupHa^
zzVSiNoRqPvZ_At2=(4YGjpy(6r|56$Odzcnb1ZXU6gih^OdNE`*Jreq*cPv26UHM=
zYl>hj2SPccSJhz;hS|e#B8o`~Q(2X9s8*Ki{rhc^me*4}2hSf7)%OtiU2AWVMc%DM
zR><s`PHchje4b}4pH7kXWrDJl=Tt5q32xW$i+7f5K4<Q?MqX=GTtsI>t<%-K&lt;B
z=`+NbD&#rT?cALhj-&2=<oC9W{oMj2()31F<BXLoGvj>9rv<ikLe3n~V7s@SFJqp6
zyt(Klz%RKDLfLD+euHa?NS`##p$3-{&bu%3CLviWj&E-{<9HZ8dVdQ<!)xX>d7Rs2
zULqqyp2Jr0j&K*VifQa}HIE4A#mKyu<swwF7V{3@>;Ze_+SN+X59ujct5+`#&-+FP
zH^J~n;%7r!Iv;VsbfD*7UxsC?@UC;@4!pW{RaEHm+Z-S+XW!T2wu(R>{iK*y6fOnR
z6hXPxUqrH{P%p+0d~ma0Y0CG44s+jBrSTg37Bi*gT}!L_%*!~W5;Z65j@<j>Nm;Zl
zCt}@B2#I(da%I!==VoA@yGq!2-ckD@e*M0r*TlKAQ~F^K6^&VBP5iM5V#rtX#v4gm
z<{cD%UhzM>mNS-QA$=?a<9`kvG?C;=r<U+}mxF9x56^{)7(v}GU<uLCU-hzEt=rLX
zzJscU3qE1DjN1-x`8262DrIj^YcT{Y)=q9|e}`w{U}N~ki~JAt2g;d-ewy)nzfAo5
zTxH%g9tgtcjVxK3w{C0t<);!JxKO$j*s<q6ecEU#)89J;`biyDuL&L2j{2(Rb<}T$
z*Dg#6IoPDdKP*NzMoWM*8Y2q#tXHQ25wStuJ?7c}b=8O;&s}LUrr8DVG`)8qX{9m4
zo&M9cS2a`+ZMHq<OO-hM3OxtH!{en@>IcqWN2Q?>Q3;mmD<jG?k_cClNlDEa9bfLA
z+-c!P(L?tq2`wCY)-_&oO{&p^j+ne*@3Y2>0!GCGF8TlXA9%<wZ600-Dx9%ouf4pO
zkJ8{)Kc5?5=OE$uT!8Wv^h4HPCCIyfzLf;adG11vmr9ezY0iudnRB(sYM9PeP4@F;
z7jadw5=qzQy~%Nr<*!NghIB}(M0XJ~@6O<HYNvcpW6#bMYaolS{Ncm>^OtUwjG$Y}
zB%JkAGXG+_<xB=NdCXc2U#u$GGHkj~4CturdWCG<{eaJP*rq}dgYVj|j;joM^a{>P
zFV1L)z2Gu|R4X0!FGHde^Udp>UmIp&Nl(1i^O6?DSp^4`hDi;*eve-ii{M|1QIQ8P
zoabrXR@N`DZ_S7k8VTZU@%FXB+1uGoL3Q5SS&|DolxmAEN7zTgb8t!1&36RmH@+PI
zA5CW!)n*edP@uR5cXxNENE+NBXmPjV(qhHk-Q6h^clY3~h2q5>TKwj}cipU&mn099
z`DV_Xk-dkeK~;4}sOn|($cGiS?}*q~`1zCUtIm^zb^Mm+D-r4ptR=~29rq>12IC)b
zF<6$@;0cQOF6sjCQ6pS)W7LX!nJHsq)0_Z`g?PfU89|^P33Gm`0*T1o)r7o1D1#Dn
z(ZH(f<+P6W=kFP1`}qEv^r_l)-q*tl+6B8L66r6sryXO)XLOsYYa(lkQ++GK7<HwH
zPvj~LYBX{^`GA_Fe5)V4g=i;9@7#bc$Q7ohJ~d$Ci)e1+yR`%<f99qCx!uR5AzxyS
zjnm*9DjKdBWjmm9=H>KH0V_b0d<)KZObA7ryKu6EDi-fv$0oj!EG4YXHi|D16=!|i
zi->{Mr&@-v9lEp4mgQuodh79I<lOzNhpC(6KYvdc7PGn6BF49bKE$l`3S*J7EkB$Z
z#p7c;US<3ZJ0D4lT6MyR3Eod<PS`MvlBenxY26Q(tDaHmmqO)RM<#Fw(qyyi^?Ctz
zFyxKBpG%(T>p6?!8p?WepA*(Xa+}PpI9~_3JvA*|AXWLhgRqAZ!6I;`+6qHS96(#3
z?vc_G#9;;2Fnqdf3zOj=@WFjC@`=U@z}<HG10J1VhNfMWi(6#B7|`Mny@{SLzEgc!
z(WtiR)Bv7};I1;H%*M2QPu*SN)~F{asjWwC4_B^Qw<QyoF0arf8O@0vqr5>l{u#&M
zXGG#`hvC0i&*+t_?;^ZJ-COaH%YIw4;^GfH6!TFE+B|1$5-m1=@KU!m)Vw?}drkq_
zoD25zkiqir=U5M>jTmB2`)_v9s_NEBX%?6iMbusWs^6Z$q7XgefJv_4NLM->5Tm9l
zQZ(~-F>5?7f-WK{WxD%C{nZQCmr<G{!MGLfwIZZ~sjEdxZYmInUJNDIcucL$Vsd9M
z<q&DWjO}({QSemBwl;k5U;up45mr5+Pb4f-yOSRUCgkX#AF-{19CcP8s66eUCFC<P
zGqpdh(|QSAvmP^jqp9AVSU98efj*}SzZFXu9&<R(S@G|$IJxDE{V0d5QPtRcMyewC
z&2Yj8+zTh9B*ILl+;x<9gvo`RhBZkBI3;?hqJt8Rl`@(mqqp5XpBQnbN_!f#l5=R!
zn`7A*c`3-PL6RV&tpkgP#Wy4iO2NG|O_kxZl_}Aizk-OU2H({{ZT;q3q@Mq^7<zk(
zz6Gk@!{H3X(^Yr8@MGpU5&DEVi?TuYl-<c?xX7<-Ws5?@+=88s<o9Fnt}F5O;_S!k
zg(QZ|&uePJtE?_nVGz1c73ignkMY0<ZeHRYVm<DTxXEg1IhF)s$Ey-P7kvah%|&=h
zW-R$Y#4?f1$Zqf!YYK@)kDwuIgPI4m0sX{22T3V+bpx7*6S~6>hca7Ff0%YF4{j?f
zb(oS1p3iy83Lzc`<##@rTa7{ye8WXJno)SE8znkBcx5$NQ*9WqeBK_bku3VsCy$@W
znr0PA@Z}B@Wx)@s^P=yi*=DR0R4mT5CehXHekGSXThi$<aHV}KQ=fLeNn`Jf1Rzj~
zSvWu#HKis(KY*6I_^gXaDu$CMNGj8RPcY{Xe~EPbr;sgW+aFXZdccc%Q*7YYr)N_F
zTn}&QQ;$U^fL!2J$WGl5Coxqey0-X^EQiY)5-K^!DBh=gq_GtWsG`VW)0p?|YTglG
z%MpvPv~8nV!9J1$YD$zU*+7R}e47p@=vhh$?$qDd!k^fL#k`C(SB3;)rR98oTu4E;
z?MWtci6^ZwLHNa0qXoW~y{+qB=jn<wjB5yp`C;OXPY*xT6?L!gSp0BAtA#%ln(nFv
z_S9%AXvlU|i`W(l@`mIm>j1Q1tsxyiTZ%t>Y4h3$Wrh`YDa%%u!k1%vf-0y6l=F;H
z$byKIK7(<$TXlobJk4FA_lR-dqa~=Kp)0wuqQ>G0GQP{+RVdRJvK??3EZ@2s3+Zbv
zCS%B7FeEB%r^Zd9<nN*TrW2n9e@Bo+`~FCxN8VOG9co^Vw_%DZ1HYZfP}XGNQNKUu
zVfF%kN`z72KN*+yaO}W~Wr+KPfu;VIjH4@JV7*v$XHlXeQ|oX)T+U>EPHo3xP*}GQ
z<T~!yu07TLQS~sWXi(O}!6$a8L%tpbI{I4p?bgIe$>Ae)DMANl?2GOGRwfVAkY{X#
zPeNiQBmPP8NY(Hvlfq+%3mM5D%U*NuANL93z5A_`aR{<B{27H+wFhEBTknBSlSg{W
zSnK+~(UTgf?|L1Z@R<G$4|N#3cSbnV_IC-MakaQNl&j5M&F%-UrSPiNf>-8014_;w
z`3Rpllewkk&4kRQvn5RY$1UJ6?$?kjk*7<JHsker9iJ8;M2phejk>g!{!5ByL3y`0
z?2vhzefGviWPHJ;ac_33z(qGvcLtY5O{O?WGzUCOhB-X4D$Lwdo_QvcTfZpdgzbF=
zZL{9HfRda1h)H3q9-!ZGoe)0%be1u1N@)VkU}k!Wt=CAEybd$?(6y8av#@eYSfJI+
zMs}4ws25cz6v;__SGsd3&{_aDJD!$8V~^Jy6o6Q)(?{TFK82z<eElNxrz;ywzHV45
z$a<VhTXW5ZTG%65`ncvZEqe124cb(&LJ5gd)q1Z3TE5QUg}!Bp+zZzcy5xa5oZpH)
zy$TSBJcKP9Agr0f^IX1JF81ZxFed2xhf-f8L@|Z+X-nGFGPiw%gw<68WPO6XCyM{d
ztm7{_EUB3?oUB_mFDMiqH{!TBHa1jz*8_UW>nPt|w|35o$P|_RF<T;4{j-oBGX2MO
zFW3NMS?)7VuP#!fa+XE1*wd_<lw0ETN(7x-#EB@(ZmShw-ukpz=mdE*lXxSGADe)_
zB`6Dh@-=V2xBLWnpt|X~K>r!dJ9wc`oaDN3{_ocs<3D3YGf{#g7W*LwDgxCG(PO7O
z!b$a6`s?@U-CW5$!7huP67GvW1SUexi{_osomS(`r?mghfD2MgZa9tBmwFxhF3v7#
zCgxm<N;JpFeP~wh!0_DZX`Kum35pfueta-tJBsV3TJ&6n7#u^KZ4(UlGU(EiKIBQL
zE$%zRdy5+^R3i9RNtU>ql~06p7^NH-F8&<`@+=c<n88!D7GYGy@aoApUV*W#NTzK*
z)#Oei`gKg@5nkA$zIE20cC;m;mr;~8E7jktnOkD*NMox!brcRR%8RZMC=U;C07QJ-
z#+STZ$SDX}e4oJeWfW$pEe<1MQD1{;C)}H^N0L+W3{S()=WfeaS9I*(a_{t`*Hcgg
z{YO4T0D?Ml+3w72rY6cUDkN7TG+h6;GTzAu{%;_;HtEl&6!5>wRQ>if;hpESB$8V9
z%T2pVCLY{ee1}fd%XhujN13BxK8E9!?%<2n5Bpy>8_7-llxY-`jRi=3LY2bj@$?$^
z=lDE#Qp`-p*z$Qs?PUsL!^b2_ORN=b&|SD<M3*M_D}NmhNnbQ+8iDpkc&pB0FloG#
zrew&h1n&uh*t>>N)cj#JG>ZWmNVqXd(=8OT<LzIHxw{h_6f7{4t4Z{SQ~wxJKgIl!
zC&kjN(U0Qq&Rxej_*c-N<Q0PVj<a_o7+BUoaf2QQ);wL~B#XD2t-Ux=42JXsUifk)
zAeCc;A1Bi<dzHSaUm7_t$~^f+8pj#`F#OBcbRnzuwTH{8m;BE~>)yZl&a8PUTe;(a
zXAY)BvQc%Aa}+<n9+efxU6kJW8d>TiPa`-d^>o#t#PBOe!OT~VGa|DDr5Jm^A!H<e
z<9~}5MDp4+!vhhpYCJC?p(6GQp#&c&$WNx(360CZd?JfLF(yW;EJuy3JJQQyp57G1
z#4t4!1*!$JDp9{D6_!dJ7IoSmqxEVp`+h%lKwLDM`kx|zALpa=hlB!$_&(gk`AQQR
z{|w8m-mfzF#PDtfI{RlBoiF4M7CIiu>lJRg`cxM&O9rwd`2CgMUK>6%!GLB?E@#DB
zZ5cWC`$y=el(!7SSn=Cv5cJKZQPAhta0)mTFYUb&GwVmfLW)^o@|8o(c206_pq-YN
ziLwyj$akA<*|$^8RaarxJ~~gfZ7ZOOf?fT!i994^=<9GHsTeG1TtIOTdsNFWhxfZE
z720Zp@?+T#W^j)M-SiH>7|t))q`OZ!KyGCJR9o5ydwV0LHJc8(tp*Oi$%qrJE#Vh7
z*X?a-!%L59E58LW_ngyN+nVx?tw;YZR>}XsKx<JbIlsX|{@6}~rAJAg+vFqIRpwgx
zdqcT}LhrZk7$pyRl8=zqX1@a0mFYL(6HgE=`3-`0SLnaVnjS28jL$@so#fphLfHc_
z@tj<duswA%ZmgS?6i`%P=^M85pn8A2_kwJ%eZNHP-@(bCQxpYkM{q{#?>M*Lb)Q&K
z8*LQFvAFsdwLc&ojByyGH7jsT&u>;v77ApypA@k1q2&Fnxg++o>1A0faN)3FZx#2S
zPW^&&Vv-cGG2W3i8NgKvOTS*K<9(x5MQq|8634eG#w^wX*&?xKr8~!FX5x-%Vs4rH
zHiS{JBOW5$z8HZ%7eE$+m25a)yWIR2gXYkPKmL^{CeMUqRzO$FQWZus{r2dbZC+CS
z^)AshPMB@a6q~fBMw!HQ1%1r>?;0P?Y-i&vMex_GGX_RWB9{`EpqHa-8<6d@OgT`;
z&PSu`nL8Km+;!kao&)uh%ZU0%#qQuI+P{@>&Ud1OWcSm%z4r*xA*7@PzS~!V<YsvT
z3GT^y>>HU%9A9%`4<iWO?Iz4W3)=)tGPzyhb@HT_Yijhau|!v*XLBD^V9%74L6rGb
zGCjeNKkJLcikHFD@43$3oc61hbt3InW@P)$JY}39Y;rWn?D10vmEV7<;<D$QE*@6Q
z5A*g;tsjev(HBhT+V>-Z#Nkdp(k$?Bcqa$(xOhdbtzO!Bm#SGQ!rShDh-b$!LMU!s
za$cRkJrK7W57A5^*l$azOUZiFRPOh*Jp9reZB06tk|!ZN@ZiAD>UgRO^8Dgm3L(gH
z3L*HDeWut9`MD|kcm1mhs?zs;^%KpmqqEIF6t6zefsz{w0j6(gs6$W*y3pwWZ3`+>
zicV?>t@K}`ZWxXL&T;Mppvk^zuQ%f~wTFk_;Hb@IS|aE{G@U)QyW&S2rf_W3gAf|@
zq-ZqTIM2siNdom#`dJX~uUuof>WbN@vGfGVhHc{DPk8z?wAQs=vf0lsa=pUk$v<$i
z4I`%Ce>mhjmb*&t!*!V9<auOG&_s<H<hzJ&#>>`EXG`GGEYq~%Zf|KB&>kic;{M96
zbER;NGmXEiZ=e#uBK-oLgoy(memhB$hspBf5s9w${N;C$eXQudL9kz!Jt-{_ocg0`
zcDobNW)9N`ohus_uXWCRd}>2z{BBNxiUKuk?I863di5kR_O?C?ca8G%k(#2{v(l3n
zZ^aI}mRMqk1f;^LwtZQiw)@AH&4e8S2yPII2uuXU#3Ty_v+EiC>D^a@Zff19J;sy@
zyNmqv+{sny&p!t#>^GJr>zNr$6gUT+Oh#q7Q{y0@a<0M&$Y0g_aM2#<$o>h_A|+KX
z@8_ZTP3b%O%O|U2^Mk4`A+C-7U!`E`)HN6_F(uGI5cQ=bwcpt2hkpo}_v(ai3<oXS
z{;eY;0R}kMGLDn2$7^=66=etWg>07*!oxd4vRR?6-=@!`$G(5x5o`9O5t`8|kQoBZ
z3RXMJZ24Vq_kPA}dn<ybh(ke|m_7@sUgG!HX9ziyU#^aMJ#DuQO4fwXa(}7Nlq)$&
zHj2tMaR;x>m0)jZ=Adhd+FrnJyjY|{P<TpZBJhrwk|`$7Dy<|`^Jm-V6<}ABtZC+z
z6ca=t^9GK%o$~4p)ZAu8?t3*Vzkoa`MQpgipE-O$8<p72g50aD%~?7NtBJcvC=8~3
zS_KRab(Yo<C7PHD*QE}|9>^M2T-83DDK*xr-V71@89u=<Zt)et7A*Xz7>IY#E1x_`
z7Z$2iWhkE?$ShQ1H)>Hx-`02dhsN!5MkAL3{>gMDIZ(>##jQ8gHhN|I+<iB$JH5D7
z(~Ymc;J4lRHrn;-nbmn27hGyFT{WVg@y5rGEgfu-x>3AuaEF_CNX}?@y7)^+E;;c!
zGgl#HPmK9BU3WRlGASoayY8v>^?U$zxyRk~ti(87t!K_gH7qoEU{4~lR5msrFDVtr
zp6kRNhUNx$t_(5pVJLw~lMDB+cSpSPu3R&Kyf~UlgTMc&CH3zR1?M^~Qm!{4K{#`W
zv^V?5ZR$$9tq{b-s-5K3Q@IId0C>|1WJTJNp#D9~oz5|OR!!@B%f5?zE1&<R!)40o
z7(&|`4}aXEOtv7<tkKre>U-xHUZoSpTVCm=3)qyG>}Y%V-I@Ri4PXh=c_HF8H`?2H
zw5Ox=0j(A)LM%yES%)6)7u;}YgpwwCzBiEnC;&IHga5!xs7=%VR`9zU)N%P03f{d}
zs`}ZPnbGJ7oi{Dm;5b4ZnbsmzJ>~x)mzx#z%K|Df?A^D@;khUl0@suxtX(0H(Au;t
z)Ta^guN=y?nW&IbY71I<`RwtoPULJs>&%zU(x<xPb^c7NfV$iP?<k@@5ZV(>QKDBN
zub6u`U()4~z`c3Ml!)DWdU}O}@@e(j7}By%Bf-l`UD;Xbz~@GTl(yCfY^>Fvedn(!
z0a@<RB-DeR9ntb}0(;h$89wtLLYw@Y`dOkUi(eXPkOknlEwiU$Ngr7~YkO1cFjVD)
zbR*BLY^uUn>J?khw^WYTC;)MvhqLzO4j~J%My>b9fXb@qYWn$$d%YvZyBevLf@9cf
z37-ciO1HBhL$B;`+x{qgR;bhUCzLPQuN%btPkIV<y4K##NPLHKS~`XvORPrMQPy7L
zP*Cr1CcoEVt--7JdGkM<qNa80X_(XB1xgBa|J#igTmzj)gj4$egOZDX1F?LmT7COq
zksP3m+l&qP`F(@bDB<}A@85%cx)M}p^2_FWWKdk(-!fYk`_`5ghBPW_W_Gk+#vxP~
z%m}P@@GRQqy%apO%!p@FQ94^a0@s*t3R9OF?nMp}U=%yg#`_thcQrJbOycd+p|6y3
z|0|qks#2^D5U^G!30{&KOj*8xfvylDa$t;TjrF2EhOiH9OXyEtL+s8C1_WA4oU=@A
z$iMDV!q%&0y*k^<Ye1%3^CABxiPcY6XOu@e&BEzF-+-T+ukBwc=oIU`bB#vJ%1`^;
zSc(|cUERhO@KcvF9YXbuz3^-e)z+4^9Q3p?EG<EMV)YjG)5Ypk+;QShcjj@10k%U>
z@b&BK{R)(jKY(&z?I~hV%KJYxfcW#78<c&N=+qR4qMzSSH1nS>pmhsn0rgqfjC*{c
z_4*OoP~VQ?-{cgGp4V6YQ|3bP_+>XTEo{>rgrU_`2GqpJ__B(uRLTROR~eCCScZjp
zo4`d113$9)lu~AvIFoGqvB=cKi96b<j+KzbTZC2TFS+@Mr*^~7(rk(%#Tq(+%h<RD
zl<AZy0XeBOne_7qBzmG!yp=!iC=w81W+kch=d+aZIanJVTq&9<>3L}$H<u~L5hyp}
zNemOXiJ6!LkmHs7l30e_kqK64)S1|oy*cG?rGwX*yQIu?&5X69Y-xvzs{248<KMF8
z%NZNEGa*t*YY9><L!JpVq#yqt`ZWRb>Ijo4Mk)NBxJQ*(5#US?|HGuAUSSC+KkoL3
zKxp6$<%glHbjK;;tFh{z6um|(sHm0#3Lv)+K;hBX|0p4-=ot12DhqaKKS+auvkxeY
zIag$|&Ef#lM`S_$$qlda1aZkNp14BrVNj6Cf>BCvK$Bc%0~HAY`ghY^eNOjNnv&A#
zb?n;nEVug<=XH7sGk`}YtDnc2X01k=aqtf~bNrGaU)y6<q>EpS<^EEPcGu)#(JHDg
zf<~^Co=2k9%is8|fWMnVbMb;A^<F|DnJbFa$3ODA!>A75SGHP5KWiEOiK|x&#)2m)
z9s#R^jDUPY!4yK_esofFGI(g($ytYm+}8+2Aa#qCRlcqLkr9U0^?z;cz56XK-FE1a
zj|U{5<s&O1zb!?Lkeag=AxM$RtEKQ?P`br%kLK8)4}RJwo2K}E`E}L4_EF!Sa;3G0
zdz7fLfTxx%i47hY3C>yqB_K$5W>tWT4yaP42yTIhnSGD+yoo<vh*O92n0=#Q6pf_d
z@tuCLAPc;bx5>oTXiz_E#_p!;sZK+5zAVF)s<ox+z)xNL1YO6A=y}uKawK?Gr|vz`
z41EG+e0AS*TX|img{ly~J|3hCI{sRnn@ddfa(8!FZ?YW>!w{X_|1Wm@M~336ig8yv
zL%ks%U+)%31s&l7pyV7n47Af6<?>heg!;r{TJV*{$^R&}kx<vjiU2k>-yTTT{-jj?
zBpQ`SO+$A64TogGnuy3adzE^`ZY*qrtNbbe|5C;lq(-!LFu@$6vedqKB~iH-=duTi
zG)wrhb^oYf$Gq%?a2>au5yU0od2HdOf)ZhVh<uG<O3tE`7De?SB&TjhoPduX=?&K-
zH2-;waO5}KxZk`}0Hf^LFdPqiTtj?%tQsP0xi(E6(wGH(DyATCJ^^h}ol2Ld)asWb
z%}eyI{rH+a)301-Wu|_T6F-*e_M}$ay}y=j3tW}K*ERTWdz~o45xw5<Ns^dj-7-=N
z|I8wNmcJZDn(WTSVolkr2z96vn-ZEr&A2dtv;#Iwp>3!cv)AA6U!9>c6fBm2QA;lS
zUpY3+cB+oi8Z-|3KTa6K^+5yoLt?z|{^Or~N@&$XB`YmouXq3Rb^BP~uU9*5Y*lX^
zJ4*{C%)Lw=%RCZ)unO?NkEDluqFu8Mh?Z-jqI+U{nFi~Z!fU3*dZ_W!fP{${W6~53
zB3ZLIH9*+p{HuQ(U|hmx8SJDLk#-r*Tp^2*k&PACTS^|()~E<90jMUuQ%$KAA5D&N
zzc*}wobYAD*Zp;ofeFDS-rx{Jh^wZArY&2j3sr;}w}(uue~G>(e*4#CNoE<{CEvMW
z@V-Q6h76{Tjuy946bBtZz|yDW6;><i<*&6$rVa(JY2oW_zG7v04F4ig{N5=UB>pWn
zL`7j|SYt~fVw*GT9SU1NsQQfsNz2;h|NmJ4n3t30KY2b@2Z0H8Iz27x`w5>g*PsCA
z_v>h53w)@VARmKN;A}e>3o!ty$^MQIkPn3`p>h&`D3bUe&-tG*e4$L)=YC1Y%R$=@
zjd36_Ca=<*L{paZ*6N>*vg%W>==!Y&t71qEU#0>F{rb9HA!Y_+B{<3djx%9i1fB&6
zS7Y)YRt+rfzi;|Pja4_bC}}V;^i)5H6^7h^EO^4^nM5dG=)qu+(d1-&Atf$a|1a7v
z%*B&xjd&AwXI*LwOq5mKO-dq>`SeBuIP9r6h<FYe^h6Et0<mc~up#{BTwx7VLy#dH
z81v-Cp8=I<#krcXDIqqiiYI8I4Rbi=0U`d4b3ITGFw6)C34=+l{XHkp%~LTSP;MP}
z&$0+0vHN}$pT_b0EXeS{jL_pDIRxcOUmo+{+bw@Iuw_pjLY>}&Zl>cY%ztvdwxH<(
z)c?@67ccP!HH!b^^uLb&&s773;C+89`;P8_g!<+T+&knrt}}VV`p1H8;^?Dd6alds
zc&r-pN);T9o?*bL#h~#~=@Lf%D`HMUM`Da54R-b9FvntVMa8O+aG=w*seXcuxas(S
zMga$WkaHv#ah5hhYNAjw{U;XpO3oAEgD#%)WbiwFf!)uTGkj5tT<d8on&zf*K*+i4
zLHew3!viy+<2Ri#`PD>)Ya=Zn4!#XvX--m0gFXsOM+%do7n2fM`)DoZ4J8uVb_M1f
zkG3RnGOipe|5xCREXhpPjKcf_XBIL;oYTv2((_DSC!do<oilU{e?PO9$o}Z_Pz-f2
zjI;g}d$}6?PqP0B>!Ul=a}<V3`F0iF`_TOJ915(iTl|+8y*-^eK}RI<tefnhpV*kr
zcS__786sAX!Kx&2+&_=ChS={5%Jf@IBJ7G%@@lB@8h1b;MaK$$n#J4-zfUc*#rc+$
zy0?eq@I3t!N_nqGx#^UZ0xKY65is=;obPk%(Z{&lZ31DL2`PY|9*ONpfWLaOvtlef
zbev1nQCm{e1`wnAE<Ajd&|`obTsX<qD=#K_gZoG_Vy6KEs|(xp9XY5rD19YDbQe=z
z=fXmm4Ve$#h#LL3No5+SeK;_Bpdt4~`idlvjSkLUdG;f#1wMG*@dHkjIpZ;X(BaIS
zwDk1zlrhZ7=Xl@N>uQay1>#ekiNh(JT}n`!lYneYVpzo0MLjgK>4~@)ylVvZzurKF
zP(B+QNvSPU*@7SX3Z#NPe?a<?C|{0><MW_?k=)$epS^ES8^7Nk?oU@Zb?dgFuJ%hy
z9_Z&Y67Me^9;Yq#+CO`@{_^cdId2!YA2sc_5&oS%`j*7ptH!uY;AW$cnL*L;`hzFo
zK*jI0r8|_d7oMIDqaRf^F}s6f41bb^DpTYM*KNFxStF*pYd%d^VTr9W2y2!PYt5(#
zAvF|F>JXFV>E~E;F0yEI#B!#fIjf^CN#*E-gMhsfIOlkmrYvn~b$n9HkUU2H%nC)*
z-W5m&!*7fD#1W|T>@KaQgLIBs#I};i252Blx#UxUkvb-m)Q07zkf~(6lq>w4?a0ux
zLo{J`<0V(|&I+Pbhk^Syd#ot&ed+Zz7D4Kls*&&Y@DH)CR?CQsPUgvjP`LXUYN7cr
zLe)SOD_dRPpsxLh@&5m8@)_oFC_k*Oq2E)$AYxH;88#L*tfopdx6VaEYsdN|qm5&%
zicK=lz#%jR2~EEt<;leZFtr=UyfT`^&L<tl0=Y8Qu8AlE`&C(XUrWwy%kQYA<9IZO
zGtVw^lZ`04k0>duM-g6y5W)tYnVCv~ha{sHyDB}}%9^wq88i5MiTD%snAf_9GaBk%
z%BzFZHgE>Ci*59X6clCT)9I)+OxjM8YSO6)bo9vayoeYC5>`=SX8{bf+(Q#z=uk}~
z?F<gIU$Rr0GV<jxGLQk<Hzm~d8ci*Vj}t7|K{w0Ec1tO}pGsTjb9O0dJkz)_#C_NK
ze?J@l{Qgx%qB#_kRKVfi)ecm%KRHhMZ9lQ_Q@Hj=iPlyK)K32j6^m^`%__!^<2nye
zB?T1xo|AotifLY;H(cc3J45?tESa$DSOT>u7c}R<HT_(`ZQ0~&;X_8{ypCz)4EwDB
zOj3-(YJtjEVpA<OuInO%7oF>=OSj~zlhu@f&dKuWcET6i&)R+Hh@>heLtb9a&sq{H
z>!Rm_sa)sX?{_Ss!VWB0;)$(rEJ7f1N<Ts?R!DS^A2-7Blk<cN%P8)O9zvlqDh5Zj
zV%qQzPF1ZU7cQm>QwuaYBd6en`D81}|7M|LlZSJoCb?9r>>JV!YJqD$JTWGf*8!}}
zbu8I@>#+V9fbE;5M>@Io4@mSuooiXj_wVY+_s(6U@2=hwrF{WKOovn1D-HrHKlF-2
zvjx6%Kts}u*saoLt0g3f{&cx!qm}^{nwDMucO}DrdM>EcNgtZIL0>LVf7=>`KlEY-
z!*2(vXasDlThvb<>L|S%L_9?(zFt9&-Fk?`vn2*PBxIE)4j>7QU~S>(hQ21i7el@H
zT{}EIfh-NFuR8j+@FAY|;j?^&WkXj#Yex`LX&UERvhrj)qt>hg5D-Uf<s@9)0A^|Y
zpM~WJQ;>xgSsOMrEUBmizy952MLs!@oFu7g#Wa5<D#1jSq~3{RvMj~wCXf>WeJRzU
zrY{gSOSo_FjdhsYXD=8)w=}R4#?#Y5jx4lM%KZR?>)J0aY({zjp@Ovu69BLilfng+
z$e=YQ4cQWLl<(V_`n3ZH*aPU4NvL7I1itqi^?1b}dxg#F|7SD0*@t8cI*FhDXdH<n
z@3dR0vYbfkzMEHsdI+v6)Qf@SAcJPRrPX@#)^7Q}AOy7klrE#tdr6>E>Ba-qkN1l)
z#Jv8`8^8YxY{fFM-q3l>e?O_Mt-bXB+euA)+=4ZCovitLpi{FyKK`>dyE}~oVUEzB
z=m|>S270tZOwP>5#g?Kju8v^+-IS*ac7B{6JP2i|YHtgf$bxe1^A=|cLRcv|`@!P<
zAKvBP>s<?{n&10E6(n5sMq&slauPl4vc{Ok?h>Z-R<T_@V;rn63rlr(unIp>({cGC
zj=MFSq+V%vStLPDk<Qadfl3epIo4l*q%%jnsRW`eYPmJM5Cht!LKUh-B<3Nx*uZ*S
zlbdua9=~W(EL>9gNbZ4?{5lsWgu^lRo%jeFG~5yf6EwXAz;=#iT8`TZf8A%(*Qfjc
zZprx12LhGkphG(>bY)=$D!v&@q-_Suglx>i!}#A7Q+jxL{dOM2kose(+v>Ra-}(*o
zdKr7DAqba2DMQd{3wjSp4eewLIxNhk-@m(DH^LT-c#8KLyFy&kPH4K8@B5qBm=A&J
z2SMCEFEErg`MXkKgHEZKplcZRnKRX(skbikzBTtr;hl+$tUAlUXDX#+HqMq^fwveF
z1(<KGVv4mH;JRF<wXxZUALGq(^Hu|idl*=jThs%-sbA=Kl|ONmrzp1r_R>j(wIZf$
zrrc9j8Ifrj_GOW&<wa3uQepZ|G^?(G_C;{iHsbiv>f%YxC2b)=ZP&<XIPi|2OdFIi
zWdfP9G+x|*Pimk?z>_-7FSyZ|yoW?ABe%&T+wIlRBP`JBU;pYj!{9t-a~2D2>zT>f
z2DNWY=9+_*wpc0X@i4lAu*Z7dk}xP~jGl*s<820`KOSwWo#l2OSuX;p#88K@TqC@-
zWKzSw&}gXd;!xGW1%@aCs@UU~(m_aL9Oq?Dxut&T$bpEikKSqFNm#z;NdwA1LKCW7
zX_{4K?C86H(+LJhuCg1oPW6m@7~L3YO}6;Xw)`2M45Pnh43y}63*ePfqe0}?IZ?z4
z-9~3HqiZ*VgJC-0RDc*P6EPdrY~lBO0N;FpEtA_rMm)4T_!*$kX1e3268Ht0JqrxX
zPpH10eK$r_V|>P`psG$eU7+77Z0ZqDb0|#pMy)yr1iHsZsIlV_9=2O@Ql~@+$AqX2
zeiBI_Mx`aP<DOBeiFwgYQ#AMTMj1~w$S`44Dk4qg*ym|;BUKm+Vj7d+qaTXW+k5Ye
zfxjM4{z>c11u2p8W5)0sahc?@N;<R(sZ~(qRcazLX1d)|8ys7`iNZNlAAbf0cAScZ
z9Z8kxq!6OsVoD~i|HGiU%G}cVA`N5OSv}vQXsU}%_l<b(FL}~sUCNx|;9q#;t3=JT
zmt&-~fZ}*bc7ch_RA(9o+B+rUTfG;RsmT2=!oE!}7HCow*(0fZHK|q@81(EQQ--q?
z%aF`nO^j1fJlkU4v@P`9Ivd<|9H16)1<7QXldMakRNlyOXvk3j&KW+lR7Aj@tN*gB
zRT{<Db#1&GzLR`hfuOvQ9$|Tb3M9o6Hge`kK`=TxV>9?w!HI|0FIuwBOTKMt>t4<|
z(1)qV5hgWIO@0KaK9uFQ$kd@Hbh2lj$rs_!Nj`#ygFv=ci@WA`c{k}O1^;<5rLOCl
zItTnSj#F1&Io;;{e}9LsEXG!excjBwc(`aNhIxj-KdYE|24rEk^n*Wty<G74L+#S1
z&2d?NR1*909Txx9ATAg@z_;3qjw*e%_RxL(6z?FnXq!*|J){!Z`!{>hQriR?l-TFV
zdP7W{L2{T@W?}DglNpu&@KUpUc`Kqcl}4*D_VAI9Bc?Ta%y8;MV5tc74+O>!sgBK(
z^y=^8bO@dz#?u2<BvDW;HrUracS?MbLNhFx)dK@}&ipL0V!oGNpDQW#Hq>wgT@WEi
zQs#Qxj~XD0!1P7dZO(R`Egoa}M`Gb*(yv#C5wiZWq?|{FGzwQL*%p!j7o>QJ)2kGV
zGnM$CS23-NFIbeEh_uiX<{|+{nz)71-L$#ZL27wt+@I62eII%f+Bx;5571;-3rxi+
zfN}e|fuWf>3dh39LlCiD%OQ%%bAc{~))G9eQrC<o%CvQG(zz5L8=c2cPbA)N?~sas
z<Qi&LX%J*t8vqmbdUW6sj?8r?>ttiFi<CMXe88Jlz{AhUmu7OAVf3%Qxa0j~SB&V_
z+%)vDaMm#y5Q9v|of8Q)>5~?1>EF(R+cnlIxPcX#q1xEvd^nhzMMb(cDFIFRn<(=9
z-*Au^I3_#N^njnZ^QHGHbpPyf!c#rBB%o7-WR`x56^w8n-C|tU&6@A1&q~rY<L9)#
zQBF9QO{3F77-yH=TBGKHg#*}$t6OL?o2V&q+p;L~bw>t{P-SHvAVS=Wn>f%XPBls^
zHn})8!bx{iyM_)*@lIKtuRdS{i9NMtvhij9isGS`{vxP4&8AlpX?Wgito5H^Y7G^^
z5yEaEC(#^XGkydc>CZSPBwMo2+%MBvYWv^mNSjtvv;0VqZCu8#jbH;4e`LY6l^*93
zxdexyI7R)4HP8_B>48`NP{WvN$J@@ps7`r#4WamhKb%@?iJCgPkqVwQnz}pdQ=pE7
zw}=yb0%wXwFq_7F&7@PwDQbnP8-)vKqr~+N%%9jMzyuAyaVE^+nCM!)>fow(Ibdnr
zWCsok&@RMWOX{eM(N_NgmM-X3cW@gCzWW|7J?6(2|GbuwSj|}3L*Bp+#uTQ6Ioqq#
zpij2Z&r$DdS!5hE(%`P|mq}9a!E{xSLmdP2l0>0pGMlx1o@bX{8drB=pFRo5$lpaV
zDW!AADaN9%8f7!$GNO`~ClKenc;}W>E21j#_tv)7C1f6Z-59s@b`l<oFSo;)%?KE#
zv&d82Ehy_jdC<vM-uD3()Q6F@5H+MUl%&l1MEwQuO9JRU#qW%9Xz<4LY$bum*woGz
zS8%A*!C)Mm?!RLfs*_!I^A(QHcM>u0y?@TecPJ!|Ntb{+A?L{TaaNa-t4|dwFO{fO
zfd|7!yf*HDk`5(Na5sahaeXH7y9&TG9egN0_Rp}YkSj4DEmiZmYI?v(*4{(6T1h(D
zju+#1HMtC}*jYE+9w#lmul^FX&0TIT`cGP!a$@iT0~HLO9Q;VNPDd(fZJLt0F~E#y
z7HpMlTls`mOvG@mq>X^Gb`wc<Fdb$TRF@YG5b*oc7Y}4xwrhw@r%mFkvw?Vh+6;9^
zNN4ZqJGuJF`7ckipxEo{{JAISmPh#_{BRVeA1_POBFlm;g1w{RQ$mWfg!BO?S5qqd
zT8J%{r@8m6!-@t`nGVb`!;OaC_eO20Ljo3ePUHw5A(IyFkNFMRI?e|)7YeG^c*C32
zNz)#bD3IK#;}+`Qm_gr_qRxSTZQ*tenM>lP%g3@m$+a44jy)@;?7ZPMT>B|KU?eC-
zDtW51aP!6JU}QK@mFnyAQB-%WlGfql3+)Lc3c(}ra7e2o2Flk1&C(EO@s%ATkdZAR
zaT0&>n*Qx@cJHzst+E(kx6qR07L(?h4_P7>q1u&R*-aFmC_K#y99!cETb<amYqA+?
z$u9D<;fFTljfO4vMHB%oCP9LBGbiDcoLEad#2-jkn?suxIjEN_2fw!HCvA2RX>g3I
zO6UAyxlT_cMA~LvM~Pr-<fYzD6=+vgqe>wQV`LxPB|FgRxA*u}{x6;;#U*;13FCg;
ztiX@><@0c=jITv0BU3<iB9k97EWYau-C6#n?3m1l{#4mb8}+w4y01g~Q?LQ@vYvi7
zCBv5=8(4d9<KDt=VzV}by|{CbH}Iw=#D)AWFkog`5oi|0M`7=EUMm9@$0EKtjZ_b>
zQ*xh!l)nbT)$m3?wFKlO<)N4>E3~OGRoIm`sUypig`gP3!<WRLTfp-1r;Rs?b#$*9
zSperUvfbgXIqVAxoN0`6V}(GQ7KWWsuMydnWJK7XX!!4OxZJCMXLkv}D_ZS>;gcQ^
zsAOs)U^R2B6Q9%Vmn#rkQtZwYVrDs)Hgs~0*Y;$Ta|=*lB6=-CsA#YQDnf3p*~H&V
zSo`a<3w(<&Z7VLVw~ui7L}bfLO3}VTNA(HK8hLJdoo{)WSFQ@076)`BOk9eR!NeQR
z2Npt~JYGP{1wM+lOlW5CX&U`Ji1ch}1|Iv_CBUQ!>0_O=pC?WQD7sv^n&74mjf{#<
znUeEdSRzeTajVtvk#e}$0S2ZJuXIQ|OeqB>UkH(1d>?#7zpS*c-<SpGwmav|7ioSH
zN0ursOzPkWrs#egZLCn#)jCo5FpN)T0aSHl=)As{W3{Te?!!K^9RPO+O6X%CjGdmF
z(0OCoi6;Rs!}(M@sAx?$(hN1}-;lz9<JBgMr{b4P7^}fkONDj}ww52wR^yn^l5LoA
zr-CKaWoY;{@iXlYet|#loXUMo?AXgucP&{IfJIp<wgFiRS76X)k_tq2uRYQw;s7c!
zGQXouwU=d@el_9Ggp(WtXyR0q;QuB_Kn76t0e!ZqVu#)l0>8AFkztTc_Xd18&s-k7
zDQbfpeJNxQfV!r?&$u|Ed7J_MEB4fcN~ZWv95rM$Sywyu4I_<7aKcnWnt0J3GEai|
zQIhs@K_)X>OfKlNjUD+?SOHtIzf8nphGB<TX)!+b-Y?eHPfNNb)pBW&)D0i%$#et~
z8Qf}e&?-U$5QkGKvD{{#>iBM+A4m|55EU0)X4cKkQx9ro7%~b_qdodwGNLo3L{fyZ
zCSLWM?T^GKKWkW&oOBqF4-b)7AWYrfSY@l<35D}nUO~g9pFr;aRdeigF<o1aSDwAJ
z2m3fKHnRe&K1HMUF|{SanqKk|F}ie>t>6xDDaZ^iw%hdPr`Vlkapd?X@s7-rS6w|O
zj~iCGCEa!O*mFKaxC-~?bpmu;UgCN(3kbcoV&kE<U?A0DKxcAm(D;7l8(^SC37+na
zGcgDRC&R4_os(cNhv-samHgJEvVZu#BZ>5O0l?<c6<_LP;A@1%hZ!Sf_aGC#UtnZE
zAri(X>tt_ncqrM36PGS_ySqt!|9OFK^{x#v9p=iAWBfv~^@7$&knu4!wyLp3nYH>(
zm{f=R3!EZAf&}nb(TsWk+`N<=ifpH8^v%%K@wijEj&!EutrD<fUpxsS&>IM>FVogW
zeUu?VK;12|6~ehO;4K>7jfR8IF280;I;B%Ll2YO!Y>bad^a?#$(#45VP!7X@L4XZ}
z9yI0;3=pJ+hYx^DxVsTLux~@Ld>KsO3|`?xlT=Hm4nnhH>$obB-gfS?g(ejI-XgN!
z2`*BLx1>!yS(;C<j~-;ou-8YMY&U^$hg%}}gQow;8s*`f9#gn0c6dyqOxT7>u*T2}
ziJOBlz-qT9Il9{#E;&E8_-R|4+$=>oAV<o7vOH~2Yx?j%mxFMIyb$1$bYiGB)gD#T
z$e<n&oV83Qc$T`1WK!M3iw?Z>yCTPfN|%4|0l9GoMwO7ygMw6c^^%ey8V~WDC}{hy
zN%CZ-FfjEc+ji3AvP$jFBL~UxIU4P!n4@vfJhf)-NUUm3xP#%IiHUvK{5G4#IyHog
z8JpGkiV#1qD8&QEpBo`_K8l>-K~zo}{3Fe!u${^9k0zz8C>M!*))p**p&f&=%J65C
zpCJyHV#!CWr1I(y>(vSDYZE&!>*}%!Q+*4CNQItpqnfnlG&0;jdJ8iNVPFWd%)oX8
zL)=#~6$%M7y%Yd!#P=+mU@~;LpOSC`8a2yjFq3+wL56s!aJ#QeFcm4_UqjCqW_&j{
zHEma~>BjE!mZ?soJF70xM<AMoCcy=TpIz}NM4F4Za+>$SI!3=y&pzZ)dO$pb4^6E*
zX}&2i{$ijEm>K!gvaH-u9~dCBEZvIDtA(K&?=Cm5-CSHNq>ruCy#*gI$(Lm>Rhn5r
zu59{`kz+5AD}ji4(2okHa4=|1V_;ry36`cD9|0a24pWNUdLMBdWL83zoxDV?72D`-
zuQ;3I#Qi|yD2f~rIzn6Ji{6^^TOI(b*dt1<3k0!XYsimM3Lhk8qA^mgt)2RLo>{Hl
zoNV{x1>u@*6wiGF7vEM8u!h!Yg-x(#;M0r4TWa%Z@F<5Tor=XQR=R|jG)T_at$wKR
zk>jA`Ek)+ZuW+=Ggwgt8by!BJgfw%hRKkHmHTyYH&)^*06;QXWfR^~j<|tD>9z^Qu
zAnb~4L_9UjVm`&6LNkLZkb&5<`!nKI4@Rq}N;akq!o;1{;f4!Kz;?QOF3AR5Pv<ex
z;0nbFUqsRrq)F>grS@XbvxEU0XA{2cU8@AfwIZs7U{>&dc+e)k4eu1z(wW>(vEzL1
z*Pya%pHGP>mjg@VePT27R*$XR!3(Lg&@|HIZ7|C<X(Zt_O3z~C9Y*B&dZ1l6rf#2E
zgDhnQ#;=Uj(_~T}xK~4!{&SeB-mSLJaq6#O(F<>(z1U)k%$86@Xl<evaMTEIK%=1E
z{jDB(S^ceL%(tG7Q}}EF1lSB6D7`w_-dAUQIY;=8g*o~ekr9Z*M>w73U&aLF!P@_~
z|8uN|>99dFO!r4)3<1xIZqV3%qE_<qEq(0I)=6t-Ty%2qH|$f)QmjI%gA@Y=J*l!m
zhGQ4WV=nJBeM=Ih_B0<JNQA(LfP2~lS_ZCXgorzh;Bq}}3k(&9G0Pwvc7`hS0F0^=
z%kfIxZ;|R+CSOq^>CY^qkkxpMSqG6O7>&c!MACf89rR+;RNoqzfdAkxEx!*Wj?Ux@
zzlW$Z1`J+n4@AzwLc=%-V+_t|MOCmqtgJ&*5J6S~Yim+W;^e@BjtGCSv=z_13^8)4
zi{m@`nKX)2)O7SWFfw}aYI!F)iT#PiitJjXoiYEH$tAijyVD5F#WsX5p-W@o7Gmx0
z0PW=TtSfD`EZ5Q_V7Cyxmm*3(eK_HTBqXL6yCgwX*|F|leAbc5u0a9)_s^yO&gkZn
z#(XI46fSV;m|!AWuFwf5b9zk<>De#J&9@8ggn+UVQf@m)Wi!tTG`uH?>zfTXBx>F)
zADbS{ir8@$8dF+6y(!zZFPNRS7nYRmDylAV=cEPS7&OU8jT9;*f7NnvjhwLjn5ey}
zb$XZ>%$T<o#V4R{$#hK~Qz?NID(PW0<ShQxBdVC$%}5>8UtT<BX2DS2|F74XpXr;%
z*`<60f>Rmz28_ZD?*O`_00n5!@YcI6?kidw`VLg=ojL}a7xeQ^2tA=eGhB_R@dzY4
zifLV+sFNA1k-;A#Re!CYdO;jYtPk^NyhPZg7@6|ea|!YU+eqtLyJmJLuyj*Q<d`Xg
zRQYNSj+el73iDHEfik#KuqX|^VCbX-6W@<bJTj@mON1Rvw+08ed+-j#xzF2mAy~Qt
zTuTc#MB~d=oMy$Du0cb#c0+uGG5E?DlHkP$U=P|a;C{p&znRw~<jnEF79#5eKzo!-
zvF4BBGd|?&%sjC<H;xJ$stB2m66w-HcJx6apM0C)C{pWtUXt-i{u~^m!_+K2{J|Uu
z2m}&NIa@0?msYg)=FpZSKyDYMWmTRg&=6QWEa@T&EikB4{-}WC;~2r0)TPTK)p}~)
zO1tEV0FY9@3d5|zgtef2oGnTDhN5RT?(lGus{BX28ez0>Y%PRazBQLFa^?i3ScG7@
zqu{mzvh94PFN7^ZG!@FIn*Ub<riwt6uU8Yq4Yr@OpBtaIFteGMaUFsooh?DOH1R7+
zQjsCkS*45cME>TgIFt2JRNVuHMgxQw27GYg>paym!m?u<VV{<vD7{-Rtx~IWEgq@c
z_>7n2u22%<L5x9|uf){W@0^p@#arMps%1&sWC;mG18972n5T_|o-;(k)Y_L;o_GJ~
zT^zg+8`~LR@`35wGzjME`{Db{bg_v3Z>iCM&`a5)BUu~wxTvDpBx9`*`urHoXhzMq
z3H*$Y_8#$;20Yl<nTsFPRkd@7o6{5R9c<_n785OY>8n04j}EEa>suC6B}cPUi{a+w
z*GjI7T4H)+-<KqOwr>D`oKRA|K9OE<(o+2YvjFGEQ|1lvJ-i9vw2xF7Ctv%5KI1B2
zX45QUSd2I^Bq_*fQPn~C+8`nQ$n^<SKzJDW{IDc1JY<t`b#gBwZ&IOk{C&{Tk&X>V
zj<Da>&s&XW3)KX2f<sutoq;OU#p%>{_kLDHav2|n(BO)Eu7^JU<S`(OX}+WzJdB(?
zli%cTX8Hlo#8p(cN9J^Sa)mODj6>nSk!gGzfD_xoNe8W@Naam?%gV-^6ZHh|{?)v-
zfvhs1^px)iP}t_FPG+>V4E?m(!a#S4QAQw(QLT{;Zs^V-2R97GU{ECCk`X&J<(KrI
z4Egl$SIL?(lt`Ge`Ov6^J$FQwN}%>@Fb$3CThEHVcyL){2Yc%)y~xZB!Qg&$Bzc)K
zmHZCz%pnWFa=OJJ*2`ung<FHcqEaN%>^+iy$u}*Gn7EQ@lA}VT+<7n*(2r~c(Ihx8
z&JYNxTbFf!zz+fSl-E?Yn1X8A&E3f0K~1F=H?+ucyf6hf934ENWZYR!wc80&w>bT$
z(KiA(L!LxcbTDkN$eh`JTSb}@D44Pm0l0;<QpIkIH>oVBr(ZEawR+-m$UjwtTJ{Ah
zgzZ@qz6IPC6Vv^b`=S23(Q=l>WtoUq*}bbIGEqe4<baKd^u&^Uoq}gEpXXIS)AqLF
zz)GvoNrjjsivN#d|GZ`z=`bu(qSwnO7D+OTfP)`H*fdgd`2;=AX5mI~EPzPCRTkuc
z0(4RWL{By<c;vLwu0Us$R0r8}vX8cNXKv+jnc(kkWM2@m@}Z~gp#xWr_+?oKuLoWF
zXJytQ`9n4>cr$6%!@)%DPbR2fT61t2U02YPaVlox+Hfg|)p;q5L@)Nkh!$*NbDQ?s
zqP}e71aA^^;kP=pgu`H~>bSjI;zdC?X(?*6_@NI7_W~uX(PE8ou&d=MPDQ^&EI!zx
z+e%I;<0f~z-1!l)|6+jW?@(BkVM;9FrKcG<Xq33lTo9i-`Rvt1JwD}ge~*`gOwLS_
zD=Q!pkEgC%%KYpsxIc=gW!VzqE2Ksq^F~YS0QCD|Umbre1m{+m!;i8GL&wE^&df-n
zz@X`LqSU#~)UzDv5#xc^Cp1B2Iv)bk9j%1P!0$QQ!m%DaD=JfF1*qeeKn9GqnObBT
z0>QjPFgTZE$X%CINWHkQsa>#~a3)*{8mmGmFqu=p-HbL%u_%NUcw_=OWVN)2E>)+M
zRr!43S98tLp7M(kVKP4yMxZP{Q0Kn9;LX7xs`^W|z$9MwJz)*D^D<wRjEd3;AiyEH
zAe_o_ZkJd(k(*BcI1Po7v==D{hnH|TgG6QTBs0@uq#^T9)kA71qZLa6)j!9RP!rPu
zu8fyES0vby9|TWm(Gf!yhyV>p0+BQ|(|Sfp4PB-zpt7SksjC6cl<Fcj7`ynL1qZnD
z&-|y*xoUZwC;?fV|9>TmI~*Wh`13|WHD?sGKBIMvm};l@>44D|A&pLhXEHU%)WD;+
z>C9}S@?%=eGPoZpjc4I-<SlcRs!<d0*I<U<jEy@ai;=me@(TxX=5Lgu0ZR=|Axn}p
zZ!fN|ZMr>+mcWEF`=Kw`lG?b`C6fZw!IGA?7f3-oOtKhh0b>jc8b(+H-N=E2YIZU$
ztbcs>qj=w%E|SRO-r)W#oXnrZSmtF*#1r(q8ai6K6wTku1Twc&ZW=&a8L1Ivb9)3c
z5y#01=2t2P_>}9!QYOBZ<*M!!kJJWp1Nr2Mc@tkBzy5&?JtdFldv|=*@FBT@k`LKH
zn1qip05v4`b9NfYGaSnzoTZD682pVnada>UfuIYQD&%uu4l~{XD+?m5tRDQ1ZdeJg
zQW|vm$k05#-Rwfxa4!xvyqI6%cgD(`#GHXpF+)L}Hrz6W{<D$Q&JSIJ(h@F|hQ=Os
zI>Q=5^h5fxNafQnXF0aDbE{mW-OENKRmd)u*d+IkMKUuoBk?LZBWm{LrYd2=;ga1U
zIcp>k!im=sz1;xZD(PbSnMU|20|lZW&dJo2hA+4f{)u54m@_GQ>LfO9;H0JkQA>I6
zZj4)P&ht)3=MJ<BLq|!w*(0*Gq=yE}IzIB47i~zyHEh<p=&83r5h^+}&CpC{J@|P}
zZ#Z!FieM;jPmd?Ol4>wV;h#eCSz#gkR4T-vSQ0!!$D0qvVC6sAR2n$Hg=A)U!w^}}
zV4?&a?JL8Z7jDt8z?g|N1>y5z?)n$PCy*8O+v%qTaQo?-D6uKVr6QZPsoAp`-!5L`
z63&Qr+P{FDg*<VgWjldR{#+l&%TJdZS#t1ZOpMrl3z|Y2vY6@o<V)MhWaJrrBg)DQ
z%`Be(r@OBTtLlrsJxGIqfP{1j(k&(3A<dBxB&54rT0laO25F=_1p(>qJc599hjeq-
z@%MkY_vL=yeZ4%fH*4)ZSIo878q6^VZL;KW0^WBf6gsGO%nnlF03)Ydk7u_n^Lt6u
zfp`PcywjYW>G!er4@gWeOv8w!`aFC3)eX_?UU0|=g)JwsHmBY_Kk|Z^XJ{mFu_HcO
zp`r?8{q~mZk<)-(7G4#Sf6?ma)}5i6rsxb+cWP|ehY<YiT#Dh4!%UG2>-?<5wWmm`
zbZ@`VPABp9sLbnFHIyn$NPWz2v@Bgypv#KSlef%iP~;EVxmEAiF!64uswjTL80*K$
zvBYIz>szVGplNqeB&TPLJDd<HVWl>qm;Ct94|DrX*55NLYw5s85tV(YZOxHk0VIPj
zGQ%O^ft|1AA<bPL(<$a`_p74ijSSeb6-QvB`v9<t_qon%#|b|<O|?E)Q|}cH7_lm)
zKFPdGz^=+4N<6_$MQzchawVZ!*Dd?<r>C!;hWck^ZqvC1^xCN?Ni}Ie$aI&bcG2S3
z0BOLBmt3bT=g{Ykks1Q-MZQ?$b)9$$E5nq5H#kBFv8}jaKSwAaPwV65e5|No5;_dk
ztWU-9dm(>nb9>oEyzMT6bK93;2p(q7Wc_49&=BhtLJ5Y=)vSrW#kUpXJ+ay^&rx4t
z974`XEa|S35SBM4TJuSNI(ro<P2{y+Hx*1;Bv4D8MjSoi+Lp?uB*GV?&!}#v6o{R$
z+8HYD5Bb(VLw-Ji?Ef7L-|4r}+-I!%Ki#5+lI&0Wu00hwdW<iEtKOsw7kICDfZ1dY
zW|MA?`9R<3qJt=8t%J=!OM+j!Q*3%vOSl(_UQ@$bXPA(rU0rj4(a~<3h9;$?aNMNO
zHLS((#X3DJb1mtC)UVja`e`OAF>SG@jP&E)hC*CX5*Va|0k5<oUtcZ+@+3T#x_HL(
z!wBsn(MdEMkzyc*U$aoJVKL;3y9GwSL`002rX)#3$%x3^4$f%N+oH~@oA&UralA&?
zT7$LeXWX5l{R$annL4kSDZ5BuUR2LYWUi*M^s#K?QT>!hW4Ur`BIh8q0V(v=WESKg
zLsp8Ma^lK_o>~a+A;yxE7m<JPvuUbGnV$hlv}mI8F*0~hV~<Rq{rD7aQZFVKCDYFS
z)B^KRCroOgH}c1IXMyWaZ<~mIA+mV{m8SizLkl*arPIcS0X5bt9aZ%Lrf1GpwI3C%
z$;&4F=DHH41?7J6xHlAOMKOk$lZ-b-_F#sS#47PtDa;KvD4C@xDnodbo^G<~5zJkL
z^T*@~n^01E_gX=*1Gf3-R#Ez85h2ZGNFi%E0q@k95G(ackC??_vl)=An+20{k<BT~
zLkdLfUgbwE2P0h3_fb9ZGYBDdW}{tiwTqNK;y4+ui7F-GaR+GEnFlTxzqi&cEfui}
zO+bg)Vj_G=fh}tzo5jU;zuKnxdv7UUzO5;(YDP1jUnTDqiLS_)j`HcmihnI{J{hUc
zdCa%Tt#1!a(>Nf9Do8B>67hWVtJ9gRNb(Y2sL4erezpm-#lFy71WzfiH;J`DynLMx
z`ms=ro|$nan<1@LyHc7&M_AdE)r^s{SVx__^8$Or*vIisI{6k9f>iFk!pYB}JqWy2
zo=n^H<TQk@J~cISY$8zMB|N#fz{0}7entm*k*i+|3xbu!I~TteGCQ57ylbm9k=cxM
z=SM*T`xQO$lj`ls%|&|I7H!$8=yIF&0o3A>8NE{B_wQrA4$SG653rW&><-1~5h-L=
zQqgZ#_Ay&m$nWrSr?~8o8HnB5BIR)U>DHN7WW@yA{t~WZ;)o0#@(j3z_{UI{KFCw}
z|FHvWuk=NgEZfyq|70{dGInnpSk6Ghl>~AClk+%X^vKbbm#HRphLpgX`3(+pDocsR
z@bs6WuDlPX?h*X*Ci<ny@|Ic*`0Px(&C<Vxb+r=N(xIDq{fjgR1&zNTrKpx%n-)X_
z?y7E->%KdjBl%P1{N|Q&O9K}H5HU^KwD=?+n~g7@hmk^8%Yqpe-1gYyIuD&%i-eRS
zL(9Ht?>nXMXJ?3WufH*UO_1Kl^x_9n8q1G4+dQUR+*R$q3dGpj`19uh=5!<9eTXmY
zASXHgW<OUv<hhXKwkWjhn?|r;<ngoEs0a>=s@W@CiMumFPh8$V=8aE6q{*?2i*7z-
z-VEv-r*NQgu^|T_`q%qE_PXk7A7FF!=&|}Ve(Oq!6q-aQPHb(Jsaoz(IZi#-NpXbg
z=S_rH?HU~;k>#&kV#z+*(FO5p<lx0A!%%QHNCXwDnedHdUh{cBN|($xLQKatR*1%o
zGNwYNWBPSMfcB)I#e9u7(_^Vto|f4}hzyZXIXJp3mvcR=C!RJ@^it`Njwtg49naga
zsY*f`7NWdnq^~CG_%uuqQ(HibS+71~pYt!va4>X5h-6D#0^5qUMbkWuK$2EWe0-C;
zk&`Y`&smc9tEf?()b=Mc&CYEq&u>{I4J2mbQ_|v65EfWweCM{~Tpn#=hWkpbysW1A
zn!{t8Q(wAVlLj#`<!GEwaiiM8WjYp1@pPY%W>+WN8lGwL$A9QDE=qeKMrIs}`JMz3
zFa1gzsSZO|e3;8kW-c39)sX(sKaffnH{`WigZ#wFxlG>a2O2s`w}im+*BF-3{iwu9
z9CFu>XGuv2#gOBX4>gHzSRm(r=uNknzLFzVqHaGPRMmca5{~cZFxi`qjEV=XFz{Ut
zAyQ7|u>>lp6r9FgKtFD_;@!__sPpECv^e`TTrQ1v1w>!lECZR)NLT)Y@2g(h#Xi0j
z`d1o4sCiABp`B{oSwU%x-i%I@rdDg6c^Fy>cy6URP;n~?8)m<qr*vjm%mfV|>ZR|l
zMWh<2wMKU0UC>p3B+XgClKC*ZE>n^qXY1mJwQgEYf|EzA$Q#ob%e=JjSFp*VkyH&%
z`YmU_F7>hhs!B6C+nJ7IP+2tjENnKKA?&!)1%ykFffgF^E03dr1ZEt;tt<l)z|J!U
z1xG<t;d;`$#ZTlJKo9iqYVSjT<}HxxTX;W62?XJY3_RKspNxa%GN@$SrXTtgOo!d1
z-|X)<R`W$fHH?%K3gQaZ6EI}_JzK{SF~KNqo@Q>hxiKmWsY_&Mwz2X=bm^}6GEV<O
zvDOzFE|4NovW-lm%*xEmj<Vf%RzMZ|jd-X4DN9J25!cv@(Tfn5Gw}r`lPQ-t%7eNU
znfn&+raNCWDFWE7VzPbz!vMs{?k<)@-}l9+9s^~fp|1ipH8m$dvTM=m1kkvQe}8u@
zgBgJcNjS?81i_2AY>h46=u{a?ySrbsTr3I!wJ)eESkZpqgZRjlZF8T6r&CtE7W%M3
zBmI+W+YkGjganV(p1BRyvgDhbDtzGWvXQ1v>2y)B7?EHq;7-u-Rwz;nSG~1Uk18zd
zFtSWj^f6?V(taeCyE<kq!dvI~+vpE*7*!6i@&WWX|9ZTJ%@yckIFro&_xGw7_0=zC
zFmd5Aha!MHcF=lrFsUNyTf!}{8p#bU(>=3)IJa+!gi(f#rJIt?f68DCwU3&w?$}R=
zw3I)r!V-A2RQYJl3y)d0zH$ze1X+GUizKZgjRw7aN309?L;sVVG%KAarq<pqf+lN`
z1y(OB46(v?f@oa|JEuL4Ir#9OPm}aUX<u(MMny|n+vk`V{(+DFcSjRhSy|}f_;{7&
zWIo_r0R9_-(9B6s6e&BPS%_Zeip~)d-onM4fMnWkewy7*y8HH-u)7VH5H46V_QgyF
zmWy0@oPQ4Sf6}dj-fw+`Zj3c8aw(L&o0v^)+Jk-*!+neHh|<wd=J%*5`5{HJfCO#S
zHBu>W;CDy#xf%DhwkUm8(T^vQHi-t!uIAI^bdR!go>(Otp=<L9F4mm}j>z;<&irQW
zZR?n;vqmrkLB%?re|~}x^g|9@1NQ}2plG`{j|?<DuYYffG%S6%nTEFh?I8`tq5J^!
z?M@dNT9&1@U}a;?&760U=Et&EP_)tm8{R$kQRcFTb7S$kW;9;SP#tnT>hO*}GwCZv
zr42HZhYm=xi*&x)xs!j);M-FAd^JhtRQ<z!kc2zmOX8gT{d8fPrp4y>)4<gv1CK}i
zbBN2`mZQSXfxoOPT2A+{4S|R8EqbgbbD9vcXmi;8{tkCVAP6QQE87bfVtcs1F;95s
zwfzk+HhqDT@XcP$Xf##>Gu&3}Qze1sanH+R)Q5$5+v$59X?B$9Q_Xq}yoVpWRzs<>
zi3+5;iCn%4WMTZaGPbfYIyxu9FX(WJNJP2oNCYN$q!a_@%A!PosNU=9tXB+w{n62#
zd+NRsxv{iZaPgDblVslQnah5rxEqtiLAFbK<$2ufd6KW3er@h|ZqE1HK@xhEsAuO1
zs1t0>M;)!n+ipN1gM2=8gT}S4S5RTFPe$^TiNH#!sD+HgF&`J<uPn-^nu$iESBhN;
zwA%xp_j@y*>xtuF&VND+i+ORGPVGo#XvExg-)V3te`)CErW$z_5tk$~$a5XzhZ15T
zLE~N3J%I_d$GbvC0;AI((KMZm2>m<?Vb>1f^EmngWSX6UJ|7=<!qxR|#l!TwyJ@%_
zF%a&xY1yrYeG_$cklunBplNBR<sEC<1qUmbIzzjmZZEgXs?!W-!dZ)=)ve!ZVau!<
z$GNC;8ukzjXg1Q5J~GJ>7sxG`8s*U=PR}!9PZM)&vh^06lauDhtH8#COiV<4*7K6L
zryhz%2m%hUOL+t9wdrTBXvX`h0hgI;XxX<tp8`?b2!>->;zAr_V1n}5z#M>%sQEfM
zIXQ^oz8QVE9Sy<}(Z+oEOZo5@h;jb_QOXV9%)tS?>L%NKAWUWx&4j${`0d9THg2!h
zi!X~wbi1tI2I>-O&`ZQe0{f$z5Tu!Di%%(Mu{%XK_KBHAzGcT4&v(r+-WB3$tumT9
z*Rv2i4nL1eJz2txu5bS;;H=C~t#b!gDFsLG2=>;?a`%?OjJZl9M93+H>JmnP2H>G3
zU;P2>KXgdx&&Rk6Ai5WjsnU2XC$Jw+F~Bz>e5ny6lbb%d2SfFxMD^8v=jt^?6y5PV
z5;}*Np;S^5yaZMaN)j5ZoNcLXB67n1#m}0`Nb)4!+Gsu<kf73bnoh^nSSVs$Ii_Y!
ze^}hOUD#+`h3OCrx>)cQ`@$-XIzw^Z0kOW{jn1}Lw4YybxooLoRV}fBAmlwTCtHAb
zz$G{5j)7RIVOJP#BHF|HyZiNVS;`h5RqJjT-wH@Og7u`r8nT)L#k(N{aVBN230yo&
zC+hhUEE^S&zp4fFTcuEo&T~|lBtDKCP%VOXeW;dJpm?E=jAW1%pDOLNOqZf7KKp1G
zX+_-_p%!(Fs>ZF)*}$vcyZ)7Lc}<q2+S6{}6{*7;fMH$h0QzV4o!?!Gc}9`ER1%9$
zwcSFK?csS&1e<QN$6v6Nmpw0eQ_;FpT*CD^nbhvP(OO?@L59~(+K(`Oj8T?V817e(
zYd-ZQwL<ESIoEbuL8MN}9&@gYS`uuf;CJa6gEwykv}1Jy3ZMiAuCLWLHR{?^8K?Il
zLpjPbjL&_UMyU^25^588EFq9um-eb*#m~bGs}7L=r&#!sVQcQeW<WClI;U{T1$+wt
zKK!C*QyL9G#1BNvKLC1}0FoJ`4e$+k&4!YJ@b_TSTc`e)%C1Lylt05U7wnp^_g{@d
zzFSUJnOLx;($A>j@-=<W5BckS$gZc=H1K2adG0Xm3mJ(-hgHLq?O-OKkE)aMPeT&Q
zSwz(aa{JZPxcwjyy69f^(<calV(}jWFS)Hl{l%vEm;cCYwu5#Roo+h-W#gkZS)g1E
z81OB-<v)P*Ah!*y@)@_;Td?BO${t)Q$9W$#ZUQ~yARzXs2yV^-+Pl}3nyfyc=)8I7
zTZg3$w2DbXA3ytYb$IIcoyKL4O8M1Y+MwTiX``~@66vT{b02FgU{wlEuBj|HUrWi&
zA|7cWr(g$+HA&Pt$DFc-$5~wCGC$w;8Drrd7?e@j3;@Pix*UYnfZe+2@~1IQ2enn^
z)S{A8rGqw0=?uXy+Js7Fx$@$yv}Ohj6Ml*XlS)Bmt1~EryG5m4E*Zh{#CjHy17XTM
zU8FqJxIBV5R%~Bkt53HanvsFa?NOyhG!;B-Em@<XQ_U&jt6~<<Tb+j7&*ymhGNgWM
zf{ylw!k8w*2IA-FY%{RTlhA2PQsjFa+FS@<24`AwVZRQJ8bM4;5<nJ2VR^M(Z^9=t
zI)ximM4MP~iK79v-nTJ*v`>IOe71;K&mVa}&q`*?)tD$SC+CUB9vh`jL~m3P@C(-@
zq|mzar!?0$DMpFaVDPxtTPZ6~w}{8GT5$~ER`SEGthijt&wA<Bn&f|NAY~+%_bY;T
z8iv=dDrbKxk4OHlOhcbGm`;Xc<Rx#6Znyk<7o%jY)X$_`_$3McjtWtXs4v+w$GF$q
z25!m0f1Lqb+8dpVr>eb9(Wy?*qB;Ar#;u-aoKCRCtkkDYrCNPfrS2>>$F}=Rxw0z#
zga%e|^4AHd{NoRJpU0D(44q>&vO23uz<1L_!$OI?>Q?q4cCa=08%wOJ;!OYUoBo=a
zJRQ9+XJ##Gc@p$w*0V&}BY%EbJ+C&%HbXH`jFN9q3eZS@L~e^ZS54cf;?4#(iS`)7
zqb@3<`+l?C{m8XW_C*|TN64O)F|lh!Wx7IN%Z%p)62!YQ`#JVMiOaT5?Zc2QxpJl_
z!CW?Txp(G=)Sn7to!vbq`@!p#Pf^dCIm+Z$Yj9P<Sc)=RK&W^SW31QpDPu3BphScV
zpkcZQ%n5NHkEsXg@eh#@3{7?dhNWeNkOj%^5WohDFQR9vGx1?dRQGFFFvc!p&CAjp
zH~p#(b5FrAmlO^&<{*rD@z+R3!oE<S_kCtAgG|A8HFD@hVq?i(h9}%3egGZ}#Lr$G
z&heDKIQ_LEq-*W;TS3gIE@L@i&Q+>IP~CR<L47!%kZG#MNzM|whU*vpIg%juJgC~T
zJcv{S=aK&gfpP%0tY7fIr<m^;MKRXpRFViANSE+%L)%Pe#+jD2IyiQGjWlcP++?DD
zPKLCQtcMqk)qb4RuHZat+aPGg*m9^1wjbIhrjnDQ?mUJj?CUzd-w0Lj=_tm3&D#Hb
zK`*V8x<2vmSqrh;<Y+jbrEUNkghT_!#(=Y`VDM^m8HV)-4DfDD3O@1~i@Ltt5Om{|
zTWbbaFTBsdj9_-3317}UyH|T^=w;c=mSCl4w-m$y!-e0C79eeIkGz_&t(UnZT@@X*
zKIOzW=~_xDoauHygfLD@=}3vH@3?MWLpPwEt&NnHrDI!yh4AX|k#v)VSI6FYYi6~e
zh8I|@cU5v6rS;)S!rQ3f=^f=<++26_vd>BhR}xkF^en{zgi+-|sc)J|Azn?d$O}8G
zay?r93rQp<-rC*~&Qcx66q>_G*{){eY5izdLYHc1kV!1TxL?opd?1D0$IgX(s`;4M
z0sdwTxC>KdkGpC&JqyX1S;kkQeqLw8BauG=fhb(5HdrM2<)1ps*u?kVN+*5wDF$y&
zdqaWf4+gv!5(EI0f^5%_g~%MXDd8)n>Oh$HCDj^9tkDt;K-3sWSY=**n(?ZfQ$7~M
zv~X#u@m%K=)<<oy+5q6BJG{*#@Gf&9ulMQx*-+Zfqmh~uc@@83$k#jiy(Kn=v>>_2
zRF-2fc*+TJ(L<Z32^+<KW95SXL4eGjx6oy>&?GCsN|fZdq|OKf^NWn^l$O~Qab(Jj
z*qq|1PHHkVfDjE5Rdi^>mVp!oH@IAK`-ciY3SsIS7nO%3=!_a`?Rda)r82FtG%eRa
zyf}9z(U&^OGIm;ZFEj`ws$9~mX=!@P%UtC`sNqBxEFzEq&|>qP0_!elX)a`?O$US5
z^b4C5Lb1&6;ymsJC!}oGmZGAiEkPtmTEx=)q;FreetzdNu^fC!d(Ts`mvP_Dgp1--
zj73>mJ`s|tS!9UF#5G({h~o{q2NRMSAq2@PxX~B#a>NcbG0$DM%m0B5yfZyAqa62m
z{7Yuev;swKWcnu4jF^?Fahc3x5%z%FXjBH#(A=e!sMdn)*31BtKiQmTmFvtIMM4^+
zxXInpFdR4X*t}NLu2SlkP4`d0TT~!oph{;IE8H$09wL>r4+Go@#%E~5E4R8`9U6wM
zRQCfUQH6^c`k{}+oc}(BY;E6nrh7ie4$Xyo2<(buMy)VeI6LD?`z%4drqHBS`{%f;
zh028y=r!*qoP{f*KMwqJ=)m>{q^NR3@-jNleo_2!LWr1HjhWq@9Om|ss(((S2NUGf
zh4Or6`1i8Io<a=RY@slvMvzXbTwy_`=-<%J84p%vFcyuwB0+eF+=JpWJC{8M;V!B;
zHtFh-yX%0j+BZ-UA`@ws6ID*@)g;T)By;MbcT?QC?9i+wHqbIp9-SV93Vr3gg4)lB
zUI&4o^vX+#YuX|D4;%!AcPgsP;zD3=e?$B;4m#bhc*wD3-x-fxzHwW3(4(MKXLXU@
z@+g77D#F*js$kavV!<X-Rd5p~lAO}Hyd?@-X_O&HBoWq^eO0-_7l7>D6uq@A(md`O
z47W7wXoxF1AZlY}`{>HgZGF>$|C-w;YHZnopUn58crM@mz;gYq)uB~3vqUJc_w*Tj
zN`qhc=bqgehF*iAgkO;PqA~pYdoAy8o*i%<-6|=1H0wg+!cT@RyVO35Mve`tZ|MPl
zA_L=720l^nQuQA}Z^CaJ{y{i{m$0xt4a%FhBXNb-)9VcXXNWBpU(|o4RL{@gP%J1p
zo^-_f?~VM|0I&P6>c5BgLb`yuJ3Bb5$;Z*}1Gs}$CNf#n@BaF1x1q&TCvjn6A*^x1
z=~uNWfQKl!-uG33tR5h1z(KIM<?Q_wLin}#jy=4od#_3jTD$<c(i;#WL4E-S<*%1(
zaVm?Bz2rftI0j(HE{;lG%PQ;xsHgDULI`b6U2u@&db=RgvF90(6u-S1^}FZuJK<Zp
z8gU0Y+-GJe-H1!Szu7TZ*e;O$Yln&dav&z#WxvV?r-!=>oM&8g@xXFSP<d}}ulZ^t
ztzqsK?6Xrij5<KF7za>BFFF}qWQS6C0Td49+jk(S4QKR=-Y(-T4Q2h;6|nyQ3;5!t
z_mnm#PFZjpV01vXS_oiTrDRo(t3A|`AAh?{zRtX!Dv;=hrwcglXZU%0JZNt=b}tr8
zAp##~L=1Lt3m_swf`Zk@(b3Vb0b3VVx$KXKz4h%1=z!k`QQrOmyk;#UqDmkGUZK}8
zLMZZZdm<T%y}%fB&iY@g#s1|E;qbXUDt)Co4u-~iIS-`3uv-QSOkbTxN_A?0$~d~W
z6*x-HISeMUir)YIOvI}D&!T>D>*sT9AHCsIqSs%7!wl?wGjy)NAr!gjM6qtUK=f|A
zJqQ(kNHS%=0~p9Y7_Ni8y|(}s0Rr3?^r-tdU`YWJ3>DJ0bhog?s#m{P^6qX2&gM5L
z9!}<5h2u{ZfY`a*8LE;gB3z1lF!Mh(z!~HGiz1r<fUP!0(&xR0;r#@-?uv;lS0F#q
z^-f8Jf%7o$53`T<<o`9*y?gfOy{l68eM&{kxh~Z6WMde@VKJ69SI*XYxdO*UDju#Y
zO2kjg9LB^^S@oMv^_H#)A$zc_JEVW3S@pvhV0k6#02C2vXI<|mdN;&m5359gSeeWN
z$?*dqXzzD9k<{t}Fn}rSS}>3oKOgRv?hf2*j=@EUox9=KJ>oz2gz0kvEU=34Qx5S<
z8`#lu=bQ4kDOw-aVr4&Klcyp}BL%;=1jA5HkhIzpg$R)XIK$6I@Q(Y_0#V>e-ZdXT
z3!lR-|E?k!qN41J9{GC#M<KT02jlyuR2!aTtEgkX)^hS@@uC$SpWbKR`W@zT&^0N*
z|AZF*VnejS7})#W%$LR$WPZ4g*HG30%w!?p9)J?h2C^ssq~!|K<+GiuRb2)x-P_u_
zTw@Sz1X*Hi$!h&Ts1TThC?qrG`a+(^Yalm6rt6H3NpG}1cuckFpaH;;Kz1*WsY11E
zY?^Z2I;%ZcRhgjYN;m_UvIS&+K|Tznw3qvTdnrZ1JQEZYgyX$>c8#XsT+IwEMdQSq
z=dut*7640<NgLdNX5iSek;GM?S6Wxe4==|;MNUDIwmB%oU#kRqHqlwERl*g0d3WgN
z2N0rYa40+a(+)qZX}!^}11RD?39y<V``>~|a=^0s-=c^AKR5o5h3kJ`75~2|(DQ)0
XE2Z}!g(PbT0YCE6%2MSLhJpVJKUj!F

literal 0
HcmV?d00001

diff --git a/python/demo/documented/nonlinear-poisson/demo_nonlinear-poisson.py.rst b/python/demo/documented/nonlinear-poisson/demo_nonlinear-poisson.py.rst
new file mode 100644
index 0000000..6682cb2
--- /dev/null
+++ b/python/demo/documented/nonlinear-poisson/demo_nonlinear-poisson.py.rst
@@ -0,0 +1,220 @@
+
+.. _demo_nonlinear_poisson:
+
+Nonlinear Poisson equation
+==========================
+
+This demo is implemented in a single Python file,
+:download:`demo_nonlinear-poisson.py`, which contains both the
+variational form and the solver.
+
+This demo illustrates how to:
+
+* Solve a nonlinear partial differential equation (in this case a
+  nonlinear variant of Poisson's equation)
+* Create and apply Dirichlet boundary conditions
+* Define an :py:class:`Expression <dolfin.cpp.function.Expression>`
+* Define a :py:class:`FunctionSpace <dolfin.cpp.function.FunctionSpace>`
+* Create a :py:class:`SubDomain <dolfin.cpp.mesh.SubDomain>`
+
+The solution for :math:`u` in this demo will look as follows:
+
+.. image:: plot_u.png
+    :scale: 75 %
+
+and the gradient of :math:`u` will look like this:
+
+.. image:: plot_u_gradient.png
+    :scale: 75 %
+
+Equation and problem definition
+-------------------------------
+
+For a domain :math:`\Omega \subset \mathbb{R}^N` with boundary
+:math:`\partial \Omega = \Gamma_{D} \cup \Gamma_{N}`, we consider the
+following nonlinear Poisson equation with given boundary conditions:
+
+.. math::n
+
+    - \nabla\cdot((1 + u^2) \nabla u) &= f \quad {\rm in}\, \Omega,\\
+    u &= 1  \quad  {\rm on}\, \Gamma_D,\\
+    \nabla u\cdot n &= 0 \quad  {\rm on}\, \Gamma_N.
+
+Here :math:`f` is input data and :math:`n` denotes the outward
+directed boundary normal. The nonlinear variational form can be
+written in the following canonical form: find :math:`u \in V` such
+that
+
+.. math::
+
+   F(u;v) = 0 \quad \forall \, v \in \hat{V}
+
+Here :math:`F:V\times\hat{V}\rightarrow\mathbb{R}` is a semilinear
+form, linear in the argument subsequent to the semicolon, and
+:math:`V` is some suitable function space. The semilinear form is
+defined as follows:
+
+.. math::
+
+   F(u;v) = \int_\Omega (1 + u^2)\cdot\nabla u \cdot \nabla v - f v \,{\rm dx} = 0.
+
+To solve the nonlinear system :math:`b(U) = 0` by Newton's method we
+compute the Jacobian :math:`A = b'`, where :math:`U` is the
+coefficients of the linear combination in the finite element solution
+:math:`u_h = \sum_{j=1}^{N}U_j\phi_j, \;
+b:\mathbb{R}^N\rightarrow\mathbb{R}^N` and
+
+.. math::
+
+   b_i(U) = F(u_h;\hat{\phi}_i),\quad i = 1,2,\dotsc,N.
+
+Linearizing the semilinear form :math:`F` around :math:`u = u_h`, we obtain
+
+.. math::
+
+   F'(u_h;\delta u,v) = \int_\Omega [(2 u_h \delta u\nabla u_h)\cdot\nabla v + ((1+u_h^2)\nabla\delta u)\nabla v] \,{\rm dx}
+
+We note that for each fixed :math:`u_h`, :math:`a =
+F'(u_h;\,\cdot\,,\,\cdot\,)` is a bilinear form and :math:`L =
+F(u_h;\,\cdot\,,\,\cdot\,)` is a linear form. In each Newton
+iteration, we thus solve a linear variational problem of the canonical
+form: find :math:`\delta u \in V_{h,0}` such that
+
+.. math::
+
+   F'(u_h;\delta u,v) = -F(u_h;v)\quad\forall\,v\in\hat{V}_h.
+
+
+In this demo, we shall consider the following definitions of the input
+function, the domain, and the boundaries:
+
+* :math:`\Omega = [0,1] \times [0,1]\,\,\,` (a unit square)
+* :math:`\Gamma_{D} = \{(1, y) \subset \partial \Omega\}\,\,\,` (Dirichlet boundary)
+* :math:`\Gamma_{N} = \{(x, 0) \cup (x, 1) \cup (0, y) \subset \partial \Omega\}\,\,\,` (Neumann boundary)
+* :math:`f(x, y) = x\sin(y)\,\,\,` (source term)
+
+Implementation
+--------------
+
+This description goes through the implementation (in
+:download:`demo_nonlinear-poisson.py`) of a solver for the above
+described nonlinear Poisson equation step-by-step.
+
+First, the matplotlib and :py:mod:`dolfin` modules are imported::
+
+    import matplotlib.pyplot as plt
+    from dolfin import *
+
+Next, we want to consider the Dirichlet boundary condition. A simple
+Python function, returning a boolean, can be used to define the
+subdomain for the Dirichlet boundary condition (:math:`\Gamma_D`). The
+function should return True for those points inside the subdomain and
+False for the points outside. In our case, we want to say that the
+points :math:`(x, y)` such that :math:`x = 1` are inside on the inside
+of :math:`\Gamma_D`. (Note that because of rounding-off errors, it is
+often wise to instead specify :math:`|x - 1| < \epsilon`, where
+:math:`\epsilon` is a small number (such as machine precision).)::
+
+    # Sub domain for Dirichlet boundary condition
+    class DirichletBoundary(SubDomain):
+        def inside(self, x, on_boundary):
+            return abs(x[0] - 1.0) < DOLFIN_EPS and on_boundary
+
+We then define a mesh of the domain and a finite element function
+space V relative to this mesh. We use the built-in mesh provided by
+the class :py:class:`UnitSquareMesh
+<dolfin.cpp.mesh.UnitSquareMesh>`. In order to create a mesh
+consisting of :math:`32 \times 32` squares with each square divided
+into two triangles, we do as follows::
+
+    # Create mesh and define function space
+    mesh = UnitSquareMesh(32, 32)
+    File("mesh.pvd") << mesh
+
+    V = FunctionSpace(mesh, "CG", 1)
+
+The second argument to :py:class:`FunctionSpace
+<dolfin.cpp.function.FunctionSpace>` is the finite element family,
+while the third argument specifies the polynomial degree. Thus, in
+this case, we use 'CG', for Continuous Galerkin, as a synonym for
+'Lagrange'. With degree 1, we simply get the standard linear Lagrange
+element, which is a triangle with nodes at the three vertices (or in
+other words, continuous piecewise linear polynomials).
+
+The Dirichlet boundary condition can be created using the class
+:py:class:`DirichletBC <dolfin.cpp.fem.DirichletBC>`. A
+:py:class:`DirichletBC <dolfin.cpp.fem.DirichletBC>` takes three
+arguments: the function space the boundary condition applies to, the
+value of the boundary condition, and the part of the boundary on which
+the condition applies. In our example, the function space is V, the
+value of the boundary condition (1.0) can be represented using a
+Constant and the Dirichlet boundary is defined above. The definition
+of the Dirichlet boundary condition then looks as follows::
+
+    # Define boundary condition
+    g = Constant(1.0)
+    bc = DirichletBC(V, g, DirichletBoundary())
+
+Next, we want to express the variational problem. First, we need to
+specify the function u which represents the solution. Upon
+initialization, it is simply set to the zero function, which will
+represent the initial guess :math:`u_0`. A :py:class:`Function
+<dolfin.cpp.function.Function>` represents a function living in a
+finite element function space. The test function :math:`v` is
+specified, also living in the function space :math:`V`. We do this by
+defining a :py:class:`Function <dolfin.cpp.function.Function>` and a
+:py:class:`TestFunction <dolfin.functions.function.TestFunction>` on
+the previously defined :py:class:`FunctionSpace
+<dolfin.cpp.function.FunctionSpace>` V.
+
+Further, the source :math:`f` is involved in the variational forms,
+and hence we must specify this. We have :math:`f` given by a simple
+mathematical formula, which can be easily declared using the
+:py:class:`Expression <dolfin.cpp.function.Expression>` class. Note
+that the strings defining f use C++ syntax since, for efficiency,
+DOLFIN will generate and compile C++ code for this expression at
+run-time.
+
+By defining the function in this step and omitting the trial function
+we tell FEniCS that the problem is nonlinear. With these ingredients,
+we can write down the semilinear form F (using UFL operators). In
+summary, this reads::
+
+    # Define variational problem
+    u = Function(V)
+    v = TestFunction(V)
+    f = Expression("x[0]*sin(x[1])", degree=2)
+    F = inner((1 + u**2)*grad(u), grad(v))*dx - f*v*dx
+
+Now, we have specified the variational forms and can consider the
+solution of the variational problem.  Next, we can call the solve
+function with the arguments F == 0, u, bc and solver parameters as
+follows::
+
+    # Compute solution
+    solve(F == 0, u, bc,
+          solver_parameters={"newton_solver":{"relative_tolerance":1e-6}})
+
+The Newton procedure is considered to have converged when the residual
+:math:`r_n` at iteration :math:`n` is less than the absolute tolerance
+or the relative residual :math:`\frac{r_n}{r_0}` is less than the
+relative tolerance.
+
+A :py:class:`Function <dolfin.cpp.function.Function>` can be
+manipulated in various ways, in particular, it can be plotted and
+saved to file. Here, we output the solution to a VTK file (using the
+suffix .pvd) for later visualization and also plot it using the plot
+command::
+
+    # Plot solution and solution gradient
+    plt.figure()
+    plot(u, title="Solution")
+
+    plt.figure()
+    plot(grad(u), title="Solution gradient")
+
+    plt.show()
+
+    # Save solution in VTK format
+    file = File("nonlinear_poisson.pvd")
+    file << u
diff --git a/python/demo/documented/nonlinear-poisson/plot_u.png b/python/demo/documented/nonlinear-poisson/plot_u.png
new file mode 100644
index 0000000000000000000000000000000000000000..a7400a3085a7f3f4c5667c92f8fa064ba69b8261
GIT binary patch
literal 25785
zcmeEtWm8;Hw<Zw+!6mr6OXIGMyE~1$B)AhaxVyW%Ly+L^?t#YLU8eKix?kqb{DG<Y
z)K$Aq*EwgMwf0*3kx)f>2}C$tI4CG6L@7z2G8EKDO(>`jF|Z#YE3X=%lTc8^P*Ol)
zRkw`O4$pRdHTU!92v-VnXa`nYNv;&qZhC81ouDa?iY6zOmGLI_UqXn<J&eEf#6q#G
z?(7N)G3c~QY!MS=N_y^Q{EL^2`s5fm2#>cu(GoUZeE1wjvL9$c4ip{lA-B#D+`~8K
zo5Y^PcI-U&Sag2t%<doY8pKaFpKt~ET)PjL;#xC&fIO96A?NxR$S>6F*FY2~D4}9M
z6v)FKu%U=R)-u0{z(PUg%nHFmE_K3%C4qwaDgTM&GZfU6C2=6+0v^Qw|EK@Q1F`oJ
z9*dDJYI=G)H+j9*c(6z=eW6Ovb0=1UQLpVLK}EjxsH{B8^Q_fyNnjk?`qXI^k{1Sf
zx-QG6zmNz>^V03wEKgS&qxr6eP)0YL7xm1uz3-NmmeSa*7b<m{UC%e3&%1m#JH5*_
zsyp|yJQpgoSo`2pJ^qE2xtMw2hAwcoZj$eM>?>6UGY5yuC_{6G>xTOPHYtzO!PIUt
z$mg_iG0SO23Yq_A>gDnJm+`C9&naq1rlKwCI*z}+K3BJ2ja*L(b}0*!rg7SDBr)i4
z*sVP*8Aq@CJfF^5Z+%YvuM$X^w%P2=3}I|L$h(;<OxE{UwQaUtZ94UbXT&ZzDj)xB
zdz}7W^jUZd6;dJ8wT}A}6f#K_x~(ky&fB3>Xwzrwzl+yO3_t#>4@IN<v-Qy=1{DPc
zP-jNS-N`a*BPJrwe<}!VVFel<v!oc4QCAWO27^_sr(?RY|JBxEH)F;TK%|l1?SB*(
zHGqZ1;qRXhw{uHN*r?-2^EaRWb04$*FpO6BT+jP63Q}j&e)^B`rjYn2aGkY)vwWTo
z33y#9^gDQXZZCR~(WlGQ%D<E^GiH?7zWNWdK(2c-dwseEHaH(I+^9CTuHcww0OmOm
zG28-whFI+GR;$fszg;sa)KWnGlrnO1x|x<BBKRu?j|K9&{3ZCZRbJic0a=B_r=$sw
zfQYE;uqfTG^Ks8On%|{27%|@9eC`9uX9`unK%S3NH0o8l?t=ubHcK^IJ@8Cx?e5oY
z&c~Px+D@C^_xz7L@!?oZZ)4^H@j7;bIzLhTJN=$vg%-I^8)gZ;F1i_XnrtASLI(6S
zv(@`6TJY_mx$E^boztGs?PpBLK(SYZA^}q0GwcT?{ng-)pV6Rl91g%L{0gQUK_hnG
zFJM1Zw!dhEAWWO^qjd*-h8i;=4*Y{YPM39~_~8rj2PoDLuq5B(ICq(bRR7)9HRTB)
zf&p0?Bj=WdEI_4@6GK9RfRpC0c`)^#1uhhknBKXKE&2=%gnLw|DMDD1Ar(5}@T99h
zhc@U#iOF3_yd6mhS}U)~?~6BDpM@5=`F5H1)cjEVeNa}+^L+KPmdRrVJ6|<=V5~zd
z?j<_e^ah}yilFIB&Upqq!5Tp^{gdXWZ+t6!^W%YC4Si$@=KZFcdnms4qjyqG2tOGe
z{??PJtZgg2-fgj=5*jW7(t@>)3*`9a*oMZ^bk$geiPO3EDvMD=!{0U<W5l8MU{OSJ
z6sPD#ci!;ge##XJEzJ4`Gt>VVGwl+8!PI<u1HE4Nl|w_x@}r1M!B9r!tw`y*rd+F0
zDH>O-cS6gcgM?eR8M-hVZ(onQxVm{hq^#oi_<KNd2<3hnqjtJ$IYKS!sL&c+X#=a{
zQ4ozAW^N`6?;NL{5$aC?BoEMgCnClzl>Hipg`W)=qo2dT(la(08$T;CO*;?dy6ieo
z7f_~=n|yLjF`#}9e-eSE6gfR6mo*z|0QqNYM57>8ii78vRZQ~|lM+ctJ+{uXw_xZi
z3(eo2h^TDvpmOYq0}WUt#lgB)H?})wai1mvE5ml1#NG<Vci*4w)!8*k>&(s>va?In
zpvG*F#v`C_H6@lT)%D-XXKg>C%0&qc+~U+Rto%(s)RZx)h|5a&OLJ)iRPW<aSVr?y
zFF~$Qa1znPDn%ZvCwkY-e}o!i%zC|2<uxAF_oS8!lz=sZYL!Yi^T?iAVu?MfQE&`|
ziz5*oXbQo_<Giw3mdG>3>a0?hunw(QzAv4;Ge?9X{uEdP9tw?PMdTkl*egpwt(B-|
zc#RQf%C}1J#7wK{aogVzyH#~R3UJHD1LRQ8O`}ZDT>Gvb<~?q0zKQxKe}OU(g5^a_
z$JIg!O)ZK&LLk7)RB%DyJQPDR)%^1q7EGtED7?Px>@c!3iEYdf3oseRw$mZq3Z~E@
z&7;__qOv}kDrXmbx*-s4VTPj24uCIO{YdJM;vaT0hxul|>M;9}wXRXgiyc^E2D@k?
zOA)>R#K7Id6rc04<JZUL6WeFh-op^D1h7-o0mCPkg-j~gO)TFD-uL^eVSctE2G*?Z
zxM)wyTWJM1qaQlOxCN#SD6-cSPgh&vmi2LtDLPui^`2nQN6=2sjg+mTN1z(D9#l9E
zrAcFDKmS^N0$}~Df+9KLioKyAu<^<C0Dxs(Ntc5#b*1*RhZ{Ppg=mb9HU~;`?1Wmi
zMVrD(Msf$If+H#S@L!)Ifx#8IKRnJHeP<Pnp~g%h<*PE)VS>V#T&t=lU|W`S*^ns2
zu0@_2Gu<>N!5x}l#WbZ_ZyYIeZrz*K7DJDrg`V{K%i><CnzsvAo!t8E)z>G_G#+Y9
zia2n6cggid+p$PUn4@l%Yqd2xXct`+Q&Q$KCv$;3cE!f30O5NuO=giDP1l#&emFP>
z(Fk%46>78El?N8&{0Z8!@Rn(5QJ}=@UXV#-;|-YUCHhM*6gDjk)(v;Er^8PamsB^j
z-N2)1y`G-F7_$KBWB6yi84c#RCFw7*ahzmvf2h+buH>^4w}B@ux2riBMQH}+72(22
z#~~J)u7*cJ*h$sX7p%Jdw}g+!??DwL))l7&5BptqmV{9C1h9s`l)!${`+Og=WlxV+
z`v_)FBIlC|-D1LHX3c^a#c##V>bA<L@)LZVfy12a-xvlI6j-@$X3f!@*-UH-LJHi&
z!YJ;F<$nj-RBN{j-tDG4iGD~y7lQpQ&qpM9L<Cc$%W+#9!IfNJvLvG4`-}Gt+o|@z
zw5eib0Up1y>Wpz3_YyGiC!?Q!;g@ZB0J&Q_jYz`<yFICO1^eXt<|3yqDpWlRtl{GH
z^TdZeagMnqMg{U1t<VL5QIYX$&@YPUP9qMXCI5%7z;dPR-zMN7Ovdlp#ij%TfSt4m
zbzIxDs9K|=L;v?%hWVGY{qx_9#(YrT7wGgQFs!(}(V7Z62fI`PC+o_@{l)D<d%@WA
z1Gv>yvI}_D&MJAW+|p}m&JXl-<q;ORG<LzsMlfM#((KJF0VH|QT`j}fq6;rO)<na4
z-=ONDVM#2=Q*l^suiKw6CClklw$PNjEzU9PFZt9-GrfB$<Zvu25Q}^0NjMYdy84+X
zisTiHl+6)hbAOzY&KXk{+HG=9Z=)8scWkVW-yyvT5~&|S8w^0k>&TKQ$?z%gx0p<}
z{4xW!Lb0!(!&K9==5AOl;>^^)cbWJ!<9DhH%wV2#Do;Y2+B?BT;{HHs4H%%H{4n#7
zUn+p(yVIcE+I#K0l{sH98?f2gR(%X*;Ngejl3=`fNkoN-FxTt!BXYJdD%CAVmkk9k
zIZ-H<y1$N?q^B2704F`0bWsVL)OyKfHAuK`j)f4K{povl{p1sA=T~s#r7ybS*Zdzd
zSUZZBiJmXLFYgzd!*@sm58W<z0cTh7WJQJ1A^&dW6qUF2$&W2o$U+>UY%>1IoGDEv
zxNlB3avx33bfVy<<VMkIiu^EW&nW$^V9TnoA|oOl94}I-LXY0{p%&%**3RgHl5A=7
zv%Pfn(!_JBAi4F>9TNYQpDd&fVTl8CD4TcIG|!>AHx0f6M%`(fHjYdTR;2z4&F>ZM
zvTZ;E7Azhcu@+!4t>{9G<|;01AE8K+rPzIodf2Mn<Z12U&G#!`!L%kG2eowJ3?G>J
zg<yq0Ih={F2jEEu8IaZ)lMZj0<65axe1~$pnXW5fu`^#SWh0*p(NwK#4Ss6+WuH5v
z3b>^N&6N?!X&U907a__Z)ZaR?H>NgXG3JL?Oz2z_;!;_UZ&7WgcNjqx;lmngq{bLy
zi9OOHJRWGrxf(GPCORN1XJWA?sOOD5wSg#kQ0(xDh{>5a+I<AQsOcqb^G3ufoN94R
zW%YStF<5i;1?om%kji)3iI_+aXB;aK>SOWM;jG2w-H5atAAZ08(q=k9nlz3;k!AJR
z=c=Wh7p~ixzYv38iMb~ZT?>zl+iH>BljW%<MIUBs-R6VC#Xw2h?};D{q0O+*8zP99
zyrQ=LzCHIyKU}Y{Q-+JaK~5h|m-v_>6ysRbt#w}0i68?s5m)cZhU~7M5AWWt%1}Q`
zKZz`9vDo?J)}{Xy)!7rP)AGjGB!2w;T4(IJi~G>kiekZju*l^?z1<*7LdqUiS7@t5
zZxfb|ZAm4AylN})!}xY@6$mWnMP;eyX0c<MrPZQ8i7v=&h!#$fh<Zl19)GB!V~dAM
zaUu@XEBcGD%oQ~F=Su8ZDD#Wfd-`!ce52`xqY|5tXq42Rtm+~XTyETtiSO7(SxHyh
zCZ-M##bJUPBofVx`W+}uHnE{?wHqLOD(j^Y4*=poV4&59PKrl~zf6Ha0&>xM{)maV
z?v4-c)xUwjIUQ#VEm5%9i>Ggi9vW0UbYM+5{&f?`ek4v(i5!Vzn5$M;Lce(X2;~qQ
z?ZMnMoYn4NLL0tATPBK>+wU<@E{9p;`B)1~XsJ&OF60frN<SaG5Q%8$U;Hb6+){k7
zv1#HT7J5v-CYL&Yb97PB*k~4S%9~U7VQ3{fLW0ecPC#-Y;@l74pXQ^;l2}DTt-viE
zfw}Y%!S;je5#A*w9BoS0eE1wegSyHci+{9fBKiqexqoT);F;cD*$%p-Ny%>Bfs<;j
zbbqv5ojYIwtu?#-`UDI!4~qLi;ccsXlrQ$A`W$OA6ou!bAs21YexHY|7S1@3{b(<T
z1!YE;LjS1<b&;gh`<VD>s9eo+!;q=)oEL4S_;XRIe8Uw({WSa8)^dwTt6UR8-j`(g
zPL;gq)xmW+_0aJy3IKVSX5kUifCARQ#aEUJqeoSf4jWvGIei!dwR)R#XpMMw@TA>@
z9y1jBXOSgSY2(1w>004kdRFKzl;{llJ`8f(eR5`iD&k+-5mfFd@z7llfElT@^F^Fm
zPfrTY&Tq=VDfN0YHVjUVujOe^gDszM8f+a<=Ia-v^md!BF6f{!3bSk&C5yD4icN;!
zF1pNdp$xtg2MST}ic@<@3b-59xXb|<$kOp~l|Rl;Gl><lRoY>58`B=}dhJRZN2;bt
zO1Dy%B#S50x%6ED`&pr7P12n6up`Fpse9%2%J#^bDM#ke?HmlN=O}!o7nX=fG~t3F
z7zzTE<4<6W+E;ue(irKn7%Bwfm`{=hod8b!WSZkmvfMGU#;3v`ViD$1)U#4<zlF8e
z{7ls@dBDKUz#pU%1NP8Zw5ZY(UVTlVigYHh738EO=>T_lDn?diXN8O!tL4Owy8If`
zt2KFj4G@PlV;AR-TE{({VRKVP1S%V9GBMDZdt0Hws@;l5Iu3j=lB=45SC)7K+Ex$>
zB&29#uvZ1KgKKC_*J#p<@akfvALnm;y6lg21qBBN&)qUXa47(313i5`yTG_P>zgK=
zI=c?Z4b#sCP>}uBcO_gigS8|`?pxVrTVa<N;;W5f_g86yK)Y(iHMX>jV1RM2!=T!D
zny3`e2RV&cmoh~C46VWi->8*-3@>Ww#UMU`L8(8r9vpF!N~x`7h}Q*z`ckx*0X@c`
z-hPWfG2alMleD}tmp^A65)tVO*Q<#Wx0W=tf&w+hu4mq~=FG~nG$gIXz^Ccy7UuT3
z6g|(rkH(k7qBxY*^HfShf;<|1#;SRd139%R%q0B;$H!Xx-4?q{UG8CfUSr)jlKGNy
zdll;8J!A+!a`D}N3yS13FhL2AtZj2k(jXu4<rhvYoXIM!T0g0D;#k}&d_1U<6r&Z-
zkXoBXSQl3=Lj}1Ucb_8`h4xJS%NCnSUMN+SlCuh@?+GUrEZ$(twR|YNu=E}HQ(6x=
zQLFqr&9IK;@%F%w^pb+JWte?M6ST!vPtX8>hi9epZxjJ9hwVy(%jpVPG@rxaOkr_`
z!-$%O-tC&>q}Xzn@7v>j$GLa4*DhVOz|%qY`(w86;_r=HFwwi4KS%U9tIA7$8st>v
z-a?GHop!sd*!@$JKq_9GB*t5cSPiY@cZ9QJkKZf-aKS|dYGEW=o2C_$)b-aAdH^nX
zM@pK!Nt(qHmJQ3BAqU>mdsCGm;z%KpY2aQX{v~*Sd6*(u_iBK%^D@%j%NSI6)^=P4
z!GDgce%pC@c|j0^t{a)In?7^}-5>oJg3tAW&kx|}XB%T<<7%JV^3CUsdqO_9i`#17
zSIAji@Sz(y%j2jNeX%DMDzGL1`?Q#y;>QtD`EB+mY?QABjDAJx6%CykpI3I?`r<Ij
zr@ll>TclH?hMQKnyrBWxOvO@oQ{2SG-zz=imGUYi+)`=8@o|l<2CJ@&-G%SSO=V+v
zdMB@n89?US@1`p-S&+v(8^E(~zZ}3@#d6<EHJ{+WU+eva?0XfT{W9U&dClp2&FKmO
z9kTd6|9t`D!6;S;zVx>{Ky9MDs_n=RhVUUk@FBq7`&cLYX|A~Q_0-;erQtC57oo@d
z^QIuT25TW?+LaI&3={NTSQf`kT!1&ban}RLJJ=}abu12fF>Mi`y(epp?ot(y17zQ7
zc`kfZg%K;ht-GC-7%~=wmKm|b?kjL~cOki0PShG}k0k4~m=GaU`MRlggLGFOFARHV
zK?<tMAn6*o-az!7H0!G6F5mY=4Sn~w$Nk^19ODq+0|GALaoTyE)DGHpz24DYPVk=d
zZHJJ(?I^qzEFPmORWCkI{Ssia-)NuoeY>7Dd%gHmF+GtVrcRFtO*0arpSwaXkBz0I
zJ&H3$-O3`36_(02ohh@T?5!^L5nL3+)t{BeHWT~_Z}&3Hv?0fOtxXB7ziC~5D}pV6
zH>lM87HNHh$kt2T@+H8sJ+C2wsVAztZ>iIp7gf(`TI{e?hN<JGY1MAE$#xYQOIHZ^
z53+#=J@f>@V?7~A5W4S#VbFD6XP(RU{Un;qMx9uSVE#D9^>lIZbV=sS#9Z1HePEqy
zxz`}(r!vm#q;D(_ok-{4Y=M<m@m+F$$lD~T@531R)Cet!QnVZr8oY^*zUbblax~b(
znLDgnaAH8u;=Zg1?XBom<YNjmuj`p^oyqV>BHgSCRhAnm>gh(us_$B(^<un&z#%K&
z?VQSQms91@2_E9W%-%^lOA5UT%{wX?VX{JpZ`yaoPuBcYepWQ1(3Z025x2RL?j*|4
z#!|-piCk6`u<p~9$F;d{lHYpyAP`3xQ;s4dYgMI-2;Qr$zHqwDHdR=EQRK4Q$Cw`)
zgZIc1PEH?BHaa|)>r9VIcSn=ary*%r7H#i7suOYmDShvw(&CVV=gs%GAS``JVAs88
z7pGX0JSA+TOE{M8lbmnGt%LXr*^q14Vd`CNRo&+mRmr%4G+yfk>m%G4smags;2r82
zYc1_O|0D^T*%+E(W7m<u%l3lxG3|i@k;<=H3*R{_H*_hrew1v+vz1;l{lR{%x-auI
ziL`FmupZ~Zt5`#XsoDyxSzy$x5#m=96CNBqcI5;)3{ybD`0@uvpvL3&NUdD`UktT>
zTh11_b{y-en4cAVh^{eixGry?=cZyIOH<k{m6$nzULa@-9ka0h6tvw<?k+7;97707
zsMW&wW=2hGF<eGFWUc&J*28ilf}FzK5kE_IEQ%flCuLRp)w*Xl5&zQVLoko$BzIPY
zxDwk7O-%ry*naoU^-2At&;9Ss$|%><6?OpuyUO)u`%Oqpi|4DhprUK6sgbvVsZ|W%
zz=FrH_1I&TRg2u4kE?A&&IZic@z672&bt)MI-bG-q7zHmGAFgl?CylN*=Zws4kK1^
z?AYyMKUf3GVt3R1t+HwXY>YNln;?ZS%$0+w!2J{yGiHA4)`C_+F+q5?4gIzEL=%&F
z_b7w9e+6p)GGOlo#@lQ;$P3@NYih34s^7aDB-*Sq9j$EMcpA6&xgG_*UCk8Az?8e&
zn22*3v-ZF;H|}K6%H5}V4PxS4kJCiuZ|UbKdj?m0*pk#Y$e1{ZO`_A!p~hJ4UK7sZ
zrag#K2|{|>;xia!@l;d66fB90x%^mZPwQYZ|1vBZ3RtM&MIj9A!{iAb>PMCB?Tsr>
zY9v^9rb-=%(cHBNt>Au2+Z*Zr{4gXTaP@C<pDmJW-tai4)4vQ83&-r(#;9)DP11pE
zi#OHpPu0GcSiXSuFY@1DN&bFgi@TjeSCmNAuq2KBBgu>YIEFK&{!z=rCglkex-}Gm
z&TjTQX>3MS5C25WV3B)E%wnXn8?c7H|LHe*omjKj2swJwfrzX{&<uh)oih7A*665-
z#-EY7c4}PGSu%Z%%s4)I;H0(zvADQ65<XW>7A_thS>EIIKKgXAz%31_$GPVw-md$k
z=Y}ZIr*i8AI(Is%+q0l^IC0oswls0*+1av)l1XAmfo{QTP1%DhQ8Gu$A-Jwi#w@!&
z8TT6?u_Ok&-K4C60m#ydxu5|umtnxVl&oysN%3Y|Su9@<EP}Ju)9^04Lua5HlS5kW
zqYLr&i1u1rXn2YL2uG)0ad9m|R@U8R<=hA9-RhOvxBgh|#3S`yk5`Fw8tT`Q=Ikgv
zRWs2}?6FMw$11gnai5W_#B*2X1j)p(LRnntEAlUB(y+h1h@@l6iWX72CmUA!H#W+%
zqyoH#y)xpw7$`g8rZEB085oQ2fzq2F?Kiz?pF?!H=8LT2$EFvT_BpW9zR*G-^tD+9
z!462<nlIOoC?@oIFeKG(w8B8G)bDr-rOM)RyD-=#_CO-!dk7$U`CAY#kGu4<b|WH0
zdIFa0&o^ZRPi3Om$*+wTrZMrHm3JNi%YS==50i4W9i8U@YQndanu3bSKXd{fY9Etk
z%xCgFIYw-NgvI`bS_SdcbR$-3j+N|6yVAlG0gjVLJ8a*}jIEZ@SIfjeUNT|@BZg6f
z_^1Q~A-Bhi=+h8_XI4e+&vgXr1aY2<0{<<f$wIgr^Mw6>-OBCaFCFM{WVqSM0Rk6<
zV0G+{y$ojvwN1DV9Z}<rTVeok>aU6g(p71$OnB7gexOS*Zw4;K3YBvpkmA<1=+9XK
z!^1#BGeOiWAL0-73znMITa;dm9OrIfY1q$>nJLE_rS^NMKb0zb<U>wgnS>sFL<tcT
ztUX~DMjTO$0et!S`O}z!|JV#jg;sSw9VvKiqx;C8KRi4ja;|;99_J+TJgLRwup!QK
z?RsAS*R^yuu9E)EWSu7+_ZyzerpXMNHGjkCs!~SEQxH&ap(9P&aOmD>_D|CXEH8r?
z1$Ii`F8QmGM{y`L;;Pi_LK<+`eyqg-ztz4Cg@5g0&X=-X+b$D3WDzGcak60@55l-<
zoZC4sci5LR6-%#as(lg1A=P0>Rj_x~R2ObsnLnm0s~`h{89U~PscRf|M|jU#j3HDD
zmcHB8-gx>Vgiy1X&U-%leLhT;t=sN)X)bV`YSsD*A=~UaZWqFtIv*OVy-y*;i#*R^
z0i+dfmxEr9Agq~v%T{pbhBp^0Ks_BBW{;f7qka!netWjzxG61tYR?d9$&6@`RSXSV
z?Z6vYjzum=ip}z{5P5%HA>-Ob6M-6>aqD->U5T8BtDasf5OI=m{sbL)){G(F>S--;
z@zdL<mzIr<(ffv4C(~$XWeME8ka;BtCYNPdAVf;G45c?rsp-M4hYZ7zAd^cI5fFGo
z$fj8V-^D6D2=lWHnIa(R<NR>31%?a~W2}=9`pA)8=wP|kasOYhguIjW=HrB`&r`AQ
z(@wm?8(8oSoZNX+hz@W*cH{eCUibK#Rrd)pe~PvrjK6a`ia+C}tbLESwfZ^OxiYty
z-FiySjK#HEN+}?ZrPTMy(x)D;)c=gDf*^qht5C-$sa==m=pbSKJ4q~eDhdz7H<1I-
z<$-hTV79fEkrC!DkvV&Gd;%w9V242fib!6}Aj?;xW`UpDhp%t0lpwT}=`j=%pv5;u
z7vjiQl?mR!YHUXT|JDLv)=L*52&h3jK&$OWI6M2JVVk1U4wXg1710hIU!p5^ShU(K
z><<T*I!-H@1#!+WV>odK?PvAT%odx1k7vPc(>R=j7J3Ltf?xX+v9&@+Ej>&I*I`Ya
zeaPwagxtQ#LO~#3i<=&{5kT+K<Kb+MU)U~8o<IAKYRy)KDiFh0Us4h)m{A5-43<{3
z1?mM#+7bqon_T(Bolv;ta}>Em_Tn#^^G!EdKn47l2-JLM8V>Hi&QJdH#W}xUm=aDK
zZI^~MUCVz9v`_IIkf*S(P^_I%9Zu#vP`%z1YgV(z!pTozYs5@0CAid4XWK>Jh|!D5
z(3q(4WpAQH-M^KFgU{OOvowU)U7fa6PC0_)7D<)9!K|c39*isYP=tSM=bkRS7>o&8
zPj<sg%NhcgZ=tJ*@vEA$I$U$q!+KWw3ICK>qIt+ka4B#$3J4a-Z_?GC30S3eWLqo<
zqM*-P60|Z=tEROSSzXoML0*pAuF`XVq_jv(bS^t1Mki-*lN!HH0BV`X&8TaaK&kY3
z?4SLGvNDzXmWH^TxRw}g5nr9Z!Uz?$MQ=Pd25XKWvV@`Uc6c1uAhM)Fh$ur``9z}(
ztJU%KLw$r05<X@){2hs(vyU7!*ck1(P>IwpDRG;Y+CNn!)rK6ZkF^{mGnBu19Sp_w
zLqmb!^SIY10Tf&@Eq3I|$~DQdnk}vFh`HXtEzFjV1=%+yjGvTdfw%#wzfc8#jMbkh
zI|@d!iLscfPp23fjyVvk>ifr$)JoioBvRV2)78EG0skUFk-ptyveC|mFJIUaT$P7*
z3`=PXXy+i^78bp9Bk>8ZWB9&JDbh*9(U}|Rry~94<*}Xr{YNJHu!5RK=fUKP{#Pg@
zx4;}w*%{Mp{w09v)MS9{Fy3Z)=w4dh)VRJ3xu8JD&V2&)hC7~5Dq^nhD6x!qa!j<;
zolG>0US`L<$ih!uDete=)#vK7!_qaP(BUy#sZP9JLi(c`^DCi%pVZi2P<kc|Zb_0!
zVB+DnXasEqT(uWwsFXiC0(0ASiB$zhjpJ~*ooIe=vEirh5a;`s#)TFJc7BPM)Uc7=
zbC_`w<?GYTnk^4Wjp-c&;n~+7kUd?6%`HDQ7;@H2bGrN~9WqG!gH4j+(I6l)A2@s<
z3x}3+J@AcnM*G`WS#Owfe2Q_?NE-$};J2<J4cd%@mg~Vb&=P3^?(d(61Uq;8>jFh;
zMv_(bvNyusn5;!%B&%H6p;aYMILVteI&u~fZ;?<_eG!Vr%%5V&td6upwqSD724HQU
z;t}2`f|nagn6Q!Y>u@Vp_Hjo+ekQGg$!@Ik0yI5HhlPpweUid*af9c-&Ah@af@CTZ
z$A=rQaT&Xw^p;}8Dk1$$oQR!2YPCj6fB%uD2)mW2Y$(7`WQyqm_P77R_!FfdrrJHI
zP*St0$1hQhF6Hu3Ihw&(HcnU^9N}|f9kLg3psziI-#i*FQI2JVL61N^fXHoo3Ee^Z
zWfk~$8i+P}VnP%NQarzRmP%Vtp3y8}tzn^mBa`l*=}-oI{(ju!;_v%6XB9##1~_+J
z1+aWlI*IL{^-jp1arDNCk9K*QsEZ-d(8wfFV%K19WRD6eqD_HIFX0}-INXxP1dzXO
z^!cfnC)Ncay1uyuMK<gH&R*Upl1UQ8mr7(2F9^c*kaF%+!jta*<TvoOAbGw><^yXm
zfR|-n&dT=?a>nuBwSTF+5Dw*BP?&4Y?hX}68;)Y#icivi+HxM4mPg|u=fg`T=@h|%
zk7Q9b1yfg*x&+CeDUf4FhLwmTNd*ecp9`H>m(8Da2vPZPv~h1RX4?&$T5Z)Go5TAb
zz0bARU0d&i5=Skq0wT6Rc1$~8&zZ=vm?%i;^PpZoM5AzBb?94G_I=i=w<=puj*0BV
z{j0`Spu^6u0R#zRjW43mTF`Wa9o)8ufw0$v)g2c?ow^k`ZPoU^){PXzKF2mL9z@^f
z{LsrK!JYIbP}1s+o_id%>x@Xh+ty+0aI1<ct!rhb(W+!{3(7%;Kx)vb`lif&a}+hp
zKL^~*qD0J3t&UXK8?_QfzSx{FAC}rGd(%+U#>F*8)U`ww#d)Ns#$%PTU-MdrMp7)l
z%SW;m43LS%;c{@cMWnhBX$R}DkZcHVX_x2ce+j1+>VkYnkxuheSW8RMxh42r)#7tZ
zxvh*i;p5~W(E)|qQ|O{5Yz<#Df?XfOvP&&a##L#SP|BHhYHBOA)f7z1k+kSnTvrKg
zp8!e>W_O0QcW|wutG3p#p)L=%To4mi`oAg@vDy0-8EGl_i9LZM*{sB{lFbE_SC(NN
zS1Xu+amXRh$x<)bEPcY(HK^l85p)JW0_KP!P(#bJ`A&PwGTnYP8*uS>bT7~cN^Osy
zPE6aeTjYk{EMc0_ZioQL{|=>=EiX0xlQbr|p3W^gmWSM2iSI<{7Pwxtrj^)Glf7@J
zM;nK*Qs1erdpBxp`|Yvs<6}i;tB{3KJHv5JeK;eUScEml71`HVbY)tv?!SK>ToqSm
z#?1JYeu%<Nr2G7iVC|{VgH72P_U%`ZA&r=TFCbh6MK*4)mXYNr=~+H9eS-QBh+?An
zTPPpDkuH@+b4Vv?axQs$|9Yjgqm6`N#@@$u!68;sxA|a616wcLc_P(R45+Dg8{E23
z#>uT}@hFijc<CzTeA|aux>>g~+V+7jJ%N27@fK}JBvU+v>MCUPqA-Fk{gIcAKTuNG
z69xAaR@8%MB3LuOiAB&W9+!fC`1eE!ycv;LcZ9pPur-+kbETpx-L;B<pjxt7z@H0h
zI{T1fsxtze>nt^4pF&1Q=9C0@B^UnrGo6#3l@i6L)4ryXeiLCl4XNRK*$r;hH>2JT
zbfiK-e8WfjSTUz>4W9|O*32J$z4=jx2d}9|1BtR6G03MG8y{bm2U<+4Xt(GjgRtk|
z=c;4RY2r77*)UVsdT{Ch7_w}#&M=Vqo3(<Lmj&=XPIXSe#uA&JSs9qf2^@HECZK#%
z$M(_c$QDi;<(R1Zs)LG^$-pNlup4j6c8)BvBy|<ryEEIz#^SubvN$+SjhDg12l!f$
z2WLheL(R)(k)QlNJW{!e%7DpXR2J_pt%%?>f@M^u_MHVTudS{%wUeHF^iDVN3wGCH
zT1&5RcO3{s?~rz&m24A2UkJ{uh{&}PniD^SN`T020(G$~kp-2*!E!?gg?mogd6)aE
zRZ+<vF}#I$U`wvr!<5pG$wIwp@~SbWN!McNR4ldXScl&&Ei+~<3vQ87bbsaxF*5b2
znHy+~=?venM|`}?fV&d1E+W3w)q>LY1BguF;=R@^s>Hm6I-vFABxH+=G@0B);aEKK
zz>s--2LLH>Pt6~u6fJs&ewv8$R(_rT?mS$Yqeuy^4hJGCkM+q>mT?|NZ6wB4l}`R8
zqHf{EW@H6T?F0D7-PO8w2}g}n@&=l-G*o|y4lCXaAc0*$<$~#AzS9<rP>}v0H1|QS
zC*DCc(QpxsEZ&i*?vz?y=Lm&OJJFF&$J0*)IgVe_@e7rY{<hoj%9@-^2J3e3FLnAb
zs#2a@4(EI&C3CN@%F(tBDIMQoS{_r83;D6u=#qfe>JzAq&Kz&MgM;ciKatHaja3B2
zOFocfJYQ7(c>uA5niE-pV|@-XjcxoFq|7krMk;@OcrIlo^E=ZJZ<re+g~N5Xm!p;R
z5~^*4qy6Mp_SQd1JdyH|LnCn*lbtk~Jt6xkPE)j7f{pL#sDs~9#M{y9b)(Ye_9rwC
zQece^wYOr0c$hk-^nNHs4RU#b!)Se^9msKTadSq<NCTB&PUd)vbdWAuO%X2L=x1#1
zN~dZ}qeVU`#lD(MEHb|M%K3!0oPF4g#f}BYxU|fGsZR!R7YntGOSpdLqhbI+MA7&$
z8bgqAK6<-EFpD;>=uC<uL`@oTO?`uUURv>OT2A?MBQrkrb^W4D5bN?mc5*qjGVSqx
zA_TyaR1vm!@eo_%HO@O&jr8vGQG7>uV%S*v?reQLz5uj*Uo@a@j~kvh#e97fQujmp
z5dA&s+Fxctp&hLpe?Cwk)LCI!47Sjx>g9%T5Cg1os;e+wU_;OLH85^lsWzJB$oj^3
z(RS3R)OQ%JjP`(^tkmD`UbV<}mtcx)lI0}|&^S>r%z`ZyT$WSSc`dV3q_s~Fw;Ihm
zVy{I*M)%#Gs6v0Zpm{m~#MSHmb`dd^gJbwP1vulw?45W5EYpY@d2FFrMrN>rozYa>
zmo-#_4uVYoODL+}rgcYE<a&Qtd3AUQkHqEqOXaXc{igilC^4nczb=6#o!EWYr%Jh@
zKHduiNM@ER&QfM6s?EcLK5F#x)caC&+yfnJ6^Do|zT{4ybtm%!1>@({&usQ2#xa?5
zvD7zVg)P<SU9fDgF<ItpA5qdrQS|(6L{xhnv}ZUq!q;|}2xL_i571-XO2tknU@kFX
zNTVMPMDvAl$q>UEIGWb3WE5YxqXbRk14Kw@Y9Xw}Fp=~P8UnZ;m4pW_?WY7Rc59TZ
z3mtk{nc8wsYX(`$S7)<wWuwZ8&6wD+In)Lg-!ukvtVFw{D*p<}wtm?LK%@(ax*1Bf
zW?qiF0N{$oo9>O|PiptZm$81Dw#X)YP^AKnUGQiX&*{QE&c=c@s{lo{Z{P`+m+(K~
zpM~%Q1G99I)Fr*Ur>$$`^oZHjXHb}@kEIhpO>P9f_~h6&A+A(66Lw@q<<Y6X*FLPP
zRFXjSl~MrD_D>RzeJL^nes{$E`7M1V&{OPNss$=Zb$3fkiQuYCyN${(>GBIpC5{io
zuv=?XM~alyS9Rz)PA<z~4(tc1xZa&M9At6zXxQaZXRvU~v*aqvu9UdVqh$tf0_EsH
zcfKSYD$yKE>crKY(@XK(xQ|6o(H%Ej<9~p)0%rg`21gTyYs__4Kf?_xc8Xtgru3eX
zgtRI0S%Pe2Y_P_Gj`+t!c{Iz9^iQeZA~t`syrEjN=H*Jii5lLImh7G6sIs6?8+mNm
zEwPE(am5_@G6)uqD#U?^d?QtvwU9{Gen*gsb35D10_Z2sk7|#!3j4hry9s+K(e~RP
zxYjLMqdUXuIgr9vrgU3A>P%uGGH9JNet{c<W&aW%c42@fq5zue`H)qdUY3B9NWN&s
zGu$|JUJMX*k#-Z2vb_w|{3s(=U>}zAvZ22*NK5}qaYvEIT#Ak5k}`iZtV;w!dGVwN
zYo@*pd3Nhsshwo9n)l5L*_CTr=8)*PyHT!1XqIcC5lMX8>mm4zC<MFDGRi1W4v1cn
zQAa3=bq)=^6G-LIk<ug4b1A_2rEG@5@4FJn!5+*VrERtqR@<6f3nxA<gW;sMJjJNd
z&7)AJPu>LC*0r<cEWY!kCt%3hh7Yf8Id#fbHP~}{9~wv=0%onJ+1EBBFup;iitqAZ
z!a*v<Hv7mq3dPglCsrFca>W9=tcE;)X{{nzC3&B(YV8{6f>n$pN=n^s6Xy6dkw~hb
zh1c=}U46bjb;r{#u~9D&NceO>3$Rb&0&dwXp3|DAJ!{pF7FDfo;S7K4IrEjUw(eGC
z79D^!4@5O^u=K(_1JS_amhMiJMmZFy>N*fy9WB+^371Q2jO(KEXOxuWz*;V(f)~k4
z=LcvhyoC*$2vyWF#HO9L@a9BHLyurU95jWG1_CRU<3r;`#YYw*e^mi%Jn?IECvubh
zidz^T2_TtTq$gRDVM+>^Xp*5(-lax5y&;RNrHYMbqd<|?0<nTMLW7S~wEwcH3HLL}
z&WQz5KaN7@Uy5L|$n~U4<^7NnU!%rpPuzPfXQo%V()_alOL7J?NfuYwR_v$9qAh=Z
zhm%^_NiIob@hR~8gi1`FO9zldLv$TIR*_wNQPq$UMf>jPDM={b$LTCKX_nxaQMJs!
zePT%4NO)SZ>IROzKQiIBd_)2}Hj`)zjxVE(@x$B#$H6>@z!>1Qe3vzo{*&-$3W(ms
zjD_7ng!bUrp2!=6Vb7>4A_FX`^;K3oHo$+HrZ7Pcnx;+y*Ps<p`%_Hcz>6cL4>*k$
z&qFsVzC9T6H7l>~8%ubk>snRTCj`7^^zqacklZ>@hdX4T==xV7Ja$+L`E+C50n_PQ
zGiM4?QA{>|hTu9SiZJXxS0~JYP9kMVtQ@~t)zb%;LdzJT%AQVw!MSeJaKM#7o_@?K
z=CP?$N@`N+h@q4E<zpU+)FZFD#95x@2c7tb@8VW2XGd0{^1ES6gaD4UW;ZbQ`%EaC
z_(($S9lS)yz_2m_d5}3Q3xvw-HrN{PgkO^N9hX_&QLSCkluQXHEtFSHO`4G(CVdnh
z99mgBnQBlPXR@*IN4B=C(${UpBv2zTN>5TQ+K?=lHRG@xGKzaXBmE;q!;#5_qxcPA
zl3YYsuTBe}xmRc$)?T9V`r}nZsM!x?LM!Pt8L{$8E?E2sZK-NTd6`x;0~;jlD?@gL
zmbigKv?HrCT$U3$S%#z{)bUG6`rE*_qoI)>_SOB#alx{cd+<qPGB12e0j7wiM}S?b
z;E`t5tCUSdx&6Q>BPNC%D3Xj`V29MZQtk(~I;DXX4)g6m*}}^9wv5kvVI_7kirpE|
zs8YL~$@^tRGWi<7{BIGNs+A1uXnG$p9>?@kLmj18*Hk{j=SAsgG3!*{;DUb$#Cs+e
zUDB>P4u%pP&H!Y&@*jq~adL(KkvBAbnF@5LN7YyKWl%eamQ;Qoqmg^&1l@I5n(Ezs
z9dt{xEYxKym<)Na=v?edsztpP(Uhb-X&H#c4l6jyi3C<Nij}*lb3OqG%2*w|7VSGv
zz7f1t4o`>q{P)t7;E1!?&r=_W106F5-cRLn?Qtt6Ezm_rljQu99^2qIiW$6UxuUey
zqzUu!%kOsZB?@z2C|TZwl)5dHEv(c8rbe`p1sF%o63Kp;2cjR2O?ByP<+?|+?q9$&
zRKB)<KiS|?+TY0!IK)f#0Ae106($QwaV6AwxD*vQR5<4Ov@4AuR?p|8K~u?HDxDQ}
z96^@8_F;yRVGV{`n62EuDvnrbAUN^Fp;1)WqYzG84O%q(h1eMr-l3$Z@Qxa!?)~T9
zKAb_pN-;~X!IO{*xS5Q|{a~CyvYe~cbd#?^XK`ye4H{tZxBC>0@@-f^3h%vK@9m1)
zInUS_dwjs%WO<LrHZ8XU(b6^BqG0JZRVKgU*L+MxLba-57>Em&K|71oD7|wcLbgbH
zPhgNvbm^9Mv#@SLLCnW`;}=+`Xqh~nF69S#N4lnW7@v^7+AB}EdXoPHRP^_WyeGH#
z4e?EEo!hy9Ibwpkzpp75QbpE}jVd%8?(l6^5#uGqoT77Nq<ON?k=MXh3(G8`Qd(@j
zCQay|=#(#ctmkQpHq^daI4XE0Fi^uaG9mV!hd*eOmR69XJzAw6L57qy-?v1-*aQT&
zpzniG1nC^M+7OaCR)VnA>2O9xo_n{fyvpOObwAGrg5Kv&KdkKwaMp|qJ`SV)N7@lx
zqm$qnTPo%)s>qctSl9|juU5{n&!t>z?utQ+i<ye`i!PqnN|}6_D?OFK7N-n{$!l2^
zI@7nPEJvo{MOF52vRmAJ#J(Q)PyK%4XBft1E(U$;^J_OTgys$0wCi-ce~j*bJ9J9D
zOMgRD9uQ)c5D!nM-faBo_84Md@qB;12SGF*I?Z++|7FbqI|@Af4PbKXhM(Zx&nOAT
z>U!uGt@XtPxKzFWaEdR)%H&^zgFG1rCff3xkZ+uNG8=zgafb4I?78wd{2s<M?Xrn3
zTj|KaV^G=dXBJexd<tpSz{$bDm~e|%onR9>%i6b(%Tf6Y57KilV~xA^Sy%dXsE?Jk
zCPOQ2+Um?H1aloDQV`z2WDtB@_iNc$IMeRFD{_x|AO*ta3tSD6MRI3DL?7t#T!uC_
zCrLVX+~@7r5da{>E0jCR)b+ArUCn=35KriFkozBM@t>OnqOXB4YTgj7f+*YV4HbyB
zZ)N5C<k$B&N>VmBZKYd|g}Q7%BiW<~j9if@RHLbETT1MNa=$?;yxxL^afQ%d_jR-u
z&KR<?MpowOsxcU$Ci>SO-CwyeZsg+WF{pz@^OYk(Ny=-*5Pg|erOY!OV8C0Bva?=m
z&;jUmh)wDQ@hP!C-=B9~jnGXBzI%Z?quj6eY#|Z>@IYiV|J~AQ^QJz<+iKVAD#SQ7
zs()8^$m)V7Z1Jsu>~vbUx|%NSp?L%|2rmAkcH6j9;g7~wp5z7ga_*3EzwtiO$F|O~
zVEV(gq$NpP$LTqE*(x#~Yw+ywjHu57Ws+u=5+z(>;SS^N*RJO2St)Ox>TZ&N*iGY=
zpSc%m_dBIk_1@1eq!3S3_>2m~6Lo0YybfVwn&25*euhAzNJ5I+h9V%?WYB_v^o37k
zDll5NKjkF)daMN|^~Ykwj4-+qd+2~^&11Gr=E$l)b;>@IoW7-P8Ru|Z3#nbrsABeX
ze}u+FU=mSbl(Cl>PPDWhK2@JGBK&Bwq{SY4L%H$VVTH<o4{L9{HS;nus+!bh0M6xn
zpDPEzZ;1X$GWRa3=KtixDvypQ4`lreyM=H1v!qZzn$|C}<YTE;NooG>C*wz(*CDHG
zno(!5`C_&lT-REu#+9ZL4p+_wpy_AOrL?2}{`gb{9V3b2Zm1YkUyj~JR>RkHspx}N
zn>YPSE-Ns|B|4(CStne_aS}Hq3Jvw2_bZt}rzlIi(~BGRbh*Cx2~sA=Xw(0A!+*K;
zc(n`hH$l`<px0pq9|yZJ7Dy|!R3;hrFtb{gI%WXMMo=VsN!Y8M*)Yluk}EP`Fhx%J
zr>eQ19WEqFVbz!LaE#=5*q=;<qy;tsTonl@RYMRRmFCFrhCsb|-g480VxDMP?9mk@
zBN?1b1H2iC?rW~f&D{kMp0LcIQm;k`S)Nh11!9#NJoX-=i@tzJO<uRLx-2UBAv7$6
z%Y6Rb_52$`bv|q%`*N9nQ9#2c%P1!YlqAdy%N85MTp=flH`Z3|ZSYAL7SQfPFBFGG
z*SC=lP{hIN>TwiUuR>ph%c=VHYo|^CkQIn<oSnl+>Vv7RZ4Dn79EvcdJ&lT)ZK*M}
z&2@GvmV=p;aEV>ySl_CP@mu@#tpgk{{&rg-9pP<U1pf;dljrj2z~JCH<gqwA4&{8`
z?|r*$mg}N@Zt?@>U*h*~gS=G`_<C9+aq~`8Y)GlbCas&rGpue{D$h&7nu&<TPsOy^
zO=om-^V6FA7egKw<ghrLXvm^<RcnReA=bSQT6)qN!e)uEN^uTbKM?s8Dh+WCrPqbk
zKI-TrvGZB%#2^!-3RYO1Sv;7<^@vzi(yKj&U{l(JH{L0{-zZeK?xjIWvCI2$6tr=C
z3*lYwR~9?(-k#5WFT+7Ewb9-upf@qCc;@h*C=<d-`q<TOazkGWRHZxMX^-@!$S@Gi
zq72??Q>r<fwo7?dc$!j)cm3dh=GBKL?R*0?amekjcZP22<IPR%JUukX=i?IBc3O7&
zMwW0p!_5{4lGm+-5PoBS66>d!ua{jF`Sg;{LuwJ?aR8;`(1$9~4kkEv+vnZ1G~x4_
z&J%+u0ANBbTEgLr2?NFVN!zP&=ogmm9lhod8?6m5G%Y%9X!OoeSs9JF(j^UQr@1(z
z9Y@Bx>si0a%`2%+;pMlrhAPmYrHc%nxiTjX^6C8$HJKkZx5e?%%6RaseMCK=jf12T
zlK29i8Z8|_UL7%3PJd?fo=i>lgp`bo3<e2bQ6Vxi5>=@&t@95g`>jZy_Bgw^omPv`
z_)x~3l_%+4<{DmJQ6m|4JH{;7`~PYrToQ*Lm6RAT_gaK18N{>5uu!*tDg!Wl3@vbv
z<S1ocSSMH4VwnlGYl|)2{^nrpaQ$<xDNlU#u*c_6dlUt_UURM-8h34Nnw$*Xo0KKI
z>03qib%kba&m?^0(r;HL)Jok}2QRM|TYJyd+eJ{d8Sha^e#ij~M5wrf!wvn1?1T^9
zgI?V@6bC@dt8Yu~7W2yE&v#W?T<(*FnK|0W?OYkQ-pxiYMcUsc-chdMz*sKYJ3=`^
ztEw0%9)4!vVLyvvM+f|@LAW!BZtIr8(x)$O(O^&RjPA*3?<C<6W%ld;>dy4&*wE;D
znveE<0e8JWcM00-)8ioXT|l9B+!QhqjQtdaXtK>%gYQ9JgX}U!1m3$Z6yCZQsCX}P
zT!6!72PC6;y9v~U<d}kD53=jxBJEQDQamhzWZcNBmS^3m6WVkEDwYGB)qG;B(Rmxy
zW#h1Zz1|xK?be8q>#*Okrb<`Mt3XHnjGR^k64`Q&^?mSS#{Y1L3Iolv-1j=Yp9QXB
z-R!0z4HROql_uqRf4QbwUl{%@!iBYk&O48?8;IgDWu~4pM!H*|DE>9uO1VJYL@GK+
zS>9&EpZq-if)X(tr)^?QS#+>!g}7bFC+3nY-#>Og8J{<QXXl$zQ%g$q>qvl?fGee=
zG2Yi$xzV_c_C%{I++|jvi3j8N6$Wt$iTq{8|6RXf`SO3#Z$Qd|D&u<((d#tPx*Iss
z$8-zw28`_&J)V$l2GQQF*Zy_EUhc9H0ju5H2&rzze=}4W_bvLKQ3B5@QmVX0iYl?$
zC`PbN7nU(;p6g++9d?}r-c<H!TD%x|tWB;$czkYemCo&s6R#c9YLP^pwxR5+<($Qa
ze^fvJmNzTr%hApY!QxvV^e}S?FOlHXk#VfGXx;`w3lb<xO8;96fOfYXGDkSG;t;z1
zr?k1mmrsw>=-xh$8+dk#4pFN>CKZdheS3&m8lw4_6nH)X4C2?@t+zp>Tk8--tAfDe
z&USzJdFS()M#qtwT9X8k_l<M4=lVa<L|k(F4n!HT0g=l6OEIFii(mh~BbC5qC|3Jl
z=zvs@tJh-~Ixc49mu<m<P;9c3&!+2_*I(+y0{-l7h%jPSQ%tUK<WuyE=ks~=Uef46
z_xh>y`|}KpBx`SAD<-mvVPKGRP9;{SVoZJ(lk?h2YmcQs?|Kj@lS?CEBLgruvU1zr
zoR{rBA2&Yb<GzY&cqh+}sSVBTfH5MGZ3(s;X5~FEx?!3jJ3VB+VDdhc`Grg*@b&=S
ze7kFg$XMOy%hUu`R~oH}-2VEd+jl;yK-9UA*X}SGjsra=f*|v#<AXKbm%o3<u*m`?
zxL~CCdqV%d58%Bi;>z!Tu~~_YR}lLM|6|cVN8CJ>h|+2lS~b+uA!&bq{IL8sQ%6+R
zH2~_`+r)%pIWY28!Naqxo}#>wPjAmWJw3f8=YFZZw0qz9@%0$lIeH3ZdFdLQICz%h
zNslg9gX<4E=wEB|7_il|y}*JT=Fw7+e9lIDPbyX}P8WT6AoftMMeHiL8I-J4$7#t^
ztxmP;R!s|%8*R*WATdKZZ}S?11DIZBR!yaPFzg8<)W~^-ix@{Fs*?x(D3nny^Bu>8
z)HD1>@F)4anczeD-$~WoUvabndpfv+@l8Tk#cIv^6n6-bt5(g85%+LyUnob%xNY{#
z!vKA4grWCe5^n02i?pC`m4j3c!!z7am|`PeUK=cZ^cA*wS0sJ>6@!3uBeZm+^vy}`
zW|w{yO4dPz*XlMIqOEK``g}w{vXDGU6FDpCFYiHkr0;PXUXKs(wcQ-P6ERv&w#K~%
zNS~r>SQCDybO*d>tF;F0x0TN!ougf*<*mS>mE>?y%q&}6YJUym2)e`^5h^e8pMhcj
zA^(o{xF%O`mp~Vns>yyGWzeP&xxLTst2JgmU&UX^jy8%GJG7h4>hEYCT6WqP>1h_~
z%t<2&9Ohs%kmh1z)gOb0sQ1|nQ*FLQgh~@zLJ-jWf*gMjUB>66$2_>W^MC-fm<)Kb
zIe?3yl!kDj-aI!L9Q8s!IsoL{_c-LNiS(poq|(IpmR%h=Xxk*Kw5L~^?9eA|@i2K+
zw{2fxBj@R(5@voDf{fWhh}xL`F_xEm=I>s!6?;Hv)<|vIjyO`O#l`hx=CsApLJfYi
z|JB@GheZ{&ivq_$kq{7x0g*20E(N8#JA|PdWC%q<=^-Vg8yvbzx<~2m?iNXr7|!DR
z&N=t_&i(H5-231Cd!E^Q&E9MFUTeMY`&;Ux?X(eQ8iVW>c>Ud4jrvS4GS?hrI4e~-
zpHLik_>Y8zMRz^;>G-liJp9PGRiyT>nzP6LYPwvbMj$>5epYtsgXdIMvKDXOuqe`t
z*!_BY%t0tiTgFl^C~SIKv7m{!E$Ob(l$G~hP<)LW|Cm&rxNPsBK+zwbp*lL#uVK4^
zE*Y#@%E4R`mH#d9+Wkw!U%D)-bNUC}#dwQ|V(#5aJA=bMBmON=1wIsr`~fRGf%9FY
zXz3KOPuj-kloY+DSDLsB=bB4ue5cYxx_tJ{LFEfr)HU}AtLm4ccxq}l7H1O6$F?=w
za}khV^)yXz%#QWBS2R1FDz)OW80yPBo^H0%uW+;RClEx2g9_dgfnwt@ygp353)n@T
z{_}KASEh^D)^?`;e7R?SW9FPJ6fIR_=1j>NeTee_PdrYht)|J7RFVq5zxPKXpB1<v
z`Ke%p%cez8FPm@{hq0i@uw0$=Fl?1s3Qj0KZ*1AFahQ`*`Pvl~8#T|nhs4)TBe6A#
zdFJ!BNh?IKj?Xh_W{lAS`eN8z1G+`QTrC`7O-1?Fvkahsq(G-E8%Ksva}d|9Mh4f_
z<}#0oKL0DC!=GMOS(F}Ud(By6)f-8^R$=Xv?||iqP2fiK-k*|gQ(UF+q&Z3EMLDYI
z*Tbr9X3%GCUT?UFxn;<gyj~)rZ)?)QH#fPsFyL*Wc3sXseVmvT-yOjCHAh5iU{~&i
z)!#qHp+1HPyaUDSMiV~s(CQOY;mzlLu3&j53>x;HF<U~Mwvh2@Xo!}Ril#+`dMJj?
z-s7E$RJ&FwwOm5!o@lz=O%`OFnP1kP4(>)*glUabJWZ0K-nB*25ArrB`eVXmEFTMl
zPcWY^uJ!q=ZAmaA=EARE&mla+I01NWPr<4z^}Ye7l4|lwM^3<fo7|8mQyCF6kV0KG
z68f-_Z`IcGb7d)X)vY?kg!>{}N@@#&5zW$M6jN5qK4*bE*PNZ7M`>sB<*bpLy`r6`
zGU<;yW;ssz3&%|09#rG!?Aew-LmZLdk&rs?ql=*8@Z`{apzui0h)SvE-GQJPX8Dls
zeYNHW_5#zh^$!6V%uLtsJq^tJnLOyXEJqE8Vz2nF;>lww%YVxx!v^u>Uhu<fp9lsN
zmv=jkM>`v6lxl~+O$x*goa!NA@J5PKpTC?^c>tD5?+lv>`xf~`zMFrS`H*5uLkoSj
zUZqdZ_PVocMR?^jBTqw76Ft00*1mnlWxlEPp*}%?e7`(y7Ijt#a?9K-47GnkQ4t^2
z=X>YnPYAE6^Q4J*M16)&BuQ4b;eDVG#3<x_`5@Y@E5Ga-cpW6m?MTQhtx{c1=lzU`
zHjhTOTe`&ef}HU|Q4<Uidy3yKmdC-%<Y@DpZ2AifqQ9d*``L0-DZGF&@37J@$9{D$
zyPu_1X4ch#dh0o!7>Bi01ma7J-5W*6a~Tzdd3IaEKg^#GzZ<U@(@B1>j^m%wPEYz}
zl%3WCu@nEKKkdac!mWwS;frsf(d}{SJ{Ub1{kh0bfK@O-sx5-rZ0934hqRB42$gnm
zENeKww_A2eetn-RMV>|Q00&19Gj+^~!k@c*f~xVpkTc6pu=zlc6*<=UNEZ=@jrX@&
zx{8T@uXU~M<bWqWUo(EjK?1Qohy?o`E)P6jjx>GD97nkwevD5E$whfs^o|+?^S*L8
zI!ht>D-|w4!_M&GsJ!SYe_A*xpTAWQ<*G5?U8+57`}9NJnO-xb{f_wEOA1A2oZOWt
zxS7Rnq(QhHM+|S2Kc+eb52<H}rJW5CAH}9x)rml(^(iaHN(G!kmzgf6H5$juJCZJF
zWS*^KcAbuwEcT8VK{^&q=$F=8h=|o{Rc?c}%)s*n{*DY>k0h}-C)e!N-_8_jwKd&(
zCXVg%#FOKd)i7bk>&cV=iFR8%Y`zWpe6{q0-Jj}5Go#X&DC}jaJ7muki|=qcF>Xef
zB$R!8jnUQ_EDYI2&-hhs5sbNEtR(*1u_CIeXn_Hq6hpiilA@x^AljB~&d+twUCr^;
zTsG**ys7+^*axFJTvB4`x9S~Sda;9xlN5@ik59k1AZL!b*@SEogGt3-ksT4>YY`}s
z2U#M8#P)bG14F5LwU}ymhAajM1bj3z34g3T!^MZf*8F2OmCcz*9cfOpsi<w48oN2X
zqo6OwAzqs9G4PO$Xq_;P4@cHw>PBA;iUb_!VC(snIw!6l%xY0!kVV|*x`giwRn<Yh
zMdDs6I6lmgmRmKA7Bb6Ocb&9Z`BawWYi(Kb7uw0dE0yiF@XoIJ*_qgq@79Kz&MPYM
zU+zgQII7b~Yms%GJUvT2@l3|5GW}MX6!EFP!5sCL60cSSi}{9wz@)R7_ONm!qQR<*
z)b}#)tq;9_LPWi_vz6??GNYvVZV^;BwRugohT66!|7@#V3q?i#<M=BXA_-ky4(D+!
zUBB@ZZZ95-N&V)^cZ*>o-r2hwn7=WETWM{m$R0l{dY@@F!0^TJ%AYNwR~c$hMrcPH
z7A}k|ypVbS1v=YHD^&2~uH^M$(SVAkOl_yOl^L$y-uI1&IsJog>^hH}T&=zD$TH9P
zM6Q>2@QG0S=)Y<~4<z?vyGxZq!y;H~jlcZm@R*)nMVzWAUbstx_E1@af^kxG!>d`#
z_8?121FYv&HFk`9S~1^f`eu31syFC+>kAwX({({L70t4iiivI%4E3{m+Fm>oEDvk{
z$#r$9$!wP$kS`m!U-|$+3c!I%f=SulR&68f4UCYDSVlv)KuPK^Zy$NqKYz+f>7r4u
z4uLDShpFwKbYV-jx!qhy!OEw(G-ay2wN>9*^bF`2{WT}35BcHR)dmwc^Q*Qo6=}Lq
zA4l!HSM9Le(E~3g%rJc42^~H+-lesA4<1hS7VB)^IQNgs;!w{*tAc8%aevL3lWxg-
z+XN?SVb(5Wlrq%bE7I?^++dVpspiv+`Owf9GL!eyJJCg2O&BRPl+^|(2aH0?Yvby0
z-^wYSx!t#s3Z*+FoC;Iqphpn}e=$ra4_|4pK5QZ?S81wv@Q04!3-toyJyWf;@C)51
z@&{dOYS)-D7L^xWh{FZiq0NWVw$~in98f!(t8#Op-i#ONJBEZj&J}(U(9apLqjR@x
zse<Bdy23}Na`-I!kHO%ib4a7C-75D<d4A0Cohkv0#0}=l;Dv^MBh?v#z_PM>kEW%^
z7b9F_5bbDO|DCh<{YsjZC2eb-C2*IcaBpb7^QyCxUvE;*#A{bH?vEe5<@w@8g{A3>
z6El3(JFp=%5>_q)#_NN>ZO8?PNcEw<cfVc^IpJ#|*}MY7I45eO^TeF)+mc;0D%QzT
z*SY>_%z(?$TKvhsLtp-*5G&HYV3HV%&wRc)?u0d{+#NFV{qP%y<wx;R%OEL+gm!H!
zJo0_ei8o(_r%I}C+FqBUe%vK|WM`={Yts~;L>?qB2cau2&F8EyO(g!QXKdCoz$|+p
zB}hvA9Q~@Q57Aru%T~i;1>2QNrV=Z!Ca=yMhf21iMHRmo<Fl&I2yK9~d+U=^1q)ur
zgk!K$!NP}<HR!q1^tzv-K)D(!c3s&LXGPbHQC?$s1RY;(O!#^)Sps?ir}KIt*YV2c
zbnnSu&xHUp-tXggZEO|g=FI%@Z}8w&Ilr%h^SWvr>nht>`5Y=jze2cpfA<CEeu}so
z>BLsHHn*7gdV7kud}WBSK5CcO<dMc`Xq*Dk06S^UqpnT$lsFCaRkmiQ(HF;ap2Jnc
zT+{hA!!$A*aN51Yc{3XYCeK8Y(Gt0D3D(f)UX{{#%YKMYkpA~H<UEfN=7m6a81M@E
z&=hh$ZmZXd@!Ao4Ye;|5oFP^xO#%r%OI$?cn~3_8X(NwPxTJ8Rs`s1Z`VV!gAvqLe
z$%CYWgU+}mlBwmp)06hg1*2JA8^%R9^IP;AzXGUs5+x`3$?jPQf`^Jc%jd&s_)yvK
zIyUmsa_!-Guyy31Hp#y2yYa*Qfldw6M3;lqQg_APzp_%y`VKsnmb4+=G-B$1QI+}k
zKI-b3W#T=LV9OC<o8<pCXl`5&a?al<sG?s|5I;+ae#(t#P4m@Wi<rhpAD2GAu!{;$
zMW3-QI85xYGFngCv_SAgj`4xKmemvY3@3^Qgz}>mGv3Ij;?r`(F(r;@3`Bi|OZaXf
z@AqteMl9Wbbl5#)JK4j{3xk|ES(!$8__Nb~En+Pu=P~&eyb-vu6Z=5$hiZ7d#r+DG
zZ^fr9&mCAMP2mcz{R?lKhK7&{F=T|ur}mz4;lxRjle5>34%YX#u)vcdKg-)~(=oL;
z2BN-=aTfV?^~>_83bl53fO6S{#}Fr}SHB?Ro&d22p;q}Tbv<2M+nC1HJOQZlTsg<w
zl-u{RJr=zM3q<(bHXjl8?`z1PQQJCM@&tL1WO{Em$uHPH-5L}rGmh+*d^S?L%o0<I
z-sadJKBh;E&Az|z>+^#@;oX-nPIh>MalAn&PuO+Ds(N&ELDrJ&wm9c+k`VqtL;2CG
zlkn8LMtn}4us5UIv6Z1Zl=d<%o0_>c3EE(Ge=cpQ&3lKRD73R(z(P1I2wvbSGM8tz
z#3wnC(^4&0B~{%wQz^sZt?MJ0Ph~$)VK+le;ZO`CDDQD9xkr_9s$hq|tdd}FVm)2q
zFFPkMfn!*M-PkQ-vDL{iK~szS0aMlPFoA=rVMN8A##5q(vox7kkLy#&2NojLK6@~l
z#SZ8xmbDbuP>>^$H(A-dd@~dCs^U)|!wO#Ky^mpcuphH$Y{?Uo#UfG(QOq?1CwCm=
zx%l#{?2r9o{dn!Co0PEh;&N-`ytym)1s%0GQ7`FxKW!Tep=xXXrcZw&>8`XsSIbV%
z&n0M6rde5-rNoJoUcj78#&(NK9^$GY33|4t{B15FoiYZ~g)0xfw3PyUMg*Z3?MQUB
z+Xk-ki;qEEwc@I6L`~bBulSEXgX|0(Q6WezrS!&3(q^xv-rB0ij)0X<PKSR_{st*_
zxvbjuMaXA`dzCo;QkJhouV$5V;m{=~WT9*nqn0cIZmkmLVNs|t?Z<~7+l+TFSE)P=
z6)5dw%BeC)5BjCxT-Cv^3Zmm9c(gLdYGzxiZ<NSbtGM)jY4let6?invV?D-E<?#p`
z_lJ>yxrc<N^uS8EV*;r>J<cTIQCfsm!d<~<h9<ws?{!ixw(@PBQl6|N%4G9OOz15x
zZ{Cg0x2fS{Z4PMW8@G!w>m8rnaHAWZFqZaiR(?NXLK8(zj-3dp$apR`rRwc6yB|;)
zy2#PRB`EP{zy{SH77pW-4*#h~BXsd5cIw=NNl30>BzB}BOwF+;j^{i8z359yvt`?w
zDz*cRUpG*oArbB)Vl49-<8ynY1A8~EqMzDhbY?!W-ugE&cmA-FF58SbBg1tHGV{Hw
z;>5|Hgx;U(DV|{|m8gpil(!vg)KGeO;pTfUzErfL`Sf0pu8ZHi&o-sj=R^QxVvFfA
z5#J0TnJUdloK(Xe2I>(GTAJGMsnoJz!^EC!;GgR7d2bQ+c0v@IMi(ffM2M(dg8W2e
zX=h?oCuBr=Ppzk2qU32sm8vSXej8|l%t}1p<>PGS#W-Q!R8ppeztSVJHhUZG13Vqu
z1gD9lA13`}^)RdhyV?1AV(hEg@9@m@=NnP7q?0vf3tnYbH4-GcqOw-TCekNtEL$uA
z;RjTL+qk1^<39_qa?IO+8+bLHemzax{5v33*!}stPJG*mBEj9F%7u%G+UKA;>*efZ
z3+fct=e*+&ScLo2{HF;J0k<`Npc+m9tlBY{9AoQBTUoTxx(-2z(qRr>IRmFEQeIqx
zm)q}kJ`(nQ@P`VM(r`^N!ct6Fg$tiQZ0R6>C>x496|j|P{~n$p%+Zv`stu3Y?hf_M
zw)=V?32)9k;nx%?>>nedL&j4~rpz!M=|^#wm!a&tn9>ECfA4gBC!EH{pQh-a8`?6D
zH+0(?qN1(`DB%p&vZ4FD>)EtrWOz8J%C(rUcLic%(+%qK&;D#JsAmR#rDcB-uVxLX
zpljY%bR>m91OYv$RitwW<U}7()GKhYl`VQP9Eln@z;3P^ACC8QTdMFooHM#{OTwVK
zU+E`lna=-`sxR0?CQ5P31i>3?MGH&Q!+<K?u&C-_4J%=oPXo6rUv}T0BimBrsTd-4
z0xuDY0X1>5l4%NIWDt~$U9|AzhKpe*p%1e5UqQu8738Tr0brmcu<T!6Uas#@x88U>
zz>UNk&J+(~Yq>hIEp0jj^_?J=9kel+esf#eH>R#kPELLek_p@aN~vXjP`8;DPR1V*
z9u7Ez#UuDNm$*M(rYeW<)Q!7OjBxc<(J>ijyha)1ut-Ox%@e(kIP*eax+YvR?q}wE
zWvFjA>lkeKB?bA(eEoTRzAwk?u|yHQF-Vvj#ntz>FN^7|^`!L%MprkgzUO@(nM>`4
zCY~a_?7wm%%#QZ{3of_~tsD>H-Vpq!Tk!F0uWldU0KhE(VdN#iT(IL`&o5q+6E}ib
z={3+Mg#XOJKw00PMUUNLb%#q1(BpLnQG=c@+--($+}`YcJN4UR51K(oHUvIN#>zIg
zQ`RM}+|Jj7Xp`UQJo~vvmKi!O?7`h0Cr8Q2xe=1wpiq6Ppub`o>!TDfRO7g)BtdNG
zqUy0T0+<5OlG}jxyHzB+_hBeQy64etkv8L?u4O8(59$gi7Q6SzIJ}pBe(rsYk3p5t
zyLWS`yrD#XeSy_$ZqJt>d;Q(dYvrz|L!0n=!|B;8?@NR(Y$EZA)T9{<nQpNi*zXW-
zMTAe$9A+Z}Ua4YqWKX5*aN?|#ShJ=;`C>GkJdiOH(+W~r<{R8^wxmTp0P<jT6dj-Q
zAwpm!7#IPfhn)m54qLQf!b`qhCoEcmpt#m24*2}4DKuqlD`6&6SX<g<HpWznC8z*G
z`;GH!2{ehCInu?Q`njH}TxG;*%B@BUd{wRg)<`SCD*L^MkHf;k^11-Qy3a7y_ZEn&
z7-_R-qRzPy7lSR@EJD@S7Qe}_f4DvHCoz5XMC)6{;!9g4t0IK5pmecOc;73WvYLyt
zwIpnnhr%5kRLZuCzZ8DxH5j+uJskti1Ki5fbB;uvJh$<{>wqSUzprPX_dZ~SXO0fs
z=d%zLt{YwIcCvvo#LSpNu?NGjV<Wx9)*mBWidzMv+WN!6sn(2>K~4quOLhDr0;<3>
zjR2^}yVITV1J6z2+}SudfL4vOt}Zu4<LIBCrn7aM9dx|nI_2YHJ(8ZUy4hN+r9^xx
zv(Af|sv|2P+jw9#ne~|eOi|+{_YjFcYh`~L+xrCwU6Ou>zu&t_L-$nh2#_Xs9m^HH
z-u@;Z|JWch6@s-x<&UO-d4m$Y(Nh#X;z!x$Pd)uk9@pNRnN?;Z#LDeDe^IW|Z8h%X
zP^_j$8O=XO?75>zwpu}qR7%)dbT|rN_k@B_4G4sSJ|+y9iQL%~Dxl67%l$nRT}Yt^
zK%b++NYAR7*CREJuR=F5<KGl66~e9Kd@Xi88|vT)ajLnzGsWL2+u>=#_#;tKQQ)TK
z<sy;DU@O$sU)76E(VM@O146cDW^0w{*L&8vseIe?N{_&0Mx;~Rj4Ik(C|{F)B(N)7
zf9Pccf6GATt-cW~wVv&#B8hlaY)C<>`9R<yW%i0(w%)atE8SlW@~pZi<c8%YU4W$+
zQ@>?pv#iX!Hbwr_;gIpMfMVz4^qVX8n<IAR0J!>Hf4onLy`O!WMHCIr3*+%sOMD`;
zL+if6{QBw@7*@X*4~UtXKkAcp6>8iZ%_i*~vFiGr>l_}Q=8#yoilz0;eeNCjzn_3|
z`Vq;exT04a_{DnFJ-KrqHd8?`XFye&{510BJhCGscqV-drj<(q{M^d0a(2UbdN$8}
z{n<&5#?La$H|y+(rDB{3w>Mn&FIp>(vf9_LhIeF+pRR683GP~u?M?#AV6vqdD7Uzt
zOZSHJXB}Hog9ijw!**6dF?~7s=Yt!L8Wp`BWxr}?SE$a6!RDKPVC+z_H15biy<8P=
zuUXPHwcT5NYlC&xr1%UyJZ~aIolj&OMp%FzAY1aFI#Vrb?;Acr<H@&Ya(pNY=IH5m
z)NC5$l0IY(G5gQJ9pk}qIskd&TdvkYs?W{T4-vOEbYhKUhsemtMVC=UfI}qT=K34}
z+5(G+<@_X9)NA3xX494=`vpkUIOi5U<`(C1U3T=b53a6;?p5xNNPx>hZqinW`o#D|
zOm6Lq9u}0vkx%o7fTgncng@~@@)~3J<;0|vq8JHrZfDJJeN1R74|mX`Su84i`~S-z
z;;pJYcs(~59vOMt{JL6&IS@YeOT+~Fu!5*`N`2yo@I-B4eBP}u!i7x*vR(&jIX?MG
z^n!lWHqFMg{(`ovSLo}Z=v=25-O=+m^hqC1==>$BY$r?pll0BcO%w7w{|%fBAMmPk
zSZJ&xrM&9VZazwyY(&hhv<g)$@wdFvY5V*E^($ST0Q@08CD16L#7ii|^cY7nMFKb`
zB%@Jz-B{2P7I>@UenGxBt*UALDa^M3`iAO@o{I}T<}!;(AO;nEFB+PO_fcz5R_xzW
z&v+40iPS5#B>Ze8(?d9`wn~|tgnrR;&QlG0)xtTMy56@k2!VvuTl&2J*%eY#wdX3`
z$K6MhXONhcF;3JBqGw&kYOa-3ljt%}Te*cygpi|q0gwp|yS>e^NmMTJhGIcImaOn+
z!coH&ibj)|w{ApnS#b6ow$qNi{xV_w_Q)N}OD)ZjJ}G~W{?vW_u+u=VVc831ym_(2
zh%2gUoBvbCdsH%ynU_)#<|v2k3!&l^CmJ)Yz(z9;N#MU=kQn1J3aqOBbglU8n@4jP
zyE%-&Bu17e_F1qsZ#Ok2x9MiY0A|E_wRG<HuJo(p8NdWnfv*aj{G^a(I)1wo^!)g7
zR#ZF9&;F!C%jy)&bq{Bf8>~JX@FMtRy*lK+&?Pz`d?@aR5i0VIrz;vGtH5$xO~P!4
zvD94!UoKhv_7`vmh$~+~W4WB$c~@ZF!eK{dT#Tb{!xWTZzTNH5Uz*e_Qnmxz+L(y*
zXq3W&#?3zP5!0F~_a*g}4ul;W5<8tuLjMfhj}Oiv`Y+Gf8FJtNYeuUK>{z_MhkCcx
z<-?}5=_$|^S*0so_IgjT0xHRod`r|@FbAdAr}#YkYlMmpPTJ@az-&M=GPAWGVPg{v
zyaEyfTA!jvp-8lyliW5k$D||4z(u1|rkF5uOz2)#_C1ap;+qyGhr^}oAK(6QMp(?D
zq2nsW#~*L?=Y*@aB-(G1|H0m;8hiesN0ryEl<v@Y-7#6sLei4=>D^u-HZIh4?eEAY
z;<xNd@dmF=3$_^NI_vHtLGvjQwO0?Y36$;}E1^(NYu|5uCJce7+W{B6&l8zm7wfaf
z+K?&e8?v=kgnldR<AjNlxs=zQAQyFF-l3u0H@Mv+z@}Kl*BbWVmJB~>I~T#f;R$t2
zVUuqy`viV|>(Uej)WB)t9~eJ};%(YE5gz_2;uc>=GZy++#NYH*6GuG!XeDKZ_ws*t
z{gWX0>F9v;m*kKFZ9!8I{x|l25`<Ib5!edAZ%UlzmP`J}VaOl;%k}_aw=Q}D{o_Fl
zOFJnNuwww40`b2b3d94^&{}ywrQB^JXZ~Fy;T;zBtdzdepdlHn|EFySIEZz=J7vBL
zi-@RU{|+1!#bmx>!-lh;G?51NF5651QXALQ2Iv>e&wLl_<CMZ-q)lM?gwoorc;0uP
ztzoZ1Jm@k0up<BbEx!iDi5$iMk^TyRjI)2HzaGriI)X6=IM^USG%k83*e$w@*B|`w
zHsS_EH5wZ1(f{KpeUWRH5;1^%%Rzws6MA?j4Jv(ZP|P5Q=IVH`bS*p><dfB!_r`%i
zyU5v;Y3-u-$4k3P;@fWE5(_3P1jCZVhOue&CnNH3D=@0quf+LujncTuyS-W&*?V(!
zu<mF&X6+IM<<$2paEU7L4nLc=V86W+TZ|3v2XAZa5<P4{LZU>K<zU+X`sjbC^!t_l
zw<E%TyT`*8<G-eMDKwkcOk>?{1tHV}TrXz=5is7Aml%(R$Nl%2Z{3>D_a3_KO+}@7
zoG%B#tw27<f1PAVb)wWrSpwu4D=KR?AX48UA>bnu7GUBF-p2<wmrv2C!Oebb^8n<3
zfV|k_jsDB?AEF{6B5&!Qi+G-2?3OZQ-Lms`c12#GDGMT?`@uryW*I<^5J-X<&Km^p
zyURcvvNW%=Y10V7+ZkXe5o<ljl}YnF>h2091|ZygsmFNXMGv3+ZO?2?$zrFX%`yb1
z1t$a-8cc1+ZnK2}WCpxA7-+)qPorMDN-!t5-4?^|AE5sK?;B$D-{2|+-N!oh3q1k1
P7EM-CNuor|*!MpG8=PQ2

literal 0
HcmV?d00001

diff --git a/python/demo/documented/nonlinear-poisson/plot_u_gradient.png b/python/demo/documented/nonlinear-poisson/plot_u_gradient.png
new file mode 100644
index 0000000000000000000000000000000000000000..b968113cdb49b5674363f6fcc39645faae90a341
GIT binary patch
literal 34141
zcmeFZWl$VZ-zVC*JAq)q-Q696y9IZ*;LZ>rxVyU(+?|jB!QCymyZfCyyIZ%m_O18U
z{k~tOx~6;job&s;O}Mh66bd3fA^-p=GSU*N008*~03hPvA;I6gYK2b#00|%?A*$|~
zb+YE+i#@jtcVRhvmt*IB4kK2EAV{K7p$^eu@+*)g0#Q{0!^f*8qKlpj`vgW5KKPR?
zNq+E6oI%TZ(tT_+sd)oGgc$s@ukbzE*~MrU)Ou#_{%E=je9k@uX)yYgx|xRu0KPa<
z{1^;R8Z3YhODYCW8XF=ShA#G}&={Qz{EXHAz4d?5_+PwnYuDf3f4}Bo`2O~4&Zhn4
z%i>mlWMyUL+B&Dto!yo&)3AZhDQ6(b^vn#iOraK4;Qr&;8I%}&K9ahgURFYa*vw6%
z^-MxSf?|$9o748^a`lY(_|5(O{jGtUo13kzE%2>kxm0&-Xh})Q@bGZ%b<gb;#~wc!
z{4TbC?5K>^Y&BH?1&3<4)~->k%3Gb3oUD+>V*DqLlz_|btB;SOqN13Xn3O1s=|Gg<
z^IbNNlUU)DUf<^$j(==Ct9B_+qgl!Au*&0gwUe^I?YJ%gdh-qXDU#r@4r+t%W7KVy
z&lP$NCH8MUYd>bPFRbePYh!XZ?K3)*i@kvX-hh&ZmX;;UM_3g6*}bPc(V$Ta7X^he
z7~v%&mQ~REYlFp@O=6(_vX#eA5()VHoQi@1NWhg(Kl9kT>l46aaXY-+WE&X~;q2nl
z)zxKcYKqHjV8`;Yy?yFT%)<i?T?}5IWH6~jn!?6Kp8<#a{S1bNiOK)<c42#K>y!6E
zesFMbBDGTYMITZSEXs0+M~zO^S;6NHjDLcgubJcjbhx;<DCl$dXV)2!mXS$kw;ZoE
z{-s%C@H$Liqqp4bd1&q@b<oI~g)a$D>iTKodIP*^B<9Y)(xPzX>Q5&P6aH_H`+`or
z`#Aqzd8;0Co32^eH0G8$1`A+I>i4qK)6v=3*r=+ht>_VRSSg#En|pbAX>lxfvA|=9
zm6baGP%5veuyI+dbG`2CwojF&046&*O466?V1Z)Qr4P~W%*bM3jZ@yJQ>9os^5>70
zi{D1KAAWSnqwW2;5IY5h+3|dpeYN98w;%(9e7U;2WZ@c85ISkFH(de+Sa~(r%vDTJ
zPwz!qG<dx}-MZ|L+pkO9Tn-X@_+FDtzTR)V|He|v67*?)ly!2tOjHu`+VHzaa8xHT
z@Ya6c#y(>RLKhSK0%k8+*@!WVOm0U5UteE$_d6xwS9M+84v+Kog99rm6jAi0rKQWu
z%Tq^>_J*i62VyYO{0xG_WztJaOY?lXIYbkBAQ2MsUum|Faij?5phLeuGbf6T_i#F8
zHu=Y?6Po(^T^3^*V3tZsNwH~KcG@1O((mA6W2<k=YY>G8kbiZ)T#aOM+4DJVNyy8O
zf(0Xm*>L@8MYJUvG5CL|V0{G9FydKqFkW1GaObD(VKcM+{cQiIs@~)WV=A_`$JRsc
ziYWD8=<@&hKuA|7+%?~K@_$c%LivYkoYXHcqmu4S{UaZ|7l+<Ie9Bf>9z+GfreO9z
zR0V(ik7nRs{1XB2UXcBjW5KNI_8(IIzc2Fmw{Uy3{`8t)FUCJhf)@H;SrVocQSh7X
zPcUEdKK(O3n*Y0nIsdm2Hv)qHb`6E7|7=BU4e@_F#0AkmIdCxT|Ib#G@B99@v;EIQ
z;Es^|J4EXj*ng{A{Fkd&!v7!dPbJ9r&+F(2Ko{Ewqv_gqiSoX%rY{1oPs_m3O)l{%
zATIjwjEN*zIg|xnC3SmDx1$3|3u>CX5d52J<^Nu9o`M#vIE0>08o)Zwxvf*H#voSU
zD(t6G>%-?7dFYAjwKX^}{<vkWtvr;J-%AdyXG$n3DYFH<oVN#}Rm(ZZ$$w2uO!P+|
z9v*@h0^gELWwOVD{#@vEvREe-LzvELI&iW1Yh-v>=;1F^v8va_U(xSkPOQ<*_Z~qn
zkZ-fNc0ZP9-^l(W^G1<4jC^1J_Rd%7YS1Nb%W7*c1tVaEAmh~=|AK94+27frprB|(
z2rSL@e@eH^S!#2!w6Uq!mK7Hlx3M|8Ih<LjF$7&kH#heGI8lF<%%Ea#><JSMW5QBx
z$*9y{Tk8@zsOY=y)Tvr;b=uw;O4K#j==8dNdAvq}g_3Fadf(-MheIX&NJP{H7MT>>
zo~NVA{T!dOgQ-H?4J$b<G4w4k{OLxBWUfPVb8~peA)-OBO>II}lOzpGdTMGe5EDCI
zZ{Tgn$jI1NOG!#*3;DH2;-4CP3@)pTTc2?Az-6Ko6I$|{`Vbo-unHz&s;Z<U3~=Du
z&b4ssEePmc93@{}U73%hG_|Frr{iH`&$>mslOv1GYP23vx3?p(9VlyYPepORIxj6B
z@trJnXLo(SX^%m)d1lAZCnZ$NAd4>>bF2HZ`qGgti5{#@SA3{xn7%MSU#;D+H?Qk>
z3f9=TVD|QAsV)L}c;v(7^}U%O4d`E->W#&w*0PsTvwcKXE0I5(tJHcn-s*2qUK9Rw
z{Pu~&)jFPZupP`+DM)gneAYE9_;jwU**CW^0))3DU}6s^(Q0UDZ1`R)JgfYjg9t*`
zw{I<IW_}bzKfHgD6#B-Sa?~8c=$p;!?l(eT@H-iIiRlP?@JYUMZh5bL%mNCCC}6sJ
zL_tBpqE-~}xjS*}d7Xbzt*s>JdI774c3<ha)sY!=Eq_wAFGb#Aactg`F){ul{#%D7
z83&TMlMu7oF}MGAU|-Fj;^2O_a(9P@$M0?@D*Ch8eua#joLQ-G4H7J{_tO1Ia#w`a
zmzm(tQt6FI{p{bI@XP(tOTzVIAL#xrH*;F9+dLXllCLKzuKKe2i7Q$+>0~RW#!uZ5
zuXg)AbKomnFP!1#6%?4<987_25LgX^t?E(xXGRJy-uLZBG_X`l*W|QN#m%lCH;3eL
zq*m~bKU^1kC#e-J{K9=luik>}(aI+?aMHTqS$pTkg*j>400PuMM@YSGHukn(3yqx5
zF#quR1M~lFbd<r2rlX@{Z*TvMjlFJ#7RW!6HxfK6I6T+AxYpIW9QX75Yrltw2Xj_o
z(C3*h;@TJ18Mk!Tt?MGX0N(3V#_NWWnYv2({~spFv8O@a&+jz=0%|-*u*3ay`Hq$c
z?8<zLM!cadJY6Mz*jkleXaWn}L3mm1FFVoF9%}Ja;=``sO8=$~9o*X$vk6x$(;~8@
zv-=W8zluz${tb(XM``K8de#=FIZC@jnUVq#D=9$(H@DjiPTOX?B~=}riaDFXXo42-
zYAKGld>?`>$FsoN>aeV8PxgNptZIuQ69&tdjt(EE4`lH7?=6&^rfuH$phwr$)X^cB
z)G|Yb-?Wup;_<J);h1cSu;$|{M5sI}k5%$a#+_BS2f5Whc6;qjyJPC}uJ3j-S-N<{
zE4l}O&6AceT}9j&%ITTG4RV41#v=O~gMINYoVcIt_8k@-Uh1nTA|oe*8@SWeTkXa2
zQwYaD4f*Nf?(k^vc#^KB8=B^Bi94Bg(#xcJ!RA1pP5t+ZUCuM7gzL>atL3NGMukW?
zfuAb`r&90x6;#%!MC{*&RvboNRwdI-?y!mmVjaske4l?rvW=ahsTz2{t$qT^UJHIb
zNN5RxRRUC8duZ$OLVE|UeqaQX@dUJ+2XjCK|3Hpw4+8L^F^18rUXBmlnO*m${1{&)
z*Yca@G8&`1KGmnrm^{k)8!5e1nZfG1m#&J#h4KaMJNMSeOy?^*CtplmUH$h>0!1Y0
z@Gra$wG>=YS5tKwZpq9Yk3o6#C}2f>P@o*%Q%Ak*|7)R{>IS3v!n`H6z*LK^G^bnQ
z_31qQ+p9$ReH!R%L$wC$HmmBf<;0Tx(8Ic9`riCAEwiAm){F`bUs-9C`khv|cxT#G
z$kvC4%dKQouzaFPQk$_Zb#-*$I)o+UHW6!|HOo7X`RFY%J%`8Yrw*0$^y8ej5MejE
zs|$iiNt5S6vzvOA?&}hKB1+Gmb#v99zZoo`CEcQ8KiUF$m$`)9&4H?u$s7BKhfwVT
z>wj-k8`|K)n+di6@HzTaE@A8xzj)k>q0>F_-bFn}TS)kAv=AE{bjyDs<4Qy|w3G2@
z$dP1yHCDwndOKw-5tslUV$Vm$k+`~gK#~SBz<(&ZF*b%{Hv<)S;nlaXus%-exia(#
z3ZhxHkhI}w)n`!O15+OstP}DzrN?Nh{X3r7Zdt00wX|FVV$vpd{B}#Iobf*h^*>GM
zSC9M-S36w1oWJ2-te9aMrpfN{JxUl*N~NvNMg;~o^b{<-H`t}HPX^T&G`fy_`=i}u
ziB*|W{vEdb^h0zCR`HzSsfW%XNUESdH<m&g0$RC=GFl4%+JOJ~Nh!D;5|;GHqUhea
zdU<YHfCBo^k6!EbvY75z)pdGgl$D!a8xWcG!E-D(8}~ifvyPuhYtRjDVUo*KIt)VI
z=-DawEMyW@1VW4}+B{Y|EtVv@V-cxIXV1C2HK{lb8}J3ne1*IG(kW);dcL;)QDVF=
zZ%W2T38f!d_h3Ve^5YxV1UnBl#rbR`y{cxsoqw;gA5S*H9t(Bcx^3%`#@ZUvtYFzi
zlii!z*+{`cz2$0Z_*0kVL}!B<5jrK~j;u$+9JOBRP-*w5?$H>iP206F?T)1Un*06o
zliHq*fx3_hGAWK6nYq06hd7B}O7HIKhnyWfHu3_Z=ywqV3CTnj4e$2h5hW@l#`K&C
zbNh-_d`sO7FW=zpD>Nx9wFc!Ndea<NgdU@gg)!QVm;=st?ao-g*6-87k~#<8=nT)b
zJ}tO|VQYx1bbaULEhqXlXMft~Z~*(Y2~K}O`I{;2`&6^ISjs@B_3OUSy}3B9wnq;P
zaCO<T664@P<atDJme+ZsXX^JlNT8QgPKBI|rT`nraxQ$vhi%>kDG7n^BUz}f1v-l^
zESYIK9Wjf~_?!9KDRuk}0BGL38P0E;)e5JOZj(Erf6j0`8Oxdne}re*Tlv%1UQyUw
z=*ZoAK!*tyB7MlBd)ewI%o=YgL6{G&NV-?yak6|b?o=CN>iaP0)QSbB)vWdgNA2>{
zj#;e>Uws@(C<}in!9oPw&5uwkmfmzX)d-iS^M+V1g^aCaYkF@8$6C=S7llBHess^O
zUO#w|Bmo}Q68>^h62kYnk6Q_-?z-Aw1AXVQlSMY>VET%vt7y9XarM>Ley(qQ9PZtm
zz8G>I1lj*-NPV$gYFL(;B>M&?Jes)8`QIbGQ_}F@yyp|sm=aeHW|6F?3j1@+7V`uZ
zW)^MY1`P))$ztnB8T+sm3A>UE)>u^3%GaKK{n;?zuGxmcDSrby1;4pt!}c;{Uz_?r
zhNtk7<+<7AbxEL<neNf^6lil{VyC!*r_ct7#GTvc<10fCHudQ45h+$Op0b(`06b*W
zWAiViq*)^N!HvAp$G%Cul5@uJ3|chVM4JMM0yPwXBth(~=WZjH4e>=zBtSH*9lJcO
z7cZL_HMAY|(1l&gOVZAP?5Jtk-?wRn?Xvf_87j7eF%ence64HX()RGLE<*Zz=h&RT
z_%sBTgi{c&TF|8wcd2FB{>JA+zpBC5w717K$#k1l^v6jv5`=<F<l>~HA7>ZAe|k%)
z<lImcm?1~x+tB!OB{U@H3vwf@b%@mL$~O#4k(w=qbXL3BoYH$HSiYyQu^Af-_-3}O
zwwlT)>|)rCWV~@po8yytRsZIXfCNbL_85==y%ZQ=-N4N0HTCaM&K?xl)X|5#{3mXl
zy`HR_U@6sfo%%&-J>je|csi&b-3y2ia)-na+b*BH*-Fj@YS>ABJ3Np5U|J0WY-{dY
zz6^(yq<g$q<_M@R3+GgFt9NZyK(*ufX)OH4g8r$_*$yvhoyPao$=QX5&J9J%Vc1m%
zubD=`lj7&YqmR!50g|0Y2g+csEk9?5Z|*>K(j&5(1l1Cu7XH=8tt3*@pyHj{E^~7c
z%r(mtioVcWB<dh6>A-;c210;v<EMYq0Ad*oIJDx6Mt{7zQ_N~wo0HDXY#pZGlF;Vc
z!l9aYeHOdyZEA)((@L2(E<F4rlVTr>cphLkE1<e>`|@+{&9b0Y`tUDC()xn?R+)8X
zB_7i5qWWW;Ss=w2oD#=Nr#LT<D(0cu>+bqp^0yJ{sW+SLYQ5a!&ePqJ)qeggA!YoM
z`6%R@j?Z*R$&jL7WEqIQn`{;OzgNYO0s%~A<vdpQ?_`r5sh+d1m^JVT;cDEkDA-&%
zuM2O_!`Ets<ol6`F;3zZlU>s^@6woHW=s>*1kmNeg78)|nc0}$Fa;pM$|neY@PbQ=
zn7puB{K#>yqTM$k@l$IuFUx?R_6^o(`u=K4{CZHpep?1q_Gt)>cg5?dl7o%O=kTq;
zbbsfbdiA!yGV69<v%>%q0s*mU=I^w_xQ9PPFq?8+7a_(*S(92-FwYnfC)qTji*5M{
zAt6O}<bL&w%98YAM06*<6dBj|wOp?xeP1J}mYL!TE%?0FYTBOYNMW)^1Lbf51(*jf
zYMBE8Ap#crzc`bne!My+eR_I%$+A3BYtQ4bHu-@9{4uovA1fOfVqcIlT+{hyK02N_
z5MVlH;{@??$;8f+4g^q6G%&rnY7v9!S*??_0olAdc2WRUPVjT??4&&>Ol@K5u3flU
zZ1wz;*pd0zm;Gi{A!|-Ydk#mpp7@p^y8{}T4T$Cwh6QmEotoQrAFj9}O7_xC%l$&W
z(15|3;@4Sd8GQHb_@^(&Z%l02uJsOT_!Wr0EZT%cKb{*{ZeXK}e<$3(qz_<4+Ybkp
z+LRmFAMnUxFhL9+rHQRfeJCFC7$&$%8`aV!vdXC!!{tz|2rnpCi?++EAdS5&X4J(Y
zkkwU+j>)2y{ip~t7$2iTg07r12obQGM+D?}jS5*)-5yhMQRNWwrxWrdAtMA0xZ(i*
zOFxBu+0zY&&xeC^o3FJ?d2vB#TA|c!e@B*9`KE_#jlghZOb$_}k%y;VeS2k36BlPX
zF;E${c<w$t%M5FcA98W)G-Utgv>0MG>3i(Y&0jr4y(Ux9<rO*gu>Iavom7mRcq6wN
z6%sPB;i7-&wqUnB5jn(5fjAjwv(#ppg$B_Nfj@WP>1L>dSp=O>o0{&N>YA39?-6PX
zYYn#5fzWc{-x;b#-|I`x(#rkJ`^ev(j1f7Fclx@bzBgAO7s{Hfb(GAN!}#sX^iQ!#
z(LjpiEg}P)mfB}&Z9JLJw+gy0=3kg?F65Vw@wLy{uz-_?#Ew({ilR8UfFQgVU1ko-
zgDixdI5RRTWPpS$%&J@Pb-#qc_nG-k`lrUjHa^%Zj3vjvY4LmiLYnM4i%GRGmM{`Y
zde#!xf_E~=-CmWXr1LYyTo<j4j~oG@kRg}o3UNZ2D>2+qQ_LRX=K9$3e%h#-!ZzCJ
zhzmRjIl(ELty%UgBFgFuEWOu-lL>Pw7dd%2jBykBv(ccazz9qZVnn!sK0L)F?R5P$
zgNJ7nt9uD`3HKOQ_}*Nol-!IUDJx&k#k7g>zUUN8B?}FRh=>b`XW4LQT!MaZG&0<s
zGs<RA#t>4@6a4V4U#+v@m~;@VOI%wtvAJ1JSN}r6Y6On}{M>{F(18*V9uOBnDu^{~
z^N7an1k|3OA_5`zaP4Vu0l_4L&$2was6Z__fu^5NGBOS;yh;lxXN%KqAnNb7QR!2?
z>a)zVGfDcS4STz`ydHX0?g(%~yeS(Y<97-?U!4BxIf8D<^FoB{9~L^ZR=1YQ^G8Cn
zZDP*%N0XVFnY}Bn2FhP^wvsB!VRi@b!-EScE~^g{hSkJpZu|1f6DtYnGZ!O@fHHCf
z%bCa3_gr_`dJa|*>@v!VE3-?3JLj1tsVorDW(P@3(#(^(4h|VqLT!pp%=(e9H8Sv<
z+3812JOH8Yudpsu@QRKObYlJ{H@LmC7?c08j1jT#uG5%QWln>dOE3FAAmort=A5*6
zNh_JQX0qW31%zXxnqN2ygZwdXbBbMWF&wPeFmM2;&6uK~7Z(Ab$Wm+*bX_2B8h*tm
zEe8#R-M|EtC_@J{?1I4pyuUJmGoknJw_@EtU%B+x0wZXRm5}&0v-A8sOX@41XS9n1
z;@R6C6<?eSOh1_`_Ry5EZBbFxRHjr!6of=z4y5}VY=afdo8~nC<V7+V!6RNI8sd%R
z76Y|tBKb#eh=~Qi-4}Ai8h*?9&Xyt2A#{9CMmcA;&mAsq>}@)3sq`HN99=qH18Zf)
zOX0Q<*2_-aaNxVG&z8}jY~u{<DspUk5FOelh2ja<ZsaOn>}#P)#V)1kxQQ&emJ@w7
za+QQ~j}iAyyCO;o(_JudD(u*=1A!jc2mtsJARMJ=BD}sm(lkUF*C!2EbrQ{&Fe6kc
z!}-p+43XCw@cw-It~uD*JB}yyY2v$eVc4c0#9Jml<LC|`LIw#eIzeiJ*09|wEfN7m
z=ekf-Fk@j{!K?ofYnGnu8Jko=V{3E3(dBdO>)>AViND>DtR5*co&Ppwv~(!c4v4s)
zV(C57wy+lfd1=lqm-`-o2(J@e@xlV=%mS#AC!isi4z=ab?0IZDmOb4Os+e*TNf?OI
z3r|G>#=Ev(T7O>bheSdpLrc=Qxk1aQzo{Br2=BvPgskG>u%$TY;EM;A|1oH;Lk4Dz
zZ}M?<8Qbw5f|<S+sbkSX0!Oam*%JOtYXv2Cpr#yLm;io*R27-&5@m|83;`U#rX`)A
zKCQd_w@d6Y^?08D`?u&A>Opx@sKLlrGMQXP3zEMr*)LJ7(7?%Xu-kdAA@kG2sXEPA
z=(Cs@i^$BfDlmwC0S$2Mnw%?}Xd+IrVduLs`Dg!hd^nDHBYlT=(VlqlO=q$KVFaP)
zH%s`TEur1xs>;}eI=SgPGZ|IBQ3#m`lUjwBc=m2L2OWP`mz5G&VnglkqFRjU*a(&8
zyf<FA;j;5zal<Q~FWX!Dof!p*6;Co0;dcJK&Yv+oG*RUu1U;*GMy>!)g1oOD1O=Z^
ztC4n<(ypVuY%6YP9Tr7`U|U{H+F)>M+py5U%iQ9JRUQ#fC5Tl7pNdWa1eE_dD`v4^
zsH_%Py=%C)uBjx^JcO4F3>Jwmr;0UiU;vceL!NhUuWwDY=*XnPp+06BV*fm8I9(oI
zb0yZ$=_MZi%iWlUn=P0_m>~bVS(m6`JGSI<HD17q<I?bKM{ArCf}{!;5Gf+=1+^`5
zK)dpOLGF2%B_=XKFVKX)CG!21+>uy%5w1*E9VUo3J@?v{5O46S4WD{&yGbf^{WmsZ
z#!eFQ`)Y>&HjL|Mwi}FNhkIT+B4;Ghh4hy8Wu7rnp))F3;>CyLfQ1MsxEbTk=nY48
zgG4eVg?d84T~C-rj92?#*4cX4MdlUJM3e<V6w-LLG+;a4sFkiTSlJYAHY5cTf~BY!
z92ZJY_9@mWxL~~Ur@CF`lI<V=pF_)pQZ$<9tf-xG$P^Gj^rQP(Qhs;b%A-josnNSs
zBOe|XtLzSu<WE+tDJg@*!M)SQW1hXt`Rjs_9Nb;5gs#ui{wguWU<OKC=Y$Y3XZ!(5
z)#pj{-KgW+b9eRxK>}qFCAmWgKP7U=k7BMf?=GaSy?_HE*-=9IMr6qY5?rF7e$EYJ
z^yWa(uw}Bj>o!>K$n6?m*K;*_O*@bK0!F$6s^%hFkF5A8|48~JYvJ9uToR%z+3%>h
zn4thk?n}~PYEz7%99&d!kSR*$hO=L!&E9QNZ0_a4*c}<Qu({4vyFK4&jYnn}@b~?~
zbJ=igKApBiwJ0@RQ9Tuuwc9wo|HQM_w3$?=hfhW=UG`Mfd7-eMSOB0u=k?s9C!4|_
zz!%;>{P<tJ0Ft!EL%!Xo?H_@Uweq+uswLq?nc`DYc8{l<1Jk3LxyY#L<Ozc^8Dba#
zBqV7K*#3@C0qr(#Yq$H6g<C`Z4U%BUx)i?vBus%{M~(MVFFM#a_wDz4@O`fxFoCT=
zc(C$@dtg4waB;dFC>g$MTO^EF_|ZO1J_$}E=QBxA6Pw0RfOA_q`M#g)ldGw2GQzzX
z>xgl0PJ?M2zP%RZG2bKT^s(<-UQoPRd|?ND^+|PpB14y1+)~>UtPZh4UH%^F*--u#
z8M~(Gy~dT@vSi!ypaFW8w)Pd7<6mKDBRb2%{px7w6rf57_JEA&6ue^HJU@~G&}%qn
z{N!;YKfTANJzIsWu#;K$lV*lf^1s|DDBSSW+oeACE+5?`kL4dQvvOB03Rv*fMe}w?
zGxDt3#5S_hCy7g4?aBKXeI!-H0CUQx+^)nqoi9=}<2e#<PiQ@RqV@G5#Phj8zy%2;
z*!7QK%Pg?nknyy}a%{W+Ci$b%c+);ERoa6+Dg)jVo^hxEa@>_*liz}Z<nZSWk_O{@
z>)0)VZkR0a9Z31znU0>N9X?a!Q!-1Vb-`e#K-YEW*XWW~u)69uwIx;V%yfN$!?F)4
zrxWnyNeW+vHTHDS+LR<77YU@>hHK5C0Ga{)5#7;}?3HX`7m<j^ze0d=5lRBe$rzpj
zC&4O1#FV_WYD@$*&2;Oz-KhtWKP^1)wB!^aB(#P8LCqTTvZ+zgcZ+FXcX+4|do#9Q
zT6~A^95#?bzJGq%Zy*a-E(>Q+81o}<gtAlw07$c7v)ry6NjPuiYS;^l-zZ=!`0MYQ
z*NY{rVnj4O+P$GZrxTAdiaV_$^X*gQvL!0MI2z3EYc*`Q6k#s<!RKsz^|u~1MUnyF
zKZphs+btoD>~Vb8H^4jjvjt%^ma0(ReC3S^Ebp5<|1?qhCK{%UHGND~y%(|A-i|U&
zA6@Ch`DXR``}$8Dg9my8nPtm)kfZZPgp#l-F0&aQHXl}K0x7pPd&b*a|0Qifn*TuV
z>PuwC(-VPLW%AW+rO!RcA-AT(obR;Mk^q^Lpj-0>4Gz$LudTSxe(C3;CNs>Tmb<X1
z7=4U&JU^&|xWA*6cRTvVXC0PB5?-+}60z=FZ&)Ti`U+tno)qy_1{@t1%?H_5X5DZp
zvh7g%jVRw>WFomQXN8z-$;(J&EYe3HZZe7hF1?z^jCAiSPv;XSho<}Nv=s5)M)*MQ
zP{YeBcVY}QBh4m+(LE^*-`b5!nk5MzI$&hx2niItK;+RLUkw9*yV>Pf{^FDo>sED6
zqb@BtALu203R$f<DY2Ryh1i-Y=+PhjN3x5!&JsbFXc<&~Iw^-c8SH!I+<eo@IWxz4
zsgP{Cr}mULP_xz|MypYA?6@<!7s4zI3(N%@C)IeYS?Xrt96O{NJP%n|NA=uS{rX0w
z@O-To`~Dk3_Pygd0xDTPx_GP5v?Os35RsvoKiaYMdwIWgp(tn?-O4m#PhGqlcX1YA
zZiMfjCboTErQ^b09`Vox1JN_s3HkYtFNH-74L*DTgW9<JKm~^Nx24A6)e_H9c|I=|
zJU%(dNo?6<FW-Qr?o)eyplt5<0C6kKOxPNn@$kowe0kOejStdlwKDx+^Di(g{JQj5
zmdToAMI14CX;jyVy8c*5je^JuF9?~R)=#ho3jfaZ>5wzI^6*Mq3XaZ|RF}rJ5Q^{Q
zbBV}gOy23>ch^5OB~~4AKE;J8y3NA$WywFe;}DszHMw<z_-HH{xqRQ-w-+K16783?
z@5H$2O|XAG4XGyb7MAZ3ac4qX58P{(^z&n?d{Shav$!5Q3RxSsWER&#!-b>!MuFW9
z7M_ZC272$6#|P$%l&`lU*|Mfdp)&9ZEUAk&_uM(&ZO}lUWyLjjla5|RbTYEP3L0=E
z%^LR?Uh;$eO84*({w#q(;!HT$H-au3v3%|IwxM20Glv7J&@NAP@7nGsH|&fo7*YpH
zRe-;^l20$jRPbTZ6o_&UQBW^6x{uq`6P9zGQ#-Zm=x1n``TN2Jf0&_wMX#iHCtT2t
z-Hg&<>0Tm<UF~8J1Bc;!vcvgERwv5<NhhC5{O*ai@V#5kH+71y11EBCUxqCObRYL&
zHkf>0s3SVo{inzHn=Sgbm4&?84pU2HWltG%J#DwS1D^`JULD3wtRJRdmqM2_OQznu
zZRZaMHr$UKiTh{qj=6Y=-+3{oGPGzD@OQdy<*SOXwiyN=YPxDEonUHmqI{}AGpT{*
zDJMQ?4@y^%fI`C7&b6fdQ6UbDCyFL#Xo04A#iISV@BEOaRE)B^R0ISdeUX}ebhXr%
z&E*pF0caHcP0XDA&PQh7Mkk=K1IM*NlOSjY6QJX$5|GYYANl+>yK2`oS62~2L>?Lg
zXS%V62Eb0a*zoU%=#8V`@rFf?u5}`4+4}4(K@16y>E<fTW<@f=MoxeRd#(v!^9eo%
zA5@4vZ44#1@&5knTj#)`)lnt)JQIc5^KIx|?8`0#mEnQiH?vXQ`6>sl7$<+zBS_Uv
z^S8m*OaVZ7+&7MK>_feXI;S7k?y=VWdM1#UBNTFXUG23n_MimXw{j}`L^JJ6QsX`&
zw9rpV9~uspx2pauea5Lphye8X?=?J+xEZ~feHu`mX2#C8>HS|DnT#m(eR{t>nN#yy
zL-gh;neG~6I!0pv@R-Pw^8F4Cw^0~?qVJl`%;`?CflZwtgTjx<0tCzl2GcH8oz|HW
zi03``#DYje?9{zWj0G9r!i@EIjXjqPQ08#XmtVt0!ApHmy}$020Tx#h3>>kfPZmVw
zG#D5_oPY2}XQFV*$_;y)77wc_&y)}@KR!eCYsG#si4i*4Y>=|CM;**LB0~vQ3hUBY
z5BGVP+33oA)qOi-qM|1RgIfv+<}`JFiHF0^X8BM-$Q$x&)}bMHhsCi&Ta2al^2VU|
zi|e+dLpO$ctb*!)Bn?NAWzIsDlJ{PCKS)xF3=^An<|BMWZF0KHnTr7}O8oN}YW^sS
zLD1Y43xX)d9;WRhcQKHs5J#xJ;0~X56V~$nwT(_}XHj!N`S(HbUO{#<QRVT9I%*o_
zyi}afHg*g+0ww8FO&-*aSp@PZQde$-pR*(j95?ErdK-7AA2{#<-$Lo09t8lMKmi-)
z8mRRUexH6H?^)~gXW->P=zAq)`eCiwXpL~d3k2MdzpxW?o9jyD!vl}zEN4?WjeI32
z;DnGj=CB8u?&ULBpuXyt1@XAG+1KRZDe`><J_z--ue`>v*k^_jk;o|8zGzNr5f7I)
z&>Fr!p{?%I6ssIL<o4r@ai05cyKPGclA#>(&abkS_8-;BY{7SVd88~v@i>KLl(T(c
z*f@K7gy5DqD23z4ta}(!`!>@Ad_Cf&u3`LuQ6H?4KNkMQrx%?oVpvZ_#johp6ICa)
zAa@lSxP@VG>4OG1C07lZvw9?RNo3PV74Tq$R45XyVIU=5DK)&Za+7(RBVTvYH4_Ua
zgd`=UFo8)9T3G-9V?wE|AnZx(9k0(5?F&L$pbtzFO86Kr4~R&Rhzx>}pm(5v$m7K|
zb?76(2Djj}iS_R^l>P!242cR7(O9Hl-Tzg)e>s|6!Bl;R0QhVm66vj$?4PxQ3jR#p
zH3U+5ns4K}Xgtn~XMV?~w-o5j;ios_Q_m1kX8T%8j;f(H7-rg6Vfa{EXtKt*Fz0_&
zNHMKMxLHXU-^-OjZ{XgOL~GXnRV5&yszKe?d(`L0Cm>=&;INVHZwR~wD4RmUxTf&{
z>!VzG)0xqBy4FfJiECIVb+2u$P8CNbSwA#F2$_$0i1xWDTtJoFa*jhyEN=gJ-1m}j
zw|I_RdpmVmh~Cgf|M%K*nufXkYZC;g{RR_jVpiZmB0lD)iN>c=MQ*6x!<m=T+`5)E
z5x*N4BtQ;F1z_<+C#~3p2mr#6sITNQQT3Ovm~-9sdM*v&z?gaMlf1&C0gP~wgV#P6
zv6q?n%)8c$4t^!h&VP|%H|L__sIF7U!38)i_yVkVq|Q-oX(_?c9YlOa2q61{Cy~*r
z#kN$!>H36vjW`Yo*b=%9XjrL-?$SQdBWzAX)tKl=-hTx91Pq~5>ufXbY)UE9q3qf=
z8y-DbgZt~3jk)vjVGxmUP=mS8JzYc}_%Y*$7}e3PsAvlI&g&CAvK`UMQBrgx6gE9z
z4pr5!zS4?frl`_q8X^Hv;rz|jov(~tsRw?cL%JaavUUoN+~kNrgQ3PG0vj+XISq{f
zk<`SOE7%Z(Fjos)%!^mu?d8<#;iP_s5~(3W0)7vG`Rc>Zb-x#4kn_^geyFR<V50aF
zdYv))r-zNAGSiNxcW0+HxP3S;rFAjLfSI3LzbOSh84kduo@%k8iC4YiJY1Dj#5LyZ
zAws6wG(=F^7%skJ!K~q_54FBkj|kh5>G7Q|3{K=Ta~%<;_opti2Ta?i?}P?5Sxq0M
zr!T7Ve3I2HRJz}8iMwfwzBCx&pVqWw^UORvqn>BZEPi%bLnC4ey=?RF-CY5BD@4yk
z#Zu7JJ9((=?vJBs+2CAn0W!5&dGNYzlE3G*CzgP}H`kA+^dC0s7e5$-rO>06)ePIs
z%-k!w0Z+xP(d@6cutpKjd&g6fu2o=gh;OrJ>fA<T75(O$fA`!~dcIN_Cj}OJ#JrS>
zUCH+|X1Cyi6k}n-6*`Pk#e7&)ih@FT03HPfAc6mLkC6;oR!?z@ct3b9(UXs&D2*ix
zxrYiU(R0O!0CUrZ<Nn6RG&$~{MsU}lH>|1$zt+koa#|?{+Vgy~ZOnx?pSO_99;62s
zZofhS`SfTHvx_cmZZqV^%0n&D{ild+*ofyS^pBy_I}iyFK}1e8#M4S#t%loZpyjLV
znxWZswuZAr1wiCDNeImV3EO&n)FnO)l@Ut?PiC2(u_%klcj*yl<qe7KMlFaa{2;sc
zi)__xD87p!y{itPzgFBADL7<sc_NJj!L+W*CU!~J5iZ~~mS@Sz=VJRPE*{e!8)fNp
zL24gHgiYY1TXLPkZkRTidFLOD2tWi~IeWs!gBxc5Xt&Bjnb<b~GT<*lL0D&rV5=#4
z*q*)le9w%H`u*=y^=Giwe^C_@!~%47w=@870hX=kPPF<=4Ar&EB>tOR>ogMHjowF<
zqlvpNwcrJhqb?(#={iT9w{9h)I<teI`8Bck&0%UmIu_LY+rg`&%ySdOtJP{$7{JTM
zP+OLG+^*bjW9%Li$ZIcYah8Bwu`2i6rGEEOL&yLET;5v-t?S4!7)x!ifBxW*H?FMx
z*kHq-fq~-3Q+JV!WsDT$N^7H?mXsHEm0Ou);0_ou`p)xFkGNpsJU^f&wjfIuFQ(L$
zobrnS(mAy8{j!Al(sAe_x<r<zIt@R7i?g7raUDeIyytQ3!KebC)HDdALHDzmjz3#u
zK)|cdBe#L|hX`iDe;yG}FkJ4tZ#OSCXnnvkn@{+U&z3vlzaVUDRCD5FYH$9oEo;oL
z(1q<DELz?lRdM>$`31~MQHCusbsue0?@Eiu$G)TLnedZv9QONF!^L1c*wmuzy4_z!
zjXgBvIWo<0Z}jU{Ic%WvS?wtmzxokENz@QXO?kWZ+m3r^LIJOW+m&1|hl1oP_?5V!
zW$899Qx#R!xy%Sjp$v*i&?BdFnx>jnvzMHtGFe{hLrmI?SW~Jtw{k}E{dXWso^oiw
zt+8l>5A?61WeqNwh7UlNn5E85tgI^!zczHwMU{DES^c$Bam|n>mRye2sed#7RWbzR
z9T|?~5T|#NR}EOwFHFyA_zoLk0%Cmuz@K}ZnNa)v81DWRQ>6w(JY$Y);9@Zw8$c!i
zfN__)U8A~P<f9$9>Ksv0a6<}i;B3s!5j2qnG*Ivjw2T(jleQ<(mAcXZ?KcDft~-Q#
zCoO%%>;6_Wz7X+tt3i5h-zJ+_vctu9chZw;K(A7c5CJyRoQ*w7r=djE->263D$lmh
zAw)n6p37QtlSPkT4c20bsso+SA8C9YiT_GVOzWXwgDqB4_sS-$$kYUyYbSY9B{H<+
zmkDjO4fh{~TixeWA6>@YUg0HM)AD-N?P`{7Z>HIST9@*~H5*vQ8Q9n)tIXI>3`Xt@
zmEg3%t5gTxRDOd*#RE9%00WpIFrV6_i?$5$_r&^b1Z_Na&ctL0qT!$j0~?UQSw;xh
zc-t&hq5w#?N#2h)s<?FI!l+7PsGvi(=AglXgsLuqnu!ZaCn(0cV_ymiUQiQ_t)pai
z)dwvX7809|!`sIrW)I;ww5RPAnZ8>-KKqj<*N0EIpiuVhi<xhKY9xM7q;>1=a3#1>
zaZy;w++(Mdc`bqp<(VGmTw`?MiTr+d-(-=?`f~WjfI3&U9<dpo^;7k78K<X1Z4tKe
z(y06~DUopu5aFg&Wak>r&=rrAA2wqSBs*%(rhn}nBc?t)HK<oEC&!rR&LZa0g#iXN
z`T0GBWT)?!M5M?d1IicAD7jP5>QDTZhoY>ek;6GO=LsVq$kY^s;DBZZdO&^0Nw{a(
zMrAa3_v(NnelLKQ1{)yZi=knH26$RSeUAGz8&cV+6U$%2557VIed0PhdaP&w9^51D
zhF!8t?3zpyTK|I3Rz~Wg9w)e`LP_jNa3~pR`S<Vq25ryF0|*cc9JOnKkUNZv>?Exu
zQGAh~)$6@`et%G^?maw_w)+u#c=P?|`w#snY;R;%7u1I{hI~e~uP4@|j&KmY&)vE_
z4gIVlH##g4oH|F`{Gd%Z;HhIktLwRxVP1+`P?Ye8v5kDc?W%kzxNh7KMDY_*icFS6
zVWV`vYs)u*{pQZ-UE4oK;>Uy?ykcSHJ)V-l`OEX`1Dvm42rc%e331cZ<(Q!<M91+Z
z{`;3c`oQJx?zsoYNw%ttda2^@&O&Lf5ixY-8qEFEMqAIj%()aUr5v8@qg>g~V7tyT
zggKZg@KlBZ_&+8=0Bu<hFZ6dQZL`!HwU?|rNp-*DzGcHp0w1{m|Ch*~r@)K$2ncWo
z7_lE(^S{PmW!)`f!)13y^e+rYJ$?StRvD_@ev*DTh=lmf3*~Lfk7c|?LVqr@Cy6X)
zxz`XFRxWl!!CKgzW5SsU7Syi0H|u}J2++(VB>lqFE-c>M_nTjJsm??{{2<hVVx{;y
z;5z~!Qr_QR!}Gq}#EU_IrtusduQT%Fv1X6cf|nN?5)gAln@655o3)VqXQcp|xBU6K
za2jC8f8&lu6!>_N#$^?(jwOjj!GTj-+`&LM?7t;tYhBW%u=`h=%n#gVsIo^S2?>ab
zDG2S4ELEj*0e^)1L9Ygtmm68slwDG)0J`=x_71CxgfVN6CGq=n?n`)<rg8I)!LTGv
zbGm5PlM#A>TvVQ`z_D2$+!U)4OKI-0gx~LI`J9U}lWI%n?>VSbIXqsU@^2c>y!DOz
zO83P2>!5zi{K`xX8J03cVlZ9a^uH+Wa6=_cy~c@*YzboYV$LE#yfHaeNUm|b>++$|
zwJq_(-gPYD2R#(=+%8%Ll8rq(H<|__WRz_fc%S`3eU~6byQlTuwW@i)P5C|?K=#9Y
zeqa<<*C2b_Lk{G0)$_Rc>~|}k6r;?Mx>%nhge$1f463@`X2`($7pK1bPFeQl0+p`C
znL+{jB#$d2`=J5;2(IUN31uAd%!{{8?vNy8IW&xaAxK=f-^Z`*#a-9HLvRIT;gcy+
zO4#5q42;Y$K@}`W?i?KN`7xn>+_<aLLP73x5UH5|8eIwQu@u9|fP3&34IR+eDRRcP
zT=aijImM=XQQ<N?@PGtF2CFO-tGml^prjg##bRsoUY_FHzxc#V1|%UH_GP_AGJ3pS
z>iJw*)646Q$4VqOeB$zDb}a;MQ9LfWY`0tbQbNYFWuKqFxHuC*N!%7;tHgCbb)hb7
zJqddWs%bbbx-0V+r}BI;UDf*X>Q=I%Nj6^+7KA+(E*(yL3hy`uoG#&J`SN4<+J?Q$
zzwb#P6Ur={aPM^<?7)x$G~~s8^RRrFQ*y>+;KVDNc?aY3g64g<0W6?x*zz>#-)pM#
z!9G?R%STED8bLm#ScP_Y!&(b!<&9$flD(`uXz1b#8BZ3CayTJ-!3Qtjys4bFOlDzl
z$|F{|c0qv>^b#H!Nm)arge*e|h)B~kXNhLJ4bEM6N&HK93`_Q#)s}|poqZNhsgum+
zY5aDTJCf4&o;1d(N;JU<kFPJf-xGt2=KZ_baFP_HI7G$7{?2s6ERn*MIt^#|m5}Z;
z%7^dYXZ^MW+GvZ#1btLb2R9%C?oY7}MI1+_8g6yjR+|g5)AG8h@M-FKF=Q}`@pp84
zRvraxMkJ6s6>S+CEY{|XV_-M%3-HS7u(kV2rGWsFpXw$ng7=M)Z#TLXNFPbnq#_8z
z;Q<2^IpcQw6*_8{(jbdS(@?c7=yGywh&-;`xuDls#rdzRr~t^{MJTsmYiLKi;CFnZ
zAvOdsyru~}94k3oVLNXayxnT8P%Vkyt1*eyy&@mY*{I4Kfg1@INT`p~!Kp=<@~-sC
z=bNh*x$gpFI8`SSUFQPLVw2UG)t|Q5L#kYRXbSPNAD~?du&_$E;)xgCSEnBRIpdK*
ziy2HD)p?0dG%-XZin6vb;*Vi<u3tTWX`LgrX$e~5pYEGJJSypSUsqM?s>VpGA|LnT
zF{1RGHSBRk4@hThecZ2nc}<PNgezNwr8llly1#4I$`}zI<}&ABTJI-)*xcFDilOLS
zm%^bVr|HwNVDuDhxoo}04Mt^+eCZ4=!`{S{BFphC;c(74nPk@>np0XPga^R259!}o
z#8vxj_NS3jg5_V4v0f1fKz|USPhK+>GG&R@`~7OihdOs>CME$E8xDxcBxlL*0PuWw
z1$r6ZHETg^3q30ZjHGR5ZVo{nz3=OrLhnaMFE#~uV1Gz#>XnN<eTH8p_X0VwOU$#&
z^G|9saz2t-RsyoV_1bIWh4<kBHRDQfb>D~YXy~^&W=~$Hk9!GH+Oc-H&Nbd|Vk9z~
zF8TG}{LF*k78P??Uv}T*5FQ)@zPyd%E)R97lNT((%8j+8r_6k)KA)b5(!9A$2`*oy
zDiEI>%lBu8%)qK!P=jcKL#8&QbJF<{6?f;)w-_H*+%ro#jztiW7J=*{mA~j%9+QBH
z@JsZ5!&Yps^-+R~=G&`va=G7YTDog)zL_V3@i`>~5EwA*iwe-aH#Z|owq><CP<a^%
z3mcQA^F6$D7ml?ZaA50>=NW)zH2BGvk-?QO#k>N|x;ES3g-BRG%MIaY6P+Sc2Qx(v
z6Jk!4EtKB6JHmW&9j7bbm3U38sw-N0d0`}-po*-f;3_)OWSwnhu~?+D*-BC1qJ4ip
z1BDnWz}c+c_ba4jqk7k4VI09LZY&Or?UIh#VY~1u&avg^<7yOgt3Ctkl2Nx|q2(jt
zk;rwS8I>+_jAJ$%aq4h{2yot6kD@?4H?-?DbVNNS-Vj4A-Z+Lp($1%`dvxg!8t_@5
z9Qk7Rm71P#Cg1JR&bYnGk7m3(^vwZk=IWzCAkZ(w4kY1-xlz8~*Q^e0SBWuk#hlP!
zL-ZaZA8DWk)moA?)qHhB1J5gX19WfPT>HysXWt37e&({48tmJk!uLqddZfQzd?)5c
z1Gb8mnoTzl7*dMH;WC#pXla}Qkrb{L7bhN&@wI%p_q^-y#=^r0akKA!re@3L^P)gt
z$q|=BLylWFTQTL>1N1Ftok;w^E6g+?wywL;+EDZ|gQ^9^i&<yo_IYvo3%FF12fq-0
zfbJICvtX1=w(9g$tzgGFpW8^Jy|C%&`ch(~Q3MZUh^vUMc<}KDAOOBwl30dn5CKdP
zcZGH$fSC^Pcb2qz45AZtCPglB?#K4_)1So>nei=1p0uA$Xp(@Z5$l=?%{t3@g+A3X
zEG%hzLHshF-WpnV`*%c8&={yT@@WQRDj@nU=$g+%F4yu@D%DWFaN5?O;pJMH`bdho
z#SZI<QxNzwz_?j)6+CDxS8;q!L4oPBPJ2Br4AaD!SL1p?vNAL?(9?oce&6m^Kr@+H
z#jOb@|Jyt%8A##uK2&e?`xEmg{kx~;yiizGx;h@^p;_(GB~B*HDN%e1$Mmpv=sxdp
z_vs~>8&rGDDdreXoF#TGO?6^-=O@e;Zu!|Eh8X)Mh&-WObLY_ko9<U_EC4-DdXTcO
z^^pS*5vB!)(Sr~ox56o0`7~PSu|J9`=^np{O9Su-!tc8O@}=B{cKla9Myx16c~JPI
z^5O;8{qDZjW93f^)9cTA<9ly0i%a0~uzWbuuCpB*=u@ug)3Sr6lk`$PHzcB#2;Qae
za5ZYBu(Y2$Ze$OVT@H}r4ijg;r#}tVhW_XX_TO9&ao!UbNeDR)uC6CFcizof`94Sr
z9GrDWvu7R)ufYS$ybH=g8AmOv@82Jo@FgdUc%(;WGsdgl^`*u0l~CL$O!}z@U-#jb
z=ous(`Gid%b*Kwet$~QzBpoGTLv_&T-$nxrCKUZVY6YC0O=peZkJ2nSOZ4|?T{lr}
z32WC`i9d5&wxyrqO`^v>-z6;UHvqM#Q{EZ-k!USM>0@6gRLjEgGa?iU{R(IXS(sK$
z`0sSpnyWyqr$(3S#f>vyjDqm=o|R92fTxtf<7iCe<mCMPD+>$v?Z?%+ZO+9lE%*Ja
zeb+CzhQ626a?HDXdsI|Z)dpQp%eFPAvsln~;54Z|Hk&7wmOuk|LPoMs%%VY3Y@dRN
z@7X|^&92F9;b`2ga`&_xN&0*0BXPbIULt0??@?FZHaakiboNeFfAGJ00jwXKgSHoj
zolLDj@9h)a=+5NDD&A|n$?V#}ze$0xPHg|!C~~W5&%6NWLY^-$0)|gIp$(HJ!r$NZ
zhqjbIsAz$c>`;=6!;IAD8|UpGB-0qq%9Xv+X5+)$;80|lVF6U(-4~xI1GK|Tuxl43
z>7G5Rn&7b3RZ{Kew4sfu{e!}_=nH`)RBv6Z!uEMl<+Zj?$_GGJ(OLMl#{Q3j4r!!9
zA*EE+w|r<o;y0(C9>@x}<<#=dRdeNV(kFEqVEGE~RW4Td-wrdL2ReG~XM5l<8+3vv
zzQJS9`W^0mPlu(Tm&-x$*dVl!sAtW;=Jn4{YZJ+a^N9yU60gE7#O*4cg2lw6F7DL>
zLt2eQ7_o~+D_%<b9qu`<H?kwmia$tB?Fb`G;Uav{xb1B4^@c-Y3txi>dY+~Ko*tzy
zsQ7m`IU@O0m38dus06g^E-r-_y8CQ!M6rLd5?0s^0r6Gb`&{71=eB!3#*&T@kqcMy
zmbP!P-}}J)?p*BQ#b_&#1<Hh1%MMHVx`Z~Y{oe1lb*N0F@%7sVlbX6$t(|T-+9*`d
z;3d2IkSRE@Stt)RXK0ZCEAg^Z=0<+oEg83-DQLhm^8^sNi;o!p0{r#ld)~#j&D=t0
zIP4bxQ~MDT2>dnSh^VI1>wz7?dbzVmYc`@xDBSz_M1+gOsN?##_gj^2ONBb!U~+wZ
zJpvXLG9H`RuMiYmcch8y?(S~K&dUMttR)c)z2=X_Za*Jy@Ah75`1227LoWie`a9?O
zhg!>Im!WxmimM8Uk4#bDcx9!HsGaiHr@FJF-wQWaLn8`3S)f=Ng=|;>%cc8<-jz9|
zvrYT?@qzr)S?le2dmt}cFhrf+M(E^1M6|zFDB+<t1I<4{;=zjQ76ax`9`4$<2e<Kr
z#_Um9rfk{3y!wSfZj0Jk@5k%H<NV?zA4b>q#}VF@bX+8SzBDA5fUpk8puLAU&f8&l
zR?)!n#r3Q(GG1$L-bXe;w{$AcqFL6fZAAhURT-If4H;HYwd?e77;nLEW9&6KNZ^TP
zxGqTEP3U-Hktn}R8Dn5TQ&<j{3G0^lb6^8ls67^1vYn#Csh^86H+-ktw1NaCD(8-(
z3Aq3LL&5ItSSI&GuJDEtOB{t4L`zaq5;Pp#!oor&coy#bY^}p%wbcncE-98Hf*yQf
z5dG)VO1bcr<Z}9j$8+SzU@dC49r|i3e~<euS?W(Wo%ZkbitAUc_V3=Cx6@9?3?RX!
ztB8|~{yk8z13e-ztS!gr!^KWn?Jj36!|KFUuFg4_f3=LzIc2rF={unW#GxEm3N1Fe
zMV{@+kbwkOjDD<>9Lyr!rWp)3@>EZ$-v1IE!Q0=iP5Ir8*u$Sl6#i#Hy%NrA!9h^#
z${-Y+NFdqke=8*xoV{Oz)-FrR>vbO21eLMgb8_42N%<31N1+Fq)})&}$7`5R&6q#u
zoL#8(Ti29JusYjgpQZ^F%gF<AEi+)|O^@K<ZjP8npx>FYCiBDoFuHsc!>wQuLHU&@
z`}shdTD(0*3<E$t-C7PU_}bLeWME*hySoc!KE|5VloVJP7!6I$quVE>*5dqp(ZZ>d
zr3UK%r@6QOsw-&Lgg1fU!Gnh2!QEYQa0~7Pf_re6V8PurxI=J<1cJM}ySv+L-h01q
z=B_n=!2HJIoU?m(b#--h$@8$+nn~`MWO~+FFEt$=T9U~BqLO;u;n83GEzxY8E{<V>
zVOx9DPK<{U2{E`w$2eI{7|cfq`%d$wFBAP|2D$}bi)mPSZU5+}a>eC^Wp{ofXn)UE
zUzFiWc(h~jWV5-0od;GPai_Ct!gP}Wx67PjSh)rkve%1zLrD_(^U4k5Dq71E2F0A2
zf!IAqO|p=m9KpC;BAe@@6o7=wXpc!!2eS;_qH?B3bwj1kTx)6m`S*ojS-1+Wvt2a@
zU5pZEthd0UEfNr91R0jwUT_j;<mP)!!3FH9ZwWqT5h9rkZ=C_<pkVG%$+QC3YXpXg
zj;H%#DK|DYtT<9Z$OqRY<7!Frn6$LChK2^DW~1&fJZ^68llB)cJ3Biuv2ObMMHZXo
z7ByX0(OyhI=v6%YSbMd;C5?p!r+jefm)Q1}3I*2aR~jaQ_qh)|GpNB|^+xU#U0NGn
z%JewrA{@VMD9zo9|G-Z5wn{;YN6E0BBir?$fb06lohveR`}9*Jm0(nUzFp9!5?-4c
z`sE#3a&c1%YQ4)6m-c2w(aYJdEt#K18}=jY@dVEZE=*G?Y6W;Wl3#McuApfabava^
zUM-JJ4obK}4kRsHEUtybU%%`utTvI8i)OcZ&{Y&-P7i9=K1<4yzXOCs44^vGSduLo
zywi?Y_P;L>uw=r=9MU@u225|-y7C_34@*+XeWl___#2)kcSR@%E0(sRI^;+tMiG@$
zpz!oFIy9df)wmuM4F(2A+A}UCJSi_PuRz;T*5Vr*ZV-+{Q8A`(vgW6di_2}+=bsKd
z=~0wmm6xtQn(jM^C7SZ<Y}KQ$Udp%5md~PAjdp)`|Dh&hipW=4iJ8NFcT875TF+ey
zn#*00Sjdp`*r57Y)t@ld=v_5lLrMSQw0^kGfi*!yY8t)vAormtD~appIfCVFDW-i{
z6Yt6D;P(AUJD7yM93%BU*?0D5D7|WQE~V-naG<KNj{S9qP*G$X0kK@vAx9-acujrl
zWD1-}{OkVA?lmKU0M>77T<8v4^zJj2d<gWyyIaww(x<6oHX$fwKg`<UNkbw$O?oZG
z?NaY^c?)m_21~O3JNj(ft8LrO$<YpRn<tP0P9w76-@M^oC|XI`W*zys=H*&%)hl|P
z{Q=BG{y_JS`qILrgXM2Bl0nE}sa~Pmdfa;Rve0~TOV$5~y1J5l)cPrPnSi7Q$RbAz
zVG|C)LRY>7TA`yex3C7XX8A|#u$8ggh2?}+A#W9^F@)WaB;h3`Rt%l1TTh;!lNz=~
zV$$beNDptGdRo6TteA+23JS1}TzI@BBqgaUDxR;0GP?0)w7TEW#P?^s>(KA1Fu5#P
zl!b$H8s&QHhvtYxYaCD?VVgtcbPbnL?d)(dol81n!qs2s&$^3nQ%Q*%e=7De(0BtS
zM)6|bv&koSO}@Y>|Mq2U#g_G=fjdBEBPx#Sjg6EM5{}#cL7AXaQ*kw67roNln0ZgK
z-9?0)AVnPo;fxv^&wz<7Zo2^Kpn|PIo{&%{fsSK#kdDfq@aS38M5JoNN0{J}KHc`?
zv|28glR+<whjYxgKOkY5^l(0`7Ciizd<LSqZvN_NgLxPV&b>67O{mV}flTgozn*LA
zS1I1J%Z9D;BD_J4*B#N|1=!;5ot~QgI1@Mpx<?ocYtt^wW8i&#Zt1GBI^ckU>pKC@
zD!*VIFqH*lvty~rA)JMq{xL%A0FA`J);VL_tuL|W%1V=VIXambGLgXJ5a-H2Vn`yP
z@a6mpmg*&q4ZmMJF_xmEpM3q39iRM{v_;M(@kCbIz3M@omO5TeqaIWfig2gn2g)3p
zwMlQL@XvD75(m?NV1ubkd({VwHD$>Gp{Ue>fuSqj58d*6$HBSlqb5~~n2;%}0GP~)
zmU6!v2`F^$W)zR-d}pT~KCTo@iZgt|CPukgY2Kr2G&F8T6?XOvy=Y}pF&R}2xn$ti
z-A}p50<+Yhe1rVLH|5Wq(vp<?@L95?G~_71P?Sr~**^SU=syIAW%Zu!M^KED10tnj
zy1&1dqXeQn0|KRN$Qz_?-0HN)gVBKQ;hoDNlP)8SF>3G9ABQ|xP^;JC4L`o5%@k}X
z+3eEN(+>>}I&gj9`&e=0xNo6tW@hH*#xoI9SV&c*?6yBy1X|WQ!QUXNg!@TreO(>L
zF1%NJ=ChJMTDBmW>N=0jRC=qO#jwxSF=kdhCnBEnKh|<mW6E;dpLCyKXvA!LCGpnU
zPJ3#CQ<=kJxjUND{|d9l+&Mq!pxoQS1LqXd^W9l49TIXfxobIc^412DT~%`%S45U?
zfvc~ScHgj;u~V;&G+(khgV976nUe@8FLo{2Elg|wnx_U;v3=*@8te&IvC-Yl&Rv;r
ztD|Y=`AH$Oj!r&np`$}dYP7l%|AWIngGG8vzuo7Edg+@D-}0GOzm_geRTT{I>(R3s
zreGWeNDm+d=sdz^Y}gQhAKJ+HAxi}_2P!lwva+(4mX-?#pt~|QHfD7rILgS3AC7>4
z@F|x1_uDAD-O(&iFdB3TzsOwpKHkd*fQTKuijF_!do14@$?Kc69o1)CPhWQAyF2ZR
z5OZf#q2j5WAwF*{jvUfcc|YR!9QQzb_Y!i&=JnNh%is80kG*?=BOf?%nssWCe96z2
zyg-QNLi@Q`<1lkaoJwnmgo7_=p+lDQ+`iy5#9}qSSG-$n@Y%;uJHkboNH6-@;61$-
z${4kR%uq~(JjHBo-flK=MAsO+rOD+xA}nVG3~t7F9Ln=OO~cPvzT_n7kX+;k@^mQ(
z*qpDKsopz{Jr^lBF*!Ga`q-@a{zyqa4jK^l^*v!zbt}GUyyjm%Yg{;eU{m<qK&mLY
z(Ks#dX9VX7$JtCP@6>X15)zO-vZGWo1ws*}vhH}d-P<hG9n~#Zv*IHEa8A9He)MYB
zW>~2-5Em8}ULaDhw_duxIzau%Ct(8fAIX(}Div60?c!uABPBDwO~IuLJiMJ&i0v(;
zKHfk^X@mu=mqW`xd!KBVaVJkKQKTO;x5w#?e}?&a!qf71;)_VT6x)VZzAaUTXMvH@
zfw=JA5RzokppNRdr)X>5Z+9I8vt#Bv$rsx;yj-R^pRFi^Qkny+*)g61H?GI!$l!qN
z<BwyfV(5&TSgmwF6Nzm(=lnjAQaCAyEI^d6Dd@K%suIncs3f(p^YBTsL=+e*wHTV3
z<sbm=t+UZI3^vfKqz)sAwo}?9m03G?vob|^Nt_#|`R7RKPlycZ`h86X%e>29XQzrp
z1u6!qgVir5QA>_9IuAD|E43DCGBU`HUDoxHM1lg8lqO3}(<>w;s%1?lZ4Ymn?|l>K
zbX#sgbQTb42|KiF5_NKB29=P<p)2G)D*q)~I{Gf(d!y68$^5r!WQAm%JT8R3!npbB
zc)YE7nC?f%w$3gVxFbs3pO+npbltc!3M^Vkyx;!lXp9s_atF}l+!wD`MiVhF?%!>^
z8?1l1tZn{uTN>0cLfAo+(nEz3Kn9EW^Xg{q!@VPct0caH@Yl?_>8h(41}X9lyFtOa
zj|tdMLL{7W$72iTnTw)3PU!aI5NKs(QjQj9j_W$E`eBtjMYWeMAqrAK-BokDVir%}
zOT7vX8+xh}USQj=EPS*#K3mxfI@WJ}GF6>g%wYjB0h;j8>*5%VXBiS<j7c^Hu?Ak`
zE(N3p70T95o6SplL$g8`1B{T8Pfj-zdRm%g9E^-3TXsX4f`YWPB@GQO57$Sqerv0L
z{XlazIZ~sQjZyPYj|rK8V{q*|on{RcGjnBWDF_s}GSu5UTW>>D%g(e5?~oA!b~d=d
z7P<bL!R;^hR9y^RPB|V<7U>@LTC#T%WnAR+;=^O@cRWQ9Q+ceEzfT!%l4IRvAM^6p
zXO(blIU;~P2`S=oP{Ufd@s@6vYTJ~{T++WkGytOH+9Tp5H3hO3R6euhw-*vGm{bzf
z6WJv=dxSYYEa<F=a|pas&%K(V@uC|r0F$NCgGHW4>LwJRDC1@*--Q1DXrUO10Tnvx
zNtAn~cMiSx{)I;R&Z5SyK{-j{O4BZZPm5mK0QyfCeR|vMp>w-tETiR7zx!AjeH9XS
z2DH3Gi=N}DYzx^}9&rI0S*lHiiGR3tpPm200XsKMS4O%3*Qw-#b1DLN=`iSPw;dW%
zdZCW*Iao}W&ed6I>FA_uGh{O9cPPp8$H&BA-2RZB0W;{8nq~3=cbm>Do@%<f85tR1
z!OS3t0+%$fHBLmbi~8j?r;Esq;ttciGLxaCcFE}g6s&yq5|1qiJD#>fbY7Ke|9m3Q
zbC@*Y<nkGt3zc=&85QuY4291k_vgCQ7)lsAdE;Z+fz{qQ91+28m0QcM>vcevptxN<
zSJv!htK!6-XfEx!V<=bC@72;`bWjoPP5=928$2-i;`HhMhlq8}q^)p|@ti0$*`n-q
zH|p^0uwzp)Bk}e$`QGZZS>~NTvni`CV44^d*oiGL<GJ5h9^q<{8ibgI353OGG(8PN
z%j3FWU;t^`*Wxh|9?CQZuH!wwxvd4S6hepK0IIo-xvHiO4ILBEJ&cSz=;O?uK}Ht2
zr0nW{9(H%Kvsp^#y~Lccsb?w2ziz6xOjq+R)~f&L!b=@)e`w@%9Ql1-sqTg4AY+yR
zCBVSOK@Gc^*4LXaM`DMboI){k$@>2B^F3!gW7^*cMc$FP<n{&WYX21Crh|8No;?&B
zEVp~;(|++y;Wc$O#U=%`pD5AkI+hG8T!N+(d!2%DnPW`&Fg6Xxgh-|G$`;5=r;hVU
zwPvyk_d5wMLNEYBYRl}!H-H$*ipQUGPjO0XB{8~9Bdp&!)xANJ)AF9O?*;TQLcC>B
z?C6AC_S>D8<6D;c#t1*W_zSxn8RS`CC){W*h&augkGR6V3w|RK+Uca8Lb5ETd4xW{
zF7Gi`89PT{AUAI+Hw}|-JDcFLjiFfjT`jHhW&Ce(-LQo5kddgV<}`ECS444SjLmna
z`{DGNmI{MJ0|P;|M2wu)2j;vUS_(Je8xYA>v1YH0N`|KK`Y8@{go3#oXE&?mc}Jae
zIw^|mocT{DpAj+dgfJp_cE+?uU|Q9#ThXK2i5SewoSOTGrZrD0y&Y@qy|)Q4j1ZB=
z|Fz!~-Ao=iOG!B6WN}>}2&<A10Js6`T@!2L4jJgkBL9$+8^+WeMZG63v4(#!F7;UN
z$7@w%QpS$mm4C$(SBAHpjWC_=T%P~dlO@M_<S1cx(V7uTLDG{&<xNFNJ-krL>D~U*
zxY1=0Q1JSi*|mIW)0Bz9ZEid1H-k<$o>Sj6P||3Nk=d#AA{J$EiZK(m+8s0`n5njc
zCjJ{<EvM72D(?W2OTL6hI}!_varTI$B6(qCol}3?C5MUw*2e;RWlo`Y!+}o`3~paw
z@`IB-7Xbh!tK#&dX9fE#is$%QK^vL~dM)UUluI2x^YT$v>`rIaHM}KixMmf|px@-O
z4CQqBv2tKbX!5;^0|+waKXjhA<i-5}hX}-^o?I;qB~+|H17rSXxiZGjA;<c2=K<A!
zPE5o_xklo~BR>P9d`&)j(UUOD>%(KZe&G~29IXpe?#g$YmVFIj`*7_MU(-jz(J|@9
zYbrD!Y)?P70BE&L+)+X77SaJ{W$B11Z6^*Roq54rt3`zqku!L5PEBk2qtJ+R-;=qL
zX)(bHVq$ou_-6g~P6cZ?Kmn#?cM8SWOTlxFRW~uIf3esQ1IVt{7{c)|a$oFex0_1a
ztqJz{nRV+y(uRJ72=;~;84f=A8~WGhI-{(@0&>@w$JO%wUwR1}haG=4_pE%kKOw)B
z+JQ1I=ts!s+ba_!l={F!S7)O&Vzh;t`Y$A`-nzhDEX;6NL^1z#!76_QuN2{1ANjec
zy(dTWS}P+UG|JfJMRRM6JT-ps_h6#+CEa5lu=S$(EwNw|fB!P-+4-TJCliO!k#iwM
zfX|9{&!JgF>j;DS=r7EKf>M`7yiOc^EDT;Gg~srl;tnEM%>R3;!LeNv3``s59jvN^
zBq_Wxqao<07xGCS;(Rd|sGn2tZrRB9;bV5)kQR}}mQI%vIhe=!MHKRrqsiOjpsE7D
zwb<z7@E8Y8Y*_A4&+`N9TCHEYXNSF$kd1)QxMxOx;%BPOZO?6L*JYE#X`aNWGs?F8
z**?n>0RSG9fpgLaL1xp>plbJ%D!#XRvCS!nIF=Izq6Sk&LPpiwpXPORM8Pvn?-Lqi
zz(mVMQsMmVMys*=#Q|~?iMgt7PjI~ZRo(s0UfXY#q5dd&sZZ*;&2wV2Vc8!7)_yiM
zIs1KJiF&U1JB*)NiYgsNOsu|IXb&q3k=m9DcgvMX`<H_ey;FA}&mAc+HC0r=&53}4
z*bsuia_gB=xXwd+)8wVOGzDY5kFS4^i!$*Aq66Ym%@E5SJKZRB!;M~I>8@#JUPm?G
ze$Efb>eAQpMHoOp8L9J|^F}<q-?4v)JlEzj5<GqPMB{bLBqxP`Ri&)X6oyH(F@;CR
z>zyy?Yu=~qRMT(!*kbztl|oS^$sNOtHwhDs)A>o=U(3SkzNV!72k<K;{%?3ZZe3ca
zR`O6NW@9R0f>PkGV2QmOIk^Q0R<Vb5Z2e_kxm=({Vvs_zfOLHGnNRD%m)!hdGf#e?
z?9R!y02-jVX^iw(+;bK{?)nJ!cRf$4R}LV|QH{*qwO#>>kCC49o*7lncsMAolQw1V
zNKh8mx9HECkID@Ob$=jsuSn8-EBng-@lkwXxx`zb{)OtIpp4P1OUe3juC$JSWr8ko
ziElthgC3Ws*Q6G2dg3V#UipJqKQtz!D=iDqyQPt+5FYA3@Zd-+D}*q!#uCt<;T~Sw
z4+&#d)?RNb_YqStDjZtZXvyKZuz*J-I*{V*SPQW0OL|Nm77CGyg|F|SYDnoK+o_sA
zCsKdQ(n{%o0*HO2Ao~-mb0fS<<7y3>G0MGL_btG$KH~!h7pT>ak>it>u|3l9B(FnZ
z`v$AeXAdSv?lbEI3YtvtWAUBG-jnt$^_)b+8^ZF`)zhL_$G=Q`=<S}S%l7br?{?S?
z@~jJwD1fio$UPx;59**C&8l(anqlO-e_7ubhmJ#(juADbC8%OFkR<cwZK_k+^hPb-
z0LnLXR~lB+MAr?)=9`?dOxE{fCkSokUoUz)x=jS3eR|_D8=37Qm*-F4EaB0pkws{y
z41~wJrC7-lW&Tbazh@|H<W}+g%=a6f23@5SlD|Q(VgutUo%WkNgWf=V)6QR#&zJm=
zU5*E=zJUIyEE<j>rNs4&WK8_0e?1j7xu54m01BvHi59!mhnfn*0jnT!T5!CaGUqo-
z4>tWsA3ug{ixI(s4F(Gd+I<W0awn@qRLCL@qPBrHXJ+1~x_aN698lN8J>a=WcQU4A
zknVC$pnSg{>eroD(~rfqM-`in1jJrL54v&oV^<)Ppco+;`>mKfenSEv<(iwU3xg|<
z>!rx!CA*R5l288vl3_w?o>kEud~tuJMN?!ZA<}hBSdx7(u8T3@FSBuZv7Av!NmXi$
z_Gs_RZe$K5MlfmhlOt6O^h^+@AO&VE((+09rG?Tw@=N-Rrup>O%ZmT7DNs1z((+BY
zr$6w%P8M?}NU7V-N1uw62V7T`u=rC>#f%dHS7{r5z<Czmm)_yI!=;3X(vybv%B{zF
zkmtUxld&NnPIRtKzeQcFN-uuJy3$gAI$eszf&@sa_kaar@RT%Y@{WFH>frENO?pvp
zt?wOD#cx28_u6abN0ms`<Tg!nb#q$R0&KEh7>NMQHtNd6w`Q#bH?zAb1vg^LaSZss
zwkd*^G<nk@mSwGE3LMHL5?F79ChFh4$wLK(`8DPoRpyt*+Uqlj&D+K)!nRC9Ey2(M
zfb8;R%7j!pqaPL^{-eIeebM$7Xuw!MotIll|3-C92ReEMe?ndaMN&?<S?h5!f2iHY
z+sjimbIlf2Ye;f(Ij<}a!L9BvIzM)}WY8r24paWeb>p#XhU~>>tQGUN!~?eMYT*V-
zh;2`-eMzccCBe#JWl?Hph;-Ic)zJUokb7X5Xm3SLJBjwg7$cK#+{i~1fG$|*W=&p4
z*>)0RZg6q?=GyeQAM<hwjc$CxvdpWcWc$iWbUCiPK_FTW-MXyRYY9(S+hWEJOw3#V
z{JDY|O~gnnk?oqu@eQ|ri_?B?K)6cq=-5<X1yh4Kj@<qSIq*kwi|1a#0P+<Zi1QfR
zb8d@%iK4(dpA}#PAcocNa9UK{wY$D@<I6eRA7go;imK2c0q{OcBeNmXPE9%Jj__c<
z)^9dB@>Yk(ri+(k(hja2hA!h^bZN;ma5madx%>dWS_6mD0+G@nrrNZup88gU(#rNB
zV&{_3V(C`>fGGdcS?5=+9k~#nC)Dp*y4vnKgPi7sziseqL441n!UCaXTb{-RKWTB~
zXDU`;f#QXpbC&E@Sm}*W<avf}0lq*?dJ^^AyTsz{k;sWsFh&%k+%dJvM8pZh|Bd%J
z0#X;2)4v6esnw1&E(rmmjLzZOe?^nqL;dj{vn0EnCrypoc&?3|#*8yN=~dCN1is`~
z71CaQw%yrCho#>~21^}`D`QT`<H;7qafzTNlw9sg5X@RO7QWo$AQn6gm=wb6`{Mo~
z@*u1~k+``tkZFexF<I(Xv{=k5uyk)TP%doQVR*7Q0eo(o^gCL-ma(g?j}k8j@-X3o
z#BZQtY6ux@<~*Xj^bb1?8f;nQt84EjHuhbMEZ<hF|5&ATqZH)r(5k@954}4RA>ISS
z6Gj@AhqCB^P(XI`_$G_nhyalxk>^^wN-2byU6$|V2Z=pRvvp>UM`+m|MD1z4r!@Lg
z#2PFHx)*9!=CgkGMPX1xT=>$x#NWvPSHeg8aN!`|)yo%T_;JtmZCwx8=Ue$!N5RI>
znV*Whdsa3_P&a##%@=@g2ZexE=tX@+61J2zcucWsakO_AhET+Z?mTxjv^h#=J6y|T
z_F2w})-N#tzvEfD#t9Ix2W+$dUA|lTcnP3YenS)|yTG@iPeq~0H*&k=7^qN*xX`(B
zg#)%O1=36rBzasbzgd^!N_5=XJ8r=J9qG+CY)x3;K);g`1mgIWmK|04tJL341qYMw
zb8z;At+C^1_<hQzi_PR#L*q?hlr~aoevx^f5raAe{CSVrvn=4$KlT6B0_;0*@&~RP
zftP(S=JfCVa`8+vH@wLyt=ERx$lVvxaNftazFqdu<4c}cEr06)tyR8W7x!$_;cBnu
zvFjnEFr)(dxAg<}PvQV^lUMnQF^Q<+04K7sWk+=9-DlVbx`c!q!EX*0TkFY|;XF*j
zSSV6&frUz9JZOMfex$<P($8*KNK%+3%3s{1Oy{%nS2BQ{KYe8gQj^9}e16;AnUC~R
zewa;epVxh49LvW-lSwPLtuSX?;*{=DTE3+mHR9+RN&QXyg8O;;h=L9@yi@LJ4{G%e
zI<pK|UxN>dw=nlXRsuw&w3d2!{g#6rvscHWZDI}&lRv(_A;R--jVhBZ1$AVlwFlK^
zv;BH(K&;6_8TQ1E4QrXoa&;Q9<VAjk&J=P&SO^jvQs9k^+Zr_RWtk@;5zj<Wd-|Mx
zX<8aUyBKwmtHF}!u=}N0|3g(!1X%3~%1L~;+AX~(%dvo`vsokYG~6`r>`O!&d!=c8
zMY}WpQ5u~b5&q2w$KhYWxL;0Hin)^E03n~3?8<w!OrHaRb3-*+oobwrbwrn9I=KTx
zMV|yj`Kym6d!JJ422OkdCd1^yP>Ou2*K=}e1Nj*Z)YIF#(f&EJ(9fxabzSYxp1(PH
zz1*1mHP^ztAC6!jhAEpafDVNEXvKJ=30fH>ifS9mDg2wpSkP5sp^2kU8i@!SZN29K
zdUw8#DE1Go9NMakEq#Iq&<6@C$+mQ3hZ^pDs<TU`Qjh-ev1MS=UhI}OjYJgh<hx#8
z2Ri#QCIlxX{#8YI#117_>k7rhAQxsur-q*1sgZ@~`>)LH(zx^YYK_Km$6N*|k_yAZ
z%ogil{HWG%Z#{s(_yl<^9_T6oLhxBZB2l+zPip5*D)p@nd!isnDl3<tpaW53YpUOA
zVEZa-nr)*0Ie%m<dt|y>Yss!gMaEpph|}%HG3?JdTc0@s2>@*gJZ|xh7<kvYe#g%d
z{)||E_hGxNBwsfngi?+i=FNpFtY5EnibzO+WjN^Qrn$l`9bd!+ZB5LMNmcyK_B5+D
z7ybyKX**r~6h<LdSsYd45%_##8*OLI!zm^c<!>urdrj8VlP|uMGS7joqf$1&mD+|>
zcX4t9&LpsGeplqj@vp|sOkuf%XyenIf?h>R`&?@6{iUMDaal^Ni_9oWtn<~FFUa80
zF$RL1e}QwktH8*1xykz3O1~6R6Llue@U83mVgb3%CPQCyAf_l_BJsg0AMH~RR8;_y
z20FSxY|)k{tZX76q|Bwv<>518X~ZKOCx=T;v#a%TThKq(m>o^6>$jvZU$`Pse}w^%
z^Kpj|kX`Q{)>Sv5VT_eIs>|UkllkY9b@$KsfokcZ#+P`a5*`<X;VR_YIxk9z4n=%}
zt};pWgDt><wq7Y~)@4+qZEoJ9s$?tY)SU{vjnC}J=#-WUUxN7$ix19+&UzJ&Pfc7k
zcDm0cOJDIjhjbvt6NJ1(NLi{(dr*oWH>eryK0eF$q7wIJ{u{ts=W!ma`zbu(8gicD
z?tvZZIK#jh%jgUIQs+x8Q()(BmgBI(rG9UljWwUh$&62Oe}c(fX(wN;^3p{j?i!_%
z1GUes(eaGl!WG=yXUtoIS#U;(Gvs)ZfuuQ`5=2@+EDVsZmD-QWKmduacoQ7x{3@U9
z8%u77h^zSl+-eSylz*z%Yk)A|v*+9FRI#y&nO^rBwbxtZc>t4(`VbG-pGy0CVC%um
z^I?(RDDIkKi^9mQgUO-^9#PsmAeSwW)4I0aF7v>pK0}zxEO^DZ=ENW^)VGCs5sK_l
zHFnRwdjYcuA-g%dqs6hrV-2}tOy;y9U)F&Wp9VYZf(=jft*570Np;I|L%j701rQ~F
zz=)SB{99t+2a+!&LwsdEw$Roy>WT%N<#}J<^$N|Ffq@UX_B)OPYJM<V@sCk9EQOFz
z0%D?afE{peCA@BRo0$A&T)2Cn@Cz0~+Wgm2N*+OrvX!q!1<M@UWvboS=TJfk9me<}
zg{kY){B{&JYW5~@aJvR**(C^+?ohNWiBbRDXq}tnJkdJfAI~CrohtT*S>X|PVyh%x
zHxu_J)qF>dHj4>@bRL40uLQdMhc2Qx+20a9mESJv1zC$#7&C{172V!#gKBz6RrI7x
z7`lZP8FXP<Hjf&yFks3KcDfa6jjK#xh)6@`zPRe8nDQ-lY`OO9BC-e`S8E^X+yC7;
zc~C<D*=(kzoM(b@!Lyt$fX63}N#{E>5V*eOCmhs)?|nYwWsz>bQiV3q^Egn#k3SE?
zEcAUziiLFQtg~eK6Rg!bHJxkj_j{@K+ODcS(frzMN&B*udO6xIrGjcwvT!1%14bwy
zr0Zf9KYm7UyuHgZg*KT<U3oN-xbNQE1NW@n)-s@1VOsANb%_BJyy>Pd&6|o?l)3r;
zm3wgt?)}z`5YupLe9CI1iK(!O{ROT}h4<Z08DY%m@slhGSumm4@%BxPV4WNT>LQ^>
z*<oH*gX;%B#)=>mu<aXYN)IaY3w!vvGJnW-t7^KHeOGZ`=C*K6`MD_FE7DQxV2*hm
z&zTG5X}8GayDpWe+W=`DPlxM$?$yt98H*{@CDGp!CX#R0SgOe0>xQ;&4V0sdS&KU!
zNYsgS2Pe2YVs{4mMIikxkcB#v4_gzH_7P3GRz{e(wJswB_Lq^pCTZe>=mlrQ<&-eM
z{ZXA7Svv~4e`o~=52ccb<fH)GV*v_qi+(s>-*lfwebPCi`w55Ac2k4z*L1{jwTh?J
zbSCmLFOyB}c==U^TXTuEEENohjC{rP{Le(fEUdtz{$RF%B+edgc=Zy`=4n0Sn9tAf
zctt`bcf^p%d-%|h9YEWTTz~g*pEcF8xy^ZoNsE{)oj>{hd!epCEMeZ|{*Y`1(?bGv
zDvuCLK5CS|nn{s&!W?yxGN~rY6is*W5AwzEx^s8D4@U`4(|WosK4zqE{)~=Py$$9A
zPN(p7h?zdHupdo2dgddG|C7=oes4OfkOLEg#o!o?*kvF;u7mCG1_s7N(lKOKcI&4>
zHAgOMVMmvCYLIg@_-pc4Tdw=dOe1LzRQJl8wHt^-I{&wohp+jy>qQgvE0)l}U57^6
zKlPqU)@>U+nR7shML(#J7*1l`tKnb66^>YK3S9noHWp%phcg;owp5BOPH&e<FM(Sg
z86Ze^zW#ZMwU2T0;+v=t2ECy2#34k&EHTJ3qQK0g`p)vS90kuiH0nKM7X`QaI1U6O
zEzur=qch1sdVW?KOB8(Ek^ugEIeb4>5pa(G$?)pNVKkAz5AA8rkrf^KHV6BGo@b}B
z;&b8qk)}vxNI*i6@7j#*LnKqVJ0g(FxwOt&r`~3e5o#cg82IiSe<;Dm>${HOb+S~e
z$0uIJW2?$0hDqBEQQh>n@T1;x&PRn@oC&G9QL++b5@0mF%q#3~s+Ly^`Tg<p56C7B
z0JMB^K58}+wtx=q#pFVGb66X3F{1q|HVBA%x}kDxlX$Ia0C6Yy6ivz;J`KetmYtaY
z82QyhIxmX}wYq>1_SJ#x{*@RY+n=-alc9o_eXP~NMpig+>xOIQoZejsm}7;?mQ-@p
z@ccoZP8q4;%*xfBlC5sX${V9e+<E&*cqeP1)%GaKY?Aa{okkdAI{PB90@p$NjZeeW
z2KN{S2wdb&n<ALA5Qqkl;uwa&78XG^gSCg<nztI-wym1rK9SQ)N1?_dV8AGo;(N2|
zxYWkT=@X+Ly+;9vUHzTfuO?Y*hI>)`*Sj5zbrR9ZKs^r#5?rJ99jf*w=)cPz#SE4}
zAJLUM72O`ueV3)`bnsPOs&>YZ&FfD?Ff+TbrQ5Ttms1s!;7<x{e9jYF6=p6LEPxGF
z#>m1D1gOxMN7E#AbKr2VR89Kipqh*?$R}ICWG9?|eG!wyJ3cwF0Uxt#OzKt=&d|E^
zAspH$W}BK+3^8wy&z1!T{<m@y;NwM=Jpc#x8Cb8OX!pux?$)yfrUiK;$Fsiyw0CgX
z4B?{&+f(zxF7dCjD6@GKU-~c3wRYUXjh$6$H(-|9M4?jHLlI&w_hrF7w|hLP`S3?s
zu4XZ(8kYl05-Aq=b8^k@jsNJuZXKq~!JJO6<LmI2Q}xigYC(>DOa>y=3~|t5g8~>6
zzCKwSjn4ldy4t8rE9G)M3Jjc;6!DC1^b!v}b2t@4d-^yH!4CS@rw#lPQD|P#tR6Dt
zGAel4EG&RLUu1&L-aH)dt@B&(QYrSm%A{e0h4-k5a5>6s@p;2@+xWm6mxx&^3uDZ2
zn{(l#u{6ViB3*01`>bm`%}X24-dm_o+XxpA=;US(WwSL_f;pOVlfvuFp5`ylu9r^+
zu4d-)v0b{0g%7^gJrqDt(uz16u`dCot%X$<7|%f?AA4NES81Dc$<5opTJ^+)BHn1j
zosuY`+Pg9K$4S2@Wlc9Dt$7D_=xKgNF9=q{0F6gt!1sBBKil(d$E$?!gxPZ?63O|z
z!4lCR3P_F>F?>f;szxFOfEG@Rwz>62k|!dg#^Z);!tQFRS_9p#r_Zij41ifH=d7_b
z=9p6%-e+uOfR^Z(Ff@DK<rL>GqsWN^&lwdo-Oz&LrEfg7%+9&!mLl9T9r9=Z)UYPp
z6U6`Jo#=vS!ILi`5V0h0Q7gUhh3}yvzdUj3R|a^Q8#Vezzyo^7!zR;Cl%VHRkp2^o
z@f;Z~B6ToA+K^gBz##PK!RojPKc9>$VYx$*+EXm{;oCduRcDpSH$F%3OJx0k5Hn|H
z>MvvQ{ubEKoSL@O;NH;p;8IKGKXKib-v!-yV$D#ddNZi$5TU}Xng7;^I57J}3cxFM
z6``8cNJHv^-T@y=3J&JO9=`cAe^4M*iy;93i}>n0pS)Ywrip(_BWt;*h#=3^uGFp<
z*kx<lA)9syC6F^*_aK-N7)laG+<L^2K+`dk&FS@<W3wk}=mS~r&?Uai@CAGR5wcUM
z65Gv)o;Y<2Pwd*j*R=P8&pJd8vk<wONkwI9iS>(#_+v4PEk9(iA;jlWP5g8nLINId
zm+p*-Qjo9d%SSl#^6c@gSdS+nk00Xq!dhQ0&H!Smbts?OeguG$sE8xu*nEP&>D#0{
zi-2=BZ;G1pcWto21CckIfanr0)$?9+hq=2M1X29L6h9-_o*Ha=e@h5Nt+b6QsoBi+
z-40O#g=&Ka;xw&pIkp$_GBct5`6%d-!?56XlUZeUPoYm}-66zDIwF$yFs9=aLna@4
zf@~HcsO98bdusNyUc0i0^6_a>*?#$Yb%>L`Gp(F5JUah%cIPjyW1GJeM2|}rl86B6
zVyhV2je;Wf9w$4u*Ym%ecSb#I@j=5m?uYGx7=>k#%xzzyIC0@SY%l${nu(GU?AfHI
z&Krf$bXzO;;u(_?2J%suz3kO%zbBcxun41N7*`)}_>oX%pY=!`iT_<mta~p3DIa|c
z4D+~8h3?Sp$gmCkwBDta*@Onr^xAjXKCq1?e^O+4*ELTch(yH1W%B+C{uSSb$opS-
zT3f)9BqZcAA@8uzbf<DfL>(V`Ne<GNy9UCUy(?J>Ru>3Q%{^mF#s8}3QKvnaGgF<D
zt4umA@b`9Lm&pF#{HKH<1O6fl^$|THiN$f{Jv0hNT_H4>35bjiUd0EJ_n*#x08hHm
zfU@VLDG#Ox?OUMt9=^!Ap!TZ)+VvaoHJ%~2WY!K?R$%<JXD1icA>*0dU)bM(^4$I>
zG!!_?_2C6Ds=Co@s~gf^!udvMK+O1wYO`9*PAPjf+Rm4}RJ4me70+Qk4+dkb>V;1W
z7FcC%P7x3kE=a(k+@cIsVO46ZB=sfMem8CXDSNN*ua4DvA=eZU%vW>rKD1Bt(@Deg
ziYLKP00<wVX2{?fJ$JUXE2St<bu6_k_i~t?s0)_h6+*|{(Q2SGw<Q=a48P0h{_@N|
z{{(>n{`$!59iC05j%=%m>=mH9zJwo2G^*J+B}@e-1Pz~m5-tu(EOxM<zh<4!m&Z*j
zg#}Wys<D(}LH}AmgljKLpvC1!{qQOUjP{R`tuNAV!#k%iaLkGY%m-bF<+w#?9-p=-
z1J^S#K_&8b8V|UM4S~;8*lAQZU%>1S^jw<_t^?tMjhFr?QuDLdlC)gI0DYStYrRlQ
z@{om!om(>uwEz@#|7U5~bQdTg{))`s?SYtNN6`>+zTx}G-Hf%OWc;F(jNbQ6Fu`x$
z{L$U`l^ld+mcaCooa+=k`}?!}#S(Q>>8l4|4llO!hahU@yu0`qnKXkdLf#Yp@yJx3
zg0yerHqBbhkIHyUs@n)k*d=AKNj@YES*-^&F;Cu_@=<3zzK2ISUxIgM>cK58<Wn-N
z`*e<Hfv^-<zwV$gzt2X44h0U)^>XQ&qC*Y*T4JkwtZgce{63&(1M++A7L#WPB<6jA
z`f2cFTwNd#*LCv)a=HI5kaOjoJ`6bB3+HyK?Z`8Y507oZ!{aFl^n)oVBJ$+fmWudj
z{spQ7^0CbXmRA;$a|6hi;z1f|BzUFB<k@#g<=00T_gj+Al>I;Z-Uh#M&l^%W`p(|W
z(4r{W&bRTSVceTpU>&#ugXjL`)>U23)p6z(!aGHD_0PY_{Lu>`H776em|(}DnrrP*
zz0zQY{`~iaF_tc0Tg&i{1<OM(Ql8<-%6LngP@Ved>3v+O%?``4KN8kqxDxOr=x_UC
z{M&E91bI0=rg&f3L((+Qa%sWD-I<3%3L1Qe*BA<5WYIs=<xmh@h|_msviPNxS5vp?
zXdG-ifWHD>Mdo_=#S~2ERJq39J+b%@w=^Yes|g?)`I~jRYMd=e{@WEV;E~3Ei^rl{
z1v-bdnP!&HVSgJJ;x=)5{L?@eu+fQ&QEszn3TdKiShM-;`#{$Wo&(I_(>EXDAM@H0
zvyAgvDEN4?m}BojzR=NHF{W=dt)><0<-9F!eouddovl3K{UpkX=sz$=NkJymR+@{G
z2|qvsRc4){IS)|6w>9kGT32bbpP@|%D__9E+hsS5#e9^6IEN1#*iB6csM3Fv!V;9E
zA}C&^goh&bhsbColM^vulArz{27u3JBM6||WRc)7jGXW(rcBZ83RcZEU~55#1bLhT
zosd$RzWK9RVqsI6PwKBtQ$ryiBOA#Z%(35%S6gK>av-(Pd8h$=yHXU*+c(-*90O;@
z_rVf<uHH=XAYf~0ts0-2ly@`#qYc$F3rief_AU!}&QZ}(B`_M5!~uFQN2a~OrpuL_
z>&tU6P%w!Gx9gN@DpVGPIYg<;(80K5SCeLU)OKoqwP!~;*B5SLez~oxe?s2}qy?RM
zOK0T=57U(7Odnf2skDjJOJV}Kr7}&YCsJb0ki>Y0yKY)n-ig!;hE@<9VKn|TMfO!e
z>uSv#fO=EQ%Q!)7T=Fx#fErsdk+4re-!5I5+1y|$6l0zhY1Mm6V6?5%vbojG>+9Js
zD!H&EV&WP|SQD8vJAE_{?}CaAtA{-lm<1ix2}o_rM-`MKmU$25lhcg?Y{@684=3aC
zL+?AjI?0SvOGtCf=*!#KY8vro5Axt)p2}P$jxo0I>-{@v7~fO2l+<Y=2W`Dkzr>i!
zj$6=lx<sYm(3&rM2(!x>@nmxzTK`U9a=Dm$i6!xMfx5B~4_|WW{bQOE<n|x3%E=ps
zZ$<Bgd|G!Qrop}8Dg!onBf)X*sr&r0pDO0`XL}D>lg_)J?}sQiGSWJN6Rwp>-S!<m
z#+Iz{!<rO}GRh=G25<HtKmqU_8WyaCV>6}nd4eMAOGQ=sA$3_n6aNIc!Hqde^d@-M
z%G%89u5%Pt0qpbqkcJFoe2UF!h%h5nbR$Pc_<pJc>PE@3Ise!o6&Nx*E_didqY#wC
z)g<kBk;6od&|mzAtAn>ru~5EwM0X<Fe)&q0=gk8~^aRpXm7@#<b%$dRKfCV~C8hU_
zM1c1K{+OU;H+pKl1(36hh?(~r7NGdTpF%)}!i^qK6!TAIPMI_%qy`xMy+)dYQxNQ2
zpxXMwM(QOOG@~Lq(b|c$A7cJS#JQ)04ae+{Vnh>EC@u-4ltn}N7@crWT;~A9tqc>t
z)BmD#C=3LiV{9$rG6QSYHJ1{k9G<#}!2aG@IDzR^KAcb7l&2NN_G}(C;9uQs%v0Ka
zD~31G({MdGImvgkXb;kjb#-+`M@NGcq1vr(wNiQeMHrbQYU=6@-Y?H}uILUhDfO>}
zSz~z`?3skraBuiD4L0n<Qpc3CUzkH-;LwClXRleWnnqB6GD)l>VKyZPr7S!I!HIr1
z__yrF|JOhxV$Xa<K)jk`Ki@x)k+GXmIuS+Xd;=_>pFA=*WRq<%247`!YpZhZaBrgE
z=3u5GH}|zu%|oEQuuvjr>{6nSz^0}0TNfe#zbQJ3zPs|u9rsV27(LxYI&Ehkfn?;8
z-|w?9l#pUne|S8ST{gFZBJrO~12fZL+{)kW9(Lx$=-g6u)!mDaM6d<MlmfGvnRNLP
zxQ^5Fz_0tfi8{rmbSf%OL0mEL7U93fW;<79^b?h6xz)WMLYh_1#>OU-!e;g_2p#0X
zbGnhHp{2FAvkOEeYIDCi7Se?w{P9fhkM!BB6N6>JWJbsB6^y(@eX^6a;Y_N2dXr0w
zU|vl~*O%qno&*j0Quy}vO~{A$VTs+~QCB{7rnFh^7J3Cy+ISd@K!Ni~%1hqg193_M
zNOR0c^N!dmub0k2p|N-dmPD+aBueFh{I*Fvj^+yoTJ_egciXA-*hrEwOVno%Pas(z
z9X0h_jhT|J?#Fl>VR2%3-)H()b>jDV)gFc3>0bCZi<+^|ovp)C#_!^(Y~^K<$g}IS
z<}|D(y*(55h*LzlLk?n#Hu!a}67FXr=SEn09e9n+^2ycSCw<~!)THaV9OA`wNWjUH
zCT|S+4lm;O_m?sa0RaKn1-qbIQBo2b9&QD)!j?=eQERk&J;hK+I~~qOr==|x$P>{p
z`bPZuR{3AcH`$r3wlez!i3^uB?t9xm2jZw%|7L6R>{S@HjN}7MvA2R?A>R$UgwS5E
zc7|>2<0n^0isX}_6QPV5-|p8h=T*VJp7{7JyGE`Latj9xiJ?6k>AcPitgNh?G4u2D
zhlhuFti~Q-o9NDPIueZjC_3QtTH;UY&wxXN?kO7%tWr${-oO9u^V=JXQtS<I3>$i+
zY%tN&lY{~u982tOT9sMPI>x+Iq&wvHaeP-{g1Tubk!-A<wr;ZKsq#l?FbW`-aeVxH
z&ES=jOpsU;q=g;H;4e`unpb^G2nFm4PGyq7&#9dwpoyr-JjJFKeT6(b#u4-KxIT#h
z-#JrKSNMfqX!Rycyy-e6J@jKNMa<_Z?UO!z+Ym2+ZjW%+i?WmYwn9Gx4Z1>_5BmsO
z8q%ZaHD6U=ya?S*5)6Z+JU@5%5MmZV*dEm*C;olB>B9MH33BLyRG>OGox1|<vECXz
z1<)p-8AsC1X8C3&K&goc9E(*yIp`EFP<~Rdhsf)&_8H8y+mib`XDE30VWTQueCv93
zz0A3n2OU!20gZ!m*Gf{KX|wglysX3OmSUZJye!p{q2XZ$DyrEkBP3z8qhdEFF{&hc
z(U<bMcAADu(qVXXM4aJb!M2MoeosFK599Ou0A<oT4^KrWoe(dAvczx|R8RRQ((M<}
zZsj7#M-D&Q1vZ10H_PgAm3-)@nM=DP9!h-BBwMr@X-4w}&OQ$Kr}0#+zoyro1CJ}8
z?(1?R0qS(BrW9cJ>ZuE##Y}mgV$>eIG7O7b@p1sGh<}IX;sodS?7U?$dPd=6b0*HV
z_x&Jfx`dZ2pQAbQ1jLf|=xVG*y|TI+9)L+yc^H@EVU+7k)~!$j+b!AID=RClDmdBL
zAmZW#;UGPAe~sbI@zN^|^=r$B%h~#$mjx$mTnCuQp3g5u-^GH^_Knyht>A#USuE>P
zWiDbGuc6yZ`JE>G!MfPN=`Q8P`qX>T^MQ@6*cfPgh;w>0mVF9mdI4+i-FtT^A#Umn
zifvPDqudrYK9dD3lk_ROnno|ejqnd^LJWztSRvWj+1&QqHLYH|qa?{P*t3Jfg@zOP
zvcPY{K5&mE)Ra)buY(-N8o%{~XUJ}!yzb?<oS#NYE7exR&`2hA*F$3)$3R9S5_D)%
zoGT?6N!yvdyFNuVaGcWMJ=+BUtu;52OAW05f<j9QA_QC6o3Bq++Ci}<CE@OefV9Vg
zULJCC!%dC{g|z>>h`))UsHB87d7ensd95R$NT~oD2S;37e88~k7iZpuGS>6uirX`z
z)Xs;6K;2ifNHSSe7ra|E0WEYi@Dn%uS5nj}6=(M{Zxn$#4yGdM8=?Do1!a&DBk-FK
zsAB^I_Kn&XJ0m0g{WJ^=%Wa;`fAzRrPW3c3@vm5q5(-DD%?g&@B>y5CZ3p8`BD?!&
zwgW;6-ftNd5W$d4wZjIj9!Y%AXp`r9L;9WCpFeDsXF20w;)YjEyVHSZ>6OsZYC%;^
zjWTh7QYPtiQb|59Hy6fhb-Xr3SbDzEA<uLa-E{f&tZ`sh7#h^;bIpc|Uc|NK#AM!Q
zoLd)0|6!JWk=>_jY`Gk!1Ko*YV@K8QEwcSs{*s3SQh11vNO>7~M3R$=5AAdZ-AZD-
zN}De3UBK=>SjCFggbf46R7=~ZcI)C;m%de`#r=AD{x+W)FbV6bmi`_v|C;4^jNDZG
zYO%_xLlA;P`XpP(sey+5vT1|)z^ej3RUH~P+q&~W^8Fbu+0Ne#$6&?mr6fdHxuxzu
zKavG^H2OQR5;r7kA(*N^99{;K8NGrZbnCJ#zV2HXK!dje$BMx5NCaSfna*-f#}CQ8
zoO#if0*vC76D{22y<WRV-(y}Se(0Js1iq^f=v=ARFOT_5H2;1jbVd|ELq*vZ3w4pi
zApWCbQTxHB1A?se`uN|UB;vc4d4mXO5y`X9cIMIQW^+n#z%_!em2x*g23>0|S!A*_
zh4+8G3wIiBD8BwjIWBiFY8xtCzCiR+T)gf^TAv`hEcdK1Bz5{C@K23wr8epCV)Vxc
zW4wB<Cjux<*RPX&&V3UM2FYFpDpGjU(9rq>BXoTY4H7$xw1W2n68|si|KYX9nm#3X
zrG(bqxcTn(fd0B+MW|X{pMZvF0lqSce+O7z0Dj?jV5kvDX?^vP^FQ>|{%)@g@vr}W
z9f7KJjq{ZNyS4jd?+Ld9@BjSdzn|6mVuuZmdfQ?1`p_>Y|6!iSntnZn;RDz~fuf1%
zm)*20z7DMAg<4Wi1O*ysaCn0M+c-T74;Pio-fzHP72^EQxAh`}fb7}s|CtuaWb^+R
z;9dKF___IYv+FZ~|J&pL`%(X)zW!2iw($)Q9AQaWNvYc7?tF1k`-f0eQc{E6mQ=bN
z$nS*K-QtGs)!ts82?b6m2&8=nX_03wufgt}hpPiMMa5S_Xo1YH%F4N8rXsWm`h!vE
z(fqu+XkJ$0BR;Q!Q>y@3lnDhqTtFj=5$xYIK03-|Hl7Q%FSa~gFJ#60Ga2{(*9?YF
zZlv?Z-w|-gr1R7sU4ak=%N`d)*r5UB3*Ik?nj&Dxh`GXPW<C=YlxJi@0@ypm;;=jF
zH1iXM(7b-(%FPp=f+Wnf_I1^>O5#;Z-U0z4W5-RJWw1UdiS;n_;M<iDT4#dw2_^5Z
ztU^22YMO_)?4Vz4Oew;;Tjtk5d-=bW=JlO+%|+=~!LH$>@@8!YK(A7rB+j2{d+L=R
z)xTVI@=e0__O{bZQEfV*wHK-;Mn{qw@9Q!*Y4&Z|1&AmpD^DKZgMG(_EE;;ed^xYe
zoPQPn=u`-KU!(nw!1L{fqod=GP^adnyPeETPMeRyH5n$Y=2JB0N-*gdDF(XIr-tDA
zG=-Se&bPGiB@VEAKR=e1z5<XOEz}br2l~OG=I7-p2!2L`*xK5vs$vge@EGVSJ%Vag
zZag$J1fG!+GBTUrxzN$kk+A8g7#VFIz~UEe?ZHCwT~ux9|Jn`zt=szlp@aYbx6S|5
itN*d1{vY}1nFx{IDyS}|1!PnJ07+3fNV$lf@Bab<gi;;=

literal 0
HcmV?d00001

diff --git a/python/demo/documented/nonmatching-interpolation/demo_nonmatching-interpolation.py.rst b/python/demo/documented/nonmatching-interpolation/demo_nonmatching-interpolation.py.rst
new file mode 100644
index 0000000..3f1415d
--- /dev/null
+++ b/python/demo/documented/nonmatching-interpolation/demo_nonmatching-interpolation.py.rst
@@ -0,0 +1,58 @@
+
+.. _demo_nonmataching_interpolation:
+
+Interpolation from a non-matching mesh
+======================================
+
+This example demonstrates how to interpolate functions between
+finite element spaces on non-matching meshes.
+
+.. note::
+
+   Interpolation on non-matching meshes is not presently support in
+   parallel. See
+   https://bitbucket.org/fenics-project/dolfin/issues/162.
+
+First, the modules :py:mod:`dolfin` and matplotlib are imported: ::
+
+  from dolfin import *
+  import matplotlib.pyplot as plt
+
+Next, we create two different meshes. In this case we create unit
+square meshes with different size cells ::
+
+  mesh0 = UnitSquareMesh(16, 16)
+  mesh1 = UnitSquareMesh(64, 64)
+
+On each mesh we create a finite element space. On the coarser mesh we use linear
+Lagrange elements, and on the finer mesh cubic Lagrange elements ::
+
+  P1 = FunctionSpace(mesh0, "Lagrange", 1)
+  P3 = FunctionSpace(mesh1, "Lagrange", 3)
+
+We interpolate the function :math:`\sin(10x) \sin(10y)` ::
+
+  v = Expression("sin(10.0*x[0])*sin(10.0*x[1])", degree=5)
+
+into the ``P3`` finite element space ::
+
+  # Create function on P3 and interpolate v
+  v3 = Function(P3)
+  v3.interpolate(v)
+
+We now interpolate the function ``v3`` into the ``P1`` space ::
+
+  # Create function on P1 and interpolate v3
+  v1 = Function(P1)
+  v1.interpolate(v3)
+
+The interpolated functions, ``v3`` and ``v1`` can ve visualised using
+the ``plot`` function ::
+
+  plt.figure()
+  plot(v3, title='v3')
+
+  plt.figure()
+  plot(v1, title='v1')
+
+  plt.show()
diff --git a/python/demo/documented/periodic/demo_periodic.py b/python/demo/documented/periodic/demo_periodic.py
new file mode 100644
index 0000000..74e5afd
--- /dev/null
+++ b/python/demo/documented/periodic/demo_periodic.py
@@ -0,0 +1,91 @@
+# This demo program solves Poisson's equation
+#
+#     - div grad u(x, y) = f(x, y)
+#
+# on the unit square with homogeneous Dirichlet boundary conditions
+# at y = 0, 1 and periodic boundary conditions at x = 0, 1.
+#
+# Original implementation: ../cpp/main.cpp by Anders Logg
+#
+# Copyright (C) 2007 Kristian B. Oelgaard
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg 2011
+#
+# First added:  2007-11-15
+# Last changed: 2012-11-12
+# Begin demo
+
+import matplotlib.pyplot as plt
+from dolfin import *
+
+# Source term
+class Source(UserExpression):
+    def eval(self, values, x):
+        dx = x[0] - 0.5
+        dy = x[1] - 0.5
+        values[0] = x[0]*sin(5.0*DOLFIN_PI*x[1]) \
+                    + 1.0*exp(-(dx*dx + dy*dy)/0.02)
+
+# Sub domain for Dirichlet boundary condition
+class DirichletBoundary(SubDomain):
+    def inside(self, x, on_boundary):
+        return bool((x[1] < DOLFIN_EPS or x[1] > (1.0 - DOLFIN_EPS)) \
+                    and on_boundary)
+
+# Sub domain for Periodic boundary condition
+class PeriodicBoundary(SubDomain):
+
+    # Left boundary is "target domain" G
+    def inside(self, x, on_boundary):
+        return bool(x[0] < DOLFIN_EPS and x[0] > -DOLFIN_EPS and on_boundary)
+
+    # Map right boundary (H) to left boundary (G)
+    def map(self, x, y):
+        y[0] = x[0] - 1.0
+        y[1] = x[1]
+
+# Create mesh and finite element
+mesh = UnitSquareMesh(32, 32)
+V = FunctionSpace(mesh, "CG", 1, constrained_domain=PeriodicBoundary())
+
+# Create Dirichlet boundary condition
+u0 = Constant(0.0)
+dbc = DirichletBoundary()
+bc0 = DirichletBC(V, u0, dbc)
+
+# Collect boundary conditions
+bcs = [bc0]
+
+# Define variational problem
+u = TrialFunction(V)
+v = TestFunction(V)
+f = Source(degree=1)
+a = dot(grad(u), grad(v))*dx
+L = f*v*dx
+
+# Compute solution
+u = Function(V)
+solve(a == L, u, bcs)
+
+# Save solution to file
+file = File("periodic.pvd")
+file << u
+
+# Plot solution
+plot(u)
+plt.show()
diff --git a/python/demo/documented/periodic/documentation.rst b/python/demo/documented/periodic/documentation.rst
new file mode 100644
index 0000000..024fc19
--- /dev/null
+++ b/python/demo/documented/periodic/documentation.rst
@@ -0,0 +1,178 @@
+.. Documentation for the Periodic Poisson demo from DOLFIN.
+
+.. _demo_pde_periodic_python_documentation:
+
+
+Poisson equation with periodic boundary conditions
+==================================================
+
+This demo is implemented in a single Python file,
+:download:`demo_periodic.py`, which contains both the variational form
+and the solver.
+
+.. include:: ../common.txt
+
+
+Implementation
+--------------
+
+This demo is implemented in a single file,
+:download:`demo_periodic.py`.
+
+First, the :py:mod:`dolfin` module is imported
+
+.. code-block:: python
+
+    from dolfin import *
+
+A subclass of :py:class:`Expression <dolfin.cpp.function.Expression>`,
+``Source``, is created for the source term ``f``. The function
+:py:meth:`eval() <dolfin.cpp.fem.BasisFunction.eval>` returns values
+for a function at the given point ``x``.
+
+.. code-block:: python
+
+    # Source term
+    class Source(Expression):
+        def eval(self, values, x):
+            dx = x[0] - 0.5
+            dy = x[1] - 0.5
+            values[0] = x[0]*sin(5.0*DOLFIN_PI*x[1]) \
+                        + 1.0*exp(-(dx*dx + dy*dy)/0.02)
+
+To define the boundaries, we create subclasses of the class
+:py:class:`SubDomain <dolfin.cpp.mesh.SubDomain>`. A simple Python
+function, returning a boolean, can be used to define the subdomain for
+the Dirichlet boundary condition (:math:`\Gamma_D`). The function
+should return True for those points inside the subdomain and False for
+the points outside. In our case, we want to say that the points
+:math:`(x, y)` such that :math:`y = 0` or :math:`y = 1` are inside of
+:math:`\Gamma_D`. (Note that because of round-off errors, it is often
+wise to instead specify :math:`y < \epsilon` or :math:`y > 1 -
+\epsilon` where :math:`\epsilon` is a small number (such as machine
+precision).)
+
+.. code-block:: python
+
+    # Sub domain for Dirichlet boundary condition
+    class DirichletBoundary(SubDomain):
+        def inside(self, x, on_boundary):
+            return bool((x[1] < DOLFIN_EPS or x[1] > (1.0 - DOLFIN_EPS)) \
+                        and on_boundary)
+
+The periodic boundary is defined by PeriodicBoundary and we define
+what is inside the boundary in the same way as in
+DirichletBoundary. The function ``map`` maps a coordinate ``x`` in
+domain ``H`` to a coordinate ``y`` in the domain ``G``, it is used for
+periodic boundary conditions, so that the right boundary of the domain
+is mapped to the left boundary. When the class is defined, we create
+the boundary by making an instance of the class.
+
+.. code-block:: python
+
+    # Sub domain for Periodic boundary condition
+    class PeriodicBoundary(SubDomain):
+
+        # Left boundary is "target domain" G
+        def inside(self, x, on_boundary):
+            return bool(x[0] < DOLFIN_EPS and x[0] > -DOLFIN_EPS and on_boundary)
+
+        # Map right boundary (H) to left boundary (G)
+        def map(self, x, y):
+            y[0] = x[0] - 1.0
+            y[1] = x[1]
+
+A 2D mesh is created using the built-in class
+:py:class:`UnitSquareMesh <dolfin.cpp.mesh.UnitSquareMesh>`, and we
+define a finite element function space relative to this space. Notice
+the fourth argument of :py:class:`FunctionSpace
+<dolfin.cpp.function.FunctionSpace>`. It specifies that all functions
+in ``V`` have periodic boundaries defined by ``pbc``. Also notice that
+in order for periodic boundary conditions to work correctly it is necessary
+that the mesh nodes on the periodic boundaries match up. This is automatically
+satisfied for :py:class:`UnitSquareMesh <dolfin.cpp.mesh.UnitSquareMesh>`
+but may require extra care with more general meshes (especially externally
+generated ones).
+
+.. code-block:: python
+
+    # Create mesh and finite element
+    mesh = UnitSquareMesh(32, 32)
+    V = FunctionSpace(mesh, "CG", 1, constrained_domain=PeriodicBoundary())
+
+Now, we create the Dirichlet boundary condition using the class
+:py:class:`DirichletBC <dolfin.cpp.fem.DirichletBC>`. A
+:py:class:`DirichletBC <:py:class:`DirichletBC
+<dolfin.cpp.fem.DirichletBC>` takes three arguments: the function
+space the boundary condition applies to, the value of the boundary
+condition, and the part of the boundary on which the condition
+applies. In our example, the function space is ``V``, the value of the
+boundary condition (0.0) can be represented using a
+:py:class:`Constant <dolfin.functions.constant.Constant>` and the
+Dirichlet boundary is defined by the class DirichletBoundary. The
+definition of the Dirichlet boundary condition then looks as follows:
+
+.. code-block:: python
+
+    # Create Dirichlet boundary condition
+    u0 = Constant(0.0)
+    dbc = DirichletBoundary()
+    bc0 = DirichletBC(V, u0, dbc)
+
+When all boundary conditions are defined and created we can collect
+them in a list:
+
+.. code-block:: python
+
+    # Collect boundary conditions
+    bcs = [bc0]
+
+Here only the Dirichlet boundary condition is put into the list
+because the periodic boundary condition is already applied in the
+definition of the function space. Next, we want to express the
+variational problem. First, we need to specify the trial function u
+and the test function v, both living in the function space V. We do
+this by defining a :py:class:`TrialFunction
+<dolfin.functions.function.TrialFunction>` and a
+:py:class:`TestFunction <dolfin.functions.function.TestFunction>` on
+the previously defined :py:class:`FunctionSpace
+<dolfin.cpp.function.FunctionSpace>` V. The source function f is
+created by making an instance of Source. With these ingredients, we
+can write down the bilinear form a and the linear form L (using UFL
+operators). In summary, this reads
+
+.. code-block:: python
+
+    # Define variational problem
+    u = TrialFunction(V)
+    v = TestFunction(V)
+    f = Source(degree=1)
+    a = dot(grad(u), grad(v))*dx
+    L = f*v*dx
+
+Now, we have specified the variational form and can consider the solution of the variational problem. First, we need to define a :py:class:`Function <dolfin.cpp.function.Function>` u to represent the solution. (Upon initialization, it is simply set to the zero function.) A Function represents a function living in a finite element function space. Next, we can call the solve function with the arguments a == L, u and bcs as follows:
+
+.. code-block:: python
+
+    # Compute solution
+    u = Function(V)
+    solve(a == L, u, bcs)
+
+The function u will be modified during the call to solve. The default settings for solving a variational problem have been used. However, the solution process can be controlled in much more detail if desired.
+
+A :py:class:`Function <dolfin.cpp.function.Function>` can be manipulated in various ways, in particular, it can be plotted and saved to file. Here, we output the solution to a VTK file (using the suffix .pvd) for later visualization and also plot it using the plot command:
+
+.. code-block:: python
+
+    # Save solution to file
+    file = File("periodic.pvd")
+    file << u
+
+    # Plot solution
+    plot(u, interactive=True)
+
+Complete code
+-------------
+
+.. literalinclude:: demo_periodic.py
+    :start-after: # Begin demo
diff --git a/python/demo/documented/poisson/demo_poisson.py.rst b/python/demo/documented/poisson/demo_poisson.py.rst
new file mode 100644
index 0000000..996f892
--- /dev/null
+++ b/python/demo/documented/poisson/demo_poisson.py.rst
@@ -0,0 +1,190 @@
+
+.. _demo_poisson_equation:
+
+Poisson equation
+================
+
+This demo is implemented in a single Python file,
+:download:`demo_poisson.py`, which contains both the variational forms
+and the solver.
+
+This demo illustrates how to:
+
+* Solve a linear partial differential equation
+* Create and apply Dirichlet boundary conditions
+* Define Expressions
+* Define a FunctionSpace
+* Create a SubDomain
+
+The solution for :math:`u` in this demo will look as follows:
+
+.. image:: poisson_u.png
+   :scale: 75 %
+
+
+Equation and problem definition
+-------------------------------
+
+The Poisson equation is the canonical elliptic partial differential
+equation.  For a domain :math:`\Omega \subset \mathbb{R}^n` with
+boundary :math:`\partial \Omega = \Gamma_{D} \cup \Gamma_{N}`, the
+Poisson equation with particular boundary conditions reads:
+
+.. math::
+   - \nabla^{2} u &= f \quad {\rm in} \ \Omega, \\
+                u &= 0 \quad {\rm on} \ \Gamma_{D}, \\
+                \nabla u \cdot n &= g \quad {\rm on} \ \Gamma_{N}. \\
+
+Here, :math:`f` and :math:`g` are input data and :math:`n` denotes the
+outward directed boundary normal. The most standard variational form
+of Poisson equation reads: find :math:`u \in V` such that
+
+.. math::
+   a(u, v) = L(v) \quad \forall \ v \in V,
+
+where :math:`V` is a suitable function space and
+
+.. math::
+   a(u, v) &= \int_{\Omega} \nabla u \cdot \nabla v \, {\rm d} x, \\
+   L(v)    &= \int_{\Omega} f v \, {\rm d} x
+   + \int_{\Gamma_{N}} g v \, {\rm d} s.
+
+The expression :math:`a(u, v)` is the bilinear form and :math:`L(v)`
+is the linear form. It is assumed that all functions in :math:`V`
+satisfy the Dirichlet boundary conditions (:math:`u = 0 \ {\rm on} \
+\Gamma_{D}`).
+
+In this demo, we shall consider the following definitions of the input
+functions, the domain, and the boundaries:
+
+* :math:`\Omega = [0,1] \times [0,1]` (a unit square)
+* :math:`\Gamma_{D} = \{(0, y) \cup (1, y) \subset \partial \Omega\}`
+  (Dirichlet boundary)
+* :math:`\Gamma_{N} = \{(x, 0) \cup (x, 1) \subset \partial \Omega\}`
+  (Neumann boundary)
+* :math:`g = \sin(5x)` (normal derivative)
+* :math:`f = 10\exp(-((x - 0.5)^2 + (y - 0.5)^2) / 0.02)` (source
+  term)
+
+
+Implementation
+--------------
+
+This description goes through the implementation (in
+:download:`demo_poisson.py`) of a solver for the above described
+Poisson equation step-by-step.
+
+First, the :py:mod:`dolfin` module is imported: ::
+
+    from dolfin import *
+
+We begin by defining a mesh of the domain and a finite element
+function space :math:`V` relative to this mesh. As the unit square is
+a very standard domain, we can use a built-in mesh provided by the
+class :py:class:`UnitSquareMesh <dolfin.cpp.UnitSquareMesh>`. In order
+to create a mesh consisting of 32 x 32 squares with each square
+divided into two triangles, we do as follows ::
+
+    # Create mesh and define function space
+    mesh = UnitSquareMesh(32, 32)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+
+The second argument to :py:class:`FunctionSpace
+<dolfin.functions.functionspace.FunctionSpace>` is the finite element
+family, while the third argument specifies the polynomial
+degree. Thus, in this case, our space ``V`` consists of first-order,
+continuous Lagrange finite element functions (or in order words,
+continuous piecewise linear polynomials).
+
+Next, we want to consider the Dirichlet boundary condition. A simple
+Python function, returning a boolean, can be used to define the
+subdomain for the Dirichlet boundary condition (:math:`\Gamma_D`). The
+function should return ``True`` for those points inside the subdomain
+and ``False`` for the points outside. In our case, we want to say that
+the points :math:`(x, y)` such that :math:`x = 0` or :math:`x = 1` are
+inside on the inside of :math:`\Gamma_D`. (Note that because of
+rounding-off errors, it is often wise to instead specify :math:`x <
+\epsilon` or :math:`x > 1 - \epsilon` where :math:`\epsilon` is a
+small number (such as machine precision).) ::
+
+    # Define Dirichlet boundary (x = 0 or x = 1)
+    def boundary(x):
+        return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS
+
+Now, the Dirichlet boundary condition can be created using the class
+:py:class:`DirichletBC <dolfin.fem.bcs.DirichletBC>`. A
+:py:class:`DirichletBC <dolfin.fem.bcs.DirichletBC>` takes three
+arguments: the function space the boundary condition applies to, the
+value of the boundary condition, and the part of the boundary on which
+the condition applies. In our example, the function space is ``V``,
+the value of the boundary condition (0.0) can represented using a
+:py:class:`Constant <dolfin.functions.constant.Constant>` and the
+Dirichlet boundary is defined immediately above. The definition of the
+Dirichlet boundary condition then looks as follows: ::
+
+    # Define boundary condition
+    u0 = Constant(0.0)
+    bc = DirichletBC(V, u0, boundary)
+
+Next, we want to express the variational problem.  First, we need to
+specify the trial function :math:`u` and the test function :math:`v`,
+both living in the function space :math:`V`. We do this by defining a
+:py:class:`TrialFunction <dolfin.functions.function.TrialFunction>`
+and a :py:class:`TestFunction
+<dolfin.functions.function.TrialFunction>` on the previously defined
+:py:class:`FunctionSpace
+<dolfin.functions.functionspace.FunctionSpace>` ``V``.
+
+Further, the source :math:`f` and the boundary normal derivative
+:math:`g` are involved in the variational forms, and hence we must
+specify these. Both :math:`f` and :math:`g` are given by simple
+mathematical formulas, and can be easily declared using the
+:py:class:`Expression <dolfin.functions.expression.Expression>` class.
+Note that the strings defining ``f`` and ``g`` use C++ syntax since,
+for efficiency, DOLFIN will generate and compile C++ code for these
+expressions at run-time.
+
+With these ingredients, we can write down the bilinear form ``a`` and
+the linear form ``L`` (using UFL operators). In summary, this reads ::
+
+    # Define variational problem
+    u = TrialFunction(V)
+    v = TestFunction(V)
+    f = Expression("10*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2)) / 0.02)", degree=2)
+    g = Expression("sin(5*x[0])", degree=2)
+    a = inner(grad(u), grad(v))*dx
+    L = f*v*dx + g*v*ds
+
+Now, we have specified the variational forms and can consider the
+solution of the variational problem. First, we need to define a
+:py:class:`Function <dolfin.functions.function.Function>` ``u`` to
+represent the solution. (Upon initialization, it is simply set to the
+zero function.) A :py:class:`Function
+<dolfin.functions.function.Function>` represents a function living in
+a finite element function space. Next, we can call the :py:func:`solve
+<dolfin.fem.solving.solve>` function with the arguments ``a == L``,
+``u`` and ``bc`` as follows: ::
+
+    # Compute solution
+    u = Function(V)
+    solve(a == L, u, bc)
+
+The function ``u`` will be modified during the call to solve. The
+default settings for solving a variational problem have been
+used. However, the solution process can be controlled in much more
+detail if desired.
+
+A :py:class:`Function <dolfin.functions.function.Function>` can be
+manipulated in various ways, in particular, it can be plotted and
+saved to file. Here, we output the solution to a ``VTK`` file (using
+the suffix ``.pvd``) for later visualization and also plot it using
+the :py:func:`plot <dolfin.common.plot.plot>` command: ::
+
+    # Save solution in VTK format
+    file = File("poisson.pvd")
+    file << u
+
+    # Plot solution
+    import matplotlib.pyplot as plt
+    plot(u)
+    plt.show()
diff --git a/python/demo/documented/poisson/poisson_u.png b/python/demo/documented/poisson/poisson_u.png
new file mode 100644
index 0000000000000000000000000000000000000000..1bf0bede3ff538c772eabdba3ec9534ed6789683
GIT binary patch
literal 35484
zcmXtf1yCCe+btFd?#12R-GfUhP~6?!r8opAPE#oE5ZoP#6?ZAF#hpTd;+MYP{U@`N
z$xdcx_mT6+IUA#<Dvypri~<7#gRZC`qX7d02ZVuv6$8S(o!Rb1Z+ZKI_0W(9!BkI@
z9=-iQG*_0FfqDJ+$?Gcp@^%K<RYA`K1_l-P-vJAgkwy4+63J8Xy)4oS8URm_S~D@o
z4hDu2Mo~se(|6^x%K_qaq(#PmaCa7{`ZMs4!Fo#jPc|$$N-8RH{?IMKgdIU-3|hid
zv~VOsPOKhLL^(u@aA^=H!s%snBrH7FH`5+|-z_9cBv^Pl({Mi`IM_IHN@OZzTCck*
z;YR}&iG@4e&5hD({bTLBu9j}TTfw{evi2K6Et@H^149S)a%Q=B;+x6&;J*cb$xV_6
zuQ`vk*)U8A`Ht%rYo2}z%BsL7N9V62|2Q)d%`=~e0jn40sNOUL(@kQ3ltcu7Mh6gr
zBq`auJ$w40uxN#H>&G{vQ)8@V3Exih;K4~$y$K3gK`%XEb$CL#_;#<8A#nk1(Qne<
zahH?9haprSkxcJ|;K}9IEAa<Ea@x<!-ds(^0Bz+F%-b6Li#8G^L*%l8rAa?*{qN!$
zHyq+3)gPV-NQv{$E#?!VuhY;S3Hd_I=Aj0~L0cR))jiW6BWkyi+~SdL^Sb<A-p~1R
z%cK8$oRXT0=StrQqFo+wY(4VIY7jhfKjMT+7_sXM8$5~JfB&(rzIYh-jd*8y+ykP7
zhRR{^f>1SWZ4G<LdA}Y#ts?TrwWr%ZbtMotwdr0_Ye<DD0fl{f&#{!4d-If%)No*c
za3~==c4T~n{ZMrQo4{2Y8BF9jTl1L($IJIha%6DW>Butq7~TgfJ_)h4|1-(*@kOBj
z?x-fPGw19y4<vmcB$AmgigP*a^Y&z39`k>d$@t3gbO<Fs09WEbQ{)h}uyYJxRW6nq
zo|N4@wD+G`V~$TG*!+v5#dJ(J+snl)hMy?;gKB@FXq<PS1q>E1{m*!!9Ds$ALP;6d
z0et?CsM%y)eTY#gH{TI#w+y;n$UoddNje8_#-Qqdk3Ymewlx>y5TG|jHr3?i<0dO9
zYrHg~)UHp#%}qn(&<Ec<6>t1HR{HH=d@a?Vi&=pVc039Jn7wLP&&8~h1cMCec_=~b
z+<Qc_`=576o@B9lywdDT$*f=~fAml~{-O5S#T>pU4qhXNga|x0grXNZuMum^&NT*I
zH54$WP$Q>!`iMWQ=F0iam^>)DbxX%K>6%FoH&RY#KcMQE{!AW?qN4of{bMaoQ~5cY
ziXoo3hw~U*p8K%Ih=L#~1q%;ULkYn9G{x{kx^F1(U=EJ_@O|V2o`E!goDK=HvaN(J
zhw8X1Bv77$h_lig-gOTS7T>(Xj{1!xbUbJ|Q<x)n<03Ahy&MsE3BQgF_tHDG{*XLl
z@;9b#k8+ue-=b|)UddV(Dh>1|rB;KdQ~P$YgrsnaN6VHIp{UV)%>mBiwdVw@e=vGp
zQ!Zp2c3%37jfIuYOBet|z(@Fgv-68;d+z&VYB9!y2fs{QExT3}Ebpw^dpK*ovMm`a
zWLf$8L0UK^LZc81<Z?AQ6gthQqW`<#6T!faQ`%`XD1ehX;?vW*1VQ($g|qr?56#KD
zHKOi3kT*6o5<QwHy|^Wth2-)gWwyKVAra@YJeW`6zbwu9^AO3AuxKI)wy>W){+p5b
z{b%j=wYXUUUuiwX`{8x@M)IPjjvfs7W12HVla0!WN(a%)M4kYg!hd;kLtD_7_QU^5
z7zLh;{1QlOd5rZN|MiS568*bSlQ=#AO?M*XgtVR--K##o6ev%gKa=q3=>hX%kmC4X
zAm$W340H=Qg>5hNVfWX`1tB4`J_N-5txxQft=;B%>HATus!*kU?VnTyE4P?Z)cd2D
zPeCvs9VBwRgZKE9z%}fPpYYGuBV{HJ^~jTkPQc!q-oh@$Ite(COsAG0yg-F-XV@;s
ztH@`p6B=?%MgY~RYBAg`><D9+*tsPg2mABr*#D2qj_xeh4PurS1oH`6-%to17B#3R
zEolBdCPwblL8<W4xTIV`b8)*}Q*2R@|KJ@(5_T8?A#%P>>gdjKV~KhpB4?bxz+7a_
zH{n#QjIotWbW8CB7G;N|=xEsBvkya=&ow!x{#swX>n?P|CfI9vvRHJI;t$r6VaTIk
zf0uaLx@1)TL494MME~zfclmuf&XoYTllu(}Oks`;G9%qD;Aq0%fY+Oe&*&7dHl;r^
z_+|G|KoV684H2K*ZN$bHsBgqWd2sv(Ya^rZzYrFg{X^&rW6i%N41Z77swrajQc1{S
z<fFrQ2v1dAhYnuS1Q_^#2#*bRI>l#?REEwbavvh%SNlXvIALOz{Zbk})PUW$G3NST
zoNS<Ld0_@`+({c`XK1n=j#IG{Iz*qT(xFrR;(3kD#3UgUnNfk2JrTf{m~~7Fv4CPF
zNP<KL7ERH(zh=dKMyf9$cDzg)RQX@fUB3BUEZy9>h${Ct2WQq-c~9ES#o)Ctc6l@)
zcJ5W~y2{dJ9R<%<OIm8@4s{Y{;HVURBFciT<>F&+?wo@S^BkB<*Ft0T!ieHmg3fny
ziI+Heu|2-}6lcEnY3C-#;;G~uXSObHObw3|Oeqa2ZwdtH35^Vb-H_+UXMo<S)*xa=
z#}*Dpc>r3==cqiRF#`t<sWDK!Xc_hNUUbomuGrnZPT`qAUPxZR$A1CxhT;shLE8?c
z%`xBkDanp1+G>sPxlonJ0;1!kBc_GW=^38~B!cFWz`xQ2+f9XWj976#mxX+_|B)ls
zxZUKbf~Q2X%~&OlIK)@1^R)E;y$p8*_h@?<h7uT{;h_I>0w)Z0RcmJ@IAM=p_3w4?
zANn3};?o7a#QEZp!cPmyP=r7IBlwsLC>lQPE~UPZ9YTJ?XllYE#s4Da*YQEO*|8uj
zs-5e+*<8;`s7x&J*${DpDo+G3V*(4SG*eoQnO*p-=6gzbR>3I!eyeH`AG6_n9K@fQ
za&ZscZbu?*sNv+YUm}S6rRZOwylFiGX(c68lU!F-bgI3-B2&WWX=eAt*z=yJl6zXl
z?4D7Sj;<8RGCBlgmLT|)RNv`bkISnbc7>vev`L2`(DO$5IfyLYl@OO{N}A9AOL%gf
z=e05V^{w6vURO4XBW9*ybtJm0b|Ug4W21afbTsZhGQ|zWdh60<skpm6DE)n7TO0px
zLs;G&DtU6JL2Uo$D1s$K$BRB}k!}A73+VqIJ?rM;Wup->ylP@PbC!in(a5DD3cae(
zb*-p6BV*SQOk${p63V8Guh|Y{Dnw1Eo4y|(QvFpO|8uA$6^RUFy2DSfs~}&8K&J52
z^8t;|ZvLZoq0vn$R<ffLtx_<veww|LQ56Z@iLoN1X5K9k0&(7K9$;dWzF=Q_QBBy;
zVa|S35SykXTH=}NH&XC1*Z}Y_^ipwjMW?TvB4+W<^zOrJ;@%$w1_sgfom~Wm0M0Gf
z9tV>soi6R}<IMd+opU*+M(^z75_Np1LWbiS`1{5D_VW)DiPK`xLKm<3k9wM90X8n@
z59u!H?G1^-j*P(k7dHTmI#hCgy{sjSR^eO~hc&h&VgREz#WiSnXc^W9Nz@<guy}dN
z*ZE9r{K6yfj{oU*;x~4qUoYIMs<oMdXO|T<DhvTxIi}r1L5W|)?gCg*Cou&{U4y2t
z;f-GrJCB<lB)S|Eu(`Mqf0PxEFI+ON!exisogl!As7&9wvj`etJ{oBzEu8;d!VLC&
zicBPqGn*IDdA+^(@bc>q_3T#E`U;)BZJZQ~1rWnjGywSA#O@J*Ggf4fg+;G|TS78r
zYf4E?nExa3b?Yk1r0>ob_(+D1e=Bn8tu_I572JC2xrVPc9+1Yo68Ua@f3~<?6MSYU
z<>NK-AreQ^X0$fo1=g7>K$ZYOUi|uBI$03jRL_41K55iod!j2Z1s+d1?A1E_9K}Dy
z#x9!YLd0f8W-`-j<OY8V?ArRoRJ2V@9*Bo&(%-*$Stt=um;}ar{xVlQCfXJEOqbOy
zcivgJ-5Zp+9_NQtFUAmsh$+bWW*u*^Kqq$1tI;!y2@gSgkGp(4OGJi}fpyN=jaS6D
zpXcvxR6EiFap2Yt;{QNn$XMd$Y%cj6)|s-G!4lf7UHn;lFhq$Gh|a28kS@LCSAK;E
zhmEH;YAHR+{^wJ8+w_9rW2#A7z{Nn<9oLw=$fU@r^{IDsoru(hH&%EQAPT-Z`-pcZ
z9s7E`=G7r;>cK$dtoq!}P)alWH`t!5@>>>vbx5IgKRtQj3!?mgolu>2GVx~(*!3_O
zk#0wI*l9_8Mm(+e8s7Udln8m&t3s4hNJtYdsSdkp{$GAYF#Spll6;B@_K{8kw>%-O
zua{1J&-Gc4WJzn=%m?*}+F&cjj&k6W-(vMPIRH~9$sn+9zXV?5uRlCq88Oi5IpQ#_
z^x2ch>1ZOVZ~d5S#U}?Ym?{0QTbP8EZUf!)$@*~H6-gPje9wpb+?&S=onA&e-_@$$
z6cxqdr7CW&Bj%J*!QCg>;W!!KNWc`0^4W~<xY%`S;p2q%NJ`5vRBCB4(49&zZzj<c
z@v1(ha)>=;=BB#%-*1QuCVtY?G<`vbm?#IDRvnoQ;4gUz|MUsGPBeK?ejTCNsR{hA
zEVc$+i5#4|n-35ynMph8RF#sSO?)_tv(?m7RF|dIowL8}%zt`y=gTg>{f0zbf=qGy
z^82gAt7Zxq^I_|64}9kd`<k0bjbU%KAPOSdwIMAB4hFt`;=6Z@d?J@Zib-*j)0oe-
zm-iHbFF!ZCag7S$_`*Ynj!`NNd|NrKwMe?&#t_A7t}Sn#xk&NZQYUJfYvac=f9~$9
z@B2eDXH7nB0hxJX0yNqs8}1KS4L8K*`{;8Kc0tU!xtLE|N6UBD=N*2JXPusa$B(C~
zwIaPQ2pwYkVx?sLmPmbZeo=mjeu;K(hu~^&>&`h|2kz+yH-Dlu_MOQN-$gOs*R)HQ
zpr?EDmrm|d6Gj3n4c49lh0g;RQnTKy=lpg#VBFTjE`P=^SHZypd%uw+{<W_cc|pHA
z_KzvH!b;?-=B1vAVU8E>(W(=_XQ1C)HCGCSr%$nLn3~5X6{Kp|P!WCnA-XMXj2C=N
zkPA0^nSvQN<(JfAwD)z@^@v+FyUA3hw==1vAA4cmUcy}oF{vE3UUDS6OHV`2k?k-*
zjKbu%;sM9=LLfN<=CVsILry|xT`T%(Xi7Eu5%g6w>%SpVEOmuFp?hmh>d!%%Bfp`}
z`+6zc8hU)1mBtcoAQ|^$ql$JI@0aFr-f`dFfI*X&2?l%;<ENCrTONKl%rzTe<uo_<
z^v5r!jD)l*JSE6fJxTdqSan$=@uF;+_QmEM<Bg5rbEf<0>q{T;=hFt0=2B_}y@*nP
zd*dg77gqH-(?ENat|v@Cl!`9i|C4YE`Al*`=i=CV_ufhH8QEW8347F62dOf$#@lIK
z)!x$5563*$K^GJhzR^0>SEEjXU2$Lj;mta730Voz9L5}mn{`%fG;b&_VJ|XO*vEaz
z+iFg(N!I$581=Pm*9{AwFcuxRJ?4v!T$4MZgRwB_KC@o4UTTFt*;d9cuF3R_%g<Gn
znwV`{FFLP>YG3{hXUD%DW-i=>armFF#1apyg^yO~MEGKe8-F7@*=wA8pbK>|44o+s
zkr2j8Zq!OiOU8X;80Xn|Y};N8QqGC6*#~fZ#uOc{X!$*=m1W#_WR+vw*ExlS&*1H8
z=7g1ryzX8A66@*7ViYvUY3621Ikb|(DX}@;yq|CAeu`&6^Q)zyXg|WUm`g8*Ab27Z
z6-y}P>pk=n+Wyy3`9NtDyB(z1x6p&S;t=JD!(L5O<A)p#P<*qbd5P8C+nP$M<v91D
zXmT0YP7J@4OFzgp_Xl*l`0hV<?ywtw|2#J)*!JU@sU)!D78CbZ78B^4+ubu1muNXT
zU+v{0j+1MDD!goI{u=qNwDl9<&FC98*Dk?VO>a;MBE!(o1yP|7($0S7jrPb#)xoj?
z=bFm|-*<oKe)%i^&vpu3PZU!GY6$JICRKF`4zp_egtebfkg-C;%vIs37_a<`Q4<6p
zR+te`6S7fVn|z`$aJ1bZ?~WJ+TKE024~?Dg#`Vtg6td6SfU=IO`{!pSpVAWIbW+IF
z1sK7J4!buCtbZ8RSQa7LI<yvFY#D+m`wbhvA$v43U`9Di)_3z+u&9qvDO1~<jMT){
z`wq<O2>NqOI7*53uj6a4g@}>2&W)qcF8FTY(f%>^Jb9l|pWbu((~@%<AA3ZsQlpPY
zMn{AkCDars{QjGbVUSM>7%7*4!k5z{@|nrIl=mamxv(bC%83t7(mqCNq9xm~|4KAe
zGRrXsQ%X@bL{1iOJR?Bsu7rs$Xeuoy@XzK_!!CU<H-wqL^&pSF)|g?W95(zx;k$Yv
z7{Y5`OyeZ??pSF!R`dXMb8T4d<+@d5zWvp`2|2;)c0#UajjujCOqx=f9vySz_58si
zV86j{$f)xZiFc_r2F*E^Pc%<|)=e%mDHTrW`mJzBQ&sL+UU0+8ycrx#|BqJbtn2Ci
z7s#V>>nHq{^?~3&bT)iRPqmG%S9ESi9%E;3Jy4%!)^X8Ut=gX~3#iJL$!l`O4jtz|
z>@s>D3l=UM>sexra6?a)R|r2qIv4-M3_n_%3CT_?p#<>1rqh?T4r()9qd!--tmN}f
zw0=5T2N8>JNtXtk@9nMDcK>)*w3A$MTS*syQI-5&e5CM|<r}5kR6nRYpE39wa}ToA
zwUn&dAX&jNE!Kc>TePu~E>8Dj?3DO^@R~;h`zj*Yl}pv;frq6Z81&WYMNfY7_}|Kg
ztQ1wW-fq_9rqJk=!Yil6aQneWTc&q?wquiivJp`mF8}<67Ji@TI?hJo1o<T(U<T=f
z&sro)i&-%8Bkp)Q3#T<%+0xiP+Xqv_GxiA*mG$io_f;gyB&uNWAo>1nQ;E?Iy3fW~
z@ZZRE0SK1Mz6dhXkzaW2C1O#;!0cpzk8qp3@q=_YZ`@l4r&&YOYvXO4CO~>eC|te8
zYKvD518jne>j79F9;X5`ya>6tauoCzaUh?lB6>LA8j(?4CE|^f$lvLhmse+NCVelE
zh8>i-tR~h5;p4#gND4@G`AUI)V^HedtzKDbTB#+1mL61EQ^rh_Z_JFtP=*8bTzu<P
z{YM!sYos~<k4g8uyRLvQGy;|OdVMRpTe_P(_HO{IA#pk7{l|A2RcXV|nN88PV>JPN
zuKE_%Rt`=H7t&bJXD^PCKLpPBP7n&2^3VT<j+SMUZN27W;@eM>6LMQ*BY{WpiNm-p
zn<4GZk@rP1Boomd&Y;L}ga(w#vD9(<lzLo`6=ugC03LIrm}-cUeRvcU*vA-Ma83UB
z!>aeI$mM4j(Z@syKZ=9Smj*irY^sGEMo%&IbDav)x<XWtqmN=DF<((psh`u(x2`<P
zUO)2#Pf~)6gkxD2Eu}@CS;yp0BvNIj(n9^tQ3V!?3$a_cD>;8E5BN2gvX?Y@swA3J
z7^bD+K=*puA1QlB%wL8uZzMF}vGZq|cCD#F*Nqd=%|E*QazzT+Hz##EPfu591UpKi
zJeKNqMGW7SM2_`Yjf`rfoZF(dR1mN=%8NfDxsY%~sfTmL!8t~b9T$zhI0+X_e*xdH
zAF}C8r@YP~&~3Ksk00cbNR5DZczM7;S{s>$7zVT~>ujIa1ETG_jlZo5{jn0B?bk$W
zCX-OLz{uI~AN-PP+@ieJq844MnCZeWL1M`ZuI?SK8XrbgHe>P@!Zp#s=wXb}F&?vl
zef4i4@pq;>;C4IMj>0CMM_MMSo=#-XuV<VDwCJ~1jkpE|_ZcI){3`~GFg<tATgD1?
zgmeD*-38c!-kZN+1|lPNY;!cayuE$m((q<RRJFbL(c89%`s7#LTecLWchB80LERTf
z?{zMAN3624h?#c<3x6Ts$xwkT=n-%X>HP#}cQTiy%@l57jg%c;6psR9u|~cPmG8v0
z_BWOec;*^ze_g$oHt{%H=@$%;nVRA@63nvs=&zTQ+9@f*<}jNSp=f(bg$s;il>L3Q
z8T{z0{+1@&b{`0qk|RzK=*X6@<IcZ3FGOiohvaZ6c#zrW*yaS{QZghW+K#FhHZKga
zxlEJhY08t*M<92Q-7;*Su5^Hi$^BnEH^VXTZyOCeKckqrCx9X=mbgXjJM2$%*_4a~
z9&D}yg(OCo(Qek0HPs;Y9W_Ms5!rH5D$xPwDeTB&eImI;ljKtRSYK2{z>3nAcFS<@
zKUrkPoY)j9YqTG4q5P{4`tZ`q76zzF7=)i?+ir7bMwGOig)=TI)1_^}QS}Uxt$jEv
z^wWqWe#_zS#zKMmclQV<<LRxLH|GHxUvbygr%*7z`-pah;d*4=W!)}oLhTe%!y!Z}
zo@w{vb|K_APpYVABrWBeEEzjRD9pS`d29u02<j+;RKT4|E;F2>$PQfASYz?agV&LJ
zR0(?lI@&1owrf6qdjQkYR&dpF7`q*V=!5**{x~TmC#aZ!MM9(c9H4q!hLZByt!kq5
z38`Kqy=;G`_lO&7D5duR1L7)X`P!Dy3D`&8ea3kF;`88gp*Mw|<~#-EBw}6?m9m7Q
zXv6@<<290_{TvPYWJh)(#{?1QLwe{Qc?ybJ!UjY$LS+F%f;8t`XLTZbFWl^#p}EiJ
z4Gr>cx4=nqzW0il2ZCAKuGM3(V_{ZOO85M9D=PgOUACFl3RoldvkXC-WIJA5Zv~~)
z<+(q&ZL=JBDnr{BFu8~0dm{U|Hzhbqm<3?7mjfMnhE=}@=B}Le-9ThEQnRE>-fx&q
zV-3e#SNd$+Od4H_zlN8HobQd4Nk=YM#<EgywX>IHE%o{bwfq)wG7LQo2+ro2y2{$6
z814DVPaq@}Q!a@h<KdZy=cb5dE!PY2R9a#a71}yp_ubp<zNN~o{ScE~LYpoyok|8!
z8wHT8&Vz`e7DOw=?BB+nd>TK~+Cd*9^d|geGY96zM-2S=BL?|-S~k3*A}b(eUVL|q
zfiVZWSf5N0&PbY9(Nm-fa}3%%*6{GNDn-ZKWe!Kid1vBRmhpF)#OW<3jh>>Z3YWwT
z3H}-Q)VmiAJ_KqydBPJDLB=lCloz}=*5S;A$Wqbvoir+F$W-aeJ$5rfW-XVVz3X>T
z4N=MO;!)=c=5owtDbWhd%*lL0%%q<&vP%$7a!|U!g8zj>YEKWV&%9Y=VHi%rTFq^b
zcPmvB&&z`XIli_APAkfG67l5m5Sg06S9b<Reg70NvRj{%k7&uqRgWAAqpnznG@)G6
zjlu{@uFRIYTPZ%8{Nk6ri(12pwCYW{xV0%=q3M}V$>n@a?<(6@*)iw1UPEyE3?Cr3
zaU$cTOGdwnSN~?#2pR^6Op?zuM7iBYlTX%Wr4^zmp{7Crbc%Z7N_5Q92q~0(MSm||
zr$mM-EapwoJ`6oHQ;3&Uy!-Pl&r_2dw2nQ<UlKA%_=g%*-)PiWT*CeXS^aZTN6Nwp
zNZCarJ)s0qHt&et&!3Vpd=Qx-u}bWyxx>#ry#seV;K%a2ea<P&Oc1`FbP}<+6(A-h
zAer*;+!R-)E@ew!{@sIs^i1-Pa~8)aqu&KWOaK+j+17r@x0G|$I@V6lo|>2G`|Fn<
z&OVB=Oks+Az;Ju4K}GBnEW}JyBNCLY*`EIYHjtw6UPaC#yUFSNKEej+=uNmW&U>+`
z#wucnXjN1mY;=6@%Ld(W%`agVS3i@JC=`bw@G^KIf%Eo3CT$NGs!mg{G;?1?T15sL
zIk;AM`sbxUM2=ucYiz1w!VXl@)5ut#wn)oI8*w-eS09^NfGN^mhLD+Y+%Xyr7sQ<o
zbSrf;GprT)xfil}j-L4Py?nX^SBC2h8^H|B7{*6`ldP0YQ$TdVmbWwYX~^jHFGr_e
zr^*}c;Oqa@7zVi_>VdZPX_6f6^F)vHJP}K^q*6nfR<k*($hNGcI=*Hpae;p7$Ni7Y
zw#iBuBtXO;$Q{o&3jNpOrtSU=KBbjVtOL^Q_3AR@>320Vm<CIkv*ED%p5%G!YS9n3
zYH5n>T8Y#SrkdGH!>ZwULds@mU3jkMSm?-9ZYy?gt({M)pwOW~P+;4$-(1WQ2!t)u
zk0^C+`Sq=dd8)9KXmyq-1@{vDyW5AK0?)%S`-rs06rxXL>!QA%y7>)xd=+wmCB|f!
z3*H+XgwvBRA&eS+hK}ER&BAvZtj@LTOFn22alUVLU;RyS)=Qw;ve|zRd7BW;q2djh
zAgFWbuGA&5Vj5XM6bhQ*TqOO_(F1bjR7iHHYzI^KsiTeNbR3qR8Z|;RF}>Pwk;>Ni
zH&6W})mD+MKm46XX=xoBHr#`hpA`x3(#>}1EAr5aQuhkIb_|F#n2O9O-<I9q!S|mm
zP87VI?a&L)b(bgi30nk~UuukPxewA2E8`CvgOcF(Ir7m-xM?9q7DS@D4{6MHA^QSV
zNZrFU?<T~^It2X|0^aL5A9M<6GNNZEvqK=N99L7A4aHgAxhXXD53o(rt*KlIq6=!l
zma@t?l^EXLhmC@>mgFnZ{A)v4PNxah@&<Wdh-OM#uK8Z4wr3=!8=`KWu*HJ$q8xPJ
z64FdaUYL??PvIpGkE31uFZQPYop14f<r#o>)|V@fP*f1gm?1Rs{T|0P{vJAZkVrDw
zGyoLb=T-BR223Lq?*ix!glV0^;!rdhWj|75Q=fm5`!q)K@j2%FyTnFd@HbX6jsmor
zI$F8u4xqkZs3iq_f$8^&>t)t*b-gB2ht*Swyp0R~wW>1dhP<!5*=!&96~?HdX2%f+
zxm^kQRDd!0L^IzAvN1cK)2;a>BdMADj%ZPp)Um8NL-cuzfAM-2sUfGDJVD>+UzkOt
z#sAX+<goYjq?Y(;ez3m{H#u0&M6d8LjKV#pCg(M=t&u9Y!ii+w`=&yxYChUhlp2Es
zkZtn%&P+?CXmH1W^W*0BvF}ruot)>Gw^FM>fI&weOxe9WXA)<=NxFcWc1&3&vidG=
zML&3dM8GM2_+8_Jr2EWlwZ1mJWb87fDgV;QFW!hEH@P)8{kPQg{OS^Hp%Ft}zi4Xw
z$8$8Vd^B$hK`A@XV90kjm&s91|4lNWG0SFXaz~R^o<}9~Yv40hwE*Oj5M!nK{&sIZ
z5QGH3{$248#m)_BBwiIw%Pt4ssT80*0*HaCOw4lLKINz_`nSNZxe_(jmhY>HL7%PN
zzS&Gk{ioeSj0$g)bG3-sF?j+p60h^#9CRA;*<blkjI6a!CaIY#!k>plM@Z8NVpY+2
zO2~dCTq7TR%vu|4`R*?ikZBxHK~Da&pHED*yiA4vTb?GE#CEEbHk!gs0TLl`UvCq)
zIQBMv<*>i)MjBApW&x#?TK>tK^Yo-<4pI&xKOB@+Ed90c+57{=>oN-S9Hd5)3aLZ0
zJ7n2jOB0-nBlbe}Iy>92%F#^wj=s81Nt*>L;goCAFaj(<%t@5!zE@0w_&))a8X97;
zI(%h+n`N~}WkQYB%0KLLZK(A~UPE%57^(`mHKSo<WbL%Lt(a8M6w`-^+-j)YT1@p^
zkE$<+FBH$d)N|mC9Zz!_yjB=+^unbwO2`u0&%QA!9~j6+U_%-R4V532)PzeYmx<&T
zd-6!+&FHA@&Ts2JRxt}>Ba?~hP8%3YFF1F6*An^4ftps7E=@WwNv*0jP+WmP`O9^f
zCbV7TGp#8AJiR{ER`WS;*$e30#V3VI^NXu;K<N{U1;wQ`{55wjDXlET6w1w#Pj|!E
z4^M>3|E-dj=bV>qjZFcG_26MRQx>}?WAk%fV^@Aw{ajCm&3U_{UY*lF&gTQ>U=JV9
z5~A~oZ09zkXr=s;sNE%#A`$+mP<vLH@}0Ug@H3Px>8M$~Bn-DKdnhfUA2!NEEX%B|
zB#MW0G6|!+XPZ<F93sET?jwe!Nr}un9l_06MN3FX|6YlnlQPo$5=G;T4d1r@w|!-6
zn0-2?WL;rEq8Xr{;2JFYw`$-ECt!qVCd0=Bm55I{6g!TX9;_!_FP2A4FkUL!hVBy3
zW!Mmcj`#@rqS3INhgV;8YDLrjgDz(O-G;<%_xhtn?qkP}*1s{d%FyKIYV77T_;-jw
zA_~cdD;iba7BSkxY3GX3vHCVN1A;)UqIlwMj{Oykt5Prqd#0O&@n#@Y{81Qn_Ji`z
z_jub725grHr!IE}pR_-kBYAP-WY7B`iqBa%Axs9;WuEi&{Wz(szeF?trg+iXWn#9D
z(uv;w;nzG2NNtom#g}iN0WfVSPJd!f9JMWJ<o2ntSBXQOE4U8(B68onNCy^9lZ;eV
z;*zqfS7mVUD_=?Wn1<(?FM0!*97InuufYR1&BM%(GiPpdJ3X#wnEs`q1!`_kwF{at
zc}2>Y5mU);Db^mk>6)?j5&eF$fD+k(aj*yJ<ew+(XwW;YCPF9G0F_XwJtvphxogRC
z6gnnIGbtoL_d^55BvSw~7=>SyU>zz2<mF=um!eYRO-4%Rb+lWyZXoGcbGO&}G9NE}
z(1TV7F0OxBnWrW3iyb9W8DFY3)vxV{Q}&693f3WXT+G&P=sis(h8@=Z?$O@;RS<Fg
zzbXm?9}`R9UBw8uz`6BqO`vgUX|kOP-GAM{3}>P*xgXIDlU<n}B}nPSwPzdcAn}(g
zqQf7EEUXGc)(63C%E@^$j`dK7#KZf-QAun*MX^#ge7Izv{yj^VeJ{y$_US{ALiD%`
zA_yIg+s^bI<i{R%n~iJak7r)r3F@Ldl2Jn+qCpI`pPdxca0Rt_vCufnc}^PIx6U)F
z)zmoY9clGZp$m4Q4A=@RVIHK2pjE~jq~`B3ChEBr6}T5z^HkwNSd;zc2WK<WE%h#_
zb+=O$;IFJ0KBD98`>`X(V#=f2X+EP%4Gm*DIqasApJ3ck+V*)Oqn7y~J=dVOTwq1Q
z2f!%mV%Up#mx%3bfRYGpBE<eU5i^u{h#AtrD>S7auqFUp;RrZWR}o0_WYFlEp=;JN
z5>zl~-dEm5p|%ySzP-2!sB#-y+pvMore-|7s7fdfM)9M=SZ3DJ3gb(zJtJq^+XACa
z5^8cxf$hY-rm+;(#oV^>pWV0UhFRYvMzClt_JPY|HKtx00xDa{JUa3O+=RAg()v;Z
z4~N(w1m-ohh|ehc0TC(hs`G?+%O+TSHEZ|h!<E8lwMd*qY=!05_I^aSjzO`kDc##y
za>!k8y~S98Ho|AFLGeIhdRC+>6>Q+{PYf_RFhLWWlM^dMh-_qX(X&qa65-c3jm1oX
z2!S(!qX_3suP7`b+nTFPQM~tZvHRZE{b5H4*J00RpB_mfx!wsED#;Xs!c%bPZKL!E
zLf0SY2Pp2ZY+n8lbO&{Yy~R^&q*u{{|4?Kpo0nT=JlAx7*h1z0tix0j1Tqp)E*-`u
zT9mb>hByH!`#YtqL88Q11%*5*kPp{e2+8YHey$DoA{q!xn8Emn+!g)pPB0kZI-+sw
zNgW;gsHeYBiCP5>$%y_^ltmes(QrRH5HNnfA~PJ<TcBuHm6MMhX}?V#OR{~exIjN~
zqpTrDD2SnM{=H#HtxQ@LAm_S}G_1FiGg7<lE-02JznRsC=afoyp$O2zR+}%1&SECd
z%D@}K`|}^TlGy>^dk~RpXOcY&X~>p4YU!{b1@vTvsBJUQTQaLvJ#L($UC*M3y(E$(
zLvm7CO?<Ng<}fE=7MV~!te9`!OD5a*G{inw+uNjOvx0N_FFP_ql(Oi}aa19&c1)w<
zKUF7^p`KJo#)7__FME$k?sMfjmuuv4s5+Jb?IAcrXYXVjDChNcV)O7~0c5?l>lJ9Y
zzsT)+KcVP-!w`H7<XUPN=_>oP<~~ZMEhJrbeuiC)<JRf_p9hGfC4!4t#-s#<HA;!?
zx@y?@T>$VHRGKOYQ+T0b7SrMh1%Jnnxy7FYzLXq`5(F}_VZq{2f$*t9Le0`*K;Mj1
zjA1S^yzPXtqyTQEDXpYfli2i^Yv$TbM&UfyXh6sBp|HB6%Wb=L?|d0sl0B)_RRfHY
z!GnXoy#0pC{`m$p{`q;kXdadXV%8kODx*YHROeJNb5y6*3jVP<-F#g8+lV39<=!8Z
zRZUD!=9#ajIqp+zUf0r|Cw;Nss8v_xp9I}c<=sg}_v1Nql>j=gfVGuCSy?zFw8NsJ
zD|RLz6<v-3iSnCR4Lh2#Y@@|*9}S)wABR!S*gSQF(Do?5SDQ|LI(G+dCvKey^FU1<
z(SyD=%i)`Ebe<EdF65xO<>Pgcn<P9kY^rFuW9%A`kqz!EEr?O)F@dr2Wd<Ear#_O+
zD8#$2hMW+Xh~nHDn$;7Lgk}8$LC;gzO#iLhU%42&rzKL)SPtQ2amtu-1gixJ6FvSL
zOIp2-!pPH7m=z9X=eL*G+`7n%zAme^h4DLb`t;6nD9OnxB^6t?<2TkS0+dz1Mp)Th
zu<7hIFY-JNn$`Q6Mxo?a)^*ynC?D93;LgA_>Molt?3pTw^+iB>0HRZA+gSRZDKn9x
zqiPy$PO!YiZ5T^G6nFD&$OFM`ROoaL5n>?IhWAi;fJ|f(?$xltY|`)>lr|oEf)o`{
zF)>*RTWQh8+=~G<#0SHJ{?7|h6P*7lFc9s}LE%rCYL_~Ra+<PCr;3(pq%w&nJ)3gD
zgXNjn1+b<bNOAPbFS_X1Cr=3IWBruMPp|_e5o}Ujr3KHRnnePu0UQFBj~`8mtX{=R
zC&?_V8<_QN=ND3U5sK>D^JA^9&<QxHI)Mg83Nu|YC0H~gQ`a3wOcT^tlyZ?94UpFt
zX`gmbx?g4FhmQb`uJi~eEB31>MvEwb3^`3u>W8mtIahp0$E#}57|Zt|J!(NH`!0t7
zj;`0V?&FprWxKb1j6u=&t-Y42$(NJl$oM=2LwWgnT;@a#1YW{gBQCWWRrwS&lI#S{
z*_@9W!NDU4AX&;7y|3lDn~)&s$TI#+eoaQyEQ6OLUJIX5hs1dvj}1n)zP%7mI|UWg
z*4-`u5jiWmD6gn(QNAkxI80h8Gxo)Gc+0gi;N_XrFXo7)wc{sbO`AgEW&v5LxjEn3
zNCl|aKc0m3P9<O%POtBN)yl7kaOU=;iB10FvNiE2C9jiTj=N(RIbX<jY5}T$k%U$v
zdPkXbT&!1735MC8sKKvHsJ}0xM>7EP>fUIcXzVMULdS%-hmSHma?^&vzL^E8%W$vM
z8_hCnXf7-z<K}H8P<%~zZO>0~sU16l`#z@E)mBQMuq3M`BlYx;JtNmA=X-rddkt_z
zd2d7*igEGcjbMIxBA?}Eeo;l2yS`aF$tR2RFE^tpe6=N~0<NGXDq59+0U^<XvBEF~
zL@jF2gh{QHOx$sjSJ#aHe`O1X^KW$Q`*wRIv^C=?`%FXKP}s#K%3|539_a=m+E@ks
zH@T*mf;HdbAu4uJ5&yh)8%T*+nTAxq<_;c4`9}jHZM*V%drQiTe75&e_SKU<@*pEi
zNI{^B;!kf%h9X%rgAF)Ow?4cv=M&P3AxS9Y=S<M1O{;C06vx`p?=Ii3(5gew%kSm=
zQ_mexzXlwGEOjY}7zYG0#KNRvqqb>R8y4+xVhS(=uk7amtEh-jpyIC{<bQwG1fKay
z{RcKM@a_8wK1${iJ8KR~+1@fPY^F36TAFXWck#yx$5zm~!kS@3XV8!v0ROIpR{Ns8
zAS^}!NV)v05FH=nj62JGmiFbm|N4bDn`}~fl$R$T8#cDC7eSAA@BG6el=!&FU~&*>
zwP@5<ix{4cuGeYqYC0`!pwkVkq?W5y;x^$z_Wo2LWom1IZnbG=fws^^{O$)?39bSP
zlDbgZ-i+{a9+d>m{TL4vF^RQSU{?E0L)L0lO#4dj6^^2%u3?nON=k>W_j$%#P&r=K
z97D-|0kn+*$LFq=sr_*f+*wv7-rD-=Y%=x`1j4q~P0grtJV#@xPP*9hsLs2sYTmO#
z!A7)TKoz87t39VzF^yO{o{R)g>8gdMreZ7LKyY-~*c+NI)UWo#{ZUsso>`Q;NgSZe
z+8DRqzbg=awlFW7=ho9?aMQ2?k-5y2ri-HFDQ!{;-XGc>NsWpy@FvxfT$A(t0~xj4
z`<nA%n*eWuPyWv$N?tluMlgfkjT0n&=7p0O<f4R@8*fsX(c!n-x2D>~Ohx#TSnjhv
z3AM_MM<zoXKXTu@(u=K;WLTNM;2)1`V2>*J!g<Y%jWFTtkt7Q04KEoMK1Iy*M5Uvm
zIdETvkyOntv}PYn<y4O%;ScOLYTy*%Q)IFHGeSg1DiCF}m`ly8nMVMr)N`1ngaD+t
z`G;{daD?VOOMn_B8<1MM`C<E%HogLw+`A*pr$GUXHvt<AIJ47{*bld`%PXfT(~YGH
zYEUrUrQ9yn+-@rsY2H;XM(FFSV8=75{kw-8&#6_ztjrQ=@7fXSCTmKEGU?&`zI~ZQ
z2fy<uc|E)Iz+-maKfYeXX(=f)dDIhtQ5@Cecp+8qotITtF3D&j@Q6-zfbkU|o<M}f
z^8RfM5T6#67_q`^u$LfMch`-b%d0jR`SrsI+15d0)PtOd)`~`${TmJ@NDPX{hdiGL
zv;rr?5;y4e&7||bnV+qIrVX!?%}B6-Nh^I7K0H`W=eM7gtJHE6Eix*zrs$G;q&Y{d
zgC@QWH){Kf=E?R^xLBpfAa`TMfnk6LTXO*q2q9%2M|UsdflX{ZC_fCn8JCwVi3d{D
z8&12!jwTejno75-L8_5w#g-ATc;^)-FfSQ5NYY4+@PLo;TnX>y_%6d}l>FN~jtw2v
zI56M`o{S~-Xj@p{v|21r*)+0HB%c~)p`F)1B!?%2EUL%zqiCobvG;)4Xd8PYS^s)A
zpr#O$Yx*Y5cUpNhd+ebAXl=_@@bRaA_)I*+-F!q`z@w=(d@VF8(jkx;)A4&g*$KQW
zhA4e0=|^1slrB<+!<e_v_(pUz<b~nnKW&m`%S32mF~jKZ7dVV>c(sv<3VB4-#11X7
z!fMqvGBAnSna)58s#L88!Rb^|#q>;o_bHQ<NVpJP9P_u4c43y-Bm6=-_ivU?;G@GJ
zi^IS0XcFJc-2`+)oaQS0f6J_{xPCvJKtvwIzj{t!_gny-%a|X~wF-fm+1tG77s*y@
zk~v49XJiifzb0Ird$hl2u_wV3V*BV$O70h)%cYv*M2CcJNk*!tBi&(DQZTiY?OW4U
zWoT2O-;3ZvdJoZ!4rM#})enE6^0-Xru;B5PJu$4Jb`jYoWfVb>?gYb;dk6FHu#l;l
zk-lD=^HYL}zvh=GYyOlZhtLT97tY!2J@J2!2UvUI`}IXuup-a9>VKh-v?q~@(rPn}
zcys7jzj2$?j7$#I;P#7LzgP?-?<AvIgIk&N{IdAwWwZ}q6lPRQSehM-lq-B60AY6s
zaM%?T3O!ONBAT>{qts=UmrLV*%0jVAdNQ`)Ulb~>&PJR{IxguHo>n_U;;mLQ*9(~K
zi7&B~3ILF3V!iue*$}{dfMU-`qEuF{#LOF_u7w4cbNw6h`@V>Yn6b$l1-F*fv-QWJ
zRWoj<XUntb>;0OMPYo7zVOXr%#4aUGgjdP_a$Ov{mY%tNbHjUnPOECkwBp{i9BI(k
zs*iIM&(uEI%`j-M&x;pMq4dKA?$eu3M1hHz=HHSr*oLD?;#lYW28<L;C4sjdRFFDE
zL^W)LJg<0tO)vv+{CYu@AGrR;_MR#PU}_}}dK$Q-G=t|X?)~|Lk^#kG=vmlzav_?N
zP$YcjGC01p-0}<&$S@3%>OXyU3yg)N1Yr~SvqeuWUsmEDdPOIdQKe*W)1)(m8+(mo
z#5LiHHY|YFf)o1L$$~0#d(#)k1&|P+;U#Nbz$G`BsRea6&z(Jv>zq-s!fHMH+TWj+
z$)`*o#RsdP=S_Pf`A&iHQ9L~xku4<+e8uzE5v_atU|7HCwEa<~U)=ZSa}Y~_ZZe|q
ztSM@>Y`EI~+BXuM0)*%yc+VLbWcnzoi%9lsXI@qAf816k0U;^Oe1g_qGFwi?(mWWw
zeDcmvfF8d+FM)j+g$j))#rj_16hr&Dtn9~b*`IK1M!oW46S?Omv1L!fKPR*Psx)x#
z?RzMZzJ?!51)s@d1RqM|?j$hbt8g{wFrkQ$e70^`R!7n=AqP-lMJn1#a`KhYSJg*a
z?z+?qqo0New@<9<!$BTiOn;X1)REXqW+T>AyE*6^MOh-?MzZRon1#_t2*LAw%!9I*
zqej3{>WWm4=$6nk!QJRlJWii{zth^G<9~y__u3S9@OSeb&_o~c`go+1pN_}wT8Xt0
ze4M1EsM#H+o>Y6GHt#bYegodCxovpauuX@i!G{o^EvR<I3)mk0;eA#jU@MaHQWt~L
zYe_}RoEQ{KNGXqq{G2U7nOIzuBLn4WIs#3Z*?Ct-x{J(xNtX~A@omBrrtAbB7s9y8
z<(&p=2@o?gAU?_bzEGcISLxH{2UoenE9DT`ugr~Q_I09IT2^_cN&lpG&c<Xh4z!02
zqKUB5*Fs}4TCp2}^F~-+)GsT+lZk@uTRbh9P18v|?+2}{3*Q@!SlC(__6R3NvoY_^
zIVjqUCPR@kG%=ZD?KSdPBN6-1lKGuWpq`<ubs?48+Zor%YU5zjkJGT!m3oSf)jSOb
z8~x$0R(A4azMraVAEu5AbldcavJG@*CIlL#4*STb`Ivt0S3s~c4$2iHiJ{GdY*Sov
z7VJt1Yeni8hLOMV*06d^+wxJ=_oeIkQ!w4`#*)_pv>5MuZWZoLg|tfp_=^<|!C7@;
z_7W%l(1|5!_}Wea%GfJ1b=z?Jgi*)`gMkX!DlSEWnIg2mO%!xAzY;vfRL?{W%wemd
zeg;9|OzDWG$!lgPHFR*irZVjVua>Dt$6Vx3%wCmwtd61{nO%lSGOhy`Txn7_X!ny7
z{24A98q`s#T_l|3zYR0FS}$>p@5;cn+orCke(LGrD<l6y^g7`&RN?qWEDBIr^o)Wi
zwYNow_E(xi735pPs*m6vtcw<MG!H>tz9u(C`kUqS0+*+7fAw8)mBWllOe(|_#Ehov
zMXTKaKa1DMWe5Pn>A=v(7`ObeFYN=!m6@5bo3$EKSDE|l5img7Y2oCIFxqMUgX!iw
zh+|w6>0H%pxXICx(c!)Tso09guQ*$_7mox+OwB2hD?{Eeg!kt4DU5$$-or^^8HAaz
z29uioFD}X-cwTomy!$j;tnw3IhU}})3d$m59c@N*z8?+}EIonoX%&>^G`b-Znk7%x
z4SD$$F5jG_tS6-G!3_pHrISOGSJB6C_<XlX79k)@w75L#u%o<njlB$vd_37<d!;Dc
zf&Mo>&Vz~db2#4oL=Ib|fsqBPfCFUdpsGOU+E77mtos*=(Xp;H5BbU|$r$sgu4fUj
z#9jsof2NY7jP}tnWz`*jI>gp2LYjo|O|X+$u6eDz@k@1Vu(48q-e4~6RJGg%MfT9M
z=!7&#i=n|%6V|j!s?Gu#Usj{#qG1}ae;wdFZsRr6bSBQ}B8oIzMnUMjt|sYCK*<y^
zsU{0Vqc4vzdDxKGO_jA+=a7-O&`#6$G1qyQpsl2DAu;<-Gf#B&Y|-p)eFIR+n*Ut?
zNni6_!WEL|kz(;h+_K|vDm*GV9upHs8;etOauyu55H7Az6z3O@Efqv4l$AMl6jp<m
z?)viL<s)YN;>sI^;Y=T%Pgn018!6C2fGjVF6RY{v4H87_xMrOjk?(AuPp9EXUfE(z
zP?4DxLh^iO_0Gr1SmlN<UvckIg*ld*kGhYEGJ<oUVKayaX0UTzKGoT|dJI%m=)Fvp
zhk`YF%_>QUey@=&MA-il3lX!cKhqMc*S=7=@?&7MGeeV?+o&glH*YvWf7|)ih&R=t
z4fc^Bn86`rfUvZXrDQOsA;An(5{o6*#he*$l2p^yHZ;UDZK0OBny(XEKR%!Al|EP&
z&88GhJFn=S2pSwI{*+0JQg1B$6#HN-9ozgQ&zpO7<umF$HeJV0TRPk@sU?Y`o<vQ}
z27-cN;Hcb3PjAy+X8JjvJkrYea}g=FGP1$;4ryIJa)7XXXq?(C$5nj;akzR*5Eu<p
zh*0_jdP_{6#o)Qk0d)rm<aZfAX!k@0e$NpBss04xHBf!M2Md*+#vpu#!cpr|0%6O+
z@#<bg{Qv5r04}Ge?=;*>LK5Oa^ZXDT8a~?eAc6m2(v_aBzPSd8vB!yjW3GN4%8&H&
zpje`5h`*<rI=A}s2P#c<-#q<seYHnUIcgb1>h^(5Y+jmteL!Ux{vkt>0XKh>D*&5d
z&_-C7uRuC=;OaFw1MUQ?y8BAIMb2ZrPCv*k6EM?m3@a0r1NF_bUnOQ$?9iX4n&Oqj
zqNg?cRz4?LJ_<+cV8rH)q&c}a`T8fnrPExc{omNwzbOA{s=+fJY0WvyM;IsZalFD%
zi=na*O|&pUpw#-z-U?CCV@`c8Vccd=$zhaL$~F}9{$!B}B@yYEviC;s-kT{p@aWA!
z%XTmjG+7%4i^>oB(e&SKjnG=c$oXd_7Z_+Q(SUTh@W-ZkP&uXPunGlq-3y3oMoO;O
zA7H+bMrHL;n1$-f88X|aqCfOy2k2G@WbnK=`?d1Wq%Y+NpVfLk$@4M2d$iYZL?`<1
zwYAI$c7^`%6CyO@G<lI7LEkMd)9L!v5CGwE%mynG8%ws<8A7(Zba@o4-o>`r30IYF
zB!4eVZX5bt-cVwgmIL#b`bz*83I82UC^})#w#ddyL1OnTpGaHP#O1ae3T)V{xB9nO
z%G5#zc8ex`RD?*NT0X$e(rpt4WOSgLC~L&%KXh=|@%d)}W`Y>wLs2|h2%^qFfGdql
zWso$pPe~7LmXv{e)pU`r44>^XI#tx$t4(k19xY<OeNh_^Vf&DdQF*6vS~<k+SN$07
z^KGPivN0pb-H{TLWf%4SK`^2V=PPz!48wa?5T+f}T=h%eA&CteDe{2JFu^p{i9+1(
zl?szhF}GyBFDcEWjWL|I*m7@D(BiV|`$z0WWPR05FX81E7u7GoJl$7Y36!&~{K;(6
zGalzI4RNd%`ABiOk!QTFJ<}t_rcnG87Y~C~JZPUK^Oy3K=~m56K>ONlK4#a=EBSv^
zqJa0Fo!Ou57yk%$Q~Y$F?EGeH5d!VH!Eky;MQwLmCDor0P0|1bR~l3zQFoOr4Fesm
z*x!fSy>kHT>N#lKgAh229xC(3$5lG;RObk!&^I~6thuhnqZlyNuev$D?eGy+G1dJQ
zt|g_1wfSjXU?M$vp(9qh#Tz*CBnTPH)60|O_?>(ob>v(U(J&JPY$py=v8=VwvGV!I
zXrn`G)pPRc{{=D+C!&oeIS=7h6##F-pJyG+|4Ui7A`uiBDOUL#rfgtasB8Gwbu{-z
zCA)y47(c|BfK8~NT)xpa5%)XMh+AYFir=;u`pek4D@;{n@N?7y>gLM=!SlfCx7Gam
zz44zgMt<VzzjTZYu}{LOmp%9q=#+RIT$ij3B*Lfe&n1UxgsbO-7C>f;$_69>rY;kj
z8*1GZ|2mIzEqvE7ls<?E#63eR48(oY+8p=Bg1zB|=W|T(CCo8jVRio%w~p?fPc`q`
zyNj(JSh0|ziLIMBsbl^edzp_$<Z?%Pv&SGG&t9J&<*QbnOUwEHrv=bntUEf6TlTJM
zYWqB!7;((IYfTIDj+>Ye4kQ_Eh2qyw%xWlHSMBE-gc#seBFa8~r9Oz3>KBPZ;+2qZ
z+@s^mXuCbNcB<mF)mKvg6|nv$CJ?8q`nVu&SU#deL~fh8LTNb;@0(RrkM#LorCd36
z3eSBnoZSC$>feiSFkljGd5vmStO_1wp5nk^Z+Z-esJUdYaI2&b^};xzsHkSCR7Tm>
zX4A?|Nr5b?`PiuTMeMY^az!_}91#XIuzJ$ZSva;8cq;l^B)jXOY1QU}p!)`M<Km06
zjS-9v?w9G`;7%t!GD9s#HU9`TKqLz1E;iBu3q+*PSdF^9_BT0I0uNZ6PprH9;$y*=
z6lSO&UkqJC>ihSjEjXSy#Qe5-O#-@=IscEQtBz}<dHT2p3l^+6#l5%_9Et^s7I!aJ
z+}+(N5?qT*ai_Suv^d4B_)DMP=gps&+r8PH*_pYK@1aq6^8DAR%3BvplVu}E+7q<$
zSR?GP6p7!cfG<(<n>+-;v_cHc<a{izsI)E43RC>WTnBAnAU^&uFkjnEL}0a*3Y;2W
z_d=fTUM^)12-S4^6)UFJ`1*6c?8gchRJ|Djvc^jks5YeB2;tC5Vp;?e#g)l<D|V}J
z&1B)Mzx<XrID$eS!W-Yq*(lE#^H^Fg`IkY9$6y&V|1bbKM~K+Ec3QDs*BoL9{~;Lg
zGMY?{gOYELg_{i>1A<S|u6B5!-V?h{gNBCjQ~45K)+^pICfj+hcnu%5+v<m<oOR9<
zkHc&hWNxNd-`QcBX(Tp@QYIg7qmPQjtBgBa(7lkxIgNKptOKV_+W`0(R7+S?>_>(+
z4og^CggF)%61hiK;t{vp4f(j%uOy#@1(5e~>`cUyi02S!5gL<)F-#%h<+A1g#$nv)
zRAJiS0}tYw&VR1H)?oK(Wdbh0pin6;pyD|vD-|k_(-14LC=`u^T5!N4#5*RYyZC$2
zZ$V3wWm~pLYW}1&K>5aTr0hV)k@4rWFJrs>p&9o$tACJLWaw|Cpfb75r_{U0IYHEw
zlrLm<L3bpi{XDkxm#Rd5CK>L9aYFM)3SRz{>;9{u!aLt|p3g8>&_jJTt=+3sl8aog
zrmX1&mKFp&XYxWZmJ={_q&HlEB;JxhB{;flvcU?6e?t3R<SC0h@c1J`AW)YLqjm#R
zv&Olm*(V@|$ucy+eT!qqgZG5M&2tI+z1sXm!^#boi}{&3(d8gy*Z_TZmcX6H;AY=0
zEA<^=$uWCqG;GgTF&^^|lLZMKbL!r9vr)u6*Vbyw!(*4vx&-d$tlV)l@NP44kIQTX
z$&LYtCoxYCRUc%RRFDw}i}6T#EdA-F0ueHTCGdag-B4_OdFaFveqieRFP<(vn*jZ0
zd$j*{k}O46+&U;jSE6ZFFG33bEOwxm^{YaZ%97$T!-J*q<p1P+8L;wZ4mO@|Q2uLV
zyJ)Z~QpX<p14;){MR{wmoOjSW^I%rWj;4h#EM&E3Kv>a|jDVEONeIhMeMe{$)6~^I
zazmJ}fih(oeMtG@6e(9oNcMX0`_p1=V<<Ax&Tv;LV_s@Y$6G+IN$jI7YSXZ|qbwi!
zfA*L}MMlkD*ut-~)Xh>H@kE*9k23cJgdW;M0qcv9-v>j%Z$lY`pvRYpXoUwUMfEfb
z&(}tION;0GPD(9GD2-R_^Q%^+{iQ#JTSr)QJx=?4TTJ+Z<xT=W1)*D)t*bh{_>rGI
z97UdIOO5$!Vj`a%;ij6iBYCdG@lFls&6fHuBZPHQSyyQqRo+JSygQ#YZPf@~1CRN|
znc}UOuotzwN8*k?Z+QF0k6qO3k1^3(qC(mf@T`%Kl{!^zqCpnW^7T(^23qM!`G(Fp
zHTtjHLfQjs?;gKsx6e*Lt*gxI)Z-(!_3AyQIF+(EHlVmwrG|_u+Tt+4@G&Gw?;+(P
zjHZy(ilZ<r9i7k_cjfPhaRl`N%*&vmuR+~kQeut!9y~0&^FBN3&LX-yO)1HI5*-PP
zI!|A&ok@lpb#Y&Q)I^|_onkoi%sOo?2y?mofn5DOXfwp*^iNikIr0=zYFAzB;Hujr
zV0{aeR>33!G4xzW+(+Gej3uNw!S87Dc6oR)`9}jku21<c@x59~@HMwa$j+RIu<mcd
z0HY~VOw%_gP1t4G{~85DfmPOSaP1>V)hl7d`t*z2i0lwK*QsB)-wurH4ihyW9Xn={
z<jM2e&_?`kKlXX<<Y+DPx^DJMoySMKm3U0ZQfsmabk`aoccfk?$PE5;{6}Qz%lV?H
z^7=yNXOHvdYhhVJ!=M7!vY8~LAcWyjYr4cNeOdpgPO%RlwPUcv=bvMzQ34r-qBYYB
zpFhAC#y+LO01DCH;mZT0W5c}^)qws6522f0+ZMuotVvY{AFw3aQzj0EFiRn+sWiw~
zG#w0y&9>HpkIr@<yjTNSF%i~Ye#II~p7H9j=}jsq5_ZGm;E7-T+81k#I4H#v1AkD#
z2Gfd9NYDO5mEa}Nr>}8#cwhNsK}w>zWGpFc5cSRD*4Y$%@y$j7n7!;zP=wsFhHh7A
zam<feVpB!7Sk8$LIbKLfnG|aY{fG?67yWhb@H}ebDIw{G0;2rIL$dSJlR!Q5$SZzq
zUaJTGXP~m<@7pFp9UrSobK=?!p=oG6752kDxbiVs&${I|mVL9-_sQlY3^Or-<jU^6
z<#0`vpcT$mRK_h##h)+ylLB7j$AicJalhYCE3CXt9loXy%b&W(!-Fqx0-s4Qi$PyR
z?eMdbU0zR&Fd=L?-%P2IM+j>-;+L<VuESgAZkl-7;yW&)39jkHhwv{SMu)89Umj~7
z*9pCEJ9s=`_C?))E-n?qp)tn4O>vrBytt=;t0c(C3~g@ovbD_my*Bu+Rsp#c<xjI8
zO9ja7F0c9ku2Ji6dBK1!J@;FMODYs$x;E<2?yZMp@ShQ&2r`O6vr!6N4TX@mCJo_{
zI;gO1w)?7wzel!<po5Zstu9b+#MR?e>s*>_nY#JtX`V!VO$vfswR$7Df4NTUX~gd$
z^|lpA6g`6%tHlZaBf38bt$QM>be@hO2i2=oop(Rw5eW9QP91A?2q>2vt0J{Pv48rV
z_{LS3c`wl`kO4}S$r--(+t*m?vWaVXsnNH3ya6%5qJ|d$wOE;Z8Ez+AU;ljQ68@a{
z&lN|B&YxWVEI3KHj7oB{QM0Sc8<9GB>AKSTb=tLn1s^19f57}*3N#`uzcLEeMn6IY
zw~q2O1w>-cT;wWATlu>yh?~*;5)44kcM)s7s&meA=KOZMEvsS<F|5y94G&u4L4g@U
zEczv7l2g1tqtU*@q>m-hN1Ibw3yZJYuE^*WtKCU_V)12DbzP?%rD%SnRFb>fMz|ku
zxX^*TW=Qq;QxZuv(GAUfRM$htCwnfQ9NBjuRx!j9y~leaao*}bXHa=M+fH$P`$RWE
zpxQ>H_NT6%$zs=X)n^>7TPfQ{YB7AdM&t+<eHCfV8SMQ&o0n(7oBqzNtK8+v1Wo}v
zc;_a*He2^v8q{{I&^ntQb_zembyOqW0LK0~VW$*+7ya4_p&pG@j#vi`<Fj9XvnyD0
zp^qVSEEwjyyi1xMHlOoyAZafz1zKRj6sc<pPgc(+XxJo{!@JCxe|3{z$gD!peBRGA
z*_ef(v6%K+*tjQ6cEl#H?+HxRrY25J3Q3OFO&klMGrAaumq~YuY6wnh9$O;X@>MV4
z*qx6X{Bn!VzYKM+i$v7tWo=Ltwh^U$dlicnnEHdf`dgDY$=fZ5z`#g&6XuMzB?JB%
z3E;_RaO^;0f=ZZ)5gVK*?X|<U1jjXI&l|6fZ>GBq69Ze0M*+lz81rQeReX8VStXxk
zbd)g3Prz;TvaYmL_;KRvfXw>Xt6>RRv??$BoRc4I%=&gOWiu+91uLiSRT&?Y%d{|W
zf{v*x*1o}9y98Wt#57f*vSW+2BTb@`G~oIQS7iS9yhnm2(eh3+c@S!H1t&8P9g4=t
z!f|)G2p^9*U&`YX!8_R_S;DThxh&{$$-SDg70>GLM^#acfr!<%pH*M+zSXev$mHv3
z$9P@_1gKFnF;79X9gZm_l-8+FF1*E7Pr1rffFGtqcE69Y7Ydy=opS#UV1+4MGcOFB
zpr+Nqlv#~m%MS#)4(Um<J$(4-<7bvTJhKvwu$gr|G0*0Aa~%1Sl*K!bIlee4ZONVF
ze`_AmTU;Ndor*Ir*rYW=<C#jUFt=CM5Eu5!c0c~x{jxcsq_B(_P<qskX6Ce+`-%e^
zC4-w2;+@F;{BaY(R)^^4L!mzi1aGoK+WKv;{Y`ww-@3|#T-6e>haMBYLLxR0zLyDZ
z7by2?DHq*D=a)%4)=w#Us<{U^Bp1A=?@*q&+0p3y<C<IV^YIbIXwg`XyBdbK#~+4P
zB6!e!cVyRkoo<<@y>UaMN=ZgZlkvF>eDbxb!C$|DA-1u!jfd--$#+yqp-Uzt{}bHy
z+~{Mz<;eH^N@ZsBRc1wsC3$msDn-I~Ji8PqCG8h0q#E?+?BBkvd47AnM`ZFMVlrDE
zhqbJkY|zN8i&TGWdfv#fYM!uT?JUwxzBS~@s7JKJox2a3_rZ5X$G5(W6MQUG3yXAn
zd7P`}K=nE6Kyvl)FeiY=adQ89(&e+5yM6Z@h<u5OIz9-$Y>zYiWjk6$^O=vZ4TxzD
zF2xcMY_mJPh{BCE>f<nMnF=Sct&@Cmqn>ANF26=>p$km(FVMQdqj4_LSPvK=wVJjC
zzi)Np^IJcQAw2wds^G}v;tG0+;UDN}N)A8Cd|Gs&j1wTN-dZy!%$#$ia#dJ<!yCCW
z^F5){*`@xl?_ra_$fqFyp*RZUVT+*_^8ny8^PTAv^3P{RL6ufhwk=2$eiF%oU#oc*
z#G01P{cvInp*=>DSV)#4J)ZZ8`?w_5r82B|JPd2qWSS%z)&|;4GR8_Vb>FC!c~lxN
zLeu-qT4&cg+;d(}*-8E(9MuKD4*44;vAJ-I*R%(h*tbEPc~uV?7)NATj^RE~N?Lyn
zT};!=a^^8odVZ1X3Te>Y)%4Q%B>G7(fIxihj=F4QHx&EANoc6@1WFqnVSR=6k#L5z
z6vAw2{<=*23txzW>}Nn!oijK;2#t5{gg7Ctxu8nSI0hqR)+Q}!TEsaFgG8yU&|*v^
z<o;^#8-$Ay+=IYXu-|^h_v7$xNWt~3S+pdP<N8zV&=tG?%yws{O~pds!>oWtBM*g<
z9gFF$BLM$sBjjXDg0Qz14%KdCM#=q)Fn`;)*KFI@F{2>O!Mrm8lfQmlNAqV_Ghu7l
zJ)<VW#jMBeKbE&}pH*-ZBE2C=2?s;VO>?kS^(e>R<Iu;EY(0~=&7>bNW+u9q3?(x>
zS8o{_&89=R#qxoc&W;>@T**m?N4vXrSaF|@-$0p^so1x)ZZD<%7bd<;Ve*Uuk{wh-
z+6d-jN&n^}j0=L2eRa@oxaLwOJZauHuC6TD=;?2iXNgr?VV_X(6iN*9uO6tv!V+V3
zT_wdG%So4dYHW<7&V3M6VwhoJ{5nhEahm_x)w#pmnXFviGcMn&S~F|CIu669&{6kt
z54rsLn)G4lu?TE-s(U3uKJQ9g!DCpfa_YD{`nBv0?(YT)2VcAK+%9~7^Z@9!Z>yr)
zb<F}T**{lvJG@J;gW7&{btTI@89B|u$wS<)g3r@<&OQ1?AKrHSYaWS{2gXu%Ys1?c
zNm5w6Ieg{^a=6__RS<G_LMYGFA1A7zR8Kl5BZtHX@`WtPgMA^*(16cdta*#aZSf3U
z#%*e;ZB5l{ZMpvT=i|i2EWR4fJa|;|K=Ir3Gq1sI3<pxSr4ox6{?PZ0xpz`*x2VYT
zB=JJhwZ!U6?_AOHNy|h&4-x{`kn2hGYVR1=nMtNo>vjWzeu#*-<<V3<(yZs7E(oI0
zCYBnAmr0|q)%GS>?ZZg>=pn(wJRN;{DYi!<&R*%`JkSgyIl>AT_#7XGe}si{Tah1!
zK|6<oaPs2t3^@?B@WMVF0gG;`gpwR>N%^eh|2e{GdM2=YRwa5er&zy5M?xq#UB(RH
z;2f;o9KT!R`dt6kh3l#23bliuaVx5C&xUk~nb-RS=&lm!zIJ2rHpo1EMz+%}bUkKw
z$g){}Z#svfQF%pri8|4H$rGL5{@MaSnk3HNQLo-z_BQzzuUZ`DMK*E)KcLzsmX>0w
z{4;@do|VyQfaJjq{`$0+F@0SSqjTDOz8uoo3}jYtCqI&dUuiH%O$Wgg5!6#=8+Kkz
z^yzMJer|n3Vib<(&Lgbx(j!T!6a?w0SqTT#xI$-|S4bw7lP7HR-Vo#nvn3kc1o4<a
z-EA3+`w}&`NY{rLyNNsvx~@OOJ2tVuq3F>Qqg7lc_C(kza4myDn=X($_a>*-l=i7j
zEAt=$=DByE+Ec!B56UbMt!)^&#v)}!93mOM-T4oB<I3MNM{Oy2`F}Ay#1Yx_Bhy%m
zz9akt)p(B#Y71!ewfo6oc#aOzDYSm)GULndoZ%emAX%O?HsD&yqDWhiLI$+70J_+K
z{9h7)XN4b-N0ivR^WlU)Er9^m&$3P)&t1Mx$~QI7Rj+4QKHFY}-hz8XbF>&{aaawT
zfqN^d#P1w2uqv#OhCpo@7PrDuOl{p7#xt41dh82Z*`enAeB9RYTPvApt}0R%Ia5->
z+|&X?a#Bn3-@ZPQ{Z0{l!<%f!1uZ1}?7vMY?50@XN_R8)t|W5=*#E5AhJrsjYS|T<
zR9z+On&buBJoR-wDuYcPpLk8?_V|d4pRb%c<o(<o<4<54!!8mQq<X>R!E6E_OV312
z8Smh+a$zptV0S$%&tF&HKI>b{=gGWlzOC0!uQE-Z{?9U|N+YnOBSL>PPlL=06qloN
z&%E}wF>1(bHvd8E{q;O|7OnjVLy8JssWcjXoF0u>&46`9hTjfb(G*DZnl-Cwdk5ug
zR7n%4d`!?e9Z2{{v(@rE^=J7>jJ{-=k$iWcU#E{=9-ay38;ESgpo`G9)|+N0#!guO
z06vu1p;UHioTIXMqjqAm+Cb-#-u2pC(PmeGAal;756PTc!NaU1_g!B&CYIi;^}7IR
z@xW?j)G7bG`!v4gPRp^oHTS<AywRU7W}(ubW|AtX$qqS3@0`T3fNHO@jH+dJ{uySy
z%fJhHq4JIlJzU7KczK1G0$-_PN>aK0W6W9M%{t$!pO*o#t+qzdeU<ZOvK$=^f1V*1
zinf0qgAPkk0!tGfM1x6Im6NB*jwn*nCXM=|-D_z)90oGg+=6vp-zj#(hhEeo7P}Ax
z$P8@1CK?L_2u`ATKNCFWeU{ttFvRb5)_A+I-}yLv-+40-MR=Fnd^Vo;nCsqoRkf`v
zLEqn&vsZA2Zmty^t>wnjFzeinKSX{~HpT_B=6B;W{w(q{lT<a7Mj@iXKHT6%AeT_P
z%ou98MO=|y;9*_K07qD!$j5LInY8yyV@<S*?+-g+>V2NxrD%CFWrZzOzPWRz0PUFx
zXf&xjvi#lPprvhgaq(d4J0rh=Vi3SfC>ER{$!PYFr&5x<WZ3U5>E(2%Z$%l~&)LCj
z3T8t0=8o9?3H!_>&RaPm=PV(Hoha8o155QepTc>fZa+hND52%Z;qPAV+7-KgNeU)o
zCZ4Zkf|dWDcd=)A`&$R3L7D(&XwYpRy(yu<QD-71((@eFVEBTpRgT(IiN=O_>ieE%
zL5frsvk|1f>1ygF5SH$xZKem^%GMsdAfp<3q`Z0=N;gKaBc#p7Dfs|CKFX}Zt*$6!
zXo)Y6a?qrHdJDywTSD3qvQqpl{V*~GW)D>{w_kT>T!2>yCerB*ueZ(Q>3vO2TXTkD
zw;WDF%lLj%3GBc-#0gXJ2Z*9iy!&095~X~Av~YOPSV|&cTfVp(&%s^9Bk3c_3UW%Z
z01@kz)oW9|xLnx6&=jw5{31rF=Ru6B1Hk0>d|-%47)xW9nK~d;SQap)iTg$9(!U8w
zzC3Z|XvWPO4w7Q+GC(0J%*Ui~bNpOYac!XXQAV#?Amy%!=2YQ%m<K=V6D6i*LXmlc
zmX}dEd54*UUHdS1gH-7pq>L_YVo-)H0W*e@2~DHClPq&Kz#bumAQiE4R8QHb->?Wj
zFOwwE=$o~0a2boKjf;D4z!QDP(sB2UWgOM62Fm)ha06l`I>G8@9ZryuG9!``|5lF^
z&2x8{zeJNZA>IHS&Gfkc*6<1VRi|Dg9xaMbP1Y%h9|Jd{TPo8o)oNaTNVilN)F;yh
zj9~IVim|yp?Zh2Go!wwxQ+A<yt{Ch=SJiEpf5A4Bt?y4x?#QwAP>`R17?3!r(MHcr
zXnvxP_=s|lxX?}do#dlk7z+J8D{^sOCYUMv8$7XMswV;+@z7uO*bI*y@yDolMoW3Q
zKEc#%uUzYW(Ld@L4y{y}a?)L?y@(5<x0W9Fo)R?4gUKU)cOvlAtL#E(YwPY8E4K=7
zIqu?330J@_-@%O=UspSqpGvyiQw~bS)B_7G&caKIwuR;xkyT4G=c?#vtLl=7bR0O^
z$`gO==hX_k%TB=Z?+V^?n+;^r>qlLAKmA;;7~!i!9Z4^C(@F}0w>IBb;S!YY+H2eM
zC7*3K=K=Ai8?*oM4a{f1qiZx?$fi_)JnR3c)W9e+xzLx66w(d0OeF8wYcVWdKTJTD
zLY*SA+Re_KOtsabJaMb$UGI!@@Ly3;8w0+-DZ|6v0}BYoK-mNsvBXiWk>J4ZL{zan
z0g|AE^%+ST{0SdUe`B>wZ!?a@%EU%x>KGPUZA;ToBBevd#)LAJZZzpQoyi`j=o&uH
zz3H$&%B$f$wYsQCK2;X;I?>g}G=3wNClE6`wLkW_&Um2mO%@YGLLrsDU<>(mwo5$;
zc>rf6bf_nMN!Z!gUtCPX;bFsf$p>wAIsSVZ=>mZt-jCa@Ss+TGFCP|p1UGyX2(P4o
zvK;wiPO(-okq+5lQ6hUrwP8wuKfP{X8nw2V+#F{FgM*zya9(7*iJ`q#zOWT&&8E!7
z_I~;~W)OoKr9yrs3^lZJ6s5?MhVRf9%^;e_Itjv&s8^Otun3mHI7_F|he)x+wE2oF
zU++lBsnNcJ#E@8SEdB7)g8h4vB8q{?ulKhcVj!Vrwo?&`%@i(yw*Hv=@IZC1-^>Y}
z*BfnUd~VLHN@9BcNT5rwGuxzB9_c-%iq8R6&|pTxc9Auf4Q)0K$!(LblPwF|0L8@2
z_6L679a=JIW<ct*$ChNmE9GNIa`vKnOM4X<9{{K#hGzIbASDC`k)*)Mh?&Ebtg#s{
zf!BPTfkmkEG7yJ{7vC3{-mwp89<C?B;#LH0<D<nlvYdtfww_osYP1B0mconm=iC`Z
zjL4S9Ygi?&uy~IjpN@k)DL&A&`B<ffq#6~mH|5Wxuzcd#BeL76T6_S;vWPZyIpsXZ
zkZ^!<73t-k6Wsd~xGfHTz{!w6zL}s@Vn1Z4dXkRD^PLA21jk<~Mg-KgQKJ-oEG-o{
zUh(i#)^~X6f&KoPJx_dZpnGrIH|cGUySHIq69Z0&lo>djGM20}l{{_IKec3{%gFPh
z?9ny?#&?NcukngaoF~{4g&P0#Pb4QjS#Kp_!_l;kWK{h%%H8zT@-m40XVTl$P($t!
z?kAgW)n1L$ebe`Tj5>X7c6qPglN@YSObN!qYV=AGAIh@X#S8TDIKo49izs(kxT2V>
zbk~+udUKH9Lh*mRlnIgCItlajQfNk#C@@2p(DPM_M&*iO8PRi=sm+rbq)xQI5c6pZ
z4SuoxR;qQ?$3KTkfu5>G$VQne(u^<9{N(u?^*2+d#D&_UzfGvK-eRfEwZ&I+3%}nE
zCvod|LECcu35o1DZMzb~Nb1b2fN|vfPFeig2WAOdZT|x^6JZ#N9Bc|sXtLhV72PfG
zV#jc@?=xsOdyUAyO1iCN;G+D2yE!&GR4PCfYlprMl3@F(!HRn_m`je8Uw4Y~STNHu
zrN1Nwwnabl#<K>D7D{i##hDT4Fq;E;)|K=anj+N)NG;5Q{NIG@j`wBoWg`Xz=<6{U
zsz*YUDA7ZKMKFUhR^K>X>M-*H)t3VCZ5YbBLzwV(D!((Qb=N(}-d-1{+9A_1!N4%8
zat70QV56%Qo(7CDfj?7521?@iZ&2Yo{xsh(d$wULPQ$W{)DPPrMi(f|3si^@ci#c7
zGptXOo#+;3AXqpWV%l3!B-n5*jPp;~7|XxE=6zXt`NfiKnog#`=55rnR^om@_JxuW
z@cyd=LWs8`1wE2E5wrDgS$~@v3=!bKL8Qx1CUklh$h<f-8JG@J-dri%EgD|9Sx<Z<
znts<3!KXIN8$1!pU5tm&<G;f-!yr6D-waI>Vo{$s!`G4u=m(1~pQQ?KeWg02^nY-f
z5l;M-hY6|k`;(sK5A2&SwVC4*s!wvats>vF^!xkfkpvZj?D)bJoS;9Zql>gdlKPyV
z)~T5M&}lJAXXI&8oKuSliD<<jfBLr)(WoMddE`(<g|tLaJP<8X81v>NQs%OeG#L(T
zlS!g#)iT31?Izb54ruPd#zpaQ%nv|;0y%4T(!@z#1XL-ph!hvgeIL#e*wQ=_;^}VV
zQptghsVo%y(nZ~;xraEO)gio~d<E7YPg2Zl%*F&bQ`8vH7&YI?VXD_LDu$}d$d}kS
z6E%*`_ma=Et@?4DeY?p(nDvc$({wBXd6a_fbqjWvaOS(g_+mnEjHr!n6PPL-TKr5S
zhnN$t`Fj;DX(j%$Ar{&CJN-n#R$cYg7~}WKq)FA!wd@;)sw7pyJav9LX*_?^8aR7<
z_~(4)e5y-0p22>{@NS6g1BUeLPyvnsuCJMJ2hkK#XBzYa6qVN!iDIP)`gw^2C6Q0C
z`-ri>B(zh}t%lgtKSk7B|9>q&$F2<W?ody;DnA_wns0>~5q1UZK`+VycQN#m!#Z3y
z0zZ8g=PQf2<sA+!kqIm1UIqgg9sPMmjp;xrSOw$@JCb@BXdfPd3HJ%G55};OD*al(
z+vH;AclGRs!*0xO>PQoMh5deE0Xyvm>O<MoWR?&-27vEHh`<$*Ws{uSt&0y90SALM
zsOEKjz1jWVr4Y)tiN~2*NEZE4P(sDU!8gAdj+S_*J`<g_labKG+^}eFRs~`V<tHG%
zPs|5Ff^GHk(#w$0IkC3`z;uyh3HS<fF5+K;*zxuka#B``vFwSVB=&h5OEXDd7gHZD
zFx+TsRT3$UM}B@Lh42&p3;?%?Atrc>iID;hWilk@oM_4(w1<+XRHK7`T$d`McK0yi
z(d4=fd<#?Hg}Q%^rbcW>$q1KTS&lEq*p8#o5#}oi`*O%=u}n8XytP{u1i%>CaU=jo
z22g+Wjl3S`KXI6nhtPH>`4aDG-Awf-XG^YIEXw%3pA`D+P=9Kv4nV?}FTkF>NgxIK
z?X=mi)Amq#JSrOxmVCmRA)Gu6E#v;0Q`D)-C`_y`kImcFTPg8|CG#!puj<AvGYPR4
zFE_Ye!_*~fo<4|6S$H}VQ?)P}ny9gxvD=SI084w3F*s=Mn5~jvn(O*?gk)r}RBa05
z+=w<DZi#MVFC9e#k&ipV3IgufFnWKEd%QmOTlvM>^-tF0v50*d9(AZH8f}Q4!LNV>
zt@i^Lf{X_{T1u!3Wg&AdT`Cl8bZt-^8hw|^E!AQK3YRv9#Q1<h`5k<fTlrsq3}+}4
zZe#YZRj%3ZX0tT<-_yW*C&@dDhbdAY1_vCaT;UJjoAQ2Sy(6Lwza_*mPgF0=GSGDC
z``{Uw-cw5KdxA5VK3JLw-3Z(;VmcnmRa`LobMRA@%s34foi+vz^U>XJqCAo2qRPZW
zd~ybW9b+59m*~>E1>%#Jkef20Kt~<vP3G{U7BWu8cAOJ@RfFbrw7%=*rUa&f;Dcm$
zP2qzbJW>r|@Hr>xn|LMgDMs#vtaK$e?BX?8IV_%8FEO+cqx3j?Mvk%41RG@PQ+L|k
zO`RM8Zhx#>L|P`f1Xa#{z4zUJ5Zv!ZbCG@RiCd-}!0WSI%a+j6-nqNPV}i@q2tgxC
zSs~LSh;#cw4@!wrSCwa>zl*{tL5PbiG8W^^7te$gstfGIX-KyG;5aKlCb(6qi^>Q#
zjUSM0^~aVZ+<~;vgySu|cfV5#<HG)}kX@X^Um6VI9VVyyT-B+YO$5mwa*UlaAr3m8
z{mbV$d!TfK`HZ`9AD*?ba6@@Rm&&dpyvsR7+1;YA91W6Yirq1-Qf<)~tNBYA%RQ_)
zNn#6~hGIq`hI=E8PQQsEv4?#8s|~)2^>{*N0D@<t@?Fq1hm8V2e<w*g3Bib784BfN
z@hlu<mC8^+agtE27%lk7fJ&dTvdO7Hi&v>dIi6}PS8+%7-pBZ!%x<E$d@;9W4t_q5
zqnu7fsepH0@EV-E@yE>`LFI-{OgInjCbQ;<p(Z#BX;9qld!5Qmso{mT1v<RKL|X>m
z!>?Todn;0g4}HU?UeRPDD)0hSvP86o*E6W_jyr-A(*@#9Y{6$50P+vd-Ssm;iaaz`
zzk504ZtD(*)zq^3wYeG4Z^A#<_p@ubs5`GvrRkU*gkuYg`<whliC%kTN+7E<Ec4k)
zC;GEx?MOZmVADe6_DpZwg2fA8esJCunuVkUWAYsK(o_Au7$hytk^D<Gnt2(!5w3m|
zRANtr8G?lP-a(?i!MWuZh1OF^KGcH>k8_#=KZsS#8mVEx6ROtBPmBN8$u<%TR5VtP
zb|ZFxq~=Q~&qVKo-6w;6At~!8t+{LG-zg<)EPv#yis_+&_)*-t{~YHBm-JVZX-VWw
z4&cjbN7H&SF+82vhZgA%QW&c(M5XrVNOawFgm3)(b5sauHfso*(JaQ6fy);IawgBI
zVFGQ)!flWnM7c<4p<1sAS-B6lSG}%G;~dawnhXc}BP7$2P;e@0mCEpgBZ0QOchdkg
zhh`I-pw`-#;Hh6O=1Z$7|3W@hje4YxxbXZoHDw}#axH6<ah^5VkJfzT?s-FG<0%>m
zjhne|h^;V92thb~rH0d8&k7mBd+ak}6FZ~uqiRfiWPXl%b=%AtE>s&lj5c&PB_hfU
z;%oPsIvl2hp!(G6)I;%Oe;)I!DR{y}3|S}*(>J@32YP%$iai<#tVGMyeihcG6{7(9
zNN8*~7j2jcAImVaL^i=<c2xdbdxRLwA7irhovZHIZW?x^=sUkVgFl|e{p_4hG#sJg
z1E#YeRb%66v;HbffiX3gWbQ^H+T?1>i_wYQ3t-V{6D(xgA<?y5d->>lx_LrqidJ+$
zl#i)AdZauJ10ht+G)F5@K;wso=cBS*zib&=Bs5+wh6b(ZYDtB<F6ht2t7ziD+?>s#
zawq6HW~+Q2jX;Le7*xfVc%+`>VZN>1pGhJ?D#uT~dt0#^a49RPv0P~m!>(z0J}lGa
z(yz-V#`EeC&Nt()M!S5gC}%<R6SXWqO==;|H8e4B2G6M%%qoT^vmKY*-kb_2uh-I)
z)Rx5%939xF#&EsE_H?3~VBbI;xYMJ8DR{5u-%ZkElILU?%@S+c&mI{`slX64;IGU`
z;0ti3Vf(1@-LUwF$UJ>M4e|9_i1q>HVc>)k=dT-m9&TvI5J2Nwd93q0d0^p(A7$@K
z0;n<L)N9b4<R*v$Z(vj?4R*K%Vx7w2cwx@zs4Blqe`k`!)WAq((wKSjk4WPgpGg-&
z6g<OPGb|~?=|f>a!ld>Dnq-5KOTRiH=adRLw^*2FNXZu0IspYA@_nd^-o5}K)ZVSH
zZ3%T2o4pVjzMM?f%}6!hxAHmx$r~$wn!!&1NBsaW(J~;r+V^Ynu}9wTCzh+Y+M|-w
zfPr9*9<QLpr5r{}w63|oty|@GA{H<)dY}rwS9iBuVvgu0W0j;iFtgSMXo3z0jX~z1
zi7tGtShbhJwq?(+=5M>7L0f-C&EUsO=k@Lg170M2I!Ypc%Bbfg>?8;(Hld4ked7sg
zpFkzeDgGCR_??EC&yCmacnit`VARtI4i)kEkz{yrlCW?g*RvmkWxBP)puU|zoIXpV
z?L#)RiSf&RF+`Wa1hh*3o-)J)hiFCk!r*Oi5NH6G?ShCmSwb!wA)#S5`Q^Q7r_5S3
z6G2)&&BA`PC4tQ(j4@`X6pOMW1l2e+&K?Z%?n{{T9#0l8_Em$6hojO~28?P4S9HNL
zI_~1mj8D^@*e;en;}|wh>~{nszCIMyS!K-Ts(mDzoe@!6crMtGlj*=hU#9FT+^|h%
zM`rfBViG)7(IDhLbjtNKgs+Rp&4X~$Y>QAFa_^nbIXOK9-j>YzoPAj<{%hrh<fgT5
z6*br|So76JB7?=`2w~t0Yh|eqHmX~siRgiZg8|4C5$62b!T;g`tETa47OzisJ*<v+
zr7}vcF0;3kCQ{ps)f5x`-O6}y<G798<9;|_T}%q1`==LvWqumdyl`=1TKu{xS>h=^
zQ`ot4c)w{gA{n6eK{`1rggk*!lvr;rk5*h9!Ex_CK_Qa6GMPL0XYDEof>7oo_WS+C
zSdg3b8?Oo2OzGSYSu|EMvOSr@j=PzKC|QZ6-{3HndTsA57>|)S>Z<TGX9$P9sRASE
zc7fvMlCeDn^t6&1OfqyRSC8?}&P7`RqTgh(YzliR!utK$BC-amk&S>U`#Y-`tth3z
z#0uW>l`8WRa)lvfvl9`CqW9FF+{2}$&d45ie<r1<aFlvp<uvWL<10NV*BFt>UtW33
zB1DDjV9}DfP%&Z$`Hn_x^NdbIU0C7v`+#7_nf$-pxvnz?${1T?aPsjsZ>X~e>45M{
zOB*@B*u9V-T=z|g7#0M!qoogTX#a*>$IhadArz+_Rq5m$Qj2o`jTDP#3NtRrn5HmT
z7<w+xGA=}csQ*P-e(i_zbiA6xUmT0|sO%V1^dfm?2|4Juqb3j25)Ajnti9XPx-p)b
zke@FGPCsNg0uie4%|D-_HmYf7yR?<}gd3Ue^wv+Z=zKep4*v2&(IG|=CyprpH^A;D
z*Ce!j_8>56$JsuD((W%3jwC_AH1DE3j+zmjP9+DvM1B<*O<Dg@*`}9%mFYWcywc-%
z??o&MFrF^MtlnLaRYx$8`@!nL8#{o>h!=R<MTIT)9QMt@V)rG`>GE?bdTcksoA##(
zJqhp9TlBU1WcM*KI1|6qVf6>{_e1qpl<IU;y#OY5j!zF!{b_pIJve&!-%>j>d95Nj
zXM_4!u9#32w<1+JdK31nBuzA&6L!0;702YC9eX5%SnV~{R(fR0FsiOuu;eoPL)a~}
zvCo7S)d@p34ZLxdw0iLR!hw<k)=DLr8O}ti%+jNo5Tcvnvt^{Sc1ty{SME}tvRN?(
ztX6*ksAPI2MV*WsM<An5>hfN^Y$-M#d;?-Gy{wcflM58LKj$M)Fs9XnHb(gP7e+hW
zzp-73u(ZNbjiZ;7q0jINB4_xDxeuH<9-58P*|bTn_SgcP*o$*nr?nmH6<VJ6ewvkA
z`&W)*qRj!ZYC)@x{qc9Ak}E}G_!Qv{j?BuA+3zBj&C_zfvhrhT2()Ddh|SnBj7XXI
z2RU#G>D{oN|F#Gm?0B9|KQpLUamw`#JHDB$SD(h~J75g0o>0SkL%`U!S6Rop8C<nh
zzZ*gRbbm2mR4I`eNbrz%WEgT<4i&;7BR?L6ETa>${YuWISH<9C2WjZi>W_-Le@oKg
z7IVZ0qh~>|rlfxzzA9i9S*DvjcBvMxO|zE4soNwVaB8v}gUpN#`R!todKiLZPZ8G9
zG1#Mlw<r4qlKa`<jR+*<WcfW$vjLSaBdOcOsaM}z|H^7qKK#Ii#VqCH1ml-Ho0-Yt
zkyZDZeO|qln$<K)B#VS9kmi+GC>(CN_BGA^9^^)<R1AD4#3W=~=_uBnIO#<hdmViR
zan~IaN^4Wp=Lu(lrjhHbJLs7_wz7TSU5N`Bb5;y<g9f^O)}aeSHqFnv%wj$P-0yXK
z5oqi1Y>MOeP$o!txa|`A6{4ZY+-yKEjGqFbG^qN5pG@~H=r~PLsXj9OW>No>Wv0nR
zs9j(`tIV4xC=$C9i9<6=I%_PPZyXZSydr&C636DCN#S%-ffQpQ`|h|2>6H2PPJq(N
zT5c5o%Na8fz&aQ%?BSriDrL`9q<(=OG3tzuI9$BHQqqX(JjC`oK3fHfwV=y}JSF&q
zR0EU^OF>b*DfF|p_=eMW@L5aEhvJv)!GR`jYuLlIt}WKx{t%%<hw71K*17;gam}o6
zbF8J>2!7uyJvwPhp&TYhyNXAym{9m$>Y5qXw~UqL-`eDoSx0&Od&<(0@;RO>%vc9C
z?L2?%I(9i>I*JTXwSD}LlomF;yL-wLZ-wYyc79-T0aT6P4oW%FTYawuo4k<WQlCz|
z!b}nEkDnEG<wAU$WdR`{d1<kr=nlQGvXQaf`M{A7F!#_eTEe*D4<F|kVDDRrr4&E2
z!j`!ZwaIH(ql};-sROQrlexPub5##M9XR~$YO+KA%3T)qzAX!c*593BJe8)u$BdKX
zCPZgD4b2JBgb~!lz(^7O<>GBnM#I4`&xn-R<xcz<IER+u&aCdY?$@k7f)~`o6pA}x
zBCW2<nhC^S=NQ=8c%j~GA`^shTJn3U>8tH!&OpMvD4kGIgP_uv5UCjm;VXT4Df#%$
zXmcuWH*l6%!ktHKm5-{?2f~6*PvU`EWmswW_6ZTK?V4q?kEWGj^}LMR2@cC{WZeb%
zqx7)OA9-Zk4~H@2Oy!PbC#V!WT|PchC1hFx0gMS-ak8yji%_2dMWyO=@$$2P-+0Ky
z*Po<})A|R|qyeF)$8rJq4djf(nt$J~R=^8oa#yIJpoUI_hPqH;AQ8<J-R)uDT@JAI
zGx^fX1)8LUxFu3%Qd3nz$uw3Kgj}%Y@RVfjXV=~c%%|z2h$eRzX(L5}VZS547j05N
zM#S_PKn_*p0z@*HNv{ERBE`KIxiV>(C`4<FYh{B|Oi4$~jA+fD@f<U4f7qc1dAGHj
zP?ZTS6|+XabtZ!%-7`HZbi8C1{C3P&bAz}uxzpM-Oc^ZwaFLv9^z#t#!I#o<h?>~<
zNDPE|6_6Zv9oLzHpeQP7KAwlo9+|K${d&Pb*)M8k-ve=i@{>SXZp|M83U4-RWB5xW
zj94@F*H|NrIcBi?yX$D=>fzFIzCI5Ko|s$4#>Y`dM4(vH#R*mKOQAQj9&X^J#9P`N
zh@Qu}jYb11k$sd66kR5rU$G3%YF^vye)fdh@piUza|Zla4ZcoFw*$aqeW(g(CHg+4
zE<)PF0#EB6V-5<sJf|pf&7`KtGhWCg;MkZyk4>M=E0rNK1QX$X2yQjaGG+%Xjr-m3
z1_C?HNxq!Vde5IEe~QOR#<Cig<jwz8UkZv>gu{v@yl<du<@O+4{P=r2HXRtK3M@SF
zPG!t5E0%`@IxZ+^1sHw#m!DK29jWjAWXB~9<M;Hmy6^Hh8DeEKa%c1bfiH8H<A=S!
z%k?qFS0;yV`%-Tp+8W$d3aD6R6>8?i<7Ju@CWvo&!~F34*GINhp6CS&ofJ~G&@t}P
za+--*0Advd%MoY()B<yB(|l{kwcsn+$|ftq+h^}&E?|d@vdfJ>paHEP*?;+CPa;nv
z^=b8l_pqZsbiF3p^&Utk#S=12JND<Tu5lXE_b2x&E+*smL%Zg-!dJ>^%*~9(V>7^I
zYL0F8p-x|*Xbi;ZQfQQA@|>C=CoS@zw|NLUp42Z3YShr7S^=Zx>#{+QI%bhuico4l
zh-x6u&#OWq9TLFuluBRgUp^h<7SjOFX2WHcoEvOhq7ks#zl9<73B}Rn>opKFdY3j(
zj0^F0mM4NDeFpeB#ESB8Oq8r4U!OjshFa;6W)s);1#Bli_VPtg8ii=`ftcQsY#;yz
zCjaXSKMg3n&IllqmrUTEsECFVx^<9(VAL1`U0p^;2@X<aVqg4B-q1#wf^$)Zjd5;T
zh>Jc0`e)~ZdJJXT^PKza7)QfPxdeX6GHy~3$4PC4YEQZXF`2%<MOQ(^!p8>EX8A!0
z<(fSCvr6A3WIvEFfjB^bP<vx~SMi{*x*@Rz^i*z%p@W!G1bMpO;ZU&4fFVa+e#Vyc
zh9=wl2$d$huvdhSkvt%dNPKFAL9{D`g&{-svDl%mhvsz_6#bk@ZkrnT644|4*up1G
z(iP&Bg83(}0#Lj>LJx9ej7zU%G;ss&f8?sTU(HXk${}WHe6-bE<)wA~j!y=#ULi*x
z=<dO07~w}g%<K9&tj4TL`+8aFL-{ltfd9m1_QmMs%`PJK)oOj6*hfN6pfA%P+v+-r
zpxpl^3&^D814`OwvT%;+IX||@@hyfc+c=INCYS=UgB&+7IhdS3ei$%h2St|WAAv6Q
z6h$eB&NIHlq1`$YaX6NP;v-SDi!y!pn`&6dKm(rHcqP2y+p@nw4wZ)eZ=*uP>5N(q
zbFIx<9@JD>QH;ayjlu~I8iKi#DWyaV%{3zC+`y9Kad6<@+|Dz4RoW$8r#g=ZZ>a}%
zkihq?nob1b30?-C1j@z=_+Ru&WQLJ<hi1l(!|?JbPEet62-o74NK5E(GnTQ~2(N&c
z8&?BbuMOgVq7`IBFdsk3MN#~Nj5w!HMBU!<T_n*@m_(g<SpfYZ(%*+Us7(N<ji#(j
z13yUUw*#<3pNzV;*Y!5w?fioPlHs9Ue^+cx*4fXU0zlV2{ZWBj19_eGvVzF1-4{;e
z)i@YFv2FSHi8+(wj|i{<FKx#s^*sMJDijZ6UXRYl4OcRO1Tw(r1h`WepfFM5)D<)8
z)>}FMBMBab@AF`Vt>+$uxm$e3ddyb(Cr<o^N0nI?KREz~Apr%H#3m?yv-Yi157ct`
zFt6O<@QcWkj*njle})iG?2{1pY%>`=V!bFohW~GDR4D)Vzym8w->GqoeD`iaLR4e=
z(U3u&#>*8-9JI=}z=0CyP$Co*Q70%BgcH<LTM`ivB`x=z5>uR4We|gz?I9B0yU%${
zn9reRya+f?Q&brwdsOyt^m;1&_!VO>#gu)FNU-aXaJbxm$?u+eWqnw~F`17+&Vpty
za`saM!}ydW^cltSf=x3MXsix*TtF>{Rf*cK)$?XC4VSnI0xU4-rM#&AmWinHf{n0s
zGe<}Yzu0(VAR{%~jiq2?V9>TG(xP~VW6b!p(4lT?l_4WJzvfS_lvrC%DkzAM0F*J+
z*>t!d9>9HCxn#E{T8;8Z8VRWcb=L~JAYJnO5EgHlEXU9+*vZ-~q_e<P#Aft0ho8Et
zLlMHd_BC&4-nRk7Z>9{;UPV-3DV70h;Y-i=_`ZiUfSeqGWX_j&nLKrnk|>YDjeEj+
z)WkmWAw(|!u;=2|0DDo)uF~)=lfwRoL$UMRD+muBt5QP=Eg6CgpB(Y|R~U|s#<7-H
zWakuyPYY3t{+OU{{+1iZS>SQ=TleOfWP*)fpXl<w<$p7X&#PdF10wW>TPP_*L14JB
zey2)#YiQ8b6@K7vMB~fl`7NS7q87U1xw|;`z{f2j2zsWN`dh5-go}Hpwwxwtd&Fds
zjBU8MsYpt`^O{~{c;P)3V?$I@ISr$a_%ysaiTIcAFcJDEZ)KfB)_%{QPH?&Z>B-wr
z%Y*cxZVxJAIVO0y!zt<b@L2@O-98x&-O#z}#pJ1`rjXnZ$Z64=PCYt(Rj+~06Cwit
z$w^vxexE>@A|O6aTlliG9A(5JSYjR|5(tIGQ40J7|8dOSx#xvmv$#!kO;+J!^W-=?
z41qi+$PK;S_q;@Z8v2JxTP5YQmKjq;thvB}C2$Ber~1ThZ)uu9Yuisl*~_)#{^R2o
z;4P&W+QCR{t^qiZ73mv_dV;q+oYEvOOGUYj6mQ^erYz^P=|R*y$CMo_r7JJ#D1MC}
zKm6a)IExoW+8rO`z)U*=d84uJD2OWNWjQpU^g^<CGVmu&X8A@T9JRksUMEG^f*6p3
zj9w#<IDXexf`%7yC{+PH-XxSY-QpqPPPQt)Gfe`;70;|Vaq(LQuY+z<$(Jn5{$m{O
z^m(DWAP|sJ&3&Q<NR|uZF3UqiNL*3(>-VrPO|fGH&34^TG6elo(zS8%ZViV=8gCkg
zd1y+rxPZN-1P4ux76Bc@DhAC(I=%p!_Y&%`6lVJ0)RNQZzmteLvCUT=c)FfdS8o>b
zK|90@cq+ur-A6w|z6)*VS%e>Mt|0&Kc4T%edO2W>)%S50HaVbt!3`MAA^b1J-Gog^
zD=ovp$|_UOFWEPb8mZ5>drY6HT_I66OZRK*mcSL-x<O7Mp_Wy+`6--p2fX65OqV@*
z{C^Z1KqSAvW8l@ounN+ncl6FiL6r50rvd%Im5xWRHg|(j@7UN0{O`_JaG!FV`i*Sa
zy*_7d{ZF!*BW$!cug%9P(P1kyi!X5%F|X@_?$Po;j>3y`mnPD%5SOac*9xW2Q&TFl
z)8Ig*nSw(tEWZ3tGi(-YTga5~KBjA6gp*Thv*Av(>TM}9)mnrQ3;mYqCHilkXJ+E^
z9$L8!<Ka2@!js^0pJ^za`vVGaCQ_pZ4b$+*;lSY`(}&`}Rlg8mh>EHy9^#OpP6a3M
z&<~@EPALHlgMarR2ARmIWp{2xz$#7F|Mzr06|kgE;!aFFy)F`K*V-|Bc&NpJEte@m
z1T|AICQ=kN(La@ejPh{zPE{6v2S{m}j!qN~1u!W79{F(vta{VV{70fQo3>Yi82=;~
zUX~kDC2NT<&V&gZqKUm)`O=d=58t2w)Vga7nUfH#i#efY|92iSnWxVu6;hZj@5NHS
z4~pB4fGol}Y4Wxb5f;b*jc$-ezQi|A&5)11b-S}K>Tow+Su>zet2EMu7)#}P;_BX_
zq*3CrW8)J45e1+O_wT^na`IVOFqvf)Uh#NWF}iq1Kp&;3QIZXED|MwX%;!jK&;CcD
z8u!x?`y_I&WCT|gMUa#@xhy>32DBpep*)zLj5+o{86#aPfDJj!bt<(ez!&1BX%n{!
zsijZ}#G>s9Xx(@)TmAa)7;TH;W4zY2K)$0<aLr1Km{D4WFb4+fvHq=jz*%+sr#l=C
zo%^1n>KJV0$l=jm%BHa5A+$~cU9%RsN~|C^<o~E9auH*Yj`0?YP(9a5`AG$f;OWSi
z++RH|MDicwgT%O>JdMm-8G{2ahpCJ3SAK7h$vx7(rRHutSMC0LNW5d813|by5S##P
zI1AZB%COeVhjt?~&r3cprP)?sw8Nv*5&<3wm~E2yVh@Z=e|wrv$w6~gZ#vy6p#&=v
z`zyCg|7;XrDYy?lX@yTY`JFf|4g`%j!zq_p&RPxq?fuQX(e5o_4Z;+$PsetGrkfZ}
zA}729lSWYMas$P!L;h+wJUcY?g{}vOBmzR8VF^^J<J~1vjA%s%SRAEH0rVu%G;a>g
ze~g!(KHqAYL3=}g6r5*|FPR2tBb4FEmpA*4-7frdm`EGe&Zof96lGsD<aJ3QU0Hd^
zWN&{z1)aPF<ld+pZrygrO+Zc5YslUQtRImA0n_AV)y+RPZ)g7vk4EBEWX#X=Ol>vv
z4+tiK69xgK-&8?qp6^#q9$xyYJigw^OP5@Hs9sBN)AWBM2zZ}-)wp2O;N<IoBOX;M
zi&>ktB$n*PT_K#@Ffgcp<iO$(c93)e$qPFz5TL^9$q`5s*2v#IpJia8Yw>Siq|-<i
z*sygd>t!RGWU20L+5adQ|9!dZ^1EHOVAE+hn3BZm*a}2ns4);-{IJ?&CwS5@TVC$@
zxVrfcQ{-5Cvi#o<%X<r6m4~bA_4&-8&E*jFefIhKnXkLZpT|?%vl`!<iYT_uuZJ^5
zQ3Nb)2L(~@e6FYW{`O&sK1F`|Vf^npAzSD5i~_I2#u};U{Z0~7z_-_@{i`E9a`TGz
ziLvUcQ=P8&Ek>%(!}%8;rYI!}iKOYr<FDIWEBmdd`~Ejq1bu(5PMSA6J#UW6%F2?I
zMedtc?XzwgLvHkXn>%l+E-sv?1oqNR=-$7NIQUaPnLC@Q-|m*<v6lh9PE7j&tv=q{
z8XFrMO<^Kr))E67JgzME{=)M6+Xrs=dSOf@@bdS!$J}?p)yG2e=YLy5TVN6=+{EuY
z!N1Rb6^cO;D}1X(<+(DO%k$xb6nH<!{T<h)@8b#B<?nVFx%-;a5Sjbh+vFDJ=3h4q
z)2mJexZ0aMyEA@Rs8(qiRDEsHxln0*;+?<rt4>|lXKAn3@jMo9n{-~EggxG830>ZA
zv|0S9sCez!K^-TQ7@qrbU4rFn=j0OrI%*Ty4#o{Xh%$Jh;@b4NTL(ilG+H_*+XngF
zM`+Wqrx{AJFPBW>XwSN==NYMVn(g)ZzKn4UVNZA5ZLI!?aJCN?U0Gk-un<1h2D?1p
zEOK4FEnAX`n1rO__~E9;PZ+1;asAAEul=-*iPUet;<FU^Zq0d8=!uEgyaG8pLtj^T
zOL2qgy7sBZ`o2cS@Y{adxBBYltJapuMLp+n{{8H$lp1fd|7-2qpPIbVFzP64kpg8U
zvKCoom36sVgb=yy+Bi-H#g2o(K*FsM6i9%O05K4%Mv0-&V#`G!nL;bYNRWaALc&GJ
zMns7S81CWz1p<K(LT+64gwD?X1ABh?&V1kb=AHMv&-0u!&kyGS<V1Dmh^@r1+-ZA1
z?O}_GY~A9!0UIykd5*HHE>jjJxq|F1a?-2n1}sTpHfnZu*1yQ{2Y3P!iIiyj(sQLP
zqAYnlh1=S|S4$|ng{S?|npZFnAt!O<Gjwa>$QP$Zn^WxEaHEa1Tr21B=A^NvFF!?m
z(^GgF!^m8?Rb8>kPUj~G^KF!n*{!`27$*|MrQW!6Z+%4sKMV?|_tubi1TNVrf}_Fa
z{U+$OyHV(}=Po7EZH>_H(ApN{*PcmQ<*WCHyu3a1eS)uo76>wQH)3SW&>mmAuvjW0
zFPOr|li!@JzW>v9c0^lPP>_k0<8Xb9Fced9aOxS0{g)N<X+Q};kQcGNMK6}^Y_)&N
zDdsQ75>Rk!s_}`8$dTV;ul`6>Ee#nMz|5FAY{VH)HOaXnZ-MHCC-j5WzV3mQ^<9aC
zf2PI}lL%s+HZN*3ldVU{NMleZq%6fSTB5oh&}g)TIzF*Pd`4!{12F+$j2PR?nBMB@
z3gW11LiT0@lfROLJK*Z>{xVwdh|6AWff(>M#dp(GP~L(qY7=&X3)ln-<cQ*?k;$KT
zVEptW{X1#tm^<@NSZwan8;3e?Anbk{KbxsYe8?L@m|8y%sjob_z~Rk1J+#f%(9s)}
zGIlFgzqw+od;idAJY)8|z1dG%-XlPXN@<E8h3xB@0#%dfz^0aF&j1%;GC1-5m5Ymu
zY98d%(B=^lfq<+WL(H$-1R})bT~dB)+LlUnr|haJl2x@!n`XxJxX1G_j=VQw=ZhS#
zRbGRP8XTS?7=4-G(!RBB_!!!7r~~p<BcSmuZ5q_b-veGaaU^#2jzkYC_sbZzb>+9J
z{Qb!j1hLPowMeQWm3buXPoAd2+U8EXv;YOfw#*j=x9f&XV9w;O<C8{_Agd}qA3w3g
z790R%CbdSIPW~ZBhFmhIUs2%`X#=&K$xo(^OEeGg*tG<uDnt77!)u%Ir><Wmyl+Yx
zdonz*G{mAw0VQZhA_=vjjqw&1Nu!N5h@FlDX0IDP-P$z*mot@s{~m$Gj-eNkKr~(5
zaFVtx-}@Gz6s6iuV_UKu&-6#aP-$O>n6J?S$(1$Bqg;XvU~%m!oWHm^hQnnKe)CJ9
zk7`hB`PgPpQ$slyBK&aY<_y?31_xgBskQlD@@Cx<OZ+@^z&i^F7cE}!=qRd=zoV12
zeuNc@uJ#WD8S8v2*;;_Jo?X}+j(Oajp7IXp=J4<_iwTmf_AQSf`-m6$6z8&e>u=Ux
z{pw$QGf1VGEr17>r8XYN@qQ?6U!%I1_fuhL&rzoQ@#G|z4dUUuEiMNH1dz98ZAB6-
zyH)<A+|YOcJQojl9E62Wm5;S$=>dx_A(>lq_K?W-gKO9XA@0-3CGs};->!OZ@pd_Z
zzk+WQ*=|i4)1-NBeI=!amO1Yb@f8wB8YttU?+gV66KY+|yR;B95D64UXiFjAI7L*x
zgS#nNXw|d%-eQVjWqYyk!QUn66Gpz@j^_G5ynK9Yu={eQ-Ijqzc0bC{YVOm&ElR5j
z80F>RybJ{pUHBil=;f_-XTL-@Cr_uGfS8nQWfPFSu$I)*7FoIhCN_T@41K2q68`(i
zDKJav=pemm!;ruYzjhNQn$zZms{c#m8Q<OY;`YSNm0Y|0_&0wxRL&`^DUDC;(Ct5$
zINq!%^mh&gvF{!<>GPb;`|J5@-iq$)vEwh}04nP!+p=P(Fb@Qx<@V6Cg6xf|Z;zH}
zpO#^-obT+b@G_|B3BuslmX?;R;5vDsw(7n;pU>33#r(Z10jzur^RNi=ISUk^$GU{8
zT_`g|S11%eIRvA#R72|xC1%IsSai(7RIM|kM`_(4SB9(c9|40=kn$>gq7eiI!>bB>
zbvCORm*eeZq$DvZI<A*tedN%+lN|vY;L*8fFaaMfZ>0vl<U?@g4LE#Wg}$7%9fBe~
z<Te*Qq6;w>tknMW>R!6P@K$AvqMLovjOff54~<)|v7riX*wDe<Xapx`o7EMXKrkC~
zqm@WeXy!J)r_&ww<rVvO_T*Er(a~|Q?-`x($B2=_8qX02N5+z8PcNOdK67^P*Lzqq
zM`!o$fFT>Y?BZ+EzuIFI0a1#%0E86f?TbL6z3W-Y<Vt+X;_b!;UIwqRSzO=D!4KaH
z5_&~K?~V8Is`fmiBM&BkH{J={qr7APOYM-IAxl?-+Xy;f`v-g}u$?o!1KTdp`M>^>
avuh@e=6v`uX4BpXw688*L$WVM-u({}L?ZM6

literal 0
HcmV?d00001

diff --git a/python/demo/documented/singular-poisson/demo_singular-poisson.py.rst b/python/demo/documented/singular-poisson/demo_singular-poisson.py.rst
new file mode 100644
index 0000000..a375b3b
--- /dev/null
+++ b/python/demo/documented/singular-poisson/demo_singular-poisson.py.rst
@@ -0,0 +1,203 @@
+Singular Poisson
+================
+
+This demo is implemented in a single Python file,
+:download:`demo_singular-poisson.py`, which contains both the
+variational forms and the solver.
+
+This demo illustrates how to:
+
+* Solve a linear partial differential equation
+* Apply non-zero Neumann boundary conditions
+* Define Expressions
+* Define a FunctionSpace
+* Use the Krylov solver
+* Solve singular problems
+
+The solution for :math:`u` in this demo will look as follows:
+
+.. image:: singular_u.png
+   :scale: 75 %
+
+
+Equation and problem definition
+-------------------------------
+
+The Poisson equation is the canonical elliptic partial differential
+equation.  For a domain :math:`\Omega \in \mathbb{R}^n` with boundary
+:math:`\Gamma = \partial \Omega`, the Poisson equation with pure
+Neumann boundary conditions reads:
+
+.. math::
+   -\nabla^{2} u &= f \quad {\rm in} \ \Omega \\
+   \nabla u \cdot n &= g \quad {\rm on} \ \Gamma \\
+
+Since only Neumann conditions are applied, :math:`u` is only
+determined up to a constant by the above equations. An addition
+constraint is thus required, for instance
+
+.. math::
+   \int u \, {\rm d} x = 0
+
+The most standard variational form of the Poisson equation reads: find
+:math:`u \in V` such that
+
+.. math::
+   a(u, v) = L(v) \quad \forall \ v \in V,
+
+where :math:`V` is a suitable function space and
+
+.. math::
+   a(u, v) &= \int_{\Omega} \nabla u \cdot \nabla v \, {\rm d} x, \\
+   L(v)    &= \int_{\Omega} f v \, {\rm d} x
+   + \int_{\Gamma} g v \, {\rm d} s.
+
+The expression :math:`a(u, v)` is the bilinear form and :math:`L(v)`
+is the linear form.
+
+If we make the Ansatz that :math:`u` can be expressed as a linear
+combination of the basis functions of :math:`V`, and discretize the
+equation, we can write our problem as a linear system:
+
+.. math::
+   AU = b,
+
+where :math:`U` gives the coefficient for the basis functions
+expressing :math:`u`.
+
+Since we have pure Neumann boundary conditions, the matrix :math:`A`
+is singular. There exists a non-trival vector :math:`e` such that
+
+.. math::
+   Ae=0.
+
+span :math:`\{ e \}` is the null space of A. Consequently, the matrix
+:math:`A` is rank deficient and the right-hand side vector :math:`b`
+may fail to be in the column space of :math:`A`. We therefore need to
+remove the components of :math:`b` that do not lie in the column space
+to make the system solvable.
+
+In this demo, we shall consider the following definitions of the input
+functions, the domain, and the boundaries:
+
+* :math:`\Omega = [0,1] \times [0,1]` (a unit square)
+* :math:`\Gamma = \partial \Omega` (boundary)
+* :math:`g = -\sin(5x)` (normal derivative)
+* :math:`f = 10\exp(-((x - 0.5)^2 + (y - 0.5)^2) / 0.02)` (source
+  term)
+
+
+Implementation
+--------------
+
+This description goes through the implementation (in
+:download:`demo_singular-poisson.py`) of a solver for the above
+described Poisson equation step-by-step.
+
+First, the modules :py:mod:`dolfin` and matplotlib are imported: ::
+
+   from dolfin import *
+   import matplotlib.pyplot as plt
+
+Then, we check that dolfin is configured with the backend called
+PETSc, since it provides us with a wide range of methods used by
+:py:class:`KrylovSolver <dolfin.cpp.la.KrylovSolver>`. We set PETSc as
+our backend for linear algebra::
+
+   # Test for PETSc
+   if not has_linear_algebra_backend("PETSc"):
+       info("DOLFIN has not been configured with PETSc. Exiting.")
+       exit()
+
+   parameters["linear_algebra_backend"] = "PETSc"
+
+We begin by defining a mesh of the domain and a finite element
+function space :math:`V` relative to this mesh. We use a built-in mesh
+provided by the class :py:class:`UnitSquareMesh
+<dolfin.cpp.mesh.UnitSquareMesh>`. In order to create a mesh
+consisting of :math:`64 \times 64` squares with each square divided
+into two triangles, we do as follows: ::
+
+   # Create mesh and define function space
+   mesh = UnitSquareMesh(64, 64)
+   V = FunctionSpace(mesh, "CG", 1)
+
+Now, we need to specify the trial functions (the unknowns) and the
+test functions on the space :math:`V`. This can be done using a
+:py:class:`TrialFunction <dolfin.functions.function.TrialFunction>`
+and a :py:class:`TestFunction
+<dolfin.functions.function.TrialFunction>` as follows: ::
+
+   u = TrialFunction(V)
+   v = TestFunction(V)
+
+Further, the source :math:`f` and the boundary normal derivative
+:math:`g` are involved in the variational forms, and hence we must
+specify these. Both :math:`f` and :math:`g` are given by simple
+mathematical formulas, and can be easily declared using the
+:py:class:`Expression <dolfin.functions.expression.Expression>`
+class. Note that the strings defining f and g use C++ syntax since,
+for efficiency, DOLFIN will generate and compile C++ code for these
+expressions at run-time. ::
+
+   f = Expression("10*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2)) / 0.02)", degree=2)
+   g = Expression("-sin(5*x[0])", degree=2)
+
+With :math:`u,v,f` and :math:`g`, we can write down the bilinear form
+:math:`a` and the linear form :math:`L` (using UFL operators). ::
+
+   a = inner(grad(u), grad(v))*dx
+   L = f*v*dx + g*v*ds
+
+In order to transform our variational problem into a linear system we
+need to assemble the coefficient matrix ``A`` and the right-side
+vector ``b``. We do this using the function :py:meth:`assemble
+<dolfin.cpp.fem.Assembler.assemble>`: ::
+
+   # Assemble system
+   A = assemble(a)
+   b = assemble(L)
+
+We specify a Vector for storing the result by defining a
+:py:class:`Function <dolfin.cpp.function.Function>`. ::
+
+   # Solution Function
+   u = Function(V)
+
+Next, we specify the iterative solver we want to use, in this case a
+:py:class:`PETScKrylovSolver <dolfin.cpp.la.PETScKrylovSolver>` with
+the conjugate gradient (CG) method, and attach the matrix operator to
+the solver. ::
+
+   # Create Krylov solver
+   solver = PETScKrylovSolver("cg")
+   solver.set_operator(A)
+
+We impose our additional constraint by removing the null space
+component from the solution vector. In order to do this we need a
+basis for the null space. This is done by creating a vector that spans
+the null space, and then defining a basis from it. The basis is then
+attached to the matrix ``A`` as its null space. ::
+
+   # Create vector that spans the null space and normalize
+   null_vec = Vector(u.vector())
+   V.dofmap().set(null_vec, 1.0)
+   null_vec *= 1.0/null_vec.norm("l2")
+
+   # Create null space basis object and attach to PETSc matrix
+   null_space = VectorSpaceBasis([null_vec])
+   as_backend_type(A).set_nullspace(null_space)
+
+Orthogonalization of ``b`` with respect to the null space makes sure
+that it doesn't contain any component in the null space. ::
+
+   null_space.orthogonalize(b);
+
+Finally we are able to solve our linear system ::
+
+   solver.solve(u.vector(), b)
+
+and plot the solution ::
+
+   plot(u)
+   plt.show()
diff --git a/python/demo/documented/singular-poisson/singular_u.png b/python/demo/documented/singular-poisson/singular_u.png
new file mode 100644
index 0000000000000000000000000000000000000000..4d49913b292df12672816825846d30aa32b8b8d4
GIT binary patch
literal 45179
zcmeFY<9A+P)Gi#Gjcqoz&BjR^+fEwWwr#Vq)h20d+iYwnXXp2vXN>nhc)y$v8F#YB
zy4POQb6wX=xT3ryA{;Ip2nYzGw3L`K2nd)u2nc8#3>fg_O)Y#91cVqwT1@!6Th?ip
z=dFpjGsE-viePPgXr2VWftwNpB<w$Cj{ZUZ0nf8tyfD<*9KI+CQ3wPH{s5SD4uZKy
zAqw2W_%(z=wGbTKV55Gk&WtkfJBh$=0aCr;@p;!!nR!zk2X96KR%d!Q%|xe9PYuhJ
zF4dY%meo3&&j*E=%&c(1BKeBys*Pvs{=hHP=*?6SFz~>$+Bs@cI&`?;Ugg5DTHraH
zOf+fl=L$OZ|F_`(>EZuZf5^s5)p1$=IY{uZG$`QGvhK2K*YhUNwH;Jh)BWsn{xad(
zofy`ATg)goV%K>!FsmT=79Z=i*LC52A&SJkH(%p(cQBrL@hkA$oY-_@!yEAK;NI+h
z6JXaRgV5@#D*T`QsG)=&M}M*OyzZCHYBU-SUT-FSx4?<qPF{RIUN(LA$cUa!dfrcf
zEj=BdqB%Dn=Sl_cGB;ljYF<Zb_>QF&p0|;G-4-;=&gupU^*){#T{pcSI^3oRP_;i_
zmyOBj`!u@vOUJVhk<)D$+2=A)lK-F5Aim?6&AI2ClH}X#<j1S?q7Em`X6w&ghK|$g
z<QlKPGQWD>p97J2j{4CQI!~b2L6sstgVRNo=|<P{%o#YV;EBfM$bRnY9+lo>FP7~_
zXIoSCbI%0#VHQ~|-*wIVznU1He`UjJv7T$YNL*Wf4U+=ASU!L_?z5R2x7BvuC%^EW
zFgk<Jh4wpQ7JrGj?~{F|fozOL9oKb0Yrv6tY4kc=&g3}PoyOT0t!)O!GdYQTU$1(e
zD|_090>-?CDN^x0j`9<)L-|h)Qnek1b-0g^B9s4bhFO!={`nUJ1UPE0^wZmguP=z2
zo_CX%dVh&rX7|V2#pdK?lo{Xd?X1G4Q7r%7D$(1K<kzn%E{~zUkD=ZV>kq*BLd8)H
zfK+r^g|fK-sD_1R6VTM#s<^hxvdM+VVh7<>m}DoQFuupFK*sLJotDmhdaK1>Z~xSK
z+81>_QKvK5ttdORJ<po(IBogvmy9lMg<Xx&Q858OaM*5~mG^w?BYFoEzQ6I%&FR;N
z#Cv*F80)ixmirjO*|{CXI-y?G<9>5sCit=(itjKKPL<=<;u^AOtwOY20sWQe^Kf*i
zX-`H(FH2e**O&&ve}Fg23%=bVdmo8LdYlj7*?HYJ<a*ElQ1iYmB+~ir|A6p6ub+Sm
zpL{)5@a3WDc{<1h9W!nCtMjXMC&KDi+recYa&A(MPRISo*P7SqSf3<#yVmWHQo*<5
zR9%l_;M2ktZX-PKeCvNwcQ(eC6bIl9aw8N@j`M5xp6e&NAe5v1Ag#wGnILYRQEb<r
zPV2e(vT-Q*@$~kv`2pw_TJrzucFFUi>jALR&7`2O@_SQ__nE*$+hmUCdD}mRPk$8z
z{*oK%xeR7JZQ1mZ4^ji{s*-b^MD%_cn)~s3NOWHty8ie7bDHX=!dL;1z7WJzJ)btL
z4X0T-JD;1(&!uP<=0nm{+2q{F0lTq+@6I)z>&2<M|0q7ge3&ZNYwhRY@IlYVOON2w
zutN9!iWQc|<vr1@OTeP_Y|js+ucMy<EFbk1P*iOnQU{<oy~_YBe5Wa4EFGumw!<92
z(u+QKm3sVJe&9t&sK7&UXac7=>kWrd`jds~m*>Tv_nFl0+s`yX0k|v>w*<hqKhNg6
z?!0(X)ANqydxgc=bvq-M$w6Pg1+RM<u<Aaw8vg!nQ!%)5ar?LTzw)@$_VaFD&2Fvr
zD$8-A?e%)}VZ-yn`DDRnrIE(-j#3Ope>8>O&i7?i@ck<GV^;8O)*qVCtshmg^Zl+S
zHE+uI{m@t7@;7*k3tef{D&NtW*nieQPr>B{Lsb>={;x#iJ*&RD2$EHev}4ezd}fnk
ziT_<C9`s*5w@iwyRcsC2?cB6b@cp0#1q<$t@v}K4)5a(Us=FuM1n;kGSL;5w2~YR8
z8TjDp0(66Xdxbvtp3UDN;9o%karz%mc2`(8RoZJ6)gggRd-<UcyPEy|agty_LDv2t
zFugxxoTdAI*H)*NRf4?(v>&UGI}`Tf)t@ByaD7AAa$nzmuwjypf$mhO^*GDsd8K4M
zCXEpj6NoWhW`V9c&@CjPCu9Phv<Yz%@TiSDaORx1iJjiwn1D|`+M8XLbFy=-g7)h}
zO@cy^+!BG_5aLdMr2Xv2`5PQe0QM>8cFcBG%lJ@ObUJLoeOTJ^2<%o2L&<c%FZsQ4
zVz^{?b!%<yo06D1HM%XMz|*hvMErD=tjWN$Aow<LS%``IneH-p|Bb7)7ECP6X4cQH
zrq^b7_aeP5N(Gh+xsY1+$%K&@yEj-q6jc)ZwykNv?VRXyDV5LbhqVgn+D*@Y(qOz_
zdw&H96V^w5K?gG;6L-+vQw&v&cF&(ODQ;Zjjq!2(X<*Qi|Jg-V#l*hqeKp=@>L<>d
zOecPh{Vl8bUO0V_zAW#Y-#<<Kgc=OvIW$tZsjjWQB=BDpt9V^9x{&zs3>g_55L0ir
zO~&q}j*1}|-diqXrJWVrV?6xw^anM~AKSPJn2m&oUj_YC4aub$(Xx1duA^=)s~4Ij
zWU=t2JM7^#qz+exLI;l2VQ)#CZ}?S!AT<x2wTkwO>#CD~gZKMr%70#L@UrXe+xC?i
z7krDdvx#C)r$DIW6!-L*o-HPc20Bc0i29-5*C>CVfTh^-!&?QAZuL_-b(hYU-Hr+f
z2;4$DVer7|yv9A+IFymtLy|jLUa&BH;qvlu%y2BvmFXKKGSJN#CZDrLz~CGrfbZ6J
zx*bwo6nh{M`?dI~?-NsGQWcjel?s`NfhZ@)=5g1fkM)yl#&u|FWMh>c%nH+7+kILB
z_S0x4{aO<`vw3w)@@|ONjAV5>%`w+mR21GZrnpKl^J*GogstPO@X2!ggc$jdO-%K7
zPn?^I+Uk$#yAd_EDx_Y&w?F;c<u8$!WeXI{2P&(bFj+A*i3nFBj*4kUl9bYn6AXI<
z2gn#7m348<B19l>>6+Kb!E9YdN~c>NEs0BT?|K;Ev<4cr@3RlK2&7Gp9DXf%{^G;z
zel4~28O#)RuslgMY(jJW1ydUZJ#oBbKOB|PoJgccf-=>qR;J}j`rWRc0aZ+*{1<6N
zRM{;Z<w7aQe3Gm@5P^r*E=qOwER#kmVJgz7e-umw*l}+}INd}Lb8Jza7q{a43?l1_
z^>M0G3ax!Qj%qI(gaM7(D-2W$G*J2D6{5nNqA!K@ok6pDf+4OQ)|DU3eh1s<m`D%K
zKuY7FmsC8F;U#%QDU!+uqqq(EEo2sDO*^lv3TOx?4=`)1+0Nt5J!xM26~2FqJsDfs
zo62`$kZO<vdi(7%FAjywU9kLqTGED2vahHwR1`Oq55gb8bxvPY6IrO^QvWsYzE6|`
zA=`oT;q!-K_1gYL;NXAUY}<B#`Eb1yHLNZE5(kZDm0e1`<O{hzMif#sW#8#?FUm-m
z5Z-Uh?5ilzb@&NizNtNG&_Ei=VwggSstjAu&etSBW$WR9=C=uhv3xypp|%BW<qC9?
zknk-05Kuk0$~>ThC&Q#S%lnsw%R&@`EYNimUW3Oi9R4u;t1NeCi@qt)6dr6^)}{oL
zmDMom)qGqp=<8h%`fta8kN5Hy_8o~d)USQ<kV9b%r-oxu<N7RqzY~5_IhixF2STHQ
z|EyQCFcqT=8h13r!U+6lE`Y&foap!aJ35l3vTTX<PtHNWOV5!$D?2ZL%zLij;_tbs
z-w8-H3BPFI4Uq!WCEKQn(I|ul<T4WEra{h|`(+Kq9<Z8?Au)Q<7L8B{zyC&Lv#|UU
z$yQD%tgPFgW}Cl)`kQTir*#nv*qHWxQG7KChRDPI)8G%=Lka?lG;yt{Vc1$rPmG;`
zMFJw>sU*{05MV|~1$jc}@v6eZ-eu@qb&(l$bG_e|mt#-{#s)y996AxWTInTopRF<z
zUgA({=z~HtDLK5we;RE6`i$%)jjJjJzB172pAarzWYWqsXwvnA7Na+$;Ms)+W@&@K
zXbMc@*mCEji_CFQOJ+1L_0+Y`qS1z-@UB<_dr<ymjtvL%(brkp^CV#jI)hz$mR5a9
z(4}4@{7*4N3vc_~)j!E>5u?)%OP<2;!f{l3NXhtM<4{*3pD*Q#dF0AmQ%FmNBDr*G
zOQ2|CD3~a<=Do3(gHZl(PL(R@)7kK7Wb#(HbKCb01D?hk_!*35y^OhU`gJyNlm0)z
zA{fLD7q}z`VG?O3QOj;n1a_@T(`EOjQC7rg1}H@l^7m{7xozQsK%*|9WXhon<;l#U
zl=sGx23)K$%y$IFaIgx{eS2DK?FWBe^_;fTBR_<Nu6L@d1GQz1Bj*tdnPi6p++WMc
zkn#q;nG$!RD{w7CGMWWd42vVEhiO?n8S)3EVNnY?+TZR7bQMulmcC&&+zqkh5cvps
z{~Xoahi|>86WQTh>}`bcZSjZ|QfnGc>aC)m1;7Oi|NZbKl0GRTs2#glnk4huikLi|
z+KD;UVV~RS4bzW~tq@8!U)C>d9pxKHyk)(F-<4i{fQK};eDEZ02(j{rLGdpz<}`)A
z(lk}o(d+4j8iUf`S$=6)l-@r81G{`)@0aqgB8j--e%lO?LQnI?<BF_CCC}q>`r%gY
zH`E0sR8%Si7w(~c3!lj`#msm@2ho<yD4t71T|YQZnfY^I(YaLLdGk2=%a#u{;2Ot!
zYbYF=`HBdc4K^|DTd`=4Avu9d=kpz4n$_S>(?I_%{CGs2o5EEAZ<5b0mo9+_!|obw
zvHW-1#jeFt0xPTuV{SAapkRTqMpmuJ=V*)NyltMTB4gnIp_vWyRYx(x6e}2d+Rc1S
zUqCK$vFP>>IVMhFx>Fq!Ld62i&uN40=Bw(9O)D+Jb0y^WV?zTVI+(WNSdmGTF{Jt-
z-iW_L*Oo|!rK493Uq_EKz||8gk7+#B1S>IzPKpUdONlxYWuTBFqR5?#7XNnZVB`v;
zVlGBATVhSramrIBgyWaAN6(IXP;1=^tf!Rm2s73Wa%qIYHGGW)5>j=+r#|cKr&f_|
zzRHp}kN=8Vq9c_+$Zua3#w2E)b;Bv-#|%O1qFzv<5+{X6p)hK-CkoN|UjCJSBRiQi
zJsE>Q3idIBjM{*!SyomtFSJh`c1@jUPqR#(AS|&-Ch>t^E{T+hPM4NQSBs&qcj2?a
zIi=>>8voFcior#5R&t(83k&BR7n(Z4W~v<ij!BVN1&bOW;!G$fdH`>|O(537=4JE;
z28ErSCJ2jT(x43|oL9VmG3bR!OPG5s6GrQ3uD{~imSk#<dUkkh(;QU;jfThcdqkGT
zRAsihle#+MXO+4i6y+3%F_mRSx#KXpm1j+R1aEB_Af}wmFdwkjH{m5|#+mX=lMu(!
zWTT1aImBhwcSkqHEyh>e9gRy^W_A9H<4BZHx|-?DA~~ptGBadjvCly+p)D&75l5~+
zMPewN&eVQQTLeScI@Po*4fqb^XR=tud8ro63bPoP!#=8j$-LBFgb1g+Al)Iyp%<dG
z%LuR@u;1Y#XRYJ_qYmy<?4Jwk_$4PbO;^l-uVo#RqU=a24?zSnLV@pq=vRF*9@#Ig
z0cNPJO8GYu_ahp<`L7n;lEs&Sc&e^nt+h;BA1~7xHtwxW$gjhnK4c(WcM-0Thod5z
z$=s@P(ral0Wlyy$Xh~co_u=SB-N|J0?7(`ex7=dQje+8W7@9jI=}z`5(GcD>n{n(w
znMI0Wg}G#`F0X_V6k(n;l3Bzk!F#@y=>>9FcbE;mog$@BMDfm8oO8>W0uessGf;T9
z1iStX%X@CgvzFkXIcJoUeCJm90&RwGI`hl(Z%O~CluC{yP_}6Tq(F!N_;pnj47ThI
z-?4e1(ZC>s&`tN=oW!fD;yuPfy`$aBvD?VmQ1R^~X{0^IIyS*n3a9v)B2h$7;Vc|b
z`YwxOCTVM{EB>csbY!mkk37?{QW3?l>dLpoF*Z20pcJuqjz3-FbUYFq^9+^<ivfFd
z7liJ2>3KqR!L+$@PP&G|4|}MZTwq4!9K>cvRJlYF?|6w6MRAE3PPLIS@D-3)Nco)0
zrLDxE&Vz1EZ|1yzhs8r>Vm}34-9C)bfHwFu5X9Xi7J5Kg1l3B?=$zp{CkuztQsN$D
zKncl9utFKcp5M7YI_`%XcxNJ8i-ne9!X7-?n$BjnS(+^M=gJW7hktiQS=T9(p>Sd(
zbD~~-r0L7QG>r=)N*TAzxxPkYC(-8!*1~=<(}kGCuhaHzSH)H?t0|$LGv0QZbabS2
zYd1f8umlMVyOQQ$iba+D3CKwb>86=S!sfz%5Pa(<Zatx8P2ipGXdsJk#W1LxWNHr^
z{gFr=0=eWh-po|otBmYvjpQ+*!L&GR*Cq9e^)u7{pWH;xUj*?<I{evx&f(LL!rYw~
zD8w3btG&hv+iZ^H8ovx~OONa=KEwFcx^A+DAAV;qlX)tiM?uV>6eo~ea!Na7BncHY
zkVFV-t{qmu7Lm9_sztHGJQMU6Iz@GDIm7o8LwL;ZIuxVP2|w%;%VF8sL%~eF5f5&>
zUb9rOpB{hR=Y9J*tqzB9(W<6a{I%^zbg|SGi>~?Ci9KpOef@rtu(`&P%bk-*_|z|-
zp*;!r;Qk(O4&L==N83*^NT|ODM&nEPwUIIg_I9BmyUj}8V5H?tzQ;S=sA9^t#5GdD
z{NhqQ!*><Sk*WvhZ?ILPDLjlU?F?EO?74O28sFG)$izeIe-Q6?)_Ng5-C1}yg)2uT
z%#)Larn7~yrYmeS^ob)I!j*9sYln=60{*alKA0mZfW`Xo<ebmbD9;+u3gxU4q_0-8
zC;yfBOZt#0O!N`9WgN`R0$b@6x58P0v91JSO5MJ+^jX<NMh4juNNE=#d~JE}Zn)0e
zFyjc>2%D1uTuS(qihhz`IeYOi&8kU{etl%KJ<$QXe6rYVw?t^Tc03$(ZUJPrN3hB_
zTn4oFgAh-<(LR3Xnh$k4>(zQ_KrgtSe24Bl!>;zwld$Gv{n>64^<o^X21sM+ysc=H
z;fMNc=lUhx!EW&WcutI$S!vbr^4{`e<eA>^cic{i<#zcDj$CMI?cZ|>S)JE|PB(<R
z`eb;@Ty>h;C%fdBrVf?SbYz?y1xk^e6rsm?53&!kJv84{R?PAms)`7Rw8NbTvhuI$
zg`f|jxcf9yn#89yw9AizkZ^P|L<L#>Ro;-QO+S>WoMtkze|M)QJGmvHrqv!te_egz
zprykBu1XImr|-8P&4a8tH9Vz(9gZYRl-B24NKP1h^~179h;&)dPP=W~Ni=^QIYX0S
z^hAy;&>Ak&*}pP^Ha>TiuBW#XbWMh5Z=`uh<`&vX(@{i~F;nOdbQZd<qWdI#aqOx~
zDCiay!HF*)?M_iXDq4DLXvAbIw_c3KO0QCra3&2+KC242rclmbWYa{16GJIdFUBF4
zZ3B*&DbL8$+0}YlKN`b(-a067U)OQgyz29E=GqHOrR{w;-_o{7C2$qqWVLt>;Hj}b
zw}pbw)3Ng1{C9II7NA(#_Wo-62cO_ttoxYJ{hH%sAF|-<Z0`H*x|ixIiU}_L>22%7
z$CH)0=|@ovR5WU_{2X)U;|F$gJx70nboOsU)Fx|@$W)6F%56#V1quo8pX}$gx3Ena
z9wOosxCp!zlA#fs(<$5XUw@TvGC;;xu+KynAHW3hq8ngNpqrC%sFTB&ij5<bC|Ow=
z!Vqwvx+q<<&&Tn3&4#6gO@#}o#8Uq4?Pc4hgRpj`;cgl$Y6%_%kV^oq($di2-U%Z^
z;=i4W1hC4}hDqH9)A6Un+>hVT0`^v(-ls-Ho*Oqg51ohncI)lVfUJLB09aDNYX@!8
zeZsM`H(rwP=@Z*7N|Yb*<Ug}eST)P_-n;o+ga)AEO8|@t;GjLP`;5MqfkdxkW&#bi
z>+QTN9|V8cG{w}H!s}LjpPbngPo8VU`#}g;6-_0F<IU-8Mc}hQr^=mC$gQRlVI-A<
ze8QHLqRH-#6j9JJ$)*BCw$p>Jn?<x#qha!rB<;HUQWgsR`{NH_lpP|j<xrR(^2QD<
zFoyfg<S5<??GX*HGvL3a`|2B5%6dmwutJ9MJh>ZuBgNN_Wx-wv?N7pfnqRIvx>U74
zts8uQ+x&Pt1mH&ghc%UNJ^&ai0Ep%Jx=Zvy<$Fz~wR*A@h%5kLc@z8(+RJOT27Q~a
z<C|Vjqk8vnpH7f_lXaNoevn>yJ~4*u_8WYH?`90E`!ZPBVT7jCYa3qg5diy~Bwu_d
z<UH4=b<W{pmTYbe4bmmxc_|k7u38rOj>QdCc9EP++1vej`*~=a6`f=_b6H*eGRes<
z@%hY{tP|bf^*03AD>H@_WJ?IE3tT3+ThTg}(JU$V<-0;Pl7+ovHl(d9OkLSG^Pg_G
zR>g5vV5%USC8FfgwsnOnOAf}Ty&@)zU6h(q?|-={IfIH+=NbCVCt?Ox+s$m*I^`C;
zg{LR+EdMN)cSBL(T~@Y4Mn9LtN376vSRqPEcXDRB(R=-?XT4PWM+4<|AmMG^tUT`-
zU|#(T@A)oU02jXSI^>=7xo_y&OP};Q2*%P)`}+DxS&)R{*Ej9z`aJEc={V0f<lNCQ
z0&bLZ^NIa4WRKm8uImP8BRue&QWVSxjj@uN#$z63<7xF%NG(*@?wlGzg@y4Jq7Ivq
znd<n9@4>Q$$H(EA8^#7fB<7``Si?JlOJjmb;X9cZ{Q2Fh8J)3=reRzW#v9kot~QT?
zns#`ENKT79rX%ph|F8ZmuJN=D3bP})@DJi+VX4y^%Db?nI^Ohr3=nB3@zCr_B)mF{
zK?%!-vC3o#lc%acu(+U+0C6r$SCc*I1RfsgFC_>9AeA<1vNh=8-l@A^YeJ?<OS8Md
z2A+W=j?{YIe!^k5(dlxwBK@?|WM$WWT=I#dzd!VR?C1hO_91=C+KeVlzVAzmZ^!1_
z`C+C=M2kpJZ^tKWyd6r!Kmj~-eOPzh?69X@MFX%?UPPC-$)2v0U0vD}s|xX+hTwBa
zt|&_sG|DXUkp3X4@KFH_U-Ki}Nm5h-K4>}*)*V|hREetc2-axDro!6(+OhH7g>u&&
zcWU{_m}z`I40XpJ(FKq%_-i^a|CA0K#}0qBf2XMzc<4|r!v6r9b|<~yy48bgRBGb9
z(C45j@r0$P6s9qZQGqEd8xAX<F2jMZgsnRgF6GmunD$+dJ(<rqpP;0c!IiiFi=hT$
z-;*u+XlF&jD%MzEKcksBc?hsJv!9W**m=ONK^)P{ds5YKzv=q{kZ5OhvEHWx(Rg;<
zPo_1s08c{TJg3xir`2-@WDbDs7|(q>HB;cb>Idi<9M>0ETRZ?|u0_*dlq3kG{Ho@n
zSc+re6lHDcgy7c}JRF8K)pNFeGrF$}qtFsMcC!PM1lN8HZTLVe(&OBs2VR~&g?7fz
zBk>PBvB`8U_Yjm_8T6cn+?PMUXKPVSyTKgm8<M!&m;5JmqaV1)LE-G?%9K8Exj&H&
z9oQ@vyjXj7w~(^-P($>XlrNae+v2p%ZF_I4we4f4u7uP9`^(^h{dVoX$p#XI+q^|q
z7(@F}!6$R3>hhUbFY8mg5PsWsoVgqqrwSYiBPU$%0;MPR<1v=#CT$Sk^RzD3W3KT1
zis<7i+RkeiAgVqXfy`mGaD==3$+qN&5<U}s<kwLlyAO$W18eA%uWbw^FHr$Z*v0(x
zddO&sxQN0F%Fq(^5*FTK`pbTGBTZc)A%Uo)8&_2SoS0J?UCIJ~(%g=WQ8l~yJf7nJ
z&I0sn!IEg)YeIuqw<(oNgShI1$Xy>f3R!fPlG@;gx@%_tlH8pxYX08xy*71y6^?zc
z!!v1|jfiO0E#1ITByk90_>V8yb~UCL>%fpyt$7k1L<Xs2KJz)YVWRm=uO&xP`Yi+6
z_9ue_$c6XG&!wB?wAI%;ygwaA`riV?*X8E>*=F}H!Nn55w-p}%?4}#Qi}GK%Pp-E9
zB=eI2XpnHA`~ZpM`Z~48tLN>$<8dc)^Le4gcDa84;{E*M{F7A5S9v@d_gv3^c14}s
zybJlnmV1#RbdY#dZx(`5r23^er3e263x6kImAVF}gC|W{l?aXGn_(9hP7yXBH?vfr
z#?&?3E@XIAx3GBJ$}hqcpuMH+_-$Sv3@5htU7gIYdJq%;*gwyOZkLZx6(6zspfakt
z>WnTkpdmwhDwu(Y8v}~{06$7ho-JWN4?fzk?uSm8zVHXWG`eO^ppwlX;wU}h1t}^I
zkP<Se__kpc+(%S4fU;>@J@LsIjWG{u16dLz=l!-6pu#qYo`xicUb{Fqy>5U)^r-h-
ztmiT5x#1WpZy-tBdkxr~s|w$KZKO|+;iOw#J$S5zfUp8I8YLbZ<;q+-PqH<~STn_M
z#@3<OlXY0m+>ovfK?O{pvQSAiU3l?mibPbe(~4#a-4CkJgXDJ(`=-rVTH7Pi8@bfK
zN9#%J@K;($0~ydV(eLX%+2ojW4w!S!sTp8_bMWTR-v%ZZs$d@oLphnB(5por@40}6
z`{|w%wD@0oQx{#>-04cB#oe$KHer7!N3=T{tn5;&MR`}qm&<FQM{-hTc<)@ccHv!Z
z`=qmh5(#iu+%3w7SFygYpMLVSrt^9bAgs&;Zqilcx&HzM=U2zM$4)raCnefyL{)19
zAjP%d2KQ6Ds)R0`5{O{LUzAzGHsWMqRVjASkM8-%B$+&EgJ+X_4;&Vm6275Q{tgpj
z-kDa!ns-R?Hi-IyVaR&7o{|&q&97bp{npRmfez9fhbYy%#XjBJKz6HMFM`Npe8r*D
z7VZ5v9i67|bZEjIyz5vkorWxjf}`VBuxvVG<fLWV_yNXqS|aI5EGltcT1ig6j;7R*
zxh(+JZmF@p(TQ4^`LpH~y=GYb0<E<ac>@S--=|dHWmXu1Shs#MKq?*(vux*uLV$I~
z$0b8?-2!;qq7|SK<t)F93+3B;2B^T<!+HYXy0%2Zw0eQj5Q?t=k(qA5Cs{BQwF43s
zSEp&aYBYgf*5J^X_^)HgF~b;2<RgDJ52oWMdFJEEL1jV$w*zD}`@Fhp<%MMpRXz@C
zsk}ce{tqmVe+CMbt;224aQ2tCVos{}^M#_0pwYZd^>sQ!ypc%GJB>)J1L`Uc#jUt1
zC6CHT1!tIg74SXjk4B{iGb8y}&^qSX2ujo<iIh%{4c#)XLZ^V&z5pF1&`k=`e5@>X
zyX3yCQBh&>xB$ZlpDbkL*8&~4?cfB)pF<>}UME_c&p>y`T7J1a>ErSN5W<d={GZhi
zXv1zkXB&!oA%XVuD-M=cpMvIUif`pT01ww@GkacMHGG`8>E~3@DXJKSRFY3Ml0y`X
ziW$_`TH?wuYYm7efiP7TUZ-4`J5jKew>_CcA}T|0$5t3a7}_Y$#)p42t_YbDGf6a)
zNnpkly}%`Bguok~#D|l#S5IzVNX|fbDQrWVG&exQiZS#LC3OyEV`HwUN*~_IT?Rvl
zk=7QW2ky<)@S1jTjmoopO(>r0@#rf_jxMFgB4}QS5qLgA#N!A%k++|f<Lr7GxAS?w
z$-O8UO_T>Z2zn5d=}6t%0>O_P!H-_7?yU}O_x)sGF2L*DF&AF{4CoscfAPOR?mA|E
zHUkPg$3<%0*U3IpYCX^MnVgak2cIDVG+%O>OUH_TSc1<2mwkB%t2KzlQn69kB0z+r
zjY$yGNs!aG(P=W^$Rq}K^fE#>T)zpk)f3VjlURdtz+W`N?P?aH8iGG+dC^0lH@D&%
z|5Sn}iYCqo!wRM*y~Ji5NqCPZlVVRp!!_9@$?hw#N@3Y{f9Ad;jrxmA_7Am)CJFuW
zfo(rdX*HN08>8(Hi8>ppp41V~{NY?^@Fh-cw(v7tV%c;s46fY*Vk@e-rPy1@oea9L
zBhV$_15+=bN$r!<{;ZG%kqkT!YmPNt_bb4pOeHkFz296q#Dw)mC&0e@TmzltBVNxH
z-seEYXD9XflMi&=SUrz_ff*5u-vEJL4_q+tfF{(0(Q_FT*kC&t%ja`?W+pM`wp_v6
z(!>PvcN5TIJZ^`6>`@820~To9^m);77^d)jF7<uB3>AEh)O+0lu1F4{&mVv2JvXa&
zf8srkC!b)#N5a6b;x<6P>B`#Swhc`fU?0Z?QR2}ELJIe)j0Lq=Co5@aqhAI=7xSBq
zZ>!Habe2H|4|G@EN^Fn8DMP$CteO`0)xwv$VkT7L7JbRbFP4SbW*$_#@70a#%1@OY
zT!v#$aW%LtsT^iv-;M1=Xi-Y)ZeCnuyqoXZUhEezYUenP3psl6u&$_qVy$xJ;W%2%
zb@PYZRX3_FW5=jW9-uek9k?!1r{w8;{#VIqyXFRr-+We*&w+||=MxTK7~tdm#WVOX
z%uJ?j`>~Ck=PDrY_Gj`%_FU?V;kzEXJ6YU3(S5jvQ`2?d2f}gzNX5Ir+{6>(YcC_d
z_w96z$9$#3?f7SHUa=_6cHMCQxMuut*aF50fUXS~pg0MVyg&gi{iDJ6e!DjJmTa=2
zQ4;9?6gQppo%y`u$h}F2yXhc0it%ti#IwsJ(ut+jrWXFP0M|J(c%;ameY!Y7{^+5N
z9#HCwE130j3H<@53DXm73DkLKmCCZTC<w`}QsqeQgTlO|$09#`7@)OCsT`yaWi9B*
zaB&(Q=e18VRSq0WZhNzeCP^5WBYKJ`ML!T}QJARCf&}upBUJ%t)&B7B%L~CMZ)fCV
zw#&HTw!`u){3_(x`{3#tjdJW9b5c@pRdTr_qwu;@`#E_L_7RUH+){sl+ndl9k|7he
zEK7L<G_7V65*t(AIokPJ`VcZLMp&21*jgH{1-Q-vF&R{tI+=`grjdK2F~FzJSAqHY
znezYpmO{7tyB>`8>s8<Vb^LK$^MG%4&$j{=;(P6{jG2mXv!IP{MVlTa2rS{!xL`8m
z6?Izstq>j+JZW@#0pu~M1&r}d*ms3!9{W+ecPxi87H>fz-{N)n8AH7xYhe_7nD?sg
zifXqTF_<`P0fv1I7chgMXyZ$lNNG_TqKzf1>9okKEE5K+Slj^Hpa838_?rxmnk8BM
z8?hwuxQ7)-DXy@PRAFG|SQo^;VEQ6#Ek;*|L!Ld9Rizk+Ysjw=C?PHh!|5cpWt{0D
zvge})epJ^OM6w0)dOl*Q*LaDSC<*<5DrI^Z2Rw}@jTN_BbtQZdp8TJ;qSzZj8PhtH
zJ^eNo2&Jh@Bu*EnQhyAdkZS813y$J-i8c1J;^iZUmIW|IN>*ILg@X|B)L`61rwt6g
z0%X+MoB0bqQ8O*7<R7m*^}wJ|92H{!WFwez3kXJRj^!$Y3d;B$8PUT!>=$)@S)Nc9
z)H-;0Q__DrZ%Nk$JsaUg_;lZ5OolnrKoc~uP}x_G#*A-;i@qpEM~Ok4OAmb`>Y!DO
zV~I{t<e{<=Tv|y(5u2kZuSH}d>*s1LA;1q|{hkyPAkCj>msCEHq~Gl#u|GYCFSqLz
zvQ3UM$%YVDg_bHYAYRIujb!?<G7BbxW%;pNbUSR&H;|kV68r<G*{!_O_X4V?K|CK8
zTVjh%8GkXMW`&J~nXjvI>5H#D0`;e8o}y>s0;uOgDUL>dun6AEM}r#H|5fv28jkTQ
zmvdgoNoSf>VFsrZ4@FC7Ckr``5#`l9{DWV9Jw7y9ogyJFvT6zD{6v<k1A6RH)KBUj
z9jJj_LsCXYBb$%n2`7XCTUr`Q*XEVg)h*qJ(hhF$WTK*Bni`@a-ecb$8dFx6dLqIt
zXg6qmvSOyH)ufTM@1UMKwg+!&?bZj!yir?sRLcbPTK1fN=Qj=orW^{sOD#`}$8os9
zX-5XlnHdU*X!}%lQVz<f6et+R%HIVGMv&xSlXk-*BGT2?WyUfTtW*`*ni$##VBW#Y
zGN0n2if+9_r_$5qzNh0V!%7X5+21qiQO=B=8CJw5iQ})-QB0&)b}eSbVRQAjDI)cf
zPjhl;iqWIROH;S9X@7SZX5hIaZcjPvq%oSwdJQWC6+}7R(AbjUMKW=h)G%9Vx($VD
zX&s;mqsIjSaGH^Uon8Vc!Tht_30=S(H+fw?YU|4S`bcs~Xs}zIM-d<yD8Jl6YLDwF
zJWfEY@1f_0xM_P}^&}u?9?)0@*(%^D0nnaVP$0gZ#g*Kdq(6Pku0(lAgwF{oHiKt1
z;Y_4oXGiJBs(WfVWIQ!*WrQkZpg@`pv+FyWDWWoInw<?Bam6TNzfN@hh>$Ji{2($|
z06EubB04f6_%<XvoJBdBeJ8s%{74`QtMfrhHvw%2RPa?66l!Ur@;<b3&FK^>QRLdp
zB|2oC{fQ6WMr}Y$bSVY_rXO&($p$%l>hObOKnYa+q9&)#q?9_+!xnmM#*F1*3|DD8
zI-4f%fXPl<F?d@9xOl{A!85pg8D?6B>EsfdRUQt(zRmTlv{uHA{&yw6e&f@f6!Cf(
zRA(~HRv6U$y8B;vEz-Q%!g&W`d+P`f+4l+&^QYzwzR-Jbx4o0unnwG($L32n5jh=D
ze?$}((>J3d!Lj6v^2>kyXk}W*sHhzN<;~N+j$K8TdycB&+Xm0jA4;rD_k9$LGuygC
zZ>E;`Gr)DH2nSo0;PrbMI54EG55E~Zn_$i%3#@BF=E@IqC6CKtU)^fJ-=nw`u-x#S
z*dRgBQrNa=?+M0O5E)Y_4bqqMY}YI4N8;lC{Aazun+OR3+jT2XI8$Eo{YUgn@t>$L
zsd&YCi+Y)*Ml|ZW?Ac<Db9~q)G|jnq2a;kHcvhOuXfe}St^%e+++&Jsy!07693qph
z3eg1zLk;@cGDQgRigx+aVpQ=$^||;)XaeqsR(pvP2Ia1Y6V57>R5ooFfWNXuY<wAo
zDlcUmPJS{$vJ_%{S;Pl1H+>~XYlBjeU?JLHUN}-*MYhTgr^kM3TZv59?STwT8%B(c
zw~ou?=rSAkWZt?W4FsRz7A=N4`I=9si>{v-W&GSv7pHG#JZbLKPJ%p1GG5NaTS1T-
zO{tR>ek$uQE3PhebTAA}S^V0M!@bxG8=LjeS5Rj2&xDEfiafv+TbO7nOlIeJYjC)f
zua^$d(ewNm&&i<O`lnI=<97cULI%dRlz$?D@KUW0WK?u!1X2sQ3k1>j{e`drG{o7v
z^2%Fr<BMHjzXjDRr^*{uCL6du#t?pxj<;fl!IZELm2-Cb7<`(OmVMf*Or-K8MW!{<
z2&v2bWalOSA!Ff?16Ca|St;Vdg`E3{qA=F6JaqD+hJ9^9m$xC)_|q!JGKaIY?XtLT
z47NdSbA~DAe0||wpn2+TxTx+TNqy`#V^Bmd7ekmMIz4rFvaPxUrItBr=6y@g?Q+Gw
z|J-xX1bn3JXv<T!T+&L5a|^In{a1<OJYA7)O@h2(+Hx?j<@RCVQU}G6rP-@5t%TK`
zm*@Gxfubyvt{~H&I)CcExsiI({hL@YW(lpyF@R040Oz9(Vf%ZphGkmv*B{tJFvsp2
zGPOdvXd-w?VyzhQR`idkU6mPnpvia@)^3V~Il|c2wkx1YDL&}u_hZD?X0UranN-Nc
z@m*z0xiEYhq;*vT24F`Vy@ZKIM4*oa^f`(&gLSMj(_&fo%Ffmc=SsMm#ucM=!@E+L
zzE7H3L=8GCdo&?rrKU~b9#qEehXw)~stMPPqwD!Ey6x|C7$VYr#iFR&%7N!^35_Hl
zxqlJLI22sNxL0ww<0q?)jiCyKVzv;uGDS`#Ir0foqE-XOUg_JrWir&&%p{vQl^NLb
zS?C>Olcb@~%DT#EQXAS%682+_+BrMEzC>jl*v8zt+NB1wV-uS0yh0G0fAL9)r#B;E
z<>=D-I`Gv+t|*|VkxSgq^1ba#iAHiFH%o}QKGlMjA%<pjWpDXpqMdLpy8HsW2en=*
zB*Px0o<78Z`C}ZCNW{<UxA}W(Ic}BbAMnnEv3MZhCkh%Q2hpXIO6tI*5(9yG3zh=W
z(y%SK5hJ@NY56Y{--&>>pm7Z@B{v`RoCF-{9kl|MeGWM(WCwy;q0ma&zkF2k)R1j)
z-pDE#B(kL$tO|qq*2^VM&5h!`t;Ivd;kxBP$!v~2T-t#?q~$jZy-N;<{CQzcA6sA-
zl`|o^X{t?gaNlIyp%7QUlu1OFfc{|4h;s2r4--Voh#boZ^|6|<k4hzBMW@1DlpjbO
zC&rnD_C1ga79FEU)IRcbn>|s;$-V~)OD?xhZ^P;@C(Zy>ny;jthk-7h%yA4o^4kq;
z!B1Hy4pULNDQzVfUKDlu!cQw2adN0&ekDbT4e%$27G_bcLnRZ(<2>7J-A#;L_AKIo
zW2?m<CZkOYjw4Z>VUTyj=ui{E0&Z)i7nVh7ZE^zYLdS~o%~i6v)nQ;Jlb)`4W-Kkw
zoDwO_Z=SS}#a+oCOLDOcz8W=VaOTtJ2j^z<re;Uiw9xR7P^{&AIOK*63-!I3_W708
zDRp4`Iw1tiQ8wKY8<SI0^8I4{fJmr7vA@iTA?@`fHg8Ea{+noexXd-!kf7(4f~*Rb
zogaO_GNo@%0{!vFM2{n)SHyZIzwdi;JDiXRPE?iQH!UZ)=W}^CcnpcIHYTiw!wY2I
z;FYjpKGWg+)xJF<I^IVlto8&B>Dj}0O!=$pq><Fvr18#*r?6}*o#^5)1sngfgbH$#
zLaiJ4FP)qqQX8zN{rYgq-L7Oz%flt8b<fAzYIwc@<>OcQ!yeh#s`BQoG*Ap<WH1WC
z`Pyi^6mumZ@ac3*E=uW(J+>|@nGx_8!_=f}$N9nxznNl>4&b(;c7hwG_4l394ngEC
zzA#KbZxJW)P|{uNO2{{dWqkXM&-e`&yDaP9t;G#K&fjN?n9O6RFPt^Bh*%HUY@i+Q
z`o?X)!S7-$2W6nlHWcmXq@kVvr1lsJr3fMRUdnCPr0}G3Ys{xuaIjis5HUS0i%3b3
znd!2yp`~ePzV-O{x<M6|8W@Y3xq(K*HgrdlT#IP_jXie0+kmgvmcwFsN^=`2{OKH3
zCrBLi5Pmk)T$>&H3z5mc_T8D)(Avv!dYd0jJct+PXrqVKe(8}S?uXhhR;@fy;?j%$
zmT~92a{lWky6Pql0m)eu0ZZ1D<}La|oiON;cwgyblJZ~SQJ1im9x2}jnVabUAzQh`
zIZp@DfmR=~A+3l&W~!*oW=9gltvgR3<rXw0ny4hOEX)nL;3HDt=5b*)J3XQc!D{_V
z63*w1evRTi6EW>89Fm^3&=g-rpBQsNz0si4?)N{d8q>8&4${}gI*C_V;u^>iD8rwe
z*10|}GOA`ke4FY=kL)~%ln1F1w2+93_EmRsb1m=+3SI>{d+&G-k1wE(M(zy>zXA_I
zm=>04yS}N}x;SFJ9>G<z+|w3{S-^Z$I8=*w_0Z0Z+fr32(x8@ms$Vn*BjC9R%}LPy
zr);@VItx3xe{6>zR>m67tU?W29AIsSZwXf|E+TdA3NwPfa6#X?hN^6F>4(LVNt<|B
zD+yy>fv-({CF@gfDTbkE6d|vi0yRa)*ms*`byz-k!)_j6ddne2Cg7g;r${UZo^ldx
z*mQKNMbhNkSo_p-whP9)p=^$sa*+9X45E*%f_&I4BRCLDS^hs)v?7o$xB(AT66*NK
z@xCQWlhrvN)Wl(dYZOs-(B+ctM_W$iMkq`($b8Lu)mKhPDsU31wNQbN9viyzm&Uo4
z9%7TB<XD7LqVA~6&LE<;a|?`gN^7aI8?yK!ZK*is0SithFGYXcI2K=$8}g<3+4`LA
zhoZ{nwlRv+np-lD!02cXy%JbkK_iZqT1knMKT2K6xv;D>`nLw-vpO9_-bP-68yJrZ
zBd-0QzaQpNrC$aVOGlZjlZO)6J|;tGyRT2e@)@tY)~&-?-fqvX^iS}!Rm)&&tbu`(
zj}?ud+x$@CL95V>gH|BehbG0n@7=tMkQV=3g(WC=G1<{DhbE^bm`hmIYol4A<CC2-
zMPBXG&xUryt3&rl@~a{ze$%;DE=eszWT}L?65E;bXl|7_Rk&wl$@W{+2%N^pv@Lny
zhsdGJ2}xg&DvYJv4>r?kHHw=r-&$xu`ME#N7=khDm1+n?MK`)BMfppAQ5rMHp2V)}
zE@Nt-+(tdUlRZabBdfTUc9|3BqeYQzOWSAK@9}q0Wl#L($hPpXEhSldlc9}t(oEp;
z+$!|bDr#oRPD><If>ZLw$0#Hbqx3x%hgsfJYkFHA7#gwxUAZBD8T#h)ESl?Yg9vYV
zjNvVyR3hz>)=Wiot?Z6wkx-Jf6uE^^7TS08<oK_?SZo`#KrXhdO5dthxRq340VZaS
zo4?)WG}BPINJR@3u~9MM56tcw7doFci4%fXWYzo+Zj^-^zTp~GlM4T=RVW^Xxh-ue
z+67X+zx|w6V^P5-v`QJw^^h{C`d91~_bS$r3^Q`~VdC%gQ~|io!@9=iYeLWSaaN$E
z=J#Z2$kPhS4PwdxgO6e?ENRXxI>kf%573!a=qlz&@x}MZn?<2e_nr~E`cewXPcVj&
zQ;Nh^#HH9HK781!i#;AdfSREboc99`jJZYBlYY-P?Bl{pOut3`TG~@-YUkiLUbT#w
zQR+Nvrm+$48(aqwPS?=US2D(jmS&8-JP{rpvWs*^)|7h?E*(^nQl}i5YwmGG)TRxm
z?);<qyu_#sbjI`RhfN*St&Nd013r<!P8%t|=-$ZQLZegtd-B^?0X_@@4H0+U!kJul
zaorM#*;A!HxjclDgJ63zlK$|t^dAS$C0Ogm79)kRLdq^H4w>!;OnT<FQ9;*}qWK)?
zg}qm~KXU9;D^W~Vsy2cp{Aj$KW)Q}{@kengE6C9eG@<Q!q;XXpCNS){`iU)6eZ1j-
z;%zE9xrJWMcH0D+sA}nVV6JaS0MajG7M+8uf!4v4POvktYjS}352du*8pO={X8J^$
z(vLE>rvHd(TtgDBU2sacno=akOd64kC1lHz(Vrjs;G7AW&BS{)l)@~Zqg-X<m;zlI
z2|3$J?2HHrCOj}zGn3$iIqaFQ*uVCwHs=Fn;jNp<K&M)_7W>Yo5z75qsRYwcCYmUN
z<)g-{@e@Zg(C?SBk$|9%N2WNtWe~Lt`>20hj(N>@KMRGl)3DR{0+uE6oTaiFC+L_U
z?EQnI5W<+HoR_NZ3qxOzB<aAq<5UCnW<33ZrTEv_0*Idt{m^A7#zbhi9VAzL<yW>3
zeqK%Q$*V5%jB9d$@m&D%o#~_!{RA_fJC9kdnN$)Ch3$@uH<PFx9Zbqmm&Y>99K20}
zBESpl*dQx&V^v@!VY47jz^*uz6f>Y~G+R_)+J{FbWxdKLwWtd72a5a#&b;dXFhu${
z@Uf5|a+veU3czK?q0Ls+#2C`bewdJwRD72w&zMIRLQsTPg>ObXFS-STTgtE)hl=mg
z0E^fAa7zwyN+?*&l8qV>{bOcmlx&In*2{sbJXCdi(C^pZ`W}QqURn_S1^L+GK(|<i
z$$nLFXPt@T%QZO5&zM}Q;0fJw{BYi2?Ixr`Baw(XR*eMbK>L4R%}x}kdDey%#aiY5
z2>Mipi>&?IVvNX<^=bRfHb`4R<z(!zzU(Vv!-bdbg)o@oSX7BmDB~1BYUk+SWUOJj
zLh(%%kF+)Dn|EfJ5dXS=dnb~SmDH>*E)xImOTReUAwH^Dlo@6<ls+b9ZFt|s4oyN>
z%=z*+GLgtbq%bh6Jk#%o1jHjnFzl5HO?i$SqQ7zoHAmd(LgCpdn^_YcFky><IWkm>
z$XDz^Y&{-}_|ZRNn)hYf^HEG$A!n=MiZXYe&wMlU)OSMsCk@-q@)mlyaQhIvr5lu#
zv-00|f^M8hJHLxW(yCbIJbN~%=qWk1&gOXqt-_zbj^4NwL~l2IrTrLTUS2O}=q|{k
zuA$JAtG{^r={0>l9B$<}C%bX$Q{t|L!^~lEhvu}yR&OW~*-+d1@x6fR+iu;Ax&6P`
z@2OdxusCG$qu<M8N0MrBo}WYAAg&g6r^(TJ@JIM<f^cvyhK0jTArugpY7F`}JczK<
zj!~p^4U5JUXd?@&_OA@P<Ox~+DM+N;V^ONhc*AV}JJkP4BeF!pM`N~6X6!v;@zAux
zM>@yv>4N<9%?=x!!$eG-@i!B-58D0*!ZaHQ-_GC#SBLv`iL+nfT4%($tz1i#<XUZZ
zl=r-6(D&Tuh|iqv%8g`)D7ZWz&^xafVXqbF`+Cm|VQN)ns$v6^JP(l+`K8ACEY4s_
zfvS^(S}@Ig3aUEGD?s5u!{N%T0;KS5_J=CI?N7aa5@oA_Ju<Y=B{)>}d0Q2^tVx(}
zH7zAi-#7ONts262lpD%bXO9KnGv<G?a3CI@)hAa9#jDtfA)4>mjn6V$1|3lJ%FLMF
z6w1imzduq&No1_ZWJ7V^$-U%wx#cr1kIG3_yv+s^v?-n-nEsQc1Ff<ZgJdpixTQU3
z>VZsm;C^j@Yci%j&kN^rEI+igLk~!Nmfrh2t(NF|*+EuuOy4Jw?!suUrs3)jndh=K
zw`*ET*ztDw+*_R&X3y*A`x=wR{)63xng4%h0d$GI)8vm~CBCQ}%-Y#7P!&|4?%yE0
zKMCcQua(LF<Hh@1RP@SPt7G4+pxw+k<9PR*0-r)d=})?wM~a0CUM^ovtS7_^rAKx>
zCAXb$C<?mHwnZ+gn($u~8Y891aFp<rp@Y$dsW43e*n)H^Q6n)#S#n$rxjs3({AH_s
zjq36PT(-d?g*`Dtf_W*N9(nM|VYNTEd?;y>VG!H~ZrToCNnua0eGwLvNb&_}())+(
zDd`OrV@i&b<Vt@2t$&!%V0AQTiAn#lT2+G<Xhu3Wmq8%%3t^Q^i&W-f?{|Q1G)ONE
zV{Z0yhj=J2bp%Wc^5ftIK28``Ws&;;(|YiX7lMQ4UB#bNfpl_VR+H?ad1_R3rg&D&
z0Q69YO#&sBTkfWVVATYxVk#S=tbWnGP*#`tneqcI0G}>10`GNaRno`ZI%eS5)Cx9D
zr0@g&oktU1l=!Q^MkuUU8mb0~ryU-RN`^A}M4<-Rz91egQuVPIsdef2ilJ)(*fQ@X
zpYp)63_%tlB>0bEY&RwR&=D6GqdIQfSskuzZr{g@XCz5o?Ir$2=#uGt6<>oLrhj2&
z_&s34cFTd-^w?M)-_NA{30c6&+PW*?oMfslhCE7230bv#Wv921La$M6IWG|}in`?0
z_akNHrO>%C+^=)Tyt+kAX)>Wg*0JsjI*k|_U9#rmP7@DSScbV+Oz{807rV<3j)ban
zQLpt3E5%#8q<abJ9<nmGxI!g;!!0`rANsS}?<$qZ0TS=Zr`~*{JHx5*6lHV07#cop
zh@jQwr=y6<Y$S0{sN<RYg;^8))TGk^E<tfq2*P_lfU&k@O^jLBFwdF;CL<0xS)5*i
zx5p_p<DRC|amLe=IdPwRL@50uwwk@3;UtgB%vkf`ul4@3b{rBq<ds5q2A^(8WBCH8
zFUPf3<gD+I1JU?sxlPf)7*{otB$Sc|Jchoj|0@`d%kWP8u!wyhCh_KNjEe3;Sluyr
zA_iJ2x?r}QFD|WkEB_zPP8k!8cRb4_M~dqDmbOO9FN39jltfIzxqpbOx+|&(j4wy9
zCYch^sq3)@{+lD&ROI_(bW1tVjrQ;EIEad>q-qHJe%!N~7LGfF_*<t9siM){#}c{)
z_^8hs*S5A{B7WugtT;=<%Vmg?QeD{$971nZIs>|n$+HL>1rs)hnHZ}~0_QsF%v37v
z)Ebn-s&(1d=I26&AP0lAjKonUGolrO0o&XtywtZ9itv(B>2l<E16=lh$QprcLGzNB
zHhuir7~~r8g(p927c?``4hxzuC@uS2xOe7?^Vj4m)=M`e?=#atL|p4&{Ote9SUs;R
z)xMRx4gXo}i9EmY)Oz#4c)x*l-|qM^O5=^&k2&Dn;@*_e#-d?W8D6cABmbu?D<{xm
zPotS25LK=d`)5c{h7>DjOG$aislkSO9Hl3HGq_gXV2V2#7<&OyGt<O^@&pOERKMvi
zR3v0D1KbFRhIEy8wUzOzXQJ_FfYjT%FtH_Kfpw8uJ@R-4V^jfJB}{+14g(Y&Q%d-7
zp~R1>p{WvcWtV-U%9?l#tJojM#DfdJQw*(2W|kz9Z@<LKXjmQ2{N>n|ZUzB6misc=
z`NwtIXyB?8i|rh4e(<<5+$ku+%#b%_-Fq((t|N9S7u&!!r8b)nY$^Tnas>mV-#aeE
z!6*BT4x<Y^N=0`jD2wyWy}a)%+=G1ied}cMHrC?*&~#T(Z8dEhfP)7s5S-%f9w_ea
z?(S0DDK5nwio3hJ7k76lE~QZ1>7Vyo>p#xQ$?QEdPbPC;k4wD5qv{crAP9Ti$d-MA
zs3=!X6m^8R73OH9DZAkS#3;+*xrUY075dH7h081pO|8ktw)TR3Z=UsPomsJKrDvpp
zM8R{4xkrD0KdEMDWK)_g4n}x&-z19Wo8xFnP{d%w4>AA_K~Ws9hKo3-9O6Y`^As{r
zdM&~Nwbine|9&J$q^Wc~f-rR%HA6GQq?}=X-=TV|+wa&^o?P|5WV`}P0aJxTbG<u+
z@}y+dP%$|PDFzPt;*+I?G+KglU2aU|WCfYI<(P7F7Fc~_se{&2oE}BWax2kA)#I*K
zh-cFoq+Eo>eJXusrSwOtLrd;xJH!uIh-LJz@Zn{*dflt5Al&~uz$oCD^{8@~c6Ow;
zRz7Ua(H$vgh=vNUQuT$L-nSYx<2>s74JoS;8s-O3K}BjavdCw<9Dn(u!`qneEMD@Z
z>FP^1Ry<0|7$XVWVwP>3C4;JOc692{H6l>1BE`!moSCG^HzQ1qDQcQIr$xw)(=G#=
z&5ji8wLun99GXe+dA*`)zPe#JtT8O9uthx9V?DyUG?D#ppc2|)gS%DXR*{YUGG`Ml
zh+8Rx6nSvTqA$5)!M?sx&LJ;WtI)#B!i*(Kv`xD)vG5P*Z8Wi9&)|<Rck3n365Na)
zF-tOVfjO-8%F^X`xTkjHRvyho>1E92UXN<<Um)~|2V~C;*uj%8LM2@Qb<Hb2$9mk<
zEoXNVDVNR@!F_utX?g87#WwwH2bJM6vN2=D7Q({GO4}V~oVKR5ab+Ut&aj{yyRZax
zP=7|Yx6)GMVRsRNH!Hp?eqcD7LR+?of4a1<X3RC~^~Q}aYCn}JnFPdnE2pvfBMpFu
zN(a|ac<-9tF7-?e(XoMHTiikYF*;3xzC3!yWj;G@+E%(St=wxk5kcHlex(^%|Lm8c
z5F;|qL>p}vL;8lv1sKYi5+l~6R25U~t&9SM<HuU97TMXm3VY|r6-qb65HB!n!(+c}
z7Nx~9JSQPuaK}(LiSd~eMO0lh^fbo9K?RLLYgN~N$|jm)W(F>1I=^ndU&gNgDi;wT
zXzY2@n(q>r9EUSvjb-mAvRNvE?H})3iEw`T*TXonkms=e!Kto9!iWBHAJDvfHTI91
zu@TQgOvQ-)aQnc9Z*oYbyyNK>e-PU|%_l|t-1v|Dwi6Bt8!O?Y<^~}m3-&qpJjnrb
zcnw$YIqQ04xbiK9xo;_0uyQ=&2OB%wuR_$!LgQ;{7yU%+=})+(DpRQ(sHF*mIut(w
za}!9vTa!y3FgT!ABL7i>t&-?EO|Kts%*arkj;fNa!YJ=J*Mgjjwr53PMHcVn>a0n`
zg`P|E<xu8ItDY4g-k+_wQB)o+Wu1cx%^E4HIAabG76Z;a;y0IOOqT)-$)rZpIYR?l
zH_7PHr{4HDk!Sg0JkY7mR?NKfTJVPr2uwL+OBWl=j(7oqt3CNSZ@aesJCfx=I}LMn
zuSG)|4gnJyjr_WQ+q}IioBNeBX21NgzB@o6V3c{8`jZ+`B`I-aM0UI>Z?Bm%HQ%_l
zJbo52IgP}4m|K$Yl`Go0K11@@u1pv}iQGn7N=VR-Iw*{3lz&m;mmr9#TO=RF$Z3<u
zv5DA#j~q3i=Dp<I0DgC!P$^tK;C*JpM1EJQP%-c$-Df_q*PM{-a9oEv6FV%1JCalV
zFQf{Uw?00U@cLJsbwrfoQURrweS#92%C%~H=%(5nHY4dWgr`x7xeJlQ=(z80jypWv
z<A$O%P3lLk!Fl^xN?|4jnHv8GhHztXTvJZ&F=au$o@l{8+2%N~s2Lbu(cho%`82a6
z;CSsLvzb+-?{XWkAvmfBr8K;<;>Grb#T79Y`v#Lk!DitQ=a=r3Y$;3QNjYI5(>%RI
zKoX{TLFP4OH~F<PJclFF`YE+eww0PeA})nOr%D#(c4CWC^+29O28?j*Pecm?jq${h
zRLb0@Ca`c#5aW%Sk41F-3rFx8y*rXcfD&_sN%Ehm5{a4$YBdrBRKjJLbs#&dSff(u
zXqJ}=bJb<St+lw=W?HfIkO@OdE(gar2jDqyg6hy7j*7^J?Wxiv8L$=syjMnvM9^ga
zEp+%`+V`^I5=Xt<PS|08U4GbV!3RW?Xj+|UU0jp95^^!)XfR-de)Vni19si(^5y@u
z?U6Gx_e(+B_7IP%upq*2A836QD-{WrQ+ipJjN$hCrV~@LNensgrG06+%5^C~1{((v
zEY>;EW~(Rf+WWgYZp>FFXksFRm`H{<@O@f@^Ul@|ED70u4>|87KCf6$jnDQe*dvG@
zipom{CY7N}I%c0TmGtY$iDnBN2bl345Ll!btIgBzi!`5cZ*cE7bf|svYIQv1=fu!|
zCiwl?_5MzxjV-?dcZrq;RT#CCOY1jT1VHb~_lr9)k4MgX1F+8}BdC{N!bcMHw!qW$
z$=?3mqfzT&@fLCr@_@{{hx}!Ey}Z7q3ki3y3Y65Ql}ST%s~_J_g!%w9&WxF2B96B)
zP=Y`1wj=>|xh|&8@ilvLNS1AC;vTo25Rso>ysz5!dbJ%46&=a|1H5JqM_XKrAg9H8
zVto(WFOk_l-w^uG7}m57n--*{iSdHd^#?UV56LEVndTRaW!QOjinHmoX^w+Ldf1;?
zgalNq5-tU&*vuW_XAoqrjMP<DmtwGEJAN~}Z`I`2_tgiBk|2}^SsIIK`IdG*PI1zg
zO3>}GrbT(ypV8Y{vM&=2Tbv@I_++9AROcAi50_dp&}#D<=k_@e)fafw<*w7~-9Tr)
zFYXSRr|Gq2Mg?1fgFqZ>J}q-!wuXVH!_DHzq&I|9NU}veSd^N|#o(@=iy6PuKeL;P
zQ2cVOFLLSZu;{kvzsVB1$1%PN-^F_IjbL8iE@p@u@!P9&T6ln3z?*kth+JQE3|QBi
z&OJL>$l!DR&~d{E_Fya=C`I~Jd@^U3*Ye~`x8-dgK+n8|1bJ;79tHgGuUxP)gVlnB
zD(mQRZhLk7DSHXOOwgr$FOnZyj?e1C2#Sg}ooDbxzHyXu#ftHxo3>;ZSx00a)v=WZ
zN<Gr)E^^?iNE5?Tv}}lumt)B+Q_={C0Y%P0;heT^K<TBn1>c2`Wh~!n8Sc-e=IpWG
z3E07wVpIrexmkdv=+UX(dZ^KVk^NhuCY_M`9l<?~KP1Xb#N?>Ao3YtelaeTgC@W28
zYe~f>#z{8Q(>paAyBJZ6za~U(vYxB*rsYKH@ZEnKcMM_me@XMqRG39AwQtb`N+rey
z*Zy5pV1%x(CkS9~R*@9M*A|!O@_hlD@riNFQD<I+(8q#)waltR2TXb&)O9(Hszf<S
zN%cv(6*vb9x!4wnkObdC{*qpI{MPB%icfAM9?&|2!G@pWpX0#g+8JeQ`%yepR9|M~
z?EYLQG`i$9Ne=ZVePmS!+9!ni7>~MDHO~0bB<`&khd!allvY9xlTb`jBWT*I#kRD8
z^Jej3`7e&!z9MOK(OD}?6>|#J3SLL|0Q46HhfekfV?sM4XcOHiJ_}TTC=5Bj$%wW<
zQnUmWfs;a}(40{yvOc3oa<^fMz&i%tlaRLKd2W=1E7QCK{Ly5hdk-t5`w>DiJxv5U
z9BLa8p<3l9O|A6@Nx*o))bin;Sxj}%Hsf|=+@15FTaCaFI65=2Yj*#KuVH!@leM7g
ze)b7T^YFnF(?wX_bKPC0I~DpBNEYJ~_H?zoYg@^U>_p0)X}q^5h+q$GN0VJyeS<ri
zpFmF<K~477;n3r4PLw(^AkAmk=5Z_0vU5nlL^D|)j$L#(3gtRYS9Vp`o;4RBztfSK
ze6-jIEAH~qpP8-07}FwMBT;t~cU;54^K)Ov?MJ~~$Z##buFUssbJ-gfP`V2xg83{~
zkLXT7c^~WdfpV>7l7w!ezVFqTwdmlBaDsG-5awKmv1YtY)RFU_VFvKrrkldPQ=gV@
zM<S4+&{BgQ)6|S{w!|`0Xj7EYllW@t)80L7E`I*}5x`jawt)L=Yw{(W1c7Ye{Q==-
zIl;p#CUHJdQHVV?(!UReF=mW@=6#iBWZ}&>R}Va3x1y2<(~tk}>gjc3&-s?A%l?Wv
zg?vk9uFn4vIv|GN6VQKxnRD$Bmr?pm>R6~0@oa!NGuFb!dbUL8<y6RMVGXGL=w_(b
zy$+IT`Wmj3X#ZkewJQE}dok7Y9nE8|)p+W@8CEFk;z2A)Uw1lJc*-c9-{UeK1)%_O
zdfvi%VXm0C%TQh?WDuKtThkex-1k1oh1`_$GFD`2&raN~{}(Bz5h+^>t><IGE7ng6
zJR3Ak)BV|_{PCevRmPt<JK`N=>R1ywCQNQ|j<-e00-7Qgv;(?L@CJ;!=X-~K-^W06
z4qANTK1#{Y&|P2%HkQfKg@Q3Tj}`{otZfHh@p=0xRqYjj=VUEfvW+|l(RF-Isc*F$
zru&@ku9D`5aJLz)1mx_{=snk??*LHNtb$Aa8Cz|OTj2|!Dzf8EAS*g<WWq3SWCG8c
zeKp4)T*3c#C<Rk(hp5vx^i7(e;YXpEd$4sw9dft{2Pe9?ixUBfsyD8sso%CLQeCsQ
zS~3%<;<6i7hR8W73LKr|R%-v;fLXDkRAdDf-FW}hRswUqxub2ZUU;G{EUPDFpO#BC
zYIWf~&y&&FnEqG##)bRBrMR4gY>`RZS)^&#s!xOMVf;;@e{#(*wMr`w^+b8y*}07_
zBw)n}#A8a(gmi90!f(fP7hQcwv~xa@`_`%ZFHoEgyn9{$Oeks}G`s&5HRu`=5tpt1
z1zD1sHhCadR}832hC>)?PKECmq&WNZ7HWvx1`#WB5Z})qn_o$+^lTguB+rvb*oKwR
z@s_guWfh0yiGQjm&}mLEsSAH53~;wEpv9}nAJE`GYcCP-Lgx7<X+_PYWtJ%lwL&$)
z4;1;SJ(l4@s{U>k4r^nLuAn7Jos|(XQtX-5jVDjsU5-GVH9NI3F_7|$n1vysLq9G_
zp%lF~0bhkeX>D>(Q|M%_6o!nBSWrWa0{P7IQ*-t3N+`RTcK68)Q-)xqvEwh~<7<1=
z<L0vK>=PK#&4nLd1E+sUm$u`0Z=xP3vQH=y_=s7e$CIX8i`F53Mm<incp@bglCf5f
z$Mvp`h3j9-ncU8l8!+cr8hyA;@4haCat(-UO8$wJD|qTVliZ{JaD#`Br!a$i!!Yxt
zuktHL9Ai&0+<$p2tSU6^%U%bw{JB*&G00O9L)GCI2g+C8_zCA!9)qvfE1R>aqq~pI
z>=Fj2_7>ys$8dM!Hcqg?>+3TcQ;d@~u=2WIwY=!h0nXID4>p#vn1ozZ@M<myoR~p?
zX<;-2>zYx9bnRpUJe($^gZW=T&+zr-l;cb<;&*#_izHA~+4p2*hWj3q?Cw9A4I0X}
z*DwqX=gRFwf(C7;I%siIk0}*jT=1<9%7z%Q7!S(K#v<KPBy&K2)*0y9*swS+>r74$
zpDFl#>7`9f^u<pNj0}!uw9fKN-5$QY?wPPtQH=PV{f=%F%(`c?WM8quxhJr!-<}sq
zrsGzbn0>lXln>(GZG5+}etpb$k}A;ul8`{*7{>_218-1pj6@l8M7>zn?n%z4*WOia
zrQBBC#^S__Kx5`~dWkQ8W<IO7%$&?NQsoR5a>;6ASE65vS>k{TpXQJZCr=fPbxS%)
zAg6RQqI7VAhxR=Wbq0pwy2B&%iz~#RmYG%3ZQhs)tN$72&%KD7sLL5GQD2M8q<oTo
z=Q*HYzWp0$9t=teAN#jQ`iyrt6kGs@v1;KZKS4hgzF}sWz1E0MNNlubL~zy2rOSpf
z%RX0y(YV+}xXQN82y1zsWIw1GJ9n~mc<2XM0MOJf8`h&yMi5l7B$5U(J<#Jeb+~eh
z_J1SJa*=ve+<G@b0PK96<)lM<5@KOorkrZ^l)Y~aN!kkisZZQ!yDrYmnCdH0-#y0s
z=U@3{@lh?;VxmE-==&HR?H_g~PvQlQ#X{s4wBOyLJMF9H$=t*U=4e+b9wa(bU2O9n
zwd8K1)5T+HMQhoWoDU&c8ypl5YHl%2x?Dxm{3uD71&20?u|n%J!ERr<<ho$a{;@9)
z-^H63Hec%)uaQl${W0wt#+2;r8v^kDjsGnX>U9mb(;VMfp~beVH8N_6{_s7D)0`K{
z1FigE=6Ac-bag4N*YXKclOT;OVZ~zJP<xr<k!&Jk%~v#2TTO&VuQJ%KV~+b{`HIY0
zM{VO9MyT62m78$8nDT2jw!U{Yi6GC<Q9w`4JBHmw|H~)i#0o||roiE<8dGJ|(2D3c
zJ*!0<i)}IDt9MVLBRpCsa+&NhbwqhyY9q?;c|zmK-Lp#DUspCG_7RLVd(!39J0(J+
zX^Q7L?L-ljtpgACM5kkn4cLbW%{jb6*ySdpW7nGSr~XLUvd2z2U9;KJDv(SEyr34@
zdByV`0}35(y?Rk*tOU!F6*>q#6v;HY7O(`+ULwbNglLsL(q6#qGZf~g_lss_Oau-E
zZ%_NHKVq&g)SJ-F1&UJkjW3R-H?m43k&E<%6|ih+T=zq{n2AM5(6O&=GL+tV<6%nV
z5&g`ew6)UaJ3koVUSrvQRn3y(_@_JK`<scUzn(jIY_<KHH67^s@3srLal}+Ed>neR
zs)72_7K%kVZnL}^F6#|__9{7TbX-_x7}dlKEr_hu)#r3eX+1(;*mdJ6)P#LF+vmY;
zn(c=VV21O8N<2#7o|`o~ggGqf6BIjvHEs1~ft?)k0GRyxo%1sRH7BJFZHld(y~lxQ
z0it*O0$x)P=T`<I+DMxV*x~xMzZT3e7j*q%;tR|9=4xD>F+sBf><6(JN8=l(x4mt(
z2%ME{Gt#gQN>nTCI#}|@qE}Ap(Lb|F7IKjnTG4WML)aJ(<Ae^67j(gre!>I+?lkF(
z#-?^Zv>6QSBwrE6TzJ?}9<Y`dSt9pspP6{MMd*sA@iYljZ`uMH({_4aRm9sdi;SLg
z9|F4pdgMYAS)2}~r%5KeGV`{TZ2p&+w(>~o#CB$mnavoMMIwhXC0uU4`L3&0TosZo
z!>3XxspB4pmhNlQ31m+ZbM77J97SxX6e55a=xH3@WV)qlFZNMzv@_>Dm-J5)%R6fV
zGqz}a#OI$jyOIfnyuJz{u)jXbY?zu{hN#Jyu1<r~niL<;c*Yms%J-K}P1zk_x`<Jp
z8gd%$7~&Ydc$<@xAhN%gieFwWv%*+3+k_IeB{ngeDkr09<n0+VppOy#<TO!5d00ic
z5}*mPR-$Jk_82_lNsOU@h$1r&-%{NRaAw2^EHmBEr~)}Y&U0lT>t*-vhf7harK`hJ
zt?td-lcTy2S^+hhD{*_D#CMlSfpURqH^MH`-=eT&Hhu)3F!EEx^CS>D+{~XA`PR3k
zD>9C=*pF<%rOmMHYm;R7r;^jUpsVMQ<4C2Q9Jxl=jrItFZ=Pu_H9EX=cpL_#UBAzo
z(#q5y6*YA>>{SOD-xH7KOe4XTXWlTFkL6Q2{R&A(?sc`xg*n7$Z&R^6H7%w0R4P4e
zcjE18jN{>_@-tgjV64(^FNID=-2sjxo{^yUe0txn-<pYfHk<vnu~Hd+>%Z<9qY<@I
z#M{*jXn`X5(%HIYCLQgJLKN<>%aXio7xUmR9vZOxp~;nuv=q$L?EQfXg|k91QNBFn
zp;N|J;1hubn!CtoHWJ)z|IyJG{I-`*rT-BR?FVtb5W=Br6B0ItIH@$*PJ_!3@s{D<
zahADl%ViS6-V#5yk3xV_LnW_4%$Y9-F&*Mpc!~n|>bm{^#qG3wT6$R9N0IsH;0>e?
zJe!qM6qGJ$GB1NQ#%8k$WfYbTQ}iBQh*^7;clS+&Ye^~WXXvtBdB(AL<;yrZ$pxHc
zOVTMT614(nI+cH#*(RsZ>J%Eh(TS`j(`vvZugIfL*xMg*axq|bsZ(6ZEbiTazT%(t
ze3C@6X}^<^I6uYcVTGTzG+Uo9b5Pwo27g7TzW;;XI#Ncg_^`jE6vqoF*YQhM_BN7z
zXJg4MHw|Yk6Et%EM%AUg6e|#XW}EMUzy<{}$U4{N+lJNyxxX45D9M~&v>7&)IF!GJ
zWEu5$XWHtzwIGa3`N8wvZauURz2fxz+DQI%83?x>cpcZ|s0U{VfqlOdd8|!LOkhY6
zI-eGNH~e-z3}G%FAo<K0p?`0XM0b#<!;dV-Uhn^m3`4IyIm4SI7&QLBo4X$mdGG6a
z0@smB|ML%0v0EsJy$=&13FSvcNSbf!W-<4n+3#Wf<kS6m#lPPHebcVppRc*m-uEHw
z)1CnApP<naCM_G2*i8Ruez}cO2c{$=)1e^l^;|Qa-i$f(V-7sF*SA`#2VDai`n=yX
z_aVBB4$z9Rq-&o&#T472&9mk>bO^S2aib_wO`$1VN_atrx4C#mgW6y7h2hr=*CVfN
zT=ZqJ?TuuM*lMoAq&Y2LXlPkuzuk>KNwR?BDSpl~T2Qy*1n=mYPMpFw!)1cVo(tBA
zDI{y%O`8OrQW)7yaZxkIk}yv?2A~GK@BXzt{!#JOILeuA+6{z4lo_IzgaJp(qO;hs
zDWvGychRf<fGY_uWSaDdW!4%1uv<gXvHc1g#A8-fz+kj%RvY;g9LUQ!o`T;%h7yBQ
z5yWmSCkjMF#1KTK^nT<BxHxHj<S_!dy!L+Ez17nh_kCDzbKT)S@${dya3tEECr&PJ
zrD6z0>6YahXZOq4YNMYVKrOjt6k<jtp>mLu%~*g*E=-`JQve|xlMd|nZIbDo;#*}q
zLjtEP2Aysj%{C?G)0yD^W(vf5=`tTr%CU1fO4VXE?0(AoILot~%{8F^-=o~zd1&o>
zo9yF<AO^DIc1Euom=K=;67F3e)`7!-_n=u|_>G!He<|k4n633Xa30W*2Pfw$zAH-p
z{#KAcV(SM=3!7OlKBn>u)?-krVocTd4|6U!8B-N4H$QVHn;4NneJn3jg&IXcl7y#5
z5TRAB9b}{JoRG*WyeUy(3Cw)iqD$@8HURE=FHJ%fcz47CWs~Cwo>%ZiGOuTQ-(@Z6
zJqr<cMbqNOQ?i?_a`@ZFQ)VraX=!LN-tLMSOfhWaWdOo5mqI=sjOG>cbbWkeWu5v=
z9jXY8G@_+4=ni#$@y-8#7eGyw5rmp*I!sz6g!%XFM@O$#YzkC3d%~g0Tmm6WT9Rsz
zJkZ}yYCA~W?e74>E`(RU@_+2|dv5D{|MOo&m4bqTuH~bS$cEi&CR-vJC&&NgtamVp
zO71^idX(4~1&|Aw1ZRt7EIN&c|H;+NGw1EtS8D^&+e}XbDxU7hKc&7nC**am$l(Lf
z{b|u)U0qW+T2z*@m{Z@BhrhQb?da<*NULak|M*k6bl1n}QYKpt=nIan7r({TwVKju
zj4C@vCByMffr5H{5Qak>BTV{&i&5^vtU0T32IX=M7wokS`g<(fpWCNe80~Pff6HLl
z412NZO3X(q*i8xU*mS9E2d%Sc3pNF)5PGd^p`R2IpU+u*Sw(u=->@KP-LB0ID<wz~
zw7A;c#{?r3e5m-ZC<f|5ky`k%0RGjQtcWLhA`QwXxRSwLa^XfLirEx8qJM;hE3$D!
zODV%2@k;m>swd}Z9|bZ#%-@(bh`!^4I`UFq(M<YCv1ao&*>pXPMB}!@<XdZC$;kIp
z|506iL5A*!kQq{vlK<K0DYIGJj*F!VpSkSUBB}o;?m&{p|8}n44b}E?ARx<s9!p{(
z2EYrlf&qR(Oz|CqCIUTJ3`N>Qa6pX<3?RGEg-bQM^bB%s=uk_A8tsVBjVRGi8Gizc
zCg*R{fB@N3wY+@th%8usB~5q=ZyY4Ll^m0P9x>iuE8-c&qC|(@Sl!0T34L2U_=a#<
zU!S;XQGfBA-<?iNVNT*l@g|iEo$<4n=kb^K4}1m+)&{DA5q4N43u=-iG3Ge<n7^U=
z2K6Y9M$TCmJ_SKsI#>>vfkmhVQ7tA+bae!mVv7kBCL%><-8~6?cDQ^ns^sqKaC$`0
z!~~%Pa`LD*+J)=%%u|6D7@D<_mqgVT3WuwdB+f+z0%I(?okp<ZO6j}1heG&${3~d`
z7#yn$RXkuJDPp+5{j^&z2;TDv&@(`{`L)scKoX#wT)GcQ590&)AyH(&Ux@bu-H*z>
z#R_?MVIXdOx>=k~v-Lb=&^>)L&7!6A(yhnrY8Adm#imT_pGJhDW{Hvt4q?UAw#$yv
z+L}`j$!z>6zSD7E&CbrGWTQz!jzehpn+kHM@<m-KV$j1(-_{UJuBL*v-#D-;HpH@m
zmHow#8j8Rr>(Wn4TE?4PT(XV=`D^%yG5Y3^DKc1ETsxS(*}vgC88$iX{WF`i=BIOA
zh9Tuv>HX+JpJnXB1b^>elSJ27tkq8j9zlL><=%l0`=a>_ensEhGnYSQl8RVHr_u49
zAi2bAv-2ky1t}jA><Zv3jV7&fDI6wb!#&>CFM&M8yx^d9v<Tmrpx;r)h6_jNZwcpn
zyw+_#u!H=3zwt#9D#^s4{Uxv6kdld%>83;_SB^x+juu2MpzKUJALejcc4x_iKB`3r
zT(lW=mF#}JUe#F{*(d8XSrUEwJMizn9s`gN&$iYRM3d(<8;KD^6Tkxa-z4V&`u__Y
zBQv-EQgHNH{BMo@_P;mzvG+d?M=6KboyHQ}3M9`C{BPLn2&noJ)&VsML!U>jQhUlB
z<RtwCtnLS{a%*DtsVKP9eAS<8X!xJ+r<gjvleX_|rQDgABi{R`aq$Y71=VO#_EPOh
zoPF14*TW~H61LE!q>QtmA}5`?RHQ}209F-volP9%dR>vUflw#$8Br?=<vSdw*ri1q
z^dqVb#KD^e3lG>O>+*nlIrm!i%N7vNM!1)`BhPjO3>HJ773X_F&<BnT2k?j=A60F*
z<Ptak{T!9;H#8K0y7;0`C{$cJAu=F^bk&e8Z-x+x9b{Ab$&@@Nb}O*ak}=_y|8G1y
zl=)aAeVdcOqnH@+ekK*4Opx!V2(O!QngEF6-*Y>|2gc$*>2}&1gpdLiDQ_!|?<;9c
zdbQm*6A)Cs1n@Tv(t!Ym<f;Gd`Sw3BpHa8@R06f_Ic$sq<pTeZrp{gJ2r6PYO6MEq
z{kSfeo}<F;B3ENp-$2Rm>Rso?z{T%2+sUy!j4~$`?c3>ZhL9CP`|sJO)FX_H6<)&Q
zsaR+@dhJupvibNyTQcxGS;a~}rbaUYc0MYo7xzsW4JElOD>={_ePA)U8S|Q+p@Tq9
zVolNKbCd^_+=)vQx~rk~X{sPKdhHRDB!(m)=tHkN%O_fx@ca3Vc@zDs!hI<=h>N3w
zKzDkaW=Gsg@TiXouY?o9bRCtTKouqT#y?2+Q;Er$>{Rgz`Vc6({Phv~Dme7P7b>9~
z_ha1Lsq9cf@gGORn{-cV=x<VE(G(KJ6}JFk`3S_myHw}VV7ULF|Nl@o$nc&02jW9$
zrZg6#4@e`ATZo^pk@R{X^l|XJwyU<@ctFnRW#PZVy2|MN98baf2YQs#Ai0qDpFnq$
zq8->&AG?_cd<h+f`igSFDx#IIG7+u1vXV!UQz9!$&iliEjI0f8SmP?i@Mlnp-xO;-
zSX6+jq||D9e}AS>0rK_sin8~RX+Ts=_f+g+2zxx~rfO=$MywTwjI-9`Q<96k61~<`
zt^0+DvgpsjrTf}GJXICty2gv;>$(ztQ5x77K-E1GQJdn%$`|bN8da>M3YGq9lgtk(
z8lz-AAp+q(B#hu*t=z(?5P9gr`sk0^>|yObW=GUxM81YG+z4{;@D7qPC*k<RCl`F$
zNBFzA;6L9Px5oN-<s-y(G|`U~GL^TEXxm_a$r)`Rb-_@*{pT@wjmsJCPeyk+u;N|l
zCqpLj9b^!nPNjr=Aeh>JCQpLcC!Ie3cSskI+y4l#&GacqW%YWPtW>Ml=J3CnEb%3g
z?c2?UY?cNZSCacZ5n~+uMG3C(*laX^9l=p@LuHwyU)V@zW;e~Gj!p9Ur~AEvdyyEg
ze$zx-3EHba-Id5#P%&@eMlZ8~LdSlFf(0%ZYd0AcFC9+h#4k9|MOG39HeckAkBlK0
zuAp^?9r>V2m4#qQlyY-UvkOUnc~2!Ku5}SMZ{tE3kgP)2eSpOugD{De#7M-<TUsmI
z`DSU~v~f((D1!FplSWmA;o(kysBvvtQX(k&9IFQ?5Ei)5k(1hDwkFxHKw9u#de;_5
zYd1>zPk16r3Hp8c)DZ!*j_7BYh3wc-fZzR!UER6>BM{_&1L-rueMH6H#9iQzkoBL0
z0g)6=Sp2V}A?!!4&v^yJ;#1}Ef;4IAhPWXsb9loL5`zJd&g*`zIAv>(A^v56P2caU
zfinM7F41QW>g9VWzN3o7qr{x^Qtd!#Hi4=o+7<GI>Z6H=p?4ZBBexs^E)jkeU7h2}
z;^7+3g2B{;>fn*3u?&<rihGW9rX?Z*T+24YOfy-zG+Ot}c4gd$GrUQ~ppod#zbd(6
zX;kadD3zu}V6KH@(xJ52g_tSAZ5-qpU7zKATf*b&BH?@+>_HP#>o7%5x{~UVsZ#Ey
zuuhl1M>qt!SOH{BH$7@6Xwv)~I{6jc$s4-~^gro5Cxysc1JIrNk*Q|G-tqvLH!O;g
z_<yFS{ha};{?2VG#se|<9F{ZL9ro*urEk5jmsx^-KHN9A!(2QNfe+Fpr+`W>?c150
z5idj;l-rw^B6)}G){s%mQ9#>;=pZLk85|JtA}4)$4SLiBpk&-;#yVLy5Y8lVMwV2>
z7LZn~Im)c7Wf`reQLriW3|}kOK;FnRuCdZ*p~2;?u!^+N;UNJ4RET3kw~7Axn{575
zh71aHHA?wYM^@0fF<YpLK82)jIXcL)BKpbsYnGai>jX^p263j$xkh<JBhRF|clcp%
z7d`S$E%I325n6T57Ob{1Tk6xHPfnS832vdgzAF~nND||<3zv3$gu~#=u_;5KDTdEN
zLVo4(2XmT&gElR0#+|CcI_M8nptM%<{43c8zO{5CO5W+plmI2YqJ%7|Tm@7=dfMAE
z&Kk$le_e?naLzYKqo6#nohIFSv(4hwzmKcFJygg4Ogh<d2*?uvS>t;5vFp~Zsp0;s
z6nF1RxrrdK2ju5!8`#P63n4MYAX9?)mW>vZ&EFgErXbCTx{U{dalu0Y+8;aH{z|Pu
z2s<uzZLASajmE5YP=P1)nbn!rv*E~kw$-oBDy1VnZxs(<O??f|BfT?!X>45j0oqj@
zM}?lmI_J-)-!m0C-PEcOMQ+Tt*KkXERaGVf-V9CND5(JSqLpfg%%dzyNFJJe&Wj$=
zztA@j9-{!d(1RYlwJDp8%gVdvHo>TEk?wO%1X0sUY1%(K5tK#G(F@E>MV%%uS=;DP
zt5Q^V+^IBoRfzJSVGA@^Ck~(RmAkk|q0MDoG{@0$M&wD)u{p;R?F#3JEf=m>W#BgG
z!4~r^RC&8<j6eXSF3b@M_<$66N_>BsJ6um{wHx*yHXQ?wGprz6gFmEY%HJO`?WV&~
zkk2l?l7k^+)d@sr`UmNq;{(yko^PZ`{O+C(;sgF`iUhGji6K3mAPeK%{i@Nw&A#`|
z-RBw43DaUeL2+~w<2qATI}wFYNn-%&rhC$*RFUM}zf;VuCZd+qtlS_HV^w@x=Fq5T
zes^cJ0?FOJ`4FdqB4(xJmhhs=1iMC#u_lA<&(3Snf*8*q-iX>YQkC8NSOpZiLP`*i
zHZHXCXVe+gH}C=1Up0_kjy~`uGuKn(q=;fdbd#ED9BrcrId!DC_a2~19zw9J0ZSKi
zD)+@#g7Fs!Ygz#B1hL0mHXW`+p8*RyJ%vxkTFG}TP`F}ibqZ%0wwsHa#U>dM*!!|B
zARQD1QDayjrA6zegI<r%J!IO(34J_4xHh+$Y#!YLvOyvnXaEG7L5qhVtHaT_d5|&N
z7Fn&)^Mois|LIS<kZ*n7`5UeVdG8>G>U|I^A3H282K<8{e4U{(QJbpLw-E(4+|Jkl
zy;g=L69x@UD~Yl%xz=7w0nD?Dp);jgzxh`ua?`c3eV9|IQ~g!XC2+Xo_~v5@SB4mb
zSYRz?WHN+V2F`>a*?WY_(DP7=z~6b5pZC4Xsd!eADm81E)pzz;M2+-Ql74@PgjFOL
zfL|+3lO0=`A9oWMOcpf6^vK025i!2Tlni>;WGrRy5-Fsil`x&}(&kF41*x}II?2-=
zA~4?;VWpwZ*)NTa%--an$=s0yw104XWt7RsJqQ9)_?d!Wsseav(JCxsm5-WSPG@D=
zdGehLS}6QEpT*(k;Eb9HWO>G4So*L3lvhnz@AJ<_g!~<MCc_B4q%)i~+&}(Px#pGz
z5D9T3Y`HmFlP`f1TAM66@);~a<Y6h5Url0`zPUc~c{YzMrNm;3`bykWER){?J%{Dn
zsOhpoumRsYO!WH_ZX%S&rXT^n4{vOyUzwaW(ny}OXry$AJF3~Y$EBWS5k}>*PT^<W
ziJBh_yUefDPfuE!OrL)FuP4chq&@8=DFT(#glRpAD;+0ZT$B4lg{ho_HOhK6sAhhU
zhJMC@N4}(OjR^^TAsrkK+ru;>=pKm{RT6hulS}xPQgwv!H3-k!_4`f}DI-;Cs!$Bi
z8{^Y;O-10=XP`zPzg?KVw!|6*ioswwKbd>T-?U1V!^Gb|bGv+UX$zS7i#Qf&c+x8p
z+cOhnGXgVBAl3i)))6{;5hik-DiDxef6}3#S%UGin#;3Bm`-6P=@_gE7AOs)$H$0a
zOk9m+K=VJgJ8VOLx2-RyRI-u%ZU9aB$)Ymq88<ZPi0(osv84NsR^&!WwD+^$u5k`M
zBdt*nBh^7!Xm_u&$CB2i7*11$K`<j*vcRGl+q3_lMUkLa;$R>RQFs*r^VECeEXlcA
zDmX!?4$Z5SQqBEa>rQblC2QGT$mIZ{Xb_-tf>vgs)j6G=g?`ivB%YPJV)dPZBTnw{
zS2P(Ihdu9xqHf<5c8nKmqxm`UH(c#Zq`fbyx}_wmCMIt~EjnXXE@RH_IK2+h^6%CK
z+0{5PE>>Bkex9RhisA3aZe&(lA+1!x(xq?h#ovU<=pS|S`>2U!`_gWbO@{4NC&wK<
zud?G{VJ9r(AFbX#!@3r9Tk_<{RlHR21V!HbB&UqSI*#!*OhtWqEsPnDz|<EiVF!?*
zJo5s7jVSd2g8a}$LX$BD!(^=u`JcsVlo`rocQnd7>Mye?-;%VX)JpHr=*~2c(lf_X
z*zflyNs>;XjVCFA$tEsM%T_F%C298=(E^wa>t!Rd)S{L8)oH-Cb5&>M*>3(onX<C%
z>hJtYASA|CwY2!bm)40GZRO=`L|W673Uyd)7IbF)$uilP_<GVRZH#*1^q?3z2^$6?
zB)KRPf+20$%T>y<!);N{y86ssBFf(H)G#7iEXyR6BBB+eyX55<%l0rgzg0>Z8Ez>5
z2FIV!q^UNvfIbVYPw3SqIGXNRew{4Cgq~ZS4d{K{C9AI^jc`gbZ9kU_S<OB|lBDQ!
zQ6*XQvwBvBobpFFO&S*Qi&yR3IbSfAD+}B;>)VdGuDHdgZ>tM-BJU--hwqmimK9|v
z>5w9=b_A`vX$h<b0h8)kq6iXwMTHaOd>hO`WE)6kL!QEgLDKsI+CMAK8AiC~zb*$a
z%p_{5kU9%T0M$sT)LDQ0P^O4bn%7Q1{bqT|fvByY6vvf80f_BR2@{@beIZw6hGx)e
z>_HRO8QMr`r4zt7>3=YLj@n}S0oN7Ti1+<IwWwTQR8~BLM^RdvurxxPlHvC{o$+V4
zcQGYtG5?zJYVy6$c_=uLi(-BsRGW3p-yvnCH=DkDtW$yD_<MlQc?yFF_##YGhhzZh
zKnTNoWh>8C(jz!&D)TgxvhH>%YqU_j)V8Ub(T>oN0wwAX3Xqlxw?<{7i5XgW3Rcvd
zefW^Vq8kdWUnN=M>yt8p11-|XU0yjis1!?%PGf*Q4w@-$q}X;C#luRty3RgaBbq@@
ztH)w+s(i%;TAg@4{9`n~?z1f8<?z7rU9DJ^jED8f1ezG7fKB8_AUdUf1TuI57^=Wg
zz#SUg3zNSUz>NVNd`ND0$PJ4K1!PD6rI7cA4g25+Ip?xP(K6uhnqIH%zZID`Hn6qN
zwaDFjQr_qOyj=cCv|f|GjR5{$N!h7@nKVSNAAX!*YdjJ-H(Ec@e?Gu?O?J;XEENWe
zU#Xn)vVjP2eWw=|XBSI3KV14uI_4o*e%qjpjjHH;DVFG#&jMX(BoAIu;XtLESXI@d
z_|pY)B*v^(B(`v$3WpoU91lA*B3o0P+8JP%6II46^5du_=^&C6#yP9lNZ4gO-_3a;
z71`Xtl}Ny-udWzP(r&KoCRJ~0dqhFqcIHL|1cu*G!+gtQoey{wum1%rg1%=y>a@H(
z6=sP`Ky{P6$1{U00`@vXe3c`38O1&oGpaT#)zaTx5to6QT06P0)7{OzAD6Evk!n^z
zz1MwPT#iOhQ#it~!Ki#mkZb~c{!Rsmga)?^k|SCmXyNFUq;|e5V`s@4r$$!7sSIb+
z@RZ;juzpH5Noo>F<(B7*d~f4Fopkyom^{?&^H^Xe9IKO*MSjK1%&>eZvEEj&@(mQb
zU(<Jl6J56WzH*2_UMtl@99L%{GVyySUw7(xIQ%e2A~x?E_fsq^R8Y7wA47D)p&V@f
zzmG^GQDbPb2v)#P4J|awAE^`*u5_O5^>J_2#kqoi4_oq5kSEm|KFOpu0Z8AMd~b1j
z#l2CyRe%Ji1#BfCDaR4%8hORp`nfZC;xF6E2b}lSg2jko_IDK%L)0r0xhSq0qTby%
zOisAFRIDv=m4h%Pgh~wrV2b<cxG1J9oGf~GGg%FB=)e|tHmZJZJy+B)1P!{$w<FYI
zd-vbk385_OWzsjyqO{Bg_*?%_-d?3D`eTqKGm1mc=rE#DHz|t}@Y``oMWt_klLJtt
zmH`HHRnUr9B8;E0J8_3xY@A%{e>q4z0bw8^c@t%a=jtqHlf*lZG_e=m*UET;8Z5X#
zLC?E^L)6MsH)5?{Ww?&#zjGsw?QYVfm)M?+paV+CNtS5K?_<P&>lG1!)LP*~0tK2S
zW-Gig)!(k0(t!7ZfBA(S<&<0>-B!eXt!d{Ff}>OqGhOP2oyX$6l?&BqsL)yTYoU8P
z9YfdQRukrsmxD@&L<%H|8WYq9G`Ho;{s~uF1j5?3nM3K>H<0S}|Mt41(UIRuuoa^x
zH@~K~BpyU9?-Lz_noH2bHXE$5iWN2{Cx<*R0IR<Dvhf2CQOi=8pmpb6c#qX&QRk=F
zvrIiGX`EoX*rk7~3d_nQAff)bG_pjRR*bU66iXeA5PGHh^E|*@?&B|?a!XPkw95rB
zWobfBL(5PYv`tz#(%K3v(lNCgd(18xBkTy=QiK8ebo=?B$TPOEpfs?;8=a>Zwmd0a
zB7}VzTSY-0JTy<PVU0#kML+Y!7m<!KjWW@w7id9=9bNrfZh{yiXp?TSm%(>=K_B^_
zyO}9sr4eQD#V*`SuSVt%Eox^*GvA`G)%&v4u=$R8_xi6zsPb5lq7>4Z59#sz67Ajl
zFUov`^sFSg^PRSg=nyb4U`~XASLRbqFc+heYW0wAK?8k0G}tn<3(GUjy_~&8cTuvC
zUm_5yipWh+qRRs(xj1Q*jk2;!)(!QAEyke!XISAw=uUG-I=Ki_-qC&rNye=>P!yZA
zvQ!0gmq6UMS;2JKoQ51LmmFD-DQ1XRS#Pkq9`k7M&i;?MIC(|oVB;y*f>xw?>C)C)
zL@3_7W7(FZTtBICBUTY?<XiPlEPy?=<bXh|0skiyN57{~F9tLwfk-G+$bqPzsHX*q
zcG!7!Tb$;yv>q;Eamm^^_>Ne7mfT)m-UF#SXhvZfqD~~zo27n1|I;L&HC11Fp`Rtc
z-BRRSa6pQ$HOQC4uU=63z;{gB`>mvTA&5r$t9EIiJrSJhHZ=-xALB67k~EcN7-8G`
zZ@da=*9z}7xUn=QAs(GE_@=g<wxSwEYwAZ5l9BA1+F0RqS}a`sU;N&f#$yJC4wRWK
z`E+p|pPv=)gRqEfR_`B^tF<beN8Cw)q-50Y2_UG_{e1;M1_ub^)Yl3gS@9d>InkqN
z8G_T_5&3GT(iQjav%}(OIl&s-xX3Bs)$f|@8`a$*im~el#GzC9{4(<@iTt*h5j-mH
z>6igChNX+;=EN@pe%eZO?y>I{s_$*w8HGR6gc0X87W*YEKd}}jbEDuy=Qe~+#-201
zA!z&yQvFdIL|rRojtXn4@D<k#bCdFK#CauS9l(COWzvzI0YDi?o!mFz1AX`|+N*ga
z=x?&WKK}CcW<|xEDsiSZ;on?LQ-2?ZL1DNuXY~SaQ~p|VYStA*JO^HQi`UB=^P9Hc
z$R3C~?wGr+JGj}}&*;J(iE6kQLw^EX*qmuk=uq=*`{?C0$)pjh<CLR-Q|U#>7zyoC
z{8M6Ftn`&Z#x(;CT#}C32C;nsBO0l>Rm_{rp%p!{J<8un(ubE3yeE?LD7o{uBn?^=
z6{?R)0+%vv$0GoPnQ;`}4<kZAZ5)ThrxKSW^dK*buNcu59*9&H1+v=Qt4t{@I^9{*
z+n8J@qRoBmk@tG|t36TW?)mk-Z|Z<V+TU&P8P;d`pEpRvjQ1hS!(7PT1OvkN96Pjp
z*)=FRZoWzlip}2hrd}A6B3<01Dwb$>pXie7DCL|}s!@iEPgNrtkUg4%xq(!b3_c4h
zkTrppZ4b>UUVDzlrsOu10K?uVjVGVunk0Qwfo{BoZu+@v=+M~P50o8DU&;Bp16v}Q
zt@$BQaX^?bbBst}2MzjHm_nDlvWsAmx6PtB(1?!T8O_OED4$h+_>S#psMAscH0ljn
z9<(Qq*#09S9y}$vtI9SmunOrn@Y&6Vv@m6g_>+s-#|i##GS&=qaXdV@B>`f;WTg9q
z^#VBo$|Lyr@VCrk`U_y7xd?a#zm!0xV@^Jvv5|h15UFYGwtY$}o)e%}*W9?fKHP~5
zQ?hw%S?&*OqNqW9{*MCO^m3|}WVf^={L4ujJb=VqmE;N?XJs}}XpE$~gCQJS_>IK}
zrJ#S2saK$<MfT6d;N22DY`1m`I8onAoR*lIQeHS^QV|O<R6#^gX!gQ`;aFNw2cwNr
zbh%vYqhLB)yru<aZuYmsFoaZS-b$s&h`@iVd39m^hhpd^`6NG6qY;{B!L6r3cul%M
zv9YesI_A8L^X`wzN_BmpVb597yfq4u8aiUtGpN#Qo|=v%GG^P2wB}TU6gmO6TOD^x
zqLGFzG1d;0@!D9Ai$67#CRvErcD=ZhgxnKI;r<IzOD_^mGVP=nxg0~xx<C~5_0Tbp
z%4{1=1!P9I>oAu^YpOu#mHxz>&<!=FyQ4aG7Y<B`>YXGP&JZV~;=~{G+#bzO%XJ0-
z5)e5-hyaU43%_eo;nqZ}KymxOJtr~X_g!;iCDW(3rG{Kl$Qg?piWW2R)Q8f{!y4`v
zvEF{yoHES)KBm?oHYn*6Td;cCpe4}gQq)FTR!7rzs?<rVgkb!*RLS0g+D|>r415l1
zmxHkz#&k6)*Hv@S8t!|W-vv9yE|0hW!c9)c#;sJDF99W`<Vy?W<`8JDPe+h5w2<Vo
zMjC=7#>_2k@PySh-BbV2mTMa!A|_WePQ+v(P7=2sCef~aQxK-|DE-zDYMq6T(|ZU7
zqP*sr$VuJ}Tic^DM1WTn`4*dgNHmBo3JoaKU$`TKVdQfK!&0*a17S7?osMubkVW!d
zbJ4aqvLg#rq)bDr5!DpAg3$?cl3G>>26N)v6JkBmzA%-E51oEFtqWE#8E;4LCl^^l
z(pGA-^mOtVi0XV*rcr-NZO=f);DnWYDh>6CT3sZVB$Re*q}qVlC9)l_qgKx}v_Sp;
zy8u7bu96uD;YwYQrJqu>|D@Am7PcQKr+F|G>!LK-<1Q1O%8?@Zetba=u7lFyo0!Cb
zGRAq_0R*x00mImJ(l=IXj@<DpkvMU|)cK4;z~Gn^;FZ8_q)Kl~zqttHS@Gf3zU}|2
zzttDHZKsiOzY@@6ps~J33q*@0(}+FJAm8nnU{p#L4HD#(L@Ca{WCY1&Wyt?tZ>)7`
z2$v@m9Du5PA?TYR0T+jr!APtps7sD!EYKj~^1hZKX)6>a=ux@Mxzgt|gVa#6NDX92
zV?f2Tr3ss`%woG1`U#3jv6-ZNO4lP88AW2qB~BodjKrZ|5$KGS=%fYra{J0|$i6P7
z7MA#V3G8Ilh4zoW{XBTW53+$Uhu=O1Gb<vtr}_{;ZKf_pU!c(6^5W}4g-Ih=>nZRA
zKl1qW*9`2Ih`1J%pCeVW5E)8J^iS1)P~-Z@mEPMI(<zOrtK{$;E@^z%V6ec-3FhCK
zM3nm~Z1vnclDis<EF+PwfzA`Xg4+kk9|z~g6uW&v1me&R_KX$tP^w;JTN^~)tCn53
z{F#Q=+w%9Z3F`-XyMwP8EuB;vWS}|SiSSJ*iX=Z4WS7dBxGQ(LZaS^08dIn`B_^a<
z(MucG+0r7RoU~CAYD6ZWR3i<-Q=;=N5~DwIuTRk!pFDvvFenu9to3!qPfr2Fgbxs~
zc{yyxer-Z@G{w^BzEbgz)`(MaPl4+9+!k~tfCjTR5%d|yy3|BM2C9gL;lCC<5#C!$
zHL}b<82QOIXg(S)B@W+_e2Mv(n=_f6B=?P&Rz@;?@<@bJsSD;A2;%9z@A4b+2#hMZ
zv{M3=9wo&hcS*7hS7YI!IGYR@ODdjD-JoG5_*}FTit(ULoJkr}TTm1N@!9(WDJ;+v
z6L5(n2<t60cGKFu)3h)ccg5Jcq4R6BY#k-C!>@~){67T+LRLEC)u0?S+n;ww294K9
zvmCS<`V%AalZKe7dtII$Ds%Op9?{(r+2gz@)j`EIXlHjz;llpnc-!W>DrtRN#fWhC
z0&EnNYetq7N9_x|)k`hQ#Qe_~!q|I=E?-SI@2*SEPdFE8NlnOGa(F}N6AuS(g}dQD
zOZl+R%YuX`#l<H&PSw{LFlebXv&O>ZDDy=?(?2-B!Xr?cfMphhp%6gAwv!Z;(t@<`
zK>+wn9$TYHp}coISZFY0^7BRQ9cX<~Sv%qi_|mz+9{g7wp(RXhys#EP8*Qg&9}yd#
zE2Pe4gUV(`Ko$jFm?hDWkok8MdFf3wkXzFk(N@_LMKE1Smo{6vl_iE4m6^y3EcBCE
zZB5Hky)KND*3la!=Z6xRt@xTzq<=AU^WK1`-V*1dfCwDRQo$<R*N<io(GMkPvRsdW
z{=&yvpsS1t!qKB;SZqa)WR2!fgLciQ6&ixVz%Y;0Pi2W3?l^TFg6(9jcnv4vKT!d~
z@&d_Gx`8MpeWp%pWlzHEljYIpV2itCI6~g<dD#m->f8v+!L?Gdl$EpXi<!PUh|Hx+
z_?D^dgl&jSng!V!eqia~JjdZU@j3anS##UMVP4L!G<g}R>6$7$S^qR{4qP=D&_7qh
z<6!$m7>;bbeWey{(*Pl!hq39&b&|yoQ(IP6V2J3TCKyB$#_K*nW3iALrx7N|`+R0i
zO|2_Pmqe7!M@5;~2WO0Vl%TsyQ#FSx<?rHw0Kbd`uUTQCiy)Kw?>_6dx0`_rrFFKZ
z{HUhPY{1ZQ1tA%lX<4zpqk^l3JuP@%pf7`OUc-}G`K(*hLeb#{Q!`jr{Eg1jTA*df
z_TNNwF7@+9_dO`TMACEf&e995_)1Zda@mzqS7o}<Jd$`&qm>v{ErUW)<-3ooxek7g
zI$1G!uF6%W#k8yXr+D$=Z&U9-^s*(iMA>X6dND1C@cTh|S?EYGrZS4=ayH{s;<O&x
zsgbahbu346(n&EuDpgJ>jAB@IqznwYpFdCDn;-RnF$m(Ke#Uu2PDe+O?g3DMI73Ma
zjykVz23EwJCY00D2H_esif~B}2kseozwEh1ID$3+fu~8#=h_NHia%}bp~3$$f|_rr
zW#0<*^ZK~4B{UHZ9jLIlGz6@$Ll36?<(OxQ%rPZOdUz=YtHe5VWZh>9($hsUEDeNX
znFs;G_{u+hKZ9i&6KIeHNom8?4w_&i2+xBrqb;B^C!Gj^AuyB^R2}u^rljc7?BrE_
z`v2G5S4LGCbzxq*TR=*>Q=|leOSg1)DGEp<4VOl`q*Ej=4Fb{#(%p@sbSf!5=YHRs
z`7yI*eh-TutoOa^y@!4F+3(r=?B{t@E823}1MC6IEeR%SV+37y*BH|Nc(Zb;U2OJ=
z9Z%}4^6t2CwSg`Qr0A{4;mWPeR_X8Jq^V+fQ6_KydAaA=j6FvzhF%6{TxzC9W+uC?
zSYnEf&v=uxwO#)QxzF@(|8W{CZ|bFQlDJn*Y4!2f*=V~e=~VoRS>V{KKc*oWPA%Qk
zF?SI$%uQvmL|%V6mMQ#AfjKxF>P;5b!ym+@{y{cDSp%2u)h{Rd+SQNb`2|T<ktj@b
zkCh=Wz0WC}_n6W&SQH<QZ)rW8eCQ_RKp=VzvgJjKi>oTg^0)`JjRFNbRoT0wFFy9a
zbZ7+D6rLr!#(vcEo_zF1B|F{8Eu~S{29J~Z6<@&Cr@YcEz0tVTn~7$e*@L~W^>wXv
zQb`V3zdDRrxCO;DQmdHw6rGq>c1J2J-ecJ+m<j8Tc3hq>#u%~+4lN^<Ikp-oN96?d
zGNvymC`zn^Ln6sn(UDEl(Vr<5;W}?I5HV{Q+ZA-7LT%e8Y{GhrV<D003CbM)%@|lu
zT7N!B)7A8VrF_5?&dEzP(gA_2Obeas&O|&v|Gdu0s4?p2p}qCO)HXcSj^>9zhteQb
z8a~zHyzJb}dhz+64Fb(lO;gt?q-V)QX51udY)b{LN|bIzx3UK`4q@<5!czhvqP0_|
z#HHCb%f)%MKL)Ti?+QfL`GdU9E1pG}bI%gjq?2raE*q>^q#h$1qR-D@^r1sxe*CDG
zqdbNIX`}GU#$GDevQGznSW&jcf@-Hun1aocgP$ZI;F~|;!h1rA?yip5^&wu|SLPbp
zId1i-1iAVzY8NrqNp|S#;Z^unrn}Q=sv*J3j7)gt8^t_tr({XLOkbER4@j_(k1{(|
zG0vLkV%fs+il$mA6~mV7IpLA2Y9uqQHsKb~RwMg<3K-ARA1_mV6&*-zQTW|xBIpXd
zuJcz$JnytdP=C$JSc+A%JeMIMB7u%kGonOs&%c4DdpC90T^o6KLb39Yf@LeFv4Z$F
zP*+%yn5cu86pNB#9*%L2!=OKV8Nt3ng^-8K&VbP9)J(srfwT=PMOLt7$fxn?2TEH}
z-I5OOLr4x6aovIHxaOxzw734}by&<QdG{;}k#iw<`idGKWv9a(vo(7o`RRBU3`2T!
zZCtlFQU*vZ!cjEJd6EB^X_B#9|I%_y-?QJq+xKQ*DiG+cPlr5XRemJH)*p%NJS5v3
zAU%|j0HJ%$wg1J1p|eyTU*_`^{TpQoCj2}lEJ8vzr8Kq|iV061Mjnn<K0+-bK(e&p
z;SjPcI>Tl%<r1hQNa88jbhXu?4ljDSs-X>{C44|Tn8_xjGO<Lh|M4VF|5nnZybwyo
zgf78lNaeFJM+e!BZJ)HggZl&(dx)mHL(@#Q|7`cpJf`4qg`Kqu1CR@ukhU5$xb>q}
zRjz{?r>dE+SulNj%E<7nB7vDSDk@_t=qgqJ*OsK6s8~I;7d1pWk%G@96ZNgyQxuDE
z+;WMV&g&xsx*8dTYjcEiN=l~t)6<?AiL};L3;sP9C5O@OXbgWJLWR2~tYCUP%+!@F
zTegR4iN0d7CR?Y#3r?B->GP~E<?%~a8A0K1n!fWkdzs0_xSo5T$Qw65H3G^`EaH*k
zqKFnG-k|6q7hg5Hpl#6<UmfC~Bv2OAwC43BPQ%->q!8J%qVCr(MT=rE1-gDo*xW@}
zNvVBb`&RedA~7log4wn%FbFTQ#i9x#)~LTeRZ+P5i+X{#@rMYV1sySJFST`PO%LkX
zGM}<J@6C|fSNimGOXZxX?N~ZrV(m@y99JUH`cgi+TYQ2Ee|d`;(}EkO%vpCPe)GoC
zV{VK7B&DlbO8W=SVUb}`_->q}n@NH_$1Q7}k^otd3Z6|sstrjVKW37@2xRNY>iS1U
zTWCyfo4P+1HFwz~=CLrh4WglFSspW)0_YH*B5LS!<1Lgu{vQ<2g+qd-Pf0Z88I+md
zGayYRr#%p0qIyzDg~C=t*5Ts>W~Xn&j%vC~$#kX_7u*^-_@eWzk)s6O=)XUGb5fxL
zk9yOA>N}E+&9$T;(R5u`?R^e}ifCj$3L`5-W#SDI!l!YefxDteqmoYFzH#uV^e{-T
z`lGOJDbGiFG!op{7_())XBN=WVMxdnmTEFq#?sJY`6`oSgY$(@BPDX0;o$=sg{@$Q
z4nJf#t~pduU_|6GG)iRiEDARv*T_#{8y^)}EDF4J-t{=oZlhN>50J9W?w;i1y|&P8
zn$*Q>f=LX{))>B@lI;lU^A|xWQ#W&9w3W?^5}&hW*qe3FFeuJ<)uJ{DfN#8dH~LjZ
z-J31hAv?5Ny01e}`FXU$d;yo%(MT^Hx@A*Erdh~_19TAy>$9vxe$<WVJfXJ?a{@Om
z5<d%=lcWPH^&nZ4pOx9lPw1JTg>`ePiy^|S!7-RA5Ep2s6=t&yiG;^ylkYnar|S{U
z{9J^ekHjij*}(Yr#jF%<(;|Dyn%`+3Dx9G>U`wB~cjnbViv&US_g<Sa<A<{$Sqf8$
znHyo<5mqaBzw1(PQ{E;K_vLDKs6keK!7m$Qd3;D>)QH2^OdPh$<Vd(57UACr2Ewb}
zU}D7sI~OIEF=AEiNP&tJGzMm<Q1-_#C`M#Pkh4alAmjFLw+GizGKteOU16tfd9(|`
z(0D$+Nj{VF#c%fabv)&piQ7UrXP0(dg&U6H9%u)ApT(A$S;bLHzD^{EqNV7aM{S$p
zPfnK%%BnkyehyF1@S$qZ7t~X!lk4{yEWI0Q&);%{Y@QdwV+xUJPO)70Z|Z&A3Q3iI
zn0f_DV)4ik%~L03KHvDl^s<P7ZINYYkVG!%6~l;uU4s|d^dqHEx&-DQLHxxq5lXCD
zS)$Ez^ZR2$%mXA)Q}lcmUd~h5Olbd(ab1Y}vFU{%t*k<<)zpE|<sIjA%C(?*V|f((
zyy5$9$%iHQI<{bbY4ubKkyj24JLL%p3ePjHjJNj3DA?yot2nF`seL(gXoK{%hGnW}
zzXw#^8O=W%Ajh7j+-POVN9l_(DoVpzFnEzzUhZK?4`^JB&pwJaLADwCNRIWihYm^Q
z+f*QnD%Jf~Cz#=WL}<NxT-D<KCo>v}+M^+^oia6Q3axQrw?l7=5dyUhI1nYzVd{P7
zpX~36xgiqo=Wo@%6;aMBWoxAljit26p?qgs=pcdg(_qM@q{%Xv!)P?zow`p$;&l4i
zbmd=8f-N%=FLU^aO`l4u!9{_{gYvn9kEUaRjvj_wKG$L>D*NC27Db4m>ph^~$=|^F
zU`?Fce7_G2r-bO_zyyY)XuG!3hZgD{SiZn+$6~cah7WJLEdM=(eZuAg`q3P(&Cff;
ze-rD*x?;x4rx1<Sz#SHNHdy8(=He%D^`d|3knfa5>#(#;Dy&PBvoi{mn;4h|aVXaV
zXZ>uvy04_4fpqi%llXN*>p%7On>s!!MabKz;K8BSp$T+Eyd-J$3wFJ{292rPKegD5
z+<yNEz(a<K$Ai_p27B?{c=?mC*F|4si#6@wuZ(J9(~gP2qi3a!)1}@K@T&~B$$wu{
zqr^vJeYyr$j97$HY;x!l>mH^1XbUxpZAGx-Ze7+TJQ*QVzORVM(5UQZ7Q#3uEvQM0
zw4BS|G}(G8m^H!8{m%Q5Y$yf06iYBJ2Oj+-gekZfTW0m2c?UL3Dd<)jbr_X}CtTfx
z-|M{FarTcxQN+&po+k;moBQ*3&rqzNLDf8T+~PlBXw-8XYVQolnlg8dE96~oLQxU)
z<gJ`1-CyjXp8Q{4va624m+fs{U9$FfMZS_7&mZy3w8ea@M@j=v$`n}C49j`<!lVQF
z7Y!ez?7;9F#W`C`LaLiGREd~gIUZGU;GOhT!yC-g`oQ<5<Db!xeQ`m27LQyfi3aUB
z3#HkPjrl`)CFr{LW`X>|xdKl5_S(!djt1i;<&@vNZz|$AI1)>Q#FNfmpiX%F5KZLA
zq^lBASR2Y5yMKch^W5~V%C7IaK0TNy@^C~I#@wd;_5+%3<9h0b{~^ra=ZEPy-_#WE
zm$8swf!=B{@R}w5AeJD4M2kg&{HBc!Y3rAX-%;niAS$viIbvARh+)-BSob?7yha%h
zUdb0daPjxhO%vAC8uoL%Y=^r%s<W(|EnO(;j{clK?cGpML{pw|a)>$l#B^srxgLM`
zP1?K3ng9ZGxVP|M*^H}yD3?x!8gr)BmKdr|ZHsar2k3%Fj$~ePas|f^5x*HbQ36J5
z&<STp#bSJLCPhWIh5;9P((io!8jM5xG{g5r)6>Ey3s?C%a2stZ#Y%~0>~^W5B}I?d
z*6wHJ1;J-}X(>}I=nb!|%)V#3@nO2VL6Q57c=YQU{#w14qR_gEgtY0wSGAgD2K`_&
z3jveGFFQn(2yz{V6|o41k`|{>h>(ieUwpWF6qP0srb>+b_8=X?M^9SM5p-bn)b-Q~
zQ&ky})}7=RV6z&>5WEOH$VVeJ!befC)@%P5wRJm99Tg`xqgeaWZ|2-E^KYBtX<b7_
z8!~Cn^9%#e{lnFuuO0Mv{FCN|=6QV-p;;;s8;a#Sl53~kVY^AI)Eg{C-H9^;Q9;la
zVk$zh$BA_Gn=z$i796em7ExlG4c1?~2e{Lu==h2eZyh{beO~GjqYdort3(3(Qie$d
zxB5(@Wq41;f@R_dN)^~h!QkIZMk8#gjCf+3o*cZi8+;EmO<^1>j6%jYtb0bLJ1V9f
z`R4{z&4wC%1Ig}vuh4XPLZ2A3nSXs53B^tSdBRadi_gH#P9{t7Z15tqJ1*)y#B<*T
zh5l~uVjK)(4lxYo{|uw$JE^;lg<Pzl%)cJZ2CG#|dy501gVFxd!72WI(+I2e1A>v-
z==`~2qZ|CY?2RSjVHsC{-Gc>+NleY-)DE6>-WuxJ=sbO#ncWYoLtzYj_1Yg<_y&&`
zb^5-+;M*K7$RC_Xeu;2Vgx2he<%K~l{164eOFk3-T9*RNuz7JjL9KD(X97!$5^#IG
zqOy`#X@Fy=>RBE~WBp_fYC_DHpsp;N%7TB$Qj2o0*5{D^_{7b7m6MfC2AGJjeKPd<
zl9}&JUl+sJ5Zp5B%7+BoAYvIUB^*`G1Spg^A7RG7=#Qv1u;CJ^G)M_TtKLshks*ZM
zp|HWozTQnn!6BD;rRimL`-}xG)3o(WMT)w2UZLU0VO-6Q`YdzsFU*=wlOE{mRJBj9
zq+j=&2F}{n6pa|fA8K#ism-{Q9i`85(_>_~7F71L>?gjRDyVz{(P1#rSt1@lF0x|W
zbdWRiNpXgxz#y~G53-6td-V+_Y9EDs^c)T<i2v$lD+M1j(IZn)Qnop9lIxI=g6|Ud
zh$)oj+Nf33{yLToHaLkeb)S68k;#d2qI)*2DK5-Npl0`WN`kRIn)eOCH&bg4`gDGh
z4K+GCBxW`<dAPzx6*?3%<sYAY7%Z1T`YO3JyAWyPJ6`?8$DraA;=-*1h#e#)h<HN_
zsVqB~J)!nY{`qdZ|9usX*%>cOO}#<G+gTt&>kSlFshzu!B4`8tExyic54gKNY!uy0
z(blMmeG7y;Ng39FAZ5oNg8QEYH3XekS)I-0<n<9S*~7pysD--qAGpeXaQJe*b@}(b
z<OBP6+_D!1<(mPE26<@1Bs<j;qwW=ht^V@v_*tr*ESI&UWmP@7I)pV2id6IVEk0v=
z=wEz)s!n_+T&0l?9RJ4^Jy&O#)Z3P_w*)`?L<-(sbq7K=R5&L%4>yuh7Q9xoaNX1G
z@jQOpAtlzFvp(UDzd(t-dAB&L_+?HDXqHCEL@wKTfllBGqlUdG)?AU}wo`fQh*VDf
zj{EcKhh)jC<Z8c7&W_uo)?*<09?MH#SU)b|dw+ZNe#NEVj`7J^;<DLD>LG`Gm1LRm
zV{pPng-PC0;uLmdX?<s3T6lA@l%k`$NP#cFq5G1FUpYu(S;=aeIZm&@a@vtrx?wRn
zPx1rrga%1E7drN<ujeMSD{P1Lf3o)pZ<`X+$89#%e@lz^qO0F&RI$kz>KQNm4f7oX
zGI}70{=e~<heClsxiMaJuXJ)@9iRw0jyrAwuBY=}=1KT3-+|6i@qU{3EAKmRR^PYp
zn|_*o{wMx;>B!HMG2s0D@eWxy*k<b4$r{gh&Re$TV*AME45``S&N6!LY4hml=+=xz
z57dX=4r6)wEQ~d}EDJ{69_net&gxm)2n;hcq^ixoO)_sL-%~pfrNhzc4=KINbW6;y
zpo6Q7?>uUFdP78no-bT3J4uK%wMEObLnU7GT1wXZ;d&nEf3w(1K}60bWO$o5k`SOs
z^ZS!D?IrJ$1;?gU&;81#HP>P8W$+n;Hm|=c&2H)<>!CSM-W`MR!6)=s!dufvmjrq|
zP(5tF`t>p4B+Ab=cYlqlrMNIKd#`Aj@>w+FpADr>L~<%prQIxy&87V-xN|nBr^9YY
z8_*JLFTNhDK}(IPpe%P%gYkrPGtYc_nKiU_(g-n5jTxU;Y%vioa1ihGzREak$2;J5
zSo!K=V`H<{=B;+s=6#CLjkN3uPXpcJV)Lg10|N+6-ph6%8wrFXn~bjzVA=CI<Ia=R
z>I3ZKBbu1YD>N3qlVtKmSg%jI^{`yWjwMM1@`&TcUhB(!Br)RphFc9^CVGzVFpivS
zR6VJGJqIzLdV3dc2YE75{v^p&HP-SmCGuNg&DQ4^h=&N>mQa6uw;E~+RYRs+xEsHp
z>9Vr%$y9auD`*=Sh5FplET9kH?*S$r2Cx&zU7+nh>!dqSjF|r!B~Sa=6mWZqiv{Zl
zYS#gvY}tbFbnwr883JJVbMRSp$-6UP>T3E&mKI!zd2MVod-G(wn!(5i<rAjc$@+rH
z@(tKUaY*&A&l@`2qu~Lj1*TDt{GXW(Y5OO&)V%$SJ3FY)+a7z4rWZv)Lpoqoqh!XF
z#^tHP{B{FwB}J+yfB2$o$=Y$SSRa`w6gHr26^tR#y7_RgfEgqB!O01zSlbU>{s;^d
zZzVy*BLql)BT*q2^hhfJA#}$07p_;EX$XMl)yXCXt)H{@6$n{Z2vJ?oVNUDy6DB6S
zvW93Tk4c>OYl+9PXS56>|E+d#pLXnONigdeLU|)vaiO+xm5{@|yRlcuwD?8+hW1Zz
zo?c<LK8pcuu(@THV?pjOqqr26D%`v+D=u!s`l0sSWtnuqJJg1msTL144mf+g+@b>W
zr$y*?Bg_aiMVp+L0j>-I6=-Tdbj-UNc}>RqZeI0a4=B`j<M3vCZ(VS22;dX%^$1Wt
z7XC9gc^!JU&kehdfE)QA=>K%Lv=utARGAOV3nSaZDqT7uGx|j11jurfXzH@Lar8g&
zl~Ni}QI%!!QL!dJma`?IZiV#{!u6($BXqb*$M$fN%tauXTC+^3qxf7Uu5}LGF$pfi
z@gZoeB9S{=0Fi%tGTh#s1rRd`-FbxOc<j&$05u5Co45h#Qh@ZfuO4@QjX1#f-4M)s
z$DNJJeVJg*QksGFeOcc{cRELzS;5pZcZmq^ZIZ{R@80{eNfLE*$Z&7@<6%**=(NEU
z4L$6xCl}nC_w}`6CCfNC!Lf37Jo2M;<AW;!`MJ_#al90l5a!h<Eo0r41OZ<AA+&2{
z)#5c&&c9=Yg%<Y#GMZUr6X2-qIGonnC?Mz|-(KQ=@jP4ts=;lW+)i(Xwnwv?fTV3n
zuFnwpeUIdA4+3WnG|;VB(J4tn-w5#W09-U*`^jllzWwHYL!^(Fk9HhId%%8lMNZ(V
zU(6(#b@`sKknZck0~el_hLt7aqdd4HdX~~m6DBNeL+IDV-_MYsF0n_RzJJOa1dlO$
zKkTn*e`jksFQE<YGWZQ*Yyjxb-&4VV@u!RU(J4SJ0rlbPixL1dhCr5ImeS(!dJn2V
zENpCwqP_vV2?>PSeL~7eS~i-TH{fRZM*w)W9(;#d2ZJrLm(*w&9?nI#8|j7SZ=pSz
zh>ZMVo&^a(=_<DyQBtn4UUew<7sI5T+DZaxr43mo$hO=+3YYxYg@{o@%v+(L9j~#5
zSHWs?WHT;o_RhxAa(Ka&1c5cjvKCI(*Jrz{ejNZWG?M+?ZL!X_B-`}^Zzp&?6szYQ
zCF8uO26xiMeJ`dyt2~^kKg^^7A?j7|zW>VFO?&$j1MoF;aW}2hg@{jYr5$|t^W^OY
zKC9pLfn%wk?|hc}b3i=o%W{o&foqZAnnbC8M2_T)V8$z93a4!y`?vGPyS|))(Iqwf
zgGoHK*ij4QJFCfi@*c0WoYAL*Yzv#;qW;O1uCa-UF{YK^HgL{n{OrD0R>EWQ)%kpH
z*68b->Hjcx+#LsY@-X<^Uu~z!M$>#pL|Ft7_O;|q#z(}P9IPn^1}idNvljr23>?8_
zp2w=1;iCag3~!Nsz&9!pd%Ss8lI2Kcb0oQ0!KKNZnI|Jf3rz+_%axLg_18wek;@{>
zhXq1jOE23xWPUJS-{|OAwFgn@z5Z5NGE%IO81o{V!`e^^4?-9opS#pN)g{skRH(sL
zqtp9z3n)!H9=TU$mO>ze=t{CuIxEebdKF*qE|&AWw=y<|(`W(E<ug75z{^-2tu(K0
zwX0M(0tg@i3Io)EB~B9K+raK4@N81S>FatpK+oI*aHX}<2qXxBm>FP<Z`*^HkBRPA
z&}8q;B;SwonCwLNoi;V><3iKrQGVlHmElZr^87}*cUtfm6C@j}s-Fma(%Woz0aXw1
z@TYb}UcO*yoY!$GRcULB=C#X@0-abvv+PQ@(RncQN9bAgCRMT+nanWJt2)x^ca94k
z&bYK<pQkM?On#GAd-Vd&jvBkkLMQ)y<8uA#+^2v+yq`93_jB4<#<SNYH!C1e0|-?W
z0-^_Gk(;VI@2`LSi~V5$kf9}#cW?4)yv}F!)w6^S$L|luJ^SSj#6uZyV-y~f^EXO)
zbl5za6naartO29hgBu+OVf)pdFSEb*{nKcY*KEL-kfg<$(VnhEu+Jh#_VM9CDQ<99
z3PO2*8!!5d0M(P#>;!}0Xms7|AFb0KSvW{%NJ?$7VT(sEt{TQ(^t<n@xEcsE9fS@-
zX)vb~Q`=$BNS9|_1X9FCw)e?jTlV;QJgDisH7qFB8fj@2R}T4p=Y>-vm;dq1E2>C=
zjsZ1Vi#h1l>02;N36aTq$(s3gM0WekK9y5%kw$?p`P{HJV|U2Zi^dUiMg_=j8(FiQ
zrs6agf5@UTU7+N1`+UkqrQ(vdHT#HaD_^MA^C;X<%%j_fe$YVMp(xbg<ICZPjyvX5
z6c|<rc)W<5nQy>#L+8?~RL$%_$0&IByRhOG_I`<ND_RdreL){r$Lr%_V}Y54;hdRy
z6QKwDw)hu$9726>q>!Oqu=y~xxbJ`d=67`!Ax`mc8LDrhGjW>wZQ3UbxbULS3NqIl
zY3vwBY-A^Eog0P5i)F<3SwhUxg+@JcKV3SFwq94C?S4`%BM!^1IUY32vNSu-ZR~+s
zxFRw&rvh~}y<IXobx-1HT2G^!3OBp5@<E1@mAJ@U$rihTYR;R?If{uaXuaG0^Mxnm
z0@#9u9y^~@b<u+Js&S&3htyHg(ED(I15paFajVjd?yj1xoeNB|G0S`F2Qyr#EeooW
zcCw;v*1Wc1@O;fo+TtS6@k+%PPms7P-;6r{D53P6#YmO#%TtjRdUX*=7p-jvI=)>(
z&SBI(v6Gfgi!A!6l6XoMlx^fQZ=(B(xm~n5(z+b_1T-tkEY=oD<}ob-Q@5j{<$}D<
z>Uaod%KogGt8aVbSI;TA_T}BwdXrAmZWc*zEi)Rf$CwaAT@Gu*BM*+_bA{{6@lSBP
zjqso<Y)<=E-=qv>toq<R^9~=$V=RhUtg=fD>;8xSa}SR%W4Q2L=GL`WCS7e?;@)Zt
z(kMtWV1eGS$rEJLn}1uBT;54?#K`d!J1#=k%aU_1No2<9sP+~_b@ks7!CBsmjcsbo
z*XwysRlQ-oQNq9=z;^^SzM$P_2kYg4aX@{(Frft=Cu&rwX1=gSN7=7ckwc?9pYkYm
z&W)@b+cb5NQxqvE{2c8Xzt(!~`=LIeW_q5FQ;h{3A0=pxxWPS{&ZAuAH>|;ff9k+C
zMX|0zxAXTEPu>&w;Tas!LZyj6dl_|9@40}vNH0Lwc`n<}r1HGlU)_u<d;)4=j3^eU
z4D2`Ub2<2VaFDp9ux#u^aBx`dtsuQF@HqzU_hT6m;^$=)Rtr&v=awQrk;5|ahu3Q=
zdBwLqSi$e{ia$Oo3u(8)<8-!#kE*g45cpy8zI_ba9BXDzpXt1*g8R?#{*G%D;a<zl
zW&4uYoZDFXpZT6_LQzpYea-3fodn1*f3&RrH3g7)E%YbM2XfH3Ua?Vlp{<Hgu1iY{
z30B9<^{~w-PblG0&&}*K>v7`R)M|WzQsqKl8&1MQL-%U-)aaWpz6HX%#^_Z)!Tbrl
z+eL6FK2a$yOFNAoR91V4W(1~QRz*!CrCsTdZQm>DlKQ!B)KIpyw5+Xs=cr(*4m1Y_
zt(itxBYA*IVt2<%K(~Z86Pl)1jbsx<pY{cJdtcyU9KFZq>ttCu`HarvIn`bJ%z8d2
z5kaTO*xx8HQ)z@#@HEooVF^0T(m!+f%rxg&`JQl3=JRr~^!ssXyjdxIDe@QgZ6Q5x
z*#!mrt*nt9=K^FP1LJ-czVlBo52*4hZyY<Pp2)L-quLK`>&ZEFRnMoQILZ@j*(s82
zT8l9n<hME`$_<?v@zue30-R(bPRUw%7P?G*?eHOv5EU|Tl|g`tgO1!vuDIHe3CxPI
zYpefdh=B6mj+nLPv{~IS$$t4j;Tz7-ze1Lo-ri=1{R*ogAx>NfoztzxI1>uk@M_=p
zEVVyhnZq!f<i?eIywH>=>^D`nBd@9HQ8w>a6^d4v7PZELrI!&NhgKV}5Rv*&XZrrj
z1)8U6MuX}ImE<F^(hfAi2}jMb^$ZjC!(z0YYgVJMO8X=Cc{Inq$BwI-^qnkM-P<aJ
z?%83+tq&xpyf2U2;ZVAoWuoHAE?H=%cbMP7jra{8g}iWT4d;PYyPsV$yGSXDaxH!~
zY;5f;WNd|!gw4(JzBli}M4FCI>glH1_`&FUql8F3B7IM%Q+&o-9p@V`kGbkm>+6|a
zs$W;NC$OyMzU(<TF8p}aP%$CzPVs#otSeN3(2}l3Eb*0D2g<9d;5clq+!xO>3Tdu&
z-@vyfN|5h5R2Hg=^-h>adPD{~G4F9y--0ND+)D8#d_Jtb^Kc1u>GZ})q|R{R^Q50f
zGU(^YpB@S};)4X;9`yTc(_*R$#b7YRSY&j4@4;_d)=kV_Rve-ABy0Yt3vCY}#PEnf
z*>5x>5|i}pyVxefRArf%t1T(e2!%z33;eE@7gwNUT*_}%eD4PTi_g)tc|D<DBXL@f
zBcG#1$JhMS>(0&B?d!UFi3d&yCJG55H+f@*A0IY3{!MmZ*aM{|=CVpMEyUuFIbDq@
zV%WaeZ~Dw<?>i^`V008mWtGvf*aw9qnA%!D^KQOJ=f0!kGkp3a()l2^9@h0l>Lz@C
z)x5@VJxtU^fZ5)x+{5#GLnZ`rwfM6WaU|~-3hT<1$qX<osc02T%6$_oN0lM+Vek>g
z)#9nAOD?R-rtham*2R`{PoQ}If2L)?+2rf!A;hsWvXW+TKAAT$?=E`vX)BZt<RqZ$
zyJ$CW`DLu9g2~QrX;ff8v{pwW7!(2lQ4ZD~62Mbbd6bXEP<dfGG;aEZ^%W^5s)Zln
z`hqVzxQ)HEL@qMzpq_Z@Mt*!4g@&9={G}l)ytRqw10NrI0>0Ts-0fPMu4RDGKVHIx
zaz!_x<I(k#@rz?JbZ~-<LrpH^J0}z1xxSXCPDdC-*A2DcWu$2<HM`<EGpFP0191WM
zLTKt+8tMZY@^6gYKa~JJc9ZbX&dSdc$w!C@isIpap`o9+D8Q(YVO<+g;8x%=iy%Y%
ze{V;uFYMRW=1C#0B3nm-ZvcP&*O_2Y3oV2-!Ij5ixGpyy7ktuSvi@`VzYk9as0GCB
z^cloJ!1Igb!PyDo6C+R}F3=eS&UIkA<$5__XWCEgHiCpf?F<S>fVORMf4=(1->v7{
zzvIO4Yi-Mno!UJ>odbi$eIo0}?Uqx(X;$m|iCXCc2_o<m61;M~%1i(UPhr<aP_}_m
zTWtJ`lL0m1RRNE^8QbBH?V#wflK7;m{bC6XhYS+59SIW8s}${*&q4VRfr6%e_}3qJ
zDjetriafbqzoJ_C**dJ|dCuj6=PpJ8x(Q*F#|ZMho8!*F-Ko!j#fg*Iey-yAdMHVp
z_{9R?IB;mX0=V(cc7Wpd0?Am5`>xhF5u!GLprpGwY)b11!y#Yum^Vd0tl!&C0K-H7
zV;$(gb6Sv%fuf#*b^!SPC!ogJv+mqF`r~ih`;lDn8$haXO8qz5{1zGVk;|}<`4W(x
ze8Zq^Ge)N|2ABiHjIjORi$TkF_YKwlhgGdd*GKO=%e$*A0EL=yql3~QgUXY@+rKjS
z&uyA;MH?e6G7xj6VbJQy4FUOCJv*<?m&2V@R$vcA&F=1O`p0?Id%+Sym!TAP_Rs6i
zh>Ym7N?I=9#0dNs5%_gKB<?xF>!B9Xut<o-|0<c3hM2eDA=rfc_GZfT&Ac~-uK$Cv
zNAT~_9DDV*c<l4E{pmKPc7Fl3cL+~|Kms2w0|SB8%zY0V-u^l0ZT)d~1YqgEhd8TW
zfC3$Y1|i<9p^5Roo&~8eZM~?dAM+XaU2_{^FL7wyDmOcaBT9_h*=}QZmp}5fT6PMf
zFUD{$ssB4f^WIqDwMapEd3og*!#KQc6FR`bo<VTYL)NOuxD0AM_UCv5uZCBdt|$N0
zrL`XvM)R~BHZDUfw$W)=|NE`}q^x;<Cm$#QBaKCry7%>NN!AeH_JRbhty~ztYu-e-
zDtYI>UcjexjxWH^f704{)0!z&DsnQwDEw{(6J+Xz=rof5^I_8^>UqYDpAke$AeZ4W
zZmcNt1NpC7o<zIS2ez+QTUkgy8ELN~$<u&WJ%Z5vLijm?KuGdxP`v|G`ULT40o}%@
zcnL~~r`5z?u#NxEgetP<0HzWgavqa*p9ZpbOJ8>DhIxDe`$YA}@zZh1&W#t4uFW*_
zj=~T?K_&*N0i+2aZ6zW?_~{R?-?8t1_%~fNgZc(wg}a-iy_<|95S1WOsXzlOTDIqZ
zOFjSJ>E<VolRrHKv>r2>Lqwpg(s?S@c{(9OfZ&=t-5ND+cHIQ);}R6jE-)njNew10
zBue$O_c`lkfqw+^fc^#WK^!tJk=s8#m&;C_<~I%IHxm&OXA9QxSJ?j<xZ@dO_~D?E
zTyAdaI>@X5s2pd?wBseNcfcI~K@e+bhQz6ZJ?wwu5dijqHON;+1VTBuq7?goM7aNJ
lDEptG@;~nM|L-Gi1Ix83ewt%y%Rs=7lH5z#Drt-0{{gy1X<h&T

literal 0
HcmV?d00001

diff --git a/python/demo/documented/stokes-iterative/demo_stokes-iterative.py.rst b/python/demo/documented/stokes-iterative/demo_stokes-iterative.py.rst
new file mode 100644
index 0000000..fd7db83
--- /dev/null
+++ b/python/demo/documented/stokes-iterative/demo_stokes-iterative.py.rst
@@ -0,0 +1,228 @@
+
+.. _demo_pde_iterative_stokes_python_documentation:
+
+Stokes equations with an iterative solver
+=========================================
+
+This demo is implemented in a single Python file,
+:download:`demo_stokes-iterative.py`, which contains both the
+variational forms and the solver.
+
+This demo illustrates how to:
+
+* Read mesh and subdomains from file
+* Use mixed function spaces
+
+
+Equation and problem definition
+-------------------------------
+
+Strong formulation
+^^^^^^^^^^^^^^^^^^
+
+.. math::
+	- \nabla \cdot (\nabla u + p I) &= f \quad {\rm in} \ \Omega, \\
+                	\nabla \cdot u &= 0 \quad {\rm in} \ \Omega. \\
+
+.. note::
+        The sign of the pressure has been flipped from the classical
+   	definition. This is done in order to have a symmetric (but not
+	positive-definite) system of equations rather than a
+	non-symmetric (but positive-definite) system of equations.
+
+A typical set of boundary conditions on the boundary :math:`\partial
+\Omega = \Gamma_{D} \cup \Gamma_{N}` can be:
+
+.. math::
+	u &= u_0 \quad {\rm on} \ \Gamma_{D}, \\
+	\nabla u \cdot n + p n &= g \,   \quad\;\; {\rm on} \ \Gamma_{N}. \\
+
+
+Weak formulation
+^^^^^^^^^^^^^^^^
+
+The Stokes equations can easily be formulated in a mixed variational
+form; that is, a form where the two variables, the velocity and the
+pressure, are approximated simultaneously. Using the abstract
+framework, we have the problem: find :math:`(u, p) \in W` such that
+
+.. math::
+	a((u, p), (v, q)) = L((v, q))
+
+for all :math:`(v, q) \in W`, where
+
+.. math::
+
+	a((u, p), (v, q))
+        &= \int_{\Omega} \nabla u \cdot \nabla v
+        - \nabla \cdot v \ p
+        + \nabla \cdot u \ q \, {\rm d} x, \\
+	L((v, q))
+        &= \int_{\Omega} f \cdot v \, {\rm d} x
+        + \int_{\partial \Omega_N} g \cdot v \, {\rm d} s. \\
+
+The space :math:`W` should be a mixed (product) function space
+:math:`W = V \times Q`, such that :math:`u \in V` and :math:`q \in Q`.
+
+
+Domain and boundary conditions
+^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
+
+In this demo, we shall consider the following definitions of the input
+functions, the domain, and the boundaries:
+
+* :math:`\Omega = [0,1]\times[0,1] \backslash {\rm dolphin}` (a unit
+  cube)
+* :math:`\Gamma_D =`
+* :math:`\Gamma_N =`
+* :math:`u_0 = (- \sin(\pi x_1), 0.0)` for :math:`x_0 = 1` and
+  :math:`u_0 = (0.0, 0.0)` otherwise
+* :math:`f = (0.0, 0.0)`
+* :math:`g = (0.0, 0.0)`
+
+
+Implementation
+--------------
+
+The Stokes equations as formulated above result in a system of linear
+equations that is not positive-definite. Standard iterative linear
+solvers typically fail to converge for such systems. Some care must
+therefore be taken in preconditioning the systems of
+equations. Moreover, not all of the linear algebra backends support
+this. We therefore start by checking that either "PETSc" or "Tpetra"
+(from Trilinos) is available. We also try to pick MINRES Krylov
+subspace method which is suitable for symmetric indefinite problems.
+If not available, costly QMR method is choosen. ::
+
+    from dolfin import *
+
+    # Test for PETSc or Tpetra
+    if not has_linear_algebra_backend("PETSc") and not has_linear_algebra_backend("Tpetra"):
+        info("DOLFIN has not been configured with Trilinos or PETSc. Exiting.")
+        exit()
+
+    if not has_krylov_solver_preconditioner("amg"):
+        info("Sorry, this demo is only available when DOLFIN is compiled with AMG "
+             "preconditioner, Hypre or ML.")
+        exit()
+
+    if has_krylov_solver_method("minres"):
+        krylov_method = "minres"
+    elif has_krylov_solver_method("tfqmr"):
+        krylov_method = "tfqmr"
+    else:
+        info("Default linear algebra backend was not compiled with MINRES or TFQMR "
+             "Krylov subspace method. Terminating.")
+        exit()
+
+Next, we define the mesh (a :py:class:`UnitCubeMesh
+<dolfin.cpp.UnitCubeMesh>`) and a mixed finite element ``TH``.  Then
+we build a :py:class:`FunctionSpace
+<dolfin.functions.functionspace.FunctionSpace>` on this element.
+(This mixed finite element space is known as the Taylor--Hood elements
+and is a stable, standard element pair for the Stokes equations.) ::
+
+    # Load mesh
+    mesh = UnitCubeMesh.create(16, 16, 16, CellType.Type.hexahedron)
+
+    # Build function space
+    P2 = VectorElement("Lagrange", mesh.ufl_cell(), 2)
+    P1 = FiniteElement("Lagrange", mesh.ufl_cell(), 1)
+    TH = P2 * P1
+    W = FunctionSpace(mesh, TH)
+
+Next, we define the boundary conditions. ::
+
+    # Boundaries
+    def right(x, on_boundary): return x[0] > (1.0 - DOLFIN_EPS)
+    def left(x, on_boundary): return x[0] < DOLFIN_EPS
+    def top_bottom(x, on_boundary):
+        return x[1] > 1.0 - DOLFIN_EPS or x[1] < DOLFIN_EPS
+
+    # No-slip boundary condition for velocity
+    noslip = Constant((0.0, 0.0, 0.0))
+    bc0 = DirichletBC(W.sub(0), noslip, top_bottom)
+
+    # Inflow boundary condition for velocity
+    inflow = Expression(("-sin(x[1]*pi)", "0.0", "0.0"), degree=2)
+    bc1 = DirichletBC(W.sub(0), inflow, right)
+
+    # Collect boundary conditions
+    bcs = [bc0, bc1]
+
+The bilinear and linear forms corresponding to the weak mixed
+formulation of the Stokes equations are defined as follows: ::
+
+    # Define variational problem
+    (u, p) = TrialFunctions(W)
+    (v, q) = TestFunctions(W)
+    f = Constant((0.0, 0.0, 0.0))
+    a = inner(grad(u), grad(v))*dx + div(v)*p*dx + q*div(u)*dx
+    L = inner(f, v)*dx
+
+
+We can now use the same :py:class:`TrialFunctions
+<dolfin.functions.function.TrialFunction>` and
+:py:class:`TestFunctions <dolfin.functions.function.TestFunction>` to
+define the preconditioner matrix. We first define the form
+corresponding to the expression for the preconditioner (given in the
+initial description above): ::
+
+    # Form for use in constructing preconditioner matrix
+    b = inner(grad(u), grad(v))*dx + p*q*dx
+
+Next, we want to assemble the matrix corresponding to the bilinear
+form and the vector corresponding to the linear form of the Stokes
+equations. Moreover, we want to apply the specified boundary
+conditions to the linear system. However, :py:func:`assembling
+<dolfin.fem.assembling.assemble>` the matrix and vector and applying a
+:py:func:`DirichletBC <dolfin.fem.bcs.DirichletBC>` separately will
+possibly result in a non-symmetric system of equations. Instead, we
+can use the :py:func:`assemble_system
+<dolfin.fem.assembling.assemble_system>` function to assemble both the
+matrix ``A``, the vector ``bb``, and apply the boundary conditions
+``bcs`` in a symmetric fashion: ::
+
+    # Assemble system
+    A, bb = assemble_system(a, L, bcs)
+
+We do the same for the preconditioner matrix ``P`` using the linear
+form ``L`` as a dummy form: ::
+
+    # Assemble preconditioner system
+    P, btmp = assemble_system(b, L, bcs)
+
+Next, we specify the iterative solver we want to use, in this case a
+:py:class:`KrylovSolver <dolfin.cpp.KrylovSolver>`. We associate the
+left-hand side matrix ``A`` and the preconditioner matrix ``P`` with
+the solver by calling :py:func:`solver.set_operators
+<dolfin.cpp.GenericLinearSolver.set_operators>`. ::
+
+    # Create Krylov solver and AMG preconditioner
+    solver = KrylovSolver(krylov_method, "amg")
+
+    # Associate operator (A) and preconditioner matrix (P)
+    solver.set_operators(A, P)
+
+We are now almost ready to solve the linear system of equations. It
+remains to specify a :py:class:`Vector <dolfin.cpp.Vector>` for
+storing the result. For easy manipulation later, we can define a
+:py:class:`Function <dolfin.functions.function.Function>` and use the
+vector associated with this Function. The call to
+:py:func:`solver.solve <dolfin.cpp.KrylovSolver.solve>` then looks as
+follows ::
+
+    # Solve
+    U = Function(W)
+    solver.solve(U.vector(), bb)
+
+Finally, we can play with the result in different ways: ::
+
+    # Get sub-functions
+    u, p = U.split()
+
+    # Save solution in VTK format
+    ufile_pvd = File("velocity.pvd")
+    ufile_pvd << u
+    pfile_pvd = File("pressure.pvd")
+    pfile_pvd << p
diff --git a/python/demo/documented/stokes-mini/demo_stokes-mini.py b/python/demo/documented/stokes-mini/demo_stokes-mini.py
new file mode 100644
index 0000000..8d5636c
--- /dev/null
+++ b/python/demo/documented/stokes-mini/demo_stokes-mini.py
@@ -0,0 +1,86 @@
+"""This demo solves the Stokes equations, using linear elements
+enriched with a bubble for the velocity and linear elements for the
+pressure (Mini elements). The sub domains for the different boundary
+conditions used in this simulation are computed by the demo program in
+src/demo/mesh/subdomains."""
+
+# Copyright (C) 2007 Kristian B. Oelgaard
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Begin demo
+
+
+import matplotlib.pyplot as plt
+from dolfin import *
+
+# Load mesh and subdomains
+mesh = Mesh("../dolfin_fine.xml.gz")
+sub_domains = MeshFunction("size_t", mesh, "../dolfin_fine_subdomains.xml.gz")
+
+# Build function spaces on Mini element
+P1 = FiniteElement("Lagrange", mesh.ufl_cell(), 1)
+B = FiniteElement("Bubble", mesh.ufl_cell(), mesh.topology().dim() + 1)
+V = VectorElement(NodalEnrichedElement(P1, B))
+Q = P1
+W = FunctionSpace(mesh, V * Q)
+
+# No-slip boundary condition for velocity
+bc0 = DirichletBC(W.sub(0), (0, 0), sub_domains, 0)
+
+# Inflow boundary condition for velocity
+inflow = Expression(("-sin(x[1]*pi)", "0.0"), degree=2)
+bc1 = DirichletBC(W.sub(0), inflow, sub_domains, 1)
+
+# Collect boundary conditions
+bcs = [bc0, bc1]
+
+# Define variational problem
+u, p = TrialFunctions(W)
+v, q = TestFunctions(W)
+f = Constant((0, 0))
+a = (inner(grad(u), grad(v)) - div(v)*p - q*div(u))*dx
+L = inner(f, v)*dx
+
+# Compute solution
+w = Function(W)
+solve(a == L, w, bcs)
+
+# Split the mixed solution using deepcopy
+# (needed for further computation on coefficient vector)
+u, p = w.split(True)
+
+print("Norm of velocity coefficient vector: %.15g" % u.vector().norm("l2"))
+print("Norm of pressure coefficient vector: %.15g" % p.vector().norm("l2"))
+
+# Split the mixed solution using a shallow copy
+u, p = w.split()
+
+# Save solution in VTK format
+ufile_pvd = File("velocity.pvd")
+ufile_pvd << u
+pfile_pvd = File("pressure.pvd")
+pfile_pvd << p
+
+# Plot solution
+plt.figure()
+plot(u, title="velocity")
+
+plt.figure()
+plot(p, title="pressure")
+
+# Display plots
+plt.show()
diff --git a/python/demo/documented/stokes-mini/documentation.rst b/python/demo/documented/stokes-mini/documentation.rst
new file mode 100644
index 0000000..ac75755
--- /dev/null
+++ b/python/demo/documented/stokes-mini/documentation.rst
@@ -0,0 +1,155 @@
+.. Documentation for the Stokes mini demo from DOLFIN.
+
+.. _demo_pde_stokes-mini_python_documentation:
+
+Stokes equations with Mini elements
+===================================
+
+This demo is implemented in a single Python file,
+:download:`demo_stokes-mini.py`, which contains both the variational
+form and the solver.
+
+.. include:: ../common.txt
+
+Implementation
+--------------
+
+This description goes through the implementation (in
+:download:`demo_stokes-mini.py`) of a solver for the Stokes equation
+step-by-step.
+
+First, the :py:mod:`dolfin` module is imported:
+
+.. code-block:: python
+
+    from dolfin import *
+
+In this example, different boundary conditions are prescribed on
+different parts of the boundaries. This information must be made
+available to the solver. One way of doing this, is to tag the
+different sub-regions with different (integer) labels. DOLFIN provides
+a class :py:class:`MeshFunction <dolfin.cpp.mesh.MeshFunction>` which
+is useful for these types of operations: instances of this class
+represent a functions over mesh entities (such as over cells or over
+facets). Mesh and mesh functions can be read from file in the
+following way:
+
+.. code-block:: python
+
+    # Load mesh and subdomains
+    mesh = Mesh("../dolfin_fine.xml.gz")
+    sub_domains = MeshFunction("size_t", mesh, "../dolfin_fine_subdomains.xml.gz")
+
+Next, we define a :py:class:`FunctionSpace
+<dolfin.functions.functionspace.FunctionSpace>` on Mini element
+``V * Q``. UFL object ``V = VectorElement(NodalEnrichedElement(P1, B))`` stands for
+the vectorial Lagrange element of degree 1 enriched with the cubic
+Bubble. ``V * Q`` defines the mixed element for velocity and pressure.
+
+.. code-block:: python
+
+    # Build function spaces on Mini element
+    P1 = FiniteElement("Lagrange", mesh.ufl_cell(), 1)
+    B = FiniteElement("Bubble",   mesh.ufl_cell(), mesh.topology().dim() + 1)
+    V = VectorElement(NodalEnrichedElement(P1, B))
+    Q = P1
+    W = FunctionSpace(mesh, V * Q)
+
+Now that we have our mixed function space and marked subdomains
+defining the boundaries, we define boundary conditions:
+
+.. code-block:: python
+
+    # No-slip boundary condition for velocity
+    bc0 = DirichletBC(W.sub(0), (0, 0), sub_domains, 0)
+
+    # Inflow boundary condition for velocity
+    inflow = Expression(("-sin(x[1]*pi)", "0.0"), degree=2)
+    bc1 = DirichletBC(W.sub(0), inflow, sub_domains, 1)
+
+    # Collect boundary conditions
+    bcs = [bc0, bc1]
+
+Here, we have given four arguments in the call of
+:py:class:`DirichletBC <dolfin.cpp.fem.DirichletBC>`. The first
+specifies the :py:class:`FunctionSpace
+<dolfin.cpp.function.FunctionSpace>`. Since we have a
+mixed function space, we write
+``W.sub(0)`` for the velocity componenet of the space,
+and ``W.sub(1)`` for the pressure component of the space. The second
+argument specifies the value on the Dirichlet boundary. The two last
+arguments specify the marking of the subdomains; ``sub_domains`` contains
+the subdomain markers and the number given as the last argument is the
+subdomain index.
+
+The bilinear and linear forms corresponding to the weak mixed
+formulation of the Stokes equations are defined as follows:
+
+.. code-block:: python
+
+    # Define variational problem
+    u, p = TrialFunctions(W)
+    v, q = TestFunctions(W)
+    f = Constant((0, 0))
+    a = (inner(grad(u), grad(v)) - div(v)*p - q*div(u))*dx
+    L = inner(f, v)*dx
+
+To compute the solution we use the bilinear and linear forms, and the
+boundary condition, but we also need to create a :py:class:`Function
+<dolfin.cpp.function.Function>` to store the solution(s). The (full)
+solution will be stored in ``w``, which we initialize using the mixed
+function space ``W``. The actual
+computation is performed by calling solve with the arguments ``a``,
+``L``, ``w`` and ``bcs``. The separate components ``u`` and ``p`` of
+the solution can be extracted by calling the :py:meth:`split
+<dolfin.functions.function.Function.split>` function. Here we use an
+optional argument True in the split function to specify that we want a
+deep copy. If no argument is given we will get a shallow copy. We want
+a deep copy for further computations on the coefficient vectors.
+
+.. code-block:: python
+
+    # Compute solution
+    w = Function(W)
+    solve(a == L, w, bcs)
+
+    # Split the mixed solution using deepcopy
+    # (needed for further computation on coefficient vector)
+    u, p = w.split(True)
+
+We may be interested in the :math:`l^2` norms of u and p, they can be
+calculated and printed by writing
+
+.. code-block:: python
+
+    print("Norm of velocity coefficient vector: %.15g" % u.vector().norm("l2"))
+    print("Norm of pressure coefficient vector: %.15g" % p.vector().norm("l2"))
+
+One can also split functions using shallow copies (which is enough
+when we just plot the result) by writing
+
+.. code-block:: python
+
+    # Split the mixed solution using a shallow copy
+    u, p = w.split()
+
+Finally, we can store to file and plot the solutions.
+
+.. code-block:: python
+
+    # Save solution in VTK format
+    ufile_pvd = File("velocity.pvd")
+    ufile_pvd << u
+    pfile_pvd = File("pressure.pvd")
+    pfile_pvd << p
+
+    # Plot solution
+    plot(u)
+    plot(p)
+    interactive()
+
+Complete code
+-------------
+
+.. literalinclude:: demo_stokes-mini.py
+   :start-after: # Begin demo
diff --git a/python/demo/documented/stokes-taylor-hood/demo_stokes-taylor-hood.py b/python/demo/documented/stokes-taylor-hood/demo_stokes-taylor-hood.py
new file mode 100644
index 0000000..213ac5a
--- /dev/null
+++ b/python/demo/documented/stokes-taylor-hood/demo_stokes-taylor-hood.py
@@ -0,0 +1,100 @@
+"""This demo solves the Stokes equations, using quadratic elements for
+the velocity and first degree elements for the pressure (Taylor-Hood
+elements). The sub domains for the different boundary conditions
+used in this simulation are computed by the demo program in
+src/demo/mesh/subdomains."""
+
+# Copyright (C) 2007 Kristian B. Oelgaard
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg, 2008-2009.
+#
+# First added:  2007-11-16
+# Last changed: 2009-11-26
+# Begin demo
+
+
+import matplotlib.pyplot as plt
+from dolfin import *
+
+
+# Load mesh and subdomains
+mesh = Mesh("../dolfin_fine.xml.gz")
+sub_domains = MeshFunction("size_t", mesh, "../dolfin_fine_subdomains.xml.gz")
+
+
+plt.figure()
+plot(mesh)
+
+plt.figure()
+plot(sub_domains)
+
+# Define function spaces
+P2 = VectorElement("Lagrange", mesh.ufl_cell(), 2)
+P1 = FiniteElement("Lagrange", mesh.ufl_cell(), 1)
+TH = P2 * P1
+W = FunctionSpace(mesh, TH)
+
+# No-slip boundary condition for velocity
+# x1 = 0, x1 = 1 and around the dolphin
+noslip = Constant((0, 0))
+bc0 = DirichletBC(W.sub(0), noslip, sub_domains, 0)
+
+# Inflow boundary condition for velocity
+# x0 = 1
+inflow = Expression(("-sin(x[1]*pi)", "0.0"), degree=2)
+bc1 = DirichletBC(W.sub(0), inflow, sub_domains, 1)
+
+# Collect boundary conditions
+bcs = [bc0, bc1]
+
+# Define variational problem
+(u, p) = TrialFunctions(W)
+(v, q) = TestFunctions(W)
+f = Constant((0, 0))
+a = (inner(grad(u), grad(v)) - div(v)*p + q*div(u))*dx
+L = inner(f, v)*dx
+
+# Compute solution
+w = Function(W)
+solve(a == L, w, bcs)
+
+# Split the mixed solution using deepcopy
+# (needed for further computation on coefficient vector)
+(u, p) = w.split(True)
+
+print("Norm of velocity coefficient vector: %.15g" % u.vector().norm("l2"))
+print("Norm of pressure coefficient vector: %.15g" % p.vector().norm("l2"))
+
+# # Split the mixed solution using a shallow copy
+(u, p) = w.split()
+
+# Save solution in VTK format
+ufile_pvd = File("velocity.pvd")
+ufile_pvd << u
+pfile_pvd = File("pressure.pvd")
+pfile_pvd << p
+
+# Plot solution
+plt.figure()
+plot(u, title="velocity")
+
+plt.figure()
+plot(p, title="pressure")
+
+# Display plots
+plt.show()
diff --git a/python/demo/documented/stokes-taylor-hood/documentation.rst b/python/demo/documented/stokes-taylor-hood/documentation.rst
new file mode 100644
index 0000000..7adbd30
--- /dev/null
+++ b/python/demo/documented/stokes-taylor-hood/documentation.rst
@@ -0,0 +1,155 @@
+.. Documentation for the DOLFIN Stokes problem with Taylor-Hood elements demo
+
+.. _demo_pde_stokes-taylor-hood_python_documentation:
+
+Stokes equations with Taylor-Hood elements
+==========================================
+
+This demo is implemented in a single Python file,
+:download:`demo_stokes-taylor-hood.py`, which contains both the
+variational form and the solver.
+
+.. include:: ../common.txt
+
+Implementation
+--------------
+
+First, the :py:mod:`dolfin` module is imported:
+
+.. code-block:: python
+
+    from dolfin import *
+
+In this example, different boundary conditions are prescribed on
+different parts of the boundaries. This information must be made
+available to the solver. One way of doing this, is to tag the
+different sub-regions with different (integer) labels. DOLFIN provides
+a class :py:class:`MeshFunction <dolfin.cpp.mesh.MeshFunction>` which
+is useful for these types of operations: instances of this class
+represent functions over mesh entities (such as over cells or over
+facets). Mesh and mesh functions can be read from file in the
+following way:
+
+.. code-block:: python
+
+    # Load mesh and subdomains
+    mesh = Mesh("../dolfin_fine.xml.gz")
+    sub_domains = MeshFunction("size_t", mesh, "../dolfin_fine_subdomains.xml.gz")
+
+Next, we define a :py:class:`FunctionSpace
+<dolfin.functions.functionspace.FunctionSpace>` built on a mixed
+finite element ``TH`` which consists of continuous
+piecewise quadratics and continuous piecewise
+linears. (This mixed finite element space is known as the Taylor–Hood
+elements and is a stable, standard element pair for the Stokes
+equations.)
+
+.. code-block:: python
+
+    # Define function spaces
+    P2 = VectorElement("Lagrange", mesh.ufl_cell(), 2)
+    P1 = FiniteElement("Lagrange", mesh.ufl_cell(), 1)
+    TH = P2 * P1
+    W = FunctionSpace(mesh, TH)
+
+Now that we have our mixed function space and marked subdomains
+defining the boundaries, we define boundary conditions:
+
+.. code-block:: python
+
+    # No-slip boundary condition for velocity
+    # x1 = 0, x1 = 1 and around the dolphin
+    noslip = Constant((0, 0))
+    bc0 = DirichletBC(W.sub(0), noslip, sub_domains, 0)
+
+    # Inflow boundary condition for velocity
+    # x0 = 1
+    inflow = Expression(("-sin(x[1]*pi)", "0.0"), degree=2)
+    bc1 = DirichletBC(W.sub(0), inflow, sub_domains, 1)
+
+    # Collect boundary conditions
+    bcs = [bc0, bc1]
+
+Here, we have given four arguments in the call to
+:py:class:`DirichletBC <dolfin.cpp.fem.DirichletBC>`. The first
+specifies the :py:class:`FunctionSpace
+<dolfin.cpp.function.FunctionSpace>`. Since we have a
+mixed function space, we write
+``W.sub(0)`` for the velocity component of the space, and
+``W.sub(1)`` for the pressure componnen of the space.
+The second argument specifies the value on the Dirichlet
+boundary. The two last ones specifies the marking of the subdomains;
+``sub_domains`` contains the subdomain markers and the number given as
+the last argument is the subdomain index.
+
+The bilinear and linear forms corresponding to the weak mixed
+formulation of the Stokes equations are defined as follows:
+
+.. code-block:: python
+
+    # Define variational problem
+    (u, p) = TrialFunctions(W)
+    (v, q) = TestFunctions(W)
+    f = Constant((0, 0))
+    a = (inner(grad(u), grad(v)) - div(v)*p + q*div(u))*dx
+    L = inner(f, v)*dx
+
+To compute the solution we use the bilinear and linear forms, and the
+boundary condition, but we also need to create a :py:class:`Function
+<dolfin.cpp.function.Function>` to store the solution(s). The (full)
+solution will be stored in w, which we initialize using the mixed
+function space ``W``. The actual
+computation is performed by calling solve with the arguments ``a``,
+``L``, ``w`` and ``bcs``. The separate components ``u`` and ``p`` of
+the solution can be extracted by calling the :py:meth:`split
+<dolfin.functions.function.Function.split>` function. Here we use an
+optional argument True in the split function to specify that we want a
+deep copy. If no argument is given we will get a shallow copy. We want
+a deep copy for further computations on the coefficient vectors.
+
+.. code-block:: python
+
+    # Compute solution
+    w = Function(W)
+    solve(a == L, w, bcs)
+
+    # Split the mixed solution using deepcopy
+    # (needed for further computation on coefficient vector)
+    (u, p) = w.split(True)
+
+We may be interested in the :math:`L^2` norms of u and p, they can be
+calculated and printed by writing
+
+.. code-block:: python
+
+    print("Norm of velocity coefficient vector: %.15g" % u.vector().norm("l2"))
+    print("Norm of pressure coefficient vector: %.15g" % p.vector().norm("l2"))
+
+One can also split functions using shallow copies (which is enough
+when we just plotting the result) by writing
+
+.. code-block:: python
+
+    # Split the mixed solution using a shallow copy
+    (u, p) = w.split()
+
+Finally, we can store to file and plot the solutions.
+
+.. code-block:: python
+
+    # Save solution in VTK format
+    ufile_pvd = File("velocity.pvd")
+    ufile_pvd << u
+    pfile_pvd = File("pressure.pvd")
+    pfile_pvd << p
+
+    # Plot solution
+    plot(u)
+    plot(p)
+    interactive()
+
+Complete code
+-------------
+
+.. literalinclude:: demo_stokes-taylor-hood.py
+    :start-after: # Begin demo
diff --git a/python/demo/documented/subdomains-poisson/demo_subdomains-poisson.py b/python/demo/documented/subdomains-poisson/demo_subdomains-poisson.py
new file mode 100644
index 0000000..f295852
--- /dev/null
+++ b/python/demo/documented/subdomains-poisson/demo_subdomains-poisson.py
@@ -0,0 +1,125 @@
+# Copyright (C) 2011 Marie E. Rognes
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2011-11-09
+# Last changed: 2012-08-06
+
+# Begin demo
+
+
+from dolfin import *
+
+# Create classes for defining parts of the boundaries and the interior
+# of the domain
+class Left(SubDomain):
+    def inside(self, x, on_boundary):
+        return near(x[0], 0.0)
+
+class Right(SubDomain):
+    def inside(self, x, on_boundary):
+        return near(x[0], 1.0)
+
+class Bottom(SubDomain):
+    def inside(self, x, on_boundary):
+        return near(x[1], 0.0)
+
+class Top(SubDomain):
+    def inside(self, x, on_boundary):
+        return near(x[1], 1.0)
+
+class Obstacle(SubDomain):
+    def inside(self, x, on_boundary):
+        return (between(x[1], (0.5, 0.7)) and between(x[0], (0.2, 1.0)))
+
+# Initialize sub-domain instances
+left = Left()
+top = Top()
+right = Right()
+bottom = Bottom()
+obstacle = Obstacle()
+
+# Define mesh
+mesh = UnitSquareMesh(64, 64)
+
+# Initialize mesh function for interior domains
+domains = MeshFunction("size_t", mesh, mesh.topology().dim())
+domains.set_all(0)
+obstacle.mark(domains, 1)
+
+# Initialize mesh function for boundary domains
+boundaries = MeshFunction("size_t", mesh, mesh.topology().dim()-1)
+boundaries.set_all(0)
+left.mark(boundaries, 1)
+top.mark(boundaries, 2)
+right.mark(boundaries, 3)
+bottom.mark(boundaries, 4)
+
+# Define input data
+a0 = Constant(1.0)
+a1 = Constant(0.01)
+g_L = Expression("- 10*exp(- pow(x[1] - 0.5, 2))", degree=2)
+g_R = Constant(1.0)
+f = Constant(1.0)
+
+# Define function space and basis functions
+V = FunctionSpace(mesh, "CG", 2)
+u = TrialFunction(V)
+v = TestFunction(V)
+
+# Define Dirichlet boundary conditions at top and bottom boundaries
+bcs = [DirichletBC(V, 5.0, boundaries, 2),
+       DirichletBC(V, 0.0, boundaries, 4)]
+
+# Define new measures associated with the interior domains and
+# exterior boundaries
+dx = Measure('dx', domain=mesh, subdomain_data=domains)
+ds = Measure('ds', domain=mesh, subdomain_data=boundaries)
+
+# Define variational form
+F = (inner(a0*grad(u), grad(v))*dx(0) + inner(a1*grad(u), grad(v))*dx(1)
+     - g_L*v*ds(1) - g_R*v*ds(3)
+     - f*v*dx(0) - f*v*dx(1))
+
+# Separate left and right hand sides of equation
+a, L = lhs(F), rhs(F)
+
+# Solve problem
+u = Function(V)
+solve(a == L, u, bcs)
+
+# Evaluate integral of normal gradient over top boundary
+n = FacetNormal(mesh)
+m1 = dot(grad(u), n)*ds(2)
+v1 = assemble(m1)
+print("\int grad(u) * n ds(2) = ", v1)
+
+# Evaluate integral of u over the obstacle
+m2 = u*dx(1)
+v2 = assemble(m2)
+print("\int u dx(1) = ", v2)
+
+# Plot solution
+import matplotlib.pyplot as plt
+plt.figure()
+plot(u, title="Solution u")
+
+# Plot solution and gradient
+plt.figure()
+plot(grad(u), title="Projected grad(u)")
+
+# Show plots
+plt.show()
diff --git a/python/demo/documented/subdomains-poisson/documentation.rst b/python/demo/documented/subdomains-poisson/documentation.rst
new file mode 100644
index 0000000..dca72a7
--- /dev/null
+++ b/python/demo/documented/subdomains-poisson/documentation.rst
@@ -0,0 +1,233 @@
+.. Documentation for the DOLFIN iterative Stokes demo.
+
+.. _demo_pde_subdomains_poisson_documentation:
+
+Poisson equation with multiple subdomains
+=========================================
+
+This demo is implemented in a single Python file,
+:download:`demo_subdomains-poisson.py`, which contains both the
+variational forms and the solver. We suggest that you familiarize
+yourself with the :ref:`Poisson demo
+<demo_pde_poisson_python_documentation>` before studying this example,
+as some of the more standard steps will be described in less detail.
+
+.. include:: ../common.txt
+
+Implementation
+--------------
+
+This description goes through the implementation (in
+:download:`demo_subdomains-poisson.py`) of a solver for the above
+described equation.
+
+In this example, different boundary conditions are prescribed on
+different parts of the boundaries, and different parts of the interior
+have different material properties. This information must be made
+available to the solver.  One way of doing this, is to tag the
+different subregions with different (integer) labels, and later
+integrate over the specified regions. DOLFIN provides a class
+:py:class:`MeshFunction <dolfin.cpp.MeshFunction>` which is useful for
+these types of operations: instances of this class represent functions
+over mesh entities (such as over cells or over facets). Mesh functions
+can be read from file or, if explicit formulae for the domains are
+known, they can be constructed by way of instances of the
+:py:class:`SubDomain <dolfin.cpp.SubDomain>` class. The latter is the
+case here, so we begin by defining the left, right, top and bottom
+boundaries, and the interior obstacle domain using the
+:py:class:`SubDomain <dolfin.cpp.SubDomain>` class and creating
+instances of these classes.
+
+.. code-block:: python
+
+    from dolfin import *
+
+    # Create classes for defining parts of the boundaries and the interior
+    # of the domain
+    class Left(SubDomain):
+        def inside(self, x, on_boundary):
+            return near(x[0], 0.0)
+
+    class Right(SubDomain):
+        def inside(self, x, on_boundary):
+            return near(x[0], 1.0)
+
+    class Bottom(SubDomain):
+        def inside(self, x, on_boundary):
+            return near(x[1], 0.0)
+
+    class Top(SubDomain):
+        def inside(self, x, on_boundary):
+            return near(x[1], 1.0)
+
+    class Obstacle(SubDomain):
+        def inside(self, x, on_boundary):
+            return (between(x[1], (0.5, 0.7)) and between(x[0], (0.2, 1.0)))
+
+    # Initialize sub-domain instances
+    left = Left()
+    top = Top()
+    right = Right()
+    bottom = Bottom()
+    obstacle = Obstacle()
+
+Note that the DOLFIN functions :py:func:`near <dolfin.cpp.near>` and
+:py:func:`between <dolfin.cpp.between>` provide robust ways of testing
+whether a coordinate is (to within machine precision) close to a given
+numerical value and in a range of values, respectively.
+
+We next define a mesh of the domain:
+
+.. code-block:: python
+
+    mesh = UnitSquareMesh(64, 64)
+
+The above subdomains are defined with the sole purpose of populating
+mesh functions. (For more complicated geometries, the mesh functions
+would typically be provided by other means.) We define a :py:class:`MeshFunction
+<dolfin.cpp.MeshFunction>` over the mesh cells to indicate which cells that correspond to
+the different interior subregions :math:`\Omega_0` and
+:math:`\Omega_1`. Those in the interior rectangle will be tagged by
+`1`, while the remainder is tagged by `0`. We can set all the values
+of a :py:class:`MeshFunction <dolfin.cpp.MeshFunction>` to a given
+value using the :py:func:`set_all
+<dolfin.cpp.MeshFunctionInt.set_all>` method.  So, in order to
+accomplish what we want, we can set all values to `0` first, and then
+we can use the ``obstacle`` instance to mark the cells identified as
+inside the obstacle region by `1` (thus overwriting the previous
+value):
+
+.. code-block:: python
+
+    # Initialize mesh function for interior domains
+    domains = MeshFunction("size_t", mesh, mesh.topology().dim())
+    domains.set_all(0)
+    obstacle.mark(domains, 1)
+
+
+We can do the same for the boundaries using a :py:class:`MeshFunction
+<dolfin.cpp.MeshFunction>` defined ove the topological dimension `
+mesh.topology().dim()-1`. We first tag all the edges by ``0``, then
+the edges on the left by ``1``, on the top by ``2``, on the right by
+``3`` and on the bottom by ``4``:
+
+.. code-block:: python
+
+    # Initialize mesh function for boundary domains
+    boundaries = MeshFunction("size_t", mesh, mesh.topology().dim()-1)
+    boundaries.set_all(0)
+    left.mark(boundaries, 1)
+    top.mark(boundaries, 2)
+    right.mark(boundaries, 3)
+    bottom.mark(boundaries, 4)
+
+Now that the geometry is defined and labeled, we can move on to
+defining the input source functions:
+
+.. code-block:: python
+
+    # Define input data
+    a0 = Constant(1.0)
+    a1 = Constant(0.01)
+    g_L = Expression("- 10*exp(- pow(x[1] - 0.5, 2))", degree=2)
+    g_R = Constant(1.0)
+    f = Constant(1.0)
+
+Here, ``a0`` and ``a1`` represent the values of the coefficient
+:math:`a` in the two regions of the domain, ``g_L`` and ``g_R``
+represent the values of the Neumann boundary condition on the left and
+right boundaries respectively, and ``f`` represents the body source.
+
+We may now move on to define the variational equation. As usual, we
+start by defining a finite element function space and basis functions
+on this space:
+
+.. code-block:: python
+
+    # Define function space and basis functions
+    V = FunctionSpace(mesh, "CG", 2)
+    u = TrialFunction(V)
+    v = TestFunction(V)
+
+With this function space, we can define the essential (Dirichlet)
+boundary conditions on the top and bottom boundaries. These boundaries
+correspond to the facets tagged by ``2`` and ``4``, respectively, in
+the ``boundaries`` facet function:
+
+.. code-block:: python
+
+    # Define Dirichlet boundary conditions at top and bottom boundaries
+    bcs = [DirichletBC(V, 5.0, boundaries, 2),
+           DirichletBC(V, 0.0, boundaries, 4)]
+
+DOLFIN predefines the "measures" ``dx``, ``ds`` and ``dS``
+representing integration over cells, exterior facets (that is, facets
+on the boundary) and interior facets, respectively. These measures can
+take an additional integer argument.  In fact, ``dx`` defaults to
+``dx(0)``, ``ds`` defaults to ``ds(0)``, and ``dS`` defaults to
+``dS(0)``. Integration over subregions can be specified by measures
+with different integer labels as arguments. However, we also need to
+map the geometry information stored in the mesh functions to these
+measures. The easiest way of accomplishing this is to define new
+measures with the mesh functions as additional input:
+
+.. code-block:: python
+
+    # Define new measures associated with the interior domains and
+    # exterior boundaries
+    dx = Measure('dx', domain=mesh, subdomain_data=domains)
+    ds = Measure('ds', domain=mesh, subdomain_data=boundaries)
+
+We can now define the variational forms corresponding to the
+variational problem above using these measures and the tags for the
+different subregions. For simplicity, we define the full form first,
+and then extract the left- and right-hand sides using the UFL
+functions :py:func:`lhs` and :py:func:`rhs` afterwards. We can then
+:py:func:`solve <dolfin.fem.solving.solve>` as usual:
+
+.. code-block:: python
+
+    # Define variational form
+    F = (inner(a0*grad(u), grad(v))*dx(0) + inner(a1*grad(u), grad(v))*dx(1)
+         - g_L*v*ds(1) - g_R*v*ds(3)
+         - f*v*dx(0) - f*v*dx(1))
+
+    # Separate left and right hand sides of equation
+    a, L = lhs(F), rhs(F)
+
+    # Solve problem
+    u = Function(V)
+    solve(a == L, u, bcs)
+
+Now, we can also evaluate various integrals of the solution or derived
+quantities of the solution over different regions, here are some
+examples:
+
+.. code-block:: python
+
+    # Evaluate integral of normal gradient over top boundary
+    n = FacetNormal(mesh)
+    m1 = dot(grad(u), n)*ds(2)
+    v1 = assemble(m1)
+    print("\int grad(u) * n ds(2) = ", v1)
+
+    # Evaluate integral of u over the obstacle
+    m2 = u*dx(1)
+    v2 = assemble(m2)
+    print("\int u dx(1) = ", v2)
+
+We also plot the solution and its gradient:
+
+.. code-block:: python
+
+    # Plot solution and gradient
+    plot(u, title="u")
+    plot(grad(u), title="Projected grad(u)")
+    interactive()
+
+
+Complete code
+-------------
+
+.. literalinclude:: demo_subdomains-poisson.py
+   :start-after: # Begin demo
diff --git a/python/demo/documented/subdomains/demo_subdomains.py b/python/demo/documented/subdomains/demo_subdomains.py
new file mode 100644
index 0000000..8b3c2f8
--- /dev/null
+++ b/python/demo/documented/subdomains/demo_subdomains.py
@@ -0,0 +1,96 @@
+"""This demo program demonstrates how to mark sub domains of a mesh
+and store the sub domain markers as a mesh function to a DOLFIN XML
+file.
+
+The sub domain markers produced by this demo program are the ones used
+for the Stokes demo programs.
+"""
+
+# Copyright (C) 2007 Kristian B. Oelgaard
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg, 2008.
+#
+# First added:  2007-11-15
+# Last changed: 2011-01-25
+# Begin demo
+
+from dolfin import *
+
+set_log_level(1)
+
+# Sub domain for no-slip (mark whole boundary, inflow and outflow will overwrite)
+class Noslip(SubDomain):
+    def inside(self, x, on_boundary):
+        return on_boundary
+
+# Sub domain for inflow (right)
+class Inflow(SubDomain):
+    def inside(self, x, on_boundary):
+        return x[0] > 1.0 - DOLFIN_EPS and on_boundary
+
+# Sub domain for outflow (left)
+class Outflow(SubDomain):
+    def inside(self, x, on_boundary):
+        return x[0] < DOLFIN_EPS and on_boundary
+
+# Read mesh
+mesh = Mesh("../dolfin_fine.xml.gz")
+
+# Create mesh functions over the cell facets
+sub_domains = MeshFunction("size_t", mesh, mesh.topology().dim() - 1)
+sub_domains_bool = MeshFunction("bool", mesh, mesh.topology().dim() - 1)
+sub_domains_double = MeshFunction("double", mesh, mesh.topology().dim() - 1)
+
+# Mark all facets as sub domain 3
+sub_domains.set_all(3)
+sub_domains_bool.set_all(False)
+sub_domains_double.set_all(0.3)
+
+# Mark no-slip facets as sub domain 0, 0.0
+noslip = Noslip()
+noslip.mark(sub_domains, 0)
+noslip.mark(sub_domains_double, 0.0)
+
+# Mark inflow as sub domain 1, 01
+inflow = Inflow()
+inflow.mark(sub_domains, 1)
+inflow.mark(sub_domains_double, 0.1)
+
+# Mark outflow as sub domain 2, 0.2, True
+outflow = Outflow()
+outflow.mark(sub_domains, 2)
+outflow.mark(sub_domains_double, 0.2)
+outflow.mark(sub_domains_bool, True)
+
+# Save sub domains to file
+file = File("subdomains.xml")
+file << sub_domains
+
+# FIXME: Not implemented
+#file_bool = File("subdomains_bool.xml")
+#file_bool << sub_domains_bool
+
+file_double = File("subdomains_double.xml")
+file_double << sub_domains_double
+
+# Save sub domains to VTK files
+file = File("subdomains.pvd")
+file << sub_domains
+
+file = File("subdomains_double.pvd")
+file << sub_domains_double
diff --git a/python/demo/documented/subdomains/documentation.rst b/python/demo/documented/subdomains/documentation.rst
new file mode 100644
index 0000000..976fb50
--- /dev/null
+++ b/python/demo/documented/subdomains/documentation.rst
@@ -0,0 +1,165 @@
+.. Documentation for subdomains demo from DOLFIN.
+
+.. _demo_pde_subdomains_python_documentation:
+
+Marking subdomains of a mesh
+============================
+
+This demo is implemented in a single Python file,
+:download:`demo_subdomains.py`.
+
+
+.. include:: ../common.txt
+
+Implementation
+--------------
+
+First, the :py:mod:`dolfin` module is imported:
+
+.. code-block:: python
+
+    from dolfin import *
+
+It may be useful to get information about what is going on behind the
+scenes when the program is running. In DOLFIN, we can control which
+messages routed through the logging system will be printed. By
+calling the function :py:class:`set_log_level()
+<dolfin.cpp.common.set_log_level>` we specify the log level. An
+optional integer argument may be given to specify the level, the
+default level is 20. Only messages on a level higher than or equal to
+the current log level will be printed. To get as much information as
+possible we will set the log level to 1:
+
+.. code-block:: python
+
+    set_log_level(1)
+
+Before we can mark the boundaries, we must specify the boundary
+conditions.  We do this by defining three classes, one for each
+boundary condition. We start by defining the whole boundary as a
+noslip boundary, and then overwrite the parts of the boundary that is
+inflow and outflow.
+
+.. code-block:: python
+
+    # Sub domain for no-slip (mark whole boundary, inflow and outflow will overwrite)
+    class Noslip(SubDomain):
+        def inside(self, x, on_boundary):
+            return on_boundary
+
+    # Sub domain for inflow (right)
+    class Inflow(SubDomain):
+        def inside(self, x, on_boundary):
+            return x[0] > 1.0 - DOLFIN_EPS and on_boundary
+
+    # Sub domain for outflow (left)
+    class Outflow(SubDomain):
+        def inside(self, x, on_boundary):
+            return x[0] < DOLFIN_EPS and on_boundary
+
+Then, we import the mesh:
+
+.. code-block:: python
+
+    # Read mesh
+    mesh = Mesh("../dolfin_fine.xml.gz")
+
+We create a :py:class:`MeshFunction <dolfin.cpp.MeshFunction>` to
+store the numbering of the subdomains.  When creating a MeshFunction
+an argument specifying the type of the MeshFunction must be given.
+Allowed types are ‘int’, ‘size_t’, ‘double’ and ‘bool’. To illustrate
+the difference of these we will use both ‘size_t’, ‘double’ and
+‘bool’:
+
+.. code-block:: python
+
+    # Create mesh functions over the cell facets
+    sub_domains = MeshFunction("size_t", mesh, mesh.topology().dim() - 1)
+    sub_domains_bool = MeshFunction("bool", mesh, mesh.topology().dim() - 1)
+    sub_domains_double = MeshFunction("double", mesh, mesh.topology().dim() - 1)
+
+The second and third arguments are optional. The second argument
+specifies our mesh, while the third argument gives the topological
+dimension of the :py:class:`MeshFunction <dolfin.cpp.MeshFunction>`,
+which is the topological dimension of our mesh minus 1.
+
+We are now ready to mark the mesh. We will create four subdomains of
+the mesh; one subdomain for each boundary condition and a fourth
+subdomain for the interior. First, we mark all facets in the mesh as
+part of subdomain 3. Since we want to illustrate the possible types
+of mesh functions, this is done in three different ways. The first
+type, the :py:class:`MeshFunction <dolfin.cpp.MeshFunctionSizet>`,
+takes an integer argument and all facets will be given this index.
+The second type, the :py:class:`MeshFunction
+<dolfin.cpp.MeshFunctionBool>`, takes a boolean as argument and all
+facets will be marked by this boolean.  The third type , the
+:py:class:`MeshFunction <dolfin.cpp.MeshFunctionDouble>`, takes a
+floating point number as argument and this number will be the index of
+all the facets.
+
+.. code-block:: python
+
+    # Mark all facets as sub domain 3
+    sub_domains.set_all(3)
+    sub_domains_bool.set_all(False)
+    sub_domains_double.set_all(0.3)
+
+When all facets are marked, we mark only the boundary facets.  We give
+the noslip boundary the index 0.  To mark the facets of the noslip
+boundary, we first make an instance of the class ``Noslip``, and then
+mark these facets with the correct value (either an integer, boolean
+or double).
+
+.. code-block:: python
+
+    # Mark no-slip facets as sub domain 0, 0.0
+    noslip = Noslip()
+    noslip.mark(sub_domains, 0)
+    noslip.mark(sub_domains_double, 0.0)
+
+The same must be done for the inflow and outflow boundaries.  The
+inflow is marked as subdomain 1 and the outflow is marked as subdomain
+2:
+
+.. code-block:: python
+
+    # Mark inflow as sub domain 1, 01
+    inflow = Inflow()
+    inflow.mark(sub_domains, 1)
+    inflow.mark(sub_domains_double, 0.1)
+
+    # Mark outflow as sub domain 2, 0.2, True
+    outflow = Outflow()
+    outflow.mark(sub_domains, 2)
+    outflow.mark(sub_domains_double, 0.2)
+    outflow.mark(sub_domains_bool, True)
+
+Finally, to be able to use these subdomains together with the mesh in
+other programs, we save the subdomains to file, both as XML and VTK
+files:
+
+.. code-block:: python
+
+    # Save sub domains to file
+    file = File("subdomains.xml")
+    file << sub_domains
+
+    # FIXME: Not implemented
+    #file_bool = File("subdomains_bool.xml")
+    #file_bool << sub_domains_bool
+
+    file_double = File("subdomains_double.xml")
+    file_double << sub_domains_double
+
+    # Save sub domains to VTK files
+    file = File("subdomains.pvd")
+    file << sub_domains
+
+    file = File("subdomains_double.pvd")
+    file << sub_domains_double
+
+Complete code
+-------------
+
+.. literalinclude:: demo_subdomains.py
+   :start-after: # Begin demo
diff --git a/python/demo/documented/tensor-weighted-poisson/demo_tensor-weighted-poisson.py b/python/demo/documented/tensor-weighted-poisson/demo_tensor-weighted-poisson.py
new file mode 100644
index 0000000..075ed4e
--- /dev/null
+++ b/python/demo/documented/tensor-weighted-poisson/demo_tensor-weighted-poisson.py
@@ -0,0 +1,138 @@
+"""This demo program solves Poisson's equation
+
+    - div C grad u(x, y) = f(x, y)
+
+on the unit square with source f given by
+
+    f(x, y) = 10*exp(-((x - 0.5)^2 + (y - 0.5)^2) / 0.02)
+
+and boundary conditions given by
+
+    u(x, y) = 0  for x = 0 or x = 1
+du/dn(x, y) = 0  for y = 0 or y = 1
+
+The conductivity C is a symmetric 2 x 2 matrix which
+varies throughout the domain. In the left part of the
+domain, the conductivity is
+
+    C = ((1, 0.3), (0.3, 2))
+
+and in the right part it is
+
+    C = ((3, 0.5), (0.5, 4))
+
+The data files where these values are stored are generated
+by the program generate_data.py
+
+This demo is dedicated to BF and Marius... ;-)
+"""
+
+# Copyright (C) 2009-2011 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2009-12-16
+# Last changed: 2011-06-28
+# Begin demo
+
+from dolfin import *
+
+# Read mesh from file and create function space
+mesh = Mesh("../unitsquare_32_32.xml.gz")
+V = FunctionSpace(mesh, "Lagrange", 1)
+
+# Define Dirichlet boundary (x = 0 or x = 1)
+def boundary(x):
+    return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS
+
+# Define boundary condition
+u0 = Constant(0.0)
+bc = DirichletBC(V, u0, boundary)
+
+# Define conductivity components as MeshFunctions
+c00 = MeshFunction("double", mesh, "../unitsquare_32_32_c00.xml.gz")
+c01 = MeshFunction("double", mesh, "../unitsquare_32_32_c01.xml.gz")
+c11 = MeshFunction("double", mesh, "../unitsquare_32_32_c11.xml.gz")
+
+# Code for C++ evaluation of conductivity
+conductivity_code = """
+
+#include <pybind11/pybind11.h>
+#include <pybind11/eigen.h>
+namespace py = pybind11;
+
+#include <dolfin/function/Expression.h>
+#include <dolfin/mesh/MeshFunction.h>
+
+class Conductivity : public dolfin::Expression
+{
+public:
+
+  // Create expression with 3 components
+  Conductivity() : dolfin::Expression(3) {}
+
+  // Function for evaluating expression on each cell
+  void eval(Eigen::Ref<Eigen::VectorXd> values, Eigen::Ref<const Eigen::VectorXd> x, const ufc::cell& cell) const override
+  {
+    const uint cell_index = cell.index;
+    values[0] = (*c00)[cell_index];
+    values[1] = (*c01)[cell_index];
+    values[2] = (*c11)[cell_index];
+  }
+
+  // The data stored in mesh functions
+  std::shared_ptr<dolfin::MeshFunction<double>> c00;
+  std::shared_ptr<dolfin::MeshFunction<double>> c01;
+  std::shared_ptr<dolfin::MeshFunction<double>> c11;
+
+};
+
+PYBIND11_MODULE(SIGNATURE, m)
+{
+  py::class_<Conductivity, std::shared_ptr<Conductivity>, dolfin::Expression>
+    (m, "Conductivity")
+    .def(py::init<>())
+    .def_readwrite("c00", &Conductivity::c00)
+    .def_readwrite("c01", &Conductivity::c01)
+    .def_readwrite("c11", &Conductivity::c11);
+}
+
+"""
+
+c = CompiledExpression(compile_cpp_code(conductivity_code).Conductivity(),
+                       c00=c00, c01=c01, c11=c11, degree=0)
+
+C = as_matrix(((c[0], c[1]), (c[1], c[2])))
+
+# Define variational problem
+u = TrialFunction(V)
+v = TestFunction(V)
+f = Expression("10*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2)) / 0.02)", degree=2)
+a = inner(C*grad(u), grad(v))*dx
+L = f*v*dx
+
+# Compute solution
+u = Function(V)
+solve(a == L, u, bc)
+
+# Save solution in VTK format
+file = File("poisson.pvd")
+file << u
+
+# Plot solution
+import matplotlib.pyplot as plt
+plot(u)
+plt.show()
diff --git a/python/demo/documented/tensor-weighted-poisson/documentation.rst b/python/demo/documented/tensor-weighted-poisson/documentation.rst
new file mode 100644
index 0000000..73279da
--- /dev/null
+++ b/python/demo/documented/tensor-weighted-poisson/documentation.rst
@@ -0,0 +1,302 @@
+.. Documentation for the tensor weighted Poisson demo from DOLFIN.
+
+.. _demo_pde_tensor-weighted-poisson_python_documentation:
+
+Tensor-weighted Poisson
+=======================
+
+This demo is implemented in two files; one file,
+:download:`generate_data.py` , for generating data, and one file,
+:download:`demo_tensor-weighted-poisson.py` , which contains both the
+vaiational form and the solver.
+
+.. include:: ../common.txt
+
+Implementation
+--------------
+
+Implementation of generate_data.py
+^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
+
+First, the :py:mod:`dolfin` module is imported:
+
+.. code-block:: python
+
+    from dolfin import *
+
+Then, we define a mesh of the domain. We use the built-in mesh,
+provided by the class :py:class:`UnitSquareMesh
+<dolfin.cpp.mesh.UnitSquareMesh>`. In order to create a mesh
+consisting of :math:`32 \times 32` squares with each square divided
+into two triangles, we do as follows:
+
+.. code-block:: python
+
+    # Create mesh
+    mesh = UnitSquareMesh(32, 32)
+
+Now, we create mesh functions to store the values of the conductivity
+matrix as it varies over the domain.  Since the matrix is symmetric,
+we only create mesh functions for the upper triangular part of the
+matrix. In :py:class:`MeshFunction <dolfin.cpp.mesh.MeshFunction>`
+the first argument specifies the type of the mesh function, here we
+use "double".  Other types allowed are "int", "size_t" and "bool".
+The two following arguments are optional; the first gives the mesh the
+:py:class:`MeshFunction <dolfin.cpp.mesh.MeshFunction>` is defined on,
+and the second the topological dimension of the mesh function.
+
+.. code-block:: python
+
+    # Create mesh functions for c00, c01, c11
+    c00 = MeshFunction("double", mesh, 2)
+    c01 = MeshFunction("double", mesh, 2)
+    c11 = MeshFunction("double", mesh, 2)
+
+To set the values of the mesh functions, we go through all the cells
+in the mesh and check whether the midpoint value of the cell in the
+:math:`x`-direction is less than 0.5 or not (in practice this means
+that we are checking which half of the unit square the cell is
+in). Then we set the correct values of the mesh functions, depending
+on which half we are in.
+
+.. code-block:: python
+
+    # Iterate over mesh and set values
+    for cell in cells(mesh):
+        if cell.midpoint().x() < 0.5:
+            c00[cell] = 1.0
+            c01[cell] = 0.3
+            c11[cell] = 2.0
+        else:
+            c00[cell] = 3.0
+            c01[cell] = 0.5
+            c11[cell] = 4.0
+
+Create files to store data and save to file:
+
+.. code-block:: python
+
+    # Store to file
+    mesh_file = File("../unitsquare_32_32.xml.gz")
+    c00_file = File("../unitsquare_32_32_c00.xml.gz")
+    c01_file = File("../unitsquare_32_32_c01.xml.gz")
+    c11_file = File("../unitsquare_32_32_c11.xml.gz")
+
+    mesh_file << mesh
+    c00_file << c00
+    c01_file << c01
+    c11_file << c11
+
+Plot the mesh functions using the ``plot`` function:
+
+.. code-block:: python
+
+    # Plot mesh functions
+    plot(c00, title="C00")
+    plot(c01, title="C01")
+    plot(c11, title="C11")
+
+    interactive()
+
+Implementation of tensor-weighted-poisson.py
+^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
+
+This description goes through the implementation (in
+:download:`demo_tensor-weighted-poisson.py` ) of a solver for the above
+described Poisson equation step-by-step.
+
+
+First, the :py:mod:`dolfin` module is imported:
+
+.. code-block:: python
+
+    from dolfin import *
+
+We proceed by defining a mesh of the domain and a finite element
+function space :math:`V` relative to this mesh. We read the mesh file
+generated by :download:`generate_data.py` and create the function
+space in the following way:
+
+.. code-block:: python
+
+    # Read mesh from file and create function space
+    mesh = Mesh("../unitsquare_32_32.xml.gz")
+    V = FunctionSpace(mesh, "Lagrange", 1)
+
+The second argument to :py:class:`FunctionSpace
+<dolfin.cpp.function.FunctionSpace>` is the finite element family,
+while the third argument specifies the polynomial degree.  Thus, in
+this case, our space ``V`` consists of first-order, continuous
+Lagrange finite element functions (or in order words, continuous
+piecewise linear polynomials).
+
+Next, we want to consider the Dirichlet boundary condition.  A simple
+Python function, returning a boolean, can be used to define the
+subdomain for the Dirichlet boundary condition (:math:`\Gamma_D`).
+The function should return True for those points inside the subdomain
+and False for the points outside.  In our case, we want to say that
+the points :math:`(x, y)` such that :math:`x = 0` or :math:`x = 1` are
+inside on the inside of :math:`\Gamma_D`.  (Note that because of
+rounding-off errors, it is often wise to instead specify :math:`x <
+\epsilon` or :math:`x > 1 - \epsilon` where :math:`\epsilon` is a
+small number (such as machine precision).)
+
+.. code-block:: python
+
+    # Define Dirichlet boundary (x = 0 or x = 1)
+    def boundary(x):
+        return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS
+
+Now, the Dirichlet boundary condition can be created using the class
+:py:class:`DirichletBC <dolfin.cpp.fem.DirichletBC>`.  A
+:py:class:`DirichletBC <dolfin.cpp.fem.DirichletBC>` takes three
+arguments: the function space the boundary condition applies to, the
+value of the boundary condition, and the part of the boundary on which
+the condition applies.  In our example, the function space is
+:math:`V`. The value of the boundary condition :math:`(0.0)` can be
+represented using a :py:class:`Constant
+<dolfin.functions.constant.Constant>` and the Dirichlet boundary is
+defined immediately above. The definition of the Dirichlet boundary
+condition then looks as follows:
+
+.. code-block:: python
+
+    # Define boundary condition
+    u0 = Constant(0.0)
+    bc = DirichletBC(V, u0, boundary)
+
+Before we define the conductivity matrix, we create a string
+containing C++ code for evaluation of the conductivity. Later we will
+use this string when we create an :py:class:`Expression
+<dolfin.cpp.function.Expression>` containing the entries of the
+matrix.
+
+.. code-block:: python
+
+    # Code for C++ evaluation of conductivity
+    conductivity_code = """
+
+    class Conductivity : public Expression
+    {
+    public:
+
+      // Create expression with 3 components
+      Conductivity() : Expression(3) {}
+
+      // Function for evaluating expression on each cell
+      void eval(Array<double>& values, const Array<double>& x, const ufc::cell& cell) const
+      {
+        const uint D = cell.topological_dimension;
+        const uint cell_index = cell.index;
+        values[0] = (*c00)[cell_index];
+        values[1] = (*c01)[cell_index];
+        values[2] = (*c11)[cell_index];
+      }
+
+      // The data stored in mesh functions
+      std::shared_ptr<MeshFunction<double> > c00;
+      std::shared_ptr<MeshFunction<double> > c01;
+      std::shared_ptr<MeshFunction<double> > c11;
+
+    };
+    """
+
+We define the conductivity matrix by first creating mesh functions
+from the files we stored in :download:`generate_data.py`.  Here, the
+third argument in :py:class:`MeshFunction
+<dolfin.cpp.mesh.MeshFunction>` is the path to the data files.  Then,
+we define an expression for the entries in the matrix where we give
+the C++ code as an argument for optimalization. Finally, we use the
+UFL function ``as_matrix`` to create the matrix consisting of the
+expressions.
+
+.. code-block:: python
+
+    # Define conductivity expression and matrix
+    c00 = MeshFunction("double", mesh, "../unitsquare_32_32_c00.xml.gz")
+    c01 = MeshFunction("double", mesh, "../unitsquare_32_32_c01.xml.gz")
+    c11 = MeshFunction("double", mesh, "../unitsquare_32_32_c11.xml.gz")
+
+    c = Expression(cppcode=conductivity_code, degree=0)
+    c.c00 = c00
+    c.c01 = c01
+    c.c11 = c11
+    C = as_matrix(((c[0], c[1]), (c[1], c[2])))
+
+Next, we want to express the variational problem. First, we need to
+specify the trial function :math:`u` and the test function :math:`v`,
+both living in the function space :math:`V`.  We do this by defining a
+:py:func:`TrialFunction <dolfin.functions.function.TrialFunction>` and
+a :py:func:`TestFunction <dolfin.functions.function.TestFunction>` on
+the previously defined :py:class:`FunctionSpace
+<dolfin.cpp.function.FunctionSpace>` :math:`V`.
+
+Further, the source :math:`f` is involved in the variational form, and
+hence it must be must specified.  Since :math:`f` is given by a simple
+mathematical formula, it can easily be declared using the
+:py:class:`Expression <dolfin.cpp.function.Expression>` class.  Note
+that the string defining :math:`f` uses C++ syntax since, for
+efficiency, DOLFIN will generate and compile C++ code for these
+expressions at run-time.
+
+With these ingredients, we can write down the bilinear form :math:`a`
+and the linear form :math:`L` (using UFL operators).  In summary, this
+reads:
+
+.. code-block:: python
+
+    # Define variational problem
+    u = TrialFunction(V)
+    v = TestFunction(V)
+    f = Expression("10*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2)) / 0.02)", degree=2)
+    a = inner(C*grad(u), grad(v))*dx
+    L = f*v*dx
+
+Now, we have specified the bilinear and linear forms and can consider
+the solution of the variational problem.  First, we need to define a
+:py:class:`Function <dolfin.cpp.function.Function>` ``u`` to
+represent the solution. (Upon initialization, it is simply set to the
+zero function.) A :py:class:`Function <dolfin.cpp.function.Function>`
+represents a function living in a finite element function space.
+Next, we can call the :py:meth:`solve
+<dolfin.cpp.fem.GenericAdaptiveVariationalSolver.solve>` function with
+the arguments ``a == L``, ``u`` and ``bc`` as follows:
+
+.. code-block:: python
+
+    # Compute solution
+    u = Function(V)
+    solve(a == L, u, bc)
+
+The function ``u`` will be modified during the call to solve. The
+default settings for solving a variational problem have been used.
+However, the solution process can be controlled in much more detail if
+desired.
+
+A :py:class:`Function <dolfin.cpp.function.Function>` can be
+manipulated in various ways, in particular, it can be plotted and
+saved to file. Here, we output the solution to a VTK file (using the
+suffix .pvd) for later visualization and also plot it using the
+:py:meth:`plot <dolfin.cpp.io.VTKPlotter.plot>` command:
+
+.. code-block:: python
+
+    # Save solution in VTK format
+    file = File("poisson.pvd")
+    file << u
+
+    # Plot solution
+    plot(u, interactive=True)
+
+Complete code
+-------------
+
+demo_tensor-weighted-poisson.py:
+
+.. literalinclude:: demo_tensor-weighted-poisson.py
+   :start-after: # Begin demo
+
+generate_data.py:
+
+.. literalinclude:: generate_data.py
+   :start-after: # Begin demo
diff --git a/python/demo/documented/tensor-weighted-poisson/generate_data.py b/python/demo/documented/tensor-weighted-poisson/generate_data.py
new file mode 100644
index 0000000..afec9c9
--- /dev/null
+++ b/python/demo/documented/tensor-weighted-poisson/generate_data.py
@@ -0,0 +1,60 @@
+"""This program is used to generate the coefficients c00, c01 and c11
+used in the demo."""
+
+# Copyright (C) 2007-2009 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2009-12-16
+# Last changed: 2009-12-16
+# Begin demo
+
+from dolfin import *
+
+# Create mesh
+mesh = UnitSquareMesh(32, 32)
+
+# Create mesh functions for c00, c01, c11
+c00 = MeshFunction("double", mesh, 2)
+c01 = MeshFunction("double", mesh, 2)
+c11 = MeshFunction("double", mesh, 2)
+
+# Iterate over mesh and set values
+for cell in cells(mesh):
+    if cell.midpoint().x() < 0.5:
+        c00[cell] = 1.0
+        c01[cell] = 0.3
+        c11[cell] = 2.0
+    else:
+        c00[cell] = 3.0
+        c01[cell] = 0.5
+        c11[cell] = 4.0
+
+# Store to file
+mesh_file = File("../unitsquare_32_32.xml.gz")
+c00_file = File("../unitsquare_32_32_c00.xml.gz")
+c01_file = File("../unitsquare_32_32_c01.xml.gz")
+c11_file = File("../unitsquare_32_32_c11.xml.gz")
+
+mesh_file << mesh
+c00_file << c00
+c01_file << c01
+c11_file << c11
+
+# Plot mesh functions
+plot(c00, title="C00", interactive=True)
+plot(c01, title="C01", interactive=True)
+plot(c11, title="C11", interactive=True)
diff --git a/python/demo/generate-demo-files.py b/python/demo/generate-demo-files.py
new file mode 100644
index 0000000..bb6fdd8
--- /dev/null
+++ b/python/demo/generate-demo-files.py
@@ -0,0 +1,61 @@
+# Copyright (C) 2016 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Recompile all ffc forms (use when FFC has been updated)
+# This script should be run from the top level directory.
+
+import os
+import sys
+
+
+# Get directory of this file
+dir_path = os.path.dirname(os.path.realpath(__file__))
+
+# Directories to scan
+subdirs = [dir_path]
+
+# Check that we can find pylint.py
+parser = dir_path + "/../../utils/pylit/pylit.py"
+if os.path.isfile(parser):
+    pass
+else:
+    raise RuntimeError("Cannot find pylit.py. Are you running from the top level directory")
+
+# Get absolute path to parser
+parser = os.path.abspath(parser)
+
+# Generate .py files from all .py.rst files
+topdir = os.getcwd()
+for subdir in subdirs:
+    for root, dirs, files in os.walk(subdir):
+
+        # Check for .py.rst files
+        rstfiles = [f for f in files if len(f) > 7 and f[-7:] == ".py.rst"]
+        if len(rstfiles) == 0:
+            continue
+
+        # Compile files
+        os.chdir(root)
+        print("Converting rst files in in {} ...".format(root))
+        for f in rstfiles:
+            command = sys.executable + " " + parser + " " + os.path.abspath(f)
+            #print("  " + command)
+            ret = os.system(command)
+            if not ret == 0:
+                raise RuntimeError("Unable to convert rst file to a .py ({})".format(f))
+
+        os.chdir(topdir)
diff --git a/python/demo/test.py b/python/demo/test.py
new file mode 100644
index 0000000..7010580
--- /dev/null
+++ b/python/demo/test.py
@@ -0,0 +1,74 @@
+import os
+import pathlib
+import subprocess
+import sys
+import pytest
+
+
+# Get directory of this file
+dir_path = pathlib.Path(__file__).resolve().parent
+
+# Build list of demo programs
+demos = []
+for subdir in ['documented', 'undocumented']:
+    p = pathlib.Path(dir_path, subdir)
+    demo_files = list(p.glob('**/*.py'))
+    for f in demo_files:
+        demos.append((f.parent, f.name))
+
+
+# FIXME: fix cases that break pattern
+# Remove 'tensor-weighted-poisson'
+demos = [d for d in demos if d[0].stem != 'tensor-weighted-poisson']
+
+# Testing
+#demos = [d for d in demos if d[0].stem == 'stokes-taylor-hood']
+#print("------------------------------")
+#print(demos)
+
+
+@pytest.mark.parametrize("path,name", demos)
+def test_demos(mpiexec, num_proc, path, name):
+
+    if mpiexec is None:
+        # Run in serial
+        ret = subprocess.run([sys.executable, name],
+                             cwd=str(path),
+                             env={**os.environ, 'MPLBACKEND': 'agg'},
+                             check=True)
+    else:
+        # Run with MPI
+
+        # FIXME: non-MPI demos should exit gracefully
+        # Demos that don't work in parallel
+        broken = ["demo_subdomains.py",
+                  "demo_auto-adaptive-poisson.py",
+                  "demo_nonmatching-interpolation.py",
+                  'demo_adaptive-poisson.py',
+                  'demo_auto-adaptive-navier-stokes.py',
+                  'demo_eval.py',
+                  'demo_extrapolation.py',
+                  'demo_nonmatching-interpolation.py',
+                  'demo_nonmatching-projection.py',
+                  'demo_poisson-disc.py',
+                  'demo_smoothing.py',
+                  'demo_subdomains.py',
+                  'demo_submesh.py',
+                  'demo_time-series.py',
+                  'demo_poisson1D-in-2D.py',
+                  'demo_coordinates.py',
+                  'demo_block-assembly-2D2D-nonlinear.py',
+                  'demo_block-assembly-3D1D.py',
+        ]
+        if name in broken:
+            return
+
+        assert int(num_proc) > 0 and int(num_proc) < 32
+        cmd = mpiexec + " -np " + str(num_proc) + " " + sys.executable + " " + name
+        ret = subprocess.run(cmd,
+                             cwd=str(path),
+                             shell=True,
+                             #stdin=subprocess.DEVNULL,
+                             env={**os.environ, 'MPLBACKEND': 'agg'},
+                             check=True
+        )
diff --git a/python/demo/undocumented/adaptive-poisson/demo_adaptive-poisson.py b/python/demo/undocumented/adaptive-poisson/demo_adaptive-poisson.py
new file mode 100755
index 0000000..863c33e
--- /dev/null
+++ b/python/demo/undocumented/adaptive-poisson/demo_adaptive-poisson.py
@@ -0,0 +1,94 @@
+"""This demo program solves Poisson's equation
+
+    - div grad u(x, y) = f(x, y)
+
+on the unit square with source f given by
+
+    f(x, y) = exp(-100(x^2 + y^2))
+
+and homogeneous Dirichlet boundary conditions.
+
+Note that we use a simplified error indicator, ignoring
+edge (jump) terms and the size of the interpolation constant.
+"""
+
+# Copyright (C) 2008 Rolv Erlend Bredesen
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg 2008-2011
+
+
+from dolfin import *
+from numpy import array, sqrt
+from math import pow
+
+TOL = 5e-4           # Error tolerance
+REFINE_RATIO = 0.50  # Refine 50 % of the cells in each iteration
+MAX_ITER = 20        # Maximal number of iterations
+
+# Create initial mesh
+mesh = UnitSquareMesh(4, 4)
+source_str = "exp(-100.0*(pow(x[0], 2) + pow(x[1], 2)))"
+source = eval("lambda x: " + source_str)
+
+# Adaptive algorithm
+for level in range(MAX_ITER):
+
+    # Define variational problem
+    V = FunctionSpace(mesh, "CG", 1)
+    v = TestFunction(V)
+    u = TrialFunction(V)
+    f = Expression(source_str, degree=2)
+    a = dot(grad(v), grad(u))*dx
+    L = v*f*dx
+
+    # Define boundary condition
+    u0 = Constant(0.0)
+    bc = DirichletBC(V, u0, DomainBoundary())
+
+    # Compute solution
+    u = Function(V)
+    solve(a == L, u, bc)
+
+    # Compute error indicators
+    h = array([c.h() for c in cells(mesh)])
+    K = array([c.volume() for c in cells(mesh)])
+    R = array([abs(source([c.midpoint().x(), c.midpoint().y()])) for c in cells(mesh)])
+    gamma = h*R*sqrt(K)
+
+    # Compute error estimate
+    E = sum([g*g for g in gamma])
+    E = sqrt(MPI.sum(mesh.mpi_comm(), E))
+    print("Level %d: E = %g (TOL = %g)" % (level, E, TOL))
+
+    # Check convergence
+    if E < TOL:
+        info("Success, solution converged after %d iterations" % level)
+        break
+
+    # Mark cells for refinement
+    cell_markers = MeshFunction("bool", mesh, mesh.topology().dim())
+    gamma_0 = sorted(gamma, reverse=True)[int(len(gamma)*REFINE_RATIO)]
+    gamma_0 = MPI.max(mesh.mpi_comm(), gamma_0)
+    for c in cells(mesh):
+        cell_markers[c] = gamma[c.index()] > gamma_0
+
+    # Refine mesh
+    mesh = refine(mesh, cell_markers)
+
+    # Plot mesh
+    plot(mesh)
diff --git a/python/demo/undocumented/advection-diffusion/demo_advection-diffusion.py b/python/demo/undocumented/advection-diffusion/demo_advection-diffusion.py
new file mode 100644
index 0000000..baa6ab0
--- /dev/null
+++ b/python/demo/undocumented/advection-diffusion/demo_advection-diffusion.py
@@ -0,0 +1,128 @@
+# Copyright (C) 2007 Kristian B. Oelgaard
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg, 2008
+# Modified by Johan Hake, 2008
+# Modified by Garth N. Wells, 2009
+#
+# This demo solves the time-dependent convection-diffusion equation by
+# a SUPG stabilized method. The velocity field used in the simulation
+# is the output from the Stokes (Taylor-Hood) demo.  The sub domains
+# for the different boundary conditions are computed by the demo
+# program in src/demo/subdomains.
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+def boundary_value(n):
+    if n < 10:
+        return float(n)/10.0
+    else:
+        return 1.0
+
+# Load mesh and subdomains
+mesh = Mesh("../dolfin_fine.xml.gz")
+sub_domains = MeshFunction("size_t", mesh, "../dolfin_fine_subdomains.xml.gz");
+h = CellDiameter(mesh)
+
+# Create FunctionSpaces
+Q = FunctionSpace(mesh, "CG", 1)
+V = VectorFunctionSpace(mesh, "CG", 2)
+
+# Create velocity Function from file
+velocity = Function(V);
+File("../dolfin_fine_velocity.xml.gz") >> velocity
+
+# Initialise source function and previous solution function
+f  = Constant(0.0)
+u0 = Function(Q)
+
+# Parameters
+T = 5.0
+dt = 0.1
+t = dt
+c = 0.00005
+
+# Test and trial functions
+u, v = TrialFunction(Q), TestFunction(Q)
+
+# Mid-point solution
+u_mid = 0.5*(u0 + u)
+
+# Residual
+r = u - u0 + dt*(dot(velocity, grad(u_mid)) - c*div(grad(u_mid)) - f)
+
+# Galerkin variational problem
+F = v*(u - u0)*dx + dt*(v*dot(velocity, grad(u_mid))*dx \
+                      + c*dot(grad(v), grad(u_mid))*dx)
+
+# Add SUPG stabilisation terms
+vnorm = sqrt(dot(velocity, velocity))
+F += (h/(2.0*vnorm))*dot(velocity, grad(v))*r*dx
+
+# Create bilinear and linear forms
+a = lhs(F)
+L = rhs(F)
+
+# Set up boundary condition
+g = Constant(boundary_value(0))
+bc = DirichletBC(Q, g, sub_domains, 1)
+
+# Assemble matrix
+A = assemble(a)
+bc.apply(A)
+
+# Create linear solver and factorize matrix
+solver = LUSolver(A)
+
+# Output file
+out_file = File("results/temperature.pvd")
+
+# Set intial condition
+u = u0
+
+# Time-stepping, plot initial condition.
+i = 0
+plt.figure()
+plot(u, title=r"t = {0:1.1f}".format(0.0))
+i += 1
+
+while t - T < DOLFIN_EPS:
+    # Assemble vector and apply boundary conditions
+    b = assemble(L)
+    bc.apply(b)
+
+    # Solve the linear system (re-use the already factorized matrix A)
+    solver.solve(u.vector(), b)
+
+    # Copy solution from previous interval
+    u0 = u
+
+    # Plot solution
+    if i % 5 == 0:
+        plt.figure()
+        plot(u, title=r"t = {0:1.1f}".format(t))
+
+    # Save the solution to file
+    out_file << (u, t)
+
+    # Move to next interval and adjust boundary condition
+    t += dt
+    i += 1
+    g.assign(boundary_value(int(t/dt)))
+
+plt.show()
diff --git a/python/demo/undocumented/ale/demo_ale.py b/python/demo/undocumented/ale/demo_ale.py
new file mode 100644
index 0000000..495190c
--- /dev/null
+++ b/python/demo/undocumented/ale/demo_ale.py
@@ -0,0 +1,49 @@
+"""This demo demonstrates how to move the vertex coordinates of a
+boundary mesh and then updating the interior vertex coordinates of the
+original mesh by suitably interpolating the vertex coordinates (useful
+for implementation of ALE methods)."""
+
+# Copyright (C) 2008 Solveig Bruvoll and Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2008-05-02
+# Last changed: 2008-12-12
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+# Create mesh
+mesh = UnitSquareMesh(20, 20)
+
+# Create boundary mesh
+boundary = BoundaryMesh(mesh, "exterior")
+
+# Move vertices in boundary
+for x in boundary.coordinates():
+    x[0] *= 3.0
+    x[1] += 0.1*sin(5.0*x[0])
+
+# Move mesh
+ALE.move(mesh, boundary)
+
+# Plot mesh
+plot(mesh)
+plt.show()
+
+# Write mesh to file
+File("deformed_mesh.pvd") << mesh
diff --git a/python/demo/undocumented/auto-adaptive-navier-stokes/demo_auto-adaptive-navier-stokes.py b/python/demo/undocumented/auto-adaptive-navier-stokes/demo_auto-adaptive-navier-stokes.py
new file mode 100644
index 0000000..23a2c08
--- /dev/null
+++ b/python/demo/undocumented/auto-adaptive-navier-stokes/demo_auto-adaptive-navier-stokes.py
@@ -0,0 +1,121 @@
+# Copyright (C) 2010 Marie E. Rognes
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg 2011
+#
+# First added:  2010
+# Last changed: 2011-10-04
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+class Noslip(SubDomain):
+    def inside(self, x, on_boundary):
+        return (x[1] < DOLFIN_EPS or x[1] > 1.0 - DOLFIN_EPS) or \
+               (on_boundary and abs(x[0] - 1.5) < 0.1 + DOLFIN_EPS)
+
+class Outflow(SubDomain):
+    def inside(self, x, on_boundary):
+        return x[0] > 4.0 - DOLFIN_EPS
+
+# Use compiler optimizations
+parameters["form_compiler"]["cpp_optimize"] = True
+
+# Allow approximating values for points that may be generated outside
+# of domain (because of numerical inaccuracies)
+parameters["allow_extrapolation"] = True
+parameters["refinement_algorithm"] = "plaza_with_parent_facets"
+
+# Material parameters
+nu = Constant(0.02)
+
+# Mesh
+mesh = Mesh("../channel_with_flap.xml.gz")
+
+# Define function spaces (Taylor-Hood)
+V = VectorElement("CG", mesh.ufl_cell(), 2)
+Q = FiniteElement("CG", mesh.ufl_cell(), 1)
+W = FunctionSpace(mesh, V * Q)
+
+# Define unknown and test function(s)
+(v, q) = TestFunctions(W)
+w = Function(W)
+(u, p) = (as_vector((w[0], w[1])), w[2])
+
+# Prescribed pressure
+p0 = Expression("(4.0 - x[0])/4.0", degree=2)
+
+# Define variational forms
+n = FacetNormal(mesh)
+a = (nu*inner(grad(u), grad(v)) - div(v)*p + q*div(u))*dx()
+a = a + inner(grad(u)*u, v)*dx()
+L = - p0*dot(v, n)*ds()
+F = a - L
+
+# Define boundary conditions
+bc = DirichletBC(W.sub(0), Constant((0.0, 0.0)), Noslip())
+
+# Create boundary subdomains
+outflow = Outflow()
+outflow_markers = MeshFunction("size_t", mesh, mesh.topology().dim() - 1)
+outflow_markers.set_all(1)
+outflow.mark(outflow_markers, 0)
+
+# Define new measure with associated subdomains
+ds = Measure('ds', domain=mesh, subdomain_data=outflow_markers)
+
+# Define goal
+M = u[0]*ds(0)
+
+# Define error tolerance (with respect to goal)
+tol = 1.e-05
+
+# If no more control is wanted, do:
+# solve(F == 0, w, bc, tol=tol, M=M)
+
+# Compute Jacobian form
+J = derivative(F, w)
+
+# Define variational problem
+pde = NonlinearVariationalProblem(F, w, bc, J)
+
+# Define solver
+solver = AdaptiveNonlinearVariationalSolver(pde, M)
+
+# Set reference value
+solver.parameters["reference"] = 0.40863917;
+
+# Solve to given tolerance
+solver.solve(tol)
+
+# Show solver summary
+solver.summary();
+
+# Show all timings
+list_timings(TimingClear.clear, [TimingType.wall])
+
+# Extract solutions on coarsest and finest mesh:
+(u0, p0) = w.root_node().split()
+plt.figure()
+plot(p0, title="Pressure on initial mesh")
+
+(u1, p1) = w.leaf_node().split()
+plt.figure()
+plot(p1, title="Pressure on final mesh")
+
+plt.show()
diff --git a/python/demo/undocumented/block-assembly-2D2D/demo_block-assembly-2D2D-nonlinear.py b/python/demo/undocumented/block-assembly-2D2D/demo_block-assembly-2D2D-nonlinear.py
new file mode 100644
index 0000000..8ba784d
--- /dev/null
+++ b/python/demo/undocumented/block-assembly-2D2D/demo_block-assembly-2D2D-nonlinear.py
@@ -0,0 +1,81 @@
+from dolfin import *
+
+# Sub domains for Dirichlet boundary conditions
+class DirichletBoundary1(SubDomain):
+    def inside(self, x, on_boundary):
+        return abs(x[0] - 0.0) < DOLFIN_EPS and on_boundary
+class DirichletBoundary2(SubDomain):
+    def inside(self, x, on_boundary):
+        return abs(x[0] - 1.0) < DOLFIN_EPS and on_boundary
+
+def newton_solver_parameters():
+    return{"nonlinear_solver": "newton",
+           "newton_solver": {"linear_solver": "gmres"}}
+
+# Create meshes
+n = 16
+mesh = UnitSquareMesh(n, n)
+
+marker = MeshFunction("size_t", mesh, mesh.topology().dim(), 0)
+for c in cells(mesh):
+    marker[c] = c.midpoint().x() < 0.5
+
+submesh1 = MeshView.create(marker, 1)
+submesh2 = MeshView.create(marker, 0)
+
+# Create function spaces
+W1 = FunctionSpace(submesh1, "Lagrange", 1)
+W2 = FunctionSpace(submesh2, "Lagrange", 1)
+# Define the mixed function space W = W1 x W2
+W = MixedFunctionSpace( W1, W2 )
+
+# Define boundary conditions
+g = Constant(1.0)
+bc1 = DirichletBC(W1, g, DirichletBoundary1())
+bc2 = DirichletBC(W2, g, DirichletBoundary2())
+bcs = [bc1,bc2]
+
+f = Expression("x[0]*sin(x[1])", degree=2)
+
+# Define mixed-domains variational problem
+(v1,v2) = TestFunctions(W)
+u = Function(W)
+u1 = u.sub(0)
+u2 = u.sub(1)
+
+dx1 = Measure("dx", domain=W.sub_space(0).mesh())
+dx2 = Measure("dx", domain=W.sub_space(1).mesh()) 
+
+F1 = inner((1 + u1**2)*grad(u1), grad(v1))*dx1 - f*v1*dx1
+F2 = inner((1 + u2**2)*grad(u2), grad(v2))*dx2 - f*v2*dx2
+F = F1 + F2
+
+# Compute solution - ref monodomain problems
+solve(F1 == 0, u1, bc1)
+u1_ref = u1.copy(deepcopy=True)
+solve(F2 == 0, u2, bc2)
+u2_ref = u2.copy(deepcopy=True)
+
+# Compute solution - mixed-domains problem
+solve(F == 0, u, bcs, solver_parameters=newton_solver_parameters())
+# solve(F == 0, u, bcs, solver_parameters={"nonlinear_solver":"snes"}) # Not available yet
+
+for i in range(len(u1.vector())):
+    assert abs(u1_ref.vector()[i] - u1.vector()[i]) < 1e-8
+for i in range(len(u2.vector())):
+    assert abs(u2_ref.vector()[i] - u2.vector()[i]) < 1e-8
+
+## Export result
+encoding = XDMFFile.Encoding.HDF5 if has_hdf5() else XDMFFile.Encoding.ASCII
+out_ref1 = XDMFFile(MPI.comm_world, "block-assembly-2D2D-nonlinear-subdomain1-ref.xdmf")
+out_ref2 = XDMFFile(MPI.comm_world, "block-assembly-2D2D-nonlinear-subdomain2-ref.xdmf")
+out_sub1 = XDMFFile(MPI.comm_world, "block-assembly-2D2D-nonlinear-subdomain1.xdmf")
+out_sub2 = XDMFFile(MPI.comm_world, "block-assembly-2D2D-nonlinear-subdomain2.xdmf")
+
+if MPI.size(MPI.comm_world) > 1 and encoding == XDMFFile.Encoding.ASCII:
+    print("XDMF file output not supported in parallel without HDF5")
+else:
+    out_ref1.write(u1_ref, encoding)
+    out_ref2.write(u2_ref, encoding)
+    out_sub1.write(u1, encoding)
+    out_sub2.write(u2, encoding)
diff --git a/python/demo/undocumented/block-assembly-2D2D/demo_block-assembly-2D2D.py b/python/demo/undocumented/block-assembly-2D2D/demo_block-assembly-2D2D.py
new file mode 100644
index 0000000..35962ab
--- /dev/null
+++ b/python/demo/undocumented/block-assembly-2D2D/demo_block-assembly-2D2D.py
@@ -0,0 +1,94 @@
+from dolfin import *
+
+#Create mesh and define function space
+mesh = UnitSquareMesh(30, 30)
+
+marker = MeshFunction("size_t", mesh, mesh.topology().dim(), 0)
+for c in cells(mesh):
+    marker[c] = c.midpoint().y() < 0.5
+    #marker[c] = c.midpoint().x() < 0.5
+
+submesh1 = MeshView.create(marker, 1)
+submesh2 = MeshView.create(marker, 0)
+
+# Define Dirichlet boundary
+def boundarySub1(x):
+    return x[1] < DOLFIN_EPS
+    #return x[0] < DOLFIN_EPS
+
+def boundarySub2(x):
+    return x[1] > 1.0 - DOLFIN_EPS
+    #return x[0] > 1.0 - DOLFIN_EPS
+
+#element2D = FiniteElement("Lagrange", triangle, 1)
+W1 = FunctionSpace(submesh1, "Lagrange", 1)
+W2 = FunctionSpace(submesh2, "Lagrange", 1)
+# Define the mixed function space
+V = MixedFunctionSpace( W1, W2 )
+
+# Define boundary conditions
+u0 = Constant(0.0)
+# Subdomain 1
+bc1 = DirichletBC(V.sub_space(0), u0, boundarySub1)
+# Subdomain 2
+bc2 = DirichletBC(V.sub_space(1), u0, boundarySub2)
+bcs = [bc1,bc2]
+
+# Define variational problem
+# Use directly TrialFunction and TestFunction on the product space
+# Subdomain 1
+u1 = TrialFunction(W1)
+v1 = TestFunction(W1)
+# Subdomain 2
+u2 = TrialFunction(W2)
+v2 = TestFunction(W2)
+# Mixed
+(u1_m,u2_m) = TrialFunctions(V)
+(v1_m,v2_m) = TestFunctions(V)
+
+f = Expression("10*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2)) / 0.02)", degree=2)
+
+# Weak form - 1
+a1 = inner(grad(u1), grad(v1))*dx
+L1 = f*v1*dx
+u1 = Function(W1)
+solve(a1 == L1, u1, bc1)
+# Weak form - 1
+a2 = inner(grad(u2), grad(v2))*dx
+L2 = f*v2*dx
+u2 = Function(W2)
+solve(a2 == L2, u2, bc2)
+
+# Mixed weak form
+a = inner(grad(u1_m), grad(v1_m))*dx + inner(grad(u2_m), grad(v2_m))*dx
+L = f*v1_m*dx + f*v2_m*dx
+# Solve the problem
+sol = Function(V)
+solve(a == L, sol, bcs, solver_parameters={"linear_solver":"direct"})
+
+sol1 = sol.sub(0)
+sol2 = sol.sub(1)
+
+assert len(u1.vector()) == len(sol1.vector())
+for i in range(len(u1.vector())):
+    assert abs(sol1.vector()[i] - u1.vector()[i]) < 1e-10
+    
+assert len(u2.vector()) == len(sol2.vector())
+for i in range(len(u2.vector())):
+    assert abs(sol2.vector()[i] - u2.vector()[i]) < 1e-10
+
+## Export result
+encoding = XDMFFile.Encoding.HDF5 if has_hdf5() else XDMFFile.Encoding.ASCII
+
+out_u1 = XDMFFile(MPI.comm_world, "block-assembly-2D2D-subdomain1-ref.xdmf")
+out_u2 = XDMFFile(MPI.comm_world, "block-assembly-2D2D-subdomain2-ref.xdmf")
+out_sub1 = XDMFFile(MPI.comm_world, "block-assembly-2D2D-subdomain1.xdmf")
+out_sub2 = XDMFFile(MPI.comm_world, "block-assembly-2D2D-subdomain2.xdmf")
+
+if MPI.size(MPI.comm_world) > 1 and encoding == XDMFFile.Encoding.ASCII:
+    print("XDMF file output not supported in parallel without HDF5")
+else:
+    out_u1.write(u1, encoding)
+    out_u2.write(u2, encoding)
+    out_sub1.write(sol1, encoding)
+    out_sub2.write(sol2, encoding)
diff --git a/python/demo/undocumented/block-assembly-3D1D/demo_block-assembly-3D1D.py b/python/demo/undocumented/block-assembly-3D1D/demo_block-assembly-3D1D.py
new file mode 100644
index 0000000..10a2be4
--- /dev/null
+++ b/python/demo/undocumented/block-assembly-3D1D/demo_block-assembly-3D1D.py
@@ -0,0 +1,66 @@
+from dolfin import *
+
+# Create mesh and define function space
+mesh = UnitCubeMesh(32, 32, 32)
+
+marker = MeshFunction("size_t", mesh, mesh.topology().dim()-2, 0)
+for e in edges(mesh):
+    marker[e] = 0.5 - DOLFIN_EPS < e.midpoint().z() < 0.5 + DOLFIN_EPS and 0.5 - DOLFIN_EPS < e.midpoint().y() < 0.5 + DOLFIN_EPS
+
+submesh = MeshView.create(marker, 1)
+
+W1 = FunctionSpace(mesh, "Lagrange", 1) ## 3D
+W2 = FunctionSpace(submesh, "Lagrange", 1) ## 1D
+
+# Define the mixed function space
+V = MixedFunctionSpace( W1, W2 )
+
+# Define Dirichlet boundary (x = 0 or x = 1)
+def boundary(x):
+    return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS
+
+# Define boundary condition
+u0 = Constant(0.0)
+# 3D mesh
+bc_3D = DirichletBC(V.sub_space(0), u0, boundary)
+# 1D submesh
+bc_1D = DirichletBC(V.sub_space(1), u0, boundary)
+bcs = [bc_3D,bc_1D]
+
+# Define variational problem
+# Use directly TrialFunction and TestFunction on the product space
+(u_3D,u_1D) = TrialFunctions(V)
+(v_3D,v_1D) = TestFunctions(V)
+
+f = Expression("10*exp(-(pow(x[0] - 0.5, 2) ) / 0.02)", degree=2)
+
+# Global weak form
+a = inner(grad(u_3D), grad(v_3D))*dx + inner(grad(u_1D), grad(v_1D))*dx
+L = f*v_3D*dx + f*v_1D*dx
+
+# Solve the problem
+sol = Function(V)
+rtol=1e-4
+print("******************************************************************")
+print("NOTE : Relative tolerance for Krylov solver has been set to", rtol)
+print("With default solver/preconditioner, convergence is very slow.")
+print("We need to find a better configuration.")
+print("******************************************************************")
+solve(a == L, sol, bcs=bcs, solver_parameters={"krylov_solver":{"relative_tolerance":rtol, "maximum_iterations":10000}})
+
+# extract components of the solution
+sol_3D = sol.sub(0)
+sol_1D = sol.sub(1)
+
+## Export result
+encoding = XDMFFile.Encoding.HDF5 if has_hdf5() else XDMFFile.Encoding.ASCII
+
+out_3D = XDMFFile(MPI.comm_world, "block-assembly-3D1D-3Dsol.xdmf")
+out_1D = XDMFFile(MPI.comm_world, "block-assembly-3D1D-1Dsol.xdmf")
+
+if MPI.size(MPI.comm_world) > 1 and encoding == XDMFFile.Encoding.ASCII:
+    print("XDMF file output not supported in parallel without HDF5")
+else:
+    out_3D.write(sol_3D, encoding)
+    out_1D.write(sol_1D, encoding)
+
diff --git a/python/demo/undocumented/block-assembly-3D2D/demo_block-assembly-3D2D.py b/python/demo/undocumented/block-assembly-3D2D/demo_block-assembly-3D2D.py
new file mode 100644
index 0000000..01190b9
--- /dev/null
+++ b/python/demo/undocumented/block-assembly-3D2D/demo_block-assembly-3D2D.py
@@ -0,0 +1,96 @@
+from dolfin import *
+
+# Create mesh and define function space
+mesh = UnitCubeMesh(32, 32, 32)
+
+marker = MeshFunction("size_t", mesh, mesh.topology().dim()-1, 0)
+for f in facets(mesh):
+    marker[f] = 0.5 - DOLFIN_EPS < f.midpoint().z() < 0.5 + DOLFIN_EPS
+
+submesh = MeshView.create(marker, 1)
+
+W1 = FunctionSpace(mesh, "Lagrange", 1) ## 3D
+W2 = FunctionSpace(submesh, "Lagrange", 1) ## 2D
+
+# Define the mixed function space
+V = MixedFunctionSpace( W1, W2 )
+
+# Define Dirichlet boundary (x = 0 or x = 1)
+def boundary(x):
+    return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS
+
+# Define boundary condition
+u0 = Constant(0.0)
+# 3D mesh
+bc_3D = DirichletBC(V.sub_space(0), u0, boundary)
+# 2D submesh
+bc_2D = DirichletBC(V.sub_space(1), u0, boundary)
+bcs = [bc_3D,bc_2D]
+
+# Define variational problem
+# 3D
+u_3D = TrialFunction(W1)
+v_3D = TestFunction(W1)
+# 2D
+u_2D = TrialFunction(W2)
+v_2D = TestFunction(W2)
+# Use directly TrialFunction and TestFunction on the product space
+(u_3D_m,u_2D_m) = TrialFunctions(V)
+(v_3D_m,v_2D_m) = TestFunctions(V)
+
+f = Expression("10*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2) ) / 0.02)", degree=2)
+
+# Weak form - 1 (3D problem)
+a_3D = inner(grad(u_3D), grad(v_3D))*dx
+L_3D = f*v_3D*dx
+u_3D = Function(W1)
+solve(a_3D == L_3D, u_3D, bc_3D)
+# Weak form - 2 (2D problem)
+a_2D = inner(grad(u_2D), grad(v_2D))*dx
+L_2D = f*v_2D*dx
+u_2D = Function(W2)
+solve(a_2D == L_2D, u_2D, bc_2D)
+
+# Global weak form (Mixed problem)
+a = inner(grad(u_3D_m), grad(v_3D_m))*dx + inner(grad(u_2D_m), grad(v_2D_m))*dx
+L = f*v_3D_m*dx + f*v_2D_m*dx
+
+# Solve the problem
+sol = Function(V)
+
+# rtol=1e-4
+# print("******************************************************************")
+# print("NOTE : Relative tolerance for Krylov solver has been set to", rtol)
+# print("With default solver/preconditioner, convergence is very slow.")
+# print("We need to find a better configuration.")
+# print("******************************************************************")
+# solve(a == L, sol, bcs=bcs, solver_parameters={"krylov_solver":{"relative_tolerance":rtol, "maximum_iterations":10000}})
+
+# Direct solve
+solve(a == L, sol, bcs, solver_parameters={"linear_solver":"direct"})
+sol_3D = sol.sub(0)
+sol_2D = sol.sub(1)
+
+assert len(u_3D.vector()) == len(sol_3D.vector())
+for i in range(len(u_3D.vector())):
+    assert abs(u_3D.vector()[i] - sol_3D.vector()[i]) < 1e-10
+    
+assert len(u_2D.vector()) == len(sol_2D.vector())
+for i in range(len(u_2D.vector())):
+    assert abs(u_2D.vector()[i] - sol_2D.vector()[i]) < 1e-10
+
+## Export result
+encoding = XDMFFile.Encoding.HDF5 if has_hdf5() else XDMFFile.Encoding.ASCII
+
+out_u3D = XDMFFile(MPI.comm_world, "block-assembly-3D2D-3Dsol-ref.xdmf")
+out_u2D = XDMFFile(MPI.comm_world, "block-assembly-3D2D-2Dsol-ref.xdmf")
+out_3D = XDMFFile(MPI.comm_world, "block-assembly-3D2D-3Dsol.xdmf")
+out_2D = XDMFFile(MPI.comm_world, "block-assembly-3D2D-2Dsol.xdmf")
+
+if MPI.size(MPI.comm_world) > 1 and encoding == XDMFFile.Encoding.ASCII:
+    print("XDMF file output not supported in parallel without HDF5")
+else:
+    out_u3D.write(u_3D, encoding)
+    out_u2D.write(u_2D, encoding)
+    out_3D.write(sol_3D, encoding)
+    out_2D.write(sol_2D, encoding)
diff --git a/python/demo/undocumented/block-matrix/demo_block-matrix.py b/python/demo/undocumented/block-matrix/demo_block-matrix.py
new file mode 100644
index 0000000..a89292c
--- /dev/null
+++ b/python/demo/undocumented/block-matrix/demo_block-matrix.py
@@ -0,0 +1,60 @@
+"""This demo illustrates basic usage of block matrices and vectors."""
+
+# Copyright (C) 2008 Kent-Andre Mardal
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg, 2008.
+#
+# First added:  2008-12-12
+# Last changed: 2012-11-12
+
+
+from dolfin import *
+
+# Create a simple stiffness matrix and vector
+mesh = UnitSquareMesh(32, 32)
+V = FunctionSpace(mesh, "CG", 1)
+u = TrialFunction(V)
+v = TestFunction(V)
+a = dot(grad(u), grad(v))*dx
+A = assemble(a)
+x0 = SpatialCoordinate(mesh)[0]
+L = sin(x0)*v*dx
+x = assemble(L)
+
+# Create a block matrix
+AA = BlockMatrix(2, 2)
+AA[0, 0] = A
+AA[1, 0] = A
+AA[0, 1] = A
+AA[1, 1] = A
+
+# Create a block vector (that is compatible with A in parallel)
+xx = BlockVector(2)
+xx[0] = x
+xx[1] = x
+
+# Create a another block vector (that is compatible with A in parallel)
+y = Vector()
+A.init_vector(y, 0)
+yy = BlockVector(2)
+yy[0] = y
+yy[1] = y
+
+# Multiply
+AA.mult(xx, yy)
+print("||Ax|| =", y.norm("l2"))
diff --git a/python/demo/undocumented/buckling-tao/demo_buckling-tao.py b/python/demo/undocumented/buckling-tao/demo_buckling-tao.py
new file mode 100644
index 0000000..bebdb44
--- /dev/null
+++ b/python/demo/undocumented/buckling-tao/demo_buckling-tao.py
@@ -0,0 +1,145 @@
+"""This demo uses PETSc's TAO solver for nonlinear (bound-constrained)
+optimisation problems to solve a buckling problem in FEniCS.
+We consider here a hyperelastic beam constrained in a box
+under axial compression.
+
+The box is designed such that this beam will lose stability and move
+upwards (and not downwards) in order to minimise the potential energy."""
+
+# Copyright (C) 2014 Tianyi Li
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2014-07-19
+
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+if not has_petsc():
+    print("DOLFIN must be compiled at least with PETSc 3.6 to run this demo.")
+    exit(0)
+
+# Read mesh and refine once
+mesh = Mesh("../buckling.xml.gz")
+mesh = refine(mesh)
+
+# Create function space
+V = VectorFunctionSpace(mesh, "Lagrange", 1)
+
+# Create solution, trial and test functions
+u, du, v = Function(V), TrialFunction(V), TestFunction(V)
+
+# Elasticity parameters
+E, nu = 10.0, 0.3
+mu = Constant(E/(2.0*(1.0+nu)))
+lmbda = Constant(E*nu/((1.0+nu)*(1.0-2.0*nu)))
+
+# Compressible neo-Hookean model
+I = Identity(mesh.geometry().dim())
+F = I + grad(u)
+C = F.T*F
+Ic = tr(C)
+J  = det(F)
+psi = (mu/2)*(Ic-2)-mu*ln(J)+(lmbda/2)*(ln(J))**2
+
+# Surface force
+f = Constant((-0.08, 0.0))
+
+# The displacement u must be such that the current configuration
+# doesn't escape the box [xmin, xmax] x [ymin, ymax]
+constraint_u = Expression(("xmax-x[0]", "ymax-x[1]"), xmax=10.0, ymax=2.0, degree=1)
+constraint_l = Expression(("xmin-x[0]", "ymin-x[1]"), xmin=0.0, ymin=-0.2, degree=1)
+u_min = interpolate(constraint_l, V)
+u_max = interpolate(constraint_u, V)
+
+# Symmetry condition (to block rigid body rotations)
+class Left(SubDomain):
+    def inside(self, x, on_boundary):
+        return on_boundary and near(x[0], 0)
+class Right(SubDomain):
+    def inside(self, x, on_boundary):
+        return on_boundary and near(x[0], 10)
+boundaries = MeshFunction("size_t", mesh, mesh.topology().dim()-1)
+boundaries.set_all(0)
+left = Left()
+left.mark(boundaries, 1)
+right = Right()
+right.mark(boundaries, 2)
+ds = Measure('ds', domain=mesh, subdomain_data=boundaries)
+bc = DirichletBC(V, Constant([0.0, 0.0]), boundaries, 1)
+bc.apply(u_min.vector())
+bc.apply(u_max.vector())
+
+# Variational formulation
+elastic_energy = psi*dx - dot(f, u)*ds(2)
+grad_elastic_energy = derivative(elastic_energy, u, v)
+H_elastic_energy = derivative(grad_elastic_energy, u, du)
+
+# Define the minimisation problem by using OptimisationProblem class
+class BucklingProblem(OptimisationProblem):
+
+    def __init__(self):
+        OptimisationProblem.__init__(self)
+
+    # Objective function
+    def f(self, x):
+        u.vector()[:] = x
+        return assemble(elastic_energy)
+
+    # Gradient of the objective function
+    def F(self, b, x):
+        u.vector()[:] = x
+        assemble(grad_elastic_energy, tensor=b)
+
+    # Hessian of the objective function
+    def J(self, A, x):
+        u.vector()[:] = x
+        assemble(H_elastic_energy, tensor=A)
+
+# Create the PETScTAOSolver
+solver = PETScTAOSolver()
+
+# Set some parameters
+solver.parameters["method"] = "tron"
+solver.parameters["monitor_convergence"] = True
+solver.parameters["report"] = True
+
+# Uncomment this line to see the available parameters
+# info(parameters, True)
+
+# Parse (PETSc) parameters
+parameters.parse()
+
+# Solve the problem
+solver.solve(BucklingProblem(), u.vector(), u_min.vector(), u_max.vector())
+
+# Save solution in XDMF format if available
+out = XDMFFile(mesh.mpi_comm(), "u.xdmf")
+if has_hdf5():
+    out.write(u)
+elif MPI.size(mesh.mpi_comm()) == 1:
+    encoding = XDMFFile.Encoding.ASCII
+    out.write(u, encoding)
+else:
+    # Save solution in vtk format
+    out = File("u.pvd")
+    out << u
+
+# Plot the current configuration
+plot(u, mode="displacement", wireframe=True, title="Displacement field")
+plt.show()
diff --git a/python/demo/undocumented/buckling.xml.gz b/python/demo/undocumented/buckling.xml.gz
new file mode 100644
index 0000000..5d173e6
--- /dev/null
+++ b/python/demo/undocumented/buckling.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:ccb146105bf2cbe71eb1950ec8fdcbd7c17c4a2b60a7e6ead60c1319d58e804a
+size 9065
diff --git a/python/demo/undocumented/channel_with_flap.xml.gz b/python/demo/undocumented/channel_with_flap.xml.gz
new file mode 100644
index 0000000..c2e3a1e
--- /dev/null
+++ b/python/demo/undocumented/channel_with_flap.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:b6980079408e4e684c9ee39a502bae9a9a6c5ec3b0476513705203171f12ef8f
+size 10417
diff --git a/python/demo/undocumented/circle.xml.gz b/python/demo/undocumented/circle.xml.gz
new file mode 100644
index 0000000..b1f0efe
--- /dev/null
+++ b/python/demo/undocumented/circle.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:f4270b66fec1c663a756325fe423ffc7f3111048ddaf6d278c2faae965141c64
+size 39924
diff --git a/python/demo/undocumented/circle_yplane.xml.gz b/python/demo/undocumented/circle_yplane.xml.gz
new file mode 100644
index 0000000..2df2456
--- /dev/null
+++ b/python/demo/undocumented/circle_yplane.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:186e9ef9fd4f309a55ffdf1d3501dfac69a90255fe0c87c05e69c789ca2cdc09
+size 73289
diff --git a/python/demo/undocumented/collision-detection/demo_collision-detection.py b/python/demo/undocumented/collision-detection/demo_collision-detection.py
new file mode 100644
index 0000000..6d6a2c0
--- /dev/null
+++ b/python/demo/undocumented/collision-detection/demo_collision-detection.py
@@ -0,0 +1,84 @@
+# Copyright (C) 2013, 2015 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+from dolfin import *
+
+# There is an issue with the Matplotlib backend that needs to be investigated
+
+# Some parameters
+L = 10.0
+h = 0.1
+M = 64
+N = 32
+num_steps = 1000
+(x_B, y_B) = (0.75*L, 0.5*L)
+(x_C, y_C) = (0.33*L, 0.75*L)
+(dx_B, dy_B) = (2*h, h)
+(dx_C, dy_C) = (h, 2*h)
+
+# Create meshes: a box and two circles
+mesh_A = RectangleMesh(Point(0, 0), Point(L, L), M, M)
+mesh_B = Mesh("../circle.xml.gz")
+mesh_C = Mesh("../circle.xml.gz")
+
+# Displace circles to initial positions
+mesh_B.translate(Point(x_B, y_B))
+mesh_C.translate(Point(x_C, y_C))
+
+# Create mesh function for plotting
+f = MeshFunction("size_t", mesh_A, mesh_A.topology().dim())
+
+# Build bounding box trees for background mesh
+tree_A = BoundingBoxTree()
+tree_A.build(mesh_A)
+
+# Create bounding box trees for circles
+tree_B = BoundingBoxTree()
+tree_C = BoundingBoxTree()
+
+# Loop over time steps
+for n in range(num_steps):
+
+    # Make it bounce
+    x_B += dx_B; y_B += dy_B
+    x_C += dx_C; y_C += dy_C
+    if x_B > L - 1.0 or x_B < 1.0: dx_B = -dx_B
+    if y_B > L - 1.0 or y_B < 1.0: dy_B = -dy_B
+    if x_C > L - 1.0 or x_C < 1.0: dx_C = -dx_C
+    if y_C > L - 1.0 or y_C < 1.0: dy_C = -dy_C
+
+    # Translate circles
+    mesh_B.translate(Point(dx_B, dy_B))
+    mesh_C.translate(Point(dx_C, dy_C))
+
+    # Rebuild trees
+    tree_B.build(mesh_B)
+    tree_C.build(mesh_C)
+
+    # Compute collisions
+    entities_AB, entities_B = tree_A.compute_collisions(tree_B)
+    entities_AC, entities_C = tree_A.compute_collisions(tree_C)
+    entities_BC = set(entities_AB).intersection(set(entities_AC))
+
+    # Mark mesh function
+    f.set_all(0)
+    for i in entities_AB:
+        f[int(i)] = 1
+    for i in entities_AC:
+        f[int(i)] = 2
+    for i in entities_BC:
+        f[int(i)] = 3
diff --git a/python/demo/undocumented/conditional/demo_conditional.py b/python/demo/undocumented/conditional/demo_conditional.py
new file mode 100644
index 0000000..fb81a25
--- /dev/null
+++ b/python/demo/undocumented/conditional/demo_conditional.py
@@ -0,0 +1,80 @@
+"""This demo program solves Poisson's equation
+
+    - div grad u(x, y) = f(x, y)
+
+on the unit square with source f given by
+
+    f(x, y) =    -1.0 if (x - 0.33)^2 + (y - 0.67)^2 < 0.015
+                  5.0 if 0.015 < (x - 0.33)^2 + (y - 0.67)^2 < 0.025
+                 -1.0 if (x,y) in triangle( (0.55, 0.05), (0.95, 0.45), (0.55, 0.45) )
+                  0.0 otherwise
+
+and homogeneous Dirichlet boundary conditions.
+"""
+
+# Copyright (C) 2010 Kristian B. Oelgaard
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg 2011
+#
+# First added:  2010-07-23
+# Last changed: 2012-11-12
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+# Create mesh and define function space
+mesh = UnitSquareMesh(64, 64)
+V = FunctionSpace(mesh, "CG", 2)
+
+# Define Dirichlet boundary (x = 0 or x = 1)
+def boundary(x):
+    return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS or x[1] < DOLFIN_EPS or x[1] > 1.0 - DOLFIN_EPS
+
+# Define boundary condition
+u0 = Constant(0.0)
+bc = DirichletBC(V, u0, boundary)
+
+# Define variational problem
+u = TrialFunction(V)
+v = TestFunction(V)
+x = SpatialCoordinate(mesh)
+
+c0 = conditional(le( (x[0]-0.33)**2 + (x[1]-0.67)**2,  0.015), -1.0, 5.0)
+c = conditional( le( (x[0]-0.33)**2 + (x[1]-0.67)**2,  0.025), c0, 0.0 )
+
+t0 = conditional(ge( x[0],  0.55), -1.0, 0.0)
+t1 = conditional(le( x[0],  0.95), t0, 0.0)
+t2 = conditional(ge( x[1],  0.05), t1, 0.0)
+t3 = conditional(le( x[1],  0.45), t2, 0.0)
+t = conditional(ge( x[1] - x[0] - 0.05 + 0.55,  0.0), t3, 0.0)
+f = c + t
+a = inner(grad(u), grad(v))*dx
+L = f*v*dx
+
+# Compute solution
+u = Function(V)
+solve(a == L, u, bc)
+
+# Save solution in VTK format
+file = File("conditional.pvd")
+file << u
+
+# Plot solution
+plot(u)
+plt.show()
diff --git a/python/demo/undocumented/contact-vi-snes/demo_contact-vi-snes.py b/python/demo/undocumented/contact-vi-snes/demo_contact-vi-snes.py
new file mode 100644
index 0000000..436b00e
--- /dev/null
+++ b/python/demo/undocumented/contact-vi-snes/demo_contact-vi-snes.py
@@ -0,0 +1,115 @@
+"""This demo program uses the interface to SNES solver for variational
+ inequalities to solve a contact mechanics problems in FEniCS.  The
+ example considers a heavy hyperelastic circle in a box of the same
+ size"""
+
+# Copyright (C) 2012 Corrado Maurini
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Corrado Maurini 2013
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+# This demo requires PETSc
+if not has_petsc():
+    print("DOLFIN must be compiled with PETSc to run this demo.")
+    exit(0)
+
+# Create mesh
+mesh = Mesh("../circle_yplane.xml.gz")
+
+V = VectorFunctionSpace(mesh, "Lagrange", 1)
+
+# Define functions
+du = TrialFunction(V)            # Incremental displacement
+v  = TestFunction(V)             # Test function
+u  = Function(V)                 # Displacement from previous iteration
+B  = Constant((0.0, -0.05))      # Body force per unit volume
+
+# Kinematics
+I = Identity(len(u))  # Identity tensor
+F = I + grad(u)             # Deformation gradient
+C = F.T*F                   # Right Cauchy-Green tensor
+
+# Invariants of deformation tensors
+Ic = tr(C)
+J  = det(F)
+
+# Elasticity parameters
+E, nu = 10.0, 0.3
+mu, lmbda = Constant(E/(2*(1 + nu))), Constant(E*nu/((1 + nu)*(1 - 2*nu)))
+
+# Stored strain energy density (compressible neo-Hookean model)
+psi = (mu/2)*(Ic - 2) - mu*ln(J) + (lmbda/2)*(ln(J))**2
+
+# Total potential energy
+Pi = psi*dx - dot(B, u)*dx
+
+# Compute first variation of Pi (directional derivative about u in the
+# direction of v)
+F = derivative(Pi, u, v)
+
+# Compute Jacobian of F
+J = derivative(F, u, du)
+
+# Symmetry condition (to block rigid body rotations)
+tol = mesh.hmin()
+def symmetry_line(x):
+    return abs(x[0]) < DOLFIN_EPS
+bc = DirichletBC(V.sub(0), 0., symmetry_line, method="pointwise")
+
+# The displacement u must be such that the current configuration x+u
+# remains in the box [xmin,xmax] x [umin,ymax]
+constraint_u = Expression(("xmax - x[0]","ymax - x[1]"),
+                          xmax=1.0+DOLFIN_EPS,  ymax=1.0, degree=1)
+constraint_l = Expression(("xmin - x[0]","ymin - x[1]"),
+                          xmin=-1.0-DOLFIN_EPS, ymin=-1.0, degree=1)
+umin = interpolate(constraint_l, V)
+umax = interpolate(constraint_u, V)
+
+# Define the solver parameters
+snes_solver_parameters = {"nonlinear_solver": "snes",
+                          "snes_solver": {"linear_solver": "lu",
+                                          "maximum_iterations": 20,
+                                          "report": True,
+                                          "error_on_nonconvergence": False}}
+
+# Set up the non-linear problem
+problem = NonlinearVariationalProblem(F, u, bc, J=J)
+problem.set_bounds(umin, umax)
+
+# Set up the non-linear solver
+solver  = NonlinearVariationalSolver(problem)
+solver.parameters.update(snes_solver_parameters)
+info(solver.parameters, True)
+
+# Solve the problem
+(iter, converged) = solver.solve()
+
+# Check for convergence
+if not converged:
+    warning("This demo is a complex nonlinear problem. Convergence is not guaranteed when modifying some parameters or using PETSC 3.2.")
+
+# Save solution in VTK format
+file = File("displacement.pvd")
+file << u
+
+# plot the current configuration
+plot(u, mode="displacement", wireframe=True, title="Displacement field")
+plt.show()
diff --git a/python/demo/undocumented/contact-vi-tao/demo_contact-vi-tao.py b/python/demo/undocumented/contact-vi-tao/demo_contact-vi-tao.py
new file mode 100644
index 0000000..5f610a1
--- /dev/null
+++ b/python/demo/undocumented/contact-vi-tao/demo_contact-vi-tao.py
@@ -0,0 +1,144 @@
+"""This demo uses PETSc's TAO solver for nonlinear (bound-constrained)
+optimisation problems to solve a contact mechanics problem in FEniCS.
+We consider here a heavy hyperelastic circle under body force
+in a box of the same size."""
+
+# Copyright (C) 2012 Corrado Maurini
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Tianyi Li 2014
+#
+# First added:  2012-09-03
+# Last changed: 2014-07-19
+
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+if not has_petsc():
+    print("DOLFIN must be compiled with PETSc to run this demo.")
+    exit(0)
+
+# Read mesh
+mesh = Mesh("../circle_yplane.xml.gz")
+
+# Create function space
+V = VectorFunctionSpace(mesh, "Lagrange", 1)
+
+# Define functions
+du = TrialFunction(V)            # Incremental displacement
+v  = TestFunction(V)             # Test function
+u  = Function(V)                 # Displacement from previous iteration
+B  = Constant((0.0, -1.5))       # Body force per unit volume
+
+# Kinematics
+I = Identity(len(u))  # Identity tensor
+F = I + grad(u)             # Deformation gradient
+C = F.T*F                   # Right Cauchy-Green tensor
+
+# Invariants of deformation tensors
+Ic = tr(C)
+J  = det(F)
+
+# Elasticity parameters
+E, nu = 10.0, 0.3
+mu, lmbda = Constant(E/(2*(1+nu))), Constant(E*nu/((1+nu)*(1-2*nu)))
+
+# Stored strain energy density (compressible neo-Hookean model)
+psi = (mu/2)*(Ic-2) - mu*ln(J) + (lmbda/2)*(ln(J))**2
+
+# Total potential energy
+Pi = psi*dx - dot(B, u)*dx
+
+# Compute first variation of Pi (directional derivative about u in the
+# direction of v)
+F = derivative(Pi, u, v)
+
+# Compute Jacobian of F
+J = derivative(F, u, du)
+
+# Define the minimisation problem by using OptimisationProblem class
+class ContactProblem(OptimisationProblem):
+
+    def __init__(self):
+        OptimisationProblem.__init__(self)
+
+    # Objective function
+    def f(self, x):
+        u.vector()[:] = x
+        return assemble(Pi)
+
+    # Gradient of the objective function
+    def F(self, b, x):
+        u.vector()[:] = x
+        assemble(F, tensor=b)
+
+    # Hessian of the objective function
+    def J(self, A, x):
+        u.vector()[:] = x
+        assemble(J, tensor=A)
+
+# The displacement u must be such that the current configuration
+# doesn't escape the box [xmin, xmax] x [ymin, ymax]
+constraint_u = Expression(("xmax-x[0]", "ymax-x[1]"), xmax=1.0, ymax=1.0, degree=1)
+constraint_l = Expression(("xmin-x[0]", "ymin-x[1]"), xmin=-1.0, ymin=-1.0, degree=1)
+u_min = interpolate(constraint_l, V)
+u_max = interpolate(constraint_u, V)
+
+# Symmetry condition (to block rigid body rotations)
+def symmetry_line(x, on_boundary):
+    return near(x[0], 0)
+bc = DirichletBC(V.sub(0), Constant(0.0), symmetry_line)
+bc.apply(u_min.vector())  # BC will be incorporated into the lower
+bc.apply(u_max.vector())  # and upper bounds
+
+# Create the PETScTAOSolver
+solver = PETScTAOSolver()
+
+# Set some parameters
+solver.parameters["method"] = "tron"  # when using gpcg make sure that you have a constant Hessian
+# solver.parameters["linear_solver"] = "nash"
+solver.parameters["line_search"] = "gpcg"
+# solver.parameters["preconditioner"] = "ml_amg"
+solver.parameters["monitor_convergence"] = True
+solver.parameters["report"] = True
+
+# Uncomment this line to see the available parameters
+# info(parameters, True)
+
+# Parse (PETSc) parameters
+parameters.parse()
+
+# Solve the problem
+solver.solve(ContactProblem(), u.vector(), u_min.vector(), u_max.vector())
+
+# Save solution in XDMF format if available
+out = XDMFFile(mesh.mpi_comm(), "u.xdmf")
+if has_hdf5():
+    out.write(u)
+elif MPI.size(mesh.mpi_comm()) == 1:
+    encoding = XDMFFile.Encoding.ASCII
+    out.write(u, encoding)
+else:
+    # Save solution in vtk format
+    out = File("u.pvd")
+    out << u
+
+# Plot the current configuration
+plot(u, mode="displacement", wireframe=True, title="Displacement field")
+plt.show()
diff --git a/python/demo/undocumented/coordinates/demo_coordinates.py b/python/demo/undocumented/coordinates/demo_coordinates.py
new file mode 100644
index 0000000..0cfc13d
--- /dev/null
+++ b/python/demo/undocumented/coordinates/demo_coordinates.py
@@ -0,0 +1,60 @@
+"""This demo program demonstrates how to manipulate (higher-order) mesh
+coordinates."""
+
+# Copyright (C) 2016 Jan Blechta
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+# Create mesh
+comm = MPI.comm_world
+mesh = UnitDiscMesh.create(comm, 20, 2, 2)
+plt.figure()
+plot(mesh)
+
+# Fetch coordinate function
+C = FunctionSpace(mesh, mesh.ufl_coordinate_element())
+c = Function(C)
+get_coordinates(c, mesh.geometry())
+
+# Deform coordinates harmonically subject to BC
+u, v = TrialFunction(C), TestFunction(C)
+a = inner(grad(u), grad(v))*dx
+L = dot(Constant((0, 0)), v)*dx
+bc1 = DirichletBC(C, (-1, -1), "x[0] < -0.5")
+bc2 = DirichletBC(C, c, "x[0] >= -0.5")
+displacement = Function(C)
+solve(a == L, displacement, [bc1, bc2])
+c_vec = c.vector()
+c_vec += displacement.vector()
+
+# Set coordinates
+set_coordinates(mesh.geometry(), c)
+plt.figure()
+plot(mesh)
+
+# We can create (cubic) mesh from function
+C3 = VectorFunctionSpace(mesh, "Lagrange", 4)
+c3 = interpolate(c, C3)
+mesh3 = create_mesh(c3)
+plt.figure()
+plot(mesh3)
+
+# Display plots
+plt.show()
diff --git a/python/demo/undocumented/curl-curl/demo_curl-curl.py b/python/demo/undocumented/curl-curl/demo_curl-curl.py
new file mode 100644
index 0000000..c8ace04
--- /dev/null
+++ b/python/demo/undocumented/curl-curl/demo_curl-curl.py
@@ -0,0 +1,173 @@
+"""Eddy currents phenomena in low conducting body can be described
+using electric vector potential and curl-curl operator:
+
+   \nabla \times \nabla \times T = - \frac{\partial B}{\partial t}
+
+Electric vector potential defined as:
+
+   \nabla \times T = J
+
+Boundary condition:
+
+   J_n = 0,
+
+   T_t = T_w = 0, \frac{\partial T_n}{\partial n} = 0
+
+which is naturally fulfilled for zero Dirichlet BC with Nedelec (edge)
+elements.
+
+This demo uses the auxiliary Maxwell space multigrid preconditioner
+from HYPRE (via PETSc). To run this demo, PETSc must be configured
+with HYPRE, and petsc4py must be available.
+
+"""
+
+# Copyright (C) 2009-2015 Bartosz Sawicki and Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg 2011
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+# Check that DOLFIN has been configured with PETSc
+if not has_petsc():
+    print("This demo requires DOLFIN to be configured with PETSc.")
+    exit()
+
+# Check that PETSc has been configured with HYPRE
+if not "hypre_amg" in PETScPreconditioner.preconditioners():
+    print("This demo requires PETSc to be configured with HYPRE.")
+    exit()
+
+if not has_petsc4py():
+    print("DOLFIN has not been compiled with petsc4py support.")
+    exit()
+
+# Import petsc4py and check that HYPRE bindings are available
+from petsc4py import PETSc
+try:
+    getattr(PETSc.PC, 'getHYPREType')
+except AttributeError:
+    print("This demo requires a recent petsc4py with HYPRE bindings.")
+    exit()
+
+# Set PETSc as default linear algebra backend
+parameters["linear_algebra_backend"] = "PETSc";
+
+# Load sphere mesh
+mesh = Mesh("../sphere.xml.gz")
+mesh = refine(mesh)
+
+# Define function spaces
+V = FunctionSpace(mesh, "Nedelec 1st kind H(curl)", 1)
+
+# Define test and trial functions
+v = TestFunction(V)
+u = TrialFunction(V)
+
+# Define functions for boundary condiitons
+dbdt = Constant((0.0, 0.0, 1.0))
+zero = Constant((0.0, 0.0, 0.0))
+
+# Magnetic field (to be computed)
+T = Function(V)
+
+# Dirichlet boundary
+class DirichletBoundary(SubDomain):
+    def inside(self, x, on_boundary):
+        return on_boundary
+
+# Boundary condition
+bc = DirichletBC(V, zero, DirichletBoundary())
+
+# Forms for the eddy-current equation
+a = inner(curl(v), curl(u))*dx
+L = -inner(v, dbdt)*dx
+
+# Assemble system
+A, b = assemble_system(a, L, bc)
+
+# Create PETSc Krylov solver (from petsc4py)
+ksp = PETSc.KSP()
+ksp.create(PETSc.COMM_WORLD)
+
+# Set the Krylov solver type and set tolerances
+ksp.setType("cg")
+ksp.setTolerances(rtol=1.0e-8, atol=1.0e-12, divtol=1.0e10, max_it=300)
+
+# Get the preconditioner and set type (HYPRE AMS)
+pc = ksp.getPC()
+pc.setType("hypre")
+pc.setHYPREType("ams")
+
+# Build discrete gradient
+P1 = FunctionSpace(mesh, "Lagrange", 1)
+G = DiscreteOperators.build_gradient(V, P1)
+
+# Attach discrete gradient to preconditioner
+pc.setHYPREDiscreteGradient(as_backend_type(G).mat())
+
+# Build constants basis for the Nedelec space
+constants = [Function(V) for i in range(3)]
+for i, c in enumerate(constants):
+    direction = [1.0 if i == j else 0.0 for j in range(3)]
+    c.interpolate(Constant(direction))
+
+# Inform preconditioner of constants in the Nedelec space
+cvecs = [as_backend_type(constant.vector()).vec() for constant in constants]
+pc.setHYPRESetEdgeConstantVectors(cvecs[0], cvecs[1], cvecs[2])
+
+# We are dealing with a zero conductivity problem (no mass term), so
+# we need to tell the preconditioner
+pc.setHYPRESetBetaPoissonMatrix(None)
+
+# Set operator for the linear solver
+ksp.setOperators(as_backend_type(A).mat())
+
+# Set options prefix
+ksp.setOptionsPrefix("eddy_")
+
+# Turn on monitoring of residual
+opts = PETSc.Options()
+opts.setValue("-eddy_ksp_monitor_true_residual", None)
+
+# Solve eddy currents equation (using potential T)
+ksp.setFromOptions()
+ksp.solve(as_backend_type(b).vec(), as_backend_type(T.vector()).vec())
+
+# Show linear solver details
+ksp.view()
+
+# Test and trial functions for density equation
+W = VectorFunctionSpace(mesh, "Lagrange", 1)
+v = TestFunction(W)
+u = TrialFunction(W)
+
+# Solve density equation (use conjugate gradient linear solver)
+J = Function(W)
+solve(inner(v, u)*dx == dot(v, curl(T))*dx, J,
+      solver_parameters={"linear_solver": "cg"} )
+
+# Write solution to PVD/ParaView file
+file = File("current_density.pvd")
+file << J
+
+# Plot solution and hold plot
+plot(J)
+plt.show()
diff --git a/python/demo/undocumented/dg-advection-diffusion/demo_dg-advection-diffusion.py b/python/demo/undocumented/dg-advection-diffusion/demo_dg-advection-diffusion.py
new file mode 100644
index 0000000..747dda3
--- /dev/null
+++ b/python/demo/undocumented/dg-advection-diffusion/demo_dg-advection-diffusion.py
@@ -0,0 +1,107 @@
+""" Steady state advection-diffusion equation,
+discontinuous formulation using full upwinding.
+
+Implemented in python from cpp demo by Johan Hake.
+"""
+
+# Copyright (C) 2008 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2008-06-19
+# Last changed: 2008-12-23
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+# FIXME: Make mesh ghosted
+parameters["ghost_mode"] = "shared_facet"
+
+class DirichletBoundary(SubDomain):
+    def inside(self, x, on_boundary):
+        return abs(x[0] - 1.0) < DOLFIN_EPS and on_boundary
+
+# Load mesh
+mesh = Mesh("../unitsquare_64_64.xml.gz")
+
+# Defining the function spaces
+V_dg = FunctionSpace(mesh, "DG", 1)
+V_cg = FunctionSpace(mesh, "CG", 1)
+V_u  = VectorFunctionSpace(mesh, "CG", 2)
+
+# Create velocity Function
+u = Function(V_u, "../unitsquare_64_64_velocity.xml.gz")
+
+# Test and trial functions
+v   = TestFunction(V_dg)
+phi = TrialFunction(V_dg)
+
+# Diffusivity
+kappa = Constant(0.0)
+
+# Source term
+f = Constant(0.0)
+
+# Penalty term
+alpha = Constant(5.0)
+
+# Mesh-related functions
+n = FacetNormal(mesh)
+h = CellDiameter(mesh)
+h_avg = (h('+') + h('-'))/2
+
+# ( dot(v, n) + |dot(v, n)| )/2.0
+un = (dot(u, n) + abs(dot(u, n)))/2.0
+
+# Bilinear form
+a_int = dot(grad(v), kappa*grad(phi) - u*phi)*dx
+
+a_fac = kappa*(alpha/h('+'))*dot(jump(v, n), jump(phi, n))*dS \
+      - kappa*dot(avg(grad(v)), jump(phi, n))*dS \
+      - kappa*dot(jump(v, n), avg(grad(phi)))*dS
+
+a_vel = dot(jump(v), un('+')*phi('+') - un('-')*phi('-') )*dS  + dot(v, un*phi)*ds
+
+a = a_int + a_fac + a_vel
+
+# Linear form
+L = v*f*dx
+
+# Set up boundary condition (apply strong BCs)
+g = Expression("sin(pi*5.0*x[1])", degree=2)
+bc = DirichletBC(V_dg, g, DirichletBoundary(), "geometric")
+
+# Solution function
+phi_h = Function(V_dg)
+
+# Assemble and apply boundary conditions
+A = assemble(a)
+b = assemble(L)
+bc.apply(A, b)
+
+# Solve system
+solve(A, phi_h.vector(), b)
+
+# Project solution to a continuous function space
+up = project(phi_h, V=V_cg)
+
+file = File("temperature.pvd")
+file << up
+
+# Plot solution
+plot(up)
+plt.show()
diff --git a/python/demo/undocumented/dg-poisson/demo_dg-poisson.py b/python/demo/undocumented/dg-poisson/demo_dg-poisson.py
new file mode 100644
index 0000000..9061577
--- /dev/null
+++ b/python/demo/undocumented/dg-poisson/demo_dg-poisson.py
@@ -0,0 +1,98 @@
+"""This demo program solves Poisson's equation
+
+    - div grad u(x, y) = f(x, y)
+
+on the unit square with source f given by
+
+    f(x, y) = -100*exp(-((x - 0.5)^2 + (y - 0.5)^2)/0.02)
+
+and boundary conditions given by
+
+    u(x, y)     = u0 on x = 0 and x = 1
+    du/dn(x, y) = g  on y = 0 and y = 1
+
+where
+
+    u0 = x + 0.25*sin(2*pi*x)
+    g = (y - 0.5)**2
+
+using a discontinuous Galerkin formulation (interior penalty method).
+"""
+
+# Copyright (C) 2007 Kristian B. Oelgaard
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+from dolfin import *
+
+
+# FIXME: Make mesh ghosted
+parameters["ghost_mode"] = "shared_facet"
+
+# Define class marking Dirichlet boundary (x = 0 or x = 1)
+class DirichletBoundary(SubDomain):
+  def inside(self, x, on_boundary):
+    return on_boundary and near(x[0]*(1 - x[0]), 0)
+
+# Define class marking Neumann boundary (y = 0 or y = 1)
+class NeumanBoundary(SubDomain):
+  def inside(self, x, on_boundary):
+    return on_boundary and near(x[1]*(1 - x[1]), 0)
+
+# Create mesh and define function space
+mesh = UnitSquareMesh(24, 24)
+V = FunctionSpace(mesh, 'DG', 1)
+
+# Define test and trial functions
+u = TrialFunction(V)
+v = TestFunction(V)
+
+# Define normal vector and mesh size
+n = FacetNormal(mesh)
+h = CellDiameter(mesh)
+h_avg = (h('+') + h('-'))/2
+
+# Define the source term f, Dirichlet term u0 and Neumann term g
+f = Expression('-100.0*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2)) / 0.02)', degree=2)
+u0 = Expression('x[0] + 0.25*sin(2*pi*x[1])', degree=2)
+g = Expression('(x[1] - 0.5)*(x[1] - 0.5)', degree=2)
+
+# Mark facets of the mesh
+boundaries = MeshFunction('size_t', mesh, mesh.topology().dim()-1, 0)
+NeumanBoundary().mark(boundaries, 2)
+DirichletBoundary().mark(boundaries, 1)
+
+# Define outer surface measure aware of Dirichlet and Neumann boundaries
+ds = Measure('ds', domain=mesh, subdomain_data=boundaries)
+
+# Define parameters
+alpha = 4.0
+gamma = 8.0
+
+# Define variational problem
+a = dot(grad(v), grad(u))*dx \
+   - dot(avg(grad(v)), jump(u, n))*dS \
+   - dot(jump(v, n), avg(grad(u)))*dS \
+   + alpha/h_avg*dot(jump(v, n), jump(u, n))*dS \
+   - dot(grad(v), u*n)*ds(1) \
+   - dot(v*n, grad(u))*ds(1) \
+   + (gamma/h)*v*u*ds(1)
+L = v*f*dx - u0*dot(grad(v), n)*ds(1) + (gamma/h)*u0*v*ds(1) + g*v*ds(2)
+
+# Compute solution
+u = Function(V)
+solve(a == L, u)
+print("Solution vector norm (0): {!r}".format(u.vector().norm("l2")))
diff --git a/python/demo/undocumented/dolfin_fine.xml.gz b/python/demo/undocumented/dolfin_fine.xml.gz
new file mode 100644
index 0000000..d70c0e2
--- /dev/null
+++ b/python/demo/undocumented/dolfin_fine.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:2b833101b1751853dc6c52be42ea1134b91ac54a9df087191e7f45b7b00a2822
+size 88283
diff --git a/python/demo/undocumented/dolfin_fine_pressure.xml.gz b/python/demo/undocumented/dolfin_fine_pressure.xml.gz
new file mode 100644
index 0000000..dde6c84
--- /dev/null
+++ b/python/demo/undocumented/dolfin_fine_pressure.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:3555c140c8cfd812039997d0641db69c3eea9f5090058994f9902eae50541018
+size 49720
diff --git a/python/demo/undocumented/dolfin_fine_subdomains.xml.gz b/python/demo/undocumented/dolfin_fine_subdomains.xml.gz
new file mode 100644
index 0000000..a9a47ab
--- /dev/null
+++ b/python/demo/undocumented/dolfin_fine_subdomains.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:42ff147d8ecb3172e08ab41ac6b5029e3a191804be77c73a9a9c4e52da010ede
+size 42459
diff --git a/python/demo/undocumented/dolfin_fine_velocity.xml.gz b/python/demo/undocumented/dolfin_fine_velocity.xml.gz
new file mode 100644
index 0000000..592d5bd
--- /dev/null
+++ b/python/demo/undocumented/dolfin_fine_velocity.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:9e8f30020552a45e7fd018b16bb19d07bdd12f66813a92a9ecf4d4241ccb2493
+size 375382
diff --git a/python/demo/undocumented/donut.xml.gz b/python/demo/undocumented/donut.xml.gz
new file mode 100644
index 0000000..fd85fd1
--- /dev/null
+++ b/python/demo/undocumented/donut.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:5845a95818029af51c05957ad0853d3f6f6a9fd41892382fc120cd000a737919
+size 6631
diff --git a/python/demo/undocumented/elasticity/demo_elasticity.py b/python/demo/undocumented/elasticity/demo_elasticity.py
new file mode 100644
index 0000000..e26aa7e
--- /dev/null
+++ b/python/demo/undocumented/elasticity/demo_elasticity.py
@@ -0,0 +1,156 @@
+"""This demo solves the equations of static linear elasticity for a
+pulley subjected to centripetal accelerations. The solver uses
+smoothed aggregation algerbaric multigrid."""
+
+# Copyright (C) 2014 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+# Test for PETSc
+if not has_linear_algebra_backend("PETSc"):
+    print("DOLFIN has not been configured with PETSc. Exiting.")
+    exit()
+
+# Set backend to PETSC
+parameters["linear_algebra_backend"] = "PETSc"
+
+def build_nullspace(V, x):
+    """Function to build null space for 3D elasticity"""
+
+    # Create list of vectors for null space
+    nullspace_basis = [x.copy() for i in range(6)]
+
+    # Build translational null space basis
+    V.sub(0).dofmap().set(nullspace_basis[0], 1.0);
+    V.sub(1).dofmap().set(nullspace_basis[1], 1.0);
+    V.sub(2).dofmap().set(nullspace_basis[2], 1.0);
+
+    # Build rotational null space basis
+    V.sub(0).set_x(nullspace_basis[3], -1.0, 1);
+    V.sub(1).set_x(nullspace_basis[3],  1.0, 0);
+    V.sub(0).set_x(nullspace_basis[4],  1.0, 2);
+    V.sub(2).set_x(nullspace_basis[4], -1.0, 0);
+    V.sub(2).set_x(nullspace_basis[5],  1.0, 1);
+    V.sub(1).set_x(nullspace_basis[5], -1.0, 2);
+
+    for x in nullspace_basis:
+        x.apply("insert")
+
+    # Create vector space basis and orthogonalize
+    basis = VectorSpaceBasis(nullspace_basis)
+    basis.orthonormalize()
+
+    return basis
+
+
+# Load mesh from file
+mesh = Mesh()
+XDMFFile(MPI.comm_world, "../pulley.xdmf").read(mesh)
+
+# Function to mark inner surface of pulley
+def inner_surface(x, on_boundary):
+    r = 3.75 - x[2]*0.17
+    return (x[0]*x[0] + x[1]*x[1]) < r*r and on_boundary
+
+# Rotation rate and mass density
+omega = 300.0
+rho = 10.0
+
+# Loading due to centripetal acceleration (rho*omega^2*x_i)
+f = Expression(("rho*omega*omega*x[0]", "rho*omega*omega*x[1]", "0.0"),
+               omega=omega, rho=rho, degree=2)
+
+# Elasticity parameters
+E = 1.0e9
+nu = 0.3
+mu = E/(2.0*(1.0 + nu))
+lmbda = E*nu/((1.0 + nu)*(1.0 - 2.0*nu))
+
+# Stress computation
+def sigma(v):
+    return 2.0*mu*sym(grad(v)) + lmbda*tr(sym(grad(v)))*Identity(len(v))
+
+# Create function space
+V = VectorFunctionSpace(mesh, "Lagrange", 1)
+
+# Define variational problem
+u = TrialFunction(V)
+v = TestFunction(V)
+a = inner(sigma(u), grad(v))*dx
+L = inner(f, v)*dx
+
+# Set up boundary condition on inner surface
+c = Constant((0.0, 0.0, 0.0))
+bc = DirichletBC(V, c, inner_surface)
+
+# Assemble system, applying boundary conditions and preserving
+# symmetry)
+A, b = assemble_system(a, L, bc)
+
+# Create solution function
+u = Function(V)
+
+# Create near null space basis (required for smoothed aggregation
+# AMG). The solution vector is passed so that it can be copied to
+# generate compatible vectors for the nullspace.
+null_space = build_nullspace(V, u.vector())
+
+# Attach near nullspace to matrix
+as_backend_type(A).set_near_nullspace(null_space)
+
+# Create PETSC smoothed aggregation AMG preconditioner and attach near
+# null space
+pc = PETScPreconditioner("petsc_amg")
+
+# Use Chebyshev smoothing for multigrid
+PETScOptions.set("mg_levels_ksp_type", "chebyshev")
+PETScOptions.set("mg_levels_pc_type", "jacobi")
+
+# Improve estimate of eigenvalues for Chebyshev smoothing
+PETScOptions.set("mg_levels_esteig_ksp_type", "cg")
+PETScOptions.set("mg_levels_ksp_chebyshev_esteig_steps", 50)
+
+# Create CG Krylov solver and turn convergence monitoring on
+solver = PETScKrylovSolver("cg", pc)
+solver.parameters["monitor_convergence"] = True
+
+# Set matrix operator
+solver.set_operator(A);
+
+# Compute solution
+solver.solve(u.vector(), b);
+
+# Save solution to VTK format
+File("elasticity.pvd", "compressed") << u
+
+# Save colored mesh partitions in VTK format if running in parallel
+if MPI.size(mesh.mpi_comm()) > 1:
+    File("partitions.pvd") << MeshFunction("size_t", mesh, mesh.topology().dim(), \
+                                           MPI.rank(mesh.mpi_comm()))
+
+# Project and write stress field to post-processing file
+W = TensorFunctionSpace(mesh, "Discontinuous Lagrange", 0)
+stress = project(sigma(u), V=W)
+File("stress.pvd") << stress
+
+# Plot solution
+plot(u)
+plt.show()
diff --git a/python/demo/undocumented/elementplot/demo_elementplot.py b/python/demo/undocumented/elementplot/demo_elementplot.py
new file mode 100644
index 0000000..785b89d
--- /dev/null
+++ b/python/demo/undocumented/elementplot/demo_elementplot.py
@@ -0,0 +1,26 @@
+"This demo illustrates how to plot a finite element."
+
+# Copyright (C) 2010 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2010-12-08
+# Last changed: 2010-12-08
+
+from dolfin import *
+
+element = FiniteElement("Brezzi-Douglas-Marini", tetrahedron, 3)
+plot(element)
diff --git a/python/demo/undocumented/eval/demo_eval.py b/python/demo/undocumented/eval/demo_eval.py
new file mode 100644
index 0000000..615a255
--- /dev/null
+++ b/python/demo/undocumented/eval/demo_eval.py
@@ -0,0 +1,46 @@
+"Demonstrating function evaluation at arbitrary points."
+
+# Copyright (C) 2008 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Johan Hake, 2009
+
+
+from dolfin import *
+from numpy import array
+
+# Create mesh and a point in the mesh
+mesh = UnitCubeMesh(8, 8, 8);
+x = (0.31, 0.32, 0.33)
+
+# A user-defined function
+Vs = FunctionSpace(mesh, "CG", 2)
+Vv = VectorFunctionSpace(mesh, "CG", 2)
+fs = Expression("sin(3.0*x[0])*sin(3.0*x[1])*sin(3.0*x[2])", degree=2)
+fv = Expression(("sin(3.0*x[0])*sin(3.0*x[1])*sin(3.0*x[2])",
+                 "1.0 + 3.0*x[0] + 4.0*x[1] + 0.5*x[2]","2"), element = Vv.ufl_element())
+
+# Project to a discrete function
+g = project(fs, V=Vs)
+
+print("""
+Evaluate user-defined scalar function fs
+fs(x) = %f
+Evaluate discrete function g (projection of fs)
+g(x) = %f
+Evaluate user-defined vector valued function fv
+fs(x) = %s""" % (fs(x), g(x), str(fv(x))) )
diff --git a/python/demo/undocumented/extrapolation/demo_extrapolation.py b/python/demo/undocumented/extrapolation/demo_extrapolation.py
new file mode 100644
index 0000000..c89bed2
--- /dev/null
+++ b/python/demo/undocumented/extrapolation/demo_extrapolation.py
@@ -0,0 +1,46 @@
+# Copyright (C) 2010 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2010-02-08
+# Last changed: 2010-02-09
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+# Create mesh and function spaces
+mesh = UnitSquareMesh(8, 8)
+P1 = FunctionSpace(mesh, "CG", 1)
+P2 = FunctionSpace(mesh, "CG", 2)
+
+# Create exact dual
+dual = Expression("sin(5.0*x[0])*sin(5.0*x[1])", degree=2)
+
+# Create P1 approximation of exact dual
+z1 = Function(P1)
+z1.interpolate(dual)
+
+# Create P2 approximation from P1 approximation
+z2 = Function(P2)
+z2.extrapolate(z1)
+
+# Plot approximations
+plt.figure()
+plot(z1, title="z1")
+plt.figure()
+plot(z2, title="z2")
+plt.show()
diff --git a/python/demo/undocumented/formsplitter/demo_formsplitter.py b/python/demo/undocumented/formsplitter/demo_formsplitter.py
new file mode 100644
index 0000000..cb6d804
--- /dev/null
+++ b/python/demo/undocumented/formsplitter/demo_formsplitter.py
@@ -0,0 +1,58 @@
+from dolfin import *
+
+#Create mesh and define function space
+mesh = UnitSquareMesh(32, 32)
+
+marker = MeshFunction("size_t", mesh, mesh.topology().dim(), 0)
+for c in cells(mesh):
+    marker[c] = c.midpoint().x() < 0.5
+
+submesh1 = MeshView.create(marker, 1)
+submesh2 = MeshView.create(marker, 0)
+
+# Define Dirichlet boundary
+def boundarySub1(x):
+    return x[0] < DOLFIN_EPS
+
+def boundarySub2(x):
+    return x[0] > 1.0 - DOLFIN_EPS
+
+W1 = FunctionSpace(submesh1, "Lagrange", 1)
+W2 = FunctionSpace(submesh2, "Lagrange", 1)
+
+# Define the mixed function space
+V = MixedFunctionSpace( W1, W2 )
+
+# Define boundary conditions
+u0 = Constant(0.0)
+# Subdomain 1
+bc1 = DirichletBC(V.sub_space(0), u0, boundarySub1)
+# Subdomain 2
+bc2 = DirichletBC(V.sub_space(1), u0, boundarySub2)
+
+# Define variational problem
+# Use directly TrialFunction and TestFunction on the product space
+(u1,u2) = TrialFunctions(V)
+(v1,v2) = TestFunctions(V)
+
+f = Expression("10*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2)) / 0.02)", degree=2)
+
+# Define new measures so that we can sort the integrals
+a_prod = inner(grad(u1), grad(v1))*dx + inner(grad(u2), grad(v2))*dx
+L_prod = f*v1*dx + f*v2*dx
+# Subdomain 1
+a1 = extract_blocks(a_prod,0,0)
+L1 = extract_blocks(L_prod,0)
+sol1 = Function(V.sub_space(0))
+solve(a1 == L1, sol1, bc1)
+# Subdomain 2
+a2 = extract_blocks(a_prod,1,1)
+L2 = extract_blocks(L_prod,1)
+sol2 = Function(V.sub_space(1))
+solve(a2 == L2, sol2, bc2)
+
+# Save solution in vtk format
+out_sub1 = File("formsplitter-subdomain1.pvd")
+out_sub1 << sol1
+out_sub2 = File("formsplitter-subdomain2.pvd")
+out_sub2 << sol2
diff --git a/python/demo/undocumented/functional/demo_functional.py b/python/demo/undocumented/functional/demo_functional.py
new file mode 100644
index 0000000..6a38f98
--- /dev/null
+++ b/python/demo/undocumented/functional/demo_functional.py
@@ -0,0 +1,53 @@
+"""This demo program computes the value of the functional
+
+    M(v) = int v^2 + (grad v)^2 dx
+
+on the unit square for v = sin(x) + cos(y). The exact
+value of the functional is M(v) = 2 + 2*sin(1)*(1 - cos(1))
+
+The functional M corresponds to the energy norm for a
+simple reaction-diffusion equation."""
+
+# Copyright (C) 2007 Kristian B. Oelgaard
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg, 2008.
+#
+# First added:  2007-11-14
+# Last changed: 2012-11-12
+
+
+from dolfin import *
+
+# Create mesh and define function space
+mesh = UnitSquareMesh(16, 16)
+V = FunctionSpace(mesh, "CG", 2)
+
+# Define the function v
+v = Expression("sin(x[0]) + cos(x[1])",
+               element=V.ufl_element(),
+               domain=mesh)
+
+# Define functional
+M = (v*v + dot(grad(v), grad(v)))*dx(mesh)
+
+# Evaluate functional
+value = assemble(M)
+
+exact_value = 2.0 + 2.0*sin(1.0)*(1.0 - cos(1.0))
+print("The energy norm of v is: %.15g" % value)
+print("It should be:            %.15g" % exact_value)
diff --git a/python/demo/undocumented/ghost-mesh/demo_ghost-mesh.py b/python/demo/undocumented/ghost-mesh/demo_ghost-mesh.py
new file mode 100755
index 0000000..6d8b220
--- /dev/null
+++ b/python/demo/undocumented/ghost-mesh/demo_ghost-mesh.py
@@ -0,0 +1,160 @@
+# very rough demo to test out ghost cells
+# run with mpirun
+#
+
+from dolfin import *
+import numpy as np
+import sys, os
+
+try:
+    import matplotlib.pyplot as plt
+    from matplotlib.collections import PolyCollection
+except ImportError:
+    print("This demo requires matplotlib! Bye.")
+    exit()
+
+parameters["ghost_mode"] = "shared_vertex"
+#parameters["ghost_mode"] = "shared_facet"
+#parameters["ghost_mode"] = "None"
+parameters["reorder_cells_gps"] = True
+parameters["reorder_vertices_gps"] = True
+
+n = 0
+
+if(len(sys.argv) == 2):
+    try:
+        n = int(sys.argv[1])
+    except:
+        n = 0
+
+if(MPI.size(MPI.comm_world) == 1):
+    print("Only works with MPI")
+    quit()
+
+#parameters["mesh_partitioner"] = "ParMETIS"
+
+mesh = UnitSquareMesh(8, 8)
+# mesh = refine(M)
+
+shared_vertices = np.fromiter(mesh.topology().shared_entities(0).keys(), dtype='uintc')
+shared_cells = mesh.topology().shared_entities(mesh.topology().dim())
+
+num_regular_vertices = mesh.topology().ghost_offset(0)
+
+ghost_vertices = np.arange(num_regular_vertices, mesh.topology().size(0))
+
+verts_note = []
+if (n == 0):
+    for k,val in mesh.topology().shared_entities(0).items():
+        vtx = Vertex(mesh, k)
+        verts_note.append( (vtx.point().x(), vtx.point().y(), " "+str(val)) )
+elif (n == 1):
+    for i in range(mesh.num_vertices()):
+        vtx = Vertex(mesh, i)
+        val = vtx.global_index()
+        verts_note.append( (vtx.point().x(), vtx.point().y(), " "+str(val)) )
+else:
+    for i in range(mesh.num_vertices()):
+        vtx = Vertex(mesh, i)
+        val = vtx.index()
+        verts_note.append( (vtx.point().x(), vtx.point().y(), " "+str(val)) )
+
+x,y = mesh.coordinates().transpose()
+
+rank = MPI.rank(mesh.mpi_comm())
+
+cell_ownership = np.ones(mesh.num_cells(),dtype='int')*rank
+cell_owner = mesh.topology().cell_owner()
+if len(cell_owner) > 0 :
+    cell_ownership[-len(cell_owner):] = cell_owner
+
+cells_store=[]
+cells_note=[]
+colors=[]
+cmap=['red', 'green', 'yellow', 'purple', 'pink', 'grey', 'blue', 'brown']
+
+idx = 0
+for c in cells(mesh, "all"):
+    xc=[]
+    yc=[]
+    for v in vertices(c):
+        xc.append(v.point().x())
+        yc.append(v.point().y())
+    xavg = c.midpoint().x()
+    yavg = c.midpoint().y()
+    cell_str=str(c.index())
+#    if c.index() in shared_cells.keys():
+#        cell_str = str(shared_cells[c.index()])
+#    else:
+#        cell_str = str(c.index())
+    cells_note.append((xavg, yavg, cell_str))
+    cells_store.append(list(zip(xc,yc)))
+
+    colors.append(cmap[cell_ownership[c.index()]])
+    idx += 1
+
+num_regular_facets = mesh.topology().ghost_offset(1)
+facet_note = []
+shared_facets = mesh.topology().shared_entities(1)
+for f in facets(mesh, "all"):
+    if (f.num_global_entities(2) == 2):
+        color='#ffff88'
+    else:
+        color='#ff88ff'
+    if (not f.is_ghost()):
+        if (f.num_global_entities(2) == 2):
+            color='#ffff00'
+        else:
+            color='#ff00ff'
+
+    if (n < 3):
+        facet_note.append((f.midpoint().x(), f.midpoint().y(), f.global_index(), color))
+    elif (n == 3):
+        facet_note.append((f.midpoint().x(), f.midpoint().y(), f.index(), color))
+    else:
+        if (f.index() in shared_facets.keys()):
+            facet_note.append((f.midpoint().x(), f.midpoint().y(), shared_facets[f.index()], color))
+
+fig, ax = plt.subplots()
+
+# Make the collection and add it to the plot.
+coll = PolyCollection(cells_store, facecolors=colors, edgecolors='#cccccc')
+ax.add_collection(coll)
+
+plt.plot(x, y, marker='o', color='black', linestyle='none')
+plt.plot(x[shared_vertices], y[shared_vertices], marker='o', color='green', linestyle='none')
+plt.plot(x[ghost_vertices], y[ghost_vertices], marker='o', color='yellow', linestyle='none')
+
+xlim = ax.get_xlim()
+ylim = ax.get_ylim()
+
+plt.xlim((xlim[0] - 0.1, xlim[1] + 0.1))
+plt.ylim((ylim[0] - 0.1, ylim[1] + 0.1))
+
+for note in cells_note:
+    plt.text(note[0], note[1], note[2], verticalalignment='center',
+             horizontalalignment='center', size=8)
+
+for note in verts_note:
+    plt.text(note[0], note[1], note[2], size=8, verticalalignment='center')
+
+for note in facet_note:
+    plt.text(note[0], note[1], note[2], size=8, verticalalignment='center', backgroundcolor=note[3])
+
+# Q = MeshFunction("double", mesh, mesh.topology().dim()-1)
+
+# # Save solution in XDMF format if available
+# xdmf = XDMFFile(mesh.mpi_comm(), "Q.xdmf")
+# if has_hdf5():
+#     xdmf.write(Q)
+# elif MPI.size(mesh.mpi_comm()) == 1:
+#     encoding = XDMFFile.Encoding.ASCII
+#     xdmf.write(Q, encoding)
+# else:
+#     # Save solution in vtk format
+#     xdmf = File("Q.pvd")
+#     xdmf << Q
+
+plt.savefig("mesh-rank%d.png" % rank)
+if os.environ.get("DOLFIN_NOPLOT", "0") == "0":
+    plt.show()
diff --git a/python/demo/undocumented/interpolation/demo_interpolation.py b/python/demo/undocumented/interpolation/demo_interpolation.py
new file mode 100644
index 0000000..33b97e6
--- /dev/null
+++ b/python/demo/undocumented/interpolation/demo_interpolation.py
@@ -0,0 +1,56 @@
+"""
+This program demonstrates interpolation onto a mesh which is not
+completely covered by the original mesh. This situation may arise
+during mesh refinement as a result of round-off errors.
+
+When interpolating, DOLFIN tries to locate each point in the original
+mesh. If that fails, the closest cell is found and the values
+extrapolated from there.
+"""
+
+# Copyright (C) 2010 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+# Set option to allow extrapolation
+parameters["allow_extrapolation"] = True
+
+# Create mesh and function space
+mesh = UnitSquareMesh(16, 16)
+V = FunctionSpace(mesh, "CG", 1)
+
+# Create a function on the original mesh
+f = Expression("sin(5.0*x[0])*sin(5.0*x[1])", degree=2)
+v = interpolate(f, V)
+
+# Refine mesh and create a new function space
+refined_mesh = refine(mesh)
+W = FunctionSpace(refined_mesh, "CG", 1)
+
+# Displace mesh slightly
+x = mesh.coordinates()
+x += 0.1
+
+# Interpolate to the new mesh
+w = interpolate(v, W)
+
+# Plot function
+plot(w)
+plt.show()
diff --git a/python/demo/undocumented/lift-drag/demo_lift-drag.py b/python/demo/undocumented/lift-drag/demo_lift-drag.py
new file mode 100644
index 0000000..f41b264
--- /dev/null
+++ b/python/demo/undocumented/lift-drag/demo_lift-drag.py
@@ -0,0 +1,65 @@
+"""This demo demonstrates how to compute functionals (or forms in
+general) over subsets of the mesh. The two functionals lift and
+drag are computed for the pressure field around a dolphin. Here, we
+use the pressure field obtained from solving the Stokes equations
+(see demo program in the sub directory
+src/demo/pde/stokes/taylor-hood).
+
+The calculation only includes the pressure contribution (not shear
+forces).
+"""
+
+# Copyright (C) 2007 Kristian B. Oelgaard
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg, 2008.
+# Modified by Garth N. Wells, 2009.
+#
+# First added:  2007-11-14
+# Last changed: 2008-12-27
+
+
+from dolfin import *
+
+# Read the mesh from file
+mesh =  Mesh("../dolfin_fine.xml.gz")
+
+# Create FunctionSpace for pressure field
+Vp = FunctionSpace(mesh, "CG", 1)
+p = Function(Vp, "../dolfin_fine_pressure.xml.gz")
+
+# Define sub domain for the dolphin
+class Fish(SubDomain):
+    def inside(self, x, on_boundary):
+        return x[0] > DOLFIN_EPS and x[0] < (1.0 - DOLFIN_EPS) and \
+               x[1] > DOLFIN_EPS and x[1] < (1.0 - DOLFIN_EPS)
+
+markers = MeshFunction("size_t", mesh, mesh.topology().dim()-1, 1)
+Fish().mark(markers, 1);
+
+# Define functionals for drag and lift
+ds = ds(subdomain_data=markers)
+n = FacetNormal(mesh)
+D = -p*n[0]*ds(1)
+L = p*n[1]*ds(1)
+
+# Assemble functionals over sub domain
+drag = assemble(D)
+lift = assemble(L)
+
+print("Lift: %f" % lift)
+print("Drag: %f" % drag)
diff --git a/python/demo/undocumented/matnest/demo_matnest.py b/python/demo/undocumented/matnest/demo_matnest.py
new file mode 100755
index 0000000..9951957
--- /dev/null
+++ b/python/demo/undocumented/matnest/demo_matnest.py
@@ -0,0 +1,132 @@
+# Copyright (C) 2016 Garth N. Wells and Chris N. Richardson
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+from dolfin import *
+
+if not has_linear_algebra_backend("PETSc"):
+    print("DOLFIN has not been configured with PETSc. Exiting.")
+    exit()
+
+PETScOptions.set("ksp_view");
+PETScOptions.set("ksp_monitor_true_residual");
+PETScOptions.set("pc_type", "fieldsplit");
+PETScOptions.set("pc_fieldsplit_type", "additive");
+
+PETScOptions.set("fieldsplit_0_ksp_type", "preonly");
+PETScOptions.set("fieldsplit_0_pc_type", "gamg");
+PETScOptions.set("fieldsplit_0_pc_gamg_coarse_eq_limit", 10000);
+PETScOptions.set("fieldsplit_0_pc_gamg_threshold", 0.05);
+PETScOptions.set("fieldsplit_0_mg_levels_ksp_type", "chebyshev");
+PETScOptions.set("fieldsplit_0_mg_levels_pc_type", "sor");
+PETScOptions.set("fieldsplit_0_mg_levels_ksp_max_it", 3);
+PETScOptions.set("fieldsplit_0_mg_levels_esteig_ksp_type", "cg");
+PETScOptions.set("fieldsplit_0_mg_levels_ksp_chebyshev_esteig_steps", 20);
+PETScOptions.set("fieldsplit_0_mg_levels_ksp_chebyshev_esteig_random");
+PETScOptions.set("fieldsplit_0_mg_coarse_ksp_type", "preonly");
+PETScOptions.set("fieldsplit_0_mg_coarse_pc_type", "lu");
+PETScOptions.set("fieldsplit_0_mg_coarse_pc_factor_mat_solver_package", "mumps");
+PETScOptions.set("fieldsplit_1_pc_factor_mat_solver_package", "mumps");
+PETScOptions.set("fieldsplit_1_ksp_type", "preonly");
+PETScOptions.set("fieldsplit_1_pc_type", "lu");
+
+# Sub domain for top and bottom
+def TopBottom(x, on_boundary):
+    return abs(1.0 - x[1]) < DOLFIN_EPS or abs(x[1]) < DOLFIN_EPS
+
+mesh = UnitCubeMesh(12, 12, 12);
+
+# Create function spaces
+P2 = VectorElement("Lagrange", mesh.ufl_cell(), 2)
+P1 = FiniteElement("Lagrange", mesh.ufl_cell(), 1)
+V = FunctionSpace(mesh, P2)
+Q = FunctionSpace(mesh, P1)
+
+u = TrialFunction(V)
+p = TrialFunction(Q)
+v = TestFunction(V)
+q = TestFunction(Q)
+
+# Define forms for each block
+a00 = inner(grad(u), grad(v))*dx
+a01 = -div(v)*p*dx
+a10 = -div(u)*q*dx
+# Preconditiner uses pressure mass matrix
+p11 = p*q*dx
+
+f = Constant((0.0, 1.0, 0.0))
+g = Constant(0.0)
+L0 = dot(f, v)*dx
+L1 = dot(g, q)*dx
+
+# Velocity BC
+flow_velocity = Constant((0.0, 0.0, 0.0));
+bc0 = DirichletBC(V, flow_velocity, TopBottom)
+
+# Assemble all blocks with BCs
+bcsV = [bc0]
+bcsQ = []
+
+assemblerA = SystemAssembler([a00, a01, a10, None], [L0, L1], [bcsV, bcsQ])
+
+A00 = PETScMatrix()
+A01 = PETScMatrix()
+A10 = PETScMatrix()
+
+b0 = PETScVector()
+b1 = PETScVector()
+
+assemblerA.assemble([A00, A01, A10, None], [b0, b1])
+
+P11 = PETScMatrix()
+assemblerP = SystemAssembler(p11, L1, bcsQ)
+assemblerP.assemble(P11)
+
+print("A00 = ", A00.size(0), "x" , A00.size(1), A00.norm("frobenius"))
+print("A01 = ", A01.size(0), "x" , A01.size(1), A01.norm("frobenius"))
+print("A10 = ", A10.size(0), "x" , A10.size(1), A10.norm("frobenius"))
+print("P11 = ", P11.size(0), "x" , P11.size(1), P11.norm("frobenius"))
+
+# Combine matrices
+AA = PETScNestMatrix([A00, A01, A10, None])
+PP = PETScNestMatrix([A00, None, None, P11])
+
+# Create solution vectors
+u = Function(V)
+u.rename('u','velocity')
+p = Function(Q)
+p.rename('p','pressure')
+# Map RHS and solution into block space vectors
+x = Vector()
+b = Vector()
+AA.init_vectors(x, [u.vector(), p.vector()])
+AA.init_vectors(b, [b0, b1])
+
+solver = PETScKrylovSolver("minres")
+solver.set_from_options()
+solver.set_operators(AA, PP)
+
+fields = [PETScNestMatrix.get_block_dofs(AA, i) for i in [0,1]]
+PETScPreconditioner.set_fieldsplit(solver, fields, ["0", "1"])
+
+solver.solve(x, b)
+
+print("u.norm = ", u.vector().norm("l2"))
+
+if has_hdf5_parallel():
+    xdmf = XDMFFile("solution.xdmf")
+    xdmf.write(u)
+    xdmf.write(p)
diff --git a/python/demo/undocumented/mesh-quality/demo_mesh-quality.py b/python/demo/undocumented/mesh-quality/demo_mesh-quality.py
new file mode 100644
index 0000000..5a9f8ad
--- /dev/null
+++ b/python/demo/undocumented/mesh-quality/demo_mesh-quality.py
@@ -0,0 +1,45 @@
+"This demo illustrates basic inspection of mesh quality."
+
+# Copyright (C) 2013 Jan Blechta
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2013-11-19
+# Last changed:
+
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+# Read mesh from file
+mesh = Mesh("../dolfin_fine.xml.gz")
+
+# Print minimal and maximal radius ratio
+qmin, qmax = MeshQuality.radius_ratio_min_max(mesh)
+print('Minimal radius ratio:', qmin)
+print('Maximal radius ratio:', qmax)
+
+# Show histogram using matplotlib
+hist = MeshQuality.radius_ratio_matplotlib_histogram(mesh)
+hist = hist.replace('    import matplotlib.pylab', '    import matplotlib\n    matplotlib.use(\'Agg\')\n    import matplotlib.pylab\n')
+hist = hist.replace('matplotlib.pylab.show()', 'matplotlib.pylab.savefig("mesh-quality.pdf")')
+print(hist)
+exec(hist)
+
+# Show mesh
+plot(mesh)
+plt.show()
diff --git a/python/demo/undocumented/meshview-2D2D/demo_meshview-2D2D.py b/python/demo/undocumented/meshview-2D2D/demo_meshview-2D2D.py
new file mode 100644
index 0000000..ec5f845
--- /dev/null
+++ b/python/demo/undocumented/meshview-2D2D/demo_meshview-2D2D.py
@@ -0,0 +1,84 @@
+from dolfin import *
+set_log_level(LogLevel.ERROR)
+
+# Create mesh and define function space
+mesh = UnitSquareMesh(32, 32)
+
+V = FunctionSpace(mesh, "Lagrange", 1)
+
+marker = MeshFunction("size_t", mesh, mesh.topology().dim(), 0)
+for c in cells(mesh):
+    marker[c] = c.midpoint().y() < 0.5
+    #marker[c] = c.midpoint().x() < 0.5
+
+submesh1 = MeshView.create(marker, 1)
+submesh2 = MeshView.create(marker, 0)
+
+V1 = FunctionSpace(submesh1, "Lagrange", 1)
+V2 = FunctionSpace(submesh2, "Lagrange", 1)
+
+# Define Dirichlet boundary (x = 0 or x = 1)
+def boundary(x):
+    return x[1] < DOLFIN_EPS or x[1] > 1.0 - DOLFIN_EPS
+    #return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS
+
+def boundarySub1(x):
+    return x[1] < DOLFIN_EPS
+    #return x[0] < DOLFIN_EPS
+
+def boundarySub2(x):
+    return x[1] > 1.0 - DOLFIN_EPS
+    #return x[0] > 1.0 - DOLFIN_EPS
+
+# Define boundary condition
+u0 = Constant(0.0)
+# Whole domain
+bc = DirichletBC(V, u0, boundary)
+# Subdomain 1
+bc1 = DirichletBC(V1, u0, boundarySub1)
+# Subdomain 2
+bc2 = DirichletBC(V2, u0, boundarySub2)
+
+# Define variational problem
+# Whole domain
+u = TrialFunction(V)
+v = TestFunction(V)
+# Subdomain 1
+u1 = TrialFunction(V1)
+v1 = TestFunction(V1)
+# Subdomain 2
+u2 = TrialFunction(V2)
+v2 = TestFunction(V2)
+
+f = Expression("10*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2)) / 0.02)", degree=2)
+
+# Whole domain
+a = inner(grad(u), grad(v))*dx
+L = f*v*dx
+u = Function(V)
+solve(a == L, u, bc)
+# Subdomain 1
+a1 = inner(grad(u1), grad(v1))*dx
+L1 = f*v1*dx
+u1 = Function(V1)
+solve(a1 == L1, u1, bc1)
+# Subdomain 2
+a2 = inner(grad(u2), grad(v2))*dx
+L2 = f*v2*dx
+u2 = Function(V2)
+solve(a2 == L2, u2, bc2)
+
+## Export result
+encoding = XDMFFile.Encoding.HDF5 if has_hdf5() else XDMFFile.Encoding.ASCII
+
+out_global = XDMFFile(MPI.comm_world, "meshview-mapping-2D2D-global.xdmf")
+out_sub1 = XDMFFile(MPI.comm_world, "meshview-mapping-2D2D-subdomain1.xdmf")
+out_sub2 = XDMFFile(MPI.comm_world, "meshview-mapping-2D2D-subdomain2.xdmf")
+
+if MPI.size(MPI.comm_world) > 1 and encoding == XDMFFile.Encoding.ASCII:
+    print("XDMF file output not supported in parallel without HDF5")
+else:
+    out_global.write(u, encoding)
+    out_sub1.write(u1, encoding)
+    out_sub2.write(u2, encoding)
+
diff --git a/python/demo/undocumented/meshview-3D1D/demo_meshview-3D1D.py b/python/demo/undocumented/meshview-3D1D/demo_meshview-3D1D.py
new file mode 100644
index 0000000..ed7fd78
--- /dev/null
+++ b/python/demo/undocumented/meshview-3D1D/demo_meshview-3D1D.py
@@ -0,0 +1,50 @@
+from dolfin import *
+
+# Create mesh and define function space
+mesh = UnitCubeMesh(32, 32, 32)
+
+marker = MeshFunction("size_t", mesh, mesh.topology().dim()-2, 0)
+for e in edges(mesh):
+    marker[e] = 0.5 - DOLFIN_EPS < e.midpoint().z() < 0.5 + DOLFIN_EPS and 0.5 - DOLFIN_EPS < e.midpoint().y() < 0.5 + DOLFIN_EPS
+
+submesh = MeshView.create(marker, 1)
+
+V1 = FunctionSpace(mesh, "Lagrange", 1) ## 3D
+V2 = FunctionSpace(submesh, "Lagrange", 1) ## 1D
+
+# Define Dirichlet boundary (x = 0 or x = 1)
+def boundary(x):
+    return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS
+
+# Define boundary condition
+u0 = Constant(0.0)
+# 3D mesh
+bc_3D = DirichletBC(V1, u0, boundary)
+# 1D submesh
+bc_1D = DirichletBC(V2, u0, boundary)
+
+# Define variational problem
+# 3D
+u_3D = TrialFunction(V1)
+v_3D = TestFunction(V1)
+# 1D
+u_1D = TrialFunction(V2)
+v_1D = TestFunction(V2)
+
+f = Expression("10*exp(-(pow(x[0] - 0.5, 2) ) / 0.02)", degree=2)
+
+a_3D = inner(grad(u_3D), grad(v_3D))*dx
+L_3D = f*v_3D*dx
+u_3D = Function(V1)
+solve(a_3D == L_3D, u_3D, bc_3D)
+
+a_1D = inner(grad(u_1D), grad(v_1D))*dx
+L_1D = f*v_1D*dx
+u_1D = Function(V2)
+solve(a_1D == L_1D, u_1D, bc_1D)
+
+# Save solution in vtk format
+out_3D = File("meshview-mapping-3D1D-3Dsol.pvd")
+out_3D << u_3D
+out_1D = File("meshview-mapping-3D1D-1Dsol.pvd")
+out_1D << u_1D
diff --git a/python/demo/undocumented/meshview-3D2D/demo_meshview-3D2D.py b/python/demo/undocumented/meshview-3D2D/demo_meshview-3D2D.py
new file mode 100644
index 0000000..207cbb0
--- /dev/null
+++ b/python/demo/undocumented/meshview-3D2D/demo_meshview-3D2D.py
@@ -0,0 +1,56 @@
+from dolfin import *
+
+# Create mesh and define function space
+mesh = UnitCubeMesh(32, 32, 32)
+
+marker = MeshFunction("size_t", mesh, mesh.topology().dim()-1, 0)
+for f in facets(mesh):
+    marker[f] = 0.5 - DOLFIN_EPS < f.midpoint().z() < 0.5 + DOLFIN_EPS
+
+submesh = MeshView.create(marker, 1)
+
+V1 = FunctionSpace(mesh, "Lagrange", 1) ## 3D
+V2 = FunctionSpace(submesh, "Lagrange", 1) ## 2D
+
+# Define Dirichlet boundary (x = 0 or x = 1)
+def boundary(x):
+    return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS
+
+# Define boundary condition
+u0 = Constant(0.0)
+# 3D mesh
+bc_3D = DirichletBC(V1, u0, boundary)
+# 2D submesh
+bc_2D = DirichletBC(V2, u0, boundary)
+
+# Define variational problem
+# 3D
+u_3D = TrialFunction(V1)
+v_3D = TestFunction(V1)
+# 2D
+u_2D = TrialFunction(V2)
+v_2D = TestFunction(V2)
+
+f = Expression("10*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2) ) / 0.02)", degree=2)
+
+a_3D = inner(grad(u_3D), grad(v_3D))*dx
+L_3D = f*v_3D*dx
+u_3D = Function(V1)
+solve(a_3D == L_3D, u_3D, bc_3D)
+
+a_2D = inner(grad(u_2D), grad(v_2D))*dx
+L_2D = f*v_2D*dx
+u_2D = Function(V2)
+solve(a_2D == L_2D, u_2D, bc_2D)
+
+# ## Export result
+# encoding = XDMFFile.Encoding.HDF5 if has_hdf5() else XDMFFile.Encoding.ASCII
+
+# out_3D = XDMFFile(MPI.comm_world, "meshview-mapping-3D2D-3Dsol.xdmf")
+# out_2D = XDMFFile(MPI.comm_world, "meshview-mapping-3D2D-2Dsol.xdmf")
+
+# if MPI.size(MPI.comm_world) > 1 and encoding == XDMFFile.Encoding.ASCII:
+#     print("XDMF file output not supported in parallel without HDF5")
+# else:
+#     out_3D.write(u_3D, encoding)
+#     out_2D.write(u_2D, encoding)
diff --git a/python/demo/undocumented/meshview-3D3D/demo_meshview-3D3D.py b/python/demo/undocumented/meshview-3D3D/demo_meshview-3D3D.py
new file mode 100644
index 0000000..3c60fbb
--- /dev/null
+++ b/python/demo/undocumented/meshview-3D3D/demo_meshview-3D3D.py
@@ -0,0 +1,71 @@
+from dolfin import *
+
+# Create mesh and define function space
+mesh = UnitCubeMesh(32, 32, 32)
+V = FunctionSpace(mesh, "Lagrange", 1)
+
+marker = MeshFunction("size_t", mesh, mesh.topology().dim(), 0)
+for c in cells(mesh):
+    marker[c] = c.midpoint().x() < 0.5
+
+submesh1 = MeshView.create(marker, 1)
+submesh2 = MeshView.create(marker, 0)
+
+V1 = FunctionSpace(submesh1, "Lagrange", 1)
+V2 = FunctionSpace(submesh2, "Lagrange", 1)
+
+# Define Dirichlet boundary (x = 0 or x = 1)
+def boundary(x):
+    return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS
+
+def boundarySub1(x):
+    return x[0] < DOLFIN_EPS
+
+def boundarySub2(x):
+    return x[0] > 1.0 - DOLFIN_EPS
+
+# Define boundary condition
+u0 = Constant(0.0)
+# Whole domain
+bc = DirichletBC(V, u0, boundary)
+# Subdomain 1
+bc1 = DirichletBC(V1, u0, boundarySub1)
+# Subdomain 2
+bc2 = DirichletBC(V2, u0, boundarySub2)
+
+# Define variational problem
+# Whole domain
+u = TrialFunction(V)
+v = TestFunction(V)
+# Subdomain 1
+u1 = TrialFunction(V1)
+v1 = TestFunction(V1)
+# Subdomain 2
+u2 = TrialFunction(V2)
+v2 = TestFunction(V2)
+
+f = Expression("10*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2) + pow(x[2] - 0.5, 2)) / 0.02)", degree=2)
+
+# Whole domain
+a = inner(grad(u), grad(v))*dx
+L = f*v*dx
+u = Function(V)
+solve(a == L, u, bc)
+# Subdomain 1
+a1 = inner(grad(u1), grad(v1))*dx
+L1 = f*v1*dx
+u1 = Function(V1)
+solve(a1 == L1, u1, bc1)
+# Subdomain 2
+a2 = inner(grad(u2), grad(v2))*dx
+L2 = f*v2*dx
+u2 = Function(V2)
+solve(a2 == L2, u2, bc2)
+
+# Save solution in vtk format
+out_global = File("meshview-mapping-3D3D-global.pvd")
+out_global << u
+out_sub1 = File("meshview-mapping-3D3D-subdomain1.pvd")
+out_sub1 << u1
+out_sub2 = File("meshview-mapping-3D3D-subdomain2.pvd")
+out_sub2 << u2
diff --git a/python/demo/undocumented/mixed-poisson-sphere/demo_mixed-poisson-sphere.py b/python/demo/undocumented/mixed-poisson-sphere/demo_mixed-poisson-sphere.py
new file mode 100644
index 0000000..68b92ea
--- /dev/null
+++ b/python/demo/undocumented/mixed-poisson-sphere/demo_mixed-poisson-sphere.py
@@ -0,0 +1,81 @@
+"""This demo demonstrates how to solve a mixed Poisson type equation
+defined over a sphere (the surface of a ball in 3D) including how to
+create a cell_orientation map, needed for some forms defined over
+manifolds."""
+
+# Copyright (C) 2012 Marie E. Rognes
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2012-12-09
+# Last changed: 2012-12-09
+
+# Begin demo
+
+from dolfin import *
+import numpy
+import matplotlib.pyplot as plt
+
+
+# Read mesh
+mesh = Mesh("../sphere_16.xml.gz")
+
+# Define global normal
+global_normal = Expression(("x[0]", "x[1]", "x[2]"), degree=1)
+mesh.init_cell_orientations(global_normal)
+
+# Define function spaces and basis functions
+RT1 = FiniteElement("RT", mesh.ufl_cell(), 1)
+DG0 = FiniteElement("DG", mesh.ufl_cell(), 0)
+R = FiniteElement("R", mesh.ufl_cell(), 0)
+W = FunctionSpace(mesh, MixedElement((RT1, DG0, R)))
+
+(sigma, u, r) = TrialFunctions(W)
+(tau, v, t) = TestFunctions(W)
+
+g = Expression("sin(0.5*pi*x[2])", degree=2)
+
+# Define forms
+a = (inner(sigma, tau) + div(sigma)*v + div(tau)*u + r*v + t*u)*dx
+L = g*v*dx
+
+# Tune some factorization options
+if has_petsc():
+    # Avoid factors memory exhaustion due to excessive pivoting
+    PETScOptions.set("mat_mumps_icntl_14", 40.0)
+    PETScOptions.set("mat_mumps_icntl_7", "0")
+    # Avoid zero pivots on 64-bit SuperLU_dist
+    PETScOptions.set("mat_superlu_dist_colperm", "MMD_ATA")
+
+# Solve problem
+w = Function(W)
+solve(a == L, w, solver_parameters={"symmetric": True})
+(sigma, u, r) = w.split()
+
+# Plot CG1 representation of solutions
+sigma_cg = project(sigma, VectorFunctionSpace(mesh, "CG", 1))
+u_cg = project(u, FunctionSpace(mesh, "CG", 1))
+plt.figure()
+plot(sigma_cg)
+plt.figure()
+plot(u_cg)
+plt.show()
+
+# Store solutions
+file = File("sigma.pvd")
+file << sigma
+file = File("u.pvd")
+file << u
diff --git a/python/demo/undocumented/mixedfunctionspace/demo_mixedfunctionspace.py b/python/demo/undocumented/mixedfunctionspace/demo_mixedfunctionspace.py
new file mode 100644
index 0000000..8ccd94f
--- /dev/null
+++ b/python/demo/undocumented/mixedfunctionspace/demo_mixedfunctionspace.py
@@ -0,0 +1,55 @@
+from dolfin import *
+
+#Create mesh and define function space
+mesh = UnitSquareMesh(32, 32)
+
+marker = MeshFunction("size_t", mesh, mesh.topology().dim(), 0)
+for c in cells(mesh):
+    marker[c] = c.midpoint().x() < 0.5
+
+submesh1 = MeshView.create(marker, 1)
+submesh2 = MeshView.create(marker, 0)
+
+# Define Dirichlet boundary
+def boundarySub1(x):
+    return x[0] < DOLFIN_EPS
+
+def boundarySub2(x):
+    return x[0] > 1.0 - DOLFIN_EPS
+
+W1 = FunctionSpace(submesh1, "Lagrange", 1)
+W2 = FunctionSpace(submesh2, "Lagrange", 1)
+
+# Define the mixed function space
+V = MixedFunctionSpace( W1, W2 )
+
+# Define boundary conditions
+u0 = Constant(0.0)
+# Subdomain 1
+bc1 = DirichletBC(V.sub_space(0), u0, boundarySub1)
+# Subdomain 2
+bc2 = DirichletBC(V.sub_space(1), u0, boundarySub2)
+
+# Define variational problem
+# Use directly TrialFunction and TestFunction on the product space
+(u1,u2) = TrialFunctions(V)
+(v1,v2) = TestFunctions(V)
+
+f = Expression("10*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2)) / 0.02)", degree=2)
+
+# Subdomain 1
+a1 = inner(grad(u1), grad(v1))*dx
+L1 = f*v1*dx
+sol1 = Function(V.sub_space(0))
+solve(a1 == L1, sol1, bc1)
+# Subdomain 2
+a2 = inner(grad(u2), grad(v2))*dx
+L2 = f*v2*dx
+sol2 = Function(V.sub_space(1))
+solve(a2 == L2, sol2, bc2)
+
+# Save solution in vtk format
+out_sub1 = File("functionspace-product-subdomain1.pvd")
+out_sub1 << sol1
+out_sub2 = File("functionspace-product-subdomain2.pvd")
+out_sub2 << sol2
diff --git a/python/demo/undocumented/mplot/demo_mplot.py b/python/demo/undocumented/mplot/demo_mplot.py
new file mode 100644
index 0000000..a77bdd5
--- /dev/null
+++ b/python/demo/undocumented/mplot/demo_mplot.py
@@ -0,0 +1,131 @@
+# -*- coding: utf-8 -*-
+# Copyright (C) 2016 Jan Blechta, Martin Alnæs
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+
+from dolfin import *
+import ufl
+import os
+
+exit(0)
+
+try:
+    import matplotlib.pyplot as plt
+    from mpl_toolkits.mplot3d import axes3d
+except ImportError:
+    print("This demo requires matplotlib! Bye.")
+    exit()
+
+
+rank = MPI.rank(MPI.comm_world)
+size = MPI.size(MPI.comm_world)
+suffix = "_r%s" % rank if size > 1 else ""
+
+
+def plot_alongside(*args, **kwargs):
+    """Plot supplied functions in single figure with common colorbar.
+    It is users responsibility to supply 'range_min' and 'range_max' in kwargs.
+    """
+    n = len(args)
+    plt.figure(figsize=(4*n+2, 4))
+    projection = "3d" if kwargs.get("mode") == "warp" else None
+
+    for i in range(n):
+        plt.subplot(1, n, i+1, projection=projection)
+        p = plot(args[i], **kwargs)
+
+    plt.tight_layout()
+
+    # Create colorbar
+    plt.subplots_adjust(right=0.8)
+    cbar_ax = plt.gcf().add_axes([0.85, 0.15, 0.05, 0.7])
+    plt.colorbar(p, cax=cbar_ax)
+
+
+def create_interval_mesh(vertices):
+    "Given list of vertex coordinate tuples, build and return a mesh of intervals."
+    gdim = len(vertices[0])
+    mesh = Mesh()
+    me = MeshEditor()
+    me.open(mesh, "interval", 1, gdim)
+
+    # Add vertices to mesh
+    nv = len(vertices)
+    me.init_vertices(nv)
+    for i, v in enumerate(vertices):
+        me.add_vertex(i, *v)
+
+    # Add cells to mesh
+    me.init_cells(nv-1)
+    for i in range(nv-1):
+        c = (i, i+1)
+        me.add_cell(i, *c)
+
+    me.close()
+    assert mesh.ordered()
+    return mesh
+
+
+def interval_mesh(gdim, n):
+    us = [i/float(n-1) for i in range(n)]
+    vertices = [(cos(4.0*DOLFIN_PI*u), sin(4.0*DOLFIN_PI*u), 2.0*u)[-gdim:] for u in us]
+    return create_interval_mesh(vertices)
+
+
+def plot_1d_meshes():
+    # FIXME: This passes fine in parallel although it's not obvious what does it do
+    plt.figure()
+    plot(interval_mesh(1, 30))
+    plt.savefig("mesh_1d%s.png" % suffix)
+
+    plt.figure()
+    plot(interval_mesh(2, 100))
+    plt.savefig("mesh_2d%s.png" % suffix)
+
+    plt.figure()
+    plot(interval_mesh(3, 100))
+    plt.savefig("mesh_3d%s.png" % suffix)
+
+
+def plot_functions():
+    mesh = UnitSquareMesh(8, 8, 'crossed')
+    P1 = FunctionSpace(mesh, "Lagrange", 1)
+    u = interpolate(Expression("x[0]*x[0] + x[1]*x[1]*(x[1]-0.5)", degree=3), P1)
+    v = interpolate(Expression("1.0+x[0]*x[0]", degree=2), P1)
+
+    # Get common range
+    r = {"range_min": min(u.vector().min(), v.vector().min()),
+         "range_max": max(u.vector().max(), v.vector().max())}
+
+    plot_alongside(u, v, **r)
+    plot_alongside(u, v, mode='color', **r)
+    plt.savefig("color_plot%s.pdf" % suffix)
+    plot_alongside(u, v, mode='warp', **r)
+    plt.savefig("warp_plot%s.pdf" % suffix)
+    plot_alongside(u, v, v, mode='warp', **r)
+
+
+def main(argv=None):
+    plot_1d_meshes()
+    plot_functions()
+    if os.environ.get("DOLFIN_NOPLOT", "0") == "0":
+        plt.show()
+
+
+if __name__ == '__main__':
+    import sys
+    main(sys.argv)
diff --git a/python/demo/undocumented/multimesh-marking/demo_multimesh_marking.py b/python/demo/undocumented/multimesh-marking/demo_multimesh_marking.py
new file mode 100644
index 0000000..6bc5211
--- /dev/null
+++ b/python/demo/undocumented/multimesh-marking/demo_multimesh_marking.py
@@ -0,0 +1,77 @@
+from dolfin import *
+
+if MPI.size(MPI.comm_world) > 1:
+    info("Sorry, this demo does not (yet) run in parallel.")
+    exit(0)
+
+# Generate meshes
+background_mesh = UnitSquareMesh(16, 16)
+annulus_mesh = Mesh("../donut.xml.gz")
+
+center = Point(0.5, 0.5)
+r = 0.2
+
+# Build the multimesh
+multimesh = MultiMesh()
+multimesh.add(background_mesh)
+multimesh.add(annulus_mesh)
+multimesh.build()
+
+# Identify background cells within the hole and mark them as covered
+multimesh.auto_cover(0, center)
+
+# Variational formulation
+V = MultiMeshFunctionSpace(multimesh, "P", 1)
+u, v = TrialFunction(V), TestFunction(V)
+n = FacetNormal(multimesh)
+h = 2*Circumradius(multimesh)
+
+a = (inner(grad(u), grad(v)) * dX
+        - inner(avg(grad(u)), jump(v, n)) * dI
+        - inner(avg(grad(v)), jump(u, n)) * dI
+        + Constant(10) / avg(h) * jump(u) * jump(v) * dI
+        + inner(jump(grad(u)), jump(grad(v))) * dO)
+
+L = Constant(1) * v * dX
+
+# Assemble system
+A = assemble_multimesh(a)
+b = assemble_multimesh(L)
+
+# Will mark boundary of outer mesh
+class OuterBoundary(SubDomain):
+    def inside(self, x, on_boundary):
+        return on_boundary
+outer = OuterBoundary()
+mf0 = MeshFunction("size_t", multimesh.part(0), multimesh.part(0).topology().dim() - 1)
+outer.mark(mf0, 2)
+bc0 = MultiMeshDirichletBC(V, Constant(0), mf0, 2, 0)
+
+# Will mark inner part of top mesh
+class InnerBoundary(SubDomain):
+    def inside(self, x, on_boundary):
+        return on_boundary and ((x[0] - 0.5)**2 + (x[1] - 0.5)**2 < 0.5*r)
+inner = InnerBoundary()
+mf1 = MeshFunction("size_t", multimesh.part(1), multimesh.part(1).topology().dim()-1)
+inner.mark(mf1 , 3)
+bc1 = MultiMeshDirichletBC(V, Constant(1), mf1, 3, 1)
+bcs = [bc0, bc1]
+
+[bc.apply(A, b) for bc in bcs]
+V.lock_inactive_dofs(A, b)
+
+# Solve and plot
+uh = MultiMeshFunction(V)
+x = uh.vector()
+
+solve(A, x, b)
+
+outfile0 = XDMFFile("output/u0.xdmf")
+outfile1 = XDMFFile("output/u1.xdmf")
+
+outfile0.write(uh.part(0, deepcopy=True), 0.0)
+outfile1.write(uh.part(1, deepcopy=True), 0.0)
+
+outfile0.close()
+outfile1.close()
+
diff --git a/python/demo/undocumented/multimesh-poisson/demo_multimesh-poisson.py b/python/demo/undocumented/multimesh-poisson/demo_multimesh-poisson.py
new file mode 100644
index 0000000..b95a3de
--- /dev/null
+++ b/python/demo/undocumented/multimesh-poisson/demo_multimesh-poisson.py
@@ -0,0 +1,132 @@
+# Copyright (C) 2015 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2015-11-05
+# Last changed: 2015-11-17
+#
+# This demo program solves Poisson's equation on a domain defined by
+# three overlapping and non-matching meshes. The solution is computed
+# on a sequence of rotating meshes to test the multimesh
+# functionality.
+
+from dolfin import *
+
+class DirichletBoundary(SubDomain):
+    def inside(self, x, on_boundary):
+        return on_boundary
+
+def solve_poisson(t, x1, y1, x2, y2):
+    "Compute solution for given mesh configuration"
+
+    # Create meshes
+    r = 0.5
+    mesh_0 = RectangleMesh(Point(-r, -r), Point(r, r), 16, 16)
+    mesh_1 = RectangleMesh(Point(x1 - r, y1 - r), Point(x1 + r, y1 + r), 8, 8)
+    mesh_2 = RectangleMesh(Point(x2 - r, y2 - r), Point(x2 + r, y2 + r), 8, 8)
+    mesh_1.rotate(70*t)
+    mesh_2.rotate(-70*t)
+
+    # Build multimesh
+    multimesh = MultiMesh()
+    multimesh.add(mesh_0)
+    multimesh.add(mesh_1)
+    multimesh.add(mesh_2)
+    multimesh.build()
+
+    # Create function space
+    V = MultiMeshFunctionSpace(multimesh, "Lagrange", 1)
+
+    # Define trial and test functions and right-hand side
+    u = TrialFunction(V)
+    v = TestFunction(V)
+    f = Constant(1)
+
+    # Define facet normal and mesh size
+    n = FacetNormal(multimesh)
+    h = 2.0*Circumradius(multimesh)
+    h = (h('+') + h('-')) / 2
+
+    # Set parameters
+    alpha = 10.0
+    beta = 1.0
+
+    # Define bilinear form
+    a = dot(grad(u), grad(v))*dX \
+      - dot(avg(grad(u)), jump(v, n))*dI \
+      - dot(avg(grad(v)), jump(u, n))*dI \
+      + alpha/h * jump(u)*jump(v)*dI \
+      + beta/h**2 * dot(jump(u), jump(v))*dO
+
+    # Define linear form
+    L = f*v*dX
+
+    # Assemble linear system
+    A = assemble_multimesh(a)
+    b = assemble_multimesh(L)
+
+    # Apply boundary condition
+    zero = Constant(0)
+    boundary = DirichletBoundary()
+    bc = MultiMeshDirichletBC(V, zero, boundary)
+    bc.apply(A, b)
+
+    # Lock inactive dofs
+    V.lock_inactive_dofs(A, b)
+
+    # Compute solution
+    u = MultiMeshFunction(V)
+    solve(A, u.vector(), b)
+
+    return u
+
+if MPI.size(MPI.comm_world) > 1:
+    info("Sorry, this demo does not (yet) run in parallel.")
+    exit(0)
+
+# Parameters
+T = 10.0
+N = 100
+dt = T / N
+
+# Create files for output
+f0 = XDMFFile("output/u0.xdmf")
+f1 = XDMFFile("output/u1.xdmf")
+f2 = XDMFFile("output/u2.xdmf")
+
+# Iterate over configurations
+for n in range(N):
+    info("Computing solution, step %d / %d." % (n + 1, N))
+
+    # Compute coordinates for meshes
+    t = dt*n
+    x1 = sin(t)*cos(2*t)
+    y1 = cos(t)*cos(2*t)
+    x2 = cos(t)*cos(2*t)
+    y2 = sin(t)*cos(2*t)
+
+    # Compute solution
+    u = solve_poisson(t, x1, y1, x2, y2)
+
+    # Save to file
+    f0.write(u.part(0, deepcopy=True), t)
+    f1.write(u.part(1, deepcopy=True), t)
+    f2.write(u.part(2, deepcopy=True), t)
+
+# Close files
+f0.close()
+f1.close()
+f2.close()
diff --git a/python/demo/undocumented/multimesh-quadrature/demo_multimesh-quadrature.py b/python/demo/undocumented/multimesh-quadrature/demo_multimesh-quadrature.py
new file mode 100644
index 0000000..51c8f83
--- /dev/null
+++ b/python/demo/undocumented/multimesh-quadrature/demo_multimesh-quadrature.py
@@ -0,0 +1,146 @@
+# Copyright (C) 2014-2017 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2014-04-07
+# Last changed: 2017-05-17
+#
+# This demo program illustrates multimesh quadrature on a pair
+# of overlapping meshes using red dots to mark positive quadature
+# weights and black dots to mark negative quadature weights.
+#
+# To create movies from the generated PNG files, enter the output
+# directory and run the following commmands:
+# 
+# ffmpeg -i multimesh_quadrature_%04d.png multimesh_quadrature.mp4
+# ffmpeg -i multimesh_quadrature_%04d.png multimesh_quadrature_compressed.mp4
+
+from dolfin import *
+import os
+
+# Don't plot when DOLFIN_NOPLOT is set
+plot = os.environ.get("DOLFIN_NOPLOT") is None
+if plot:
+    import pylab as pl
+
+# Colors for plotting
+red    = "#ff3c00"
+green  = "#59ce55"
+yellow = "#fff0aa"
+blue   = "#b4d8e7"
+white  = "#ffffff"
+black  = "#000000"
+
+def plot_triangle(c, mesh, color=None, alpha_fill=None, alpha_line=None):
+    if not plot: return
+    cell = Cell(mesh, c)
+    xy = cell.get_vertex_coordinates()
+    x = [xy[0], xy[2], xy[4]]
+    y = [xy[1], xy[3], xy[5]]
+    if not color is None: pl.fill(x, y, color=color, alpha=alpha_fill)
+    pl.plot(x + [x[0]], y + [y[0]], color='k', alpha=alpha_line)
+
+def plot_point_red(x, y):
+    if not plot: return
+    pl.plot(x, y, '.', markersize=5, color=red)
+
+def plot_point_black(x, y):
+    if not plot: return
+    pl.plot(x, y, '.', markersize=2, color=black)
+
+def clear_plot():
+    if not plot: return
+    pl.clf()
+
+def save_plot(frame, compress):
+    if not plot: return
+    if not os.path.isdir("output"): os.makedirs("output")
+    pl.axis("equal")
+    pl.axis("off")
+    c = "_compressed" if compress else ""
+    pl.savefig("output/multimesh_quadrature%s_%.4d.png" % (c, frame), dpi=300)
+
+def show_plot():
+    if not plot: return
+    pl.show()
+
+# Parameters
+N = 8
+dv = 5
+R = 0.6
+num_frames = 3
+
+# Uncomment to generate a longer movie
+#num_frames = 360
+
+# Iterate over quadrature compression on/off
+for compress in [True, False]:
+    print("Compression:", compress)
+    # Create and load meshes
+    mesh = RectangleMesh(Point(-R, -R), Point(R, R), N, N)
+    propeller = Mesh("../propeller_2d_coarse.xml.gz")
+
+    # Iterate over frames (rotations of the propeller)
+    for frame in range(num_frames):
+        print("Frame %d out of %d..." % (frame + 1, num_frames))
+
+        # Rotate propeller
+        propeller.rotate(dv)
+
+        # Build multimesh
+        multimesh = MultiMesh()
+        multimesh.parameters["compress_volume_quadrature"] = compress
+        multimesh.add(mesh)
+        multimesh.add(propeller)
+        multimesh.build()
+
+        # Extract data
+        cut_cells = multimesh.cut_cells(0)
+        uncut_cells = multimesh.uncut_cells(0)
+        covered_cells = multimesh.covered_cells(0)
+
+        # Clear plot
+        clear_plot()
+
+        # Plot cells in background mesh
+        for c in cut_cells:
+            plot_triangle(c, mesh, yellow)
+        for c in uncut_cells:
+            plot_triangle(c, mesh, blue)
+        for c in covered_cells:
+            plot_triangle(c, mesh, white, alpha_line=0.1)
+
+        # Plot propeller mesh
+        for c in range(propeller.num_cells()):
+            plot_triangle(c, propeller, color=white, alpha_fill=0.25)
+
+        # Plot quadrature points
+        for c in cut_cells:
+            points, weights = multimesh.quadrature_rules_cut_cells(0, c)
+            for i in range(len(weights)):
+                w = weights[i]
+                x = points[2*i]
+                y = points[2*i + 1]
+                if w > 0:
+                    plot_point_red(x, y)
+                else:
+                    plot_point_black(x, y)
+
+	# Save plot
+        save_plot(frame, compress)
+
+# Show last frame
+show_plot()
diff --git a/python/demo/undocumented/multimesh-stokes/demo_multimesh-stokes.py b/python/demo/undocumented/multimesh-stokes/demo_multimesh-stokes.py
new file mode 100644
index 0000000..8f8d8b5
--- /dev/null
+++ b/python/demo/undocumented/multimesh-stokes/demo_multimesh-stokes.py
@@ -0,0 +1,145 @@
+# Copyright (C) 2015 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2015-11-11
+# Last changed: 2017-05-25
+#
+# This demo program solves the Stokes equations on a domain defined
+# by three overlapping and non-matching meshes.
+
+from dolfin import *
+
+
+class InflowBoundary(SubDomain):
+    def inside(self, x, on_boundary):
+        return on_boundary and near(x[0], 0.0)
+
+class OutflowBoundary(SubDomain):
+    def inside(self, x, on_boundary):
+        return on_boundary and near(x[0], 1.0)
+
+class NoslipBoundary(SubDomain):
+    def inside(self, x, on_boundary):
+        return on_boundary and (near(x[1], 0.0) or near(x[1], 1.0))
+
+if MPI.size(MPI.comm_world) > 1:
+    info("Sorry, this demo does not (yet) run in parallel.")
+    exit(0)
+
+# Create meshes
+mesh_0 = UnitSquareMesh(16, 16)
+mesh_1 = RectangleMesh(Point(0.2, 0.2), Point(0.6, 0.6), 8, 8)
+mesh_2 = RectangleMesh(Point(0.4, 0.4), Point(0.8, 0.8), 8, 8)
+
+# Build multimesh
+multimesh = MultiMesh()
+multimesh.add(mesh_0)
+multimesh.add(mesh_1)
+multimesh.add(mesh_2)
+multimesh.build()
+
+# Create function space
+P2 = VectorElement("Lagrange", triangle, 2)
+P1 = FiniteElement("Lagrange", triangle, 1)
+TH = P2 * P1
+W  = MultiMeshFunctionSpace(multimesh, TH)
+
+# Define trial and test functions and right-hand side
+(u, p) = TrialFunctions(W)
+(v, q) = TestFunctions(W)
+f = Constant((0, 0)) 
+
+# Define facet normal and mesh size
+n = FacetNormal(multimesh)
+h = 2.0*Circumradius(multimesh)
+
+# Parameters
+alpha = 20.0
+beta = 5.0
+
+def tensor_jump(v, n):
+    return outer(v('+'), n('+')) + outer(v('-'), n('-'))
+
+def a_h(v, w):
+    return inner(grad(v), grad(w))*dX \
+         - inner(avg(grad(v)), tensor_jump(w, n))*dI \
+         - inner(avg(grad(w)), tensor_jump(v, n))*dI \
+         + alpha/avg(h) * inner(jump(v), jump(w))*dI
+
+def b_h(v, q):
+    return -div(v)*q*dX + jump(v, n)*avg(q)*dI
+
+def l_h(v, q, f):
+    return inner(f, v)*dX
+
+def s_O(v, q, w, r):
+    return (beta/avg(h)**2) * inner(jump(v), jump(w))*dO \
+        +  beta * inner(jump(q), jump(r))*dO
+
+def s_C(v, q, w, r):
+    return h*h*inner(-div(grad(v)) + grad(q), -div(grad(w)) - grad(r))*dC
+
+def l_C(v, q, f):
+    return h*h*inner(f, -div(grad(v)) - grad(q))*dC
+
+# Define bilinear form
+a = a_h(u, v) + b_h(v, p) + b_h(u, q) + s_O(u, p, v, q) + s_C(u, p, v, q)
+
+# Define linear form
+L  = l_h(v, q, f) + l_C(v, q, f)
+
+# Assemble linear system
+A = assemble_multimesh(a)
+b = assemble_multimesh(L)
+
+# Create boundary values
+inflow_value = Expression(("sin(x[1]*DOLFIN_PI)", "0.0"), degree=2)
+outflow_value = Constant(0)
+noslip_value = Constant((0, 0))
+
+# Create subdomains for boundary conditions
+inflow_boundary = InflowBoundary()
+outflow_boundary = OutflowBoundary()
+noslip_boundary = NoslipBoundary()
+
+# Create subspaces for boundary conditions
+V = MultiMeshSubSpace(W, 0)
+Q = MultiMeshSubSpace(W, 1)
+
+# Create boundary conditions
+bc0 = MultiMeshDirichletBC(V, noslip_value,  noslip_boundary)
+bc1 = MultiMeshDirichletBC(V, inflow_value,  inflow_boundary)
+bc2 = MultiMeshDirichletBC(Q, outflow_value, outflow_boundary)
+
+# Apply boundary conditions
+bc0.apply(A, b)
+bc1.apply(A, b)
+bc2.apply(A, b)
+W.lock_inactive_dofs(A, b)
+
+# Compute solution
+w = MultiMeshFunction(W)
+solve(A, w.vector(), b)
+
+# Save solution parts and components to file
+for part in range(3):
+    ufile = XDMFFile("output/u%d.xdmf" % part)
+    pfile = XDMFFile("output/p%d.xdmf" % part)
+    ufile.write(w.part(part).sub(0))
+    pfile.write(w.part(part).sub(1))
+    ufile.close()
+    pfile.close()
diff --git a/python/demo/undocumented/multistage-solver/demo_multistage-solver.py b/python/demo/undocumented/multistage-solver/demo_multistage-solver.py
new file mode 100644
index 0000000..798071e
--- /dev/null
+++ b/python/demo/undocumented/multistage-solver/demo_multistage-solver.py
@@ -0,0 +1,98 @@
+# Copyright (C) 2007 Kristian B. Oelgaard
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg, 2008
+# Modified by Johan Hake, 2008
+# Modified by Garth N. Wells, 2009
+# Modified by Johan Hake, 2013
+#
+# First added:  2007-11-14
+# Last changed: 2013-04-05
+#
+# This demo solves the time-dependent convection-diffusion equation by
+# a SUPG stabilized method. The velocity field used
+# in the simulation is the output from the Stokes (Taylor-Hood) demo.
+# The sub domains for the different boundary conditions are computed
+# by the demo program in src/demo/subdomains.
+#
+# FIXME: Add shock capturing term and then revert back to the Stokes
+#        velocity
+# FIXME: This demo showcase experimental features of a RKSolver (time integrator)
+# FIXME: using a MultiStageScheme. It could be removed or changed anytime.
+
+
+from dolfin import *
+
+print("RKSolver is temporarily unavailable")
+exit(0)
+
+# Load mesh and subdomains
+mesh = Mesh("../dolfin_fine.xml.gz")
+sub_domains = MeshFunction("size_t", mesh, "../dolfin_fine_subdomains.xml.gz");
+h = CellDiameter(mesh)
+
+# Create FunctionSpaces
+Q = FunctionSpace(mesh, "CG", 1)
+V = VectorFunctionSpace(mesh, "CG", 2)
+
+# Create velocity Function from file
+velocity = Function(V);
+File("../dolfin_fine_velocity.xml.gz") >> velocity
+
+# Initialise source function and previous solution function
+f  = Constant(0.0)
+u0 = Function(Q)
+
+# Parameters
+T = 5.0
+dt = 0.1
+t = Constant(0.0)
+c = 0.00005
+
+# Test and trial functions
+u, v = Function(Q), TestFunction(Q)
+
+# Residual
+r = dot(velocity, grad(u)) - c*div(grad(u)) - f
+
+# Galerkin variational problem (rhs)
+F = -(v*dot(velocity, grad(u)) + c*dot(grad(v), grad(u)))*dx
+
+# Add SUPG stabilisation terms
+vnorm = sqrt(dot(velocity, velocity))
+F -= h/(2.0*vnorm)*dot(velocity, grad(v))*r*dx
+
+# Set up boundary condition
+g = Expression("(t<=ramp_stop) ? t : 1.0", t=t, ramp_stop=1.0, degeree=1)
+bc = DirichletBC(Q, g, sub_domains, 1)
+
+# Output file
+out_file = File("results/temperature.pvd")
+
+scheme = BDF1(F, u, t, [bc])
+solver = RKSolver(scheme)
+
+# Time-stepping
+while float(scheme.t()) < T:
+
+    solver.step(dt)
+
+    # Plot solution
+    plot(u)
+
+    # Save the solution to file
+    out_file << (u, float(scheme.t()))
diff --git a/python/demo/undocumented/nonmatching-projection/demo_nonmatching-projection.py b/python/demo/undocumented/nonmatching-projection/demo_nonmatching-projection.py
new file mode 100644
index 0000000..4546be9
--- /dev/null
+++ b/python/demo/undocumented/nonmatching-projection/demo_nonmatching-projection.py
@@ -0,0 +1,55 @@
+"""This script demonstrates the L2 projection of a function onto a
+non-matching mesh."""
+
+# Copyright (C) 2009 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg 2011
+#
+# First added:  2009-10-10
+# Last changed: 2012-11-12
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+# Create mesh and define function spaces
+mesh0 = UnitSquareMesh(16, 16)
+mesh1 = UnitSquareMesh(64, 64)
+
+# Create expression on P3
+u0 = Expression("sin(10.0*x[0])*sin(10.0*x[1])", degree=3)
+
+# Define projection space
+P1 = FunctionSpace(mesh1, "CG", 1)
+
+# Define projection variation problem
+v  = TestFunction(P1)
+u1 = TrialFunction(P1)
+a  = v*u1*dx
+L  = v*u0*dx
+
+# Compute solution
+u1 = Function(P1)
+solve(a == L, u1)
+
+# Plot functions
+plt.figure()
+plot(u0, mesh=mesh0, title="u0")
+plt.figure()
+plot(u1, title="u1")
+plt.show()
diff --git a/python/demo/undocumented/optimization/demo_optimization.py b/python/demo/undocumented/optimization/demo_optimization.py
new file mode 100644
index 0000000..6c0e2c3
--- /dev/null
+++ b/python/demo/undocumented/optimization/demo_optimization.py
@@ -0,0 +1,99 @@
+# Copyright (C) 2008 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2008-10-17
+# Last changed: 2012-11-12
+
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+# Create mesh
+mesh = UnitSquareMesh(16, 16)
+
+# Define function spaces
+P1 = FunctionSpace(mesh, "CG", 1)
+P0 = FunctionSpace(mesh, "DG", 0)
+
+# Define test and trial functions
+v1 = TestFunction(P1)
+w1 = TrialFunction(P1)
+w0 = TestFunction(P0)
+
+# Define functions
+u  = Function(P1)
+z  = Function(P1)
+f  = Constant(1.0)
+p  = Function(P0)
+u0 = Expression("x[0]*(1.0 - x[0])*x[1]*(1.0 - x[1])", degree=2)
+
+# Dirichlet boundary
+class DirichletBoundary(SubDomain):
+    def inside(self, x, on_boundary):
+        return on_boundary
+
+# Boundary condition
+bc = DirichletBC(P1, u0, DirichletBoundary())
+
+# Goal functional
+J = (u - u0)*(u - u0)*dx(mesh)
+
+# Forward problem
+problem = (inner(grad(v1), p*grad(w1))*dx, v1*f*dx)
+
+# Adjoint problem
+adjoint = (inner(grad(w1), p*grad(v1))*dx, -2*v1*(u - u0)*dx)
+
+# Update of parameter
+gradient = -inner(grad(z), w0*grad(u))*dx
+px = p.vector()
+
+# Set initial value for parameter
+px[:] = 1.0
+
+# Iterate until convergence
+for i in range(100):
+
+    # Solve forward problem
+    A = assemble(problem[0])
+    b = assemble(problem[1])
+    bc.apply(A, b)
+    solve(A, u.vector(), b)
+
+    # Solve adjoint problem
+    A = assemble(adjoint[0])
+    b = assemble(adjoint[1])
+    bc.apply(A, b)
+    solve(A, z.vector(), b)
+
+    # Update parameter
+    dp = assemble(gradient)
+    dp *= 100.0
+    px -= dp
+
+    # Print value of functional
+    jval = assemble(J)
+    print("J = ", jval)
+    print(u.vector().max())
+
+# Plot solution and parameter
+plt.figure(); plot(u,  title="Solution")
+plt.figure(); plot(z,  title="Adjoint")
+plt.figure(); plot(p,  title="Parameter")
+plt.figure(); plot(u0, mesh=mesh, title="Target")
+plt.show()
diff --git a/python/demo/undocumented/overlapping-regions/demo_overlapping-regions.py b/python/demo/undocumented/overlapping-regions/demo_overlapping-regions.py
new file mode 100644
index 0000000..669055e
--- /dev/null
+++ b/python/demo/undocumented/overlapping-regions/demo_overlapping-regions.py
@@ -0,0 +1,79 @@
+# Copyright (C) 2011-2013 Marie E. Rognes, Martin S. Alnaes
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2011-11-09
+# Last changed: 2013-01-29
+
+# Begin demo
+
+#
+# NB! This demo is work in progress and will be updated as we get further in the multidomain features implementation.
+#
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+class Left(SubDomain):
+    def inside(self, x, on_boundary):
+        return (x[0] <= 0.25+DOLFIN_EPS)
+
+class Mid(SubDomain):
+    def inside(self, x, on_boundary):
+        return (x[0] >= 0.375-DOLFIN_EPS) and (x[0] <= 0.625+DOLFIN_EPS)
+
+class Right(SubDomain):
+    def inside(self, x, on_boundary):
+        return (x[0] >= 0.75-DOLFIN_EPS)
+
+# Define mesh and subdomains
+mesh = UnitSquareMesh(64, 64)
+domains = MeshFunction("size_t", mesh, mesh.topology().dim())
+domains.set_all(0)
+Left().mark(domains, 1)
+Mid().mark(domains, 2)
+Right().mark(domains, 3)
+
+# Define input data
+alpha = Constant(1e-3)
+f = Constant(3.0)
+g = Constant(5.0)
+
+# Define function space and basis functions
+V = FunctionSpace(mesh, "CG", 2)
+u = TrialFunction(V)
+v = TestFunction(V)
+
+# Define regions as tuples of subdomain labels
+DL, DM, DR = (1,2), (2,), (2,3) # ***
+
+# Define new measures associated with the interior domains
+dx = Measure('dx', domain=mesh, subdomain_data=domains)
+
+# Make forms for equation
+a = u*v*dx() + alpha*dot(grad(u), grad(v))*dx() # ***
+L = f*v*dx(DR) + g*v*dx(DL) - (f+g)/2*v*dx(DM) # ***
+
+# Solve problem
+u = Function(V)
+solve(a == L, u)
+
+# Plot solution and gradient
+plt.figure()
+plot(domains, title='domains')
+plt.figure()
+plot(u, title="u")
+plt.show()
diff --git a/python/demo/undocumented/parallel-refinement/demo_parallel-refinement.py b/python/demo/undocumented/parallel-refinement/demo_parallel-refinement.py
new file mode 100644
index 0000000..e2bad2d
--- /dev/null
+++ b/python/demo/undocumented/parallel-refinement/demo_parallel-refinement.py
@@ -0,0 +1,48 @@
+# Copyright (C) 2013 Chris N. Richardson
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2013-04-26
+# Last changed: 2013-04-26
+
+from dolfin import *
+
+# Create mesh
+mesh = UnitSquareMesh(20, 20)
+
+# Create MeshFunction to hold cell process rank
+processes = MeshFunction('size_t', mesh, mesh.topology().dim(), MPI.rank(mesh.mpi_comm()))
+
+# Output cell distribution to VTK file
+file = File("processes.pvd")
+file << processes
+
+# Mark all cells on process 0 for refinement
+marker = MeshFunction('bool', mesh, mesh.topology().dim(), (MPI.rank(mesh.mpi_comm()) == 0))
+
+# Refine mesh, but keep all news cells on parent process
+mesh0 = refine(mesh, marker, False)
+
+# Create MeshFunction to hold cell process rank for refined mesh
+processes1 = MeshFunction('size_t', mesh0, mesh0.topology().dim(), MPI.rank(mesh.mpi_comm()))
+file << processes1
+
+# Refine mesh, but this time repartition the mesh after refinement
+mesh1 = refine(mesh, marker, True)
+
+# Create MeshFunction to hold cell process rank for refined mesh
+processes2 = MeshFunction('size_t', mesh1, mesh1.topology().dim(), MPI.rank(mesh.mpi_comm()))
+file << processes2
diff --git a/python/demo/undocumented/parameters/demo_parameters.py b/python/demo/undocumented/parameters/demo_parameters.py
new file mode 100644
index 0000000..55bb407
--- /dev/null
+++ b/python/demo/undocumented/parameters/demo_parameters.py
@@ -0,0 +1,158 @@
+"""This demo demonstrates the DOLFIN parameter system.
+
+Try running this demo with
+
+  python demo.py --bar 1 --solver_parameters.max_iterations 1000
+"""
+
+# Copyright (C) 2009 Johan Hake and Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2009-09-06
+# Last changed: 2009-12-08
+
+
+from dolfin import *
+
+#--- Demo of global DOLFIN parameters ---
+
+MPI.init()
+
+# Set some global DOLFIN parameters
+parameters["linear_algebra_backend"] = "Eigen"
+
+# Print global DOLFIN parameters
+info(parameters, True)
+print()
+
+# Read parameters from file
+file = File("parameters.xml")
+parameters = Parameters("parameters")
+file >> parameters
+info(parameters, True)
+print()
+
+#--- Demo of nested parameter sets ---
+
+# Create an application parameter set
+application_parameters = Parameters("application_parameters")
+
+# Create application parameters
+application_parameters.add("foo", 1.0)
+application_parameters.add("bar", 100)
+application_parameters.add("baz", False)
+application_parameters.add("pc", "amg")
+
+# Create a solver parameter set
+solver_parameters = Parameters("solver_parameters")
+
+# Create solver parameters
+solver_parameters.add("max_iterations", 100)
+solver_parameters.add("tolerance", 1e-16)
+solver_parameters.add("relative_tolerance", 1e-16, 1e-16, 1.0)
+
+# Set range for parameter
+solver_parameters.set_range("max_iterations", 0, 1000)
+
+# Set some parameter values
+solver_parameters["max_iterations"] = 500
+solver_parameters["relative_tolerance"] = 0.1
+
+# Set solver parameters as nested parameters of application parameters
+application_parameters.add(solver_parameters)
+
+# Parse command-line options
+application_parameters.parse()
+
+# Access parameter values
+foo = application_parameters["foo"]
+bar = application_parameters["bar"]
+tol = application_parameters["solver_parameters"]["tolerance"]
+
+# Print parameter values
+print("foo =", foo)
+print("bar =", bar)
+print("tol =", tol)
+print()
+
+# Print application parameters
+info(application_parameters, True)
+print()
+
+#--- Demo of Krylov solver parameters ---
+
+# Set a parameter for the Krylov solver
+solver = KrylovSolver()
+solver.parameters["relative_tolerance"] = 1e-20
+
+# Print Krylov solver parameters
+info(solver.parameters, True)
+print()
+
+#--- Demo of updating a parameter set ---
+
+# Create a subset of the application parameter set
+parameter_subset = Parameters("parameter_subset")
+parameter_subset.add("foo", 3.0)
+nested_subset = Parameters("solver_parameters")
+nested_subset.add("max_iterations", 850)
+parameter_subset.add(nested_subset)
+
+# Update application parameters
+application_parameters.update(parameter_subset)
+info(application_parameters, True)
+
+# Can also update using a dictionary
+parameter_subset = dict(foo = 1.5, solver_parameters = dict(max_iterations = 50))
+application_parameters.update(parameter_subset)
+
+# Or like this
+parameter_subset = {"foo": 1.5, "solver_parameters": {"max_iterations": 50}}
+application_parameters.update(parameter_subset)
+
+print("Features below not implemented in pybind11")
+exit()
+
+# Print command-line option string
+print("\nCommand-line option string")
+print(application_parameters.option_string())
+
+# Demostrate access to full info of parameters
+def print_data(par, indent=""):
+    print("\n" + indent + "Content of:", par.name())
+    for key, par_info in par.iterdata():
+        if isinstance(par_info,Parameters):
+            print_data(par_info, indent + "    ")
+        else:
+            print(indent + key, par_info)
+
+print_data(application_parameters)
+
+# Direct creation of application parameter set
+new_application_parameters = Parameters(
+    "application_parameters",
+    foo = 1.0,
+    bar = 100,
+    pc = "amg",
+    solver_parameters = Parameters(
+        "solver",
+        max_iterations = 100,
+        tolerance = 1e-16,
+        relative_tolerance = (1e-16, 1e-16, 1.0),
+        pcs = ("ilu", ["ilu","amg","icc","sor"])
+    )
+)
diff --git a/python/demo/undocumented/parameters/parameters.xml b/python/demo/undocumented/parameters/parameters.xml
new file mode 100644
index 0000000..6961773
--- /dev/null
+++ b/python/demo/undocumented/parameters/parameters.xml
@@ -0,0 +1,14 @@
+<?xml version="1.0" encoding="UTF-8"?>
+
+<dolfin xmlns:dolfin="http://fenicsproject.org">
+  <parameters name="parameters">
+    <parameter key="floating_point_precision" type="int" value="64"/>
+    <parameter key="linear_algebra_backend" type="string" value="Eigen"/>
+    <parameter key="optimize" type="bool" value="false"/>
+    <parameter key="optimize_form" type="bool" value="false"/>
+    <parameter key="optimize_use_dof_map_cache" type="bool" value="false"/>
+    <parameter key="optimize_use_tensor_cache" type="bool" value="false"/>
+    <parameter key="plot_filename_prefix" type="string" value="dolfin_plot_data"/>
+    <parameter key="timer_prefix" type="string" value=""/>
+  </parameters>
+</dolfin>
diff --git a/python/demo/undocumented/point-integral/demo_point-integral.py b/python/demo/undocumented/point-integral/demo_point-integral.py
new file mode 100644
index 0000000..aa0f4ea
--- /dev/null
+++ b/python/demo/undocumented/point-integral/demo_point-integral.py
@@ -0,0 +1,80 @@
+"""This demo program solves Poisson's equation with a delta dirac point source
+
+    - div grad u(x, y) = f(x, y)*dirac
+
+on the unit square with source f given by
+
+    f(x, y) = 0.4
+
+and boundary conditions given by
+
+    u(x, y) = 0          for x = 0 or x = 1
+du/dn(x, y) = A*sin(5*x) for y = 0 or y = 1
+"""
+
+# Copyright (C) 2014 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2014-10-20
+# Last changed: 2014-10-20
+
+# Begin demo
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+# Create mesh and define function space
+mesh = UnitSquareMesh(128, 128)
+V = FunctionSpace(mesh, "Lagrange", 1)
+
+# Define Dirichlet boundary (x = 0 or x = 1)
+def boundary(x):
+    return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS
+
+def center_func(x):
+    return (0.45 <= x[0] and x[0] <= 0.55 and near(x[1], 0.5)) or \
+           0.45 <= x[1] and x[1] <= 0.55 and near(x[0], 0.5)
+
+# Define domain for point integral
+center_domain = MeshFunction("size_t", mesh, 0, 0)
+center = AutoSubDomain(center_func)
+center.mark(center_domain, 1)
+dPP = dP(subdomain_data=center_domain)
+
+# Define boundary condition
+u0 = Constant(0.0)
+bc = DirichletBC(V, u0, boundary)
+
+# Define variational problem
+u = TrialFunction(V)
+v = TestFunction(V)
+f = Constant(0.4)
+g = Expression("A*sin(5*x[0])", A=10.0, degree=2)
+a = inner(grad(u), grad(v))*dx
+L = f*v*dPP(1) + g*v*ds
+
+# Compute solution
+u = Function(V)
+solve(a == L, u, bc)
+
+# Save solution in VTK format
+file = File("poisson.pvd")
+file << u
+
+# Plot solution
+plot(u)
+plt.show()
diff --git a/python/demo/undocumented/poisson-disc/demo_poisson-disc.py b/python/demo/undocumented/poisson-disc/demo_poisson-disc.py
new file mode 100644
index 0000000..cb49ee9
--- /dev/null
+++ b/python/demo/undocumented/poisson-disc/demo_poisson-disc.py
@@ -0,0 +1,107 @@
+"""This demo program solves Poisson's equation
+
+    - div grad u(x, y) = f(x, y)
+
+on the unit square with source f given by
+
+    f(x, y) = 10*exp(-((x - 0.5)^2 + (y - 0.5)^2) / 0.02)
+
+and boundary conditions given by
+
+    u(x, y) = 0        for x = 0 or x = 1
+du/dn(x, y) = sin(5*x) for y = 0 or y = 1
+"""
+
+# Copyright (C) 2007-2011 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+# Begin demo
+
+
+
+from dolfin import *
+import math
+parameters["form_compiler"]["representation"] = "uflacs"
+
+def compute(nsteps, coordinate_degree, element_degree, gdim):
+    # Create mesh and define function space
+
+    print(nsteps)
+    print(coordinate_degree)
+    print(gdim)
+    mesh = UnitDiscMesh.create(MPI.comm_world, nsteps, coordinate_degree, gdim)
+    V = FunctionSpace(mesh, "Lagrange", element_degree)
+
+    # Compute domain area and average h
+    area = assemble(1.0*dx(mesh, degree=2))
+    h = (area / mesh.num_cells())**(1.0 / mesh.topology().dim())
+
+    # Define boundary condition
+    u0 = Constant(0.0)
+    bc = DirichletBC(V, u0, "on_boundary")
+
+    # Define variational problem
+    u = TrialFunction(V)
+    v = TestFunction(V)
+    f = Constant(1.0)
+    a = inner(grad(u), grad(v))*dx(degree=3)
+    L = f*v*dx(degree=3)
+
+    # Compute solution
+    u = Function(V)
+    solve(a == L, u, bc)
+
+    # Compute relative error norm
+    x = SpatialCoordinate(mesh)
+    uexact = (1.0 - x**2) / 4.0
+    M = (u - uexact)**2*dx(degree=5)
+    M0 = uexact**2*dx(degree=5)
+    err = sqrt(assemble(M) / assemble(M0))
+
+    return err, h, area, mesh.num_cells(), u
+
+def compute_rates():
+    "Compute convergence rates for degrees 1 and 2."
+    gdim = 2
+    tdim = gdim
+    for coordinate_degree in (1, 2):
+        for element_degree in (1, 2):
+            print("\nUsing coordinate degree %d, element degree %d" % (coordinate_degree, element_degree))
+            ufile = XDMFFile(MPI.comm_world, "poisson-disc-degree-x%d-e%d.xdmf" % (coordinate_degree, element_degree))
+            encoding = XDMFFile.Encoding.HDF5 if has_hdf5() else XDMFFile.Encoding.ASCII
+            preverr = None
+            prevh = None
+            for i, nsteps in enumerate((1, 8, 64)):
+                err, h, area, num_cells, u = compute(nsteps, coordinate_degree, element_degree, gdim)
+                if preverr is None:
+                    conv = 0.0
+                    print("conv =  N/A, h = %.3e, err = %.3e, area = %.16f, num_cells = %d" % (h, err, area, num_cells))
+                else:
+                    conv = math.log(preverr/err, prevh/h)
+                    print("conv = %1.2f, h = %.3e, err = %.3e, area = %.16f, num_cells = %d" % (conv, h, err, area, num_cells))
+                preverr = err
+                prevh = h
+
+                # Save solution to file
+                u.rename('u', 'u')
+
+                if MPI.size(MPI.comm_world) > 1 and encoding == XDMFFile.Encoding.ASCII:
+                    print("XDMF file output not supported in parallel without HDF5")
+                else:
+                    ufile.write(u, encoding)
+
+compute_rates()
diff --git a/python/demo/undocumented/poisson1D-in-2D/demo_poisson1D-in-2D.py b/python/demo/undocumented/poisson1D-in-2D/demo_poisson1D-in-2D.py
new file mode 100644
index 0000000..68636be
--- /dev/null
+++ b/python/demo/undocumented/poisson1D-in-2D/demo_poisson1D-in-2D.py
@@ -0,0 +1,110 @@
+"""This demo program solves Poisson's equation
+
+    - div grad u(xi) = f(xi)
+
+on a unit interval embedded in 2D and rotated pi/4 radians
+anticlockwise from the x axis, where xi is the distance along the
+interval (ie the domain is 0<xi<1).  The source f is given by
+
+    f(xi) = 9*pi^2*sin(3*pi*xi)
+
+The boundary conditions are given by
+
+    u(xi) = 0 for xi = 0
+    du/dxi = 0 for xi = 1
+"""
+
+# Copyright (C) 2012 Imperial College London and others.
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by David Ham 2012
+#
+# First added:  2012-12-04
+# Last changed: 2012-12-04
+
+from dolfin import *
+import numpy
+
+# Create mesh and function space
+squaremesh = UnitSquareMesh(50,2)
+
+boundarymesh = BoundaryMesh(squaremesh, "exterior")
+
+# Subdomain to extract bottom boundary.
+class BottomEdge(SubDomain):
+    def inside(self, x, on_boundary):
+        return near(x[1], 0.0)
+
+mesh = SubMesh(boundarymesh, BottomEdge())
+
+V = FunctionSpace(mesh, "CG", 1)
+
+class Rotation(object):
+    """Class implementing rotations of a unit interval through the angle theta."""
+    def __init__(self, theta):
+        self.theta = theta
+        self.mat = self._mat(theta)
+        self.invmat = self._mat(-theta)
+
+    def _mat(self, theta):
+        return numpy.matrix([[numpy.cos(theta), -numpy.sin(theta)],
+                             [numpy.sin(theta),  numpy.cos(theta)]])
+
+    def to_interval(self, x):
+        """Map the point x back to the horizontal line."""
+        return numpy.dot(self.invmat[0,:], x)
+
+    def to_interval_c(self):
+        """Return a c expression mapping x back to the line."""
+        return "(x[0]*%f + x[1]*%f)" % (numpy.cos(self.theta), numpy.sin(self.theta))
+
+    def rotate(self, mesh):
+        """Rotate mesh through theta."""
+
+        mesh.coordinates()[:,:] = \
+            numpy.dot(mesh.coordinates()[:,:], self.mat.T)
+
+rotation = Rotation(numpy.pi/4)
+
+rotation.rotate(mesh)
+
+# Sub domain for Dirichlet boundary condition
+class DirichletBoundary(SubDomain):
+    def inside(self, x, on_boundary):
+        return on_boundary and rotation.to_interval(x) < DOLFIN_EPS
+
+
+# Define variational problem
+u = TrialFunction(V)
+v = TestFunction(V)
+f = Expression("9.0*pi*pi*sin(3.0*pi*%s)" % rotation.to_interval_c(), degree=2)
+g = Expression("3.0*pi*cos(3.0*pi*%s)" % rotation.to_interval_c(), degree=2)
+
+a = dot(grad(u), grad(v))*dx
+L = f*v*dx + g*v*ds
+
+# Define boundary condition
+u0 = Constant(0.0)
+bc = DirichletBC(V, u0, DirichletBoundary())
+
+# Compute solution
+u = Function(V)
+solve(a == L, u, bc)
+
+# Save solution to file
+file = File("poisson.pvd")
+file << u
diff --git a/python/demo/undocumented/poisson1D/demo_poisson1D.py b/python/demo/undocumented/poisson1D/demo_poisson1D.py
new file mode 100644
index 0000000..3a3a35d
--- /dev/null
+++ b/python/demo/undocumented/poisson1D/demo_poisson1D.py
@@ -0,0 +1,73 @@
+"""This demo program solves Poisson's equation
+
+    - div grad u(x) = f(x)
+
+on the unit interval with source f given by
+
+    f(x) = 9*pi^2*sin(3*pi*x[0])
+
+and boundary conditions given by
+
+    u(x) = 0 for x = 0
+    du/dx = 0 for x = 1
+"""
+
+# Copyright (C) 2007 Kristian B. Oelgaard
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg 2011
+#
+# First added:  2007-11-28
+# Last changed: 2012-11-12
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+# Create mesh and function space
+mesh = UnitIntervalMesh(50)
+V = FunctionSpace(mesh, "CG", 1)
+
+# Sub domain for Dirichlet boundary condition
+class DirichletBoundary(SubDomain):
+    def inside(self, x, on_boundary):
+        return on_boundary and x[0] < DOLFIN_EPS
+
+# Define variational problem
+u = TrialFunction(V)
+v = TestFunction(V)
+f = Expression("9.0*pi*pi*sin(3.0*pi*x[0])", degree=2)
+g = Expression("3.0*pi*cos(3.0*pi*x[0])", degree=2)
+
+a = dot(grad(u), grad(v))*dx
+L = f*v*dx + g*v*ds
+
+# Define boundary condition
+u0 = Constant(0.0)
+bc = DirichletBC(V, u0, DirichletBoundary())
+
+# Compute solution
+u = Function(V)
+solve(a == L, u, bc)
+
+# Save solution to file
+file = File("poisson.pvd")
+file << u
+
+# Plot solution
+plot(u)
+plt.show()
diff --git a/python/demo/undocumented/projection-interpolation/demo_projection-interpolation.py b/python/demo/undocumented/projection-interpolation/demo_projection-interpolation.py
new file mode 100644
index 0000000..e49af45
--- /dev/null
+++ b/python/demo/undocumented/projection-interpolation/demo_projection-interpolation.py
@@ -0,0 +1,49 @@
+"""This script demonstrate how to project and interpolate functions
+between different finite element spaces."""
+
+# Copyright (C) 2008 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2008-10-06
+# Last changed: 2012-11-12
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+# Create mesh and define function spaces
+mesh = UnitSquareMesh(64, 64)
+P1 = FunctionSpace(mesh, "CG", 1)
+
+# Define function
+v = Expression("sin(10.0*x[0])*sin(10.0*x[1])", degree=2)
+
+# Compute projection (L2-projection)
+Pv = project(v, V=P1)
+
+# Compute interpolation (evaluating dofs)
+PIv = Function(P1)
+PIv.interpolate(v)
+
+# Plot functions
+plt.figure()
+plot(v, mesh=mesh, title="v")
+plt.figure()
+plot(Pv,  title="Pv")
+plt.figure()
+plot(PIv, title="PI v")
+plt.show()
diff --git a/python/demo/undocumented/propeller_2d_coarse.xml.gz b/python/demo/undocumented/propeller_2d_coarse.xml.gz
new file mode 100644
index 0000000..2cd403b
--- /dev/null
+++ b/python/demo/undocumented/propeller_2d_coarse.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:195207dcff716fdee4c5d08434d114e63c480c06f638661817348731d32bf5f9
+size 18448
diff --git a/python/demo/undocumented/propeller_2d_fine.xml.gz b/python/demo/undocumented/propeller_2d_fine.xml.gz
new file mode 100644
index 0000000..446dbe2
--- /dev/null
+++ b/python/demo/undocumented/propeller_2d_fine.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:b2a7733157425b81e55f3fa8ce68f9616268c8b950b453368617c25109a35267
+size 253896
diff --git a/python/demo/undocumented/pulley.xdmf b/python/demo/undocumented/pulley.xdmf
new file mode 100644
index 0000000..470804a
--- /dev/null
+++ b/python/demo/undocumented/pulley.xdmf
@@ -0,0 +1,78543 @@
+<?xml version="1.0"?>
+<!DOCTYPE Xdmf SYSTEM "Xdmf.dtd" []>
+<Xdmf Version="3.0" xmlns:xi="http://www.w3.org/2001/XInclude">
+  <Domain>
+    <Grid Name="mesh" GridType="Uniform">
+      <Topology NumberOfElements="63767" TopologyType="Tetrahedron" NodesPerElement="4">
+        <DataItem Dimensions="63767 4" NumberType="UInt" Format="XML">1022 7624 12742 14522
+388 6055 6056 10096
+2705 6325 6392 11368
+8693 8694 11419 11579
+4946 13326 13328 13335
+4946 11728 13328 13335
+7945 8737 8815 8816
+8131 8141 14746 14750
+8382 10064 10065 10076
+7945 8818 11715 11726
+7945 8815 8816 13276
+8318 10986 11159 11189
+7374 7406 14639 14643
+7257 7263 14542 14553
+181 182 9740 9749
+3814 8863 8864 12750
+5846 8738 8810 8811
+286 2410 4555 10713
+9781 10566 10571 14021
+13020 13021 13045 13052
+604 6786 6828 12234
+8865 9123 12756 14543
+3978 8900 12937 12944
+7945 8817 11715 11726
+10045 10106 10113 10120
+757 1895 1896 14425
+8141 9047 14746 14750
+9333 14143 14144 14171
+1698 1699 5107 6828
+7554 7559 7577 14696
+8535 12088 13103 13105
+5478 5479 5497 12946
+1835 5587 5919 13312
+7854 9856 14343 14346
+5371 9392 9393 9452
+7224 7256 12733 14532
+4217 4335 4492 11125
+1120 4032 8863 12747
+14460 14466 14468 14469
+5562 5670 5671 13588
+9071 13344 13476 13481
+9640 9670 9674 9681
+5819 5820 13501 13502
+464 2750 6347 6409
+14217 14231 14232 14233
+11789 11795 11796 11824
+8093 8322 12812 13046
+5819 10048 13501 13502
+1182 5074 5165 9725
+2597 2647 9971 10046
+8508 11276 13504 13580
+7373 7374 12500 14639
+2433 2434 2599 10062
+6721 10222 10241 14220
+8881 12758 12760 14530
+5586 5934 13408 13409
+9321 10012 10013 10734
+8685 12679 12680 14570
+4912 10930 11733 13427
+9070 13355 13453 13477
+9071 13476 13479 13481
+10144 13354 13355 13456
+8293 8508 11275 14752
+8293 8508 13519 14752
+9071 13477 13478 13479
+5464 12749 12755 14546
+8115 10144 13463 13495
+9071 13478 13480 13502
+2483 2643 8336 8367
+5243 9566 9571 9584
+5028 5029 5289 8156
+9071 13459 13478 13502
+2433 2598 2599 10062
+13463 13492 13526 13527
+3740 12683 14741 14743
+61 62 2025 4132
+1051 7038 8930 9008
+936 937 12660 14565
+9929 10052 10053 10055
+8112 8113 8114 13492
+3740 12675 14741 14743
+2497 2665 10439 10479
+2233 9768 9771 9800
+3740 3741 12683 14741
+3725 3740 12675 14741
+10439 10479 10480 10482
+7245 7246 7264 14541
+11450 11492 12515 12520
+924 5425 8585 12525
+4343 4397 8270 13076
+2005 5142 9496 9504
+9143 10349 13960 14444
+5063 5154 9517 9526
+10807 10809 10997 13004
+3080 3081 3246 12237
+3836 3842 8872 12758
+7318 12591 12592 14592
+7960 12228 12240 12242
+2755 2756 2921 10884
+1002 3771 8094 12798
+689 4262 4263 12336
+4642 4951 13362 13486
+6176 6177 6263 13874
+11293 11378 11455 11458
+251 252 2376 4538
+4642 5913 13362 13486
+11871 11874 11875 11882
+4871 4957 11389 11390
+1739 1740 5402 7447
+2069 4111 9767 9768
+8872 12758 12760 14530
+6859 6860 8461 8463
+8881 12758 12760 14533
+6741 9342 9949 9952
+11293 11451 11455 11458
+4642 4761 4851 13362
+4739 11112 13320 13371
+90 2054 4104 4146
+14133 14134 14723 14727
+1103 4005 7606 7607
+13320 13371 13372 13442
+8432 12367 12368 12369
+13320 13321 13372 13442
+4739 13320 13371 13372
+3781 3794 3808 12743
+5525 14065 14067 14071
+309 2433 4567 4629
+8113 8114 8282 8500
+2674 9945 9949 10153
+1699 6787 6828 12272
+6433 6551 6597 9035
+6597 6612 6646 8344
+1394 4569 6473 6474
+4758 4927 4928 13397
+6598 10181 10202 14198
+4883 4884 13612 13616
+8380 11178 11179 13402
+9835 10587 10663 10673
+8700 8722 12653 12654
+6153 13786 13792 13796
+1699 5107 6828 12272
+7221 7229 7241 12771
+1896 1897 6941 7732
+8842 10954 11102 13291
+4564 4588 4626 9968
+3560 3574 3589 12532
+7246 14541 14548 14550
+9148 10400 13931 13937
+11037 11239 11256 11372
+10954 11021 11102 13316
+8131 9051 14746 14750
+363 364 6031 10665
+5642 13762 13768 14119
+9334 9962 9963 9964
+5703 5704 5853 13389
+7832 10538 14311 14325
+2385 2386 2551 10423
+1978 8789 8802 12732
+5095 5186 5215 12020
+1186 4112 4155 9772
+5425 8585 12525 12536
+11287 13471 13473 13581
+1234 4301 6322 6389
+808 5026 12024 12036
+3453 3462 3472 12383
+3433 3438 3461 12393
+5791 10074 13837 13838
+10074 10258 13837 13838
+514 2828 11537 11539
+5792 5793 9124 10073
+11473 11585 13620 13650
+933 8687 12666 12667
+9056 9057 13400 13401
+817 5033 9296 9454
+1406 1407 1797 4643
+7796 8444 9944 10006
+3253 3374 11743 12328
+8560 11321 11363 12520
+10469 10518 10529 10531
+772 773 806 12141
+5056 7949 14748 14760
+6914 7443 8460 14647
+8796 12731 14528 14531
+2773 2850 8340 8371
+2976 3004 10821 10823
+9056 9057 9059 13401
+10587 10670 10673 10677
+11378 11395 11455 11458
+7989 7991 11476 13199
+5145 11962 11963 11965
+3079 6785 6827 12230
+5359 12282 12285 12328
+8874 14540 14541 14547
+4759 4760 4855 9055
+8407 12395 12406 12408
+11415 13566 13570 13572
+1976 1977 8788 11925
+5753 8137 8389 8882
+5051 5312 11761 11764
+53 5058 5123 8072
+10855 10955 11707 11713
+8217 9512 9536 9540
+3780 3793 4033 12745
+808 809 5027 12005
+4832 4973 13302 13303
+963 1762 5443 7194
+6511 6512 6680 9787
+2811 2849 11141 11153
+2194 2195 2347 9489
+5150 8203 8206 9479
+11120 11184 13382 13387
+2802 10851 11124 11134
+9969 9970 10044 14158
+11120 13382 13386 13387
+5751 8845 8878 8883
+8754 12677 14743 14755
+13397 13398 13400 13407
+4673 5919 13312 13410
+5695 5842 13412 13437
+3416 3443 6861 6862
+5303 5357 12237 12270
+7951 14748 14749 14760
+13427 13433 13437 13441
+10951 12347 13256 14744
+11485 11573 11575 13627
+5687 5695 5842 13412
+6333 6420 11513 11515
+1762 5443 7194 7198
+4820 13615 13616 13631
+4441 10951 12347 14744
+4871 4872 4957 11389
+2142 2180 2310 9258
+5976 6139 6149 13771
+8754 12677 12678 14743
+12285 12310 14747 14760
+542 543 4743 10928
+2798 2967 2969 10919
+13417 13419 13420 13421
+7529 7557 7572 12914
+5100 5191 5218 12157
+7951 14747 14749 14760
+7246 7264 14541 14548
+6594 8269 8273 10127
+732 733 769 12120
+1099 1120 4002 12742
+1209 1210 5179 9382
+8508 8521 13519 14752
+8831 10960 13314 13443
+780 5030 5031 9452
+10950 10951 13256 14744
+12350 12961 12962 12967
+5744 8807 8808 8821
+8464 8994 12898 12911
+5184 5347 11995 12000
+3569 5424 8585 12514
+5444 5740 5747 8849
+4331 4388 10891 10908
+12043 12044 12046 12072
+731 906 907 12534
+8508 8509 8521 14752
+344 10400 10432 13930
+8688 8754 12659 14563
+5744 5847 8808 8821
+923 3569 5424 12514
+11425 11430 11440 11441
+10258 13829 13837 13838
+8000 8010 8011 8041
+4215 6381 10907 11031
+5745 5847 8821 8831
+8558 8560 12520 12531
+10953 11121 13429 13430
+8509 8522 8523 12450
+4922 11102 11122 11123
+8408 12381 12393 12397
+1305 1397 6357 8309
+46 1145 6902 12739
+5040 9691 9694 9739
+11100 11101 11121 11122
+11395 11451 11455 11458
+7138 14484 14488 14490
+2458 2498 2622 10478
+8097 8103 11151 13053
+8303 8357 10065 10078
+554 11099 11115 11116
+10665 10677 10679 14077
+7849 7873 7874 14422
+10815 11101 11121 13316
+2108 4131 8151 8152
+8377 11115 11121 13429
+6663 9614 14241 14249
+6390 6417 11297 11319
+8124 8127 8493 8510
+36 1022 7106 7624
+9047 9051 14746 14750
+13447 13449 13482 13484
+6428 8198 9043 13133
+1403 4641 4761 5912
+7967 12962 12967 14744
+7967 12962 12963 12967
+12555 14740 14753 14754
+528 10940 11697 11710
+1018 1147 3794 4042
+11378 11394 11395 11458
+3263 11783 11784 11845
+3098 3099 6795 11784
+10395 10417 10518 10530
+8377 11121 13429 13430
+1343 4543 4577 6566
+3603 12555 14740 14753
+8663 12555 12556 14753
+6116 13894 13895 13907
+4841 4929 4984 13433
+8508 8509 11275 14752
+9222 9880 9883 14353
+4566 4628 6589 10032
+5589 13262 13311 13443
+5587 5695 13410 13412
+1464 4791 5919 5934
+363 364 10659 10665
+7951 7980 14748 14749
+1259 6334 6398 11530
+2958 11526 11532 11535
+4791 4840 13408 13410
+8557 8558 8560 12531
+7951 8019 12326 14749
+3736 3757 12686 12690
+4954 13312 13410 13437
+5283 5284 5377 9307
+762 5020 12241 12265
+5842 13411 13439 13441
+9501 9515 9520 9531
+5744 8807 8808 13441
+8267 8268 8271 8272
+4756 8379 11119 11183
+6636 6742 9953 9967
+7949 14747 14749 14760
+2790 2959 11524 11552
+1530 1609 5007 6092
+8368 10071 10079 10081
+8823 10924 10926 11730
+7187 14499 14506 14507
+539 540 11134 11730
+9776 9777 9778 14287
+11732 11733 13439 13440
+3915 12827 12835 14757
+8808 13417 13418 13440
+11394 11395 11451 11458
+3585 8576 12557 14740
+2062 2225 2226 9687
+145 146 2109 8152
+5334 9604 9605 9621
+3915 6879 12827 14757
+9801 9802 9803 9811
+1008 1009 3776 7727
+9377 14201 14203 14204
+8759 11938 12360 12364
+5226 5284 5377 9306
+9420 9421 9422 13077
+8291 8294 11055 11280
+7801 8117 9066 9067
+8673 8685 12679 14573
+5067 5158 5334 9621
+6596 6598 6751 10216
+8291 8294 11051 11055
+1041 3853 3868 7621
+5626 13980 13981 13983
+8681 8685 12681 14570
+8688 12659 12663 14563
+3208 3209 3292 11996
+10846 11605 11617 11618
+8688 8749 12663 14563
+7623 7630 8053 12830
+2044 2208 9603 9605
+7849 7873 14422 14745
+8861 12754 14536 14557
+13977 13978 13979 13996
+7723 7759 8052 14518
+8131 8141 14746 14751
+3740 3752 12683 14742
+7655 7706 9207 14624
+3585 8576 12559 14740
+6057 10143 13455 13456
+1376 1377 4560 6583
+3910 8903 12855 12881
+9803 9811 9814 9839
+8688 8754 10848 12659
+9630 10405 10419 14286
+901 902 7358 12574
+1880 7615 12412 12413
+2277 2322 2347 9499
+3134 3301 12064 12069
+900 3555 3556 12575
+224 1306 6428 8063
+4686 4687 11043 13460
+4686 9076 11065 13460
+4686 4808 9076 11065
+4687 11060 11065 13460
+875 876 3488 7706
+756 7732 8975 14345
+1842 5594 13364 13365
+7598 7601 14704 14716
+9285 9333 14151 14152
+3775 7725 12751 12752
+9324 9983 9987 9989
+12427 14680 14684 14685
+4747 4748 4917 10959
+9068 10174 13487 13491
+390 391 6058 10142
+9794 9801 9810 9811
+7168 7176 8939 14515
+7630 8053 12829 12830
+8329 11177 11181 13395
+8247 10128 10137 10142
+6060 6165 9068 10175
+8050 8051 14519 14759
+5683 5839 13664 13682
+8605 11249 13593 13595
+758 759 793 7877
+5056 7982 14748 14760
+3550 12451 12463 12466
+4708 4709 13571 13597
+11279 11287 13472 13508
+8688 8754 10848 14743
+8577 12554 12555 14740
+8893 8898 8899 12823
+4035 7389 12580 14602
+5661 5662 13462 13471
+762 796 797 5020
+7504 8400 9215 14673
+5836 11500 11501 13628
+4260 4435 4436 12324
+8503 13450 13468 13471
+3060 6775 12117 12139
+11282 13450 13468 13469
+8242 9541 14192 14195
+11282 13447 13450 13468
+4861 11279 13472 13473
+9714 10463 10464 14283
+8050 14519 14524 14759
+1677 5096 5188 12067
+422 423 2708 6394
+7623 7630 7759 8053
+5662 5826 5827 13471
+7168 7176 7177 14515
+8306 10065 10071 10077
+8626 8627 8631 8652
+3098 3099 3264 11784
+450 451 2736 6402
+8681 12667 12678 14570
+5525 14050 14067 14071
+8236 11967 11969 11974
+3893 3906 3907 12840
+6158 6301 13350 13351
+3608 12527 12528 12530
+514 11537 11538 11539
+4196 4313 11523 11531
+3303 3366 12065 12079
+8623 12588 12600 12607
+7759 8052 8053 12829
+3264 3389 11783 11907
+4189 11404 11405 11406
+667 668 3138 12134
+7724 7759 8053 14518
+8728 8729 13713 13715
+1424 1425 4652 5928
+8531 12190 12533 13169
+8951 10305 13853 13855
+3274 11764 11772 11773
+6157 13351 13352 13353
+7849 7873 14410 14745
+9983 9987 9989 9991
+3847 12869 12870 12874
+14345 14424 14425 14745
+8471 12444 12445 12446
+4449 4516 12366 13032
+5223 5347 11996 12011
+5143 11950 11968 11973
+8137 8389 8882 14761
+1272 4203 4320 6423
+4559 4586 9938 9966
+7873 14410 14425 14745
+8818 11012 11016 11726
+8683 8755 14574 14576
+12524 12528 12529 12530
+5843 5844 8726 13308
+8281 13488 13489 14675
+8281 10170 13488 14675
+4740 11112 11137 11730
+2684 10426 10482 10487
+3915 6879 12828 14757
+3115 3116 3281 5211
+1717 6799 6841 11751
+6991 7849 14410 14745
+10095 13453 13454 13477
+5885 8115 13356 13480
+788 820 9912 9913
+3900 12850 12856 12860
+9071 13344 13345 13476
+4746 4915 4916 13419
+8143 12792 13395 14761
+8808 8831 13314 13417
+9230 9279 9983 9989
+10097 13454 13803 13804
+2364 4532 10212 10222
+8841 8875 12757 12767
+9230 9233 9279 14734
+9128 12850 12856 12860
+4735 4904 4905 11727
+5653 13480 13501 13503
+7161 7172 7182 14497
+8877 8882 12792 14761
+9068 10140 10174 13487
+3803 3824 8868 12780
+7814 14356 14358 14359
+5555 5926 13500 13521
+2933 2983 3011 11130
+11438 11578 11589 11705
+4694 4864 11327 11330
+9696 9736 9737 9739
+7914 9796 9813 9826
+8063 8190 8193 9037
+1316 1317 4571 6553
+595 3072 3073 6823
+5258 5270 9660 9661
+8877 12792 13405 14761
+4872 4873 11388 11389
+12524 12529 12530 12538
+12527 12528 12529 12530
+2437 2438 4569 8273
+7196 7216 7224 12728
+5548 13523 13524 13525
+5255 8203 9373 9479
+3556 8579 12557 14740
+5547 5548 5647 13523
+9172 10653 10654 10666
+5717 5814 5868 8114
+130 2093 2094 4166
+1193 4159 5079 9893
+3556 3585 12557 14740
+7759 8052 8053 14518
+8636 12529 12530 12538
+2393 4546 4610 10450
+2487 10232 10233 10234
+2762 2927 2928 11029
+3264 3265 3389 11907
+7112 7145 8358 8891
+3866 8935 12847 12857
+721 11975 11994 13040
+7796 8454 8456 12374
+184 185 6511 9776
+8901 8908 9202 9548
+10232 10233 10234 10238
+8143 8882 12792 14761
+2384 4542 10411 10423
+3248 12266 12268 12270
+12792 13395 13405 14761
+4693 11327 13506 13513
+903 3558 12576 12577
+8553 12185 12188 13180
+8681 12678 12681 12684
+5526 14060 14069 14071
+7057 9134 13880 14435
+987 8682 8755 12671
+4696 4865 11330 11353
+1120 8055 8863 12747
+7951 7982 14748 14760
+2661 10364 10370 10373
+5978 6259 13736 13740
+6632 9937 9938 9966
+2760 10907 10908 10969
+1793 6953 6969 8997
+1800 5556 5914 13534
+12283 12308 12309 14760
+6666 10407 14259 14265
+2805 2843 10824 10915
+1412 4646 4765 13534
+12283 12308 12310 14760
+2447 10233 10234 10239
+4765 4805 13522 13534
+8687 12656 12659 12664
+8636 11503 12529 12538
+10848 12657 12658 12659
+2360 2361 2526 10190
+1312 1313 4592 6551
+13395 13405 13407 14761
+4904 13271 13272 13342
+5723 5873 8590 8603
+8603 11250 13514 13596
+11389 13548 13551 13564
+4691 11273 11277 11278
+7572 7582 12909 12914
+8590 8603 13540 13596
+11932 11986 11993 13024
+836 852 3402 8394
+1508 5005 5515 13958
+7720 8901 14498 14501
+7681 7720 8901 14498
+8681 8686 8687 12666
+8302 10251 10259 10260
+8095 8301 8315 14493
+10647 10648 10661 10664
+4159 5079 9864 9893
+8681 8686 8687 10848
+8592 8610 13551 13564
+12829 12830 12836 14759
+363 6030 6031 10665
+4649 13546 13552 13557
+1364 1365 4617 6577
+12829 12836 12846 14759
+8051 12846 14758 14759
+754 7694 8966 8967
+2316 9386 9390 9394
+2182 2312 9293 9297
+8633 8634 8635 12529
+3435 8447 8457 8458
+12092 12094 12114 12227
+11289 11311 13139 13140
+5723 8498 8589 8603
+4868 11360 11361 13539
+8053 12829 12830 14759
+773 5129 12024 12141
+7269 9205 14586 14594
+2106 2107 4130 9429
+1941 1942 7700 9217
+8591 11359 11360 13539
+8050 12830 14524 14759
+5555 5926 13498 13500
+6053 6231 10093 10097
+4814 4933 11416 13561
+4651 4933 13561 13589
+8052 8053 12829 14759
+4875 4961 4963 13575
+8050 8051 14758 14759
+4905 4906 13331 13332
+11438 11520 11537 11555
+7160 7178 7180 14496
+3567 8595 8599 12503
+4805 4807 4864 13511
+4813 4814 13553 13562
+1188 4113 4156 9819
+8749 12675 14743 14755
+2866 2946 2949 11318
+5634 14060 14062 14071
+11426 13585 13586 13609
+2708 11406 11407 11427
+5670 13554 13558 13561
+1278 1279 4206 6344
+8764 12973 12979 14756
+8545 12124 12131 13152
+425 2711 6328 6362
+1252 4193 4310 6365
+8138 8141 14746 14751
+8050 12835 12836 14758
+8719 11569 11608 11719
+3576 3590 8599 12505
+10813 11092 11093 13031
+2975 10804 10817 10838
+3567 3590 8599 12508
+1288 4211 4328 6349
+5059 5256 9315 9484
+8131 8141 12800 14750
+3590 8599 8600 12505
+3576 8599 12503 12504
+8764 10777 12979 14756
+8598 8614 11392 13563
+543 10871 10928 10929
+7161 7182 14497 14500
+471 472 2757 6351
+5832 8587 8596 8597
+4933 13555 13588 13589
+5326 12066 12078 12115
+8764 12961 12973 14756
+7139 7140 7171 14493
+4735 11013 11727 13275
+8081 10164 13120 13122
+8083 8243 8290 10177
+10900 13320 13321 13322
+8754 14563 14569 14755
+5591 13265 13268 13269
+8218 9535 14182 14183
+11416 13556 13568 13569
+8749 14563 14569 14755
+2051 4145 9648 9649
+2207 9571 9584 9603
+2495 10387 10401 10415
+2189 9370 9373 9481
+2609 2679 10278 10280
+10094 10095 10096 13451
+8687 8754 12659 12665
+11416 13554 13565 13569
+9095 14693 14695 14705
+4693 11278 11286 13506
+9188 9609 14235 14238
+13505 13506 13513 13515
+13505 13506 13507 13515
+6123 6247 6288 13936
+3740 12675 14742 14743
+9050 9055 11193 13396
+12593 14740 14753 14754
+10626 10644 10678 10688
+4862 11278 11279 13506
+8586 8616 13573 13584
+4634 6575 10619 10620
+8586 8613 13573 13584
+2072 4155 9772 9818
+7832 7863 7900 10538
+8638 11510 13584 13600
+5398 8443 8447 12374
+10233 10234 10238 10239
+7812 7879 7880 9769
+8613 8638 13584 13600
+752 7668 7669 14731
+5032 5226 9305 9311
+8687 8754 10848 12678
+8131 8141 12799 14751
+14345 14422 14424 14745
+8609 8635 12525 12526
+1003 8099 12811 12815
+8607 8613 8638 13584
+8091 8102 8335 14492
+1672 6769 6811 12019
+5285 9312 9391 9394
+5599 5706 9064 13414
+10073 10296 13861 13862
+6169 10264 13821 13830
+8586 8607 8613 13584
+7792 9361 9363 9375
+8607 8638 13583 13584
+8681 8687 10848 12678
+8131 8139 14746 14751
+5184 6767 11995 12001
+8091 8102 8335 10185
+2880 3020 3032 11474
+1227 4180 6318 11207
+8050 12835 12836 14757
+2806 10916 10983 10984
+12678 12683 14742 14743
+8604 11350 13533 13593
+8089 11034 11039 11041
+13514 13533 13592 13593
+8745 12683 14741 14743
+11397 11434 11489 11490
+4728 11698 11699 11710
+8618 8619 11421 13598
+4493 11126 13021 13045
+8618 11421 13571 13598
+7316 7328 12583 14598
+1457 1458 4788 5933
+3740 3741 3752 12683
+10930 13314 13413 13433
+8609 12514 12523 12526
+6401 6422 11625 11687
+5735 5736 5890 8701
+11421 11423 13571 13598
+3715 3725 3740 14741
+8608 8616 13571 13598
+9944 10006 13746 13747
+2916 10837 10841 10843
+2447 10229 10234 10239
+6762 10240 10280 10281
+677 12222 12253 12257
+5128 5221 5326 12076
+3658 3677 3678 12646
+8696 8698 13649 13658
+8588 8601 12523 13566
+5046 5384 9514 9587
+5498 9012 12946 12959
+11413 11423 13566 13598
+8616 13566 13571 13598
+11423 13566 13571 13598
+11423 13566 13570 13571
+4935 4981 13605 13609
+5477 7034 7035 9012
+5201 6790 11740 12329
+6974 7825 14334 14398
+6726 10447 10448 10449
+7065 9012 12946 12958
+5972 6091 6257 13768
+1510 1511 1578 13972
+833 8413 8423 8424
+7787 10217 14186 14200
+4935 4980 4981 13609
+11871 11875 11882 11884
+8613 13585 13586 13609
+4877 4980 11426 13609
+11418 11494 11586 11591
+2629 10553 10583 10614
+1197 4120 5173 9273
+8824 13371 13439 13442
+1049 7037 8929 8930
+8338 8345 10185 14176
+8632 8653 11418 11498
+8863 8864 14543 14552
+9193 9629 9630 14286
+8631 8632 8652 13619
+6849 7117 7118 7150
+1408 1409 4644 5926
+8430 8431 8437 13748
+10377 14463 14465 14476
+7874 9183 12903 14422
+9321 9975 10728 10762
+3907 12843 12876 12878
+8778 10995 12975 12979
+8626 8631 8652 13619
+5566 5567 5675 13607
+1811 5566 5567 13607
+3960 12819 12949 12952
+3502 8126 12432 12436
+7796 8455 8458 12374
+1391 6472 6590 10061
+5347 11995 11996 12012
+5970 6141 6254 14120
+1812 4774 13607 13618
+5028 5289 5386 8170
+2598 10045 10046 10112
+1429 1811 4654 4774
+3741 8744 12683 14741
+3715 3740 3741 14741
+8091 8101 10203 14492
+8301 8314 8316 14493
+88 89 2052 4103
+1812 5567 13607 13618
+721 4174 8239 13040
+10286 10287 10309 14233
+1811 1812 5567 13607
+4718 4719 11638 11639
+9582 9583 14206 14215
+5064 5156 5265 9567
+8764 8770 12967 14756
+7564 7565 7580 14719
+9780 10540 10541 10564
+8692 11486 13653 13717
+1744 5406 5407 7452
+9636 9640 9681 9715
+8138 8141 9047 14746
+6918 6919 8930 8932
+9568 9586 9589 9623
+11465 11537 11575 11576
+7812 7813 7878 9769
+8050 8051 12835 14758
+8626 11500 13652 13653
+10848 12678 12683 14743
+1959 1960 7746 8981
+5240 9672 9673 9676
+5640 5641 5810 14109
+605 606 3083 6787
+9171 9175 10655 14043
+1184 4111 5075 5166
+6687 6752 9861 10640
+11485 11575 11581 13627
+9093 9853 10697 10705
+11465 11578 11581 11592
+6049 6050 10027 13751
+11586 11588 11591 11592
+3400 8409 8426 12418
+6741 9336 9949 9950
+4692 4861 4862 11279
+3725 8752 12675 14741
+6230 6310 10060 13778
+1814 5929 5937 13632
+217 9414 9417 9421
+831 3396 12422 12429
+9385 9386 9388 9389
+4587 6468 6586 9967
+1814 5569 5929 13632
+8634 8635 12527 12529
+8447 14655 14657 14661
+11858 12708 12991 12992
+12590 12593 14740 14754
+6712 6713 9425 13083
+8050 12830 12836 14759
+3401 7677 7678 8426
+6760 10123 10164 13124
+4993 8704 13661 13663
+5398 5714 8443 12374
+65 4091 4134 9488
+1119 4038 14557 14560
+769 803 5023 12226
+3627 3656 8676 12656
+5572 5573 8714 13655
+3448 3465 12389 12392
+5838 5889 5896 8698
+10050 10088 10090 13761
+5107 5198 5303 12234
+730 7752 8554 8556
+3363 11903 11904 11905
+12350 12962 12967 14744
+5071 9684 9685 9686
+8749 12675 14741 14743
+3725 8751 8752 14741
+2852 2970 8270 9045
+1372 1373 4621 6581
+10820 12724 12728 12734
+5681 5682 13649 13665
+4762 4951 4955 13486
+12559 12593 14740 14753
+3319 3353 3388 12285
+3308 12170 12171 12172
+7949 12318 14747 14749
+5214 5322 5380 12236
+6939 6963 6990 7908
+5193 5299 12161 12163
+3055 6773 6815 12077
+3300 3305 3367 12227
+8293 11283 11300 14752
+7990 12613 12614 12622
+438 6334 6398 11530
+1258 4313 6368 11531
+4821 13637 13638 13650
+630 3107 3108 6841
+1927 7291 7713 14593
+5680 5837 5838 13629
+1709 5204 6794 11779
+1960 9194 14458 14459
+4821 4940 13637 13638
+455 2741 6343 6404
+3100 6796 6837 11914
+3109 6800 6842 11773
+11205 11300 13519 14752
+4779 5938 13655 13657
+5256 9481 9482 9484
+5572 13655 13656 13657
+10229 10234 10238 10239
+8624 8625 8628 12541
+3165 8227 8238 11975
+2024 4089 4132 8206
+8259 10045 10100 10113
+7938 8764 10777 14756
+8770 10772 10773 10774
+2784 2824 11412 11422
+2691 2692 11207 11231
+4201 4319 4371 11688
+9230 9965 9989 9991
+8282 8500 14663 14674
+1444 4662 5917 13693
+4781 4826 13680 13694
+8742 8743 8746 11715
+9230 9930 9983 9991
+11419 11420 11437 11588
+9230 9965 9989 9990
+9230 9259 9929 9965
+8734 13702 13703 13723
+523 4723 4724 11672
+13953 13955 13956 13981
+11678 11696 13683 13685
+9930 9983 9991 10007
+8354 9126 10260 13825
+2049 2050 2213 9649
+8498 8519 8589 13596
+9168 9178 14075 14412
+8710 13673 13703 13724
+5866 9092 14094 14096
+6052 10050 10058 13761
+3057 3058 3223 12096
+8754 12677 14562 14755
+13673 13674 13698 13703
+8710 13673 13698 13703
+8754 14562 14569 14755
+9419 9435 9440 9444
+9106 9932 14121 14133
+6978 6979 9182 14380
+8705 11646 11650 13668
+8749 8752 12675 14741
+4892 11646 11650 13668
+5820 8450 8501 13478
+902 12567 12574 12577
+8546 13157 13161 13162
+11248 12495 12496 14641
+4658 4940 13636 13637
+10680 14079 14080 14095
+1289 4211 4329 6380
+13302 13303 13307 13310
+8576 12559 12593 14740
+9152 9157 10601 14392
+7221 7243 12773 14530
+8576 12559 12593 12598
+6260 6282 6294 13344
+4743 4744 10928 13417
+2795 10936 10937 11697
+13263 13264 13265 13422
+8825 11110 11111 11134
+4073 7250 7254 14560
+5476 5477 7034 14468
+10812 10817 10869 10925
+4890 11640 11641 11642
+1633 5499 8140 9065
+4891 11640 11641 11650
+4683 4803 4953 13434
+2300 9820 9825 9829
+8138 8139 14746 14751
+5835 5903 8708 13709
+9099 10727 10736 14130
+7252 7259 12760 14533
+5736 5835 5903 8708
+8080 8183 9404 14667
+2300 2338 9820 9829
+13687 13688 13702 13704
+999 1000 3769 12804
+12835 12844 12845 14758
+4995 13695 13696 13697
+7967 10950 12962 14744
+147 2110 8149 8155
+1377 1378 4560 6465
+1822 5917 13692 13693
+3311 12206 12207 12208
+8156 8157 8163 8167
+7995 12238 12269 12271
+7032 7033 7063 14460
+3915 12828 12836 14757
+4927 13397 13415 13416
+5576 5685 13696 13697
+7849 7873 7874 14342
+5136 7868 7881 7890
+5576 13695 13696 13697
+8961 10385 13925 13929
+5953 6238 13909 13910
+5576 5684 13695 13697
+2221 2222 2292 9685
+7807 8138 9047 14746
+6912 12738 12827 14757
+2908 10905 10914 10996
+5445 7199 9122 14529
+8050 8051 12738 12835
+608 3085 6788 6830
+8529 8532 13159 13169
+4927 4928 13397 13416
+680 4253 12245 12246
+5577 13692 13696 13710
+968 8799 12730 12731
+8131 8137 12799 14751
+11732 11734 13371 13439
+7949 12285 14747 14760
+3322 3355 11737 11744
+13381 13384 13386 13388
+4442 10951 12962 14744
+8061 9448 9462 9463
+8602 11251 11252 13512
+12345 12346 12347 14744
+11267 11268 11291 13141
+1108 7611 7653 14613
+7910 14313 14314 14315
+10604 14018 14028 14035
+1585 5962 14008 14015
+3725 8751 12674 14741
+6675 10461 14298 14305
+5677 5903 13689 13709
+5677 5835 5903 13709
+6446 6613 10411 10413
+8701 8708 13703 13704
+13687 13688 13704 13708
+5271 9687 9689 9690
+8723 10789 13261 13308
+10095 13454 13457 13477
+8732 11699 13690 13708
+12674 14564 14568 14741
+5841 13304 13715 13721
+10084 10262 13818 13819
+6602 6650 6651 9557
+5298 12156 12159 12160
+5843 8726 10850 13715
+8728 8729 8732 13713
+8732 11699 11710 13690
+704 3156 3196 11804
+4330 4386 10884 10885
+10006 13747 13749 13760
+3271 3272 11761 11766
+4393 4493 11126 13021
+91 4104 4147 9655
+8732 11710 13690 13711
+11003 12961 12973 14756
+9805 9808 14322 14323
+9669 9670 9681 9715
+8931 9137 9146 13999
+2336 9769 9790 9793
+234 2358 4529 4571
+4926 4927 4977 11185
+2049 2050 4144 9649
+525 11643 11662 11665
+4757 11180 11182 11183
+463 2748 6347 6408
+8848 13280 13284 13285
+11680 13685 13723 13724
+8031 13683 13684 13724
+11898 11930 11935 11980
+5025 5129 5215 12046
+626 3103 3104 6839
+5134 7852 9820 9825
+6127 13966 13967 13983
+12961 12967 12969 14756
+8031 11680 13683 13724
+548 10956 13285 13290
+9187 9194 14273 14458
+1979 11793 11810 12715
+2049 4144 5159 9649
+13686 13702 13703 13723
+8926 14241 14244 14246
+8026 8735 11662 11676
+2193 9490 9491 9510
+6494 6663 9614 14241
+6644 8351 10181 10184
+13730 13732 13770 13772
+7966 12350 12967 14744
+10050 10087 10088 13761
+6149 13730 13732 13771
+1038 7028 7050 14432
+3860 3873 12823 12825
+6139 6149 13730 13771
+6139 6149 6297 13730
+2457 2496 2620 10431
+7252 7259 7265 14533
+3915 12835 12836 14757
+11249 11325 11328 11329
+1161 1162 4096 5155
+11049 11325 11328 11329
+6138 6293 10667 14072
+7920 7927 14334 14411
+8427 8439 13739 13745
+10895 11003 12979 14756
+9168 14075 14127 14128
+10658 10659 10669 10675
+9324 9987 9989 10756
+5092 5184 5291 11995
+8427 8428 8439 13739
+741 8176 11872 12014
+9333 9334 14143 14146
+9230 9929 9965 9991
+2409 4554 4618 10684
+8764 12961 12967 14756
+8754 12659 12665 14563
+9707 10475 10476 10521
+8751 8752 14568 14741
+8137 13400 13407 14761
+13747 13749 13751 13758
+6050 13749 13751 13758
+8744 8745 12683 14741
+8434 13755 13756 13793
+10051 13751 13752 13753
+9415 9422 13080 14173
+2255 9269 9292 9456
+8577 12555 14740 14754
+5659 8120 9081 13485
+5650 13757 13786 13792
+5044 5045 5373 9601
+2379 2544 2545 10368
+165 9599 9607 9609
+9820 9825 9829 9858
+13755 13756 13792 13793
+10073 10074 10297 13849
+10060 13793 13794 13795
+6310 10060 13778 13794
+9841 9842 10584 10637
+792 823 824 5037
+2403 2569 10620 10625
+8577 12555 12556 14754
+2252 2253 9262 9267
+9338 13078 13079 14172
+12555 12556 14753 14754
+8576 12590 12593 14740
+6052 10058 13749 13761
+157 158 2117 9554
+5154 9517 9518 9526
+6506 9706 9755 14299
+2298 9769 9794 9795
+10598 10599 14047 14048
+10058 10090 13749 13761
+10463 10484 10485 10486
+9341 14155 14157 14158
+385 10050 10087 13761
+2428 4564 4627 9968
+9844 9845 9848 9876
+384 6052 13749 13761
+384 385 10034 13761
+8837 8838 12735 12736
+9166 14078 14079 14091
+6230 10058 10059 13778
+6107 6242 9063 13802
+6709 14156 14158 14163
+2038 2201 9525 9570
+8095 8313 12811 14492
+8137 8143 12799 14751
+1963 8925 9611 14443
+7071 7085 9187 14456
+384 6051 6052 13749
+9598 9608 9609 14238
+7260 8862 14560 14561
+8131 8141 12799 12800
+1532 5537 13769 13771
+6990 7825 7908 14388
+1960 9675 9681 9682
+8050 12836 14758 14759
+9166 14053 14078 14079
+6265 13961 13963 13964
+723 7850 7851 7861
+8912 12872 12879 12887
+5338 9825 9867 9872
+282 283 2407 4617
+7918 9176 10593 10610
+1530 6092 13767 13773
+1532 5537 13769 13783
+1183 4110 5074 9724
+1960 9669 9675 9681
+4121 4163 5082 9260
+1792 1793 5492 6953
+8019 12318 14747 14749
+6297 13730 13731 13777
+8439 10021 13731 13777
+859 860 1862 3416
+6223 6297 13731 13777
+6222 6223 6297 13777
+2096 2097 2260 9308
+5072 9683 9689 9690
+8019 8022 12326 14749
+6637 9968 9969 9972
+9940 9948 9962 14146
+1196 4119 4162 9291
+7774 7980 12326 14749
+7967 12345 12347 14744
+5120 5248 11863 11864
+2050 4102 4144 9649
+3120 3285 11866 11944
+7792 8200 9363 9375
+8439 13772 13777 14132
+5637 5807 13772 14132
+7877 7878 7879 7881
+5637 13770 13772 14132
+4821 4962 11585 13615
+1570 5954 6073 13914
+4575 4603 6444 10366
+13770 13772 13777 14132
+7951 8019 14747 14749
+3935 3942 8412 12915
+783 5131 9298 9305
+6148 6222 13745 13777
+13725 13781 13784 14131
+1901 1961 7021 14458
+5774 9000 9159 9169
+11871 11879 11882 11884
+2640 9939 9945 9948
+7848 7849 7873 14410
+7807 8138 9047 9050
+2259 9304 9306 9307
+6220 13725 13728 13745
+151 152 2153 9364
+6603 10284 10287 10288
+8507 8508 8521 13519
+13725 13728 13784 14131
+9992 10030 10759 13744
+4144 5068 5159 9649
+175 2126 2164 9670
+1037 1038 7028 14432
+9196 9200 9629 14277
+1484 4682 4683 13434
+2219 2291 9656 9697
+6230 10059 10060 13778
+7033 14460 14462 14468
+16 836 852 7670
+7008 7849 14422 14745
+13396 13400 13407 14761
+295 296 2420 4560
+3906 3907 12839 12840
+5650 5651 13792 13793
+9137 9145 13999 14461
+5651 13792 13793 13795
+7786 8226 8229 11974
+6757 9342 9955 14163
+8305 8306 8362 10080
+8133 13798 13814 13815
+5864 9058 13814 13815
+8451 10006 10090 13750
+8108 8312 8330 8352
+8133 8134 13798 13815
+6648 9380 10183 10202
+10057 10089 10092 13451
+9256 9258 9275 9276
+10220 12888 12889 14431
+1162 1163 4139 5064
+9642 10463 14301 14302
+6655 6721 6761 14220
+9797 9810 9811 9814
+8438 8445 10003 10086
+8983 9196 9712 14474
+9713 10337 10416 10441
+10092 10093 10097 13803
+10024 10057 10094 13451
+5765 9155 14018 14026
+8091 8101 8337 10185
+7046 7058 8988 12954
+9157 14022 14383 14392
+9070 13454 13803 13804
+7876 7884 7885 14401
+8050 12738 12835 14757
+9070 13452 13454 13803
+8131 8137 8139 14751
+7810 7893 7897 7898
+366 2467 2506 10693
+8684 14562 14570 14573
+9228 14145 14151 14152
+8429 8440 8446 10018
+9149 14446 14451 14454
+363 364 2505 10659
+5080 5171 9248 9250
+5638 14101 14104 14107
+289 2413 2414 4620
+9166 14053 14055 14079
+8432 8445 10022 13759
+4586 6464 9938 9966
+12835 12836 12845 14758
+9985 10012 10749 10750
+8183 8184 13114 14676
+8128 8294 11060 11280
+6224 6225 10023 13807
+3915 3921 12835 12836
+2353 9392 9395 9461
+6097 13740 13786 13796
+1530 5007 5536 13773
+9341 10038 10040 10042
+7475 7491 14671 14672
+8079 8253 8264 8266
+6531 6532 6700 9924
+3462 12378 12383 14654
+7250 7254 7260 14560
+10399 13949 13998 14000
+3752 12678 12683 14742
+12675 12677 14743 14755
+10397 13947 13950 13968
+1169 4143 5067 9617
+2623 2655 10457 10504
+6047 6224 6225 10023
+4582 4634 6575 10619
+5986 8387 9052 9054
+12677 12678 14742 14743
+1595 5967 6085 14090
+10668 10689 10706 10711
+8145 8147 8384 9049
+8145 8147 8381 8384
+12675 12677 14742 14743
+8533 12499 12500 12501
+6737 9926 9928 9935
+2089 2090 9263 9264
+8384 8387 9049 9054
+7632 7723 8906 12837
+2298 2337 9795 9798
+8253 8264 8266 8268
+8133 8134 10263 13818
+8848 8853 8854 11005
+8134 10263 13820 13843
+11858 11918 12991 12992
+9170 10657 14045 14059
+7850 7861 7869 9765
+10430 13964 13970 14001
+3740 12683 14742 14743
+8406 12404 12410 12412
+8843 11022 11023 13277
+9166 14055 14079 14080
+10220 12889 14431 14441
+2589 9949 9950 9952
+5726 5887 8586 8597
+2252 2253 2310 9267
+8079 8253 8266 10154
+10263 10264 13828 13830
+6171 10257 10258 10297
+7430 8525 14627 14628
+8252 8253 8266 10154
+3585 8576 12558 12559
+6170 10256 10257 10258
+3584 3603 12555 14740
+7048 14436 14438 14441
+1152 1153 4090 5059
+6480 6481 9537 9544
+13395 13396 13407 14761
+8305 10228 10230 10247
+9667 9668 9670 9710
+2213 2287 9652 9654
+10258 13828 13829 13830
+8 7850 7851 7868
+10257 13833 13835 13836
+6469 6588 6744 9972
+9642 9644 14277 14278
+262 4543 4607 10422
+4838 4843 13267 13269
+10252 10253 13823 13824
+1172 5069 5160 9647
+8253 8283 8284 10154
+2021 7949 12318 14749
+12894 14416 14417 14418
+6942 7733 8418 9186
+9155 14023 14025 14026
+6196 10516 10526 13984
+8744 8745 12663 14741
+7933 9164 10601 14027
+9643 10463 14301 14304
+4163 5082 5173 9260
+8252 8253 8284 10154
+6521 6689 9854 9860
+7803 9125 13824 13833
+8391 13830 13838 13842
+757 758 1895 14425
+372 2470 2509 10011
+281 2406 4553 4616
+5808 9102 9110 14114
+9170 14056 14057 14059
+2425 2426 2591 9967
+6742 9342 9952 9953
+207 208 9280 9282
+208 6534 6535 9285
+9293 9294 9295 9455
+7027 12889 14431 14441
+5444 5445 7198 12771
+7583 9279 14726 14735
+6236 6237 10145 13496
+6869 8050 12738 14757
+8134 13820 13822 13843
+5181 5288 5344 8172
+7440 7470 7473 14670
+9436 9438 9469 9474
+7435 8525 14623 14628
+881 7798 10178 12432
+8134 13799 13820 13822
+5304 12282 12283 12285
+1988 1989 7774 8022
+7886 7911 10565 10595
+5609 5787 13799 13822
+14230 14231 14232 14236
+1506 1570 1571 6073
+7887 10601 14022 14392
+6162 13800 13822 13831
+8972 9225 9226 14698
+8778 10777 12977 12978
+209 210 6536 14171
+8855 12717 12723 12729
+113 2077 4115 4158
+2426 2427 2592 9967
+1199 4121 4163 5082
+2593 2594 2645 10044
+6706 6707 9342 9356
+8236 11949 11950 11959
+8687 8754 10848 12659
+1971 2007 8067 9365
+6285 13858 13861 13864
+6478 6647 9380 14166
+1645 1646 2002 5046
+5505 13851 13852 13867
+8623 8624 8625 8628
+161 162 9579 14211
+10073 13848 13861 13867
+5516 6076 13945 13982
+2406 2407 4553 10641
+6629 9978 10717 10745
+11003 12973 12979 14756
+13848 13849 13852 13867
+6113 13860 13865 13876
+5276 5338 9823 9824
+13858 13859 13860 13877
+6302 13858 13860 13864
+6113 13876 13891 13892
+5614 13864 13869 13879
+5507 13876 13879 13892
+8941 8942 8943 8950
+254 2378 4539 4603
+7251 7260 8862 14560
+1714 1715 5115 6839
+20 741 742 11868
+8444 9944 9994 13759
+4268 11826 12350 12961
+10233 10267 10293 10299
+5749 5860 8892 8933
+8252 8266 8268 8269
+7548 12427 14680 14684
+4442 12350 12962 14744
+12092 12093 12130 12226
+396 397 2772 8308
+12667 12677 14562 14570
+767 12171 12174 12177
+8687 8754 12665 12667
+10070 10302 13863 13868
+11300 11325 11329 13519
+7967 10950 13256 14744
+9279 9324 9989 10756
+9230 9233 9279 9983
+4705 4875 11415 13563
+8778 10777 12978 12979
+8749 8752 12675 14755
+14056 14057 14059 14068
+10233 10266 10293 10299
+5995 10295 10296 10297
+8754 12667 12677 12678
+3678 3689 12644 12647
+4717 4718 11573 11583
+11435 11580 12612 12613
+8687 12659 12664 12665
+9170 14057 14059 14060
+8892 10069 10070 13868
+472 2757 6351 10883
+8565 12559 12593 14753
+9166 14079 14091 14095
+5579 5580 13305 13306
+4029 7202 7231 7232
+10069 10070 10302 13868
+3156 11790 11798 11804
+8565 8569 12559 14753
+8563 12559 12593 12598
+8331 8333 11132 13050
+335 10322 10328 10344
+3835 3839 8860 12733
+8137 8138 8143 14751
+7793 9025 9031 13046
+12285 12312 12331 14747
+1971 1972 2007 8067
+9537 9541 9544 14187
+3149 12285 12312 12331
+6993 14422 14424 14745
+6478 9380 14166 14177
+4754 4923 11122 13386
+2034 2198 9518 9519
+8138 8143 13395 14761
+12350 12961 12962 12970
+5848 13264 13265 13422
+335 6003 10328 10344
+4442 12350 12962 12970
+9328 9330 10036 10037
+7966 7967 12345 14744
+8955 8956 13870 13881
+8576 12558 12559 12598
+8955 8956 13870 13880
+1780 1781 5474 7031
+1038 7050 12890 14432
+6287 10329 10346 13888
+1128 1129 5416 7361
+522 523 2832 11644
+4727 4896 11679 11698
+898 7356 7379 12581
+3388 12283 12285 12310
+8987 8989 8991 14370
+4507 4518 10968 13005
+6287 6311 10329 13888
+1988 2021 12318 14749
+3398 3399 3429 8413
+1970 9362 9376 12816
+12895 12906 12912 12913
+4222 4379 11890 11893
+4845 4949 11014 13292
+1982 11858 11919 12992
+1846 5597 5598 13431
+389 390 6057 13455
+1988 8019 8022 14749
+1982 8783 12708 12992
+1699 1700 5199 12281
+763 764 798 12274
+4038 4073 14560 14561
+5440 5736 8729 8736
+1988 8019 12318 14749
+7951 7980 12326 14749
+10890 10999 11000 13004
+9279 10756 14726 14735
+8754 12667 12677 14562
+1491 1547 1633 8140
+6160 9052 9053 9054
+5616 13889 13902 13903
+11035 11036 11037 11283
+3078 12213 12218 12219
+2786 11434 11479 11480
+8764 12973 12978 12979
+9211 11248 12495 14641
+24 1937 7354 7658
+3067 3233 12161 12163
+8948 10329 13872 13883
+8778 12975 12978 12979
+9166 14079 14080 14095
+1754 5430 5431 7298
+5636 14088 14097 14103
+8763 8764 12966 12973
+6537 6705 6706 14143
+12961 12962 12967 12969
+8051 12835 12844 14758
+14057 14059 14060 14068
+950 951 7286 12597
+1037 1038 12879 14432
+977 1980 3721 8783
+1823 5576 5577 13692
+11895 11900 11905 11981
+12675 12676 12677 14755
+1099 1889 7624 14522
+7021 7053 7071 14458
+4367 11600 11655 13220
+3277 3278 11781 11829
+460 2745 6345 6407
+2761 2762 2927 11031
+6112 13904 13909 13913
+4389 4491 4518 10968
+5512 5620 13909 13915
+6112 13904 13911 13913
+9024 10879 13006 13024
+10386 10394 13915 13917
+9583 10225 14206 14208
+5620 13905 13909 13915
+5659 5824 8120 13461
+4761 5912 9082 13362
+3850 3879 3880 12862
+3788 12769 12778 12786
+7455 12431 13489 14674
+2603 2607 2650 10125
+11282 13447 13449 13450
+794 1665 7772 8007
+8186 8187 12053 13101
+3044 11995 12000 12001
+10386 10394 13904 13915
+8076 8256 11200 11375
+2700 2866 11297 11319
+5191 6776 6819 12138
+3044 3045 6810 12001
+8500 8501 9069 14663
+10386 13905 13915 13917
+8712 11664 11670 13673
+8763 8764 12973 12978
+437 2723 6334 11531
+12350 12961 12966 12967
+8559 11362 11363 11471
+7826 7925 9805 14322
+8059 11872 11888 12013
+5010 5952 6071 13910
+1503 5010 5952 13910
+8452 8453 9070 13452
+5635 9170 14057 14060
+8507 8508 13504 13519
+4845 11014 13278 13292
+5618 13887 13895 13908
+11249 11325 11329 13519
+10385 10386 10394 13904
+8961 10386 10394 13917
+1981 1982 8783 12360
+5635 14057 14060 14068
+8479 12500 12501 12502
+8293 11284 11285 11300
+3055 3056 3221 12077
+3808 3817 3825 8876
+4442 10951 12962 12970
+5620 5621 13915 13917
+5621 13915 13916 13917
+8963 10402 10403 10435
+5743 8806 8810 13439
+8293 11274 11284 11285
+11754 11755 11757 11758
+8800 8852 10820 12724
+3700 3730 12713 12717
+11038 11283 11300 11408
+8963 9138 13918 13941
+735 736 771 12099
+9139 10438 13941 13942
+1231 1232 4300 6388
+8606 12492 12493 12495
+1418 4649 4768 5936
+5623 5800 5801 13941
+3274 3378 3379 11764
+4487 10853 11028 11162
+1120 4032 4038 8863
+5257 12283 12285 14760
+1031 1032 3844 12883
+345 2496 10432 10433
+8886 8888 11175 13403
+521 4721 4722 11629
+4461 11001 12987 12989
+3762 3763 12692 12694
+4845 4948 13278 13301
+10851 10869 11134 11135
+8298 11042 11043 13460
+9200 9713 10483 10528
+8394 8404 9241 12373
+8062 8175 9467 9469
+2664 10418 10419 10431
+11205 11249 11329 13519
+11049 11300 11301 11329
+3228 12138 12155 12157
+11049 11300 11325 11329
+10397 13949 13969 13998
+7352 8472 8473 9207
+13639 13640 13645 13648
+3343 3370 12147 12150
+11036 11283 11300 11408
+11036 11205 11300 14752
+8521 11036 11205 14752
+1189 4157 5169 9822
+12332 12333 12334 13241
+10472 10473 13933 13998
+6013 10473 13930 13933
+976 1982 8783 12707
+13646 13662 13664 13665
+976 1981 1982 8783
+1572 5955 6074 13939
+10798 10950 12962 12963
+7925 9805 14322 14333
+14085 14088 14097 14103
+6074 6246 13939 13957
+934 3629 12666 12668
+5624 5625 5802 13944
+544 2804 2842 10872
+10221 10317 10318 13853
+11754 11755 11756 11757
+1977 11835 11850 11894
+10973 10978 10983 10984
+13936 13944 13945 13946
+2750 6347 6409 10843
+8946 8948 13872 13873
+4453 11162 13063 13065
+8762 12700 12706 12710
+10777 10895 12979 14756
+6191 13935 13943 14001
+10438 13940 13941 13942
+10777 10894 10920 14756
+8666 8679 12686 12690
+7938 10773 10920 14756
+3719 3720 5454 8806
+1971 7786 8067 8222
+5759 5760 9151 14469
+4462 4508 11082 12989
+4346 11227 11228 11230
+10773 12967 12969 14756
+771 804 805 5128
+11258 11259 11340 11541
+8770 10773 12967 14756
+5802 10430 13965 13971
+9121 14554 14555 14561
+654 4227 4228 12053
+13922 13923 13925 13927
+7057 13880 14430 14439
+4452 4453 4487 11162
+4367 4482 11603 13222
+7026 7057 14430 14439
+10354 10360 10384 13927
+10374 10381 10383 13927
+10770 10795 10797 10951
+7218 12724 12728 12734
+9279 9989 10016 10756
+10350 10354 10360 13927
+647 648 4222 9044
+9805 14322 14332 14333
+4180 4297 6387 11202
+10354 10374 10384 13927
+11482 11483 11484 11683
+10374 10383 10384 13927
+736 772 12091 12099
+5636 14087 14088 14107
+3561 7660 8550 8551
+5115 6839 11765 11943
+10430 13956 13962 13964
+1897 7732 7733 9186
+3634 8012 8018 8043
+13956 13961 13962 13964
+10868 11703 13253 13254
+2727 6336 11560 11561
+9805 9816 14332 14333
+9230 9983 9989 9991
+527 11678 11693 11696
+13956 13967 13981 13983
+8732 11698 11699 11710
+5626 5771 13956 13983
+2927 10968 11029 11030
+8789 11814 12715 12982
+3276 3277 3365 11771
+3266 3267 3376 11914
+5771 13956 13962 13966
+9982 9983 9991 10007
+8059 8064 12004 12005
+6020 6021 6198 13975
+650 11882 11883 11886
+2792 2831 2961 11614
+5326 12078 12114 12115
+6020 6021 13974 13975
+12039 12062 12085 12140
+6197 10516 13975 13976
+3550 8484 12451 12466
+13974 13975 13977 13995
+6155 13343 13795 13809
+1931 7375 7651 7652
+5628 5795 13981 14006
+5678 5679 5836 13620
+795 5019 5124 7959
+9956 9965 9989 9990
+7688 7978 8032 8033
+5195 6782 12165 12196
+2134 9797 9827 9831
+4884 11577 11593 13613
+13977 13978 13979 14005
+943 944 3649 7687
+4263 4264 4439 13243
+8796 10827 12728 14531
+6339 6401 6422 11687
+10525 10526 13977 14005
+5803 13978 14003 14005
+1987 1988 8018 8020
+355 6022 10567 10568
+11400 11442 11527 11569
+1715 5207 6798 11765
+2756 2757 2922 10885
+11618 11619 11644 11667
+8888 10918 11166 11175
+1135 1758 4022 7278
+10566 10568 10579 10580
+4358 11474 11475 11478
+1113 1114 4009 14604
+4824 4941 13647 13655
+478 479 2764 6415
+8759 12360 12364 13036
+4384 10814 10836 10878
+11810 11813 11814 11815
+809 5028 8157 12009
+3117 6804 6846 11865
+9021 10566 10571 14021
+3284 11863 11864 11946
+8105 13044 13052 13053
+10473 13933 13934 13998
+248 249 2373 4600
+4393 11125 11126 11127
+8713 11619 11644 11667
+9230 9929 9930 9991
+1015 1149 6884 7119
+5492 5768 8996 14426
+9230 9929 9930 10053
+7584 9279 14726 14734
+10522 10523 10524 13976
+9014 9789 10514 10520
+8256 11200 13095 13104
+9233 9279 9324 9983
+9789 10514 10517 10520
+8713 11644 11667 11672
+5741 5867 8737 8741
+9257 9983 9984 10007
+10515 10517 10523 13976
+10517 10522 10523 13976
+11618 11644 11667 11672
+9259 9956 9965 9990
+3158 3345 11755 11759
+8138 8141 9047 9048
+4824 13646 13647 13655
+8051 8904 12835 12844
+9015 9017 10437 14379
+5474 9136 14447 14448
+9151 10398 13948 13949
+1982 8783 12707 12708
+1220 1309 1310 8251
+9151 13948 13949 13999
+5183 5290 5346 11820
+3294 3382 8169 11892
+5347 11995 12000 12012
+3299 12033 12043 12047
+9151 13949 13999 14000
+780 781 5031 9388
+4404 11271 12088 13105
+8536 12102 12103 13145
+8931 9145 9151 14469
+605 6787 6828 12272
+8686 8687 10848 12657
+11803 11812 12338 12346
+9151 10398 10532 13948
+6016 6194 10534 13951
+10931 10936 11677 11693
+4345 4512 11228 13108
+3100 3266 11862 11914
+5629 5803 10474 14006
+6130 6197 6198 13990
+8778 10777 10995 12979
+8778 8779 10777 10995
+3160 3330 3361 11839
+10474 13978 13996 13997
+2894 11600 11624 11655
+5214 5322 7995 12236
+9667 9708 9709 9723
+2886 11514 11525 11535
+9020 13978 13996 13997
+8669 12680 12681 12685
+5636 14088 14103 14107
+7938 8770 10773 14756
+6025 10599 10603 10604
+6024 6025 6202 10604
+3543 8484 12441 12442
+10578 10602 10604 14017
+8540 12124 12131 13152
+8763 8764 12977 12978
+10357 10378 10395 10530
+4960 4991 13639 13647
+1210 5179 9382 9428
+359 2463 10589 10592
+9288 9407 9415 14172
+8287 11061 11063 11216
+8753 14562 14569 14755
+9240 9266 9330 10152
+4588 6469 6587 9968
+14044 14047 14048 14049
+8540 12124 12126 12131
+12676 12677 14562 14755
+5881 9165 13989 14020
+1795 5552 5913 13362
+8088 8197 8198 9043
+6054 6055 6232 10097
+2292 2293 9691 9695
+1068 6966 8992 14373
+5881 9165 13989 14026
+1499 4997 5004 5507
+3918 3924 6916 12833
+9154 14046 14405 14406
+8453 9409 10090 13760
+1848 5925 9065 13423
+6036 6213 6214 10730
+5631 5804 5881 13989
+8749 8752 14572 14755
+300 2425 4562 4625
+5035 9866 9874 9912
+4902 4903 10967 13259
+8752 8753 12675 14755
+10572 13974 13994 13995
+223 2150 8194 9443
+3206 8173 11820 12002
+9312 9384 9386 9389
+9014 9789 10570 10571
+3582 3611 12550 12553
+5650 13756 13792 13793
+3523 3524 3539 8513
+776 8157 8176 11869
+2816 2938 11219 11221
+8749 8752 14568 14741
+7824 9014 10514 10520
+7857 7874 7913 14423
+6196 10524 10525 13976
+8744 12663 14564 14741
+12663 14564 14568 14741
+734 8527 12113 12226
+3518 3526 12438 12439
+3535 3540 3543 12456
+4049 4087 12582 14599
+8530 12501 12507 12512
+7447 7448 14652 14653
+867 868 7445 12489
+9014 9789 10514 10570
+5632 14010 14033 14039
+1127 4015 4040 12472
+3396 12417 12421 12422
+1134 1758 4022 7279
+11206 11298 11299 11301
+10613 14045 14050 14061
+6448 6615 10422 10427
+1307 8198 8271 13133
+4015 12472 12473 14620
+8651 11593 13611 13612
+8540 12126 12127 12131
+5633 9163 14032 14041
+3498 3515 3524 12473
+5735 8702 8711 12629
+5097 5295 5351 12077
+8405 8408 12397 12405
+3565 3593 12510 12512
+12333 12335 12336 13241
+4011 12448 12482 12486
+4903 4904 4971 13271
+534 4734 4735 11013
+5523 5632 14010 14033
+9807 9809 10538 14312
+427 428 2713 6329
+1108 1112 7611 14613
+6028 10609 10654 10656
+12667 12677 12678 14570
+8540 12127 12131 13152
+3478 3506 3507 12474
+8129 9073 13483 13484
+9162 10655 14046 14406
+8576 8577 12590 14740
+7777 8538 13126 13128
+504 4705 11386 11414
+7123 7124 12740 12741
+8631 8632 13619 13633
+9171 10656 14043 14063
+3603 12559 14740 14753
+8540 12124 13152 13153
+8841 8875 12757 14540
+8565 8569 8663 14753
+12151 12179 12189 12191
+6207 10667 14054 14079
+7160 7175 9126 14490
+10656 14043 14044 14063
+11397 11483 11484 11684
+11675 13671 13695 13697
+9787 10633 14317 14318
+3069 3234 3235 12164
+8550 8563 8575 12559
+11363 11364 11449 12520
+8628 8634 8635 12542
+503 504 11386 11394
+9162 10655 14406 14415
+9172 10650 10654 10655
+830 12420 12425 14679
+6209 10699 14084 14100
+8563 8575 12559 12598
+8565 12559 12593 12605
+8509 8521 11036 14752
+475 6353 6413 10907
+7863 10546 14393 14394
+3753 8771 8805 8819
+8509 11035 11036 14752
+7864 7918 10615 14401
+9175 10655 14046 14052
+1782 5475 5476 14462
+8654 11398 11418 11498
+8693 11485 11579 11610
+3576 12492 12503 12504
+9175 10655 14043 14052
+1109 1111 12483 12488
+10554 10583 10614 10615
+8540 11295 13152 13153
+4692 4862 11278 11279
+8618 11489 11503 12538
+583 3060 3061 6818
+1676 5096 6771 6814
+5221 5294 12040 12076
+12093 12121 12122 12154
+663 4236 4237 12126
+8725 8726 10788 13720
+8094 8100 11155 12806
+4021 4055 7279 7311
+1193 4117 5171 9893
+8100 8108 8313 8359
+4088 7348 14578 14585
+6998 7012 7887 14406
+4065 4067 14575 14579
+2720 2885 2886 11514
+14098 14105 14114 14124
+12517 12524 12528 12529
+14050 14061 14067 14071
+3106 6840 11765 11766
+1932 7652 7653 14607
+7158 7160 7178 14502
+7937 8665 8666 8667
+3318 8006 8024 12267
+3142 3310 3311 12208
+12557 12567 12575 12592
+6292 14045 14059 14061
+6292 10657 14045 14059
+8472 12468 14631 14633
+12145 12151 12152 12189
+11325 13504 13513 13514
+1690 5194 6781 6822
+8550 8565 12559 12605
+767 800 5022 12171
+8141 8142 14486 14750
+9170 10657 14056 14059
+5525 14065 14066 14067
+1519 1591 14065 14066
+4262 4437 4438 12337
+1246 4307 6328 6362
+5100 5218 5298 12156
+381 10002 10022 10025
+11417 11424 11440 11491
+1137 1756 5603 7276
+7968 8014 12651 13251
+1637 1993 9694 9739
+3771 8094 12806 12807
+1518 1519 5525 14066
+1519 5525 14065 14066
+9178 14075 14412 14413
+7968 12649 12650 12651
+8562 11364 11492 12538
+6985 6986 14413 14414
+8145 9047 14486 14750
+7012 7887 14397 14406
+10663 14075 14414 14415
+7340 7344 7346 14580
+8138 8141 8143 14751
+10789 13261 13274 13308
+11839 11840 11894 11896
+4677 4948 13301 13338
+6478 6612 6647 14166
+5293 12016 12034 12047
+1654 11894 11895 11896
+7860 10538 10558 14324
+2760 6352 6413 10908
+9092 14084 14094 14095
+9092 14083 14084 14094
+2810 2982 11142 11148
+11879 11883 12055 12057
+6033 6211 10698 10699
+8137 8138 8139 14751
+7807 8138 8139 14746
+13261 13272 13341 13342
+1993 9696 9737 9739
+8137 8143 8882 12799
+4055 4077 4078 7326
+6031 6032 10671 10672
+9024 13006 13007 13022
+1918 1919 7641 14559
+5969 6140 14104 14118
+3702 3703 3732 12711
+10699 14084 14100 14102
+3770 8323 12806 12807
+5969 6087 6140 14118
+9001 9095 12899 14695
+704 11804 11805 11806
+3555 8579 12566 12575
+3323 3357 11777 11778
+8052 8857 14519 14759
+7838 10722 14111 14129
+8994 8996 8998 9090
+8051 12844 12846 14758
+8479 12501 12502 12507
+8166 11878 12994 13068
+7950 12271 12278 12279
+3662 3679 3685 12635
+7963 8045 12279 12301
+8799 8800 12727 12728
+12351 12352 12353 12356
+3321 11743 11744 11800
+3330 11762 11821 11837
+7965 11797 11825 12342
+2484 10198 10213 10229
+7249 7260 7261 14561
+9090 9168 14093 14128
+10607 10609 10654 14051
+8094 11155 12806 12807
+7113 7145 7146 14495
+6209 6210 6252 14100
+5751 5871 5878 8845
+1001 1002 3771 8094
+715 11922 11931 11936
+6209 6252 14085 14100
+1992 7808 9737 9739
+7791 8887 8888 10875
+8051 8904 12738 12835
+8880 12773 14525 14530
+5784 5898 5901 14081
+8051 8054 14514 14523
+981 7205 7206 8750
+8050 8051 8054 14523
+1973 8213 11957 11967
+7967 12347 13256 14744
+5894 5910 9091 9103
+3149 11799 12285 12331
+1902 7045 7743 14467
+5365 11915 11942 11955
+1146 6874 12737 12741
+7447 7480 14646 14653
+533 4733 4734 10966
+7875 12903 14420 14421
+7632 7722 7723 8906
+5894 9090 9091 9103
+6213 6214 10731 10732
+1511 1578 1579 6077
+3119 3120 6847 11866
+7874 12903 14409 14422
+736 8479 8480 12502
+4065 7208 8756 8757
+5318 8072 8204 8205
+7874 9183 14346 14422
+5444 5740 8849 12771
+7872 9183 14346 14422
+10027 13747 13751 13758
+8145 9047 9051 14750
+2449 10279 10292 10306
+7042 8895 8897 12953
+381 2514 10002 10025
+8422 12907 12912 14696
+7637 7749 7763 14528
+9194 9195 9196 14457
+249 2374 4537 10335
+5809 5861 5894 9103
+3851 12863 12872 12887
+3585 3603 12559 14740
+7804 8138 9047 9050
+5738 8706 8721 8724
+5861 8993 9103 14112
+8323 11155 12806 12807
+5483 5484 5761 12868
+8094 8097 11155 12807
+7848 7849 14334 14410
+1887 1888 6936 7622
+6991 7849 14334 14410
+1992 1993 9737 9739
+6976 6993 14424 14745
+1969 2005 9504 9511
+1969 9504 9507 9511
+6976 6993 7008 14745
+6993 8417 14422 14424
+8093 8313 8330 11155
+12738 12827 12835 14757
+8790 8801 12761 12766
+12828 12830 12836 14757
+7918 9177 10610 14401
+1460 1831 4789 5918
+8050 12830 12836 14757
+3856 7633 8906 12864
+7159 7179 14508 14514
+8413 8423 8424 12920
+7228 7253 14544 14545
+9111 14112 14113 14117
+3773 3801 8322 12798
+6879 6912 12827 14757
+9110 10732 14109 14110
+10732 10742 14109 14110
+10742 13764 14109 14119
+5753 8131 8137 12799
+151 6477 9027 9032
+8097 8323 11155 12807
+8429 13739 13743 13744
+8429 9106 10759 13744
+1969 7719 14184 14190
+3785 3786 3810 12755
+2057 2058 2221 9686
+8778 12974 12975 12978
+5254 5257 12283 14760
+7949 14748 14749 14760
+3962 3980 8894 8897
+5056 5254 5257 14760
+9986 9988 10030 10759
+4603 6444 10366 10367
+3584 3585 3603 14740
+1824 5578 13700 13706
+9219 9221 9234 14140
+9946 9958 10035 10037
+9161 14406 14414 14415
+8247 10128 10133 10166
+1957 1993 9696 9737
+7016 7017 7885 14408
+5620 13905 13915 13917
+757 791 7855 7914
+5040 5137 5263 9732
+6530 9918 9920 9924
+9908 14138 14139 14141
+187 2132 2170 7930
+7554 7557 7582 14691
+8247 10133 10134 10166
+10868 10951 12347 13256
+4440 4441 10951 12347
+7966 12342 12350 14744
+6528 6696 6697 14138
+5277 5338 9822 9873
+4265 4441 12347 14744
+4266 4441 4442 14744
+7966 12345 12346 14744
+9783 10502 10631 14309
+1234 4184 4301 6322
+10875 11103 11104 13295
+1911 1912 7129 7723
+8247 10128 10139 10166
+8744 12674 14564 14741
+3480 3481 3509 12482
+9342 9947 9949 10153
+5663 5827 13509 13581
+12333 12334 12336 13241
+9176 10591 10607 10608
+7887 10597 10610 14027
+4968 4993 13661 13668
+1860 6859 6860 8461
+8414 12934 12940 12943
+6521 9859 9860 14348
+1113 1114 14602 14604
+8575 12558 12559 12598
+3585 3586 12558 12559
+7030 8960 9134 14435
+9238 9943 10151 10152
+2298 9769 9795 9798
+8246 10134 10167 10168
+1956 7903 14306 14389
+3602 3603 8569 12555
+926 3571 3572 5427
+1539 1622 5017 13809
+1174 4104 5161 9655
+8580 12582 14599 14603
+12510 12512 12516 13153
+9259 9937 10055 14167
+6141 6274 10725 14098
+4021 7280 7312 12568
+6939 7908 14387 14389
+8013 8769 12966 12967
+7336 14583 14587 14589
+7085 9187 14445 14456
+9929 9935 10007 10052
+3319 3353 12285 12312
+3119 6805 11864 11866
+1886 6935 7621 12825
+9229 9257 9923 10055
+9257 9268 9924 10769
+8069 11956 11957 11958
+11858 11918 11919 12992
+9925 9984 10007 10769
+3944 3969 3970 8463
+1123 3478 4012 4013
+11658 11701 13249 13254
+3352 3388 12283 12310
+7844 7910 14314 14388
+7777 8474 8481 8542
+8247 10134 10139 10166
+8149 8155 8170 8171
+3188 3319 3353 12312
+3149 3188 3353 12312
+7844 14314 14387 14388
+7949 11799 12285 12331
+6540 6708 6709 14163
+4011 4039 12482 12486
+9341 10040 14155 14158
+3699 12716 12718 12720
+10023 10028 13787 13807
+3149 3353 12285 12312
+7949 12318 12331 12341
+4892 11646 11673 13668
+10040 10041 14155 14163
+8320 8322 12788 12796
+10509 10515 10517 10523
+8218 14184 14190 14196
+8247 10128 10139 10140
+9375 9378 14179 14193
+1497 1558 5948 13878
+8860 12733 14532 14534
+6047 10001 10019 10023
+1988 2021 2022 14749
+6141 6274 6277 10725
+1041 3868 7621 7622
+14518 14519 14521 14524
+8200 9378 9511 14193
+5048 5245 5255 9372
+6477 6478 9027 14165
+5043 5333 9584 9602
+10461 10465 14298 14305
+6102 6261 13357 13360
+9378 9540 14189 14193
+7964 11812 12338 12343
+7786 9023 9361 9362
+1171 4102 4145 9649
+1988 8019 8020 8022
+3635 3660 12651 12661
+8069 11958 11963 11964
+3201 3335 11897 11898
+9582 14212 14214 14215
+5229 5280 9255 9274
+1356 6454 6573 10552
+6576 10624 10641 10643
+8232 9378 14179 14189
+2022 7774 7980 14749
+1869 8050 12830 14757
+2234 9798 9799 9800
+1869 6879 12828 14757
+4123 5084 5175 9269
+9424 10118 10119 14157
+6536 9333 14143 14171
+9400 9401 9402 9999
+10106 10114 10117 10118
+9214 9215 9401 14668
+8395 9289 9407 14172
+7795 8404 9327 9400
+10756 14726 14735 14736
+8335 12811 14174 14492
+8745 8749 12663 14741
+8981 8982 9181 9196
+14251 14253 14262 14264
+8102 8335 14174 14492
+1636 1637 5040 9739
+9748 9750 9751 14294
+8051 8054 8904 14514
+183 2168 9743 9777
+6509 7841 9749 14287
+2305 2341 2352 9252
+7733 7734 7762 8418
+9159 14044 14063 14064
+12973 12975 12978 12979
+8099 8335 12811 14174
+8763 12976 12977 12978
+8395 8398 8402 9213
+1968 9523 9535 9546
+7937 8763 12976 12977
+7937 8763 8764 12966
+7502 7511 14662 14668
+9523 9545 9546 9547
+12962 12963 12967 12969
+8984 14371 14372 14381
+6185 10385 10394 13921
+598 3075 6783 6825
+8219 9375 14178 14179
+7319 8752 8753 14572
+11003 12961 12969 14756
+12961 12962 12969 12970
+5218 5298 12156 12159
+7834 7835 7837 14328
+5670 5831 5886 13554
+12844 12845 12846 14758
+613 614 3091 6791
+4484 10792 10793 10897
+1658 5053 11908 11940
+12836 12845 12846 14758
+1659 5054 5146 11842
+6482 6483 6651 14199
+9553 9556 14182 14199
+451 2737 6341 6402
+4482 11560 11561 11603
+6377 6408 6426 11027
+8218 14182 14183 14185
+156 2116 2155 9524
+6653 14207 14208 14209
+12836 12846 14758 14759
+8247 10134 10139 10140
+10225 14207 14208 14209
+4839 4930 11729 13376
+6484 6653 14207 14208
+4930 11729 13376 13409
+9582 9583 14206 14208
+12029 12030 12055 12056
+8138 12801 12808 13393
+4839 4930 13376 13408
+8141 8142 12800 14750
+8909 14202 14203 14204
+3599 8621 11385 12515
+9581 9582 14202 14203
+9789 10515 10517 13976
+4930 13376 13408 13409
+667 3138 3177 12134
+8911 8912 12891 14224
+7836 8984 8987 8991
+8911 8912 12891 14432
+3244 3245 3316 12239
+11596 11721 13202 13244
+7951 8019 8024 12310
+629 3106 6799 6840
+2898 10862 11658 11689
+11597 11598 11599 13207
+7082 7083 7094 14470
+1965 8911 14224 14227
+3520 3527 3537 12468
+702 4275 12361 12364
+7937 8013 8770 12966
+7952 11738 11749 11795
+1117 4045 12670 14577
+4739 11112 13319 13320
+4037 7238 7249 7250
+8143 12797 12801 12808
+8821 8822 13417 13421
+1714 6797 6839 11943
+4909 4910 11734 13374
+5443 5739 5747 8836
+3829 8859 8863 12754
+707 3197 11809 11813
+558 2849 11153 11154
+12676 12677 14562 14570
+8911 8912 14222 14224
+9562 14217 14231 14233
+622 623 3100 6837
+3648 12615 12627 13187
+8753 12676 14562 14755
+6490 14223 14230 14232
+6490 9599 14226 14230
+8754 12665 12667 14562
+2863 11263 11264 11268
+666 667 4240 12134
+4185 4303 4339 11324
+11278 11279 13466 13579
+8536 8538 8539 13138
+7079 7092 9146 14466
+11205 11206 11304 11329
+8546 8549 11293 13162
+3668 3669 3681 12617
+932 12659 12665 14563
+8570 13176 13177 13226
+6656 10281 14217 14219
+12205 12220 12229 12233
+5196 6783 6825 12197
+6489 6657 6658 14217
+4256 12293 12298 13200
+2960 2961 11594 11614
+6656 6657 10281 14217
+6762 10280 10281 14217
+935 7294 8673 12668
+2735 2900 10796 10844
+3748 12680 12681 12685
+8563 12593 12594 12598
+9188 9614 14239 14248
+2914 10853 10854 11028
+8920 9188 14235 14238
+586 3063 3064 12137
+11185 13416 13424 13438
+8842 10954 13289 13291
+8669 8680 12681 12686
+3114 3115 3280 11831
+5142 9492 9496 9504
+2764 6355 6415 11032
+8563 12593 12594 12605
+2693 2694 6319 11230
+908 3561 7660 8556
+7410 7426 8486 8487
+740 775 776 12014
+12590 12593 12594 12598
+11194 11195 11197 13104
+4298 6385 11207 11229
+8763 12358 12973 12978
+149 647 3128 8195
+6660 6758 14239 14240
+11382 13548 13550 13551
+8699 11635 12610 12618
+8618 11411 11491 11492
+1812 1813 5567 13618
+8570 11685 13185 13227
+6333 6397 6420 11513
+7986 12244 12248 12288
+10331 14233 14236 14237
+7966 8013 8769 12967
+4353 4371 4439 10862
+11826 12350 12961 12966
+1985 11789 11796 11817
+7966 8769 12350 12967
+4266 12342 12350 14744
+3193 11854 11916 11918
+2805 10824 10915 10916
+1657 5052 11753 11972
+4265 12346 12347 14744
+2981 3010 11144 11152
+2744 2745 2910 10910
+11156 11157 11171 11192
+10811 10819 11105 11106
+4671 4839 4930 13408
+560 8372 8373 8388
+5254 5257 5304 12283
+8926 14241 14242 14244
+8331 8332 11167 11168
+10286 10288 10331 14233
+10285 10310 10311 14240
+810 8156 8157 9457
+8086 8189 12996 13068
+6643 6720 6758 10311
+2149 2346 9459 9471
+3388 12282 12283 12285
+935 7274 7294 8673
+10137 10138 10142 10143
+8507 13504 13514 13519
+9563 10309 10330 10332
+3174 12074 12108 12110
+6660 10286 10311 10312
+8931 9011 9151 14469
+3658 8016 8675 12650
+9010 9015 14377 14379
+6664 6665 14260 14261
+11401 11431 11558 11590
+7313 7335 14588 14592
+11205 11300 11329 13519
+6496 9616 14241 14256
+3067 3068 3233 12163
+1687 5101 5193 6779
+4671 4930 13408 13409
+728 7688 8032 12260
+2719 2884 11514 11517
+9150 9187 9197 14253
+6723 10373 14261 14266
+14269 14280 14282 14286
+517 4717 11573 11575
+3062 3063 3228 12138
+1262 4198 4315 6336
+3074 3239 12196 12198
+14251 14252 14262 14271
+8780 13025 13030 13033
+1978 1979 11793 12715
+8293 11300 11325 13519
+2957 3033 11472 11518
+9192 14252 14262 14271
+5202 5306 5361 11741
+11036 11283 11300 14752
+9640 9646 14262 14271
+4489 10877 10878 10884
+172 6498 9638 9646
+11049 11284 11300 11325
+8293 11274 11283 11285
+10880 12987 12989 13002
+8293 11284 11300 11325
+8293 11283 11285 11300
+8252 8265 8266 10154
+8293 11275 11283 14752
+3660 3661 12650 12651
+11752 11755 11756 11792
+7190 7639 8858 12765
+5318 8204 11954 11971
+8065 8067 11952 11973
+11903 11910 11960 11962
+1845 1846 5597 13444
+8143 12801 12802 13394
+9615 9627 9632 9634
+1975 2010 11895 11980
+3363 11904 11905 11911
+9637 9639 9677 9682
+1720 5209 6801 11782
+5221 5294 5349 12040
+9627 9635 9636 14273
+9627 9635 9636 9682
+11049 11301 11328 11329
+8619 8620 11412 11417
+11486 11584 13628 13651
+7799 11205 11249 13519
+2915 10843 10853 10854
+1962 9611 9615 14443
+8599 8600 11381 12504
+5050 5051 5374 11836
+8555 8558 8567 8570
+11038 11283 11285 11300
+9187 9194 14252 14273
+9982 9985 10012 10014
+9632 9638 14250 14256
+11036 11205 11300 11408
+8521 11205 13519 14752
+4361 11445 11446 11474
+11035 11036 11283 14752
+10950 10951 12962 14744
+728 12184 12225 12260
+4430 4495 11568 13191
+7967 10772 10950 12963
+11594 11595 11607 11614
+8696 11641 13644 13681
+9628 9635 9637 9639
+9717 14267 14280 14281
+2790 2959 11524 11526
+6502 9711 9717 14281
+2827 11484 11494 11539
+9711 9717 14278 14281
+4261 12324 13228 13231
+3678 3696 12644 12645
+7967 10950 12962 12963
+7944 8027 8030 13216
+10798 10950 10951 12962
+8252 8265 8266 8269
+10773 10775 10920 14756
+9717 14278 14280 14281
+9717 14277 14278 14280
+9711 9717 14277 14278
+646 1215 6807 8072
+10773 10775 11003 14756
+182 9740 9749 14287
+7856 9815 9836 14352
+4811 4867 4868 11361
+8996 8997 8998 14426
+182 2168 9740 9743
+7829 7841 9779 14287
+7829 9776 9779 14287
+6224 6225 6275 13733
+7829 9776 9778 14287
+7829 7841 14287 14288
+10631 10633 10634 14318
+2166 9664 9693 9700
+7815 9094 9100 10694
+7829 9778 14287 14288
+14353 14356 14357 14366
+7819 7846 7895 10500
+14055 14057 14080 14081
+7938 10777 10920 14756
+6220 6221 6241 13745
+4630 4636 10122 10124
+7830 7896 14290 14321
+1621 1622 5980 13797
+1622 5017 6099 13809
+3017 11344 11378 11428
+7895 7896 14290 14309
+7846 7895 9741 14321
+14275 14300 14301 14302
+9645 10480 10483 10527
+14300 14301 14302 14303
+5596 5597 5705 13436
+442 443 2728 6400
+10773 12963 12967 12969
+1784 1785 5478 7035
+14274 14275 14299 14300
+2559 2560 2625 10496
+6539 9355 9356 14162
+9706 14274 14299 14300
+825 5038 7878 7881
+14274 14275 14276 14299
+9706 14274 14276 14299
+8985 8987 8989 9201
+5063 5264 5317 9526
+10772 10773 12963 12967
+1962 1963 1998 9612
+6681 9809 10539 14319
+14307 14313 14315 14316
+240 2365 4532 4596
+5038 7881 7890 9792
+5099 5297 12117 12139
+3938 3949 7740 8894
+14296 14302 14303 14305
+186 2131 2170 9766
+14311 14313 14315 14316
+6091 6144 13765 13767
+7823 8987 8989 14479
+109 110 2073 4156
+8770 10772 10773 12967
+10015 10750 10751 14121
+381 6048 10022 10027
+9087 9089 9099 14130
+9114 9974 14708 14722
+1595 1596 5014 5967
+4632 6443 6562 10338
+10465 14298 14303 14305
+1172 1173 5069 9647
+10773 11003 12969 14756
+7819 7895 9703 9741
+9752 14289 14293 14295
+4876 4980 11426 13575
+7938 8770 10773 10774
+7894 14293 14295 14297
+8185 12057 13089 13098
+5539 5646 13734 13737
+2150 9466 9470 9471
+7842 9751 14292 14295
+7840 14295 14296 14303
+10773 10775 10801 11003
+9324 10756 14726 14736
+9324 10755 10756 14736
+2877 11447 11468 11469
+4304 6325 6392 11368
+12166 12168 12200 12203
+9279 10016 10756 14735
+11434 11480 11488 11489
+9279 9989 9990 10016
+13304 13313 13691 13707
+7895 9665 9703 14297
+2727 6336 6399 11561
+7069 7083 7084 14478
+2969 3001 10797 10800
+3932 8895 8978 12956
+7845 7910 14322 14325
+9324 9987 10014 10755
+3157 3196 11752 11790
+4207 4375 10910 11026
+12364 12365 13036 13037
+3192 11769 11777 11855
+2170 7929 7930 9766
+2692 2693 2858 11229
+187 7930 7931 9766
+13103 13104 13106 13170
+8112 8117 8123 13492
+8978 8989 12955 12960
+6513 6514 7931 9807
+7842 7894 14292 14320
+9774 9785 14310 14326
+2470 2510 9976 10012
+8188 8470 11194 11200
+8187 13093 13101 13102
+7832 7910 14311 14315
+9324 9987 10755 10756
+12092 12108 12114 12227
+5905 8494 11252 13505
+1820 5574 5575 13680
+11391 11410 11450 11451
+9986 9987 9989 9991
+7314 7327 7334 14595
+8438 10027 13758 13759
+3682 12620 12622 12623
+9982 9983 9987 9991
+10725 14098 14099 14114
+439 6335 6398 11529
+9257 9930 9983 10007
+1685 5192 6820 12137
+8718 11635 13621 13622
+11501 13613 13630 13654
+9324 9977 10013 10014
+7947 8025 12300 12313
+9956 9965 9986 9989
+10396 10398 10533 14004
+6994 14334 14398 14403
+9965 9986 9989 9991
+7320 8682 12671 14576
+7858 9815 14329 14342
+1466 1835 4673 5919
+7791 8377 10815 11106
+9018 9019 12959 14374
+9230 9259 9965 9990
+9321 10011 10726 10733
+9844 9846 9855 9856
+9246 9973 10747 10761
+553 554 11099 11115
+2927 2928 11029 11030
+9929 9930 10052 10053
+7857 9861 10637 14352
+9120 12746 14547 14549
+9076 9081 11065 11066
+1935 7352 7377 9207
+4688 4689 11059 11281
+9931 14708 14721 14726
+9230 9257 9930 9983
+9233 9279 14726 14734
+8086 12997 12998 13085
+2687 2853 10911 10913
+5779 8497 8514 12491
+8630 13612 13619 13635
+11493 13601 13607 13608
+1422 1807 4651 5928
+375 9986 9987 10030
+7854 9831 9836 9847
+8729 8732 13712 13713
+8031 12641 12643 13684
+9229 9230 14734 14737
+4845 4918 11014 13278
+9324 9983 9987 10014
+9324 10013 10014 10755
+6686 9841 10637 14352
+192 6518 9836 9847
+2508 2636 9975 10743
+9279 9324 10756 14726
+7171 7182 14497 14499
+8292 11256 11274 11275
+9324 10013 10755 14736
+9279 9933 10016 14735
+7912 9861 14341 14348
+4890 4969 4991 11642
+7871 9185 14349 14350
+9235 10767 14142 14364
+13629 13640 13648 13656
+9183 9185 14349 14350
+7874 7875 9184 9832
+8725 10786 11716 13257
+7849 7874 14342 14423
+2889 2890 2961 11599
+629 3106 3107 6799
+11596 11719 11720 13202
+5582 13273 13325 13342
+9238 9286 9990 9993
+9233 9279 9324 14726
+9233 9257 9983 9984
+5839 8696 8704 13681
+3151 3191 11749 11797
+9221 9319 14363 14364
+2748 2749 2914 10854
+8684 12679 14570 14573
+3699 12716 12718 12721
+10805 10812 12711 12725
+9230 9279 9989 9990
+8292 11058 11241 13474
+8075 8076 8257 12442
+406 6318 6385 11207
+8291 11052 11245 11280
+498 499 4699 11354
+8292 11245 11275 13475
+8506 11276 13465 13466
+9230 9259 9929 10053
+9230 9233 9257 9983
+9134 13896 13897 14435
+8966 14353 14357 14367
+6 394 2443 8289
+3591 8615 11292 12506
+7417 8488 14627 14636
+8607 8608 13583 13584
+1431 4775 5937 13618
+4421 12195 13172 13226
+9230 9257 9930 10053
+7814 8966 14353 14357
+7799 8521 9211 12493
+8630 13612 13616 13635
+8055 12747 12751 12753
+8641 8695 12606 12607
+9259 9940 9990 10054
+9220 14356 14357 14366
+9828 10691 10708 10709
+7874 7875 12903 14421
+2793 2833 2998 11659
+7874 9183 9184 12903
+9183 9184 12903 14420
+2836 10795 10797 10847
+9890 10708 10709 14355
+9828 10642 10691 10706
+9221 14358 14362 14363
+8055 12752 12753 12754
+5578 13700 13706 13707
+8055 8863 12747 12753
+10725 14098 14114 14124
+4736 4906 13322 13331
+7804 7806 9050 11193
+4902 4972 13259 13260
+629 630 3107 6799
+8138 9048 12808 13393
+14140 14356 14357 14362
+2934 2935 2990 8307
+5120 5211 11830 11865
+2844 10824 10916 10983
+8138 9047 9048 13393
+8141 9047 9048 14486
+4993 8704 13661 13668
+14356 14357 14358 14362
+2921 10884 10885 10888
+4759 4855 9055 13397
+4570 6434 6552 10184
+4086 14548 14549 14554
+2924 2925 2979 10890
+4873 4874 4933 11416
+8055 8863 12753 12754
+8561 12519 12520 12531
+11568 11571 13191 13208
+4656 4776 5937 13632
+986 3713 3726 12673
+3806 8863 12747 12753
+1811 4654 13604 13607
+1815 5570 13637 13650
+8779 8781 10777 12977
+7194 7217 7241 12736
+9221 14140 14357 14362
+4059 4081 4082 8803
+9221 14357 14358 14362
+8992 9013 9019 14374
+1768 4027 7203 7204
+1862 3416 3423 6861
+3788 5467 8850 12784
+8778 8779 10777 12977
+1256 1257 4195 6367
+8614 11387 11388 13548
+6944 9018 9019 14373
+4871 11389 11390 13551
+11450 11452 12515 12520
+8658 8664 12597 12603
+6943 6965 6975 9017
+4246 4421 4422 13226
+1068 6944 9019 14373
+7395 8512 14615 14621
+9885 9897 14356 14366
+8764 10777 12978 12979
+3650 11580 12586 12603
+1067 1068 6944 9019
+10798 10949 10950 12963
+7938 8764 8765 10777
+3272 3377 3384 11761
+8672 8770 10774 10781
+9257 9930 10052 10053
+8770 10772 10781 12967
+7819 9016 10357 10455
+4943 13313 13691 13707
+5595 13364 13377 13378
+6944 9018 14375 14378
+8764 10777 12977 12978
+2375 4538 4601 10333
+1585 5962 6080 14008
+6947 6970 6975 9005
+342 6009 6010 10391
+5485 5486 5772 14377
+5485 5486 9005 14377
+5486 9005 9015 14377
+9329 9944 10026 10086
+5486 5772 9015 14377
+9259 9929 10053 10055
+7937 8763 8764 12977
+5772 9010 9015 14377
+7506 7508 7510 14669
+3419 8458 12369 12374
+5346 11820 11996 12007
+3435 8447 8458 12374
+3806 8863 12753 12754
+6948 6975 9015 9022
+7496 7509 7517 12391
+4337 4397 12999 13000
+6948 9006 9009 9022
+8159 11878 12994 13068
+6949 9006 14383 14391
+5092 5183 11819 11820
+1219 1305 1397 8309
+8754 12665 14563 14569
+8753 12675 12676 14755
+2128 2167 2292 9695
+2216 9647 9650 9679
+6949 6981 14383 14391
+2171 7923 9784 9801
+2086 4120 4162 9273
+9828 10691 10706 10710
+5122 8072 8204 8207
+5260 9315 9373 9479
+9317 10746 14354 14360
+2039 2040 2203 9567
+3736 3737 3757 12690
+5143 11950 11953 11973
+3407 3432 3435 8458
+6994 7849 14334 14403
+6524 9885 9897 14361
+1693 1694 5196 6783
+7695 7733 8970 9186
+10470 10517 10520 10522
+8752 8753 14572 14755
+7892 7906 7907 7909
+6979 7005 7007 14384
+9236 14144 14151 14171
+1090 7734 8418 12915
+7007 7847 9016 14384
+8749 8752 14568 14572
+3711 8752 8753 12675
+5230 5338 9825 9872
+5096 5187 5294 12068
+3170 3292 11885 12025
+1969 2004 2005 9504
+4891 4993 8704 13668
+1980 2015 11753 11798
+7251 7254 7260 14560
+5055 5250 5360 11743
+3058 3059 3224 12118
+11248 11335 11346 11347
+8749 12663 14568 14741
+7911 13987 14022 14382
+12674 14564 14567 14568
+8751 12674 14567 14568
+5488 9006 14391 14396
+8753 14569 14572 14755
+8749 14569 14572 14755
+5004 6068 13891 13892
+12325 13230 13231 13232
+8569 8663 12555 14753
+5488 6949 9006 14391
+9162 9177 10610 14397
+7964 12338 12339 12343
+8744 8745 12655 12663
+9714 10409 10428 10429
+11814 11822 11849 12990
+3297 3378 3379 11763
+3736 3737 8678 12690
+9174 9840 10650 10662
+7011 7886 10596 14393
+9162 14027 14046 14406
+14310 14311 14313 14316
+1937 7353 7354 7657
+5019 5214 5322 7995
+6998 7887 9154 14406
+14100 14101 14104 14107
+10798 10801 12969 12970
+1657 5053 11908 11913
+4203 4373 4484 10793
+3549 3550 12451 12463
+3741 8744 8805 12683
+4121 5082 5174 9260
+432 2717 2718 6331
+7873 9838 14410 14425
+10583 10584 10652 10712
+6932 12489 12490 14645
+2215 9651 9671 9673
+7925 9805 9816 14333
+8688 10848 12658 12659
+9194 9636 14273 14458
+9639 9675 9681 9682
+8558 8567 8569 12549
+7848 7873 9838 14410
+577 3054 6772 6815
+7848 7919 9838 14410
+12093 12120 12130 12132
+2827 11483 11484 11494
+2063 2226 2227 9687
+3225 12117 12118 12154
+8688 8749 14563 14743
+9174 9834 10663 14417
+7687 7750 12651 13251
+3148 3188 12312 12319
+3095 6793 11775 11779
+3105 3270 3271 11765
+3584 3602 3603 12555
+8688 8745 10848 12658
+11738 11739 11774 11848
+7876 9177 10618 14408
+5064 5265 5332 9567
+682 3145 12280 12287
+7015 7849 14402 14403
+933 8687 12665 12667
+748 9346 9350 9351
+7002 7015 7017 14402
+2080 4117 9250 9893
+14408 14418 14419 14421
+8681 8685 12666 12667
+5341 5372 9311 9313
+10583 10616 10652 10712
+2398 10551 10552 10557
+14416 14417 14420 14421
+9179 9184 14417 14420
+8166 11870 11871 11889
+4531 4594 6554 10190
+8200 9366 9495 9511
+3278 3361 3365 11829
+8331 11143 13049 13050
+12894 14407 14414 14417
+3603 8569 12555 14753
+3275 3276 11770 11772
+3407 3419 8458 12369
+2291 9656 9693 9697
+267 2392 4546 4609
+6940 6974 6991 14411
+14296 14298 14303 14305
+7008 7015 7849 14409
+6994 7008 7015 7849
+5054 11774 11777 11847
+7026 14430 14436 14438
+10219 12885 12889 14433
+846 3407 3419 12369
+8681 8686 12666 12668
+1077 7738 8415 8977
+7521 12378 12386 12391
+8920 9593 10219 14237
+8681 8685 12667 14570
+9593 10219 14433 14441
+8569 8663 12547 12555
+8643 8663 12547 12556
+1963 1964 9608 14228
+11870 11876 11878 12994
+841 3404 3405 12413
+3046 3212 11999 12019
+5331 7982 8005 8007
+1111 12481 14610 14613
+1498 5506 5507 13892
+585 3062 6776 6819
+716 717 13010 13022
+593 594 3071 6781
+8920 8921 14229 14432
+8657 12593 12594 12605
+8021 8030 12645 13235
+5004 5009 5949 13892
+1963 8925 9608 14228
+8657 12590 12593 14754
+3737 3757 3758 12690
+3737 3758 12690 12700
+8552 8567 8569 12549
+1987 12318 12333 12341
+3124 3289 8072 8205
+5519 5626 13980 13983
+14254 14255 14264 14265
+5037 7813 9769 9798
+8919 8920 14229 14432
+8911 12890 14228 14432
+8062 8175 8190 9478
+736 737 7745 8480
+9141 13960 14449 14453
+11471 13163 13164 13165
+8062 8175 9469 9478
+9137 9146 14453 14466
+8050 8051 14519 14523
+9034 13040 13041 13042
+11476 11721 13202 13244
+14100 14101 14102 14103
+9142 13960 14444 14449
+8577 12590 14740 14754
+8576 12557 12558 12591
+10583 10616 10617 10652
+151 6478 9027 9379
+8576 12590 12593 12598
+5100 5192 12137 12156
+7071 9187 14457 14458
+6485 6653 6654 14208
+9561 9585 9588 9592
+1982 11858 11906 11919
+9141 9146 13932 13999
+11880 11882 11883 11886
+9137 9141 9146 14453
+8062 8190 9474 9478
+9137 9141 9146 13999
+8427 13729 13745 13785
+7671 7753 7760 12379
+8986 9200 9641 14301
+11879 11880 11882 11883
+13731 13733 13735 13808
+5098 5189 5296 12096
+7874 14409 14421 14423
+8565 8658 12593 14753
+3603 8569 12559 14753
+8689 8692 12608 12609
+4348 11263 11264 11268
+5616 5786 13884 13902
+4579 6449 6568 10447
+4926 11183 11184 13406
+11858 11906 11918 11919
+9408 10091 10115 10169
+8562 8617 12524 12538
+152 153 2114 9364
+7055 7091 14457 14473
+4978 13361 13445 13448
+4935 13604 13605 13606
+1137 5603 7276 8748
+7558 8466 9001 9002
+1811 4654 5916 13604
+7372 12498 12499 12500
+5192 6820 12137 12156
+4775 4819 4938 13618
+2694 2859 2860 11230
+8558 8567 8568 8569
+8548 12146 12148 13169
+5567 5667 5675 13617
+8563 12559 12593 12605
+1805 5560 5561 13557
+8550 8563 12559 12605
+8519 13594 13595 13596
+8550 8564 8565 12605
+4839 11729 13374 13376
+8062 9469 9474 9478
+3810 3832 12749 12757
+7222 7234 7252 14530
+1503 1565 5952 13894
+5710 9927 10758 13728
+8509 8521 8522 11036
+8766 8767 8781 8784
+8509 8522 11035 11036
+4635 6461 9980 9981
+7964 11812 12343 12348
+1131 1746 1747 7359
+4050 4051 7393 7423
+7222 12734 14525 14530
+8328 11158 11164 11165
+10 760 1989 8009
+11035 11275 11283 14752
+5790 5791 13838 13842
+937 3653 12660 12669
+7801 8117 8125 9073
+8509 11035 11275 14752
+1863 3415 6862 6863
+5426 5729 8624 12541
+5791 13829 13837 13838
+7092 14450 14463 14464
+8509 8522 8523 11035
+5510 13894 13908 13910
+2471 2511 2639 9991
+6647 9380 10183 10185
+8062 8190 8194 9474
+2445 10071 10072 10079
+8499 8508 8509 8521
+320 5988 8387 10076
+6676 9752 10506 14289
+8062 8194 9469 9474
+1165 4098 5065 9571
+10341 10358 10363 10443
+2134 9795 9797 9827
+6687 6688 9861 14341
+8507 8508 13504 13580
+1590 1591 6083 14066
+4791 5919 13408 13410
+9007 12948 12958 14477
+2379 4603 10366 10367
+9106 9932 10030 10759
+8612 11355 11356 11357
+1752 1753 5419 7365
+7805 8324 11170 12804
+999 7108 12810 14485
+3581 3597 3611 12553
+10605 10606 10608 10648
+8417 8975 9183 14422
+9223 9888 14354 14359
+6133 6271 6273 14010
+8432 8444 12367 12369
+8417 8975 14422 14424
+6143 13762 13768 14119
+3597 3611 8625 12553
+844 853 3410 5397
+7854 9836 9847 14341
+8244 10162 14677 14678
+7804 7806 8138 13393
+4034 4039 12481 12482
+7131 7142 8358 14487
+333 2450 10316 10317
+7804 8138 9047 13393
+8293 11300 13519 14752
+8093 8103 8330 11155
+8165 11880 11883 11886
+10909 11083 11084 11085
+9956 9986 9995 10016
+9956 9989 9990 10016
+1832 4670 5585 13409
+2798 2837 10919 10922
+7860 9809 10560 14324
+8142 8358 13813 14487
+7860 10537 10538 10558
+4897 11699 11700 13687
+3005 10824 10830 10835
+8381 9047 9048 14486
+7858 14336 14338 14339
+6 1487 8289 8298
+7107 7131 8142 8358
+7854 7856 14343 14346
+5852 5907 8842 13385
+13337 13339 13340 13366
+469 470 2755 6350
+7845 14322 14334 14335
+7107 8132 8142 12800
+10880 10881 13001 13002
+2811 11153 11157 11172
+53 1729 5123 8072
+6602 6651 6652 10211
+9223 9317 10708 14354
+9143 10349 10355 13927
+6611 10408 10413 10414
+8956 8957 13880 14439
+6563 6605 6609 10366
+9704 10469 10476 10478
+6192 6265 13963 13964
+2158 9560 9565 9585
+8095 8300 8313 12813
+8145 13813 14486 14750
+8141 9047 14486 14750
+9780 9781 10542 10565
+7901 10575 10576 10577
+4078 4079 4088 7345
+8095 8315 14491 14493
+6079 6239 14002 14016
+8145 8384 9051 9054
+1861 5606 6860 9085
+7887 9162 10610 14397
+14329 14333 14335 14342
+8138 8141 8143 12808
+7109 7139 8095 14491
+383 2515 10008 10034
+4685 8121 8299 9084
+9071 13345 13458 13476
+7139 8095 14491 14493
+11416 13563 13565 13568
+8138 8141 9048 12808
+499 500 11357 11358
+7858 14329 14335 14342
+8600 11381 11511 12504
+7817 7848 9812 9837
+11550 11597 11720 11722
+8633 8635 12536 12540
+2715 2880 11446 11475
+11669 11670 12636 13672
+6982 6983 6998 14405
+7887 10596 10610 14397
+8462 8464 12901 14682
+5483 5750 8933 8935
+1109 1111 1112 7611
+5483 5750 5761 8933
+3413 3440 3441 12399
+8141 8143 12799 14751
+11860 11921 12991 12993
+11436 11554 11579 11705
+8462 12901 12916 14682
+3008 3037 10968 11080
+7803 9125 9126 13825
+9986 9995 9996 10000
+8800 10820 11067 11104
+964 3699 12718 12721
+1082 8462 8464 12901
+8934 8936 14502 14503
+8933 9129 14495 14503
+9325 9326 9350 9351
+1352 4581 6452 6571
+8088 8264 13086 13131
+8137 8138 8143 14761
+9327 9340 9341 10039
+1702 1703 5109 12327
+8355 10250 10251 13825
+8933 8935 9129 14503
+2040 2203 2204 9567
+8475 8490 12457 14636
+1410 5914 5926 13521
+5685 5890 13697 13705
+3875 3886 12857 12865
+7397 7398 8515 14629
+4444 11004 12968 12980
+3894 3912 12857 12876
+175 6502 9716 14270
+4929 13311 13312 13433
+8723 8724 8726 10788
+8137 8138 8139 13400
+5842 13411 13437 13441
+4733 4902 10967 11717
+8026 11659 11682 11690
+8354 10067 10188 14496
+7858 9815 9817 14330
+2069 2232 9767 9768
+8139 9057 13398 13400
+547 548 4748 13285
+8934 9127 14495 14502
+4680 4956 13363 13426
+5635 5784 5901 14057
+8934 8936 9127 14502
+8137 8143 8882 14761
+6720 10290 10311 10312
+8694 11437 11580 12586
+255 2380 4540 4603
+5010 5953 13909 13910
+7061 7078 13960 14453
+10585 10586 10712 14331
+9012 9013 12958 12959
+4977 11185 13390 13424
+1587 5963 6081 14058
+6975 9005 9015 9017
+8934 14495 14502 14503
+11075 11076 11077 11080
+1401 1547 5987 8140
+8333 11168 13008 13049
+10256 10261 13823 13826
+5470 5753 8131 12799
+377 378 9996 10000
+6021 6022 10567 10569
+14012 14013 14014 14015
+1542 5546 5547 13360
+8131 8139 9051 14746
+8911 14227 14228 14229
+3943 8462 12901 12916
+2021 7949 14748 14749
+8052 12829 12846 14759
+10685 10686 10718 10746
+7618 7738 8415 12940
+1060 1851 5480 8940
+8050 8051 8054 12738
+8074 8078 8243 8275
+5463 7116 7117 14512
+8051 8054 8904 12738
+13725 13727 13774 13784
+1850 5463 6850 7117
+1453 4666 13305 13309
+1082 3943 3953 12901
+4769 4932 13557 13562
+5480 6850 8940 12842
+5779 5874 8494 8497
+3483 12481 12483 12484
+8020 8022 8028 12320
+8089 8297 11040 11042
+8019 8020 12318 12320
+3943 3953 12901 12916
+7018 14395 14398 14403
+7183 12849 14513 14517
+7920 7927 14322 14334
+8019 8020 8022 12320
+8938 12849 14513 14517
+12310 12311 12312 14747
+1988 7774 8022 14749
+528 529 2835 10937
+11012 11015 11725 11726
+5577 5677 13700 13701
+1018 1019 7123 12741
+1018 1019 3781 12741
+1662 1663 5148 7949
+12383 12387 12388 12402
+13090 13091 13092 13094
+7156 7169 7173 14523
+5719 8127 8129 8493
+8634 8653 11498 13699
+8641 12553 12588 12607
+4677 4795 4845 13329
+7774 8009 8022 12326
+7292 8753 14562 14569
+2389 4608 10446 10447
+7858 9817 14329 14336
+10279 10304 10305 10306
+1607 5973 6091 13767
+8568 8660 11401 11464
+8797 12714 12731 14527
+8658 8664 12556 12597
+7951 7980 7982 14748
+1472 4795 5920 13266
+7966 7967 12967 14744
+1448 1823 1824 13710
+636 637 3114 6844
+968 969 3703 12730
+437 6334 6368 11531
+7967 10772 10950 13256
+8607 8631 8633 13583
+2830 2959 2996 11552
+11400 11442 13193 13212
+7224 12733 12775 14532
+2954 2955 11466 11467
+7966 12338 12342 12346
+10340 10343 10347 10348
+8858 14536 14537 14538
+5509 5510 13894 13895
+7966 12338 12345 12346
+14536 14537 14538 14545
+9557 14187 14188 14198
+2618 10401 10404 10406
+9783 10452 10502 10503
+6208 6293 14072 14079
+7859 7913 10618 14423
+6015 6016 13947 13951
+12754 14536 14538 14545
+5764 9020 9155 14026
+1348 4545 4609 6450
+12752 12754 14536 14538
+9088 9089 9100 14130
+7951 8019 12310 14747
+7951 12310 14747 14760
+1362 4583 6457 6576
+4569 6431 6474 8273
+12389 12392 12394 12405
+6 394 1487 8289
+13508 13515 13516 13517
+8516 8521 8522 12493
+7262 8881 14539 14540
+6480 6481 6649 9544
+7246 7247 14548 14550
+6855 6889 8929 12817
+5944 13800 13801 13802
+7258 7264 9121 14548
+12552 12560 12563 14600
+7964 12339 12343 12344
+7840 7842 14295 14297
+8858 9204 12752 14536
+6302 13860 13864 13865
+10379 10380 10471 13948
+7896 10494 10631 10632
+262 2386 4543 10422
+12285 12310 12312 14747
+9703 14301 14303 14304
+5756 5797 5798 13929
+2628 10536 10544 10545
+7830 9779 9787 14308
+2540 2616 2661 10365
+6183 6238 10361 10386
+7951 12308 12310 14760
+5800 8963 13940 13941
+8981 8982 9196 14473
+9175 14046 14400 14405
+4579 6568 10446 10447
+8859 14535 14542 14545
+10398 10531 10533 10534
+7848 7849 7873 14342
+5033 9267 9454 9455
+1085 1086 6957 10696
+6633 6702 6739 9937
+846 847 3407 12369
+7224 7256 7259 12733
+1634 5039 5136 7868
+8865 12756 14533 14534
+6718 9476 9477 13115
+2082 2245 2246 9248
+2553 2554 10448 10461
+8428 8439 10021 13806
+7874 12903 14409 14421
+6045 6223 10021 13739
+7874 7875 9184 12903
+8192 9447 13088 13129
+8185 8469 12440 12446
+7873 7874 14346 14422
+4828 13696 13697 13701
+7873 14345 14422 14745
+9115 9209 12448 12474
+8165 11880 11883 12057
+1101 7604 7641 8055
+5508 5616 13889 13903
+7640 8861 9204 14559
+1102 4005 7605 7606
+6134 6251 6270 14040
+7215 7605 7642 14558
+1118 4004 7240 14556
+5659 7802 9081 9084
+8646 12552 12563 14600
+7872 7873 14346 14422
+7801 8295 9066 10180
+7872 7873 9856 14346
+7872 8975 9183 14422
+2649 10125 10155 10160
+1309 6430 6431 8090
+6112 13909 13913 13914
+167 168 6494 9613
+7874 9183 9184 14346
+1721 6802 6843 11781
+6502 9716 9717 14270
+8953 8954 13900 13901
+8975 14345 14422 14424
+931 12659 12663 14563
+5685 13696 13697 13701
+2095 2096 4167 5085
+6673 6674 6724 14283
+7305 8751 8752 14568
+875 3487 3488 7706
+9854 9889 14347 14350
+8584 8645 12563 14595
+370 6037 10720 10740
+10582 13989 14019 14025
+10738 10751 10752 10753
+5866 9091 9092 14094
+193 9843 9847 9859
+9975 10719 10728 10761
+4057 7308 7309 7324
+7159 7169 7179 14514
+379 6047 10001 10019
+7872 8975 14345 14422
+982 7206 8750 8803
+8323 8324 11156 11170
+8137 8138 13400 14761
+163 164 6490 14226
+2651 8337 8344 8345
+722 1216 4174 8239
+8646 12563 14595 14600
+9183 9184 14346 14349
+6302 6304 13860 13865
+1319 4531 4594 6554
+5431 5603 7275 8748
+11879 11880 11881 11889
+5603 7275 7276 8748
+1754 1755 5431 7275
+7848 7849 14335 14342
+7807 8139 9051 14746
+5509 13890 13903 13907
+13880 14434 14435 14439
+8145 8384 9047 9051
+4066 14583 14585 14591
+7349 14578 14580 14583
+9642 10486 14275 14278
+7346 7349 14580 14583
+9643 9703 10455 14301
+1568 1569 6072 13914
+10279 10292 10305 10306
+13688 13697 13701 13705
+2221 9685 9692 9697
+9740 9745 9747 14291
+7799 8507 13514 13519
+7895 9703 9741 14297
+7799 8507 8521 13519
+9108 9910 10737 10752
+8999 9001 9095 12899
+11249 11325 13514 13519
+1957 7833 7839 14328
+1620 5016 5979 13796
+6049 6050 6227 13751
+11879 11880 11882 11889
+305 306 2430 4565
+7337 7344 7346 14580
+7339 7342 7348 14585
+7799 11249 13514 13519
+5414 5418 8496 9116
+10092 10096 10097 13451
+7774 7980 8009 12326
+8114 8282 8500 13495
+5685 13697 13701 13705
+8441 8445 9998 10017
+9329 9944 9994 10004
+7829 9778 14288 14306
+9781 10511 10566 10571
+7269 7302 14586 14589
+2042 2205 2206 9566
+6197 10516 13990 13992
+7583 7584 9279 14726
+2560 10496 10497 10539
+5957 6075 6123 13958
+12378 12383 12386 14654
+6203 14029 14030 14036
+7761 8572 8581 14593
+1122 3479 4012 12486
+7269 7302 7313 14589
+7127 7137 14190 14194
+3970 3976 3985 6893
+8578 12592 14588 14592
+14059 14061 14062 14071
+1587 1588 5963 14058
+10465 14303 14304 14305
+7837 7842 7843 14386
+10587 14076 14077 14127
+5134 7813 7852 9821
+1106 4009 7610 14593
+7269 7291 7313 14593
+9513 9527 9532 9533
+2444 8367 10064 10071
+4008 14589 14593 14594
+7127 7719 14190 14194
+8919 8920 14235 14238
+41 1785 5479 7051
+7127 7137 8216 14190
+4008 7609 14593 14594
+9158 14399 14400 14405
+2625 10494 10499 10631
+5525 14065 14070 14071
+7127 7719 8216 14190
+7272 8749 14568 14572
+7329 12596 14590 14598
+7859 10583 10584 14339
+5520 13985 13991 14002
+9144 9149 10388 14452
+3847 3877 12856 12870
+7272 8749 12663 14563
+13955 13956 13967 13981
+13975 13977 13979 13996
+9016 10437 14378 14379
+4998 5957 6075 13958
+6687 6688 6752 9861
+358 10574 10592 10599
+933 7273 12665 12667
+9780 10500 10542 10630
+7008 7849 14409 14422
+7859 7863 10554 14339
+9886 10700 10710 10747
+7316 12583 12596 14598
+7315 7327 9118 14595
+7316 7329 12596 14598
+9752 14293 14295 14298
+4078 7326 7339 7345
+12596 14590 14597 14598
+8618 8619 11411 13598
+2953 2991 11425 11440
+1271 4202 6340 6423
+4898 11699 13690 13691
+2021 2022 14748 14749
+11629 11631 13642 13722
+12583 12596 14597 14598
+6991 6994 7849 14334
+3662 8018 8029 8043
+6964 6991 14410 14745
+6993 7008 14422 14745
+4737 4738 13322 13323
+6991 7008 7849 14745
+9746 9751 14292 14295
+2622 10426 10460 10478
+10426 10461 10464 10466
+6976 6991 7008 14745
+4652 4816 4934 13591
+4178 4296 6386 10911
+7437 9206 9208 14628
+10426 10461 10464 10465
+6323 6360 6417 11319
+1803 4767 5927 13543
+1209 4128 4170 9382
+6961 6976 6993 14424
+3209 11996 12011 12012
+8982 8983 8985 9200
+8684 14562 14573 14574
+8647 12563 14595 14600
+10789 13274 13303 13307
+13038 13062 13063 13065
+1274 1275 4204 6342
+8878 8886 8887 12786
+7420 7434 14609 14614
+4462 4463 11082 13002
+3161 3334 11840 11897
+7420 7432 7434 14614
+6961 6993 8417 14424
+7127 7137 7144 8216
+11117 11118 11160 11186
+7895 10500 10505 14309
+731 12145 12175 13169
+1869 12828 12830 14757
+7103 7127 7719 14498
+11454 11456 11457 11459
+6529 9914 9915 9918
+7427 8058 9206 14610
+7352 7385 7404 8472
+8057 12478 12481 12482
+7895 10504 10505 10508
+4034 8057 12481 12482
+6728 9783 10503 10634
+4268 4443 12350 12961
+5753 8137 8882 12799
+4749 4750 4919 11022
+7425 8524 14605 14614
+2838 11009 11015 11087
+8525 12477 14621 14626
+7429 7430 14634 14635
+7411 7425 7428 14605
+7425 7428 8524 14605
+580 581 3058 6774
+731 732 768 12175
+3275 3379 3380 11772
+4331 10883 10891 10892
+5469 5753 8882 12799
+545 10873 10876 10915
+9788 10453 10458 10507
+5753 8131 8137 8139
+7395 8512 14615 14618
+7362 7363 7395 14618
+7836 7842 8986 9182
+5428 5432 5433 9119
+5257 7949 11799 12285
+5257 5304 5359 12285
+2362 4531 4594 10190
+8362 10080 10083 10255
+5414 8496 8511 9116
+6444 6609 10366 10367
+341 10375 10389 10391
+3594 8588 12514 12517
+6605 6668 10368 10414
+5148 5257 7949 11799
+8647 12563 12570 14595
+4583 6457 6576 10624
+7982 12308 12309 14760
+4442 4443 12350 12970
+6620 9809 10535 10560
+14283 14299 14302 14305
+941 942 3647 8012
+4555 6460 6578 10713
+305 2429 4565 4627
+3539 8526 12475 14626
+7431 7437 9208 14628
+4441 4442 10951 14744
+1164 4098 4140 5065
+2211 9617 9620 9621
+10363 10371 10393 10444
+2449 10274 10279 10306
+4440 10868 10951 12347
+8588 12514 12517 12523
+3594 8609 12514 12517
+344 6012 10434 13930
+4573 6441 10289 10335
+4267 4442 4443 12350
+162 6489 9595 14211
+896 3551 12564 12569
+8609 12514 12517 12523
+1934 7352 7376 14624
+8 723 7850 7851
+3935 7734 7735 12915
+826 1990 7771 7868
+7836 8987 9182 14370
+4266 12342 12346 14744
+792 824 5037 7878
+3940 3954 8422 14690
+14100 14101 14102 14106
+7654 7655 7706 14624
+1934 7654 7655 14624
+1717 5116 6799 11751
+4266 4442 12350 14744
+7813 7855 7914 9796
+178 9701 9706 14284
+6673 14276 14283 14299
+6704 9333 9334 14143
+8487 12468 14631 14637
+3594 8609 12517 12528
+5167 5275 9772 9800
+5134 5234 9820 9821
+9357 9398 9399 14169
+7873 9838 9856 14343
+6534 9285 9333 14152
+6704 9334 9336 14143
+5227 9292 9303 9456
+9246 9319 10748 10762
+7404 7410 14631 14637
+7966 12342 12346 14744
+6060 6165 6237 10175
+4265 4440 4441 12347
+8075 8257 11057 11210
+9327 9340 10117 14157
+2477 2646 2647 10099
+7404 7421 12469 14637
+4224 4225 8165 12059
+9714 10463 10485 10486
+7410 8487 14631 14637
+3921 12835 12836 12845
+2526 2527 10190 10210
+2448 10224 10232 10271
+7421 8487 12469 14637
+9680 9719 9722 9723
+7371 7402 12498 14640
+2333 9658 9664 9758
+6674 10461 10466 14305
+302 303 2427 4626
+361 10605 10606 10648
+6542 9360 9416 9423
+2598 10031 10062 10112
+1380 1381 4624 6585
+8490 12498 14640 14641
+3915 3921 3923 12835
+8244 10162 10168 14677
+4566 4629 6471 10031
+7402 8490 12498 14640
+9068 9072 9075 10175
+6487 6656 14211 14213
+8916 9562 9577 14218
+3915 3923 12827 12835
+985 8683 8684 8756
+39 1964 1965 8927
+7370 7371 7402 14640
+334 335 10322 10326
+7370 7371 14640 14641
+7371 12498 14640 14641
+8934 8936 12857 14503
+9193 14268 14279 14286
+7402 7418 8490 12498
+3889 3915 6879 12828
+5066 5158 5232 9605
+3459 3466 8406 12404
+8407 8460 14647 14648
+3909 6879 6905 12827
+6938 6962 7731 7835
+3451 6882 6906 12415
+241 2366 4533 10242
+11871 11879 11882 11889
+10638 10644 10676 10678
+5338 9822 9823 9824
+895 896 7355 12564
+6873 6883 6903 12410
+6145 6219 13725 13727
+8395 8402 9289 9407
+8645 8646 12568 12569
+3908 3915 3921 12836
+7584 7599 14726 14734
+2416 4558 4621 9936
+199 2138 9879 9896
+3908 3915 12828 12836
+3908 3911 3915 12828
+8644 8646 12568 12569
+1741 5403 7448 7449
+7839 7840 9641 14294
+10848 12678 12683 12684
+7500 8277 14661 14666
+10069 10254 10295 10299
+7818 7833 8986 9641
+8277 8455 14661 14664
+7500 7513 14661 14666
+3910 8903 12858 12881
+5232 5333 9602 9605
+10187 10206 10209 10210
+4637 4638 4855 9056
+7500 8277 14665 14666
+4004 4005 7215 7225
+3752 12678 12683 12684
+9635 9640 9646 14271
+9563 9577 10276 14218
+3752 3760 12678 14742
+6672 6673 9714 14276
+9327 9402 10039 10115
+3738 12675 12677 14742
+8278 8280 8281 14665
+8255 9401 9405 10101
+8080 9404 10162 14667
+9181 9199 9709 14277
+8254 10162 14667 14678
+9797 9811 9826 9837
+3760 12677 12678 14742
+9320 9905 9911 9913
+7529 12914 14686 14689
+2503 10583 10589 10614
+6578 6735 10713 10714
+10704 10706 10710 10711
+9578 10301 10305 10306
+3738 3740 12675 14742
+5342 9314 9345 9394
+195 6521 9849 9878
+3738 3740 3752 14742
+2085 2086 4162 9273
+7840 9641 14294 14300
+3715 3741 8744 14741
+1386 4565 4627 6588
+7599 14708 14724 14730
+4534 6557 10269 10284
+8983 9200 9201 9712
+9281 9921 14148 14150
+3715 8744 12674 14741
+248 4536 4600 10289
+6441 10289 10290 10336
+7485 8113 12430 14674
+825 5038 5135 7878
+70 2034 4094 4136
+7454 7485 12430 14674
+2509 2672 9975 10767
+3715 3725 12674 14741
+5078 5169 5277 9863
+6521 9854 14347 14348
+191 6517 6518 9836
+5038 5135 5236 7878
+9337 9353 9357 14169
+3408 3421 3444 10116
+4850 4977 11185 13424
+7485 8113 8500 14674
+7452 7485 8113 8500
+3711 3725 3740 12675
+792 823 5037 7813
+2638 9925 9935 10007
+6682 6683 6730 10560
+205 6532 9278 9344
+820 5133 9912 9913
+8113 8123 12430 14674
+744 778 9460 9472
+8113 8123 8282 14674
+791 792 823 7813
+3561 7660 8551 8556
+3674 8033 8034 12615
+5640 14110 14120 14124
+11420 11435 11579 11705
+12206 12209 12225 12233
+8644 12564 12568 12569
+7547 12424 14681 14683
+828 9085 12423 12424
+1525 4999 5531 14108
+3711 3725 8752 12675
+1985 7964 11817 12348
+3603 3616 8569 12559
+3603 3604 3616 12559
+8773 10803 12712 13057
+11074 11852 11922 11930
+1838 1839 5591 5924
+3602 3603 3615 8569
+3005 10824 10830 10873
+1712 1713 5114 6796
+9221 9319 14358 14363
+4841 4984 13413 13433
+2108 2109 8151 8152
+8126 8258 12432 12436
+10484 10486 14278 14282
+8188 8189 13067 13069
+6639 10031 10062 10112
+2079 9249 9864 9893
+7553 9002 14680 14692
+2710 2875 11405 11433
+8425 9003 14679 14680
+2825 11430 11434 11439
+387 2477 10056 10057
+9003 12420 14679 14680
+7988 12616 13187 13211
+5102 5193 5354 12163
+5054 11777 11778 11842
+3251 3320 3353 12285
+3762 12696 12703 12705
+936 8674 12660 14565
+7312 7321 7334 8646
+7527 12420 14679 14680
+220 2187 9435 9442
+5051 5311 11758 11761
+3157 3329 3360 11752
+830 7527 12420 14679
+2522 8351 10181 10182
+6909 7152 14510 14516
+3979 3991 12938 12941
+1018 1146 1147 4042
+7038 8930 9008 12948
+3453 3469 3472 12384
+8935 12847 12857 14503
+3601 3602 12547 12555
+8485 14612 14616 14617
+3586 8550 8575 12559
+9191 9593 10343 14441
+2597 9971 10032 10046
+9638 9646 14250 14251
+3586 8575 12558 12559
+1101 7641 8055 14558
+12851 12875 14505 14515
+823 5134 7813 7852
+1635 1636 1991 7809
+3860 3884 8899 12826
+6904 6907 6923 12919
+1401 8140 9046 9062
+8583 12565 12582 14597
+9128 10188 12861 12866
+6447 6565 6725 10411
+4049 12582 14599 14603
+12848 12850 12867 14505
+833 3398 8413 8424
+8737 8738 8815 8816
+3585 3586 3604 12559
+6446 6607 6613 10413
+4059 7206 7207 8803
+833 834 8409 8423
+8425 9003 12426 12918
+7528 12427 12923 14684
+6881 6904 6911 12927
+8424 12923 14689 14690
+5707 8993 8994 14697
+7532 7563 14697 14702
+8738 8815 8816 11727
+3585 3603 3604 12559
+6871 6911 12932 12933
+5390 5391 7532 14697
+3585 8576 12557 12558
+7292 7304 8753 14562
+5399 8447 14652 14657
+3584 8579 12554 14740
+1068 3929 3930 9007
+5390 5391 5707 14697
+3584 12554 12555 14740
+7562 7585 14695 14703
+5217 5218 5298 12159
+2237 2300 2338 9823
+8644 8646 12552 12569
+9089 9099 14705 14715
+1019 7123 7124 12741
+4050 4051 4074 7423
+8162 9439 9475 13088
+1145 6874 6902 12739
+7838 9090 9093 14128
+3471 3473 3475 12395
+4033 4064 4068 12745
+3553 3582 8647 12560
+3556 3584 3585 14740
+3556 3584 8579 14740
+7585 14695 14705 14715
+3417 3433 12380 12381
+7357 12573 12580 14602
+3319 12285 12310 12312
+7476 7494 12402 14646
+3149 3320 3353 12285
+3319 3352 3388 12310
+3498 3505 5415 12472
+8318 10986 11068 11189
+6048 10022 10023 10028
+2303 2304 9243 9244
+1191 4115 4158 5078
+3249 3352 3388 12283
+6706 6741 9336 9342
+7837 14314 14386 14389
+3271 3329 3360 11760
+7830 14307 14315 14316
+172 9628 9639 9646
+7552 7556 9227 14700
+7552 7587 14698 14700
+3249 3388 12282 12283
+3149 12312 12316 12331
+2287 2331 9653 9654
+7577 7582 7594 14698
+9226 14698 14706 14709
+6943 6970 6975 9005
+7949 12285 12331 14747
+9167 10679 14077 14126
+7596 14701 14706 14716
+2021 7949 12318 12341
+3615 3616 3621 12549
+9114 9974 14706 14708
+23 903 911 12576
+4999 5970 6088 14108
+7679 7731 7835 14372
+9100 9114 10727 14130
+9101 9114 14130 14705
+10504 10506 14290 14293
+6454 6732 10551 10557
+10591 10592 10593 10611
+9665 9703 10462 14304
+5238 7867 7889 7890
+1663 1664 5056 14748
+9099 9114 10727 14130
+2225 2226 9687 9733
+1989 7774 8009 8022
+1988 2022 7774 14749
+7774 8022 12326 14749
+2544 2545 10368 10406
+9099 9114 14130 14705
+6073 13913 13914 13939
+3982 3992 3993 12930
+5142 9492 9496 9505
+6129 14012 14015 14058
+1082 6969 12898 12911
+1988 8020 8022 8028
+174 9640 9670 14270
+1988 8019 8020 12318
+1869 8050 12830 14524
+2510 9982 9985 10012
+7594 7596 7602 14706
+23 911 7663 12576
+9098 14133 14134 14723
+9174 9177 14407 14419
+9774 14310 14312 14316
+1869 6869 6879 14757
+6516 6517 6685 9815
+2560 2561 10491 10539
+7793 8231 9030 9031
+3934 8894 12953 12954
+3949 7740 8893 12943
+1080 3938 3949 7740
+9098 9099 9109 10736
+8419 12909 14691 14698
+5524 5525 5633 14037
+7210 8755 8756 12670
+7793 8071 9030 9031
+9106 14133 14134 14727
+8955 10325 10328 10345
+9097 14134 14723 14727
+7793 8231 9030 11984
+9098 9099 9109 14133
+10364 14260 14261 14266
+2375 2376 10333 10339
+5692 10903 13328 13336
+13326 13328 13335 13336
+4905 4946 11728 13335
+1057 5604 6854 12817
+11449 11450 11492 12520
+1831 1832 4670 5585
+7842 7894 14297 14321
+1511 5517 13966 13972
+9150 9193 9195 9712
+7535 7566 14727 14733
+5394 5711 14727 14733
+13911 13912 13913 13916
+5801 5802 5893 9139
+336 337 6004 10344
+1735 1736 5394 7535
+4947 13326 13334 13335
+13967 13980 13981 13983
+911 3558 12562 12576
+9131 10243 10323 10324
+5472 5756 8953 8960
+5692 13326 13334 13336
+4789 4947 5584 13369
+8826 11024 11095 11098
+911 7663 12562 12576
+10069 10253 10254 13835
+5579 5580 5688 13306
+5688 13304 13306 13313
+6185 10394 13904 13911
+9711 14276 14278 14281
+1736 7535 7536 14733
+6491 10331 14236 14239
+7566 8429 14727 14733
+5686 5688 13304 13313
+10544 10547 10549 10577
+343 344 10387 10400
+9558 9587 9601 9625
+8924 8959 9578 10300
+6638 9971 10047 10049
+10364 10372 14260 14261
+934 7273 7294 8685
+8727 13713 13714 13715
+3898 3913 6916 6917
+9150 9195 14455 14456
+2034 2197 2198 9519
+1966 1967 7747 8908
+8428 8429 12368 14733
+8937 12843 12877 14511
+17 844 5396 7551
+8096 8212 14164 14489
+6242 8140 9063 13802
+17 1737 5396 7551
+9514 9515 9516 9531
+12440 12445 13067 13068
+1912 7105 7724 14518
+903 911 3558 12576
+7340 14578 14579 14580
+6763 9861 10628 10646
+10850 13715 13716 13721
+8101 8102 10185 14181
+1966 8907 8908 9572
+8856 12769 12770 12771
+7136 7141 7159 12882
+896 897 7378 8645
+172 173 9639 9646
+8051 12854 12882 14514
+1401 1633 8140 9065
+1016 1147 1148 6876
+8091 8360 8361 8367
+14429 14431 14436 14437
+896 897 8645 12563
+11937 13007 13010 13022
+2431 2596 2597 10032
+7793 8071 9030 11984
+8833 8834 8843 13289
+3 150 8234 9032
+9050 9055 9056 13400
+2287 9653 9654 9675
+4524 10877 10888 12971
+5859 8834 8842 8843
+8842 13291 13296 13297
+3930 3958 3959 12818
+8901 12863 12872 12887
+10991 13296 13339 13340
+7337 7344 14580 14581
+2682 10045 10103 10111
+4917 10959 13279 13287
+9480 9492 9496 9505
+2975 3004 3028 10823
+3800 3801 3820 12788
+3800 8321 12795 12807
+896 7355 8645 12564
+9807 14323 14324 14325
+13263 13264 13287 13422
+896 8645 12563 12569
+8829 13287 13421 13422
+6544 9422 9423 13083
+4746 10958 10959 13419
+8379 11178 11180 11183
+743 744 9436 9472
+13279 13282 13286 13287
+4999 5970 14108 14120
+10989 11019 11073 11109
+6672 9714 9718 10486
+8830 10959 13279 13285
+8830 13279 13280 13285
+1982 7649 12707 12708
+5455 8820 8821 12720
+3809 3816 3832 12749
+3716 8744 8805 12682
+3761 8784 12706 12709
+8743 8771 8805 8819
+8811 13321 13323 13331
+1139 1769 4026 7204
+1922 1923 7267 7710
+8259 10100 10102 10103
+8813 8823 11134 11135
+949 8649 8695 12587
+11450 11451 11452 12515
+2925 10890 10908 10969
+7605 7641 7642 14558
+8817 13257 13275 13276
+4999 5531 14108 14120
+7320 8682 14576 14577
+7199 7229 7241 12771
+8867 11986 13012 13013
+8847 8848 8853 11005
+3374 11743 11799 12328
+4037 4070 4073 7249
+4063 12746 14547 14549
+978 1979 1980 3709
+8649 8695 12553 12587
+7201 7231 8874 14546
+8576 8577 8579 12595
+5116 6799 11751 11766
+8925 9187 9615 14443
+5264 9525 9526 9559
+1162 4139 5064 9570
+11114 11173 11178 13402
+13263 13264 13265 13267
+8377 11100 11115 11121
+1837 4675 5590 13262
+5768 5862 8995 8996
+5689 13274 13307 13308
+14241 14242 14243 14256
+8725 10786 11715 13257
+7793 8231 9023 11984
+7938 8765 8767 8781
+1117 4005 4006 8682
+5479 5497 8928 12946
+7028 7074 8919 14440
+11756 11757 11759 11836
+3768 3769 12797 12802
+966 967 3701 12724
+8860 14532 14534 14535
+12338 12343 12345 13250
+8014 12343 12344 13251
+7968 8014 13250 13255
+7968 7970 13247 13252
+7793 8071 9023 11984
+12335 12339 13250 13251
+1022 7126 12742 14522
+8647 12584 14595 14600
+2512 2641 9959 9965
+10935 11565 11595 11615
+7944 8044 8048 12624
+10292 10301 10305 10306
+3647 3654 8036 8043
+7300 7301 14573 14574
+8699 8718 11635 13622
+2908 10905 10994 11083
+9229 9230 9257 14734
+1250 4192 4309 6330
+5396 5712 8430 12368
+4381 4487 10854 11028
+7941 8655 11398 11587
+1983 2017 11832 11858
+7953 7968 12335 13250
+11801 12332 12338 13241
+8336 8337 8338 8345
+4067 14575 14579 14580
+2639 2656 9929 9991
+3724 3738 12675 12676
+11476 12298 13199 13200
+7320 7322 14576 14577
+3842 8872 12758 12774
+11787 11800 11801 11802
+7971 8030 8048 12635
+2452 2658 10285 10340
+1136 1757 4023 7277
+8727 11712 13712 13713
+10782 10863 10939 10942
+3662 8029 8043 8044
+3662 8021 8029 8030
+8881 9123 12756 14533
+7902 9156 10580 14021
+1135 4022 4023 7278
+7275 7306 8748 14567
+862 3476 3477 4014
+7995 8005 8006 12269
+8337 8338 8345 10185
+10598 10599 10612 14047
+10340 10342 10343 10347
+903 7650 8581 12576
+8572 8573 12576 12577
+3663 8034 8035 12615
+8671 8672 8675 10781
+7944 8030 8044 8048
+9205 14584 14586 14587
+8091 8336 8337 8338
+1105 1106 4008 7609
+926 927 3572 5427
+7989 12616 12620 12622
+7280 7281 7312 12568
+6661 9614 14248 14249
+8091 8337 8338 10185
+8312 8335 8338 8341
+3617 8562 12524 12530
+7948 8021 8030 13235
+7944 12303 12315 13221
+4047 12472 12474 14622
+4050 4069 14605 14615
+13175 13177 13181 13185
+7767 8033 8564 8662
+8033 8563 8564 8662
+11399 11683 11685 11686
+8550 8563 8564 8662
+3531 9208 12471 12476
+7688 7767 8033 8564
+7688 7767 7770 8564
+5773 8622 8623 12602
+11892 12003 12004 12007
+1932 7375 7652 14607
+5434 8622 12601 12602
+1108 7653 14607 14613
+9189 10285 10340 10343
+10729 10739 14115 14116
+902 903 3558 12577
+8552 8557 8567 12549
+11624 11653 11655 13239
+7383 7389 14602 14606
+5434 5773 8622 12602
+5434 5435 5773 12602
+11221 11239 11242 11371
+7973 7997 13219 13237
+62 2025 4090 4132
+13066 13067 13068 13084
+12325 13217 13218 13219
+5435 5732 5773 12608
+11199 13103 13104 13170
+5905 8495 8505 13580
+5732 5773 8642 12608
+7656 7705 9207 12470
+7958 13232 13238 13239
+8113 8123 8282 13492
+3567 3576 8599 12503
+3805 3829 12754 14538
+7457 8074 8243 14677
+5726 5833 5887 8586
+11483 11487 11494 11495
+8589 8594 12504 13550
+8519 8520 12492 12493
+7998 11602 11654 13219
+744 7441 7463 14671
+7997 11654 13238 13239
+7992 13217 13219 13221
+11293 11320 11322 11451
+8577 12550 12555 12556
+4050 7394 14605 14615
+8623 8640 8692 12608
+8066 9492 9496 9504
+7357 7389 12580 14602
+3586 8575 12558 12562
+4482 11561 11563 11603
+8046 12314 13215 13223
+3663 8035 12604 12613
+1139 4026 4027 7204
+3663 8034 8035 12604
+10152 14143 14144 14146
+7796 8452 8453 10005
+8246 8285 10126 10160
+10129 10136 10161 10167
+2235 2236 2299 9799
+8091 8335 8338 10185
+9215 9216 12376 14660
+8451 8453 13803 13804
+685 4258 4259 7955
+3665 12612 12613 12614
+8453 9409 10090 13803
+4367 4435 13220 13222
+7495 7497 7519 12386
+8447 8454 14657 14661
+862 1125 6877 7442
+686 4260 12314 12323
+6223 10021 13731 13777
+8276 9401 10009 10101
+6236 10144 10145 10146
+11435 12612 12613 12614
+4435 4436 12325 13220
+6635 6707 6742 9342
+883 3491 3503 12437
+7317 12592 12596 14590
+3682 12616 12620 12622
+7080 7089 9012 14465
+4435 12325 13218 13220
+3481 3482 3510 12482
+7991 11476 13202 13244
+2107 4130 4173 9429
+8159 11878 12445 12995
+6546 6547 9449 13119
+4223 4398 11887 12059
+1666 5091 6765 8153
+4130 5089 9427 9429
+6547 6715 6716 9449
+8127 8129 8493 13483
+7976 7977 7989 12620
+743 744 9436 14671
+952 7287 7288 12590
+7976 7989 7991 13199
+8254 8278 10162 14678
+10934 11720 13208 13209
+7987 12297 12298 12299
+12289 12297 12299 13189
+13188 13189 13201 13210
+8636 12527 12530 12537
+2154 2321 9486 9503
+2154 2279 2321 9503
+2154 2279 9503 9506
+2257 9292 9300 9303
+7395 7411 14615 14621
+5018 5978 6096 13736
+380 6047 10019 10023
+2154 9486 9503 9506
+7977 7989 12620 12622
+8036 8039 12620 12627
+3453 3464 12375 12378
+7532 7533 7563 14702
+728 765 12225 12233
+7978 8032 12254 13196
+7976 7989 12616 12620
+7976 7988 7989 12616
+6760 10062 10111 10112
+8032 12254 12259 13196
+7979 11419 11496 11497
+6997 7014 7887 14390
+7864 10576 10577 10590
+6134 14040 14041 14067
+202 203 6529 9915
+9266 9945 9947 10153
+7602 14706 14709 14724
+8039 12294 12305 13198
+2640 9945 9948 9949
+10587 10663 10674 14075
+728 7983 12184 12225
+8659 8660 8661 11464
+1189 1190 4157 5169
+2239 2240 2301 9873
+1187 1188 4113 9819
+8427 8429 13729 14727
+7983 8032 12254 12259
+7940 12259 13195 13196
+12289 13186 13188 13189
+1151 1152 4089 8206
+198 199 9879 9897
+10957 11103 13294 13295
+7988 7989 13210 13211
+2510 9976 9982 10012
+10760 13728 13729 13745
+9838 9846 9856 14345
+9229 9230 9257 10053
+4480 11525 11568 11571
+9528 9577 10244 10276
+7988 8039 12294 12295
+11525 11568 11570 11571
+9562 14221 14223 14225
+6699 6700 9924 9935
+3449 6906 6915 6928
+4012 4013 4046 12474
+7988 8039 12295 12616
+6956 6985 6986 14413
+957 5436 5437 12609
+957 3642 5436 12609
+4480 11525 11534 11571
+957 3642 3643 12609
+7858 9815 9841 14330
+4428 4480 11534 11571
+11474 11536 13182 13184
+599 3077 6784 6825
+8571 12519 12539 12546
+947 7282 7283 8641
+874 3487 3500 12470
+8701 8702 8710 12633
+11462 11466 11683 11686
+8701 8702 8710 13698
+3951 7738 8415 12940
+11462 11472 11474 11686
+7610 7713 7761 14593
+8572 8581 12578 14593
+1869 6937 12830 14524
+1153 5059 5151 9484
+9593 10330 10332 14237
+3851 12862 12872 12879
+7152 7153 7167 14516
+8936 12878 14502 14503
+332 10317 10318 13855
+2024 2323 8203 9479
+1907 7102 7127 14194
+8033 8564 8659 13196
+8732 11696 11698 11710
+11400 11532 11557 11558
+7940 12260 13179 13180
+8710 8736 12633 12638
+7231 7245 8874 14541
+4083 7235 7236 7242
+1985 1986 7750 12344
+7189 7213 7226 12765
+5137 5235 5263 9732
+674 12182 12183 12187
+3510 12478 12481 12482
+8701 8710 8736 12633
+3503 3516 3525 12443
+4423 12187 13171 13177
+2063 2227 9687 9726
+6516 6517 9814 9815
+4421 12194 12195 13226
+2355 2356 4528 9035
+4420 4421 12194 12195
+4245 4420 4421 12194
+2109 8150 8151 8152
+11422 11448 11450 11453
+1245 4307 6361 6362
+1175 5070 5162 9661
+6476 8109 8110 8310
+2494 2618 10401 10406
+3141 3181 12182 12208
+8701 8710 13698 13703
+2120 2159 9589 9596
+1116 14581 14582 14587
+7048 14431 14436 14441
+2226 9687 9731 9733
+7674 7698 7765 8408
+6941 7732 14424 14425
+2226 2334 9731 9733
+4416 11460 11461 13161
+4352 4415 4478 11429
+8804 8814 12697 12702
+4239 4240 8546 12135
+8546 12142 13157 13161
+4414 12136 12143 13155
+5198 5303 12234 12235
+1659 2016 2017 5146
+7958 11621 11657 13239
+10074 10297 13839 13849
+3854 3869 3895 12829
+9419 9440 9448 9451
+4350 4413 4472 12136
+1090 6942 6961 8418
+12932 12938 12939 12941
+8707 8709 8736 12642
+8537 8541 13146 13148
+2503 2630 10583 10616
+5188 5295 5350 12079
+3646 3671 8736 12642
+8537 8541 13136 13146
+8540 12124 12125 12126
+8689 8699 12609 12618
+11528 11532 11534 11535
+8601 8617 8621 12517
+984 8684 8756 8757
+8537 13146 13148 13149
+12101 13134 13135 13149
+3680 12638 12641 12642
+8578 12567 12574 12579
+5042 5139 5240 9676
+8530 12112 13146 13148
+8530 8541 13146 13148
+2389 10446 10447 10458
+93 94 2057 4148
+11266 11291 13139 13142
+486 4687 11043 11062
+2521 8344 8351 9035
+11266 11289 11291 13139
+8536 12104 13134 13144
+5719 5824 8129 8504
+2205 2206 9566 9584
+8911 8917 14225 14229
+8128 8294 13446 13467
+8539 13135 13136 13137
+8606 9211 12493 12495
+13134 13139 13141 13142
+8921 8922 9562 9577
+409 410 2695 6320
+11291 13139 13141 13142
+5136 5233 5238 7890
+6616 6726 10447 10448
+8268 8269 8272 13133
+7083 14470 14478 14479
+9794 9795 9797 9826
+8981 9194 14457 14459
+1957 9721 9738 9748
+2521 8344 8351 10182
+8268 8271 8272 13133
+9656 9664 9693 9699
+2366 4533 10242 10269
+8266 8268 8269 13133
+8513 12459 12462 12464
+5170 5278 9862 9864
+5834 5836 11500 13614
+5523 14010 14012 14033
+1187 4113 9818 9819
+7822 7831 7910 14313
+5781 5834 8626 11500
+6467 6635 6742 9952
+3658 3659 8016 12650
+2450 2489 2609 10278
+2367 2532 2533 10269
+8696 8697 12618 12619
+8911 8927 12890 14228
+6246 13912 13939 13940
+6601 6604 6749 10240
+2134 9795 9821 9827
+2229 2230 9725 9761
+7822 7826 7905 14326
+5678 5834 11473 13620
+2366 2367 2532 10269
+8577 8579 12554 12595
+8401 14153 14159 14160
+9164 10612 14043 14047
+2219 9656 9660 9697
+2173 7853 9845 9858
+8016 8017 8675 12652
+9238 9286 9940 9990
+183 9776 9777 14287
+7935 8016 8675 12650
+7831 7903 7906 7907
+8985 8987 9200 9201
+990 5449 5450 12682
+6963 7825 7891 7926
+8187 12082 13126 13128
+7879 7881 7890 9792
+5324 8202 8205 11954
+990 3710 3715 5449
+4404 11271 11272 13105
+7827 7897 7898 9773
+8744 12674 14564 14566
+8016 8017 8675 10781
+11199 11271 12088 13143
+8081 10157 10164 13123
+8081 10156 10157 13123
+6980 6996 14382 14383
+9087 10736 14115 14130
+7831 7909 7910 14388
+6939 6971 14387 14389
+10157 10164 13123 13124
+901 12567 12574 12579
+2389 4544 4608 10447
+9773 9774 9776 9785
+2565 10550 10551 10586
+8198 9043 13132 13133
+2564 10551 10556 10586
+2236 2237 9823 9824
+2400 2401 2566 10563
+105 106 2069 4154
+6573 6731 10550 10551
+6428 8197 8198 9043
+2400 2566 10550 10563
+9201 9712 14471 14474
+7893 7899 7903 14306
+2400 4614 10561 10563
+2400 10550 10561 10563
+8035 8659 8661 11464
+691 692 3150 11803
+684 3146 3186 12301
+3387 12166 12168 12200
+1308 8269 8272 13133
+2411 10713 10715 10717
+7950 7981 8006 8008
+3081 3246 12237 12268
+4432 4433 11598 12304
+1998 1999 5043 9590
+2411 2412 4619 10717
+3853 7621 12825 12826
+7958 11658 11701 13249
+2411 4619 10713 10717
+3263 3264 11783 11784
+1899 7020 7044 14443
+610 611 3088 6831
+4403 13105 13106 13108
+2586 2627 9961 9962
+3696 12635 12640 12645
+4402 13106 13108 13109
+8196 11377 13073 13096
+653 12053 12054 12063
+7967 10772 12963 12967
+2586 2587 2627 9962
+4227 4403 13105 13106
+2587 9962 9963 9964
+8595 8598 8599 12508
+4190 4308 4355 11444
+4259 4434 4435 13218
+11898 11899 11903 11935
+8081 10105 10109 10163
+3239 3240 12198 12199
+12172 12186 12209 12210
+11463 12252 13190 13193
+10045 10109 10111 10112
+11397 11483 11484 11495
+9599 14226 14230 14235
+9425 10109 13087 13100
+11664 13673 13674 13723
+9425 10106 10119 13100
+9425 10106 10109 10110
+10045 10106 10109 10110
+2433 4629 10031 10062
+308 2433 4629 10031
+3054 3055 6815 12077
+2433 4567 4629 10062
+11607 11612 11614 11615
+2599 10045 10111 10112
+308 309 2433 4629
+3090 3256 11740 11741
+11566 11595 11719 11720
+3611 8629 12537 12542
+11396 11503 12538 12543
+653 4226 12054 12063
+11603 11653 11654 11655
+3186 8006 8045 12271
+7 8370 8373 8383
+11204 11238 13096 13109
+8366 8370 8373 8383
+8591 8594 11354 13594
+434 2720 6397 11513
+2444 2485 8367 10071
+5214 5357 12236 12239
+5020 12232 12241 12265
+8037 8040 12279 12291
+8921 9562 14222 14225
+2444 8367 8369 10064
+8916 14212 14213 14216
+10 724 941 8036
+7971 13217 13221 13237
+7950 7959 7995 12278
+11 760 7980 8009
+342 2455 10387 10389
+8267 11063 11216 11217
+318 2813 8267 8274
+5045 5046 9561 9587
+9192 9715 14263 14270
+8253 8262 8267 8274
+2466 2506 10658 10688
+8574 8578 12567 12574
+8394 8397 8398 8399
+8076 11200 11375 13069
+9212 9213 9339 14172
+857 3413 3414 6864
+2466 2506 2633 10688
+364 365 2466 10658
+9533 9572 9573 9574
+9289 10119 13080 14173
+6540 6709 14156 14163
+5123 5318 8072 8205
+5383 11783 11844 11907
+9338 9339 13080 14172
+8208 8229 8237 11952
+5204 5363 11779 11845
+2188 2278 2323 9373
+8496 8513 12459 12464
+9289 9339 13080 13100
+3629 3658 8675 12650
+6637 9968 9969 9970
+8080 8183 13130 14676
+386 387 2477 10056
+4398 4400 12059 13072
+4400 11214 11377 13072
+4398 4400 11214 13072
+8837 8851 8852 14525
+4398 11214 13071 13072
+4972 13260 13271 13273
+3282 3283 11863 11865
+7137 8219 14190 14494
+3798 12790 12791 12802
+8242 9544 14180 14192
+8915 9529 9565 9579
+8774 8777 12709 12711
+8286 10135 10138 10142
+5679 5680 13629 13636
+2449 10274 10275 10306
+3847 12870 12874 14431
+10134 10139 10140 10171
+8777 12709 12711 12726
+8117 9067 9072 9074
+7662 7715 8575 12562
+10840 10841 10842 10853
+10831 10832 11816 12964
+8500 8501 9069 13495
+9336 9342 9947 9949
+3531 9209 12448 12478
+9112 10736 10737 14115
+10822 10840 11816 13059
+10833 11816 12964 13061
+3590 8588 8600 8601
+10832 10833 11816 12964
+9130 10346 13899 13900
+3596 8625 12541 12542
+3733 8761 12710 13056
+8601 8614 11385 11392
+2485 2643 2652 8368
+3733 8774 12711 12712
+5779 5855 5874 8494
+2605 2653 10193 10197
+3727 3733 12710 13056
+2121 9589 9606 9607
+8130 8392 9046 9061
+387 388 10057 10096
+3727 3733 3745 13056
+9431 9432 9457 9463
+13073 13091 13092 13094
+8479 8533 8542 12500
+3727 3733 3756 12710
+5344 8149 8172 9458
+489 11058 11241 13474
+7396 7412 8512 14626
+9475 13110 13111 13113
+3442 3455 6898 12398
+918 3565 12499 12500
+8060 8157 9457 9468
+8016 8017 12646 12652
+5476 5759 5760 14469
+7775 9475 13111 13113
+5758 9136 9138 14461
+8082 9043 13114 13115
+3625 12654 12655 12662
+9412 9418 9419 9420
+6205 6206 10656 10657
+930 931 12655 12663
+2532 10240 10241 10269
+8454 8455 14661 14664
+739 774 12022 12036
+738 12060 12061 13126
+8480 8538 12080 13126
+2532 2533 10240 10269
+11546 12143 13155 13156
+879 8123 8127 12430
+1787 5487 6947 6948
+11867 11868 11869 11876
+930 931 3625 12655
+384 385 6052 13761
+8079 8266 10126 13130
+567 3044 6767 6810
+11220 11246 11371 11372
+1151 1215 4089 8206
+1726 6805 6847 11866
+11174 11187 11188 11189
+931 3625 3626 12655
+931 12655 12659 12663
+8744 12655 12662 14564
+8145 9051 13814 14750
+2445 2652 8368 10200
+8761 13036 13038 13056
+8239 9030 9031 13040
+3115 5211 6803 6845
+556 4756 8379 11183
+8774 13038 13056 13062
+8066 9480 9494 9496
+8744 12655 12663 14564
+2189 9315 9373 9479
+8917 14225 14229 14230
+8908 9202 9546 14201
+5994 6171 6172 10297
+8102 9380 14166 14177
+8200 9363 9364 9375
+11930 11934 11980 11993
+5242 5379 9490 9510
+11146 11991 13050 13051
+1803 1804 5559 5927
+11146 11991 13019 13050
+4810 13536 13543 13545
+2355 2651 8310 9035
+8334 11146 13019 13050
+1114 1115 4041 14589
+2191 2192 9491 9493
+8334 11143 11146 13050
+8291 8506 13464 13475
+4812 13546 13547 13552
+8097 8103 8105 13053
+739 775 12028 12036
+8097 8105 8322 13053
+8159 12994 12996 13068
+7571 9229 14734 14737
+4398 4400 4511 11214
+9212 9338 13079 14172
+3492 12440 12444 12995
+1196 5081 5172 9291
+8496 8513 12464 14630
+3010 11144 11145 11147
+316 399 1310 8251
+8334 13044 13052 13053
+1489 8121 8299 9079
+492 2777 2814 11255
+7798 11033 12432 13532
+8083 8283 8285 10159
+10133 10134 10166 10167
+5552 5553 13462 13486
+4224 4225 4400 12059
+7692 7701 7702 14670
+3530 3533 3548 12475
+9042 9438 9443 9474
+744 8161 9435 9436
+8077 8184 12433 12434
+8104 11129 11151 13053
+8093 8105 8107 13046
+7787 9202 9548 14201
+8191 9447 9449 13123
+10813 11091 11092 11093
+2648 2682 10103 10111
+7539 7540 12370 12371
+8776 8826 11084 11089
+9028 9202 9546 14184
+8776 8777 11089 13031
+8494 13504 13505 13580
+8243 10159 10170 10177
+8166 12996 13068 13070
+11197 11235 11270 11409
+4688 11059 11060 11281
+8477 12456 12457 12466
+890 5412 5413 12449
+8117 9066 9067 13491
+8503 13466 13467 13468
+883 7458 8074 12433
+8911 12890 12891 14432
+13776 14485 14486 14487
+3565 12499 12500 12501
+4375 4516 10909 11090
+9028 9202 14184 14196
+9193 9195 14252 14253
+3785 5464 12749 12755
+11084 11085 13026 13032
+10181 10192 10194 10216
+11084 13026 13031 13032
+638 639 3116 6845
+8778 8780 13025 13026
+6478 14165 14166 14177
+2410 2411 2576 10713
+2411 2576 10713 10715
+5208 5312 11750 11751
+1218 6476 8109 8308
+8762 8776 8780 13030
+2586 2587 9962 9963
+1004 1005 7133 12816
+6107 6150 6242 9063
+8479 8480 8542 12500
+8778 8780 12993 13025
+5313 5367 5374 11772
+2586 9961 9962 9963
+4393 4469 4493 13021
+8908 8909 9546 9572
+1974 11932 11986 13012
+4925 13387 13390 13392
+2598 2599 10062 10112
+13014 13015 13016 13043
+3773 8322 12796 12812
+8866 8867 9024 10879
+1974 11986 13012 13013
+4528 6433 8351 10184
+3800 3819 8321 11068
+8213 11933 11978 11987
+7141 7170 14508 14509
+642 643 3120 6847
+1484 1485 4683 5925
+6480 9537 9543 9544
+8100 8108 8313 11155
+8147 8384 9049 13775
+2424 2425 4562 9952
+7804 8378 8381 13393
+2238 9822 9823 9824
+998 7107 8142 12800
+8787 12984 12985 12986
+1216 8231 8241 9034
+397 8311 8336 8342
+2620 2664 2683 10418
+2456 2619 2664 10415
+4855 9059 13399 13401
+4750 4920 11021 11022
+2547 2548 2664 10412
+2619 2664 10415 10419
+8321 11187 11188 11189
+8097 8323 11149 12795
+1974 8213 11932 13012
+8311 8339 8347 11140
+3801 8322 12795 12798
+8957 10220 14429 14437
+5122 8204 8207 11947
+8334 13048 13049 13050
+8908 8910 8913 8918
+9440 9448 12026 12027
+10636 10639 10647 10681
+1083 1084 12897 12899
+11375 11376 11377 13074
+1118 7240 7254 14556
+876 3484 3488 7707
+4289 4464 4465 13011
+2293 9688 9691 9736
+7619 7738 7739 12940
+5117 5208 5367 11767
+8334 13019 13048 13050
+3939 9002 9003 12916
+833 834 3399 8409
+8414 12934 12942 12943
+1089 3941 3942 12908
+11797 11825 11826 12342
+10045 10106 10110 10120
+4287 4462 10881 13002
+1640 1641 5042 9678
+8196 13066 13069 13072
+8651 13611 13612 13619
+9977 9982 10012 10014
+5194 5216 5355 12166
+5021 5216 5355 12203
+930 12655 12663 14564
+2252 9260 9261 9262
+8196 13089 13090 13091
+7778 8159 8189 12996
+5342 5371 5382 9393
+3402 3422 3438 12379
+11876 11878 12994 12995
+3439 3452 12377 12387
+9072 13493 13494 13527
+2620 2664 10418 10431
+2456 2664 10416 10431
+7796 8459 9994 12369
+9108 10736 10737 14115
+3495 5412 8495 12449
+3624 3625 8700 12662
+749 9283 9351 14150
+6037 6038 6215 10740
+5412 5413 5722 12449
+8316 8317 10214 14197
+7404 8472 14631 14637
+8159 8189 12996 13068
+1939 1940 7461 7698
+2473 2627 9939 9959
+8797 12981 12982 12983
+11064 11217 12998 13000
+8772 11827 12984 12990
+5173 5229 9260 9273
+3577 8615 11511 12506
+12015 12023 12039 12140
+5668 13546 13547 13559
+3227 12116 12138 12155
+730 7744 7752 8556
+8772 11827 12972 12984
+2627 2642 9939 9962
+7402 7403 7418 12498
+7418 8475 8487 14636
+2653 10079 10197 10200
+2486 2653 10079 10197
+832 8424 12427 12923
+5408 8113 8127 12430
+13509 13516 13517 13522
+8263 11242 11375 11376
+7368 12492 12493 14642
+11224 11310 11313 11335
+5720 5721 5872 8495
+2653 10182 10193 10200
+893 3498 3505 5415
+10182 10193 10200 10201
+10739 10741 10753 14123
+8789 11814 12981 12982
+8084 11209 11210 11211
+4183 4301 4348 11264
+2522 2523 10181 10182
+5412 5722 8495 12449
+2652 2653 10182 10200
+8291 11244 11245 11275
+8772 12972 12981 13060
+3159 3199 11762 11821
+3366 12065 12078 12079
+8479 8480 12500 12502
+2664 10415 10416 10419
+5128 12070 12075 12114
+5410 5411 5720 8510
+3490 3518 8126 12438
+8221 8242 14181 14197
+2456 2664 10415 10416
+659 660 12097 12101
+8468 8470 13093 13102
+2863 11263 11268 11311
+8159 8160 12994 12995
+929 930 3624 12662
+3333 8153 8173 8174
+5449 8744 12674 14566
+12043 12044 12048 12064
+503 11384 11386 11387
+4178 4295 6358 10913
+11898 11899 11903 11905
+670 3139 12145 12151
+5948 6111 13869 13878
+5612 10074 13832 13838
+8554 8567 13180 13224
+7795 7796 9999 10004
+769 802 5023 12120
+8040 12279 12291 12302
+2715 2716 2881 11475
+5104 6824 12196 12198
+7978 8035 12615 13211
+8628 8629 8634 8654
+761 795 796 5124
+903 1930 7350 8581
+5503 5504 5612 13840
+8617 12523 12529 13598
+8607 12514 12523 12526
+11001 12987 12988 12989
+5430 5731 12662 14566
+710 8772 11827 12990
+8787 11928 12985 12990
+3595 3596 8635 12527
+11449 11453 11454 11471
+12356 12357 12974 12976
+5666 5822 5828 13537
+8267 8287 11063 11216
+12357 12974 12976 12978
+11895 11898 11899 11905
+8606 11248 11332 11346
+5731 8744 12662 14566
+8544 11223 11224 13137
+4236 12126 12127 12128
+8476 12454 12455 12465
+6136 14087 14088 14089
+11542 11546 11547 12127
+884 7459 7460 12433
+8781 10777 10899 11002
+12120 12129 12132 12133
+8744 12662 14564 14566
+8520 12494 14638 14642
+8596 8598 13563 13567
+730 8554 12188 12190
+10003 10035 10149 10150
+8779 10777 10899 10995
+8636 12530 12538 12543
+907 3560 3574 12534
+8781 10899 10993 11002
+8617 8621 12517 12524
+8480 8542 12500 14639
+11435 11579 11580 12612
+918 7372 7373 12500
+7358 12578 12579 14602
+8588 8600 8601 8614
+11334 11347 11356 11512
+7990 10934 13202 13209
+6136 6252 14087 14088
+7979 11419 11497 11592
+4196 4313 4364 11523
+5732 5896 8689 8690
+9328 9330 10037 10040
+11385 11410 11413 11414
+3684 12611 12617 12626
+10775 10894 10920 14756
+11895 11899 11905 11981
+5833 5888 8613 8638
+4071 7389 7390 12580
+8654 11437 11496 11588
+10971 10975 10977 12965
+498 4698 4699 11359
+4850 11185 13416 13424
+3672 3682 12616 12620
+728 7983 8032 12184
+4705 4706 4875 11415
+12252 12256 12257 12258
+11362 11466 11685 13227
+11385 11391 11394 11451
+3101 3102 6838 11942
+5875 8607 8631 8638
+8667 8669 8670 12686
+411 2697 6321 6388
+7271 14564 14567 14568
+5657 5822 5902 13538
+8791 8792 10974 12971
+988 7212 7644 8682
+8101 10194 14181 14197
+1538 1622 5001 13797
+8708 8709 8732 13686
+536 11015 11096 13299
+530 4731 10944 11708
+8514 8515 8520 12491
+7971 7973 13221 13237
+5902 8602 13538 13542
+8762 8766 12700 12706
+3681 3683 3690 12625
+10790 10798 10951 12970
+8686 8747 10848 12657
+155 6481 6482 9537
+11826 12353 12961 12968
+4896 11679 13687 13702
+8031 11664 11668 13672
+5080 5279 5339 9248
+8804 8812 8824 13317
+8101 10081 10199 10200
+3720 8807 12720 13418
+8769 11825 11826 12966
+7788 8302 8316 10227
+936 3630 3631 8674
+411 2696 2697 6388
+4385 4458 4524 10977
+707 4280 11811 11815
+2802 2840 11124 11134
+7791 8846 8887 10875
+8746 12654 12657 12658
+3026 10823 10832 10841
+8815 11727 13272 13276
+5835 5841 8728 13304
+10772 10773 10774 10949
+12338 12340 12345 12346
+4351 11404 11406 11427
+8514 8515 12491 14629
+2748 2749 6347 10854
+8870 12733 12774 12775
+4366 11563 11598 13203
+2708 2709 6394 11406
+1849 1850 6849 7117
+8754 10848 12678 14743
+1800 5556 5557 13534
+1984 7685 8666 12355
+1068 1069 6966 8992
+1707 5203 6834 11735
+3646 8707 12642 12653
+8990 9013 14476 14477
+11738 11739 11747 11848
+7038 7039 9008 14480
+13025 13026 13030 13031
+1982 11858 12708 12992
+8772 12972 12981 12984
+1776 1849 1850 7117
+9105 10754 10758 14137
+8101 10193 10200 10201
+1800 1801 5557 13534
+7740 8893 8894 8896
+8779 10993 11085 13026
+5413 5722 8514 12449
+2708 2873 11407 11427
+11794 11813 11814 11815
+8097 8323 11150 11155
+8824 11731 11732 13371
+4188 4306 4351 11406
+3709 11807 12712 12715
+2883 11477 11516 11517
+5846 5869 8810 8811
+8778 12976 12977 12978
+8860 14534 14535 14543
+3932 3961 8895 12952
+4840 4975 13374 13411
+9789 10515 13973 13976
+8220 14178 14179 14192
+4194 4311 4394 11517
+2884 2885 2958 11535
+8748 8750 8751 12672
+1054 7042 12820 12823
+7041 7042 7070 12821
+8101 10193 10199 10200
+8647 8650 8656 12550
+8852 8853 11104 13295
+1050 1051 3858 8930
+2894 2895 11600 11624
+4743 10930 13417 13440
+5314 11780 11828 11831
+2895 2896 11621 11622
+3788 12778 12785 12786
+6347 6378 6409 10843
+11923 13002 13009 13011
+2758 2759 6412 10891
+8311 8312 8342 8352
+3726 8683 12673 12679
+2905 2906 10882 10904
+7645 7711 8682 12671
+1002 8094 12798 12811
+2850 8340 8371 8372
+1763 5444 5445 7198
+2906 10904 10914 10996
+5693 5846 13368 13370
+3718 8739 8804 12695
+2906 2943 2989 10901
+3726 8683 8684 12679
+1978 8789 11814 12715
+8866 8868 11071 12794
+1119 4038 4073 14560
+4210 4383 4488 10837
+6889 6918 6919 8930
+5856 8942 8948 8952
+900 7357 12573 12579
+3277 3278 3365 11829
+10804 10805 10812 10817
+10987 10998 10999 11007
+5737 5895 8726 8729
+8864 14553 14555 14561
+3728 12680 12681 14570
+8580 12573 12582 14597
+12733 12756 14533 14534
+1982 11919 11939 12360
+8673 8674 12668 12680
+3929 3957 12945 12947
+6104 8130 8392 9046
+5722 8497 8514 12449
+8361 10077 10081 10203
+1474 1475 4796 13338
+8104 8327 11151 11189
+8669 8674 12680 12685
+5445 7198 7199 12771
+2762 2763 6414 11029
+477 2763 6354 6414
+7212 8682 8755 12670
+8308 8344 8345 8350
+2763 6354 6414 11029
+2918 2919 10814 10832
+8380 11178 11179 11183
+1052 7039 7040 9008
+3948 6855 6890 8929
+7039 7068 12950 14480
+754 7694 8966 9881
+12934 12938 12939 12942
+5038 5136 5233 7890
+3939 3953 12897 12916
+3981 12934 12938 12942
+3961 8895 8897 12953
+3726 3728 3734 12679
+7646 7709 7710 14565
+8915 9527 9573 9579
+1850 6849 6850 7117
+2528 2529 10204 10205
+8673 12673 12679 14571
+2046 4100 9605 9621
+8964 9141 10376 13960
+3990 12933 12937 12941
+8673 12673 12679 12680
+6077 6126 6248 13966
+3979 3990 3991 12941
+7965 8769 12348 12349
+8841 8874 12755 12757
+8673 12673 12680 14565
+3734 12673 12680 12685
+1144 3779 3784 4031
+8964 10376 13919 13926
+2785 2824 11412 11422
+6263 6284 13874 13875
+2785 11412 11417 11422
+8386 13827 13834 13837
+8323 11170 12803 12805
+507 2785 11412 11417
+2661 9190 10364 10370
+1484 1846 1847 13431
+1148 6876 6884 7120
+6466 6584 6634 9964
+1378 4623 6465 6584
+3901 3916 12854 12880
+3279 11780 11828 11831
+6116 6245 13886 13895
+2002 8915 9530 9532
+2405 2570 2571 10624
+758 7915 7919 9812
+3990 4001 12932 12933
+7883 7915 7921 7924
+6465 6584 6740 9964
+3978 3979 3990 12941
+529 530 2796 10866
+9423 9424 10119 14173
+3978 3990 12937 12941
+3883 3895 12829 12836
+2317 2345 2353 9392
+182 6508 6509 9749
+39 1039 1898 8927
+2807 10989 10999 11007
+1776 5463 7116 7117
+1081 3934 7741 7742
+10886 10887 10978 10997
+2807 2979 10989 10999
+1874 8415 12925 12930
+10886 10887 10891 11000
+5385 7889 9761 9792
+9416 9423 9424 14173
+6574 6622 6753 10562
+7857 7874 14342 14423
+9910 10011 10733 10734
+8416 12422 12427 12918
+6616 6726 9788 10448
+3734 3746 3748 12685
+3986 8416 12920 12922
+223 224 6550 9041
+3956 12920 12922 14690
+224 2112 7782 8194
+647 3128 7783 8195
+10383 10384 13921 13922
+8402 14154 14155 14157
+1784 5477 7034 7035
+5520 5521 5629 13991
+8416 12422 12427 12429
+3714 3746 12673 14565
+6121 10573 14013 14014
+831 12422 12427 12429
+9574 9580 9581 14212
+10486 14278 14281 14282
+8424 12922 12923 14690
+8339 11130 11138 11139
+2029 4134 9487 9488
+63 2027 4133 9484
+5255 8202 8203 9374
+8201 8212 9376 12816
+14211 14212 14213 14216
+159 9527 9533 9574
+6487 9579 9580 14211
+8392 9056 9057 9059
+160 9527 9574 9579
+3798 3799 12790 12791
+866 867 7466 12485
+5717 5814 5821 8112
+8063 9037 13110 13113
+5182 5289 5345 8174
+6548 9446 9447 9476
+699 11918 11920 11921
+1092 5495 5496 8461
+867 12484 12485 12489
+12673 12680 12685 14565
+9340 9341 10042 10043
+5546 5654 5655 13358
+8420 8421 12908 12914
+1219 1397 8109 8309
+1334 1335 4574 6562
+3941 3974 3975 8421
+566 3043 3044 6767
+8420 12908 12909 12914
+12860 12861 12870 12871
+5989 6160 6167 13812
+5350 12066 12067 12079
+8976 12902 12904 12905
+516 517 2829 11574
+8422 12905 12906 12907
+231 2355 2356 4528
+8419 12908 12909 12910
+8422 8976 12905 12907
+4759 11181 11193 13396
+9735 9743 9763 9764
+9743 9744 9764 9778
+9743 9778 14287 14288
+8131 8139 9051 9058
+7501 7502 7511 14662
+3540 8477 12456 12466
+4761 4856 9082 13485
+8114 13463 13492 13527
+8290 10177 10178 12431
+10696 12905 12906 12907
+9743 9763 9764 9778
+9743 9763 9777 9778
+1086 10696 12905 12906
+3497 5414 8496 8511
+8974 10696 12905 12907
+1086 1087 12905 12906
+9087 14111 14112 14115
+7007 7011 7014 7886
+4658 4778 13636 13659
+193 2135 2173 9843
+192 2173 9831 9843
+5709 5710 9097 14136
+10583 10589 10614 10615
+8974 14693 14694 14699
+6257 13762 13765 13768
+9219 9221 14710 14724
+5795 13981 14005 14006
+8419 8973 14691 14698
+516 11555 11574 11575
+6955 8998 8999 14412
+8994 9095 12899 14695
+1793 5492 6953 8997
+1082 5494 8462 8464
+8466 9002 12897 12916
+3156 3195 3359 11913
+192 9831 9843 9847
+192 193 9843 9847
+9233 9931 14726 14730
+9870 9880 9891 9892
+7852 7853 9821 9858
+539 540 2840 11134
+8974 8999 9001 12892
+9380 10201 10202 14181
+368 6035 6036 10723
+9321 9976 10011 10012
+9001 12892 12896 12897
+1965 7635 8927 12891
+1965 1966 7635 12891
+2806 3006 10978 10983
+3852 7634 7635 12887
+1140 1141 1767 7203
+1965 1966 12891 14224
+539 2840 11110 11134
+10069 10253 13833 13835
+3851 3880 3881 12859
+8066 8199 9492 9504
+7090 10349 13960 14444
+8667 8765 8767 12688
+3884 3889 3915 12828
+7938 8667 8765 8767
+1966 8912 12891 14224
+10350 10352 10360 13897
+8910 9549 10189 10236
+1036 12885 12886 12888
+5802 13965 13971 14000
+10484 10485 10486 14282
+5081 9273 9274 9291
+8667 8672 8680 8767
+1827 5581 5932 13309
+3860 3872 8899 12822
+8740 8805 12687 12691
+5525 5634 14050 14071
+8337 8344 10182 10201
+1036 1037 12885 12886
+1036 12885 12888 12889
+10605 10606 10607 10608
+1077 3936 7737 8977
+6086 6136 14087 14089
+8952 8953 14428 14434
+2564 2565 10585 10586
+10581 13988 14024 14025
+9110 10725 14099 14113
+9333 14144 14145 14146
+1605 1606 5015 5972
+3072 3237 12165 12167
+8740 8805 8819 12691
+833 3399 8409 8413
+8951 9578 10301 10305
+1827 1828 5581 5932
+10583 10608 10615 10617
+7859 7863 7876 14337
+8905 12848 12849 12875
+3978 3979 12819 12941
+7842 9703 9741 14297
+12848 12849 12875 12878
+8743 8818 10785 12693
+12848 12867 12875 12878
+6450 6568 10446 10458
+8785 8818 8819 12699
+3914 8936 12867 12878
+7064 7065 7089 9012
+8986 8987 9182 10455
+7150 7152 7166 14510
+3 150 1216 9032
+7619 8414 12940 12943
+1216 1217 6475 8241
+764 799 5021 12233
+3899 3914 12853 12867
+1216 8231 9032 9033
+3442 3443 3456 6897
+810 5028 8156 8157
+3914 8936 12853 12867
+3435 3462 12377 14655
+206 9278 9280 9282
+9289 10119 14157 14173
+209 2143 9283 9325
+752 9323 9917 9919
+1216 6475 8241 9033
+2478 2517 2682 10100
+7902 10597 10600 10601
+5174 9260 9262 9263
+6525 6526 9897 9901
+6533 9282 14149 14152
+9100 9101 9114 14130
+9101 14694 14701 14706
+2408 4554 10683 10684
+5168 9818 9819 9824
+5079 5170 5231 9864
+7814 9223 9885 14359
+10555 10586 14331 14340
+2408 2409 2574 10684
+1216 1217 8241 9034
+1216 1217 4174 9034
+6519 9847 9859 9860
+10188 14496 14504 14506
+1216 4174 8239 9034
+9128 10188 14504 14506
+8903 8913 12858 12862
+8903 12858 12861 12871
+785 5132 9258 9454
+8433 13755 13756 13757
+869 7438 7467 12490
+1197 4120 4162 9273
+6536 9332 14143 14171
+8785 8818 8819 12693
+2957 2994 11518 11520
+9228 9922 14148 14149
+1187 1188 5168 9819
+3917 8904 12844 12854
+8395 9288 9399 14169
+7838 9104 9887 10705
+790 7852 9830 9868
+2883 3021 11478 11516
+747 8394 8397 14170
+3916 3917 8904 12854
+1533 1613 5976 6094
+9239 9335 9355 14159
+2257 2343 9300 9303
+6532 6533 9278 14149
+9229 9232 9923 14729
+2417 4558 9936 9938
+3901 3916 3917 12854
+749 8393 9236 9351
+12842 12843 12847 12877
+9277 9921 9922 14148
+206 2141 9275 9277
+12843 12847 12876 12877
+5177 5341 9308 9310
+5834 5909 8626 8630
+3239 12165 12196 12199
+2538 10290 10311 10336
+1395 4569 6431 6474
+9358 9407 14153 14154
+117 2081 4117 4160
+8395 8402 9213 9289
+3865 3866 3894 12847
+4536 4572 4631 10289
+4317 4473 11623 11626
+5195 12165 12196 12199
+124 2088 4121 4163
+8784 8785 12694 12705
+5228 9261 9262 9267
+1198 1199 4163 5082
+9353 9399 14169 14170
+4588 4627 6469 9968
+3907 12840 12843 12849
+270 2394 4547 10493
+9278 9280 9282 14148
+269 4547 4610 10450
+7307 7318 7335 14592
+5028 8156 8163 8170
+3907 12839 12840 12849
+1517 1587 1588 14058
+2513 9939 9957 10149
+3926 8905 12833 12839
+8525 9209 12474 12475
+3156 3195 11798 11913
+9909 14139 14364 14365
+6869 6912 8054 12738
+2928 2929 11029 11030
+6461 6629 9980 10717
+6870 6880 6908 12824
+2929 11029 11030 11131
+1689 5102 5194 12164
+1871 6870 8899 12826
+9335 9352 9353 9354
+9424 10049 14156 14158
+3853 3868 7621 12826
+9243 9244 9320 9913
+9908 14139 14141 14364
+202 2139 2178 9903
+6706 9356 9947 14143
+1053 1054 7041 12820
+2098 2099 4169 9309
+1053 1054 12820 12822
+7542 7543 12373 14739
+6140 6210 6211 14100
+750 9228 9236 14150
+1599 1600 5006 5969
+1053 7040 12819 12820
+7525 8393 9236 12373
+751 9919 9921 14732
+8786 12696 12699 12704
+9986 9992 10030 10759
+1609 5007 5974 6092
+9279 9933 9990 14737
+8785 12696 12699 12704
+8782 8785 11017 12704
+9295 9299 9300 9301
+9353 9354 14169 14170
+1373 4558 6463 6581
+9353 9357 9399 14169
+9288 9398 14168 14169
+746 8396 9403 13079
+5646 5648 5813 13808
+2184 9349 9357 9359
+1210 4171 9382 9428
+2181 9283 9284 9293
+291 2416 4558 4621
+5047 5379 9493 9509
+6432 6476 8110 8310
+8903 14500 14508 14509
+5245 9372 9496 9497
+6463 6582 6738 9938
+3164 11978 11982 11983
+9354 14153 14169 14170
+8401 9354 14153 14170
+6738 9929 9936 9938
+2775 2939 11045 11219
+2817 2939 11045 11061
+7792 8200 9375 9376
+303 2427 2428 4564
+9104 9887 10702 10705
+303 304 2428 4564
+1053 12819 12820 12822
+5346 11820 11996 11997
+8897 12819 12952 14482
+8182 9437 13117 13118
+8088 8198 9043 13132
+6544 6545 9422 13083
+8895 8897 12952 14482
+7040 12819 12950 14481
+2438 2439 4569 8273
+8056 8401 14153 14170
+1394 4569 4590 6473
+750 7525 7546 9228
+8099 8211 12812 13046
+9630 10401 10404 10415
+315 1310 4591 8090
+9339 13080 13082 13120
+748 749 8393 9351
+9228 9919 9921 9922
+8316 8325 10195 10228
+2484 10229 10230 10231
+8164 12029 12032 12055
+3773 8322 12798 12812
+9354 9358 14153 14159
+7560 7573 7590 9228
+2434 2600 10061 10062
+325 2484 10230 10231
+324 325 10230 10248
+20 742 886 1945
+8785 11017 12699 12704
+2452 10340 10342 10347
+6712 9423 9425 10047
+1385 4588 4627 6469
+8452 8501 9070 13453
+151 152 9364 9379
+3770 8323 12805 12806
+6745 9971 10046 10047
+1615 5977 6095 13737
+6709 6710 6744 10049
+5180 9426 9427 9434
+3294 11888 11892 12013
+9239 9326 9332 9351
+10285 10340 10342 10343
+2101 4170 9382 9383
+9359 9398 9406 9410
+347 348 6015 10436
+2890 11563 11564 11599
+6035 6036 10723 10724
+2431 2596 10032 10033
+1207 4127 4169 5178
+6710 6711 9424 10049
+8097 8323 12795 12807
+2097 4125 9308 9310
+2428 4627 9968 9972
+4413 11546 12127 13155
+9288 9415 13078 14172
+782 9298 9347 9473
+368 6035 10702 10723
+2107 2108 4173 8151
+653 3169 12037 12052
+3547 3549 12451 12453
+7318 7330 12592 14592
+8525 9209 12474 14623
+5033 9296 9454 9455
+11820 12002 12003 12007
+8195 9038 9044 11870
+7546 7560 7573 9228
+7377 7656 8473 9210
+369 370 6037 10720
+3504 8160 11868 12995
+2421 2422 4623 9964
+997 5470 8131 12799
+9327 9340 10039 10115
+2890 2891 11563 11564
+2265 9381 9395 9396
+9425 10046 10110 10112
+2890 2891 2961 11564
+8194 9443 9469 9470
+392 393 6060 10140
+6059 6060 10140 10174
+6060 9068 10140 10174
+9475 9476 13114 13129
+3023 10909 11084 11090
+6715 6716 9449 13124
+9528 9583 10223 10268
+5065 5157 5243 9571
+1219 1305 4176 8309
+2883 2994 3021 11516
+1099 7624 12742 14522
+5330 5379 9509 9510
+9236 14150 14151 14171
+2843 3005 10824 10873
+2976 3005 10821 10830
+9500 9507 9508 9509
+5752 8389 8877 8882
+6479 6648 9380 9543
+2113 2153 8233 9363
+2843 2976 3005 10821
+3005 10821 10830 10873
+2843 3005 10821 10873
+158 6484 6485 9555
+9325 9332 9351 14171
+1156 5061 5152 9487
+1304 4219 6357 6416
+8137 8389 13407 14761
+2699 6322 6389 11262
+1322 1323 4596 6556
+9514 9559 9560 9587
+5259 9487 9488 9490
+5751 8844 8845 8878
+7634 7635 7747 12887
+9583 10204 10225 14209
+6595 6652 10211 14209
+76 77 2040 4097
+5072 5163 9683 9690
+2699 2700 6390 11297
+8926 9191 14246 14440
+13030 13033 13035 13036
+8759 13036 13037 13056
+2710 2711 2876 11433
+5751 8877 8878 8883
+3789 8877 12784 12785
+2156 9513 9533 9554
+6554 6595 6602 10190
+68 69 2032 4093
+246 4535 4599 10282
+424 6327 6362 11405
+71 4094 4137 9518
+8877 8878 12784 12785
+3856 8906 12859 12864
+8761 12710 13036 13056
+7020 7050 7059 14228
+5751 8877 8878 12784
+3789 5468 8877 12784
+8760 8762 13033 13036
+3 1216 8231 9032
+8677 8762 8780 13033
+8780 12993 13025 13033
+1648 5047 5142 9504
+228 8208 8215 8224
+7838 9104 9887 10722
+6651 6652 10211 14207
+5379 9490 9493 9510
+5991 5992 6169 10256
+65 2028 4091 9488
+8220 9543 14180 14192
+9104 9887 10702 10722
+9583 10204 10212 14209
+1328 1329 4572 6559
+9282 14148 14150 14151
+9240 9342 10041 10153
+6537 9332 9356 14143
+2720 2721 6333 11515
+8796 12728 12731 14531
+4079 4080 4088 7338
+3326 3390 11843 11912
+8954 10353 13897 13898
+73 2036 2037 4095
+8907 9580 9581 14212
+7224 7227 14531 14532
+7226 8801 14531 14532
+8796 10829 11070 11071
+1314 4528 4593 6552
+7197 7216 12731 14531
+9237 9241 9242 10152
+8801 8870 12761 12780
+5337 5375 9799 9823
+2928 3038 11030 11079
+3843 8870 12733 12774
+2208 2209 2285 9602
+5727 8607 8633 12536
+2731 11625 11626 11627
+9616 14241 14242 14256
+6645 6654 6655 9583
+9128 10188 12866 14504
+8860 12762 14535 14537
+2280 9514 9529 9531
+1967 9546 9547 9572
+9028 9546 9553 14201
+3038 11030 11079 11080
+8332 11030 11079 11080
+161 6487 6488 14211
+8880 12734 14525 14530
+9141 9142 9146 13932
+2488 2657 10224 10274
+9979 14138 14139 14142
+3836 3837 3842 8872
+8856 8875 12768 12773
+161 2119 2157 9579
+2447 2606 2610 10187
+4141 5157 9571 9603
+8259 10102 10103 10105
+8875 12758 12768 14530
+3704 12712 12714 12730
+10218 14186 14187 14199
+3829 8859 8860 14538
+5879 13953 13956 13981
+9925 9926 9935 10768
+3530 3531 9209 12476
+9630 9631 10401 10404
+4182 4300 6388 11234
+4572 4631 6559 10289
+3530 3531 3546 12476
+1962 9612 9615 9633
+5244 5262 5379 9493
+1230 1231 4182 6320
+9112 10719 10721 14129
+969 3704 12714 12730
+6599 9583 10212 14209
+5446 5464 8873 12748
+2742 2907 2908 10914
+3786 5465 12748 12759
+6266 10353 10361 13886
+2665 10431 10439 10482
+5446 5447 5464 8873
+5621 5798 13916 13917
+2551 2680 10409 10428
+153 154 6480 9542
+10069 10254 10295 13835
+5446 5464 5465 12748
+6874 8054 12737 12740
+1961 1996 1997 9677
+5269 9649 9651 9652
+1961 1962 9627 14458
+1957 1994 9696 9722
+10220 12870 12888 14431
+2539 10310 10336 10365
+2118 2280 9529 9531
+4182 4299 6320 11234
+64 65 2028 4091
+7965 11812 12342 12348
+8445 9942 9993 12370
+6874 6875 8054 12737
+8881 12756 12758 14533
+3837 8869 8871 8890
+11795 11824 11832 11855
+468 2753 2754 6349
+4102 4144 5068 9649
+6967 6972 8991 14370
+6564 6611 10408 10413
+4328 6349 6379 10814
+247 2371 2372 4599
+7252 8881 12760 14530
+6077 6248 13966 13972
+7014 7847 7911 14382
+2622 2666 10459 10460
+4385 10836 10877 10878
+8635 12535 12536 12540
+4385 4489 10877 10878
+8049 9667 9668 9669
+2162 2330 9633 9637
+2209 9604 9605 9621
+12716 12722 12723 12729
+7234 7252 12760 14530
+2529 10204 10205 10212
+7253 7255 7256 14535
+2168 9735 9743 9763
+5053 5309 5365 11915
+6962 7731 7835 14328
+970 3705 8802 12714
+8487 12465 12467 12468
+12716 12721 12722 12723
+8813 8827 11135 12726
+8813 8825 11111 12704
+3072 6781 6823 12167
+9715 9716 14263 14270
+5059 5151 5256 9484
+9667 9709 9723 9756
+9667 9680 9719 9723
+8081 10104 10108 10136
+2289 2333 9668 9758
+10371 10372 14257 14259
+8813 8823 10923 11135
+1639 1640 5139 9757
+3744 3764 8786 12698
+5270 9657 9660 9661
+3698 5456 12718 12720
+1049 8929 8930 12817
+5270 9657 9660 9697
+1178 1179 5072 9690
+14275 14276 14299 14302
+553 554 2847 11099
+3071 3072 6781 12167
+10499 10502 10505 14309
+5273 9727 9728 9761
+182 2129 2168 9740
+594 3071 3072 6781
+8005 12267 12270 12309
+555 556 8379 11118
+5237 9683 9685 9691
+5456 8820 12718 12720
+3082 3083 12266 12272
+184 9742 9776 9777
+9645 10484 10485 14282
+3082 3083 3248 12266
+1635 5039 5137 7809
+6620 10488 10491 10535
+9665 10461 10465 14298
+3264 3265 11862 11907
+5455 5456 8820 12720
+5222 9501 9502 9519
+489 2776 2816 11058
+5380 8005 12270 12309
+2776 11058 11221 11241
+4690 11059 11257 11281
+489 4689 4690 11059
+4690 4691 11257 11273
+8981 8982 14467 14473
+2044 4099 4141 9603
+91 2055 4147 9655
+8838 8853 13280 13281
+501 502 11370 11382
+2416 2417 4558 9936
+5040 5138 9691 9694
+1635 1991 7771 7809
+501 502 4702 11382
+7771 7809 7810 7868
+10486 14275 14276 14302
+2222 2223 9683 9684
+2388 10422 10447 10449
+7879 7880 9769 9791
+3246 3247 3317 12269
+2130 9762 9763 9777
+2665 10418 10431 10482
+500 4700 4701 11358
+3699 12716 12721 12723
+9782 9783 10507 14290
+3703 12711 12727 12730
+7842 7894 14320 14321
+3703 12711 12712 12730
+10500 10512 10541 10542
+4204 4377 4494 10882
+8798 12711 12727 12730
+2292 9685 9691 9692
+6506 9746 9750 9755
+7808 7893 7898 9763
+8798 12711 12712 12730
+8767 8768 12688 12701
+182 9740 9743 14287
+91 2054 2055 9655
+2168 9734 9735 9763
+2062 2063 2226 9687
+5273 5335 9725 9761
+9735 9737 9738 9764
+7830 14307 14308 14316
+1966 8907 8912 14224
+6686 9815 9841 14352
+3758 8766 12701 12706
+512 513 4713 11487
+2680 2684 10482 10487
+89 2052 4103 9647
+7822 7826 7909 7910
+5309 5365 11914 11915
+2787 2826 2955 11479
+511 512 11483 11487
+2786 2826 11479 11480
+3758 8766 12700 12706
+4722 4723 11645 11646
+3735 3737 3758 12700
+2134 2172 9795 9797
+2571 10641 10643 10687
+197 6524 9222 9884
+10399 10473 13969 13998
+6218 6279 10754 10758
+11618 11643 11667 11672
+1991 7771 7809 7810
+4892 4893 11673 13668
+6498 6667 14264 14265
+2219 2220 2291 9697
+7862 14324 14336 14337
+2554 10448 10456 10457
+7808 7893 9737 9764
+7937 8665 12355 12976
+7925 9804 9805 9816
+4204 4322 4377 10882
+7313 8572 14588 14589
+9171 9173 10655 14076
+10426 10428 10464 10487
+6672 9714 10486 14276
+4583 6576 10624 10641
+4321 10793 10882 10897
+5037 5321 7878 9769
+1381 1382 4562 6467
+205 6531 6532 9344
+7827 7898 9773 9786
+353 2460 2500 10512
+8927 12887 12890 12891
+8677 8780 12993 13033
+965 3699 12721 12723
+13257 13258 13275 13276
+9817 14329 14332 14336
+10754 13763 13766 14137
+3730 10923 12725 12726
+6624 6754 6763 10646
+9870 9871 9880 9891
+2172 9794 9795 9797
+4735 4904 11727 13275
+2233 9771 9798 9800
+4904 11727 13272 13275
+7848 7919 7920 14411
+7820 7928 7930 7932
+8832 8854 10927 12713
+2172 2298 9794 9795
+9797 9826 9827 9831
+7854 9847 9860 14341
+6218 10751 10757 10758
+203 2140 2178 9915
+2241 9862 9864 9865
+546 4746 10876 10958
+193 6519 9847 9859
+8786 8813 10923 12703
+8786 8804 12699 13317
+113 2076 2077 4115
+7848 7873 9837 9838
+2134 2172 2337 9795
+3701 8855 12717 12725
+826 7851 7868 7881
+10929 10947 13417 13419
+13726 13762 13765 13766
+8477 8487 12465 12467
+755 789 9870 9892
+10626 10642 10645 10646
+2076 2239 2240 9863
+10620 10622 10628 10640
+10584 10585 10712 14331
+292 2416 2417 4558
+1274 4204 4321 6342
+8739 8804 12695 12697
+556 557 11117 11180
+9112 10727 10736 14130
+7539 12370 12371 12372
+3701 3730 12717 12725
+6679 6680 9787 10634
+3104 6839 11765 11943
+6692 10766 14354 14361
+1670 6767 6810 12001
+3104 3105 6839 11765
+7685 8665 8666 8679
+5230 9825 9868 9872
+8739 8740 8741 12687
+8740 8741 8805 12687
+8665 8677 12976 12991
+5134 5375 9820 9825
+793 825 7878 7881
+10957 11103 11104 13295
+8665 8677 12976 12977
+2067 2231 9724 9767
+8677 8766 8780 12977
+2339 9829 9867 9869
+110 111 2074 4114
+109 2073 4156 9819
+3701 8855 12717 12724
+5315 11830 11904 11911
+3335 3363 11905 11911
+8855 12717 12723 12724
+1670 5184 6767 12001
+966 12717 12723 12724
+3757 8680 12686 12688
+7931 9807 9808 14323
+5114 5309 5365 11914
+966 3701 12717 12724
+1368 4555 4619 6460
+819 820 5133 9913
+8758 8773 12712 12714
+8667 8669 8671 8672
+8680 8767 8768 12688
+754 9895 9900 9911
+9815 9817 9839 14329
+8971 8972 9225 14698
+6532 6700 9924 10055
+9902 9903 9914 9916
+7856 9836 9837 9839
+7522 7665 12915 14688
+9222 9850 9871 9880
+9222 9871 9880 9894
+754 9881 9895 14367
+4709 11510 13582 13597
+4554 6577 10683 10684
+9877 9880 9881 9883
+6039 6040 6217 10751
+936 8673 8674 14565
+3496 3497 3523 12459
+3497 8496 8513 12459
+9220 9221 9234 14140
+8572 12578 14588 14589
+4635 6461 6580 9981
+8828 8835 8836 8838
+8754 14563 14743 14755
+3497 3523 8513 12459
+9879 9896 9897 14366
+758 792 793 7877
+8834 8835 8837 8846
+9867 9869 9872 9873
+3077 6784 12215 12219
+196 2136 2175 9871
+2180 2309 2310 9258
+10006 13747 13749 13750
+203 204 6530 9915
+7552 7582 7587 14698
+9086 9098 9108 14122
+6145 6219 6279 13727
+1386 4627 6469 6588
+601 6785 6826 12218
+3185 3315 3316 12278
+3315 3316 12231 12278
+5353 12116 12138 12155
+6218 6279 10758 13727
+2587 2588 2642 9962
+10732 10742 14109 14117
+3225 3304 3392 12154
+7644 7645 7711 8682
+11103 11107 13293 13294
+10022 10027 13746 13759
+9286 10149 10150 10151
+3150 3190 3321 11800
+2901 10796 10799 10802
+3150 3321 3354 11800
+786 9254 9256 9323
+7448 7481 14652 14653
+988 7644 7645 8682
+1380 4624 6466 6585
+2259 2313 9304 9307
+2675 9951 9954 9955
+3195 11798 11917 11938
+988 7193 7212 7644
+386 10050 10056 10087
+9246 9886 10747 10748
+1104 1105 4007 7608
+7607 7644 7711 8682
+5538 5637 5646 13732
+9238 14145 14737 14739
+206 207 9280 9282
+6223 6296 6297 13731
+750 7525 9228 9236
+3496 5413 12449 12459
+4202 4369 4485 10796
+933 8676 8687 12664
+8474 8476 8477 12454
+789 822 5036 9868
+8474 8477 12454 12457
+9418 9420 9421 13077
+3224 3225 3392 12154
+9287 9288 9403 13079
+8828 8833 8834 8835
+9266 9943 9945 9946
+13762 13763 13764 13766
+2471 9982 9991 10007
+1533 1534 5538 13737
+2508 9973 9975 10743
+23 7650 7663 12576
+3442 6863 6897 6898
+9113 9226 9319 9974
+9783 10452 10502 10507
+6708 6709 6743 14163
+752 786 9322 9323
+6048 6049 6226 10028
+197 9222 9871 9894
+9932 10756 10759 14133
+9978 10745 14138 14139
+373 9985 10015 10750
+3438 8399 8400 12380
+5640 5809 9110 14109
+6214 6215 6278 10731
+10010 10720 10726 10737
+2417 2583 9936 9938
+8453 10006 10090 13760
+8988 12955 14371 14372
+7939 8017 8675 12652
+12744 14549 14551 14555
+9086 9108 14116 14122
+5033 5227 9301 9456
+7294 8673 8685 14573
+9940 9943 9948 14146
+748 749 8393 8394
+4042 12743 12744 14555
+6706 9342 9356 9947
+2510 2638 9925 9982
+9321 10011 10012 10734
+10718 10764 10765 14365
+9979 10767 14139 14142
+3629 8669 8686 12668
+6148 13770 13777 13782
+9108 9109 9910 10736
+9982 9985 9987 10014
+7294 8673 8685 12668
+3332 3379 11763 11768
+3658 8016 12646 12652
+5441 5442 5738 8700
+9331 10008 10037 10086
+4627 6469 6588 9972
+3420 3432 8458 12375
+5738 8700 8721 12662
+3332 11762 11763 11768
+748 749 852 8394
+651 3170 11883 12032
+2184 9348 9349 9384
+5741 5780 5867 8741
+650 651 3170 11883
+13730 13731 13772 13777
+5712 5813 5815 8435
+6048 10022 10027 10028
+4270 4445 12358 12975
+5648 13736 13738 13742
+2647 10099 10113 10120
+8984 8988 14371 14372
+4270 4271 11857 12358
+696 697 4270 11857
+2592 2593 2675 9955
+9323 9343 9917 9919
+752 9917 9919 14732
+2477 2516 10087 10099
+8196 11375 11377 13074
+8402 9328 14155 14161
+8015 8668 8669 8670
+3415 3442 6863 6897
+7795 9400 9402 9999
+3164 11958 11978 11982
+880 881 7798 10178
+10103 10104 10105 10163
+6259 13736 13740 13742
+10111 10157 10163 10164
+8056 8398 8402 8403
+8399 8400 9215 12376
+853 3410 5397 5398
+6052 10058 10059 13749
+718 3163 11933 11978
+3163 11933 11958 11978
+8305 8362 10080 10252
+9548 14497 14498 14500
+5944 6062 6107 13802
+6176 13856 13857 13858
+2447 10187 10213 10234
+10075 10076 13810 13811
+12743 12744 14551 14555
+8015 8668 8669 8674
+5039 7771 7809 7868
+1908 1909 7103 7720
+8101 8325 10194 14197
+3629 3658 3659 12650
+9327 9340 10115 10117
+4003 7604 8055 12751
+215 216 9359 9360
+1100 4003 7604 12751
+7948 8030 13216 13235
+6102 6159 6261 13357
+6159 6262 13359 13496
+5544 5545 5653 13346
+385 386 10050 10087
+8011 8022 8025 8028
+7482 7483 14657 14661
+4227 12053 12063 13105
+8535 12088 13103 13127
+384 10034 13749 13761
+4228 4403 4404 13105
+2435 2600 10061 10124
+8988 12954 12955 14372
+5980 6099 13795 13797
+385 386 2516 10087
+5978 6096 6259 13736
+3444 3465 9216 12376
+7491 9214 14671 14672
+4512 11228 11272 13108
+9386 9388 9389 9391
+8581 12578 14593 14604
+826 1634 7771 7868
+3685 3695 12630 12640
+8395 9288 9403 13079
+8162 9475 9476 13129
+6538 6539 9355 9356
+10038 10039 10042 10087
+1120 8055 12747 12751
+1120 4002 4003 12751
+780 9413 9452 12026
+3291 11998 12015 12017
+318 319 2813 8274
+12634 12639 12647 12648
+879 8123 12431 14674
+3685 8048 12635 12640
+885 886 8160 12435
+8449 10048 13778 13804
+8162 9447 9476 13129
+7972 7973 12640 13221
+3685 3696 12635 12640
+11669 11670 12625 12636
+7455 7486 13489 14674
+1120 4003 8055 12751
+222 2149 2150 9443
+1025 3786 5465 12748
+1025 3785 3786 12748
+8703 11670 12625 12636
+11664 11668 11670 13672
+523 11644 11645 11672
+5641 5642 13764 14119
+3681 3690 12625 12626
+8056 8395 8397 14170
+9338 9422 13080 13082
+8036 8038 8039 12627
+3466 3468 3475 12396
+8984 8988 8989 14371
+4567 6590 10061 10062
+10048 10098 13778 13804
+5861 9096 9107 14116
+7781 8282 13489 14663
+1626 5982 6101 13348
+9401 9405 10115 13100
+390 10137 10142 10143
+8253 8262 8274 8275
+3439 3452 3458 12377
+3137 3177 3304 12132
+5811 5861 9096 9107
+10005 10009 10089 10147
+8035 12615 12622 13211
+8075 8078 8258 12436
+12615 12616 12622 13211
+3682 3686 3687 12622
+7942 7993 8001 12621
+8444 9944 13746 13759
+7977 7993 8001 12623
+3070 3235 12164 12166
+5546 5654 13352 13358
+3071 3237 12166 12167
+5861 9086 9096 14116
+1404 5912 5913 13362
+7779 8089 8275 11039
+3690 12625 12626 12631
+22 1132 1746 12564
+329 10271 10293 10294
+9086 9096 14116 14122
+5709 5861 9086 9096
+5324 8202 8203 8205
+5740 8839 8849 12771
+4415 4478 11429 12143
+1047 3852 7634 7635
+4415 11429 11460 12143
+4594 6435 6554 10190
+5992 6169 6170 10256
+2364 2530 10212 10222
+8697 8717 12617 12625
+677 678 3143 12222
+3071 3236 3237 12166
+6595 6652 6653 14209
+5500 5501 13800 13802
+4571 6434 6553 10186
+3681 12617 12625 12626
+8692 8693 8699 13623
+53 1215 1729 8072
+11486 13651 13653 13717
+6644 6648 10183 10202
+5512 13909 13913 13915
+10181 10194 10202 14198
+8692 8693 8699 12610
+3774 3778 8210 12796
+8693 8718 11634 12610
+8216 8221 14493 14494
+10739 10740 10752 10753
+7943 8697 11631 13722
+5761 8942 8943 12868
+8147 10065 10076 13810
+8715 11635 11636 13642
+5613 5792 5793 10073
+8657 8658 12604 12605
+8790 8801 12765 12766
+2444 2485 2643 8367
+3188 12312 12316 12319
+3892 3906 12838 12841
+5384 9514 9559 9587
+12311 12313 12319 12323
+688 4261 4262 12319
+1888 7623 7630 12830
+10751 10754 14123 14135
+9597 9598 9608 14228
+8565 8658 12593 12605
+9142 10376 10388 14452
+8936 9127 14502 14504
+3796 3822 12761 12766
+3803 12766 12780 12783
+8622 8624 8637 12588
+6114 13839 13840 13849
+5809 9110 14109 14117
+1500 1501 5508 13890
+6065 13845 13846 13852
+10206 10207 10209 10225
+3572 8624 8637 12588
+8130 8135 9058 9061
+8066 8199 9504 9511
+6644 10181 10183 10202
+8361 8367 10071 10081
+5730 8622 8637 12599
+5614 8945 13864 13877
+8934 8936 9127 12865
+8100 12806 12813 12814
+5434 5730 8622 12599
+8580 8582 12573 14603
+5791 5792 9124 10074
+7933 10574 10593 10600
+5730 8622 8624 8637
+8946 13856 13872 13874
+927 5427 5428 8637
+7846 10629 10630 14385
+954 8563 8575 8662
+11920 12360 12361 12992
+1864 3414 6863 6864
+2361 4530 4594 10190
+8910 10189 10270 10273
+8218 14189 14190 14191
+1160 1161 4095 5063
+1741 5403 5404 7449
+700 11920 12359 12361
+10189 12869 12870 12874
+1017 1147 7121 12737
+7183 12849 14511 14517
+326 10229 10231 10239
+8474 8483 12454 12457
+3894 3907 12843 12876
+11920 11921 12361 12992
+8657 12590 12593 12594
+6654 9582 9583 14213
+5038 5233 7890 9792
+2283 2284 9584 9590
+10240 10280 10281 14219
+9783 10502 10507 14309
+1501 5508 5509 13890
+3822 12761 12766 12780
+1331 1332 4601 6442
+6719 6722 6750 10373
+10283 10286 10287 10288
+3270 11760 11943 11955
+8476 8477 12454 12465
+4285 4461 11861 12987
+8903 8914 12861 12871
+6088 6141 6253 14108
+4459 4460 4509 12971
+9551 10236 10270 10291
+8317 8910 9550 10236
+7288 8576 12590 12598
+7933 10574 10599 10600
+8650 8656 12550 12554
+7056 9191 14440 14441
+927 3551 3572 8637
+2614 2659 10308 10309
+7811 7850 7861 9765
+8637 8648 12588 12589
+3268 3269 11943 11955
+6561 6722 10333 10339
+2456 10415 10416 10432
+950 12585 12597 12603
+4283 4459 11827 12971
+333 334 10316 10320
+1166 5066 5157 9603
+3650 12585 12586 12603
+10315 10320 10322 13870
+6112 6120 13904 13909
+949 3650 12585 12586
+8664 12556 12585 12597
+10189 10270 10273 10300
+6141 14108 14120 14124
+6179 10328 13883 13893
+8664 12585 12586 12603
+6496 6664 6665 14260
+7536 7566 7574 14733
+9550 10224 10244 10270
+8578 12574 12578 12579
+8572 8578 12574 12578
+6614 6672 6725 9714
+1561 1562 4997 5950
+2452 10342 10344 10347
+4294 13040 13041 13042
+7307 8572 12591 14592
+9866 9869 9873 9875
+2368 2369 4534 10284
+9127 10067 10188 10237
+6192 6193 13951 13952
+5472 5756 5762 8953
+1166 1167 4099 5066
+8317 10207 10214 10235
+10387 10401 10415 10442
+4174 4294 4399 13042
+8924 8959 10189 12874
+9783 10502 10503 10631
+4294 4469 13020 13042
+5315 11828 11900 11902
+8574 12567 12574 12577
+8574 12557 12558 12577
+6245 6266 6305 13886
+5856 8942 8944 8948
+5758 5800 8963 9138
+1304 4219 4336 6416
+170 2123 2162 9626
+901 3556 3557 12567
+12565 12572 14596 14597
+8649 12550 12553 12560
+6726 9788 10448 10461
+8957 13880 14430 14439
+8647 8650 8656 12583
+12120 12129 12130 12132
+732 12120 12129 12133
+2453 10340 10341 10359
+7933 10574 10593 10611
+2375 2376 2541 10339
+4601 6442 6561 10333
+1331 4537 4601 6442
+732 768 12120 12175
+7933 10574 10599 10611
+5636 5806 14097 14103
+341 2454 2494 10389
+344 6011 10400 10434
+8656 12561 12565 14596
+12950 12957 14481 14482
+742 743 9478 13112
+4075 4076 8584 12582
+9140 10434 13933 13938
+2384 10409 10411 10423
+6008 6009 6186 13921
+8954 10353 13906 13929
+5806 5808 5910 9092
+2386 2387 10422 10427
+4672 4839 4840 13408
+12560 12584 12587 14600
+10353 10361 13928 13929
+743 9436 9472 9478
+2554 2555 2623 10457
+10416 10431 10432 10433
+8965 8966 14357 14368
+342 2455 2494 10389
+5145 5315 11900 11904
+2548 2549 2683 10410
+7093 14444 14449 14450
+2458 2621 10478 10479
+1337 4540 4575 6563
+8965 8966 9225 14357
+9615 9626 9627 9633
+10397 10436 10473 13968
+858 3414 3415 6863
+2454 2617 10362 10393
+280 2404 4552 10624
+6671 6725 9718 14272
+2649 10108 10141 10155
+3551 8644 12564 12569
+754 9895 9900 14367
+9091 9092 14083 14094
+799 5021 12202 12233
+12206 12224 12225 12233
+9151 10398 13949 13971
+10669 10670 10671 10677
+9193 14253 14255 14264
+10555 10559 14338 14340
+12200 12202 12206 12233
+8569 8663 12547 12548
+765 799 12202 12233
+12200 12205 12220 12233
+9092 9102 14083 14102
+9705 10471 10481 10530
+8658 8663 8664 12556
+9092 14094 14095 14096
+8643 8663 8664 11437
+270 2394 2395 10493
+5806 9092 14096 14103
+274 275 2399 4613
+7900 10494 10537 10547
+8557 12531 12544 12549
+6666 14258 14259 14261
+8919 8925 9608 14238
+8049 9667 9669 9756
+3614 8569 12546 12548
+8163 8176 12008 12009
+3543 3547 3550 8484
+4580 6451 6570 10450
+3109 6800 11767 11773
+1969 2004 9504 9507
+5806 14096 14097 14103
+2621 10426 10478 10479
+8059 8176 12008 12009
+6977 9017 10437 14378
+776 8059 8176 12014
+13952 13953 13964 13970
+5712 8428 12368 13788
+5117 6842 11770 11773
+6605 10366 10368 10414
+5521 13991 14008 14016
+776 8059 8176 12009
+14310 14311 14312 14325
+8963 10435 13940 13941
+2458 10440 10469 10479
+7784 8176 11869 11873
+268 2392 2393 4546
+8856 8879 12772 12779
+344 2495 10387 10432
+9631 10368 10404 10406
+8879 8880 12773 14525
+1571 1572 5955 13939
+262 2386 2387 10422
+2619 10404 10415 10419
+6239 13991 14002 14016
+3619 12519 12530 12539
+8879 8880 8889 12772
+9702 9753 14284 14285
+2551 10423 10427 10428
+2394 2395 2560 10497
+8629 12539 12543 12548
+7842 7894 14292 14295
+7827 9775 9776 9778
+7827 9762 9763 9777
+1344 1345 4578 6567
+764 798 5021 12220
+2388 2389 4544 10447
+798 5125 12220 12274
+3614 8629 12547 12548
+2626 2655 10453 10504
+8562 8571 12519 12520
+1871 8893 8899 12825
+764 798 12220 12274
+925 5425 5426 12535
+3570 5425 12525 12535
+797 798 5125 12274
+631 6800 6841 11767
+362 6030 10653 10665
+7082 8990 14470 14479
+10394 10403 13921 13924
+8795 8868 12780 14531
+923 924 3569 5424
+9151 10378 10532 13948
+348 6015 6016 13947
+5527 5528 5617 14089
+5425 5727 5728 12540
+2552 10427 10428 10466
+7055 14459 14467 14473
+8795 8868 12780 12782
+924 3569 5424 8585
+3109 3110 6842 11773
+1718 5208 6841 11767
+5784 5806 14096 14097
+2497 2621 2665 10479
+8417 9183 12903 14422
+2623 2666 9665 10459
+7819 7846 10500 10630
+5267 9685 9686 9697
+8635 12525 12535 12536
+775 776 809 12005
+3609 12527 12537 12542
+6676 9752 9788 10506
+6452 10492 10493 10497
+9641 14275 14300 14301
+2568 2569 10626 10628
+4155 5076 9772 9818
+8636 12530 12537 12543
+5631 5881 13989 14020
+7901 9780 10547 10549
+7894 14289 14292 14320
+7933 10599 10600 10602
+353 6020 6021 13973
+1361 4552 6457 6575
+775 808 809 12005
+7872 9856 14349 14351
+2568 2631 10621 10622
+9856 14348 14349 14351
+11397 11398 11484 11495
+8558 12531 12546 12549
+8801 8868 12780 14531
+2622 10459 10460 10478
+7860 10495 10537 10538
+8417 8969 8971 14420
+5338 9822 9867 9873
+9154 9164 14046 14400
+2623 9665 10459 10475
+6682 9807 9809 10560
+6687 6753 10637 10640
+8794 8795 8868 14531
+8562 11364 11492 12520
+3649 3661 8018 12649
+4344 4359 11238 13109
+6273 14010 14011 14019
+809 5027 12005 12009
+5961 6130 13991 14008
+1516 5522 14015 14058
+6207 6293 10667 14079
+776 8059 12005 12009
+5488 5489 5765 14396
+6128 13980 14002 14007
+3614 3622 8629 12539
+8571 12530 12538 12543
+11074 11853 11922 11923
+1954 1955 7906 7907
+2504 2668 10616 10635
+357 358 2502 10574
+7864 10590 10591 10593
+10573 13997 14009 14014
+776 809 12005 12009
+5133 5279 9243 9247
+1969 2004 9507 9534
+3595 3608 12527 12528
+2398 2399 10551 10552
+7814 7871 8968 9883
+3594 3600 12517 12528
+5636 5638 14103 14107
+2623 10456 10457 10504
+7863 7900 10537 10546
+9272 9320 9905 9913
+6204 6270 6292 10613
+7578 14693 14694 14699
+3818 8321 11068 12791
+2465 2504 10621 10639
+2400 2401 4614 10563
+9809 10495 10539 14319
+2461 2625 10540 10543
+10729 14111 14115 14129
+3563 3587 3590 12505
+3569 8609 12514 12525
+5488 5489 14391 14396
+6200 10569 10581 13988
+13979 13990 13992 13993
+2502 10544 10545 10577
+6136 14072 14085 14088
+9088 14111 14129 14130
+5767 5866 5898 8995
+5148 5250 11799 12330
+10702 10703 10705 10707
+8541 11258 11259 12510
+6617 6618 6678 10507
+5521 5629 5630 14009
+10918 11068 11187 12791
+8547 11259 11292 12511
+6569 10445 10451 10452
+351 10509 10515 10523
+9780 9781 10542 10564
+6027 10598 10609 14042
+8890 10918 11068 12791
+714 3161 11853 11922
+361 2464 2504 10648
+3302 3368 12092 12093
+10680 14072 14079 14080
+11259 11292 11541 12511
+2570 10625 10626 10646
+6453 6620 6730 10488
+832 7528 12427 12923
+7852 9820 9825 9858
+6135 6251 14040 14067
+8541 12510 12512 13153
+6624 10625 10628 10646
+3396 3427 12417 12421
+5804 5881 13989 14026
+8612 11381 11511 11512
+3366 12065 12078 12227
+842 3405 7676 7677
+5528 5636 14087 14088
+11258 11260 11334 11512
+3223 3369 12095 12122
+3778 3802 12796 13013
+14018 14029 14030 14049
+6135 6251 6270 14040
+3774 3778 3802 12796
+8210 12796 13014 13043
+8867 13014 13016 13043
+785 9256 9276 9323
+7904 9766 9773 9786
+11258 11334 11340 11512
+9881 9895 14353 14367
+9167 14077 14092 14126
+2234 9772 9799 9800
+3797 12787 12791 12802
+16 749 852 1953
+9089 14703 14707 14715
+6140 6253 6274 14098
+10654 14043 14051 14052
+9169 14053 14063 14064
+8144 12787 12791 12802
+7876 7918 9177 14401
+9246 9973 10685 10743
+4634 6456 6575 10620
+10743 10763 10767 14365
+6029 6207 10666 14054
+3797 12785 12792 12802
+7852 9820 9821 9858
+11258 11512 12496 12506
+286 2410 2411 10713
+8994 8996 8997 8998
+7576 9001 14693 14695
+5799 8961 13916 13924
+11258 11260 11512 12496
+14076 14077 14078 14093
+8276 8280 10005 10147
+3985 3989 12918 12919
+3797 12785 12787 12802
+5828 8589 8592 13551
+849 7542 12373 14739
+3992 12930 12932 12938
+8412 8421 8423 12920
+7799 8519 11250 13595
+1605 6090 13768 14125
+8144 12785 12792 12802
+10667 14055 14056 14057
+286 2411 4619 10713
+10719 10720 10722 14129
+3765 8768 12694 12701
+1354 4548 4612 6453
+3324 3357 11776 11854
+10622 10626 10627 10628
+5765 5766 5805 9153
+1123 3478 3479 4012
+362 10648 10653 10661
+1526 5531 5532 14120
+8521 8522 9211 12493
+2465 2504 10639 10647
+1122 1123 3479 4012
+2082 2083 2246 9253
+209 9283 9325 14171
+864 1122 1123 3479
+2304 9243 9244 9320
+2408 2409 4554 10684
+6528 6529 14138 14141
+8519 8594 8606 13594
+9218 9231 9917 14732
+8519 8606 12492 12504
+372 6039 6040 10738
+8519 8589 12492 12504
+3970 3985 6893 6894
+8591 11349 13540 13596
+8521 8522 9211 11205
+5769 5857 8994 9090
+8144 12785 12787 12802
+3478 3479 3507 12474
+865 1122 7465 14644
+9886 10700 10704 10710
+9093 14093 14127 14128
+3162 3335 3363 11903
+9114 14708 14716 14721
+4099 5066 9603 9605
+2505 10660 10678 10688
+3162 3201 3335 11898
+5857 5862 5894 9090
+3419 3435 8458 12374
+9099 10735 14721 14736
+1122 4011 4012 12486
+7440 7701 9217 14670
+9113 10727 10733 10735
+7693 7756 8967 9227
+6523 9885 9888 14361
+8076 8188 12442 12443
+9866 9869 9874 9891
+8476 12455 12465 12470
+10669 10670 10673 10677
+5644 5710 5812 9927
+4215 4333 4491 11031
+376 2472 2511 9986
+1296 1297 4215 6381
+5035 5278 9866 9875
+7854 9856 14346 14348
+865 866 7444 14644
+2566 2567 10562 10563
+2413 2414 2579 9981
+1297 4215 6381 11031
+9000 9171 14076 14078
+866 7466 12485 14644
+4012 4046 12448 12474
+3479 4012 12448 12474
+7944 7972 8048 13221
+8190 8194 9041 9474
+9167 10666 14078 14079
+4012 4046 4048 12448
+4901 4902 11717 11718
+8740 8804 8819 12699
+2004 9500 9507 9534
+8014 12344 12651 13251
+11536 13181 13182 13184
+7896 10494 10499 10631
+8075 8076 12442 12443
+4832 4944 4973 13302
+1968 1969 2004 9534
+4053 7355 7378 8645
+5414 5417 5418 9116
+2900 2901 10795 10796
+13283 13284 13290 13293
+4049 12580 12582 14603
+7356 8584 12570 12581
+906 3560 12518 12534
+13320 13321 13323 13372
+532 533 2798 10965
+9112 10719 10720 14129
+10940 10944 11711 11712
+906 3560 3575 12518
+4200 4473 11626 11627
+5784 10588 14057 14086
+5109 5250 5360 12329
+8792 8793 12971 12972
+2926 2927 10907 10968
+3335 11898 11903 11905
+8070 8071 13014 13015
+10809 10889 10973 10978
+555 8379 11116 11119
+3162 3335 11898 11903
+8812 8813 10923 10924
+1935 7352 7655 9207
+8303 12810 13776 14483
+10830 10831 10971 10976
+9000 9166 9169 14053
+5898 8995 9166 14094
+465 2751 6348 6409
+906 907 3560 12534
+3497 3498 3524 8511
+10874 10979 10980 11005
+4384 4456 10833 12964
+10834 10889 10973 10978
+920 3559 3566 12507
+999 12809 12810 14485
+5774 5898 9000 9169
+9166 14092 14093 14094
+4384 10814 10833 12964
+2749 2750 6347 10843
+4911 4975 13411 13427
+1519 1520 1592 14070
+8375 12810 13776 14483
+3159 3297 3332 11762
+1978 11814 11822 11849
+705 3157 11806 11809
+1968 2004 9500 9534
+4062 4063 4086 14550
+3606 8549 12513 12522
+4913 4984 10930 13413
+8236 11966 11967 11969
+7226 7255 12762 14532
+3774 8210 8211 12812
+9562 14216 14217 14223
+10923 10925 12725 12726
+3730 3749 10923 12726
+8474 8475 8481 8542
+1264 4199 6369 6421
+10771 10860 11702 13254
+3269 3270 3360 11955
+3557 3585 3586 12558
+3566 8528 12507 12512
+11618 11619 11660 11667
+8474 8475 8477 12457
+7898 7904 9773 9786
+14211 14216 14217 14223
+10851 11134 11135 11136
+462 2747 6346 6408
+1140 1767 1768 7203
+3528 8467 12454 12455
+9562 14216 14221 14223
+11734 13375 13439 13442
+546 4746 4747 10958
+3566 12501 12507 12512
+5634 9170 14060 14062
+902 3557 12567 12577
+12964 12965 13059 13061
+8774 10840 11161 13063
+3557 3558 12558 12577
+5704 13363 13377 13426
+5701 5850 5851 13297
+185 9742 9773 9776
+901 902 3557 12567
+627 628 3105 6798
+4439 10862 10868 11658
+3669 12625 12632 12636
+4056 7278 7309 7310
+4505 11090 11093 12366
+8515 8517 12464 14638
+8816 8817 11727 13300
+10850 10946 11709 13714
+14211 14216 14221 14223
+8516 8517 8520 14638
+8516 8517 8526 14638
+11009 11011 11012 11015
+2800 2839 2971 11087
+4375 4378 4516 10909
+3669 12619 12625 12632
+912 5420 7366 12491
+3521 3536 8499 8509
+4035 12580 14602 14603
+8517 12464 14626 14638
+8128 11059 11060 11281
+671 672 12179 12181
+4446 4503 4514 10902
+1928 1929 7270 7714
+11944 11945 11951 11979
+3543 8484 12441 12456
+8814 8824 13318 13320
+5689 13307 13308 13721
+693 694 3151 11818
+3547 3550 8484 12451
+9160 9170 14045 14064
+1720 1721 5118 6843
+4070 7242 7248 14554
+1519 5525 14065 14070
+4282 4457 4458 12965
+12721 12722 12723 12735
+10813 11092 12365 13031
+3549 8489 8491 12461
+12078 12090 12094 12227
+4363 4430 4495 11568
+9773 9775 9776 9785
+3646 3655 12642 12653
+8705 11646 13666 13722
+8651 11591 11593 13611
+11402 11403 12264 13195
+3545 3548 3549 12461
+3222 3367 3368 12090
+8491 12451 12452 12453
+525 526 10931 11678
+3644 3645 12633 12638
+12 1665 5057 8007
+3545 12450 12458 12461
+3676 11694 12639 12646
+11668 11669 11670 13672
+8499 8517 12447 12458
+3688 12621 12631 12634
+8515 8520 14638 14642
+3884 6870 8899 12826
+7336 14586 14587 14589
+693 4266 12342 12346
+3368 12090 12095 12227
+7367 12491 12492 14642
+7332 7336 7346 14583
+10789 11718 13260 13303
+8845 8878 13379 13380
+8497 8514 8520 12491
+11179 11184 13382 13405
+9977 10012 10013 10014
+8384 8387 8390 9054
+7975 8003 11690 12648
+8499 8516 8520 8521
+10903 13332 13336 13370
+8494 8497 8507 11250
+5490 5767 9158 14427
+5383 11844 11907 11909
+3154 11916 11918 11920
+2922 2923 2978 10888
+11006 11103 11105 11106
+2803 2841 3003 10817
+11759 11763 11833 11836
+11763 11764 11836 11838
+1004 1005 3774 8211
+8515 8517 8520 12447
+11759 11763 11764 11836
+8916 14212 14216 14221
+11931 11936 13022 13023
+12440 12444 12445 12995
+10879 13008 13048 13049
+7778 8159 8189 12440
+2178 9254 9272 9322
+754 9900 14367 14368
+7036 8928 8929 12946
+3529 11035 11244 12442
+7036 7051 8928 12946
+1920 7215 7642 7643
+1920 1921 7192 7643
+1920 7192 7215 7643
+8867 11987 13012 13014
+8792 8793 8797 12983
+8838 12719 13280 13282
+992 3717 3718 8739
+10808 10818 10981 10982
+5767 9000 9158 14427
+2918 2919 2976 10832
+10997 10998 10999 13004
+639 3116 3117 6804
+3927 8929 12945 12946
+532 4732 4733 10966
+8737 8739 8740 8741
+8184 9040 12434 12435
+4060 7205 7206 7233
+1979 1980 11791 11807
+7460 8184 12434 12435
+628 3105 6798 6840
+3529 8509 11035 11244
+473 2759 6352 6412
+1696 6785 12218 12230
+1087 3940 8422 12906
+4743 4912 10930 13440
+1975 1976 11852 11927
+398 560 8372 8373
+11795 11823 11824 11855
+1726 5121 6847 11866
+10606 10607 10650 10654
+6904 12919 12924 12928
+4801 4808 4856 9081
+1167 5066 5158 9605
+6907 6923 12426 12919
+4400 4511 11214 11377
+8482 8483 8484 12457
+11057 11061 11209 11216
+3540 3544 12466 12467
+9038 9039 11867 12994
+3039 6764 8153 8154
+9899 9906 9907 14141
+8157 8163 8176 12009
+2 7782 8178 8195
+9000 9161 10655 14076
+3985 6893 6894 6923
+3985 3989 12919 12928
+7368 12493 12494 14642
+4222 7785 11890 12999
+3129 11882 11883 12032
+2852 3012 8270 11215
+3989 8416 12919 12924
+13002 13005 13009 13028
+4062 7247 14548 14550
+829 12420 12423 12424
+2843 10824 10873 10915
+829 830 3395 12425
+9171 9172 10666 14074
+4464 4507 13005 13011
+8331 8332 11079 11167
+3812 3828 12778 12779
+1696 5197 12218 12230
+11769 11777 11795 11855
+9171 10656 14053 14063
+3884 6870 8899 12824
+8461 8463 12916 14681
+5741 5863 8737 12697
+4449 12363 13025 13032
+929 962 3624 5442
+5452 5741 5742 12697
+3459 8406 12404 12405
+3418 3446 8408 12409
+533 534 4734 11724
+3720 3729 8812 13418
+5402 5601 12382 12400
+4947 5584 13326 13334
+3445 12413 12415 12416
+6208 10680 14072 14079
+3752 3763 8771 12684
+8407 8460 12395 12408
+7821 7904 7905 9773
+5467 5751 8850 12784
+8376 11113 11175 13403
+7885 10596 10610 14401
+8834 8842 10954 13379
+645 3123 6807 6848
+7358 7381 7391 12578
+8886 8888 13403 13430
+4026 4027 4060 7205
+4677 4796 4948 13338
+10815 11018 11020 11101
+6203 10599 14029 14048
+1141 1142 1766 7202
+4839 4930 4989 11729
+13374 13375 13411 13412
+11024 11094 11095 11098
+2745 2746 6407 11026
+8332 10968 11030 13005
+7195 7218 12724 12734
+11023 13297 13301 13340
+3883 3908 3911 12828
+4030 4031 4068 12749
+12389 12393 12394 12405
+1711 1712 5205 6837
+4488 10833 10841 10842
+8778 12363 12974 12993
+12393 12394 12397 12405
+8408 12393 12397 12405
+3434 3447 3465 12376
+3434 3444 3465 12376
+7804 8366 8383 8388
+8101 8221 14181 14197
+1311 4527 6432 8110
+1909 7720 7721 14501
+3884 6870 12826 12828
+707 4280 4281 11815
+8406 12392 12394 12405
+608 3085 3086 6830
+2837 10919 10988 11010
+10773 10798 10801 12969
+8666 8667 12686 12690
+3103 3268 11942 11943
+3575 3592 3598 12513
+2765 4217 6383 11125
+11769 11795 11823 11855
+4847 4950 4974 13337
+3446 8408 12393 12405
+4463 4464 4518 11082
+1003 8099 12812 12815
+3868 3883 6936 12826
+4064 4068 12745 12746
+1970 1971 9362 12816
+2471 2638 2681 10007
+559 11157 11172 11191
+4218 4336 4493 11127
+8108 8365 8374 11169
+2006 5048 9368 9496
+5696 13416 13424 13432
+5775 8130 9046 9061
+3883 3911 12826 12828
+8092 10065 10077 10078
+6998 9154 14405 14406
+398 8342 8343 8369
+999 3768 12797 12808
+3884 3911 12826 12828
+3883 3890 3911 12826
+8365 8366 8372 8373
+3448 12389 12393 12405
+1017 1018 7122 12737
+7493 12383 12386 14654
+7493 12383 12388 14654
+12384 12385 12386 12395
+555 556 4756 8379
+1145 1146 4032 12741
+8380 11115 13428 13429
+555 2809 2848 11116
+5751 8844 8850 8878
+3827 3840 12772 12777
+9548 10208 14497 14500
+1145 1146 6874 12741
+4466 11132 11991 13051
+11178 11179 11183 13404
+7493 7497 8460 12386
+8376 10986 11163 11174
+8835 8846 13289 13294
+2866 2867 11318 11319
+737 772 773 12141
+6134 6203 14030 14040
+7504 8400 9215 14660
+8495 8499 8508 12439
+8406 12394 14649 14651
+7469 7495 7507 14648
+5274 9767 9768 9771
+3448 3461 12389 12393
+3883 12829 12830 12836
+492 493 4693 11284
+653 4226 4227 12063
+1228 1229 4181 6319
+868 869 7467 12490
+14010 14020 14032 14036
+1672 6768 6811 12019
+11880 11886 11887 11889
+3883 12828 12830 12836
+6548 9042 9446 9476
+3455 3456 6898 6926
+8294 8492 13446 13467
+7492 7493 7497 8460
+14211 14212 14216 14221
+8478 8490 12452 14636
+8182 9436 13111 13112
+4232 4407 12104 13134
+11314 11316 11317 13140
+4474 11233 11261 11268
+11258 12496 12499 12511
+1695 5197 6826 12219
+3456 6897 6898 6926
+651 4225 8165 13097
+3471 3474 3475 12408
+7477 7492 7497 8460
+1696 6785 6826 12218
+5633 14037 14041 14067
+7471 7504 7509 14656
+11060 11281 13447 13448
+12081 12083 12100 12102
+8688 8754 14563 14743
+500 2781 2821 11357
+7800 11040 11042 11043
+8471 11868 11876 12995
+8540 12125 12126 13151
+736 737 8480 12080
+3465 12389 12391 12392
+3448 3459 12392 12405
+735 8479 12103 12107
+3452 3462 3472 12383
+3472 12383 12387 12401
+1544 5008 13523 13525
+11887 13069 13071 13072
+8076 11194 11373 12442
+491 2777 2815 11255
+2776 2938 2942 11221
+3529 8484 11035 12442
+3462 12377 12383 14654
+8543 11304 11307 11332
+3450 3451 3467 12414
+3421 3444 10116 12376
+7799 9211 11205 11332
+13101 13102 13103 13104
+11052 11053 11058 11246
+8527 12123 12124 12129
+3438 3461 8399 8400
+8292 11241 11273 13474
+8497 8499 8520 12447
+7053 7074 7085 14445
+3450 3467 3474 12414
+4860 11257 13469 13473
+3447 3461 3465 12376
+3409 3447 8399 12376
+40 1056 7024 7628
+5830 13547 13559 13560
+6154 13792 13796 13797
+8536 12084 12104 13144
+6273 10582 14011 14019
+1799 1800 5556 5914
+8495 8506 8508 13580
+7321 8646 8648 14600
+6851 6885 6886 12841
+11305 11338 11346 11348
+4703 4704 11387 11388
+4966 13610 13616 13631
+12205 12222 12233 12249
+7650 7761 8581 12576
+7795 7796 9994 10004
+3599 8600 8615 11385
+3489 8122 8124 8127
+3489 8124 8510 12438
+8457 8458 8459 12375
+3489 8124 8127 8510
+11352 13540 13541 13542
+7414 8515 12464 14638
+3489 8122 8124 12438
+5525 5633 14037 14067
+3500 12455 12465 12470
+3172 12048 12049 12083
+12098 12102 12103 12107
+3511 3541 12478 12480
+8533 8541 13136 13137
+12261 13173 13174 13195
+10881 11074 11853 11923
+5397 5714 12367 12374
+11296 11341 11342 11543
+1413 4646 4766 13534
+4689 4690 11059 11281
+3495 3521 3522 12447
+4694 4695 11326 11330
+11222 11254 11302 11409
+5397 5398 5714 12374
+8496 12459 12460 12464
+663 664 3136 12119
+3564 12496 12499 12511
+4701 11358 11382 11383
+6134 6250 14031 14039
+5714 8442 12367 12374
+3410 5397 5398 12374
+11259 11292 11294 13156
+11354 11355 11383 13550
+4934 13578 13590 13591
+8545 8547 13152 13153
+7459 7460 7491 14676
+3893 12838 12842 12843
+5716 5777 5820 8501
+6271 6273 14010 14019
+4180 6318 11202 11207
+8509 11244 11275 12439
+3487 3520 12465 12468
+4649 4932 13546 13557
+6291 6312 10573 14013
+3521 3522 3536 12447
+5631 13989 14010 14020
+11266 11288 11289 11291
+11204 11235 11240 11254
+8187 8468 13102 13128
+8537 11314 13140 13150
+7799 8519 8520 11250
+11243 11245 11246 11372
+11220 11243 11246 11372
+3650 3665 11580 12603
+8632 11499 13619 13633
+8614 11386 11388 13563
+4708 4877 13570 13571
+11391 11410 11412 11422
+3903 3906 12831 12841
+4691 4860 4861 11279
+8089 11034 11040 11042
+3534 8509 11244 12439
+1308 6430 8269 13133
+3533 12474 12475 12477
+6909 8938 12841 14510
+12144 12145 12175 12176
+3515 3524 3533 12477
+3506 3515 3533 12477
+1674 6770 12020 12042
+8763 12353 12358 12973
+12358 12968 12973 12975
+12353 12358 12968 12973
+5187 6771 12041 12068
+4648 4768 4931 13552
+7399 7415 12494 14638
+2861 11233 11234 11261
+1073 3934 7742 12954
+6909 8938 12832 12841
+7405 8475 12498 14639
+12217 12220 12221 12275
+2821 2946 11336 11540
+11832 11855 11859 12354
+12149 13163 13164 13165
+11832 11854 11855 11859
+953 3640 8563 12594
+1249 4191 6363 6364
+508 2785 2825 11424
+11288 11290 11306 11308
+12261 12263 12264 13195
+3153 11854 11855 11859
+1984 11789 11796 11824
+7941 8655 11398 11684
+8038 8039 12295 12627
+12120 12147 12175 12177
+11824 12351 12354 12355
+11777 11832 11842 11854
+1674 6770 6812 12020
+8628 8635 12541 12542
+1425 4652 4772 13591
+6909 6910 8938 12832
+1674 5186 6812 12020
+6133 6273 14010 14011
+1753 5419 5420 7366
+3903 6886 12831 12841
+3227 3386 12116 12155
+4873 4957 11389 13553
+3606 8549 8561 12522
+8612 11334 11340 11357
+6956 6957 6986 12893
+665 3137 3176 12132
+6956 8999 12893 14413
+696 697 3192 11856
+8545 12124 13152 13153
+3222 3368 12090 12095
+11248 11347 12495 12496
+670 671 3179 12151
+4265 12340 12346 12347
+11424 11439 11440 11491
+909 910 3573 7661
+3540 3544 3550 12466
+2231 9724 9767 9770
+2984 3017 11343 11378
+1984 8666 12351 12355
+730 8554 8556 12533
+1933 1934 7376 7654
+197 6524 9222 9897
+3613 3618 8561 12519
+8628 8633 8635 12540
+14010 14031 14033 14039
+6527 6528 9899 9908
+4264 4265 4440 12347
+4360 11477 11516 11517
+13209 13210 13212 13213
+1787 5486 5487 6947
+2886 11525 11526 11535
+9164 14028 14034 14400
+2952 2985 3031 11456
+8601 8617 12523 13598
+729 765 12209 12225
+5486 6947 9005 9015
+5250 11743 11799 12328
+590 3067 3068 6779
+11362 11363 11441 11471
+8583 12565 12572 14597
+3068 3069 6821 12164
+4426 11516 11534 11559
+5193 6779 6821 12163
+675 676 4249 12262
+6885 12831 12832 12841
+879 8122 8123 12431
+8122 8123 9066 12431
+3555 3583 12554 12561
+4662 4781 13693 13694
+3555 12554 12561 12566
+3666 8692 12609 12610
+5147 5253 11747 11848
+7990 8035 12613 12622
+6331 6365 6396 11477
+1114 1115 4008 14589
+8587 8597 8616 13567
+12554 12566 12595 14596
+11787 11788 11800 11812
+8608 12523 12526 12529
+3583 3584 12554 12555
+8619 11410 11411 13598
+3555 3583 3584 12554
+1106 7609 7610 14593
+1116 4007 14582 14587
+4653 5922 13591 13604
+980 989 5448 12672
+5306 5361 11739 11741
+7688 8032 8033 8564
+4420 4470 4519 11447
+4717 4718 4887 13625
+7964 11801 12338 12339
+7966 12342 12343 12348
+728 764 765 12233
+2787 2826 11479 11483
+8712 8713 11671 11672
+8715 13622 13626 13643
+8690 11500 13628 13651
+12259 12261 12264 13195
+7983 8032 12184 12259
+7966 12338 12343 12345
+11532 11534 11559 13193
+880 7798 8122 12431
+1118 4005 7225 12670
+4252 4253 12251 12252
+11527 11553 11554 11569
+7798 8122 12431 13518
+6024 6025 10603 10604
+2948 3016 11343 11544
+4475 11296 11297 11318
+4812 4870 4931 13547
+7838 9887 10694 10701
+7798 8290 10178 12431
+9152 9154 14034 14400
+689 3188 12316 12319
+12033 12043 12046 12141
+772 5025 12044 12141
+3251 3320 12285 12328
+7425 7428 7436 8524
+9155 9157 14034 14396
+2828 11520 11537 11555
+763 797 798 12274
+8719 11634 11652 12612
+11499 11507 13619 13633
+3766 8680 12681 12684
+3694 7993 11652 12614
+3252 3253 3374 12328
+8718 11609 11633 13621
+439 2724 6398 11529
+1104 7607 7712 14582
+10932 11565 11614 11615
+1116 4006 4007 14582
+3640 8034 8563 12594
+1128 5416 7361 7362
+11438 11521 11589 11705
+1750 5416 7362 14619
+4195 4313 4363 11515
+11537 11578 11586 11589
+11426 13574 13585 13587
+4881 4882 4992 13635
+59 1546 8121 9082
+3251 3252 3320 12328
+1128 5415 5416 14620
+9175 14043 14047 14063
+897 898 3553 12570
+1750 5416 5417 14619
+1128 4015 5415 14620
+3650 3664 3665 11580
+3728 3734 12679 12680
+3252 3320 3374 12328
+8626 8651 8652 13718
+1128 7362 14615 14620
+2790 11553 11574 11611
+11801 11802 12331 12341
+1139 1768 1769 7204
+4368 4483 4521 11600
+10932 11565 11605 11614
+9887 10694 10701 10704
+8228 11961 11977 11981
+3148 3188 3319 12312
+8029 8043 8044 8047
+8228 11963 11977 11981
+7973 8001 12630 12634
+3696 12640 12644 12645
+1652 11963 11977 11981
+1447 4663 4783 13710
+3566 3593 12512 12516
+3566 8528 12512 12516
+52 5090 8152 8154
+9935 10007 10052 10769
+6203 10613 14030 14048
+7936 7976 13199 13204
+1652 11961 11977 11981
+1662 2020 7949 12330
+8661 11435 11580 12613
+5254 7982 12309 14760
+14010 14031 14032 14036
+8666 8667 8670 10781
+8438 10022 10025 10027
+5056 5254 7982 14760
+7977 7990 7993 12622
+960 3646 5440 8736
+11679 11698 13685 13687
+561 1150 6764 8154
+445 2730 6370 11626
+2732 2897 11625 11689
+1927 7609 7713 14593
+11663 11667 11668 11671
+1 146 561 1150
+4899 4900 10945 10946
+9618 9622 9653 9654
+11721 11723 12298 13200
+11564 11594 11597 11599
+8712 11646 11673 11674
+2231 9767 9770 9771
+11660 11663 11668 11692
+11552 11566 11607 11608
+3039 3166 8153 8154
+11640 11641 11642 13626
+52 1666 5182 8154
+527 2795 10936 11697
+4255 7987 12298 12299
+3666 8640 8692 12608
+3624 3646 5441 8700
+52 1150 1666 8154
+958 5437 5438 12628
+14010 14019 14020 14036
+11565 11594 11595 11597
+73 74 2037 4138
+8730 10780 10939 11694
+1161 4096 4138 9525
+3692 7993 12614 12622
+2724 6398 11529 11530
+441 2727 6336 6399
+11564 11597 11599 13207
+4366 4433 11598 13203
+2038 4096 4138 9525
+1691 1692 5195 6782
+1260 6335 6398 11529
+7292 12665 14562 14569
+1171 1172 4145 5160
+12332 12334 12340 13241
+7686 8668 12661 12669
+3688 3694 12621 12631
+5241 9618 9622 9654
+1172 4103 4145 5160
+1172 1173 4103 9647
+7953 12335 13241 13250
+6271 14010 14031 14036
+7942 8001 8002 10846
+7799 8606 9211 11332
+10604 14017 14018 14036
+5524 14037 14038 14039
+8699 11635 12618 13644
+530 4730 4731 10944
+7275 7298 7306 14567
+12655 12656 12658 12659
+2231 2232 9767 9771
+5963 6082 6133 14033
+11643 11662 11664 11665
+8703 12619 12625 12632
+11777 11795 11832 11855
+8676 8731 12656 12657
+4256 7962 12293 13200
+7294 8673 14571 14573
+9234 9906 14140 14141
+102 103 2066 4110
+7954 12314 12323 13214
+11666 11673 11674 11675
+7963 8011 8046 12302
+8754 12665 14562 14569
+9234 9914 9918 14141
+9219 9234 9918 14141
+10955 11708 11716 11717
+13989 14010 14011 14012
+7949 11799 11802 12331
+1518 5524 14038 14066
+4317 11620 11623 11626
+685 12300 12301 12314
+7647 7648 7758 8679
+8011 8025 8027 8046
+531 10855 10866 11708
+527 528 4728 11697
+8697 8703 12619 13666
+8770 10772 10774 10781
+5631 5632 5881 14020
+12287 12292 12293 12296
+8817 11013 11724 13275
+5692 13334 13336 13370
+8740 8804 8814 12697
+8740 8804 8814 12699
+7987 12287 12293 12296
+1355 4549 4612 6572
+5523 5631 5632 14010
+4198 4316 6336 11560
+10901 10902 10904 12980
+5689 5843 5844 13308
+8641 12588 12589 12600
+3697 12621 12630 12634
+2069 4111 4154 9768
+3654 8036 8043 12624
+118 2081 2082 4160
+2082 9248 9250 9253
+10771 10860 10861 11702
+1978 11793 11814 12715
+3922 12848 12850 12851
+10961 11013 11724 11725
+1114 4008 14589 14593
+5677 5685 5903 13689
+2082 4118 4161 9253
+3899 3922 12848 12850
+1982 2016 11906 11939
+119 2082 4118 4161
+1204 1205 4167 5085
+1205 4125 4167 5085
+5365 11914 11915 11942
+1724 5120 5211 11865
+12280 12287 12292 12293
+7961 12286 12287 12292
+1205 4125 5085 5177
+11257 11281 13468 13469
+7196 7224 7234 14526
+3777 8868 12783 12794
+10809 11000 12988 13004
+4459 11827 11861 12971
+12852 12854 12881 12882
+4211 4329 6380 10878
+7317 7330 12592 14590
+8326 9557 10209 10218
+12286 12287 12292 12294
+0 646 1215 3124
+12286 12288 12294 12295
+3276 11770 11771 11782
+1215 2024 2151 8203
+3377 3384 11759 11761
+12246 12249 12288 13186
+3272 11751 11761 11766
+9165 13989 14019 14020
+7961 7986 12286 12287
+11908 11912 11913 11917
+3329 11754 11755 11758
+3563 3577 3587 12509
+7792 8223 9361 9362
+7961 12286 12292 12305
+5308 11783 11784 11845
+3267 3376 11914 11915
+10834 10972 10973 10975
+5630 5631 13989 14014
+346 347 6014 10436
+1974 8213 11932 11976
+7949 11802 12331 12341
+711 3160 3199 11821
+11806 11808 11811 13055
+3327 3359 11912 11913
+8014 8670 12344 12651
+7960 7986 12228 12273
+1513 5520 14007 14016
+3922 8905 12848 12851
+1996 9675 9676 9678
+10815 11020 11107 13316
+11777 11832 11854 11855
+1513 1514 1583 14016
+3315 3350 12240 12242
+789 9868 9870 9874
+6290 13984 13992 14002
+3919 3922 8905 12848
+5214 12236 12239 12265
+3191 11749 11769 11797
+11857 12356 12358 12974
+8676 8687 12656 12664
+7935 8015 8670 12651
+9887 10700 10701 10704
+3922 8904 12850 12851
+11622 11627 11657 13233
+3089 3090 3255 11740
+10787 10963 10964 11724
+12236 12238 12239 12265
+346 6013 10473 13930
+710 4283 4284 11827
+5214 7995 12236 12265
+5212 5370 11866 11946
+2760 2925 10908 10969
+3588 12544 12545 12551
+8792 8797 12981 14527
+8792 12972 12981 12984
+7995 12236 12238 12265
+1513 1582 1583 14016
+10834 10889 10973 10975
+3588 8556 12545 12551
+5322 7995 8005 12236
+5331 7982 8005 12309
+712 713 11851 11853
+11925 11926 11928 11929
+634 3112 6843 11782
+5019 5124 5214 12265
+5019 5214 7995 12265
+2241 2242 2340 9866
+7752 8551 8554 8556
+4462 4463 4508 11082
+10880 12986 12987 12988
+6130 6239 6290 13992
+3916 3922 8904 12850
+3776 3804 8790 12763
+5322 5331 8005 8007
+5313 5367 11772 11773
+7800 11044 11055 11062
+4034 4048 12448 14609
+11810 11811 11813 11815
+5050 11835 11836 11838
+3285 11866 11944 11946
+3114 3279 11780 11831
+5380 8005 12236 12270
+5019 5124 7959 12265
+7978 12254 13192 13196
+10957 11103 13293 13294
+11402 12264 13194 13195
+9238 9940 10054 14146
+7952 11789 11796 11817
+690 691 12332 12340
+9940 9960 10054 14146
+3660 8015 12650 12651
+718 11933 11978 11989
+8869 10828 11068 12789
+4921 11021 11102 13296
+999 3768 3769 12797
+1293 1294 4331 6412
+5462 9129 12847 12877
+11833 11834 11835 11836
+3587 3599 8600 8615
+714 10881 11853 11923
+9422 9423 13083 14173
+8469 8470 8483 12441
+3600 8601 8621 11385
+1220 1310 6315 8251
+2269 2276 9462 9464
+5094 6769 12018 12019
+7785 8198 12997 12999
+1249 4191 4309 6364
+3535 8467 8483 12454
+11878 12445 13068 13084
+1248 1249 4191 6363
+2936 11222 11254 11302
+4345 4359 11231 11238
+5028 5289 8156 8170
+8061 9431 9459 9460
+224 7782 8194 9041
+2754 2919 2920 10878
+1654 2011 11894 11895
+3599 3600 8621 11385
+5049 8069 11963 11979
+7983 7984 12253 12259
+7800 11055 11060 11062
+13984 13985 13993 14006
+9129 12847 12877 14503
+2005 8066 9496 9504
+10581 13988 14023 14025
+4250 4251 12257 12258
+3777 8868 12793 12794
+9781 10566 10580 14021
+8908 8912 8913 12872
+3161 3201 11897 11922
+3337 3338 11951 11959
+1911 7104 7129 7723
+8913 12862 12872 12879
+12246 12247 12249 12250
+3278 3279 11829 11901
+7639 7640 9204 12752
+3123 6807 6848 8207
+3851 3852 12863 12887
+679 12223 12246 12247
+53 1215 5058 8072
+1292 4330 6351 6411
+1696 5106 5197 12230
+3266 3376 11907 11914
+5780 5867 8721 8741
+621 622 3099 6795
+13030 13033 13034 13035
+4206 4378 10905 10910
+12879 12887 12890 12891
+4451 4505 4520 11092
+1039 3852 7635 12887
+1039 7635 8927 12887
+705 4278 11806 11808
+11753 11915 11955 11972
+11991 13019 13048 13050
+8201 9023 9361 9362
+4278 4453 13063 13065
+11807 12712 13055 13056
+3706 3723 7647 14565
+8903 8913 9548 12872
+917 7371 7372 12498
+13985 13991 13993 14002
+11898 11922 11930 11935
+8903 8913 12862 12872
+7889 9760 9791 9792
+679 12246 12247 12251
+3245 12230 12237 12239
+706 707 3197 11809
+917 7372 12498 12499
+13037 13038 13056 13062
+4208 4381 4486 11027
+4208 4325 4486 11027
+3736 8668 12685 12686
+3123 6848 8207 11947
+4208 6377 6425 11027
+5122 5316 5318 8204
+9378 9511 9540 14193
+3245 12236 12237 12239
+3245 12236 12237 12269
+8227 11969 11974 11975
+11957 11958 11976 11977
+5142 5245 9496 9497
+5248 5368 11863 11965
+3362 11828 11900 11911
+3080 3245 12230 12237
+3079 3080 3245 12230
+918 7372 12499 12500
+3329 11755 11758 11759
+3194 11917 11920 12359
+3851 12859 12862 12872
+1654 1655 2012 5050
+4460 4461 4506 11001
+3079 3080 6827 12230
+7214 7223 7228 9204
+5150 5255 8203 9479
+641 3118 6805 6846
+3850 3851 12862 12879
+6475 6477 9032 9033
+2275 2321 9480 9481
+8913 12862 12879 12886
+4459 4460 11861 12971
+3806 8863 12747 12750
+3283 3336 3381 11910
+8913 12858 12862 12886
+643 3121 6806 6847
+646 1215 3124 8072
+4176 4219 8309 9036
+678 679 3183 12247
+678 3143 3183 12222
+7789 11070 11071 13027
+8069 11951 11956 11964
+5277 9822 9863 9873
+11899 11934 11935 11980
+8069 11956 11958 11964
+1974 11961 11976 11993
+10573 13990 13997 14009
+11896 11900 11901 11902
+8096 8102 8221 14178
+2769 6357 6416 9036
+31 979 1978 8802
+227 228 2152 8208
+1037 3850 12879 12886
+3640 8033 8034 8563
+5212 5248 11864 11946
+1976 11850 11852 11927
+3284 3336 11910 11964
+11931 11933 11934 11960
+8228 11934 11961 11976
+1641 1996 1997 9678
+2075 4114 4157 9822
+2012 5050 11835 11836
+5091 5290 8173 11819
+7688 7748 7978 8033
+772 806 5025 12141
+7777 8538 11226 13128
+679 3144 12223 12246
+5223 11996 12006 12011
+5289 5386 8170 8171
+8059 12004 12008 12009
+567 568 3045 6810
+7800 11044 11047 11055
+7518 7521 14659 14660
+4173 5181 8151 9429
+3540 8477 12454 12465
+7751 8469 12060 12446
+12015 12039 12140 12141
+3313 12216 12228 12276
+661 662 4235 12109
+776 809 8157 12009
+8478 8482 8484 12452
+3211 3212 3342 12017
+5219 5292 12015 12017
+13507 13508 13515 13517
+7800 11047 11051 11055
+3239 3240 12199 12216
+3391 12214 12240 12276
+7960 12228 12241 12273
+3849 12858 12862 12886
+7960 12228 12240 12241
+3850 12862 12879 12886
+5300 12197 12198 12199
+7471 12394 12397 14656
+651 11883 12030 13097
+806 5025 5129 12141
+575 576 3053 6814
+5522 5523 5631 14012
+3312 12200 12204 12205
+4570 4593 6552 10184
+2357 2358 4593 10184
+8611 11382 13548 13550
+3182 12204 12207 12224
+1315 4570 4593 6552
+11198 11199 11269 13143
+8536 8539 13135 13136
+5021 12200 12202 12233
+12011 12015 12021 12024
+4476 11227 11233 11234
+3073 6782 12165 12196
+1543 1629 1630 13523
+8468 8469 8470 8483
+957 958 3643 5437
+738 774 12022 12024
+3300 12092 12108 12227
+10045 10103 10109 10111
+12053 12063 13103 13105
+5279 9243 9248 9252
+7287 7288 8576 12591
+8959 10220 12874 14429
+8957 8959 10220 14429
+3066 3231 3232 12161
+1543 1544 1630 13523
+1237 1238 4303 6391
+11325 13504 13514 13519
+8527 12124 12125 13153
+4598 6558 10283 10284
+3138 3177 3343 12120
+4695 4696 4865 11330
+3607 12521 12531 12545
+670 12145 12146 12152
+2856 11201 11204 11218
+6659 6660 10288 10331
+12044 12064 12069 12100
+4232 12084 12104 13144
+8469 12060 13093 13099
+11200 13101 13102 13104
+12044 12091 12099 12100
+12081 12091 12100 12103
+3299 12043 12048 12064
+736 8480 12080 12103
+1878 6932 12412 14645
+3545 3547 8523 12453
+11044 11047 11052 11055
+2950 2985 3018 11378
+3161 11852 11853 11922
+5369 12093 12150 12154
+8553 8570 13224 13225
+671 12151 12179 12181
+3221 12077 12079 12090
+8544 9211 11248 14641
+8605 8606 11346 13594
+12044 12048 12083 12085
+672 4245 4246 12181
+12185 12186 12209 12210
+8959 12873 12874 14429
+13174 13176 13179 13180
+12468 12479 14631 14633
+3175 12092 12108 12119
+7940 13174 13179 13180
+3174 3298 12065 12074
+8553 12180 12185 12188
+8527 12113 12119 12125
+655 8535 12053 12062
+1966 8908 8912 12887
+3366 3367 12090 12227
+1162 4096 4139 9570
+1966 7635 7747 12887
+8559 8560 11363 11471
+8553 12182 12185 12187
+2878 11445 11467 11469
+4246 4247 4422 13226
+8527 12129 12130 12226
+8612 11322 11380 11511
+3780 3794 4033 12744
+76 2039 2040 4139
+3063 12137 12138 12157
+1694 5196 6783 6825
+4401 4402 13096 13106
+8974 9180 10696 12905
+3243 3316 12231 12239
+8438 9331 9958 10003
+3064 6820 12137 12156
+3308 3347 12158 12159
+3019 11427 11456 13166
+8532 12518 12533 13169
+2519 2649 10141 10160
+3308 12158 12159 12171
+728 7983 12225 12233
+4360 4396 4510 11478
+8531 8532 13159 13169
+3343 12120 12147 12150
+4241 12134 12142 12148
+1517 5523 5524 14033
+2706 2707 6393 11407
+6611 6668 6669 10421
+5369 12116 12150 12154
+8612 11380 11381 11511
+12162 12166 12168 12203
+4710 11505 11506 11510
+2050 2051 4102 9649
+12168 12169 12202 12208
+5354 12162 12163 12170
+6727 9788 10458 10507
+3672 8036 12620 12627
+586 6777 6819 12137
+3065 3066 3231 12160
+3070 6822 12164 12166
+8560 8561 12521 12531
+3654 3672 8036 12620
+8565 8658 8660 12605
+1432 1433 4656 5937
+3063 3064 12137 12157
+4546 4609 6569 10451
+11047 11048 11051 11055
+2953 11404 11425 11432
+5022 5217 5218 12159
+1425 4652 5928 13578
+586 3063 6819 12137
+8565 8567 8659 8660
+3063 6819 12137 12138
+3070 3071 6822 12166
+2825 11424 11439 11440
+671 3140 3179 12179
+5353 12116 12138 12139
+7977 7990 10935 13202
+3226 12116 12117 12154
+903 1930 7650 8581
+1544 1630 5008 13523
+5369 12093 12121 12154
+1517 5013 14033 14038
+1212 4130 5089 9427
+1517 1518 5013 14038
+5353 5369 12116 12147
+7961 7986 12243 12286
+2412 4556 4619 10717
+1369 1370 4635 6461
+11320 12515 12519 12520
+6882 8413 12416 12417
+6565 6613 6725 10411
+12263 13171 13173 13175
+1517 5524 14033 14038
+1513 5519 5520 14007
+1517 1518 5524 14038
+4556 6461 6579 10717
+7789 11926 11929 12985
+3396 12417 12422 12429
+12158 12175 12176 12177
+3060 3225 3226 12117
+5362 11735 11775 11778
+670 3139 3179 12151
+3237 3349 3387 12201
+4430 12298 12299 13191
+11362 11466 11468 12195
+12033 12048 12140 12141
+8417 8969 8970 8971
+3310 3372 12168 12208
+8012 8029 8043 8047
+3781 4032 12741 12750
+12015 12024 12039 12141
+12015 12033 12140 12141
+7571 14145 14737 14739
+12149 13158 13160 13161
+5214 5302 5357 12239
+741 11872 11876 12014
+11596 11597 13206 13244
+5943 6242 8140 13802
+12313 12314 12323 13223
+3259 11735 11736 11739
+3079 3244 12218 12230
+4240 8546 12135 12142
+762 5124 7959 12265
+8545 12133 12135 13157
+11546 13152 13155 13156
+8416 12417 12422 12429
+1619 1620 5016 5979
+5107 12266 12268 12272
+4589 4636 6472 10122
+4237 4238 12131 13155
+12217 12220 12274 12275
+6473 6641 10121 10122
+309 310 2434 4567
+3632 3648 7748 8033
+4636 6472 10122 10124
+3073 3239 12165 12196
+9001 10696 12892 12896
+4237 12126 12127 12131
+12558 12591 12598 14601
+666 4239 4240 12135
+3304 3340 12093 12132
+582 583 3060 6775
+1619 5016 5979 6097
+10425 10526 13954 14005
+3573 7660 7661 8550
+7988 12288 12289 13186
+8531 8548 8560 13159
+5196 5301 12197 12215
+8974 9001 10696 12892
+691 692 4265 12346
+8025 8028 12320 12321
+770 12113 12114 12226
+4439 4440 10868 13243
+6641 6746 10121 10122
+5943 5987 6242 8140
+3246 12237 12268 12270
+7184 8938 14510 14517
+7963 8046 12301 12302
+602 3079 6785 6827
+5323 12214 12239 12265
+3236 3373 3387 12166
+7961 12243 12286 12305
+12065 12075 12076 12115
+7984 12256 12257 12264
+12105 12109 12119 12125
+8540 11295 13151 13153
+399 400 2685 6315
+7950 8037 12278 12279
+1413 1414 1801 4766
+5357 12230 12237 12239
+12101 12111 12112 13146
+8966 9881 9883 14353
+7815 9100 9226 10748
+7951 8019 8024 12326
+3686 3687 12615 12622
+8553 12185 13179 13180
+3315 12231 12240 12242
+662 4236 12109 12126
+3672 3682 3687 12616
+5788 10396 10398 14004
+10701 10719 10722 14129
+10424 10510 13954 14004
+5125 5300 5325 12217
+954 1929 7715 14601
+684 4257 4258 7955
+7824 10395 10520 10532
+9089 9101 14130 14705
+11550 11594 11597 11599
+12228 12229 12248 12273
+11402 11463 13194 13196
+8528 12512 12516 13153
+5295 5326 5351 12078
+12092 12108 12113 12119
+12074 12108 12113 12114
+12092 12113 12119 12130
+5788 5795 10396 14004
+735 12106 12107 12110
+3679 3685 3696 12635
+7608 14582 14584 14587
+3956 12913 12922 14690
+5149 5254 5331 7982
+10424 10525 14003 14005
+11227 11237 11272 12089
+4806 13469 13473 13499
+11237 11271 11272 12089
+10398 10531 13948 13950
+7956 7968 12645 12649
+10472 13931 13933 13998
+1662 5148 7949 12330
+1563 1564 5951 13907
+3245 12236 12238 12269
+4261 4437 13228 13231
+11282 13450 13462 13469
+7994 7999 8037 12243
+3940 3956 12913 14690
+942 1989 8012 8018
+1435 1436 4777 13637
+1436 4658 13637 13659
+4370 11627 11658 13233
+12337 13243 13246 13248
+7965 11796 11825 12349
+5107 5199 12266 12272
+9278 9282 14148 14149
+3149 3189 3320 11799
+1703 1704 5201 6790
+2742 6343 10906 10914
+4346 11227 11272 12089
+1436 4658 4777 13637
+1436 1816 13637 13659
+4346 4404 11272 12089
+7967 12345 12347 13245
+1436 1437 1816 13659
+3659 3661 3679 12645
+1985 12344 12348 12349
+1436 1437 4658 13659
+7946 10939 10942 10943
+623 624 3101 6796
+1703 6789 6831 12327
+1980 11790 11791 11807
+5500 8140 9063 13802
+4232 12101 12102 13144
+6907 6924 12421 12426
+8769 11825 12351 12966
+9282 14148 14149 14152
+2135 9829 9845 9848
+9228 14148 14149 14152
+4262 4263 12336 13246
+7967 12345 13245 13255
+12422 12426 12918 12919
+12081 12100 12102 12103
+693 4266 4267 12342
+7688 7748 7767 8033
+5760 9011 14468 14469
+11621 11622 11627 11657
+453 2738 2739 6403
+5583 5933 13325 13327
+12097 12098 12102 12107
+12337 13228 13230 13246
+10814 10832 10836 12964
+8665 8766 12690 12700
+1211 4129 4172 5180
+3326 3389 3390 11843
+10430 13953 13956 13964
+6907 12421 12422 12426
+5111 5202 5306 11736
+8759 11805 12364 13037
+13953 13955 13956 13964
+5294 12040 12066 12076
+12040 12069 12071 12076
+1830 5918 5933 13327
+7796 9944 10006 13760
+4668 5933 13324 13325
+6014 6192 10473 13968
+3134 3298 12069 12074
+1608 5973 6092 13767
+5987 6242 8140 9063
+748 783 9346 9347
+7432 7436 8524 14623
+12039 12051 12052 12062
+12022 12051 12060 12061
+6191 6267 6289 13943
+8412 12428 12921 12926
+3408 3420 3437 10116
+3291 11998 12011 12015
+8278 10162 10167 10168
+1530 1608 6092 13767
+9340 10114 10115 10117
+738 12022 12060 12061
+883 884 3503 12437
+6193 13952 13955 13964
+8185 12056 13098 13099
+8279 10101 10147 10165
+3461 8400 12376 14656
+12050 12056 13097 13098
+3410 5397 12367 12374
+12030 12035 12050 12056
+6893 6922 6923 12928
+1946 7522 7665 14688
+7866 7888 7889 9760
+3941 3942 3975 8421
+6955 6984 8998 14412
+1933 7351 7653 7654
+11200 13089 13090 13093
+7489 7490 14667 14677
+3976 6893 6922 12928
+8185 12056 12057 13098
+5595 13363 13377 13378
+3454 3472 12387 12401
+11880 11887 12058 13066
+5215 5349 12020 12073
+5349 12040 12072 12073
+4680 13363 13377 13378
+556 4756 4757 11183
+6264 10403 10435 13940
+7474 8405 12394 14649
+6877 7442 7464 7479
+8183 9214 13118 14671
+3509 3531 12448 12478
+7438 7696 7697 12490
+106 107 2070 4112
+12044 12045 12069 12071
+1607 5015 6091 13767
+7615 12409 12412 12413
+3218 12040 12066 12068
+5088 5180 5343 9426
+12742 12747 12751 12753
+3985 6893 6923 12928
+3976 3985 6893 12928
+5294 12040 12066 12068
+3971 3972 6857 6892
+5294 5349 12040 12041
+8461 8463 9085 14681
+3507 3508 3530 12474
+1529 1530 1608 13767
+3397 3398 12417 12429
+5219 5348 12016 12017
+1502 1503 1565 13894
+3906 3920 12831 12839
+5500 8140 9046 9063
+1564 1565 6070 13894
+1523 1597 5014 5968
+8260 11045 11056 11220
+9068 10140 10173 13487
+1523 1597 1598 5968
+1308 8249 8271 8272
+8539 11196 11266 13143
+6901 6920 6921 12935
+788 789 821 9874
+5800 8963 9138 13941
+4688 4689 4858 11281
+2149 9444 9459 9471
+8278 10136 10162 10167
+1583 5961 6079 14016
+1513 1514 5520 14016
+8489 8518 8526 14635
+12022 12035 12037 12038
+1879 7613 7614 12490
+4397 11893 13000 13076
+874 875 3487 7705
+8058 8486 14632 14633
+7854 9843 9857 9859
+2267 2319 9461 9464
+653 654 12052 12053
+12088 12104 13138 13142
+2319 9448 9461 9464
+3495 3521 8495 12447
+880 3490 3501 13532
+8294 8492 13446 13483
+3538 3539 3548 8526
+5520 13991 14002 14016
+5225 5343 5376 9464
+3344 12033 12048 12140
+5129 12015 12024 12141
+1127 3505 5415 12472
+11872 11876 12014 12028
+740 11876 12014 12028
+194 2135 9843 9848
+1524 5529 5530 14118
+5970 6141 14108 14120
+3540 8477 12466 12467
+8158 8160 9040 12435
+5529 5530 14104 14118
+5822 5828 13537 13542
+8554 12190 12192 13224
+3516 3519 12440 12441
+12039 12062 12082 12085
+3382 8169 8171 12002
+11892 12002 12003 12007
+1872 6880 8898 12939
+3909 3915 6879 12827
+1618 5016 6097 13740
+6880 8898 12939 12941
+9228 9922 9923 14149
+9228 9229 9923 14149
+1872 8893 8898 12939
+3499 7751 8469 12446
+6913 6914 8460 14647
+7376 7385 14612 14624
+3382 8169 11892 12002
+1490 1546 8121 9082
+7469 7478 7507 14650
+3876 12853 12856 12866
+1402 1490 1546 9082
+5223 5346 11996 12007
+3299 12033 12043 12048
+11233 11267 11268 13141
+8562 12524 12530 12538
+4337 8198 12999 13000
+2858 11204 11228 11237
+11037 11194 11195 11197
+8898 12938 12939 12942
+12022 12035 12037 12050
+1546 1794 5912 9082
+1402 1546 5912 9082
+913 7367 7368 12492
+3614 3623 12539 12546
+1487 1488 5939 9077
+11438 11521 11539 11589
+6246 6264 6303 13940
+5026 11998 12011 12015
+3131 3291 12021 12023
+737 12080 12082 12085
+3210 3211 3291 11998
+3211 3291 3342 12017
+12112 12128 13147 13148
+3211 3291 11998 12017
+4354 4416 4417 11461
+4006 8682 14577 14582
+8550 8552 8565 12559
+3291 3342 12015 12017
+12561 12565 12571 14596
+8620 8621 11411 11492
+8636 12527 12529 12530
+11990 11991 11992 13019
+7399 7414 7415 14638
+8867 11987 13016 13017
+1515 1585 14008 14015
+8414 8893 12939 12942
+5561 5669 5670 13558
+3980 8898 12938 12942
+8893 8897 8898 12823
+4241 4416 4417 13161
+4075 7356 7378 7388
+4420 12194 12195 13167
+8643 8695 12585 12586
+3613 8561 11320 12519
+9228 9229 14149 14152
+1568 5953 6072 13909
+1586 6081 14015 14058
+109 4113 4156 9819
+1505 1568 1569 13914
+35 1971 1972 12816
+4077 7326 7327 7339
+8608 8618 13571 13582
+8643 12550 12556 12585
+7786 8209 8215 8229
+7786 9023 11984 11985
+35 1906 1971 12816
+3614 12539 12546 12548
+8621 11450 11451 12515
+8643 8664 11437 12586
+3575 3592 12513 12518
+3617 8562 12519 12530
+11402 11464 13195 13196
+3574 7744 8556 12534
+4250 12253 12262 12264
+3593 8547 12510 12511
+1661 5055 5147 11745
+8554 8566 8567 13180
+12142 12149 13158 13161
+7373 7374 7406 14639
+9023 9362 11985 12816
+8234 9027 9361 9363
+1112 4044 14606 14610
+11399 11482 11590 11683
+1906 1970 1971 12816
+1971 9362 11985 12816
+1504 1505 1568 13914
+11435 11554 11579 11705
+4037 4065 4070 7237
+11946 11964 11965 11979
+9288 9407 9416 14168
+7977 7989 7990 13202
+11675 13660 13668 13669
+8620 11410 11412 11422
+3955 3980 8893 12942
+4035 4071 7389 12580
+3934 3962 8894 12953
+8664 12585 12597 12603
+8641 12552 12553 12588
+11944 11946 11964 11979
+7797 8089 8290 11042
+22 895 5429 12564
+7866 7889 9727 9760
+5727 5833 5875 8607
+1134 4021 4022 7279
+8641 8648 12588 12589
+5959 6127 13966 13983
+8567 8570 13174 13180
+5958 6077 6248 13972
+1511 1512 5518 5959
+8557 12531 12544 12545
+9146 10356 10380 14463
+3955 3962 3980 8894
+4038 4064 4072 14555
+3553 3554 8647 12570
+8944 8946 8948 13873
+5247 8069 11950 11968
+1149 1849 6849 7118
+3955 3980 8893 8894
+3949 3955 8893 12943
+4048 4085 9115 14614
+5023 5127 5369 12120
+6850 8937 12838 12841
+3955 8893 12942 12943
+3341 8235 8236 8237
+3554 8647 12561 12565
+10470 10510 10522 10523
+7392 7424 14611 14616
+3341 8227 8236 11959
+9222 9850 9871 9884
+1586 5962 6081 14015
+1575 4998 5957 6075
+1431 1813 5937 13618
+8068 8236 11966 11967
+1972 2008 8068 11967
+3959 9008 12818 12949
+3144 12223 12246 12248
+3639 3640 8034 12594
+8550 8563 8575 8662
+7940 11431 13174 13195
+10357 10378 10395 14379
+8719 11435 11569 11610
+1650 2007 2008 11973
+1682 5099 6775 6818
+7307 7313 7335 14592
+3618 3621 3623 12531
+7192 7193 7212 7644
+4066 4067 4088 14578
+7410 7426 7433 8486
+8643 8649 8695 12553
+9407 9416 14156 14168
+4074 7384 7388 7407
+3753 3754 8819 12692
+1600 1601 5006 6088
+7281 8644 8648 9119
+3675 11652 12612 12614
+1601 4999 5006 6088
+1601 4999 5970 6088
+1601 1602 4999 5970
+4710 4711 11505 11506
+8035 11463 11464 13196
+958 3643 3644 12628
+1105 4007 7608 14587
+9147 10379 10530 13948
+8665 8678 8679 12690
+8069 11956 11957 11966
+7972 8048 12640 13221
+8689 8691 8698 13643
+7970 7974 13237 13249
+13685 13686 13687 13702
+1534 5977 13736 13737
+519 520 4720 11637
+4724 4893 4894 11673
+10780 11693 11695 11697
+3753 3763 8771 12692
+4053 4054 8584 8645
+982 7206 7207 8803
+1533 5538 13737 13771
+9008 12818 12949 12950
+10397 10531 13948 13950
+1575 1576 4998 5957
+2642 9939 9948 9962
+1623 1624 5017 5981
+11486 11582 13651 13717
+3669 3681 12617 12625
+13686 13687 13702 13704
+1876 6873 6882 12415
+1815 5569 5929 13650
+1623 5017 5981 6099
+3676 3691 12639 12647
+4082 7208 8757 8803
+4066 4088 14578 14585
+8213 11978 11982 11983
+8751 12674 14568 14741
+3764 8786 12696 12703
+8705 13644 13666 13722
+958 959 5438 12628
+6542 9360 9416 14168
+3755 3764 8786 12703
+7315 9118 12583 14595
+3664 12610 12611 12612
+520 11613 11632 11637
+3749 3755 3764 12703
+722 8238 8239 11975
+8226 8227 8238 11975
+4436 4496 4521 13220
+8227 8236 11969 11974
+8031 11669 12636 12637
+1876 6882 12415 12416
+8438 9958 10008 10025
+5143 5247 11950 11968
+4732 10955 10966 11717
+10903 11728 13328 13336
+3126 3127 3341 8237
+3383 8204 11949 11971
+2001 5045 9561 9601
+4895 11679 11681 13702
+9010 9011 9151 10378
+4294 13020 13041 13042
+3736 8668 8679 12686
+2020 11787 12330 12341
+12335 12339 13241 13250
+1661 1662 2020 11745
+8668 12660 12661 12669
+724 940 941 8036
+5045 9561 9587 9601
+11634 11652 12611 12626
+7343 7349 14583 14591
+9138 9145 13999 14000
+5987 8140 9046 9063
+2479 2649 2677 10108
+10805 10980 12711 12725
+8785 8819 12692 12696
+227 3126 3127 8237
+5316 8204 11947 11971
+10812 12711 12725 12726
+2002 5046 8915 9561
+1645 2002 5046 9561
+3103 3104 3269 11943
+3269 3270 11943 11955
+1656 1657 2014 5052
+8776 8784 12705 12709
+3268 3269 3328 11955
+3936 3951 3964 8415
+1714 5206 6797 11943
+8895 12953 12954 12955
+8812 10923 10924 13418
+1657 2015 11753 11913
+12365 13030 13034 13039
+3331 3345 3384 11759
+4037 4073 7239 7250
+11016 11088 11096 11097
+12973 12975 12979 12980
+1682 5099 5190 6775
+3742 8805 12687 12691
+984 985 8684 8756
+7686 8668 8670 8679
+933 3628 8676 12666
+1714 5115 5206 11943
+983 7208 8757 8803
+3103 3104 6839 11943
+3360 11752 11753 11754
+1764 5445 7199 9122
+11930 11934 11935 11980
+5452 5741 8739 12697
+2906 10893 10901 10904
+4903 4971 4972 13271
+8818 11002 11012 11017
+534 10961 11013 11724
+10814 10832 10833 12964
+8228 11899 11934 11960
+3720 5454 8806 8807
+4901 4970 11718 13303
+5051 5052 11757 11758
+1830 1831 5584 5918
+10804 10821 10822 10970
+5052 11753 11754 11955
+4455 4456 10833 13061
+10831 10832 10836 12964
+1656 2013 2014 11757
+3261 3262 3324 11776
+5290 8173 11819 11820
+1919 1920 7215 7642
+11936 11937 13006 13022
+1222 1223 4178 6358
+11930 11931 11936 13023
+11030 11079 11132 11144
+8885 11176 11179 13402
+1474 4677 4796 13338
+8144 12790 12791 12802
+5739 8828 8829 8833
+8227 8236 11959 11969
+10887 10888 10889 11001
+8376 11173 11176 13402
+3834 3838 3843 12781
+8849 8879 8887 12786
+11933 11934 11958 11960
+11899 11934 11935 11960
+180 6506 9746 9750
+8144 8329 11174 11176
+8867 9024 11986 13012
+3788 3812 12769 12778
+1755 1756 5603 7276
+7042 8895 12953 12954
+3157 3197 3329 11755
+7231 14541 14547 14550
+1043 3854 3869 12829
+8228 11934 11958 11960
+3743 3744 3764 12698
+8050 12739 14521 14523
+7211 7212 8755 12670
+1067 9007 9019 12945
+8052 8857 12846 14759
+714 11853 11922 11923
+6956 6957 12892 12893
+11074 11852 11853 11922
+999 12808 12809 14485
+8844 8845 8878 13379
+1067 1068 3929 9007
+8872 12758 12768 14530
+11989 11990 13022 13047
+11150 11153 11171 11190
+8773 8793 8797 12983
+1067 1068 9007 9019
+11937 13006 13007 13022
+8787 11925 11926 11928
+8903 12834 12880 14500
+8787 11926 11928 12985
+2207 2208 2329 9602
+7196 7218 12728 14526
+31 971 979 8802
+8851 8879 8880 14525
+2805 2843 3005 10824
+8888 10825 10826 11106
+2983 8371 11130 11141
+11926 11928 11929 12985
+5790 5858 13820 13842
+3828 3840 8889 12772
+3825 3826 3832 12757
+7814 8966 8968 9883
+1067 3929 9007 12945
+1688 1689 6780 12164
+7806 11192 12801 13393
+8787 11849 11925 11928
+1688 1689 5102 12164
+8308 8347 8349 8350
+4289 4290 13010 13011
+550 2807 11007 11008
+8962 8964 9136 14448
+3100 3101 3266 11914
+7829 9775 9776 9778
+3839 3843 8870 12733
+8856 8879 8880 12773
+10808 10824 10916 10982
+3819 8869 8890 11068
+3264 11783 11862 11907
+5740 8839 8849 8850
+2847 11099 11116 11164
+8379 11119 11178 11183
+11170 12805 12806 12814
+2809 2848 2981 11078
+4335 6356 6383 11125
+3011 11128 11141 11148
+5194 6822 12164 12166
+10840 10842 11161 13063
+8320 8322 13044 13053
+7160 8353 9126 14496
+4382 10841 10842 10853
+9140 10402 13918 13919
+4340 8346 8348 13045
+3799 3800 8321 12807
+5991 10256 10262 10264
+1025 1026 3786 5465
+8092 10064 10065 10071
+1705 5202 6791 6833
+1215 1729 6807 8072
+3088 6831 12327 12329
+3266 11862 11907 11914
+179 6506 9706 9750
+5255 8202 9485 11953
+8094 8313 12811 12813
+1026 3786 5465 12759
+8071 9023 11984 11985
+7166 7167 7184 14510
+8384 9047 9050 9051
+7793 8071 9023 13046
+3451 6882 12415 12416
+8323 11170 12805 12806
+8093 8099 12798 12812
+7793 8231 9025 9031
+8375 11170 12804 12814
+3471 12395 12407 12408
+3096 6793 6835 11779
+8208 9368 9371 9485
+8098 11149 11151 11189
+3265 3266 11862 11907
+1957 7839 9748 14328
+1086 9180 10696 12905
+11922 11930 11931 11936
+3474 6915 12408 12414
+1868 6937 14522 14524
+10840 10841 10842 11816
+7408 7424 7427 14610
+7149 7165 8937 14510
+1100 7603 7604 12751
+7154 7168 7176 8939
+3781 3814 12743 12750
+3326 11843 11912 11917
+6190 10473 13933 13935
+1050 3858 3870 8930
+3860 8899 12825 12826
+3449 3474 6915 12414
+7086 7091 7098 14455
+1851 5480 6850 8940
+3847 3848 3877 12870
+324 5992 10248 10255
+9563 9577 10219 10220
+3200 3334 3361 11839
+1494 4996 5003 13844
+4379 4398 4502 11893
+1782 5476 7033 14462
+14042 14044 14047 14048
+2608 2657 10223 10224
+4398 4502 11214 11893
+11887 11889 11890 13070
+10041 14155 14160 14161
+3855 3869 3887 12837
+8925 9611 9615 14443
+8947 8950 8951 13868
+4398 11214 11893 13071
+7135 7141 7170 14509
+8324 12801 12802 13394
+7181 12878 14502 14504
+1721 5210 6802 11781
+4502 11214 11893 13076
+7128 7135 7141 14501
+8086 12996 12997 13070
+7201 7202 7231 14546
+9139 13935 13936 13943
+1038 1039 7050 12890
+6012 6190 10434 13933
+8144 12790 12802 13394
+12797 12801 12802 12803
+245 2369 2370 4598
+5119 5211 5315 11831
+9138 9140 13918 13938
+6485 6486 9574 9582
+344 345 2456 10432
+7144 7161 8216 14498
+8324 12790 12802 12803
+5992 10248 10249 10255
+4222 4397 11893 12999
+8402 14154 14155 14160
+8960 8961 8962 13923
+7183 12849 12875 14513
+3129 11874 11875 11882
+329 2488 10271 10275
+3780 3793 3807 12745
+1852 3862 3863 6852
+7886 10548 14393 14394
+8091 8312 8313 8335
+10069 10070 10295 13847
+11875 11882 11884 11885
+11871 11879 11884 12028
+5392 5708 9086 14702
+5407 7452 8113 8500
+9563 10280 14218 14233
+3797 3813 12785 12792
+5799 8962 8963 13924
+8902 8906 12855 14509
+3851 3880 12859 12862
+5407 7452 7453 8113
+9582 14206 14214 14215
+1089 1090 6961 8418
+5406 8500 8501 8502
+1744 1745 5407 7452
+3797 3813 12785 12787
+8417 8971 12902 12910
+8166 9038 12994 12996
+14042 14043 14044 14047
+7527 9002 14680 14683
+3426 3449 3463 6928
+6955 6984 6985 14412
+9184 9834 10676 10681
+9887 10668 10697 10707
+11870 11871 11876 11878
+1755 5603 7275 7276
+5808 5809 5894 9103
+790 791 822 7852
+10607 10654 14051 14052
+831 12422 12427 14679
+9002 9004 14680 14692
+3171 7783 11874 11875
+7552 12909 14698 14700
+1552 4996 6064 13844
+7549 8424 12923 14689
+4996 5503 13844 13846
+8970 8971 12909 12910
+3202 3381 11903 11960
+5033 5228 5340 9267
+1075 7735 7736 12926
+7694 8966 8968 9881
+3116 5211 11830 11865
+4025 4058 4059 8750
+3284 11910 11946 11964
+641 3118 3119 6805
+1659 1660 5054 11846
+12674 14564 14566 14567
+3988 3989 8416 12922
+1660 11748 11846 11847
+5714 8443 8456 12374
+1983 11824 11832 11846
+8413 8423 12428 12920
+3937 12934 12942 12943
+2178 2305 9254 9272
+4064 12744 12745 12746
+7829 9775 9778 14306
+9225 12909 14698 14700
+6954 6969 8997 12898
+9002 9003 12916 14683
+830 831 3396 12422
+11860 12354 12356 12991
+9113 9235 9974 14730
+3985 8463 9003 12426
+9231 9917 9919 14732
+8419 8971 12909 12910
+5665 5884 13512 13517
+11918 11920 11921 12992
+10410 10412 10420 14272
+3808 3814 3831 12743
+7474 7496 7509 12394
+1982 11919 12360 12992
+11785 11844 11940 11941
+7092 9146 14465 14466
+11850 11851 11852 11924
+6935 7621 7622 12826
+6933 7619 8414 12940
+3949 3955 8893 8894
+3963 3981 12934 12942
+1077 3936 8415 8977
+3366 12078 12090 12227
+3808 3831 8876 12743
+6945 6966 7823 14380
+8098 8321 11068 11189
+7721 8906 12864 14501
+7848 7919 14410 14411
+3819 3837 8869 8890
+37 51 1777 7118
+6904 8416 12919 12924
+9159 9175 14047 14063
+11849 11850 11925 11928
+7577 8973 14691 14698
+5485 6970 9005 14376
+3443 6862 6896 6897
+6867 6883 12485 14650
+3940 8422 12913 14690
+3445 3460 12415 12416
+1096 3948 5605 6856
+3813 3828 3830 12787
+10369 10370 10372 10407
+11924 11925 11928 11929
+1552 5945 6064 13844
+3990 3997 3999 12933
+293 294 2418 4559
+3124 3125 3289 8205
+5252 11739 11774 11778
+8913 8922 8923 9577
+3818 3830 3840 12791
+3449 3471 3474 6915
+3807 3816 12745 12746
+5760 9011 14376 14377
+7862 7884 14395 14403
+7628 7741 8894 12954
+3860 3873 3897 12826
+7042 8895 12820 12821
+3830 3840 12787 12791
+5249 11829 11841 11902
+8512 12473 14615 14622
+5474 8962 9136 14448
+3903 3904 6886 12831
+5110 5202 6791 11741
+2381 2382 4604 10408
+5271 9687 9689 9733
+7042 8894 8897 12953
+1032 12873 12883 12884
+9137 9141 14453 14461
+5209 5249 5313 11771
+8962 8964 9136 13919
+1468 1469 1837 4793
+2805 2844 2977 10824
+5050 11841 11896 11902
+1788 6948 6949 9006
+8759 11807 13056 13062
+5622 5800 9132 13940
+8855 10927 12717 12725
+7965 11812 11818 12342
+5363 11779 11786 11845
+4263 4438 12337 13243
+5147 11745 11747 11748
+8402 14155 14160 14161
+12343 12345 13250 13255
+7829 9775 14306 14307
+5050 5144 11896 11902
+8669 8672 8675 8686
+4264 4265 12340 12347
+3159 11762 11794 11822
+690 4263 12334 12340
+3322 11737 11739 11747
+13897 13925 13928 13929
+3689 3696 12640 12644
+10902 10905 10914 10996
+4734 4735 4904 13275
+11752 11756 11791 11792
+7945 8737 8740 8816
+8764 12961 12966 12967
+8103 8364 11138 11150
+11756 11833 11834 11836
+4389 10907 10968 11031
+3831 3835 3841 12756
+2013 11756 11834 11836
+790 9830 9868 9870
+8792 8797 8799 14527
+1977 11849 11850 11925
+4463 4464 11082 13002
+1788 5488 6949 9006
+5592 13266 13268 13292
+4280 4455 4456 13061
+10957 13284 13294 13295
+3099 6795 11784 11862
+1788 1789 5488 6949
+613 3090 6791 6832
+1977 11835 11849 11850
+3835 3841 12733 12756
+5029 8149 8156 9458
+1963 1964 7020 14228
+4224 4398 4400 12059
+2688 2854 10912 11203
+4270 4271 12358 12975
+1809 1810 5565 5922
+8266 8268 13132 13133
+3039 3166 3333 8153
+3330 11837 11839 11841
+1810 5565 5566 13604
+11161 12365 13038 13065
+1118 4073 7239 7254
+4464 11923 13002 13011
+644 645 3122 6848
+8799 8800 10820 12728
+7789 11074 11927 11929
+2927 10968 11029 11031
+5312 11750 11761 11764
+8867 12796 13014 13043
+8364 11150 11155 11156
+1724 1725 5120 6804
+716 717 3202 11931
+3283 3284 11863 11910
+715 4288 4289 11923
+1810 1811 5916 13604
+7020 7050 8927 14228
+2354 4527 8110 8310
+1626 1627 6101 13348
+1976 11850 11925 11927
+3206 3207 11820 12003
+3041 5092 11820 11997
+11069 12782 12788 12789
+8134 9053 13815 13816
+1425 1809 5928 13578
+4757 4926 11182 11183
+3041 5092 11819 11820
+5051 5312 5374 11764
+4278 11808 13063 13065
+4454 4455 4488 10842
+538 539 4739 11112
+8813 8827 12703 12704
+3207 3208 11996 11997
+7020 7044 7059 14443
+1128 4016 7361 7362
+1963 1964 9608 9623
+3190 11788 11812 11818
+8093 8330 8335 11140
+1003 7110 7130 12811
+721 722 4174 8239
+6475 9033 14166 14176
+11990 13007 13022 13047
+8346 8347 8348 11140
+5514 5623 13940 13957
+5278 9862 9866 9873
+7020 7059 8925 14443
+8759 11804 11938 12364
+8097 8322 12795 12798
+4115 5078 9862 9863
+702 12359 12361 12364
+11931 11934 11935 11960
+11146 13019 13020 13052
+6506 9706 9750 9755
+4289 4290 4465 13011
+4293 11988 13018 13020
+3702 3731 3732 12711
+12365 13030 13034 13035
+4284 4285 4460 11861
+3156 3195 11798 11804
+10853 11028 11161 11162
+11808 13057 13058 13064
+8826 8827 11111 11136
+1898 1963 1964 7020
+703 3156 3195 11804
+1898 1964 7020 8927
+4744 4913 10947 13417
+4005 7606 7607 8682
+3156 11753 11790 11798
+3096 3097 3262 11779
+8219 14179 14189 14193
+9706 9755 14294 14300
+975 3707 3722 7649
+647 4222 7785 9044
+8196 11377 13072 13074
+8474 8475 9210 12469
+8759 11804 11805 12364
+8471 11877 12445 12446
+702 11938 12359 12364
+8084 11057 11209 11210
+401 2686 2687 6316
+8159 9039 12994 12996
+11390 13547 13551 13560
+4379 11887 11890 11893
+5185 6768 11999 12019
+11065 11066 13449 13482
+7488 7489 7502 8244
+12358 12974 12975 12978
+8180 8181 9437 13118
+3491 8075 12437 12443
+3270 11760 11765 11943
+7030 7031 7061 14448
+8395 9212 13079 14172
+3499 3514 8467 8469
+1541 1542 1626 13348
+7841 9749 14287 14291
+779 9463 12026 12027
+20 870 886 11868
+1060 1852 3863 8940
+7510 7515 7518 14668
+11266 11288 11303 11304
+1060 1851 1852 8940
+8479 8480 8536 8542
+741 776 8176 12014
+3210 11998 12011 12012
+11879 12028 12029 12056
+3196 3360 11752 11753
+1851 1852 6851 8940
+4379 4398 11887 11893
+1852 3863 6851 8940
+3055 3056 6773 12077
+8085 11219 11242 11371
+8059 8064 11872 12014
+1627 6101 13348 13353
+741 8471 11868 11876
+4471 4502 11214 11215
+11237 11269 11270 13170
+12357 12358 12974 12978
+4343 4397 4502 13076
+7778 8189 12437 12440
+1704 5110 6791 11740
+10194 14181 14197 14198
+10801 11003 12969 12970
+2434 2599 2600 10062
+5511 5619 5620 13905
+3403 8408 12381 12393
+5596 13426 13435 13436
+3156 3196 11753 11790
+5596 5705 13426 13436
+304 2428 2429 4627
+7834 14288 14291 14327
+705 3157 3196 11806
+6120 6183 6238 10386
+7031 7061 7062 14448
+7775 9475 13113 13114
+4679 4797 4847 13364
+4342 4471 4511 10912
+4241 12142 12148 12149
+2987 11247 11298 11302
+1480 5921 5935 13435
+8539 8544 11223 13137
+1479 1480 4680 5935
+4415 8546 12143 13155
+2944 11309 11312 11316
+3157 11790 11806 11809
+8548 8560 13159 13163
+8533 8541 12499 12501
+1760 5432 5602 7281
+732 12129 12133 12513
+3858 6889 6918 8930
+4346 4405 4476 12089
+10801 11003 11004 12970
+2778 11298 11299 11302
+3157 11790 11792 11809
+3157 11752 11790 11792
+4597 6438 6557 10269
+733 734 8527 12226
+6231 6232 10097 10098
+914 3563 3576 12504
+8549 11320 11321 13162
+7406 8475 9210 12469
+922 5422 5423 12508
+10194 10215 10216 14198
+3155 11917 11938 12359
+7370 7401 12497 14640
+3276 3277 11771 11782
+11290 11305 11306 11338
+731 12145 12175 12191
+4355 11444 11447 11469
+3607 3618 3621 12531
+11074 11930 11936 13023
+3111 3276 3277 11782
+10801 10896 11003 11004
+857 3413 5601 6864
+11074 11922 11930 11936
+8559 12193 12194 13164
+3429 8413 12416 12417
+3110 6842 11770 11773
+1542 1627 13348 13353
+1877 12412 12413 12415
+1881 7615 7676 12413
+3323 11738 11739 11774
+12263 13173 13175 13195
+3405 7676 12413 12418
+8643 8663 8664 12556
+7984 12249 12254 12255
+1881 7676 12413 12418
+671 3179 12151 12179
+11402 11559 12258 13193
+11685 11686 13185 13227
+10806 10807 10829 12986
+3323 3356 11738 11769
+3075 6783 12197 12198
+10807 10880 12988 13004
+13173 13175 13176 13177
+7983 7984 12254 12255
+5762 5786 5796 13901
+11843 11844 11909 11940
+11519 11532 11556 11557
+727 728 7983 12233
+682 683 12280 12293
+7985 11463 13188 13210
+10807 10880 12986 12988
+7940 8567 13174 13180
+7940 12259 12261 13195
+3454 3455 12401 12403
+3108 3274 11750 11767
+4716 11575 11577 11583
+8325 10192 10194 10215
+7715 8575 12562 14601
+2960 2996 3034 11550
+6117 6266 10361 13908
+180 9745 9746 9750
+7997 11617 11659 11682
+3455 12401 12403 12407
+7972 7973 13219 13221
+3441 12398 12399 12403
+5575 13671 13694 13695
+2997 11562 11564 11605
+7942 8720 11648 11661
+4257 4432 4433 12304
+8799 10806 10807 10829
+1978 2012 11834 11835
+2893 11560 11561 11603
+12323 12324 13214 13234
+10192 10194 10215 10216
+7021 7044 7053 14443
+4316 6421 11560 11606
+3560 3589 3592 12518
+3685 3695 3696 12640
+527 2834 10931 10936
+3454 12387 12399 12403
+8325 10192 10213 10215
+12339 12343 13250 13251
+10921 10963 11713 11714
+7961 8037 12291 12305
+3635 3649 3660 12651
+5252 5306 5362 11739
+3322 11737 11744 11747
+7935 8014 10781 13255
+3257 11737 11739 11741
+3413 3414 6864 12398
+682 4255 7987 12293
+4273 4448 4449 12363
+5253 11739 11747 11848
+3887 8857 8906 12855
+10901 10902 10995 12979
+7709 7718 7758 12669
+3149 3189 11799 12331
+7634 7747 12863 12864
+4058 7324 7331 7341
+7968 12649 12651 13251
+3258 3259 11736 11739
+179 180 6506 9750
+1045 3855 3856 8906
+10 7994 7999 8009
+699 3154 11918 11920
+5360 11742 11743 12329
+1018 1146 3781 12741
+1704 5201 6790 11740
+10851 10852 11089 11091
+4901 11709 11717 11718
+8004 11669 11670 12625
+8824 11731 13318 13371
+3256 11737 11740 11742
+963 5443 12718 12736
+5305 5360 11740 11742
+1907 1969 1970 14194
+1907 1969 7719 14194
+8721 8744 8805 12682
+11693 11695 11696 13683
+5360 11740 11742 12329
+8709 8732 13685 13712
+11729 13372 13374 13375
+10962 10963 11724 13257
+1531 5536 5537 13783
+1521 5966 14068 14069
+4984 10930 13427 13433
+8808 10930 13314 13433
+8376 11173 11174 11176
+9333 10054 14146 14167
+8818 10962 11012 11726
+698 699 3193 11918
+8793 10972 10973 10982
+10973 10982 10983 10984
+2752 6348 6379 10837
+3831 12743 12756 14543
+8818 10962 11002 11012
+5892 8808 13314 13433
+4752 11020 11101 13316
+11859 11860 11918 12991
+11860 11918 11921 12991
+11891 12998 13000 13076
+5753 8137 8389 13398
+552 4753 11100 11101
+4663 4783 4828 13696
+11891 11893 13000 13076
+1460 1831 4670 4789
+10962 11012 11725 11726
+5582 5691 13325 13342
+8701 8708 8709 13703
+10944 11708 11709 13720
+4902 11718 13259 13260
+8719 10933 11608 11609
+11064 12998 13000 13076
+5737 5738 8706 8707
+5688 5841 5843 13721
+8824 11731 13317 13318
+8254 8255 9339 9404
+10804 10812 10839 10840
+11064 12998 13075 13076
+4381 4486 11027 11028
+13332 13334 13336 13370
+8847 10956 10957 13284
+2801 2840 2973 11124
+8742 8746 10849 11715
+8827 12705 12709 12726
+7214 7640 9204 14559
+7990 8719 11569 11719
+10822 10830 10970 10971
+1918 7214 7640 14559
+929 5430 7298 14566
+10886 10890 10999 11000
+8955 10328 13881 13893
+10192 10213 10215 10216
+8719 10933 11608 11719
+5267 9685 9697 9698
+4216 6354 6427 11032
+5756 5796 8953 8954
+8960 9134 13897 14435
+10953 11102 11122 13316
+8725 10786 10849 11707
+3717 5451 12682 12687
+10890 11000 12989 13004
+1400 1401 9046 9062
+9664 9693 9699 9700
+696 3152 3192 11856
+1831 4670 5585 13369
+7811 7923 7929 9791
+6182 10352 10353 13928
+4670 4790 4837 13409
+11937 13008 13010 13011
+4270 4271 4446 12975
+5416 7362 14619 14620
+1544 1545 5008 13525
+11937 13007 13008 13010
+10813 10852 11089 11091
+10786 10849 11706 11714
+387 6054 10092 10096
+1394 1395 4569 6474
+10137 10138 10143 13455
+11923 11937 13009 13011
+4289 11923 11937 13011
+10787 10955 11713 11716
+2479 2519 10128 10141
+7592 14721 14725 14736
+390 6057 10143 13455
+10944 10945 11709 13720
+10937 10938 10941 11711
+10936 11691 11701 11702
+4058 4059 4081 8803
+7958 7974 11690 11701
+11988 11992 13019 13020
+5593 13301 13338 13340
+11988 13019 13020 13044
+10771 10857 11702 13254
+4739 11112 11137 13371
+10857 11701 11702 13254
+4728 11696 11698 11710
+10805 10874 10970 10980
+4728 11696 11697 11710
+2749 2750 2915 10843
+8728 8732 13690 13713
+13686 13703 13723 13724
+2916 3025 3028 10841
+4795 4845 13292 13329
+5618 13887 13895 13902
+3928 3929 3957 12945
+15 835 7664 7678
+1844 5921 5935 13435
+8145 8381 8384 9047
+8341 8345 8350 14176
+1936 7656 7657 9210
+5383 11844 11909 11940
+4340 8346 9036 11127
+5706 5789 8136 13416
+9691 9695 9696 9736
+527 4728 11696 11698
+2934 2990 8307 8346
+3929 3957 3958 12947
+3940 3954 3956 14690
+7806 11177 13394 13395
+4638 8392 9056 9059
+4850 13416 13424 13432
+4926 4927 11185 13406
+5753 5789 8389 13398
+1484 4683 5925 13434
+8950 8952 8956 8958
+556 8379 11180 11183
+3940 3956 3968 12913
+1141 1142 4029 7202
+10875 11103 11106 11107
+8329 11117 11178 11180
+10947 13417 13419 13420
+10818 10916 10982 10984
+527 4728 11696 11697
+3956 3968 12913 12922
+2168 9688 9734 9735
+2731 2732 2897 11625
+1520 1521 5966 14069
+3754 8819 12692 12696
+2844 2977 10824 10983
+8422 12913 12923 14690
+1268 1269 4201 6371
+3954 8422 12904 14690
+1964 9586 9594 9623
+4200 11625 11626 11627
+4353 4370 11625 11689
+4752 11021 11102 13316
+645 646 3123 6807
+5742 5743 8810 12702
+4318 4353 4370 11625
+4200 4318 4370 11625
+4724 4725 11665 13675
+1964 2000 9586 9623
+1482 1845 1846 13444
+4725 4726 4895 11681
+1975 7683 7684 12794
+2932 2933 11126 11130
+9229 10053 10054 10055
+2229 2230 2296 9760
+8884 11184 11185 13390
+7683 7684 7729 12794
+7791 10815 11121 13316
+992 993 5452 12695
+4382 4488 10841 10843
+4673 4929 4954 13312
+4950 13364 13365 13367
+458 2744 6344 6406
+9850 9870 9871 9876
+509 4710 11505 13597
+8256 11037 11194 11373
+11273 11276 11278 13465
+1520 1521 5526 14069
+1975 2010 2011 11895
+1975 1976 11852 11895
+11054 13468 13470 13471
+4725 4726 11662 11681
+525 4725 11662 11665
+7750 12344 12651 13251
+10813 11089 11091 11093
+1986 7750 12344 13251
+8445 9942 9994 10086
+9409 10050 10056 10092
+4569 6473 6474 8273
+3435 8447 12377 14655
+381 6048 6049 10027
+8436 8449 8451 8453
+11662 11679 13685 13723
+7687 7750 12651 12661
+1986 7687 7750 13251
+10828 10879 11070 13028
+9066 10179 10180 13487
+4851 4951 13361 13362
+8123 12431 13490 14674
+283 284 2408 4554
+8453 9409 13452 13803
+6054 10050 10092 10097
+8946 13859 13860 13877
+2162 9626 9633 9637
+8735 11662 11664 11680
+525 4725 4726 11662
+5552 5913 13362 13486
+10931 11662 11676 11678
+8083 8243 8275 8283
+7444 14647 14648 14650
+8026 10931 11662 11676
+882 7457 8243 10178
+912 921 3567 12503
+3490 3501 3518 12438
+5414 5415 5417 14620
+8735 11662 11676 11680
+8112 9072 9074 13493
+10813 10852 11091 11161
+4808 9081 11065 13445
+7943 8004 11668 11670
+1761 5432 7281 9119
+11665 11681 13674 13675
+1899 1962 1963 14443
+4115 4158 5078 9862
+103 2066 2067 4110
+525 2833 8026 11643
+524 525 11643 11665
+3526 8510 12438 12439
+8124 11051 12438 13532
+8712 11664 13673 13674
+10879 11070 13027 13028
+1630 5008 6103 13523
+10846 11617 11618 11660
+1622 6099 13797 13809
+1973 8210 13013 13014
+5902 8602 13510 13538
+5793 10073 13862 13866
+524 525 2833 11643
+3164 3204 11959 11969
+11038 11253 11255 11285
+3550 8484 12456 12466
+8591 11349 11359 13539
+5665 5902 13510 13512
+1972 8068 11967 11974
+11205 11304 11329 11332
+2793 11618 11643 11659
+8591 11349 11359 13594
+2833 2963 2998 11659
+8070 11969 11970 11982
+5793 9124 13862 13863
+10933 11522 11609 11633
+5826 5827 11054 13471
+8069 11957 11966 11968
+12054 13090 13092 13101
+11 761 794 7959
+393 6060 6061 10173
+8087 11057 11061 11216
+3204 8227 11959 11969
+1488 8299 9077 9079
+5659 5823 5824 13461
+6165 9068 9075 10175
+1974 2009 11957 11976
+1521 5526 14068 14069
+4407 4504 13125 13141
+4475 11297 11318 11319
+1985 11787 11789 11817
+8013 8666 8670 12349
+2692 2858 11229 11231
+520 11522 11613 11637
+4814 13553 13561 13562
+8605 11305 11346 11348
+491 4691 11273 11277
+6907 6924 6925 12421
+4303 6324 6391 11324
+7371 8544 12496 14641
+1660 1661 5147 11748
+7964 11787 11812 11817
+1985 2019 2020 11787
+4643 5553 13462 13486
+2703 2868 2869 11324
+8294 11051 11060 13483
+13770 13777 13782 14132
+3493 5409 5410 8510
+3518 3521 3526 12439
+7780 8124 11051 13532
+2019 2020 11745 11787
+1807 4651 13561 13589
+5421 5723 8498 12503
+8597 13573 13574 13587
+9333 10054 14152 14167
+8630 13619 13634 13635
+498 2780 2820 11338
+11522 11613 11630 11637
+8713 8716 11629 11631
+2782 2821 11370 11540
+4649 4812 13546 13552
+8713 8716 11628 11631
+2703 6324 6391 11324
+8713 8716 11628 11644
+8260 11058 11219 11246
+4892 4893 4968 13668
+8696 12609 12618 12619
+3684 12610 12611 12617
+5242 5259 9487 9490
+8713 8716 11629 11644
+8586 8587 12514 12523
+8715 11635 13621 13622
+7353 7354 7387 9210
+11522 11637 11638 13621
+11326 11330 11350 13592
+3595 8609 8635 12525
+4718 4888 11639 13625
+8715 11635 11636 13621
+4706 11414 11415 11423
+509 2786 2825 11480
+13572 13584 13585 13609
+2192 2193 2272 9491
+2193 2272 9491 9510
+5242 9487 9489 9490
+504 4704 4705 11386
+444 445 2730 6370
+8291 11245 11280 13475
+10810 10880 13003 13028
+2713 2878 2879 11443
+4878 4964 4981 13599
+2895 2896 2964 11621
+10807 10880 11070 13028
+11392 11413 11414 11415
+2999 11627 11658 11689
+3601 3611 8643 12550
+1239 4186 4304 6392
+4869 4870 4931 13547
+446 2731 6338 6401
+5673 5674 8613 13606
+1810 1811 5566 13604
+3622 12530 12537 12539
+10880 11070 13027 13028
+4811 4931 11361 13544
+4653 4772 5922 13591
+4370 11627 11658 11689
+11639 13621 13622 13624
+5676 5834 8630 11473
+5567 5675 13607 13617
+7789 10880 11070 13027
+10813 11091 11092 11161
+11575 11582 11583 13627
+2159 2282 2325 9589
+4876 4961 4980 13575
+9651 9652 9671 9673
+10932 11612 11614 11649
+5793 9124 10073 13862
+11647 11652 12626 12631
+8616 13572 13573 13584
+8677 8760 8762 13033
+5691 5891 11728 13341
+6613 6725 10410 14272
+5794 5877 5900 8944
+5478 5497 5498 12946
+11608 11609 11610 11611
+8651 11494 11591 13611
+518 11573 11574 11611
+8694 11419 11437 11579
+13622 13623 13624 13643
+12246 12249 12250 13186
+7331 8750 8752 8803
+2831 2960 2961 11614
+7272 7292 14569 14572
+2711 6328 6362 11433
+8719 11616 11652 12614
+11595 11607 11614 11615
+8762 13030 13033 13036
+8719 11616 11651 11652
+2052 2215 2216 9648
+2790 2829 11526 11553
+6901 6921 12935 12936
+3973 6856 6890 6891
+2790 11524 11553 11611
+2334 9730 9734 9762
+11436 11555 11575 11576
+11438 11520 11521 11539
+8638 8639 11510 13633
+513 514 4714 11538
+3972 3973 6856 6891
+2135 2300 2338 9829
+514 515 11537 11538
+2718 2883 2884 11517
+3987 6890 6891 6920
+4896 11679 11698 13687
+11522 11630 11633 11636
+2074 4114 9819 9824
+110 2073 2074 4156
+11522 11630 11636 11637
+2168 9720 9735 9743
+110 2074 4114 4156
+7975 12639 12646 12648
+8717 11634 11652 12626
+5896 8690 8691 13628
+2073 2074 4156 9819
+2074 4114 4156 9819
+4019 7355 8645 12564
+11550 11566 11595 11720
+3427 3428 6906 12417
+2888 2889 11550 11551
+204 2140 2179 9343
+521 8716 11613 11649
+8716 11629 11631 11632
+11662 11664 11665 13674
+7942 8720 11615 11616
+3982 8415 12930 12934
+3984 3987 6891 6920
+8727 8730 11712 13712
+3984 3994 3998 12936
+11663 11667 11671 11672
+9760 9790 9791 9792
+2140 2179 9323 9343
+4887 13625 13641 13654
+5903 8708 13689 13709
+4473 11623 11626 11627
+8711 12629 13666 13681
+4367 4482 11560 11603
+523 2793 11618 11643
+3985 3989 3995 12928
+1263 1264 4316 6421
+1860 5496 6859 8461
+5439 5440 5736 8736
+9290 9326 9346 9352
+4664 4783 4829 13700
+514 515 4715 11538
+4728 4729 4898 11710
+1940 7439 7699 12397
+1448 1449 1824 4664
+8738 10900 13321 13331
+11675 13660 13669 13671
+8711 11674 13676 13698
+13660 13671 13694 13695
+4894 11666 11681 13675
+8714 13640 13648 13656
+3976 3985 3995 12928
+3788 5467 8850 12776
+7939 8672 8686 8747
+12636 12638 12641 12643
+1466 1835 4673 4792
+13629 13636 13641 13654
+2129 2168 9720 9736
+8706 8722 10849 13719
+2145 2183 2314 9304
+11501 13629 13636 13654
+7244 7262 8875 14540
+8717 11630 11633 11651
+4822 13630 13636 13654
+1520 1593 1594 5966
+2183 2313 2314 9304
+2269 2270 2327 9433
+2106 2270 9429 9434
+4316 4483 11560 11606
+11111 11134 11135 11136
+10806 10818 10981 11067
+8777 10812 12711 12726
+5376 9432 9433 9464
+11582 11583 11584 13624
+11497 11581 13717 13718
+2276 2327 9445 9462
+1526 5532 14120 14125
+2270 2327 9430 9433
+8693 11581 13623 13717
+1528 5015 5534 13768
+5972 6090 6143 13768
+9102 9103 10703 14113
+2106 2107 2270 9429
+8693 11485 11581 13623
+8627 8631 8633 8653
+2270 8172 9430 9433
+8947 8950 13854 13873
+159 160 2118 9527
+5978 6097 6152 13740
+11465 11537 11576 11578
+8434 8436 13750 13752
+517 518 11573 11574
+517 518 2790 11574
+4044 7408 14606 14610
+11524 11553 11569 11611
+1533 5976 6094 13771
+8760 8775 13033 13036
+2129 2168 9720 9740
+2129 9695 9720 9736
+5544 5653 13346 13347
+3524 8511 8513 12473
+5546 13353 13358 13360
+6040 10738 10750 10751
+6969 8997 12898 12911
+9720 9735 9737 9738
+6046 10001 10021 10023
+9975 10719 10726 10728
+1534 1535 5539 13736
+7808 9688 9734 9735
+8993 9086 14702 14707
+5786 5856 5899 13884
+9099 14714 14715 14720
+7283 7314 12587 14600
+2959 11524 11552 11566
+8950 10277 13854 13871
+6026 6204 10598 14048
+5834 8630 11473 13614
+1520 1521 1594 5966
+8775 13033 13035 13036
+1532 1533 5537 13771
+10894 10898 10899 10901
+95 2058 2059 4106
+3034 11525 11566 11567
+4028 4029 7202 7232
+8453 9070 13452 13803
+7796 8453 10004 13760
+10020 10022 10023 13787
+7537 7551 7574 12368
+7795 9329 9994 10004
+8440 8445 8446 12372
+11524 11552 11566 11608
+2248 9255 9274 9291
+4028 7202 7203 7232
+6227 6228 10051 13754
+6226 10028 10029 13738
+11524 11566 11569 11608
+8134 10085 13799 13822
+4425 4426 12258 13183
+3865 3893 12842 12843
+954 7715 8575 8662
+4250 4251 4426 12258
+8947 8950 8951 13854
+5504 13845 13846 13852
+5406 5716 8500 8501
+4251 4426 4427 12258
+5876 8431 8436 13752
+11516 11532 11534 11559
+6055 10096 10097 13457
+6099 13795 13797 13809
+10991 11123 13315 13389
+5751 5752 8877 8883
+225 1215 2151 8205
+10780 10858 10937 10938
+8677 8760 8762 12710
+8135 9057 9058 9060
+2724 11529 11530 11549
+438 2723 6334 11530
+9960 10054 14146 14167
+5234 9798 9799 9821
+7804 8366 8374 8378
+2887 2888 11523 11551
+2887 2888 3034 11551
+5595 5703 13363 13378
+559 4760 8388 11193
+8105 13020 13045 13052
+1111 4039 12481 12484
+8952 8956 12883 14434
+7264 9120 9121 14539
+11341 11342 11542 13154
+1401 8140 9062 9065
+8358 9125 9126 14490
+2444 2483 2643 8367
+320 321 2444 8370
+5993 10249 10254 10257
+5009 6067 13878 13892
+4411 4412 11542 12127
+1958 7833 9181 9754
+8305 8362 10251 10259
+6907 8416 12417 12422
+4016 4050 4069 14615
+8547 11259 11292 13156
+9145 9151 13999 14000
+7362 7394 7395 14615
+558 2811 11153 11172
+4017 4050 4051 7393
+4016 4017 4050 7393
+7063 14453 14460 14466
+11465 11538 11577 11593
+6243 6286 13832 13839
+5506 5614 5615 13879
+8947 13858 13859 13863
+11465 11537 11538 11577
+4060 4061 7233 7235
+11418 11586 11588 11591
+6174 6175 6285 13858
+215 2146 2184 9359
+5950 6115 6166 13891
+6113 13860 13875 13876
+6068 6113 13891 13892
+438 2724 6398 11530
+10893 10894 10898 10901
+10189 10270 10291 10300
+5222 5261 9489 9498
+6284 6311 10329 13889
+6163 13865 13878 13892
+1030 5469 5470 12799
+328 2448 2487 10233
+4196 4364 11523 11549
+8782 11024 11097 11098
+5222 5261 5330 9489
+5222 9489 9501 9502
+4061 4083 7235 7247
+438 439 2724 6398
+12847 12857 12876 14503
+8957 8958 12873 12884
+439 2724 2725 11529
+78 79 2042 4098
+5612 5791 10074 13838
+4997 5004 6068 13891
+5508 5616 5627 13889
+4639 9062 9065 13423
+2283 9568 9569 9584
+5053 11908 11909 11940
+6109 13851 13852 13867
+6004 6181 6182 10353
+5243 5333 9571 9584
+3413 5601 6864 12400
+236 237 2361 4594
+5459 7112 8358 8891
+6005 10351 10352 10360
+1166 4099 4141 9603
+4364 11549 11551 11723
+5010 5511 13909 13910
+10391 10402 13919 13937
+6070 6116 6245 13894
+2043 4141 9571 9603
+5070 5258 9655 9661
+10353 13898 13899 13900
+5070 5161 5258 9655
+10315 10316 10320 10322
+6120 10386 13904 13905
+339 10359 10374 10382
+6117 13894 13908 13910
+8964 13960 14448 14453
+5485 5760 14376 14377
+13952 13953 13955 13964
+4061 7233 7235 7247
+5952 6071 6117 13910
+6445 6564 6611 10408
+344 6011 6012 10434
+9144 9149 14446 14452
+6286 10258 13832 13839
+10430 13963 13964 14001
+1501 5509 13890 13907
+7844 7845 7910 14388
+4104 5161 9650 9655
+91 2054 4104 9655
+9167 14078 14079 14091
+9658 9659 9662 9758
+9662 9671 9673 9679
+10277 10318 10319 13855
+9011 9018 14374 14379
+8954 10353 13898 13900
+6194 10534 13951 13952
+346 6013 6014 10473
+1332 4538 4601 6561
+6014 6191 6192 10473
+5618 13887 13906 13908
+4061 4083 4084 7247
+10219 10220 12889 14441
+6121 14013 14014 14015
+1760 1761 5432 7281
+9142 14444 14449 14450
+10473 13933 13934 13935
+1569 1570 5954 13914
+9132 10394 10403 13924
+4197 4366 4481 11548
+7062 7063 14453 14460
+5960 6128 6249 14007
+5014 6086 14089 14090
+2136 2175 9869 9871
+2957 11520 11521 11539
+337 2452 2492 10347
+9143 9144 10358 14442
+2076 4115 4157 9863
+9148 10388 13932 13937
+10777 10894 10895 10901
+2553 10426 10461 10466
+2828 2957 11520 11539
+2621 2622 10426 10478
+7824 9014 10396 10520
+4544 4579 6449 10447
+2957 11482 11521 11539
+5005 6074 13939 13957
+868 12487 12489 12490
+2301 2339 9867 9869
+10425 10526 13984 14006
+9156 9157 14034 14035
+2239 2301 9867 9873
+5965 6084 14070 14071
+4542 6447 10411 10423
+5762 5796 8953 13901
+330 331 5998 10292
+9198 10363 10371 10444
+6999 7005 7010 7843
+2788 2957 11482 11539
+7531 8464 8465 14682
+6016 6017 10470 10534
+1502 5509 5510 13894
+2788 2828 2957 11539
+358 359 2463 10592
+8950 8956 10277 13871
+10613 14030 14040 14050
+6194 10510 13954 13955
+2957 11518 11520 11521
+9707 10475 10509 10521
+9138 9145 13999 14461
+195 2136 9848 9871
+4585 6463 6582 9938
+1590 5964 6083 14066
+2884 11514 11517 11535
+4360 11477 11478 11516
+2250 2251 9260 9261
+1865 5601 6864 12400
+4585 6464 6582 9938
+9139 13935 13943 13965
+7288 7297 12591 12598
+2552 10427 10449 10466
+10402 10435 13918 13938
+5759 9151 13971 14000
+8105 13020 13042 13045
+5954 6112 6119 13913
+6027 6204 10598 14042
+1596 5014 5967 6086
+4394 11514 11517 11535
+5765 9006 9155 14396
+5996 10293 10294 10303
+6201 14017 14019 14036
+11843 11908 11909 11940
+7900 10548 14385 14394
+10893 10894 10895 10901
+354 10511 10541 10564
+9152 9157 14383 14392
+4070 4083 4084 7242
+2719 2720 11513 11514
+6973 6977 7009 10437
+10424 10522 10533 14003
+10672 14084 14091 14126
+5967 6085 6132 14090
+2193 2194 2326 9510
+4311 4360 4394 11517
+10587 14075 14076 14127
+857 1865 5601 6864
+14100 14101 14103 14107
+9490 9491 9493 9510
+2272 9491 9508 9510
+8608 12523 12529 13598
+2272 2326 9508 9510
+357 2502 10574 10577
+11505 11508 11509 13597
+1568 5010 5953 13909
+8217 9507 9508 9534
+5959 6077 6126 13966
+2560 2561 10490 10539
+6129 6273 6291 14011
+10516 10525 10526 13977
+358 10574 10599 10603
+356 2462 10549 10575
+11434 11439 11489 11490
+6244 13821 13832 13844
+10588 14057 14080 14081
+8232 9536 9537 14182
+6029 6030 6207 10666
+6028 6205 10656 14042
+6136 6208 6209 14085
+5525 5633 14050 14067
+1736 1737 5395 7536
+5635 14057 14068 14086
+2116 2272 9506 9508
+7401 7402 7417 14640
+2272 9491 9506 9508
+5061 5152 5242 9487
+2029 2192 9488 9490
+4070 4083 7236 7242
+8241 8348 8350 11140
+5966 6137 14068 14069
+8241 8341 8350 11140
+2826 11479 11480 11488
+8571 11396 12543 12548
+6983 7003 9161 12900
+7012 7887 10596 14397
+8347 8348 8350 11140
+9828 10689 10690 10711
+4631 6441 6559 10289
+6256 6278 14110 14119
+11424 11480 11489 11508
+292 2417 4558 4622
+6222 6223 13739 13777
+5983 6101 6158 13353
+6441 6643 10290 10336
+1329 1330 4631 6441
+11551 11568 11722 11723
+9286 9998 10149 10150
+5532 5533 14119 14125
+1606 1607 5015 6091
+1330 4573 4631 6441
+1865 6864 6865 12400
+2465 10639 10660 10678
+9688 9732 9733 9734
+1433 1434 4776 5929
+4959 13603 13610 13635
+5809 5810 14109 14117
+5530 14104 14108 14118
+4713 4882 11499 13611
+8311 8341 8347 11140
+2060 2061 4150 9690
+98 2061 2062 4150
+2225 9687 9689 9733
+6695 9901 9909 10744
+9166 14080 14081 14095
+70 2033 2034 4136
+2506 10668 10693 10706
+11487 11494 11499 13611
+8998 9168 12900 14412
+1527 1528 5533 13768
+3469 3473 3475 12395
+2825 11430 11439 11440
+5072 5237 9683 9689
+372 6040 10738 10750
+5640 14109 14110 14119
+11364 11489 11491 11492
+1523 5968 14087 14118
+8618 11489 11491 11492
+12894 14407 14417 14418
+14022 14382 14390 14392
+6038 10738 10740 10753
+7918 9177 10610 10649
+5862 5866 8995 9091
+6215 6216 6255 10742
+512 2827 11483 11487
+2299 9798 9799 9821
+11590 11683 11684 11685
+2178 2305 2306 9254
+1620 1621 5001 6098
+5339 9248 9251 9253
+742 743 9468 9478
+7571 9229 14145 14737
+198 6524 6525 9897
+7129 8052 14518 14519
+7402 7417 14636 14640
+9281 9283 9284 9294
+8393 9236 9351 14144
+8430 8432 8442 12367
+8311 8341 8347 8349
+2056 4105 4147 9661
+8965 9220 9221 9234
+9794 9795 9813 9826
+208 209 9283 9285
+92 93 2056 4105
+6538 9332 9355 9356
+92 2056 4105 4147
+9240 9266 9947 10152
+5393 7534 14718 14728
+7568 12371 12372 14735
+3469 3473 12384 12395
+2993 11462 11482 11483
+221 222 6548 9446
+11462 11482 11483 11683
+6539 9355 14159 14162
+11597 11721 11723 13244
+6110 13821 13831 13844
+6539 9335 9358 14159
+310 2434 2435 10061
+849 3421 8404 10116
+11597 11598 11723 13244
+8061 9440 9460 12027
+9954 9955 9970 10040
+8402 9341 14155 14157
+1381 4562 4624 6585
+8459 9941 12369 12370
+4430 11723 12298 13191
+9240 9342 9356 9947
+9521 9535 9538 14182
+8093 8097 8103 11155
+3009 11079 11080 11164
+8232 9537 9542 9543
+8370 8383 8387 13775
+72 73 2036 4095
+5946 6114 6243 13846
+11568 11721 11722 13208
+2612 2657 9528 10274
+220 9441 9442 9446
+9409 10005 10089 13452
+7553 7559 7578 14692
+11597 11599 11722 11723
+8393 9332 9351 14144
+743 1944 1945 7441
+3453 12378 12383 12385
+11598 11723 13200 13244
+5945 6064 6244 13844
+13190 13201 13209 13210
+8220 9543 14177 14180
+8241 8341 8350 14176
+4116 4159 5170 9864
+2026 2190 9315 9484
+2188 8208 9371 9374
+8092 8361 10077 10203
+8091 8313 8335 14492
+5053 5383 11909 11940
+136 2099 4127 4169
+2119 2157 9560 9565
+5155 5264 9525 9570
+39 1047 3852 7635
+2270 2271 8172 9429
+5037 5134 5234 7813
+11466 11683 11685 11686
+6433 6644 8351 10184
+8568 11590 11684 11685
+11399 11431 11590 11685
+8092 8382 10064 10065
+2787 2993 11479 11483
+2269 2270 9433 9434
+3469 3472 3473 12384
+8092 8300 8303 10063
+7135 7161 7170 14500
+3841 12733 12758 12774
+5134 5234 7813 9821
+5949 6068 6113 13892
+3472 3473 12384 12401
+7105 7106 7724 14522
+8936 12878 14502 14504
+3869 7631 12829 12837
+1966 1967 8908 9572
+2034 4094 9518 9519
+9232 9233 14724 14734
+11432 11441 11470 11471
+9538 9539 9540 14189
+5612 10074 13832 13840
+7853 9830 9844 9846
+11362 11434 11468 11470
+756 757 7855 9855
+7853 9830 9844 9845
+9528 10268 10280 14219
+5242 9489 9490 9510
+6658 6762 14217 14232
+10307 10308 10309 10332
+2299 2338 9820 9821
+7681 7747 7769 8901
+5375 9820 9823 9825
+8917 14221 14223 14225
+5337 9799 9818 9823
+5276 9818 9823 9824
+136 137 2100 4127
+9565 9585 9588 9591
+1039 3851 3852 12887
+137 2100 4127 4170
+1037 3849 3850 12886
+9150 9198 14445 14446
+2985 3018 11378 11456
+9187 9627 14273 14458
+10775 10894 10895 14756
+8341 8347 8349 8350
+9627 9636 14273 14458
+9599 14230 14235 14236
+2456 2495 2619 10415
+8341 8347 8350 11140
+8320 8334 13017 13044
+2375 2540 2541 10339
+1161 4096 5155 9525
+7085 7097 14445 14456
+1161 5063 5155 9525
+9144 14442 14446 14452
+11365 11428 11456 11461
+164 165 2159 9596
+5246 5247 11950 11971
+11454 11455 11459 13162
+4541 4576 6564 10408
+172 6498 6499 9646
+2218 2219 2349 9660
+4540 4576 6445 10408
+170 2162 9626 9628
+1161 4095 5063 9525
+11427 11456 12153 13166
+6669 10421 14267 14268
+2545 10366 10368 10414
+161 162 6488 14211
+1502 1564 1565 13894
+6723 10369 10373 14261
+14243 14254 14256 14258
+2219 2290 2291 9656
+2358 4571 6434 10186
+9664 9667 9680 9708
+9630 9713 10337 10416
+7829 9775 9776 14308
+1172 4103 5160 9647
+2706 11365 11367 11407
+7829 9776 9779 14308
+5946 6065 13845 13846
+4581 6452 6571 10492
+9665 9703 14297 14303
+4542 6447 6565 10411
+1161 4095 4138 9525
+11456 11457 11459 11461
+175 2126 9670 9710
+2525 2526 2610 10191
+175 9670 9710 9716
+10775 10893 10894 10895
+8626 8630 8651 13652
+2371 10282 10290 10312
+8320 8334 13017 13048
+6502 9711 9716 9717
+11293 11378 11455 11459
+6643 6720 10290 10311
+7830 9782 9787 10633
+11293 11378 11379 11459
+2372 4536 4599 10282
+6938 6968 6992 14381
+6987 7001 14416 14418
+6728 10496 10503 10634
+9714 10463 10486 14283
+4535 4572 4599 10282
+4536 4572 4599 10282
+6440 10282 10283 10312
+4351 4354 4417 12153
+6559 10282 10290 10312
+8620 11417 11448 11491
+2665 2680 2683 10418
+11362 11434 11439 11490
+2877 2992 11447 11468
+7822 7831 7906 7909
+2168 2294 9688 9734
+2825 2953 11430 11440
+1957 7679 7833 14328
+7851 7868 7881 7890
+4572 6559 10282 10289
+2372 10282 10289 10290
+9774 9776 9785 9787
+5048 5143 11953 11973
+11430 11434 11439 11441
+258 2382 2383 4541
+6994 7015 7018 14403
+10555 10556 10586 14340
+2876 2953 11430 11433
+11454 12149 13160 13163
+9176 10608 10649 10650
+9787 14312 14316 14317
+4351 4417 4418 12153
+11321 11454 13160 13163
+8983 9196 14473 14474
+8630 8651 13612 13652
+11453 11454 11455 11456
+10378 10530 10532 13948
+1891 1892 1956 6962
+355 6022 6023 10568
+1361 4552 4582 6575
+1089 6961 8418 12910
+8620 11422 11448 11450
+9807 10538 14324 14325
+1498 1499 5507 13892
+7931 9804 9805 9806
+317 8249 8250 8272
+6110 6244 13821 13844
+9244 9320 9911 9913
+2381 2382 10408 10413
+7553 9001 9002 14692
+2382 4541 10408 10413
+188 2132 2171 9784
+2382 4541 4604 10408
+8320 8867 13017 13048
+506 11412 11414 11423
+6988 12903 14420 14421
+506 11391 11412 11414
+1087 1088 6959 12902
+268 269 2393 4610
+13987 14022 14382 14383
+6620 6730 10535 10560
+2059 4106 4149 9684
+10500 10501 10505 10508
+6684 14331 14338 14340
+7854 9831 9843 9844
+7875 9184 9834 14417
+95 2059 4106 4149
+9780 10500 10540 10541
+2411 2576 2577 10715
+2408 2573 10683 10684
+7814 9185 9223 9224
+1194 5080 5171 9250
+4582 4615 4634 10619
+751 752 9919 14732
+6733 10620 10625 10628
+2403 2568 2569 10620
+9222 9895 14353 14366
+2569 2632 2669 10626
+10625 10626 10628 10646
+6692 6734 6756 10686
+6031 10671 10672 10679
+6958 9180 12902 14420
+9185 9851 10708 14350
+9889 10708 14350 14355
+1371 4557 4584 6580
+506 507 11412 11423
+8655 11420 11587 11588
+1065 1098 3927 5498
+8984 8987 8989 8991
+10258 13830 13832 13838
+1955 1992 7810 7893
+5612 5613 5792 13850
+3871 3882 6918 6931
+9124 10074 13837 13847
+6907 12422 12426 12919
+11402 11463 11464 13196
+11519 11532 11557 11558
+7875 9184 9834 10681
+11403 12263 13171 13183
+10467 10571 13974 13995
+9744 9778 14288 14327
+10250 10251 13824 13825
+7679 7833 7835 14328
+11516 11519 11559 13183
+6616 6676 6727 9788
+2415 2580 2581 9928
+9705 10357 10377 10530
+11519 11532 11558 11559
+3949 3955 3962 8894
+2414 9926 9928 9981
+7836 8986 8987 9182
+11518 11520 11556 11557
+1992 7808 7893 9737
+7866 9730 9759 9765
+758 7919 9812 9838
+7811 7850 7865 9765
+2580 2638 2673 9926
+11518 11519 11556 11557
+8601 11392 11413 13566
+11392 11413 11415 13566
+7823 8987 10357 14380
+5487 6948 9006 9009
+7067 12948 14477 14480
+1194 4117 5171 9250
+9021 10454 13988 14023
+6083 14037 14066 14067
+1194 4118 5080 9250
+6201 6271 14019 14036
+9152 9157 10601 14034
+2390 2391 4545 10445
+300 301 2425 4625
+7576 8465 9001 14695
+6956 6985 8999 14413
+8614 11388 13563 13564
+10654 10655 14043 14052
+9184 9832 10676 10681
+116 4117 4159 9893
+2591 9953 9955 9967
+11392 11414 11415 13563
+11322 11369 11380 11384
+7918 10608 10615 10617
+7529 8423 14686 14687
+502 11369 11370 11387
+7893 9763 9764 9778
+2462 2502 10544 10577
+3562 3586 8575 12562
+7838 10701 10722 14129
+1088 6959 6960 12902
+4562 6467 6585 9952
+8611 11369 11384 11387
+4552 4583 4616 10624
+9901 10765 14359 14362
+8419 12904 12908 12910
+11428 11459 11460 11461
+8943 8950 8958 13868
+11293 11379 11459 12143
+892 3498 5414 5415
+11292 11511 11541 12506
+11292 11293 11294 13156
+11294 11369 11378 11458
+835 7522 7550 14688
+1947 7544 7665 7666
+9219 9232 9233 14724
+9889 9890 10708 14355
+9880 9881 9892 9895
+8626 8630 8651 13619
+820 5035 9874 9912
+2453 2616 9190 10340
+11917 11938 12359 12360
+1781 7031 7032 14447
+11347 11381 11512 12504
+5619 10361 13908 13910
+6690 10646 10687 14355
+9128 14505 14506 14507
+8955 13880 14434 14435
+2602 10121 10125 10157
+5998 5999 13855 13857
+5955 6073 6118 13939
+5615 5627 5899 13875
+9149 9150 14446 14454
+11355 11382 11383 13550
+5243 9568 9569 9584
+3563 12504 12505 12509
+3563 3576 12504 12505
+4702 4703 11387 11388
+12359 12360 12361 12364
+8981 14459 14467 14473
+10135 10140 10142 10174
+13173 13174 13176 13179
+8611 8614 13548 13549
+13827 13829 13836 13837
+1510 5516 6076 13982
+8961 10385 13922 13925
+9194 9195 9196 14252
+2379 2545 10366 10368
+1507 1508 5005 5515
+502 11370 11382 11387
+9136 9138 9141 13919
+177 6504 9711 14284
+3930 9007 12818 12951
+9705 10356 10380 14463
+1779 5473 7029 7030
+3858 6888 6889 6918
+790 7852 7855 9830
+9643 9703 9704 10462
+328 2448 10233 10271
+329 330 2488 10275
+8605 11225 11305 11346
+10224 10270 10271 10275
+6674 6675 14296 14305
+8983 14472 14473 14474
+6500 9646 14262 14268
+9644 14277 14279 14280
+3900 3916 3922 12850
+8605 11225 11332 11346
+2553 2554 2666 10461
+9626 9627 9633 9637
+11346 11348 11359 13594
+3979 8898 12938 12941
+7071 9187 14456 14457
+1054 12820 12822 12823
+7061 13960 14448 14453
+497 2819 11305 11338
+9201 10356 14470 14471
+2555 10448 10457 10458
+2556 2626 2655 10453
+8094 8100 12806 12813
+2555 2623 2655 10457
+2448 10232 10233 10271
+8108 8365 8374 10063
+7860 9809 10495 10539
+7183 12849 12875 12878
+10073 10074 13849 13850
+9053 13811 13812 13819
+10262 10263 13828 13841
+1194 4117 4160 9250
+2849 11153 11154 11160
+1003 3772 3773 12798
+8093 8107 8335 11140
+7912 9861 14344 14348
+8102 8221 14178 14180
+2703 2869 11324 11368
+8221 8316 10196 14197
+8923 8924 10189 10273
+4339 4472 11323 11324
+7161 7172 8216 14497
+2031 2032 2195 9498
+5229 9261 9273 9274
+2554 2666 10456 10461
+2655 10475 10504 10508
+8917 14210 14221 14223
+8051 12844 12852 12854
+10208 14497 14499 14500
+2868 11323 11324 11345
+2652 8337 8368 10200
+997 5457 5470 8131
+5787 8391 13820 13822
+1062 3865 3866 12847
+3875 8936 12853 12865
+8132 8133 13813 13814
+8098 8322 11151 13053
+12382 12387 14646 14653
+7176 8939 14513 14515
+8098 8320 8322 13053
+7631 7723 8052 12837
+1955 1991 7773 7810
+374 2471 2510 9985
+2510 9925 9976 9982
+7244 8841 8874 14540
+11333 11336 11339 11340
+11314 11317 13140 13150
+3917 12844 12846 12852
+2510 2638 2673 9925
+8537 11314 13137 13140
+8320 8334 13044 13053
+7141 8906 12855 14509
+145 1150 4131 8152
+1974 2009 11961 11976
+13140 13147 13149 13150
+8543 8544 11307 11332
+7167 7184 8938 14510
+5246 11950 11953 11971
+5610 8391 13822 13831
+8605 11249 11328 11329
+11225 11303 11305 11306
+7106 7624 7724 14522
+10840 13057 13063 13064
+9976 9977 9982 9984
+494 11049 11299 11301
+5790 5791 5858 13842
+8909 9572 9575 9576
+2862 11233 11261 11268
+8794 8796 14527 14528
+4278 4454 13063 13064
+5200 5250 5359 12328
+3800 3801 12795 12798
+4387 4506 10892 11001
+4384 4456 4457 12964
+8788 8796 10829 14527
+4183 4474 11261 11264
+8322 12796 12812 13043
+4497 4513 11263 11311
+1143 4030 4031 12749
+3719 8804 8812 12702
+8876 9120 14539 14551
+728 729 12225 12260
+7771 7810 7850 7868
+5146 5383 11940 11941
+1007 1008 3791 7726
+7242 7258 14548 14554
+8147 8303 10063 14483
+7129 8052 8857 14519
+7854 7856 14346 14348
+4497 11311 13140 13141
+4974 13315 13337 13339
+1546 1632 5942 13529
+1253 4311 6365 6366
+5500 5609 9063 13800
+7261 7266 9121 14553
+4497 4513 11311 13140
+1253 4193 4311 6365
+2475 2514 9958 10025
+7641 8861 14558 14559
+381 382 2514 10025
+4049 4075 4076 12582
+2514 9958 10002 10025
+5501 5610 13822 13831
+11253 11255 11274 11285
+9259 9940 9960 10054
+8888 10825 11113 11166
+11204 11222 11235 11254
+9946 9951 9958 10037
+1220 1221 4177 6315
+9356 10041 14160 14162
+3744 3755 8786 8812
+7201 8873 8874 14546
+2777 2814 2986 11254
+8630 8651 13612 13619
+545 4745 4746 10876
+983 3711 3724 8753
+2777 11240 11254 11255
+10470 10517 10519 10520
+2535 10283 10286 10287
+8730 11712 13711 13712
+3717 3718 3743 12691
+11006 11008 11106 11107
+729 12185 12225 12260
+11280 13465 13474 13475
+12671 12673 14571 14576
+11037 11038 11408 11409
+8951 10292 10301 10305
+931 932 12659 14563
+935 3629 3630 8674
+1103 4005 4006 7607
+3734 12673 12679 12680
+1919 7215 7642 14558
+2535 10283 10284 10287
+3248 3249 12266 12283
+4504 11233 11268 13141
+4278 4453 4454 13063
+5116 5207 5311 11766
+4453 4454 10842 13063
+10263 13820 13830 13843
+9213 9214 9339 9401
+5353 12116 12147 12155
+2547 10412 10413 10414
+7289 8682 14577 14582
+7688 7689 8564 12260
+11198 11222 11247 11269
+3562 3573 7661 8575
+2547 2548 10412 10413
+2859 11227 11228 11237
+4348 4497 11263 11268
+4183 6321 11261 11264
+12382 12387 12400 14646
+1060 3863 3864 8940
+23 903 1930 7650
+4078 4087 7339 7345
+1134 1135 1758 4022
+4348 4474 4497 11268
+4513 11311 11317 13140
+949 950 7285 8650
+6860 6861 9085 12423
+949 950 3650 12585
+4183 4300 4474 11261
+2865 2944 11263 11296
+8086 8189 13068 13069
+7376 7385 7392 14612
+8159 8189 12440 13068
+8189 13067 13068 13069
+3552 3553 12560 12563
+4044 7408 7422 14609
+2779 11298 11301 11303
+9338 9415 13078 14172
+7654 14612 14613 14625
+9338 9420 9422 13082
+1111 12481 12483 14613
+2698 2699 2864 11262
+7357 12573 12579 14602
+2593 9954 9955 9970
+740 8471 11876 11877
+9338 9420 9422 13077
+6110 6168 6169 13821
+11881 13066 13068 13084
+5944 6107 13800 13802
+1934 1935 7352 7655
+11881 13066 13068 13070
+8292 11245 11246 11256
+11880 11881 13066 13070
+7367 7398 7399 14642
+892 893 3498 5415
+11880 11881 13066 13084
+8292 11053 11245 11246
+2560 2625 10490 10496
+7745 7754 8474 9210
+5558 5666 13536 13543
+7377 7656 8473 9207
+3151 11788 11797 11818
+11035 11194 11373 12442
+8076 8256 11194 11373
+13089 13090 13093 13099
+3520 3537 3540 12465
+1752 5419 7365 14629
+5727 5875 8607 8633
+10263 13829 13830 13842
+8196 12058 13066 13072
+13066 13067 13069 13089
+8599 8600 12504 12505
+3487 8472 8473 12468
+11035 11037 11194 11373
+5855 8494 8603 11252
+7358 7380 12579 14602
+8134 10085 13822 13843
+7425 7432 8524 14614
+8468 8470 8481 11195
+3512 12480 12481 12483
+3488 3527 7706 12480
+8603 11251 11252 13514
+8076 8257 11210 11372
+5855 5884 5905 11252
+4035 4044 4071 7389
+10728 10747 10761 10762
+8472 8485 14631 14633
+10728 10747 10748 10762
+3618 3623 12519 12531
+3594 3600 3608 12528
+6872 6907 8416 12417
+7302 7332 7336 14589
+1868 6869 12739 14524
+9089 14695 14697 14703
+7586 14700 14709 14710
+7671 7672 7760 12380
+8494 8507 13504 13580
+3529 3534 8509 11244
+7800 11043 11044 11062
+2095 5085 9302 9307
+2595 9969 9971 9972
+7804 8383 8388 9050
+8430 8432 10022 13746
+7800 11040 11043 11044
+3439 3440 12382 12387
+8056 8395 8398 8402
+7798 8290 12431 13518
+3437 3453 3464 12375
+8257 8258 11057 11243
+879 8123 12430 14674
+10048 10098 13345 13458
+8248 10179 10180 13487
+6588 9971 9972 10049
+1539 5017 5544 13809
+6235 6236 10143 10144
+8409 8410 8413 12428
+8276 9401 14662 14666
+8263 11204 11235 11236
+9583 10268 14219 14220
+5254 5304 5358 12283
+277 2401 2402 10623
+8396 9212 9215 14673
+1381 4562 6467 6585
+8399 8400 9217 12380
+9412 9413 9450 9451
+11204 11218 11235 11240
+778 9460 9463 12027
+7456 10178 12431 14675
+10129 10130 10133 10167
+5405 5608 5715 8443
+3497 8496 8511 8513
+7782 8062 8175 8190
+4350 4413 4414 12136
+2567 2568 2631 10622
+7965 11788 11797 11818
+3506 3533 12474 12477
+2053 4146 9647 9650
+2462 2502 2628 10544
+8974 10696 12907 12912
+2631 10621 10622 10635
+7848 7849 14334 14335
+4226 4401 4402 13106
+1871 1872 8893 8898
+9174 9834 10664 10681
+7558 8466 9002 14683
+3480 3508 3509 12448
+193 6519 6520 9859
+7585 7598 14693 14705
+9113 9931 10735 14722
+8263 11204 11236 13096
+1400 6104 8392 9046
+4299 6384 11230 11234
+7965 11788 11796 11797
+8464 8465 8994 14697
+7872 9183 14346 14349
+6907 8416 12422 12919
+7528 7559 14684 14696
+5390 7531 7532 14697
+2218 9660 9661 9663
+785 786 818 9256
+2859 2860 3013 11227
+9089 14697 14703 14707
+9103 9104 10703 14113
+2860 11227 11230 11234
+9113 9114 10735 14722
+1088 1089 6960 12910
+830 12422 12425 14679
+9184 9851 10644 10690
+2668 10622 10635 10712
+4413 11546 12136 13155
+6960 8417 12902 12910
+2860 2861 11233 11234
+4237 4412 4413 12127
+11061 11208 11209 11219
+1605 5015 5972 13768
+9156 9157 14021 14023
+2469 2508 2636 9975
+3436 3445 3457 12411
+786 818 5034 9256
+8419 12909 12914 14691
+9114 10735 14721 14722
+9113 9235 9319 10762
+8402 9289 9327 14157
+6299 9063 10085 13816
+5713 5714 8442 12367
+5394 7535 14727 14728
+9321 9931 10733 10734
+7541 9242 9933 12370
+2450 2609 2659 10278
+8263 11375 11376 11377
+5247 5316 5370 11945
+8402 9213 9289 9327
+116 2079 4159 9893
+9229 9257 10053 10055
+7602 14706 14708 14716
+5649 8433 13757 13791
+5394 5710 5711 14727
+11219 11220 11246 11371
+10117 10118 10119 14157
+2614 2659 2679 10309
+849 850 7542 12373
+2679 10286 10287 10309
+1054 3860 3872 12822
+2679 10278 10280 10309
+649 3129 3171 11874
+11235 11239 11240 11253
+2679 10280 10287 10309
+3044 11995 12000 12012
+1668 5092 6766 6808
+7778 8077 13085 13086
+8085 11212 11219 11242
+5825 5826 8503 13450
+3239 3240 3313 12216
+11218 11221 11239 11240
+12183 12261 12262 13178
+674 4248 12187 13178
+4344 4357 11201 11203
+5110 5305 11740 11741
+3235 12162 12166 12168
+4248 12187 13173 13178
+8460 12395 12407 12408
+2938 11219 11221 11242
+5856 8944 8946 8948
+2854 2855 11201 11203
+4443 4484 11004 12970
+4911 4912 4983 13427
+1542 5546 13348 13353
+2857 2858 11204 11231
+2702 2867 11319 11324
+717 4291 11989 13010
+2702 6391 11319 11324
+11204 11228 11237 13108
+5543 13343 13794 13795
+416 2701 2702 6323
+3050 3051 12041 12042
+8198 8268 8271 11217
+878 5408 5409 8127
+8286 10145 10174 13526
+2702 6323 6391 11319
+6154 10051 13754 13755
+2701 2702 6323 11319
+2937 11204 11240 11254
+4873 4874 11416 13563
+2857 2937 2986 11204
+11204 11231 11238 13108
+5723 8589 8590 8603
+5555 13500 13509 13521
+2712 2878 11443 11444
+8639 11493 11510 13600
+2986 11204 11222 11237
+5649 5816 8433 13757
+4121 5174 9260 9263
+8434 8449 13778 13779
+7794 8543 11196 11205
+4973 4994 10946 13302
+5875 8627 8633 12540
+5434 8622 12599 12601
+10188 10189 12861 12866
+4063 4068 12746 14547
+1087 12902 12904 12905
+6872 8413 8416 12417
+7794 8482 8543 14641
+8922 8923 9577 10219
+8956 8957 12884 14439
+2722 2723 2888 11523
+5764 9006 9009 9020
+5819 8449 8450 13502
+7794 8482 8522 14641
+8188 8470 11200 13089
+8185 8469 8470 13099
+4353 10844 10862 11689
+11196 11197 11198 11199
+8196 11200 13069 13089
+8098 8104 8318 11189
+342 343 2455 10387
+5053 5146 5383 11940
+8319 10810 13028 13029
+8098 8320 10879 13049
+2910 3023 10909 11090
+2910 10910 11026 11090
+8098 8320 8322 12788
+11920 12359 12360 12361
+8196 12058 13066 13089
+4344 11201 11238 13096
+8098 8104 11151 11189
+8098 8321 11149 12795
+11047 11048 11052 11056
+2921 10877 10884 10888
+8144 11175 11187 12791
+4344 11238 13096 13109
+4041 14588 14599 14603
+819 5133 5328 9913
+8144 11174 11175 11187
+2920 3027 10835 10877
+3221 3366 3367 12090
+49 12484 12488 12489
+3421 8398 10116 12376
+8885 11176 11179 13404
+2768 2769 2934 9036
+4218 4393 11125 11127
+2767 6356 11125 11127
+1489 4685 4801 8299
+4281 4282 4457 12965
+4385 4457 4458 10977
+5960 6078 6249 13986
+4344 4401 4402 13096
+9752 10506 14289 14293
+260 2385 4542 4606
+8329 11117 11173 11178
+2553 10426 10460 10461
+9206 9209 12448 12478
+10093 10098 13778 13804
+9946 9951 9957 10153
+11206 11298 11299 11302
+4291 4292 11989 11990
+6152 6259 6276 13741
+8329 11154 11180 11181
+2778 2818 11298 11301
+1533 5537 5538 13771
+5183 5290 11819 11820
+506 2784 2824 11412
+8148 11182 13404 13406
+8632 11498 11504 13699
+13572 13573 13574 13585
+1173 4146 5161 9647
+3255 3256 11740 11742
+9219 9233 9235 9268
+4344 4402 13096 13109
+2832 11562 11605 11617
+4199 4483 11600 11606
+1437 1816 1817 13659
+6156 13344 13345 13347
+11527 11532 11533 11557
+8208 8209 8229 11952
+3052 3053 6814 12068
+2829 11526 11533 11553
+5090 8152 8154 8174
+2091 2092 4165 9270
+2790 2829 11553 11574
+8144 11177 13394 13395
+2829 2958 11526 11533
+11436 11553 11555 11574
+8719 11608 11609 11610
+536 537 2800 11096
+8324 11177 12790 13394
+3190 3321 11744 11800
+2800 11087 11094 11096
+537 2800 11094 11096
+4340 8307 8346 9036
+8371 11130 11138 11141
+6232 10097 10098 13458
+2773 2983 2990 8339
+3277 11781 11782 11829
+558 559 2811 11172
+8143 12797 12801 12802
+5246 5255 5324 8202
+8144 12792 12802 13394
+5109 12327 12328 12329
+1713 6796 6838 11942
+5023 5024 5220 12094
+8972 9179 9180 14420
+1425 1809 13578 13591
+8321 11187 12790 12791
+5026 5292 11998 12015
+3134 12064 12069 12097
+8749 14563 14743 14755
+736 737 12080 12091
+3046 6768 11999 12019
+6259 13736 13738 13742
+559 2811 11157 11172
+5092 5291 11995 11997
+1873 6871 12930 12939
+14610 14611 14616 14617
+3857 3870 3874 6888
+10812 10869 10925 11135
+8436 8451 8453 10006
+4401 13094 13096 13106
+5405 5715 8443 8502
+10923 10925 11135 12726
+4226 12063 13094 13106
+9087 9099 10736 14130
+4468 4501 4526 11992
+11362 11434 11490 11684
+890 3496 5413 12449
+8774 13038 13062 13063
+1809 5565 5922 13591
+10803 10804 10812 10840
+6913 6914 6927 12402
+5414 5417 9116 14620
+2810 11142 11152 11160
+9701 9721 9748 9750
+4426 11516 11559 13183
+8097 8103 11150 11155
+509 510 2786 11480
+11424 11480 11508 13597
+5713 5815 5876 8431
+558 4759 11181 11193
+7806 11172 11191 11193
+5570 13636 13637 13659
+8128 13465 13467 13468
+8329 11181 13395 13404
+11585 13612 13613 13614
+2822 2948 2984 11369
+7817 14329 14333 14342
+8331 11142 11143 11144
+1437 1438 4778 13659
+7285 8650 12583 12584
+8733 11676 11677 11693
+8693 8694 12610 12612
+11163 11174 11186 11189
+2810 3010 11142 11152
+11129 11145 13053 13054
+2893 2894 11653 11655
+2962 2998 11601 11617
+3719 8804 12695 12702
+4742 4912 11733 13440
+2964 11621 11624 11656
+7329 7342 14590 14598
+2893 2894 2998 11653
+5744 5745 5847 8821
+8740 8814 8816 12697
+5587 5919 13312 13410
+1016 1147 3780 4033
+2730 6370 11620 11626
+3927 5497 5498 12946
+5651 5817 13779 13793
+8938 12839 12840 12841
+3795 3806 3814 12750
+5493 5769 5770 8994
+4467 4468 4501 11992
+11145 11147 13021 13054
+4014 4040 4047 12472
+4467 4501 11992 13051
+547 10915 10916 10956
+4038 8864 14557 14560
+10824 10830 10972 10979
+8823 10869 10925 11135
+8827 12703 12705 12726
+3429 3430 8413 12416
+3731 12711 12725 12726
+8826 11098 11110 11111
+11110 11111 11124 11134
+4297 4344 11202 11203
+718 4291 4292 11989
+5243 5373 9568 9569
+719 4292 11983 11989
+2166 2290 9664 9693
+11144 11146 11147 13051
+6965 6975 6977 9017
+4226 4401 13094 13106
+6620 6730 10488 10535
+10621 10627 10635 10638
+11139 13052 13053 13054
+1539 1622 13797 13809
+1592 5965 6084 14070
+2955 11462 11466 11467
+1353 6453 6571 10489
+6630 6697 6736 14138
+11399 11686 13181 13185
+6506 6507 9746 9752
+8106 8371 11138 11141
+6621 6684 6732 14340
+8187 13102 13127 13128
+11199 13102 13103 13127
+2084 9251 9253 9291
+2795 2965 10857 10861
+1208 5087 5178 9345
+4314 6398 11529 11530
+1259 4196 4314 11530
+5069 5268 9647 9648
+2733 2734 10844 11688
+2305 2306 9252 9254
+10905 10909 11085 11086
+4244 4420 12194 13164
+4189 4479 11404 11405
+733 734 904 3559
+2972 11083 11084 11095
+8106 11138 11148 11150
+2972 10909 11083 11084
+2910 2972 3023 10909
+734 735 770 12113
+2132 2296 2297 7923
+2972 3023 11084 11095
+11123 13388 13389 13392
+9760 9761 9790 9792
+2920 2921 3027 10877
+5275 9772 9799 9800
+1182 1183 4110 5074
+5651 5652 5818 13779
+13381 13382 13386 13388
+9797 9811 9814 9837
+2740 2741 2906 10882
+1259 4314 6398 11530
+4653 4772 4935 13591
+8517 12447 12458 12462
+8884 13388 13390 13391
+317 2851 8252 8272
+1233 4301 6389 11264
+4325 6425 11026 11027
+11426 13572 13574 13585
+5566 13604 13606 13607
+9701 9702 9722 9748
+921 3567 5422 12503
+5427 5729 5730 8624
+4200 6338 11625 11626
+4325 6376 6425 11026
+2741 2906 10882 10914
+2906 2907 2989 10996
+2906 2907 10914 10996
+13381 13382 13383 13388
+509 510 11480 11505
+252 2377 4602 10338
+8376 11114 11173 13402
+4207 4325 6376 11026
+4325 4380 4486 11026
+7791 10953 10954 13379
+4486 11025 11026 11027
+2228 2295 9727 9731
+268 2393 4546 4610
+2209 2210 9604 9621
+9665 10459 10475 10476
+9643 9703 10455 10481
+2050 2051 2214 9649
+2965 2999 10857 11658
+8377 10825 11108 11113
+6576 6625 10641 10643
+8328 8376 11113 11114
+10821 10822 10823 10832
+8328 8376 10986 11113
+1859 3944 3945 6859
+10822 10830 10831 10832
+10821 10822 10830 10832
+9887 10668 10693 10704
+2976 3026 10823 10832
+9929 9930 10007 10052
+8827 11111 11135 11136
+5404 7449 14652 14657
+1621 5980 6098 13797
+3420 8458 8459 12375
+9098 14133 14719 14723
+2860 3029 11227 11233
+3432 3435 8457 8458
+5538 5646 13732 13737
+4325 4486 11026 11027
+2860 2861 3029 11233
+8782 11024 11088 11097
+2936 2986 11222 11254
+11852 11895 11898 11980
+10846 11617 11660 11682
+8826 11111 11124 11136
+11617 11618 11659 11660
+13731 13733 13807 13808
+8867 13012 13013 13014
+1967 7681 8901 9202
+8187 13101 13102 13103
+8187 13102 13103 13127
+52 1150 8152 8154
+648 3171 7783 11874
+11112 11731 13318 13371
+2980 3009 11080 11164
+8332 8333 11030 13005
+7614 8405 12412 14645
+1932 1933 7351 7653
+2953 11430 11432 11433
+10818 10957 11006 11105
+7991 10935 11596 13202
+7606 7607 7644 8682
+2981 3009 11078 11079
+2848 11078 11118 11152
+7791 10875 11106 11107
+4750 11020 11021 13293
+5712 5815 8430 8435
+512 2787 2827 11483
+511 2787 2826 11483
+3108 11750 11751 11767
+1726 1727 5121 6847
+10819 11103 11104 11105
+9436 9478 13111 13112
+3112 3277 11781 11782
+5118 5210 5314 11781
+8158 8190 9478 13111
+8190 9474 9478 13111
+8158 8190 9037 13111
+8190 9037 13110 13111
+7487 7500 14663 14665
+3994 3995 4000 12931
+2950 2985 11378 11395
+3970 3985 6894 8463
+2872 11365 11407 11427
+8180 9437 13118 14671
+8407 8460 12408 14647
+2952 2991 11422 11425
+11008 11020 11107 13293
+2952 11422 11425 11456
+4749 11022 13279 13290
+8629 8643 11437 11496
+6719 10334 10365 10373
+2851 2970 8249 8270
+10352 10353 13897 13898
+11344 11366 11428 11429
+5817 5818 8434 13779
+552 2808 2846 11019
+2784 2823 11391 11395
+2985 11378 11395 11456
+7533 7534 7564 14717
+5764 5880 9020 13978
+9165 14018 14019 14020
+4352 11365 11367 11429
+7886 10630 14384 14385
+6871 6901 6911 12933
+6954 6955 6984 8998
+1789 5488 6949 14391
+2948 3016 3030 11343
+11018 11019 11100 11108
+5832 5887 8597 13556
+4347 11233 11234 11261
+1811 4654 4774 13607
+4300 4347 11234 11261
+565 3042 3043 6809
+8377 11018 11100 11108
+9289 10117 10119 13100
+4300 4347 4474 11261
+5026 12006 12011 12036
+4211 6349 10814 10878
+4347 4474 11233 11261
+2881 3032 11472 11474
+3106 3271 11765 11766
+8377 11018 11100 11101
+11101 11121 11122 13316
+565 3042 6766 6809
+5096 5188 5350 12067
+4486 11025 11090 11093
+3054 6815 12067 12077
+11472 11474 11478 11536
+134 2098 4126 4168
+8777 10813 12365 13031
+811 5029 5130 9457
+130 2094 4124 4166
+8067 8068 8229 11952
+8025 12313 12314 13223
+7817 9839 14329 14332
+4010 14604 14606 14607
+2913 11028 11091 11093
+4184 4301 6322 11262
+3351 12238 12269 12271
+8823 10923 10925 11135
+4185 6360 6391 11319
+4184 6322 11262 11297
+7862 14335 14336 14337
+4641 4685 4856 9082
+2913 2914 11028 11091
+2245 2246 2352 9248
+7454 7455 7486 14674
+12145 12151 12176 12191
+1684 6777 6819 12137
+3063 3064 3229 12157
+3064 3065 6820 12156
+3413 12382 12399 12400
+2912 2913 3002 11093
+339 6006 6007 10354
+5797 5798 13917 13929
+5954 6112 13913 13914
+5486 5487 5763 9015
+3228 3229 12155 12157
+2912 11025 11090 11093
+6984 6985 7003 14412
+6089 6142 14120 14125
+12145 12175 12176 12191
+5428 5432 8644 9119
+744 8180 9437 14671
+2912 2913 11025 11093
+4772 4816 4935 13591
+4514 10902 10905 10914
+9212 9214 13118 14672
+7165 8937 14511 14517
+4195 6367 6368 11515
+554 11115 11116 11119
+4750 11022 13290 13293
+2921 3027 10834 10877
+310 311 2435 4630
+9969 10043 10049 14158
+4515 10905 10995 11086
+4514 4515 10905 10995
+8181 9212 9339 13118
+8778 8779 11086 13026
+5281 9260 9261 9262
+9212 9214 9339 13118
+1258 4196 6334 11531
+4446 4447 4514 10995
+3008 11077 11080 11081
+1257 4195 6367 6368
+5745 5847 5848 8831
+3250 3251 3353 12285
+4678 4796 4846 13338
+9212 9213 9214 9339
+8835 8837 8846 13295
+447 2732 6401 11687
+8332 11076 11081 13029
+5467 5740 5870 8850
+13778 13780 13794 13805
+7956 12321 13229 13240
+689 690 4263 12334
+3097 3098 3263 11784
+3261 11775 11779 11786
+5039 7809 7867 7868
+3008 10968 10969 11081
+8332 10968 11080 11081
+1659 2017 5146 11842
+7866 7867 7889 9727
+3008 10890 10969 11081
+8178 8179 8193 9038
+8332 11081 13005 13029
+9449 10164 13087 13120
+7817 9816 14332 14333
+3097 3263 11784 11845
+8795 8868 11069 11071
+8794 8868 11071 12794
+3752 3760 12678 12684
+7816 7917 9802 9811
+3097 11779 11784 11845
+1978 8789 11814 11849
+3273 3274 3378 11750
+8794 8795 8868 11071
+3273 3378 11750 11761
+13725 13727 13728 13784
+8187 12060 12061 13126
+1637 5040 5138 9694
+5247 11945 11951 11979
+8187 12051 12053 12062
+8098 8320 10879 12788
+2329 9590 9602 9633
+1085 3952 10696 12895
+4391 4466 4525 13051
+8220 9379 9542 9543
+1300 4217 6382 6427
+4375 4380 11026 11090
+5242 5259 5379 9490
+2029 2192 2193 9490
+4486 11025 11026 11090
+4380 4486 11026 11090
+5503 5612 13832 13840
+4391 4466 11132 13051
+9598 9599 9609 14235
+72 4095 4137 9517
+2035 4137 9517 9518
+3119 3284 3285 11946
+1577 5958 6076 13972
+8260 11052 11056 11243
+1349 4546 4609 6569
+8164 11883 12032 12055
+100 4109 4151 9729
+2224 2294 9688 9689
+4391 11131 11132 13051
+10380 10397 10441 10471
+4391 4465 11030 11132
+9721 9745 9747 9748
+2084 2248 9251 9291
+13094 13096 13106 13107
+4227 4402 4403 13106
+9908 9909 14139 14364
+10686 10746 10766 14354
+4402 4403 13106 13108
+11048 11052 11056 11243
+208 2142 2181 9283
+652 3130 12030 12037
+3348 3371 3372 12169
+745 9412 9413 9450
+4345 4402 4403 13108
+5080 5172 5339 9253
+2268 2276 2319 9464
+10696 12895 12896 14692
+3309 3371 12169 12170
+2270 2327 2346 9430
+140 2104 4129 4171
+4345 4402 13108 13109
+8266 10125 10126 13130
+1309 1310 8090 8251
+319 2774 8274 8297
+316 2440 8090 8250
+4226 4227 12063 13106
+1211 4129 5088 5180
+9366 9367 9494 9495
+673 3141 3180 12182
+7786 8223 9361 9362
+485 486 4686 11043
+2004 5047 9504 9509
+4226 4227 4402 13106
+164 9596 9599 14226
+615 616 3093 6792
+3883 3895 3908 12836
+3257 3258 11736 11739
+162 6488 6489 14211
+6485 9574 9575 14202
+353 354 10511 10541
+7857 7858 9841 10584
+2166 9664 9700 9701
+8087 11045 11056 11057
+9669 9670 9715 9756
+2216 9671 9673 9679
+9188 9191 14246 14440
+1085 3939 3952 12895
+9150 9193 9195 14253
+7808 7810 7898 9730
+8087 11045 11057 11061
+5235 9730 9732 9733
+3093 3094 6792 11735
+184 2130 9742 9777
+4806 13462 13469 13499
+6520 6521 9859 9860
+8187 12051 12061 12062
+8187 12061 12062 12082
+4391 11029 11030 11131
+11054 11287 13470 13471
+281 282 2406 4553
+10731 10741 10742 14117
+3163 3336 11958 11960
+3163 11933 11958 11960
+204 6530 6531 9344
+6700 6738 9929 9935
+5826 5905 8505 11054
+2251 2308 2309 9261
+750 751 7546 9921
+5340 9267 9271 9455
+9908 14140 14362 14364
+5826 8503 8505 11054
+3163 3336 3364 11958
+8254 9214 9339 9404
+2099 4127 4169 5178
+5087 5178 5342 9345
+3939 9002 12895 12896
+5179 9381 9382 9383
+3203 3337 3364 11958
+8187 8535 12062 12082
+5826 5872 5905 8505
+11966 11967 11969 11982
+5826 5827 5905 11054
+3164 11956 11959 11982
+3164 11970 11982 11983
+2532 2533 2609 10240
+660 3134 3174 12097
+241 2365 2366 10242
+8527 8528 12124 13153
+7797 8295 8298 11042
+11041 11044 11045 11046
+3174 12097 12105 12110
+11041 11044 11047 11056
+4424 4522 13182 13184
+1504 5512 13909 13914
+4259 4435 13214 13218
+4259 4260 4435 13214
+1504 5511 5512 13909
+9066 9067 10180 13491
+8080 8183 8192 13130
+485 4686 8298 11043
+2935 8307 8309 9036
+356 357 2462 10575
+10445 10452 10453 10507
+7780 8122 8124 8125
+6240 14059 14069 14071
+5039 5137 7809 7867
+8549 11293 11320 13162
+1476 1841 1842 13365
+185 6511 6512 9774
+201 202 6528 9914
+5167 9768 9772 9800
+2082 2083 4161 9253
+3328 3360 11753 11955
+3156 3196 3328 11753
+3196 11790 11804 11806
+704 3196 11804 11806
+3292 3295 11996 12006
+208 6534 9282 9285
+2248 9251 9255 9291
+9477 10125 10158 13130
+9281 9284 9294 9454
+11197 11198 11408 11409
+8433 10051 13752 13753
+11038 11240 11254 11255
+9944 10026 10086 13759
+10097 13454 13458 13804
+3295 11996 12003 12006
+3207 3295 11996 12003
+2436 2601 10121 10124
+651 652 12030 13097
+6092 6145 6146 13773
+11243 11245 11372 11373
+4178 4296 4343 10911
+7794 11036 11205 11408
+5974 6093 6146 13773
+346 10436 10472 10473
+6428 6429 6718 13133
+316 317 2440 8250
+1475 1476 4678 13365
+1319 1320 4531 6436
+4505 11092 11093 12366
+651 652 3130 12030
+334 6002 10320 10322
+4381 4486 4520 11028
+4457 10977 12964 12965
+4281 4456 4457 13061
+10204 10206 10209 10210
+4456 4457 12964 13061
+4281 4457 12965 13061
+4457 12964 12965 13061
+10851 10852 11089 11136
+337 10344 10347 10351
+10345 10351 10352 13896
+7791 8377 10815 11121
+7790 10807 10819 10826
+168 6494 6495 9616
+8923 10219 12885 12889
+8377 10815 11018 11101
+5645 13781 13784 14131
+2053 2216 2217 9650
+6193 6194 13952 13955
+2128 9701 9721 9750
+9665 9703 10462 10476
+7791 10815 11106 11107
+9645 10420 10485 14282
+8925 8926 14440 14445
+349 2458 2498 10469
+10870 11094 11096 11097
+13725 13773 13774 13784
+10545 10554 10614 10615
+5965 6135 6251 14067
+9156 10601 10602 14034
+5280 9251 9255 9291
+9985 10012 10013 10749
+534 10961 11010 11013
+6523 6524 9885 14361
+5894 8993 9090 9103
+372 2470 10011 10012
+9321 9976 9977 10012
+6216 10753 10754 13762
+10125 10156 10158 13130
+10125 10156 10157 10158
+1385 4588 6469 6587
+3939 3952 12895 12917
+9386 9388 9390 9391
+533 2837 10922 10961
+8537 11224 11314 13137
+3140 12158 12173 12179
+3306 3339 3386 12147
+7859 7913 10618 10652
+1487 7801 9067 9077
+8537 8541 11224 13137
+9216 12378 12390 14660
+14347 14348 14349 14351
+5659 5660 8120 13485
+8594 11355 11381 13550
+5213 5316 11945 11947
+8537 8541 13136 13137
+8186 8187 12060 13093
+8533 8544 11224 13137
+1257 4195 4313 6368
+3939 3952 3967 12917
+13537 13538 13541 13542
+11348 11349 11351 11359
+1642 1997 5140 9633
+499 500 2781 11357
+4347 4476 4498 11233
+3057 3058 6774 12096
+2780 11308 11309 11315
+8613 13584 13600 13609
+1425 1809 5922 13591
+4879 4964 4965 11493
+3240 3313 12216 12276
+11499 11506 11507 13633
+1475 1476 1841 13365
+8001 8002 10846 11682
+8533 8544 11224 11258
+8611 8612 11355 11370
+4713 4714 4883 13611
+5106 12230 12235 12237
+4314 4481 11548 11549
+9216 12378 14659 14660
+10773 10797 10800 10801
+3183 3312 3313 12205
+3183 3313 12205 12223
+4444 4494 11004 12980
+9289 9327 10117 14157
+12378 12390 12391 14660
+3105 6798 6840 11765
+5812 9105 13766 14136
+3252 12284 12327 12328
+3154 3193 3325 11916
+8533 8539 8544 13137
+4479 11404 11433 13168
+2972 3023 10909 11084
+4479 11404 11405 11433
+2753 6349 6379 10814
+4307 4470 4479 11433
+8820 8828 12718 12719
+4507 8333 11030 13005
+4307 4479 11405 11433
+1267 6338 6422 11625
+3272 3273 11751 11761
+10742 13762 13763 13764
+2979 3007 10886 10999
+2988 11232 11265 11291
+2779 11301 11303 11305
+2859 2860 11227 11230
+8627 8628 8633 12540
+3272 3273 3384 11761
+10886 10887 10997 11000
+2845 2978 3007 10987
+2807 2979 3007 10999
+4708 4709 13571 13599
+8614 11384 11385 11386
+11613 11630 11632 11637
+11505 11509 11510 13633
+7984 12256 12264 13194
+1300 4217 4334 6427
+8437 13746 13747 13748
+2807 10987 10999 11007
+8436 8448 8453 8456
+8556 8557 12533 12545
+1666 1667 5091 6765
+5852 10991 13385 13389
+10991 13384 13385 13389
+5685 13689 13701 13705
+10953 10954 11102 13316
+3129 3170 3295 11885
+1447 1823 13692 13710
+1465 1466 4673 5919
+10777 10778 10920 11002
+3464 12378 12385 12390
+8817 10962 11724 11725
+10921 10961 10962 10963
+4737 4738 4907 13323
+538 539 11110 11112
+5598 5599 13414 13434
+11021 11102 13291 13296
+12716 12718 12719 12720
+8884 13387 13388 13390
+10825 11108 11113 11165
+13266 13267 13268 13292
+8829 13282 13287 13421
+8533 8539 13136 13137
+5703 5852 10991 13389
+8533 8541 11224 11258
+8145 13810 13813 14486
+3130 3170 3292 12025
+10986 11068 11187 11189
+8533 8541 11224 13137
+4927 11185 13415 13416
+5775 5908 8130 9061
+10874 10915 10979 11005
+655 3132 12049 12062
+5294 12040 12041 12068
+4392 4492 4501 11133
+10808 10979 10981 10982
+2881 2882 3033 11478
+1240 4187 4304 6325
+3049 6770 6812 12020
+10808 10979 10981 11005
+959 5438 5439 12633
+1427 1428 4773 5916
+2724 2890 11529 11549
+10877 10889 10975 12971
+8479 8536 13136 13145
+8479 8530 8541 13146
+3339 3386 12147 12155
+8611 8612 11355 11381
+5354 12162 12170 12212
+1697 6786 6827 12235
+8008 8009 8023 12326
+3227 3228 3386 12155
+3225 3226 12117 12154
+1702 5109 5200 12327
+3082 6828 12234 12272
+2568 10622 10626 10628
+5197 5302 12213 12230
+3464 9216 12378 12390
+3858 3882 3885 6918
+3094 3095 6834 11735
+3323 11774 11777 11778
+1043 3854 7630 12829
+8793 10970 10971 10972
+10006 13746 13747 13748
+7383 7391 12578 14604
+12214 12231 12239 12265
+8536 8539 8542 13136
+1979 11792 11807 11810
+4452 11092 11162 12365
+10787 10963 10964 11713
+2930 2981 3010 11144
+4459 4509 4524 12971
+4689 4690 4859 11281
+10787 10964 10965 11713
+4214 4331 4388 10908
+2908 2968 10994 11083
+4403 4512 11272 13108
+4666 4944 13305 13309
+3317 3318 8006 12267
+3186 3317 8006 12271
+7779 8073 8075 8084
+10786 10963 11713 11714
+316 317 2812 8250
+6546 6547 6715 9449
+4230 12087 12088 12104
+12033 12043 12048 12141
+732 733 12129 12513
+3186 3317 3351 12271
+3121 3286 3287 11948
+13101 13103 13104 13106
+11317 13140 13147 13150
+4185 6391 11319 11324
+10787 10955 10965 11713
+4306 4349 4351 11406
+4190 6328 11433 11444
+2015 11753 11798 11913
+4308 4395 11443 11444
+12152 12181 12189 12192
+2877 2954 2992 11468
+531 2797 10855 10955
+424 2710 6362 11405
+767 768 12175 12177
+3242 3243 12213 12214
+5125 5325 12217 12221
+3268 3328 11915 11955
+531 2797 2836 10855
+8041 12291 12305 12306
+8040 8041 12291 12302
+12183 12184 12207 12262
+10921 10963 10964 11713
+9861 10627 10628 10646
+7998 8001 10846 11682
+9379 14164 14165 14177
+2725 2726 6335 11548
+3148 12311 12312 12319
+10776 10921 11713 11714
+5052 5366 11758 11955
+11627 11657 11658 13233
+2749 6347 10843 10854
+7912 9832 9861 14344
+8533 8539 8542 13136
+7952 11744 11749 11788
+8449 10048 13778 13779
+8536 8538 8539 8542
+10776 11706 11713 11714
+8489 12475 12476 14634
+3103 3268 3269 11943
+12214 12231 12232 12240
+3144 3183 3313 12223
+10847 10858 10863 10865
+5214 5302 5323 12239
+10864 10865 10949 10950
+9174 9840 10664 10681
+9390 9451 9452 9453
+8255 9405 10101 10102
+10770 10797 10865 10950
+627 3104 3105 6839
+2185 9386 9387 9390
+5340 9271 9455 9456
+748 852 7670 8394
+10782 10783 10943 11706
+533 2798 10922 10965
+4236 12109 12126 12128
+2298 2336 9769 9771
+7878 7879 9769 9792
+3140 3179 12158 12179
+196 197 2175 9871
+1088 6960 12902 12910
+9801 9803 9810 9811
+2796 10847 10866 10937
+793 824 825 7878
+12147 12176 12177 12178
+1882 7616 8410 12418
+7660 7752 8551 8556
+7307 8572 12591 14601
+9995 9996 10000 10018
+676 4250 12253 12262
+5097 5189 5351 12077
+7986 12228 12248 12273
+1728 5213 6848 8207
+414 2699 2700 6390
+531 10855 10955 11708
+147 8149 8171 8174
+8395 9212 9213 14172
+11295 12128 13148 13151
+10572 13975 13995 13996
+7690 7703 7754 8476
+4731 4732 11708 11709
+10780 11695 11697 11711
+9664 9699 9700 9719
+2242 9247 9864 9866
+4361 4522 4523 11474
+2136 2339 9829 9869
+12188 12189 12190 12191
+1686 1687 5101 6778
+7521 12378 14659 14660
+9109 9932 14121 14133
+727 728 764 12233
+1934 7352 7655 14624
+135 2098 4126 4169
+2261 9308 9310 9313
+1375 4585 4586 6464
+3145 3315 3350 12242
+835 3401 7678 8426
+3314 3350 12228 12240
+2300 2338 9820 9823
+10783 10866 10944 11708
+5134 5234 5375 9820
+9932 9988 10030 10759
+1089 8418 12908 12910
+7961 8037 12279 12291
+10921 10922 10961 10964
+10864 10865 10950 13256
+10860 10863 10864 10865
+5124 5214 5323 12265
+9099 14714 14721 14725
+9941 9942 12369 12370
+3410 5398 8447 12374
+1015 1016 1148 7120
+11730 11731 11732 13371
+845 3406 3419 12374
+844 3410 5397 12367
+9090 9094 9178 14128
+5650 5816 13756 13757
+3440 3454 12387 12399
+8809 11732 13439 13440
+8813 8825 12704 13317
+5214 5323 12239 12265
+8832 10923 10925 10927
+1861 5401 5606 9085
+7832 7845 7862 14325
+3457 3459 3466 12404
+8832 10923 10927 12713
+8837 8846 8851 8887
+8851 8852 10820 11104
+10134 10140 10171 13487
+9020 10454 13995 13996
+8837 8849 8879 8887
+3837 8871 8872 8890
+8281 10130 10131 10133
+3181 3310 3348 12208
+10917 12734 14526 14530
+8851 10820 10826 11104
+11061 11063 11208 11209
+7416 8489 14627 14634
+2907 2908 10914 10996
+7799 8507 8520 11250
+6344 6406 6424 10910
+5661 5825 5826 13450
+5405 7450 7451 8502
+674 3181 12182 12183
+5121 6847 11866 11948
+3665 11580 12612 12613
+7329 7342 7343 14590
+8755 8756 14574 14575
+3383 11945 11951 11971
+3383 11945 11947 11971
+11938 12359 12360 12364
+8572 8574 12574 12577
+1279 4206 4324 6424
+1978 11793 11814 11822
+3601 8643 12547 12550
+8443 8454 8456 12374
+8591 11354 11383 13550
+8633 8635 12526 12529
+3126 8237 11949 11954
+3595 3596 3609 12527
+3341 8236 8237 11949
+4486 4505 11090 11093
+3629 8669 8675 8686
+4076 8584 9118 12582
+4206 10905 10906 10910
+2953 11425 11430 11440
+10850 11709 13714 13720
+10454 10572 13995 13996
+6875 6876 6910 14520
+5246 5316 5318 11971
+9020 9021 10454 14023
+4356 4361 11445 11446
+7956 12335 12649 13240
+8861 12752 12754 14536
+1861 5401 6861 9085
+9027 9375 9379 14164
+4373 10792 10793 10799
+8102 14164 14165 14177
+4718 11583 13624 13625
+3286 3287 11945 11948
+3425 3426 6925 12421
+10454 10572 13988 13995
+3425 3426 6925 6930
+3395 3425 3426 12421
+3756 3758 12700 12706
+3744 3755 3764 8786
+2943 10893 10898 10901
+3425 6896 6925 12419
+8861 9204 12752 14536
+7190 7220 8858 12765
+7262 7265 8881 14539
+3425 3456 6897 6930
+11010 11013 11015 11725
+5203 5362 11735 11775
+11797 11825 11826 12352
+7300 7320 14571 14576
+3783 3805 3806 12753
+2030 4092 4135 9487
+8545 8549 12513 13157
+3244 3245 12230 12239
+1156 4092 5152 9487
+977 1980 1981 8783
+7212 7606 7644 8682
+835 3400 8409 8426
+7935 8016 10781 13255
+2030 2031 4135 9487
+8102 14164 14177 14178
+2904 10792 10896 10897
+10822 10830 10831 10971
+10810 11077 13004 13029
+7805 9048 12808 13393
+2924 2979 3007 10886
+3273 3378 3384 11761
+8314 8316 9203 14493
+7145 8358 8891 14495
+10255 10256 10261 10262
+4135 5061 9487 9498
+4331 6412 10891 10908
+2758 6412 10883 10891
+3875 3914 8936 12853
+10760 13729 13744 13745
+2920 3027 3036 10835
+2753 2918 2919 10814
+4414 4415 12143 13155
+4239 4414 4415 13155
+9996 10018 13739 13743
+9714 9718 10429 10485
+9714 10429 10485 10487
+10835 10836 10877 10976
+2920 3036 10835 10836
+10805 10873 10874 10970
+265 266 2390 4545
+6725 10409 10410 10411
+11146 11991 11992 13019
+1919 7641 7642 14558
+265 2390 4545 10446
+9134 10350 13897 13925
+5860 8892 8941 9124
+10073 10296 13848 13861
+2046 2047 4100 9621
+4556 6461 9980 10717
+1879 1880 6932 7614
+1617 1618 5018 5978
+1045 3855 7632 8906
+3852 7634 12863 12864
+3883 6936 12828 12830
+4353 10844 11687 11688
+1007 3775 7725 12752
+4319 4371 10844 11688
+288 2412 4556 4620
+4541 4576 4604 10408
+8438 9958 10002 10003
+165 166 9607 9609
+9714 10428 10464 10466
+7588 8429 14735 14738
+2900 2966 10795 10867
+2795 2999 10856 10857
+4556 4620 4635 9980
+6130 13991 13992 14009
+5638 14101 14103 14107
+7887 10597 10601 14027
+2412 4556 4620 9980
+2030 2031 2194 9487
+1079 7739 7740 12943
+3887 3902 12846 12852
+7664 7735 12926 14688
+2412 2413 4620 9980
+288 2412 2413 4620
+7736 7764 8410 12926
+8429 8446 12372 14735
+5069 5266 5268 9648
+1078 7738 7739 12940
+9714 10464 10466 14283
+12904 12914 14689 14691
+10054 10055 14152 14167
+11432 11454 12153 13166
+8119 13350 13357 13360
+8438 9958 10002 10025
+3977 3978 12937 12944
+1082 6954 6969 12898
+6147 6296 13733 13735
+9704 10417 10481 10529
+8119 13350 13358 13360
+7529 7550 14686 14687
+8948 10277 13882 13883
+1096 3947 3948 6856
+3471 6915 6926 12407
+39 1039 7635 8927
+2795 10857 10858 10936
+899 12566 12571 12573
+2795 10857 10858 10861
+3463 3471 6915 6926
+7358 12574 12578 12579
+7958 7974 11701 13249
+10751 10752 14121 14123
+1938 1939 7438 7697
+7783 11870 11871 11872
+3467 3475 12406 12408
+3454 12387 12401 12403
+3445 12411 12413 12415
+8683 12673 14571 14576
+2795 10856 10857 10936
+4544 6567 10422 10447
+4544 4578 6567 10422
+3405 3445 12413 12418
+9105 10754 10758 13726
+10955 11707 11713 11716
+897 8584 12563 12570
+10855 11706 11707 11713
+5428 5429 5432 8644
+4568 4589 4630 10122
+1876 12413 12415 12416
+3816 4068 12745 12746
+11145 11146 13021 13052
+1024 1143 1144 3784
+9096 9107 13763 14116
+3467 12408 12410 12414
+3467 12406 12408 12410
+5742 5743 5869 8810
+4731 4732 4901 11709
+1837 4674 5589 13262
+3123 3124 3289 8072
+10787 10966 11716 13258
+63 64 2027 4133
+9370 9480 9481 9497
+7946 8731 10942 12657
+3483 3511 3512 12481
+3510 3511 3541 12478
+12134 12148 13158 13169
+3511 3512 3527 12480
+6484 6485 6653 14208
+3510 3511 12478 12481
+10774 10863 10864 11704
+8731 10939 10942 11704
+12134 12144 12148 13169
+879 3489 3501 8122
+2550 2551 10409 10423
+2384 2549 10409 10411
+879 3489 8122 8127
+4112 5167 9768 9772
+3493 5409 8127 8510
+4382 10843 10853 10854
+5394 7535 14727 14733
+887 3493 5409 5410
+2297 2336 9790 9793
+2138 2177 2304 9320
+3393 3423 6861 9085
+885 3492 3504 8160
+3492 3504 8160 12995
+2070 2233 9768 9800
+2412 2577 2578 10717
+178 6504 6505 9706
+2137 2340 9244 9891
+2092 2255 9269 9292
+2439 8090 8269 8273
+8188 8469 12440 12441
+3485 3504 12444 12995
+3476 3515 4014 12472
+3476 3477 3515 4014
+9096 13763 13766 14137
+3494 3526 8510 12439
+4530 6435 10186 10190
+9105 13766 14136 14137
+3494 3521 3526 12439
+1217 6592 8350 14176
+236 2361 4530 4594
+1217 4175 8348 9034
+1806 1807 4770 13561
+4327 4382 4488 10843
+8488 12466 12467 14636
+3540 8477 12465 12467
+11248 11260 11335 11347
+11199 13102 13103 13104
+12144 12146 12148 13169
+3544 3550 12463 12466
+8477 8487 12467 14636
+1421 1422 1807 4770
+8517 8526 12458 12462
+8548 12148 13158 13169
+3549 8491 12451 12453
+4347 4474 4504 11233
+3524 3533 3539 12477
+8489 8518 8526 12461
+4423 12187 13177 13226
+8553 8570 13176 13226
+3566 3593 3598 12516
+4573 4600 4631 10289
+1697 1698 6786 12235
+4573 4600 10289 10335
+1934 7376 7654 14624
+2373 4600 10289 10335
+3090 6791 6832 11740
+3257 11736 11739 11741
+9543 9544 14180 14192
+10786 11706 11713 11714
+8779 8781 10899 10993
+5655 5885 8119 13358
+624 625 3102 6838
+2975 3003 10817 10838
+704 4277 4278 11805
+1806 1807 5562 13561
+4383 4384 4456 10833
+8429 8446 9934 14735
+7789 10829 10880 12986
+13172 13177 13226 13227
+4331 6352 6412 10908
+3162 11898 11922 11935
+3162 3202 11931 11935
+1723 1724 5211 6845
+4548 4581 4611 10492
+8429 12368 12372 14738
+11885 12006 12031 12038
+8182 9436 9439 13111
+7457 7488 8244 14675
+8286 10144 13463 13495
+7385 7404 7410 14631
+2150 2346 9466 9471
+2195 2196 9489 9498
+7385 8485 14631 14632
+239 240 2364 4532
+1318 4594 6435 6554
+6434 6598 10181 10186
+2448 2487 2613 10232
+543 544 2842 10872
+9555 9556 14199 14204
+1937 7354 7657 7658
+4536 4572 10282 10289
+76 2040 4097 4139
+1323 6438 6556 10242
+2367 4533 4597 10269
+3004 10804 10821 10823
+245 2370 4535 4598
+1960 1961 1996 9682
+271 4548 4611 10492
+10405 10421 14268 14286
+6249 6268 6298 13980
+13172 13177 13184 13227
+5259 5262 5379 9493
+5074 5335 9724 9725
+90 91 2054 4104
+2680 2684 10428 10487
+2217 2289 9663 9679
+2129 9720 9740 9745
+2842 3004 10804 10821
+6249 13980 13983 13986
+14406 14407 14414 14415
+1751 5418 7364 9116
+10804 10821 10822 10823
+6690 6691 6755 9890
+5973 6092 6145 13767
+2976 3036 10835 10836
+6575 10619 10620 10625
+1537 1538 5001 5542
+3287 11945 11947 11948
+2417 4558 4622 9938
+361 362 6029 10653
+8429 8440 8446 12372
+5617 14073 14086 14089
+6255 6256 6278 14119
+2467 2634 10692 10706
+2417 2418 4622 9938
+10783 10855 11706 11707
+2418 4559 4622 9938
+308 4566 4629 10031
+2308 2309 9256 9275
+4423 13172 13177 13226
+5801 9139 13942 13946
+3551 5428 5429 8644
+1198 4120 4163 5173
+4423 13172 13177 13184
+2841 2974 10839 10851
+4580 4633 6452 10493
+1351 4580 4633 6452
+6742 9952 9953 9967
+4633 6452 10492 10493
+4581 4633 6452 10492
+223 2112 2150 8194
+9430 9432 9433 9462
+7821 7822 7905 7906
+8647 8649 8650 12550
+2441 2604 2607 8269
+8641 12552 12553 12587
+7880 7922 7923 9793
+6686 6687 6753 10637
+5 315 316 1310
+8570 11362 11685 13227
+5659 5660 5824 8120
+3581 12552 12553 12560
+3003 10817 10838 10839
+513 514 11538 11539
+13571 13572 13584 13599
+11084 11089 11093 13031
+4422 4499 4523 13172
+4355 4395 11444 11469
+8618 11411 11417 11491
+11695 11696 13711 13712
+8776 11084 11089 13031
+515 4715 11538 11577
+7922 9784 9801 9802
+11816 13059 13061 13064
+11585 13612 13614 13616
+11485 11575 11576 11581
+5837 8691 13628 13629
+3604 3610 3616 8552
+686 687 3187 12311
+3610 8552 12544 12551
+1444 1445 4662 5917
+4893 4894 11666 11673
+4853 13472 13473 13500
+4806 4853 4860 13473
+1472 4676 4795 13266
+3003 3024 10838 10839
+10924 10926 11732 13440
+8818 10870 11016 13298
+3579 3604 3610 8552
+5700 5849 5850 10816
+4853 4854 4861 13472
+1720 5118 5209 11782
+4853 4854 13472 13500
+4331 4387 4388 10891
+1408 4644 5926 13498
+4853 4861 13472 13473
+8558 8567 8568 8570
+10839 10852 11091 11161
+552 11018 11019 11100
+8837 8849 12736 14525
+4855 9056 9059 13401
+3119 6805 6847 11866
+2765 4217 6355 11032
+9583 10245 14206 14215
+7821 7822 7905 9773
+7821 7822 7899 9773
+10940 11711 11712 13711
+1453 1827 13305 13309
+1452 1826 1827 13305
+1452 4785 5931 13305
+6006 6007 10354 10384
+8774 10803 10812 12711
+6493 9609 9614 14239
+6679 9782 9787 10634
+1507 1571 1572 13939
+1453 4786 5932 13309
+7427 7433 8058 9206
+285 2410 4555 4618
+7424 7427 7433 8058
+8774 10803 12712 13057
+10786 11707 11713 11716
+4319 10844 10845 11688
+2558 2559 10496 10498
+4109 4151 5073 9729
+7821 7822 7899 7906
+5593 13301 13329 13338
+357 6024 6025 10603
+4318 4353 11625 11687
+7812 7880 7915 7916
+1840 5593 13329 13338
+367 6034 6035 10707
+6692 9888 9890 14354
+4677 5920 13329 13338
+4688 11060 11281 13448
+4687 4688 11060 13448
+5651 5652 13779 13794
+9071 13459 13477 13478
+7821 7897 7899 7906
+7821 7897 7899 9773
+8555 8558 8570 13225
+5989 5990 6167 13812
+946 955 3636 12601
+1140 1768 4027 7203
+10786 10787 11716 13257
+1482 1845 5921 13444
+8727 8730 11712 13719
+8039 12294 12295 12305
+8326 10215 10216 14188
+10775 10800 10919 10920
+1031 5484 12868 12883
+6117 6238 6266 10361
+4949 4958 11014 13267
+331 2449 10279 10292
+8429 8440 12368 12372
+8957 8959 12873 14429
+2453 2492 10340 10347
+2626 10504 10505 10508
+10786 10849 11706 11707
+9148 10432 10433 13930
+9268 9925 9984 10769
+6123 6247 13936 13958
+6122 6246 6264 13940
+12252 12256 12258 13193
+1175 1176 4105 5162
+11463 13193 13212 13213
+11463 13190 13193 13213
+4023 4024 4057 7277
+7271 7298 7306 14567
+9257 10007 10052 10769
+14028 14029 14047 14049
+7105 7126 7134 14518
+5629 13985 13993 14006
+350 6017 6018 10523
+1351 1352 4633 6452
+499 4699 11354 11358
+2463 2503 10589 10614
+6207 6293 6314 10667
+9268 9925 9976 9984
+4699 11354 11358 11360
+6137 6240 14059 14069
+1595 5014 5967 14090
+13190 13209 13210 13213
+3634 3662 8018 8043
+2581 2638 9926 9935
+13978 13979 14005 14006
+3672 12616 12620 12627
+3634 3661 3662 8018
+3634 3649 3661 8018
+3634 3647 3662 8043
+10645 10646 10687 14355
+2405 2406 2571 10624
+9224 9319 9882 14358
+13745 13782 14131 14132
+289 290 2414 4557
+7105 7126 14518 14522
+8429 9106 10759 14133
+8427 13729 13744 13745
+380 9997 10002 10019
+7976 7988 8039 13198
+3663 3667 3686 12613
+131 2094 2095 4124
+5338 9867 9872 9873
+7781 8282 13492 13495
+2266 9395 9397 9461
+9932 10015 10030 10757
+8443 8452 8502 14664
+3689 3691 3697 12634
+373 374 9985 10015
+8035 8661 11435 12613
+3120 3121 3286 11948
+8279 10089 10091 10101
+1956 9737 9738 9764
+8035 8661 12604 12613
+9688 9689 9691 9732
+7990 8035 11435 12613
+7843 7844 14314 14315
+3860 3884 3897 12826
+7922 9784 9802 9804
+9237 9238 14145 14146
+1410 1411 4645 5914
+7976 7988 8039 12616
+5060 5259 9482 9488
+8746 10849 11714 11715
+8204 11949 11954 11971
+7992 13218 13219 13222
+4434 13203 13218 13222
+9246 10747 10748 10762
+5255 5324 8202 8203
+5046 5317 9514 9515
+7937 8666 12351 12355
+9246 10761 10762 10763
+2508 9975 10010 10719
+2635 9973 10685 10743
+7830 9779 9782 9787
+6214 6215 10730 10731
+10724 10729 10730 10731
+542 4742 4743 10928
+542 4742 10926 10928
+542 10869 10871 10928
+5026 5292 5347 11998
+5092 5291 5346 11997
+5783 5844 8723 8726
+6474 6594 6747 8273
+8707 8709 12642 13712
+3292 12006 12011 12025
+579 3056 3057 6816
+3655 3671 3680 12642
+2699 2865 11262 11297
+5190 5297 5352 12117
+9103 9110 14113 14117
+4742 10926 10928 13440
+2186 9417 9418 9451
+3670 3680 3683 12636
+4035 7389 14602 14606
+3670 3671 3680 12638
+3671 3680 12638 12642
+2883 2884 11516 11517
+5640 5641 14109 14119
+938 954 7716 8662
+7126 7134 14518 14521
+3680 12636 12638 12641
+3670 3680 12636 12638
+8734 11674 13676 13698
+7126 14518 14521 14522
+3689 7973 12630 12640
+3689 3697 12630 12634
+1711 5113 5205 6795
+4452 4520 11092 11162
+12322 12323 13223 13234
+5108 5199 12281 12282
+6213 10731 10732 14113
+3103 6797 6838 11942
+554 4754 4755 11119
+6213 10724 10730 10731
+9769 9793 9794 9813
+4754 11119 11120 13428
+620 621 3098 6836
+950 3638 12597 12603
+3665 11580 12603 12613
+633 634 3111 6801
+644 3122 6806 6848
+9931 10733 10734 10735
+8661 12603 12604 12613
+4754 4755 11119 11120
+1412 4765 5914 13534
+8525 12476 14627 14634
+797 5020 5125 12274
+9113 10721 10727 10728
+9113 9235 9321 9931
+3759 3766 12681 12684
+10789 13260 13274 13303
+9226 9319 9882 10748
+3452 3462 12377 12383
+5393 9097 14718 14728
+1412 1800 5914 13534
+9112 10726 10728 10733
+9100 9113 10721 10748
+10737 10739 10740 10752
+1751 1752 5418 7364
+4065 7209 8756 12670
+1130 1131 1747 4018
+7209 7210 8756 12670
+7125 7126 7134 14521
+4820 4939 13615 13632
+3728 3759 12681 14570
+7210 7211 8755 12670
+8578 12578 14588 14603
+8683 12673 12679 14571
+3744 3747 3755 8812
+9112 10720 10737 14115
+7812 7816 7916 9813
+8838 8852 8853 12735
+986 8683 8755 12673
+10374 10381 10383 10391
+5472 5473 5756 8960
+986 3726 8683 12673
+10397 10436 10472 10473
+7647 7709 12669 14565
+10720 10729 14115 14129
+7076 7096 14442 14444
+4820 4939 4967 13615
+6981 6996 6997 14392
+1096 1856 1857 6856
+5639 5808 5809 9110
+10010 10720 10737 10740
+4776 4820 4939 13632
+6984 8997 8998 14426
+4177 4221 8251 9045
+4341 11262 11263 11264
+4820 4967 13615 13616
+5657 5666 13536 13538
+12306 12307 13197 13204
+2778 2818 2987 11298
+2820 11315 11336 11357
+11251 13511 13512 13515
+8519 11250 13595 13596
+1811 5566 13604 13607
+1455 4667 5932 13270
+8626 11500 13614 13652
+1455 4787 13270 13324
+679 4252 4253 12251
+1455 1828 5932 13270
+5192 5298 12156 12160
+1455 1456 4787 13324
+1456 1828 1829 13324
+7125 7126 12742 14521
+8019 8025 12313 12320
+2575 10685 10714 10718
+7858 9817 14336 14338
+1446 4782 5917 13692
+4258 4433 12304 13203
+10909 11084 11090 13032
+1832 5585 5586 13409
+7858 7859 14337 14339
+557 558 11154 11181
+10699 14083 14084 14102
+14085 14100 14102 14103
+6031 6032 6209 10672
+3708 3735 8783 12707
+6140 6252 14100 14104
+13381 13382 13386 13428
+6033 10672 10698 10699
+1614 1615 6095 13737
+4637 8388 8390 9056
+4898 13690 13691 13716
+829 12419 12420 12423
+3904 3913 3924 6916
+3424 3439 3458 12377
+3864 3892 3893 12838
+7116 7117 7149 14512
+8762 8780 13030 13033
+11806 11808 13055 13062
+4679 4798 13377 13378
+1111 12483 12484 12488
+10658 10669 10671 10697
+829 3394 3395 12419
+7855 9826 9831 9837
+10658 10659 10660 10675
+4679 4798 4848 13378
+3903 3920 3924 12831
+4680 4848 13363 13378
+7461 7697 7698 8405
+3736 3746 8668 12685
+3395 3396 12421 12425
+3723 3736 3746 8668
+3442 3455 3456 6898
+3393 3394 6895 6896
+1881 7616 7676 12418
+7837 7843 14307 14314
+7897 7898 7904 9773
+9793 9794 9801 9813
+10587 10677 14077 14127
+8412 8423 14686 14687
+4809 13530 13534 13535
+4258 4433 4434 13203
+4258 4434 13203 13218
+2198 2199 2280 9516
+9835 10669 10673 10675
+1166 4099 5066 9603
+7721 7722 8906 14501
+7992 13203 13218 13222
+2506 10668 10689 10706
+1399 8390 8392 9056
+8050 14519 14521 14523
+2506 10642 10689 10706
+2506 10642 10688 10689
+1118 4004 7225 7240
+987 7211 7212 8755
+4938 4966 13610 13631
+3706 3714 12671 14565
+8728 13304 13715 13716
+7645 7646 7710 12671
+5332 9559 9570 9625
+4820 4938 4966 13631
+7210 7211 7239 12670
+904 920 7659 12507
+11807 13055 13056 13062
+216 6543 9360 9414
+2504 10621 10635 10636
+9287 9411 9412 9413
+2504 10621 10636 10639
+8086 11891 12997 12998
+7797 8083 8288 8296
+3129 11875 11885 11888
+8060 9431 9467 9468
+7211 7225 7239 12670
+7822 7826 7910 14310
+4820 4966 13616 13631
+7857 7858 9815 14342
+9840 10636 10648 10651
+2396 10488 10489 10491
+331 2449 2489 10279
+9840 10636 10651 10652
+2197 2198 9516 9519
+3856 3896 8906 12859
+1977 7749 8788 12732
+8732 13685 13686 13687
+10658 10668 10669 10697
+9828 9851 10690 10711
+3329 3360 11752 11754
+1656 5051 11757 11836
+969 970 7197 12731
+4831 4994 13302 13313
+8789 8797 12981 14527
+7763 8794 12783 12794
+4032 12741 12747 12750
+8532 12521 12522 12532
+10668 10694 10704 10711
+7935 7968 8014 13255
+7290 9205 14584 14586
+969 970 3704 12714
+10660 10676 10678 10688
+8031 12636 12643 13672
+3869 3887 3895 12837
+13683 13685 13712 13724
+3757 12686 12688 12690
+1965 9592 14224 14227
+7875 9174 9834 10681
+6494 9613 9614 14241
+1331 4573 6560 10335
+633 3110 6801 6842
+3748 8680 12681 12686
+3766 8680 8768 12688
+11837 11839 11850 11894
+4263 12340 13242 13243
+9174 10663 14415 14417
+1987 12335 12649 13251
+8021 8027 8028 8029
+10607 10650 10654 14052
+2194 9487 9489 9490
+9499 9508 9509 9510
+362 10653 10661 10665
+2612 9528 10268 10280
+359 10592 10605 10609
+11808 13055 13057 13062
+359 10592 10598 10609
+2033 2196 2197 9502
+11678 11679 11698 13685
+2039 2040 4139 9567
+2040 4097 4140 9567
+4831 4944 4994 13302
+4831 13302 13305 13313
+9189 14245 14246 14247
+3703 3704 3733 12712
+360 361 10605 10609
+10592 10598 10609 10611
+4831 4944 13302 13305
+3769 12797 12802 12803
+4675 4793 4842 13262
+1179 5072 5164 9690
+9196 14252 14263 14279
+2335 9727 9759 9760
+4844 4986 10960 13262
+6029 10654 10656 10666
+9840 10608 10648 10650
+10636 10647 10664 10681
+5039 5136 7867 7868
+1183 5074 5166 9724
+2066 2067 4110 9724
+10934 11720 13202 13209
+274 2398 4549 10552
+1016 1017 1147 3780
+199 6525 6526 9897
+2139 2177 9320 9898
+4119 5172 9253 9291
+2088 2089 2252 9260
+1016 6876 7120 14520
+1016 1148 3793 4033
+4163 5173 9260 9273
+9276 9277 9919 9921
+2182 2312 2343 9297
+2253 2311 9267 9271
+11442 11570 11571 13209
+11570 11571 13208 13209
+6632 6700 9929 10055
+2146 2315 9384 9386
+9174 9840 10662 10664
+2268 2269 9426 9464
+4865 11330 11353 13511
+1399 4638 8392 9056
+9173 10587 10662 14074
+48 7612 7613 12488
+8060 8156 8157 9457
+6641 6716 6759 13124
+5386 8171 8173 12002
+5180 5287 9426 9434
+11571 13191 13208 13209
+10677 10679 14077 14126
+7742 8988 12954 14372
+2161 9590 9612 9633
+725 12243 12286 12305
+11720 11721 13208 13209
+9558 9561 9587 9601
+1964 9597 14227 14228
+5233 5238 7889 7890
+7922 7924 9802 9804
+11700 13700 13701 13709
+7861 7892 7921 7932
+365 366 2506 10668
+11720 11721 13202 13209
+187 188 2132 9784
+7997 7998 11654 13219
+2506 2670 10642 10706
+211 6538 9332 9335
+10642 10644 10688 10689
+2253 9262 9264 9267
+7543 12373 14145 14739
+6619 10496 10634 14319
+6159 6237 6280 13496
+4815 4874 4963 13555
+2424 4624 9950 9952
+11700 13700 13707 13709
+9334 9960 14146 14167
+11700 13691 13707 13709
+8870 12780 12781 14531
+11700 13688 13689 13701
+2114 2154 9486 9512
+153 2114 2154 9512
+9259 9959 9960 9961
+1028 5467 5468 12784
+152 153 6479 9542
+4907 4908 13323 13373
+7812 7878 7879 9769
+7914 9811 9826 9837
+10495 10496 10634 14319
+6504 9706 14274 14276
+6446 6565 6613 10411
+9642 10463 10486 14302
+3403 3418 3446 8408
+4618 6578 10684 10714
+3823 3835 3839 8860
+4159 5079 5170 9864
+11699 11700 13687 13708
+7695 8968 8970 8975
+9897 9901 14359 14361
+1365 4554 6459 6577
+754 788 9892 9911
+11700 13689 13701 13709
+132 2095 2096 4167
+2267 9397 9461 9464
+811 812 5130 9463
+217 2185 9410 9417
+5029 5344 8149 9458
+6624 6763 10628 10646
+3823 3839 8860 12761
+8061 9445 9448 9462
+2069 2232 2233 9768
+1399 4637 8390 9056
+3823 8790 8860 14538
+4908 13323 13372 13373
+2403 2404 10619 10625
+8790 8860 12761 12762
+5259 9482 9488 9490
+3823 8790 8860 12761
+2044 4099 9603 9605
+81 2045 4099 4142
+169 6495 6496 9616
+9803 9816 9839 14332
+5736 5903 8701 8708
+3802 8866 12796 13013
+8866 11069 12782 12788
+1995 9669 9756 9757
+3838 8870 12780 12781
+2386 4543 10423 10427
+3833 3842 3843 8871
+3833 3843 8871 12781
+5577 13696 13700 13701
+4845 4919 4948 13278
+10644 10645 10708 10709
+2403 2404 2569 10625
+279 280 2404 4552
+201 6528 9899 9914
+1636 1991 1992 7809
+2138 2304 9244 9320
+3821 8866 12782 12788
+3824 8868 12780 12782
+6524 6525 9897 14361
+5175 5340 9269 9270
+280 4552 4616 10624
+9258 9281 9284 9454
+2568 2569 10620 10628
+2255 9269 9270 9271
+9265 9267 9271 9455
+2569 10625 10626 10628
+785 9258 9281 9454
+212 2144 2183 9290
+4749 4918 4919 11022
+6713 9425 13083 13087
+4845 4918 4919 13278
+2101 4128 4170 9382
+1388 4566 4628 6589
+4918 4919 13277 13278
+5059 5256 5260 9315
+4918 4919 11022 13277
+13055 13056 13057 13062
+6597 6612 8344 10183
+9500 9522 9523 9547
+5048 5255 9372 9485
+4837 11729 13368 13409
+8220 9379 9543 14177
+4790 4837 4930 13409
+6733 10620 10628 10640
+6623 6733 10620 10640
+9164 10599 10612 14047
+2213 2214 9649 9652
+81 2044 2045 4099
+1333 4632 6443 10338
+4823 13640 13647 13656
+6496 6665 14258 14260
+6516 9815 9817 14330
+3904 6886 6887 6916
+9828 9851 10644 10708
+4941 13655 13656 13657
+6730 10488 10535 10556
+4823 4941 13656 13657
+7856 9836 14341 14352
+9929 9930 9991 10007
+1533 1613 1614 5976
+8031 8733 11676 13683
+10609 10654 14043 14051
+9440 9448 9451 12026
+145 146 1150 8152
+8732 13690 13711 13713
+810 5028 5029 8156
+10609 10656 14042 14043
+5376 9432 9464 9465
+5696 13414 13416 13432
+219 9419 9420 13081
+9446 9447 13088 13116
+170 171 9628 9638
+5706 8136 13414 13416
+4952 13399 13414 13416
+4830 4943 13691 13707
+9610 9611 9612 9616
+1899 1900 7044 14443
+200 2138 9896 9898
+4928 4952 4953 13399
+7864 10546 10576 10577
+4116 5170 9864 9865
+2084 4119 9253 9291
+4928 4952 13399 13416
+2502 2667 10545 10614
+2562 2563 10535 10553
+10590 10591 10592 10593
+6530 6531 9344 9924
+9218 9231 14729 14732
+6525 9897 9901 14361
+9909 10744 10765 14365
+10253 10254 10257 13835
+1731 5389 7530 7531
+9049 9052 9053 9054
+5151 5256 9482 9484
+4530 4594 6435 10190
+4803 4953 9064 13434
+1445 4662 4782 5917
+8774 13057 13062 13063
+10280 14217 14218 14219
+10536 10537 10544 10545
+4934 4963 13555 13575
+9645 10418 10420 10485
+10397 10433 10436 10472
+4934 4961 4963 13575
+361 2464 10605 10648
+9164 10611 14027 14052
+10612 14043 14051 14052
+5069 5160 5266 9648
+6025 6203 10599 10604
+10578 10602 10603 10604
+10592 10607 10609 10611
+3865 3894 12843 12847
+2570 2571 10624 10643
+4874 4963 13555 13577
+1516 1517 5523 14058
+6027 6028 6205 14042
+9000 9159 9169 14063
+8774 13056 13057 13062
+10616 10635 10636 10652
+4875 4963 13575 13577
+6022 10567 10569 10581
+9885 14353 14356 14366
+4963 13555 13575 13577
+9807 10560 14323 14324
+2502 10545 10590 10614
+4846 4921 4974 13339
+2419 2584 2585 9966
+6711 6712 6745 10047
+9340 10117 10118 14157
+1385 1386 4627 6469
+2477 2516 2646 10099
+9287 9387 9411 9413
+9971 10043 10099 10118
+50 861 1125 1867
+4846 4974 13337 13339
+4806 4853 13473 13499
+1546 1632 5008 13529
+8194 9041 9042 9474
+301 2426 4563 4625
+11921 12362 12992 12993
+1213 1214 4131 5181
+8249 8267 8270 8271
+319 2443 8284 8288
+4684 7801 8298 9076
+4921 4922 11102 13339
+2463 10589 10590 10614
+6060 9068 10174 10175
+6661 14239 14240 14248
+9789 10467 10517 10520
+2375 4537 4601 10333
+9789 10571 13974 13994
+7819 7847 9016 14384
+14010 14031 14032 14039
+4921 4922 4974 13339
+11674 11675 13670 13677
+9707 10512 10513 10542
+9290 9298 9304 9348
+8743 8771 10785 10848
+4847 13315 13337 13364
+1535 5018 5540 13736
+9707 10500 10512 10542
+7860 9809 10535 10560
+13833 13835 13836 13847
+5776 5778 5865 9060
+6189 10434 10435 13938
+9712 14454 14455 14471
+2563 10535 10553 10556
+9193 10405 14264 14268
+9630 10337 10415 10416
+7860 10536 10537 10558
+7077 9191 14445 14446
+6213 10703 10724 14113
+10553 10558 10559 14339
+6684 6685 14330 14331
+3888 3889 6905 12824
+5820 5885 8115 13480
+4230 12088 12104 13125
+8289 8295 10176 10180
+9366 9378 9511 9512
+9551 10233 10266 10271
+6685 9842 14330 14331
+7917 9802 9811 9816
+1036 7049 12885 12889
+4976 11123 13315 13339
+1036 1037 7049 12885
+10364 14245 14257 14260
+8544 11248 11260 11335
+9528 10244 10272 10276
+1320 1321 4595 6555
+10277 10319 10321 13872
+2452 2491 2615 10285
+6663 6664 14241 14266
+6660 10286 10331 14240
+8916 8918 9562 9577
+4534 6439 6557 10284
+2563 10488 10556 10557
+7973 7997 7998 13219
+6621 10556 10560 14340
+7096 14442 14444 14451
+1177 5071 5163 9684
+4540 6445 10366 10408
+9842 10584 14330 14331
+6454 10551 10552 10557
+3888 3889 3909 6905
+4549 6454 10552 10557
+8553 12194 13225 13226
+6573 6731 6732 10551
+2565 2629 2630 10585
+4914 4985 4986 10960
+9785 9787 14308 14316
+4844 4985 10960 13413
+10553 10555 10585 10586
+4844 4985 4986 10960
+4550 4613 6573 10561
+2069 2070 2233 9768
+9317 9828 9851 10711
+2461 10540 10541 10564
+4553 6458 10641 10683
+2570 2571 10643 10687
+2625 10494 10499 10540
+3423 5401 6861 9085
+817 5033 5132 9454
+14122 14123 14135 14137
+8553 12181 12193 12194
+9976 9977 9982 10012
+9328 10037 10038 10040
+6525 6693 9901 14361
+9746 9752 9755 14295
+1554 4996 5946 13845
+9750 9751 9755 14294
+9781 10511 10542 10564
+2431 2432 2597 10032
+2428 2429 4627 9972
+301 2425 2426 4625
+9946 9951 9957 9958
+9336 9948 9950 9962
+7795 9328 9329 10036
+1495 1554 4996 13845
+1530 5007 6092 13773
+1388 4628 6470 6589
+8771 10785 10848 12684
+226 8202 8203 8205
+10079 10197 10199 10200
+5000 5007 6093 13783
+8771 10785 12684 12689
+2561 10490 10535 10536
+5007 5974 6093 13773
+7057 7061 7090 9134
+2453 2493 2661 10362
+9135 10341 10358 10443
+5952 6117 13894 13910
+5007 6093 13773 13783
+5648 13734 13738 13808
+5538 5539 5646 13737
+3909 3915 3923 12827
+5000 6093 13769 13783
+2561 10490 10535 10539
+6452 10491 10492 10497
+2562 10488 10491 10535
+7039 7040 7068 12950
+2421 2586 2587 9963
+5642 13762 13765 13768
+10529 10531 10532 13948
+9425 10046 10110 10120
+8401 9241 14160 14161
+1545 1546 5008 13529
+8553 8570 13225 13226
+7038 7067 12948 14480
+392 6059 6060 10140
+10471 10481 10529 10530
+2535 2536 10283 10286
+6161 6287 6311 13888
+333 334 6001 10320
+9010 9151 10378 10532
+3889 3909 3915 6879
+5472 7029 8960 14435
+6488 6489 6657 14217
+3918 3920 3924 12833
+10729 10739 10740 14115
+10658 10676 10688 10689
+6035 6212 6213 10703
+6209 6210 10699 14100
+6085 6132 14068 14090
+6140 6211 14098 14100
+2509 9975 10010 10011
+10357 10377 10378 14379
+7996 13230 13236 13237
+2647 2682 10045 10100
+2264 9345 9383 9396
+10060 13755 13792 13793
+10516 10525 13976 13977
+392 6059 10140 10142
+6259 6276 6300 13738
+5029 5288 5376 9432
+10106 10117 10119 13100
+5029 5288 9432 9458
+6019 6196 10524 13976
+1071 8978 12955 12960
+8895 12821 12957 14482
+4178 4295 4471 10913
+5795 5803 14003 14005
+10467 13977 13978 13995
+10467 10517 10522 13976
+8292 11245 11256 11275
+12820 12821 14481 14482
+2707 6326 6394 11407
+1241 4187 6325 6393
+2702 2703 2868 11324
+6196 10516 10525 13976
+6198 10572 10573 13990
+4775 5937 13618 13631
+1072 1073 12955 14371
+12253 12259 12262 12264
+4519 11433 11447 13168
+512 513 2827 11487
+13984 13985 13993 14002
+2711 2876 2877 11444
+1446 4663 4782 13692
+10526 13979 13984 14006
+4366 4481 11563 11598
+4725 11665 11681 13675
+5029 9432 9457 9458
+6516 6684 6685 14330
+10992 11009 11087 11088
+10945 10946 11709 13714
+4954 4975 13411 13427
+3970 6858 6859 6893
+4628 6470 6589 10032
+5029 5130 5376 9432
+4914 10947 10960 13314
+2977 3027 10834 10835
+473 2758 2759 6412
+5029 5130 9432 9457
+8332 11167 11168 13029
+10984 10985 10987 11006
+559 560 8372 8388
+7808 7809 9732 9739
+1860 5496 5606 8461
+5763 5795 5803 14003
+5123 5318 5324 8205
+1859 3945 6858 6859
+6020 10515 13973 13976
+1636 5137 7809 9739
+3800 3801 12788 12795
+1636 1992 7809 9739
+2460 10508 10509 10512
+5351 12090 12094 12095
+3054 6772 6815 12067
+8672 10785 10848 12684
+5051 5374 11764 11836
+5051 11758 11759 11761
+1832 4670 4790 13409
+4841 4929 13311 13433
+1979 11792 11793 11810
+2748 2913 11027 11028
+5683 5839 5840 13670
+8293 11274 11275 11283
+5874 5905 8494 8495
+2626 10501 10505 10508
+3970 6859 6893 6894
+2856 2937 11204 11218
+2460 10501 10508 10512
+8535 12086 12087 12088
+2460 2626 10501 10508
+3944 5496 6859 8461
+3961 3962 8897 12953
+3938 3949 3962 8894
+9707 10500 10508 10512
+8548 13159 13160 13163
+11447 11468 12195 13167
+5840 5890 8711 13670
+4441 4442 4485 10951
+3965 3966 3975 12921
+2500 2611 2626 10501
+2393 2558 10451 10498
+443 2728 2729 11606
+2392 2393 4546 10451
+1842 5594 5595 13364
+8334 11143 11146 13052
+4949 13266 13267 13292
+11100 11121 11122 13428
+5051 11759 11761 11764
+7806 11181 13395 13396
+3949 7740 8893 8894
+11014 13267 13268 13292
+8834 8842 8843 13289
+2809 2847 3009 11078
+4359 11202 11207 11231
+6544 6712 9423 13083
+11061 11209 11219 11220
+10490 10494 10495 10537
+8291 11048 11052 11243
+11218 11235 11239 11240
+3049 3214 12018 12020
+8479 8530 12106 12107
+7620 7740 8893 8896
+10495 10537 10538 10632
+7860 9809 10495 10538
+4413 11546 11547 12136
+4341 4348 11263 11264
+13135 13136 13137 13149
+5062 5154 9518 9519
+1158 1159 4094 5062
+11393 11495 11498 11502
+3974 3975 8421 12920
+11399 11431 13181 13185
+10490 10494 10495 10496
+2892 2893 11561 11603
+8409 8410 8426 12418
+1440 4660 5930 5938
+4365 4481 11598 11599
+10933 11612 11615 11648
+11465 11576 11578 11581
+11442 11524 11566 11570
+10494 10495 10496 10631
+8651 8652 11494 11591
+4735 4736 4905 11727
+4203 4321 4484 10793
+3022 10790 10792 10799
+10774 10800 10948 10949
+9644 9645 10483 10484
+691 692 11803 12346
+4094 5062 9502 9519
+4674 4792 4841 13311
+4486 11028 11092 11093
+541 542 4742 10926
+3964 8415 8977 12925
+1159 4094 5062 9518
+9642 9644 10484 14278
+1281 4207 4325 6376
+5113 5205 5364 11862
+707 708 4281 11815
+553 2847 11019 11099
+460 2745 2746 6407
+3160 3330 11821 11839
+2921 3006 3027 10834
+4846 4921 13296 13339
+8986 9181 9200 9641
+4219 4336 6416 9036
+1303 4218 6356 6416
+9200 9629 9644 14277
+1180 5073 5164 9687
+5073 5165 5272 9726
+2933 8346 11126 11130
+5830 8592 13551 13560
+11386 11392 11414 13563
+3121 6806 6847 11948
+7839 9641 9753 14294
+4882 4883 13611 13612
+6941 6964 6976 14424
+7880 7916 7922 9793
+2994 3021 11516 11518
+7819 9707 10476 10521
+7990 8035 13211 13212
+727 7983 12233 12255
+4396 11475 11477 11478
+12259 12264 13194 13195
+4193 4311 6365 11477
+13624 13625 13626 13643
+6964 6976 6991 14745
+3977 12935 12937 12944
+8818 10870 11016 11017
+5020 5319 12214 12277
+5582 5690 5691 13342
+10468 10475 10509 10521
+6504 9706 14274 14284
+5073 5271 9687 9726
+477 2762 2763 6414
+5271 9687 9726 9731
+4508 10890 10969 11082
+3977 3997 12935 12937
+8672 10785 12684 12689
+7 398 560 8373
+9707 10513 10514 10521
+6597 6644 8351 10183
+8327 11150 11153 11190
+8329 11154 11177 11186
+9025 9029 14174 14175
+3986 3988 8416 12927
+5271 5272 9726 9731
+2836 2966 3001 10795
+4265 4266 12346 14744
+12336 13241 13242 13247
+2898 2899 2965 10862
+11654 13220 13238 13239
+527 528 2795 11697
+10509 10513 10517 10521
+3988 8416 12924 12927
+3988 4000 12924 12927
+2626 2655 10504 10508
+1203 5084 5176 9302
+3956 3986 12920 12922
+3986 3988 3996 12927
+10459 10475 10476 10521
+2693 2859 11229 11230
+12362 12992 12993 13033
+4663 13692 13696 13710
+7938 10784 10920 11002
+699 4272 4273 11921
+2458 10469 10478 10479
+2092 2093 5084 9292
+11112 11730 11731 13371
+2840 2973 3002 11124
+11024 11087 11088 11094
+11396 11398 11498 11502
+1202 1203 4166 5084
+6892 6921 6922 12931
+11522 11572 11638 13621
+1930 7650 7651 8581
+7375 7652 14604 14607
+7610 7650 7651 8581
+1202 4123 5084 5175
+1674 5095 5186 12020
+10397 10531 13947 13950
+1112 4010 14606 14607
+3379 11763 11768 11772
+4234 4410 12128 13147
+8606 11248 11347 12495
+6675 14296 14298 14305
+664 3136 12119 12123
+1674 5095 12020 12042
+9665 10465 14303 14304
+7382 7383 7408 14606
+9666 9704 10479 10480
+799 5021 5126 12202
+12200 12205 12220 12221
+5299 12159 12160 12161
+4019 4020 4053 8645
+11418 11494 11495 11587
+3185 7961 12242 12278
+7969 10772 10779 13256
+9643 9666 10463 14304
+3256 11737 11740 11741
+9645 10416 10483 10527
+1759 4021 7279 7280
+10573 13990 13996 13997
+542 10869 10926 10928
+2975 3003 3025 10838
+8665 12355 12976 12991
+5246 5318 5324 11954
+1655 1656 5051 11836
+11807 11809 11810 11811
+1133 1134 1759 4021
+708 3158 3198 11794
+1723 5119 5211 6803
+1133 1759 4021 7280
+10803 10822 10840 13059
+1728 1729 5122 8207
+5677 5686 5835 13709
+5686 5835 13304 13709
+10474 13990 13997 14009
+5804 10454 13989 14026
+5095 5187 12041 12042
+1696 1697 6785 12230
+8105 11140 13042 13045
+1727 6806 6847 11948
+10474 13990 13993 14009
+5098 5190 5352 12118
+1696 1697 5106 12230
+3218 3219 3298 12066
+1719 5117 6842 11770
+662 4235 4236 12109
+4648 4768 5927 13552
+3816 4031 4043 4068
+4253 4428 12252 13190
+4897 11698 11699 13687
+7689 8564 8566 12260
+4365 4432 11598 11723
+3240 3241 12197 12276
+1979 1980 2014 11791
+5629 5630 13997 14009
+3779 3793 3816 4043
+3357 11776 11777 11854
+3360 11758 11760 11955
+3780 3807 3817 12745
+4449 13025 13034 13039
+52 1214 5090 8152
+4021 4054 7311 7312
+5090 5289 8150 8174
+4054 7311 7312 7334
+11884 12028 12029 12031
+5287 9433 9434 9464
+2106 4130 9427 9429
+4053 4075 4076 8584
+896 7355 7378 8645
+4830 4897 4898 13691
+1347 1348 4545 6450
+4020 8645 12564 12568
+8545 12129 12133 12513
+2556 2557 10452 10502
+1719 5117 5209 11770
+4350 11344 11345 11368
+11546 12127 13152 13155
+5056 5148 5257 7949
+2391 2557 10451 10452
+5254 5331 7982 12309
+5024 5220 5326 12094
+689 3149 3188 12316
+9789 10512 10513 10542
+6727 9788 10506 10507
+6131 6291 6312 14013
+11752 11754 11756 11791
+5120 5248 5368 11863
+2390 2555 2556 10453
+1978 11822 11835 11849
+3042 5092 6809 11995
+648 7783 9044 11889
+9201 9712 10356 14471
+11883 12055 12057 13097
+4066 14585 14591 14599
+4403 4404 4512 11272
+3045 6768 11999 12001
+1213 4173 5181 9429
+4066 4087 14585 14599
+775 808 12005 12036
+7339 7342 14585 14599
+4087 7339 7348 14585
+8549 11321 13160 13162
+3304 3340 3392 12093
+5189 6773 12077 12096
+5351 12078 12090 12094
+4087 4088 7345 7348
+7880 7882 7915 7922
+3229 3339 12155 12178
+5294 5326 5350 12066
+4030 4063 4068 14547
+668 4241 4242 12148
+3235 3373 12166 12168
+11467 12195 13172 13227
+13173 13174 13175 13176
+2040 2041 4140 9567
+9630 10401 10415 10442
+5128 12075 12076 12115
+9149 9712 9713 10356
+5128 12075 12114 12115
+5128 5326 12114 12115
+7987 12289 12297 12299
+77 2040 2041 4140
+2041 4140 9566 9567
+3070 6780 6822 12164
+1691 5103 5195 12167
+5024 5326 12094 12114
+2892 11563 11601 11603
+10435 13918 13938 13941
+5139 9672 9676 9757
+9671 9672 9673 9676
+5795 10396 14003 14004
+8665 8678 12690 12700
+7410 8486 8487 14631
+4505 11092 12366 13039
+9652 9671 9673 9676
+10516 13975 13976 13977
+5147 11748 11847 11848
+5269 9652 9673 9676
+1709 6794 6835 11779
+2753 2919 10814 10878
+4898 4943 13691 13716
+10396 10533 14003 14004
+4383 4455 4488 10833
+8688 8745 8749 14743
+7789 11926 12985 12986
+6432 6551 6646 8310
+9714 10428 10429 10487
+1196 4162 5081 9291
+2085 2086 2249 9273
+121 2084 4119 4162
+121 2084 2085 4162
+2549 2680 10409 10429
+11402 11463 12256 13194
+6614 6672 6673 9714
+5299 12161 12163 12170
+12151 12179 12181 12189
+2084 4119 4162 9291
+1151 1152 5150 8206
+2680 10409 10428 10429
+2549 2680 2683 10429
+121 122 2085 4162
+2025 4132 8206 9316
+5835 8728 13304 13709
+2025 8206 9316 9479
+5058 5150 8203 8206
+6725 10410 10429 14272
+2025 9315 9316 9479
+3330 3332 11762 11768
+4370 4439 11658 11703
+1654 11835 11894 11896
+11853 11924 11928 11929
+9718 10420 10429 14272
+5145 5368 11904 11965
+3157 3197 11792 11809
+10383 10391 10392 13926
+3277 3365 11771 11829
+1654 5144 11895 11896
+705 706 4279 11811
+10355 10374 10375 10381
+568 3045 3046 6768
+4728 4897 11698 11699
+5161 5258 9655 9663
+5161 5268 9650 9663
+5161 5258 5268 9663
+10363 10375 10382 10389
+7963 8023 8045 12300
+5358 5380 12270 12309
+5247 5370 11945 11979
+10362 10363 10382 10393
+4104 4146 5161 9650
+7812 7813 9769 9796
+1173 4104 4146 5161
+5172 5280 9251 9291
+5092 5183 6808 11819
+10389 10390 10401 10442
+339 10354 10359 10374
+2930 11032 11131 11133
+1668 5092 5183 6808
+1667 1668 5183 6808
+4507 10968 11030 13005
+1667 5183 6808 11819
+125 126 2089 4164
+1690 5103 5194 6781
+9144 9198 10363 10443
+11823 11824 12351 12354
+7996 12325 13232 13238
+5194 6781 12166 12167
+6327 6361 6362 11405
+3950 3966 12921 12926
+3394 3395 3425 12419
+6007 6008 6185 10384
+8626 8651 8652 13619
+6958 9180 14416 14420
+6701 10055 14149 14152
+7578 14692 14693 14699
+9283 9284 9293 9294
+4175 8348 9034 13042
+3420 3437 10116 12375
+750 7546 9228 9921
+4174 4175 9034 13042
+5194 5355 12166 12167
+9114 14708 14721 14722
+7812 7813 7914 9796
+10360 10385 13925 13928
+10360 10384 10385 13928
+10392 13920 13921 13922
+8466 9002 12916 14683
+11768 11772 11838 11841
+9133 13922 13925 13927
+7765 8405 12409 12412
+4896 4897 11698 13687
+7448 7480 7481 14653
+3446 3448 3459 12405
+5839 5840 13670 13681
+5309 11862 11907 11914
+3963 3981 3982 12934
+9133 10360 13925 13927
+9755 14294 14296 14300
+5309 5364 11862 11907
+12169 12202 12203 12212
+1950 7545 7668 14731
+849 9242 12373 14739
+9143 10376 13960 14444
+8432 10022 13746 13759
+5126 5216 12202 12212
+5876 8431 8436 8442
+3415 6862 6863 6897
+5217 5354 12170 12212
+12382 12387 12399 12400
+5126 5216 5217 12212
+9219 9221 9235 14724
+10022 10023 10028 13787
+5709 9086 9097 14718
+7593 7599 14708 14726
+6008 6185 6186 13921
+3016 11323 11331 11345
+6010 6187 6188 10402
+10371 14255 14257 14259
+12383 12387 12401 12402
+2232 9767 9768 9771
+12387 12388 14646 14653
+2617 2661 10362 10370
+7480 7494 12388 14646
+8457 9216 12378 14659
+6608 6609 10367 10368
+3594 3595 8609 12528
+8589 8591 8594 13594
+10360 13897 13925 13928
+8467 8469 8483 12441
+7458 7459 7490 14676
+2869 11344 11345 11368
+8073 8074 8078 12433
+8257 11243 11244 12436
+8077 8088 9040 13131
+10350 10360 13897 13925
+10374 10375 10381 10391
+11823 11824 11855 12354
+46 1099 1120 12742
+1988 1989 8022 8028
+2726 6335 6399 11548
+3463 6915 6926 6928
+8961 10385 10386 10394
+1135 1757 1758 7278
+10130 10132 10148 10165
+1744 5406 7451 7452
+8117 8123 13491 13492
+7537 7551 12367 12368
+4481 11548 11563 11599
+9130 10346 13886 13899
+7397 8515 12464 14629
+11198 11266 11269 13143
+8953 13893 13898 13900
+7431 7435 7437 14628
+10140 10171 10173 13487
+881 3490 3502 12432
+7057 7076 7090 10349
+4765 5914 13522 13534
+8128 11280 13464 13465
+7057 9134 9135 10349
+883 8074 8078 12433
+7656 8473 9207 12470
+8478 8491 12451 12463
+8073 8075 8078 12437
+8246 8283 8285 10126
+8499 8509 8521 12450
+11225 11303 11305 11329
+3545 3547 3549 12453
+3530 3533 12474 12475
+11214 11377 13072 13074
+8256 11194 11200 13104
+8511 9116 14618 14630
+7396 8512 14626 14630
+7057 9134 10324 13880
+7057 9134 9135 10324
+8558 8571 12546 12548
+5573 5574 5682 13665
+3521 8499 8509 12439
+8520 12493 12494 14642
+2453 2493 10359 10362
+3590 3594 3600 12517
+6719 6750 10365 14249
+7978 8034 8035 12615
+5377 9299 9301 9303
+3512 7707 12480 12483
+5227 5377 9301 9303
+7717 7767 8033 8662
+5131 5227 5377 9301
+799 800 5126 12211
+6606 6719 10365 14249
+7356 7379 7384 12580
+5235 7867 9727 9730
+6606 10334 10336 10365
+7755 8550 8575 8662
+6441 6560 6606 10336
+7940 8566 8567 13180
+5235 5381 7867 9727
+3904 3913 6887 6916
+6643 10290 10311 10336
+3638 3652 3667 12604
+7317 12592 12595 12596
+14186 14187 14188 14198
+7979 11419 11496 11588
+8576 8579 12557 12592
+7663 7714 7761 12576
+7799 8519 8520 12493
+7367 7368 7399 14642
+759 6940 7919 7926
+5381 7889 9727 9761
+3865 3893 3894 12843
+5683 13670 13671 13682
+6660 10286 10288 10312
+7996 13232 13237 13238
+5233 5381 5385 7889
+5193 5299 5354 12163
+4235 4236 12109 12128
+5381 5385 7889 9761
+3379 11763 11764 11772
+8611 13548 13549 13550
+950 7285 7286 8650
+918 919 7373 12500
+4410 4475 4477 11342
+9211 12493 12495 14641
+11768 11771 11772 11841
+8658 8660 8663 8664
+3555 3556 3584 8579
+11545 11546 12143 13156
+8049 9699 9719 9757
+11763 11764 11772 11838
+10243 10285 10327 10342
+9563 10309 10330 14233
+2015 11798 11913 11917
+3657 3658 12646 12652
+4723 4724 4893 11673
+3126 3346 11949 11954
+8669 8681 12668 12681
+2537 10286 10311 10312
+10194 10215 14197 14198
+11436 11485 11579 11610
+3693 3695 3697 12630
+12250 12254 13187 13192
+3365 3380 11768 11771
+2451 10308 10326 10327
+3273 11750 11751 11761
+7936 7972 7977 13205
+10308 10314 10326 10327
+761 762 796 5124
+3661 3662 3679 12645
+11397 11398 11484 11684
+4903 13259 13271 13272
+7972 7992 8001 13206
+9563 10330 10332 14237
+12351 12354 12355 12356
+5255 5260 9373 9479
+8732 13686 13687 13708
+8755 14574 14576 14577
+5059 5150 5260 9316
+335 10322 10326 10344
+7660 7757 8550 8551
+5059 5260 9315 9316
+571 3048 3049 6812
+3685 8044 8048 12624
+11675 13660 13671 13695
+11721 11723 13200 13244
+4192 4358 4361 11475
+3692 12613 12614 12622
+335 6002 6003 10328
+8552 8557 12544 12549
+10324 10342 10344 10347
+7963 8023 8040 8045
+7977 12620 12623 13205
+7943 11667 11668 11671
+936 3631 8674 12660
+4783 4828 4829 13696
+521 522 8716 11649
+8702 8703 12619 13666
+12306 13197 13198 13204
+3626 3627 12656 12664
+2452 2491 10342 10344
+7972 8048 12623 12630
+7950 7994 8009 8040
+2491 10326 10342 10344
+7958 7997 13238 13239
+3049 3050 3215 12020
+7220 7228 8858 14537
+7302 7303 7336 14586
+9131 10324 13880 14430
+11825 12351 12353 12966
+4349 11404 12153 13168
+3637 8694 8695 12606
+4479 4519 11433 13168
+5449 5450 5731 12682
+3286 3338 3383 11951
+10194 10202 14181 14198
+9564 10220 10243 10332
+10859 10863 10864 11704
+4895 11666 11681 13702
+5241 9618 9619 9652
+967 968 3702 12727
+8525 12476 14627 14628
+3240 3313 3314 12276
+537 2800 2839 11094
+4037 4065 7209 12670
+10221 10315 10317 13885
+7192 7215 7606 7643
+9131 9564 10243 14437
+1691 6781 6823 12167
+9564 10220 10243 14437
+3237 12166 12167 12201
+995 3698 3720 5455
+10839 10853 11091 11161
+8813 10923 12703 12726
+5235 5263 5271 9733
+4253 4428 4429 13190
+1471 1472 4676 5924
+8951 13853 13854 13871
+3765 3766 8768 12688
+10279 10304 10313 10317
+4061 7232 7233 7247
+986 7210 7211 8755
+4480 11514 11525 11534
+3739 12677 12678 14570
+10314 10315 10316 10322
+1104 4006 4007 14582
+10278 10308 10313 10316
+10506 14289 14290 14293
+10278 10307 10308 10313
+5235 5271 9731 9733
+3037 3038 10968 11080
+9564 10307 10314 10332
+8957 9564 10220 13885
+10270 10272 10273 10300
+5445 5466 8839 12759
+1913 7105 7106 7724
+1008 3791 7726 12763
+8092 10077 10078 10203
+5083 5174 5282 9263
+5282 9262 9264 9267
+4275 12365 13034 13039
+9127 10188 12866 14504
+12843 12876 12877 14511
+12362 12363 12993 13025
+4033 4043 4068 12745
+3844 3867 3886 12868
+3808 3825 3831 8876
+7148 8937 12877 14511
+8775 12362 12992 13033
+700 11921 12361 12362
+1857 3947 6856 6857
+3496 3522 12449 12459
+8951 8959 9578 10300
+700 4273 11921 12362
+5282 5340 9264 9267
+7256 7259 12733 14534
+3795 3806 12747 12750
+9578 10304 10305 13885
+8796 8799 10829 14527
+7159 7169 7173 14514
+5282 9262 9263 9264
+11673 11674 11675 13668
+4004 8055 14556 14558
+9552 10293 10294 10302
+5083 5282 9263 9264
+8702 8711 13666 13698
+3815 3824 8868 12782
+1039 3851 12887 12890
+9552 10292 10294 10302
+2614 2679 10286 10309
+8321 11068 11187 12791
+10280 10287 10309 14233
+3807 3816 3832 12746
+7231 14546 14547 14550
+8841 8874 12755 14529
+4894 4895 4995 11666
+7217 7241 12736 14525
+1861 6860 6861 9085
+8905 12875 14513 14515
+7169 8054 14514 14523
+2535 2536 2614 10286
+3834 3838 12781 12782
+3274 3379 11764 11772
+3793 3816 4043 12745
+8375 10063 12814 14483
+7158 7160 14495 14502
+3917 12844 12845 12846
+2370 2371 2536 10283
+8956 10277 13881 13882
+5749 5750 5860 8933
+9150 14445 14446 14456
+5083 5282 5340 9264
+9563 10330 14233 14237
+8217 9521 9536 9538
+1966 2002 8915 9532
+6600 6660 10288 10312
+9641 9642 14275 14277
+3793 3807 3816 12745
+12834 14499 14500 14507
+3846 12873 12874 14429
+5094 5293 5348 12018
+10276 10279 10304 10306
+9551 10233 10238 10266
+5293 12018 12020 12047
+2449 2488 10274 10275
+7996 12325 13230 13236
+3957 8929 12945 12947
+10272 10274 10276 10306
+10270 10272 10300 10301
+9552 10068 10291 10298
+8051 8857 12852 12882
+8095 8301 8315 10203
+8936 9127 12865 12866
+8231 8241 9025 9029
+13904 13909 13913 13915
+8912 8913 8922 12879
+3877 3899 3900 12856
+7135 14498 14501 14509
+3531 9208 12471 12478
+2211 2212 2286 9618
+3867 5483 12857 12868
+11621 11622 11657 13239
+4189 4306 4349 11406
+10399 13949 13971 14000
+1067 3928 3929 12945
+11621 11622 11624 13239
+5475 5759 14461 14462
+4307 6361 6362 11405
+2449 10275 10292 10306
+4723 4892 11646 11673
+8951 9552 10300 10301
+6869 8050 8054 12739
+2732 11625 11687 11689
+6015 6192 13951 13968
+7096 7101 14442 14451
+5108 5199 5304 12282
+8902 14498 14501 14509
+10263 10264 13819 13843
+5367 11764 11772 11773
+1437 1438 1817 13659
+8511 8512 8513 12473
+9196 14455 14457 14473
+6171 10258 10297 13839
+10262 10263 13818 13819
+9709 9710 9711 9716
+8386 10263 13829 13842
+3848 3877 12860 12870
+10256 10257 10258 13836
+13833 13834 13836 13847
+1818 5938 13655 13657
+6942 6961 8418 9186
+4353 11625 11687 11689
+6169 6170 10256 13828
+7803 10066 13824 13833
+1090 8418 12908 12915
+194 2135 2174 9848
+1076 1077 3936 7737
+3977 3987 3998 12935
+1048 1057 5604 12817
+5479 7051 8928 12946
+4353 10844 11687 11689
+10084 10262 13818 13841
+7847 10565 10570 13987
+1267 4318 6422 11625
+1735 7534 7535 14728
+468 469 2754 6410
+2454 10382 10389 10393
+8982 8983 9196 14473
+6169 10264 13828 13830
+6987 7000 7001 14418
+6169 10256 10264 13828
+10249 10256 10257 13826
+6955 6956 6985 8999
+1719 5117 6800 6842
+4065 8757 14575 14579
+8993 14697 14702 14707
+7553 7558 9001 9002
+3927 5497 8928 12946
+5108 6788 12281 12284
+7803 10066 13824 13825
+10231 10239 10250 10253
+1073 12955 14371 14372
+8 826 1990 7868
+325 5992 10248 10249
+5041 8049 9699 9757
+8305 10247 10251 10252
+10421 14267 14269 14286
+630 631 3108 6841
+11500 13613 13651 13652
+8325 10194 10215 14197
+8438 9998 10002 10003
+324 5991 5992 10255
+3806 3814 8863 12750
+3979 3980 8898 12938
+5145 5315 5368 11904
+7028 7049 14433 14440
+8919 8920 14433 14440
+4340 4493 8346 11127
+1111 12481 12483 12484
+9593 10219 10243 10332
+8909 14201 14203 14204
+10219 10220 10243 10332
+7190 7639 8858 9204
+7211 7212 7225 12670
+874 3500 7704 12470
+4219 6357 6416 9036
+8572 12574 12576 12577
+8513 12462 12464 14626
+2768 2934 9036 11127
+4176 4219 4340 9036
+5144 5145 5315 11900
+5315 11828 11900 11911
+8523 12451 12452 12453
+11583 11584 13613 13654
+3300 12065 12108 12227
+12065 12066 12078 12115
+6883 12485 14645 14650
+884 3492 3503 12437
+7357 7380 12579 14602
+49 1121 4039 12484
+3729 3730 10923 12713
+1134 1758 1759 7279
+5781 5834 5836 11500
+8701 13676 13698 13703
+4241 4242 4417 12149
+8957 9564 10220 14437
+1117 4037 4045 12670
+3566 12501 12502 12507
+4241 4417 12149 13161
+336 337 2452 10344
+2448 2608 2613 10224
+4417 11457 12149 13161
+930 7293 12663 14564
+11432 13165 13167 13168
+10224 10244 10270 10272
+6855 8928 8929 12817
+8630 13612 13614 13652
+11501 13620 13630 13638
+4354 4417 11461 12153
+864 1122 1123 7465
+4030 4063 14546 14547
+8973 12907 14696 14699
+5168 5276 9818 9824
+4312 4362 4480 11514
+1984 7686 8666 12349
+5168 5276 5337 9818
+5076 5275 5337 9799
+3927 3948 8929 12945
+11500 13613 13628 13651
+8574 8578 12592 14592
+4194 4312 11513 11514
+1789 5489 6950 14391
+7838 9090 9094 14128
+3781 4032 4042 12743
+4194 4312 4362 11514
+10206 10207 10224 10225
+10355 10374 10375 10382
+6916 6929 12831 12833
+11500 11501 13613 13628
+7168 7169 7179 14515
+8317 9550 10207 10235
+9951 10008 10037 10038
+2487 10187 10206 10232
+63 4090 4133 9484
+2113 2152 2278 8233
+10790 10799 10951 12970
+4485 10799 10951 12970
+5219 5292 5348 12017
+5185 5292 5348 11999
+5185 5348 11999 12019
+6599 10205 10212 14209
+2528 2613 2678 10204
+2036 2037 2200 9525
+9198 10363 10371 10390
+5348 12016 12017 12019
+472 2757 2758 10883
+5348 11999 12017 12019
+5509 13895 13903 13907
+9829 9868 9869 9876
+4729 10940 10945 11710
+2528 2529 2613 10204
+6156 13344 13346 13347
+5292 5348 11999 12017
+9557 10191 10209 10211
+5228 9258 9261 9267
+5122 5213 5316 11947
+11445 11467 11469 13172
+4395 4499 11445 11469
+65 66 2029 4134
+9951 10037 10038 10040
+4191 4308 4395 11443
+5161 9650 9655 9663
+2216 2289 9671 9679
+4191 4356 11443 11446
+7627 7741 7742 12954
+9184 9834 10676 10690
+1359 4551 6456 6574
+2879 11443 11445 11446
+4191 4309 6364 11446
+4405 4406 4498 13125
+1364 4617 6458 6577
+9828 9851 10644 10690
+4552 4583 6457 10624
+778 779 9463 12027
+11654 11655 13220 13239
+10209 10217 10225 14207
+5228 5282 9262 9267
+2475 9951 9954 10038
+1382 4587 4625 6586
+8769 11825 12349 12351
+11213 11214 11215 13076
+648 4338 9044 11889
+219 6546 9420 13081
+4343 4502 11215 13076
+11622 11657 13233 13239
+8560 11321 11363 11471
+4182 4300 4347 11234
+12142 12148 12149 13158
+2210 2211 2330 9604
+3348 12169 12172 12208
+5257 5359 12285 12328
+10217 10218 14186 14199
+9951 9954 10038 10040
+9954 10038 10040 10042
+3239 3312 3313 12216
+13278 13292 13329 13333
+6652 10211 14207 14209
+1716 6799 6840 11766
+1480 4799 5921 13435
+9557 10190 10191 10211
+8704 11641 11642 13658
+1720 5118 6843 11782
+5121 5370 11866 11948
+4357 10912 11201 11203
+2690 2855 11202 11203
+8086 11891 13069 13070
+10181 10194 10216 14198
+2440 8250 8269 8272
+8073 8077 12437 13086
+8165 11880 12057 12058
+1994 5041 9699 9757
+662 663 4236 12126
+662 663 3175 12119
+658 659 4232 12102
+5370 11944 11945 11948
+4253 12299 13188 13190
+4370 10862 11658 11689
+4253 4429 12299 13190
+4370 4439 10862 11658
+4353 4370 4439 10862
+3189 11801 11803 12332
+9583 10222 10268 14220
+4353 4370 10862 11689
+5305 11737 11740 11741
+4268 4443 4444 12968
+7686 7750 8670 12344
+3152 11769 11823 11855
+5121 5212 5370 11866
+10808 10915 10979 11005
+6617 6618 10452 10507
+4277 4278 4453 13065
+5247 5248 5370 11979
+10803 10804 10822 10840
+8499 8517 8520 12447
+5210 6802 6844 11780
+8691 13625 13629 13640
+4505 4517 11090 12366
+4450 4505 4517 12366
+8402 8403 9327 9328
+11622 13220 13233 13239
+10771 10868 11658 13254
+11703 13249 13253 13254
+2613 10204 10206 10224
+10187 10191 10209 10210
+4491 4507 4518 10968
+9528 9583 10223 10246
+12088 13138 13142 13143
+1683 1684 5191 6776
+3432 8457 8458 12375
+3132 3172 12048 12049
+7910 9808 14322 14325
+8467 8468 8469 12060
+6721 9583 10222 14220
+809 810 5028 8157
+11397 11434 11490 11684
+8553 12187 13176 13226
+673 4246 8553 12187
+5102 12162 12163 12164
+10204 10209 10211 14209
+9583 14213 14215 14219
+5680 13629 13648 13656
+1733 5391 5392 14702
+9528 10245 14218 14219
+2703 2704 2869 11368
+696 4269 4270 11857
+2737 2902 10799 10802
+697 11856 11859 11860
+4186 4472 11324 11345
+8403 8404 9327 9328
+8516 8520 12493 12494
+8305 10079 10080 10197
+695 4268 4269 11826
+3015 3016 11331 11544
+10971 10977 12964 12965
+5679 5680 5837 13629
+3284 3285 3364 11964
+2759 6352 6412 10908
+2869 11324 11345 11368
+8302 8305 10251 10259
+8302 8305 10247 10251
+4413 4472 11547 12136
+3492 12437 12440 12443
+11542 11545 11546 11547
+2359 2360 2525 10186
+11880 11887 13066 13070
+2358 6434 10181 10186
+898 7356 12570 12581
+11454 11457 13160 13162
+3146 3316 12271 12278
+2525 2526 10186 10191
+6940 7919 7926 14411
+6434 6553 6598 10186
+4257 7955 12304 12307
+3148 12310 12311 12312
+4367 4521 11600 13220
+4198 4315 6336 11561
+6598 10181 10186 10216
+4367 4483 4521 11600
+2959 11524 11525 11566
+4205 4374 4376 10914
+8013 8666 12349 12351
+9788 10456 10457 10504
+1981 8759 8783 12360
+10804 10822 10823 10840
+4367 4483 11560 11600
+634 635 3112 6843
+4367 11560 11600 11655
+5118 11771 11782 11829
+2762 2927 11029 11031
+1001 1002 7109 12813
+8326 9557 10191 10209
+392 10128 10139 10140
+3093 6792 11735 11736
+616 3093 3094 6792
+4212 4330 4386 10884
+2687 6316 10911 10913
+7785 9038 9039 12996
+2688 2689 2854 11203
+8246 10134 10139 10171
+615 3093 6792 11736
+8089 8275 8290 11039
+2867 11318 11319 11324
+8089 8290 11033 11039
+4184 4301 4341 11262
+3051 6771 6813 12042
+8530 8541 12512 13153
+694 695 3191 11797
+659 660 3134 12097
+3052 3053 3218 12068
+8531 8548 12146 12152
+4188 4354 11407 11427
+8620 8621 11450 11492
+4420 12194 13164 13167
+3306 3339 12147 12176
+4189 6361 11405 11406
+12289 12299 13188 13189
+2709 2875 11404 11405
+8290 11033 11042 13518
+5942 5985 6106 13529
+7977 7993 12622 12623
+12299 13190 13191 13201
+3677 3678 12646 12647
+10934 11442 11566 11569
+11476 11721 13202 13209
+11562 11563 11601 11602
+4380 4505 4517 11090
+2477 2517 10057 10100
+7944 8030 8044 8047
+2477 10056 10057 10100
+8781 8785 10791 11017
+1734 5392 5393 7534
+284 2408 2409 4554
+7936 13199 13200 13204
+4199 4317 11620 11623
+8402 8403 9328 14161
+2744 6344 6406 10910
+703 3195 11804 11938
+5399 5400 5403 14652
+10091 10100 10114 10169
+4516 10909 11090 13032
+3194 11916 11917 11920
+1658 2015 2016 11908
+4516 11090 12366 13032
+4231 12084 12087 12104
+10881 11074 11923 13001
+10161 10162 10167 10168
+479 480 2765 6355
+4516 4517 11090 12366
+3055 3220 3221 12077
+12123 12124 12131 12135
+4234 4235 4410 12128
+8530 12106 12107 12111
+737 12039 12061 12082
+11314 11341 13150 13154
+4186 4350 4472 11345
+8254 8276 14662 14678
+420 2705 2706 6325
+575 3052 3053 6814
+3304 3343 12120 12150
+12015 12033 12034 12141
+9402 10009 10089 10101
+10992 11024 11083 11085
+4347 4498 4504 11233
+653 12037 12052 12054
+9213 9327 9401 10115
+8536 12084 12086 12104
+8278 10136 10162 10165
+12023 12039 12052 12062
+4497 11268 11311 13141
+2354 4527 4592 8310
+10890 11077 11081 13004
+4390 4491 11029 11030
+5679 11501 13636 13638
+2758 2759 2924 10891
+4349 4479 4519 13168
+672 12179 12180 12181
+8244 8278 14665 14678
+11321 13159 13160 13163
+4091 5060 9483 9488
+230 2354 4527 4592
+1318 4530 4594 6435
+229 2354 4527 8110
+5679 5837 11501 13629
+8280 8281 14663 14665
+229 230 2354 4527
+1959 9181 9709 9754
+254 2378 2379 4603
+10125 10126 10156 13130
+1333 6443 6561 10338
+5766 5882 9153 9159
+5228 5282 5340 9267
+9169 14053 14055 14064
+14154 14159 14160 14162
+5875 5909 5911 8631
+4574 4602 4632 10338
+4563 4587 4625 9967
+2588 2642 9948 9962
+6717 6718 9477 10127
+2419 4559 4586 9966
+6717 6718 9476 9477
+9259 9960 9961 14167
+2377 10338 10339 10367
+2650 8265 10125 10160
+2375 2376 4538 10333
+9714 10428 10464 10487
+146 3166 8154 8174
+274 4549 4613 10552
+8079 8266 10126 10154
+8081 10155 10156 10157
+5425 5426 5728 12540
+6042 6219 10757 10760
+5675 5829 5911 13603
+5426 5729 12540 12541
+8265 8266 10125 10126
+1362 4552 4583 6457
+8082 9476 13114 13130
+5245 9372 9373 9497
+2420 2421 4560 9963
+2421 4560 4623 9963
+296 2420 2421 4560
+6570 6619 6728 10498
+8393 9241 12373 14144
+9667 9669 9670 9756
+296 2421 4560 4623
+2218 2351 9658 9663
+2393 2558 2559 10498
+4795 4845 4949 13292
+4371 10794 10862 10868
+10770 10771 10794 10868
+5436 8689 12608 12609
+235 2359 2360 4530
+1519 1520 5526 14070
+8393 9239 9332 14147
+8651 11499 13611 13619
+218 219 6545 9420
+7775 8158 9040 12435
+956 3642 5436 12608
+2437 4590 6473 10122
+9969 9971 9972 10049
+956 957 3642 5436
+6055 6056 10096 13457
+4566 6471 6589 10031
+5447 5464 8873 14546
+11501 13630 13636 13654
+10144 10145 10146 13463
+2432 2597 2598 10031
+8118 10145 10146 13463
+8403 8404 9328 14161
+5597 5598 5696 13432
+2483 2520 2643 8336
+6235 6236 10144 10146
+10144 10146 13354 13356
+7806 8138 13395 13396
+2643 8336 8337 8345
+8083 8296 10171 10176
+394 8296 10173 10180
+4637 8388 9055 9056
+8620 11410 11422 11450
+1994 9699 9719 9757
+8083 8243 10159 10177
+1821 5575 5576 13693
+7969 7974 8016 8017
+3060 3061 6818 12139
+256 4540 4604 10408
+2834 10931 10936 11656
+4540 4576 4604 10408
+279 2404 4552 10619
+2519 10128 10139 10141
+2480 2519 10139 10160
+683 3185 12280 12290
+8733 11694 12641 13684
+1487 7801 8289 10180
+392 2519 10128 10139
+279 2403 2404 10619
+546 547 2805 10915
+7901 10548 10565 10595
+2437 6473 8273 10121
+8822 8832 13417 13418
+279 4552 4615 10619
+8013 8769 12348 12349
+8832 10869 10926 10928
+4912 10930 11733 13440
+7779 8258 11041 11056
+8117 9072 13491 13492
+11584 13624 13625 13643
+1770 5457 5458 8385
+7779 8089 8274 8275
+10179 12431 13488 13490
+279 2403 4615 10619
+5755 5858 5864 8133
+7794 8543 9211 11205
+2779 11265 11298 11303
+146 147 3166 8174
+493 11049 11284 11299
+8498 8519 8520 12492
+8505 11050 11054 13466
+8602 11352 13540 13542
+4964 4981 13599 13605
+500 11358 11370 11382
+11812 12338 12342 12343
+13553 13554 13558 13561
+1383 1384 4626 6468
+1383 4587 4626 6468
+4588 4626 6587 9968
+519 4720 11637 11638
+7979 11497 11592 13718
+8718 13622 13623 13624
+519 11522 11552 11572
+518 519 11552 11572
+7819 10500 10542 10630
+8709 8710 13703 13724
+1264 4199 4316 6421
+8081 10104 10105 10163
+1824 5577 5578 13700
+5579 13305 13313 13706
+4626 6468 6587 9968
+7745 8474 8480 9210
+4664 4829 4830 13700
+4899 4900 4994 10946
+4587 4625 6586 9967
+4908 4989 11729 13372
+6741 9949 9950 9952
+5842 13375 13411 13412
+4447 4514 4515 10995
+5586 13376 13408 13409
+6942 6961 6976 14424
+5587 5687 5695 13412
+5851 5859 8842 8843
+6635 6742 9342 9952
+4796 4846 4948 13338
+560 4637 4760 8388
+4920 11021 11022 13291
+8833 13282 13286 13288
+560 1398 4637 8388
+1770 5458 7111 8385
+1770 1771 5458 7111
+3789 5469 8877 8882
+6 319 8288 8297
+3293 3294 11888 11892
+4715 4884 11577 11593
+1029 3789 5468 5469
+3789 5468 5469 8877
+3767 3789 5469 8882
+8611 11355 11382 13550
+5726 5832 8587 8597
+4811 4868 4931 11361
+5581 5582 5690 13270
+4828 4895 4896 13688
+1416 1803 4767 5927
+1416 4648 4767 5927
+4783 13696 13700 13710
+4995 11666 13677 13688
+468 2754 6349 6410
+3864 5480 8940 12842
+5559 5560 5668 13552
+8822 8832 12713 13418
+4384 4385 4457 10977
+7969 13245 13252 13255
+1439 4659 4779 5938
+4645 4804 4807 13522
+8081 10109 10163 10164
+5561 13558 13561 13562
+9785 14307 14313 14316
+11500 13613 13614 13652
+4299 4476 11230 11234
+1410 4645 5914 13521
+13555 13588 13589 13590
+11573 11583 13624 13627
+2479 2518 2677 10107
+5681 8714 13648 13649
+8639 11506 11510 13633
+4660 4780 4825 13679
+7974 8016 8017 12646
+6952 6984 12900 14426
+443 6337 6400 11606
+8081 10157 10163 10164
+5491 5492 5768 14426
+5691 11728 13328 13342
+8401 8403 9241 14161
+8081 8255 10104 10105
+8259 10045 10106 10113
+4824 4960 4991 13647
+8255 10102 10104 10165
+8702 12619 12629 13666
+10130 10132 10136 10165
+11732 11733 11734 13439
+7387 7406 9210 12469
+9408 10056 10089 10091
+10824 10830 10873 10979
+3004 3026 3028 10823
+5745 8820 8829 8831
+4677 13301 13329 13338
+12063 13103 13105 13106
+8259 10091 10100 10102
+4924 13386 13387 13392
+8389 8877 8883 13405
+8890 10826 10918 11068
+1481 4799 5921 13444
+10057 10091 10100 10148
+2478 2682 10100 10103
+2856 11201 11204 11238
+1792 5492 6953 14426
+1792 5491 5492 14426
+8719 11634 11651 11652
+8403 8404 9241 14161
+2708 2873 2874 11427
+416 2702 6323 6391
+4475 4477 11296 11297
+1481 1482 5921 13444
+5557 5665 13530 13534
+3078 3244 12213 12218
+1482 4681 4800 13444
+4769 4813 4932 13562
+1845 5597 13436 13444
+8543 11196 11223 11304
+4979 11352 13510 13531
+3244 12213 12230 12239
+4810 13531 13535 13536
+8623 8625 12588 12607
+1252 4310 6365 6396
+2477 10087 10099 10169
+4818 11493 13601 13607
+9405 10091 10114 10115
+11438 11537 11555 11576
+3243 12214 12231 12239
+11646 11674 13666 13667
+10004 10005 10009 10089
+4726 11662 11678 11679
+5502 5503 5611 13844
+4703 4704 4873 11388
+4722 11629 11645 11646
+4660 5930 5938 13655
+7945 8725 13257 13276
+3538 3545 3548 12461
+7945 8725 11715 13257
+4902 4970 4972 13260
+11728 13328 13335 13336
+8726 10789 10850 13308
+11728 13332 13335 13336
+8830 10959 13279 13287
+5744 5842 8807 13441
+8853 8855 12723 12724
+8793 10806 10981 10982
+4954 4975 4983 13427
+8854 10872 10927 10929
+8838 8853 13281 13295
+5591 13266 13268 13269
+8725 8742 10849 11715
+2478 10057 10094 10148
+4925 11120 11183 11184
+7 1398 8383 8387
+5703 5852 5853 13389
+3378 11759 11763 11764
+10027 13747 13758 13759
+4965 8639 11493 13601
+8144 8885 8886 12785
+5512 5513 5621 13913
+9331 10003 10036 10086
+10228 10229 10230 10247
+7979 8652 11497 13718
+4882 4883 13612 13616
+11424 11439 11480 11489
+4938 13610 13618 13631
+4885 4940 11585 13630
+4736 11013 11727 13300
+4735 4736 11013 11727
+545 2843 10873 10915
+8326 10214 10215 14197
+4847 4848 13315 13378
+8817 11013 11727 13300
+4746 10876 10958 13419
+5592 13266 13292 13329
+8625 8629 8643 11496
+4657 4777 4821 13637
+8690 11486 13628 13643
+8608 8616 13571 13584
+4355 4470 11444 11447
+8651 8652 11591 13718
+2878 11467 11468 11469
+11393 11418 11494 11495
+4656 4775 4938 13631
+8709 8732 13685 13686
+4746 4747 4916 10959
+8302 8305 10228 10247
+5578 13313 13706 13707
+1450 4665 5931 13706
+8728 8732 13690 13708
+5580 5581 5689 13310
+8818 10784 10785 11715
+1983 12354 12355 12991
+8302 8316 10195 10228
+4917 13277 13279 13287
+4877 13570 13571 13572
+507 4708 11421 11423
+8138 9050 13396 13400
+11393 11498 11502 11504
+8388 9050 9055 9056
+5727 8633 12536 12540
+10213 10226 10228 10229
+3275 11770 11772 11773
+4758 11180 11181 11182
+5513 5514 13912 13939
+323 5990 10072 10083
+4812 4932 4990 11390
+5990 6167 13812 13819
+8095 8300 10078 10203
+6118 6119 13912 13913
+5002 6100 13346 13349
+365 366 6033 10697
+10636 10647 10648 10664
+322 10071 10072 10075
+366 367 6034 10707
+5990 10075 10084 13812
+3053 3054 3219 12067
+5024 12094 12114 12226
+4661 4781 5923 13680
+8059 8176 11872 12014
+11397 11488 11489 11502
+3290 12015 12016 12033
+4840 13374 13408 13412
+7910 14310 14311 14325
+3046 3211 3212 11999
+322 2445 2485 10071
+5027 5223 12006 12007
+4673 4954 13312 13410
+7804 8366 8374 8383
+5695 13410 13412 13437
+2338 9820 9829 9858
+5586 5687 13376 13408
+5278 5320 9873 9875
+1511 5518 5959 13966
+5043 9584 9590 9602
+4840 13410 13411 13412
+1464 1465 4791 5919
+7 320 398 8370
+4839 4840 13374 13408
+4672 4791 4840 13408
+8412 12926 14687 14688
+5276 5337 9818 9823
+4638 4802 9059 9064
+4802 4928 4953 13399
+8300 10078 14484 14488
+4802 4953 9064 13399
+5246 11953 11954 11971
+5142 5244 9492 9505
+4802 9059 9064 13399
+6118 13912 13913 13939
+4957 11389 11390 13553
+8108 8360 8365 10063
+5013 5964 6082 14038
+2218 9658 9660 9663
+1041 1042 3868 7622
+1994 9694 9696 9699
+5269 9619 9649 9652
+5632 5633 14032 14041
+4660 4824 4825 13679
+786 819 9254 9272
+4779 4941 13655 13657
+8108 8330 8352 11155
+4779 4824 4941 13655
+4659 4823 4941 13657
+1001 12806 12813 12814
+4835 4946 4982 13335
+11390 13546 13547 13559
+1420 4650 4769 13562
+4835 13325 13326 13327
+4835 4946 13325 13326
+1688 5193 6821 12164
+3177 12120 12132 12134
+4835 4947 13326 13335
+3098 6795 6836 11784
+4835 4947 4982 13335
+5310 11942 11943 11955
+3143 3182 12204 12222
+5195 5300 5325 12199
+3145 12242 12244 12287
+4678 4846 13338 13367
+4678 4846 4950 13367
+8100 8375 11170 12814
+4920 4948 11023 13296
+8910 8918 14203 14206
+758 792 7812 7914
+4919 4948 11023 13278
+4951 4955 4978 13361
+5524 5632 5633 14041
+108 109 2072 4113
+4516 11086 12363 13032
+8779 11085 11086 13026
+3107 3272 3273 11751
+5364 11783 11784 11862
+7655 7705 7706 9207
+3279 3334 3362 11901
+5524 14037 14039 14041
+5309 11907 11909 11912
+8626 11497 13653 13718
+1998 5043 9590 9633
+8911 8917 14222 14224
+8917 9592 14224 14227
+9333 14143 14144 14146
+2055 2218 2219 9661
+4858 4955 4978 11282
+9333 10054 14145 14152
+9237 12373 14145 14739
+2235 9772 9799 9818
+5524 5633 14037 14041
+9868 9869 9870 9874
+5230 5276 5375 9825
+487 4687 4688 11062
+6701 10055 14152 14167
+5375 9799 9820 9823
+11762 11763 11833 11838
+4688 8261 11060 11062
+5030 5130 9463 9465
+5524 5632 14039 14041
+5285 9309 9312 9314
+2104 2105 2268 9426
+5632 14032 14039 14041
+11812 12342 12343 12348
+7791 8887 13379 13430
+1669 5092 6766 6809
+3322 3355 11744 11788
+9423 10119 13083 14173
+8883 8885 8886 12785
+5351 12077 12090 12096
+10119 13080 13083 14173
+1682 1683 5099 6818
+5698 10960 13262 13265
+5590 5698 5699 13265
+11493 13601 13602 13608
+4890 4891 4969 8704
+3119 3284 11864 11946
+8339 8364 8371 11138
+1726 5212 6805 11866
+4890 4969 8704 11642
+11708 11716 11717 13720
+3382 8171 8173 12002
+7780 8125 9066 11042
+776 777 8157 11869
+653 654 4227 12053
+4901 4970 4973 13303
+10788 10967 11717 13259
+5094 5186 5293 12018
+738 739 774 12022
+4900 4901 10946 11709
+2070 2234 9772 9800
+1494 5003 5502 13844
+10850 10946 11718 13303
+4742 4911 4912 11733
+9795 9797 9826 9827
+3378 3379 11763 11764
+2070 2071 2234 9772
+6757 9342 9953 9955
+2190 2275 2321 9481
+8236 11950 11952 11973
+9239 9355 14159 14160
+1972 7786 8067 11974
+9330 9951 10040 10041
+4752 11102 11122 13316
+1969 14190 14193 14194
+2191 9481 9493 9503
+4756 4925 11120 11183
+2431 4566 4628 10032
+2054 4104 4146 9650
+2219 9657 9660 9661
+2055 2056 4147 9661
+7928 7929 7930 9766
+2432 4566 10031 10032
+2431 2432 4566 10032
+185 9766 9773 9774
+4566 6589 10031 10032
+2341 9252 9272 9320
+10953 13381 13383 13384
+8745 8749 14741 14743
+13386 13387 13388 13392
+4849 4925 13390 13392
+11416 13565 13568 13569
+1191 5078 5170 9865
+3433 3438 12380 12393
+4816 4935 13586 13591
+567 3044 3045 6810
+147 8149 8150 8174
+8059 8176 11872 12013
+12023 12039 12062 12140
+3525 3542 3543 12442
+382 383 2475 10008
+3144 3184 12228 12244
+727 7983 8032 12254
+3237 3387 12166 12201
+732 905 906 3575
+5673 13586 13591 13606
+3152 3192 11855 11856
+1118 7239 7240 7254
+5208 6841 11751 11767
+708 709 3198 11794
+8438 10002 10022 10025
+5111 5203 5362 11735
+910 911 3562 7662
+5303 12234 12235 12268
+8438 10008 10025 13758
+13563 13567 13568 13577
+1985 11817 12348 12349
+5154 5317 9516 9526
+4096 5155 9525 9570
+11416 13563 13568 13577
+1541 5545 5546 13348
+1163 1164 4097 5156
+7796 8444 9944 9994
+2112 2274 8167 9470
+4902 4970 11718 13260
+1666 6764 8153 8154
+379 10000 10001 10019
+10789 13259 13260 13261
+7784 8157 8163 8167
+8441 10017 10018 10019
+3182 12222 12224 12253
+5195 12165 12167 12201
+5103 5194 5355 12167
+9933 10016 10017 14735
+4708 4709 4878 13599
+4786 4833 13270 13309
+4786 4832 4833 13309
+11123 13384 13388 13389
+5216 5217 5354 12212
+11123 13363 13389 13392
+3102 3103 6838 11942
+7826 7910 9808 14310
+8758 11811 11815 13058
+3327 11912 11913 11917
+8877 8885 12792 13405
+3329 3377 11759 11761
+9933 9990 10016 10017
+2316 2317 9390 9394
+118 2082 4118 4160
+2510 2673 9925 9976
+6090 13768 14119 14125
+11123 13363 13386 13392
+816 817 5033 9296
+2181 2311 9265 9284
+4123 5175 9269 9270
+3462 8457 14654 14655
+7405 7406 7421 8475
+5617 14073 14088 14089
+3548 3549 8489 12461
+7536 7574 12368 14733
+9098 9108 9109 10736
+4754 11120 13386 13428
+11122 13381 13386 13428
+4755 4924 4925 11120
+9099 14704 14714 14721
+3452 3458 3462 12377
+5546 13348 13352 13353
+4967 11585 13615 13616
+5407 5408 7453 8113
+5566 13606 13607 13608
+489 490 11241 13474
+5658 7802 8299 9079
+5674 8613 13606 13608
+8506 8508 11275 12439
+4686 4687 4808 11065
+915 3577 12496 12504
+11301 11303 11305 11329
+5676 11473 13631 13632
+8610 13548 13550 13551
+8606 9211 11248 12495
+5569 11473 13632 13650
+4884 4967 11585 13616
+5590 5698 13262 13265
+9108 10737 10739 10752
+6234 13354 13456 13476
+13451 13452 13453 13454
+8281 10131 10133 10135
+4818 4936 13605 13607
+3786 8840 12759 12770
+7494 12388 12402 14646
+5590 13262 13265 13269
+1644 2000 2001 9601
+4841 4844 4985 13413
+9073 9076 11066 13461
+8452 8453 10005 13452
+4851 4978 13361 13445
+5787 5790 8391 13820
+4856 9082 9084 13485
+4838 4949 13266 13267
+42 1065 1098 5498
+10005 10024 10089 10147
+6975 9015 9017 10437
+4989 11729 13372 13374
+9140 9141 13932 13937
+4839 4989 11729 13374
+6464 6632 9938 9966
+3415 3416 3443 6862
+3946 3971 3972 6857
+7796 8452 8454 8456
+4839 4988 4989 13374
+9333 10054 14145 14146
+4909 4988 4989 13374
+5625 13945 13962 13982
+2641 2656 9929 9965
+4739 4908 4909 13372
+2641 9259 9959 9965
+5997 6174 6175 10303
+5619 5797 10361 13905
+2056 4105 9657 9661
+8877 8883 8885 12785
+6514 6515 9806 14323
+4909 4989 13372 13374
+1345 4544 4578 6567
+9139 13943 13944 13965
+1048 5604 8928 12817
+1343 4543 6448 6566
+5521 5522 5630 14014
+10412 10413 10414 10421
+9278 9922 14148 14149
+827 3393 3423 9085
+284 285 2409 4618
+5854 8443 8448 8456
+10588 14072 14073 14086
+1524 1599 5006 14118
+5690 13261 13273 13274
+1531 5007 5536 13783
+1618 5978 6097 13740
+2140 2178 9322 9915
+5542 5543 13795 13797
+5016 6097 13740 13796
+4688 4857 4858 13448
+1513 5011 13986 14007
+6103 6262 13523 13525
+4543 6566 10423 10427
+1582 5960 6079 14016
+13260 13270 13273 13274
+4867 4868 11361 13539
+4813 4814 4957 13553
+4691 4692 4861 11279
+1678 1679 5097 6773
+5831 5886 8593 13554
+2472 2511 9986 9991
+5674 5833 5888 8613
+13572 13584 13599 13609
+8589 8599 8610 12503
+6566 6724 10423 10427
+4783 4829 13696 13700
+3121 6806 11947 11948
+4544 4578 4607 10422
+3606 8549 12513 12516
+5903 8701 8708 13704
+4027 4028 4061 7233
+13260 13261 13273 13274
+13260 13261 13271 13273
+7487 13489 14663 14665
+2508 2635 9973 10743
+1832 1833 5586 13409
+12158 12171 12177 12178
+10780 10938 10939 11711
+1483 1484 4682 13431
+13600 13605 13608 13609
+9886 10694 10701 10704
+4757 4758 4927 11182
+3786 3810 8840 12770
+12158 12159 12171 12178
+4683 5925 13423 13434
+5022 12159 12171 12178
+5978 6152 6259 13740
+9979 10716 10767 14139
+6097 6152 6153 13786
+7449 7450 7482 14657
+3410 3411 3424 8447
+5022 12171 12177 12178
+10386 13904 13905 13915
+10308 10314 10327 10332
+9130 13886 13887 13906
+5033 5340 9267 9455
+5568 5676 13631 13632
+9321 9975 10762 10767
+9164 9175 14043 14047
+2396 10489 10491 10492
+1512 1580 5959 13986
+5523 5631 14010 14012
+2578 9978 10716 10717
+6944 6966 6973 14375
+1813 1814 5568 5937
+7838 9088 9090 9093
+5674 5888 8613 13608
+1528 1529 5015 5534
+8439 13739 13745 13777
+9321 9975 10726 10728
+1598 1599 6087 14118
+6154 13792 13795 13797
+8115 13478 13479 13480
+10048 13778 13779 13805
+5818 5819 8449 10048
+6155 6283 13343 13780
+2594 2595 2676 9969
+1814 5568 5937 13632
+5175 5227 5340 9269
+8495 8505 8506 13580
+5033 9296 9301 9455
+4713 11487 11499 13611
+5298 5299 12159 12160
+5033 5340 9455 9456
+2595 2676 9969 9971
+4817 4935 13604 13605
+4878 4879 4964 13599
+2595 2596 2646 9971
+13662 13663 13664 13682
+11666 11674 11675 13677
+11666 13677 13688 13702
+7476 7492 7493 8460
+5033 9301 9455 9456
+2834 2964 10856 11656
+5988 5989 6160 9052
+5949 6067 6163 13892
+4565 6588 9972 10033
+5084 5227 9269 9292
+5568 5937 13631 13632
+5579 5688 13306 13313
+5784 14081 14096 14097
+9101 14693 14701 14705
+2421 4623 9963 9964
+5043 5044 5243 9568
+2283 9568 9584 9590
+5579 13305 13306 13313
+13259 13260 13261 13271
+4623 6465 9963 9964
+8972 9094 9095 12893
+9986 9989 10016 10756
+8128 8294 11280 13464
+1999 5043 9568 9590
+495 11326 11328 11350
+5718 8116 8127 8129
+2283 9568 9590 9606
+5253 11737 11742 11746
+6465 6633 6740 9963
+8498 8519 11250 13596
+8519 8589 13594 13596
+7949 11799 11802 12330
+7902 13987 14021 14022
+2588 2640 9948 9949
+1826 5579 5931 13305
+2640 2674 9945 9957
+5733 8689 8696 12609
+8746 8747 10848 12657
+8839 12769 12770 12776
+9336 9948 9949 9950
+5624 5625 13944 13945
+2588 9948 9949 9950
+8144 8885 12792 13405
+8877 8883 8885 13405
+5592 5700 5701 13333
+7398 7414 8515 14642
+9945 9947 9948 9949
+4682 4800 4952 13431
+8147 8374 8382 13775
+5746 5753 8131 8139
+5455 5744 8807 8821
+5111 5306 5362 11735
+2659 10278 10308 10309
+7147 9129 12877 14503
+1167 4099 5066 9605
+2045 4099 4142 9605
+8473 8476 9210 12469
+7142 8358 14487 14490
+5066 5232 5333 9605
+5066 5333 9603 9605
+22 1132 5429 12564
+11944 11951 11964 11979
+5077 5169 5338 9822
+5077 5276 5338 9824
+2639 9929 9991 10007
+5834 8626 11500 13614
+6691 9888 9889 9890
+10383 10392 13922 13926
+5767 5774 9000 9158
+2583 2639 2656 9929
+5077 5168 5276 9824
+11022 13277 13279 13286
+4560 6583 9963 9966
+5800 5893 9138 13941
+6126 6265 6269 13961
+6126 6269 13961 13967
+11022 13279 13283 13286
+6018 6195 10510 10524
+10398 10533 10534 14004
+4586 6464 6583 9966
+10588 10667 14057 14086
+1594 1595 6085 14090
+2472 2641 2656 9965
+1596 1597 5014 6086
+5707 5769 5857 8994
+6700 9929 9935 10052
+2672 10716 10743 10767
+2411 2577 10715 10717
+8437 10027 13747 13751
+385 2476 10034 10087
+5817 8434 13779 13793
+8276 10005 10009 14666
+5653 5819 5820 13501
+2418 2584 9938 9966
+5088 5179 5225 9397
+6156 13346 13347 13349
+2582 2583 2639 9929
+5179 9381 9397 9428
+9277 9278 9344 9922
+5088 5343 9397 9426
+4339 4411 4475 11543
+9277 9278 9922 14148
+11251 11330 11353 13592
+923 5423 5424 12514
+5088 5225 5343 9397
+5099 5191 6776 12138
+7902 9781 13987 14021
+8712 11646 11674 13666
+5732 8642 8689 8690
+11532 11533 11556 11557
+9228 9231 14729 14732
+5099 6776 12138 12139
+1835 4792 5588 13312
+751 7546 9921 14732
+4929 4984 13427 13433
+7524 7555 14731 14732
+5099 6776 6818 12139
+9088 9104 14111 14112
+9167 14091 14092 14126
+45 5493 6969 12911
+8506 11050 11276 13580
+1683 5099 5191 6776
+12317 12322 12336 13240
+5411 5720 5721 8495
+9268 9924 10768 10769
+5720 8492 8495 8510
+9870 9874 9891 9892
+8449 8451 13778 13804
+9931 14721 14726 14736
+9097 14723 14727 14728
+13280 13281 13282 13283
+9089 14695 14705 14715
+7562 7563 7585 14703
+9869 9870 9874 9891
+9834 10673 10675 10695
+7827 7898 9762 9786
+10588 10667 14072 14080
+9888 14354 14359 14361
+9885 9897 14356 14359
+10665 10677 14074 14077
+5110 5201 5305 11740
+614 615 3092 6833
+9221 14362 14363 14364
+5589 5590 5698 13262
+614 3091 3092 6833
+5213 5316 5370 11945
+5658 5659 5823 7802
+5316 11945 11947 11971
+7923 9760 9790 9791
+2691 2692 2857 11231
+3235 12162 12164 12166
+6692 10686 10766 14354
+5121 5213 5370 11948
+1809 5564 5565 13591
+1428 4654 4773 5916
+4649 4769 5915 13557
+1420 4769 5915 13562
+11331 11339 11341 13154
+5099 5190 5297 12117
+9901 14356 14359 14362
+8591 11349 13539 13540
+2309 9258 9261 9267
+2252 2309 9261 9267
+5583 5584 5692 13326
+5228 9258 9267 9454
+5036 9868 9874 9875
+5105 5301 12213 12215
+3083 6787 12272 12281
+4056 4057 4079 7325
+13686 13687 13704 13708
+789 821 5036 9874
+9551 10207 10224 10232
+10272 10275 10301 10306
+10314 10316 10322 10326
+13280 13281 13283 13284
+9244 9911 9912 9913
+821 5035 5036 9874
+1651 5143 11968 11973
+5507 5615 13876 13879
+1651 5049 5143 11968
+5522 14008 14014 14015
+2387 10422 10427 10449
+5049 5143 5247 11968
+9208 12471 12478 12479
+5143 5246 11950 11953
+789 5036 9868 9874
+10580 10581 14017 14023
+13287 13420 13421 13422
+5641 5810 5811 13764
+5154 5329 9516 9519
+9092 14084 14085 14095
+5971 6090 6256 14125
+755 756 9870 9877
+6253 14098 14104 14108
+285 2409 2410 4618
+5806 5866 5910 9092
+5529 5636 14087 14107
+2566 2567 10562 10712
+390 10128 10137 10142
+6157 6158 13351 13353
+8449 8450 13502 13804
+7814 7871 9185 9223
+10024 10057 10089 13451
+9071 13476 13477 13479
+9997 9998 10002 10149
+307 2431 2432 4566
+8604 8605 13593 13595
+8590 8591 13539 13540
+6523 9884 9885 9888
+2200 2201 9525 9559
+8391 13821 13830 13843
+5990 6167 6168 13819
+5786 5856 8949 13884
+6162 13821 13822 13843
+1552 5003 5945 13844
+5791 13829 13838 13842
+6113 6166 6263 13875
+10344 10345 10351 13896
+2296 2335 9759 9760
+8986 8987 9200 10455
+4916 10959 13287 13419
+6490 14223 14226 14230
+1504 1505 5512 13914
+6115 13889 13890 13903
+6248 13961 13962 13963
+5515 5516 5624 13958
+251 2375 4538 4601
+6913 6927 12402 12407
+6448 6566 6724 10427
+5062 5153 5222 9502
+10392 10402 13919 13920
+4916 13287 13419 13420
+8830 10959 13287 13419
+2203 9567 9570 9625
+9924 9935 10768 10769
+5765 5881 14018 14026
+9829 9869 9871 9876
+9174 9840 10618 10649
+5165 9726 9728 9729
+5165 9725 9728 9729
+6687 9861 10637 10640
+8830 13287 13419 13421
+10621 10635 10636 10638
+9321 9975 10011 10726
+8473 8476 12465 12469
+5612 5791 5792 10074
+9868 9869 9870 9876
+10692 10704 10706 10710
+1082 1083 3953 12901
+1180 4109 4151 5073
+2403 4615 10619 10620
+2422 2423 4561 9950
+5084 5175 5227 9269
+13733 13734 13738 13808
+1382 4562 4625 6467
+2474 2640 2674 9957
+1203 4166 5084 9302
+9830 9868 9870 9876
+2422 4561 9950 9964
+9956 9990 9993 10017
+9933 9993 12370 12371
+4124 4167 5176 9302
+1204 4124 4167 5176
+723 7851 7861 7882
+7797 8288 8289 8297
+8279 10089 10147 10148
+390 10137 10143 13455
+2649 10141 10155 10160
+1169 4101 4143 9617
+7871 9223 9888 9889
+1169 1170 4101 5159
+1347 4579 6568 10446
+6121 6312 10573 14013
+1516 1586 14015 14058
+6199 6291 6312 10573
+4167 5085 5176 9302
+199 6526 9896 9897
+7852 9830 9858 9868
+5172 5339 9251 9253
+5273 5335 5385 9761
+6149 13730 13732 13735
+12040 12045 12072 12073
+2081 2082 4160 9250
+5984 6103 6262 13523
+8907 8908 8912 8918
+3050 3051 3216 12041
+5800 5801 5893 13941
+5392 5708 5709 9086
+8111 9074 9079 9080
+7491 7506 9214 14672
+5515 5623 5624 13959
+755 9870 9880 9892
+2360 2361 4530 10190
+9869 9870 9871 9876
+397 398 8340 8342
+6598 10181 10216 14198
+1493 1494 5003 5502
+2222 2293 9683 9691
+5078 5277 5278 9862
+327 10233 10239 10267
+6009 6010 6187 10402
+7797 8290 8295 11042
+10473 13935 14000 14001
+1503 1504 5010 5511
+5512 13909 13913 13914
+1342 4542 4577 6447
+2456 2495 10415 10432
+10392 10402 13920 13921
+5623 5624 13942 13959
+5622 5799 5800 9132
+7872 9855 9856 14351
+13287 13419 13420 13421
+5623 5624 5801 13942
+6042 10030 10757 10760
+1697 1698 5198 12235
+5277 9862 9863 9873
+5357 12236 12237 12270
+6640 6715 6760 13124
+5515 5623 13957 13959
+6154 10060 13792 13795
+6641 6759 10121 13124
+1697 5106 12230 12235
+5078 5170 5278 9862
+2077 2241 9862 9865
+5623 13942 13957 13959
+5609 5610 5787 13822
+8910 8918 10244 14206
+6160 6167 9053 13812
+6114 6243 6286 13839
+10238 10266 10291 10298
+8132 8133 8385 13813
+6182 6183 6238 10361
+1719 1720 5209 6801
+5118 5209 11771 11782
+1778 5471 7052 14428
+6238 13905 13909 13910
+5209 11770 11771 11782
+1719 5209 6801 11770
+14040 14050 14061 14067
+6192 6289 13963 14001
+9016 10357 14375 14379
+10473 13968 13969 13970
+9184 14344 14346 14349
+6240 14059 14061 14071
+6201 6271 6273 14019
+7854 9860 14341 14348
+1719 6801 6842 11770
+10816 11014 13277 13278
+9113 9226 9319 10748
+5385 9761 9770 9792
+5220 5351 12094 12095
+2406 2571 10624 10641
+2409 2410 2575 10714
+1524 5006 5530 14118
+4621 6462 6581 9928
+6458 10641 10682 10683
+6252 14085 14100 14107
+5398 5608 8443 8447
+3222 12077 12090 12096
+7854 7856 9836 14343
+9995 10000 10017 10018
+8428 8439 10021 13739
+9942 9993 9998 10150
+7796 8458 12369 12374
+8280 10005 10024 10147
+5648 5813 5815 13790
+1121 6867 6883 12485
+9944 10026 13747 13760
+5317 5384 9514 9559
+1505 1506 1570 13914
+5351 12090 12095 12096
+5220 5296 5352 12121
+5532 14110 14119 14125
+8998 8999 9178 14412
+194 9843 9848 9859
+5170 5231 5278 9864
+5171 5231 5279 9249
+9843 9848 9857 9859
+6125 6248 13962 13963
+9017 10437 14378 14379
+755 9877 9880 9881
+756 7855 9830 9855
+6126 6248 13961 13966
+5477 5760 9012 14376
+2243 2244 9243 9249
+5261 9487 9489 9498
+757 7855 9846 9855
+7817 9811 9812 9837
+2230 9724 9725 9761
+9794 9797 9810 9811
+5964 6134 6250 14039
+1514 5521 14008 14016
+9814 9836 9837 9839
+191 6517 9814 9836
+13952 13953 13955 14004
+1156 4092 4135 9487
+1731 1732 5390 7531
+2597 2598 2647 10046
+7798 8290 10178 12432
+5647 13359 13524 13528
+2478 2518 2648 10107
+1543 1628 1629 6102
+5983 13350 13353 13360
+2435 2436 10122 10124
+6128 6290 6298 13984
+5061 5261 9487 9498
+10816 11014 13268 13292
+1515 5522 14008 14015
+5961 6130 6239 13991
+5055 11745 11746 12330
+10645 10687 10709 14355
+5253 5360 11742 11746
+7658 8480 12502 14643
+5128 5326 12076 12115
+5104 5196 5300 12198
+3059 6817 12117 12118
+9854 9889 14350 14355
+5666 5668 13537 13544
+1820 5575 5923 13680
+438 2723 2724 11530
+3317 8006 12269 12271
+10933 11522 11630 11633
+1176 4106 5071 9686
+8625 8643 11496 12607
+5253 11737 11746 11747
+3034 11525 11551 11567
+3182 12204 12222 12224
+11737 11742 11744 11746
+11524 11527 11553 11569
+11737 11744 11746 11747
+4938 4966 4992 13610
+9828 10644 10708 10709
+9828 10642 10644 10709
+9854 10645 10646 14355
+8473 8476 12465 12470
+6135 14040 14061 14067
+10644 10645 10708 14350
+12317 12333 12336 13240
+2907 2908 2968 10996
+535 2799 2838 11010
+2239 9822 9863 9873
+6135 14061 14067 14071
+2983 3011 11130 11141
+5965 6135 14067 14071
+1189 4114 4157 9822
+1188 5077 5168 9819
+11144 11146 13050 13051
+8987 9200 9201 10455
+2300 9820 9823 9825
+8241 8335 8341 11140
+1548 5943 6062 13802
+10816 13278 13292 13333
+5597 5598 13431 13432
+5637 5645 13782 14132
+5286 9381 9395 9397
+2075 2076 2239 9863
+5179 5286 9381 9397
+5179 5225 5286 9397
+5225 9395 9397 9461
+5225 5286 9395 9397
+6346 6377 6408 11027
+2748 6408 10854 11027
+4209 6378 10843 10854
+1176 4106 4148 9686
+4410 11342 12128 13147
+2136 2175 2301 9869
+3217 12040 12045 12073
+12109 12126 12128 13151
+8479 8533 12500 12501
+5637 5645 5883 14132
+11279 13466 13470 13579
+1221 4296 6315 6386
+4211 4328 6349 10814
+2729 2894 11600 11606
+2727 6336 6400 11560
+3227 12116 12138 12139
+5554 13499 13500 13581
+434 2719 6332 11513
+2894 11560 11600 11655
+1829 5933 13324 13325
+443 2728 6400 11606
+5098 6774 12096 12118
+5597 13431 13432 13444
+4176 4340 8307 9036
+634 6801 6843 11782
+6871 12932 12933 12941
+3112 3113 3278 11781
+5363 5383 11786 11845
+5309 5364 5383 11907
+5309 5383 11907 11909
+5208 5367 11750 11767
+7870 7892 7906 7932
+3151 3190 11788 11818
+7924 7925 9804 9816
+3086 3252 12284 12327
+11251 11330 13513 13592
+6515 6516 9803 9817
+5644 5645 5883 14131
+10181 10193 10194 10201
+7931 9807 9808 14310
+5319 12197 12217 12277
+8242 14181 14197 14198
+5125 12217 12274 12277
+3990 12932 12933 12941
+9029 14164 14174 14175
+5301 5319 12197 12214
+5319 12197 12214 12277
+7832 7910 14311 14325
+226 2151 2188 8203
+762 5020 5124 12265
+2041 2204 2205 9566
+2124 2162 9628 9637
+12240 12275 12276 12277
+5333 9571 9584 9603
+5141 5330 9501 9509
+1647 5141 9500 9509
+2318 9501 9520 9531
+10555 10585 10586 14331
+7865 7866 7888 7889
+1647 2003 5141 9500
+102 4110 4152 9725
+187 7930 9784 9806
+1188 4114 4156 9819
+6585 6635 6741 9952
+5046 5141 5329 9515
+2644 9951 9957 10153
+746 9385 9387 9406
+748 9346 9351 9352
+5656 5658 9080 9083
+153 6479 6480 9542
+6475 6477 6612 14166
+2355 4592 8310 9035
+8093 8105 8107 11140
+5086 5341 9309 9310
+1215 3124 8072 8205
+5086 5285 5341 9309
+2233 2234 9798 9800
+5226 5284 5341 9306
+5085 5283 5284 9307
+2233 2234 2337 9798
+9596 9597 9599 14226
+2659 2679 10278 10309
+6721 6748 10241 10242
+5390 5707 5770 8994
+2047 2048 2211 9617
+5140 5241 5334 9622
+5274 5336 9768 9771
+2379 2544 10367 10368
+1959 1960 9669 9715
+6497 6498 9638 14250
+2287 2332 9674 9676
+6450 6727 10445 10458
+5076 5275 9772 9799
+6447 10409 10411 10423
+2560 2624 2625 10490
+5076 5337 9799 9818
+6451 6570 10450 10498
+7846 7895 7896 14321
+6522 9854 9878 9889
+5656 9080 9083 13520
+2467 2506 10693 10706
+7811 7879 7890 9791
+2075 2076 4157 9863
+7879 7890 9791 9792
+6455 6574 6622 10563
+7880 7923 9791 9793
+7912 9184 14344 14346
+5548 5656 9083 13524
+6514 7931 9806 14323
+7832 7844 7910 14315
+9219 9268 9918 14142
+2580 2581 2638 9926
+204 9343 9915 9920
+7845 7862 14322 14325
+5297 5352 5369 12154
+5220 5352 5369 12121
+3990 3991 12932 12941
+5725 5726 5832 8587
+6545 6546 9420 13082
+745 746 780 9413
+6542 6710 6711 9416
+5352 5369 12121 12154
+8596 13563 13564 13565
+6596 6598 10186 10216
+9730 9759 9765 9786
+8101 8315 10196 10203
+154 6480 6481 9537
+6599 6654 9583 14209
+2199 2280 2328 9514
+9766 9773 9774 14326
+7827 7893 9763 9778
+5383 11786 11844 11845
+2383 10410 10411 10413
+10419 10420 10421 14269
+7087 7088 7101 14446
+2683 10418 10420 10429
+5308 5363 5383 11845
+9701 9702 9753 14284
+5112 5363 11775 11779
+3262 11779 11786 11845
+7831 7907 7908 14389
+7899 9775 9778 14306
+115 2079 4116 4159
+7822 7831 7899 7906
+5050 5144 5249 11902
+2260 9306 9308 9313
+5050 5249 5374 11841
+2230 9724 9761 9770
+9769 9770 9771 9790
+2230 2231 9724 9770
+1564 5951 6070 13907
+5233 5236 5385 9792
+9582 14202 14205 14208
+1154 1155 4091 5060
+2358 4570 4593 10184
+2114 9366 9369 9486
+5233 5238 5381 7889
+2524 10181 10192 10216
+6611 10413 10414 10421
+5235 5272 5381 9727
+9192 9640 14262 14271
+6664 6723 14261 14266
+5333 9602 9603 9605
+5233 5385 7889 9792
+2546 10408 10413 10414
+5039 5235 5238 7867
+1353 4548 6453 10489
+2560 2561 2624 10490
+6610 6665 6723 14261
+2459 2623 10459 10475
+2296 7929 9759 9760
+2581 2582 2681 9935
+2229 9727 9728 9761
+8917 14210 14221 14222
+5656 9083 13520 13524
+2170 2296 7929 9759
+9344 9923 9924 14149
+9228 9921 9922 14148
+9219 14141 14142 14364
+9701 9721 9722 9748
+2473 2627 2642 9939
+752 9218 9916 9917
+9549 10188 14496 14497
+6597 6644 6647 10183
+2643 2651 8337 8345
+2357 8351 10181 10184
+8325 10195 10196 10199
+2191 2321 9481 9503
+9692 9694 9696 9699
+5395 5396 7551 12368
+4874 11416 13563 13577
+5549 5656 5658 9083
+8598 11392 13563 13567
+6481 9537 9544 14187
+10209 10225 14207 14209
+158 159 6485 9575
+2654 10192 10213 10216
+4541 6446 10411 10413
+2213 9618 9652 9654
+6607 6669 6670 10421
+5548 5549 5656 9083
+6494 9613 9616 14241
+2373 10289 10335 10336
+5423 8587 12508 12514
+5407 5408 5717 8113
+6508 9746 9752 14289
+6509 7841 9749 14289
+5075 5274 5336 9768
+2126 2165 2289 9668
+7840 8986 9641 14301
+6508 6509 9749 14289
+6506 6674 6675 14296
+2551 2552 2684 10428
+5667 5829 13603 13610
+2389 10447 10448 10458
+9761 9770 9790 9792
+10440 10469 10529 13947
+7834 9748 9751 14291
+5667 5676 5829 13610
+10587 10677 14074 14077
+1357 4614 6455 10561
+10626 10642 10644 10645
+6516 6684 9817 14330
+6455 6622 10550 10563
+9747 9748 14291 14327
+2083 2246 9251 9253
+5568 5667 13618 13631
+2413 4620 9980 9981
+1751 7363 9116 14619
+5667 13610 13618 13631
+5568 5667 5676 13631
+178 179 9701 9706
+13584 13599 13600 13609
+7894 14290 14320 14321
+8402 14153 14154 14160
+5030 5031 5371 9452
+2429 4565 4627 9972
+9740 9743 14287 14291
+928 3551 5428 5429
+9149 9198 9630 10442
+1966 8915 9573 14234
+14241 14245 14246 14247
+2540 10334 10365 10373
+1357 1358 4614 6455
+274 2398 2399 10552
+2135 2173 9843 9845
+5863 8724 8737 8815
+9797 9814 9836 9837
+5524 14037 14038 14066
+106 2069 2070 4154
+7858 14336 14337 14339
+4816 13575 13586 13591
+5667 5676 13610 13631
+2514 2644 2674 9957
+9229 10055 14149 14152
+1382 4625 6467 6586
+9691 9696 9736 9739
+2592 9955 9967 9968
+5736 8709 8729 8736
+2587 2627 2642 9962
+5441 5737 5738 8707
+5678 13620 13638 13650
+2584 2585 2641 9937
+1993 9694 9696 9739
+5570 13637 13638 13650
+10621 10622 10627 10635
+6622 6753 10562 10637
+282 2406 2407 4553
+9691 9694 9696 9739
+5569 5570 5678 13650
+6731 6732 10551 10586
+9829 9845 9848 9876
+1360 4582 4634 6575
+7854 9847 9859 9860
+1358 4614 6455 6574
+2402 4551 4615 10620
+10658 10668 10689 10695
+10668 10689 10695 10711
+7808 9732 9736 9739
+8724 8725 8815 10788
+5191 5218 5353 12155
+1677 1678 5188 6772
+10816 11014 13278 13292
+3061 3226 3227 12139
+3149 12316 12331 12332
+1259 4196 6334 11530
+3079 6785 12218 12230
+5198 5303 5357 12237
+4198 4367 4482 11560
+7808 9688 9735 9736
+1702 5200 6830 12327
+5462 7115 9129 12877
+11415 13563 13567 13577
+5461 8935 9129 12847
+2295 9727 9730 9731
+1714 5115 6839 11943
+5366 11760 11765 11943
+1727 5121 5213 11948
+4849 13424 13426 13436
+1955 7810 7893 7897
+5757 8960 8962 14448
+2114 9366 9486 9512
+102 2066 4110 9725
+102 2065 2066 9725
+5689 13274 13307 13310
+5581 13270 13274 13310
+2765 2766 6383 11125
+3230 3307 3347 12178
+2066 4110 9724 9725
+3140 3179 3347 12158
+5581 5689 13274 13310
+1778 5471 5472 14428
+5581 5689 5690 13274
+462 463 2748 6408
+12834 12850 12860 12880
+9711 9716 9717 14277
+3973 3984 3987 6891
+1563 6069 13890 13907
+3876 3877 3899 12856
+5389 7530 8462 8464
+7148 7165 8937 14511
+1776 1850 5463 7117
+4684 4801 4808 9076
+9709 9711 9716 14277
+5389 7530 7531 8464
+1558 5948 6067 13878
+5581 5690 13270 13274
+3432 3437 3453 12375
+5592 5700 13268 13292
+9670 9709 9710 9716
+5613 5614 13866 13867
+8945 13858 13861 13864
+3479 3480 12448 12486
+6867 6883 6903 14650
+7438 7467 7472 14645
+5948 6108 13851 13869
+5506 13869 13878 13879
+899 8583 12573 12581
+4049 4066 4087 14599
+5591 5699 5700 13268
+9192 9196 9199 14263
+4022 4056 7278 7310
+5614 5793 8945 13866
+5493 5770 8994 12911
+13945 13962 13963 13982
+5591 5592 5700 13268
+5433 5730 8637 12599
+7953 12335 13241 13247
+5625 5802 5879 10430
+3471 3473 12395 12407
+1994 9719 9722 9723
+5625 5802 10430 13944
+830 831 7548 14679
+1123 6868 6878 7443
+5711 5712 5807 8439
+1092 3944 5496 8461
+9701 9702 9748 9753
+7612 7613 7708 12488
+1994 9719 9723 9756
+5711 8427 8428 14733
+6136 14072 14088 14089
+5617 5636 5784 14073
+9702 9748 9753 9754
+5395 5711 8428 14733
+3899 12848 12850 12867
+862 1124 1125 6877
+3393 3394 3443 6896
+5725 5832 5886 8596
+1143 3784 4031 12749
+863 6868 7443 7464
+4876 4877 11426 13572
+9664 9680 9700 9719
+2128 2166 9693 9700
+5539 5540 5648 13736
+3981 3982 12930 12934
+5418 5419 5722 8514
+5671 5832 5886 13569
+7340 7347 14578 14579
+8895 8978 12956 12957
+5388 8461 8462 9085
+1884 6933 7618 7619
+9783 10633 14290 14309
+1090 3935 3942 12915
+6095 6147 6149 13737
+44 6942 7733 8418
+44 1090 6942 8418
+7012 7019 10596 14397
+2290 2333 9658 9664
+4948 11023 13296 13340
+6997 6998 7887 9154
+14018 14028 14029 14049
+9692 9693 9699 9700
+8 826 7851 7868
+4846 13337 13339 13340
+3936 3950 7736 8977
+9692 9693 9697 9698
+7617 7736 8410 8977
+4846 13296 13339 13340
+9696 9699 9700 9722
+7436 8524 8525 14623
+7834 7839 9748 9751
+5593 5701 13301 13340
+5593 13338 13340 13367
+9849 9850 9871 9876
+6952 6953 6984 14426
+9849 9850 9855 14351
+6859 6860 6894 8463
+9664 9667 9680 9719
+8999 9178 14412 14413
+9171 10654 10655 14043
+6029 10656 10666 14054
+9828 10706 10710 10711
+9166 14055 14080 14081
+8986 9703 10455 14301
+5138 5224 5267 9698
+9797 9826 9831 9837
+3956 3974 12920 14690
+8417 8970 8975 9186
+9692 9696 9699 9700
+7843 14314 14386 14387
+9699 9700 9719 9722
+1638 1994 9694 9699
+4933 11416 13561 13588
+2462 10549 10575 10577
+9704 10471 10527 10528
+2129 2168 2293 9736
+6944 6965 9018 14378
+12333 12335 12339 13241
+5550 5551 5659 9084
+9691 9732 9736 9739
+4795 4949 13266 13292
+5040 5237 5263 9691
+8895 8897 12820 14482
+7010 7011 7886 14393
+2225 9687 9689 9690
+9174 9177 10618 14419
+7933 10597 10600 10601
+12848 12851 12875 14505
+10850 13307 13308 13721
+11390 13547 13559 13560
+10397 10436 13947 13968
+2062 2225 9687 9690
+7032 7062 7063 14460
+9150 14446 14455 14456
+3910 8903 12858 12862
+1421 1806 1807 4770
+8902 8906 12864 14501
+1176 4105 4148 9686
+1963 9606 9608 9623
+3849 3878 3879 12858
+8907 14210 14221 14222
+10337 10356 10441 13932
+1420 1805 5915 13562
+7047 7057 14435 14439
+1806 4650 13561 13562
+5454 5743 5744 8807
+2227 2228 2295 9731
+736 771 772 12099
+4823 4941 13647 13656
+1094 3945 3946 6858
+7042 8897 12820 12823
+3994 3998 3999 12936
+5235 9730 9731 9733
+5572 5680 5681 13656
+9150 9187 9197 14445
+9667 9670 9709 9756
+1037 12879 12885 12886
+9667 9670 9709 9710
+1872 6871 6880 12939
+7042 7043 7058 12954
+4823 4941 4960 13647
+9635 9636 9681 9682
+1322 4596 6437 6556
+8981 9196 14457 14473
+5743 5744 5842 8807
+1456 1457 4668 5933
+5744 5842 5892 13441
+3898 6905 6917 6931
+9011 10377 14374 14379
+3931 12949 12952 12956
+5583 5692 13326 13328
+12867 12875 12878 14504
+8900 8932 9008 12944
+5583 13325 13326 13328
+2128 9700 9701 9721
+8917 14210 14222 14224
+7083 7084 14475 14478
+4946 13325 13328 13342
+2289 2333 9658 9758
+3980 8893 8897 8898
+8049 9662 9668 9758
+8049 9667 9668 9758
+5583 5691 13325 13328
+8065 11952 11953 11973
+7616 7678 7764 8426
+1841 5593 13338 13365
+2165 2333 9667 9668
+8917 9591 14210 14224
+2165 2289 2333 9668
+8596 13563 13565 13568
+1958 1959 9181 9754
+1994 9699 9719 9722
+7145 7151 7175 8358
+3841 12733 12756 12758
+7158 7160 7175 14495
+5239 9659 9662 9663
+1044 1045 3855 7632
+10918 10986 11068 11187
+1841 5593 5594 13365
+2289 9662 9668 9758
+5593 5594 13365 13367
+3820 8869 11068 12789
+5593 13338 13365 13367
+7786 8230 9023 9361
+1019 1020 7124 12741
+6854 6855 6889 12817
+5270 9659 9660 9697
+7136 7141 8857 12882
+3802 8866 12793 13013
+9656 9659 9660 9697
+9588 9591 14210 14224
+2332 9651 9652 9671
+7185 14496 14499 14506
+13826 13827 13828 13841
+3788 3789 12784 12785
+1004 7110 7133 12815
+325 326 10231 10249
+5755 8132 8133 8385
+3849 3850 12862 12886
+3773 3801 8322 12796
+3774 8210 12796 12812
+8841 8874 12757 14540
+7143 14491 14493 14494
+3845 12865 12869 12873
+12316 12331 12332 12333
+7165 7183 7184 14517
+6874 12737 12740 12741
+5755 8132 8133 13814
+3894 12843 12847 12876
+7723 8857 8906 12837
+2215 2332 9651 9671
+9188 9614 14246 14248
+1035 7027 7048 14431
+6484 6652 6653 14207
+330 2449 10275 10292
+8218 8232 9538 14182
+5258 9659 9660 9663
+784 785 9281 9454
+8318 10986 11158 11165
+9072 10175 13526 13527
+5269 9651 9652 9673
+5489 5766 14400 14404
+9662 9668 9671 9672
+1976 7684 8794 11071
+5490 5766 9158 14404
+5266 5269 9651 9673
+7197 7216 7227 14531
+7639 7640 7726 12752
+5026 5223 12006 12011
+5489 9152 14396 14400
+6488 6489 14211 14217
+2122 2160 9606 9610
+11743 11800 11802 12330
+167 2122 2160 9610
+5431 5448 5449 12672
+13553 13554 13558 13560
+3710 3715 3725 12674
+5616 5899 13884 13889
+9120 9121 14548 14549
+9628 9635 9639 9646
+5489 5766 14396 14400
+3707 3723 7648 8679
+1961 9627 9636 9682
+5669 5670 13558 13560
+8281 10134 10135 13488
+172 2124 2163 9639
+10134 10171 13487 13488
+6113 6166 13875 13891
+3728 3748 3759 12681
+6166 6284 13875 13889
+964 965 12721 12735
+5507 5627 13876 13891
+7224 7227 7256 14532
+2125 2164 9670 9674
+8281 10134 10170 13488
+5615 5627 13875 13876
+4072 14549 14554 14555
+5638 5639 14101 14105
+1059 1852 1853 3862
+5530 5638 5639 14105
+8744 8746 12654 12658
+5668 5669 13546 13559
+9193 10405 14268 14286
+7263 7265 9123 14533
+5638 5639 5808 14101
+2058 2221 2222 9684
+10880 10881 12986 12987
+1976 8788 8794 11071
+3758 3761 3765 12701
+5638 5808 14101 14103
+7252 7262 7265 8881
+5399 5608 8447 14657
+3794 3808 3817 12744
+5808 9092 14101 14103
+9718 10485 10486 14282
+5649 13742 13786 13791
+5540 5541 13740 13742
+8039 8042 12620 13205
+7332 7343 14583 14588
+5541 13740 13742 13786
+8033 8563 8564 12605
+4055 7310 7311 7326
+5541 5649 13742 13786
+8643 8649 12550 12553
+5232 9602 9604 9605
+2211 2286 2330 9622
+29 946 7296 12599
+8637 9119 12589 12599
+8682 8755 12670 14577
+2211 2330 9604 9622
+1983 1984 7685 12355
+7950 8008 8009 8040
+7307 7318 12591 14592
+2211 9604 9620 9622
+8656 12554 12595 14596
+7358 7381 12574 12578
+951 952 3652 8657
+4934 13555 13589 13590
+4771 5928 13578 13589
+5067 5241 9617 9620
+3712 8684 12679 14570
+7840 7842 8986 9703
+10134 10170 10171 13488
+5563 5671 5672 13590
+5671 5672 13556 13590
+7313 8572 14589 14593
+6869 6874 6912 8054
+3189 11743 11800 11802
+8575 12558 12598 14601
+7297 12591 12598 14601
+8572 8574 8578 14592
+6661 9614 14239 14248
+6722 10333 10339 10373
+5839 8704 13649 13664
+4057 7277 7308 7309
+8645 12564 12568 12569
+5237 9683 9684 9685
+1793 5492 5493 8997
+8515 8517 12447 12460
+7300 7322 14574 14576
+1963 1998 1999 9590
+8576 12557 12591 12592
+7287 7288 7318 12591
+8623 8624 8625 12588
+1963 1998 9590 9612
+8584 12565 12581 12582
+7687 12649 12651 13251
+2161 2329 9590 9633
+9704 10471 10481 10528
+2206 2283 2284 9584
+3337 11944 11951 11964
+27 937 3653 12669
+7243 7252 7262 8881
+4019 4053 7355 8645
+3651 8640 8694 12606
+4969 4991 11642 13646
+8714 13639 13640 13647
+11642 13639 13645 13649
+8886 11175 11176 13403
+7971 8030 13216 13235
+3736 3757 12685 12686
+927 3551 5428 8637
+7437 9206 14608 14628
+8698 13645 13649 13658
+9558 9601 9624 9625
+8281 10134 10168 10170
+7766 8984 8988 14372
+8689 8698 13643 13644
+8517 12459 12460 12464
+914 3576 12492 12504
+1965 1966 9561 9588
+11257 11273 11278 13465
+11322 11369 11384 11394
+11255 11284 11285 11299
+491 492 4692 11277
+9597 9598 9599 14226
+11382 11383 13550 13551
+917 7371 8544 12498
+5758 5799 8962 8963
+1645 2001 5045 9561
+8490 8522 9117 14641
+7370 12497 14640 14641
+1738 1866 1867 7446
+163 2120 2158 9591
+3564 3580 3591 12506
+4048 4071 14609 14614
+3602 8569 12547 12555
+8590 8591 11361 13539
+8656 12554 12561 14596
+7834 9751 14291 14292
+3564 3580 12506 12511
+4075 7356 7384 12580
+7424 8058 14610 14616
+3104 3269 3270 11943
+3580 3612 3613 11320
+7424 7427 8058 14610
+4050 7407 7409 14605
+3545 3549 12453 12461
+5703 10991 13315 13389
+4869 11360 11361 11383
+162 2119 9565 9579
+3564 3578 12499 12511
+10134 10159 10170 10171
+2121 9589 9596 9607
+8499 8516 12450 12458
+3189 11743 11799 11802
+11743 11799 11802 12330
+1963 1964 1999 9623
+8517 12459 12462 12464
+5584 5585 5693 13369
+7835 7837 7842 14386
+5584 5693 13334 13369
+5704 5705 5904 13391
+6991 6994 7008 7849
+9558 9559 9587 9625
+25 912 921 5421
+9656 9693 9697 9698
+5704 5705 13391 13426
+8637 8648 12552 12588
+3612 3613 3620 12519
+9721 9745 9748 9750
+5378 5384 9559 9587
+8591 11360 11361 11383
+8073 8079 8253 8283
+5045 5378 5384 9587
+5799 5800 8963 9132
+889 3495 5411 5412
+6868 6878 6914 7443
+1134 1759 4021 7279
+897 898 7356 12570
+5799 8963 9132 13924
+9115 9209 14608 14623
+4071 7390 7420 7422
+11123 13315 13363 13389
+5045 5378 9587 9601
+1742 1743 5405 7450
+9115 9206 14608 14609
+7435 7436 8525 14623
+5405 5406 7451 8502
+7512 8457 14654 14659
+814 815 5032 9473
+1940 7698 7699 12397
+536 4736 13300 13322
+867 12484 12485 12486
+5608 5714 5854 8443
+1932 7351 7653 14607
+8918 14212 14214 14215
+6486 9582 14212 14213
+5725 5832 8587 8596
+48 1110 7613 12488
+5810 5861 9107 14117
+6656 14211 14213 14216
+8184 12433 13131 14676
+7457 8243 8244 14675
+7305 7319 7331 8752
+5671 5672 5832 13556
+7506 9214 14669 14672
+12389 12393 12394 14656
+8909 9581 14202 14203
+8613 13573 13585 13587
+3527 12480 14625 14633
+5290 5327 5346 11820
+9573 9574 9579 14234
+5030 9452 9465 12026
+9572 9573 9574 14234
+7472 7474 8405 14649
+12322 13228 13229 13234
+8080 8183 14667 14676
+869 7696 7708 12490
+9107 10742 14109 14117
+157 9554 9555 9556
+158 2156 9533 9554
+5810 9107 14109 14117
+2439 2604 8269 8273
+10179 13487 13488 13490
+12322 12323 13228 13234
+5440 5736 5737 8729
+8290 10176 10177 10179
+8276 14662 14665 14666
+3510 3532 3541 12478
+8244 8278 10162 14678
+8079 8253 8283 10154
+750 1952 7525 7546
+7834 7839 9748 14328
+158 9554 9555 9575
+2118 9527 9529 9531
+5810 9107 13764 14109
+2324 9448 9451 9453
+2157 2328 9529 9560
+10900 13299 13300 13322
+10900 13298 13299 13300
+8966 8969 9224 9225
+2001 9561 9586 9601
+5862 5894 9090 9091
+9229 9232 14729 14734
+4810 13535 13536 13545
+9154 14399 14400 14405
+7875 9184 14417 14420
+5821 8112 8116 9080
+5821 8112 9080 13493
+1946 7664 7665 14688
+16 748 852 7670
+8073 8253 8275 8283
+1966 2002 8915 9561
+9527 9529 9530 9531
+6522 9878 9888 9889
+7558 7575 7576 14693
+8253 8275 8283 8284
+752 9218 9917 14732
+3446 8408 12405 12409
+3402 7671 12379 12380
+10424 10522 10525 14003
+5671 5832 13556 13569
+1946 1947 7522 7665
+1941 7699 7700 9217
+6224 13731 13733 13807
+7795 7796 8459 9994
+7566 7574 14733 14738
+5487 6947 6948 9015
+847 3407 3420 12369
+8642 8689 8692 12608
+5422 5724 8595 12503
+5673 5833 5887 8613
+5759 5802 13971 14000
+2472 2656 9965 9991
+5844 13261 13274 13308
+8915 9514 9560 9561
+9236 12373 14144 14145
+11015 13298 13299 13300
+375 6043 9992 10030
+2156 9513 9527 9533
+6039 6217 10751 10753
+8464 8465 8994 12899
+2277 9499 9501 9520
+5132 5228 9258 9261
+2328 9514 9559 9560
+3395 12419 12421 12425
+7787 10217 14186 14197
+5833 5887 8586 8613
+7787 8317 10217 14197
+3394 6895 12419 12423
+3428 6882 6906 12417
+3428 3429 3451 12416
+5726 5832 5887 8597
+6906 6907 6928 12417
+8903 9548 10208 14500
+8684 8756 8757 14574
+953 954 3640 8563
+9548 9549 10208 14497
+8917 14226 14229 14230
+1112 1113 4010 14606
+8216 9202 9548 14498
+8901 8902 12863 12872
+1154 4133 5151 9483
+7787 9377 10217 14200
+9027 9379 14164 14165
+8200 9364 9375 9378
+8876 12743 12744 14551
+7803 8891 9125 9126
+7171 7174 8353 14496
+8218 9541 14192 14195
+8053 14518 14519 14524
+5887 8586 8613 13573
+536 13299 13300 13322
+4766 4852 13535 13545
+5732 5781 5896 8690
+985 7210 8755 8756
+5781 5836 8690 11500
+5732 5781 8642 8690
+8219 9375 9376 14178
+3678 8016 12644 12646
+5781 8642 8690 11500
+934 935 7294 12668
+8073 8253 8262 8275
+5504 5613 13850 13852
+7671 7760 12379 12380
+12480 14617 14625 14633
+7611 12480 14613 14625
+886 7441 7468 13112
+536 4737 13299 13322
+664 665 4238 12131
+1947 7522 7544 7665
+9257 9923 9924 10055
+1897 6941 7732 9186
+7735 8412 12915 14688
+1968 1969 9534 9539
+3405 3431 3445 12418
+1075 3935 7735 12926
+1969 8217 9534 9539
+5792 5793 5900 9124
+1414 1801 1802 13545
+8393 8401 9239 9241
+5783 5843 5844 8726
+8917 14223 14226 14230
+8253 8274 8275 8284
+5783 5843 5895 8726
+1987 2020 2021 12341
+3189 11801 12331 12332
+6198 10572 13975 13990
+6878 7465 14644 14647
+7419 7433 8058 14632
+5764 9006 9020 9155
+10454 14023 14025 14026
+1983 11824 12354 12355
+954 7715 7716 8662
+8667 8670 8671 10781
+2199 9514 9516 9526
+7190 7213 7220 12765
+10572 10573 13990 13996
+5264 9525 9559 9570
+228 3127 8235 8238
+2036 2200 9525 9526
+3877 3900 12856 12860
+8220 9379 9542 14179
+1802 5558 13543 13545
+9545 9546 9553 14183
+9500 9513 9532 9547
+1072 1073 6968 14371
+1959 8981 9199 9715
+2197 2318 9501 9531
+2118 2280 2348 9531
+6946 6972 8991 14381
+3938 7740 7741 8894
+8915 9514 9529 9530
+3606 3613 8549 8561
+6502 6670 6671 14281
+885 7460 7468 12435
+744 9440 9460 12027
+745 7692 7702 8180
+1941 1942 7462 9217
+4647 4766 4852 13545
+3982 8415 12925 12930
+1545 5548 5549 13525
+5550 5658 5659 9084
+3400 3430 8413 12418
+2154 9486 9506 9512
+5550 5658 8121 9084
+8255 9339 13100 13120
+2326 2347 9499 9510
+7396 7397 7413 12464
+2813 2940 2970 8270
+4810 4852 13535 13545
+6592 6612 8344 14176
+5647 5655 5814 13497
+7481 12377 14652 14657
+3341 8227 8235 8236
+8071 8210 13014 13043
+1487 6061 9067 10180
+8247 10128 10133 10137
+4357 10912 11201 11377
+2155 9522 9524 9554
+1967 8908 9546 9572
+5721 5872 5874 8495
+5072 5271 9689 9690
+1501 1562 1563 13890
+5656 5658 5821 9080
+5547 5647 13359 13497
+723 1990 7773 7850
+5657 13510 13530 13535
+9500 9507 9508 9534
+9656 9664 9699 9758
+1562 1563 6069 13890
+8111 9072 9074 13493
+5242 5330 9489 9510
+7079 7092 7093 9146
+12819 12949 12952 14482
+10426 10428 10464 10466
+1515 1516 1586 14015
+179 180 2128 9750
+7827 9742 9773 9786
+9785 14310 14313 14316
+8492 8495 8510 12439
+8993 9089 14695 14697
+5843 5895 8726 13715
+5642 13762 13764 14119
+2321 9480 9481 9503
+10738 10740 10752 10753
+14697 14702 14703 14707
+7743 7746 8981 14467
+6688 6689 9860 9861
+5715 5777 5854 8448
+2115 2154 2279 9506
+5777 5854 5906 8448
+7812 7816 7914 9813
+6991 14334 14410 14411
+10145 10175 13494 13527
+1740 5403 7447 7448
+8217 9506 9507 9508
+1742 5404 7449 7450
+793 7877 7878 7881
+5321 9769 9771 9798
+8066 9366 9495 9511
+8492 8510 12438 12439
+1948 7544 7666 9227
+5825 5826 8503 8505
+789 821 822 5036
+14226 14229 14230 14235
+9803 9817 14323 14332
+8233 9366 9367 9494
+7812 7877 7879 7880
+9598 14226 14229 14235
+3269 3328 3360 11955
+2152 8208 8233 9371
+2188 8202 8208 9374
+2188 9371 9373 9374
+5825 5826 5872 8505
+8 793 826 7851
+6615 10427 10449 10466
+2188 2278 9371 9373
+5260 9315 9316 9479
+2557 2558 2611 10503
+8291 8506 11275 12439
+9809 10495 14318 14319
+3494 5411 8495 8510
+757 9838 9846 14345
+3518 8126 11244 12439
+7832 7845 7910 14325
+6999 7006 7844 14387
+7058 8988 12821 12954
+2188 8203 9373 9374
+7828 9720 9735 9743
+5679 5836 5837 11501
+6023 10578 10581 14017
+13511 13512 13515 13517
+9598 14226 14227 14229
+9439 9474 13110 13111
+2132 2171 7923 9784
+7817 9816 9839 14332
+7811 7851 7880 7882
+6510 6511 9776 9787
+2295 9727 9730 9759
+7898 9730 9762 9786
+743 9436 9478 13112
+11500 11501 13613 13614
+9598 9599 14226 14235
+758 759 7877 7915
+5664 5827 13509 13517
+5836 11501 13614 13620
+9817 14323 14332 14336
+5690 5844 13261 13274
+744 8161 9436 9472
+4863 11327 13506 13516
+7441 7468 13112 14671
+7944 8030 13216 13221
+11284 11325 13504 13513
+2726 2891 11548 11561
+8011 8040 8041 12302
+11476 12297 12298 13199
+7991 11476 13200 13244
+4374 10902 10904 10914
+2797 2798 10922 10965
+3255 3321 3355 11742
+11653 11654 11655 13239
+11749 11769 11797 11823
+3693 7993 12623 12630
+8719 10933 11633 11651
+11050 11286 13466 13579
+761 795 5124 7959
+3171 7783 11875 12013
+8190 9041 9474 13110
+8178 8179 8190 8193
+8703 12625 12632 12636
+11618 11643 11659 11660
+679 3144 3183 12223
+682 4255 4256 12293
+680 681 12244 12245
+9293 9297 9325 9350
+7985 13186 13188 13189
+7818 7833 7835 8984
+5570 13636 13637 13638
+2182 9293 9297 9325
+5679 5836 11501 13620
+7948 8021 8027 12321
+9986 9995 9996 13743
+9280 9281 9283 9284
+5698 5847 5848 8831
+7982 8005 12308 12309
+5858 8133 13820 13842
+942 943 3634 8018
+2187 2276 2319 9448
+2187 2276 9445 9448
+9448 9463 12026 12027
+9214 13118 14671 14672
+683 12280 12290 12307
+8025 8027 8028 12321
+10773 10798 12963 12969
+2149 9442 9444 9471
+3001 3035 10795 10797
+7968 8016 12645 12650
+10790 10798 10801 12970
+5458 5748 5755 8385
+1279 1280 4324 6424
+5748 5755 8133 8385
+9579 9580 14210 14234
+1695 5105 6784 12219
+5457 5755 8132 8385
+8000 8011 8042 8047
+4256 7962 12304 13200
+7988 7989 12616 13211
+9579 9580 14210 14211
+7951 7980 7981 7982
+8161 9442 9443 9471
+933 7273 7292 12665
+6549 9042 9476 13115
+9431 9432 9457 9458
+7960 12232 12241 12243
+4435 12325 13214 13218
+9430 9431 9432 9458
+8060 9430 9431 9458
+4695 4696 11326 11330
+5748 8133 8385 8386
+5239 5240 9662 9672
+172 2124 9628 9639
+1902 7022 7045 14467
+5748 5858 8133 8386
+2289 9662 9668 9671
+2126 9668 9670 9710
+8060 9431 9457 9458
+5715 5854 8443 8448
+8060 8168 9430 9458
+8158 8179 8193 9038
+7745 8474 8480 13126
+2273 8168 9430 9466
+777 778 811 9457
+5820 8115 8501 13478
+5288 9432 9433 9458
+9411 9412 9417 13077
+8060 9430 9431 9459
+1974 2009 2010 11961
+3162 3202 11903 11935
+4906 4907 13323 13330
+9410 9411 9417 13077
+6866 6900 7479 14646
+4293 4294 4469 13020
+7505 7514 12388 14655
+7508 7515 9215 14669
+8063 8178 8190 8193
+5629 5803 5880 10474
+1957 1958 9722 9748
+9040 9043 13114 13131
+11063 11064 11216 11217
+11879 11880 12057 13084
+9287 9412 13077 13078
+4836 4906 4907 13330
+8337 10182 10200 10201
+2643 8336 8337 8367
+325 326 2484 10231
+8095 8315 10203 14492
+2521 2643 2652 8337
+10276 10278 10279 10313
+5706 5789 5865 8136
+5821 5823 8116 9080
+5654 5820 5885 13480
+6545 9420 9421 9422
+10134 10135 13487 13488
+9161 9168 14075 14412
+5656 13493 13520 13528
+8112 8117 9072 13492
+8286 10143 10144 10145
+6545 9420 9422 13082
+6 2443 8288 8289
+8811 13323 13330 13331
+9066 10179 12431 13518
+2486 10072 10079 10080
+10262 10263 10264 13819
+6261 10146 13350 13357
+8622 8637 12588 12589
+6544 6545 6713 13083
+8811 13330 13331 13332
+7807 9056 9057 13400
+8097 8323 11149 11150
+8312 8313 8330 8335
+9593 10243 10285 10327
+8291 11244 11275 12439
+6432 6476 6646 8310
+2185 9387 9390 9417
+9387 9411 9413 9417
+4906 13323 13330 13331
+2269 9433 9434 9464
+5289 5345 8171 8174
+5845 8723 8815 13341
+6540 6541 6709 14156
+9216 9400 9401 9999
+3517 3518 8126 11244
+781 9385 9388 9473
+5199 5304 12266 12282
+1501 1563 13890 13907
+9401 9402 9999 10009
+7489 14667 14677 14678
+8254 9404 10162 14667
+10105 10109 13100 13120
+3540 8477 12454 12456
+5783 5844 5845 8723
+4906 13330 13331 13332
+8470 11195 13102 13104
+2853 10912 11212 11215
+738 739 7751 12060
+5887 8597 13556 13587
+5884 5902 11252 13512
+11880 11882 11886 11889
+8088 8197 9040 9043
+8164 11879 11884 12029
+12028 12029 12035 12056
+11867 11870 11876 12994
+8160 9039 11867 12994
+742 8158 11868 11869
+7512 7519 7520 14659
+13016 13018 13041 13044
+5593 5701 5702 13340
+10102 10103 10104 10105
+5665 5884 5902 13512
+2189 2278 9370 9373
+5047 5142 5244 9492
+1305 4219 6357 8309
+6354 6415 6427 11032
+8242 9541 9544 14192
+735 736 8479 12502
+1955 7893 7897 7903
+687 4260 4261 12323
+4642 4762 5913 13486
+1796 5552 5913 13486
+7827 7898 9762 9763
+1406 4762 5913 13486
+1405 1406 4762 5913
+1303 1304 4336 6416
+9364 9375 9378 9379
+8101 8337 10081 10200
+8091 8313 10203 14492
+4260 4261 12323 12324
+6597 8344 8351 9035
+6475 6612 14166 14176
+154 155 2115 9536
+6647 6648 9380 10183
+2267 9397 9426 9428
+9546 9547 9572 9576
+1971 1972 7786 8067
+8219 14189 14190 14191
+6434 6552 6642 10184
+2345 9390 9451 9453
+1389 4566 4629 6471
+4400 11377 13072 13073
+2442 2443 2481 8284
+1308 8249 8250 8251
+8249 8267 8271 8272
+8252 8267 8268 8272
+11245 11246 11256 11372
+8085 11212 11242 11376
+5672 5832 5887 13556
+1406 4643 4762 13486
+11327 13506 13513 13515
+5672 5887 13556 13587
+5672 5673 5887 13587
+647 4220 4222 7785
+8197 9037 9040 9043
+223 224 2112 8194
+487 8261 11044 11062
+8243 10170 10177 14675
+2345 9390 9392 9453
+4259 7955 12314 13214
+7450 7451 7483 8502
+5128 12071 12075 12076
+7808 7898 9762 9763
+780 9387 9413 9452
+314 2439 4569 4591
+5591 5924 13266 13269
+8073 8262 8264 13086
+5701 5702 13297 13340
+9451 9452 9453 12026
+13446 13482 13483 13484
+2693 2694 2859 11230
+490 2776 2815 11241
+11253 11274 11283 11285
+9541 9543 9544 14192
+321 322 2485 10071
+7788 8354 9549 10236
+8147 8382 10063 10065
+5702 10991 13340 13366
+1470 1471 4794 5924
+9550 9551 10235 10236
+8346 11126 11130 11139
+4468 4526 11992 13020
+1470 4794 5924 13269
+1015 3779 3793 4043
+11163 11173 11174 11186
+3813 3828 12778 12787
+2265 2266 9381 9395
+11153 11154 11172 11177
+8330 8352 8364 11155
+2265 2266 2353 9395
+1011 1012 3792 7682
+11132 11991 13050 13051
+1471 4676 4794 5924
+4676 4794 5924 13269
+11139 13021 13045 13052
+5898 8995 9000 9166
+4679 4847 13364 13378
+7102 7133 9376 12816
+8327 11149 11150 11190
+4680 13377 13426 13435
+2265 2353 9395 9396
+685 4259 7955 12314
+8066 8199 9486 9511
+1218 4176 8307 8348
+6475 8241 9033 14176
+395 1397 2770 8309
+5596 5704 13377 13426
+5767 5898 8995 9000
+685 686 4259 12314
+5905 8505 11050 13580
+2264 2265 9383 9396
+8390 8392 9051 9054
+2265 2266 9381 9382
+6910 8938 8939 12833
+736 7658 7745 8480
+2605 10193 10197 10198
+4805 13510 13511 13522
+686 12300 12311 12323
+8005 12267 12269 12270
+1217 8241 8348 8350
+2810 2982 3010 11142
+553 11099 11100 11115
+11184 13404 13405 13406
+4996 6064 13844 13846
+2848 2981 11078 11152
+1493 5003 5502 13801
+8356 8362 10082 10261
+2226 2227 9687 9731
+5946 6064 6243 13846
+6243 13832 13844 13846
+1574 1575 4998 6075
+5767 5774 5898 9000
+1574 4998 5956 6075
+8147 8382 10076 13775
+6069 6161 13890 13907
+4639 4640 4803 13423
+6150 6160 6299 13816
+1507 5005 5515 13957
+5150 5260 9316 9479
+4850 4927 11185 13416
+2113 8224 8233 9363
+5898 9166 9169 14081
+2113 8224 8234 9363
+9242 9942 10035 10150
+7619 7620 7739 12943
+5909 8626 8627 8631
+2006 9365 9368 9495
+2005 8066 9495 9496
+1523 1524 1598 14118
+723 7773 7850 7861
+1055 1056 7043 12823
+8425 12917 12918 14685
+10699 14082 14083 14084
+5829 5909 5911 8630
+4810 4867 4979 13531
+2814 2936 2986 11254
+9240 9241 14147 14160
+9402 9408 10088 10089
+9240 9241 14160 14161
+4562 4625 6467 9952
+8401 8402 14153 14160
+3410 3411 5398 8447
+8393 9332 14144 14147
+8393 9239 9332 9351
+14085 14100 14103 14107
+6252 14100 14104 14107
+9237 14144 14145 14146
+2676 9969 10043 10044
+8118 10145 10146 13496
+5820 8115 13478 13480
+6157 6282 13344 13351
+8604 13514 13533 13593
+7493 7505 7514 12388
+8277 8501 9069 14663
+8451 8453 10090 13803
+2597 2646 2647 9971
+5909 5911 8630 8631
+6097 6153 13786 13796
+3248 12267 12270 12283
+8144 8886 11175 12787
+6153 6154 13792 13796
+866 867 12485 12486
+5541 13786 13792 13796
+7690 8467 8474 8476
+6873 6903 6915 12414
+5541 5542 13792 13796
+7410 7433 8486 14632
+4046 9115 12448 12474
+8356 9125 13824 13826
+494 4694 4695 11326
+3533 3539 3548 12475
+8057 8058 9206 14610
+5909 8626 8630 8631
+8524 8525 12477 14621
+5410 5720 8493 8510
+7368 7369 12493 12495
+1501 1563 1564 13907
+1474 4677 5920 13338
+1473 1474 4677 5920
+5033 5228 9267 9454
+2184 2315 2344 9384
+11326 11328 11350 13592
+8915 9579 9588 14234
+10277 13881 13882 13883
+11257 11279 13466 13470
+5872 5905 8495 8505
+1891 6938 6962 7731
+9630 10404 10415 10419
+4258 7955 12304 13218
+4015 12472 12473 14622
+13507 13512 13515 13517
+8285 8296 10171 10172
+7795 9402 9999 10004
+333 6000 6001 10320
+5413 5414 5418 8496
+7412 7428 7429 14621
+8076 11210 11375 13069
+9070 13454 13459 13804
+11196 11198 11266 11304
+1474 1840 5920 13338
+9341 10042 10043 10044
+6261 6301 10146 13350
+2863 2864 2947 11263
+6102 13359 13360 13523
+4795 13266 13292 13329
+8529 12133 12513 12518
+13881 13882 13883 13893
+729 7689 8566 12260
+6541 6709 6710 14156
+8559 11471 13164 13167
+8546 11293 12143 13156
+3592 3605 3606 12522
+9341 10040 10042 10044
+8438 9331 9958 10008
+11224 11307 11310 11335
+3465 12391 14656 14660
+3499 7751 8467 8469
+8256 11037 11194 11197
+9130 10346 13901 13902
+3013 3029 11227 11247
+3032 11462 11472 11474
+11430 11434 11441 11470
+8438 9331 10008 10086
+4656 4820 4938 13631
+8576 8577 12590 12595
+8568 11431 11590 11685
+954 8563 8575 12598
+6000 6001 10319 10320
+8915 9565 9579 9588
+3639 8034 8657 12594
+11435 11554 11569 11610
+8550 8551 8552 8565
+382 2475 10008 10025
+3398 8413 8424 12417
+3556 3557 12557 12567
+954 8575 12598 14601
+8445 9942 10003 10086
+7379 12573 12580 12581
+6000 6001 6178 10319
+8623 8640 11496 12607
+8413 8416 8424 12417
+2548 10410 10412 10420
+4677 4795 5920 13329
+6012 10434 13930 13933
+5828 8590 13547 13551
+4704 11386 11388 13563
+8596 8597 13568 13569
+2475 9958 10008 10025
+8560 11321 13159 13163
+11348 11349 11359 13594
+9200 9642 9643 14301
+5661 13450 13462 13471
+8602 11352 13510 13538
+8638 8639 13600 13602
+11251 13505 13512 13515
+5425 5727 12536 12540
+11510 13584 13599 13600
+6981 6982 6997 9152
+9331 10003 10035 10036
+7281 7296 8648 9119
+5940 9075 9078 9079
+6012 6013 13930 13933
+2625 10494 10540 10543
+3436 3457 3459 12404
+9268 9925 10768 10769
+9188 14239 14240 14248
+9942 10003 10035 10036
+8438 9331 10003 10086
+5832 8596 8597 13569
+5426 12535 12540 12541
+5732 5733 5896 8689
+10574 10575 10576 10577
+4658 4778 4822 13636
+832 3397 3398 12429
+3664 3675 12611 12612
+9322 9323 9343 9917
+11465 11537 11575 11577
+752 786 9272 9322
+7524 7669 14731 14732
+7985 12250 13186 13187
+4714 4884 11593 13611
+9200 9642 9644 10483
+11396 11397 11489 11502
+7977 7990 7993 10935
+5268 9662 9673 9679
+8669 8672 8681 8686
+6492 9599 9609 14239
+3195 11798 11913 11917
+976 3722 7649 12707
+357 10574 10575 10577
+1986 1987 12339 13251
+751 752 9323 9919
+7573 9228 14729 14732
+7189 7637 8801 14528
+6023 10568 10578 10581
+9188 14235 14236 14239
+9188 9609 14235 14239
+8668 8669 8670 12686
+3689 3695 3696 12640
+7312 7321 8644 8646
+9277 9919 9921 9922
+4658 4777 4940 13637
+4715 4884 4885 11577
+4884 11585 13612 13616
+5245 5255 9372 9373
+7902 9156 10578 10580
+5350 12066 12067 12068
+8689 8690 11486 13643
+8247 10135 10140 10142
+7319 7333 7341 8757
+5245 5256 5260 9373
+10773 10774 10800 10920
+2275 9369 9370 9480
+5255 9372 9374 9485
+367 368 6035 10702
+367 10693 10702 10707
+12303 12306 12307 13204
+11696 11697 11710 13711
+367 368 10700 10702
+524 4724 11665 11672
+11675 13670 13677 13697
+2024 2151 2323 8203
+12303 12304 12307 13204
+8628 8635 12540 12541
+2098 2261 9309 9310
+3645 3646 3671 8736
+5437 5733 8696 12609
+5681 5682 5889 13649
+134 2097 2098 4168
+4969 4993 8704 13663
+1473 4677 4795 5920
+4890 8704 11641 11642
+9188 14236 14239 14240
+7781 9069 10138 13495
+12298 12299 13191 13201
+8702 12628 12632 12633
+4945 13270 13273 13324
+10991 13339 13340 13366
+5701 13297 13301 13340
+8809 10924 13418 13440
+12297 12298 12299 13201
+8740 8818 8819 12699
+5863 8737 8738 12697
+5451 5452 5741 8739
+3719 5453 8806 12702
+133 134 2097 4168
+3692 3694 7993 12614
+1267 4200 4318 11625
+3551 5428 8637 8644
+1452 4666 4785 13305
+987 988 8682 12671
+9925 9935 10768 10769
+1101 4004 8055 14558
+1452 1826 5931 13305
+7253 14542 14544 14545
+8688 8745 10848 14743
+8758 11807 11810 11811
+8416 8424 12417 12429
+8791 11001 12987 12988
+5690 13261 13273 13342
+2095 4167 5085 9302
+2095 4124 4167 9302
+707 3158 3197 11813
+9188 14236 14237 14240
+9073 11066 13461 13484
+7937 8665 8765 12977
+10773 10775 10800 10801
+2182 9290 9297 9325
+2228 9726 9727 9731
+3715 3716 3741 8744
+9073 11066 13482 13484
+1498 1499 5009 13892
+5690 13261 13341 13342
+9283 9293 9325 9350
+9293 9294 9295 9350
+8721 8741 8805 12682
+9283 9293 9294 9350
+2739 6342 6403 10793
+5582 5690 13273 13342
+5174 5281 9260 9262
+5174 5281 5282 9262
+2250 9260 9261 9273
+4464 13002 13005 13011
+11850 11924 11925 11927
+5690 5691 13341 13342
+4851 4951 4978 13361
+13058 13059 13061 13064
+8853 8855 12723 12729
+8797 8799 12731 14527
+3801 3820 3821 12788
+10820 10917 12734 14526
+7986 12248 12273 12288
+1567 1568 5010 5953
+5742 8810 12697 12702
+8813 8825 11730 11731
+10872 10925 10927 10929
+3754 8819 12696 12698
+123 2086 2087 4120
+1567 5010 5953 6071
+4665 4784 4943 13706
+1504 1568 5010 13909
+8746 10848 12657 12658
+4059 4082 7207 8803
+8785 10791 12689 12693
+4955 11282 13361 13462
+5742 5863 8738 12697
+8820 8828 12719 13282
+10986 11113 11165 11166
+2181 9265 9284 9293
+9265 9284 9293 9455
+784 785 817 9454
+8791 12986 12987 12988
+3808 8876 12743 12744
+9120 14548 14549 14550
+5056 5149 7982 14748
+13283 13289 13293 13294
+8830 13280 13282 13421
+10830 10873 10970 10979
+3811 3827 8856 12779
+5859 5907 8834 8842
+8504 13447 13450 13484
+1020 7125 12739 12742
+3887 3896 3902 12855
+5971 6142 6256 14125
+2090 4122 9263 9270
+3895 3905 3908 12836
+11931 11932 11933 13022
+1977 1978 11835 11849
+2091 4122 4165 9270
+1005 3774 8210 8211
+5530 14105 14108 14124
+2092 4123 9269 9270
+2090 2091 4122 9270
+13281 13284 13294 13295
+446 2731 2732 6401
+8822 13417 13419 13421
+3788 3812 3813 12778
+1504 5010 5511 13909
+1624 5981 6100 13349
+1765 5446 5447 8873
+2089 4121 9260 9263
+8801 12761 12762 14532
+1624 5017 5981 13349
+8376 11176 13402 13403
+10953 13379 13380 13430
+1624 5002 5017 13349
+5789 5904 8389 13438
+4746 4916 10959 13419
+5434 5729 5773 8622
+1871 8893 8898 8899
+1624 5002 6100 13349
+5228 5281 5282 9262
+1871 6880 8898 8899
+3858 6918 8930 8932
+9257 9984 10007 10769
+6285 6302 13858 13864
+3812 3813 3828 12778
+8923 10219 10220 12889
+1504 1568 13909 13914
+7188 14504 14505 14506
+6850 6909 12841 14510
+3905 3917 3921 12845
+5964 14037 14038 14066
+5948 6066 6108 13851
+5614 13864 13877 13879
+2060 4107 4150 9690
+1200 5083 5174 9263
+2251 2252 9260 9261
+1506 1507 1571 13939
+787 788 820 9913
+6234 13354 13476 13481
+2374 10333 10334 10335
+9244 9247 9912 9913
+7980 7982 8007 14748
+5133 9243 9252 9913
+8353 8354 9126 10260
+7397 7413 7414 12464
+8943 8958 12868 12873
+1664 5056 5149 14748
+10318 10320 10321 13870
+3893 3894 3907 12843
+2243 2244 2304 9243
+10146 13354 13356 13481
+7164 12878 14503 14511
+8221 8316 9203 14493
+8386 8891 9124 13834
+2138 9244 9318 9879
+6001 6002 6179 10321
+6122 6246 13940 13957
+5792 10073 10074 13850
+5524 14033 14038 14039
+6133 14010 14012 14033
+1497 5948 13869 13878
+5963 6133 14012 14033
+2244 2304 2352 9243
+6526 9899 9907 9908
+10220 12870 12874 14431
+1518 5013 14038 14066
+6116 6287 6305 13888
+5952 6070 6245 13894
+9896 9897 9907 14366
+9245 14358 14359 14360
+8972 8974 8976 9180
+7570 9933 14737 14739
+202 6529 9914 9915
+9234 9914 9915 9916
+6155 6283 6310 13780
+9220 9896 9900 9902
+13350 13353 13358 13360
+7656 7657 7754 9210
+1664 5149 7772 14748
+6959 6960 6989 8417
+9179 9834 9852 10674
+1875 6882 8413 12416
+5983 6158 6261 13350
+7871 9850 9883 9884
+5983 6261 13350 13360
+14262 14267 14268 14270
+7620 7629 7740 8896
+7863 10546 14393 14401
+5983 6158 13350 13353
+10696 12895 12906 12912
+6158 13350 13351 13353
+7559 12912 14692 14699
+9245 10765 14359 14362
+9088 9090 9093 9103
+946 7296 12589 12599
+9245 14358 14359 14362
+217 218 9417 9421
+1664 2022 7772 14748
+2228 2229 2335 9727
+6233 6282 13344 13476
+9053 9054 13798 13815
+6998 9161 14405 14406
+7884 7885 14393 14401
+745 9287 9412 9413
+7382 7408 14606 14611
+5980 6155 6295 13795
+8182 8183 13117 13118
+1314 4528 6433 6552
+3123 8072 8204 8207
+5980 6099 6155 13795
+6155 6295 13794 13795
+8182 8183 13118 14671
+9213 9289 9339 13100
+9435 9436 9438 9439
+8145 8384 9049 9054
+8130 9054 13815 13816
+9378 9379 9542 14179
+6230 6231 6310 13778
+158 9533 9554 9575
+9033 14166 14175 14176
+8220 14177 14178 14180
+5766 5774 5882 9159
+7787 14185 14186 14195
+740 741 870 8471
+4221 8249 8270 8271
+11041 11044 11045 11056
+8291 8294 11280 13464
+6982 9152 9154 14399
+6282 13344 13476 13481
+8175 9468 9469 9478
+11891 13069 13071 13074
+6430 6594 8090 8269
+7803 10067 10298 13868
+6428 9043 13115 13133
+9051 9058 13814 13815
+177 2165 9708 9710
+8086 12996 12997 13085
+11157 11171 11172 11192
+10075 10082 10083 10084
+7805 8378 12801 13393
+8910 8913 8914 9548
+8383 8384 8387 8390
+10256 10257 13826 13836
+330 5997 5998 10294
+7787 8216 8221 14196
+7140 8095 8353 14488
+8130 8135 9051 9058
+8866 10879 11069 12788
+8365 8366 8370 8382
+1401 1547 1633 8140
+1219 1397 8109 8110
+5706 8136 9064 13414
+4682 4952 13414 13431
+8908 8909 9546 14201
+11257 11278 11279 13466
+4638 4639 4802 9064
+8505 8506 11050 13466
+8216 9203 9548 14497
+6284 13874 13875 13889
+390 2479 10128 10129
+7801 8117 9073 9074
+13508 13509 13516 13517
+9181 9200 9641 14277
+6237 10145 10175 13494
+1488 5939 5940 9075
+390 10128 10129 10137
+8947 10294 10303 13857
+6177 10319 13856 13872
+3910 8903 12859 12862
+7623 7724 8053 14522
+5659 8120 9081 13461
+1631 1632 5008 5985
+389 6056 6057 10095
+9072 10175 13494 13527
+7512 7519 14654 14659
+5824 8120 13461 13484
+5718 8112 8116 8127
+5784 5806 5898 14096
+6293 10667 14072 14079
+6177 6178 10319 13872
+1792 5491 6952 14426
+9167 10679 14079 14091
+9196 14263 14277 14279
+9000 9161 9175 10655
+9091 14083 14093 14094
+10699 14100 14102 14106
+6735 10714 10715 10744
+6177 6178 6284 13872
+3396 12421 12422 12425
+2255 2342 9271 9456
+5708 5861 5894 8993
+8969 8971 8972 14420
+8974 9001 14692 14693
+5390 5707 8994 14697
+8974 10696 12892 12893
+9086 9097 9098 14122
+14098 14105 14108 14124
+1600 5006 5969 6088
+14278 14280 14281 14282
+6177 13856 13872 13874
+5533 5642 13768 14119
+1137 1138 5448 8748
+6177 6284 13872 13874
+11279 11287 13470 13579
+3971 3976 3984 6892
+6176 6263 13860 13874
+6188 6189 10434 10435
+9666 10463 10480 10485
+5947 6065 6164 13852
+323 5990 5991 10083
+9629 9644 9645 10483
+10470 10531 10533 10534
+6015 13947 13951 13968
+1510 1511 5517 13972
+8960 9134 13923 13925
+6184 10384 10385 13928
+9140 10400 13931 13933
+7799 8521 11205 13519
+7815 9317 9851 9882
+6267 13935 13936 13943
+8475 8480 8542 14639
+2494 2662 10393 10406
+10392 13920 13922 13926
+9631 10368 10404 10405
+1334 4632 6443 6562
+11856 11859 11860 12354
+9020 9021 10454 13995
+6996 6997 7014 14390
+7900 10546 10548 14394
+179 2128 2166 9701
+9851 10644 10708 14350
+7013 7016 14397 14407
+6011 6188 10402 10434
+359 2503 10589 10605
+5433 5434 5730 12599
+8475 8480 9210 14643
+9853 10670 10673 10674
+7833 8986 9181 9641
+9162 10655 14046 14052
+363 2465 10647 10660
+2634 10691 10692 10706
+7857 9841 10637 14352
+9852 10690 10695 10711
+7815 8972 9851 9882
+7593 7601 14708 14721
+7857 9832 9861 10627
+7595 7599 7600 14724
+7594 7602 14706 14709
+6188 10402 10434 10435
+9856 9857 14348 14351
+7814 8969 9185 9224
+927 3572 5427 8637
+10574 10592 10599 10611
+167 9609 9610 9613
+9738 9747 9748 14327
+7933 9164 10611 14027
+7777 8474 8480 8542
+6484 6485 9555 14208
+7048 7060 14438 14441
+9166 14094 14095 14096
+8917 9595 14210 14223
+6187 6188 10402 10435
+9390 9392 9452 9453
+3537 3544 12467 12471
+3449 3463 3471 6915
+3482 3510 12481 12482
+9174 10662 10663 10664
+3317 8006 12267 12269
+2465 2505 2669 10678
+9901 9909 10765 14362
+2585 9937 9963 9966
+2416 2581 9928 9936
+9221 9235 9974 14724
+6701 6702 14152 14167
+7570 7584 9933 14734
+354 2461 2500 10541
+9000 9171 10655 14076
+4557 6462 9928 9981
+9781 10511 10564 10566
+752 9272 9322 9916
+5279 9243 9247 9249
+5882 9153 9159 14049
+7694 7695 7733 8970
+7363 7364 7396 14630
+3146 3185 12278 12290
+5133 5279 5328 9252
+9245 14358 14362 14363
+5280 5339 9251 9255
+7381 7391 12578 14604
+204 6530 9915 9920
+1374 4585 6463 6582
+9939 9940 9943 9948
+9153 14028 14034 14400
+752 9218 9904 9916
+836 852 7670 8394
+8291 11245 11275 13475
+2255 9269 9271 9456
+206 207 6533 9282
+6209 10672 10679 14091
+209 2143 2181 9283
+4122 5083 9263 9270
+2092 2255 9269 9270
+6209 6210 10672 10699
+183 2130 2168 9777
+9156 9157 10601 14034
+2342 9265 9271 9456
+2253 9264 9267 9271
+9599 14235 14236 14239
+6033 6210 6211 10699
+6504 9711 14274 14276
+785 786 9256 9323
+9282 14148 14151 14152
+2183 9290 9337 9348
+7525 9236 12373 14145
+1189 5077 5169 9822
+748 9295 9346 9350
+837 3402 3417 12380
+2095 2258 9302 9307
+836 7670 7671 12379
+5283 9302 9303 9307
+9234 9915 9916 9917
+9152 9157 14391 14396
+7693 8967 14368 14713
+9895 14353 14366 14367
+5320 9872 9873 9875
+5766 9153 14396 14400
+7552 7582 12909 14698
+3409 3422 3447 8399
+786 818 819 5034
+9280 9283 9285 14150
+9283 9351 14150 14171
+2308 2309 9256 9261
+6634 6741 9336 9950
+14084 14085 14100 14102
+5805 9163 14018 14032
+5552 5660 5661 13361
+10672 10699 14082 14084
+2647 9971 10099 10120
+6148 6241 13769 13782
+1212 1213 4130 5089
+6093 6241 13781 13783
+6222 13739 13745 13777
+5644 13728 13784 14131
+9164 10599 14028 14047
+1200 4122 4164 9263
+132 2096 4125 4167
+133 2097 4125 4168
+8439 13745 13777 14132
+376 377 9986 9992
+2007 8065 8067 9365
+6043 10030 10760 13744
+9147 10377 10378 10530
+9147 10378 10530 13948
+6148 6221 6222 13745
+9147 10380 13948 13999
+7525 9228 9236 14145
+3417 7672 12380 12381
+8931 9151 13948 13999
+6043 6044 6221 13744
+9147 9705 10380 14463
+205 9277 9278 9344
+6741 9336 9342 9949
+1534 5539 13736 13737
+6468 6587 6743 9968
+9265 9293 9300 9455
+6156 6260 6294 13344
+5997 5998 6175 13857
+8947 10294 10302 10303
+10070 10295 10302 10303
+2428 2593 2594 9968
+5340 9269 9271 9456
+2146 9359 9384 9386
+9146 9147 14463 14465
+386 10050 10056 10092
+8888 8889 12786 12787
+386 6053 6054 10050
+9348 9349 9384 9385
+6539 6708 6757 14162
+9705 9713 10356 10380
+746 9287 9387 9413
+6231 10098 13778 13780
+2321 9369 9480 9486
+5997 5998 10294 13857
+7139 7140 8095 14493
+12246 12288 12289 13186
+1973 8070 8210 13014
+5058 5255 5324 8203
+14447 14460 14461 14462
+150 2113 2152 8234
+5048 5143 5246 11953
+9366 9369 9486 9494
+226 8202 8205 11954
+12248 12249 12273 12288
+5047 5244 9492 9493
+5058 5324 8203 8205
+151 2113 8234 9363
+2099 5178 9309 9314
+4129 5088 9426 9428
+5372 9388 9389 9391
+6019 6196 6197 13976
+2342 9265 9293 9300
+5286 9381 9383 9396
+5788 5795 5879 13953
+6114 6243 13840 13846
+8120 11066 13449 13484
+751 1951 1952 7546
+781 782 814 9473
+9390 9392 9393 9452
+8844 8849 8850 8878
+9925 9935 10007 10769
+746 747 781 9385
+6243 13832 13840 13846
+216 2146 2185 9359
+5372 9312 9389 9391
+6114 6243 13839 13840
+8445 9942 12369 12370
+5758 5759 5893 9138
+2259 9306 9307 9308
+7489 7503 14667 14678
+10119 13080 13083 13100
+216 2185 9359 9410
+778 9431 9457 9468
+8485 14612 14624 14625
+10067 10068 10298 13868
+9288 9407 9415 9416
+742 886 1945 13112
+5341 9306 9308 9313
+8301 8353 10260 14488
+386 387 10056 10092
+212 2183 9290 9335
+5971 6089 6142 14125
+9752 9788 14293 14298
+9402 9408 10101 10115
+10088 10090 13760 13761
+8095 8301 8353 14493
+7782 8063 8190 9041
+2148 9419 9448 9451
+9448 9463 9465 12026
+8061 9444 9459 9460
+8061 9444 9445 9459
+886 3504 8160 11868
+6546 6547 13081 13119
+8095 8301 8353 14488
+947 8641 12589 12600
+8161 9442 9444 9471
+9073 13482 13483 13484
+8353 10260 14488 14490
+6125 6265 6289 13963
+2600 10061 10123 10124
+6125 6248 6265 13963
+8398 9327 9400 9401
+10467 10522 13977 14003
+8081 10109 10164 13120
+9425 10047 10118 10119
+7160 7174 8353 14496
+9476 13114 13129 13130
+8358 8891 9126 14495
+10396 10520 10533 14003
+7471 8400 12397 14656
+5032 5372 9388 9389
+7160 7175 9126 14495
+5420 5779 8498 12491
+215 2184 9357 9359
+1214 5090 5181 8152
+2324 2353 9392 9461
+8061 9431 9459 9462
+5779 8497 8498 12491
+12246 12248 12249 12288
+5089 5287 5288 9434
+9476 13113 13114 13115
+220 221 9442 9446
+5223 5327 5346 12007
+8120 9081 11066 13445
+9438 9443 9469 9474
+777 778 9457 9468
+876 3488 7706 7707
+8162 9446 9447 13088
+9358 9407 14153 14169
+8061 9460 9463 12027
+4687 4688 4857 13448
+9432 9433 9462 9464
+6226 6276 13738 13753
+7786 8067 8222 8225
+6227 6276 13741 13753
+6226 6227 6276 13753
+6030 10665 10666 10679
+947 8641 12600 12606
+5419 5779 8514 12491
+2771 2935 2990 8307
+3121 3122 6806 11947
+6030 6031 10665 10679
+7397 7398 7414 8515
+9366 9486 9511 9512
+2191 9481 9482 9493
+6179 6287 10329 10346
+6179 6180 6287 10346
+9910 10737 10738 10752
+9480 9494 9496 9497
+9368 9370 9372 9497
+1568 6072 13909 13914
+6116 6245 13894 13895
+2358 2359 4571 10186
+9514 9515 9530 9531
+158 2117 2156 9554
+12231 12238 12239 12265
+6181 6305 13886 13899
+9108 9910 10736 10737
+6266 10361 13886 13908
+9109 9932 10749 14121
+1158 4136 5062 5153
+6181 6266 6305 13886
+8954 13900 13901 13906
+6245 6266 13886 13908
+1965 1966 2001 9561
+13350 13356 13358 13481
+13356 13358 13480 13481
+6017 6018 6195 10510
+7137 8219 14190 14194
+6121 6312 10573 13990
+9109 9910 10749 14121
+8218 9535 9539 14184
+6128 6249 6298 13980
+2199 9517 9518 9526
+13980 13984 13985 14002
+13315 13337 13364 13366
+7792 8223 8225 8233
+6249 13967 13980 13983
+2030 4092 4134 9487
+8641 12588 12600 12607
+4858 4978 11282 13448
+6435 6554 6602 10190
+947 3636 12589 12600
+2196 2197 9501 9502
+8218 9538 9539 14189
+152 6479 9379 9542
+5268 9662 9663 9679
+7110 7130 8096 12811
+6750 10365 10373 14266
+9539 14189 14190 14193
+9577 9578 10273 10276
+9099 14133 14725 14736
+9934 10756 10759 14133
+2447 2487 10233 10234
+8457 9216 14658 14659
+1007 3775 3791 12752
+6170 6286 6309 10258
+6286 6309 10258 13832
+2024 2025 4132 8206
+164 6490 6491 9599
+6170 6309 10258 13830
+5222 5329 9501 9519
+9585 9588 9591 9592
+9089 9099 14130 14705
+9098 14707 14717 14720
+9583 10204 10212 10223
+2032 2195 2196 9498
+1967 9523 9546 9547
+2118 2156 2318 9531
+6309 10258 13830 13832
+6041 10015 10751 10757
+6438 6604 10241 10269
+5806 5808 9092 14103
+2118 2157 2280 9529
+4299 6320 6384 11234
+1039 8927 12887 12890
+234 235 2359 4571
+1967 1968 9523 9546
+7747 8901 12863 12887
+8640 12600 12606 12607
+9092 14101 14102 14103
+8071 9031 13041 13046
+9092 14085 14096 14103
+6555 6599 6645 10212
+8325 10214 10215 14197
+8326 10207 10214 10217
+10073 10296 10297 13848
+6040 6041 10015 10751
+9092 14085 14102 14103
+8911 8927 14227 14228
+8922 12879 12885 14432
+6331 6365 6366 11477
+5520 14002 14007 14016
+2718 6331 6366 11477
+5332 9567 9570 9625
+6487 9574 9579 9580
+8911 8912 8921 14432
+2717 2718 6331 11477
+8917 9591 9592 14224
+5638 5806 5808 14103
+163 6489 6490 9595
+8915 9527 9529 9579
+1915 7213 7637 7638
+8920 9188 14236 14237
+5808 9092 9102 14101
+9092 9102 14101 14102
+5548 5549 9083 13525
+8911 8917 14224 14227
+2121 2159 2325 9589
+5157 5333 9571 9603
+6041 6218 10751 10757
+2157 9529 9560 9565
+6040 6041 6218 10751
+2120 2159 2282 9589
+5549 9083 13525 13529
+5549 8121 9083 13529
+170 9626 9634 9638
+6106 9083 13524 13525
+476 6353 6414 11031
+6353 6381 6414 11031
+14241 14243 14256 14260
+9568 9590 9606 9623
+9616 9634 14242 14256
+9586 9589 9594 9623
+2281 2320 9558 9585
+475 2761 6353 10907
+8907 8908 8918 9581
+5317 9514 9526 9559
+2196 2197 2318 9501
+2120 9585 9591 9594
+10470 10510 10522 10533
+2289 9662 9671 9679
+6106 9083 13525 13529
+13315 13337 13339 13366
+10439 10440 10479 10480
+2878 11443 11445 11469
+9081 11065 11066 13445
+4684 4801 9076 9077
+2211 9604 9620 9621
+1639 5041 5139 9757
+4191 6363 6364 11443
+2124 2286 2331 9653
+914 7368 7369 12495
+4801 8299 9076 9077
+1249 1250 4309 6364
+1250 4309 6330 6364
+10991 13315 13339 13366
+171 172 6498 9638
+10991 11123 13315 13339
+1277 4205 6343 6375
+2208 2285 2329 9602
+1488 4801 8299 9077
+5698 8831 10960 13443
+6343 6375 6405 10906
+2210 2211 9604 9621
+4205 4323 6375 10906
+88 2051 2052 4145
+4205 6343 6375 10906
+5240 5269 9673 9676
+1169 4101 5159 9617
+1488 4684 4801 9077
+5162 5267 5270 9657
+7802 9076 9081 13461
+2293 9691 9695 9736
+178 2127 9701 9708
+563 564 3041 6808
+5501 5609 5610 13822
+5944 6063 6162 13801
+5869 8810 13375 13439
+11729 13368 13375 13376
+11729 13374 13375 13376
+9070 13459 13477 13478
+8979 12951 12956 12957
+1507 5005 13939 13957
+10469 10529 10531 13947
+7680 7833 8982 9181
+2285 9602 9604 9633
+6332 6397 6420 11513
+8114 8115 13463 13495
+6232 10097 13457 13458
+9667 9719 9723 9756
+1507 1572 5005 13939
+7830 9782 14289 14290
+6504 6672 6673 14276
+8282 8500 9069 13495
+2127 9664 9667 9708
+6234 10095 13456 13476
+2058 4106 4148 9686
+5869 8810 8811 13375
+6408 6426 10854 11027
+921 922 3567 5422
+2224 2293 9683 9688
+11729 13368 13373 13375
+2218 2349 9658 9660
+5694 13368 13375 13376
+2747 6346 6408 11027
+1959 1995 9669 9756
+9645 10420 14269 14282
+6666 6667 10368 14265
+2747 2748 6408 11027
+5161 5268 9647 9650
+7818 7840 8986 9641
+8986 9703 9741 10455
+3896 8906 12855 12859
+6669 6670 10421 14267
+10404 10405 10414 10419
+9016 10357 10455 14380
+428 2714 6329 6364
+428 2713 2714 6329
+7319 7341 8757 8803
+5501 13800 13822 13831
+9764 9778 14306 14327
+6329 6395 6419 11443
+5071 5267 9685 9686
+427 2713 6329 6395
+426 2711 6328 6395
+13 5136 7868 7881
+1992 7808 7810 7893
+9 7861 7882 7921
+5136 7867 7868 7890
+2713 6329 6395 11443
+7827 9742 9762 9786
+5038 5233 5236 9792
+8811 13368 13373 13375
+6232 6233 13457 13458
+1957 7679 7731 14328
+6236 10143 10144 10145
+7365 7398 12491 14629
+7833 7835 7839 14328
+6594 8090 8269 8273
+6971 6972 6992 14386
+5499 8140 9046 9062
+6450 6617 6727 10445
+6431 6594 8090 8273
+9714 9718 10485 10486
+1401 4639 9062 9065
+3086 6830 12284 12327
+2217 9650 9663 9679
+10514 10517 10519 10521
+7894 14289 14293 14295
+5499 8140 9062 9065
+7807 8139 9051 9057
+6617 6677 6727 10507
+375 9985 9987 10030
+2062 4108 9687 9690
+1073 6968 14371 14372
+2059 2060 4149 9684
+43 1073 1081 7742
+9199 9709 9715 9716
+5865 8139 9057 9058
+1175 4105 5162 9661
+2439 2440 2604 8269
+6643 6661 6758 10311
+2217 2289 2351 9663
+5070 5162 5270 9661
+6162 10085 13822 13843
+5224 5239 5258 9659
+9744 9764 9778 14327
+2127 2165 2333 9667
+2218 2219 9660 9661
+5687 13375 13376 13412
+3336 11910 11960 11964
+2295 2335 9727 9759
+6110 6162 13821 13831
+6162 6167 6168 10085
+7808 7898 9730 9762
+822 823 5134 7852
+5908 9058 9060 9061
+1187 4155 5076 9818
+1594 5966 6085 14068
+6160 9053 9054 13816
+7813 7852 7853 7855
+9688 9691 9732 9736
+6978 7836 7843 9182
+10876 10929 10947 13419
+182 183 2168 9743
+9782 10506 14289 14290
+7893 7897 7899 7903
+9776 9779 9787 14308
+7808 9734 9762 9763
+7810 7869 7897 9765
+2230 2296 2297 9790
+79 2043 4098 4141
+9 7861 7892 7921
+4855 9055 9056 13401
+7804 8381 8383 8384
+7857 9815 9841 14352
+14311 14315 14316 14317
+6606 6661 6662 14249
+2216 2217 2289 9679
+5075 5167 5336 9768
+6110 6162 6168 13821
+6493 6661 6662 9614
+11137 11732 11734 13371
+79 2042 2043 4098
+6107 6162 6299 10085
+2565 2566 10550 10712
+2135 2173 9845 9858
+6118 6246 13912 13939
+1307 4220 4337 8198
+6683 6684 14338 14340
+7809 7810 7867 9730
+7413 7414 7415 14638
+3336 11958 11960 11964
+7905 9766 9773 14326
+9794 9801 9811 9813
+6500 6501 14268 14270
+7888 7889 7890 9791
+2234 2299 2337 9798
+7848 14333 14334 14335
+14322 14323 14332 14336
+7773 7850 7861 7869
+791 7813 7855 7914
+8807 13439 13440 13441
+7785 8198 12997 13085
+190 2172 9797 9810
+11137 11732 11733 11734
+11891 12998 13075 13076
+5167 5275 5336 9800
+2243 9247 9249 9864
+6463 6738 9936 9938
+1192 4159 5079 5170
+2240 2301 2302 9873
+6690 6691 9889 9890
+177 178 2127 9708
+6463 6631 6738 9936
+9132 10403 13912 13940
+8178 8179 8195 9038
+7918 10608 10617 10649
+6464 6582 6632 9938
+2073 2074 9819 9824
+7785 8178 8195 9038
+1359 4551 4634 6456
+7857 7858 7859 14423
+10621 10622 10626 10627
+6517 9814 9815 9836
+8084 8086 12998 13086
+8234 9027 9032 9361
+13974 13975 13976 13977
+8231 8238 9030 11984
+286 287 2411 4619
+7577 7582 14691 14698
+6738 9929 9935 9936
+7815 9317 9886 10748
+6519 6520 9859 9860
+9132 10403 13911 13912
+228 8224 8234 8240
+7857 7858 14342 14423
+6623 6733 6752 10640
+6518 6686 6687 14352
+3 228 8234 8240
+6519 9847 9860 14341
+152 6478 6479 9379
+8096 8102 14164 14178
+8220 8232 9542 14179
+2301 2302 9869 9873
+10573 13989 14013 14014
+2140 2178 9254 9322
+5338 9823 9825 9867
+5034 5328 9254 9255
+5963 6129 14012 14058
+5035 5133 9247 9912
+5963 6081 6129 14058
+9850 9855 9870 9877
+7102 7133 9376 14489
+195 6521 6522 9878
+8883 8885 13382 13405
+7814 8966 9224 14357
+9641 14274 14275 14277
+11734 13375 13411 13439
+112 2075 2076 4157
+9007 9013 12958 14477
+5622 5623 5800 13940
+2341 9243 9252 9320
+8965 9220 14357 14368
+6518 9836 14341 14352
+7872 8975 9877 14345
+5134 5230 9825 9868
+6594 6747 8273 10127
+11733 13411 13439 13441
+190 191 2172 9797
+9220 14357 14366 14367
+6485 6486 6654 9582
+198 199 2176 9879
+159 6485 6486 9574
+159 6485 9574 9575
+7814 14356 14357 14358
+2303 9244 9247 9866
+6485 9582 14202 14208
+201 2139 2177 9898
+8908 8909 9581 14203
+6141 6253 6274 14098
+2352 9243 9248 9252
+1618 1619 5016 6097
+6211 14098 14100 14106
+9868 9869 9874 9875
+749 9281 9283 9294
+6147 6151 13733 13734
+753 7693 14368 14713
+4744 10928 10929 13417
+2136 9829 9869 9871
+5036 5320 9872 9875
+6151 13734 13736 13738
+7823 8992 14373 14374
+6151 6259 13736 13738
+8992 12951 14477 14479
+3422 8394 8399 12379
+751 752 786 9323
+7665 7735 12915 14688
+7555 9218 14711 14731
+6532 6701 10055 14149
+9280 9282 9285 14150
+1333 1334 4632 6443
+3085 3086 6830 12284
+8974 10696 12912 14692
+294 295 2419 4586
+2416 2417 2582 9936
+7553 7559 14684 14692
+5034 9254 9255 9256
+9232 9233 9257 9268
+10696 12906 12907 12912
+845 7538 12368 12369
+7571 7590 9229 14734
+9288 9398 9399 14169
+6507 6508 9746 9752
+829 830 7527 12420
+2588 9950 9962 9964
+2221 2291 2292 9692
+8883 8884 13382 13405
+9004 12895 12912 12913
+1345 1346 4544 6449
+6507 6508 6676 9752
+294 2418 2419 4559
+209 9283 9285 14171
+5391 5707 5708 8993
+2473 9939 9956 9959
+201 202 9903 9914
+6698 9918 10768 14138
+9098 9099 14133 14719
+5707 5708 5857 8993
+9220 14357 14367 14368
+9242 9942 9993 12370
+6506 6507 6675 9752
+6507 6675 6676 9752
+297 2421 2422 4623
+1902 1903 7022 7625
+6686 6687 10637 14352
+9334 9336 9962 9964
+6636 6757 9953 9955
+8807 8808 13418 13440
+302 2427 4563 4626
+7022 7046 7072 8988
+6711 6712 9423 10047
+6518 6519 6687 14341
+6517 6518 9815 9836
+306 2431 4628 10033
+6685 9815 9841 14330
+9097 9098 14134 14723
+2469 2508 9975 10010
+8303 12810 14484 14487
+6035 6213 10703 10724
+7021 7053 14443 14458
+3085 6788 6830 12284
+10715 10744 10745 14365
+6687 9861 10637 14352
+9257 10052 10053 10055
+2641 9259 9959 9961
+5453 5743 8806 12702
+6701 6702 9937 14167
+6146 6241 13725 13781
+7732 14345 14424 14425
+9599 9609 14235 14239
+9188 14238 14246 14440
+3085 3086 3251 12284
+9234 9906 9914 9916
+7108 12810 14484 14487
+8441 8445 9998 10022
+9237 9238 10152 14146
+9985 9987 10030 10755
+8428 8429 8440 10018
+5977 6147 13734 13737
+9857 14347 14348 14351
+5145 11962 11963 11981
+5145 11904 11962 11965
+9830 9844 9855 9876
+9945 9947 9949 10153
+6147 6149 6296 13735
+382 6050 10027 13758
+846 847 7539 12369
+6050 10027 13751 13758
+6231 10093 10097 10098
+2471 9982 9985 9987
+2470 2637 2673 9976
+9111 10724 10729 10731
+9235 9321 9976 9977
+9223 14358 14359 14360
+9632 14251 14253 14273
+9632 14251 14253 14254
+14353 14357 14366 14367
+377 9986 9996 10000
+5445 5465 5466 12759
+7814 9223 14358 14359
+7512 7513 7520 14658
+7784 8163 8167 8177
+8445 9942 9998 10003
+8440 8441 8446 10018
+10029 13733 13807 13808
+10019 10020 10022 10023
+9958 10003 10035 10149
+8965 9220 9234 9904
+6526 6527 9899 9908
+6096 6151 6259 13736
+9232 9257 9268 9924
+9424 10119 14157 14173
+1384 1385 4588 6587
+7784 8163 8176 8177
+126 2090 4122 4164
+6466 6634 9950 9964
+10048 13778 13780 13805
+2593 9955 9968 9970
+7034 7035 7065 9012
+10067 10068 10237 13868
+8957 8958 8959 13871
+6173 6174 10296 13861
+6184 10385 10386 13928
+1031 5471 7052 12883
+2638 2681 9935 10007
+8457 9216 9999 14658
+5754 5761 5877 8942
+5900 8941 9124 13863
+6633 9334 9961 14167
+7160 8353 9126 14490
+5461 5482 5750 8935
+2445 2485 8368 10071
+10080 10248 10252 10255
+8384 8387 9049 13775
+325 5992 5993 10249
+4850 4927 4977 11185
+7 320 1398 8387
+5600 5776 9062 13423
+8357 10078 10259 14488
+2486 2605 10197 10198
+5599 5600 5776 13423
+3086 3251 3252 12284
+325 10230 10231 10248
+6482 9541 14187 14199
+7132 8300 14484 14488
+6183 6184 10386 13928
+8301 8315 10196 10203
+13083 13087 13100 13120
+6551 6597 6646 9035
+302 2426 2427 4563
+7801 8125 9066 11042
+9632 14242 14243 14256
+10136 10161 10162 10167
+12377 12387 12388 14653
+8286 10138 10143 10144
+13354 13356 13479 13481
+9615 9632 9634 14242
+9405 10115 10117 13100
+8447 8455 8458 12374
+2521 2651 8344 9035
+7511 14658 14662 14668
+13454 13458 13459 13804
+8246 10134 10159 10171
+2478 10103 10107 10132
+6158 6282 6301 13351
+2478 10057 10100 10148
+8925 9187 14242 14445
+4830 13700 13706 13707
+10146 13350 13356 13481
+7053 7071 7085 9187
+8278 8280 10130 10147
+6194 6195 10510 13954
+6194 6195 6268 13954
+1389 4566 6471 6589
+221 6547 6548 9446
+6233 6234 6282 13476
+10135 10140 10174 13487
+6017 6194 6195 10510
+8276 8277 14665 14666
+7053 7085 9187 14445
+1783 1784 5477 7034
+1210 1211 4129 5088
+1396 4591 6431 8090
+4574 6444 6562 10367
+2599 2600 10062 10111
+8255 9405 10102 10105
+4539 4574 6444 10367
+7784 8167 8177 11873
+388 389 10094 10095
+2603 2607 8269 10125
+9632 9634 9638 14256
+8081 10108 10157 10163
+308 2432 4566 10031
+9635 14251 14271 14273
+6443 6562 6610 10367
+8380 11179 11184 13382
+392 2480 10139 10172
+1848 5600 9065 13423
+9706 9753 14274 14294
+9632 9638 14250 14251
+6262 13359 13494 13496
+8079 8264 13131 13132
+6206 6313 6314 14056
+6102 6159 13357 13359
+6235 6236 6301 10146
+5647 5656 5814 13528
+5941 6106 9083 13529
+8286 10135 10174 13491
+5814 8118 13527 13528
+10131 10135 10137 10138
+7569 9279 9933 14735
+9128 12834 12850 12860
+6518 9815 9836 14352
+12856 12860 12861 12870
+7784 8176 8177 11873
+8181 9419 9420 13081
+7776 8246 8283 10126
+8914 12861 12870 12871
+7787 8216 9202 9548
+8191 10164 13120 13122
+2432 2433 2598 10031
+10094 10130 10132 10148
+6760 10111 10123 10164
+8395 9288 13079 14172
+6573 10550 10551 10561
+9028 9202 9546 14201
+7784 8167 8175 11873
+12858 12860 12861 12871
+2436 2437 10121 10122
+8255 10102 10104 10105
+9448 9461 9464 9465
+3408 3437 3444 10116
+189 2133 2171 9801
+10105 10106 10109 13100
+6206 6314 14054 14056
+8437 10022 10027 13746
+7784 8157 8176 11869
+9703 9704 10462 10476
+9128 12834 12860 12861
+10141 10155 10160 10161
+3564 12496 12506 12511
+8160 9040 12434 12435
+9067 9072 9074 9075
+4745 10876 10929 10947
+8077 8088 13086 13131
+6206 10657 14054 14056
+8370 8382 10064 10076
+9557 10216 14188 14198
+6433 6552 6644 10184
+6205 6206 6313 10657
+2487 2606 2678 10206
+1559 5009 5949 6067
+8897 12819 12820 14482
+8217 9535 9538 9539
+7069 12821 14478 14481
+8316 8325 10196 14197
+12821 12955 12957 14478
+10075 10082 13810 13811
+10657 14054 14055 14064
+11050 11276 11286 13504
+1072 12955 12960 14371
+8845 8878 8883 13380
+11050 11276 13504 13580
+6206 6313 10657 14056
+155 9521 9524 14182
+67 2030 4092 4135
+2195 2277 2347 9489
+8884 11184 13382 13405
+6153 6227 6228 10051
+6438 6604 6748 10241
+6437 6721 10222 10242
+2357 4528 4593 10184
+11950 11951 11956 11959
+9541 14186 14187 14199
+6479 6480 9542 9543
+1967 2002 2003 9532
+6602 9557 10190 10211
+8326 10187 10191 10209
+6153 10051 13741 13786
+8878 8883 8886 13380
+2450 10279 10313 10317
+5752 5871 8883 8884
+7141 8906 14501 14509
+7175 8358 9126 14490
+5991 10255 10256 10262
+10248 10249 10252 10255
+5501 13800 13801 13831
+2325 9568 9589 9624
+5871 5907 8845 13385
+10190 10191 10210 10211
+8822 8854 12713 12729
+10204 10209 10210 10211
+8329 11178 11180 13404
+1967 9532 9547 9573
+5996 5997 10294 10303
+10243 10326 10327 10342
+9557 10209 10211 10218
+11181 11182 13395 13404
+6596 9557 10186 10190
+2366 2531 2532 10241
+6130 6239 13991 13992
+5860 5897 8892 9124
+5996 6174 10296 10303
+6483 9555 14199 14207
+2358 4529 4570 4571
+1331 6442 6560 10335
+5991 6169 10256 10264
+8306 8356 8362 10082
+10214 10226 10234 10235
+1330 4573 6441 6560
+6160 6167 6299 9053
+1788 5487 6948 9006
+332 10279 10317 13855
+6560 10334 10335 10336
+9666 10426 10464 10487
+8221 8315 8316 14493
+6849 6850 7117 7149
+10197 10198 10228 10230
+2447 2484 10213 10229
+5462 12842 12877 14512
+8866 11071 11986 13024
+9552 10266 10270 10291
+9704 10462 10476 10478
+6113 6263 6304 13860
+10221 10315 10317 10318
+8910 10244 10270 10273
+10239 10265 10266 10299
+5961 6239 13991 14016
+10240 10268 10280 14219
+9024 11932 11986 13024
+5506 5614 13869 13879
+5961 13991 14008 14016
+12713 12716 12723 12729
+6440 6559 10282 10312
+8951 8958 8959 13871
+12716 12719 12722 12729
+4546 6451 10450 10451
+6082 14033 14038 14039
+6133 14010 14031 14033
+4609 6569 10445 10451
+4609 6450 6569 10445
+10279 10305 10317 13855
+6569 6617 10445 10452
+6133 6250 14031 14033
+10307 10308 10314 10332
+1498 5506 13878 13892
+8820 8829 13282 13421
+10208 12834 14499 14500
+8951 9552 10302 13868
+8956 8957 8958 12884
+8950 8956 8958 13871
+6568 6616 6727 10458
+1497 1498 1558 13878
+14430 14436 14437 14438
+2393 10450 10451 10498
+1975 11927 11930 13024
+2390 2391 2556 10445
+6727 10445 10458 10507
+11069 11070 11071 13027
+7076 10349 14442 14444
+9885 9888 14359 14361
+8799 10807 10820 11067
+2614 2660 10286 10330
+8951 8959 10068 10300
+7050 8919 14228 14432
+8934 9127 10237 12865
+14241 14246 14247 14249
+341 10374 10375 10391
+6695 9901 9908 9909
+9645 10431 10480 10527
+9198 10443 14257 14445
+11733 13411 13427 13441
+8856 12769 12770 12779
+9588 14210 14224 14234
+8920 9593 10219 14433
+6471 6639 10031 10062
+3828 8889 12772 12778
+4929 13312 13427 13433
+3812 3827 3828 12779
+6494 6662 6663 9614
+8907 9572 9580 9581
+10386 13905 13917 13929
+1557 5948 6066 13851
+5511 5619 13905 13910
+5616 5618 13902 13903
+1561 4997 5950 6068
+5756 8953 8954 8960
+2600 10062 10111 10123
+6112 6119 13911 13913
+3811 8856 12767 12770
+6004 10345 10351 10352
+8955 10345 13893 13898
+6179 6180 10328 13893
+6005 6182 6183 13928
+8957 9131 10315 13870
+334 335 2451 10326
+7025 7047 7073 14435
+8119 10146 13350 13356
+6272 10725 10732 14110
+3812 12769 12770 12779
+6185 10384 10385 13921
+11950 11956 11959 11966
+2455 10387 10389 10401
+6254 6272 10725 14110
+7029 7030 8960 14435
+6639 6760 9425 10112
+10364 10372 10373 14261
+6664 6665 6723 14261
+9631 10368 10406 10407
+2377 2378 4602 10367
+6715 6760 10164 13124
+6443 6562 10338 10367
+1999 9568 9590 9623
+6443 6561 10338 10339
+8835 8838 13281 13295
+8835 8837 8838 13295
+6760 9425 10112 13087
+9631 10401 10404 10406
+5696 5705 13424 13425
+8835 8846 13294 13295
+6213 6272 10725 10732
+6213 6272 6277 10725
+13281 13283 13284 13294
+11185 13424 13425 13438
+154 155 6481 9537
+8852 10875 11104 13295
+8949 10329 13884 13902
+10340 10341 10343 10348
+8846 8852 10875 13295
+5010 5953 6071 13910
+6596 6650 6751 9557
+8847 10818 10956 11005
+6650 6751 9557 14187
+6650 6651 9557 14187
+1503 5952 13894 13910
+6120 6184 10386 13904
+7057 10324 13880 14430
+345 346 2496 10433
+5747 5859 8834 8836
+7076 9135 10349 14442
+6011 6188 6189 10434
+9131 10323 10324 10325
+5771 13956 13966 13983
+8838 12718 12735 12736
+6889 8929 8930 12817
+5878 8834 8844 8845
+9718 10420 10429 10485
+2384 4542 4605 10411
+4541 4605 6446 10411
+2042 2043 4098 9571
+2551 2680 2684 10428
+8834 8846 10954 13379
+5853 5871 5904 10990
+7679 7835 8984 14372
+6492 6493 9609 14239
+5871 5904 8884 10990
+5871 8845 8883 13383
+6020 6021 13973 13974
+3751 3761 12706 12709
+10477 10517 10519 10521
+2536 2614 2660 10286
+10569 10572 13994 13995
+5628 10425 13985 14006
+9149 9150 9198 9630
+7840 8986 9703 14301
+3761 8784 12694 12705
+10870 11017 11097 12704
+6015 6192 6193 13951
+1508 1509 5516 13958
+6188 6189 6306 10435
+10472 10473 13930 13933
+8776 8781 10993 13026
+1506 6073 13914 13939
+6112 6185 13904 13911
+8964 10376 10381 13960
+9142 9149 10388 14452
+2495 10387 10415 10432
+6660 6720 10311 10312
+8826 10993 11024 11084
+10331 14236 14237 14240
+2611 2625 10499 10540
+2168 9720 9740 9743
+165 6492 9599 9609
+2537 10290 10311 10312
+2552 2553 10449 10466
+7819 9016 10514 10570
+9188 9609 9614 14239
+7842 9741 14297 14321
+177 6503 6504 9711
+6272 6278 10732 14110
+10417 10469 10518 10529
+8782 11017 11097 12704
+8815 8816 11727 13276
+4544 6449 6567 10447
+8144 8329 13395 13404
+11009 11010 11011 11015
+7945 8817 11726 13298
+6231 6310 13778 13780
+9006 9157 14391 14396
+557 2810 11117 11154
+10510 10522 10523 10524
+9780 10548 10629 10630
+9200 9643 10455 10481
+5454 5743 8806 8807
+6975 9015 9022 10437
+5498 9012 12959 14376
+172 173 2163 9639
+4543 6448 6566 10427
+6283 13345 13347 13780
+358 10574 10590 10592
+6451 6728 10451 10498
+7860 10490 10495 10539
+8824 10924 11731 13317
+6509 6510 6678 9782
+9782 9783 10633 14290
+6451 6570 6728 10498
+269 270 2394 4547
+9788 10448 10456 10457
+8807 8808 13440 13441
+7843 7846 7896 14321
+7902 9156 10600 10601
+7930 9784 9804 9806
+8807 8821 12720 13418
+10504 10506 10507 14290
+3720 5454 5455 8807
+7924 9802 9804 9816
+7824 9016 10514 10570
+1509 1576 4998 5957
+7902 7911 10565 10595
+6233 13345 13458 13476
+1786 5485 6970 9005
+2621 2684 10426 10482
+7011 7014 7886 10596
+349 10469 10470 13947
+5744 5892 8808 13441
+6019 6020 6197 13976
+8144 8886 12785 12787
+9781 10571 13987 14021
+12232 12241 12243 12265
+1584 1585 5012 6080
+6194 10510 10534 13955
+6156 6294 13344 13345
+6233 13344 13345 13476
+6233 6294 13344 13345
+10468 10509 10517 10521
+6128 13980 13984 14002
+6018 10510 10523 10524
+8293 11276 11284 13504
+9140 13931 13933 13998
+8380 11179 13382 13429
+7399 12494 14638 14642
+9200 9643 10483 10528
+14463 14464 14470 14476
+8379 11117 11178 11180
+2667 10545 10553 10614
+6232 6283 6294 13345
+3777 3790 3803 12783
+10990 13388 13389 13391
+9222 9885 9897 14366
+10593 10597 10610 14027
+25 912 5420 5421
+9861 10627 10645 10646
+9853 10670 10674 14128
+10560 14323 14324 14338
+6455 10550 10561 10563
+14323 14324 14325 14336
+6456 6623 10620 10623
+365 2466 2506 10658
+6454 6573 6732 10551
+197 198 6524 9897
+4551 4634 6456 10620
+8968 9183 9185 14349
+10589 10591 10592 10605
+725 726 12243 12286
+9780 10542 10565 10630
+8474 8475 8477 12469
+355 356 2501 10549
+7819 9016 9182 14384
+354 6021 10511 10567
+357 2462 10575 10577
+8794 12732 14527 14528
+4067 4088 14578 14579
+7856 9815 9839 14342
+6683 9807 10560 14323
+7859 7876 14337 14423
+2558 2559 2625 10496
+6620 6682 6730 10560
+6156 6283 6294 13345
+7014 7887 7911 14390
+8236 11950 11959 11966
+6023 6200 10581 14024
+6305 10346 13886 13888
+5631 5632 14010 14020
+5629 13985 13991 13993
+6287 6305 10346 13888
+6305 10346 13886 13899
+4952 13414 13431 13432
+9022 14021 14023 14383
+9158 9175 14400 14405
+9155 9157 14034 14035
+9835 10659 10669 10677
+6180 6305 10346 13899
+8885 11179 13382 13405
+358 6025 10599 10603
+401 2686 6316 6386
+2929 11029 11032 11131
+8781 10791 11002 11017
+361 6028 10609 10654
+6196 10526 13954 13984
+8776 8784 12706 12709
+6205 10656 14042 14044
+9174 10650 10662 14415
+3761 3762 12694 12705
+2401 2402 2567 10623
+8818 10791 11002 11017
+8787 8789 12981 14527
+6135 6240 6292 14061
+6208 10679 14079 14091
+6132 6314 10667 14056
+8792 12972 12981 12983
+9162 9176 10650 14052
+9057 13398 13400 13401
+6577 6626 6734 10683
+5049 8069 11968 11977
+5528 5529 5636 14087
+2465 10621 10639 10678
+13388 13389 13391 13392
+2634 2670 10691 10706
+6626 6755 6756 10682
+8772 11814 12981 12990
+6619 6680 10634 14319
+2632 2669 10626 10678
+9832 10626 10627 10638
+7814 8966 8969 9224
+9833 10660 10675 10676
+7856 9837 9839 14342
+6622 9842 10550 10562
+6623 6752 6753 10640
+8773 12965 13058 13060
+6688 9860 9861 14341
+5789 8136 13398 13416
+8758 8773 12982 13060
+9113 9235 9321 10762
+8772 12965 12972 13060
+11856 12352 12354 12356
+6526 9897 9901 9907
+11855 11856 11859 12354
+11859 11860 12354 12991
+8974 8976 9180 12905
+5765 9153 9155 14018
+11856 11857 12352 12356
+5769 5857 5862 9090
+10490 10536 10537 10544
+2475 9951 10008 10038
+11824 11832 11855 12354
+7817 7917 7920 9812
+3726 3734 12673 12679
+2686 6316 6386 10911
+6027 6204 6205 14042
+5636 5638 5806 14103
+12205 12223 12228 12229
+12205 12223 12229 12249
+9000 9169 14053 14063
+2398 2563 2564 10557
+14083 14092 14093 14094
+14407 14414 14415 14417
+7857 7859 7913 14423
+141 2104 2105 4172
+362 363 10647 10661
+10612 14042 14043 14047
+8293 8508 11276 13504
+6617 6727 10445 10507
+10445 10453 10458 10507
+5789 13398 13415 13416
+2668 10616 10635 10712
+7273 8685 14562 14573
+10668 10704 10706 10711
+8742 8743 8746 8805
+10763 10764 14363 14364
+10490 10494 10537 10543
+7732 8975 14345 14424
+10553 10554 10583 10614
+7860 10490 10536 10537
+8743 8745 8805 12683
+5789 5865 8136 13398
+8743 8745 10848 12683
+7945 8740 8818 13298
+8969 8972 9851 9882
+2406 2407 2572 10641
+10668 10693 10704 10706
+9184 9851 10644 14350
+6689 6754 6763 10646
+9832 9861 10645 14344
+5753 8137 8139 13398
+6575 6624 6733 10625
+5393 5709 9097 14718
+6208 10680 14085 14091
+8743 8745 8746 10848
+6985 6986 6995 14414
+1651 5049 11968 11977
+423 424 2709 6327
+5439 8701 8736 12633
+8377 11113 13402 13403
+6450 6568 6727 10458
+6631 6738 9935 9936
+3644 3645 3670 12638
+9184 10644 10676 10690
+9172 10653 10666 14074
+8708 13686 13704 13708
+8993 9088 9090 9095
+8377 11113 11115 13402
+8707 8727 8730 13712
+4343 8270 11215 13076
+8377 11115 13402 13429
+756 9855 9870 9877
+194 6520 6521 9859
+8969 9185 9851 9882
+8377 13403 13429 13430
+2568 10620 10622 10628
+10789 13274 13307 13308
+9177 14407 14408 14419
+5737 8706 8707 8726
+8293 8508 13504 13519
+8885 13403 13429 13430
+8728 13690 13713 13715
+9899 9902 9903 9914
+8708 8728 8729 8732
+1548 5943 8140 13802
+8733 11676 11693 13683
+10697 10698 10705 10707
+9112 10721 14129 14130
+9100 9113 9114 9226
+9221 9224 9225 9319
+9114 14701 14704 14705
+9109 9932 14133 14736
+7942 7998 8001 10935
+10746 10766 14354 14359
+11565 11594 11595 11614
+7942 7993 8720 11616
+5707 5857 8993 8994
+366 6033 6034 10707
+9317 10691 10708 14354
+9233 9235 9931 9977
+10933 11522 11612 11630
+9932 9988 10756 10759
+7591 14714 14721 14725
+7838 9100 10701 14129
+2216 9648 9673 9679
+12223 12228 12229 12248
+2541 2542 10339 10369
+5735 8701 8702 8711
+2471 2510 9982 9985
+9995 9996 10018 13743
+7963 12300 12301 12314
+201 202 2139 9903
+7577 7594 7596 14694
+5890 8701 8711 13676
+7573 7590 7595 14729
+4799 5921 13435 13436
+2581 2638 2681 9935
+8701 8711 13676 13698
+2417 2582 2583 9936
+173 2125 9639 9640
+9259 9956 9959 9965
+1236 4302 6417 11319
+5904 8884 13391 13425
+3645 5439 8736 12633
+8701 8702 8711 13698
+4791 5919 5934 13408
+7953 12345 12347 13245
+9632 9638 14251 14273
+2934 8346 9036 11127
+5587 5919 13408 13410
+8380 11179 13402 13429
+529 10937 10940 10944
+11003 12973 12979 12980
+3657 8731 12646 12652
+6489 6658 14217 14232
+9562 14216 14217 14218
+7958 11621 11657 11658
+5890 13677 13704 13705
+10772 10864 10950 13256
+3646 5441 8700 8707
+2202 2203 9570 9625
+5780 8721 8741 12682
+8818 10784 10791 11002
+12223 12229 12248 12249
+2912 2973 11090 11093
+8884 10990 13383 13388
+1469 1837 4675 4793
+6347 6378 6426 10854
+8775 12362 13033 13034
+5437 5438 5734 12629
+3699 12713 12716 12723
+2919 2920 10836 10878
+8837 8838 8852 12735
+8691 8698 13645 13648
+1834 5919 5934 13408
+10833 11816 13061 13064
+2039 2203 9567 9570
+11003 12961 12969 12970
+4385 10836 10877 10977
+612 3089 6790 6832
+968 3703 12727 12730
+2913 2914 3002 11091
+7272 8749 12663 14568
+4201 6371 6422 11687
+5120 6846 11864 11865
+6347 6378 10843 10854
+8830 13282 13287 13421
+2974 3003 3024 10839
+1268 4201 6371 6422
+1135 1136 1757 4023
+533 534 2837 10961
+4901 4973 10946 13303
+1268 4201 4318 6422
+4832 13302 13309 13310
+8728 13690 13715 13716
+2219 9657 9660 9697
+4105 5162 9657 9661
+8669 12681 12685 12686
+6546 6714 6715 9449
+8817 11015 13298 13300
+8845 13383 13384 13385
+7974 11690 11691 11701
+1834 5586 5587 13408
+6713 6714 6760 13087
+691 4264 4265 12340
+3248 3249 3352 12283
+4199 4316 4483 11606
+3759 12678 12681 12684
+10857 10858 10936 11702
+2969 10790 10797 10801
+10953 13380 13381 13383
+11768 11837 11838 11841
+10803 10804 10805 10812
+8665 8666 8679 12690
+7953 7968 13247 13252
+4212 4329 6350 10884
+1834 5587 5919 13408
+12733 12758 12760 12774
+4203 4321 6374 10793
+1834 5586 5934 13408
+9187 9197 9632 14253
+4322 6404 10882 10914
+7948 8027 12321 13216
+5054 5251 5252 11778
+4438 4439 11703 13243
+8014 12344 12348 12349
+4217 6355 6382 6383
+8847 10957 11104 13295
+4387 4490 4506 10892
+5096 5187 6771 12068
+8787 8789 12981 12990
+4750 4751 11020 11021
+7978 8035 13192 13196
+5096 6771 6814 12068
+5041 5138 5224 9698
+1301 4217 6382 6383
+4205 6343 10906 10914
+8786 8812 8813 13317
+2943 2967 10893 10919
+8777 10813 10852 11089
+2665 2680 10418 10482
+11776 11778 11786 11842
+7979 11419 11588 11592
+1301 4217 4335 6383
+8661 11401 11435 11437
+2852 2940 3012 8270
+2852 2940 2970 8270
+1222 4178 4296 6386
+3012 8270 11208 11215
+10807 10826 10827 10828
+7853 7855 9830 9846
+11074 11927 11930 13024
+8376 10986 11174 11175
+8738 11727 13331 13332
+8328 11078 11158 11159
+8890 10918 12787 12791
+2848 2981 3010 11152
+2974 10839 10851 11091
+6101 6157 6158 13353
+8806 8809 8824 13439
+7941 8568 8660 11401
+9197 9632 14253 14254
+10937 10940 11697 11711
+5164 5271 9687 9690
+10774 10863 10948 10949
+952 3639 8657 12594
+4834 4904 4971 13271
+12205 12228 12229 12275
+3081 3082 12234 12268
+11473 11585 13615 13616
+7939 10774 10942 11704
+5836 8690 11500 13628
+7970 13230 13236 13237
+1692 5104 5195 12196
+3712 8684 12676 14570
+3763 3766 8768 12684
+6245 13886 13895 13908
+3655 7946 12654 12656
+8811 13372 13373 13375
+7272 7293 12663 14568
+5203 6834 11735 11775
+3636 3651 8640 12600
+8632 11504 13633 13699
+1708 5112 5203 6793
+4444 4484 4494 11004
+8817 10962 11725 11726
+3081 3082 3247 12268
+8627 8631 8652 8653
+5441 5738 8700 8707
+10776 10784 10920 10921
+8855 10874 10980 11005
+8798 10979 10980 10981
+10807 10811 10985 11067
+10971 10975 10976 10977
+8792 8799 10806 10829
+5773 8623 8642 12608
+11009 11087 11088 11096
+5773 8623 12602 12608
+7293 12663 14564 14568
+8811 13321 13372 13442
+4187 4305 6393 11367
+8003 8031 12637 12639
+8672 8680 12684 12689
+4741 4910 4911 11733
+8817 11015 11725 11726
+10952 10984 10987 11006
+1724 5120 6804 11865
+955 5434 5435 12602
+8622 8623 12600 12602
+5782 8623 8626 8642
+548 2806 10916 10952
+4187 6325 6393 11367
+7262 7264 14539 14540
+8795 10827 12775 14531
+5782 8623 8626 8627
+8623 8626 8652 11497
+10824 10916 10982 10983
+96 97 2060 4107
+7938 8781 10777 11002
+8785 8818 11017 12699
+4372 4376 10905 10906
+8623 8626 8627 8652
+1491 5499 5500 8140
+8623 8626 8642 11497
+2800 2968 2971 11087
+8623 8627 8652 8653
+5097 5188 6815 12077
+1678 5188 6772 6815
+11337 11354 11355 11357
+5188 6772 6815 12067
+4305 6393 11367 11407
+3159 3198 3297 11794
+10880 10881 12987 13002
+2706 6393 11367 11407
+1277 1278 4323 6375
+1828 5581 5582 13270
+14262 14267 14268 14279
+4268 4443 12961 12968
+2063 4151 9687 9729
+2740 6342 6404 10882
+8612 11355 11356 11381
+9193 14262 14264 14268
+10778 10920 10962 11002
+8811 13330 13332 13370
+7966 12343 12345 13255
+4204 6342 6404 10882
+4925 4926 11183 11184
+2781 2820 11336 11357
+7109 7132 7140 8095
+3082 3248 12266 12268
+7791 10953 11121 13430
+8322 12812 13043 13046
+10811 10819 11067 11105
+11081 13003 13005 13029
+7272 7293 7305 14568
+8887 13379 13380 13430
+1482 1846 13431 13444
+11177 11186 11188 11190
+8148 11182 13395 13407
+2768 2933 2934 11127
+478 2763 2764 6415
+13465 13466 13467 13468
+7796 8453 10004 10005
+316 8090 8250 8251
+8083 8285 8296 10171
+5687 5842 5869 13375
+3268 11915 11942 11955
+7778 8077 12437 13086
+7797 8083 8296 10176
+5873 5902 8602 13542
+486 4686 4687 11043
+489 11058 11059 13474
+3100 3265 3266 11862
+8085 11220 11371 11374
+8083 10171 10176 10177
+8602 11352 13533 13540
+8125 11060 13460 13482
+8262 8267 8287 11216
+1488 9075 9077 9079
+8291 11052 11243 11245
+1728 6807 6848 8207
+394 2443 8289 8296
+8503 13447 13467 13468
+8846 8851 8887 10875
+3770 3771 12806 12807
+715 11922 11923 11936
+7197 12731 14528 14531
+5213 6848 8207 11947
+7220 7226 7255 12762
+13337 13340 13366 13367
+10830 10970 10972 10979
+11182 13397 13407 13415
+13381 13382 13428 13429
+11361 13537 13544 13547
+1728 5213 6806 6848
+2810 2849 2982 11148
+5213 6806 11947 11948
+8759 11798 11804 11938
+5122 5213 8207 11947
+8602 11352 11353 13533
+457 2743 6344 6405
+6869 6879 6912 14757
+10901 10902 10995 10996
+4272 4273 11921 12362
+6869 6912 12738 14757
+3082 3247 3248 12268
+975 3707 7648 7649
+4275 4451 12365 13039
+2801 2973 3023 11095
+5421 5723 5724 12503
+8494 8603 11250 13514
+2915 2916 10841 10843
+11085 11086 13026 13032
+699 700 3154 11920
+8782 10993 11024 11088
+4331 6412 10883 10891
+99 2062 4108 4151
+4509 4524 10888 12971
+8069 11957 11968 11977
+10825 11072 11073 11109
+10877 10975 10976 10977
+548 2806 2844 10916
+8328 8376 11114 11173
+8590 8591 11361 13551
+7287 8576 12592 12595
+11024 11083 11084 11095
+11084 12366 13031 13032
+11111 11124 11134 11136
+11171 11172 11177 11192
+3986 3993 3996 12927
+12572 12596 14596 14597
+9639 9640 9674 9681
+7314 12584 14595 14600
+10992 10994 11083 11085
+8782 11017 11088 11097
+5851 5852 5907 8842
+8813 8825 11111 11134
+3971 6858 6892 6893
+4449 4450 13034 13039
+9376 14164 14178 14489
+1266 1267 4200 6338
+1218 4175 4176 8348
+478 2763 6354 6415
+8103 8339 11139 11140
+8375 12809 12810 12814
+4216 4334 4391 11131
+7271 7293 14564 14568
+9172 10606 10648 10650
+10812 10839 10851 10852
+5588 5697 13311 13433
+8836 8837 8838 12736
+8782 8826 11024 11098
+541 4741 4742 10926
+1095 3946 3947 6857
+10778 10962 11011 11012
+8808 8821 13417 13418
+1095 1857 3947 6857
+551 4752 11020 11101
+7789 10880 10881 13001
+11077 11081 13004 13029
+7628 7740 7741 8894
+8580 12572 12592 12596
+11816 12964 13059 13061
+13387 13388 13390 13392
+8580 14588 14599 14603
+8093 8103 8330 11140
+13886 13888 13895 13902
+320 2444 8369 8370
+8568 8655 11396 12548
+1000 1001 12805 12814
+6237 6280 13494 13496
+8277 8452 8501 13453
+8405 8406 14645 14649
+8776 8827 12705 12709
+1877 6883 12410 12412
+6913 8460 12408 14647
+5546 5655 13358 13360
+8777 8826 11089 11136
+8320 8867 12796 13043
+3768 8143 12797 12802
+320 398 8369 8370
+9193 14262 14268 14279
+8558 8569 12546 12549
+8571 12539 12543 12548
+5022 5127 5218 12177
+6899 12400 12402 14646
+8565 8658 8663 14753
+8311 8339 8340 8364
+10990 13384 13385 13389
+11128 11138 11141 11148
+4855 4928 13397 13399
+6900 7476 12402 14646
+2982 3011 11128 11148
+9172 10606 10650 10654
+8885 8886 11176 13403
+10918 11175 12787 12791
+2981 11079 11144 11152
+8034 8657 12594 12605
+4407 13125 13134 13141
+8605 11249 11329 11332
+8537 13137 13140 13149
+4346 4512 11228 11272
+9172 10606 10648 10653
+11038 11255 11285 11299
+4404 11271 12088 12089
+4697 11348 11350 11351
+6900 6914 7476 12402
+8547 11295 12510 13153
+496 497 11305 11348
+7382 7383 7391 14606
+5489 9152 14391 14396
+2778 11298 11299 11301
+8539 11196 11226 13143
+8605 11346 11348 13594
+1124 3477 4013 4014
+1540 5544 5545 13349
+11223 11224 11307 11310
+11035 11244 11245 11373
+2939 2941 11208 11219
+9199 9715 9716 14263
+11214 13071 13072 13074
+11213 11214 11215 11376
+11057 11061 11209 11220
+7779 8073 8078 8275
+8292 11241 11246 11256
+2851 8252 8267 8272
+8256 8263 11375 13095
+8262 8264 11217 13086
+5696 5706 13414 13416
+8033 8564 8659 12605
+11243 11244 11245 11373
+1983 2017 11832 11846
+8085 11219 11220 11371
+1306 1307 4220 8198
+3500 3528 12455 12465
+5598 5696 5706 13414
+8477 12466 12467 14636
+9172 10606 10653 10654
+3395 3425 12419 12421
+4345 11238 13108 13109
+3425 3443 6896 6897
+11296 11314 11316 11317
+1284 4326 6378 6426
+3048 3049 3214 12018
+8479 8533 8542 13136
+3394 3425 6896 12419
+6895 6896 6925 12419
+3132 3172 3344 12048
+5544 5545 13346 13349
+8033 8034 8563 12605
+361 10606 10648 10653
+8492 8495 8505 8506
+883 8078 12433 12437
+1283 1284 4326 6426
+11236 13095 13096 13107
+6347 6408 6426 10854
+873 3486 3500 12455
+490 11241 11273 13474
+3868 3883 6936 7630
+4326 6426 10854 11027
+2865 2866 2949 11318
+3957 3973 8929 8930
+5408 5718 8113 8127
+3490 3502 8126 12432
+3638 3665 3667 12603
+6100 6156 13346 13349
+8559 12194 13225 13226
+4693 4862 11278 13506
+6437 6645 10212 10222
+3056 3222 12077 12096
+3134 3298 3301 12069
+573 6770 6813 12042
+2059 2060 2223 9684
+657 658 12083 12084
+1233 6321 6389 11264
+8543 11205 11304 11332
+11351 11352 13533 13540
+11197 11236 13104 13170
+8559 12193 12194 13225
+8564 8565 8567 8659
+8553 12188 12192 13180
+8292 11058 11241 11246
+11249 13514 13593 13595
+11251 13513 13514 13592
+12183 12184 12185 13179
+8260 11220 11243 11246
+5824 8504 13450 13484
+11255 11273 11274 11277
+7983 12253 12259 12262
+4693 11277 11278 11286
+8539 8542 8543 11226
+361 10606 10653 10654
+9192 9199 9715 14263
+8594 8606 11346 11347
+9206 9208 9209 12478
+8533 8539 8542 8544
+2164 2288 9668 9671
+3492 8159 8160 12995
+735 736 7658 12502
+7777 8468 11195 13128
+8479 8536 12103 13145
+7416 9117 12497 14640
+8484 11194 12441 12442
+2164 2288 2332 9671
+8479 12103 12107 13145
+9664 9699 9719 9758
+8594 8606 11346 13594
+11198 11222 11269 11270
+11310 11312 11313 11314
+11315 11333 11336 11357
+11295 11546 12127 13152
+3948 3973 6890 8929
+5598 5696 13414 13432
+6323 6360 6391 11319
+412 2697 6321 11264
+42 1065 5485 6970
+2945 2988 11232 11265
+8555 8560 13224 13225
+4497 11263 11268 11311
+8553 12192 13180 13224
+11199 12088 13103 13127
+11251 11252 13505 13514
+11273 13465 13474 13475
+4687 4688 11060 11062
+8293 11325 13504 13519
+4694 11049 11326 13513
+9664 9667 9719 9758
+1803 5559 5927 13543
+8604 13514 13595 13596
+917 8544 12498 12499
+916 7371 12496 14641
+3529 3545 3547 8523
+3540 3543 3550 12456
+2944 11263 11309 11316
+2865 11262 11296 11297
+3565 3578 12499 12510
+11038 11254 11255 11299
+4408 4409 11317 13147
+8541 11258 12499 12510
+8606 12492 12495 12504
+5633 5634 5882 14050
+8614 11380 11384 11385
+11432 11454 12153 13165
+1805 5560 5915 13557
+5725 8587 8596 12508
+4904 4905 11727 11728
+4700 4701 11358 11383
+5559 5666 13543 13544
+8531 12192 12193 13224
+8548 13158 13159 13160
+8618 11509 13582 13597
+11293 11459 11460 13162
+8548 8560 13163 13164
+3605 3607 12521 12531
+11393 11504 11505 13633
+8553 8570 13180 13224
+8629 8654 8655 12543
+3486 3499 3514 8467
+11198 11206 11302 11408
+3593 3606 8547 12516
+8615 11322 11380 11511
+3564 3577 3591 12506
+8126 8291 11244 12439
+4702 11382 11387 11388
+4704 4873 11388 13563
+8256 11197 11236 13104
+3577 11511 11512 12506
+8136 9064 13399 13414
+6987 6988 7001 14416
+11432 11447 11470 13167
+7001 14416 14418 14421
+8573 12558 12591 14601
+8559 11468 12195 13167
+1086 1087 6958 12905
+11259 11540 11541 11544
+8484 8522 8523 11035
+11292 11293 11294 11322
+8615 11322 11380 11385
+8572 8573 12591 14601
+7498 7512 14655 14661
+11196 11197 11198 11408
+6958 6959 12902 14420
+2993 11462 11479 11483
+2878 3020 11445 11467
+1087 6958 6959 12902
+6958 9180 12902 12905
+513 11487 11494 13611
+7941 8568 11401 11590
+1087 6958 12902 12905
+8035 11463 13192 13196
+4258 4259 7955 13218
+8482 11036 11194 11195
+11598 12304 13206 13244
+3601 12547 12550 12555
+5580 13306 13309 13310
+11384 11385 11386 11394
+504 2783 2823 11394
+2785 11417 11422 11440
+11292 11322 11511 11541
+503 2822 11369 11394
+3578 3593 12510 12511
+11391 11395 11422 11450
+8601 11413 13566 13598
+3522 12447 12449 12459
+507 11412 11421 11423
+8573 8574 12558 12591
+12447 12449 12459 12460
+11322 11380 11384 11385
+506 4706 11414 11423
+8617 8618 11411 11492
+11417 11422 11440 11448
+8572 8573 8574 12591
+2709 11404 11405 11406
+422 2707 2708 6394
+12162 12169 12170 12212
+5039 5137 5235 7867
+2885 2958 2995 11526
+8128 11060 13446 13447
+948 8641 8695 12587
+8031 8735 11663 11664
+6954 8997 8998 12898
+8128 13446 13447 13467
+8128 8294 11060 13446
+5599 9064 13423 13434
+8618 11417 11424 11491
+562 563 3040 6765
+5599 9064 13414 13434
+8632 8653 11498 13699
+12530 12537 12539 12543
+8573 8574 12558 12577
+11431 13174 13175 13195
+2710 2711 6362 11433
+8554 8556 8557 12533
+12133 12134 12144 13169
+4249 12262 12263 13173
+2867 2946 3015 11323
+2950 3017 3018 11378
+8549 8561 11321 13159
+8136 9059 9064 13399
+422 2707 6326 6394
+8541 11259 11295 13154
+6326 6394 6418 11406
+8562 8571 12530 12538
+2956 2993 11462 11482
+5722 5779 5874 8497
+5695 13312 13433 13437
+5692 5846 5891 10903
+2716 6331 6396 11477
+5588 5695 5697 13433
+1786 5485 5486 9005
+11484 11521 11589 11590
+5588 5695 13312 13433
+432 2718 6331 6366
+5695 5697 5892 13433
+5418 8514 12460 14629
+8634 12527 12537 12542
+11430 11432 11433 11447
+5697 5892 13433 13443
+11294 11322 11369 11458
+3639 3652 8657 12604
+11391 11395 11450 11451
+11365 11428 11429 11461
+11385 11386 11392 11414
+11293 11452 11455 13162
+8612 11322 11369 11380
+8809 10924 11732 13440
+511 4711 4712 11506
+5418 5419 8514 14629
+4827 4893 11675 13660
+5413 12449 12459 12460
+3496 5413 8496 12459
+5834 8626 8630 13614
+8608 8616 12523 13598
+5729 8628 12540 12541
+11415 11423 13566 13570
+3948 3957 3973 8929
+5888 8613 13600 13608
+8589 8599 12503 12504
+3673 3674 3687 12615
+8036 8039 8042 12620
+5414 8511 9116 14620
+8049 9667 9719 9758
+3067 6779 12161 12163
+11573 11638 13621 13624
+11438 11520 11533 11557
+1752 5418 5419 14629
+11476 13191 13201 13209
+8806 8809 8812 8824
+8809 8824 10924 11732
+8809 8812 8824 10924
+5851 5852 8842 10991
+2888 11523 11549 11551
+11400 11401 11557 11558
+4714 4715 11538 11593
+4797 4847 4950 13364
+8474 8476 8477 12469
+11545 11546 12136 12143
+3537 3540 3544 12467
+8487 8488 12467 12471
+8548 8560 12193 13164
+11457 11459 11460 13162
+4352 11365 11429 11461
+8475 8477 8487 12469
+2706 2707 2872 11407
+7942 10935 11565 11615
+8472 8473 12468 14637
+11524 11552 11608 11611
+4797 4950 13364 13365
+5698 5847 8831 13443
+11400 11435 11554 11569
+5847 8831 13314 13443
+3633 3647 3654 8036
+5589 5698 13262 13443
+8659 8660 8661 12604
+9200 9642 9643 10483
+515 516 11555 11575
+11721 13191 13208 13209
+3678 8016 12644 12645
+6503 6671 6672 14281
+674 675 4248 13178
+4365 4431 4432 11723
+5197 12213 12218 12219
+4250 4425 12258 12263
+682 7987 12287 12293
+515 2828 11537 11555
+6941 6942 6976 14424
+8466 12916 14682 14683
+8699 8718 11635 12610
+7547 14681 14682 14683
+11436 11485 11578 11579
+7562 8465 14695 14697
+11465 11538 11591 11593
+6502 6503 9711 14281
+8572 8573 8574 12577
+4889 11640 11642 13626
+8657 8658 12597 12604
+7941 11398 11590 11684
+675 4249 12262 13178
+9934 9986 9995 13743
+3935 3966 8412 12926
+7519 7521 12378 12386
+2959 3034 11525 11566
+8693 11485 11579 11581
+7940 8567 11431 11464
+11463 12252 12256 13193
+7483 8277 14661 14664
+7941 11401 11590 11705
+2885 2886 11526 11535
+8693 11497 11581 13717
+11420 11578 11579 11705
+4714 11538 11593 13611
+517 11573 11574 11575
+3641 5435 12602 12608
+6988 7002 12903 14421
+8626 8651 13652 13718
+11501 13613 13614 13630
+5676 8630 11473 13610
+4433 4434 4482 13203
+7936 7972 7992 13206
+4365 4481 11549 11599
+7976 7977 7989 7991
+4199 4316 6421 11606
+11534 12252 12258 13193
+7512 8457 14658 14661
+8717 11634 11651 11652
+11572 11573 11638 13621
+524 11643 11665 11672
+13390 13391 13392 13426
+6502 6503 6671 14281
+7972 7977 12623 13205
+8718 11609 11610 11633
+6988 6989 7002 12903
+8720 11652 12621 12631
+7990 8035 11400 13212
+8642 8692 11486 13653
+2059 2222 2223 9684
+7973 8003 11690 12648
+7969 7974 13249 13254
+7002 7008 12903 14409
+8733 11694 12639 12641
+535 4736 11013 13300
+6988 6989 12903 14420
+5595 5703 13364 13378
+8448 8449 8450 13804
+10772 10774 10864 10949
+694 4267 11826 12342
+3680 3683 12636 12637
+8449 10048 13502 13804
+5819 5906 8449 8450
+5906 8448 8449 8450
+5819 8449 10048 13502
+4891 4892 11650 13668
+6988 14416 14420 14421
+4055 4056 4078 7310
+11647 12625 12626 12631
+8004 11668 11669 11670
+2792 2832 2997 11605
+10846 11619 11648 11661
+8730 12642 13684 13712
+7949 12318 12331 14747
+3624 3625 3646 8700
+8002 11661 11669 12631
+8744 12654 12655 12658
+11678 11693 11696 13683
+11695 13683 13684 13712
+11605 11618 11619 11644
+8049 9699 9719 9758
+2894 11624 11653 11655
+6995 7012 7013 14406
+5713 5876 8431 8442
+5854 5906 8436 8448
+4723 4892 4893 11673
+7012 7013 14397 14406
+8431 8436 13748 13752
+7012 7013 7019 14397
+4249 12262 13173 13178
+8718 11573 13624 13627
+676 4249 4250 12262
+8031 8733 12639 12641
+5589 5697 5698 13443
+5952 6117 6245 13894
+5683 5684 13670 13671
+8442 8444 10006 13746
+5713 5714 5876 8442
+525 2794 8026 10931
+444 2729 2730 11620
+8731 11694 11704 12646
+5854 5876 5906 8436
+5714 8442 8456 12374
+1839 5591 5924 13266
+1822 5576 13692 13693
+11662 11664 11680 13723
+2794 2833 8026 11659
+7747 8901 8908 12887
+8003 8026 11682 11690
+7634 7747 12863 12887
+7975 10780 10936 11693
+527 11678 11696 11698
+4261 4436 4437 13231
+8706 8726 8727 13720
+8430 8432 12367 12368
+8447 8455 8457 8458
+11801 11803 12332 12338
+7956 8021 12649 13240
+3253 3254 11743 12329
+684 3146 12290 12301
+14262 14263 14267 14270
+688 689 4262 12319
+1922 7267 7709 7710
+11724 13257 13258 13275
+8432 8444 13746 13759
+8700 8706 8707 8722
+11700 13691 13708 13709
+10966 10967 11716 13258
+1899 1963 7020 14443
+8730 11695 13684 13712
+8430 8437 10022 13746
+5396 8430 12367 12368
+535 2838 11010 11015
+4833 13260 13270 13310
+2394 2559 2560 10497
+8447 8454 8455 12374
+8412 8420 12908 12915
+10934 11442 11570 13209
+11587 11589 11590 11705
+7977 7989 7991 13202
+7940 8659 11464 13196
+3682 12620 12623 12624
+8782 8784 8785 12705
+8777 8827 10812 11136
+9340 9341 10039 10042
+4515 4516 10909 11086
+11793 11810 11814 12715
+3660 8015 12651 12661
+8776 8777 8827 12709
+834 8409 8423 14687
+5846 8811 13368 13370
+5586 5687 5694 13376
+8902 12859 12863 12872
+5869 8811 13368 13375
+2661 9190 10364 10365
+5306 5362 11735 11739
+11282 13361 13450 13462
+5253 5305 5360 11742
+3321 3355 11742 11744
+3190 3321 3355 11744
+693 3190 11812 11818
+1212 4130 4172 9427
+7952 11787 11789 11817
+1784 5477 5478 7035
+11837 11838 11841 11896
+5208 11750 11751 11767
+6503 9711 14276 14281
+3157 3197 11755 11792
+5052 11754 11757 11758
+8758 11810 11814 12715
+9144 10389 10390 10442
+11809 11810 11811 11813
+6682 6683 9807 10560
+3399 3400 8409 8413
+5118 5209 5249 11771
+5050 5249 11841 11902
+9808 14322 14323 14325
+1212 4172 5180 9427
+8411 12920 12921 12925
+8120 11066 13445 13449
+8120 13361 13445 13449
+5257 11799 12285 12328
+8411 8413 8416 12920
+8410 8411 12428 12921
+3445 12413 12416 12418
+1662 5055 11745 12330
+11932 11933 11987 13022
+10024 10094 10130 13455
+14241 14247 14249 14266
+7789 10881 11929 12985
+8792 8793 8797 10806
+704 705 3196 11806
+10024 10131 13453 13455
+10024 10095 13453 13455
+8789 8802 12714 12715
+10980 12711 12725 12727
+3705 12712 12714 12715
+8426 12428 12926 14687
+5207 6840 11765 11766
+5116 5208 5312 11751
+626 3103 6797 6839
+2333 9664 9667 9758
+6063 6162 13801 13831
+12312 12317 12331 14747
+1978 1979 2013 11834
+5592 5920 13266 13329
+8760 8783 12360 12992
+4451 4452 4520 11092
+3433 12380 12381 12393
+3156 3196 11790 11804
+8776 10993 11084 13026
+3735 8677 8678 12707
+1980 11753 11790 11791
+6168 10264 13819 13843
+3751 8761 8774 12709
+12712 13055 13056 13057
+12365 13030 13036 13038
+8677 8760 8783 12710
+3721 3727 8783 13056
+4845 13278 13301 13329
+8134 10085 13819 13843
+2013 11756 11757 11836
+2780 2820 2944 11315
+5093 5185 11999 12001
+12006 12011 12036 12038
+2212 2213 9618 9654
+1666 6764 6765 8153
+13278 13301 13329 13333
+4845 13278 13292 13329
+5699 5700 10816 13268
+11835 11837 11838 11896
+5611 5790 5791 13838
+1973 1974 7682 13013
+7789 8788 11071 11927
+1980 8759 8783 13056
+3196 3328 3360 11753
+4761 4851 13362 13485
+10263 13828 13829 13830
+5616 13884 13889 13902
+8384 8390 9050 9051
+3200 3334 11839 11840
+4639 4802 4803 9064
+3334 11839 11840 11901
+8120 9081 13445 13485
+8811 13321 13323 13372
+3358 3375 11785 11843
+7022 7046 7625 8988
+7026 7054 7057 14438
+7026 7057 14430 14438
+7079 9146 14453 14466
+1709 5112 5204 11779
+7648 7685 7758 8679
+7063 7079 7080 14466
+1976 11852 11894 11895
+3279 11828 11829 11901
+7631 7723 7759 8052
+714 715 4288 11923
+4802 4855 4928 13399
+1976 1977 11850 11894
+4291 4466 11990 13010
+8291 8294 8506 13464
+8787 12984 12985 12990
+3151 11749 11788 11797
+1661 2019 2020 11745
+8775 12364 13034 13035
+5383 11844 11940 11941
+8776 11084 13026 13031
+613 3090 3091 6791
+9188 9189 14246 14248
+7062 7078 7079 14453
+8366 8373 8383 8388
+9142 9146 14449 14450
+5049 5248 11963 11979
+3118 3283 11864 11865
+12317 12318 12331 14747
+1294 1295 4214 6352
+5687 5842 13375 13412
+7062 7063 7079 14453
+7082 8990 14477 14479
+10918 10986 11175 11187
+8059 8064 12005 12014
+8144 11175 12787 12791
+742 777 8175 9468
+148 3167 8169 8171
+3492 3519 12440 12444
+12022 12039 12051 12052
+12029 12030 12035 12056
+7068 7082 14477 14479
+3514 8467 8469 12441
+12311 12312 12317 14747
+8811 13323 13372 13373
+6668 10405 10421 14268
+5118 6843 11781 11782
+11900 11904 11905 11981
+1959 9709 9715 9756
+11852 11853 11924 11927
+8100 8300 8359 10063
+636 3113 3114 6844
+3113 3114 3279 11780
+11921 12361 12362 12992
+973 3706 3723 7647
+701 702 4275 12361
+3735 8677 8678 12700
+8759 11798 11938 12360
+3153 3193 3324 11854
+4036 4066 14578 14583
+11785 11786 11842 11941
+1982 2016 2017 11906
+14241 14245 14247 14260
+4208 4325 6425 11027
+1981 1982 11939 12360
+1974 11932 11976 11993
+7789 10829 10880 11070
+5144 11895 11896 11900
+6558 10283 10284 10288
+9425 10046 10047 10120
+2931 11133 11144 11147
+3680 12636 12637 12641
+8320 8334 13048 13049
+8255 9339 9404 13120
+9000 9159 9175 14063
+6117 10361 13908 13910
+11257 13466 13468 13470
+1215 2151 8203 8205
+5213 5370 11945 11948
+7066 7081 9013 14477
+1722 1723 5119 6803
+1725 1726 5212 6805
+3289 8072 8204 8205
+4218 6356 11125 11127
+3284 3285 11946 11964
+11054 13466 13468 13470
+5145 5248 11963 11965
+9070 13453 13454 13477
+13355 13477 13478 13479
+8215 8224 8240 9361
+13354 13476 13477 13479
+10095 13456 13476 13477
+8146 13810 13813 13817
+1215 5058 8203 8206
+3125 3289 3346 11954
+8227 8229 8235 8236
+13354 13355 13456 13477
+10065 10075 10076 13810
+1725 5120 6846 11864
+8358 13817 14487 14490
+3202 11931 11935 11960
+716 4289 11936 13010
+5551 5552 13362 13485
+720 3164 11970 11983
+2355 2356 2521 9035
+5660 8120 13361 13485
+2356 2521 2522 8351
+5847 8808 8831 13314
+5552 13361 13362 13485
+4592 6551 8310 9035
+604 3081 6786 12234
+8066 9494 9495 9496
+3126 3341 8237 11949
+7984 12247 12250 12257
+8093 8097 8105 8322
+5150 5255 5260 9479
+2651 8308 8344 8345
+8867 9024 10879 13048
+9200 9641 9642 14301
+1909 7128 7721 14501
+1010 3777 7729 12783
+8307 8346 8347 8348
+8019 12317 12318 14747
+3882 3885 3913 6917
+7219 12731 12732 14528
+2006 5048 8065 9368
+11081 11082 13003 13005
+5880 9020 13978 13997
+6435 6596 10186 10190
+4761 9082 13362 13485
+4501 11146 11147 13051
+8091 8336 8360 8367
+8312 8330 8335 8341
+8145 13813 13814 14750
+573 3050 6770 12042
+10807 10810 10828 13028
+5025 5129 12046 12141
+13954 13955 13981 14004
+11892 12004 12008 12009
+3888 3898 3909 6905
+8142 13813 14486 14750
+5291 5346 11996 11997
+774 775 808 12036
+8132 13813 13814 14750
+3168 3290 12023 12140
+1675 6771 6813 12042
+8132 8142 13813 14750
+738 12022 12039 12061
+3213 3214 12016 12018
+19 869 7696 7708
+8331 11079 11144 11152
+6165 9075 9078 10175
+8179 11867 11869 11870
+739 740 775 12028
+9072 9075 9078 10175
+653 654 3131 12052
+8064 12005 12028 12031
+8098 8320 8334 13049
+9072 9078 10175 13494
+9038 11867 11870 12994
+1651 2008 11968 11977
+2055 2218 9655 9661
+8064 11875 11884 11885
+12081 12083 12084 12102
+3301 12045 12064 12069
+3290 12015 12023 12140
+3168 12023 12062 12140
+6165 6280 9078 10175
+771 772 805 12070
+5591 5699 13265 13268
+2054 2055 2218 9655
+3133 12048 12064 12083
+3918 6916 12827 12833
+5093 5292 5347 12000
+6280 9078 10175 13494
+1771 1772 5459 7112
+1798 5555 5926 13498
+1771 5459 7111 7112
+8131 8132 12800 14750
+3048 3049 6812 12018
+8185 8470 13089 13099
+1015 1148 1149 6884
+2008 11957 11968 11977
+11247 11266 11267 11269
+8076 8256 11374 11375
+1014 1023 1144 3779
+8186 8187 12051 12060
+8187 12051 12060 12061
+7794 8482 8543 11195
+3045 3210 3211 12000
+12030 12035 12037 12038
+3043 6767 6809 11995
+5554 5555 13498 13500
+4234 12101 12111 12112
+7984 12247 12249 12250
+6457 6624 6625 10643
+6624 6625 6754 10643
+51 1014 1144 1149
+809 5027 5028 12009
+766 767 800 12171
+5023 5220 12094 12121
+731 12518 12533 13169
+1798 5554 5555 13498
+5025 5128 5221 12071
+8530 12109 12112 13151
+8480 8536 12080 12103
+8536 12080 12081 12103
+8132 8142 12800 14750
+11284 11286 13504 13513
+229 1397 4527 8110
+3221 3222 3367 12090
+12123 12124 12129 12135
+8541 12501 12510 12512
+3298 12040 12069 12076
+659 660 4233 12101
+7772 7980 8007 14748
+3135 3175 3300 12108
+4694 11049 11284 13513
+7156 7169 8054 14523
+230 2354 2355 4592
+4243 8548 12148 12149
+2354 2355 4592 8310
+732 906 3575 12518
+1238 1239 4186 6324
+8547 11295 13152 13156
+665 3176 12123 12132
+658 4232 12084 12102
+6597 6646 8344 9035
+8100 8300 8313 12813
+12069 12070 12074 12075
+5025 5221 12071 12072
+7124 7156 7157 12740
+735 12074 12098 12099
+733 734 769 12226
+7105 7129 7134 14518
+5352 12118 12121 12154
+11286 13504 13505 13513
+3640 8033 8563 8662
+23 903 7650 12576
+8108 8312 8313 8330
+1681 6774 6817 12118
+12120 12129 12130 12226
+11325 11326 13513 13592
+5138 5267 9685 9698
+5297 5369 12116 12154
+3177 3304 3343 12120
+4185 4302 4475 11319
+5580 5688 5689 13306
+1681 1682 5190 6775
+11325 13513 13514 13592
+12120 12144 12147 12175
+8095 8300 8313 10203
+771 804 5128 12114
+3050 6770 12020 12042
+3292 11885 12006 12025
+8303 8357 13810 14487
+3040 3041 3206 11819
+8293 11274 11275 11276
+12120 12132 12133 12134
+4250 12257 12258 12264
+7811 7861 7922 7928
+768 769 802 12120
+3340 12093 12130 12132
+11325 11326 11328 13592
+1201 4122 5083 9270
+1190 4115 5078 9863
+1082 8464 12898 12911
+7156 8054 12740 14523
+1239 1240 4304 6392
+584 3061 6776 6818
+7156 7157 12740 14523
+6476 6592 8308 8344
+2022 7772 7980 14748
+9000 9158 9161 9175
+7167 8938 8939 14516
+319 2442 2443 8284
+6476 6592 6646 8344
+12173 12174 12180 12191
+5194 5216 12162 12166
+587 588 3065 6820
+7122 7154 7155 12737
+5050 11835 11838 11896
+1663 1664 2021 14748
+767 801 5022 12177
+7163 7164 12878 14503
+3232 3308 3309 12170
+7146 7158 14495 14502
+5192 6820 12156 12160
+9127 10188 14496 14504
+12222 12224 12233 12255
+778 811 9457 9463
+5216 12162 12166 12203
+8936 12867 12878 14504
+2218 9650 9655 9663
+6476 6646 8310 8344
+8531 12190 12192 13224
+731 767 768 12175
+732 768 769 12120
+767 768 801 12177
+12172 12173 12180 12210
+3673 3674 8033 12615
+9000 9158 9159 9175
+2480 8285 10139 10172
+319 8274 8288 8297
+676 677 3182 12253
+978 1980 3709 3721
+766 799 800 12211
+9000 14076 14078 14093
+12186 12206 12207 12208
+8274 8275 8284 8288
+2022 7980 14748 14749
+8995 9166 14093 14094
+14059 14060 14062 14071
+2218 9655 9661 9663
+731 907 7744 12534
+3309 12169 12170 12172
+10934 11566 11719 11720
+7779 8089 8287 11041
+3240 3241 3314 12276
+3350 12228 12240 12242
+1989 8010 8022 8028
+978 979 1979 3709
+3709 3721 3745 13056
+5125 5300 5319 12217
+7978 8034 8035 13196
+8658 12556 12597 14754
+729 766 12209 12210
+8198 12997 12998 13085
+5526 5634 14060 14071
+12232 12240 12241 12277
+3184 12228 12242 12244
+761 762 7959 7994
+3709 3745 12712 13056
+602 603 3080 6827
+3245 12236 12238 12239
+8270 11064 13000 13076
+3314 3391 12240 12276
+3079 3244 3245 12230
+5525 5526 5634 14071
+3404 3445 12411 12413
+12231 12238 12265 12278
+7940 8032 12184 12259
+2851 8249 8267 8272
+1763 5445 7198 7199
+8088 8198 8264 13086
+9072 13492 13526 13527
+8738 11727 11728 13332
+8660 8661 11401 11464
+7992 12315 13217 13218
+11472 11478 11519 11536
+2471 2511 9987 9991
+7940 12261 13174 13195
+8259 10045 10103 10109
+9072 13491 13492 13526
+729 8566 12260 13180
+30 963 1762 5443
+3243 3244 12213 12239
+603 3081 6786 6827
+12214 12231 12232 12265
+8042 12620 12624 13205
+5019 7959 7995 8007
+7995 12238 12271 12278
+5112 5203 6793 11775
+1912 7723 7724 14518
+9068 9072 13491 13526
+9068 9072 10175 13526
+6667 6668 14264 14265
+11476 11721 12298 13191
+604 3082 6828 12234
+10405 14255 14264 14265
+3147 8045 12300 12301
+739 740 12028 12056
+7972 12623 12624 13205
+7993 8001 12623 12630
+10104 10107 10108 10132
+4364 11523 11551 11568
+995 996 3698 5455
+9068 10174 13491 13526
+5109 5200 12327 12328
+4811 13531 13536 13544
+8817 11727 13275 13276
+1700 6788 6829 12281
+12333 12335 12336 13240
+7191 7240 14556 14558
+7952 11787 11788 11817
+12244 12246 12288 12289
+7954 12314 13214 13215
+4904 4946 11728 13342
+7987 12245 12289 12299
+7227 7255 7256 14532
+5103 5194 6781 12167
+3628 3657 8676 12652
+8259 10045 10106 10109
+5532 5533 5641 14119
+3654 8043 8044 12624
+680 3144 12244 12246
+12222 12233 12249 12255
+727 764 12229 12233
+6668 10368 10405 14265
+3146 3316 3351 12271
+8025 8027 12321 13223
+7936 7944 7972 13221
+7963 8023 8025 12300
+3662 8029 8030 8044
+12292 12294 12305 13198
+8008 8023 8024 12326
+7962 12293 13199 13200
+12615 12616 12627 13187
+12315 13214 13215 13217
+8021 8027 8029 8030
+5691 5845 5891 13341
+12297 13189 13201 13210
+970 7197 7219 12731
+7955 12314 12315 13214
+7255 12762 14535 14537
+10103 10104 10107 10163
+7253 14535 14537 14545
+8030 8044 8048 12635
+10109 13087 13100 13120
+7245 7264 14540 14541
+7953 7968 12335 13247
+6667 6668 10368 14265
+982 983 8752 8803
+7958 7997 11690 13237
+7969 13245 13252 13253
+689 12316 12319 12336
+983 7207 7208 8803
+5148 7949 11799 12330
+5252 5253 11739 11848
+6668 10405 14264 14265
+2020 2021 7949 12341
+5304 5359 12282 12285
+8658 12556 14753 14754
+7951 8024 12308 12310
+9289 9339 13080 14172
+13242 13247 13248 13252
+943 1987 1988 8018
+4070 4082 4083 7236
+4263 4264 12340 13243
+7971 8030 8048 13221
+6510 6511 6679 9787
+1983 11858 12354 12991
+12311 12313 12317 12319
+7947 8024 12300 12311
+4370 4438 4439 11703
+12313 12317 12319 12322
+1270 4319 6372 10845
+4795 5920 13266 13329
+4810 4811 13531 13536
+11787 11802 12330 12341
+451 452 2737 6341
+1700 1701 5108 6788
+1309 1396 6431 8090
+3090 3255 3256 11740
+4810 4811 4867 13531
+1309 1310 1396 8090
+691 4265 12340 12346
+8658 12593 14753 14754
+1526 4999 5531 14120
+5199 12266 12281 12282
+10900 13299 13320 13322
+4811 4867 11361 13531
+1190 5078 5169 9863
+8241 9033 14175 14176
+150 151 8234 9032
+3629 3630 8015 8674
+4269 11826 12353 12968
+150 151 6477 9032
+8201 8231 9025 9029
+1981 2015 11798 11917
+4451 11092 12365 13039
+11251 11353 13511 13512
+11916 11918 11919 11920
+11906 11916 11919 11939
+1190 4115 4157 9863
+10011 10726 10733 10737
+8241 9029 9033 14175
+8070 8071 11975 11994
+11353 13510 13511 13512
+5398 5399 5608 8447
+3742 3743 3754 8819
+8231 8238 8239 9030
+747 8394 9352 14170
+8404 8459 9941 12370
+9340 10113 10114 10169
+8395 8396 9403 13079
+228 8215 8235 8238
+3753 3754 3763 12692
+752 9218 9904 14731
+7692 7753 7760 8396
+13279 13283 13284 13290
+10034 10038 10039 10087
+3453 3462 8457 12378
+9298 9347 9348 9473
+9329 9944 9994 10086
+6632 6700 6701 10055
+7513 14658 14661 14666
+8070 11969 11974 11975
+3717 3742 12687 12691
+12377 12383 12387 12388
+8830 10958 10959 13419
+8658 8663 12556 14753
+8565 8658 8660 8663
+7674 7765 8408 12409
+7110 8096 12815 14489
+8965 9218 9904 14731
+3465 9216 12376 14660
+8099 12811 12815 14174
+782 814 815 9473
+7438 7697 12490 14645
+8096 8102 8221 14492
+8101 8325 10196 14197
+6632 6701 9937 10055
+7461 7472 7474 8405
+746 747 8397 9399
+5557 5657 13535 13545
+3470 3471 3473 12407
+3452 3472 12383 12387
+1121 1878 6883 12485
+3448 12389 12392 12405
+6639 6713 6745 9425
+7580 7581 14133 14736
+8407 8460 12386 14648
+6745 9425 10046 10047
+3703 3733 12711 12712
+3438 8400 12380 12393
+3400 3430 3431 12418
+5557 5558 5657 13545
+5228 5229 5281 9261
+8096 12811 14174 14492
+5557 13534 13535 13545
+7110 7143 8096 14494
+866 7444 7466 14644
+6712 6713 6745 9425
+7615 7675 12409 12413
+3440 12382 12387 12399
+4766 13534 13535 13545
+7511 7513 14658 14662
+6638 6711 6745 10047
+1801 4766 13534 13545
+6907 6928 12417 12421
+8425 12917 14680 14685
+3426 3463 6928 6930
+6872 8411 8413 8416
+1801 5557 13534 13545
+859 3415 3416 6862
+4648 4931 13544 13552
+4648 4767 5927 13543
+7137 8219 14489 14494
+5668 13544 13547 13552
+8416 12422 12918 12919
+7792 9362 9375 9376
+5559 13543 13544 13552
+8409 8426 12428 14687
+4812 4931 13547 13552
+8591 11383 13550 13551
+8589 8591 13550 13551
+7102 8219 9376 14489
+1089 1090 8418 12908
+1190 4157 5169 9863
+3490 8126 12438 13532
+8126 8291 12438 12439
+7780 7800 8125 11051
+8599 11381 13549 13550
+8611 11381 13549 13550
+6262 6280 13494 13524
+11022 13279 13283 13290
+7515 7516 7518 14660
+3513 11244 12436 12442
+7504 7515 7516 14660
+8085 11209 11212 11219
+489 490 2776 11241
+8079 8080 13130 14676
+11206 11299 11300 11302
+8523 12450 12452 12453
+11038 11302 11408 11409
+7299 7303 7337 14581
+3529 3542 8484 12442
+8478 8482 8490 12457
+2945 2987 3029 11232
+917 918 3578 12499
+933 3627 3628 8676
+150 1216 6475 9032
+7394 7411 14605 14615
+3515 3524 12473 12477
+3539 3548 8526 12475
+3495 3522 12447 12449
+3544 3549 3550 12463
+226 3125 8205 11954
+3537 12465 12467 12468
+2188 8202 8203 9374
+8484 8523 12451 12452
+13134 13137 13140 13149
+3546 12463 12471 12476
+8058 8486 9206 12478
+5668 13546 13547 13552
+8524 8525 12474 12477
+8158 8160 9039 11867
+3479 3507 3508 12474
+11983 11987 11988 11989
+8166 11881 11889 13070
+7417 7426 8488 14636
+8179 9038 11867 11870
+8487 8488 12467 14636
+8186 12050 12060 13099
+5559 5927 13543 13552
+3498 3505 3515 12472
+4807 4863 4864 13516
+8115 10144 13355 13495
+1878 6883 12412 14645
+4648 5927 13543 13552
+7612 7708 12483 12488
+841 7615 7676 12413
+48 1109 1110 12488
+7493 7514 12388 14654
+7432 7435 7436 14623
+7478 7507 14649 14650
+3519 8469 12440 12441
+739 12028 12035 12036
+49 1111 12484 12488
+3565 12501 12510 12512
+8748 8751 12672 14567
+6589 6639 6745 10031
+6589 6745 10031 10032
+3540 3550 12456 12466
+3587 3599 3600 8600
+2289 2333 2351 9658
+12050 12056 13098 13099
+11258 11313 11334 11335
+737 8480 12080 13126
+1190 1191 4115 5078
+11259 11339 11540 11544
+12086 12087 12088 12104
+2988 11288 11290 11309
+8612 11357 11370 11540
+3528 3535 3540 12454
+7037 8929 12945 12948
+4698 11351 11359 13539
+8076 11210 11372 11374
+7037 8929 8930 12948
+8075 8076 8189 12443
+3492 7778 12437 12440
+3176 3340 12130 12132
+6745 9971 10032 10046
+4071 7384 7390 7420
+8063 8190 9037 13110
+8557 8558 12531 12549
+8929 12945 12947 12948
+5702 10991 13297 13340
+7782 8062 8167 9470
+11457 11459 11460 11461
+4918 11014 13277 13278
+3571 3572 8624 8625
+11410 11412 11414 11423
+8158 8179 8190 8193
+11355 11358 11370 11382
+915 7369 7370 12495
+4917 13264 13277 13287
+6639 6745 10031 10046
+12315 13214 13217 13218
+3668 3684 12610 12617
+8557 8558 8567 12549
+2111 2112 2274 8167
+11510 13582 13583 13584
+3580 3606 8547 8549
+3600 3608 12524 12528
+11424 11439 11489 11491
+6745 10031 10032 10046
+8607 8608 12523 12526
+5289 8149 8170 8171
+5289 8149 8156 8170
+9558 9559 9560 9587
+8627 8628 8633 8653
+1131 4018 4019 7359
+1130 1748 4017 7360
+5424 5726 5727 8585
+8608 8633 12526 12529
+3664 8694 11580 12612
+13566 13570 13571 13572
+8598 8614 13563 13564
+8552 8565 8569 12559
+3557 3585 12557 12558
+7287 7288 8576 12590
+28 954 1929 7715
+5433 8637 9119 12599
+2290 2291 9656 9693
+8653 8654 11418 11498
+5386 8170 8171 12010
+8161 9438 9442 9443
+898 899 3554 12565
+8061 9431 9462 9463
+8530 8541 12501 12512
+3602 3614 8569 12547
+1526 1527 1603 14125
+8745 10848 12683 14743
+2149 2327 2346 9459
+778 9431 9457 9463
+9514 9560 9561 9587
+4591 6431 8090 8273
+1179 4107 4150 9690
+9717 14263 14277 14280
+2270 2273 2346 9430
+8584 12565 12570 12581
+29 5433 5434 12599
+9890 10686 10691 14354
+7314 12584 12587 14600
+961 3624 3646 5441
+7285 7315 7316 12583
+4021 4054 7312 12568
+7382 14606 14607 14611
+6692 9890 10686 14354
+1178 1179 4107 9690
+7223 7228 14536 14544
+13277 13286 13287 13288
+2281 9558 9559 9560
+1112 14607 14611 14613
+1925 7608 7712 14584
+4035 4049 4071 12580
+4035 4049 12580 14603
+8572 8574 8578 12574
+900 12573 12575 12579
+8578 8580 8582 14603
+1030 3767 5469 12799
+8574 12557 12567 12577
+5469 5470 5753 12799
+901 3556 12567 12575
+7984 12222 12253 12257
+4056 4078 7310 7325
+8628 8633 8634 8635
+5729 8622 8623 8624
+8654 11398 11418 11587
+8623 8640 12600 12607
+3650 3664 11580 12586
+4251 12252 12257 12258
+29 946 12599 12601
+1746 4019 7355 7359
+3551 3572 8637 12552
+947 3636 3651 12600
+5729 8627 8628 12540
+3654 3662 3685 8044
+12246 12250 13186 13188
+3682 3685 12623 12624
+12250 12251 12252 13188
+1168 1169 4143 5067
+11390 13553 13558 13560
+7288 7307 7318 12591
+1168 4143 5067 9621
+8580 14590 14597 14599
+566 567 3044 6767
+3661 8021 12645 12649
+997 998 7107 12800
+7342 7343 7349 14591
+5457 7107 8132 8385
+7107 8132 8142 8385
+9199 9716 14263 14277
+1133 5602 7280 12568
+7283 7321 8648 14600
+4548 4581 10489 10492
+3572 8624 8625 12588
+9199 9709 9716 14277
+12552 12560 12587 14600
+9558 9560 9561 9587
+11390 13558 13559 13560
+4055 7279 7310 7311
+2281 9558 9560 9585
+8643 8649 12550 12585
+11565 11604 13206 13207
+4889 11642 13626 13639
+7805 9048 12809 13776
+1156 1157 4135 5061
+4717 4886 4887 13625
+1157 4135 5061 9498
+8697 11635 12617 12618
+8717 11631 11636 13642
+11635 12610 12617 12618
+3641 3666 8640 12608
+4022 4055 7279 7310
+8697 11635 12618 13644
+2793 2833 11643 11659
+11465 11586 11591 11592
+11436 11553 11574 11611
+59 1545 5549 13529
+1157 4093 4135 9498
+8593 11389 13551 13564
+10782 10939 10942 10943
+7985 12250 13186 13188
+1218 4176 8109 8307
+8654 8655 11437 11588
+8001 8002 12621 12634
+588 589 3066 6778
+8705 11646 13667 13668
+8003 12634 12637 12639
+8031 11663 11664 11668
+5889 8698 13648 13649
+2482 8109 8110 8310
+11654 13219 13220 13222
+4723 4724 11672 11673
+7314 7321 7334 14600
+3659 8016 12645 12650
+685 3147 3186 12301
+13299 13319 13320 13322
+932 933 3627 12664
+7321 7334 8646 14600
+9716 9717 14263 14277
+4057 4079 7324 7325
+5543 5544 13343 13809
+7938 10774 10784 10920
+3684 3690 12611 12626
+7281 7296 7321 8648
+1157 1158 4093 5153
+4078 4079 7325 7345
+7282 7296 7321 8648
+1146 1147 6875 12737
+3655 3656 3680 12642
+8100 11155 11170 12806
+5736 8701 8709 8736
+3624 5441 5442 8700
+9711 14274 14284 14285
+3631 3660 8015 12661
+7968 12645 12649 12650
+7937 8667 8765 8770
+7944 8046 12303 12315
+1985 1986 2020 11787
+3630 3660 8015 12650
+3662 3685 8044 12635
+3066 3067 6778 12161
+8641 12600 12606 12607
+318 8252 8274 8284
+8017 8731 12646 12652
+7967 7969 13245 13256
+984 8684 8753 8757
+9702 9709 14284 14285
+3067 6778 6779 12161
+3750 3761 3762 12705
+7647 7758 8668 8679
+8089 8274 8288 8297
+27 3653 7718 12669
+3717 8739 12687 12691
+11022 13283 13290 13293
+7269 14589 14593 14594
+588 3065 3066 6778
+4070 4082 7208 7236
+8676 8687 12656 12657
+588 3065 6778 6820
+8672 8686 8747 10848
+7966 8014 10781 13255
+6155 13343 13794 13795
+11389 11390 13553 13560
+5258 9655 9661 9663
+7779 8078 8275 11039
+5585 5694 13368 13409
+8593 13553 13554 13560
+9753 14274 14284 14285
+9558 9560 9561 9585
+7272 7292 7319 14572
+934 7294 8685 12668
+3710 8750 8751 12672
+3746 3748 3757 12685
+1921 7192 7643 7644
+631 3109 6800 11767
+3706 7646 7647 14565
+631 3108 3109 11767
+631 632 3109 6800
+632 3109 6800 6842
+3502 8078 12432 12436
+3513 3517 3529 11244
+9702 9709 9754 14285
+8017 10772 10774 10781
+7797 8083 8275 8290
+9746 9750 9751 14291
+7938 8667 8672 8767
+11415 13567 13574 13577
+1539 1540 5017 5544
+8083 8243 8275 8290
+7638 7727 7728 12765
+8078 8243 8275 8290
+9746 9749 14291 14292
+5431 7275 8748 14567
+7946 8731 12656 12657
+5451 5780 8741 12682
+3718 3719 8804 12695
+569 3046 3047 6811
+545 10872 10873 10876
+4875 11415 13563 13577
+8723 8726 10789 13308
+5445 9122 12748 14529
+11733 11734 13411 13439
+3750 3751 3761 12709
+11426 13574 13576 13587
+879 880 7455 12431
+7285 7286 7316 12595
+1143 5464 12749 14546
+7285 7286 8650 12595
+4918 11022 13277 13279
+8812 8813 10924 13317
+8576 8577 8579 14740
+7287 7317 12592 12595
+8400 12380 12381 12393
+10822 10831 10971 13059
+13556 13574 13576 13587
+1018 1146 1147 12737
+8779 10899 10992 10993
+8827 10812 11135 12726
+3733 3751 3756 8761
+13574 13575 13576 13577
+8826 11084 11089 11095
+8853 12722 12723 12729
+5848 8829 13264 13422
+3704 3733 3745 12712
+7286 7287 12590 12595
+8830 8848 8854 10876
+4910 11137 11733 11734
+5017 5981 13349 13809
+10870 11094 11096 13299
+548 549 4749 13290
+11426 13574 13575 13576
+8821 8822 12720 13418
+592 3070 6780 6822
+8842 10953 10954 13379
+8849 8878 8887 12786
+3744 8786 8804 8812
+10810 10811 10998 11072
+592 593 3070 6822
+8070 11967 11969 11974
+8794 8868 12783 12794
+10808 10824 10979 10982
+2976 10821 10830 10832
+8798 10980 12711 12727
+965 12723 12724 12735
+4284 4459 11827 11861
+8576 8579 12557 14740
+3164 11969 11970 11982
+8227 8229 8236 11974
+8328 11099 11113 11114
+5246 5247 5316 11971
+8855 10980 12725 12727
+1839 5592 5920 13266
+3836 8872 12758 12768
+7789 8788 10829 11071
+1018 1146 12737 12741
+3663 3667 12604 12613
+7317 7329 12596 14590
+6869 6874 6902 12739
+1909 7103 7128 14501
+1017 1018 1147 12737
+7124 12739 12740 12741
+8357 13817 14487 14490
+3816 4068 12746 12749
+3810 3826 12757 12767
+4083 4084 7242 7247
+6850 6851 12838 12841
+8226 11974 11975 11984
+8238 9030 11975 11984
+8841 12767 12771 12773
+7286 7316 7317 12595
+5827 5905 11054 13507
+5827 5884 5905 13507
+3826 3827 3836 12768
+1008 3776 3791 12763
+7138 7140 8353 14488
+1942 7440 7462 9217
+12005 12028 12031 12036
+3825 3831 3841 12756
+8064 11872 12014 12028
+3781 3795 3814 12750
+775 12005 12014 12028
+8880 12768 12772 12777
+8143 12792 12802 13394
+3294 8169 11892 12013
+7783 11872 11875 12013
+4037 7237 7238 7249
+7354 7387 9210 14643
+8860 12761 12762 14532
+8321 11187 11188 12790
+3838 3839 3843 8870
+3128 8177 11873 12013
+5049 5145 5248 11963
+8871 12774 12775 12781
+3776 8790 12763 12764
+3092 6833 11736 11741
+1007 3791 7726 12752
+9365 9367 9368 9495
+8792 8799 10829 14527
+5700 5701 10816 13333
+3797 3813 3830 12787
+8879 12769 12778 12786
+11888 11892 12003 12004
+7419 8058 8485 14616
+8324 12801 12802 12803
+8839 12769 12770 12771
+3773 3801 3802 12796
+7385 7404 8472 14631
+11930 11931 11932 13023
+11851 11852 11853 11924
+8725 13257 13258 13276
+7228 14536 14537 14545
+11888 11892 12004 12008
+5202 6791 6833 11741
+2982 11128 11142 11148
+740 775 12014 12028
+10966 11724 13258 13275
+5696 13424 13425 13438
+7976 8039 12620 13205
+8130 8135 8392 9051
+8883 13380 13382 13383
+5595 5703 5704 13363
+8038 8039 12305 12306
+7804 8374 8381 8383
+7132 8300 12810 12814
+8320 8867 12788 12796
+5202 6833 11736 11741
+8093 8094 12798 12811
+6499 6500 9646 14268
+4592 6432 6551 8310
+8102 10185 14166 14175
+1907 1970 7102 14194
+10955 11707 11708 11716
+5544 13343 13349 13809
+1022 7106 7624 14522
+7399 7414 14638 14642
+6725 10409 10410 10429
+12315 13215 13217 13221
+181 6508 9746 9749
+10787 10966 11724 13258
+1068 6944 6966 14373
+1960 7743 8981 14459
+2052 4103 9647 9648
+3844 12865 12868 12873
+1888 6936 7630 12830
+12739 12740 14521 14523
+1912 7105 7129 14518
+1988 1989 8018 8028
+3091 6791 6833 11741
+7068 7082 7083 14479
+3091 3092 6833 11741
+7023 7046 7626 12954
+1054 1055 3860 12823
+10188 10208 12834 12861
+3682 3693 12622 12623
+12228 12240 12275 12276
+7138 7140 7174 8353
+8577 8579 12554 14740
+8354 8355 10260 13825
+3639 3663 3674 8034
+3888 6905 6931 12824
+1722 5210 6802 6844
+7362 7363 14618 14619
+1722 5119 6803 6844
+3639 3652 3663 12604
+8816 8817 11727 13276
+6876 6910 14516 14520
+3893 3907 12840 12843
+3639 3640 3674 8034
+8276 8277 8280 14665
+7177 7186 12875 14513
+8905 12849 12875 14513
+3892 6851 12838 12841
+5119 6803 6844 11831
+5210 6844 11780 11831
+7170 7187 14500 14507
+1855 1856 5605 6855
+3632 7717 7748 8033
+8219 14190 14193 14194
+7128 7721 7722 14501
+1855 5605 6855 8928
+12228 12240 12241 12275
+536 11015 13299 13300
+7352 7377 8473 9207
+9127 14496 14502 14504
+12184 12185 12225 12260
+7803 9126 10067 13825
+1855 6855 8928 12817
+5461 5462 5482 12847
+12259 12261 12262 12264
+8943 10237 12865 12873
+7957 11703 12337 13248
+3914 12848 12867 12878
+3898 3909 6905 12827
+3186 8045 12279 12301
+6865 6866 6900 14646
+7947 8023 8024 12300
+7153 7167 8939 14516
+6866 7442 7446 7479
+862 6877 7442 7464
+7033 7063 7064 14468
+7182 7185 7187 14499
+9127 10237 12865 12866
+1050 7037 7038 8930
+1049 7036 8929 12817
+7026 7048 14436 14438
+3851 12859 12863 12872
+685 686 3147 12300
+9190 10340 10341 10343
+10 7999 8009 8010
+3910 8903 12855 12859
+6866 6877 6900 7479
+3875 3876 12853 12869
+8957 12884 14429 14439
+7819 9707 10514 10542
+5563 13588 13589 13590
+9000 9168 14076 14093
+3426 6925 6928 6930
+5562 13561 13588 13589
+5563 5928 13578 13589
+8019 12311 12317 14747
+8025 8046 12314 13223
+8015 8668 8674 12660
+13555 13556 13588 13590
+8015 8668 12660 12661
+7815 9226 9882 10748
+8419 8971 8976 12902
+1086 1087 3940 12906
+7935 8016 8675 10781
+8974 9180 10696 12893
+8004 11647 12625 12631
+1083 12898 12899 12901
+7943 8712 8713 11671
+9162 14406 14407 14415
+2570 2571 10642 10687
+10642 10644 10645 10709
+8971 8972 8976 9180
+7943 8697 8717 12625
+9321 10011 10733 10734
+7562 14695 14697 14703
+11628 11630 11647 11648
+8004 11669 12625 12631
+6854 6888 6889 12817
+195 6522 9878 9884
+1087 3940 3954 8422
+9861 10627 10628 10640
+8277 8280 14663 14665
+7995 8006 12269 12271
+3857 6854 6888 12817
+828 829 3394 12423
+3397 3427 3428 12417
+4050 7407 7409 7423
+3956 3986 3988 12922
+1084 3939 3953 12897
+9098 14717 14719 14720
+8422 12912 14684 14696
+5671 13556 13588 13590
+788 9911 9912 9913
+757 1896 7732 14425
+7664 7665 7735 14688
+7614 7697 7765 8405
+1807 5562 5563 13589
+6904 8416 12924 12927
+3981 3982 3992 12930
+7407 7420 7432 14614
+7981 7995 8005 8006
+4071 4085 7407 14614
+6946 6972 6992 14381
+7957 12337 13230 13248
+1873 6933 8414 12934
+7950 7995 8006 12271
+7005 7007 7011 7886
+6979 7007 9016 14384
+7407 7409 7425 14605
+7526 9085 12424 14681
+7312 8645 8646 12568
+4071 7407 7420 14614
+3934 3938 3962 8894
+4071 7384 7407 7420
+7950 7995 12271 12278
+9011 10377 10378 14379
+8276 14662 14665 14678
+6911 12929 12932 12933
+3932 3933 3961 8895
+12287 12288 12294 12296
+13228 13229 13230 13246
+3978 8900 12937 12941
+7672 7760 9217 12380
+8898 8900 12819 12941
+7430 7431 14627 14628
+7430 7431 7435 14628
+9630 9631 10401 10442
+7400 7401 7416 12497
+7416 7430 14634 14635
+3936 3964 3965 8977
+88 2052 4103 4145
+3548 8489 8526 12475
+7986 12286 12287 12288
+1779 1780 5473 7030
+7401 7416 12497 14640
+7958 11657 11658 13232
+7969 10779 13254 13256
+13242 13245 13252 13253
+726 727 12249 13187
+8761 8762 12710 13036
+975 976 3722 7649
+7984 12222 12247 12257
+4268 11826 12961 12968
+3653 12660 12661 12669
+12321 13229 13234 13235
+2756 2757 6411 10885
+7938 8672 8747 10785
+10899 10901 10994 10995
+7965 8769 11825 12349
+4269 11826 12352 12353
+8013 8770 10781 12967
+3190 11800 11803 11812
+7989 7991 11476 13202
+7957 11703 13248 13249
+7500 8277 14663 14665
+2753 2754 2919 10878
+3857 3874 6853 6888
+4458 10977 12965 12971
+3857 6853 6854 6888
+10806 10973 10982 10984
+4285 4460 4461 11861
+8791 10809 10889 10974
+2757 10883 10885 10892
+8036 8042 12620 12624
+7649 8678 12707 12708
+1982 2017 11858 11906
+8668 8670 8679 12686
+2910 10909 10910 11090
+8155 8163 8169 8170
+12287 12288 12289 12296
+8176 11869 11872 11873
+4264 4440 12347 13243
+863 1123 6868 7443
+2757 2758 2923 10883
+7487 7500 7501 14665
+11074 11930 13023 13024
+13188 13190 13201 13210
+4332 4389 10907 10969
+4332 4388 4508 10908
+8851 8880 12734 14525
+7966 8013 8769 12348
+8318 10879 11168 13049
+8104 8327 11159 11189
+11989 11990 13010 13022
+8070 11967 11969 11982
+8107 9025 9031 13046
+5662 13462 13471 13499
+4267 11826 12342 12350
+3095 3260 3261 11775
+8201 8211 9023 9025
+8782 11098 11111 12704
+7952 11788 11796 11817
+1124 6868 6877 7464
+8665 8677 8766 12700
+5366 11760 11943 11955
+3727 3735 8783 12710
+11805 13037 13062 13065
+4276 4277 11805 13065
+3258 3323 3356 11739
+10795 10796 10799 10951
+8761 8774 8777 12709
+8779 8781 10777 10899
+1807 5562 13561 13589
+2973 11089 11091 11124
+4326 6378 6426 10854
+2802 2840 3002 11124
+8042 8046 12302 12303
+2745 6345 6407 11026
+11161 11162 12365 13065
+6868 6914 7443 7476
+11250 13514 13595 13596
+12321 13216 13223 13234
+11117 11154 11160 11186
+8328 11118 11159 11163
+11852 11898 11930 11980
+8323 11149 11171 11188
+2767 6356 6383 11125
+6864 6865 6899 12400
+4467 11991 11992 13051
+861 862 1125 3476
+2980 3009 3038 11080
+13216 13217 13234 13236
+3802 8866 12788 12796
+3455 3473 12401 12407
+8027 12321 13216 13223
+3454 3455 3473 12401
+7969 13253 13254 13256
+8494 8498 8603 11250
+8789 12714 12715 12982
+1978 8789 8802 12715
+8848 10874 10876 10915
+8498 8519 8520 11250
+706 3157 3197 11809
+7963 8025 12300 12314
+10819 10820 11067 11104
+3028 10823 10838 10841
+7944 8042 12303 13205
+862 1125 3476 4014
+8774 11161 13038 13063
+8774 10803 10812 10840
+2801 2973 11095 11124
+10771 10860 13254 13256
+8767 8784 12694 12701
+8778 11086 13025 13026
+7969 13248 13252 13253
+7971 7973 12640 12644
+6909 6910 8938 14516
+2854 2855 2938 11201
+8196 11375 11377 13095
+13215 13216 13217 13221
+8084 11057 11209 11216
+8180 8396 9212 14670
+862 863 1124 3477
+8180 8181 9412 9450
+8181 9338 9339 13119
+219 9418 9419 9420
+6876 6909 6910 14516
+2599 2682 10045 10111
+1387 4565 4628 6470
+780 813 5030 5031
+8180 8181 9212 13079
+8400 12381 12393 12397
+2816 2938 2941 11219
+3514 3519 8469 12441
+11870 11871 11872 11876
+3529 8484 8523 11035
+11179 11184 13404 13405
+7944 13215 13216 13221
+8196 12058 12059 13072
+9425 10106 10109 13100
+1893 6963 7891 7907
+7997 11624 11656 11659
+9 1894 7891 7926
+7489 7502 7503 14678
+9066 10179 12431 13490
+9288 9360 9416 14168
+6963 7825 7891 7908
+7463 7470 14670 14672
+659 4232 12101 12102
+11198 11206 11298 11302
+8468 8470 8481 8483
+12311 12312 12317 12319
+8534 8535 12082 12086
+11341 11342 13150 13154
+7782 8062 8167 8175
+6546 9449 13082 13119
+7825 7891 7908 7909
+7779 8089 11039 11041
+7457 7458 8074 14677
+8395 8396 9212 13079
+7958 11621 11624 11656
+8180 13118 14671 14672
+10108 10129 10132 10136
+8081 10108 10155 10157
+8182 9475 13088 13129
+13218 13219 13220 13222
+8281 10168 10170 14675
+7463 7470 7475 14672
+8516 8522 12450 12452
+2396 2397 2562 10488
+4183 4348 4474 11264
+7997 11601 11653 11654
+7825 7909 7927 7934
+11880 12057 13066 13084
+8187 12061 12082 13126
+654 3168 12052 12062
+7916 7922 9801 9802
+7998 11601 11602 11654
+11602 11603 11654 13222
+7820 7861 7922 7928
+7958 13232 13237 13238
+11311 13139 13140 13141
+13094 13104 13106 13107
+11198 11265 11298 11303
+8681 8687 12667 12678
+2858 11204 11228 11231
+4401 13073 13094 13096
+7866 7888 9759 9765
+4339 11318 11323 11543
+7820 7861 7921 7922
+11428 11429 11460 12143
+11313 11315 11333 11335
+7460 8183 8184 14676
+7370 7401 7402 14640
+3564 3577 12496 12506
+185 9742 9773 9786
+7455 7487 13489 14675
+11320 11322 11451 12515
+7827 9742 9773 9776
+8541 11295 12510 13153
+7817 7917 7920 7925
+11343 11345 11544 11545
+2949 11296 11312 11341
+190 9797 9810 9814
+661 4234 12109 12111
+660 3174 12097 12105
+8546 12131 13152 13155
+13157 13160 13161 13162
+7817 7848 7920 14333
+7822 7826 7905 7932
+11428 11429 11460 11461
+7931 7932 9804 9805
+4242 4243 4418 12149
+8560 8561 11321 13159
+4305 4354 11365 11407
+7455 7486 7487 13489
+953 954 8563 12598
+727 728 7688 8032
+3663 3674 8034 12615
+8474 8475 8480 9210
+8655 11396 11398 11684
+4310 4396 11475 11477
+7984 12253 12259 12264
+8687 8754 12667 12678
+7614 7696 7697 12490
+11801 12333 12339 13241
+7519 7520 7521 14659
+2719 2720 2885 11514
+11399 11536 11686 13181
+7844 7845 14395 14398
+4426 11559 12258 13183
+5021 5325 12200 12221
+7940 8032 12259 13196
+6994 7015 7849 14403
+7905 7930 7931 7932
+12250 12251 12252 12257
+3640 3674 8033 8034
+7897 7899 7903 7906
+7968 7969 7970 13252
+2957 3021 3033 11518
+12261 12263 13173 13195
+11524 11526 11527 11553
+592 3069 3070 6780
+3976 6892 6922 12931
+10933 11552 11607 11608
+726 763 12229 12273
+3177 3304 12120 12132
+12293 12297 13197 13199
+11474 11478 11536 13182
+1989 8012 8018 8028
+437 438 2723 6334
+1110 6932 12489 12490
+12378 12383 12385 12386
+8033 8034 8659 12605
+7493 8460 12386 12402
+4250 12253 12257 12264
+1955 7897 7903 7906
+7976 12306 13198 13204
+2722 2887 2888 11523
+7469 7507 14648 14650
+7614 7697 8405 14645
+7963 8011 8040 12302
+3693 3694 7993 12621
+2889 11550 11551 11599
+3085 3251 12282 12284
+7936 7944 12303 13221
+941 3633 3647 8036
+8020 8028 12320 12321
+12324 12325 13214 13234
+7869 7870 7897 7906
+7970 8016 12644 12645
+4370 4473 11627 13233
+12324 13228 13230 13234
+12325 13220 13232 13238
+11465 11481 11593 13718
+9214 14669 14672 14673
+11393 11487 11488 11505
+684 12290 12301 12307
+7821 7870 7897 7906
+7970 7974 12644 13237
+4440 10868 12347 13243
+7969 7970 13248 13252
+11562 11601 11602 11604
+12321 12322 13229 13234
+12320 12321 12322 13240
+4482 11603 13203 13222
+8681 8687 12666 12667
+7942 7993 8001 10935
+7956 7968 7970 13247
+11595 11596 11597 11720
+2051 2215 9648 9651
+8720 11615 11616 11651
+5272 5273 5381 9727
+7471 7504 8400 14656
+5137 7809 9732 9739
+3151 3191 3322 11749
+7501 8244 14665 14678
+7949 11802 12330 12341
+5056 5257 7949 14760
+9212 14670 14672 14673
+1110 1879 7613 12490
+7840 7842 9751 14295
+12336 13229 13240 13247
+7819 10395 10417 10519
+7812 7880 9769 9793
+792 5037 7813 7878
+7812 7914 9796 9813
+7966 8013 8014 10781
+943 3634 3649 8018
+1110 1879 6932 12490
+7289 7320 8682 12671
+10774 10776 10784 10920
+8830 10958 10959 13285
+7812 9769 9796 9813
+5842 5892 13437 13441
+5250 11743 11799 12330
+2756 6350 6411 10884
+1862 3423 5401 6861
+7614 7615 7765 12412
+792 793 7877 7878
+13264 13265 13267 13268
+8830 13279 13282 13287
+1730 5389 7530 8462
+792 793 824 7878
+5783 5845 8723 8724
+7809 7867 9730 9732
+7530 7531 7561 14682
+4747 10958 10959 13285
+7865 7866 7867 9730
+848 849 8404 9242
+7869 7870 7897 9765
+9143 9144 10358 10375
+10820 12728 12734 14526
+8842 10991 13296 13297
+4747 4916 4917 10959
+5236 5387 9769 9792
+8740 8743 8818 8819
+3243 12213 12214 12239
+4666 4832 4944 13309
+7570 9933 14734 14737
+1880 7614 7615 12412
+532 4732 10955 10966
+4943 4994 13313 13716
+4904 4905 4946 11728
+4832 13260 13303 13310
+5584 5692 13326 13334
+4079 7325 7338 7345
+2214 9649 9651 9652
+7584 9279 9933 14734
+6518 6686 9815 14352
+8824 13318 13320 13371
+6943 9005 9017 14376
+849 7541 9242 14739
+3764 8786 12696 12698
+8810 8814 12697 12702
+8818 10870 11017 12699
+3242 3243 3391 12214
+8196 11200 13094 13095
+7523 7552 7556 9227
+5590 5591 13265 13269
+4905 4946 4982 13335
+6943 6975 9005 9017
+5863 8737 8738 8815
+7523 7544 7552 9227
+7009 7847 9016 10437
+9225 14698 14700 14709
+7009 7014 7847 14382
+4985 10960 13314 13413
+6973 6979 7007 9016
+3717 3718 8739 12691
+7847 9016 10437 10570
+8814 8824 13320 13321
+3492 3516 12440 12443
+5981 6156 13343 13349
+4246 8553 12194 13226
+389 10094 10132 13455
+2476 10034 10038 10087
+5980 6154 6295 13795
+7827 9763 9777 9778
+9221 9225 14700 14709
+7822 7831 9775 14313
+8115 10144 13356 13463
+7829 7837 14306 14307
+7563 14702 14703 14717
+5594 5703 13364 13366
+4847 13315 13364 13378
+7828 9720 9738 9747
+2760 2761 2926 10907
+7533 7563 14702 14717
+9720 9721 9745 9747
+1463 1464 4672 5934
+7828 9743 9744 9747
+9743 9744 14288 14291
+4669 4947 5584 13326
+719 4292 4293 11983
+7531 7562 8465 14697
+8810 8814 8824 13321
+7289 7711 8682 12671
+13380 13381 13382 13429
+14296 14300 14302 14303
+7828 9738 9744 9764
+7531 8464 8465 14697
+4638 8392 9059 9064
+6943 9017 12959 14376
+7536 7551 7574 12368
+844 7537 7551 12367
+7805 8375 8378 11170
+5594 5595 5703 13364
+8834 8842 10954 13289
+8144 8885 13404 13405
+5696 5904 13425 13438
+844 845 7537 12367
+10815 11008 11018 11020
+7996 13219 13237 13238
+7843 7846 9741 14321
+7585 7597 7598 14705
+10918 10986 11068 11166
+997 8131 12799 12800
+7806 8138 13394 13395
+559 560 4760 8388
+4758 11182 13396 13397
+8103 8330 8364 11155
+8145 9054 13798 13814
+998 999 12808 14485
+5775 5778 5908 9061
+6943 6965 9017 12959
+4681 4800 4850 13444
+7818 7834 7839 9751
+3768 8143 12797 12808
+4759 4760 9055 11193
+8844 8849 8878 8887
+8148 11182 13395 13404
+11179 11183 11184 13404
+5565 5922 13591 13604
+4367 4434 4435 13222
+4924 4956 13386 13392
+4909 11734 13372 13374
+11112 13318 13319 13320
+7836 8984 8991 14381
+6938 7731 7835 14372
+8810 8824 13321 13442
+6972 6992 7835 14386
+7490 7491 14667 14676
+10960 13263 13420 13422
+6999 7836 7843 14386
+7575 7585 7598 14693
+7576 7585 14693 14695
+1107 7610 7651 14604
+8853 12722 12729 13280
+8888 10825 10826 11166
+7350 7651 8581 14604
+1114 4008 4009 14593
+5747 5870 8844 8849
+4677 4845 4948 13301
+8845 10953 13380 13383
+554 555 2809 11116
+1773 1774 7114 9129
+1024 3784 3785 5464
+4682 4952 4953 13414
+3367 3368 12090 12227
+5597 5696 13424 13432
+7585 14693 14695 14705
+4672 4791 5934 13408
+3368 12093 12095 12227
+7289 7710 7711 12671
+12065 12078 12114 12227
+8438 10026 13758 13759
+5739 5745 8820 8829
+4858 11281 11282 13448
+4429 11571 13190 13191
+2690 6318 6387 11202
+8972 8973 8974 14694
+7796 8455 8459 9999
+4692 4693 4862 11278
+8450 13459 13502 13804
+8444 8445 9994 13759
+7502 14662 14668 14678
+11596 11597 11720 11721
+390 6058 10142 10143
+6060 6061 9068 10173
+9329 9944 10026 13760
+486 11043 11044 11046
+6105 6106 9083 13524
+11280 13464 13465 13475
+878 5408 8127 12430
+5407 5716 8114 8500
+9226 9974 14706 14709
+7936 7976 7977 7991
+11571 13190 13209 13213
+10121 10123 10157 13124
+8063 8178 8193 8197
+8248 8296 10173 10180
+11463 13210 13212 13213
+2443 8284 8288 8296
+8973 8974 14694 14699
+7936 7992 12303 13221
+8294 8492 8506 13467
+8025 8027 8046 13223
+8116 8117 9073 9074
+11273 11276 11277 11278
+7955 12315 13214 13218
+5825 8503 8504 13450
+7981 8008 8009 12326
+489 2776 11058 11241
+7992 13217 13218 13219
+4686 4687 11065 13460
+8492 8505 8506 13467
+488 489 11058 11059
+11239 11241 11246 11256
+5939 6061 9067 9075
+760 7774 7980 8009
+12065 12078 12114 12115
+7303 14581 14582 14586
+1116 4006 14577 14582
+7797 8289 8295 8298
+6058 6059 10142 10143
+10130 10131 10137 13455
+46 1120 1145 12747
+1116 1117 4006 14577
+1104 4006 7607 14582
+6235 10144 13354 13456
+6235 10143 10144 13456
+8452 9070 13452 13453
+1540 5002 5017 13349
+7992 11602 13203 13206
+1622 1623 5017 6099
+1236 4185 4302 11319
+1091 1092 3943 5495
+6261 13350 13357 13360
+10024 10095 13451 13453
+7781 13488 13489 13490
+7749 7763 8794 14528
+7763 8794 8801 14528
+11050 11054 13507 13579
+7637 7763 8801 14528
+1412 1413 4646 13534
+1091 3943 5494 5495
+8506 8508 11275 11276
+1874 7618 8415 8977
+13462 13469 13471 13499
+9705 10471 10481 10528
+2701 2702 2867 11319
+5902 8602 11252 13512
+173 9639 9640 9646
+1542 5983 13353 13360
+7617 7618 7737 8977
+1082 1091 3943 5494
+7729 7763 12783 12794
+4818 4937 13601 13607
+45 1082 1091 5494
+725 726 12286 12295
+1083 6955 12898 12899
+731 767 12174 12175
+5540 5541 5649 13742
+767 12174 12175 12177
+730 731 12190 12191
+1627 5983 6101 13353
+730 731 12190 12533
+6280 9078 13494 13524
+730 12188 12190 12191
+11350 13533 13592 13593
+4693 4694 11284 13513
+730 7744 8556 12533
+8494 8507 13504 13514
+5665 13512 13517 13522
+13506 13507 13508 13515
+1067 6944 9018 9019
+1067 9018 9019 12959
+1107 7651 7652 14604
+8495 8506 8508 12439
+7488 7501 7502 8244
+7797 8083 8275 8288
+1489 5940 5941 9079
+8111 9072 9075 9078
+12431 13488 13489 13490
+8261 11052 11055 11280
+1107 4009 7610 14604
+8125 11060 13482 13483
+1894 6940 6963 7926
+600 3078 6826 12219
+5727 5833 8586 8607
+8595 8599 8610 12503
+7369 12493 12494 12497
+4937 13601 13607 13617
+28 954 7715 7716
+11352 13538 13541 13542
+8613 13585 13586 13587
+8613 13586 13606 13609
+1806 5561 13561 13562
+7673 7698 8408 12397
+600 6784 6826 12219
+1893 1954 7891 7907
+759 1894 6940 7926
+7988 12288 12295 13187
+7673 7674 7698 8408
+7024 7043 8894 12954
+11389 11390 13551 13560
+8604 11349 13540 13596
+1949 7523 7545 14712
+3401 7677 8426 12418
+4935 4980 13586 13609
+1949 7667 7668 14712
+505 506 2784 11391
+1975 1976 7684 11071
+5728 5782 5875 8627
+7977 12620 12622 12623
+507 4707 4708 11423
+5887 8613 13573 13587
+1976 7749 8788 8794
+8601 11385 11410 11413
+13599 13600 13605 13609
+1975 11071 11986 13024
+1975 7684 11071 12794
+7684 8794 11071 12794
+8619 8620 11410 11411
+5723 5785 8498 8603
+11054 13466 13470 13579
+5565 5566 13604 13606
+7695 7732 8975 9186
+1890 7730 7731 14372
+1890 6938 7731 14372
+5565 5566 5674 13606
+756 7695 7732 8975
+7695 8968 8975 9877
+11502 11503 11504 11508
+7694 7756 7762 8970
+4935 13586 13591 13606
+5566 5674 13606 13608
+8989 12955 12957 14478
+8543 11196 11205 11304
+5575 5923 13680 13693
+8482 8484 8522 12452
+11248 11307 11332 11346
+8489 8518 9117 14635
+8589 12492 12503 12504
+4208 6377 6426 11027
+8611 11355 11370 11382
+5684 5840 5890 13670
+4935 13605 13606 13609
+7742 7766 8988 14372
+5875 8607 8631 8633
+3078 6826 12218 12219
+8216 14184 14190 14196
+4208 4326 6426 11027
+8218 9539 14184 14190
+6987 12893 12894 14416
+7988 12288 12294 12296
+4816 4980 13575 13586
+513 4714 11538 13611
+8626 8642 11500 13653
+11465 11481 11577 11593
+6986 6987 12893 12894
+8638 11510 13583 13584
+4966 13610 13616 13635
+758 1894 1895 6940
+13177 13181 13184 13185
+11584 13625 13628 13643
+4884 11593 13611 13612
+11436 11554 11579 11610
+1969 7719 14190 14194
+7943 11668 11670 11671
+3668 12609 12610 12617
+11578 11586 11587 11589
+611 3089 6790 6831
+8651 11593 13652 13718
+8630 11473 13610 13616
+11465 11591 11592 13718
+2831 11612 11613 11649
+1907 7127 7719 14194
+4717 4718 11583 13625
+8693 8718 11485 13623
+11399 11685 11686 13185
+3790 7728 12764 12783
+6987 7000 12894 14418
+600 3077 3078 12219
+600 3077 6784 12219
+6986 6987 7000 12894
+4893 4894 4995 11666
+6957 6986 6987 12893
+2723 11530 11531 11549
+4661 5923 13678 13680
+12171 12172 12211 12212
+8692 8699 11486 13623
+518 519 2830 11552
+11481 11581 13717 13718
+9161 14046 14405 14406
+8691 13625 13626 13643
+11638 11639 13621 13624
+11640 11641 11650 13642
+4888 4889 11639 13626
+6998 7003 9161 14406
+5678 5834 5836 13620
+6983 6998 9161 14405
+6498 6666 14258 14265
+6983 6998 7003 9161
+8559 11362 12195 13226
+4935 13586 13606 13609
+11483 11484 11494 11495
+4657 4821 13637 13650
+8705 13644 13666 13681
+4885 4886 13613 13630
+4885 4886 11577 13613
+1818 1819 5938 13655
+4671 4672 5934 13408
+5736 8708 8709 8729
+8640 8694 11496 12607
+7613 7696 7708 12490
+1110 1878 6932 12489
+4885 11585 13613 13630
+519 2791 11522 11552
+5438 8702 12628 12633
+7444 14644 14647 14650
+4720 11637 11639 11640
+524 4724 4725 11665
+8710 12636 12638 12643
+11634 11635 12610 12617
+1068 3930 8992 9007
+3642 3643 3668 12609
+945 7687 7750 12661
+1068 1069 3930 8992
+4726 4895 4896 11679
+4896 11700 13687 13688
+1829 5582 13324 13325
+11585 13613 13614 13630
+1447 1448 1823 13710
+8701 13676 13703 13704
+4725 4894 11681 13675
+945 7718 7750 12661
+4662 4782 5917 13693
+4886 13613 13630 13654
+11680 13683 13685 13724
+11700 13688 13689 13708
+7686 8670 12344 12349
+4830 11700 13691 13707
+611 3088 3089 6831
+4839 13374 13376 13408
+5688 13304 13306 13721
+5890 5903 13704 13705
+10945 13690 13714 13716
+12187 13171 13173 13177
+4886 11583 13613 13654
+4829 13696 13700 13701
+4423 13171 13177 13184
+5033 5227 5340 9456
+1927 1928 7291 7713
+1069 3930 8992 12951
+4829 4830 11700 13700
+11583 11584 13624 13625
+1058 3861 3862 6853
+1058 1853 3862 6853
+1825 1826 5579 5931
+838 7672 7673 12381
+5688 5689 13306 13721
+8026 8031 8735 11676
+8031 12636 12637 12641
+843 3401 7677 7678
+8734 13676 13702 13703
+837 838 3417 7672
+12183 12261 13178 13179
+5449 5731 8744 14566
+525 4726 11662 11678
+3641 3642 3666 12608
+11956 11957 11966 11982
+8570 13177 13185 13227
+7664 7764 8426 12926
+7540 7569 9933 12371
+11462 11479 11483 11683
+7664 8426 12926 14688
+7940 8564 8566 8567
+8446 12371 12372 14735
+8548 12152 12193 13164
+6051 6228 6229 13754
+387 388 6055 10096
+4223 8165 11886 11887
+835 7664 7678 8426
+8445 12369 12370 12372
+3613 8549 8561 11320
+5977 6151 13734 13736
+835 7664 8426 14688
+1833 1834 5586 5934
+6154 10060 13755 13792
+6098 6154 13796 13797
+2433 2434 4567 10062
+1630 1631 5008 6103
+6259 13740 13741 13742
+8185 11877 12445 13084
+8543 9211 11205 11332
+13094 13095 13104 13107
+5836 5837 5896 13628
+1732 1733 5391 7532
+6093 6146 6241 13781
+5642 5811 13764 13766
+5809 9103 9110 14117
+6215 6216 10742 10753
+6090 6143 13768 14119
+3529 8509 8523 11035
+5979 6153 6154 13796
+8499 8508 8509 12439
+9111 10729 10741 14116
+5637 5807 5883 14132
+2399 2400 4613 10561
+6151 6275 6300 13733
+6231 10093 10098 13778
+9216 14658 14659 14660
+13755 13756 13757 13792
+9944 9994 10086 13759
+12169 12172 12211 12212
+7627 7628 7741 12954
+1905 7024 7627 7628
+7794 8522 9211 14641
+5540 13736 13740 13742
+7794 8543 9211 14641
+298 299 2423 4624
+5817 8434 13756 13793
+13343 13780 13794 13805
+5713 8430 8431 8442
+5651 13793 13794 13795
+7805 8378 8381 13393
+8147 13776 13810 14486
+12171 12172 12210 12211
+7803 8892 10067 14495
+8356 8362 10261 13823
+6110 6244 6309 13821
+10057 10094 10096 13451
+7375 7391 14604 14607
+7805 8381 9048 13393
+9233 9324 9977 9983
+1108 7652 7653 14607
+1102 1103 4005 7606
+379 380 6047 10019
+6225 10028 10029 13807
+8358 8385 13813 13817
+7805 8375 12809 13776
+7805 8375 8381 13776
+5216 12202 12203 12212
+5864 8133 8134 13815
+8131 9051 13814 14750
+8133 8146 8385 13813
+972 988 3706 7645
+8357 10260 14488 14490
+7215 7605 7642 7643
+5609 9063 13799 13800
+328 5995 5996 10267
+8146 10082 10084 13841
+9049 9052 9053 13811
+1919 7641 14558 14559
+8146 10082 13810 13817
+32 972 988 7645
+8465 8466 12901 14682
+8356 8357 13817 14490
+12168 12169 12202 12203
+731 12145 12190 13169
+3896 3910 12855 12859
+8325 10197 10198 10228
+10303 13858 13861 13862
+3825 3831 8876 12756
+3856 3881 3896 12859
+8933 8934 12857 12868
+7805 8324 8378 12801
+1964 1965 2000 9586
+11501 13628 13629 13654
+8944 8946 13859 13873
+759 7882 7915 7921
+40 1040 7629 8896
+3853 3873 12825 12826
+11462 11466 11479 11683
+8925 8926 14242 14244
+58 1633 1848 9065
+1552 4996 5003 13844
+9769 9795 9796 9813
+5986 8387 8390 9054
+12172 12208 12209 12211
+9552 10298 10302 13868
+800 5126 12171 12211
+12105 12106 12110 12113
+9720 9721 9738 9747
+7113 8891 8933 14495
+6111 13864 13865 13878
+1500 5508 13890 13891
+12105 12108 12110 12113
+8951 9552 10292 10301
+8959 10237 12869 12873
+7610 7650 7761 8581
+5391 5392 5708 14702
+1033 12884 14429 14439
+735 12106 12110 12113
+734 8527 12106 12113
+735 12074 12110 12113
+7787 9203 9548 9549
+3180 12172 12180 12182
+8355 10066 10250 13825
+10075 10084 13811 13812
+10226 10234 10235 10238
+8955 13880 13896 14435
+5750 5761 5860 8933
+7587 7594 14698 14709
+12188 12189 12190 12192
+329 10271 10275 10294
+7582 7587 7594 14698
+5994 5995 10267 10295
+1062 3866 5482 12847
+9101 9114 9226 14706
+2168 9688 9735 9736
+10219 12889 14433 14441
+3180 12173 12179 12180
+6662 6719 6750 14249
+9219 9232 14724 14729
+2168 9720 9735 9736
+10323 10324 10325 10344
+5762 8952 8953 14428
+8953 8955 13897 14435
+2491 10326 10327 10342
+9593 10243 10285 10343
+9720 9735 9736 9737
+2450 10278 10313 10316
+1558 5009 6067 13878
+10345 10352 13896 13898
+6071 6117 6238 13910
+1569 5954 6072 13914
+8955 13896 13897 13898
+9101 14693 14694 14701
+5511 13905 13909 13910
+6013 6190 10473 13933
+9616 14241 14242 14244
+8532 12521 12532 12533
+7562 7576 7585 14695
+6938 6992 7835 14381
+7831 7903 14306 14389
+12152 12181 12193 12194
+6004 6182 10352 10353
+10756 14133 14735 14736
+11293 11294 11378 11379
+1956 14306 14328 14389
+6972 6992 7835 14381
+5620 5797 5798 13917
+8953 8954 8960 13897
+670 671 4244 12152
+8960 8962 13923 14448
+668 4241 12134 12148
+5477 5478 7035 12946
+10402 10403 13920 13921
+9133 10384 10385 13922
+8964 13922 13926 13927
+6122 6264 6306 10438
+346 10433 10472 13930
+14444 14450 14451 14452
+1508 1509 4998 13958
+10473 13934 13935 14000
+8423 8424 14689 14690
+12133 12135 12142 13157
+6247 6288 6306 10438
+5626 5628 5795 13981
+13904 13911 13913 13915
+6248 6265 13961 13963
+5513 13912 13913 13939
+5788 10398 13953 13971
+10381 10383 10391 13926
+7832 7862 7863 14394
+10425 13954 13981 14005
+10376 10387 10388 13937
+6010 6011 6188 10402
+258 2383 4541 4605
+6015 6016 6193 13951
+7006 7010 7844 14395
+7860 10559 10560 14324
+13965 13971 14000 14001
+13954 13955 13967 13981
+13954 13967 13980 13981
+6249 13980 13986 14007
+4244 12152 12181 12194
+5771 10430 13956 13962
+7553 14680 14684 14692
+10632 10633 14317 14318
+7830 7896 10633 14317
+7080 7081 7092 14465
+13936 13943 13944 13945
+6016 6017 6194 10534
+7580 7581 7588 14133
+5629 10474 13993 14006
+7094 7095 14470 14471
+350 351 6018 10523
+2499 2623 2655 10475
+5487 6948 9009 9015
+2458 2497 10440 10479
+9016 10357 14375 14380
+2620 2665 10418 10431
+10454 10572 10573 13996
+9016 14375 14378 14379
+7824 9014 10437 10570
+7832 7844 14394 14395
+7439 7699 9217 12381
+1510 5516 5517 13982
+1509 1510 5516 6076
+851 7525 7543 12373
+7855 9831 9846 14343
+9162 10650 10655 14052
+671 4244 4245 12181
+9156 10602 14017 14035
+356 6024 10578 10603
+7843 7886 14385 14394
+4244 4245 12181 12194
+9158 9159 9175 14400
+6196 10516 10525 10526
+8553 12180 12181 12188
+7855 9838 9846 14343
+3657 3676 8731 12646
+7855 9837 9838 14343
+5475 5758 9136 14461
+10400 10434 13930 13933
+6190 10434 13933 13935
+10398 13953 13970 13971
+7810 7898 9730 9765
+10361 10386 13905 13929
+11293 11294 11378 11458
+12180 12181 12188 12189
+7811 7851 7865 7890
+8532 12518 12522 12532
+6021 10572 13974 13994
+5629 5630 5880 13997
+1582 1583 6079 14016
+7850 7851 7865 7868
+7824 9010 9015 10396
+5521 5629 13991 14009
+9163 14030 14032 14041
+3906 3919 3920 12839
+6133 6250 6271 14031
+11987 11988 13017 13047
+2560 10490 10496 10539
+8993 9087 9089 14707
+5633 5805 9163 14032
+10576 10593 10597 10600
+11271 11272 13105 13108
+5805 14018 14020 14032
+7531 7532 7562 14697
+1732 5390 7531 7532
+9163 14030 14041 14050
+1732 5390 5391 7532
+10418 10480 10482 10485
+9787 14312 14318 14319
+9643 9703 10462 14304
+7818 7840 7842 9751
+7895 9665 14293 14297
+8990 14463 14470 14476
+7865 7867 7868 7890
+7851 7865 7868 7890
+1942 7440 7701 9217
+5964 14037 14038 14039
+357 358 6025 10603
+7130 7143 8096 14491
+5804 10454 13989 13997
+9021 10454 13988 13995
+7497 7514 7519 14654
+7495 12386 14648 14651
+5451 5741 5780 8741
+7476 7493 8460 12402
+11457 11460 13161 13162
+7497 8460 12386 14648
+2503 2629 2630 10583
+7857 7913 10584 10637
+7495 7497 12386 14648
+1941 7439 7462 9217
+7130 7139 7143 14491
+7109 7130 12811 14491
+8546 12135 12142 13157
+9170 14059 14060 14062
+10516 13975 13979 13990
+3461 8400 12393 14656
+3592 3606 12513 12522
+5901 9159 9169 9170
+6024 6202 10604 14017
+7512 8457 14655 14661
+5526 14069 14070 14071
+6134 14037 14041 14067
+6203 10604 14029 14036
+7875 10618 14408 14423
+5898 9166 14081 14096
+6313 10657 14056 14059
+5866 8995 9091 14094
+9000 9171 14053 14063
+7875 14408 14419 14421
+7985 7988 13186 13189
+7001 7016 7017 14408
+764 798 799 5021
+7481 7482 14655 14657
+5617 5784 14073 14086
+2572 2573 10682 10691
+6215 10731 10741 10742
+7498 7499 7512 14661
+7512 7513 14658 14661
+9089 9095 9100 9101
+1002 1003 12798 12811
+5808 5894 5910 9103
+9112 10733 10736 10737
+1523 5528 5529 14087
+665 666 12132 12135
+1002 1003 3772 12798
+7863 10545 10554 10615
+5973 6091 6144 13767
+7456 7487 7488 14675
+7887 9154 10601 14027
+6903 6913 12408 14647
+7444 7469 14648 14650
+6878 6903 6913 14647
+6867 6878 14644 14647
+5808 9092 9102 9103
+10698 10699 14082 14083
+6142 6272 6278 14110
+2466 2505 2632 10688
+10685 10691 10710 10746
+14098 14101 14105 14114
+9111 10741 14116 14117
+6308 10754 13726 13762
+5970 6089 6254 14120
+6034 6035 6212 10703
+12158 12176 12177 12178
+6143 6216 6308 13762
+9154 14027 14046 14406
+7887 9154 14027 14406
+7887 9162 14027 14406
+9585 9591 9592 9594
+5808 5910 9092 9103
+12389 12391 12392 12394
+10587 10663 10673 10674
+3307 12158 12176 12178
+6274 10725 14098 14099
+9171 10654 10656 10666
+9093 9853 10670 14128
+8245 10170 13488 14675
+7838 9094 9853 10694
+7815 8972 9226 9882
+10177 10178 12431 14675
+8117 8122 8125 9066
+373 374 6041 10015
+7534 14717 14718 14728
+2000 9568 9586 9601
+372 373 2470 10012
+7801 8298 11042 13460
+9221 9224 14357 14358
+7396 12464 14629 14630
+287 288 2412 4556
+9978 9979 14138 14139
+2301 9867 9869 9873
+6521 6522 9854 9878
+7819 7895 9703 10476
+9220 9900 14367 14368
+2139 2178 2305 9272
+7895 9665 9703 10476
+8117 8122 8123 9066
+8290 10179 12431 13518
+7819 7895 9707 10476
+7870 7905 7928 7932
+7542 7570 7571 14739
+7546 9228 9921 14732
+8123 9066 12431 13490
+7495 7519 7521 12386
+2674 9945 9957 10153
+7496 7509 12391 12394
+7870 7904 7905 7928
+299 2423 2424 4624
+9242 9330 10035 10036
+9332 9355 9356 14147
+7477 7497 8460 14648
+3307 3339 12176 12178
+3139 3307 3339 12176
+213 6539 9335 9358
+2428 2429 2594 9972
+5372 9312 9313 9389
+7883 7924 7925 7932
+7892 7909 7927 7932
+9340 10043 10118 14157
+9340 10043 10099 10118
+9328 9341 10040 14155
+7826 7925 7932 9805
+7826 7931 7932 9805
+867 7445 7466 12485
+3615 3621 12546 12549
+3777 3815 8868 12793
+8305 10195 10197 10228
+9266 9943 9946 10151
+9242 9330 10035 10151
+5140 5232 9602 9604
+7795 8404 8459 9400
+9939 9940 9948 9962
+11473 11585 13614 13620
+9334 9336 14143 14146
+9336 9947 14143 14146
+293 2417 2418 4622
+3621 12531 12546 12549
+7372 7403 7405 12498
+3800 8321 12788 12795
+7816 7914 7915 9812
+3615 3621 3623 12546
+9115 9206 9209 12448
+14186 14188 14197 14198
+7915 7917 7919 9812
+9115 9206 9209 14608
+1846 1847 5598 13431
+758 7914 7915 9812
+8232 9378 9540 14189
+3339 12147 12176 12178
+8924 8959 10189 10300
+7787 9028 14200 14201
+7870 7905 7906 7932
+7681 7719 7720 14498
+1847 5598 5599 13434
+10217 10218 14199 14207
+1847 5598 13431 13434
+375 2471 2511 9987
+7788 8314 8354 9549
+7416 8489 9117 14636
+7787 8221 8316 9203
+7681 8901 9202 14498
+7161 8216 14497 14498
+8910 9377 9550 14206
+8326 10187 10207 10214
+7416 7430 7431 14627
+7400 7415 7416 14635
+6435 6596 6602 10190
+8910 9550 10236 10270
+7924 7925 7932 9804
+9527 9533 9573 9574
+7416 7430 14627 14634
+6940 6974 7926 14411
+6940 6963 6974 7926
+7015 7018 14402 14403
+4532 4595 6555 10212
+2363 2528 2529 10205
+2362 4531 10190 10205
+3879 3901 3910 12858
+3852 7634 12863 12887
+8915 9527 9529 9530
+6990 7006 14388 14398
+6489 9595 14211 14223
+9582 14203 14205 14206
+6603 6762 10287 10288
+7415 12494 14635 14638
+7088 9135 9191 14446
+8917 9591 9592 9594
+759 7883 7915 7919
+3603 3615 3616 8569
+3371 3372 12162 12169
+5378 9559 9587 9625
+4044 4071 7389 7422
+1691 6782 6823 12165
+8916 9562 14216 14218
+9563 10280 10309 14233
+2612 9528 10276 10280
+7925 7932 9804 9805
+7822 7905 7906 7932
+8921 9563 9577 10219
+2036 2037 4095 9525
+9611 9613 9616 14244
+6559 10282 10289 10290
+9528 10224 10244 10272
+9609 9613 9614 14238
+9144 10443 14442 14446
+9 7883 7891 7926
+1691 6823 12165 12167
+11473 13615 13632 13650
+10370 10371 10393 10444
+169 170 9626 9634
+6963 6974 7825 7926
+10421 14267 14268 14286
+3073 6782 6823 12165
+9612 9615 9626 9633
+3072 3073 6823 12165
+4075 7356 7378 8584
+6500 6501 6669 14268
+6990 7006 14387 14388
+2211 9617 9618 9620
+1961 9627 9677 9682
+7006 7844 14395 14398
+341 10375 10382 10389
+7825 7909 7934 14388
+3072 6823 12165 12167
+6608 6666 6667 10368
+4412 11542 11543 11547
+2213 9619 9649 9652
+897 7356 7378 8584
+2453 10340 10347 10359
+10368 10404 10405 10414
+5334 9604 9620 9622
+1961 9627 9636 14458
+174 2125 9640 9670
+9713 10416 10483 10527
+8519 8589 8594 13594
+9667 9708 9709 9710
+7004 7009 10437 14382
+5609 5787 5864 13799
+6974 7825 14334 14411
+4075 7356 8584 12581
+9181 9641 9754 14285
+178 179 2166 9701
+180 6506 6507 9746
+11450 11451 11452 11455
+7312 7334 8645 8646
+14267 14279 14280 14286
+1691 5195 12165 12167
+1132 4019 4020 12564
+2558 2625 10496 10503
+2063 2064 2227 9726
+7828 9735 9743 9764
+7840 14294 14295 14296
+6675 6676 9752 9788
+9707 10508 10509 10512
+7896 10632 10633 14317
+1691 5195 6782 12165
+7845 7934 14334 14398
+9789 10514 10542 10570
+6504 9711 14274 14284
+9201 9712 9713 10356
+4058 4080 7324 7341
+9740 9743 9747 14291
+3468 3469 3475 12396
+7825 7927 14334 14411
+10494 10495 10537 10632
+2556 2626 10453 10502
+948 7283 7284 12587
+4080 7341 7347 14579
+4087 9118 12582 14599
+7843 14307 14314 14315
+7267 7710 12671 14565
+7831 7908 14387 14389
+7858 14335 14337 14423
+1075 1076 3950 7736
+4087 4088 7348 14585
+2132 7923 7930 9784
+2128 9721 9745 9750
+3229 3230 12156 12178
+7942 7998 8001 10846
+6508 6676 9752 14289
+4077 4087 7339 9118
+6510 9779 9782 9787
+948 949 7284 12587
+7822 7910 14310 14313
+3692 3693 7993 12622
+2876 11433 11444 11447
+1992 7808 7809 7810
+7829 7841 14292 14320
+949 7284 12584 12587
+11661 11668 11669 11692
+2132 7923 7929 7930
+182 183 9743 14287
+3676 3680 3688 12637
+7010 7017 7884 14393
+1518 1590 5013 14066
+2629 10553 10583 10585
+930 7271 7293 14564
+3229 3230 3307 12178
+10490 10495 10496 10539
+3625 3626 3655 12654
+930 931 7293 12663
+7847 7911 13987 14382
+10546 10548 14393 14394
+3689 3695 12630 12640
+8529 8549 12522 13159
+930 3624 3625 12662
+14402 14408 14421 14423
+2876 2877 11444 11447
+8541 12499 12501 12510
+11660 11661 11668 11692
+6524 9222 9884 9885
+7891 7892 7907 7909
+920 3566 12502 12507
+2071 2234 2235 9772
+1661 5147 11745 11748
+10621 10626 10638 10678
+8579 12554 12566 12595
+7952 11745 11748 11789
+8971 8972 8973 8976
+5777 5819 5820 8450
+3664 3665 3675 12612
+1984 8666 12349 12351
+6629 6696 10745 14138
+3659 3678 8016 12645
+7815 9179 9851 10690
+1985 2019 11787 11789
+3229 12156 12157 12178
+3566 3598 8528 12516
+199 9879 9896 9897
+9246 10762 10763 14363
+4024 4058 7308 8748
+754 8966 8967 14368
+8965 9219 9221 9234
+196 6522 6523 9884
+10645 10708 10709 14355
+9149 9713 10337 10356
+7095 14471 14474 14475
+4024 7276 7308 8748
+11748 11789 11795 11846
+4057 4058 7308 7324
+7626 7742 7766 8988
+5252 11774 11847 11848
+3951 3963 8415 12934
+5487 5763 5764 9009
+1786 1787 5486 6947
+1660 2018 2019 11748
+11738 11777 11795 11847
+13933 13934 13935 13938
+5477 5498 9012 12946
+10397 10473 13969 13998
+6966 6973 6979 14375
+6973 6979 9016 14375
+4023 7277 7278 7309
+683 12280 12293 12307
+3229 12155 12157 12178
+10395 10518 10520 10532
+9020 10454 14023 14026
+1136 4023 4024 7277
+10 724 760 7994
+9155 9157 14023 14035
+11342 12128 13147 13148
+5532 5640 5641 14119
+9152 9157 14383 14391
+4058 7308 7324 7331
+9021 10581 13988 14023
+9154 14046 14400 14405
+4024 7276 7277 7308
+760 2023 7774 7980
+6134 14030 14040 14041
+9161 9175 10655 14046
+661 12105 12109 12111
+7316 7317 7329 12596
+662 12105 12109 12119
+9094 9178 9179 10674
+4045 4065 4067 14575
+7322 14574 14575 14577
+7875 9174 10618 14419
+6973 7007 7009 9016
+8755 8756 12670 14575
+9746 14289 14292 14295
+3698 3699 3720 12720
+3979 3980 8897 8898
+5067 5241 5334 9620
+362 363 2465 10647
+9100 9101 9114 9226
+6508 9746 9749 14289
+3186 8045 12271 12279
+9179 9184 9834 14417
+9063 10085 13799 13816
+5023 5220 5369 12121
+4470 4519 11433 11447
+3304 12093 12150 12154
+1875 6872 8411 8413
+2876 2877 2992 11447
+7873 9856 14343 14346
+7874 7912 9184 9832
+758 759 1894 6940
+7323 7333 7340 14579
+7878 7879 7881 9792
+6971 6990 7006 14387
+8969 8972 9183 14420
+9 1954 7891 7892
+735 8479 12106 12107
+3937 3963 12934 12942
+4045 12670 14575 14577
+7819 9016 10357 10395
+5023 5369 12093 12120
+918 919 3565 12500
+9185 9317 9851 10708
+3146 3186 12279 12301
+3676 8731 11694 12646
+2213 2287 2331 9654
+7385 8472 8485 14624
+5492 8996 8997 14426
+14077 14092 14126 14127
+6951 6952 6983 14427
+5492 5769 8996 8997
+5023 5369 12093 12121
+5809 5861 9103 14117
+6985 8999 14412 14413
+9166 14078 14092 14093
+948 8641 8695 12606
+948 3637 8695 12606
+3668 3681 3684 12617
+4240 4241 12142 13161
+4240 4241 4416 13161
+14254 14258 14259 14265
+8956 12884 14434 14439
+7077 7085 7097 14445
+6951 9158 14405 14427
+8956 8957 8958 13871
+12133 12134 12142 13158
+8951 8959 10068 13868
+10857 10936 11701 11702
+1033 12873 12884 14429
+2450 10278 10279 10313
+6188 6264 6306 10435
+1133 4021 7280 12568
+6004 6005 6182 10352
+5471 8952 12883 14428
+7101 14442 14446 14451
+9141 9142 13960 14449
+10348 10349 10350 10355
+10243 10324 10343 14438
+9608 9609 9613 14238
+7974 7975 11690 11691
+2161 2285 2329 9633
+9608 9611 9613 14238
+7095 7098 7100 14471
+175 176 9710 9716
+7088 7097 7101 14446
+4021 7279 7280 7311
+335 336 6003 10344
+12133 12142 13157 13158
+9193 9630 10405 14255
+12134 12142 12148 13158
+9667 9680 9708 9723
+9632 14243 14254 14256
+1684 5100 5191 12137
+9194 9636 14271 14273
+10392 13919 13920 13926
+1926 7290 9205 14584
+8964 9141 13960 14453
+7270 7297 7307 14601
+9149 9630 10337 10442
+10859 10863 10939 11704
+9746 9749 14289 14292
+6606 6643 6661 10311
+8983 9201 9712 14474
+3906 3907 3919 12839
+735 8479 12106 12507
+8919 9598 9608 14238
+677 678 4251 12257
+2545 10368 10404 10414
+3648 7978 12615 13187
+9705 10357 10481 10530
+6493 9609 9613 9614
+7097 7098 14454 14455
+3634 3647 8012 8043
+7984 12222 12224 12253
+8895 12821 12955 12957
+6975 6977 9017 10437
+7631 7759 8052 12829
+7835 7836 8984 14381
+5042 5241 9622 9654
+1684 5191 6776 6819
+7984 12253 12257 12264
+8321 8323 11149 12795
+10262 10263 10264 13828
+8374 8375 8378 11169
+7806 8138 12801 13394
+9126 10260 13825 14490
+1925 1926 7290 14584
+7269 7290 7302 14586
+3654 3672 3682 12620
+10207 10214 10234 10235
+8356 10251 10260 13825
+10 724 8000 8036
+3878 3879 3901 12858
+7803 8891 9125 13834
+2445 2653 10079 10200
+5191 12137 12138 12157
+7142 7160 7175 14490
+8910 10189 10236 10270
+7788 8314 8353 8354
+3699 3720 3729 12720
+9125 13824 13826 13833
+7983 7984 12254 12259
+10066 10253 13824 13833
+8303 13776 13810 14487
+7140 8095 8353 14493
+7257 7260 7261 14561
+5100 5191 12137 12157
+11227 11232 11247 11267
+3866 5482 8935 12847
+7030 8960 13923 14448
+1684 5191 6819 12137
+7950 8006 8008 8045
+1027 1028 3788 5467
+8213 11933 11976 11978
+8539 11223 13137 13139
+9128 12856 12861 12866
+940 941 3633 8036
+7274 7295 7320 14571
+5837 11501 13628 13629
+1063 1064 3867 5483
+1808 5563 5928 13578
+7148 7149 7165 8937
+11 760 7994 8009
+665 12123 12132 12135
+3748 3759 3766 12681
+12123 12129 12132 12135
+665 4239 12131 12135
+4065 7208 7209 8756
+10189 10236 10270 10291
+8545 12124 12129 12135
+8539 11266 13142 13143
+665 12123 12131 12135
+8002 8720 11661 12631
+7105 7106 7126 14522
+732 12133 12513 12518
+3771 3800 12798 12807
+4073 7250 14560 14561
+8093 8322 12798 12812
+4070 4073 7249 14561
+3775 12742 12751 12753
+11660 11663 11667 11668
+751 1951 7546 14732
+8002 11660 11661 11692
+3563 3577 12504 12509
+7124 12739 12740 14521
+915 3563 3577 12504
+985 8683 8755 8756
+8001 12621 12630 12634
+1976 1977 11850 11925
+8799 10807 10827 10829
+732 733 3575 12513
+732 3575 12513 12518
+3370 3385 12116 12150
+4072 4084 4086 14554
+3827 8856 12772 12779
+3225 3226 3385 12154
+7244 7245 7262 14540
+9934 9995 10018 13743
+3794 4042 12743 12744
+8764 8770 12966 12967
+3796 8790 12761 12766
+8858 12752 12763 14538
+10094 10130 10132 13455
+4029 7202 7231 14546
+9846 9855 9856 14345
+7197 7219 12731 14528
+8794 8795 8796 11071
+3226 3385 12116 12154
+7229 7244 8841 12773
+983 8752 8753 8803
+8539 11223 11266 13139
+983 3711 8752 8753
+3385 12116 12150 12154
+4026 4059 7205 8750
+982 983 3711 8752
+8448 8450 8501 9070
+8079 13130 13131 14676
+8839 8850 12769 12776
+3711 3724 3738 12675
+7264 7266 9121 14539
+8013 8770 12966 12967
+8876 8881 9123 14539
+7199 7200 7229 14529
+5446 8873 9122 12748
+7640 7641 8861 14559
+7613 7708 12488 12490
+8667 8669 8670 8671
+8630 13603 13610 13635
+1989 8010 8012 8028
+3822 3823 3839 12761
+8859 14535 14537 14545
+7191 7214 7223 14559
+7212 7225 7606 12670
+8215 8223 8224 9361
+4234 4235 12109 12128
+8010 8011 8023 8040
+3829 8859 8860 14543
+8796 8799 12728 12731
+8790 8860 12762 14537
+8818 10784 10962 11002
+5438 5735 8702 12629
+7840 9703 14301 14303
+3626 3627 3656 12656
+8710 12636 12643 13673
+7971 8048 12640 13221
+7301 7322 7323 14574
+8859 14542 14545 14552
+7955 8046 12302 12303
+3621 12531 12544 12549
+3610 3616 8552 12549
+5731 5780 8721 12682
+8082 9477 13115 13133
+7840 14296 14300 14303
+7840 14300 14301 14303
+8182 8183 13088 13129
+8683 14573 14574 14576
+8077 8184 12433 13131
+7251 7257 8862 14542
+3750 12705 12709 12726
+932 3626 3627 12664
+14296 14299 14300 14302
+1117 1118 4005 12670
+7950 8037 8040 12279
+3971 3972 3984 6892
+893 1126 1127 3505
+945 3635 7687 12661
+7336 14581 14583 14587
+893 894 1126 3505
+3146 12271 12278 12279
+7963 12279 12301 12302
+1925 7268 7290 14584
+3629 8015 8669 8675
+8018 8020 8021 12649
+7332 7336 14583 14589
+7775 9037 9040 13113
+12566 12592 12595 12596
+8579 12566 12592 12595
+14275 14299 14300 14302
+7189 7226 8801 14528
+7963 8045 12300 12301
+7189 7637 8801 12765
+7944 8042 8047 12624
+897 7356 8584 12570
+7944 8044 8047 12624
+8580 12592 14588 14590
+7189 7213 7637 12765
+7189 7226 8801 12765
+3556 12557 12567 12575
+3559 3566 8528 12507
+661 4234 4235 12109
+1104 7608 7712 14582
+7392 8485 14612 14616
+8486 14631 14632 14633
+10 724 7999 8000
+8036 8042 8047 12624
+1107 1108 4010 7652
+8495 8497 8499 12447
+8036 8043 8047 12624
+8534 8535 12086 12087
+4071 7420 7422 14609
+1749 1750 5416 7362
+4034 8057 12448 12482
+12105 12109 12111 12125
+8057 12448 12478 12482
+8057 8058 9206 12478
+8057 9206 12448 12478
+5419 5420 5779 12491
+4013 4046 4047 12474
+8489 8526 14634 14635
+7409 7411 7425 14605
+1915 7189 7213 7637
+1748 4017 7360 7361
+8512 12473 14615 14618
+881 882 3502 12432
+7611 7653 7654 14613
+7352 8472 9207 14624
+3547 3549 3550 12451
+7432 7434 7435 14608
+8530 12109 12111 12125
+5443 5456 8828 12718
+8448 8452 8501 9070
+4047 4069 8524 14622
+8785 12694 12696 12705
+3527 8472 14625 14633
+7438 7467 12490 14645
+2008 8068 11966 11967
+904 920 3559 12507
+3531 3544 3546 12471
+3488 3512 7707 12480
+1935 7655 7656 9207
+7656 8473 8476 12470
+907 3574 7744 12534
+8537 13140 13149 13150
+2007 2008 8068 11973
+7424 14610 14611 14616
+902 7358 7381 12574
+5443 7194 7198 12736
+12716 12718 12719 12722
+7611 7706 12480 14625
+2008 11966 11968 11973
+918 3565 3578 12499
+4234 12109 12112 12128
+8073 8084 12437 13086
+2008 8068 11966 11973
+941 3647 8012 8036
+5443 8828 8836 12718
+3491 3503 12437 12443
+8534 8535 12049 12087
+8076 8188 8189 13069
+7654 14612 14624 14625
+8405 8406 12404 12412
+873 3486 7703 12455
+3466 3468 12392 12396
+8076 8189 11210 13069
+8256 8263 11374 11375
+737 12061 12082 13126
+8076 8188 11200 13069
+13089 13090 13098 13099
+8256 11200 11375 13095
+8518 12450 12453 12461
+487 2775 2817 11045
+953 954 7297 12598
+7501 14662 14665 14678
+4234 12109 12111 12112
+7486 7487 7500 14663
+8260 11045 11219 11220
+8255 10136 10162 10165
+8530 12106 12111 12125
+659 12097 12101 12102
+8535 12053 13103 13105
+848 8404 8459 10116
+8183 9214 9404 13118
+8181 9437 13117 13118
+12080 12081 12085 12091
+4939 13615 13632 13650
+12080 12082 13126 13128
+12097 12101 12102 12107
+881 7456 7457 10178
+7456 7457 10178 14675
+7451 7483 7484 8502
+7457 8243 10178 14675
+11987 13014 13015 13016
+953 7288 7297 12598
+2813 2940 8287 11063
+2817 8287 11045 11061
+8422 12923 14689 14690
+2774 2817 8287 11046
+1877 6873 12410 12415
+659 3173 12097 12102
+8629 8643 11437 12548
+2940 8287 11061 11063
+658 659 3173 12102
+3449 3463 6915 6928
+8790 8858 12762 14537
+8790 8801 12762 12765
+7220 8858 12762 14537
+7220 7226 12762 12765
+2813 8267 8274 8287
+14442 14446 14451 14452
+12093 12094 12095 12227
+8098 8104 8334 13049
+7554 7577 14691 14696
+9004 14680 14684 14685
+11168 13005 13009 13028
+7213 7220 7226 12765
+829 7527 7547 12420
+8319 10810 10828 13028
+10727 10733 10735 10736
+8318 11158 11165 11167
+8888 10826 10918 11166
+12078 12094 12114 12227
+8888 10826 10875 11106
+10986 11113 11166 11175
+3416 3423 3443 6861
+7814 9224 14357 14358
+2207 2208 9602 9603
+395 396 2482 8109
+9220 9902 9904 9906
+744 8161 9435 9440
+7693 9227 14712 14713
+7178 7181 7188 14504
+9127 14495 14496 14502
+845 846 7538 12369
+9097 9098 14717 14723
+395 396 2771 8109
+1734 1735 5393 7534
+7160 14495 14496 14502
+6038 6039 10738 10753
+8974 14692 14693 14699
+9108 10737 10739 14115
+2044 2207 2208 9603
+12092 12108 12113 12114
+17 844 853 5397
+5620 5797 13905 13917
+9233 9324 9931 14726
+8079 8082 13131 13132
+8974 8999 9095 12893
+3393 3423 3443 6861
+5708 5857 5894 8993
+9903 9914 9915 9916
+3392 12093 12122 12154
+7596 7602 14706 14716
+848 849 8404 10116
+9978 10716 10717 10745
+6984 7003 12900 14412
+7830 14290 14320 14321
+848 849 3408 10116
+9932 9985 10030 10755
+395 2771 8109 8309
+7163 12878 14502 14503
+396 8109 8307 8308
+2773 8311 8339 8347
+8428 10018 10021 13739
+5876 8434 8436 13752
+8451 10058 10059 13778
+8961 8962 13922 13924
+7146 7158 7163 14502
+764 765 799 12233
+7163 7181 12878 14502
+6157 6260 13348 13352
+8801 12766 12780 12783
+7163 7164 7181 12878
+1226 4180 4297 6387
+3086 3087 6830 12327
+849 850 8404 12373
+13351 13352 13353 13358
+5099 5353 12138 12139
+8119 10146 13350 13357
+744 8161 9440 9460
+5218 12155 12157 12178
+1026 1027 5466 12759
+12048 12085 12140 12141
+12039 12085 12140 12141
+9053 9054 13815 13816
+7115 7147 9129 12877
+8435 10029 13790 13808
+7114 7115 7147 9129
+8131 9051 9058 13814
+58 1633 5499 9065
+7775 8182 8183 13129
+7134 7157 14519 14521
+5499 5600 5778 9062
+3414 6863 6864 12398
+6899 6914 6927 12402
+7109 7130 7139 14491
+7141 7159 12882 14508
+3988 3989 8416 12924
+7547 7558 7561 8466
+3522 3536 12447 12458
+5499 5778 9046 9062
+7104 7723 8857 8906
+13472 13473 13500 13581
+3489 3501 8122 12438
+6496 6664 14241 14260
+8630 13610 13616 13635
+5873 5902 8602 11252
+8903 14498 14500 14509
+12044 12048 12085 12141
+5779 5785 8494 8498
+4647 4810 4852 13545
+8625 8628 8629 12542
+10385 13925 13928 13929
+7155 8054 12737 12740
+11504 11505 11509 13633
+5181 8150 8151 8172
+5181 8150 8151 8152
+8162 9475 13088 13129
+8162 9042 9475 9476
+8635 12535 12540 12541
+7523 7667 9227 14712
+2271 8150 8151 8172
+898 12565 12570 12581
+8837 8851 8879 8887
+3770 3799 8323 12790
+8063 13110 13113 13115
+737 12085 12091 12141
+2109 2271 8150 8151
+9011 9013 10377 14374
+7824 10378 10395 14379
+870 3485 8471 11868
+11879 12056 12057 13084
+1856 5605 6855 6856
+870 871 3485 8471
+3466 12404 12410 12415
+8166 11878 11881 13068
+1949 7523 7667 14712
+8569 8660 8663 12548
+8169 8170 8171 12010
+7526 7547 7561 14682
+827 7526 7530 9085
+7526 7530 14681 14682
+1773 5460 7113 9129
+3128 3171 7783 12013
+7526 7530 7561 14682
+3994 3999 12929 12936
+7526 7547 14681 14682
+9704 10440 10469 10479
+784 816 817 9296
+1093 1859 3944 5496
+8179 11869 11870 11873
+5008 5985 6103 13525
+8277 8501 9069 13453
+7782 8175 8179 11873
+59 1794 5550 9082
+13357 13359 13496 13497
+1631 5008 5985 6103
+5549 5550 5658 8121
+784 817 9296 9454
+5065 5156 5265 9566
+7104 7128 7722 14501
+740 741 776 12014
+5334 9604 9620 9621
+8158 8179 11867 11869
+2047 4143 9617 9621
+1635 5039 7771 7809
+3171 11875 11888 12013
+1773 1774 5461 9129
+3089 6790 6831 12329
+4662 4782 13693 13695
+954 3632 3640 8662
+1462 4671 4790 5934
+3128 7783 11873 12013
+451 2736 2737 6402
+9339 9404 13120 13121
+3095 3096 6793 11779
+4301 4341 4348 11264
+8183 13088 13117 13121
+8063 9041 13110 13115
+725 762 7994 12243
+8192 9404 13121 13122
+5195 5300 12196 12199
+9229 9232 9257 14734
+9476 9477 10158 13130
+8080 8192 10156 13122
+2014 5052 11754 11757
+1099 7603 7624 12742
+47 1099 1889 7624
+8192 9447 10158 13130
+1306 1307 6428 8198
+3267 3268 11915 11942
+1710 6794 6836 11784
+7750 8670 12344 12651
+3751 3756 3761 12706
+7935 8015 8675 12650
+3066 3231 12160 12161
+1687 5101 6778 6779
+7604 7768 8055 12751
+5125 5319 12217 12277
+5105 12213 12215 12219
+2123 2161 2285 9633
+3761 8784 12701 12706
+3306 3343 3370 12147
+772 5025 12044 12070
+4065 7208 7209 7237
+7941 8568 8655 11684
+8201 9375 9376 14164
+8231 9029 9032 9033
+2307 9254 9255 9256
+772 805 5025 12070
+772 805 806 5025
+8201 8212 9025 9029
+737 12039 12085 12141
+5413 5418 8514 12460
+5417 9116 14619 14620
+1130 4017 4018 7360
+1798 1799 5555 5926
+5410 5719 5720 8493
+21 878 887 5409
+3898 6905 6916 12827
+5667 5675 5829 13603
+5696 5789 5904 13438
+1485 4640 4683 5925
+12049 12062 12085 12140
+3567 5422 8595 12508
+4704 4873 4874 13563
+4683 4803 13423 13434
+3920 3926 12833 12839
+8099 8212 9025 14174
+8201 8211 8212 9025
+1051 1052 7039 9008
+3368 12092 12093 12227
+5455 5456 5745 8820
+8105 13041 13043 13044
+25 1753 5420 7366
+3069 3070 6780 12164
+3672 3687 12615 12616
+33 980 989 5448
+4026 4059 4060 7205
+5451 5741 8739 8741
+12092 12093 12094 12226
+3305 3368 12092 12227
+5080 5171 5279 9248
+1973 1974 8213 13012
+866 867 3481 12486
+3918 3920 3926 12833
+8105 13020 13041 13042
+12092 12093 12094 12227
+8161 9443 9469 9471
+7133 9376 12815 14489
+7110 8096 14489 14494
+3874 3885 3904 6887
+7076 7090 10349 14444
+7299 7322 7337 14577
+1133 4020 4021 12568
+8586 8587 8616 12523
+8647 8650 12583 12584
+7110 7133 12815 14489
+7102 8219 9376 14194
+9436 9438 9439 9474
+8596 13563 13567 13568
+1747 4018 7359 7360
+3215 3299 12047 12073
+228 8208 8215 8235
+7477 8460 14647 14648
+227 2152 2188 8208
+3215 3216 3299 12073
+1642 5043 5140 9633
+3215 3216 12020 12073
+1959 1994 1995 9756
+2391 2392 2557 10451
+6239 13991 13992 14002
+7786 9023 9362 11985
+7076 7090 7096 14444
+228 2152 8208 8224
+1926 1927 7269 14594
+5072 5164 5271 9690
+2227 9687 9726 9731
+8441 10018 10019 10020
+6538 6539 9335 9355
+8065 8067 8209 8225
+5371 9452 9453 9465
+8226 8227 8229 11974
+815 5032 5131 9305
+3216 3299 12045 12073
+722 3165 8238 11975
+8224 8234 9361 9363
+9026 9027 9032 9361
+5670 5831 13554 13560
+11422 11425 11440 11453
+7943 8697 8717 11631
+317 2851 8249 8272
+4190 4470 11433 11444
+2812 2851 2970 8249
+2812 8249 8251 9045
+5369 12093 12120 12150
+671 672 3140 12179
+11432 11433 11447 13168
+3215 12020 12047 12073
+1687 1688 5193 6779
+5101 5298 5299 12160
+783 9294 9295 9296
+789 790 822 9868
+9832 9861 10627 10645
+2812 2970 8249 9045
+6457 10619 10624 10625
+8697 8717 11631 13642
+8257 11243 11244 11373
+8257 11243 11372 11373
+783 784 9294 9296
+4394 11516 11517 11535
+5193 6779 12161 12163
+8075 8257 12436 12442
+1685 1686 5192 6820
+5131 9295 9298 9299
+5106 5197 5302 12230
+783 5131 9295 9298
+11037 11256 11372 11373
+8076 8256 11372 11373
+4737 4906 4907 13323
+5842 13375 13411 13439
+10903 11728 13332 13336
+937 7267 7709 14565
+749 783 784 9294
+8387 9049 9052 10076
+749 783 9294 9295
+318 319 8274 8284
+318 8252 8267 8274
+1492 1493 5501 13801
+8697 11631 13642 13722
+772 12044 12091 12141
+1308 8250 8269 8272
+7956 8021 12645 12649
+3187 8024 12300 12311
+1308 8090 8250 8269
+8641 8648 12552 12588
+6430 6593 8269 13133
+8114 13463 13492 13495
+7044 7053 7059 14443
+737 772 12091 12141
+6974 6990 7006 14398
+13950 13952 13968 13970
+1506 1570 6073 13914
+8112 8114 13492 13527
+5082 5174 5281 9260
+10135 10174 13487 13491
+5965 14065 14070 14071
+1966 7635 12887 12891
+10356 14450 14463 14464
+1519 5525 5526 14070
+6145 13725 13773 13774
+5713 8430 8442 12367
+6144 6145 13767 13774
+290 291 2415 4621
+7099 7100 7101 14451
+2423 4561 4624 9950
+8254 8255 10101 10165
+879 880 3501 8122
+880 3501 8122 13532
+7801 8125 9073 13460
+5715 5777 8448 8502
+2285 2329 9602 9633
+7483 14657 14661 14664
+4686 8298 11043 13460
+5326 5350 12066 12079
+3918 3926 12827 12833
+1308 8249 8250 8272
+5140 5334 9604 9622
+11068 11069 12788 12789
+2813 2851 2970 8270
+7801 8289 8295 10180
+1910 7104 7128 7722
+1487 7801 8289 8298
+2034 2035 2198 9518
+9142 9146 10356 14450
+64 2027 4133 9483
+396 2482 8109 8308
+1653 5145 11895 11981
+1118 7225 7239 7240
+5048 5245 9372 9496
+772 12044 12070 12099
+725 761 762 7994
+724 725 761 7994
+2787 2955 2993 11479
+82 2045 2046 4142
+7037 12945 12948 12958
+760 1989 7774 8009
+5098 5296 12096 12118
+8009 8010 8022 8023
+3712 3739 12676 14570
+10144 10146 13356 13463
+2520 2651 8308 8345
+2482 2520 2651 8308
+8851 8880 8889 8890
+3222 3223 3368 12095
+3300 3366 12065 12227
+7690 7751 8467 12060
+7790 10825 11165 11166
+2955 11462 11466 11479
+4037 4065 7209 7237
+724 725 940 8036
+1709 1710 5204 6794
+785 9258 9276 9281
+7066 7089 9013 12958
+1661 2019 11745 11748
+5202 5306 11736 11741
+750 785 9276 9281
+7806 11172 11177 11192
+11829 11841 11901 11902
+10827 12728 12775 14531
+634 3111 6801 11782
+8329 11117 11154 11180
+3278 3279 3334 11901
+7751 8467 8469 12060
+558 11153 11154 11172
+749 750 7525 9236
+749 750 9236 14150
+10029 13738 13789 13790
+8435 10029 13807 13808
+3701 3702 12725 12727
+5643 9927 13774 13784
+750 9281 9921 14150
+1542 1627 5983 13353
+5637 5646 13732 13772
+8187 8468 12060 13126
+5798 5799 8961 13916
+3671 8736 12638 12642
+960 3645 5439 8736
+8737 8740 8741 8742
+8744 8745 12655 12658
+1754 5431 7275 7298
+2773 8339 8340 8371
+1819 5930 5938 13655
+2773 8311 8339 8340
+13975 13977 13995 13996
+8956 13880 14434 14439
+3884 3911 3915 12828
+8103 8330 8339 8364
+5882 9153 9163 14049
+5511 5512 5620 13909
+6292 6313 10657 14059
+8106 8364 8371 11138
+8327 11149 11150 11151
+5528 14087 14088 14089
+9154 9164 10601 14034
+7092 7094 7099 14464
+7847 7886 7911 10565
+8990 9201 14470 14479
+563 3040 6765 6808
+3011 11128 11130 11141
+8103 8339 11138 11139
+4663 4782 4828 13696
+8307 8308 8347 8350
+1446 1822 5917 13692
+11642 13639 13646 13649
+2773 2990 8339 8347
+4176 8109 8307 8309
+739 7751 12060 12446
+2124 2331 9639 9653
+8987 8990 9201 14479
+8983 8985 14472 14475
+397 2772 8311 8349
+397 2772 8308 8349
+1639 1994 5041 9757
+749 750 9281 14150
+2122 2161 2329 9590
+739 12050 12060 13099
+8916 9562 14216 14221
+111 2075 4114 4157
+7788 8302 8355 10260
+2236 9818 9823 9824
+737 738 12061 13126
+739 12022 12035 12050
+2075 2239 9822 9863
+5276 5338 9823 9825
+580 3057 6774 6816
+8354 8355 10066 13825
+5303 5358 5380 12270
+8934 9127 10067 10237
+739 12022 12050 12060
+872 3499 7691 7751
+8311 8340 8352 8364
+3052 6771 6814 12068
+3058 3224 12118 12122
+8311 8330 8339 8364
+3219 12066 12067 12068
+8311 8330 8352 8364
+3051 3052 6771 12041
+621 3098 3099 6795
+739 12060 12446 13099
+728 8032 12184 12260
+1704 6791 6832 11740
+7952 11744 11747 11749
+5307 11775 11778 11786
+5793 5794 8944 8945
+8324 8378 11169 11192
+5791 9124 10074 13837
+4390 4391 11029 11030
+11210 11211 11375 13069
+7875 14408 14421 14423
+5973 6144 6145 13767
+14122 14135 14136 14137
+1528 1605 5015 13768
+3174 12065 12074 12108
+5774 5898 5901 9169
+9102 9103 10698 10703
+8464 12898 12899 12901
+8085 11242 11374 11375
+8364 11155 11156 11169
+8075 8076 8189 11210
+8589 8590 8603 13596
+8108 8352 11155 11169
+4642 4762 4951 13486
+5664 5827 5884 13517
+1414 1415 1802 13545
+8717 11630 11633 11636
+7804 8384 9047 9050
+7804 8381 8384 9047
+1463 4671 4672 5934
+12065 12069 12074 12075
+11628 11630 11631 11647
+5081 5173 5229 9273
+3174 3303 12065 12108
+10783 11712 13719 13720
+7003 9161 12900 14412
+5640 9110 14110 14124
+7007 7009 7014 7847
+7804 8383 8384 9050
+7581 7583 14735 14736
+5710 10758 13729 14134
+4946 13325 13326 13328
+8383 8384 8390 9050
+12393 12394 12397 14656
+8012 8018 8029 8043
+8400 12376 14656 14660
+10945 11712 13714 13720
+2485 8367 8368 10071
+3465 12376 14656 14660
+6980 6981 6996 14383
+8363 10256 10262 13828
+8501 9069 13355 13495
+6980 6996 7004 14382
+2523 2605 2653 10193
+484 1397 2770 8309
+6948 6980 9006 9022
+6975 6980 7004 9022
+7504 7515 9215 14660
+8717 11630 11631 11647
+8085 11210 11211 11375
+7504 8400 14656 14660
+7518 14658 14659 14660
+1071 1072 6946 12960
+6907 6925 6928 12421
+1874 6881 12925 12930
+8623 8640 12600 12602
+8467 8468 12060 13126
+4020 4021 4054 12568
+1136 1137 1756 4024
+2441 2607 8265 8269
+6933 8415 12934 12940
+737 738 7690 13126
+8421 12904 12914 14689
+8467 8468 8474 13126
+8422 12904 14689 14690
+6946 6967 6972 8991
+7165 7184 14510 14517
+8726 10850 13714 13715
+8421 12904 14689 14690
+5710 5711 8427 14727
+5511 5620 13905 13909
+10757 10760 13728 13729
+1153 4133 5151 9484
+2278 8233 9369 9370
+7005 7010 7011 7886
+8429 9106 13729 14727
+9043 13113 13114 13115
+7690 8467 8474 13126
+5489 6950 9152 14399
+2358 4570 4571 6434
+2654 10191 10213 10216
+4530 6435 6553 10186
+6485 9574 9582 14202
+8912 8913 12872 12879
+6606 10310 10365 14249
+9597 9598 14227 14228
+2212 9618 9653 9654
+8427 8429 13729 13744
+10757 10758 13729 14134
+2049 5159 9617 9619
+14243 14245 14257 14260
+1790 5489 5490 14404
+6444 6608 6609 10367
+9627 9637 9677 9682
+170 171 6497 9638
+9158 14399 14400 14404
+8440 8441 10018 10020
+6951 6982 14399 14405
+1175 4105 4147 9661
+7775 8184 9040 13114
+5216 5355 12166 12203
+6982 9154 14399 14405
+2398 2399 2564 10551
+6574 6623 6753 10562
+9152 9154 14399 14400
+290 2414 2415 4557
+6950 6981 6982 9152
+8430 10022 13787 13788
+10109 10111 10112 13087
+287 2412 4556 4619
+751 785 786 9323
+8443 8447 8454 12374
+6716 9447 10158 13124
+4619 6460 10713 10717
+7796 8444 8456 12374
+8447 8457 14655 14661
+5132 5229 9256 9261
+7796 8455 10004 10005
+9332 14143 14144 14171
+7872 7873 9856 14345
+5084 9292 9302 9303
+9339 9404 13117 13121
+9155 14018 14025 14026
+6960 6961 6993 8417
+3125 3289 8205 11954
+8081 10156 13122 13123
+2157 9527 9529 9579
+162 2119 2158 9565
+163 9591 9594 14226
+6983 6984 7003 12900
+159 2156 9527 9533
+6645 6721 9583 10222
+6657 6749 6762 10281
+9527 9573 9574 9579
+10005 10024 10089 13452
+8455 8457 8458 8459
+9449 13119 13120 13121
+9668 9669 9670 9674
+9635 9637 9639 9682
+2125 9639 9640 9674
+5241 9618 9620 9622
+3257 3258 3356 11739
+2048 2211 2212 9617
+8447 8455 8457 14661
+8181 9338 9420 13119
+2168 2293 9688 9736
+12022 12039 12051 12061
+8447 8454 8455 14661
+12039 12051 12061 12062
+9856 14346 14348 14349
+6519 6688 9860 14341
+7796 8455 8458 8459
+5276 5375 9823 9825
+3258 3259 3323 11739
+5229 9255 9256 9274
+204 2140 9343 9915
+6582 6632 6738 9938
+205 2179 9277 9343
+8277 8452 8455 14664
+2247 2248 9251 9255
+1964 9597 9608 14228
+6632 9929 9937 10055
+205 206 2141 9277
+2092 4123 4165 9270
+3051 3052 3217 12041
+8081 10105 10109 13120
+9288 9360 9398 14168
+8398 8402 8403 9327
+6757 9342 14162 14163
+6711 9416 9423 9424
+8056 8395 14153 14170
+8214 11983 13015 13018
+3217 3218 12040 12068
+2483 8336 8367 8369
+1726 5121 5212 11866
+10181 10183 10201 10202
+150 6475 6477 9032
+5187 5294 12041 12068
+7796 8452 8455 10005
+6113 13865 13876 13892
+5390 5770 8464 8994
+5389 5390 7531 8464
+5390 7531 8464 14697
+3052 3217 3218 12068
+2654 10192 10198 10213
+325 326 5993 10249
+6172 10297 13839 13849
+12022 12024 12036 12038
+6008 10383 10391 10392
+6072 6112 13909 13914
+1507 5514 13939 13957
+12021 12022 12024 12038
+4537 6442 10333 10335
+5389 5494 5770 8464
+4221 4397 8270 13000
+262 2387 4607 10422
+8982 8983 9196 9200
+5389 5390 5770 8464
+2410 4555 4618 10713
+2394 10493 10497 10498
+2393 4546 10450 10451
+3170 11885 12025 12032
+3170 3292 3295 11885
+2395 10491 10492 10497
+5493 5494 5770 12911
+10666 14053 14078 14079
+8481 8482 11194 11195
+7396 7397 12464 14629
+6734 6756 10682 10686
+4553 6458 6576 10641
+6082 6250 14033 14039
+1515 1585 1586 14015
+11036 11037 11194 11195
+8483 12454 12456 12457
+7421 8475 8487 12469
+8475 8477 8487 14636
+214 215 9357 14168
+9357 9358 14168 14169
+6949 6980 6981 14383
+2454 2494 2662 10393
+141 142 2105 4172
+2436 2437 4568 10122
+6470 6589 6745 10032
+14611 14612 14613 14617
+8485 14617 14625 14633
+12480 14613 14617 14625
+14612 14613 14617 14625
+7385 7392 8485 14612
+485 8297 11043 11046
+1211 1212 4172 5180
+6948 6949 6980 9006
+12022 12035 12036 12038
+10323 10326 10342 10344
+10324 10343 10347 10348
+8953 8960 13897 14435
+5855 5874 5905 8494
+8867 11987 13014 13016
+10322 10323 10326 10344
+6566 6614 6724 10423
+8704 11642 13646 13649
+8660 8663 11437 12548
+7819 10395 10514 10519
+2387 2388 10422 10449
+12021 12022 12037 12038
+9200 9643 10481 10528
+4863 4864 11327 13516
+6204 14044 14045 14048
+2562 10535 10536 10553
+6730 10488 10556 10557
+10572 13974 13975 13995
+2564 10553 10556 10586
+2398 2564 10551 10557
+359 2463 2503 10589
+7834 7835 7839 14328
+4555 4619 6460 10713
+371 6038 6039 10738
+11796 11797 11823 11825
+6938 6968 14372 14381
+12011 12024 12036 12038
+7223 7240 7251 14556
+12011 12021 12024 12038
+7829 7830 7841 14320
+8441 9998 10017 10019
+650 651 4224 8165
+8429 9934 10018 13743
+8246 8283 8285 10159
+392 10139 10140 10172
+5855 5905 8494 11252
+12029 12030 12032 12038
+392 393 10140 10172
+6914 7476 8460 12402
+2817 11044 11045 11046
+8453 9409 10004 10005
+8122 8124 8125 8127
+8256 11239 11372 11374
+8185 12445 13067 13084
+7483 8277 8502 14664
+5941 6105 6106 9083
+11199 11226 13128 13138
+4969 8704 11642 13646
+3441 3454 3455 12403
+8605 11225 11329 11332
+11278 11279 13506 13579
+7483 7500 8277 14661
+6914 7443 7476 8460
+7289 7711 7712 14582
+424 2709 2710 11405
+4969 8704 13646 13663
+6899 6900 6914 12402
+1750 7362 7363 14619
+8559 8560 11363 13225
+2709 2874 11404 11406
+7989 7990 13211 13212
+717 718 3163 11933
+2882 2883 11477 11478
+4425 4426 4510 13183
+4823 13636 13656 13657
+6913 6915 12407 12408
+6913 6915 6927 12407
+11515 11523 11525 11568
+2994 11520 11533 11556
+3498 5414 8511 14620
+8668 12660 12669 14565
+1439 1440 4779 5938
+12029 12031 12032 12038
+8516 8520 8521 12493
+7799 11205 11249 11332
+3076 3241 3242 12215
+4485 10796 10799 10951
+2896 2964 2999 11621
+8064 11884 11885 12031
+11678 11696 11698 13685
+4780 13662 13678 13679
+13504 13505 13513 13514
+466 2752 6348 6379
+11884 11885 12031 12032
+7608 7712 14582 14584
+12006 12031 12036 12038
+3163 3202 3336 11960
+4803 9064 13423 13434
+643 644 3121 6806
+4678 4950 13365 13367
+8520 12491 12492 14642
+406 407 2692 6385
+6558 6600 10283 10288
+4687 4808 4857 11065
+8642 8690 11486 13653
+13069 13071 13072 13074
+12025 12030 12032 12038
+8611 8614 11380 13549
+6894 6923 6924 12426
+8611 8614 11387 13548
+6984 8998 12900 14412
+4872 4873 4957 11389
+8651 8652 11494 11499
+744 9440 9450 12026
+11393 11488 11504 11505
+4657 5929 13632 13650
+4713 4882 4883 13611
+1248 4191 6363 6419
+513 4713 4714 13611
+9440 9450 9451 12026
+954 7297 12598 14601
+2895 11600 11622 11624
+3213 12016 12018 12019
+4736 11727 13300 13331
+460 461 2746 6407
+8817 11013 11727 13275
+9596 9597 9599 9607
+4947 13330 13334 13369
+4738 13319 13320 13322
+4051 4052 4074 7388
+2203 9569 9624 9625
+8497 8498 8520 12491
+2203 2282 2320 9624
+5745 8820 8821 8831
+8846 10875 13294 13295
+3589 3605 3607 12521
+8541 11259 11295 12510
+3255 3256 3355 11742
+9193 14253 14262 14264
+10971 10976 10977 12964
+8835 13281 13283 13294
+2810 11117 11154 11160
+8198 8264 11217 13086
+4289 11937 13010 13011
+5943 6062 6242 13802
+717 718 11933 11989
+4681 4850 4977 13424
+8104 8331 11142 11143
+8530 12107 12111 13146
+731 732 12518 13169
+4643 4806 4955 13462
+3580 3606 3613 8549
+8660 8661 11401 11437
+4180 4297 4344 11202
+3171 3293 3294 11888
+8176 8177 11873 12013
+5189 6773 6816 12096
+8549 13157 13160 13162
+735 771 12074 12099
+8540 12124 12125 13153
+3605 3618 8561 12531
+8530 8541 13151 13153
+8994 8997 12898 12911
+8555 8557 8560 13224
+618 3095 3096 6793
+618 3096 6793 6835
+2956 2957 11472 11482
+677 678 12222 12257
+4426 4510 11516 13183
+11295 11542 12127 12128
+2250 9261 9273 9274
+11295 12127 12128 13151
+8530 8541 13148 13151
+8541 11295 13148 13154
+440 2726 6335 6399
+8704 13663 13664 13682
+3573 7661 8550 8575
+4364 4430 11568 11723
+1659 2017 11842 11846
+1672 5094 5185 12019
+601 3078 3079 12218
+908 7660 7744 8556
+8704 13669 13681 13682
+5839 8704 13664 13682
+3970 6859 6894 8463
+3944 3945 3970 6859
+612 3089 3090 6832
+8532 8560 8561 13159
+4210 4327 6348 10837
+2914 2915 10853 10854
+3328 11753 11915 11955
+462 2747 2748 6408
+701 3155 3194 12359
+2661 9190 10362 10370
+11320 11451 11452 12515
+8560 11321 11471 13163
+1710 5113 5204 11784
+1673 5094 6769 12018
+1859 1860 5496 6859
+8643 8664 12585 12586
+4286 4461 4462 12987
+2924 10890 10891 10908
+8629 8643 12547 12548
+10815 11008 11106 11107
+8333 13008 13048 13049
+6490 9599 14230 14232
+4527 4592 6432 8310
+11396 11397 11489 11490
+11362 11363 11439 11490
+3337 11956 11958 11964
+8196 11200 13090 13094
+2825 11424 11439 11480
+2122 9590 9606 9612
+8534 12080 12081 12086
+1673 5094 5186 12018
+11396 11498 11503 12543
+12421 12422 12425 12426
+736 12091 12098 12099
+13134 13139 13140 13141
+7755 7770 8550 8662
+733 734 8527 8528
+8572 8578 12578 14588
+7318 7330 7335 14592
+12566 12595 12596 14596
+4416 4417 11461 13161
+3228 3229 3339 12155
+2866 2867 2946 11318
+8531 8548 13159 13169
+4360 4426 4510 11516
+8409 8410 8413 12418
+12273 12286 12288 12295
+5574 13662 13664 13682
+7332 14583 14588 14589
+6895 6924 12419 12426
+4260 4435 12324 13214
+12321 12322 13223 13234
+12340 12345 12346 12347
+2732 6401 11625 11687
+6895 12419 12423 12426
+8405 8406 12412 14645
+4373 4443 4484 12970
+6903 8407 12410 14650
+954 1929 7270 14601
+1710 1711 5113 6795
+5113 5204 5308 11784
+3375 11783 11785 11845
+8406 8407 14650 14651
+1938 7438 7696 7697
+868 7467 12489 12490
+3278 3334 3361 11901
+1939 7438 7461 7697
+5144 5249 5314 11902
+11837 11839 11894 11896
+5668 5830 13547 13559
+709 3159 3198 11794
+3457 3466 12404 12415
+3599 3600 8600 11385
+2980 3037 3038 11080
+3587 3590 8600 12505
+4294 13018 13020 13041
+8071 13041 13043 13046
+1874 6872 8411 12925
+8531 12145 12146 12152
+768 802 5127 12120
+8411 12428 12920 12921
+3600 8600 8601 11385
+3587 3590 3600 8600
+7491 8183 9214 14671
+8255 10104 10136 10165
+7775 9040 13113 13114
+216 9360 9410 9414
+8613 13573 13584 13585
+954 3640 8563 8662
+2306 9252 9254 9255
+788 820 9874 9912
+8414 12934 12939 12942
+8655 11396 11498 12543
+3141 3180 3309 12172
+11354 11355 11358 11383
+670 4243 12146 12152
+8558 8560 11363 13225
+3393 6861 6895 6896
+3017 3018 11378 11428
+3230 12156 12159 12178
+7784 8157 8167 8175
+3291 3296 12011 12021
+2112 7782 8194 9470
+3443 6861 6862 6896
+7782 8063 8178 8190
+9448 9462 9463 9465
+4826 4968 13660 13661
+742 743 1945 13112
+742 8158 9478 13112
+5028 8156 8157 8163
+6521 9848 9857 9859
+2139 9320 9898 9903
+3393 3443 6861 6896
+4826 13661 13680 13694
+1700 5108 6788 12281
+753 787 788 9911
+788 9892 9911 9912
+8599 8610 13549 13564
+8592 8595 8610 13564
+8595 8599 8610 13564
+3591 3612 8615 11292
+3612 3617 3620 12519
+7984 12259 12264 13194
+7784 8175 11869 11873
+8159 12440 12445 12995
+7115 7148 12877 14512
+3612 3617 12515 12519
+3084 3085 12281 12282
+9288 9360 9398 9410
+7035 7051 7075 12946
+7165 8937 14510 14517
+3169 3291 3296 12021
+1075 3935 3950 12926
+6524 9222 9885 9897
+5206 6797 11942 11943
+4882 13612 13616 13635
+788 789 9874 9892
+3103 6797 11942 11943
+5036 5230 9868 9872
+3210 3291 11998 12011
+4959 4965 8639 13601
+5875 5888 5911 8638
+8632 8652 11499 13619
+3169 12021 12025 12037
+3454 3472 3473 12401
+12404 12411 12412 12415
+7545 14711 14712 14731
+8651 8652 11499 13619
+8463 9003 12420 12426
+13661 13680 13682 13694
+2871 3017 3018 11428
+785 817 818 5132
+9349 9357 9398 9399
+8711 13669 13670 13681
+8396 8397 8399 12379
+3169 3296 12021 12025
+3432 3453 3462 8457
+8639 11493 13600 13602
+955 3636 12601 12602
+3293 3382 11892 12002
+5396 5712 5713 8430
+5352 12117 12118 12154
+8407 12406 12408 12410
+6863 6864 6898 12398
+5296 12118 12121 12122
+5404 7449 7450 14657
+1743 1744 5406 7451
+5729 5730 8622 8624
+12057 13066 13084 13089
+3425 6896 6897 6930
+3121 3122 3287 11947
+8622 8623 12588 12600
+6932 7614 12412 14645
+7612 7707 7708 12483
+3582 3583 12550 12561
+949 8649 8695 12585
+1111 4034 12481 14610
+12427 12922 12923 14685
+5823 7802 8116 13461
+1727 1728 5213 6806
+13493 13494 13520 13528
+8647 8649 12550 12560
+8282 13489 13490 14674
+8525 12474 12475 12477
+949 8649 8650 12584
+14251 14252 14253 14262
+7990 8035 11400 11435
+8057 9206 14609 14610
+7440 7473 9217 14670
+8660 8661 8664 11437
+12427 12923 14684 14685
+708 4282 8772 11815
+8527 12123 12129 12130
+3100 3101 6796 11914
+1911 7104 7722 7723
+48 1109 7612 12488
+3206 3293 3382 12002
+12101 13135 13144 13145
+11365 11366 11428 11429
+8035 8659 8661 12604
+7990 11435 12613 12614
+3589 12521 12532 12545
+8800 8855 10981 12727
+4339 4411 4412 11543
+7343 7346 7349 14583
+4061 4062 4084 7247
+7943 8703 8712 11670
+11674 13670 13676 13677
+12565 12583 14596 14597
+7305 7306 8751 14567
+931 7272 7293 12663
+7829 7830 7841 9779
+3679 3696 12635 12645
+8440 10020 10022 13788
+7896 7900 14317 14385
+8773 8797 12714 12982
+3206 11820 12002 12003
+3099 6795 6837 11862
+3206 3382 8173 12002
+8766 8780 8781 12977
+5113 6795 11784 11862
+3206 3293 12002 12003
+3293 11892 12002 12003
+2493 10359 10362 10382
+3707 7649 8678 8679
+7300 7320 7322 14576
+7218 12728 12734 14526
+601 3078 6826 12218
+4060 4083 7207 7235
+7900 14317 14385 14394
+13015 13016 13018 13041
+7258 9121 14548 14554
+8834 8835 8846 13289
+4063 4064 4068 12746
+11994 13015 13018 13041
+8773 8797 12982 12983
+8838 12718 12719 12722
+7230 7231 7245 8874
+3723 3736 8668 8679
+13015 13016 13041 13043
+11749 11769 11795 11823
+3077 3078 12213 12219
+7685 7686 7758 8679
+8862 8864 14560 14561
+8789 8802 12714 12732
+7686 7758 8668 8679
+7267 7709 7710 14565
+11983 11994 13015 13018
+1104 4007 7608 14582
+3077 12213 12215 12219
+8071 11994 13015 13041
+7224 12760 12775 14526
+8138 8143 13394 13395
+8888 8889 8890 12787
+6175 10303 13857 13858
+8100 8300 12813 12814
+11987 11989 13022 13047
+8070 8213 11982 11983
+1679 5189 6773 6816
+8688 8745 12655 12658
+3056 6773 6816 12096
+998 7107 7131 8142
+931 3626 12655 12659
+7138 7142 14484 14490
+998 999 7131 14485
+6600 6659 6660 10288
+8688 8745 12655 12663
+930 3625 12655 12662
+10001 10019 10020 10023
+8801 8868 12780 12783
+8688 12655 12658 12659
+3841 3842 3843 12774
+3768 8143 12799 12808
+7148 7149 8937 14512
+6603 6659 6762 10288
+3838 3843 8870 12781
+5864 8133 8134 13820
+8688 12655 12659 12663
+13397 13398 13399 13416
+3626 12655 12656 12659
+6762 10331 14232 14233
+5265 5373 9569 9625
+1323 1324 4533 6438
+3625 3626 12654 12655
+168 6494 9613 9616
+9135 10443 14442 14446
+5733 8689 8696 8698
+5681 5838 5889 13648
+3883 6936 7630 12830
+10189 12866 12869 12870
+8711 13667 13669 13681
+3860 3872 3884 8899
+1442 1820 5930 13678
+6762 10288 10331 14233
+12850 12854 14507 14515
+6440 6558 6600 10283
+11642 13645 13649 13658
+8714 13639 13646 13649
+8133 8134 10263 13820
+5474 5757 8962 14448
+6659 6762 10331 14232
+8947 8951 10292 10302
+860 1862 3423 5401
+3892 6851 8940 12838
+8936 12876 12878 14503
+7497 7519 12386 14654
+5790 8391 13838 13842
+12746 12749 12757 14547
+8708 8728 13708 13709
+5835 8708 8728 8729
+5736 5835 8708 8729
+6762 10280 10287 14233
+1167 4099 4142 9605
+8732 11696 11710 13711
+7820 7922 7928 7930
+6490 6658 6659 14232
+2871 3018 11365 11428
+3947 3972 3973 6856
+6762 10240 10280 10287
+540 541 11134 11730
+1052 8900 8932 9008
+8727 8729 13712 13713
+8730 11694 11695 13684
+541 10869 11134 11730
+6481 6649 6751 9544
+5520 5628 5629 13985
+541 4741 10926 11730
+540 541 4741 11730
+9022 13987 14382 14383
+1096 1856 5605 6856
+541 10869 10926 11730
+10582 14019 14024 14025
+6021 6198 6199 10572
+942 3634 3647 8012
+7639 8858 12752 12763
+987 988 3714 12671
+7472 8405 14645 14649
+1167 4100 5158 9605
+529 530 4730 10944
+8693 8718 11485 11610
+529 530 10866 10944
+8578 8580 14588 14603
+7323 8757 14575 14579
+8693 8718 11610 11634
+9118 12565 12582 14597
+4730 4731 10944 11709
+6534 6535 6703 9333
+9334 9961 9962 9963
+8707 8730 12642 13712
+3653 7718 12661 12669
+8730 11694 12642 13684
+6634 9334 9336 9964
+988 7645 8682 12671
+6634 6740 9334 9964
+5415 5416 5417 14620
+4702 4703 4872 11388
+530 10866 10944 11708
+7945 8740 8743 8818
+6867 6878 6903 14647
+3451 6906 12414 12415
+1052 3859 8900 8932
+4815 4933 13555 13589
+8734 13674 13698 13703
+1503 5510 13894 13910
+8734 11681 13702 13723
+8213 11957 11976 11982
+980 4026 7205 8750
+1501 1502 5509 13907
+8734 11681 13674 13723
+6620 6729 10491 10539
+6491 6659 6660 10331
+5450 5731 5780 12682
+2541 2617 10369 10370
+161 162 2119 9579
+5449 5731 8744 12682
+929 5430 5442 12662
+2024 2025 8206 9479
+929 3624 5442 12662
+3624 5442 8700 12662
+566 3043 6767 6809
+7228 7253 14537 14545
+6571 6620 6729 10491
+3989 8416 12918 12922
+93 2056 2057 4105
+2056 2219 2220 9657
+271 2396 4548 10492
+6619 10496 10497 10539
+5890 13670 13676 13677
+5890 13676 13677 13704
+5903 13689 13704 13705
+273 2398 4549 4612
+5890 5903 8701 13704
+1182 4110 4152 9725
+6619 6729 10497 10539
+8734 11666 13677 13702
+2067 4110 4153 9724
+8665 8677 12708 12991
+8759 8783 12710 13056
+7685 8665 8666 12355
+7937 8665 8667 8765
+519 11522 11637 11638
+4120 4163 5173 9273
+9156 10580 14017 14023
+2785 2953 2991 11440
+2097 2260 2261 9308
+5002 5545 13346 13349
+5583 13325 13326 13327
+5502 5611 13831 13844
+1152 5150 8206 9316
+6557 6601 10269 10284
+6681 9807 9809 14312
+8231 8241 9031 9034
+8214 11987 13015 13016
+395 2482 8109 8110
+6681 6682 9807 9809
+4179 6317 10913 11203
+8734 13676 13677 13702
+7330 7332 7335 14588
+8098 11149 11151 12795
+4230 4231 12104 13125
+5182 8153 8154 8174
+1675 5187 6771 12042
+2785 2825 2953 11440
+7776 8080 14676 14677
+4339 11318 11323 11324
+577 578 3055 6815
+3607 3621 12531 12544
+7775 8183 8184 13114
+2874 2875 2953 11404
+441 442 2727 6336
+4315 4366 11548 11561
+4197 4314 4481 11548
+7443 7465 7492 8460
+4481 11563 11598 11599
+5574 13662 13678 13679
+532 533 10965 10966
+5683 5839 13670 13682
+13669 13670 13671 13682
+11012 11015 11016 11726
+4442 4485 10951 12970
+10777 10899 10901 10995
+1283 4208 4326 6426
+6345 6376 6407 11026
+4486 4505 11092 11093
+12214 12232 12240 12277
+4520 11028 11092 11162
+11015 11016 11726 13298
+9040 9043 13113 13114
+8213 11976 11978 11982
+11990 11991 13019 13048
+508 2785 11417 11424
+8348 9034 11140 13042
+8817 11013 11015 13300
+5213 6806 6848 11947
+2838 10898 10988 11009
+1218 8307 8308 8350
+11937 13008 13009 13011
+2357 4528 8351 10184
+2838 11009 11010 11015
+13669 13670 13681 13682
+5631 13989 14012 14014
+2357 2358 10181 10184
+3796 3804 3823 8790
+1321 4532 4595 6555
+901 7358 12574 12579
+2094 2095 4124 9302
+2205 9566 9569 9584
+5839 13670 13681 13682
+8704 13661 13669 13682
+8728 13690 13691 13716
+9024 11987 13022 13047
+2093 2094 4166 9302
+8798 8799 12727 12730
+8848 8854 10874 11005
+2785 2825 11424 11440
+6666 10368 10407 14265
+4094 5062 9518 9519
+1339 4541 4576 6564
+3730 10923 12713 12725
+8798 8799 10806 10981
+8797 8798 8799 10806
+5455 5744 5745 8821
+5744 5847 5892 8808
+507 2785 2824 11412
+3044 3209 11995 12012
+4543 4578 4607 10422
+6677 6727 10506 10507
+5842 8807 13439 13441
+8810 13375 13439 13442
+6574 10562 10563 10623
+900 901 7380 12579
+8737 8740 8816 12697
+6456 6623 6733 10620
+7941 8655 8660 11437
+8737 8738 8816 12697
+6456 6574 6623 10623
+8070 8213 11967 11982
+2406 2571 2572 10641
+8320 8867 13016 13043
+2416 2581 2582 9936
+497 498 4698 11359
+289 2414 4557 4620
+497 498 11338 11359
+2246 2352 9248 9252
+2083 2084 9251 9253
+10714 10715 10718 10744
+2139 2178 9272 9903
+10746 10765 10766 14359
+6466 6585 6741 9950
+8344 10183 10185 10201
+9223 9885 9888 14359
+1536 5018 5540 13740
+6630 6736 9978 14138
+10185 14166 14175 14176
+8096 8221 14491 14492
+6746 10121 10122 10124
+2437 4569 4590 6473
+2687 2688 2853 10913
+77 2040 4097 4140
+5747 8834 8836 8849
+4643 5553 13498 13499
+13510 13511 13512 13522
+5747 8834 8844 8849
+2439 4569 4591 8273
+1308 4221 8249 8271
+8834 8836 8837 8849
+1220 4177 6315 8251
+8834 8837 8849 8887
+486 487 4687 11062
+8335 10185 14175 14176
+2041 2042 2205 9566
+9908 10745 14138 14139
+3014 3029 11232 11233
+11426 13576 13586 13587
+4773 4817 4936 13604
+6661 10310 10311 14240
+8842 8845 10953 13379
+10990 13383 13384 13388
+5907 8842 8845 13385
+5193 6821 12163 12164
+1689 6780 6822 12164
+8834 8844 8845 13379
+8834 8842 8845 13379
+5907 8834 8842 8845
+4373 10792 10799 12970
+1266 6338 6370 11626
+5878 5907 8834 8845
+10622 10635 10637 10712
+10900 13300 13322 13331
+6732 10586 14331 14340
+2907 2968 2989 10996
+4835 4946 13326 13335
+10898 10899 10901 10994
+4788 4834 4946 13325
+545 546 4746 10876
+3084 12266 12281 12282
+10898 10901 10994 10996
+6684 6685 6731 14331
+1706 6792 6833 11736
+4986 10960 13262 13263
+8848 8854 10874 10876
+8728 13304 13691 13709
+6684 6732 14331 14340
+9150 9187 9195 14253
+2976 3005 10830 10835
+14534 14535 14542 14543
+8864 9123 14553 14555
+1447 1448 4783 13710
+637 638 3115 6803
+1401 1486 4640 9065
+8071 13015 13041 13043
+4038 8864 12743 14555
+4 484 1397 2770
+7818 7834 7835 7842
+9121 9123 14551 14555
+14296 14299 14302 14305
+4 395 1397 2770
+6170 6171 10257 10258
+10257 10258 10297 13836
+5787 5790 5858 13820
+8070 8071 11974 11975
+1778 5472 7029 14428
+8070 11970 11982 11983
+6006 6184 10384 13928
+6120 6184 6185 13904
+8864 9123 14543 14553
+8862 8864 14543 14552
+13936 13945 13946 13958
+1580 5959 6078 13986
+1003 8099 12798 12811
+6448 6615 6724 10427
+2549 2550 2680 10409
+348 349 10469 13947
+9028 9553 14200 14201
+6298 13954 13980 13984
+1142 1766 5447 14546
+5464 8873 12748 12755
+11956 11957 11958 11982
+6567 10422 10447 10449
+5464 8873 12755 14546
+9582 14203 14206 14214
+11183 11184 13404 13406
+1522 5528 14087 14089
+11957 11966 11967 11982
+1400 4638 4639 8392
+2522 2652 2653 10182
+8380 11120 11183 11184
+1493 1550 5003 13801
+1492 1549 1550 13801
+13304 13691 13707 13709
+3980 8893 8898 12942
+8893 8898 12939 12942
+2361 2362 4594 10190
+327 2447 10233 10239
+5502 5610 5611 13831
+11959 11966 11969 11982
+1496 1556 5947 13851
+9551 10232 10233 10271
+5995 5996 10295 10296
+1556 1557 6066 13851
+13886 13887 13895 13908
+6119 6303 13911 13912
+2619 2664 10412 10419
+9140 10402 10434 13938
+1581 5011 5960 6078
+8893 8899 12823 12825
+6006 6183 6184 13928
+6120 13904 13905 13909
+7443 7465 8460 14647
+1046 7633 7634 12864
+7135 7144 7161 14498
+1344 4543 6448 10422
+11904 11905 11962 11981
+8228 11899 11962 11981
+8903 12834 12858 12861
+8903 10208 12834 12861
+8093 8099 8107 8335
+9165 14018 14025 14026
+8230 8231 9023 11984
+257 2382 4541 4604
+9246 10746 10764 14360
+1042 3868 7622 7630
+5530 5531 5639 14124
+6137 14059 14068 14069
+8228 11899 11960 11962
+5523 14012 14033 14058
+1358 1359 4551 6574
+4614 6455 6574 10563
+6030 6031 6208 10679
+280 2405 4616 10624
+8070 11970 11975 11994
+7635 8927 12887 12891
+2414 2579 9926 9981
+11903 11904 11905 11962
+7135 7161 14498 14500
+6033 6210 10672 10699
+6211 14098 14099 14106
+1523 1598 5968 14118
+8901 8903 9548 12872
+6493 6494 6662 9614
+11899 11903 11960 11962
+5709 5812 9096 14136
+1967 7681 7747 8901
+2411 2412 2577 10717
+6583 6633 6739 9966
+1967 7747 8901 8908
+5977 6095 6147 13737
+5145 11904 11962 11981
+9071 10048 13459 13502
+6159 6236 6261 13357
+387 10057 10092 10096
+7161 14497 14498 14500
+6229 6230 6295 10060
+3101 3102 3267 11942
+3859 3872 3889 12824
+1039 1898 7020 8927
+1904 7023 7626 7627
+9558 9585 9600 9624
+1895 6964 14410 14425
+793 825 826 7881
+7831 9775 14306 14307
+3980 8893 8894 8897
+8902 8906 12859 12864
+3102 3267 3268 11942
+9646 14262 14264 14268
+8070 11970 11983 11994
+4136 5062 5153 9502
+10204 10205 10211 14209
+8236 11950 11966 11973
+8913 8923 12871 12886
+5378 9587 9601 9625
+6651 10211 10218 14207
+2528 10204 10205 10210
+3604 3616 8552 12559
+6595 10205 10211 14209
+3328 11753 11913 11915
+1655 1656 2013 11836
+937 12660 12669 14565
+12573 12580 14602 14603
+8923 12871 12886 12888
+6436 6554 6595 10205
+2528 2678 10204 10210
+1392 1393 4589 6591
+4131 5181 8151 8152
+6472 6746 10122 10124
+2603 2604 8269 8273
+3058 3059 6817 12118
+1035 3847 3848 12870
+4186 6324 11324 11368
+6591 6641 6746 10122
+5292 11998 12015 12017
+1679 5097 5189 6773
+5444 8849 12736 12771
+6717 9477 10127 10158
+6760 10062 10111 10123
+5460 5749 8891 8933
+5297 5353 12116 12139
+2672 9975 10743 10767
+5460 5749 5750 8933
+3239 3312 12199 12216
+5461 5750 8933 8935
+1772 5460 7112 7113
+6630 9926 9928 9981
+6630 6698 6737 9926
+5484 5754 5761 8942
+5754 8942 8952 12883
+3246 3247 12268 12270
+1031 3844 12868 12883
+2637 9976 9979 10767
+6462 6630 9928 9981
+3081 12235 12237 12268
+8728 13304 13691 13716
+985 7209 7210 8756
+1450 4665 4784 13706
+3088 3253 12327 12329
+5856 8948 8949 8952
+624 3101 3102 6838
+3325 3358 3375 11785
+1352 1353 4581 6571
+9193 14252 14253 14262
+8632 11393 11499 13633
+4290 4291 4466 13010
+5794 5856 5877 8944
+4848 13315 13363 13378
+1721 5118 5210 11781
+8948 8952 8956 13882
+5856 5877 8942 8944
+6178 10329 13872 13883
+9097 14717 14718 14728
+11393 11505 11506 13633
+7843 14315 14317 14394
+6619 10496 10539 14319
+5757 5798 5799 8961
+13352 13358 13480 13481
+4293 11983 11994 13018
+1135 1757 4023 7278
+929 7271 14564 14566
+8069 11950 11956 11966
+8914 9548 9549 10208
+171 172 2124 9628
+10403 13920 13921 13924
+7577 8973 14696 14699
+720 11970 11983 11994
+8689 8692 8699 12609
+8973 8974 12907 14699
+7577 7578 14694 14699
+2048 2049 4101 9617
+1769 4026 7204 7205
+3120 6847 11866 11948
+1335 4574 6444 6562
+8946 13874 13875 13889
+6605 6609 6667 10368
+6609 10366 10367 10368
+1778 1779 5472 7029
+5628 5629 13985 14006
+5488 5765 9006 14396
+5489 6950 9152 14391
+9006 9157 14383 14391
+3120 11866 11944 11948
+5485 5760 5772 14377
+6698 6737 9926 9935
+8974 9101 14693 14694
+5721 5722 5874 8495
+673 674 12182 12187
+2955 2993 11462 11479
+4528 6433 8351 9035
+5667 5675 13603 13617
+3119 3120 3285 11866
+4829 11700 13700 13701
+7766 8982 8984 8988
+4837 4908 11729 13373
+5370 11866 11944 11948
+8988 8989 12955 14478
+12365 13030 13035 13036
+11393 11499 11506 13633
+902 3557 3558 12577
+8982 14467 14472 14473
+8982 8983 14472 14473
+4678 13338 13365 13367
+7626 7742 8988 12954
+4678 4797 4950 13365
+11393 11487 11499 11506
+1782 7032 7033 14462
+14460 14462 14468 14469
+7046 7626 8988 12954
+9010 9011 10378 14379
+5815 8431 8433 13790
+9018 9019 14373 14374
+6966 7823 14373 14375
+3120 3286 11944 11948
+6966 7823 8992 14373
+1494 5502 5503 13844
+1877 6873 6883 12410
+11843 11908 11939 11940
+6433 6597 6644 8351
+3972 3973 3984 6891
+8992 9019 14373 14374
+1872 8414 8893 12939
+1634 1635 5039 7771
+3979 3980 3991 12938
+398 560 2850 8372
+5139 5239 5240 9672
+397 398 2773 8340
+398 2850 8340 8372
+7527 7553 9002 14680
+9173 10650 10655 14415
+7553 7558 9001 14693
+3306 12144 12147 12176
+12365 13036 13037 13038
+5332 5378 9559 9625
+398 8340 8343 8372
+9011 9012 14465 14468
+3856 3881 12859 12864
+3853 3868 3890 12826
+11398 11418 11495 11587
+5760 9011 9012 14376
+5760 9010 9011 14377
+9197 14242 14243 14445
+1643 5043 5044 9568
+5760 5772 9010 14377
+7941 8655 11420 11437
+8107 8241 8335 11140
+8431 13753 13789 13790
+11196 11198 11206 11408
+11906 11916 11939 11940
+5051 11759 11764 11836
+7 560 8373 8388
+972 973 3706 7646
+3723 7647 8668 8679
+2477 2647 10100 10113
+979 1978 8802 12715
+7192 7606 7643 7644
+7714 8572 12576 14601
+6457 6624 10625 10643
+7350 7375 7651 14604
+7343 14583 14588 14591
+8488 8489 12476 14627
+12391 12392 12396 14651
+5760 9011 9012 14468
+3409 3421 8398 12376
+841 3405 7676 12413
+8451 8453 10006 10090
+9212 9214 9215 14673
+8931 9011 14468 14469
+758 7914 9812 9838
+6457 10624 10625 10643
+1991 1992 7809 7810
+1990 1991 7773 7850
+7811 7865 7888 9765
+6624 10625 10643 10646
+9014 9022 10571 13995
+1035 1036 3848 12888
+2000 2001 9586 9601
+161 6487 9579 14211
+9021 9022 10571 13995
+9594 9596 9597 14226
+8917 14221 14222 14225
+2204 9566 9567 9569
+9009 9014 9020 9022
+386 2477 10056 10087
+10313 10315 10316 10317
+9014 9020 9022 13995
+2010 11961 11980 11981
+1977 8787 8788 11925
+8787 11926 12985 12986
+5972 6143 6257 13768
+3881 12859 12863 12864
+1660 1661 2019 11748
+7971 12640 12644 12645
+1988 8018 8020 8028
+8000 8010 8011 8012
+7953 12338 12340 13241
+3087 3088 3253 12327
+943 1987 3649 8018
+5804 5880 9020 13997
+7843 7896 14317 14385
+7937 8764 8770 12966
+5055 5147 5253 11746
+7794 11196 11205 11408
+1639 1994 1995 9757
+9020 9155 14023 14026
+1046 3856 7633 12864
+2016 11908 11939 11940
+1005 1972 11985 12816
+8219 9376 14193 14194
+8231 8239 9031 9034
+2016 11906 11939 11940
+8231 8239 9030 9031
+11906 11916 11918 11919
+11932 11933 11934 11976
+1926 7269 9205 14594
+7794 11195 11196 11408
+3155 3195 3327 11917
+1154 5060 5151 9483
+1647 5047 5141 9509
+5264 5378 5384 9559
+162 2158 9565 9591
+1648 2005 5142 9504
+154 9512 9536 9542
+1151 1215 5058 8206
+2359 4530 4571 10186
+235 2359 4530 4571
+11931 11932 11933 11934
+9608 9610 9611 9613
+2284 2329 9590 9602
+9613 9614 14241 14244
+2054 2218 9650 9655
+4146 5161 9647 9650
+365 2506 10658 10668
+2263 2316 2317 9394
+5163 9683 9684 9690
+8431 8433 13753 13790
+7775 8183 12435 14671
+8775 12361 12364 13034
+8158 8193 9037 9040
+101 4109 4152 9729
+6463 6581 6631 9936
+7888 7929 9759 9760
+9829 9867 9868 9869
+2461 10540 10549 10564
+741 776 8176 11869
+7785 8166 9038 12996
+1373 4558 4621 6581
+7785 8166 12996 12997
+9318 9900 9905 9911
+1374 4558 4585 6463
+7785 8166 9038 9044
+11934 11961 11980 11993
+686 3187 12300 12311
+7785 8166 9044 11890
+4222 7785 9044 11890
+7854 7856 9836 14341
+11393 11487 11505 11506
+2259 2260 9304 9306
+985 3726 8683 8684
+9295 9297 9298 9299
+13688 13689 13701 13705
+5091 5183 5290 11819
+146 561 3166 8154
+147 2110 8149 8150
+9435 9438 9439 9442
+7856 7912 14346 14348
+2455 2495 2663 10401
+4097 5064 5156 9567
+5865 5908 9058 9060
+7807 8139 9057 13400
+8228 11934 11961 11980
+6104 8130 9046 9063
+74 75 2038 4096
+8917 9591 9595 14210
+3552 3572 3581 12552
+11932 11934 11976 11993
+1964 1965 9586 9592
+1963 9590 9606 9623
+2000 5044 9568 9601
+182 183 6509 14287
+7866 7867 9727 9730
+7854 7856 14341 14348
+2294 9688 9733 9734
+6104 8130 9063 13816
+6570 6619 10497 10498
+2065 2066 2229 9725
+5137 7809 7867 9732
+5166 5274 5335 9724
+6104 6150 9063 13816
+5987 6104 9046 9063
+5173 5229 5281 9260
+2179 9256 9275 9323
+2089 4121 4164 9263
+5987 6104 6150 9063
+8289 8296 10176 10180
+3570 3595 3596 12535
+6520 6521 6689 9860
+5256 9373 9481 9497
+1487 5939 9067 9077
+5939 9067 9075 9077
+317 318 2851 8252
+2114 2153 9366 9369
+225 1215 3124 8205
+8105 8107 9031 13046
+7792 8223 8233 9363
+6510 9776 9779 14287
+9150 9187 14445 14456
+6509 6510 9779 9782
+9670 9709 9715 9716
+5241 5269 9652 9654
+6509 9779 9782 14289
+4684 7801 9076 9077
+183 6510 9776 14287
+7802 8116 9074 9080
+8112 8117 9072 9074
+8908 8912 8913 8918
+2136 9829 9848 9871
+7802 9074 9077 9079
+1356 4549 6454 10552
+193 194 9843 9859
+832 8424 12427 12429
+780 781 813 5031
+332 2450 2489 10279
+216 217 2185 9410
+5371 9391 9393 9452
+5087 5342 9345 9383
+5998 10292 13855 13857
+8761 8762 13030 13036
+3569 3570 3595 12525
+5685 5903 13689 13705
+6481 6482 9537 14187
+8761 13030 13036 13038
+8623 8625 11496 12607
+2036 2199 2200 9526
+711 3160 11821 11928
+5656 9080 13493 13520
+5548 5647 5656 13524
+2054 2217 2218 9650
+8775 12360 12361 12364
+9706 14274 14294 14300
+7625 7766 8988 14467
+8111 9075 9078 9079
+85 2049 4101 4144
+2221 9684 9685 9686
+7889 9760 9761 9792
+8111 9078 9079 13520
+5718 5719 8127 8129
+5685 5890 5903 13705
+11074 11852 11927 11930
+5335 9724 9725 9761
+321 5988 5989 10076
+1184 1185 4111 5075
+5823 5824 8129 13461
+8555 8557 8558 8560
+5035 5036 9874 9875
+4554 4618 6459 10684
+2079 4116 4159 9864
+2175 9871 9891 9894
+2137 2175 9891 9894
+5857 8993 8994 9090
+8993 9088 9089 9095
+7 398 8370 8373
+5229 5281 9260 9261
+320 321 5988 10076
+10065 10075 10082 13810
+7838 9088 14111 14129
+8993 8994 9090 9095
+6530 6698 6699 9924
+9259 9929 9937 10055
+2316 9312 9386 9394
+10065 10071 10075 10076
+5285 9309 9312 9313
+11821 11850 11851 11928
+1209 5087 5179 9382
+9349 9357 9359 9398
+6986 12894 14413 14414
+2110 8149 8155 8168
+711 11928 12985 12990
+2189 2278 2323 9373
+11919 11920 12360 12992
+1616 1617 5018 6096
+9632 14250 14254 14256
+5043 5243 5333 9584
+6703 6704 9333 9334
+8993 9086 9087 14707
+6703 6704 6740 9334
+1617 5018 5978 6096
+1164 4097 4140 5156
+6702 6703 6740 9334
+3162 3201 11898 11922
+6634 6704 6740 9334
+6534 6702 6703 14152
+9107 10742 13764 14109
+5074 5165 5273 9725
+186 6512 6513 9774
+7831 14306 14314 14389
+9803 9805 9806 14323
+7870 7904 7928 9765
+11918 11921 12991 12992
+189 190 6516 9814
+9107 10742 13763 13764
+9086 9096 9097 14122
+2179 9277 9323 9343
+786 5034 9254 9256
+2231 2297 2336 9790
+9096 9097 14122 14136
+2132 2171 2297 7923
+11712 13711 13712 13713
+6544 6712 6713 13083
+744 8161 9460 9472
+5418 8496 9116 14629
+5031 5371 9391 9452
+5030 9463 9465 12026
+2036 9517 9525 9526
+71 72 2035 4137
+244 245 2369 4598
+5418 7364 9116 14629
+243 2368 4534 4597
+8496 9116 14629 14630
+4997 5004 5507 13891
+5134 5230 5375 9825
+7364 9116 14629 14630
+6521 9854 9878 14347
+4552 4582 4615 10619
+3044 3209 3210 12012
+6147 6151 6275 13733
+5749 5860 5897 8892
+6457 6576 6625 10643
+1616 5018 6096 13736
+2259 2313 2314 9304
+2145 2314 2344 9304
+5897 8386 8891 9124
+9293 9295 9297 9300
+6516 6685 9815 14330
+1087 1088 3954 12904
+8891 8892 9124 13834
+6985 6995 7003 14414
+698 3193 11859 11918
+2364 2529 2530 10212
+6173 6174 6281 13861
+338 6006 10351 10354
+2362 2527 10190 10205
+2361 2526 2527 10190
+984 7208 7209 8756
+6005 6006 10351 10360
+2371 2536 10283 10312
+9135 10348 10349 10358
+249 4537 4600 10335
+10322 10323 10325 10344
+6606 6662 6719 14249
+168 169 2161 9612
+10350 10351 10352 13896
+4542 4605 6565 10411
+2546 2619 2663 10404
+6443 6610 10367 10369
+14243 14255 14257 14259
+6446 6564 6607 10413
+2213 2214 2287 9652
+337 6004 6005 10351
+6452 6571 10491 10492
+7832 14311 14315 14317
+1368 4556 4619 6579
+7846 7895 7896 10500
+2391 4545 4609 10445
+1335 1336 4539 6444
+6006 10351 10354 10360
+10616 10617 10651 10652
+337 338 10347 10351
+4556 4619 6579 10717
+7843 14317 14385 14394
+2414 2415 4557 9928
+2573 2634 2670 10691
+6632 6700 6738 9929
+337 338 6005 10351
+2585 9937 9961 9963
+338 6005 6006 10351
+1383 4587 6468 6586
+9330 9951 10037 10040
+2377 4602 10338 10367
+383 384 6051 13749
+5788 5795 13953 14004
+9970 10040 14158 14163
+13949 13950 13969 13970
+2593 2675 9954 9955
+11695 11696 11697 13711
+252 253 2377 4602
+9156 10600 10601 10602
+8557 12521 12531 12545
+5766 9158 9159 14400
+6884 7118 7119 7150
+5766 9153 9159 14400
+3335 3362 11905 11911
+6005 6006 10360 13928
+6001 6002 10320 10321
+5766 9158 14400 14404
+5490 5766 5774 9158
+8957 8959 13871 13885
+3280 3335 3362 11911
+2490 10278 10308 10316
+272 273 2397 4612
+1603 5971 6089 14125
+5766 5774 9158 9159
+2061 2062 4150 9690
+169 170 6496 9634
+9106 10757 13729 14134
+2025 2026 9315 9316
+9159 14044 14047 14063
+7830 7843 14315 14317
+3281 3335 3363 11911
+6223 10021 13739 13777
+9153 9159 14028 14049
+9153 14028 14034 14035
+276 277 2401 4614
+6540 14154 14162 14163
+266 2391 4545 4609
+9164 10599 10602 14028
+229 2354 2482 8110
+8311 8312 8330 8341
+10604 14018 14028 14029
+4639 4640 9065 13423
+10602 10604 14028 14035
+6434 6642 10181 10184
+10341 10363 10443 10444
+4545 6450 10445 10446
+9164 14028 14047 14400
+5954 6072 6112 13914
+5015 5972 6091 13768
+339 340 6007 10374
+9854 9878 9889 14347
+2568 2631 2669 10621
+2024 2025 2323 9479
+9153 9159 14028 14400
+6849 6884 7118 7150
+6207 6208 6293 14079
+3280 3281 3335 11911
+1347 4545 4579 10446
+6988 7001 7002 14421
+5649 13742 13790 13791
+9174 14407 14417 14419
+3362 11900 11905 11911
+9213 9289 10117 13100
+2524 2525 2654 10216
+2855 2856 2942 11201
+9834 10663 10674 14417
+2358 4529 4570 4593
+10663 10674 12894 14417
+4527 6432 8110 8310
+9380 10183 10201 10202
+1088 3941 12904 12908
+8629 8655 12543 12548
+2523 10181 10182 10193
+14258 14259 14260 14261
+3362 11828 11900 11901
+8791 10887 11001 12988
+249 2373 4600 10335
+1962 7021 14443 14458
+6610 6666 10369 14261
+2658 9189 10285 10310
+9174 14407 14415 14417
+11828 11900 11901 11902
+5533 5641 5642 14119
+2544 10367 10368 10369
+6670 10421 14267 14269
+10405 10414 10419 10421
+343 344 2495 10387
+5211 5315 11830 11911
+9704 10480 10527 10528
+2385 2550 2551 10423
+1510 6076 13972 13982
+1519 1590 1591 14066
+6501 14267 14268 14270
+2461 2500 2611 10501
+6337 6400 6421 11606
+2611 10502 10503 10631
+9174 10662 10663 14415
+6622 6686 6753 10637
+2570 2632 2633 10642
+6337 6369 6421 11606
+2920 10877 10878 10884
+7941 8568 8655 8660
+285 286 2410 4555
+7815 9852 10694 10711
+9185 9317 9851 9882
+8968 8969 9183 9185
+7871 8968 9185 14349
+7872 8968 9183 14349
+3161 11840 11852 11897
+4329 6350 10878 10884
+6468 6586 6636 9967
+2476 2515 10038 10042
+2590 2644 9953 10153
+313 2437 2438 4569
+2441 2442 8252 8265
+3161 11840 11851 11852
+1325 4534 4597 6557
+6641 6717 6747 10127
+2954 2955 11466 11479
+11840 11895 11897 11900
+2491 10285 10327 10342
+8916 14216 14218 14219
+6601 6603 10284 10287
+9593 10285 10327 10330
+2492 2616 2658 10340
+6022 10567 10568 10581
+11146 11992 13019 13020
+233 2357 2358 4593
+2462 2624 2628 10544
+9135 10324 10343 14438
+6728 10496 10498 10503
+10548 10629 10630 14385
+10243 10343 14438 14441
+9246 10747 10761 10762
+10692 10693 10704 10706
+2576 10714 10715 10718
+9593 10243 10343 14441
+720 4293 4294 11994
+9135 10343 14438 14441
+10715 10716 10717 10745
+8987 8990 9201 10357
+1260 1261 4197 6335
+233 2358 4529 4593
+9409 10089 10092 13451
+408 2694 6319 6384
+9358 9407 14156 14168
+409 2694 2695 6384
+8985 9201 14475 14478
+8985 8988 14472 14475
+2616 9189 9190 10340
+9196 9200 9629 9712
+2490 2614 2659 10308
+9190 9191 10341 10343
+247 248 2372 4536
+9564 10304 10315 13885
+10341 10362 10363 10444
+8983 9196 9200 9712
+7094 7095 7100 14471
+11840 11897 11900 11901
+2568 10621 10622 10626
+2695 2696 6320 11234
+6029 6206 6207 14054
+9042 9439 9474 13110
+7873 9837 9838 14343
+1229 6319 6384 11230
+4293 11983 11988 13018
+9832 10638 10644 10676
+7082 8990 14470 14476
+9150 9712 14454 14455
+919 7373 7374 12500
+222 223 9042 9443
+7372 12498 12500 14639
+920 7658 7659 12502
+8533 8542 12498 12500
+1511 1578 6077 13972
+735 8479 12502 12507
+8085 11210 11220 11374
+4690 11059 11257 13474
+7658 7745 8480 9210
+1860 1861 5606 6860
+2694 6319 6384 11230
+1229 1230 4299 6384
+8162 9042 9446 9476
+8732 13711 13712 13713
+11388 11389 13564 13565
+2782 2821 2951 11540
+504 2823 11391 11394
+11259 11542 11545 11546
+9221 9235 9319 9974
+210 211 9325 9332
+4192 4361 11446 11475
+1282 1283 4208 6377
+1973 1974 13012 13013
+2827 11483 11487 11494
+2826 2954 2955 11479
+1247 4190 6328 6419
+211 9326 9332 9335
+2093 2257 9292 9302
+4197 6335 6399 11548
+7987 12289 12296 12297
+2722 2887 11515 11523
+2748 6347 6408 10854
+4473 11622 11627 13233
+11549 11551 11599 11723
+2793 2832 11617 11618
+5777 5819 5906 8450
+11703 13243 13248 13253
+1253 1254 4311 6366
+2969 3022 10790 10797
+9328 9329 10036 10037
+4311 6365 6366 11477
+7600 14709 14710 14724
+4202 6340 6423 10802
+2093 2256 2257 9292
+9225 9226 9974 14709
+4900 4973 4994 10946
+9225 9226 9319 9974
+9319 10762 14363 14364
+1707 6792 6834 11735
+6635 6706 6741 9342
+2748 10854 11027 11028
+7373 7405 7406 14639
+4671 4790 5934 13409
+9908 14140 14141 14364
+8727 8729 13713 13715
+1254 4311 6332 6366
+8332 11030 11079 11132
+8791 10887 10889 11001
+1474 1475 1841 13338
+9232 9918 9923 9924
+6635 6706 6707 9342
+8795 8869 10827 12775
+4388 4508 10890 12989
+11840 11896 11900 11901
+8226 8238 11975 11984
+229 395 2482 8110
+6530 6698 9918 9924
+9233 9257 9268 9984
+9232 9233 9257 14734
+2769 2770 2935 8309
+482 483 2768 6416
+11840 11895 11896 11900
+2779 2818 11298 11301
+8256 8263 11235 11236
+11196 11205 11206 11408
+2743 10905 10906 10910
+1410 4645 4764 13521
+9332 9356 14143 14147
+2988 11265 11288 11290
+3590 3594 8588 12517
+9332 14143 14144 14147
+11629 11631 11632 13642
+11442 11524 11526 11570
+3334 11840 11897 11901
+2996 11552 11566 11607
+9240 9241 9330 14161
+8331 8332 11079 11132
+8593 11389 13551 13560
+463 464 2749 6347
+8777 10813 11089 13031
+6345 6406 6424 10910
+8404 9241 9330 14161
+8823 10869 11134 11730
+8318 10986 11158 11159
+11002 11009 11012 11017
+6345 6376 6424 11026
+2839 2971 2972 11083
+4514 10902 10905 10995
+6 319 2443 8288
+9240 9241 9330 10152
+2808 2847 2980 11075
+4324 4375 4378 10910
+9241 9242 9330 10152
+315 316 2440 8090
+8083 8285 10159 10171
+2246 2305 2352 9252
+2247 9251 9252 9255
+5280 5328 5339 9255
+504 505 11391 11414
+5303 12235 12237 12268
+10138 13355 13453 13456
+2709 2874 2875 11404
+2910 2911 3023 11090
+506 2784 11391 11412
+8601 11385 11392 11413
+2898 2899 10844 10862
+7958 7997 13237 13238
+2795 2834 2999 10856
+11887 13066 13069 13072
+7935 7968 8016 12650
+8196 13066 13069 13089
+11695 11697 11711 13711
+2083 2246 2247 9251
+4460 4461 11001 11861
+8843 11022 13277 13286
+11525 11551 11567 11568
+2885 2886 11514 11535
+4212 4386 4489 10884
+2806 10952 10984 10987
+2310 9258 9267 9284
+4216 4334 6427 11032
+9294 9295 9296 9455
+434 435 2720 6397
+2776 2815 2942 11221
+8256 11037 11239 11372
+2689 2854 2855 11203
+413 2699 6322 6389
+750 9276 9281 9921
+2822 2984 11369 11394
+5726 8586 8587 8597
+11887 12058 13066 13072
+11887 12058 12059 13072
+4302 6417 11297 11319
+412 413 2698 6389
+413 2698 2699 6389
+2878 2879 11443 11445
+4420 4421 11469 12195
+11296 11314 11341 13150
+2714 2879 11443 11446
+4499 11445 11469 13172
+4301 6322 6389 11262
+11436 11533 11553 11555
+11878 11881 13068 13084
+9233 9268 9977 9984
+4884 4962 4967 11585
+518 519 4719 11638
+9024 11932 13022 13023
+8196 11200 13089 13090
+6695 9908 9909 10745
+5571 5572 13656 13657
+8954 10353 13900 13906
+9233 9235 9268 9977
+2080 2081 4117 9250
+7939 8747 10774 10942
+6115 13888 13889 13903
+2902 2903 3022 10799
+5509 5616 5618 13903
+4201 4318 4353 11687
+1014 1149 7118 7119
+5582 5583 5691 13325
+4448 4449 4516 12363
+1014 1015 1149 7119
+11879 11880 11881 13084
+10663 14075 14413 14414
+9193 14252 14262 14279
+4454 10842 13063 13064
+5430 5449 5731 14566
+2085 2248 2249 9274
+4385 4489 4524 10877
+4286 4287 4462 10881
+2982 3010 11145 11147
+5120 5211 5368 11830
+2934 8307 8346 9036
+208 2142 9280 9283
+8331 11078 11158 11159
+2933 2934 8346 11127
+2811 2850 8371 11157
+10346 13886 13888 13902
+11225 11303 11304 11306
+207 208 2142 9280
+4699 4700 11358 11360
+4699 11354 11359 11360
+208 9280 9282 9285
+7864 7918 10594 14401
+1039 7020 7050 8927
+208 9280 9283 9285
+750 751 1952 7546
+9923 9924 10055 14149
+6115 6161 6311 13888
+11364 11448 11449 11492
+425 426 2711 6328
+8159 12440 12445 13068
+8558 8560 11363 12520
+527 10936 11693 11697
+8189 12440 13067 13068
+2966 3001 3035 10795
+2290 2349 9656 9658
+3035 10790 10795 10797
+8727 11712 13719 13720
+9424 10043 10118 14157
+2924 10886 10890 10891
+2588 2589 2640 9949
+4211 4329 4385 10878
+6224 6275 6296 13733
+8833 8843 13286 13289
+4524 10877 10977 12971
+2923 10887 10891 10892
+2919 2976 10832 10836
+6296 13731 13733 13735
+11318 11323 11341 11543
+408 2693 2694 6319
+4348 4497 4513 11263
+2697 6321 11261 11264
+5539 5648 13734 13736
+2699 6322 11262 11297
+6152 6227 6276 13741
+4438 11703 12337 13243
+528 4729 10940 11710
+9709 9711 14284 14285
+5578 5579 13313 13706
+6124 6289 13943 13963
+1002 1003 7130 12811
+555 556 2848 11118
+2092 2255 2256 9292
+2091 2092 2255 9270
+6124 6267 6289 13943
+9709 9711 14277 14285
+4216 11029 11032 11131
+1399 1400 4638 8392
+8175 8179 11869 11873
+6124 6125 6289 13963
+8333 11991 13048 13050
+2290 9656 9658 9664
+128 2091 2092 4165
+4428 4480 4495 11571
+2721 2722 2887 11515
+5802 10430 13944 13965
+8158 8175 8179 11869
+11430 11432 11447 11470
+6333 6367 6368 11515
+11482 11484 11521 11590
+7129 7723 8052 8857
+11472 11478 11518 11519
+13171 13181 13182 13184
+11466 11467 11468 12195
+4179 4295 6317 10913
+1223 4178 4295 6358
+9265 9300 9455 9456
+2290 2333 2349 9658
+9300 9301 9455 9456
+2143 2182 2312 9293
+735 736 12098 12099
+8792 11827 12984 12986
+6142 6254 6272 14110
+3298 12040 12066 12076
+8902 8903 14498 14509
+4285 11827 11861 12985
+2312 2342 9293 9300
+2143 2312 2342 9293
+12202 12206 12209 12233
+2144 2182 2343 9297
+7141 8857 12855 12882
+600 601 3078 6826
+10809 10997 11000 13004
+3074 3239 3240 12198
+742 776 777 11869
+11393 11487 11494 11495
+7952 11744 11745 11747
+777 8157 8175 11869
+3087 6789 6830 12327
+6265 6269 13961 13964
+2095 2096 2259 9307
+6126 6248 6265 13961
+3094 6792 6834 11735
+10806 10807 10809 10985
+10809 10887 10978 10997
+7141 8857 8906 12855
+1449 1450 4784 13706
+2261 2262 9309 9313
+2261 2262 2350 9313
+1293 4213 6351 6412
+3108 6841 11751 11767
+2315 2344 9312 9384
+2315 2344 2350 9312
+8787 8792 12981 12984
+7796 8452 8453 8456
+4217 4492 11125 11133
+753 9900 9904 9905
+11877 11878 12445 13084
+3046 3047 3212 12019
+9318 9320 9905 9911
+3045 3211 11999 12000
+3045 3046 6768 11999
+787 9272 9905 9913
+9139 13934 13935 13938
+9231 9917 9919 9920
+4523 11445 11474 13172
+3068 3233 3234 12163
+12216 12228 12275 12276
+6090 6143 6255 14119
+6090 6255 6256 14119
+4424 13171 13182 13184
+752 753 9904 9905
+10807 10809 10985 10997
+9900 9902 9904 9905
+3312 3349 12200 12204
+12365 13037 13038 13065
+6090 6256 14119 14125
+3263 3375 11783 11845
+696 4269 11857 12352
+4274 4275 4450 13034
+8791 11001 11861 12987
+7006 7018 14395 14398
+8398 8402 9213 9327
+5247 8069 11951 11979
+155 156 6482 14182
+3561 3579 8551 12551
+716 3162 3202 11931
+11949 11950 11951 11971
+2979 10886 10890 10999
+2152 8208 8224 8233
+8255 9401 9405 13100
+1233 4183 6321 11264
+4388 4461 4462 12989
+4237 4413 12127 13155
+5097 5189 6773 12077
+5149 7772 8007 14748
+1697 6785 6827 12230
+4456 10833 12964 13061
+4338 11886 11887 11889
+5207 5311 11760 11766
+13080 13082 13083 13120
+632 633 3110 6842
+9338 9339 13080 13082
+3379 3380 11768 11772
+8084 11216 11217 13086
+5091 6765 8153 11819
+4222 11890 11893 12999
+13080 13083 13100 13120
+9339 13080 13100 13120
+5327 12007 12009 12010
+4398 4502 4511 11214
+156 6482 9556 14182
+4379 4397 4502 11893
+1449 1450 1825 13706
+7120 7153 14516 14520
+13134 13135 13137 13149
+1603 1604 5971 14125
+771 12070 12074 12114
+11545 11546 11547 12136
+5533 13768 14119 14125
+3975 8412 12920 12921
+3064 3229 3230 12156
+2183 9290 9335 9337
+3371 12162 12169 12170
+3226 3227 12116 12139
+3237 12165 12167 12201
+3076 3077 3242 12215
+4255 4430 4431 12298
+7960 7986 12228 12242
+4704 11386 11387 11388
+211 9290 9326 9335
+598 3075 3076 6825
+2183 9290 9304 9348
+7961 8037 12278 12279
+6116 13886 13888 13895
+10771 10861 10862 10867
+2890 11529 11548 11549
+692 693 4266 12346
+3560 3574 12532 12534
+8233 9366 9369 9494
+5357 12236 12237 12239
+2728 2893 2894 11560
+444 2730 6370 11620
+8435 10028 10029 13789
+1970 2005 2006 9495
+1970 7792 8200 9495
+227 2188 8202 8208
+5201 5360 11740 12329
+1279 4206 6344 6424
+8202 8208 9374 9485
+2806 10978 10983 10984
+3332 3379 3380 11768
+9368 9494 9496 9497
+9368 9370 9494 9497
+5789 13415 13416 13438
+4460 11001 11861 12971
+2005 2006 9495 9496
+9375 9379 14178 14179
+4231 4232 4407 12104
+1652 5049 11963 11977
+4222 4379 4397 11893
+641 642 3119 6805
+9161 9173 10655 14076
+9026 9027 9029 9032
+4226 13073 13092 13094
+651 652 4225 13097
+11871 11877 11879 13084
+13354 13456 13476 13477
+13454 13458 13459 13477
+8064 11872 11875 11888
+5386 8171 12002 12010
+8231 9026 9032 9361
+9071 13458 13459 13477
+6056 6233 13457 13476
+669 670 12145 12146
+3138 3306 12144 12147
+8201 9361 9362 9375
+668 669 12144 12148
+8450 8501 9070 13478
+8791 11001 11861 12971
+1699 5107 5199 12272
+3574 8556 12532 12534
+8765 8766 8781 12977
+3085 6788 12281 12284
+684 685 3186 12301
+8778 12976 12977 12993
+3146 3186 3351 12271
+1716 5207 6840 11766
+151 8234 9027 9032
+3345 3377 3384 11759
+3330 11821 11837 11839
+11752 11753 11754 11791
+4281 11815 12965 13061
+8230 8231 8240 9361
+3105 3106 6840 11765
+151 8234 9027 9363
+4186 4350 11345 11368
+1238 4186 4303 6324
+2512 9956 9965 9986
+4349 4351 11404 12153
+4187 4304 6325 11368
+2872 2873 11407 11427
+11854 11858 11906 11918
+5341 9306 9311 9313
+7120 7152 7153 14516
+5106 5302 5357 12230
+5226 5341 9306 9311
+687 4261 12319 12323
+5322 5331 5380 8005
+12292 12293 12307 13197
+5302 5323 12213 12239
+14098 14100 14101 14106
+5105 5197 5356 12213
+761 762 5124 7959
+1723 5211 6803 6845
+3114 6844 11780 11831
+2262 2316 2350 9312
+11858 11859 12354 12991
+8788 11925 11926 11927
+9071 13480 13501 13503
+713 714 3161 11853
+1654 5050 11835 11896
+5371 5382 9391 9393
+5249 5313 11771 11772
+2317 2353 9392 9396
+2264 2317 2353 9396
+3708 3727 3735 8783
+746 9399 9403 9406
+9287 9398 9403 9406
+5095 5187 5349 12041
+1525 5530 5531 14108
+8680 8768 12684 12689
+1718 1719 5117 6800
+746 9287 9403 9406
+3297 11762 11794 11833
+9288 9398 9399 9403
+218 2147 2186 9417
+6140 6253 14098 14104
+8677 8678 12707 12708
+1865 5402 6865 12400
+3824 3838 12780 12782
+7563 7579 7585 14703
+3044 3045 12000 12001
+217 2147 2185 9417
+9295 9297 9299 9300
+745 9287 9412 13079
+7465 7477 8460 14647
+9233 14724 14730 14734
+9339 13082 13119 13120
+9093 10670 10697 14082
+9439 9441 9442 9446
+2187 9444 9445 9448
+6033 6034 10698 10707
+6939 6962 6971 14389
+7937 8665 8666 12355
+7538 7567 7574 14738
+11921 12991 12992 12993
+217 9410 9414 9417
+9417 9418 9421 13077
+6273 10582 14019 14024
+7471 7473 8400 9217
+6201 6273 14019 14024
+3044 3210 12000 12012
+7445 12485 12489 14645
+3465 12390 12391 14660
+8398 9216 10116 12376
+5191 12138 12155 12157
+831 7528 7548 12427
+2266 9381 9382 9428
+3409 8398 8399 12376
+8405 8406 12394 14649
+8405 8406 12394 12405
+12493 12495 12497 14641
+4062 4084 7247 14548
+6909 7150 7152 14510
+6884 6909 7150 7152
+9002 9003 12917 14680
+6884 6909 7152 14516
+8462 12916 14681 14682
+6190 6191 10473 13935
+7146 7147 7163 14503
+3943 8461 8463 12916
+1976 8788 11925 11927
+9139 10438 13935 13936
+6124 6267 13936 13943
+6267 6288 13935 13936
+850 851 8394 12373
+10430 13943 13944 13965
+6115 6161 13888 13903
+6161 13888 13903 13907
+6179 10346 13883 13893
+6179 10329 10346 13883
+888 5410 5411 8510
+220 9435 9441 13081
+4764 4854 13500 13521
+5065 5243 5265 9566
+8949 13882 13883 13893
+10277 10321 13870 13881
+8319 11168 13028 13029
+856 3413 5601 12382
+7776 8080 10162 14677
+8254 9214 9404 14667
+6167 6168 10085 13819
+7541 7542 7570 14739
+2088 2089 4121 9260
+9228 9921 14148 14150
+8306 10065 10075 10082
+8393 8394 9241 12373
+1825 5578 5579 13706
+6547 9446 9447 13116
+7576 8465 8466 9001
+3943 3944 8461 8463
+40 7628 7629 8896
+8161 9435 9442 9444
+8194 9042 9443 9474
+1110 7613 12488 12490
+6867 12485 14644 14650
+12484 12487 12488 12489
+5501 13800 13801 13802
+11832 11854 11858 11906
+8363 10256 10261 10262
+1825 5579 5931 13706
+3495 5411 5412 8495
+8126 11243 11244 12436
+5872 5874 5905 8495
+8362 10083 10255 10261
+8792 10806 10829 12986
+8497 8507 8520 11250
+244 2369 4534 4598
+1127 4015 5415 12472
+3926 12738 12827 12835
+222 6548 9042 9446
+223 8194 9041 9042
+221 222 9442 9446
+3492 3504 3519 12444
+7160 7174 7180 14496
+3502 3513 3517 12436
+3492 8159 12440 12995
+6157 13348 13352 13353
+3482 12481 12482 12484
+11344 11378 11379 11428
+9284 9293 9294 9455
+338 10347 10351 10354
+4805 13522 13530 13534
+8488 12463 12466 12471
+3546 3548 3549 8489
+3507 3530 3533 12474
+3496 3522 3523 12459
+3521 3534 8509 12439
+878 879 3489 8127
+3542 3543 3547 8484
+7413 7415 7429 14626
+8996 8998 12900 14426
+7430 8525 14627 14634
+2142 2310 9258 9284
+7351 7654 14612 14613
+7660 7661 7757 8550
+3652 8657 12597 12604
+14610 14611 14613 14617
+3583 12550 12554 12555
+902 903 12574 12577
+5982 6101 6157 13348
+2311 9265 9267 9284
+1935 7377 7656 9207
+9265 9267 9284 9455
+5525 5526 14070 14071
+7420 7422 7434 14609
+9267 9284 9454 9455
+5657 13535 13536 13545
+8618 11489 11492 12538
+14059 14060 14069 14071
+6123 6124 13936 13945
+6124 13943 13945 13963
+8643 8663 12547 12548
+3572 8637 12552 12588
+8629 12537 12539 12543
+8568 8569 8660 12548
+914 7368 12492 12495
+8479 8530 12501 12507
+11259 11545 11546 13156
+11258 12496 12506 12511
+8547 11259 12510 12511
+8479 8530 8541 12501
+900 7357 7380 12579
+12044 12069 12070 12099
+12069 12098 12099 12100
+6124 13936 13943 13945
+2327 9430 9459 9462
+2327 9445 9459 9462
+8478 8484 12451 12452
+1109 1111 7611 12483
+771 5128 12070 12114
+2018 11748 11789 11846
+8944 8947 13859 13863
+13864 13865 13877 13879
+899 7357 7379 12573
+3593 8547 12510 12516
+2018 11789 11824 11846
+9430 9431 9459 9462
+7789 8788 10829 12986
+9467 9468 9469 9472
+9459 9466 9467 9471
+5251 11778 11786 11842
+8061 9431 9460 9463
+931 7272 12663 14563
+5507 13876 13891 13892
+13865 13878 13879 13892
+6113 6163 6304 13865
+6301 10146 13350 13481
+3664 3675 3684 12611
+1137 5448 5603 8748
+4081 7341 8757 14579
+2344 2350 9312 9313
+8647 8656 12561 12565
+5427 5730 8624 8637
+8720 11616 11651 11652
+11776 11785 11786 11842
+10754 13726 13762 13766
+8697 8717 11635 13642
+11776 11777 11778 11842
+7272 7305 14568 14572
+8699 12609 12610 12618
+8692 11486 13623 13717
+6144 6145 6279 13726
+9348 9384 9385 9389
+1585 5012 6080 14008
+7385 8472 8485 14631
+3639 3663 8034 12604
+12231 12232 12240 12242
+7931 9805 9808 14323
+7369 7370 12495 12497
+2260 9304 9306 9313
+2903 3022 10792 10799
+6069 6115 6161 13890
+2261 2344 2350 9313
+11821 11837 11849 11850
+9447 9476 10158 13130
+9408 10089 10091 10101
+10121 10157 10158 13124
+3629 3630 8015 12650
+8082 8266 13132 13133
+10121 10125 10157 10158
+11835 11837 11849 11850
+11821 11822 11837 11849
+227 228 8208 8235
+391 2479 2519 10128
+11344 11379 11428 12143
+8544 11248 12496 14641
+960 961 3646 5440
+10104 10107 10108 10163
+10895 11003 12979 12980
+8697 12617 12619 12625
+3670 12632 12636 12638
+11822 11835 11837 11849
+11762 11822 11833 11837
+2903 2904 10792 10793
+7319 8753 8757 8803
+3645 3670 3671 12638
+3643 3644 12619 12628
+8202 8208 9485 11953
+8475 8480 14639 14643
+7941 11587 11590 11705
+3675 11652 12611 12612
+8565 8569 8660 8663
+4078 4087 4088 7345
+11822 11833 11835 11837
+954 7270 7297 14601
+8208 8229 8235 8237
+7942 8002 10846 11661
+7993 8001 12621 12630
+8795 8869 10828 12789
+11837 11839 11841 11896
+3116 3281 5211 11830
+227 8208 8235 8237
+1980 1981 8759 8783
+9803 9805 14323 14332
+3282 11830 11863 11865
+7263 8865 14534 14542
+4033 4064 12744 12745
+14542 14544 14545 14552
+5977 6147 6151 13734
+10722 10724 10729 14111
+7792 8222 8223 8225
+227 3127 8235 8237
+68 2031 4135 9498
+3736 8678 8679 12690
+1983 7649 7685 8665
+9803 9805 9816 14332
+3716 8805 12682 12687
+3719 5453 5454 8806
+980 5448 8750 12672
+10720 10722 10729 14129
+369 10720 10723 10730
+14111 14115 14129 14130
+8818 11016 11726 13298
+7192 7215 7225 7606
+937 7709 12669 14565
+6035 6036 6213 10724
+11379 11428 11459 12143
+8685 12680 12681 14570
+68 4093 4135 9498
+4271 11857 12358 12974
+935 8673 8674 12668
+6036 6213 10724 10730
+167 6493 9609 9613
+13299 13318 13319 13320
+5845 5863 8724 8815
+7858 10584 14330 14338
+932 12665 14563 14569
+10598 10612 14042 14047
+1157 4093 5153 9498
+6983 9161 12900 14427
+8853 8854 12729 13280
+3729 8812 10923 13418
+7138 7160 7174 8353
+3748 3757 12685 12686
+2195 2196 2277 9489
+1101 4004 7605 14558
+11860 12974 12976 12993
+932 12659 12664 12665
+3780 3817 12744 12745
+709 8772 11794 11822
+3713 3714 3734 12673
+8683 8755 8756 14574
+2277 9489 9499 9501
+357 358 10574 10603
+709 3159 11794 11822
+7196 7218 7234 14526
+2810 2849 11148 11160
+10416 10433 10441 10527
+8372 11157 11169 11191
+4443 4444 4484 11004
+835 7550 14687 14688
+2196 2277 9489 9501
+8324 8378 11192 12801
+9349 9359 9398 9406
+710 3159 11821 11822
+6014 6015 10436 13968
+6014 10436 10473 13968
+8199 9486 9492 9506
+2004 9504 9507 9509
+3786 3787 3811 12770
+9492 9504 9507 9509
+12733 12760 12774 12775
+5047 9492 9504 9509
+8055 12751 12752 12753
+10418 10431 10480 10482
+1910 1911 7104 7722
+346 6014 10436 10473
+1488 1489 4801 8299
+3796 8790 12764 12766
+833 8409 8413 8423
+3801 3802 3821 12788
+3822 3839 8870 12761
+709 710 3159 11822
+6013 6014 6191 10473
+2280 9514 9516 9531
+2198 2280 2348 9516
+8866 8868 11069 12782
+8955 13881 13882 13893
+10321 10328 13870 13881
+3816 3832 12746 12749
+7113 7114 7146 9129
+6003 6180 6181 13899
+6003 6181 10345 13899
+2810 11117 11118 11160
+8377 8888 13403 13430
+7637 7638 7763 12765
+8325 10198 10213 10228
+2484 2654 10198 10213
+5993 5994 10254 10257
+7263 7266 9123 14553
+7192 7212 7225 7606
+1018 7122 7123 12737
+7137 7143 8216 14494
+4653 4773 4817 13604
+11378 11428 11456 11459
+3772 3800 3801 12798
+3829 3835 8860 14543
+6850 7117 7149 14512
+8937 12838 12840 12841
+5484 5761 8942 12868
+1625 5002 5982 6100
+3882 3898 3913 6917
+3899 3914 3919 12848
+2199 2280 9514 9516
+5994 10254 10267 10295
+7735 7736 7764 12926
+6179 10321 10328 13883
+7080 14465 14466 14468
+9137 14460 14466 14469
+5476 7033 7034 14468
+8778 11086 12363 13025
+43 1073 7742 14372
+1073 7742 12954 14372
+1869 6936 12828 12830
+1070 3931 8979 12956
+8217 9521 9535 9538
+6911 12927 12929 12932
+710 8772 11822 12990
+8726 10789 10850 13720
+9128 12834 14499 14507
+3849 3850 3879 12862
+5531 5532 5640 14120
+9552 10275 10292 10294
+7042 7058 12821 12954
+7164 7181 7183 12878
+1052 1053 7040 12819
+4999 6089 14120 14125
+156 9524 9556 14182
+8903 12858 12880 12881
+9492 9506 9507 9508
+2116 2326 9508 9522
+7631 8052 12829 12837
+8902 12859 12863 12864
+10822 10831 10832 11816
+7104 7129 7723 8857
+2458 2621 2622 10478
+11790 11792 11807 11809
+7159 12882 14508 14514
+8054 8905 8939 12738
+1903 7022 7046 7625
+8217 9506 9508 9521
+2347 9489 9499 9510
+2553 2622 10426 10460
+9492 9507 9508 9509
+8911 8912 8921 14222
+1035 3848 12870 12888
+9666 10426 10478 10479
+2621 2622 2684 10426
+1580 1581 5011 6078
+11790 11791 11792 11807
+8937 12843 12849 14511
+6067 6111 6163 13878
+3878 3901 12858 12860
+6111 6163 6302 13865
+2193 2194 9490 9510
+10789 10850 11718 13720
+39 1898 1964 8927
+1039 7050 8927 12890
+2193 2272 2326 9510
+6174 6281 6285 13861
+1967 9500 9532 9547
+3916 3917 3925 8904
+3983 12920 12921 12925
+1966 1967 2002 9532
+7837 14306 14314 14389
+1967 2003 9500 9532
+2002 2003 9530 9532
+6175 6285 6302 13858
+12419 12421 12425 12426
+8218 9028 14183 14185
+3943 3944 3969 8463
+3953 12897 12901 12916
+155 156 9524 14182
+8217 9506 9512 9536
+7617 7736 7764 8410
+8641 8695 12553 12587
+11790 11806 11807 11809
+9004 14680 14684 14692
+11806 11807 11809 11811
+2593 2645 2675 9954
+8218 9028 14183 14184
+11806 11807 11811 13055
+3941 3954 3974 8421
+8999 9001 12897 12899
+9099 14704 14705 14715
+1084 1085 3939 12896
+8425 9003 12917 12918
+3927 3928 12945 12959
+8218 14185 14195 14196
+7902 9156 10578 10600
+9012 12946 12958 12959
+9028 9546 14183 14184
+7528 7548 12427 14684
+3189 11800 11801 11803
+8908 8909 14201 14203
+3974 3983 3986 12920
+7013 7016 7019 14397
+4820 13615 13631 13632
+7964 11800 11801 11803
+1050 1051 7038 8930
+11086 12363 13025 13032
+5667 13603 13610 13617
+6061 9067 9068 10180
+4077 7327 9118 14595
+4644 4764 5926 13500
+6907 6923 6924 12426
+6872 6881 12925 12927
+3998 3999 12935 12936
+8908 8910 9548 14201
+8425 12427 14680 14685
+5139 5240 9672 9676
+1855 5605 5607 8928
+6885 6886 12831 12841
+6947 6948 6975 9015
+1094 1859 3945 6858
+9028 9546 9553 14183
+4644 4763 13498 13500
+3478 3479 4012 12474
+9535 9546 14183 14184
+7392 7419 8485 14616
+3991 3992 4001 12932
+6 485 1487 8298
+1489 1490 5941 8121
+1115 4041 14583 14589
+9535 9545 9546 14183
+10902 10905 10995 10996
+3426 6925 6928 12421
+1116 4036 4045 14581
+9524 9545 9556 14182
+1408 4644 4763 13498
+8583 12565 12581 12582
+8577 8650 12554 12595
+1115 1116 4007 14587
+4056 4057 7309 7325
+4023 4056 4057 7309
+9541 14182 14185 14199
+9535 9545 14182 14183
+3753 8771 8819 12692
+3984 6891 6892 6921
+1018 3781 3794 4042
+4053 4054 4076 8584
+7316 7328 7329 14598
+7363 9116 14618 14630
+1015 1149 3779 4043
+2115 9506 9521 9536
+8232 9537 9541 14182
+8217 9506 9521 9536
+6915 6926 6927 12407
+4044 7389 7408 7422
+7351 7382 14607 14611
+3527 3541 12480 14633
+3884 3889 6870 12824
+8407 12386 12395 12396
+3988 3989 4000 12924
+4813 4932 4990 11390
+1804 5915 5936 13552
+3984 6920 6921 12935
+1866 6866 7446 14646
+3937 3955 3963 12942
+8412 8420 14686 14688
+8218 8232 9541 14182
+1804 5560 5915 13552
+3970 3971 3976 6893
+5495 5496 5606 8461
+9563 10219 10220 10332
+8019 12313 12317 12320
+1487 5939 6061 9067
+485 1487 4684 8298
+865 7444 7465 14644
+5904 8389 8884 13438
+4054 4076 4077 8584
+5752 5871 5904 8884
+5801 5893 9139 13941
+4011 4012 12448 12486
+4072 14554 14555 14561
+9563 10219 10332 14237
+4000 12928 12929 12931
+11378 11379 11428 11459
+4054 7312 7334 8645
+2614 10286 10309 10330
+7432 7434 14608 14614
+4075 8584 12581 12582
+5802 5893 9139 14000
+9593 10219 10332 14237
+3858 3870 6888 6889
+3463 6926 6928 6930
+986 987 7211 8755
+1132 1746 4019 12564
+8921 12885 14432 14433
+2042 2043 2206 9571
+2042 2206 9566 9571
+1509 1510 1576 6076
+5259 9482 9490 9493
+5893 9138 9139 14000
+9627 9632 9638 14273
+7849 7874 14409 14423
+11365 11427 11456 11461
+83 2046 2047 4100
+4269 12352 12353 12358
+10396 10520 10532 10533
+8931 9145 9151 13999
+7923 7929 9760 9791
+9769 9770 9790 9792
+5273 9725 9728 9761
+9555 9575 9576 14202
+5476 5759 14462 14469
+7788 8317 9203 9549
+11801 12331 12333 12341
+5649 13757 13786 13791
+9553 14185 14199 14200
+9377 9555 14207 14208
+6485 9555 9575 14202
+5058 5150 5255 8203
+9368 9371 9372 9485
+2025 4090 4132 9316
+5489 5490 5766 14404
+6601 6603 6762 10287
+4809 4979 13510 13535
+11755 11792 11794 11813
+9164 10601 10602 14034
+2078 4116 9864 9865
+2070 4112 9768 9772
+8916 8918 14212 14215
+11003 11004 12961 12970
+9595 14210 14211 14223
+9582 14212 14213 14215
+9574 9581 9582 14212
+5084 5176 5283 9302
+11755 11756 11792 11794
+5132 5228 5229 9261
+5046 9514 9561 9587
+783 784 816 9296
+4218 4335 6356 11125
+11756 11792 11793 11794
+226 2188 8202 8203
+2770 2771 2935 8309
+11793 11794 11813 11814
+5248 11863 11864 11946
+5046 8915 9514 9561
+721 11970 11975 11994
+3288 3383 8204 11947
+1219 1311 1397 8110
+9558 9561 9585 9600
+3125 3126 3346 11954
+421 2707 6326 6393
+5747 5870 5878 8844
+582 3059 6775 6817
+5852 5871 5907 13385
+1242 1243 4188 6326
+5852 5853 5871 13385
+1442 1443 4661 5923
+7954 12314 12323 13223
+11568 11721 13191 13208
+12267 12283 12308 12310
+3262 3325 11776 11785
+7387 7406 9210 14643
+4326 4381 10854 11027
+3262 3324 3325 11776
+1964 9586 9592 9594
+7406 8475 9210 14643
+3324 3325 11776 11854
+319 8274 8284 8288
+2685 2812 8251 9045
+4220 4222 4337 12999
+1964 1965 9592 14227
+11003 11004 12961 12968
+734 904 7659 12507
+15 843 3401 7678
+4227 4228 12053 13105
+4231 4407 12104 13125
+3325 11776 11785 11854
+4346 4404 4512 11272
+4407 4497 4504 13141
+4404 4405 12088 12089
+8778 10995 12363 12975
+1964 9592 9594 14227
+3261 11775 11778 11786
+3215 3299 3344 12033
+2874 3019 11404 11427
+3260 11735 11775 11778
+13 5038 5136 7881
+11287 13508 13509 13517
+4241 12142 12149 13161
+731 906 12518 12534
+5680 5838 13629 13648
+2119 2158 9560 9565
+2158 9565 9585 9591
+5680 5681 5838 13648
+13 826 7868 7881
+12216 12217 12275 12276
+11476 11721 13200 13244
+4305 4352 4354 11365
+2208 2209 9602 9605
+2208 9602 9603 9605
+1167 4100 4142 9605
+2896 11623 11626 11627
+5838 8691 13629 13648
+7967 12347 13245 13256
+2046 4100 4142 9605
+8691 13629 13640 13648
+5205 6796 6837 11914
+4452 4453 11162 13065
+703 704 4277 11805
+3043 3044 3209 11995
+1708 5203 6793 6834
+168 9610 9612 9616
+166 2121 2160 9607
+11050 11276 11286 13466
+13 825 5038 7881
+7174 7180 7185 14496
+10877 10888 10889 12971
+3527 3541 12468 14633
+11099 11108 11164 11165
+1346 4544 4579 6449
+10810 11073 11076 11077
+1976 11850 11852 11894
+11936 13006 13022 13023
+11074 13006 13024 13027
+8794 8795 8796 14531
+5140 9604 9622 9633
+5905 8505 11050 11054
+5140 9602 9604 9633
+13 825 826 7881
+2330 9604 9622 9633
+564 565 3042 6766
+8270 11213 11215 13076
+2285 2330 9604 9633
+5184 6767 6809 11995
+647 7785 8178 8195
+2 647 8178 8195
+9627 9628 9635 9637
+2875 11404 11405 11433
+1684 1685 6777 12137
+9627 9632 9634 9638
+673 674 4247 12187
+766 800 12171 12211
+1686 6778 6820 12160
+170 9626 9628 9638
+5541 5649 5650 13786
+3088 3089 3254 12329
+3088 3089 6831 12329
+10775 10792 10801 10896
+2 647 1306 8178
+2124 9628 9637 9639
+2733 10844 11687 11688
+10790 10792 10799 12970
+5649 5650 13757 13786
+10613 14040 14050 14061
+2124 2162 2286 9637
+8791 11827 11861 12971
+2124 2286 9637 9653
+2124 9637 9639 9653
+3274 3275 3379 11772
+1718 6800 6841 11767
+11822 11833 11834 11835
+10604 14018 14029 14036
+9637 9639 9653 9677
+412 6321 6389 11264
+6134 6203 6307 14030
+4302 4475 11297 11319
+2162 2286 2330 9637
+11344 11545 12136 12143
+2203 2320 9624 9625
+2286 2330 9637 9653
+2865 2949 11296 11318
+9646 14251 14262 14271
+647 1306 7785 8178
+8473 12465 12468 14637
+11295 11546 13152 13156
+173 6500 9640 9646
+2984 11343 11369 11378
+2874 11404 11406 11427
+5882 9163 14049 14050
+4195 4313 6368 11515
+2996 11550 11566 11607
+697 698 11859 11860
+14252 14262 14263 14279
+8945 13858 13859 13877
+6373 6374 6403 10793
+2799 2838 2989 10988
+174 6500 6501 14270
+8946 13856 13860 13874
+5268 9647 9648 9679
+5268 9648 9673 9679
+11821 11822 11849 12990
+11835 11837 11894 11896
+1254 4194 4311 6332
+3020 3032 11462 11474
+431 2716 6331 6396
+8944 8947 13859 13873
+273 274 2398 4549
+3509 3531 3532 12478
+2790 2959 2995 11526
+11204 11228 11231 13108
+4476 11227 11233 12089
+11223 11266 11289 13139
+4405 4476 4498 12089
+5440 5737 8707 8729
+5267 9657 9686 9697
+5071 5237 5267 9685
+2220 2221 9686 9697
+5440 5441 5737 8707
+1176 5071 5162 9686
+4419 4420 13164 13167
+4419 4420 4519 13167
+2707 2872 2873 11407
+5738 8700 8706 8721
+2221 9685 9686 9697
+9666 10460 10462 10465
+11476 12298 13191 13201
+11885 12003 12004 12006
+11525 11528 11534 11571
+4430 11568 11723 13191
+8722 8742 8746 10849
+1260 4314 6398 11529
+9528 9583 10245 10246
+8721 8724 8737 8742
+3235 3236 3373 12166
+2958 11532 11533 11556
+10771 10860 10865 13256
+10849 10943 11707 13719
+4369 4371 4440 10868
+9666 10463 10464 10465
+9643 9666 9704 10462
+8740 8741 8742 8805
+9666 10426 10464 10465
+5781 5834 5909 8626
+2795 10858 10936 10937
+1710 6795 6836 11784
+9666 10463 10465 14304
+4204 4321 4494 10882
+3260 3261 11775 11778
+2457 2665 10431 10439
+5307 5363 11775 11786
+11084 11093 12366 13031
+461 2746 6346 6407
+3365 11768 11771 11841
+9666 10462 10465 14304
+1031 3844 3867 12868
+4214 4332 4388 10908
+8942 8943 8958 12868
+1996 9669 9675 9676
+8950 10277 13854 13873
+1295 4214 6352 6413
+499 11354 11357 11358
+7113 7145 8891 14495
+4213 6351 10883 10885
+4214 4332 6413 10908
+7180 7185 14496 14506
+9669 9670 9674 9681
+9011 9018 12959 14374
+9680 9702 9722 9723
+3527 3537 3541 12468
+1959 1994 9723 9756
+1958 1959 1994 9723
+1263 4198 4316 6336
+5460 7112 7113 8891
+4263 12337 13243 13246
+1343 1344 4543 6448
+4202 4319 10796 10845
+3365 11771 11829 11841
+530 2796 2836 10866
+1063 3866 5482 5483
+7171 7174 7185 14496
+5848 5849 8829 13264
+2057 2058 4148 9686
+1270 1271 4202 6340
+2220 9657 9686 9697
+5849 5859 8833 8843
+3276 3365 3380 11771
+677 3143 3182 12222
+7171 7185 14496 14499
+9551 10224 10232 10271
+4246 4247 12187 13226
+11568 11570 11571 13208
+5728 5729 5782 8627
+4196 6334 11530 11531
+2977 3006 3027 10834
+2292 9691 9692 9695
+2129 2167 2292 9695
+5144 5315 11900 11902
+5426 5427 5729 8624
+9627 9635 9638 14273
+1065 1066 3927 12959
+3297 11759 11763 11833
+5814 5885 8119 13463
+9656 9658 9659 9660
+5814 8118 8119 13497
+5150 8206 9316 9479
+2153 2275 2278 9369
+1313 4592 6433 6551
+9656 9658 9659 9758
+8049 9659 9699 9758
+2482 8109 8308 8310
+2061 2062 2225 9690
+9656 9659 9699 9758
+5656 5814 5821 13493
+5776 9062 9064 13423
+8392 9060 9061 9062
+7496 12391 12394 14651
+6514 7931 9807 14323
+7299 7337 14577 14581
+9701 9702 9708 14284
+9706 9753 14274 14284
+4561 6466 9950 9964
+9708 9709 9710 14284
+9640 9670 9715 14270
+6633 6702 6740 9334
+1960 8981 9192 9194
+206 207 2180 9280
+1960 9636 9681 9682
+9635 9636 14271 14273
+2536 10283 10286 10312
+1321 1322 4532 6437
+9640 9670 9681 9715
+2570 10626 10642 10646
+1958 1959 9723 9754
+1959 9709 9723 9754
+112 113 2076 4115
+1958 9722 9723 9754
+237 2361 2362 4594
+5696 13416 13424 13438
+9702 9708 9709 14284
+6482 6650 6651 14187
+5776 9060 9062 9064
+1340 4605 6446 6565
+1340 4541 4605 6446
+1198 4163 5082 5173
+9680 9702 9708 9723
+8924 9578 10273 10300
+9702 9722 9723 9754
+9105 9927 10758 14136
+7813 7853 7855 9827
+2294 9688 9689 9733
+3533 3539 12475 12477
+2402 2403 4615 10620
+2226 2295 2334 9731
+2226 2227 2295 9731
+2425 2426 4625 9967
+1957 9696 9721 9738
+4626 6468 9967 9968
+1957 9696 9737 9738
+4682 4953 13414 13434
+5987 6150 6242 9063
+2282 2325 9589 9624
+1956 9738 9764 14327
+4758 4759 4928 13397
+498 11337 11338 11354
+8136 13399 13414 13416
+12025 12030 12037 12038
+4847 4848 4976 13315
+1957 9738 9748 14327
+500 501 4701 11382
+181 2129 9740 9745
+181 2129 2167 9745
+2129 9695 9720 9745
+5598 5599 5706 13414
+7195 7218 7222 12734
+1435 1815 1816 13637
+3360 11753 11754 11955
+1438 1439 4659 5938
+13639 13645 13648 13649
+3360 11754 11758 11955
+3329 3360 11754 11758
+2839 11024 11094 11095
+463 2748 2749 6347
+4741 10926 11730 11733
+2914 10853 11028 11091
+7841 9749 14289 14292
+1833 5586 5934 13409
+2739 2904 10793 10897
+5055 5253 5360 11746
+9551 10266 10270 10271
+4849 13426 13435 13436
+7289 7299 14577 14582
+5055 11743 11746 12330
+11742 11743 11744 11746
+7834 14288 14291 14292
+903 12574 12576 12577
+11743 11744 11746 12330
+7071 14457 14458 14459
+1481 1482 4681 13444
+5789 8389 13398 13415
+4862 11279 13472 13508
+1223 1224 4295 6359
+1640 1996 9676 9757
+11197 11236 11270 13170
+2857 11202 11231 11238
+4816 4934 13575 13591
+4345 4403 4512 13108
+2855 2938 2942 11201
+5565 5673 5674 13606
+11385 11386 11391 11394
+5562 5563 13588 13589
+11415 13566 13567 13572
+1958 7833 7839 9754
+4943 13313 13691 13716
+1435 1436 1816 13637
+1996 9669 9676 9757
+5565 5673 13591 13606
+4934 13575 13590 13591
+7888 7889 9760 9791
+4360 4394 11516 11517
+5553 5661 5662 13462
+8734 11674 13674 13675
+5553 5662 13462 13499
+4665 13305 13313 13706
+10787 10955 10966 11716
+5553 5554 5662 13499
+7866 9727 9759 9760
+1462 1463 4671 5934
+2067 2068 2231 9767
+2068 2231 2232 9767
+104 2067 2068 4153
+2743 2744 2909 10910
+547 10915 10956 10958
+104 2068 4111 4153
+4943 13313 13706 13707
+4676 4838 4949 13266
+8355 10235 10236 10238
+5542 5650 5651 13792
+547 4747 10958 13285
+2916 2917 3028 10841
+4746 4747 10958 10959
+4855 13397 13399 13401
+153 154 2154 9512
+321 2444 10064 10071
+7 8370 8383 8387
+8147 8303 10063 10065
+2067 2068 4153 9767
+5542 5651 13792 13795
+559 11172 11191 11193
+5542 5543 5651 13795
+8135 9051 9057 9058
+1539 5543 5544 13809
+4875 4876 11415 13577
+7358 7380 7383 14602
+14098 14104 14105 14108
+5573 5574 13665 13679
+1447 4663 13692 13710
+437 2722 6368 11531
+520 521 11613 11632
+4184 4477 11262 11297
+183 184 2130 9777
+1835 4673 4792 13312
+4915 4916 4987 13263
+1469 1470 1838 4675
+5119 5210 5314 11831
+4927 4928 4952 13416
+7827 9742 9776 9777
+4953 9064 13414 13434
+8377 11099 11100 11108
+1492 1549 13801 13802
+58 1491 1633 5499
+3927 3928 3948 12945
+8596 13565 13568 13569
+5639 5640 5809 9110
+5832 5886 8596 13569
+4813 4957 11390 13553
+4877 13572 13599 13609
+11336 11340 11357 11540
+5639 9110 14114 14124
+4711 4712 4881 11506
+8715 11635 13643 13644
+5890 8711 13670 13676
+8689 8696 12609 12618
+7823 14373 14374 14375
+11662 11681 13674 13723
+9011 9013 12959 14374
+186 7931 9766 9774
+6513 7931 9774 9807
+4947 5584 13334 13369
+7905 7928 7930 9766
+10988 11009 11010 11011
+11009 11015 11087 11096
+13977 13978 13995 13996
+5587 13408 13410 13412
+185 9766 9773 9786
+6019 10515 10523 13976
+4679 13364 13377 13378
+10526 13979 14005 14006
+7821 7897 7904 9773
+1055 7042 7043 12823
+476 477 2762 6414
+488 2775 2816 11058
+5803 13978 14005 14006
+487 488 4688 8261
+9067 9068 9072 9075
+8292 11053 11245 11280
+13954 13981 14004 14005
+5628 5629 5803 14006
+7802 9073 9076 13461
+11416 13554 13569 13588
+7041 7042 12820 12821
+2865 2944 2949 11296
+7811 7880 7923 9791
+2949 11312 11339 11341
+7811 7879 7880 9791
+7889 7890 9791 9792
+9020 13978 13995 13996
+8292 11273 13474 13475
+8607 8631 8638 13583
+8949 10346 13901 13902
+1427 4773 5916 13604
+8565 8567 8569 8660
+8632 11393 11504 13633
+5425 5426 12535 12540
+8714 13646 13649 13665
+4313 4363 11515 11523
+8717 11633 11634 11635
+5508 5509 5616 13903
+7865 7888 7889 7890
+2234 2235 2299 9799
+1054 1055 7042 12823
+5644 5710 9927 13728
+5509 5618 13895 13903
+5710 10758 13728 13729
+10770 10794 10795 10951
+5710 13728 13729 13785
+1187 5076 5168 9818
+5644 5710 13728 13785
+5813 13731 13806 13808
+10822 10823 10832 11816
+1465 4673 4791 5919
+1096 1097 3948 5605
+10947 10960 13314 13420
+7905 7931 9766 14326
+10824 10873 10915 10979
+5703 13315 13364 13366
+8144 8885 11176 13404
+5497 5605 5607 8928
+9774 9807 14310 14312
+7931 9774 9807 14310
+5693 5846 5869 13368
+9794 9797 9811 9826
+1072 3933 3934 12955
+1542 5546 13353 13360
+5843 10850 13308 13721
+4734 11013 11724 13275
+3531 3546 12471 12476
+7816 7914 9811 9813
+4904 11728 13272 13342
+3356 11738 11749 11769
+8600 8614 11380 11385
+5828 8589 8590 13551
+188 6515 9803 9806
+4871 4957 4990 11390
+8537 13148 13149 13150
+4702 4871 4872 11389
+7916 9801 9811 9813
+5574 5683 13680 13682
+4724 11665 11672 13675
+11664 11665 11672 13674
+4726 4895 11679 11681
+442 2727 6336 6400
+4663 4782 13692 13696
+3322 11738 11747 11749
+1414 1415 4647 13545
+11350 11353 13533 13592
+5666 13536 13543 13544
+444 6337 6370 11620
+2698 6389 11262 11264
+6685 6686 9815 9841
+501 4701 4702 11382
+5785 5855 8494 8603
+5726 5727 5833 8586
+502 2782 2822 11369
+11738 11749 11769 11795
+7952 11738 11747 11749
+2173 7853 9821 9827
+11382 11389 13548 13551
+5828 8590 13537 13542
+496 11305 11348 11350
+4650 4813 4814 13562
+2516 10042 10087 10099
+5980 6154 13795 13797
+3191 3356 11749 11769
+2134 2173 9821 9827
+5692 5693 5846 13370
+6468 6743 9967 9968
+7268 7289 7299 14582
+6196 6298 13954 13984
+7852 9825 9858 9868
+7855 7914 9837 9838
+757 7855 7914 9838
+2135 9829 9845 9858
+1173 1174 4104 5161
+8591 8594 11354 13550
+3234 3235 3372 12162
+9825 9829 9858 9868
+7854 9831 9844 9846
+733 12120 12129 12226
+13261 13271 13272 13342
+3417 3433 3438 12380
+3955 3963 3981 12942
+11728 13272 13341 13342
+4780 4942 13662 13678
+4834 13273 13325 13342
+750 784 785 9281
+9265 9271 9455 9456
+2084 2085 2248 9291
+5131 5377 9299 9305
+850 851 3409 8394
+8966 8968 9881 9883
+2201 2202 2281 9559
+7854 9831 9836 14343
+2040 4097 4139 9567
+1160 5063 5154 9517
+5045 5373 5378 9601
+7026 14429 14430 14436
+2202 2320 9558 9625
+8516 12494 12497 14635
+751 1951 7669 14732
+4727 4896 4897 11698
+13261 13271 13273 13342
+5588 5589 5697 13311
+5691 13325 13328 13342
+8064 11885 11888 12004
+8589 8610 13550 13551
+3250 3353 3388 12285
+4771 4815 4934 13589
+3147 3317 3318 8006
+27 937 7709 12669
+11803 12338 12340 12346
+1987 12335 12339 13251
+10584 10635 10637 10712
+9842 10584 10637 10712
+11597 11720 11721 11722
+6665 14258 14260 14261
+9185 9223 9317 9882
+5232 5334 9604 9605
+2047 4100 4143 9621
+11597 11721 11722 11723
+9076 11065 11066 13482
+7853 9843 9844 9845
+9844 9855 9856 9857
+6715 6760 10164 13087
+9829 9830 9845 9876
+2149 2327 9445 9459
+10218 14186 14187 14188
+5216 5354 12162 12212
+5552 5660 13361 13485
+5659 7802 9081 13461
+3231 3308 3347 12159
+5552 5553 5661 13462
+13738 13741 13742 13791
+3516 3535 3543 12441
+2077 2240 2241 9862
+11720 11721 11722 13208
+2240 9862 9863 9873
+3981 3992 12930 12938
+2135 9843 9845 9848
+11568 11721 11722 11723
+9866 9874 9891 9912
+1269 1270 4319 6372
+1728 1729 6807 8207
+3287 3383 11945 11947
+3286 3287 3383 11945
+5529 5636 5638 14107
+7007 7014 7847 7886
+10780 10937 11697 11711
+5529 5638 14104 14107
+788 820 821 9874
+5529 5530 5638 14104
+10780 10936 10937 11697
+791 822 823 7852
+112 2076 4115 4157
+9850 9870 9871 9880
+740 741 8471 11876
+9869 9870 9871 9891
+1655 5050 5051 11836
+5209 5313 11770 11771
+2114 9364 9366 9512
+3113 6802 11780 11781
+1976 1977 7749 8788
+7975 10780 11694 11704
+2203 2204 9567 9569
+9222 9879 9894 9895
+256 2381 4604 10408
+5042 5140 9622 9678
+5012 5961 14008 14016
+197 2137 2175 9894
+197 2137 9879 9894
+9244 9879 9894 9895
+7974 7975 11704 12646
+8185 8188 8469 12440
+2137 9244 9879 9894
+2399 10551 10552 10561
+1514 5520 5521 14016
+5847 8808 8821 8831
+9246 9317 10746 14360
+6539 6540 6708 14162
+9317 10691 10710 10746
+1512 5518 5519 13986
+5341 9308 9310 9313
+2185 2316 9386 9390
+9886 10701 10747 10748
+4125 5177 9308 9310
+13888 13889 13902 13903
+8728 13691 13708 13709
+771 805 5128 12070
+8527 12119 12123 12130
+5686 13304 13707 13709
+2080 2243 2244 9249
+2079 2080 9249 9893
+3251 3252 12284 12328
+2282 2325 9569 9624
+5279 9243 9248 9249
+5171 9248 9249 9250
+3280 3362 11828 11911
+638 3115 6803 6845
+5627 5899 13875 13889
+12384 12386 12395 12402
+5079 5171 9249 9893
+1855 5604 5607 8928
+12043 12044 12046 12141
+5093 5292 11999 12000
+576 577 3054 6772
+3047 3212 3213 12019
+5095 5349 12020 12041
+5186 5293 12018 12020
+5171 9249 9250 9893
+5079 5231 9249 9864
+1855 5604 8928 12817
+3822 3824 3838 12780
+2118 2157 9527 9529
+9899 9902 9906 9907
+9899 9902 9906 9914
+9220 9234 9906 14140
+4897 11699 11700 13691
+9589 9597 9606 9607
+8003 8026 11682 11692
+5646 5807 5813 13735
+7974 12644 12648 13237
+8026 11660 11682 11692
+1837 4675 4793 13262
+8026 8031 11663 11692
+5759 5893 9138 14000
+6694 9901 10744 10766
+6628 6735 10715 10744
+5373 9568 9569 9601
+4093 4136 5153 9502
+2038 4096 9525 9570
+3499 3519 12444 12446
+6695 6696 9908 10745
+8026 8031 8735 11663
+3822 3838 3839 8870
+9830 9844 9845 9876
+5328 9252 9272 9913
+9243 9252 9320 9913
+8931 9137 9145 13999
+8964 9136 9141 14453
+8002 11660 11682 11692
+1968 9500 9523 9534
+8002 10846 11660 11682
+11362 11434 11466 11684
+11434 11466 11479 11684
+8061 9440 9448 12027
+8529 12133 12513 13157
+9277 9343 9919 9922
+3999 4001 12929 12933
+1874 1875 8410 8411
+5452 5742 12695 12697
+9343 9919 9920 9922
+9231 9919 9920 9922
+9343 9344 9920 9922
+4001 12927 12929 12932
+1874 6933 7618 8415
+2136 2301 2339 9869
+9277 9343 9344 9922
+755 7694 7695 8968
+756 757 790 7855
+13728 13729 13745 13785
+5590 5591 5699 13265
+11362 11466 11684 11685
+8010 8011 8022 8023
+3485 3499 3519 12444
+8568 11362 11396 11684
+14586 14587 14589 14594
+8429 9106 13729 13744
+13725 13773 13781 13784
+5807 5813 13731 13735
+9927 13727 13774 13784
+3422 3438 8399 12379
+5535 13765 13767 13774
+2584 9929 9937 9938
+5450 5451 5780 12682
+5783 5845 5867 8724
+6632 9929 9937 9938
+5190 6775 6817 12117
+2583 2584 9929 9938
+3225 3304 3385 12154
+3136 3176 12123 12130
+5297 12116 12117 12139
+2584 2641 9929 9937
+5308 5383 11783 11845
+3328 3359 11913 11915
+3264 11783 11784 11862
+5731 5738 5780 8721
+5053 5309 11909 11912
+8738 8814 10900 13321
+6004 6005 10351 10352
+842 3401 3405 7677
+9364 9366 9378 9512
+1188 4114 5077 9819
+108 2071 2072 4155
+8568 8655 11396 11684
+2211 2286 9618 9622
+12930 12934 12938 12939
+8169 8170 12009 12010
+5345 5386 8171 8173
+4482 11563 11603 13203
+5650 5816 5817 13756
+381 382 10025 10027
+1872 6933 6934 8414
+2211 9618 9620 9622
+8424 12920 12922 14690
+9951 9955 10041 10153
+6237 10145 10174 10175
+5430 5442 5731 12662
+844 3406 3410 12367
+8277 8452 8502 14664
+6156 6283 13345 13347
+5431 7298 14566 14567
+9951 9954 9955 10040
+11466 11479 11683 11684
+5411 5412 5721 8495
+3523 3538 3539 12462
+5724 5830 5831 8592
+10780 10859 11691 11704
+4058 7308 8748 8750
+5431 5449 12672 14566
+8726 8727 8729 13715
+912 5421 8498 12503
+5646 13734 13735 13808
+1759 1760 5602 7280
+13733 13734 13735 13808
+5646 5813 13735 13808
+8721 8744 8746 12654
+912 5420 5421 8498
+7858 10584 14338 14339
+2627 9959 9961 9962
+7432 8524 14614 14623
+5420 5421 5723 8498
+2586 2627 2641 9961
+4911 11733 13411 13427
+2627 2641 9959 9961
+2427 4563 4626 9967
+7025 12883 14428 14434
+2426 2427 4563 9967
+7065 7075 12946 12958
+9246 10743 10761 10763
+370 10010 10719 10720
+912 5420 8498 12491
+9246 9973 10743 10761
+9975 10010 10719 10726
+8064 12004 12005 12006
+4711 4880 4881 11506
+5476 14462 14468 14469
+5420 5723 5785 8498
+9134 9135 10324 10348
+7081 9013 14476 14477
+6944 6965 6977 14378
+2378 2379 4603 10367
+4557 4584 4620 9981
+2414 4557 4620 9981
+3950 8977 12921 12926
+25 912 5420 7366
+8031 11676 11680 13683
+8427 8429 13739 13744
+2414 4557 9928 9981
+5409 8127 8493 8510
+5611 5612 13832 13838
+1874 7617 8410 8977
+5507 5615 5627 13876
+10320 10321 10328 13870
+1497 1556 1557 13851
+9934 10016 10756 14735
+888 3493 5410 8510
+6093 6146 13773 13781
+5959 6078 6127 13986
+2386 2387 2552 10427
+6221 6222 13744 13745
+4999 5006 6088 14108
+378 6045 6046 10001
+5784 5898 14081 14096
+5409 5410 8493 8510
+878 3493 5409 8127
+14098 14099 14101 14106
+14072 14085 14088 14097
+9286 9956 9990 9993
+854 3410 3411 5398
+5540 5648 13736 13742
+6296 13730 13731 13735
+9934 9986 9995 10016
+6094 13769 13770 13771
+6222 13739 13744 13745
+854 3411 5398 5399
+2852 2853 10911 11215
+3411 5398 5399 8447
+1422 1807 4651 4770
+7889 9727 9760 9761
+377 378 6045 9996
+11382 11388 11389 13548
+8232 9538 9540 14189
+6044 6221 6222 13744
+377 2512 9986 10000
+6044 6222 13739 13744
+5273 5381 5385 9761
+8427 13739 13744 13745
+5236 5321 5387 9769
+5287 5376 9433 9464
+9946 9957 9958 10149
+11734 13374 13375 13411
+9946 10035 10149 10151
+8444 9944 10006 13746
+8438 10025 10027 13758
+5287 5343 5376 9464
+5287 5288 5376 9433
+3267 3268 3359 11915
+5693 13334 13368 13369
+5310 5365 11942 11955
+3101 6796 11914 11942
+1668 1669 5092 6766
+9112 10719 10726 10728
+10954 11021 11107 13316
+5206 5310 5365 11942
+5592 5593 13301 13329
+4950 13337 13364 13367
+1482 4800 13431 13444
+12162 12169 12203 12212
+8994 8998 9095 12899
+3857 3861 6854 12817
+369 2468 10700 10719
+3945 3970 6858 6859
+9973 10719 10747 10761
+7736 8410 8977 12926
+6208 6209 10679 14091
+369 370 10719 10720
+2105 2268 2269 9426
+1511 1579 5959 6077
+6011 6012 6189 10434
+2105 9426 9427 9434
+5959 6126 6127 13966
+6198 6199 10572 10573
+10010 10719 10720 10726
+2269 9426 9434 9464
+5154 5317 5329 9516
+5769 5862 8996 9090
+7538 7539 12369 12372
+9934 9995 10016 10017
+5866 5910 9091 9092
+1602 1603 4999 6089
+7815 9851 10690 10711
+5650 5817 13756 13793
+5264 5332 5378 9559
+5317 9514 9515 9516
+5063 5154 5317 9526
+1404 4761 5912 13362
+380 6048 10022 10023
+6047 6048 6225 10023
+11278 11286 13506 13579
+8291 11280 13464 13475
+5664 5665 13517 13522
+8437 10027 10028 13751
+8031 11664 13672 13724
+11388 11389 13548 13564
+8031 8735 11664 11680
+7975 8733 11677 11693
+5274 5336 5387 9771
+5673 8613 13586 13606
+5165 5272 5273 9728
+8631 8632 8652 8653
+11413 11414 11415 11423
+4934 13578 13589 13590
+955 3636 3641 12602
+6225 10023 10028 13807
+6049 6227 10028 13751
+8704 11642 13649 13658
+6043 6221 10760 13744
+4942 4969 4993 13663
+9106 9932 10759 14133
+6043 6044 9992 13744
+8734 11666 11681 13675
+9986 9988 10756 10759
+4782 4828 4995 13696
+9106 10030 10760 13744
+536 4736 4737 13322
+4736 13300 13322 13331
+9986 9992 10759 13743
+2476 10038 10042 10087
+5743 8806 8810 12702
+1826 5579 5580 13305
+8003 8026 8031 11677
+5241 9618 9652 9654
+626 627 3104 6839
+5814 8112 8114 13527
+8248 8296 10171 10176
+8026 8031 11676 11677
+7780 7798 8122 13518
+1543 1629 6102 13523
+9329 10034 10038 10039
+7795 9329 9402 10039
+7795 9328 9329 10039
+11885 12025 12032 12038
+8255 9339 9401 13100
+11392 11415 13566 13567
+3567 8595 8599 12508
+8721 8722 8742 8746
+5115 5206 5310 11943
+10237 12865 12866 12869
+5217 5299 12159 12170
+3967 3969 3985 9003
+5217 5299 5354 12170
+8946 13856 13872 13873
+8254 9401 14662 14668
+8306 10065 10077 10078
+10045 10046 10110 10112
+10045 10046 10110 10120
+2647 10045 10046 10120
+10399 10473 14000 14001
+5021 12200 12202 12203
+2598 2647 10045 10046
+5102 5354 12162 12163
+3894 12847 12857 12876
+6083 6134 14037 14067
+3233 12162 12163 12170
+4697 4698 11351 11359
+11643 11663 11667 11672
+9139 13936 13944 13946
+1511 5517 5518 13966
+2598 2599 2682 10045
+5682 13649 13664 13665
+5344 8149 8150 8172
+2110 8149 8168 8172
+4881 8639 11506 11507
+8639 13603 13634 13635
+5089 9427 9429 9434
+1496 5947 13851 13852
+3967 3985 9003 12918
+8434 13750 13752 13755
+8434 10059 13750 13755
+6021 6022 6199 10569
+11663 11664 11671 11672
+5017 5981 6099 13809
+8434 8451 10059 13778
+5712 5713 5815 8430
+1538 5001 5542 13797
+6225 6226 10028 10029
+2077 4158 9862 9865
+8430 8432 12368 13788
+5648 13734 13736 13738
+1969 8217 9507 9511
+4629 6471 6590 10062
+4629 6471 10031 10062
+3600 8621 12517 12524
+8588 8598 8599 12508
+1261 1262 4315 6399
+8689 8692 8699 11486
+11637 11638 11639 13621
+310 2434 4567 10061
+310 4567 4630 10061
+8434 8451 10059 13750
+955 956 3641 5435
+5877 5900 8941 8944
+5338 9822 9823 9867
+2214 2332 9651 9652
+5683 13671 13682 13694
+5160 5266 5269 9651
+8217 9511 9512 9540
+8853 12722 12723 12735
+8846 11107 13289 13294
+10819 11103 11105 11106
+8828 8838 12718 12719
+11643 11663 11664 11672
+8941 9124 10070 13863
+8873 8874 12755 14529
+4725 11662 11665 11681
+3985 9003 12426 12918
+11115 11121 13428 13429
+4712 11499 11506 11507
+8377 10815 11018 11106
+8835 13283 13289 13294
+5859 8828 8833 8834
+3788 3813 12778 12785
+5768 5769 5862 8996
+5897 8891 8892 9124
+11665 11672 13674 13675
+5256 9315 9373 9481
+5245 5255 5260 9373
+4000 12924 12928 12929
+6205 6292 6313 10657
+5965 6084 6135 14071
+6121 6130 14008 14009
+5244 5256 9481 9497
+4867 11351 11352 13539
+5892 13314 13433 13443
+5244 9481 9497 9505
+3956 3968 3988 12922
+4984 10930 13413 13433
+4844 13311 13413 13443
+3209 3210 3296 12011
+11351 11352 13539 13540
+5849 8829 8833 13288
+1375 1376 4586 6464
+4898 11699 11710 13690
+8712 11664 11672 13674
+1450 1825 5931 13706
+10931 11676 11678 11693
+5244 5256 5262 9481
+4080 7324 7338 7341
+5244 9481 9493 9505
+5558 5559 5666 13543
+11050 13506 13507 13579
+4854 13472 13508 13509
+11748 11795 11846 11847
+891 3496 3497 8496
+5335 5385 9761 9770
+1410 4764 5926 13521
+4682 13414 13431 13434
+8135 8392 9060 9061
+5236 5385 5387 9792
+7734 7762 8418 12915
+5335 5385 5387 9770
+5990 10075 10083 10084
+8969 8971 8972 9225
+9052 9053 13811 13812
+322 323 5990 10072
+9049 9053 13798 13811
+2196 9489 9498 9502
+1556 5947 6066 13851
+9049 13798 13810 13811
+2948 2951 3016 11544
+7762 8418 12909 12915
+5153 5222 5261 9498
+1969 9511 9539 14193
+5153 5222 9498 9502
+2445 2652 2653 10200
+6123 6124 6267 13936
+2665 2680 2684 10482
+2116 9521 9522 9524
+9402 10004 10088 10089
+2382 2547 2548 10413
+5222 9489 9498 9502
+255 256 2380 4540
+2621 2665 2684 10482
+5678 11473 13620 13650
+5062 5222 5329 9519
+2546 2547 2619 10414
+3280 11828 11831 11911
+6057 10095 13455 13456
+10669 10670 10671 10697
+9221 9235 9319 14364
+9907 14140 14356 14362
+11662 11664 13674 13723
+388 389 6056 10095
+7795 9329 9402 10004
+9951 9955 10040 10041
+9336 9947 9948 9949
+1538 1539 5543 13797
+13750 13752 13754 13755
+8734 11681 13674 13675
+5979 6097 6153 13796
+389 390 2518 10132
+10059 13750 13754 13755
+10027 13746 13747 13759
+8306 10071 10077 10079
+5499 5775 5778 9046
+8307 8347 8348 8350
+9522 9524 9545 9554
+1491 5500 8140 13802
+10249 10252 10253 13823
+5210 5314 11780 11831
+10056 10091 10100 10169
+8255 10101 10102 10165
+8276 10101 10147 10165
+8942 8958 12868 12883
+8279 10147 10148 10165
+6003 6004 6181 10345
+3084 3085 3250 12282
+6001 10319 10320 10321
+10285 10286 10311 14240
+3085 3250 3251 12282
+9401 9402 10009 10101
+10510 10533 10534 14004
+6187 6264 10403 10435
+8276 10009 10101 10147
+9666 10464 10485 10487
+2380 2545 2546 10366
+5359 12282 12284 12328
+10399 13949 13969 13970
+3085 12281 12282 12284
+10399 10473 13998 14000
+6191 10473 13935 14001
+11662 11665 11681 13674
+1574 4998 5005 5956
+9780 10500 10540 10629
+6273 6291 10582 14011
+10109 10111 10164 13087
+7665 7734 7762 12915
+2893 11603 11653 11655
+1518 1519 1590 14066
+10564 10566 10568 10579
+6620 10488 10489 10491
+8081 8255 10105 13120
+1680 6774 6816 12096
+6030 6207 6208 14079
+287 2411 2412 4619
+8081 8255 13120 13122
+1680 5189 6816 12096
+1680 5098 5189 12096
+14077 14092 14093 14127
+6141 6254 6277 10725
+9171 10656 10666 14053
+1680 5098 6774 12096
+10106 10117 10118 10119
+13730 13731 13735 13772
+8259 9405 10106 10114
+7569 7583 7584 9279
+5710 9097 14134 14136
+9942 9998 10003 10150
+3520 3528 3540 12465
+6045 6222 6223 13739
+5538 5637 13732 13771
+6094 6148 13769 13770
+5652 13343 13347 13805
+10095 13451 13453 13454
+7501 14662 14665 14666
+10024 10130 10131 13455
+386 6054 10050 10092
+8949 8952 8953 13882
+5285 5342 9314 9394
+2099 5178 9314 9345
+2264 9345 9394 9396
+6067 6163 13878 13892
+6079 14002 14007 14016
+2387 2388 4607 10422
+6196 6197 10516 13976
+9788 10448 10456 10461
+354 355 6022 10567
+9405 10114 10115 10117
+5178 5285 9309 9314
+10125 10126 10155 10160
+2263 9314 9345 9394
+8080 10126 10156 13130
+8080 10126 10155 10156
+1185 4112 5167 9768
+6260 13344 13346 13352
+1185 4112 4154 9768
+8119 13357 13360 13497
+6184 10385 10386 13904
+10157 10158 13123 13124
+8963 9138 13918 13919
+5515 5624 13958 13959
+5623 13940 13942 13957
+4712 4881 11506 11507
+1186 4112 5167 9772
+2452 2492 2658 10340
+1186 5076 5167 9772
+390 2479 10129 10132
+6122 10438 13940 13957
+5076 5167 5275 9772
+4882 13611 13612 13619
+1185 1186 4112 5167
+2042 4098 9566 9571
+8247 10134 10135 10140
+10145 10174 10175 13526
+5632 5805 14020 14032
+6061 6165 9068 9075
+8594 11337 11346 11347
+1516 1586 1587 14058
+8445 9993 9998 10017
+2649 10125 10155 10157
+8183 8192 13129 13130
+9321 9931 9977 10013
+9106 13729 14134 14727
+6213 6214 6272 10732
+3469 3475 12395 12396
+8432 12368 12369 12372
+1534 1614 1615 13737
+6655 9583 14213 14220
+10092 10097 13451 13803
+2042 4098 4140 9566
+5824 8129 8504 13484
+11315 11333 11335 11337
+2649 10108 10155 10157
+6063 6110 6162 13831
+44 1090 7734 8418
+2434 2435 2600 10061
+333 6000 10318 10320
+44 1074 1090 7734
+8962 8963 13920 13924
+9139 10438 13935 13938
+77 78 2041 4140
+2648 2677 10111 10163
+1730 7530 8462 9085
+2385 4542 4606 10423
+3782 12742 12747 12753
+78 2042 4098 4140
+11601 11602 11603 11654
+3875 8936 12857 12865
+2518 2648 2677 10107
+10438 13942 13957 13959
+6949 6980 9006 14383
+7943 8713 11619 11628
+9944 13746 13747 13759
+7943 11619 11628 11647
+6025 6202 6203 10604
+6250 6271 6307 14031
+3453 8457 12375 12378
+5145 11900 11904 11981
+5804 9020 10454 14026
+6200 10582 13988 14024
+9153 9155 14018 14035
+9102 14099 14101 14106
+2418 2419 2584 9966
+377 6044 6045 9996
+394 2443 2481 8296
+377 6044 9992 9996
+1534 5538 5539 13737
+3453 3464 12378 12385
+8908 8909 9572 9581
+5389 5494 8462 8464
+1652 1653 5145 11981
+393 394 2481 10172
+5820 5868 5885 8115
+6060 6237 10174 10175
+6232 6233 6294 13345
+5144 5145 11895 11900
+8114 8282 13492 13495
+1554 1555 6065 13845
+823 5037 5134 7813
+6162 10085 13800 13822
+791 823 7813 7852
+7781 8286 13492 13495
+5503 5504 13840 13846
+6215 6278 10731 10742
+5643 9105 13765 13774
+822 5134 7852 9868
+5058 5123 5324 8205
+3292 11996 12006 12011
+6059 10142 10145 10174
+6144 13765 13767 13774
+6059 6060 6237 10174
+336 2452 2491 10344
+6116 6245 6305 13886
+5756 5762 5796 8953
+7947 8019 8023 8025
+607 3084 3085 6829
+6182 6266 10353 10361
+12383 12384 12385 12386
+1599 5006 5969 14118
+6059 6237 10145 10174
+9107 10741 13763 14116
+7838 9088 9104 14111
+8004 11619 11647 11661
+2114 2321 9369 9486
+2521 2522 2652 10182
+5639 5808 9110 14114
+1527 5533 13768 14125
+4712 4881 4882 11507
+2521 8337 8344 10182
+5516 5957 13945 13958
+1509 4998 5957 13958
+2652 8337 10182 10200
+5624 13944 13945 13946
+5204 5308 5363 11845
+11619 11647 11648 11661
+2521 2652 8337 10182
+8354 9549 10189 10236
+8391 13821 13822 13831
+5500 9063 13800 13802
+7943 8717 11631 11647
+6243 6244 6286 13832
+6107 9063 10085 13800
+10188 14496 14497 14499
+8134 9053 10085 13819
+5101 5299 12160 12161
+10096 10097 13451 13457
+10188 14496 14499 14506
+8448 8452 8453 8456
+8529 8532 12522 13159
+5543 13343 13795 13809
+10104 10132 10148 10165
+10034 10039 10087 10088
+8355 10226 10235 10238
+6225 6275 6300 13733
+1621 5001 6098 13797
+4823 13636 13641 13656
+9552 10270 10291 10300
+8465 8994 14695 14697
+4652 4772 4816 13591
+3065 6778 6820 12160
+591 3068 3069 6821
+5101 6778 6779 12161
+8362 10080 10252 10255
+8304 10077 10078 10203
+1730 5388 8462 9085
+4312 4480 11514 11515
+8301 8304 10078 10203
+4883 4884 13611 13612
+5191 5353 12138 12155
+2717 2882 2883 11477
+5499 5500 8140 9046
+515 4715 4716 11577
+6612 10185 14166 14176
+432 433 2718 6366
+6954 6969 6984 8997
+6612 8344 10185 14176
+8221 8242 14180 14181
+2896 11621 11622 11627
+3194 3326 11916 11917
+10194 10201 10202 14181
+6344 6375 6405 10906
+5101 5192 5298 12160
+5101 6778 12160 12161
+6595 6599 10205 14209
+6595 10190 10205 10211
+2527 10190 10205 10210
+2807 3007 10987 10999
+4800 13431 13432 13444
+7284 7314 7315 12584
+5181 5344 8150 8172
+10191 10209 10210 10211
+510 4710 4711 11505
+3209 3292 11996 12011
+5205 5309 5364 11862
+616 3094 6792 6834
+9105 13726 13727 13774
+7787 14185 14186 14200
+10395 10417 10518 10519
+2751 6348 6409 10843
+4393 4492 4526 11147
+4822 4823 4887 13641
+5090 5182 5289 8174
+5090 5182 8154 8174
+8326 10217 14188 14197
+8260 11056 11220 11243
+8326 10214 10217 14197
+8317 10214 10217 14197
+1193 5079 5171 9893
+2447 2487 10187 10234
+1287 1288 4328 6379
+3209 3292 3296 12011
+4327 6378 6409 10843
+4327 4488 10837 10843
+1285 4327 6378 6409
+8317 9550 10207 10217
+2079 2080 2243 9249
+10207 10209 10217 10225
+7686 7750 8670 12661
+10238 10239 10265 10266
+3069 6780 6821 12164
+2448 2613 10224 10232
+9042 9438 9439 9474
+116 2080 4117 9893
+8192 10156 10158 13123
+116 2079 2080 9893
+315 2439 2440 8090
+8420 12908 12909 12915
+8161 9467 9469 9472
+10224 10272 10274 10275
+329 2448 2488 10271
+2366 10222 10241 10242
+10095 13457 13476 13477
+6750 10365 14249 14266
+2366 2531 10222 10241
+250 2375 4537 4601
+6442 10333 10334 10335
+2366 10241 10242 10269
+2065 2229 9725 9728
+2397 4548 4612 10489
+6455 6573 6731 10550
+2532 2612 10240 10268
+1180 1181 4109 5073
+185 186 2131 9766
+2489 2612 10276 10278
+4117 5171 9250 9893
+6721 10222 10241 10242
+5068 5269 9619 9649
+1892 6939 7907 14389
+2585 2641 9937 9961
+8304 8305 8306 10079
+8306 8357 10065 10082
+2584 2585 9937 9966
+8304 8306 10077 10078
+6701 9937 10055 14167
+4585 4586 6464 9938
+8304 8306 10078 10259
+5068 5159 9619 9649
+3475 12395 12396 12406
+54 1219 1305 1397
+395 2770 2771 8309
+11334 11337 11356 11357
+5068 5159 5241 9619
+5068 5241 5269 9619
+7943 11628 11631 11647
+6437 6556 6721 10242
+9533 9572 9574 9575
+6483 6484 9555 14207
+6656 14213 14219 14220
+11486 13623 13624 13643
+5056 5149 5254 7982
+8418 12908 12909 12915
+10083 10255 10261 10262
+323 324 10080 10083
+9377 14202 14203 14204
+323 324 2486 10080
+249 250 2374 4537
+6170 10258 13828 13830
+11486 11582 11584 13624
+6498 6666 6667 14265
+14269 14280 14281 14282
+6443 10338 10339 10367
+9718 10420 10485 14282
+6722 6723 10339 10373
+3292 3296 12011 12025
+1644 1645 2001 5045
+2002 5046 8915 9530
+5046 8915 9514 9530
+6509 6677 9782 14289
+1347 4545 6450 10446
+6510 6678 6679 9782
+7830 9782 10633 14290
+10253 10257 13826 13833
+4718 11573 11638 13624
+2243 9243 9247 9249
+193 194 6520 9859
+9838 9846 9856 14343
+2564 10551 10556 10557
+1137 1138 4025 8748
+7694 7695 8968 8970
+6690 9854 9889 14355
+1405 4642 4762 5913
+10249 10253 10257 13826
+10763 10764 14364 14365
+6529 6530 9915 9918
+9225 9226 9319 9882
+7814 9883 9885 14353
+2139 9272 9320 9903
+770 803 5024 12226
+8362 10255 10261 13823
+8393 8394 8401 9241
+8056 8394 8397 8398
+770 803 804 5024
+9288 9360 9410 9414
+2594 9968 9969 9970
+8971 9180 12902 14420
+1155 4091 5060 9488
+2521 2643 2651 8337
+770 804 5024 12114
+6644 6647 6648 10183
+6481 6482 6650 14187
+770 5024 12114 12226
+1314 1315 4593 6552
+1517 1588 14033 14058
+4539 4575 4603 6444
+6500 6668 6669 14268
+9550 9551 10224 10270
+9193 9196 14252 14279
+9183 9184 14349 14350
+2047 2211 9617 9621
+1591 6083 14065 14066
+6624 6733 6763 10628
+6687 6752 6753 10640
+10277 13854 13855 13856
+8715 11639 13622 13626
+11612 11613 11630 11649
+9290 9335 9337 9353
+11612 11630 11648 11649
+6082 6133 6250 14033
+9349 9359 9384 9385
+6636 6743 9955 14163
+9939 9943 9945 9948
+9564 9578 10220 13885
+6083 14065 14066 14067
+6596 6602 9557 10190
+9564 9578 10276 10304
+234 2358 2359 4571
+8948 8949 8952 13882
+8942 8944 8948 8950
+14250 14251 14254 14264
+1147 3794 4033 4042
+6674 6724 10466 14283
+1626 5002 5982 13348
+1541 1626 5002 13348
+1625 1626 5002 5982
+6660 10286 10311 14240
+6661 6758 10311 14240
+1540 1541 5002 5545
+6660 6720 6758 10311
+4547 4580 4610 10450
+6619 6681 10539 14319
+9552 10266 10293 10299
+9552 10266 10271 10293
+10238 10265 10266 10298
+356 2462 2501 10549
+6619 6681 6729 10539
+6451 6618 6728 10451
+2224 2293 2294 9688
+8969 9185 9224 9882
+8354 10189 10236 10291
+9552 10298 10299 10302
+1541 5002 5545 13348
+9552 10266 10298 10299
+10069 10254 10265 10299
+10069 10298 10299 10302
+119 2082 2083 4161
+6735 10714 10744 10766
+9190 10372 10444 14257
+9578 10272 10276 10306
+10129 10133 10166 10167
+8716 11613 11630 11649
+8191 8192 13122 13123
+9441 9446 13088 13116
+6637 6744 9969 9972
+10106 10113 10118 10120
+4660 4779 4824 13655
+6638 6711 10047 10049
+66 2029 2030 4134
+2729 11600 11606 11623
+4889 4991 11642 13639
+13646 13662 13663 13664
+6595 6599 6653 14209
+6595 6602 6652 10211
+4817 4935 4981 13605
+1317 1318 4530 6435
+2209 2210 2285 9604
+9597 9598 9608 9609
+2123 2161 9612 9633
+6491 6660 10331 14239
+13573 13574 13585 13587
+10304 10315 10317 13885
+9094 9178 9179 12893
+4098 4140 5065 9566
+10330 10331 14233 14237
+9665 14293 14298 14303
+7818 7835 7836 8984
+95 96 2059 4149
+9700 9701 9721 9722
+10463 14301 14302 14304
+8956 10277 13870 13871
+1425 4652 13578 13591
+7817 7917 9811 9812
+9817 14323 14336 14338
+10277 13853 13854 13871
+792 7812 7813 7878
+4816 4935 4980 13586
+187 188 9784 9806
+9843 9844 9848 9857
+8950 8951 8958 13871
+7943 8004 11647 12625
+752 786 787 9272
+521 2831 11613 11649
+5035 9247 9866 9912
+1379 1380 4561 6466
+13646 13662 13665 13679
+2729 11606 11620 11623
+2730 11620 11623 11626
+3210 3291 3296 12011
+6534 9282 9285 14152
+3050 12020 12041 12042
+8198 8268 13132 13133
+224 1306 8063 8178
+4221 4337 4397 13000
+100 2063 4151 9729
+9665 10465 14298 14303
+2890 2961 11564 11599
+7819 7895 9707 10500
+8704 13646 13663 13664
+7054 7057 7076 9135
+206 2141 2180 9275
+4889 4960 4991 13639
+2251 2252 2309 9261
+6001 6178 6179 10321
+4917 4918 4958 11014
+4918 4949 4958 11014
+6178 6179 10321 13883
+4917 4958 11014 13264
+2541 10369 10370 10373
+6001 6178 10319 10321
+6178 10321 13872 13883
+6562 6608 6610 10367
+6178 10319 10321 13872
+2451 2614 10308 10327
+9593 10327 10330 10332
+10308 10309 10327 10332
+10308 10314 10316 10326
+10309 10327 10330 10332
+4532 6437 10212 10222
+6436 6595 6599 10205
+2729 2730 11620 11623
+2376 2377 10338 10339
+2729 2730 2895 11623
+6601 10269 10284 10287
+8457 12378 14654 14659
+1333 4538 6561 10338
+4199 11600 11606 11623
+498 499 11337 11354
+412 2698 6389 11264
+6443 10339 10367 10369
+5217 5298 5299 12159
+2376 4538 10333 10338
+2376 10333 10338 10339
+6955 8998 8999 12899
+429 2715 6330 6364
+4538 6561 10333 10338
+4906 4947 4982 13335
+1285 1286 4327 6348
+11843 11916 11917 11939
+6561 10333 10338 10339
+3464 3465 9216 12390
+615 6792 6833 11736
+5364 11783 11862 11907
+3338 3341 11949 11959
+4758 4759 11181 13396
+1729 6807 8072 8207
+4218 4393 4493 11127
+5493 8994 8997 12911
+2757 6351 10883 10885
+4334 11032 11131 11133
+11957 11958 11976 11982
+5444 5445 5740 12771
+1459 4669 4789 5918
+8811 13330 13368 13370
+2211 2212 9617 9618
+10348 10354 10355 10359
+10350 10354 10355 13927
+10347 10348 10354 10359
+10349 10350 10355 13927
+4907 13323 13330 13373
+1699 1700 6787 12281
+10348 10355 10358 10359
+3247 3317 3318 12267
+9134 10324 10348 10350
+4788 4835 4946 13325
+4199 11606 11620 11623
+10348 10350 10354 10355
+3102 3103 3268 11942
+5751 5871 8845 8883
+3099 3100 6837 11862
+10347 10348 10351 10354
+10348 10349 10355 10358
+7835 8984 14372 14381
+3975 8412 8421 12920
+1642 1998 5043 9633
+9134 10348 10349 10350
+2376 2377 2542 10339
+2377 10339 10367 10369
+7544 8420 12909 12915
+3437 3444 3464 12375
+2543 2544 10367 10369
+7376 7654 14612 14624
+5269 9652 9654 9676
+9944 10026 13747 13759
+4539 4574 4602 10367
+4818 11493 13605 13607
+8425 9003 12425 14679
+10026 13747 13758 13759
+4573 6441 6560 10335
+8422 12913 12923 14684
+4818 4964 11493 13605
+2541 10339 10369 10373
+6904 12924 12928 12929
+7427 9206 14609 14610
+2540 2661 10365 10373
+2661 10364 10365 10373
+2540 2541 10339 10373
+4818 4936 4964 13605
+1960 9192 9636 9715
+2540 2541 2661 10373
+6953 6984 8997 14426
+12419 12420 12423 12426
+8964 10381 13927 13960
+3944 3970 6859 8463
+9143 10381 13927 13960
+9134 10349 10350 13927
+6860 8463 9085 12423
+7037 7038 8930 12948
+9001 9002 12896 12897
+6864 6898 6899 12398
+10394 13921 13922 13924
+45 1082 6969 12911
+1132 4020 12564 12568
+8964 13920 13922 13926
+13920 13921 13922 13924
+3874 6853 6887 6888
+5534 5642 13765 13768
+6924 6925 12419 12421
+1094 1858 1859 6858
+9140 10400 10402 13937
+1947 1948 7544 7666
+12398 12399 12400 12403
+8972 8974 9180 12893
+5763 5772 9010 9015
+7619 7620 8414 12943
+9148 10400 10432 13930
+9148 10387 10400 10432
+49 1878 12485 12489
+5117 5313 5367 11773
+631 3108 6841 11767
+8884 11184 13405 13406
+3471 6915 12407 12408
+11182 11183 13404 13406
+4072 4086 14549 14554
+7443 7476 7492 8460
+10376 10381 10391 13926
+9141 10376 13919 13937
+12384 12395 12401 12402
+10391 10392 13919 13926
+854 855 3411 5399
+5295 5326 5350 12079
+4926 4977 11185 13390
+6608 10367 10368 10369
+8161 9444 9460 9471
+4925 4926 4977 13390
+5117 5367 11767 11773
+11595 11607 11615 11719
+10935 11595 11615 11719
+6608 6609 6667 10368
+4680 4848 4956 13363
+2545 2546 10404 10414
+546 10876 10915 10958
+4745 4914 4915 10947
+4745 4746 4915 10947
+5763 5795 10396 14003
+5478 5479 7051 12946
+5534 13765 13767 13768
+7040 7041 7069 14481
+9156 9157 14021 14022
+1067 6965 9018 12959
+3473 12395 12401 12407
+4913 4914 4985 13314
+8422 12904 14689 14691
+3932 8895 12952 12956
+9004 12912 14684 14692
+4903 4972 13259 13271
+8422 12906 12912 12913
+4902 4903 4972 13259
+9185 9223 9317 10708
+256 2380 4540 10408
+8529 8532 12518 12522
+5642 9105 13765 13766
+5489 9152 14399 14400
+3946 3971 6857 6858
+1094 1095 1858 3946
+3466 3475 12396 12406
+2380 2546 10366 10408
+3986 3993 12925 12927
+6948 6975 6980 9022
+6980 9006 9022 14383
+6951 6982 6983 14405
+10607 10611 14051 14052
+2546 10366 10408 10414
+3979 8898 12819 12941
+7519 7521 12378 14659
+3964 3982 3983 12925
+7815 9094 9179 9852
+7844 7910 14314 14315
+6946 6968 6992 14381
+3940 3952 12906 12913
+6473 6591 6641 10122
+14402 14409 14421 14423
+6611 10366 10408 10414
+7837 14306 14328 14389
+4903 4904 13271 13272
+2551 2552 10427 10428
+6614 10409 10423 10428
+1875 1876 1881 12418
+8995 12900 14426 14427
+4891 4892 4993 13668
+9835 10659 10665 10677
+6100 6156 6260 13346
+4892 4968 4993 13668
+6132 6137 6314 14056
+1733 1734 5392 7533
+8416 8424 12920 12922
+3968 12913 12917 14685
+6614 6724 10423 10428
+11435 11579 11610 12612
+6724 10423 10427 10428
+6724 10427 10428 10466
+7035 7065 9012 12946
+3927 8928 8929 12946
+3866 5482 5483 8935
+9148 10472 13930 13931
+6889 6890 8929 8930
+7083 14470 14475 14478
+9141 9146 14449 14453
+9148 10441 10472 13931
+9148 10433 10441 10472
+4722 4891 4892 11650
+5856 8948 8949 13884
+8937 8938 12841 14510
+9148 10433 10472 13930
+4893 11675 13660 13668
+1034 7026 14429 14436
+511 512 2787 11483
+8719 11435 11610 12612
+4881 8639 11507 13635
+8992 9007 9013 14477
+4870 4871 11390 13551
+8923 10220 12888 12889
+7081 7089 9013 14465
+6955 8998 12898 12899
+4870 11390 13547 13551
+8498 8519 8589 12492
+3872 8899 12822 12824
+8589 8591 8594 13550
+10337 10356 10388 13932
+4870 4871 4990 11390
+7998 11601 11602 11604
+3395 3396 3426 12421
+9148 10337 10441 13932
+8918 9562 14221 14222
+9149 9712 10356 14454
+489 490 4690 13474
+7069 7070 12821 14478
+4690 4859 11257 11281
+4690 4859 4860 11257
+9148 10337 10387 10388
+7284 7285 7315 12584
+1478 4679 4798 13377
+7838 9088 9095 9100
+1478 4679 13364 13377
+1478 1843 13364 13377
+9150 14446 14454 14455
+8921 8922 9562 14222
+1037 12879 12885 14432
+11564 11565 11604 13207
+9011 9017 12959 14376
+9589 9597 9606 9623
+1048 7036 7051 8928
+8529 8549 12513 12522
+9144 10358 10443 14442
+4974 4976 13315 13339
+7819 9703 10417 10476
+8912 8922 12879 14432
+8920 8921 14432 14433
+1963 7020 8925 14443
+7074 8925 14440 14445
+4670 4837 13369 13409
+9135 10358 10443 14442
+9128 10188 14499 14506
+2391 2392 4609 10451
+6678 9782 9783 10507
+1021 1022 3783 12742
+2626 10502 10504 10505
+1005 7102 7133 12816
+2557 10452 10502 10503
+4906 13330 13332 13335
+8201 8211 8212 12816
+1147 3780 3794 4033
+3049 3214 3215 12020
+7129 7723 8052 14518
+4837 4930 11729 13409
+3840 8890 12787 12791
+4671 4790 4930 13409
+9643 10480 10483 10484
+7169 7173 14514 14523
+3414 3442 6863 12398
+1868 6869 6902 12739
+7171 7182 7185 14499
+5788 10398 13953 14004
+7172 8216 9203 14493
+9666 9704 10478 10479
+11562 11602 11604 13207
+7157 14519 14521 14523
+12 5019 5057 8007
+11978 11983 11987 11989
+9666 9704 10462 10478
+3442 3456 6897 6898
+8218 9535 14183 14184
+10397 10436 10440 13947
+8859 8863 12754 14552
+9448 9453 9465 12026
+9704 10440 10479 10480
+7805 12797 12808 12809
+3797 3798 12791 12802
+7185 7187 14499 14506
+8904 12854 14514 14515
+5860 5877 5900 8941
+8933 8935 12857 14503
+8304 8306 10077 10079
+4908 4909 4989 13372
+1020 1021 7125 12742
+9452 9453 9465 12026
+1020 1021 3782 12742
+8902 8903 12859 12872
+8102 9380 14180 14181
+4827 13660 13694 13695
+7144 7161 7162 8216
+12848 12850 12851 14505
+10397 10439 10440 10471
+7158 7163 7178 14502
+4826 4827 13660 13694
+1647 2004 9500 9509
+7181 7186 7188 14505
+7998 11601 11604 11617
+8052 12829 12837 12846
+3456 3463 3470 6926
+11562 11601 11604 11617
+4816 4934 4961 13575
+3879 3910 12858 12862
+11562 11564 11604 11605
+2459 2499 10468 10475
+7159 7170 7179 14508
+11564 11565 11604 11605
+3803 3822 3824 12780
+10417 10476 10477 10521
+8068 8236 11967 11974
+5241 9617 9618 9619
+3775 7603 12742 12751
+7444 7465 14644 14647
+1921 7192 7193 7644
+8760 8775 12360 13036
+3721 3727 3745 13056
+11257 11278 13465 13466
+5456 5739 5745 8820
+3719 3720 8806 8812
+9707 10509 10513 10521
+9789 10512 10515 13973
+1139 1140 1768 4027
+4765 4805 4807 13522
+3845 3846 12869 12873
+8820 8822 12719 12720
+9643 10480 10483 10528
+7264 9120 14541 14548
+8814 8824 13317 13318
+4026 4027 7204 7205
+1117 4005 8682 12670
+979 3705 3709 12715
+9643 9666 10463 10480
+9643 10463 10480 10484
+7189 7219 12732 14528
+8758 8773 12714 12982
+11251 13505 13513 13515
+971 979 3705 8802
+6570 10450 10493 10498
+8790 12764 12765 12766
+744 745 9450 12026
+6452 6570 10493 10497
+7863 14324 14337 14339
+1876 1877 6873 12415
+7197 7219 7226 14528
+7274 7295 8673 14571
+8674 12680 12685 14565
+8924 8959 10220 12874
+7966 7967 10781 13255
+10935 11615 11616 11719
+4744 4913 4914 10947
+3712 3724 3739 12676
+544 10872 10876 10929
+1350 4580 6451 6570
+8719 10933 11615 11651
+993 994 3719 5453
+4547 4611 4633 10493
+7200 7229 7230 14529
+4744 4745 10929 10947
+544 4744 4745 10929
+3814 8864 12743 12750
+14536 14544 14556 14557
+8859 8860 14535 14543
+8865 14542 14543 14553
+498 499 2820 11337
+7618 7738 8415 8977
+7223 7228 7253 14544
+5642 5643 9105 13765
+1837 1838 4675 5590
+1917 1918 7214 7640
+5534 5642 5643 13765
+12578 12579 14602 14603
+7047 14434 14435 14439
+9780 10540 10547 10629
+9780 10500 10541 10542
+8612 11340 11357 11540
+8719 11615 11616 11719
+5698 10960 13262 13443
+10495 10631 10634 14318
+3710 3715 5449 12674
+3645 3671 8736 12638
+4842 4843 4987 13263
+1111 4034 4039 12481
+7269 7290 9205 14586
+3649 3661 12649 12651
+944 3635 3649 7687
+7990 8719 11616 11719
+7896 10499 10631 14309
+9780 10541 10542 10564
+10500 10501 10512 10541
+1444 5917 5923 13693
+7896 10633 14290 14309
+3689 7973 12630 12634
+6679 9782 9783 10634
+8573 12562 12576 12577
+9782 9783 10633 10634
+6677 6678 9782 10507
+8612 11334 11356 11357
+4662 4782 4827 13695
+7212 7606 8682 12670
+8685 14562 14570 14573
+3407 3419 3435 8458
+1137 1756 4024 7276
+7282 7283 7321 8648
+4662 13693 13694 13695
+1423 1424 4771 5928
+1423 4651 4771 5928
+5293 12016 12018 12047
+929 7271 7298 14566
+5741 5742 5863 12697
+3664 3684 12610 12611
+3666 8692 8694 12610
+4874 4875 4963 13577
+8574 12557 12591 12592
+7843 9182 9741 14384
+4874 4933 11416 13555
+7336 7346 14580 14583
+1033 3845 3846 12873
+10467 10520 10522 14003
+10525 13977 14003 14005
+9128 12866 12867 14504
+8164 11882 11884 12032
+10397 10471 10529 13948
+3676 12637 12639 12641
+10558 10559 14324 14339
+7170 7182 7187 14500
+7271 7305 7306 14567
+527 11693 11696 11697
+9128 12867 14504 14505
+3907 3914 12848 12878
+4049 4075 12580 12582
+5632 5633 5805 14032
+5563 13578 13589 13590
+9704 10417 10469 10529
+11565 11595 11614 11615
+7304 14562 14573 14574
+3629 8675 8686 12652
+10417 10518 10529 10530
+10518 10529 10531 10532
+12566 12571 12572 14596
+900 901 3556 12575
+10518 10529 10530 10532
+10536 10553 10558 10559
+10584 10585 14331 14339
+7315 7328 9118 12583
+5722 5779 8497 8514
+8591 11349 13594 13596
+4053 4075 7378 8584
+897 8584 8645 12563
+8903 8913 12858 12871
+4759 9055 11193 13396
+4759 9055 13396 13397
+9546 9553 9576 14201
+925 3571 5426 12535
+7416 8489 14634 14635
+8544 9211 11248 11332
+923 3568 5423 12514
+2515 9954 10038 10042
+8515 8517 12460 12464
+9128 10188 12834 12861
+7799 11249 13514 13595
+9055 13396 13397 13400
+8914 10188 10189 12861
+3528 3540 12454 12465
+729 7752 8554 8566
+12181 12188 12189 12192
+10536 10545 10553 10558
+10545 10553 10554 10558
+2461 2500 10501 10541
+1399 1400 6104 8392
+8528 8545 12129 12513
+3477 3506 3515 4014
+4048 4071 4085 14614
+4071 4074 4085 7407
+947 3651 12600 12606
+351 352 10509 10515
+9789 10513 10514 10542
+4041 14583 14588 14591
+899 8583 12571 12573
+589 3067 6778 6779
+9162 14397 14406 14407
+7819 10514 10542 10570
+12856 12861 12866 12870
+2502 10574 10577 10590
+5444 7198 12736 12771
+7864 10576 10590 10593
+13629 13636 13641 13656
+10574 10576 10590 10593
+7414 8515 14638 14642
+33 980 1138 5448
+10574 10590 10592 10593
+7353 7354 7657 9210
+4039 12481 12482 12484
+8654 11418 11587 11588
+7431 9208 14627 14628
+3536 3545 12450 12458
+3506 3515 4014 12472
+8488 8489 14627 14636
+3598 8528 12513 12516
+8490 9117 14640 14641
+1111 7611 12483 14613
+4638 4855 9056 9059
+7109 7132 8095 12813
+7403 7405 7418 12498
+736 737 772 12091
+7354 7658 12502 14643
+7979 8654 11496 11588
+8914 8923 10189 10273
+7901 10546 10594 10595
+3581 3582 3611 12553
+3556 8579 12557 12575
+14040 14041 14050 14067
+11418 11586 11587 11588
+7351 14611 14612 14613
+7476 7479 7494 14646
+1127 3505 4040 12472
+7863 7884 14393 14394
+8425 12422 12425 14679
+3471 3474 6915 12408
+12411 12412 12413 12415
+8083 8284 8285 8296
+8112 8113 8123 13492
+8286 13491 13492 13526
+3448 3459 3468 12392
+7455 7456 7487 14675
+7979 11588 11591 11592
+8078 8290 11039 12432
+7979 11418 11588 11591
+4738 4908 13323 13372
+7832 7862 7863 10538
+7876 7884 7885 14408
+499 2781 2820 11357
+8406 12392 12394 14651
+1738 1739 1866 7446
+12377 12382 14652 14653
+6901 12933 12935 12937
+859 1862 3416 6862
+8693 11419 11497 11581
+857 858 1864 3414
+3523 3539 8513 12462
+4050 4074 7407 7423
+1125 3476 4014 4040
+6867 6903 14647 14650
+4738 13320 13323 13372
+7864 10545 10546 10577
+879 7455 12431 14674
+7864 10545 10577 10590
+8398 8399 9215 12376
+2611 10499 10501 10540
+2184 2344 9348 9384
+8406 14649 14650 14651
+10566 10568 10580 10581
+9156 9157 10601 14022
+7132 8095 8300 14488
+7902 9156 10601 14022
+9401 14658 14662 14668
+837 7671 7672 12380
+7478 7496 7507 14649
+3424 3439 8447 12377
+4738 4739 4908 13372
+6864 6899 12398 12400
+8398 9213 9327 9401
+4728 4897 4898 11699
+4897 4898 11699 13691
+6900 7476 7479 14646
+12850 12854 12880 14507
+11700 13687 13688 13708
+9021 10580 14021 14023
+8692 8693 11497 13717
+9099 14721 14725 14736
+3944 6859 8461 8463
+828 829 7547 12424
+9128 12856 12860 12861
+7901 10549 10575 10577
+3425 3456 3463 6930
+5051 11757 11758 11759
+3415 3443 6862 6897
+2829 2958 2995 11526
+213 2183 9335 9337
+7694 8966 8967 8970
+5453 5742 5743 12702
+7902 9156 14021 14022
+8692 8693 13623 13717
+7002 14402 14409 14421
+8693 11419 11579 11581
+13511 13516 13517 13522
+4706 4875 4876 11415
+8718 11485 11573 13627
+10568 10578 10580 10581
+4815 4874 4933 13555
+12395 12401 12402 12407
+9156 10578 10580 14017
+912 3576 12492 12503
+775 12005 12028 12036
+5828 8590 13537 13547
+493 494 4694 11049
+7535 7565 14727 14728
+494 4694 11049 11326
+9931 10735 14721 14736
+7013 14397 14406 14407
+4791 4840 4954 13410
+4671 5934 13408 13409
+11516 11519 11532 11559
+1735 5394 7535 14728
+1737 5395 5396 7551
+9089 14695 14703 14715
+7901 9780 10547 10548
+5761 8933 8943 12868
+4671 4672 4839 13408
+7863 10537 10545 10558
+7863 10537 10545 10546
+7579 7597 14714 14715
+12391 12392 12394 14651
+4840 4954 13410 13411
+9319 14358 14360 14363
+11516 11519 11532 11556
+7887 9162 14397 14406
+7553 7575 7578 14693
+7900 10547 10548 10629
+10599 10602 10603 10604
+7570 7571 14734 14737
+7933 10593 10597 10600
+7540 7568 7569 12371
+9229 9230 10053 10054
+3409 3434 3447 12376
+7525 7543 12373 14145
+3422 3438 3447 8399
+10574 10575 10600 10603
+9114 9226 9974 14706
+7598 14693 14701 14705
+4840 4954 4975 13411
+7577 8973 14691 14696
+8974 12907 12912 14699
+10599 10604 14028 14029
+8993 8994 14695 14697
+7270 7714 8572 14601
+7608 9205 14584 14587
+2198 9516 9518 9519
+7340 14575 14579 14580
+10599 10600 10602 10603
+9162 9177 14397 14407
+6933 8414 12934 12940
+47 1100 4002 7603
+4661 4781 4826 13680
+6881 6911 12927 12932
+7628 7740 8894 8896
+3937 12934 12940 12943
+4942 13662 13678 13680
+1872 1873 6933 8414
+3873 3890 3897 12826
+9161 10655 14406 14415
+2885 2886 2995 11526
+40 1040 1056 8896
+851 7525 8394 12373
+9162 14027 14046 14052
+1008 3776 7727 12763
+11528 11534 11571 13193
+1009 1010 3790 7728
+9161 9173 10655 14415
+1918 1919 7191 14559
+46 1099 12742 14522
+1109 7611 7612 12483
+7336 14581 14586 14587
+6875 8054 8939 12737
+3487 8472 8473 9207
+9161 9173 14075 14076
+1820 5574 13678 13680
+9162 9177 10649 14407
+4826 4942 13661 13680
+733 904 905 3559
+4065 4082 7208 8757
+7610 8581 14593 14604
+4661 4826 4942 13680
+11442 11528 11571 13193
+12404 12410 12412 12415
+11525 11526 11528 11570
+7876 7918 10617 10618
+8405 12394 12397 12405
+841 3404 7675 12413
+12409 12411 12412 12413
+3152 11823 11855 11856
+12339 12343 12344 13251
+7964 11800 11803 11812
+11832 11854 11858 11859
+11442 11528 11570 11571
+11885 11888 12003 12004
+2630 2668 10616 10712
+9840 10608 10648 10651
+9840 10608 10617 10651
+2891 2892 11562 11563
+11869 11870 11872 11873
+9840 10617 10618 10649
+9840 10608 10617 10649
+14611 14612 14616 14617
+7913 10627 10635 10638
+7655 7656 7705 9207
+4034 8057 14609 14610
+169 9612 9626 9634
+2891 11562 11563 11564
+7859 10583 10584 10652
+988 3706 3714 12671
+2891 2997 11562 11564
+1420 1805 1806 13562
+1925 1926 7608 14584
+3471 3475 12395 12408
+936 7274 7295 8673
+1400 4639 8392 9062
+1975 11071 11986 12794
+4639 8392 9062 9064
+1010 1011 3777 7729
+3397 3398 3428 12417
+8860 8870 12761 14532
+4639 4803 9064 13423
+10500 10501 10540 10541
+7832 14315 14317 14394
+9809 10538 14312 14318
+7896 10631 10632 10633
+8982 8988 14467 14472
+5461 5482 8935 12847
+8893 8894 8896 12823
+3903 3906 3920 12831
+7516 12391 14656 14660
+7832 7900 10538 14317
+3311 3387 12168 12200
+3535 8467 8483 12441
+6912 8939 12738 12833
+11883 12030 12055 13097
+4639 9062 9064 13423
+8418 12908 12909 12910
+7694 7733 7762 8970
+4638 4639 8392 9064
+755 7694 8968 9881
+9759 9765 9766 9786
+1955 7903 7907 14389
+1954 7861 7869 7870
+5235 9727 9730 9731
+2229 9725 9728 9761
+306 307 2431 4628
+3311 3373 3387 12168
+223 6549 6550 9041
+148 3128 8169 8177
+8194 9443 9469 9474
+9449 13082 13119 13120
+6636 6708 6743 14163
+8401 8402 14160 14161
+2515 2645 9954 10042
+9238 9933 9990 9993
+7920 7925 7927 14322
+10041 14155 14162 14163
+11052 11053 11245 11246
+7804 7806 11192 13393
+3770 3798 12790 12803
+8311 8330 8339 11140
+7807 9047 9050 9051
+397 398 2483 8342
+7883 7920 7925 7927
+7915 7916 7922 9802
+6622 9842 10562 10637
+307 2431 4566 4628
+3907 12839 12848 12849
+515 2789 2828 11555
+3816 4031 4068 12749
+3097 6794 6836 11784
+7904 7905 7928 9766
+515 516 2789 11555
+1955 7869 7897 7906
+7862 14322 14335 14336
+7826 7905 7931 7932
+9745 9748 9750 14291
+306 2430 2431 10033
+8984 8985 8986 8987
+306 2430 4565 10033
+6978 7836 9182 14370
+7002 12903 14409 14421
+7829 7830 14307 14308
+6944 9018 14373 14375
+8992 9007 9013 9019
+7042 8894 8897 12823
+306 4565 4628 10033
+2828 11520 11537 11539
+2666 9665 10460 10461
+7168 7177 7179 14515
+7894 7895 14290 14321
+6021 13973 13974 13994
+7840 9703 14297 14303
+5234 7813 9798 9821
+2789 2828 11520 11555
+6690 6755 9890 10687
+7856 9815 9836 9839
+8054 8904 8905 12738
+7912 14344 14346 14348
+9783 10631 10633 14309
+9841 9842 10584 14330
+8164 11884 12029 12032
+2064 2227 2228 9726
+7879 9769 9791 9792
+9832 10626 10638 10644
+189 6515 6516 9803
+7914 9811 9812 9837
+5037 7813 7878 9769
+6518 6519 9847 14341
+2134 2299 2337 9821
+7882 7915 7921 7922
+5038 5136 7881 7890
+4339 4472 11323 11547
+5038 5236 7878 9792
+261 2386 4543 4606
+7897 7898 7904 9765
+5236 7878 9769 9792
+2561 2562 2628 10536
+6512 6513 9774 14312
+4094 4136 5062 9502
+2572 10641 10682 10687
+2129 2292 2293 9695
+7679 7680 8984 14372
+7829 7837 14288 14306
+3784 3816 4031 12749
+3899 3900 12850 12856
+7892 7906 7909 7932
+7922 7923 9793 9801
+7845 7934 14388 14398
+1893 1954 1955 7907
+261 2385 2386 4606
+7851 7879 7881 7890
+2572 10641 10682 10683
+1267 1268 4318 6422
+759 7877 7882 7915
+4531 4595 6436 10205
+11049 11301 11326 11328
+169 9612 9616 9634
+10584 14330 14331 14338
+7822 9785 14310 14326
+9803 9811 9816 9839
+14322 14333 14334 14335
+3909 3918 3923 12827
+3889 6870 6905 12824
+4595 6436 10205 10212
+8713 11629 11646 13722
+1320 4531 4595 6436
+1320 4595 6436 6555
+12028 12029 12031 12035
+8488 9208 12476 14627
+7860 10558 10559 14324
+7964 12343 12344 12348
+8489 12476 14627 14634
+692 4265 4266 12346
+9833 10638 10676 10678
+10535 10536 10553 10559
+4595 6436 6555 10212
+1269 4319 6372 11688
+8759 11805 13037 13062
+8015 8670 12651 12661
+7400 7415 12494 14635
+4045 4067 14575 14580
+1662 2020 2021 7949
+364 10658 10659 10671
+8672 8681 8686 10848
+10936 11690 11691 11701
+4727 11678 11679 11698
+7969 7970 13248 13249
+11657 11658 13232 13233
+11564 11565 11597 13207
+4201 6371 11687 11688
+362 10647 10648 10661
+7400 12494 12497 14635
+1368 1369 4556 6579
+11323 11331 11345 11547
+4425 4500 13182 13183
+727 12249 12254 13187
+4247 4248 4423 12187
+1291 1292 4330 6411
+13886 13887 13895 13902
+9171 9172 10654 10655
+8529 12513 12518 12522
+3316 3351 12238 12271
+9171 9172 9173 14074
+13683 13684 13712 13724
+10940 11697 11710 13711
+8713 11645 11646 11672
+526 527 4727 11678
+10935 11565 11595 11596
+4472 11323 11345 11547
+11524 11525 11526 11570
+7936 7976 7991 13199
+10553 10555 10559 14339
+2867 2868 3015 11323
+10665 10666 14074 14077
+684 4257 7955 12307
+7717 7748 7767 8033
+7978 12254 13187 13192
+9174 9840 10649 10650
+9176 10607 10608 10650
+4472 11345 11547 12136
+8658 8661 12603 12604
+3907 3912 12876 12878
+9171 14074 14076 14077
+4261 4262 12319 13228
+9840 10608 10649 10650
+12286 12294 12295 12305
+248 2373 4600 10289
+10772 10949 10950 12963
+7976 8039 12306 13198
+11331 11345 11544 11545
+6339 6371 6372 11688
+9102 10699 14083 14102
+1871 1872 6880 8898
+1380 4561 4624 6466
+7508 14669 14672 14673
+1651 2008 11968 11973
+3120 3285 3286 11944
+717 11933 11989 13022
+6030 6208 10679 14079
+9093 10698 14082 14083
+5318 8204 8205 11954
+4624 6466 6585 9950
+1269 6371 6372 11688
+8184 9040 13114 13131
+277 2402 4551 10623
+6211 10698 10699 14106
+3491 8075 8078 12436
+9102 10698 10699 14083
+3519 8469 12440 12446
+11879 12055 12056 12057
+13114 13130 13131 14676
+3128 3167 3294 8169
+8085 11242 11375 11376
+1267 4200 6338 11625
+11890 11891 11893 12999
+8159 11878 12445 13068
+2402 2403 2568 10620
+12005 12006 12031 12036
+1336 1337 4575 6563
+1269 4201 6371 11688
+11369 11540 11541 11544
+4540 4575 6563 10366
+8375 12804 12809 12814
+3920 3924 12831 12833
+646 3123 3124 8072
+6030 10666 10679 14079
+4540 6445 6563 10366
+9167 14078 14091 14092
+10680 14085 14091 14095
+10672 14082 14084 14126
+2188 2323 8203 9373
+484 2769 6357 8309
+8503 8504 13447 13450
+4851 13361 13445 13485
+8124 8492 8493 13483
+4617 6458 6577 10683
+4687 11043 11062 13460
+7512 7514 7519 14654
+9492 9493 9509 9510
+4553 4617 6458 10683
+1503 5510 5511 13910
+1398 8383 8387 8390
+3786 3810 8840 12755
+5610 5611 8391 13831
+6167 6299 9053 10085
+11259 11294 11544 11545
+5986 6104 8390 9054
+5534 5535 13765 13767
+1848 5599 5925 13423
+1338 4540 4576 6445
+1550 5003 6063 13801
+2358 4570 6434 10184
+2407 2572 2573 10683
+5704 5853 5904 13391
+11259 11294 11541 11544
+2440 8090 8250 8269
+233 234 2358 4529
+9835 10659 10669 10675
+744 7463 8180 14671
+2829 11533 11553 11555
+9436 9439 9474 13111
+7785 8178 8193 8197
+742 886 8158 13112
+217 6543 9414 9421
+7504 7508 7515 9215
+3465 12389 12391 14656
+11438 11520 11533 11555
+7438 7472 8405 14645
+2867 11318 11323 11324
+8163 8169 12008 12009
+647 7783 8195 9044
+647 648 7783 9044
+516 2829 11555 11574
+8159 8160 9039 12994
+7815 9852 10690 10711
+2112 2150 2274 9470
+5028 8170 12009 12010
+515 11537 11555 11575
+9102 10698 10699 14106
+9102 10699 14102 14106
+8163 8169 8170 12009
+6210 6211 10699 14100
+9447 9476 13129 13130
+8196 12058 12059 13091
+3986 8416 12920 12925
+3114 3115 6803 11831
+637 3114 3115 6803
+3115 5211 6803 11831
+743 744 778 9472
+220 6546 6547 13081
+220 9419 9435 13081
+6211 10699 14100 14106
+2886 11514 11515 11525
+2607 8265 8269 10125
+745 779 780 12026
+7792 9361 9362 9375
+5142 5244 5245 9497
+6035 10702 10703 10707
+8201 8231 9026 9361
+1652 2010 11961 11981
+2275 2321 9369 9480
+5262 9481 9482 9493
+227 228 3127 8235
+5048 5142 5245 9496
+11949 11950 11951 11959
+8201 8231 9026 9029
+4752 4753 4922 11122
+7838 9093 9104 10705
+8098 8321 12788 12795
+8102 8335 14174 14175
+4464 4518 11082 13005
+4389 4518 10968 10969
+8344 10182 10183 10201
+6477 9032 9033 14165
+2887 11523 11525 11551
+60 225 1215 2151
+721 3204 11970 11975
+1217 8241 8350 14176
+5643 5644 9927 13784
+5463 7115 7116 14512
+8071 8210 11974 11985
+12386 12391 12396 14651
+4518 10968 10969 11082
+5535 5536 5644 13784
+2504 10616 10635 10636
+2887 11515 11523 11525
+2886 2887 11515 11525
+11221 11239 11246 11371
+8198 12998 13085 13086
+10584 10635 10652 10712
+2886 2887 2959 11525
+8126 8258 11243 12436
+2775 2817 2939 11045
+8259 9405 10091 10114
+2719 6332 6366 11517
+8077 8184 9040 12434
+882 8078 8243 10178
+11047 11048 11052 11055
+11034 11047 11048 11051
+4343 4471 10911 11215
+8080 10162 14667 14677
+10125 10126 10155 10156
+6430 6431 6594 8090
+8266 8269 9477 10125
+4215 4332 4389 10907
+8079 8082 8266 13130
+4368 4521 11600 11622
+8183 9404 13117 13121
+2464 2503 2630 10616
+12831 12832 12839 12841
+4221 4343 4397 8270
+8198 8264 8268 11217
+2685 6315 8251 9045
+4296 4343 9045 10911
+4368 4496 4521 11622
+400 2685 2686 6386
+487 2775 8261 11045
+4496 4521 11622 13220
+4521 11600 11622 13220
+4473 4496 11622 13233
+882 3502 8078 12432
+7460 8184 12433 12434
+10583 10608 10616 10617
+11218 11221 11239 11242
+2817 8287 11045 11046
+8257 11244 12436 12442
+4311 6366 11477 11517
+1275 4204 6342 6404
+4311 6332 6366 11517
+5656 5814 13493 13528
+3445 3457 12411 12415
+5940 6105 9078 9079
+2719 6332 11513 11517
+483 2769 6357 6416
+1219 4176 8109 8309
+4203 4373 10793 10799
+1218 8109 8307 8308
+10798 10951 12962 12970
+7977 7989 7990 12622
+3205 3217 3301 12045
+8793 10979 10981 10982
+7790 8319 10810 11073
+8103 8105 11139 13053
+10890 10969 11081 11082
+10886 10997 10999 11000
+8311 8340 8342 8352
+397 2483 8336 8342
+10767 14139 14364 14365
+9854 9861 10645 10646
+7132 8095 8300 12813
+2718 6366 11477 11517
+1218 6476 6592 8308
+559 8388 11191 11193
+10715 10716 10745 14365
+6628 6629 6696 10745
+6597 8344 8351 10183
+2718 2719 6366 11517
+2811 2983 3011 11141
+398 2483 8342 8369
+6627 6735 10714 10766
+2576 10715 10716 10718
+5535 5643 5644 13784
+3051 6771 12041 12042
+8101 10081 10196 10203
+738 12022 12024 12039
+6212 6274 10725 14099
+10029 13738 13790 13808
+6213 10725 10732 14113
+3052 3217 12041 12068
+1231 4182 6320 6388
+8951 8959 9578 13885
+7047 12884 14434 14439
+2959 11524 11525 11526
+8133 8134 13798 13818
+4347 4476 11233 11234
+10881 11923 13001 13002
+7107 7131 7151 8358
+8301 10078 10259 14488
+8093 8094 8313 11155
+8366 8374 8378 11169
+8106 8364 11138 11150
+12021 12022 12039 12052
+3016 11331 11345 11544
+2849 2982 3011 11148
+4928 13397 13399 13416
+10880 13001 13002 13028
+4288 4463 4464 13002
+8354 10066 10067 13825
+8300 8313 8359 10203
+8147 9049 10076 13775
+6213 10703 10725 14113
+6212 6213 10703 10725
+9854 9861 10645 14344
+4464 11082 13002 13005
+7805 12801 12808 13393
+2445 2485 2652 8368
+8343 8352 8360 8365
+11182 13406 13407 13415
+396 397 2520 8308
+398 8343 8369 8370
+3859 3872 12822 12824
+559 560 2850 8372
+4287 4462 4463 13002
+10152 14143 14144 14147
+7462 7471 7473 9217
+4194 6332 11513 11517
+8254 9214 9339 9401
+8396 9212 14670 14673
+7550 14686 14687 14688
+3950 3965 3966 12921
+2867 2868 11323 11324
+3111 3112 3277 11782
+6212 6213 6277 10725
+1086 3940 3952 12906
+8412 8420 8421 14686
+3327 3359 3376 11912
+7563 14703 14717 14720
+834 835 7550 14687
+5712 8430 8435 13788
+5817 5818 5906 8434
+5818 8449 10048 13779
+9111 14112 14116 14117
+9111 10731 10741 14117
+10731 10732 10742 14117
+9612 9615 9616 9634
+5861 14112 14116 14117
+4880 4881 4959 8639
+5395 5396 5712 12368
+9997 9998 10017 10019
+8638 8639 13633 13634
+4880 4959 4965 8639
+10724 10729 14111 14112
+9206 9209 14608 14628
+12021 12023 12039 12052
+380 2513 9997 10002
+9111 10729 14112 14116
+8430 8431 8442 13748
+5651 5817 5818 13779
+5818 8434 8449 13779
+10720 10729 10730 10740
+9104 10722 10724 14111
+3926 8904 12738 12835
+5714 5876 8436 8442
+11488 11504 11505 11508
+10090 13749 13760 13761
+8459 9216 9400 10116
+11419 11420 11437 11579
+7400 7416 12497 14635
+1791 1792 5491 6952
+5118 11781 11782 11829
+9246 10685 10746 10764
+1082 1083 12898 12901
+6955 6985 8999 14412
+10685 10718 10746 10764
+336 6003 6004 10344
+8475 8477 12457 14636
+9245 10765 14360 14363
+774 808 12024 12036
+10685 10718 10743 10764
+8629 8655 11437 12548
+8526 14626 14635 14638
+9246 10685 10743 10764
+10685 10686 10691 10746
+3482 3483 12481 12484
+3184 3314 3350 12228
+3511 12478 12480 12481
+8484 12456 12457 12466
+8487 12468 12479 14631
+7988 12289 12296 12297
+3487 3527 8472 12468
+3490 3501 12438 13532
+888 3493 3494 8510
+549 550 4750 13293
+4254 4255 4430 12299
+8694 11419 11437 11496
+3536 3545 8509 12450
+10758 14135 14136 14137
+8494 11252 13505 13514
+1159 5062 5154 9518
+5811 5812 9096 13766
+611 612 3089 6790
+9096 9107 13763 13766
+11251 11327 13513 13515
+11420 11578 11587 11705
+4349 4418 4419 13168
+3883 3908 12828 12836
+13361 13445 13448 13449
+4763 4806 4853 13499
+9612 9615 9626 9634
+8496 8511 8513 14630
+4047 8524 12474 14622
+14251 14252 14253 14273
+8625 8628 8629 11496
+7397 7414 8515 12464
+8517 8526 14626 14638
+3538 3539 8526 12462
+1129 1748 4017 7361
+3536 3538 3545 12458
+7408 7427 14609 14610
+8628 8629 8654 11496
+8196 11200 11375 13069
+8543 8544 9211 14641
+7791 10815 11107 13316
+7398 8515 12491 14642
+912 7367 12491 12492
+8594 11337 11347 11356
+5650 5651 5817 13793
+11428 11456 11459 11461
+11313 11333 11334 11340
+5811 9107 13764 13766
+8623 8625 8628 11496
+1049 3870 8930 12817
+8628 8653 8654 11496
+511 11483 11487 11488
+4477 4513 11263 11317
+11343 11344 11345 11545
+8144 8886 11175 11176
+4408 13134 13140 13149
+511 2826 11483 11488
+3579 3604 8552 12559
+6908 6918 6919 8932
+11363 11441 11449 11471
+8694 11437 11579 11580
+3618 3620 3623 12519
+8643 8663 11437 12548
+4386 4490 4509 10888
+8617 8621 11411 11492
+4386 4490 10885 10888
+3608 3622 12530 12537
+8631 8633 8653 13699
+5643 9105 9927 13774
+4490 10885 10888 10892
+3573 3579 3586 8550
+539 4739 4740 11112
+1931 1932 7375 7652
+1053 8900 12819 12822
+12133 12134 13158 13169
+2920 10835 10836 10877
+10383 13922 13926 13927
+2197 2198 2348 9516
+1927 7609 14593 14594
+769 770 803 12226
+4074 4075 7384 7388
+8668 8674 12660 14565
+4201 4353 4371 11688
+734 770 12113 12226
+9973 9975 10743 10761
+924 925 3570 5425
+4812 4870 4990 11390
+11288 11289 11309 11311
+2820 2944 2949 11315
+9975 10743 10761 10763
+10834 10877 10889 10975
+6880 8898 8899 8900
+2780 2820 11315 11338
+11756 11759 11794 11833
+8588 8598 8599 8614
+9975 10761 10762 10763
+4873 11389 13553 13565
+11338 11346 11354 11359
+9975 10728 10761 10762
+2745 2910 10910 11026
+500 501 11370 11382
+4207 6376 6424 11026
+8625 8643 12553 12607
+8622 8623 8624 12588
+8898 8899 8900 12822
+8622 12589 12600 12601
+5435 5773 12602 12608
+946 12589 12599 12601
+11419 11437 11496 11588
+8632 11393 11418 11498
+4375 4516 4517 11090
+2745 6345 10910 11026
+507 508 11417 11421
+13605 13606 13607 13608
+4486 4505 4520 11092
+4882 4966 13616 13635
+3611 8643 12550 12553
+11483 11487 11488 11495
+11393 11488 11495 11502
+11397 11488 11495 11502
+11419 11420 11578 11579
+11396 11489 11503 12538
+949 7285 8650 12584
+1257 1258 4313 6368
+899 3555 12566 12575
+948 7283 8641 12587
+4088 7347 14578 14579
+11396 11397 11398 11502
+12583 12595 12596 14596
+1962 9615 9627 9633
+8650 12550 12556 12585
+8554 12190 12533 13224
+11402 11558 11559 13193
+3072 3237 3238 12165
+11321 11363 11449 11471
+7990 10934 11442 11569
+8551 8564 8565 8567
+3579 8550 8551 8552
+169 2123 9612 9626
+7686 8668 8670 12661
+3661 8018 8021 12649
+4363 4364 4430 11568
+3661 12645 12649 12650
+3685 3693 12623 12630
+3652 3663 3667 12604
+929 930 7271 14564
+984 985 3712 8684
+9611 9612 9615 9616
+3984 3998 12935 12936
+7968 12335 13250 13251
+8677 12991 12992 12993
+1119 1120 4003 8055
+3739 3760 12677 12678
+8672 8680 8767 12689
+8717 11633 11634 11651
+7942 8001 8002 12621
+2881 3032 3033 11472
+608 609 3086 6830
+8698 13643 13644 13658
+4718 11639 13624 13625
+8705 11646 11650 13722
+11003 12968 12973 12980
+5896 8689 8691 8698
+5689 5843 13308 13721
+11663 11664 11668 11671
+8031 12636 12641 12643
+8703 11670 12636 13673
+8712 11664 11670 11671
+11664 11668 11670 11671
+8734 13674 13703 13723
+4263 4438 4439 13243
+3664 3666 3684 12610
+518 519 11572 11638
+7953 12340 12345 12347
+4439 10868 11658 11703
+5736 5890 5903 8701
+8725 11707 11716 13720
+5835 8708 8728 13709
+8706 8727 13719 13720
+8003 8031 11692 12637
+4264 12340 12347 13243
+8002 11669 12631 12637
+8031 11668 11669 11692
+11670 12636 13672 13673
+2794 2833 2963 11659
+4369 10794 10796 10951
+5439 5736 8701 8736
+4439 10868 11703 13243
+3686 3692 3693 12622
+985 986 3726 8683
+2898 10844 10862 11689
+3711 3724 8753 12675
+10773 10801 11003 12969
+1065 5485 5498 14376
+5535 5643 13774 13784
+3627 8676 12656 12664
+3749 3750 12705 12726
+8014 8670 12344 12349
+6855 6889 6890 8929
+10798 12962 12963 12969
+5063 5264 9525 9526
+2734 6372 10845 11688
+11084 11090 12366 13032
+3683 3688 3690 12631
+4371 4439 4440 10868
+7857 9861 10627 10637
+4369 4440 4441 10951
+10798 12962 12969 12970
+10786 10787 11713 11716
+3629 8686 12666 12668
+2880 2881 3032 11474
+8888 11113 11166 11175
+10870 11016 11017 11097
+12355 12356 12976 12991
+11094 13299 13318 13319
+3002 10851 11091 11124
+563 3040 3041 6808
+6316 6358 6359 10913
+4387 10891 11001 12989
+10834 10972 10975 10976
+10998 10999 11077 13004
+4283 4284 4459 11827
+2976 10830 10832 10836
+8793 10806 10973 10982
+10968 10969 11081 11082
+4342 4471 10912 10913
+2807 2845 10987 11007
+3293 3294 3382 11892
+1762 1763 5444 7198
+3682 3687 12616 12622
+2876 11430 11433 11447
+6156 6283 13343 13347
+4488 10833 10837 10841
+10924 10926 11730 11732
+2876 2992 11430 11447
+8747 10776 10784 11714
+4912 4983 4984 13427
+4916 4917 4958 13264
+5697 13311 13433 13443
+10776 10784 10921 11714
+2901 10795 10796 10799
+8740 8814 8816 13298
+10786 10963 11715 13257
+10784 10921 10962 11715
+8070 8071 8210 11974
+11734 13371 13372 13442
+4202 10796 10802 10845
+8786 8804 8812 13317
+10870 11016 11096 11097
+8782 8826 11098 11111
+11137 11730 11732 11733
+8035 11400 11463 11464
+10872 10873 10874 10876
+5652 5653 13347 13805
+3719 3744 8804 8812
+10818 10952 10984 11006
+7946 8730 10939 10943
+8849 8850 8878 12786
+7939 8672 8747 10774
+8833 8835 13286 13289
+8318 10828 11068 11166
+4752 11101 11122 13316
+5594 5702 5703 13366
+3743 8804 8819 12698
+5456 8820 8828 12718
+3729 12713 12720 13418
+5456 5739 8820 8828
+3742 3743 8819 12691
+1140 4027 4028 7203
+3773 3774 3802 12796
+2965 10861 10862 10867
+4203 4320 6423 10802
+2899 10794 10862 10867
+7266 9121 9123 14553
+3804 3823 8790 14538
+2899 2900 10794 10867
+2900 10794 10795 10867
+3832 12746 12749 12757
+3810 3826 3832 12757
+7195 12724 12734 12735
+3825 8875 8876 12757
+8035 11400 11401 11464
+2900 10794 10795 10796
+10953 13380 13381 13429
+8144 13395 13404 13405
+7791 8377 11121 13430
+8501 9070 13355 13453
+2899 2900 3000 10867
+4924 4925 11120 13387
+3872 3884 3889 12824
+2899 2965 10862 10867
+7630 7631 7759 12829
+3930 12818 12949 12951
+2737 10793 10799 10802
+10807 10810 10998 13004
+2736 2737 2902 10802
+7681 7720 7769 8901
+10811 10985 11006 11105
+4203 4320 10799 10802
+10985 10987 10997 10998
+1022 3775 3783 12742
+8054 8904 14514 14515
+6341 6402 6423 10802
+839 3418 7674 8408
+3889 3909 6879 6905
+1270 6340 6372 10845
+9533 9547 9554 9576
+334 2451 10316 10326
+4202 6340 10802 10845
+11401 11431 11464 11558
+11402 11431 11464 11558
+8934 8943 10237 12865
+10807 10985 10997 10998
+3150 3189 11800 11803
+13343 13347 13780 13805
+8892 10067 10237 13868
+2714 6329 6364 11443
+2690 2691 6318 11202
+2451 10308 10316 10326
+6656 14213 14216 14219
+10240 10241 10268 14220
+9563 10280 10307 10309
+8926 9191 14245 14445
+10277 10318 10319 10321
+1034 3847 12874 14431
+1227 1228 4298 6385
+8867 12796 13013 13014
+5900 8941 8944 13863
+10070 10302 10303 13863
+5761 5877 8941 8942
+3877 12856 12860 12870
+3599 3617 8621 12515
+6849 6850 6909 14510
+8952 8956 8958 12883
+13888 13895 13902 13903
+10807 10811 10985 10998
+1052 1053 8900 12819
+10320 10322 10328 13870
+10277 10319 13856 13872
+8320 8867 13016 13017
+11453 11454 11456 13166
+8931 9151 10378 13948
+10356 14450 14451 14464
+9147 9705 10379 10380
+9138 9140 9141 13919
+9143 10355 10375 10381
+9135 10324 10343 10348
+692 3150 3190 11803
+3114 3279 3280 11831
+7529 8423 14686 14689
+11432 11453 11454 13166
+7557 7572 7582 12914
+9100 9113 9226 10748
+2715 6330 11446 11475
+6967 8989 8991 12960
+14263 14277 14279 14280
+7098 14455 14471 14474
+1959 8981 9181 9199
+8985 8989 9201 14478
+9187 9195 14456 14457
+7083 7095 14470 14475
+1960 7743 14458 14459
+8800 8853 8855 11005
+3343 3370 3385 12150
+2714 6364 11443 11446
+2880 11446 11474 11475
+6965 6977 9017 14378
+9321 10726 10728 10733
+7527 7553 7558 9002
+3939 9002 12895 12917
+7528 12923 14684 14696
+2879 2880 11445 11446
+8852 10820 12724 12734
+8465 8466 12897 12901
+8800 8852 10820 11104
+9643 9703 14301 14304
+1706 1707 5111 6792
+2976 10830 10835 10836
+9007 12945 12947 12948
+9539 9540 14189 14193
+8071 8211 9023 13046
+8211 9023 9025 13046
+8215 8230 8238 8240
+9031 9034 13040 13041
+8071 8210 8211 13046
+8219 14189 14190 14193
+8067 8068 8229 11974
+2715 6330 6364 11446
+8223 8224 8233 9363
+11260 11334 11335 11347
+8230 8231 8238 8240
+6477 6478 6612 14166
+2475 2515 9954 10038
+7783 11870 11872 11873
+8159 11878 12994 12995
+3226 3227 3370 12116
+8158 8160 11867 11868
+8434 8449 8451 13778
+2714 2879 2880 11446
+8082 9043 13114 13131
+10830 10831 10832 10836
+8088 9040 9043 13131
+8155 8156 8163 8167
+2 224 2112 7782
+4361 11446 11474 11475
+8357 14484 14488 14490
+8388 8390 9050 9056
+8342 8343 8352 8360
+2977 3005 10824 10835
+4757 4758 11180 11182
+8134 9053 13818 13819
+3299 3344 12033 12048
+1547 1548 5943 8140
+9063 10085 13799 13800
+4638 4802 4855 9059
+9052 10075 13811 13812
+1028 1029 3789 5468
+5908 8130 9058 9061
+558 11154 11172 11181
+7807 8138 8139 13400
+56 1401 1547 1633
+6160 9052 9053 13812
+11306 11308 11335 11338
+7804 8388 11191 11193
+8141 8142 14485 14486
+7988 7989 12297 13210
+7781 8286 10138 13495
+8296 10171 10172 10173
+5717 8112 8113 8114
+8147 8381 13776 14486
+13359 13494 13524 13528
+10243 10285 10342 10343
+2976 3005 3036 10835
+2977 3005 3036 10835
+2805 2977 3005 10824
+5550 8121 9082 9084
+6232 6283 13345 13780
+6232 10098 13345 13780
+319 485 2774 8297
+10838 10840 10841 10853
+11808 11811 13058 13064
+4382 10841 10843 10853
+4192 4309 4361 11446
+14077 14078 14092 14093
+10770 10868 10951 13256
+6140 6211 6274 14098
+5809 5810 5861 14117
+2714 2715 6364 11446
+8693 11579 11610 12612
+8694 11579 11580 12612
+10587 10670 14127 14128
+14082 14083 14092 14093
+11808 11811 13055 13058
+861 1125 1867 7442
+11435 11437 11579 11580
+6254 10725 14110 14120
+12245 12289 12299 13188
+3000 10847 10861 10867
+2835 10847 10858 10861
+11315 11335 11337 11338
+6044 9992 9996 13744
+6215 10740 10741 10753
+6216 6255 10742 13762
+9086 9097 14717 14718
+6213 6214 10730 10731
+9098 9108 14121 14122
+9932 9988 10755 10756
+9096 14116 14122 14123
+8974 9001 9095 14693
+6042 6043 6220 10760
+11265 11288 11290 11303
+8478 8482 8484 12457
+7368 7369 12493 12494
+8478 8484 12457 12466
+12245 12246 12289 13188
+4694 11327 11330 13513
+5990 5991 10084 13819
+5990 5991 10083 10084
+8356 8362 10251 10259
+2835 3000 10847 10861
+6231 6232 6283 13780
+10263 13820 13830 13842
+2796 2835 10847 10937
+11534 11559 12258 13193
+7057 7090 9134 10349
+2453 2492 2616 10340
+5473 7030 8960 14448
+11420 11435 11437 11579
+2835 10847 10858 10937
+2494 10389 10390 10401
+10863 10865 10948 10949
+7078 7090 13960 14449
+8964 10381 13926 13927
+10797 10800 10948 10949
+10341 10358 10363 10382
+8585 12514 12525 12526
+10776 10782 10855 10948
+7786 8215 8230 9361
+573 574 3051 6813
+5774 9000 9158 9159
+6980 7004 9022 14382
+11313 11333 11339 11340
+7132 8300 12810 14484
+9000 9166 14078 14093
+9840 10648 10650 10662
+6200 10581 13988 14024
+574 3051 3052 6771
+6202 10604 14017 14036
+6022 6200 10569 10581
+8035 11400 11401 11435
+10582 13988 14024 14025
+10578 10580 10581 14017
+9048 13776 14485 14486
+6199 6200 10582 13988
+6129 6133 14011 14012
+14018 14029 14030 14036
+6084 6240 14069 14071
+574 3051 6771 6813
+7855 9831 9837 14343
+9861 10627 10637 10640
+8965 8967 14711 14713
+11493 13599 13600 13605
+4981 13599 13605 13609
+756 757 9855 14345
+2797 2836 3001 10800
+4407 4408 4497 13141
+7695 8970 8975 9186
+10774 10776 10800 10920
+9642 9644 10483 10484
+8981 9192 9196 9199
+2606 10187 10191 10210
+665 666 3137 12132
+8221 8315 8316 10196
+2358 6434 10181 10184
+4877 4980 4981 13609
+4221 8249 8270 9045
+11493 13600 13605 13608
+1000 3769 12804 12805
+9117 12493 12497 14641
+1308 1309 4221 8251
+7365 7366 7398 12491
+10795 10847 10865 10867
+11241 11253 11255 11274
+4414 4415 4478 12143
+11206 11300 11302 11408
+2113 2153 2278 8233
+1309 4177 4221 8251
+10795 10797 10847 10865
+194 6521 9848 9859
+8084 8086 12437 13086
+4877 11426 13572 13609
+649 11874 11882 11889
+10770 10795 10865 10867
+8586 8607 12514 12523
+2078 2241 2242 9864
+4221 4343 8270 9045
+8965 9220 9904 14368
+9931 10735 14721 14722
+3059 3224 3225 12118
+10770 10795 10797 10865
+9099 14133 14719 14725
+11426 13585 13586 13587
+8613 13600 13608 13609
+9228 9229 14145 14152
+13575 13576 13586 13591
+6588 9971 9972 10033
+6541 9358 14156 14168
+748 8393 8394 9352
+2244 2352 9243 9248
+10746 10765 14359 14360
+1285 4327 6348 6409
+5278 9247 9864 9866
+10847 10858 10861 10865
+4382 4487 10853 11162
+1533 5976 13737 13771
+10858 10860 10861 10865
+9939 9940 9959 9962
+6231 6232 10098 13780
+6740 9334 9963 9964
+2420 2421 2586 9963
+203 204 2140 9915
+8430 8431 8437 13789
+2092 4123 5084 9269
+8822 8832 8854 10929
+2086 2087 4120 9273
+2841 10817 10869 10871
+8832 10925 10927 10929
+10834 10835 10972 10976
+2142 9280 9283 9284
+4473 11622 11623 11627
+751 785 9276 9323
+10889 10974 10975 12971
+2142 9258 9280 9284
+6536 6537 6705 14143
+2145 2183 9304 9348
+5084 5283 9302 9303
+2895 2896 11622 11623
+747 748 7670 8394
+9238 9940 9990 10054
+8366 8378 11169 11192
+211 212 9290 9335
+2254 2255 2342 9271
+8430 8431 8435 13789
+10834 10877 10888 10889
+1201 5083 5175 9270
+213 6539 6540 9358
+2143 2181 9283 9293
+11426 13575 13576 13586
+9280 9282 14148 14150
+2090 9263 9264 9270
+11313 11315 11333 11339
+10834 10888 10889 10978
+2922 2923 10888 10892
+4490 4506 10888 10892
+5177 5284 5341 9308
+2923 10887 10888 10892
+10887 10888 10892 11001
+8324 11156 11169 11192
+2921 2922 10885 10888
+812 5030 9463 12026
+5225 5371 9395 9461
+2097 2261 9308 9310
+8597 13567 13573 13574
+5227 5283 5377 9303
+9290 9325 9326 9350
+1265 6369 6370 11620
+6037 10720 10730 10740
+6040 10015 10750 10751
+9925 9976 9982 9984
+2706 2872 11365 11407
+370 371 2469 10010
+4187 4478 11367 11368
+2707 6326 6393 11407
+11170 12803 12804 12805
+2636 2672 9975 10743
+6743 9955 9968 9970
+2644 9953 9955 10153
+9098 9099 14719 14720
+9941 9942 10036 10086
+2145 2184 9337 9348
+10050 10092 10093 10097
+11416 13556 13569 13588
+1243 4188 4306 6418
+9242 9941 9942 12370
+1243 4188 6326 6418
+383 2475 2515 10008
+8320 8322 12796 13043
+10777 10894 10899 10901
+9340 10114 10117 10118
+4188 4351 4354 11427
+11416 13555 13556 13588
+4177 4221 4296 9045
+745 746 9287 9413
+129 130 2093 4166
+209 210 9325 14171
+11416 13556 13568 13577
+11416 13555 13556 13577
+9328 9341 10038 10040
+3299 12043 12045 12064
+107 108 2071 4155
+1970 7792 8200 9376
+7792 8200 9366 9495
+8200 9495 9511 14193
+10898 10899 10992 10994
+8779 10899 10992 10994
+1971 7792 8222 9365
+8779 10899 10994 10995
+1972 2007 2008 8068
+10901 10994 10995 10996
+5244 5245 5256 9497
+5048 5255 9485 11953
+5048 5246 5255 11953
+9511 9539 9540 14193
+8101 8325 10193 10194
+2610 2654 10191 10213
+8102 8221 14180 14181
+10181 10194 10201 10202
+8212 9029 14164 14174
+0 225 1215 3124
+8220 9379 14178 14179
+8105 13020 13041 13044
+107 4112 4155 9772
+2147 2185 9390 9417
+9299 9304 9306 9307
+213 2145 2183 9337
+218 2186 9417 9418
+745 780 9413 12026
+8093 8105 8322 13046
+5225 9397 9461 9464
+5225 5343 9397 9464
+4188 6326 11406 11407
+2265 9381 9383 9396
+2263 9312 9314 9394
+4188 4306 6418 11406
+107 2070 4112 9772
+7781 8281 13489 14663
+9340 10039 10115 10169
+7503 9214 14667 14668
+9287 9410 9411 13077
+6543 6544 9422 9423
+8056 8394 8401 8403
+7795 9327 9400 9402
+9287 9288 13077 13078
+218 9417 9418 9421
+781 9385 9387 9388
+746 7753 8396 8397
+2758 2923 10883 10891
+2147 2185 2317 9390
+9414 9415 9422 13077
+52 5090 5182 8154
+2758 2923 2924 10891
+1276 4322 6343 6404
+9419 9435 9440 9450
+7461 7698 8405 12397
+8571 11363 11364 12520
+886 8158 8160 12435
+8181 9339 13117 13118
+20 742 886 11868
+8571 11363 11364 11396
+6641 10121 10158 13124
+8558 8571 11363 11396
+6428 8063 9043 13115
+10808 10915 10956 11005
+8162 9446 9447 9476
+1171 5068 5160 9649
+8558 8571 11363 12520
+778 9460 9468 9472
+2311 9265 9267 9271
+8634 11498 11503 12543
+12044 12048 12064 12083
+7784 8157 8163 8176
+221 2149 2187 9442
+6549 6717 6718 9476
+2440 2441 8269 8272
+2276 9445 9448 9462
+223 224 8194 9041
+547 2805 10915 10916
+8265 8284 8285 10154
+742 8175 9468 9478
+2026 9315 9316 9484
+8155 8156 8167 8168
+8080 8192 9404 13122
+5288 8172 9433 9458
+2150 8194 9443 9470
+3801 8322 12788 12796
+8182 9437 13118 14671
+8191 9449 13120 13121
+886 1945 7441 13112
+744 778 779 12027
+9460 9467 9468 9472
+5028 8157 8163 12009
+10808 10824 10915 10916
+9037 9040 9043 13113
+9371 9372 9374 9485
+1649 5048 5142 9496
+9380 9543 14177 14180
+8848 10874 10915 11005
+503 4704 11386 11387
+6479 9379 9543 14177
+8848 10915 10956 11005
+503 4703 4704 11387
+2279 9491 9503 9506
+8320 10879 13048 13049
+10808 10915 10916 10956
+8916 8918 9562 14221
+5062 5222 9502 9519
+8813 8827 11111 12704
+9480 9486 9492 9503
+2280 2348 9516 9531
+68 2032 4093 9498
+1970 1971 2006 9365
+3224 3225 12118 12154
+11950 11952 11953 11973
+503 11369 11384 11387
+2025 2026 4090 9316
+8586 8607 8608 12523
+8866 8867 12788 12796
+2089 2090 4164 9263
+8806 8810 8824 13439
+8824 11732 13371 13439
+2037 2038 2201 9525
+8813 8825 11134 11730
+8912 8921 8922 14432
+8812 8824 10924 13317
+1968 9534 9535 9539
+9480 9481 9497 9505
+1971 8067 8222 9365
+9328 9329 10037 10038
+60 61 2024 4089
+8638 8639 13602 13634
+126 2089 2090 4164
+14179 14189 14191 14192
+2189 2275 2278 9370
+2156 9513 9520 9527
+105 2069 4111 4154
+5264 5317 9526 9559
+2067 4153 9724 9767
+6485 9555 14202 14208
+502 503 11369 11387
+2120 9585 9589 9624
+8866 8867 10879 12788
+5330 9499 9509 9510
+103 2067 4110 4153
+4017 4051 7360 7393
+10924 11730 11731 11732
+5743 5869 8810 13439
+2207 9584 9602 9603
+8822 8832 10929 13417
+155 6482 9537 14182
+11432 11454 11471 13165
+2043 2207 9571 9603
+8218 9539 14189 14190
+7172 8314 9203 14497
+11457 13160 13161 13162
+11457 12149 13160 13161
+9521 9524 9534 9535
+3799 3800 3819 8321
+543 544 4744 10929
+2357 2522 8351 10181
+5158 5232 5334 9605
+4882 11507 13619 13635
+2044 2045 4099 9605
+9564 10243 10314 10332
+6645 6655 6721 9583
+1164 1165 4098 5065
+1167 1168 4100 5158
+2043 2044 4141 9603
+5157 5243 5333 9571
+6661 10310 14248 14249
+543 2842 10871 10872
+2842 10817 10871 10872
+8612 11355 11357 11370
+39 1039 3852 7635
+1966 1967 9532 9573
+8901 9202 9548 14498
+6600 10283 10288 10312
+159 160 6486 9574
+54 1219 1311 1397
+8594 11355 11356 11381
+2119 2158 2281 9560
+8430 8435 10028 13789
+3799 3818 3819 8321
+11337 11355 11356 11357
+10276 10279 10304 10313
+8913 12858 12871 12886
+14231 14233 14236 14237
+4739 4740 11112 11137
+8919 8925 9608 14228
+5001 6098 13796 13797
+168 169 9612 9616
+2594 9969 9970 10044
+8594 11337 11355 11356
+2122 2160 9590 9606
+2120 2282 9589 9624
+1999 2000 9568 9623
+6496 6497 14256 14258
+14243 14258 14259 14260
+10780 10858 10936 11691
+8912 8921 8922 14222
+168 2122 9610 9612
+2795 2834 10856 10936
+7975 10936 11677 11693
+2821 11357 11370 11540
+1166 4141 5157 9603
+496 4696 4697 11350
+9349 9398 9399 9406
+9187 9197 14242 14445
+174 175 9670 14270
+8730 10780 10939 11711
+14251 14253 14254 14264
+10782 10783 10941 11711
+2043 2044 2207 9603
+9635 9646 14251 14271
+5140 9622 9677 9678
+4055 4078 7310 7326
+4056 4078 4079 7325
+9181 9709 9754 14285
+496 4697 11348 11350
+1960 1961 9636 14458
+2047 2048 4143 9617
+4696 4697 11350 11351
+3676 11694 12639 12641
+4065 4081 4082 8757
+495 496 11305 11350
+528 10937 10940 11697
+1900 1961 1962 7021
+7322 7344 14575 14577
+495 496 4696 11350
+3819 3820 8869 11068
+170 171 2162 9628
+495 11301 11326 11328
+5267 5270 9657 9697
+1638 1639 1994 5041
+2126 2165 9668 9710
+9695 9696 9700 9721
+7333 7340 7347 14579
+4036 14578 14580 14583
+1903 7046 7625 7626
+10783 10866 10941 11711
+9656 9659 9697 9698
+1994 1995 9756 9757
+7340 7347 7349 14578
+6448 6567 6615 10422
+7938 8672 8747 10774
+5241 5334 9620 9622
+9668 9669 9671 9674
+1994 9719 9756 9757
+2052 4103 4145 9648
+2289 9662 9663 9679
+7938 8747 10774 10784
+9670 9709 9715 9756
+4036 4045 4067 14580
+9711 14274 14277 14285
+10797 10847 10865 10948
+10780 10859 10939 11704
+9680 9701 9702 9708
+178 179 6505 9706
+2065 4152 9725 9729
+2131 9759 9766 9786
+10779 10859 10864 11704
+2836 10797 10847 10948
+10774 10776 10782 10948
+2290 9656 9664 9693
+9746 9751 14291 14292
+2127 9664 9701 9708
+2128 2291 9692 9693
+11021 11022 13289 13291
+1637 5040 9694 9739
+1638 1993 1994 9694
+495 11301 11305 11328
+1291 4212 6350 6411
+94 95 2058 4106
+7791 10954 11107 13316
+967 3701 3702 12727
+180 2128 9745 9750
+2060 4107 9684 9690
+2222 2223 2293 9683
+4067 4080 4081 14579
+8988 8989 12955 14371
+9192 9640 9715 14270
+9641 14274 14294 14300
+9702 9708 9709 9723
+4329 4489 10878 10884
+9181 9196 9200 14277
+1958 1994 9722 9723
+9641 9642 14275 14301
+174 6500 9640 14270
+14267 14269 14280 14281
+7818 7836 7842 8986
+9192 9196 14252 14263
+9635 9638 9646 14251
+4034 8057 12481 14610
+178 9701 9708 14284
+495 4696 11326 11350
+10787 10964 10965 11724
+8815 10788 13272 13276
+4733 4734 10966 10967
+533 10961 10965 11724
+10787 11724 13257 13258
+13258 13272 13275 13276
+2761 2926 2927 10907
+7808 9736 9737 9739
+3527 7706 8472 14625
+6508 6509 6677 14289
+4186 6324 6392 11368
+100 2063 2064 9729
+2224 9683 9688 9689
+184 185 2169 9742
+2293 9683 9688 9691
+9597 9607 9608 9609
+4024 4057 7277 7308
+181 9740 9746 9749
+9641 9753 9754 14285
+2926 2927 3037 10968
+2064 2065 2228 9728
+2128 2167 9695 9745
+1136 1756 4024 7277
+1136 1756 1757 7277
+7837 14288 14306 14327
+1957 9748 14327 14328
+2704 6324 6392 11368
+2703 2704 6324 11368
+6972 6999 7836 14386
+7010 7886 14393 14394
+2056 2057 4105 9657
+2128 9692 9693 9700
+8981 9192 9194 9196
+2760 2925 2926 10969
+12043 12044 12045 12064
+5165 5272 9726 9728
+7808 9730 9732 9734
+1620 5001 5016 13796
+4332 6413 10907 10908
+9795 9796 9826 9827
+9769 9790 9791 9793
+2066 2230 9724 9725
+5074 5166 5335 9724
+9720 9740 9743 9747
+7861 7870 7892 7932
+7828 9743 9744 9764
+7896 7900 10494 10632
+3110 6801 6842 11770
+2295 9730 9762 9786
+10535 10553 10556 10559
+7845 7910 7934 14322
+2760 6413 10907 10908
+7880 9769 9791 9793
+7820 7861 7921 7932
+1296 4215 4332 6413
+7808 7809 9730 9732
+8 723 793 7851
+9811 9814 9837 9839
+7817 7917 9811 9816
+824 825 5135 7878
+5040 5137 9732 9739
+1992 7808 7809 9739
+7816 7915 7917 9812
+7862 7884 14394 14395
+2233 2298 2337 9798
+9795 9796 9813 9826
+5576 5684 5685 13697
+2926 10907 10968 10969
+7830 14289 14290 14320
+7849 14334 14335 14403
+7876 7885 9177 14401
+7832 7844 7845 14395
+3478 3506 4013 12474
+7910 9808 14310 14325
+3997 3998 3999 12935
+8793 8798 10979 10981
+9805 14322 14323 14332
+7811 7880 7922 7923
+7816 7916 9802 9811
+8793 10972 10979 10982
+8793 10970 10972 10979
+1187 4113 4155 9818
+8798 10970 10979 10980
+3994 3999 4000 12929
+7812 7816 7914 7915
+8793 8798 10970 10979
+7861 7882 7921 7922
+9774 9787 14312 14316
+3990 3999 4001 12933
+3977 3978 3997 12937
+4001 12929 12932 12933
+2134 2173 9827 9831
+11076 11079 11080 11164
+2299 2337 9798 9821
+3997 3999 12933 12935
+9844 9849 9855 9876
+10826 10918 11068 11166
+5040 9691 9732 9739
+6521 9849 9878 14347
+2299 9799 9820 9821
+6519 6520 6688 9860
+2807 2846 11007 11008
+2135 2174 2300 9829
+1636 5040 5137 9739
+747 9353 9399 14170
+822 5036 5134 9868
+11288 11303 11304 11306
+14084 14085 14091 14095
+9184 9832 10644 10676
+10810 10998 11072 11077
+9245 10765 14359 14360
+7854 9831 9843 9847
+10989 10998 11007 11072
+7856 9836 9837 14343
+4460 4506 4509 11001
+1181 5073 5165 9729
+9222 9880 9894 9895
+4186 11324 11345 11368
+2703 6324 11324 11368
+3960 3978 3979 12819
+2239 2240 9863 9873
+1191 1192 4116 5170
+5230 5276 5338 9825
+3855 3856 3896 8906
+2075 4157 9822 9863
+2302 9866 9869 9891
+5036 5230 5320 9872
+10811 10998 11007 11072
+2241 9862 9866 9873
+3960 3979 8897 12819
+3979 8897 8898 12819
+11306 11307 11335 11346
+7872 9855 9856 14345
+42 1065 5485 5498
+9855 9856 9857 14351
+3960 3961 3979 8897
+194 195 6521 9848
+9359 9384 9385 9386
+7857 7913 10627 10637
+7555 7586 14710 14711
+14344 14347 14349 14350
+2837 2943 10919 10988
+10893 10896 10901 10904
+2137 9244 9891 9894
+3961 3979 3980 8897
+2969 10775 10800 10919
+11288 11290 11303 11306
+6141 10725 14098 14124
+6038 6215 10740 10753
+9886 10700 10701 10704
+8544 11258 11260 11335
+10587 10670 10674 14128
+362 2504 10647 10648
+959 3644 12628 12633
+3988 3996 4000 12927
+5035 5278 9247 9866
+8012 8018 8028 8029
+9585 9586 9589 9594
+10775 10895 11003 14756
+4158 5078 9862 9865
+10778 10898 10988 11009
+6529 6697 6698 14138
+4725 4894 4895 11681
+3811 3826 3827 8856
+9220 9234 9904 9906
+2139 2341 9272 9320
+10778 10894 10898 10988
+3297 3332 3379 11763
+9113 10721 10728 10748
+9932 10749 10755 14736
+10899 10992 10993 11009
+10992 10993 11009 11088
+369 370 2508 10719
+2176 2303 2340 9244
+8827 12703 12704 12705
+7444 7465 7477 14647
+9228 9229 9923 14729
+9190 10364 14245 14257
+3967 3968 12917 12918
+7555 9218 14710 14711
+3968 12917 12918 14685
+6529 6530 6698 9918
+205 9277 9343 9344
+4375 10909 10910 11090
+2745 2910 2911 11026
+7444 7477 14647 14648
+4207 4324 4375 10910
+1372 4557 4621 6462
+6462 6581 6737 9928
+3826 3836 12758 12768
+6345 6424 10910 11026
+4207 4324 6424 10910
+6878 6914 7443 14647
+4558 6463 9936 9938
+7799 8507 11250 13514
+291 292 2416 4558
+3968 3988 3989 12922
+6631 9928 9935 9936
+2582 2583 9929 9936
+8424 12427 12922 12923
+9242 9942 9993 10150
+9286 9939 9997 10149
+1620 5001 6098 13796
+8544 11248 11307 11335
+6743 9955 9970 14163
+7838 9853 9887 10705
+3967 3968 3989 12918
+9331 9958 10035 10037
+1537 5541 5542 13796
+1537 5016 5541 13796
+6538 9332 9335 9355
+9293 9295 9300 9455
+6706 9336 9947 14143
+1537 5001 5016 13796
+1537 5001 5542 13796
+6889 6890 6919 8930
+2427 2592 9967 9968
+2426 4563 4625 9967
+6468 6636 6743 9967
+6636 6743 9955 9967
+11290 11303 11305 11306
+8849 8879 12769 12771
+9970 10040 10044 14158
+2593 2594 9968 9970
+199 200 2138 9896
+754 8966 14367 14368
+7578 7596 14694 14701
+7815 8972 9094 9100
+9113 9321 10728 10762
+6041 6218 6219 10757
+6041 6042 10015 10757
+377 378 2512 10000
+8429 12372 14735 14738
+10750 10751 10752 14121
+7584 7593 7599 14726
+2584 2641 2656 9929
+3976 3984 6892 12931
+9286 9939 9940 9956
+7913 10627 10635 10637
+8232 9536 9538 14182
+749 750 1953 7525
+8871 8872 12774 12775
+10001 10020 10021 10023
+9996 10001 10018 10021
+3985 6923 12426 12919
+8260 11045 11052 11056
+373 6040 6041 10015
+3948 5605 6855 6856
+2476 2515 10034 10038
+383 6050 13749 13758
+8254 8276 9401 10101
+487 2817 11044 11045
+2155 2322 2326 9522
+3948 3957 8929 12945
+6629 6696 6697 14138
+9910 10733 10734 10736
+10692 10693 10700 10704
+2939 2940 3012 11063
+486 487 2817 11044
+4781 5923 13680 13693
+3928 3948 3957 12945
+8544 11223 11224 11307
+6954 6984 8997 8998
+8872 12760 12774 12775
+1083 6954 6955 12898
+8393 9239 9241 14147
+8544 11224 11307 11335
+9242 10035 10150 10151
+3406 3410 12367 12374
+5494 5770 8464 12911
+383 6050 6051 13749
+7795 8404 9327 9328
+8457 8459 9216 12375
+388 2478 10057 10094
+8453 9409 10004 13760
+2598 10031 10046 10112
+2432 2597 10031 10032
+11040 11041 11044 11046
+9289 10119 13080 13100
+6639 6745 9425 10046
+2596 2597 9971 10032
+783 9298 9346 9347
+1387 4565 6470 6588
+11052 11053 11245 11280
+9401 9405 10101 10115
+9330 9946 9951 10037
+9238 9933 9990 14737
+2590 9949 9953 10153
+9329 10008 10026 10086
+3935 3942 3966 8412
+486 487 11044 11062
+9954 10040 10042 10044
+6637 6743 9968 9970
+2257 2258 2343 9303
+749 852 7525 8394
+2644 2674 9957 10153
+9415 9416 9423 14173
+9955 9970 10040 14163
+6974 6991 6994 14334
+8856 8875 12767 12773
+6045 9996 10021 13739
+8410 12428 12921 12926
+2627 9939 9959 9962
+7571 9228 9229 14145
+6703 9333 9334 14167
+7195 12734 12735 14525
+10111 10123 10157 10164
+8191 10164 13122 13123
+3413 3441 12398 12399
+1390 4567 4629 6590
+8947 13854 13855 13856
+1074 1075 3935 7735
+5994 10254 10295 13835
+7047 7057 7073 14435
+7147 7163 7164 14503
+10221 10315 10318 13870
+8936 12853 12865 12866
+2529 2530 10212 10223
+8092 8382 10063 10065
+8964 13922 13923 13927
+5611 8391 13831 13832
+1485 1486 4640 5925
+1033 7047 12884 14439
+9230 9259 9990 10054
+7800 11040 11044 11047
+2445 2486 10072 10079
+11040 11043 11044 11046
+8880 12768 12773 14530
+6064 6243 6244 13844
+8504 13446 13447 13467
+1870 1871 6870 12826
+1033 7026 7047 14439
+2514 9957 9958 10002
+4687 4857 11065 13448
+8879 8887 8888 12786
+8437 13747 13748 13751
+6052 6229 6230 10059
+7599 14708 14726 14730
+9066 13487 13490 13491
+6057 6058 6235 10143
+10102 10103 10104 10148
+6157 6260 6282 13344
+3406 3419 3424 12374
+8276 9401 10009 14666
+3435 3462 8457 14655
+7511 7513 7520 14658
+8398 9215 9216 12376
+9931 14708 14726 14730
+12377 12388 14654 14655
+7470 7475 7506 14672
+5133 5328 9252 9913
+2647 10045 10113 10120
+9486 9492 9503 9506
+3885 3913 6887 6917
+9424 10043 10049 14158
+9447 13088 13116 13121
+4687 11060 11065 13448
+2102 2265 2266 9382
+3885 3904 3913 6887
+9419 9440 9450 9451
+8318 8319 10828 11166
+3882 3885 6917 6918
+8318 10828 11068 11069
+8377 8888 10825 11113
+1393 1394 4590 6473
+318 319 2442 8284
+485 486 11043 11046
+2519 2649 2650 10160
+9113 9931 14722 14730
+1308 1309 6430 8090
+9113 9235 9931 14730
+691 3150 3189 11803
+6058 6235 6236 10143
+2648 10103 10107 10163
+10103 10109 10111 10163
+8191 9449 10164 13123
+393 10140 10172 10173
+7797 8089 8297 11042
+8258 11034 11039 11041
+1325 1326 4534 6439
+10129 10130 10136 10167
+10130 10131 10133 10137
+6235 6301 10146 13354
+11073 11076 11164 11167
+7790 10810 10811 11072
+10048 13459 13502 13804
+9266 9943 10151 10152
+9233 9235 9931 14730
+7224 12728 12775 14531
+7579 7591 14714 14725
+6633 9937 9961 14167
+8181 9435 9441 13081
+3870 3874 3885 6888
+8856 8879 12771 12773
+13827 13834 13836 13837
+11801 12338 12339 13241
+2607 2650 8265 10125
+2435 4630 10061 10124
+7579 7580 7591 14725
+1384 4588 4626 6587
+11265 11266 11288 11303
+7471 8400 9217 12381
+8254 8255 9404 10162
+9213 10115 10117 13100
+7224 12728 12775 14526
+8875 12768 12773 14530
+8111 9074 9075 9079
+8290 8295 10176 10179
+7486 13489 14663 14674
+8258 11034 11041 11056
+8073 8074 8079 13131
+11052 11243 11245 11246
+4846 13337 13340 13367
+7216 7224 12728 14531
+6598 6642 10181 10202
+6648 6649 9544 10202
+7564 7579 14719 14720
+9380 10183 10185 10201
+9550 9551 10207 10235
+7197 7226 7227 14531
+10204 10209 10225 14209
+2362 2527 2528 10205
+3821 12782 12788 12789
+8325 10195 10197 10228
+8356 10260 13825 14490
+2447 2484 2610 10213
+7579 7580 14719 14725
+1870 6870 12826 12828
+9125 9126 13825 14490
+8325 10193 10197 10198
+10233 10239 10266 10299
+3917 12844 12852 12854
+9568 9589 9606 9623
+7226 8801 14528 14531
+8051 12852 12854 12882
+8851 8879 8888 8889
+8147 8382 10065 10076
+322 5990 10072 10075
+3310 3372 3373 12168
+7580 14133 14719 14725
+11019 11099 11108 11164
+673 8553 12182 12187
+7591 7601 14704 14721
+2364 2365 4532 10222
+321 8370 10064 10076
+7066 7075 7089 12958
+5740 5747 5870 8849
+7790 10825 11072 11073
+2613 2678 10204 10206
+11076 11079 11164 11167
+2527 2606 2678 10210
+7787 8910 9377 14201
+10209 10211 14207 14209
+7591 14704 14714 14721
+1049 1050 3870 8930
+7601 14704 14716 14721
+7037 7066 7075 12958
+7065 7075 7089 12958
+327 5994 10254 10267
+2447 2487 2606 10187
+1049 3857 3870 12817
+9528 10224 10272 10274
+11075 11076 11080 11164
+1048 1049 3857 12817
+9552 10270 10275 10301
+6114 6172 13839 13849
+10204 10206 10224 10225
+6174 6175 10303 13858
+5740 5870 8849 8850
+10240 10268 14219 14220
+4596 6437 6556 10242
+7591 7597 14704 14714
+6110 6169 6309 13821
+326 5993 5994 10254
+1048 1049 7036 12817
+8325 10192 10193 10198
+2121 2283 9589 9606
+6168 10085 13819 13843
+8133 8146 8385 8386
+1049 1050 7037 8930
+6162 6168 10085 13843
+7591 7597 7601 14704
+6107 6150 6299 9063
+7597 14704 14714 14715
+9053 13811 13818 13819
+10251 10252 13823 13824
+5751 5870 5878 8844
+8360 8361 8367 10064
+5991 5992 10255 10256
+1975 11852 11895 11980
+9550 9551 10236 10270
+2448 2487 10232 10233
+1038 12879 12890 14432
+9128 10188 12834 14499
+9562 9563 9577 14218
+8967 9227 14700 14711
+2609 2659 2679 10278
+3310 3348 3372 12208
+8319 10810 11073 11076
+2846 11018 11019 11109
+6115 6166 13889 13891
+1038 3851 12879 12890
+2609 2612 10240 10280
+8965 8967 14700 14711
+8795 12780 12781 12782
+6492 6493 6661 14239
+6496 14241 14256 14260
+3750 12709 12711 12726
+327 328 5995 10267
+2488 10224 10274 10275
+7803 8892 10069 13834
+8790 8858 12763 12765
+3854 3868 3883 7630
+9124 10070 13862 13863
+2530 2531 10222 10223
+1042 1043 3854 7630
+7178 7180 7188 14504
+5998 10292 10294 13857
+3787 3812 12769 12770
+6114 13840 13846 13852
+10361 10386 13928 13929
+9563 9564 10276 10307
+10324 10342 10343 10347
+9131 10243 14437 14438
+7630 7759 8053 12829
+9086 14702 14707 14717
+6000 6177 6178 10319
+14702 14703 14707 14717
+8826 11024 11084 11095
+8776 8826 10993 11084
+3834 8869 12781 12789
+6179 6287 6311 10329
+7563 7579 14703 14720
+8993 9087 9088 14112
+7054 7076 7087 9135
+8957 9131 9564 14437
+6003 10328 10344 10345
+9593 10243 10327 10332
+9614 14246 14248 14249
+7048 7054 7060 14438
+2451 2491 10326 10327
+7096 7099 7101 14451
+12169 12202 12211 12212
+10364 10365 10373 14266
+5758 5800 5893 9138
+250 2374 2375 4537
+2377 2543 10367 10369
+11028 11091 11092 11093
+4537 4601 6442 10333
+1335 4539 4574 6444
+6661 10310 14240 14248
+14431 14436 14437 14441
+9593 10219 10243 14441
+6912 6916 12827 12833
+10322 10325 10328 10344
+9190 9191 10341 10443
+10804 10838 10839 10840
+410 2696 6320 6388
+6005 6006 6183 13928
+9149 14450 14451 14452
+3918 3923 3926 12827
+10387 10391 10400 13937
+6119 6185 6186 13911
+9135 9191 10341 10443
+5756 8954 8960 13929
+3817 3832 8876 12746
+3825 8875 8876 8881
+538 11094 11112 13319
+7063 7079 14453 14466
+538 11094 11110 11112
+9191 14245 14257 14445
+7057 9135 10324 14438
+2538 2539 2658 10310
+9192 14252 14262 14263
+8874 12749 12757 14547
+8874 12757 14540 14547
+3826 8875 12757 12767
+7060 9135 14438 14441
+10371 10390 10393 10406
+7252 8881 12760 14533
+9137 14453 14460 14461
+3794 3808 12743 12744
+11094 11112 13318 13319
+3825 8876 8881 12756
+9143 10349 10358 14442
+8872 12760 14526 14530
+1733 7532 7533 14702
+8825 11094 11110 11112
+6009 10392 10402 13921
+9140 10400 10434 13933
+7791 8888 10875 11106
+9142 9149 14450 14452
+539 540 4740 11730
+9141 9142 13932 13937
+9138 9139 13934 14000
+5392 7533 14702 14717
+2494 2618 2662 10406
+3814 3831 3835 14543
+7091 7097 14455 14456
+9193 9195 9196 9712
+1336 4539 4575 6444
+2125 2287 2332 9674
+7791 8377 8888 11106
+2381 2546 10408 10413
+1733 5391 7532 14702
+8801 12761 12766 12780
+1337 1338 4540 6445
+346 10472 10473 13930
+1733 5392 7533 14702
+4605 6446 6565 10411
+10431 10433 10439 10527
+9138 9140 13934 14000
+9705 9713 10471 10528
+2494 10389 10390 10393
+321 2444 8370 10064
+1344 6448 6567 10422
+8813 8823 10923 10924
+9665 14293 14297 14303
+4543 6448 10422 10427
+2386 2551 2552 10427
+7577 8973 14694 14698
+9226 14694 14698 14706
+9148 10387 10388 13937
+884 7460 12433 12434
+8825 11112 11730 11731
+6012 6013 6190 13933
+5513 5514 5622 13912
+8813 10923 11135 12726
+8962 8963 13919 13920
+8421 8423 14686 14689
+9149 9630 9713 10337
+745 8180 9412 9450
+9193 10405 14255 14264
+7830 7843 7896 14321
+6508 6676 6677 14289
+7818 7840 7842 8986
+7529 7572 12914 14686
+2553 2622 2666 10460
+2387 2388 2553 10449
+7981 7995 8005 8007
+9704 10469 10478 10479
+7094 14464 14470 14471
+10397 10529 10531 13948
+9189 9190 9191 10343
+2539 2540 2616 10365
+7728 12764 12765 12783
+7895 7896 14290 14321
+3822 8870 12761 12780
+2385 2386 4606 10423
+6676 6677 10506 14289
+10463 14283 14302 14305
+1765 5447 7201 8873
+9713 10471 10527 10528
+9629 9713 10416 10483
+10431 10439 10480 10482
+9149 10337 10388 10442
+8984 8985 8987 8989
+7819 9703 9741 10455
+2621 10426 10479 10482
+9789 10513 10514 10517
+8839 8840 12759 12770
+8328 8376 10986 11163
+6618 10451 10452 10503
+2556 10452 10453 10502
+7900 10494 10537 10632
+10499 10502 10631 14309
+10502 10504 10505 14309
+2625 10494 10496 10631
+1764 5445 5446 9122
+9444 9459 9460 9471
+8328 8376 11163 11173
+6621 6730 10556 10557
+7529 7550 7572 14686
+10568 10575 10578 10579
+7846 7896 10629 14385
+11023 13278 13301 13333
+9743 9744 9778 14288
+7901 7902 10565 10595
+8328 11118 11163 11173
+1232 4183 4300 6321
+7895 9665 10456 14293
+3805 12752 12753 12754
+350 2498 10468 10477
+7886 10548 10565 10630
+9161 10655 14046 14406
+353 2500 10512 10541
+2556 2557 2626 10502
+2004 9500 9507 9509
+3781 4032 12743 12750
+1730 5388 5389 8462
+6019 6020 10515 13976
+8839 12759 12770 12776
+8328 11078 11158 11164
+8161 9436 9438 9469
+3781 3794 4042 12743
+3781 3795 12741 12750
+1019 3781 3795 12741
+7824 9016 10437 10570
+7819 10542 10570 10630
+5763 9009 9014 9015
+7845 14395 14398 14403
+2399 2564 2565 10551
+10589 10590 10591 10615
+2564 2565 2629 10585
+9021 10569 13994 13995
+2809 2847 11078 11116
+2556 10445 10452 10453
+8323 11155 11170 12806
+8323 8324 12790 12803
+7824 9016 10395 10514
+1020 7124 12739 12741
+2401 2566 2567 10563
+1630 5984 6103 13523
+2864 2865 2944 11263
+6509 6677 6678 9782
+358 2502 10574 10590
+2865 11262 11263 11296
+10953 11121 13381 13429
+10556 10559 10560 14340
+5701 5702 5851 13297
+2463 2502 10590 10614
+3769 3770 12803 12805
+10953 11122 13381 13384
+352 353 2460 10512
+11121 13381 13428 13429
+6023 10581 14017 14024
+1179 4108 5164 9690
+3702 3703 12711 12727
+7847 7911 10565 13987
+7933 10600 10601 10602
+7530 8462 9085 14681
+2852 8270 9045 10911
+6973 9016 14375 14378
+7209 7210 7238 12670
+10454 10582 13988 14025
+359 6026 10592 10598
+8672 8680 8681 12684
+10613 14045 14049 14050
+352 6020 10515 13973
+2460 2500 2626 10501
+11121 11122 13381 13428
+14018 14019 14020 14036
+2769 2934 2935 9036
+7526 7547 12424 14681
+8244 8281 14665 14675
+9833 10647 10660 10675
+361 6029 10653 10654
+8244 8278 8281 14665
+6547 9449 13116 13119
+7834 9748 14327 14328
+7820 7861 7928 7932
+657 12049 12083 12084
+7863 7900 10546 14394
+2121 2160 2283 9606
+6134 6307 14030 14031
+10592 10598 10599 10611
+5881 9165 14018 14020
+7902 9781 10565 10579
+6081 6129 14015 14058
+358 359 6026 10592
+10495 10538 10632 14318
+5765 5805 9153 14018
+4230 4405 4406 13125
+6023 6201 14017 14024
+6024 10578 10603 10604
+14043 14044 14047 14063
+2504 2631 2668 10635
+9114 14704 14716 14721
+3214 3215 3344 12033
+9154 9164 14027 14046
+6686 9841 9842 10637
+10550 10586 10712 14331
+6689 6763 9861 10646
+2630 10583 10585 10712
+2630 10583 10616 10712
+10626 10642 10644 10688
+283 2407 2408 4617
+2570 10643 10646 10687
+3737 8678 12690 12700
+5502 13801 13831 13844
+5594 5702 13366 13367
+2626 10453 10502 10504
+2768 6416 9036 11127
+9774 9785 9787 14316
+9888 9889 9890 14354
+1363 1364 4553 6458
+1363 4553 4583 6576
+8759 12364 13036 13037
+9168 9178 14075 14128
+9171 9172 9173 10655
+6997 7887 9154 14392
+10663 14414 14415 14417
+6982 6997 9152 9154
+9781 10566 10579 10580
+6996 14382 14383 14392
+10574 10592 10593 10611
+359 360 6027 10609
+7441 7463 7475 14671
+7901 10576 10597 10600
+744 7463 7702 8180
+3705 3709 12712 12715
+9168 14075 14076 14127
+9174 9177 10649 14407
+12037 12051 12052 12054
+4498 11233 11267 13141
+4219 6357 8309 9036
+10656 14042 14043 14044
+6034 6211 10698 10703
+9835 10647 10664 10675
+8673 8674 12680 14565
+1526 4999 14120 14125
+9109 10734 10735 14736
+8182 9439 9475 13111
+6689 9854 9861 10646
+2466 2505 10658 10688
+9160 14045 14049 14050
+9339 9404 13117 13118
+2452 10285 10340 10342
+3748 3766 8680 12681
+9000 9161 9168 14076
+9318 9895 9896 9900
+9245 14358 14360 14363
+284 2409 4554 4618
+9093 9103 9104 10698
+8244 8281 10168 14675
+9173 10587 14074 14076
+8323 11150 11156 11171
+10670 10671 10677 14082
+10689 10690 10695 10711
+10672 10679 14091 14126
+3707 7648 7649 8679
+4054 4055 4077 7311
+9849 9857 14347 14351
+368 2468 2507 10700
+2765 2930 11032 11133
+2765 2766 2931 11125
+4217 6355 6427 11032
+3814 8864 12743 14543
+2765 2930 2931 11133
+7231 7245 7246 14541
+10667 14055 14079 14080
+5501 5502 13801 13831
+8864 9123 12743 14555
+5861 5894 8993 9103
+2563 2629 2667 10553
+2463 2503 2629 10614
+8841 12755 12757 12767
+6521 9857 9859 14348
+10621 10636 10638 10639
+8339 8371 11130 11138
+8859 14535 14542 14543
+3720 3729 12720 13418
+11128 11130 11138 11141
+2575 2635 10685 10718
+8106 8364 8371 11157
+3698 3720 5455 12720
+10659 10665 10671 10677
+369 6036 10723 10730
+2409 2410 4618 10714
+2572 2573 2670 10691
+8106 8371 11141 11157
+6254 6272 6277 10725
+6034 6211 6212 10703
+374 375 6042 10030
+4027 7204 7205 7233
+9113 9114 10727 10735
+9092 9102 9103 14083
+9102 9110 14099 14113
+8346 11126 11139 13045
+4216 4334 11032 11131
+5003 5502 13801 13844
+10719 10720 10722 10723
+4027 7203 7204 7233
+2634 2671 10685 10692
+2507 10692 10693 10700
+6033 10672 10697 10698
+8281 13489 14665 14675
+10721 10728 10747 10748
+2507 2634 2671 10692
+9113 9931 10733 10735
+6033 10671 10672 10697
+3814 8863 8864 14543
+849 8404 9242 12373
+2512 9956 9959 9965
+9112 10721 10727 10728
+2471 9982 9987 9991
+7580 7581 7592 14736
+744 778 9460 12027
+7565 14717 14723 14728
+2927 2928 3038 11030
+371 2469 2509 10010
+9319 9882 14358 14360
+9100 10721 10727 14130
+9233 9235 14724 14730
+10582 13989 14011 14013
+9974 14708 14722 14730
+2078 2079 2242 9864
+2762 2763 2928 11029
+8773 8797 12714 12730
+9219 9235 9268 14142
+532 533 4733 10966
+8766 8784 12701 12706
+3703 3704 12712 12730
+3884 3897 3911 12826
+2160 2283 9590 9606
+8758 12712 12714 12715
+7332 7343 7346 14583
+8743 8771 8819 12693
+7300 14573 14574 14576
+4032 8864 12743 12750
+2900 2901 2966 10795
+2900 2966 3000 10867
+4369 4485 10796 10951
+1493 5501 5502 13801
+9215 9216 14660 14668
+5653 5819 13501 13805
+10893 10894 10898 10988
+8400 9215 12376 14660
+10784 10920 10921 10962
+7912 9861 14341 14352
+4373 4442 4485 12970
+1289 4211 6349 6380
+7496 7517 12391 14651
+10805 10812 10925 12725
+10805 10821 10873 10970
+7504 7516 14656 14660
+8828 8838 12719 13282
+10812 10851 10869 11135
+546 547 10915 10958
+4382 4453 4454 10842
+5819 10048 13501 13805
+8773 10803 13057 13059
+8774 8777 10812 12711
+3693 3694 3697 12621
+1146 3781 4032 12741
+7509 7516 7517 12391
+2923 2978 10886 10887
+10831 10971 12964 13059
+4509 10888 11001 12971
+7516 7517 7521 12391
+10048 13345 13780 13805
+748 9346 9347 9352
+2919 2976 3036 10836
+2750 2915 2916 10843
+4451 4505 11092 13039
+3465 12390 12391 12392
+2750 2751 2916 10843
+10822 10831 11816 13059
+3724 3738 3739 12676
+933 934 12666 12667
+7856 7857 7912 14352
+7856 7857 7912 14342
+10857 11658 11701 13254
+11621 11627 11657 11658
+7445 7478 14645 14650
+7971 7973 12644 13237
+7974 7975 12646 12648
+7998 10846 11617 11682
+7968 7969 8016 13255
+7955 12304 12315 13218
+12334 12336 13241 13242
+12318 12331 12333 12341
+2865 11296 11297 11318
+2810 2849 11154 11160
+8709 8729 8732 13712
+7445 7466 7478 14650
+4320 10796 10799 10802
+529 4730 10940 10944
+10803 10822 10970 10971
+3120 3121 6847 11948
+951 952 8657 12590
+2803 2842 10817 10871
+7445 7466 12485 14650
+7445 12485 14645 14650
+557 558 2849 11154
+8038 8039 12295 12305
+8329 11173 11174 11186
+709 710 4283 8772
+11000 11001 12988 12989
+8773 8798 10803 12712
+11827 12984 12985 12986
+4282 4283 8772 12965
+7789 10881 12985 12986
+3668 3669 12617 12619
+11128 11129 11142 11148
+2144 2313 9298 9304
+475 2760 2761 10907
+7445 7472 7478 14645
+3669 3683 12625 12636
+964 965 3699 12721
+5742 5846 8738 8810
+1119 8055 8863 14557
+7472 7478 14645 14649
+535 536 2838 11015
+8725 8815 10788 13276
+3752 3753 8771 12683
+11028 11091 11092 11161
+5845 5863 5891 8815
+3024 10839 10853 11091
+4021 7280 7311 7312
+11028 11092 11161 11162
+7334 8646 14595 14600
+10880 12987 12988 12989
+4749 4750 11022 13290
+546 2805 2843 10915
+4077 7326 7327 7334
+3760 3763 3766 12684
+930 12655 12662 14564
+3669 3670 12632 12636
+10812 10925 11135 12726
+8781 8782 8784 8785
+13265 13267 13268 13269
+5847 5892 8808 13314
+2801 2840 11110 11124
+5454 5455 5744 8807
+3669 3670 3683 12636
+3782 3783 3806 12753
+13220 13232 13238 13239
+8736 12638 12642 12643
+3644 3669 12619 12632
+8721 8744 12654 12662
+11092 11161 11162 12365
+1145 4032 12741 12747
+7946 8707 8730 12642
+8365 8366 8374 11169
+7478 14645 14649 14650
+9090 9091 9093 14093
+10938 10939 10941 11711
+532 2797 2798 10965
+1121 1122 6867 14644
+10797 10865 10948 10949
+529 2796 2835 10937
+1121 1122 12486 14644
+1121 6867 12485 14644
+1121 12485 12486 14644
+10776 10800 10855 10948
+2283 9568 9589 9606
+7974 10779 11691 11702
+10770 10865 10950 13256
+8108 8312 8313 8359
+530 531 10866 11708
+7856 7857 9815 14342
+10895 10896 10901 12980
+10778 10894 10898 10899
+10788 10789 11718 13720
+10776 10942 11706 11714
+5419 8514 12491 14629
+11010 11011 11015 11725
+724 725 8036 8038
+8785 8818 10791 11017
+2799 2837 2943 10988
+533 4734 10966 11724
+8108 8312 8359 8360
+4446 4447 10995 12975
+10778 10894 10919 10988
+10805 10817 10872 10925
+964 12718 12735 12736
+2145 2344 9304 9348
+547 2805 2844 10916
+7365 7397 7398 14629
+8100 8108 8359 10063
+7935 8014 8670 12651
+8838 8853 12722 12735
+5419 7365 7366 12491
+8042 12302 12303 12306
+6540 9358 14154 14156
+8487 8488 9208 12471
+7791 8846 8887 13379
+13381 13383 13384 13388
+5853 5871 10990 13385
+11113 11114 11115 13402
+4284 4285 11827 11861
+4387 4461 11001 12989
+8787 8792 12986 14527
+2978 10886 10978 10987
+1950 7524 7545 14731
+8320 8867 10879 12788
+8144 8885 8886 11176
+4461 4462 12987 12989
+1021 3782 3783 12742
+8767 8784 8785 12694
+7856 7857 9815 14352
+534 2799 2837 11010
+7426 8487 8488 9208
+7317 7329 7330 14590
+7938 8781 10791 11002
+7418 7426 8487 14636
+7938 8747 10784 10785
+8738 8815 11727 11728
+7426 8487 8488 14636
+721 4294 11994 13040
+4738 4739 13319 13320
+8825 11112 11731 13318
+6491 9599 14232 14236
+8782 11097 11098 12704
+3833 3837 8869 8871
+3800 3819 3820 11068
+8658 8660 12604 12605
+4449 4516 12363 13032
+8098 8321 11068 12788
+3819 3820 3833 8869
+8833 8834 8835 13289
+4404 11271 11272 12089
+5769 8994 8996 9090
+3491 8075 12436 12442
+963 964 12718 12736
+873 7703 7704 12455
+8494 8497 8498 11250
+654 3131 3168 12052
+956 3641 5435 12608
+242 2366 2367 4533
+8126 8291 11243 11244
+487 488 2775 8261
+7778 9039 9040 13085
+8120 9081 11066 13461
+8034 8035 8659 12604
+11060 13447 13448 13482
+8257 8258 11243 12436
+488 489 2816 11058
+8287 11041 11045 11046
+8290 8295 10179 13518
+2444 2483 8367 8369
+886 8158 8160 11868
+3656 3657 3676 8731
+8482 8522 11035 11036
+10807 10829 10880 11070
+8758 11814 11815 13060
+8791 10809 10887 10889
+11074 11936 13006 13023
+8482 8484 11035 11194
+10879 11168 13008 13009
+8334 13019 13044 13052
+8346 11139 11140 13045
+550 2807 2845 11007
+7946 8731 10939 10942
+3656 3676 11694 12641
+9223 9889 10708 14350
+4788 4835 13325 13327
+2910 2911 11026 11090
+3657 3676 3677 12646
+3782 3783 12742 12753
+2913 11025 11027 11028
+2974 3024 10839 11091
+10851 11124 11134 11136
+1469 1837 1838 4675
+7790 10811 10819 10825
+10851 11089 11091 11124
+2755 6350 6410 10878
+4452 4487 4520 11162
+3813 12778 12785 12787
+7426 8486 8487 9208
+5873 8590 8603 13542
+2846 10989 11019 11075
+2979 10989 10999 11077
+3676 12639 12646 12647
+556 8379 11117 11180
+8377 10815 11101 11121
+8828 8834 8835 8836
+7794 11036 11195 11408
+3638 3650 3665 12603
+7385 7410 14631 14632
+3610 3616 3621 12549
+4748 4749 13279 13290
+12039 12061 12062 12082
+11198 11247 11298 11302
+2599 2600 2648 10111
+7981 8008 8024 12326
+11037 11197 11408 11409
+7372 7405 12498 14639
+3732 3750 3751 12711
+3751 8761 12706 12709
+553 2808 2847 11019
+8792 10829 12986 14527
+10979 10980 10981 11005
+5828 5873 8590 13542
+8263 11201 11242 11376
+4752 11020 11021 13316
+3621 3623 12531 12546
+5702 5851 10991 13297
+8885 13380 13429 13430
+8321 11149 11188 11189
+8332 8333 11168 13005
+8878 8883 8886 12785
+8842 10991 11102 13296
+11168 13005 13028 13029
+8327 11129 11150 11151
+481 2767 6356 6383
+2766 2931 2932 11125
+8263 11201 11204 11218
+11223 11266 11288 11304
+2973 3002 11091 11124
+10817 10871 10872 10925
+2160 2283 2284 9590
+8780 13025 13026 13030
+2917 3026 3028 10841
+8097 11149 11150 11151
+8327 11149 11151 11189
+556 4757 11180 11183
+11988 11990 13047 13048
+8333 11132 11991 13050
+8655 11396 12543 12548
+2981 11078 11079 11152
+8332 11168 13005 13029
+11362 11363 11396 11490
+13001 13006 13009 13027
+8319 10879 11168 13028
+2690 2855 2856 11202
+11126 11130 11139 13054
+5723 5828 5873 8590
+11157 11172 11191 11192
+8339 8340 8364 8371
+8106 8364 11156 11157
+2144 2183 2313 9304
+2982 3010 11142 11145
+9585 9586 9592 9594
+2689 2690 2855 11203
+3592 12513 12518 12522
+2144 9290 9298 9304
+8776 8782 8827 12705
+3413 3440 12382 12399
+5723 5828 8589 8590
+8762 8766 8776 12706
+2841 2974 3003 10839
+8829 8831 13421 13422
+8106 11141 11153 11157
+8323 8324 11170 12803
+7806 11177 11181 13395
+7804 8366 8388 11191
+8106 8364 11150 11156
+10989 11007 11072 11109
+3605 8561 12521 12531
+11114 11115 11116 11119
+13096 13106 13107 13109
+5904 8884 10990 13391
+1477 4679 4797 13364
+10953 13380 13429 13430
+4755 4756 4925 11120
+3769 12803 12804 12805
+4745 4746 10876 10947
+8327 11129 11148 11150
+3815 3821 8866 12782
+8323 8324 11171 12790
+8888 10918 11175 12787
+3778 8210 12796 13013
+8560 8561 12520 12531
+8187 8468 13093 13102
+3605 8561 12521 12522
+8468 8469 8470 13093
+4475 11296 11342 11543
+11256 11274 11275 11283
+2688 6316 6359 10913
+2853 2854 10912 11212
+3334 3361 11839 11901
+7780 11033 11034 11042
+8263 11377 13095 13096
+8532 8560 8561 12521
+11063 11064 11209 11213
+7778 8086 12437 13086
+11064 11209 11211 11213
+8256 11194 11197 13104
+2777 2814 11254 11255
+11284 11285 11299 11300
+8089 8274 8287 8297
+2776 2816 11058 11221
+5720 8492 8495 8505
+11045 11057 11061 11220
+2854 2938 11201 11212
+12713 12717 12723 12729
+8483 8484 11194 12441
+1936 1937 7353 7657
+11199 13102 13127 13128
+11200 13090 13094 13101
+4226 12054 12063 13092
+8257 11244 11373 12442
+3529 3547 8484 8523
+11271 13105 13108 13170
+8058 8485 14632 14633
+8085 11209 11212 11376
+11223 11288 11304 11306
+4405 4498 12089 13125
+11209 11212 11213 11376
+1226 4180 6318 6387
+7419 8058 8485 14632
+11220 11371 11372 11374
+11210 11220 11372 11374
+8126 8258 11034 12432
+8294 11060 13446 13483
+2938 11212 11219 11242
+485 4684 4686 8298
+486 11043 11044 11062
+3568 3590 8588 12508
+4696 4865 4866 11353
+8602 11352 11353 13510
+11251 13514 13533 13592
+7099 7100 14451 14464
+5666 13536 13537 13544
+8503 8505 11054 13466
+3563 3576 3590 12505
+3600 8601 8621 12517
+2856 11201 11202 11238
+922 3567 3568 12508
+3555 8579 12554 12566
+491 492 2777 11255
+7757 7770 8550 8564
+8854 12713 12717 12729
+11038 11254 11302 11409
+2815 11218 11221 11240
+916 12495 12496 14641
+4301 4341 11262 11264
+4301 6389 11262 11264
+498 2820 11337 11338
+4344 11201 11202 11238
+8485 14631 14632 14633
+899 900 3555 12575
+2937 11204 11218 11240
+8536 8539 13134 13135
+11227 11228 11237 11272
+8256 8263 11236 13095
+4344 11201 11202 11203
+5025 12044 12071 12072
+11266 11267 13142 13143
+3513 3529 11244 12442
+8253 8264 8267 8268
+8294 8492 8506 12439
+8128 13447 13467 13468
+8257 11220 11243 11372
+8472 8485 14625 14633
+8599 8614 13549 13564
+11326 11330 13513 13592
+1749 5416 7361 7362
+2779 11265 11290 11303
+5905 8494 8495 13580
+11223 11266 11288 11289
+11223 11288 11289 11310
+8472 8485 14624 14625
+12104 13134 13138 13142
+3013 11227 11237 11247
+11205 11249 11329 11332
+2780 11290 11308 11309
+691 3189 11803 12332
+8854 8855 12717 12729
+778 9431 9460 9468
+8544 11224 11258 11335
+11347 12495 12496 12504
+913 914 3576 12492
+11195 11196 11199 11226
+7387 7404 7406 12469
+4387 4461 4506 11001
+3595 3596 8635 12535
+4449 4516 4517 12366
+11331 11341 11542 13154
+12022 12037 12051 12052
+11289 11309 11310 11316
+4408 11317 13140 13147
+11289 11314 11316 13140
+8541 11224 11258 13154
+8539 8543 11196 11226
+493 4693 4694 11284
+7369 12493 12495 12497
+4691 4692 11277 11278
+11038 11235 11240 11254
+7871 9223 9889 14350
+8539 8543 11196 11223
+8474 8475 8481 12457
+11224 11310 11313 11314
+11259 11339 11340 11540
+919 920 7374 12502
+8474 8481 8483 12457
+7270 7307 8572 14601
+9055 13397 13400 13401
+11347 11512 12496 12504
+7371 7372 7403 12498
+415 2700 2701 6323
+3044 6767 6810 12001
+5824 5825 8504 13450
+8543 8544 9211 11332
+11258 12499 12510 12511
+778 9431 9460 9463
+8605 11225 11305 11329
+7791 10953 10954 13316
+4866 11351 11352 11353
+5668 5828 5830 13547
+5130 5376 9432 9465
+11354 11355 11357 11358
+11224 11258 11313 11335
+7871 14347 14349 14350
+4646 4766 4809 13534
+8498 8589 8603 13596
+4649 5915 5936 13552
+4647 4767 4810 13545
+7354 7374 7387 14643
+11196 11198 11266 13143
+13511 13512 13517 13522
+2704 2705 6392 11368
+7611 7654 14613 14625
+2869 2870 3030 11344
+8836 8838 12718 12736
+661 662 3135 12105
+3136 3302 12092 12130
+11296 11317 11342 13150
+3129 3171 11875 11888
+8166 12994 12996 13068
+7611 7654 7706 14625
+8084 11064 11216 11217
+733 905 3559 3575
+2816 11058 11219 11221
+8256 11037 11197 11235
+4813 4932 13558 13562
+11196 11199 11226 13143
+11196 11198 11199 13143
+11416 13553 13554 13561
+11038 11300 11302 11408
+7853 7855 9831 9846
+908 3561 3574 8556
+4653 4817 4935 13604
+907 908 3574 7744
+3600 3608 3617 12524
+7987 12293 12296 12297
+5859 8833 8834 8843
+11223 11288 11306 11310
+7706 8472 14624 14625
+3531 3532 3544 12471
+7989 7990 13202 13209
+777 810 811 9457
+506 4706 4707 11423
+11363 11364 11439 11490
+8595 8598 8599 13564
+3569 3595 8609 12525
+3544 12463 12466 12471
+8551 8552 8565 8567
+505 506 11391 11414
+11493 11510 13599 13600
+7428 7429 7436 8525
+8620 11448 11491 11492
+7428 7429 8525 14621
+8638 11510 13583 13633
+11205 11206 11300 11408
+511 4711 11505 11506
+13177 13184 13185 13227
+4421 11469 12195 13172
+8820 8822 12719 13421
+3544 3546 3549 12463
+11457 11460 11461 13161
+670 12145 12151 12152
+4355 4395 4421 11469
+8567 8568 8660 11464
+8035 8661 11401 11464
+8837 12735 12736 14525
+2825 11434 11439 11480
+11204 13108 13109 13170
+4243 4244 4419 13164
+13105 13106 13108 13170
+2952 11395 11422 11456
+7429 8525 14626 14634
+8546 11293 11460 12143
+4706 4707 4876 13570
+8585 8607 12514 12526
+11321 11449 11454 11471
+8549 8561 12522 13159
+4411 11342 11542 12128
+3577 3587 8615 12509
+7039 9008 12950 14480
+8512 8513 12477 14626
+11237 11271 13108 13170
+2942 11201 11218 11242
+7429 8525 14621 14626
+2825 2953 2992 11430
+4411 4475 11342 11543
+12127 12131 13152 13155
+3539 8513 12477 14626
+668 12134 12144 12148
+3589 12518 12522 12532
+3539 12475 12477 14626
+3617 8562 8621 12515
+11259 11295 11542 13154
+11321 11449 11452 12520
+669 670 4243 12146
+4355 4420 4421 11469
+3506 3515 12472 12477
+4395 4421 4499 11469
+1247 1248 4308 6419
+2938 2942 11221 11242
+3506 12472 12474 12477
+4356 4361 4523 11445
+8657 12590 12597 14754
+2942 11218 11221 11242
+4421 4422 13172 13226
+13171 13181 13182 13183
+4395 11443 11445 11469
+2938 2942 11201 11242
+7853 7855 9827 9831
+11400 11402 11558 13193
+2882 11475 11477 11478
+3486 3528 8467 12455
+3487 3500 3520 12465
+8570 13177 13226 13227
+5036 9868 9872 9875
+11385 11391 11410 11414
+7941 8660 11401 11437
+8467 8474 8476 12454
+8692 11497 13653 13717
+7524 7545 7555 14731
+11400 11435 11554 11705
+8775 12360 12361 12992
+11434 11439 11480 11489
+5729 5782 8623 8627
+11418 11494 11586 11587
+11498 11502 11503 11504
+8608 8618 11509 13582
+508 11417 11424 13597
+7371 7402 7403 12498
+898 899 7379 12581
+7370 12495 12497 14641
+7428 7436 8524 8525
+502 4702 11382 11387
+7410 7419 7433 14632
+10622 10627 10635 10637
+2821 2946 2951 11540
+4480 4495 11568 11571
+873 874 3500 7704
+2720 2721 2886 11515
+3486 3514 3528 8467
+8495 8499 8507 8508
+5029 5289 8149 8156
+11436 11533 11553 11554
+8291 8294 12438 12439
+12818 12950 14477 14480
+2958 11516 11532 11556
+11521 11557 11590 11705
+1034 3846 3847 12874
+7579 14714 14720 14725
+12022 12037 12050 12051
+8559 12194 12195 13167
+7385 7410 7419 14632
+9390 9392 9393 9394
+13345 13347 13780 13805
+4185 11318 11319 11324
+1236 6360 6417 11319
+8058 8485 14617 14633
+7797 8297 8298 11042
+493 494 11049 11299
+890 3495 3496 12449
+4411 11342 11542 11543
+8292 11241 11256 11274
+5722 8495 8497 12449
+4434 4482 13203 13222
+11273 11274 11276 13475
+1260 4197 6335 11529
+13171 13175 13177 13181
+3154 3325 3358 11916
+7688 8032 8564 12260
+8605 11305 11328 11329
+11400 11402 11463 13193
+11301 11305 11328 11329
+8060 8156 8168 9458
+8654 8655 11587 11588
+2716 6396 11475 11477
+7997 7998 11617 11682
+8292 11241 11273 11274
+19 869 3484 7708
+1261 4197 4315 6399
+11241 11255 11273 11274
+2696 6320 6388 11234
+683 684 4257 12307
+3389 3390 11843 11907
+2960 11594 11607 11614
+19 877 3484 7708
+7434 9206 14608 14609
+2790 2830 2959 11552
+515 4716 11575 11577
+11465 11575 11576 11581
+7583 7584 7593 14726
+7434 7437 9206 14608
+2862 2863 2988 11268
+5653 13347 13501 13805
+4962 4967 11585 13615
+4474 11261 11264 11268
+1438 4778 13657 13659
+4659 4778 4823 13657
+4888 11639 13625 13626
+11440 11441 11448 11453
+11522 11612 11613 11630
+4886 4887 13625 13654
+4882 11499 13611 13619
+6898 6899 12398 12403
+1112 1113 4044 14606
+10932 11612 11615 11648
+13625 13628 13629 13654
+11485 11578 11579 11581
+11435 11554 11579 11610
+2791 2830 2996 11552
+4366 4433 4482 13203
+7958 10856 11621 11656
+2834 2964 2999 10856
+4895 11666 13688 13702
+2964 2999 10856 11621
+2727 2893 11560 11561
+2963 2964 11624 11656
+7997 11624 11653 13239
+7970 13230 13235 13236
+4438 11703 12337 13233
+9561 9585 9586 9600
+7990 8719 11616 12614
+3686 3692 12613 12622
+10933 11615 11648 11651
+7273 7304 14562 14573
+3455 3470 3473 12407
+11563 11602 13203 13207
+8718 11634 11635 12610
+7480 7481 7505 12388
+10933 11522 11607 11612
+11564 11565 11605 11614
+8759 12710 13036 13056
+2792 2997 11564 11605
+7942 10932 11605 11648
+8665 8765 8766 12977
+11204 11222 11237 11270
+447 2732 2733 11687
+1822 1823 5576 13692
+6898 6927 12403 12407
+11198 11222 11270 11409
+7943 8703 8712 13722
+3683 11669 12631 12637
+8717 11634 12617 12626
+3690 11652 12626 12631
+3462 12377 14654 14655
+8689 8699 11486 13643
+7977 7991 10935 13202
+2724 2889 2890 11549
+7972 7973 8001 13219
+2792 2832 11605 11644
+7391 14604 14606 14607
+8003 8031 8733 11677
+8819 12696 12698 12699
+2964 10856 11621 11656
+3451 3466 3467 12415
+8719 11609 11610 11633
+4721 4890 4891 11640
+3428 3451 6882 6906
+3645 8736 12633 12638
+5436 5732 8689 12608
+11204 11235 11236 11270
+11204 11222 11235 11270
+3440 3452 3454 12387
+521 522 2792 11649
+6865 6899 12400 14646
+5554 5663 13500 13581
+2999 11621 11627 11658
+2893 11601 11603 11653
+7942 10935 11565 11604
+13506 13507 13508 13579
+522 523 11644 11645
+3688 3690 3694 12631
+576 3053 3054 12067
+3749 3755 10923 12703
+7343 14588 14590 14591
+11629 11650 13642 13722
+8704 13661 13668 13669
+4362 4394 11514 11534
+526 527 10931 11678
+1409 4644 4764 5926
+526 527 2834 10931
+3450 3451 6906 12414
+3428 3450 3451 6906
+8031 8733 11676 11677
+2895 2963 2964 11624
+8031 11663 11668 11692
+1407 1797 4643 13498
+7943 8697 8703 12625
+8712 11664 11671 11672
+7992 12303 12315 13221
+11678 11680 13683 13685
+449 2734 6372 10845
+4203 6373 6423 10802
+7975 10936 11677 11690
+7969 13245 13253 13256
+2795 2965 2999 10857
+5827 11287 13509 13517
+11696 13683 13685 13712
+11695 11696 13683 13712
+8002 8003 11682 11692
+7935 8014 8670 10781
+8730 10943 11711 13719
+4726 11662 11679 11681
+7935 7968 8014 12651
+11287 13472 13473 13581
+4922 4974 4976 13339
+4437 4473 4496 13233
+14588 14590 14591 14599
+8026 11659 11660 11682
+4377 4494 10882 10904
+8580 14588 14590 14599
+10782 10863 10939 10941
+8254 14667 14668 14678
+11056 11057 11220 11243
+897 3553 12563 12570
+5895 8726 8729 13715
+8647 12560 12563 14600
+10787 11716 13257 13258
+4899 10945 13690 13716
+4730 4899 4900 10945
+5579 5931 13305 13706
+8725 11716 13257 13258
+8786 8812 8813 10923
+10945 11712 13713 13714
+8817 11013 11724 11725
+1950 7668 7669 14731
+3400 3401 3431 12418
+4901 10946 11718 13303
+10783 10855 11707 11708
+9118 12565 12583 14597
+7833 7839 9641 9754
+10786 10963 11714 11715
+7871 9889 14347 14350
+10937 10940 10944 11711
+9118 12565 12583 14595
+492 493 11284 11299
+2800 2839 11087 11094
+8804 12695 12697 12702
+492 493 2814 11299
+576 3054 6772 12067
+4909 4910 4988 13374
+829 7547 12420 12424
+3396 3397 3427 12417
+3426 3427 6928 12421
+539 4740 11112 11730
+3427 3428 3450 6906
+3413 5601 12382 12400
+11738 11748 11847 11848
+3254 3321 11742 11743
+5253 5305 11737 11742
+7952 11745 11787 11789
+3090 6791 11740 11741
+1703 6790 6831 12329
+715 3162 3201 11922
+11198 11265 11266 11303
+5148 5250 5257 11799
+1701 5200 6830 12284
+7964 11787 11801 12341
+11009 11012 11016 11017
+7686 7718 7758 12669
+8328 10986 11159 11163
+2019 11745 11748 11789
+8769 11826 12342 12350
+11227 11267 11269 12089
+1985 1986 7964 12344
+2779 2819 11290 11305
+8759 11790 11806 11807
+11205 11206 11300 11329
+3427 6928 12417 12421
+831 832 12427 12429
+11762 11794 11822 11833
+11206 11299 11300 11301
+8789 11814 11849 12990
+3157 3329 11752 11755
+5106 5198 5357 12237
+832 7528 7549 12923
+5050 5374 11838 11841
+2988 3014 11232 11268
+1980 3709 11807 13056
+2778 2987 11298 11302
+5051 5052 5311 11758
+2778 2936 2987 11302
+8781 8782 8785 11017
+495 2779 11301 11305
+831 832 7528 12427
+11195 11196 11197 11408
+1657 5052 5053 11972
+698 3153 3193 11859
+5204 11779 11784 11845
+11225 11303 11304 11329
+5835 5895 8728 8729
+8785 8819 12696 12699
+5835 5841 5895 8728
+5099 6775 12117 12139
+4362 4428 4480 11534
+496 2779 2819 11305
+7 8373 8383 8388
+7937 8666 8667 8770
+2819 11290 11305 11338
+3304 12093 12120 12132
+3059 3060 6775 12117
+12340 12347 13242 13243
+3059 3225 12117 12118
+4209 4382 10843 10854
+11843 11908 11917 11939
+1677 5096 6814 12067
+3376 11907 11912 11914
+7315 12583 12584 14595
+4209 4326 6378 10854
+703 11804 11805 12364
+7964 11787 11800 11812
+8647 12583 12584 14595
+2020 11745 11787 12330
+3078 3079 3244 12218
+7608 7609 9205 14587
+10818 10984 10985 11006
+7609 9205 14587 14594
+4362 4394 4427 11534
+12362 12993 13025 13033
+10909 11084 11085 13032
+651 4224 4225 8165
+3040 3333 8153 11819
+773 806 5129 12141
+1105 4008 7609 14587
+11224 11258 11313 13154
+5223 5291 5346 11996
+694 11797 11818 12342
+4008 7609 14587 14594
+1105 4007 4008 14587
+4008 14587 14589 14594
+2944 11309 11312 11315
+9897 9901 14356 14359
+1115 4007 4008 14587
+1276 4205 4322 6343
+11258 11259 11313 13154
+12965 13058 13059 13061
+3330 3365 3380 11768
+11258 11259 11313 11340
+5118 5249 11771 11829
+11309 11310 11312 11315
+3297 3331 11759 11794
+5314 11780 11781 11829
+5144 11896 11900 11902
+7299 7303 14581 14582
+4287 10881 11923 13002
+3815 8866 8868 12793
+3362 11897 11900 11905
+5308 5364 5383 11783
+7268 7299 7303 14582
+11308 11309 11310 11315
+11086 13025 13026 13032
+5114 6796 11914 11942
+2946 2949 11318 11341
+2864 2865 11262 11263
+1983 2018 11824 11846
+1658 5053 5146 11940
+7268 7303 14582 14584
+1742 5404 5405 7450
+3159 11762 11821 11822
+8772 11814 11822 12990
+4477 11263 11296 11317
+11296 11341 11342 13150
+5311 11758 11760 11761
+11756 11793 11833 11834
+4477 11262 11296 11297
+5374 11772 11838 11841
+4269 11857 12352 12358
+13345 13347 13501 13805
+1707 5111 6792 11735
+698 699 11918 11921
+11330 11350 11353 13592
+4811 11361 13531 13544
+1297 4215 4333 11031
+7564 7579 7580 14719
+8738 8814 8816 12697
+7303 14582 14584 14586
+1019 1020 3795 12741
+11336 11339 11340 11540
+5248 11946 11965 11979
+2946 2949 11336 11339
+3040 3206 3333 11819
+2946 2949 11339 11341
+8160 11867 12994 12995
+8256 11197 11235 11236
+3148 3187 12310 12311
+3352 12267 12283 12310
+8169 11892 12002 12010
+649 3129 11874 11882
+12029 12030 12032 12055
+651 3130 3170 12032
+11882 11884 11885 12032
+5291 5347 11995 11996
+2946 11336 11339 11540
+3128 3171 3294 12013
+3383 8204 11947 11971
+8785 12689 12692 12693
+1677 6772 6814 12067
+5246 5324 8202 11954
+7290 7303 14584 14586
+11840 11850 11851 11852
+9867 9868 9869 9872
+8743 8771 8805 12683
+497 11305 11338 11348
+497 2780 2819 11338
+497 4697 11348 11359
+1540 5017 5544 13349
+576 3053 6814 12067
+5053 5365 11915 11972
+11251 11327 11330 13511
+5246 8202 11953 11954
+9149 9150 9630 9712
+13511 13515 13516 13517
+1720 6801 6843 11782
+11251 11330 11353 13511
+11798 11917 11938 12360
+711 11827 12985 12990
+7268 7290 7303 14584
+7340 7344 14575 14580
+5314 11828 11829 11902
+717 3202 11931 11933
+4865 11353 13510 13511
+10807 10810 10880 13028
+8602 11353 13510 13512
+7323 7340 7344 14575
+8785 12689 12692 12694
+11785 11786 11844 11845
+9280 9281 9283 14150
+4389 4491 10968 11031
+4698 11359 11360 13539
+4288 4289 4464 11923
+7301 7304 14573 14574
+4698 4867 4868 13539
+4868 4869 11360 11361
+498 4699 11354 11359
+5247 11945 11951 11971
+8105 9031 13041 13046
+7301 7304 7323 14574
+3341 8236 11949 11959
+2113 2152 8224 8233
+5246 5318 11954 11971
+5255 8203 9373 9374
+8067 8209 8229 11952
+1971 1972 11985 12816
+1971 1972 7786 11985
+7323 8757 14574 14575
+1650 1651 2008 11973
+2110 2111 2273 8168
+11425 11432 11453 13166
+8561 11320 11321 12520
+5406 5715 5777 8502
+576 6772 6814 12067
+8759 8760 8783 12360
+4394 4426 4427 11534
+3248 3352 12267 12283
+2705 2706 2871 11367
+2009 11961 11976 11977
+3285 3286 3337 11944
+8561 11320 12519 12520
+8231 8241 9025 9031
+8071 9030 11975 11984
+5017 5544 13349 13809
+3736 8679 12686 12690
+4187 4305 4352 11367
+4277 4452 4453 13065
+3308 3309 12170 12172
+1656 2014 5052 11757
+11958 11960 11962 11964
+7685 7686 8666 8679
+4729 4899 10945 11710
+2705 2706 6325 11367
+11933 11958 11976 11978
+8070 11969 11970 11975
+1902 7022 7625 14467
+7786 8230 9023 11984
+8223 8224 9361 9363
+8241 9025 9029 14175
+8211 8212 12815 12816
+4466 11990 11991 13010
+11441 11449 11453 11471
+3723 7647 8668 14565
+3818 3819 8321 11068
+11923 13001 13006 13009
+3706 3723 3746 14565
+2705 6325 11367 11368
+11425 11453 11456 13166
+4187 6325 11367 11368
+11213 11214 11376 13074
+2853 10912 10913 11215
+10849 10943 11706 11707
+3041 3206 11819 11820
+5182 5345 8153 8174
+11214 11376 11377 13074
+8270 11208 11213 11215
+5431 12672 14566 14567
+5247 5316 11945 11971
+777 8157 9457 9468
+11208 11209 11212 11213
+8169 11892 12008 12013
+7991 12304 13206 13244
+3337 11951 11956 11964
+3168 12023 12052 12062
+738 7690 7751 12060
+737 12080 12082 13126
+3168 3290 3342 12023
+8270 11063 11208 11213
+1302 1303 4218 6356
+4899 10945 11710 13690
+2854 10912 11201 11203
+2150 2274 2346 9466
+5286 5342 9393 9396
+5342 5382 9393 9394
+138 2101 4128 4170
+8591 11354 11359 11360
+4170 5087 9382 9383
+8181 9412 9419 9420
+12672 12674 14566 14567
+5179 9381 9382 9428
+737 773 12039 12141
+8591 11354 11360 11383
+3286 3383 11945 11951
+1674 1675 5095 12042
+3048 6769 12018 12019
+3286 11944 11945 11948
+11763 11833 11836 11838
+5431 8748 12672 14567
+5215 5219 5293 12034
+11322 11385 11394 11451
+8751 12672 12674 14567
+710 711 3199 11821
+1674 1675 6770 12042
+8621 11410 11450 11451
+3132 3168 12062 12140
+3561 8551 8556 12551
+3301 12040 12045 12069
+3216 3217 12045 12073
+3599 3612 3617 12515
+5025 12044 12070 12071
+4223 8165 11887 12059
+775 776 12005 12014
+3129 11882 11885 12032
+3129 3170 11885 12032
+3290 3342 12015 12023
+4408 4497 13140 13141
+7306 8748 8751 14567
+8155 8169 8170 8171
+3214 3215 12033 12047
+11536 13181 13182 13183
+656 657 3172 12049
+657 4230 4231 12087
+8186 12060 13093 13099
+12030 12037 12050 13097
+1228 6319 6385 11229
+3131 3168 3342 12023
+4344 4359 4402 13109
+1119 14556 14557 14560
+12112 13147 13148 13149
+5113 5364 11784 11862
+1119 4004 8055 14556
+11399 11518 11521 11557
+11399 11431 11558 11590
+573 3051 6813 12042
+1119 8055 14556 14557
+3216 12020 12041 12073
+12064 12069 12097 12100
+12044 12069 12099 12100
+658 3133 3173 12083
+6339 6371 6422 11687
+3048 3213 3214 12018
+1118 1119 4004 14556
+2185 9387 9410 9417
+654 655 4228 12053
+3189 3320 3374 11799
+3528 3535 8467 12454
+12084 12086 12087 12104
+13106 13108 13109 13170
+8187 8535 12086 13127
+3253 3354 3374 11743
+4394 4426 11516 11534
+1118 1119 14556 14560
+5442 5738 8700 12662
+11876 11877 11878 12445
+12022 12050 12051 12060
+11403 11519 13181 13183
+12105 12108 12113 12119
+12090 12094 12095 12227
+3823 3829 3835 8860
+735 771 12074 12113
+4363 4364 11523 11568
+7223 8861 9204 14559
+662 3175 12105 12119
+3077 3242 3243 12213
+7940 8564 8659 13196
+5188 5350 12067 12079
+5301 12197 12214 12215
+9188 9609 9614 14238
+11385 11392 11413 11414
+3134 3174 12074 12097
+8620 8621 11410 11411
+5023 12093 12094 12121
+8601 8621 11385 11410
+3138 3343 12120 12147
+8601 8621 11410 11411
+5299 12159 12161 12170
+5197 6826 12218 12219
+12133 12134 12135 12142
+3057 3222 3223 12096
+8620 8621 11410 11450
+1444 4781 5923 13693
+6722 10333 10334 10373
+8545 8549 12513 12516
+11391 11410 11422 11450
+9120 12746 14549 14551
+1444 4662 4781 13693
+4240 4416 11460 13161
+3716 3717 3742 12687
+492 11255 11277 11284
+990 3715 5449 12682
+5297 5353 5369 12116
+2593 2645 9954 10044
+654 655 12053 12062
+8534 12081 12083 12084
+7957 13230 13232 13249
+4064 12744 14549 14555
+8534 12049 12083 12084
+12037 12050 12051 12054
+656 8535 12049 12087
+933 8676 8687 12666
+4063 4064 4086 14549
+8621 11385 11410 11451
+7232 7246 7247 14550
+5369 12120 12147 12150
+666 3177 12132 12134
+9359 9387 9406 9410
+7501 7513 14662 14666
+4029 7231 7232 14550
+769 5023 12120 12226
+11073 11075 11076 11077
+4693 11277 11284 11286
+5102 5194 12162 12164
+1686 5101 6778 12160
+3231 12159 12160 12161
+7231 7232 7246 14550
+590 3068 6779 6821
+5299 5354 12163 12170
+11385 11391 11410 11451
+5195 12165 12199 12201
+3234 3371 3372 12162
+12172 12182 12186 12208
+7246 7247 7258 14548
+5216 12162 12203 12212
+730 731 7744 12533
+730 766 767 12174
+729 12185 12209 12210
+3220 3221 12077 12079
+3307 3347 12158 12178
+5022 5218 12177 12178
+5127 12147 12155 12177
+8643 11437 11496 12586
+3663 3686 8035 12613
+765 766 799 12211
+7242 7247 7258 14548
+3063 3228 12138 12157
+3310 3311 3373 12168
+909 3573 7660 7661
+728 729 765 12225
+727 7978 8032 12254
+7983 12184 12207 12225
+7767 7770 8564 8662
+4029 7231 14546 14550
+4180 4298 4359 11207
+4192 6330 6396 11475
+652 653 12037 12054
+8568 11401 11431 11590
+7231 7246 14541 14550
+1225 4179 6317 6387
+8554 8557 12533 13224
+8553 8570 13176 13180
+8558 11362 11363 11396
+3335 3362 11897 11905
+12744 12746 14549 14551
+5195 5325 5355 12201
+3241 3314 3391 12276
+3130 3292 3296 12025
+3144 3313 12223 12228
+12223 12246 12247 12249
+8558 8568 11396 12548
+8660 8663 8664 11437
+788 9874 9892 9912
+11419 11578 11588 11592
+4249 4250 4425 12263
+3372 12162 12168 12169
+14536 14544 14552 14557
+10881 11853 11928 11929
+727 763 764 12229
+7983 12207 12253 12262
+5302 5357 12230 12239
+1696 5197 6826 12218
+4420 11447 12195 13167
+3243 3244 3316 12239
+5105 5197 12213 12219
+2953 11425 11430 11432
+602 3079 3080 6827
+11404 11425 11432 13166
+3330 11768 11837 11841
+11425 11430 11432 11441
+11404 11432 12153 13166
+11397 11479 11483 11488
+5107 5303 12234 12268
+4283 4458 12965 12971
+8005 12236 12269 12270
+3297 11759 11794 11833
+8035 11463 13192 13211
+7936 7976 7977 13205
+1978 11793 11822 11834
+8720 11615 11648 11651
+12254 13192 13194 13196
+219 2148 2186 9419
+3240 12197 12198 12199
+678 4252 12251 12257
+7322 14574 14576 14577
+5020 5124 5323 12265
+12273 12288 12295 13187
+14536 14544 14545 14552
+3274 3275 11772 11773
+675 3142 3181 12207
+11364 11396 11489 11490
+8555 8557 8567 13224
+11364 11439 11448 11449
+12182 12183 12185 12186
+4394 11516 11534 11535
+4212 4329 4489 10884
+9897 9901 9907 14356
+3147 3186 3317 8006
+11439 11441 11448 11449
+11363 11364 11439 11449
+11363 11439 11441 11449
+2784 2823 2985 11395
+11448 11449 11450 11453
+11425 11432 11441 11453
+12754 14536 14545 14552
+8862 14544 14552 14557
+9901 10765 10766 14359
+3248 3318 3352 12267
+7950 7981 7995 8006
+3249 12266 12282 12283
+3072 3073 3238 12165
+12205 12220 12221 12275
+2784 11391 11395 11422
+5300 12197 12199 12217
+12292 12296 13197 13198
+1663 2021 7949 14748
+5199 12266 12272 12281
+7049 7056 14433 14440
+11452 11453 11454 11455
+4063 4064 12746 14549
+5304 12266 12282 12283
+11322 11369 11394 11458
+3161 3200 3334 11840
+3633 3648 3672 12627
+8000 8036 8038 8042
+5257 7949 12285 14760
+3663 3674 3687 12615
+7962 12293 12307 13197
+683 684 12290 12307
+8681 12678 12681 14570
+7947 8023 8025 12300
+1974 1975 11986 11993
+11391 11394 11395 11451
+9123 12743 12756 14543
+11598 12304 13200 13244
+9579 9588 14210 14234
+3612 8615 11320 12515
+3136 3176 3302 12130
+3300 3366 3367 12227
+3176 3302 3340 12130
+606 3083 3084 12281
+726 12249 12273 13187
+7936 7976 13204 13205
+11950 11966 11968 11973
+720 4293 11983 11994
+7999 8040 8041 12291
+1727 5213 6806 11948
+7954 13215 13223 13234
+9901 10766 14359 14361
+11293 11379 12143 13156
+8071 11994 13040 13041
+3 722 8238 8239
+11851 11853 11924 11928
+9220 9907 14356 14366
+9220 9896 9900 14366
+1664 2021 2022 14748
+8019 8023 8024 12326
+7028 7059 7074 8919
+720 721 3204 11970
+5147 5253 11746 11747
+5250 5360 11743 12329
+3261 11776 11778 11786
+10364 10365 14249 14266
+5109 5200 5250 12328
+5322 7995 8005 8007
+1987 12335 12649 13240
+11293 11459 11460 12143
+11483 11484 11683 11684
+4175 4176 4340 8348
+1966 8915 9588 14234
+9895 9896 9900 14366
+7981 7982 8005 12308
+1664 1665 5149 7772
+9220 9907 14140 14356
+12347 13242 13243 13253
+7966 7967 12345 13255
+9220 14140 14356 14357
+3321 3354 11743 11800
+3287 3288 3383 11947
+12316 12317 12319 12336
+693 694 4267 12342
+3190 3355 11744 11788
+3151 3190 3355 11788
+4269 4270 11857 12358
+8104 8318 11159 11189
+8865 9123 12756 14533
+11916 11917 11919 11920
+12334 12340 13241 13242
+7953 12345 13245 13255
+2539 2616 10310 10365
+698 699 4272 11921
+7964 11801 11803 12338
+700 4273 4274 12362
+8876 9123 12743 12756
+7967 7969 13245 13255
+3752 3760 3763 12684
+3237 3238 3349 12201
+3238 3312 3349 12201
+7937 8013 8666 12351
+3214 3215 12020 12047
+2878 2954 11467 11468
+7243 8875 8881 14530
+8800 10818 11067 11104
+11785 11786 11844 11941
+2954 11466 11467 11468
+11825 12351 12352 12353
+3214 12016 12018 12047
+4378 10905 10909 10910
+12074 12097 12098 12110
+8799 10806 10981 11067
+10819 11067 11104 11105
+4065 4070 7208 7237
+985 3712 3726 8684
+2973 11084 11090 11093
+4448 4515 4516 12363
+11259 11331 11544 11545
+845 12367 12368 12369
+3361 11839 11841 11901
+2954 11434 11466 11468
+3448 3461 3465 12389
+12378 12386 12390 12391
+7796 8444 9994 12369
+14153 14154 14159 14160
+3421 8398 8404 10116
+2954 2992 11434 11468
+4339 4412 11543 11547
+7447 12382 14652 14653
+2716 6330 6396 11475
+1301 1302 4335 6383
+4192 4310 6396 11475
+7491 8183 14667 14676
+3122 6806 6848 11947
+3464 3468 12385 12390
+5213 11945 11947 11948
+10807 10828 11070 13028
+3286 3337 11944 11951
+3439 12377 12382 12387
+11436 11578 11579 11705
+8379 11114 11173 11178
+3430 3445 12416 12418
+3164 3337 3338 11959
+865 866 12486 14644
+7509 12391 12394 14656
+4386 4489 10877 10884
+4213 4331 10883 10892
+6900 7464 7476 7479
+4213 4387 4490 10892
+8626 8642 11497 13653
+11481 13651 13652 13653
+12401 12402 12403 12407
+3456 6897 6926 6930
+9931 10734 10735 14736
+8690 11500 13651 13653
+5367 5374 11764 11772
+863 1124 6868 7464
+8405 8408 12405 12409
+3409 3422 8394 8399
+8054 12739 12740 14523
+12069 12074 12098 12099
+6903 6915 12408 12414
+3469 12385 12395 12396
+8626 8652 11497 13718
+8618 11424 11489 11491
+8050 8054 12739 14523
+3110 3275 3276 11770
+1710 5113 6795 11784
+7472 7474 7496 14649
+4898 4899 13690 13716
+6895 6924 6925 12419
+8618 11489 11503 11508
+1862 3416 6861 6862
+1712 5114 5205 6796
+7527 12420 14680 14683
+8998 9168 9178 14412
+5205 5309 11862 11914
+8463 9085 12424 14681
+3396 3397 12417 12429
+3939 3969 9003 12916
+11488 11489 11502 11508
+862 1124 1125 4014
+3985 12426 12918 12919
+6882 6906 6907 12417
+3087 3088 6831 12327
+2826 11479 11483 11488
+3189 11799 11802 12331
+7159 7173 12882 14514
+832 833 7549 8424
+830 3396 12422 12425
+5250 5257 11799 12328
+3874 3885 6887 6888
+7136 7159 7173 12882
+7779 8087 11057 11216
+7457 7489 8244 14677
+3482 3510 3511 12481
+8077 8184 9040 13131
+3077 6784 6825 12215
+8618 11424 11489 11508
+7800 11034 11040 11047
+11393 11487 11494 11499
+8075 8257 8258 12436
+2479 10108 10129 10141
+11494 11538 11586 11591
+7778 8086 12996 13085
+8191 8192 13121 13122
+4924 11120 13386 13387
+8084 11064 12998 13075
+13066 13067 13084 13089
+8497 8514 8520 12447
+4959 4992 13610 13635
+3243 3315 3391 12231
+1695 1696 5197 6826
+8128 11059 11060 11280
+8589 8591 13594 13596
+3521 8495 8499 12447
+2936 2986 3013 11222
+3498 8511 12473 14620
+4712 11487 11499 11506
+5301 12213 12214 12215
+7173 8051 12882 14519
+8478 8484 12451 12466
+7690 7703 8467 8476
+8051 8857 12882 14519
+7703 7704 7754 8476
+3487 3520 3527 12468
+7410 7421 8487 14637
+7134 7136 7173 14519
+3542 3543 8484 12442
+3547 8523 12451 12453
+3231 3232 12159 12161
+8516 8522 9117 12452
+985 986 8683 8755
+912 7366 7367 12491
+7415 7416 7430 14635
+7377 7387 9210 12469
+3180 3308 12172 12173
+3230 3231 12156 12159
+7404 8473 12469 14637
+3535 8483 12441 12456
+3065 3230 3231 12156
+3546 3549 8489 12463
+4034 8057 12448 14609
+8904 12850 12851 14515
+1112 4034 4044 14610
+589 590 3067 6779
+3220 3221 3366 12079
+11494 11538 11591 13611
+4710 11505 11510 13597
+7357 7380 7389 14602
+3219 3220 3303 12079
+3483 3512 12481 12483
+8256 11037 11372 11373
+8618 13571 13582 13597
+11503 11504 11509 13699
+2986 3013 11222 11237
+11198 11247 11265 11266
+868 12484 12487 12489
+12483 12484 12487 12488
+4831 4943 4994 13313
+3483 3484 3512 12483
+11222 11237 11269 11270
+1109 7612 12483 12488
+4410 4411 4475 11342
+8541 11295 13151 13153
+7799 8520 8521 12493
+9574 9579 9580 14234
+8609 12523 12526 12529
+8631 8632 8653 13699
+5833 8586 8607 8613
+5727 5875 8633 12540
+5326 12078 12094 12114
+3056 6773 12077 12096
+4712 4882 11499 11507
+12120 12133 12134 12144
+8479 12107 13145 13146
+11504 11509 13633 13699
+8600 8614 11380 13549
+8498 8589 12492 12503
+8164 11882 11883 12032
+8589 8599 8610 13550
+3130 3169 3296 12025
+3608 3609 3622 12537
+4869 11361 11383 13551
+11787 11801 11802 12341
+5184 5291 5347 11995
+3569 8585 12514 12525
+9219 9233 9235 14724
+6850 7149 8937 14512
+509 2825 11424 11480
+6850 7149 8937 14510
+4708 11421 13571 13597
+8600 11380 11381 11511
+8668 8674 12685 14565
+730 766 12174 12210
+4358 4522 11474 13182
+12158 12173 12174 12191
+4358 11474 11478 13182
+7177 7187 14505 14507
+7979 8623 11496 11497
+1069 1070 8979 14369
+11425 11440 11441 11453
+8553 12193 13224 13225
+7177 7179 7187 14507
+7177 7179 14507 14515
+4393 11126 11147 13021
+8567 8568 8569 8660
+2786 2826 2954 11479
+11403 13171 13175 13181
+2932 2933 3011 11130
+2932 3011 11128 11130
+8134 9053 13798 13815
+2932 11126 11128 11130
+2958 2994 11533 11556
+2789 2958 2994 11533
+936 7295 8673 14565
+8617 12517 12524 12529
+2932 11126 11128 11147
+11400 11402 11464 11558
+2811 2850 2983 8371
+3579 3586 8550 12559
+2882 2883 3021 11478
+2983 2990 8339 8346
+729 7689 7752 8566
+8106 11138 11141 11148
+8551 8554 8566 8567
+8551 8554 8556 8557
+2966 10795 10847 10867
+908 909 3561 7660
+8629 8634 12537 12543
+3554 12561 12565 12571
+8582 12566 12575 12592
+8017 10779 10864 11704
+10860 10864 10865 13256
+11526 11527 11528 11532
+950 951 3638 12597
+7286 8577 8650 12597
+12850 14505 14507 14515
+1070 6945 6967 14369
+3706 7645 7646 12671
+7187 7188 14505 14506
+899 900 7357 12573
+7379 7384 7390 12580
+8583 12573 12581 12582
+899 3555 12566 12571
+899 12566 12573 12575
+4076 4087 9118 12582
+10776 10782 10855 11706
+12566 12571 12572 12573
+8002 11661 11669 11692
+14210 14211 14221 14223
+11400 11463 13193 13212
+1107 4010 7652 14604
+901 7358 7380 12579
+11463 12252 13188 13190
+6945 6967 14369 14370
+934 935 3629 12668
+8643 8695 11496 12586
+11442 11524 11526 11527
+7791 8377 8888 13430
+8643 8649 8695 12585
+8657 8658 12597 14754
+11442 11526 11528 11570
+3630 3631 3660 8015
+8647 8656 12565 12583
+4075 12580 12581 12582
+949 8649 8650 12585
+2735 10796 10844 10845
+7314 7315 12584 14595
+12069 12070 12074 12099
+3676 3677 12646 12647
+11803 12332 12338 12340
+746 9287 9387 9406
+11399 11472 11536 11686
+8582 12567 12575 12579
+11686 13181 13184 13185
+952 7288 12590 12598
+5218 12156 12159 12178
+668 669 3178 12144
+7187 14505 14506 14507
+11478 11536 13182 13183
+11399 11472 11518 11521
+7661 7755 8550 8575
+2741 2742 6343 10914
+2906 2943 10893 10901
+7177 14505 14507 14515
+11259 11331 11339 11544
+7103 7135 7144 14498
+11259 11331 11542 13154
+8622 8637 12589 12599
+7103 7135 14498 14501
+726 940 3648 12627
+8577 8650 12556 12597
+3007 10886 10987 10999
+2923 2924 10886 10891
+2978 3007 10886 10987
+731 732 12175 13169
+952 953 7288 12598
+2148 2186 9419 9451
+8700 8721 12654 12662
+551 2807 2846 11008
+2806 2845 10952 10987
+4339 11323 11543 11547
+11259 11331 11542 11545
+948 949 8695 12587
+929 930 12662 14564
+11331 11542 11545 11547
+8003 8031 8733 12639
+3690 11652 12611 12626
+3694 11652 12621 12631
+2888 3034 11550 11551
+3675 3694 11652 12614
+947 948 7283 8641
+2806 10978 10984 10987
+8745 8746 10848 12658
+686 4259 4260 12314
+6442 6560 10334 10335
+7988 12288 13186 13187
+8909 9574 9575 14202
+7976 8039 12616 12620
+3654 3662 8043 8044
+3648 7748 7978 13187
+7955 12303 12304 12315
+7939 8017 10774 11704
+7948 8027 8030 13216
+12292 12306 12307 13197
+7990 7993 11616 12614
+8719 11652 12612 12614
+8719 10933 11615 11719
+3693 7993 12622 12623
+3685 8048 12623 12630
+3678 3679 3696 12645
+3657 3658 3677 12646
+7956 7968 7970 12645
+7957 11703 12337 13232
+10771 10794 10862 10868
+7141 12882 14508 14509
+4364 4430 4431 11723
+8909 9574 9581 14202
+2956 3032 11462 11472
+7988 8039 12294 13198
+2956 2993 3032 11462
+7973 12644 12648 13237
+7968 7969 13252 13255
+11654 11655 13220 13222
+12313 12322 12323 13223
+11617 11659 11660 11682
+3688 3697 12621 12634
+10782 10942 10943 11706
+1987 3649 8018 12649
+8013 8014 8670 10781
+7720 7769 8901 14501
+8709 13686 13703 13724
+8703 8712 11670 13673
+12151 12158 12179 12191
+12069 12074 12097 12098
+2956 11462 11472 11482
+8901 8902 8903 14498
+11395 11450 11453 11455
+8668 8669 8674 12685
+8909 9572 9574 9575
+7143 8096 14491 14494
+3655 7946 12653 12654
+937 7267 7295 14565
+3034 11550 11566 11567
+7273 7292 12665 14562
+7824 9016 10437 14379
+7110 8096 12811 12815
+3219 12066 12067 12079
+493 2778 2814 11299
+11550 11566 11567 11720
+988 3706 7645 12671
+8755 12671 12673 14576
+8685 12667 14562 14570
+903 8581 12574 12576
+2772 2773 2990 8347
+11550 11567 11720 11722
+3631 3653 3660 12661
+11550 11551 11567 11722
+8103 8339 8364 11138
+3034 11550 11551 11567
+8096 8221 14491 14494
+7261 9121 14554 14561
+8344 8345 8350 14176
+7102 7133 7137 14489
+8013 8769 12349 12351
+3320 3374 11799 12328
+7102 7137 8219 14489
+2799 2837 10988 11010
+4386 10877 10884 10888
+8092 8303 10065 10078
+8744 8745 8805 12683
+11478 11519 11536 13183
+10870 11017 12699 12704
+3718 3743 3744 8804
+11400 11532 11558 13193
+3733 3745 12712 13056
+8667 12686 12688 12690
+8765 8766 12688 12690
+8303 12810 13776 14487
+7274 7300 7320 14571
+7946 8722 12653 12654
+8738 8810 8814 12697
+4506 10888 10892 11001
+5452 5453 5742 12695
+10886 10890 10891 11000
+8771 8819 12692 12693
+11825 11826 12352 12353
+3735 3737 8678 12700
+731 12190 12533 13169
+6009 6187 10402 13921
+11801 12333 12339 12341
+5053 5309 11912 11915
+516 2789 2829 11555
+4278 4279 4454 13064
+2863 2947 2988 11311
+11401 11557 11590 11705
+8776 8780 13026 13030
+3054 3219 12067 12079
+3751 3756 8761 12706
+3054 3219 3220 12079
+8677 8762 12700 12710
+2757 2923 10883 10892
+8760 8775 12360 12992
+2541 2617 2661 10370
+5443 5444 7198 12736
+8300 8303 10063 14483
+994 995 3720 5454
+11597 11598 13206 13207
+980 989 3710 12672
+11563 11564 11599 13207
+967 3701 12724 12727
+11564 11565 11594 11597
+968 3702 3703 12727
+5345 8171 8173 8174
+976 3708 3722 12707
+2901 2966 3035 10795
+11522 11552 11572 11609
+2901 3035 10795 10799
+10805 10812 10817 10925
+7216 7224 7227 14531
+7068 7069 14479 14481
+7230 8841 8874 14529
+8795 8869 12781 12789
+7640 7641 7768 8861
+10827 12728 12775 14526
+968 8799 12728 12731
+7574 12368 14733 14738
+3333 3382 8171 8173
+1909 1910 7128 7721
+519 520 2791 11522
+2961 11564 11594 11599
+11436 11485 11574 11611
+7068 12950 14479 14481
+7173 8051 14514 14523
+8909 9572 9574 9581
+936 937 3631 12660
+8790 8858 12763 14538
+12950 12957 14479 14481
+2878 2879 3020 11445
+11419 11497 11581 11592
+7040 7068 7069 14481
+47 1099 7603 7624
+2880 11445 11446 11474
+3835 8860 12733 14534
+3635 3653 3660 12661
+8876 8881 9123 12756
+7040 7068 12950 14481
+11485 11573 11574 11611
+3839 8860 8870 12733
+4191 4309 4356 11446
+8862 8864 14543 14553
+3016 11343 11345 11544
+8859 8860 14535 14537
+7081 7082 7092 14476
+500 501 2821 11370
+3833 3837 3842 8871
+501 2782 2821 11370
+3333 8171 8173 8174
+4717 11573 11575 11583
+3787 12769 12770 12776
+3820 11068 12788 12789
+7081 7092 14465 14476
+1140 1141 4028 7203
+9574 9581 9582 14202
+3749 10923 12703 12726
+7790 10825 11073 11165
+4062 4084 4086 14548
+3826 8875 12758 12768
+1119 4038 8863 14557
+2741 2742 2907 10914
+3833 3834 8869 12781
+11436 11485 11610 11611
+2856 2857 11202 11238
+2807 2845 3007 10987
+943 1987 3649 7687
+1026 1027 3787 12759
+1987 8018 8020 12649
+3797 3830 12787 12791
+8851 8879 8887 8888
+8869 8871 10917 12775
+11398 11418 11495 11498
+3698 3699 12718 12720
+5751 8850 8878 12784
+7114 7146 7147 9129
+5457 5746 8131 8132
+2846 11008 11018 11109
+11465 11578 11586 11592
+11465 11537 11578 11586
+11465 11537 11538 11586
+3281 11830 11904 11911
+11465 11538 11586 11591
+3769 3797 3798 12802
+2889 2890 11549 11599
+7082 7092 7094 14476
+2889 2961 11594 11599
+1062 1063 3866 5482
+8146 8385 13813 13817
+2795 2835 2965 10861
+7805 8375 8378 8381
+3801 8322 12788 12795
+2520 8336 8345 8349
+7092 7094 14464 14476
+2890 11548 11549 11599
+2898 2965 2999 11658
+1000 12804 12805 12814
+2600 10061 10062 10123
+1004 8211 12812 12815
+8096 12811 12815 14174
+2835 2965 3000 10861
+4369 10794 10796 10844
+8201 8211 9023 12816
+3803 3822 12766 12780
+11694 12641 12642 13684
+1970 1971 7792 9365
+8067 8222 8225 9365
+448 449 2734 6372
+8065 8067 8225 9365
+2890 11548 11563 11599
+2796 2836 2966 10847
+3931 3960 12949 12952
+12847 12876 12877 14503
+7083 7094 7095 14470
+3900 3901 3916 12880
+2889 11549 11551 11599
+8990 9201 9705 14470
+8719 11615 11616 11651
+3868 6936 7622 12826
+3989 4000 12924 12928
+7042 8894 12953 12954
+11566 11607 11608 11719
+3019 3031 11427 11456
+10933 11607 11608 11719
+5057 5322 5331 8007
+8697 13642 13644 13722
+8716 11613 11630 11632
+8990 9705 14463 14470
+3916 3922 3925 8904
+3960 3961 8897 12952
+6912 6916 6929 12833
+6879 6905 6912 12827
+7803 8892 10069 13868
+11630 11632 11636 11637
+3846 3847 12869 12874
+3919 8905 12839 12848
+3900 3916 12850 12880
+3054 12067 12077 12079
+5864 8134 13799 13815
+8620 11417 11422 11448
+3892 6851 6886 12841
+7138 7142 7160 14490
+8716 11628 11630 11631
+8937 12842 12843 12877
+3894 3907 3912 12876
+1774 7114 7115 9129
+5462 5463 12842 14512
+5462 12842 12847 12877
+12876 12878 14503 14511
+8620 11412 11417 11422
+146 8150 8152 8174
+8705 13642 13644 13722
+1032 1033 3845 12873
+11632 11640 11650 13642
+9128 12850 14505 14507
+7779 8262 8274 8287
+8958 12868 12873 12883
+7163 7178 7181 14502
+5999 6177 10319 13856
+2813 8267 8287 11063
+9042 9439 9475 13110
+9128 12850 12856 12867
+8904 8905 12851 14515
+8252 8253 8267 8274
+8903 12880 12881 14508
+7788 8314 9203 9549
+9201 9705 10356 14470
+10277 10318 10321 13870
+7089 9012 9013 14465
+8026 10931 11676 11677
+330 5998 10292 10294
+7028 12885 14432 14433
+7063 7064 7080 14468
+11331 11542 11543 11547
+331 332 10279 13855
+540 2802 2840 11134
+8903 12834 12858 12880
+9011 9012 9013 14465
+7046 7058 7072 8988
+3902 3917 12852 12854
+7179 12854 14507 14515
+541 2802 2841 10869
+12853 12865 12866 12869
+541 2802 10869 11134
+7080 7081 7089 14465
+7056 7074 7077 14440
+8913 8922 8923 12886
+9613 9614 14238 14244
+9187 9194 9195 14457
+2802 2841 2974 10851
+2732 2733 11687 11689
+1036 3848 3849 12888
+3883 7630 12829 12830
+6956 6986 12893 14413
+7946 10849 10942 10943
+4201 4353 11687 11688
+2863 2988 11268 11311
+2961 11564 11594 11614
+1083 12897 12899 12901
+8134 9053 10085 13816
+7032 14447 14460 14462
+1085 3939 12895 12896
+11630 11631 11632 11636
+10933 11522 11552 11607
+3970 3971 6858 6893
+3943 3953 3969 12916
+8719 10933 11609 11633
+7530 7531 8464 14682
+6894 8463 12423 12426
+8974 12912 14692 14699
+45 5493 5494 12911
+2187 9419 9435 9444
+7532 7562 7563 14697
+521 522 8716 11629
+8999 9001 12892 12897
+11643 11660 11663 11667
+7032 7033 14460 14462
+6959 6989 8417 14420
+2831 2960 11607 11614
+8411 8413 12428 12920
+11197 11198 11199 11270
+5951 6069 6161 13907
+3967 9003 12917 12918
+9004 12895 12913 12917
+1092 3943 3944 8461
+2791 11522 11552 11607
+8031 11664 11680 13724
+11676 11678 11680 13683
+45 1793 5493 6969
+8996 9090 9091 14093
+7561 7576 8465 8466
+445 446 2731 6338
+7586 7600 14709 14710
+8425 12422 12427 14679
+6115 6166 6284 13889
+8463 12420 12423 12426
+606 607 3084 6829
+5475 7032 14447 14462
+3981 3991 3992 12938
+8532 8560 12521 13224
+11618 11643 11660 11667
+496 497 2819 11305
+8716 11630 11631 11632
+2933 2934 2983 8346
+521 522 4722 11629
+8130 9051 9058 13815
+2792 11605 11614 11649
+8421 8423 14689 14690
+4218 4336 6416 11127
+6933 7618 8415 12940
+3954 3974 8421 14690
+3954 3956 3974 14690
+3942 3975 8412 8421
+7087 9135 14442 14446
+1781 5474 7031 14447
+11805 11806 11808 13062
+3976 3995 12928 12931
+8893 8894 8897 12823
+10933 11607 11615 11719
+7040 9008 12819 12950
+7997 11659 11682 11690
+6870 6880 8899 12824
+7997 13219 13237 13238
+3973 6890 8929 8930
+11600 11622 11624 13239
+8710 8736 12638 12643
+2757 2922 2923 10892
+2923 2924 3007 10886
+8111 9079 9080 13520
+3932 3960 3961 12952
+2397 2398 4612 10557
+472 473 2758 6412
+7036 7051 7075 12946
+11654 13219 13220 13238
+8734 11666 11674 13677
+1097 1098 3927 5497
+7069 7083 14478 14479
+1069 6966 7823 8992
+8979 12951 12957 14479
+4209 4326 4487 10854
+2911 2912 2973 11090
+2746 2912 11025 11026
+4486 11025 11028 11093
+2968 2989 10898 10996
+4320 4485 10796 10799
+10896 10897 11004 12980
+10784 10920 10962 11002
+8666 8667 8670 12686
+8786 8813 12704 13317
+11197 11198 11270 11409
+8147 8374 10063 14483
+8832 10924 10926 13440
+4997 5950 13890 13891
+7935 8015 8670 8671
+3198 3297 3331 11794
+4381 4487 4520 11028
+4845 4918 4949 11014
+2977 3006 10834 10983
+1718 5117 6800 11767
+2746 2911 2912 11026
+8800 8855 10981 11005
+10840 10842 13063 13064
+4280 11811 13061 13064
+8774 10803 12711 12712
+2755 6350 10878 10884
+8854 10872 10874 10876
+10833 10842 11816 13064
+8769 11826 12350 12966
+12351 12352 12354 12356
+8778 8780 12977 12993
+11666 11673 11674 13675
+7032 7062 14447 14460
+5475 14447 14461 14462
+4278 11808 13063 13064
+8788 8794 12732 14527
+2735 6340 10802 10845
+4286 10881 12985 12987
+10984 10985 10987 10997
+2736 2737 6402 10802
+4828 4895 4995 13688
+1976 1977 2011 11894
+4286 4462 10881 12987
+11082 13002 13003 13005
+450 2736 6340 6402
+12445 13067 13068 13084
+9439 9441 9446 13088
+8469 8470 13093 13099
+13661 13662 13680 13682
+8734 11674 13676 13677
+8470 11194 11195 13104
+8073 8077 13086 13131
+7062 14447 14448 14453
+8712 11673 11674 13675
+8734 11674 13674 13698
+8791 8792 12986 12988
+7062 14447 14453 14460
+712 713 4286 10881
+3160 11821 11851 11928
+10810 10880 13003 13004
+10810 13003 13028 13029
+8866 11986 12793 13013
+3825 3836 3841 12758
+9024 11932 11987 13012
+721 722 3165 11975
+8965 9221 14700 14710
+8334 13017 13019 13044
+4997 5950 6068 13891
+7226 7227 14531 14532
+9188 9191 9593 14440
+8866 9024 10879 13024
+4467 11990 11991 11992
+5684 13671 13695 13697
+3683 11669 12636 12637
+7938 8672 8770 10774
+8765 8766 8767 12688
+2909 2910 2972 10909
+4268 4269 11826 12968
+11857 12352 12356 12358
+696 11823 11856 12352
+9188 9189 9191 9593
+8031 12643 13672 13724
+8826 11095 11110 11124
+10778 10988 11009 11011
+8777 10813 10852 11161
+10851 11089 11124 11136
+3054 3220 12077 12079
+4450 4451 4505 13039
+1959 7746 8981 9181
+2725 2726 2891 11548
+6080 6121 6130 14008
+1004 3774 8211 12812
+9188 9189 9191 14246
+2880 3020 11445 11474
+8920 9593 14433 14440
+8210 12796 12812 13043
+8098 8322 11151 12795
+2954 11434 11466 11479
+8333 13048 13049 13050
+4709 4710 11510 13597
+7056 14433 14440 14441
+1432 4656 4775 5937
+3708 3721 3727 8783
+3735 3756 3758 12700
+8761 8774 8777 13038
+703 4276 11805 12364
+8775 12364 13035 13036
+5052 11753 11955 11972
+11675 13669 13670 13671
+8782 8827 12704 12705
+1980 3709 3721 13056
+2713 2714 2879 11443
+8761 8774 13038 13056
+8704 8705 13667 13681
+8774 10812 10840 11161
+2702 2867 2868 11324
+11805 12364 13037 13065
+3727 8783 12710 13056
+4277 4278 11805 13065
+702 3155 11938 12359
+5439 5735 5736 8701
+8704 13661 13663 13682
+8759 11790 11804 11806
+4397 4502 11893 13076
+8196 13073 13091 13094
+12053 12054 12063 13101
+4893 11673 11675 13668
+11883 12030 12032 12055
+599 3076 3077 6825
+6715 9449 10164 13087
+6547 9441 9446 13116
+8075 8084 11057 11210
+8084 8189 11210 13075
+222 2149 9442 9443
+4341 4477 11262 11263
+8084 8086 12998 13075
+9593 14433 14440 14441
+11211 11375 13069 13074
+11245 11256 11372 11373
+7953 12338 13241 13250
+8086 8189 13069 13075
+647 1306 4220 7785
+8704 13667 13669 13681
+6712 9423 9425 13083
+5839 8704 13681 13682
+9191 9593 14440 14441
+10091 10114 10115 10169
+501 502 2782 11370
+4345 11228 11231 13108
+410 2695 2696 6320
+11876 11878 12445 12995
+4407 12104 13125 13134
+2702 2703 6391 11324
+2112 2150 8194 9470
+146 1150 8152 8154
+11891 11893 12999 13000
+7056 7077 9191 14440
+8198 12998 12999 13000
+7056 7077 7088 9191
+525 2794 2833 8026
+3077 3078 3243 12213
+10125 10155 10156 10157
+9215 9216 9401 14668
+8702 8703 12619 12632
+7489 7502 8244 14678
+2861 2862 11233 11261
+8278 10130 10136 10165
+8539 13134 13138 13142
+12104 13125 13134 13142
+2698 11262 11263 11264
+8536 13135 13136 13145
+2856 2937 2942 11218
+12080 12082 12086 13128
+2436 2601 2602 10121
+6428 6550 6718 13115
+8073 8077 12433 13131
+8926 9191 14440 14445
+7511 7518 14658 14668
+2648 10103 10111 10163
+8184 13114 13131 14676
+7049 12885 12889 14433
+8086 12998 13085 13086
+7405 7418 7421 8475
+7027 12889 14433 14441
+4346 4476 11227 12089
+4300 6321 6388 11261
+4348 4474 11264 11268
+2471 2639 2681 10007
+4229 8535 12088 13105
+4182 4347 4476 11234
+4234 12112 12128 13147
+8475 8482 8490 12457
+4232 4233 4408 12101
+4408 4409 4513 11317
+4240 8546 12142 13161
+8540 12125 13151 13153
+7975 8003 8733 12639
+7975 8003 11677 11690
+8540 11295 12127 13151
+9257 9268 9984 10769
+11323 11331 11543 11547
+447 2733 6339 11687
+7027 7049 7056 14433
+8559 8560 11471 13164
+8529 12133 13157 13158
+10647 10659 10660 10675
+4413 4414 12136 13155
+7027 7056 14433 14441
+8769 11825 11826 12342
+581 582 3059 6817
+2733 6339 11687 11688
+9051 9054 13814 13815
+4349 4419 4519 13168
+2733 10844 11687 11689
+11321 11452 11454 13162
+4352 4416 11429 11461
+11454 12149 13163 13165
+4417 11457 12149 12153
+2733 2898 10844 11689
+2827 2956 2993 11482
+2732 2733 2898 11689
+1258 1259 4196 6334
+7975 8733 11694 12639
+2881 11474 11475 11478
+7027 7049 12889 14433
+4425 4500 4510 13183
+8730 11711 11712 13711
+8709 8736 12642 12643
+11434 11479 11480 11488
+2535 2614 2679 10286
+244 2368 2369 4534
+11399 11519 11536 13181
+11402 11403 11558 11559
+726 12295 12627 13187
+11403 11519 11559 13183
+4510 11478 11516 13183
+8693 8694 11579 12612
+678 3183 12222 12247
+7824 9014 9015 10437
+725 7999 8038 12305
+2478 2648 2682 10103
+12292 12306 13197 13198
+1688 6780 6821 12164
+8709 12642 12643 13684
+728 7688 7689 12260
+8709 12642 13684 13712
+2478 2648 10103 10107
+12292 12294 12296 13198
+2600 10111 10123 10157
+11402 11463 12256 13193
+11442 11526 11527 11528
+6713 6714 13083 13087
+516 4716 4717 11575
+12317 12318 12320 13240
+7997 11656 11659 11690
+7947 12300 12311 12313
+4496 13220 13231 13233
+4433 11598 12304 13203
+372 373 10012 10750
+7973 12634 12647 12648
+10934 11567 11720 13208
+4363 11515 11523 11568
+729 12185 12260 13180
+2470 2509 9976 10011
+4394 11514 11534 11535
+7974 10779 11702 13254
+9338 9339 13082 13119
+8570 11431 13174 13175
+5012 5961 6080 14008
+7936 7991 12304 13200
+7973 7997 7998 11682
+288 289 2413 4620
+7963 8046 12301 12314
+13197 13198 13199 13204
+7972 7973 12630 12640
+7991 10935 11596 13206
+9978 10716 10745 14139
+8559 12194 12195 13226
+2412 2578 9980 10717
+8559 11468 11470 13167
+8559 11362 11468 12195
+3639 8034 8657 12604
+3654 3682 3685 12624
+8010 8011 8022 8028
+10494 10540 10543 10547
+10779 10859 11691 11704
+10779 10860 11702 13254
+3662 8030 12635 12645
+7954 12314 13215 13223
+7070 7072 8988 14478
+8702 8710 12632 12633
+694 11797 11826 12342
+3681 3684 3690 12626
+10771 10857 11658 13254
+8019 12317 12318 12320
+688 689 3188 12319
+11703 12337 13232 13233
+7996 12325 13217 13219
+7971 8048 12635 12640
+10495 10631 10632 14318
+10780 10858 10936 10937
+7937 8764 8765 12977
+10499 10500 10540 10629
+6938 6962 6992 7835
+4733 4902 4903 10967
+267 268 2392 4546
+11634 12611 12617 12626
+5584 5692 5693 13334
+1234 1235 4184 6322
+10500 10501 10508 10512
+13302 13305 13306 13313
+10788 10789 11718 13259
+10499 10500 10505 14309
+9787 14312 14317 14318
+7969 7974 10779 13254
+8835 13283 13286 13289
+10803 10804 10822 10970
+7830 7843 7896 14317
+10936 11656 11690 11701
+2460 2500 10501 10512
+1837 5589 5590 13262
+1839 1840 5592 5920
+10856 10857 10936 11701
+8707 8727 8730 13719
+6073 6118 13913 13939
+8724 8737 8742 8815
+10787 10963 11724 13257
+8724 8725 8742 8815
+8956 12883 12884 14434
+10807 10819 10820 10826
+5850 5851 5859 8843
+4916 4917 13264 13287
+8829 8833 13282 13288
+13263 13287 13420 13422
+2615 2658 10285 10310
+5444 8836 8849 12736
+8848 10956 13284 13285
+6606 10310 10336 10365
+9188 9189 9593 14240
+2603 10121 10125 10127
+550 11006 11008 13293
+2644 2675 9951 9955
+5849 5850 5859 8843
+963 5443 7194 12736
+5444 5747 8836 8849
+549 4750 13290 13293
+4846 13338 13340 13367
+8846 10954 11107 13289
+10991 11102 13296 13339
+4920 11021 13291 13296
+7946 8722 10849 13719
+8706 8725 13719 13720
+2204 2282 2325 9569
+8725 11707 13719 13720
+2696 6388 11234 11261
+4944 4973 4994 13302
+4665 4831 13305 13313
+2591 2644 2675 9955
+5578 5677 5686 13707
+4902 11717 11718 13259
+4829 4830 4897 11700
+10783 11707 13719 13720
+1453 1827 5932 13309
+7025 7052 12883 14428
+10863 10939 10942 11704
+4915 4916 13419 13420
+1031 7025 7052 12883
+4792 5588 13311 13312
+1031 1032 7025 12883
+10789 11718 13259 13260
+4741 11137 11730 11733
+536 537 11096 13299
+2582 2681 9929 9935
+535 536 4736 13300
+2908 2968 10994 10996
+2571 2670 10642 10687
+4901 10946 11709 11718
+10870 11094 13299 13318
+8818 10962 11715 11726
+2632 10626 10642 10688
+2838 10988 11009 11010
+10850 10946 11709 11718
+6457 6576 10624 10643
+4844 10960 13262 13443
+4751 4920 4921 11021
+9024 10879 13006 13008
+365 6032 6033 10671
+8822 12713 12716 12729
+4958 13263 13264 13267
+6625 10641 10643 10687
+6625 6755 10641 10687
+4837 4907 13330 13373
+5692 10903 13336 13370
+452 2737 2738 6403
+2571 2572 10641 10687
+5692 13326 13328 13336
+4908 11729 13372 13373
+537 4737 4738 13319
+8738 8811 13332 13370
+2624 10490 10543 10544
+4055 4077 7311 7326
+5692 5846 10903 13370
+2863 2947 11263 11311
+2947 2988 11309 11311
+8737 8739 8740 12697
+7945 8816 8817 13298
+2624 2628 10490 10544
+2988 11288 11309 11311
+6156 6260 13344 13346
+7849 14402 14409 14423
+5981 6100 6156 13349
+6301 13350 13351 13481
+10966 10967 13258 13275
+10138 13453 13455 13456
+8243 10177 10178 14675
+6234 6235 13354 13456
+13354 13476 13479 13481
+3217 3218 3301 12040
+7456 7457 7488 14675
+3218 3219 12066 12068
+5551 5912 9082 13362
+5743 8806 8807 13439
+6547 6548 6716 9447
+9614 14241 14244 14246
+7050 8927 12890 14228
+1331 4537 6442 10335
+1027 3788 5467 12776
+4670 5585 13369 13409
+8380 13382 13428 13429
+7791 10953 11121 13316
+8137 8389 13398 13407
+6957 9180 10696 12893
+1842 1843 5595 13364
+8810 8824 13439 13442
+1844 1845 5596 5921
+2988 11288 11291 11311
+10918 11175 11187 12791
+4848 4976 13315 13363
+8376 10986 11113 11175
+9179 9180 14416 14420
+386 2477 2516 10087
+1584 5012 5961 6080
+3768 3789 8882 12792
+2506 10658 10688 10689
+4228 4229 8535 13105
+4637 4760 8388 9055
+8095 8301 10078 14488
+11117 11118 11173 11186
+11795 11824 11832 11846
+8092 8359 8360 10063
+8383 8388 8390 9050
+1594 6085 14068 14090
+7918 9177 10618 10649
+8103 8364 11150 11155
+3767 3768 3789 8882
+997 1030 3767 12799
+5747 5878 8834 8844
+2455 2494 2618 10401
+1028 3788 5467 12784
+2809 2981 3009 11078
+8331 11142 11144 11152
+5752 5753 8389 8882
+8324 12790 12802 13394
+721 4174 4294 13040
+8885 11179 13404 13405
+8878 8886 12785 12786
+5865 9057 9059 13398
+4927 11182 13406 13415
+8144 12792 13395 13405
+2696 2861 2862 11261
+5842 13411 13412 13437
+8955 10325 13870 13880
+4682 4683 4953 13434
+7287 8576 12590 12595
+2614 10309 10327 10330
+1491 1492 5500 13802
+4842 4986 4987 13263
+8822 10929 13417 13419
+341 342 10389 10391
+4842 4843 13262 13263
+3322 3356 11738 11739
+8822 8830 10876 13419
+340 341 10374 10382
+10387 10389 10401 10442
+4917 4918 13277 13279
+5849 8829 13264 13288
+2809 2848 11078 11116
+4754 11100 11122 13428
+5306 11735 11736 11739
+398 8340 8342 8343
+553 4753 4754 11100
+1478 1479 4798 5935
+8329 11173 11174 11176
+8884 10990 13388 13391
+398 2773 2850 8340
+3091 3256 3257 11741
+4680 4849 4956 13426
+5853 5904 10990 13391
+4681 4849 13424 13436
+5597 5696 5705 13424
+7876 7884 14402 14408
+3091 3092 3257 11741
+7862 7884 14337 14403
+3092 3257 11736 11741
+994 3719 5453 5454
+996 3698 5455 5456
+7862 7863 7884 14337
+3720 3729 3747 8812
+4909 11137 11734 13372
+8291 11048 11052 11055
+7862 14335 14337 14403
+5316 5318 8204 11971
+9956 9995 10016 10017
+7832 7845 7862 14395
+7845 7862 14335 14403
+10494 10499 10540 10629
+4691 11257 11278 11279
+7454 7485 7486 14674
+950 8650 12585 12597
+3473 12384 12395 12401
+10024 10130 10147 10148
+10131 10138 13453 13455
+355 2461 2501 10549
+7516 7518 7521 14660
+10048 10098 13778 13780
+10056 10057 10089 10092
+5406 7451 8500 8502
+8453 9409 10005 13452
+2677 10107 10108 10163
+3664 8694 11580 12586
+8115 13355 13478 13479
+10537 10544 10546 10547
+10129 10130 10133 10137
+8280 10024 10130 10147
+6233 13457 13458 13476
+8277 8452 10005 10024
+7489 8244 14677 14678
+8246 8285 10159 10171
+4806 4955 13462 13469
+1408 1797 1798 13498
+7990 11400 11435 11569
+10537 10543 10544 10547
+4859 11257 11281 13469
+1407 4643 4763 13498
+3638 3652 12597 12604
+7818 7839 7840 9751
+6234 6301 13354 13481
+10095 13453 13456 13477
+6059 10142 10143 10145
+1983 2017 2018 11846
+7797 8089 8275 8288
+3665 3692 12613 12614
+9143 14442 14444 14452
+8246 10161 10166 10167
+7488 7501 8244 14665
+8443 8452 8454 14664
+8280 10024 10130 10131
+4300 6388 11234 11261
+879 880 8122 12431
+10494 10537 10543 10547
+6057 6234 6235 13456
+11578 11587 11589 11705
+3664 8694 12610 12612
+5961 6080 6130 14008
+8286 10135 10142 10174
+1660 5054 11846 11847
+8503 13447 13450 13468
+2777 2937 2986 11254
+4859 11281 11282 13469
+4641 4761 4856 9082
+2489 2609 2612 10278
+5288 5344 8172 9458
+11279 11287 13472 13473
+11738 11748 11795 11847
+4694 11326 11330 13513
+2450 2490 10278 10316
+5884 11252 13505 13512
+1037 1038 3850 12879
+5855 5873 5884 11252
+4805 13510 13522 13530
+2679 10240 10280 10287
+7590 7595 14729 14734
+8590 8591 13540 13596
+3323 11738 11774 11777
+1221 1222 4296 6386
+6103 6258 6262 13525
+11777 11795 11846 11847
+1795 1796 5552 5913
+1795 5551 5912 13362
+14335 14337 14402 14403
+878 7453 7454 12430
+8623 8628 8653 11496
+1956 1957 7731 14328
+6059 6236 10143 10145
+8694 11419 11496 11497
+5720 5872 8495 8505
+2603 2604 2607 8269
+2645 9954 10042 10044
+7798 8290 11033 13518
+8124 8294 11051 13483
+4804 13509 13516 13522
+11327 13511 13515 13516
+2853 10911 10913 11215
+5555 5663 13500 13509
+4645 4764 4804 13521
+4810 4979 13531 13535
+2438 2439 2604 8273
+8602 11352 13538 13542
+4699 4700 4869 11360
+7799 8507 8520 8521
+8604 11348 11349 13594
+7832 7862 14394 14395
+5054 11777 11846 11847
+11755 11757 11758 11759
+3329 11758 11760 11761
+2439 2440 8090 8269
+3329 11752 11754 11755
+5052 11754 11758 11955
+315 2439 4591 8090
+4933 11416 13555 13588
+8589 8592 8610 13551
+1656 5051 5052 11757
+8867 9024 11987 13012
+7328 7329 7342 14598
+3270 3271 3360 11760
+7831 7908 14387 14388
+2427 2428 2593 9968
+628 3105 3106 6840
+3271 11760 11761 11766
+2591 2592 2675 9955
+9189 9593 10285 10343
+8601 12523 13566 13598
+8585 8586 8607 12514
+13556 13574 13576 13577
+6709 9970 14158 14163
+4706 11415 11423 13570
+11415 13567 13572 13574
+4651 4815 4933 13589
+8608 13582 13583 13584
+4876 11415 13570 13572
+504 505 4705 11414
+8588 8599 8600 8614
+8616 13566 13571 13572
+3279 11780 11828 11829
+891 892 3497 5414
+6990 7825 14388 14398
+3113 3278 3279 11780
+3113 3278 11780 11781
+7845 7910 7934 14388
+5564 13576 13590 13591
+1805 5561 13557 13562
+2877 2878 2954 11468
+1983 1984 2018 11824
+4653 4935 13591 13604
+7831 7908 7909 14388
+5875 5911 8631 8638
+5725 5831 5886 8593
+8600 8601 8614 11385
+8616 13571 13572 13584
+8586 8608 8616 12523
+7328 7339 9118 14598
+8606 9211 11248 11332
+7831 14314 14387 14388
+7834 7835 7837 7842
+2937 2986 11204 11254
+4696 11326 11330 11350
+11286 13505 13506 13513
+11349 11350 11351 13533
+4697 11348 11351 11359
+2777 2937 11240 11254
+6091 6144 6257 13765
+8613 13584 13585 13609
+4708 11421 11423 13571
+4877 13571 13572 13599
+711 4284 4285 11827
+4649 4769 4932 13557
+4558 4585 6463 9938
+2986 11204 11222 11254
+4315 6399 11548 11561
+4817 4964 4981 13605
+5671 13556 13569 13588
+694 3151 11797 11818
+10594 10596 14393 14401
+11484 11539 11586 11589
+8302 8305 10195 10228
+5147 11745 11746 11747
+8657 8658 12593 12605
+2877 2878 11444 11469
+8634 8654 11498 12543
+10593 10594 10597 10610
+5250 5257 5359 12328
+1428 1429 4654 5916
+6962 14328 14386 14389
+5567 13607 13617 13618
+4774 4937 13607 13618
+8947 10292 13855 13857
+8699 13622 13623 13643
+11396 11397 11490 11684
+2405 2406 4616 10624
+2406 4616 10624 10641
+8692 8693 8694 12610
+6962 6992 7835 14386
+3150 3190 11800 11803
+3189 3354 11743 11800
+2406 4553 4616 10641
+1430 4655 4774 13618
+8758 12712 13055 13058
+4937 13607 13617 13618
+8758 11807 12712 12715
+7799 8519 8606 12493
+3039 3040 3333 8153
+8980 12949 12950 14482
+7328 9118 12583 14598
+4715 4716 4885 11577
+4194 4394 11514 11517
+562 3039 3040 6765
+4888 4889 13626 13639
+11584 13613 13628 13651
+4824 4941 4960 13647
+5569 5678 11473 13650
+8717 11635 11636 13642
+4823 4888 4960 13640
+958 959 3644 12628
+5015 5534 13767 13768
+5015 6091 13767 13768
+6971 14386 14387 14389
+8696 8704 13649 13658
+4821 4940 11585 13638
+2394 10450 10493 10498
+1811 1812 4774 13607
+5569 5676 5678 11473
+436 437 2722 6368
+4889 4890 4991 11642
+520 521 4721 11632
+4780 5930 13678 13679
+3358 3375 3389 11843
+3039 3040 6765 8153
+6452 6729 10491 10497
+7965 11812 11817 12348
+7966 8769 12342 12348
+2396 4548 10489 10492
+13660 13661 13669 13682
+8718 13623 13624 13627
+8720 11647 11648 11661
+8031 11669 12636 13672
+14314 14386 14387 14389
+8708 13689 13708 13709
+4782 4995 13695 13696
+4663 4783 13696 13710
+4266 4267 12342 12350
+8732 11698 11699 13687
+13673 13703 13723 13724
+29 5434 12599 12601
+2549 10409 10410 10429
+10945 13690 13711 13713
+2383 2384 4605 10411
+7831 14314 14387 14389
+2383 2384 2549 10411
+1820 1821 5575 5923
+8734 11666 11674 13675
+2320 9558 9624 9625
+13673 13674 13703 13723
+4895 4995 11666 13688
+11664 13672 13673 13724
+11777 11832 11842 11846
+456 2741 2742 6343
+1265 1266 4317 6370
+5684 5890 13670 13697
+1821 1822 5917 13693
+3192 3323 11769 11777
+259 2384 4542 4605
+13302 13306 13307 13721
+4829 4896 4897 11700
+4829 4896 11700 13688
+13302 13304 13313 13716
+5890 8701 13676 13704
+1451 1452 4785 5931
+11840 11850 11852 11894
+525 8026 10931 11662
+8726 10788 10789 13720
+7939 8017 8731 11704
+8727 11712 13713 13714
+8732 11696 11698 13685
+2796 2835 3000 10847
+7974 12644 12646 12648
+4900 10945 10946 11709
+8017 8731 11704 12646
+6972 7835 7836 14381
+3648 7748 7978 8033
+4730 10940 10944 10945
+4832 4833 4970 13260
+8718 11485 11609 11610
+4719 4720 11638 11639
+6996 7004 7009 14382
+6975 6977 7004 10437
+1736 5395 7536 14733
+984 3712 3724 8684
+11839 11840 11850 11851
+7566 7588 8429 14738
+7007 7009 7847 9016
+5807 8439 13731 13806
+11839 11840 11850 11894
+9229 10054 14145 14152
+11840 11852 11894 11895
+2362 2363 4531 10205
+9106 10030 10757 10760
+377 9986 9992 9996
+9910 10011 10738 10750
+3663 3686 3687 12615
+2362 2363 2528 10205
+8432 8442 8444 12367
+11840 11894 11895 11896
+8430 8437 13746 13748
+5816 8431 8433 13752
+2361 2362 2527 10190
+10357 10417 10481 10530
+8451 10058 10090 10093
+2217 2218 2351 9663
+6945 6966 6979 14380
+3389 11783 11843 11907
+9409 10050 10088 10090
+3375 3389 11783 11843
+2289 9658 9662 9758
+8450 13459 13478 13502
+8451 10058 10093 13778
+6144 13726 13765 13774
+1611 1612 5000 5975
+11785 11843 11844 11940
+6144 6279 6308 13726
+7535 7565 7566 14727
+11776 11785 11842 11854
+5393 5709 5710 9097
+5393 5394 5710 14727
+6219 10757 10760 13728
+6145 6146 6219 13725
+8145 9051 9054 13814
+11843 11908 11912 11917
+6279 10754 10758 13726
+9992 9996 13743 13744
+6143 6257 6308 13762
+5609 13799 13800 13822
+3268 11942 11943 11955
+6503 6504 6672 14276
+2415 2416 4621 9928
+6614 6725 9714 10409
+5649 5650 5816 13757
+8431 8437 13753 13789
+6227 10051 13751 13754
+6097 6152 13740 13786
+8987 10357 10455 14380
+5268 9647 9650 9679
+5816 8433 13756 13757
+8145 13798 13813 13814
+8091 8101 8337 10081
+5133 9247 9912 9913
+2242 2243 9247 9864
+8134 10263 13818 13819
+2138 2177 9320 9898
+9053 13798 13811 13818
+10231 10250 10252 10253
+6167 9053 13812 13819
+9071 13480 13481 13503
+6283 13343 13347 13780
+2138 2303 2304 9244
+6155 6310 13780 13794
+2242 2303 2340 9866
+1065 1066 6943 12959
+6151 6259 6300 13738
+5806 5866 9092 14096
+9231 9917 9918 9920
+2137 2176 2340 9244
+7566 8429 14733 14738
+10085 13799 13800 13822
+3326 3358 3389 11843
+5994 6171 10257 10297
+10233 10239 10267 10299
+10295 10297 13835 13847
+3158 3198 3331 11794
+5995 5996 10267 10295
+8363 13826 13828 13841
+5990 5991 6168 13819
+710 3159 3199 11821
+8306 10071 10072 10075
+9143 10376 14444 14452
+449 2735 6340 10845
+8355 10226 10227 10228
+10249 10253 10254 10257
+6495 6663 6664 14241
+1495 1496 5504 13845
+8034 8035 8659 13196
+5993 6170 10256 10257
+1065 5485 6970 14376
+1552 1553 4996 6064
+10258 13829 13836 13837
+5994 10295 10297 13835
+81 82 2045 4142
+8187 8468 13126 13128
+2326 9499 9508 9522
+8362 10252 10255 13823
+10258 13828 13829 13836
+5613 5793 10073 13866
+6109 13848 13852 13867
+6173 6281 13848 13861
+11749 11796 11797 11823
+5613 13850 13852 13867
+8949 10346 13883 13893
+5999 6000 6177 10319
+8946 13856 13859 13873
+6176 13856 13860 13874
+11795 11796 11823 11824
+5120 5212 5248 11864
+5759 5802 5893 14000
+3848 12860 12870 12871
+5613 5792 10073 13850
+3321 11742 11743 11744
+5762 5786 5856 8949
+6656 14216 14217 14219
+8947 8951 10302 13868
+9564 9578 10304 13885
+5794 5856 5899 8946
+204 205 9343 9344
+8965 9220 9221 14357
+5472 5762 8953 14428
+204 205 2179 9343
+5120 11863 11864 11865
+5796 8953 8954 13901
+7799 8519 8606 13595
+2085 2248 9274 9291
+3283 3284 11863 11864
+2084 2247 2248 9251
+3283 11863 11864 11865
+7783 8195 11870 11873
+6002 6179 6180 10328
+8658 8660 8661 12604
+7799 8605 11249 13595
+9220 9900 9904 14368
+2132 2170 2296 7929
+648 649 11874 11889
+5616 5618 5786 13902
+5899 8946 13875 13889
+5618 5619 5796 13906
+9782 9787 10633 10634
+2452 2492 10340 10347
+10317 10318 13853 13855
+5509 13894 13895 13907
+331 10279 10292 13855
+11871 11876 11877 12028
+11879 11880 11883 12057
+8947 8951 10292 13855
+11871 11872 11876 12028
+7783 11870 11871 11889
+11871 11872 11884 12028
+8166 9044 11870 11889
+6264 6306 10435 10438
+11891 11893 13071 13076
+10358 10363 10375 10382
+9221 9224 9225 14357
+7814 9885 14356 14359
+6112 6119 6185 13911
+5619 5620 5797 13905
+10384 10385 13921 13922
+9885 9897 14359 14361
+5796 8954 13901 13906
+11891 13071 13074 13076
+9134 13880 13896 14435
+8964 9136 9141 13919
+5472 8953 8960 14435
+7057 13880 14435 14439
+10718 10746 10764 10765
+1035 1036 7027 12889
+5285 5372 9312 9391
+11214 13071 13074 13076
+5799 9132 13916 13924
+11214 11893 13071 13076
+7978 8033 8034 13196
+8955 8956 13880 14434
+5619 10361 13906 13908
+5285 5372 9312 9313
+10764 10765 14363 14364
+135 136 2099 4169
+4170 5087 9345 9383
+7054 7057 9135 14438
+5178 5285 5342 9314
+6693 9901 10766 14361
+10472 13930 13931 13933
+6189 10438 13935 13938
+6189 6288 10438 13935
+2180 2309 9258 9275
+9138 13918 13938 13941
+6013 6190 6191 10473
+5956 6075 6247 13958
+3362 11897 11900 11901
+11895 11897 11898 11905
+6076 6125 13972 13982
+6124 6125 13963 13982
+11895 11897 11900 11905
+6693 6694 9901 10766
+7871 9185 9223 14350
+9014 10467 10520 14003
+6236 6261 6301 10146
+10434 13933 13935 13938
+1510 5517 13972 13982
+335 6002 10322 10328
+9148 10387 10400 13937
+9140 13933 13934 13938
+9185 9223 10708 14350
+9142 10356 10388 13932
+5474 5758 8962 9136
+3155 3326 3327 11917
+10510 10534 13955 14004
+3920 12831 12833 12839
+10430 13962 13963 13964
+6018 6195 6196 10524
+9022 10570 10571 13987
+5521 5630 14009 14014
+6692 6693 10766 14361
+7875 14417 14419 14421
+7887 9154 10601 14392
+7824 9015 10437 14379
+13827 13828 13829 13836
+3194 3326 3358 11916
+1511 6077 13966 13972
+5518 5519 13983 13986
+6523 6691 6692 9888
+11783 11843 11844 11907
+11843 11844 11907 11909
+494 495 2818 11301
+11296 11312 11314 11316
+11296 11312 11314 11341
+6021 10511 10567 13994
+2063 9687 9726 9729
+10514 10517 10519 10520
+7799 8605 8606 13595
+10542 10565 10570 10630
+6616 9788 10448 10458
+2558 2611 2625 10503
+10395 10518 10519 10520
+178 2127 2166 9701
+2944 11296 11312 11316
+2944 2949 11296 11312
+5759 5760 5788 9151
+10399 13949 13969 13998
+9148 10441 13931 13932
+9854 14344 14347 14350
+9146 9147 10380 13999
+10397 10436 10439 10440
+10256 10258 13828 13836
+1514 1515 5012 14008
+352 353 10512 13973
+10256 13826 13828 13836
+5880 10474 13978 13997
+3099 3264 3265 11862
+5764 5803 5880 13978
+1583 1584 5012 5961
+6290 10516 13984 13992
+5630 13997 14009 14014
+355 356 6023 10568
+2207 2284 2329 9602
+10581 14017 14023 14025
+1515 1516 5522 14015
+10616 10636 10651 10652
+9854 14344 14347 14348
+2628 2667 10536 10545
+359 10589 10592 10605
+3101 3267 11914 11942
+9854 9860 9861 14348
+5882 5901 9159 9170
+2123 2285 2330 9633
+5522 5630 5631 14014
+9160 14044 14045 14064
+8905 8938 12839 12849
+1628 5983 6102 13360
+10671 10672 14082 14126
+10588 10680 14072 14080
+5773 5782 8623 8642
+6662 6663 6750 14249
+9156 10602 14034 14035
+6663 6664 6750 14266
+7933 10593 10597 14027
+9854 9861 14344 14348
+10589 10590 10591 10592
+7068 12950 14477 14480
+1261 4197 6335 6399
+9164 10612 14043 14052
+1517 1588 5013 14033
+1516 5522 5523 14058
+5633 5882 9163 14050
+356 357 6024 10603
+6250 14031 14033 14039
+6127 6249 6268 13967
+5206 5310 11942 11943
+6024 6201 6202 14017
+2210 2285 2330 9604
+11219 11221 11246 11371
+5634 5882 5901 9170
+1517 5523 14033 14058
+2197 9501 9516 9531
+2197 9501 9516 9519
+9167 10666 14077 14078
+6995 7003 14406 14414
+9532 9533 9547 9573
+6754 10643 10646 10687
+2197 9501 9502 9519
+6085 6132 6137 14068
+2465 2505 10660 10678
+7854 9843 9847 9859
+3101 3266 3267 11914
+367 2507 10693 10700
+3636 12589 12600 12601
+8187 12082 12086 13128
+9887 10693 10702 10707
+6030 10653 10665 10666
+6203 10613 14030 14040
+5490 5767 5774 9158
+6314 10667 14054 14056
+9166 14078 14091 14092
+9159 9160 14044 14064
+5784 5901 14057 14081
+3636 3641 3651 8640
+7817 9837 9839 14342
+5530 14104 14105 14108
+1524 1525 5006 5530
+11481 13652 13653 13718
+714 4287 10881 11923
+5898 5901 9169 14081
+9815 9839 14329 14342
+9102 9110 14099 14114
+8993 9088 9103 14112
+5392 9086 14702 14717
+188 9784 9803 9806
+713 714 10881 11853
+11853 11924 11927 11929
+5530 5531 14108 14124
+10701 10721 10747 10748
+6215 10741 10742 10753
+370 6037 6038 10740
+6038 6039 6216 10753
+5007 5536 13773 13783
+9817 9839 14329 14332
+7816 7916 9811 9813
+6213 10724 10731 14113
+5535 5536 13773 13784
+6458 6755 10641 10682
+6262 13359 13523 13524
+6145 6146 13725 13773
+6143 6257 13762 13768
+6143 6255 13762 14119
+2239 9822 9867 9873
+9934 10756 14133 14735
+2175 2302 9869 9891
+2136 2174 2339 9829
+2052 2216 9647 9648
+6698 6699 6737 9935
+11074 11852 11853 11927
+9272 9320 9903 9905
+715 716 11931 11936
+9918 10768 14138 14142
+6630 9926 9978 9981
+8324 11171 11177 11192
+10718 10744 10765 14365
+6530 9344 9920 9924
+6631 6699 6700 9935
+2249 2250 9273 9274
+2269 9433 9462 9464
+8393 9236 12373 14144
+9982 9983 9984 10007
+9842 10584 10712 14331
+6962 6971 6992 14386
+9231 9232 9918 9923
+2563 2564 10556 10557
+11923 11937 13006 13009
+6711 9424 10047 10049
+9425 10119 13083 13100
+9240 9342 9947 10153
+7789 11074 13001 13027
+9358 14153 14154 14159
+8649 8650 12550 12585
+327 328 2487 10233
+213 214 9337 9358
+1000 7108 7132 12810
+11930 11932 13023 13024
+7786 8067 8209 8225
+9229 9232 9257 9923
+2565 2566 2630 10712
+1313 1314 4528 6433
+9288 13078 13079 14172
+9338 9412 9420 13077
+9412 9417 9418 13077
+8091 8101 8102 14492
+8105 9031 9034 13041
+7858 7859 10584 14339
+153 2114 9364 9512
+1021 7125 7126 12742
+2114 2154 2321 9486
+10553 10554 10558 14339
+8311 8312 8336 8342
+9380 9543 9544 14180
+2191 2192 2279 9491
+8208 8233 9368 9371
+1969 1970 14193 14194
+8200 9364 9366 9378
+9380 9544 14180 14181
+11922 11930 11931 11935
+8220 14178 14180 14192
+11239 11241 11253 11256
+8221 14191 14192 14195
+10583 10584 10585 14339
+8217 9511 9539 9540
+5047 5142 9492 9504
+9541 14185 14186 14199
+8221 8242 14192 14195
+9380 9544 10202 14181
+7787 9028 9202 14201
+7863 10554 10558 14339
+8317 8910 9377 9550
+13849 13850 13852 13867
+154 9536 9537 9542
+13002 13003 13005 13028
+7832 7900 14317 14394
+10631 10632 10633 14318
+7105 7724 14518 14522
+1501 1502 1564 13907
+8325 10213 10214 10215
+2606 2678 10206 10210
+5611 5612 5791 13838
+8317 10207 10214 10217
+8317 10227 10235 10236
+7788 8317 9549 10236
+2118 2156 9527 9531
+5504 13840 13846 13852
+9568 9569 9601 9624
+6487 9580 14211 14212
+9807 9808 14310 14325
+8242 14186 14195 14197
+6436 6555 6599 10212
+158 159 2156 9533
+2489 10276 10278 10279
+9807 14310 14312 14325
+6656 6761 10281 14220
+2295 9730 9759 9786
+1323 4533 6438 10242
+8914 8923 9577 10273
+1965 9588 9592 14224
+1905 7023 7024 7627
+6663 14241 14249 14266
+1964 1999 2000 9623
+6494 6495 9616 14241
+8911 8917 14222 14225
+7027 7048 7060 14441
+2612 9528 10274 10276
+6489 6490 14223 14232
+251 2375 2376 4538
+8923 10220 12870 12888
+6658 6659 6762 14232
+7910 14310 14311 14313
+8916 10245 14218 14219
+2203 2282 9569 9624
+8921 14225 14229 14231
+5373 9569 9601 9625
+7045 7743 14458 14459
+2109 2110 2271 8150
+7087 7101 14442 14446
+9197 9198 14255 14257
+2110 2271 8150 8172
+7021 7045 7071 14458
+2108 2109 2271 8151
+5289 5344 8149 8150
+166 167 2160 9607
+1331 4537 4573 10335
+1329 4572 4631 6559
+6441 6559 6643 10290
+9188 9189 14240 14248
+335 336 2491 10344
+7910 14311 14313 14315
+338 339 10354 10359
+227 3126 8202 8237
+9143 10355 10381 13927
+80 81 2044 4099
+5090 5181 8150 8152
+6442 6561 6722 10333
+9614 14238 14244 14246
+6442 6722 10333 10334
+10364 14247 14249 14266
+8172 9430 9433 9458
+8920 9188 9593 14440
+10363 10371 10390 10393
+8926 9191 14245 14246
+9627 9628 9635 9638
+9626 9627 9628 9638
+6499 6500 6668 14268
+9615 9616 9634 14242
+10464 10466 14283 14305
+5946 6065 6114 13846
+8982 8983 8985 14472
+177 178 9708 14284
+1960 1961 7743 14458
+9641 9753 14274 14294
+6500 14262 14268 14270
+10263 13828 13829 13841
+9200 9642 9644 14277
+2204 2205 9566 9569
+9635 9639 9681 9682
+6724 9714 10428 10466
+2547 2619 10412 10414
+1965 9561 9588 9592
+9718 10420 14269 14282
+10412 10413 10421 14272
+6613 10410 10413 14272
+4035 4044 7389 14606
+7894 7895 14290 14293
+6618 9783 10452 10503
+6541 6542 9416 14168
+6677 9782 10506 14289
+6674 6675 10461 14305
+10461 10464 10466 14305
+215 9357 9360 14168
+7830 9779 9782 14289
+215 216 2146 9359
+214 215 2184 9357
+4075 7356 12580 12581
+9744 14288 14291 14327
+9228 9236 14150 14151
+3341 3346 3383 11949
+3466 8406 12404 12410
+1954 1955 7773 7869
+7829 9775 14307 14308
+226 227 3126 8202
+6939 6963 7907 7908
+2098 2261 2262 9309
+7822 9785 14310 14313
+3232 3233 3309 12170
+3288 3346 3383 8204
+7931 9774 14310 14326
+7896 7900 10632 14317
+3165 3341 8227 8235
+7011 7017 7019 14393
+8580 12573 12582 14603
+7822 9775 9785 14313
+10463 10464 14283 14305
+9787 10634 14318 14319
+7931 9766 9774 14326
+7859 10583 10615 10617
+2463 10589 10590 10592
+3222 12090 12095 12096
+189 9784 9801 9803
+3068 6821 12163 12164
+8068 8229 8236 11952
+6689 9854 9860 9861
+6518 9836 9847 14341
+7848 9812 9837 9838
+3067 3068 6779 12163
+6517 6518 6686 9815
+10559 14324 14338 14339
+7876 7918 9177 10618
+4071 7384 7390 12580
+3068 6779 6821 12163
+2146 2184 2315 9384
+8068 8236 11952 11973
+10463 10464 10465 14305
+190 191 9797 9814
+1052 3859 3871 8932
+755 9870 9877 9880
+3056 3057 3222 12096
+195 196 6522 9884
+6522 6690 9854 9889
+7857 7874 7912 9832
+10765 14362 14363 14364
+10463 14302 14304 14305
+8972 9100 9101 9226
+1374 1375 4585 6582
+2573 2574 10686 10691
+6627 6692 6693 10766
+282 2407 4553 4617
+9890 10687 10709 14355
+9887 10693 10700 10702
+9889 9890 10708 14354
+9184 9832 10644 14344
+2250 2251 2308 9261
+9899 9906 9914 14141
+9890 10682 10687 10691
+9895 9900 14366 14367
+9643 9704 10481 10528
+9179 12893 12894 14413
+3223 12095 12096 12122
+2590 2674 9949 10153
+7824 10395 10514 10520
+9712 10356 14454 14471
+7005 7843 7886 14384
+2249 2250 2308 9274
+10463 10465 14304 14305
+9146 9147 10380 14463
+7483 7500 8277 14663
+3127 3165 3341 8235
+3930 3959 12818 12949
+8979 8989 12957 14479
+9013 9019 12959 14374
+9017 9018 14378 14379
+8229 8235 8236 8237
+10461 10464 10465 14305
+1973 1974 2009 11957
+41 1048 1057 5604
+6973 7009 9016 10437
+5487 5764 9006 9009
+6972 7836 8991 14370
+11910 11946 11964 11965
+7895 9741 14297 14321
+7894 7895 14293 14297
+9244 9866 9891 9912
+7819 9182 9741 10455
+7896 10631 10633 14309
+10559 10560 14324 14338
+1080 1081 3938 7741
+10581 14017 14024 14025
+11958 11962 11963 11964
+7834 7837 14288 14292
+6732 10551 10556 10557
+7834 7837 7842 14292
+3558 12558 12562 12577
+7005 7010 7843 7886
+7902 9781 10565 13987
+3056 3221 3222 12077
+14022 14382 14383 14392
+7014 7911 14382 14390
+8738 10900 11727 13331
+1503 5010 5511 13910
+9789 10511 13973 13994
+9228 9236 14145 14151
+8100 8300 8313 8359
+6996 14382 14390 14392
+13242 13243 13248 13253
+127 2090 2091 4122
+7837 7842 14292 14320
+7829 7837 14288 14292
+14329 14332 14333 14336
+9164 9175 14046 14400
+7832 7844 7845 7910
+8069 11950 11951 11956
+6952 12900 14426 14427
+8237 11949 11954 11971
+8237 11953 11954 11971
+359 6027 10598 10609
+7829 7837 14292 14320
+9834 9852 10673 10695
+1789 5488 5489 14391
+7000 7001 7016 14418
+7913 9840 10636 10681
+7834 7842 9751 14292
+6989 7008 12903 14422
+3056 3057 6816 12096
+7848 7920 14334 14411
+7875 7913 9840 10681
+1959 9181 9199 9709
+3210 3211 11998 12000
+6957 6987 9180 12893
+7746 8981 8982 9181
+9656 9658 9664 9758
+9181 9641 14277 14285
+10658 10669 10675 10695
+9002 12895 12896 14692
+8237 11949 11950 11971
+7016 14407 14408 14418
+4017 4018 4051 7360
+3131 3169 3291 12021
+9 7883 7892 7921
+176 177 6503 9711
+11987 11988 13016 13017
+5235 5272 9727 9731
+9181 9709 14277 14285
+9832 10626 10627 10645
+757 7732 14345 14425
+7855 9826 9827 9831
+757 9846 9855 14345
+8957 8959 10220 13885
+2053 2054 2217 9650
+7025 14428 14434 14435
+14263 14267 14279 14280
+7025 7047 12884 14434
+6442 6560 6719 10334
+1330 1331 4573 6560
+10353 13897 13928 13929
+4050 4085 7407 14605
+6182 10353 10361 13928
+5472 8953 14428 14435
+6560 6606 10334 10336
+2202 9559 9570 9625
+337 2452 10344 10347
+5065 5243 9566 9571
+7057 7073 9134 14435
+9135 9191 10443 14446
+10331 14236 14239 14240
+9135 10349 10358 14442
+7066 12948 12958 14477
+6441 6606 6643 10336
+10363 10389 10390 10393
+6668 10368 10405 10414
+719 3164 11978 11983
+1965 9561 9586 9592
+3164 3203 3337 11958
+9192 9194 14252 14271
+69 2032 2033 4136
+69 2032 4093 4136
+718 719 4292 11989
+2032 2033 4136 9502
+7823 8987 14370 14380
+9149 10337 10356 10388
+8236 8237 11949 11950
+5758 8962 8963 9136
+2032 4093 4136 9502
+9144 9198 10443 14446
+9198 9631 10371 14255
+8955 10328 10345 13893
+1987 1988 2021 12318
+7087 7096 7101 14442
+11239 11240 11241 11253
+9192 9194 9196 14252
+8226 8227 8235 8238
+1904 7023 7046 7626
+721 3165 3204 11975
+2287 9639 9674 9675
+721 722 8239 11975
+8214 11988 13016 13018
+8214 11983 11987 13015
+6162 6167 6299 10085
+1987 2021 12318 12341
+6884 7119 7120 7152
+7115 7116 7148 14512
+1960 1996 9675 9682
+7131 8142 14485 14487
+11156 11157 11169 11192
+7805 8381 9048 13776
+8133 8146 13798 13818
+8213 11983 11987 13015
+7107 7111 7151 8358
+7131 8142 8358 14487
+998 8141 8142 14485
+11988 13016 13017 13044
+11988 13016 13018 13044
+1898 1899 1963 7020
+1653 5144 5145 11895
+8795 8868 11069 12782
+8795 8796 10827 14531
+6487 6488 6656 14211
+3210 11998 12000 12012
+7171 7172 8314 14493
+7787 8910 9548 14201
+9871 9880 9891 9894
+9560 9561 9565 9585
+5347 11998 12000 12012
+2010 11895 11980 11981
+7633 7721 8906 12864
+5026 5347 11998 12011
+1974 1975 2010 11961
+8903 10208 12834 14500
+5027 12004 12005 12006
+3901 3902 3910 12881
+9561 9565 9585 9588
+11892 12004 12007 12009
+1975 11961 11980 11993
+8051 8904 12854 14514
+3916 8904 12850 12854
+5027 12004 12007 12009
+3295 11885 12003 12006
+1960 1996 9669 9675
+6910 8938 12832 12833
+868 3483 12484 12487
+6869 8050 8054 12738
+1017 1147 3780 3794
+11221 11239 11240 11241
+3292 3295 11885 12006
+8866 11986 12793 12794
+3919 3920 3926 12839
+1149 3779 4031 4043
+1653 2010 2011 11895
+6850 6851 8940 12838
+1963 9590 9606 9612
+6876 6884 6909 14516
+7149 7150 7166 14510
+2284 9584 9590 9602
+4077 4078 4087 7339
+5044 5373 9568 9601
+1870 6935 6936 12826
+49 1111 4039 12484
+942 1988 1989 8018
+11058 11219 11221 11246
+8938 12832 12839 12841
+3171 3294 11888 12013
+8846 8851 8852 10875
+8865 9123 14543 14553
+4070 7236 7237 7248
+1227 4298 6385 11207
+1765 1766 5447 7201
+4129 4172 5180 9426
+9143 10375 10376 10381
+739 774 775 12036
+7256 14532 14534 14535
+8099 8211 8212 9025
+8837 8846 8851 8852
+8790 12763 12764 12765
+3169 12021 12037 12052
+7263 8865 9123 14553
+7749 8794 12732 14528
+968 8799 12727 12728
+7251 7253 14542 14544
+3131 12021 12023 12052
+7256 12733 14532 14534
+7251 7254 14556 14560
+7259 7263 14533 14534
+4068 12746 12749 14547
+1131 1132 1746 4019
+942 943 1988 8018
+8012 8028 8029 8047
+8876 9123 14539 14551
+4070 4072 4084 14554
+8021 8027 8028 12321
+2022 2023 7774 7980
+3131 3169 12021 12052
+4077 4078 7326 7339
+4004 7240 14556 14558
+1120 1145 4032 12747
+1977 1978 8789 11849
+2319 2324 9448 9461
+1966 8915 9532 9573
+3818 3837 3840 8890
+7261 9121 14553 14561
+1967 9547 9572 9573
+7263 8865 14533 14534
+7727 12763 12764 12765
+8915 9527 9532 9573
+3831 8876 12743 12756
+1966 8907 8908 8912
+9123 12743 14551 14555
+7251 14556 14557 14560
+2324 9448 9453 9461
+7223 14536 14544 14556
+2267 2319 2324 9461
+22 895 1746 12564
+3148 3319 12310 12312
+2148 2319 2324 9448
+9545 9554 9556 9576
+931 932 3626 12659
+12016 12033 12034 12047
+7810 7850 7865 7868
+7837 14328 14386 14389
+4078 7310 7325 7326
+4079 4088 7338 7345
+5429 5432 5602 8644
+3551 3552 3572 12552
+932 933 7292 12665
+3656 3676 3680 12641
+5219 12015 12016 12034
+5219 5293 12016 12034
+8707 8709 8729 8736
+7825 7934 14388 14398
+981 3710 3725 8750
+7898 9730 9765 9786
+4028 4061 7232 7233
+5215 5293 12034 12047
+4037 4045 4065 12670
+1955 1956 1992 7893
+9545 9553 9556 9576
+7289 7320 8682 14577
+3291 12015 12021 12023
+1115 1116 4036 14581
+8572 8578 14588 14592
+7808 7809 7810 9730
+12093 12094 12095 12121
+7560 7571 9228 14145
+7888 7929 9759 9765
+9545 9546 9553 9576
+9646 14251 14262 14264
+6000 10318 10319 10320
+4020 4054 8645 12568
+3291 3342 12015 12023
+2694 6384 11230 11234
+9192 9640 14262 14270
+9118 12583 14597 14598
+7328 7339 7342 14598
+7317 7318 7330 12592
+3342 12015 12016 12017
+2694 2695 6384 11234
+2695 6320 6384 11234
+7979 8653 8654 11496
+7287 7318 12591 12592
+175 9670 9716 14270
+3133 3299 12048 12064
+9191 10443 14257 14445
+12043 12045 12072 12073
+12228 12229 12241 12275
+5021 5325 5355 12200
+5019 5057 5322 8007
+9150 9193 14253 14255
+49 1121 1878 12485
+5215 5349 12072 12073
+2694 2695 2860 11234
+13827 13828 13829 13841
+12033 12034 12046 12141
+12033 12034 12046 12047
+3481 3509 3510 12482
+4034 4044 14609 14610
+5215 12046 12047 12073
+10371 10407 14255 14259
+3527 7706 12480 14625
+12043 12044 12045 12072
+12037 12050 12054 13097
+7358 7383 12578 14602
+7382 7408 7424 14611
+13090 13091 13092 13097
+4225 13091 13092 13097
+949 8649 12584 12587
+12054 13090 13097 13098
+7419 7424 8058 14616
+2267 2268 2319 9464
+652 12030 12037 13097
+7611 7706 7707 12480
+12055 12056 12057 13097
+773 12024 12039 12141
+3573 3586 8550 8575
+2104 2267 9426 9428
+8525 12475 12477 14626
+10407 14255 14259 14265
+9631 10371 10407 14255
+889 3494 3495 5411
+1129 1749 5416 7361
+654 12052 12053 12062
+653 3131 3169 12052
+4087 7339 14585 14599
+7654 7706 14624 14625
+7352 7377 7404 8473
+1108 1112 14607 14613
+7351 7653 7654 14613
+3369 12093 12095 12122
+9188 9614 14238 14246
+7428 8524 8525 14621
+8516 8518 9117 12452
+8432 8440 8445 10022
+8516 8518 12450 12452
+915 916 3577 12496
+8482 8484 8522 11035
+8516 8522 9117 12493
+3557 12557 12558 12577
+3453 3462 12378 12383
+8406 14645 14649 14650
+12386 12390 12391 12396
+737 12080 12085 12091
+6932 7614 12490 14645
+9614 14241 14246 14249
+868 869 12487 12490
+28 938 954 7716
+1939 7461 7697 7698
+449 6340 6372 10845
+8573 12562 12576 14601
+7512 7514 14654 14655
+8277 8452 8501 8502
+8534 12080 12081 12085
+746 7692 7753 8396
+8926 14241 14245 14246
+9430 9431 9432 9462
+3403 3433 12381 12393
+9188 9593 14237 14240
+8534 12062 12082 12085
+3464 3468 3469 12385
+7470 14670 14672 14673
+8276 8277 10005 14666
+9593 10330 14237 14240
+3406 3410 3424 12374
+5406 5716 5777 8501
+7483 8502 14657 14664
+2116 2155 9522 9524
+6234 6282 6301 13481
+5777 8448 8450 8501
+6103 6106 6258 13525
+10286 10330 10331 14233
+8119 10146 13357 13496
+163 6490 9595 14226
+3298 3303 12065 12066
+388 6056 10095 10096
+164 6490 9599 14226
+2694 2860 11230 11234
+8118 13494 13527 13528
+12065 12066 12076 12115
+12065 12074 12075 12114
+5389 5494 5495 8462
+829 12419 12420 12425
+7413 7415 14626 14638
+1092 3943 5495 8461
+3449 3450 3474 12414
+830 3395 3396 12425
+12081 12083 12091 12100
+5396 7551 12367 12368
+8534 8535 12062 12082
+7550 8420 14686 14688
+8412 8421 8423 14686
+7616 7764 8410 8426
+9004 12913 14684 14685
+8534 12084 12086 12087
+3954 8421 12904 14690
+6974 6991 14334 14411
+8511 8512 14618 14630
+8973 8976 12907 14691
+1085 6957 10696 12892
+8972 9101 9226 14694
+8973 8974 8976 12907
+1088 12904 12908 12910
+7575 7578 7598 14693
+7528 7554 12923 14696
+8534 12049 12084 12087
+8911 8921 14229 14432
+11199 12088 13127 13138
+1886 1887 6935 7621
+6873 6906 12414 12415
+8466 12897 12901 12916
+8461 8462 12916 14681
+1040 1041 3853 7621
+8445 12370 12371 12372
+9598 9609 14235 14238
+9087 9098 9099 14707
+9910 10011 10733 10737
+8972 9225 9226 9882
+7578 7598 14693 14701
+7620 8414 8893 12943
+7059 7074 8919 8925
+7596 7598 14701 14716
+9099 9114 14704 14705
+9246 9319 10762 14363
+8972 9226 14694 14698
+7597 7598 7601 14704
+9113 9114 9226 9974
+7050 7059 8919 14228
+2695 2860 2861 11234
+7028 7050 7059 8919
+4006 7607 8682 14582
+7580 14133 14725 14736
+1874 1883 7617 7618
+9143 10376 10381 13960
+9099 10727 10735 10736
+1101 1102 4004 7605
+8972 8973 14694 14698
+9133 10360 10385 13925
+8539 13138 13142 13143
+7028 8919 14432 14433
+1880 6932 7614 12412
+853 854 3410 5398
+844 5396 7551 12367
+8538 12086 13128 13138
+5395 7536 7551 12368
+377 2472 2512 9986
+6225 6300 10029 13733
+1877 1878 6883 12412
+13730 13732 13735 13772
+9097 14717 14723 14728
+7611 7612 7707 12483
+561 3039 3166 8154
+8175 9467 9468 9469
+49 1110 1878 12489
+2185 2316 2317 9390
+5029 5289 5344 8149
+3557 3558 3586 12558
+8155 8156 8163 8170
+4229 4404 12088 13105
+7059 8919 8925 14228
+5233 7889 7890 9792
+2338 9820 9821 9858
+5220 5296 5351 12095
+5296 12095 12121 12122
+5074 5273 5335 9725
+3223 3368 3369 12095
+44 1897 6942 7733
+7434 7435 7437 14608
+2735 2900 2901 10796
+8530 12109 12111 12112
+862 1124 6877 7464
+12097 12107 12110 12111
+10224 10225 10245 10246
+8530 12125 13151 13153
+1866 1867 6866 7446
+5724 5725 5831 8592
+6480 6648 9543 9544
+12656 12657 12658 12659
+1454 4667 4786 5932
+12097 12101 12107 12111
+4948 11023 13301 13340
+12126 12127 12128 13151
+7564 14717 14719 14720
+7282 7296 8648 12589
+12101 12112 13147 13149
+18 861 1738 1867
+9583 10245 14215 14219
+12106 12107 12110 12111
+4234 12101 12112 13147
+13135 13136 13146 13149
+8698 13645 13648 13649
+12101 13135 13146 13149
+2802 2841 10851 10869
+3729 3747 3755 8812
+7221 7222 7243 14530
+5479 5497 5607 8928
+3136 12092 12119 12130
+8527 12119 12124 12125
+3927 12945 12946 12959
+3136 3175 12092 12119
+10240 10281 14219 14220
+3136 3175 3305 12092
+334 6001 6002 10320
+541 542 2841 10869
+3136 12119 12123 12130
+5484 5754 8942 12883
+2612 10240 10268 10280
+6542 6711 9416 9423
+5479 5604 5607 8928
+1855 6854 6855 12817
+660 12097 12101 12111
+5762 8949 8953 13901
+7909 7910 7934 14388
+1051 7038 7039 9008
+9528 10272 10274 10276
+8994 8998 9090 9095
+6885 6886 6929 12831
+8530 12106 12125 13153
+7036 7037 8929 12946
+6860 6861 6895 12423
+660 661 12105 12111
+5745 5848 5849 8829
+8530 12111 12112 13146
+10222 10241 10268 14220
+5596 13377 13426 13435
+1477 1478 1843 13364
+8916 9577 10245 14218
+2079 4159 9864 9893
+8907 8918 14212 14221
+8907 8918 9581 14212
+2104 4129 9426 9428
+8916 8918 14212 14221
+733 734 3559 8528
+11399 11519 11557 11558
+2100 4127 4170 9345
+11306 11335 11338 11346
+2107 4173 8151 9429
+3132 12049 12062 12140
+3132 12048 12049 12140
+3132 3344 12048 12140
+12081 12083 12085 12091
+737 12039 12082 12085
+3551 8644 12552 12569
+3605 3606 8561 12522
+11320 11452 12515 12520
+9572 9574 9580 9581
+11289 13137 13139 13140
+13888 13895 13903 13907
+9130 13900 13901 13906
+6003 10328 10345 13899
+6000 10318 10319 13855
+3868 6936 7622 7630
+9377 10225 14207 14208
+6480 6648 6649 9544
+1643 2000 5044 9568
+8548 12149 13158 13160
+4354 11427 11461 12153
+11427 11456 11461 12153
+1111 1112 4034 14610
+11456 11457 11461 12153
+4351 11404 11427 12153
+11404 11427 12153 13166
+11432 11470 11471 13167
+9377 10225 14206 14208
+9377 10217 10225 14207
+3231 12156 12159 12160
+1686 5101 5192 12160
+1686 5192 6820 12160
+8146 8385 8386 13817
+1691 5103 6781 12167
+8539 13134 13137 13139
+5187 5294 5349 12041
+3073 3238 3239 12165
+9377 9550 10225 14206
+3233 3371 12162 12170
+9377 14202 14205 14208
+3070 3235 3236 12166
+5114 5205 6796 11914
+1429 1430 1812 4774
+11310 11313 11315 11335
+3087 6789 6831 12327
+3070 3071 3236 12166
+730 731 767 12174
+3100 6837 11862 11914
+3261 3262 11779 11786
+8146 8386 13817 13841
+5050 11838 11841 11896
+731 12174 12175 12191
+12158 12174 12175 12177
+1975 2010 11961 11980
+1011 3792 7682 12793
+6279 6308 10754 13726
+5807 5883 8439 14132
+12158 12171 12174 12177
+10279 10292 10305 13855
+8553 12181 12188 12192
+9377 9555 14202 14208
+5974 6092 6146 13773
+3229 3307 3339 12178
+9553 14182 14185 14199
+12144 12147 12175 12176
+912 913 3576 12492
+7363 7364 9116 14630
+7356 7379 12580 12581
+3178 3306 12144 12176
+12151 12158 12176 12191
+7396 7413 12464 14626
+3339 12147 12155 12178
+330 10275 10292 10294
+9553 14182 14183 14185
+8963 10402 13919 13920
+2814 11254 11299 11302
+5749 5897 8891 8892
+5762 5856 8949 8952
+12184 12185 12260 13179
+5633 14041 14050 14067
+7940 12261 13174 13179
+1968 7681 7719 9202
+8553 13176 13179 13180
+12183 12185 12187 13179
+12183 12184 12261 13179
+5493 5769 8994 8997
+493 494 2778 11299
+5723 8498 8589 12503
+12145 12151 12189 12191
+1802 4767 13543 13545
+7681 7719 9202 14498
+4698 4868 11360 13539
+2374 2375 4537 10333
+12158 12174 12175 12191
+10398 10531 10534 13950
+14190 14191 14196 14494
+12180 12185 12186 12210
+5734 5735 8711 12629
+11497 13653 13717 13718
+5748 5897 8386 8891
+6104 8390 8392 9054
+1497 5505 13851 13869
+5993 10249 10256 10257
+7145 7146 7158 14495
+8219 14190 14191 14494
+6205 10657 14044 14045
+8221 14178 14191 14494
+1529 1608 5015 13767
+11288 11290 11308 11309
+1527 1603 1604 14125
+5556 5557 5665 13534
+8221 14191 14196 14494
+5547 5647 5655 13497
+1487 1488 4684 9077
+3180 12172 12173 12180
+1413 1801 4766 13534
+6995 6998 7003 14406
+4905 4906 4982 13335
+3173 12097 12100 12102
+4738 4907 4908 13323
+4837 13330 13368 13369
+8947 8951 13854 13855
+8951 13853 13854 13855
+10573 13989 13997 14014
+45 1082 5494 12911
+1589 5013 5964 6082
+9165 13989 14025 14026
+3075 6783 6824 12198
+6083 6134 6251 14067
+1066 6943 6965 12959
+5781 5782 8626 8642
+5570 5571 13636 13659
+959 5438 12628 12633
+3311 12200 12204 12206
+1438 4659 5938 13657
+9337 9357 9358 14169
+9230 9233 9257 14734
+9224 9225 9319 9882
+12200 12204 12205 12233
+836 7670 8394 12379
+7543 7560 7571 14145
+7646 7710 12671 14565
+3143 3312 3349 12204
+8242 9544 14180 14181
+3629 8015 8675 12650
+7714 7715 12562 14601
+7716 7755 7767 8662
+1968 1969 7719 14184
+1986 2020 11787 12341
+3311 3349 12200 12204
+5472 5473 7029 8960
+8919 14228 14229 14432
+3076 6825 12197 12215
+5473 7029 7030 8960
+5462 5463 7115 14512
+5622 5799 9132 13916
+866 3480 3481 12486
+1694 5196 6825 12215
+4038 4042 12743 14555
+2363 2364 4595 10212
+8217 9536 9538 9540
+8947 13855 13856 13857
+8907 14210 14224 14234
+167 168 2122 9610
+2045 2208 2209 9605
+2045 2046 4142 9605
+4574 6562 10338 10367
+171 6497 6498 9638
+1694 5105 5196 12215
+1333 4538 4632 10338
+4100 5158 9605 9621
+2217 2218 9650 9663
+1693 5104 5196 12198
+8986 9182 9741 10455
+6506 6674 14296 14299
+7983 12184 12207 12262
+675 12183 12262 13178
+2296 2297 7923 9790
+1354 4612 6453 6572
+6454 6621 6732 10557
+675 676 12207 12262
+562 3039 6764 6765
+4248 4249 13173 13178
+12205 12222 12223 12249
+2137 2302 2340 9891
+12204 12222 12224 12233
+727 12229 12233 12249
+5078 5170 9862 9865
+727 12233 12249 12255
+6458 6577 6626 10683
+1774 5462 7115 9129
+7983 12224 12233 12255
+12205 12229 12233 12249
+2090 4122 4164 9263
+12200 12204 12206 12233
+1697 6827 12230 12235
+9295 9300 9301 9455
+3081 6786 6827 12235
+2091 2254 2255 9270
+6464 6583 6739 9966
+662 12109 12119 12126
+217 6543 6544 9421
+3245 3246 12237 12269
+3080 12230 12235 12237
+2099 4127 5178 9345
+137 2100 2101 4170
+3167 3382 8169 8171
+8166 11881 13068 13070
+7782 8179 8195 11873
+8064 11875 11885 11888
+3129 3293 3295 11885
+3080 3081 6827 12235
+8101 8325 10196 10199
+3080 6827 12230 12235
+9579 9591 9595 14210
+6484 9555 14207 14208
+8101 8221 10196 14197
+9626 9627 9628 9637
+9628 9635 9638 9646
+170 6497 9634 9638
+85 2048 2049 4101
+2330 9622 9633 9653
+173 6499 6500 9646
+6504 6505 6673 14276
+185 2169 9742 9786
+7808 9735 9737 9764
+2129 2293 9695 9736
+2129 2167 9695 9745
+2391 4609 10445 10451
+7841 14288 14291 14292
+6521 9849 9857 14347
+9860 9861 14341 14348
+680 12244 12245 12246
+30 963 996 5456
+6517 6685 6686 9815
+6478 9027 9379 14165
+7856 7873 9837 14343
+9219 9232 9268 9918
+9344 9920 9923 9924
+6479 9380 9543 14177
+8102 9380 10185 14166
+8102 14165 14166 14177
+12246 12289 13186 13188
+9234 9904 9906 9916
+8102 9380 14177 14180
+9971 10043 10047 10118
+6636 9953 9955 9967
+14154 14155 14162 14163
+3418 3436 3446 12409
+747 9349 9399 9406
+5031 5372 5382 9391
+133 2096 2097 4125
+1131 1746 4019 7359
+6542 6543 6711 9423
+9375 9379 14164 14178
+9288 9360 9414 9415
+3289 3346 8204 11954
+2152 2188 8208 9371
+2945 2987 11232 11298
+8215 8223 8224 8225
+12249 12250 13186 13187
+7984 12222 12224 12255
+1311 1312 4527 6432
+6114 6171 6172 13839
+6109 6164 13848 13852
+10188 10208 14497 14499
+6480 9537 9542 9543
+2370 2535 2536 10283
+12120 12133 12144 12175
+12204 12206 12224 12233
+2371 2536 2537 10312
+6660 6758 10311 14240
+14216 14217 14218 14219
+4575 6444 6563 10366
+6192 6193 6265 13964
+6124 13945 13963 13982
+2456 2496 2664 10431
+727 728 7983 8032
+257 2381 2382 4604
+9425 10106 10118 10119
+7566 7588 8429 14727
+2393 2394 10450 10498
+1583 5012 5961 14016
+7984 12222 12247 12249
+12222 12223 12247 12249
+358 2463 2502 10590
+9425 10047 10118 10120
+11403 11559 12258 13183
+9971 10047 10118 10120
+11315 11333 11336 11339
+4250 12258 12263 12264
+12256 12257 12258 12264
+278 2402 2403 4615
+6688 6689 6763 9861
+1610 5000 5007 6093
+11335 11337 11338 11346
+9340 10039 10042 10087
+4427 11534 12252 12258
+1735 5393 5394 14728
+291 2415 2416 4621
+604 605 3082 6828
+3247 3248 12267 12270
+3082 12266 12268 12272
+2779 2818 2945 11298
+2589 2590 2674 9949
+3246 3247 12269 12270
+11198 11247 11265 11298
+390 6057 6058 10143
+6640 6715 6759 13124
+6108 13861 13867 13869
+8242 9541 14186 14195
+10084 10261 10262 13841
+8134 9053 13798 13818
+13861 13866 13867 13869
+3240 12197 12199 12276
+2360 2526 10186 10190
+4530 4571 6553 10186
+3240 12199 12216 12276
+38 1031 5471 7052
+6284 10329 13872 13874
+6180 10346 13893 13899
+5120 5368 11830 11863
+335 2451 2491 10326
+12109 12119 12125 12126
+10412 10419 10420 10421
+85 86 2049 4144
+12197 12217 12276 12277
+9140 10400 13931 13937
+3282 11830 11863 11904
+6648 9380 9543 9544
+12197 12214 12276 12277
+8570 13175 13177 13185
+7930 7931 9804 9806
+357 2462 2502 10577
+12214 12240 12276 12277
+5805 5882 9153 9163
+1724 6804 6845 11865
+354 355 10564 10567
+8395 9288 9407 14169
+6020 6197 13975 13976
+2393 2394 2559 10498
+10534 13952 13955 14004
+356 6023 6024 10578
+6036 6037 6214 10730
+2468 9973 10700 10719
+6037 6214 6215 10730
+6089 6142 6254 14120
+12197 12199 12217 12276
+8438 10022 10027 13759
+12199 12216 12217 12276
+3147 8006 8024 8045
+1713 6797 6838 11942
+2473 2512 9956 9959
+2473 2512 2627 9959
+9099 9109 10735 14736
+12290 12301 12302 12307
+6633 6702 9937 14167
+2513 2640 2642 9939
+6590 6639 6760 10062
+2599 2648 2682 10111
+1713 5206 6797 11942
+3315 3391 12231 12240
+3144 3313 3314 12228
+9212 9338 9339 14172
+1713 5114 6796 11942
+9416 9424 14156 14157
+9098 9099 14707 14720
+3314 12228 12240 12276
+5824 8129 13461 13484
+3145 3185 3315 12242
+11034 11047 11048 11056
+1713 5114 5206 11942
+1402 1403 4641 5912
+6341 6373 10793 10802
+348 6015 10436 13947
+797 5020 12241 12274
+7918 9176 10610 10649
+2709 6327 6394 11406
+11454 11456 11457 12153
+609 610 3087 6789
+2985 3018 3031 11456
+9360 9415 9416 9423
+7961 12279 12290 12291
+423 2709 6327 6394
+6326 6394 11406 11407
+467 2753 6349 6379
+4256 7962 12304 12307
+610 3087 6789 6831
+7933 9164 10599 10611
+7962 13199 13200 13204
+4886 11583 13625 13654
+684 685 4258 7955
+7961 12280 12290 12291
+8092 8300 8359 10063
+610 3087 3088 6831
+686 687 12311 12323
+449 2734 2735 10845
+4259 4260 12314 13214
+13864 13869 13878 13879
+4264 4439 4440 13243
+686 3147 3187 12300
+458 2743 2744 6344
+12323 12324 13228 13234
+13326 13334 13335 13336
+455 456 2741 6343
+2973 3002 11091 11093
+4261 12319 12323 13228
+5892 13433 13437 13441
+8822 8830 13419 13421
+4256 7962 12293 12307
+4675 5590 13262 13269
+683 4256 12293 12307
+683 4256 4257 12307
+5194 6781 6822 12166
+1477 1478 4679 13364
+4256 4257 12304 12307
+4681 4850 13424 13444
+13864 13865 13878 13879
+3596 3609 12527 12542
+8395 9407 14153 14169
+3114 6803 6844 11831
+7394 7395 7411 14615
+1839 5920 5924 13266
+4217 6355 6382 6427
+13861 13864 13866 13869
+4806 4860 13469 13473
+11035 11245 11256 11373
+609 3087 6789 6830
+6108 13861 13864 13869
+12319 12322 12323 13228
+686 12300 12314 12323
+2690 2691 2856 11202
+4357 4511 10912 11377
+6541 9416 14156 14168
+3030 11343 11344 11345
+8429 12368 14733 14738
+8594 11337 11354 11355
+7947 8019 8024 12311
+687 3148 3187 12311
+11 794 7980 7981
+8395 14153 14169 14170
+3147 8024 8045 12300
+794 7959 7981 8007
+2714 2715 2880 11446
+8625 8628 12541 12542
+925 926 3571 5426
+4709 4710 4879 11510
+7980 7981 7982 8007
+11399 11462 11472 11686
+8654 8655 11398 11587
+6539 6707 6757 14162
+6707 6757 9342 14162
+11438 11537 11539 11589
+511 11487 11488 11505
+8703 8712 13666 13722
+4722 4892 11646 11650
+522 4722 4723 11645
+4722 4723 4892 11646
+7943 8713 11631 13722
+11485 11609 11610 11611
+10921 10963 11714 11715
+4730 10944 10945 11709
+10788 11717 11718 13259
+2836 3001 10797 10800
+6707 9342 9356 14162
+7258 7264 7266 9121
+2796 2836 10847 10866
+534 535 11010 11013
+10830 10970 10971 10972
+6539 6707 9356 14162
+10805 10927 10980 12725
+542 543 2803 10871
+2803 2842 2975 10817
+9342 9356 10041 14162
+9240 9342 9356 10041
+8629 8634 8654 12543
+539 2801 2840 11110
+3608 3609 12527 12537
+9342 10041 14162 14163
+10073 13849 13850 13867
+14154 14155 14157 14158
+4680 13363 13377 13426
+3319 3388 12285 12310
+3042 3207 3208 11997
+4179 4297 6387 11203
+14154 14156 14157 14158
+5092 5184 6809 11995
+3206 3333 8173 11819
+3129 3171 3293 11888
+3871 3882 3888 6931
+1657 1658 5053 11908
+3218 3298 3301 12040
+9324 9931 14726 14736
+8536 12081 12102 12103
+11744 11745 11787 12330
+1985 7964 11787 11817
+11787 11800 11802 12330
+9333 14144 14145 14151
+8628 8634 8653 8654
+8270 11063 11064 11217
+5364 5383 11783 11907
+7966 12338 12342 12343
+7953 12345 13250 13255
+1986 12339 12344 13251
+1986 7964 11787 12341
+9333 14144 14151 14171
+9159 14028 14047 14400
+5052 5053 5365 11972
+4198 4315 4482 11561
+4822 4823 13636 13641
+4312 11513 11514 11515
+8634 8635 12527 12542
+9945 9946 9957 10153
+1647 2004 5047 9509
+13860 13875 13876 13877
+5615 13876 13877 13879
+8763 12356 12357 12358
+8677 8780 12977 12993
+4271 11857 11860 12974
+4197 6335 11529 11548
+3189 3374 11743 11799
+7956 8021 12321 13240
+1269 4201 4319 11688
+12356 12357 12358 12974
+13025 13030 13031 13039
+4450 4505 12366 13039
+4275 12364 12365 13034
+12364 12365 13034 13035
+359 6026 6027 10598
+6346 6377 6425 11027
+1281 1282 4325 6425
+11785 11906 11916 11940
+10605 10606 10607 10609
+1648 2004 5047 9504
+3750 3761 12705 12709
+8092 8300 8359 10203
+4275 12361 12364 13034
+8336 8360 8367 8369
+630 3107 6799 6841
+5117 6800 11767 11773
+2813 8267 8270 11063
+5207 11760 11765 11766
+4332 4389 4508 10969
+7719 8216 14184 14190
+10821 10830 10873 10970
+3111 6801 11770 11782
+3160 3199 3330 11821
+1968 1969 9539 14184
+11398 11484 11587 11590
+1635 1636 5137 7809
+7808 9688 9732 9736
+5002 5545 13346 13348
+11204 11236 13109 13170
+5615 13875 13876 13877
+8557 8560 12521 13224
+8394 8403 8404 9241
+8394 8398 8403 8404
+1307 1308 8271 13133
+11271 13103 13105 13170
+8256 11236 13095 13104
+850 3409 8394 8398
+850 8394 8404 12373
+3888 3898 6905 6931
+850 8394 8398 8404
+1624 1625 5002 6100
+5002 6100 13346 13348
+679 3183 12223 12247
+3143 12204 12205 12222
+4251 4427 12252 12258
+4436 4496 13220 13231
+8567 8659 8660 11464
+683 684 3146 12290
+6100 6260 13346 13348
+13215 13216 13223 13234
+1540 5002 5545 13349
+8558 8571 11396 12548
+9285 14150 14151 14171
+8677 12708 12991 12992
+3412 3413 3440 12382
+9285 9333 14151 14171
+9240 9356 9947 14143
+458 459 2744 6406
+3092 3093 3258 11736
+9405 10091 10101 10102
+5112 6793 11775 11779
+9405 10106 10117 13100
+707 11809 11811 11813
+8945 13858 13864 13877
+856 5400 5601 12382
+4778 13636 13657 13659
+8964 13923 13927 13960
+3159 3297 11762 11794
+5614 5615 5794 13877
+5400 5402 12382 14652
+11755 11756 11759 11794
+707 708 3158 11813
+3158 11755 11794 11813
+2012 11834 11835 11836
+3199 3330 3332 11762
+11821 11837 11839 11850
+359 360 10605 10609
+7516 7521 12391 14660
+5614 5615 13877 13879
+645 3122 3123 6848
+722 3127 3165 8238
+2113 2152 8224 8234
+8071 11975 11994 13040
+9240 9356 14143 14147
+12389 12391 12394 14656
+7700 7701 7760 9217
+7469 7477 7495 14648
+9240 10152 14143 14147
+2110 8149 8150 8172
+9240 9947 10152 14143
+9239 9332 9355 14147
+506 507 2824 11412
+9467 9469 9470 9471
+8169 8177 12008 12013
+9866 9869 9874 9875
+787 788 9911 9913
+9221 9224 9319 14358
+2138 9318 9896 9898
+9897 9907 14356 14366
+7495 7517 12391 14651
+763 12229 12241 12274
+727 12249 12254 12255
+11441 11448 11449 11453
+1519 1591 1592 14065
+3468 12385 12390 12396
+12385 12386 12390 12396
+593 3071 6781 6822
+5219 5293 5348 12016
+1519 1592 14065 14070
+12378 12385 12386 12390
+571 3048 6769 6812
+8059 8064 11872 11888
+5231 9247 9249 9864
+9231 9918 9920 9923
+9237 9241 9242 12373
+6865 6899 6900 14646
+5011 5960 6078 13986
+12387 12401 12402 12403
+1926 1927 7609 14594
+12223 12246 12248 12249
+3455 6898 12403 12407
+5217 12170 12171 12212
+725 726 762 12243
+12387 12399 12400 12403
+660 4234 12101 12111
+7461 7474 8405 12397
+790 822 7852 9868
+6927 12402 12403 12407
+9939 9943 9957 10149
+6899 12400 12402 12403
+7555 7573 14729 14732
+11399 11518 11519 11557
+1580 5011 6078 13986
+828 7526 7547 12424
+8425 12422 12425 12426
+9219 9231 9232 9918
+9003 12420 12425 14679
+8425 12427 12918 14685
+370 371 10010 10740
+3425 6925 12419 12421
+830 831 12422 14679
+1514 1583 5012 14016
+371 10010 10011 10738
+3457 12404 12411 12415
+1880 1881 7615 12413
+3399 3429 3430 8413
+10425 13954 13980 13981
+9276 9277 9280 14148
+785 9256 9258 9276
+3403 7673 8408 12381
+3459 8406 12392 12405
+6079 6128 6239 14002
+3437 3444 10116 12375
+6698 9926 10768 14138
+1498 5009 13878 13892
+863 864 1123 7443
+864 1123 7443 7465
+9268 9918 10768 14142
+6868 6900 6914 7476
+8405 8406 12404 12405
+6913 8460 12402 12407
+856 3412 5400 12382
+866 12485 12486 14644
+872 3486 3499 7751
+6630 6697 6698 14138
+886 3485 3504 11868
+11410 11413 11414 11423
+6111 6163 13865 13878
+6630 6698 9926 14138
+3547 8484 8523 12451
+776 8059 12005 12014
+7510 7511 7518 14668
+1559 1560 5004 5949
+8246 10161 10167 10168
+10989 10998 11072 11077
+8407 12395 12396 12406
+8407 8460 12386 12395
+3498 3524 8511 12473
+6903 8407 14647 14650
+3617 3619 3620 12519
+6903 8407 12408 14647
+8407 12386 12396 14651
+7706 8472 9207 14624
+8406 8407 12406 12410
+1875 6872 6882 8413
+1876 12413 12416 12418
+731 732 906 12518
+1875 1876 12416 12418
+3399 3400 3430 8413
+3429 3451 3460 12416
+1875 1876 6882 12416
+1491 1633 5499 8140
+13865 13876 13877 13879
+12144 12145 12175 13169
+1491 1492 1548 13802
+5644 5883 13785 14131
+11432 11471 13165 13167
+5735 8701 8702 12633
+829 830 12420 12425
+1492 1548 1549 13802
+5883 13785 14131 14132
+5536 5537 5645 13783
+10051 13755 13757 13792
+6152 6153 13741 13786
+4021 4054 4055 7311
+5645 13782 14131 14132
+8588 8616 12523 13566
+5645 13781 13782 14131
+7955 12301 12302 12307
+8532 12521 12533 13224
+8463 12420 12423 12424
+8617 8618 12529 12538
+9110 10725 14110 14124
+12279 12290 12301 12302
+8617 8618 11492 12538
+7061 7062 14448 14453
+8582 12566 12572 12573
+5602 7280 7281 12568
+9110 10725 14114 14124
+3657 8676 8731 12652
+3633 3654 3672 8036
+1525 1526 4999 5531
+6141 10725 14120 14124
+960 3645 3646 8736
+6141 6254 10725 14120
+9098 14121 14122 14134
+8421 12914 14686 14689
+5639 5640 9110 14124
+26 1754 5430 7298
+5531 5639 5640 14124
+7778 8160 9040 12434
+7778 8077 9040 12434
+5531 5640 14120 14124
+2980 3008 3037 11080
+3492 7778 8160 12434
+3492 7778 12434 12437
+7778 8077 12434 12437
+7061 7062 7078 14453
+6640 6760 10123 13124
+3743 3754 8819 12698
+5505 5613 5614 13867
+7974 10779 11691 11704
+2944 11263 11296 11316
+4027 4028 7203 7233
+8076 8188 8189 12443
+8188 12441 12442 12443
+3710 3725 8750 8751
+5597 13424 13436 13444
+9107 10741 14116 14117
+995 3720 5454 5455
+4681 13424 13436 13444
+3777 3803 3815 8868
+1968 9535 9539 14184
+3491 3503 3525 12443
+9107 10741 10742 14117
+3804 3823 3829 14538
+8547 11295 13152 13153
+3516 3525 12441 12443
+3491 8075 12442 12443
+3499 3514 3519 8469
+11296 11314 11317 13150
+7149 7165 7166 14510
+4011 4034 4048 12448
+7123 7155 12737 12740
+3499 3519 8469 12446
+9110 10732 14113 14117
+8942 8950 8952 8958
+6278 10731 10732 10742
+998 8141 12808 14485
+8557 12521 12533 12545
+7152 7167 14510 14516
+8186 12050 13098 13099
+1640 5042 9676 9678
+8185 12056 12446 13099
+7028 7049 12885 14433
+8185 8469 12446 13099
+9187 9194 14457 14458
+1960 8981 9194 14459
+8185 13089 13098 13099
+19 869 1938 7696
+3499 7691 7751 12446
+4676 5924 13266 13269
+7061 13923 13960 14448
+890 3495 5412 12449
+5827 11287 13507 13517
+5827 11287 13509 13581
+1036 1037 3849 12886
+7076 7087 9135 14442
+10731 10732 14113 14117
+7076 7087 7096 14442
+1060 3864 5480 8940
+5471 7052 12883 14428
+3323 3356 11738 11739
+9941 9942 9994 10086
+1874 1882 7617 8410
+6255 6278 10742 14119
+1459 1460 4789 5918
+11287 13472 13508 13509
+1076 3936 3950 7736
+7825 7908 7909 14388
+6971 6972 6999 14386
+5970 6088 6141 14108
+6971 6999 7006 14387
+7527 7558 9002 14683
+13860 13865 13876 13877
+3945 3970 3971 6858
+8475 8542 12498 14639
+8481 8482 8483 12457
+8056 8394 8398 8403
+660 661 4234 12111
+6952 6983 12900 14427
+7777 8468 8481 11195
+5969 6253 14104 14108
+8467 8474 8483 12454
+3404 3418 3436 12409
+1525 5006 5530 14108
+1114 4035 14602 14603
+8467 8468 8469 8483
+984 3724 8684 8753
+1102 4004 4005 7605
+3549 8491 12453 12461
+7289 7299 7320 14577
+1115 14581 14583 14587
+4784 4830 4943 13706
+1117 1118 4037 12670
+4007 7608 14582 14587
+4221 4296 4343 9045
+4041 14588 14591 14599
+1817 5571 13657 13659
+3538 8526 12458 12461
+8511 8512 8513 14630
+3538 3548 8526 12461
+5006 5530 14108 14118
+8491 8518 9117 12452
+8489 8491 9117 14636
+8491 8518 12453 12461
+1816 1817 5571 13659
+3546 8489 12475 12476
+3530 3546 3548 12475
+8946 8948 10329 13872
+8946 8948 10329 13884
+3508 9209 12448 12474
+7154 8939 12737 14520
+7036 8928 8929 12817
+1438 1817 13657 13659
+1817 1818 5938 13657
+8901 8908 12872 12887
+4377 10902 10904 12980
+5531 14108 14120 14124
+5006 5969 14108 14118
+2049 2212 9617 9619
+5241 9617 9618 9620
+4484 10792 10897 11004
+8486 8487 12479 14631
+11400 11527 11532 11557
+11248 11260 11347 12496
+869 7708 12487 12490
+868 869 3483 12487
+3484 7708 12483 12487
+96 2059 2060 4149
+3483 3484 12483 12487
+83 2047 4100 4143
+1355 4549 6454 6572
+869 3484 7708 12487
+869 3483 3484 12487
+2241 2242 9864 9866
+5133 5279 9243 9252
+914 12492 12495 12504
+2726 6399 11548 11561
+5035 5231 5278 9247
+1817 5571 5572 13657
+915 916 12495 12496
+8599 8600 11381 13549
+5006 5969 6088 14108
+9106 9932 10757 14121
+8611 11355 11381 13550
+214 9337 9357 9358
+1205 1206 4125 5177
+8594 11381 12504 13550
+9401 9999 10009 14666
+5969 14104 14108 14118
+8614 11386 11387 11388
+9100 10701 10721 14129
+53 1151 1215 5058
+502 4702 4703 11387
+732 733 905 3575
+8599 8610 13549 13550
+8599 8600 8614 13549
+8196 13094 13095 13096
+3058 12096 12118 12122
+3577 11512 12496 12504
+407 6319 6385 11229
+3590 8588 8599 8600
+4302 4475 4477 11297
+3578 3580 3593 12511
+9290 9346 9347 9352
+4416 11429 11460 11461
+11382 11387 11388 13548
+2712 2877 2878 11444
+4395 11443 11444 11469
+4309 4356 4361 11446
+3605 3606 3613 8561
+11568 11721 11723 13191
+9112 10736 14115 14130
+3617 8562 12515 12519
+2888 2889 11549 11551
+1255 6332 6420 11513
+4363 4480 11515 11568
+11395 11450 11451 11455
+599 600 3077 6784
+11322 11385 11451 12515
+11438 11533 11554 11557
+431 432 2717 6331
+1823 1824 5577 13710
+4203 10793 10799 10802
+448 2734 6372 11688
+8588 8601 12517 12523
+8601 8617 12517 12523
+8778 10995 11086 12363
+1425 4772 5922 13591
+6376 6407 6425 11026
+11333 11334 11340 11357
+8617 12517 12523 12529
+4374 4376 4514 10914
+3095 3096 3261 11779
+5141 5329 9501 9515
+4282 8772 11815 12965
+3361 11829 11841 11901
+8529 13157 13158 13159
+10729 10739 10740 10741
+11321 11449 11452 11454
+2920 2921 10877 10884
+11756 11793 11794 11833
+8546 8549 13157 13162
+9104 10724 14111 14112
+4648 4767 4811 13543
+13157 13158 13159 13160
+482 2768 6356 6416
+4334 4392 11131 11133
+4469 13020 13042 13045
+1724 5211 6845 11865
+11839 11841 11896 11901
+4391 4465 4466 11132
+719 720 3164 11983
+228 8215 8238 8240
+8545 8547 8549 12516
+8609 12517 12528 12529
+2354 2482 2651 8310
+8609 12527 12528 12529
+64 4091 4133 9483
+8609 8635 12527 12529
+8595 8596 8598 12508
+6438 6556 6748 10242
+6656 6749 6761 10281
+2049 2212 2213 9619
+84 2047 2048 4143
+87 2050 2051 4102
+6035 10702 10723 10724
+3595 8609 8635 12527
+3595 8609 12527 12528
+9409 10056 10088 10089
+1957 1993 1994 9696
+264 265 2389 4608
+9788 10448 10457 10458
+6568 6616 10447 10458
+8587 8588 12508 12514
+8562 8571 11364 12520
+8562 8571 11364 12538
+6622 6686 9842 10637
+275 2399 2400 4613
+2563 10488 10535 10556
+4694 4695 4864 11330
+8571 11396 12538 12543
+9775 9785 14307 14308
+2396 2562 10488 10491
+8636 11503 12538 12543
+6462 6630 6737 9928
+200 6526 9896 9899
+9220 9896 9907 14366
+1522 5014 14089 14090
+2698 2864 11262 11263
+8946 10329 13872 13874
+8946 10329 13884 13889
+2311 2342 9265 9271
+2090 2253 2254 9264
+2644 9951 9955 10153
+9942 10003 10036 10086
+3561 3574 3588 8556
+2253 2254 9264 9271
+6545 6713 6714 13083
+2435 2436 2601 10124
+2648 2677 10107 10163
+9338 9415 9422 13080
+2147 2186 2345 9417
+6284 10329 13874 13889
+4630 4636 10061 10124
+2437 2438 2603 8273
+8946 10329 13874 13889
+1522 5014 14087 14089
+11260 11347 11512 12496
+8556 8557 12545 12551
+1522 5527 5528 14089
+5726 5727 8585 8586
+4177 4296 6315 9045
+394 1487 8289 10180
+7802 8299 9077 9079
+3561 3588 8556 12551
+4686 8298 9076 13460
+1522 5527 14089 14090
+4685 4801 4856 8299
+3622 8629 12537 12539
+1236 1237 4185 6360
+1795 5551 5552 13362
+4874 4875 13563 13577
+2861 2862 3014 11233
+495 496 2779 11305
+8577 12550 12554 12555
+7944 8011 8027 8047
+8597 8616 13567 13573
+5724 8592 8595 12503
+4652 4771 4934 13578
+11364 11396 11489 12538
+3611 3622 8629 12537
+3609 3611 3622 12537
+4719 4888 4889 11639
+8552 8557 12544 12551
+8551 8552 8557 12551
+4312 6367 6420 11515
+5099 6775 6818 12139
+8557 12544 12545 12551
+4191 4356 4395 11443
+5676 5829 8630 13610
+4716 4885 4886 11577
+8551 8556 8557 12551
+442 2727 2728 6400
+6086 6138 14089 14090
+1821 5917 5923 13693
+2963 2998 11624 11659
+2894 2998 11624 11653
+4894 4895 11666 11681
+11335 11337 11346 11347
+4736 4905 11727 13331
+8663 12547 12555 12556
+4945 13260 13270 13273
+12547 12550 12555 12556
+8815 11727 11728 13272
+2749 2914 2915 10854
+5725 5886 8593 8596
+1835 1836 4792 5588
+303 2427 4564 4626
+8643 12547 12550 12556
+314 2438 2439 4569
+2842 10804 10817 10872
+3558 3586 12558 12562
+7662 7663 7714 12562
+3562 7662 8575 12562
+848 3420 8459 10116
+911 3558 3562 12562
+313 314 2438 4569
+8083 8284 8288 8296
+1521 1522 5014 14090
+9073 9076 11066 13482
+1560 4997 5004 6068
+911 7662 7663 12562
+911 3562 7662 12562
+5614 5793 5794 8945
+7285 7315 12583 12584
+5011 5960 13986 14007
+1521 1522 5527 14090
+13956 13961 13962 13966
+1597 5014 5968 6086
+2699 2700 2865 11297
+896 897 3552 12563
+6209 14084 14085 14100
+6042 6219 6220 10760
+8647 12565 12583 14595
+5967 6132 6138 14090
+290 2415 4557 4621
+8580 8582 12572 12573
+8580 12572 12573 14597
+7484 8500 8502 14663
+8572 8581 12574 12578
+5967 6086 6138 14090
+1384 4626 6468 6587
+5985 6103 6106 13525
+8115 8501 13355 13478
+2439 4591 8090 8273
+8111 9074 9080 13493
+10680 14080 14081 14095
+7350 7375 7391 14604
+1113 4010 14604 14606
+7519 12378 14654 14659
+5501 5609 13800 13822
+10680 14081 14095 14097
+1113 4009 4010 14604
+9166 14081 14095 14096
+6065 6114 13846 13852
+14081 14095 14096 14097
+7381 8581 12578 14604
+903 7350 7381 8581
+1502 5509 13894 13907
+10588 10680 14080 14081
+903 7381 8581 12574
+12573 12580 12581 12582
+10588 10680 14081 14097
+9151 13949 13971 14000
+4077 8584 9118 14595
+7283 8641 8648 12587
+8584 12565 12570 14595
+5806 5866 5898 14096
+3553 3581 3582 12560
+4076 4077 8584 9118
+8647 8649 8650 12584
+6136 6208 6293 14072
+949 3637 8695 12586
+948 3637 3651 12606
+5727 8585 8586 8607
+2591 2592 9955 9967
+5522 5523 14012 14058
+948 949 3637 8695
+6513 6681 6682 9807
+4549 6454 6572 10557
+7887 10597 10601 14022
+2140 2179 9254 9323
+2864 2944 2947 11263
+1527 5532 5533 14125
+2140 2306 2307 9254
+8585 8607 12526 12536
+950 7286 8650 12597
+6633 6740 9334 9963
+6166 13875 13889 13891
+6115 13889 13890 13891
+8633 8635 12526 12536
+6223 6224 10021 13731
+9996 13739 13743 13744
+8587 8588 8616 12523
+2266 9381 9395 9397
+6310 13778 13780 13794
+10667 14072 14086 14089
+5981 6155 13343 13809
+8658 8661 8664 12603
+1633 1848 5925 9065
+11232 11247 11265 11298
+951 3638 3652 12597
+951 3652 8657 12597
+8664 11437 11580 12586
+8661 8664 11437 11580
+8658 12597 12603 12604
+3638 12597 12603 12604
+7286 8577 12590 12597
+2209 2285 9602 9604
+1642 1998 1999 5043
+6132 10667 14086 14089
+2569 2570 10625 10626
+5043 5232 5333 9602
+951 8657 12590 12597
+8657 8658 12593 14754
+10656 10657 14054 14064
+1653 1654 2011 11895
+3158 3197 3345 11755
+8659 8660 12604 12605
+8034 8657 12604 12605
+8034 8659 12604 12605
+8788 10829 12986 14527
+1977 8787 11849 11925
+8492 8504 13446 13467
+9170 10657 14055 14064
+8629 8654 8655 11437
+8640 8692 8694 11497
+6624 6754 10643 10646
+1308 6430 8090 8269
+779 780 812 12026
+2268 2269 2276 9464
+4341 4477 4513 11263
+3066 6778 12160 12161
+8693 8694 11419 11497
+2404 2405 2570 10624
+3208 11995 11996 11997
+8623 8640 8692 11497
+8692 8693 8694 11497
+5101 5193 6779 12161
+3672 12615 12616 12627
+725 8038 12295 12627
+1688 5193 6779 6821
+1698 5107 5198 12234
+3648 3672 12615 12627
+1262 1263 4198 6336
+7989 12616 12622 13211
+3244 12213 12218 12230
+7971 7973 12640 13221
+940 3633 3648 12627
+725 726 12295 12627
+7992 11602 13203 13222
+5111 6792 11735 11736
+3654 3682 12620 12624
+617 3094 3095 6834
+4546 4580 6451 10450
+3098 3263 3264 11784
+3682 3685 3693 12623
+3682 3686 3693 12622
+2814 2936 11254 11302
+11271 12088 13103 13105
+4332 10907 10908 10969
+5491 8995 14426 14427
+5808 5809 9103 9110
+5708 8993 9086 14702
+7944 7972 12624 13205
+9170 10657 14055 14056
+3691 12634 12639 12647
+10657 14054 14055 14056
+3688 3691 3697 12634
+1350 4546 4580 6451
+7543 7571 14145 14739
+8442 10006 13746 13748
+8002 8003 12634 12637
+3691 12634 12637 12639
+5403 5404 7449 14652
+5815 5816 5876 8431
+3689 7973 12634 12647
+6206 10656 10657 14054
+959 960 3645 5439
+9169 9170 14055 14064
+5737 8707 8726 8729
+5440 8707 8729 8736
+3689 7973 12644 12647
+6207 6314 10667 14054
+5445 5466 5740 8839
+8003 12634 12639 12648
+1338 4576 6445 6564
+1338 1339 4576 6564
+3676 3688 3691 12637
+1777 1849 7117 7118
+5508 5627 13889 13891
+1026 5465 5466 12759
+1771 5458 5459 7111
+3788 8850 12769 12786
+10345 13893 13898 13899
+10588 10667 14057 14080
+7107 8142 8358 8385
+4541 6446 6564 10413
+10667 14055 14057 14080
+8953 8954 13898 13900
+7946 8730 10939 11694
+4576 6445 6564 10408
+3568 3569 3594 12514
+2264 2317 9394 9396
+10599 14029 14047 14048
+13469 13471 13473 13499
+8687 12656 12657 12659
+8953 8954 13897 13898
+1807 1808 5563 5928
+4959 13601 13603 13617
+3655 3656 7946 12642
+3655 3656 7946 12656
+3656 3680 12641 12642
+1441 1442 4780 5930
+10602 14028 14034 14035
+3628 3629 8686 12652
+1819 5930 13655 13679
+5573 5681 8714 13665
+5571 13636 13657 13659
+5732 5773 5781 8642
+10598 14042 14047 14048
+1438 4659 4778 13657
+11734 13372 13374 13375
+3628 3657 3658 12652
+1461 1462 1832 4790
+3628 3629 3658 12652
+14029 14047 14048 14049
+1328 4535 6440 10282
+541 542 10869 10926
+1327 1328 4535 6440
+8685 12668 12680 12681
+4389 4508 4518 10969
+5595 5704 13363 13377
+1518 5524 5525 14066
+1840 5592 5920 13329
+1482 1483 1846 13431
+3629 3630 3659 12650
+8746 8747 10942 12657
+3659 3661 12645 12650
+7792 8222 8225 9365
+3658 3659 3678 8016
+5592 5593 5701 13301
+2925 2979 3008 10890
+5087 5179 9382 9383
+1048 1057 3861 12817
+4028 4061 4062 7232
+1063 3866 3867 5483
+218 6544 6545 9421
+5013 6082 14033 14038
+6435 6553 6596 10186
+2358 2359 2524 10186
+935 936 3630 8674
+11273 11274 11276 11277
+5964 6082 6250 14039
+12387 12388 12402 14646
+7344 14575 14577 14581
+7344 14575 14580 14581
+8756 8757 14574 14575
+8193 8197 9039 9040
+832 3398 8424 12429
+3398 3428 3429 12417
+8953 8955 13893 13898
+1885 7619 7620 8414
+8414 8893 12942 12943
+5274 5335 9724 9770
+984 7208 8756 8757
+8953 8955 13897 13898
+8197 9039 9040 13085
+3961 3962 3980 8897
+8063 8193 8197 9037
+6946 8991 12960 14371
+10880 12989 13002 13003
+370 371 6038 10740
+10353 10361 13906 13929
+2115 2116 9506 9521
+9152 14034 14396 14400
+9153 14034 14396 14400
+8949 10329 10346 13902
+10329 10346 13888 13902
+2689 6317 6387 11203
+8672 8681 10848 12684
+8526 14626 14634 14635
+7416 8489 9117 14635
+8225 9365 9367 9368
+3718 3719 3744 8804
+10804 10817 10838 10839
+2990 8307 8346 8347
+8672 8747 10785 10848
+7257 7263 7266 14553
+24 920 7658 7659
+7690 7745 7754 8474
+2802 2974 3002 10851
+3758 3765 12688 12701
+8588 8601 8614 11392
+5218 12155 12177 12178
+7656 7704 7754 8476
+3758 8766 12688 12701
+3765 8768 12688 12701
+9154 9164 14034 14400
+1875 8413 12416 12418
+213 214 6540 9358
+3757 3758 12688 12690
+5451 8739 8741 12687
+2142 2181 9283 9284
+14030 14031 14032 14041
+155 9521 9536 14182
+1643 1999 5043 9568
+8587 8596 8598 12508
+1284 1285 4209 6378
+993 3718 3719 12695
+154 155 9536 9537
+1284 4209 4326 6378
+3770 8323 12803 12805
+452 453 2738 6403
+4292 4293 11988 11992
+8069 11957 11958 11977
+14030 14040 14041 14050
+9197 9632 14243 14254
+1960 1961 9636 9682
+14030 14031 14032 14036
+9006 9157 14023 14383
+8547 11259 11295 13156
+7086 7098 14455 14474
+10329 13884 13889 13902
+8199 9486 9511 9512
+8766 8767 8784 12701
+7124 7157 12740 14521
+8544 11258 12496 12499
+1973 2008 11957 11967
+10329 13888 13889 13902
+8571 12539 12546 12548
+2019 11745 11787 11789
+9006 9155 9157 14023
+7938 8764 8765 8770
+5147 5252 5253 11848
+10286 10330 10331 14240
+974 3707 3723 7648
+9006 9020 9022 14023
+9006 9009 9020 9022
+3898 3918 3924 6916
+3723 7647 7648 8679
+1986 1987 2020 12341
+14017 14023 14025 14035
+2027 9482 9483 9484
+9557 10218 14187 14188
+14017 14018 14025 14035
+8544 11248 11260 12496
+2191 9491 9493 9503
+5452 8739 12695 12697
+7792 9365 9367 9495
+1163 4097 4139 5064
+1037 7028 7049 12885
+9157 14021 14022 14383
+8665 8677 8766 12977
+8765 8766 8767 8781
+9597 9606 9608 9623
+1964 9597 9608 9623
+6440 6559 6720 10312
+245 246 2370 4535
+6121 14008 14014 14015
+1170 4101 4144 5159
+440 2725 2726 6335
+2689 2690 6387 11203
+3719 3744 3747 8812
+1250 1251 4192 6330
+8786 8804 12698 12699
+2052 2053 2216 9647
+89 90 2053 4146
+2474 2514 2674 9957
+7842 8986 9703 9741
+1340 1341 4605 6565
+2228 2229 9727 9728
+6616 6727 9788 10458
+3743 3744 8804 12698
+2168 2293 2294 9688
+1251 4192 4310 6396
+5263 9689 9732 9733
+6121 14008 14009 14014
+2392 4546 4609 10451
+2173 7853 9843 9845
+8539 11266 13139 13142
+4179 6317 6387 11203
+1186 4155 5076 9772
+108 2072 4113 4155
+5275 9798 9799 9800
+5521 14008 14009 14014
+1251 1252 4310 6396
+1982 8783 12360 12992
+1515 5521 5522 14008
+3058 3223 12096 12122
+2140 2179 2307 9254
+286 4555 4619 10713
+2574 2575 10685 10714
+3224 3392 12122 12154
+3224 3369 3392 12122
+747 748 9347 9352
+13989 14012 14013 14014
+6705 6706 6741 9336
+749 9283 9294 9350
+9010 10396 10398 10532
+12051 12052 12053 12054
+5586 5587 5687 13408
+655 4228 8535 12053
+963 996 3698 5456
+317 2440 2441 8272
+9028 9553 14185 14200
+5047 5330 5379 9509
+7398 8515 12491 14629
+964 3698 3699 12718
+2156 2318 9520 9531
+5063 5155 5264 9525
+8962 8964 13919 13920
+7540 7541 9933 12370
+10520 10522 10533 14003
+3719 3720 3747 8812
+655 656 3132 12049
+2219 2220 9657 9697
+5041 5224 5239 9659
+2058 4106 9684 9686
+91 92 2055 4147
+8806 8809 8812 13418
+1636 1637 1992 9739
+655 3132 3168 12062
+9234 9915 9917 9918
+10424 10522 10524 10525
+7871 9849 9850 9884
+5763 5788 9010 10396
+8520 12492 12493 14642
+7398 7399 7414 14642
+200 201 2177 9898
+5081 5172 5280 9291
+6429 6430 6593 13133
+5286 9381 9395 9396
+9466 9467 9470 9471
+2150 9443 9470 9471
+8161 9460 9467 9472
+9475 9476 13113 13114
+5763 5788 5795 10396
+7367 7398 12491 14642
+6441 6560 10335 10336
+10923 10925 10927 12725
+5086 5178 5285 9309
+1168 5067 5158 9621
+8926 14242 14243 14445
+170 6496 6497 9634
+1962 1997 1998 9633
+6690 9854 10646 14355
+190 191 6517 9814
+13955 13956 13964 13967
+6592 8344 8350 14176
+9769 9794 9795 9813
+6455 6622 6731 10550
+4064 4072 14549 14555
+1356 1357 4550 6573
+191 2134 2172 9797
+9797 9831 9836 9837
+7832 7862 10538 14325
+8105 9034 13041 13042
+5037 5234 7813 9798
+9784 9803 9804 9806
+2096 4125 5085 9308
+5086 5177 5341 9310
+2092 2093 2256 9292
+1195 4119 5172 9253
+9954 9970 10040 10044
+10040 10041 14155 14161
+2196 9489 9501 9502
+1154 4091 5060 9483
+2028 2029 2192 9488
+8401 9239 9241 14160
+1196 4119 5172 9291
+1195 1196 4119 5172
+2084 2085 4162 9291
+3509 3510 12478 12482
+66 2030 4092 4134
+5242 5330 5379 9510
+74 2038 4096 4138
+2690 6387 11202 11203
+8106 11150 11153 11171
+2121 2160 9606 9607
+382 6049 6050 10027
+5333 9584 9602 9603
+969 970 12714 12731
+10474 13990 13996 13997
+2202 2281 2320 9558
+968 7216 12728 12731
+6130 13990 13992 14009
+968 969 7216 12731
+5629 10474 13993 14009
+5266 9648 9651 9673
+5240 5266 5269 9673
+5160 5266 9648 9651
+89 4103 4146 9647
+10486 14275 14276 14278
+8049 9662 9668 9672
+6193 6194 13951 13952
+13975 13979 13990 13996
+10474 13979 13990 13996
+968 969 12730 12731
+5235 5271 5272 9731
+3479 3508 12448 12474
+10807 10810 10880 13004
+2228 9726 9727 9728
+1181 4109 5073 9729
+4152 5165 9725 9729
+5073 9687 9726 9729
+5137 5235 7867 9732
+10516 13979 13990 13992
+2053 2216 9647 9650
+2053 2054 4146 9650
+10778 10894 10919 10920
+2216 2217 9650 9679
+5229 9256 9261 9274
+9915 9917 9918 9920
+1174 1175 4147 5070
+5258 9660 9661 9663
+204 9343 9344 9920
+10879 11168 13009 13028
+5156 5265 9566 9567
+2085 4162 9273 9291
+8818 11012 11016 11017
+5084 5227 5283 9303
+6905 6912 6916 12827
+869 1938 7438 7696
+869 7438 7696 12490
+4373 4484 10792 12970
+4587 4626 6468 9967
+2095 2096 5085 9307
+3898 3909 3918 12827
+2096 2097 4125 9308
+3889 6870 6879 6905
+5629 10474 13997 14009
+7796 9944 10004 13760
+10474 13979 13990 13993
+1101 4003 4004 8055
+1152 4090 4132 9316
+1152 4090 5059 9316
+1020 12739 12742 12747
+1020 12739 12741 12747
+145 2108 4131 8152
+1214 4131 5181 8152
+13980 13985 14002 14007
+46 12739 12742 12747
+1145 12739 12741 12747
+9115 9206 12448 14609
+2201 9525 9559 9570
+9746 9752 14289 14295
+4034 4044 4048 14609
+60 1215 2024 4089
+1176 4105 5162 9686
+9692 9695 9696 9700
+1152 4132 8206 9316
+9322 9903 9915 9916
+6627 6694 6735 10766
+8964 13919 13920 13926
+7243 7252 8881 14530
+2178 9322 9903 9915
+1152 4089 4132 8206
+1372 4621 6462 6581
+5520 13985 14002 14007
+3825 8881 12756 12758
+5341 9309 9310 9313
+2146 2185 9359 9386
+4366 4482 11563 13203
+2146 2184 9359 9384
+6128 6298 13980 13984
+7259 12733 12760 14533
+5285 5372 5382 9391
+5285 5341 9309 9313
+12733 12756 12758 14533
+135 2098 2099 4169
+2676 10042 10043 10099
+6709 9969 9970 14158
+994 3719 3720 5454
+4028 4029 4062 7232
+8856 12767 12770 12771
+6485 6654 9582 14208
+68 2031 2032 9498
+8348 11140 13042 13045
+1142 4029 7202 14546
+157 2117 2155 9554
+10425 10526 13954 13984
+3811 3826 8856 12767
+5234 5337 5375 9799
+8869 8871 8890 10917
+2173 7853 9831 9843
+3506 3507 3533 12474
+8872 12760 12775 14526
+5519 5520 13985 14007
+1130 1747 4018 7360
+8872 10917 14526 14530
+8879 8889 12772 12778
+72 2036 4095 9517
+1130 1747 1748 7360
+2117 2156 2277 9513
+2197 2348 9516 9531
+9533 9554 9575 9576
+7243 8875 12773 14530
+238 2362 2363 4531
+6309 13821 13830 13832
+12472 12473 12477 14622
+11602 11603 13203 13222
+8133 8386 10263 13842
+3828 12772 12778 12779
+2523 2653 10182 10193
+2041 2204 9566 9567
+2535 2679 10286 10287
+3827 3828 12772 12779
+1327 4535 6440 6558
+11563 11602 11603 13203
+5519 5520 5628 13985
+8856 8879 8880 12772
+2380 4540 4603 10366
+6444 6563 6609 10366
+5519 13980 13983 13986
+8856 8880 12768 12772
+8512 12473 12477 14622
+9631 10368 10407 14265
+2544 2545 2618 10406
+6196 6197 6290 10516
+10571 13974 13994 13995
+2460 2626 2655 10508
+6195 6196 10524 13954
+3803 8868 12780 12783
+7728 7763 12765 12783
+10490 10537 10543 10544
+9832 10644 10645 14344
+1520 5966 14069 14070
+7912 9184 9832 14344
+5014 5968 6086 14087
+10680 14079 14091 14095
+7763 8801 12765 12783
+7728 7729 7763 12783
+4614 6455 10561 10563
+10644 10645 14344 14350
+6624 6733 10625 10628
+3515 12472 12473 12477
+6132 6138 6293 10667
+276 2400 2401 4614
+6623 6753 10562 10640
+7763 8794 8801 12783
+8218 9535 9538 14182
+2415 2416 2581 9928
+2715 2880 2881 11475
+8801 12765 12766 12783
+1369 4556 6461 6579
+2637 9925 9976 9979
+10425 13981 14005 14006
+10425 10526 14005 14006
+2592 2593 9955 9968
+211 6537 6538 9332
+3500 3520 3528 12465
+11153 11171 11177 11190
+3768 8143 12792 12802
+3770 8323 12790 12803
+214 9357 9358 14168
+5795 13981 14004 14005
+3769 3770 3798 12803
+309 2433 2434 4567
+2436 2437 2602 10121
+313 2437 4569 4590
+3770 3798 3799 12790
+324 325 5992 10248
+4358 4500 4522 13182
+2156 9520 9527 9531
+328 329 2448 10271
+5031 9388 9391 9452
+3768 3797 3813 12792
+8926 14238 14244 14246
+9550 10207 10217 10225
+998 8141 12799 12800
+998 3768 12799 12808
+6618 6678 9783 10507
+6268 6269 13955 13967
+348 349 2458 10469
+6194 6268 6269 13955
+9499 9500 9513 9520
+8141 8143 12799 12808
+998 8141 12799 12808
+998 3767 3768 12799
+9901 9907 9908 14362
+6580 6630 6736 9981
+2880 2881 11474 11475
+10729 10730 10731 10740
+371 2509 10010 10011
+9001 9002 12896 14692
+10516 10526 13977 13979
+2607 2650 8265 8285
+2649 2650 10125 10160
+6941 6964 14424 14425
+2602 2649 2650 10125
+6181 10353 13886 13899
+10325 10328 10344 10345
+9189 9190 10340 10343
+8115 10144 13354 13356
+5958 6125 6248 13972
+1895 1896 6964 14425
+6452 6571 6729 10491
+3770 3771 3799 12807
+6125 6248 13962 13972
+269 2393 4610 10450
+382 10008 10025 13758
+298 2422 2423 4561
+6149 13732 13737 13771
+382 383 6050 13758
+1535 1616 5018 13736
+9242 9942 10035 10036
+380 381 10002 10022
+6046 6047 6224 10023
+3818 3819 3837 8890
+8430 8432 10022 13788
+7703 7704 8476 12455
+324 325 2446 10230
+6248 13962 13966 13972
+1741 1742 5404 7449
+1494 1495 4996 5503
+6248 13961 13962 13966
+237 238 2362 4531
+7482 14655 14657 14661
+8093 8094 8313 12811
+8327 11148 11150 11153
+2536 2537 10286 10312
+2371 2537 10290 10312
+5958 6076 6125 13972
+2372 10289 10290 10336
+6600 6660 6720 10312
+6125 13962 13972 13982
+8093 8099 12798 12811
+3898 3918 6916 12827
+6676 6677 6727 10506
+6616 6675 6676 9788
+8093 8099 8335 12811
+6680 9787 10634 14319
+6617 6677 6678 10507
+107 2070 2071 9772
+6289 13943 13963 14001
+6191 6289 13943 14001
+276 2400 4550 4614
+1003 1004 7110 12815
+10430 13943 13965 14001
+3506 4047 12472 12474
+4584 4635 6580 9981
+6191 6192 6289 14001
+7482 7483 7499 14661
+13961 13962 13963 13964
+6540 9358 14154 14162
+7806 11181 11193 13396
+7806 9050 11193 13396
+2474 2514 9957 10002
+8106 11148 11150 11153
+381 2474 2514 10002
+383 10034 13749 13758
+6303 10403 13911 13912
+39 1965 7635 8927
+1391 4567 6590 10061
+1002 7109 12811 12813
+3870 6889 8930 12817
+3858 3871 6918 8932
+6712 6745 9425 10047
+1900 1901 1961 7021
+10123 10157 10164 13124
+5005 5956 13957 13958
+6473 8273 10121 10127
+3506 4013 4047 12474
+2601 10121 10123 10157
+4533 6438 10242 10269
+6721 6761 10241 14220
+2449 2612 2657 10274
+2363 2364 2529 10212
+5005 5515 13957 13958
+2449 2489 2612 10274
+6726 10448 10449 10461
+6880 8899 8900 12824
+2380 2381 2546 10408
+1515 1585 5012 14008
+2554 2555 10448 10457
+6675 6726 9788 10461
+3859 8900 12822 12824
+6908 8900 8932 12944
+6197 10516 13975 13990
+1051 1052 3871 8932
+1191 4116 4158 9865
+6919 8930 8932 12944
+1051 8930 8932 9008
+4998 5005 5956 13958
+1871 6870 6880 8899
+2574 10685 10686 10691
+9223 9317 9882 14360
+8404 9241 9242 12373
+6469 6637 6744 9972
+2477 10100 10113 10169
+384 2476 2515 10034
+5474 7031 14447 14448
+8395 8402 9407 14153
+3926 12738 12827 12833
+9340 10042 10087 10099
+9340 10113 10114 10118
+2594 2595 9969 9972
+9229 10054 14145 14737
+7887 7911 10597 14022
+1508 4998 5005 13958
+1781 5474 5475 14447
+2511 2639 2656 9991
+2472 2512 2641 9965
+2421 2587 9963 9964
+6025 6026 6203 10599
+6910 6912 8939 12833
+10397 13950 13968 13969
+10574 10576 10577 10590
+7863 7864 10615 14401
+2502 10545 10577 10590
+275 276 2400 4550
+275 2400 4550 4613
+7817 14329 14332 14333
+9807 9808 14323 14325
+2363 2529 10205 10212
+2606 2610 10187 10191
+1850 1851 5480 6850
+10397 13949 13950 13969
+7031 7062 14447 14448
+2526 2606 2610 10191
+6486 6654 9582 14213
+157 158 6484 9555
+11344 11345 11545 12136
+8937 12838 12842 12843
+8260 11219 11220 11246
+4471 10912 11214 11215
+9500 9513 9520 9532
+12848 12867 12875 14505
+4643 4955 13462 13486
+1224 4295 6317 6359
+5838 8691 8698 13648
+11209 11211 11213 11376
+13950 13968 13969 13970
+11222 11235 11270 11409
+2701 2866 2867 11319
+11289 11291 11311 13139
+410 411 2696 6388
+7155 7156 7169 8054
+8937 12838 12840 12843
+7156 7157 7173 14523
+2781 2946 2949 11336
+3864 3865 3893 12842
+10398 13949 13950 13970
+11398 11484 11495 11587
+1247 4190 4308 6419
+3893 3906 12838 12840
+10531 13947 13950 13951
+3893 12838 12840 12843
+4420 11447 11469 12195
+11393 11488 11502 11504
+6192 13952 13968 13970
+5514 5622 13912 13940
+5623 5800 13940 13941
+437 2722 2723 11531
+2891 11548 11561 11563
+2965 10857 10861 10862
+3892 3893 3906 12838
+4319 4369 10796 10844
+447 448 2733 6339
+5622 9132 13912 13940
+5141 9501 9515 9520
+1702 6789 6830 12327
+1729 5122 8072 8207
+3926 8904 8905 12738
+3768 3769 3797 12802
+457 2742 2743 6405
+538 2801 11094 11110
+5885 8119 13356 13358
+2801 11094 11095 11110
+3922 8904 8905 12851
+2744 2909 2910 10910
+2801 2839 11094 11095
+4738 4739 13320 13372
+8905 12848 12851 12875
+7177 12875 14513 14515
+2806 2978 10978 10987
+7723 8052 8857 12837
+5413 8496 12459 12460
+2756 2921 10884 10885
+747 9349 9385 9406
+9136 14447 14453 14461
+9141 9142 10376 13960
+1044 7631 7632 12837
+2323 8203 9373 9479
+2811 11141 11153 11157
+1044 3855 7632 12837
+2928 2929 11030 11079
+2726 2727 2892 11561
+8902 8903 12855 14509
+3896 3902 3910 12855
+1215 5058 8072 8205
+3880 3881 3896 12859
+11228 11237 11272 13108
+3855 3887 3896 8906
+6316 6358 6386 10911
+7413 12464 14626 14638
+11198 11302 11408 11409
+3876 3899 12853 12856
+491 492 11255 11277
+9142 10376 10388 13937
+5571 13636 13656 13657
+1256 4312 6367 6420
+2958 11516 11532 11535
+9134 10349 13927 13960
+3899 12853 12856 12867
+8936 9127 12866 14504
+424 2709 6327 11405
+8936 12853 12866 12867
+2859 3013 11227 11237
+4850 4952 13416 13432
+884 885 7460 12434
+2443 8288 8289 8296
+4738 13320 13322 13323
+1280 1281 4207 6376
+8327 11142 11159 11160
+8216 8221 9203 14493
+8376 11163 11173 11174
+3707 3722 7649 8678
+8328 11116 11118 11173
+8143 12792 13394 13395
+3846 3847 3876 12869
+8366 11169 11191 11192
+3522 12447 12458 12462
+8104 11129 11143 13053
+8379 11117 11173 11178
+2811 8371 11141 11157
+3847 3876 3877 12856
+885 7460 12434 12435
+8714 13639 13646 13647
+1031 3867 5484 12868
+9134 13923 13927 13960
+3676 3680 12637 12641
+3733 8774 12712 13056
+10932 11605 11614 11649
+8717 11647 11651 11652
+12324 13228 13230 13231
+2754 2755 6410 10878
+2976 3004 3026 10823
+7061 9134 13923 13960
+10803 10804 10805 10970
+2917 10832 10837 10841
+4914 4915 10947 10960
+5108 5304 5359 12282
+6350 6380 6410 10878
+8838 13280 13281 13282
+3867 5483 5484 12868
+1666 5091 5182 8153
+8193 8197 9037 9040
+13089 13090 13097 13098
+1064 3867 5483 5484
+8506 11276 13465 13475
+4851 4857 4978 13445
+8963 10402 10435 13918
+973 3706 7646 7647
+4477 11296 11317 11342
+1031 1064 3867 5484
+11315 11333 11337 11357
+11296 11318 11341 11543
+8963 10435 13918 13941
+1411 4645 4765 5914
+1843 5595 5596 13377
+5560 5915 13552 13557
+4354 11365 11427 11461
+8051 8857 12846 12852
+11186 11188 11189 11190
+426 2711 2712 6395
+11398 11484 11590 11684
+4190 6328 6419 11444
+8051 12844 12846 12852
+2992 11430 11447 11468
+4193 4310 4396 11477
+3902 12852 12854 12881
+11571 13190 13191 13209
+4428 11534 12252 13190
+8963 10403 13920 13924
+8963 10402 10403 13920
+2732 2897 2898 11689
+7649 8665 8678 8679
+3058 3223 3224 12122
+446 447 2732 6401
+4317 4368 4473 11623
+10858 10860 10861 11702
+7297 7307 12591 14601
+8825 10870 12704 13317
+5512 5513 13913 13914
+3154 3194 3358 11916
+4374 10882 10904 10914
+8515 12460 12464 14629
+8015 8669 8670 8671
+8495 8497 12447 12449
+1034 12874 14429 14431
+471 2756 2757 6411
+10220 12874 14429 14431
+8959 10068 10189 10300
+544 545 2804 10872
+8959 10068 10189 10237
+7268 7712 14582 14584
+8093 8099 8107 13046
+1924 1925 7268 7712
+7268 7289 7712 14582
+954 7715 8575 14601
+8959 10189 10237 12869
+8256 8263 11239 11374
+8959 10189 12869 12874
+8263 11218 11235 11239
+2778 2814 2936 11302
+7129 7134 7136 14519
+3643 3644 3669 12619
+1505 5512 5513 13914
+5837 5838 8691 13629
+11362 11434 11441 11470
+4319 4369 4371 10844
+4200 4317 4473 11626
+7129 7134 14518 14519
+2730 2731 2896 11626
+1506 5513 5514 13939
+9244 9891 9894 9895
+7104 7722 7723 8906
+1285 4209 4327 6378
+10822 10823 10840 11816
+2752 2918 10814 10837
+5513 5621 13912 13913
+2695 2696 2861 11234
+5513 5621 5622 13912
+733 8527 8528 12129
+12325 13230 13234 13236
+491 11241 11255 11273
+7136 8857 12882 14519
+11276 11277 11278 11286
+2792 11605 11644 11649
+2791 11522 11607 11612
+2890 2891 11548 11563
+3939 9002 12896 12897
+1084 6956 8999 12892
+1084 1085 6956 12892
+13629 13640 13641 13656
+1084 1085 12892 12896
+1293 4213 4331 6412
+5618 5619 13906 13908
+8618 8619 11411 11417
+5510 5618 5619 13908
+11395 11422 11450 11453
+8466 12901 12916 14682
+2705 2870 11366 11368
+4418 12153 13165 13168
+3017 11343 11344 11378
+6606 6643 10311 10336
+1242 4305 6326 6393
+5091 5182 5345 8153
+1669 1670 5184 6767
+5509 5510 5618 13895
+5290 5327 11820 12002
+12916 14681 14682 14683
+3041 5092 6766 6808
+8059 11888 12004 12008
+4756 4925 4926 11183
+5619 10361 13905 13910
+11149 11188 11189 11190
+5215 5221 5349 12072
+8327 11149 11189 11190
+8422 8976 12907 14691
+8949 8953 13900 13901
+8949 8953 13893 13900
+1896 6941 6964 14425
+6964 6976 14424 14745
+10345 10352 10353 13898
+4076 4077 4087 9118
+10198 10213 10228 10229
+733 769 12120 12226
+7292 7304 7319 8753
+5099 5191 5353 12138
+4078 7325 7326 7345
+8955 10345 13896 13898
+3312 3313 12205 12216
+726 12273 12295 13187
+8949 10346 13900 13901
+5104 5300 12196 12198
+5325 12199 12201 12221
+8949 10346 13893 13900
+1499 5004 5507 13892
+3525 3543 12441 12442
+9004 12912 12913 14684
+4199 6369 11606 11620
+9004 12895 12912 14692
+3099 3100 3265 11862
+1499 5004 5009 13892
+5506 5507 5615 13879
+5146 5251 5383 11941
+4205 4322 6343 10914
+3090 3091 6791 11741
+10895 10901 12979 12980
+5506 5507 13879 13892
+702 703 11938 12364
+3271 3329 3377 11761
+3516 3525 3543 12441
+5312 11751 11761 11766
+3632 3648 3673 8033
+8144 11174 11177 11188
+983 8753 8757 8803
+3118 3119 3284 11864
+3381 11903 11904 11910
+8959 10068 10237 13868
+8144 8329 11174 11177
+7755 7767 7770 8662
+3121 3287 11947 11948
+3286 11944 11945 11951
+10776 10921 10922 11713
+3296 12011 12021 12025
+1223 4295 6358 6359
+5615 5794 5899 13877
+3042 5092 6766 6809
+5199 5304 5358 12266
+4511 10912 11214 11377
+3308 12158 12171 12173
+765 799 12202 12211
+9002 9004 12895 14692
+730 12180 12188 12191
+3968 3989 12918 12922
+3191 3322 3356 11749
+2726 2727 6399 11561
+3968 12918 12922 14685
+3968 12913 12922 14685
+12913 12922 12923 14685
+8416 8424 12427 12922
+7803 10069 10298 13868
+660 661 3174 12105
+12097 12098 12100 12102
+3135 3174 12105 12108
+3554 3555 3583 12561
+8416 12427 12918 12922
+13860 13864 13865 13877
+12427 12918 12922 14685
+656 3132 3172 12049
+8483 8484 12456 12457
+12291 12292 12306 12307
+681 682 3145 12287
+681 4254 7987 12245
+7986 12228 12242 12244
+7960 7986 12242 12243
+3514 3519 3535 12441
+13858 13860 13864 13877
+6872 8416 12925 12927
+3325 3358 11785 11916
+5311 5366 11758 11760
+11393 11418 11495 11498
+3262 3375 11785 11845
+2015 11908 11913 11917
+6850 8937 12838 12842
+11752 11753 11790 11791
+3206 3207 3293 12003
+146 2109 8150 8152
+899 3554 3555 12571
+5463 5480 5481 12842
+5091 5290 5345 8173
+5091 5345 8153 8173
+1150 1666 6764 8154
+582 3059 3060 6775
+5327 5386 12002 12010
+12029 12031 12035 12038
+5615 5899 13875 13877
+12044 12069 12070 12071
+2698 2863 2864 11263
+6872 6881 6904 12927
+2860 3013 3029 11227
+3138 3177 12120 12134
+6872 6904 8416 12927
+6108 6285 13861 13864
+5505 5506 5614 13869
+5505 5614 13867 13869
+2787 2827 2993 11483
+12093 12120 12130 12226
+9868 9869 9872 9875
+678 679 12247 12251
+679 680 4253 12246
+7976 7989 12297 13199
+6871 12932 12939 12941
+3077 3242 12213 12215
+3992 12927 12930 12932
+664 665 12123 12131
+3991 3992 12932 12938
+8486 8487 9208 12479
+1497 5505 5506 13869
+3088 3253 3254 12329
+7902 7911 13987 14022
+3250 3388 12282 12285
+7954 12323 13223 13234
+7996 12325 13217 13236
+3508 3530 3531 9209
+1706 5111 6792 11736
+8524 9115 14614 14623
+5505 13851 13867 13869
+7902 7911 10597 14022
+3537 3541 12468 12479
+695 11797 11826 12352
+3999 12929 12933 12936
+4205 4322 4374 10914
+616 617 3094 6834
+3999 12933 12935 12936
+5614 13864 13866 13869
+693 11812 11818 12342
+5614 13866 13867 13869
+10074 13836 13837 13847
+3103 6797 6839 11943
+3106 3271 3272 11766
+622 3099 6795 6837
+5311 5312 11761 11766
+3270 3360 11760 11955
+3271 11760 11765 11766
+6911 12929 12933 12936
+6901 12933 12935 12936
+2827 11482 11483 11484
+11397 11434 11479 11488
+3532 12471 12478 12479
+11265 11266 11267 11291
+6880 6901 8900 12941
+4216 6354 11029 11032
+8528 8545 12124 12129
+11892 12002 12007 12010
+867 3481 12484 12486
+4222 4338 9044 11890
+3480 12448 12482 12486
+148 149 3128 8177
+3412 3439 3440 12382
+3058 6774 6817 12118
+3948 5497 5605 8928
+5221 5294 5326 12076
+5189 5351 12077 12096
+3412 3439 12382 14652
+3057 6774 6816 12096
+4256 4432 12304 13200
+682 3145 3185 12280
+682 12280 12287 12293
+3412 5400 12382 14652
+1065 3927 5498 12959
+3101 6796 6838 11942
+623 3100 6796 6837
+3327 3376 3390 11912
+8301 8302 8316 10195
+2815 2942 11218 11221
+5053 11912 11913 11915
+993 3719 5453 12695
+3376 3390 11907 11912
+4206 4323 6375 10906
+8431 8436 8442 13748
+3097 6794 11779 11784
+5999 13855 13856 13857
+845 12367 12369 12374
+332 5999 6000 13855
+720 3164 3204 11970
+6172 6173 10297 13848
+1650 2006 2007 8065
+6112 6120 6185 13904
+8208 8224 8225 8233
+3311 12168 12206 12208
+8483 8484 12441 12456
+9007 12818 12951 14477
+3233 12161 12163 12170
+6109 6173 6281 13848
+6850 8937 12841 14510
+11519 11536 13181 13183
+705 4278 4279 11808
+1071 3932 3933 8895
+5116 5311 5312 11766
+8978 8979 8989 14369
+1071 1072 12955 12960
+12168 12200 12202 12203
+4249 4250 12262 12263
+4193 4311 4360 11477
+3451 3467 12414 12415
+6164 6172 13848 13849
+2152 2278 8233 9371
+6172 10297 13848 13849
+149 7782 8195 11873
+5505 5613 13852 13867
+3864 8940 12838 12842
+441 2726 2727 6399
+149 2112 7782 8167
+7823 8979 8989 14369
+8477 12454 12456 12457
+1072 6946 12960 14371
+827 828 7526 9085
+8429 9106 14133 14727
+5266 5268 9648 9673
+2593 9954 9970 10044
+3413 6864 12398 12400
+3456 3463 6926 6930
+7673 7699 12381 12397
+833 7529 7549 8423
+6190 6191 6267 13935
+6191 6267 13935 13943
+9133 10385 13922 13925
+10073 13861 13862 13866
+839 3403 3418 8408
+1071 3933 8895 12955
+7666 7756 7762 12909
+1969 9539 14184 14190
+9125 10261 13826 13841
+440 441 2726 6399
+491 2815 11241 11255
+7527 7548 7553 14680
+8769 12350 12966 12967
+7559 12912 14684 14696
+9932 10756 14133 14736
+3513 3517 11244 12436
+7547 12420 12424 14683
+227 8202 8208 8237
+6907 12417 12421 12422
+8144 8329 11177 13395
+1878 12485 12489 14645
+810 5029 8156 9457
+8061 9444 9445 9448
+8061 9448 9463 12027
+3465 3468 12390 12392
+8407 14648 14650 14651
+8013 8769 12351 12966
+3461 3465 12376 14656
+8146 10084 13818 13841
+8405 12404 12409 12412
+3438 8399 12379 12380
+3402 3422 8394 12379
+9368 9370 9371 9372
+850 3409 3421 8398
+9237 9238 14145 14739
+3448 3465 3468 12392
+7521 12378 12391 14660
+7493 7497 12386 14654
+5288 5376 9432 9433
+6903 6913 6915 12408
+6873 6903 12410 12414
+8406 12410 14645 14650
+8527 8528 12507 12512
+5127 5218 12155 12177
+3482 3483 3511 12481
+7427 7433 7437 9206
+3531 3532 12471 12478
+6871 6880 6901 12941
+8331 11078 11079 11158
+3511 3512 12480 12481
+8792 11827 12972 12984
+8792 11827 12971 12972
+545 2804 2843 10873
+8185 11877 12056 13084
+8083 8275 8284 8288
+7775 8183 8184 12435
+3500 7704 12455 12470
+3525 12441 12442 12443
+11871 11876 11877 11878
+8077 12433 12434 12437
+885 8160 12434 12435
+7460 7491 8183 14671
+11476 13201 13209 13210
+3468 3469 12385 12396
+8245 10170 10177 14675
+8793 12965 12971 12972
+10877 10975 10977 12971
+7351 7653 14607 14613
+3509 12448 12478 12482
+3404 3418 7675 12409
+9358 9407 14154 14156
+8792 8793 10974 12971
+767 800 801 5022
+8764 8765 10777 12977
+7504 7509 7516 14656
+11891 13074 13075 13076
+13827 13833 13834 13836
+766 12209 12210 12211
+3516 3519 3535 12441
+11035 11037 11256 11373
+11035 11245 11256 11275
+7509 7516 12391 14656
+3530 3546 12475 12476
+3509 3510 3532 12478
+3549 8491 12451 12463
+8779 8780 8781 12977
+8057 12478 12480 14633
+765 12202 12209 12211
+7418 7421 7426 8487
+867 868 3482 12484
+3522 3538 12458 12462
+8488 12463 12466 14636
+9214 9215 14668 14669
+3538 3545 12458 12461
+8475 8482 8490 12498
+7415 7429 7430 14635
+3536 8499 12450 12458
+3521 8495 8499 12439
+8488 9208 12471 12476
+865 3479 3480 12486
+8057 9206 12448 14609
+3541 12478 12480 14633
+8487 9208 12471 12479
+9825 9829 9867 9868
+8765 8781 10777 12977
+8188 11194 12441 12442
+857 1864 3414 6864
+2175 9869 9871 9891
+2277 9499 9513 9520
+902 903 7381 12574
+8787 8792 12981 14527
+4071 7420 14609 14614
+7713 7714 7761 8572
+3891 6851 6852 6886
+755 789 790 9870
+11118 11163 11173 11186
+10257 10297 13835 13836
+10074 10258 10297 13836
+801 5022 5127 12177
+12180 12182 12185 12186
+8773 8793 8797 8798
+8515 8520 12491 14642
+10891 11000 11001 12989
+12171 12173 12174 12210
+3580 11292 12506 12511
+8791 10809 10887 12988
+663 664 4237 12126
+766 12171 12174 12210
+9288 9407 14168 14169
+8792 10806 10809 12988
+7902 10597 10601 14022
+3614 8629 12539 12548
+3613 3618 3620 12519
+729 730 766 12210
+10809 10887 11000 12988
+919 7374 12500 12502
+8558 8568 8569 12548
+8531 8532 8560 13224
+12195 13172 13226 13227
+7789 10880 10881 12986
+8144 11177 11188 12790
+3551 3552 12552 12569
+10074 10258 13832 13839
+898 3554 12565 12570
+3594 3595 3608 12528
+7852 7853 9830 9858
+7432 7435 14608 14623
+11867 11876 12994 12995
+900 901 12575 12579
+9850 9870 9877 9880
+878 887 3493 5409
+917 3564 3578 12499
+3580 3593 8547 12511
+7405 7406 8475 14639
+11867 11868 11876 12995
+7783 11871 11872 11875
+8086 11891 12997 13070
+8122 8124 12438 13532
+1943 7701 7702 14670
+4023 4057 7277 7309
+8166 11870 11878 12994
+7692 7702 8180 14670
+8689 8696 8698 13644
+962 3624 5441 5442
+3646 5440 8707 8736
+9413 9451 9452 12026
+944 945 3635 7687
+1928 7270 7291 7714
+744 9440 12026 12027
+3489 3526 8510 12438
+9387 9410 9411 9417
+7956 7968 12335 13247
+7971 12635 12640 12645
+7014 7887 7911 10596
+5141 9500 9509 9520
+7686 7718 7750 12661
+746 9287 9403 13079
+9501 9515 9516 9531
+8693 8699 8718 12610
+955 3641 5435 12602
+21 1745 5408 7453
+8684 8753 12676 14562
+4019 4020 8645 12564
+7281 7312 8644 12568
+523 11618 11643 11672
+933 934 3628 12666
+5525 14037 14066 14067
+734 735 12106 12507
+7973 12644 12647 12648
+734 8527 12106 12507
+7942 10846 11648 11661
+7975 8003 12639 12648
+733 8528 12129 12513
+4067 14578 14579 14580
+734 735 7659 12507
+7315 7327 7328 9118
+9971 10099 10118 10120
+3637 3650 3664 12586
+3642 3666 12608 12609
+3668 12609 12617 12619
+11925 11926 11927 11929
+3641 8640 12602 12608
+3643 3668 3669 12619
+8717 12617 12625 12626
+958 3643 5437 12628
+3642 3666 3668 12609
+10074 13832 13839 13840
+8333 11168 13008 13009
+9499 9500 9513 9522
+10074 10258 13832 13838
+3661 3662 8018 8021
+7057 7061 7073 9134
+7686 7718 12661 12669
+7938 8667 8672 8770
+27 7709 7718 12669
+21 878 5408 7453
+8333 11168 13005 13009
+10879 11168 13008 13049
+8717 11647 11652 12626
+4995 11666 11675 13677
+7245 7262 7264 14540
+7251 8862 14544 14557
+7251 7257 7260 8862
+7234 7252 7259 12760
+8356 13823 13824 13826
+8838 8853 12722 13280
+10803 10805 10980 12711
+8319 10810 11076 13029
+8319 11167 11168 13029
+4707 4708 11423 13570
+723 759 793 7882
+3729 3755 8812 10923
+793 7851 7877 7881
+7935 7968 12650 12651
+3746 12673 12685 14565
+1983 8665 12708 12991
+8014 12343 13250 13255
+7811 7880 7882 7922
+8013 8666 8670 10781
+4213 4331 4387 10892
+987 7212 8682 8755
+3735 8677 8783 12710
+4213 4331 6412 10883
+4005 7606 8682 12670
+1973 2008 2009 11957
+2913 11025 11028 11093
+1294 4331 6352 6412
+1118 4037 7239 12670
+7228 14536 14544 14545
+8775 12360 12364 13036
+1973 8070 8213 11967
+3804 8790 12763 14538
+1973 1974 8213 11957
+2794 8026 11656 11659
+977 3708 3721 8783
+10810 11076 11077 13029
+1973 8070 11967 11974
+1973 8213 13012 13014
+7035 7065 7075 12946
+3160 3200 3361 11839
+10880 13002 13003 13028
+7263 14534 14535 14542
+8866 10879 13024 13027
+987 8755 12671 12673
+11071 11074 11927 13024
+3815 3821 3824 12782
+5328 9252 9254 9255
+7220 7228 7255 14537
+7789 11071 11074 13027
+9024 13017 13047 13048
+9338 9412 13077 13078
+3734 3746 12673 12685
+8666 8670 8679 12686
+7803 10066 10069 10298
+1745 5407 7452 7453
+7 1398 8383 8388
+7017 7018 7884 14402
+8878 12784 12785 12786
+8392 9051 9056 9057
+3361 3365 11829 11841
+7989 11476 13209 13210
+10229 10230 10247 10252
+5459 5460 5749 8891
+3820 3834 8869 12789
+3330 3361 11839 11841
+8210 12796 13013 13014
+712 10881 11928 12985
+700 701 4274 12361
+3 228 722 8238
+8071 8211 9023 11985
+9288 9360 9415 9416
+4276 4451 4452 12365
+7792 8223 9361 9363
+701 4274 4275 12361
+7104 7129 7136 8857
+1010 3790 7728 12783
+8130 9063 13799 13816
+3346 3383 8204 11949
+12365 13030 13031 13039
+5775 8130 9063 13799
+5751 5752 5871 8883
+8795 8796 11070 11071
+8947 10292 10294 13857
+8144 12792 13394 13395
+8777 12365 13030 13031
+3787 3788 3812 12769
+8319 10828 10879 13028
+8840 12748 12755 14529
+8866 8867 12796 13013
+999 1000 12809 12810
+12778 12785 12786 12787
+3818 8890 11068 12791
+1001 3770 3771 12806
+8875 8876 12757 14540
+3833 3834 3843 12781
+1588 1589 5013 6082
+8840 8841 12771 14529
+1875 8410 8411 8413
+1588 5963 14033 14058
+3816 4043 4068 12745
+4708 11423 13570 13571
+8776 8780 8781 13026
+503 2783 2822 11394
+8301 8315 8316 10196
+12366 13025 13031 13039
+7137 7144 7162 8216
+7161 7162 7172 8216
+1004 3773 3774 12812
+1005 3774 3778 8210
+1004 1005 8211 12816
+8130 13799 13815 13816
+12366 13025 13031 13032
+4449 12366 13025 13032
+8320 8322 13043 13044
+8134 10085 13799 13816
+3842 8871 8872 12774
+7257 7261 14553 14561
+8931 9146 14465 14466
+3847 3876 12866 12869
+321 322 10071 10075
+4200 4370 11625 11627
+7026 7048 7054 14438
+1900 1962 7021 14443
+8105 8322 13043 13044
+5989 9052 10075 13812
+1681 5098 5190 12118
+3401 3405 7677 12418
+7033 7034 7064 14468
+2322 9499 9513 9522
+3801 3802 12788 12796
+7631 7632 7723 12837
+3887 3896 8906 12855
+8320 13016 13017 13044
+3773 3774 12796 12812
+1056 3853 3873 8896
+7022 8988 14467 14472
+4263 12334 12340 13242
+11525 11528 11570 11571
+3862 3863 3891 6852
+8333 13008 13010 13048
+8938 12832 12833 12839
+11990 11991 13010 13048
+13007 13008 13010 13048
+5477 5478 5498 12946
+3857 3870 6888 12817
+11990 13007 13010 13048
+7164 7183 12878 14511
+9024 10879 13008 13048
+675 4248 4249 13178
+4703 4872 4873 11388
+3976 6922 12928 12931
+3847 12866 12869 12870
+6709 9969 10049 14158
+7097 14446 14455 14456
+500 11357 11358 11370
+3926 8905 12738 12833
+1036 3849 12886 12888
+8773 13057 13058 13059
+3848 3849 3878 12871
+1871 6935 12825 12826
+3873 8896 12823 12825
+3906 12838 12840 12841
+322 5989 5990 10075
+4251 4252 4427 12252
+8938 12839 12840 12849
+3882 3898 6917 6931
+7067 7081 7082 14477
+8992 9007 12951 14477
+4176 4340 8307 8348
+4278 11805 11806 11808
+1032 3844 3845 12873
+7884 14337 14402 14403
+321 322 5989 10075
+3905 3908 3921 12836
+4252 4427 4428 12252
+8773 12965 13058 13059
+8902 8903 12855 12859
+1218 8307 8348 8350
+7023 7043 7058 12954
+11811 11815 13058 13061
+6872 8411 8416 12925
+1037 7028 12885 14432
+3849 12858 12871 12886
+1882 7616 7617 8410
+747 9352 9353 14170
+11815 12965 13058 13060
+8773 12982 12983 13060
+3561 3573 7660 8550
+1069 7823 8979 14369
+6640 6759 10123 13124
+4406 4407 4504 13125
+14293 14295 14298 14303
+4406 4498 4504 13125
+1897 6941 6942 9186
+8432 8440 12368 13788
+3946 3947 3972 6857
+8773 10971 12965 13059
+8465 8466 9001 12897
+5388 5606 8461 9085
+8432 8440 10022 13788
+8432 8440 12368 12372
+6872 6882 6907 12417
+3935 3950 3966 12926
+4231 4406 4407 13125
+5609 5775 9063 13799
+747 7670 7753 8397
+7849 14335 14402 14423
+2771 8109 8307 8309
+4229 4230 4405 12088
+6961 8417 9186 14424
+4276 12364 12365 13065
+5500 5501 5609 13800
+226 3126 8202 11954
+1874 8415 8977 12925
+4276 11805 12364 13065
+8989 8991 12960 14371
+1954 1955 7869 7906
+6107 9063 13800 13802
+4276 4452 12365 13065
+6901 6911 12933 12936
+4276 4277 4452 13065
+1048 5479 5604 8928
+11232 11265 11267 11291
+3857 3861 6853 6854
+3959 3978 9008 12819
+5035 5278 5320 9875
+3958 8930 9008 12944
+8165 11887 12058 12059
+11880 11887 11889 13070
+1094 1858 3946 6858
+3976 6892 6893 6922
+1739 1866 5402 7446
+3972 3984 6891 6892
+8165 11880 11887 12058
+3973 3987 6890 6891
+3885 6887 6888 6917
+4036 4066 4067 14578
+5541 5542 5650 13792
+5016 5541 13740 13796
+5542 13792 13795 13797
+4223 4338 11886 11887
+9435 9437 9439 9441
+8181 9435 9437 9441
+8181 9339 13117 13119
+9441 13116 13117 13119
+6547 6548 9446 9447
+7382 7391 14606 14607
+2593 2594 9970 10044
+1016 1147 6876 14520
+8181 9420 13081 13119
+1149 6884 7118 7119
+9338 9420 13082 13119
+6546 9420 13082 13119
+9339 13117 13119 13121
+712 4286 10881 12985
+3804 3805 3829 14538
+8073 8079 8253 8264
+2923 10883 10891 10892
+4037 4073 7249 7250
+4214 4331 6352 10908
+8088 8198 13085 13086
+4084 4086 14548 14554
+4004 7215 7605 14558
+7284 7314 12584 12587
+4054 7312 8645 12568
+12123 12129 12130 12132
+3176 12123 12130 12132
+4052 4053 7355 7378
+8198 8264 8268 13132
+3807 3817 3832 12746
+5648 13738 13790 13808
+9120 14540 14541 14547
+7176 7177 7186 14513
+1282 4208 6377 6425
+1531 1532 5537 13783
+702 4275 4276 12364
+13738 13742 13790 13791
+1609 1610 5007 5974
+3467 3474 12408 12414
+702 703 4276 12364
+4375 4380 4517 11090
+4005 7215 7605 7606
+8196 12059 13072 13073
+8545 12124 12131 12135
+8196 12059 13073 13091
+3268 3328 3359 11915
+13738 13753 13789 13790
+4052 7355 7359 7386
+9508 9521 9522 9534
+8196 11377 13072 13073
+8876 9123 12743 14551
+8085 11210 11374 11375
+1877 12410 12412 12415
+6850 8940 12838 12842
+4344 4357 11201 13096
+5243 5265 9566 9569
+5265 5332 5373 9625
+12057 13089 13097 13098
+5064 5332 9567 9570
+12057 12058 13066 13089
+13738 13753 13790 13791
+2062 4108 4150 9690
+8185 13067 13084 13089
+6241 13781 13782 14131
+100 101 4109 9729
+5537 5645 13782 13783
+1181 4152 5165 9729
+5172 5280 5339 9251
+5034 5229 5280 9255
+8470 11194 11200 13104
+5536 5645 13781 13783
+8468 11195 13102 13128
+474 475 2760 6413
+8545 12129 12133 12135
+1213 4130 5089 9429
+1213 5089 5181 9429
+12063 13101 13103 13106
+3426 3427 3449 6928
+1165 4098 4141 9571
+4573 4631 6441 10289
+8470 11200 13102 13104
+80 2043 2044 4141
+6241 13781 13782 13783
+6220 6241 13725 13745
+2559 2560 10496 10497
+5645 5883 14131 14132
+10792 10801 11004 12970
+8182 9439 9475 13088
+6683 10560 14338 14340
+4558 6463 6581 9936
+2581 2582 9935 9936
+8088 9043 13131 13132
+1306 8063 8178 8197
+8192 9447 10158 13123
+3126 8202 8237 11954
+8065 8208 8225 9368
+4399 4469 13042 13045
+6145 13767 13773 13774
+7786 8226 8230 11984
+1217 1218 8348 8350
+646 3123 6807 8072
+8183 8192 13088 13129
+8191 9447 9449 13121
+8191 8192 9447 13121
+11306 11307 11310 11335
+4497 4504 11268 13141
+4373 4442 4443 12970
+4196 4364 4365 11549
+4364 11523 11549 11551
+1255 1256 4312 6420
+6333 6367 6420 11515
+9447 9449 13116 13121
+5105 5301 5356 12213
+3146 3185 3316 12278
+8394 8401 9352 14170
+682 683 3185 12280
+7988 12289 13186 13189
+7952 11744 11745 11787
+13025 13030 13034 13039
+3418 7674 8408 12409
+5397 5713 5714 12367
+4228 8535 12053 13105
+701 702 3155 12359
+10880 13001 13027 13028
+4336 4340 4493 11127
+5536 13773 13781 13784
+1529 1530 5535 13767
+1302 4335 6356 6383
+11247 11265 11266 11267
+8082 13114 13130 13131
+717 718 4291 11989
+11271 12088 12089 13143
+1229 4181 6319 11230
+4299 4346 4476 11230
+8079 8082 13130 13131
+11267 11291 13141 13142
+8073 8253 8262 8264
+1672 5094 6769 12019
+1607 1608 5015 13767
+11454 11456 12153 13166
+3008 10968 11080 11081
+11268 11291 11311 13141
+8557 12521 12533 13224
+11454 11457 12149 12153
+8549 11321 13159 13160
+5642 13762 13765 13766
+4240 12134 12135 12142
+9105 13726 13765 13766
+11454 11457 12149 13160
+4427 4428 11534 12252
+678 679 4252 12251
+11438 11554 11557 11705
+9096 14122 14123 14137
+3021 11478 11516 11518
+4194 11513 11514 11517
+3848 3877 3878 12860
+677 4250 12253 12257
+3075 3076 3241 12197
+7018 7884 14402 14403
+1265 4199 6369 11620
+11263 11311 11316 11317
+606 3083 6787 12281
+4408 4513 11317 13140
+7957 11703 13232 13249
+4408 4497 4513 13140
+10770 10771 10794 10867
+10751 10757 10758 14135
+2988 11268 11291 11311
+10753 10754 13762 13763
+8438 8445 10086 13759
+702 703 3195 11938
+4513 11263 11311 11317
+3427 3449 6906 6928
+11263 11309 11311 11316
+1841 1842 5594 13365
+1280 4207 4324 6424
+4445 4446 10902 12975
+4275 4450 4451 13039
+9944 10006 13747 13760
+4330 4386 4490 10885
+8536 13134 13135 13144
+3330 3365 11768 11841
+4460 4509 11001 12971
+909 3561 3573 7660
+8758 11815 13058 13060
+10058 10090 13749 13750
+712 4285 4286 12985
+4179 4295 4342 10913
+8318 8319 10879 11168
+8539 11226 13138 13143
+565 566 3043 6809
+3042 5092 11995 11997
+3042 3043 3208 11995
+1224 4179 4295 6317
+2709 6327 11405 11406
+8530 12109 12125 13151
+2709 2710 2875 11405
+2710 2875 2876 11433
+4189 4349 11404 11406
+2708 2874 11406 11427
+8436 10006 13748 13750
+8541 11295 13148 13151
+8531 12145 12146 13169
+687 3148 12311 12319
+5197 12213 12218 12230
+2893 2894 11560 11655
+13747 13748 13750 13751
+5816 8434 13752 13756
+4436 4437 4496 13231
+5816 8433 13752 13756
+2760 2926 10907 10969
+4210 6348 6379 10837
+570 3047 3048 6769
+4185 4475 11318 11319
+4185 4339 11318 11324
+2700 2701 2866 11319
+4185 4303 6391 11324
+2700 2865 2866 11297
+3046 6768 6811 12019
+4236 4237 12126 12127
+4240 4241 12134 12142
+12144 12145 12146 13169
+11422 11425 11453 11456
+664 4237 12126 12131
+2984 11369 11378 11394
+11428 11459 11460 12143
+4352 4354 4416 11461
+13745 13777 13782 14132
+11449 11450 11452 11453
+4424 4425 13171 13182
+11450 11452 11453 11455
+11321 11454 11471 13163
+11454 11471 13163 13165
+8570 13174 13175 13176
+4758 4759 13396 13397
+4425 13171 13182 13183
+8778 12363 12974 12975
+4425 12263 13171 13183
+4786 5932 13270 13309
+2742 6343 6405 10906
+8101 10081 10196 10199
+1286 1287 4210 6348
+1287 4210 4328 6379
+2915 2916 3025 10841
+4758 4927 11182 13397
+466 2751 2752 6348
+4383 4488 10833 10837
+3238 3312 12199 12201
+4193 4310 6365 11477
+11567 11568 11570 13208
+8327 11153 11160 11186
+7515 7518 14660 14668
+4424 4425 4500 13182
+8035 8659 11464 13196
+2720 2886 11514 11515
+8725 10849 11707 13719
+2241 9862 9864 9866
+7496 12394 14649 14651
+3891 3904 6886 6887
+4248 4249 4424 13171
+4405 12088 12089 13125
+5755 5864 8133 13814
+4248 4423 4424 13171
+11474 11686 13172 13184
+4239 4415 8546 13155
+3453 3464 3469 12385
+4189 4307 4479 11405
+2708 6394 11406 11407
+4304 4350 4478 11368
+557 4757 4758 11180
+7988 12288 12289 12296
+11686 13184 13185 13227
+11462 11466 11467 11686
+4312 6420 11513 11515
+11472 11474 11536 11686
+681 3145 3184 12244
+763 764 12229 12274
+4254 7987 12245 12299
+7001 7016 14408 14418
+691 11803 12332 12340
+12299 13188 13190 13201
+606 3084 6829 12281
+606 6787 6829 12281
+547 548 10956 13285
+4254 4255 7987 12299
+10771 10857 10862 11658
+12246 12247 12250 12251
+547 10956 10958 13285
+546 547 4747 10958
+1281 4325 6376 6425
+5537 13769 13782 13783
+3153 3192 3357 11777
+3095 3261 11775 11779
+10905 10909 11083 11085
+747 8397 9399 14170
+11823 11855 11856 12354
+7985 11463 13192 13211
+7985 11463 12250 13188
+7789 10880 13001 13027
+8327 11153 11186 11190
+9946 9958 10035 10149
+4432 11598 12304 13200
+2806 2844 3006 10983
+2844 2977 3006 10983
+11015 11016 11096 13299
+4508 10890 11082 12989
+10890 10891 11000 12989
+4431 4432 11723 13200
+2686 2852 9045 10911
+10912 11214 11376 11377
+4256 4431 4432 13200
+5223 5291 5347 11996
+9234 9914 9915 9918
+652 653 3169 12037
+7495 7517 7521 12391
+11015 11016 13298 13299
+3147 3187 8024 12300
+7972 8048 12630 12640
+3468 12390 12392 12396
+2892 2962 2997 11562
+4366 4481 11548 11563
+4197 4314 11529 11548
+7972 7973 8001 12630
+7944 7972 8048 12624
+8817 11013 11015 11725
+7990 11442 13209 13212
+8735 11643 11662 11664
+4391 4392 11131 13051
+8035 11400 11463 13212
+4399 4469 4493 13045
+482 2767 2768 6356
+1534 1615 5977 13737
+481 482 2767 6356
+480 2765 2766 6383
+2771 2935 8307 8309
+4340 4493 8346 13045
+525 8026 11643 11662
+657 12049 12084 12087
+4724 4725 4894 13675
+524 525 4725 11665
+11662 11678 11679 13685
+657 4231 12084 12087
+3891 3892 3903 6886
+2862 2988 3014 11268
+3226 12116 12117 12139
+11442 11527 11528 13193
+514 4714 4715 11538
+5539 13734 13736 13737
+5309 11907 11912 11914
+3891 3903 3904 6886
+9344 9922 9923 14149
+8035 11463 13211 13212
+4445 10902 12975 12980
+8763 12351 12353 12356
+4714 4715 4884 11593
+11860 12976 12991 12993
+3163 3202 11933 11960
+4526 11146 13020 13021
+4714 4883 4884 13611
+7524 7546 7573 14732
+1533 1614 5976 13737
+1329 4631 6441 6559
+1533 1534 1614 13737
+368 369 2468 10700
+6219 6220 10760 13728
+4535 6440 10282 10283
+7944 8042 12624 13205
+2616 2658 9189 10340
+7944 8011 8027 8046
+9231 9920 9922 9923
+7944 8042 8046 12303
+3685 8048 12623 12624
+6571 6620 10489 10491
+10553 10555 10556 10559
+1353 1354 4548 6453
+11362 11466 12195 13227
+9927 13727 13728 13784
+1376 4586 6464 6583
+4559 4585 4586 9938
+4560 4586 6583 9966
+2418 2583 2584 9938
+2583 2584 2656 9929
+503 11369 11384 11394
+232 2357 4528 4593
+503 504 2783 11394
+5403 7448 7449 14652
+1790 6950 6951 14404
+8531 8532 8560 13159
+2395 4611 10492 10493
+6873 12410 12414 12415
+4580 6570 10450 10493
+1352 4581 4633 6452
+2782 2822 2948 11369
+8570 11362 13225 13226
+7996 13230 13232 13237
+2356 4528 8351 9035
+4528 4593 6552 10184
+13215 13216 13217 13234
+12336 13229 13246 13247
+689 12316 12334 12336
+4539 4603 6444 10367
+4540 4575 4603 10366
+12317 12318 12333 13240
+12317 12319 12322 12336
+690 12316 12332 12334
+12324 12325 13230 13234
+10757 10758 13727 13728
+1683 5099 6776 6818
+7970 7971 13235 13236
+2427 4626 9967 9968
+2590 9949 9952 9953
+4692 4693 11277 11278
+13229 13230 13246 13247
+13230 13246 13247 13248
+6641 6716 10158 13124
+9071 13458 13476 13477
+2436 10121 10122 10124
+6055 6056 6233 13457
+6234 6282 13476 13481
+2697 6321 6388 11261
+10770 10771 10865 13256
+5557 5657 13530 13535
+10868 13253 13254 13256
+1236 4185 6360 11319
+4812 4870 11390 13547
+12347 13242 13245 13253
+3404 3436 12409 12411
+2706 6325 6393 11367
+4884 11593 13612 13613
+11486 11584 13628 13643
+11703 13248 13249 13253
+4661 4942 13678 13680
+5574 5575 5683 13680
+7969 13248 13249 13253
+1829 1830 5583 5933
+774 807 808 12024
+13242 13248 13252 13253
+7871 9849 14347 14351
+1474 1840 1841 13338
+554 4754 11115 11119
+2926 3008 3037 10968
+12347 13245 13253 13256
+8842 8843 13289 13291
+264 2388 2389 4544
+2769 6357 8309 9036
+4491 10968 11029 11031
+4217 4334 6427 11032
+10850 10946 13714 13716
+7526 7530 9085 14681
+4854 13472 13500 13509
+2155 2322 9513 9522
+4945 4972 13260 13273
+5582 13270 13273 13324
+8725 10788 11716 13720
+470 2756 6350 6411
+8843 10816 11023 13277
+5850 8843 10816 13297
+4949 11014 13267 13292
+11379 11545 12143 13156
+11709 11717 11718 13720
+8611 11370 11382 11387
+470 2755 2756 6350
+8593 11389 13553 13565
+4958 4987 13263 13267
+2755 2756 6350 10884
+2949 11296 11318 11341
+4303 4339 4472 11324
+8539 11196 11223 11266
+4206 4324 4378 10910
+514 2788 2828 11539
+11465 11581 11592 13718
+7945 8725 8742 11715
+2878 2955 3020 11467
+8608 8618 12529 13699
+3061 6776 6818 12139
+513 514 2788 11539
+5888 13600 13602 13608
+2720 6333 6397 11513
+2886 2959 11525 11526
+4311 4360 11477 11517
+9500 9513 9522 9547
+523 2832 11618 11644
+8712 11674 13674 13675
+4723 11646 11672 11673
+5549 5658 8121 9083
+525 526 2794 10931
+11578 11586 11587 11588
+7945 8816 8817 13276
+8738 8810 8814 13321
+4833 4945 4972 13260
+4736 4905 4906 13331
+11481 11575 11581 11582
+11400 11442 11527 13193
+4905 11727 13331 13332
+4905 11728 13332 13335
+4260 12323 12324 13214
+8822 8854 12729 13280
+11497 11581 11592 13718
+10804 10805 10821 10970
+4353 4371 10844 10862
+8103 11138 11150 11151
+8884 13382 13383 13388
+8884 11184 11185 13406
+8847 8848 8853 13280
+8830 8848 10958 13285
+558 2811 2849 11153
+557 558 4758 11181
+11180 11182 11183 13404
+4925 4926 11184 13390
+8830 8848 13280 13285
+1419 1420 4769 5915
+7085 7091 7097 14456
+1417 4768 5927 5936
+2944 2949 11312 11315
+8537 11314 13150 13154
+11481 11581 11582 13717
+4769 5915 13557 13562
+2734 2735 10844 10845
+4650 4769 4813 13562
+1422 1423 4651 5928
+11575 11581 11582 13627
+8704 13646 13649 13664
+2845 10952 10987 11006
+13660 13669 13671 13682
+13279 13280 13283 13284
+5682 5839 13649 13664
+4748 13279 13285 13290
+5586 5694 13376 13409
+5587 5687 13408 13412
+550 2845 10952 11006
+4899 4994 10946 13716
+13279 13280 13282 13283
+399 2685 2812 8251
+4748 10959 13279 13285
+8120 13361 13445 13485
+2791 2996 11552 11607
+8847 8853 11104 13295
+485 486 2774 11046
+4700 4869 4870 11383
+8837 8838 8852 13295
+8800 8853 8855 12724
+5559 5668 13544 13552
+5563 5564 5672 13590
+8697 11635 13642 13644
+1827 5580 5581 13309
+4659 4779 4941 13657
+8715 11639 13621 13622
+4778 4823 13636 13657
+5689 13306 13307 13310
+13935 13965 14000 14001
+5681 8714 13649 13665
+13330 13332 13334 13370
+1456 4668 4787 13324
+2749 2915 10843 10854
+5891 8815 11728 13341
+4836 4837 4907 13330
+9139 13934 13935 14000
+3455 6898 12398 12403
+11009 11015 11016 11096
+13274 13303 13307 13310
+2723 2724 11530 11549
+13264 13277 13287 13288
+4844 10960 13413 13443
+8492 8504 13446 13483
+426 427 2712 6395
+4641 4761 5912 9082
+1489 1490 4685 8121
+4296 6315 6386 9045
+5768 8995 8996 14426
+1544 1545 5548 13525
+1402 1490 4685 9082
+8602 8603 13533 13540
+5950 6115 13890 13891
+2712 2713 2878 11443
+8602 8603 13540 13542
+855 5399 5400 14652
+7799 11250 13514 13595
+5873 5884 5902 11252
+11349 11351 13533 13540
+781 782 9385 9473
+5847 5892 13314 13443
+8620 11411 11417 11491
+13690 13714 13715 13716
+4707 4876 4877 13570
+4305 6326 6393 11407
+4882 4966 4992 13635
+1449 1824 1825 13706
+10933 11607 11612 11615
+4665 4831 4943 13313
+5589 5697 13311 13443
+2711 2712 2877 11444
+4888 4889 4960 13639
+4821 11585 13638 13650
+8704 8705 11641 11650
+8329 11174 11177 11186
+4787 4945 13270 13324
+5841 5895 8728 13715
+4674 4844 13262 13311
+1824 1825 5578 13706
+4841 4984 4985 13413
+5697 5698 5847 13443
+5697 5847 5892 13443
+1449 1824 4664 13706
+1449 4664 4784 13706
+8786 8813 12703 12704
+4739 11137 13371 13372
+8079 8264 8266 13132
+8825 11112 11134 11730
+4665 4943 13313 13706
+8814 10870 12699 13317
+8813 10924 11730 11731
+4837 4908 4989 11729
+8631 8633 13583 13699
+5583 5691 5692 13328
+8039 8042 12306 13205
+4834 4945 4971 13273
+13380 13381 13382 13383
+10991 11102 11123 13339
+8608 8633 13583 13699
+11498 11503 11504 13699
+550 4750 4751 11020
+4834 4971 13271 13273
+9378 9511 9512 9540
+13567 13568 13574 13577
+453 2739 6342 6403
+8586 8597 8616 13573
+10789 13260 13261 13274
+4832 4833 13260 13310
+8634 11498 11503 13699
+528 4728 4729 11710
+13260 13274 13303 13310
+10991 13296 13297 13340
+4846 4948 13296 13340
+4665 5931 13305 13706
+10816 11023 13277 13278
+5699 10816 13264 13268
+8128 11281 13447 13468
+4808 4851 4857 13445
+4804 13509 13521 13522
+8632 11393 11498 11504
+8124 8294 11051 12438
+11509 13583 13633 13699
+11065 11066 13445 13449
+4688 8261 11059 11060
+13446 13447 13482 13484
+8246 10139 10141 10166
+8631 13583 13633 13699
+2718 2883 11477 11517
+1440 4660 4779 5938
+1440 1441 4660 5930
+8608 11509 13583 13699
+11727 13272 13275 13276
+5575 13693 13694 13695
+2480 2481 2607 8285
+8380 11114 11119 11178
+8817 11724 13257 13275
+4952 13414 13416 13432
+1846 5597 13431 13444
+7495 12386 12391 14651
+453 454 2739 6342
+4840 4975 4988 13374
+4740 4909 4910 11137
+5653 5654 5820 13480
+11734 13371 13439 13442
+8823 8832 10923 10924
+5820 13478 13480 13502
+11174 11186 11188 11189
+7091 7097 7098 14455
+281 2405 2406 4616
+5530 5638 14104 14105
+6215 6255 6278 10742
+10751 10757 14121 14135
+13345 13347 13501 13503
+9071 13345 13501 13503
+382 383 10008 13758
+1566 5010 5952 6071
+6117 6245 13894 13908
+6181 6266 10353 13886
+10324 10344 10347 10351
+13355 13453 13456 13477
+5125 12217 12220 12274
+5551 9082 13362 13485
+381 10022 10025 10027
+5550 5551 9082 9084
+5217 12159 12170 12171
+8438 8445 9998 10003
+371 372 6039 10738
+3238 12165 12199 12201
+1206 5086 5177 9310
+5030 5225 5371 9465
+5032 9388 9389 9473
+360 2464 2503 10605
+10606 10607 10609 10654
+10598 10609 10612 14042
+1206 1207 4126 5086
+10591 10605 10607 10608
+10417 10469 10477 10518
+1794 5550 5551 9082
+2212 9617 9618 9619
+2209 9602 9604 9605
+3061 3062 3227 12139
+5042 5269 9654 9676
+5551 9082 9084 13485
+4951 4955 13361 13486
+4955 13361 13462 13486
+4951 13361 13362 13486
+9073 9076 13460 13482
+11738 11774 11847 11848
+3151 3322 11749 11788
+6647 9380 10185 14166
+4927 11182 13397 13415
+1165 1166 4141 5157
+2200 9525 9526 9559
+348 2458 2497 10440
+4322 6343 6404 10914
+78 2041 2042 4140
+7518 7520 7521 14659
+5275 5336 9798 9800
+5236 5321 7878 9769
+105 2068 2069 4111
+5336 9771 9798 9800
+3062 3227 12138 12139
+5076 9772 9799 9818
+2336 9769 9771 9790
+4906 4947 13330 13335
+141 2104 4129 4172
+8738 8811 13331 13332
+13330 13332 13334 13335
+5846 8738 8811 13370
+1477 1842 1843 13364
+5225 5286 5371 9395
+810 811 5029 9457
+4680 4798 4848 13378
+5253 5361 11737 11739
+1843 1844 5935 13377
+2552 2553 2622 10426
+1843 1844 5596 13377
+618 619 3096 6835
+7002 7017 14402 14408
+5575 13680 13693 13694
+3281 5211 11831 11911
+3281 3282 11830 11904
+1303 4218 4336 6416
+1721 5118 6843 11781
+6901 6911 6921 12936
+7041 7069 7070 12821
+338 339 6006 10354
+9277 9278 9280 14148
+9139 13935 13965 14000
+5083 5175 5340 9270
+4679 4847 4848 13378
+10341 10358 10359 10382
+327 10239 10254 10267
+5245 5256 9373 9497
+1843 5595 13364 13377
+2025 2026 2189 9315
+7792 8233 9366 9367
+1648 1649 2005 5142
+8915 9514 9529 9560
+13363 13391 13392 13426
+4923 4924 4956 13386
+67 2030 2031 4135
+69 70 2033 4136
+9370 9480 9494 9497
+2192 2193 9490 9491
+4923 4956 13363 13386
+71 2034 4094 9518
+326 10231 10249 10254
+3462 8457 12378 14654
+1158 4093 4136 5153
+10991 11123 13384 13389
+5237 9683 9689 9691
+10991 11102 11123 13384
+4924 4925 4956 13392
+11153 11154 11177 11186
+2060 2061 2224 9690
+7481 12377 14652 14653
+8329 11154 11177 11181
+5227 9301 9303 9456
+5085 5176 5283 9302
+11181 11182 13395 13396
+5227 5340 9269 9456
+1201 1202 4123 5175
+2892 2962 11562 11601
+1202 4123 4166 5084
+7481 12377 12388 14653
+845 7537 7538 12368
+7538 7574 12368 14738
+554 2847 11099 11116
+326 327 5994 10254
+4662 4827 13694 13695
+1671 1672 5185 6768
+7537 7538 7574 12368
+7807 8138 9050 13400
+8948 8949 10329 13884
+4662 4781 4827 13694
+3241 3391 12214 12276
+3184 3350 12228 12242
+3183 12205 12222 12223
+3074 3075 3240 12198
+1695 6784 6826 12219
+5020 5319 5323 12214
+601 602 3079 6785
+3106 3107 6799 11766
+2753 2754 6349 10878
+5113 5308 5364 11784
+7481 12377 12388 14655
+1487 4684 7801 9077
+7780 9066 11042 13518
+5349 12020 12041 12073
+11178 11180 11183 13404
+570 3047 6769 6811
+8248 8296 10176 10180
+5036 5134 5230 9868
+4782 13692 13695 13696
+2073 9818 9819 9824
+6295 6310 10060 13794
+4782 13692 13693 13695
+5140 5232 5334 9604
+4143 5067 9617 9621
+5575 5576 13693 13695
+5066 5157 5333 9603
+6148 13745 13777 13782
+4840 13408 13410 13412
+3256 3257 11737 11741
+3322 11744 11749 11788
+3151 3322 3355 11788
+11738 11747 11748 11848
+3153 3357 11777 11854
+3322 11744 11747 11749
+11744 11745 11746 12330
+5274 5335 5387 9770
+8003 8026 11677 11690
+5687 13376 13408 13412
+7481 12377 14655 14657
+11185 13415 13416 13438
+1182 4110 5074 9725
+101 2064 2065 9729
+2230 2231 9770 9790
+1532 1612 6094 13769
+1819 5574 13678 13679
+5321 5387 9769 9771
+8831 13420 13421 13422
+4916 4917 10959 13287
+5037 5321 9769 9798
+745 9413 9450 12026
+1819 5573 5574 13679
+1207 4169 5178 9309
+2383 4541 4605 10411
+2146 2185 2316 9386
+1819 1820 5930 13678
+8829 13282 13287 13288
+3053 3219 12067 12068
+8820 8821 8831 13421
+8821 8831 13417 13421
+1819 1820 5574 13678
+1680 1681 5098 6774
+580 3057 3058 6774
+1819 5930 13678 13679
+1442 1820 5923 13678
+5683 13680 13682 13694
+5112 5307 5363 11775
+4445 4446 4503 10902
+3062 6776 12138 12139
+5053 5309 5383 11909
+697 698 4271 11860
+5892 8808 13433 13441
+1983 8665 12355 12991
+8808 10930 13433 13441
+3123 3288 8204 11947
+4841 4844 13311 13413
+3123 3289 8072 8204
+5318 5324 8205 11954
+3338 3383 11949 11951
+1152 5059 5150 9316
+5143 5246 5247 11950
+1650 1651 5143 11973
+10930 13427 13433 13441
+9513 9520 9527 9532
+5705 13424 13426 13436
+13660 13671 13682 13694
+5033 5131 9296 9301
+2093 2094 2257 9302
+5575 5683 5684 13671
+5023 12093 12094 12226
+3175 3300 3305 12092
+3300 3305 12092 12227
+5575 5683 13671 13694
+1844 5596 5921 13435
+1844 5596 13377 13435
+5575 5684 13671 13695
+4680 5935 13377 13435
+13661 13662 13663 13682
+11174 11177 11186 11188
+5508 13889 13890 13891
+5574 13662 13680 13682
+9589 9594 9596 9597
+5063 9517 9525 9526
+5574 13662 13678 13680
+8832 13417 13418 13440
+1442 4780 5930 13678
+3432 3435 3462 8457
+5813 8435 13790 13808
+5649 8433 13790 13791
+10066 10069 10265 10298
+7567 7574 7588 14738
+8428 10020 13788 13806
+5661 13361 13450 13462
+1534 1615 1616 5977
+5574 13662 13665 13679
+7450 7482 7483 14657
+5409 5410 5719 8493
+5409 5719 8127 8493
+5407 5716 5717 8114
+8588 8598 11392 13567
+8496 12464 14629 14630
+7512 7520 14658 14659
+5551 5552 5660 13485
+7396 7412 7413 14626
+8395 8397 9399 14170
+4851 13361 13362 13485
+5574 13662 13664 13665
+5574 5682 13664 13665
+3596 3597 8625 12542
+4500 11478 13182 13183
+29 5433 7296 12599
+4761 4851 4856 13485
+2363 4595 10205 10212
+5429 8644 12564 12568
+8277 8452 10024 13453
+1746 4019 7355 12564
+8452 10024 13452 13453
+4822 4886 4940 13630
+239 2363 2364 4595
+239 2364 4532 4595
+3419 3424 3435 12374
+11481 11593 13613 13652
+8452 10005 10024 13452
+4218 6356 6416 11127
+3716 3717 12682 12687
+1218 1219 6476 8109
+10095 10096 13451 13457
+5741 8737 8739 8741
+4019 4052 7355 7359
+9069 10131 10138 13453
+1774 5461 5462 9129
+389 6057 10095 13455
+396 2772 8307 8308
+3907 3919 12839 12848
+4885 4886 4940 13630
+5791 5897 8386 9124
+5761 8933 8941 8943
+8280 9069 10131 13453
+7070 7072 7084 14478
+7781 8282 13489 13490
+13612 13613 13614 13652
+7055 7071 7091 14457
+11552 11572 11609 11611
+7781 13487 13490 13491
+1217 1218 6592 8350
+3898 6905 6916 6917
+3424 3435 8447 12374
+327 328 10233 10267
+5492 5493 5769 8997
+8286 13463 13492 13526
+6543 6544 6712 9423
+1730 1731 5389 7530
+4822 4886 13630 13654
+5501 5502 5610 13831
+2186 2345 9417 9451
+6115 6284 6311 13889
+8124 8294 8492 13483
+8124 8492 8493 8510
+6243 13832 13839 13840
+4996 5946 6064 13846
+1496 5505 13851 13852
+6066 6108 6109 13851
+5517 5625 5771 13962
+10399 10473 13969 13970
+6264 10435 10438 13940
+4716 4886 11577 11583
+8505 8506 13466 13467
+2870 2871 3017 11366
+6086 6136 6138 14089
+8503 8505 13466 13467
+5527 5617 5635 14086
+5573 8714 13665 13679
+8506 13465 13466 13467
+5882 9160 14049 14050
+5827 11054 11287 13507
+11050 13505 13506 13507
+216 9359 9360 9410
+11287 13507 13508 13517
+5827 11287 13471 13581
+11276 11278 13465 13466
+9106 10030 10759 13744
+5812 9105 9927 14136
+5649 5815 5816 8433
+4860 11257 11279 13473
+5941 6105 9079 9083
+1632 5008 5985 13529
+7567 7568 12372 14735
+1490 4685 8121 9082
+5573 8714 13655 13679
+13352 13480 13481 13503
+312 2436 2437 4568
+5572 5573 5681 8714
+5668 5828 13537 13547
+6532 6700 6701 10055
+4649 4768 4812 13552
+13356 13479 13480 13481
+8115 8501 13355 13495
+10138 10144 13355 13495
+1805 5915 13557 13562
+9066 10179 13487 13490
+1819 5573 13655 13679
+8714 13647 13655 13656
+6533 6701 6702 14152
+1487 7801 9067 10180
+394 6061 10173 10180
+11699 11700 13691 13708
+4729 4730 10940 10945
+6689 6690 6754 10646
+7801 9066 9067 10180
+3001 3022 3035 10797
+394 1487 6061 10180
+2705 2870 2871 11366
+8723 13259 13261 13272
+5594 13364 13365 13367
+5702 5703 10991 13366
+11006 11103 11106 11107
+9078 13494 13520 13524
+2238 2239 2339 9867
+13359 13494 13497 13528
+13359 13494 13496 13497
+1057 1854 3861 6854
+1058 1853 1854 6853
+1057 1854 5604 6854
+1057 1058 1854 3861
+2135 2174 9829 9848
+10277 13854 13856 13873
+1346 1347 4579 6568
+8948 10277 13872 13873
+6130 6197 13990 13992
+5814 8112 13493 13527
+13344 13352 13481 13503
+9071 13344 13481 13503
+5879 10430 13953 13956
+4546 4580 4610 10450
+5546 13352 13353 13358
+5807 8439 13731 13772
+1532 1533 6094 13771
+6241 13725 13745 14131
+13344 13351 13352 13481
+8715 11640 11641 13642
+379 380 2513 9997
+5977 6096 6151 13736
+5545 13346 13348 13352
+4804 4862 13508 13516
+5712 5807 8439 13806
+8715 11637 11640 13642
+5662 13471 13499 13581
+6512 6680 9787 14312
+4804 4854 4862 13508
+5663 13500 13509 13581
+8199 8217 9507 9511
+11632 11637 11640 13642
+6620 6681 6682 9809
+13473 13499 13500 13581
+8199 8217 9511 9512
+5833 8607 8613 8638
+4804 4854 13508 13509
+4875 4876 13575 13577
+4804 13508 13509 13516
+8441 8445 8446 10017
+5884 5905 13505 13507
+8715 11636 11637 13642
+11632 11636 11637 13642
+173 174 2125 9640
+1962 9615 14443 14458
+5743 5842 5869 13439
+8494 8603 11252 13514
+9329 9402 10004 10088
+8815 11728 13272 13341
+8104 8327 11129 11151
+5786 8949 13884 13902
+4753 11100 11101 11122
+164 2120 2159 9596
+2869 2870 11344 11368
+5905 8494 13505 13580
+4752 4753 11101 11122
+2158 2281 2320 9585
+162 163 9591 9595
+8380 11119 11120 13428
+3879 3880 3910 12862
+8437 10027 13746 13747
+5398 5608 5714 8443
+9925 9982 9984 10007
+8593 13554 13565 13569
+8592 8593 13551 13564
+3569 3594 3595 8609
+5422 5725 8595 12508
+6537 6538 9332 9356
+4871 11382 11389 13551
+162 163 6489 9595
+8708 8732 13686 13708
+8708 13686 13703 13704
+8950 8951 13854 13871
+5556 5665 13522 13534
+5735 5890 8701 8711
+8708 13689 13704 13708
+990 991 5450 12682
+3393 3394 6895 12423
+162 9579 9591 9595
+5556 5664 5665 13522
+5871 5878 5907 8845
+3788 8850 12769 12776
+12718 12721 12722 12735
+4764 4804 4854 13521
+6002 10320 10322 10328
+11232 11247 11265 11267
+9148 10400 13930 13931
+3599 3612 8615 12515
+10783 10944 11712 13720
+5802 9139 13965 14000
+6010 6011 10400 10402
+8962 8964 13923 14448
+5898 9166 14094 14096
+4854 13500 13509 13521
+8201 9026 9027 9029
+5814 8118 8119 13463
+8974 8999 12892 12893
+5390 8464 8994 14697
+9933 10017 12371 14735
+8445 8446 10017 12371
+3716 3741 3742 8805
+5619 5797 10361 13906
+6597 6612 6647 10183
+310 2435 4630 10061
+8706 8725 8742 10849
+6064 6243 13844 13846
+8386 13827 13829 13841
+1498 1558 5009 13878
+10069 10070 13834 13847
+5402 7446 7447 14646
+5746 8131 9058 13814
+846 7538 7539 12369
+10264 13821 13830 13843
+6169 6170 6309 13830
+2497 10436 10439 10440
+9137 9145 14461 14469
+5763 9014 9015 10396
+1391 1392 4636 6472
+4822 13636 13641 13654
+8715 13643 13644 13658
+5712 5807 5813 13806
+5712 8430 12368 13788
+6241 13745 13782 14131
+8715 11641 13644 13658
+847 7539 7540 12370
+6148 6222 6297 13777
+8691 13625 13626 13640
+8125 11051 11060 13483
+5814 8118 13463 13527
+8691 13626 13640 13645
+7802 8299 9081 9084
+7539 7567 7568 12372
+2266 2267 9397 9428
+8116 8117 8127 9073
+4449 4450 4517 12366
+2855 2856 11201 11202
+2704 2705 2870 11368
+8089 11034 11040 11041
+139 140 2103 4171
+5895 8728 8729 13715
+7780 11033 11034 13532
+8824 13320 13321 13442
+4836 4906 4947 13330
+2104 4129 4171 9428
+11642 13626 13645 13658
+5845 5891 8815 13341
+11641 11642 13626 13658
+11033 11034 11039 12432
+8126 11034 11048 11051
+5708 5709 5861 9086
+8258 11034 11048 11056
+128 2092 4123 4165
+6634 6705 6741 9336
+5708 5861 8993 9086
+5664 5665 5884 13517
+5768 5862 5866 8995
+5392 7534 14717 14718
+2313 2343 9297 9299
+5664 13509 13517 13522
+4656 4776 4820 13632
+8118 10145 13494 13496
+11292 11293 11320 11322
+4272 12362 12363 12993
+6156 13343 13347 13349
+11507 13619 13634 13635
+2498 2622 2666 10459
+9147 9705 10379 10530
+11858 11859 11918 12991
+3927 3948 8928 8929
+4867 11361 13539 13541
+13677 13688 13704 13705
+700 701 12359 12361
+5736 8701 8708 8709
+8590 11361 13539 13541
+5522 14012 14015 14058
+9176 10611 14027 14052
+3266 3376 3390 11907
+8639 11507 13634 13635
+59 5549 8121 13529
+1193 1194 4117 5171
+5560 13546 13552 13557
+4932 13546 13557 13558
+5660 8120 13361 13450
+11390 13546 13558 13559
+5575 5683 13680 13694
+1821 5575 5923 13693
+5684 13670 13671 13697
+830 7527 7548 14679
+2081 4117 4160 9250
+5669 13558 13559 13560
+4669 4835 4947 13326
+1835 4673 5919 13312
+11473 13610 13616 13631
+7527 7548 14679 14680
+4815 4934 13555 13589
+4934 13555 13575 13590
+4670 4836 4837 13369
+1551 1552 5003 5945
+1549 5944 13801 13802
+4874 11416 13555 13577
+1316 4570 4571 6434
+5787 13799 13820 13822
+6063 6110 13831 13844
+4873 11416 13563 13565
+5945 6110 6244 13844
+3061 3062 6776 12139
+11331 11345 11545 11547
+4704 4705 11386 13563
+10402 10434 10435 13938
+11473 13615 13616 13631
+4705 4874 4875 13563
+8586 8587 8597 8616
+8763 12353 12966 12973
+1573 1574 5005 5956
+4705 11414 11415 13563
+3859 3871 8932 12824
+11511 11512 11541 12506
+4705 11386 11414 13563
+2080 2081 2244 9250
+4704 4705 4874 13563
+6141 14098 14108 14124
+2070 4112 4154 9768
+6622 6685 6731 9842
+8437 10028 13751 13753
+5712 8428 13788 13806
+6152 6259 13740 13741
+6153 6154 6228 10051
+6051 6052 10059 13749
+5541 5650 13786 13792
+6230 6295 6310 10060
+8374 8375 8378 8381
+4445 12358 12968 12975
+11392 11415 13563 13567
+2069 2070 4154 9768
+2070 9768 9772 9800
+5989 6160 9052 13812
+8957 9564 10315 13885
+5999 6176 6177 13856
+6175 6302 13858 13860
+1321 4532 6437 6555
+8947 13856 13857 13858
+1186 1187 4155 5076
+13575 13576 13577 13590
+10529 10530 10532 13948
+12358 12973 12975 12978
+10391 10400 10402 13937
+4873 11416 13553 13565
+7847 10565 10570 10630
+9021 10566 10569 10581
+10574 10575 10576 10600
+5832 8597 13556 13569
+11436 11438 11533 11554
+7933 9164 10601 10602
+2390 2555 10453 10458
+5968 6086 6136 14087
+365 10658 10668 10697
+6031 10665 10671 10679
+4820 4966 4967 13616
+9000 9166 14053 14078
+10666 14053 14054 14079
+5071 5237 9684 9685
+4882 4883 4966 13616
+11473 11585 13615 13650
+378 2473 2512 10000
+6703 9333 14152 14167
+7001 7002 7017 14408
+6617 10445 10452 10507
+8639 11493 13601 13602
+5675 13601 13603 13617
+6633 9937 9963 9966
+6139 13730 13770 13771
+11509 11510 13582 13583
+4709 11510 13582 13599
+6054 6231 6232 10097
+5981 6156 6283 13343
+6759 10121 10123 13124
+4709 13571 13582 13599
+518 2790 11574 11611
+6055 6232 6233 13457
+4447 10995 12363 12975
+11510 13582 13584 13599
+8946 13856 13859 13860
+13571 13582 13584 13599
+5518 5959 13966 13983
+10073 13848 13849 13867
+11826 12353 12961 12966
+5675 5888 5911 13602
+5564 5565 5673 13591
+5675 5911 13602 13603
+84 2048 4101 4143
+11493 13600 13602 13608
+5672 13556 13576 13587
+9705 10357 10455 10481
+9190 9191 10443 14257
+2860 11227 11233 11234
+9110 10725 10732 14110
+8639 13602 13603 13634
+7952 11748 11789 11795
+5623 13940 13941 13942
+9091 9092 9103 14083
+5873 8602 8603 13542
+8434 10059 10060 13778
+508 11417 11421 13597
+6229 6230 10059 10060
+5785 5855 5873 8603
+5003 6063 13801 13844
+8014 12343 12344 12348
+8602 8603 11251 13533
+5991 6168 10264 13819
+13829 13830 13838 13842
+6108 13848 13861 13867
+1496 5504 5505 13852
+488 4688 8261 11059
+4501 11146 11992 13051
+8613 13606 13608 13609
+9789 13973 13974 13994
+508 4708 4709 13597
+6130 6198 6312 13990
+2026 2189 2190 9315
+1513 5011 14007 14016
+5564 5672 13576 13590
+509 11480 11505 13597
+5962 6081 6131 14015
+2025 2189 9315 9479
+14072 14073 14088 14089
+2399 4613 10552 10561
+1521 1594 14068 14090
+509 11424 11480 13597
+2785 2991 11422 11440
+14072 14073 14086 14089
+5617 5635 5784 14086
+62 2025 2026 4090
+6193 6194 6269 13955
+5534 5535 5643 13765
+2026 2027 2190 9484
+371 372 2509 10011
+13575 13576 13590 13591
+10742 10753 13762 13763
+5567 5667 13617 13618
+5564 13578 13590 13591
+5816 5817 8434 13756
+5911 8631 8638 13634
+8433 10051 13752 13755
+5818 5819 10048 13805
+1621 1622 5001 13797
+2496 2620 2664 10431
+1538 5542 5543 13797
+6052 6053 10050 10058
+5984 6102 6159 13359
+1543 1628 6102 13360
+5563 5564 13578 13590
+5939 5940 6165 9075
+9068 10174 10175 13526
+8123 9066 13490 13491
+1487 4684 7801 8298
+485 8297 8298 11043
+329 5996 10293 10294
+7952 11749 11788 11796
+5409 5718 5719 8127
+331 5998 5999 13855
+8947 13856 13858 13859
+329 5996 5997 10294
+6113 6163 13865 13892
+6176 6263 6304 13860
+10438 13940 13942 13957
+6122 6264 10438 13940
+6187 10402 10403 10435
+6187 6188 6264 10435
+5662 5663 5827 13581
+9132 10394 10403 13911
+13904 13905 13909 13915
+2931 2932 2982 11147
+1177 4149 5163 9684
+10425 13980 13984 13985
+351 352 6019 10515
+10511 10566 10571 13994
+6199 10569 10572 13988
+5662 5827 13471 13581
+6078 6127 6249 13986
+2932 2982 3011 11128
+2461 2611 10501 10540
+9171 14076 14077 14078
+513 4713 11487 13611
+6209 10672 14084 14091
+9092 14084 14085 14102
+6725 9714 10409 10429
+8652 11393 11494 11499
+2549 10409 10410 10411
+9092 14083 14084 14102
+5537 13769 13770 13782
+5673 13576 13586 13587
+8632 8652 11393 11499
+375 2471 9985 9987
+10420 10421 14269 14272
+11473 13615 13631 13632
+4821 4939 13615 13650
+1986 7964 12339 12341
+6126 6127 6269 13967
+1532 1612 5000 13769
+5711 8427 14727 14733
+9071 13344 13345 13503
+5090 5289 5344 8150
+9408 10056 10087 10088
+9409 10050 10056 10088
+5981 6155 6283 13343
+6054 6055 10096 10097
+5673 13576 13586 13591
+6053 10050 10058 10093
+10093 10097 13803 13804
+5834 11473 13614 13620
+1491 1547 1548 8140
+13555 13575 13577 13590
+6104 8130 9054 13816
+1213 4131 4173 5181
+232 2356 2357 4528
+6982 6998 9154 14405
+690 691 3189 12332
+7971 8030 12645 13235
+5676 11473 13610 13631
+5969 6140 6253 14104
+4131 4173 5181 8151
+7528 7554 7559 14696
+41 1048 5479 5604
+1512 5518 5959 13986
+7559 7577 7578 14699
+379 6046 6047 10001
+6046 6224 10021 10023
+6224 10021 10023 13807
+6224 6225 13733 13807
+7559 7578 14692 14699
+6223 6224 6296 13731
+11465 11481 11581 13718
+2143 9283 9293 9325
+5672 5673 13576 13587
+11585 13620 13638 13650
+6171 6286 10258 13839
+6114 6171 6286 13839
+11585 13614 13620 13630
+11501 13614 13620 13630
+11481 11583 11584 13613
+5003 5945 6063 13844
+6139 6148 6297 13730
+11593 13612 13613 13652
+7964 11801 12339 12341
+13730 13732 13770 13771
+5807 5813 13731 13806
+11481 11577 11583 13613
+5807 8439 13772 14132
+5570 5679 13636 13638
+6224 6296 13731 13733
+5570 5571 5679 13636
+10751 10754 10758 14135
+366 367 2467 10693
+8993 9087 9088 9089
+7559 12912 14696 14699
+6039 6216 6217 10753
+9111 10724 10729 14112
+5564 5672 5673 13576
+406 2692 6385 11207
+1797 1798 5554 13498
+3189 11800 11801 11802
+2698 2699 6389 11262
+8186 12053 12054 13101
+6725 9718 10429 14272
+7559 7577 14696 14699
+4361 4523 11445 11474
+578 579 3056 6773
+7544 7552 7572 12909
+4890 4891 8704 11641
+4190 4308 6419 11444
+4890 4891 11640 11641
+2735 2901 10796 10802
+1273 4203 4321 6374
+41 1048 5479 7051
+531 532 2797 10955
+1141 1766 1767 7202
+4889 4890 11640 11642
+8069 11950 11966 11968
+1729 5122 5123 8072
+472 6351 6412 10883
+13626 13643 13645 13658
+2637 2673 9925 9976
+5733 5889 8696 8698
+4192 4309 6330 11446
+13321 13322 13323 13331
+5838 5889 8698 13648
+5682 5839 5889 13649
+447 6339 6401 11687
+5831 8593 13554 13560
+5572 5681 8714 13656
+5669 5830 13559 13560
+650 651 8165 11883
+2859 2986 3013 11237
+1818 5572 5573 13655
+1766 5447 7201 14546
+7467 12489 12490 14645
+4310 6365 6396 11477
+3484 3488 3512 7707
+2883 11477 11478 11516
+431 2716 2717 6331
+4206 6344 6375 10906
+4375 10910 11026 11090
+8714 13646 13655 13679
+6346 6407 6425 11026
+2909 2910 10909 10910
+2873 2874 3019 11427
+3031 11365 11427 11456
+5682 5683 5839 13664
+2509 9975 9976 10767
+5574 5682 5683 13664
+8014 12343 13250 13251
+5561 5562 5670 13561
+4942 13661 13662 13680
+877 3484 7707 7708
+6717 9447 9476 10158
+9042 9439 9442 9446
+13660 13661 13682 13694
+2369 4598 10283 10284
+3484 7707 7708 12483
+8920 14231 14235 14236
+7943 8713 11667 11671
+876 877 3484 7707
+7943 11619 11667 11668
+8920 14229 14231 14235
+7943 8713 11619 11667
+8720 11647 11648 11651
+6680 9787 14312 14319
+1353 4548 4581 10489
+2395 2560 10491 10497
+1806 5561 5562 13561
+9776 9785 9787 14308
+8720 11647 11651 11652
+7022 7045 7055 14467
+1820 5923 13678 13680
+6631 6700 6738 9935
+6528 6529 6697 14138
+4780 4825 13662 13679
+4780 4825 4942 13662
+1371 1372 4557 6462
+115 116 2079 4159
+2603 8273 10121 10127
+6549 6550 9041 13115
+6547 6716 9447 9449
+2149 9444 9445 9459
+744 9435 9436 9437
+3010 11142 11144 11145
+2930 2931 11133 11144
+4825 4942 13662 13663
+11679 13685 13702 13723
+5561 5670 13558 13561
+1322 4532 4596 6437
+1850 5463 5480 6850
+7787 8317 9203 9549
+158 6485 9555 9575
+11679 11681 13702 13723
+4968 13660 13661 13668
+9554 9555 9575 9576
+2117 2155 2322 9513
+5562 5670 13561 13588
+6072 6112 6120 13909
+6495 6496 6664 14241
+9606 9608 9610 9611
+11674 11675 13669 13670
+4826 4827 4968 13660
+1332 4601 6442 6561
+6493 6494 9613 9614
+5677 5685 13689 13701
+6489 6490 6658 14232
+5577 5677 5685 13701
+167 6493 6494 9613
+179 6505 6506 9706
+5577 5685 13696 13701
+2349 9656 9658 9660
+5677 13689 13701 13709
+7811 7861 7928 9765
+6674 6726 10461 10466
+11524 11569 11608 11611
+7858 9817 14330 14338
+189 9801 9803 9810
+1985 7964 12344 12348
+9 723 759 7882
+5677 13700 13701 13709
+5670 13554 13561 13588
+10608 10616 10617 10651
+4877 4878 4981 13599
+8511 8512 12473 14618
+1183 1184 4153 5166
+10850 13714 13715 13716
+5843 8726 10850 13308
+6529 6698 9918 14138
+200 201 9898 9899
+6523 6524 9884 9885
+204 6530 9344 9920
+5843 10850 13715 13721
+9220 9900 9902 9904
+3405 7676 7677 12418
+199 200 6526 9896
+5844 8723 8726 13308
+10789 10850 11718 13303
+200 201 6527 9899
+4813 4957 4990 11390
+3933 3961 8895 12953
+5830 5831 8592 13560
+8713 11629 11645 11646
+5669 5830 5831 13560
+214 6540 6541 9358
+9236 9351 14150 14171
+9290 9326 9346 9350
+11145 11146 11147 13021
+4813 11390 13553 13558
+5830 13547 13551 13560
+9342 9955 10041 14163
+2107 2108 2271 8151
+7518 14658 14660 14668
+7778 8160 9039 9040
+6035 10702 10703 10724
+2440 2441 2604 8269
+8158 8190 8193 9037
+7495 7507 7517 14651
+5831 8592 8593 13560
+6723 10339 10369 10373
+6279 10758 13726 13727
+8593 11389 13553 13560
+10029 13733 13738 13808
+5670 13554 13558 13560
+6497 6665 6666 14258
+5646 5648 13734 13808
+12338 12339 13241 13250
+4910 11733 11734 13411
+4552 4582 6575 10619
+5706 5776 5865 9064
+6453 6572 6730 10488
+6730 10535 10556 10560
+5539 5646 5648 13734
+103 104 2067 4153
+1197 1198 4120 5173
+8430 8442 13746 13748
+8432 8442 8444 13746
+7871 9878 9889 14347
+2641 9259 9929 9937
+6633 9334 9961 9963
+6431 6474 6594 8273
+8098 8104 8334 13053
+8098 8320 8334 13053
+1307 6428 8198 13133
+8104 8334 11143 13053
+8430 8432 8442 13746
+2603 8269 8273 10127
+5706 5865 8136 9064
+5181 8151 8172 9429
+1204 4167 5085 5176
+8431 8437 13752 13753
+2212 2286 9618 9653
+5648 13738 13742 13790
+5596 5704 5705 13426
+9198 10371 14255 14257
+2602 2603 10121 10125
+12335 12336 13240 13247
+2619 10412 10414 10419
+6227 10051 13741 13753
+2553 10448 10449 10461
+2388 10447 10448 10449
+3962 8894 8897 12953
+6676 6727 9788 10506
+1414 1801 4766 13545
+6449 6567 6726 10447
+1581 1582 5011 5960
+5648 5649 13742 13790
+13748 13750 13751 13752
+9828 10642 10689 10706
+200 6526 6527 9899
+9179 9183 9184 9851
+9223 9882 14358 14360
+1367 4555 6460 6578
+6460 6578 6735 10713
+4391 4392 4525 13051
+5648 5813 13790 13808
+8402 9407 14153 14154
+8431 8437 13748 13752
+10034 13749 13760 13761
+2099 2100 4127 9345
+215 216 6542 9360
+10026 10034 13749 13760
+215 9357 9359 9360
+2357 2358 2523 10181
+2354 2355 2651 8310
+8221 8242 14180 14192
+2484 2610 2654 10213
+154 2115 9512 9536
+8218 14191 14192 14195
+6144 6257 6308 13765
+6558 6600 6603 10288
+5666 13536 13537 13538
+4392 11131 11133 13051
+9598 14227 14228 14229
+1328 4535 4572 10282
+6439 6557 6601 10284
+9561 9586 9600 9601
+6257 6308 13762 13765
+2040 2041 2204 9567
+9644 14279 14280 14286
+9714 10464 10485 10487
+2333 9667 9668 9758
+5041 9659 9698 9699
+1173 5069 5161 9647
+9670 9715 9716 14270
+6144 6308 13726 13765
+6447 6614 10409 10423
+8145 8147 9049 13810
+2131 2295 9759 9786
+7863 10538 10558 14324
+2667 10536 10545 10553
+1536 5540 5541 13740
+8343 8360 8365 8370
+398 8343 8370 8373
+1181 1182 4152 5165
+5816 5876 8434 13752
+7545 7555 14711 14731
+9874 9891 9892 9912
+10746 14354 14359 14360
+4559 4585 4622 9938
+2175 2301 2302 9869
+2076 2077 4115 9862
+6692 6756 9890 10686
+8374 8382 8383 13775
+1536 1537 5016 5541
+8381 8383 8384 13775
+8147 8374 13776 14483
+8374 8375 13776 14483
+6466 6634 6741 9950
+6705 6706 9336 14143
+743 9468 9472 9478
+4589 6472 6591 10122
+1393 6473 6591 10122
+2479 10107 10108 10132
+6639 6760 10062 10112
+8191 9449 10164 13120
+5644 9927 13728 13784
+5822 13537 13538 13542
+220 6547 9441 9446
+6547 9447 9449 13116
+4201 4318 6422 11687
+5088 9397 9426 9428
+7580 7592 14725 14736
+2266 2324 2353 9461
+7591 7592 14721 14725
+6616 6675 6726 9788
+2552 2622 2684 10426
+13725 13728 13745 14131
+1349 4546 6451 6569
+9702 9753 9754 14285
+4557 4621 6462 9928
+5739 5859 8828 8833
+5739 5849 8829 8833
+293 2418 4559 4622
+5813 5815 8435 13790
+6631 6737 9928 9935
+10718 10746 10765 10766
+2414 2579 2580 9926
+8433 13753 13790 13791
+5648 5649 5815 13790
+6556 6721 6748 10242
+72 2035 2036 9517
+2156 2277 2318 9520
+5500 5775 9046 9063
+1400 8392 9046 9062
+5141 9501 9509 9520
+2119 2157 9565 9579
+9581 9582 14212 14214
+9528 9583 10268 14219
+5499 5500 5775 9046
+6486 6487 6655 14213
+30 963 5443 5456
+1400 1401 5987 9046
+5543 5652 13343 13794
+5287 9426 9434 9464
+13778 13779 13794 13805
+5543 5544 5652 13343
+5443 5444 5747 8836
+5543 5651 5652 13794
+5543 5651 13794 13795
+5024 5128 5326 12114
+3048 3213 12018 12019
+11416 13553 13554 13565
+572 3049 6770 6812
+5670 5671 13554 13588
+690 3149 3189 12332
+3236 3237 3387 12166
+6084 6135 6240 14071
+8440 8441 8445 10022
+12202 12208 12209 12211
+12231 12232 12265 12278
+7538 12368 12372 14738
+3182 3311 12204 12207
+11801 12331 12332 12333
+2417 2418 2583 9938
+8428 8429 8440 12368
+2472 2511 2656 9991
+620 3097 6794 6836
+467 468 2753 6349
+11352 13531 13538 13541
+9049 10076 13810 13811
+8306 10072 10075 10083
+637 3114 6803 6844
+321 5989 10075 10076
+8300 8303 10078 14484
+5989 9052 10075 10076
+1233 4183 4301 11264
+5294 5350 12066 12068
+7633 7721 7769 12864
+7042 7058 7070 12821
+6132 14068 14086 14090
+8620 11411 11491 11492
+5301 5323 5356 12213
+4393 4493 11126 11127
+3241 3242 3391 12214
+5196 6825 12197 12215
+8357 13810 13817 14487
+10064 10065 10071 10076
+1694 5105 6784 12215
+8356 10251 13823 13824
+8356 9125 10261 13817
+8980 12950 12951 12957
+2958 11526 11532 11533
+3263 3264 3375 11783
+321 10064 10071 10076
+8199 8217 9506 9512
+639 3116 6804 6845
+4469 13020 13021 13045
+8791 10889 11001 12971
+7815 9100 9886 10748
+13810 13813 13817 14487
+10068 10189 10291 10300
+2272 2279 9491 9506
+2344 9348 9384 9389
+3857 3861 3874 6853
+1125 1867 6866 7442
+3917 3921 12835 12845
+6869 8050 12739 14524
+1038 3850 3851 12879
+1962 1963 9611 14443
+3777 7729 12793 12794
+7803 9125 13824 13825
+1022 7106 7126 14522
+46 1145 12739 12747
+46 1868 6902 12739
+3782 3795 3806 12747
+7042 8895 12821 12954
+2624 2625 10490 10543
+8362 10251 10252 13823
+895 3551 5429 12564
+1887 6935 7621 7622
+6935 7621 12825 12826
+6871 12930 12932 12939
+6871 6880 12939 12941
+9125 13826 13827 13841
+10082 10084 10261 13841
+10082 10083 10084 10261
+3995 4000 12928 12931
+8386 10263 13829 13841
+3947 3948 3973 6856
+10083 10084 10261 10262
+5503 13832 13840 13846
+1101 7605 7641 14558
+5611 8391 13832 13838
+8391 13830 13832 13838
+5612 5792 10074 13850
+6913 6914 8460 12402
+6873 6882 6906 12415
+5109 5250 12328 12329
+4805 4807 13511 13522
+8391 13821 13831 13832
+4864 11327 13511 13516
+18 50 861 1867
+5576 5577 13692 13696
+9100 9886 10694 10701
+5606 6860 8461 9085
+5995 6172 6173 10297
+1101 4003 7604 8055
+1869 6936 6937 12830
+5672 13556 13576 13590
+1869 1870 6936 12828
+3853 3873 8896 12825
+7108 7142 14484 14487
+3883 6936 12826 12828
+5994 5995 6172 10297
+1071 6946 6967 12960
+9124 10073 10074 13847
+6971 6999 14386 14387
+6881 12925 12927 12930
+3964 3983 12921 12925
+8898 8899 12822 12823
+5665 13510 13522 13530
+8422 12912 12913 14684
+7001 14408 14418 14421
+4367 4435 4521 13220
+7857 7859 7913 10584
+6987 9180 12893 14416
+1086 6957 9180 10696
+8951 10292 10305 13855
+6933 7618 7619 12940
+5665 13510 13512 13522
+895 928 3551 5429
+1957 1958 1994 9722
+7834 7837 14327 14328
+4771 4934 13578 13589
+7836 7842 7843 14386
+7730 7742 7766 14372
+8133 8146 8386 10263
+1958 7839 9748 9754
+9665 9703 14303 14304
+9200 9643 10455 14301
+9143 10349 13927 13960
+4933 13561 13588 13589
+5657 5665 13510 13530
+12320 12321 12322 13223
+3964 8977 12921 12925
+7883 7892 7921 7932
+7845 7934 14322 14334
+8328 10986 11158 11159
+7876 14402 14408 14423
+6963 6990 7825 7908
+756 757 7732 14345
+2638 9925 9982 10007
+14416 14417 14418 14421
+8286 10174 13491 13526
+6959 8417 12902 14420
+8363 10262 13828 13841
+8133 8146 10263 13818
+7000 12894 14407 14414
+6996 6997 14390 14392
+7781 8282 13490 13492
+7781 13490 13491 13492
+8133 10263 13820 13842
+13840 13849 13850 13852
+5613 10073 13866 13867
+6997 7887 14390 14392
+9006 9155 9157 14396
+9194 14457 14458 14459
+686 687 4260 12323
+1045 3856 7633 8906
+6164 13848 13849 13852
+10074 13840 13849 13850
+10074 13839 13840 13849
+1046 3852 3856 12864
+6174 10303 13858 13861
+1089 1090 3942 12908
+2853 3012 11208 11215
+5996 10295 10296 10303
+5996 5997 6174 10303
+9136 9141 14453 14461
+5477 5485 5498 14376
+5477 7034 9012 14468
+7055 7086 7091 14473
+9187 9197 9632 14242
+6499 9646 14264 14268
+9563 14231 14233 14237
+5947 6066 6109 13851
+1859 3944 5496 6859
+1497 1498 5506 13878
+1903 1904 7046 7626
+5948 6108 6111 13869
+6108 13851 13867 13869
+6111 6285 6302 13864
+9713 10356 10380 10441
+9149 14446 14451 14452
+8571 12519 12530 12539
+5658 8121 8299 9084
+10663 12894 14414 14417
+5614 5794 8945 13877
+7823 8990 8992 14374
+9201 9705 10357 10455
+7823 8990 10357 14374
+8989 9201 14478 14479
+6870 6905 6931 12824
+3901 12858 12860 12880
+5794 8944 8946 13859
+1799 5555 5556 13521
+8905 12839 12848 12849
+3919 3922 3926 8905
+12843 12849 12878 14511
+8941 10070 13863 13868
+7179 12854 14507 14508
+8328 11078 11118 11159
+7958 13232 13237 13249
+5641 5810 13764 14109
+9130 10346 13900 13901
+3845 3846 3875 12869
+1799 5556 5914 13521
+3867 3886 12857 12868
+3866 3894 12847 12857
+5555 5664 13509 13521
+7113 7146 9129 14495
+7580 7591 7592 14725
+10237 12865 12869 12873
+7080 9012 14465 14468
+7037 7066 12948 12958
+7030 7061 7073 9134
+3858 3870 3885 6888
+7944 8011 8042 8046
+1782 1783 5476 7033
+5555 5556 5664 13521
+10435 10438 13940 13941
+7768 8055 12751 12752
+8949 8953 13882 13893
+10345 10353 13898 13899
+10353 10361 13886 13906
+10355 10374 10381 13927
+10369 10370 10372 10373
+9150 9187 9195 14456
+7098 7100 14454 14471
+10346 13893 13899 13900
+2829 11553 11555 11574
+9130 10353 13886 13899
+12300 12311 12313 12323
+9149 9150 9198 14446
+11572 11573 11609 11611
+5786 8949 13901 13902
+5618 13887 13901 13906
+3840 8889 12772 12777
+5618 5796 13901 13906
+8879 8888 8889 12786
+1028 3789 5468 12784
+5618 5786 5796 13901
+9130 10353 13900 13906
+13886 13887 13906 13908
+5618 13887 13901 13902
+5618 5786 13901 13902
+7153 7167 7176 8939
+9130 10353 13886 13906
+7121 7122 7154 12737
+5556 5914 13521 13522
+11481 11575 11577 11583
+8902 8906 12855 12859
+10361 13886 13906 13908
+1906 1907 1970 7102
+13911 13913 13915 13916
+9537 9541 9543 9544
+7170 14500 14507 14508
+1799 5555 5926 13521
+36 1006 1022 7603
+10394 13911 13915 13916
+11325 13514 13592 13593
+3791 3805 12752 14538
+11325 11328 13592 13593
+5621 13913 13915 13916
+7129 7136 8857 14519
+1018 7123 12737 12741
+7123 12737 12740 12741
+7121 7154 12737 14520
+1016 1147 1148 4033
+8905 8939 14513 14515
+7169 7179 14514 14515
+7154 7155 7168 8054
+7167 8938 8939 14513
+11249 11325 11328 13593
+7167 7176 7184 14513
+5621 13912 13913 13916
+5512 5621 13913 13915
+11249 11325 13514 13593
+8092 8303 10063 10065
+2657 9528 10223 10224
+8961 10394 13922 13924
+7182 14497 14499 14500
+7183 7186 12875 14513
+8316 8317 10214 10227
+10188 10208 12834 14499
+3875 3912 8936 12857
+9128 12856 12866 12867
+3922 3925 3926 8904
+2766 2767 2932 11125
+3810 8840 12767 12770
+7331 8750 8751 8752
+7222 7243 7252 14530
+5445 5740 8839 12771
+8856 8880 12768 12773
+4059 4060 4082 7207
+4022 7278 7279 7310
+7195 7217 7221 14525
+7244 8841 8875 14540
+4073 7239 7250 7254
+8961 10385 10394 13922
+3736 3746 3757 12685
+4693 4863 11327 13506
+5756 5757 8960 8961
+7228 7253 7255 14537
+5403 7447 7448 14652
+8797 12714 12730 12731
+4073 7249 7250 14561
+3827 3828 3840 12772
+12300 12313 12314 12323
+8962 8964 13920 13922
+8962 8964 13922 13923
+3716 3742 8805 12687
+8779 8781 10993 13026
+8954 10353 13897 13929
+5797 13905 13917 13929
+5797 10361 13905 13929
+8960 13897 13925 13929
+5445 8840 12748 12759
+3758 3761 12701 12706
+5402 5403 7447 14652
+3700 12713 12717 12723
+6985 14412 14413 14414
+4862 13506 13508 13516
+8954 8960 13897 13929
+12733 12758 12760 14533
+6189 10435 10438 13938
+7226 7227 7255 14532
+6985 7003 14412 14414
+4025 4026 4059 8750
+8800 10820 12724 12728
+11327 13506 13515 13516
+13506 13508 13515 13516
+4062 7232 7247 14550
+11050 11286 13505 13506
+10435 10438 13938 13941
+9139 10438 13938 13941
+7255 7256 14532 14535
+3814 3829 8863 14543
+986 987 8755 12673
+7255 12762 14532 14535
+5554 5662 5663 13581
+9138 9139 13938 13941
+9138 9139 13934 13938
+5554 5662 13499 13581
+1118 4037 4073 7239
+5114 5205 5309 11914
+4037 4070 7237 7249
+1712 5205 6796 6837
+4062 4086 14548 14550
+3831 3835 12756 14543
+1100 4002 4003 12751
+11259 11292 11294 11541
+5516 5624 5625 13945
+4436 12324 12325 13231
+947 948 3651 12606
+5771 5879 10430 13956
+932 7272 14563 14569
+4763 13498 13499 13500
+5625 5771 5879 10430
+4022 4023 4056 7278
+9161 14075 14414 14415
+5826 8503 11054 13471
+5625 5771 10430 13962
+1120 12742 12747 12751
+7329 7330 7343 14590
+1678 5097 5188 6815
+577 3054 3055 6815
+7334 8645 8646 14595
+8579 12566 12575 12592
+5516 5625 13945 13982
+7273 7292 7304 14562
+7330 7332 7343 14588
+8571 12530 12539 12543
+9078 13493 13494 13520
+1679 1680 5189 6816
+1756 4024 7276 7277
+5516 5517 5625 13982
+5429 5602 8644 12568
+5433 7296 9119 12599
+2932 11125 11126 11127
+9072 9078 13493 13494
+5626 5879 13956 13981
+8111 9072 9078 13493
+7321 8644 8646 8648
+10398 13949 13970 13971
+4024 4057 4058 7308
+10398 13952 13953 13970
+5795 13953 13981 14004
+8111 9078 13493 13520
+3728 12679 12680 14570
+5759 9145 9151 14000
+8111 9080 13493 13520
+10376 10387 10391 13937
+4058 7331 8750 8803
+5214 5357 5380 12236
+1138 1139 1769 4026
+7306 7308 8748 8750
+11294 11369 11541 11544
+9140 10402 13919 13937
+1521 1594 5966 14068
+14075 14412 14413 14414
+5844 5845 8723 13341
+1141 4028 4029 7202
+1406 1797 4643 13486
+7330 7335 14588 14592
+7313 8572 14588 14592
+8577 12590 12597 14754
+7302 7313 7332 14589
+5283 5377 9303 9307
+12573 12580 12582 14603
+9140 13931 13932 13937
+1406 1796 1797 13486
+3656 3676 8731 11694
+10375 10376 10381 10391
+1511 1512 1579 5959
+1511 5959 6077 13966
+1796 1797 5553 13486
+5517 13962 13972 13982
+7725 7768 12751 12752
+7614 7765 8405 12412
+7661 7755 7757 8550
+7714 7761 8572 12576
+9014 9789 10467 10520
+3557 12557 12567 12577
+7350 7381 8581 14604
+3498 5414 5415 14620
+8498 8520 12491 12492
+3568 3590 3594 8588
+1554 5946 6065 13845
+6127 6249 13983 13986
+6249 6268 13967 13980
+1752 5418 7364 14629
+1114 12578 14602 14604
+6268 13954 13967 13980
+1932 7351 7375 14607
+5358 12270 12283 12309
+5519 5626 5628 13980
+5519 5628 13980 13985
+7351 7382 7392 14611
+1542 1543 5547 13360
+5626 5628 13980 13981
+2767 2932 11125 11127
+1132 1133 5602 12568
+1131 1747 4018 7359
+4018 4019 4052 7359
+4054 8584 8645 14595
+895 1746 7355 12564
+5868 8114 8115 13463
+5486 5487 6947 9015
+8114 8500 8501 13495
+892 3497 3498 5414
+7413 7414 12464 14638
+4071 4074 7384 7407
+1751 5417 5418 9116
+7959 7981 7995 8007
+8516 8520 12494 14638
+7369 7370 7401 12497
+4085 7407 14605 14614
+9781 10570 10571 13987
+2526 2606 10191 10210
+1112 14606 14607 14611
+7357 7389 7390 12580
+3555 12561 12566 12571
+5820 8450 13478 13502
+9781 10542 10570 10571
+3554 3555 12561 12571
+8058 8486 12478 14633
+9781 10565 10570 13987
+8380 11119 11120 11183
+8544 11258 11260 12496
+11279 13506 13508 13579
+3598 3606 12513 12516
+9789 10511 10571 13994
+8024 12267 12308 12310
+4044 7389 7408 14606
+7402 7418 8490 14636
+9208 12476 14627 14628
+11287 13470 13471 13473
+2045 2046 2209 9605
+4255 7987 12293 12298
+5058 5123 8072 8205
+6021 6198 10572 13975
+3570 3571 3596 12535
+5829 8630 13603 13610
+6198 6199 6312 10573
+11287 13472 13509 13581
+9781 10542 10565 10570
+7475 7491 7506 14672
+13471 13473 13499 13581
+7775 8182 9475 13129
+742 743 777 9468
+5898 9000 9166 9169
+8162 9042 9439 9475
+6544 6545 9421 9422
+7673 8408 12381 12397
+9713 10380 10441 10471
+8122 9066 12431 13518
+9140 13934 13998 14000
+7451 7484 8500 8502
+11257 11281 13465 13468
+3948 3973 6856 6890
+745 746 9287 13079
+8255 9404 13120 13122
+7775 8183 13114 13129
+7471 7474 12394 12397
+7439 7461 7474 12397
+9140 13933 13934 13998
+7504 7508 9215 14673
+7615 7675 7765 12409
+11059 11257 11281 13465
+1217 6475 8241 14176
+9705 9713 10380 10471
+879 7454 7455 14674
+11065 13445 13448 13449
+11065 13448 13449 13482
+5519 13980 13985 14007
+7976 12306 13204 13205
+5628 10425 13980 13981
+5392 7533 7534 14717
+1509 5516 5957 6076
+49 1121 12484 12485
+3451 3460 12415 12416
+7512 8457 14654 14655
+2476 2516 10042 10087
+7513 14658 14662 14666
+1878 6932 12489 14645
+13447 13448 13449 13482
+8407 12386 14648 14651
+3466 3467 12406 12410
+7506 7508 14669 14672
+7477 7495 7497 14648
+5552 13361 13362 13486
+4011 4012 4048 12448
+3513 3529 3542 12442
+7460 7475 7491 14671
+3424 3435 8447 12377
+1869 1870 6879 12828
+1513 1582 5011 14016
+6057 6234 10095 13456
+6056 6057 6234 10095
+3444 9216 10116 12375
+6056 10095 10096 13457
+1582 5011 5960 14016
+390 10129 10132 13455
+7545 7555 7556 14711
+5011 5960 14007 14016
+12290 12291 12302 12307
+3146 12279 12290 12301
+5960 6079 14007 14016
+305 2429 2430 4565
+3983 3986 12920 12925
+9409 13451 13452 13803
+9409 10092 13451 13803
+10013 10734 10749 14736
+2476 2516 2676 10042
+4850 13424 13432 13444
+4800 4952 13431 13432
+10754 13763 14123 14137
+1481 4681 4799 13444
+385 2476 2516 10087
+5713 5815 8430 8431
+844 845 3406 12367
+5804 9020 10454 13997
+5714 8436 8442 8456
+5854 8436 8448 8456
+1737 5395 7536 7551
+7565 7566 7588 14727
+9087 9108 10736 14115
+9910 10733 10736 10737
+9087 9098 9108 10736
+9022 13987 14021 14383
+4799 5921 13436 13444
+9021 10566 10580 14021
+10604 14017 14018 14035
+7286 7287 7317 12595
+129 2092 4123 4166
+9153 14018 14028 14035
+9153 9163 14018 14049
+9163 14018 14030 14049
+2772 2990 8307 8347
+5081 5280 9274 9291
+9153 14018 14028 14049
+7523 7545 7556 14711
+4681 4799 13436 13444
+3403 3417 3433 12381
+3404 3405 3445 12413
+7571 7589 7590 14734
+5597 13424 13432 13444
+1480 4680 4799 13435
+10012 10013 10734 10749
+10599 14028 14029 14047
+6204 10613 14045 14048
+9238 9943 10152 14146
+9232 14724 14729 14734
+2512 9956 9986 10000
+7595 7599 14724 14734
+14018 14030 14032 14036
+1480 4680 5935 13435
+7557 7582 12914 14691
+376 6043 6044 9992
+6134 14037 14039 14041
+4004 7215 7225 7240
+14031 14032 14039 14041
+1840 1841 5593 13338
+7607 7711 8682 14582
+14045 14050 14061 14062
+4680 4799 4849 13435
+1874 1875 6872 8411
+1874 1875 1882 8410
+7616 7677 7678 8426
+4799 4849 13435 13436
+8409 8413 8423 12428
+9170 10657 14045 14064
+8463 9085 12423 12424
+1876 1881 12413 12418
+8380 11119 11178 11183
+6640 10061 10062 10123
+1611 5000 5975 6093
+6218 6219 6279 13727
+1079 3937 7739 12943
+9159 9160 14044 14049
+5634 5635 9170 14060
+6583 6633 9963 9966
+7190 7228 8858 9204
+3138 12120 12134 12144
+1979 11807 11810 12715
+7610 7651 8581 14604
+7408 7424 14610 14611
+9890 10682 10686 10691
+7609 7610 7713 14593
+1108 1109 1112 7611
+6458 6576 6625 10641
+3579 3586 3604 12559
+1879 6932 7614 12490
+8564 8565 8659 12605
+908 3574 7744 8556
+4706 4707 11423 13570
+9161 14075 14412 14414
+8550 8563 8564 12605
+7672 7699 9217 12381
+5904 8884 13425 13438
+14045 14059 14061 14062
+782 783 9298 9305
+8180 8181 9437 9450
+1011 3777 7729 12793
+11923 11936 11937 13006
+9170 14045 14059 14062
+8213 11987 13014 13015
+8071 13014 13015 13043
+715 716 3162 11931
+2572 2573 10682 10683
+9228 14148 14151 14152
+752 753 7668 14731
+8967 9227 12909 14700
+2676 9971 10043 10099
+5526 5634 5635 14060
+2395 10492 10493 10497
+10665 10671 10677 10679
+5705 13424 13425 13426
+727 7688 7748 7978
+12205 12216 12221 12275
+2022 2023 7772 7980
+4915 10947 13419 13420
+5323 12213 12214 12239
+9093 14082 14093 14127
+3777 3803 8868 12783
+9093 14082 14083 14093
+9093 10670 14082 14127
+1940 1941 7439 7699
+7871 14347 14349 14351
+12620 12623 12624 13205
+10535 10556 10559 10560
+12244 12245 12246 12289
+3937 3955 12942 12943
+4913 10930 13314 13417
+187 6514 7931 9806
+11465 11481 11575 11577
+9166 14092 14094 14095
+7618 7619 7738 12940
+1956 6962 7731 14328
+8790 8801 12761 12762
+1655 2012 5050 11836
+12204 12205 12222 12233
+1653 1654 5144 11895
+1977 1978 2012 11835
+14084 14092 14094 14095
+7189 7637 12732 14528
+14084 14091 14092 14095
+8831 10960 13314 13420
+9411 9412 9413 9417
+14083 14084 14092 14094
+3402 3438 12379 12380
+9102 10703 14099 14113
+5038 7878 7881 9792
+1797 4643 5553 13498
+7617 7736 7737 8977
+2130 2294 2334 9734
+1634 5039 7771 7868
+2 149 2112 7782
+11871 11872 11875 11884
+12250 12254 13192 13194
+149 2111 2112 8167
+7785 8178 8193 9038
+741 11868 11869 11876
+740 741 11876 12014
+8230 8231 8238 11984
+8071 9030 9031 13040
+681 3145 12244 12287
+7793 8071 9031 13046
+280 281 2405 4616
+8105 13041 13043 13046
+7793 9023 9025 13046
+8142 8358 8385 13813
+558 4758 4759 11181
+2397 2562 2563 10488
+8360 8367 8369 10064
+680 3144 3184 12244
+8138 8143 12801 12808
+5775 8130 9046 9063
+9133 10360 10384 10385
+10644 10676 10688 10689
+9886 10694 10704 10711
+6734 10682 10683 10686
+5789 8389 13415 13438
+9223 9317 14354 14360
+8884 11185 13406 13438
+10667 14056 14057 14068
+8389 8884 13406 13438
+8389 13406 13415 13438
+9235 9319 10762 14364
+7917 7924 7925 9816
+1955 7903 7906 7907
+1956 7893 7903 14306
+7883 7915 7917 7919
+7883 7891 7926 7927
+7861 7869 7870 9765
+1892 1955 7907 14389
+7808 9735 9736 9737
+7837 14306 14307 14314
+8389 13406 13407 13415
+8389 8884 13405 13406
+9743 14287 14288 14291
+7679 7731 7835 14328
+6515 6683 14323 14338
+7015 7849 14402 14409
+10559 10560 14338 14340
+6513 9774 9807 14312
+6990 7908 14387 14388
+6154 6229 6295 10060
+5254 5358 5380 12309
+8389 13405 13406 13407
+7813 9769 9795 9796
+143 2107 4130 4173
+7859 10617 10618 10652
+7873 7874 14342 14346
+9829 9848 9871 9876
+9184 14344 14349 14350
+5585 5693 5694 13368
+6211 6212 10703 14099
+5254 5331 5380 12309
+9155 14018 14025 14035
+10454 13988 14023 14025
+3608 12527 12530 12537
+6132 6137 14056 14068
+10566 10567 10568 10581
+7900 10537 10546 10547
+1210 4129 5088 9428
+9102 10703 14099 14106
+3940 8422 12906 12913
+7917 7919 7920 9812
+7875 7913 9840 10618
+7857 7874 7913 9832
+140 141 2104 4129
+5020 12214 12232 12265
+7014 7886 7911 10596
+143 144 2107 4173
+9780 10548 10565 10630
+5284 5377 9306 9307
+3933 8895 12953 12955
+9643 9704 10480 10528
+7895 10504 10505 14309
+1195 4118 4161 9253
+181 9740 9745 9746
+7818 7833 8984 8986
+8883 8884 13382 13383
+7922 7928 7929 7930
+7922 7930 9784 9804
+6211 10703 14099 14106
+7811 7922 7923 7929
+7827 9773 9775 9776
+8885 11179 13402 13429
+7883 7917 7924 7925
+187 2170 7930 9766
+8885 13402 13403 13429
+7003 9161 14412 14414
+7812 7916 9793 9813
+11176 11178 11179 13402
+1179 4108 4150 9690
+790 791 7852 7855
+757 790 791 7855
+757 758 9838 14425
+7816 7915 7917 9802
+7811 7861 7882 7922
+5746 5865 5908 9058
+1183 4153 5166 9724
+6211 10698 10703 14106
+14322 14332 14333 14336
+9057 9059 13398 13401
+5865 8136 9059 13398
+3608 3617 12524 12530
+9174 10649 14407 14415
+358 6026 10592 10599
+7918 9176 10608 10649
+7901 10546 10576 10594
+513 11494 11538 13611
+375 6042 6043 10030
+13730 13770 13772 13777
+9059 13398 13399 13401
+9102 10698 10703 14106
+8553 12193 12194 13225
+1523 1524 5529 14118
+8023 8024 8045 12300
+9161 9173 14075 14415
+1987 12318 12333 13240
+8019 8022 8023 12326
+9173 10663 14075 14415
+7003 9161 14406 14414
+7992 12304 13203 13206
+1523 5529 14087 14118
+8038 8041 12305 12306
+7988 12289 12297 13189
+8136 9059 13398 13399
+4366 4433 4481 11598
+5853 10990 13389 13391
+8042 12303 12306 13205
+4481 11548 11549 11599
+1598 5968 6087 14118
+4849 4925 4956 13392
+726 727 763 12229
+7958 7974 13237 13249
+7974 8016 12644 12646
+950 3650 12585 12603
+7973 8003 11682 11690
+7944 12315 13215 13221
+10933 11630 11633 11651
+5047 5141 5330 9509
+12312 12316 12317 12319
+3147 3186 8045 12301
+10 1989 8010 8012
+11 7959 7981 8009
+762 12241 12243 12265
+4956 13363 13392 13426
+8012 8036 8043 8047
+4956 13363 13386 13392
+10742 14109 14110 14119
+7936 7972 7992 13221
+13190 13191 13201 13209
+11602 11604 13206 13207
+2791 2960 2996 11607
+7977 7991 10935 13206
+7990 10935 11719 13202
+7943 8004 11619 11647
+12286 12287 12288 12294
+11442 13193 13212 13213
+2832 2962 11562 11617
+8709 12643 13684 13724
+4849 4956 13392 13426
+13363 13389 13391 13392
+8842 10991 11102 13384
+12325 13218 13219 13220
+12286 12292 12294 12305
+3313 12205 12216 12228
+8020 12320 12321 13240
+3654 3685 8044 12624
+3635 3649 7687 12651
+7295 8673 14565 14571
+9110 10732 14109 14117
+12280 12291 12292 12307
+7956 8021 12321 13235
+7966 8014 12343 13255
+6440 6600 10283 10312
+7948 12321 13216 13235
+7963 8025 8046 12314
+725 8038 12295 12305
+8842 10991 13384 13385
+8026 8735 11643 11662
+8842 8845 10953 13384
+7939 8747 10942 12657
+8710 12643 13673 13724
+5529 14104 14107 14118
+8703 8710 13673 13698
+8842 8845 13384 13385
+8845 10953 13383 13384
+7944 8011 8042 8047
+7955 12303 12304 12307
+11729 13368 13376 13409
+7955 8046 12303 12315
+3924 6916 12831 12833
+7972 8001 12623 12630
+7948 8021 8027 8030
+8029 8030 8044 8047
+12292 12305 12306 13198
+10040 14155 14158 14163
+5529 14087 14107 14118
+3444 9216 10116 12376
+7760 8399 12379 12380
+10099 10113 10118 10120
+3913 6887 6916 6917
+8067 8068 11952 11973
+1650 5048 8065 11973
+7613 7614 7696 12490
+11173 11176 11178 13402
+3127 3165 8235 8238
+3204 8227 11969 11975
+8084 11210 11211 13075
+8073 8078 12433 12437
+3241 12197 12214 12276
+3144 12223 12228 12248
+8496 8511 9116 14630
+6849 7149 7150 14510
+8073 8077 12433 12437
+8262 8267 11216 11217
+8084 11064 11211 13075
+8471 12444 12445 12995
+8158 8160 9039 9040
+7790 10807 10826 10828
+7130 8096 12811 14491
+8105 8322 13044 13053
+8330 8335 8341 11140
+1001 1002 8094 12813
+8093 8313 8330 8335
+9552 10270 10300 10301
+8795 10828 11069 12789
+8098 8104 11151 13053
+7790 8319 11165 11166
+14085 14088 14103 14107
+11149 11171 11188 11190
+9222 9850 9880 9883
+5254 12283 12309 14760
+1603 4999 6089 14125
+8341 8345 8349 8350
+11155 11156 11169 11170
+5322 5380 8005 12236
+1526 1603 4999 14125
+1604 1605 6090 14125
+59 5550 8121 9082
+13350 13351 13358 13481
+1604 5971 6090 14125
+8129 9073 13461 13484
+8112 9074 9080 13493
+7798 8290 11033 12432
+8290 8295 11042 13518
+12267 12283 12308 12309
+5939 6061 6165 9075
+5694 13368 13376 13409
+8006 8024 12267 12308
+3985 6894 6923 12426
+5585 13368 13369 13409
+7108 7132 12810 14484
+5471 5754 5762 8952
+3662 8030 8044 12635
+4837 11729 13368 13373
+7194 7198 7241 12736
+4802 4855 9059 13399
+10015 10749 10750 14121
+147 2109 2110 8150
+5089 5288 9429 9434
+3167 3333 8171 8174
+5028 8163 8170 12009
+2 224 7782 8178
+5028 5386 8170 12010
+9932 10015 10757 14121
+742 886 8158 11868
+885 3492 8160 12434
+8181 9435 9437 9450
+886 8158 12435 13112
+9468 9469 9472 9478
+5975 6094 6148 13769
+8533 12498 12499 12500
+10811 11007 11072 11109
+2273 2346 9430 9466
+3318 3352 12267 12310
+8161 9460 9467 9471
+143 2106 2107 4130
+8158 8179 9038 11867
+5585 5693 13368 13369
+9443 9469 9470 9471
+7782 8062 8194 9470
+11258 11340 11512 11541
+777 810 8157 9457
+8615 11292 11322 11511
+5693 13334 13368 13370
+5547 5655 13360 13497
+744 1944 7463 7702
+2149 2187 9442 9444
+5655 8119 13360 13497
+7775 8182 13111 13112
+5437 8696 12619 12629
+8689 8696 12618 13644
+8084 11064 11217 12998
+2846 11007 11008 11109
+8696 12629 13666 13681
+8078 8258 12432 12436
+13350 13351 13353 13358
+9234 9906 9914 14141
+8219 14178 14489 14494
+749 9294 9295 9350
+9219 9234 14140 14141
+1970 2006 9365 9495
+9371 9372 9373 9374
+9918 14138 14141 14142
+12187 13173 13178 13179
+8202 8237 11953 11954
+5547 13359 13360 13497
+4423 4424 4522 13184
+2153 8233 9363 9366
+8242 14186 14197 14198
+8219 9375 9376 14193
+5422 5724 5725 8595
+1543 5547 13360 13523
+1651 2008 2009 11977
+8213 11932 11987 13012
+11863 11910 11946 11965
+3363 3381 11903 11904
+3123 6807 8072 8207
+167 168 9610 9613
+8070 8071 11994 13015
+5545 5653 5654 13352
+5653 13352 13480 13503
+6700 9924 9935 10052
+13016 13041 13043 13044
+6529 9918 14138 14141
+7780 7800 8125 11042
+8083 10159 10171 10177
+391 6058 6059 10142
+5653 13346 13352 13503
+9068 10173 10180 13487
+404 405 2690 6387
+4401 11377 13073 13096
+13344 13346 13352 13503
+8089 8287 8297 11046
+5420 5779 5785 8498
+10825 11073 11108 11109
+8063 9037 9043 13113
+5545 5653 13346 13352
+5545 5546 13348 13352
+8073 8074 8079 8283
+7776 10162 10168 14677
+5997 6175 10303 13857
+11008 11018 11106 11109
+315 316 1310 8090
+6529 9914 9918 14141
+9906 9907 14140 14141
+317 318 2441 8252
+10131 10137 10138 13455
+7450 7483 8502 14657
+748 749 9350 9351
+318 2442 8252 8284
+5653 5654 13352 13480
+5413 5418 5722 8514
+8262 8264 8267 11217
+7802 8299 9076 9077
+4669 5584 5918 13327
+6654 9582 9583 14208
+7797 8083 8290 10176
+7797 8288 8289 8296
+1831 4789 5584 5918
+397 2483 2520 8336
+7940 12184 12260 13179
+5399 5403 5404 14652
+2482 2651 8308 8310
+2343 9297 9299 9300
+8321 8323 11149 11188
+3204 11969 11970 11975
+397 2520 8308 8349
+1217 8241 8348 9034
+1217 4174 4175 9034
+7139 7171 7172 14493
+7787 8221 14195 14196
+8217 9538 9539 9540
+8910 8914 9548 9549
+8332 11076 11079 11167
+3797 3798 3830 12791
+8104 8327 11142 11159
+8331 11079 11132 11144
+10986 11163 11174 11189
+4175 4399 8348 13042
+1740 1741 5403 7448
+8340 8342 8343 8352
+11143 11144 11146 13050
+2990 8339 8346 8347
+7803 8891 8892 13834
+8301 8302 10259 10260
+8354 10066 10067 10291
+4669 4835 13326 13327
+8362 10082 10083 10261
+8355 10229 10238 10250
+5993 5994 6171 10257
+4669 5584 13326 13327
+8092 8359 8361 10203
+838 839 3403 7673
+8108 8352 8365 11169
+1831 4789 5584 13369
+839 840 3418 7674
+678 12222 12247 12257
+11153 11157 11171 11172
+7 320 8370 8387
+6528 6696 9908 14138
+8329 11117 11173 11186
+9257 9924 10052 10055
+9049 9053 9054 13798
+11129 11138 11150 11151
+8323 11155 11156 11170
+5851 8842 8843 13297
+8370 8382 10076 13775
+5637 13732 13770 13772
+5877 8941 8942 8944
+8092 8360 8361 10064
+8381 9047 9048 13393
+7806 11172 11191 11192
+4759 4855 4928 13397
+744 745 7702 8180
+8056 8394 8397 14170
+7490 14667 14676 14677
+5851 8842 10991 13297
+2613 10206 10224 10232
+11122 11123 13384 13386
+764 5021 12220 12233
+780 812 5030 12026
+1875 8410 8413 12418
+8411 8416 12920 12925
+3491 3502 8078 12436
+2342 9265 9300 9456
+1090 3935 7734 12915
+8738 8810 8811 13321
+8422 12906 12907 12912
+8419 8971 12902 12910
+5023 5024 12094 12226
+5326 12066 12076 12115
+8440 8441 8445 8446
+9242 9933 9993 12370
+8980 12949 12952 14482
+9232 9268 9918 9924
+6531 6699 6700 9924
+1716 5116 5207 11766
+6218 10757 10758 13727
+8738 10903 13332 13370
+6700 9924 10052 10055
+8429 10759 13743 13744
+4558 4585 4622 9938
+9932 9985 10749 10755
+9106 10757 14121 14134
+4834 13273 13324 13325
+7447 12382 14646 14653
+4668 4834 13324 13325
+7060 7088 9135 9191
+782 783 815 9305
+784 9294 9296 9454
+845 7537 12367 12368
+9336 9947 9948 14146
+9266 9947 10152 14146
+8244 8278 10162 10168
+7480 7481 12388 14653
+8443 8448 8452 8502
+8443 8452 8454 8456
+8500 8501 8502 14663
+7480 12388 14646 14653
+5716 5717 5868 8114
+6904 6923 12919 12928
+3939 3967 3969 9003
+6139 6148 13730 13770
+3393 6861 6895 12423
+7989 11476 12297 13199
+12419 12420 12425 12426
+10534 13950 13951 13952
+4834 4945 13273 13324
+1936 7353 7657 9210
+10398 10534 13950 13952
+6 485 8297 8298
+679 680 3144 12246
+11274 11275 11276 13475
+5905 11050 11054 13507
+7960 12232 12240 12241
+8504 13446 13483 13484
+8129 8504 13483 13484
+3612 11320 12515 12519
+1829 5583 5933 13325
+8445 9994 10086 13759
+6868 6877 6900 7464
+8447 12377 14655 14657
+9069 10138 13355 13495
+8113 8282 8500 14674
+9402 10004 10009 10089
+8979 8992 12951 14479
+3494 3495 3521 8495
+10204 10205 10210 10211
+7022 7625 8988 14467
+9283 9285 14150 14171
+5719 5825 8492 8504
+3494 3521 8495 12439
+1829 5582 5583 13325
+8514 8515 12460 14629
+662 663 12119 12126
+6536 6704 6705 14143
+8547 11292 11293 11320
+7573 7590 9228 14729
+12109 12112 12128 13151
+11259 11295 11542 11546
+2867 2946 11318 11323
+11311 11316 11317 13140
+727 7983 12254 12255
+8533 8542 8544 12498
+1690 1691 5103 6781
+12088 12089 13125 13142
+8536 12104 13134 13138
+8543 8544 12498 14641
+11224 11289 11314 13137
+8533 8544 12498 12499
+4408 13134 13140 13141
+10953 11102 11122 13384
+1693 6783 6824 12198
+7752 8551 8554 8566
+10953 11121 11122 13381
+8550 8551 8564 8565
+7755 7757 7770 8550
+10990 13384 13388 13389
+6710 9416 9424 14156
+7988 12294 12296 13198
+10104 10132 10136 10165
+7660 7744 7752 8556
+10811 11006 11007 11109
+8039 12305 12306 13198
+3610 3621 12544 12549
+8570 11362 13226 13227
+11466 11467 12195 13227
+8556 12532 12533 12545
+2479 2518 10107 10132
+8551 8564 8566 8567
+4922 4923 11122 11123
+591 3069 6780 6821
+11471 13164 13165 13167
+1114 12578 14602 14603
+7285 7316 12583 12595
+5021 5125 12220 12221
+7841 14287 14288 14291
+8574 12591 12592 14592
+8574 12557 12558 12591
+8584 9118 12565 14595
+921 5421 5422 12503
+8593 13553 13554 13565
+6710 9424 10049 14156
+11258 11259 12510 12511
+8591 11361 11383 13551
+6541 6710 9416 14156
+6541 6542 6710 9416
+570 571 3048 6769
+8588 8601 11392 13566
+5646 13734 13735 13737
+8587 8596 8598 13567
+4876 11415 13574 13577
+3590 8588 8599 12508
+8634 8653 8654 11498
+8635 12525 12526 12536
+1233 1234 4301 6389
+568 569 3046 6768
+10811 11006 11106 11109
+3590 3600 8600 8601
+1752 7364 7365 14629
+3312 12205 12216 12221
+11006 11008 11106 11109
+3048 6769 6812 12018
+4305 11365 11367 11407
+5580 13305 13306 13309
+13302 13305 13306 13309
+1673 5186 6812 12018
+2953 2991 3019 11425
+2824 2952 2991 11422
+1672 1673 5094 6769
+8585 12525 12526 12536
+6637 6709 6743 9970
+10850 13302 13303 13307
+5829 5834 5909 8630
+10850 13302 13307 13721
+5675 13601 13607 13608
+8630 11473 13614 13616
+2252 9261 9262 9267
+9955 10040 10041 14163
+5833 5875 5888 8638
+11432 11447 13167 13168
+13302 13304 13306 13721
+5424 5425 5727 8585
+5425 5727 8585 12536
+5425 12535 12536 12540
+4016 4017 7361 7393
+5432 7281 8644 9119
+13302 13304 13716 13721
+13302 13304 13306 13313
+7960 7986 12243 12273
+3581 3582 12553 12560
+8551 8554 8557 8567
+10531 10534 13950 13951
+4994 13302 13313 13716
+8694 8695 12606 12607
+5301 5323 12213 12214
+7590 9228 9229 14729
+8694 8695 11496 12586
+6535 9285 9333 14171
+11785 11842 11854 11906
+1918 7191 7214 14559
+549 10952 13290 13293
+209 210 2143 9325
+210 9325 9332 14171
+3714 3734 3746 12673
+979 1978 1979 12715
+937 3631 3653 12660
+3707 3736 8678 8679
+11843 11908 11909 11912
+11917 11920 12359 12360
+144 2108 4131 4173
+5277 5320 5338 9873
+5078 5277 9862 9863
+550 10952 11006 13293
+548 549 10952 13290
+13283 13284 13293 13294
+8676 8686 8687 12657
+5231 5278 9247 9864
+5042 5240 5269 9676
+5735 5840 5890 8711
+11006 11007 11008 11109
+549 550 10952 13293
+8201 8212 9376 14164
+8102 14165 14166 14175
+8713 11629 11631 13722
+5646 5807 13735 13772
+4731 4900 4901 11709
+5576 13692 13693 13695
+961 962 3624 5441
+8102 14164 14174 14175
+9033 14165 14166 14175
+4664 4784 4830 13706
+7999 8037 12243 12305
+7946 8707 12642 12653
+3656 11694 12641 12642
+7946 8707 8722 13719
+11022 13283 13286 13289
+3643 3668 12609 12619
+4750 11021 11022 13293
+5548 9083 13524 13525
+1543 1544 5547 13523
+9228 9231 9919 9922
+7943 8712 8713 13722
+1544 5548 13523 13525
+3302 3305 3368 12092
+9333 14145 14151 14152
+12719 12722 12729 13280
+4902 10967 11717 13259
+8706 8725 8726 13720
+5707 5769 5770 8994
+7945 8817 11715 13257
+10103 10104 10107 10132
+4903 10967 13272 13275
+3858 3885 6888 6918
+9029 9032 9033 14165
+3625 3646 8700 12653
+10967 13258 13272 13275
+9363 9364 9375 9379
+3717 3742 3743 12691
+10920 10961 10962 11011
+11009 11016 11088 11096
+7945 8737 8740 8742
+4903 4904 13272 13275
+4734 4903 4904 13275
+9029 9033 14165 14175
+8102 14164 14165 14175
+5471 5762 8952 14428
+3710 3725 8751 12674
+10788 10967 13259 13272
+1137 4024 4025 8748
+10103 10104 10132 10148
+4903 10967 13259 13272
+3751 8774 12709 12711
+3761 3762 3765 12694
+4838 13266 13267 13269
+1058 1854 3861 6853
+4843 13265 13267 13269
+11792 11793 11794 11813
+4843 4987 13263 13267
+9887 10700 10702 10722
+8758 11810 11814 11815
+12818 12949 12950 12951
+366 367 10693 10707
+8778 12974 12976 12993
+369 6037 10720 10730
+10181 10182 10193 10201
+8101 8221 8315 10196
+4272 12363 12974 12993
+695 696 11823 12352
+8763 12351 12353 12966
+7781 8281 9069 14663
+5748 5749 5897 8891
+8797 8798 8799 12730
+5863 5867 8724 8737
+8723 8815 10788 13272
+8773 8793 8798 10971
+8787 8788 11926 12986
+8723 10788 13259 13272
+12981 12982 12983 13060
+8789 8797 12714 12982
+5155 5264 5332 9570
+8774 10840 13057 13063
+10842 11161 11162 13063
+3648 3672 3673 12615
+7200 7230 8873 14529
+10868 11703 13243 13253
+4029 4062 4063 14550
+10868 12347 13253 13256
+3720 5455 8807 12720
+1766 7201 7202 14546
+5220 5296 12095 12121
+11733 13439 13440 13441
+1762 5443 5444 7198
+5580 5581 13309 13310
+4971 4972 13271 13273
+4834 4946 13325 13342
+8746 10849 10942 11714
+4667 4786 5932 13270
+3730 3749 3755 10923
+8806 8810 8824 12702
+8806 8812 8824 12702
+1840 5592 5593 13329
+8771 12689 12692 12693
+8739 8740 8804 12697
+1472 4676 5924 13266
+5700 10816 13268 13292
+8843 10816 11023 13297
+5699 5849 10816 13264
+5701 10816 13297 13333
+8828 8829 8833 13282
+8820 8828 8829 13282
+10771 10794 10862 10867
+13390 13424 13425 13426
+8834 8846 10954 13289
+8884 11185 13390 13425
+8878 8887 13379 13380
+10824 10972 10979 10982
+8855 10927 10980 12725
+965 966 3700 12723
+8828 8833 8835 13282
+11703 12337 13243 13248
+6148 6221 6241 13745
+3823 3829 8860 14538
+8091 8101 8102 10185
+7039 7067 7068 14480
+5722 5874 8495 8497
+3805 3806 3829 12754
+7970 7971 12645 13235
+1974 8213 11957 11976
+6108 6109 13848 13867
+1013 1973 3778 8210
+9283 9325 9351 14171
+4174 8239 9034 13040
+13230 13234 13235 13236
+6482 9541 14182 14199
+7028 8919 14433 14440
+3785 5464 12748 12755
+7970 7971 12644 13237
+6482 6483 9556 14199
+5467 5468 5751 12784
+997 998 12799 12800
+997 998 3767 12799
+997 8131 8132 12800
+7050 12890 14228 14432
+8901 8903 9548 14498
+210 6536 6537 9332
+1044 3869 7631 12837
+7956 13229 13240 13247
+9515 9520 9530 9531
+8218 9541 14182 14185
+7104 7722 8906 14501
+3880 3896 3910 12859
+3880 3910 12859 12862
+12092 12094 12114 12226
+8901 8902 14498 14501
+2660 10285 10327 10330
+9377 9550 10217 10225
+14178 14179 14191 14192
+8911 8921 14225 14229
+8910 8913 8918 9577
+3393 6861 9085 12423
+5483 5761 8933 12868
+12322 12336 13229 13240
+8221 14178 14180 14192
+3875 3886 3912 12857
+8892 8941 9124 10070
+3912 8936 12876 12878
+367 368 2507 10700
+10825 11106 11108 11109
+3302 3340 3392 12093
+9125 10261 13817 13841
+10082 10261 13817 13841
+6479 6480 6648 9543
+9124 10070 13834 13847
+9552 10271 10275 10294
+12313 12317 12320 12322
+9228 9231 9922 9923
+8916 10245 14215 14219
+12317 12318 12331 12333
+7803 8891 8892 14495
+5608 5715 5854 8443
+5794 5856 8944 8946
+5754 5762 5856 8952
+8910 9550 10244 14206
+9141 9142 10376 13937
+7029 7030 7073 14435
+8916 8918 10245 14215
+5800 8963 9132 13940
+5474 5757 5758 8962
+6007 6008 10374 10384
+11600 11622 13220 13239
+9130 13887 13901 13902
+7030 8960 9134 13923
+9583 10225 10245 10246
+7577 7594 14694 14698
+9246 9317 10710 10746
+7997 11653 11654 13239
+8916 14213 14215 14219
+9377 14203 14205 14206
+7743 8981 14459 14467
+7045 7743 14459 14467
+5767 5768 5866 8995
+6531 6532 9344 9924
+8558 8570 11362 13225
+4010 7652 14604 14607
+1960 9194 9636 14458
+9709 9710 9711 14284
+7819 7847 10630 14384
+8558 11362 11363 13225
+8027 8029 8030 8047
+6532 9924 10055 14149
+1070 1071 6967 8978
+9528 10223 10224 10246
+8978 8979 12956 12957
+10204 10223 10224 10246
+7944 8027 8030 8047
+9550 10244 10245 14206
+8425 9003 12917 14680
+1084 3939 12896 12897
+8993 9089 9095 14695
+7530 8462 14681 14682
+9562 14217 14223 14231
+6656 10281 14219 14220
+9629 9630 9645 10416
+8027 13215 13216 13223
+6489 14217 14223 14232
+7078 7090 7093 14449
+7823 10357 14375 14380
+9140 13931 13998 13999
+5788 5879 13953 13971
+5759 9138 9145 14461
+6487 9574 9580 14212
+8027 8046 13215 13223
+9009 9014 9015 9022
+8907 9580 14212 14221
+8918 9581 14212 14214
+6486 9574 9582 14212
+9022 10437 13987 14382
+6981 6996 14383 14392
+8065 8208 11952 11953
+7944 8027 8046 13215
+2982 11128 11145 11147
+4336 6416 9036 11127
+3122 3287 3288 11947
+4340 8307 8346 8348
+7460 7491 8183 14676
+7778 9039 12996 13085
+7508 9215 14669 14673
+11869 11870 11872 11876
+11035 11244 11245 11275
+6860 6894 8463 12423
+7944 8046 12315 13215
+8166 11871 11881 11889
+648 649 3171 11874
+11171 11177 11188 12790
+997 5457 8131 8132
+999 12797 12808 12809
+8145 13798 13810 13813
+1399 6104 8390 8392
+8137 13398 13400 13407
+4800 4850 4952 13432
+3222 3223 12095 12096
+10470 10477 10517 10523
+14223 14230 14231 14232
+9933 9990 9993 10017
+7680 7766 8982 8984
+8917 9591 9594 14226
+7801 9067 9074 9077
+8410 8411 8413 12428
+7780 8122 8125 9066
+8248 8296 10171 10173
+5941 8121 9083 13529
+3243 3391 12214 12231
+5941 8121 9079 9083
+6105 6280 9078 13524
+924 3569 8585 12525
+5658 5821 5823 9080
+394 8289 8296 10180
+7801 8125 11042 13460
+11476 11721 13191 13209
+8445 9993 12370 12371
+14225 14229 14230 14231
+5392 5709 9086 14718
+6215 10730 10731 10740
+1612 5000 5975 13769
+8690 11486 13628 13651
+10701 10719 10721 14129
+2508 9973 9975 10719
+7565 14133 14719 14723
+5643 5812 9105 9927
+3595 8635 12525 12535
+844 5396 5397 12367
+9109 10734 10749 14736
+5975 6148 6241 13769
+7540 9933 12370 12371
+7538 7539 7567 12372
+373 374 2510 9985
+9910 10750 10752 14121
+8328 10986 11158 11165
+375 9986 9992 10030
+4044 4048 4071 14609
+7432 14608 14614 14623
+8920 14231 14236 14237
+7401 7416 7417 14640
+7567 12372 14735 14738
+7425 7432 7436 8524
+10070 10295 10296 13847
+347 2457 2497 10439
+5791 5792 5897 9124
+8146 10263 13818 13841
+5459 8358 8385 8891
+3907 3912 3914 12878
+163 9591 9595 14226
+7113 8933 9129 14495
+7066 9013 12958 14477
+5955 6118 6246 13939
+10340 10341 10348 10359
+10341 10362 10363 10382
+8925 8926 14238 14244
+5983 6102 6261 13360
+7976 7988 7989 12297
+256 2380 2381 10408
+6951 9158 14399 14405
+1789 1790 5489 6950
+7534 7564 7565 14717
+8926 14241 14242 14243
+7976 7988 12297 13198
+7976 12297 13198 13199
+6023 6200 6201 14024
+10592 10605 10607 10609
+6205 10656 10657 14044
+6026 6203 6204 14048
+10574 10576 10593 10600
+9164 10611 10612 14052
+7534 7565 14717 14728
+6581 6631 6737 9928
+10070 10296 13847 13862
+10611 10612 14051 14052
+6028 10609 10656 14042
+8427 8429 14727 14733
+9174 9834 10663 10664
+7081 9013 14465 14476
+7823 8989 14369 14370
+7602 14706 14708 14724
+10357 10377 10378 10530
+9974 14708 14724 14730
+9113 9974 14722 14730
+8990 9705 10377 14463
+7819 7847 9016 10570
+7053 8925 9187 14443
+2497 10439 10440 10479
+6664 6722 6723 14266
+7564 7565 14717 14719
+10285 10286 10330 14240
+14241 14243 14245 14260
+10364 14245 14247 14260
+8925 9611 9615 14242
+3570 3595 12525 12535
+10380 10397 10471 13948
+9150 9197 9198 14445
+7094 7100 14464 14471
+8982 8986 9181 9200
+8982 8985 8986 9200
+10356 14463 14464 14470
+6502 9717 14267 14281
+171 172 9628 9638
+8983 8985 9201 14475
+786 9254 9322 9323
+9611 9615 9616 14242
+7534 7535 7565 14728
+7410 8486 14631 14632
+7435 7437 14608 14628
+7418 7421 8475 8487
+9115 9209 12474 14623
+7987 12293 12297 12298
+754 8966 9881 14367
+8965 9218 14711 14731
+9221 9225 9319 9974
+8966 8969 8970 9225
+9219 9221 14140 14364
+7555 9218 14729 14732
+7555 9218 14710 14729
+9218 9219 14710 14729
+8965 9219 9221 14710
+207 208 6534 9282
+6044 9996 13739 13744
+9219 9232 9233 9268
+12297 12299 13189 13201
+7571 7590 9228 9229
+8394 8401 8403 9241
+2647 10045 10100 10113
+8056 8401 8402 14153
+9850 9877 9880 9883
+7795 9329 9941 10036
+7795 8404 9328 10036
+12293 12297 12298 13199
+9331 9958 10008 10037
+7795 8404 9941 10036
+5393 5394 14727 14728
+8925 9611 14242 14244
+1194 4118 4160 9250
+2246 9248 9251 9252
+9611 9616 14242 14244
+2081 2082 2245 9250
+7544 7572 8420 12909
+9229 9923 10055 14149
+7552 9227 12909 14700
+7584 7589 7599 14734
+8967 9225 12909 14700
+9099 9114 10735 14721
+9086 9087 9098 14707
+848 7541 9242 12370
+10957 11006 11103 11105
+7597 14704 14705 14715
+2181 2342 9265 9293
+9593 10285 10330 14240
+10330 10331 14237 14240
+9087 9098 9099 10736
+9187 9627 9632 14273
+8925 9187 9615 14242
+3081 6786 12234 12235
+9114 14701 14706 14716
+749 7525 8393 9236
+8971 8972 8973 14698
+9631 10368 10405 14265
+128 129 2092 4123
+9631 10405 14255 14265
+8972 8974 9101 14694
+10371 10372 10407 14259
+729 730 7752 8554
+6666 10369 10407 14261
+9150 9197 14253 14255
+2309 9256 9258 9261
+9357 9359 9360 9398
+9357 9360 9398 14168
+9424 10043 14157 14158
+9354 9358 14153 14169
+672 8553 12180 12181
+7577 8973 14694 14699
+10418 10420 10429 10485
+3941 8421 12904 12908
+2257 2312 9292 9300
+2096 2259 2260 9308
+2092 2093 4166 5084
+2096 5085 9307 9308
+2092 4123 4166 5084
+4125 5085 5177 9308
+12172 12180 12186 12210
+2257 2258 9302 9303
+12907 12912 14696 14699
+10410 10420 10429 14272
+2548 2683 10410 10420
+7582 12909 12914 14691
+2258 9302 9303 9307
+5377 9299 9306 9307
+782 9298 9305 9473
+9718 14269 14281 14282
+2096 4125 4167 5085
+10419 10421 14269 14286
+132 133 2096 4125
+5377 9299 9303 9307
+5085 5284 9307 9308
+2261 9309 9310 9313
+2146 2315 2316 9386
+5032 9311 9389 9473
+2099 2262 9309 9314
+2079 2242 2243 9864
+9277 9323 9343 9919
+5231 5279 9247 9249
+753 754 7693 14368
+7582 12909 14691 14698
+2548 10410 10412 10413
+1088 3941 3954 12904
+9004 12913 12917 14685
+9424 10043 10047 10118
+8396 8399 8400 9215
+12913 12923 14684 14685
+7753 8396 8397 12379
+9287 9288 13078 13079
+9407 9416 14157 14173
+729 12180 12185 12188
+5988 8387 9052 10076
+2683 10410 10420 10429
+8056 8394 8401 14170
+9193 9630 10405 14286
+9645 10419 14269 14286
+9645 14269 14282 14286
+9385 9386 9387 9388
+6860 6894 6895 12423
+8948 8949 13882 13883
+6542 6543 9360 9423
+321 2444 2485 10071
+9358 9407 14168 14169
+6539 9358 14159 14162
+212 213 6539 9335
+9644 10484 14278 14282
+8401 9239 14159 14160
+8311 8312 8336 8341
+7793 8231 9023 9025
+12296 12297 13197 13198
+151 2153 9363 9364
+12173 12179 12180 12191
+3969 3985 8463 9003
+2321 9480 9486 9503
+3710 5449 12672 12674
+9629 9630 9645 14286
+9644 14278 14280 14282
+5255 9372 9373 9374
+7988 12296 12297 13198
+7829 7841 14288 14292
+8218 14189 14191 14192
+152 9364 9379 9542
+6978 6999 7005 7843
+154 2115 2154 9512
+8304 10079 10081 10199
+8200 9366 9378 9511
+378 379 6046 10001
+748 782 783 9347
+2101 2264 2265 9383
+780 812 813 5030
+2101 2102 2265 9382
+779 812 9463 12026
+8244 8278 8281 10168
+222 9042 9442 9446
+3373 3387 12166 12168
+1210 4128 4171 9382
+5225 5371 9461 9465
+7841 14289 14292 14320
+5371 9392 9453 9461
+5984 6159 6262 13359
+10818 10952 10957 11006
+746 781 9385 9387
+9349 9359 9385 9406
+7692 7701 7760 8396
+7760 8396 8399 12379
+5021 5126 5216 12202
+6675 9752 9788 14298
+218 6545 9420 9421
+217 218 2147 9417
+1943 7440 7701 14670
+8396 8400 9215 14673
+7487 7488 14665 14675
+8191 8192 9447 13123
+6715 9449 10164 13124
+6715 6716 6759 13124
+9425 13083 13087 13100
+7491 8183 9214 14667
+2424 2589 2590 9952
+744 745 8180 9450
+220 6547 9441 13081
+1389 1390 4629 6471
+6473 6641 10121 10127
+2104 2267 2268 9426
+9665 10456 14293 14298
+9665 10456 10461 14298
+7775 8158 13111 13112
+743 777 778 9468
+224 7782 8063 8178
+10295 10296 10297 13847
+8167 9466 9467 9470
+8062 8167 8175 9467
+9788 10456 14293 14298
+5287 5343 9426 9464
+9788 10456 10461 14298
+7487 13489 14665 14675
+6548 6717 9447 9476
+9213 9214 9215 9401
+746 780 9387 9413
+8181 9412 9419 9450
+2148 2187 9419 9448
+9390 9391 9393 9452
+2265 9381 9382 9383
+550 11008 11020 13293
+7831 14307 14313 14314
+1210 5088 5179 9428
+9340 10114 10115 10169
+2149 9442 9443 9471
+9214 9339 9404 13118
+7822 7831 7899 9775
+222 223 6549 9042
+550 4750 11020 13293
+8060 8167 9466 9467
+7501 7502 8244 14678
+9491 9492 9493 9503
+7988 12297 13189 13210
+2344 9312 9313 9389
+7482 7498 7499 14661
+8443 8502 14657 14664
+7831 7910 14313 14314
+7831 7899 7903 7906
+2315 2316 9312 9386
+781 814 9388 9473
+8082 9476 13114 13115
+8062 8167 9467 9470
+7831 7906 7907 7909
+2187 9435 9442 9444
+7831 7899 7903 14306
+8183 8192 13088 13121
+8191 13120 13121 13122
+2026 4090 9316 9484
+4090 5059 9316 9484
+9787 10633 10634 14318
+2151 2188 2323 8203
+9491 9492 9503 9506
+5060 5152 5259 9488
+2190 2191 9481 9482
+7863 7884 14393 14401
+1163 4097 5064 5156
+855 3411 5399 14652
+595 3073 6782 6823
+3439 12377 12382 14652
+1649 2006 5048 9496
+7792 8225 9365 9367
+9027 9361 9363 9375
+1649 2005 2006 9496
+3439 8447 12377 14652
+9491 9492 9493 9510
+8217 9508 9521 9534
+855 3411 3412 14652
+7830 9787 14316 14317
+3228 3339 3386 12155
+9492 9508 9509 9510
+2862 2863 11261 11268
+3411 5399 8447 14652
+10495 10634 14318 14319
+3411 3439 8447 14652
+359 360 2503 10605
+6108 6111 6285 13864
+8066 8199 9486 9492
+1647 1648 2004 5047
+1866 6865 6866 14646
+8217 9521 9534 9535
+8066 9366 9494 9495
+7830 7843 14320 14321
+7842 7843 14320 14321
+7829 7837 14307 14320
+7446 7447 7479 14646
+5329 9501 9516 9519
+6596 6602 6650 9557
+7837 7843 14307 14320
+5222 5330 9489 9501
+5046 5317 5329 9515
+6866 7446 7479 14646
+8915 9527 9530 9532
+529 10866 10937 10944
+2197 2318 2348 9531
+2118 2318 2348 9531
+9521 9536 9538 14182
+8216 14190 14196 14494
+1969 8217 9511 9539
+1002 7109 7130 12811
+7837 7842 7843 14320
+8212 9376 12815 12816
+9377 10217 14199 14207
+2115 2154 9506 9512
+8909 9546 9576 14201
+8918 9581 14203 14214
+9189 10285 10310 14240
+9377 9555 14199 14207
+5402 7447 12382 14646
+157 158 9554 9555
+10555 14331 14338 14340
+9377 9555 14199 14204
+5402 12382 12400 14646
+8826 11095 11098 11110
+8922 8923 10219 12885
+5402 6865 12400 14646
+8923 12885 12886 12888
+8922 8923 12885 12886
+9563 9577 9578 10276
+6271 6307 14031 14036
+9583 10222 10223 10268
+2036 4095 9517 9525
+7845 14334 14335 14403
+2158 2281 9560 9585
+4417 11457 11461 12153
+1643 1644 2000 5044
+14323 14324 14336 14338
+11528 11532 11534 13193
+2202 9558 9559 9625
+11094 11095 11098 11110
+6653 6654 14208 14209
+158 159 9533 9575
+6654 9583 14208 14209
+8915 9529 9560 9565
+7990 10934 11442 13209
+8903 8913 8914 9548
+912 8498 12491 12492
+75 76 2039 4139
+7862 7863 14324 14337
+7990 11400 11442 11569
+6489 6490 9595 14223
+9572 9574 9580 14234
+1966 1967 9572 9573
+10553 10554 10583 14339
+9580 14211 14212 14221
+14322 14323 14325 14336
+6170 6171 6286 10258
+8208 8225 8233 9368
+1642 1643 1999 5043
+11527 11528 11532 13193
+204 205 6531 9344
+7859 7863 14337 14339
+7920 14322 14333 14334
+9565 9579 9588 9591
+7857 7912 9832 9861
+9579 9588 9591 14210
+7799 8521 9211 11205
+7377 8473 9210 12469
+6496 9616 9634 14256
+6490 9595 14223 14226
+6661 6758 14239 14240
+7920 7925 14322 14333
+8919 9598 14235 14238
+7377 7404 8473 12469
+7848 7919 7920 9812
+8919 8920 14229 14235
+3487 8473 12465 12470
+2122 2161 9590 9612
+3487 7705 9207 12470
+2046 2209 9605 9621
+11400 11527 11532 13193
+7817 7848 7920 9812
+8526 12475 14626 14634
+9115 14608 14614 14623
+9115 14608 14609 14614
+1901 1902 7045 7743
+1995 1996 9669 9757
+1901 7021 7045 14458
+2120 9585 9589 9594
+7848 7873 9837 14342
+7817 7848 14333 14342
+2049 4101 5159 9617
+7848 14333 14335 14342
+5964 6083 14037 14066
+8825 11094 11098 11110
+1960 7743 7746 8981
+1977 7636 7749 12732
+5159 5241 9617 9619
+10470 10531 10534 13951
+1169 5067 5159 9617
+5067 5159 5241 9617
+169 170 2123 9626
+917 918 7372 12499
+6496 6497 6665 14258
+6608 6610 10367 10369
+166 167 6493 9609
+7985 7988 13187 13211
+8968 9877 9881 9883
+1960 9636 9681 9715
+176 177 9710 9711
+1959 1960 1995 9669
+7978 12615 13187 13211
+12615 12616 13187 13211
+7872 8968 14349 14351
+8981 9192 9199 9715
+173 174 6500 9640
+172 9628 9638 9646
+1962 1997 9633 9677
+1959 1960 8981 9715
+7978 13187 13192 13211
+8554 12188 12192 13180
+1128 4015 14615 14620
+2049 5159 9619 9649
+1171 4102 5068 9649
+2051 2052 2215 9648
+4103 4145 5160 9648
+10069 10070 10295 10302
+8391 13820 13830 13843
+4015 4016 4069 14615
+5041 8049 9659 9699
+5041 5239 8049 9659
+1638 5138 9694 9699
+7895 10500 10505 10508
+9639 9675 9677 9682
+2332 9652 9671 9676
+12183 12186 12207 12225
+8925 8926 14238 14440
+7680 7746 8982 9181
+9613 9616 14241 14244
+5013 5964 14038 14066
+5416 5417 14619 14620
+2215 2216 9671 9673
+7985 13187 13192 13211
+175 176 6502 9716
+9635 9636 9640 14271
+175 176 2126 9710
+2125 2287 9639 9674
+7872 8968 8975 9183
+14251 14252 14271 14273
+4015 12473 14615 14620
+6026 10592 10598 10599
+5239 8049 9659 9662
+5138 5237 5267 9685
+8963 10403 10435 13940
+1977 1978 7636 12732
+1637 1638 5138 9694
+9691 9692 9695 9696
+7362 14618 14619 14620
+5237 5263 9689 9691
+31 1978 8802 12732
+5268 9650 9663 9679
+12261 13173 13178 13179
+31 1978 7636 12732
+4050 7393 7394 7409
+6020 13973 13974 13976
+126 127 2090 4122
+2461 2501 2625 10543
+10543 10544 10547 10549
+6017 10470 10510 10534
+1128 4015 4016 14615
+4015 4069 14615 14622
+8058 14610 14616 14617
+175 6501 6502 14270
+177 9708 9710 14284
+672 4246 8553 12181
+6584 6634 6740 9964
+2372 4536 10282 10289
+9755 14294 14295 14296
+1993 1994 9694 9696
+9184 10644 14344 14350
+6505 6506 6674 14299
+1956 1957 1993 9737
+4044 7408 14609 14610
+7811 7865 7888 7890
+12573 12579 14602 14603
+5271 9687 9731 9733
+2130 2169 2334 9762
+5235 5238 5381 7867
+1181 4109 4152 9729
+8580 12582 14597 14599
+2227 2228 9726 9731
+8646 8648 12552 14600
+11484 11494 11539 11586
+12187 13173 13176 13179
+181 6507 6508 9746
+183 9743 9777 14287
+2130 9734 9762 9763
+9695 9720 9721 9745
+7857 7913 9832 10627
+9778 14288 14306 14327
+2130 2168 9734 9763
+9745 9747 9748 14291
+7283 8648 12587 14600
+1956 1957 14327 14328
+450 2735 2736 6340
+7831 7899 9775 14306
+5792 9124 10073 10074
+10621 10626 10627 10638
+6752 9861 10628 10640
+9696 9720 9721 9738
+3552 3553 3581 12560
+7006 7010 7018 14395
+1956 1957 9738 14327
+7874 7912 14342 14346
+1638 5041 5138 9699
+6502 9717 14267 14270
+7857 7874 7912 14342
+13826 13827 13828 13836
+9615 9626 9627 9634
+271 2395 4611 10492
+8582 12566 12573 12575
+2064 2228 9726 9728
+2297 7923 9790 9793
+7874 7912 9184 14346
+672 3180 12179 12180
+8578 12578 12579 14603
+7814 7871 8968 9185
+1991 7773 7810 7850
+2060 9683 9684 9690
+4518 10968 11082 13005
+2236 9799 9820 9823
+5274 5387 9770 9771
+7342 14590 14598 14599
+5075 5166 5274 9767
+8582 12573 12575 12579
+11076 11077 11081 13029
+8225 8233 9367 9368
+5234 5321 5336 9798
+7891 7907 7908 7909
+982 983 7207 8803
+729 730 12180 12210
+2451 2490 2614 10308
+7837 7843 14314 14386
+7827 7897 7899 9773
+1490 1546 5942 13529
+4088 7345 7347 7348
+7816 7915 7916 9802
+2132 2170 7929 7930
+4070 7248 14554 14561
+9287 9387 9406 9410
+7917 7924 9802 9816
+9 1954 7861 7892
+7342 14585 14591 14599
+7929 9759 9765 9766
+187 188 6514 9806
+189 9803 9810 9814
+104 105 2068 4111
+730 12174 12180 12191
+6875 6910 6912 8939
+7342 7349 14585 14591
+9802 9803 9804 9816
+7826 9805 9808 14322
+6512 9774 9787 14312
+10555 14331 14338 14339
+7342 7348 7349 14585
+7813 7852 7853 9821
+7813 9795 9821 9827
+2637 9979 10716 10767
+9268 9979 10768 14142
+2073 2074 2237 9824
+3714 12671 12673 14565
+1490 5941 5942 13529
+2072 4113 9818 9819
+11484 11494 11495 11587
+4036 4067 14578 14580
+7292 8753 14569 14572
+7813 7855 9796 9827
+7812 9769 9793 9813
+9901 9909 10744 10765
+7333 7341 8757 14579
+730 12174 12180 12210
+7854 9831 9846 14343
+7854 9857 9859 14348
+7272 7305 7319 14572
+7914 9812 9837 9838
+2172 9794 9797 9810
+7862 7863 7884 14394
+7858 14329 14335 14336
+10715 10716 10718 14365
+191 192 6518 9836
+9854 10645 14350 14355
+7871 9884 9885 9888
+3180 3308 3309 12172
+1084 6955 6956 8999
+9844 9849 9855 9857
+6628 10715 10744 10745
+7857 7858 9815 9841
+8755 14574 14575 14577
+7854 9856 9857 14348
+757 758 7914 9838
+8553 12187 13176 13179
+8553 12185 12187 13179
+7854 9846 9856 14343
+7873 9838 9856 14345
+2134 2337 9795 9821
+2133 2172 9794 9810
+6169 6309 13821 13830
+8304 8305 10195 10197
+7813 9795 9796 9827
+7817 9811 9816 9839
+2236 9799 9818 9823
+2134 2173 2299 9821
+3734 3748 12680 12685
+7304 8753 14562 14574
+9222 9883 9884 9885
+5277 5278 9862 9873
+2077 4115 4158 9862
+5278 9866 9873 9875
+9252 9272 9320 9913
+9230 9990 10054 14737
+4390 4491 4507 11030
+2239 2301 2339 9867
+5169 5277 9822 9863
+931 932 7272 14563
+2076 4115 9862 9863
+933 8687 12664 12665
+3748 3757 8680 12686
+196 197 9871 9884
+5035 5133 5231 9247
+3759 3760 12678 12684
+43 7730 7742 14372
+6526 6694 6695 9901
+9869 9872 9873 9875
+9322 9915 9916 9917
+197 9222 9879 9897
+11204 11237 13108 13170
+6523 6524 6692 14361
+9835 10663 10664 10673
+9179 9184 9834 10690
+990 3715 3716 12682
+8302 8305 10195 10259
+7814 8966 8968 8969
+2138 2176 2303 9244
+1073 1890 6938 14372
+2303 9243 9244 9247
+114 4116 4158 9865
+753 9900 9905 9911
+12654 12655 12656 12658
+3140 3180 3308 12173
+7560 7571 7590 9228
+3626 12654 12655 12656
+2303 2340 9244 9866
+929 5430 12662 14566
+2089 9262 9263 9264
+14356 14358 14359 14362
+57 1490 1546 5942
+6527 6528 6696 9908
+6460 6628 10715 10717
+1073 6938 6968 14372
+2509 9975 9976 10011
+4618 6459 6578 10684
+9320 9898 9903 9905
+11484 11494 11586 11587
+200 9896 9898 9899
+2305 9252 9254 9272
+5328 9252 9254 9272
+752 9218 14731 14732
+753 787 9905 9911
+11204 11237 11270 13170
+5449 12672 12674 14566
+1919 7191 7215 14558
+5081 5229 9273 9274
+3231 3232 3308 12159
+6631 6699 6737 9935
+123 2087 4120 4163
+4243 4418 12149 13164
+4418 12149 13164 13165
+4418 13164 13165 13168
+5127 5218 5353 12155
+7590 9229 14729 14734
+6630 6737 9926 9928
+6581 6631 9928 9936
+382 2475 2514 10025
+2423 2588 2589 9950
+8088 8197 9040 13085
+2591 2644 9953 9955
+9259 10054 10055 14167
+4418 4419 13164 13168
+9237 9238 9242 14739
+9947 10152 14143 14146
+9259 9960 10054 14167
+2427 2592 2593 9968
+5991 6168 6169 10264
+43 1073 1890 14372
+43 1890 7730 14372
+8056 8395 8402 14153
+13164 13165 13167 13168
+6537 6538 6706 9356
+7795 8459 9941 9994
+9239 9326 9335 9352
+6538 6539 6707 9356
+1219 1311 6476 8110
+11294 11343 11379 11545
+7253 7263 14535 14542
+1312 4527 4592 6432
+7251 8862 14542 14544
+9005 9017 14376 14377
+1317 4530 6435 6553
+3232 3308 12159 12170
+8965 8967 14368 14713
+2469 2509 2672 9975
+2470 2509 2637 9976
+9896 9898 9899 9902
+11343 11344 11379 11545
+11343 11344 11378 11379
+9235 9974 14724 14730
+10757 14121 14134 14135
+9106 14121 14133 14134
+318 2441 2442 8252
+9992 10759 13743 13744
+11294 11343 11378 11379
+9934 9986 10759 13743
+6225 10029 13733 13807
+8439 10021 13731 13806
+9334 9960 9962 14146
+9996 10000 10001 10018
+4063 14547 14549 14550
+10001 10018 10019 10020
+10021 13731 13806 13807
+4029 4063 14546 14550
+6224 10021 13731 13807
+6045 6046 6223 10021
+8874 12749 14546 14547
+8873 8874 12755 14546
+380 381 2474 10002
+4030 12749 14546 14547
+8874 12749 12755 14546
+8859 12754 14545 14552
+5280 9255 9274 9291
+9216 14658 14660 14668
+8859 12754 14538 14545
+9402 9408 10039 10115
+2430 2431 2596 10033
+6244 6309 13821 13832
+3308 12159 12170 12171
+3809 3810 3832 12749
+8277 8280 10005 10024
+9070 13452 13453 13454
+8445 9993 10017 12371
+7199 7229 12771 14529
+7569 9933 12371 14735
+9232 9257 9923 9924
+348 2458 10440 10469
+8428 8429 10018 13739
+5142 9496 9497 9505
+13745 13785 14131 14132
+9985 10013 10749 10755
+9321 9931 10013 10734
+8840 8841 12755 12767
+9011 9017 14376 14377
+9958 10002 10003 10149
+2429 2594 2595 9972
+8402 9327 9341 14157
+8438 9998 10002 10022
+9480 9496 9497 9505
+9942 10003 10035 10150
+12112 12128 13148 13151
+9330 9946 10035 10151
+9331 9958 10003 10035
+9951 9958 10008 10037
+390 391 2479 10128
+9340 10042 10043 10099
+9425 10109 10110 10112
+385 10034 10087 13761
+2477 2517 2647 10100
+7538 12368 12369 12372
+8304 10077 10081 10203
+2598 2599 10045 10112
+2031 2195 9489 9498
+1914 1915 7189 7637
+8910 9550 10244 10270
+9127 10188 10237 12866
+10231 10249 10253 10254
+8910 8914 10189 10273
+7226 8801 12762 12765
+12834 12858 12860 12861
+8092 8300 10078 10203
+8306 10075 10082 10083
+970 7219 12731 12732
+11024 11083 11084 11085
+10084 13811 13818 13819
+6003 6004 10344 10345
+7132 7138 14484 14488
+322 323 2445 10072
+8356 10082 10261 13817
+8146 13798 13811 13818
+10238 10239 10250 10265
+7067 7068 7082 14477
+10992 11024 11083 11087
+8438 10008 10026 13758
+8433 13752 13755 13756
+5279 5328 5339 9252
+7636 7637 7749 12732
+9969 10043 10044 14158
+9355 9356 14147 14160
+9423 9424 10047 10119
+2516 2676 10042 10099
+118 119 2082 4118
+2246 2247 2305 9252
+6053 6054 6231 10097
+9340 10099 10113 10169
+9328 9341 10038 10039
+10024 10094 10095 13451
+8434 8436 8451 13750
+9329 10034 10088 13760
+7796 8458 8459 12369
+10992 11024 11087 11088
+31 971 1914 12732
+591 592 3069 6780
+1099 1868 6937 14522
+10034 10088 13760 13761
+2839 11024 11083 11095
+4378 4515 10905 10909
+8987 9182 14370 14380
+9289 13080 14172 14173
+2246 2247 9251 9252
+8259 10105 10106 10109
+2517 2647 2682 10100
+46 1099 1868 14522
+8279 10089 10091 10148
+9408 10056 10091 10169
+9405 10105 10106 13100
+9402 9408 10089 10101
+9408 10039 10115 10169
+8255 9405 10105 13100
+8080 14667 14676 14677
+1868 12739 14522 14524
+7823 8987 8989 14370
+11887 11890 11891 13070
+7779 8087 8287 11041
+46 1868 12739 14522
+8278 8281 10167 10168
+7458 8074 14676 14677
+8286 10144 10145 13463
+10095 13453 13455 13456
+6937 8053 14522 14524
+8442 8444 12367 12374
+8079 8283 10126 10154
+2601 2602 10121 10157
+12109 12125 12126 13151
+392 2480 2519 10139
+7157 12740 14521 14523
+2031 9487 9489 9498
+9242 9330 10151 10152
+6874 6875 6912 8054
+9940 9959 9960 9962
+3841 3843 12733 12774
+9238 9286 10150 10151
+7123 7155 7156 12740
+8527 12106 12125 13153
+10121 10125 10127 10158
+6641 10121 10127 10158
+7458 7489 7490 14677
+7775 9037 13111 13113
+13088 13116 13117 13121
+8080 8255 10136 10162
+8073 8074 12433 13131
+8527 12106 12512 13153
+8280 10024 10131 13453
+9405 10091 10101 10115
+3062 6776 6819 12138
+2031 2194 2195 9489
+8182 8183 13088 13117
+9213 9289 9339 14172
+8730 11695 11711 13711
+8079 8080 10126 13130
+8248 10171 10176 10179
+7168 8054 8939 14515
+10024 10089 10147 10148
+5463 6850 12842 14512
+393 394 6061 10173
+10993 11024 11084 11085
+8246 10134 10139 10166
+8479 8536 8542 13136
+3900 12850 12860 12880
+8276 8278 10147 10165
+8246 10139 10141 10160
+8074 12433 13131 14676
+2651 8308 8310 8344
+12854 12880 14507 14508
+3902 3910 12855 12881
+8130 8392 9051 9054
+2839 11024 11083 11087
+7819 9182 9741 14384
+8480 8536 8538 8542
+3912 8936 12857 12876
+7178 7181 14502 14504
+8924 10189 12870 12874
+8903 8913 8914 12871
+8914 10189 12861 12870
+7146 7163 14502 14503
+9553 14200 14201 14204
+10189 12861 12866 12870
+2486 2605 2653 10197
+8306 10072 10080 10083
+7180 7188 14504 14506
+10080 10230 10248 10252
+2341 2352 9243 9252
+2486 10079 10080 10197
+8356 8357 10082 13817
+12088 12104 13125 13142
+8218 9541 14185 14195
+2524 2654 10192 10216
+6559 6720 10290 10312
+6979 9016 9182 14384
+668 3138 3178 12144
+3554 8647 12565 12570
+5791 8386 9124 13837
+9582 9583 14213 14215
+10206 10207 10224 10232
+236 2360 2361 4530
+2606 10187 10206 10210
+8933 8934 14495 14503
+10226 10229 10234 10238
+7788 8302 8314 8353
+8355 10066 10238 10291
+8304 10081 10196 10203
+8355 10226 10227 10235
+2365 4596 10222 10242
+240 2364 2365 4532
+2364 2365 2530 10222
+4596 6437 10222 10242
+8313 8335 12811 14492
+1366 4554 4618 6459
+2365 4532 4596 10222
+8095 8313 12811 12813
+8355 10227 10235 10236
+9238 9990 10054 14737
+12086 12088 12104 13138
+326 2447 2484 10229
+2031 4135 9487 9498
+7142 14484 14487 14490
+9551 10207 10232 10235
+8920 8921 14231 14237
+241 2365 4596 10242
+7132 7138 7140 14488
+8917 14226 14227 14229
+1000 1001 7132 12814
+7171 14496 14497 14499
+13810 13813 14486 14487
+7788 8317 10227 10236
+2447 2610 10187 10213
+324 5991 10083 10255
+5099 5297 5353 12139
+2605 10192 10193 10198
+10193 10197 10199 10200
+6980 9022 14382 14383
+326 5993 10249 10254
+7004 9022 10437 14382
+7803 9125 13833 13834
+11597 11598 13206 13244
+6459 6578 6627 10684
+8895 12952 12956 12957
+7041 12820 12821 14481
+8133 13798 13813 13814
+8133 8146 13798 13813
+8145 9049 13798 13810
+6945 7823 14369 14370
+13987 14021 14022 14383
+9200 9201 9712 9713
+3983 3986 3993 12925
+1324 1325 4597 6557
+6951 9158 14404 14427
+2367 2368 4597 10269
+5490 9158 14404 14427
+9705 10356 14463 14470
+2366 2367 4533 10269
+9150 9193 9630 9712
+8921 9562 9563 9577
+2640 2674 9945 9949
+2450 2489 10278 10279
+8957 10221 13871 13885
+2448 2488 10224 10271
+8956 8958 12883 12884
+9131 9564 10243 10314
+9150 9195 9712 14455
+11550 11595 11597 11720
+9131 10314 10315 10322
+7082 7094 14470 14476
+5476 5760 14468 14469
+8957 9131 13870 13880
+5476 5477 5760 14468
+2536 2537 2660 10286
+2614 10308 10309 10327
+5477 5760 9012 14468
+2451 2491 2660 10327
+10239 10254 10265 10299
+10275 10292 10301 10306
+6645 9583 10212 10222
+1790 1791 6951 14404
+9552 10271 10293 10294
+9890 10691 10708 10709
+9578 10272 10300 10301
+8951 9552 10068 13868
+11199 13127 13128 13138
+7064 7080 9012 14468
+8924 10189 10273 10300
+2489 2612 10274 10276
+6002 6003 6180 10328
+9011 9012 12959 14376
+10276 10278 10307 10313
+8951 9552 10292 10302
+5999 6000 10319 13855
+8957 8958 8959 12873
+8919 8925 14238 14440
+8931 9146 9147 13999
+5761 5860 5877 8941
+6181 10345 10353 13899
+243 2367 2368 4597
+9124 10070 13847 13862
+10399 13971 14000 14001
+9564 10276 10307 10313
+8948 8949 10329 13883
+2839 2971 11083 11087
+5794 8945 13859 13877
+1790 1791 5490 14404
+5951 6116 6161 13907
+6116 13888 13895 13907
+5618 13895 13902 13903
+1791 6951 14404 14427
+5794 5899 8946 13877
+10328 10345 13893 13899
+9630 10337 10415 10442
+8931 9146 9147 14465
+10059 10060 13754 13755
+12086 13127 13128 13138
+7090 7093 14444 14449
+9200 9201 9705 9713
+2397 2398 2563 10557
+9197 14243 14255 14257
+346 10433 10436 10472
+4646 4805 4809 13534
+1791 5490 14404 14427
+9197 14243 14254 14255
+9190 9191 14245 14257
+10243 10314 10323 10326
+14243 14254 14258 14259
+7026 7047 7057 14439
+2373 2374 10334 10335
+338 2453 2492 10347
+9150 9193 9630 14255
+10340 10347 10348 10359
+246 247 2371 4599
+9134 13923 13925 13927
+7030 7061 13923 14448
+10354 10355 10359 10374
+9134 10350 13925 13927
+10324 10325 10344 13896
+2453 9190 10341 10362
+2453 9190 10340 10341
+9144 10358 10363 10375
+10363 10382 10389 10393
+339 2453 2493 10359
+9150 9197 9198 14255
+14243 14254 14255 14259
+2378 4539 4603 10367
+14250 14254 14264 14265
+2379 2380 4603 10366
+7017 7884 14402 14408
+14335 14337 14402 14423
+6445 6611 10366 10408
+9135 9191 10341 10343
+7018 7884 14395 14403
+6666 14258 14259 14265
+10371 10372 10444 14257
+10369 10372 10373 14261
+8964 13923 13960 14448
+2454 2494 10389 10393
+7096 14444 14450 14451
+10355 10358 10375 10382
+10383 10392 13921 13922
+8269 9477 10125 10127
+9645 10416 10419 10431
+9198 9630 9631 14255
+2397 2563 10488 10557
+2454 2617 2662 10393
+7863 7876 7884 14401
+9149 10356 14450 14451
+5788 9151 10398 13971
+7885 9177 14407 14408
+6269 13961 13964 13967
+6664 14260 14261 14266
+6664 14241 14260 14266
+9198 9631 10371 10390
+10372 14259 14260 14261
+10372 14257 14259 14260
+6443 6723 10339 10369
+7001 7002 14408 14421
+6607 10413 10421 14272
+6607 6670 10421 14272
+7093 7096 14444 14450
+2381 2382 2547 10413
+2546 2547 10413 10414
+2381 2546 2547 10413
+10470 10510 10533 10534
+10502 10504 10507 14309
+1345 4544 6449 6567
+7875 14417 14420 14421
+1344 4578 6567 10422
+6567 6726 10447 10449
+344 2456 2495 10432
+7053 7071 9187 14458
+6123 6267 6288 13936
+343 2455 2495 10387
+9705 10379 10380 10471
+10337 10387 10388 10442
+341 342 2494 10389
+9142 10376 14444 14452
+5127 5369 12120 12147
+6496 14256 14258 14260
+8920 8921 10219 14433
+7097 14446 14454 14455
+9630 9631 10404 10405
+2611 10499 10502 10505
+335 2491 10326 10344
+6451 10450 10451 10498
+2557 2611 10502 10503
+9179 12894 14416 14417
+10314 10322 10323 10326
+9643 9666 10462 14304
+2552 2684 10426 10428
+9645 10480 10483 10484
+2684 10426 10428 10487
+7647 7709 7758 12669
+348 10436 10440 13947
+7090 9134 10349 13960
+9707 10513 10514 10542
+9190 10443 10444 14257
+6979 9016 14375 14380
+7060 9135 9191 14441
+7895 7896 10500 14309
+6614 9714 10409 10428
+353 354 6021 10511
+273 2397 2398 4612
+12671 12673 14565 14571
+2459 2623 2666 10459
+10337 10416 10433 10441
+1033 7026 14429 14439
+4548 4612 6453 10489
+10416 10431 10433 10527
+5767 8995 9000 14427
+6942 6961 9186 14424
+10495 10496 10539 14319
+6941 6942 9186 14424
+7860 10535 10559 10560
+7732 8975 9186 14424
+6621 6683 6684 14340
+9158 9161 14405 14427
+7819 7846 9741 14384
+7846 7896 10500 10629
+14302 14303 14304 14305
+7819 7846 7895 9741
+7819 7847 10570 10630
+6983 9161 14405 14427
+3136 3302 3305 12092
+7896 10499 10500 14309
+261 262 2386 4543
+6941 7732 9186 14424
+10499 10500 10501 10505
+10468 10477 10517 10521
+4545 4579 4608 10446
+9665 10460 10462 10465
+2623 2655 10475 10504
+7807 9047 9051 14746
+5023 12093 12120 12226
+7819 9707 10514 10521
+10424 14003 14004 14005
+9665 10460 10461 10465
+9171 9175 14043 14063
+7789 11071 11074 11927
+6196 10524 10525 13954
+10397 13948 13949 13950
+348 2497 10436 10440
+3304 3392 12093 12154
+8357 10065 10082 13810
+1067 9019 12945 12959
+7080 7092 14465 14466
+3631 8015 12660 12661
+8971 8972 9180 14420
+8966 8967 8970 9225
+2500 10501 10512 10541
+8417 8971 12902 14420
+1032 1033 7047 12884
+8926 14238 14246 14440
+352 10512 10515 13973
+7819 9016 10395 10514
+7875 9184 12903 14420
+269 2393 2394 10450
+7886 10548 10565 10595
+1032 7025 7047 12884
+9780 10549 10564 10579
+8952 12883 14428 14434
+2461 10540 10543 10549
+1032 7025 12883 12884
+8952 8956 13882 14434
+7006 7844 14388 14398
+7859 7876 10617 10618
+2462 2501 10544 10549
+2502 2628 2667 10545
+7902 7911 10565 13987
+7859 7863 10554 10615
+1975 11071 11927 13024
+6621 6732 10556 14340
+7859 7876 10615 10617
+8955 8956 13882 14434
+8953 8955 14434 14435
+3965 3975 3983 12921
+10667 14054 14055 14056
+7902 10578 10579 10580
+11369 11378 11394 11458
+6199 10573 10582 13988
+10509 10513 10515 10517
+352 2460 10509 10512
+352 10509 10512 10515
+2984 3017 3030 11343
+6023 6024 6201 14017
+9156 10578 10600 10602
+10511 10566 10567 13994
+358 6025 6026 10599
+9783 10631 10633 10634
+3018 11378 11428 11456
+7859 7913 10584 10652
+7864 10546 10576 10594
+7863 10545 10554 10558
+9000 9171 9175 14063
+2464 2503 10605 10616
+7933 10597 10601 14027
+7014 7847 7886 7911
+4542 4577 4606 10423
+7918 9176 10591 10593
+10575 10578 10600 10603
+7016 7885 14407 14408
+7016 7885 14397 14407
+9176 10591 10607 10611
+5517 5518 5771 13966
+7918 9176 10591 10608
+8952 8953 13882 14434
+10499 10500 10501 10540
+6995 6998 7012 14406
+7885 9177 14397 14407
+10545 10590 10614 10615
+7886 10595 10596 14393
+10587 10674 14075 14128
+1085 10696 12892 12896
+10609 10611 10612 14051
+360 361 2464 10605
+10546 10594 14393 14401
+7000 7013 7016 14407
+10663 12894 14413 14414
+7885 9177 10610 14401
+2464 2504 2668 10616
+6981 9152 14383 14391
+7519 12378 12386 14654
+6518 6687 14341 14352
+14344 14347 14348 14349
+7913 10584 10635 10637
+9152 9154 10601 14034
+8953 8955 13882 14434
+6677 9782 10506 10507
+98 99 2062 4108
+7830 7841 9779 14289
+7027 7048 14431 14441
+10607 10609 10611 14051
+9152 9157 14034 14396
+10622 10627 10637 10640
+6252 14087 14088 14107
+260 261 2385 4606
+6029 6206 10656 14054
+4350 4414 4478 12136
+7078 13960 14449 14453
+7078 7079 7093 14449
+6209 14084 14085 14091
+6028 6029 10654 10656
+360 361 6028 10609
+7079 7093 9146 14449
+6995 7000 14407 14414
+9172 9173 10662 14074
+9171 9173 14074 14076
+9152 9154 10601 14392
+2453 2661 9190 10362
+9162 10649 14407 14415
+9000 9161 12900 14427
+7998 10935 11604 13206
+9828 10644 10689 10690
+2375 2540 10333 10339
+9153 9155 14034 14396
+5528 5617 14088 14089
+10667 14054 14055 14079
+364 6031 6032 10671
+4414 4478 12136 12143
+7078 7079 14449 14453
+6132 6293 6314 10667
+14085 14096 14097 14103
+6950 6951 6982 14399
+7079 9146 14449 14453
+2573 10682 10683 10686
+9222 9850 9883 9884
+6981 6997 9152 14392
+2617 2662 10370 10393
+9195 9196 14455 14457
+2468 2671 9973 10692
+7843 7844 14314 14387
+10672 10697 10698 14082
+6034 6035 10703 10707
+12819 12820 14481 14482
+9196 14455 14473 14474
+9094 9852 9853 10674
+364 365 10658 10671
+6999 7010 7843 7844
+7010 7843 7844 14394
+363 2465 2505 10660
+9168 14093 14127 14128
+8994 8998 12898 12899
+9835 10659 10661 10665
+7832 7844 14315 14394
+10672 10698 10699 14082
+9104 10724 14112 14113
+7091 14455 14457 14473
+9094 9853 10674 14128
+9178 10674 14075 14413
+7838 9853 9887 10694
+10685 10691 10692 10710
+6692 9888 14354 14361
+9317 10691 10746 14354
+9195 14455 14456 14457
+2634 10685 10691 10692
+2670 10642 10691 10706
+7894 14289 14290 14293
+7871 9878 9884 9888
+7846 10630 14384 14385
+6690 9889 9890 14355
+9853 9887 10697 10705
+7091 14455 14456 14457
+9167 10679 14091 14126
+2508 2635 2636 10743
+7005 7007 7886 14384
+6629 9978 9980 10717
+2681 9929 9935 10007
+10762 10763 14363 14364
+8863 12754 14552 14557
+7086 7095 7098 14474
+6978 6979 9182 14384
+9219 9221 9235 14364
+5759 14461 14462 14469
+10700 10719 10722 10723
+7896 7900 10494 10629
+9100 10721 14129 14130
+6033 10697 10698 10707
+7063 14460 14466 14468
+7830 9787 10633 14317
+366 10668 10697 10707
+5535 13767 13773 13774
+2468 2508 9973 10719
+1773 5460 5461 9129
+9909 10744 10745 14365
+371 372 10011 10738
+10729 14111 14112 14115
+9321 9975 9976 10011
+10739 10741 14116 14123
+6719 6750 10365 10373
+6627 10686 10714 10766
+2410 4618 10713 10714
+6630 9926 9978 14138
+7843 7846 9741 14384
+7815 9886 10694 10711
+7814 9223 9224 14358
+9973 10692 10700 10710
+2574 2634 10685 10691
+6458 6626 6755 10682
+2471 2510 2638 9982
+1100 1101 4003 7604
+9932 10755 10756 14736
+2616 9189 9190 10365
+5487 5763 9009 9015
+8931 9137 14466 14469
+9910 10749 10750 14121
+9137 14460 14461 14469
+8527 12106 12113 12125
+6947 6975 9005 9015
+5763 5772 5788 9010
+6043 6220 6221 10760
+5644 5710 5883 13785
+9015 9017 14377 14379
+5711 8427 8428 8439
+6528 6529 9914 14141
+2578 2637 9978 10716
+8181 9441 13117 13119
+733 8527 12129 12226
+2638 9925 9926 9935
+2471 2639 9991 10007
+2638 2673 9925 9926
+6528 9908 14138 14141
+8181 9437 9441 13117
+8002 11669 11692 12637
+7946 8746 10849 10942
+7953 7968 13252 13255
+3631 8015 8674 12660
+8921 9563 14231 14237
+10776 10800 10855 10922
+1073 1081 3934 7742
+1776 1777 1849 7117
+2493 2617 2661 10362
+7086 14455 14473 14474
+9449 13116 13119 13121
+2966 3000 10847 10867
+10866 10937 10944 11711
+10855 10955 11707 11708
+2798 10800 10919 10922
+10783 10855 10866 11708
+8743 8818 10785 11715
+4267 4268 4443 12350
+2737 2903 10793 10799
+4266 4267 4442 12350
+4374 4514 10902 10914
+9196 9712 14455 14474
+8921 9563 10219 14237
+5510 5618 13895 13908
+4373 4485 10799 12970
+9712 14455 14471 14474
+1890 1891 6938 7731
+10868 12347 13243 13253
+10770 10797 10950 10951
+6968 14371 14372 14381
+4388 4462 4508 12989
+10809 10887 10997 11000
+8791 8792 11827 12986
+10985 10987 11006 11007
+7295 12671 14565 14571
+10806 10807 10985 11067
+2979 10890 10999 11077
+4388 10890 10891 12989
+3008 11075 11077 11080
+3381 11903 11910 11960
+9244 9318 9895 9911
+8877 8885 12785 12792
+10873 10874 10970 10979
+9011 9017 14377 14379
+7086 7091 14455 14473
+7221 12773 14525 14530
+208 209 2181 9283
+8800 8847 10818 11005
+10809 10887 10889 10978
+6965 9017 9018 14378
+8098 8318 11068 11189
+7684 7729 7763 12794
+8795 8869 10827 10828
+8990 8992 9013 14374
+7693 8967 9227 14713
+8983 14472 14474 14475
+2912 2973 3002 11093
+8988 12821 12955 14478
+7081 7082 14476 14477
+10803 10840 13057 13059
+10762 10763 10767 14364
+2975 3025 3028 10838
+3026 3028 10823 10841
+6528 9899 9914 14141
+1446 1447 4663 13692
+2832 11605 11618 11644
+9219 14140 14141 14364
+2893 2962 2998 11601
+2893 2998 11601 11653
+10767 14139 14142 14364
+198 199 6525 9897
+9583 10212 10222 10223
+2795 2835 10858 10937
+9222 9879 9897 14366
+8968 9877 9883 14351
+10896 10901 10904 12980
+197 9222 9879 9894
+10776 10920 10921 10922
+8921 9562 9563 14231
+10936 11656 11677 11690
+2902 3022 3035 10799
+10790 10795 10799 10951
+11658 11703 13249 13254
+10774 10863 10942 11704
+7958 7974 11690 13237
+9562 9563 14231 14233
+12105 12106 12110 12111
+4319 10796 10844 10845
+10805 10872 10874 10927
+2892 11561 11563 11603
+8966 9881 14353 14367
+8969 8972 9183 9851
+8931 9147 10377 14465
+9223 9889 10708 14354
+11933 11987 11989 13022
+9223 9224 9882 14358
+8527 8528 12512 13153
+11821 11849 11850 11928
+8791 8792 10809 12988
+6526 6695 9901 9908
+8787 12981 12984 12990
+2919 10814 10836 10878
+6627 6692 10686 10766
+2755 2920 2921 10884
+8793 10973 10974 10975
+10971 10972 10975 10976
+8793 10806 10973 10974
+3006 10834 10888 10978
+7871 9849 9878 14347
+11003 12961 12968 12973
+10961 11010 11011 11725
+664 4237 4238 12131
+10283 10286 10288 10312
+7063 7080 14466 14468
+7814 7871 9223 9885
+6522 9878 9884 9888
+6625 6690 6755 10687
+472 2758 6412 10883
+6690 6754 10646 10687
+2742 10905 10906 10914
+2837 2943 2967 10919
+2741 6343 6404 10914
+8931 9011 10377 14465
+4206 6344 10906 10910
+9011 9013 10377 14465
+8786 12696 12703 12704
+8807 8809 13439 13440
+10985 10987 10998 11007
+9138 9140 13934 13938
+11342 11542 12128 13148
+8807 8809 13418 13440
+7857 9841 10584 10637
+8830 8848 10876 10958
+8854 10927 12713 12717
+192 9831 9836 9847
+5743 5842 8807 13439
+8931 9011 14465 14468
+545 2804 10872 10873
+4793 4842 4844 13262
+8843 13277 13286 13288
+8854 10872 10876 10929
+9552 10275 10292 10301
+10863 10938 10939 10941
+13686 13702 13703 13704
+7856 7873 9837 14342
+10616 10636 10648 10651
+3593 12510 12512 12516
+14322 14333 14335 14336
+10849 10942 10943 11706
+8931 14465 14466 14468
+8666 8667 8770 10781
+3763 3765 3766 8768
+10847 10866 10937 10941
+528 2795 10937 11697
+3655 7946 12642 12653
+8730 10780 11695 11711
+5295 12077 12079 12090
+10790 10797 10798 10801
+5859 8828 8834 8836
+8377 13402 13403 13429
+7022 7072 8988 14472
+8318 10986 11068 11166
+8885 13380 13382 13429
+8318 10986 11165 11166
+8380 11115 11119 13428
+13382 13386 13387 13388
+10921 10962 10963 11715
+7858 14335 14342 14423
+8747 10784 10785 11715
+4734 10966 10967 13275
+5326 12066 12078 12079
+7097 7101 14446 14454
+2317 2345 9390 9392
+7858 9815 9817 14329
+2324 2345 2353 9392
+2759 2924 10891 10908
+8331 8333 11168 13049
+4462 11082 12989 13002
+3219 3298 3303 12066
+2891 2892 11561 11563
+9807 9809 10560 14324
+7859 10554 10583 14339
+7858 14335 14336 14337
+3219 3303 12066 12079
+771 12074 12113 12114
+5286 5342 5371 9393
+4386 4509 4524 10888
+8799 10807 10820 10827
+8825 10870 11097 12704
+10898 10899 10992 11009
+4270 4445 4446 12975
+8778 8779 8780 13026
+3298 12065 12069 12074
+2147 2317 2345 9390
+2775 8261 11045 11058
+10887 10891 11000 11001
+4331 4387 10891 10892
+10886 10978 10987 10997
+550 551 2807 11008
+7845 14334 14398 14403
+7832 7863 7900 14394
+8740 8742 8743 8805
+7845 7862 14395 14403
+8667 8680 8767 12688
+7483 8277 8502 14663
+7945 8740 8816 13298
+10786 10787 10963 11713
+10815 11020 11101 13316
+8744 8745 8746 12658
+7097 7098 7101 14454
+8800 8852 8853 11104
+1956 1992 7893 9737
+1892 6939 6962 14389
+10905 10994 11083 11085
+7077 7088 7097 14446
+536 537 4737 13299
+6962 6971 14386 14389
+8814 10870 13317 13318
+8825 10870 13317 13318
+459 460 2745 6345
+1056 7024 7043 8894
+11058 11059 11280 13474
+40 1056 7628 8896
+2611 10499 10501 10505
+7077 7097 14445 14446
+9266 9330 10151 10152
+8479 8533 8541 13136
+11236 13104 13107 13170
+1378 1379 4623 6584
+5510 5619 13908 13910
+3514 3528 3535 8467
+11035 11036 11037 11194
+8263 11375 11377 13095
+3175 3300 12092 12108
+487 4688 8261 11062
+4858 4859 11281 11282
+8085 11209 11219 11220
+2611 2626 10501 10505
+2938 11201 11212 11242
+6229 10059 10060 13754
+11033 11034 12432 13532
+2461 2611 2625 10540
+4684 4686 8298 9076
+5719 5720 8492 8493
+8124 8125 11051 13483
+488 4688 4689 11059
+7010 7844 14394 14395
+8294 8506 13464 13467
+7830 7896 10633 14290
+10538 10632 14317 14318
+7010 7884 14394 14395
+8128 8294 13464 13467
+7896 10494 10499 10629
+8503 8504 13447 13467
+6618 6728 9783 10503
+10916 10982 10983 10984
+551 552 4752 11101
+6619 6680 6728 10634
+2808 2846 11019 11075
+10807 10811 10819 11067
+7217 12735 12736 14525
+4462 10881 12987 13002
+4464 4465 4507 13011
+8795 10828 11069 11070
+2807 2846 10989 11007
+3175 12105 12108 12119
+10811 10819 10825 11106
+1770 7107 7111 8385
+1379 4561 4623 6584
+6510 6679 9782 9787
+2968 10992 11083 11087
+7077 7088 9191 14446
+7107 7111 8358 8385
+8955 10325 10345 13896
+8777 10812 10852 11161
+8776 8782 8826 10993
+540 541 2802 11134
+4381 10854 11027 11028
+10073 10296 13847 13862
+8985 8986 8987 9200
+4739 4909 11137 13372
+4737 4738 13319 13322
+10819 10875 11103 11106
+735 12098 12107 12110
+8851 8852 10820 12734
+7790 10811 10825 11072
+8983 8985 9200 9201
+550 2845 11006 11007
+548 549 2806 10952
+9200 9629 9644 10483
+4515 10905 10909 11086
+8779 10992 10994 11085
+9144 9149 9198 14446
+556 2810 2848 11118
+8982 8984 8985 8986
+9748 9750 9753 14294
+6303 10403 13912 13940
+10957 11103 11104 11105
+551 11008 11018 11020
+2765 4217 11125 11133
+554 555 4755 11119
+6506 9746 9752 9755
+559 2811 2850 11157
+5459 5748 8385 8891
+11044 11047 11052 11056
+6154 10060 13754 13755
+7658 8480 9210 14643
+7354 7374 12502 14643
+11044 11045 11052 11056
+9755 14296 14299 14300
+4216 4390 4391 11029
+920 7354 7374 12502
+1002 8094 12811 12813
+8105 8107 9031 9034
+7775 8158 12435 13112
+8070 11983 11994 13015
+183 6509 6510 14287
+8095 8313 10203 14492
+11128 11129 11142 11145
+8103 8330 8339 11140
+2811 2983 8371 11141
+2764 2765 2930 11032
+11569 11608 11610 11611
+555 4756 8379 11119
+8104 11129 11142 11143
+8324 11156 11171 11192
+12097 12098 12107 12110
+7788 8302 8353 10260
+2810 11118 11152 11160
+3003 3024 3025 10838
+181 182 6508 9749
+7171 8314 14496 14497
+2748 2914 10854 11028
+4327 6348 6409 10843
+2748 2913 2914 11028
+11805 11808 13062 13065
+182 6509 9749 14287
+7586 7587 14700 14709
+8106 11153 11157 11171
+11129 11138 11148 11150
+11149 11150 11171 11190
+3799 8321 12790 12791
+8329 11117 11154 11186
+9436 9474 9478 13111
+7806 8138 12801 13393
+556 8379 11117 11118
+8321 8323 11188 12790
+11485 11573 11609 11611
+4757 4926 4927 11182
+4926 11184 11185 13390
+8144 8885 12785 12792
+4926 11182 11183 13406
+8380 11114 11178 13402
+14267 14269 14280 14286
+553 4754 11100 11115
+8329 11180 11181 13404
+9193 9196 9629 14279
+8314 9549 14496 14497
+8903 12880 14500 14508
+11037 11195 11197 11408
+8486 12479 14631 14633
+8482 8543 12498 14641
+736 12080 12091 12103
+7372 7373 7405 14639
+8196 13073 13094 13096
+956 3641 3642 12608
+6180 10328 13893 13899
+10410 10412 10413 14272
+10430 13953 13964 13970
+1225 4179 4297 6387
+12101 13134 13135 13144
+11236 13096 13107 13109
+10912 11201 11212 11376
+11239 11371 11372 11374
+7783 8195 9044 11870
+8263 11218 11239 11242
+4178 4343 4471 10911
+7797 8089 8275 8290
+8087 11041 11045 11056
+8165 11880 11886 11887
+11240 11241 11253 11255
+2815 2937 2942 11218
+8481 8482 8483 11194
+14274 14275 14277 14278
+11198 11199 11269 11270
+2856 2857 2937 11204
+8547 11259 11295 12510
+11305 11306 11338 11346
+607 3085 6788 6829
+11225 11305 11306 11346
+11223 11289 13137 13139
+2491 2615 2660 10285
+8542 12498 12500 14639
+14274 14275 14276 14278
+11204 11236 13096 13109
+11035 11244 11373 12442
+11241 11253 11256 11274
+9711 14274 14276 14278
+4691 11257 11273 11278
+9711 14274 14277 14278
+8256 8263 11235 11239
+8506 13464 13465 13475
+2775 11045 11058 11219
+9642 14275 14277 14278
+12880 14500 14507 14508
+7100 14454 14464 14471
+7100 14451 14454 14464
+4766 4809 13534 13535
+11225 11304 11329 11332
+8604 11348 11349 11350
+735 7658 7659 12502
+3014 11232 11233 11268
+7840 9641 14300 14301
+11038 11253 11283 11285
+9641 14274 14275 14300
+2776 2816 2938 11221
+8158 9478 13111 13112
+2815 11240 11241 11255
+4690 4691 4860 11257
+1232 4300 6321 6388
+7177 7187 7188 14505
+2696 2861 11234 11261
+9128 12850 12867 14505
+2696 2697 6388 11261
+4341 4348 4513 11263
+6500 9640 14262 14270
+6447 6614 6725 10409
+4183 4300 6321 11261
+9644 14277 14278 14280
+2815 11221 11240 11241
+7045 7055 14459 14467
+8263 11204 11218 11235
+14253 14254 14255 14264
+2617 2662 10369 10370
+5874 8494 8495 8497
+6192 13963 13964 14001
+3494 8495 8510 12439
+770 771 12113 12114
+2617 10362 10370 10393
+11050 11286 13506 13579
+4691 4692 11278 11279
+7045 7071 14458 14459
+11253 11256 11274 11283
+2945 3014 3029 11232
+7967 7969 10781 13255
+2313 9297 9298 9299
+8484 8522 8523 12452
+6154 6229 10060 13754
+753 7668 14713 14731
+492 2814 11255 11299
+11276 11277 11284 11286
+6526 9901 9907 9908
+6514 6515 6683 14323
+10369 10372 10407 14261
+6192 10473 13968 13970
+8519 8606 12492 12493
+862 1124 3477 4014
+4184 4341 4477 11262
+4339 4412 4472 11547
+7170 7179 7187 14507
+9190 10364 10370 10372
+1950 1951 7524 7669
+9197 9632 14242 14243
+4475 11296 11318 11543
+13935 13943 13965 14001
+11225 11304 11306 11307
+8475 8481 8482 12498
+11312 11313 11339 11341
+11312 11313 11314 11341
+11288 11289 11291 11311
+185 186 9766 9774
+1155 4091 4134 9488
+495 2779 2818 11301
+2779 2988 11265 11290
+9632 9634 14242 14256
+8926 14243 14245 14445
+5463 6850 7117 14512
+8937 8938 14510 14517
+6910 8939 14516 14520
+418 2704 6324 6392
+9189 9191 9593 10343
+11049 11325 11326 11328
+65 2028 2029 9488
+11337 11338 11346 11354
+494 495 4695 11326
+11258 11260 11334 11335
+497 498 2780 11338
+11038 11254 11299 11302
+8604 8605 11348 11350
+2780 2944 2947 11309
+6910 6929 12832 12833
+14243 14245 14257 14445
+8905 8938 12833 12839
+2944 2947 11263 11309
+8605 8606 11332 11346
+7028 7049 7074 14440
+5391 7532 14697 14702
+8926 14241 14243 14245
+11288 11289 11309 11310
+11308 11310 11315 11335
+11196 11223 11266 11304
+496 497 4697 11348
+4693 4862 4863 13506
+9189 9190 9191 14245
+8919 8920 14238 14440
+2371 2372 4599 10282
+11050 13504 13505 13580
+11198 11266 11303 11304
+8920 9188 14238 14440
+6762 10280 14217 14233
+11260 11334 11347 11512
+8981 14457 14459 14473
+1417 4648 4768 5927
+2781 2820 2949 11336
+4700 4701 4870 11383
+8905 8938 8939 12833
+8603 8604 13540 13596
+11365 11366 11367 11429
+2783 2823 2950 11394
+2871 3017 11366 11428
+420 2706 6325 6393
+11294 11379 11545 13156
+4306 6361 6418 11406
+1147 7121 12737 14520
+9528 9577 10245 14218
+2775 2816 2941 11219
+3492 3503 12437 12443
+4297 6387 11202 11203
+9577 10244 10273 10276
+9579 9595 14210 14211
+1966 9588 14224 14234
+4871 11382 11383 13551
+4870 4871 11383 13551
+6192 10473 13970 14001
+2946 11318 11323 11341
+6191 6192 10473 14001
+1950 7524 7669 14731
+8917 9592 9594 14227
+1806 4650 4770 13561
+9594 9597 14226 14227
+4814 4873 4933 11416
+8918 14203 14206 14214
+5886 8593 13554 13569
+11436 11438 11578 11705
+3638 3667 12603 12604
+7941 11401 11420 11705
+11438 11521 11557 11705
+11050 11286 13504 13505
+9377 14202 14203 14205
+8605 11249 11328 13593
+7045 7055 7071 14459
+8468 8470 11195 13102
+11199 11271 13103 13170
+11236 13095 13104 13107
+8490 8522 9117 12452
+4234 4409 4410 13147
+8924 9577 9578 10273
+1016 3780 3793 4033
+8537 13148 13150 13154
+8918 8922 9562 14222
+7979 8652 8653 11418
+7979 8653 8654 11418
+14310 14311 14312 14316
+2705 2871 11366 11367
+8923 8924 9577 10273
+8617 8618 12529 13598
+8614 11385 11386 11392
+8963 9132 10403 13940
+3015 3016 11323 11331
+11486 11582 13623 13717
+11401 11420 11435 11705
+7989 7990 13209 13212
+11634 12610 12611 12617
+8693 8699 8718 13623
+2711 2876 11433 11444
+10217 10218 14186 14188
+1958 1959 7680 9181
+3019 11425 11456 13166
+7680 7766 8984 14372
+2678 10204 10206 10210
+4188 4305 4354 11407
+11293 11322 11451 11458
+7680 7730 7766 14372
+732 12133 12518 13169
+7679 7680 7833 8984
+4417 11457 11461 13161
+2706 2871 2872 11365
+2527 2528 2678 10210
+2869 3030 11344 11345
+10204 10205 10212 14209
+10056 10057 10089 10091
+3174 12105 12108 12110
+500 2821 11357 11370
+2784 2952 11395 11422
+8261 11044 11055 11062
+8261 11044 11052 11055
+502 503 2822 11369
+2782 11369 11540 11544
+834 835 3400 8409
+11399 11462 11482 11683
+3230 3231 3347 12159
+11399 11431 11685 13185
+1958 7679 7680 7833
+510 511 4711 11505
+4356 4395 11443 11445
+3020 11445 11467 11474
+1958 7680 7833 9181
+8557 8560 12521 12531
+7680 7833 8982 8984
+11493 13605 13607 13608
+1434 4657 4776 5929
+11362 11363 11439 11441
+8634 8636 12527 12537
+8618 11424 11508 13597
+8618 11417 11424 13597
+2287 9639 9653 9675
+967 7218 12724 12728
+11537 11539 11586 11589
+11480 11488 11489 11508
+11430 11439 11440 11441
+518 11572 11573 11611
+9639 9653 9675 9677
+2530 10212 10222 10223
+739 7691 7751 12446
+2947 11263 11309 11311
+4879 4880 8639 11510
+11344 11379 11545 12143
+8612 11356 11381 11512
+6483 6651 14199 14207
+9555 9556 9576 14204
+8606 11248 11346 11347
+6439 6601 6603 10284
+8562 12515 12519 12520
+8600 8615 11380 11385
+2788 2956 2957 11482
+11482 11484 11521 11539
+11484 11587 11589 11590
+2882 3021 3033 11478
+160 2157 9527 9579
+159 9533 9574 9575
+3135 3175 12105 12108
+2720 6333 11513 11515
+7196 7224 12728 14526
+4194 4311 6332 11517
+11442 11524 11527 11569
+739 740 7691 12446
+11537 11555 11575 11576
+2884 2958 2994 11516
+9377 14199 14200 14204
+2884 2958 11516 11535
+3476 4014 4040 12472
+740 7691 8471 12446
+11534 12252 13190 13193
+7989 7990 12622 13211
+6868 6900 7464 7476
+7985 11463 12250 13192
+863 1123 1124 6868
+11293 11294 11379 13156
+8216 8221 14196 14494
+499 11337 11354 11357
+2868 3016 11323 11345
+1419 4649 4769 5915
+7787 9028 9202 14196
+4314 11529 11548 11549
+11565 11595 11596 11597
+8801 8870 12780 14531
+8801 8870 14531 14532
+2889 11550 11594 11599
+11565 11596 11597 13206
+4430 4431 11723 12298
+10217 14186 14199 14200
+2957 11472 11482 11521
+11400 11402 11463 11464
+2827 11482 11484 11539
+8694 8695 11496 12607
+8558 8568 11362 11396
+8567 8568 11431 11464
+8450 9070 13459 13478
+734 735 12106 12113
+2891 2892 2997 11562
+2725 2890 2891 11548
+4197 4315 4366 11548
+156 157 2155 9524
+2117 2155 9513 9554
+7973 7998 8001 11682
+2891 2961 2997 11564
+7971 13217 13236 13237
+8217 9534 9535 9539
+8218 8232 9538 14189
+8626 13652 13653 13718
+12641 12642 12643 13684
+12015 12016 12033 12034
+8242 9541 9544 14186
+1162 4096 5155 9570
+514 515 2828 11537
+8232 9378 9512 9540
+8219 9375 14179 14193
+3821 3834 12782 12789
+11438 11537 11576 11578
+11481 11582 11583 11584
+11237 11271 11272 13108
+8642 8692 11497 13653
+515 516 4716 11575
+515 11537 11575 11577
+2789 2829 11533 11555
+7941 8655 11420 11587
+8661 8664 11580 12603
+8655 11420 11437 11588
+7989 13209 13210 13212
+8093 8097 8103 8105
+11567 11720 11722 13208
+7936 7977 7991 13206
+8099 8211 8212 12815
+4316 6336 6421 11560
+8795 12781 12782 12789
+1264 1265 4199 6369
+8795 11069 12782 12789
+2731 6338 11625 11626
+2731 6338 6401 11625
+7990 10935 11616 11719
+11628 11630 11648 11649
+65 2029 4134 9488
+2960 11550 11594 11607
+8716 11628 11630 11649
+518 2790 2830 11552
+8692 8699 12609 12610
+8715 11635 13642 13644
+3835 12756 14534 14543
+10846 11618 11619 11660
+8096 8102 14164 14174
+8004 11647 11661 12631
+7973 8001 8002 11682
+1263 4316 6336 6421
+3835 8860 14534 14543
+4367 11655 13220 13222
+11601 11603 11653 11654
+11197 11199 11270 13170
+2120 2158 2320 9585
+8719 11633 11634 11651
+3205 3216 3299 12045
+4720 4721 11637 11640
+6710 6711 9416 9424
+8718 11633 11635 13621
+8717 11633 11635 11636
+8696 11641 13644 13658
+519 2791 2830 11552
+3666 3668 3684 12610
+10932 11612 11614 11615
+11522 11572 11609 13621
+8715 11641 13642 13644
+7257 8862 14542 14553
+8717 11647 12625 12626
+522 8716 11644 11649
+11629 11646 11650 13722
+4825 13646 13662 13679
+7943 8717 11647 12625
+2794 2834 2964 11656
+2834 10856 10936 11656
+7970 13230 13237 13249
+12069 12097 12098 12100
+8031 8735 11676 11680
+7939 8731 10942 12657
+7974 8017 10779 11704
+13220 13231 13232 13233
+11643 11664 11665 11672
+5748 5791 5897 8386
+162 163 2158 9591
+4598 6439 6558 10284
+9338 9415 13080 14172
+9407 9415 14172 14173
+5437 5438 12628 12629
+3133 3205 3299 12064
+9378 14179 14189 14193
+4661 4780 4942 13678
+522 523 4723 11645
+4942 13661 13662 13663
+11664 13673 13723 13724
+7942 8002 8720 12621
+4081 4082 8757 8803
+13685 13686 13723 13724
+10783 10866 10944 11711
+7975 10936 11690 11691
+11662 11679 11681 13723
+9569 9601 9624 9625
+11693 11695 11696 11697
+5025 5215 12046 12072
+11403 13171 13181 13183
+11445 11467 11474 13172
+7803 9126 10067 14495
+12746 12757 14540 14547
+8026 11656 11659 11690
+9120 12746 14540 14547
+7958 7997 11656 11690
+8003 8026 8031 11692
+4724 4894 11673 13675
+2899 2965 3000 10867
+10771 10857 10861 10862
+2999 10856 10857 11658
+2795 2835 10858 10861
+8892 8934 10067 14495
+8201 8231 9023 9361
+10786 11706 11707 11713
+10786 10787 10963 13257
+9241 10152 14144 14147
+10940 10944 10945 11712
+528 529 10937 10940
+4397 8270 13000 13076
+5332 5373 5378 9625
+4733 10966 10967 11717
+4945 4971 4972 13273
+9355 14159 14160 14162
+6540 14154 14156 14163
+8817 10962 11715 11726
+7228 8858 14536 14537
+5691 11728 13341 13342
+7228 8858 9204 14536
+1457 4668 4788 5933
+8723 8815 13272 13341
+2799 2838 10988 11010
+2639 2681 9929 10007
+7800 11034 11047 11051
+535 536 11015 13300
+9239 9355 14147 14160
+533 534 10961 11724
+8401 8402 8403 14161
+5295 5351 12078 12090
+11137 11730 11732 13371
+8806 8807 8809 13418
+10613 14045 14048 14049
+7190 7214 7228 9204
+4070 7248 7249 14561
+9121 9123 14553 14555
+8862 8864 14553 14561
+7780 7800 11034 11051
+7251 8862 14557 14560
+7439 7462 7471 9217
+2911 2912 11026 11090
+3087 3252 3253 12327
+7055 7071 14457 14459
+2012 2013 11834 11836
+3105 3106 3271 11765
+625 3103 6797 6838
+8862 14542 14544 14552
+5309 11912 11914 11915
+870 871 7691 8471
+3093 3094 3259 11735
+8934 9127 10067 14495
+4079 4080 7324 7338
+5203 5307 5362 11775
+2746 2747 6346 11027
+8778 12363 12993 13025
+7768 8055 8861 12752
+8862 8864 14557 14560
+8862 8864 14552 14557
+2017 5146 11842 11940
+3097 3098 6836 11784
+1943 7463 7702 14670
+1708 1709 5112 6793
+5110 6791 11740 11741
+5221 5349 12040 12072
+1943 1944 7463 7702
+8401 9352 9354 14170
+1985 11796 11817 12349
+1659 5054 11842 11846
+11823 11825 12351 12352
+1982 1983 11858 12708
+12338 12339 12343 13250
+8395 9399 14169 14170
+2746 2747 11025 11027
+2912 11025 11026 11090
+7937 8763 12355 12976
+693 3151 3190 11818
+9240 9356 14147 14160
+7965 11788 11796 11817
+12362 13025 13033 13034
+2746 2747 2912 11025
+1663 5056 5148 7949
+12316 12317 12333 12336
+7964 11787 11800 11801
+11129 11138 13053 13054
+7092 7099 14450 14464
+1979 11756 11791 11792
+9240 9356 10041 14160
+4280 11811 11815 13061
+705 11806 11809 11811
+1979 11791 11792 11807
+9240 9266 9330 10153
+8782 10993 11017 11088
+704 705 4278 11806
+10 941 942 8012
+3153 11777 11854 11855
+11856 11857 11860 12356
+3150 3189 3354 11800
+5055 5147 11745 11746
+7964 11812 11817 12348
+9240 9266 9947 10153
+2287 9654 9675 9676
+5252 5362 11739 11778
+6203 6204 6270 10613
+2020 7949 12330 12341
+7965 8769 12342 12348
+11812 12338 12342 12346
+7648 7649 7685 8679
+9240 9330 10041 10153
+9328 9330 10040 14161
+3262 11776 11785 11786
+744 9436 9437 14671
+744 1944 7441 7463
+7966 8013 8014 12348
+8763 12356 12357 12976
+11785 11842 11940 11941
+4269 4444 4445 12968
+1454 1455 4667 5932
+696 11856 11857 12352
+9220 9906 9907 14140
+3275 3276 3380 11772
+3158 3331 11759 11794
+2287 9652 9654 9676
+11833 11835 11837 11838
+5314 5315 11828 11831
+3113 3114 6844 11780
+3330 3332 3380 11768
+7713 7761 8572 14593
+5117 5313 11770 11773
+3378 11750 11761 11764
+6307 14030 14031 14036
+7952 11738 11747 11748
+6189 6306 10435 10438
+7269 7313 14589 14593
+3278 3279 11780 11829
+989 3710 5449 12672
+1273 1274 4321 6374
+2287 2332 9652 9676
+1661 1662 5055 11745
+5731 8721 8744 12662
+11823 12351 12352 12354
+7801 8289 8295 8298
+8187 8535 13103 13127
+1659 2017 2018 11846
+5249 5314 11829 11902
+3562 7661 7662 8575
+7542 7543 7571 14739
+173 2125 2163 9639
+989 990 3710 5449
+3116 6804 6845 11865
+5144 5314 5315 11902
+1299 4216 6354 6427
+7291 7713 8572 14593
+6202 6203 10604 14036
+1106 4008 7609 14593
+776 8157 8176 12009
+7782 8167 8175 11873
+8186 13090 13093 13099
+8164 11879 12029 12055
+740 870 7691 8471
+12030 12035 12037 12050
+149 3128 8195 11873
+8077 8088 9040 13085
+9218 9219 9231 14729
+8164 11879 11882 11884
+8064 11872 11875 11884
+7291 7313 8572 14593
+4223 4338 4379 11887
+11887 11891 13069 13070
+8185 12056 12057 13084
+11871 11877 11878 13084
+2372 2373 2538 10336
+649 650 11882 11886
+8196 12058 13089 13091
+8228 11934 11958 11976
+7304 7323 8757 14574
+7322 7323 7344 14575
+4065 8756 8757 14575
+11195 11197 11199 13104
+8098 8318 10879 12788
+5310 5366 11943 11955
+5052 5310 5365 11955
+1658 1659 2016 5146
+10757 10758 14134 14135
+7337 7344 14577 14581
+10758 14134 14135 14136
+1981 8759 11798 12360
+5114 5206 5365 11942
+1657 2014 5052 11753
+6218 10751 10754 10758
+7322 7337 7344 14577
+3375 11783 11785 11843
+7662 7714 7715 12562
+371 6038 10738 10740
+4045 4065 12670 14575
+3280 3281 11831 11911
+4066 14578 14583 14585
+712 713 3200 11851
+713 3161 3200 11851
+7340 7346 7349 14580
+8799 10806 10807 11067
+10671 10677 14082 14126
+9835 10587 10673 10677
+9167 10666 10679 14079
+8791 11861 12986 12987
+9098 9108 9109 14121
+7340 7349 14578 14580
+11827 11861 12985 12986
+9910 10011 10012 10734
+1973 13012 13013 13014
+186 6513 7931 9774
+14122 14134 14135 14136
+5315 11900 11904 11911
+5910 9091 9092 9103
+5252 11739 11774 11848
+3259 11735 11739 11778
+2016 2017 5146 11940
+4272 11860 11921 12993
+7349 14578 14583 14585
+7349 14583 14585 14591
+5207 5366 11760 11765
+14098 14099 14101 14114
+14582 14584 14586 14587
+5117 5209 5313 11770
+6212 10703 10725 14099
+9093 9103 10698 14083
+3165 3204 8227 11975
+1650 5048 5143 11973
+7786 8226 11974 11984
+8071 8210 13043 13046
+940 3633 8036 12627
+6445 6563 6605 10366
+5049 5247 8069 11968
+518 11552 11572 11611
+1525 4999 5006 14108
+9163 14030 14049 14050
+2009 11957 11976 11977
+5370 11944 11945 11979
+5145 5248 5368 11965
+7838 9887 10701 10722
+7313 7332 14588 14589
+1299 4216 4334 6427
+3202 3336 3381 11960
+1302 4218 4335 6356
+9140 10402 13918 13938
+10993 11009 11017 11088
+366 10668 10693 10707
+7997 7998 11601 11617
+7313 7332 7335 14588
+4035 4041 4049 14603
+882 8078 10178 12432
+7724 8053 14518 14522
+4041 4066 14591 14599
+8656 12565 12583 14596
+8070 8213 11983 13015
+2008 2009 11957 11977
+8584 9118 12565 12582
+6134 6203 6270 14040
+8228 11958 11963 11977
+8068 8236 11966 11973
+4292 11988 11989 11990
+9093 10697 10698 10705
+3164 3204 11969 11970
+11146 11991 11992 13051
+3164 11956 11958 11982
+4292 4293 11983 11988
+8866 11071 11986 12794
+8331 11132 11144 13050
+3285 3337 3364 11964
+3119 3285 11866 11946
+717 3163 3202 11933
+3043 3208 3209 11995
+6203 6270 10613 14040
+5026 5027 5223 12006
+2697 2698 2863 11264
+5184 11995 12000 12001
+5027 5327 12007 12009
+2327 9430 9433 9462
+8064 12005 12014 12028
+3041 3042 3207 11997
+3041 3207 11820 11997
+9156 10578 10602 14017
+5901 14055 14057 14081
+11872 11875 11888 12013
+5027 12004 12006 12007
+5347 11996 12011 12012
+5026 5223 5347 12011
+649 650 3129 11882
+7330 12592 14588 14590
+7623 7624 7724 14522
+1232 1233 4183 6321
+6187 6264 6303 10403
+5861 9107 14116 14117
+6136 6208 14072 14085
+1208 4127 5178 9345
+1074 1090 3935 7734
+9435 9439 9441 9442
+2267 9397 9426 9464
+3214 3290 3344 12033
+12043 12044 12048 12141
+14085 14095 14096 14097
+5129 5215 5219 12034
+7330 12592 14588 14592
+3213 3342 12016 12017
+7662 7715 7755 8575
+10680 14085 14095 14097
+12044 12083 12085 12091
+8186 13090 13098 13099
+12050 12054 13097 13098
+8187 8535 12082 12086
+739 12022 12035 12036
+4229 4404 4405 12088
+1117 4006 8682 14577
+5392 5393 7534 14718
+910 3562 7661 7662
+9432 9462 9464 9465
+3051 3216 3217 12041
+4498 4504 13125 13141
+3133 3172 12048 12083
+7723 7724 7759 14518
+10656 10666 14053 14054
+8186 12050 12051 12054
+9835 10665 10677 14074
+8187 8468 12060 13093
+8176 8177 12008 12013
+740 11877 12056 12446
+9173 10587 10662 10663
+8539 8543 8544 11223
+12101 12102 13144 13145
+10656 14053 14054 14064
+6037 6215 10730 10740
+7796 9944 9994 10004
+7665 7734 7735 12915
+579 3056 6773 6816
+6472 6640 6746 10124
+6135 6240 14061 14071
+7408 7422 7427 14609
+3299 12043 12045 12073
+3049 6812 12018 12020
+3217 3301 12040 12045
+7422 7427 7434 14609
+4231 4232 12084 12104
+3174 3298 3303 12065
+661 3135 3174 12105
+3134 3174 3298 12074
+9197 9198 14257 14445
+657 3133 3172 12083
+655 656 8535 12049
+656 657 4230 12087
+11237 11269 11271 13170
+7965 11788 11812 11818
+657 658 3133 12083
+8186 8187 12051 12053
+8536 12080 12081 12086
+12086 12088 13127 13138
+5882 9159 9160 9170
+8534 12080 12082 12086
+737 738 773 12039
+8057 8058 14610 14617
+7392 14611 14612 14616
+7351 7392 14611 14612
+579 580 3057 6816
+1521 1595 5014 14090
+8057 8058 14617 14633
+9447 9449 13123 13124
+5296 5352 12118 12121
+8057 12480 14617 14633
+4226 4401 13073 13094
+12021 12022 12037 12052
+8534 12081 12083 12085
+4232 12101 13134 13144
+6132 10667 14068 14086
+8057 12480 12481 14617
+4233 4234 4409 13147
+5026 12011 12015 12024
+12011 12021 12025 12038
+8164 11879 11883 12055
+12480 12481 14613 14617
+5026 5129 12015 12024
+8057 12481 14610 14617
+8059 12004 12005 12009
+3131 3168 12023 12052
+12481 14610 14613 14617
+660 12097 12105 12111
+7435 14608 14623 14628
+9170 14055 14056 14057
+8537 8541 13148 13154
+919 3565 3566 12501
+8525 9209 14623 14628
+733 3575 8528 12513
+669 3139 12144 12145
+6132 10667 14056 14068
+12521 12532 12533 12545
+9209 14608 14623 14628
+8545 8546 12135 13157
+7412 8512 14621 14626
+5527 14068 14086 14090
+7411 14605 14615 14621
+5369 12116 12147 12150
+4239 8546 12131 13155
+583 3060 6775 6818
+5965 14065 14067 14071
+668 3138 12134 12144
+6137 6313 14056 14059
+6761 10240 10281 14220
+6240 6292 6313 14059
+6240 6292 14059 14061
+729 730 8554 12188
+765 12202 12209 12233
+766 767 12171 12174
+5126 5217 12171 12212
+14059 14060 14068 14069
+8995 8996 12900 14426
+3138 12120 12144 12147
+669 670 3139 12145
+5022 5218 12159 12178
+1791 5491 6952 14427
+9173 10587 14075 14076
+5489 14399 14400 14404
+6995 7000 7013 14407
+12158 12173 12179 12191
+8258 11034 11039 12432
+3179 12151 12158 12176
+8524 12477 14621 14622
+7411 7428 14605 14621
+7428 8524 14605 14621
+673 674 3141 12182
+7426 7437 8486 9208
+3310 3311 12168 12208
+3141 3180 12172 12182
+3142 3181 12207 12208
+3141 3181 3348 12208
+675 676 3142 12207
+7433 7437 8486 9206
+6984 8998 12900 14426
+8529 13158 13159 13169
+9583 14213 14219 14220
+2141 2308 2309 9275
+3181 12183 12186 12207
+7433 8058 8486 9206
+800 5022 5126 12171
+5022 5126 5217 12171
+12171 12172 12173 12210
+767 5022 12171 12177
+5491 6952 14426 14427
+769 802 803 5023
+5297 5352 12117 12154
+7426 7433 7437 8486
+3060 6775 6818 12139
+6270 10613 14040 14061
+768 801 5127 12177
+653 12052 12053 12054
+11403 12263 13175 13195
+6135 6270 14040 14061
+1392 4589 6472 6591
+12054 13090 13092 13097
+8531 12145 12190 13169
+5765 9153 9155 14396
+12169 12202 12208 12211
+7417 7431 8488 14627
+674 3141 3181 12182
+7426 7431 8488 9208
+5795 14003 14004 14005
+8532 12518 12532 12533
+9111 10731 14113 14117
+7417 7426 7431 8488
+10470 10518 10519 10520
+3076 3077 6825 12215
+3078 3243 3244 12213
+724 725 7994 7999
+9009 9014 9020 13978
+5633 5805 5882 9163
+6716 9447 9449 13124
+9160 14044 14045 14049
+1692 1693 5104 6824
+5021 5216 12202 12203
+3071 3072 3237 12167
+5300 12196 12198 12199
+5325 5355 12200 12201
+5632 14010 14032 14039
+5300 5325 12199 12217
+7779 8089 8274 8287
+3141 3348 12172 12208
+765 766 12209 12211
+5632 14010 14020 14032
+8186 12050 12054 13098
+3142 3182 3311 12207
+12216 12217 12221 12275
+3311 12168 12200 12206
+727 7978 12254 13187
+7885 10596 14393 14401
+12249 12273 12288 13187
+7680 7746 7766 8982
+7416 7417 7431 14627
+3187 3318 3352 12310
+10609 10612 14043 14051
+1699 6787 12272 12281
+1699 5199 12272 12281
+8516 9117 12493 12497
+9176 10591 10593 10611
+762 797 5020 12241
+598 599 3076 6825
+7887 9162 10610 14027
+2266 2353 9395 9461
+680 681 4254 12245
+9042 9476 13113 13115
+3144 12228 12244 12248
+5881 9165 14018 14026
+11877 11879 12056 13084
+2179 9275 9277 9323
+7940 12184 12259 12261
+9165 13989 14019 14025
+12487 12488 12489 12490
+7986 12228 12244 12248
+13989 14010 14019 14020
+725 12286 12295 12305
+7101 14446 14451 14454
+11534 11571 13190 13193
+6271 14010 14019 14036
+11399 11472 11518 11519
+6134 14031 14039 14041
+3143 3183 12205 12222
+4428 11534 11571 13190
+12183 12184 12261 12262
+4500 4510 11478 13183
+3246 12237 12269 12270
+5358 12266 12270 12283
+7445 7467 12489 14645
+868 7445 7467 12489
+1877 1878 6932 12412
+12236 12237 12269 12270
+6202 6203 6307 14036
+5621 5798 5799 13916
+5475 5476 5759 14462
+5759 9145 14461 14469
+5300 5301 5319 12197
+5020 12214 12232 12277
+5105 5196 5301 12215
+137 138 2101 4170
+12232 12243 12265 12278
+3687 12615 12616 12622
+7936 7944 7972 13205
+8019 12310 12311 14747
+274 2399 4613 10552
+8008 8023 8024 8045
+601 3079 6785 12218
+3083 12266 12272 12281
+5304 5358 12266 12283
+9140 13998 13999 14000
+7444 7466 7469 14650
+682 683 4256 12293
+7992 12303 12304 12315
+9138 9140 13999 14000
+7466 12485 14644 14650
+7466 7469 7478 14650
+12291 12292 12305 12306
+11598 12304 13203 13206
+774 12022 12024 12036
+7962 12307 13197 13204
+5629 5880 10474 13997
+2889 2960 2961 11594
+4432 4433 4481 11598
+7999 8038 8041 12305
+3672 3673 3687 12615
+10778 10899 11002 11009
+7766 8982 8988 14467
+5108 5359 12282 12284
+7692 7701 8396 14670
+1700 6787 6829 12281
+10899 10993 11002 11009
+7471 7474 7509 12394
+8180 9212 14670 14672
+6973 9016 10437 14378
+9021 9022 14021 14023
+7471 7509 12394 14656
+1662 1663 2021 7949
+5763 9009 9014 13978
+5108 5200 5359 12284
+3187 3318 8024 12310
+4435 13218 13220 13222
+5254 5358 12283 12309
+5331 5380 8005 12309
+7439 7471 7474 12397
+8165 12058 13091 13097
+688 3148 3188 12319
+6121 6130 13990 14009
+5109 5201 5360 12329
+9022 10437 10570 13987
+3253 3254 3354 11743
+1273 4203 6373 6374
+9014 9022 10437 10570
+652 12037 12054 13097
+687 12311 12319 12323
+4370 4438 11703 13233
+4368 4473 4496 11622
+12336 13242 13246 13247
+9287 9288 9398 9410
+7746 7766 8982 14467
+1941 7439 7699 9217
+9198 10363 10443 10444
+1703 5109 12327 12329
+1703 5109 5201 12329
+1703 6831 12327 12329
+1703 5201 6790 12329
+5765 5805 5881 14018
+7953 12347 13242 13245
+11797 11823 11825 12352
+8165 12058 12059 13091
+1512 1579 1580 5959
+5959 6127 13983 13986
+7092 7093 7099 14450
+5518 5771 13966 13983
+138 2101 2102 4128
+11918 11919 11920 12992
+8951 13853 13871 13885
+8764 12961 12966 12973
+11796 11825 12349 12351
+4225 8165 12059 13091
+5518 5959 13983 13986
+7935 8671 8675 10781
+1982 1983 2017 11858
+2017 11832 11858 11906
+7824 9010 10378 14379
+837 3417 7672 12380
+3756 12700 12706 12710
+9212 9213 9214 9215
+8776 8777 8826 11089
+8777 12365 13030 13038
+9286 9993 9998 10150
+9238 9242 9933 9993
+5026 12011 12024 12036
+7569 7584 9279 9933
+9279 9933 9990 10016
+8446 10017 12371 14735
+2101 2102 4128 9382
+3420 3432 3437 12375
+7539 12369 12370 12372
+847 848 3420 12370
+847 848 7540 12370
+7471 7473 7504 8400
+8781 10993 11002 11017
+8459 9216 10116 12375
+8056 8395 8397 8398
+7760 8399 9217 12380
+8396 8398 8399 9215
+7672 7700 7760 9217
+7507 14649 14650 14651
+3465 9216 12390 14660
+3428 3429 12416 12417
+12387 12400 12402 12403
+6944 6973 14375 14378
+12383 12384 12386 12402
+8460 12395 12402 12407
+3466 3467 12410 12415
+7503 7506 9214 14669
+5788 9010 10396 10398
+13949 13998 13999 14000
+10397 10433 10436 10439
+3461 3465 12389 14656
+8457 9216 12375 12378
+8396 9212 9213 9215
+8406 8407 12410 14650
+3452 3454 3472 12387
+3452 12377 12383 12387
+807 5026 5129 12024
+1740 5402 5403 7447
+3451 3457 3466 12415
+3467 12410 12414 12415
+8732 11696 13711 13712
+6883 12410 14645 14650
+220 221 2187 9442
+6873 6906 6915 12414
+12387 12400 12402 14646
+3449 6906 6915 12414
+8276 8278 8280 10147
+3466 8406 12406 12410
+1510 1577 6076 13972
+13956 13961 13964 13967
+5517 5771 13962 13966
+5795 5803 14005 14006
+7500 7501 7513 14666
+6894 6895 6924 12426
+5130 5225 5376 9465
+14 827 1730 9085
+6924 12419 12421 12426
+3436 3446 3459 12405
+7616 7617 7764 8410
+5628 10425 13981 14006
+1075 3950 7736 12926
+8412 8423 12428 12920
+5626 5795 5879 13981
+3966 8412 12921 12926
+880 881 3490 7798
+7776 8074 14676 14677
+7775 8184 9040 12435
+8063 8197 9037 9043
+3492 3516 3519 12440
+3490 3502 3517 8126
+8590 8603 13540 13542
+5795 5879 13953 13981
+6278 10742 14110 14119
+4225 13073 13091 13092
+8075 8076 8257 11210
+6017 6194 10510 10534
+739 12028 12035 12056
+10397 10472 10473 13998
+863 3477 3478 4013
+3508 3530 9209 12474
+8491 9117 12452 14636
+7998 10846 11604 11617
+7499 7512 7513 14661
+10397 10473 13968 13969
+10993 11002 11009 11017
+7672 7699 7700 9217
+8478 12451 12463 12466
+8525 9209 12475 12476
+12152 12181 12192 12193
+9148 13931 13932 13937
+8180 9212 13118 14672
+8196 11200 11375 13095
+8478 8482 8490 12452
+3539 8526 12462 14626
+9212 9214 14672 14673
+3532 3537 3544 12471
+8490 9117 12452 14636
+7411 7412 7428 14621
+8512 12477 14621 14626
+9140 10400 10402 10434
+3527 8472 12468 14633
+919 12500 12501 12502
+7692 8180 8396 14670
+7385 7392 7419 8485
+7351 7376 7654 14612
+10391 10392 10402 13919
+3531 9208 9209 12476
+874 3487 7705 12470
+4085 8524 9115 14614
+341 342 6009 10391
+7692 8180 8396 13079
+9138 9140 13918 13919
+1121 4011 4039 12486
+5474 5475 5758 9136
+10356 14454 14464 14471
+7515 9215 14660 14668
+7515 9215 14668 14669
+864 1123 3478 3479
+7395 7412 8512 14621
+1751 5417 9116 14619
+7503 9214 14668 14669
+8516 8526 14635 14638
+8496 12460 12464 14629
+5419 7365 12491 14629
+6119 13911 13912 13913
+127 2091 4122 4165
+6454 6573 10551 10552
+8587 8596 8597 13567
+4869 4870 11383 13551
+7508 7510 7515 14669
+2389 2390 2555 10458
+9327 9400 9401 9402
+3599 8615 11385 12515
+6118 6246 6303 13912
+5797 10361 13906 13929
+7503 14667 14668 14678
+8611 8612 11369 11380
+11258 11512 11541 12506
+11259 11294 11545 13156
+8599 11381 12504 13550
+8612 11322 11369 11541
+10385 10386 13928 13929
+8616 13566 13567 13572
+7502 7510 7511 14668
+8531 8548 12146 13169
+731 7744 12533 12534
+7092 7093 9146 14450
+8559 8560 12193 13164
+3616 8552 8569 12559
+671 12151 12152 12181
+8570 11431 11685 13185
+8531 12190 12533 13224
+12518 12532 12533 12534
+8554 12192 13180 13224
+3600 3617 8621 12524
+8961 10394 13916 13917
+3595 3608 3609 12527
+3614 3615 3623 12546
+3583 3601 12550 12555
+5129 12034 12046 12141
+6185 10385 10394 13904
+4020 4053 4054 8645
+8529 12133 13158 13169
+5512 5620 5621 13915
+3588 3589 12532 12545
+1572 1573 5005 6074
+3588 3607 12544 12545
+8562 8621 11492 12515
+2774 8287 8297 11046
+3589 3605 12521 12522
+3612 3613 11320 12519
+3617 3619 12519 12530
+3599 3600 3617 8621
+5219 12015 12016 12017
+3617 8562 8621 12524
+3608 3619 3622 12530
+6245 13894 13895 13908
+8562 8617 11492 12538
+8825 10870 11094 11097
+1927 7269 7291 14593
+8654 8655 11398 11498
+3608 3617 3619 12530
+5510 13894 13895 13908
+5129 5215 12034 12046
+1780 5473 7030 14448
+7352 7655 9207 14624
+3167 3294 3382 8169
+7072 7086 14472 14475
+148 8155 8169 8171
+6115 6311 13888 13889
+9304 9306 9311 9313
+3601 3611 3622 8629
+3583 3584 3602 12555
+899 8583 12565 12571
+8577 8650 12550 12554
+6117 6245 6266 13908
+3582 3601 3611 12550
+5507 5508 5627 13891
+5327 12002 12007 12010
+5627 13875 13876 13891
+8185 8188 8470 13089
+12554 12561 12566 14596
+8578 8580 12592 14588
+3656 7946 11694 12642
+10989 11072 11073 11109
+12566 12572 12596 14596
+932 933 12664 12665
+7558 7561 7576 8466
+897 7378 8584 8645
+9118 12582 14597 14599
+4041 14583 14588 14589
+3555 3556 8579 12575
+9198 10443 14445 14446
+7312 8644 8646 12568
+8583 12572 12573 14597
+7714 12562 12576 14601
+7561 8465 8466 14682
+1499 1500 4997 5507
+7761 8572 8581 12576
+9131 9564 10314 10315
+2846 10989 11019 11109
+3582 8647 12550 12561
+12561 12566 12571 14596
+3582 12550 12553 12560
+3553 8647 12563 12570
+116 117 2080 4117
+10308 10313 10314 10316
+949 8695 12585 12586
+949 3637 3650 12586
+7562 7576 8465 14695
+11019 11073 11108 11109
+8426 12926 14687 14688
+6111 13864 13869 13878
+5428 5433 5730 8637
+9304 9305 9311 9473
+8584 12563 12570 14595
+8574 12557 12567 12592
+5327 11820 12002 12007
+7072 8988 14475 14478
+7086 14472 14474 14475
+8647 8649 12560 12584
+6176 13856 13858 13860
+901 902 12567 12574
+8583 12571 12572 12573
+8578 8582 12579 14603
+7291 7713 7714 8572
+4054 4077 8584 14595
+8169 8171 12002 12010
+901 12567 12575 12579
+7072 7084 14475 14478
+6111 6302 13864 13865
+835 8426 14687 14688
+8982 8985 8988 14472
+9198 10443 10444 14257
+8409 8410 8426 12428
+9198 10371 10444 14257
+3553 3554 3582 8647
+8983 9201 14474 14475
+8410 8426 12428 12926
+8409 8423 12428 14687
+4245 4246 12181 12194
+8412 8423 12428 14687
+6109 6164 6173 13848
+8702 12619 12628 12632
+7785 12996 12997 13085
+4827 4893 4968 13660
+8945 13858 13861 13862
+3643 5437 12619 12628
+7625 7746 7766 14467
+7274 7294 8673 14571
+3647 3654 3662 8043
+11442 11571 13209 13213
+5996 6173 6174 10296
+4429 4430 4495 13191
+7985 13188 13189 13210
+11564 11565 11594 11614
+519 11522 11572 11638
+7336 14580 14581 14583
+10932 11605 11648 11649
+3690 3694 11652 12631
+3683 3688 12631 12637
+11662 11676 11678 11680
+8031 11669 11692 12637
+8702 8703 13666 13698
+9304 9348 9389 9473
+525 10931 11662 11678
+1780 5473 5474 14448
+8697 8703 12619 12625
+329 330 5997 10294
+8422 14689 14691 14696
+7942 8002 8720 11661
+7946 8746 12654 12657
+8746 8747 10942 11714
+1192 4116 4159 5170
+8026 11660 11663 11692
+7785 8166 11890 12997
+7975 8733 10780 11694
+4728 4898 11699 11710
+7939 8686 8747 12657
+6685 9841 9842 14330
+8941 8943 8950 13868
+3625 8700 12653 12654
+3615 3616 8569 12549
+8951 9578 10305 13885
+8070 8213 13014 13015
+8743 8745 8746 8805
+7935 8670 8671 10781
+893 1127 3505 5415
+8703 8710 12636 13673
+8950 8951 8958 13868
+8747 10774 10776 10784
+1780 5474 7031 14448
+7974 7975 11691 11704
+8957 10221 13870 13871
+12644 12646 12647 12648
+3659 3660 3661 12650
+3635 7687 12651 12661
+8422 12923 14689 14696
+9578 10272 10273 10276
+9201 14470 14475 14478
+7339 7342 14598 14599
+7554 14689 14691 14696
+9201 14471 14474 14475
+7554 12923 14689 14696
+3739 3759 3760 12678
+7095 14470 14471 14475
+7303 7336 7337 14581
+4088 7347 7348 14578
+8957 10221 10315 13870
+10304 10313 10315 10317
+5391 8993 14697 14702
+7305 7319 8752 14572
+5391 5707 8993 14697
+8391 13821 13830 13832
+4294 11994 13040 13041
+3738 3760 12677 14742
+5503 13832 13844 13846
+9201 14470 14471 14475
+3656 7946 8731 12656
+9266 9945 9946 10153
+8743 8747 10785 11715
+8730 11711 11712 13719
+7945 8817 13257 13276
+8680 8681 12681 12684
+8768 8771 12689 12692
+670 4243 4244 12152
+1116 1117 4045 14577
+3761 3765 12694 12701
+8743 8771 10848 12683
+8851 10820 10826 10917
+3762 12694 12696 12705
+3739 12676 12677 14570
+8759 8760 8783 12710
+4037 7238 7239 7250
+7938 8667 8765 8770
+8739 8740 12687 12691
+3718 3743 8804 12691
+8743 8746 8747 10848
+8743 8747 10785 10848
+8777 8827 12709 12726
+7563 14697 14702 14703
+5611 13831 13832 13844
+5503 5611 13832 13844
+8767 8781 8784 8785
+8743 8818 8819 12693
+3761 8784 12694 12701
+5503 5611 5612 13832
+7938 10784 10791 11002
+8809 8812 10924 13418
+8810 8814 8824 12702
+7945 8725 8815 13276
+8738 8814 8816 10900
+5791 8386 13829 13842
+11112 11137 11730 13371
+5863 5891 8738 8815
+9974 14706 14709 14724
+10258 13829 13830 13838
+7601 14708 14716 14721
+2336 9769 9793 9794
+9338 9412 13078 13079
+7594 7600 7602 14709
+3724 8753 12675 12676
+3730 3731 3749 12726
+1763 1764 5445 7199
+8804 8814 12699 13317
+11137 11734 13371 13372
+5742 8738 8810 12697
+3719 8806 8812 12702
+7347 7348 7349 14578
+3718 8739 8804 12691
+1550 5944 6063 13801
+11112 13318 13320 13371
+8766 8776 8780 8781
+8775 12361 12362 13034
+13036 13037 13038 13056
+6957 6958 6987 9180
+4449 4450 12366 13039
+5995 5996 6173 10296
+7563 7564 7579 14720
+3358 11785 11843 11916
+8800 8855 12724 12727
+3 8231 8238 8239
+8782 8785 12704 12705
+543 544 10872 10929
+8854 8855 10927 12717
+548 10916 10952 10956
+8799 8800 10981 11067
+7779 8078 8258 11039
+7579 7585 14703 14715
+8853 8854 8855 11005
+8226 8227 11974 11975
+10233 10266 10271 10293
+10229 10231 10239 10250
+9304 9305 9306 9311
+8869 8890 10826 11068
+3704 3705 12712 12714
+7603 7604 7725 12751
+3843 8871 12774 12781
+7579 7585 7597 14715
+8799 10820 10827 12728
+10253 13824 13826 13833
+7789 10881 11074 11929
+8386 9125 13827 13841
+969 12714 12730 12731
+10293 10295 10299 10302
+8936 12866 12867 14504
+1015 1148 3793 4043
+3779 3816 4031 4043
+1016 7120 7121 14520
+8905 8938 12849 14513
+1147 6875 6876 14520
+6168 6169 10264 13821
+7262 8875 8881 14540
+6300 10029 13733 13738
+8146 10082 13817 13841
+7593 7601 7602 14708
+8391 13820 13822 13843
+7757 8551 8564 8566
+7592 7593 7601 14721
+7567 7568 7581 14735
+7191 7223 7240 14556
+7568 7569 12371 14735
+1145 6874 12739 12741
+7569 7570 7584 9933
+7568 7569 7583 14735
+3835 3841 3843 12733
+3843 8870 12774 12781
+7224 7234 7259 12760
+2259 2260 2314 9304
+3842 3843 8871 12774
+1914 7636 7637 12732
+8869 10827 10917 12775
+2068 2069 4111 9767
+5145 11895 11900 11981
+10778 10919 10920 11011
+881 882 10178 12432
+7264 9120 14539 14540
+8391 13821 13822 13843
+4243 8548 12152 13164
+7197 7226 14528 14531
+8849 8879 12771 14525
+549 550 2845 10952
+8795 8869 12775 12781
+373 9985 10012 10750
+8181 9338 9412 13079
+5991 10084 10262 13819
+8872 8880 10917 14530
+8856 8879 12769 12771
+3811 3812 12770 12779
+3827 3836 12768 12777
+3826 8856 8875 12767
+3812 12769 12778 12779
+3796 3822 3823 12761
+5321 5336 9771 9798
+7684 7749 7763 8794
+7524 7555 7573 14732
+9228 14148 14150 14151
+11936 11937 13010 13022
+3815 8866 8868 12782
+5991 10083 10255 10262
+8318 10879 11069 12788
+8071 11974 11984 11985
+9024 11932 11986 13012
+8146 13798 13810 13811
+11924 11925 11927 11929
+5991 10083 10084 10262
+7805 9048 12808 12809
+2179 2307 2308 9256
+8145 8147 13810 14486
+8213 11932 11933 11987
+7588 8429 14133 14727
+7757 8550 8551 8564
+11126 11147 13021 13054
+999 7108 7131 14485
+10919 10988 11010 11011
+3798 3799 3818 12791
+8358 13813 13817 14487
+3802 3815 3821 8866
+6516 9814 9815 9817
+8071 8210 8211 11985
+7683 11986 12793 12794
+8096 8212 14164 14174
+9220 9902 9906 9907
+7623 7724 7759 8053
+11990 13007 13047 13048
+882 883 8074 8078
+1001 3771 8094 12806
+8093 8094 8097 11155
+8147 8303 10065 13810
+11170 12804 12805 12814
+8435 10028 13787 13807
+180 2128 2167 9745
+6880 8898 8900 12941
+6908 6919 8932 12944
+7565 14133 14723 14727
+1052 1053 3859 8900
+8211 9023 11985 12816
+8435 13787 13806 13807
+1971 7786 8222 9362
+8980 12949 12951 12956
+7588 8429 14133 14735
+1885 1886 6934 7620
+7565 7588 14133 14727
+3906 12839 12840 12841
+7565 7580 7588 14133
+6849 6884 6909 7150
+7152 7166 7167 14510
+7125 7134 7157 14521
+8228 11958 11976 11977
+3868 7621 7622 12826
+10020 13787 13806 13807
+1959 7680 7746 9181
+12854 12881 12882 14508
+7565 14717 14719 14723
+7030 7073 9134 14435
+1060 1061 3864 5480
+9098 14717 14719 14723
+7752 7757 8551 8566
+5815 8430 8431 8435
+7689 7752 7757 8566
+5813 13731 13735 13808
+9195 9196 9712 14455
+1854 3861 6853 6854
+8861 14556 14558 14559
+3885 6888 6917 6918
+3917 3921 3925 12835
+12852 12855 12881 12882
+7641 8055 8861 14558
+8921 8922 10219 12885
+3851 12879 12887 12890
+5813 8435 13806 13808
+1038 1039 3851 12890
+9070 13355 13477 13478
+3902 3917 12846 12852
+3887 8857 12846 12852
+3847 12856 12866 12870
+3875 3912 3914 8936
+3886 3894 3912 12857
+7604 7641 7768 8055
+10048 10098 13458 13804
+8934 12857 12865 12868
+9549 10188 10208 14497
+10189 10237 12866 12869
+9071 10048 13458 13459
+8354 10068 10188 10189
+8959 9578 10220 13885
+10097 13454 13457 13458
+9071 10048 13345 13458
+8902 8906 14501 14509
+2232 2233 2298 9771
+5256 9315 9481 9484
+6232 6233 13345 13458
+7796 8453 8456 10006
+7179 12854 14514 14515
+6167 9053 10085 13819
+1033 3846 12873 14429
+1033 1034 3846 14429
+6160 6299 9053 13816
+1034 3846 12874 14429
+8959 12869 12873 12874
+8958 12873 12883 12884
+5256 5260 9315 9373
+6299 9053 10085 13816
+6244 6286 6309 13832
+5990 10084 13812 13819
+2453 10341 10359 10362
+7056 7060 9191 14441
+5864 8130 13799 13815
+8892 8934 8943 10237
+8431 8433 13752 13753
+3939 9002 9003 12917
+8463 12424 14681 14683
+9002 9003 14680 14683
+8464 8465 12901 14682
+9564 10307 10313 10314
+6954 6955 8998 12898
+8112 9072 13493 13527
+8461 8462 9085 14681
+8421 12904 12908 12914
+8419 12902 12904 12910
+8434 13752 13755 13756
+6154 6295 10060 13795
+6872 6882 8413 12417
+3165 3204 3341 8227
+3974 8421 12920 14690
+8419 12908 12909 12914
+8417 8975 9186 14424
+2464 10605 10616 10648
+8418 8970 12909 12910
+8969 9224 9225 9882
+8073 8264 13086 13131
+8469 12060 12446 13099
+8419 12904 12908 12914
+3952 3968 12913 12917
+8088 8198 8264 13132
+5162 5267 9657 9686
+6153 6154 10051 13792
+7779 8075 8258 11057
+3952 3967 3968 12917
+831 832 3397 12429
+8463 12916 14681 14683
+8181 9212 9338 13079
+8463 9003 12916 14683
+10028 10029 13738 13789
+1860 5606 6860 8461
+3982 3983 3993 12925
+380 2474 2513 10002
+6276 13738 13741 13753
+6226 10028 13738 13753
+3975 3983 12920 12921
+10028 13738 13753 13789
+5818 5819 5906 8449
+7796 8444 8456 10006
+8436 8442 8456 10006
+6989 8417 12903 14422
+1872 6934 8414 8893
+3958 9008 12818 12947
+7336 7337 7346 14580
+3963 3982 8415 12934
+7779 8075 8084 11057
+5247 11950 11951 11971
+8410 8977 12921 12926
+5818 5906 8434 8449
+8442 8444 8456 10006
+3980 3981 12938 12942
+1532 6094 13769 13771
+3937 3951 3963 12934
+7790 10807 10811 10819
+1873 8415 12930 12934
+882 3491 3502 8078
+7790 10807 10810 10811
+3958 3959 3977 9008
+3984 3987 6920 12935
+10807 10810 10811 10998
+3992 3993 3996 12927
+1873 12930 12934 12939
+6241 13769 13782 13783
+3126 3341 3346 11949
+8869 10826 10827 10828
+745 8180 9412 13079
+9193 9196 9629 9712
+10807 10827 10829 11070
+8989 12957 14478 14479
+8990 10377 14463 14476
+8180 8181 9412 13079
+3933 3961 3962 12953
+3960 8897 12819 12952
+7070 8988 12821 14478
+7042 8895 8897 12820
+7801 9073 9074 9077
+1532 1533 1612 6094
+1610 5007 5974 6093
+8985 8988 8989 14478
+7836 8984 8986 8987
+5538 13732 13737 13771
+9287 9412 13078 13079
+10754 10758 14135 14137
+1070 1071 3932 8978
+6040 6217 6218 10751
+6217 6279 6308 10754
+7802 9073 9074 9077
+5709 5811 5812 9096
+3933 3934 12953 12955
+6967 8978 8989 12960
+7023 7024 7043 12954
+9108 14116 14122 14123
+7038 7066 7067 12948
+9008 12818 12950 14480
+3337 3364 11958 11964
+3179 3307 3347 12158
+1985 7686 12344 12349
+8763 12351 12355 12356
+2901 2902 10799 10802
+2737 2902 2903 10799
+10919 10920 10961 11011
+2737 2738 2903 10793
+380 10002 10019 10022
+4369 4371 10794 10844
+1983 11858 12708 12991
+3735 3756 12700 12710
+2128 2291 2292 9692
+3735 8677 8783 12707
+10905 10994 10995 10996
+1979 1980 3709 11807
+979 3705 8802 12715
+3160 11821 11839 11851
+745 746 7692 13079
+4283 8772 11827 12972
+8434 10060 13778 13779
+11762 11768 11837 11838
+8116 8129 9073 13461
+7877 7880 7882 7915
+8059 8176 12008 12013
+6428 8063 8197 9043
+10051 13752 13754 13755
+7778 8159 8160 9039
+11871 11879 11881 13084
+11880 11881 11889 13070
+7785 8195 9038 9044
+8176 11872 11873 12013
+2 149 647 8195
+4290 4466 13010 13011
+1975 11852 11930 11980
+7789 10829 11070 11071
+13002 13005 13009 13011
+7812 7877 7880 7915
+3792 3802 12793 13013
+10051 13751 13752 13754
+1972 1973 11967 11974
+6227 10028 13751 13753
+8213 11978 11983 11987
+8213 11957 11967 11982
+1975 7683 11986 12794
+6049 10027 10028 13751
+7638 7639 7727 12765
+2220 2221 2291 9697
+5649 5815 8433 13790
+10058 10059 13749 13750
+716 11936 13010 13022
+8331 11078 11079 11152
+10051 13757 13786 13792
+8214 11987 11988 13016
+8434 10060 13755 13793
+6154 6228 6229 13754
+13740 13741 13742 13786
+8098 8318 10879 13049
+8213 11987 13012 13014
+8228 11958 11960 11962
+6152 13740 13741 13786
+7789 10881 11074 13001
+4451 4452 11092 12365
+13025 13030 13033 13034
+5162 5270 9657 9661
+10909 11085 11086 13032
+4272 11921 12362 12993
+180 181 9745 9746
+4274 4275 12361 13034
+7812 7816 7915 7916
+792 7812 7813 7914
+758 792 7812 7877
+82 83 2046 4100
+5815 5816 8431 8433
+8210 12812 13043 13046
+3204 3338 3341 11959
+1013 1972 1973 8210
+5807 13731 13735 13772
+6497 6498 14250 14258
+6149 13732 13735 13737
+3802 3821 8866 12788
+3796 3803 3822 12766
+2046 2209 2210 9621
+9024 13006 13023 13024
+6147 13734 13735 13737
+3838 12780 12781 12782
+4294 4399 4469 13042
+10842 10853 11161 11162
+5646 13732 13735 13772
+8794 8796 14528 14531
+8773 10803 10971 13059
+10971 12964 12965 13059
+758 7812 7877 7915
+6148 13730 13770 13777
+10753 10754 13763 14123
+8166 9044 11889 11890
+710 4283 8772 11827
+4398 11887 12059 13072
+970 3704 3705 12714
+11930 11931 11932 11934
+6092 6145 13767 13773
+8188 8189 12440 13067
+2046 2047 2210 9621
+8196 13069 13072 13074
+8076 8256 11372 11374
+4400 12059 13072 13073
+8075 8084 8189 11210
+8189 12437 12440 12443
+3516 12440 12441 12443
+6545 9422 13082 13083
+9423 9425 10119 13083
+11887 11890 11891 11893
+6546 6714 9449 13082
+9338 9415 13077 13078
+2047 2210 2211 9621
+8081 10164 13122 13123
+8162 9042 9439 9446
+8087 8287 11045 11061
+11871 11874 11882 11889
+4732 11708 11709 11717
+4830 4898 4943 13691
+8270 11064 11217 13000
+4830 4897 11700 13691
+7778 8077 9040 13085
+12058 13089 13091 13097
+758 7812 7914 7915
+4005 4006 7607 8682
+7823 8987 8990 10357
+8185 11877 12445 12446
+8185 8188 8469 8470
+740 11876 11877 12028
+8188 12440 12441 12443
+8185 8188 12440 13067
+11879 12029 12055 12056
+11877 11879 12028 12056
+10293 10295 10302 10303
+8166 11890 12997 13070
+13104 13106 13107 13170
+5677 13700 13707 13709
+11038 11235 11240 11253
+648 649 4338 11889
+8076 8257 11373 12442
+8162 9447 13088 13129
+5686 5835 5841 13304
+6550 8063 9041 13115
+1824 4664 13700 13710
+7785 8197 9039 13085
+8082 9043 13131 13132
+1448 1824 4664 13710
+6640 6746 6759 10123
+6543 6544 9421 9422
+8183 13114 13129 13130
+7072 8988 14472 14475
+7336 7337 14580 14581
+4346 4404 4405 12089
+1069 7823 8979 8992
+380 10019 10022 10023
+11199 11269 11271 13170
+4664 4783 13700 13710
+8534 8535 12049 12062
+8187 12086 13127 13128
+6444 6562 6608 10367
+8186 8187 13093 13101
+4410 11317 11342 13147
+11317 11342 13147 13150
+4409 4410 4477 11317
+8734 13676 13698 13703
+4409 4477 4513 11317
+12098 12100 12102 12103
+7008 12903 14409 14422
+8710 12632 12636 12638
+6189 6288 6306 10438
+7406 8475 14639 14643
+5976 6149 13737 13771
+12101 12107 12111 13146
+9161 9168 14075 14076
+11342 13147 13148 13150
+4236 4237 4412 12127
+8529 12133 12518 13169
+12119 12124 12125 12126
+4478 11366 11367 11368
+4238 4413 4414 13155
+7083 7084 7095 14475
+12105 12106 12111 12125
+7773 7810 7850 7869
+11292 11541 12506 12511
+4828 4995 13688 13697
+5903 8708 13689 13704
+4419 4519 13167 13168
+734 8527 8528 12507
+4244 12152 12194 13164
+12142 13157 13158 13161
+8548 12148 12149 13158
+2953 11404 11432 11433
+4240 4415 8546 11460
+4241 4242 12148 12149
+13676 13702 13703 13704
+5053 11913 11915 11972
+8062 9467 9469 9470
+8620 11448 11450 11492
+11200 13094 13101 13104
+7794 8543 11195 11196
+8703 8712 13666 13698
+11197 11235 11236 11270
+4995 11675 13677 13697
+11200 13094 13095 13104
+11266 11267 11291 13142
+11200 13093 13101 13102
+8712 11674 13674 13698
+12186 12206 12207 12225
+674 12183 12187 13178
+729 12185 12188 13180
+13677 13688 13697 13705
+4246 8553 12187 13226
+1713 1714 5206 6797
+1955 7810 7869 7897
+8551 8552 8557 8567
+5890 13670 13677 13697
+11516 11532 11534 11535
+4252 12251 12252 12257
+7984 12250 12254 13194
+7962 12304 13200 13204
+13688 13689 13704 13705
+12244 12287 12288 12289
+8060 9431 9459 9467
+12287 12292 12294 12296
+12169 12170 12172 12212
+12293 12296 12297 13197
+4891 8704 11641 11650
+11400 11527 11554 11569
+4827 4893 4995 11675
+8711 11674 13669 13670
+11436 11438 11554 11705
+4888 13625 13626 13640
+2957 11472 11518 11521
+7976 13198 13199 13204
+4255 4256 4431 12298
+12302 12303 12306 12307
+725 8036 8038 12627
+7991 12304 13200 13244
+8038 8039 8042 12306
+8455 8457 9999 14658
+1114 12578 14588 14603
+10934 11570 13208 13209
+7955 12302 12303 12307
+1160 4095 4137 9517
+8704 8705 11641 13681
+11401 11420 11435 11437
+11463 13210 13211 13212
+7990 7993 12614 12622
+8010 8011 8040 8041
+12280 12292 12293 12307
+725 726 940 12627
+8735 11643 11663 11664
+7936 12304 13200 13204
+7969 7970 7974 13249
+7972 8048 12623 12624
+12316 12317 12331 12333
+8559 11362 13225 13226
+7941 11398 11587 11590
+3560 12518 12532 12534
+13173 13174 13175 13195
+8559 8560 12193 13225
+6159 6236 6237 13496
+3164 3204 3338 11959
+11364 11448 11491 11492
+8531 8532 12533 13224
+8025 12300 12313 12314
+4199 4368 11600 11623
+1955 7773 7810 7869
+4893 11666 11673 11675
+7818 7835 7836 7842
+1160 4095 5063 9517
+2035 2198 2199 9518
+12312 12316 12317 12331
+8013 8666 8770 10781
+7973 11690 12648 13237
+1987 3649 7687 12649
+8711 11674 13670 13676
+687 688 4261 12319
+12316 12332 12333 12334
+3662 3679 12635 12645
+1987 12333 12335 13240
+8712 11674 13666 13698
+7968 7970 8016 12645
+10856 10857 11658 11701
+7958 7997 11624 11656
+8702 8703 8710 12632
+7958 7997 11624 13239
+7970 7971 12644 12645
+7973 7997 11690 13237
+11646 11673 11674 13668
+8703 8712 13673 13698
+5741 5863 5867 8737
+5845 8723 8724 8815
+5582 5690 13270 13273
+5844 8723 13261 13308
+8715 11635 13622 13643
+10816 11023 13278 13333
+8699 11635 13622 13643
+7842 7843 9182 9741
+4748 4917 10959 13279
+8699 11635 13643 13644
+4777 4821 4940 13637
+10823 10838 10840 10841
+4734 4735 11013 13275
+9221 9974 14709 14724
+10875 11103 11107 13294
+11022 13283 13289 13293
+551 11018 11020 11101
+3826 8856 8875 12768
+8835 8838 13281 13282
+10815 11008 11018 11106
+548 4748 4749 13290
+8834 8835 8836 8837
+11023 13297 13301 13333
+549 4749 4750 13290
+4657 4776 5929 13632
+4748 4749 4918 13279
+12965 12972 12983 13060
+4656 4820 13631 13632
+8999 9178 12893 14413
+3811 3812 3827 12779
+12972 12981 12983 13060
+5733 5734 5889 8696
+2198 2199 9516 9518
+2905 2906 2943 10893
+4832 4970 4973 13303
+10966 10967 11716 11717
+7811 7851 7879 7880
+1836 4674 4792 13311
+13374 13376 13408 13412
+4842 4986 13262 13263
+1837 4674 4793 13262
+7851 7877 7880 7882
+4754 11115 11119 13428
+11129 11142 11143 11145
+1734 5392 7533 7534
+6987 12894 14416 14418
+5703 13315 13364 13378
+4752 4922 11102 11122
+9431 9459 9460 9467
+7851 7877 7879 7880
+4787 4834 4945 13324
+4944 13302 13305 13309
+1458 1459 4669 5918
+6056 10095 13457 13476
+723 1954 7773 7861
+1954 7773 7861 7869
+4946 11728 13328 13342
+5891 8738 8815 11728
+8738 10903 11728 13332
+533 10965 10966 11724
+9 723 1954 7861
+4847 4974 13315 13337
+11501 13630 13636 13638
+5702 5851 5852 10991
+8834 8844 8849 8887
+8834 8844 8887 13379
+7791 10953 13379 13430
+10990 13383 13384 13385
+5871 8884 10990 13383
+5702 5703 5852 10991
+6158 6261 6301 13350
+5652 13343 13794 13805
+9071 10048 13345 13501
+1972 8067 8068 11974
+6056 6234 10095 13476
+1311 1397 4527 8110
+7872 8968 9877 14351
+5546 5547 5655 13360
+6101 6157 13348 13353
+511 4712 11487 11506
+4085 8524 14605 14614
+9850 9877 9883 14351
+13351 13352 13358 13481
+7871 8968 14349 14351
+1216 8231 8241 9033
+7883 7919 7920 14411
+5777 5906 8448 8450
+7883 7926 7927 14411
+4670 4789 4836 13369
+7883 7920 7927 14411
+1460 1461 1832 4670
+1831 4670 4789 13369
+4879 8639 11493 11510
+11642 13626 13639 13645
+5704 13363 13389 13391
+1480 1481 4799 5921
+5704 13363 13391 13426
+7825 7891 7926 7927
+6159 6236 13357 13496
+4849 4977 13390 13424
+1011 3777 3792 12793
+8885 8886 13403 13430
+4528 4592 6433 9035
+3336 3364 11958 11964
+558 559 4759 11193
+8888 8890 10918 12787
+11863 11904 11910 11965
+11500 13651 13652 13653
+8108 8359 8360 10063
+8108 8312 8352 8360
+9179 10674 12894 14417
+3768 8143 8882 12799
+8378 11192 12801 13393
+226 227 2188 8202
+5732 8642 8689 12608
+11185 13406 13415 13438
+4720 4889 11639 11640
+9008 12818 12948 14480
+7883 7892 7927 7932
+8144 11187 11188 12790
+8144 11174 11175 11176
+11153 11171 11172 11177
+11639 13624 13625 13626
+8379 11114 11116 11119
+3799 8321 8323 12790
+3642 5436 12608 12609
+1832 1833 4790 13409
+5585 5586 5694 13409
+7825 7891 7909 7927
+1461 1832 4670 4790
+226 2151 8203 8205
+7901 7902 10575 10579
+9156 10580 14021 14023
+997 1030 5470 12799
+5865 8136 9059 9064
+8699 11486 13623 13643
+11129 11143 11145 13053
+8773 8793 12965 12983
+5598 13414 13431 13434
+8626 8630 8631 13619
+4953 9064 13399 13414
+8807 8808 8821 13418
+7221 7222 14525 14530
+8060 8175 9467 9468
+8822 12719 12729 13280
+8821 8822 13417 13418
+11507 13619 13633 13634
+7901 7902 10595 10597
+7791 8846 10954 13379
+8831 13314 13417 13420
+4915 10960 13263 13420
+13397 13398 13399 13401
+11123 13386 13388 13392
+1845 5596 5597 13436
+5595 5596 5704 13377
+354 2461 10541 10564
+8842 10953 11102 13384
+5852 5853 13385 13389
+8884 11185 13425 13438
+8444 8445 9994 12369
+5248 11963 11965 11979
+13388 13390 13391 13392
+5705 5904 13391 13425
+4913 10947 13314 13417
+8804 8814 8824 13317
+8825 11098 11110 11111
+4909 4910 11137 11734
+10930 11733 13440 13441
+8824 13320 13371 13442
+4978 11282 13361 13448
+7902 7911 10595 10597
+5551 5659 5660 13485
+4801 4856 8299 9081
+516 517 11574 11575
+5660 5661 13361 13450
+8294 11055 11060 11280
+881 882 7457 10178
+7499 7500 7513 14661
+4880 4881 8639 11506
+10097 10098 13458 13804
+7815 8972 9094 9179
+8103 11138 11151 13053
+5887 8597 13573 13587
+393 394 10172 10173
+10128 10129 10133 10137
+10131 10133 10135 10137
+8323 11149 11150 11171
+4253 12245 12246 13188
+10170 10171 10177 10179
+8587 8588 12514 12523
+4964 11493 13599 13605
+7776 8080 10126 10161
+4709 4878 4879 13599
+7781 8282 9069 14663
+8282 13489 14663 14674
+8128 13464 13465 13467
+10594 10595 10596 10597
+11054 11287 13507 13579
+8506 11275 11276 13475
+186 187 2170 9766
+11059 11280 13465 13474
+11281 11282 13447 13468
+11279 11287 13470 13473
+11904 11910 11962 11965
+4710 4711 4880 11506
+5826 8503 13450 13471
+5661 5826 13450 13471
+13472 13500 13509 13581
+8638 8639 11510 13600
+13468 13469 13470 13471
+5819 5820 8450 13502
+8119 10146 13356 13463
+6157 6260 13344 13352
+5777 5820 8450 8501
+8118 8119 10146 13463
+7887 7911 14022 14390
+510 2786 2826 11480
+4853 13473 13499 13500
+59 1546 1794 9082
+5940 6105 6165 9078
+7922 7923 7929 7930
+5660 5824 8120 13450
+7915 7922 7924 9802
+1417 1418 4768 5936
+7915 7917 7924 9802
+10257 13826 13833 13836
+5554 5555 5663 13500
+11281 11282 13468 13469
+13469 13470 13471 13473
+8639 11507 13633 13634
+5661 5662 5826 13471
+4881 4959 4992 13635
+13450 13462 13469 13471
+4374 4377 10882 10904
+5822 5873 5902 13542
+7883 7925 7927 7932
+7826 7925 7927 7932
+5884 13507 13512 13517
+4805 4809 13510 13530
+7883 7891 7892 7927
+4696 4866 11351 11353
+7826 7909 7927 7932
+1657 11753 11913 11972
+4854 4861 4862 13472
+1799 5914 5926 13521
+7938 8767 8781 10791
+407 408 2693 6319
+4763 4853 13499 13500
+4644 5926 13498 13500
+2478 2517 10057 10100
+4644 4853 4854 13500
+5555 5663 5664 13509
+4046 4085 8524 9115
+5718 8112 8113 8127
+8277 8501 8502 14663
+5407 5717 8113 8114
+7938 8767 10791 12689
+5407 8113 8114 8500
+5717 5718 8112 8113
+7781 8286 13491 13492
+11350 11351 11353 13533
+8605 11328 11350 13593
+13555 13556 13577 13590
+4652 4934 13578 13591
+1745 5407 5408 7453
+5673 5674 5833 8613
+8084 11064 11209 11216
+11251 11327 13511 13515
+3195 3327 3359 11913
+5556 5914 13522 13534
+4764 5926 13500 13521
+3903 3904 3924 12831
+4696 11330 11350 11353
+13572 13573 13584 13585
+11276 11284 11286 13504
+7938 10785 10791 12689
+4868 4869 4931 11361
+5559 5666 5668 13544
+5666 5822 13537 13538
+4867 11361 13531 13541
+7938 8672 8767 12689
+4768 4812 4931 13552
+5814 8114 13463 13527
+5547 13359 13360 13523
+7938 8672 10785 12689
+332 333 6000 10318
+4814 11416 13553 13561
+11143 11145 11146 13052
+5984 6262 13359 13523
+332 333 2450 10317
+4702 4871 11382 11389
+4869 4931 11361 13547
+8608 11509 13582 13583
+719 11978 11983 11989
+3286 3337 3338 11951
+499 2820 11337 11357
+8600 11380 11381 13549
+8590 11361 13547 13551
+8594 11354 11355 13550
+8609 8635 12526 12529
+4709 13571 13582 13597
+11899 11903 11935 11960
+10430 13945 13962 13963
+4648 4811 4931 13544
+4814 4873 11416 13553
+4651 4770 4933 13561
+10430 13943 13945 13963
+4814 4873 4957 13553
+5423 5424 5726 8587
+5625 10430 13945 13962
+13553 13558 13561 13562
+5564 5673 13576 13591
+3576 8599 12504 12505
+3591 3599 3612 8615
+8597 13556 13574 13587
+4875 4876 4961 13575
+11126 11128 11130 13054
+4705 4706 11414 11415
+8588 11392 13566 13567
+1810 5565 5922 13604
+4708 4877 4878 13599
+8587 8588 8616 13567
+5423 5725 8587 12508
+5562 5563 5671 13588
+1807 4651 5928 13589
+10430 13943 13944 13945
+8892 8934 10067 10237
+5423 5725 5726 8587
+508 4708 11421 13597
+11480 11488 11505 11508
+5956 6122 6247 13957
+1418 4649 5915 5936
+4649 5915 13552 13557
+1804 1805 5560 5915
+8590 11361 13537 13547
+7995 12238 12265 12278
+4935 13591 13604 13606
+7959 7995 12265 12278
+5635 5784 14057 14086
+2138 2176 9244 9879
+5666 5668 5828 13537
+4811 13536 13543 13544
+13531 13535 13536 13538
+5873 8602 8603 11252
+4867 11352 13539 13541
+8590 11361 13537 13541
+4869 11361 13547 13551
+4966 4992 13610 13635
+7959 8037 12243 12278
+8789 12714 12732 14527
+4879 4880 4965 8639
+4867 4979 11352 13531
+5560 5668 13546 13552
+3587 8600 8615 12509
+4655 4819 4937 13618
+6122 6247 6306 10438
+4819 4959 4992 13610
+1430 1431 4655 13618
+8705 11650 13642 13722
+7950 7959 8037 12278
+4881 4882 11507 13635
+4821 4940 4962 11585
+8611 8612 11380 11381
+7970 7974 8016 12644
+2998 11624 11653 11659
+3523 8513 12459 12462
+4883 4966 4967 13616
+6526 9896 9899 9907
+5657 5666 5822 13538
+5668 13537 13544 13547
+12337 13230 13246 13248
+12337 13230 13231 13232
+7951 7981 8024 12326
+8590 13537 13541 13542
+517 4717 4718 11573
+11361 13531 13537 13544
+8112 8117 8123 8127
+5681 5889 13648 13649
+11585 13620 13630 13638
+8788 8794 8796 11071
+11481 11582 13651 13717
+4059 7205 7206 8750
+1976 7684 7749 8794
+8006 8008 8024 8045
+4886 11577 11583 13613
+7981 8006 8024 12308
+8112 8116 8117 8127
+5568 5569 5676 13632
+1138 4025 4026 8750
+4775 4938 13618 13631
+8117 8122 8123 8127
+4657 5929 13637 13650
+518 4718 4719 11638
+8705 11641 11650 13642
+517 518 4718 11573
+8696 8704 11641 13681
+521 8716 11629 11632
+5839 8696 8704 13649
+879 8122 8123 8127
+8112 8113 8123 8127
+4823 13640 13641 13656
+5573 5681 5682 13665
+8113 8123 8127 12430
+2884 2885 11514 11535
+11481 11577 11593 13613
+5785 8494 8498 8603
+11583 11584 13625 13654
+13625 13629 13641 13654
+8691 13626 13643 13645
+8498 8603 11250 13596
+8715 11641 13626 13658
+4058 4059 8750 8803
+4826 13660 13661 13694
+8705 11646 13666 13667
+4825 13646 13662 13663
+8589 8590 8591 13596
+4824 4825 13646 13679
+11674 13667 13668 13669
+2791 11522 11612 11613
+522 4722 11629 11645
+8717 11634 11635 12617
+11861 12985 12986 12987
+8717 11630 11647 11651
+8603 8604 13533 13540
+4718 11573 11583 13624
+4941 13647 13655 13656
+11566 11569 11608 11719
+4942 4993 13661 13663
+10934 11719 11720 13202
+10945 11709 13714 13720
+8603 8604 13514 13533
+10940 10945 11712 13711
+10934 11566 11567 11720
+9691 9692 9694 9696
+8603 8604 13514 13596
+9491 9492 9508 9510
+1442 4661 5923 13678
+2277 2318 9501 9520
+4826 4942 4993 13661
+4826 4968 4993 13661
+13260 13270 13274 13310
+11 760 761 7994
+11 761 7959 7994
+720 721 11970 11994
+5941 5942 6106 13529
+8723 13261 13272 13341
+4832 4944 13302 13309
+5841 5843 5895 13715
+5578 5686 13313 13707
+1545 5549 13525 13529
+7789 11926 11927 11929
+13688 13689 13704 13708
+8732 11699 13687 13708
+1488 5940 9075 9079
+4685 8121 9082 9084
+5635 5901 9170 14057
+8732 11696 13685 13712
+7950 7994 8037 8040
+11581 11582 13623 13627
+11465 11591 11593 13718
+720 721 4294 11994
+4885 4940 4962 11585
+5875 5909 8627 8631
+11481 13653 13717 13718
+11485 11576 11578 11581
+8774 8777 11161 13038
+8774 8777 10812 11161
+5579 5686 5688 13313
+5008 5985 13525 13529
+7994 7999 8037 8040
+4809 4866 4979 13510
+10945 13690 13713 13714
+6255 10742 13762 14119
+14121 14122 14134 14135
+5710 9097 14134 14727
+9108 14121 14122 14123
+13728 13745 13785 14131
+2116 9506 9508 9521
+6226 6227 10028 13753
+10399 13970 13971 14001
+6295 10060 13794 13795
+10 760 7994 8009
+8777 11161 12365 13038
+10060 13792 13793 13795
+5653 13347 13501 13503
+8866 8868 12793 12794
+6050 6227 6228 13754
+8455 9999 10004 10009
+8432 8444 8445 13759
+9071 13479 13480 13481
+10050 10058 10090 10093
+8119 13350 13356 13358
+8435 10029 13789 13790
+619 620 3097 6794
+5650 13756 13757 13792
+2116 2155 2326 9522
+13750 13751 13752 13754
+8436 13748 13750 13752
+10050 10058 10090 13761
+6301 10146 13354 13481
+7795 9329 9941 9994
+8437 10028 13753 13789
+5654 5885 13358 13480
+3775 3805 12752 12753
+10048 13345 13501 13805
+5652 13779 13794 13805
+620 3097 3098 6836
+7980 7981 8009 12326
+5642 5811 5812 13766
+5536 5645 13781 13784
+5537 5637 5645 13782
+5717 5718 5821 8112
+8304 10195 10196 10199
+12809 12810 13776 14485
+2116 2272 2326 9508
+5868 5885 8115 13463
+11930 11932 11993 13024
+7108 7131 7142 14487
+5644 13728 13785 14131
+7951 7980 7981 12326
+10778 10920 10962 11011
+7950 7959 7994 8009
+6048 6225 10023 10028
+7950 7959 7981 8009
+8428 8440 10018 10020
+5655 5814 8119 13497
+5718 5821 8112 8116
+6050 6227 13751 13754
+2312 2343 9297 9300
+6153 6227 10051 13741
+6259 13738 13741 13742
+5979 6098 6154 13796
+8118 8119 13496 13497
+8019 8022 8025 12320
+8436 8451 10006 13750
+8436 8442 10006 13748
+6155 13343 13780 13794
+8011 8022 8023 8025
+8025 12313 12320 13223
+8027 8028 8029 8047
+6155 6295 6310 13794
+7749 8788 8794 12732
+11854 11858 11859 11918
+7997 11624 11653 11659
+8430 8437 10022 10028
+8011 8027 8028 8047
+8036 8038 8039 8042
+8038 8041 8042 12306
+8000 8038 8041 8042
+5712 5813 8435 13806
+8352 8364 11155 11169
+10256 10262 10264 13828
+8142 13813 14486 14487
+8306 10065 10071 10075
+321 10071 10075 10076
+9049 9052 10076 13811
+7804 8374 8378 8381
+7801 8117 9067 9074
+8306 8357 10078 10259
+10075 10082 10084 13811
+8363 10256 10261 13826
+9295 9296 9301 9455
+8356 9125 13817 14490
+7171 8314 8353 14493
+8353 9126 10260 14490
+5996 10293 10295 10303
+7175 8358 9126 14495
+10066 10238 10291 10298
+7555 7556 7586 14711
+10066 10250 10253 13824
+10214 10226 10227 10228
+10074 10258 10297 13839
+1983 11832 11858 12354
+11785 11854 11906 11916
+5992 5993 10249 10256
+7781 10135 13487 13488
+122 123 2086 4120
+5993 6170 6171 10257
+10239 10253 10254 10265
+5994 10257 10297 13835
+8363 10256 13826 13828
+7781 13487 13488 13490
+7950 8040 8045 12279
+7950 8008 8040 8045
+7950 8045 12271 12279
+5610 5787 5790 8391
+5748 5755 5858 8133
+10297 13835 13836 13847
+10239 10254 10267 10299
+6114 6164 6172 13849
+9290 9297 9325 9350
+6065 6114 6164 13852
+7950 8006 8045 12271
+5998 6175 6176 13857
+10777 10778 10894 10920
+8996 8998 9168 12900
+6247 10438 13957 13959
+10293 10294 10302 10303
+10073 10297 13848 13849
+4047 4069 12472 14622
+210 2143 2182 9325
+8053 12830 14524 14759
+8051 8857 14519 14759
+6164 6172 6173 13848
+7134 14518 14519 14521
+1495 5504 13845 13846
+2143 2182 9293 9325
+10315 10316 10318 10320
+333 334 2490 10316
+8124 8125 8127 13483
+10221 10277 13853 13871
+337 338 2492 10347
+6003 6180 10328 13899
+6937 8053 12830 14524
+5995 6173 10296 10297
+6937 7623 8053 12830
+8053 14518 14522 14524
+6455 6573 10550 10561
+5794 8946 13859 13877
+10244 10270 10272 10273
+9578 10276 10304 10306
+8124 8127 8493 13483
+8125 8127 9073 13483
+8955 10325 13880 13896
+6179 6180 10346 13893
+11273 11276 13465 13475
+337 6004 10344 10351
+9238 10054 14145 14737
+10321 10328 13881 13883
+9130 10353 13899 13900
+11059 11257 13465 13474
+5756 5796 5797 8954
+10352 13896 13897 13898
+6180 6181 6305 13899
+8924 8959 9578 10220
+8948 8956 10277 13882
+6002 6179 10321 10328
+8955 10328 13870 13881
+8064 11885 12004 12006
+11884 12029 12031 12032
+6074 6122 6246 13957
+5211 5315 11831 11911
+10350 10352 13896 13897
+9134 10350 13896 13897
+6247 10438 13936 13959
+5956 6074 6122 13957
+5620 5621 5798 13917
+6185 10394 13911 13921
+1506 5513 13914 13939
+8161 9467 9469 9471
+8064 11884 12028 12031
+5757 5799 8961 8962
+9132 10394 13916 13924
+10473 13934 13998 14000
+13450 13468 13469 13471
+5827 11054 11287 13471
+8960 8961 13923 13925
+11278 11286 13466 13579
+10145 13463 13526 13527
+10145 10175 13526 13527
+7779 8073 8084 11216
+8963 10402 13918 13919
+7779 8073 8262 11216
+2171 9793 9794 9801
+1510 1576 1577 6076
+6192 13952 13964 13970
+10438 13942 13946 13959
+8073 8084 11216 13086
+8073 8262 11216 13086
+10399 13949 13970 13971
+8118 10145 13463 13527
+5519 13980 13986 14007
+347 6014 6015 10436
+8073 8075 8084 12437
+8286 10145 13463 13526
+2481 8285 8296 10172
+6247 6288 10438 13936
+8947 10303 13858 13863
+8246 10134 10159 10168
+8113 8114 8282 13492
+6126 13961 13966 13967
+5655 5814 5885 8119
+5626 5771 5879 13956
+6515 9817 14323 14338
+5625 10430 13944 13945
+10430 13943 13963 14001
+5248 11863 11946 11965
+5517 5625 13962 13982
+355 2461 10549 10564
+9156 9157 14023 14035
+11282 13361 13448 13449
+10667 14057 14068 14086
+10656 14044 14063 14064
+7485 8500 14663 14674
+7824 9014 10514 10570
+13454 13457 13458 13477
+10467 13974 13977 13995
+351 6018 6019 10523
+6199 6200 10569 13988
+352 6019 6020 10515
+2480 2481 8285 10172
+393 2480 2481 10172
+8448 8452 8501 8502
+6126 6127 13966 13967
+8447 12377 14652 14657
+3162 3202 3363 11903
+6128 6249 13980 14007
+8094 8097 12798 12807
+5518 5519 5626 13983
+5660 5824 5825 13450
+10516 13979 13984 13992
+1516 1517 1587 14058
+8093 8094 8097 12798
+10425 13954 13980 13984
+6130 13991 14008 14009
+5520 5629 13985 13991
+8964 9136 14448 14453
+9140 13931 13932 13999
+9459 9460 9467 9471
+5788 5802 5879 13971
+10810 13003 13004 13029
+5719 5824 5825 8504
+10572 13975 13990 13996
+6020 13974 13975 13976
+6196 6290 10516 13984
+5960 6079 6128 14007
+8813 10924 11731 13317
+10919 10961 11010 11011
+1585 1586 5962 14015
+10454 13989 14025 14026
+5962 6080 6121 14008
+13990 13992 13993 14009
+10926 11730 11732 11733
+8811 13372 13375 13442
+14017 14018 14019 14036
+8947 10303 13857 13858
+11734 13372 13375 13442
+9021 10580 10581 14023
+7885 9177 10610 14397
+5487 5488 5764 9006
+9163 14018 14030 14032
+14029 14030 14048 14049
+5696 5789 13416 13438
+9021 9022 10571 14021
+6950 6981 9152 14391
+9431 9460 9467 9468
+3335 11897 11898 11905
+6949 6950 6981 14391
+9171 10666 14053 14078
+4952 4953 13399 13414
+9158 9161 9175 14405
+6205 6292 10657 14045
+6135 6270 6292 14061
+5634 14050 14062 14071
+1591 5965 6083 14065
+2171 2336 9793 9794
+6204 6205 6292 14045
+916 7370 7371 14641
+5598 13414 13431 13432
+2122 9606 9610 9612
+1963 9606 9608 9611
+5885 8119 13356 13463
+5633 9163 14041 14050
+6084 14069 14070 14071
+12158 12171 12173 12174
+10656 10657 14044 14064
+3139 3178 12144 12176
+8114 8115 8501 13495
+11841 11896 11901 11902
+5526 14060 14068 14069
+5968 6252 14087 14118
+6031 6208 6209 10679
+5716 8114 8115 8501
+10671 10677 10679 14126
+6136 6252 14085 14088
+5814 5868 8114 13463
+5901 9169 14055 14081
+13001 13009 13027 13028
+9092 14085 14095 14096
+5901 9169 9170 14055
+2506 2633 2670 10642
+3115 3281 5211 11831
+5848 8829 8831 13422
+8995 8996 9168 14093
+10653 10665 10666 14074
+5885 8115 13356 13463
+6132 6138 10667 14089
+2404 10619 10624 10625
+5014 5967 6086 14090
+6662 6663 9614 14249
+5527 5617 14086 14089
+650 4223 4224 8165
+6138 10667 14072 14089
+9102 14101 14102 14106
+5739 5745 5849 8829
+9090 9168 9178 14128
+13003 13005 13028 13029
+10657 14044 14045 14064
+10890 11081 11082 13004
+6209 10672 10699 14084
+166 167 9607 9609
+5808 9102 9103 9110
+650 4223 8165 11886
+9110 10725 14099 14114
+9102 14099 14101 14114
+2664 10416 10419 10431
+5969 6088 6253 14108
+5532 5640 14110 14119
+649 650 4223 11886
+4836 4947 13330 13369
+8126 11034 11051 13532
+6212 6274 6277 10725
+6211 6212 6274 14099
+5639 5808 14101 14114
+7780 11034 11051 13532
+5810 5811 9107 13764
+4947 13330 13334 13335
+10742 13762 13764 14119
+10703 10725 14099 14113
+5810 5811 5861 9107
+5641 5642 5811 13764
+6144 6145 13726 13774
+4384 4385 10836 10977
+6140 14098 14100 14104
+8160 11867 11868 12995
+10397 10433 10441 10471
+7483 7499 7500 14661
+8947 10292 10294 10302
+10729 10731 10740 10741
+5639 14105 14114 14124
+5639 14101 14105 14114
+13332 13334 13335 13336
+5694 5869 13368 13375
+5637 5646 5807 13772
+9024 11932 11987 13022
+2409 4618 10684 10714
+2575 2576 2635 10718
+4555 4618 6578 10713
+6460 6735 10713 10715
+9235 9268 9976 9977
+369 10700 10719 10723
+6698 9926 9935 10768
+6533 9278 9282 14149
+9907 9908 14140 14141
+2471 2638 9982 10007
+3492 7778 8159 8160
+2254 2311 2342 9271
+4015 4069 12472 14622
+2144 2183 9290 9304
+8126 11051 12438 13532
+3485 3504 3519 12444
+9266 9943 10152 14146
+8867 9024 13017 13048
+749 784 9281 9294
+2257 2312 2343 9300
+10430 13970 13971 14001
+205 206 6532 9278
+206 6533 9278 9282
+16 748 749 852
+9282 9285 14151 14152
+4040 4047 4069 12472
+6709 6743 9970 14163
+8398 8404 9327 9400
+9355 9356 14160 14162
+558 559 11172 11193
+9330 10040 10041 14161
+9390 9391 9393 9394
+7806 8138 9050 13396
+11157 11169 11191 11192
+214 2145 2184 9337
+9342 9955 10041 10153
+8259 9405 10091 10102
+4565 4627 6588 9972
+9318 9320 9898 9905
+6539 6540 9358 14162
+9342 9953 9955 10153
+211 212 2144 9290
+9347 9348 9385 9473
+8793 10971 10975 12965
+5131 9295 9296 9301
+2344 9304 9348 9389
+6539 9335 9355 14159
+782 9347 9385 9473
+9298 9304 9348 9473
+9238 10054 14145 14146
+850 7542 7543 12373
+749 9236 9351 14150
+9236 14144 14145 14151
+10430 13965 13971 14001
+3403 3446 8408 12393
+8221 14491 14493 14494
+6477 6478 14165 14166
+3139 12145 12151 12176
+9387 9390 9413 9452
+5704 5853 13389 13391
+11933 11978 11987 11989
+2522 2523 2653 10182
+4976 11123 13315 13363
+2027 2028 2191 9482
+9380 10185 10201 14181
+6598 6642 6649 10202
+8344 8351 10182 10183
+8102 9380 10185 14181
+7147 7164 12877 14503
+8326 10217 10218 14188
+8337 8344 10185 10201
+8878 8886 8887 13380
+1970 7102 9376 14194
+6482 9537 9541 14182
+7133 9376 12815 12816
+1970 9376 14193 14194
+8886 8887 13380 13430
+8200 9375 9376 14193
+9545 9553 9556 14182
+8218 9028 14184 14196
+5240 5268 9662 9673
+1641 1642 1997 5140
+8232 9537 9541 9543
+1902 7625 7743 14467
+2155 9513 9522 9554
+8909 9546 9572 9576
+3852 3856 3881 12864
+11102 11122 11123 13384
+5846 5869 8811 13368
+6651 10218 14187 14199
+5742 5846 5869 8810
+159 160 9527 9574
+9024 13007 13047 13048
+6492 6660 6758 14239
+8916 14212 14213 14215
+7746 8981 8982 14467
+8146 10084 13811 13818
+6761 10240 10241 14220
+4669 4789 4947 5584
+9024 13007 13008 13048
+6657 6658 6762 14217
+5693 5694 5869 13368
+8923 12885 12888 12889
+8146 10082 10084 13811
+8907 9580 14210 14221
+1966 8907 14224 14234
+6659 6762 10288 10331
+9580 14210 14211 14221
+4285 4286 12985 12987
+1035 1036 12888 12889
+1035 7027 12889 14431
+8318 8319 11167 11168
+8867 9024 11987 13017
+9632 14250 14251 14254
+7094 7099 7100 14464
+148 2111 8155 8167
+7053 8925 9187 14445
+1477 4797 13364 13365
+14243 14257 14259 14260
+9626 9627 9634 9638
+9135 10341 10343 10348
+9187 9194 9195 14252
+9055 9056 13400 13401
+14250 14254 14258 14265
+168 169 6495 9616
+1476 1477 4797 13365
+9430 9432 9433 9458
+2111 2273 2274 8168
+8920 9188 9593 14237
+6663 6750 14249 14266
+1478 1843 5935 13377
+13344 13346 13347 13503
+6606 10310 10311 10336
+6491 6492 6660 14239
+9187 9615 9632 14242
+8925 9611 14238 14244
+9644 14280 14282 14286
+6611 6668 10414 10421
+1960 9669 9681 9715
+6498 6499 9646 14264
+6665 6666 14258 14261
+14254 14255 14259 14265
+9024 13006 13007 13008
+9192 9194 9636 14271
+9155 14023 14025 14035
+1072 6946 6968 14371
+6262 13523 13524 13525
+9192 9636 9640 9715
+9716 9717 14263 14270
+2620 2665 2683 10418
+10048 10098 13345 13780
+10881 11928 11929 12985
+9642 9643 10463 14301
+6498 9646 14250 14264
+148 8155 8169 8177
+148 8155 8167 8177
+713 3161 11851 11853
+9644 9645 10484 14282
+2168 9743 9763 9777
+7839 7840 9751 14294
+6724 9714 10466 14283
+7836 7842 7843 9182
+9748 9750 9751 14291
+7834 9748 14291 14327
+5658 9079 9080 9083
+7842 7894 14295 14297
+2611 10499 10502 10631
+5652 5653 5819 13805
+4579 4608 10446 10447
+7842 7843 9741 14321
+9071 13480 13501 13502
+6192 6265 6289 13963
+9752 9788 10506 14293
+9743 9777 9778 14287
+7828 9738 9744 9747
+4384 10836 10977 12964
+6939 7907 7908 14389
+1892 1893 1955 7907
+9 7883 7891 7892
+5653 5820 13480 13501
+7810 7865 7867 9730
+7822 7826 14310 14326
+1955 1991 1992 7810
+5885 13356 13358 13480
+5820 13480 13501 13502
+5544 5652 13343 13347
+6620 9809 10535 10539
+5544 5652 5653 13347
+5544 13346 13347 13349
+102 2065 4152 9725
+2611 2626 10502 10505
+7821 7870 7904 7905
+6963 7891 7907 7908
+2564 2629 10553 10585
+7862 7863 10538 14324
+5544 13343 13347 13349
+7900 10537 10538 10632
+185 6511 9774 9776
+6621 6683 6730 10560
+7885 10596 10610 14397
+7911 10595 10596 10597
+7863 7864 10546 14401
+14324 14336 14337 14339
+8145 8381 9047 14486
+2111 8155 8167 8168
+8252 8253 8274 8284
+9387 9388 9390 9452
+1975 11852 11927 11930
+7845 7862 14322 14335
+5691 5891 10903 11728
+7817 7925 9816 14333
+11074 11923 11936 13006
+7854 9859 9860 14348
+6515 9803 9817 14323
+8155 8163 8169 8177
+7857 7858 7859 10584
+188 189 9784 9803
+6521 9854 9860 14348
+9794 9811 9813 9826
+1978 11822 11834 11835
+7816 7914 9811 9812
+5805 9153 9163 14018
+8155 8163 8167 8177
+7871 9849 9850 14351
+192 193 6519 9847
+7109 8095 12811 14491
+222 9042 9442 9443
+6989 7002 7008 12903
+7857 7912 9861 14352
+11796 11823 11825 12351
+2270 8172 9429 9433
+7875 9174 9840 10681
+7913 9832 10627 10638
+5742 5846 5863 8738
+7871 9223 9885 9888
+4015 4040 4069 12472
+2099 2262 2263 9314
+6522 6691 9888 9889
+6629 6736 9978 14138
+10715 10718 10744 14365
+11937 13006 13008 13009
+7037 7038 7066 12948
+10357 10377 14374 14379
+4846 4950 4974 13337
+3987 6920 12935 12944
+10879 13006 13008 13009
+6946 6968 14371 14381
+6946 8991 14371 14381
+8989 12955 12960 14371
+11037 11038 11235 11253
+1065 6943 6970 14376
+1918 7640 7641 14559
+12945 12946 12958 12959
+7037 12945 12946 12958
+5593 5702 13340 13367
+11987 11988 11989 13047
+4667 4787 4945 13270
+1070 8978 8979 14369
+9018 14375 14378 14379
+11891 12997 12998 12999
+11823 11856 12352 12354
+5737 5783 8706 8726
+8987 8989 9201 14479
+8166 11889 11890 13070
+1069 6945 7823 14369
+9157 14021 14023 14383
+7965 11796 11797 11825
+6021 6199 10569 10572
+6996 7014 14382 14390
+4057 4079 4080 7324
+9021 10566 10569 13994
+354 355 2461 10564
+7886 7911 10595 10596
+7887 14022 14390 14392
+9174 10649 10650 14415
+3495 8495 12447 12449
+537 538 2839 11094
+4721 11632 11637 11640
+9740 9745 9746 14291
+7840 7842 9703 14297
+4674 5589 13262 13311
+7006 7844 14387 14388
+8166 12996 12997 13070
+1790 5489 6950 14404
+6982 6997 6998 9154
+7858 7859 14337 14423
+7002 7015 14402 14409
+7109 8095 12811 12813
+7010 7017 7018 7884
+10069 10298 10302 13868
+6974 6994 14334 14398
+13311 13413 13433 13443
+7002 7008 7015 14409
+7837 14306 14327 14328
+6974 6994 7006 14398
+4674 4841 4844 13311
+191 192 2134 9831
+7778 8086 13085 13086
+1838 5590 5591 13269
+7109 7139 7140 8095
+7873 9838 14345 14425
+6269 13955 13964 13967
+8086 11891 12998 13075
+4832 4833 13309 13310
+4973 10946 13302 13303
+1858 3946 6857 6858
+4994 10946 13302 13716
+5091 8153 8173 11819
+14417 14418 14419 14421
+10900 13321 13322 13331
+7017 7019 7885 14393
+7913 9840 10618 10652
+7016 7017 7019 7885
+4906 13322 13323 13331
+4737 4906 13322 13323
+13320 13321 13322 13323
+1676 5096 5187 6771
+5472 7029 14428 14435
+4736 4737 4906 13322
+7025 7073 14428 14435
+7029 7073 14428 14435
+8084 8086 8189 12437
+2263 2264 2317 9394
+4272 4447 12363 12974
+8953 14428 14434 14435
+7965 11797 11818 12342
+7033 7063 14460 14468
+1675 1676 5187 6771
+9597 9599 9607 9609
+547 4747 4748 13285
+7952 11745 11747 11748
+5739 5849 5859 8833
+3934 7741 8894 12954
+8907 9580 14210 14234
+3206 3333 3382 8173
+3333 8153 8173 11819
+9137 14453 14460 14466
+5475 9136 14447 14461
+11777 11795 11832 11846
+7833 8982 8984 8986
+11006 11103 11107 13293
+7090 7093 7096 14444
+3899 3900 3922 12850
+7782 8175 8179 8190
+7061 7078 7090 13960
+11785 11842 11906 11940
+7064 7080 7089 9012
+1660 2018 11748 11846
+8800 10818 10981 11005
+5117 6800 6842 11773
+7034 7064 9012 14468
+9010 9011 14377 14379
+8931 14466 14468 14469
+8838 8852 8853 13295
+3864 3892 8940 12838
+2017 11842 11906 11940
+5759 5788 5802 13971
+9011 9012 9013 12959
+14460 14461 14462 14469
+7090 13960 14444 14449
+2925 3008 10890 10969
+7034 7064 7065 9012
+11783 11785 11843 11844
+8931 9147 10378 13948
+6945 7823 14370 14380
+10954 11021 11107 13289
+3929 3930 9007 12947
+3929 3930 3958 12947
+7146 7147 9129 14503
+51 1014 1149 7118
+7782 8190 8194 9041
+353 354 2500 10541
+1308 4221 8249 8251
+8158 8175 8179 8190
+1781 5475 7032 14447
+6193 6269 13955 13964
+11107 13289 13293 13294
+8990 9201 9705 10357
+8835 13282 13283 13286
+4271 4272 4447 12974
+5700 5701 5850 10816
+7068 7069 7083 14479
+5701 5850 10816 13297
+1308 8090 8250 8251
+3898 3913 3924 6916
+3329 11758 11759 11761
+4948 11023 13278 13301
+8897 8898 12822 12823
+7041 7069 12821 14481
+1071 1072 3933 12955
+8377 11099 11100 11115
+6972 6978 7836 14370
+5710 9927 10758 14136
+7803 10066 10067 10298
+7782 8178 8179 8190
+5582 13273 13324 13325
+11037 11197 11235 11409
+1828 1829 5582 13324
+5391 5708 8993 14702
+13302 13306 13309 13310
+10902 10995 12975 12979
+5746 5865 8139 9058
+1770 5457 7107 8385
+4668 4787 4834 13324
+3139 12144 12145 12176
+8221 8315 14491 14493
+6612 8344 10183 10185
+8101 8221 8315 14492
+1005 8210 8211 11985
+545 546 2843 10915
+5698 5848 13265 13422
+8096 8221 14178 14494
+7787 8317 8910 9377
+4843 13263 13265 13267
+10779 10860 10864 13256
+7170 7179 14507 14508
+5392 9086 14717 14718
+10779 10860 13254 13256
+12854 12880 12881 14508
+3847 3876 12856 12866
+12332 12338 12340 13241
+8216 9548 14497 14498
+3901 12854 12880 12881
+7178 14496 14502 14504
+7968 12335 12649 13251
+12834 12880 14500 14507
+7788 8353 8354 10260
+12316 12333 12334 12336
+9127 10067 14495 14496
+8903 8914 10208 12861
+6849 6909 7150 14510
+7183 7184 7186 14513
+7184 8938 14513 14517
+5637 13770 13782 14132
+1985 1986 7964 11787
+1987 7687 12649 13251
+6850 6851 6885 12841
+7167 8938 14510 14516
+2926 3008 10968 10969
+7750 8670 12651 12661
+14518 14521 14522 14524
+2925 2926 3008 10969
+7953 13242 13245 13252
+7953 12340 12347 13242
+3149 3188 12312 12316
+1306 6428 8063 8197
+11118 11159 11163 11186
+7953 12338 12345 13250
+7157 7173 14519 14523
+1306 6428 8197 8198
+206 9275 9277 9280
+10818 11067 11104 11105
+4265 4266 4441 14744
+3492 3504 12444 12995
+967 968 12727 12728
+1978 2012 2013 11834
+10989 11073 11075 11077
+3798 12790 12802 12803
+8841 8875 12767 12773
+966 967 7218 12724
+7957 13230 13248 13249
+8860 12762 14532 14535
+7970 13230 13247 13248
+3731 3749 3750 12726
+7956 13229 13230 13235
+7224 7234 12760 14526
+7224 12733 12760 12775
+3826 3827 8856 12768
+223 8194 9042 9443
+5710 5812 9927 14136
+11118 11159 11160 11186
+10069 10265 10298 10299
+4721 4722 11629 11650
+7259 7263 7265 14533
+10961 10962 11011 11725
+3827 3836 3840 12777
+221 222 2149 9442
+7785 8197 8198 13085
+7246 7258 7264 14548
+8088 8197 8198 13085
+8864 9123 12743 14543
+4070 4072 14554 14561
+7253 7257 7263 14542
+8863 8864 14552 14557
+8876 12744 12746 14551
+13229 13230 13234 13235
+7243 7244 7262 8875
+7954 13214 13215 13234
+1774 1775 5462 7115
+1215 2024 4089 8206
+1118 4073 7254 14560
+61 2024 2025 4132
+4032 4038 4042 12743
+61 2024 4089 4132
+2089 2252 2253 9262
+3814 3831 12743 14543
+932 3626 12659 12664
+8020 8021 12649 13240
+1215 2024 8203 8206
+7273 12665 12667 14562
+982 3725 8750 8752
+11752 11754 11755 11756
+2024 8203 8206 9479
+1972 7786 11974 11985
+7108 7131 14485 14487
+4058 7331 7341 8803
+1804 5559 5927 13552
+12335 12336 13241 13247
+1438 1817 5938 13657
+7786 11974 11984 11985
+12319 12322 12336 13228
+7274 7294 7300 14571
+7294 7300 7301 14573
+8683 8684 12679 14573
+12337 13228 13230 13231
+7786 8215 8223 8225
+4262 12337 13228 13246
+7303 7336 14581 14586
+8208 8215 8224 8225
+7299 14577 14581 14582
+9205 14586 14587 14594
+1926 7269 7290 9205
+7953 13242 13247 13252
+31 1914 7636 12732
+7939 8676 8731 12652
+4066 4087 4088 14585
+3572 3581 12552 12553
+1692 6782 6824 12196
+8583 12565 12571 12572
+3237 3238 12165 12201
+4036 4041 4066 14583
+5355 12166 12167 12201
+4271 4446 4447 12975
+4261 12323 12324 13228
+8229 8236 8237 11952
+951 952 7287 12590
+724 725 7999 8038
+7963 8011 8025 8046
+7971 13216 13217 13236
+1153 1154 4133 5151
+7971 13216 13235 13236
+7663 7714 12562 12576
+8020 8021 12321 13240
+7427 7434 7437 9206
+4011 4034 12448 12482
+7956 8021 12645 13235
+7944 8030 8048 13221
+8236 8237 11950 11952
+8020 12318 12320 13240
+3531 9208 9209 12478
+2799 2943 2989 10988
+7434 14608 14609 14614
+7392 7419 7424 14616
+8524 9115 12474 14623
+9206 9208 9209 14628
+4044 4071 7422 14609
+1113 14602 14604 14606
+7971 13216 13217 13221
+7936 7972 7977 13206
+1111 1112 14610 14613
+12480 12481 12483 14613
+3279 3280 3362 11828
+3487 3527 7706 8472
+7404 8472 8473 14637
+863 864 1123 3478
+4050 4074 4085 7407
+4046 4047 8524 12474
+3530 9209 12475 12476
+10935 11565 11596 13206
+8524 14605 14621 14622
+4050 4069 4085 14605
+7429 7430 7436 8525
+7998 11602 11604 13206
+12431 13488 13489 14675
+7942 7998 10935 11604
+8245 10170 10177 10179
+8245 12431 13488 14675
+8057 8058 12478 14633
+7977 8001 10935 13206
+7427 7434 9206 14609
+8485 14612 14617 14625
+7402 7417 7418 14636
+7942 11565 11604 11605
+4554 6459 6577 10684
+10381 10383 13926 13927
+8245 10179 12431 13488
+8488 12466 12467 12471
+3532 3537 12471 12479
+8245 10170 10179 13488
+9401 9402 10101 10115
+2943 10893 10898 10988
+4016 7361 7393 7394
+891 5413 5414 8496
+7367 7368 12492 14642
+8398 9213 9215 9401
+8398 9215 9216 9401
+7977 7993 8001 10935
+8406 12410 12412 14645
+636 3113 6802 6844
+1878 6883 12485 14645
+6883 6903 12410 14650
+3467 3474 3475 12408
+6903 12408 12410 12414
+4253 4254 12245 12299
+6883 12410 12412 14645
+7474 7496 12394 14649
+6627 6692 6734 10686
+349 350 6017 10470
+8254 8276 8278 10165
+4255 4430 12298 12299
+2078 2241 9864 9865
+11442 13209 13212 13213
+12254 12259 13194 13196
+3309 3348 12169 12172
+8254 8255 10162 10165
+8254 8276 10101 10165
+12377 12383 12388 14654
+7493 7494 12388 12402
+11793 11794 11822 11833
+7079 7080 7092 14466
+12377 12382 12387 14653
+3475 12395 12406 12408
+12250 12252 12256 12257
+8253 8262 8264 8267
+8459 9941 9994 12369
+850 3421 8398 8404
+3453 3472 12383 12384
+8252 8253 8267 8268
+7488 8244 14665 14675
+678 4251 4252 12257
+10135 10137 10138 10142
+8252 8253 8266 8268
+7485 7486 14663 14674
+11402 13194 13195 13196
+872 873 3486 7703
+11402 11403 11431 11558
+883 7458 7459 12433
+3297 11762 11763 11833
+3403 3433 3446 12393
+8267 8268 8271 11217
+3480 3509 12448 12482
+7459 7490 7491 14676
+9213 9339 9401 13100
+7500 7501 14665 14666
+10171 10176 10177 10179
+2838 2989 10898 10988
+7489 7490 7503 14667
+7099 14450 14451 14464
+7458 7459 12433 14676
+8270 8271 11217 13000
+8126 8291 11051 12438
+5388 5389 5495 8462
+7547 7561 8466 14682
+829 3394 12419 12423
+9003 12420 12425 12426
+829 3395 12419 12425
+11403 11519 11558 13181
+4248 4249 13171 13173
+8267 8270 8271 11217
+4283 11827 12971 12972
+8267 8270 11063 11217
+833 834 7529 8423
+835 1946 7522 14688
+2190 2191 2321 9481
+7764 8410 8426 12926
+8254 8278 10162 10165
+8466 9001 9002 12897
+11403 11431 11558 13181
+11399 11557 11558 11590
+10818 10985 11006 11105
+8465 9001 12899 14695
+2302 2340 9866 9891
+7585 14695 14703 14715
+12261 13173 13174 13179
+5170 9862 9864 9865
+5392 5393 5709 14718
+4248 4423 12187 13171
+11403 11431 13175 13181
+7579 14719 14720 14725
+4519 11447 13167 13168
+11404 11432 11433 13168
+7587 7594 7600 14709
+11489 11502 11503 11508
+9113 9114 9974 14722
+8531 8548 12152 12193
+4244 4419 4420 13164
+4157 5169 9822 9863
+9113 9321 10728 10733
+4243 8548 12146 12148
+9887 10693 10700 10704
+12152 12193 12194 13164
+9101 9114 14701 14705
+6514 6683 9807 14323
+9235 9321 9931 9977
+4243 4244 12152 13164
+9934 9986 10016 10756
+7744 8556 12533 12534
+9985 10013 10014 10755
+8529 8532 12518 13169
+9099 9109 10735 10736
+548 10952 10956 13290
+7581 14133 14735 14736
+9099 9114 10727 10735
+12810 13776 14485 14487
+7579 14703 14715 14720
+9108 10739 14115 14116
+7579 7591 7597 14714
+9318 9898 9902 9905
+6573 10551 10552 10561
+751 9276 9919 9921
+9276 9277 9323 9919
+751 9276 9323 9919
+2774 2813 8274 8287
+8537 11224 11314 13154
+10741 10753 13763 14123
+9934 10016 10017 14735
+13776 13810 14486 14487
+9109 9932 10749 14736
+2470 9976 10011 10012
+6512 6680 6681 14312
+11038 11235 11254 11409
+9985 10012 10013 10014
+1008 7726 7727 12763
+2066 2229 2230 9725
+2774 2813 2940 8287
+1888 1889 6937 7623
+8801 8870 12761 14532
+7639 8858 12763 12765
+2774 2817 2940 8287
+7684 7763 8794 12794
+2817 2940 8287 11061
+7639 7726 12752 12763
+1917 7190 7214 9204
+1183 4110 4153 9724
+6061 9068 10173 10180
+8248 10176 10179 10180
+4408 12101 13147 13149
+8295 9066 10179 10180
+9067 9068 10180 13491
+9068 10180 13487 13491
+1881 1882 7616 12418
+10881 12985 12986 12987
+2067 2230 2231 9724
+7445 7467 7472 14645
+8316 8325 10214 10228
+711 712 3160 11928
+1090 3942 12908 12915
+11223 11224 11289 13137
+8305 10080 10197 10230
+3127 3341 8235 8237
+14581 14582 14586 14587
+3330 11762 11768 11837
+5026 5129 5219 12015
+6105 6165 6280 9078
+10818 10916 10952 10984
+7140 7171 8353 14493
+2063 2064 9726 9729
+8314 8353 8354 14496
+8314 8354 9549 14496
+7171 8314 8353 14496
+9552 10293 10299 10302
+8101 10194 10201 14181
+8101 8337 10200 10201
+8101 8337 10185 10201
+4407 4408 13134 13141
+4016 7362 7394 14615
+4235 4410 4411 12128
+6515 6683 6684 14338
+4236 4411 12127 12128
+8325 10195 10197 10199
+8325 10193 10197 10199
+8540 12126 12127 13151
+4410 4411 11342 12128
+5466 8839 12759 12776
+8091 8312 8336 8360
+8312 8336 8338 8341
+3699 3729 12713 12720
+8091 8312 8336 8338
+992 5451 5452 8739
+4927 11185 13406 13415
+10069 10295 13835 13847
+8312 8342 8352 8360
+1141 4028 7202 7203
+8312 8336 8342 8360
+11118 11152 11159 11160
+2192 2272 2279 9491
+5889 8696 8698 13649
+2166 2290 2291 9693
+4028 7203 7232 7233
+7229 7230 8841 14529
+5437 5733 5734 8696
+5793 5794 5900 8944
+8953 8955 13882 13893
+5614 8945 13864 13866
+8091 8312 8335 8338
+12101 13135 13145 13146
+9664 9680 9701 9708
+7025 12883 12884 14434
+9130 10346 13886 13902
+8337 8344 8345 10185
+8336 8341 8345 8349
+8311 8336 8341 8349
+12101 12112 13146 13149
+7036 7037 7075 12946
+1785 5478 5479 7051
+3948 6855 6856 6890
+8100 8108 8375 10063
+8100 11155 11169 11170
+8100 8375 11169 11170
+1794 1795 5551 5912
+8108 8374 8375 11169
+8108 8374 8375 10063
+8100 8108 8375 11169
+8100 8108 11155 11169
+1900 7021 7044 14443
+10250 10252 10253 13824
+10231 10248 10249 10252
+8305 10080 10230 10252
+10249 10252 10255 13823
+8912 12879 12887 12891
+8356 9125 10261 13826
+4233 4408 12101 13147
+10231 10249 10252 10253
+8365 8366 8370 8373
+8370 8382 8383 13775
+13147 13148 13149 13150
+8366 8370 8382 8383
+5167 5336 9768 9800
+6593 6594 6747 10127
+7865 7866 7867 7889
+8883 8885 13380 13382
+5073 5165 9726 9729
+8380 11120 13382 13428
+5616 5786 5899 13884
+8380 11120 11184 13382
+8387 9049 10076 13775
+316 2812 8250 8251
+1283 4208 6377 6426
+5816 5876 8431 13752
+4375 4378 10909 10910
+1399 5986 6104 8390
+6104 6160 9054 13816
+8387 9049 9052 9054
+6104 8130 8392 9054
+6593 6718 6747 10127
+6430 6593 6594 8269
+8383 8384 8387 13775
+746 7692 8396 13079
+8396 8398 9213 9215
+8395 8396 8397 8398
+1612 5975 6094 13769
+8773 8793 10971 12965
+807 808 5026 12024
+8395 8396 8398 9213
+6140 6210 6252 14100
+10806 10807 10809 12988
+8395 8396 9212 9213
+8406 8407 12396 14651
+3466 8406 12396 12406
+1364 4553 4617 6458
+1802 1803 4767 13543
+658 12083 12084 12102
+4812 11390 13546 13547
+5669 5670 5831 13560
+7756 8967 8970 12909
+8534 12049 12083 12085
+8601 8617 11411 13598
+2127 2333 9664 9667
+8534 12081 12084 12086
+607 608 3085 6788
+8970 8971 9225 12909
+1706 5202 6833 11736
+1265 4199 4317 11620
+8967 8970 9225 12909
+7756 7762 8970 12909
+7694 8966 8968 8970
+7694 7756 8967 8970
+5609 5775 5864 13799
+6288 10438 13935 13936
+6166 6263 6284 13875
+5860 5897 5900 9124
+1497 5948 13851 13869
+8536 12081 12084 12102
+5899 8946 13884 13889
+5815 8431 8435 13790
+5794 8944 8945 13859
+5388 5495 5606 8461
+2650 8265 8285 10160
+10522 10524 10525 13976
+6073 6118 6119 13913
+1505 1569 1570 13914
+253 254 2378 4539
+8435 10028 10029 13807
+6570 10493 10497 10498
+2441 2442 2607 8265
+2388 4544 4607 10422
+708 4281 4282 11815
+10807 10809 12988 13004
+8082 9043 13132 13133
+11204 11238 13108 13109
+2858 2859 11228 11237
+6200 6201 6273 14024
+6506 9752 9755 14296
+13749 13750 13751 13754
+1520 5526 14069 14070
+5876 5906 8434 8436
+13094 13101 13104 13106
+1529 5015 5534 13767
+5714 5854 5876 8436
+5645 13781 13782 13783
+7839 9641 9753 9754
+6530 9915 9918 9920
+6574 6623 10562 10623
+2128 9692 9695 9700
+8434 8436 8449 8451
+8436 8448 8449 8453
+11267 11269 12089 13143
+13106 13107 13109 13170
+1542 1628 5983 13360
+5906 8436 8448 8449
+6225 6226 6300 10029
+5906 8434 8436 8449
+5712 8435 13788 13806
+6165 6237 6280 10175
+6578 6627 10684 10714
+7023 7024 7627 12954
+5710 5711 5883 8427
+5053 11908 11909 11912
+9901 9907 14356 14362
+1365 1366 4554 6459
+5710 5883 8427 13785
+5052 5311 5366 11758
+8427 13745 13785 14132
+8228 11961 11976 11977
+8427 8439 13745 14132
+13090 13092 13094 13101
+5710 8427 13729 14727
+4230 4231 4406 13125
+773 774 807 12024
+12063 13094 13101 13106
+8772 11814 11815 13060
+5883 8427 13785 14132
+5883 8427 8439 14132
+8758 8773 12712 13058
+5718 5821 5823 8116
+125 2089 4121 4164
+125 2088 2089 4121
+124 125 2088 4121
+10952 10957 11006 13293
+1388 1389 4566 6589
+8470 13089 13093 13099
+8449 8451 8453 13804
+8186 13090 13093 13101
+9441 13088 13116 13117
+2056 2219 9657 9661
+3524 8513 12473 12477
+6470 6588 9971 10033
+1750 1751 7363 14619
+8182 9441 13088 13117
+6849 7117 7149 7150
+8448 8449 8453 13804
+5070 5258 5270 9661
+856 3412 3413 12382
+14017 14019 14024 14025
+9318 9896 9898 9902
+8182 9439 9441 13088
+9011 9017 9018 12959
+10454 10582 13989 14025
+1788 5487 5488 9006
+855 856 3412 5400
+9610 9611 9613 9616
+6546 9420 13081 13119
+10808 10818 10916 10982
+5400 5402 5601 12382
+13116 13117 13119 13121
+740 8471 11877 12446
+1240 1241 4187 6325
+3499 7691 8471 12446
+8690 8691 13628 13643
+13082 13083 13087 13120
+3499 8471 12444 12446
+3485 3499 8471 12444
+4721 4722 4891 11650
+8481 8482 8543 12498
+191 2134 9797 9831
+191 192 9831 9836
+3118 6846 11864 11865
+191 9797 9831 9836
+8470 8481 8483 11194
+9449 13082 13087 13120
+2836 10855 10866 10948
+2759 2760 6352 10908
+2836 10847 10866 10948
+6714 6715 6760 13087
+202 9903 9914 9915
+639 640 3117 6804
+202 203 2178 9915
+5166 5274 9724 9767
+202 2178 9903 9915
+5037 5234 5321 9798
+6545 6546 6714 13082
+5321 5336 5387 9771
+8470 8481 11194 11195
+8291 8294 11051 12438
+8481 8482 8543 11195
+11064 11211 11213 13074
+2095 2258 2259 9307
+11064 11213 13074 13076
+2 149 7782 8195
+2 224 1306 8178
+3118 3119 6805 11864
+11064 11211 13074 13075
+8481 8542 8543 11226
+1874 1882 1883 7617
+4282 4283 4458 12965
+8543 11195 11196 11226
+8481 8543 11195 11226
+8715 13626 13643 13658
+5205 6837 11862 11914
+5052 5310 5366 11955
+11064 13074 13075 13076
+3331 3378 3384 11759
+11213 11214 13074 13076
+8489 8491 12463 14636
+8826 11089 11095 11124
+11092 12365 13031 13039
+4760 8388 9055 11193
+8495 8497 8499 8507
+5858 8133 8386 13842
+8826 11089 11124 11136
+5797 8954 13906 13929
+6134 6251 14040 14067
+2836 10800 10855 10948
+8497 8499 8507 8520
+8494 8495 8497 8507
+9789 13973 13974 13976
+10858 10937 10938 10941
+5522 14012 14014 14015
+5718 5719 5823 8129
+7801 8117 8125 9066
+8084 11064 11209 11211
+5717 5814 8112 8114
+11808 13057 13062 13063
+8494 8507 11250 13514
+1980 3721 8783 13056
+8774 12712 13056 13057
+449 450 2735 6340
+8256 11037 11235 11239
+707 11811 11813 11815
+4893 4968 13660 13668
+5686 5688 5841 13304
+8816 10900 13298 13300
+5688 5689 5843 13721
+11037 11235 11239 11253
+5858 5864 8133 13820
+5457 5470 5746 8131
+8263 11201 11218 11242
+8257 11057 11210 11220
+1980 8759 11807 13056
+8516 8518 8526 14635
+4821 4939 4962 13615
+12712 13055 13057 13058
+8773 12712 13057 13058
+1813 5567 5568 13618
+7416 9117 12497 14635
+8118 13494 13496 13497
+8489 8491 8518 9117
+8516 9117 12497 14635
+4889 11639 11640 13626
+4833 13270 13309 13310
+8759 11805 11806 13062
+5048 8065 9485 11953
+2051 4102 4145 9649
+3 722 1216 8239
+8118 13494 13497 13528
+312 2437 4568 4590
+14 860 3423 5401
+14 3423 5401 9085
+4454 4455 10842 13064
+10774 10776 10782 10942
+7366 7367 7398 12491
+2653 10193 10197 10200
+924 5424 5425 8585
+1127 1128 4015 5415
+5419 5420 7366 12491
+1128 1129 4016 7361
+8536 12102 13144 13145
+3802 3815 8866 12793
+7953 12340 13241 13242
+8866 9024 11986 13024
+8070 8071 8210 13014
+1158 4094 4136 5062
+1652 2009 2010 11961
+1970 8200 9495 14193
+7191 7223 14556 14559
+334 335 6002 10322
+1874 6872 6881 12925
+2450 10313 10316 10317
+7607 7711 7712 14582
+11792 11807 11809 11810
+1118 4004 4005 7225
+1219 6476 8109 8110
+690 691 4264 12340
+8777 10813 11161 12365
+11092 12366 13031 13039
+10813 11092 11161 12365
+345 6012 6013 13930
+345 346 10433 13930
+71 2035 4137 9518
+58 5499 5600 9065
+4486 4520 11028 11092
+6437 6645 6721 10222
+344 345 6012 13930
+344 345 10432 13930
+345 10432 10433 13930
+2363 4531 4595 10205
+345 346 6013 13930
+8339 8346 11130 11139
+2501 2624 2625 10543
+2501 2624 10543 10544
+1963 8925 9608 9611
+80 2044 4099 4141
+367 6035 10702 10707
+2044 2045 2208 9605
+8301 8302 8353 10260
+11126 11139 13021 13045
+2214 2215 2332 9651
+9956 9995 10000 10017
+5239 5268 9662 9663
+2473 2512 9956 10000
+11126 11128 11147 13054
+10000 10017 10018 10019
+5272 5273 9727 9728
+11130 11138 11139 13054
+8094 8100 8313 11155
+389 2478 10094 10132
+389 2478 2518 10132
+486 2817 11044 11046
+5583 5584 13326 13327
+5077 5338 9822 9824
+4293 4468 11992 13020
+111 112 2075 4157
+2688 10912 10913 11203
+400 401 2686 6386
+195 9848 9849 9871
+6627 10684 10686 10714
+11814 12981 12982 13060
+6691 6755 6756 9890
+12102 12103 12107 13145
+5174 5282 9262 9263
+5814 13493 13527 13528
+11222 11235 11254 11409
+5033 5132 5228 9454
+8480 12500 12502 14643
+124 2087 2088 4163
+9802 9803 9811 9816
+2098 2099 2262 9309
+2647 9971 10046 10120
+71 2034 2035 9518
+8547 11292 11293 13156
+2596 9971 10032 10033
+2936 2987 3013 11247
+8763 12357 12976 12978
+3606 8547 8549 12516
+4864 11327 11330 13511
+8545 8546 8547 8549
+8215 8226 8235 8238
+5289 8149 8171 8174
+146 147 2109 8150
+4449 12362 13025 13034
+5055 5250 11743 12330
+147 148 2110 8155
+147 148 3167 8171
+2117 2277 2322 9513
+8908 9202 9548 14201
+4273 4449 12362 12363
+1969 8217 9507 9534
+4864 4865 11330 13511
+9377 10217 14199 14200
+4272 4273 12362 12363
+1646 1647 2003 5141
+2191 2279 2321 9503
+700 4274 12361 12362
+1001 7132 12813 12814
+167 9607 9609 9610
+1644 5044 5045 9601
+2697 2862 2863 11261
+9606 9610 9611 9612
+8558 8571 12519 12520
+169 6496 9616 9634
+168 2122 2161 9612
+4274 4449 12362 13034
+1962 9627 9633 9677
+4273 4274 4449 12362
+8558 12519 12531 12546
+180 181 6507 9746
+4694 4863 4864 11327
+2708 2709 2874 11406
+4188 4351 11406 11427
+9744 9747 14291 14327
+2128 9695 9721 9745
+2055 2056 2219 9661
+4288 4464 11923 13002
+6671 6672 9718 14281
+9702 9709 9723 9754
+10426 10460 10461 10465
+7828 9720 9743 9747
+7849 14335 14342 14423
+3623 12519 12531 12546
+758 1895 14410 14425
+7855 7914 9826 9837
+8558 8571 12519 12546
+9803 9810 9811 9814
+7916 9793 9801 9813
+7817 7917 7925 9816
+6878 7443 7465 14647
+2133 2171 9794 9801
+2082 2246 9248 9253
+8567 8570 11431 13174
+8555 8570 13224 13225
+433 2718 2719 6366
+6628 6629 10717 10745
+8182 9437 9439 9441
+433 2719 6332 6366
+8182 9436 9437 9439
+2957 2994 3021 11518
+6636 6708 6757 14163
+2895 11621 11622 11624
+9041 9042 9474 13110
+220 221 6547 9446
+4287 4288 11923 13002
+4177 6315 8251 9045
+8149 8156 8168 9458
+3161 3201 3362 11897
+2108 4131 4173 8151
+7465 7477 7492 8460
+6547 9441 13081 13119
+8555 8567 8570 13224
+714 4287 4288 11923
+8567 8568 8570 11431
+11082 12989 13002 13003
+11431 13175 13181 13185
+6108 6281 13848 13861
+2905 2906 10893 10904
+4287 4288 4463 13002
+2534 10269 10284 10287
+6655 6656 6761 14220
+8718 11573 13621 13624
+454 2740 6342 6404
+6607 6611 10413 10421
+1275 1276 4322 6404
+259 260 2384 4542
+1336 4575 6444 6563
+454 455 2740 6404
+455 2740 2741 6404
+267 2391 2392 4609
+2740 2741 6404 10882
+2741 6404 10882 10914
+11071 11074 13024 13027
+8747 10774 10776 10942
+2387 2552 2553 10449
+10511 10564 10566 10567
+2390 10445 10453 10458
+4545 4609 6450 10445
+10776 10782 10942 11706
+2751 2752 2917 10837
+9024 13007 13022 13047
+2413 2414 4620 9981
+9975 10743 10763 10767
+11988 11990 13019 13048
+2576 2636 10716 10743
+2751 2916 2917 10837
+9789 10467 13974 13976
+1391 4567 4636 10061
+6472 6590 6640 10061
+4383 10814 10833 10837
+4291 4292 4467 11990
+9409 10089 13451 13452
+320 2444 2483 8369
+466 467 2752 6379
+9789 10467 10517 13976
+3649 7687 12649 12651
+4291 11989 11990 13010
+397 2772 2773 8311
+8304 10081 10196 10199
+2752 2753 6379 10814
+8333 11991 13010 13048
+9131 10322 10323 10325
+3153 3324 3357 11854
+2929 11030 11079 11144
+4290 4465 4466 13011
+2366 2532 10241 10269
+1705 1706 5202 6833
+4465 4507 8333 13011
+6192 13964 13970 14001
+9630 9631 10405 14255
+6010 10391 10400 10402
+10376 10391 13919 13937
+6190 6267 6288 13935
+2455 2495 10387 10401
+344 10387 10400 10432
+11990 13007 13010 13022
+4507 8333 13005 13011
+10337 10387 10415 10432
+8788 8794 8796 14527
+356 10568 10575 10578
+6022 6023 6200 10581
+356 357 10575 10603
+10564 10566 10567 10568
+13979 13984 13992 13993
+5423 5424 8587 12514
+477 478 2763 6354
+6201 14017 14019 14024
+7902 9781 10580 14021
+4275 4450 13034 13039
+8759 8760 12710 13036
+2671 9973 10685 10692
+2407 2408 4617 10683
+8263 11201 11376 11377
+8677 8783 12708 12992
+8761 8776 8777 12709
+6 319 485 8297
+9259 9940 9956 9959
+5424 8585 8587 12514
+1654 5050 5144 11896
+2418 2419 4559 9966
+4560 4623 6465 9963
+8198 11217 12998 13000
+2477 2647 10099 10113
+388 10094 10095 10096
+8262 11216 11217 13086
+387 6054 6055 10096
+4685 4856 8299 9084
+8585 8586 8587 12514
+11063 11064 11209 11216
+7801 8298 9076 13460
+5886 8593 8596 13569
+4222 4337 4397 12999
+7800 11051 11055 11060
+7779 8262 8287 11216
+5725 8593 8595 8596
+4804 4854 13509 13521
+8715 11637 11639 11640
+4346 11227 11228 11272
+2820 2949 11315 11336
+4182 4299 4476 11234
+2874 2953 3019 11404
+5725 8592 8593 8595
+6327 6361 11405 11406
+5204 6794 11779 11784
+1258 4196 4313 11531
+2886 2959 2995 11526
+2716 2717 6331 11477
+8593 8596 13564 13565
+429 430 2715 6330
+621 3098 6795 6836
+8592 8593 8595 13564
+4200 4370 4473 11627
+4199 4317 4368 11623
+443 2729 6337 11606
+4710 4880 11506 11510
+1262 4315 6336 6399
+2724 2725 2890 11529
+5576 13692 13695 13696
+4710 4879 4880 11510
+520 4720 4721 11637
+448 6339 6372 11688
+7775 8158 9037 9040
+520 4721 11632 11637
+2738 2739 6403 10793
+8593 8595 8596 13564
+2750 2751 6409 10843
+465 466 2751 6348
+7778 8086 8189 12437
+464 2749 2750 6347
+1836 5588 5589 13311
+10830 10835 10972 10976
+2831 11612 11614 11649
+10774 10782 10863 10942
+4215 6381 6413 10907
+474 2760 6352 6413
+474 2759 2760 6352
+142 2105 4172 9427
+2792 11564 11605 11614
+13337 13364 13366 13367
+8747 10776 10942 11714
+3866 3886 3894 12857
+10849 10942 11706 11714
+4643 4763 13498 13499
+8778 8779 8780 12977
+4854 4862 13472 13508
+1797 5553 5554 13498
+531 4732 10955 11708
+5307 5362 11775 11778
+399 1310 6315 8251
+4732 10955 11708 11717
+2780 11308 11315 11338
+8677 12976 12977 12993
+2820 11315 11337 11338
+4698 4699 4868 11360
+8758 11814 12982 13060
+2785 11417 11424 11440
+8773 12965 12983 13060
+11509 11510 13582 13597
+11439 11440 11448 11491
+2888 2889 2960 11550
+5242 5261 5330 9489
+7942 7998 10846 11604
+7942 10846 11605 11648
+11631 11632 11636 13642
+1644 2001 5045 9601
+8696 8704 11641 13658
+4732 4733 10966 11717
+160 6487 9574 9579
+2796 2966 3000 10847
+8706 8707 8727 13719
+4731 10944 11708 11709
+2936 3013 11222 11247
+10955 10966 11716 11717
+10859 10863 10938 10939
+10782 10783 10943 11711
+10920 10921 10961 10962
+4382 4454 4488 10842
+2913 3002 11091 11093
+10773 10797 10798 10801
+1836 4792 5588 13311
+543 10871 10872 10929
+4954 13312 13427 13437
+4846 4950 13337 13367
+8332 10968 11081 13005
+8832 10925 10928 10929
+10895 10896 11003 12980
+4753 4754 11100 11122
+556 557 2810 11117
+4743 4912 4913 10930
+2803 2841 10817 10871
+1409 1410 4764 5926
+4225 4226 4401 13073
+8086 13068 13069 13070
+651 3130 12030 12032
+3207 11820 11996 12003
+6323 6390 6417 11319
+3134 3173 3301 12064
+5054 11774 11777 11778
+4754 4755 4924 11120
+7938 10784 10785 10791
+3370 12116 12147 12150
+3323 11739 11774 11778
+4271 4447 12974 12975
+583 584 3061 6818
+3064 6777 6820 12137
+587 3064 3065 6820
+8763 12355 12356 12976
+4363 4480 4495 11568
+3600 12517 12524 12528
+4446 10902 10995 12975
+5019 7959 7995 12265
+11857 11860 12356 12974
+12220 12229 12274 12275
+8617 12524 12529 12538
+9324 9931 10013 14736
+3748 12681 12685 12686
+3596 8635 12535 12541
+3571 3596 12535 12541
+5729 8623 8624 8628
+8623 8627 8628 8653
+1235 1236 4302 6417
+7935 8015 8671 8675
+7108 12810 14485 14487
+1700 5108 5199 12281
+617 618 3095 6793
+4274 12361 12362 13034
+4275 4276 12364 12365
+4515 4516 11086 12363
+5308 5364 11783 11784
+2015 2016 11908 11939
+700 701 3194 12359
+8668 8669 12685 12686
+1290 4212 4329 6350
+5729 8624 8628 12541
+5312 5367 5374 11764
+1289 1290 4329 6380
+5796 5797 8954 13906
+3748 3757 3766 8680
+5619 5796 5797 13906
+11832 11842 11854 11906
+5729 8623 8627 8628
+642 3119 6805 6847
+4184 4302 4477 11297
+4225 4400 4401 13073
+8165 11883 12057 13097
+10772 10773 10949 12963
+1227 4180 4298 11207
+8492 8495 8506 12439
+4345 4359 11238 13109
+4180 4344 4359 11202
+4227 4228 4403 13105
+9514 9529 9530 9531
+5362 11735 11739 11778
+8530 12112 13148 13151
+5180 5287 5343 9426
+5054 5251 11778 11842
+1053 7040 7041 12820
+8540 11295 12127 13152
+5287 5288 9433 9434
+11402 12256 12264 13194
+7984 12249 12250 12254
+6978 9182 14370 14380
+11403 12263 13171 13175
+7984 12250 12256 12257
+7408 14606 14610 14611
+7620 7740 8893 12943
+11525 11528 11534 11535
+12246 12250 12251 13188
+7954 12323 13214 13234
+12292 12293 12296 13197
+3934 7741 7742 12954
+1291 4212 4330 6411
+1056 7024 7628 8894
+4314 11529 11530 11549
+1984 11796 12349 12351
+2987 3013 3029 11247
+12352 12353 12356 12358
+11860 12356 12976 12991
+2987 3029 11232 11247
+4279 4280 11811 13064
+4280 4281 4456 13061
+389 10094 10095 13455
+3196 11752 11753 11790
+8761 8777 13030 13038
+11619 11628 11644 11648
+10833 10841 10842 11816
+3285 3337 11944 11964
+3164 3203 11958 11978
+11956 11959 11966 11982
+7024 7627 7628 12954
+2138 9318 9320 9898
+3029 11227 11232 11247
+587 3064 6777 6820
+729 8554 8566 13180
+726 12229 12249 12273
+7620 7621 7629 8896
+3579 8551 8552 12551
+586 587 3064 6777
+4398 11887 13071 13072
+7783 11871 11874 11875
+648 7783 11874 11889
+8086 12996 13068 13070
+3492 7778 8159 12440
+11003 11004 12968 12980
+2089 9260 9262 9263
+5132 5228 9258 9454
+10896 11003 11004 12980
+3693 3697 12621 12630
+8637 8644 8648 9119
+3436 12404 12405 12409
+5428 8637 8644 9119
+724 760 761 7994
+11605 11644 11648 11649
+3930 9007 12818 12947
+3958 3977 3987 12944
+3029 11227 11232 11233
+726 762 763 12243
+7963 8040 12279 12302
+9007 12818 12947 12948
+3929 9007 12945 12947
+896 3551 3552 12569
+895 896 3551 12564
+12029 12030 12035 12038
+8646 12552 12563 12569
+655 656 4229 8535
+142 4130 4172 9427
+3552 12552 12563 12569
+8655 11396 11398 11498
+11362 11396 11490 11684
+818 5034 5132 9256
+11397 11398 11495 11502
+2312 9292 9300 9456
+11221 11239 11241 11246
+11396 11489 11502 11503
+814 5032 9388 9473
+10 724 7994 7999
+11363 11364 11396 11490
+11605 11619 11644 11648
+8665 8765 8766 12690
+11058 11221 11241 11246
+11239 11246 11371 11372
+8575 12558 12562 14601
+6880 6901 6908 8900
+7352 7404 8472 8473
+1990 7771 7850 7868
+7788 8354 8355 10236
+8665 8666 8667 12690
+2187 9419 9444 9448
+8665 8667 8765 12690
+12065 12074 12108 12114
+220 2148 2187 9419
+7935 8015 12650 12651
+8 723 1990 7850
+7939 8672 10774 10781
+2180 9258 9275 9280
+783 815 5131 9305
+220 9435 9441 9442
+13979 13984 13993 14006
+6901 6919 6920 12944
+934 8685 12666 12668
+9096 13766 14136 14137
+3425 6896 6925 6930
+7581 7588 14133 14735
+8681 8685 12666 12668
+6911 6921 12931 12936
+3984 6892 6921 12931
+6901 8900 12937 12944
+9551 10235 10236 10238
+7558 7576 8466 9001
+6128 6290 13984 14002
+13984 13992 13993 14002
+3427 3449 3450 6906
+7615 7765 12409 12412
+7672 7673 7699 12381
+9435 9436 9437 9439
+7990 8719 11435 11569
+11806 11807 13055 13062
+6901 6908 8900 12944
+527 2795 2834 10936
+4000 4001 12927 12929
+6022 6199 6200 10569
+702 3155 3195 11938
+2138 9318 9879 9896
+3981 12930 12934 12938
+1128 5416 7362 14620
+8512 8513 12473 12477
+1980 2014 11753 11791
+5779 5785 5855 8494
+3407 3420 3432 8458
+6872 6904 6907 8416
+8188 8189 12440 12443
+8064 11885 12006 12031
+1872 1873 8414 12939
+8640 8694 12606 12607
+871 872 3499 7691
+3131 3291 3342 12023
+7438 7461 7472 8405
+3982 3993 12925 12930
+1155 1156 4092 5152
+3637 8694 8695 12586
+7457 7488 7489 8244
+6904 6907 8416 12919
+6904 12924 12927 12929
+2031 2194 9487 9489
+1123 6878 7443 7465
+3985 6894 8463 12426
+3522 12447 12459 12462
+3506 4014 4047 12472
+12950 12951 14477 14479
+3181 12182 12183 12186
+3348 3372 12169 12208
+8306 10071 10072 10079
+7375 7651 7652 14604
+8612 11322 11511 11541
+3181 12182 12186 12208
+8594 11347 11381 12504
+3587 8600 12505 12509
+913 914 7368 12492
+927 928 3551 5428
+4248 12187 13171 13173
+5733 5889 5896 8698
+1753 5419 7365 7366
+6894 6895 12423 12426
+11628 11644 11648 11649
+12261 12262 13173 13178
+7986 12244 12287 12288
+4249 12263 13171 13173
+7983 7984 12224 12255
+8425 12422 12426 12918
+7978 8035 13192 13211
+8649 12560 12584 12587
+4249 4425 12263 13171
+8649 12553 12560 12587
+8623 8640 11496 11497
+4056 7309 7310 7325
+3969 8463 9003 12916
+685 7955 12301 12314
+11676 11678 11693 13683
+5442 5731 5738 12662
+26 929 962 5442
+12950 12951 12957 14479
+8412 8420 8421 12908
+8046 12314 12315 13215
+685 686 12300 12314
+617 3095 6793 6834
+5839 5889 8696 13649
+959 3645 5439 12633
+8716 11628 11644 11649
+7554 7557 14689 14691
+7452 7453 7485 8113
+8797 8799 12730 12731
+3707 3736 3737 8678
+8789 8797 12714 14527
+8794 8801 8868 12783
+6021 10569 10572 13994
+972 3706 7645 7646
+8848 10876 10915 10958
+67 68 2031 4135
+8865 14534 14542 14543
+7224 12775 14531 14532
+7647 7758 8668 12669
+979 1979 3709 12715
+834 7529 7550 14687
+5203 6793 6834 11775
+4060 7206 7207 7235
+4027 4060 7205 7233
+7319 8752 8753 8803
+7127 7719 8216 14498
+964 965 7217 12735
+8837 8852 12735 14525
+8412 12428 12926 14687
+3192 3323 3357 11777
+8978 8979 8989 12957
+1086 6957 6958 9180
+6988 7001 14416 14421
+3941 3954 8421 12904
+3260 3323 3357 11778
+708 709 8772 11794
+992 993 3718 12695
+5751 5878 8844 8845
+3784 3785 5464 12749
+5739 8820 8828 8829
+8105 8322 13043 13046
+219 220 2148 9419
+7134 7157 7173 14519
+708 11794 11813 11815
+3940 3952 3968 12913
+3781 3808 3814 12743
+7122 7123 7155 12737
+707 708 11813 11815
+7779 8075 8078 8258
+10696 12895 12912 14692
+708 8772 11794 11815
+11958 11976 11978 11982
+8105 11139 13052 13053
+89 2052 2053 9647
+719 3164 3203 11978
+3808 3817 8876 12744
+1148 3793 4033 4043
+8714 13646 13665 13679
+5462 7115 12877 14512
+1849 6849 7117 7118
+878 5408 7453 12430
+4824 13646 13655 13679
+5445 5446 9122 12748
+7974 11691 11701 11702
+4824 4991 13646 13647
+9513 9533 9547 9554
+8471 11876 11877 12445
+1984 7685 7686 8666
+8166 11870 11871 11878
+11871 11878 11881 13084
+8471 11876 12445 12995
+871 3485 3499 8471
+8920 8921 10219 14237
+8921 8922 12885 14432
+1957 9696 9721 9722
+1046 1047 3852 7634
+753 754 9900 9911
+9318 9900 9902 9905
+8972 8973 8974 8976
+7103 7719 7720 14498
+726 763 12243 12273
+7839 9748 9753 9754
+3895 12829 12837 12846
+1069 3931 8979 12951
+1908 7103 7127 7719
+326 327 10239 10254
+7263 8865 14542 14553
+9658 9659 9660 9663
+8963 9136 9138 13919
+726 12243 12273 12286
+5476 7033 14462 14468
+12241 12274 12275 12277
+8964 9141 10376 13919
+10702 10722 10723 10724
+10723 10724 10729 10730
+3865 12842 12843 12847
+12172 12209 12210 12211
+738 773 12024 12039
+739 740 12056 12446
+8980 12950 12957 14482
+8895 12952 12957 14482
+737 7745 8480 13126
+8971 8976 9180 12902
+11787 11788 11812 11817
+7843 7846 14384 14385
+739 12056 12446 13099
+6972 6978 6999 7836
+7893 9764 9778 14306
+7679 7680 7730 14372
+6957 10696 12892 12893
+1084 12892 12896 12897
+1085 6956 6957 12892
+8465 12897 12899 12901
+757 758 791 7914
+6972 7835 7836 14386
+1083 3953 12897 12901
+1072 1073 3934 12955
+7618 7737 7738 8977
+9412 9418 9420 13077
+8464 8465 12899 12901
+6860 8461 8463 9085
+3943 3969 8463 12916
+3959 9008 12819 12949
+5388 5401 5606 9085
+7531 7561 8465 14682
+739 12050 12056 13099
+1173 4103 4146 9647
+10280 14217 14218 14233
+8910 9577 10244 10273
+9256 9275 9276 9323
+8922 12879 12885 12886
+2179 2307 9254 9256
+8913 8922 12879 12886
+8929 8930 12947 12948
+3355 11737 11742 11744
+5020 12232 12241 12277
+1919 7191 14558 14559
+8957 12873 12884 14429
+12240 12241 12275 12277
+5020 5125 12274 12277
+1034 7026 7048 14436
+8957 14429 14430 14437
+7358 7383 7391 12578
+8578 8582 12567 12579
+8582 12573 12579 14603
+8578 8582 12567 12592
+7269 14586 14589 14594
+7357 7379 7390 12580
+8583 12573 12582 14597
+7479 7480 7494 14646
+1112 14606 14610 14611
+13646 13649 13664 13665
+8957 14429 14430 14439
+762 796 5020 5124
+7305 8751 14567 14568
+1757 4023 7277 7278
+3401 3405 3431 12418
+773 806 807 5129
+7054 7060 9135 14438
+4023 4056 7278 7309
+6909 8938 14510 14516
+1139 1768 4027 7204
+1015 1148 1149 4043
+12930 12932 12938 12939
+1035 12888 12889 14431
+1035 12870 12888 14431
+873 3500 7704 12455
+6876 6884 7120 14516
+1017 7121 7122 12737
+5055 5360 11743 11746
+4093 5153 9498 9502
+773 807 5129 12024
+738 773 774 12024
+1502 1564 13894 13907
+2179 9254 9256 9323
+2049 4101 4144 5159
+3866 3867 3886 12857
+3256 3257 3322 11737
+2074 2075 4114 9822
+2062 4108 4151 9687
+3394 3425 3443 6896
+5165 5273 9725 9728
+1180 4151 5073 9687
+2392 2393 2558 10451
+352 353 6020 13973
+1032 3844 12873 12883
+2076 2240 9862 9863
+5483 8933 8935 12857
+7779 8084 11057 11216
+2078 2079 4116 9864
+3425 3426 3463 6930
+1192 1193 4159 5079
+6501 6502 14267 14270
+2257 9292 9302 9303
+8724 8725 8726 10788
+3844 12868 12873 12883
+8706 8724 8725 8726
+7974 8017 11704 12646
+752 7669 14731 14732
+1150 1214 4131 8152
+7975 10780 11691 11704
+751 752 7669 14732
+8017 10774 10864 11704
+8854 10872 10874 10927
+3958 8930 9008 12947
+5188 12067 12077 12079
+3846 3875 3876 12869
+7975 11694 12639 12646
+7975 11694 11704 12646
+3875 12853 12865 12869
+3875 3876 3914 12853
+326 327 2447 10239
+6868 7443 7464 7476
+7945 8740 8742 8743
+510 2826 11480 11488
+3485 8471 11868 12995
+2879 2880 3020 11445
+1468 1837 4674 4793
+596 597 3074 6824
+3846 12869 12873 12874
+3256 3355 11737 11742
+3315 3350 3391 12240
+7061 7090 9134 13960
+3144 3184 3314 12228
+3076 3241 12197 12215
+13991 13992 13993 14009
+6121 10573 14009 14014
+741 870 8471 11868
+448 2733 2734 11688
+2635 2671 9973 10685
+3900 3901 12860 12880
+3957 3958 8930 12947
+1701 6788 6830 12284
+3086 3087 3252 12327
+1702 1703 6789 12327
+883 884 7459 12433
+883 884 12433 12437
+884 12433 12434 12437
+456 2742 6343 6405
+6121 10573 13990 14009
+9499 9501 9509 9520
+10573 10582 13989 14013
+12834 12858 12860 12880
+5305 11737 11740 11742
+469 2755 6350 6410
+7880 7915 7916 7922
+1751 7363 7364 9116
+8219 14179 14189 14191
+8688 8745 8749 12663
+1311 6432 6476 8110
+4017 7360 7361 7393
+9558 9561 9600 9601
+1323 4533 4596 10242
+4532 4596 6437 10222
+1129 4016 4017 7361
+6610 6665 6666 14261
+6497 14250 14256 14258
+6498 14250 14258 14265
+1967 8901 8908 9202
+6496 6497 9634 14256
+10454 10573 13989 13997
+8758 11811 13055 13058
+1168 4100 5158 9621
+3957 3958 3987 8930
+8817 10962 11724 13257
+6497 6498 6666 14258
+2390 4545 10445 10446
+6195 10510 10524 13954
+3959 3977 3978 9008
+6616 10447 10448 10458
+7958 10856 11658 11701
+729 765 766 12209
+917 8544 12496 12499
+3890 3897 3911 12826
+917 7371 8544 12496
+2241 2302 2340 9866
+917 3564 12496 12499
+114 2078 4116 9865
+916 3564 3577 12496
+2137 2175 2302 9891
+2407 4553 4617 10683
+8051 8904 12844 12854
+1200 4121 5174 9263
+916 917 3564 12496
+1376 4560 4586 6583
+916 917 7371 12496
+8052 8857 12837 12846
+9414 9415 9422 9423
+2599 10062 10111 10112
+7974 11701 13249 13254
+4565 6470 6588 10033
+3709 11807 12712 13056
+9971 10046 10047 10120
+10787 10965 10966 11724
+1547 5943 5987 8140
+1401 1486 1633 9065
+7038 7039 7067 14480
+8785 8819 12692 12693
+5691 5692 10903 13328
+10785 10791 12689 12693
+5130 9432 9457 9463
+231 2355 4528 4592
+12831 12832 12833 12839
+56 1401 1486 1633
+492 4693 11277 11284
+8767 8785 10791 12689
+4645 5914 13521 13522
+1407 1408 4763 13498
+8776 8777 8826 8827
+938 939 3632 7717
+4645 4765 5914 13522
+8761 8762 8776 12706
+4364 11551 11568 11723
+3907 12848 12849 12878
+938 3632 7717 8662
+8762 8766 8776 8780
+500 4701 11358 11382
+7989 11476 13202 13209
+1814 1815 5569 5929
+950 3638 3650 12603
+1077 1078 3951 7738
+7990 10934 11719 13202
+5962 6121 6131 14015
+949 950 8650 12585
+2723 11523 11531 11549
+8650 12556 12585 12597
+8761 8776 12706 12709
+11239 11246 11256 11372
+4315 6336 6399 11561
+525 526 4726 11678
+4428 4429 11571 13190
+8813 11111 11134 11135
+11567 11568 11722 13208
+443 444 2729 6337
+8786 12696 12698 12699
+1830 5583 5584 13327
+961 3646 5440 5441
+1705 5110 5202 6791
+4832 4970 13260 13303
+1078 3937 7739 12940
+4970 11718 13260 13303
+4972 13259 13260 13271
+5695 5842 5892 13437
+7555 7586 14710 14729
+7555 7573 7586 14729
+3762 12692 12694 12696
+1464 4672 4791 5934
+4792 4929 13311 13312
+6885 6909 6910 12832
+4673 4792 4929 13312
+4681 4799 4849 13436
+1916 1917 7190 7639
+7573 7586 7595 14729
+1475 1841 13338 13365
+473 474 2759 6352
+3919 3926 8905 12839
+3923 3926 12827 12835
+1488 5939 9075 9077
+8087 8287 11041 11045
+8796 8799 10827 12728
+317 2440 8250 8272
+1915 1916 7213 7638
+314 315 2439 4591
+8706 8725 10849 13719
+10729 10739 10741 14116
+8248 10173 10180 13487
+5616 5627 5899 13889
+5508 5509 13890 13903
+4083 7207 7235 7236
+8796 8799 12731 14527
+5004 5949 6068 13892
+3923 3925 3926 12835
+6125 13962 13963 13982
+10700 10701 10719 10747
+5517 13962 13966 13972
+9973 9975 10719 10761
+6948 9009 9015 9022
+8813 8827 11111 11135
+1578 5958 6077 13972
+8796 12731 14527 14528
+1520 1593 5966 14070
+7946 8707 8730 13719
+7586 7595 14710 14729
+3786 8840 12748 12759
+5966 6084 14069 14070
+8264 8266 8268 13132
+6146 6220 6241 13725
+7595 7600 14710 14724
+3742 8805 8819 12691
+1531 5000 5007 13783
+380 6047 6048 10023
+3786 8840 12748 12755
+6093 6241 13769 13783
+6148 6297 13730 13777
+9219 14710 14724 14729
+5547 5647 13359 13523
+5445 8840 12748 14529
+3785 3786 12748 12755
+3895 3905 12836 12846
+1629 1630 5984 13523
+5738 5867 8721 8724
+5654 5655 5885 13358
+10870 12699 12704 13317
+2513 2640 9939 9957
+3895 12829 12836 12846
+8124 8492 8510 12438
+5992 10249 10255 10256
+230 231 2355 4592
+7922 7923 7930 9784
+5953 6072 6120 13909
+6181 6182 6266 10353
+7169 8054 14514 14515
+1502 1503 5510 13894
+3775 3791 3805 12752
+3775 3783 3805 12753
+5846 5891 8738 10903
+265 2389 2390 10446
+7599 7602 14708 14724
+2247 2248 2306 9255
+7661 7662 7755 8575
+1015 1016 1148 3793
+8897 8898 12819 12822
+7121 7153 7154 14520
+8980 12949 12950 12951
+2414 2415 2580 9928
+8822 12713 12716 12720
+9927 10758 13727 13728
+7715 7755 8575 8662
+6146 13725 13773 13781
+9986 9987 9988 10030
+8822 12716 12719 12720
+8898 8900 12819 12822
+8433 10051 13757 13791
+1536 5016 5018 13740
+1541 1542 5546 13348
+6227 10051 13751 13753
+1618 5018 5978 13740
+1622 5980 6099 13797
+13741 13742 13786 13791
+2437 4569 6473 8273
+8725 10786 11707 11716
+2287 2331 9639 9653
+8808 10930 13417 13440
+5158 5334 9605 9621
+6175 6176 13857 13858
+1975 11986 11993 13024
+7022 7055 7072 14472
+3777 7729 12783 12794
+7453 7485 8113 12430
+1652 5145 11963 11981
+11219 11221 11242 11371
+8201 8231 9023 9025
+1970 7792 9362 9376
+5475 5758 5759 14461
+5368 11863 11904 11965
+3116 3117 6804 11865
+1970 7102 9376 12816
+7127 7144 8216 14498
+12 794 795 5019
+7715 7716 7755 8662
+5188 6815 12067 12077
+5096 5350 12067 12068
+1906 1970 7102 12816
+5186 5215 5293 12020
+9528 10224 10245 10246
+8820 8821 8822 13421
+3771 3799 3800 12807
+34 997 5457 5470
+3874 6852 6853 6887
+3065 3231 12156 12160
+8831 13417 13420 13421
+5194 12162 12164 12166
+7229 8841 12771 12773
+8840 12767 12770 12771
+3862 3874 3891 6852
+3874 3891 6852 6887
+3318 8024 12267 12310
+1061 5480 5481 12842
+1716 5116 6799 11766
+34 997 1770 5457
+1061 3864 5480 12842
+8840 8841 12767 12771
+3810 8840 12755 12767
+10398 13948 13949 13950
+1059 1060 1852 3863
+7221 7229 12771 12773
+7221 7229 7244 12773
+1071 8895 8978 12955
+1071 6967 8978 12960
+3789 3813 12785 12792
+1731 5389 5390 7531
+8978 8989 12955 12957
+5399 5404 5608 14657
+8851 10826 10875 11104
+18 50 861 1126
+8907 8908 9572 9581
+7835 7836 7842 14386
+1082 5494 8464 12911
+8851 8852 10875 11104
+3769 3798 12802 12803
+9410 9414 9417 13077
+890 891 3496 5413
+8141 9048 12808 14485
+4376 10905 10906 10914
+4372 4376 4514 10905
+4729 4730 4899 10945
+1083 1084 3953 12897
+8357 14484 14487 14490
+8880 8889 8890 12777
+1093 1859 3944 3945
+5746 5753 5865 8139
+5787 5858 5864 13820
+5791 5858 8386 13842
+51 1149 1849 7118
+5090 8150 8152 8174
+1097 3927 3948 5497
+3927 5498 12946 12959
+1049 7036 7037 8929
+1093 1094 1859 3945
+8872 8880 8890 12777
+8111 9072 9074 9075
+1488 1489 8299 9079
+1403 1404 4761 5912
+7599 7600 7602 14724
+4376 4514 10905 10914
+8851 8888 8889 8890
+8866 8868 11069 11071
+8886 8887 8888 12786
+1975 11930 11980 11993
+8872 8880 12768 12777
+4823 4960 13640 13647
+1816 5570 5571 13659
+1437 4658 4778 13659
+4658 4822 4940 13636
+1975 1976 11071 11927
+8795 12780 12781 14531
+5572 8714 13655 13656
+8055 8861 12752 12754
+529 4729 4730 10940
+4899 10945 10946 13716
+1115 4036 4041 14583
+1114 4041 14588 14589
+4668 4788 5933 13325
+8055 8861 14556 14558
+1114 4041 14588 14603
+7302 7336 14586 14589
+7974 11701 11702 13254
+1834 1835 5587 5919
+3828 8889 12778 12787
+50 861 1125 1126
+1125 1126 3476 4040
+1126 3476 3505 4040
+5699 5848 5849 13264
+3828 3840 8889 12787
+1016 1148 6876 7120
+3840 8889 8890 12787
+1058 1059 1853 3862
+894 1126 3476 3505
+3818 3840 8890 12791
+861 1125 1126 3476
+7116 7148 7149 14512
+861 894 1126 3476
+5431 5448 5603 8748
+8055 8861 14556 14557
+8861 14536 14556 14557
+8790 8858 14537 14538
+7223 8861 14556 14559
+6871 6881 6911 12932
+1872 1873 6871 12939
+3937 7739 12940 12943
+6934 7620 8414 8893
+3796 3823 8790 12761
+1040 1056 3853 8896
+6132 6138 14089 14090
+1871 6934 8893 12825
+5467 5740 8850 12776
+1076 3936 7736 7737
+7223 8861 9204 14536
+7092 9146 14463 14465
+3936 7736 7737 8977
+5466 5467 5740 12776
+7103 7127 7144 14498
+7874 7875 14421 14423
+1081 3934 3938 7741
+5062 5154 5329 9519
+7223 8861 14536 14556
+3803 3815 3824 8868
+2033 2034 4136 9502
+7137 8216 14190 14494
+1159 4094 4137 9518
+2936 11222 11247 11302
+1970 1971 7792 9362
+8124 8294 8492 12438
+70 71 2034 4094
+1026 3786 3787 12759
+1873 6871 6881 12930
+7220 7255 12762 14537
+8898 12938 12939 12941
+1170 1171 4102 5068
+1170 4102 4144 5068
+1170 4144 5068 5159
+7213 7637 7638 12765
+5466 5740 8839 12776
+7637 7763 8801 12765
+8879 8889 12778 12786
+4372 4514 4515 10905
+1926 7608 9205 14584
+3834 12781 12782 12789
+8870 12775 12781 14531
+1665 5149 7772 8007
+7288 7297 7307 12591
+8870 12775 14531 14532
+3821 3824 3834 12782
+1106 4008 4009 14593
+114 115 2078 4116
+739 12035 12050 12056
+7248 7249 7261 14561
+8849 8879 12769 12786
+8849 8850 12769 12786
+7459 7460 12433 14676
+1987 1988 8020 12318
+5033 5131 5227 9301
+1949 1950 7545 7668
+786 787 819 9272
+7523 9227 14711 14712
+4374 4377 10902 10904
+8889 12778 12786 12787
+8839 8849 8850 12769
+8839 8849 12769 12771
+839 7673 7674 8408
+3776 3791 3804 12763
+4515 10995 11086 12363
+9635 9639 9640 9681
+3791 12752 12763 14538
+7639 8858 9204 12752
+5042 9622 9654 9678
+9633 9637 9653 9677
+14250 14254 14256 14258
+7020 7059 8925 14228
+9635 9638 14251 14273
+3819 3833 3837 8869
+8236 11959 11966 11969
+5793 8945 13862 13866
+1009 3776 3790 12764
+1972 2007 8067 8068
+1650 2007 8065 11973
+8862 14542 14543 14552
+8677 8760 12992 13033
+1020 3795 12741 12747
+698 11860 11918 11921
+11796 11823 11824 12351
+7649 7685 8665 8679
+1983 7685 8665 12355
+3153 3193 11854 11859
+1020 3782 3795 12747
+9656 9693 9698 9699
+4114 5077 9819 9824
+9696 9700 9721 9722
+1009 3776 7727 12764
+1146 6874 6875 12737
+4032 8863 12747 12750
+8888 8890 10826 10918
+5041 5224 9659 9698
+2138 9244 9318 9320
+7974 11690 12648 13237
+144 145 2108 4131
+10553 10583 10585 14339
+8899 8900 12822 12824
+6881 12927 12930 12932
+1648 2004 2005 9504
+5142 5244 9497 9505
+8233 9368 9370 9371
+5077 5168 9819 9824
+3155 3194 3326 11917
+5146 5251 11842 11941
+2017 11832 11842 11846
+3859 8900 8932 12824
+145 2108 2109 8152
+11785 11843 11916 11940
+1153 4090 4133 9484
+2027 2190 9482 9484
+7124 7125 12739 14521
+6908 8900 8932 12824
+1009 3790 7728 12764
+4446 4514 10902 10995
+9370 9373 9481 9497
+7218 7222 12734 14526
+6642 6648 6649 10202
+1873 1874 6881 12930
+6486 6487 9574 14212
+164 165 6491 9599
+6880 6908 8900 12824
+5243 5265 5373 9569
+966 7195 7218 12724
+970 971 3705 8802
+2380 4540 10366 10408
+3705 8802 12714 12715
+6605 6609 10366 10368
+967 12724 12727 12728
+9630 10404 10405 10419
+8909 9576 14202 14204
+100 101 2064 9729
+8800 12724 12727 12728
+1142 1766 7202 14546
+4151 5073 9687 9729
+963 5443 5456 12718
+1237 4185 6360 6391
+5126 12202 12211 12212
+7223 7251 7253 14544
+5234 5275 9798 9799
+11792 11809 11810 11813
+107 2071 4155 9772
+106 2070 4112 4154
+2761 6353 10907 11031
+1873 1874 8415 12930
+2234 2299 9798 9799
+8677 8783 12707 12708
+6353 6381 10907 11031
+8919 9598 9608 14228
+5453 5742 12695 12702
+2247 2305 2306 9252
+2139 2177 2341 9320
+3719 5453 12695 12702
+203 6529 6530 9915
+8919 9598 14228 14229
+9326 9346 9351 9352
+4321 4494 10882 10897
+8712 11646 11672 11673
+3987 6890 8930 12944
+131 2095 4124 4167
+2094 2257 2258 9302
+6538 6706 6707 9356
+4321 4484 4494 10897
+6634 6704 6705 9336
+8739 8740 8804 12691
+8740 8804 8819 12691
+140 2103 2104 4171
+1392 4589 4636 6472
+2267 2268 9426 9464
+3743 8804 8819 12691
+2437 4568 4590 10122
+6746 6759 10121 10123
+6548 6716 6717 9447
+6890 6919 8930 12944
+13228 13229 13230 13234
+6904 6911 6922 12928
+3755 8786 8812 10923
+9091 9093 9103 14083
+3973 3987 6890 8930
+6910 8938 8939 14516
+7786 8222 8223 8225
+993 5452 5453 12695
+9717 14263 14267 14270
+176 9710 9711 9716
+992 3718 8739 12695
+3717 5451 8739 12687
+8740 8743 8805 8819
+6613 6670 6671 14272
+9849 9850 9871 9884
+198 2137 2176 9879
+2137 2176 9244 9879
+197 2175 9871 9894
+756 7695 8975 9877
+195 9849 9871 9884
+3752 3753 3763 8771
+812 5030 5130 9463
+8905 8938 8939 14513
+6911 6922 12928 12931
+6904 6911 12927 12929
+6912 12738 12827 12833
+5342 9345 9383 9396
+7946 8731 10939 11694
+165 2121 2159 9596
+164 2120 9594 9596
+14223 14225 14230 14231
+3996 4000 4001 12927
+8785 8818 10791 12693
+8706 8721 8722 8742
+8892 9124 10070 13834
+8919 9598 14229 14235
+11699 13690 13691 13708
+8771 10848 12683 12684
+2170 2296 2335 9759
+8743 8771 10785 12693
+7820 7921 7924 7932
+3749 3762 12703 12705
+5235 7867 9730 9732
+3753 8771 8805 12683
+4186 4303 4472 11324
+3739 3759 12678 14570
+186 187 7931 9766
+183 184 6510 9776
+4561 4623 6584 9964
+2253 2310 2311 9267
+4202 4319 4369 10796
+4321 4484 10793 10897
+9492 9493 9503 9505
+2191 2279 9491 9503
+3712 3728 3739 14570
+5856 8946 8948 13884
+5856 5899 8946 13884
+8791 11827 11861 12986
+5379 9493 9509 9510
+4472 11323 11324 11345
+5152 5242 5259 9487
+66 67 2030 4092
+8951 8958 8959 13868
+4535 4598 6558 10283
+8412 8420 12915 14688
+2369 2535 10283 10284
+8958 8959 10237 12873
+163 2120 9591 9594
+8943 8958 10237 12873
+9568 9586 9601 9624
+4283 4458 4459 12971
+3738 3739 3760 12677
+87 88 2051 4145
+8943 8958 10237 13868
+9669 9674 9675 9676
+5069 5160 9647 9648
+2215 2216 2288 9671
+3738 3739 12676 12677
+1337 4540 6445 6563
+1206 4126 4168 9310
+8958 8959 10237 13868
+8968 8969 8975 9183
+5073 5271 5272 9726
+5272 9726 9727 9731
+7808 9730 9734 9762
+7547 7558 8466 14683
+3738 12675 12676 12677
+98 2062 4108 4150
+8968 8969 8970 8975
+5073 5164 5271 9687
+4108 5164 9687 9690
+4896 4897 11700 13687
+9099 14714 14720 14725
+4059 4060 7205 7206
+2173 2338 9821 9858
+2236 2338 9820 9823
+934 8685 12666 12667
+7762 8418 8970 12909
+1964 7020 8927 14228
+2136 2174 9829 9848
+3628 8676 8686 12666
+7733 7762 8418 8970
+3629 8669 8674 12668
+935 3629 8674 12668
+2305 2341 9252 9272
+8676 8686 8687 12666
+2412 4556 9980 10717
+2081 2244 2245 9250
+2244 2245 2352 9248
+5085 5283 9302 9307
+129 2092 2093 4166
+3631 3653 12660 12661
+783 5131 9295 9296
+3649 3660 3661 12651
+6636 6742 6757 9953
+210 211 6537 9332
+7547 8466 14682 14683
+8060 9430 9459 9466
+8417 8418 8970 9186
+2150 2274 9466 9470
+6438 6748 10241 10242
+5225 5376 9464 9465
+418 2703 2704 6324
+55 1309 1310 1396
+2037 4095 4138 9525
+8161 9435 9438 9442
+1080 3938 7740 7741
+2104 2105 4172 9426
+2273 2274 2346 9466
+937 1922 7267 7709
+9099 14719 14720 14725
+7579 14714 14715 14720
+7946 12654 12656 12657
+1645 2001 2002 9561
+8004 11619 11661 11668
+6438 6557 6604 10269
+9227 14711 14712 14713
+26 929 5430 5442
+2037 2038 4138 9525
+2048 2049 2212 9617
+2048 4101 4143 9617
+11128 11129 11138 13054
+5749 8891 8892 8933
+8744 12654 12655 12662
+7823 8990 8992 14479
+7823 8979 8992 14479
+7823 8979 8989 14479
+8948 8950 8952 8956
+7943 8703 11670 12625
+11662 11678 11680 13685
+929 12662 14564 14566
+5277 5278 5320 9873
+2077 2078 2241 9865
+8998 8999 9095 12899
+8700 8721 8722 12654
+1239 4186 6324 6392
+1191 4158 5078 9865
+8041 8042 12302 12306
+3685 8048 12630 12640
+1366 1367 4618 6578
+8712 13673 13674 13698
+5377 9299 9305 9306
+3681 3684 12617 12626
+9290 9298 9347 9348
+9292 9300 9303 9456
+3683 11669 12625 12631
+3683 11669 12625 12636
+5226 9305 9306 9311
+2181 2311 2342 9265
+8720 11647 11661 12631
+10933 11630 11648 11651
+8002 8003 11692 12637
+9419 9440 9444 9448
+780 5031 9388 9452
+527 10931 10936 11693
+2739 6342 10793 10882
+5288 8172 9429 9433
+2266 2267 2324 9461
+6760 10111 10164 13087
+8002 10846 11660 11661
+6545 6714 13082 13083
+3977 3978 9008 12944
+189 6516 9803 9814
+1357 4550 6573 10561
+7888 7929 9760 9791
+9 723 7861 7882
+8720 11647 11652 12631
+1357 6455 6573 10561
+8004 11661 11669 12631
+8697 12617 12618 12619
+793 826 7851 7881
+2229 9727 9760 9761
+2921 3006 10834 10888
+2132 2296 7923 7929
+12609 12617 12618 12619
+5896 8689 8690 8691
+11399 11482 11521 11590
+3666 8692 12608 12609
+11662 11680 13685 13723
+5030 5130 5225 9465
+1357 4550 4614 10561
+3978 8900 9008 12944
+6243 6244 13832 13844
+3978 8900 9008 12819
+8102 8335 10185 14175
+2978 3006 10888 10978
+11633 11635 11636 13621
+2355 2521 2651 9035
+1548 1549 6062 13802
+10887 10888 10889 10978
+8693 11610 11634 12612
+9018 14373 14374 14375
+2532 10240 10241 10268
+5999 6176 13856 13857
+1323 4596 6556 10242
+12609 12610 12617 12618
+343 6010 10391 10400
+1370 1371 4584 6580
+1468 1836 1837 4674
+4896 13687 13688 13702
+8693 11634 12610 12612
+7735 8412 12926 14688
+7979 8623 8653 11496
+9018 14374 14375 14379
+6479 9379 9542 9543
+1836 1837 4674 5589
+7786 8222 8223 9362
+7674 7675 7765 12409
+2978 10887 10888 10978
+3651 3666 8640 8694
+2400 2565 2566 10550
+8723 10788 10789 13259
+9842 10562 10637 10712
+10553 10555 10585 14339
+6621 6730 10556 10560
+4620 4635 9980 9981
+1367 4555 4618 6578
+2922 2978 3006 10888
+1370 4584 4635 6580
+6646 8310 8344 9035
+4557 4584 6580 9981
+2590 2644 2674 10153
+8792 10806 12986 12988
+4009 7610 14593 14604
+9342 9949 9953 10153
+10000 10001 10018 10019
+2651 8310 8344 9035
+9041 9042 13110 13115
+6046 6047 10001 10023
+9042 9475 13110 13113
+9424 14156 14157 14158
+8719 11435 12612 12614
+1400 1401 4639 9062
+3611 8625 8643 12553
+6638 6745 9971 10047
+523 524 4724 11672
+388 389 2478 10094
+10103 10105 10109 10163
+6588 6744 9972 10049
+8246 10141 10161 10166
+392 393 2480 10172
+10806 10807 12986 12988
+8306 10072 10079 10080
+9042 9475 9476 13113
+10807 10829 10880 12986
+8304 10077 10079 10081
+2483 8336 8342 8369
+1412 1413 1801 13534
+1412 1800 1801 13534
+1411 1412 4765 5914
+1317 4530 4571 6553
+1099 1889 6937 14522
+235 236 2360 4530
+6012 6189 6190 10434
+9042 13110 13113 13115
+6502 6670 14267 14281
+257 258 2382 4541
+8625 12553 12588 12607
+6725 9714 9718 10429
+3571 8624 8625 12541
+2496 10431 10433 10439
+9558 9600 9601 9624
+370 2508 10010 10719
+2467 2634 2670 10706
+8723 8726 10788 10789
+10626 10627 10645 10646
+2467 2507 10692 10693
+6033 6034 6211 10698
+2468 9973 10692 10700
+7789 8788 11926 12986
+8294 8492 12438 12439
+417 2702 2703 6391
+8259 9405 10105 10106
+6471 6590 6639 10062
+8192 10156 10158 13130
+5982 6100 6260 13348
+331 332 2489 10279
+8392 9046 9061 9062
+1435 4657 4777 13637
+4534 4597 6557 10269
+1496 1555 1556 5947
+1815 5929 13637 13650
+4841 13311 13413 13433
+9231 9234 9917 9918
+10566 10567 10569 10581
+12552 12553 12560 12587
+8641 8695 12553 12607
+523 524 11643 11672
+1435 1815 5929 13637
+3572 12552 12553 12588
+375 376 2511 9986
+376 377 6044 9992
+8622 12588 12589 12600
+7287 8576 12591 12592
+375 376 9986 9992
+1434 1435 4657 5929
+9932 9985 10015 10030
+8712 11672 11673 13675
+2485 2643 8367 8368
+1316 4571 6434 6553
+5865 9057 9058 9060
+8572 8573 12576 14601
+8572 8574 12591 14592
+7270 7291 7307 8572
+952 3639 3652 8657
+8340 8352 8364 8372
+8577 12556 12597 14754
+6601 6604 10240 10269
+7283 7314 7321 14600
+7282 7283 8641 8648
+2609 2679 10240 10280
+9562 14217 14218 14233
+8145 9049 9054 13798
+83 84 2047 4143
+7296 9119 12589 12599
+2545 2618 10404 10406
+6495 6496 9616 14241
+2543 2617 2662 10369
+8644 8646 8648 12552
+8924 10220 12870 12874
+3551 8637 8644 12552
+2555 2655 10453 10457
+7894 14289 14290 14320
+5808 9102 14101 14114
+8787 8792 12984 12986
+2666 9665 10456 10461
+1889 6937 7623 14522
+1455 1456 1828 13324
+5746 8131 8132 13814
+266 2390 2391 4545
+6622 10550 10562 10563
+6684 14330 14331 14338
+2465 2504 2631 10621
+3627 3628 3657 8676
+10606 10607 10608 10650
+2399 10550 10551 10561
+372 10011 10738 10750
+6628 10715 10717 10745
+2509 2637 9976 10767
+4041 4049 14599 14603
+2410 2575 2576 10714
+8464 8994 12898 12899
+8580 12592 12596 14590
+9112 10719 10720 10726
+11646 11674 13667 13668
+1927 7269 14593 14594
+1456 1829 5933 13324
+2588 2640 2642 9948
+2587 2588 9962 9964
+11138 11139 13053 13054
+2422 2587 2588 9964
+2425 4562 4625 9952
+6634 9336 9950 9964
+6640 10061 10123 10124
+2597 10031 10032 10046
+6639 10031 10046 10112
+543 4744 10928 10929
+308 2432 2433 10031
+4041 4049 4066 14599
+6470 6638 6745 9971
+7838 9088 9090 9095
+2360 4530 10186 10190
+4668 4788 4834 13325
+8326 10213 10214 10215
+10229 10247 10250 10252
+10207 10232 10234 10235
+10066 10238 10265 10298
+1467 1836 4674 4792
+2552 2553 10426 10466
+6615 10422 10427 10449
+2386 4543 4606 10423
+1466 1467 1836 4792
+5865 9057 9059 9060
+8392 9057 9059 9060
+5599 5776 9064 13423
+2403 10619 10620 10625
+6911 6921 6922 12931
+8579 12557 12575 12592
+1868 1869 6937 14524
+1868 1869 6869 14524
+7874 7875 7913 14423
+2632 10626 10678 10688
+1887 6935 6936 7622
+1888 6936 7622 7630
+3551 5429 8644 12564
+8832 10928 10929 13417
+397 2773 8311 8340
+896 8645 12564 12569
+5599 5706 5776 9064
+8342 8343 8360 8369
+880 7456 10178 12431
+7455 12431 13489 14675
+8245 10177 10179 12431
+6598 6649 10202 14198
+8305 10197 10228 10230
+880 7455 7456 12431
+4680 4798 5935 13377
+2446 2484 2654 10198
+880 7798 10178 12431
+7975 8003 8733 11677
+8465 8994 12899 14695
+8967 9227 14711 14713
+7802 8116 9073 9074
+1490 1546 8121 13529
+1490 5941 8121 13529
+57 1402 1490 1546
+7802 9073 9076 9077
+5658 8121 8299 9079
+1632 5942 5985 13529
+1500 4997 13890 13891
+1500 1562 4997 13890
+1500 1501 1562 13890
+256 257 2381 4604
+8451 10058 10090 13750
+3583 12550 12554 12561
+7316 12583 12595 12596
+9340 10087 10099 10169
+6471 6589 6639 10031
+6469 6587 6637 9968
+387 388 2517 10057
+6709 6744 9969 10049
+2688 2853 10912 10913
+2686 2687 6316 10911
+8647 8656 12550 12561
+8261 11058 11059 11280
+8656 12550 12554 12561
+4644 4764 4854 13500
+12147 12175 12176 12177
+4723 11645 11646 11672
+1500 4997 5507 13891
+413 414 2699 6322
+6105 9078 9083 13524
+414 2699 6322 6390
+2952 3019 3031 11456
+2707 2708 6394 11407
+6327 6394 6418 11406
+1241 1242 4305 6393
+9078 9083 13520 13524
+5658 7802 9079 9080
+7802 9074 9079 9080
+9086 9097 9098 14717
+7985 11463 13210 13211
+870 886 3485 11868
+4822 4886 4887 13654
+2721 2886 2887 11515
+2790 2829 2995 11526
+2729 2895 11600 11623
+2896 2999 11621 11627
+10871 10925 10928 10929
+2897 11625 11627 11689
+2898 2999 11658 11689
+456 457 2742 6405
+2743 6344 6405 10906
+2742 2743 6405 10906
+4378 4515 4516 10909
+8972 8974 9095 9101
+4323 4372 4376 10906
+1522 1523 5014 14087
+2756 6411 10884 10885
+469 2754 2755 6410
+2754 6349 6410 10878
+2804 2843 10821 10873
+4210 4328 6379 10837
+10823 10832 10841 11816
+4915 4986 4987 13263
+542 543 10871 10928
+9089 9095 9101 14705
+8998 9090 9168 9178
+8998 9090 9095 9178
+753 9904 14368 14713
+10858 10859 10860 10863
+3009 11078 11079 11164
+5596 5921 13435 13436
+2765 4217 11032 11133
+4217 4334 4392 11133
+6355 6415 6427 11032
+8965 9904 14368 14713
+3602 3614 3615 8569
+10986 11159 11163 11189
+2810 2848 3010 11152
+2810 2848 11118 11152
+2928 2981 3009 11079
+9001 9095 14693 14695
+753 9904 14713 14731
+8263 11236 13095 13096
+4643 4762 4955 13486
+2776 2815 11221 11241
+11257 11279 13470 13473
+2939 11061 11063 11208
+1406 1796 5913 13486
+10931 10936 11656 11677
+9089 9095 14695 14705
+1089 6960 6961 12910
+417 418 2703 6324
+732 12120 12133 12175
+3605 3613 3618 8561
+421 422 2707 6326
+11362 12195 13226 13227
+731 12518 12533 12534
+9102 9103 9110 14113
+4308 4355 4395 11444
+3618 8561 12519 12531
+3589 3607 12521 12545
+4901 4902 4970 11718
+1908 7103 7719 7720
+10858 10860 10863 10865
+5426 5728 5729 12540
+10858 10863 10938 10941
+1496 1554 1555 13845
+1496 1555 5947 13845
+10855 10866 10941 10948
+10810 11072 11073 11077
+3571 5426 12535 12541
+476 2761 6353 11031
+3571 5426 5427 8624
+3571 5426 8624 12541
+9100 9113 9114 10727
+8608 8618 11509 13699
+10989 11019 11073 11075
+5947 6065 13845 13852
+1503 1565 1566 5952
+4698 4867 11351 13539
+1503 1566 5010 5952
+8609 12514 12525 12526
+924 3570 5425 12525
+6960 6961 8417 12910
+4724 11672 11673 13675
+1206 4125 4168 9310
+10804 10812 10817 10839
+8562 8571 12519 12530
+10847 10866 10941 10948
+8077 8088 13085 13086
+5516 5957 6076 13945
+6076 6124 6125 13982
+8083 8283 8284 8285
+10424 10510 10522 10524
+7778 8086 8189 12996
+2939 11061 11208 11219
+3607 3610 3621 12544
+404 2689 2690 6387
+8198 8271 11217 13000
+11232 11233 11267 11268
+4350 4472 11345 12136
+2699 6322 6390 11297
+8609 12517 12523 12529
+2819 2947 2988 11290
+2947 2988 11290 11309
+411 412 2697 6321
+4349 4351 11404 11406
+5447 7201 8873 14546
+2836 10797 10800 10948
+8731 10939 11694 11704
+4351 4354 11427 12153
+3619 3623 12519 12539
+3608 12524 12528 12530
+1765 5446 8873 9122
+1764 1765 7200 9122
+445 6338 6370 11626
+1524 1598 1599 14118
+8562 8617 8621 12524
+1764 1765 5446 9122
+3612 8615 11292 11320
+2906 2989 10901 10996
+1764 7199 7200 9122
+11563 11598 13203 13207
+10866 10937 10941 11711
+7199 7200 9122 14529
+7103 7720 14498 14501
+9131 10325 13870 13880
+6961 8417 8418 12910
+10324 10325 13880 13896
+9131 10324 10325 13880
+4469 4493 13021 13045
+2929 2930 11032 11131
+10847 10863 10865 10948
+2793 2832 2962 11617
+9131 10324 14430 14438
+4923 11123 13363 13386
+8615 11322 11385 12515
+4849 4925 4977 13390
+4216 4391 11029 11131
+8601 11410 11411 13598
+9131 14430 14437 14438
+8601 8617 8621 11411
+1620 5979 6098 13796
+12129 12132 12133 12135
+8089 8287 11041 11046
+9138 9141 13999 14461
+4684 4686 4808 9076
+9137 9141 13999 14461
+661 662 12105 12109
+2782 2948 11369 11544
+11295 11542 13148 13154
+8546 8547 11293 13156
+3016 3030 11343 11345
+8527 12106 12507 12512
+4412 11542 11547 12127
+4186 4304 6392 11368
+9136 9138 9141 14461
+2946 3015 11331 11544
+2892 2893 11601 11603
+7992 7998 11602 13219
+2892 2893 2962 11601
+9138 9140 9141 13999
+8712 11672 13674 13675
+2727 2892 2893 11561
+9140 9141 13932 13999
+3565 3566 3593 12512
+11084 11090 11093 12366
+2747 2913 11025 11027
+1288 4328 6349 6379
+1395 4569 4591 6431
+8931 9011 10377 10378
+8611 11369 11370 11387
+11546 12136 12143 13155
+11391 11410 11412 11414
+2735 10796 10802 10845
+2832 11605 11617 11618
+11520 11533 11556 11557
+2718 2719 2884 11517
+11436 11553 11554 11611
+516 517 4717 11575
+2736 2901 2902 10802
+4715 11538 11577 11593
+11403 11519 11558 11559
+8931 9011 9151 10378
+2958 2994 11516 11556
+3139 3178 3339 12176
+2735 2736 6340 10802
+8697 13644 13666 13722
+4747 4748 10959 13285
+2806 2978 3006 10978
+2806 2845 2978 10987
+4387 4388 4461 12989
+2735 2736 2901 10802
+547 548 10916 10956
+1644 2000 5044 9601
+8835 13281 13282 13283
+2922 10885 10888 10892
+2948 2984 3030 11343
+1643 1999 2000 9568
+8995 8996 9091 14093
+2704 2869 2870 11368
+419 2704 2705 6392
+4354 11365 11407 11427
+419 2705 6325 6392
+8931 9147 13948 13999
+2751 6348 10837 10843
+1288 1289 4211 6349
+10839 10851 10852 11091
+10812 10839 10840 11161
+8257 11210 11220 11372
+8931 9147 10377 10378
+5882 9159 9160 14049
+5698 8831 10960 13422
+1206 4125 5177 9310
+8482 8490 12498 14641
+8712 11646 13666 13722
+1654 2012 5050 11835
+1654 2012 11835 11894
+7838 9094 9100 10694
+1667 5091 5183 11819
+1666 5182 8153 8154
+5187 6771 12041 12042
+9160 9170 14045 14062
+572 573 3050 6770
+575 3052 6771 6814
+3047 6769 6811 12019
+12040 12045 12069 12071
+5096 5294 5350 12068
+9160 14045 14050 14062
+5634 5882 9160 9170
+3217 12040 12041 12068
+8717 11630 11631 11636
+5634 5882 9160 14050
+585 586 3063 6819
+3227 3370 3386 12116
+5634 9160 9170 14062
+3302 12092 12093 12130
+3238 3239 12165 12199
+596 3074 6824 12196
+5634 9160 14050 14062
+3074 6824 12196 12198
+8188 8470 11194 12441
+594 595 3072 6823
+3147 3318 8006 8024
+3247 3248 12268 12270
+350 2459 2498 10468
+5437 12619 12628 12629
+10667 14072 14079 14080
+1697 5106 5198 12235
+12147 12155 12177 12178
+9166 9169 14053 14055
+697 4270 4271 11857
+1676 1677 5096 6814
+10656 14053 14063 14064
+9171 10666 14077 14078
+697 11856 11857 11860
+9178 9179 12893 14413
+10902 10904 10914 10996
+865 1122 3479 12486
+5311 11760 11761 11766
+3270 3271 11760 11765
+5365 11915 11955 11972
+3106 3107 3272 11766
+8972 9179 9180 12893
+1443 1444 4781 5923
+3065 3066 6778 12160
+589 3066 3067 6778
+4464 4507 4518 13005
+8972 9094 9179 12893
+1698 6786 6828 12234
+3116 5211 6845 11865
+5211 5315 5368 11830
+3113 6802 6844 11780
+1698 5107 6828 12234
+1698 5198 12234 12235
+523 524 2793 11643
+49 12484 12485 12489
+225 3124 3125 8205
+6206 6207 6314 14054
+1698 6786 12234 12235
+7786 8215 8226 8230
+8705 11641 13642 13644
+1121 12484 12485 12486
+865 866 3480 12486
+9187 9615 14443 14458
+1217 1218 4175 8348
+9187 9632 14253 14273
+732 12133 12175 13169
+9187 9195 14252 14253
+12158 12175 12176 12191
+3138 3178 3306 12144
+3560 3589 12518 12532
+867 7445 12485 12489
+1087 1088 12902 12904
+7181 12875 12878 14504
+10812 10817 10851 10869
+6339 6371 11687 11688
+691 11803 12340 12346
+11572 11573 11609 13621
+4318 6422 11625 11687
+445 2731 6338 11626
+9187 9615 9627 14458
+9187 9615 9627 9632
+4285 4286 4461 12987
+712 713 10881 11853
+3112 3277 3278 11781
+3330 3361 3365 11841
+11827 12984 12985 12990
+3481 3482 12482 12484
+9150 9198 9630 14255
+3111 3276 11770 11782
+1087 8422 12904 12905
+4461 11001 11861 12987
+8422 8976 12904 12905
+650 3129 11882 11883
+5290 5327 5386 12002
+3129 3293 11885 11888
+7783 11872 11873 12013
+8419 8976 12902 12904
+5126 12171 12211 12212
+7689 7757 8564 8566
+766 12171 12210 12211
+3498 12472 12473 14620
+10812 10817 10839 10851
+3264 3375 3389 11783
+2989 10898 10901 10996
+1981 2015 2016 11939
+9144 9149 9198 10442
+4274 4449 4450 13034
+4891 8704 11650 13668
+5363 11775 11779 11786
+3498 5415 12472 14620
+11582 11583 13624 13627
+5608 8443 8447 14657
+721 8239 11975 13040
+8098 8321 11149 11189
+4015 5415 12472 14620
+1011 7682 7683 12793
+8777 10852 11089 11136
+3 8234 8240 9032
+3497 3524 8511 8513
+8215 8226 8230 8238
+7448 7449 7481 14652
+9116 14618 14619 14620
+3049 3050 6770 12020
+7363 9116 14618 14619
+4048 9115 12448 14609
+7788 8355 10227 10236
+4046 4048 9115 12448
+8718 13621 13622 13624
+4046 4048 4085 9115
+11289 11309 11311 11316
+1160 4137 5154 9517
+4498 4504 11233 13141
+8422 8976 12904 14691
+5222 5329 5330 9501
+5099 5190 6775 12117
+3071 6781 12166 12167
+8478 12457 12466 14636
+1688 5102 5193 12164
+3068 3069 3234 12164
+4048 9115 14609 14614
+992 3717 5451 8739
+7998 8001 10935 13206
+7701 7760 8396 9217
+7760 8396 8399 9217
+684 685 7955 12301
+3317 3351 12269 12271
+8396 8399 8400 9217
+5361 11737 11739 11741
+695 4269 11826 12352
+8478 8490 12457 14636
+4269 4445 12358 12968
+7701 8396 9217 14670
+8396 9217 14670 14673
+694 3151 3191 11797
+7181 7183 12875 12878
+1425 1426 4772 5922
+7473 9217 14670 14673
+8477 12457 12466 14636
+2841 10817 10839 10851
+3537 12467 12471 12479
+8478 12463 12466 14636
+42 1786 5485 6970
+4390 4391 4465 11030
+8332 10968 11030 11080
+9228 9231 9923 14729
+8478 8491 12451 12452
+8393 9241 14144 14147
+9228 9919 9921 14732
+5857 5894 8993 9090
+9228 9231 9919 14732
+3208 3209 11995 11996
+3209 11995 11996 12012
+849 7541 7542 14739
+652 653 4226 12054
+13094 13095 13096 13107
+5093 5184 12000 12001
+9237 10152 14144 14146
+4225 12059 13073 13091
+12030 12050 12056 13097
+3135 3300 3303 12108
+12091 12098 12099 12100
+8972 8974 9095 12893
+12091 12098 12100 12103
+5295 12078 12079 12090
+3300 3303 3366 12065
+597 598 3075 6783
+3075 3076 6825 12197
+8478 8491 12452 14636
+3075 6783 6825 12197
+3075 3240 3241 12197
+1693 5104 6824 12198
+1692 5195 6782 12196
+2841 10817 10851 10869
+9237 9241 12373 14144
+9237 9241 10152 14144
+8516 8518 12450 12458
+4137 5154 9517 9518
+1808 5563 5564 13578
+1808 1809 5564 13578
+1807 5563 5928 13589
+1808 1809 5928 13578
+3259 3260 11735 11778
+3118 6805 6846 11864
+8228 11958 11962 11963
+8228 11962 11963 11981
+11963 11964 11965 11979
+5133 9243 9247 9913
+5049 8069 11963 11977
+3282 3363 3381 11904
+717 11931 11933 13022
+5049 5247 8069 11979
+3284 3336 3364 11964
+10812 10839 10852 11161
+3117 3118 6846 11865
+5049 5247 5248 11979
+3179 12151 12158 12179
+12169 12172 12208 12211
+2242 2243 2303 9247
+2243 2303 9243 9247
+4698 4699 11359 11360
+3139 3179 12151 12176
+8478 8491 12463 14636
+1443 4661 4781 5923
+11783 11785 11844 11845
+3262 3325 3375 11785
+5383 11786 11844 11941
+5196 6783 12197 12198
+3326 3358 11843 11916
+2839 2972 11083 11095
+8517 8526 12462 14626
+2243 2303 2304 9243
+1804 5559 5560 13552
+802 5023 5127 12120
+5296 5351 12095 12096
+11342 11542 13148 13154
+2306 2307 9254 9255
+4238 4239 4414 13155
+8515 8517 8520 14638
+3178 3306 3339 12176
+3059 6775 6817 12117
+3538 8526 12458 12462
+708 3158 11794 11813
+8704 8705 13667 13668
+2791 2831 2960 11607
+3108 3273 11750 11751
+2248 2306 2307 9255
+11793 11822 11833 11834
+2921 2922 3006 10888
+3110 3111 6801 11770
+1830 5584 5918 13327
+8078 8290 10178 12432
+8073 8074 8275 8283
+4386 4489 4524 10877
+4213 4490 10885 10892
+3241 3242 12214 12215
+9107 10741 10742 13763
+1258 6334 6368 11531
+11476 11721 12298 13200
+11563 11598 11599 13207
+4196 11530 11531 11549
+4313 11515 11523 11531
+1475 4678 13338 13365
+8522 9211 12493 14641
+850 851 7543 12373
+8491 8518 12452 12453
+11037 11038 11235 11409
+7523 7545 14711 14712
+4648 13543 13544 13552
+7545 7668 14712 14731
+7794 8522 11036 11205
+3418 7674 7675 12409
+2087 2088 4163 9260
+835 3400 3401 8426
+7544 7552 9227 12909
+7476 7493 7494 12402
+1197 5081 5173 9273
+1472 1473 4795 5920
+3441 3442 3455 12398
+2086 2087 2250 9273
+2087 4120 4163 9273
+3863 3891 6851 6852
+8484 11035 11194 12442
+3410 3424 8447 12374
+3424 3435 3458 12377
+3411 3412 3439 14652
+2087 2250 9260 9273
+9918 9920 9923 9924
+10807 10819 10820 11067
+10006 10090 13749 13760
+845 846 3419 12369
+3529 3542 3547 8484
+8455 9999 10009 14666
+7796 8455 9999 10004
+8444 12367 12369 12374
+3863 3864 3892 8940
+4297 4344 4357 11203
+8419 8976 12904 14691
+3445 3457 3460 12415
+1088 12902 12904 12910
+858 859 1863 3415
+9282 9285 14150 14151
+9000 9158 9161 14427
+834 3399 3400 8409
+859 1862 1863 6862
+859 1863 3415 6862
+858 1863 1864 6863
+882 8074 8078 8243
+7765 8405 8408 12409
+3398 3429 8413 12417
+1877 1880 12412 12413
+3436 3459 12404 12405
+1948 1949 7523 7667
+4317 6370 11620 11626
+882 7457 8074 8243
+1876 1877 1880 12413
+3466 8406 12392 12396
+3480 3481 12482 12486
+3479 3480 3508 12448
+8075 8257 8258 11057
+3478 4012 4013 12474
+7460 8183 8184 12435
+11211 11375 11376 13074
+9230 9279 14734 14737
+101 2065 4152 9729
+8470 8483 11194 12441
+8410 8411 12921 12925
+882 883 3491 8078
+6569 6618 10451 10452
+8075 8189 12437 12443
+745 7692 8180 13079
+3490 8126 12432 13532
+8076 8257 11372 11373
+3501 8122 12438 13532
+9279 9933 14734 14737
+2579 2637 9926 9978
+3502 3517 8126 12436
+6129 14011 14012 14013
+9956 9990 10016 10017
+3488 3512 3527 12480
+3487 3488 3527 7706
+2729 6337 11606 11620
+3484 3512 7707 12483
+8400 9217 12380 12381
+8517 12447 12459 12462
+3942 8412 8421 12908
+3966 3975 8412 12921
+8517 12462 12464 14626
+2794 2963 2964 11656
+8511 12473 14618 14620
+889 890 3495 5412
+7399 7400 7415 12494
+3548 8489 8526 12461
+8508 8509 11275 12439
+1883 1884 6933 7618
+3491 3502 3513 12436
+8497 8498 8520 11250
+8521 8522 11036 11205
+1871 6934 6935 12825
+3534 3536 3545 8509
+1885 6933 7619 8414
+7181 7183 7186 12875
+3491 8075 8078 12437
+8318 10828 10879 11069
+3549 8489 8491 12463
+3545 12450 12453 12461
+8518 12450 12452 12453
+1781 1782 5475 7032
+3529 3534 3545 8509
+5709 9096 9097 14136
+9238 9286 9943 10151
+8549 13157 13159 13160
+670 671 12151 12152
+7404 7410 7421 14637
+10933 11522 11552 11609
+9266 9945 9947 9948
+3935 7735 8412 12926
+7181 7186 12875 14505
+8995 8996 9168 12900
+7619 7739 12940 12943
+7541 9242 9933 14739
+9000 9161 9168 12900
+9238 9242 9933 14739
+7396 12464 14626 14630
+8524 8525 12474 14623
+9238 9242 10151 10152
+831 3396 3397 12429
+3564 3578 3580 12511
+3565 12499 12501 12510
+8026 11643 11659 11660
+8541 11258 11259 13154
+2781 2821 11336 11357
+8612 11369 11540 11541
+7557 12914 14689 14691
+5811 9096 9107 13766
+10932 11612 11648 11649
+3593 3598 3606 12516
+3575 3598 8528 12513
+3561 3579 8550 8551
+1954 7891 7892 7907
+3565 3578 3593 12510
+772 12044 12091 12099
+3561 3573 3579 8550
+9238 9286 9993 10150
+7383 7391 14604 14606
+7549 8423 8424 14689
+3569 3594 8609 12514
+8616 13567 13572 13573
+3427 6906 6928 12417
+8396 8397 8398 8399
+3989 12919 12924 12928
+9286 9943 10149 10151
+8600 8615 11511 12509
+3555 3584 8579 12554
+5728 5729 8627 12540
+4016 7361 7362 7394
+9203 9548 9549 14497
+3396 3426 3427 12421
+9238 9242 9993 10150
+3952 10696 12895 12906
+1086 3952 10696 12906
+2791 2831 11607 11612
+3614 3619 3623 12539
+8634 8636 11503 12543
+11399 11590 11683 11685
+841 7615 7675 12413
+8623 8642 8692 12608
+9238 9242 10150 10151
+3597 3611 8625 12542
+7698 8405 8408 12397
+27 937 1922 7709
+8015 8668 8670 12661
+953 3639 3640 12594
+1925 7268 7712 14584
+2579 2637 2673 9926
+942 3634 8012 8018
+10818 10957 11104 11105
+1079 1080 3949 7740
+8637 8648 9119 12589
+1085 1086 3952 10696
+8645 8646 12563 14595
+4054 7334 8645 14595
+1760 5602 7280 7281
+12385 12386 12395 12396
+2792 2961 11564 11614
+10806 10818 10982 10984
+3446 3448 12393 12405
+7856 7912 14341 14352
+785 818 5132 9256
+7939 8731 10942 11704
+2006 2007 8065 9365
+3436 3457 12404 12411
+3689 3691 12634 12647
+8743 8746 8747 11715
+8817 10962 11715 13257
+7946 8722 8746 10849
+7138 8353 14488 14490
+3572 3581 3597 12553
+3572 3597 8625 12553
+7697 7698 7765 8405
+3625 8700 12654 12662
+4022 4055 4056 7310
+7698 7765 8405 8408
+10806 10818 10984 10985
+35 1005 1013 1972
+35 1005 1906 12816
+13066 13067 13068 13069
+2806 2844 10916 10983
+3654 8036 12620 12624
+3629 3658 8675 12652
+7673 7698 7699 12397
+2791 2831 11612 11613
+3441 3455 12398 12403
+3435 3458 3462 12377
+10780 10859 10938 10939
+4065 8756 12670 14575
+7493 12383 12388 12402
+3683 3690 12625 12631
+3409 8394 8398 8399
+8031 12637 12639 12641
+35 1005 1972 12816
+785 5132 9256 9258
+7271 7305 14567 14568
+8398 8404 9400 10116
+2144 9290 9297 9298
+8687 10848 12657 12659
+4080 4088 7347 14579
+10809 10984 10985 10997
+2144 2313 9297 9298
+4058 4080 4081 7341
+4746 4915 10947 13419
+8820 8829 8831 13421
+8822 12716 12719 12729
+10947 13314 13417 13420
+10806 10809 10984 10985
+5430 5431 7298 14566
+2144 2313 2343 9297
+1916 7213 7638 12765
+1916 7190 7213 12765
+10809 10973 10978 10984
+9295 9298 9346 9350
+8872 10917 12775 14526
+3461 8399 8400 12376
+2996 3034 11550 11566
+7525 8393 8394 12373
+14154 14155 14160 14162
+10806 10809 10973 10984
+11436 11485 11575 11576
+7265 8881 9123 14539
+2579 9926 9978 9981
+6346 6425 11026 11027
+1916 7638 7639 12765
+7272 8749 14569 14572
+8432 8440 8445 12372
+4059 4060 7206 7207
+965 7195 7217 12735
+9295 9297 9298 9350
+3744 8786 8804 12698
+8432 8445 12369 12372
+981 982 7206 8750
+8443 8448 8452 8456
+3755 8786 10923 12703
+7243 7262 8875 8881
+1916 7190 7639 12765
+10927 12713 12717 12725
+461 2746 2747 6346
+761 794 795 7959
+3702 12711 12725 12727
+9290 9297 9298 9350
+8432 8444 8445 12369
+7222 7234 14526 14530
+11553 11554 11569 11611
+3154 3194 11916 11920
+10809 10978 10984 10997
+3758 8766 12690 12700
+689 4263 12334 12336
+3763 8768 8771 12684
+1912 7129 7723 14518
+700 3194 11920 12359
+699 3154 3193 11918
+461 462 2747 6346
+3791 7726 12752 12763
+3776 7727 12763 12764
+699 700 11920 11921
+7638 7728 7763 12765
+3810 3811 12767 12770
+1028 3788 3789 12784
+3788 12784 12785 12786
+8775 13033 13034 13035
+3810 3811 3826 12767
+5459 5460 7112 8891
+696 3152 11823 11856
+3784 3785 3809 12749
+8923 8924 9577 10220
+10902 12975 12979 12980
+9290 9298 9346 9350
+1001 3770 12805 12806
+1000 1001 3770 12805
+8210 8211 12812 13046
+1114 4009 14593 14604
+7141 12855 12882 14509
+8145 8147 8381 14486
+1001 12805 12806 12814
+794 5019 7959 8007
+1015 1148 6884 7120
+7937 8763 12351 12355
+4038 4042 4064 14555
+1144 1149 3779 4031
+2313 9299 9304 9307
+8099 8211 12812 12815
+7938 8764 8770 14756
+8094 8100 8313 12813
+8302 8355 10251 10260
+7965 11817 12348 12349
+1986 1987 7687 13251
+713 4286 4287 10881
+8214 11983 11988 13018
+3800 3820 11068 12788
+10809 10889 10973 10974
+3189 11801 11802 12331
+692 693 11812 12346
+692 11803 11812 12346
+12 794 5019 8007
+3825 3841 12756 12758
+4315 4366 4482 11561
+8872 8880 8890 10917
+7257 7261 7266 14553
+693 11812 12342 12346
+7981 7982 8005 8007
+8875 8876 8881 14540
+692 693 3190 11812
+9108 10752 14121 14123
+7966 8769 12342 12350
+8302 8355 10247 10251
+4197 4315 6399 11548
+2746 6346 6407 11026
+2260 2344 9304 9313
+3841 3842 12758 12774
+7953 13245 13252 13255
+3835 3839 3843 12733
+8870 12774 12775 12781
+1056 7043 8894 12823
+7438 7461 7697 8405
+8965 9904 14713 14731
+7937 8013 8666 8770
+3887 3902 3905 12846
+3792 3802 3815 12793
+7747 8901 12863 12864
+10770 10950 10951 13256
+10868 11658 11703 13254
+2260 2314 2344 9304
+10806 10809 10973 10974
+3400 3401 8426 12418
+3864 3893 12838 12842
+9304 9311 9313 9389
+3957 3973 3987 8930
+5801 9139 13944 13946
+2728 6400 11560 11606
+323 324 5991 10083
+5484 8942 12868 12883
+9136 14447 14448 14453
+9563 9564 9578 10276
+4262 4263 12337 13246
+9902 9904 9905 9916
+1034 14429 14431 14436
+533 2798 2837 10922
+5250 11743 12328 12329
+3925 3926 8904 12835
+8923 8924 10220 12870
+838 3403 7673 12381
+10922 10964 10965 11713
+12843 12876 12878 14511
+1265 4317 6370 11620
+3252 3253 12327 12328
+7057 10324 14430 14438
+685 3147 12300 12301
+7963 8011 8023 8040
+9318 9895 9900 9911
+4199 4368 4483 11600
+4198 4482 11560 11561
+9898 9902 9903 9905
+838 3403 3417 12381
+1870 1871 6935 12826
+1051 3858 8930 8932
+1055 3860 3873 12823
+1961 1962 1997 9677
+1962 1998 9612 9633
+8893 8896 12823 12825
+2797 10800 10855 10922
+7077 9191 14440 14445
+1963 9606 9611 9612
+12183 12184 12185 12225
+1051 1052 8932 9008
+3858 3871 3882 6918
+1962 9611 9612 9615
+2797 2798 2969 10800
+10383 10384 13922 13927
+7030 7061 9134 13923
+9143 10349 14442 14444
+7066 7081 7089 9013
+8011 8012 8028 8047
+3959 3960 12819 12949
+3930 3958 12818 12947
+3958 3959 9008 12818
+3959 3960 3978 12819
+3957 8929 8930 12947
+3930 3931 3959 12949
+6995 7013 14406 14407
+1962 1963 9611 9612
+8417 8969 8970 8975
+6999 7843 7844 14387
+1070 6967 8978 14369
+6989 8417 12903 14420
+6959 6960 8417 12902
+14711 14712 14713 14731
+8422 12923 14684 14696
+3942 3966 3975 8412
+8419 12904 12914 14691
+6958 6959 6988 14420
+3952 12895 12906 12913
+3952 12895 12913 12917
+300 2424 2425 4562
+1973 3778 8210 13013
+3937 3949 3955 12943
+2798 2969 10800 10919
+6940 6964 6991 14410
+1005 1013 1972 8210
+1885 6933 6934 8414
+1005 1013 3778 8210
+1973 8070 8210 11974
+1972 1973 8210 11974
+1984 2018 11789 11824
+8976 9180 12902 12905
+1987 12333 12335 12339
+1088 1089 3941 12908
+1054 7041 7042 12820
+7848 14334 14410 14411
+7863 7876 7884 14337
+787 9905 9911 9913
+8463 9003 12420 14683
+9004 12917 14680 14685
+11562 11564 11604 13207
+9325 9326 9332 9351
+8425 12422 12427 12918
+3967 3985 3989 12918
+12913 12922 12923 14690
+8026 11643 11660 11663
+1987 8020 12318 13240
+8019 8024 12310 12311
+2797 2969 3001 10800
+7625 7626 7766 8988
+4000 12924 12927 12929
+7046 7625 7626 8988
+8019 8022 8023 8025
+1106 1107 4009 7610
+1116 4045 14577 14581
+1105 7608 7609 14587
+7594 14694 14698 14706
+8005 8006 12267 12308
+1103 1104 4006 7607
+8005 8006 12267 12269
+1467 1468 1836 4674
+7786 8215 8226 8229
+4051 7386 7388 7423
+4051 4052 7386 7388
+1132 1133 4020 12568
+1649 1650 2006 5048
+7245 8874 14540 14541
+9131 10315 10322 13870
+1836 4674 5589 13311
+3476 3505 4040 12472
+1650 2006 5048 8065
+7362 14615 14618 14620
+10935 11565 11604 13206
+4074 7388 7407 7423
+46 1120 12742 12747
+2007 8065 8067 11973
+3626 12656 12659 12664
+1129 1130 1748 4017
+9239 9332 9335 9355
+726 727 7748 13187
+8427 8428 8429 14733
+1743 5405 5406 7451
+3193 11854 11859 11918
+7989 11476 12297 13210
+7231 8874 14541 14547
+1143 4030 12749 14546
+7985 7988 13186 13187
+4029 4030 4063 14546
+11565 11597 13206 13207
+12299 13188 13189 13201
+681 4254 4255 7987
+681 682 4255 7987
+8683 8684 8756 14574
+9121 14553 14555 14561
+2969 3022 10790 10792
+8876 9120 12746 14551
+7611 12480 12483 14613
+7257 7260 8862 14561
+1141 1767 7202 7203
+681 682 7987 12287
+7616 7676 7677 12418
+9290 9326 9335 9352
+5264 5332 9559 9570
+4133 5151 9483 9484
+5151 9482 9483 9484
+2027 4133 9483 9484
+1154 4091 4133 9483
+9290 9347 9352 9353
+3144 12244 12246 12248
+2120 2158 9585 9591
+180 181 2167 9745
+681 7987 12244 12287
+9706 9755 14299 14300
+64 2028 4091 9483
+5060 9482 9483 9488
+9239 9326 9351 9352
+5171 5279 9248 9249
+2099 2100 2263 9345
+2101 2264 9345 9383
+3249 3250 3388 12282
+117 118 2081 4160
+2100 2101 2264 9345
+2100 2263 2264 9345
+1195 4119 4161 9253
+5212 5248 5370 11946
+86 2050 4102 4144
+86 2049 2050 4144
+2903 2969 3022 10792
+2099 2263 9314 9345
+1208 4170 5087 9345
+1209 1210 4128 9382
+5207 6798 6840 11765
+2904 2967 10792 10896
+1348 4609 6450 6569
+2263 2264 9345 9394
+9239 9326 9332 9335
+4097 4139 5064 9567
+73 2037 4095 4138
+3084 3249 3250 12282
+1348 1349 4609 6569
+6450 6569 6617 10445
+6569 6617 6618 10452
+8924 9577 9578 10220
+1715 6798 6839 11765
+3312 12199 12201 12221
+798 5021 5125 12220
+1187 5168 9818 9819
+7594 7596 14694 14706
+119 120 2083 4161
+2083 4119 4161 9253
+2083 2084 4119 9253
+120 2083 4119 4161
+120 2083 2084 4119
+211 9290 9325 9326
+8230 8231 9023 9361
+8231 8240 9032 9361
+4129 5088 5180 9426
+212 6538 6539 9335
+8914 8923 12870 12871
+11550 11551 11599 11722
+8231 9026 9029 9032
+8039 12616 12620 12627
+2087 2088 2251 9260
+8066 9366 9486 9494
+8233 9369 9370 9494
+8233 9368 9370 9494
+11291 11311 13139 13141
+1230 4182 4299 6320
+2904 2967 2969 10792
+7787 8316 8317 14197
+1393 4589 6591 10122
+7999 8037 8040 12291
+1393 4589 4590 10122
+7787 14186 14195 14197
+6472 6591 6746 10122
+7961 7986 12242 12287
+4193 4360 4396 11477
+1255 4312 6420 11513
+2720 11513 11514 11515
+596 6782 6824 12196
+2967 10775 10792 10896
+9521 9522 9524 9534
+1254 1255 4194 6332
+2719 2884 2885 11514
+434 6332 6397 11513
+3185 7961 12242 12280
+5108 12281 12282 12284
+7787 8221 14195 14197
+155 156 2116 9524
+3848 12870 12871 12888
+8914 8923 10189 12870
+9680 9701 9702 9722
+11145 13052 13053 13054
+9359 9385 9387 9406
+1298 1299 4216 6354
+746 780 781 9387
+2219 2290 2349 9656
+604 3081 3082 12234
+3281 3282 3363 11904
+2165 9667 9708 9710
+2127 2165 9667 9708
+780 781 9387 9388
+605 3083 6787 12272
+8186 12050 12051 12060
+11885 12006 12025 12038
+9385 9388 9389 9473
+4225 4400 12059 13073
+4357 4400 4401 11377
+652 12054 13092 13097
+12065 12108 12114 12227
+12123 12124 12126 12131
+664 665 3176 12123
+8529 8549 13157 13159
+666 667 3177 12134
+3577 8615 11511 12509
+4239 4240 4415 8546
+9392 9393 9395 9396
+4352 4415 4416 11429
+4412 4413 11547 12127
+605 3082 3083 12272
+3316 12231 12238 12239
+2705 11366 11367 11368
+4478 11366 11367 11429
+5286 9393 9395 9396
+12173 12174 12180 12210
+11402 11403 11559 12258
+11403 12263 12264 13195
+8568 8570 11431 11685
+5371 9392 9393 9395
+5020 5323 12214 12265
+12259 13194 13195 13196
+2317 9390 9392 9394
+2317 9392 9394 9396
+7953 13241 13242 13247
+4496 11622 13220 13233
+695 696 4269 12352
+1278 4206 6344 6375
+8161 9440 9444 9460
+8061 9440 9444 9448
+697 4271 11857 11860
+2903 2904 2969 10792
+2889 2960 11550 11594
+11463 13192 13194 13196
+5367 11750 11767 11773
+5249 5313 5374 11772
+4212 4330 6411 10884
+2920 10836 10877 10878
+710 711 4284 11827
+3163 3203 11958 11978
+8651 11494 11499 13611
+9392 9393 9394 9396
+3283 3284 3336 11910
+12185 12260 13179 13180
+4292 4467 11990 11992
+2231 2336 9771 9790
+718 719 11978 11989
+8105 11139 13045 13052
+4501 4526 11146 11992
+4336 4340 9036 11127
+8103 8105 11139 11140
+4174 4294 13040 13042
+9784 9801 9802 9803
+662 3135 3175 12105
+8479 8530 12107 13146
+2782 2948 2951 11544
+665 666 4239 12135
+2133 2171 2336 9794
+3147 3186 8006 8045
+11420 11578 11587 11588
+3632 3640 3673 8033
+9401 14658 14662 14666
+2725 6335 11529 11548
+11657 13232 13233 13239
+3245 3246 3351 12269
+3147 3187 3318 8024
+2133 2298 2336 9794
+2014 11753 11754 11791
+5114 5365 11914 11942
+9401 9999 14658 14666
+2903 10792 10793 10799
+623 3100 3101 6796
+12186 12206 12209 12225
+10912 11214 11215 11376
+12229 12241 12274 12275
+6593 6718 9477 13133
+5205 6795 6837 11862
+10782 10939 10941 11711
+1355 1356 4549 6454
+2424 2589 9950 9952
+8539 13134 13139 13142
+12204 12206 12207 12224
+658 4231 4232 12084
+574 575 3052 6771
+4409 4410 11317 13147
+2767 2932 2933 11127
+4179 4297 4357 11203
+9408 10056 10087 10169
+12186 12206 12208 12209
+5021 12200 12220 12233
+7984 12250 12256 13194
+3183 12222 12223 12247
+4370 4438 4473 13233
+3074 3075 6824 12198
+2729 2894 2895 11600
+690 4263 4264 12340
+726 12273 12286 12295
+4370 11658 11703 13233
+13242 13246 13247 13248
+1271 4202 4320 6423
+9105 10754 13766 14137
+7940 12184 12261 13179
+4326 4381 4487 10854
+1981 2015 11917 11939
+3157 3196 3360 11752
+10858 10859 10863 10938
+1299 1300 4334 6427
+1300 1301 4217 6382
+4217 4335 6383 11125
+211 212 6538 9335
+8923 12870 12871 12888
+4289 4464 11923 13011
+11419 11420 11578 11588
+3901 12858 12880 12881
+3245 3351 12238 12269
+13125 13134 13141 13142
+4180 4359 11202 11207
+3245 3316 3351 12238
+10847 10858 10863 10941
+9338 9415 9422 13077
+9288 9414 9415 13077
+9414 9417 9421 13077
+8026 8735 11643 11663
+9412 9413 9417 9451
+5288 9429 9433 9434
+3245 3316 12238 12239
+5089 5180 9427 9434
+1693 5196 6783 12198
+2270 9429 9433 9434
+3304 3343 3385 12150
+3137 3176 3340 12132
+5098 5296 5352 12118
+4249 4424 4425 13171
+10782 10783 10855 11706
+4522 4523 11474 13184
+4356 4499 4523 11445
+2105 2106 9427 9434
+4310 4358 4396 11475
+4247 4422 4423 13226
+3316 12231 12238 12278
+12313 12320 12322 13223
+687 688 3148 12319
+3316 12238 12271 12278
+3243 3315 3316 12231
+4435 12324 12325 13214
+9342 9949 9952 9953
+13242 13243 13246 13248
+7950 7981 8008 8009
+10782 10783 10855 10941
+4437 4496 13231 13233
+3267 3359 3376 11915
+2105 2269 9426 9434
+2295 2334 9730 9762
+2169 2295 2334 9762
+3311 12204 12206 12207
+3095 6793 6834 11775
+2295 2334 9730 9731
+10840 13057 13059 13064
+4285 11861 12985 12987
+8793 12965 12972 12983
+4386 4524 10877 10888
+7688 7689 7770 8564
+675 12183 12207 12262
+710 711 11827 12990
+2105 2106 2269 9434
+2334 9730 9731 9733
+8226 8227 8229 8235
+12182 12183 12185 12187
+8105 9034 11140 13042
+4393 4526 11147 13021
+2983 8339 8371 11130
+8105 13020 13044 13052
+2130 2334 9734 9762
+3060 3226 12117 12139
+2225 2226 2334 9733
+11463 12250 12252 12256
+12249 12250 12254 13187
+596 3073 6782 12196
+4362 4480 11514 11534
+4195 4312 6367 11515
+2579 2580 2673 9926
+2237 2238 9823 9824
+4194 4362 4394 11514
+2074 2237 2238 9824
+2808 2980 3008 11075
+2763 2929 11029 11032
+716 4289 4290 13010
+4390 4465 4507 11030
+7983 12207 12224 12253
+2106 9427 9429 9434
+12183 12185 12186 12225
+2105 4172 9426 9427
+4172 5180 9426 9427
+12183 12187 13178 13179
+11887 13066 13069 13070
+4223 4379 4398 11887
+3052 6771 12041 12068
+9042 9438 9442 9443
+12112 13146 13148 13149
+12205 12220 12229 12275
+8537 13136 13137 13149
+8537 13136 13146 13149
+6258 6262 6280 13524
+4233 4408 4409 13147
+9042 9438 9439 9442
+3297 3331 3378 11759
+708 709 4282 8772
+11755 11756 11757 11759
+8640 8694 11496 11497
+6440 6600 6720 10312
+9448 9451 9453 12026
+247 2372 4536 4599
+8628 8633 8634 8653
+6729 10491 10497 10539
+5763 9014 10396 14003
+2186 2324 2345 9451
+5960 6249 13986 14007
+7941 11420 11587 11705
+2324 2345 9451 9453
+1369 4556 4635 6461
+6462 6580 6630 9981
+312 313 2437 4590
+3916 12850 12854 12880
+2148 2186 2324 9451
+6590 6640 10061 10062
+12205 12216 12228 12275
+10425 13984 13985 14006
+6449 6568 6616 10447
+2119 2281 2328 9560
+2200 2328 9526 9559
+10847 10858 10937 10941
+1347 6450 6568 10446
+7727 7728 12764 12765
+3901 3910 12858 12881
+12206 12207 12224 12225
+9131 10243 10324 14438
+2281 2328 9559 9560
+2200 2281 2328 9559
+2270 2273 8172 9430
+6473 6474 6747 8273
+249 2373 2374 10335
+2110 2273 8168 8172
+12228 12229 12241 12273
+2270 2271 2273 8172
+5138 9685 9691 9692
+1681 5190 6817 12118
+2222 9683 9685 9691
+5138 5237 9685 9691
+799 5126 12202 12211
+2110 2271 2273 8172
+674 675 3181 12183
+9448 9462 9464 9465
+6702 6703 9334 14167
+2246 9248 9251 9253
+6633 6739 9937 9966
+4623 6465 6584 9964
+2276 9448 9462 9464
+2420 2585 2586 9963
+117 2080 2081 4117
+4552 6457 6575 10619
+4552 6457 10619 10624
+277 4551 4614 10623
+2276 2319 9448 9464
+2401 2567 10563 10623
+5021 12200 12220 12221
+7956 7970 13230 13235
+5125 12217 12220 12221
+11049 11299 11300 11301
+1225 1226 4297 6387
+9347 9348 9349 9385
+5021 5125 5325 12221
+4181 11228 11229 11230
+3387 12166 12200 12201
+3349 3387 12200 12201
+11393 11487 11488 11495
+8698 13643 13645 13658
+1435 4657 5929 13637
+10774 10776 10800 10948
+4656 5937 13631 13632
+4244 4245 4420 12194
+444 2729 6337 11620
+2738 2903 2904 10793
+920 7354 7658 12502
+1826 1827 5580 13305
+4419 13164 13167 13168
+11419 11578 11581 11592
+747 782 9347 9385
+2204 2205 2325 9569
+4752 4921 4922 11102
+8548 12149 13163 13164
+5851 5859 5907 8842
+5265 5332 9567 9625
+8560 11471 13163 13164
+8117 8122 8125 8127
+4243 4418 4419 13164
+4643 4763 4806 13499
+4246 4421 12194 13226
+747 781 782 9385
+747 9347 9349 9353
+1797 4643 5553 13486
+189 190 9810 9814
+4295 4342 4471 10913
+8260 11052 11058 11246
+11211 11213 11376 13074
+11060 13446 13447 13482
+9347 9348 9349 9353
+2853 2941 3012 11208
+2939 2940 11061 11063
+743 744 7441 14671
+4245 4246 4421 12194
+8604 8605 13594 13595
+8604 8605 11350 13593
+4701 4870 4871 11383
+672 673 8553 12180
+4660 4824 13655 13679
+7775 8182 13112 14671
+743 744 1944 7441
+673 3180 12180 12182
+2946 2951 3015 11544
+4881 4959 8639 13635
+2322 2326 9499 9522
+11482 11484 11590 11683
+4654 4818 4936 13607
+2194 2347 9489 9510
+511 512 4712 11487
+3020 11462 11467 11474
+8630 13603 13634 13635
+4818 4937 4965 13601
+9499 9500 9508 9509
+2194 2326 2347 9510
+4722 11629 11646 11650
+8004 11661 11668 11669
+10961 10962 11724 11725
+586 3064 6777 12137
+10961 10963 10964 11724
+10778 10898 10899 11009
+3878 3900 3901 12860
+1278 4206 4323 6375
+6649 9544 10202 14198
+743 7441 13112 14671
+232 233 2357 4593
+2358 2523 2524 10181
+534 2837 10961 11010
+465 2750 2751 6409
+4210 4327 4488 10837
+8990 9705 10357 10377
+7979 11591 11592 13718
+2523 2524 10181 10192
+3233 3309 3371 12170
+3232 3233 12161 12170
+4741 4742 4911 11733
+464 465 2750 6409
+3067 3232 3233 12161
+3232 12159 12161 12170
+2533 2534 2679 10287
+554 555 11116 11119
+4848 4956 4976 13363
+2764 2765 6355 11032
+3140 3308 3347 12158
+3009 3038 11079 11080
+8136 13398 13399 13416
+4923 11122 11123 13386
+8377 11100 11101 11121
+2863 11261 11264 11268
+5558 5657 5666 13536
+4219 4336 4340 9036
+4534 4598 6439 10284
+671 4244 12152 12181
+8182 9436 9437 14671
+731 12145 12190 12191
+2533 2534 10269 10287
+3886 12857 12865 12868
+7441 7468 7475 14671
+5836 11500 11501 13614
+2884 11516 11517 11535
+3069 3070 3235 12164
+3234 3235 12162 12164
+3233 3234 12162 12163
+1830 5583 5933 13327
+255 2379 2380 4603
+2379 2380 2545 10366
+2545 2618 2663 10404
+10896 10897 10904 12980
+3233 3234 3371 12162
+1845 5596 5921 13436
+556 557 4757 11180
+2189 9315 9373 9481
+9788 10456 10504 14293
+11481 13651 13653 13717
+4979 13510 13531 13535
+1671 6768 6810 12001
+3234 12162 12163 12164
+4657 4821 4939 13650
+2789 2828 2994 11520
+9788 10504 10506 10507
+11473 11585 13614 13616
+13622 13624 13626 13643
+1433 4656 4776 5937
+2401 4614 10563 10623
+2581 9928 9935 9936
+1450 1451 4665 5931
+2189 2190 9315 9481
+10921 10922 10964 11713
+2905 2943 2967 10893
+4667 4786 4833 13270
+2965 3000 10861 10867
+5292 11998 11999 12017
+530 531 2836 10866
+4794 4838 4843 13269
+5699 13264 13265 13268
+5698 5699 5848 13265
+5698 10960 13265 13422
+10960 13263 13265 13422
+4614 6574 10563 10623
+2567 2568 10562 10622
+8602 11251 11353 13533
+2567 2568 10562 10623
+8943 12865 12868 12873
+4853 4860 4861 13473
+2578 2579 2637 9978
+2578 2579 9978 9980
+4643 4806 13462 13499
+9268 9925 9976 9979
+2413 2579 9980 9981
+4693 11286 13506 13513
+2818 2945 2987 11298
+4866 11352 11353 13510
+671 672 4245 12181
+5556 5664 13521 13522
+2861 3014 3029 11233
+3063 3228 3229 12157
+8506 8508 11276 13580
+4862 4863 13506 13516
+10934 11566 11569 11719
+2967 10775 10893 10919
+521 2792 2831 11649
+8531 12145 12152 12189
+4707 4708 4877 13570
+2425 9952 9953 9967
+4708 4877 13571 13599
+2790 11524 11526 11553
+11584 13625 13628 13654
+3347 12158 12159 12178
+2425 2590 2591 9953
+11481 11582 11584 13651
+3230 3347 12159 12178
+4884 11585 13612 13613
+526 4726 4727 11678
+2832 2962 2997 11562
+669 12144 12145 12146
+10850 10946 13302 13303
+4898 4899 4943 13716
+4837 4907 4908 13373
+2425 2590 9952 9953
+11744 11745 11746 11747
+538 4738 4739 13319
+667 4240 4241 12134
+4567 4629 6590 10062
+5842 5869 13375 13439
+2832 2997 11562 11605
+2435 4568 4630 10122
+311 2435 4568 4630
+5701 13297 13301 13333
+2435 2436 4568 10122
+667 668 4241 12134
+4750 4919 4920 11022
+668 669 4242 12148
+311 2435 2436 4568
+1416 1417 4648 5927
+2190 9315 9481 9484
+4699 4868 4869 11360
+4645 4765 4807 13522
+3179 3307 12158 12176
+2029 2030 4134 9487
+10777 10894 10895 14756
+2030 2194 9487 9490
+2029 2030 9487 9490
+4991 11642 13639 13646
+2029 2030 2193 9490
+2030 2193 2194 9490
+5705 13391 13425 13426
+8548 12149 13160 13163
+1969 1970 9495 14193
+5597 5705 13424 13436
+369 2468 2508 10719
+1429 1811 1812 4774
+5888 8638 13600 13602
+8618 11417 11421 13597
+4936 13604 13605 13607
+2468 2507 10692 10700
+1427 4653 4773 13604
+2468 2507 2671 10692
+4740 4741 4910 11137
+8531 8532 12533 13169
+4929 4954 13312 13427
+10775 10801 10896 11003
+669 3139 3178 12144
+13157 13158 13160 13161
+2479 10108 10129 10132
+1969 1970 2005 9495
+4913 10930 13314 13413
+4915 4986 10960 13263
+4242 4417 4418 12149
+3729 10923 12713 13418
+4675 4843 13262 13269
+6590 6640 6760 10062
+8545 12133 12513 13157
+10254 10267 10295 10299
+1496 1497 5505 13851
+2479 2519 2649 10141
+1564 6070 13894 13907
+10775 10894 10919 10920
+5008 6103 13523 13525
+862 863 1124 7464
+2600 2648 2677 10111
+2450 2490 2659 10278
+6061 9067 9068 9075
+59 1546 8121 13529
+11743 11744 11800 12330
+333 2450 2490 10316
+12855 12881 12882 14509
+2490 2659 10278 10308
+7959 7994 8037 12243
+2451 2490 10308 10316
+9235 9268 10767 14142
+5087 5179 5286 9383
+9299 9304 9305 9306
+2005 8066 9504 9511
+1203 4124 4166 9302
+2005 8066 9495 9511
+5139 5239 8049 9672
+7828 9735 9738 9764
+8532 8561 12521 12522
+1969 2005 9495 9511
+2034 4094 9502 9519
+4366 4482 11561 11563
+2051 2052 4145 9648
+5160 5269 9649 9651
+664 12123 12126 12131
+1971 2006 2007 9365
+2006 8065 9365 9368
+9268 9979 10767 14142
+3156 11753 11798 11913
+2034 2197 9502 9519
+2016 2017 11906 11940
+7792 9366 9367 9495
+8528 8545 12124 13153
+5265 9567 9569 9625
+2523 2605 10192 10193
+5154 9516 9518 9519
+1159 1160 4137 5154
+72 2035 4137 9517
+2296 7923 7929 9760
+2523 2524 2605 10192
+4110 5074 9724 9725
+1182 4152 5165 9725
+9299 9300 9301 9303
+2368 2533 2534 10269
+9300 9301 9303 9456
+1203 1204 4124 5176
+664 12119 12123 12126
+2534 2535 2679 10287
+12119 12123 12124 12126
+5025 12044 12046 12072
+732 733 12120 12129
+9788 10453 10457 10458
+666 12132 12134 12135
+7947 8019 12311 12313
+5107 5199 5358 12266
+12881 12882 14508 14509
+7895 10456 10504 14293
+3080 3081 12235 12237
+351 2459 2499 10468
+3080 3245 3246 12237
+1290 1291 4212 6350
+2033 2034 2197 9502
+2391 2556 2557 10452
+2391 2556 10445 10452
+5189 5296 5351 12096
+1917 7639 7640 9204
+7797 8289 8297 8298
+3290 12015 12033 12140
+5129 5219 12015 12034
+1956 1992 1993 9737
+3221 3222 12077 12090
+3302 3368 3369 12093
+7679 7730 7731 14372
+5043 5140 9602 9633
+2123 2162 9626 9633
+2566 2567 2668 10712
+2465 2631 2669 10621
+1153 4090 5059 9484
+9975 10762 10763 10767
+2567 2631 2668 10622
+64 2027 2028 9483
+2028 4091 9483 9488
+9321 9975 9976 10767
+4105 5162 9657 9686
+11598 13203 13206 13207
+2413 2578 2579 9980
+2034 4094 4136 9502
+2192 9490 9491 9493
+5072 5263 5271 9689
+2057 2220 2221 9686
+2089 2252 9260 9262
+2250 2308 9261 9274
+1534 1535 1616 13736
+819 5328 9254 9272
+5220 12094 12095 12121
+6640 6746 10123 10124
+9235 9321 9976 10767
+5190 5352 12117 12118
+7776 8080 10161 10162
+2649 2677 10108 10157
+2600 2601 10123 10157
+5355 12166 12200 12201
+3239 12196 12198 12199
+1692 5104 6824 12196
+8531 12145 12189 12190
+3075 3240 12197 12198
+2677 10111 10157 10163
+3223 3224 3369 12122
+2029 9487 9488 9490
+625 626 3103 6797
+2611 2625 10503 10631
+1638 1994 5041 9699
+3376 11912 11914 11915
+2625 10496 10503 10631
+2192 9482 9490 9493
+2192 9482 9488 9490
+5022 5217 12159 12171
+768 801 802 5127
+3224 12118 12122 12154
+9500 9520 9530 9532
+5141 9515 9520 9530
+2088 2251 2252 9260
+1201 4123 4165 9270
+5141 9500 9520 9530
+9662 9671 9672 9673
+3934 3938 7741 8894
+8049 9669 9756 9757
+9520 9527 9530 9531
+7997 11617 11653 11659
+11526 11528 11532 11535
+5258 5270 9659 9660
+12065 12069 12075 12076
+9520 9527 9530 9532
+3253 11743 12328 12329
+518 2790 11552 11611
+8903 12855 12881 14509
+3253 12327 12328 12329
+10763 10767 14364 14365
+2571 2633 2670 10642
+2570 2571 2633 10642
+2466 2632 2633 10688
+2632 2633 10642 10688
+2506 2633 10642 10688
+1157 5061 5153 9498
+2515 2645 2675 9954
+771 12070 12074 12099
+2475 2515 2675 9954
+12070 12074 12075 12114
+11436 11554 11610 11611
+2475 2675 9951 9954
+770 771 804 12114
+1542 1627 1628 5983
+2258 9299 9303 9307
+2475 2644 2675 9951
+2093 4166 5084 9302
+2460 2499 10508 10509
+351 352 2499 10509
+5084 5227 9292 9303
+352 2460 2499 10509
+578 3055 3056 6773
+2499 2655 10475 10508
+2460 2499 2655 10508
+12074 12108 12110 12113
+2499 10475 10508 10509
+1704 6790 6832 11740
+9500 9508 9522 9534
+803 5023 5024 12226
+7952 11738 11748 11795
+1706 5111 5202 11736
+8530 12106 12512 13153
+9665 10459 10460 10462
+5370 11866 11944 11946
+8545 8546 12131 12135
+5246 5255 8202 11953
+11525 11526 11528 11535
+2007 8067 8068 11973
+3338 3341 3383 11949
+5027 5223 5327 12007
+11820 11996 12003 12007
+12003 12004 12006 12007
+4337 8198 8271 13000
+808 5026 5027 12036
+3130 3170 12025 12032
+11527 11533 11553 11554
+11438 11520 11521 11557
+11341 11342 11542 11543
+12040 12045 12071 12072
+5215 12020 12047 12073
+5186 6812 12018 12020
+3215 3299 12033 12047
+5215 12034 12046 12047
+1675 5095 5187 12042
+2601 2649 2677 10157
+4179 4342 10913 11203
+5252 5307 5362 11778
+4295 6358 6359 10913
+8530 12106 12507 12512
+5030 5371 9452 9465
+5371 9453 9461 9465
+218 219 2186 9418
+12044 12083 12091 12100
+5371 9392 9395 9461
+744 779 12026 12027
+9413 9450 9451 12026
+8182 9436 13112 14671
+814 5031 5032 9388
+6316 6358 10911 10913
+746 747 9385 9406
+2345 9390 9417 9451
+5286 5342 9383 9396
+11295 11542 11546 12127
+4178 4471 10911 10913
+12044 12064 12083 12100
+6094 6139 6148 13770
+11263 11296 11316 11317
+2699 2864 2865 11262
+1533 1612 1613 6094
+1966 9572 9573 14234
+5402 7447 12382 14652
+8454 14657 14661 14664
+3173 12064 12097 12100
+2865 2866 11297 11318
+3173 12064 12083 12100
+7447 7448 7480 14653
+5046 5141 9515 9530
+1245 4189 4307 6361
+425 2710 2711 6362
+1867 6866 7442 7446
+4189 4307 6361 11405
+435 2720 2721 6333
+435 436 2721 6333
+5427 5428 5730 8637
+4411 11542 12127 12128
+926 3571 5426 5427
+3571 3572 3597 8625
+7296 8648 9119 12589
+8689 8690 8691 13643
+8531 12152 12189 12192
+658 3173 12083 12102
+5773 5781 5782 8642
+8642 8689 8692 11486
+5680 13629 13636 13656
+3173 12083 12100 12102
+5679 11501 13629 13636
+736 12091 12098 12103
+735 770 771 12113
+737 738 12039 12061
+33 980 1138 1769
+436 2721 6333 6368
+3715 5449 8744 12682
+1542 1626 1627 13348
+436 2721 2722 6368
+2721 6333 6368 11515
+2721 2722 6368 11515
+13357 13359 13360 13497
+2731 2897 11625 11627
+2897 2999 11627 11689
+2731 2896 2897 11627
+1024 1025 3785 5464
+1775 5463 7115 7116
+5790 8391 13820 13842
+3788 8850 12784 12786
+2896 2897 2999 11627
+997 1770 5457 7107
+1892 1955 1956 14389
+4447 4515 10995 12363
+8903 12881 14508 14509
+3133 3173 12064 12083
+655 8535 12049 12062
+11259 11313 11339 13154
+8139 9051 9057 9058
+34 997 1030 5470
+1029 3767 3789 5469
+8934 8936 12857 12865
+3907 3914 3919 12848
+4229 8535 12087 12088
+656 4229 8535 12087
+7800 11060 11062 13460
+8232 9536 9537 9542
+4211 4384 10814 10878
+1791 5490 5491 14427
+9000 9171 14053 14078
+2754 2755 2920 10878
+3939 3953 3969 12916
+12048 12049 12083 12085
+8945 13861 13862 13866
+2753 6349 10814 10878
+6246 13939 13940 13957
+5624 13942 13946 13959
+5624 13945 13946 13958
+4329 6350 6380 10878
+10739 10752 10753 14123
+6509 7841 9779 14289
+1591 1592 5965 14065
+8534 12049 12062 12085
+4526 11146 11147 13021
+11128 11145 11147 13054
+5709 5710 5812 14136
+4393 11125 11126 11147
+5536 5644 5645 13784
+11143 11144 11145 11146
+9106 10757 10760 13729
+1610 1611 5000 6093
+3220 3303 3366 12079
+3844 3845 12865 12873
+5814 5868 5885 13463
+6159 13357 13359 13496
+8232 9512 9536 9542
+9108 10739 14116 14123
+1629 5984 6102 13523
+2782 11369 11370 11540
+7721 7769 12864 14501
+8531 12189 12190 12192
+4712 4713 11487 11499
+8232 9536 9538 9540
+8232 9512 9536 9540
+4931 11361 13544 13547
+1415 1416 1803 4767
+10920 10921 10922 10961
+1542 1543 1628 13360
+4939 4962 4967 13615
+1433 4776 5929 5937
+5567 5568 5667 13618
+5569 5929 13632 13650
+1534 1616 5977 13736
+1824 4664 13700 13706
+3073 3074 3239 12196
+10850 10946 13302 13716
+1452 1453 1827 13305
+5221 12040 12071 12072
+9108 10739 10752 14123
+5349 12040 12041 12073
+4675 4842 4843 13262
+555 2848 11116 11118
+8328 11078 11116 11118
+10960 13262 13263 13265
+3298 3301 12040 12069
+2847 11078 11116 11164
+10741 13763 14116 14123
+22 895 928 5429
+3298 12065 12069 12076
+8328 11099 11114 11116
+8328 11078 11116 11164
+1555 5947 6065 13845
+1005 1906 7102 12816
+2752 2753 2918 10814
+7806 11192 12801 13394
+8901 8902 8903 12872
+1495 5503 5504 13846
+5504 13840 13850 13852
+1034 7048 14431 14436
+8901 8908 9548 12872
+12033 12043 12046 12047
+1506 1571 6073 13939
+5966 6137 6240 14069
+5966 6084 6240 14069
+1520 1592 1593 14070
+8220 8232 14179 14192
+6147 13733 13734 13735
+8220 8232 9543 14192
+6147 6149 13735 13737
+1736 5394 7535 14733
+5975 6093 6241 13769
+1535 1536 5018 5540
+8125 9073 13460 13482
+5902 8602 13510 13512
+8220 8232 9542 9543
+1414 4647 4766 13545
+1801 1802 5557 13545
+5557 5657 5665 13530
+4766 4809 4852 13535
+4646 4765 4805 13534
+7780 11033 11042 13518
+1415 1802 4767 13545
+4210 4328 4383 10837
+520 2791 2831 11613
+5221 12040 12071 12076
+520 521 2831 11613
+5680 5681 13648 13656
+4960 13639 13640 13647
+4718 4887 4888 13625
+8691 8698 13643 13645
+2934 2935 8307 9036
+8816 10900 11727 13300
+5976 6095 6149 13737
+7945 8818 11726 13298
+5841 8728 13304 13715
+8723 10789 13259 13261
+520 2791 11522 11613
+5592 5700 13292 13333
+8185 12057 13084 13089
+4917 11014 13264 13277
+5699 5700 5849 10816
+2804 2842 10821 10872
+2804 2842 3004 10821
+4676 4838 13266 13269
+2842 2975 3004 10804
+5711 5712 8428 8439
+12056 12057 13097 13098
+13214 13215 13217 13234
+7368 7399 7400 12494
+12030 12055 12056 13097
+2842 10804 10821 10872
+12440 12444 12445 12446
+9108 9109 9910 14121
+912 8498 12492 12503
+8689 8699 13643 13644
+8702 8711 12629 13666
+8689 8699 12618 13644
+2975 3004 10804 10823
+13279 13284 13285 13290
+4915 4916 13263 13420
+5745 5848 8829 8831
+4744 10929 10947 13417
+5698 5848 8831 13422
+10738 10750 10751 10752
+4842 4844 4986 13262
+4916 13263 13287 13420
+4471 4511 10912 11214
+8117 8125 8127 9073
+8963 9132 10403 13924
+5756 5797 8954 13929
+5025 12044 12046 12141
+8961 10385 10386 13929
+8960 9134 13897 13925
+8092 10065 10071 10077
+5757 8960 8961 8962
+5866 5898 14094 14096
+4471 10911 10913 11215
+2939 3012 11063 11208
+8901 8902 12864 14501
+3132 3290 3344 12140
+3290 3344 12033 12140
+2698 2863 11263 11264
+5018 5540 13736 13740
+5499 5600 9062 9065
+2875 2876 2953 11433
+2875 2953 11404 11433
+8324 11192 12801 13394
+9552 10068 10298 13868
+8933 8934 12857 14503
+5483 8933 12857 12868
+4846 4920 4948 13296
+8934 8943 12865 12868
+2201 2202 9559 9570
+2817 2939 2940 11061
+5473 5474 5757 14448
+2700 2701 6323 11319
+5799 8961 8962 13924
+9132 10394 13911 13916
+1506 1507 5514 13939
+1509 1576 5957 6076
+2707 2708 2873 11407
+6143 6216 6255 13762
+6091 6257 13765 13768
+5775 5778 9046 9061
+7901 10546 10576 10577
+9107 13763 13764 13766
+10739 10740 10741 10753
+5778 5908 9060 9061
+5822 5828 5873 13542
+1535 5539 5540 13736
+3866 5483 8935 12857
+3866 3867 5483 12857
+4866 4867 4979 11352
+12006 12011 12025 12038
+2200 2201 2281 9559
+2038 2039 4096 9570
+2963 11624 11656 11659
+2794 2963 11656 11659
+2914 2974 3002 11091
+12031 12035 12036 12038
+992 5452 8739 12695
+12028 12031 12035 12036
+8514 8515 12447 12460
+8185 12440 12445 13067
+8064 12005 12006 12031
+5064 5155 5332 9570
+2039 4096 4139 9570
+3018 11365 11428 11456
+2823 2950 2985 11395
+5862 5894 5910 9091
+10733 10734 10735 10736
+5491 5768 8995 14426
+5490 5491 5767 14427
+2823 2950 11394 11395
+14082 14092 14093 14127
+6628 6695 6696 10745
+1559 5004 5009 5949
+5997 10294 10303 13857
+3887 8857 12852 12855
+5829 5911 8630 13603
+4959 8639 13601 13603
+2706 2871 11365 11367
+5566 5675 13607 13608
+3018 3031 11365 11456
+8187 8535 12053 12062
+4937 4959 13601 13617
+738 7690 12060 13126
+5762 5786 8949 13901
+11879 11884 12028 12029
+6002 10320 10321 10328
+2872 2873 3031 11427
+8946 13860 13874 13875
+6628 6695 10744 10745
+2039 2202 2203 9570
+1527 1605 13768 14125
+7783 11871 11874 11889
+12168 12202 12206 12208
+5862 5866 5910 9091
+8164 11879 11882 11883
+2038 2039 2202 9570
+1527 1528 1605 13768
+4849 13390 13424 13426
+4681 4849 4977 13424
+650 8165 11883 11886
+2959 2996 11552 11566
+11403 12258 12263 13183
+4680 4849 13426 13435
+8135 9058 9060 9061
+1828 5581 5932 13270
+4832 13302 13303 13310
+5841 5843 13715 13721
+2959 2996 3034 11566
+2924 2979 10886 10890
+11082 12989 13003 13004
+11081 11082 13003 13004
+6107 6299 9063 10085
+11081 13003 13004 13029
+3130 12025 12030 12037
+3213 3290 3342 12016
+555 4755 4756 11119
+229 395 1397 8110
+2950 2984 3017 11378
+4 229 395 1397
+2950 2984 11378 11394
+1572 5005 6074 13939
+2783 2950 2984 11394
+10385 10394 13921 13922
+3213 3214 3290 12016
+3887 3902 12852 12855
+2377 2542 2543 10369
+5527 14086 14089 14090
+5514 13912 13939 13940
+9132 13911 13912 13916
+9133 10360 10384 13927
+6204 6205 14042 14044
+10613 14030 14048 14049
+6270 6292 10613 14061
+6137 6240 6313 14059
+6046 6223 6224 10021
+3290 3342 12015 12016
+11996 12003 12006 12007
+2473 2513 2642 9939
+5223 11996 12006 12007
+2641 9259 9929 9965
+2700 6390 11297 11319
+2422 4561 4623 9964
+9533 9547 9572 9573
+8059 8064 11888 12004
+5778 5865 5908 9060
+5600 5776 5778 9062
+1491 1548 8140 13802
+5028 5327 12009 12010
+10010 10011 10737 10738
+10277 13853 13854 13855
+4428 4429 4495 11571
+3040 3041 6808 11819
+5966 6085 6137 14068
+3205 3299 12045 12064
+3133 3173 3205 12064
+2612 10276 10278 10280
+3216 3217 12041 12073
+8964 10376 10381 13926
+5028 5327 5386 12010
+3205 3301 12045 12064
+342 343 10387 10391
+2455 2618 2663 10401
+9112 10727 10733 10736
+7785 9039 12996 13085
+6009 6186 6187 13921
+939 3632 3648 7748
+3227 3228 12138 12155
+10751 10752 10753 14123
+3306 3370 3386 12147
+10518 10531 10532 10533
+6196 6290 6298 13984
+5297 12116 12117 12154
+8169 11892 12008 12009
+6137 6313 6314 14056
+4569 4591 6431 8273
+9835 10587 10677 14074
+10677 14077 14126 14127
+584 585 3062 6776
+14053 14054 14055 14079
+8916 8918 9577 10245
+11403 12258 12263 12264
+6029 6030 10653 10666
+585 3062 3063 6819
+211 2182 9290 9325
+5536 13773 13781 13783
+9106 9932 10030 10757
+9932 9988 10030 10755
+3238 3239 3312 12199
+5195 5355 12167 12201
+8169 11892 12009 12010
+3212 11999 12017 12019
+8913 8914 8923 9577
+2477 10056 10100 10169
+3213 12016 12017 12019
+385 6052 6053 10050
+10059 13749 13750 13754
+8910 8913 8914 9577
+3211 11998 11999 12017
+3211 11998 11999 12000
+5981 13343 13349 13809
+7796 8452 8454 8455
+9409 10004 10088 13760
+2646 2676 9971 10099
+385 6052 10050 13761
+3211 3212 11999 12017
+3313 12205 12223 12228
+5292 11998 11999 12000
+1966 8915 9561 9588
+8915 9561 9565 9588
+2359 2360 4530 10186
+7790 8319 10810 10828
+2357 2522 2523 10181
+5956 6247 13957 13958
+1966 8907 9572 14234
+3085 6788 6829 12281
+8214 11983 11987 11988
+4468 4469 4526 13020
+2205 2283 9569 9584
+1521 5527 14068 14090
+4466 8333 11991 13010
+5617 5636 14073 14088
+10588 10680 14072 14097
+277 278 2402 4551
+2700 6323 6390 11319
+415 2700 6323 6390
+2205 2283 2325 9569
+4480 11515 11525 11568
+6259 6276 13738 13741
+1011 7683 7729 12793
+3261 3357 11776 11778
+8948 10277 13872 13883
+6174 10296 10303 13861
+8246 10126 10160 10161
+5947 6109 13851 13852
+5613 10073 13850 13867
+6108 6109 13851 13867
+10394 10403 13911 13921
+8795 11069 11070 11071
+6186 10403 13911 13921
+8866 8867 9024 11986
+6119 6186 6303 13911
+1975 11930 11993 13024
+3261 3324 3357 11776
+2283 2325 9568 9569
+5964 6082 14038 14039
+9021 10571 13994 13995
+10467 13974 13976 13977
+5522 5631 14012 14014
+6128 6239 6290 14002
+6198 6312 10573 13990
+5532 14110 14120 14125
+10725 14110 14120 14124
+1527 1604 1605 14125
+6141 6253 14098 14108
+6142 6254 14110 14120
+11895 11898 11899 11980
+1526 1527 5532 14125
+11899 11903 11905 11962
+5542 13792 13796 13797
+2205 2206 2283 9584
+5541 13740 13786 13796
+5001 5542 13796 13797
+12168 12200 12202 12206
+9597 9598 9599 9609
+3271 3329 11760 11761
+5948 6067 6111 13878
+1964 9594 9597 14227
+6177 6263 6284 13874
+3271 3272 3377 11761
+163 164 9594 14226
+6176 6177 13856 13874
+1560 5004 5949 6068
+3202 3363 3381 11903
+10324 10344 10351 13896
+1246 4190 4307 6328
+8917 9594 14226 14227
+6117 6238 10361 13910
+11910 11962 11964 11965
+6008 6009 10392 13921
+6008 6009 10391 10392
+6008 10383 10392 13921
+6017 6018 10510 10523
+11895 11899 11980 11981
+6199 6200 6291 10582
+8318 8331 11167 11168
+10424 10524 10525 13954
+3202 11903 11935 11960
+9789 10542 10570 10571
+640 3117 6804 6846
+164 9594 9596 14226
+2206 2207 9571 9584
+5642 5812 9105 13766
+3116 3117 3282 11865
+5315 5368 11830 11904
+1512 1580 5011 13986
+5543 13795 13797 13809
+3116 3281 3282 11830
+1521 1594 1595 14090
+6132 14086 14089 14090
+3338 11949 11951 11959
+1356 4549 4613 10552
+5527 5635 14068 14086
+5965 6083 14065 14067
+5965 6083 6251 14067
+5520 5521 13991 14016
+11523 11525 11551 11568
+6134 6250 6307 14031
+1590 5013 5964 14066
+6262 6280 13494 13496
+8324 11177 11192 13394
+1488 1489 5940 9079
+6159 6262 6280 13496
+8118 10145 13494 13527
+2206 2207 2284 9584
+13494 13520 13524 13528
+9165 14018 14019 14025
+647 648 3128 7783
+3383 11949 11951 11971
+356 10549 10568 10575
+8185 12440 12445 12446
+6201 6202 6271 14036
+6121 6131 14013 14015
+648 3128 3171 7783
+6200 6273 10582 14024
+6023 6024 10578 14017
+2885 2958 11526 11535
+5950 6069 6115 13890
+9130 13886 13887 13902
+2262 2263 2316 9312
+6116 6161 6287 13888
+6178 6179 6311 10329
+6178 6179 10329 13883
+2207 2284 9584 9602
+8434 10060 13779 13793
+517 2790 2829 11574
+1512 1513 5519 13986
+2008 11957 11966 11968
+6247 13936 13958 13959
+5516 5624 13945 13958
+9139 13936 13943 13944
+433 434 2719 6332
+11852 11897 11898 11922
+5624 5801 13942 13946
+3201 3335 3362 11897
+3161 11852 11897 11922
+3172 3299 3344 12048
+2687 2852 2853 10911
+10751 10753 10754 14123
+3133 3172 3299 12048
+657 3172 12049 12083
+1226 1227 4180 6318
+7806 11177 11192 13394
+4819 4938 13610 13618
+596 3073 3074 12196
+4421 4422 4499 13172
+2711 6328 11433 11444
+4188 6326 6418 11406
+4349 4351 4418 12153
+4188 11406 11407 11427
+2008 11957 11966 11967
+8065 8208 9485 11953
+2160 9606 9607 9610
+4319 6372 10845 11688
+4329 4385 4489 10878
+8237 11950 11952 11953
+5247 8069 11950 11951
+2921 10834 10877 10888
+595 596 3073 6782
+470 471 2756 6411
+4189 4306 6361 11406
+4189 4349 4479 11404
+9606 9607 9608 9610
+9607 9608 9609 9610
+9608 9609 9610 9613
+1244 4189 4306 6361
+1245 1246 4307 6362
+6340 6402 6423 10802
+4879 4964 11493 13599
+12202 12206 12208 12209
+3326 3327 11912 11917
+1270 4202 4319 10845
+1974 1975 7683 11986
+5215 12046 12072 12073
+5122 5123 5318 8072
+480 481 2766 6383
+2286 9618 9622 9653
+3050 3215 3216 12020
+3050 3216 12020 12041
+3205 3216 3217 12045
+1640 1996 9676 9678
+4418 12149 12153 13165
+2213 9618 9619 9652
+1242 4188 4305 6326
+4187 4352 4478 11367
+2212 2213 9618 9619
+2212 2286 2331 9653
+4206 6344 6424 10910
+1571 5955 6073 13939
+4206 4324 6424 10910
+5667 13610 13617 13618
+9112 10726 10733 10737
+1276 1277 4205 6343
+4218 4335 4393 11125
+4340 4399 4493 13045
+2212 2331 9653 9654
+483 484 2769 6357
+2320 9558 9585 9624
+3370 3386 12116 12147
+2763 2928 2929 11029
+480 2765 6355 6383
+4393 4492 11125 11147
+9585 9586 9600 9624
+4190 4307 4470 11433
+2156 2277 9513 9520
+3386 12116 12147 12155
+6655 6656 14213 14220
+9586 9600 9601 9624
+2389 2554 2555 10448
+3902 12852 12855 12881
+2120 2282 2320 9624
+11962 11963 11964 11965
+2057 4105 4148 9686
+753 754 9900 14368
+3202 11931 11933 11960
+6694 6695 6735 10744
+2635 10685 10718 10743
+197 198 9879 9897
+3083 3084 12266 12281
+2185 9359 9386 9387
+3083 3084 3249 12266
+5248 5370 11946 11979
+138 139 2102 4128
+2103 4171 9382 9428
+3083 3248 3249 12266
+6483 9555 9556 14199
+6651 10218 14199 14207
+4877 4981 13599 13609
+6553 6596 6598 10186
+5864 8133 13814 13815
+9553 9556 9576 14204
+157 6483 6484 9555
+9480 9481 9503 9505
+9491 9492 9506 9508
+9521 9524 9535 14182
+6482 9556 14182 14199
+2373 10334 10335 10336
+9585 9586 9589 9624
+79 80 2043 4141
+10394 13904 13911 13915
+9568 9586 9589 9624
+4370 11625 11627 11689
+3119 11864 11866 11946
+5069 5161 5268 9647
+177 2127 2165 9708
+6504 6505 9706 14276
+6673 9714 14276 14283
+1216 8231 8239 9034
+9803 9817 9839 14332
+6621 6732 10556 10557
+3152 3192 3323 11769
+6454 6572 6621 10557
+5251 5252 5307 11778
+2066 2067 2230 9724
+5054 5252 11774 11778
+6621 6683 10560 14340
+2563 2564 2629 10553
+6572 6621 6730 10557
+5251 5307 11778 11786
+8857 12852 12855 12882
+1370 4635 6461 6580
+3153 3192 11855 11856
+3887 3895 12837 12846
+2123 2162 2330 9633
+4377 4445 4503 10902
+114 2077 2078 9865
+3153 3192 11777 11855
+3357 11776 11777 11778
+4561 6466 6584 9964
+6536 6537 9332 14143
+9332 9351 14144 14171
+748 8393 9351 9352
+10737 10738 10740 10752
+6534 6703 9333 14152
+5131 9295 9299 9301
+5955 6074 6246 13939
+765 12209 12225 12233
+3887 3895 3905 12846
+1393 4590 6473 10122
+2330 9633 9637 9653
+6717 9476 9477 10158
+5508 13889 13890 13903
+11488 11502 11504 11508
+3336 3381 11910 11960
+2534 2535 10284 10287
+2121 2283 2325 9589
+9629 9644 14279 14286
+6762 10287 10288 14233
+5950 6068 6166 13891
+9629 9644 14277 14279
+7862 10538 14324 14325
+9563 9577 9578 10220
+271 2395 2396 10492
+4107 5163 9684 9690
+2131 2170 9759 9766
+9629 9644 9645 14286
+8629 8634 12537 12542
+7830 9787 14308 14316
+183 184 9776 9777
+6618 6678 6679 9783
+7830 7841 14289 14320
+5212 11864 11866 11946
+9644 9645 14282 14286
+3302 3369 3392 12093
+2051 9648 9649 9651
+4239 8546 12131 12135
+5115 5310 5366 11943
+2215 9648 9651 9673
+2051 2214 9649 9651
+2086 2249 2250 9273
+1217 6475 6592 14176
+2520 2643 8336 8345
+396 2771 2772 8307
+2354 2482 8110 8310
+2767 2768 2933 11127
+2767 2768 6356 11127
+2051 2214 2215 9651
+9622 9633 9653 9677
+1562 5950 6069 13890
+8234 8240 9032 9361
+0 60 225 1215
+5140 9622 9633 9677
+6762 14217 14232 14233
+11466 11685 11686 13227
+9562 14223 14225 14231
+627 3105 6798 6839
+11222 11237 11247 11269
+5264 5317 5384 9559
+1324 4597 6438 6557
+8633 8634 8653 13699
+3390 11843 11907 11912
+2552 10426 10428 10466
+2164 9668 9670 9674
+2165 9667 9668 9710
+6674 6675 6726 10461
+1344 4543 4578 10422
+9664 9680 9700 9701
+176 2126 2165 9710
+2218 2349 2351 9658
+3265 3389 3390 11907
+2333 2349 2351 9658
+3265 3266 3390 11907
+11227 11237 11247 11269
+1366 4618 6459 6578
+1358 4551 4614 6574
+9828 10642 10644 10689
+2407 2408 2573 10683
+6690 9890 10687 14355
+3326 3327 3390 11912
+2571 10624 10641 10643
+6755 10641 10682 10687
+718 3163 3203 11978
+3163 3203 3364 11958
+3164 3337 11956 11958
+9654 9675 9676 9678
+5463 5480 6850 12842
+3337 11951 11956 11959
+3164 3337 11956 11959
+5042 9654 9676 9678
+2153 2278 8233 9369
+6642 6644 10181 10202
+10215 14188 14197 14198
+2289 2351 9658 9663
+1560 1561 4997 6068
+6489 14211 14217 14223
+11198 11222 11247 11302
+8568 8655 8660 12548
+1324 4533 4597 6438
+2289 9658 9662 9663
+1326 1327 4598 6558
+12172 12186 12208 12209
+6604 10240 10241 10269
+6656 14211 14216 14217
+9599 14230 14232 14236
+6490 6491 9599 14232
+1725 5120 5212 11864
+1339 1340 4541 6446
+3141 12172 12182 12208
+2734 10844 10845 11688
+9718 10486 14281 14282
+3141 3309 3348 12172
+6671 6672 6725 9718
+8069 11951 11964 11979
+9717 14263 14267 14280
+9718 14269 14272 14281
+7895 9707 10500 10508
+6679 6728 9783 10634
+3309 3348 3371 12169
+6679 6680 6728 10634
+9658 9659 9662 9663
+8049 9668 9669 9672
+7863 10537 10538 10558
+10495 10496 10631 10634
+3195 11798 11804 11938
+6620 6681 9809 10539
+6620 6681 6729 10539
+6620 10491 10535 10539
+3155 3195 11917 11938
+9669 9671 9672 9676
+9669 9672 9676 9757
+6626 6734 10682 10683
+8866 11071 13024 13027
+9317 9828 10710 10711
+1377 4560 6465 6583
+8049 9669 9672 9757
+7683 7729 12793 12794
+1379 4561 6466 6584
+9334 9960 9961 9962
+6702 6703 14152 14167
+6535 6703 6704 9333
+7682 7683 11986 12793
+6714 9449 13082 13087
+471 2757 6351 6411
+1974 11932 11986 11993
+6713 6760 9425 13087
+6543 9414 9421 9422
+6639 9425 10046 10112
+6640 6760 10062 10123
+93 2057 4105 4148
+1175 4147 5070 9661
+1174 4104 4147 9655
+9622 9653 9654 9678
+9666 10426 10460 10465
+1342 1343 4577 6566
+2469 2636 2672 9975
+6695 9909 10744 10745
+6460 10713 10715 10717
+1193 4117 4159 9893
+754 755 7694 9881
+9898 9899 9902 9903
+9653 9654 9675 9678
+6639 6713 6760 9425
+1391 4636 6472 10061
+12731 12732 14527 14528
+2581 9926 9928 9935
+6641 6716 6717 10158
+6472 6640 10061 10124
+1996 1997 9677 9678
+1996 9675 9677 9678
+6716 6717 9447 10158
+640 641 3118 6846
+8787 8788 12986 14527
+1976 8788 11071 11927
+2588 9948 9950 9962
+2423 2424 2589 9950
+3282 3381 11863 11904
+4563 4587 4626 9967
+3381 11863 11904 11910
+572 3049 3050 6770
+3212 3213 12017 12019
+11466 11467 11686 13227
+3045 6768 6810 12001
+3068 3234 12163 12164
+1997 5140 9633 9677
+9622 9653 9677 9678
+3065 6820 12156 12160
+9653 9675 9677 9678
+5201 5305 5360 11740
+3089 6790 11740 12329
+6162 13800 13801 13831
+11467 11686 13172 13227
+3278 3361 11829 11901
+3277 11771 11782 11829
+634 3111 3112 11782
+2580 2581 9926 9928
+5095 5215 5349 12020
+8788 8796 10829 11071
+2058 2059 4106 9684
+11398 11495 11498 11502
+4182 6320 6388 11234
+2058 2059 2222 9684
+3137 3304 3340 12132
+1551 5003 5945 6063
+7983 12224 12225 12233
+8618 11503 11509 13699
+2222 9683 9684 9685
+3095 6834 11735 11775
+2015 11908 11917 11939
+5072 5237 5263 9689
+3260 3261 3357 11778
+2757 2922 10885 10892
+1701 1702 5200 6830
+2060 2223 9683 9684
+2224 9683 9689 9690
+1981 11798 11917 12360
+9692 9693 9698 9699
+3161 3334 3362 11897
+1298 4333 6354 6414
+9685 9692 9697 9698
+5138 9685 9692 9698
+1981 11917 11939 12360
+9656 9659 9698 9699
+5138 9692 9698 9699
+8316 10214 10227 10228
+1097 3948 5497 5605
+1096 1857 3947 6856
+3882 6917 6918 6931
+3870 6888 6889 12817
+3947 3972 6856 6857
+3972 6856 6857 6891
+1121 4039 12484 12486
+7444 7469 7477 14648
+5368 11830 11863 11904
+3451 3457 3460 12415
+8228 11899 11934 11980
+4042 4064 12744 14555
+3413 3414 3441 12398
+5138 9692 9694 9699
+3463 3470 3471 6926
+6898 6926 6927 12407
+861 1738 1867 7442
+10751 14121 14123 14135
+3862 3874 6852 6853
+3436 12404 12409 12411
+8405 12404 12405 12409
+3436 3446 12405 12409
+12404 12409 12411 12412
+1646 2002 5046 9530
+8228 11899 11980 11981
+6878 6913 6914 14647
+8412 14686 14687 14688
+864 865 1122 7465
+864 865 1122 3479
+6899 6900 12402 14646
+3989 3995 4000 12928
+9643 9703 9704 10481
+3958 3977 9008 12944
+3971 3976 6892 6893
+2262 2263 9312 9314
+2262 2350 9312 9313
+863 1123 1124 4013
+9200 9201 9705 10455
+9704 10440 10471 10529
+3958 3987 8930 12944
+3242 12213 12214 12215
+11397 11479 11483 11684
+1886 6934 6935 12825
+2878 2954 2955 11467
+1040 7621 7629 8896
+11933 11934 11958 11976
+1974 1975 11961 11993
+3421 3434 3444 12376
+11898 11899 11935 11980
+7092 9146 14450 14463
+6944 6973 6977 14378
+10209 10217 10218 14207
+1976 2011 11894 11895
+3409 3421 3434 12376
+7066 7067 12948 14477
+1065 6943 12959 14376
+1084 8999 12897 12899
+1975 1976 2011 11895
+4905 11727 11728 13332
+10356 14464 14470 14471
+5862 8996 9090 9091
+6951 6983 14405 14427
+650 3129 3170 11883
+651 11883 12030 12032
+10060 13779 13793 13794
+3130 12025 12030 12032
+7094 14464 14470 14476
+1067 6944 6965 9018
+8188 11200 13069 13089
+1070 3931 3932 12956
+3013 11222 11237 11247
+7009 7847 10437 14382
+7778 8159 9039 12996
+8166 9038 9044 11870
+9696 9720 9736 9737
+510 11480 11488 11505
+7782 8178 8179 8195
+2459 2498 10459 10468
+8179 8195 9038 11870
+1087 3954 8422 12904
+9696 9720 9737 9738
+9179 14416 14417 14420
+7875 9174 9834 14417
+6958 6988 14416 14420
+224 6550 8063 9041
+9112 10720 14115 14129
+6963 6974 6990 7825
+6974 6990 7825 14398
+3469 12384 12385 12395
+6939 6971 6990 14387
+8158 11867 11868 11869
+3453 3469 12384 12385
+2064 2065 9728 9729
+1054 3860 12822 12823
+5227 9269 9292 9456
+6871 6881 12930 12932
+11867 11869 11870 11876
+7017 7884 7885 14408
+7785 8193 8197 9039
+7012 7014 7019 10596
+6989 6993 8417 14422
+11686 13172 13184 13227
+10700 10702 10722 10723
+1431 4655 4775 13618
+1266 4200 6338 11626
+2065 9725 9728 9729
+647 7785 8195 9044
+10576 10593 10594 10597
+369 10719 10720 10723
+2715 2716 6330 11475
+8667 8765 12688 12690
+3094 3095 3260 11735
+3934 12953 12954 12955
+3517 3529 3534 11244
+3517 3518 3534 11244
+690 12332 12334 12340
+3491 3513 12436 12442
+1044 3855 3869 12837
+3491 3525 12442 12443
+3513 3525 3542 12442
+8131 8132 13814 14750
+9142 10376 13960 14444
+369 6036 6037 10730
+3497 3498 5414 8511
+3497 3523 3524 8513
+11832 11858 11859 12354
+1904 1905 7023 7627
+2064 9726 9728 9729
+710 711 11821 12990
+1042 3854 3868 7630
+4358 4361 4522 11474
+11821 11849 11928 12990
+9561 9585 9586 9592
+8901 8902 12863 12864
+1530 1531 5007 5536
+347 2497 10436 10439
+9143 9144 14442 14452
+9143 10349 10355 10358
+9143 9144 10375 10376
+714 715 11922 11923
+3854 3883 3895 12829
+3546 8489 12463 12476
+8956 8957 13870 13880
+11899 11905 11962 11981
+9926 9979 10768 14138
+11828 11829 11901 11902
+2263 2316 9312 9394
+11850 11852 11924 11927
+9190 10341 10443 10444
+3097 3262 3263 11845
+3193 3324 3325 11854
+7808 9734 9735 9763
+3262 3263 3375 11845
+7808 9688 9732 9734
+3854 3883 7630 12829
+3863 3892 6851 8940
+7808 9735 9763 9764
+3906 12831 12839 12841
+3884 3889 6870 12828
+7054 7060 7087 9135
+7098 7100 7101 14454
+3097 3262 11779 11845
+3096 3261 3262 11779
+3871 3888 6931 12824
+710 11821 11822 12990
+7082 7083 14470 14479
+9008 12818 12947 12948
+7074 7077 7085 14445
+2224 2225 2294 9689
+430 2716 6330 6396
+3878 12858 12860 12871
+1870 6870 6879 12828
+3588 3607 3610 12544
+8911 8921 14222 14225
+3849 3879 12858 12862
+7104 7136 7141 8857
+1036 7027 7049 12889
+3848 3878 12860 12871
+7805 8324 12801 12804
+8095 8315 14491 14492
+8201 8212 9029 14164
+11762 11763 11768 11838
+3297 3378 11759 11763
+3579 3588 3610 12551
+7142 7175 8358 14490
+9909 10745 14139 14365
+3568 5423 12508 12514
+7120 7121 7153 14520
+5367 11750 11764 11773
+712 10881 11853 11928
+689 690 12316 12334
+711 712 11928 12985
+8374 8375 8381 13776
+11762 11821 11822 11837
+5468 5469 5752 8877
+8095 8300 10078 14488
+2577 2636 2672 10716
+1061 3864 3865 12842
+923 3568 3569 12514
+7160 9126 14495 14496
+2956 2957 3033 11472
+7132 8300 12813 12814
+8356 10251 10259 10260
+11762 11833 11837 11838
+9128 12834 12850 14507
+7789 8788 11926 11927
+7172 8216 9203 14497
+11821 11839 11850 11851
+7177 12875 14505 14515
+5524 5632 14033 14039
+11850 11924 11925 11928
+11840 11852 11895 11897
+7164 12877 14503 14511
+7148 7164 12877 14511
+7115 7147 7148 12877
+7148 7164 7165 14511
+7183 7184 14513 14517
+6849 6850 7149 14510
+8358 8891 9125 9126
+3115 3280 3281 11831
+3116 3282 11830 11865
+12876 12877 14503 14511
+7176 7177 14513 14515
+3868 3883 3890 12826
+922 923 3568 5423
+8054 8905 8939 14515
+1588 5013 6082 14033
+987 988 7212 8682
+1118 7225 7239 12670
+4037 7238 7239 12670
+7210 7238 7239 12670
+922 3568 5423 12508
+980 1138 4026 8750
+7242 7248 7258 14554
+3869 3895 12829 12837
+4065 4067 4081 14579
+7322 7323 14574 14575
+7323 7340 14575 14579
+1695 5105 5197 12219
+8681 10848 12678 12684
+8768 12689 12692 12694
+3754 3762 3763 12692
+7264 7265 7266 14539
+8768 8771 12684 12689
+7640 7726 7768 12752
+8858 12752 14536 14538
+11404 11432 12153 13168
+12261 12262 12263 13173
+7220 8858 12762 12765
+3040 6765 8153 11819
+3561 3579 3588 12551
+7352 7376 7385 14624
+3040 6765 6808 11819
+8792 8797 12981 12983
+964 7217 12735 12736
+7195 7221 7222 14525
+711 11821 11928 12990
+1588 5963 6082 14033
+4061 4062 7232 7247
+3609 3611 12537 12542
+1979 3709 11807 12715
+1977 8787 8789 11849
+8834 8846 8887 13379
+5870 8844 8849 8850
+179 9701 9706 9750
+7104 7141 8857 8906
+9701 9748 9750 9753
+228 8215 8224 8240
+2636 2672 10716 10743
+9706 9750 9755 14294
+8758 12714 12715 12982
+9706 9750 9753 14294
+8792 8793 12972 12983
+5954 6073 13913 13914
+7265 7266 9123 14539
+4070 7237 7248 7249
+3204 3341 8227 11959
+4111 4153 5166 9767
+3590 8588 8601 12517
+3590 3600 8601 12517
+4153 5166 9724 9767
+6886 6916 6929 12831
+3733 3756 8761 12710
+4037 7209 7237 7238
+11808 13062 13063 13065
+7258 7261 9121 14554
+5513 13913 13914 13939
+3835 12733 12756 14534
+1987 12333 12339 12341
+3702 3731 12711 12725
+4278 11805 11808 13065
+7815 9317 9851 10711
+8759 13037 13056 13062
+8576 12558 12591 12598
+1116 14577 14581 14582
+9101 9226 14694 14706
+7342 7343 14590 14591
+7596 14694 14701 14706
+4041 4066 14583 14591
+8517 12447 12459 12460
+7315 7316 7328 12583
+3675 3690 3694 11652
+3665 3667 12603 12613
+3667 12603 12604 12613
+11467 11474 11686 13172
+3580 3591 3612 11292
+8549 8561 11320 11321
+1824 5577 13700 13710
+7275 7276 7306 8748
+8221 8242 14195 14197
+4021 4022 4055 7279
+1758 4022 7278 7279
+3580 3591 11292 12506
+933 934 7273 12667
+3580 3612 11292 11320
+3149 3320 11799 12285
+7815 9317 9886 10711
+8031 12643 13684 13724
+7870 7897 7904 9765
+7989 13210 13211 13212
+3661 3662 8021 12645
+7948 8021 12321 13235
+5141 5329 5330 9501
+703 704 11804 11805
+7287 7317 7318 12592
+1980 8759 11790 11798
+7861 7870 7928 9765
+3158 11755 11759 11794
+7173 8051 14519 14523
+11399 11521 11557 11590
+703 704 3156 11804
+3577 3587 3591 8615
+11752 11790 11791 11792
+1980 8759 11790 11807
+8733 11695 13683 13684
+3619 3620 3623 12519
+9104 10702 10703 10705
+5504 5612 13840 13850
+7348 7349 14578 14585
+1483 1484 1846 13431
+9104 10703 10724 14113
+7822 7905 9773 14326
+1484 4682 13431 13434
+3628 3629 8686 12666
+7342 14590 14591 14599
+3335 3363 11903 11905
+3904 6886 6916 12831
+7822 9773 9785 14326
+7973 8003 12634 12648
+3689 7973 12640 12644
+3688 3694 3697 12621
+7385 8485 14612 14624
+1271 1272 4320 6423
+1933 7351 7376 7654
+8562 8617 8621 11492
+7377 7387 7404 12469
+9789 10511 10512 10542
+7354 7658 9210 14643
+1694 6784 6825 12215
+9780 9781 10564 10579
+3559 3575 3598 8528
+4046 4047 4085 8524
+3118 3283 3284 11864
+912 3567 3576 12503
+7364 7365 7397 14629
+3577 3591 8615 12506
+4018 7359 7360 7386
+4018 4051 7360 7386
+10549 10568 10575 10579
+1722 5119 5210 6844
+8536 8538 12086 13138
+3892 3903 6886 12841
+9781 10511 10542 10571
+1936 7353 7377 9210
+3892 3903 3906 12841
+3281 5211 11830 11911
+3487 8473 9207 12470
+5249 5374 11772 11841
+4071 7389 7390 7422
+7407 7425 14605 14614
+4071 4075 7384 12580
+7394 7409 7411 14605
+1874 8410 8411 12925
+3276 11770 11771 11772
+2524 10181 10186 10216
+7819 7846 10630 14384
+7395 7396 7412 8512
+9104 10698 10703 10705
+8361 10071 10077 10081
+5313 11770 11771 11772
+1847 1848 5599 5925
+5249 11771 11829 11841
+8539 8542 8543 8544
+3276 3380 11771 11772
+5249 11771 11772 11841
+730 731 12174 12191
+5374 11764 11772 11838
+8472 12468 14631 14637
+7404 7406 7421 12469
+7813 9769 9795 9798
+1656 2013 11757 11836
+2337 9795 9798 9821
+11432 12153 13165 13168
+7433 8058 8486 14632
+5050 5374 11836 11838
+7416 7417 14636 14640
+7416 9117 14636 14640
+7813 9795 9798 9821
+5374 11764 11836 11838
+8490 9117 14636 14640
+4069 8524 14605 14622
+7799 8605 8606 11332
+6885 6929 12831 12832
+7304 7319 7333 8757
+7412 7413 7429 14626
+7327 7328 7339 9118
+14605 14615 14621 14622
+8512 12477 14621 14622
+9398 9399 9403 9406
+7620 7621 8896 12825
+837 3402 7671 12380
+9803 9804 9805 9816
+9803 9804 9805 9806
+7484 7485 7486 14663
+9784 9802 9803 9804
+7491 7503 7506 9214
+8277 8452 8455 10005
+7452 7484 7485 8500
+7817 9811 9837 9839
+3329 3360 11758 11760
+1886 7620 7621 12825
+1886 6934 7620 12825
+7472 7478 7496 14649
+4640 4683 4803 13423
+2071 2072 4155 9772
+2072 2073 2236 9818
+3677 3689 3691 12647
+6934 7620 8893 12825
+885 886 3504 8160
+2073 2236 9818 9824
+7838 9093 9853 10705
+8455 10005 10009 14666
+3677 3678 3689 12647
+3107 6799 11751 11766
+7316 7317 12595 12596
+3107 6799 6841 11751
+3254 3321 3354 11743
+11293 11451 11452 11455
+3678 3689 3696 12644
+12383 12384 12401 12402
+7493 7497 7514 14654
+8201 9026 9027 9361
+3432 3453 8457 12375
+7796 8454 8455 12374
+2072 2235 2236 9818
+9093 9104 10698 10705
+5408 7453 8113 12430
+1470 1838 5924 13269
+3658 8016 8675 12652
+9941 9942 9994 12369
+7496 7507 14649 14651
+7502 7503 7510 14668
+3658 3678 8016 12646
+7495 7521 12386 12391
+7496 7507 7517 14651
+4677 4845 13301 13329
+3464 9216 12375 12378
+3659 3678 3679 12645
+11320 11321 11452 12520
+8080 8255 9404 13122
+11320 11321 11452 13162
+1472 5920 5924 13266
+9093 9853 10670 10697
+9390 9413 9417 9451
+2071 2072 2235 9772
+2072 2235 9772 9818
+828 829 12423 12424
+7553 9001 14692 14693
+9329 9941 9994 10086
+3420 8459 10116 12375
+7795 8459 9400 9999
+9341 10038 10039 10042
+3254 3255 3321 11742
+7795 8404 8459 9941
+1704 5110 5201 11740
+2970 8249 8270 9045
+4355 4420 4470 11447
+3093 3258 3259 11736
+9093 10697 10698 14082
+851 852 7525 8394
+7620 8893 8896 12825
+10217 14186 14188 14197
+1056 8894 8896 12823
+8053 14519 14524 14759
+9259 9937 9961 14167
+6602 6651 9557 10211
+2300 9823 9825 9867
+9334 9960 9961 14167
+9229 10054 10055 14152
+4458 4459 4524 12971
+1056 3873 8896 12823
+8973 12907 14691 14696
+7577 7578 7596 14694
+7596 7601 7602 14716
+1055 1056 3873 12823
+10778 10919 10988 11011
+8422 12907 14691 14696
+7528 7549 7554 12923
+7597 7598 14704 14705
+9113 9319 10748 10762
+7596 7598 7601 14716
+8971 9225 12909 14698
+2943 2989 10898 10901
+2237 2238 2300 9823
+7600 7602 14709 14724
+534 4734 11013 11724
+10544 10546 10547 10577
+10961 10964 10965 11724
+11595 11596 11719 11720
+9833 10639 10647 10681
+3699 3700 3729 12713
+3754 3762 3764 12696
+1889 7623 7624 14522
+1951 7524 7669 14732
+9833 10638 10639 10678
+3741 3742 3753 8805
+7942 10935 11615 11616
+7023 7046 7058 12954
+1959 9199 9709 9715
+8984 8989 8991 14371
+7833 8982 8986 9181
+6946 6967 8991 12960
+3704 3705 3745 12712
+7216 12728 12731 14531
+31 971 8802 12732
+3839 8860 8870 12761
+3711 3738 3740 12675
+3791 3804 12763 14538
+4084 7242 7247 14548
+4070 7236 7242 7248
+771 772 12070 12099
+3741 3753 8805 12683
+4213 10883 10885 10892
+8479 8533 8541 12501
+1248 4191 4308 6419
+12092 12113 12130 12226
+7958 11656 11690 11701
+734 769 770 12226
+9335 9337 9353 9354
+3749 3762 3764 12703
+7667 7693 7756 9227
+7550 7572 8420 14686
+8395 9288 9399 9403
+2960 2996 11550 11607
+9337 9354 9358 14169
+5330 9489 9499 9510
+1967 1968 9202 9546
+1647 2003 2004 9500
+8212 9376 14164 14489
+8219 14178 14179 14191
+1968 9202 9546 14184
+3754 3764 12696 12698
+9583 10225 14208 14209
+4083 7235 7242 7247
+8395 8397 9399 9403
+2572 2670 10687 10691
+8746 8747 11714 11715
+10786 10849 11714 11715
+8747 10784 11714 11715
+9416 9424 14157 14173
+219 2186 9418 9419
+1451 4665 4785 5931
+2414 2580 9926 9928
+4070 4084 7242 14554
+9833 10647 10664 10675
+24 904 920 7659
+10788 11717 11718 13720
+4082 7207 7208 7236
+8476 8477 12465 12469
+3485 8471 12444 12995
+737 7690 7745 13126
+10945 10946 13714 13716
+4084 7242 14548 14554
+9833 10664 10675 10676
+9387 9390 9413 9417
+3562 3573 3586 8575
+9833 10647 10664 10681
+794 7772 7980 8007
+13304 13715 13716 13721
+1120 4002 12742 12751
+13690 13713 13714 13715
+1020 3782 12742 12747
+7136 7173 12882 14519
+9833 10664 10676 10681
+7639 7727 12763 12765
+4355 4420 11447 11469
+7913 9840 10636 10652
+1654 2011 2012 11894
+8293 8508 11275 11276
+9840 10636 10648 10664
+2731 2896 11626 11627
+9840 10648 10662 10664
+445 2730 2731 11626
+2733 2898 2899 10844
+6521 9848 9849 9857
+8708 8709 8729 8732
+1074 3935 7734 7735
+7664 7678 7764 8426
+7522 8420 12915 14688
+7633 7721 7722 8906
+9553 9576 14201 14204
+8908 8918 9581 14203
+7958 10856 11656 11701
+2573 2574 2634 10691
+10931 11676 11677 11693
+10780 10936 11693 11697
+195 2136 2174 9848
+3707 3723 3736 8679
+2574 2634 2671 10685
+8701 8709 8710 8736
+2574 2575 2671 10685
+7686 8666 8670 8679
+1984 1985 11796 12349
+1985 7686 7750 12344
+7686 7758 8668 12669
+2574 10685 10686 10714
+7973 7997 11682 11690
+10686 10714 10718 10766
+7780 8122 8124 13532
+8089 11033 11034 11042
+2502 2628 10544 10545
+7969 7974 8017 10779
+7780 7800 11034 11042
+879 7454 12430 14674
+7958 11621 11624 13239
+8474 8476 9210 12469
+2685 2812 2970 9045
+8376 11113 11114 13402
+2846 2979 3008 10989
+2793 2962 2998 11617
+8822 8830 13280 13421
+5445 7199 12771 14529
+10846 11605 11618 11619
+1489 5941 8121 9079
+9830 9855 9870 9876
+5658 8121 9079 9083
+5406 5407 5716 8500
+8117 8123 9066 13491
+8112 9072 13492 13527
+523 2793 2832 11618
+8026 11656 11677 11690
+5647 5656 13524 13528
+2173 2299 2338 9821
+7813 7853 9821 9827
+5135 5236 5321 7878
+2833 8026 11643 11659
+3 8231 8240 9032
+6019 10523 10524 13976
+6975 7004 9022 10437
+4191 6363 6419 11443
+10424 10510 10533 14004
+1429 1811 4654 5916
+13685 13686 13702 13723
+7904 7928 9765 9766
+2230 2296 9760 9790
+7809 7810 7867 7868
+7928 7929 9765 9766
+7827 7899 9775 9778
+2877 2878 11468 11469
+7829 7830 9779 14308
+8730 11695 13711 13712
+8594 11346 11354 13594
+11891 13069 13074 13075
+14307 14313 14314 14315
+7821 7870 7905 7906
+7943 8004 11619 11668
+2462 2501 2624 10544
+10686 10718 10746 10766
+2135 2338 9829 9858
+9825 9867 9868 9872
+6678 6679 9782 9783
+11362 11434 11439 11441
+11439 11440 11441 11448
+9177 10618 14408 14419
+11664 11680 13723 13724
+3680 3683 3688 12637
+7010 7884 14393 14394
+415 416 2701 6323
+9183 9185 9851 14350
+757 9838 14345 14425
+14329 14333 14335 14336
+7901 9780 10548 10565
+522 2792 11644 11649
+2786 2954 2992 11434
+522 2792 2832 11644
+7011 7019 10596 14393
+11400 11527 11554 11557
+7811 7922 7928 7929
+5336 9768 9771 9800
+10846 11605 11619 11648
+7993 11616 11652 12614
+11634 11652 12611 12612
+9835 10669 10673 10677
+1954 7861 7870 7892
+1955 1956 7903 14389
+2786 2825 11434 11480
+8702 8703 8710 13698
+1956 1957 9737 9738
+9853 10668 10669 10697
+7818 7834 7835 7839
+2876 2953 2992 11430
+6032 6033 6210 10672
+10642 10645 10646 10687
+6687 9861 14341 14352
+9840 10617 10651 10652
+7943 8712 11670 11671
+4176 8307 8309 9036
+9831 9836 9837 14343
+7851 7877 7879 7881
+982 8750 8752 8803
+980 981 3710 8750
+4417 4418 12149 12153
+759 7883 7915 7921
+11630 11647 11648 11651
+1956 7893 9764 14306
+7830 7843 14307 14315
+184 6510 6511 9776
+7831 7910 14314 14388
+6994 7006 7018 14398
+7943 8004 11670 12625
+9850 9855 9870 9876
+8594 11337 11346 11354
+725 7994 7999 12243
+8000 8011 8012 8047
+7950 7959 7981 7995
+11522 11633 11636 13621
+3762 3764 12696 12703
+11400 11401 11557 11705
+5020 5125 5319 12277
+763 797 12241 12274
+8718 11573 11609 13621
+4435 4436 4521 13220
+12325 13220 13231 13232
+11602 11654 13219 13222
+7973 13219 13221 13237
+7970 13230 13248 13249
+4940 11585 13630 13638
+11 7980 7981 8009
+3730 3731 12725 12726
+7994 7999 8009 8040
+8020 8021 8028 12321
+12267 12270 12283 12309
+3247 12267 12269 12270
+8052 8053 14519 14759
+7951 7981 8024 12308
+4258 12304 13203 13218
+8715 11640 11641 13626
+7936 7992 12303 12304
+11449 11452 11453 11454
+7992 11602 13219 13222
+2726 2891 2892 11561
+11486 11582 13623 13624
+1929 7270 7714 14601
+364 10659 10665 10671
+11321 11454 13160 13162
+762 7959 12243 12265
+12317 12320 12322 13240
+8008 8009 8023 8040
+3148 3187 3352 12310
+522 11629 11644 11645
+522 8716 11629 11644
+7961 12291 12292 12305
+7963 8011 8023 8025
+9844 9848 9849 9876
+2998 11601 11617 11653
+8025 12320 12321 13223
+7997 11601 11617 11653
+2895 11600 11622 11623
+12313 12319 12322 12323
+1221 4177 4296 6315
+9849 9850 9855 9876
+9105 10754 13726 13766
+7999 8010 8040 8041
+3860 8899 12823 12825
+2730 2896 11623 11626
+7951 7981 7982 12308
+8008 8023 8040 8045
+1052 8900 9008 12819
+7126 12742 14521 14522
+1989 8009 8010 8022
+7981 8005 8006 12308
+12818 12948 14477 14480
+11639 13622 13624 13626
+11395 11453 11455 11456
+12739 12742 14521 14522
+1053 1054 3872 12822
+1020 7124 7125 12739
+518 11572 11573 11638
+11295 11542 12128 13148
+2235 2236 9799 9818
+8224 8234 8240 9361
+2789 11520 11533 11555
+1005 1972 8210 11985
+2006 9368 9495 9496
+403 404 2689 6317
+2236 2299 9799 9820
+8715 11637 11639 13621
+8263 11242 11374 11375
+3019 11404 11425 13166
+7991 11596 13206 13244
+11342 13148 13150 13154
+11061 11063 11209 11216
+7779 8087 11056 11057
+11419 11578 11579 11581
+2953 3019 11404 11425
+2775 2939 2941 11219
+2774 8274 8287 8297
+2939 11045 11061 11219
+11436 11555 11574 11575
+1001 8094 12806 12813
+7110 7133 7137 14489
+8095 12811 14491 14492
+8818 10785 10791 12693
+4883 4884 4967 13616
+8375 8378 11169 11170
+7804 8366 11191 11192
+8324 11171 11177 12790
+7804 8378 11192 13393
+7804 7806 11191 11193
+4821 11585 13615 13650
+8127 8129 9073 13483
+8559 11470 11471 13167
+7805 8375 12804 12809
+5658 7802 8299 9084
+8116 8127 8129 9073
+4884 4885 11585 13613
+8261 11055 11060 11280
+7801 9073 9076 13460
+8125 9073 13482 13483
+5718 5823 8116 8129
+8559 11362 11470 11471
+11436 11438 11555 11576
+887 888 3493 5410
+2236 2299 2338 9820
+4706 4876 11415 13570
+1213 4130 4173 9429
+4800 4850 13432 13444
+4719 4720 4889 11639
+11522 11636 11637 13621
+11182 13396 13397 13407
+11582 13623 13624 13627
+4876 11426 13572 13574
+11182 13395 13396 13407
+13397 13398 13400 13401
+2506 10658 10668 10689
+8092 8360 8382 10064
+505 4705 4706 11414
+8357 10082 13810 13817
+8092 8300 8303 10078
+999 1000 12804 12809
+4720 11637 11638 11639
+13826 13827 13833 13836
+8146 13798 13810 13813
+5989 5990 10075 13812
+9105 10758 14136 14137
+11634 12610 12611 12612
+2274 8167 9466 9470
+149 7782 8167 11873
+5105 6784 12215 12219
+10644 10676 10678 10688
+147 148 8155 8171
+7805 8375 11170 12804
+6327 6361 6418 11406
+1000 12809 12810 12814
+1667 5091 6765 11819
+2887 2959 3034 11525
+2238 2239 9822 9867
+5290 5345 5386 8173
+1000 12804 12809 12814
+5290 8173 11820 12002
+4429 4495 11571 13191
+8232 9378 9512 9542
+8181 9419 9435 13081
+7463 7475 14671 14672
+9425 10109 10112 13087
+2657 9528 10224 10274
+8182 9437 9441 13117
+2238 9822 9823 9867
+2894 11560 11600 11606
+8395 9213 9289 14172
+2075 2238 2239 9822
+4367 11560 11603 11655
+2727 2728 2893 11560
+1306 7785 8178 8197
+11891 12998 12999 13000
+2728 2894 11560 11606
+11890 11891 12997 12999
+4220 7785 8198 12999
+2994 11516 11518 11556
+4716 4717 4886 11583
+10658 10676 10689 10695
+8300 12810 12814 14483
+8375 12810 12814 14483
+755 7695 8968 9877
+9850 9855 9877 14351
+3122 3123 6848 11947
+1728 5122 5213 8207
+7102 7137 8219 14194
+6709 10049 14156 14158
+7103 7128 7135 14501
+9545 9546 9547 9576
+9523 9535 9545 9546
+1967 1968 2003 9500
+2946 11331 11339 11544
+2868 2869 3016 11345
+10658 10660 10675 10676
+8068 8229 8236 11974
+8208 8237 11952 11953
+8215 8230 8240 9361
+8065 8067 8209 11952
+2951 3015 3016 11544
+2686 6386 9045 10911
+2601 2602 2649 10157
+8080 8081 8255 13122
+7487 7488 7501 14665
+10100 10102 10103 10148
+2946 2951 11540 11544
+10658 10675 10676 10695
+9550 10224 10244 10245
+7458 8074 12433 14676
+6547 9441 13116 13119
+8080 8081 8255 10136
+2519 10139 10141 10160
+7776 10161 10162 10168
+8083 8243 8283 10159
+8079 8082 8266 13132
+2868 2869 11324 11345
+2505 10658 10659 10660
+513 2827 11494 11539
+8265 8285 10126 10160
+648 4222 4338 9044
+8252 8268 8269 8272
+2441 8252 8269 8272
+756 9855 9877 14345
+7872 8968 8975 9877
+756 8975 9877 14345
+513 2788 2827 11539
+2813 2851 8267 8270
+363 2505 10659 10660
+317 2441 8252 8272
+513 11494 11538 11539
+8277 8280 10024 13453
+8276 8277 8280 10005
+11484 11586 11587 11589
+10128 10129 10133 10166
+2722 6368 11515 11531
+7491 7503 9214 14667
+2722 11515 11523 11531
+4420 4519 11447 13167
+4349 4479 11404 13168
+2877 11444 11447 11469
+8294 11051 11055 11060
+8232 9378 9542 14179
+318 2851 8252 8267
+8264 8267 8268 11217
+319 2774 2813 8274
+8089 8274 8275 8288
+318 2813 2851 8267
+6241 13725 13781 14131
+9066 10180 13487 13491
+3605 3607 3618 12531
+317 2812 2851 8249
+2936 2987 11247 11302
+222 223 2150 9443
+323 2445 2486 10072
+2988 11232 11268 11291
+12199 12216 12217 12221
+320 321 8370 10076
+8303 8357 10078 14484
+8108 8352 8360 8365
+8101 8315 10203 14492
+2722 2723 11523 11531
+8221 8315 14491 14492
+7110 7137 7143 14494
+8101 8102 8221 14492
+2486 10080 10197 10230
+8096 12811 14491 14492
+11400 11554 11557 11705
+6599 6645 6654 9583
+6632 6738 9929 9938
+2605 2654 10192 10198
+1027 3787 3788 12776
+2783 2822 2984 11394
+3787 3788 12769 12776
+10215 10216 14188 14198
+2573 10683 10684 10686
+8325 10192 10193 10194
+9172 10648 10661 10662
+397 8311 8336 8349
+2723 2888 2889 11549
+11267 12089 13142 13143
+8107 8241 9025 9031
+8336 8342 8360 8369
+11258 11259 11541 12511
+4592 6433 6551 9035
+8101 10185 10201 14181
+2520 2643 2651 8345
+2723 2888 11523 11549
+9172 10653 10661 14074
+2025 2189 2323 9479
+7872 9855 9877 14345
+7872 9855 9877 14351
+8091 8312 8359 8360
+1260 4197 4314 11529
+3312 12199 12216 12221
+2723 6334 11530 11531
+8091 8313 8359 10203
+8092 8359 8360 8361
+11400 11401 11435 11705
+4196 11523 11531 11549
+5991 10262 10264 13819
+11227 11232 11233 11267
+10253 13823 13824 13826
+1365 4554 4617 6577
+11126 11139 13021 13054
+2772 2773 8311 8347
+2773 2850 2983 8371
+998 8141 8142 12800
+435 2720 6333 6397
+2823 11391 11394 11395
+997 5457 7107 8132
+8374 8375 10063 14483
+6549 6550 6718 13115
+12797 12801 12803 12804
+7125 12739 12742 14521
+1255 4194 4312 11513
+8147 8374 8381 13776
+7805 12797 12801 12804
+7804 8381 9047 13393
+7804 8366 8378 11192
+8147 8374 8382 10063
+8388 9050 9055 11193
+7804 8388 9050 11193
+7804 7806 8138 9050
+8324 8378 11169 11170
+2934 2983 2990 8346
+509 4709 4710 13597
+7440 7462 7473 9217
+9414 9421 9422 13077
+8180 8396 9212 13079
+219 220 9419 13081
+999 3769 12797 12804
+6543 9414 9422 9423
+9289 9407 14172 14173
+9287 9288 9410 13077
+3404 7675 12409 12413
+840 3404 3418 7675
+999 12797 12804 12809
+8632 8652 11393 11418
+8607 8608 8633 13583
+8621 11385 11451 12515
+1873 6933 8415 12934
+6961 8417 8418 9186
+8634 11503 12529 13699
+44 7733 7734 8418
+8618 11421 13571 13597
+3799 8321 8323 12807
+272 2397 4548 4612
+3770 3799 8323 12807
+8321 8323 12795 12807
+6220 10760 13728 13745
+374 6041 6042 10015
+6041 6042 6219 10757
+6452 6570 6619 10497
+5836 5896 8690 13628
+10757 10758 13728 13729
+6219 13725 13727 13728
+8430 8435 13787 13788
+8181 9419 9435 9450
+8435 13806 13807 13808
+5676 5678 5834 11473
+8445 8446 12371 12372
+4884 4885 4962 11585
+8428 10020 10021 13806
+9998 10003 10149 10150
+3312 12200 12205 12221
+7535 7536 7566 14733
+4884 4885 11577 13613
+8427 8428 8429 13739
+11486 11582 11584 13651
+6619 10496 10497 10498
+9987 9988 10030 10755
+13625 13629 13640 13641
+8439 13731 13772 13777
+5644 5645 13784 14131
+5710 10758 14134 14136
+6680 6681 14312 14319
+7484 7486 7500 14663
+6619 6728 10496 10498
+8278 10130 10136 10167
+7229 8841 12771 14529
+3810 12755 12757 12767
+7244 8841 8875 12773
+1341 4542 6447 6565
+4654 4773 5916 13604
+5770 8464 8994 12911
+4980 11426 13586 13609
+8487 12467 12471 12479
+7410 7421 7426 8487
+11293 11294 11322 11458
+7352 7385 8472 14624
+7805 12797 12804 12809
+7351 7376 7392 14612
+8535 12086 12088 13127
+11206 11301 11303 11329
+11199 11271 12088 13103
+11037 11038 11253 11283
+3017 3030 11343 11344
+3810 12749 12755 12757
+3785 3810 12749 12755
+3785 3809 3810 12749
+7708 12487 12488 12490
+4876 11415 13572 13574
+9409 10004 10005 10089
+2384 2385 4542 10423
+3536 8499 12447 12458
+4543 4577 4606 10423
+3521 3536 8499 12447
+2383 2549 10410 10411
+3521 3534 3536 8509
+3536 8499 8509 12450
+4817 4936 4964 13605
+11436 11485 11576 11578
+259 2383 2384 4605
+9222 9883 9885 14353
+8161 9435 9436 9438
+5855 5873 8603 11252
+2529 10204 10212 10223
+8600 11511 12504 12509
+223 6549 9041 9042
+11354 11358 11360 11383
+8516 8517 8526 12458
+891 3496 5413 8496
+7814 8966 9883 14353
+11573 11575 11583 13627
+11309 11310 11312 11316
+8536 8538 12080 12086
+4408 13140 13147 13149
+11313 11314 11341 13154
+4233 4234 12101 13147
+3312 3349 12200 12201
+12133 12144 12175 13169
+9244 9891 9911 9912
+8795 12775 12781 14531
+8559 11362 11468 11470
+8531 12152 12192 12193
+8553 12192 12193 13224
+1341 1342 4542 6447
+12151 12152 12181 12189
+2948 11343 11369 11544
+8614 11388 13548 13564
+3616 8552 8569 12549
+3607 12531 12544 12545
+3666 3668 12609 12610
+8614 13548 13549 13564
+11430 11432 11441 11470
+11452 11454 11455 13162
+2956 3032 3033 11472
+7913 10635 10636 10652
+4358 4500 11478 13182
+951 7286 7287 12590
+4876 4877 4980 11426
+4813 13553 13558 13562
+8615 11292 11511 12506
+5422 5423 5725 12508
+13556 13568 13574 13577
+8588 8616 13566 13567
+3825 3832 8876 12757
+3817 3825 3832 8876
+8324 12801 12803 12804
+8597 13556 13568 13574
+222 6548 6549 9042
+8626 8630 13614 13652
+4959 13603 13610 13617
+3832 8876 12746 12757
+6606 6661 10310 10311
+8608 13571 13582 13584
+8571 11364 11396 12538
+8629 8654 11437 11496
+5833 5875 8607 8638
+3771 8094 12798 12807
+8617 8618 11411 13598
+4816 4961 4980 13575
+8616 12523 13566 13598
+3800 12795 12798 12807
+11447 11468 11470 13167
+11480 11505 11508 13597
+8226 8230 8238 11984
+3597 3609 3611 12542
+3571 3596 8625 12541
+3571 3596 3597 8625
+5425 12525 12535 12536
+2955 2993 3020 11462
+165 166 6492 9609
+4879 4965 8639 11493
+5566 5674 5675 13608
+1315 4570 6434 6552
+8600 8615 11380 11511
+8631 8638 13583 13633
+11362 11434 11466 11468
+7281 7321 8644 8648
+11399 11462 11472 11482
+9268 9976 9977 9984
+8661 11435 11437 11580
+8639 11506 11507 13633
+7941 11401 11420 11437
+8643 8664 12556 12585
+11518 11520 11521 11557
+510 511 11488 11505
+3164 11959 11969 11982
+11536 11686 13181 13184
+1984 1985 11789 11796
+11259 11340 11540 11541
+1984 11796 11824 12351
+8879 12771 12773 14525
+1984 2018 2019 11789
+8239 9031 9034 13040
+11355 11357 11358 11370
+3757 3766 8680 12688
+11292 11294 11322 11541
+12654 12656 12657 12658
+10784 10921 11714 11715
+3627 3656 3657 8676
+11294 11343 11369 11378
+7975 8733 10780 11693
+11378 11455 11456 11459
+4537 4573 4600 10335
+3746 8668 12685 14565
+11454 12149 12153 13165
+3611 8625 8629 12542
+8658 8660 8661 8664
+11030 11131 11132 11144
+3165 8227 8235 8238
+8645 8646 12563 12569
+6441 10289 10335 10336
+3572 8625 12553 12588
+2991 11422 11425 11440
+11448 11449 11450 11492
+11449 11450 11452 12520
+8097 12795 12798 12807
+8704 8705 11650 13668
+5734 8696 12629 13681
+4720 4889 4890 11640
+8718 11633 11634 11635
+4718 4719 4888 11639
+4825 4969 13646 13663
+3496 3497 8496 12459
+11486 11584 13624 13643
+9244 9891 9895 9911
+5738 8700 8706 8707
+4730 4731 4900 11709
+5891 8738 10903 11728
+9891 9892 9895 9911
+11432 11441 11453 11471
+512 4712 4713 11487
+4726 4727 4896 11679
+4895 4896 13688 13702
+4191 6364 11443 11446
+9880 9891 9894 9895
+4727 4728 4897 11698
+13677 13688 13702 13704
+9880 9891 9892 9895
+5890 13677 13697 13705
+4828 4829 13696 13701
+3625 3646 3655 12653
+990 991 3716 12682
+3715 3716 8744 12682
+5731 8721 8744 12682
+3596 3597 3609 12542
+8726 10850 13714 13720
+6521 6522 6690 9854
+8126 8258 11048 11243
+8241 8348 9034 11140
+429 2714 2715 6364
+7936 7991 12304 13206
+11792 11793 11810 11813
+8758 11807 11810 12715
+3771 3772 3800 12798
+7937 8763 12351 12966
+12353 12961 12968 12973
+2872 3031 11365 11427
+7221 12771 12773 14525
+694 695 11797 11826
+7814 9885 14353 14356
+2873 3019 3031 11427
+8126 8291 11048 11243
+3749 3750 3762 12705
+4275 4276 4451 12365
+8777 10812 10852 11136
+3761 8784 12705 12709
+2802 10851 10869 11134
+8789 11814 12981 12990
+2952 2991 3019 11425
+8773 12712 12714 12730
+1977 2011 2012 11894
+8772 11794 11814 11822
+11850 11851 11924 11928
+11505 11509 11510 13597
+8772 11814 12981 13060
+8772 11815 12965 13060
+8792 8793 10806 10974
+8601 11410 11413 13598
+8619 8620 11410 11412
+504 11386 11391 11394
+9879 9895 9896 14366
+8871 8872 8890 10917
+10879 13009 13027 13028
+8085 11242 11371 11374
+508 509 4709 13597
+5741 8737 8739 12697
+7314 7315 7327 14595
+7945 8725 8742 8815
+8721 8737 8741 8742
+8849 12736 12771 14525
+7241 12736 12771 14525
+2115 2272 2279 9506
+8721 8741 8742 8805
+507 11412 11417 11421
+8098 8318 11068 12788
+8738 8811 13321 13331
+5846 5863 5891 8738
+505 2784 2823 11391
+4840 13374 13411 13412
+11474 11536 11686 13184
+11478 11516 11518 11519
+3720 8806 8807 13418
+13374 13375 13376 13412
+8258 11056 11057 11243
+4838 4949 4958 13267
+8568 11362 11684 11685
+4919 11022 11023 13277
+11401 11557 11558 11590
+8800 10818 10981 11067
+3724 8684 8753 12676
+8800 8852 8853 12724
+8847 8848 10956 13284
+8847 8848 10956 11005
+7251 7253 7257 14542
+11403 11431 13175 13195
+8615 11292 11320 11322
+8612 11511 11512 11541
+11045 11061 11219 11220
+8869 8871 12775 12781
+2784 11391 11412 11422
+6526 9896 9897 9907
+7913 10635 10636 10638
+10626 10638 10644 10678
+970 12714 12731 12732
+7790 10807 10810 10828
+3836 8872 12768 12777
+3840 8889 8890 12777
+9272 9903 9905 9916
+9902 9903 9905 9916
+6170 10256 10258 13828
+752 9272 9905 9916
+3587 3591 3599 8615
+5460 7113 8933 9129
+5459 7111 8358 8385
+8611 8614 11384 11387
+503 504 4704 11386
+3905 3921 12836 12845
+11322 11384 11385 11394
+3863 3891 3892 6851
+3905 12836 12845 12846
+11385 11386 11391 11414
+1061 1062 3865 5481
+1061 3865 5481 12842
+1870 6936 12826 12828
+9523 9534 9535 9545
+4257 4258 4433 12304
+8321 11068 11187 11189
+8912 8913 8918 8922
+8221 14191 14195 14196
+8915 9573 9579 14234
+4350 4478 11344 12136
+9377 14200 14201 14204
+8921 9562 14225 14231
+9135 9191 10343 14441
+9563 9564 10220 10332
+1062 3865 5481 12847
+10220 14431 14437 14441
+8907 8918 14221 14222
+4478 11344 11366 11368
+9147 9705 10377 14463
+3865 5481 12842 12847
+9833 10638 10676 10681
+8937 8938 12840 12841
+7165 7166 7184 14510
+8084 11217 12998 13086
+7148 8937 12877 14512
+752 9904 9905 9916
+4478 11344 11366 11429
+752 787 9272 9905
+38 1031 5471 5484
+4478 11344 11429 12143
+1779 5472 5473 7029
+5478 7035 7051 12946
+8257 11057 11220 11243
+254 255 2379 4603
+2870 11344 11366 11368
+9317 9828 9851 10708
+9809 14312 14318 14319
+8560 12193 13224 13225
+8612 11334 11340 11512
+9221 9225 9974 14709
+10204 10206 10209 10225
+1307 1308 4337 8271
+8980 12951 12956 12957
+8612 11334 11356 11512
+8980 12949 12952 12956
+12819 12949 12950 14482
+1070 8978 8979 12956
+8985 8988 14475 14478
+8895 8978 12955 12957
+8324 11156 11169 11170
+3577 11511 11512 12504
+9014 9015 9022 10437
+9286 9939 9940 9943
+6978 6999 7836 7843
+9007 9013 9019 12958
+9007 12818 12948 14477
+12819 12950 14481 14482
+8990 8992 14477 14479
+11479 11483 11683 11684
+1069 1070 6945 14369
+9238 9940 9943 14146
+7838 9104 10722 14111
+9095 9101 14693 14705
+11430 11434 11468 11470
+8594 11347 11356 11381
+2302 9866 9869 9873
+683 3146 3185 12290
+8972 9095 9100 9101
+8974 9001 10696 14692
+8993 8994 9095 14695
+2820 11315 11337 11357
+9020 9021 9022 14023
+2640 9939 9945 9957
+14017 14018 14019 14025
+9006 9022 14023 14383
+12853 12856 12866 12867
+6021 10572 13974 13975
+6199 10572 10573 13988
+1308 8271 8272 13133
+3876 3899 3914 12853
+6944 6966 14373 14375
+11333 11334 11335 11337
+11347 11356 11381 11512
+11248 11307 11335 11346
+8909 9575 9576 14202
+8218 14190 14191 14196
+7788 8316 8317 10227
+8218 14191 14195 14196
+1968 9535 9546 14184
+1969 9539 14190 14193
+7787 9377 14200 14201
+7787 8317 8910 9549
+8903 8914 9548 10208
+395 1397 8109 8110
+225 226 2151 8205
+1218 1219 4176 8109
+2771 2772 2990 8307
+8604 8605 11348 13594
+1218 6592 8308 8350
+8495 8507 8508 13580
+1308 1309 8090 8251
+224 7782 8063 9041
+1893 6939 6963 7907
+6548 6549 6717 9476
+2870 3017 3030 11344
+7775 8182 9475 13111
+1297 6381 6414 11031
+1307 6428 6429 13133
+559 4759 4760 11193
+8390 9050 9051 9056
+6353 6381 6413 10907
+7198 7241 12736 12771
+4350 4478 11344 11368
+8147 9049 10076 13810
+1298 4216 4333 6354
+1398 4637 8388 8390
+5986 5988 8387 9052
+8389 8883 8884 13405
+4855 9055 13397 13401
+8138 8143 12801 13394
+1398 5986 8387 8390
+2444 8369 8370 10064
+2870 3017 11344 11366
+11362 11441 11470 11471
+7799 8606 9211 12493
+6162 6168 13821 13843
+10494 10495 10631 10632
+8107 8241 8335 14175
+6150 6299 9063 13816
+11328 11350 13592 13593
+7800 11042 11043 13460
+8083 8290 10176 10177
+4807 4864 13511 13516
+9067 9074 9075 9077
+2241 2302 9866 9873
+11395 11422 11453 11456
+1297 4333 6414 11031
+5656 13520 13524 13528
+11049 11325 11326 13513
+11346 11354 11359 13594
+2240 2241 9862 9873
+5940 6165 9075 9078
+5940 5941 6105 9079
+6106 6258 13524 13525
+6258 6262 13524 13525
+9975 10010 10011 10726
+10754 14123 14135 14137
+9104 10702 10703 10724
+6215 10731 10740 10741
+9088 9103 9104 14112
+8241 8335 14175 14176
+11251 13505 13513 13514
+4693 4694 11327 13513
+7815 8972 9100 9226
+5884 13505 13507 13512
+9101 9114 14701 14706
+3939 3967 9003 12917
+7553 7578 14692 14693
+2946 11323 11331 11341
+2240 2241 2302 9873
+4186 4304 4350 11368
+2866 11297 11318 11319
+5861 8993 9086 14112
+2488 10224 10271 10275
+7838 9088 9093 9104
+2853 11208 11212 11215
+7838 9094 9095 9100
+5861 9103 14112 14117
+9111 10724 14112 14113
+9102 9103 10698 14083
+9099 14704 14714 14715
+4411 4412 11542 11543
+7599 14726 14730 14734
+9112 10720 10726 10737
+7567 7588 14735 14738
+7253 7256 7263 14535
+11198 11206 11298 11303
+7256 7259 7263 14534
+499 500 4700 11358
+7961 12278 12279 12290
+8862 14542 14543 14553
+5954 6073 6119 13913
+2780 2819 2947 11290
+499 4699 4700 11358
+8961 13922 13923 13925
+6008 10374 10383 10384
+5622 9132 13912 13916
+5621 5622 13912 13916
+8961 10394 13916 13924
+11338 11346 11348 11359
+9144 10376 10388 14452
+2779 2945 11265 11298
+7552 7556 7587 14700
+1339 4541 6446 6564
+14447 14453 14460 14461
+6011 10400 10402 10434
+10376 10391 13919 13926
+7544 7666 12909 12915
+11206 11298 11301 11303
+9140 9141 13919 13937
+1782 5475 7032 14462
+11038 11240 11253 11255
+5758 5759 9138 14461
+5801 9139 13941 13942
+1792 6952 6953 14426
+14082 14092 14126 14127
+2871 11365 11366 11367
+2929 2930 11131 11144
+6995 14406 14407 14414
+8612 11340 11512 11541
+361 6028 6029 10654
+9174 9177 10618 10649
+7875 7913 10618 14423
+9173 10662 10663 14415
+9834 10664 10675 10676
+1086 6958 9180 12905
+1084 8999 12892 12897
+9179 9180 12893 14416
+6986 12893 12894 14413
+6986 6995 7000 14414
+10663 10674 12894 14413
+8995 9000 9168 12900
+14230 14231 14235 14236
+14229 14230 14231 14235
+9218 9231 9234 9917
+2930 11131 11133 11144
+11293 11455 11459 13162
+3855 3887 8906 12837
+9181 9196 9199 14277
+2570 10625 10643 10646
+9641 9753 14274 14285
+1287 4210 6348 6379
+491 11255 11273 11277
+502 2782 11369 11370
+11054 11287 13470 13579
+8065 8208 9368 9485
+3487 7705 7706 9207
+3487 7706 8472 9207
+3486 3500 3528 12455
+3487 8473 12465 12468
+10838 10839 10840 10853
+7544 7665 7666 12915
+8261 11059 11060 11280
+4858 4859 4955 11282
+753 754 788 9911
+7595 14710 14724 14729
+9931 14708 14722 14730
+4806 4859 4955 13469
+8965 8966 8967 9225
+8261 11055 11060 11062
+7589 7595 7599 14734
+2641 9259 9937 9961
+9231 9232 9923 14729
+8318 11068 11069 12788
+489 4690 11059 13474
+9956 9986 9989 10016
+1914 7189 7637 12732
+490 491 4691 11273
+971 7189 7219 12732
+8611 11382 11387 13548
+9266 9330 9946 10151
+8429 9934 14133 14735
+9266 9943 9945 9948
+3820 3821 3834 12789
+2570 10624 10625 10643
+6698 9918 9924 10768
+2244 2245 9248 9250
+7666 7762 12909 12915
+819 5034 5328 9254
+787 819 9272 9913
+2779 2945 2988 11265
+9268 9918 9924 10768
+9979 10768 14138 14142
+6698 9924 9935 10768
+2082 4118 4160 9250
+7538 7567 12372 14738
+4209 4327 6378 10843
+2254 2255 9270 9271
+7539 7568 12371 12372
+8446 9934 10017 10018
+9934 9995 10017 10018
+8429 8446 9934 10018
+11265 11266 11288 11291
+5034 5229 9255 9256
+6698 6699 9924 9935
+11351 11352 11353 13533
+2404 2570 10624 10625
+7665 7666 7762 12915
+9258 9267 9284 9454
+838 3417 7672 12381
+9284 9294 9454 9455
+9283 9325 9350 9351
+7525 7546 7560 9228
+9276 9277 9921 14148
+4696 11350 11351 11353
+9294 9296 9454 9455
+9259 9940 9956 9990
+9238 9286 9940 9943
+8093 8103 8105 11140
+9933 9993 10017 12371
+2904 10792 10793 10897
+7568 7581 7583 14735
+970 971 8802 12732
+2142 2310 2311 9284
+492 4692 4693 11277
+784 9281 9294 9454
+490 491 11241 11273
+8292 11274 11275 13475
+9258 9275 9276 9280
+750 1952 1953 7525
+4688 4858 11281 13448
+785 817 5132 9454
+9275 9276 9277 9323
+2255 2256 2312 9292
+11239 11242 11371 11374
+9293 9295 9297 9350
+9939 9943 9945 9957
+5131 5226 5377 9305
+9266 9943 9948 14146
+9266 9947 9948 14146
+783 815 816 5131
+2312 9293 9297 9300
+9348 9385 9389 9473
+2815 2937 11218 11240
+1909 7103 7720 14501
+5226 5377 9305 9306
+9304 9311 9389 9473
+9943 9946 9957 10149
+214 215 6541 14168
+7667 7693 9227 14712
+7586 7595 7600 14710
+7595 14724 14729 14734
+11198 11222 11302 11409
+11038 11285 11299 11300
+9221 14709 14710 14724
+2777 2815 2937 11240
+8417 8418 8970 12910
+2777 2815 11240 11255
+11038 11299 11300 11302
+9289 9407 14157 14173
+848 8404 9242 12370
+8398 9216 9400 10116
+1275 4204 4322 6404
+6054 10092 10096 10097
+8261 11045 11052 11058
+9943 9945 9946 9957
+6465 6583 6633 9963
+9334 9336 9962 14146
+6465 6740 9963 9964
+2404 2569 2570 10625
+11204 11236 11270 13170
+2258 2343 9299 9303
+2344 9312 9384 9389
+6467 6585 6635 9952
+4403 11272 13105 13108
+2096 2259 9307 9308
+2313 9298 9299 9304
+213 9335 9337 9358
+9290 9335 9352 9353
+783 9295 9298 9346
+5285 5382 9391 9394
+2929 2930 2981 11144
+2344 9304 9313 9389
+4181 4298 11229 11231
+4181 11228 11229 11231
+3820 3821 12788 12789
+1004 7133 12815 12816
+1003 3773 12798 12812
+8231 8241 9029 9033
+4298 11207 11229 11231
+1972 8210 11974 11985
+407 2692 6385 11229
+4697 4698 4867 11351
+9368 9372 9496 9497
+1970 8200 9376 14193
+4697 4866 4867 11351
+8480 12500 14639 14643
+2278 9370 9371 9373
+3312 12200 12201 12221
+8258 11048 11056 11243
+2739 2740 6342 10882
+9528 9577 10244 10245
+9377 9555 14202 14204
+8326 9557 10216 14188
+9550 9551 10207 10224
+2423 2424 4624 9950
+746 747 9399 9406
+6637 6709 9969 9970
+3904 3924 6916 12831
+11057 11209 11210 11220
+6564 6607 6611 10413
+5382 9391 9393 9394
+1274 4321 6342 6374
+2353 9392 9395 9396
+9388 9390 9391 9452
+216 217 6543 9414
+9329 9402 10039 10088
+2504 10616 10636 10648
+2854 2938 2941 11212
+2938 2941 11212 11219
+8404 9241 9242 9330
+8404 9242 9941 12370
+9402 9408 10039 10088
+2424 4562 4624 9952
+8259 10100 10113 10114
+10097 13451 13454 13803
+2324 2345 9392 9453
+9287 9387 9410 9411
+2324 9392 9453 9461
+697 698 3153 11859
+4562 4624 6585 9952
+4624 6585 9950 9952
+12764 12765 12766 12783
+3790 3796 3803 12766
+2102 4128 4171 9382
+139 2102 2103 4171
+3790 12764 12766 12783
+1387 1388 4628 6470
+1212 5089 5180 9427
+4321 6342 6374 10793
+2271 8151 8172 9429
+5090 5181 5344 8150
+2327 2346 9430 9459
+811 5130 9457 9463
+5089 5181 5288 9429
+2514 9951 9957 9958
+8190 9474 13110 13111
+3790 3796 12764 12766
+7786 8067 8229 11974
+743 778 9468 9472
+2941 11208 11212 11219
+2186 9418 9419 9451
+220 2187 9419 9435
+10912 11201 11376 11377
+2148 2187 2319 9448
+2948 2984 11343 11369
+8060 9431 9457 9468
+2346 9459 9466 9471
+1006 1007 3775 7725
+3128 7783 8195 11873
+2149 2150 9443 9471
+8060 9459 9466 9467
+11036 11037 11195 11408
+2814 11254 11255 11299
+2475 2514 9951 9958
+148 149 2111 8167
+10605 10608 10616 10648
+2782 2951 11540 11544
+5032 9305 9311 9473
+9359 9385 9386 9387
+9298 9304 9305 9473
+11206 11303 11304 11329
+9312 9386 9389 9391
+2475 2514 2644 9951
+2514 2644 9951 9957
+134 135 2098 4126
+11196 11198 11206 11304
+6549 9041 9042 13115
+7775 9475 13114 13129
+742 8158 8175 9478
+4181 4345 4512 11228
+11199 12088 13138 13143
+3314 3350 3391 12240
+2028 2192 9482 9488
+10454 10573 10582 13989
+2027 2190 2191 9482
+5630 13989 13997 14014
+9008 12819 12949 12950
+5059 9315 9316 9484
+3931 3932 12952 12956
+3931 3932 3960 12952
+3941 3942 8421 12908
+3942 8412 12908 12915
+5259 5262 9482 9493
+5061 5242 5261 9487
+9986 9987 9988 10756
+11269 11271 12089 13143
+9370 9371 9372 9373
+9364 9378 9512 9542
+4228 4229 4404 13105
+3554 3582 3583 12561
+5154 9516 9518 9526
+10608 10616 10648 10651
+9513 9522 9547 9554
+9369 9480 9486 9494
+5047 9492 9493 9509
+8065 8225 9365 9368
+2189 2190 2275 9481
+9375 9376 14164 14178
+9375 9378 9379 14179
+8200 9375 9378 14193
+1078 3951 7738 12940
+5630 5804 5880 13997
+8538 8539 8542 11226
+10583 10589 10608 10615
+5244 9492 9493 9505
+3963 3964 3982 8415
+9028 9553 14183 14185
+6652 6653 14207 14209
+8104 8318 8331 13049
+9553 9556 14199 14204
+1646 2002 2003 9530
+8327 11186 11189 11190
+8144 11187 12790 12791
+8318 8319 11165 11167
+557 11154 11180 11181
+5630 5804 13989 13997
+157 9524 9554 9556
+6336 6400 6421 11560
+153 154 9512 9542
+8242 9544 14181 14198
+6651 9557 10218 14187
+7787 9028 14185 14200
+6121 6131 6312 14013
+2868 3015 3016 11323
+557 11117 11154 11180
+7787 9028 14185 14196
+8909 9576 14201 14204
+8912 12879 12891 14432
+9176 10593 10611 14027
+8908 8910 8918 14203
+7804 7806 11191 11192
+1645 5045 5046 9561
+1965 2000 2001 9586
+7933 10593 10611 14027
+2328 9514 9526 9559
+2157 2280 2328 9529
+2280 2328 9514 9529
+2325 9568 9569 9624
+5043 5243 9568 9584
+1998 9590 9612 9633
+5043 9568 9584 9590
+2157 9529 9565 9579
+157 2155 9524 9554
+4925 11120 11184 13387
+2117 2156 9513 9554
+11099 11113 11114 11115
+1082 3943 5494 8462
+8379 11114 11119 11178
+333 10316 10318 10320
+10304 10305 10317 13885
+9552 10266 10291 10298
+12325 13214 13217 13234
+8318 8331 11158 11159
+9552 10068 10291 10300
+9564 10304 10313 10315
+3790 3803 12766 12783
+10274 10276 10279 10306
+9578 10304 10305 10306
+3297 3332 11762 11763
+2848 11078 11116 11118
+11176 11178 11179 13404
+8907 9572 9580 14234
+8911 8927 12890 12891
+8104 8331 11142 11159
+160 161 6487 9579
+9597 9598 14226 14227
+1965 1966 9588 14224
+7786 8215 8223 9361
+2041 2042 4140 9566
+6478 9379 14165 14177
+2203 2204 2282 9569
+8379 11114 11116 11173
+5044 5243 5373 9568
+8327 11159 11160 11186
+11223 11306 11307 11310
+2202 2281 9558 9559
+8911 14228 14229 14432
+8907 8912 14222 14224
+8220 9379 14177 14178
+8323 8324 11156 11171
+8907 8912 8918 14222
+11258 11313 11334 11340
+9176 10593 10610 14027
+2206 9566 9571 9584
+11078 11118 11152 11159
+2283 2325 9568 9589
+2043 2206 2207 9571
+2122 2160 2284 9590
+168 9610 9613 9616
+8925 9608 9611 14238
+7053 7074 8925 14445
+11289 11314 13137 13140
+3145 3184 12242 12244
+11223 11304 11306 11307
+87 2051 4102 4145
+3391 12214 12231 12240
+2286 2330 9622 9653
+5265 9566 9567 9569
+162 9565 9579 9591
+11334 11335 11337 11347
+2849 3011 11141 11148
+8104 8331 11143 13049
+9611 9613 14238 14244
+8925 8926 14242 14445
+8318 8331 11158 11167
+9187 14252 14253 14273
+6497 9634 9638 14256
+6497 9638 14250 14256
+10412 10414 10419 10421
+9286 9939 9943 10149
+9630 9645 10419 14286
+4289 11936 11937 13010
+11225 11306 11307 11346
+345 2456 2496 10432
+11132 11144 13050 13051
+86 87 2050 4102
+2215 2288 2332 9671
+2216 2288 2289 9671
+8331 11143 11144 13050
+11145 13021 13052 13054
+10823 10840 10841 11816
+2214 2287 2332 9652
+5043 5140 5232 9602
+5240 5266 5268 9673
+2595 9971 9972 10033
+5239 5258 9659 9663
+2595 2596 9971 10033
+5042 5241 5269 9654
+8049 9667 9719 9756
+2332 9671 9674 9676
+2288 2289 9668 9671
+1959 9669 9715 9756
+2287 9674 9675 9676
+2164 9668 9671 9674
+703 4276 4277 11805
+1641 1997 5140 9678
+8759 8760 12360 13036
+2430 2595 2596 10033
+1963 1999 9590 9623
+8092 8361 10064 10071
+10270 10272 10275 10301
+8774 10803 10840 13057
+2124 2163 2331 9639
+3964 3965 8977 12921
+94 2058 4106 4148
+4449 12366 13025 13039
+4334 4391 4392 11131
+2430 2595 9972 10033
+6470 9971 10032 10033
+1346 4579 6449 6568
+2128 2292 9692 9695
+3836 3837 8872 12777
+3837 8872 8890 12777
+5041 5138 9698 9699
+2128 9695 9700 9721
+4217 4334 11032 11133
+8049 9659 9662 9758
+2931 2982 3010 11147
+2221 2291 9692 9697
+6674 14283 14299 14305
+2637 9978 9979 10716
+1241 4187 4305 6393
+3837 3840 8890 12777
+7824 9016 10395 14379
+11131 11133 11144 13051
+3836 3837 3840 12777
+10397 13948 13949 13998
+2802 3002 10851 11124
+10379 10471 10530 13948
+7827 7893 7898 9763
+9713 10416 10441 10527
+1066 1067 6965 12959
+9013 10377 14465 14476
+7243 7244 8875 12773
+9200 9705 9713 10528
+557 4758 11180 11181
+8379 11116 11118 11173
+2291 9692 9693 9697
+8144 8329 11176 13404
+1958 9722 9748 9754
+9702 9722 9748 9754
+1637 1992 1993 9739
+9740 9746 9749 14291
+9978 9979 10716 14139
+2577 2578 2672 10716
+8380 11115 13402 13429
+11153 11177 11186 11190
+5272 9726 9727 9728
+5238 5381 7867 7889
+99 100 2063 4151
+99 2062 2063 4151
+2577 2578 10716 10717
+9743 9744 9747 14291
+9738 9744 9747 14327
+538 539 2801 11110
+537 11094 11096 13299
+9730 9732 9733 9734
+7827 7893 7897 7899
+9773 9774 9785 14326
+2637 2672 10716 10767
+537 538 4738 13319
+8825 11097 11098 12704
+7826 7931 14310 14326
+5039 5136 5238 7867
+2578 2637 2672 10716
+537 4737 13299 13319
+2224 2225 9689 9690
+5763 9014 13978 14003
+1957 1958 7679 7833
+7894 14289 14292 14295
+7791 8846 10875 11107
+9666 10426 10460 10478
+7894 7895 14297 14321
+7840 14294 14296 14300
+7840 14295 14297 14303
+6506 6675 9752 14296
+8544 11248 11307 11332
+2230 9761 9770 9790
+2230 2231 2297 9790
+9279 9324 9983 9989
+9014 10396 10520 14003
+5075 5274 9767 9768
+1184 4111 4153 5166
+7827 9776 9777 9778
+2130 2169 9742 9762
+2131 2295 2335 9759
+8201 9023 9362 12816
+6511 6512 9774 9787
+9986 9987 9989 10756
+184 185 9742 9776
+10811 11006 11105 11106
+7827 7899 9773 9775
+9286 9940 9956 9990
+2131 2169 2295 9786
+2169 2295 9762 9786
+8847 10818 10957 11104
+9162 9176 14027 14052
+10398 10531 10532 10533
+6973 6977 10437 14378
+1361 1362 4552 6457
+8381 9048 13776 14486
+188 189 2171 9784
+757 7855 9838 9846
+7901 10575 10576 10600
+10815 11008 11020 11107
+2133 2172 2298 9794
+11310 11312 11313 11315
+7855 7914 9796 9826
+4751 4752 4921 11021
+7816 7917 9811 9812
+3986 3988 8416 12922
+6515 9803 9806 14323
+187 2132 7930 9784
+2170 7929 9759 9766
+759 793 7877 7882
+9 1893 1954 7891
+7817 9839 14329 14342
+4922 11102 11123 13339
+4754 11122 13386 13428
+9 759 7882 7921
+2230 9760 9761 9790
+3956 3974 3986 12920
+3977 3997 3998 12935
+1189 4114 5077 9822
+1188 1189 4114 5077
+7901 7902 10575 10600
+10953 11121 11122 13316
+538 4739 11112 13319
+5276 5337 5375 9823
+537 538 11094 13319
+8782 8826 8827 11111
+2779 11290 11303 11305
+1360 4634 6456 6575
+11088 11094 11096 11097
+8825 11094 11112 13318
+8825 11098 11111 12704
+7856 7912 14342 14346
+3580 8547 8549 11320
+9161 9175 14046 14405
+2838 2968 10898 11087
+10599 10602 10604 14028
+8514 12447 12449 12460
+191 9797 9814 9836
+189 190 2133 9810
+2968 10898 10992 11087
+7916 9801 9802 9811
+7853 9831 9844 9846
+8092 8361 10071 10077
+2838 10898 11009 11087
+1974 7682 7683 11986
+9891 9892 9911 9912
+10775 10893 10894 10919
+195 196 2136 9871
+7522 7544 7572 8420
+8972 9179 9183 14420
+9244 9318 9320 9911
+7871 9850 9883 14351
+2847 2980 3009 11164
+4018 4052 7359 7386
+4052 7355 7378 7386
+756 790 9830 9870
+7695 7732 7733 9186
+188 189 6515 9803
+7855 9796 9826 9827
+7848 7920 14333 14334
+7853 9831 9843 9844
+755 756 790 9870
+7854 9843 9844 9857
+5320 5338 9872 9873
+2847 3009 11078 11164
+4052 4053 4075 7378
+192 2134 2173 9831
+13457 13458 13476 13477
+5035 9866 9874 9875
+378 379 10000 10001
+4052 7378 7386 7388
+9829 9830 9858 9868
+5035 5036 5320 9875
+5134 7852 9825 9868
+8355 10247 10250 10251
+6522 6523 9884 9888
+11078 11079 11158 11164
+5230 5320 5338 9872
+11079 11158 11164 11167
+7221 7243 7244 12773
+4018 4051 4052 7386
+970 971 7219 12732
+196 197 6523 9884
+10881 11074 11853 11929
+7946 10849 10943 13719
+756 790 7855 9830
+7871 8968 9883 14351
+2813 2940 8270 11063
+3556 3557 3585 12557
+2236 2237 2338 9823
+789 790 9868 9870
+379 9997 10000 10019
+9829 9830 9868 9876
+4343 4471 4502 11215
+754 9881 9892 9895
+2940 3012 8270 11063
+9244 9318 9879 9895
+200 2138 2177 9898
+2177 2304 2341 9320
+9343 9917 9919 9920
+8965 9218 9234 9904
+199 2138 2176 9879
+201 2139 9898 9903
+10602 10604 14017 14035
+4221 4337 8271 13000
+1308 4221 4337 8271
+9219 9231 9232 14729
+9218 9234 9916 9917
+1142 1143 4030 14546
+6527 6695 6696 9908
+202 6528 6529 9914
+487 8261 11044 11045
+753 9900 9904 14368
+2304 2341 2352 9243
+754 788 789 9892
+787 819 820 9913
+8291 11048 11051 11055
+5132 9256 9258 9261
+7668 7693 14712 14713
+2247 2306 9252 9255
+14138 14139 14141 14142
+752 9322 9916 9917
+9322 9343 9915 9917
+2140 9322 9323 9343
+1142 4029 4030 14546
+11045 11056 11057 11220
+10716 10743 10767 14365
+8966 8968 8969 8970
+2509 2637 2672 10767
+6461 6579 6629 10717
+2637 9926 9978 9979
+485 2774 8297 11046
+7314 7334 14595 14600
+1142 1143 5464 14546
+2656 9929 9965 9991
+2582 9929 9935 9936
+8291 11243 11244 11245
+4188 4305 6326 11407
+8455 8457 8459 9999
+8436 8453 8456 10006
+9005 9015 9017 14377
+7779 8258 11056 11057
+8528 8545 12513 12516
+7407 7425 7432 14614
+2426 2591 2592 9967
+8297 11040 11043 11046
+1382 1383 4587 6586
+378 9996 10000 10001
+9259 9940 9959 9960
+2585 2586 2641 9961
+8089 8297 11040 11046
+8610 13548 13549 13550
+11052 11053 11058 11280
+379 2473 9997 10000
+9934 9986 10756 10759
+9959 9960 9961 9962
+2871 2872 3018 11365
+2585 2586 9961 9963
+9259 10053 10054 10055
+6469 6637 9968 9972
+7800 11043 11062 13460
+4627 6469 9968 9972
+378 379 2473 10000
+9213 9289 9327 10117
+304 305 2429 4627
+2513 9939 9997 10149
+8091 8361 10081 10203
+2779 2819 2988 11290
+9926 9978 9979 14138
+8429 9934 10759 14133
+2473 2513 9939 9997
+9286 9993 9997 9998
+2473 9939 9956 9997
+4491 4507 10968 11030
+2853 2941 11208 11212
+741 8176 11869 11872
+11288 11308 11309 11310
+8846 10875 11107 13294
+9144 10387 10388 10442
+10921 10961 10963 10964
+2590 2591 2644 9953
+381 382 6049 10027
+9993 9997 9998 10017
+380 381 6048 10022
+7011 7014 7019 10596
+8255 10105 13100 13120
+2478 10094 10132 10148
+10720 10737 10740 14115
+10720 10729 10740 14115
+6039 6040 10738 10751
+4734 10966 11724 13275
+11198 11206 11303 11304
+10722 10729 14111 14129
+2797 10855 10955 10965
+10776 10800 10920 10922
+6048 6049 10027 10028
+9996 10018 10021 13739
+6045 6046 10001 10021
+6044 6045 9996 13739
+6296 6297 13730 13731
+7911 14022 14382 14390
+8437 10022 10027 10028
+8428 8440 12368 13788
+6149 6296 13730 13735
+7946 8730 10943 13719
+10020 10023 13787 13807
+534 535 2799 11010
+2422 2423 2588 9950
+4494 10897 10904 12980
+8445 9942 9993 9998
+2905 10893 10896 10904
+695 696 3152 11823
+9328 10040 14155 14161
+2429 2430 2595 9972
+3315 12231 12242 12278
+9120 14541 14548 14550
+2645 2676 10042 10044
+2594 2645 2676 10044
+6700 9929 10052 10055
+4377 4494 10904 12980
+1375 4585 6464 6582
+2584 9937 9938 9966
+695 3152 11797 11823
+9997 10000 10017 10019
+2905 10896 10897 10904
+6457 6575 6624 10625
+10887 10891 10892 11001
+8434 10059 10060 13755
+9956 9997 10000 10017
+4506 4509 10888 11001
+10060 13778 13779 13794
+5816 5817 5876 8434
+8091 8101 10081 10203
+8791 10889 10974 12971
+8892 8943 10237 13868
+10229 10231 10250 10252
+8317 10214 10227 10235
+7108 7132 7138 14484
+4387 4388 10891 12989
+8146 10082 13810 13811
+5092 5183 5346 11820
+5990 10072 10075 10083
+9052 10075 10076 13811
+8300 8303 12810 14484
+2943 10893 10919 10988
+2446 2605 2654 10198
+8301 10259 10260 14488
+9048 12808 12809 14485
+8356 9125 13824 13825
+5784 10588 14073 14086
+8445 9942 9994 12369
+11009 11012 11015 11016
+9408 10039 10087 10088
+9408 10056 10088 10089
+7522 7544 7665 12915
+4805 4864 4865 13511
+9409 10050 10092 10093
+8279 10091 10102 10148
+4029 4062 7232 14550
+2646 2647 9971 10099
+1068 8992 9007 9019
+5784 10588 14073 14097
+9409 10004 10088 10089
+4320 4373 4485 10799
+8781 8782 10993 11017
+2596 2597 2646 9971
+2595 2646 2676 9971
+2800 11015 11087 11096
+386 387 6054 10092
+9956 9993 9997 10017
+6136 6138 14072 14089
+2478 10103 10132 10148
+10057 10089 10091 10148
+6236 6261 10146 13357
+2582 2639 2681 9929
+2486 10197 10198 10230
+1210 4129 4171 9428
+848 8404 8459 12370
+10824 10834 10982 10983
+8404 8459 9400 10116
+8091 8359 8360 8361
+3420 8458 8459 12369
+3420 8459 12369 12370
+10824 10834 10972 10982
+10873 10874 10876 10915
+4568 4589 4590 10122
+10467 13977 13978 14003
+8870 12733 12775 14532
+4050 7393 7409 7423
+10830 10835 10836 10976
+2435 2600 2601 10124
+10024 10094 10095 13455
+7486 7487 13489 14663
+8095 8301 10078 10203
+8773 8798 12712 12730
+7501 7502 14662 14678
+7482 7498 14655 14661
+7501 7511 7513 14662
+8278 8281 10130 10167
+2478 2518 10107 10132
+2481 8284 8285 8296
+10778 11009 11011 11012
+4693 4694 4863 11327
+6593 6594 8269 10127
+8848 10956 10958 13285
+8279 10102 10148 10165
+8848 10915 10956 10958
+2477 10056 10087 10169
+9257 9930 10007 10052
+388 10057 10094 10096
+8259 10045 10100 10103
+8368 10079 10081 10200
+388 2478 2517 10057
+7785 8193 9038 9039
+10156 10157 10158 13123
+8993 9086 9087 14112
+10104 10108 10132 10136
+10108 10141 10155 10161
+1209 4170 5087 9382
+9369 9370 9480 9494
+394 2481 8296 10172
+2479 10128 10129 10141
+2836 3001 10795 10797
+8080 8255 9404 10162
+8259 9405 10102 10105
+8254 14662 14668 14678
+389 390 10132 13455
+10859 10860 10863 10864
+9408 10091 10101 10115
+7065 7089 9012 12958
+10138 10143 13455 13456
+10919 10920 10922 10961
+8860 8870 12733 14532
+4203 4320 4373 10799
+391 392 6059 10142
+8281 10133 10134 10135
+8290 10177 10179 12431
+2480 8285 10139 10160
+8286 13463 13492 13495
+2443 2481 8284 8296
+393 6060 10140 10173
+8245 10177 12431 14675
+7787 14185 14195 14196
+75 2039 4096 4139
+6644 8351 10181 10183
+6642 6644 6648 10202
+10850 11709 11718 13720
+4528 6433 6552 10184
+6642 6644 10181 10184
+8041 12291 12302 12306
+6552 6642 6644 10184
+612 613 3090 6832
+531 532 4732 10955
+4730 4900 10945 11709
+6612 6647 10185 14166
+6596 6751 9557 10216
+75 2038 2039 4096
+10780 10858 10859 10938
+8316 8325 10214 14197
+2445 8368 10079 10200
+7716 7717 7767 8662
+8733 10780 11693 11695
+8326 10187 10213 10214
+8733 10780 11694 11695
+2039 4139 9567 9570
+524 2793 2833 11643
+8903 9548 14498 14500
+9128 14499 14506 14507
+109 2072 2073 9819
+3922 3926 8904 8905
+1177 4106 4149 9684
+8301 8316 10195 10196
+10209 10211 10218 14207
+2524 2605 2654 10192
+374 9985 10015 10030
+526 2794 2834 10931
+6487 14211 14212 14213
+7839 9748 9751 14294
+7942 10846 11604 11605
+4531 6436 6554 10205
+326 2484 10229 10231
+2446 2486 2605 10198
+8302 8316 10227 10228
+2082 4118 9250 9253
+8377 11099 11108 11113
+10214 10226 10227 10235
+8709 13684 13712 13724
+8951 9552 10068 10300
+8317 9550 10235 10236
+2794 2834 10931 11656
+8354 9549 10188 14496
+8914 10188 10208 12861
+237 2362 4531 4594
+2367 2368 2533 10269
+2234 2235 9772 9799
+2449 2488 2657 10274
+8918 14206 14214 14215
+8355 10066 10238 10250
+10231 10239 10253 10254
+2484 10198 10229 10230
+324 2486 10080 10230
+3701 8855 12725 12727
+10511 10541 10542 10564
+11323 11331 11341 11543
+5994 10254 10257 13835
+1194 1195 4118 5080
+10549 10564 10568 10579
+8356 8357 10259 10260
+8358 9125 13817 14490
+3701 8855 12724 12727
+6601 6762 10240 10287
+1195 4118 5080 9253
+2533 2609 2679 10240
+4118 5080 9250 9253
+2609 2612 10278 10280
+9780 10540 10549 10564
+330 2449 2488 10275
+10805 10872 10873 10874
+8354 8355 10236 10291
+8951 10305 13853 13885
+14231 14232 14233 14236
+5080 9248 9250 9253
+374 375 2471 9985
+4746 10876 10947 13419
+6559 6643 6720 10290
+2104 4129 4172 9426
+1793 5493 6969 8997
+2487 2606 10187 10206
+327 5994 5995 10267
+10522 10525 13977 14003
+7808 7810 7893 7898
+6108 6111 13864 13869
+5860 5900 8941 9124
+10296 10303 13861 13862
+8946 13860 13875 13877
+8855 10874 10927 10980
+10305 10317 13853 13855
+9563 10307 10309 10332
+331 332 5999 13855
+10278 10307 10308 10309
+10922 10961 10964 10965
+10286 10287 10288 14233
+532 10955 10965 10966
+10283 10284 10287 10288
+533 10922 10961 10965
+2491 2660 10285 10327
+2660 10285 10286 10330
+332 2450 10279 10317
+9131 10314 10322 10323
+1164 4140 5065 5156
+332 6000 10318 13855
+9131 10243 10314 10323
+334 2451 2490 10316
+334 10316 10322 10326
+9131 10322 10325 13870
+2445 2486 2653 10079
+1176 1177 4106 5071
+4140 5156 9566 9567
+6660 10286 10288 10331
+2539 2540 10334 10365
+4097 4140 5156 9567
+6442 6719 6722 10334
+11294 11343 11544 11545
+9190 10341 10362 10444
+8955 13896 13897 14435
+10350 10351 10354 10360
+10352 10360 13897 13928
+2056 2057 2220 9657
+9134 10324 10350 13896
+9134 10324 13880 13896
+246 2371 4599 10282
+10893 10894 10919 10988
+4140 5065 5156 9566
+338 339 2453 10359
+9144 10358 10363 10443
+4350 11344 11345 12136
+2798 2837 2967 10919
+342 10387 10389 10391
+9147 10379 10380 13948
+10787 10955 10965 10966
+5445 8839 8840 12759
+9013 9019 12958 12959
+2685 2686 2970 9045
+8990 8992 9013 14477
+6945 6978 6979 14380
+2043 4098 4141 9571
+2453 2616 2661 9190
+2452 2615 2658 10285
+4098 5065 9566 9571
+9189 10364 14245 14247
+9189 10364 14247 14249
+2686 2687 2852 10911
+6666 10407 14259 14261
+2686 2852 2970 9045
+4669 4789 5584 5918
+10832 10833 10841 11816
+10341 10359 10362 10382
+341 10374 10375 10382
+2454 10362 10382 10393
+2547 2619 2664 10412
+9144 10376 10387 10388
+4905 4906 13332 13335
+1165 4141 5157 9571
+2062 2063 4151 9687
+1082 8464 12898 12901
+5445 8839 8840 12771
+5802 9139 13944 13965
+9705 10379 10471 10530
+348 10440 10469 13947
+10397 10440 10471 10529
+10398 10531 10532 13948
+5759 9145 9151 14469
+10368 10369 10406 10407
+2545 10368 10404 10406
+2544 10368 10369 10406
+6561 6722 6723 10339
+6608 6666 10368 10369
+9646 14250 14251 14264
+9192 14262 14263 14270
+6666 10368 10369 10407
+9645 10419 10420 14269
+10405 10419 10421 14286
+6445 6605 6611 10366
+6605 6611 10366 10414
+5691 10903 11728 13328
+1165 5065 5157 9571
+2379 10366 10367 10368
+1180 4108 4151 9687
+2383 2548 2549 10410
+5846 8738 10903 13370
+4804 4807 4863 13516
+2545 2546 2663 10404
+9630 9645 10416 10419
+9629 9645 10416 10483
+10398 13952 13953 14004
+9789 10511 10512 13973
+5893 9138 9139 13941
+1180 4108 5164 9687
+6189 6190 10434 13935
+5759 5788 9151 13971
+5802 5879 10430 13971
+4862 11279 13506 13508
+9666 10480 10482 10485
+4788 5933 13325 13327
+5060 5151 9482 9483
+10901 10902 10904 10996
+2457 2620 2665 10431
+6635 6741 9342 9952
+10337 10415 10416 10432
+12968 12973 12975 12980
+7522 7544 8420 12915
+14243 14256 14258 14260
+10773 10775 10800 10920
+9197 14243 14257 14445
+2557 2611 2626 10502
+6618 6728 10451 10503
+1407 1408 1797 13498
+2557 2558 10451 10503
+2392 2557 2558 10451
+6728 10451 10498 10503
+122 2086 4120 4162
+2388 2389 2554 10448
+353 10511 10512 10541
+7895 10475 10504 10508
+7819 10514 10519 10521
+9789 10513 10515 10517
+351 10468 10509 10523
+9789 10512 10513 10515
+10468 10509 10517 10523
+7823 10357 14374 14375
+10840 10842 10853 11161
+7007 7847 7886 14384
+7010 7843 7886 14394
+6978 7005 7843 14384
+6672 9718 10486 14281
+4861 4862 11279 13472
+9704 10471 10481 10529
+10775 10893 10895 10896
+9200 9705 10481 10528
+9703 9704 10417 10476
+475 476 2761 6353
+358 2463 10590 10592
+2562 2628 2667 10536
+5691 5692 5891 10903
+2625 10490 10494 10496
+122 2085 2086 4162
+1197 4162 5081 9273
+10555 10559 14338 14339
+6453 6571 6620 10489
+2400 4550 4613 10561
+2561 2628 10490 10536
+6571 10489 10491 10492
+1292 1293 4213 6351
+6452 6619 6729 10497
+4213 4330 6351 10885
+4691 4860 11257 11279
+5413 8514 12449 12460
+2759 6412 10891 10908
+9788 10453 10504 10507
+5492 6953 8997 14426
+4860 4861 11279 13473
+9788 10453 10457 10504
+1292 4213 4330 6351
+2757 6351 6411 10885
+6021 10567 10569 13994
+2611 2625 10499 10631
+11099 11108 11113 11165
+2625 10490 10494 10543
+10566 10567 10569 13994
+2391 10445 10451 10452
+7790 10810 11072 11073
+10378 10395 10530 10532
+8328 10986 11113 11165
+10396 10398 10532 10533
+10395 10518 10530 10532
+7969 8017 10772 10781
+9985 9987 10014 10755
+6194 10534 13952 13955
+10020 13787 13788 13806
+2496 10431 10432 10433
+9714 10463 10464 10485
+2680 10428 10429 10487
+2459 2498 2666 10459
+9666 10426 10482 10487
+10020 10021 10023 13807
+5626 13956 13981 13983
+7824 10396 10520 10532
+13956 13966 13967 13983
+10516 13975 13977 13979
+10424 10510 10522 10533
+10863 10864 10865 10949
+9006 9020 9155 14023
+354 6021 6022 10567
+7886 10548 10630 14385
+10020 10021 13806 13807
+4382 4453 10842 11162
+10847 10861 10865 10867
+355 356 10549 10568
+8503 11054 13468 13471
+7012 7014 7887 10596
+6022 6023 10568 10581
+10780 10858 10859 11691
+12364 12365 13037 13065
+1024 1143 3784 5464
+5788 9010 9151 10398
+7859 10583 10617 10652
+7860 10490 10535 10539
+10616 10635 10652 10712
+10858 10859 11691 11702
+7847 7886 10630 14384
+6291 10573 10582 14013
+6121 6130 6312 13990
+1025 3785 5464 12748
+6200 6273 6291 10582
+10779 10859 10860 11702
+5632 5805 5881 14020
+5492 5768 5769 8996
+6129 6131 14013 14015
+5764 5804 9020 14026
+1132 5429 12564 12568
+7887 7911 10596 10597
+10779 10859 11691 11702
+10020 10022 13787 13788
+6986 7000 12894 14414
+9852 9853 10673 10695
+362 363 10661 10665
+9835 10664 10673 10675
+4806 4859 4860 13469
+9852 9853 10673 10674
+8730 10939 10943 11711
+2836 2966 10795 10847
+10858 10859 10860 11702
+2562 2667 10536 10553
+6743 9955 9967 9968
+10779 10859 10860 10864
+1132 5429 5602 12568
+7864 7918 10591 10593
+10574 10599 10600 10603
+9021 10566 10571 13994
+10609 10612 14042 14043
+7902 10575 10578 10600
+6997 6998 7012 7887
+9161 9168 12900 14412
+2463 2502 2667 10614
+8777 8826 8827 11136
+10812 10925 12725 12726
+9162 9177 10610 10649
+10812 10851 10852 11136
+10589 10605 10608 10616
+10544 10545 10546 10577
+8435 13787 13788 13806
+4955 11282 13462 13469
+7017 7884 7885 14393
+8993 9088 9090 9103
+8839 8840 12770 12771
+6048 6225 6226 10028
+2404 4552 10619 10624
+9329 9944 10004 13760
+6575 6733 10620 10625
+1360 1361 4582 6575
+2840 11110 11124 11134
+11811 13058 13061 13064
+280 2404 2405 10624
+7896 10499 10500 10629
+4859 4955 11282 13469
+6618 9783 10452 10507
+364 2505 10658 10659
+2568 2669 10621 10626
+3025 3028 10838 10841
+2505 2632 2669 10678
+4615 4634 10619 10620
+9834 10663 10664 10673
+10562 10622 10637 10712
+6625 6690 6754 10687
+6456 6575 6733 10620
+9854 10645 14344 14350
+4209 4327 4382 10843
+2425 4625 9952 9967
+2570 2632 10626 10642
+10686 10691 10746 14354
+6625 6754 10643 10687
+3006 10834 10978 10983
+6521 6689 6690 9854
+10589 10591 10605 10608
+547 548 2844 10916
+9164 14027 14046 14052
+9021 10566 10580 10581
+2464 2630 2668 10616
+10621 10638 10639 10678
+9172 10648 10653 10661
+9840 10636 10664 10681
+9833 10639 10660 10678
+2977 10824 10834 10835
+1476 1477 1842 13365
+9834 9852 10673 10674
+6032 6033 10671 10672
+361 362 2504 10648
+362 6029 6030 10653
+2504 10636 10639 10647
+362 2465 2504 10647
+364 6031 10665 10671
+9087 9088 14111 14112
+8980 12952 12956 12957
+2467 2506 2670 10706
+366 2506 10668 10693
+10665 10666 10679 14077
+10658 10660 10676 10688
+10834 10973 10978 10983
+3027 10834 10835 10877
+2975 10804 10823 10838
+2975 3028 10823 10838
+7898 7904 9765 9786
+10626 10627 10628 10646
+9890 10691 10708 14354
+10821 10822 10830 10970
+2576 2577 2636 10716
+2141 2180 2309 9275
+10830 10831 10836 10976
+6049 6226 6227 10028
+4383 4384 10814 10833
+7871 9883 9884 9885
+2467 10692 10693 10706
+1071 3932 8895 8978
+998 7131 8142 14485
+2752 6379 10814 10837
+9331 10036 10037 10086
+9088 9100 14129 14130
+10729 14112 14115 14116
+8972 9179 9183 9851
+10814 10832 10833 10837
+9179 9834 10674 14417
+9178 9179 10674 14413
+2916 2917 10837 10841
+7818 7833 7839 9641
+3775 7603 7725 12751
+2804 2976 3004 10821
+10677 14082 14126 14127
+1006 3775 7603 7725
+868 3482 3483 12484
+9852 9853 10694 10695
+8798 10803 12711 12712
+9835 10661 10662 10664
+9853 10669 10673 10695
+10659 10669 10671 10677
+2578 9978 9980 10717
+2637 2673 9925 9926
+6579 6628 6629 10717
+9908 9909 10745 14139
+9235 10762 10767 14364
+9219 9235 14142 14364
+11923 13001 13002 13009
+10719 10728 10747 10761
+6537 6706 9356 14143
+10701 10719 10721 10747
+9886 10704 10710 10711
+8798 10980 10981 12727
+9910 10738 10750 10752
+370 10010 10720 10740
+10923 10927 12713 12725
+10010 10737 10738 10740
+9087 9089 9099 14707
+10804 10823 10838 10840
+9087 14111 14115 14130
+5709 9086 9096 9097
+5812 9096 13766 14136
+6145 6279 13726 13727
+7565 14723 14727 14728
+9100 9113 10721 10727
+2475 9951 9958 10008
+371 10010 10738 10740
+6525 6526 6694 9901
+9246 10764 14360 14363
+8793 8798 10970 10971
+10772 10864 10949 10950
+2475 2515 10008 10038
+2468 2635 2671 9973
+2410 2576 10713 10714
+2575 2635 2671 10685
+6216 10742 10753 13762
+11274 11276 11277 11284
+6308 13726 13762 13765
+10015 10751 10757 14121
+1528 5533 5534 13768
+8873 9122 12748 14529
+374 6042 10015 10030
+6042 10015 10030 10757
+8301 8304 10196 10203
+7569 7583 9279 14735
+9099 9109 14133 14736
+10797 10865 10949 10950
+9219 9918 14141 14142
+6460 6628 6735 10715
+10774 10782 10863 10948
+10800 10919 10920 10922
+3483 12483 12484 12487
+8818 10784 10962 11715
+10247 10250 10251 10252
+10788 11716 11717 13720
+3775 3783 12742 12753
+8669 8680 8681 12681
+4732 4901 11709 11717
+4898 4899 11710 13690
+3646 8707 8736 12642
+8730 10780 11694 11695
+3646 8700 8707 12653
+7939 8676 8731 12657
+10788 10967 13258 13272
+7938 8765 8781 10777
+7938 10777 10920 11002
+7556 7586 7587 14700
+755 9880 9881 9892
+8706 8721 8724 8742
+7775 8158 9037 13111
+8817 11015 11726 13298
+10898 10992 11009 11087
+8800 8847 10818 11104
+1070 3932 8978 12956
+2806 10916 10952 10984
+8800 8847 8853 11104
+4011 4034 4039 12482
+4458 4524 10977 12971
+536 2800 11015 11096
+10778 10962 11002 11012
+2974 3002 10851 11091
+7708 12483 12487 12488
+8793 8797 8798 10806
+8798 10803 10970 10971
+8793 8798 10806 10981
+10808 10824 10915 10979
+2805 2844 10824 10916
+11255 11274 11277 11284
+2803 2975 3003 10817
+3479 4012 12448 12486
+4279 4280 4455 13064
+6952 6983 6984 12900
+7529 7549 8423 14689
+9329 10008 10034 10038
+2965 10857 10862 11658
+9329 10008 10037 10038
+3977 3987 12935 12944
+6341 6373 6403 10793
+10790 10797 10798 10951
+10794 10795 10796 10951
+2909 10905 10909 10910
+4455 4488 10833 10842
+4206 4323 4372 10906
+10536 10537 10545 10558
+10770 10794 10868 10951
+9329 10008 10037 10086
+529 2796 10866 10937
+4292 4293 4468 11992
+10857 10858 10861 11702
+10770 10771 10868 13256
+10797 10798 10950 10951
+9973 10700 10710 10747
+9100 10701 10721 10748
+4492 11125 11133 11147
+542 2803 2841 10871
+542 2841 10869 10871
+8822 8832 8854 12713
+10805 10872 10925 10927
+11074 11923 13001 13006
+8832 10928 13417 13440
+10869 10871 10925 10928
+8832 10924 13418 13440
+3162 11922 11931 11935
+4465 4466 8333 13011
+8328 11099 11116 11164
+3824 3834 3838 12782
+9828 10689 10706 10711
+8107 8241 9034 11140
+8791 8792 10809 10974
+7529 7549 7557 14689
+4462 12987 12989 13002
+3008 10989 11075 11077
+10890 11082 12989 13004
+10901 10902 12979 12980
+11856 11860 12354 12356
+7529 7557 12914 14689
+4203 6373 6374 10793
+8873 12748 12755 14529
+10792 10801 10896 11004
+8293 11274 11276 11284
+4205 4376 10906 10914
+4205 4323 4376 10906
+10013 10749 10755 14736
+2745 2746 2911 11026
+374 375 9985 10030
+4217 4392 4492 11133
+2908 10905 10994 10996
+6039 10738 10751 10753
+13018 13020 13041 13044
+4207 4325 4380 11026
+2743 6344 10906 10910
+8429 10018 13739 13743
+1110 12488 12489 12490
+8826 11110 11111 11124
+11227 11247 11267 11269
+9932 10015 10749 14121
+8825 10870 11094 13318
+3742 3753 3754 8819
+8832 10923 12713 13418
+9246 9886 10710 10747
+9114 14701 14704 14716
+8830 10876 10958 13419
+8832 8854 10927 10929
+7562 7563 14697 14703
+2888 2960 3034 11550
+11232 11267 11268 11291
+7991 11596 13202 13244
+7585 7597 14705 14715
+2797 2836 10800 10855
+7598 14701 14704 14716
+2837 10919 10922 10961
+10776 10855 11706 11713
+7601 7602 14708 14716
+7939 8672 8675 10781
+10847 10863 10941 10948
+8930 8932 9008 12944
+4744 4745 4914 10947
+8822 8830 8854 10876
+13282 13286 13287 13288
+4913 4914 10947 13314
+4292 4467 4468 11992
+4913 4984 4985 13413
+2737 6341 10793 10802
+10893 10895 10896 10901
+10790 10792 10801 12970
+11267 12089 13125 13142
+494 2778 11299 11301
+4916 13263 13264 13287
+4843 13262 13263 13265
+9104 10702 10722 10724
+11988 13018 13020 13044
+4915 10947 10960 13420
+1109 1110 1111 12488
+4463 4508 4518 11082
+4333 4390 4491 11029
+10880 12988 12989 13004
+2927 3037 3038 10968
+9329 10036 10037 10086
+2987 11232 11247 11298
+4389 10907 10968 10969
+10824 10830 10835 10972
+4382 10842 10853 11162
+10834 10835 10877 10976
+10831 10971 10976 12964
+4211 4384 4385 10878
+49 1110 1111 12488
+8799 8800 10820 11067
+2807 2846 2979 10989
+10810 10998 11077 13004
+10989 11072 11073 11077
+550 11006 11007 11008
+11289 11310 11314 11316
+6036 10723 10724 10730
+2906 10901 10904 10996
+10198 10228 10229 10230
+4447 12363 12974 12975
+4403 4404 11272 13105
+10545 10553 10554 10614
+2676 9969 9971 10043
+2943 2989 10898 10988
+915 916 7370 12495
+2906 10882 10904 10914
+368 369 10700 10723
+4374 4503 4514 10902
+10720 10723 10729 10730
+14324 14336 14338 14339
+4181 4346 4512 11228
+11334 11337 11347 11356
+3990 3997 12933 12937
+10818 10985 11067 11105
+10978 10984 10987 10997
+10700 10701 10719 10722
+2464 2504 10616 10648
+8533 8544 11258 12499
+11009 11016 11017 11088
+10778 11002 11009 11012
+2567 2668 10622 10712
+8827 10812 11135 11136
+2801 11095 11110 11124
+2566 10550 10562 10712
+2801 2839 2972 11095
+8782 8827 11111 12704
+11087 11088 11094 11096
+10870 11016 13298 13299
+9842 10550 10562 10712
+6622 6731 9842 10550
+8089 11040 11041 11046
+8089 11033 11034 11039
+11060 11065 13460 13482
+6622 6685 6686 9842
+6585 6741 9950 9952
+7797 8290 8295 10176
+7800 8125 11060 13460
+9076 11065 13460 13482
+3775 12751 12752 12753
+1021 1022 7126 12742
+8074 8243 8275 8283
+9828 10642 10691 10709
+2670 10642 10687 10691
+9890 10687 10691 10709
+11036 11037 11283 11408
+743 9436 13112 14671
+11196 11205 11206 11304
+9971 10043 10047 10049
+490 4690 4691 11273
+6522 6690 6691 9889
+13447 13449 13450 13484
+9076 9081 11066 13461
+10819 10826 10875 11106
+8331 11142 11152 11159
+10807 10997 10998 13004
+10886 10987 10997 10999
+552 553 4753 11100
+4750 4751 4920 11021
+3948 5605 6855 8928
+8328 11099 11113 11165
+10828 10879 11069 11070
+1003 8099 12798 12812
+367 2467 2507 10693
+4230 4405 12088 13125
+9969 9971 10043 10049
+2946 11331 11339 11341
+8866 11069 11071 13027
+7815 9100 9886 10694
+8320 8867 10879 13048
+7815 9094 9852 10694
+2980 11075 11080 11164
+9179 10674 12894 14413
+10890 10999 11077 13004
+2094 2095 2258 9302
+2979 3008 10890 11077
+10968 11081 11082 13005
+7815 9179 9852 10690
+10887 11000 11001 12988
+7838 9093 9853 14128
+366 6033 10697 10707
+8776 8781 8782 10993
+2973 3023 11084 11090
+2911 2973 3023 11090
+4238 4239 12131 13155
+4207 6424 10910 11026
+2946 11339 11540 11544
+2800 2838 2968 11087
+11310 11312 11314 11316
+535 11010 11013 11015
+8814 13299 13318 13320
+537 11094 13299 13319
+8813 8825 11731 13317
+535 4735 4736 11013
+9094 9852 9853 10694
+965 3699 3700 12723
+10805 10925 10927 12725
+10806 10818 10981 10982
+3992 3993 12927 12930
+8545 8546 12131 13152
+11020 11021 11107 13316
+10676 10689 10690 10695
+7901 10547 10549 10577
+8329 11176 11178 13404
+3986 8416 12925 12927
+8329 11173 11176 11178
+7002 14402 14408 14421
+8377 11099 11113 11115
+2988 11265 11288 11291
+557 2810 2849 11154
+8104 8318 8331 11159
+8328 11099 11164 11165
+8546 12143 13155 13156
+555 8379 11116 11118
+9198 9630 9631 10442
+8546 11460 13161 13162
+4393 4469 4526 13021
+4002 7603 12742 12751
+6989 6993 7008 14422
+9853 10669 10670 10673
+8866 8867 11986 13013
+4399 8348 13042 13045
+7263 7265 7266 9123
+11142 11152 11159 11160
+8328 11114 11116 11173
+4415 4416 11429 11460
+8866 10879 11069 13027
+2505 10658 10660 10688
+4476 4498 11233 12089
+7901 10546 10547 10577
+7791 8887 8888 13430
+13019 13020 13044 13052
+1003 1004 12812 12815
+492 11255 11284 11299
+8144 11177 12790 13394
+2810 11142 11148 11160
+8098 8322 12788 12795
+11146 13020 13021 13052
+10764 10765 14360 14363
+11144 11145 11146 11147
+8320 13016 13043 13044
+6691 6692 6756 9890
+4466 4467 4525 13051
+11131 11132 11144 13051
+8105 11139 11140 13045
+11128 11129 11145 13054
+8103 11138 11139 13053
+8097 8322 11151 12795
+8144 11174 11187 11188
+8106 11150 11156 11171
+8097 11149 11151 12795
+3800 8321 11068 12788
+8331 8332 8333 11168
+4491 10968 11029 11030
+8097 8322 11151 13053
+8332 11076 11079 11080
+1099 4002 7603 12742
+2778 2814 11299 11302
+10879 13006 13009 13027
+10658 10659 10669 10671
+11076 11077 11080 11081
+8333 13008 13009 13011
+8334 11143 13049 13050
+9093 10670 14127 14128
+758 1895 6940 14410
+8884 11184 13387 13390
+553 554 4754 11115
+4754 4923 4924 13386
+4756 11119 11120 11183
+8376 11174 11175 11176
+4925 11184 13387 13390
+10648 10661 10662 10664
+8380 11179 11183 11184
+8433 10051 13753 13791
+4926 11184 11185 13406
+8106 11156 11157 11171
+8379 11117 11118 11173
+3768 3797 12792 12802
+7806 11172 11177 11181
+4426 11534 11559 12258
+1956 6962 14328 14389
+4298 4345 4359 11231
+4345 11231 11238 13108
+1228 4181 6319 11229
+4298 4359 11207 11231
+2693 6319 11229 11230
+4344 4359 11202 11238
+2812 8249 8250 8251
+5651 13779 13793 13794
+354 10511 10564 10567
+4221 8270 8271 13000
+7779 8087 8287 11216
+4250 4425 4426 12258
+7779 8258 11039 11041
+8261 11044 11045 11052
+9752 9755 14295 14296
+7776 8074 8079 8283
+6154 10051 13755 13792
+11312 11313 11315 11339
+6153 10051 13786 13792
+4477 11262 11263 11296
+9167 14077 14078 14092
+2859 11228 11229 11230
+10470 10520 10522 10533
+4805 4809 13530 13534
+4181 4299 4346 11230
+4437 12337 13231 13233
+4181 4346 11228 11230
+8084 8086 8189 13075
+10568 10578 10579 10580
+9090 9093 14093 14128
+490 491 2815 11241
+6707 6742 6757 9342
+11037 11253 11256 11283
+11060 11065 13448 13482
+698 4271 4272 11860
+7799 8605 11249 11332
+497 4697 4698 11359
+914 915 12495 12504
+1823 5577 13692 13710
+10671 10672 10679 14126
+11348 11349 11350 11351
+3936 3964 8415 8977
+2781 2821 2946 11336
+2821 11336 11357 11540
+10587 10670 10677 14127
+3990 3991 4001 12932
+11255 11274 11284 11285
+11049 11284 11299 11300
+9171 10666 14074 14077
+7733 8418 8970 9186
+1073 3934 12954 12955
+11313 11339 11341 13154
+8612 11340 11540 11541
+11259 11295 11546 13156
+11306 11308 11310 11335
+2780 2947 11290 11309
+10658 10668 10669 10695
+11333 11334 11337 11357
+10511 10512 10541 10542
+4474 4497 4504 11268
+698 4272 11860 11921
+4474 4504 11233 11268
+2696 2697 2862 11261
+9167 10666 10679 14077
+8128 11059 11280 13465
+8291 11052 11055 11280
+11257 11273 13465 13474
+8482 8490 8522 14641
+8293 11284 11325 13504
+363 10659 10661 10665
+8482 11035 11036 11194
+51 1014 1023 1144
+9835 10587 10662 10663
+491 4691 4692 11277
+7794 8482 8522 11036
+5905 11050 13505 13580
+7087 7088 9135 14446
+11035 11037 11256 11283
+11035 11256 11275 11283
+10653 10661 10665 14074
+11333 11336 11340 11357
+8606 11347 12495 12504
+4475 4477 11296 11342
+5784 10588 14057 14081
+5784 10588 14081 14097
+4271 4272 11860 12974
+8604 11349 13533 13540
+6204 6205 14044 14045
+494 495 11301 11326
+11290 11306 11308 11338
+11037 11038 11283 11408
+7200 8873 9122 14529
+4272 11860 12974 12993
+11288 11306 11308 11310
+494 11049 11301 11326
+13134 13137 13139 13140
+3159 3199 3332 11762
+9835 10661 10665 14074
+1066 3927 3928 12959
+8539 13134 13135 13137
+8533 8541 11258 12499
+11224 11289 11310 11314
+1066 1067 3928 12959
+8619 8620 11411 11417
+11294 11322 11369 11541
+9835 10662 10663 10664
+1067 3928 12945 12959
+11293 11320 11451 11452
+8531 8560 12193 13224
+8482 8490 8522 12452
+2945 11232 11265 11298
+11289 11311 11316 13140
+10051 13757 13786 13791
+709 710 8772 11822
+11198 11247 11266 11269
+10051 13741 13786 13791
+11259 11331 11339 13154
+3589 3592 12518 12522
+7902 10575 10578 10579
+8304 10079 10197 10199
+2949 11315 11336 11339
+9201 14470 14478 14479
+8612 11369 11370 11540
+11308 11315 11335 11338
+8260 11045 11052 11058
+47 1099 4002 7603
+6938 7835 14372 14381
+8611 8614 11380 11384
+8611 11380 11381 13549
+5884 5905 11252 13505
+11361 13531 13537 13541
+7923 9790 9791 9793
+4693 11284 11286 13513
+8611 11369 11380 11384
+11381 11511 11512 12504
+4701 4871 11382 11383
+4701 4702 4871 11382
+353 10511 10512 13973
+656 657 12049 12087
+1565 5952 6070 13894
+8325 10213 10214 10228
+2094 4124 4166 9302
+7875 9184 9832 10681
+3872 3884 8899 12824
+8292 11053 11058 11280
+11236 13107 13109 13170
+10467 10517 10520 10522
+8261 11052 11058 11280
+8263 11201 11204 13096
+4498 11233 11267 12089
+7901 10546 10547 10548
+7900 10548 10629 14385
+7843 7886 14384 14385
+2692 2857 2858 11231
+10645 10708 14350 14355
+2691 2857 11202 11231
+8614 11386 11392 13563
+10642 10645 10687 10709
+4293 4294 13018 13020
+349 10469 10470 10477
+8610 13548 13549 13564
+6477 9027 9032 14165
+6203 14029 14030 14048
+6204 14042 14044 14048
+11364 11439 11448 11491
+10181 10192 10193 10194
+11478 11516 11519 13183
+12187 13176 13177 13226
+13171 13177 13181 13184
+8568 8570 11362 11685
+6027 6028 10609 14042
+6204 10598 14042 14048
+4352 4354 11365 11461
+9027 9029 9032 14165
+2872 3018 3031 11365
+4316 4367 4483 11560
+506 507 4707 11423
+13567 13572 13573 13574
+2784 2824 2952 11422
+507 508 4708 11421
+2871 11365 11366 11428
+8546 11293 11460 13162
+423 2708 2709 6394
+3019 11404 11427 13166
+9159 9175 14047 14400
+6478 6479 9380 14177
+11481 11575 11582 11583
+7940 8567 8659 11464
+11708 11709 11717 13720
+3686 8035 12613 12622
+2955 3020 11462 11467
+4423 4522 4523 13184
+3021 3033 11478 11518
+428 429 2714 6364
+6203 6204 10613 14048
+9164 9175 14047 14400
+2825 2992 11430 11434
+2786 2825 2992 11434
+11344 11428 11429 12143
+8618 8619 11417 11421
+508 509 2825 11424
+9162 10649 10650 14415
+11454 11457 11459 13162
+1069 1070 3931 8979
+4732 4901 4902 11717
+8075 8084 8189 12437
+8547 12510 12516 13153
+11438 11537 11578 11589
+515 11537 11538 11577
+11481 11593 13652 13718
+11465 11481 11575 11581
+8651 11591 11593 13718
+11584 13613 13628 13654
+11581 11582 13623 13717
+7979 8652 11591 13718
+2691 2856 2857 11202
+11436 11485 11574 11575
+11438 11520 11537 11539
+4198 4316 4367 11560
+2881 2882 11475 11478
+6052 6053 6230 10058
+4359 11202 11231 11238
+4310 6396 11475 11477
+4396 4500 4510 11478
+10250 10251 10252 13824
+10468 10477 10517 10523
+11467 11469 12195 13172
+4421 4499 11469 13172
+2914 2915 3024 10853
+4382 4487 10853 10854
+11397 11434 11488 11489
+4712 4713 4882 11499
+8618 11503 12529 13699
+513 2827 11487 11494
+1228 4181 4298 11229
+5676 5829 5834 8630
+4181 4345 11228 11231
+7979 8623 8652 11497
+11485 11581 13623 13627
+1022 3775 7603 12742
+2503 2629 10583 10614
+4181 4298 4345 11231
+2503 10589 10605 10616
+2857 2858 2986 11204
+7979 8652 11418 11591
+7979 8623 8652 8653
+11538 11591 11593 13611
+531 4731 4732 11708
+7901 7902 10597 10600
+6026 6203 10599 14048
+8630 8631 13619 13634
+6026 6027 6204 10598
+5888 8613 8638 13600
+5737 5738 5783 8706
+13604 13605 13606 13607
+4817 4936 13604 13605
+4654 4774 4818 13607
+1087 8422 12905 12906
+11516 11518 11519 11556
+11532 11558 11559 13193
+4426 4427 11534 12258
+9193 9629 9630 9712
+2883 2884 2994 11516
+151 6477 6478 9027
+2788 2827 11482 11539
+2789 2829 2958 11533
+1255 4194 6332 11513
+4313 6368 11515 11531
+6230 10058 10093 13778
+4195 4363 4480 11515
+6230 6231 10093 13778
+4195 4312 4480 11515
+6052 6230 10058 10059
+11551 11567 11568 11722
+6026 10598 10599 14048
+10398 10534 13952 14004
+11399 11431 11558 13181
+11199 11269 11270 13170
+503 11384 11386 11394
+8619 11421 11423 13598
+10591 10592 10605 10607
+8611 8612 11369 11370
+4478 11344 12136 12143
+4412 4413 4472 11547
+2869 3016 3030 11345
+1441 4660 4780 5930
+4338 4379 11887 11890
+4222 4338 4379 11890
+4198 6336 11560 11561
+7997 7998 11601 11654
+1640 1995 1996 9757
+9162 9176 10610 10649
+3782 3806 12747 12753
+6433 6597 8351 9035
+9171 9172 10654 10666
+2828 2957 2994 11520
+12325 13217 13234 13236
+7779 8073 8262 8275
+11527 11533 11554 11557
+4432 11598 11723 13200
+4434 4435 13218 13222
+7960 12232 12240 12242
+6051 6052 6229 10059
+2893 11560 11603 11655
+11525 11566 11567 11570
+6053 6230 6231 10093
+3817 12744 12745 12746
+2887 3034 11525 11551
+3780 4033 12744 12745
+8189 11210 13069 13075
+7876 7918 10615 10617
+7990 8719 11435 12614
+2790 11524 11552 11611
+11554 11569 11610 11611
+13066 13068 13069 13070
+7918 10617 10618 10649
+7979 8654 11418 11588
+2789 2994 11520 11533
+11526 11527 11533 11553
+11537 11538 11539 11586
+11521 11589 11590 11705
+7859 10554 10583 10615
+9840 10617 10618 10652
+8652 11393 11418 11494
+11466 11683 11684 11685
+3665 3675 12612 12614
+8652 11418 11494 11591
+7859 7863 7876 10615
+7864 10546 10594 14401
+4365 11549 11599 11723
+11524 11525 11566 11570
+6053 6230 10058 10093
+10594 10595 10596 14393
+7973 7998 8001 13219
+11562 11604 11605 11617
+11619 11660 11667 11668
+11211 13069 13074 13075
+7957 12337 13230 13232
+11600 11655 13220 13239
+2793 11617 11618 11659
+2793 2998 11617 11659
+1960 1995 1996 9669
+10546 10594 10595 14393
+8719 11610 11634 12612
+8718 11610 11633 11634
+10935 11595 11596 11719
+7942 10932 11615 11648
+8719 11610 11633 11634
+8035 8661 11401 11435
+7901 9780 10565 10579
+11602 13203 13206 13207
+9141 9142 9146 14449
+11442 11571 13193 13213
+11550 11594 11595 11607
+11550 11566 11595 11607
+13947 13950 13951 13968
+7990 7993 10935 11616
+7996 13217 13236 13237
+6674 10466 14283 14305
+4470 4479 4519 11433
+2728 2729 2894 11606
+2894 2963 2998 11624
+2719 11513 11514 11517
+10933 11612 11630 11648
+9707 10509 10512 10513
+2858 11228 11229 11231
+5764 9009 9020 13978
+8712 8713 11646 11672
+2858 2859 11228 11229
+2998 11617 11653 11659
+8705 11641 13644 13681
+4891 4969 4993 8704
+2723 2724 2889 11549
+4825 4942 4969 13663
+519 4719 4720 11638
+2859 11227 11228 11230
+7067 7068 14477 14480
+2693 2858 2859 11229
+11619 11660 11661 11668
+6021 10511 13973 13994
+3688 3691 12634 12637
+3693 7993 12621 12630
+9014 9022 10570 10571
+7973 8002 8003 11682
+1252 1253 4193 6365
+8710 12632 12633 12638
+4801 8299 9076 9081
+4437 4438 4473 13233
+13217 13219 13221 13237
+7992 7998 11602 13206
+11197 11199 13104 13170
+11658 11703 13232 13233
+9014 9789 10467 10571
+6753 10562 10637 10640
+523 4723 11645 11672
+3794 4033 4042 12744
+4033 4042 4064 12744
+8711 11674 13666 13667
+3817 8876 12744 12746
+4782 4827 4995 13695
+8031 11668 11669 13672
+8697 8703 13666 13722
+2566 2630 2668 10712
+7946 8746 10942 12657
+8026 10931 11656 11677
+9645 10416 10431 10527
+7975 10780 10936 11691
+2788 2827 2956 11482
+5443 5444 8836 12736
+11484 11590 11683 11684
+3579 8550 8552 12559
+11399 11472 11482 11521
+6572 6730 10488 10557
+11399 11462 11683 11686
+2827 2993 11482 11483
+510 511 2826 11488
+1033 1034 7026 14429
+10584 14331 14338 14339
+12337 13231 13232 13233
+406 2691 2692 11207
+6476 8308 8310 8344
+10940 11697 11711 13711
+2692 11207 11229 11231
+7860 10535 10536 10559
+7958 10856 11621 11658
+2999 10856 11621 11658
+13089 13090 13091 13097
+4263 13242 13243 13246
+10771 10862 10868 11658
+2629 2667 10553 10614
+11399 11519 11558 13181
+2463 2629 2667 10614
+11484 11521 11539 11589
+10431 10439 10480 10527
+10788 10967 11716 11717
+11551 11599 11722 11723
+8723 8724 8815 10788
+7604 7725 7768 12751
+12063 13092 13094 13101
+8102 14177 14178 14180
+4344 4357 4401 13096
+8706 8707 8722 13719
+8706 8722 8742 10849
+7860 10490 10495 10537
+4402 13096 13106 13109
+4227 12063 13105 13106
+7863 7900 10537 10538
+4758 11181 11182 13396
+8725 10788 11716 13258
+2628 10490 10536 10544
+11566 11595 11607 11719
+4480 11514 11515 11525
+7942 10932 11565 11605
+6586 6742 9952 9967
+4377 4445 4494 12980
+46 12739 12742 14522
+5692 5693 13334 13370
+2462 10544 10549 10577
+13977 13978 14003 14005
+8810 8811 13375 13442
+8092 8360 8382 10063
+10395 10514 10519 10520
+36 1022 7603 7624
+10417 10481 10529 10530
+5252 5306 5361 11739
+3256 3322 3355 11737
+6937 7623 8053 14522
+8758 8773 13058 13060
+3197 11792 11809 11813
+1978 1979 11793 11834
+4360 4396 11477 11478
+1113 4035 14602 14606
+11597 11598 11599 11723
+3776 3796 8790 12764
+11835 11837 11850 11894
+5312 11750 11751 11761
+3110 3111 3276 11770
+3108 3109 3274 11767
+10397 10440 10529 13947
+633 3110 3111 6801
+4360 4510 11478 11516
+3112 6843 11781 11782
+5051 5311 5312 11761
+5208 5312 5367 11750
+3778 3792 3802 13013
+6192 13951 13952 13968
+6015 10436 13947 13968
+4204 4321 6342 10882
+5112 5204 5363 11779
+4369 4440 10868 10951
+8303 8357 10065 13810
+2526 10190 10191 10210
+13950 13951 13952 13968
+5763 5803 13978 14003
+4369 4371 10794 10868
+4369 4441 4485 10951
+8147 8303 13776 13810
+4369 10794 10868 10951
+5112 5203 5307 11775
+4382 4453 4487 11162
+6196 10525 10526 13954
+6239 6290 13992 14002
+692 3190 11803 11812
+5763 5764 9009 13978
+2932 2933 11126 11127
+10469 10470 10477 10518
+8019 12311 12313 12317
+1986 1987 12339 12341
+8147 8303 13776 14483
+10518 10520 10532 10533
+10470 10477 10517 10519
+4365 11598 11599 11723
+7819 9707 10500 10542
+3588 3610 12544 12551
+10840 11816 13059 13064
+4281 4282 11815 12965
+5443 8836 12718 12736
+7807 9050 9051 9056
+704 4278 11805 11806
+7686 8666 8670 12349
+4802 4803 4953 9064
+1984 1985 7686 12349
+10546 10548 10595 14393
+8376 11113 13402 13403
+7901 10546 10548 10595
+8789 8797 12981 12982
+711 712 4285 12985
+7819 10357 10395 10417
+4384 4457 10977 12964
+8758 11810 11811 11815
+8772 11794 11814 11815
+9027 9363 9375 9379
+2559 10496 10497 10498
+5210 5314 11780 11781
+5119 5211 6803 11831
+2395 2560 2561 10491
+5314 5315 11828 11902
+5119 5314 5315 11831
+5313 11770 11772 11773
+2394 2559 10497 10498
+3199 3330 11762 11821
+11793 11810 11813 11814
+2014 11754 11756 11757
+8758 11807 11811 13055
+36 1913 7106 7624
+11793 11794 11814 11822
+8885 11176 13402 13403
+11917 11919 11939 12360
+11143 11145 13052 13053
+2394 4547 10450 10493
+5443 5456 5739 8828
+9666 10460 10462 10478
+697 3153 3192 11856
+1660 5147 11748 11847
+6674 14296 14299 14305
+5054 5147 5252 11847
+5147 5252 11847 11848
+11738 11774 11777 11847
+9642 9643 10463 10484
+9642 10484 10486 14278
+3153 11855 11856 11859
+10463 10486 14283 14302
+9714 10486 14276 14283
+8377 8888 11113 13403
+9666 10426 10479 10482
+11854 11906 11916 11918
+9666 10482 10485 10487
+11843 11907 11909 11912
+3156 3328 3359 11913
+2621 2665 10479 10482
+2665 10439 10479 10482
+9643 9666 9704 10480
+1912 1913 7105 7724
+9146 10356 10380 13932
+11871 11879 11881 11889
+8389 13405 13407 14761
+11887 11891 13069 13071
+4335 4393 4492 11125
+649 4338 11886 11889
+11871 11877 11879 12028
+4926 4927 11182 13406
+8884 11184 13382 13387
+11887 11891 11893 13071
+11888 11892 12008 12013
+4292 11983 11988 11989
+3293 11888 11892 12003
+8059 11888 12008 12013
+3293 11885 11888 12003
+696 697 11856 11857
+8163 8176 8177 12008
+11839 11840 11896 11901
+13948 13949 13998 13999
+3200 11839 11840 11851
+1659 1660 2018 11846
+3325 11785 11854 11916
+3193 3325 11854 11916
+11180 11181 11182 13404
+9149 9630 9712 9713
+1010 3777 3790 12783
+9146 10380 13932 13999
+3259 3260 3323 11778
+5053 11908 11912 11913
+1980 11753 11790 11798
+6467 6586 6742 9952
+8766 8767 12688 12701
+6477 9033 14165 14166
+698 11859 11860 11918
+699 700 4273 11921
+10397 10433 10441 10472
+9148 10337 10432 10433
+4449 12362 12363 13025
+1765 7200 7201 8873
+709 4282 4283 8772
+8787 8789 11849 12990
+10380 13948 13998 13999
+8306 8362 10082 10083
+712 3160 3200 11851
+712 3160 11851 11928
+11930 11931 11934 11935
+10879 13006 13024 13027
+9024 13006 13022 13023
+11073 11108 11164 11165
+11934 11961 11976 11993
+715 716 4289 11936
+4364 4365 11549 11723
+3776 3790 3796 12764
+10463 10480 10484 10485
+1981 1982 2016 11939
+11776 11777 11842 11854
+1660 5054 5147 11847
+5054 5252 11774 11847
+2017 11832 11842 11906
+3289 8204 8205 11954
+8301 8304 10078 10259
+8304 8305 10195 10259
+1304 1305 4219 6357
+7108 7138 7142 14484
+9642 10486 14275 14302
+11073 11164 11165 11167
+8069 11963 11964 11979
+5370 11944 11946 11979
+6478 6479 9379 14177
+5366 11758 11760 11955
+8306 8362 10080 10083
+14293 14295 14297 14303
+3157 3196 11790 11806
+3326 11843 11916 11917
+2554 10448 10456 10461
+625 3102 3103 6838
+2623 2666 9665 10456
+2387 2552 10427 10449
+666 3137 3177 12132
+7180 7185 7188 14506
+2554 2623 10456 10457
+3279 3280 11828 11831
+1653 2010 11895 11981
+2389 2555 10448 10458
+5120 11830 11863 11865
+8098 8104 8318 13049
+11903 11904 11910 11962
+9148 10337 10387 10432
+10050 10056 10087 10088
+3285 11944 11946 11964
+1973 8070 8213 13014
+1972 1973 2008 11967
+3 8231 8238 8240
+8813 8823 10924 11730
+9645 10418 10419 10431
+8213 11932 11933 11976
+9629 9630 9713 10416
+9024 11987 13017 13047
+8214 13015 13016 13018
+11988 11989 11990 13047
+9713 10483 10527 10528
+8334 11143 13052 13053
+8334 11146 13019 13052
+4437 12337 13228 13231
+568 3045 6768 6810
+4262 4437 12337 13228
+3207 11820 11996 11997
+3043 3044 6767 11995
+10471 10529 10530 13948
+3042 3043 6809 11995
+3041 3206 3207 11820
+4447 4448 4515 12363
+3207 3208 3295 11996
+4272 4273 4448 12363
+4272 4447 4448 12363
+8279 10101 10102 10165
+8888 11113 11175 13403
+8278 10130 10147 10165
+11885 12031 12032 12038
+3132 3168 3290 12140
+1000 3769 3770 12805
+5291 11995 11996 11997
+652 3130 3169 12037
+3129 3170 11883 12032
+10397 10529 10531 13947
+1670 1671 6810 12001
+5347 11998 12011 12012
+10091 10100 10102 10148
+3045 11999 12000 12001
+11159 11163 11186 11189
+10480 10483 10527 10528
+8788 8789 12732 14527
+6675 9752 14296 14298
+10986 11174 11187 11189
+9448 9453 9461 9465
+8331 11079 11158 11167
+2458 2497 2621 10479
+7132 7140 8095 14488
+7960 12232 12242 12243
+5027 12004 12005 12009
+8163 8169 8177 12008
+738 739 12022 12060
+1000 7132 12810 12814
+808 5027 12005 12036
+3129 3171 11874 11875
+12044 12085 12091 12141
+652 4226 12054 13092
+3129 11875 11882 11885
+4398 11887 11893 13071
+651 8165 11883 13097
+8186 12054 13090 13098
+9704 10440 10469 10529
+7785 11890 12997 12999
+151 9027 9363 9379
+350 10470 10477 10523
+1001 7109 7132 12813
+3291 12011 12015 12021
+12043 12046 12047 12073
+8196 13090 13091 13094
+3698 5455 5456 12720
+740 11877 12028 12056
+13103 13105 13106 13170
+4345 4359 4402 13109
+12048 12049 12085 12140
+9713 10441 10471 10527
+10106 10113 10114 10118
+578 3055 6773 6815
+5188 5295 12077 12079
+5295 5351 12077 12090
+9645 10480 10484 10485
+9213 9327 10115 10117
+5220 5326 5351 12094
+11430 11447 11468 11470
+3298 12065 12066 12076
+9645 10418 10431 10480
+12092 12113 12114 12226
+2456 2496 10431 10432
+12069 12071 12075 12076
+5295 5326 12078 12079
+9408 10039 10087 10169
+804 5024 5128 12114
+8527 12113 12130 12226
+8327 11148 11153 11160
+9666 10479 10480 10482
+7656 7754 8476 9210
+9340 10039 10087 10169
+5128 5221 12071 12076
+9213 9401 10115 13100
+8097 8103 11150 11151
+2229 2335 9727 9760
+8534 12080 12082 12085
+2386 2551 10423 10427
+735 12074 12098 12110
+3366 12078 12079 12090
+3302 3340 12093 12130
+3300 3303 12065 12108
+5190 6817 12117 12118
+5296 12095 12096 12122
+8536 12081 12084 12086
+736 7658 8480 12502
+4408 12101 13134 13149
+2384 2549 2550 10409
+8536 13135 13144 13145
+735 12098 12103 12107
+919 920 3566 12502
+4466 8333 11132 11991
+735 736 12098 12103
+6673 6724 9714 14283
+2550 2551 2680 10409
+6672 6725 9714 9718
+581 3058 3059 6817
+3060 3061 3226 12139
+3058 6774 12096 12118
+12118 12121 12122 12154
+5127 5353 12147 12155
+3369 3392 12093 12122
+3226 3370 3385 12116
+1681 5098 6774 12118
+2244 9248 9249 9250
+664 3136 3176 12123
+8318 8331 11168 13049
+3818 3819 8890 11068
+663 3136 3175 12119
+8545 8546 8547 13152
+4240 4415 4416 11460
+10417 10477 10518 10519
+2549 2683 10410 10429
+968 8799 12727 12730
+2600 2601 10123 10124
+151 9363 9364 9379
+3580 3593 3606 8547
+8560 8561 11321 12520
+11293 11320 11452 13162
+4240 8546 11460 13161
+4187 4304 4478 11368
+3580 8547 11292 11320
+7788 8354 8355 10260
+5621 5622 5799 13916
+6186 6187 10403 13921
+5756 8960 8961 13929
+669 12144 12146 12148
+4246 8553 12181 12194
+5218 12156 12157 12178
+10375 10387 10389 10391
+10337 10387 10415 10442
+10400 13930 13931 13933
+8161 9436 9469 9472
+1685 6777 6820 12137
+5102 5194 5216 12162
+10417 10477 10519 10521
+6746 10121 10123 10124
+3799 3818 8321 12791
+8104 8327 11129 11142
+8327 11159 11186 11189
+5021 5355 12200 12203
+343 6010 6011 10400
+3372 12168 12169 12208
+672 673 4246 8553
+4190 4307 6328 11433
+2849 11141 11148 11153
+673 8553 12180 12182
+730 8554 12190 12533
+7082 8990 14476 14477
+2600 2601 2677 10157
+10357 14374 14375 14379
+8813 8823 11134 11730
+5477 5498 9012 14376
+718 719 3203 11978
+9200 9705 10455 10481
+729 12185 12209 12225
+12183 12184 12207 12225
+4424 4500 4522 13182
+727 7688 7978 8032
+11399 11472 11519 11536
+3182 12207 12224 12253
+6945 6978 14370 14380
+9016 10357 10395 14379
+8106 11141 11148 11153
+8554 12188 12190 12192
+12179 12180 12189 12191
+729 12180 12185 12210
+8553 12180 12182 12185
+729 8554 12188 13180
+729 730 12180 12188
+12132 12133 12134 12135
+7819 10417 10476 10521
+8545 8546 8549 13157
+2377 2378 2543 10367
+1765 7200 8873 9122
+3305 3367 3368 12227
+5355 12166 12200 12203
+2541 2661 10370 10373
+12172 12180 12182 12186
+5102 5216 5354 12162
+6610 6723 10369 14261
+12170 12171 12172 12212
+2521 2522 8351 10182
+7788 8302 8314 8316
+4292 11988 11990 11992
+2601 10121 10123 10124
+2378 2543 2544 10367
+3235 3372 3373 12168
+2377 2542 10339 10369
+5195 5325 12199 12201
+8276 8278 14665 14678
+7819 10417 10519 10521
+725 7999 12243 12305
+4392 4501 4525 13051
+5326 5351 12078 12094
+805 5025 5128 12070
+2930 2931 3010 11144
+4391 11030 11131 11132
+10220 14429 14431 14437
+14436 14437 14438 14441
+2452 2491 10285 10342
+5302 12213 12230 12239
+10219 10220 10243 14441
+5302 5323 5356 12213
+5197 5302 5356 12213
+976 977 1981 8783
+976 3708 8783 12707
+8280 8281 10130 10131
+11916 11917 11919 11939
+338 2453 10347 10359
+5300 5319 12197 12217
+3282 3283 3381 11863
+763 12229 12241 12273
+9135 10341 10348 10358
+5146 11842 11940 11941
+4495 11568 11571 13191
+11463 12250 12256 13194
+11514 11525 11534 11535
+7940 8032 8564 13196
+3142 3181 3310 12208
+338 10347 10354 10359
+11463 13188 13190 13210
+11462 11467 11474 11686
+7985 7988 13189 13210
+676 677 4250 12253
+677 3182 12222 12253
+246 2370 2371 10282
+7984 12254 12259 13194
+7983 7984 12224 12253
+8280 8281 9069 14663
+6182 6183 10361 13928
+7963 8040 8045 12279
+11 760 2023 7980
+11 7959 7994 8009
+10352 10353 13897 13928
+762 7959 7994 12243
+7960 12241 12243 12273
+11142 11143 11144 11145
+12295 12616 12627 13187
+7781 8286 10135 10138
+7256 7263 14534 14535
+8011 8025 8027 8028
+7986 12242 12244 12287
+6005 6182 10352 13928
+12232 12242 12243 12278
+3313 3314 12228 12276
+5754 5856 8942 8952
+5200 5359 12284 12328
+9130 13887 13901 13906
+8401 9239 9354 14159
+5200 12284 12327 12328
+9439 9475 13110 13111
+6586 6636 6742 9967
+1277 4205 4323 6375
+7987 12287 12289 12296
+953 8563 12594 12598
+10325 10344 10345 13896
+7962 13197 13199 13204
+7962 12293 13197 13199
+8941 8950 13863 13868
+681 7987 12244 12245
+4255 4256 12293 12298
+680 681 3184 12244
+7976 7977 12620 13205
+7961 8037 12243 12305
+3145 3184 3350 12242
+8956 8957 13870 13871
+3283 3381 11863 11910
+725 940 8036 12627
+2658 9189 10285 10340
+7999 8037 12291 12305
+12279 12290 12291 12302
+8009 8022 8023 12326
+7947 8019 8023 8024
+8009 8010 8023 8040
+4259 7955 13214 13218
+7936 7944 12303 13205
+7992 12304 12315 13218
+12324 12325 13230 13231
+8713 11667 11671 11672
+12303 12306 13204 13205
+9189 14246 14247 14249
+8825 11110 11112 11134
+7999 8041 12291 12305
+4367 11603 11655 13222
+9120 9121 14539 14551
+8286 10138 10144 13495
+11658 11703 13232 13249
+12321 13216 13234 13235
+9239 9335 9354 14159
+14241 14247 14260 14266
+5055 5148 5250 12330
+5360 11742 11743 11746
+8158 8175 8190 9478
+10315 10316 10317 10318
+8859 14542 14543 14552
+689 690 3149 12316
+8892 8941 8943 13868
+4070 7208 7236 7237
+690 3149 12316 12332
+7956 12321 13229 13235
+11801 12332 12333 13241
+4262 4263 4438 12337
+10846 11619 11660 11661
+4740 4741 11137 11730
+8778 8779 10995 11086
+7253 14535 14542 14545
+2933 8346 11126 11127
+3148 3319 3352 12310
+4263 12334 12336 13242
+4263 12336 13242 13246
+2112 7782 8167 9470
+9146 10356 14450 14463
+3582 3583 3601 12550
+7953 7968 13250 13255
+3701 3702 3731 12725
+10243 14437 14438 14441
+2018 2019 11748 11789
+983 984 7208 8757
+3712 3728 12679 14570
+7937 8013 12351 12966
+1984 1985 2019 11789
+14429 14430 14436 14437
+8778 12974 12976 12978
+10354 10355 10374 13927
+8013 8014 8670 12349
+11789 11795 11824 11846
+7965 11796 11817 12349
+11825 11826 12353 12966
+7057 7076 9135 10349
+1983 1984 11824 12355
+6513 6514 6682 9807
+1983 11824 11832 12354
+9564 10276 10304 10313
+8944 8947 8950 13873
+9578 10272 10273 10300
+976 1982 7649 12707
+8957 9131 9564 10315
+7656 8473 8476 9210
+4372 4378 4515 10905
+4516 10909 11086 13032
+693 694 11818 12342
+8763 12357 12358 12978
+8920 8921 14229 14231
+11917 11919 11920 12360
+2743 2909 10905 10910
+7419 7424 7433 8058
+8910 8918 9577 10244
+8430 8435 10028 13787
+17 844 5396 5397
+8286 10138 10142 10143
+10286 10309 10330 14233
+3189 3354 3374 11743
+3411 3424 3439 8447
+7796 8444 12369 12374
+2933 2983 8346 11130
+845 3419 12369 12374
+8910 8914 9577 10273
+836 3402 8394 12379
+7670 8394 8397 12379
+746 8396 8397 9403
+8394 8397 8399 12379
+747 7670 8394 8397
+3738 3752 3760 14742
+7753 7760 8396 12379
+849 850 3421 8404
+8353 8354 9126 14496
+2932 2982 11128 11147
+7512 8457 14658 14659
+7493 7494 7505 12388
+7480 7494 7505 12388
+7447 7479 7480 14646
+8443 8447 8454 14657
+3731 3732 3750 12711
+328 5996 10267 10293
+1122 6878 7465 14644
+3464 3465 3468 12390
+3439 3440 3452 12387
+4492 4501 4526 11147
+328 329 5996 10293
+3413 12398 12399 12400
+3414 3415 3442 6863
+3425 3443 3456 6897
+2932 11125 11126 11147
+6899 6927 12402 12403
+2769 2935 8309 9036
+328 10233 10271 10293
+3440 3441 3454 12399
+3455 3470 6926 12407
+3455 6898 6926 12407
+328 10233 10267 10293
+328 329 10271 10293
+7218 7222 7234 14526
+3449 3450 6906 12414
+6651 9557 10211 10218
+8407 14647 14648 14650
+8401 9354 14153 14159
+7781 9069 10131 10138
+4501 11133 11147 13051
+3472 12383 12384 12401
+3428 6882 12416 12417
+4501 4526 11146 11147
+7781 8281 9069 10131
+7781 8281 10131 10135
+750 751 785 9276
+8463 12420 12424 14683
+828 3393 9085 12423
+4392 4501 11133 13051
+3969 3970 3985 8463
+827 1730 7530 9085
+2122 2284 2329 9590
+1861 1862 5401 6861
+2526 10186 10190 10191
+3398 8424 12417 12429
+2537 2660 10286 10311
+10024 10057 10089 10148
+833 7549 8423 8424
+833 3398 3399 8413
+832 833 3398 8424
+10024 10057 10094 10148
+10024 10094 10130 10148
+7779 8262 8274 8275
+4526 11146 11992 13020
+2369 4534 4598 10284
+8126 11034 12432 13532
+881 3490 7798 12432
+8494 13504 13505 13514
+7776 8243 10168 14677
+11257 13465 13466 13468
+2369 2370 2535 10283
+6558 6603 10284 10288
+3489 3493 8127 8510
+8919 8920 14432 14433
+248 2372 2373 10289
+248 2372 4536 10289
+3489 3501 3526 12438
+871 3499 7691 8471
+10278 10280 10307 10309
+8185 11877 12056 12446
+20 741 870 11868
+3492 3503 3516 12443
+3519 12440 12444 12446
+7704 8476 12455 12470
+2614 2660 10327 10330
+7406 7421 8475 12469
+3543 3550 8484 12456
+8076 8188 11194 12442
+10244 10272 10273 10276
+2449 2489 10274 10279
+11195 11199 13102 13128
+10307 10308 10313 10314
+1034 1035 3847 14431
+7690 7745 8474 13126
+4625 6586 9952 9967
+2487 2613 10206 10232
+7415 14626 14635 14638
+3522 3523 12459 12462
+326 2447 10229 10239
+3495 3496 3522 12449
+2488 2608 2657 10224
+9562 14221 14222 14225
+3522 3523 3538 12462
+8499 8516 8521 12450
+8489 8491 8518 12461
+8512 8513 14626 14630
+10272 10274 10275 10306
+8513 12464 14626 14630
+8354 10067 10068 10188
+3541 12468 12479 14633
+9551 10266 10270 10291
+8488 12463 12471 12476
+8357 10259 10260 14488
+7794 8522 9211 11205
+8304 10195 10197 10199
+8488 8489 12463 12476
+8525 12475 12476 14634
+7429 7430 8525 14634
+9208 9209 12476 14628
+8401 9239 9352 9354
+270 271 2395 4611
+6903 8407 12408 12410
+8356 8362 10251 13823
+4581 4611 4633 10492
+8305 8306 10079 10080
+324 10080 10248 10255
+270 2395 4611 10493
+4869 4870 13547 13551
+324 10080 10083 10255
+912 913 7367 12492
+8519 8606 13594 13595
+74 2037 2038 4138
+736 8479 8480 12103
+8480 8536 8538 12080
+8305 8306 8362 10259
+8543 8544 11223 11307
+10253 10257 13833 13835
+11206 11300 11301 11329
+3528 12454 12455 12465
+3563 3587 12505 12509
+3577 11512 12496 12506
+4611 4633 10492 10493
+916 7370 12495 14641
+8588 8598 8614 11392
+8594 8606 11347 12504
+8600 12504 12505 12509
+9239 9335 9352 9354
+2655 10453 10457 10504
+3580 8547 11292 12511
+7803 10066 10069 13833
+326 10231 10239 10254
+8546 8547 13152 13156
+11259 11313 11339 11340
+3615 8569 12546 12549
+3759 3760 3766 12684
+8529 8549 12513 13157
+10229 10230 10231 10252
+292 293 2417 4622
+7380 7383 7389 14602
+8305 10230 10247 10252
+8607 8633 12526 12536
+2555 2556 2655 10453
+8607 8608 8633 12526
+2555 10453 10457 10458
+5727 8585 8607 12536
+539 11110 11112 11134
+10249 10255 10256 13823
+7803 10069 13833 13834
+1310 1396 4591 8090
+8355 10251 10260 13825
+3614 3619 3622 12539
+8354 9126 10067 13825
+8628 8629 8634 12542
+8634 8636 12537 12543
+8618 11508 11509 13597
+11364 11439 11489 11490
+3619 3622 12530 12539
+11364 11489 11492 12538
+4225 4226 13073 13092
+3601 8629 8643 12547
+3601 3614 8629 12547
+11396 11498 11502 11503
+2768 6356 6416 11127
+9551 10224 10270 10271
+2487 10187 10232 10234
+3601 3611 8629 8643
+9551 10238 10266 10291
+327 2447 2487 10233
+3623 12519 12539 12546
+8326 10209 10217 10218
+5729 5773 5782 8623
+8637 8644 8648 12552
+8622 12589 12599 12601
+5434 5729 5730 8622
+4054 4077 7334 14595
+3637 3664 3666 8694
+875 3487 7705 7706
+10452 10453 10502 10507
+652 4225 13092 13097
+6599 6645 9583 10212
+7788 8302 8355 10227
+1115 4008 14587 14589
+4077 7327 7334 14595
+3644 3669 3670 12632
+5428 5433 8637 9119
+10540 10543 10547 10549
+3582 8647 12550 12560
+324 10080 10230 10248
+11 794 2023 7980
+12231 12232 12242 12278
+481 2766 2767 6383
+11171 11177 11188 11190
+899 3554 12565 12571
+899 900 12573 12575
+324 2446 2486 10230
+2446 2484 10198 10230
+4547 4580 10450 10493
+897 3552 3553 12563
+11139 13021 13052 13054
+4049 4071 4075 12580
+4054 4077 7311 7334
+5602 7281 8644 12568
+4547 4580 4633 10493
+8112 8116 9074 9080
+896 3552 12563 12569
+2446 2486 10198 10230
+7650 7663 7761 12576
+1923 1924 7289 7711
+7288 8576 12591 12598
+3558 3562 3586 12562
+1117 8682 12670 14577
+6490 6491 6659 14232
+4580 6452 6570 10493
+8325 10192 10198 10213
+9550 10207 10224 10225
+1351 4580 6452 6570
+7666 7667 7756 9227
+947 948 8641 12606
+3651 8640 12600 12606
+29 946 955 12601
+29 955 5434 12601
+946 3636 12589 12601
+7300 7301 7322 14574
+1669 5184 6767 6809
+3636 3641 8640 12602
+965 966 7195 12724
+955 5434 12601 12602
+949 7284 7285 12584
+965 7195 12724 12735
+4049 4076 4087 12582
+8376 11175 11176 13403
+12185 12186 12209 12225
+4253 12246 12251 13188
+8956 10277 13870 13881
+3640 3673 3674 8033
+5471 5472 5762 14428
+764 12220 12229 12274
+938 7716 7717 8662
+10140 10171 10172 10173
+3665 3667 3692 12613
+4064 4072 4086 14549
+8669 8681 8686 12668
+3666 8640 8692 8694
+5838 5896 8691 8698
+8622 12600 12601 12602
+2487 2613 2678 10206
+3636 12600 12601 12602
+8623 8640 12602 12608
+8559 11362 11363 13225
+8696 8698 13644 13658
+8278 8280 8281 10130
+8755 12670 14575 14577
+10213 10214 10226 10234
+884 3492 12434 12437
+10935 11596 11719 13202
+7943 8713 11628 11631
+8661 11580 12603 12613
+10230 10231 10248 10252
+7993 8720 11616 11652
+3685 3693 3695 12630
+3733 8761 8774 13056
+3675 3692 3694 12614
+325 2446 2484 10230
+8596 8598 13563 13564
+8281 10134 10167 10168
+5438 5734 5735 12629
+8281 10133 10134 10167
+10187 10213 10214 10234
+8281 10130 10133 10167
+26 929 5430 7298
+2447 10213 10229 10234
+965 966 12723 12724
+4574 4602 10338 10367
+7939 8017 8731 12652
+8703 8710 12632 12636
+13025 13026 13031 13032
+7273 7301 7304 14573
+3676 3677 3691 12647
+12639 12646 12647 12648
+2878 11443 11444 11469
+4531 6554 10190 10205
+3644 3670 12632 12638
+10992 10993 11024 11088
+12643 13672 13673 13724
+6595 6602 10190 10211
+12636 12643 13672 13673
+3661 12649 12650 12651
+6599 6653 6654 14209
+1986 7964 12339 12344
+2608 2613 10204 10224
+2461 10501 10540 10541
+8301 8302 8314 8353
+934 3628 3629 12666
+8683 8684 14573 14574
+2542 2543 2617 10369
+2378 4539 4602 10367
+3625 3655 12653 12654
+2244 9243 9248 9249
+2396 2397 10488 10489
+10171 10179 13487 13488
+4063 4086 14549 14550
+8741 8805 12682 12687
+8779 10992 10993 11085
+9120 14547 14549 14550
+9121 14549 14551 14555
+252 4538 4602 10338
+252 2376 4538 10338
+8301 8315 8316 14493
+8301 8304 10195 10259
+14262 14263 14267 14279
+4625 6467 6586 9952
+3710 8751 12672 12674
+8355 10229 10247 10250
+2360 2525 2526 10186
+1954 7892 7906 7907
+7221 7241 12771 14525
+7939 8675 8686 12652
+1356 4613 6573 10552
+6598 6751 10216 14198
+8684 12676 14562 14570
+9121 14549 14554 14555
+4613 6573 10552 10561
+1448 4664 4783 13710
+8673 8685 12679 12680
+7294 7300 14571 14573
+4065 4070 4082 7208
+7647 8668 12669 14565
+3750 3751 12709 12711
+8782 8826 10993 11024
+8767 8781 8785 10791
+298 2423 4561 4624
+6434 6598 6642 10181
+6596 9557 10186 10216
+2520 8308 8345 8349
+8308 8345 8349 8350
+7945 8737 8742 8815
+5845 5863 5867 8724
+6592 8308 8344 8350
+8335 8338 8341 14176
+8335 8338 10185 14176
+8767 8768 12694 12701
+3762 3763 3765 12694
+10170 10171 10179 13488
+8771 10785 12689 12693
+3763 8768 12692 12694
+10962 11011 11012 11725
+8785 12696 12704 12705
+11073 11075 11076 11164
+8767 8768 12689 12694
+8338 8341 8345 14176
+2808 2847 11019 11075
+11860 12356 12974 12976
+8677 12976 12991 12993
+8078 8258 11039 12432
+299 2424 4562 4624
+3752 8771 12683 12684
+3756 3758 3761 12706
+3706 7646 12671 14565
+8290 11033 11039 12432
+3754 3762 12692 12696
+8786 12699 12704 13317
+8776 8782 8826 8827
+8078 8275 8290 11039
+880 881 7456 10178
+8785 12692 12694 12696
+9328 9329 10038 10039
+3749 12703 12705 12726
+552 2846 11018 11019
+9635 9636 9640 9681
+6641 6746 6759 10121
+3731 3750 12711 12726
+8776 13026 13030 13031
+2395 2396 10491 10492
+8777 8827 10812 12726
+551 2846 11008 11018
+10109 10111 10163 10164
+8758 11807 12712 13055
+7797 8289 8296 10176
+8759 11806 11807 13062
+1977 8788 8789 12732
+3733 3751 8761 8774
+9405 10106 10114 10117
+7191 14556 14558 14559
+8853 8854 8855 12729
+964 12718 12721 12735
+2600 2677 10111 10157
+3699 3700 12713 12723
+3700 3701 3730 12717
+8853 12723 12724 12735
+10221 10277 10318 13853
+8854 8855 10874 10927
+10804 10805 10817 10872
+9449 10164 13123 13124
+8798 10803 10980 12711
+3730 12713 12717 12725
+10811 10825 11072 11109
+9447 10158 13123 13124
+7797 8289 8295 10176
+7776 8246 10126 10161
+969 3703 3704 12730
+8318 8319 11165 11166
+2396 2561 2562 10491
+4052 4075 7378 7388
+6108 6109 6281 13848
+2786 2954 11434 11479
+8082 8266 9477 13133
+9330 9951 10041 10153
+2808 2846 3008 11075
+6461 6629 6736 9980
+3825 3826 8875 12758
+3805 3806 12753 12754
+7639 7726 7727 12763
+6629 6736 9978 9980
+1917 7190 7639 9204
+9330 9946 9951 10153
+2395 2396 2561 10491
+7223 7228 9204 14536
+7214 7223 9204 14559
+7201 7230 8873 8874
+552 4752 4753 11101
+8856 8879 12769 12779
+6461 6736 9980 9981
+3786 3787 12759 12770
+2358 2524 10181 10186
+2524 2525 10186 10216
+1009 7727 7728 12764
+3829 8859 12754 14538
+2359 2524 2525 10186
+11016 11017 11088 11097
+9266 9330 9946 10153
+3811 8856 12770 12779
+3788 3789 3813 12785
+7229 7230 7244 8841
+5445 8840 12771 14529
+3833 8869 8871 12781
+8871 8872 10917 12775
+3827 12768 12772 12777
+10827 10917 12775 14526
+3828 3830 3840 12787
+4809 4865 4866 13510
+2525 10186 10191 10216
+3820 3833 3834 8869
+2980 3008 11075 11080
+8851 8890 10826 10917
+6742 6757 9342 9953
+8794 8801 8868 14531
+10138 10143 10144 13456
+2561 2562 10491 10535
+969 7197 7216 12731
+3768 8143 8882 12792
+9121 14548 14549 14554
+998 999 3768 12808
+9280 9281 14148 14150
+8323 11171 11188 12790
+2561 10491 10535 10539
+9557 10186 10191 10216
+7161 7170 7182 14500
+9704 10417 10469 10476
+558 11172 11181 11193
+925 3570 3571 12535
+764 12220 12229 12233
+9120 9121 14549 14551
+8282 8500 9069 14663
+4776 5929 5937 13632
+3768 3789 3813 12792
+8937 12849 14511 14517
+8100 8375 10063 12814
+8100 11170 12806 12814
+8100 8300 10063 12814
+8300 10063 12814 14483
+3930 8992 9007 12951
+7066 7067 7081 14477
+2479 2649 10108 10141
+12821 12957 14481 14482
+12818 12950 12951 14477
+2992 11430 11434 11468
+8242 9544 14186 14198
+6751 9557 10216 14198
+2677 10108 10157 10163
+1885 6934 7620 8414
+3933 3934 3962 12953
+8326 9557 10191 10216
+8050 14519 14521 14524
+10102 10104 10148 10165
+1888 6936 6937 12830
+6935 6936 7622 12826
+1888 6937 7623 12830
+3905 3917 12845 12846
+10417 10469 10476 10477
+3917 12835 12844 12845
+6885 6909 12832 12841
+12850 12851 14505 14515
+12854 12882 14508 14514
+7248 7261 14554 14561
+10870 11016 11096 13299
+10130 10147 10148 10165
+10128 10129 10141 10166
+8286 10142 10145 10174
+11447 11468 11469 12195
+7776 8246 10159 10168
+8326 10213 10215 10216
+1053 3859 8900 12822
+7250 7260 14560 14561
+5491 5767 8995 14427
+4070 4072 4073 14561
+3921 3923 3925 12835
+391 392 2519 10128
+6850 6885 6909 12841
+8937 8938 12840 12849
+8937 12840 12843 12849
+2437 2603 8273 10121
+8905 12851 12875 14515
+8914 9549 10188 10208
+7177 7186 7188 14505
+9477 10125 10127 10158
+7146 14495 14502 14503
+12867 12875 14504 14505
+2258 2313 2343 9299
+7135 7170 14500 14509
+4657 4776 4939 13632
+7141 7159 7170 14508
+8903 12859 12862 12872
+7146 9129 14495 14503
+4657 4939 13632 13650
+5462 5481 12842 12847
+8192 9447 13088 13121
+1455 4667 4787 13270
+5461 5462 9129 12847
+5462 5463 5481 12842
+3901 3902 12854 12881
+3901 3902 3917 12854
+2437 2602 2603 10121
+7257 8862 14553 14561
+7179 12854 14508 14514
+8848 8853 8854 13280
+8904 12850 12854 14515
+4038 8864 14560 14561
+8905 8939 12738 12833
+8913 8914 8923 12871
+1034 1035 7048 14431
+2602 2603 2650 10125
+6760 10111 10112 13087
+8820 12719 13282 13421
+7026 14429 14430 14439
+10109 10164 13087 13120
+1455 1828 13270 13324
+5690 13270 13273 13274
+3849 3878 12858 12871
+9563 9564 10307 10332
+8918 8922 9562 9577
+40 1905 7024 7628
+12879 12890 12891 14432
+6958 6987 6988 14416
+390 2479 2518 10132
+6997 7012 7014 7887
+9162 9176 10649 10650
+14076 14077 14093 14127
+4470 11433 11444 11447
+9001 10696 12896 14692
+9173 10587 10663 14075
+8998 8999 9095 9178
+9088 9089 9095 9100
+1084 6955 8999 12899
+8465 9001 12897 12899
+1083 1084 6955 12899
+8081 10104 10108 10163
+10129 10130 10132 10136
+8996 9090 9168 14093
+10093 10097 10098 13804
+755 8968 9877 9881
+4038 4072 14555 14561
+1896 6941 7732 14425
+8451 10093 13778 13804
+9179 9183 9184 14420
+5581 5932 13270 13309
+4680 4798 13377 13378
+10766 14354 14359 14361
+1479 4680 4798 5935
+3974 3975 3983 12920
+7666 7756 9227 12909
+8419 8973 8976 14691
+8419 8971 12909 14698
+8419 8971 8973 8976
+9409 10056 10089 10092
+835 8409 8426 14687
+2477 10099 10113 10169
+9340 10099 10113 10118
+1478 4798 5935 13377
+9099 14707 14715 14720
+7382 7392 7424 14611
+7554 7577 7582 14691
+9090 9094 9095 9178
+2212 2213 2331 9654
+7558 7576 9001 14693
+9128 14504 14505 14506
+7553 7558 7575 14693
+8101 8102 8221 14181
+7527 7547 7558 14683
+7795 9327 9402 10039
+490 4690 11273 13474
+9216 9401 14658 14668
+3999 4000 4001 12929
+7549 7554 7557 14689
+4690 11257 11273 13474
+10034 10087 10088 13761
+8054 8904 8905 14515
+8412 12428 12920 12921
+7616 7677 8426 12418
+3989 8416 12918 12919
+3404 3436 3445 12411
+7572 8420 12914 14686
+394 8296 10172 10173
+10009 10089 10101 10147
+3994 4000 12929 12931
+3976 3984 3994 12931
+6904 6911 12928 12929
+8091 8361 8367 10081
+8091 8337 8367 10081
+8337 8367 8368 10081
+8091 8359 8361 10203
+323 10072 10080 10083
+8301 8302 10195 10259
+10187 10206 10207 10209
+8326 10207 10209 10217
+2837 10919 10961 11010
+8326 10187 10207 10209
+7372 7373 12500 14639
+3991 12932 12938 12941
+9998 10002 10003 10149
+3937 3951 12934 12940
+323 2486 10072 10080
+1078 3937 3951 12940
+10187 10207 10232 10234
+1871 1872 6934 8893
+5577 13696 13700 13710
+3927 3948 5497 8928
+1855 5604 6854 12817
+7037 7075 12946 12958
+10187 10207 10214 10234
+8306 8357 10065 10078
+8304 8305 8306 10259
+7176 7184 7186 14513
+5181 5288 8172 9429
+8361 8367 10064 10071
+8367 8368 10071 10081
+4734 4903 10967 13275
+322 2445 10071 10072
+10071 10077 10079 10081
+8306 8356 8362 10259
+7836 8987 8991 14370
+2445 8368 10071 10079
+3579 3610 8552 12551
+8820 8821 8822 12720
+1957 1958 7839 9748
+7058 7070 8988 12821
+8895 12821 12954 12955
+3931 3959 3960 12949
+2525 2610 2654 10191
+3931 12949 12951 12956
+3931 8979 12951 12956
+8326 10191 10213 10216
+12719 13280 13282 13421
+3257 3322 3356 11739
+9409 10092 10093 13803
+1069 3930 3931 12951
+4038 8864 14555 14561
+9409 10090 10093 13803
+4756 4757 4926 11183
+9423 9425 10047 10119
+614 3091 6791 6833
+3152 3191 11769 11797
+12354 12355 12356 12991
+6588 6638 9971 10049
+6342 6374 6403 10793
+2969 10790 10792 10801
+2838 2968 2989 10898
+4494 10897 11004 12980
+4374 4377 4503 10902
+2525 2654 10191 10216
+6711 9423 9424 10047
+10777 10778 10899 11002
+10777 10778 10894 10899
+2968 10898 10994 10996
+3699 12713 12716 12720
+2905 2967 10893 10896
+4206 4372 4378 10905
+10777 10895 10901 12979
+4271 12358 12974 12975
+9407 9416 14156 14157
+8772 12981 12984 12990
+5029 8156 9457 9458
+4279 4454 4455 13064
+2923 2978 10887 10888
+1 145 146 1150
+4385 4524 10877 10977
+6470 6588 6638 9971
+8791 8792 11827 12971
+2594 9968 9969 9972
+9329 10034 10039 10088
+711 4285 11827 12985
+13001 13002 13009 13028
+2476 2645 2676 10042
+700 3154 3194 11920
+8354 9549 10188 10189
+8775 12361 12362 12992
+11120 13382 13386 13428
+9957 9958 10002 10149
+1415 4647 4767 13545
+2515 10008 10034 10038
+7937 8665 12976 12977
+11063 11208 11209 11213
+4221 8249 8251 9045
+8083 8275 8283 8284
+8198 12997 12998 12999
+4338 11887 11889 11890
+2149 2150 2346 9471
+11201 11212 11242 11376
+3185 7961 12280 12290
+2854 10912 11201 11212
+5558 5657 13536 13545
+13531 13536 13537 13544
+8333 13005 13009 13011
+8319 11076 11167 13029
+9329 10008 10026 10034
+2847 11019 11075 11164
+10880 12989 13003 13004
+1196 1197 4162 5081
+8332 8333 11030 11132
+10026 13747 13749 13760
+8332 11076 11080 11081
+9329 10026 10034 13760
+11988 11990 11992 13019
+10026 10034 13749 13758
+8937 8938 12849 14517
+4648 4811 13543 13544
+8327 11129 11142 11148
+8332 11076 11167 13029
+3522 3536 3538 12458
+2847 2980 11075 11164
+8331 11078 11152 11159
+1259 1260 4314 6398
+7895 10456 10475 10504
+7895 9665 10456 10475
+1984 11824 12351 12355
+8760 8762 12710 13036
+12364 12365 13035 13036
+878 879 8127 12430
+8311 8330 8341 11140
+2983 8339 8346 11130
+3322 11738 11739 11747
+2643 8337 8367 8368
+1415 1802 1803 4767
+11129 11138 11151 13053
+10026 13747 13749 13758
+4174 9034 13040 13042
+3346 8204 11949 11954
+8326 10187 10191 10213
+11563 11601 11602 11603
+878 879 7454 12430
+11988 13017 13019 13048
+716 717 4290 13010
+10993 11084 11085 13026
+8787 11849 11928 12990
+7682 11986 12793 13013
+9019 12945 12958 12959
+8104 8334 11143 13049
+2125 2164 2332 9674
+8323 11150 11155 11156
+10008 10026 10034 13758
+8441 9998 10019 10022
+9998 10002 10019 10022
+8380 11114 11115 13402
+2915 3024 3025 10853
+8691 13625 13628 13643
+9330 9946 10035 10037
+1286 4210 4327 6348
+4279 11808 11811 13064
+2610 10187 10191 10213
+11161 11162 13063 13065
+10805 10821 10872 10873
+11815 12965 13058 13061
+11562 11563 11564 13207
+8798 10803 10970 10980
+2804 10821 10872 10873
+10803 10805 10970 10980
+10803 10805 10812 12711
+9987 9988 10755 10756
+742 777 8175 11869
+2666 9665 10459 10460
+8185 8188 13067 13089
+11210 11211 13069 13075
+8064 11872 11884 12028
+8188 8469 8470 12441
+8165 12057 12058 13097
+7593 14708 14721 14726
+9932 9985 10015 10749
+2185 9359 9387 9410
+8438 8445 9998 10022
+867 3481 3482 12484
+9412 9417 9418 9451
+4338 9044 11889 11890
+4220 4337 8198 12999
+1306 4220 7785 8198
+382 10025 10027 13758
+4397 11893 12999 13000
+11018 11106 11108 11109
+9997 9998 10002 10019
+8263 11201 11377 13096
+9329 10004 10088 13760
+11501 13613 13628 13654
+8538 11226 13128 13138
+502 503 4703 11387
+11019 11099 11100 11108
+4357 11201 11377 13096
+4789 4836 4947 13369
+2473 9956 9997 10000
+9007 12945 12948 12958
+8166 9038 11870 12994
+884 885 3492 12434
+741 742 776 11869
+10811 10985 11067 11105
+867 868 12484 12489
+9038 9039 12994 12996
+885 886 7468 12435
+744 8180 9437 9450
+379 2473 2513 9997
+7463 8180 14671 14672
+8713 11629 11644 11645
+379 380 9997 10019
+741 742 11868 11869
+654 655 3168 12062
+8776 8781 8782 8784
+12021 12025 12037 12038
+7690 7703 7751 8467
+8468 8469 12060 13093
+7703 8467 8476 12455
+655 4228 4229 8535
+1126 1127 3505 4040
+7777 8480 8538 13126
+7777 8468 8474 13126
+8192 9447 13129 13130
+8080 8192 10156 13130
+8080 8183 8192 9404
+1307 4337 8198 8271
+3535 3540 12454 12456
+9404 13120 13121 13122
+8181 9441 13081 13119
+1307 1308 6429 13133
+11223 11224 11289 11310
+11195 11199 13102 13104
+11267 13125 13141 13142
+12088 12089 13142 13143
+2513 9997 10002 10149
+735 736 8479 12103
+7895 9707 10475 10476
+10221 10277 13870 13871
+8479 8480 8536 12103
+4232 12104 13134 13144
+3135 3174 3303 12108
+4232 4408 12101 13134
+7895 9707 10475 10508
+4232 12084 12102 13144
+3368 3369 12093 12095
+3304 12093 12120 12150
+9007 9019 12945 12958
+375 376 6043 9992
+11454 11455 11456 11459
+857 1864 1865 6864
+4236 4411 4412 12127
+8776 8782 8784 12705
+1237 4185 4303 6391
+3181 12186 12207 12208
+1865 1866 5402 6865
+2512 2627 2641 9959
+3139 3179 3307 12176
+3589 3592 3605 12522
+4349 4418 12153 13168
+8556 12532 12533 12534
+3308 12171 12172 12173
+375 2511 9986 9987
+675 3181 12183 12207
+12179 12180 12181 12189
+8570 13175 13176 13177
+4243 8548 12146 12152
+9956 9986 9995 10000
+832 7549 8424 12923
+8532 8561 12522 13159
+7549 7554 12923 14689
+3415 3442 3443 6897
+676 12207 12253 12262
+7983 12207 12224 12225
+676 3182 12207 12253
+9321 9977 10012 10013
+8766 8776 8784 12706
+8766 8776 8781 8784
+11402 11403 11431 13195
+373 2510 9985 10012
+7940 8032 12184 12260
+674 675 12183 13178
+7660 7752 7757 8551
+9985 10015 10749 10750
+10989 10998 10999 11077
+4253 12251 12252 13188
+2258 2313 9299 9307
+4362 4427 4428 11534
+4425 12258 12263 13183
+11525 11567 11568 11570
+3143 3183 3312 12205
+7895 9665 10475 10476
+7990 11400 11442 13212
+8039 12295 12616 12627
+11476 12297 13201 13210
+7936 7991 13199 13200
+12297 13197 13198 13199
+7962 12304 12307 13204
+7991 11476 13199 13200
+10305 10317 13853 13885
+11562 11563 11602 13207
+2725 2890 11529 11548
+6637 6709 6744 9969
+2428 2594 9968 9972
+10221 10317 13853 13885
+349 350 10470 10477
+2640 2642 9939 9948
+2421 2422 2587 9964
+12696 12703 12704 12705
+11749 11795 11796 11823
+1098 3927 5497 5498
+4250 12262 12263 12264
+11603 11654 11655 13222
+847 3420 12369 12370
+349 350 2498 10477
+4367 4434 4482 13222
+10811 10985 10998 11007
+7997 11654 13219 13238
+7790 10819 10825 10826
+8531 8548 8560 12193
+349 2498 10469 10477
+10221 13853 13871 13885
+8570 13174 13176 13180
+11396 11397 11398 11684
+7958 11658 13232 13249
+8428 10018 10020 10021
+7970 13247 13248 13252
+4436 12325 13220 13231
+7956 7970 13230 13247
+4260 4261 4436 12324
+7970 7971 13236 13237
+10035 10149 10150 10151
+689 4262 12319 12336
+4038 4072 4073 14561
+10 1989 8009 8010
+7996 12325 13230 13232
+12321 12322 13229 13240
+4261 4436 12324 13231
+10221 10277 10318 13870
+4850 4927 4952 13416
+3149 3189 12331 12332
+7089 9012 9013 12958
+1616 5977 6096 13736
+7956 12335 13240 13247
+6017 10470 10510 10523
+7974 7975 11690 12648
+7273 7294 8685 14573
+7273 7294 7301 14573
+2892 11562 11563 11601
+10771 10868 13254 13256
+4353 4371 10844 11688
+7969 13249 13253 13254
+9336 9948 9962 14146
+7968 7969 7970 8016
+6633 9937 9961 9963
+535 11013 11015 13300
+8725 10788 13258 13276
+10828 11068 11069 12789
+7539 7540 7568 12371
+2797 2798 10800 10922
+10788 13258 13272 13276
+7831 14306 14307 14314
+9286 9997 9998 10149
+9943 9946 10149 10151
+3407 3420 8458 12369
+5849 5850 8843 10816
+9707 10475 10508 10509
+5491 5767 5768 8995
+4834 13271 13273 13342
+1456 4668 5933 13324
+10459 10460 10462 10478
+1482 1483 4800 13431
+4833 4970 4972 13260
+4866 4979 11352 13510
+2459 10459 10468 10475
+4748 4917 4918 13279
+548 4748 13285 13290
+13279 13280 13284 13285
+11006 11008 11107 13293
+11018 11019 11108 11109
+5455 8807 8821 12720
+8830 8848 8854 13280
+9286 9939 9956 9997
+9330 10035 10036 10037
+7790 8319 11073 11165
+9324 9931 9977 10013
+4917 4918 11014 13277
+11021 11022 13289 13293
+5849 8843 10816 13288
+8822 12713 12720 13418
+4810 4811 13536 13543
+8854 8855 10874 11005
+1839 5591 5592 13266
+4444 4445 4494 12980
+4958 11014 13264 13267
+4676 4795 4949 13266
+4847 4950 13337 13364
+4752 4921 11021 11102
+5852 8842 10991 13385
+3185 7961 12278 12290
+9233 9977 9983 9984
+5591 5592 13266 13268
+5703 13315 13363 13378
+4717 4886 11583 13625
+3404 12409 12411 12413
+5689 5690 5844 13274
+5844 8723 13261 13341
+10024 10089 13451 13452
+4940 13630 13636 13638
+10424 10525 13954 14005
+7802 8299 9076 9081
+4754 11100 11115 13428
+10954 11021 13289 13291
+10954 11021 11102 13291
+4753 4922 4923 11122
+4737 13299 13319 13322
+8814 10900 13320 13321
+9113 10727 10728 10733
+4822 4940 13630 13636
+10900 11727 13300 13331
+7865 7866 7888 9765
+5783 8723 8724 8726
+9022 10571 13987 14021
+4940 13636 13637 13638
+8842 10953 10954 11102
+1048 7036 8928 12817
+9112 10721 10727 14130
+8842 8843 13291 13297
+5824 8120 13450 13484
+4039 12482 12484 12486
+11282 13447 13448 13449
+13259 13261 13271 13272
+5690 5844 13261 13341
+10789 10850 13303 13307
+5652 5818 13779 13805
+9113 9235 9319 9974
+4833 4945 13260 13270
+1875 1881 1882 12418
+4667 4833 4945 13270
+8377 8888 10825 11106
+6236 10146 13357 13496
+8119 13357 13496 13497
+6236 10145 10146 13496
+6102 13357 13359 13360
+1201 4122 4165 9270
+7555 9218 14731 14732
+4846 4948 13338 13340
+13390 13391 13425 13426
+4948 13301 13338 13340
+752 753 9904 14731
+10816 11023 13297 13333
+1831 5584 5585 13369
+4859 4860 11257 13469
+8302 8355 10227 10228
+8302 8355 10228 10247
+1833 4790 5934 13409
+2499 10468 10475 10509
+1462 1833 4790 5934
+4924 4925 13387 13392
+5871 10990 13383 13385
+8883 8885 8886 13380
+8884 13390 13391 13425
+15 835 1946 7664
+2498 2622 10459 10478
+11020 11021 11107 13293
+3789 8877 12785 12792
+1484 1847 13431 13434
+5703 10991 13315 13366
+4847 4974 4976 13315
+5853 10990 13385 13389
+8389 8877 13405 14761
+1845 5921 13436 13444
+8260 11045 11058 11219
+7273 8685 12667 14562
+4637 4855 9055 9056
+9050 9055 13396 13400
+8355 10228 10229 10247
+11019 11073 11075 11164
+11154 11172 11177 11181
+7525 7560 9228 14145
+9344 9920 9922 9923
+10989 10998 10999 11007
+2623 9665 10456 10475
+2846 3008 10989 11075
+6532 6533 6701 14149
+9278 9344 9922 14149
+3093 3259 11735 11736
+409 2695 6320 6384
+4839 4840 4988 13374
+4837 4930 4989 11729
+7779 8087 11041 11056
+8808 10930 13314 13417
+6004 6181 10345 10353
+4742 4743 10928 13440
+963 3698 5456 12718
+8831 10960 13420 13422
+9907 9908 14140 14362
+9902 9904 9906 9916
+10960 13314 13413 13443
+9902 9906 9914 9916
+8126 8258 11034 11048
+5696 5706 5789 13416
+1847 5599 5925 13434
+4640 5925 9065 13423
+1401 4639 4640 9065
+5600 9062 9065 13423
+8392 9060 9062 9064
+5599 5925 13423 13434
+8134 13799 13815 13816
+7657 7745 7754 9210
+3720 8806 8812 13418
+8809 8824 11732 13439
+8823 8832 10869 10925
+9218 9219 9231 9234
+2731 2732 6401 11625
+9218 9234 9904 9916
+4912 4984 10930 13427
+7780 7798 11033 13532
+8355 10226 10228 10229
+8832 10926 10928 13440
+4914 4985 10960 13314
+11281 11282 13447 13448
+5552 13361 13462 13486
+5037 5135 5321 7878
+4642 4851 4951 13362
+10229 10238 10239 10250
+4856 9081 9084 13485
+1795 5912 5913 13362
+819 5328 9272 9913
+4643 5553 13462 13499
+6232 10098 13345 13458
+9071 10048 13501 13502
+820 821 5035 9874
+8450 9070 13459 13804
+8115 13354 13355 13479
+9402 9999 10004 10009
+8126 8291 11048 11051
+5714 5854 8436 8456
+789 9870 9874 9892
+9222 9879 9895 14366
+1404 1405 4642 5913
+7756 8967 9227 12909
+201 9899 9903 9914
+976 977 3708 8783
+7814 14353 14356 14357
+8506 13464 13465 13467
+3517 8126 11244 12436
+8292 11058 11280 13474
+187 6513 6514 7931
+11276 11278 11286 13466
+752 753 787 9905
+11050 11054 13466 13579
+9563 10276 10280 14218
+2340 9244 9866 9891
+11257 13468 13469 13470
+4876 4877 13570 13572
+10024 13451 13452 13453
+13451 13452 13454 13803
+9880 9881 9895 14353
+10095 13451 13454 13457
+8448 8452 8453 9070
+8448 8453 9070 13804
+755 756 7695 9877
+8448 8450 9070 13804
+3185 3315 12242 12278
+9223 9888 9889 14354
+9769 9790 9791 9792
+5669 13546 13558 13559
+8969 9183 9185 9851
+3518 8126 12438 12439
+11426 13572 13585 13609
+4980 11426 13575 13586
+4644 4763 4853 13500
+404 2689 6317 6387
+4823 4888 13640 13641
+4823 4887 4888 13641
+10233 10238 10239 10266
+8965 9221 9225 14357
+934 7273 8685 12667
+754 7693 7694 8967
+8966 14357 14367 14368
+4899 4943 4994 13716
+5905 11050 13505 13507
+8966 9224 9225 14357
+11251 11327 11330 13513
+11049 11284 11325 13513
+11195 11196 11197 11199
+7801 8295 8298 11042
+2608 10204 10223 10224
+13505 13507 13512 13515
+883 3491 8078 12437
+3727 3735 3756 12710
+5548 5647 13523 13524
+6105 6258 6280 13524
+754 755 789 9892
+6262 13359 13494 13524
+11034 11041 11047 11056
+6237 6280 10175 13494
+9074 9075 9077 9079
+824 5037 5135 7878
+8123 8282 13490 14674
+8501 9069 13355 13453
+754 9892 9895 9911
+8115 10144 13354 13355
+197 9222 9871 9884
+5814 8118 13497 13528
+11034 11040 11041 11047
+9222 9880 9895 14353
+11349 11351 11359 13539
+6510 9776 9779 9787
+13531 13536 13537 13538
+7812 7877 7878 7879
+5827 5884 13507 13517
+4809 4852 4979 13535
+5557 13530 13534 13535
+8590 13540 13541 13542
+8590 13539 13540 13541
+5723 5785 5873 8603
+195 9849 9878 9884
+5822 5902 13538 13542
+5657 5665 5902 13510
+1296 4215 6381 6413
+7871 9878 9888 9889
+3735 8677 12700 12710
+13531 13537 13538 13541
+4867 11352 13531 13541
+5657 13535 13536 13538
+11352 13510 13531 13538
+5169 5277 5338 9822
+13510 13531 13535 13538
+3359 11912 11913 11915
+5278 9862 9864 9866
+115 2078 2079 4116
+1191 4116 5170 9865
+8602 8603 11251 11252
+7812 7880 7916 9793
+7190 7220 7228 8858
+5079 9249 9864 9893
+190 2133 2172 9810
+3567 3576 3590 8599
+8592 8595 8610 12503
+3577 11511 12504 12509
+8589 8592 8610 12503
+11355 11358 11382 11383
+4649 4768 5936 13552
+4768 5927 5936 13552
+4729 4898 4899 11710
+5134 7852 9820 9821
+1418 1419 4649 5915
+1804 5927 5936 13552
+1805 1806 5561 13562
+1807 4651 4770 13561
+4508 10890 10908 10969
+5670 5671 5886 13554
+4650 4770 4814 13561
+4770 4814 4933 13561
+8593 11389 13564 13565
+561 562 3039 6764
+8516 8518 8526 12458
+5234 5375 9799 9820
+11388 13563 13564 13565
+8614 11384 11386 11387
+4910 4911 11733 13411
+5031 5371 5382 9391
+8593 8596 13565 13569
+5887 8586 8597 13573
+2172 2298 2337 9795
+2557 10451 10452 10503
+5671 13554 13569 13588
+4910 4911 4975 13411
+11257 13469 13470 13473
+4443 11004 12961 12968
+8503 11054 13466 13468
+2315 2316 2350 9312
+11279 11287 13508 13579
+4910 4975 13374 13411
+8518 12450 12458 12461
+8597 13556 13568 13569
+9848 9849 9871 9876
+9844 9848 9849 9857
+4815 4934 4963 13555
+4876 11426 13574 13575
+2780 2944 11309 11315
+4700 11358 11360 11383
+2780 2819 11290 11338
+476 2761 2762 11031
+195 6521 9848 9849
+509 510 4710 11505
+8639 13601 13602 13603
+9830 9844 9846 9855
+5675 5888 13602 13608
+9829 9830 9845 9858
+4846 4920 4921 13296
+4921 11102 13296 13339
+7854 9844 9856 9857
+4920 4921 11021 13296
+4932 13557 13558 13562
+5673 5887 8613 13587
+8455 10004 10005 10009
+1809 5564 13578 13591
+13556 13576 13577 13590
+4813 4932 11390 13558
+5671 5886 13554 13569
+11481 11584 13613 13651
+5371 9392 9452 9453
+11503 11504 11508 11509
+2558 10496 10498 10503
+8651 11593 13612 13652
+4822 4887 13641 13654
+9849 9855 9857 14351
+4932 11390 13546 13558
+476 2762 6414 11031
+5836 5837 11501 13628
+8608 8633 12529 13699
+8633 8634 12529 13699
+8630 13612 13614 13616
+4888 4960 13639 13640
+11619 11628 11647 11648
+8642 8689 8690 11486
+7855 9830 9846 9855
+4825 4969 4991 13646
+8714 13646 13647 13655
+1818 5572 13655 13657
+8691 13640 13645 13648
+8715 11639 11640 13626
+8699 8718 13622 13623
+2558 10451 10498 10503
+8691 13625 13628 13629
+4888 13626 13639 13640
+7854 9844 9846 9856
+7856 7873 14343 14346
+4959 8639 13603 13635
+11509 11510 13583 13633
+4649 4812 4932 13546
+8632 8652 8653 11418
+5888 5911 8638 13602
+780 9387 9388 9452
+4880 8639 11506 11510
+8712 8713 11646 13722
+7853 9830 9845 9858
+8697 8717 11635 12617
+11522 11609 11633 13621
+9880 9881 9883 14353
+2135 2173 2338 9858
+2074 2238 9822 9824
+4660 4779 5938 13655
+2074 2075 2238 9822
+5681 8714 13648 13656
+4888 13625 13640 13641
+4991 13639 13646 13647
+8714 13640 13647 13656
+4887 4888 13625 13641
+8714 13639 13648 13649
+8714 13639 13640 13648
+4812 4932 11390 13546
+8690 11486 13651 13653
+5911 8630 8631 13634
+11481 13613 13651 13652
+111 2074 2075 4114
+8718 11485 13623 13627
+4785 4831 4944 13305
+4665 4785 4831 13305
+4954 13410 13411 13437
+13626 13639 13640 13645
+5734 8711 12629 13681
+9144 9198 10390 10442
+5734 5839 5889 8696
+3644 12632 12633 12638
+11675 13670 13671 13697
+8705 13666 13667 13681
+4781 4826 4827 13694
+4827 4995 11675 13695
+5683 5684 5840 13670
+8711 11674 13667 13669
+7820 7921 7922 7924
+13660 13661 13668 13669
+8696 8697 13644 13666
+1200 1201 4122 5083
+8696 8697 12619 13666
+7826 7931 9805 9808
+1817 1818 5572 13657
+4484 4494 10897 11004
+4929 4954 4983 13427
+4954 13411 13427 13437
+8709 13685 13686 13724
+8709 13685 13712 13724
+8031 8733 12641 13684
+9814 9815 9817 9839
+8732 11698 13685 13687
+7930 7931 7932 9804
+1821 1822 5576 13693
+5684 5685 5890 13697
+4782 5917 13692 13693
+9191 10443 14445 14446
+4781 13680 13693 13694
+5576 5577 5685 13696
+4828 4995 13696 13697
+5875 8627 8631 8633
+511 11487 11505 11506
+11505 11506 11510 13633
+7860 9809 10535 10539
+5727 5728 5875 12540
+7822 7899 9773 9775
+8842 11102 13291 13296
+8843 11022 13286 13289
+7860 10490 10535 10536
+8618 11503 11508 11509
+10276 10278 10280 10307
+5234 5275 5337 9799
+4995 13677 13688 13697
+4911 4975 4983 13427
+5234 5275 5336 9798
+13676 13677 13702 13704
+2233 2298 9771 9798
+4818 4964 4965 11493
+5387 9769 9770 9771
+5686 13304 13313 13707
+527 10931 11678 11693
+528 4728 11697 11710
+5385 5387 9770 9792
+5675 13601 13602 13608
+5274 9767 9770 9771
+4830 4943 13706 13707
+5736 5835 5895 8729
+8830 13279 13280 13282
+4922 4923 4976 11123
+5335 9724 9761 9770
+2258 2259 2313 9307
+10788 10967 11716 13258
+10944 10945 11712 13720
+9197 14253 14254 14255
+1530 1608 1609 6092
+5710 13729 14134 14727
+6216 6308 10754 13762
+5709 5811 5861 9096
+8918 10245 14206 14215
+184 2130 2169 9742
+4923 4976 11123 13363
+5977 13734 13736 13737
+8837 8846 8852 13295
+5637 13732 13770 13771
+5976 6094 6139 13771
+1614 5976 6095 13737
+4922 4976 11123 13339
+8918 10244 10245 14206
+8847 8848 13280 13284
+7811 7888 7929 9765
+8680 8767 8768 12689
+5711 5883 8427 8439
+6509 7841 9779 14287
+8437 13751 13752 13753
+8437 13748 13751 13752
+9745 9746 9750 14291
+8451 10058 10059 13750
+10006 10090 13749 13750
+383 10008 10034 13758
+6509 6510 9779 14287
+5641 13764 14109 14119
+5703 13315 13363 13389
+10754 13762 13763 13766
+2929 2981 11079 11144
+2232 2298 2336 9771
+9200 9629 9713 10483
+6091 13765 13767 13768
+4111 5075 5166 9767
+9106 10760 13729 13744
+294 2419 4559 4586
+11014 13264 13267 13268
+5387 9769 9770 9792
+4838 4843 4987 13267
+5710 8427 13729 13785
+2231 2232 2336 9771
+4916 4958 4987 13263
+4916 4958 13263 13264
+13738 13741 13753 13791
+8442 8444 8456 12374
+4111 5075 9767 9768
+2298 9769 9771 9798
+5136 5238 7867 7890
+8428 8440 10020 13788
+1507 5514 5515 13957
+5016 5979 6097 13796
+1536 5016 5541 13740
+7827 9742 9762 9777
+1538 1539 1622 13797
+6050 6051 6228 13754
+1492 5501 13801 13802
+9695 9696 9720 9721
+1492 1493 1550 13801
+9550 10224 10225 10245
+9740 9749 14287 14291
+5506 13878 13879 13892
+13865 13876 13879 13892
+10263 10264 13830 13843
+845 3406 12367 12374
+9695 9696 9720 9736
+8430 10022 10028 13787
+8440 8441 10020 10022
+5009 5949 6067 13892
+7811 7850 7851 7865
+5540 5648 5649 13742
+8430 8437 10028 13789
+8431 8435 13789 13790
+7810 7897 7898 9765
+7810 7865 7867 7868
+13731 13806 13807 13808
+5949 6113 6163 13892
+7865 7867 7889 7890
+7811 7888 7890 9791
+9125 13826 13827 13833
+9125 13827 13833 13834
+10066 10250 13824 13825
+2127 2166 9664 9701
+10069 13833 13834 13847
+8305 8362 10251 10252
+1957 9721 9722 9748
+1495 4996 13845 13846
+1496 5504 13845 13852
+6169 6170 13828 13830
+5504 5612 5613 13850
+8386 13827 13829 13837
+9775 9776 9785 14308
+8358 8385 8386 13817
+6511 9774 9776 9787
+7803 8892 10067 13868
+8386 9125 13827 13834
+791 7813 7852 7855
+4443 11004 12961 12970
+5748 5791 5858 8386
+8386 8891 9125 13834
+7826 7931 9808 14310
+5613 5614 5793 13866
+3705 3709 3745 12712
+10066 10238 10250 10265
+5746 5755 5864 13814
+10073 10296 10297 13847
+744 745 779 12026
+7840 9751 14294 14295
+8892 10069 10070 13834
+9738 9744 9764 14327
+8356 10251 13824 13825
+10074 10258 13836 13837
+780 5030 9452 12026
+8317 8910 9549 10236
+8799 8800 10981 12727
+2127 2166 2290 9664
+7439 7699 12381 12397
+6113 13875 13876 13891
+5754 5856 5877 8942
+6178 6284 6311 10329
+8947 10302 10303 13863
+5899 8946 13875 13877
+8942 8952 8958 12883
+10074 10297 13836 13847
+8855 10980 10981 12727
+9721 9738 9747 9748
+5342 9393 9394 9396
+11021 11107 13289 13293
+5031 5032 5372 9388
+1558 1559 5009 6067
+10277 13856 13872 13873
+8949 10329 10346 13883
+5031 5372 9388 9391
+5032 5372 9311 9389
+5791 8386 13829 13837
+8847 13281 13284 13295
+1496 5947 13845 13852
+1178 4107 5163 9690
+7828 9720 9735 9738
+7841 9749 14291 14292
+10073 13861 13866 13867
+1497 5506 13869 13878
+10070 10295 10296 10303
+10433 10439 10471 10527
+1497 1557 5948 13851
+1497 1557 1558 5948
+1496 1497 1556 13851
+10356 14451 14454 14464
+10277 10321 13872 13883
+10318 10319 10320 10321
+8955 8956 13881 13882
+1640 1641 1996 9678
+5998 5999 6176 13857
+9581 9582 14203 14214
+2334 9730 9733 9734
+2296 7923 9760 9790
+1997 5140 9677 9678
+6070 6116 13894 13907
+5951 6070 6116 13907
+2070 2233 2234 9800
+6180 6287 6305 10346
+6311 10329 13888 13889
+6006 10360 10384 13928
+6006 10354 10360 10384
+4253 12252 13188 13190
+6005 10352 10360 13928
+5758 8963 9136 9138
+1658 2016 5146 11940
+6683 10560 14323 14338
+10805 10874 10927 10980
+9142 10388 13932 13937
+7904 9765 9766 9786
+6189 6190 6288 13935
+2759 2760 2925 10908
+12431 13489 13490 14674
+8962 13920 13922 13924
+340 341 6008 10374
+9133 10384 13922 13927
+9337 9349 9353 9357
+8962 8963 9136 13919
+9139 10438 13936 13946
+6247 13957 13958 13959
+1510 1577 1578 13972
+5957 6076 6124 13945
+9139 10438 13942 13946
+10438 13936 13946 13959
+5624 5801 13944 13946
+5383 11783 11844 11845
+5054 5146 5251 11842
+5485 9005 14376 14377
+9010 9151 10398 10532
+6197 6198 13975 13990
+5760 9010 9011 9151
+10433 10441 10471 10527
+10474 13978 13979 13996
+5628 5795 5803 14006
+734 904 3559 12507
+3262 11785 11786 11845
+6075 6123 6247 13958
+1505 1506 5513 13914
+1658 2016 11908 11940
+4139 5064 9567 9570
+6122 6247 10438 13957
+6671 9718 14272 14281
+6014 6015 6192 13968
+2457 2496 10431 10439
+6194 6268 13954 13955
+6193 6265 6269 13964
+347 348 2497 10436
+9718 10420 14269 14272
+6127 6268 6269 13967
+10399 10473 13970 14001
+9148 10337 10433 10441
+6670 6671 14272 14281
+10398 13950 13952 13970
+5474 5475 9136 14447
+791 792 7813 7914
+6607 6611 6669 10421
+5879 10430 13953 13971
+758 791 792 7914
+6447 6725 10409 10411
+6195 6268 6298 13954
+2038 2201 2202 9570
+5274 9724 9767 9770
+1185 5075 5167 9768
+6500 9640 9646 14262
+9020 10454 13996 13997
+1514 1515 5521 14008
+5629 13991 13993 14009
+9 759 7883 7926
+2068 2069 2232 9767
+1185 4111 5075 9768
+6195 6196 6298 13954
+1185 4111 4154 9768
+7915 7921 7922 7924
+8982 9181 9196 9200
+5521 13991 14008 14009
+10525 10526 13954 14005
+1206 4126 5086 9310
+13956 13961 13966 13967
+1207 5086 5178 9309
+13953 13955 13981 14004
+6079 6128 14002 14007
+10516 10526 13979 13984
+6268 6298 13954 13980
+5961 6079 6239 14016
+1207 4126 5086 9309
+2924 2925 10890 10908
+10337 10416 10432 10433
+7824 9014 9015 10396
+10454 10573 13996 13997
+10467 10522 13976 13977
+10424 10510 10524 13954
+6016 10470 13947 13951
+5524 5525 14037 14066
+1678 5097 6773 6815
+13991 13992 13993 14002
+9 759 1894 7926
+1787 1788 5487 6948
+6498 9638 9646 14250
+9157 10601 14022 14392
+7933 9164 10599 10602
+8790 8860 14537 14538
+2759 2924 2925 10908
+649 11882 11886 11889
+7847 10437 10570 13987
+9196 9199 14263 14277
+5805 5881 14018 14020
+9153 9155 14034 14035
+6134 14030 14031 14041
+14018 14020 14032 14036
+9164 10602 14028 14034
+9164 10599 10611 10612
+5097 6773 6815 12077
+8314 9203 9549 14497
+5964 6134 14037 14039
+9154 9164 10601 14027
+9377 14205 14206 14208
+6997 9152 9154 14392
+6950 6982 9152 14399
+5963 14012 14033 14058
+6204 6292 10613 14045
+9680 9700 9701 9722
+6133 14010 14011 14012
+1701 5108 6788 12284
+9746 9750 9751 9755
+6201 6202 14017 14036
+6129 6291 14011 14013
+2128 2166 9700 9701
+10397 10433 10439 10471
+4508 4518 10969 11082
+6030 6207 10666 14079
+9166 9169 14055 14081
+3251 12282 12284 12328
+6028 6205 6206 10656
+9162 10650 10655 14415
+4443 4444 11004 12968
+360 6027 6028 10609
+6029 10653 10654 10666
+177 9710 9711 14284
+9164 9175 14043 14052
+7670 7753 8397 12379
+1701 5108 5200 12284
+14082 14083 14084 14092
+2127 2290 2333 9664
+14082 14084 14092 14126
+7776 8243 10159 10168
+695 3152 3191 11797
+2968 10898 10992 10994
+5200 6830 12284 12327
+1816 5570 13637 13659
+2968 10992 10994 11083
+3254 3255 11740 11742
+181 182 2129 9740
+9159 9160 9170 14064
+5764 5765 9006 9155
+9335 9337 9354 9358
+14053 14054 14055 14064
+9432 9462 9463 9465
+5901 9170 14055 14057
+10588 10667 14072 14086
+6208 10680 14072 14085
+6208 10680 14079 14091
+5528 5617 5636 14088
+8767 8785 12689 12694
+2221 2292 9685 9692
+10671 10672 10697 14082
+9109 9910 10734 10749
+2968 2971 11083 11087
+10670 10671 10697 14082
+9887 10700 10701 10722
+3741 3752 3753 12683
+6136 6138 6293 14072
+3089 3254 3255 11740
+9337 9348 9349 9353
+10670 10677 14082 14127
+5014 6086 14087 14089
+8798 8799 10981 12727
+6252 14085 14088 14107
+9431 9432 9462 9463
+5130 9432 9463 9465
+6278 10732 10742 14110
+6214 6278 10731 10732
+746 747 7753 8397
+5138 9691 9692 9694
+1646 2003 5141 9530
+4999 5970 6089 14120
+9103 14112 14113 14117
+9103 9104 10698 10703
+9086 9087 14112 14116
+9086 9087 9108 14116
+5861 9086 14112 14116
+9111 10724 10731 14113
+10874 10970 10979 10980
+747 748 8394 9352
+4851 4856 13445 13485
+5862 8995 8996 9091
+8528 8545 12516 13153
+7787 8316 8317 9203
+7460 8184 12433 14676
+9086 9098 14707 14717
+8855 10980 10981 11005
+9973 10700 10719 10747
+9096 13763 14116 14123
+9910 10011 10737 10738
+2130 2168 2294 9734
+5263 9689 9691 9732
+5235 5263 9732 9733
+3089 3254 11740 12329
+176 177 2165 9710
+5393 5710 9097 14727
+2003 5141 9500 9530
+6220 6221 10760 13745
+5712 8428 8439 13806
+9257 9924 10052 10769
+2637 9925 9926 9979
+9236 9351 14144 14171
+7589 7590 7595 14734
+8393 9239 9351 9352
+177 178 6504 14284
+9258 9276 9280 9281
+749 7525 8393 8394
+7546 7573 9228 14732
+6706 9336 9342 9947
+6636 6757 9955 14163
+782 783 9298 9347
+9335 9354 9358 14159
+9422 13080 13083 14173
+9192 9636 9640 14271
+8395 8396 8397 9403
+4134 5152 9487 9488
+2184 9349 9359 9384
+9669 9674 9675 9681
+2164 2332 9671 9674
+9240 9330 10041 14161
+14154 14155 14158 14163
+9240 9241 10152 14147
+9237 12373 14144 14145
+8800 8847 8853 11005
+6540 6708 14162 14163
+2163 2287 2331 9639
+2126 2288 2289 9668
+8796 10827 10829 11070
+8395 9288 9407 14172
+9239 9241 14147 14160
+9359 9360 9398 9410
+7790 8319 10828 11166
+9424 10047 10118 10119
+9425 10106 10110 10120
+9425 10106 10118 10120
+8398 9216 9400 9401
+6709 6710 10049 14156
+7354 7657 7658 9210
+8402 9407 14154 14157
+9424 10043 10047 10049
+9667 9668 9669 9670
+6638 6710 6744 10049
+8212 9025 9029 14174
+9669 9671 9674 9676
+2054 4104 9650 9655
+4669 4788 4835 13327
+6612 6647 10183 10185
+10239 10250 10253 10265
+4147 5070 9655 9661
+6751 9544 14187 14198
+3763 3765 8768 12694
+8218 9028 14185 14196
+7787 8317 9377 10217
+7787 8910 9548 9549
+991 3716 3717 12682
+8218 8232 9541 14192
+9524 9535 9545 14182
+8232 9541 9543 14192
+8232 14179 14189 14192
+5241 5269 9619 9652
+5160 9648 9649 9651
+8201 9362 9375 9376
+9029 14164 14165 14175
+4904 11727 11728 13272
+4733 4734 4903 10967
+10961 10962 10963 11724
+9555 9576 14202 14204
+9541 9544 14186 14187
+10213 10226 10229 10234
+6482 9537 9541 14187
+9541 14185 14186 14195
+9553 14199 14200 14204
+8304 8305 10079 10197
+24 920 7354 7658
+8910 9377 14203 14206
+7787 8221 8316 14197
+6483 6484 6652 14207
+2894 2895 2963 11624
+10280 10281 14217 14219
+4145 5160 9648 9649
+2527 2528 10205 10210
+10279 10304 10305 10317
+9582 14202 14203 14205
+9528 9577 10276 14218
+8916 14213 14216 14219
+2125 2163 2287 9639
+2125 9640 9670 9674
+7988 12288 12294 12295
+1641 5042 5140 9678
+991 3717 5451 12682
+2000 9568 9586 9623
+1642 1997 1998 9633
+8911 8917 14227 14229
+1155 4092 4134 5152
+1359 1360 4634 6456
+9528 10276 10280 14218
+8912 8918 8922 14222
+6491 10331 14232 14236
+10331 14232 14233 14236
+6491 9599 14236 14239
+390 391 10128 10142
+10364 10373 14261 14266
+1957 1958 7833 7839
+6491 6659 10331 14232
+1155 4134 5152 9488
+8713 11619 11628 11644
+9149 9150 9712 14454
+9189 10310 14240 14248
+192 193 2173 9843
+7049 7056 7074 14440
+8822 10876 10929 13419
+9642 14275 14301 14302
+9194 14252 14271 14273
+2162 9626 9628 9637
+8981 9194 9196 14457
+7055 14457 14459 14473
+7071 7085 7091 14456
+8822 8854 10876 10929
+14267 14268 14279 14286
+8339 8346 11139 11140
+9200 9641 9642 14277
+9641 14274 14277 14285
+176 6502 9711 9716
+174 175 6501 14270
+1961 1996 9677 9682
+1996 9675 9677 9682
+9635 9639 9640 9646
+9630 10415 10416 10419
+10486 14276 14283 14302
+9642 10463 10484 10486
+6503 6504 9711 14276
+991 5450 5451 12682
+8984 8985 8988 8989
+7839 9748 9753 14294
+8981 9181 9196 9199
+1155 5060 5152 9488
+1960 9192 9194 9636
+8518 8526 12458 12461
+1960 8981 9192 9715
+7834 7837 14288 14327
+1178 4107 4149 5163
+6673 6674 14283 14299
+7986 12243 12273 12286
+8984 8991 14371 14381
+7950 7959 7994 8037
+2456 10416 10431 10432
+14301 14302 14303 14304
+2121 2159 9589 9596
+6675 9788 10461 14298
+6506 9755 14296 14299
+2386 4543 10422 10427
+9746 9751 9755 14295
+14276 14283 14299 14302
+14295 14296 14298 14303
+10513 10514 10517 10521
+8886 8888 11175 12787
+2419 4560 4586 9966
+6614 6724 9714 10428
+9589 9596 9597 9607
+6618 6679 6728 9783
+9809 10495 10538 14318
+1178 5072 5163 9690
+7959 12243 12265 12278
+9588 9591 9592 14224
+10772 10779 10864 13256
+6619 6728 10496 10634
+1961 1962 9627 9677
+4252 4253 4428 12252
+2060 2223 2224 9683
+6619 6680 6681 14319
+2058 2221 9684 9686
+7900 10538 10632 14317
+9774 9785 14310 14316
+7862 14322 14325 14336
+7862 14324 14325 14336
+6684 6731 6732 14331
+278 2402 4551 4615
+5451 8741 12682 12687
+7914 9811 9813 9826
+167 2160 9607 9610
+7858 9841 10584 14330
+9807 9809 10538 14324
+7876 7885 9177 14408
+2631 2668 10622 10635
+7271 7298 14566 14567
+10622 10627 10628 10640
+2398 4549 10552 10557
+9807 10538 14312 14325
+2399 2565 10550 10551
+2853 2854 2941 11212
+2564 2565 10551 10586
+2420 2585 9963 9966
+7814 7871 9883 9885
+8969 8972 9225 9882
+10138 10144 13355 13456
+9627 9633 9637 9677
+6519 6687 6688 14341
+7849 14335 14402 14403
+3089 6790 6832 11740
+1961 1962 7021 14458
+7015 7017 7018 14402
+8684 8753 8757 14574
+7814 8968 8969 9185
+9179 9184 9851 10690
+6755 9890 10682 10687
+11571 13190 13193 13213
+9183 9184 9851 14350
+9852 10694 10695 10711
+1964 9594 9597 9623
+7871 9849 9878 9884
+9853 10669 10670 10697
+7815 9317 9882 10748
+9597 9606 9607 9608
+2573 10682 10686 10691
+9100 9886 10701 10748
+165 166 2121 9607
+4556 4635 6461 9980
+165 2121 9596 9607
+9318 9879 9895 9896
+9220 9221 14140 14357
+165 9596 9599 9607
+8965 8966 8967 14368
+8417 8969 8975 9183
+6967 8989 14369 14370
+2203 9567 9569 9625
+10873 10874 10915 10979
+2202 2203 2320 9625
+6967 8978 8989 14369
+2120 2320 9585 9624
+6966 6979 14375 14380
+1068 8992 9019 14373
+2419 2420 2585 9966
+6965 9017 9018 12959
+1966 2001 2002 9561
+9683 9688 9689 9691
+4533 4597 6438 10269
+8917 14223 14225 14230
+6996 7009 7014 14382
+7900 10546 10547 10548
+5764 5765 5804 14026
+1199 1200 4121 5174
+5489 6950 14399 14404
+6533 6534 6702 14152
+7999 8000 8038 8041
+5764 5765 9155 14026
+5525 5633 5634 14050
+9159 14044 14047 14049
+1199 4121 5082 5174
+8917 9595 14223 14226
+7831 9775 14307 14313
+7822 7831 7909 7910
+6939 6990 7908 14387
+1892 1956 6962 14389
+1956 9764 14306 14327
+1200 4121 4164 9263
+561 3039 6764 8154
+13279 13282 13283 13286
+6532 9344 9924 14149
+2420 4560 9963 9966
+10522 10525 13976 13977
+6513 6681 9807 14312
+3161 3200 11840 11851
+7010 7018 7884 14395
+7876 10618 14408 14423
+7876 14337 14402 14423
+7016 7019 7885 14397
+8920 9188 14235 14236
+8917 9591 9595 14226
+8907 14210 14222 14224
+786 819 5034 9254
+8356 10261 13823 13826
+7019 7885 10596 14393
+714 3161 3201 11922
+10537 10544 10545 10546
+7887 10596 10597 10610
+2199 2200 2328 9526
+7876 7918 10615 14401
+6994 7018 14398 14403
+9172 10661 10662 14074
+9164 9175 14046 14052
+9835 10661 10662 14074
+9094 9178 10674 14128
+8356 9125 13825 14490
+8995 9000 9168 14093
+2199 2328 9514 9526
+7918 10591 10608 10615
+9833 10639 10647 10660
+7817 7920 7925 14333
+7913 10584 10635 10652
+1895 6940 6964 14410
+3201 11897 11898 11922
+5293 5348 12016 12018
+9803 9814 9817 9839
+5431 7275 7298 14567
+7856 7873 14342 14346
+7848 7919 9812 9838
+1031 5471 5484 12883
+9528 10224 10244 10245
+38 1778 5471 7052
+9583 10225 10245 14206
+5471 5484 5754 12883
+5185 6768 11999 12001
+9582 14205 14206 14208
+7025 7047 14434 14435
+3161 11851 11852 11853
+8921 10219 12885 14433
+9550 10225 10245 14206
+160 6486 6487 9574
+9631 10407 14255 14265
+7028 7050 8919 14432
+10355 10358 10359 10382
+7027 7056 7060 14441
+10220 10243 14437 14441
+8188 13067 13069 13089
+2451 2614 2660 10327
+1671 5185 6768 12001
+9144 10363 10375 10389
+9189 14246 14248 14249
+7056 7060 7088 9191
+714 715 3201 11922
+6486 6487 14212 14213
+390 10129 10137 13455
+5196 5300 5301 12197
+3254 11740 11742 12329
+3978 8900 12819 12941
+9196 9629 14277 14279
+9149 10356 14451 14454
+3334 3362 11897 11901
+9142 9149 10356 14450
+9144 9149 10388 10442
+9533 9547 9572 9576
+9533 9572 9575 9576
+3978 3990 3997 12937
+2123 9612 9626 9633
+5373 5378 9601 9625
+6901 6908 6919 12944
+6533 6701 14149 14152
+3725 8750 8751 8752
+5448 8748 8750 12672
+1138 4025 8748 8750
+3254 11742 11743 12329
+1605 5972 6090 13768
+5243 9566 9569 9584
+5196 5300 12197 12198
+9142 14444 14450 14452
+9713 10337 10356 10441
+14442 14444 14451 14452
+5046 9514 9515 9530
+5045 5046 5384 9587
+11161 13038 13063 13065
+5115 5207 5366 11765
+7095 7098 14471 14474
+9629 9630 9712 9713
+9011 9017 9018 14379
+8931 9137 9146 14466
+7092 14463 14465 14476
+4452 11162 12365 13065
+396 2771 8109 8307
+7093 9146 14449 14450
+8923 9577 10219 10220
+7038 9008 12948 14480
+7093 7096 7099 14450
+7068 12950 14477 14479
+9544 14186 14187 14198
+8300 8303 12810 14483
+9524 9545 9554 9556
+8324 11170 12803 12804
+1715 5115 6839 11765
+8301 8304 10195 10196
+8375 12809 12810 13776
+9048 12809 13776 14485
+8219 14178 14191 14494
+1005 8211 11985 12816
+6649 6751 9544 14198
+1004 8211 12815 12816
+9545 9553 14182 14183
+6482 6651 14187 14199
+8099 8107 8335 14174
+9522 9523 9545 9547
+3798 3818 3830 12791
+8132 8142 8385 13813
+8146 8386 10263 13841
+3859 3888 3889 12824
+9522 9524 9534 9545
+1715 1716 5207 6798
+7178 7180 14496 14504
+7788 8314 8316 9203
+7787 8216 9203 9548
+2115 2116 2272 9506
+7160 7178 14496 14502
+3359 3376 11912 11915
+152 2114 2153 9364
+3899 3914 12848 12867
+7181 12875 14504 14505
+3907 12843 12849 12878
+2114 2153 2275 9369
+7183 12849 12878 14511
+7135 14498 14500 14509
+7173 8051 12882 14514
+7104 7128 7141 14501
+1965 2001 9561 9586
+1716 5207 6798 6840
+5191 5218 12155 12157
+7135 7141 14501 14509
+7153 7154 8939 14520
+3064 3229 12156 12157
+980 1138 5448 8750
+5100 12137 12156 12157
+6885 6910 6929 12832
+8306 8356 8357 10082
+346 347 2457 10439
+8051 8857 12846 14759
+2931 11125 11133 11147
+3887 8857 8906 12837
+7304 8753 8757 14574
+6605 6667 6668 10368
+7657 7658 7745 9210
+1951 7524 7546 14732
+9513 9532 9533 9547
+1146 3781 4032 4042
+2003 9500 9530 9532
+6869 6874 8054 12739
+3701 3730 3731 12725
+9527 9532 9533 9573
+7259 12733 14533 14534
+1967 9500 9523 9547
+8879 12772 12778 12779
+1967 1968 7681 9202
+8874 12749 12755 12757
+7244 7245 8874 14540
+1967 1968 9500 9523
+9545 9547 9554 9576
+7230 8873 8874 14529
+2036 2199 9517 9526
+4371 10794 10844 10862
+8306 8356 8357 10259
+6884 7119 7150 7152
+5041 5139 5239 8049
+8356 8357 10260 14490
+5046 5317 5384 9514
+1023 1024 1144 3784
+5041 5139 8049 9757
+2530 2531 2657 10223
+2199 9516 9518 9526
+10940 10945 11710 13711
+2035 2199 9517 9518
+12739 14521 14522 14524
+2035 2036 2199 9517
+2657 9528 10223 10268
+9121 9123 14539 14551
+7265 8881 9123 14533
+7264 9120 14540 14541
+2194 9489 9490 9510
+8915 9560 9561 9565
+5330 9499 9501 9509
+2612 2657 9528 10268
+155 2115 9521 9536
+7258 7261 7266 9121
+2531 2532 10241 10268
+8470 11200 13089 13093
+2531 2532 2612 10268
+9522 9523 9534 9545
+2326 9499 9508 9510
+4038 8863 8864 14557
+1119 1120 4038 8863
+7640 7768 8861 12752
+5430 5431 5449 14566
+2479 2677 10107 10108
+7271 7293 7305 14568
+2116 9508 9521 9522
+7305 7331 8751 8752
+8683 14571 14573 14576
+6668 10405 14264 14268
+5060 5259 5262 9482
+5060 5151 5262 9482
+3713 3726 3734 12673
+7295 7320 12671 14571
+7300 14571 14573 14576
+9499 9500 9509 9520
+5151 5256 5262 9482
+7305 8752 14568 14572
+8684 8753 14562 14574
+2531 10222 10241 10268
+5273 5381 9727 9761
+983 984 3724 8753
+5381 7867 7889 9727
+2531 2612 2657 10268
+9522 9545 9547 9554
+10097 13451 13454 13457
+2328 9514 9529 9560
+5242 5261 9487 9489
+2322 2326 2347 9499
+1138 5448 8748 8750
+1926 7608 7609 9205
+4036 14580 14581 14583
+7291 7307 7313 8572
+1928 7291 7713 7714
+8578 8580 8582 12592
+3715 5449 8744 12674
+1115 4036 14581 14583
+9118 14597 14598 14599
+14590 14597 14598 14599
+2190 9481 9482 9484
+7395 7411 7412 14621
+4047 4069 4085 8524
+12472 12474 12477 14622
+981 982 3725 8750
+8524 12474 12477 14622
+5284 5341 9306 9308
+10783 11707 11708 13720
+2189 2275 9370 9481
+7351 7375 7382 14607
+528 529 4729 10940
+2275 9370 9480 9481
+7381 8581 12574 12578
+7952 11744 11787 11788
+2191 2192 9482 9493
+4016 4050 7394 14615
+5284 9306 9307 9308
+7437 8486 9206 9208
+6532 9278 9344 14149
+4015 12473 14615 14622
+4069 14605 14615 14622
+12473 14615 14618 14620
+9480 9492 9503 9505
+8512 14615 14621 14622
+8120 11066 13461 13484
+8233 9367 9368 9494
+9436 9469 9472 9478
+10933 11552 11608 11609
+8063 8190 9041 13110
+9436 9469 9474 9478
+9037 13110 13111 13113
+8467 8476 12454 12455
+11552 11608 11609 11611
+8475 8481 8482 12457
+3544 12466 12467 12471
+6605 6611 6668 10414
+3544 3546 12463 12471
+8719 11569 11608 11610
+3476 3505 3515 12472
+8516 8518 9117 14635
+914 915 7369 12495
+7368 7399 12494 14642
+6533 6534 9282 14152
+8161 9438 9443 9469
+8525 12475 14626 14634
+3477 3478 3506 4013
+3578 12499 12510 12511
+7371 8544 12498 14641
+3565 3566 12501 12512
+7942 8720 11615 11648
+861 862 1125 7442
+8467 8468 8474 8483
+8479 8541 13136 13146
+5097 5188 5295 12077
+4052 4074 4075 7388
+7444 7466 14644 14650
+7782 8062 8190 8194
+2531 2657 10223 10268
+5294 5326 12066 12076
+8062 8194 9469 9470
+1122 6867 6878 14644
+7961 12242 12243 12278
+7493 12383 12386 12402
+6867 14644 14647 14650
+8276 8278 8280 14665
+3444 3464 9216 12375
+11208 11212 11213 11215
+7498 7505 7514 14655
+7514 12388 14654 14655
+7511 7518 7520 14658
+3441 3454 12399 12403
+3447 3461 8399 12376
+5252 5253 5361 11739
+3461 12389 12393 14656
+5343 9397 9426 9464
+5253 5305 5361 11737
+1940 7461 7698 12397
+7474 8405 12394 12397
+10912 11212 11215 11376
+3012 8270 11063 11208
+3435 8447 8457 14655
+7518 7520 14658 14659
+2266 9381 9397 9428
+5225 9461 9464 9465
+8276 10005 10009 10147
+2110 2111 8155 8168
+8443 8454 14657 14664
+147 8149 8155 8171
+7942 7993 10935 11616
+5111 5306 11735 11736
+5317 9514 9516 9526
+148 2110 2111 8155
+8168 8172 9430 9458
+5029 5288 5344 9458
+9287 9398 9406 9410
+8254 8255 9401 10101
+7460 8183 12435 14671
+5317 5329 9515 9516
+8162 9439 9446 13088
+8254 9214 14667 14668
+5552 5661 13361 13462
+8254 8276 8278 14678
+8281 13489 14663 14665
+2546 2619 10404 10414
+2149 2276 2327 9445
+8413 8416 8424 12920
+11721 11723 12298 13191
+2149 2187 9444 9445
+8181 9338 9412 9420
+4174 4175 4399 13042
+5034 5280 5328 9255
+9412 9418 9419 9451
+8421 8423 12920 14690
+8974 9095 9101 14693
+744 9435 9437 9450
+4175 4340 4399 8348
+8060 8168 9430 9466
+8974 8999 9001 9095
+2269 2327 9433 9462
+7578 7596 7598 14701
+2346 9430 9459 9466
+2269 2276 2327 9462
+14154 14156 14158 14163
+5328 5339 9252 9255
+9358 14154 14159 14162
+7563 7564 14717 14720
+7575 7576 7585 14693
+14703 14707 14717 14720
+6543 9360 9414 9423
+10045 10109 10110 10112
+5080 5339 9248 9253
+9415 9422 9423 14173
+9341 10043 10044 14158
+6540 6541 9358 14156
+9415 13080 14172 14173
+9360 9414 9415 9423
+5339 9251 9252 9255
+9089 9099 14707 14715
+8993 9089 14697 14707
+9407 9415 9416 14173
+9289 10117 10119 14157
+9087 9088 9089 14130
+9422 13080 13082 13083
+9098 14121 14133 14134
+9288 9415 13077 13078
+2619 10404 10414 10419
+9097 14122 14134 14136
+9386 9387 9388 9390
+4429 4430 12299 13191
+9287 9411 9412 13077
+9243 9244 9247 9913
+7693 7694 7756 8967
+7552 7572 7582 12909
+5339 9248 9251 9252
+216 217 9410 9414
+746 8397 9399 9403
+7599 14724 14730 14734
+7586 7587 7600 14709
+8965 9218 9219 14710
+9287 9288 9398 9403
+7323 7333 8757 14579
+5279 5339 9248 9252
+7304 7323 7333 8757
+2545 2546 10366 10414
+9230 9259 10053 10054
+207 6533 6534 9282
+7985 12250 13187 13192
+9286 9956 9993 9997
+9390 9413 9451 9452
+1195 5080 5172 9253
+10224 10270 10272 10275
+781 814 5031 9388
+7438 7697 8405 14645
+5285 5342 5382 9394
+5488 5764 5765 9006
+5096 6814 12067 12068
+3053 6814 12067 12068
+1677 5188 6772 12067
+7357 7379 12573 12580
+5226 5341 5372 9311
+2264 2265 2353 9396
+5305 5361 11737 11741
+1119 4003 4004 8055
+1122 1123 6878 7465
+5110 5202 5361 11741
+8597 13567 13568 13574
+8595 8596 8598 13564
+5306 11736 11739 11741
+3257 3322 11737 11739
+3092 3257 3258 11736
+781 813 814 5031
+5110 5305 5361 11741
+4665 4785 5931 13305
+5342 9345 9394 9396
+5285 5341 5372 9313
+4242 4243 12148 12149
+1208 4127 4170 9345
+5457 5458 5755 8385
+5251 5363 5383 11786
+5251 5383 11786 11941
+5696 5705 5904 13425
+5178 5342 9314 9345
+5740 8839 8850 12776
+1142 5447 5464 14546
+5711 5807 5883 8439
+5594 13364 13366 13367
+51 1777 1849 7118
+5394 5395 5711 14733
+1775 5462 5463 7115
+5087 5286 5342 9383
+2101 2265 9382 9383
+8389 8877 8882 14761
+8135 8392 9051 9057
+1736 5394 5395 14733
+5405 8443 8502 14657
+11122 13381 13384 13386
+1029 1030 3767 5469
+8824 10924 11731 11732
+5405 7450 8502 14657
+5399 5404 14652 14657
+1484 1847 5925 13434
+5404 5405 7450 14657
+5404 5405 5608 14657
+1328 4572 6559 10282
+2370 2371 10282 10283
+8559 12194 13164 13167
+246 2370 4535 10282
+2370 4535 10282 10283
+3948 6855 8928 8929
+2371 2372 10282 10290
+2371 2372 2537 10290
+1022 7603 7624 12742
+2372 2373 10289 10336
+9027 9029 14164 14165
+2537 2538 10290 10311
+5734 5735 5840 8711
+1159 4137 5154 9518
+5438 5439 5735 12633
+9364 9378 9379 9542
+7102 7127 7137 14194
+8218 8232 14189 14192
+1646 5046 5141 9530
+2372 2537 2538 10290
+10267 10293 10295 10299
+669 4242 4243 12148
+10357 10395 10417 10530
+8489 8526 12475 14634
+1052 7040 9008 12819
+5431 5448 8748 12672
+90 2053 2054 4146
+10820 10827 12728 14526
+8166 11871 11878 11881
+9021 10569 10581 13988
+1970 7792 9365 9495
+989 5448 5449 12672
+5172 9251 9253 9291
+5996 10267 10293 10295
+8947 10302 13863 13868
+142 2106 4130 9427
+8066 9366 9486 9511
+5088 5179 9397 9428
+155 2115 2116 9521
+5460 5461 5750 8933
+5460 5461 8933 9129
+5432 5602 7281 8644
+5726 8585 8586 8587
+2153 8233 9366 9369
+959 3644 3645 12633
+5460 7113 8891 8933
+7792 8200 9363 9366
+10070 10296 10303 13862
+9069 10138 13355 13453
+9352 9353 9354 14170
+5471 5754 8952 12883
+534 535 4735 11013
+10303 13858 13862 13863
+7231 8874 14546 14547
+10070 10303 13862 13863
+1062 5481 5482 12847
+6606 6661 10310 14249
+5482 5483 5750 8935
+2537 2615 2660 10311
+5179 5286 9381 9383
+2615 10285 10310 10311
+214 6541 9358 14168
+5462 5481 5482 12847
+9357 9398 14168 14169
+2419 2420 4560 9966
+5493 6969 8997 12911
+213 214 2145 9337
+6476 8109 8308 8310
+3140 3308 12158 12173
+49 1110 12488 12489
+2145 2183 9337 9348
+749 852 1953 7525
+8055 8861 12754 14557
+2537 2538 2615 10311
+2660 10285 10286 10311
+3089 3090 6832 11740
+12145 12189 12190 12191
+2615 2660 10285 10311
+10315 10318 10320 13870
+669 4243 12146 12148
+3742 3753 8805 8819
+1508 5515 5516 13958
+13936 13946 13958 13959
+5624 13946 13958 13959
+4998 5956 6075 13958
+5526 5635 14060 14068
+1521 5526 5527 14068
+1328 6440 6559 10282
+8486 9208 12478 12479
+84 85 2048 4101
+1639 1640 1995 9757
+1171 4145 5160 9649
+5526 5527 5635 14068
+212 213 2183 9335
+749 9283 9350 9351
+5537 5538 5637 13771
+6148 6241 13745 13782
+6148 13769 13770 13782
+752 9322 9323 9917
+266 267 2391 4609
+5537 13769 13770 13771
+5537 5637 13770 13782
+2072 2073 9818 9819
+193 194 2135 9843
+192 6518 6519 9847
+3138 3306 3343 12147
+10961 11010 11013 11725
+2273 8168 8172 9430
+1208 1209 4170 5087
+5537 5637 13770 13771
+2106 2269 2270 9434
+10313 10314 10315 10316
+9564 10313 10314 10315
+5647 13359 13497 13528
+5647 5814 13497 13528
+6184 6185 10384 10385
+2494 10390 10401 10406
+8270 11063 11064 11213
+4340 4399 8348 13045
+1544 5547 5548 13523
+2179 2308 9256 9275
+2141 2179 9275 9277
+5486 5763 5772 9015
+5558 13536 13543 13545
+4931 13544 13547 13552
+1802 1803 5558 13543
+1592 1593 6084 14070
+4767 4810 13543 13545
+4767 4810 4811 13543
+1803 5558 5559 13543
+6094 6139 13770 13771
+1523 5014 5968 14087
+1815 1816 5570 13637
+2415 4557 4621 9928
+1815 5569 5570 13650
+5535 5643 13765 13774
+1529 5534 5535 13767
+5678 5679 13620 13638
+1530 5535 13767 13773
+5570 5678 5679 13638
+5570 5678 13638 13650
+10129 10141 10161 10166
+5545 5546 5654 13352
+5581 13270 13309 13310
+5689 13306 13307 13721
+10243 10314 10326 10327
+5981 6099 6155 13809
+6231 6283 6310 13780
+933 3627 8676 12664
+1828 5582 13270 13324
+217 218 6544 9421
+5592 13292 13329 13333
+10243 10314 10327 10332
+1326 4534 4598 6439
+242 243 2367 4597
+2539 10334 10336 10365
+3218 3298 12040 12066
+2532 2609 2612 10240
+5592 13301 13329 13333
+2368 4534 4597 10269
+240 241 2365 4596
+5592 5701 13301 13333
+241 242 2366 4533
+241 4533 4596 10242
+2373 2539 10334 10336
+3806 3814 3829 8863
+2374 2539 2540 10334
+1670 1671 5093 12001
+3047 3048 3213 12019
+5093 5185 5292 11999
+5026 5219 5292 12015
+2688 2853 2854 10912
+7305 7306 7331 8751
+1671 5093 5185 12001
+8669 8674 12668 12680
+2373 2374 2539 10334
+2374 2540 10333 10334
+2374 2375 2540 10333
+3064 3065 3230 12156
+4493 8346 11126 13045
+3062 3063 6819 12138
+2616 9189 10310 10365
+2616 2658 9189 10310
+2538 2615 10310 10311
+5100 5218 12156 12157
+2538 2615 2658 10310
+2430 4565 9972 10033
+424 425 2710 6362
+1663 5056 7949 14748
+2539 2616 2658 10310
+5636 5784 14073 14097
+1115 14583 14587 14589
+5209 6801 11770 11782
+5636 5784 5806 14097
+10324 10348 10350 10351
+1717 1718 5208 6841
+1718 5117 5208 11767
+1717 5208 6841 11751
+10324 10347 10348 10351
+10348 10350 10351 10354
+6428 6718 13115 13133
+5823 8116 8129 13461
+5814 5821 8112 13493
+1092 1093 3944 5496
+5656 5821 9080 13493
+9201 9705 9713 10356
+5405 5406 5715 8502
+5719 5823 5824 8129
+5560 5561 13557 13558
+6237 10145 13494 13496
+5560 5561 5669 13558
+5560 5669 13546 13558
+5560 13546 13557 13558
+5571 5572 5680 13656
+5571 5679 5680 13636
+3779 3784 3816 4031
+1773 7113 7114 9129
+4410 4477 11317 11342
+1025 5464 5465 12748
+5128 12070 12071 12075
+10084 13811 13812 13819
+5571 5680 13636 13656
+10430 13953 13970 13971
+4834 4904 13271 13342
+9982 9983 9987 10014
+4834 4904 4946 13342
+659 4232 4233 12101
+2765 2931 11125 11133
+2511 9986 9987 9991
+659 3134 3173 12097
+5702 13340 13366 13367
+5477 5485 5760 14376
+8869 10826 10827 10917
+1404 4642 4761 13362
+4804 4807 13516 13522
+5663 5664 5827 13509
+4695 4864 4865 11330
+4804 4862 4863 13516
+9977 9982 9983 9984
+4471 4502 4511 11214
+4493 8346 11126 11127
+1431 1432 4775 5937
+4656 4775 5937 13631
+1420 1806 4650 13562
+9977 9982 9983 10014
+7783 9044 11870 11889
+4819 4937 13617 13618
+9324 9977 9983 10014
+8270 11064 11213 13076
+5048 9368 9372 9496
+5859 5878 5907 8834
+8845 10953 13379 13380
+5468 5751 5752 8877
+8845 8883 13380 13383
+3128 8169 8177 12013
+5289 8149 8150 8174
+8877 8878 8883 12785
+9142 9149 10356 10388
+5469 5752 5753 8882
+9142 9146 10356 13932
+1203 4124 5176 9302
+10820 10827 10917 14526
+146 561 1150 8154
+2259 2260 9306 9308
+5085 5177 5284 9308
+5396 5397 5713 12367
+5396 5713 8430 12367
+2055 4147 9655 9661
+148 3128 3167 8169
+2057 2220 9657 9686
+5224 5258 5270 9659
+1649 2005 5142 9496
+2278 8233 9370 9371
+10356 10380 10441 13932
+10364 10372 14257 14260
+9337 9353 9354 14169
+5746 8131 8139 9058
+2262 9309 9312 9314
+9370 9372 9373 9497
+5746 5755 8132 13814
+9190 10362 10370 10444
+5052 5365 11955 11972
+2145 2184 2344 9348
+5473 5756 5757 8960
+8961 8962 13922 13923
+5760 5772 5788 9010
+622 3099 3100 6837
+3267 11914 11915 11942
+5798 8961 13916 13917
+9190 10364 10372 14257
+2099 4169 5178 9309
+5089 5180 5287 9434
+1207 4126 4169 9309
+3626 3655 3656 12656
+5736 5737 5895 8729
+4126 5086 9309 9310
+960 5439 5440 8736
+3646 5440 5441 8707
+1512 1513 5011 13986
+5473 5757 8960 14448
+2100 2101 4170 9345
+3626 3655 12654 12656
+6016 6193 6194 13951
+5779 8494 8497 8498
+2260 2261 2344 9313
+9290 9298 9346 9347
+4471 10912 10913 11215
+9189 9190 10364 14245
+9290 9347 9348 9353
+649 4223 4338 11886
+6099 6155 13795 13809
+5578 5677 13700 13707
+5610 5787 8391 13822
+5610 5611 5790 8391
+10370 10371 10393 10406
+10370 10371 10372 10407
+1775 1776 5463 7116
+10370 10371 10372 10444
+747 748 782 9347
+10369 10370 10406 10407
+5624 5801 5802 13944
+3767 5469 8882 12799
+5753 5865 8139 13398
+5864 8130 9058 13815
+747 9347 9352 9353
+4873 11388 13563 13565
+5725 5831 8592 8593
+5801 5802 9139 13944
+5673 8613 13586 13587
+4651 4771 4815 13589
+3656 3657 8676 8731
+5459 5748 5749 8891
+5004 5507 13891 13892
+2662 10370 10393 10406
+10362 10370 10393 10444
+10362 10363 10393 10444
+712 11851 11853 11928
+5760 5788 9010 9151
+747 9347 9349 9385
+5643 5644 5812 9927
+5642 13762 13764 13766
+11900 11904 11905 11911
+5642 5643 5812 9105
+1926 7609 9205 14594
+939 3632 7717 7748
+3115 3116 5211 6845
+12 794 1665 8007
+5659 5823 7802 13461
+3104 3105 3270 11765
+454 2739 2740 6342
+5823 7802 8116 9080
+910 3562 3573 7661
+734 3559 8528 12507
+8112 8116 8117 9074
+9290 9337 9348 9353
+2739 2905 10882 10897
+748 749 783 9295
+1082 1083 6954 12898
+10380 13931 13932 13999
+10380 10397 13948 13998
+816 5033 5131 9296
+5834 5836 13614 13620
+10380 10397 10472 13998
+1715 5115 5207 11765
+3105 6798 6839 11765
+2087 2250 2251 9260
+10380 10397 10441 10472
+5690 5844 5845 13341
+10380 13931 13998 13999
+5690 5691 5845 13341
+6486 6654 6655 14213
+10380 10441 13931 13932
+9481 9493 9503 9505
+2085 2249 9273 9274
+5762 8949 8952 8953
+8948 8950 8956 10277
+8944 8948 8950 13873
+5043 9590 9602 9633
+10380 10472 13931 13998
+123 124 2087 4163
+3656 8676 8731 12656
+5115 5366 11765 11943
+5867 8721 8737 8741
+165 6491 6492 9599
+5738 5780 5867 8721
+10380 10441 10472 13931
+8987 9201 10357 10455
+6607 6613 6670 14272
+750 751 9276 9921
+8834 8837 8846 8887
+749 9281 9283 14150
+4541 6564 10408 10413
+9258 9280 9281 9284
+4103 5160 9647 9648
+8987 9182 10455 14380
+1350 1351 4580 6570
+2560 10491 10497 10539
+2131 2170 2335 9759
+1353 4581 6571 10489
+9016 9182 10455 14380
+188 6514 6515 9806
+7819 9016 9182 10455
+9275 9276 9277 9280
+8886 8887 8888 13430
+7824 9010 10396 10532
+7824 9010 10378 10532
+2143 2181 2342 9293
+1362 1363 4583 6576
+5076 5168 5337 9818
+197 6523 6524 9884
+5733 5896 8689 8698
+2142 2181 2311 9284
+2140 9322 9343 9915
+7824 10378 10395 10532
+207 2142 2180 9280
+206 2180 9275 9280
+3104 3270 11765 11943
+5081 5229 5280 9274
+2309 9256 9258 9275
+205 2141 2179 9277
+2178 9272 9322 9903
+8951 8959 13871 13885
+5793 5900 8944 13863
+2739 2740 2905 10882
+5792 5897 5900 9124
+4444 4445 12968 12980
+9272 9322 9903 9916
+9318 9896 9900 9902
+5793 5900 9124 13863
+214 2184 9337 9357
+2273 2274 8168 9466
+5782 5875 5909 8627
+224 6428 6550 8063
+2107 2271 8151 9429
+5781 5782 5909 8626
+8161 9435 9440 9444
+2107 2270 2271 9429
+6598 6649 6751 14198
+1318 1319 4594 6554
+9554 9555 9556 9576
+6481 6650 6751 14187
+2184 9337 9348 9349
+6481 6751 9544 14187
+10424 13954 14004 14005
+10424 10533 14003 14004
+2494 10390 10393 10406
+2139 2305 2341 9272
+2120 9589 9594 9596
+6661 6662 9614 14249
+2304 2341 9243 9320
+8486 9206 9208 12478
+146 8152 8154 8174
+1426 4653 4772 5922
+9343 9915 9917 9920
+786 9254 9272 9322
+8818 10784 10785 10791
+6614 6673 6724 9714
+10486 14276 14278 14281
+2384 2550 10409 10423
+1810 5916 5922 13604
+1174 4147 5070 9655
+2126 2164 9668 9670
+6615 6674 6724 10466
+2225 2294 2334 9733
+1427 4653 5922 13604
+2140 9254 9322 9323
+7931 9805 9806 14323
+1426 1427 4653 5922
+2171 2297 2336 9793
+9909 10765 14362 14364
+1427 5916 5922 13604
+9220 9900 14366 14367
+1458 4788 5933 13327
+6524 6692 6693 14361
+1458 5918 5933 13327
+1458 4669 5918 13327
+6627 6693 6694 10766
+1458 4669 4788 13327
+6536 6704 9333 14143
+6704 6705 9336 14143
+2092 5084 9269 9292
+10777 10901 10995 12979
+130 131 2094 4124
+9631 10371 10406 10407
+6062 6107 6242 13802
+1550 1551 5003 6063
+2252 2309 2310 9267
+6548 6549 9042 9476
+2142 2180 9258 9280
+2429 2430 4565 9972
+2662 10369 10370 10406
+8149 8168 8172 9458
+2544 2662 10369 10406
+142 143 2106 4130
+2544 2618 2662 10406
+2141 2179 2308 9275
+2149 2187 2276 9445
+10370 10371 10406 10407
+1573 5005 5956 6074
+8763 12353 12356 12358
+2383 2548 10410 10413
+2382 2383 2548 10413
+2356 2357 2522 8351
+242 2367 4533 4597
+5005 5956 6074 13957
+1593 5966 6084 14070
+8669 8671 8672 8675
+2382 2383 4541 10413
+2378 2379 2544 10367
+253 2378 4539 4602
+253 2377 2378 4602
+6151 13733 13734 13738
+10775 10895 10896 11003
+5018 5978 13736 13740
+2388 2389 10447 10448
+4377 4445 10902 12980
+265 2389 4608 10446
+4321 6342 10793 10882
+2383 4541 10411 10413
+2089 2253 9262 9264
+2568 2569 2669 10626
+6613 10410 10411 10413
+6151 6300 13733 13738
+2073 2236 2237 9824
+1522 1523 5528 14087
+5988 5989 9052 10076
+5007 5974 6092 13773
+8384 8390 9051 9054
+320 5986 5988 8387
+1398 1399 5986 8390
+2548 2664 2683 10420
+373 2470 2510 10012
+2309 2310 9258 9267
+2548 2664 10412 10420
+297 2422 4561 4623
+297 298 2422 4561
+332 333 10317 10318
+10277 10318 13853 13855
+331 5998 10292 13855
+342 343 6010 10391
+2082 2245 9248 9250
+2664 2683 10418 10420
+343 344 6011 10400
+1390 1391 4567 6590
+4567 4630 4636 10061
+6696 9908 10745 14138
+2577 10715 10716 10717
+6628 6695 6735 10744
+5986 6104 6160 9054
+6009 10391 10392 10402
+5986 5988 6160 9052
+8360 8369 8370 10064
+4637 4760 4855 9055
+6009 6010 10391 10402
+8364 11156 11157 11169
+694 695 4268 11826
+2664 10418 10419 10420
+523 11618 11644 11672
+330 331 2449 10292
+5999 10319 13855 13856
+8947 13854 13856 13873
+8487 12467 12468 12479
+10277 10319 13855 13856
+8947 13856 13859 13873
+344 10400 10434 13930
+756 9830 9855 9870
+9144 10363 10389 10390
+353 6021 10511 13973
+9148 10337 10388 13932
+2740 2905 2906 10882
+9220 9896 9902 9907
+2664 10412 10419 10420
+12565 12571 12572 14596
+6526 6527 6695 9908
+8931 9137 9145 14469
+6199 6291 10573 10582
+2680 2683 10418 10429
+2561 2624 2628 10490
+2855 11201 11202 11203
+6032 6209 6210 10672
+10418 10482 10485 10487
+9221 14140 14362 14364
+2504 2631 10621 10635
+14139 14141 14142 14364
+9834 10663 10673 10674
+10668 10694 10695 10711
+2570 10642 10646 10687
+10644 10676 10689 10690
+365 366 10668 10697
+8446 9934 10017 14735
+5000 5975 6093 13769
+365 6033 10671 10697
+1115 1116 14581 14587
+5760 9011 9151 14469
+2680 10418 10482 10487
+385 386 6053 10050
+9329 9941 10036 10086
+9113 10728 10748 10762
+8081 8255 10104 10136
+3022 3035 10790 10797
+9233 9324 9931 9977
+6629 9978 10745 14138
+365 10658 10671 10697
+2858 2859 2986 11237
+2680 10418 10429 10487
+4181 6319 11229 11230
+1240 4304 6325 6392
+418 419 2704 6392
+10418 10429 10485 10487
+4305 4352 11365 11367
+4352 4478 11367 11429
+419 420 2705 6325
+430 2715 2716 6330
+4358 4396 4500 11478
+2716 2717 2882 11477
+376 377 2472 9986
+7939 8676 8686 12652
+9219 9231 9234 9918
+9235 9268 9976 10767
+2457 2497 2665 10439
+4314 4365 4481 11549
+6042 6043 10030 10760
+4373 4484 10792 10793
+6221 10760 13744 13745
+9233 14726 14730 14734
+3152 3191 3356 11769
+6053 10050 10093 10097
+6338 6401 6422 11625
+6053 6054 10050 10097
+387 10056 10057 10092
+9409 10050 10090 10093
+10889 10973 10974 10975
+8965 8967 9225 14700
+4741 4742 10926 11733
+5695 5892 13433 13437
+346 10433 10436 10439
+4332 4508 10908 10969
+4386 10884 10885 10888
+5947 6109 6164 13852
+346 2496 10433 10439
+3082 12234 12268 12272
+346 347 10436 10439
+1509 5516 5957 13958
+346 2457 2496 10439
+3247 3317 12267 12269
+3247 3248 3318 12267
+6076 6124 13945 13982
+6087 6140 6252 14118
+399 2685 6315 8251
+9631 10390 10401 10406
+605 3082 6828 12272
+8965 9221 9225 14700
+497 11338 11348 11359
+9221 14700 14709 14710
+4810 4852 4979 13535
+495 4695 4696 11326
+11251 11353 13533 13592
+6136 6209 6252 14085
+753 7668 7693 14713
+603 604 3081 6786
+508 509 11424 13597
+10680 14072 14085 14097
+507 508 2785 11417
+2785 2824 2991 11422
+505 506 4706 11414
+9225 9226 14698 14709
+11417 11440 11448 11491
+3789 8877 8882 12792
+1539 5543 13797 13809
+5763 9010 9015 10396
+5980 6098 6154 13797
+9631 10390 10401 10442
+518 4718 11573 11638
+7586 14700 14710 14711
+10783 10944 11711 11712
+10782 10855 10941 10948
+7556 7586 14700 14711
+1224 1225 4179 6317
+5122 5318 8072 8204
+8254 9214 9401 14668
+9631 10371 10390 10406
+6114 6164 13849 13852
+4484 10792 11004 12970
+9144 10375 10376 10387
+4910 4975 4988 13374
+4739 4740 4909 11137
+8825 11731 13317 13318
+10831 10836 10976 12964
+593 3070 3071 6822
+540 4740 4741 11730
+539 11112 11134 11730
+4910 11734 13374 13411
+8810 8811 13321 13442
+8183 9214 9404 14667
+9339 13119 13120 13121
+4923 4956 4976 13363
+8377 10825 11106 11108
+8380 11114 11115 11119
+7490 7491 7503 14667
+6173 10296 10297 13848
+10375 10376 10387 10391
+2847 11019 11099 11164
+7725 7726 7768 12752
+1979 11756 11793 11834
+9198 9631 10390 10442
+146 147 8150 8174
+421 2706 2707 6393
+9642 9643 10483 10484
+9193 9195 9196 14252
+6498 14250 14264 14265
+6120 6238 13905 13909
+1667 6765 6808 11819
+1979 11756 11792 11793
+3217 12040 12041 12073
+1689 5194 6822 12164
+6129 6131 6291 14013
+573 3050 3051 12042
+6129 6133 6273 14011
+2862 3014 11233 11268
+5963 6129 6133 14012
+6129 14012 14013 14015
+3173 3205 3301 12064
+6081 6129 6131 14015
+6498 6499 6667 14264
+3062 3227 3228 12138
+584 3061 3062 6776
+6256 14110 14119 14125
+3182 3311 3349 12204
+7098 14454 14455 14471
+1979 2013 11756 11834
+6142 14110 14120 14125
+6142 6256 14110 14125
+6142 6256 6278 14110
+679 4253 12246 12251
+9144 10387 10389 10442
+9200 9629 9712 9713
+1266 4200 4317 11626
+10051 13741 13753 13791
+9834 9852 10690 10695
+1270 4202 6340 10845
+6726 10449 10461 10466
+339 340 10374 10382
+2742 2908 10905 10914
+6615 6726 10449 10466
+4322 4374 10882 10914
+6173 10296 13848 13861
+697 3153 11856 11859
+3095 3260 11735 11775
+9094 9179 9852 10674
+6615 6674 6726 10466
+7815 8972 9179 9851
+4384 4385 10836 10878
+2498 10459 10468 10477
+10459 10476 10477 10521
+7838 9094 9853 14128
+717 4290 4291 13010
+8333 13008 13010 13011
+8228 11961 11980 11981
+340 341 2454 10382
+4466 4467 11991 13051
+719 720 4293 11983
+3293 3295 11885 12003
+10836 10976 10977 12964
+4223 4224 4398 12059
+4213 4330 4490 10885
+4357 4400 4511 11377
+7468 12435 13112 14671
+2013 2014 11756 11757
+3207 3293 3295 12003
+4235 4236 4411 12128
+8527 12119 12123 12124
+660 4233 4234 12101
+6174 6285 13858 13861
+2184 9337 9349 9357
+3174 12074 12097 12110
+6108 6281 6285 13861
+6175 6302 6304 13860
+6175 6176 13858 13860
+340 2454 2493 10382
+590 591 3068 6821
+6175 6176 6304 13860
+6186 6187 6303 10403
+3066 3067 3232 12161
+12180 12188 12189 12191
+6008 10374 10383 10391
+7873 14345 14425 14745
+4243 8548 12149 13164
+8553 12181 12192 12193
+6008 6185 10384 13921
+4256 4431 12298 13200
+341 6008 10374 10391
+7936 12303 13204 13205
+10459 10469 10476 10477
+4196 4314 11530 11549
+10355 10359 10374 10382
+7936 7992 12304 13206
+4256 4257 4432 12304
+4431 11723 12298 13200
+4330 6411 10884 10885
+2905 10882 10897 10904
+340 6007 6008 10374
+2498 10459 10469 10477
+6020 6197 6198 13975
+10459 10468 10475 10521
+4045 14575 14577 14581
+8850 8878 12784 12786
+7965 8769 11825 12342
+8759 11790 11798 11804
+10459 10468 10477 10521
+2147 2345 9390 9417
+9789 10467 10571 13974
+705 706 3157 11809
+5094 5348 12018 12019
+706 4279 4280 11811
+3214 3290 12016 12033
+703 11804 11938 12364
+4333 4491 11029 11031
+4465 4507 8333 11030
+4216 4333 4390 11029
+4333 6354 6414 11029
+11852 11898 11922 11930
+11074 13006 13023 13024
+10588 14072 14073 14097
+14407 14417 14418 14419
+727 7748 7978 13187
+11402 12256 12258 13193
+726 727 12229 12249
+5739 5747 5859 8836
+9407 14154 14156 14157
+7875 9174 14417 14419
+5489 5765 5766 14396
+5766 5805 5882 9153
+2454 2493 10362 10382
+12054 12063 13092 13101
+5765 5766 9153 14396
+6951 9158 14399 14404
+3630 3659 3660 12650
+1791 6951 6952 14427
+748 749 9295 9350
+2080 2244 9249 9250
+9276 9281 9921 14148
+362 363 6030 10665
+8010 8011 8012 8028
+2480 2519 2650 10160
+762 763 12241 12243
+2755 2920 10878 10884
+8995 9000 12900 14427
+5149 7982 8007 14748
+10663 10674 14075 14413
+1935 1936 7377 7656
+9014 10467 10571 13995
+9178 10674 14075 14128
+8058 8485 14616 14617
+6219 6220 13725 13728
+748 783 9295 9346
+5865 8139 9057 13398
+1789 6949 6950 14391
+9144 9198 10363 10390
+6981 9152 14383 14392
+7866 7888 9759 9760
+758 759 7915 7919
+3303 12065 12066 12079
+8477 8487 12465 12469
+52 1150 1214 8152
+12065 12066 12078 12079
+9014 10467 13978 13995
+7690 8467 12060 13126
+9014 9020 13978 13995
+5776 5865 9060 9064
+7670 7671 7753 12379
+5803 5880 10474 13978
+5803 10474 13978 14006
+10474 13978 13979 14006
+820 5035 5133 9912
+782 815 9305 9473
+550 551 4751 11020
+815 5032 9305 9473
+7825 7934 14334 14398
+1956 7893 9737 9764
+10474 13979 13993 14006
+5467 5751 5870 8850
+723 793 7851 7882
+13 1634 5136 7868
+13 826 1634 7868
+1948 7666 7667 9227
+9703 9704 10417 10481
+10357 10417 10455 10481
+6043 9992 10030 13744
+9703 10417 10455 10481
+7847 10437 13987 14382
+8459 9216 9400 9999
+848 3408 3420 10116
+849 3408 3421 10116
+8457 8459 9216 9999
+4751 4752 11020 11021
+10128 10139 10141 10166
+848 849 7541 9242
+848 7540 7541 12370
+7570 7571 14737 14739
+8056 8401 8402 8403
+7819 9703 10417 10455
+7819 10357 10417 10455
+4612 6453 10488 10489
+4612 6572 10488 10557
+3414 3441 3442 12398
+5968 6087 6252 14118
+3442 6863 6898 12398
+3320 11799 12285 12328
+9143 9144 10376 14452
+8192 10156 13122 13123
+7097 14445 14446 14456
+6252 14087 14107 14118
+742 8158 8175 11869
+551 4751 4752 11020
+5968 6136 6252 14087
+3491 3513 3525 12442
+4356 4395 4499 11445
+7470 7506 7508 14672
+5623 5801 13941 13942
+7800 11034 11040 11042
+4749 4918 11022 13279
+8814 10900 13298 13299
+7801 9073 9076 9077
+882 883 7458 8074
+1446 1822 1823 13692
+14072 14073 14088 14097
+1866 5402 6865 14646
+10188 10189 10237 12866
+6140 6252 14104 14118
+18 861 894 1126
+6252 14104 14107 14118
+2756 2921 2922 10885
+8814 10900 13299 13320
+6113 6263 13860 13875
+8761 8776 8777 13030
+6263 13860 13874 13875
+7180 14496 14504 14506
+8548 13158 13159 13169
+5627 13875 13889 13891
+6211 6274 14098 14099
+5638 14101 14104 14105
+8516 12493 12494 12497
+4036 4045 14580 14581
+9127 10067 10188 14496
+7369 7400 7401 12497
+7368 7369 7400 12494
+538 2801 2839 11094
+3572 5427 8624 8637
+3571 3572 5427 8624
+8605 8606 13594 13595
+14098 14100 14101 14104
+8945 13861 13864 13866
+1761 7281 7296 9119
+6149 6296 6297 13730
+2839 11024 11087 11094
+6147 6275 6296 13733
+5646 13732 13735 13737
+10812 10851 11135 11136
+1244 1245 4189 6361
+794 2023 7772 7980
+1761 5432 5433 9119
+1761 5433 7296 9119
+9111 10729 10731 10741
+3723 3746 8668 14565
+4251 4252 12252 12257
+6202 6271 6307 14036
+6203 6307 14030 14036
+3637 3651 8694 12606
+10613 14030 14049 14050
+5640 9110 14109 14110
+3669 12617 12619 12625
+6133 6271 14010 14031
+3656 7946 8731 11694
+5438 5735 8702 12633
+1589 1590 5013 5964
+4726 4727 11678 11679
+10741 10742 10753 13763
+9103 9104 14112 14113
+986 987 3713 12673
+406 2691 6318 11207
+405 406 2691 6318
+7191 7215 7240 14558
+3733 3751 8774 12711
+2691 6318 11202 11207
+987 3713 3714 12673
+8683 8755 12673 14576
+8669 12668 12680 12681
+4004 7215 7240 14558
+12754 14536 14552 14557
+7223 7251 14544 14556
+8667 8680 12686 12688
+980 1138 1769 4026
+980 1769 4026 7205
+405 2690 2691 6318
+1979 2013 2014 11756
+991 992 3717 5451
+7200 7201 7230 8873
+963 964 3698 12718
+9086 9087 9098 9108
+4549 4612 6572 10557
+7198 7199 7241 12771
+2014 11754 11756 11791
+6328 6395 6419 11444
+8820 12718 12719 12720
+4612 6453 6572 10488
+9088 9093 9103 9104
+8994 8997 8998 12898
+8999 9095 9178 12893
+3772 3773 3801 12798
+8096 8102 14174 14492
+2736 6340 6402 10802
+1002 3771 3772 12798
+4202 4320 10796 10802
+2396 2397 4548 10489
+9089 9100 9101 14130
+1651 1652 2009 11977
+8996 8998 9090 9168
+475 2760 6413 10907
+9090 9091 9093 9103
+2397 4612 10488 10489
+1651 1652 5049 11977
+1652 1653 2010 11981
+4063 14546 14547 14550
+5769 8994 8996 8997
+1143 1144 3784 4031
+2398 4549 4612 10557
+8642 8690 11500 13653
+1772 1773 5460 7113
+8935 9129 12847 14503
+7147 7148 7164 12877
+2710 6362 11405 11433
+1772 5459 5460 7112
+5458 5459 7111 8385
+9189 10364 10365 14249
+9094 9095 9178 12893
+4307 6362 11405 11433
+4307 6328 6362 11433
+1035 3847 12870 14431
+8972 9094 9095 9100
+828 7526 9085 12424
+2397 4612 10488 10557
+3899 3919 3922 12848
+8886 8888 12786 12787
+1272 4203 6373 6423
+3877 3878 3900 12860
+5042 5140 5241 9622
+8872 12758 12760 12774
+8851 8880 10917 12734
+1043 1044 3869 7631
+7895 10504 14290 14293
+7024 7628 8894 12954
+1043 3869 7631 12829
+4476 11227 11230 11234
+4346 4476 11227 11230
+3861 3862 3874 6853
+7895 10504 14290 14309
+11485 11573 11574 11575
+408 409 2694 6384
+2712 2713 6395 11443
+4716 4717 11575 11583
+827 828 3393 9085
+14 1730 5388 9085
+1069 8979 8992 12951
+12080 12081 12091 12103
+1990 1991 7771 7850
+7883 7915 7917 7924
+427 2712 2713 6395
+5575 5576 5684 13695
+6395 6419 11443 11444
+2712 6395 11443 11444
+1079 3949 7740 12943
+2711 2712 6395 11444
+6958 6987 9180 14416
+1897 6942 7733 9186
+3428 3451 6882 12416
+2711 6328 6395 11444
+459 2744 2745 6406
+1876 1880 1881 12413
+9216 9401 9999 14658
+459 2745 6345 6406
+2745 6345 6406 10910
+2744 2745 6406 10910
+6322 6390 6417 11297
+14 5388 5401 9085
+7383 7389 7408 14606
+7800 8125 11042 13460
+1113 1114 4035 14602
+8057 12478 12480 12481
+1235 4184 6322 6417
+4060 4061 4083 7235
+1235 4184 4302 6417
+4184 6322 6417 11297
+4184 4302 6417 11297
+8063 9043 13113 13115
+9078 9079 9083 13520
+6428 6550 8063 13115
+11526 11527 11532 11533
+1133 1759 5602 7280
+6105 9078 9079 9083
+4077 7311 7326 7334
+1327 4535 4598 6558
+4032 8863 8864 12750
+6910 6912 6929 12833
+2370 4535 4598 10283
+8118 8119 10146 13496
+6260 13346 13348 13352
+6874 12739 12740 12741
+1006 1022 3775 7603
+1326 4598 6439 6558
+5061 5153 5261 9498
+9499 9500 9508 9522
+2369 2534 2535 10284
+4092 4134 5152 9487
+9789 10511 10542 10571
+82 2046 4100 4142
+1168 4100 4143 9621
+1162 5064 5155 9570
+5072 5163 5237 9683
+5818 10048 13779 13805
+1177 4106 5071 9684
+8318 8319 10828 10879
+355 10564 10567 10568
+8254 8255 9339 9401
+2061 2224 2225 9690
+6055 6232 10097 13457
+4114 5077 9822 9824
+10439 10440 10471 10527
+9704 10440 10480 10527
+6629 6697 6736 14138
+6461 6580 6736 9981
+10439 10440 10480 10527
+9704 10440 10471 10527
+1200 4122 5083 9263
+9288 9410 9414 13077
+5340 9269 9270 9271
+10470 10477 10518 10519
+5083 5340 9264 9270
+10470 10518 10520 10533
+10470 10518 10531 10533
+10364 14247 14260 14266
+10048 13458 13459 13804
+4561 4624 6466 9950
+144 2107 2108 4173
+3041 3042 5092 6766
+10469 10470 10531 13947
+5092 5346 11820 11997
+3039 6764 6765 8153
+10469 10470 10518 10531
+401 402 2687 6316
+4178 6358 6386 10911
+4296 6386 9045 10911
+156 157 6483 9556
+156 6482 6483 9556
+10494 10540 10547 10629
+8823 8832 10869 10926
+12101 12107 13145 13146
+12101 12102 12107 13145
+4190 4355 4470 11444
+1244 4306 6361 6418
+1243 1244 4306 6418
+9780 10540 10547 10549
+6494 6495 6663 14241
+594 3072 6781 6823
+11463 13190 13210 13213
+8825 11094 11097 11098
+12229 12248 12249 12273
+5652 5818 5819 13805
+6337 6369 6370 11620
+8135 8392 9057 9060
+609 3086 3087 6830
+6337 6369 11606 11620
+4368 11600 11622 11623
+9189 9190 10364 10365
+701 702 12359 12361
+3261 3262 11776 11786
+5113 5205 6795 11862
+3155 3194 11917 12359
+3099 3264 11784 11862
+5778 9046 9061 9062
+5204 5308 11784 11845
+11467 11468 11469 12195
+628 629 3106 6840
+640 3117 3118 6846
+9780 10547 10548 10629
+9327 9340 9341 14157
+6505 6506 9706 14299
+6505 9706 14276 14299
+6505 6673 6674 14299
+6505 6673 14276 14299
+9814 9815 9836 9839
+5776 5778 9060 9062
+4652 4771 5928 13578
+9054 13798 13814 13815
+6684 9817 14330 14338
+5775 5864 8130 13799
+6437 6555 6645 10212
+6515 6684 9817 14338
+6515 6516 6684 9817
+8130 9051 9054 13815
+2531 10222 10223 10268
+1319 4531 6436 6554
+201 9898 9899 9903
+11266 11267 11269 13143
+4538 4601 6561 10333
+2374 4537 10333 10335
+252 2376 2377 10338
+4498 11267 13125 13141
+10372 10407 14259 14261
+9899 9907 9908 14141
+258 259 2383 4605
+1341 4542 4605 6565
+6528 9899 9908 14141
+5864 5908 8130 9058
+6447 6566 6614 10423
+4577 6447 6566 10423
+1342 4577 6447 6566
+9896 9899 9902 9907
+494 2778 2818 11301
+201 6527 6528 9899
+4581 6571 10489 10492
+271 272 2396 4548
+9189 10310 14248 14249
+2576 10713 10714 10715
+211 9325 9326 9332
+9222 9885 14353 14366
+210 211 2182 9325
+5753 5789 5865 13398
+295 2419 2420 4560
+6464 6632 6739 9966
+295 2419 4560 4586
+4560 6465 6583 9963
+2418 4559 9938 9966
+1207 1208 4127 5178
+2315 9312 9384 9386
+7460 7468 12435 14671
+4565 4628 6470 10033
+6731 6732 10586 14331
+307 308 2432 4566
+2014 5052 11753 11754
+6731 10550 10551 10586
+6104 6150 6160 13816
+2945 2988 3014 11232
+8343 8365 8370 8373
+320 1398 5986 8387
+9842 10550 10712 14331
+8283 8284 8285 10154
+7 560 1398 8388
+211 2144 2182 9290
+1408 1798 5926 13498
+6731 9842 10550 14331
+4645 4804 13521 13522
+6731 10550 10586 14331
+7807 9050 9056 13400
+7902 9781 10579 10580
+355 10549 10564 10568
+2538 10310 10311 10336
+7460 7468 7475 14671
+5561 13557 13558 13562
+8130 8135 8392 9061
+4650 4814 13561 13562
+11416 13554 13561 13588
+6549 6718 9476 13115
+2437 6473 10121 10122
+7901 9780 10549 10579
+4186 4303 6324 11324
+4819 13610 13617 13618
+9780 9781 10565 10579
+4819 4959 13610 13617
+6717 6718 6747 10127
+5569 5676 11473 13632
+311 312 2436 4568
+4819 4937 4959 13617
+7901 7902 10565 10579
+2831 11607 11612 11614
+4660 5930 13655 13679
+2364 4532 4595 10212
+272 2396 2397 4548
+1442 4661 4780 13678
+448 2733 6339 11688
+6453 6620 10488 10489
+531 2836 10855 10866
+9189 10310 10365 14249
+10454 10572 10573 13988
+483 2768 2769 6416
+10454 10573 10582 13988
+11707 11708 11716 13720
+2747 2748 2913 11027
+484 2769 2770 8309
+1305 4176 4219 8309
+9021 10569 13988 13995
+4328 4383 10814 10837
+4486 11025 11027 11028
+8158 9038 9039 11867
+10569 10572 13988 13995
+1306 7785 8197 8198
+7860 9809 10538 14324
+6593 8269 9477 10127
+8158 8193 9039 9040
+1475 4678 4796 13338
+1308 6429 6430 13133
+6588 6638 6744 10049
+1486 1633 5925 9065
+1486 4640 5925 9065
+6593 8269 9477 13133
+6429 6593 6718 13133
+6604 6761 10240 10241
+6604 6749 6761 10240
+5515 13957 13958 13959
+5957 6123 13945 13958
+7901 10549 10575 10579
+5514 5622 5623 13940
+6123 13936 13945 13958
+8823 10869 11134 11135
+6615 6724 10427 10466
+2553 10449 10461 10466
+2841 3003 10817 10839
+484 1397 6357 8309
+2563 2564 10553 10556
+2564 10553 10585 10586
+2565 2630 10585 10712
+2629 2630 10583 10585
+5533 5534 5642 13768
+2768 2769 6416 9036
+6567 6615 6726 10449
+6093 13773 13781 13783
+6626 6734 6756 10682
+10685 10686 10714 10718
+8402 9328 9341 14155
+10594 10596 10610 14401
+59 5549 5550 8121
+7918 10594 10610 14401
+7918 10593 10594 10610
+7864 10576 10593 10594
+7864 7918 10593 10594
+7234 12760 14526 14530
+8851 8887 8888 10875
+1495 1496 1554 13845
+1553 4996 5946 6064
+1494 4996 5503 13844
+1495 4996 5503 13846
+4220 4222 7785 12999
+6587 6637 6743 9968
+4488 10837 10841 10843
+10598 10609 10611 10612
+2540 10333 10339 10373
+361 10606 10609 10654
+10412 10420 10421 14272
+6189 10434 13935 13938
+361 10605 10606 10609
+9171 10654 10656 14043
+10609 10654 10656 14043
+1586 1587 6081 14058
+6560 6606 6719 10334
+5962 6121 14008 14015
+8158 8193 9038 9039
+5521 5522 14008 14014
+5532 5640 14110 14120
+10589 10591 10608 10615
+8107 8241 9031 9034
+8071 9031 13040 13041
+7864 10590 10591 10615
+8402 9289 9407 14157
+1977 2012 11835 11894
+6600 6603 6659 10288
+9024 11932 13023 13024
+1606 5015 5972 6091
+11931 11932 13022 13023
+6501 6502 6670 14267
+716 11931 11936 13022
+4289 11923 11936 11937
+6668 10405 10414 10421
+1618 5016 5018 13740
+6501 6669 6670 14267
+6501 6669 14267 14268
+11074 11853 11927 11929
+5655 8119 13358 13360
+7864 7918 10591 10615
+2402 2567 2568 10623
+301 302 2426 4563
+1543 6102 13360 13523
+5984 6102 13359 13523
+4387 10891 10892 11001
+5239 8049 9662 9672
+2402 2568 10620 10623
+1640 5139 9676 9757
+1640 5042 5139 9676
+6623 10562 10620 10623
+5224 5267 9697 9698
+8049 9719 9756 9757
+5139 8049 9672 9757
+4388 10890 10891 10908
+5764 5804 5880 9020
+8069 11958 11963 11977
+7092 14463 14464 14476
+1652 5049 5145 11963
+1652 2009 11961 11977
+8733 11693 11695 13683
+2746 11025 11026 11027
+6977 7004 7009 10437
+6718 9477 13115 13133
+12638 12641 12642 12643
+1662 5055 5148 12330
+1662 2020 11745 12330
+4045 14575 14580 14581
+1924 7268 7289 7712
+1924 7289 7711 7712
+2567 10562 10563 10623
+1786 6947 6970 9005
+1669 5092 5184 6809
+2568 10562 10620 10623
+1673 1674 5186 6812
+5093 11999 12000 12001
+3214 12016 12033 12047
+8709 8710 8736 12643
+1684 1685 5100 12137
+5191 6819 12137 12138
+5100 5192 5298 12156
+7823 8987 8990 14479
+10538 14312 14317 14318
+7824 9010 9015 14379
+3241 12197 12214 12215
+1694 1695 5105 6784
+10538 14311 14312 14317
+7896 7900 10629 14385
+3094 3259 3260 11735
+3090 3091 3256 11741
+1704 1705 5110 6791
+1707 5111 5203 11735
+8709 8710 12643 13724
+7843 7846 7896 14385
+1716 1717 5116 6799
+14311 14312 14316 14317
+3106 6799 6840 11766
+1717 5116 5208 11751
+644 3121 3122 6806
+1727 5121 6847 11948
+5759 9138 9145 14000
+5866 5898 8995 14094
+643 3120 3121 6847
+5695 13312 13410 13437
+1739 5402 7446 7447
+878 3489 3493 8127
+7913 10636 10638 10681
+7913 9832 10638 10681
+5400 5402 5403 14652
+855 3412 5400 14652
+9246 9317 9882 10748
+10587 14075 14127 14128
+29 1761 5433 7296
+10636 10638 10639 10681
+9832 10638 10676 10681
+9833 10638 10639 10681
+11195 11199 11226 13128
+9168 14076 14093 14127
+7281 7312 7321 8644
+5458 5459 5748 8385
+4267 4268 11826 12350
+10669 10673 10675 10695
+9091 9093 14083 14093
+6613 6725 10410 10411
+9172 10648 10650 10662
+1783 5476 5477 7034
+9147 9705 10377 10530
+1371 4557 6462 6580
+6736 9978 9980 9981
+4327 6348 10837 10843
+8995 9091 14093 14094
+4685 4856 9082 9084
+1796 5552 5553 13486
+2579 9978 9980 9981
+4809 13510 13530 13535
+1404 4642 5913 13362
+1794 5551 5912 9082
+1421 1806 4650 4770
+6630 6736 9978 9981
+2603 8269 10125 10127
+6473 6641 6747 10127
+6473 6747 8273 10127
+7838 9090 9094 9095
+4658 13636 13637 13659
+6493 6661 9614 14239
+9701 9706 9753 14284
+178 6504 9706 14284
+2994 11518 11520 11556
+1827 5580 13305 13309
+7973 8001 8002 12634
+1452 1453 4666 13305
+9172 9173 10650 10662
+166 6492 6493 9609
+9172 9173 10650 10655
+1470 4675 4794 13269
+1470 1838 4675 13269
+1023 1144 3779 3784
+6492 6661 6758 14239
+9835 10647 10659 10675
+9835 10647 10659 10661
+7818 7834 7842 9751
+6660 10331 14239 14240
+5348 12016 12018 12019
+1672 5185 6768 12019
+4741 4910 11137 11733
+858 1863 3415 6863
+3071 6781 6822 12166
+7620 7739 7740 12943
+9835 10647 10661 10664
+8473 12465 12469 14637
+1078 1079 3937 7739
+1884 1885 6933 7619
+1949 7545 7668 14712
+1689 1690 5194 6822
+1874 8410 8977 12925
+3964 3965 3983 12921
+48 1110 1879 7613
+1874 1883 6933 7618
+7614 7697 12490 14645
+9853 10668 10694 10695
+9853 10668 10669 10695
+615 3092 6833 11736
+9147 10377 14463 14465
+1955 1956 7893 7903
+1073 12954 12955 14372
+1874 7617 7618 8977
+8986 9200 10455 14301
+635 6802 6843 11781
+754 755 9881 9892
+635 3113 6802 11781
+635 3112 3113 11781
+3855 7632 8906 12837
+7769 8901 12864 14501
+635 3112 6843 11781
+10587 14074 14076 14077
+1979 2014 11756 11791
+6459 6577 6734 10684
+8683 12679 14571 14573
+7289 7711 8682 14582
+1982 1983 7649 12708
+1675 6770 6813 12042
+8965 9218 14710 14711
+3722 7649 8678 12707
+977 978 1980 3721
+6577 6734 10683 10684
+27 945 3653 7718
+4554 4617 6577 10683
+2408 4554 4617 10683
+6734 10683 10684 10686
+1032 1033 12873 12884
+597 3075 6783 6824
+597 3074 3075 6824
+7690 7754 8474 8476
+1936 7377 7656 9210
+6627 6734 10684 10686
+7664 7735 7764 12926
+840 3418 7674 7675
+1256 4195 4312 6367
+2408 2573 2574 10684
+619 3096 3097 6835
+835 1946 7664 14688
+840 841 3404 7675
+619 3097 6794 6835
+15 835 3401 7678
+7833 9181 9641 9754
+1959 9709 9723 9756
+7625 7743 7746 14467
+6972 7836 8991 14381
+1709 6793 6835 11779
+5048 8065 11953 11973
+1971 7792 8222 9362
+1420 1421 1806 4650
+1980 1981 8759 11798
+8948 8950 10277 13873
+1980 1981 2015 11798
+8944 8945 13859 13863
+8945 13858 13859 13863
+8759 11804 11805 11806
+11843 11916 11939 11940
+8677 12992 12993 13033
+8942 8948 8950 8952
+1709 5112 6793 11779
+8252 8265 8284 10154
+3096 3097 6835 11779
+5040 5263 9691 9732
+1991 7771 7810 7850
+3097 6794 6835 11779
+5040 5138 5237 9691
+1725 5212 6805 11864
+7719 8216 9202 14498
+9500 9522 9523 9534
+1968 7719 9202 14184
+2277 2322 9499 9513
+8945 13858 13862 13863
+5120 6804 6846 11865
+1968 2003 2004 9500
+3157 11752 11755 11792
+11756 11759 11833 11836
+1657 2014 2015 11753
+1657 1658 2015 11908
+1657 2015 11908 11913
+1980 2014 2015 11753
+63 2026 4090 9484
+1725 5120 6804 6846
+6592 6612 6646 8344
+6478 6479 6647 9380
+5212 6805 11864 11866
+2189 2323 9373 9479
+3 1216 8231 8239
+2152 2188 2278 9371
+8266 8269 9477 13133
+2119 2157 2328 9560
+1725 6805 6846 11864
+5793 8944 8945 13863
+2574 10684 10686 10714
+10692 10700 10704 10710
+1095 1858 3946 6857
+1095 1857 1858 6857
+5793 8945 13862 13863
+9886 10700 10701 10747
+863 1124 3477 4013
+3899 12850 12856 12867
+7177 7186 12875 14505
+6877 6900 7464 7479
+1334 4574 4632 6562
+1899 1900 1962 14443
+3876 12853 12866 12869
+171 2124 2162 9628
+5071 5162 5267 9686
+5071 5163 5237 9684
+2221 2222 9684 9685
+9973 10685 10692 10710
+94 2057 2058 4148
+2222 2292 9685 9691
+2222 2292 2293 9691
+6866 6877 7442 7479
+2298 2336 9769 9794
+2171 7923 9793 9801
+1125 6866 6877 7442
+2171 2297 7923 9793
+2566 10550 10562 10563
+10691 10692 10706 10710
+6874 8054 12739 12740
+2133 9794 9801 9810
+1453 1454 4786 5932
+189 2133 9801 9810
+2079 2243 9249 9864
+3912 3914 8936 12878
+1367 1368 4555 6460
+1368 4619 6460 6579
+8990 9013 10377 14476
+1966 8912 12887 12891
+4262 12336 13228 13246
+2242 2303 9247 9866
+8990 9013 10377 14374
+3889 6870 6879 12828
+3851 12872 12879 12887
+3987 6890 6920 12944
+2090 2091 2254 9270
+5340 9264 9267 9271
+127 128 2091 4165
+6890 6919 6920 12944
+7633 7634 7769 12864
+209 6535 9285 14171
+5286 5371 9393 9395
+7747 7769 8901 12864
+2434 4567 10061 10062
+2266 2267 9397 9461
+2101 4170 9345 9383
+9317 9828 10691 10710
+2148 2324 9448 9451
+6901 12933 12937 12941
+8201 9027 9375 14164
+6871 6901 12933 12941
+3836 3841 3842 12758
+6901 8900 12937 12941
+9368 9494 9495 9496
+5255 8202 9374 9485
+172 173 6499 9646
+1962 9615 9627 14458
+6655 6721 9583 14220
+2737 6341 6402 10802
+5067 5334 9620 9621
+10797 10798 10949 10950
+5068 5160 5269 9649
+2049 2213 9619 9649
+2050 2213 2214 9649
+5067 9617 9620 9621
+2173 7853 9821 9858
+2173 7853 9827 9831
+6689 6690 9854 10646
+2174 2300 2339 9829
+8918 9577 10244 10245
+1873 8414 12934 12939
+9384 9385 9386 9389
+9853 9887 10668 10697
+1386 1387 4565 6588
+216 6542 6543 9360
+6638 6710 6711 10049
+747 9349 9353 9399
+9349 9353 9357 9399
+4196 4314 4365 11549
+9887 10697 10705 10707
+215 6541 6542 14168
+160 161 2157 9579
+160 2118 2157 9527
+159 2118 2156 9527
+8908 8910 14201 14203
+1069 6945 6966 7823
+6487 6655 6656 14213
+9887 10668 10693 10707
+5329 9501 9515 9516
+9887 10702 10705 10707
+2130 2168 9763 9777
+367 10693 10700 10702
+2294 2334 9733 9734
+4546 6451 6569 10451
+6956 8999 12892 12893
+5263 5271 9689 9733
+2223 2224 2293 9683
+10190 10205 10210 10211
+97 98 2061 4150
+8002 12621 12631 12634
+169 2123 2161 9612
+4365 4432 4481 11598
+2478 10100 10103 10148
+6632 6701 6739 9937
+1045 7632 7633 8906
+6978 7843 9182 14384
+6966 7823 14375 14380
+6978 6979 7005 14384
+2140 2178 2306 9254
+6967 6972 6978 14370
+4162 5081 9273 9291
+4857 11065 13445 13448
+1315 1316 4570 6434
+6945 6967 6978 14370
+62 63 2026 4090
+6979 9016 9182 14380
+6959 6988 6989 14420
+8002 12631 12634 12637
+2027 2028 9482 9483
+63 2026 2027 9484
+7632 7633 7722 8906
+6601 6749 6762 10240
+7170 14500 14508 14509
+8990 10357 10377 14374
+439 440 2725 6335
+2792 2831 11614 11649
+14217 14223 14231 14232
+3860 8899 12822 12823
+8895 12820 12821 14482
+439 2725 6335 11529
+3961 8895 8897 12952
+9134 9135 10348 10349
+8897 12819 12820 12822
+9179 12893 12894 14416
+8377 11018 11106 11108
+97 2060 4107 4150
+7010 7011 7017 14393
+3378 3384 11759 11761
+9720 9740 9745 9747
+7838 9100 10694 10701
+7838 9088 9100 14129
+96 2060 4107 4149
+265 4545 4608 10446
+9246 9317 9886 10710
+9246 9317 9886 10748
+9246 9973 10710 10747
+9246 10685 10710 10746
+9246 9973 10685 10710
+3378 11759 11761 11764
+10957 11006 11103 13293
+5871 8883 8884 13383
+7053 7059 8925 14443
+7053 9187 14443 14458
+8844 8878 8887 13379
+2561 2562 10535 10536
+2255 2312 2342 9456
+2312 2342 9300 9456
+5747 5859 5878 8834
+8835 8836 8837 8838
+2093 5084 9292 9302
+6735 10713 10714 10715
+8838 12718 12722 12735
+8876 9120 14539 14540
+8876 9120 12746 14540
+6578 6627 6735 10714
+9087 9088 14111 14130
+10720 10722 10723 10729
+139 2102 4128 4171
+10722 10723 10724 10729
+9112 14115 14129 14130
+9087 9108 14115 14116
+7719 8216 9202 14184
+6475 6592 6612 14176
+2275 2278 9369 9370
+9120 14541 14547 14550
+3825 3826 8875 12757
+8237 11950 11953 11971
+8208 9371 9374 9485
+5239 5240 5268 9662
+5240 9662 9672 9673
+2126 2164 2288 9668
+2128 2166 2291 9693
+9668 9669 9671 9672
+10324 10350 10351 13896
+8876 12746 12757 14540
+9112 10719 10721 10728
+3850 3851 3880 12862
+2238 2300 2339 9867
+2300 2339 9829 9867
+2300 9825 9829 9867
+2238 2300 9823 9867
+5234 9799 9820 9821
+7973 8002 8003 12634
+7226 8801 12762 14532
+206 9277 9278 9280
+1966 7747 8908 12887
+1201 4123 5175 9270
+10341 10348 10358 10359
+2144 2182 9290 9297
+5340 9264 9270 9271
+2253 2254 2311 9271
+208 209 6535 9285
+1046 3852 7634 12864
+11436 11438 11576 11578
+6632 6739 9937 9966
+10719 10721 10728 10747
+9524 9534 9535 9545
+14185 14186 14199 14200
+155 2116 9521 9524
+1010 7728 7729 12783
+156 157 9524 9556
+5330 9489 9499 9501
+8702 12619 12628 12629
+2277 2347 9489 9499
+9680 9700 9719 9722
+6329 6363 6364 11443
+8859 8860 14537 14538
+1963 7020 8925 14228
+179 2128 9701 9750
+2219 2349 9656 9660
+4211 4328 4384 10814
+1994 9696 9699 9722
+8859 14537 14538 14545
+3791 3804 3805 14538
+10350 10351 10352 10360
+8851 8852 12734 14525
+8837 8851 8879 14525
+5438 8702 12628 12629
+5372 9311 9313 9389
+9246 9317 9882 14360
+2356 2521 8351 9035
+2356 2357 4528 8351
+10243 10324 10342 10343
+6551 6646 8310 9035
+231 232 2356 4528
+1738 1867 7442 7446
+8879 12769 12778 12779
+2643 2652 8337 8368
+10243 10323 10324 10342
+6557 6601 6604 10269
+2365 2366 2531 10222
+9109 9910 10734 10736
+6721 6748 6761 10241
+2365 2530 2531 10222
+2575 2576 10714 10718
+2365 2366 10222 10242
+2576 2635 2636 10743
+9144 10375 10387 10389
+9143 10355 10358 10375
+339 2493 10359 10382
+8856 12767 12771 12773
+7022 7055 14467 14472
+2454 2493 2617 10362
+2541 2542 2617 10369
+264 2389 4544 4608
+2389 2390 10446 10458
+7055 7072 7086 14472
+2388 2553 2554 10448
+348 349 6016 13947
+10470 10517 10522 10523
+350 10468 10477 10523
+2554 2623 2666 10456
+848 3420 8459 12370
+1356 4550 4613 6573
+4655 4774 4937 13618
+8837 8849 8879 14525
+5739 5859 8828 8836
+2576 2635 10718 10743
+9245 10765 14362 14363
+2399 2400 10550 10561
+6694 6695 9901 10744
+4443 12350 12961 12970
+10746 10764 10765 14360
+4618 6578 10713 10714
+8828 8836 8838 12718
+2576 2577 10715 10716
+2804 2843 2976 10821
+9336 9950 9962 9964
+6633 6702 9334 14167
+9910 10012 10749 10750
+9910 10012 10734 10749
+8439 10021 13739 13777
+9096 13763 14123 14137
+9237 9238 9242 10152
+9096 14122 14136 14137
+296 297 2421 4623
+2919 10814 10832 10836
+2597 2598 10031 10046
+9105 9927 13727 13774
+6543 6711 6712 9423
+9105 9927 10758 13727
+10834 10877 10975 10976
+8087 8287 11061 11216
+8198 8268 8271 13133
+9105 10758 13726 13727
+316 399 2812 8251
+59 1545 1546 13529
+10323 10324 10342 10344
+8198 11217 12998 13086
+8847 8853 13280 13281
+6219 10757 13727 13728
+6218 6219 10757 13727
+2376 2541 2542 10339
+6443 6610 6723 10369
+2371 10282 10283 10312
+6443 6561 6723 10339
+6185 6186 13911 13921
+10716 10718 10743 14365
+9190 10370 10372 10444
+6187 10402 10403 13921
+10718 10744 10765 10766
+10364 10370 10372 10373
+5636 14073 14088 14097
+363 10647 10659 10661
+2505 2632 10678 10688
+8838 12719 12722 13280
+9908 9909 14362 14364
+7055 7086 14472 14473
+2465 2669 10621 10678
+8828 8835 8838 13282
+9833 10660 10676 10678
+10243 10323 10326 10342
+2669 10621 10626 10678
+407 2692 2693 11229
+2476 2515 2645 10042
+7086 7095 14474 14475
+9901 9908 9909 14362
+9909 10765 14364 14365
+10764 10765 14364 14365
+383 384 10034 13749
+3644 12619 12628 12632
+5453 5454 5743 8806
+5742 12695 12697 12702
+2529 2608 10204 10223
+9528 9583 10245 14219
+9552 10270 10271 10275
+4209 4382 4487 10854
+349 6016 10470 13947
+238 239 2363 4595
+6268 13954 13955 13967
+6016 10470 10534 13951
+407 2693 6319 11229
+7938 10773 10774 10920
+10773 10798 10949 12963
+4544 4579 4608 10447
+2692 6385 11207 11229
+10773 10774 10800 10949
+10773 10797 10798 10949
+2412 2413 2578 9980
+3644 12628 12632 12633
+238 2363 4531 4595
+8865 12756 14534 14543
+10010 10011 10726 10737
+2469 2509 9975 10010
+396 2482 2520 8308
+5687 5694 5869 13375
+8351 10181 10182 10183
+10773 10797 10800 10949
+6438 10241 10242 10269
+4753 4754 4923 11122
+2448 2488 2608 10224
+7969 8017 10772 10779
+2616 2661 9190 10365
+341 2454 10382 10389
+2543 2544 2662 10369
+7967 7969 10772 10781
+4538 4602 4632 10338
+2372 2538 10290 10336
+7967 7969 10772 13256
+9665 10462 10465 14304
+2553 2666 10460 10461
+9014 10467 13978 14003
+263 2387 2388 4607
+263 264 2388 4544
+263 2388 4544 4607
+2623 10456 10475 10504
+262 263 2387 4607
+2969 10775 10800 10801
+4551 6456 10620 10623
+2969 10775 10792 10801
+2967 2969 10775 10919
+2967 2969 10775 10792
+2409 2574 2575 10714
+2901 2902 3035 10799
+11463 12250 13192 13194
+4837 13368 13369 13409
+3022 3035 10790 10799
+7139 7143 14491 14493
+3035 10790 10795 10799
+7110 7130 7143 8096
+4025 4058 8748 8750
+2373 2538 2539 10336
+1003 7110 12811 12815
+2472 2512 9965 9986
+6044 6045 6222 13739
+1003 1004 3773 12812
+2589 2590 9949 9952
+6045 9996 10001 10021
+9986 9992 9996 13743
+7319 7331 8752 8803
+6470 6745 9971 10032
+1016 1147 7121 14520
+2431 4628 10032 10033
+9340 9341 10043 14157
+2516 2646 2676 10099
+8259 10106 10113 10114
+2433 2598 10031 10062
+2489 10274 10276 10279
+6554 6595 10190 10205
+6654 6655 9583 14213
+395 1397 8109 8309
+4087 7339 7345 7348
+9645 10418 10419 10420
+6499 6668 14264 14268
+9645 10418 10480 10485
+7319 7331 7341 8803
+1016 1017 1147 7121
+6670 10421 14269 14272
+7863 10558 14324 14339
+2399 2400 2565 10550
+10553 10555 10556 10586
+6685 6686 9841 9842
+10790 10795 10797 10951
+10538 14311 14312 14325
+10918 10986 11166 11175
+9246 9319 9882 14360
+2400 4550 4614 10561
+10716 10745 14139 14365
+7292 7319 8753 14572
+9940 9960 9962 14146
+9939 9940 9956 9959
+2472 9965 9986 9991
+8141 9048 14485 14486
+299 300 2424 4562
+8869 10826 10828 11068
+10819 10825 10826 11106
+2422 2588 9950 9964
+10807 10827 10828 11070
+10803 10822 10971 13059
+7792 8222 8223 9362
+7849 7874 14409 14422
+10181 10182 10183 10201
+8773 8797 8798 12730
+999 1000 7108 12810
+2355 4528 4592 9035
+11158 11164 11165 11167
+6475 6477 9033 14166
+6685 6731 9842 14331
+343 10387 10391 10400
+2619 2663 10404 10415
+2495 2619 2663 10415
+2455 2494 10389 10401
+2618 2663 10401 10404
+2495 2663 10401 10415
+2663 10401 10404 10415
+13057 13058 13059 13064
+2845 10987 11006 11007
+8303 8357 14484 14487
+2589 2640 2674 9949
+7139 7143 7172 14493
+9331 10035 10036 10037
+2474 2513 2640 9957
+2474 2513 9957 10002
+2513 9957 10002 10149
+2976 10821 10823 10832
+1402 4641 5912 9082
+7143 8216 14493 14494
+10975 10977 12965 12971
+7137 7143 7162 8216
+4455 10833 10842 13064
+7143 7172 8216 14493
+8605 11305 11328 11350
+2697 2863 11261 11264
+11349 11351 13539 13540
+7143 7162 7172 8216
+12044 12045 12064 12069
+7154 8054 8939 12737
+7154 7155 8054 12737
+10108 10129 10141 10161
+11378 11395 11455 11456
+1982 11906 11919 11939
+2784 2952 2985 11395
+8555 8558 8560 13225
+7154 7168 8054 8939
+1917 7214 7640 9204
+9409 10088 10090 13760
+434 2719 2720 11513
+4360 4394 4426 11516
+9246 9319 9882 10748
+3757 3765 3766 12688
+8796 8799 10827 10829
+4199 6369 6421 11606
+2896 11622 11623 11627
+13230 13232 13237 13249
+4455 10833 13061 13064
+7956 13229 13230 13247
+7167 7176 8939 14513
+615 3092 3093 11736
+2738 2739 2904 10793
+7942 7993 8720 12621
+7153 7154 7176 8939
+7165 7183 14511 14517
+2741 2906 2907 10914
+4322 4374 4377 10882
+4204 4322 6404 10882
+4453 10842 11162 13063
+373 6040 10015 10750
+1838 4675 5590 13269
+7164 7165 7183 14511
+2388 2553 10448 10449
+2538 2539 10310 10336
+2914 2974 3024 11091
+4673 4791 5919 13410
+554 2809 2847 11116
+7187 14499 14500 14507
+1483 4682 4800 13431
+7182 7187 14499 14500
+8795 8796 10827 11070
+7185 7187 7188 14506
+8795 10827 10828 11070
+1398 8383 8388 8390
+8885 11179 13382 13429
+11128 11129 11138 11148
+963 964 7194 12736
+10826 10828 11068 11166
+4466 8333 13010 13011
+5849 10816 13264 13288
+504 505 2823 11391
+2952 3019 11425 11456
+2950 11378 11394 11395
+968 7196 7216 12728
+967 968 7196 12728
+2952 2985 11395 11456
+2898 2965 10862 11658
+10816 13264 13277 13288
+528 2795 2835 10937
+10771 10857 10861 11702
+4371 4439 10862 10868
+2733 2734 2899 10844
+8843 10816 13277 13288
+10819 10875 11103 11104
+549 2806 2845 10952
+11133 11144 11147 13051
+10816 11014 13264 13268
+10952 10956 10957 13284
+10834 10972 10973 10982
+545 546 10876 10915
+10834 10973 10982 10983
+2977 10824 10834 10983
+9246 9319 14360 14363
+8847 8853 13281 13295
+405 2690 6318 6387
+10816 11014 13264 13277
+8851 8888 10826 10875
+8262 8267 8274 8287
+2939 2941 3012 11208
+4857 4978 13445 13448
+11040 11041 11044 11047
+4687 11060 11062 13460
+372 373 6040 10750
+7795 7796 8459 9999
+8667 8669 8680 12686
+3757 3758 3765 12688
+11494 11538 11539 11586
+6449 6616 6726 10447
+11436 11438 11533 11555
+11578 11586 11588 11592
+10819 10820 10826 11104
+2743 2744 6344 10910
+457 458 2743 6344
+11128 11130 11138 13054
+2773 2983 8339 8371
+8340 8343 8352 8372
+8352 8364 8372 11169
+8365 8366 8372 11169
+8340 8364 8371 8372
+8366 8372 8373 8388
+6719 6722 10334 10373
+2504 10636 10647 10648
+10819 10826 10875 11104
+10820 10826 10827 10917
+11227 11233 11267 12089
+2780 11290 11308 11338
+9176 10607 10650 14052
+10606 10608 10648 10650
+10807 10820 10826 10827
+7937 8764 8765 8770
+4328 6379 10814 10837
+2917 3026 10832 10841
+2918 10814 10832 10837
+2917 2918 3026 10832
+2717 2718 2883 11477
+8847 10957 13284 13295
+8718 11485 11573 11609
+2917 2918 10832 10837
+2752 2917 2918 10837
+2458 2498 10469 10478
+4801 4808 9076 9081
+430 431 2716 6396
+8876 8881 14539 14540
+4465 8333 11030 11132
+7264 9120 9121 14548
+4368 4473 11622 11623
+4995 11675 13695 13697
+2899 10794 10844 10862
+7266 9121 9123 14539
+8713 11644 11645 11672
+4494 10882 10897 10904
+7967 10772 10781 12967
+532 2797 10955 10965
+5054 11777 11842 11846
+7781 10131 10135 10138
+3712 3726 3728 12679
+2746 6346 11026 11027
+467 2752 2753 6379
+4844 13262 13311 13443
+2747 2912 2913 11025
+3694 7993 11652 12621
+5445 5465 12748 12759
+2765 4217 6355 6383
+4082 7207 7208 8803
+2465 10639 10647 10660
+2775 2816 11058 11219
+11037 11239 11253 11256
+2899 2900 10794 10844
+7240 7251 7254 14556
+6732 10551 10556 10586
+8263 11239 11242 11374
+7993 8720 11652 12621
+11208 11209 11212 11219
+4465 4466 8333 11132
+2734 2899 2900 10844
+2734 2735 2900 10844
+2900 10794 10796 10844
+414 415 2700 6390
+2949 11312 11315 11339
+5738 5783 5867 8724
+11345 11545 11547 12136
+4185 4339 4475 11318
+2792 2961 2997 11564
+11550 11597 11599 11722
+7942 10932 11565 11615
+11596 11597 11721 13244
+11550 11594 11595 11597
+8487 12465 12468 14637
+4824 4825 4991 13646
+8721 8722 8746 12654
+7946 8722 8746 12654
+2801 2972 3023 11095
+8811 13330 13368 13373
+10992 10993 11024 11085
+5574 5683 13664 13682
+10853 11028 11091 11161
+2914 3024 10853 11091
+2973 3023 11084 11095
+3024 10838 10839 10853
+8816 8817 13298 13300
+2766 2767 6383 11125
+10839 10840 10853 11161
+2811 2849 3011 11141
+8814 8816 10900 13298
+5443 5739 8828 8836
+4819 4938 4992 13610
+2915 3025 10841 10853
+4309 6330 6364 11446
+3025 10838 10841 10853
+2498 10459 10469 10478
+4356 11443 11445 11446
+10780 10939 11694 11704
+6329 6363 6419 11443
+7262 7264 7265 14539
+3024 3025 10838 10853
+10771 10860 10861 10865
+2918 2976 3026 10832
+10804 10805 10821 10872
+10770 10771 10865 10867
+8707 8709 8729 13712
+10771 10861 10865 10867
+4659 4779 5938 13657
+417 2703 6324 6391
+8814 10870 13299 13318
+10945 11712 13711 13713
+8814 10870 13298 13299
+8818 10870 12699 13298
+8740 8818 12699 13298
+8740 8814 12699 13298
+8814 10870 12699 13298
+416 417 2702 6391
+4211 6349 6380 10878
+2923 2978 3007 10886
+2459 2499 2623 10475
+2751 2752 6348 10837
+2978 10886 10887 10978
+2919 2920 3036 10836
+10783 10943 11707 13719
+10783 10943 11706 11707
+351 6019 10515 10523
+3117 3282 3283 11865
+2928 3009 3038 11079
+2923 10886 10887 10891
+8700 8707 8722 12653
+550 551 11008 11020
+8331 8332 8333 11132
+2928 2929 2981 11079
+3046 3047 6811 12019
+8685 12679 14570 14573
+10783 10944 11708 13720
+2967 10775 10893 10896
+10789 10850 13307 13308
+5095 12020 12041 12042
+3059 3060 3225 12117
+7306 7331 8750 8751
+4415 8546 11460 12143
+2904 2905 2967 10896
+10806 10818 10985 11067
+3304 3385 12150 12154
+8711 11674 13666 13698
+581 3058 6774 6817
+7267 7295 7320 12671
+935 936 8673 8674
+3142 3311 12207 12208
+3235 3372 12162 12168
+7267 7295 12671 14565
+936 937 7295 14565
+5107 6828 12234 12272
+7646 7647 7709 14565
+8673 12673 14565 14571
+5107 5303 5358 12268
+603 3080 3081 6827
+7276 7306 7308 8748
+7306 7308 7331 8750
+7306 8748 8750 8751
+2904 2905 10896 10897
+4058 4081 7341 8803
+10509 10512 10513 10515
+5840 8711 13670 13681
+1657 5053 11913 11972
+4087 7339 9118 14599
+11674 11675 13668 13669
+5251 11786 11842 11941
+5315 11828 11831 11911
+4206 4372 10905 10906
+3786 3810 3811 12770
+1295 4214 4332 6413
+3278 11780 11781 11829
+3279 3362 11828 11901
+2742 2743 2908 10905
+638 3115 3116 6845
+8715 11636 11637 13621
+2743 2908 2909 10905
+1216 6475 9032 9033
+226 3125 3126 11954
+7339 9118 14598 14599
+5122 5316 8204 11947
+3288 3289 3346 8204
+7333 7341 7347 14579
+225 226 3125 8205
+4080 7338 7341 7347
+8711 13666 13667 13681
+8792 8797 8799 10806
+663 664 12119 12126
+12093 12095 12121 12122
+8696 12619 12629 13666
+3187 8024 12310 12311
+10808 10818 10916 10956
+12314 12315 13214 13215
+8708 8709 13686 13703
+2742 2743 10905 10906
+350 351 2459 10468
+3158 3197 11755 11813
+3197 11755 11792 11813
+7943 8697 8703 13722
+3158 3331 3345 11759
+3197 3329 3345 11755
+4080 4081 7341 14579
+8847 13280 13281 13284
+5026 5027 12006 12036
+2687 2688 6316 10913
+2688 6317 6359 10913
+8186 12051 12053 12054
+4893 4995 11666 11675
+12051 12052 12053 12062
+6004 10344 10345 10351
+653 4227 12053 12063
+6722 6750 10373 14266
+11212 11213 11215 11376
+2852 2853 3012 11215
+652 4225 4226 13092
+2688 6317 10913 11203
+2688 2689 6317 11203
+673 4246 4247 12187
+402 2687 2688 6316
+672 3140 3180 12179
+5734 5839 8696 13681
+3274 11750 11767 11773
+402 2688 6316 6359
+3140 3180 12173 12179
+4543 4577 6566 10423
+403 2688 2689 6317
+3259 3323 11739 11778
+4284 4459 4460 11861
+1707 1708 5203 6834
+403 2688 6317 6359
+8032 8033 8564 13196
+5253 11737 11739 11747
+2797 10855 10922 10965
+7283 7284 7314 12587
+11910 11960 11962 11964
+8792 10806 10809 10974
+8033 8034 8659 13196
+11930 11932 11934 11993
+10855 10922 10965 11713
+3281 3363 11904 11911
+3162 11898 11903 11935
+10855 10955 10965 11713
+2929 11030 11131 11144
+10811 10985 11006 11007
+10776 10855 10922 11713
+3214 12018 12020 12047
+8832 10869 10925 10928
+3643 5437 12609 12619
+12015 12021 12024 12039
+12044 12045 12071 12072
+5215 5293 12020 12047
+1229 4299 6384 11230
+2551 10409 10423 10428
+1930 7350 7651 8581
+4743 10928 13417 13440
+1114 12578 14593 14604
+4743 4744 4913 13417
+6264 6303 10403 13940
+4718 11638 11639 13624
+6008 10383 10384 13921
+7267 7289 7320 12671
+4743 4913 10930 13417
+10934 11442 11566 11570
+7320 12671 14571 14576
+10934 11566 11567 11570
+1930 1931 7350 7651
+5106 5198 12235 12237
+3248 12266 12270 12283
+10934 11567 11570 13208
+5107 12234 12268 12272
+1931 7350 7375 7651
+10774 10863 10864 10949
+7990 10934 11569 11719
+7267 7289 7710 12671
+11442 11524 11566 11569
+1750 1751 5417 14619
+341 6008 6009 10391
+3195 3327 11913 11917
+11753 11913 11915 11972
+8682 8755 12671 14576
+5051 11757 11759 11836
+7299 7320 7322 14577
+3156 3328 11753 11913
+7791 8846 10954 11107
+713 714 4287 10881
+715 3162 11922 11931
+10783 10855 10866 10941
+4330 6351 6411 10885
+12021 12022 12024 12039
+9312 9386 9391 9394
+12015 12021 12023 12039
+3274 11750 11764 11773
+10265 10266 10298 10299
+10782 10939 10943 11711
+10783 11711 11712 13719
+3134 12069 12074 12097
+7978 8033 8034 12615
+5285 9312 9314 9394
+3053 3218 3219 12068
+3134 3173 12064 12097
+7271 14564 14566 14567
+9386 9390 9391 9394
+3221 3366 12079 12090
+7385 7419 8485 14632
+13135 13136 13145 13146
+4232 4407 4408 13134
+12043 12046 12072 12073
+5025 5215 5221 12072
+3143 3312 12204 12205
+8673 8685 12668 12680
+7985 7988 13210 13211
+12247 12250 12251 12257
+3117 3118 3283 11865
+544 545 10872 10876
+544 545 4745 10876
+317 2812 8249 8250
+5103 5195 5355 12167
+544 4745 10876 10929
+8681 8685 12668 12681
+3323 11738 11769 11777
+4202 4320 4485 10796
+4268 4269 4444 12968
+13989 14011 14012 14013
+4808 9076 9081 11065
+2540 10333 10334 10373
+11738 11769 11777 11795
+5147 11747 11748 11848
+4445 12968 12975 12980
+3574 3588 8556 12532
+3322 3356 11738 11749
+1721 1722 5210 6802
+10770 10794 10795 10867
+3728 3734 3748 12680
+5 316 399 1310
+935 936 7274 8673
+3728 3748 12680 12681
+4490 4506 4509 10888
+4214 6352 6413 10908
+3588 3589 3607 12545
+8829 13264 13287 13422
+92 2055 2056 4147
+8565 8659 8660 12605
+3329 3345 11755 11759
+3329 3345 3377 11759
+3152 11769 11797 11823
+3574 3588 3589 12532
+13277 13279 13286 13287
+7363 7395 7396 14618
+1711 5205 6795 6837
+4269 12353 12358 12968
+3054 3055 3220 12077
+5025 5128 12070 12071
+12065 12075 12114 12115
+12069 12070 12071 12075
+7395 7396 8512 14618
+7363 7396 14618 14630
+7396 8512 14618 14630
+3108 3273 3274 11750
+3107 3108 6841 11751
+3107 3108 3273 11751
+3632 3640 8033 8662
+5312 5367 11750 11764
+7364 7396 14629 14630
+7364 7396 7397 14629
+8829 13264 13287 13288
+1290 4329 6350 6380
+10952 13284 13290 13293
+7418 8475 8490 14636
+7418 8475 8490 12498
+10952 10956 13284 13290
+3632 7717 8033 8662
+10956 13284 13285 13290
+7374 12500 12502 14643
+4213 6351 6412 10883
+700 11920 11921 12361
+8393 8394 8401 9352
+2262 9309 9312 9313
+7412 7429 14621 14626
+3508 3531 9209 12448
+7523 7556 9227 14711
+852 3402 3422 8394
+2969 3001 3022 10797
+1943 7440 7463 14670
+7672 9217 12380 12381
+6606 6719 10334 10365
+7439 7471 9217 12381
+841 842 3405 7676
+1942 1943 7440 7701
+11402 11431 11464 13195
+11402 12256 12258 12264
+3438 3461 8400 12393
+749 750 784 9281
+7689 7757 7770 8564
+486 2774 2817 11046
+5728 5875 8627 12540
+3433 3446 3448 12393
+3433 3448 3461 12393
+3402 3417 3438 12380
+8420 8421 12914 14686
+7383 12578 14602 14604
+10041 14155 14160 14162
+3438 3447 3461 8399
+10783 10943 11711 13719
+5782 5909 8626 8627
+8406 8407 12396 12406
+8460 12386 12395 12402
+5729 5773 8622 8623
+8643 8695 12553 12607
+6913 8460 12407 12408
+10856 10936 11656 11701
+5986 6160 9052 9054
+828 3393 3394 12423
+3455 3456 3470 6926
+3394 6895 6896 12419
+10858 10936 11691 11702
+10957 13284 13293 13294
+3470 3471 6926 12407
+6898 6899 6927 12403
+3459 3466 8406 12392
+3459 3466 3468 12392
+3466 3467 3475 12406
+10952 10957 13284 13293
+3539 8513 12462 14626
+7471 8400 12381 12397
+3477 3506 4013 4014
+7470 7508 14672 14673
+316 1310 8090 8251
+8396 8400 9217 14673
+1942 7700 7701 9217
+11364 11439 11489 11491
+3498 3515 12472 12473
+8793 10972 10973 10975
+3506 4013 4014 4047
+863 1123 3478 4013
+11504 11505 11508 11509
+7473 7504 7508 14673
+7470 7473 7508 14673
+7473 8400 9217 14673
+7470 7473 14670 14673
+7483 7484 7500 14663
+7439 7471 12381 12397
+7484 7485 8500 14663
+8793 10974 10975 12971
+872 3486 7703 7751
+3487 3500 12465 12470
+3486 7703 7751 8467
+3535 8483 12454 12456
+3486 3499 7751 8467
+3535 3543 12441 12456
+3486 7703 8467 12455
+8486 12478 12479 14633
+3529 3545 8509 8523
+3530 9209 12474 12475
+8793 10975 12965 12971
+8076 8188 11194 11200
+8499 8516 8517 8520
+10780 10937 10938 11711
+3518 3521 3534 12439
+8509 11035 11244 11275
+7483 7484 8502 14663
+3489 3493 3526 8510
+8492 8493 8504 13483
+3501 3518 3526 12438
+7451 7452 7484 8500
+3511 3527 3541 12480
+3537 12467 12468 12479
+7507 14648 14650 14651
+12390 12391 12392 12396
+8618 11503 12529 12538
+3546 3548 8489 12475
+8487 12465 12469 14637
+3637 3664 8694 12586
+10277 10321 13881 13883
+7495 7507 14648 14651
+898 899 12565 12581
+899 7379 12573 12581
+899 8583 12565 12581
+3637 3651 3666 8694
+10328 13881 13883 13893
+3559 3566 3598 8528
+3588 8556 12532 12545
+9214 9215 14669 14673
+4882 11499 11507 13619
+8694 11437 11496 12586
+11397 11434 11479 11684
+8793 10971 10972 10975
+8479 8530 12106 12507
+8643 8695 11496 12607
+8955 10325 10328 13870
+10830 10971 10972 10976
+504 11386 11391 11414
+7368 12492 12493 12495
+924 3569 3570 12525
+3568 3594 8588 12514
+3567 3568 3590 12508
+8568 11401 11431 11464
+8562 11492 12515 12520
+7375 7382 7391 14607
+3017 11344 11366 11428
+10824 10834 10835 10972
+3676 3691 12637 12639
+733 3559 3575 8528
+10825 11113 11165 11166
+9156 14017 14023 14035
+3592 3598 3606 12513
+8423 8424 12920 14690
+11294 11343 11369 11544
+10322 10325 10328 13870
+3601 3602 3614 12547
+3583 3601 3602 12555
+3601 3614 3622 8629
+11322 11394 11451 11458
+8615 11320 11322 12515
+4807 13511 13516 13522
+8682 8755 14576 14577
+8505 8506 11050 13580
+3630 3631 8015 8674
+8603 11251 13514 13533
+3109 3274 11767 11773
+7790 10825 10826 11166
+4498 11267 12089 13125
+7548 7553 14680 14684
+1027 5466 12759 12776
+1929 7714 7715 14601
+3669 3681 3683 12625
+11402 11403 12258 12264
+8604 13514 13593 13595
+10986 11174 11175 11187
+847 7539 12369 12370
+8957 9131 13880 14430
+4866 4867 11351 11352
+5724 8589 8592 12503
+3430 3431 3445 12418
+945 3653 7718 12661
+945 3635 3653 12661
+7290 7302 7303 14586
+7270 7291 7714 8572
+938 954 3632 8662
+974 3723 7647 7648
+7790 10826 10828 11166
+8592 8593 13551 13560
+8015 8669 8671 8675
+4702 11382 11388 11389
+8957 9131 14430 14437
+8589 8599 12504 13550
+8779 10994 11085 11086
+8779 10994 10995 11086
+3675 3690 11652 12611
+2969 10797 10800 10801
+3692 3693 3694 7993
+8654 8655 11498 12543
+8664 11580 12586 12603
+334 10316 10320 10322
+8589 8590 8591 13551
+4080 4088 7338 7347
+10905 10994 10995 11086
+3667 3686 3692 12613
+8005 12267 12308 12309
+7941 8568 11590 11684
+8034 8563 12594 12605
+8655 8660 11437 12548
+7939 8672 8675 8686
+10905 10994 11085 11086
+2908 2909 10905 11083
+3712 3724 8684 12676
+3629 8015 8669 8674
+4075 7356 7384 7388
+4019 4052 4053 7355
+7330 7343 14588 14590
+3665 3675 3692 12614
+3614 8569 12547 12548
+333 10316 10317 10318
+3686 8035 12615 12622
+3663 3686 8035 12615
+2909 2972 10909 11083
+14 827 3423 9085
+3678 12644 12646 12647
+898 3553 3554 12570
+11237 11269 11271 12089
+8002 8720 12621 12631
+3688 12631 12634 12637
+8576 8579 12592 12595
+8573 12558 12562 14601
+2909 2971 2972 11083
+8280 8281 9069 10131
+3722 3735 8678 12707
+3707 3722 3737 8678
+1602 4999 5970 6089
+3558 12562 12576 12577
+8572 8581 12574 12576
+973 974 3723 7647
+974 975 3707 7648
+7572 8420 12909 12914
+3758 8766 12688 12690
+8573 12558 12562 12577
+8951 9578 10300 10301
+6214 6272 6278 10732
+7522 7550 7572 8420
+7522 7550 8420 14688
+2908 2909 2971 11083
+7286 8577 12590 12595
+2909 10905 10909 11083
+7581 7583 7592 14736
+3787 12759 12770 12776
+3766 8680 8768 12684
+7567 7581 7588 14735
+7307 7313 8572 14592
+7195 7222 12734 14525
+10926 11732 11733 13440
+6755 6756 9890 10682
+7592 7593 14721 14726
+7978 8032 8033 13196
+3524 3539 8513 12477
+2468 2508 2635 9973
+7995 8005 12236 12269
+3763 8768 8771 12692
+7775 12435 13112 14671
+7610 7761 8581 14593
+8567 8570 13180 13224
+7775 8182 8183 14671
+3716 3741 8744 8805
+7592 14721 14726 14736
+4262 12319 12336 13228
+4059 7206 8750 8803
+7583 7592 14726 14736
+7350 7381 7391 14604
+8555 8557 8558 8567
+7583 7592 7593 14726
+4082 4083 7207 7236
+2908 2968 2971 11083
+982 3711 3725 8752
+4027 4060 4061 7233
+4955 4978 11282 13361
+10808 10818 10981 11005
+7189 7219 7226 14528
+7222 12734 14526 14530
+8847 10818 10956 10957
+10818 10952 10956 10957
+8804 8819 12698 12699
+4060 4082 4083 7207
+7215 7605 7606 7643
+7248 7258 7261 14554
+4004 4005 7215 7605
+10818 10916 10952 10956
+10808 10818 10956 11005
+10831 11816 12964 13059
+8552 8565 8567 8569
+7023 7626 7627 12954
+3776 3796 3804 8790
+7940 8564 8567 8659
+9317 9886 10710 10711
+8093 8313 8335 12811
+7626 7627 7742 12954
+7781 8282 9069 13495
+11011 11012 11015 11725
+1149 6849 6884 7118
+37 51 1014 1023
+1014 1144 1149 3779
+2800 2838 11015 11087
+1027 5466 5467 12776
+1027 3787 12759 12776
+2915 10841 10843 10853
+1100 4002 7603 12751
+278 279 2403 4615
+7940 11464 13195 13196
+3805 12752 12754 14538
+6744 9969 9972 10049
+215 6542 9360 14168
+3793 4033 4043 12745
+12336 13228 13229 13246
+3784 3809 3816 12749
+3807 3817 12745 12746
+11224 11313 11314 13154
+2074 4114 9822 9824
+4032 4038 8864 12743
+4086 14548 14549 14550
+4032 4038 8863 8864
+4382 4488 10841 10842
+8859 8863 14543 14552
+3829 8859 8863 14543
+8957 10221 10315 13885
+3806 3829 8863 12754
+1983 7649 8665 12708
+7096 7099 14450 14451
+3827 8856 12768 12772
+3825 3826 3836 12758
+11225 11307 11332 11346
+11313 11333 11334 11335
+3787 3811 3812 12770
+10139 10140 10171 10172
+7217 7221 7241 14525
+8537 8541 11224 13154
+11225 11304 11307 11332
+7042 7043 8894 12954
+8479 13136 13145 13146
+1045 1046 3856 7633
+920 7659 12502 12507
+1043 7630 7631 12829
+3887 8857 12837 12846
+3851 3881 12859 12863
+8542 8543 8544 12498
+9124 10073 13847 13862
+9589 9594 9597 9623
+9124 13834 13837 13847
+8482 8483 8484 11194
+6929 12831 12832 12833
+10069 13833 13835 13847
+1053 3859 3872 12822
+8474 8475 8480 8542
+11258 11541 12506 12511
+8509 8521 8522 12450
+3853 7621 8896 12825
+11200 13090 13093 13101
+1056 7628 8894 8896
+536 2800 2838 11015
+8572 12578 14589 14593
+3860 3873 12825 12826
+7055 14467 14472 14473
+7072 7084 7086 14475
+7086 14472 14473 14474
+7084 7086 7095 14475
+8843 11022 11023 13291
+3109 3274 3275 11773
+8843 11023 13291 13297
+7794 8482 11036 11195
+8516 8521 8522 12450
+7053 7059 7074 8925
+3545 8509 8523 12450
+7069 7070 7084 14478
+1964 8927 14227 14228
+10073 10074 10297 13847
+7074 7077 14440 14445
+3110 3275 11770 11773
+836 837 3402 7671
+836 3402 7671 12379
+3845 3875 12865 12869
+3844 3845 3886 12865
+3845 3875 3886 12865
+1974 7682 11986 13013
+1012 1973 7682 13013
+3858 3870 6889 8930
+1852 1853 3862 6852
+1012 1973 3778 13013
+1012 3778 3792 13013
+1012 3792 7682 13013
+3792 7682 12793 13013
+3917 8904 12835 12844
+3917 3925 8904 12835
+7069 14478 14479 14481
+7040 7041 12820 14481
+7042 7043 8894 12823
+7667 7668 7693 14712
+3109 3110 3275 11773
+3874 3891 3904 6887
+5457 5746 5755 8132
+7039 7040 9008 12950
+1113 4035 4044 14606
+13397 13398 13415 13416
+9002 9004 12895 12917
+3939 9002 12897 12916
+9003 12420 14680 14683
+2343 9299 9300 9303
+7561 7562 7576 8465
+9002 9004 12917 14680
+3545 8523 12450 12453
+8522 8523 12450 12452
+1085 10696 12895 12896
+7668 14712 14713 14731
+1891 1956 6962 7731
+8965 14711 14713 14731
+3400 8409 8413 12418
+8522 9117 12493 14641
+754 7693 8967 14368
+4919 4920 11022 11023
+1077 3936 3951 8415
+4919 11023 13277 13278
+874 7704 7705 12470
+7656 7704 8476 12470
+7656 7704 7705 12470
+3955 3980 3981 12942
+4920 11022 11023 13291
+3993 12925 12927 12930
+4920 11023 13291 13296
+1040 3853 7621 8896
+2764 2929 2930 11032
+12322 12336 13228 13229
+479 2764 2765 6355
+479 2764 6355 6415
+8499 8516 8517 12458
+3984 3987 3998 12935
+2763 6354 6415 11032
+3976 3994 3995 12931
+7641 7768 8055 8861
+6953 6969 6984 8997
+1007 7725 7726 12752
+8514 8515 8520 12447
+7640 8861 9204 12752
+8291 8506 11275 13475
+3992 4001 12927 12932
+762 763 797 12241
+6964 14410 14425 14745
+2763 2764 6415 11032
+3930 3931 12949 12951
+3992 3996 4001 12927
+3997 12933 12935 12937
+6901 12935 12937 12944
+2763 2764 2929 11032
+3984 6891 6920 6921
+3984 3994 12931 12936
+6911 12928 12929 12931
+6904 6922 6923 12928
+3985 6923 12919 12928
+10459 10462 10476 10478
+7645 7710 7711 12671
+32 1921 7193 7644
+5660 5661 5825 13450
+2763 6354 11029 11032
+4005 7225 7606 12670
+4005 7215 7225 7606
+8504 13446 13447 13484
+8297 8298 11042 11043
+8494 8495 8507 13580
+1128 4016 7362 14615
+1129 1748 1749 7361
+8297 11040 11042 11043
+726 3648 7748 13187
+3648 3673 8033 12615
+7362 7395 14615 14618
+3648 7978 8033 12615
+980 3710 8750 12672
+392 10128 10140 10142
+1118 7254 14556 14560
+1118 1119 4073 14560
+1018 1146 3781 4042
+8497 8514 12447 12449
+3494 3495 5411 8495
+3814 3829 3835 14543
+5419 5722 5779 8514
+1114 12578 14588 14589
+5412 5721 5722 8495
+9552 10266 10270 10271
+1114 4035 4041 14603
+726 939 3648 7748
+4046 8524 9115 12474
+5251 5307 5363 11786
+9268 9976 9979 10767
+4058 7308 7331 8750
+6291 10582 14011 14013
+10066 10067 10291 10298
+8499 8507 8520 8521
+932 7272 7292 14569
+4069 4085 8524 14605
+4071 4074 4075 7384
+4051 4074 7388 7423
+4065 4081 8757 14579
+984 985 7209 8756
+2255 2312 9292 9456
+980 981 7205 8750
+8516 12494 14635 14638
+4487 4520 11028 11162
+2032 4093 9498 9502
+2032 2033 2196 9502
+2032 2196 9498 9502
+1913 7106 7624 7724
+4856 9081 13445 13485
+2256 2257 2312 9292
+1531 1532 5000 13783
+2215 2216 9648 9673
+2565 10550 10586 10712
+8499 8507 8508 8521
+7770 8550 8564 8662
+6146 6219 6220 13725
+5020 12241 12274 12277
+2076 2077 2240 9862
+8354 8355 10066 10291
+2097 4125 4168 9310
+3708 3722 3735 12707
+4589 4630 4636 10122
+4095 5063 9517 9525
+4532 6437 6555 10212
+3722 3735 3737 8678
+7578 14693 14694 14701
+2196 2277 2318 9501
+7781 8281 13488 13489
+7781 10135 13487 13491
+10067 10068 10291 10298
+7781 8286 10135 13491
+8525 9209 12476 14628
+6145 13726 13727 13774
+7781 8281 10135 13488
+8543 11223 11304 11307
+114 2077 4158 9865
+8285 10139 10171 10172
+7777 8468 8474 8481
+2565 10585 10586 10712
+8354 10068 10189 10291
+2097 2098 2261 9310
+956 5435 5436 12608
+136 2099 2100 4127
+2260 2261 9308 9313
+2153 9363 9364 9366
+11227 11237 11269 12089
+1228 4298 6385 11229
+4180 6318 6387 11202
+2856 2857 11204 11238
+8200 9363 9364 9366
+8201 9027 9361 9375
+12097 12105 12110 12111
+2691 11202 11207 11231
+2857 11204 11231 11238
+1227 6318 6385 11207
+2713 2714 6329 11443
+7803 10066 10067 13825
+11199 11269 11271 13143
+1231 4182 4300 6388
+1251 4192 6330 6396
+4358 4396 11475 11478
+4192 4310 4358 11475
+694 4267 4268 11826
+4202 4320 6423 10802
+2739 2904 2905 10897
+7803 8891 9126 14495
+2737 2738 6403 10793
+8354 9126 10067 14496
+2739 10793 10882 10897
+9126 10067 14495 14496
+4203 6373 10793 10802
+2368 2369 2534 10284
+9185 9223 9224 9882
+665 4238 4239 12131
+1295 1296 4332 6413
+4388 4508 10890 10908
+11199 11226 13138 13143
+7927 7934 14322 14334
+1294 4214 4331 6352
+7825 7927 7934 14334
+657 658 4231 12084
+3130 3169 12025 12037
+11201 11204 11238 13096
+4178 6358 10911 10913
+3041 3042 5092 11997
+5658 5823 7802 9080
+9098 9109 14121 14133
+7825 7926 7927 14411
+3044 3045 3210 12000
+5093 5184 5347 12000
+4339 4475 11318 11543
+2946 3015 11323 11331
+9087 14112 14115 14116
+7777 11195 11226 13128
+672 673 3180 12180
+4230 4231 12087 12104
+7777 8474 8480 13126
+4522 11474 13182 13184
+13171 13173 13175 13177
+12184 12259 12261 12262
+4247 4423 12187 13226
+12187 13173 13176 13177
+4422 4423 4523 13172
+7983 12184 12259 12262
+4422 4423 13172 13226
+7777 8468 13126 13128
+6974 7825 7926 14411
+684 7955 12301 12307
+6999 7006 7010 7844
+695 11797 11823 12352
+8187 8535 12053 13103
+8536 8539 13134 13138
+3152 3323 3356 11769
+3152 3192 11769 11855
+1312 4592 6432 6551
+12353 12961 12966 12973
+7852 7853 7855 9830
+8538 12080 13126 13128
+10836 10877 10976 10977
+706 707 4280 11811
+706 707 11809 11811
+705 706 11809 11811
+763 12241 12243 12273
+716 717 11931 13022
+717 11989 13010 13022
+715 4289 11923 11936
+11074 13001 13006 13027
+8808 8821 8831 13417
+11074 11922 11923 11936
+9910 10011 10012 10750
+4229 4230 12087 12088
+7565 7580 14133 14719
+9843 9844 9845 9848
+2503 10583 10589 10616
+7875 10618 14408 14419
+12280 12290 12291 12307
+4313 4363 4364 11523
+4364 4365 4431 11723
+11596 11720 11721 13202
+1977 1978 8789 12732
+12244 12246 12248 12288
+7876 7884 14337 14402
+12249 12288 13186 13187
+12291 12302 12306 12307
+9578 10272 10301 10306
+656 4229 4230 12087
+8468 8474 8481 8483
+8451 10090 10093 13803
+9070 13454 13459 13477
+8453 9070 13803 13804
+5301 5319 5323 12214
+5817 5876 5906 8434
+488 2775 8261 11058
+2931 3010 11144 11147
+8451 10093 13803 13804
+2982 11128 11142 11145
+8331 8333 13049 13050
+7796 8453 10006 13760
+9931 10013 10734 14736
+488 8261 11058 11059
+1743 5405 7450 7451
+5715 8443 8448 8502
+1229 4181 4299 11230
+2858 2986 11204 11237
+5777 8448 8501 8502
+1230 4299 6320 6384
+7886 10548 10595 14393
+1313 4528 4592 6433
+571 572 3049 6812
+8470 11200 13093 13102
+5714 5854 8443 8456
+5405 5608 8443 14657
+6226 6276 6300 13738
+8186 12054 13090 13101
+6226 6300 10029 13738
+4400 4401 11377 13073
+7847 7886 10565 10630
+4226 12063 13092 13094
+2856 2942 11201 11218
+4342 4357 4511 10912
+6154 6228 10051 13754
+9097 9098 14122 14134
+2730 2895 2896 11623
+2895 2964 11621 11624
+9108 9910 10752 14121
+4261 4262 4437 13228
+4437 4438 12337 13233
+2897 2898 2999 11689
+7901 10576 10594 10597
+4223 4224 8165 12059
+11890 11891 12997 13070
+2102 2103 4171 9382
+2103 2266 2267 9428
+149 3128 8177 11873
+4333 6414 11029 11031
+3038 10968 11030 11080
+10594 10596 10597 10610
+6460 6579 6628 10717
+4827 11675 13660 13695
+4215 4389 4491 11031
+10714 10718 10744 10766
+13747 13749 13750 13751
+4357 4401 11377 13096
+9563 10276 10280 10307
+8433 10051 13755 13757
+7808 7893 9763 9764
+157 6483 9555 9556
+4283 8772 12965 12972
+8196 11377 13095 13096
+7827 7893 7899 9778
+3208 3292 3295 11996
+6714 6715 9449 13087
+8527 8528 12124 12129
+4237 12127 12131 13155
+4237 4238 4413 13155
+7893 7899 9778 14306
+8546 13152 13155 13156
+6714 13082 13083 13087
+11331 11341 11542 11543
+8425 12427 14679 14680
+8558 8568 8570 11362
+3033 11472 11478 11518
+4499 4523 11445 13172
+4423 4424 13171 13184
+7831 7907 7908 7909
+7835 7837 14328 14386
+4258 4259 4434 13218
+2533 2679 10240 10287
+13216 13234 13235 13236
+4260 12314 12323 13214
+1956 14306 14327 14328
+7955 8046 12301 12314
+7548 7553 7559 14684
+8779 8780 8781 13026
+6962 7835 14328 14386
+7548 12427 14679 14680
+831 7548 12427 14679
+3935 7735 8412 12915
+7875 7913 9832 10681
+4269 4270 4445 12358
+7874 7875 7913 9832
+10792 10896 10897 11004
+3964 3982 8415 12925
+10743 10763 10764 14365
+2852 8270 10911 11215
+4383 4455 4456 10833
+4384 10814 10836 12964
+4457 4458 10977 12965
+7866 9727 9730 9759
+7811 7851 7879 7890
+4328 4383 4384 10814
+11988 13017 13019 13044
+3950 7736 8977 12926
+7875 9174 9840 10618
+8346 8348 11140 13045
+4467 4501 4525 13051
+4293 4468 4469 13020
+4293 4294 11994 13018
+2102 2103 2266 9382
+9246 10763 10764 14363
+1873 1874 6933 8415
+666 4240 12134 12135
+420 421 2706 6393
+759 7883 7919 7926
+7883 7917 7919 7920
+7883 7921 7924 7932
+1390 4629 6471 6590
+7883 7919 7926 14411
+4212 6350 6411 10884
+7861 7870 7928 7932
+2977 3027 3036 10835
+7883 7917 7920 7925
+4283 12965 12971 12972
+7916 7922 9793 9801
+8404 9328 9330 14161
+7820 7922 7930 9804
+2881 3033 11472 11478
+9557 10186 10190 10191
+2881 11472 11474 11478
+7826 7910 9808 14322
+2716 2881 2882 11475
+8404 9242 9941 10036
+674 4247 4248 12187
+9242 9941 9942 10036
+1424 4652 4771 5928
+7826 7910 7934 14322
+4179 4342 4357 11203
+564 3041 3042 6766
+7826 7925 7927 14322
+7826 7927 7934 14322
+7826 7909 7927 7934
+8404 9242 9330 10036
+4358 4361 11474 11475
+4423 4523 13172 13184
+4523 11474 13172 13184
+7826 7909 7910 7934
+2716 2882 11475 11477
+632 3109 3110 6842
+8404 9328 9330 10036
+10716 10767 14139 14365
+9246 10743 10763 10764
+1325 4534 6439 6557
+9240 10041 14160 14161
+12217 12275 12276 12277
+7940 8032 8564 12260
+7940 8564 8566 12260
+1378 4560 4623 6465
+2388 4544 10422 10447
+9223 14354 14359 14360
+9931 14708 14721 14722
+9901 10744 10765 10766
+6694 6735 10744 10766
+7940 8567 11431 13174
+8570 11431 13175 13185
+3610 8552 12544 12549
+7940 11431 11464 13195
+9974 14706 14708 14724
+6192 6193 13952 13964
+5957 6123 6124 13945
+176 6502 6503 9711
+6672 10486 14276 14281
+2425 2591 9953 9967
+4343 8270 10911 11215
+2424 2425 2590 9952
+11282 13361 13449 13450
+2427 4564 4626 9968
+4536 4600 4631 10289
+8120 13449 13450 13484
+7951 7982 12308 14760
+7637 7749 12732 14528
+8120 13361 13449 13450
+6681 9809 14312 14319
+269 2394 4547 10450
+1349 1350 4546 6451
+270 4547 4611 10493
+12283 12285 12310 14760
+2394 2395 10493 10497
+4621 6581 9928 9936
+2416 4621 9928 9936
+5455 5745 8820 8821
+8363 10261 10262 13841
+7961 12280 12291 12292
+7961 8037 12243 12278
+4574 4632 6562 10338
+7961 12280 12287 12292
+1332 1333 4538 6561
+3145 3185 12242 12280
+7961 7986 12242 12243
+1866 5402 7446 14646
+10262 10263 13818 13841
+5837 5838 5896 8691
+9333 9334 14146 14167
+8363 10261 13826 13841
+1875 1882 8410 12418
+7972 7977 8001 12623
+7992 7998 8001 13219
+2533 10240 10269 10287
+7972 7992 13219 13221
+4654 4773 4936 13604
+5565 13591 13604 13606
+7936 12303 12304 13204
+4654 4936 13604 13607
+9112 10727 10728 10733
+7992 12315 13217 13221
+7972 7992 8001 13219
+5578 5579 5686 13313
+5436 5732 5733 8689
+13302 13306 13307 13310
+8728 13690 13691 13708
+7992 12304 13203 13218
+4676 4794 4838 13269
+7972 7977 8001 13206
+4755 4756 11119 11120
+2368 2534 10269 10284
+1665 5057 5149 8007
+4808 4857 11065 13445
+7801 8295 9066 11042
+5149 5331 7982 8007
+4808 4851 4856 13445
+5057 5149 5331 8007
+4754 4924 11120 13386
+7999 8009 8010 8040
+8884 13382 13387 13388
+7776 8246 10161 10168
+794 7980 7981 8007
+11 794 7959 7981
+8591 11354 11359 13594
+498 11338 11354 11359
+4696 4697 4866 11351
+8591 11360 11361 13539
+4343 8270 9045 10911
+9583 10204 10223 10246
+12217 12274 12275 12277
+4700 4869 11360 11383
+8631 8638 13633 13634
+8851 10820 10917 12734
+4257 4258 7955 12304
+11397 11483 11488 11495
+4818 4965 11493 13601
+4879 11493 11510 13599
+10888 10889 11001 12971
+7992 7998 8001 13206
+8851 8880 8890 10917
+4709 4879 11510 13599
+11100 11115 11121 13428
+10 941 8012 8036
+724 8000 8036 8038
+7961 12242 12280 12287
+521 8716 11613 11632
+3145 12242 12280 12287
+10 8000 8012 8036
+519 520 11522 11637
+10782 10863 10941 10948
+9109 10734 10735 10736
+8000 8012 8036 8047
+4732 4733 4902 11717
+2573 2574 10684 10686
+530 531 4731 11708
+4900 4901 4973 10946
+4742 10926 11733 13440
+4912 4913 4984 10930
+10871 10872 10925 10929
+2842 2975 10804 10817
+4673 4791 4954 13410
+543 2803 2842 10871
+543 4743 4744 10928
+7955 8046 12314 12315
+8365 8366 8374 8382
+8370 8387 10076 13775
+11099 11114 11115 11116
+552 11018 11100 11101
+552 553 11019 11100
+551 552 2846 11018
+552 553 2808 11019
+11123 13384 13386 13388
+4492 4501 11133 11147
+12716 12718 12721 12722
+551 552 11018 11101
+2846 10989 11007 11109
+6756 9890 10682 10686
+3822 3838 8870 12780
+5665 13522 13530 13534
+10737 10739 10740 14115
+8823 8832 10924 10926
+5554 13498 13499 13500
+8018 8020 8021 8028
+11287 13507 13508 13579
+5664 13509 13521 13522
+3662 8018 8021 8029
+10057 10092 10096 13451
+4655 4775 4819 13618
+8336 8338 8341 8345
+2993 3020 3032 11462
+8022 8025 8028 12320
+7971 8030 13216 13221
+2772 8308 8347 8349
+4192 6330 11446 11475
+5580 5689 13306 13310
+7971 8030 12635 12645
+397 2520 8336 8349
+3647 8012 8036 8043
+4666 4786 4832 13309
+8343 8352 8365 8372
+1453 4666 4786 13309
+4666 4785 4944 13305
+8343 8360 8369 8370
+8000 8036 8042 8047
+1477 1842 13364 13365
+9113 9321 9931 10733
+1476 4678 4797 13365
+6524 6525 6693 14361
+400 2685 6315 6386
+5659 9081 9084 13485
+11066 13449 13482 13484
+5658 5659 7802 9084
+4808 4856 9081 13445
+4856 8299 9081 9084
+7800 8125 11051 11060
+8011 8042 8046 12302
+8311 8312 8330 8352
+8011 8041 8042 12302
+559 2850 8372 11157
+4774 4818 4937 13607
+11988 13017 13047 13048
+11937 13006 13007 13008
+8708 8728 8732 13708
+370 2469 2508 10010
+527 4727 4728 11698
+2727 2728 6400 11560
+4830 11700 13700 13707
+8334 13017 13019 13048
+11700 13689 13708 13709
+5677 5686 13707 13709
+13304 13313 13691 13716
+10879 11069 11070 13027
+8093 8099 12812 13046
+8093 8097 8322 12798
+13312 13427 13433 13437
+4929 4983 4984 13427
+4792 4841 4929 13311
+2562 2563 10488 10535
+7955 8046 12301 12302
+4469 4526 13020 13021
+8055 8863 12754 14557
+495 11305 11328 11350
+412 2697 2698 11264
+4865 4866 11353 13510
+4805 4865 13510 13511
+8604 11349 11350 13533
+4805 4809 4865 13510
+8602 11251 11353 13512
+5657 13510 13535 13538
+5657 5902 13510 13538
+1431 1812 1813 13618
+6059 10140 10142 10174
+5553 5554 13498 13499
+11251 11252 13505 13512
+1119 1120 8055 8863
+9367 9368 9494 9495
+2931 2932 11125 11147
+11413 11415 11423 13566
+4873 11388 11389 13565
+8804 8812 8824 12702
+4651 4771 5928 13589
+1969 9495 9511 14193
+6691 6692 9888 9890
+4876 13574 13575 13577
+4702 4872 11388 11389
+8587 8588 8598 13567
+527 4727 11678 11698
+320 8370 8387 10076
+2850 8371 8372 11157
+4829 11700 13688 13701
+4895 4896 11679 13702
+11679 13685 13687 13702
+11664 11670 13672 13673
+4836 4837 13330 13369
+8811 13323 13330 13373
+4837 13330 13368 13373
+1460 1831 1832 4670
+8066 9480 9492 9496
+11729 13372 13373 13375
+2169 9742 9762 9786
+398 8343 8372 8373
+8833 8835 13282 13286
+368 369 6036 10723
+8066 9480 9486 9494
+8843 11022 13289 13291
+4919 4920 4948 11023
+11023 13291 13296 13297
+8066 9480 9486 9492
+7792 8233 9363 9366
+4843 13262 13265 13269
+5588 13311 13312 13433
+397 8311 8340 8342
+7776 8074 8079 14676
+4280 4455 13061 13064
+7776 8074 8243 14677
+320 398 2483 8369
+8091 8336 8337 8367
+5837 5896 8691 13628
+7171 7172 8314 14497
+7776 8074 8243 8283
+8317 9377 9550 10217
+5781 5836 5896 8690
+7138 7160 8353 14490
+4689 4858 4859 11281
+8074 8079 13131 14676
+4342 4357 10912 11203
+488 489 4689 11059
+4857 4858 4978 13448
+6514 6682 6683 9807
+5679 11501 13620 13638
+185 2131 2169 9786
+7776 8079 8080 14676
+6516 9803 9814 9817
+8085 11209 11211 11376
+368 10700 10702 10723
+4778 4822 4823 13636
+10850 13302 13716 13721
+8085 11209 11210 11211
+3250 3251 12282 12285
+8291 8294 8506 12439
+8804 8814 8824 12702
+5719 8492 8493 8504
+13314 13413 13433 13443
+4914 4915 4986 10960
+8808 10930 13440 13441
+10718 10743 10764 14365
+10930 11733 13427 13441
+8085 11209 11210 11220
+5719 5720 5825 8492
+8076 11210 11374 11375
+5587 5695 13312 13410
+3518 3534 11244 12439
+10817 10869 10871 10925
+5131 5377 9299 9301
+8096 8212 12815 14174
+4894 11666 11673 13675
+8734 11666 11681 13702
+7110 7137 14489 14494
+8096 8212 12815 14489
+5411 5720 8495 8510
+1445 1446 4782 5917
+8219 9376 14178 14489
+2794 8026 10931 11656
+4828 4829 4896 13688
+8099 8212 12815 14174
+5406 5777 8501 8502
+14098 14101 14104 14105
+5530 5639 14105 14124
+1599 5969 6087 14118
+8096 14164 14178 14489
+8099 8107 9025 13046
+391 392 10128 10142
+8099 8107 9025 14174
+5327 5346 11820 12007
+11892 12007 12009 12010
+2080 9249 9250 9893
+8149 8155 8156 8170
+5027 5028 5327 12009
+2576 10716 10718 10743
+8149 8155 8156 8168
+7784 8157 8175 11869
+776 777 810 8157
+3251 12282 12285 12328
+1354 1355 4612 6572
+6059 6236 6237 10145
+9688 9689 9732 9733
+9235 9321 10762 10767
+8107 8335 14174 14175
+11852 11895 11897 11898
+2571 2572 2670 10687
+11833 11835 11836 11838
+1655 2012 2013 11836
+3160 3200 11839 11851
+8247 10128 10140 10142
+8107 8241 9025 14175
+8286 10142 10143 10145
+5047 5244 5379 9493
+5152 5259 9487 9488
+1156 4135 5061 9487
+1179 1180 4108 5164
+2225 2294 9689 9733
+6058 6059 6236 10143
+185 9773 9774 9776
+8107 9025 14174 14175
+9067 9068 9072 13491
+2057 4105 9657 9686
+8117 9067 9072 13491
+2572 10682 10687 10691
+5083 9263 9264 9270
+174 175 2164 9670
+2089 2090 2253 9264
+2254 9264 9270 9271
+2090 2254 9264 9270
+6060 6061 6165 9068
+7455 7456 12431 14675
+3212 3213 3342 12017
+8073 8074 8078 8275
+569 570 3047 6811
+882 7457 7458 8074
+1673 6769 6812 12018
+569 3046 6768 6811
+9276 9280 9281 14148
+3146 12278 12279 12290
+5106 5357 12230 12237
+8832 10923 10924 13418
+6688 6752 6763 9861
+5207 5311 5366 11760
+8128 11281 13465 13468
+3107 3272 11751 11766
+3274 3378 11750 11764
+5116 5312 11751 11766
+8128 11060 11281 13447
+7779 8073 8075 8078
+8082 9476 9477 13115
+8265 8285 10126 10154
+5127 5353 5369 12147
+5127 12120 12147 12177
+768 5127 12120 12177
+768 12120 12175 12177
+10642 10687 10691 10709
+8265 8266 8269 10125
+8138 13395 13396 14761
+8265 8266 10126 10154
+1637 1638 1993 9694
+11019 11073 11108 11164
+5224 9659 9697 9698
+13396 13397 13400 13407
+8018 8021 8028 8029
+8138 13396 13400 14761
+9834 10664 10673 10675
+1174 5070 5161 9655
+3084 3085 6829 12281
+10811 10825 11106 11109
+10825 11073 11108 11165
+5239 5258 5268 9663
+89 2053 4146 9647
+8265 10125 10126 10160
+6593 6718 9477 10127
+5133 5231 5279 9247
+8148 11182 13406 13407
+6641 6717 10127 10158
+9244 9247 9866 9912
+5079 5171 5231 9249
+8148 13395 13404 13405
+8148 13395 13405 13407
+5290 5386 8173 12002
+8148 13404 13405 13406
+5345 8153 8173 8174
+5289 5345 5386 8171
+8506 11050 11276 13466
+8148 13405 13406 13407
+8060 8156 8157 8167
+5101 5193 5299 12161
+8292 11280 13474 13475
+8060 8157 8167 8175
+1710 5204 6794 11784
+8292 11245 11280 13475
+174 2125 2164 9670
+3047 3048 6769 12019
+5094 5185 5348 12019
+8358 8386 9125 13817
+5129 12015 12034 12141
+3299 12043 12047 12073
+8128 11059 11281 13465
+5032 5226 5372 9311
+777 8157 8175 9468
+8260 11052 11243 11246
+8060 8157 8175 9468
+4106 5071 9684 9686
+5163 5237 9683 9684
+4742 4743 4912 13440
+3284 11863 11910 11946
+8386 9125 13817 13841
+642 3119 3120 6847
+9925 9926 9979 10768
+5256 5262 9481 9482
+5244 5262 9481 9493
+10698 10703 10705 10707
+5259 5379 9490 9493
+2274 8167 8168 9466
+8292 11053 11058 11246
+14121 14122 14123 14135
+8073 8079 8264 13131
+8088 8264 13131 13132
+13605 13606 13608 13609
+5224 5267 5270 9697
+5224 5270 9659 9697
+2088 4121 4163 9260
+5229 9260 9261 9273
+5034 5132 5229 9256
+7192 7212 7606 7644
+2087 4163 9260 9273
+5228 5281 9261 9262
+3045 3046 3211 11999
+2851 8249 8267 8270
+3081 3246 3247 12268
+794 795 5019 7959
+3084 3249 12266 12282
+8060 8156 8167 8168
+1114 12578 14589 14593
+8060 8167 8168 9466
+10069 10253 10254 10265
+5118 5314 11781 11829
+5314 11780 11828 11829
+3380 11768 11771 11772
+3166 3333 8153 8174
+5118 5249 5314 11829
+5325 12200 12201 12221
+5104 5195 5300 12196
+12162 12168 12169 12203
+3311 3349 3387 12200
+5325 12199 12217 12221
+11744 11787 11800 12330
+3166 8153 8154 8174
+8875 8881 12758 14530
+3167 3333 3382 8171
+8326 10215 14188 14197
+3166 3167 3333 8174
+2068 4111 4153 9767
+2232 2233 9768 9771
+8208 8209 8215 8225
+3044 6767 11995 12001
+6670 14269 14272 14281
+1940 7439 7461 12397
+3209 3210 12011 12012
+5292 5347 11998 12000
+7792 8225 8233 9367
+3190 11788 11800 11812
+147 3166 3167 8174
+5257 5304 12283 12285
+3081 12234 12235 12268
+147 3167 8171 8174
+5048 8065 9368 9485
+5303 5357 5380 12270
+8181 9212 9338 9339
+5198 5303 12235 12237
+8208 8209 8215 8229
+8180 8181 9212 13118
+364 2466 2505 10658
+7463 8180 14670 14672
+163 164 2120 9594
+8183 9404 13117 13118
+5303 12237 12268 12270
+5358 12266 12268 12270
+5019 5322 7995 8007
+7786 8209 8215 8225
+7995 12236 12238 12269
+5357 5380 12236 12270
+5303 5358 12268 12270
+7533 7563 7564 14717
+151 2113 2153 9363
+3190 11744 11788 11800
+7786 8067 8209 8229
+1971 7786 9362 11985
+5439 5735 8701 12633
+856 857 3413 5601
+860 1862 3416 3423
+5413 5418 8496 12460
+5418 8496 12460 14629
+10066 10250 10253 10265
+8511 9116 14618 14620
+10066 10069 10253 10265
+5048 9368 9372 9485
+10066 10069 10253 13833
+8082 9476 9477 13130
+8183 13114 13130 14676
+8223 8224 8225 8233
+4291 4466 4467 11990
+4293 11988 11992 13020
+363 10647 10659 10660
+8082 8266 9477 13130
+5725 8595 8596 12508
+3568 8588 12508 12514
+8623 8642 8692 11497
+1012 1013 1973 3778
+3636 8640 12600 12602
+8696 8697 12618 13644
+5781 8626 8642 11500
+5437 5734 8696 12629
+164 165 9596 9599
+8266 9477 10125 13130
+4466 4467 11990 11991
+5992 5993 6170 10256
+1143 3784 5464 12749
+4030 4068 12749 14547
+8840 8841 12755 14529
+5445 5446 5465 12748
+7856 7912 14341 14348
+7230 7244 7245 8874
+7201 7230 7231 8874
+3122 3123 3288 11947
+5469 5752 8877 8882
+364 365 6032 10671
+2602 2649 10125 10157
+2435 4630 10122 10124
+997 7107 8132 12800
+8582 12567 12575 12592
+1280 4207 6376 6424
+8142 14485 14486 14487
+3767 3768 8882 12799
+5468 5751 8877 12784
+8886 12785 12786 12787
+5751 5870 8844 8850
+8885 8886 13380 13430
+10840 10842 11816 13064
+3123 3288 3289 8204
+3123 8204 8207 11947
+8199 9504 9507 9511
+8199 9486 9506 9512
+8199 9492 9504 9507
+8199 9492 9506 9507
+2114 2153 9364 9366
+1048 5479 7051 8928
+9159 9169 9170 14064
+8065 8208 8209 11952
+9159 9169 14063 14064
+5774 5882 5901 9159
+8065 8208 8209 8225
+8202 8208 8237 11953
+9159 14028 14047 14049
+6950 6951 14399 14404
+11880 12057 12058 13066
+9020 9021 9022 13995
+1549 1550 5944 13801
+5945 6063 6110 13844
+8086 11891 13069 13075
+8215 8226 8229 8235
+5500 5609 5775 9063
+153 9364 9512 9542
+5775 5864 5908 8130
+8208 8215 8229 8235
+152 153 9364 9542
+5630 5631 5804 13989
+2231 9770 9771 9790
+8199 8217 9506 9507
+8218 9535 9538 9539
+8196 11375 13069 13074
+155 9536 9537 14182
+2114 2275 2321 9369
+5535 13773 13774 13784
+8085 11211 11375 11376
+1530 5535 5536 13773
+8076 8256 11194 11200
+9105 13726 13765 13774
+3 228 8238 8240
+10875 11103 13294 13295
+5131 9298 9299 9305
+228 722 3127 8238
+1802 5557 5558 13545
+8071 11974 11975 11984
+8605 11305 11348 11350
+12057 12058 13089 13097
+7224 7259 12733 12760
+1363 4553 6458 6576
+8071 9030 11975 13040
+1813 5568 5937 13618
+12053 12063 13101 13103
+4882 13612 13619 13635
+5911 13602 13603 13634
+5568 5937 13618 13631
+1814 5568 5569 13632
+8238 8239 9030 11975
+6459 6627 6734 10684
+4664 4830 13700 13706
+1430 1431 1812 13618
+4828 13688 13697 13701
+2407 2572 10641 10683
+4675 4794 4843 13269
+8187 12053 13101 13103
+1466 1835 1836 4792
+4225 8165 13091 13097
+4911 4912 11733 13427
+3837 3842 8871 8872
+13410 13411 13412 13437
+58 1848 5600 9065
+1400 5987 6104 9046
+6752 6763 9861 10628
+1401 5987 8140 9046
+1848 5599 5600 13423
+6114 13840 13849 13852
+4996 5946 13845 13846
+148 149 8167 8177
+5504 5505 5613 13852
+4294 11994 13018 13041
+8391 13820 13830 13842
+1553 1554 4996 5946
+149 8167 8177 11873
+6168 10264 13821 13843
+6162 13821 13822 13831
+9835 10587 10662 14074
+6118 6119 6303 13912
+6246 6303 13912 13940
+5758 5799 5800 8963
+5757 5758 5799 8962
+5765 5804 5881 14026
+6060 9068 10140 10173
+5634 5635 5901 9170
+10249 10253 13823 13826
+5774 5901 9159 9169
+8247 10133 10135 10137
+5523 5524 5632 14033
+8247 10133 10134 10135
+6235 10144 10146 13354
+9834 10675 10676 10695
+5647 13359 13523 13524
+8247 10135 10137 10142
+142 2105 2106 9427
+3128 3294 8169 12013
+10108 10129 10136 10161
+8080 10136 10161 10162
+8081 10108 10155 10161
+5421 5422 5724 12503
+8080 8081 10155 10161
+5668 5669 5830 13559
+11352 13539 13540 13541
+8604 11349 13594 13596
+10945 11710 13690 13711
+5688 5841 13304 13721
+8080 8081 10155 10156
+776 809 810 8157
+10255 10256 10261 13823
+4828 4829 13688 13701
+10204 10224 10225 10246
+8060 8156 9457 9458
+5577 5578 5677 13700
+2111 2274 8167 8168
+5689 5844 13274 13308
+8726 8727 13714 13720
+8179 8195 11870 11873
+741 11869 11872 11876
+2441 8252 8265 8269
+2442 8252 8265 8284
+3206 8173 11819 11820
+8727 11712 13714 13720
+3041 5092 6808 11819
+9834 10676 10690 10695
+7503 7510 14668 14669
+1838 5591 5924 13269
+13266 13267 13268 13269
+4838 4958 4987 13267
+4674 4793 4844 13262
+7806 11172 11181 11193
+5699 5848 13264 13265
+5437 8696 12609 12619
+8137 8139 13398 13400
+1735 5393 7534 14728
+5944 6107 6162 13800
+5864 8134 13799 13820
+2442 2481 8284 8285
+888 3494 5411 8510
+2103 2104 4171 9428
+2480 2650 8285 10160
+888 889 3494 5411
+2480 2607 2650 8285
+2442 8265 8284 8285
+2442 2607 8265 8285
+2442 2481 2607 8285
+13821 13831 13832 13844
+8134 10263 13819 13843
+8295 9066 10179 13518
+8806 8807 8809 13439
+13411 13427 13437 13441
+5587 5588 5695 13312
+38 1031 1064 5484
+9887 10668 10694 10704
+8123 13490 13491 13492
+8936 12857 12876 14503
+2467 2507 2634 10692
+8123 8282 13490 13492
+2529 2608 2613 10204
+7780 8122 9066 13518
+5032 5131 5226 9305
+624 3101 6796 6838
+11744 11787 11788 11800
+8392 9059 9060 9064
+9268 9925 9979 10768
+957 3643 5437 12609
+8390 8392 9051 9056
+5408 5717 5718 8113
+5778 9060 9061 9062
+131 132 2095 4167
+4640 4683 5925 13423
+13493 13494 13527 13528
+5716 5820 8115 8501
+8357 10078 14484 14488
+5746 5864 5908 9058
+5787 5864 13799 13820
+8096 14178 14489 14494
+7787 8216 8221 9203
+2438 2603 2604 8273
+4380 4486 4505 11090
+9583 10204 10225 10246
+10394 13915 13916 13917
+6034 10698 10703 10707
+5640 5809 5810 14109
+8201 9027 9029 14164
+9110 10725 10732 14113
+10129 10130 10137 13455
+10129 10130 10132 13455
+9071 13478 13479 13480
+8277 8280 9069 14663
+13344 13345 13347 13503
+912 921 5421 12503
+922 3567 5422 12508
+5563 5671 13588 13590
+5424 5726 8585 8587
+8610 13548 13551 13564
+9551 10232 10233 10238
+5560 5668 5669 13546
+493 4694 11049 11284
+8277 8280 9069 13453
+3567 5422 8595 12503
+8596 8597 13567 13568
+8091 8312 8313 8359
+1462 1832 1833 4790
+5687 5694 13375 13376
+8738 8816 10900 11727
+7807 9051 9056 9057
+8108 8313 8330 11155
+10079 10081 10199 10200
+6 8288 8289 8297
+8337 8368 10081 10200
+8099 8211 9025 13046
+5871 8845 13383 13385
+120 121 2084 4119
+11185 13390 13424 13425
+7797 8089 8288 8297
+7780 7798 11033 13518
+4849 13390 13392 13426
+11023 13296 13297 13340
+5611 5790 8391 13838
+10587 10670 10673 10674
+7776 8079 8080 10126
+8295 9066 11042 13518
+8631 13619 13633 13634
+5911 8630 13603 13634
+6 8289 8297 8298
+9230 9279 9990 14737
+8089 8290 11033 11042
+8355 10236 10238 10291
+5724 5725 8592 8595
+8339 8346 8347 11140
+8358 8386 8891 9125
+8358 8385 8386 8891
+5748 8385 8386 8891
+9298 9299 9304 9305
+5459 7111 7112 8358
+914 915 3563 12504
+9551 10236 10238 10291
+2772 8307 8308 8347
+9853 9887 10668 10694
+10650 10654 10655 14052
+7776 8079 8283 10126
+5470 5746 5753 8131
+5865 9059 9060 9064
+2772 8311 8347 8349
+2083 2084 2247 9251
+5746 5864 9058 13814
+1835 5587 5588 13312
+8283 8285 10126 10154
+60 1215 2024 2151
+8316 8325 10195 10196
+793 7851 7877 7882
+1818 1819 5573 13655
+4660 4780 5930 13679
+9834 10664 10676 10681
+5436 5437 5733 12609
+1151 5058 5150 8206
+556 2810 11117 11118
+8082 9043 13115 13133
+9079 9080 9083 13520
+8417 8969 9183 14420
+57 1546 1632 5942
+8295 10176 10179 10180
+1489 4685 8121 8299
+10232 10234 10235 10238
+1402 4641 4685 9082
+3010 11142 11144 11152
+5953 6071 6238 13910
+5953 6120 6238 13909
+8327 11142 11148 11160
+6116 6305 13886 13888
+2849 11148 11153 11160
+11153 11154 11160 11186
+5631 13989 14010 14012
+5964 6083 6134 14037
+1215 5058 8203 8205
+10582 13989 14011 14019
+2583 9929 9936 9938
+8344 8345 10185 14176
+4558 4621 6581 9936
+8061 9440 9444 9460
+6521 9857 14347 14348
+1607 1608 5973 13767
+779 811 812 9463
+13397 13398 13407 13415
+8105 8107 9034 11140
+743 1945 7441 13112
+2072 4113 4155 9818
+778 779 811 9463
+5985 6106 13525 13529
+1545 5008 13525 13529
+10069 10295 10299 10302
+5994 5995 10295 10297
+8301 8314 8353 14493
+14344 14346 14348 14349
+7172 8314 9203 14493
+329 330 10275 10294
+8061 9445 9459 9462
+6007 10354 10374 10384
+339 6007 10354 10374
+339 340 2493 10382
+6186 6303 10403 13911
+8060 8167 8175 9467
+1869 6869 8050 14524
+4308 6419 11443 11444
+1446 1447 1823 13692
+7947 8019 8025 12313
+1869 6869 8050 14757
+1246 1247 4190 6328
+8355 10226 10229 10238
+10510 13954 13955 14004
+6875 6912 8054 8939
+351 2499 10468 10509
+6018 6019 6196 10524
+7788 8316 8317 9203
+6018 6019 10523 10524
+8360 8365 8370 8382
+10459 10469 10476 10478
+9551 10232 10235 10238
+350 351 10468 10523
+6207 10666 14054 14079
+361 362 10648 10653
+7503 7506 7510 14669
+8360 8370 8382 10064
+1395 1396 4591 6431
+7510 7515 14668 14669
+6216 6217 10753 10754
+6217 10751 10753 10754
+372 10011 10012 10750
+2470 2510 2673 9976
+6217 6218 6279 10754
+7168 7169 8054 14515
+6217 6218 10751 10754
+383 384 2515 10034
+384 385 2476 10034
+3685 8044 8048 12635
+8343 8365 8372 8373
+724 7999 8000 8038
+6051 6229 10059 13754
+6051 10059 13749 13754
+6050 13749 13751 13754
+6050 6051 13749 13754
+109 2072 4113 9819
+5944 6162 13800 13801
+1492 5500 5501 13802
+8043 8044 8047 12624
+6107 6162 10085 13800
+3662 8021 8030 12645
+6063 13801 13831 13844
+6568 10446 10447 10458
+1549 5944 6062 13802
+5514 5515 5623 13957
+10249 10256 13823 13826
+205 206 9277 9278
+101 102 2065 4152
+8352 8365 8372 11169
+5514 13939 13940 13957
+6292 10613 14045 14061
+14050 14061 14062 14071
+559 8372 8388 11191
+559 8372 11157 11191
+1592 5965 14065 14070
+8364 8371 8372 11157
+6137 14056 14059 14068
+97 2060 2061 4150
+8364 8372 11157 11169
+8366 8372 8388 11191
+8366 8372 11169 11191
+8360 8365 8382 10063
+8365 8374 8382 10063
+8366 8374 8382 8383
+6105 6106 6258 13524
+8374 8381 8383 13775
+8147 8381 8384 13775
+8147 8374 8381 13775
+5752 5904 8389 8884
+5752 5789 5904 8389
+5752 5753 5789 8389
+5752 8389 8877 8883
+9189 9593 10285 14240
+6182 6238 6266 10361
+7976 8039 12306 13205
+1566 1567 5010 6071
+5752 8389 8883 8884
+8402 9327 9328 9341
+9327 9328 9341 10039
+8398 8403 8404 9327
+10 8000 8010 8012
+1514 5012 14008 14016
+2060 2224 9683 9690
+1513 5519 13986 14007
+2065 2228 2229 9728
+10213 10214 10226 10228
+6127 6249 13967 13983
+5435 5436 5732 12608
+8254 8276 9401 14662
+726 939 940 3648
+1532 5000 13769 13783
+6145 13725 13727 13774
+7952 11789 11795 11796
+325 10231 10248 10249
+10 7999 8000 8010
+378 6045 9996 10001
+1399 4637 4638 9056
+2529 2530 2608 10223
+8704 13667 13668 13669
+1398 1399 4637 8390
+3633 3672 8036 12627
+9317 9828 10691 10708
+1562 4997 5950 13890
+6115 6161 13890 13903
+3430 8413 12416 12418
+1500 5507 5508 13891
+7952 11749 11795 11796
+6161 13890 13903 13907
+1563 5951 6069 13907
+5593 5594 5702 13367
+9832 10626 10644 10645
+2530 2608 2657 10223
+10846 11604 11605 11617
+2962 11562 11601 11617
+8031 8733 13683 13684
+6171 6172 10297 13839
+1840 5920 13329 13338
+13834 13836 13837 13847
+206 6532 6533 9278
+10562 10622 10637 10640
+7958 11657 13232 13239
+6183 10361 10386 13928
+13893 13898 13899 13900
+5082 5173 5281 9260
+8419 8971 8973 14698
+250 251 2375 4601
+2308 9256 9261 9274
+6238 10361 10386 13905
+6006 6007 6184 10384
+6120 6183 6184 10386
+6007 6184 6185 10384
+5395 5712 8428 12368
+5395 5711 5712 8428
+350 6017 10470 10523
+10470 10531 13947 13951
+5518 5626 5771 13983
+5395 8428 12368 14733
+349 6016 6017 10470
+8733 11694 11695 13684
+8319 11073 11165 11167
+1577 1578 5958 13972
+7939 8676 8686 12657
+9544 10202 14181 14198
+11749 11788 11796 11797
+7304 7319 8753 8757
+8017 10772 10779 10864
+8017 10772 10774 10864
+8438 10008 10026 10086
+6028 6029 6206 10656
+8438 10026 10086 13759
+6038 6215 6216 10753
+8441 8446 10017 10018
+6216 6217 6308 10754
+10001 10018 10020 10021
+2384 2385 2550 10423
+8259 10091 10100 10114
+8438 8445 10022 13759
+6439 6558 6603 10284
+7900 10494 10547 10629
+8441 10019 10020 10022
+6152 6153 6227 13741
+243 244 2368 4534
+7832 10538 14311 14317
+3146 3186 12271 12279
+10350 10360 13925 13927
+6238 10361 13905 13910
+5107 5358 12266 12268
+8961 10386 13917 13929
+5510 5511 5619 13910
+6004 10345 10352 10353
+6116 6161 13888 13907
+6120 6238 10386 13905
+6184 6185 10385 13904
+6130 6197 6290 13992
+5628 10425 13980 13985
+3246 3317 3351 12269
+7846 10500 10629 10630
+8429 9934 10759 13743
+8455 9999 14658 14666
+5654 13352 13358 13480
+5653 13346 13347 13503
+2402 4551 10620 10623
+8279 10091 10101 10102
+6157 6158 6282 13351
+5002 5982 6100 13348
+2598 2647 2682 10045
+6234 6235 6301 13354
+5982 6157 6260 13348
+6024 10578 10604 14017
+8277 8455 14661 14666
+13989 14010 14011 14019
+8277 8455 10005 14666
+8455 8457 14658 14661
+8115 13356 13479 13480
+6057 6235 10143 13456
+6157 13344 13351 13352
+6233 6282 6294 13344
+6282 6301 13351 13481
+6282 13344 13351 13481
+6056 6233 6234 13476
+8455 14658 14661 14666
+2569 2570 2632 10626
+8279 10089 10101 10147
+8452 8454 8455 14664
+3943 8461 8462 12916
+10187 10206 10207 10232
+14084 14091 14092 14126
+9166 14091 14092 14095
+6208 6209 14085 14091
+6031 6209 10672 10679
+3943 5494 5495 8462
+7981 8006 8008 8024
+1082 3943 8462 12901
+6163 6302 6304 13865
+277 2401 4614 10623
+6068 6113 6166 13891
+13856 13858 13859 13860
+3943 5495 8461 8462
+6113 6304 13860 13865
+6178 6284 10329 13872
+2685 6315 6386 9045
+10562 10620 10622 10640
+6623 10562 10620 10640
+55 1220 1309 1310
+2568 10562 10620 10622
+1220 1309 4177 8251
+2685 2686 6386 9045
+7999 8000 8010 8041
+1222 4178 6358 6386
+3520 3537 12465 12468
+7996 12325 13219 13238
+8475 8481 8542 12498
+7777 8481 11195 11226
+7777 8481 8542 11226
+4191 4308 6419 11443
+8481 8542 8543 12498
+5720 5825 5872 8505
+5720 5825 8492 8505
+5719 8129 8493 8504
+8129 8493 8504 13483
+8492 8503 8504 13467
+8492 8503 8505 13467
+6400 6421 11560 11606
+5825 8492 8503 8504
+1266 4317 6370 11626
+11600 11624 11655 13239
+4483 11560 11600 11606
+5825 8492 8503 8505
+10832 10833 10837 10841
+2751 2916 10837 10843
+4487 10853 10854 11028
+6349 6380 6410 10878
+4280 4281 11815 13061
+5716 5820 5868 8115
+5716 5868 8114 8115
+402 403 2688 6359
+4295 6317 6359 10913
+4342 10912 10913 11203
+6656 6657 6749 10281
+13354 13355 13477 13479
+5716 8114 8500 8501
+8115 13354 13356 13479
+7996 13217 13219 13237
+4215 4332 6413 10907
+4215 4389 10907 11031
+2761 2927 10907 11031
+2762 6414 11029 11031
+4037 7209 7238 12670
+8319 11073 11076 11167
+11000 12988 12989 13004
+1238 4303 6324 6391
+4413 11546 11547 12127
+2979 3008 10989 11077
+452 2737 6341 6403
+2737 6341 6403 10793
+1272 1273 4203 6373
+5828 5830 8592 13551
+6341 6373 6423 10802
+4366 11548 11561 11563
+2927 10907 10968 11031
+8604 13594 13595 13596
+1297 1298 4333 6414
+4216 4333 6354 11029
+2927 3038 10968 11030
+1282 4208 4325 6425
+4207 4375 4380 11026
+8519 8589 8594 12504
+4208 4326 4381 11027
+8519 8594 8606 12504
+12105 12113 12119 12125
+12325 13219 13220 13238
+1095 1096 1857 3947
+3972 6857 6891 6892
+6441 6559 10289 10290
+8527 12113 12119 12130
+13220 13232 13233 13239
+12325 13214 13217 13218
+10583 10584 10585 10712
+12105 12106 12113 12125
+4435 4436 12324 12325
+10583 10589 10608 10616
+260 2384 2385 4542
+4542 4577 6447 10423
+8536 12084 12102 13144
+8538 8539 11226 13138
+1681 5190 6775 6817
+7777 8538 8542 11226
+2216 9647 9648 9679
+7777 8480 8538 8542
+6503 6672 14276 14281
+2409 2574 10684 10714
+6525 6693 6694 9901
+2407 4553 10641 10683
+8536 12086 12104 13138
+8538 12080 12086 13128
+6458 6625 6755 10641
+7986 12273 12286 12288
+3580 3613 8549 11320
+8546 8547 8549 11293
+4628 6470 10032 10033
+8547 8549 11293 11320
+8545 8547 12516 13153
+3589 12521 12522 12532
+2098 4126 4169 9309
+2098 4126 4168 9310
+2098 4126 9309 9310
+2097 2098 4168 9310
+4254 4429 4430 12299
+12293 12298 13199 13200
+6479 6647 6648 9380
+8221 14178 14191 14192
+10100 10113 10114 10169
+11364 11449 11492 12520
+154 6480 9537 9542
+8212 9376 12815 14489
+6648 9380 9544 10202
+7863 7876 10615 14401
+2115 9506 9512 9536
+8326 9557 10218 14188
+2028 9482 9483 9488
+8621 11450 11492 12515
+11422 11440 11448 11453
+10589 10590 10614 10615
+11476 12297 12298 13201
+11432 11453 11454 11471
+4913 4985 13314 13413
+11321 11363 11449 12520
+6670 14267 14269 14281
+9639 9674 9675 9681
+8101 10193 10194 10201
+9666 10463 10464 10485
+11400 11401 11464 11558
+8554 8557 8567 13224
+3614 3615 8569 12546
+6668 6669 10421 14268
+6499 6667 6668 14264
+4429 12299 13190 13191
+6607 6613 10413 14272
+6613 6671 6725 14272
+8558 8569 12546 12548
+9775 9785 14307 14313
+9785 14307 14308 14316
+2249 2307 2308 9274
+680 4253 4254 12245
+186 187 6513 7931
+2228 2295 2335 9727
+4253 4254 4429 12299
+8558 12519 12520 12531
+185 186 6512 9774
+6512 6513 6681 14312
+677 4250 4251 12257
+113 114 2077 4158
+678 12247 12251 12257
+8101 8325 10193 10199
+197 198 2137 9879
+9000 9171 9175 10655
+195 196 9871 9884
+7990 8035 12622 13211
+7988 12295 12616 13187
+6567 6615 10422 10449
+726 3648 12627 13187
+10598 10599 10611 10612
+7525 7543 7560 14145
+6534 6535 9285 9333
+2310 2311 9267 9284
+8393 8401 9239 9352
+750 9228 9921 14150
+9173 10650 10662 14415
+744 9435 9440 9450
+218 9418 9420 9421
+219 6545 6546 9420
+8574 8578 12567 12592
+11463 12250 12252 13188
+5406 5407 7452 8500
+9412 9419 9450 9451
+2307 2308 9256 9274
+5723 5724 5828 8589
+6604 6748 6761 10241
+7966 8014 12343 12348
+9528 10280 14218 14219
+283 2408 4554 4617
+162 9579 9595 14211
+7935 7968 8016 13255
+6488 6656 6657 14217
+2037 2200 2201 9525
+6657 6762 10281 14217
+9665 10459 10462 10476
+7968 8014 13250 13251
+2390 10445 10446 10458
+2390 2556 10445 10453
+5724 5828 5830 8592
+5724 5828 8589 8592
+4107 4149 5163 9684
+1177 1178 4149 5163
+5828 5830 13547 13551
+2060 4107 4149 9684
+8587 8588 8598 12508
+8598 8599 8614 13564
+10056 10057 10091 10100
+8631 8632 13633 13699
+4619 6460 6579 10717
+4584 4620 4635 9981
+8586 8608 8616 13584
+8586 8607 8608 13584
+2028 2191 2192 9482
+8608 8618 13571 13598
+4557 6462 6580 9981
+219 220 6546 13081
+2103 2266 9382 9428
+218 219 9418 9420
+7964 11803 11812 12338
+2103 2104 2267 9428
+8608 8618 12529 13598
+8619 11412 11417 11421
+11410 11413 11423 13598
+4636 6472 10061 10124
+8619 11410 11423 13598
+6601 10240 10269 10287
+705 4279 11808 11811
+2368 4534 10269 10284
+7956 7970 12645 13235
+4535 6440 6558 10283
+7969 7970 7974 8016
+7956 7968 12335 12649
+7944 8027 13215 13216
+6488 6656 14211 14217
+8619 11410 11412 11423
+9379 14164 14177 14178
+150 151 2113 8234
+1987 8020 12649 13240
+8700 8706 8721 8722
+2521 2651 8337 8344
+8201 9362 9376 12816
+7946 8707 8722 12653
+151 152 6478 9379
+8241 8335 8341 14176
+4553 4583 6576 10641
+6732 10556 10586 14340
+8619 11412 11421 11423
+2567 10562 10622 10712
+4553 4583 4616 10641
+4551 4614 6574 10623
+3611 8625 8629 8643
+8634 8636 11503 12529
+6733 6752 6763 10628
+209 6535 6536 14171
+6535 6536 9333 14171
+1121 1122 4011 12486
+2588 2589 9949 9950
+6535 6536 6704 9333
+210 6536 9332 14171
+10962 10963 11715 13257
+6634 6704 9334 9336
+8725 10786 10849 11715
+10068 10188 10189 10237
+7939 8017 8675 10781
+6436 6599 10205 10212
+2526 2527 2606 10210
+5406 7451 7452 8500
+6483 6651 6652 14207
+8013 8014 12348 12349
+7953 12338 12340 12345
+7905 7930 7931 9766
+8634 8636 12527 12529
+9563 9564 9578 10220
+3596 8635 12527 12542
+9562 9563 14218 14233
+2369 2370 4598 10283
+10067 10068 10188 10237
+6749 6762 10240 10281
+6749 6761 10240 10281
+189 2171 9784 9801
+3596 8635 12541 12542
+4937 4959 4965 13601
+9627 9635 9637 9682
+6940 7919 14410 14411
+758 9838 14410 14425
+9193 9629 14279 14286
+5675 13601 13607 13617
+6964 14424 14425 14745
+6608 6610 6666 10369
+5675 13601 13602 13603
+758 759 6940 7919
+10504 10507 14290 14309
+10496 10503 10631 10634
+1894 6963 7891 7926
+5674 5675 5888 13608
+6511 6679 6680 9787
+6451 6569 6618 10451
+5911 8638 13602 13634
+9782 10506 10507 14290
+9783 10507 14290 14309
+9783 10503 10631 10634
+6450 10445 10446 10458
+7891 7892 7909 7927
+10453 10502 10504 10507
+8813 8827 12703 12726
+8354 10067 10068 10291
+6520 6688 6689 9860
+1892 1893 6939 7907
+3 150 228 8234
+1893 1894 6963 7891
+194 195 2174 9848
+6701 6702 6739 9937
+3553 8647 12560 12563
+3552 3581 12552 12560
+3552 12552 12560 12563
+3008 10890 11077 11081
+8577 8650 12550 12556
+6530 6531 6699 9924
+1373 1374 4558 6463
+2085 9273 9274 9291
+10591 10592 10607 10611
+10997 10999 11000 13004
+1954 7870 7892 7906
+3554 3582 8647 12561
+7966 8013 10781 12967
+9327 9401 9402 10115
+6708 6757 14162 14163
+9341 10043 14157 14158
+8667 8671 8672 10781
+7969 8016 8017 10781
+7820 7930 7932 9804
+8389 13398 13407 13415
+6722 6723 10373 14266
+6664 6722 6750 14266
+10987 10997 10998 10999
+11763 11768 11772 11838
+6457 6575 10619 10625
+7966 7967 10781 12967
+4551 4615 4634 10620
+2569 10620 10625 10628
+228 2152 8224 8234
+6733 6752 10628 10640
+2676 10042 10043 10044
+8669 8672 8680 8681
+8667 8669 8672 8680
+8910 8914 9549 10189
+2594 2676 9969 10044
+9341 10040 10044 14158
+6522 6523 6691 9888
+6523 6692 9888 14361
+8677 8762 8766 12700
+6458 6626 10682 10683
+5027 12005 12006 12036
+3042 3208 11995 11997
+564 3041 6766 6808
+8995 9000 9166 14093
+3756 8761 12706 12710
+553 11019 11099 11100
+7649 8665 8678 12708
+9162 9176 10610 14027
+8677 8762 8766 8780
+8761 8762 12706 12710
+3064 12137 12156 12157
+8761 8762 8776 13030
+8665 8677 8678 12700
+1685 5100 5192 12137
+8665 8677 8678 12708
+5296 12096 12118 12122
+7905 7928 7930 7932
+7820 7924 7932 9804
+2130 9742 9762 9777
+7827 7893 7897 7898
+7822 9773 9775 9785
+7831 7903 7907 14389
+10813 11089 11093 13031
+11092 11093 12366 13031
+7865 7866 9730 9765
+3628 8676 8686 12652
+8239 9030 11975 13040
+1670 5093 5184 12001
+185 2131 9766 9786
+7811 7888 7929 9791
+5734 5839 5840 13681
+8696 13644 13666 13681
+5436 5733 8689 12609
+2229 2296 2335 9760
+5102 5193 12163 12164
+7810 7850 7865 9765
+7922 7923 9784 9801
+8259 10103 10105 10109
+5734 5840 8711 13681
+5551 5659 9084 13485
+792 7812 7877 7878
+10006 13747 13748 13750
+2229 2230 9760 9761
+5737 5783 5895 8726
+5210 6802 11780 11781
+5867 8721 8724 8737
+635 636 3113 6802
+7987 12244 12245 12289
+5119 5210 6844 11831
+521 4721 11629 11632
+7811 7851 7861 7882
+4721 11629 11632 11650
+1854 1855 5604 6854
+4721 11632 11640 11650
+1048 3857 3861 12817
+1057 3861 6854 12817
+1865 5402 5601 12400
+8914 9549 10188 10189
+9752 14295 14296 14298
+11629 11632 11650 13642
+4721 4891 11640 11650
+4720 4721 4890 11640
+8706 8707 8726 8727
+1147 6875 12737 14520
+6875 8939 12737 14520
+8707 8726 8727 8729
+8726 8727 13714 13715
+11060 13446 13482 13483
+7153 8939 14516 14520
+6875 6910 8939 14520
+6876 7120 14516 14520
+7811 7928 7929 9765
+150 228 2152 8234
+8 1990 7850 7868
+952 953 3639 12594
+7810 7850 7869 9765
+10555 10556 10559 14340
+1853 3862 6852 6853
+858 1864 3414 6863
+10555 10585 14331 14339
+14407 14408 14418 14419
+6899 12398 12400 12403
+8701 8709 8710 13703
+3936 3950 3965 8977
+952 12590 12594 12598
+7946 8730 11694 12642
+8937 12842 12877 14512
+952 953 12594 12598
+1851 6850 6851 8940
+952 8657 12590 12594
+4502 11214 11215 13076
+3984 6921 12931 12936
+8707 8727 8729 13712
+6901 6920 12935 12944
+4583 4616 10624 10641
+3984 6921 12935 12936
+12566 12572 12592 12596
+8580 8582 12572 12592
+8582 12566 12572 12592
+7859 7876 10618 14423
+7842 8986 9182 9741
+6912 8054 8939 12738
+3882 3888 3898 6931
+6940 6991 14410 14411
+7817 7848 9837 14342
+1088 1089 12908 12910
+3951 8415 12934 12940
+9751 9755 14294 14295
+758 7919 9838 14410
+3951 3963 3964 8415
+1079 3937 3949 12943
+7628 7629 7740 8896
+7818 7836 8984 8986
+4564 4588 4627 9968
+9176 10607 10611 14052
+3994 12929 12931 12936
+1786 5486 6947 9005
+9701 9706 9750 9753
+3971 6857 6858 6892
+7679 7833 7835 8984
+6911 12929 12931 12936
+3945 3946 3971 6858
+7945 8743 8818 11715
+1077 3951 7738 8415
+758 6940 7919 14410
+3950 3965 8977 12921
+7945 8742 8743 11715
+8706 8724 8725 8742
+7818 7833 7835 7839
+7818 7839 7840 9641
+2973 11089 11091 11093
+2973 11084 11089 11093
+7901 10594 10595 10597
+6943 6970 9005 14376
+7037 8929 12945 12946
+1065 5498 12959 14376
+2973 11089 11095 11124
+2973 11084 11089 11095
+9179 9834 9852 10690
+1137 4024 7276 8748
+4024 4025 4058 8748
+7000 7016 14407 14418
+8760 8775 12992 13033
+7830 14315 14316 14317
+304 2428 4564 4627
+7830 7843 14307 14320
+7829 7830 14307 14320
+7000 12894 14407 14418
+7826 7905 7931 14326
+387 2477 2517 10057
+9189 9191 14245 14246
+9781 10564 10566 10579
+7822 7826 7909 7932
+7843 7844 14315 14394
+7822 7906 7909 7932
+7820 7922 7924 9804
+6999 7843 14386 14387
+7844 7845 14388 14398
+6491 6492 9599 14239
+9 759 7883 7921
+3980 3981 3991 12938
+8974 8976 12905 12907
+9788 10504 10506 14293
+7019 7885 10596 14397
+1430 1812 4774 13618
+8677 8760 8783 12992
+1077 7737 7738 8977
+7029 7052 7073 14428
+1954 7869 7870 7906
+7031 7032 7062 14447
+1780 7030 7031 14448
+1059 1852 3862 3863
+1852 3863 6851 6852
+705 11806 11808 11811
+7025 7052 7073 14428
+1778 7029 7052 14428
+187 7930 7931 9806
+7811 7850 7851 7861
+12957 14478 14479 14481
+6203 10599 10604 14029
+8897 12820 12822 12823
+7802 8116 9073 13461
+11024 11094 11097 11098
+3849 12871 12886 12888
+7969 8016 10781 13255
+3848 3849 12871 12888
+7821 7870 7897 7904
+7939 8017 10774 10781
+7074 8919 8925 14440
+8667 8672 8770 10781
+8501 9070 13355 13478
+14044 14045 14048 14049
+356 6023 10568 10578
+5477 7035 9012 12946
+1785 5478 7035 7051
+1783 5476 7033 7034
+7904 7905 9766 9773
+3844 3886 12865 12868
+3891 3892 6851 6886
+3891 6852 6886 6887
+13037 13038 13062 13065
+8776 8777 13030 13031
+8410 8977 12921 12925
+7987 12244 12287 12289
+7810 7865 9730 9765
+7071 7091 14456 14457
+7058 7070 7072 8988
+8988 12821 12954 12955
+3154 3193 11916 11918
+3853 3873 3890 12826
+6870 6908 6931 12824
+2523 10181 10192 10193
+9 1893 1894 7891
+8982 8984 8985 8988
+8787 8788 8789 14527
+970 8802 12714 12732
+7060 7087 7088 9135
+971 1914 7189 12732
+7780 7798 8122 13532
+7780 8124 8125 11051
+7100 7101 14451 14454
+8243 8290 10177 10178
+7863 7864 10545 10546
+8923 8924 10189 12870
+6751 9557 14187 14198
+8078 8243 8290 10178
+3490 7798 12432 13532
+8787 8788 11925 11926
+3859 3871 3888 12824
+1977 8787 8788 8789
+8930 9008 12947 12948
+1051 3858 3871 8932
+7131 7142 7151 8358
+5461 8933 8935 9129
+7142 7151 7175 8358
+7112 7145 7151 8358
+1014 1015 1149 3779
+2562 2563 2667 10553
+880 3490 7798 13532
+8758 11814 12715 12982
+8773 8798 10803 10971
+1015 6884 7119 7120
+880 7798 8122 13532
+1967 8908 9202 9546
+6850 8937 12842 14512
+8246 8285 10139 10171
+37 51 1014 7118
+8248 10171 10173 13487
+8721 8744 8746 8805
+8721 8742 8746 8805
+7111 7112 7151 8358
+8744 8745 8746 8805
+5783 8706 8724 8726
+5738 5783 8706 8724
+13330 13334 13368 13370
+13330 13334 13368 13369
+8823 8832 10923 10925
+7112 7113 7145 8891
+5408 5409 5718 8127
+10134 10159 10168 10170
+7787 8216 9202 14196
+3777 3792 3815 12793
+2248 2249 2307 9274
+8050 12739 14521 14524
+8823 10869 10926 11730
+8301 8302 8314 8316
+8216 9202 14184 14196
+1968 9523 9534 9535
+8080 8081 10136 10161
+7171 7172 7182 14497
+190 6516 6517 9814
+11808 13055 13057 13058
+7181 7188 14504 14505
+7140 7171 7174 8353
+7805 12797 12801 12808
+7805 8324 8378 11170
+3769 12797 12803 12804
+6620 6682 9809 10560
+2427 2428 4564 9968
+3481 12482 12484 12486
+7145 7175 8358 14495
+7145 7158 7175 14495
+7124 7125 7157 14521
+8080 8081 10156 13122
+8248 10171 10179 13487
+8052 8053 14518 14519
+7453 7454 7485 12430
+7463 7702 8180 14670
+7860 10536 10558 10559
+1017 1018 1147 3794
+7104 7141 8906 14501
+783 816 5131 9296
+7863 7864 10545 10615
+21 878 5408 5409
+1877 1880 6932 12412
+2501 10543 10544 10549
+7754 8474 8476 9210
+8833 8843 13286 13288
+4253 12245 12299 13188
+7123 7124 7156 12740
+2461 2501 10543 10549
+3795 12741 12747 12750
+7155 7168 7169 8054
+1901 7045 7743 14458
+7155 7156 8054 12740
+5850 5851 8843 13297
+1901 1961 7743 14458
+891 3497 5414 8496
+7872 7873 14345 14422
+7872 9856 14346 14349
+5700 10816 13292 13333
+7167 7184 8938 14513
+6884 7120 7152 14516
+8852 12724 12734 12735
+5849 8833 8843 13288
+966 3700 3701 12717
+965 12721 12723 12735
+966 3700 12717 12723
+3700 3729 3730 12713
+10 942 1989 8012
+8969 8970 8971 9225
+8417 9183 12903 14420
+8822 12719 13280 13421
+3729 3730 3755 10923
+8246 8285 10139 10160
+8650 8656 12583 12595
+7720 7721 7769 14501
+987 3714 12671 12673
+8852 8853 12724 12735
+10134 10135 10140 13487
+8835 13281 13294 13295
+8673 12679 14571 14573
+4060 7206 7233 7235
+356 10575 10578 10603
+8836 8837 8849 12736
+8852 12734 12735 14525
+964 7194 7217 12736
+7195 7217 12735 14525
+8822 8830 8854 13280
+3743 3754 3764 12698
+3664 3666 8694 12610
+7249 7250 7260 14561
+3706 3714 3746 14565
+7263 8865 9123 14533
+1923 7267 7289 7710
+357 10574 10575 10603
+1923 7289 7710 7711
+7230 7244 8841 8874
+10578 10600 10602 10603
+3780 3794 3817 12744
+842 843 3401 7677
+12714 12731 12732 14527
+8790 8858 12762 12765
+8794 8801 14528 14531
+11024 11088 11094 11097
+4064 12744 12746 14549
+2682 10045 10100 10103
+7285 8650 12583 12595
+8656 12583 12595 14596
+3732 3733 3751 12711
+7253 7255 14535 14537
+7251 14544 14556 14557
+7940 8566 12260 13180
+3703 3732 3733 12711
+10159 10170 10171 10177
+728 729 7689 12260
+3728 3739 3759 14570
+3759 12678 12681 14570
+7984 12222 12249 12255
+8880 10917 12734 14530
+676 3142 3182 12207
+985 986 7210 8755
+3712 3726 8684 12679
+12261 12262 12263 12264
+967 7196 7218 12728
+8869 8890 10826 10917
+983 984 8753 8757
+8851 8888 8890 10826
+3143 3182 3349 12204
+8000 8011 8041 8042
+7616 8410 8426 12418
+8880 8889 12772 12777
+4077 7327 7339 9118
+4088 7338 7345 7347
+4057 7309 7324 7325
+3429 3430 3460 12416
+8851 8879 8880 8889
+5763 5764 5803 13978
+8872 8880 12768 14530
+3641 3651 3666 8640
+9326 9346 9350 9351
+3646 3655 3671 12642
+1948 7523 7667 9227
+8243 10168 10170 14675
+1948 7523 7544 9227
+3825 8875 8881 12758
+7544 7666 9227 12909
+8650 8656 12554 12595
+3488 7706 7707 12480
+5731 5738 8721 12662
+7252 7265 8881 14533
+4079 7324 7325 7338
+8400 12393 12397 14656
+1755 5431 5603 7275
+7272 8749 14563 14569
+8580 12596 14590 14597
+946 947 7282 12589
+947 7282 8641 12589
+12583 12596 14596 14597
+946 947 3636 12589
+3664 3665 11580 12612
+32 988 7644 7645
+8891 8892 8933 14495
+6197 6290 10516 13992
+32 988 7193 7644
+8892 8941 10070 13868
+7286 8577 8650 12595
+10526 13977 13979 14005
+8892 8933 8934 14495
+3902 3905 3917 12846
+8941 8944 8950 13863
+8908 8910 8913 9548
+8908 8913 9548 12872
+11808 13057 13063 13064
+4057 4058 4080 7324
+4081 7341 8757 8803
+3851 3852 3881 12863
+5720 8492 8493 8510
+3852 3881 12863 12864
+4067 4080 4088 14579
+8908 8912 12872 12887
+3490 3517 3518 8126
+8647 12565 12570 14595
+3689 3695 3697 12630
+7634 7747 7769 12864
+1964 1965 8927 14227
+3675 3684 3690 12611
+932 7292 12665 14569
+951 7286 12590 12597
+2248 2307 9255 9274
+1965 8911 8927 14227
+8292 11273 11274 13475
+1965 8911 12891 14224
+1965 8911 8927 12891
+1910 7128 7721 7722
+8921 8922 9577 10219
+7282 8641 8648 12589
+4053 7378 8584 8645
+8913 8918 8922 9577
+3871 6918 6931 8932
+925 3570 5425 12535
+3871 6931 8932 12824
+6908 6918 6931 8932
+7374 12500 14639 14643
+7402 8490 14636 14640
+9117 12497 14640 14641
+6908 6931 8932 12824
+4551 6456 6574 10623
+3508 3509 3531 12448
+1907 1908 7127 7719
+5860 8892 8933 8941
+1112 14610 14611 14613
+5761 5860 8933 8941
+7383 14602 14604 14606
+7776 8243 8283 10159
+4051 7360 7386 7393
+4051 7386 7393 7423
+7776 8246 8283 10159
+8386 9124 13834 13837
+4016 4050 7393 7394
+4050 7394 7409 14605
+5761 8941 8942 8943
+7374 7387 7406 14643
+919 3565 12500 12501
+1108 4010 7652 14607
+735 7659 12502 12507
+1108 1112 4010 14607
+919 3566 12501 12502
+1107 4009 4010 14604
+12834 12850 12880 14507
+8892 8933 8941 8943
+3560 3575 3592 12518
+8892 8933 8934 8943
+6574 6622 10562 10563
+7353 7377 7387 9210
+7415 7429 14626 14635
+7416 8489 14627 14636
+2307 9255 9256 9274
+915 12495 12496 12504
+7416 7417 14627 14636
+7369 7400 12494 12497
+7431 8488 9208 14627
+8933 8934 8943 12868
+3532 3541 12478 12479
+7405 7418 8475 12498
+8580 12572 12596 14597
+7417 7418 7426 14636
+8910 9377 14201 14203
+8488 8489 12463 14636
+3541 12478 12479 14633
+5612 10074 13840 13850
+3532 3537 3541 12479
+946 7282 7296 12589
+8941 8942 8944 8950
+4278 4279 11808 13064
+7430 7435 8525 14628
+7426 7431 7437 9208
+7429 14626 14634 14635
+7430 7435 7436 8525
+3493 3494 3526 8510
+7481 7505 12388 14655
+7864 10545 10590 10615
+3453 12383 12384 12385
+8243 10159 10168 10170
+7449 7481 7482 14657
+7481 7498 7505 14655
+1871 8899 12825 12826
+8942 8943 8950 8958
+3537 3540 12465 12467
+8406 12392 12396 14651
+7886 10548 14385 14394
+8647 12560 12584 14600
+8183 8192 9404 13121
+3485 3504 11868 12995
+886 7468 12435 13112
+1844 5935 13377 13435
+7502 7503 14668 14678
+10162 14667 14677 14678
+7458 7490 14676 14677
+8641 8648 12552 12587
+1111 1112 7611 14613
+7449 7481 14652 14657
+7481 7482 7498 14655
+7473 7504 8400 14673
+5703 5704 13363 13389
+8243 8244 10168 14675
+10126 10155 10160 10161
+3444 3464 3465 9216
+8080 10126 10155 10161
+7795 9327 9328 10039
+7440 7463 7470 14670
+7457 7458 7489 14677
+7457 8243 8244 14677
+7351 14607 14611 14613
+8944 8947 8950 13863
+7611 7707 12480 12483
+8947 8950 13863 13868
+865 1122 12486 14644
+8648 12552 12587 14600
+3514 3535 8467 12441
+8965 9218 9219 9234
+5798 8961 13917 13929
+7540 7541 7569 9933
+7965 11788 11812 11817
+7498 7512 7514 14655
+7570 7571 7589 14734
+8960 8961 13925 13929
+5756 5798 8961 13929
+5756 5757 5798 8961
+1876 1877 12413 12415
+9780 10500 10629 10630
+834 835 8409 14687
+7541 7569 7570 9933
+7541 7570 9933 14739
+8416 8424 12427 12429
+839 3403 7673 8408
+8081 10108 10136 10161
+3430 3445 3460 12416
+7559 12912 14684 14692
+7566 7574 7588 14738
+5395 7536 12368 14733
+7528 7548 7559 14684
+7527 7547 12420 14683
+7598 14701 14704 14705
+8246 10141 10160 10161
+8417 8970 8971 12910
+7530 8462 8464 14682
+10129 10161 10166 10167
+14703 14707 14715 14720
+8425 9003 12425 12426
+8243 8244 10168 14677
+5388 5495 8461 8462
+5723 5724 8589 12503
+7531 7561 7562 8465
+9924 9935 10052 10769
+6960 6989 6993 8417
+9229 9230 10054 14737
+8980 12952 12957 14482
+7591 7592 7601 14721
+9238 9933 14737 14739
+7040 12819 12820 14481
+8246 10134 10166 10167
+12821 12957 14478 14481
+9237 9242 12373 14739
+7570 7584 7589 14734
+5393 9097 14727 14728
+9099 9114 14704 14721
+8965 14700 14710 14711
+7587 14698 14700 14709
+6967 8989 8991 14370
+7583 14726 14735 14736
+7593 7599 7602 14708
+9114 14706 14708 14716
+851 852 3422 8394
+851 3409 3422 8394
+7556 9227 14700 14711
+7594 14698 14706 14709
+834 7529 8423 14687
+</DataItem>
+      </Topology>
+      <Geometry GeometryType="XYZ">
+        <DataItem Dimensions="14762 3" Format="XML">11.176 0 2.6035
+-11.176 0 2.6035
+-9.779 0 1.524
+9.779 0 1.524
+11.176 0 -0.4445
+-11.176 0 -0.4445
+-9.779 0 -1.524
+9.779 0 -1.524
+0 8.255000000000001 2.794
+0 8.255000000000001 2.0955
+0 -8.255000000000001 2.0955
+0 -8.255000000000001 2.794
+0 -8.442163000000001 3.4925
+0 8.442163000000001 3.4925
+-2.723023 4.310523 -3.4925
+-2.723023 4.310523 2.0955
+-5.898023 4.310523 2.0955
+-5.898023 4.310523 -3.4925
+-4.5085 -0 -3.4925
+-4.5085 -0 2.0955
+-7.6835 -0 2.0955
+-7.6835 -0 -3.4925
+-2.723023 -4.310523 -3.4925
+-2.723023 -4.310523 2.0955
+-5.898023 -4.310523 2.0955
+-5.898023 -4.310523 -3.4925
+1.5875 -6.096 -3.4925
+1.5875 -6.096 2.0955
+-1.5875 -6.096 2.0955
+-1.5875 -6.096 -3.4925
+5.898023 -4.310523 -3.4925
+5.898023 -4.310523 2.0955
+2.723023 -4.310523 2.0955
+2.723023 -4.310523 -3.4925
+7.6835 0 -3.4925
+7.6835 0 2.0955
+4.5085 0 2.0955
+4.5085 0 -3.4925
+5.898023 4.310523 -3.4925
+5.898023 4.310523 2.0955
+2.723023 4.310523 2.0955
+2.723023 4.310523 -3.4925
+1.5875 6.096 -3.4925
+1.5875 6.096 2.0955
+-1.5875 6.096 2.0955
+-1.5875 6.096 -3.4925
+3.175 0 0.773234
+3.175 0 2.0955
+-3.175 0 2.0955
+-3.175 0 0.773234
+-4.318 0 -3.4925
+4.318 0 -3.4925
+-11.176 0 3.4925
+11.176 0 3.4925
+11.176 0 0.4445
+-11.176 0 0.4445
+11.176 0 -2.6035
+-11.176 0 -2.6035
+11.176 0 -3.4925
+-11.176 0 -3.4925
+11.168059 0.421225 2.6035
+11.144248 0.841852 2.6035
+11.108508 1.226391 2.6035
+11.054392 1.644201 2.6035
+10.984567 2.059675 2.6035
+10.899133 2.472222 2.6035
+10.79821 2.881255 2.6035
+10.692214 3.25262 2.6035
+10.57345 3.620101 2.6035
+10.429495 4.016044 2.6035
+10.270719 4.40628 2.6035
+10.127247 4.726717 2.6035
+9.925813 5.136265 2.6035
+9.725174000000001 5.506721 2.6035
+9.529106000000001 5.839444 2.6035
+9.321661000000001 6.165194 2.6035
+9.103084000000001 6.483583 2.6035
+8.852247999999999 6.822073 2.6035
+8.633594 7.096762 2.6035
+8.383241 7.390821 2.6035
+8.098723 7.701536 2.6035
+7.802697 8.001306 2.6035
+7.495582 8.289706000000001 2.6035
+7.204692 8.543734000000001 2.6035
+6.932772 8.765822999999999 2.6035
+6.59746 9.020892 2.6035
+6.252774 9.263142 2.6035
+5.928993 9.473649 2.6035
+5.598132 9.672843 2.6035
+5.229584 9.876965 2.6035
+4.853603 10.067051 2.6035
+4.502882 10.228735 2.6035
+4.146785 10.378206 2.6035
+3.752682 10.527125 2.6035
+3.353246 10.661084 2.6035
+2.949045 10.779894 2.6035
+2.574832 10.875349 2.6035
+2.163109 10.964668 2.6035
+1.748312 11.038405 2.6035
+1.365884 11.09222 2.6035
+0.946845 11.135819 2.6035
+0.56153 11.161884 2.6035
+0.140438 11.175118 2.6035
+-0.280854 11.17247 2.6035
+-0.666702 11.156096 2.6035
+-1.086704 11.123041 2.6035
+-1.470363 11.078854 2.6035
+-1.852267 11.021437 2.6035
+-2.266351 10.943794 2.6035
+-2.643113 10.858956 2.6035
+-3.050511 10.751621 2.6035
+-3.420165 10.639805 2.6035
+-3.785735 10.515283 2.6035
+-4.179368 10.365127 2.6035
+-4.567062 10.200241 2.6035
+-4.91676 10.036356 2.6035
+-5.260587 9.860486999999999 2.6035
+-5.658798 9.637478 2.6035
+-5.9884 9.436209 2.6035
+-6.368681 9.183838 2.6035
+-6.65401 8.979260999999999 2.6035
+-6.960276 8.744 2.6035
+-7.258231 8.498297000000001 2.6035
+-7.547519 8.242447 2.6035
+-7.852816 7.952123 2.6035
+-8.122878 7.676055 2.6035
+-8.383241 7.390821 2.6035
+-8.633594 7.096762 2.6035
+-8.873637 6.794229 2.6035
+-9.103084000000001 6.483583 2.6035
+-9.321661000000001 6.165194 2.6035
+-9.529106000000001 5.839444 2.6035
+-9.742425000000001 5.476141 2.6035
+-9.957889 5.073798 2.6035
+-10.127247 4.726717 2.6035
+-10.270719 4.40628 2.6035
+-10.44206 3.983259 2.6035
+-10.57345 3.620101 2.6035
+-10.70238 3.219014 2.6035
+-10.8161 2.813352 2.6035
+-10.906846 2.437969 2.6035
+-10.984567 2.059675 2.6035
+-11.049172 1.678921 2.6035
+-11.108508 1.226391 2.6035
+-11.146838 0.8068380000000001 2.6035
+-11.168059 0.421225 2.6035
+-10.806424 0 2.636091
+-10.396796 0 2.522363
+-10.064881 0 2.269733
+-9.848962 0 1.912846
+9.769543000000001 0.429964 1.524
+9.743841 0.8284899999999999 1.524
+9.701890000000001 1.225634 1.524
+9.638617999999999 1.651022 1.524
+9.563171000000001 2.043184 1.524
+9.471774999999999 2.431938 1.524
+9.355687 2.846043 1.524
+9.241771999999999 3.196638 1.524
+9.114723 3.542691 1.524
+8.962477 3.911885 1.524
+8.781812 4.302165 1.524
+8.584161 4.684124 1.524
+8.369907 5.057024 1.524
+8.139465 5.420143 1.524
+7.929396 5.723069 1.524
+7.708058 6.017863 1.524
+7.455925 6.32756 1.524
+7.191358 6.626705 1.524
+6.914797 6.914797 1.524
+6.649264 7.170504 1.524
+6.350952 7.43601 1.524
+6.042049 7.689115 1.524
+5.747952 7.911377 1.524
+5.420143 8.139465 1.524
+5.083294 8.353979000000001 1.524
+4.711069 8.569402999999999 1.524
+4.329733 8.768253 1.524
+3.996179 8.925210999999999 1.524
+3.628436 9.08093 1.524
+3.254642 9.221503999999999 1.524
+2.87542 9.3467 1.524
+2.491403 9.456308 1.524
+2.103231 9.550145000000001 1.524
+1.681295 9.633384 1.524
+1.286568 9.693997 1.524
+0.889695 9.738443999999999 1.524
+0.491339 9.766648999999999 1.524
+0.092164 9.778566 1.524
+-0.337871 9.773161 1.524
+-0.705983 9.753482999999999 1.524
+-1.164651 9.709398999999999 1.524
+-1.529773 9.658604 1.524
+-1.952964 9.582003 1.524
+-2.312724 9.501587000000001 1.524
+-2.728254 9.390712000000001 1.524
+-3.080253 9.281211000000001 1.524
+-3.45663 9.147707 1.524
+-3.855495 8.986879 1.524
+-4.219209 8.821968 1.524
+-4.548712 8.656677 1.524
+-4.898366 8.463737999999999 1.524
+-5.213885 8.273103000000001 1.524
+-5.547323 8.053324999999999 1.524
+-5.896048 7.801632 1.524
+-6.233369 7.534849 1.524
+-6.558634 7.253493 1.524
+-6.871214 6.958107 1.524
+-7.191358 6.626705 1.524
+-7.455925 6.32756 1.524
+-7.708058 6.017863 1.524
+-7.929396 5.723069 1.524
+-8.156453000000001 5.394545 1.524
+-8.385752999999999 5.030704 1.524
+-8.598834 4.657133 1.524
+-8.781812 4.302165 1.524
+-8.937721 3.96812 1.524
+-9.103548999999999 3.571308 1.524
+-9.241771999999999 3.196638 1.524
+-9.373385000000001 2.787203 1.524
+-9.479367999999999 2.40217 1.524
+-9.57582 1.983057 1.524
+-9.643758 1.620734 1.524
+-9.705692000000001 1.195148 1.524
+-9.746396000000001 0.797875 1.524
+-9.770846000000001 0.39927 1.524
+10.788162 0 2.634492
+10.393154 0 2.520539
+10.055418 0 2.259069
+9.856982 0 1.933766
+11.168059 0.421225 -0.4445
+11.144248 0.841852 -0.4445
+11.108508 1.226391 -0.4445
+11.054392 1.644201 -0.4445
+10.990984 2.025156 -0.4445
+10.914451 2.403692 -0.4445
+10.824885 2.779358 -0.4445
+10.71244 3.185375 -0.4445
+10.595987 3.553595 -0.4445
+10.466882 3.917572 -0.4445
+10.311791 4.309287 -0.4445
+10.156745 4.662993 -0.4445
+9.989572000000001 5.011131 -0.4445
+9.776641 5.41482 -0.4445
+9.583717999999999 5.749376 -0.4445
+9.379351 6.077067 -0.4445
+9.163785000000001 6.397501 -0.4445
+8.937276000000001 6.710296 -0.4445
+8.700094999999999 7.015079 -0.4445
+8.452525 7.311484 -0.4445
+8.194862000000001 7.599159 -0.4445
+7.902625 7.902625 -0.4445
+7.599159 8.194862000000001 -0.4445
+7.311484 8.452525 -0.4445
+7.015079 8.700094999999999 -0.4445
+6.710296 8.937276000000001 -0.4445
+6.397501 9.163785000000001 -0.4445
+6.047571 9.398396999999999 -0.4445
+5.71924 9.601732999999999 -0.4445
+5.384079 9.793602999999999 -0.4445
+5.011131 9.989572000000001 -0.4445
+4.631061 10.171344 -0.4445
+4.27687 10.325278 -0.4445
+3.917572 10.466882 -0.4445
+3.553595 10.595987 -0.4445
+3.151705 10.722394 -0.4445
+2.779358 10.824885 -0.4445
+2.335068 10.929338 -0.4445
+1.956058 11.003491 -0.4445
+1.539944 11.069397 -0.4445
+1.15657 11.115994 -0.4445
+0.736784 11.151687 -0.4445
+0.315952 11.171533 -0.4445
+-0.03511 11.175945 -0.4445
+-0.456309 11.166681 -0.4445
+-0.841852 11.144248 -0.4445
+-1.261283 11.1046 -0.4445
+-1.644201 11.054392 -0.4445
+-2.025156 10.990984 -0.4445
+-2.437969 10.906846 -0.4445
+-2.813352 10.8161 -0.4445
+-3.219014 10.70238 -0.4445
+-3.586866 10.584771 -0.4445
+-3.950435 10.454522 -0.4445
+-4.341661 10.298202 -0.4445
+-4.694878 10.142046 -0.4445
+-5.042489 9.97378 -0.4445
+-5.41482 9.776641 -0.4445
+-5.779456 9.565607999999999 -0.4445
+-6.106503 9.360213 -0.4445
+-6.426259 9.143641000000001 -0.4445
+-6.738341 8.916150999999999 -0.4445
+-7.042376 8.678013 -0.4445
+-7.364448 8.406419 -0.4445
+-7.624866 8.170947999999999 -0.4445
+-7.902625 7.902625 -0.4445
+-8.170947999999999 7.624866 -0.4445
+-8.429513 7.338002 -0.4445
+-8.678013 7.042376 -0.4445
+-8.916150999999999 6.738341 -0.4445
+-9.163785000000001 6.397501 -0.4445
+-9.417349 6.018015 -0.4445
+-9.619653 5.689047 -0.4445
+-9.81047 5.353285 -0.4445
+-9.97378 5.042489 -0.4445
+-10.142046 4.694878 -0.4445
+-10.284511 4.373992 -0.4445
+-10.44206 3.983259 -0.4445
+-10.584771 3.586866 -0.4445
+-10.71244 3.185375 -0.4445
+-10.8161 2.813352 -0.4445
+-10.906846 2.437969 -0.4445
+-10.990984 2.025156 -0.4445
+-11.054392 1.644201 -0.4445
+-11.108508 1.226391 -0.4445
+-11.146838 0.8068380000000001 -0.4445
+-11.168059 0.421225 -0.4445
+-10.800333 0 -0.412409
+-10.391335 0 -0.528378
+-10.070349 0 -0.772227
+-9.856235 0 -1.116129
+9.769543000000001 0.429964 -1.524
+9.743841 0.8284899999999999 -1.524
+9.701890000000001 1.225634 -1.524
+9.643758 1.620734 -1.524
+9.57582 1.983057 -1.524
+9.479367999999999 2.40217 -1.524
+9.382095 2.757742 -1.524
+9.271489000000001 3.109396 -1.524
+9.147707 3.45663 -1.524
+8.998946999999999 3.827243 -1.524
+8.835179 4.191473 -1.524
+8.642344 4.575886 -1.524
+8.432793 4.951448 -1.524
+8.223597 5.291625 -1.524
+8.000686 5.622976 -1.524
+7.78307 5.920528 -1.524
+7.534849 6.233369 -1.524
+7.274062 6.535814 -1.524
+7.001143 6.82736 -1.524
+6.716548 7.107519 -1.524
+6.420752 7.375824 -1.524
+6.114248 7.631829 -1.524
+5.822259 7.856853 -1.524
+5.521995 8.070713 -1.524
+5.187869 8.289443 -1.524
+4.818381 8.509527 -1.524
+4.412178 8.727057 -1.524
+4.080119 8.887152 -1.524
+3.742261 9.034618 -1.524
+3.341407 9.190421000000001 -1.524
+2.963382 9.319184999999999 -1.524
+2.580415 9.432407 -1.524
+2.193144 9.529897999999999 -1.524
+1.741789 9.622629999999999 -1.524
+1.377873 9.681441 -1.524
+0.950866 9.732661 -1.524
+0.552695 9.763369000000001 -1.524
+0.153602 9.777794 -1.524
+-0.245747 9.775912 -1.524
+-0.644686 9.757726 -1.524
+-1.073092 9.719944 -1.524
+-1.469056 9.668025 -1.524
+-1.86257 9.599983 -1.524
+-2.252978 9.515930000000001 -1.524
+-2.639629 9.416008 -1.524
+-3.021877 9.300382000000001 -1.524
+-3.399086 9.169245 -1.524
+-3.770626 9.022817 -1.524
+-4.135877 8.861340999999999 -1.524
+-4.494231 8.685086 -1.524
+-4.84509 8.494348 -1.524
+-5.161801 8.3057 -1.524
+-5.496613 8.088020999999999 -1.524
+-5.846913 7.838524 -1.524
+-6.162079 7.593262 -1.524
+-6.51293 7.294558 -1.524
+-6.82736 7.001143 -1.524
+-7.128584 6.694186 -1.524
+-7.43601 6.350952 -1.524
+-7.708058 6.017863 -1.524
+-7.965198 5.673135 -1.524
+-8.190187 5.34319 -1.524
+-8.385752999999999 5.030704 -1.524
+-8.569402999999999 4.711069 -1.524
+-8.768253 4.329733 -1.524
+-8.937721 3.96812 -1.524
+-9.103548999999999 3.571308 -1.524
+-9.241771999999999 3.196638 -1.524
+-9.364582 2.816637 -1.524
+-9.479367999999999 2.40217 -1.524
+-9.57582 1.983057 -1.524
+-9.643758 1.620734 -1.524
+-9.705692000000001 1.195148 -1.524
+-9.746396000000001 0.797875 -1.524
+-9.770846000000001 0.39927 -1.524
+10.79019 0 -0.413315
+10.389518 0 -0.529299
+10.056762 0 -0.7874
+9.84615 0 -1.142801
+-11.166681 -0.456309 -0.4445
+-11.144248 -0.841852 -0.4445
+-11.1046 -1.261283 -0.4445
+-11.054392 -1.644201 -0.4445
+-10.984567 -2.059675 -0.4445
+-10.914451 -2.403692 -0.4445
+-10.8161 -2.813352 -0.4445
+-10.70238 -3.219014 -0.4445
+-10.584771 -3.586866 -0.4445
+-10.44206 -3.983259 -0.4445
+-10.311791 -4.309287 -0.4445
+-10.127247 -4.726717 -0.4445
+-9.957889 -5.073798 -0.4445
+-9.759581000000001 -5.445507 -0.4445
+-9.547404999999999 -5.809479 -0.4445
+-9.340983 -6.135879 -0.4445
+-9.123407 -6.454953 -0.4445
+-8.894938 -6.766318 -0.4445
+-8.633594 -7.096762 -0.4445
+-8.359980999999999 -7.417122 -0.4445
+-8.050174 -7.752269 -0.4445
+-7.752269 -8.050174 -0.4445
+-7.443349 -8.336638000000001 -0.4445
+-7.096762 -8.633594 -0.4445
+-6.794229 -8.873637 -0.4445
+-6.454953 -9.123407 -0.4445
+-6.165194 -9.321661000000001 -0.4445
+-5.809479 -9.547404999999999 -0.4445
+-5.476141 -9.742425000000001 -0.4445
+-5.073798 -9.957889 -0.4445
+-4.726717 -10.127247 -0.4445
+-4.373992 -10.284511 -0.4445
+-3.983259 -10.44206 -0.4445
+-3.620101 -10.57345 -0.4445
+-3.25262 -10.692214 -0.4445
+-2.847318 -10.807209 -0.4445
+-2.472222 -10.899133 -0.4445
+-2.094174 -10.978042 -0.4445
+-1.678921 -11.049172 -0.4445
+-1.261283 -11.1046 -0.4445
+-0.8768590000000001 -11.141548 -0.4445
+-0.456309 -11.166681 -0.4445
+-0.07022 -11.175779 -0.4445
+0.351047 -11.170485 -0.4445
+0.736784 -11.151687 -0.4445
+1.121643 -11.119573 -0.4445
+1.505161 -11.07418 -0.4445
+1.92148 -11.009582 -0.4445
+2.300721 -10.93662 -0.4445
+2.677214 -10.850599 -0.4445
+3.084273 -10.741985 -0.4445
+3.453574 -10.629008 -0.4445
+3.818751 -10.503338 -0.4445
+4.146785 -10.378206 -0.4445
+4.502882 -10.228735 -0.4445
+4.853603 -10.067051 -0.4445
+5.229584 -9.876965 -0.4445
+5.598132 -9.672843 -0.4445
+5.928993 -9.473649 -0.4445
+6.252774 -9.263142 -0.4445
+6.569088 -9.041574000000001 -0.4445
+6.877558 -8.809208999999999 -0.4445
+7.177816 -8.566326 -0.4445
+7.469502 -8.313212999999999 -0.4445
+7.726941 -8.074488000000001 -0.4445
+8.001306 -7.802697 -0.4445
+8.266116999999999 -7.521588 -0.4445
+8.566326 -7.177816 -0.4445
+8.830772 -6.849849 -0.4445
+9.08267 -6.512149 -0.4445
+9.302246 -6.194449 -0.4445
+9.547404999999999 -5.809479 -0.4445
+9.759581000000001 -5.445507 -0.4445
+9.9419 -5.105056 -0.4445
+10.127247 -4.726717 -0.4445
+10.284511 -4.373992 -0.4445
+10.454522 -3.950435 -0.4445
+10.584771 -3.586866 -0.4445
+10.71244 -3.185375 -0.4445
+10.824885 -2.779358 -0.4445
+10.914451 -2.403692 -0.4445
+10.997292 -1.990616 -0.4445
+11.059503 -1.609465 -0.4445
+11.108508 -1.226391 -0.4445
+11.146838 -0.8068380000000001 -0.4445
+11.169327 -0.386138 -0.4445
+-9.770846000000001 -0.39927 -1.524
+-9.743841 -0.8284899999999999 -1.524
+-9.705692000000001 -1.195148 -1.524
+-9.643758 -1.620734 -1.524
+-9.569542999999999 -2.01313 -1.524
+-9.479367999999999 -2.40217 -1.524
+-9.382095 -2.757742 -1.524
+-9.261673999999999 -3.138508 -1.524
+-9.125807999999999 -3.514039 -1.524
+-8.986879 -3.855495 -1.524
+-8.808669 -4.246903 -1.524
+-8.642344 -4.575886 -1.524
+-8.432793 -4.951448 -1.524
+-8.240181 -5.265763 -1.524
+-8.000686 -5.622976 -1.524
+-7.78307 -5.920528 -1.524
+-7.554394 -6.209667 -1.524
+-7.314983 -6.489981 -1.524
+-7.065177 -6.761073 -1.524
+-6.783236 -7.043902 -1.524
+-6.51293 -7.294558 -1.524
+-6.209667 -7.554394 -1.524
+-5.920528 -7.78307 -1.524
+-5.622976 -8.000686 -1.524
+-5.291625 -8.223597 -1.524
+-4.924931 -8.448307 -1.524
+-4.548712 -8.656677 -1.524
+-4.219209 -8.821968 -1.524
+-3.883709 -8.974722 -1.524
+-3.485352 -9.136803 -1.524
+-3.138508 -9.261673999999999 -1.524
+-2.728254 -9.390712000000001 -1.524
+-2.342562 -9.494274000000001 -1.524
+-1.922852 -9.588091 -1.524
+-1.529773 -9.658604 -1.524
+-1.164651 -9.709398999999999 -1.524
+-0.736621 -9.751217 -1.524
+-0.368572 -9.772052 -1.524
+0.061443 -9.778807 -1.524
+0.429964 -9.769543000000001 -1.524
+0.8284899999999999 -9.743841 -1.524
+1.256107 -9.697991 -1.524
+1.620734 -9.643758 -1.524
+2.043184 -9.563171000000001 -1.524
+2.431938 -9.471774999999999 -1.524
+2.816637 -9.364582 -1.524
+3.196638 -9.241771999999999 -1.524
+3.59989 -9.092283999999999 -1.524
+3.96812 -8.937721 -1.524
+4.329733 -8.768253 -1.524
+4.684124 -8.584161 -1.524
+5.057024 -8.369907 -1.524
+5.420143 -8.139465 -1.524
+5.772778 -7.89328 -1.524
+6.114248 -7.631829 -1.524
+6.420752 -7.375824 -1.524
+6.716548 -7.107519 -1.524
+7.001143 -6.82736 -1.524
+7.274062 -6.535814 -1.524
+7.534849 -6.233369 -1.524
+7.78307 -5.920528 -1.524
+8.000686 -5.622976 -1.524
+8.206932 -5.317434 -1.524
+8.417196000000001 -4.977916 -1.524
+8.627926 -4.603014 -1.524
+8.808669 -4.246903 -1.524
+8.974722 -3.883709 -1.524
+9.125807999999999 -3.514039 -1.524
+9.261673999999999 -3.138508 -1.524
+9.382095 -2.757742 -1.524
+9.486867999999999 -2.372378 -1.524
+9.57582 -1.983057 -1.524
+9.648802 -1.590429 -1.524
+9.705692000000001 -1.195148 -1.524
+9.748855000000001 -0.767251 -1.524
+9.770846000000001 -0.39927 -1.524
+-11.166681 -0.456309 2.6035
+-11.144248 -0.841852 2.6035
+-11.1046 -1.261283 2.6035
+-11.054392 -1.644201 2.6035
+-10.984567 -2.059675 2.6035
+-10.914451 -2.403692 2.6035
+-10.8161 -2.813352 2.6035
+-10.70238 -3.219014 2.6035
+-10.584771 -3.586866 2.6035
+-10.44206 -3.983259 2.6035
+-10.298202 -4.341661 2.6035
+-10.127247 -4.726717 2.6035
+-9.957889 -5.073798 2.6035
+-9.742425000000001 -5.476141 2.6035
+-9.547404999999999 -5.809479 2.6035
+-9.321661000000001 -6.165194 2.6035
+-9.103084000000001 -6.483583 2.6035
+-8.894938 -6.766318 2.6035
+-8.633594 -7.096762 2.6035
+-8.336638000000001 -7.443349 2.6035
+-8.050174 -7.752269 2.6035
+-7.726941 -8.074488000000001 2.6035
+-7.417122 -8.359980999999999 2.6035
+-7.096762 -8.633594 2.6035
+-6.766318 -8.894938 2.6035
+-6.454953 -9.123407 2.6035
+-6.135879 -9.340983 2.6035
+-5.809479 -9.547404999999999 2.6035
+-5.445507 -9.759581000000001 2.6035
+-5.073798 -9.957889 2.6035
+-4.726717 -10.127247 2.6035
+-4.373992 -10.284511 2.6035
+-3.983259 -10.44206 2.6035
+-3.586866 -10.584771 2.6035
+-3.219014 -10.70238 2.6035
+-2.813352 -10.8161 2.6035
+-2.437969 -10.906846 2.6035
+-2.059675 -10.984567 2.6035
+-1.644201 -11.054392 2.6035
+-1.261283 -11.1046 2.6035
+-0.841852 -11.144248 2.6035
+-0.421225 -11.168059 2.6035
+-0.03511 -11.175945 2.6035
+0.386138 -11.169327 2.6035
+0.736784 -11.151687 2.6035
+1.15657 -11.115994 2.6035
+1.539944 -11.069397 2.6035
+1.956058 -11.003491 2.6035
+2.335068 -10.929338 2.6035
+2.711289 -10.842135 2.6035
+3.118005 -10.732242 2.6035
+3.486949 -10.618105 2.6035
+3.851729 -10.49129 2.6035
+4.21191 -10.351946 2.6035
+4.599084 -10.185843 2.6035
+4.979723 -10.005265 2.6035
+5.322438 -9.827239000000001 2.6035
+5.658798 -9.637478 2.6035
+5.9884 -9.436209 2.6035
+6.310852 -9.223672000000001 2.6035
+6.625768 -9.000121 2.6035
+6.932772 -8.765822999999999 2.6035
+7.231497 -8.521058 2.6035
+7.521588 -8.266116999999999 2.6035
+7.777521 -8.025779999999999 2.6035
+8.074488000000001 -7.726941 2.6035
+8.336638000000001 -7.443349 2.6035
+8.566326 -7.177816 2.6035
+8.852247999999999 -6.822073 2.6035
+9.103084000000001 -6.483583 2.6035
+9.321661000000001 -6.165194 2.6035
+9.529106000000001 -5.839444 2.6035
+9.725174000000001 -5.506721 2.6035
+9.925813 -5.136265 2.6035
+10.112347 -4.758509 2.6035
+10.270719 -4.40628 2.6035
+10.454522 -3.950435 2.6035
+10.57345 -3.620101 2.6035
+10.71244 -3.185375 2.6035
+10.824885 -2.779358 2.6035
+10.914451 -2.403692 2.6035
+10.997292 -1.990616 2.6035
+11.054392 -1.644201 2.6035
+11.108508 -1.226391 2.6035
+11.146838 -0.8068380000000001 2.6035
+11.169327 -0.386138 2.6035
+-9.770846000000001 -0.39927 1.524
+-9.743841 -0.8284899999999999 1.524
+-9.705692000000001 -1.195148 1.524
+-9.643758 -1.620734 1.524
+-9.569542999999999 -2.01313 1.524
+-9.479367999999999 -2.40217 1.524
+-9.382095 -2.757742 1.524
+-9.251768999999999 -3.167588 1.524
+-9.125807999999999 -3.514039 1.524
+-8.974722 -3.883709 1.524
+-8.808669 -4.246903 1.524
+-8.627926 -4.603014 1.524
+-8.417196000000001 -4.977916 1.524
+-8.223597 -5.291625 1.524
+-8.000686 -5.622976 1.524
+-7.764432 -5.94495 1.524
+-7.534849 -6.233369 1.524
+-7.294558 -6.51293 1.524
+-7.022557 -6.805331 1.524
+-6.761073 -7.065177 1.524
+-6.489981 -7.314983 1.524
+-6.185904 -7.573865 1.524
+-5.896048 -7.801632 1.524
+-5.597814 -8.018312 1.524
+-5.265763 -8.240181 1.524
+-4.871752 -8.479084 1.524
+-4.521494 -8.670923999999999 1.524
+-4.191473 -8.835179 1.524
+-3.827243 -8.998946999999999 1.524
+-3.427875 -9.158521 1.524
+-3.080253 -9.281211000000001 1.524
+-2.669197 -9.407669 1.524
+-2.282862 -9.508805000000001 1.524
+-1.86257 -9.599983 1.524
+-1.499422 -9.663363 1.524
+-1.134142 -9.713010000000001 1.524
+-0.705983 -9.753482999999999 1.524
+-0.307166 -9.774175 1.524
+0.092164 -9.778566 1.524
+0.491339 -9.766648999999999 1.524
+0.889695 -9.738443999999999 1.524
+1.317016 -9.689908000000001 1.524
+1.681295 -9.633384 1.524
+2.103231 -9.550145000000001 1.524
+2.491403 -9.456308 1.524
+2.846043 -9.355687 1.524
+3.225656 -9.231684 1.524
+3.628436 -9.08093 1.524
+3.996179 -8.925210999999999 1.524
+4.357258 -8.754607 1.524
+4.711069 -8.569402999999999 1.524
+5.083294 -8.353979000000001 1.524
+5.445687 -8.122396999999999 1.524
+5.772778 -7.89328 1.524
+6.066175 -7.670095 1.524
+6.374282 -7.416021 1.524
+6.671758 -7.149579 1.524
+6.958107 -6.871214 1.524
+7.232852 -6.581389 1.524
+7.515229 -6.25701 1.524
+7.745717 -5.969314 1.524
+7.982982 -5.648083 1.524
+8.190187 -5.34319 1.524
+8.401516000000001 -5.004335 1.524
+8.613422999999999 -4.630096 1.524
+8.795284000000001 -4.274555 1.524
+8.962477 -3.911885 1.524
+9.114723 -3.542691 1.524
+9.251768999999999 -3.167588 1.524
+9.373385000000001 -2.787203 1.524
+9.479367999999999 -2.40217 1.524
+9.569542999999999 -2.01313 1.524
+9.643758 -1.620734 1.524
+9.709398999999999 -1.164651 1.524
+9.746396000000001 -0.797875 1.524
+9.772052 -0.368572 1.524
+0 8.255000000000001 2.459418
+-0.414767 -8.244574 2.0955
+-0.931629 -8.202261 2.0955
+-1.521351 -8.113600999999999 2.0955
+-2.303072 -7.927224 2.0955
+-2.990583 -7.694247 2.0955
+-3.701403 -7.378661 2.0955
+-4.335317 -7.024959 2.0955
+-4.935706 -6.616935 2.0955
+-5.478556 -6.174986 2.0955
+-5.982012 -5.688634 2.0955
+-6.409896 -5.201755 2.0955
+-6.842093 -4.618526 2.0955
+-7.233912 -3.976877 2.0955
+-7.555316 -3.325993 2.0955
+-7.809935 -2.673938 2.0955
+-8.014647 -1.977488 2.0955
+-8.153366999999999 -1.291367 2.0955
+-8.237042000000001 -0.544216 2.0955
+-8.253004000000001 0.181522 2.0955
+-8.205147999999999 0.905857 2.0955
+-8.108781 1.546833 2.0955
+-7.91995 2.327964 2.0955
+-7.694247 2.990583 2.0955
+-7.343449 3.77078 2.0955
+-6.92793 4.488743 2.0955
+-6.52273 5.059548 2.0955
+-6.053023 5.613015 2.0955
+-5.536509 6.123078 2.0955
+-4.956469 6.601397 2.0955
+-4.291092 7.05206 2.0955
+-3.631698 7.413218 2.0955
+-2.990583 7.694247 2.0955
+-2.327964 7.91995 2.0955
+-1.597751 8.098902000000001 2.0955
+-0.8800750000000001 8.207953 2.0955
+-0.388864 8.245836000000001 2.0955
+0 -8.255000000000001 2.459418
+-0.440666 -8.243230000000001 2.794
+-0.931629 -8.202261 2.794
+-1.597751 -8.098902000000001 2.794
+-2.327964 -7.91995 2.794
+-3.11107 -7.646324 2.794
+-3.931346 -7.258756 2.794
+-4.661425 -6.812939 2.794
+-5.341447 -6.293963 2.794
+-5.928133 -5.74476 2.794
+-6.458636 -5.141113 2.794
+-6.941998 -4.466956 2.794
+-7.366996 -3.724566 2.794
+-7.684814 -3.014741 2.794
+-7.975951 -2.1282 2.794
+-8.145092 -1.34257 2.794
+-8.238711 -0.518336 2.794
+-8.252393 0.207449 2.794
+-8.186616000000001 1.06035 2.794
+-8.061809999999999 1.775454 2.794
+-7.858947 2.526258 2.794
+-7.565727 3.302241 2.794
+-7.24637 3.954131 2.794
+-6.842093 4.618526 2.794
+-6.3274 5.301796 2.794
+-5.74476 5.928133 2.794
+-5.100431 6.490811 2.794
+-4.401332 6.983789 2.794
+-3.77078 7.343449 2.794
+-3.11107 7.646324 2.794
+-2.303072 7.927224 2.794
+-1.546833 8.108781 2.794
+-0.905857 8.205147999999999 2.794
+-0.388864 8.245836000000001 2.794
+0 -8.351576 3.154426
+-0.424171 -8.4315 3.4925
+-0.952752 -8.388228 3.4925
+-1.581904 -8.292629 3.4925
+-2.304305 -8.121594 3.4925
+-3.206157 -7.809652 3.4925
+-4.136585 -7.359264 3.4925
+-4.919168 -6.860896 3.4925
+-5.62258 -6.297356 3.4925
+-6.226206 -5.701269 3.4925
+-6.782783 -5.026327 3.4925
+-7.293382 -4.251669 3.4925
+-7.694215 -3.474071 3.4925
+-8.028974 -2.608772 3.4925
+-8.272095999999999 -1.685984 3.4925
+-8.40715 -0.76807 3.4925
+-8.441496000000001 0.106085 3.4925
+-8.375594 1.058084 3.4925
+-8.238848000000001 1.841601 3.4925
+-8.037129999999999 2.583535 3.4925
+-7.715891 3.425659 3.4925
+-7.372224 4.113445 3.4925
+-6.876316 4.897589 3.4925
+-6.261905 5.662037 3.4925
+-5.602769 6.314989 3.4925
+-4.854288 6.906953 3.4925
+-3.997139 7.435925 3.4925
+-3.230676 7.799541 3.4925
+-2.406179 8.091996999999999 3.4925
+-1.529769 8.302403999999999 3.4925
+-0.900029 8.394049000000001 3.4925
+-0.39768 8.432791 3.4925
+0 8.351576 3.154426
+-2.723023 4.310523 -2.9337
+-2.723023 4.310523 -2.3749
+-2.723023 4.310523 -1.827276
+-2.723023 4.310523 -1.274064
+-2.723023 4.310523 -0.704088
+-2.723023 4.310523 -0.162052
+-2.723023 4.310523 0.435864
+-2.723023 4.310523 0.966724
+-2.723023 4.310523 1.5367
+-5.812433 3.796304 2.0955
+-5.540047 3.306318 2.0955
+-5.105712 2.93654 2.0955
+-4.593281 2.748408 2.0955
+-4.032674 2.747527 2.0955
+-3.498131 2.94664 2.0955
+-3.080999 3.306318 2.0955
+-2.818571 3.768087 2.0955
+-5.898023 4.310523 -2.922524
+-5.898023 4.310523 -2.358136
+-5.898023 4.310523 -1.810512
+-5.898023 4.310523 -1.262888
+-5.898023 4.310523 -0.692912
+-5.898023 4.310523 -0.11176
+-5.898023 4.310523 0.435864
+-5.898023 4.310523 1.00584
+-5.898023 4.310523 1.570228
+-5.812433 3.796304 -3.4925
+-5.540047 3.306318 -3.4925
+-5.105712 2.93654 -3.4925
+-4.593281 2.748408 -3.4925
+-4.032674 2.747527 -3.4925
+-3.498131 2.94664 -3.4925
+-3.080999 3.306318 -3.4925
+-2.818571 3.768087 -3.4925
+-4.5085 -0 -2.939288
+-4.5085 -0 -2.380488
+-4.5085 -0 -1.8161
+-4.5085 -0 -1.290828
+-4.5085 -0 -0.720852
+-4.5085 -0 -0.156464
+-4.5085 -0 0.402336
+-4.5085 -0 0.955548
+-4.5085 -0 1.542288
+-7.59133 -0.5330510000000001 2.0955
+-7.309599 -1.023394 2.0955
+-6.873861 -1.383867 2.0955
+-6.34434 -1.567955 2.0955
+-5.803433 -1.560308 2.0955
+-5.287897 -1.366428 2.0955
+-4.863328 -1.000338 2.0955
+-4.599003 -0.528351 2.0955
+-7.6835 -0 -2.916936
+-7.6835 -0 -2.363724
+-7.6835 -0 -1.799336
+-7.6835 -0 -1.274064
+-7.6835 -0 -0.709676
+-7.6835 -0 -0.145288
+-7.6835 -0 0.413512
+-7.6835 -0 0.961136
+-7.6835 -0 1.503172
+-7.59465 -0.523645 -3.4925
+-7.316005 -1.015748 -3.4925
+-6.908392 -1.363882 -3.4925
+-6.378758 -1.562115 -3.4925
+-5.827977 -1.564711 -3.4925
+-5.305131 -1.376475 -3.4925
+-4.87281 -1.011911 -3.4925
+-4.602352 -0.5377459999999999 -3.4925
+-2.723023 -4.310523 -2.922524
+-2.723023 -4.310523 -2.358136
+-2.723023 -4.310523 -1.810512
+-2.723023 -4.310523 -1.223772
+-2.723023 -4.310523 -0.664972
+-2.723023 -4.310523 -0.11176
+-2.723023 -4.310523 0.435864
+-2.723023 -4.310523 1.00584
+-2.723023 -4.310523 1.5367
+-5.802474 -4.852959 2.0955
+-5.5209 -5.337724 2.0955
+-5.092728 -5.69194 2.0955
+-4.558863 -5.878478 2.0955
+-4.008158 -5.868962 2.0955
+-3.50242 -5.676951 2.0955
+-3.093715 -5.330099 2.0955
+-2.822009 -4.862323 2.0955
+-5.898023 -4.310523 -2.9337
+-5.898023 -4.310523 -2.3749
+-5.898023 -4.310523 -1.804924
+-5.898023 -4.310523 -1.274064
+-5.898023 -4.310523 -0.720852
+-5.898023 -4.310523 -0.173228
+-5.898023 -4.310523 0.39116
+-5.898023 -4.310523 0.944372
+-5.898023 -4.310523 1.497584
+-5.802474 -4.852959 -3.4925
+-5.5209 -5.337724 -3.4925
+-5.092728 -5.69194 -3.4925
+-4.558863 -5.878478 -3.4925
+-4.008158 -5.868962 -3.4925
+-3.50242 -5.676951 -3.4925
+-3.093715 -5.330099 -3.4925
+-2.822009 -4.862323 -3.4925
+1.5875 -6.096 -2.922524
+1.5875 -6.096 -2.358136
+1.5875 -6.096 -1.804924
+1.5875 -6.096 -1.218184
+1.5875 -6.096 -0.659384
+1.5875 -6.096 -0.122936
+1.5875 -6.096 0.44704
+1.5875 -6.096 0.972312
+1.5875 -6.096 1.542288
+-1.491951 -6.638436 2.0955
+-1.226363 -7.104063 2.0955
+-0.812392 -7.459882 2.0955
+-0.258186 -7.662364 2.0955
+0.24834 -7.663955 2.0955
+0.77351 -7.482304 2.0955
+1.213599 -7.119394 2.0955
+1.491951 -6.638436 2.0955
+-1.5875 -6.096 -2.916936
+-1.5875 -6.096 -2.386076
+-1.5875 -6.096 -1.8161
+-1.5875 -6.096 -1.246124
+-1.5875 -6.096 -0.687324
+-1.5875 -6.096 -0.134112
+-1.5875 -6.096 0.424688
+-1.5875 -6.096 0.994664
+-1.5875 -6.096 1.531112
+-1.49024 -6.643121 -3.4925
+-1.220005 -7.111748 -3.4925
+-0.799502 -7.467478 -3.4925
+-0.287664 -7.657219 -3.4925
+0.263106 -7.661545 -3.4925
+0.795189 -7.469983 -3.4925
+1.213599 -7.119394 -3.4925
+1.491951 -6.638436 -3.4925
+5.898023 -4.310523 -2.944876
+5.898023 -4.310523 -2.391664
+5.898023 -4.310523 -1.827276
+5.898023 -4.310523 -1.262888
+5.898023 -4.310523 -0.720852
+5.898023 -4.310523 -0.1397
+5.898023 -4.310523 0.4191
+5.898023 -4.310523 0.961136
+5.898023 -4.310523 1.547876
+2.820283 -4.857644 2.0955
+3.096924 -5.333917 2.0955
+3.515334 -5.684506 2.0955
+4.052336 -5.876887 2.0955
+4.60309 -5.870831 2.0955
+5.127196 -5.671847 2.0955
+5.530528 -5.326271 2.0955
+5.802474 -4.852959 2.0955
+2.723023 -4.310523 -2.944876
+2.723023 -4.310523 -2.391664
+2.723023 -4.310523 -1.810512
+2.723023 -4.310523 -1.223772
+2.723023 -4.310523 -0.67056
+2.723023 -4.310523 -0.100584
+2.723023 -4.310523 0.463804
+2.723023 -4.310523 1.00584
+2.723023 -4.310523 1.547876
+2.820283 -4.857644 -3.4925
+3.093715 -5.330099 -3.4925
+3.511021 -5.682001 -3.4925
+4.047417 -5.876068 -3.4925
+4.598187 -5.871742 -3.4925
+5.122915 -5.674405 -3.4925
+5.527331 -5.330099 -3.4925
+5.802474 -4.852959 -3.4925
+7.6835 0 -2.944876
+7.6835 0 -2.391664
+7.6835 0 -1.827276
+7.6835 0 -1.262888
+7.6835 0 -0.704088
+7.6835 0 -0.1397
+7.6835 0 0.4191
+7.6835 0 0.961136
+7.6835 0 1.50876
+4.602352 -0.5377459999999999 2.0955
+4.888856 -1.030999 2.0955
+5.296498 -1.371478 2.0955
+5.827977 -1.564711 2.0955
+6.368937 -1.563861 2.0955
+6.882541 -1.378953 2.0955
+7.31919 -1.011911 2.0955
+7.59133 -0.5330510000000001 2.0955
+4.5085 0 -2.916936
+4.5085 0 -2.363724
+4.5085 0 -1.821688
+4.5085 0 -1.274064
+4.5085 0 -0.709676
+4.5085 0 -0.145288
+4.5085 0 0.413512
+4.5085 0 0.961136
+4.5085 0 1.50876
+4.595712 -0.518935 -3.4925
+4.879192 -1.019576 -3.4925
+5.287897 -1.366428 -3.4925
+5.813242 -1.562115 -3.4925
+6.359106 -1.565545 -3.4925
+6.878205 -1.381417 -3.4925
+7.316005 -1.015748 -3.4925
+7.59133 -0.5330510000000001 -3.4925
+5.898023 4.310523 -2.911348
+5.898023 4.310523 -2.358136
+5.898023 4.310523 -1.78816
+5.898023 4.310523 -1.223772
+5.898023 4.310523 -0.664972
+5.898023 4.310523 -0.117348
+5.898023 4.310523 0.435864
+5.898023 4.310523 0.983488
+5.898023 4.310523 1.5367
+2.813525 3.782172 2.0955
+3.100145 3.283322 2.0955
+3.515334 2.93654 2.0955
+4.047417 2.744978 2.0955
+4.60309 2.750215 2.0955
+5.122915 2.94664 2.0955
+5.533713 3.298612 2.0955
+5.805853 3.777472 2.0955
+2.723023 4.310523 -2.922524
+2.723023 4.310523 -2.358136
+2.723023 4.310523 -1.810512
+2.723023 4.310523 -1.262888
+2.723023 4.310523 -0.692912
+2.723023 4.310523 -0.11176
+2.723023 4.310523 0.435864
+2.723023 4.310523 1.00584
+2.723023 4.310523 1.570228
+2.813525 3.782172 -3.4925
+3.100145 3.283322 -3.4925
+3.515334 2.93654 -3.4925
+4.047417 2.744978 -3.4925
+4.60309 2.750215 -3.4925
+5.122915 2.94664 -3.4925
+5.533713 3.298612 -3.4925
+5.805853 3.777472 -3.4925
+1.5875 6.096 -2.928112
+1.5875 6.096 -2.369312
+1.5875 6.096 -1.821688
+1.5875 6.096 -1.279652
+1.5875 6.096 -0.687324
+1.5875 6.096 -0.1397
+1.5875 6.096 0.44704
+1.5875 6.096 0.994664
+1.5875 6.096 1.542288
+-1.491951 5.553564 2.0955
+-1.22319 5.084089 2.0955
+-0.812392 4.732118 2.0955
+-0.30726 4.538519 2.0955
+0.243413 4.527272 2.0955
+0.782205 4.714583 2.0955
+1.210377 5.068799 2.0955
+1.493648 5.558254 2.0955
+-1.5875 6.096 -2.911348
+-1.5875 6.096 -2.358136
+-1.5875 6.096 -1.78816
+-1.5875 6.096 -1.223772
+-1.5875 6.096 -0.664972
+-1.5875 6.096 -0.117348
+-1.5875 6.096 0.435864
+-1.5875 6.096 1.00584
+-1.5875 6.096 1.5367
+-1.491951 5.553564 -3.4925
+-1.22319 5.084089 -3.4925
+-0.812392 4.732118 -3.4925
+-0.30726 4.538519 -3.4925
+0.243413 4.527272 -3.4925
+0.782205 4.714583 -3.4925
+1.210377 5.068799 -3.4925
+1.493648 5.558254 -3.4925
+3.175 0 1.4185
+3.082557 -0.760572 2.0955
+2.752949 -1.581738 2.0955
+2.195154 -2.293889 2.0955
+1.529568 -2.782274 2.0955
+0.682867 -3.100696 2.0955
+-0.239163 -3.16598 2.0955
+-1.075493 -2.987296 2.0955
+-1.930179 -2.52092 2.0955
+-2.614716 -1.801079 2.0955
+-3.06247 -0.837797 2.0955
+-3.175 0 1.4185
+-3.082557 -0.760572 0.773234
+-2.732856 -1.616206 0.773234
+-2.122018 -2.361708 0.773234
+-1.251784 -2.917818 0.773234
+-0.388035 -3.151199 0.773234
+0.516373 -3.132728 0.773234
+1.423617 -2.837947 0.773234
+2.216675 -2.273098 0.773234
+2.796566 -1.503278 0.773234
+3.100696 -0.682867 0.773234
+-3.373882 0 0.030996
+-3.59791 0 -0.805088
+-3.795649 0 -1.54306
+-3.991102 0 -2.2725
+-4.161409 0 -2.908094
+-4.280466 -0.568095 -3.4925
+-4.123105 -1.282626 -3.4925
+-3.841189 -1.972408 -3.4925
+-3.493335 -2.538057 -3.4925
+-3.100869 -3.004951 -3.4925
+-2.646533 -3.411889 -3.4925
+-2.080212 -3.783892 -3.4925
+-1.334335 -4.106662 -3.4925
+-0.635259 -4.271015 -3.4925
+-0 -4.318 -3.4925
+0.621839 -4.27299 -3.4925
+1.308506 -4.114965 -3.4925
+2.056397 -3.796888 -3.4925
+2.657238 -3.403558 -3.4925
+3.091414 -3.014678 -3.4925
+3.461166 -2.581754 -3.4925
+3.8161 -2.020521 -3.4925
+4.114965 -1.308506 -3.4925
+4.271015 -0.635259 -3.4925
+3.349879 0 0.120577
+3.54076 0 -0.591801
+3.759073 0 -1.406556
+3.957955 0 -2.148794
+4.145407 0 -2.848374
+-11.176 0 3.046222
+11.165192 0.491388 3.4925
+11.126401 1.051755 3.4925
+11.059503 1.609465 3.4925
+10.964668 2.163109 3.4925
+10.850599 2.677214 3.4925
+10.70238 3.219014 3.4925
+10.538862 3.719591 3.4925
+10.351946 4.21191 3.4925
+10.142046 4.694878 3.4925
+9.893345 5.198528 3.4925
+9.619653 5.689047 3.4925
+9.340983 6.135879 3.4925
+9.041574000000001 6.569088 3.4925
+8.72209 6.987712 3.4925
+8.406419 7.364448 3.4925
+8.025779999999999 7.777521 3.4925
+7.624866 8.170947999999999 3.4925
+7.231497 8.521058 3.4925
+6.849849 8.830772 3.4925
+6.397501 9.163785000000001 3.4925
+5.958726 9.454974999999999 3.4925
+5.506721 9.725174000000001 3.4925
+5.011131 9.989572000000001 3.4925
+4.534995 10.214539 3.4925
+4.048789 10.416827 3.4925
+3.520289 10.607099 3.4925
+2.949045 10.779894 3.4925
+2.437969 10.906846 3.4925
+1.886883 11.015564 3.4925
+1.33103 11.096456 3.4925
+0.771815 11.149317 3.4925
+0.21065 11.174015 3.4925
+-0.315952 11.171533 3.4925
+-0.841852 11.144248 3.4925
+-1.400724 11.087874 3.4925
+-1.886883 11.015564 3.4925
+-2.437969 10.906846 3.4925
+-2.949045 10.779894 3.4925
+-3.486949 10.618105 3.4925
+-3.983259 10.44206 3.4925
+-4.470726 10.242831 3.4925
+-4.948266 10.02086 3.4925
+-5.445507 9.759581000000001 3.4925
+-5.928993 9.473649 3.4925
+-6.397501 9.163785000000001 3.4925
+-6.822073 8.852247999999999 3.4925
+-7.231497 8.521058 3.4925
+-7.650498 8.146953 3.4925
+-8.025779999999999 7.777521 3.4925
+-8.359980999999999 7.417122 3.4925
+-8.72209 6.987712 3.4925
+-9.020892 6.59746 3.4925
+-9.321661000000001 6.165194 3.4925
+-9.601732999999999 5.71924 3.4925
+-9.876965 5.229584 3.4925
+-10.112347 4.758509 3.4925
+-10.325278 4.27687 3.4925
+-10.538862 3.719591 3.4925
+-10.71244 3.185375 3.4925
+-10.858956 2.643113 3.4925
+-10.964668 2.163109 3.4925
+-11.059503 1.609465 3.4925
+-11.12965 1.016795 3.4925
+-11.165192 0.491388 3.4925
+11.176 0 3.046222
+9.846848 0 1.140887
+10.071723 0 0.770723
+10.378652 0 0.534891
+10.773978 0 0.414959
+-11.166681 -0.456309 0.4445
+-11.144248 -0.841852 0.4445
+-11.1046 -1.261283 0.4445
+-11.049172 -1.678921 0.4445
+-10.984567 -2.059675 0.4445
+-10.906846 -2.437969 0.4445
+-10.8161 -2.813352 0.4445
+-10.692214 -3.25262 0.4445
+-10.584771 -3.586866 0.4445
+-10.429495 -4.016044 0.4445
+-10.284511 -4.373992 0.4445
+-10.097348 -4.790255 0.4445
+-9.925813 -5.136265 0.4445
+-9.707826000000001 -5.537246 0.4445
+-9.510714 -5.869352 0.4445
+-9.302246 -6.194449 0.4445
+-9.062167000000001 -6.540651 0.4445
+-8.830772 -6.849849 0.4445
+-8.566326 -7.177816 0.4445
+-8.289706000000001 -7.495582 0.4445
+-8.001306 -7.802697 0.4445
+-7.676055 -8.122878 0.4445
+-7.364448 -8.406419 0.4445
+-7.042376 -8.678013 0.4445
+-6.710296 -8.937276000000001 0.4445
+-6.397501 -9.163785000000001 0.4445
+-6.077067 -9.379351 0.4445
+-5.749376 -9.583717999999999 0.4445
+-5.384079 -9.793602999999999 0.4445
+-5.042489 -9.97378 0.4445
+-4.694878 -10.142046 0.4445
+-4.341661 -10.298202 0.4445
+-3.950435 -10.454522 0.4445
+-3.586866 -10.584771 0.4445
+-3.219014 -10.70238 0.4445
+-2.813352 -10.8161 0.4445
+-2.437969 -10.906846 0.4445
+-2.059675 -10.984567 0.4445
+-1.644201 -11.054392 0.4445
+-1.226391 -11.108508 0.4445
+-0.841852 -11.144248 0.4445
+-0.421225 -11.168059 0.4445
+-0.03511 -11.175945 0.4445
+0.386138 -11.169327 0.4445
+0.771815 -11.149317 0.4445
+1.15657 -11.115994 0.4445
+1.574712 -11.064504 0.4445
+1.990616 -10.997292 0.4445
+2.369391 -10.921949 0.4445
+2.745337 -10.833564 0.4445
+3.151705 -10.722394 0.4445
+3.553595 -10.595987 0.4445
+3.917572 -10.466882 0.4445
+4.27687 -10.325278 0.4445
+4.631061 -10.171344 0.4445
+4.979723 -10.005265 0.4445
+5.41482 -9.776641 0.4445
+5.749376 -9.583717999999999 0.4445
+6.047571 -9.398396999999999 0.4445
+6.397501 -9.163785000000001 0.4445
+6.710296 -8.937276000000001 0.4445
+7.015079 -8.700094999999999 0.4445
+7.284894 -8.475453 0.4445
+7.573377 -8.218695 0.4445
+7.852816 -7.952123 0.4445
+8.122878 -7.676055 0.4445
+8.406419 -7.364448 0.4445
+8.678013 -7.042376 0.4445
+8.958313 -6.682186 0.4445
+9.203799999999999 -6.339798 0.4445
+9.417349 -6.018015 0.4445
+9.619653 -5.689047 0.4445
+9.793602999999999 -5.384079 0.4445
+10.005265 -4.979723 0.4445
+10.185843 -4.599084 0.4445
+10.338663 -4.244411 0.4445
+10.49129 -3.851729 0.4445
+10.607099 -3.520289 0.4445
+10.732242 -3.118005 0.4445
+10.833564 -2.745337 0.4445
+10.929338 -2.335068 0.4445
+11.003491 -1.956058 0.4445
+11.064504 -1.574712 0.4445
+11.112306 -1.191486 0.4445
+11.149317 -0.771815 0.4445
+11.169327 -0.386138 0.4445
+-9.863854999999999 0 1.09724
+-10.078634 0 0.763243
+-10.400445 0 0.523825
+-10.788162 0 0.413508
+-11.176 0 0.010668
+11.168059 0.421225 0.4445
+11.144248 0.841852 0.4445
+11.108508 1.226391 0.4445
+11.054392 1.644201 0.4445
+10.984567 2.059675 0.4445
+10.906846 2.437969 0.4445
+10.8161 2.813352 0.4445
+10.681943 3.286195 0.4445
+10.562025 3.653301 0.4445
+10.416827 4.048789 0.4445
+10.242831 4.470726 0.4445
+10.082249 4.821953 0.4445
+9.893345 5.198528 0.4445
+9.707826000000001 5.537246 0.4445
+9.492228000000001 5.899201 0.4445
+9.28274 6.223642 0.4445
+9.062167000000001 6.540651 0.4445
+8.830772 6.849849 0.4445
+8.588832999999999 7.150868 0.4445
+8.359980999999999 7.417122 0.4445
+8.050174 7.752269 0.4445
+7.726941 8.074488000000001 0.4445
+7.443349 8.336638000000001 0.4445
+7.150868 8.588832999999999 0.4445
+6.877558 8.809208999999999 0.4445
+6.569088 9.041574000000001 0.4445
+6.252774 9.263142 0.4445
+5.928993 9.473649 0.4445
+5.598132 9.672843 0.4445
+5.229584 9.876965 0.4445
+4.821953 10.082249 0.4445
+4.502882 10.228735 0.4445
+4.146785 10.378206 0.4445
+3.752682 10.527125 0.4445
+3.386722 10.650497 0.4445
+2.982897 10.770576 0.4445
+2.608985 10.867206 0.4445
+2.197545 10.957818 0.4445
+1.748312 11.038405 0.4445
+1.365884 11.09222 0.4445
+0.946845 11.135819 0.4445
+0.596594 11.160065 0.4445
+0.21065 11.174015 0.4445
+-0.175545 11.174621 0.4445
+-0.596594 11.160065 0.4445
+-0.9818249999999999 11.132789 0.4445
+-1.470363 11.078854 0.4445
+-1.852267 11.021437 0.4445
+-2.266351 10.943794 0.4445
+-2.608985 10.867206 0.4445
+-2.982897 10.770576 0.4445
+-3.386722 10.650497 0.4445
+-3.752682 10.527125 0.4445
+-4.146785 10.378206 0.4445
+-4.502882 10.228735 0.4445
+-4.853603 10.067051 0.4445
+-5.229584 9.876965 0.4445
+-5.598132 9.672843 0.4445
+-5.9884 9.436209 0.4445
+-6.281844 9.243452 0.4445
+-6.59746 9.020892 0.4445
+-6.905199 8.787559999999999 0.4445
+-7.231497 8.521058 0.4445
+-7.521588 8.266116999999999 0.4445
+-7.777521 8.025779999999999 0.4445
+-8.050174 7.752269 0.4445
+-8.313212999999999 7.469502 0.4445
+-8.566326 7.177816 0.4445
+-8.809208999999999 6.877558 0.4445
+-9.062167000000001 6.540651 0.4445
+-9.321661000000001 6.165194 0.4445
+-9.529106000000001 5.839444 0.4445
+-9.725174000000001 5.506721 0.4445
+-9.893345 5.198528 0.4445
+-10.067051 4.853603 0.4445
+-10.214539 4.534995 0.4445
+-10.378206 4.146785 0.4445
+-10.550496 3.686464 0.4445
+-10.681943 3.286195 0.4445
+-10.789105 2.915165 0.4445
+-10.891312 2.50645 0.4445
+-10.978042 2.094174 0.4445
+-11.043843 1.713625 0.4445
+-11.100583 1.296163 0.4445
+-11.141548 0.8768590000000001 0.4445
+-11.168059 0.421225 0.4445
+11.176 0 0.010668
+9.860002 0 -1.941333
+10.068978 0 -2.274267
+10.375044 0 -2.511218
+10.784108 0 -2.634096
+-11.166681 -0.456309 -2.6035
+-11.144248 -0.841852 -2.6035
+-11.1046 -1.261283 -2.6035
+-11.049172 -1.678921 -2.6035
+-10.984567 -2.059675 -2.6035
+-10.899133 -2.472222 -2.6035
+-10.789105 -2.915165 -2.6035
+-10.681943 -3.286195 -2.6035
+-10.538862 -3.719591 -2.6035
+-10.391182 -4.11416 -2.6035
+-10.228735 -4.502882 -2.6035
+-10.067051 -4.853603 -2.6035
+-9.876965 -5.229584 -2.6035
+-9.672843 -5.598132 -2.6035
+-9.454974999999999 -5.958726 -2.6035
+-9.223672000000001 -6.310852 -2.6035
+-8.958313 -6.682186 -2.6035
+-8.72209 -6.987712 -2.6035
+-8.475453 -7.284894 -2.6035
+-8.218695 -7.573377 -2.6035
+-7.952123 -7.852816 -2.6035
+-7.701536 -8.098723 -2.6035
+-7.417122 -8.359980999999999 -2.6035
+-7.096762 -8.633594 -2.6035
+-6.766318 -8.894938 -2.6035
+-6.454953 -9.123407 -2.6035
+-6.135879 -9.340983 -2.6035
+-5.809479 -9.547404999999999 -2.6035
+-5.476141 -9.742425000000001 -2.6035
+-5.105056 -9.9419 -2.6035
+-4.758509 -10.112347 -2.6035
+-4.438525 -10.256826 -2.6035
+-4.048789 -10.416827 -2.6035
+-3.686464 -10.550496 -2.6035
+-3.286195 -10.681943 -2.6035
+-2.949045 -10.779894 -2.6035
+-2.540654 -10.883384 -2.6035
+-2.128652 -10.971409 -2.6035
+-1.748312 -11.038405 -2.6035
+-1.33103 -11.096456 -2.6035
+-0.946845 -11.135819 -2.6035
+-0.526462 -11.163593 -2.6035
+-0.10533 -11.175504 -2.6035
+0.280854 -11.17247 -2.6035
+0.701747 -11.153947 -2.6035
+1.086704 -11.123041 -2.6035
+1.470363 -11.078854 -2.6035
+1.886883 -11.015564 -2.6035
+2.266351 -10.943794 -2.6035
+2.677214 -10.850599 -2.6035
+3.050511 -10.751621 -2.6035
+3.453574 -10.629008 -2.6035
+3.851729 -10.49129 -2.6035
+4.21191 -10.351946 -2.6035
+4.631061 -10.171344 -2.6035
+4.979723 -10.005265 -2.6035
+5.353285 -9.81047 -2.6035
+5.71924 -9.601732999999999 -2.6035
+6.018015 -9.417349 -2.6035
+6.368681 -9.183838 -2.6035
+6.682186 -8.958313 -2.6035
+7.042376 -8.678013 -2.6035
+7.390821 -8.383241 -2.6035
+7.701536 -8.098723 -2.6035
+8.025779999999999 -7.777521 -2.6035
+8.336638000000001 -7.443349 -2.6035
+8.633594 -7.096762 -2.6035
+8.894938 -6.766318 -2.6035
+9.123407 -6.454953 -2.6035
+9.340983 -6.135879 -2.6035
+9.547404999999999 -5.809479 -2.6035
+9.742425000000001 -5.476141 -2.6035
+9.9419 -5.105056 -2.6035
+10.142046 -4.694878 -2.6035
+10.284511 -4.373992 -2.6035
+10.44206 -3.983259 -2.6035
+10.57345 -3.620101 -2.6035
+10.681943 -3.286195 -2.6035
+10.8161 -2.813352 -2.6035
+10.906846 -2.437969 -2.6035
+10.984567 -2.059675 -2.6035
+11.054392 -1.644201 -2.6035
+11.112306 -1.191486 -2.6035
+11.146838 -0.8068380000000001 -2.6035
+11.169327 -0.386138 -2.6035
+-9.868592 0 -1.962026
+-10.075862 0 -2.281772
+-10.380459 0 -2.514049
+-10.794246 0 -2.635058
+11.165192 0.491388 -3.4925
+11.119573 1.121643 -3.4925
+11.027202 1.817633 -3.4925
+10.906846 2.437969 -3.4925
+10.751621 3.050511 -3.4925
+10.538862 3.719591 -3.4925
+10.325278 4.27687 -3.4925
+10.067051 4.853603 -3.4925
+9.793602999999999 5.384079 -3.4925
+9.473649 5.928993 -3.4925
+9.123407 6.454953 -3.4925
+8.744 6.960276 -3.4925
+8.336638000000001 7.443349 -3.4925
+7.87776 7.927413 -3.4925
+7.417122 8.359980999999999 -3.4925
+6.905199 8.787559999999999 -3.4925
+6.397501 9.163785000000001 -3.4925
+5.899201 9.492228000000001 -3.4925
+5.353285 9.81047 -3.4925
+4.726717 10.127247 -3.4925
+4.21191 10.351946 -3.4925
+3.620101 10.57345 -3.4925
+3.050511 10.751621 -3.4925
+2.437969 10.906846 -3.4925
+1.852267 11.021437 -3.4925
+1.191486 11.112306 -3.4925
+0.56153 11.161884 -3.4925
+-0.03511 11.175945 -3.4925
+-0.666702 11.156096 -3.4925
+-1.261283 11.1046 -3.4925
+-1.852267 11.021437 -3.4925
+-2.540654 10.883384 -3.4925
+-3.151705 10.722394 -3.4925
+-3.719591 10.538862 -3.4925
+-4.309287 10.311791 -3.4925
+-4.885206 10.051753 -3.4925
+-5.445507 9.759581000000001 -3.4925
+-6.018015 9.417349 -3.4925
+-6.512149 9.08267 -3.4925
+-6.987712 8.72209 -3.4925
+-7.469502 8.313212999999999 -3.4925
+-7.927413 7.87776 -3.4925
+-8.383241 7.390821 -3.4925
+-8.787559999999999 6.905199 -3.4925
+-9.183838 6.368681 -3.4925
+-9.510714 5.869352 -3.4925
+-9.827239000000001 5.322438 -3.4925
+-10.097348 4.790255 -3.4925
+-10.351946 4.21191 -3.4925
+-10.584771 3.586866 -3.4925
+-10.761152 3.016719 -3.4925
+-10.929338 2.335068 -3.4925
+-11.043843 1.713625 -3.4925
+-11.123041 1.086704 -3.4925
+-11.165192 0.491388 -3.4925
+-11.176 0 -3.073781
+11.168059 0.421225 -2.6035
+11.144248 0.841852 -2.6035
+11.112306 1.191486 -2.6035
+11.054392 1.644201 -2.6035
+10.984567 2.059675 -2.6035
+10.906846 2.437969 -2.6035
+10.807209 2.847318 -2.6035
+10.70238 3.219014 -2.6035
+10.57345 3.620101 -2.6035
+10.44206 3.983259 -2.6035
+10.298202 4.341661 -2.6035
+10.112347 4.758509 -2.6035
+9.9419 5.105056 -2.6035
+9.776641 5.41482 -2.6035
+9.565607999999999 5.779456 -2.6035
+9.321661000000001 6.165194 -2.6035
+9.103084000000001 6.483583 -2.6035
+8.873637 6.794229 -2.6035
+8.633594 7.096762 -2.6035
+8.406419 7.364448 -2.6035
+8.122878 7.676055 -2.6035
+7.802697 8.001306 -2.6035
+7.469502 8.313212999999999 -2.6035
+7.150868 8.588832999999999 -2.6035
+6.794229 8.873637 -2.6035
+6.512149 9.08267 -2.6035
+6.194449 9.302246 -2.6035
+5.869352 9.510714 -2.6035
+5.537246 9.707826000000001 -2.6035
+5.167422 9.909628 -2.6035
+4.758509 10.112347 -2.6035
+4.438525 10.256826 -2.6035
+4.081495 10.404056 -2.6035
+3.686464 10.550496 -2.6035
+3.319737 10.671566 -2.6035
+2.949045 10.779894 -2.6035
+2.574832 10.875349 -2.6035
+2.197545 10.957818 -2.6035
+1.817633 11.027202 -2.6035
+1.400724 11.087874 -2.6035
+1.016795 11.12965 -2.6035
+0.596594 11.160065 -2.6035
+0.21065 11.174015 -2.6035
+-0.21065 11.174015 -2.6035
+-0.56153 11.161884 -2.6035
+-0.946845 11.135819 -2.6035
+-1.33103 11.096456 -2.6035
+-1.713625 11.043843 -2.6035
+-2.163109 10.964668 -2.6035
+-2.540654 10.883384 -2.6035
+-2.915165 10.789105 -2.6035
+-3.319737 10.671566 -2.6035
+-3.686464 10.550496 -2.6035
+-4.048789 10.416827 -2.6035
+-4.438525 10.256826 -2.6035
+-4.790255 10.097348 -2.6035
+-5.167422 9.909628 -2.6035
+-5.506721 9.725174000000001 -2.6035
+-5.928993 9.473649 -2.6035
+-6.223642 9.28274 -2.6035
+-6.540651 9.062167000000001 -2.6035
+-6.849849 8.830772 -2.6035
+-7.177816 8.566326 -2.6035
+-7.469502 8.313212999999999 -2.6035
+-7.777521 8.025779999999999 -2.6035
+-8.074488000000001 7.726941 -2.6035
+-8.336638000000001 7.443349 -2.6035
+-8.588832999999999 7.150868 -2.6035
+-8.830772 6.849849 -2.6035
+-9.08267 6.512149 -2.6035
+-9.302246 6.194449 -2.6035
+-9.510714 5.869352 -2.6035
+-9.725174000000001 5.506721 -2.6035
+-9.925813 5.136265 -2.6035
+-10.097348 4.790255 -2.6035
+-10.270719 4.40628 -2.6035
+-10.416827 4.048789 -2.6035
+-10.57345 3.620101 -2.6035
+-10.70238 3.219014 -2.6035
+-10.807209 2.847318 -2.6035
+-10.914451 2.403692 -2.6035
+-10.990984 2.025156 -2.6035
+-11.059503 1.609465 -2.6035
+-11.108508 1.226391 -2.6035
+-11.146838 0.8068380000000001 -2.6035
+-11.168059 0.421225 -2.6035
+11.176 0 -3.073781
+0.39768 8.432791 3.4925
+0.84727 8.399538 3.4925
+1.399171 8.325409000000001 3.4925
+2.048062 8.189966 3.4925
+2.809717 7.960879 3.4925
+3.570483 7.649952 3.4925
+4.320218 7.252988 3.4925
+5.026327 6.782783 3.4925
+5.740277 6.190261 3.4925
+6.402215 5.502886 3.4925
+6.876316 4.897589 3.4925
+7.333128 4.182743 3.4925
+7.737262 3.377111 3.4925
+8.037129999999999 2.583535 3.4925
+8.244593 1.815709 3.4925
+8.404696 0.794478 3.4925
+8.441121000000001 -0.132604 3.4925
+8.372228 -1.084391 3.4925
+8.215056000000001 -1.944985 3.4925
+7.952013 -2.834713 3.4925
+7.581295 -3.714038 3.4925
+7.156235 -4.478662 3.4925
+6.571905 -5.299072 3.4925
+5.894026 -6.044052 3.4925
+5.153279 -6.686839 3.4925
+4.342982 -7.239379 3.4925
+3.642422 -7.615961 3.4925
+2.834713 -7.952013 3.4925
+2.022323 -8.19636 3.4925
+1.346834 -8.334035 3.4925
+0.820878 -8.402158 3.4925
+0.371186 -8.433998000000001 3.4925
+-11.163593 -0.526462 3.4925
+-11.123041 -1.086704 3.4925
+-11.059503 -1.609465 3.4925
+-10.964668 -2.163109 3.4925
+-10.850599 -2.677214 3.4925
+-10.70238 -3.219014 3.4925
+-10.538862 -3.719591 3.4925
+-10.338663 -4.244411 3.4925
+-10.112347 -4.758509 3.4925
+-9.876965 -5.229584 3.4925
+-9.601732999999999 -5.71924 3.4925
+-9.321661000000001 -6.165194 3.4925
+-9.020892 -6.59746 3.4925
+-8.700094999999999 -7.015079 3.4925
+-8.336638000000001 -7.443349 3.4925
+-7.952123 -7.852816 3.4925
+-7.521588 -8.266116999999999 3.4925
+-7.096762 -8.633594 3.4925
+-6.682186 -8.958313 3.4925
+-6.252774 -9.263142 3.4925
+-5.809479 -9.547404999999999 3.4925
+-5.322438 -9.827239000000001 3.4925
+-4.853603 -10.067051 3.4925
+-4.373992 -10.284511 3.4925
+-3.851729 -10.49129 3.4925
+-3.353246 -10.661084 3.4925
+-2.847318 -10.807209 3.4925
+-2.335068 -10.929338 3.4925
+-1.782981 -11.032858 3.4925
+-1.261283 -11.1046 3.4925
+-0.736784 -11.151687 3.4925
+-0.175545 -11.174621 3.4925
+0.351047 -11.170485 3.4925
+0.911857 -11.138738 3.4925
+1.435551 -11.083419 3.4925
+1.990616 -10.997292 3.4925
+2.50645 -10.891312 3.4925
+3.016719 -10.761152 3.4925
+3.553595 -10.595987 3.4925
+4.048789 -10.416827 3.4925
+4.567062 -10.200241 3.4925
+5.042489 -9.97378 3.4925
+5.537246 -9.707826000000001 3.4925
+5.958726 -9.454974999999999 3.4925
+6.426259 -9.143641000000001 3.4925
+6.822073 -8.852247999999999 3.4925
+7.231497 -8.521058 3.4925
+7.650498 -8.146953 3.4925
+8.025779999999999 -7.777521 3.4925
+8.359980999999999 -7.417122 3.4925
+8.700094999999999 -7.015079 3.4925
+9.041574000000001 -6.569088 3.4925
+9.360213 -6.106503 3.4925
+9.619653 -5.689047 3.4925
+9.893345 -5.198528 3.4925
+10.142046 -4.694878 3.4925
+10.351946 -4.21191 3.4925
+10.538862 -3.719591 3.4925
+10.71244 -3.185375 3.4925
+10.858956 -2.643113 3.4925
+10.971409 -2.128652 3.4925
+11.059503 -1.609465 3.4925
+11.126401 -1.051755 3.4925
+11.166681 -0.456309 3.4925
+-2.816875 4.848269 -3.4925
+-3.100145 5.337724 -3.4925
+-3.511021 5.682001 -3.4925
+-4.027765 5.872638 -3.4925
+-4.568709 5.876887 -3.4925
+-5.110025 5.682001 -3.4925
+-5.530528 5.326271 -3.4925
+-5.799037 4.862323 -3.4925
+-4.60576 0.547121 -3.4925
+-4.875995 1.015748 -3.4925
+-5.300811 1.373983 -3.4925
+-5.813242 1.562115 -3.4925
+-6.354186 1.566364 -3.4925
+-6.873861 1.383867 -3.4925
+-7.316005 1.015748 -3.4925
+-7.597911 0.514219 -3.4925
+-2.820283 -3.763402 -3.4925
+-3.090518 -3.294775 -3.4925
+-3.50242 -2.944095 -3.4925
+-4.008158 -2.752084 -3.4925
+-4.563787 -2.743356 -3.4925
+-5.097064 -2.93157 -3.4925
+-5.524121 -3.287129 -3.4925
+-5.797296 -3.75405 -3.4925
+1.488514 -5.5442 -3.4925
+1.220005 -5.080252 -3.4925
+0.803807 -4.72704 -3.4925
+0.31704 -4.54048 -3.4925
+-0.243413 -4.527272 -3.4925
+-0.764784 -4.704863 -3.4925
+-1.210377 -5.068799 -3.4925
+-1.49024 -5.548879 -3.4925
+5.799037 -3.758723 -3.4925
+5.507897 -3.268193 -3.4925
+5.101392 -2.934048 -3.4925
+4.588372 -2.747527 -3.4925
+4.047417 -2.744978 -3.4925
+3.523982 -2.93157 -3.4925
+3.10988 -3.27196 -3.4925
+2.83086 -3.735411 -3.4925
+7.587951 0.542436 -3.4925
+7.312808 1.019576 -3.4925
+6.873861 1.383867 -3.4925
+6.359106 1.565545 -3.4925
+5.808336 1.561219 -3.4925
+5.279327 1.361324 -3.4925
+4.875995 1.015748 -3.4925
+4.609227 0.556473 -3.4925
+5.800763 4.857644 -3.4925
+5.524121 5.333917 -3.4925
+5.122915 5.674405 -3.4925
+4.607991 5.869904 -3.4925
+4.07204 5.880008 -3.4925
+3.532662 5.69439 -3.4925
+3.100145 5.337724 -3.4925
+2.825506 4.871664 -3.4925
+1.486773 6.652473 -3.4925
+1.210377 7.123201 -3.4925
+0.782205 7.477417 -3.4925
+0.272937 7.659861 -3.4925
+-0.287664 7.657219 -3.4925
+-0.816673 7.457324 -3.4925
+-1.22319 7.107911 -3.4925
+-1.488514 6.6478 -3.4925
+-11.161884 -0.56153 -3.4925
+-11.112306 -1.191486 -3.4925
+-11.032858 -1.782981 -3.4925
+-10.914451 -2.403692 -3.4925
+-10.741985 -3.084273 -3.4925
+-10.550496 -3.686464 -3.4925
+-10.311791 -4.309287 -3.4925
+-10.051753 -4.885206 -3.4925
+-9.742425000000001 -5.476141 -3.4925
+-9.417349 -6.018015 -3.4925
+-9.041574000000001 -6.569088 -3.4925
+-8.678013 -7.042376 -3.4925
+-8.289706000000001 -7.495582 -3.4925
+-7.87776 -7.927413 -3.4925
+-7.469502 -8.313212999999999 -3.4925
+-6.987712 -8.72209 -3.4925
+-6.483583 -9.103084000000001 -3.4925
+-6.018015 -9.417349 -3.4925
+-5.476141 -9.742425000000001 -3.4925
+-4.948266 -10.02086 -3.4925
+-4.40628 -10.270719 -3.4925
+-3.818751 -10.503338 -3.4925
+-3.25262 -10.692214 -3.4925
+-2.643113 -10.858956 -3.4925
+-1.990616 -10.997292 -3.4925
+-1.400724 -11.087874 -3.4925
+-0.771815 -11.149317 -3.4925
+-0.140438 -11.175118 -3.4925
+0.456309 -11.166681 -3.4925
+1.086704 -11.123041 -3.4925
+1.713625 -11.043843 -3.4925
+2.335068 -10.929338 -3.4925
+2.949045 -10.779894 -3.4925
+3.553595 -10.595987 -3.4925
+4.146785 -10.378206 -3.4925
+4.726717 -10.127247 -3.4925
+5.322438 -9.827239000000001 -3.4925
+5.869352 -9.510714 -3.4925
+6.397501 -9.163785000000001 -3.4925
+6.877558 -8.809208999999999 -3.4925
+7.390821 -8.383241 -3.4925
+7.87776 -7.927413 -3.4925
+8.359980999999999 -7.417122 -3.4925
+8.809208999999999 -6.877558 -3.4925
+9.183838 -6.368681 -3.4925
+9.529106000000001 -5.839444 -3.4925
+9.827239000000001 -5.322438 -3.4925
+10.127247 -4.726717 -3.4925
+10.365127 -4.179368 -3.4925
+10.595987 -3.553595 -3.4925
+10.779894 -2.949045 -3.4925
+10.921949 -2.369391 -3.4925
+11.038405 -1.748312 -3.4925
+11.126401 -1.051755 -3.4925
+11.166681 -0.456309 -3.4925
+4.266939 0.6620819999999999 -3.4925
+4.110834 1.321427 -3.4925
+3.790409 2.068315 -3.4925
+3.43668 2.614259 -3.4925
+3.062864 3.04368 -3.4925
+2.60345 3.444876 -3.4925
+1.91183 3.871696 -3.4925
+1.126314 4.168518 -3.4925
+0.514262 4.287267 -3.4925
+-0.108512 4.316636 -3.4925
+-0.75575 4.251349 -3.4925
+-1.424316 4.076328 -3.4925
+-2.056397 3.796888 -3.4925
+-2.60345 3.444876 -3.4925
+-3.062864 3.04368 -3.4925
+-3.509213 2.516057 -3.4925
+-3.871696 1.91183 -3.4925
+-4.154035 1.178606 -3.4925
+-4.283951 0.541189 -3.4925
+3.100696 0.682867 0.773234
+2.787065 1.52082 0.773234
+2.266123 2.223805 0.773234
+1.573081 2.757905 0.773234
+0.750884 3.084931 0.773234
+0.009974999999999999 3.174984 0.773234
+-0.760572 3.082557 0.773234
+-1.555722 2.767735 0.773234
+-2.280051 2.209523 0.773234
+-2.842405 1.414694 0.773234
+-3.102826 0.673123 0.773234
+-3.100696 0.682867 2.0955
+-2.828946 1.44142 2.0955
+-2.252106 2.238 2.0955
+-1.529568 2.782274 2.0955
+-0.750884 3.084931 2.0955
+0.019949 3.174937 2.0955
+0.770253 3.080152 2.0955
+1.581738 2.752949 2.0955
+2.273098 2.216675 2.0955
+2.787065 1.52082 2.0955
+3.102826 0.673123 2.0955
+1.486773 6.652473 2.0955
+1.210377 7.123201 2.0955
+0.777861 7.479867 2.0955
+0.24834 7.663955 2.0955
+-0.258186 7.662364 2.0955
+-0.812392 7.459882 2.0955
+-1.22319 7.107911 2.0955
+-1.488514 6.6478 2.0955
+5.800763 4.857644 2.0955
+5.524121 5.333917 2.0955
+5.122915 5.674405 2.0955
+4.607991 5.869904 2.0955
+4.07204 5.880008 2.0955
+3.532662 5.69439 2.0955
+3.100145 5.337724 2.0955
+2.825506 4.871664 2.0955
+7.589648 0.5377459999999999 2.0955
+7.31919 1.011911 2.0955
+6.886869 1.376475 2.0955
+6.383664 1.561219 2.0955
+5.813242 1.562115 2.0955
+5.300811 1.373983 2.0955
+4.882401 1.023394 2.0955
+4.616337 0.575112 2.0955
+5.79554 -3.749382 2.0955
+5.504617 -3.264437 2.0955
+5.092728 -2.929106 2.0955
+4.58346 -2.746662 2.0955
+4.0425 -2.745812 2.0955
+3.519654 -2.934048 2.0955
+3.10988 -3.27196 2.0955
+2.83086 -3.735411 2.0955
+1.49533 -5.562949 2.0955
+1.216808 -5.076424 2.0955
+0.799502 -4.724522 2.0955
+0.312151 -4.539492 2.0955
+-0.243413 -4.527272 2.0955
+-0.764784 -4.704863 2.0955
+-1.210377 -5.068799 2.0955
+-1.49024 -5.548879 2.0955
+-2.816875 -3.772776 2.0955
+-3.090518 -3.294775 2.0955
+-3.49385 -2.949199 2.0955
+-3.993483 -2.755003 2.0955
+-4.544074 -2.740297 2.0955
+-5.075307 -2.919386 2.0955
+-5.501324 -3.26069 2.0955
+-5.790186 -3.735411 2.0955
+-4.604049 0.542436 2.0955
+-4.869637 1.008063 2.0955
+-5.287897 1.366428 2.0955
+-5.793635 1.558439 2.0955
+-6.354186 1.566364 2.0955
+-6.865151 1.388727 2.0955
+-7.309599 1.023394 2.0955
+-7.592997 0.528351 2.0955
+-2.816875 4.848269 2.0955
+-3.100145 5.337724 2.0955
+-3.511021 5.682001 2.0955
+-4.027765 5.872638 2.0955
+-4.568709 5.876887 2.0955
+-5.110025 5.682001 2.0955
+-5.530528 5.326271 2.0955
+-5.799037 4.862323 2.0955
+0.388864 8.245836000000001 2.0955
+0.8284859999999999 8.213321000000001 2.0955
+1.444815 8.127579000000001 2.0955
+2.228258 7.948578 2.0955
+3.014741 7.684814 2.0955
+3.678204 7.390253 2.0955
+4.357365 7.011305 2.0955
+4.956469 6.601397 2.0955
+5.497928 6.157744 2.0955
+5.999853 5.669813 2.0955
+6.52273 5.059548 2.0955
+6.941998 4.466956 2.0955
+7.319612 3.816846 2.0955
+7.626626 3.159052 2.0955
+7.905167 2.377681 2.0955
+8.083484 1.674009 2.0955
+8.213321000000001 0.8284859999999999 2.0955
+8.253004000000001 0.181522 2.0955
+8.243230000000001 -0.440666 2.0955
+8.176259 -1.137459 2.0955
+8.038862999999999 -1.876619 2.0955
+7.826581 -2.624815 2.0955
+7.523634 -3.397051 2.0955
+7.19611 -4.044877 2.0955
+6.798262 -4.682805 2.0955
+6.360587 -5.261935 2.0955
+5.855476 -5.8188 2.0955
+5.341447 -6.293963 2.0955
+4.767863 -6.738881 2.0955
+4.15741 -7.131688 2.0955
+3.514808 -7.469347 2.0955
+2.820668 -7.758148 2.0955
+2.103132 -7.982597 2.0955
+1.34257 -8.145092 2.0955
+0.802679 -8.215883 2.0955
+0.362957 -8.247017 2.0955
+0.388864 8.245836000000001 2.794
+0.8284859999999999 8.213321000000001 2.794
+1.419275 8.132077000000001 2.794
+2.178272 7.962421 2.794
+3.038868 7.675305 2.794
+3.816846 7.319612 2.794
+4.488743 6.92793 2.794
+5.100431 6.490811 2.794
+5.650936 6.017636 2.794
+6.157744 5.497928 2.794
+6.616935 4.935706 2.794
+7.024959 4.335317 2.794
+7.413218 3.631698 2.794
+7.740272 2.869358 2.794
+7.962421 2.178272 2.794
+8.122999 1.470342 2.794
+8.231547000000001 0.621823 2.794
+8.253004000000001 -0.181522 2.794
+8.199294 -0.957393 2.794
+8.078185 -1.699396 2.794
+7.866844 -2.501556 2.794
+7.523634 -3.397051 2.794
+7.131688 -4.15741 2.794
+6.647817 -4.894033 2.794
+6.105655 -5.555718 2.794
+5.517246 -6.140442 2.794
+4.894033 -6.647817 2.794
+4.291092 -7.05206 2.794
+3.631698 -7.413218 2.794
+2.966396 -7.703604 2.794
+2.103132 -7.982597 2.794
+1.316975 -8.14927 2.794
+0.776864 -8.218363999999999 2.794
+0.337046 -8.248116 2.794
+10.82451 0.665254 2.638474
+10.736174 1.005143 2.633998
+10.67133 1.38421 2.631521
+10.596782 1.77873 2.62951
+10.529942 2.176765 2.630505
+10.444007 2.579552 2.631169
+10.35616 2.959586 2.632686
+10.251572 3.332224 2.633632
+10.122948 3.710658 2.633845
+9.985464 4.070004 2.633992
+9.834808000000001 4.424139 2.634094
+9.672779 4.779053 2.63457
+9.491306 5.125183 2.634349
+9.320067999999999 5.462878 2.635821
+9.120891 5.784204 2.635593
+8.894072 6.076586 2.632791
+8.664642000000001 6.392539 2.632326
+8.427835 6.687865 2.631309
+8.186355000000001 6.984484 2.631555
+7.948316 7.282706 2.633704
+7.681474 7.57852 2.634732
+7.425698 7.86801 2.637003
+7.138122 8.118874999999999 2.636414
+6.831334 8.334781 2.633326
+6.526028 8.558335 2.631748
+6.217596 8.781648000000001 2.631422
+5.878245 9.007118 2.630883
+5.548184 9.218776 2.631379
+5.210587 9.423151000000001 2.632355
+4.875516 9.624787 2.634593
+4.518042 9.806660000000001 2.635336
+4.154592 9.957959000000001 2.634656
+3.793115 10.103502 2.634859
+3.421053 10.250433 2.636077
+3.040035 10.345606 2.633987
+2.658659 10.465637 2.635396
+2.275526 10.562521 2.635965
+1.885395 10.622828 2.634558
+1.509561 10.666582 2.632921
+1.118304 10.742892 2.635643
+0.74471 10.778547 2.635916
+0.349021 10.766102 2.632798
+-0.033646 10.773866 2.633035
+-0.448195 10.760482 2.632581
+-0.831587 10.734923 2.63227
+-1.225074 10.696219 2.632162
+-1.607634 10.657916 2.633522
+-1.992991 10.614609 2.635571
+-2.37102 10.545409 2.636267
+-2.721538 10.425724 2.633161
+-3.089012 10.302893 2.630939
+-3.459181 10.195343 2.632167
+-3.837371 10.04689 2.630786
+-4.209859 9.898353 2.63099
+-4.57715 9.735696000000001 2.631184
+-4.935188 9.565633999999999 2.631877
+-5.294151 9.394275 2.63402
+-5.637135 9.239722 2.637318
+-5.971468 9.034648000000001 2.637694
+-6.264888 8.789925 2.635041
+-6.54894 8.561940999999999 2.633618
+-6.842059 8.321061 2.632916
+-7.146087 8.082127 2.634505
+-7.430162 7.821764 2.634505
+-7.668458 7.544228 2.631107
+-7.92237 7.259916 2.629602
+-8.179938 6.980321 2.630614
+-8.423966999999999 6.697217 2.631647
+-8.680104999999999 6.418151 2.635146
+-8.900980000000001 6.11705 2.635586
+-9.088240000000001 5.791775 2.633351
+-9.284954000000001 5.454028 2.632412
+-9.485708000000001 5.10709 2.632952
+-9.672381 4.739559 2.632734
+-9.842922 4.383668 2.633147
+-9.999665 4.026529 2.633669
+-10.15327 3.657499 2.634849
+-10.300723 3.316293 2.637177
+-10.415891 2.928413 2.637065
+-10.486779 2.556374 2.635024
+-10.560047 2.179895 2.633955
+-10.617879 1.792718 2.632393
+-10.666622 1.388445 2.631015
+-10.73892 0.995228 2.634179
+-10.833336 0.650394 2.638799
+-10.628154 0.336617 2.608595
+-10.261586 0.348207 2.446648
+-9.971809 0.3593 2.160327
+-9.814330999999999 0.43766 1.83794
+9.816193999999999 0.677445 1.886511
+9.7433 1.436615 1.911986
+9.591001 2.224801 1.903852
+9.486041 2.617126 1.889123
+9.247798 3.348579 1.87417
+8.985806999999999 4.118035 1.997515
+8.544456 4.914118 1.933277
+8.089731 5.611937 1.903929
+7.628668 6.228205 1.910801
+7.109177 6.816277 1.912844
+6.526404 7.380426 1.921284
+5.912094 7.869262 1.895488
+5.263753 8.316954000000001 1.895584
+4.554627 8.733696999999999 1.915571
+3.819884 9.059568000000001 1.863618
+3.059998 9.359934000000001 1.908712
+2.358303 9.564392 1.91788
+1.52323 9.735908 1.927028
+0.678679 9.830859 1.926801
+-0.142357 9.845762000000001 1.906959
+-0.9471270000000001 9.798654000000001 1.900134
+-1.760349 9.69924 1.935558
+-2.556877 9.513949999999999 1.919713
+-3.311877 9.271713 1.903313
+-4.054588 8.969842 1.898295
+-4.766599 8.615496 1.905278
+-5.431588 8.199681999999999 1.874505
+-6.11359 7.72449 1.91849
+-6.786882 7.154124 1.944289
+-7.37103 6.535771 1.919113
+-7.880032 5.915165 1.923863
+-8.350102 5.226934 1.918665
+-8.74676 4.515456 1.897926
+-9.078529 3.786042 1.877087
+-9.358357 3.02231 1.870839
+-9.597094 2.221942 1.918153
+-9.770928 1.370597 1.957305
+-9.78143 0.9446830000000001 1.847527
+10.613422 0.349092 2.605047
+9.917481 0.363621 2.074248
+9.791001 1.046853 1.907
+9.672686000000001 1.841369 1.905872
+9.368119 2.988053 1.86723
+9.134592 3.708863 1.938403
+8.764545999999999 4.525412 1.950881
+8.319611 5.272882 1.915183
+7.861372 5.93065 1.908964
+7.371483 6.530867 1.911333
+6.825241 7.106549 1.924242
+6.225866 7.632696 1.915214
+5.593827 8.094662 1.886195
+4.917102 8.533357000000001 1.91203
+4.198857 8.896165999999999 1.879873
+3.441594 9.224621000000001 1.904015
+2.702413 9.441812000000001 1.82701
+1.945374 9.663589 1.934966
+1.094209 9.798014 1.93865
+0.265743 9.845535 1.913274
+-0.543876 9.831511000000001 1.90628
+-1.35346 9.754358 1.909733
+-2.160852 9.615447 1.929374
+-2.937403 9.396032999999999 1.900573
+-3.672851 9.133616999999999 1.900434
+-4.413099 8.801961 1.905658
+-5.091249 8.414574 1.872803
+-5.769622 7.981622 1.911859
+-6.463546 7.442357 1.934538
+-7.089114 6.845989 1.928984
+-7.633339 6.222275 1.910451
+-8.119906 5.585657 1.930197
+-8.566433 4.861625 1.915177
+-8.908379999999999 4.160362 1.863707
+-9.238018 3.416958 1.914824
+-9.4838 2.616302 1.882179
+-9.685136999999999 1.808956 1.922555
+10.198864 0.375145 2.401523
+10.331925 1.11749 2.52005
+10.263875 1.50943 2.510812
+10.187267 1.910621 2.505806
+10.101334 2.307104 2.503945
+10.017231 2.681838 2.508555
+9.950367 3.070419 2.530434
+9.839537999999999 3.433855 2.534309
+9.687768 3.767214 2.521194
+9.566833000000001 4.119084 2.531666
+9.416579 4.467784 2.534873
+9.238172 4.783815 2.525581
+9.073935000000001 5.118973 2.532781
+8.957236 5.450292 2.561719
+8.719051 5.690438 2.529644
+8.477855 5.974613 2.509397
+8.246134 6.275138 2.504375
+8.018802000000001 6.580395 2.510233
+7.774579 6.867044 2.510172
+7.514502 7.167361 2.516161
+7.265901 7.4472 2.526179
+7.069993 7.735931 2.559666
+6.766904 7.890524 2.521353
+6.476366 8.110564 2.513314
+6.164284 8.335509999999999 2.507058
+5.841853 8.559708000000001 2.504892
+5.521909 8.781655000000001 2.51039
+5.171588 8.98488 2.50691
+4.83778 9.186524 2.515107
+4.540984 9.396653000000001 2.54113
+4.213142 9.582185000000001 2.554598
+3.782848 9.658761999999999 2.510204
+3.476427 9.862109999999999 2.550136
+3.10422 9.906677999999999 2.514662
+2.715046 10.028694 2.518801
+2.387905 10.194229 2.555694
+2.015486 10.200385 2.522763
+1.625402 10.250954 2.513299
+1.255648 10.328047 2.52597
+0.911239 10.437144 2.558417
+0.571816 10.38882 2.526189
+0.192157 10.38451 2.517055
+-0.209463 10.362159 2.505476
+-0.601928 10.351303 2.507902
+-0.993357 10.319474 2.507037
+-1.385273 10.292713 2.516658
+-1.767302 10.249132 2.524146
+-2.101131 10.265582 2.559043
+-2.419786 10.122793 2.527868
+-2.776557 10.00192 2.513893
+-3.129638 9.873516 2.501868
+-3.503444 9.752174999999999 2.504452
+-3.869837 9.60833 2.502257
+-4.250614 9.453806999999999 2.5061
+-4.61621 9.287285000000001 2.509219
+-4.967777 9.112544 2.51313
+-5.319202 8.979823 2.541421
+-5.640212 8.888996000000001 2.577423
+-5.857293 8.627848999999999 2.537421
+-6.135183 8.375824 2.515072
+-6.434392 8.129735 2.507442
+-6.752321 7.893617 2.517745
+-7.066778 7.722282 2.55468
+-7.257985 7.439381 2.520662
+-7.507852 7.163925 2.512436
+-7.765581 6.879343 2.510916
+-8.018791 6.593549 2.514598
+-8.262371 6.314346 2.523424
+-8.528193 6.094959 2.560602
+-8.658515 5.781423 2.529455
+-8.842846 5.435246 2.513646
+-9.037157000000001 5.090485 2.509734
+-9.229131000000001 4.747567 2.513105
+-9.431691000000001 4.416282 2.530963
+-9.600362000000001 4.040693 2.531735
+-9.72367 3.67634 2.521687
+-9.893986 3.32633 2.541944
+-10.078339 3.035335 2.576758
+-10.085958 2.693368 2.542487
+-10.117421 2.31631 2.513387
+-10.196397 1.917698 2.511283
+-10.281287 1.539137 2.521894
+-10.311315 1.103856 2.508671
+-10.459165 0.69615 2.560605
+9.737411 2.444199 2.240473
+-10.119227 0.705249 2.349111
+-9.908982 0.688026 2.089308
+9.972633 1.259171 2.254931
+-9.920737000000001 1.687604 2.267917
+9.441463000000001 3.509669 2.278326
+10.018223 0.784247 2.251528
+9.833952 2.055774 2.248799
+9.04012 4.484935 2.298328
+8.648701000000001 5.243762 2.3212
+8.124086999999999 5.912934 2.250586
+7.649791 6.518801 2.253503
+7.390833 6.800919 2.245531
+6.82823 7.440628 2.305922
+6.1563 7.938767 2.248289
+5.525024 8.387332000000001 2.245315
+4.828922 8.811426000000001 2.250363
+4.472803 9.009726000000001 2.263006
+3.68971 9.302137999999999 2.200052
+3.311596 9.521042 2.286776
+2.778142 9.633996 2.224759
+2.276345 9.833565 2.300498
+1.781339 9.901681999999999 2.264987
+0.895512 10.063298 2.310143
+0.031806 10.050722 2.253731
+-0.370496 10.038897 2.247861
+-1.165002 9.985792 2.256896
+-2.014531 9.908623 2.318386
+-2.82898 9.641391 2.250353
+-3.568415 9.382614 2.239029
+-3.936523 9.238282 2.24348
+-4.679632 8.899533 2.258456
+-5.066707 8.698563 2.271646
+-5.710584 8.278413 2.26085
+-6.077628 8.009354999999999 2.257698
+-6.415949 7.750647 2.26613
+-6.806989 7.461448 2.306961
+-7.102515 7.125873 2.265396
+-7.382064 6.817571 2.251199
+-7.652582 6.518384 2.255643
+-8.218619 5.886917 2.316546
+-8.652717000000001 5.125255 2.26056
+-8.840831 4.774158 2.249966
+-9.106773 4.026092 2.128603
+-9.337683999999999 3.731583 2.259388
+-9.512689999999999 3.277566 2.26595
+9.316992000000001 3.867763 2.294585
+-9.836850999999999 2.074927 2.25665
+8.365116 5.59353 2.267567
+9.914356 1.656209 2.254849
+9.440825 3.169201 2.130955
+10.426392 0.72344 2.547798
+-9.748081000000001 2.508168 2.270515
+7.893404 6.212933 2.247256
+9.629117000000001 2.853252 2.244592
+-10.014404 1.342805 2.311114
+8.849121999999999 4.823509 2.284455
+7.119526 7.10268 2.260444
+6.476834 7.699886 2.266168
+5.847539 8.163850999999999 2.243486
+5.17975 8.606508 2.246988
+4.065135 9.11262 2.160262
+1.360489 9.978058000000001 2.275807
+0.444901 10.043558 2.256766
+-0.768429 10.02259 2.255153
+-1.584355 9.941473999999999 2.272008
+-2.44879 9.765641 2.273172
+-3.202552 9.52098 2.2472
+-4.312836 9.068168999999999 2.2429
+-5.340642 8.417453999999999 2.146381
+-7.91472 6.211659 2.265604
+-8.444056 5.486493 2.275324
+-9.034553000000001 4.399291 2.251359
+-9.549638 2.863483 2.147807
+-9.951715999999999 1.024419 2.196254
+9.658624 3.202387 2.377047
+9.248023 4.202647 2.361974
+3.987436 9.373773999999999 2.386157
+-9.300203 4.113106 2.3715
+4.262595 9.276529999999999 2.404057
+-5.467779 8.624798 2.406339
+-9.775888999999999 2.952848 2.406475
+10.822844 0.658922 -0.409619
+10.735401 0.9935659999999999 -0.414189
+10.678207 1.369749 -0.41589
+10.617603 1.749858 -0.416467
+10.559075 2.129088 -0.415221
+10.472958 2.511712 -0.415405
+10.386626 2.881954 -0.41442
+10.275569 3.244589 -0.414778
+10.155121 3.611151 -0.414521
+10.021993 3.96665 -0.414483
+9.869122000000001 4.31853 -0.415107
+9.699263999999999 4.677322 -0.415608
+9.518015999999999 5.033183 -0.415754
+9.347094999999999 5.374988 -0.414082
+9.186279000000001 5.715257 -0.41098
+8.977989000000001 6.038298 -0.410938
+8.741256 6.317637 -0.413788
+8.508924 6.595742 -0.415861
+8.249642 6.894107 -0.417691
+8.015269999999999 7.186237 -0.415964
+7.746477 7.471828 -0.416241
+7.4842 7.759893 -0.414221
+7.229153 8.036208999999999 -0.411684
+6.927528 8.283631 -0.412559
+6.63365 8.487242999999999 -0.415162
+6.311527 8.702864 -0.417752
+5.987199 8.928295 -0.417838
+5.660351 9.132673 -0.418555
+5.335141 9.355807 -0.415388
+5.011449 9.584149 -0.411242
+4.689515 9.790217 -0.409108
+4.33247 9.931804 -0.409979
+3.972536 10.042036 -0.412502
+3.616305 10.156864 -0.414172
+3.235384 10.280757 -0.414546
+2.854616 10.382066 -0.415698
+2.466964 10.486759 -0.415063
+2.06582 10.582905 -0.41405
+1.674455 10.652657 -0.413969
+1.294728 10.731893 -0.411653
+0.911707 10.775195 -0.411356
+0.53732 10.761409 -0.414868
+0.13908 10.773764 -0.414884
+-0.233791 10.774724 -0.414607
+-0.605177 10.792365 -0.411683
+-1.001 10.755526 -0.412268
+-1.37213 10.696829 -0.413867
+-1.747792 10.62551 -0.415591
+-2.130636 10.549116 -0.416311
+-2.514413 10.463456 -0.416407
+-2.901236 10.360588 -0.416673
+-3.27019 10.258262 -0.415751
+-3.633266 10.172575 -0.412274
+-4.003477 10.040343 -0.411701
+-4.338788 9.867381999999999 -0.414407
+-4.672345 9.703018999999999 -0.415469
+-5.016772 9.519202999999999 -0.416536
+-5.369564 9.323835000000001 -0.416633
+-5.712296 9.115346000000001 -0.416897
+-6.019725 8.907951000000001 -0.41767
+-6.340428 8.700082 -0.415932
+-6.646224 8.481185 -0.414837
+-6.957629 8.246966 -0.413346
+-7.237062 7.998457 -0.41366
+-7.49396 7.750513 -0.414218
+-7.763527 7.499694 -0.412933
+-8.009577999999999 7.23421 -0.413062
+-8.236826000000001 6.927398 -0.416252
+-8.486036 6.621575 -0.41612
+-8.726865999999999 6.30387 -0.415908
+-8.949707 5.976886 -0.416328
+-9.167337 5.664093 -0.414741
+-9.382372 5.347406 -0.412502
+-9.558121999999999 5.021908 -0.412688
+-9.699532 4.698669 -0.414562
+-9.855352999999999 4.36048 -0.414644
+-10.025161 4.039657 -0.41175
+-10.165247 3.67276 -0.411755
+-10.259551 3.310196 -0.414285
+-10.360305 2.917795 -0.416167
+-10.467919 2.54294 -0.415135
+-10.562542 2.158237 -0.41424
+-10.621889 1.763804 -0.415701
+-10.674238 1.370655 -0.416341
+-10.745909 0.991334 -0.413189
+-10.82898 0.652131 -0.409368
+-10.625438 0.341435 -0.440025
+-10.228943 0.367185 -0.623904
+-9.946892999999999 0.338879 -0.926244
+-9.813119 0.266515 -1.236294
+9.807957999999999 0.67553 -1.186761
+9.743026 1.412095 -1.146466
+9.602797000000001 2.178084 -1.141254
+9.407945 2.928608 -1.123859
+9.135102 3.692133 -1.124421
+8.786171 4.449001 -1.136746
+8.386447 5.137075 -1.175792
+7.937354 5.817812 -1.156801
+7.448539 6.432929 -1.154654
+6.917957 7.008067 -1.139403
+6.320063 7.566077 -1.110576
+5.688743 8.035831 -1.14424
+5.017668 8.473177 -1.139319
+4.270625 8.848359 -1.206771
+3.550394 9.168521 -1.184413
+2.808918 9.438637 -1.13847
+1.993939 9.643803 -1.138352
+1.193266 9.779871 -1.126034
+0.350793 9.846348000000001 -1.12552
+-0.477283 9.839034 -1.130766
+-1.291393 9.766529999999999 -1.128295
+-2.093469 9.623791000000001 -1.135437
+-2.85083 9.431267 -1.125203
+-3.636979 9.163473 -1.109543
+-4.36647 8.82423 -1.144703
+-5.038804 8.459759 -1.141352
+-5.710184 8.027066 -1.130014
+-6.396746 7.534235 -1.052637
+-7.045278 6.898795 -1.105454
+-7.61746 6.244081 -1.133493
+-8.123908999999999 5.572558 -1.128496
+-8.544326 4.914389 -1.114665
+-8.931364 4.157291 -1.128358
+-9.26216 3.376994 -1.110198
+-9.497032000000001 2.593133 -1.146835
+-9.678767000000001 1.80506 -1.144185
+-9.796396 1.004432 -1.138416
+-9.817634 0.607897 -1.170658
+10.602265 0.343392 -0.445905
+9.914353 0.362045 -0.9794040000000001
+9.511946999999999 2.544412 -1.142172
+9.790519 1.035156 -1.145726
+9.680415999999999 1.789498 -1.147572
+9.301614000000001 3.317658 -1.069978
+8.967895 4.07225 -1.134567
+8.596462000000001 4.8058 -1.136136
+8.154636 5.494663 -1.18088
+7.696318 6.133436 -1.156244
+7.189687 6.725112 -1.146727
+6.627997 7.297758 -1.110716
+6.003215 7.810834 -1.128977
+5.3509 8.263242999999999 -1.147492
+4.631493 8.673280999999999 -1.182913
+3.928856 9.004657 -1.208827
+3.179895 9.315796000000001 -1.149984
+2.407743 9.546685999999999 -1.144232
+1.595948 9.715859 -1.143038
+0.7754259999999999 9.822749999999999 -1.123658
+-0.044039 9.847068 -1.140015
+-0.883159 9.817669 -1.113399
+-1.695847 9.702235999999999 -1.134167
+-2.477849 9.531202 -1.137689
+-3.254233 9.305552 -1.11126
+-3.994505 9.002347 -1.135663
+-4.715665 8.644942 -1.139209
+-5.379585 8.25116 -1.132499
+-6.036376 7.794477 -1.110195
+-6.73233 7.205535 -1.103618
+-7.336901 6.582097 -1.115
+-7.875822 5.912561 -1.137222
+-8.341593 5.240242 -1.129702
+-8.748673999999999 4.547594 -1.106632
+-9.101687999999999 3.785117 -1.113239
+-9.380155 2.9937 -1.142399
+-9.597343 2.208676 -1.137182
+-9.751056 1.401353 -1.129089
+10.206423 0.36896 -0.640773
+10.328565 1.094665 -0.530882
+10.264678 1.472307 -0.539596
+10.192995 1.868018 -0.543349
+10.120129 2.246479 -0.541342
+10.038951 2.603936 -0.538834
+9.958777 2.977901 -0.526797
+9.864402999999999 3.315728 -0.520734
+9.745328000000001 3.651216 -0.52068
+9.591841000000001 3.992705 -0.5292249999999999
+9.424943000000001 4.33694 -0.536856
+9.255570000000001 4.680881 -0.538445
+9.084175999999999 5.03522 -0.530928
+8.943179000000001 5.395273 -0.503203
+8.845393 5.719543 -0.46848
+8.591623 5.940029 -0.502982
+8.340039000000001 6.199566 -0.528111
+8.085274999999999 6.482807 -0.543039
+7.836777 6.773231 -0.5458460000000001
+7.572946 7.062423 -0.547558
+7.318048 7.339368 -0.542473
+7.065133 7.62131 -0.527877
+6.87697 7.903597 -0.489675
+6.572166 8.064506 -0.522397
+6.25442 8.270213 -0.540037
+5.937531 8.484640000000001 -0.54713
+5.612329 8.706103000000001 -0.545774
+5.276357 8.917341 -0.544075
+4.953149 9.155025 -0.519624
+4.655047 9.394049000000001 -0.48666
+4.395463 9.608793 -0.457781
+4.077319 9.660674 -0.485992
+3.704178 9.738268 -0.514888
+3.32585 9.825768999999999 -0.537659
+2.941556 9.946626 -0.538141
+2.567242 10.057731 -0.5340819999999999
+2.162586 10.14843 -0.536126
+1.76369 10.231748 -0.53282
+1.401417 10.319972 -0.516913
+1.066586 10.435921 -0.484258
+0.721843 10.386682 -0.518327
+0.343302 10.374239 -0.534232
+-0.042129 10.388683 -0.52968
+-0.416842 10.406528 -0.516826
+-0.77432 10.457484 -0.48589
+-1.090522 10.346177 -0.522327
+-1.470488 10.28287 -0.530336
+-1.834371 10.204558 -0.540456
+-2.231362 10.12641 -0.539806
+-2.609746 10.024671 -0.545501
+-2.978786 9.940060000000001 -0.53586
+-3.350057 9.849358000000001 -0.522324
+-3.693951 9.806239 -0.488752
+-3.971531 9.609023000000001 -0.525325
+-4.311263 9.442389 -0.534156
+-4.654255 9.270835999999999 -0.53757
+-4.984801 9.086406999999999 -0.5427110000000001
+-5.321927 8.890712000000001 -0.5438460000000001
+-5.654998 8.692542 -0.539391
+-5.962762 8.488886000000001 -0.5374370000000001
+-6.283062 8.272698999999999 -0.529976
+-6.574892 8.074140999999999 -0.517941
+-6.855424 7.838714 -0.517451
+-7.115906 7.591233 -0.521614
+-7.375859 7.342862 -0.520258
+-7.649925 7.14754 -0.492615
+-7.815048 6.850606 -0.527749
+-8.04405 6.546625 -0.538731
+-8.293298999999999 6.223969 -0.539975
+-8.529802999999999 5.902188 -0.538007
+-8.749791 5.590358 -0.532529
+-8.961729999999999 5.289597 -0.520922
+-9.196099 5.044987 -0.48474
+-9.285838999999999 4.711831 -0.517776
+-9.429596999999999 4.371498 -0.527228
+-9.597607999999999 4.034362 -0.518651
+-9.791152 3.749628 -0.486495
+-9.834866 3.418104 -0.518239
+-9.925875 3.044298 -0.533032
+-10.023672 2.656125 -0.539655
+-10.116381 2.279839 -0.539403
+-10.205062 1.884171 -0.53547
+-10.277054 1.493323 -0.5316149999999999
+-10.347191 1.096282 -0.521537
+-10.440528 0.7106749999999999 -0.494577
+9.842658999999999 2.001684 -0.802014
+9.590608 3.084901 -0.767657
+-10.040625 0.768153 -0.772648
+9.225916 4.007308 -0.785281
+8.660211 5.110728 -0.788514
+9.675566999999999 2.738857 -0.788563
+1.459466 9.953593 -0.783708
+8.865373999999999 4.733528 -0.795241
+9.378792000000001 3.669203 -0.771528
+8.242219 5.774036 -0.779827
+7.726586 6.421027 -0.799381
+7.209733 6.995776 -0.799881
+6.639543 7.620504 -0.733708
+5.940444 8.098511 -0.8025949999999999
+5.262975 8.550848 -0.8060659999999999
+4.497373 8.866661000000001 -0.943333
+3.789294 9.192935 -0.941295
+3.472657 9.424466000000001 -0.802294
+2.673677 9.694959000000001 -0.787269
+0.566075 10.049414 -0.777751
+1.009101 10.053207 -0.737193
+1.868546 9.869145 -0.801614
+-7.64957 6.534137 -0.783327
+0.16178 10.05393 -0.789144
+-0.729549 10.065572 -0.749181
+-1.153109 9.992239 -0.785367
+-1.952276 9.859341000000001 -0.7942709999999999
+-2.714384 9.67314 -0.7989270000000001
+-3.111064 9.573114 -0.7770860000000001
+-3.929815 9.255625 -0.78901
+-4.655105 8.905449000000001 -0.796635
+-4.989294 8.716786000000001 -0.802557
+-5.647692 8.318579 -0.789855
+-6.26312 7.897035 -0.762661
+-6.759818 7.483503 -0.756958
+-8.165562 5.87575 -0.783888
+-7.38578 6.904936 -0.730163
+-7.90463 6.211393 -0.7916
+10.027947 0.780146 -0.785714
+-8.617979999999999 5.210219 -0.772008
+-9.042063000000001 4.442142 -0.767918
+-9.437777000000001 3.634063 -0.727722
+-9.534044 3.214276 -0.782281
+-9.752288 2.420654 -0.797233
+-9.919724 1.623259 -0.793243
+-9.978508 1.229896 -0.790534
+10.423981 0.7068489999999999 -0.501742
+9.974895999999999 1.226881 -0.795089
+9.910757 1.608559 -0.806383
+9.763574999999999 2.380102 -0.795752
+2.265472 9.789051000000001 -0.797744
+-7.053541 7.194994 -0.766368
+9.057487 4.375269 -0.784999
+7.468295 6.715694 -0.802524
+8.386815 5.395005 -0.89652
+7.978756 6.117769 -0.790285
+6.937197 7.293159 -0.777546
+6.259009 7.87347 -0.785805
+5.614731 8.336255 -0.79425
+4.877109 8.775817 -0.806941
+4.160653 9.075037 -0.88043
+3.067416 9.573033000000001 -0.79232
+-0.26371 10.057508 -0.782647
+-1.560427 9.936508999999999 -0.785669
+-2.341671 9.768363000000001 -0.800863
+-3.552558 9.460773 -0.735127
+-4.296655 9.086598 -0.793724
+-5.313487 8.533239999999999 -0.792472
+-5.962571 8.099349 -0.786651
+-8.395028 5.547461 -0.781096
+-8.869553 4.854805 -0.729664
+-9.220806 4.056927 -0.768436
+-9.838113999999999 2.03201 -0.800091
+9.553807000000001 3.403642 -0.700514
+8.585018 5.535585 -0.63934
+4.266445 9.328873 -0.607745
+-6.549545 7.740911 -0.7024010000000001
+-9.652936 2.813874 -0.789748
+4.567452 9.074007999999999 -0.685548
+3.906215 9.382066999999999 -0.682003
+-10.81276 -0.670928 -0.410091
+-10.745328 -1.022381 -0.412977
+-10.705578 -1.395574 -0.412771
+-10.645025 -1.777534 -0.413109
+-10.563911 -2.162137 -0.414024
+-10.477121 -2.545799 -0.414117
+-10.387689 -2.936095 -0.412904
+-10.304099 -3.307326 -0.410792
+-10.187338 -3.669263 -0.41041
+-10.044574 -4.020711 -0.410956
+-9.904125000000001 -4.395201 -0.409982
+-9.734080000000001 -4.748577 -0.410258
+-9.528038 -5.098673 -0.411905
+-9.316049 -5.434459 -0.413788
+-9.104747 -5.756033 -0.415215
+-8.895295000000001 -6.087347 -0.414447
+-8.684786000000001 -6.408039 -0.413056
+-8.465741 -6.74362 -0.410696
+-8.220052000000001 -7.056457 -0.410099
+-7.946316 -7.370475 -0.409843
+-7.661656 -7.663463 -0.409934
+-7.366441 -7.956261 -0.409622
+-7.055438 -8.222189 -0.410046
+-6.731303 -8.475047999999999 -0.410721
+-6.419969 -8.722294 -0.410277
+-6.103937 -8.916423999999999 -0.411976
+-5.767988 -9.102675 -0.41471
+-5.41444 -9.308146000000001 -0.415583
+-5.09663 -9.553252000000001 -0.410424
+-4.758056 -9.757064 -0.409109
+-4.419729 -9.891833 -0.410049
+-4.057217 -10.046221 -0.410037
+-3.680834 -10.180584 -0.410557
+-3.322039 -10.271467 -0.412845
+-2.948088 -10.371398 -0.414089
+-2.557476 -10.470585 -0.414487
+-2.1822 -10.563903 -0.413626
+-1.798785 -10.654127 -0.41203
+-1.392866 -10.716246 -0.411912
+-1.031909 -10.76849 -0.411064
+-0.639841 -10.793571 -0.411443
+-0.266329 -10.781375 -0.413849
+0.126776 -10.776766 -0.41458
+0.526008 -10.76194 -0.414871
+0.896591 -10.742984 -0.414286
+1.285157 -10.699049 -0.414745
+1.671199 -10.678294 -0.411764
+2.03382 -10.607688 -0.412361
+2.397907 -10.520728 -0.413283
+2.770338 -10.425746 -0.413568
+3.13469 -10.344311 -0.41172
+3.504201 -10.24713 -0.410307
+3.853809 -10.116112 -0.410572
+4.17629 -9.960110999999999 -0.412416
+4.511696 -9.792144 -0.414163
+4.868353 -9.618728000000001 -0.414261
+5.214997 -9.429614000000001 -0.414782
+5.543458 -9.233184 -0.415457
+5.876162 -9.035079 -0.414545
+6.188458 -8.831747 -0.413905
+6.498476 -8.611860999999999 -0.413464
+6.794445 -8.393895000000001 -0.412508
+7.085739 -8.170804 -0.411244
+7.348657 -7.916158 -0.412326
+7.611694 -7.664421 -0.412276
+7.910079 -7.398671 -0.410236
+8.175186999999999 -7.115262 -0.40986
+8.435354999999999 -6.79866 -0.410063
+8.669791 -6.4766 -0.410796
+8.902153 -6.140981 -0.411277
+9.127214 -5.800737 -0.411294
+9.329109000000001 -5.443595 -0.412339
+9.513335 -5.085247 -0.413602
+9.690816999999999 -4.737229 -0.413647
+9.865952999999999 -4.358481 -0.413737
+10.034086 -3.992619 -0.412501
+10.187079 -3.637647 -0.411116
+10.316342 -3.244905 -0.411289
+10.426566 -2.877472 -0.411168
+10.523047 -2.486081 -0.411427
+10.593007 -2.122211 -0.412145
+10.651274 -1.740101 -0.413103
+10.694472 -1.378644 -0.414018
+10.771216 -1.007881 -0.411034
+10.840217 -0.65794 -0.408951
+10.847116 -0.299414 -0.409262
+10.492772 -0.255304 -0.482101
+10.204294 -0.229632 -0.645601
+9.986079 -0.360262 -0.867565
+-9.830439999999999 -0.58262 -1.138592
+-9.731227000000001 -1.430243 -1.17266
+-9.602103 -2.19591 -1.132387
+-9.391776999999999 -2.980461 -1.123537
+-9.099543000000001 -3.706442 -1.205455
+-8.784744 -4.42957 -1.165026
+-8.405958999999999 -5.129124 -1.139827
+-7.958956 -5.795992 -1.143942
+-7.467279 -6.392902 -1.190462
+-6.95149 -6.947903 -1.195848
+-6.397784 -7.457352 -1.204712
+-5.819203 -7.932595 -1.16557
+-5.144551 -8.403919 -1.123058
+-4.420143 -8.787141999999999 -1.17126
+-3.693406 -9.112292 -1.183138
+-2.936721 -9.398434 -1.141653
+-2.150208 -9.609354 -1.140518
+-1.364078 -9.741514 -1.170305
+-0.548781 -9.838785 -1.121663
+0.255652 -9.843486 -1.141002
+1.059952 -9.796715000000001 -1.122153
+1.879514 -9.67816 -1.109226
+2.668921 -9.48091 -1.133961
+3.46109 -9.213177999999999 -1.154874
+3.837597 -9.066176 -1.146166
+4.572452 -8.726297000000001 -1.127926
+5.268907 -8.323159 -1.130503
+5.986579 -7.858395 -1.062481
+6.641391 -7.274469 -1.131903
+7.186996 -6.706151 -1.191125
+7.708064 -6.116602 -1.159943
+8.148759999999999 -5.490536 -1.20394
+8.582343 -4.830755 -1.136417
+8.957335 -4.098215 -1.131466
+9.255127 -3.353416 -1.148988
+9.509376 -2.569394 -1.131357
+9.689731999999999 -1.800393 -1.117819
+9.799639000000001 -0.9883690000000001 -1.134098
+-10.63015 -0.344272 -0.438868
+-10.020185 -0.435457 -0.819442
+-9.246945 -3.356642 -1.167997
+-9.503664000000001 -2.594671 -1.12841
+-9.676152 -1.81667 -1.14539
+-9.786122000000001 -1.013158 -1.164746
+-8.950566999999999 -4.06594 -1.188025
+-8.605644 -4.789189 -1.136331
+-8.199453999999999 -5.458299 -1.132161
+-7.716794 -6.103553 -1.163615
+-7.219723 -6.668054 -1.197378
+-6.685103 -7.20544 -1.193806
+-6.106094 -7.697184 -1.206886
+-5.505509 -8.177714999999999 -1.110966
+-4.775031 -8.609752 -1.145311
+-4.057609 -8.956427 -1.182084
+-3.312252 -9.262314 -1.169745
+-2.535504 -9.514186 -1.142543
+-1.745897 -9.678940000000001 -1.174556
+-0.967305 -9.810701999999999 -1.110978
+-0.144006 -9.852002000000001 -1.12432
+0.65313 -9.825536 -1.139871
+1.454243 -9.746798 -1.120088
+2.269315 -9.583373999999999 -1.136687
+3.066156 -9.354395 -1.148527
+4.21694 -8.902768999999999 -1.129759
+4.91127 -8.534049 -1.142256
+5.614514 -8.103923999999999 -1.109607
+6.324262 -7.56175 -1.112151
+6.913499 -6.997444 -1.169865
+7.454524 -6.410719 -1.184387
+7.931503 -5.809414 -1.185857
+8.369576 -5.167621 -1.170866
+8.775296000000001 -4.467618 -1.140189
+9.121606999999999 -3.717052 -1.132685
+9.384522 -2.96645 -1.153819
+9.605126 -2.195293 -1.124974
+9.749886 -1.393214 -1.135254
+9.823821000000001 -0.548253 -1.162756
+-10.271956 -0.314203 -0.595121
+-10.374968 -1.125921 -0.507086
+-10.320265 -1.517635 -0.509185
+-10.214222 -1.895306 -0.5297770000000001
+-10.131148 -2.287657 -0.530981
+-10.049612 -2.663461 -0.525748
+-9.966340000000001 -3.054597 -0.512558
+-9.937905000000001 -3.409502 -0.478096
+-9.791683000000001 -3.721736 -0.490278
+-9.660233 -4.083209 -0.485251
+-9.515442 -4.422579 -0.48321
+-9.313589 -4.756592 -0.49743
+-9.089233999999999 -5.058799 -0.522964
+-8.872778 -5.392446 -0.532686
+-8.662575 -5.73168 -0.530518
+-8.452945 -6.063648 -0.522622
+-8.272603999999999 -6.386993 -0.500271
+-8.071700999999999 -6.708466 -0.482239
+-7.829208 -6.990521 -0.482093
+-7.558767 -7.289281 -0.480198
+-7.260815 -7.574389 -0.483432
+-6.970081 -7.837269 -0.485025
+-6.673495 -8.08586 -0.486678
+-6.353042 -8.323975000000001 -0.49181
+-6.095408 -8.566144 -0.475542
+-5.757807 -8.692665999999999 -0.511306
+-5.390753 -8.885103000000001 -0.527761
+-4.987689 -9.090388000000001 -0.540088
+-4.766815 -9.394176 -0.468173
+-4.457551 -9.526387 -0.474013
+-4.12296 -9.657978999999999 -0.480077
+-3.769801 -9.797665 -0.481334
+-3.401509 -9.882937999999999 -0.500001
+-3.044386 -9.940891000000001 -0.5257270000000001
+-2.649103 -10.032459 -0.536112
+-2.270958 -10.13369 -0.531589
+-1.897369 -10.257782 -0.508945
+-1.517808 -10.334962 -0.502661
+-1.128971 -10.373294 -0.5076889999999999
+-0.816323 -10.465487 -0.481567
+-0.467187 -10.415237 -0.511736
+-0.09071700000000001 -10.387413 -0.530168
+0.299233 -10.379924 -0.531998
+0.691069 -10.365023 -0.530053
+1.080238 -10.32442 -0.533785
+1.452369 -10.308337 -0.5190900000000001
+1.799171 -10.336408 -0.483661
+2.113074 -10.205909 -0.513292
+2.464239 -10.108649 -0.521747
+2.836322 -10.023845 -0.5156269999999999
+3.1994 -9.965121 -0.493978
+3.557383 -9.878681 -0.480653
+3.862237 -9.726723 -0.494252
+4.181029 -9.534458000000001 -0.518727
+4.504965 -9.361044 -0.529745
+4.83338 -9.181469 -0.53629
+5.179188 -8.993487 -0.535133
+5.51772 -8.799393 -0.530956
+5.836041 -8.603581 -0.525934
+6.140956 -8.423282 -0.5124570000000001
+6.438459 -8.222892999999999 -0.503619
+6.718395 -8.001721999999999 -0.501629
+7.001849 -7.821158 -0.481501
+7.191245 -7.504387 -0.5271670000000001
+7.529312 -7.284521 -0.489768
+7.802852 -7.018261 -0.48252
+8.053504 -6.73191 -0.481844
+8.270279 -6.417396 -0.493172
+8.484594 -6.109943 -0.498416
+8.744685 -5.79706 -0.483715
+8.928592 -5.44802 -0.496769
+9.076676000000001 -5.087748 -0.521419
+9.255466 -4.730834 -0.526814
+9.43323 -4.353921 -0.52929
+9.608359999999999 -3.998786 -0.520492
+9.797177 -3.664808 -0.496469
+9.945335999999999 -3.327723 -0.485424
+9.987648999999999 -2.905536 -0.523209
+10.162813 -2.600022 -0.484317
+10.17107 -2.234059 -0.517465
+10.220017 -1.868637 -0.529336
+10.286287 -1.488118 -0.527351
+10.347396 -1.137139 -0.51931
+10.44968 -0.800806 -0.488188
+10.565438 -0.505704 -0.454421
+-9.282361999999999 -3.599685 -0.921173
+-9.662898 -2.832557 -0.773151
+-9.851660000000001 -2.033867 -0.784394
+-9.891261 -1.240414 -0.9016420000000001
+-10.023687 -0.893182 -0.779914
+-9.936738 -1.607643 -0.777083
+-9.766973 -2.428411 -0.778869
+4.514785 -8.984890999999999 -0.788924
+-8.478923 -5.386437 -0.800774
+-9.024213 -4.272342 -0.878872
+-8.020592000000001 -6.089374 -0.772313
+-8.685839 -5.050817 -0.797937
+-7.444396 -6.640969 -0.8909010000000001
+-8.266999999999999 -5.732581 -0.783612
+-6.915678 -7.183538 -0.897622
+-7.700737 -6.362251 -0.872544
+-6.354124 -7.685417 -0.896831
+-5.885066 -8.220890000000001 -0.730693
+-5.052292 -8.69061 -0.792299
+-4.67234 -8.865985999999999 -0.829182
+-3.932258 -9.167906 -0.891509
+-3.574738 -9.32338 -0.877825
+-2.770048 -9.663755 -0.791786
+-1.959215 -9.861497 -0.790284
+-1.252751 -9.995501000000001 -0.76857
+-0.798855 -10.08646 -0.723056
+0.065731 -10.057418 -0.786411
+0.879386 -10.018881 -0.786675
+1.268334 -9.985704 -0.777101
+2.14504 -9.840828 -0.770535
+2.970607 -9.627687 -0.766557
+4.155098 -9.163824999999999 -0.78167
+5.180701 -8.610714 -0.796228
+3.772209 -9.327809 -0.781834
+-10.375917 -0.705881 -0.524095
+5.519379 -8.40963 -0.784754
+5.834276 -8.227849000000001 -0.754956
+6.368267 -7.834371 -0.744882
+6.941161 -7.22922 -0.8288759999999999
+7.436021 -6.650435 -0.890814
+8.040350999999999 -6.071072 -0.767185
+8.371881999999999 -5.43332 -0.884559
+8.861942000000001 -4.767802 -0.780255
+9.231971 -4.0045 -0.780291
+9.463352 -3.204834 -0.869328
+9.784359 -2.459079 -0.752646
+9.928929 -1.629077 -0.781837
+10.042524 -0.809673 -0.7670400000000001
+-7.179255 -6.91932 -0.898444
+-6.637184 -7.443345 -0.89572
+-9.543227999999999 -3.323123 -0.735649
+-9.159253 -3.929741 -0.904704
+-8.907736 -4.680991 -0.780616
+4.846905 -8.801029 -0.798167
+10.256408 -0.515192 -0.6001
+-6.078737 -7.896564 -0.906815
+-5.438158 -8.471931 -0.775768
+-4.296916 -9.021022 -0.868201
+-3.195181 -9.545503999999999 -0.776942
+-2.383361 -9.769708 -0.788015
+-1.591368 -9.836916 -0.907527
+-0.328007 -10.06599 -0.77115
+0.472556 -10.043136 -0.79027
+1.732973 -9.967188 -0.724342
+2.55178 -9.736813 -0.777423
+3.344293 -9.423743999999999 -0.858071
+6.710246 -7.56182 -0.73111
+7.174974 -6.933338 -0.888731
+7.692088 -6.371284 -0.873807
+8.148714999999999 -5.717485 -0.9234290000000001
+8.662449000000001 -5.140707 -0.769355
+9.047037 -4.385913 -0.790428
+9.396839999999999 -3.612798 -0.7754529999999999
+9.614281999999999 -2.830761 -0.8284820000000001
+9.866152 -2.024049 -0.770825
+9.989689 -1.243874 -0.776102
+-10.105697 -1.279603 -0.662036
+-9.448112 -3.784435 -0.669116
+-9.191700000000001 -4.45461 -0.639879
+-7.951954 -6.429921 -0.630727
+-7.729907 -6.674608 -0.640975
+-7.197198 -7.223656 -0.653344
+-6.92724 -7.491866 -0.648129
+-6.32147 -7.984012 -0.664345
+-4.555566 -9.168692 -0.62205
+-3.539298 -9.591125 -0.632972
+3.573522 -9.574092 -0.636046
+6.142994 -8.096969 -0.681338
+7.240072 -7.17368 -0.657317
+7.47241 -6.93505 -0.655276
+7.948464 -6.437067 -0.629397
+8.612275 -5.497765 -0.6374109999999999
+7.719354 -6.676743 -0.646101
+-9.316314 -4.145066 -0.653564
+-7.477956 -6.935491 -0.6517770000000001
+-6.638759 -7.746006 -0.649717
+-4.191966 -9.311379000000001 -0.6420169999999999
+-3.863377 -9.449572 -0.644081
+-1.635388 -10.042136 -0.672002
+3.298572 -9.674167000000001 -0.63468
+8.380774000000001 -5.780936 -0.666334
+9.647363 -3.396439 -0.629633
+9.721538000000001 -3.102487 -0.647394
+-10.842185 -0.676775 2.639141
+-10.77457 -1.033632 2.637347
+-10.710667 -1.408303 2.635802
+-10.639223 -1.779818 2.634387
+-10.560255 -2.165049 2.63367
+-10.472751 -2.548494 2.633511
+-10.379093 -2.931606 2.634201
+-10.301521 -3.297593 2.63684
+-10.174332 -3.656929 2.636487
+-10.020103 -4.006978 2.634815
+-9.857708000000001 -4.371178 2.634025
+-9.693529 -4.724599 2.634047
+-9.502272 -5.089797 2.633636
+-9.298866 -5.434211 2.632636
+-9.103804999999999 -5.767515 2.633365
+-8.903600000000001 -6.106125 2.635237
+-8.698698 -6.425376 2.6367
+-8.477662 -6.754757 2.638225
+-8.228971 -7.068347 2.638604
+-7.947169 -7.371903 2.638236
+-7.641188 -7.658563 2.636987
+-7.343143 -7.945201 2.637008
+-7.048358 -8.227959 2.637941
+-6.728212 -8.479162000000001 2.637362
+-6.398606 -8.70064 2.635576
+-6.084497 -8.894399 2.633305
+-5.755979 -9.100477 2.632376
+-5.416984 -9.317366 2.633431
+-5.081004 -9.539088 2.636207
+-4.744097 -9.728662 2.637328
+-4.408942 -9.886480000000001 2.637409
+-4.045678 -10.048605 2.637848
+-3.665083 -10.18434 2.637329
+-3.287855 -10.277685 2.634739
+-2.913568 -10.37924 2.633723
+-2.52253 -10.476914 2.633293
+-2.149787 -10.570568 2.634376
+-1.781983 -10.674176 2.637209
+-1.381901 -10.725974 2.636711
+-1.020967 -10.759136 2.636173
+-0.612151 -10.78876 2.636066
+-0.234667 -10.782397 2.63418
+0.147168 -10.7763 2.633398
+0.5511 -10.763706 2.633451
+0.923302 -10.75969 2.635497
+1.323081 -10.721419 2.635794
+1.720929 -10.66687 2.635961
+2.082125 -10.590085 2.634929
+2.459873 -10.524433 2.636221
+2.83825 -10.421143 2.635625
+3.196487 -10.294789 2.63364
+3.555829 -10.185089 2.634472
+3.920057 -10.05512 2.634875
+4.278625 -9.90757 2.63485
+4.634681 -9.769266 2.636585
+4.980768 -9.602938999999999 2.636933
+5.301423 -9.386309000000001 2.633677
+5.634638 -9.176709000000001 2.632435
+5.95853 -9.025826 2.636755
+6.290922 -8.834906 2.638512
+6.581068 -8.599694 2.637645
+6.865429 -8.374909000000001 2.637667
+7.145484 -8.120005000000001 2.63683
+7.399034 -7.854393 2.634724
+7.657746 -7.602074 2.634704
+7.928665 -7.341545 2.636029
+8.193671 -7.056727 2.636635
+8.43511 -6.760185 2.636351
+8.697184999999999 -6.453004 2.637691
+8.930942 -6.121373 2.637556
+9.149558000000001 -5.801935 2.637937
+9.343207 -5.482526 2.637878
+9.538888 -5.150087 2.638262
+9.712318 -4.776553 2.637302
+9.835621 -4.404253 2.633332
+9.999762 -4.02211 2.633507
+10.14824 -3.645497 2.634001
+10.293683 -3.265625 2.635501
+10.40855 -2.883102 2.635603
+10.497495 -2.494758 2.634654
+10.582715 -2.12128 2.634966
+10.647712 -1.735261 2.634494
+10.731431 -1.386014 2.637122
+10.82137 -1.002084 2.639255
+10.860789 -0.6593560000000001 2.639494
+10.849012 -0.301401 2.638812
+10.475749 -0.280441 2.559485
+10.144638 -0.31515 2.354314
+9.901204999999999 -0.329457 2.042249
+-9.856233 -0.487065 1.961249
+-9.748612 -1.409127 1.915434
+-9.601917 -2.209526 1.923168
+-9.398106 -2.977379 1.937485
+-9.109128 -3.74783 1.915619
+-8.779699000000001 -4.463112 1.912907
+-8.389863999999999 -5.157839 1.911626
+-7.938548 -5.8064 1.874182
+-7.441121 -6.420472 1.85152
+-6.915237 -6.978803 1.839937
+-6.368945 -7.489504 1.861838
+-5.775409 -7.975334 1.907238
+-5.101675 -8.422909000000001 1.908784
+-4.387981 -8.806241 1.884682
+-3.644427 -9.130255999999999 1.859796
+-2.883211 -9.417915000000001 1.913934
+-2.095324 -9.622114 1.909197
+-1.312893 -9.741955000000001 1.857525
+-0.519831 -9.839019 1.922863
+0.294135 -9.845708999999999 1.915898
+1.08164 -9.777760000000001 1.880228
+1.874485 -9.678353 1.936852
+2.695185 -9.478128999999999 1.925824
+3.44997 -9.223754 1.909812
+4.214463 -8.912243 1.937559
+4.950615 -8.51665 1.918246
+5.635051 -8.059877 1.871183
+6.261017 -7.584757 1.873265
+6.869488 -7.061841 1.920594
+7.435157 -6.461143 1.91636
+7.90513 -5.836438 1.845213
+8.339983 -5.193622 1.840772
+8.745901999999999 -4.499961 1.875047
+9.088418000000001 -3.785384 1.902649
+9.379984 -3.035048 1.9383
+9.610576999999999 -2.19268 1.935169
+9.748297000000001 -1.380848 1.903711
+9.809161 -0.625654 1.85454
+-10.622599 -0.367971 2.607499
+-10.187363 -0.447221 2.394715
+-9.261784 -3.368355 1.92942
+-9.507241 -2.596212 1.929613
+-9.683823 -1.808876 1.919123
+-9.795412000000001 -0.980871 1.90035
+-8.956676 -4.10604 1.923536
+-8.592839 -4.815974 1.916707
+-8.173133999999999 -5.495471 1.912609
+-7.688383 -6.122156 1.8514
+-7.18588 -6.69913 1.838386
+-6.659305 -7.231223 1.85875
+-6.069966 -7.74328 1.884477
+-5.445759 -8.203322999999999 1.905777
+-4.734091 -8.639347000000001 1.91932
+-4.020284 -8.968695 1.852746
+-3.279889 -9.276455 1.885578
+-2.483717 -9.529774 1.910571
+-1.692875 -9.688006 1.872402
+-0.914489 -9.802737 1.902855
+-0.094111 -9.851385000000001 1.920486
+0.708622 -9.821820000000001 1.908482
+1.482104 -9.726595 1.884537
+2.294335 -9.610170999999999 1.988388
+3.075461 -9.356346 1.912521
+3.837757 -9.071691 1.915824
+4.572668 -8.732958 1.935529
+5.301902 -8.296340000000001 1.904184
+5.95174 -7.825333 1.862305
+6.570791 -7.333115 1.905646
+7.162318 -6.767487 1.925655
+7.672606 -6.154106 1.87527
+8.120244 -5.530795 1.840604
+8.546799999999999 -4.853464 1.853362
+8.931863 -4.143075 1.904721
+9.245108 -3.402097 1.918832
+9.527206 -2.625755 1.993099
+9.68478 -1.807283 1.920832
+9.787932 -0.985588 1.8803
+-8.867012000000001 -4.741027 2.258489
+-10.392647 -1.143655 2.549488
+-10.296365 -1.508559 2.527041
+-10.209614 -1.897989 2.516155
+-10.12755 -2.297916 2.516381
+-10.040155 -2.667325 2.518145
+-9.967515000000001 -3.027625 2.532275
+-9.938936999999999 -3.377432 2.566374
+-9.750761000000001 -3.675283 2.533795
+-9.582564 -4.018263 2.51943
+-9.415338999999999 -4.359809 2.511599
+-9.243186 -4.72151 2.513429
+-9.056772 -5.062893 2.511636
+-8.873626 -5.400978 2.51796
+-8.667649000000001 -5.750415 2.524795
+-8.501661 -6.087254 2.549853
+-8.314496999999999 -6.408568 2.566575
+-8.089786999999999 -6.702179 2.569501
+-7.84845 -6.997049 2.572873
+-7.562279 -7.259632 2.560824
+-7.221558 -7.491037 2.526471
+-6.967811 -7.841922 2.563743
+-6.684756 -8.096617999999999 2.567309
+-6.369401 -8.297523999999999 2.551585
+-6.053202 -8.465807 2.527514
+-5.714795 -8.670426000000001 2.516071
+-5.372217 -8.877945 2.512157
+-5.031469 -9.090415 2.518927
+-4.734163 -9.315545999999999 2.54694
+-4.430971 -9.517905000000001 2.566999
+-4.097813 -9.665725 2.566896
+-3.752086 -9.799452 2.564874
+-3.374848 -9.894881 2.549144
+-3.007117 -9.952396 2.522353
+-2.609997 -10.04016 2.510593
+-2.228103 -10.141683 2.51565
+-1.855063 -10.265328 2.53897
+-1.53487 -10.399201 2.571876
+-1.162508 -10.325917 2.519528
+-0.803074 -10.445001 2.558004
+-0.44681 -10.407796 2.532365
+-0.060363 -10.391324 2.519705
+0.334429 -10.376849 2.514971
+0.726569 -10.375794 2.524548
+1.104032 -10.37564 2.540159
+1.494027 -10.345623 2.548439
+1.854625 -10.261754 2.537323
+2.201621 -10.205938 2.543076
+2.569929 -10.116531 2.5418
+2.920047 -9.995236 2.530299
+3.265926 -9.863697999999999 2.519109
+3.61999 -9.724900999999999 2.512142
+3.983935 -9.597775 2.519845
+4.327352 -9.476385000000001 2.532501
+4.666933 -9.39282 2.562985
+4.93487 -9.161191000000001 2.526795
+5.273144 -8.939842000000001 2.51337
+5.629575 -8.718669 2.51288
+5.989539 -8.674918 2.582319
+6.243723 -8.456235 2.571751
+6.523075 -8.233491000000001 2.569093
+6.787217 -8.003897 2.565264
+7.033328 -7.739724 2.55063
+7.259388 -7.465951 2.530477
+7.536403 -7.192462 2.532525
+7.81484 -6.98453 2.560161
+7.982669 -6.648876 2.518419
+8.312277 -6.386841 2.560736
+8.550699 -6.078676 2.564088
+8.768259 -5.771411 2.566411
+8.974193 -5.445861 2.566447
+9.176513 -5.131787 2.572645
+9.364504 -4.844481 2.582857
+9.365416 -4.448314 2.507559
+9.557041 -4.056937 2.515093
+9.717177 -3.668494 2.517212
+9.860718 -3.309166 2.524532
+10.002691 -2.963532 2.539366
+10.104428 -2.602514 2.540154
+10.164337 -2.223959 2.526311
+10.215268 -1.840314 2.513662
+10.280076 -1.418398 2.51249
+10.496308 -1.141098 2.587642
+10.530327 -0.8240189999999999 2.589013
+10.586144 -0.523494 2.599731
+-9.379845 -3.667351 2.276807
+-9.673011000000001 -2.81511 2.280107
+-9.84043 -2.044387 2.253475
+-10.00662 -1.199365 2.284334
+-9.973155 -0.79293 2.196682
+-9.922617000000001 -1.639041 2.260957
+-9.766437 -2.430236 2.269042
+8.351335000000001 -5.446299 2.148687
+-8.464366 -5.422568 2.255551
+-9.047488 -4.38408 2.257121
+-7.916395 -6.078526 2.164043
+-8.674507999999999 -5.07705 2.254047
+-7.408939 -6.702648 2.178111
+-8.236689 -5.777856 2.265557
+-6.92242 -7.220984 2.19469
+-7.669101 -6.378784 2.155825
+-6.329004 -7.727812 2.175163
+-5.710355 -8.276866 2.259253
+-5.019758 -8.715334 2.261535
+-4.657123 -8.924795 2.27188
+-3.884993 -9.183832000000001 2.150831
+-3.529681 -9.337085999999999 2.165616
+-2.73759 -9.674429999999999 2.257793
+-2.329497 -9.784001 2.261435
+-1.890506 -9.880977 2.264497
+-1.168147 -9.954705000000001 2.220336
+-0.751564 -10.066316 2.301254
+0.116055 -10.064047 2.269549
+0.521759 -10.042397 2.259666
+1.279754 -9.885463 2.145198
+1.99865 -9.901664999999999 2.308429
+2.981371 -9.606311 2.262367
+3.708738 -9.35094 2.263774
+4.500013 -9.050646 2.31472
+5.247086 -8.562093000000001 2.243437
+5.57103 -8.312035 2.198907
+6.19443 -7.827808 2.166023
+6.496576 -7.591302 2.179182
+7.17143 -7.06698 2.273572
+7.707779 -6.398084 2.213067
+8.769750999999999 -4.780185 2.174
+8.127068 -5.764909 2.139417
+8.562305 -5.120085 2.157595
+-10.486026 -0.760175 2.572489
+9.176002 -4.088454 2.24773
+9.495433999999999 -3.338066 2.26996
+9.797844 -2.36905 2.286418
+9.925682 -1.590315 2.255466
+9.954466999999999 -1.189341 2.22315
+-6.058377 -8.037704 2.270108
+-7.129252 -6.918731 2.09219
+9.977725 -0.711164 2.194574
+-9.572876000000001 -3.249374 2.316394
+-6.609444 -7.473613 2.158416
+-9.211765 -4.034205 2.260202
+7.915313 -6.06786 2.153418
+10.286235 -0.598689 2.470209
+-5.375081 -8.501423000000001 2.262137
+-4.2524 -9.035019999999999 2.170902
+-3.157246 -9.551729 2.264274
+-1.525582 -9.843572 2.134832
+-0.298848 -10.062101 2.271573
+0.935312 -10.016979 2.264887
+1.63029 -9.944608000000001 2.283382
+2.629915 -9.729798000000001 2.285106
+3.335895 -9.489343 2.262707
+4.090366 -9.204791999999999 2.278343
+4.89383 -8.800325000000001 2.274865
+5.888167 -8.063466999999999 2.169176
+6.850778 -7.38569 2.279546
+7.502912 -6.751093 2.299996
+8.982849 -4.430183 2.211333
+9.348902000000001 -3.708005 2.261323
+9.633478999999999 -3.002126 2.297209
+9.86548 -1.992113 2.269423
+9.056687999999999 -4.764957 2.422745
+-8.178077999999999 -6.135009 2.415138
+-7.962467 -6.390839 2.404819
+-7.743427 -6.657998 2.406561
+-7.548243 -6.927731 2.431282
+-6.630462 -7.76179 2.403473
+-4.443126 -9.207179 2.414925
+-4.146115 -9.324673000000001 2.400839
+-3.810944 -9.462486999999999 2.397825
+2.329399 -9.885192 2.36002
+5.900648 -8.361046 2.422613
+6.720964 -7.704569 2.415596
+8.009898 -6.3052 2.392019
+8.427625000000001 -5.752412 2.399886
+8.638627 -5.427449 2.398646
+8.846629999999999 -5.094261 2.4037
+9.782135 -2.69825 2.35244
+-10.196648 -0.874134 2.423008
+10.208437 -0.986412 2.43872
+8.212656000000001 -6.047207 2.396049
+-6.86273 -7.541985 2.394566
+-6.402893 -7.974149 2.417515
+-3.50424 -9.591906 2.406363
+1.278236 -10.103361 2.383913
+6.18854 -8.126227999999999 2.408222
+6.468306 -7.908025 2.409809
+-1.524952 -10.083575 2.395562
+-7.269635 -7.09519 2.362024
+-2.771176 3.922493 -2.567261
+-2.791544 3.849156 -2.094673
+-2.790107 3.853914 -1.534588
+-2.788963 3.857742 -0.983176
+-2.789057 3.857424 -0.428113
+-2.794059 3.840956 0.115539
+-2.795446 3.836499 0.650822
+-2.799206 3.824645 1.174032
+-2.837175 3.719421 1.674259
+-5.706733 3.555041 1.627591
+-4.834979 2.812156 1.63024
+-3.716992 2.838152 1.598996
+-3.22526 3.15192 1.657138
+-5.832276 3.85839 -2.562427
+-5.823445 3.829666 -1.541301
+-5.81753 3.811438 -0.436134
+-5.823856 3.830962 0.62886
+-5.722855 3.585628 -2.996233
+-5.362551 3.121661 -2.992321
+-4.880003 2.828683 -2.992695
+-4.326838 2.723107 -3.000147
+-3.768784 2.818318 -3.004051
+-3.296267 3.089277 -3.002283
+-2.976711 3.44965 -3.084892
+-5.326464 3.090679 1.64444
+-4.282961 2.723262 1.604477
+-5.824146 3.831878 -2.080005
+-5.817854 3.812416 -0.995352
+-5.830792 3.853426 0.086289
+-5.791472 3.73873 1.138168
+-2.790161 3.853734 -3.017017
+-5.597219 3.3807 -2.442575
+-2.994853 3.422171 -1.81518
+-2.979748 3.444962 -1.246148
+-2.988707 3.431343 -0.689017
+-3.004789 3.40763 -0.148219
+-2.996735 3.41939 0.354754
+-3.000627 3.413679 0.858778
+-3.016707 3.390633 1.306554
+-5.59692 3.380287 -1.295359
+-5.065451 2.914013 1.172309
+-5.650821 3.459784 0.295791
+-5.621349 3.415039 -1.835814
+-3.984442 2.756873 1.097261
+-5.581261 3.359008 -0.723002
+-5.496361 3.255087 1.185966
+-5.138919 2.956302 -2.525336
+-4.627021 2.754893 -2.509507
+-4.074354 2.740688 -2.503074
+-3.521084 2.933228 -2.512007
+-3.015945 3.391706 -2.504502
+-5.596396 3.379563 -0.176754
+-3.402486 3.008362 1.115705
+-4.557753 2.742392 1.115004
+-5.594187 3.37652 0.732341
+-4.865214 2.823084 0.6175659999999999
+-3.277241 3.105332 -0.94419
+-3.291284 3.093433 -0.420409
+-3.397067 3.012157 0.116132
+-4.92615 2.847253 -2.018079
+-5.213309 3.004715 -1.043549
+-4.403094 2.725724 -1.979232
+-3.86438 2.787003 -2.028034
+-3.356105 3.041964 -2.005873
+-3.725828 2.83462 0.606775
+-5.334737 3.097616 -2.087987
+-4.301705 2.723047 0.583318
+-3.286868 3.097145 0.620438
+-5.273214 3.04823 0.786168
+-5.272335 3.047561 -1.598569
+-3.293932 3.09122 -1.452067
+-5.192624 2.990654 -0.4192
+-5.288831 3.060295 0.237589
+-3.99416 2.754865 0.07434300000000001
+-3.678734 2.854158 -0.272828
+-4.666531 2.763457 -0.043791
+-4.717045 2.775956 -0.81384
+-3.672549 2.856857 -1.602717
+-3.708689 2.841526 -1.13066
+-4.779778 2.793962 -1.462607
+-4.188395 2.727728 -1.381166
+-3.606564 2.887639 -0.687076
+-4.117786 2.734766 -0.608692
+-4.581031 -0.474369 -2.712201
+-4.57989 -0.470709 -2.122827
+-4.578856 -0.467365 -1.571046
+-4.582976 -0.480534 -1.009854
+-4.581175 -0.474829 -0.445667
+-4.577803 -0.463932 0.09904300000000001
+-4.575288 -0.455622 0.6360479999999999
+-4.579475 -0.469371 1.176457
+-4.624419 -0.595487 1.668959
+-7.498358 -0.744008 1.601634
+-6.627527 -1.495873 1.629474
+-5.503266 -1.472692 1.601181
+-5.002513 -1.150844 1.661349
+-7.623519 -0.432252 -2.585984
+-7.601346 -0.504074 -1.561382
+-7.601662 -0.50313 -0.437898
+-7.595036 -0.522539 0.670801
+-7.514399 -0.712952 -3.004771
+-7.165507 -1.173163 -2.939143
+-6.682648 -1.475127 -2.932742
+-6.123555 -1.587261 -2.958934
+-5.569094 -1.497507 -2.955442
+-5.091061 -1.228924 -2.958356
+-7.13022 -1.204386 1.626025
+-6.074395 -1.587353 1.596586
+-7.609719 -0.478343 -2.09738
+-7.603535 -0.497487 -1.006246
+-7.597708 -0.514811 0.125214
+-7.614031 -0.464476 1.166736
+-4.761101 -0.859186 -3.000469
+-4.762611 -0.861528 -1.844144
+-4.800228 -0.9171319999999999 -1.313196
+-4.803401 -0.9215989999999999 -0.740542
+-4.794459 -0.908927 -0.180284
+-4.774742 -0.880019 0.344613
+-4.780617 -0.888776 0.855931
+-4.795526 -0.910452 1.304021
+-7.379308 -0.934493 -0.744642
+-6.886883 -1.376467 1.197937
+-4.849515 -0.983073 -2.408102
+-7.315056 -1.016887 0.404066
+-7.371548 -0.945057 -1.31781
+-7.367092 -0.9510420000000001 -1.885262
+-7.33479 -0.992752 1.033033
+-5.7985 -1.559375 1.059773
+-6.987427 -1.313588 -2.306155
+-6.411994 -1.555733 -2.405393
+-5.854964 -1.569095 -2.424488
+-5.29953 -1.373241 -2.415165
+-7.355365 -0.966518 -0.164257
+-7.405324 -0.897679 -2.472492
+-5.180058 -1.296614 1.107452
+-6.401301 -1.557866 1.082093
+-7.00659 -1.300378 -1.02152
+-5.165989 -1.28656 -1.067128
+-5.145753 -1.271686 -0.442918
+-5.14017 -1.267496 0.100049
+-5.140293 -1.267588 -1.759191
+-7.018184 -1.292182 -1.614461
+-6.850957 -1.396494 0.6686839999999999
+-6.620906 -1.498209 -1.888066
+-5.515445 -1.477536 0.5226690000000001
+-6.111048 -1.587429 -1.860484
+-5.603263 -1.509095 -1.938
+-6.182204 -1.585158 0.437764
+-5.066139 -1.208115 0.588303
+-7.059531 -1.261651 -0.505126
+-6.84351 -1.400494 0.025621
+-5.676338 -1.531026 -0.13888
+-6.451964 -1.547077 -1.285889
+-5.551454 -1.491183 -0.747389
+-6.613641 -1.500734 -0.631234
+-5.723698 -1.543226 -1.338239
+-6.056823 -1.587017 -0.731546
+-6.271788 -1.577737 -0.191795
+-2.830042 -4.883527 -2.840812
+-2.818985 -4.854094 -2.188293
+-2.810186 -4.829316 -1.562314
+-2.805249 -4.81481 -0.9725240000000001
+-2.802902 -4.80775 -0.412819
+-2.803178 -4.808585 0.141207
+-2.80419 -4.811638 0.732981
+-2.797387 -4.790705 1.331118
+-5.707804 -5.064023 1.59518
+-4.865031 -5.79803 1.597801
+-3.790026 -5.810269 1.614737
+-2.972675 -5.16511 1.633072
+-5.813609 -4.821296 -1.625329
+-5.82001 -4.802057 -0.429104
+-5.853979 -4.681873 0.634026
+-5.810384 -4.830689 1.077924
+-5.696314 -5.084951 -2.8592
+-5.29995 -5.55197 -2.822599
+-4.779605 -5.827137 -2.863491
+-4.223978 -5.895662 -2.908492
+-3.669561 -5.762874 -2.892317
+-3.150505 -5.394273 -2.714511
+-3.299102 -5.534118 1.604441
+-4.32889 -5.897917 1.609145
+-5.344075 -5.515482 1.596705
+-5.824421 -4.788299 -2.301131
+-5.82063 -4.800148 -1.023948
+-5.829676 -4.771317 0.140071
+-3.544228 -5.700828 1.106519
+-5.567824 -5.279724 -0.05132
+-3.069724 -5.300762 -1.923243
+-3.044265 -5.267992 -1.297735
+-3.028139 -5.246284 -0.712152
+-3.015184 -5.228267 -0.158132
+-3.026398 -5.243893 0.410228
+-3.069746 -5.300791 1.048884
+-5.584513 -5.25768 -1.355641
+-4.083511 -5.881708 1.141598
+-4.619045 -5.867755 1.120463
+-5.520809 -5.337832 -2.112063
+-5.598765 -5.238202 -0.735942
+-5.131964 -5.668975 1.102823
+-5.683024 -5.108269 0.579117
+-4.996444 -5.742189 -2.200494
+-4.433909 -5.893221 -2.313163
+-3.935642 -5.853125 -2.438057
+-3.478048 -5.662241 -2.235987
+-5.537549 -5.317778 1.085797
+-5.316758 -5.538386 -1.045429
+-5.161549 -5.650639 -1.570928
+-3.388047 -5.602496 -1.005545
+-3.349862 -5.574361 -0.451506
+-3.321018 -5.551908 0.080403
+-3.371842 -5.590771 0.622688
+-4.887084 -5.789622 0.590933
+-5.350462 -5.509974 0.563104
+-4.373122 -5.896788 0.653054
+-4.544424 -5.880697 -1.588528
+-3.948455 -5.856182 -1.890724
+-3.852653 -5.83056 0.691065
+-3.437231 -5.636237 -1.60841
+-5.233141 -5.602395 -0.521257
+-5.114971 -5.679106 0.043985
+-3.81208 -5.817742 -0.697785
+-3.736919 -5.790771 -0.173986
+-3.666553 -5.761543 0.290256
+-4.883707 -5.790934 -1.013581
+-4.600964 -5.871228 0.124566
+-4.34721 -5.897599 -0.9007039999999999
+-4.756789 -5.834007 -0.42978
+-4.099367 -5.883917 0.213985
+-3.898495 -5.843621 -1.286356
+-4.234934 -5.896222 -0.312035
+1.485656 -6.655448 -2.833508
+1.488791 -6.647051 -2.189445
+1.489868 -6.644134 -1.577215
+1.500266 -6.614997 -0.969881
+1.502241 -6.609251 -0.391476
+1.497254 -6.623625 0.19209
+1.506763 -6.595821 0.744571
+1.538605 -6.486961 1.206666
+-1.397473 -6.849145 1.628321
+-0.530316 -7.592303 1.612973
+0.548848 -7.585605 1.602946
+1.344134 -6.940666 1.722374
+-1.534019 -6.504586 -2.757344
+-1.495612 -6.628259 -1.591731
+-1.511654 -6.580827 -0.433431
+-1.518346 -6.559446 0.652181
+-1.495814 -6.627692 1.167631
+-1.337218 -6.951572 -2.792659
+-0.986696 -7.339619 -2.819811
+-0.481979 -7.608565 -2.857903
+0.067859 -7.682049 -2.865189
+0.620741 -7.557108 -2.844912
+1.15612 -7.183908 -2.709444
+0.003555 -7.683496 1.610846
+-1.031114 -7.303046 1.639223
+1.035826 -7.299005 1.628634
+-1.504119 -6.603723 -1.000638
+-1.501592 -6.611147 -2.214311
+-1.516074 -6.566824 0.101303
+1.522555 -6.545424 1.648483
+-0.275566 -7.6594 1.102442
+1.223226 -7.107867 -1.937072
+1.219952 -7.111812 -1.30449
+1.250956 -7.073376 -0.690856
+1.256281 -7.066523 -0.09185500000000001
+1.211301 -7.122112 0.565823
+1.329673 -6.963252 1.214652
+0.881462 -7.416296 1.133074
+0.318521 -7.651217 1.113121
+-1.302725 -7.003228 0.367457
+-1.246915 -7.078527 -1.32689
+-1.26012 -7.061532 -0.71674
+-1.212688 -7.120473 -2.075379
+-1.275916 -7.040561 -0.148661
+-0.725309 -7.50812 -2.246307
+-0.175656 -7.673752 -2.290485
+0.382199 -7.636805 -2.262215
+0.859819 -7.430491 -2.284843
+-0.792829 -7.471347 1.140738
+-1.212144 -7.121116 1.212119
+-1.340361 -6.94664 0.819128
+-0.888536 -7.411546 -1.008916
+0.843135 -7.441095 -0.997086
+0.913728 -7.394174 -0.405066
+0.880458 -7.416966 0.15494
+0.667859 -7.536181 0.670135
+0.733444 -7.503912 -1.644633
+-0.418766 -7.627271 -1.829021
+-0.584842 -7.571844 0.614778
+0.095301 -7.680637 -1.726238
+-0.86515 -7.427042 -1.622279
+0.00495 -7.683492 0.575816
+-0.941109 -7.374464 0.186918
+-1.038243 -7.296919 0.719417
+0.199126 -7.670962 -1.081529
+0.502745 -7.60179 -0.167641
+-0.39088 -7.634626 -1.305724
+0.506466 -7.600543 -0.637977
+-0.900705 -7.403244 -0.399361
+-0.423632 -7.625932 -0.005512
+-0.419984 -7.626937 -0.707238
+0.088529 -7.68103 0.051565
+0.447627 -7.619084 0.268771
+0.042389 -7.682934 -0.439408
+5.800911 -4.85724 -2.864648
+5.812021 -4.825944 -2.213491
+5.816966 -4.811308 -1.590309
+5.814482 -4.818718 -1.012569
+5.809805 -4.832356 -0.43821
+5.804068 -4.848556 0.15028
+5.810496 -4.830367 0.744461
+5.828349 -4.775669 1.344825
+2.927568 -5.090004 1.560178
+3.784725 -5.808419 1.594793
+4.865743 -5.797764 1.57249
+5.660601 -5.145655 1.655132
+2.819258 -4.854843 -2.78126
+2.802556 -4.806701 -1.498932
+2.790055 -4.76696 -0.356223
+2.769855 -4.693273 0.662401
+2.829081 -4.881036 1.079303
+3.052731 -5.279086 -2.431842
+3.437972 -5.636724 -2.691045
+3.9397 -5.854105 -2.78066
+4.494531 -5.887323 -2.816773
+5.014668 -5.733314 -2.836958
+5.515008 -5.344627 -2.735091
+5.346623 -5.513292 1.594593
+4.330668 -5.897895 1.579297
+3.302244 -5.536708 1.571589
+2.7969 -4.789169 -0.91612
+2.808188 -4.823501 -2.121022
+2.780987 -4.735584 0.18989
+5.173365 -5.643062 1.054727
+2.962419 -5.148838 -0.031493
+5.592624 -5.246672 -1.972558
+5.581229 -5.262081 -1.356818
+5.568521 -5.278818 -0.74483
+5.569875 -5.277058 -0.148388
+5.502606 -5.3589 0.503771
+2.940692 -5.112844 0.5353019999999999
+4.630678 -5.865405 1.041496
+3.560927 -5.709902 1.125192
+4.065637 -5.879021 1.037518
+3.007979 -5.218011 -1.141623
+2.985826 -5.185356 -0.581055
+3.024564 -5.241365 -1.756906
+3.379275 -5.596188 -1.976318
+3.858172 -5.832211 -2.109204
+4.371102 -5.896867 -2.164634
+4.866492 -5.797485 -2.243091
+5.588886 -5.251769 1.124066
+3.162716 -5.407198 0.960411
+5.277878 -5.569245 -2.308488
+3.264767 -5.504906 0.273074
+5.184568 -5.635741 -1.101033
+5.171276 -5.644412 -0.482555
+5.217201 -5.613632 0.07367700000000001
+3.360532 -5.582401 -1.329851
+3.74918 -5.795464 -1.560146
+4.242266 -5.896555 -1.51946
+5.244246 -5.594391 -1.74558
+4.951874 -5.762702 0.516554
+3.704537 -5.777812 0.492927
+4.358213 -5.897306 0.458231
+3.221877 -5.465948 -0.269367
+3.341029 -5.567598 -0.74652
+4.733143 -5.840735 -0.069316
+4.605093 -5.870454 -0.816843
+3.868886 -5.835355 -0.8922
+4.767431 -5.830849 -1.595581
+4.163419 -5.891193 -0.182637
+3.621914 -5.740899 -0.22721
+7.571753 -0.585072 -2.877825
+7.550397 -0.636305 -2.226459
+7.606807 -0.487461 -1.556075
+7.606497 -0.488422 -0.989324
+7.61066 -0.475354 -0.43127
+7.608547 -0.482036 0.113952
+7.603531 -0.497502 0.665609
+7.614579 -0.462682 1.164606
+4.696729 -0.749797 1.576801
+5.54645 -1.489346 1.617985
+6.640166 -1.491321 1.624545
+7.502378 -0.736382 1.5938
+4.58169 -0.476467 -2.653293
+4.575129 -0.45509 -1.520875
+4.593763 -0.513265 -0.39943
+4.554084 -0.377691 0.646169
+4.59717 -0.523129 1.094002
+4.796491 -0.911829 -2.87508
+5.164348 -1.285372 -2.928606
+5.637729 -1.519916 -2.906506
+6.189013 -1.584773 -2.894068
+6.755572 -1.443995 -2.875714
+7.236916 -1.103842 -2.851225
+6.08444 -1.587458 1.640628
+5.063484 -1.205847 1.59354
+7.136353 -1.199092 1.58598
+4.569494 -0.435815 -2.074616
+4.587019 -0.493083 -0.9788559999999999
+4.581203 -0.474918 0.164352
+5.800212 -1.559701 1.174711
+7.385789 -0.925528 -1.782562
+7.399629 -0.905929 -1.264391
+7.397058 -0.909618 -0.734565
+7.395208 -0.912258 -0.185934
+7.383642 -0.928513 0.37817
+7.351457 -0.971588 1.012317
+6.354001 -1.566394 1.180274
+5.293108 -1.369496 1.122137
+4.871129 -1.009875 1.101715
+4.732909 -0.81372 0.5862810000000001
+4.73617 -0.819157 -1.79032
+4.831046 -0.959191 -0.710578
+5.031643 -1.177837 -2.446473
+5.429731 -1.440917 -2.3615
+5.951517 -1.580911 -2.319133
+6.515039 -1.531197 -2.331571
+7.090674 -1.237247 -2.238477
+4.863057 -1.000004 -0.022878
+6.886549 -1.376658 1.115964
+4.759689 -0.856989 -2.293636
+4.820706 -0.9454 -1.309271
+7.072376 -1.251737 -1.032145
+7.070137 -1.253481 -0.498808
+7.052585 -1.266926 0.027125
+7.010737 -1.297464 0.583631
+6.05382 -1.58694 0.769889
+5.54121 -1.487402 0.685469
+6.564927 -1.516662 0.709789
+5.289719 -1.367504 -1.116122
+5.646798 -1.522621 -1.749891
+6.237363 -1.581193 -1.787662
+6.744652 -1.448933 -1.866528
+5.086605 -1.225266 0.576408
+7.08053 -1.245334 -1.585324
+5.185806 -1.300655 -0.466531
+5.089974 -1.228034 -1.860933
+6.641151 -1.490962 -0.290272
+6.645546 -1.489347 0.209856
+5.418199 -1.435528 0.054351
+6.039557 -1.586496 -1.147689
+6.624685 -1.49688 -0.827829
+6.251026 -1.579912 0.384529
+5.832839 -1.565536 0.348947
+6.634496 -1.493378 -1.365018
+5.67678 -1.531147 -0.572643
+6.209221 -1.583457 -0.59195
+6.089355 -1.587486 -0.093538
+5.833897 3.863884 -2.557626
+5.823055 3.828441 -2.063713
+5.824287 3.832323 -1.513191
+5.828274 3.845133 -0.961599
+5.829259 3.848359 -0.41769
+5.830367 3.852014 0.131233
+5.834112 3.864617 0.660258
+5.828638 3.846321 1.176717
+5.786854 3.726911 1.675158
+2.919011 3.546422 1.625627
+3.80046 2.807196 1.603976
+4.912537 2.8416 1.61968
+5.404604 3.160244 1.665795
+2.791493 3.849324 -2.554059
+2.791019 3.850887 -1.538768
+2.802991 3.813027 -0.434396
+2.80034 3.821132 0.630012
+2.904938 3.57263 -2.994628
+3.275924 3.106463 -2.961264
+3.774777 2.816156 -2.978638
+4.333355 2.723187 -2.986531
+4.883191 2.829913 -2.982822
+5.370481 3.128726 -2.968219
+5.724051 3.587961 -2.992724
+3.298955 3.08705 1.62497
+4.354981 2.723646 1.608597
+2.795455 3.836472 -2.072639
+2.794634 3.839102 -0.996632
+2.801083 3.818845 0.103498
+2.824964 3.750816 1.156057
+3.041976 3.356089 -2.398111
+5.630168 3.428087 -1.805735
+5.618627 3.411067 -1.25625
+5.611379 3.400617 -0.7098179999999999
+5.615135 3.406011 -0.15709
+5.6277 3.424408 0.363513
+5.629424 3.426976 0.873591
+5.616466 3.407933 1.308167
+2.980352 3.444035 -1.276443
+3.550332 2.916871 1.140618
+3.035632 3.364579 0.326682
+2.985697 3.435884 -1.819851
+5.601424 3.386547 -2.428592
+4.661699 2.762353 1.127261
+3.020182 3.385765 -0.740201
+3.050492 3.344873 -0.199864
+3.125521 3.254148 1.189991
+3.525626 2.930634 -2.466735
+4.070415 2.741286 -2.468021
+4.627321 2.754954 -2.466202
+5.141348 2.95779 -2.491406
+4.091271 2.738236 1.127097
+5.24029 3.023787 1.122838
+2.99157 3.427053 0.807604
+3.316187 3.073004 -1.066748
+5.270265 3.045987 -1.01134
+5.296639 3.066444 -0.45762
+5.240029 3.023598 0.146079
+4.92861 2.84829 0.645855
+3.82826 2.798048 -1.964028
+3.344349 3.050894 -1.980698
+4.371485 2.724194 0.642049
+4.389555 2.724991 -1.937267
+4.917321 2.84357 -1.974547
+3.810639 2.803781 0.632508
+3.398705 3.011006 -0.539584
+5.358012 3.117659 0.630009
+3.321402 3.068833 0.6932160000000001
+5.338001 3.100381 -2.057851
+3.232145 3.145509 -1.519002
+5.27762 3.051603 -1.555306
+3.473889 2.961375 0.088343
+4.912466 2.841571 -0.233904
+4.669433 2.764127 0.194121
+3.767975 2.818612 -0.95429
+4.752834 2.785886 -1.361478
+4.117297 2.734826 -1.430228
+4.10285 2.736665 0.136435
+4.838441 2.813373 -0.731313
+3.896264 2.778026 -0.396752
+3.610068 2.885911 -1.487202
+4.441426 2.728429 -0.314536
+4.305288 2.723032 -0.876813
+1.484187 5.532667 -2.831356
+1.492258 5.554408 -2.182718
+1.501622 5.580939 -1.586644
+1.506932 5.596689 -0.999394
+1.508407 5.601161 -0.422087
+1.504935 5.590701 0.155116
+1.49795 5.570356 0.73947
+1.508842 5.602491 1.332347
+-1.409585 5.365777 1.662525
+-0.603904 4.627853 1.645665
+0.489709 4.58592 1.600983
+1.32789 5.226021 1.620603
+-1.502711 5.584125 -1.622572
+-1.510685 5.608162 -0.425048
+-1.500688 5.578223 0.660006
+-1.490575 5.549792 1.182285
+-1.408376 5.363447 -2.854794
+-1.030085 4.888076 -2.833318
+-0.517728 4.595296 -2.865025
+0.036796 4.508926 -2.900907
+0.60732 4.629263 -2.872453
+1.138731 4.989904 -2.696128
+0.982075 4.848729 1.58469
+-1.058735 4.913107 1.680576
+-0.076705 4.510354 1.63252
+-1.507271 5.597714 -1.001639
+-1.519805 5.637362 -2.289643
+-1.509299 5.603891 0.136735
+0.7067 4.674476 1.11478
+-1.276198 5.15182 -0.170111
+1.238858 5.103334 -1.917284
+1.275422 5.150772 -1.298792
+1.299077 5.183556 -0.727251
+1.291098 5.172299 -0.159503
+1.264518 5.136235 0.430177
+1.222791 5.083608 1.054973
+0.147213 4.51534 1.150365
+-0.432176 4.568459 1.169169
+-0.911428 4.79621 1.214434
+-1.25198 5.119935 1.31753
+-1.261196 5.131874 -1.33725
+-1.272621 5.147004 -0.728575
+-1.242121 5.107419 -2.094611
+-0.751352 4.697563 -2.226067
+-0.181245 4.51888 -2.308246
+0.329346 4.543039 -2.400427
+0.805491 4.728031 -2.206303
+-1.268265 5.141191 0.380753
+-1.254723 5.123464 0.878962
+-0.369359 4.552067 -1.740793
+0.960043 4.831692 -1.003423
+0.9771030000000001 4.84483 -0.465606
+0.924111 4.805196 0.051915
+0.846861 4.753248 0.594051
+0.323089 4.541725 0.671298
+-0.236414 4.526202 0.72644
+-0.825027 4.739723 0.701415
+0.290489 4.535304 -1.798828
+-0.892267 4.782982 -1.614679
+-0.927229 4.807434 0.103147
+0.865634 4.765273 -1.585381
+-0.917862 4.800745 -0.440792
+-0.931215 4.810312 -1.008407
+0.532458 4.600459 -0.304994
+0.435756 4.569477 0.185197
+-0.074931 4.510269 0.253657
+-0.529106 4.599269 0.32974
+-0.053876 4.509414 -1.229181
+-0.548714 4.606346 -1.259126
+-0.500568 4.589485 -0.135877
+0.6335460000000001 4.640398 -0.747463
+0.486988 4.585041 -1.203132
+0.17552 4.518233 -0.748322
+-0.41411 4.563463 -0.719048
+0.020107 4.508627 -0.243421
+3.125166 -0.560325 1.545776
+2.924961 -1.235002 1.446487
+2.49522 -1.963288 1.421541
+1.847891 -2.581845 1.446849
+1.042341 -2.999025 1.442141
+0.147727 -3.171561 1.464901
+-0.769234 -3.080406 1.448591
+-1.610597 -2.736166 1.410908
+-2.277833 -2.21181 1.433779
+-3.415981 -0.691987 -0.385064
+-3.61549 -0.647844 -1.085601
+-3.819206 -0.586843 -1.798255
+-3.981817 -0.568477 -2.388533
+-3.85653 -1.631087 -3.004626
+-3.548652 -2.176842 -2.914481
+-3.187238 -2.693762 -2.951759
+-2.778533 -3.122553 -2.976667
+-2.263334 -3.494406 -2.915371
+-1.666204 -3.818927 -2.927417
+-0.972959 -4.066267 -2.981396
+-0.336059 -4.16553 -2.973984
+0.298779 -4.159948 -2.942634
+0.9360889999999999 -4.061489 -2.932574
+1.574492 -3.851217 -2.905212
+2.217023 -3.510709 -2.873503
+2.721451 -3.140792 -2.887249
+3.155849 -2.697525 -2.871595
+3.533838 -2.179012 -2.871631
+3.85309 -1.540505 -2.86415
+4.075449 -0.843114 -2.909352
+3.381304 -0.57394 -0.1772
+3.795344 -0.606526 -1.721651
+-3.110482 -1.26122 0.096044
+-1.880003 -2.833093 -0.06693399999999999
+0.09218 -3.380291 0.002388
+1.915079 -2.801423 -0.042029
+3.192532 -1.3418 -0.301768
+-3.267929 -0.540133 0.260951
+-4.025113 -0.991322 -2.848308
+-0.895696 -3.262218 -0.002837
+3.566195 -0.690656 -0.934023
+3.990436 -0.523014 -2.397386
+-2.669794 -2.09565 -0.044257
+1.035571 -3.22577 -0.021394
+-3.562971 -1.231649 -1.446753
+-3.758342 -1.200938 -2.102509
+-3.230263 -1.546969 -0.744142
+-1.464534 -3.300501 -0.853344
+-3.25172 -2.35919 -2.370625
+-2.90492 -2.815413 -2.475073
+-2.464071 -3.167109 -2.353319
+-1.894072 -3.525384 -2.313097
+-1.305509 -3.804006 -2.387039
+-0.6368470000000001 -3.991546 -2.462568
+-0.040252 -4.038346 -2.449567
+0.560324 -3.986471 -2.40146
+1.159391 -3.824288 -2.291412
+1.791528 -3.556796 -2.240426
+2.340579 -3.234066 -2.276518
+2.825942 -2.817911 -2.271413
+3.219143 -2.355233 -2.263664
+3.569447 -1.755406 -2.222626
+3.502685 -1.36145 -1.402445
+1.566594 -3.239073 -0.805531
+-0.398644 -3.539636 -0.67112
+0.640361 -3.54724 -0.82997
+3.826978 -1.12059 -2.259676
+-3.641319 -1.743943 -2.445262
+2.42129 -2.718465 -0.963758
+-2.586232 -2.551127 -0.935097
+3.004242 -2.057611 -0.967108
+2.639838 -2.159858 -0.106877
+-2.78928 -2.692797 -1.84672
+-2.140642 -3.159666 -1.620955
+-1.462962 -3.553026 -1.717639
+-0.928738 -3.787332 -1.930799
+-0.355162 -3.871014 -1.885006
+0.188841 -3.901577 -1.955434
+0.694402 -3.772009 -1.691391
+1.331444 -3.553682 -1.540331
+1.98111 -3.246823 -1.572383
+2.506706 -2.918004 -1.734177
+2.887967 -2.49516 -1.621122
+-3.292792 -1.948045 -1.655884
+3.26376 -2.005101 -1.67304
+-0.774524 -3.662211 -1.347383
+0.018858 -3.741396 -1.340764
+11.158847 0.618951 3.024695
+11.085261 1.421255 3.013376
+10.935824 2.304501 3.017121
+10.75353 3.043775 3.01681
+10.488599 3.85905 3.005369
+10.208864 4.547755 3.010858
+9.812404000000001 5.349739 3.020735
+9.440293 5.98196 3.01189
+8.954432000000001 6.687385 3.015592
+8.509114 7.245547 3.004869
+7.924821 7.880367 3.008656
+7.370301 8.401287999999999 3.00411
+6.732536 8.920534 3.001449
+6.09797 9.365774999999999 3.010374
+5.385796 9.792659 3.015872
+4.685428 10.146415 3.011749
+3.904702 10.471689 3.007607
+3.156634 10.720944 3.016719
+2.319359 10.932683 3.012892
+1.568275 11.065419 2.999896
+0.830168 11.145124 3.01542
+-0.054666 11.175866 3.03815
+-0.9446639999999999 11.136004 3.007285
+-1.674804 11.049797 3.00621
+-2.513117 10.889776 3.004765
+-3.243924 10.694855 3.014086
+-4.055771 10.414111 3.008836
+-4.752984 10.114945 3.015104
+-5.527678 9.713277 3.010633
+-6.181474 9.310873000000001 2.993145
+-6.762621 8.897748999999999 2.999838
+-7.429191 8.349257 3.025453
+-8.042812 7.759907 3.010438
+-8.521547 7.23092 2.99942
+-8.963901 6.674688 3.008894
+-9.445516 5.97371 3.032813
+-9.896919 5.191722 3.006551
+-10.209184 4.547036 2.990052
+-10.491166 3.852066 3.015297
+-10.762161 3.013116 3.007612
+-10.93927 2.288088 3.016363
+-11.08449 1.427256 3.018222
+-11.158872 0.618516 3.019366
+11.128002 1.034669 2.949981
+11.021317 1.852982 3.020371
+10.853187 2.666703 2.946449
+10.627483 3.458262 3.018834
+10.354915 4.204606 2.938341
+10.021649 4.946669 3.026131
+9.629633999999999 5.672136 2.947494
+9.204815 6.338324 3.024747
+8.737551 6.96837 2.937666
+8.235265 7.555355 3.023717
+7.64166 8.155244 2.942655
+7.057392 8.665806 3.010821
+6.420705 9.147542 2.935368
+5.748814 9.584054999999999 3.020474
+5.037039 9.976533 2.946528
+4.30937 10.311756 3.016355
+3.547539 10.598016 2.93849
+2.749187 10.832587 3.016831
+1.942706 11.005856 2.941799
+1.209192 11.110393 2.940053
+0.398439 11.168895 3.036446
+-0.514036 11.164172 3.021647
+-1.308994 11.099077 2.934494
+-2.109996 10.975012 3.023476
+-2.886473 10.796817 2.934242
+-3.659923 10.559732 3.01919
+-4.399917 10.273447 2.938629
+-5.140295 9.923726 3.035265
+-5.848015 9.523849 2.93618
+-6.479883 9.105718 2.931384
+-7.081798 8.645873 3.015843
+-7.749193 8.053134999999999 3.020488
+-8.276745999999999 7.50989 2.930689
+-8.753107 6.94882 2.931274
+-9.208479000000001 6.333 3.027026
+-9.674077 5.595999 3.027006
+-10.058642 4.871006 2.92934
+-10.354218 4.206323 2.930151
+-10.638899 3.422981 3.02483
+-10.86029 2.637626 2.942472
+-11.020922 1.855329 3.025731
+-11.130255 1.010151 2.951639
+9.883632 -0.47547 1.028539
+10.216453 -0.387041 0.632625
+10.600159 -0.336839 0.446523
+-10.849815 -0.587428 0.408794
+-10.750216 -1.392611 0.409754
+-10.605671 -2.164725 0.410634
+-10.40243 -2.896575 0.412593
+-10.056178 -3.641842 0.426361
+-9.847966 -4.46904 0.411294
+-9.526512 -5.176738 0.409651
+-9.090819 -5.834228 0.412276
+-8.619982 -6.453162 0.415638
+-8.109833 -7.104602 0.414147
+-7.535534 -7.700391 0.41495
+-6.936744 -8.246034 0.414774
+-6.343552 -8.766857999999999 0.410836
+-5.718429 -9.167930999999999 0.41201
+-5.05752 -9.578982 0.410169
+-4.384823 -9.90071 0.410395
+-3.657238 -10.18275 0.410943
+-2.9106 -10.383141 0.413977
+-2.152288 -10.574634 0.413198
+-1.359508 -10.689998 0.41473
+-0.592634 -10.792539 0.411723
+0.180114 -10.78894 0.413292
+0.951729 -10.808688 0.409291
+1.717268 -10.650647 0.413504
+2.478027 -10.53586 0.410697
+3.210798 -10.272763 0.416225
+3.94947 -10.00996 0.416455
+4.684213 -9.732904 0.412315
+5.395013 -9.422589 0.409028
+6.017728 -9.023166 0.409489
+6.621011 -8.560927 0.410749
+7.199807 -8.110139999999999 0.409528
+7.693356 -7.536166 0.415458
+8.239905 -6.927597 0.415959
+8.754936000000001 -6.275183 0.415223
+9.256079 -5.679486 0.408968
+9.606968999999999 -4.9925 0.410483
+9.960603000000001 -4.324613 0.408991
+10.223555 -3.594991 0.409897
+10.411719 -2.84441 0.413031
+10.635778 -2.088297 0.409813
+10.737228 -1.334558 0.410926
+10.813619 -0.6246620000000001 0.410197
+-9.900067 -0.321674 1.008417
+-10.465531 -0.590581 0.487446
+-9.862087000000001 -0.717767 1.042687
+-9.72861 -1.400805 1.193947
+-9.671312 -1.797888 1.168958
+-9.596441 -2.190837 1.150605
+-9.510888 -2.580191 1.120156
+-9.388627 -2.973701 1.136911
+-9.258578 -3.349958 1.143246
+-9.117658 -3.720044 1.139501
+-8.94942 -4.080661 1.172425
+-8.770994999999999 -4.442142 1.185067
+-8.578951999999999 -4.797273 1.193268
+-8.38691 -5.142443 1.166198
+-8.182378 -5.469717 1.153814
+-7.959878 -5.800542 1.134622
+-7.730654 -6.107435 1.126831
+-7.489851 -6.400641 1.126526
+-7.227496 -6.691693 1.133329
+-6.9669 -6.964397 1.129943
+-6.699437 -7.226216 1.121954
+-6.412616 -7.472661 1.140624
+-6.111058 -7.722758 1.137349
+-5.797932 -7.962704 1.132622
+-5.467806 -8.199317000000001 1.118678
+-5.102227 -8.431004 1.120133
+-4.737556 -8.628072 1.151087
+-4.371071 -8.812887999999999 1.167963
+-4.013358 -8.975914 1.183303
+-3.645871 -9.129818 1.187796
+-3.272519 -9.282776 1.152343
+-2.892531 -9.413024999999999 1.139312
+-2.488771 -9.526871 1.141604
+-2.108794 -9.605560000000001 1.177068
+-1.719324 -9.686748 1.165572
+-1.341596 -9.760740999999999 1.125743
+-0.944692 -9.810013 1.118276
+-0.521591 -9.843259 1.114012
+-0.121995 -9.852872 1.122831
+0.305943 -9.839150999999999 1.149028
+0.69657 -9.813003 1.166913
+1.105098 -9.773415 1.172888
+1.502127 -9.728092999999999 1.1505
+1.899517 -9.667373 1.126499
+2.299904 -9.589566 1.102954
+2.698236 -9.479348 1.117015
+3.086124 -9.355836999999999 1.127888
+3.450974 -9.223075 1.13896
+3.831148 -9.076193999999999 1.128003
+4.203219 -8.906876 1.135504
+4.586878 -8.705925000000001 1.159134
+4.94291 -8.499495 1.18335
+5.303721 -8.27416 1.196739
+5.63656 -8.055362000000001 1.185596
+5.956088 -7.820236 1.190198
+6.262158 -7.577359 1.190211
+6.572813 -7.313379 1.1812
+6.866635 -7.049886 1.156357
+7.14602 -6.771865 1.146017
+7.4111 -6.477848 1.151252
+7.673971 -6.170142 1.140875
+7.921357 -5.857218 1.128013
+8.140743000000001 -5.543031 1.135858
+8.353770000000001 -5.202471 1.156414
+8.554771000000001 -4.850393 1.177594
+8.76835 -4.475491 1.147397
+8.945363 -4.1223 1.133679
+9.103832000000001 -3.746107 1.147527
+9.24117 -3.369488 1.171084
+9.379113 -2.975421 1.160855
+9.493986 -2.601221 1.149081
+9.58253 -2.220003 1.170989
+9.664942 -1.817315 1.177077
+9.741967000000001 -1.407589 1.151208
+9.817386000000001 -0.967233 1.09468
+-10.68987 -1.790914 0.409813
+-10.775442 -0.963327 0.411023
+-10.484987 -2.527163 0.413791
+-10.269464 -3.281994 0.414201
+-9.974498000000001 -4.075705 0.414841
+-9.696728 -4.837417 0.40994
+-9.319896999999999 -5.521684 0.410133
+-8.852309 -6.121869 0.416216
+-8.375624999999999 -6.776194 0.415013
+-7.836515 -7.410009 0.413802
+-7.239549 -7.974327 0.415356
+-6.622587 -8.513750999999999 0.413695
+-6.041826 -8.997085 0.409882
+-5.391492 -9.365733000000001 0.411886
+-4.727351 -9.752160999999999 0.409879
+-4.025209 -10.055654 0.410213
+-3.286649 -10.285205 0.412646
+-2.531173 -10.491128 0.413132
+-1.759443 -10.650491 0.412888
+-0.983561 -10.740157 0.413806
+-0.205139 -10.812534 0.4113
+0.559148 -10.820786 0.410001
+1.326281 -10.723274 0.412024
+2.106625 -10.614774 0.410797
+2.831345 -10.399085 0.414567
+3.582451 -10.132754 0.418171
+4.320234 -9.864595 0.415494
+5.041393 -9.582058999999999 0.410448
+5.721018 -9.222751000000001 0.409193
+6.316296 -8.80242 0.41006
+6.91076 -8.340776 0.41019
+7.456938 -7.82772 0.411551
+7.977831 -7.249415 0.414361
+8.504338000000001 -6.596966 0.416199
+9.010761 -5.994758 0.410738
+9.42839 -5.354089 0.409635
+9.771113 -4.647742 0.410905
+10.004263 -3.95873 0.416686
+10.334613 -3.232316 0.410391
+10.51146 -2.46465 0.412737
+10.699863 -1.708185 0.409994
+10.773506 -0.9613429999999999 0.411169
+-10.126181 -0.440255 0.706265
+-9.763176 -1.051774 1.225541
+-8.181051999999999 -6.387815 0.534455
+10.453802 -0.693971 0.489598
+-8.982217 -5.514205 0.466349
+-10.377893 -1.893572 0.463221
+-10.418971 -1.103641 0.489417
+-10.084166 -2.617669 0.515164
+-9.850586 -3.226947 0.5417689999999999
+-9.617119000000001 -3.82693 0.550052
+-9.452491 -4.541853 0.485526
+-9.131548 -5.204317 0.476631
+-6.165019 -8.336601 0.540238
+-7.651054 -7.008531 0.536361
+-6.481969 -8.087285 0.542475
+-7.097781 -7.569596 0.535877
+2.215409 -10.25429 0.484028
+-6.803627 -7.822922 0.540727
+-5.364598 -8.928580999999999 0.516167
+-4.748256 -9.374393 0.477417
+-10.149416 -2.202861 0.531235
+-4.091207 -9.679214999999999 0.477417
+-10.043176 -2.967254 0.491414
+-3.375405 -9.896271 0.498216
+-4.430194 -9.531093 0.476661
+-2.621357 -10.053973 0.529011
+-1.872265 -10.267891 0.5064959999999999
+-1.480783 -10.284883 0.528581
+-1.089387 -10.339953 0.525444
+-0.375551 -10.477031 0.486819
+0.395608 -10.373316 0.533744
+1.08643 -10.439796 0.481987
+2.894828 -9.987237 0.524881
+1.866635 -10.246994 0.516469
+2.536988 -10.110615 0.512506
+5.644066 -8.876521 0.473565
+3.643714 -9.713851 0.536933
+5.097234 -9.207796 0.471591
+6.25283 -8.432180000000001 0.481444
+5.40873 -9.098034999999999 0.452422
+4.751033 -9.321116999999999 0.495662
+5.950748 -8.659628 0.47785
+-9.890805 -1.166802 0.915774
+6.552757 -8.210114000000001 0.478841
+7.106557 -7.78046 0.467115
+7.525102 -7.128832 0.541764
+8.076378999999999 -6.512818 0.536701
+8.329319 -6.189683 0.535563
+8.573028000000001 -5.826567 0.541809
+9.061156 -5.345048 0.473125
+9.369138 -4.654237 0.495921
+9.541171 -4.240026 0.504851
+9.876697999999999 -3.644277 0.470516
+10.021077 -2.966261 0.500457
+10.056569 -2.577246 0.53338
+10.252928 -2.21033 0.484964
+10.376294 -1.46018 0.488905
+-2.99896 -9.959835999999999 0.523284
+-5.062431 -9.153840000000001 0.496358
+-3.737252 -9.809222 0.481656
+-10.117145 -0.878594 0.6886139999999999
+-9.855822 -1.570043 0.885069
+10.085071 -0.800957 0.724239
+-9.826917999999999 -1.985893 0.82447
+-9.768071000000001 -2.3923 0.787409
+-9.688217 -2.841251 0.7447780000000001
+-9.501694000000001 -3.222582 0.8149690000000001
+-9.354815 -3.58717 0.832713
+-9.223841999999999 -3.975355 0.80213
+-8.989896999999999 -4.336772 0.883382
+-8.812647 -4.670444 0.894238
+-8.628377 -5.030633 0.874178
+-8.451726000000001 -5.370192 0.839708
+-8.260878999999999 -5.722754 0.795767
+-8.025244000000001 -6.052512 0.793153
+-7.787444 -6.35981 0.790067
+-7.530529 -6.667774 0.785729
+-7.273104 -6.954746 0.780222
+-6.996078 -7.222097 0.789366
+-6.713154 -7.481115 0.7933789999999999
+-6.4196 -7.732436 0.795202
+-6.100088 -7.983238 0.7985989999999999
+-5.764451 -8.202709 0.824392
+-5.419829 -8.498105000000001 0.762527
+-5.003461 -8.748215 0.763934
+-4.582836 -8.877300999999999 0.870512
+-4.23289 -9.036284 0.88726
+-3.881156 -9.189695 0.8914570000000001
+-3.532495 -9.336838 0.881301
+-3.155935 -9.553513000000001 0.782283
+-2.737321 -9.676524000000001 0.78799
+-2.324159 -9.790635 0.780683
+-1.956068 -9.775866000000001 0.900295
+-1.62651 -9.938302 0.772039
+-1.210299 -9.990878 0.779339
+-0.799735 -10.041912 0.768562
+-0.346473 -10.092521 0.742513
+0.114737 -10.049816 0.794617
+0.524114 -10.000728 0.838512
+0.920033 -9.946123 0.873085
+1.317056 -9.922288999999999 0.845156
+1.691972 -9.912296 0.788651
+2.148503 -9.880133000000001 0.729909
+2.573259 -9.733359 0.775068
+2.967678 -9.608191 0.788194
+3.336906 -9.480148 0.794838
+3.713963 -9.344576999999999 0.788749
+4.09165 -9.185425 0.788807
+4.500564 -9.005855 0.775037
+4.878972 -8.722116 0.865638
+5.229438 -8.508092 0.875682
+5.576987 -8.271428 0.891061
+5.88832 -8.047954000000001 0.896732
+6.213889 -7.805396 0.889803
+6.521882 -7.56478 0.873851
+6.846497 -7.310612 0.836573
+7.148654 -7.047974 0.808365
+7.426632 -6.766688 0.798612
+7.698214 -6.466988 0.790467
+7.957691 -6.143779 0.7912400000000001
+8.19293 -5.813144 0.800138
+8.394843 -5.475699 0.827917
+8.584633999999999 -5.113964 0.867772
+8.793464999999999 -4.750647 0.86468
+9.053328 -4.399795 0.777212
+9.217079 -3.984503 0.805185
+9.339183999999999 -3.597044 0.846942
+9.464074999999999 -3.217819 0.8626779999999999
+9.652544000000001 -2.81551 0.789655
+9.708283 -2.43599 0.845263
+9.768155999999999 -2.048839 0.884185
+9.849690000000001 -1.676299 0.869301
+10.008672 -1.261345 0.753489
+-5.696771 -8.789458 0.490678
+-10.390867 -1.548363 0.478434
+-7.925599 -6.706311 0.533057
+1.456805 -10.280928 0.532311
+-9.292085999999999 -4.875273 0.483058
+-8.433019 -6.053794 0.533693
+-9.555095 -4.185808 0.508972
+-8.66999 -5.707729 0.534127
+-7.376749 -7.291948 0.53812
+-6.013944 -8.663902 0.464082
+-2.261182 -10.186308 0.507818
+-0.718983 -10.382602 0.520387
+-0.015409 -10.408095 0.520077
+0.746752 -10.516483 0.465282
+4.006221 -9.571858000000001 0.536054
+3.272985 -9.848495 0.535171
+6.832772 -7.984309 0.477228
+7.219634 -7.447333 0.538198
+7.811589 -6.816857 0.540649
+8.903700000000001 -5.650768 0.464451
+9.225496 -5.021213 0.479236
+9.973113 -3.336437 0.474475
+10.341417 -1.828656 0.479834
+10.387075 -1.076219 0.504047
+4.367459 -9.424386999999999 0.530483
+-2.015615 -9.980865 0.665365
+1.114063 -10.146012 0.645512
+-8.943277 -4.935583 0.639455
+-9.248232 -4.302572 0.650955
+-4.776716 -9.054243 0.622824
+-3.808102 -9.46368 0.650139
+10.022089 -1.933566 0.645579
+-10.105206 -1.334272 0.656716
+4.884572 -8.994873999999999 0.623879
+-9.101877 -4.613341 0.647651
+6.51935 -7.864988 0.638787
+9.055946 -4.758824 0.627847
+9.729436 -3.145445 0.631522
+9.579717 -3.833113 0.568898
+8.881527999999999 -5.066434 0.631723
+-3.501733 -9.593491 0.641151
+-10.092605 -1.75462 0.61777
+-9.649051999999999 -3.487395 0.6065390000000001
+-8.767598 -5.286398 0.622097
+5.228835 -8.817291000000001 0.612699
+5.565273 -8.561120000000001 0.64237
+5.884516 -8.328079000000001 0.653204
+6.209107 -8.10169 0.645217
+9.641121 -3.463997 0.61738
+-5.789314 -8.464079999999999 0.610248
+6.830194 -7.630134 0.620193
+0.788127 -10.2027 0.6256930000000001
+-4.152782 -9.327151000000001 0.643271
+-4.470342 -9.192421 0.634144
+8.706046000000001 -5.396742 0.618447
+9.947124000000001 -2.246736 0.652864
+10.102677 -1.619832 0.626713
+11.161351 0.57204 0.011811
+11.08427 1.428961 0.000124
+10.950963 2.231454 -0.158126
+10.762698 3.011198 -0.005478
+10.513907 3.789556 0.012383
+10.203036 4.560815 0.017578
+9.837215 5.303977 0.007569
+9.441153 5.980602 0.011501
+8.968159999999999 6.668964 0.026013
+8.578531999999999 7.163223 -0.161772
+8.070334000000001 7.731279 -0.077585
+7.488415 8.296181000000001 -0.001999
+6.791462 8.875755 0.019925
+6.149037 9.332326999999999 0.010752
+5.518858 9.718291000000001 -0.009109000000000001
+4.705225 10.13725 0.023087
+4.029442 10.424326 0.014241
+3.267005 10.687827 0.008293999999999999
+2.51098 10.890269 -0.009422
+1.603742 11.060334 0.027864
+0.93152 11.137111 -0.159366
+0.13049 11.175238 0.003947
+-0.681968 11.155174 -0.01081
+-1.385094 11.089837 -0.020393
+-2.183149 10.960695 0.002098
+-3.104788 10.736073 0.012616
+-3.814992 10.504704 -0.009674
+-4.601505 10.18475 0.015211
+-5.293 9.843126 -0.014054
+-5.932681 9.471339 -0.010308
+-6.640529 8.989235000000001 -0.00461
+-7.321338 8.443991 0.019119
+-7.748955 8.053364 -0.182163
+-8.302303999999999 7.481626 0.054479
+-8.862111000000001 6.809256 0.009677
+-9.349996000000001 6.122136 -0.005778
+-9.704444000000001 5.543171 -0.171038
+-10.034365 4.920824 -0.152901
+-10.33042 4.264434 0.014869
+-10.634753 3.435843 0.011784
+-10.865825 2.614731 -0.004086
+-11.021847 1.849826 -0.178118
+-11.126706 1.048519 0.005423
+10.948976 2.241182 0.17243
+10.873804 2.581351 0.006755
+8.713056 6.998974 0.146356
+8.255513000000001 7.533225 0.170852
+7.035704 8.683424 0.191216
+6.456801 9.122099 0.171193
+5.805846 9.549614 0.158048
+4.353433 10.293231 0.173786
+3.612708 10.575978 0.167301
+2.854356 10.805352 0.162884
+1.161803 11.115448 0.148371
+0.439899 11.167339 0.186207
+-2.776253 10.825682 0.190622
+-3.510772 10.610252 0.164346
+-6.412963 9.152971000000001 0.190156
+-7.6473 8.149956 0.135829
+-7.967473 7.837241 0.029651
+-9.667593 5.607194 0.14996
+-10.002893 4.984486 0.170232
+-11.009524 1.92181 0.150789
+-11.072879 1.514701 0.010855
+-11.160154 0.594932 0.000961
+11.12863 1.027896 0.010228
+11.017878 1.873324 0.009312000000000001
+10.641112 3.416097 0.005569
+10.362407 4.186107 0.009972
+10.028689 4.932379 0.021939
+9.644596 5.646657 0.005649
+9.216248 6.321689 0.014035
+8.787488 6.90529 -0.177591
+8.346693 7.432072 -0.150411
+7.804229 7.999812 -0.009142000000000001
+7.15528 8.585159000000001 -0.125414
+6.517399 9.078904 -0.155452
+5.855374 9.519326 -0.160959
+5.114971 9.936802999999999 0.01131
+4.405553 10.271031 -0.145522
+3.679898 10.552788 -0.15782
+2.915901 10.788906 -0.156869
+2.072807 10.982097 0.013608
+1.298189 11.100346 -0.174127
+0.551766 11.162371 -0.136171
+-0.304076 11.171863 0.005664
+-1.038761 11.127621 -0.091944
+-1.756245 11.037146 0.01185
+-2.634981 10.860932 -0.125736
+-3.440668 10.633192 -0.158131
+-4.23049 10.344367 0.011094
+-4.948081 10.020952 0.005627
+-5.606422 9.66804 -0.08788700000000001
+-6.282092 9.243283999999999 -0.125997
+-6.978172 8.729723999999999 0.007793
+-7.531314 8.257256999999999 -0.180125
+-8.601945000000001 7.135091 0.013987
+-9.115073000000001 6.466717 0.009655
+-9.533547 5.832191 -0.074807
+-9.855929 5.269121 0.006542
+-10.167494 4.639508 0.026711
+-10.491447 3.8513 0.015498
+-10.751929 3.049425 0.009906
+-10.955006 2.211521 -0.139661
+8.479366000000001 7.280339 0.157692
+7.272228 8.486323000000001 0.190837
+0.779104 11.14881 0.160015
+-2.475504 10.898388 0.192409
+-6.164432 9.322164000000001 0.187879
+-10.938444 2.292034 0.186566
+9.905675 -0.328072 -2.050592
+10.147384 -0.347796 -2.357718
+10.487771 -0.37096 -2.565306
+10.840061 -0.539568 -2.638822
+-10.821885 -0.677922 -2.638391
+-10.731402 -1.41277 -2.637344
+-10.542609 -2.184682 -2.632213
+-10.346904 -2.990102 -2.632634
+-10.064417 -3.790526 -2.630758
+-9.776142999999999 -4.534772 -2.633333
+-9.468588 -5.267267 -2.63799
+-8.996257999999999 -5.915651 -2.632257
+-8.581536 -6.615992 -2.638029
+-8.080876 -7.186604 -2.636683
+-7.563213 -7.718545 -2.636088
+-7.026814 -8.245044999999999 -2.637886
+-6.40442 -8.746381 -2.638266
+-5.809725 -9.164559000000001 -2.638724
+-5.136148 -9.543896999999999 -2.638153
+-4.456805 -9.866978 -2.637521
+-3.769824 -10.179247 -2.638873
+-3.00789 -10.330698 -2.631393
+-2.248269 -10.579298 -2.636777
+-1.490248 -10.724173 -2.637544
+-0.686219 -10.810453 -2.637835
+0.079434 -10.854543 -2.638871
+0.870827 -10.796983 -2.637825
+1.640848 -10.646051 -2.632798
+2.426962 -10.530033 -2.636065
+3.19573 -10.358112 -2.638238
+3.942591 -10.10152 -2.638416
+4.668543 -9.815282 -2.639286
+5.35998 -9.389792 -2.636513
+5.999773 -8.951843 -2.633312
+6.682168 -8.550471 -2.63876
+6.998528 -8.2669 -2.637794
+7.61798 -7.680489 -2.63693
+8.209168999999999 -7.063306 -2.637687
+8.736549999999999 -6.437567 -2.638773
+9.126455999999999 -5.797993 -2.636552
+9.491519 -5.069389 -2.631489
+9.891902 -4.376153 -2.636856
+10.214211 -3.671934 -2.638848
+10.332379 -2.967868 -2.630194
+10.498784 -2.175747 -2.626128
+10.726257 -1.339746 -2.636338
+10.801235 -0.945211 -2.638364
+-9.92074 -0.366619 -2.080145
+-10.619815 -0.361606 -2.606759
+-9.812067000000001 -0.670899 -1.872939
+-9.789797999999999 -1.024535 -1.897163
+-9.739488 -1.411059 -1.891227
+-9.673889000000001 -1.815173 -1.895607
+-9.594371000000001 -2.202939 -1.899314
+-9.504842999999999 -2.580873 -1.912968
+-9.389631 -2.964696 -1.906304
+-9.268945 -3.332514 -1.915151
+-9.131579 -3.69273 -1.915558
+-8.969132999999999 -4.060737 -1.903556
+-8.799773999999999 -4.417605 -1.905839
+-8.605632999999999 -4.781547 -1.90147
+-8.404199999999999 -5.137339 -1.915672
+-8.181817000000001 -5.46415 -1.883908
+-7.955378 -5.798041 -1.899374
+-7.729755 -6.093272 -1.895333
+-7.48383 -6.37695 -1.864559
+-7.236831 -6.664481 -1.882107
+-6.985998 -6.941904 -1.911773
+-6.692953 -7.214353 -1.890321
+-6.396322 -7.468762 -1.868049
+-6.089089 -7.719896 -1.864654
+-5.77883 -7.958062 -1.872764
+-5.457628 -8.178046 -1.863436
+-5.108649 -8.397667999999999 -1.855857
+-4.756143 -8.600025 -1.849621
+-4.402727 -8.790148 -1.860968
+-4.060988 -8.953738 -1.862625
+-3.699203 -9.109412000000001 -1.863334
+-3.330256 -9.258274999999999 -1.884981
+-2.949716 -9.388081 -1.889498
+-2.558182 -9.508820999999999 -1.907331
+-2.158609 -9.601442 -1.891019
+-1.757508 -9.679335 -1.880807
+-1.366163 -9.739827999999999 -1.873539
+-0.962535 -9.783426 -1.859553
+-0.567008 -9.816103999999999 -1.865222
+-0.169086 -9.834740999999999 -1.876618
+0.230639 -9.833133999999999 -1.875548
+0.619743 -9.816361000000001 -1.875747
+1.008198 -9.791914 -1.898338
+1.405865 -9.747310000000001 -1.910717
+1.806047 -9.677315 -1.900356
+2.203353 -9.591718 -1.892261
+2.593881 -9.484759 -1.867034
+2.99477 -9.365470999999999 -1.865744
+3.368039 -9.232262 -1.849124
+3.755583 -9.088355 -1.869188
+4.137026 -8.928948999999999 -1.890116
+4.523469 -8.742362999999999 -1.897286
+4.908744 -8.536642000000001 -1.908446
+5.27753 -8.311681999999999 -1.90376
+5.635581 -8.068652 -1.893291
+5.974057 -7.813696 -1.875468
+6.29275 -7.556526 -1.868748
+6.614266 -7.270351 -1.853792
+6.904006 -6.997435 -1.857528
+7.18174 -6.714863 -1.863538
+7.443591 -6.423002 -1.862779
+7.699412 -6.113949 -1.862667
+7.942138 -5.800707 -1.872785
+8.155590999999999 -5.491854 -1.864705
+8.379333000000001 -5.155707 -1.883231
+8.576499999999999 -4.83435 -1.902483
+8.780704999999999 -4.460026 -1.911556
+8.953188000000001 -4.091208 -1.898269
+9.11201 -3.713891 -1.887268
+9.251721 -3.334165 -1.870496
+9.374076000000001 -2.961123 -1.859498
+9.493819999999999 -2.568605 -1.873494
+9.594074000000001 -2.195256 -1.893649
+9.681346 -1.796157 -1.906311
+9.759392 -1.390107 -1.936077
+9.794138 -0.981498 -1.896971
+9.810677 -0.621891 -1.85862
+-10.746648 -1.03128 -2.635217
+-10.64985 -1.799268 -2.635628
+-10.447206 -2.589036 -2.63182
+-10.216705 -3.39403 -2.632111
+-9.92389 -4.173905 -2.632136
+-9.651223 -4.890747 -2.637062
+-9.242065999999999 -5.582175 -2.635309
+-8.772265000000001 -6.259378 -2.63331
+-8.340847999999999 -6.922704 -2.638216
+-7.82369 -7.43916 -2.635206
+-7.299779 -7.988488 -2.637177
+-6.717645 -8.503672999999999 -2.638089
+-6.121128 -8.962194999999999 -2.638807
+-5.48005 -9.347315 -2.638002
+-4.801266 -9.718228999999999 -2.638222
+-4.109898 -10.02832 -2.638135
+-3.387729 -10.266566 -2.636449
+-2.61968 -10.441541 -2.632046
+-1.859353 -10.674507 -2.638
+-1.092325 -10.774948 -2.637719
+-0.29697 -10.819586 -2.637323
+0.467544 -10.690969 -2.622689
+1.239854 -10.694334 -2.632141
+2.042988 -10.58082 -2.633286
+2.81451 -10.477979 -2.638664
+3.57474 -10.225763 -2.637856
+4.315357 -9.940550999999999 -2.638084
+4.940847 -9.556709 -2.631234
+5.680227 -9.165164000000001 -2.633949
+6.336756 -8.768618999999999 -2.636992
+7.319337 -7.972705 -2.637279
+7.92138 -7.377463 -2.637392
+8.477202 -6.737822 -2.637634
+8.956415 -6.13483 -2.638913
+9.295339 -5.431634 -2.632141
+9.693225 -4.708899 -2.63331
+10.072871 -4.031478 -2.638676
+10.357247 -3.374947 -2.639579
+10.535601 -2.588897 -2.638649
+10.638449 -1.762281 -2.634028
+-10.209397 -0.386457 -2.410008
+10.236321 -0.7224 -2.442739
+10.557009 -0.731727 -2.594991
+-9.769417000000001 -3.482871 -2.509445
+-9.481824 -4.223877 -2.513854
+-10.109154 -2.29257 -2.506326
+-9.632860000000001 -3.862423 -2.512955
+-10.021686 -0.787805 -2.255842
+-9.298306999999999 -4.598739 -2.510339
+-9.070432 -5.222479 -2.554166
+-8.79327 -5.514752 -2.513552
+-8.335708 -6.260765 -2.535948
+-7.989793 -6.815744 -2.568207
+-7.697326 -7.063162 -2.545799
+-7.185834 -7.61174 -2.554716
+-6.646874 -8.131463999999999 -2.568394
+-6.055941 -8.604779000000001 -2.575594
+-5.511564 -8.94951 -2.571386
+-4.831978 -9.318284999999999 -2.566173
+-4.158716 -9.645009 -2.568742
+-3.505143 -9.936935 -2.580724
+-2.706251 -10.008909 -2.50765
+-2.263776 -10.109092 -2.502859
+-1.614197 -10.387026 -2.571819
+-1.243927 -10.420495 -2.565363
+-0.457621 -10.493503 -2.568776
+0.013234 -10.447677 -2.546156
+0.901535 -10.347634 -2.517333
+1.387277 -10.278105 -2.509242
+1.819062 -10.212109 -2.510064
+2.60397 -10.215928 -2.582588
+3.308063 -9.967451000000001 -2.568246
+3.67764 -9.844181000000001 -2.570719
+4.455543 -9.479476999999999 -2.557411
+5.07373 -9.200200000000001 -2.5699
+5.626824 -8.735957000000001 -2.519579
+5.985175 -8.46175 -2.505615
+8.721933999999999 -5.818734 -2.56157
+6.627387 -8.143560000000001 -2.567284
+6.924358 -7.879412 -2.563479
+7.810926 -6.996644 -2.562204
+8.350604000000001 -6.387375 -2.572429
+8.604262 -6.136882 -2.590881
+8.087166 -6.688704 -2.56549
+9.047525 -5.085732 -2.513259
+9.438132 -4.27533 -2.503869
+9.846028 -3.702748 -2.574545
+10.012546 -3.340161 -2.586636
+10.129796 -2.536433 -2.543883
+10.278897 -1.837911 -2.543615
+-10.319159 -1.154311 -2.515633
+-9.294955 -4.970728 -2.581931
+-10.022238 -2.692491 -2.512564
+-9.904935999999999 -3.091795 -2.511862
+9.9663 -0.69163 -2.177255
+-10.42445 -0.7412609999999999 -2.5475
+-9.942816000000001 -1.2332 -2.215288
+-9.879529 -1.635251 -2.208839
+-9.837002999999999 -2.033685 -2.24703
+-9.75339 -2.423837 -2.2529
+-9.64364 -2.82077 -2.250179
+-9.523661000000001 -3.201643 -2.249836
+-9.395003000000001 -3.566084 -2.251713
+-9.251623 -3.936204 -2.257635
+-9.080125000000001 -4.296355 -2.247312
+-8.879324 -4.644935 -2.217649
+-8.696201 -5.074523 -2.27374
+-8.442913000000001 -5.426808 -2.236995
+-8.196683999999999 -5.719071 -2.183301
+-8.03182 -6.050079 -2.25919
+-7.716694 -6.346786 -2.178884
+-7.461819 -6.592883 -2.128768
+-7.317933 -6.915446 -2.273786
+-6.997835 -7.246528 -2.279561
+-6.626289 -7.472061 -2.17265
+-6.320821 -7.724485 -2.164233
+-6.007249 -7.974625 -2.168588
+-5.682374 -8.216135 -2.176475
+-5.346898 -8.436419000000001 -2.174264
+-4.998592 -8.634262 -2.158181
+-4.637802 -8.831524999999999 -2.155901
+-4.276976 -9.010683999999999 -2.154433
+-3.93397 -9.173697000000001 -2.165117
+-3.57627 -9.324847 -2.172865
+-3.213856 -9.490918000000001 -2.21693
+-2.814315 -9.637085000000001 -2.240621
+-2.407855 -9.745490999999999 -2.239346
+-1.994247 -9.808795999999999 -2.203044
+-1.582365 -9.859206 -2.170432
+-1.183237 -9.908639000000001 -2.161416
+-0.801223 -9.943428000000001 -2.156533
+-0.387098 -9.981821999999999 -2.175945
+0.034765 -10.041159 -2.242535
+0.422375 -9.970446000000001 -2.161921
+0.7727850000000001 -9.995475000000001 -2.223198
+1.170278 -9.981406 -2.252579
+1.589625 -9.924676 -2.254195
+2.015557 -9.841144 -2.247503
+2.401421 -9.722842999999999 -2.210208
+2.808051 -9.583192 -2.171481
+3.186853 -9.454230000000001 -2.158333
+3.57491 -9.316068 -2.160547
+3.943025 -9.175632999999999 -2.17267
+4.383252 -9.054599 -2.263991
+4.76771 -8.811972000000001 -2.215386
+5.200959 -8.619052999999999 -2.271731
+5.587938 -8.344011999999999 -2.243806
+5.923275 -8.073840000000001 -2.208385
+6.242828 -7.7952 -2.172555
+6.553383 -7.524585 -2.160337
+6.870129 -7.234675 -2.158384
+7.157907 -6.950653 -2.158964
+7.42512 -6.666004 -2.160468
+7.692943 -6.358688 -2.163792
+7.965894 -6.028284 -2.176574
+8.191637 -5.711556 -2.171625
+8.365415 -5.406788 -2.13408
+8.631613 -5.158139 -2.259052
+8.859731999999999 -4.747 -2.254353
+9.052605 -4.357814 -2.249228
+9.198876 -3.958936 -2.209695
+9.340605 -3.555434 -2.182933
+9.474463 -3.178107 -2.181413
+9.5702 -2.802318 -2.151256
+9.749625 -2.445699 -2.254799
+9.781323 -2.039868 -2.179318
+9.935288 -1.662198 -2.279074
+10.022698 -1.145017 -2.294565
+7.524226 -7.303067 -2.561926
+6.359082 -8.387625 -2.576824
+-8.49146 -5.863825 -2.479849
+-8.237394999999999 -6.60325 -2.587387
+-7.422558 -7.307611 -2.531767
+-6.93312 -7.895463 -2.570254
+-6.351861 -8.370145000000001 -2.570236
+-5.823908 -8.840659 -2.596212
+-5.16975 -9.129834000000001 -2.564373
+-4.500912 -9.484762999999999 -2.566907
+-3.813768 -9.797772 -2.572602
+-3.146802 -9.887974 -2.51205
+-1.961563 -10.356376 -2.581899
+-0.860179 -10.461278 -2.566169
+2.256067 -10.112224 -2.503609
+2.936398 -10.090883 -2.570989
+4.053617 -9.690853000000001 -2.569157
+4.730082 -9.160242 -2.47378
+5.342163 -8.988334 -2.54977
+9.246567000000001 -4.687683 -2.506909
+8.872062 -5.466564 -2.53406
+9.729505 -4.033431 -2.579157
+-10.400458 -1.541906 -2.572703
+10.307897 -1.453664 -2.528787
+10.422931 -1.069093 -2.558727
+7.23661 -7.589416 -2.562282
+-10.193186 -1.872457 -2.505187
+9.836361 -2.945077 -2.446849
+-7.687833 -6.686022 -2.387701
+8.512874999999999 -5.584096 -2.381444
+-4.900336 -8.952642000000001 -2.401736
+-1.793484 -10.075132 -2.422618
+-6.599107 -7.796746 -2.408368
+-3.500873 -9.625226 -2.428886
+-6.865802 -7.577621 -2.416618
+-5.644657 -8.548489999999999 -2.430212
+-5.257639 -8.751283000000001 -2.40421
+-4.19474 -9.299436 -2.398346
+-3.857842 -9.455145 -2.4063
+-0.269713 -10.213816 -2.410518
+-1.021713 -10.158935 -2.404977
+3.41215 -9.621233999999999 -2.403568
+4.137094 -9.357773999999999 -2.421127
+3.787846 -9.484495000000001 -2.407084
+3.052318 -9.748474 -2.408816
+9.505886 -3.820077 -2.430773
+6.886152 -7.531265 -2.40081
+9.649388 -3.414297 -2.424168
+10.047206 -2.126822 -2.448243
+-10.117751 -1.485126 -2.417164
+-9.019323 -4.884675 -2.439504
+-6.300349 -8.035864999999999 -2.4058
+-5.985626 -8.277507 -2.408645
+5.009028 -8.930982999999999 -2.427182
+7.1759 -7.248006 -2.396468
+7.458197 -6.95846 -2.39716
+7.728641 -6.656649 -2.397082
+8.009757 -6.330601 -2.4044
+8.309203999999999 -5.979059 -2.425021
+6.561632 -7.820268 -2.403595
+6.261529 -8.091517 -2.420979
+-7.973535 -6.436673 -2.432626
+-1.410945 -10.120275 -2.411113
+-4.554055 -9.131812999999999 -2.400439
+-0.636066 -10.189321 -2.404176
+2.671924 -9.891741 -2.43185
+0.44443 -10.240535 -2.434637
+10.837508 2.729726 -3.014838
+9.604825 5.714046 -3.006049
+5.641774 9.647453000000001 -3.022869
+-4.648545 10.163366 -3.021148
+-7.712483 8.088298999999999 -3.015622
+-10.011901 4.966368 -3.024109
+-10.668445 3.329753 -3.021965
+10.965575 2.158504 -3.013824
+9.815113999999999 5.344766 -2.959916
+6.111836 9.356731999999999 -3.017889
+-4.117964 10.389675 -3.016785
+-7.361711 8.408816 -3.03841
+-11.153286 0.712166 -3.018478
+9.962421000000001 5.064894 -3.064933
+8.110932 7.688677 -3.015941
+3.326526 10.669452 -3.008175
+2.176981 10.961922 -3.001981
+0.230606 11.173621 -3.002176
+-2.536103 10.884446 -3.021015
+-6.342852 9.201696 -3.017265
+-9.703075 5.545566 -3.011354
+-10.467853 3.914976 -3.029313
+-9.369615 6.092068 -3.014237
+-0.249074 -8.891493000000001 3.4925
+-1.405068 -8.96055 3.4925
+-3.134655 -8.770588 3.4925
+-4.897802 -7.749839 3.4925
+-6.444461 -6.40827 3.4925
+-7.067327 -5.713923 3.4925
+-8.090700999999999 -4.138614 3.4925
+-9.02004 -2.459989 3.4925
+-8.977425 -1.39869 3.4925
+-9.204598000000001 -0.406485 3.4925
+-9.397622 0.6369629999999999 3.4925
+-8.784094 2.373174 3.4925
+-8.474162 3.242245 3.4925
+-8.094224000000001 4.016971 3.4925
+-7.258267 5.818211 3.4925
+-5.864627 7.163197 3.4925
+-3.89049 8.446607 3.4925
+-3.007656 8.566818 3.4925
+-1.374037 8.879982999999999 3.4925
+-0.21351 8.863616 3.4925
+0.722098 8.867659 3.4925
+1.971004 8.936501 3.4925
+3.512268 8.343128999999999 3.4925
+5.113142 7.768798 3.4925
+6.740537 6.504569 3.4925
+7.196361 5.671801 3.4925
+7.66338 4.9445 3.4925
+8.229536 4.125576 3.4925
+8.855972 2.328339 3.4925
+9.140900999999999 0.33561 3.4925
+8.995842 -1.639998 3.4925
+8.014587000000001 -4.493222 3.4925
+7.567535 -5.447847 3.4925
+6.985989 -6.403714 3.4925
+6.018734 -7.082132 3.4925
+4.271001 -7.991969 3.4925
+2.664497 -8.834021 3.4925
+1.19205 -8.914346 3.4925
+0.195292 -8.847015000000001 3.4925
+10.677606 0.243329 3.4925
+10.610258 1.286429 3.4925
+10.485262 2.320133 3.4925
+10.234579 3.29377 3.4925
+9.794022999999999 4.220666 3.4925
+9.313686000000001 5.177295 3.4925
+8.810114 6.12495 3.4925
+8.21457 6.78938 3.4925
+7.459659 7.569762 3.4925
+6.694807 8.315531999999999 3.4925
+5.925684 8.872979000000001 3.4925
+5.044072 9.447061 3.4925
+4.104669 9.885068 3.4925
+3.062973 10.192887 3.4925
+1.997598 10.339806 3.4925
+1.02533 10.642461 3.4925
+-0.033013 10.716677 3.4925
+-1.075409 10.681424 3.4925
+-2.076536 10.519511 3.4925
+-3.093655 10.242755 3.4925
+-4.078697 9.897023000000001 3.4925
+-5.009828 9.515478 3.4925
+-5.863632 8.889431 3.4925
+-6.719633 8.202688 3.4925
+-7.594424 7.691212 3.4925
+-8.15339 6.895042 3.4925
+-8.787785 6.039686 3.4925
+-9.327152999999999 5.306673 3.4925
+-9.759603 4.344194 3.4925
+-10.180463 3.330965 3.4925
+-10.430269 2.277153 3.4925
+-10.644508 1.257541 3.4925
+-10.651342 0.235898 3.4925
+-10.708024 -0.79695 3.4925
+-10.572976 -1.810087 3.4925
+-10.301149 -2.801747 3.4925
+-10.01275 -3.828652 3.4925
+-9.525126 -4.771565 3.4925
+-9.073209 -5.722487 3.4925
+-8.501547 -6.558576 3.4925
+-7.819915 -7.343668 3.4925
+-6.989948 -8.063863 3.4925
+-6.079445 -8.733758 3.4925
+-5.378286 -9.313886 3.4925
+-4.422523 -9.686351 3.4925
+-3.473154 -10.148694 3.4925
+-2.479968 -10.43518 3.4925
+-1.479402 -10.612629 3.4925
+-0.447679 -10.67965 3.4925
+0.594956 -10.692474 3.4925
+1.61633 -10.561763 3.4925
+2.658969 -10.26265 3.4925
+3.67745 -10.055341 3.4925
+4.636123 -9.704591000000001 3.4925
+5.486907 -9.172255 3.4925
+6.356262 -8.67492 3.4925
+7.06673 -7.952904 3.4925
+7.853935 -7.264179 3.4925
+8.478332 -6.453426 3.4925
+9.134641999999999 -5.654209 3.4925
+9.579529000000001 -4.687994 3.4925
+9.939921 -3.810913 3.4925
+10.261581 -2.724434 3.4925
+10.643649 -1.762456 3.4925
+10.710565 -0.759521 3.4925
+10.729875 -0.247841 3.4925
+-0.764279 -8.958204 3.4925
+-2.190408 -8.979022000000001 3.4925
+-4.035683 -8.251149 3.4925
+-5.790467 -7.180048 3.4925
+-7.602798 -4.947958 3.4925
+-8.466929 -3.38528 3.4925
+-9.007379 1.622146 3.4925
+-7.784192 4.912896 3.4925
+-6.452773 6.504287 3.4925
+-4.701167 8.052244999999999 3.4925
+-2.146984 8.851564 3.4925
+-0.734589 8.8803 3.4925
+0.225423 8.841768999999999 3.4925
+1.287617 8.93211 3.4925
+2.771912 8.847229 3.4925
+4.235281 8.023642000000001 3.4925
+6.006416 7.224614 3.4925
+8.537428 3.273618 3.4925
+8.957765999999999 1.356702 3.4925
+9.054218000000001 -0.681868 3.4925
+8.598979999999999 -3.690955 3.4925
+8.941387000000001 -2.663684 3.4925
+5.08801 -7.548001 3.4925
+3.496681 -8.39598 3.4925
+1.873706 -8.883886 3.4925
+0.671094 -8.858489000000001 3.4925
+10.657889 0.743337 3.4925
+10.528349 1.810149 3.4925
+10.373788 2.825008 3.4925
+10.053101 3.769546 3.4925
+9.533143000000001 4.678043 3.4925
+9.066761 5.676229 3.4925
+8.603324000000001 6.534155 3.4925
+7.845962 7.188346 3.4925
+7.087253 7.945357 3.4925
+6.370291 8.670707999999999 3.4925
+5.501197 9.179349 3.4925
+4.582167 9.664815000000001 3.4925
+3.591012 10.064903 3.4925
+2.564676 10.368658 3.4925
+1.539391 10.630576 3.4925
+0.492395 10.682052 3.4925
+-0.557617 10.737713 3.4925
+-1.557821 10.600163 3.4925
+-2.58332 10.385356 3.4925
+-3.602127 10.1012 3.4925
+-4.538365 9.649820999999999 3.4925
+-5.39783 9.188124999999999 3.4925
+-6.316495 8.563340999999999 3.4925
+-7.171826 7.882806 3.4925
+-7.866374 7.321871 3.4925
+-8.428000000000001 6.441272 3.4925
+-9.165914000000001 5.733608 3.4925
+-9.534361000000001 4.836438 3.4925
+-9.980779 3.841403 3.4925
+-10.299012 2.769271 3.4925
+-10.585682 1.789925 3.4925
+-10.657662 0.746974 3.4925
+-10.689589 -0.259188 3.4925
+-10.636795 -1.298071 3.4925
+-10.450124 -2.324514 3.4925
+-10.189203 -3.321281 3.4925
+-9.759781 -4.304195 3.4925
+-9.302337 -5.257529 3.4925
+-8.820771000000001 -6.163876 3.4925
+-8.178013 -6.944511 3.4925
+-7.433271 -7.711992 3.4925
+-6.513139 -8.379813 3.4925
+-5.795401 -9.101856 3.4925
+-4.925051 -9.532467 3.4925
+-3.919293 -9.88137 3.4925
+-2.936678 -10.143711 3.4925
+-1.992059 -10.504188 3.4925
+-0.9617790000000001 -10.672351 3.4925
+0.062823 -10.711179 3.4925
+1.097058 -10.612845 3.4925
+2.151702 -10.425324 3.4925
+3.17311 -10.180904 3.4925
+4.159439 -9.903231 3.4925
+5.068056 -9.455594 3.4925
+5.933721 -8.938324 3.4925
+6.717006 -8.329212999999999 3.4925
+7.471045 -7.614951 3.4925
+8.183987999999999 -6.859402 3.4925
+8.824787000000001 -6.067642 3.4925
+9.372253000000001 -5.17526 3.4925
+9.862202 -4.292643 3.4925
+10.093895 -3.273955 3.4925
+10.408556 -2.201034 3.4925
+10.63674 -1.296024 3.4925
+-0.419617 -9.569354000000001 3.4925
+-8.988576999999999 -4.196219 3.4925
+-3.987333 -9.138089000000001 3.4925
+-4.771813 -8.536533 3.4925
+-5.703647 -8.138729 3.4925
+-9.171042 -3.34608 3.4925
+-7.27203 -6.452058 3.4925
+-8.362448000000001 -4.826301 3.4925
+9.569618999999999 3.722334 3.4925
+-9.591104 -1.81145 3.4925
+3.566841 9.05668 3.4925
+-9.648182 2.28617 3.4925
+-8.550456000000001 4.534691 3.4925
+-8.156554 5.771371 3.4925
+-7.153103 6.700913 3.4925
+-6.677991 7.408683 3.4925
+-2.844514 9.224754000000001 3.4925
+-4.71672 8.977731 3.4925
+6.855467 7.330262 3.4925
+0.030477 9.290991 3.4925
+-1.701281 9.536714 3.4925
+0.986667 9.529329000000001 3.4925
+-0.467991 9.342673 3.4925
+2.470358 9.725344 3.4925
+0.477153 9.243868000000001 3.4925
+4.140684 8.721057 3.4925
+4.771874 8.502971000000001 3.4925
+5.99613 8.179983 3.4925
+9.86279 2.912029 3.4925
+7.651866 6.440727 3.4925
+9.496188999999999 1.769012 3.4925
+9.617247000000001 1.054354 3.4925
+9.755385 -0.401324 3.4925
+9.622985999999999 -1.253571 3.4925
+9.715816999999999 -2.113033 3.4925
+8.884789 -4.62761 3.4925
+2.256387 -9.676731 3.4925
+4.959991 -8.284833000000001 3.4925
+4.19324 -8.829335 3.4925
+3.371256 -9.118389000000001 3.4925
+0.905753 -9.518507 3.4925
+10.032558 0.42024 3.4925
+10.085998 1.509473 3.4925
+1.531414 -9.497678000000001 3.4925
+4.134781 9.330719999999999 3.4925
+10.055796 2.495815 3.4925
+10.200807 0.996157 3.4925
+9.792671 3.369971 3.4925
+10.025563 2.026331 3.4925
+1.715364 9.622775000000001 3.4925
+8.769652000000001 5.21192 3.4925
+8.246639999999999 6.223205 3.4925
+5.068216 8.950866 3.4925
+3.163308 9.599646 3.4925
+4.622103 9.113953 3.4925
+5.406392 8.547446000000001 3.4925
+3.691417 9.593539 3.4925
+1.356328 10.140647 3.4925
+0.74532 10.172877 3.4925
+0.208926 10.242592 3.4925
+-0.78125 10.327796 3.4925
+-1.745634 10.151981 3.4925
+-2.722902 9.857685999999999 3.4925
+-3.70254 9.614373000000001 3.4925
+-4.096396 9.274027999999999 3.4925
+-5.31204 8.556086000000001 3.4925
+-6.177364 7.914671 3.4925
+-7.314784 7.314046 3.4925
+-7.655831 6.912301 3.4925
+-8.806338999999999 5.476146 3.4925
+-8.98108 4.957501 3.4925
+-9.419043 3.924409 3.4925
+-9.784416999999999 2.904956 3.4925
+-10.228639 1.470157 3.4925
+-10.137317 1.005458 3.4925
+-10.035917 -0.039638 3.4925
+-10.228687 -1.008964 3.4925
+-10.124939 -1.980511 3.4925
+-9.703602 -2.933953 3.4925
+-9.505286 -3.861642 3.4925
+-8.716725 -5.293491 3.4925
+-8.348068 -6.130747 3.4925
+-7.706775 -6.875659 3.4925
+-6.957256 -7.571321 3.4925
+-5.461047 -8.753057 3.4925
+-5.018188 -9.044748999999999 3.4925
+-2.270035 -9.895579 3.4925
+-1.649422 -10.061441 3.4925
+-0.710408 -10.16879 3.4925
+0.308029 -10.305896 3.4925
+1.273464 -10.08661 3.4925
+3.370098 -9.702199 3.4925
+4.267798 -9.439136 3.4925
+4.98334 -8.896488 3.4925
+5.930363 -8.491819 3.4925
+6.441683 -7.771704 3.4925
+7.352862 -7.100463 3.4925
+7.859667 -6.273151 3.4925
+8.268587999999999 -5.875774 3.4925
+8.879083 -5.214629 3.4925
+9.361525 -4.091305 3.4925
+9.410843 -3.40885 3.4925
+10.167325 -0.989968 3.4925
+8.946731 4.678395 3.4925
+10.322267 -0.501713 3.4925
+-1.748025 -9.506363 3.4925
+-3.470132 9.110567 3.4925
+-1.048943 9.443944 3.4925
+0.024046 -9.278262 3.4925
+-1.123593 -9.645621999999999 3.4925
+10.292234 -0.072297 3.4925
+-2.786288 -9.475104999999999 3.4925
+-7.952839 -5.651199 3.4925
+-9.638634 -1.168135 3.4925
+-5.451672 7.816379 3.4925
+9.079717 4.008748 3.4925
+9.269995 3.139294 3.4925
+0.414291 -9.269427 3.4925
+8.512211000000001 5.728409 3.4925
+7.31784 6.999449 3.4925
+6.513378 7.796659 3.4925
+-0.302025 10.281566 3.4925
+-1.230767 10.089042 3.4925
+-2.210536 9.998668 3.4925
+-3.207541 9.694646000000001 3.4925
+-5.825888 8.350242 3.4925
+-7.811835 6.37688 3.4925
+-9.177099999999999 4.43945 3.4925
+-9.632052 3.429902 3.4925
+-10.092051 1.875538 3.4925
+-10.185619 0.511751 3.4925
+-10.309275 -0.543156 3.4925
+-10.133311 -1.492499 3.4925
+-9.869755 -2.414822 3.4925
+-9.715776999999999 -3.441396 3.4925
+-8.993278 -4.854296 3.4925
+-8.602364 -5.769595 3.4925
+-7.968055 -6.43111 3.4925
+-7.311767 -7.172139 3.4925
+-6.429119 -7.744993 3.4925
+-4.587906 -9.190683999999999 3.4925
+-3.397002 -9.590244 3.4925
+-1.176703 -10.227734 3.4925
+-0.17157 -10.203365 3.4925
+0.7529130000000001 -10.166103 3.4925
+1.777064 -10.053466 3.4925
+2.869291 -9.633493 3.4925
+3.800462 -9.492659 3.4925
+4.648049 -9.249573 3.4925
+5.456539 -8.625617 3.4925
+6.247789 -8.224183 3.4925
+6.842782 -7.323678 3.4925
+7.664625 -6.759861 3.4925
+8.678385 -5.614597 3.4925
+9.666445 -2.83386 3.4925
+-6.676566 -7.073082 3.4925
+10.159476 -1.607653 3.4925
+-9.207107000000001 2.891111 3.4925
+-8.775558999999999 3.968239 3.4925
+7.87866 5.738901 3.4925
+8.328353 -5.165975 3.4925
+-2.300994 9.48244 3.4925
+-9.692437 1.489713 3.4925
+-8.432067999999999 5.130325 3.4925
+8.226193 5.307594 3.4925
+9.547905 2.442469 3.4925
+0.25649 -9.77111 3.4925
+0.395549 9.738545 3.4925
+-9.090026 3.504003 3.4925
+5.691559 -7.972815 3.4925
+8.374731000000001 4.821303 3.4925
+-0.135929 9.800098 3.4925
+-9.848262999999999 -0.63226 3.4925
+-0.664395 9.864896999999999 3.4925
+-2.347305 4.68857 -3.4925
+-2.513551 5.421267 -3.4925
+-3.054047 5.911297 -3.4925
+-3.616975 6.251032 -3.4925
+-4.337322 6.417603 -3.4925
+-5.060234 6.319236 -3.4925
+-5.668392 5.93708 -3.4925
+-6.128467 5.36678 -3.4925
+-6.361428 4.705416 -3.4925
+-6.367987 4.030095 -3.4925
+-6.164282 3.313012 -3.4925
+-5.731374 2.661245 -3.4925
+-5.001034 2.383571 -3.4925
+-2.394253 4.06382 -3.4925
+-4.737268 1.689493 -3.4925
+-5.453458 1.967284 -3.4925
+-6.117848 2.085634 -3.4925
+-6.783444 1.951051 -3.4925
+-7.492117 1.641781 -3.4925
+-7.913733 1.034078 -3.4925
+-8.144748 0.34461 -3.4925
+-8.152583999999999 -0.336335 -3.4925
+-7.875439 -0.9983030000000001 -3.4925
+-7.439926 -1.501447 -3.4925
+-6.861362 -1.905628 -3.4925
+-6.135026 -2.062236 -3.4925
+-5.44686 -1.971809 -3.4925
+-4.692057 -1.727829 -3.4925
+-4.260209 -2.304043 -3.4925
+-4.981471 -2.372729 -3.4925
+-5.679324 -2.652438 -3.4925
+-6.153957 -3.268648 -3.4925
+-6.457959 -3.982528 -3.4925
+-6.375806 -4.722683 -3.4925
+-6.091514 -5.3909 -3.4925
+-5.599507 -5.923067 -3.4925
+-5.011234 -6.245551 -3.4925
+-4.294073 -6.3539 -3.4925
+-3.59432 -6.223873 -3.4925
+-3.052228 -5.889656 -3.4925
+-2.503277 -5.36576 -3.4925
+-2.263618 -4.691104 -3.4925
+2.017717 -5.812102 -3.4925
+1.837293 -5.181385 -3.4925
+-1.853537 -5.17523 -3.4925
+-2.002684 -5.771588 -3.4925
+-2.107056 -6.521758 -3.4925
+-1.792752 -7.175117 -3.4925
+-1.298234 -7.676414 -3.4925
+-0.715727 -8.023968 -3.4925
+-0.06786300000000001 -8.171293 -3.4925
+0.680402 -8.068433000000001 -3.4925
+1.281802 -7.712705 -3.4925
+1.767594 -7.160739 -3.4925
+2.016058 -6.527667 -3.4925
+6.358028 -3.946741 -3.4925
+6.110596 -3.3001 -3.4925
+5.656074 -2.663038 -3.4925
+5.004106 -2.385106 -3.4925
+4.403647 -2.29176 -3.4925
+2.134475 -4.590133 -3.4925
+2.522147 -5.411412 -3.4925
+3.081087 -5.919378 -3.4925
+3.655498 -6.235183 -3.4925
+4.35561 -6.377552 -3.4925
+5.043825 -6.242689 -3.4925
+5.624603 -5.882926 -3.4925
+6.103002 -5.336128 -3.4925
+6.348207 -4.680611 -3.4925
+8.138673000000001 0.396756 -3.4925
+7.897844 1.034485 -3.4925
+7.440228 1.592307 -3.4925
+6.813581 1.960797 -3.4925
+6.127405 2.086851 -3.4925
+5.472942 1.96899 -3.4925
+4.836213 1.688439 -3.4925
+4.707451 -1.720129 -3.4925
+5.426133 -1.958679 -3.4925
+6.06626 -2.079994 -3.4925
+6.826125 -2.036474 -3.4925
+7.500787 -1.591613 -3.4925
+7.971664 -0.982731 -3.4925
+8.165098 -0.306095 -3.4925
+6.329938 4.660904 -3.4925
+6.098971 5.355502 -3.4925
+5.646511 5.880434 -3.4925
+5.080035 6.237198 -3.4925
+4.392416 6.424302 -3.4925
+3.628657 6.328523 -3.4925
+2.86279 5.978509 -3.4925
+2.514498 5.337605 -3.4925
+2.36291 4.75183 -3.4925
+4.413116 2.17059 -3.4925
+5.032423 2.380957 -3.4925
+5.719925 2.670906 -3.4925
+6.135809 3.332999 -3.4925
+6.322705 4.000527 -3.4925
+2.18385 6.531912 -3.4925
+1.806355 7.202438 -3.4925
+1.328271 7.745433 -3.4925
+0.686573 8.06142 -3.4925
+-0.001826 8.167377999999999 -3.4925
+-0.771687 8.072611 -3.4925
+-1.361736 7.607771 -3.4925
+-1.781833 7.076689 -3.4925
+-1.996367 6.489282 -3.4925
+-2.014396 5.78032 -3.4925
+-1.831936 5.096305 -3.4925
+-1.321131 4.597855 -3.4925
+1.831927 5.112262 -3.4925
+2.095363 5.787708 -3.4925
+10.618219 0.251645 -3.4925
+10.579233 0.845853 -3.4925
+10.546644 1.454547 -3.4925
+10.443985 2.078547 -3.4925
+10.274593 2.673937 -3.4925
+10.071501 3.285073 -3.4925
+9.860625000000001 3.884904 -3.4925
+9.616175999999999 4.501312 -3.4925
+9.338048000000001 5.198672 -3.4925
+8.903366 5.83352 -3.4925
+8.473656 6.331904 -3.4925
+8.064358 6.826876 -3.4925
+7.654366 7.295549 -3.4925
+7.187869 7.744788 -3.4925
+6.705308 8.167066 -3.4925
+6.202022 8.547511999999999 -3.4925
+5.644431 8.929538000000001 -3.4925
+5.012585 9.381270000000001 -3.4925
+4.324224 9.684186 -3.4925
+3.738685 9.908747 -3.4925
+3.150066 10.060693 -3.4925
+2.573325 10.220992 -3.4925
+1.970821 10.377573 -3.4925
+1.363618 10.483001 -3.4925
+0.7358749999999999 10.538899 -3.4925
+0.11929 10.555819 -3.4925
+-0.519232 10.551419 -3.4925
+-1.269159 10.549241 -3.4925
+-2.024806 10.475541 -3.4925
+-2.654328 10.325636 -3.4925
+-3.219498 10.093516 -3.4925
+-3.818182 9.872113000000001 -3.4925
+-4.373502 9.617518 -3.4925
+-4.959879 9.350128 -3.4925
+-5.493546 9.051817 -3.4925
+-6.002022 8.716806999999999 -3.4925
+-6.500505 8.343574 -3.4925
+-7.000192 7.95287 -3.4925
+-7.581727 7.498197 -3.4925
+-8.09248 6.852811 -3.4925
+-8.488975999999999 6.313321 -3.4925
+-8.830035000000001 5.786147 -3.4925
+-9.163092000000001 5.241838 -3.4925
+-9.465214 4.712462 -3.4925
+-9.749521 4.15728 -3.4925
+-9.965527 3.549671 -3.4925
+-10.164256 2.96415 -3.4925
+-10.363901 2.349006 -3.4925
+-10.556686 1.599396 -3.4925
+-10.625581 0.870136 -3.4925
+-10.603411 0.272163 -3.4925
+-10.575668 -0.310298 -3.4925
+-10.50037 -0.913415 -3.4925
+-10.432774 -1.525052 -3.4925
+-10.339394 -2.134003 -3.4925
+-10.253097 -2.725316 -3.4925
+-10.100574 -3.344297 -3.4925
+-9.860249 -3.966867 -3.4925
+-9.564674 -4.671719 -3.4925
+-9.150691999999999 -5.380919 -3.4925
+-8.801989000000001 -5.935095 -3.4925
+-8.429098 -6.435628 -3.4925
+-8.046455 -6.899977 -3.4925
+-7.647587 -7.328126 -3.4925
+-7.218005 -7.747563 -3.4925
+-6.775085 -8.12744 -3.4925
+-6.27395 -8.494935999999999 -3.4925
+-5.750577 -8.847835999999999 -3.4925
+-5.16355 -9.313018 -3.4925
+-4.504889 -9.650188999999999 -3.4925
+-3.897593 -9.872441 -3.4925
+-3.314128 -10.057298 -3.4925
+-2.737991 -10.255095 -3.4925
+-2.149178 -10.400431 -3.4925
+-1.516867 -10.492094 -3.4925
+-0.912636 -10.546407 -3.4925
+-0.266215 -10.583517 -3.4925
+0.47088 -10.618494 -3.4925
+1.252151 -10.517001 -3.4925
+1.892443 -10.400894 -3.4925
+2.512123 -10.273986 -3.4925
+3.110316 -10.112561 -3.4925
+3.680009 -9.901272000000001 -3.4925
+4.262372 -9.644714 -3.4925
+4.839406 -9.385842 -3.4925
+5.39632 -9.082743000000001 -3.4925
+5.96884 -8.755293 -3.4925
+6.602157 -8.346156000000001 -3.4925
+7.171437 -7.803606 -3.4925
+7.688303 -7.305446 -3.4925
+8.138453999999999 -6.806811 -3.4925
+8.528822 -6.269409 -3.4925
+8.863567 -5.748898 -3.4925
+9.176777 -5.204654 -3.4925
+9.494915000000001 -4.652456 -3.4925
+9.765167 -4.092693 -3.4925
+10.009879 -3.48435 -3.4925
+10.282856 -2.778155 -3.4925
+10.441893 -2.043413 -3.4925
+10.521111 -1.422601 -3.4925
+10.605224 -0.835632 -3.4925
+10.647933 -0.254425 -3.4925
+-4.421006 2.273534 -3.4925
+-1.592735 -4.614255 -3.4925
+1.465531 -4.692779 -3.4925
+2.366225 4.094655 -3.4925
+1.396196 4.605322 -3.4925
+-1.893118 4.403676 -3.4925
+1.931283 4.526182 -3.4925
+-6.5913 2.696855 -3.4925
+10.048341 1.111758 -3.4925
+9.995343 1.709793 -3.4925
+9.827057 2.284018 -3.4925
+9.604179 2.838762 -3.4925
+9.420171 3.462391 -3.4925
+9.202064999999999 4.096834 -3.4925
+8.924281000000001 4.712104 -3.4925
+8.282268 5.721903 -3.4925
+-2.223476 9.980333 -3.4925
+7.86452 6.184943 -3.4925
+7.459228 6.701388 -3.4925
+7.013094 7.148118 -3.4925
+6.526884 7.540839 -3.4925
+6.035379 7.942029 -3.4925
+5.534505 8.348722 -3.4925
+4.950106 8.741804 -3.4925
+4.361029 9.036942 -3.4925
+3.313525 9.414172000000001 -3.4925
+8.740701 5.297209 -3.4925
+2.712752 9.555139 -3.4925
+2.137824 9.750059 -3.4925
+1.507759 9.891474000000001 -3.4925
+0.92431 9.979253999999999 -3.4925
+0.31564 10.015208 -3.4925
+-0.294096 10.002292 -3.4925
+-0.956136 10.016436 -3.4925
+-1.645 10.001136 -3.4925
+-2.689828 9.690486999999999 -3.4925
+-7.405934 6.811824 -3.4925
+-3.255164 9.432337 -3.4925
+-3.877144 9.209643 -3.4925
+-4.458571 8.980252 -3.4925
+-5.032265 8.689066 -3.4925
+-5.519105 8.354086000000001 -3.4925
+-6.008603 8.095839 -3.4925
+-6.373226 7.5557 -3.4925
+-6.980432 7.324517 -3.4925
+-7.826654 6.27941 -3.4925
+-10.127025 1.185595 -3.4925
+-8.188575999999999 5.69259 -3.4925
+-8.499900999999999 5.179593 -3.4925
+-8.845641000000001 4.670296 -3.4925
+-9.137446000000001 4.154485 -3.4925
+-9.390594999999999 3.558649 -3.4925
+-9.542387 2.943237 -3.4925
+-9.756994000000001 2.368429 -3.4925
+-9.993212 1.736537 -3.4925
+-10.022918 0.627489 -3.4925
+-8.934615000000001 -4.787474 -3.4925
+-9.992826000000001 0.023617 -3.4925
+-9.970934 -0.629547 -3.4925
+-9.875780000000001 -1.250311 -3.4925
+-9.730957999999999 -1.839126 -3.4925
+-9.697722000000001 -2.466152 -3.4925
+-9.728870000000001 -3.001246 -3.4925
+-9.426161 -3.527603 -3.4925
+-9.194789 -4.138529 -3.4925
+-8.511029000000001 -5.339023 -3.4925
+-4.582891 -9.104558000000001 -3.4925
+-8.174666999999999 -5.816237 -3.4925
+-7.788942 -6.322899 -3.4925
+-7.422379 -6.731062 -3.4925
+-7.012005 -7.148804 -3.4925
+-6.581554 -7.53071 -3.4925
+-6.085195 -7.89884 -3.4925
+-5.578599 -8.244107 -3.4925
+-4.977403 -8.629519 -3.4925
+-4.008023 -9.241368 -3.4925
+1.484677 -9.918703000000001 -3.4925
+-3.41212 -9.426443000000001 -3.4925
+-2.830325 -9.646941 -3.4925
+-2.289696 -9.838024000000001 -3.4925
+-1.677267 -9.913273 -3.4925
+-1.084605 -9.944231 -3.4925
+-0.476093 -9.982177999999999 -3.4925
+0.172219 -10.000041 -3.4925
+0.836931 -9.983181 -3.4925
+2.085857 -9.809122 -3.4925
+6.503418 -7.680427 -3.4925
+2.659254 -9.657719 -3.4925
+3.228947 -9.447464 -3.4925
+3.793881 -9.198713 -3.4925
+4.330468 -8.950665000000001 -3.4925
+4.938798 -8.681481 -3.4925
+5.497643 -8.344355 -3.4925
+6.058984 -8.128415 -3.4925
+7.026255 -7.220477 -3.4925
+9.891723000000001 -1.701003 -3.4925
+7.516989 -6.705304 -3.4925
+7.890538 -6.188547 -3.4925
+8.231192999999999 -5.653459 -3.4925
+8.53506 -5.131999 -3.4925
+8.889224 -4.620159 -3.4925
+9.16391 -4.066425 -3.4925
+9.440239999999999 -3.449134 -3.4925
+9.674778999999999 -2.860954 -3.4925
+9.909456 -2.32367 -3.4925
+10.002274 -1.091197 -3.4925
+-3.092927 6.585227 -3.4925
+-3.818478 7.017182 -3.4925
+-4.858986 7.085207 -3.4925
+-5.805535 6.759767 -3.4925
+-6.347791 6.070704 -3.4925
+-6.879735 5.332905 -3.4925
+-7.012676 4.427768 -3.4925
+-6.894322 3.584108 -3.4925
+-7.293377 2.331018 -3.4925
+-8.280381 1.615692 -3.4925
+-8.702394999999999 0.861513 -3.4925
+-8.725001000000001 0.023255 -3.4925
+-8.640158 -0.840004 -3.4925
+-8.136284 -1.531701 -3.4925
+-7.509285 -2.076878 -3.4925
+-6.686383 -2.569333 -3.4925
+-7.070164 -4.56678 -3.4925
+-6.863887 -5.37013 -3.4925
+-6.338784 -6.141573 -3.4925
+-5.601638 -6.679505 -3.4925
+-4.775347 -6.884551 -3.4925
+-3.888039 -6.865005 -3.4925
+-3.000692 -6.622502 -3.4925
+-2.514581 -6.064886 -3.4925
+2.560207 -6.236898 -3.4925
+-2.004571 -7.894405 -3.4925
+-1.320625 -8.400804000000001 -3.4925
+-0.548587 -8.751212000000001 -3.4925
+0.303566 -8.715831 -3.4925
+1.180113 -8.609332 -3.4925
+1.973839 -7.886725 -3.4925
+2.541947 -7.153397 -3.4925
+6.971553 -4.350035 -3.4925
+6.38785 -2.696408 -3.4925
+3.92914 -6.911406 -3.4925
+4.804821 -7.00426 -3.4925
+5.625129 -6.634396 -3.4925
+6.36445 -6.073415 -3.4925
+6.874388 -5.247076 -3.4925
+8.818818 0.106489 -3.4925
+6.845915 -3.447773 -3.4925
+8.232250000000001 1.745111 -3.4925
+7.453009 2.283109 -3.4925
+6.650795 2.688147 -3.4925
+7.633454 -2.269609 -3.4925
+8.434637 -1.693051 -3.4925
+8.711693 -0.784626 -3.4925
+6.912606 4.326719 -3.4925
+8.565047 0.9150740000000001 -3.4925
+6.360517 6.06347 -3.4925
+5.692123 6.543392 -3.4925
+5.010236 6.929296 -3.4925
+3.963916 7.158556 -3.4925
+3.041413 6.824075 -3.4925
+6.833116 3.556932 -3.4925
+6.891536 5.241538 -3.4925
+2.160295 8.050758999999999 -3.4925
+1.33766 8.535455000000001 -3.4925
+0.457749 8.766914999999999 -3.4925
+-0.324963 8.738405 -3.4925
+-1.546757 8.208874 -3.4925
+-2.032315 7.631708 -3.4925
+-2.457032 6.973159 -3.4925
+-2.525431 6.201107 -3.4925
+3.873826 9.376695 -3.4925
+2.48018 7.295747 -3.4925
+-2.528788 -7.276742 -3.4925
+-1.098977 8.745647999999999 -3.4925
+10.046165 0.556632 -3.4925
+10.154308 -0.567881 -3.4925
+-8.050181 2.412973 -3.4925
+10.091072 -0.052965 -3.4925
+-6.939065 -3.30182 -3.4925
+3.181702 -6.68109 -3.4925
+-2.864617 -8.137392 -3.4925
+-3.403295 -7.390878 -3.4925
+2.809715 -8.111408000000001 -3.4925
+-2.082547 9.465930999999999 -3.4925
+-7.186206 -3.909687 -3.4925
+7.671874 5.501152 -3.4925
+9.563439000000001 1.379408 -3.4925
+3.227603 7.888255 -3.4925
+9.294578 -1.352465 -3.4925
+9.460701 1.847432 -3.4925
+8.999542999999999 2.282623 -3.4925
+8.884629 3.015069 -3.4925
+8.827524 3.636683 -3.4925
+8.33605 4.23631 -3.4925
+2.895383 8.772012999999999 -3.4925
+7.193069 6.011958 -3.4925
+6.875745 6.576914 -3.4925
+6.3681 6.883289 -3.4925
+5.833329 7.251806 -3.4925
+5.357916 7.696536 -3.4925
+4.921686 8.140235000000001 -3.4925
+4.189627 8.231016 -3.4925
+2.209126 8.944257 -3.4925
+1.06903 9.316768 -3.4925
+-0.028502 9.400919999999999 -3.4925
+-2.622863 8.993202999999999 -3.4925
+-7.098014 6.162398 -3.4925
+-3.342881 8.776028 -3.4925
+-3.977645 8.489335000000001 -3.4925
+-4.545265 8.348953 -3.4925
+-4.978466 7.948292 -3.4925
+-5.610654 7.588347 -3.4925
+-7.53518 5.655019 -3.4925
+-9.523562999999999 1.12679 -3.4925
+-7.713037 5.013315 -3.4925
+-8.221989000000001 4.615565 -3.4925
+-8.459089000000001 4.091752 -3.4925
+-8.806027 3.63456 -3.4925
+-8.839879 2.960733 -3.4925
+-8.95684 2.256884 -3.4925
+-9.40343 0.415764 -3.4925
+-8.291712 -4.792666 -3.4925
+-9.352251000000001 -0.316251 -3.4925
+-9.370182 -0.926652 -3.4925
+-9.004788 -1.55811 -3.4925
+-9.023871 -2.26585 -3.4925
+-9.143178000000001 -2.923014 -3.4925
+-7.736568 -5.119718 -3.4925
+-4.212523 -8.685347 -3.4925
+-7.540613 -5.738584 -3.4925
+-7.13768 -6.168576 -3.4925
+-6.375449 -6.907943 -3.4925
+-5.334015 -7.473954 -3.4925
+-3.504916 -8.768824 -3.4925
+1.704068 -9.227562000000001 -3.4925
+-2.859366 -8.956193000000001 -3.4925
+-2.415247 -9.294178 -3.4925
+-1.917723 -9.364767000000001 -3.4925
+-0.702888 -9.440784000000001 -3.4925
+-0.115543 -9.378458 -3.4925
+2.255771 -9.255321 -3.4925
+6.300435 -6.977235 -3.4925
+2.715813 -8.979806 -3.4925
+3.283799 -8.799573000000001 -3.4925
+3.753772 -8.330456999999999 -3.4925
+4.95868 -7.860913 -3.4925
+7.167991 -6.055909 -3.4925
+7.600877 -5.604155 -3.4925
+7.719586 -4.923528 -3.4925
+8.229118 -4.565348 -3.4925
+8.511545999999999 -4.006411 -3.4925
+8.818752999999999 -3.382927 -3.4925
+9.124351000000001 -2.892547 -3.4925
+-7.434837 3.045737 -3.4925
+-7.800461 -3.432391 -3.4925
+7.582435 4.700753 -3.4925
+-3.125798 7.215065 -3.4925
+8.952576000000001 1.510352 -3.4925
+7.644884 -3.985039 -3.4925
+7.43715 3.035745 -3.4925
+-4.257481 7.758244 -3.4925
+-2.691264 7.710848 -3.4925
+4.166084 -7.585464 -3.4925
+9.337956 0.797633 -3.4925
+9.503461 -0.519913 -3.4925
+-2.261035 8.315362 -3.4925
+3.379974 -7.458803 -3.4925
+-8.94004 1.491621 -3.4925
+5.682822 -7.530375 -3.4925
+7.033409 -2.679604 -3.4925
+8.43666 -2.665396 -3.4925
+-8.275072 -2.154212 -3.4925
+-7.842738 -4.21104 -3.4925
+-7.597956 -2.733576 -3.4925
+-4.375545 -7.495217 -3.4925
+-7.673513 4.041543 -3.4925
+7.535623 3.902653 -3.4925
+7.596177 -3.065768 -3.4925
+3.627508 8.755781000000001 -3.4925
+1.662726 9.296689000000001 -3.4925
+0.541504 9.504049999999999 -3.4925
+-0.662411 9.412852000000001 -3.4925
+-6.62592 6.807853 -3.4925
+-8.616803000000001 -3.593385 -3.4925
+-9.432918000000001 1.802317 -3.4925
+-6.872401 -6.620364 -3.4925
+-5.982875 -7.30244 -3.4925
+-4.985575 -7.996474 -3.4925
+-1.301677 -9.196439 -3.4925
+0.561481 -9.337994999999999 -3.4925
+4.409295 -8.288729 -3.4925
+6.868138 -6.602824 -3.4925
+4.638248 7.587152 -3.4925
+-3.473699 7.880983 -3.4925
+2.077107 -8.649111 -3.4925
+-2.108074 -8.716078 -3.4925
+8.197915999999999 2.572441 -3.4925
+-1.856898 8.867201 -3.4925
+8.232442000000001 5.014023 -3.4925
+8.174251 3.406492 -3.4925
+-1.402261 9.424205000000001 -3.4925
+-8.605575999999999 -4.252122 -3.4925
+1.120239 -9.415450999999999 -3.4925
+9.241339 -2.190059 -3.4925
+-8.395061999999999 -2.872615 -3.4925
+-8.158884 3.352206 -3.4925
+8.168669 -3.377168 -3.4925
+9.521877999999999 0.168628 -3.4925
+-3.756899 -8.065087 -3.4925
+-2.870283 8.352888 -3.4925
+-4.463355 -8.193816999999999 -3.4925
+-11.14386 -0.846976 -3.011882
+-11.07401 -1.50641 -3.024476
+-10.431982 -4.009579 -3.024618
+-8.798629999999999 -6.891087 -3.007292
+-6.246622 -9.267291 -3.012329
+0.157112 -11.174896 -3.022837
+5.604063 -9.669408000000001 -3.01547
+7.619935 -8.175547 -3.03141
+9.678314 -5.588668 -3.021505
+10.866376 -2.612442 -3.026749
+-6.69759 -8.946802 -3.006085
+-0.427875 -11.167806 -3.022429
+9.389989999999999 -6.060616 -3.005168
+11.154519 -0.692587 -3.010271
+-10.647793 -3.395215 -3.015917
+-9.264720000000001 -6.250435 -3.057075
+-7.533011 -8.255708 -3.03157
+-4.156029 -10.374507 -3.021659
+-1.34746 -11.094473 -3.001333
+2.662641 -10.854184 -3.005252
+3.846091 -10.493358 -3.012254
+5.071978 -9.958816000000001 -3.008761
+7.142508 -8.595787 -3.028539
+10.714217 -3.179391 -3.02028
+-9.050857000000001 -6.556292 -2.949337
+-4.662883 -10.156795 -3.011035
+-2.02533 -10.990951 -3.03166
+-9.965407000000001 0.319481 -2.149016
+-10.195807 0.331516 -2.397919
+-10.522261 0.315048 -2.577274
+-10.856852 0.321166 -2.639092
+10.860467 0.674112 -2.639501
+10.714349 1.373708 -2.635736
+10.570615 2.187479 -2.635089
+10.405117 2.959991 -2.636944
+10.152242 3.67143 -2.63519
+9.901880999999999 4.41183 -2.638257
+9.560995999999999 5.089969 -2.637792
+9.166525999999999 5.754837 -2.637299
+8.719609 6.424875 -2.637766
+8.261438999999999 7.027917 -2.638536
+7.656367 7.558294 -2.631263
+7.054285 8.173645 -2.635288
+6.470263 8.701892000000001 -2.638422
+5.835342 9.117226 -2.637391
+5.168568 9.512997 -2.637495
+4.475328 9.884650000000001 -2.638711
+3.767183 10.154271 -2.637741
+3.036203 10.398862 -2.637881
+2.31604 10.579666 -2.637721
+1.56385 10.731394 -2.638466
+0.79144 10.794404 -2.637305
+0.008917 10.813284 -2.636614
+-0.7381799999999999 10.829053 -2.638848
+-1.477359 10.72733 -2.637626
+-2.247828 10.59451 -2.637729
+-2.984635 10.344941 -2.632247
+-3.754701 10.146586 -2.637017
+-4.461791 9.867823 -2.637689
+-5.1627 9.522992 -2.637845
+-5.875505 9.083853 -2.636976
+-6.500789 8.628809 -2.635859
+-7.10944 8.217518999999999 -2.639216
+-7.622096 7.614749 -2.633052
+-8.197746 7.072815 -2.637541
+-8.672567000000001 6.483512 -2.637601
+-9.108223000000001 5.838512 -2.637008
+-9.490043 5.137746 -2.634811
+-9.779071 4.435176 -2.628512
+-10.080889 3.713288 -2.629239
+-10.444947 2.94781 -2.638803
+-10.591673 2.171131 -2.636512
+-10.74492 1.388753 -2.63795
+-10.921344 0.633833 -2.638666
+9.908229 0.359766 -2.057355
+10.574306 0.387013 -2.594714
+9.806521 0.665866 -1.854567
+9.777825999999999 1.035802 -1.865442
+9.731985999999999 1.422855 -1.874373
+9.666214 1.80206 -1.866128
+9.584194 2.180627 -1.854678
+9.494827000000001 2.571026 -1.87832
+9.396133000000001 2.935226 -1.899024
+9.279769999999999 3.298929 -1.912164
+9.131924 3.672197 -1.895333
+8.955909999999999 4.060775 -1.8685
+8.771212999999999 4.435091 -1.853414
+8.570930000000001 4.804924 -1.844036
+8.369814999999999 5.148306 -1.845852
+8.156521 5.481018 -1.847793
+7.92781 5.809055 -1.851939
+7.686605 6.128416 -1.859468
+7.436343 6.436661 -1.873408
+7.183276 6.72137 -1.88049
+6.911235 6.99716 -1.872732
+6.61731 7.281604 -1.885615
+6.326467 7.540427 -1.896074
+6.003206 7.793844 -1.881426
+5.687606 8.021658 -1.86813
+5.354911 8.242590999999999 -1.855245
+5.007613 8.454677999999999 -1.845669
+4.637857 8.662891 -1.845268
+4.276684 8.854196 -1.86671
+3.913175 9.020512999999999 -1.866046
+3.54933 9.165209000000001 -1.852522
+3.14943 9.311090999999999 -1.855236
+2.778477 9.426384000000001 -1.84884
+2.371392 9.541206000000001 -1.862157
+1.964792 9.632292 -1.859481
+1.574041 9.707599 -1.871133
+1.161676 9.758298999999999 -1.848379
+0.74864 9.800311000000001 -1.853797
+0.364912 9.819190000000001 -1.844295
+-0.058404 9.832637999999999 -1.866296
+-0.463946 9.82371 -1.871975
+-0.892474 9.786670000000001 -1.848635
+-1.288143 9.743933 -1.853304
+-1.675451 9.683331000000001 -1.848405
+-2.083638 9.611604 -1.872586
+-2.480575 9.521990000000001 -1.887242
+-2.862947 9.417566000000001 -1.896761
+-3.240444 9.288916 -1.88172
+-3.624786 9.141145 -1.86872
+-3.973061 8.993159 -1.862796
+-4.340667 8.819246 -1.856079
+-4.700961 8.633414 -1.858418
+-5.060448 8.438577 -1.886678
+-5.392087 8.227366 -1.87866
+-5.728238 7.981601 -1.838984
+-6.056612 7.742769 -1.858118
+-6.386272 7.487682 -1.891392
+-6.726743 7.188163 -1.901279
+-7.036537 6.874106 -1.878969
+-7.332508 6.546989 -1.857423
+-7.604442 6.221343 -1.841392
+-7.8585 5.897382 -1.841817
+-8.103796000000001 5.562648 -1.855111
+-8.334680000000001 5.232686 -1.891107
+-8.552640999999999 4.889924 -1.920537
+-8.741865000000001 4.529179 -1.90338
+-8.917751000000001 4.154323 -1.881756
+-9.073055 3.78043 -1.85469
+-9.219022000000001 3.405839 -1.851081
+-9.360269000000001 3.004466 -1.85948
+-9.475887999999999 2.611995 -1.855179
+-9.572685999999999 2.202294 -1.833352
+-9.663878 1.820422 -1.869479
+-9.738949 1.424012 -1.895026
+-9.794209 0.977335 -1.896002
+-9.81761 0.543374 -1.86575
+10.801345 1.000685 -2.63859
+10.613219 1.782043 -2.631648
+10.523643 2.567391 -2.637839
+10.255584 3.311048 -2.633348
+10.032596 4.041215 -2.636804
+9.73996 4.757223 -2.638226
+9.36835 5.431603 -2.637653
+8.945404 6.102458 -2.637631
+8.501194999999999 6.728928 -2.638339
+7.97955 7.300226 -2.636745
+7.360242 7.87178 -2.633338
+6.765995 8.435504999999999 -2.636645
+6.167913 8.912300999999999 -2.638167
+5.501786 9.317895999999999 -2.637147
+4.817881 9.704815999999999 -2.637983
+4.127485 10.026281 -2.638369
+3.41092 10.283467 -2.637955
+2.684564 10.500558 -2.638159
+1.950677 10.640551 -2.63694
+1.192365 10.766973 -2.637867
+0.388677 10.81577 -2.637265
+-0.378732 10.830879 -2.638118
+-1.114925 10.773973 -2.637795
+-1.869309 10.676724 -2.638201
+-2.614002 10.481275 -2.635758
+-3.376029 10.217686 -2.631551
+-4.118591 10.037568 -2.638676
+-4.821122 9.706481999999999 -2.638136
+-5.492789 9.235106 -2.629524
+-6.212447 8.880561 -2.638136
+-6.804304 8.394619 -2.636052
+-7.333133 7.911259 -2.634396
+-7.919263 7.365121 -2.636723
+-8.435819 6.77716 -2.637147
+-8.906000000000001 6.169954 -2.637958
+-9.301135 5.473404 -2.634862
+-9.717279 4.824488 -2.638649
+-10.047136 4.11232 -2.638918
+-10.307691 3.316658 -2.6376
+-10.546025 2.561979 -2.638795
+-10.646387 1.761932 -2.634779
+-10.796227 0.973014 -2.638243
+10.169546 0.367082 -2.377466
+-10.308553 0.644304 -2.485386
+-10.630582 0.611683 -2.612025
+10.450289 1.084848 -2.569883
+9.654920000000001 4.111171 -2.56509
+9.757325 3.754459 -2.549207
+10.16207 1.938265 -2.494965
+9.539635000000001 4.446279 -2.576555
+6.953066 7.771953 -2.537436
+9.183102999999999 5.085765 -2.566462
+9.928177 2.993493 -2.508362
+8.789794000000001 5.731795 -2.564994
+8.342926 6.36392 -2.564809
+7.903509 6.95084 -2.576649
+6.433407 8.357939 -2.584123
+6.611933 8.011471999999999 -2.517703
+7.166562 7.413384 -2.474798
+1.709575 10.399081 -2.581282
+5.830612 8.729381 -2.56653
+5.151092 9.130228000000001 -2.560909
+4.805555 9.320544 -2.562248
+4.470363 9.494694000000001 -2.56535
+3.863781 9.760164 -2.566376
+3.490813 9.88317 -2.560302
+2.781963 10.135553 -2.571345
+0.982829 10.442364 -2.563052
+2.052966 10.159192 -2.505623
+1.346401 10.418748 -2.569488
+-1.990618 10.30659 -2.566353
+0.580927 10.465053 -2.560149
+-0.223114 10.433532 -2.54093
+-0.885732 10.475993 -2.572426
+-2.600758 10.016295 -2.496751
+-1.616831 10.374954 -2.567536
+-2.330949 10.267591 -2.577927
+-7.850893 7.009163 -2.576403
+-3.479399 9.768186999999999 -2.508208
+-4.157783 9.656575 -2.572524
+-4.807281 9.335058999999999 -2.567527
+-5.575824 8.796631 -2.531196
+-6.156236 8.497036 -2.564717
+-6.44476 8.212707 -2.542545
+-6.820569 7.908764 -2.544359
+-8.278929 6.430511 -2.560858
+-7.479437 7.174557 -2.505425
+-8.045949999999999 6.736605 -2.56509
+10.272683 0.727444 -2.466919
+-8.509520999999999 6.131212 -2.562955
+-8.89317 5.477478 -2.544835
+-9.054480999999999 5.096967 -2.519204
+-9.284993999999999 4.687281 -2.52447
+-9.705610999999999 3.982249 -2.563948
+-9.947174 3.33369 -2.563995
+-10.218909 2.696023 -2.590881
+-10.21722 2.344805 -2.560812
+-10.273589 1.473529 -2.513147
+9.976454 0.769364 -2.198596
+8.566451000000001 6.060688 -2.565032
+10.241378 1.454818 -2.494356
+9.37354 4.77893 -2.575337
+9.824711000000001 3.376589 -2.518315
+-10.001407 0.725715 -2.226169
+8.995212 5.39934 -2.564124
+9.921847 1.234218 -2.188253
+9.882811999999999 1.632286 -2.212368
+9.783310999999999 2.016493 -2.175444
+9.687419 2.386162 -2.158432
+9.615003 2.773061 -2.199687
+9.540456000000001 3.145928 -2.247886
+9.405786000000001 3.539266 -2.252417
+9.171035 3.936667 -2.163144
+9.00258 4.345618 -2.185849
+8.771767000000001 4.737935 -2.147568
+8.573688000000001 5.073165 -2.136502
+8.373448 5.402002 -2.14039
+8.153636000000001 5.729859 -2.14166
+7.923508 6.062103 -2.157795
+7.67113 6.382083 -2.161131
+7.429581 6.693963 -2.191041
+7.178119 6.997422 -2.222116
+6.890046 7.240093 -2.183184
+6.656191 7.559399 -2.277807
+6.277116 7.816107 -2.22239
+5.908912 8.046535 -2.16719
+5.572627 8.270553 -2.152325
+5.239187 8.479850000000001 -2.144958
+4.900134 8.682195999999999 -2.147563
+4.523671 8.886578999999999 -2.150753
+4.154948 9.070506 -2.158273
+3.771757 9.233484000000001 -2.154318
+3.380076 9.38115 -2.150458
+2.99954 9.509828000000001 -2.150693
+2.610963 9.635437 -2.166964
+2.196748 9.759308000000001 -2.195175
+1.780598 9.837486999999999 -2.186924
+1.366263 9.888814999999999 -2.166719
+0.964632 9.925008999999999 -2.150858
+0.570888 9.952209 -2.146112
+0.177652 9.971185 -2.152315
+-0.273435 10.022552 -2.224411
+-0.7241 9.960119000000001 -2.171871
+-1.124618 9.9062 -2.147989
+-1.51641 9.853572 -2.147603
+-1.926974 9.793685999999999 -2.164881
+-2.326704 9.733571 -2.200854
+-2.724602 9.651567 -2.227484
+-3.126064 9.525838 -2.22364
+-3.518813 9.368816000000001 -2.200906
+-3.874149 9.201226 -2.167874
+-4.22174 9.042438000000001 -2.161962
+-4.587556 8.861821000000001 -2.161155
+-4.958267 8.681111 -2.186884
+-5.368129 8.48419 -2.240889
+-5.686559 8.197195000000001 -2.157786
+-5.953549 7.96418 -2.107042
+-6.333692 7.807718 -2.257058
+-6.719628 7.481022 -2.259503
+-7.045655 7.148332 -2.237407
+-7.328963 6.810665 -2.197099
+-7.587553 6.471378 -2.151845
+-7.842768 6.150925 -2.143904
+-8.086702000000001 5.827714 -2.144962
+-8.327688999999999 5.504108 -2.166027
+-8.626206 5.181781 -2.267542
+-8.836152999999999 4.786115 -2.251797
+-9.008019000000001 4.391342 -2.218306
+-9.140719000000001 4.004378 -2.161891
+-9.290125 3.63084 -2.15476
+-9.443175 3.250461 -2.172626
+-9.577576000000001 2.821729 -2.169325
+-9.669635 2.432065 -2.149414
+-9.731104999999999 2.052173 -2.109732
+-9.889403 1.71369 -2.237235
+-9.946329 1.233131 -2.219671
+7.545592 7.08307 -2.497177
+2.45031 10.248202 -2.58074
+-1.233859 10.424006 -2.566243
+-7.153465 7.522389 -2.514161
+10.578177 0.776398 -2.601777
+10.179974 2.701788 -2.579152
+10.214183 2.34615 -2.559752
+8.114551000000001 6.66022 -2.566645
+6.141278 8.530999 -2.571772
+5.499372 8.931037999999999 -2.563007
+4.1859 9.689416 -2.586617
+3.127076 10.005664 -2.560854
+0.209198 10.482806 -2.56163
+-0.558942 10.555576 -2.591428
+-3.049891 9.902896 -2.504194
+-3.845772 9.814515 -2.582096
+-4.487252 9.496008 -2.568536
+-5.225323 8.859776 -2.45889
+-5.106216 9.171918 -2.566519
+-5.913228 8.73189 -2.583629
+-10.477493 0.877115 -2.572706
+-8.722460999999999 5.83191 -2.564599
+-10.070385 3.008402 -2.571248
+-10.241114 1.931378 -2.534371
+-10.496323 1.165932 -2.588501
+8.848492 5.060428 -2.391612
+5.848506 8.371623 -2.406542
+4.068286 9.391344999999999 -2.42346
+7.750175 6.670994 -2.416904
+4.832794 8.977866000000001 -2.393755
+3.235087 9.662037 -2.388305
+3.622849 9.525055 -2.389542
+-0.601951 10.231859 -2.434195
+0.4073 10.18411 -2.390748
+-4.506885 9.159551 -2.40351
+0.774907 10.168815 -2.395614
+-3.825787 9.490014 -2.421615
+-8.148182 6.124492 -2.391554
+-8.573166000000001 5.537485 -2.401729
+-4.160761 9.318823 -2.401324
+-4.86059 8.994206999999999 -2.415204
+-6.056501 8.168716999999999 -2.371404
+-10.203518 1.020886 -2.437656
+9.444547 3.886658 -2.407165
+-9.88326 2.641768 -2.420196
+-9.638845 3.546793 -2.448813
+8.654019 5.379875 -2.388879
+9.319277 4.185929 -2.409624
+9.894479 2.584037 -2.417291
+8.219051 6.04542 -2.399298
+5.172121 8.780255 -2.389224
+4.46518 9.170284000000001 -2.396656
+2.475684 9.924153 -2.418746
+1.169919 10.139861 -2.402596
+-0.989148 10.164976 -2.407149
+-2.148329 9.988804 -2.410396
+-9.737916999999999 3.091292 -2.410082
+-9.365204 4.240732 -2.455426
+-7.913271 6.424476 -2.391216
+-7.676322 6.748465 -2.413232
+2.867915 9.788157 -2.396695
+10.140363 1.055954 -2.393126
+-8.370960999999999 5.825729 -2.39588
+-9.933032000000001 2.181119 -2.371962
+9.226409 4.498696 -2.444771
+6.189091 8.160962 -2.429064
+9.036973 4.745852 -2.402768
+7.989439 6.354283 -2.403459
+5.509168 8.577142 -2.392189
+0.04618 10.19958 -2.396719
+-5.760143 8.453927999999999 -2.419848
+9.934953 2.241439 -2.384543
+-9.409446000000001 3.876347 -2.377851
+8.446802999999999 5.711089 -2.394033
+1.561666 10.106993 -2.417735
+-1.372265 10.107016 -2.396771
+-1.762688 10.04776 -2.397926
+-11.159259 -0.611478 0.011071
+-11.081836 -1.447717 -0.157086
+-10.950407 -2.234181 0.014291
+-10.762215 -3.012924 0.013329
+-10.512166 -3.794383 0.006913
+-10.203247 -4.560343 0.01153
+-9.837467999999999 -5.303508 0.012964
+-9.404786 -6.03763 0.014412
+-9.017583 -6.601983 -0.136184
+-8.46679 -7.29496 0.010457
+-7.877253 -7.927917 0.012945
+-7.20301 -8.545152 0.011151
+-6.635898 -8.992654 -0.145935
+-5.919632 -9.479501000000001 0.011286
+-5.302958 -9.837764999999999 -0.143446
+-4.534574 -10.214725 0.013301
+-3.791716 -10.513128 -0.15651
+-2.999116 -10.766071 0.008160000000000001
+-2.320295 -10.932484 -0.136375
+-1.477266 -11.077936 0.002735
+-0.655344 -11.156769 0.011222
+0.212232 -11.173985 0.007658
+0.888575 -11.14062 -0.141583
+1.775087 -11.034131 0.011385
+2.467543 -10.900193 -0.144974
+3.34309 -10.664273 0.002054
+3.972684 -10.446088 -0.158413
+4.713731 -10.133298 0.004714
+5.532693 -9.710421 0.029831
+6.162668 -9.323331 0.002673
+6.72275 -8.927911999999999 -0.161447
+7.311784 -8.452266 -0.157974
+7.845118 -7.959717 -0.148559
+8.417949999999999 -7.351264 0.036484
+9.037934 -6.574095 0.036706
+9.46209 -5.947421 0.003048
+9.877955 -5.227713 0.009764
+10.239507 -4.478333 0.018064
+10.528478 -3.748883 -0.155172
+10.789077 -2.915268 0.015061
+10.952108 -2.225827 -0.145462
+11.088489 -1.395843 0.012999
+11.162759 -0.54386 0.024202
+-11.081024 -1.45392 0.173087
+-11.02467 -1.83293 0.008174000000000001
+-8.967651999999999 -6.669648 0.185337
+-6.565926 -9.04387 0.183619
+-6.296181 -9.233692 0.007701
+-5.226114 -9.878800999999999 0.188596
+-4.916688 -10.036392 0.012407
+-3.777349 -10.518299 0.16881
+-3.427441 -10.637463 0.007854999999999999
+-2.255271 -10.946083 0.181924
+-1.902961 -11.012798 0.008352
+0.952312 -11.135353 0.189008
+1.322053 -11.097529 0.017382
+2.545275 -10.882304 0.177173
+2.884784 -10.797268 -0.003073
+4.102697 -10.395713 0.162421
+4.41944 -10.265063 0.189025
+5.869829 -9.51042 0.167342
+6.865597 -8.818535000000001 0.153735
+7.437477 -8.341877 0.158919
+7.944831 -7.860194 0.170749
+8.759456999999999 -6.940813 0.021775
+9.274343 -6.236148 0.172781
+10.542539 -3.709159 0.172852
+10.966262 -2.155011 0.184345
+11.025075 -1.830491 0.009164
+-10.370272 -4.166585 0.013432
+-10.640335 -3.418516 0.010125
+-11.123251 -1.084561 0.011228
+-10.864034 -2.622164 0.011254
+-10.032256 -4.925121 0.012559
+-9.624302999999999 -5.681177 0.010721
+-9.223449 -6.311178 -0.175568
+-8.757548 -6.943222 0.011474
+-8.169048999999999 -7.6269 0.009469999999999999
+-7.553005 -8.23742 0.011029
+-6.928414 -8.769268 -0.175975
+-5.627701 -9.655670000000001 -0.178835
+-4.14615 -10.378459 0.013598
+-2.658961 -10.855086 -0.177669
+-1.049554 -11.126608 0.01083
+-0.232954 -11.173572 0.010925
+0.555108 -11.162205 -0.181136
+2.13333 -10.9705 -0.179555
+3.660778 -10.559436 -0.183995
+4.307867 -10.312384 -0.140955
+5.121094 -9.933649000000001 0.008971
+5.812972 -9.545278 -0.153534
+6.450501 -9.126555 -0.178299
+7.029255 -8.688644999999999 -0.158455
+7.58476 -8.20819 -0.154439
+8.132669 -7.665681 -0.059232
+9.227570999999999 -6.30515 -0.151141
+9.681139 -5.583774 0.023063
+10.066895 -4.853926 0.01222
+10.410165 -4.065888 0.024105
+10.656241 -3.368605 0.015603
+10.873337 -2.583314 -0.18017
+11.132176 -0.988748 0.01836
+-9.174440000000001 -6.382211 0.156757
+-6.86481 -8.819146999999999 0.150983
+-5.558336 -9.695766000000001 0.14705
+-2.60228 -10.868814 0.144679
+0.611798 -11.159242 0.146886
+2.200408 -10.957243 0.141638
+3.750463 -10.527916 0.138141
+6.554358 -9.052258 0.143695
+7.158319 -8.582623999999999 0.155582
+7.704667 -8.095745000000001 0.162551
+10.888312 -2.519452 0.145795
+-9.910556 0.347773 0.987173
+-10.171991 0.346555 0.669086
+-10.514083 0.380473 0.472844
+-10.839157 0.571178 0.409152
+10.803235 0.657111 0.410706
+10.699118 1.375432 0.413604
+10.580436 2.150805 0.412711
+10.359383 2.940215 0.415562
+10.086245 3.760037 0.416053
+9.813924 4.523936 0.411908
+9.508343 5.222687 0.409382
+9.086361999999999 5.852219 0.411794
+8.65161 6.486336 0.411401
+8.179067 7.076522 0.411229
+7.642763 7.658117 0.410959
+7.055106 8.173727 0.412659
+6.496975 8.641216999999999 0.411543
+5.880949 9.049428000000001 0.413102
+5.210728 9.435169999999999 0.414486
+4.488682 9.796125999999999 0.414789
+3.809893 10.114007 0.411801
+3.075609 10.346913 0.412932
+2.307474 10.520316 0.415354
+1.508852 10.67509 0.414197
+0.755591 10.793167 0.410944
+0.010662 10.805213 0.412005
+-0.744688 10.780741 0.411909
+-1.527704 10.6579 0.415759
+-2.363413 10.574224 0.410006
+-3.105259 10.389819 0.409571
+-3.751546 10.09507 0.415442
+-4.515703 9.784038000000001 0.414756
+-5.238621 9.407425999999999 0.415662
+-5.931498 9.033973 0.411849
+-6.542189 8.586643 0.412879
+-7.133228 8.141185999999999 0.410647
+-7.645724 7.628123 0.412416
+-8.154805 7.058862 0.41376
+-8.633723 6.445239 0.41494
+-9.109783999999999 5.810986 0.411994
+-9.484337999999999 5.167891 0.412359
+-9.817099000000001 4.529959 0.411493
+-10.087039 3.751927 0.416301
+-10.421783 3.022813 0.40926
+-10.589097 2.213231 0.411058
+-10.676511 1.399937 0.415636
+-10.772111 1.000073 0.411022
+9.918476 0.364848 0.971922
+10.598638 0.349095 0.446825
+9.810898 0.684816 1.17569
+9.796692 1.039864 1.127803
+9.746447 1.43309 1.129075
+9.686477 1.834277 1.110108
+9.616463 2.271154 1.057943
+9.482116 2.658427 1.138488
+9.362907 3.026962 1.160024
+9.245882 3.391153 1.137317
+9.102846 3.755948 1.139703
+8.934939999999999 4.144514 1.134051
+8.742216000000001 4.523392 1.15118
+8.532275 4.886977 1.182008
+8.323054000000001 5.234967 1.182663
+8.122237 5.565273 1.143314
+7.920732 5.878597 1.097207
+7.680729 6.223107 1.048579
+7.374919 6.538804 1.116128
+7.097724 6.815713 1.159273
+6.823755 7.08956 1.160175
+6.55772 7.35022 1.131438
+6.254913 7.614589 1.121264
+5.948403 7.868296 1.097492
+5.623035 8.103363 1.098788
+5.281363 8.321732000000001 1.116305
+4.930352 8.524191 1.139531
+4.572545 8.720587 1.141388
+4.217874 8.905581 1.12206
+3.856212 9.070069 1.117275
+3.479022 9.221662 1.11648
+3.091276 9.359311999999999 1.115184
+2.700702 9.481043 1.11118
+2.299632 9.580769999999999 1.124748
+1.904528 9.661782000000001 1.138554
+1.505724 9.736554 1.126309
+1.115468 9.791783000000001 1.118993
+0.699991 9.836182000000001 1.104059
+0.299769 9.855936 1.10545
+-0.135733 9.855947 1.114488
+-0.5376880000000001 9.845386 1.10653
+-0.965892 9.809274 1.114912
+-1.368174 9.753981 1.133793
+-1.756064 9.679228 1.168272
+-2.144287 9.600337 1.169298
+-2.535027 9.501128 1.179563
+-2.917992 9.403064000000001 1.144815
+-3.30014 9.274881000000001 1.147346
+-3.70246 9.121263000000001 1.148578
+-4.052582 8.968904 1.154458
+-4.398191 8.801841 1.161505
+-4.744111 8.628218 1.141956
+-5.083224 8.446410999999999 1.111555
+-5.421846 8.235948 1.105712
+-5.773441 7.988066 1.116588
+-6.113335 7.722761 1.13354
+-6.457598 7.448874 1.110883
+-6.782825 7.155471 1.108199
+-7.090998 6.8451 1.117129
+-7.363653 6.536109 1.143158
+-7.617668 6.233737 1.151047
+-7.862543 5.936603 1.126956
+-8.088687999999999 5.632724 1.114959
+-8.313675999999999 5.299289 1.109185
+-8.561574999999999 4.947261 1.042687
+-8.769091 4.523649 1.089401
+-8.950267 4.141241 1.101981
+-9.099372000000001 3.768095 1.135828
+-9.237627 3.387465 1.162662
+-9.374435999999999 2.997563 1.154346
+-9.485307000000001 2.630088 1.151039
+-9.584251 2.230208 1.159263
+-9.674678999999999 1.835073 1.139986
+-9.744405 1.42771 1.136558
+-9.796397000000001 1.014013 1.135758
+-9.813558 0.6508890000000001 1.174625
+10.748965 0.996385 0.41287
+10.629857 1.768867 0.414738
+10.484637 2.548282 0.413345
+10.225971 3.346468 0.416615
+9.949797999999999 4.146058 0.414417
+9.694872999999999 4.872647 0.409292
+9.30021 5.532742 0.410816
+8.872736 6.166908 0.411992
+8.419532999999999 6.776569 0.411794
+7.923176 7.364431 0.411108
+7.349892 7.930146 0.411451
+6.778901 8.406535 0.412503
+6.209871 8.857601000000001 0.411082
+5.551694 9.239442 0.414415
+4.857036 9.626500999999999 0.414074
+4.141133 9.955818000000001 0.414042
+3.449826 10.25435 0.410977
+2.689301 10.434652 0.41478
+1.906426 10.616781 0.41366
+1.110067 10.72701 0.413885
+0.371842 10.814675 0.410845
+-0.366496 10.783188 0.413388
+-1.133647 10.732265 0.413149
+-1.934772 10.555602 0.420412
+-2.741701 10.497503 0.409326
+-3.455787 10.304596 0.408722
+-4.166114 9.974833 0.411639
+-4.868866 9.590785 0.417076
+-5.596013 9.218928 0.413871
+-6.246082 8.831678999999999 0.411106
+-6.837034 8.360671999999999 0.412414
+-7.412383 7.891292 0.410492
+-7.913023 7.358154 0.411984
+-8.384967 6.74756 0.416235
+-8.884027 6.127319 0.413135
+-9.313615 5.48344 0.41179
+-9.678447999999999 4.857527 0.410348
+-9.942351 4.157222 0.414688
+-10.2372 3.362205 0.414828
+-10.395724 2.62854 0.421712
+-10.670233 1.822553 0.410607
+10.220053 0.373189 0.630314
+-10.290396 0.664988 0.572708
+-10.5554 0.741796 0.453273
+9.756591999999999 3.468177 0.547771
+10.065701 2.630948 0.5221479999999999
+10.343915 1.087289 0.523599
+10.177231 2.265148 0.51148
+9.635745 3.854487 0.535187
+8.445677999999999 6.102887 0.514438
+8.932439 5.49079 0.48629
+9.862036 3.014729 0.572296
+8.686715 5.799166 0.503205
+9.142281000000001 5.202695 0.473545
+5.856671 8.621721000000001 0.513091
+7.756247 6.972258 0.510049
+5.189831 8.993270000000001 0.5324719999999999
+6.387235 8.255663 0.506114
+6.172292 8.508063999999999 0.476383
+6.666888 8.001255 0.5168739999999999
+5.521667 8.806082999999999 0.52702
+10.036992 0.785849 0.775132
+4.832014 9.176587 0.5389080000000001
+4.128729 9.533906999999999 0.5293060000000001
+3.516434 9.887344000000001 0.482805
+2.790997 10.013669 0.526361
+2.02066 10.178919 0.535469
+1.628291 10.249229 0.535354
+0.870343 10.389084 0.511844
+0.21703 10.433309 0.507228
+-0.533299 10.409471 0.512938
+-1.565518 10.24391 0.543299
+-2.182562 10.282072 0.476378
+-2.861406 10.123377 0.473187
+-3.265412 9.972372 0.483058
+-3.898603 9.771818 0.472897
+-4.481336 9.303735 0.563744
+-5.254977 8.95758 0.531487
+-5.596599 8.782462000000001 0.517193
+-6.159763 8.411901 0.5115730000000001
+-6.76298 7.95238 0.505567
+-7.248915 7.494616 0.511279
+-7.773116 7.003464 0.495375
+-8.214333 6.333035 0.538281
+-8.685297 5.731237 0.5211789999999999
+-9.106847 5.128532 0.50013
+-9.465258 4.559548 0.478203
+-9.635967000000001 3.827522 0.5403559999999999
+-10.030729 2.970625 0.495972
+-10.173946 2.242515 0.515267
+-10.268341 1.543587 0.532268
+10.242593 1.880422 0.51735
+8.019577999999999 6.703428 0.499859
+10.294387 1.497511 0.522696
+9.502969999999999 4.238861 0.5213449999999999
+10.429451 0.709216 0.499305
+9.981282999999999 1.229794 0.787403
+9.927792999999999 1.6404 0.781031
+9.885282 2.016051 0.752516
+9.715233 2.634471 0.776923
+9.562626 2.905729 0.865131
+9.501348 3.240601 0.808371
+9.382822000000001 3.607463 0.792369
+9.230397 4.002813 0.782663
+9.044263000000001 4.427637 0.772732
+8.767481999999999 4.810104 0.85709
+8.548359 5.149402 0.885893
+8.354397000000001 5.428541 0.909983
+8.280946 5.744934 0.763271
+8.061719999999999 6.083033 0.7417280000000001
+7.638674 6.612039 0.738031
+7.36564 6.885209 0.759015
+7.0539 7.057711 0.887476
+6.871199 7.364389 0.7702909999999999
+6.576103 7.634827 0.7655459999999999
+6.26163 7.89743 0.763321
+5.935472 8.197675 0.720341
+5.549125 8.409815999999999 0.766506
+5.208735 8.610428000000001 0.780008
+4.856574 8.803475000000001 0.7902940000000001
+4.504651 8.993847000000001 0.784992
+4.140451 9.168514999999999 0.783655
+3.782273 9.338876000000001 0.766378
+3.385168 9.534144 0.7238019999999999
+2.929684 9.640646 0.766114
+2.54394 9.740403000000001 0.775774
+2.153929 9.823952 0.786779
+1.754194 9.90903 0.7802480000000001
+1.365074 9.967432000000001 0.7832
+0.956736 10.026691 0.770168
+0.511775 10.10891 0.719378
+0.07296900000000001 10.081277 0.760137
+-0.353381 10.075695 0.7597660000000001
+-0.812997 10.082848 0.725461
+-1.238577 9.979353 0.788357
+-1.62346 9.896165 0.820916
+-1.995282 9.800627 0.855245
+-2.369368 9.700906 0.876606
+-2.751888 9.610234 0.862242
+-3.183978 9.542730000000001 0.783856
+-3.576119 9.359685000000001 0.8319569999999999
+-4.004406 9.222353 0.790317
+-4.296371 9.028604 0.859199
+-4.625474 8.910018000000001 0.807995
+-4.980371 8.733703999999999 0.790624
+-5.335545 8.542840999999999 0.7702599999999999
+-5.723764 8.341037 0.7249989999999999
+-6.073188 8.037642999999999 0.768145
+-6.421407 7.767836 0.763516
+-6.803222 7.483817 0.727078
+-7.11235 7.14779 0.758086
+-7.43856 6.82089 0.748732
+-7.615934 6.484212 0.854311
+-7.872861 6.234754 0.80381
+-8.103683999999999 5.945829 0.794008
+-8.331647999999999 5.645797 0.778845
+-8.558157 5.344061 0.751597
+-8.908382 4.789257 0.72684
+-9.114874 4.404838 0.717884
+-9.247553999999999 3.983108 0.773838
+-9.378806000000001 3.594972 0.801946
+-9.458361 3.235403 0.862314
+-9.643983 2.869981 0.781521
+-9.674613000000001 2.484208 0.873252
+-9.823124999999999 2.130745 0.793359
+-9.891109 1.661746 0.819337
+-9.983395 1.236199 0.784139
+-10.006175 0.765089 0.812453
+7.521029 7.267326 0.49719
+8.241699000000001 6.419363 0.502269
+9.393184 4.610054 0.495081
+7.248386 7.528001 0.500681
+6.936403 7.757512 0.520917
+3.794292 9.705306 0.5141019999999999
+4.484837 9.354168 0.537476
+3.169542 9.925582 0.514699
+2.417441 10.103046 0.529948
+1.242144 10.32113 0.52623
+0.537129 10.488682 0.479618
+-0.168704 10.417082 0.515131
+-1.199319 10.327736 0.525466
+-0.892398 10.45037 0.484992
+-2.49466 10.208291 0.477288
+-4.167744 9.566369999999999 0.507564
+-4.900122 9.138332 0.539879
+-5.923868 8.662326 0.482746
+-6.459289 8.178157000000001 0.513764
+-7.055464 7.783239 0.478596
+-7.498281 7.226078 0.517494
+-7.91534 6.645697 0.558756
+-8.463628 6.020657 0.53079
+-8.907444999999999 5.429935 0.508843
+-9.264787 4.826277 0.502366
+-9.514649 4.209086 0.5220359999999999
+-9.765298 3.362522 0.563008
+-10.356187 1.950064 0.466881
+-10.341002 1.066031 0.526132
+9.349007 4.944922 0.454814
+8.822312999999999 5.148105 0.63968
+7.207815 7.212786 0.653501
+9.872446999999999 2.353837 0.694006
+-2.246966 9.981168 0.627268
+-1.90869 10.098571 0.594718
+-2.936734 9.807672 0.622165
+-3.539732 9.69434 0.567551
+-3.840158 9.495449000000001 0.618788
+-8.783613000000001 5.120671 0.6781160000000001
+7.909717 6.392904 0.6756
+-10.070236 1.894988 0.615631
+-9.937569999999999 2.549974 0.606824
+9.054809000000001 4.835773 0.602916
+8.592369 5.456715 0.668467
+-2.599663 9.881766000000001 0.637005
+-11.161625 -0.566651 2.959531
+-11.134325 -0.964251 3.011979
+-11.02288 -1.843663 3.01238
+-10.877977 -2.563707 3.010933
+-10.644552 -3.40536 3.009047
+-10.386588 -4.125743 3.0203
+-10.040376 -4.908546 3.014396
+-9.669259 -5.60432 3.019002
+-9.220919 -6.314873 3.013565
+-8.774687999999999 -6.921549 3.014376
+-8.199268999999999 -7.594403 3.018482
+-7.627709 -8.168293999999999 3.033555
+-6.939547 -8.76046 3.012503
+-6.335434 -9.206804999999999 3.006667
+-5.618168 -9.661218999999999 3.016246
+-5.224389 -9.879713000000001 3.003819
+-4.546895 -10.209247 3.016564
+-3.739226 -10.531912 3.012357
+-3.024006 -10.759106 3.009902
+-2.205725 -10.956174 3.014739
+-1.459088 -11.080345 3.010379
+-0.597048 -11.160041 3.017031
+0.171142 -11.17469 3.014065
+0.9991100000000001 -11.131251 3.002161
+1.751766 -11.037857 3.013268
+2.589515 -10.871862 3.016459
+3.296614 -10.678732 2.988358
+3.96881 -10.447561 3.008701
+4.806357 -10.089693 3.036882
+5.566699 -9.690967000000001 3.003283
+6.159651 -9.325324 2.994573
+6.74481 -8.911257000000001 2.998008
+7.380775 -8.392087999999999 3.003321
+7.912707 -7.892531 3.005031
+8.473176 -7.287542 3.015775
+8.949835 -6.693536 3.018007
+9.442731 -5.978111 3.009195
+9.812110000000001 -5.350277 3.020872
+10.208122 -4.549419 3.012553
+10.499538 -3.829187 3.029176
+10.771567 -2.979317 3.014063
+10.94912 -2.24048 3.00333
+11.08709 -1.406917 3.010818
+11.160444 -0.589457 3.025746
+-11.08772 -1.401943 3.018604
+-10.955368 -2.209724 2.939721
+-10.770877 -2.981808 3.022231
+-10.523352 -3.763249 2.941552
+-10.218096 -4.526974 3.029474
+-9.858229 -5.264817 2.949389
+-9.449999999999999 -5.966613 3.019738
+-9.003841 -6.620712 2.950536
+-8.497128 -7.2596 3.022784
+-7.91679 -7.888435 2.954636
+-7.281459 -8.478403999999999 3.039856
+-6.62837 -8.998203999999999 2.936617
+-5.988481 -9.436158000000001 3.019499
+-4.880286 -10.054143 2.937691
+-4.159995 -10.372918 3.026103
+-3.381253 -10.652235 2.942147
+-2.62072 -10.864382 3.024619
+-1.824228 -11.026113 2.944305
+-1.017733 -11.129564 3.020544
+-0.213847 -11.173954 2.949202
+0.586255 -11.160613 3.016738
+1.382912 -11.09011 2.937019
+2.184331 -10.96046 3.027582
+2.951714 -10.779163 2.938226
+3.638315 -10.567196 2.929622
+4.373822 -10.284584 3.033814
+5.186956 -9.899417 3.021393
+5.861473 -9.515572000000001 2.927458
+6.464442 -9.116686 2.928973
+7.068973 -8.656361 3.014193
+7.650711 -8.146754 2.936821
+8.195774 -7.598175 3.0218
+8.707058999999999 -7.006433 2.943584
+9.206272999999999 -6.336206 3.027186
+9.630316000000001 -5.670978 2.946554
+10.019449 -4.951123 3.028434
+10.353499 -4.208092 2.949421
+10.641539 -3.414765 3.033773
+10.865067 -2.617879 2.937823
+11.023201 -1.841745 3.021925
+11.12968 -1.016465 2.947863
+4.083871 0.86183 -2.954404
+3.852553 1.568733 -2.901707
+3.523229 2.19162 -2.862746
+3.135503 2.716676 -2.860664
+2.682166 3.165477 -2.861811
+2.146908 3.552561 -2.868844
+1.483504 3.880283 -2.881191
+0.816231 4.074311 -2.88517
+0.188845 4.145821 -2.865961
+-0.403414 4.130867 -2.867451
+-1.051165 4.011301 -2.853364
+-1.669329 3.798522 -2.862336
+-2.259769 3.490804 -2.896854
+-2.779794 3.10487 -2.930565
+-3.210081 2.663908 -2.945582
+-3.572707 2.139864 -2.919719
+-3.899525 1.474068 -2.935803
+-4.102494 0.795826 -2.973636
+-3.446595 0.63332 -0.455728
+-3.853446 0.589512 -1.926077
+3.121841 1.22763 0.103168
+2.057497 2.713394 -0.08611099999999999
+0.391359 3.356353 0.011549
+-1.222219 3.145759 0.027381
+-2.771265 1.96786 -0.062295
+3.406738 0.6992080000000001 -0.356649
+3.600699 0.698307 -1.065874
+3.816483 0.612462 -1.803051
+-4.022292 0.472627 -2.492175
+-3.614523 0.758615 -1.160989
+2.721233 2.010093 -0.003524
+1.180652 3.17262 -0.011175
+-0.411831 3.348393 0.031958
+-2.06783 2.665103 0.033422
+-3.187073 1.02995 0.122503
+3.99645 0.525801 -2.420994
+3.579319 1.753192 -2.252059
+3.237137 2.306853 -2.212409
+2.805826 2.798141 -2.166156
+2.32477 3.216729 -2.189515
+1.747913 3.57469 -2.227883
+1.11979 3.826238 -2.256189
+0.474934 3.956105 -2.247902
+-0.100742 3.974741 -2.216206
+-0.733385 3.898716 -2.182903
+-1.337292 3.756989 -2.260534
+-1.932462 3.498681 -2.294124
+-2.446201 3.179628 -2.349466
+-2.904395 2.780348 -2.382877
+-3.29171 2.292002 -2.346996
+-3.617081 1.723565 -2.330855
+-3.878029 1.068072 -2.389393
+0.750542 3.539113 -0.879399
+3.260261 0.531679 0.294302
+-3.26621 1.367064 -0.5918060000000001
+-0.83497 3.477527 -0.724672
+2.649596 2.416355 -0.7605
+-2.446328 2.554524 -0.577634
+-1.796881 3.151787 -0.917467
+1.536847 3.247112 -0.784678
+3.839772 1.127236 -2.312476
+3.589126 1.296618 -1.619592
+-0.026157 3.581261 -0.7433110000000001
+3.228581 1.605473 -0.834267
+-3.391097 1.501038 -1.217657
+-3.644281 1.272279 -1.783161
+-2.986023 2.093339 -0.987165
+2.962321 2.364128 -1.522148
+2.488171 2.862151 -1.53123
+1.947201 3.254796 -1.532406
+1.348382 3.548634 -1.54502
+0.786658 3.748508 -1.671865
+0.229672 3.780564 -1.512773
+-0.417818 3.758252 -1.489903
+-1.089052 3.628308 -1.515357
+-1.658012 3.464652 -1.712085
+-2.148755 3.182686 -1.709084
+-2.977504 2.43969 -1.743532
+-3.336912 1.914401 -1.734947
+-2.496551 2.7512 -1.242396
+3.334977 1.880982 -1.667001
+-2.611998 2.879402 -1.886252
+2.15128 2.927535 -0.935932
+-3.053719 0.869151 1.452989
+0.118265 3.172797 1.439214
+1.107856 2.975446 1.455707
+1.936042 2.51642 1.456344
+2.574042 1.858744 1.444218
+2.99794 1.045457 1.427814
+1.410457 6.824537 1.60386
+0.568242 7.578315 1.590925
+-0.518968 7.596276 1.618522
+-1.336698 6.952384 1.737542
+-1.516989 6.563869 1.628852
+1.538304 6.488142 -2.57934
+1.51013 6.585556 -1.538426
+1.501683 6.610883 -0.397356
+1.510082 6.585704 0.714252
+1.331252 6.960825 -3.098987
+1.012205 7.318946 -3.014914
+0.537235 7.589832 -2.994968
+-0.006914 7.683485 -2.997009
+-0.553163 7.584008 -3.002919
+-1.026904 7.30663 -3.002189
+-1.34122 6.945285 -3.091557
+-1.536538 6.495008 -2.57713
+-1.51689 6.564189 -2.083247
+-1.516199 6.566423 -1.520623
+-1.514398 6.572189 -0.956962
+-1.516131 6.566643 -0.424099
+-1.518278 6.559668 0.102707
+-1.524332 6.539359 0.629387
+-1.515281 6.569372 1.142314
+1.048674 7.287822 1.560498
+0.02377 7.683322 1.635014
+-1.009704 7.321012 1.651654
+1.51475 6.571068 -2.09587
+1.504193 6.603504 -0.97036
+1.505414 6.599871 0.176802
+1.524007 6.540477 1.202785
+-1.519727 6.554898 -3.027606
+1.520011 6.553954 -3.029181
+0.823835 7.453001 0.97317
+1.253044 7.070699 0.519695
+1.262875 7.057926 -1.250291
+-0.211392 7.669363 1.14441
+1.298403 7.009403 -2.528985
+-1.263545 7.057047 1.24384
+1.291541 7.01908 -1.844798
+1.245612 7.080179 -0.07904600000000001
+1.250994 7.073328 -0.684148
+0.804632 7.464475 -2.530235
+0.271011 7.660196 -2.502664
+-0.281665 7.658313 -2.503981
+-0.814174 7.458819 -2.534067
+-1.30261 7.003394 -2.537007
+-1.301675 7.004735 -1.833545
+-1.299853 7.007339 -1.258919
+-1.313812 6.987097 -0.713237
+-1.313951 6.986893 -0.194612
+-1.316359 6.983331 0.33459
+0.319909 7.650932 1.181292
+-0.778051 7.479761 1.156707
+1.300012 7.007112 1.096814
+-1.352801 6.926714 0.816259
+-0.426262 7.625201 0.703315
+-0.912878 7.394773 -1.568705
+0.5602009999999999 7.581373 -2.005888
+-0.004421 7.683494 -1.993963
+-0.567177 7.578723 -2.035458
+0.822086 7.454062 0.284596
+-1.0036 7.326017 -0.99802
+-0.977279 7.347032 -0.459994
+-0.978401 7.346155 0.059351
+-1.003626 7.325997 -2.093443
+1.006281 7.323825 -2.103709
+0.844496 7.440241 -0.366865
+0.259275 7.662184 0.636363
+0.86155 7.429374 -0.982792
+-0.988377 7.338283 0.659381
+0.915203 7.393135 -1.576376
+0.322749 7.650345 -0.04292
+0.313592 7.652219 -0.665033
+-0.313399 7.652258 -1.540904
+-0.6198090000000001 7.557504 -1.175731
+0.320674 7.650775 -1.381773
+-0.607506 7.56266 0.274324
+-0.627125 7.554379 -0.743463
+-0.369719 7.639847 -0.286861
+-0.144481 7.676912 0.242248
+-0.171808 7.674176 -0.950467
+5.722305 5.036489 1.623397
+4.910728 5.780186 1.579025
+3.783781 5.808087 1.515434
+2.940511 5.112535 1.643537
+2.770398 4.695455 1.73243
+5.849742 4.699059 -2.58701
+5.816849 4.811661 -1.511757
+5.821629 4.797056 -0.37287
+5.81633 4.813217 0.722015
+5.653863 5.156451 -3.105214
+5.344607 5.515025 -2.984864
+4.87958 5.792525 -2.967194
+4.336303 5.897814 -2.993914
+3.803968 5.815035 -3.020531
+3.340057 5.566847 -3.049406
+2.992753 5.195756 -3.032964
+2.766739 4.680505 -2.561723
+2.786465 4.754823 -2.073907
+2.794334 4.780978 -1.538153
+2.798973 4.795674 -0.976627
+2.800858 4.80151 -0.392738
+2.806217 4.817692 0.173852
+2.804032 4.811164 0.744896
+2.788699 4.762418 1.272882
+5.37662 5.486786 1.599706
+4.355888 5.897375 1.544111
+3.28651 5.523599 1.541338
+5.819748 4.802861 -2.086304
+5.822726 4.793635 -0.9227030000000001
+5.814586 4.81841 0.18049
+5.834356 4.755596 1.204014
+2.793228 4.777398 -3.014224
+5.833548 4.758353 -3.027679
+5.21654 5.614091 1.083818
+5.600832 5.235325 -1.183707
+4.104714 5.884626 0.987002
+5.610746 5.221334 -0.082271
+5.533602 5.322567 -1.834891
+3.02401 5.240599 1.081184
+5.612556 5.218744 1.122954
+5.607276 5.226267 -0.622819
+5.16794 5.646559 -2.354367
+4.582082 5.874624 -2.479875
+4.035308 5.873985 -2.500819
+3.548348 5.703091 -2.565757
+3.187473 5.432537 -2.657548
+2.991178 5.193408 -1.847411
+3.01848 5.232901 -1.276093
+3.031734 5.251191 -0.697332
+3.04837 5.273397 -0.106442
+3.057669 5.285466 0.501031
+4.680286 5.85436 1.046751
+3.474472 5.660032 0.888601
+5.635804 5.184472 -2.556609
+5.543216 5.310835 0.53867
+2.933231 5.099968 -2.471439
+5.298169 5.553388 -1.357429
+5.291741 5.558468 0.158703
+4.739578 5.838943 -2.024467
+4.235247 5.896237 -1.993274
+3.706122 5.778465 -2.035417
+3.345956 5.571382 -1.615208
+3.394994 5.607428 -1.033071
+3.39327 5.606209 -0.42608
+3.417245 5.622854 0.179049
+5.031002 5.725113 0.5763740000000001
+3.922504 5.849873 0.39358
+5.26852 5.576382 -0.869668
+5.262659 5.580796 -0.334064
+3.254251 5.495616 -2.171575
+5.06855 5.705353 -1.723603
+4.49734 5.886992 0.510827
+3.881204 5.838869 -1.420822
+4.52281 5.883765 -1.543713
+3.814686 5.818602 -0.765514
+3.824061 5.821652 -0.181123
+4.892618 5.787453 -1.164574
+4.870385 5.796023 0.04775
+4.359911 5.897255 -0.0283
+4.346387 5.897618 -1.00033
+4.232668 5.896113 -0.5052759999999999
+4.774247 5.828784 -0.549297
+7.504343 0.732616 1.594849
+6.655715 1.485555 1.566688
+5.539843 1.486891 1.547177
+4.725223 0.800704 1.619024
+4.553802 0.37654 1.715002
+7.606576 0.488175 -2.734835
+7.600991 0.505132 -1.550556
+7.603531 0.497499 -0.431633
+7.611473 0.472756 0.673028
+7.427882 0.863855 -3.028947
+7.098576 1.230853 -2.998612
+6.626259 1.496323 -3.009161
+6.092308 1.587496 -3.022623
+5.579264 1.501046 -3.024714
+5.124597 1.255601 -3.012416
+4.78368 0.893293 -3.000306
+4.57622 0.458721 -2.986304
+4.558239 0.39427 -2.45757
+4.551534 0.367127 -1.912131
+4.554384 0.378913 -1.360872
+4.566645 0.425709 -0.831367
+4.57092 0.44078 -0.286072
+4.566491 0.425156 0.230785
+4.567656 0.429326 0.757815
+4.571222 0.441824 1.25627
+7.142249 1.193951 1.574395
+6.094622 1.587499 1.542179
+5.060256 1.203076 1.564547
+7.606643 0.48797 0.137977
+7.598021 0.513896 -2.140532
+7.601815 0.502669 -0.988013
+7.619669 0.445632 1.155992
+4.805935 0.925142 1.058191
+6.379871 1.561913 1.003746
+5.253593 1.34555 1.030244
+7.378063 0.9362009999999999 1.022987
+7.362899 0.9566210000000001 -1.268359
+7.382482 0.930119 -0.142632
+7.369182 0.948242 -0.697642
+5.782874 1.556313 0.989737
+7.375461 0.939754 -1.841262
+7.402092 0.902375 0.410776
+6.916123 1.359248 1.067333
+6.880852 1.379914 -2.545804
+6.378818 1.562104 -2.546356
+5.851062 1.56849 -2.562538
+5.388002 1.420878 -2.57656
+4.997625 1.14618 -2.567298
+4.72247 0.795972 -2.527435
+7.346493 0.977969 -2.483829
+4.68452 0.726554 -2.029135
+4.688889 0.734979 -1.487577
+4.737447 0.821273 -0.9617329999999999
+4.75327 0.846895 -0.434964
+4.747542 0.837745 0.085734
+4.714312 0.781725 0.547306
+6.63409 1.493524 -2.05875
+5.44619 1.448414 0.450086
+6.953849 1.335759 -1.562199
+6.68074 1.475885 0.5280899999999999
+7.115323 1.217019 0.645819
+6.127021 1.587197 -2.082329
+5.646592 1.52256 -2.135859
+5.232926 1.332389 -2.143825
+4.916314 1.062308 -2.111724
+4.863899 1.001041 -1.675284
+5.067871 1.209589 -0.5856209999999999
+5.068087 1.209773 -0.019806
+6.064149 1.58718 0.333188
+7.020701 1.290381 -0.399936
+7.05026 1.268678 0.150444
+4.997553 1.146111 0.525799
+7.019234 1.291431 -0.946267
+7.06051 1.260903 -2.094197
+5.018918 1.166212 -1.192538
+5.505912 1.473755 -0.762024
+6.381246 1.561663 -1.588646
+5.513242 1.476668 -0.159684
+6.60325 1.504278 -1.16019
+5.871623 1.571563 -1.634742
+6.585317 1.510207 -0.069102
+5.463327 1.455981 -1.771218
+5.141771 1.268701 -1.672088
+6.568568 1.515532 -0.659614
+5.476102 1.461466 -1.315964
+6.053195 1.586923 -0.393799
+6.067627 1.587246 -1.063424
+5.702431 -3.547144 1.61247
+4.859825 -2.821086 1.618296
+3.773063 -2.816771 1.538014
+2.944843 -3.501157 1.64113
+2.766537 -3.941383 1.728917
+5.827752 -3.843434 -2.754443
+5.808613 -3.785279 -1.594252
+5.810545 -3.790822 -0.433279
+5.809577 -3.788036 0.672666
+5.650543 -3.459346 -3.06336
+5.331758 -3.095108 -3.002227
+4.879983 -2.828676 -2.990433
+4.344211 -2.72338 -2.981961
+3.799063 -2.807671 -2.971411
+3.329748 -3.06223 -2.959528
+2.989495 -3.430159 -2.995988
+2.802343 -3.814994 -2.719573
+2.806586 -3.80226 -2.118023
+2.796438 -3.83334 -1.52657
+2.78897 -3.857719 -0.956328
+2.789833 -3.854827 -0.383529
+2.795935 -3.83494 0.190234
+2.799448 -3.823893 0.750681
+2.787964 -3.861112 1.276073
+5.34412 -3.105603 1.619804
+4.335677 -2.723222 1.563788
+3.28098 -3.102137 1.577836
+5.805366 -3.776108 0.113322
+5.812462 -3.796386 -2.166685
+5.817193 -3.81042 -1.018473
+5.823024 -3.828345 1.178406
+5.133944 -2.953271 1.187341
+5.52492 -3.288077 -1.962233
+5.582335 -3.360444 -1.328929
+4.101691 -2.736819 1.007916
+5.548911 -3.31727 -0.169044
+3.016294 -3.391215 1.111048
+5.542408 -3.309216 1.04265
+5.540326 -3.30666 0.397883
+4.66502 -2.76311 1.058864
+5.192985 -2.990895 -2.484921
+4.668931 -2.764011 -2.465708
+4.110058 -2.735731 -2.4413
+3.573025 -2.90473 -2.432475
+3.084377 -3.302196 -2.411734
+5.565575 -3.338411 -0.759507
+3.010977 -3.398746 -1.794999
+2.986947 -3.433994 -1.21801
+2.989063 -3.430808 -0.672742
+2.981462 -3.442333 -0.12312
+3.051446 -3.343631 0.5062449999999999
+3.479117 -2.958147 0.968403
+5.590989 -3.37214 -2.550587
+3.273919 -3.108188 -1.436309
+5.251039 -3.031623 -1.579141
+4.999817 -2.880477 -1.993043
+4.454974 -2.729609 -1.941175
+3.898401 -2.77745 -1.890711
+3.408977 -3.003858 -1.902917
+3.308934 -3.078867 -0.928957
+3.286356 -3.097576 -0.406338
+3.251965 -3.127471 0.073169
+3.90263 -2.77632 0.441878
+5.216454 -3.006895 -1.078592
+4.536309 -2.739162 0.404629
+3.452016 -2.975187 0.416906
+5.112119 -2.940268 0.673405
+5.122038 -2.946118 0.083082
+4.116944 -2.73487 -0.140654
+3.719366 -2.837197 -1.279032
+5.171788 -2.976964 -0.511213
+3.630004 -2.876281 -0.042169
+3.704814 -2.84312 -0.615395
+4.816086 -2.805677 -1.478957
+4.672717 -2.764893 -0.305957
+4.279569 -2.723325 -1.374415
+4.731613 -2.779889 -0.908863
+4.207541 -2.726367 -0.765248
+1.405169 -5.357314 1.595274
+0.559766 -4.610464 1.566386
+-0.542142 -4.603941 1.585156
+-1.399682 -5.34697 1.60864
+1.516717 -5.62725 -2.491107
+1.515331 -5.62279 -1.553105
+1.50617 -5.594394 -0.402525
+1.515572 -5.623563 0.68597
+1.331958 -5.232262 -3.106142
+1.018633 -4.878403 -3.020828
+0.560806 -4.610856 -2.988102
+0.02853 -4.508756 -3.000756
+-0.501926 -4.589937 -3.011484
+-0.966906 -4.836933 -3.050776
+-1.317244 -5.209984 -3.036312
+-1.545739 -5.734272 -2.567202
+-1.52805 -5.665628 -2.086998
+-1.521019 -5.641406 -1.533913
+-1.516875 -5.627764 -0.966686
+-1.515776 -5.624215 -0.415673
+-1.514374 -5.619737 0.1282
+-1.512081 -5.612504 0.684813
+1.046699 -4.902443 1.543356
+0.0065 -4.508513 1.580196
+-1.038908 -4.895656 1.580658
+1.500466 -5.577581 -0.970963
+1.542707 -5.721552 -2.033667
+1.517721 -5.630512 0.155162
+1.519898 -5.637671 1.174018
+-1.519515 -5.636402 -3.01647
+-1.517916 -5.63115 1.182508
+1.516453 -5.626398 -3.005981
+0.7970120000000001 -4.723073 1.01448
+1.329492 -5.228471 0.428649
+1.280064 -5.157069 -0.079651
+-0.293946 -4.535951 1.080224
+0.276979 -4.53285 1.077804
+1.249681 -5.116993 -0.6707340000000001
+1.372033 -5.297451 -2.012048
+1.273093 -5.147638 -2.576878
+-1.26516 -5.137081 1.025523
+0.8225789999999999 -4.738237 -2.517872
+0.298665 -4.536848 -2.511722
+-0.254236 -4.52899 -2.496994
+-0.750894 -4.697317 -2.541156
+-1.122954 -4.97389 -2.642821
+-0.804107 -4.727216 1.068388
+-1.340584 -5.245712 -1.851121
+-1.325594 -5.222527 -1.268939
+-1.318344 -5.211622 -0.702696
+-1.313785 -5.204863 -0.143953
+-1.305695 -5.193051 0.411022
+1.231795 -5.094582 -1.355018
+1.253202 -5.121505 0.994193
+-1.38035 -5.311915 -2.464456
+0.968762 -4.838361 0.38277
+0.93407 -4.812384 -0.291716
+0.564951 -4.612428 -2.038417
+0.017634 -4.508598 -2.032674
+-0.574013 -4.61591 -1.948832
+-1.015688 -4.875945 -1.59441
+-1.019713 -4.879307 -1.005007
+-0.998718 -4.862015 -0.436335
+-0.97997 -4.847075 0.134821
+1.032623 -4.890245 -2.007642
+-0.545468 -4.605154 0.500313
+0.847847 -4.753871 -0.878424
+-1.06179 -4.915848 -2.148297
+-1.003299 -4.865737 0.632786
+-0.029368 -4.508772 0.641047
+0.459977 -4.5766 0.546664
+0.305614 -4.538195 -1.610807
+-0.62923 -4.638528 -1.309272
+0.440322 -4.570788 -0.456302
+0.757271 -4.700759 -1.472345
+-0.602567 -4.627304 -0.734092
+-0.539219 -4.602883 -0.16326
+0.571975 -4.615122 0.051224
+-0.155376 -4.516122 -1.506304
+0.020692 -4.508635 0.06654
+0.296813 -4.536494 -1.057694
+-0.234559 -4.525924 -1.023103
+-0.104087 -4.511916 -0.532798
+-2.894387 -3.593087 1.617286
+-3.724972 -2.83496 1.566773
+-4.862858 -2.822208 1.609105
+-5.649624 -3.457901 1.770946
+-5.83144 -3.855586 1.64952
+-2.798244 -3.827649 -2.720149
+-2.808968 -3.795265 -1.510966
+-2.807159 -3.80057 -0.373296
+-2.801358 -3.818003 0.730866
+-2.972085 -3.45686 -3.010383
+-3.295832 -3.089639 -2.985209
+-3.759219 -2.821825 -2.999717
+-4.288791 -2.723172 -3.009796
+-4.820278 -2.807092 -3.026036
+-5.271094 -3.046617 -3.025294
+-5.620308 -3.413517 -3.01611
+-5.832845 -3.860309 -2.997744
+-5.846656 -3.909959 -2.452263
+-5.848372 -3.916599 -1.899919
+-5.846967 -3.911152 -1.361747
+-5.848649 -3.917682 -0.841531
+-5.855511 -3.945599 -0.334264
+-5.853345 -3.93655 0.179587
+-5.839673 -3.884075 0.671038
+-5.833712 -3.863253 1.161769
+-3.24439 -3.134293 1.555856
+-4.285312 -2.723223 1.605416
+-5.329175 -3.092941 1.655401
+-2.806463 -3.802625 -2.109582
+-2.809399 -3.794013 -0.938365
+-2.8046 -3.808176 0.194153
+-2.785825 -3.868424 1.200684
+-3.444605 -2.979981 0.952542
+-3.0558 -3.337987 0.536022
+-3.065064 -3.326151 -1.209445
+-4.623449 -2.75417 1.140759
+-3.057931 -3.335243 -2.458608
+-5.621614 -3.415428 1.338805
+-3.04849 -3.347492 -1.796811
+-3.063318 -3.328364 -0.047472
+-3.067128 -3.323545 -0.639136
+-3.009346 -3.401076 1.090112
+-4.027356 -2.748482 1.107232
+-3.522359 -2.932497 -2.527197
+-4.022767 -2.749321 -2.544755
+-4.546518 -2.740662 -2.562417
+-5.024659 -2.89272 -2.563692
+-5.408979 -3.164421 -2.572671
+-5.685916 -3.517774 -2.532164
+-5.706502 -3.554614 -2.006706
+-5.686535 -3.518849 -1.479191
+-5.693876 -3.531747 -0.951407
+-5.709112 -3.559454 -0.454744
+-5.742417 -3.625077 -0.035483
+-5.216323 -3.006804 1.097505
+-5.680603 -3.508628 0.388459
+-5.626603 -3.422779 0.86265
+-3.494867 -2.94859 -1.508987
+-3.437959 -2.98433 0.277199
+-3.790071 -2.810761 -2.049817
+-4.878986 -2.828293 0.632428
+-4.290192 -2.723153 -2.113466
+-4.77852 -2.793574 -2.136966
+-5.199434 -2.995231 -2.121373
+-5.504999 -3.264874 -2.169139
+-5.407045 -3.16257 -1.662507
+-5.409941 -3.165344 -1.059143
+-5.422899 -3.177926 -0.516954
+-5.494785 -3.253319 -0.007874000000000001
+-4.379201 -2.724509 0.732397
+-3.462989 -2.968196 -0.888866
+-5.349426 -3.110174 0.503125
+-3.455811 -2.972755 -0.30758
+-3.339934 -3.054293 -2.062036
+-3.897378 -2.777726 0.538779
+-4.078083 -2.740132 -1.625319
+-5.044495 -2.902886 -0.008713
+-3.924035 -2.770788 -0.017686
+-4.540293 -2.739739 -1.765411
+-4.963933 -2.863729 -1.679277
+-5.022279 -2.891523 -1.167752
+-5.030333 -2.895592 -0.638747
+-3.999777 -2.753734 -1.111035
+-4.45984 -2.730061 0.24119
+-3.968724 -2.760255 -0.569828
+-4.522098 -2.737185 -0.831363
+-4.529834 -2.738245 -1.331504
+-4.515019 -2.736249 -0.303815
+-4.697982 0.752132 1.590583
+-5.540359 1.487084 1.577878
+-6.641642 1.490782 1.5826
+-7.50248 0.736187 1.588369
+-4.582633 0.479456 -2.733522
+-4.5864 0.491187 -1.569346
+-4.588806 0.49852 -0.461167
+-4.584504 0.485321 0.653764
+-4.759653 0.8569329999999999 -3.028946
+-5.081906 1.22138 -2.996034
+-5.548733 1.490186 -2.997673
+-6.080272 1.587422 -2.995798
+-6.612924 1.500982 -2.983954
+-7.079831 1.245886 -3.012594
+-7.420734 0.8747779999999999 -3.062645
+-7.625337 0.425775 -3.021604
+-7.635751 0.386423 -2.513326
+-7.625848 0.423935 -1.967885
+-7.62347 0.432426 -1.429626
+-7.6255 0.425189 -0.8844340000000001
+-7.634976 0.3895 -0.359985
+-7.634884 0.389862 0.183976
+-7.620934 0.441286 0.6907450000000001
+-5.049079 1.193362 1.568513
+-6.082371 1.587441 1.584793
+-7.143542 1.192817 1.564926
+-4.588889 0.498772 -2.146156
+-4.589833 0.501613 -1.02259
+-4.584412 0.485034 0.107871
+-4.579302 0.468809 1.149991
+-7.62077 0.441853 1.164569
+-4.802488 0.920316 -0.218556
+-6.916305 1.359138 1.056468
+-5.822979 1.563846 1.084227
+-4.839244 0.969908 0.991238
+-6.38923 1.560184 1.0916
+-5.306037 1.376995 1.062161
+-7.383081 0.929289 1.003184
+-4.793529 0.907593 -1.874268
+-4.830495 0.958465 -0.75718
+-4.797884 0.913811 0.356252
+-4.832266 0.960798 -2.493675
+-5.287494 1.366189 -2.543174
+-5.790074 1.557744 -2.5025
+-6.326238 1.570715 -2.468109
+-6.845609 1.399372 -2.460748
+-7.245708 1.094682 -2.54445
+-7.504396 0.732515 -2.662702
+-7.454567 0.821251 -2.179336
+-7.428833 0.862387 -1.612382
+-7.445718 0.835713 -1.054399
+-7.472079 0.791557 -0.514696
+-7.510697 0.72027 -0.060346
+-7.446776 0.834003 0.405075
+-4.812336 0.934003 -1.32703
+-5.142857 1.269518 -1.637816
+-5.09312 1.230604 -2.120598
+-5.229938 1.330448 -0.497452
+-5.156117 1.279365 0.529544
+-5.187386 1.301759 -1.105249
+-6.002045 1.584717 -1.977482
+-6.552851 1.520343 -1.930859
+-7.086298 1.240752 -1.894283
+-7.130529 1.204121 -1.225978
+-7.172734 1.166533 -0.612219
+-7.262873 1.076366 -0.047759
+-6.123499 1.587262 0.6217780000000001
+-5.489413 1.467041 -2.043762
+-7.116201 1.216284 0.494348
+-5.067204 1.209023 0.040529
+-6.665072 1.481997 0.58219
+-5.615828 1.51314 0.5822040000000001
+-6.846367 1.398966 -0.060703
+-6.75688 1.443397 -0.741595
+-6.148043 1.586647 -1.428842
+-6.677301 1.477243 -1.339359
+-5.6037 1.509237 -1.524313
+-6.40379 1.557377 0.178877
+-5.934375 1.579251 0.101928
+-5.466037 1.457156 0.041916
+-6.346134 1.56767 -0.31822
+-5.676297 1.531015 -0.959664
+-6.239319 1.581017 -0.869859
+-5.801159 1.55988 -0.428374
+-2.907625 5.053513 1.589676
+-3.753315 5.797021 1.579996
+-4.846217 5.804908 1.588445
+-5.755535 4.967864 1.418654
+-2.791584 4.772022 -2.588838
+-2.797425 4.790825 -1.53972
+-2.797362 4.790628 -0.404367
+-2.797241 4.790247 0.675697
+-2.901797 5.042403 -3.009798
+-3.264541 5.504708 -2.980105
+-3.75223 5.796614 -2.988474
+-4.293146 5.897928 -2.992357
+-4.82756 5.811466 -3.012907
+-5.284127 5.564417 -3.040161
+-5.629569 5.193855 -3.02375
+-5.854486 4.679759 -2.561013
+-5.835789 4.75066 -2.077116
+-5.828418 4.775445 -1.546403
+-5.826541 4.781528 -0.993944
+-5.825793 4.783927 -0.422543
+-5.820326 4.801085 0.140122
+-5.805107 4.845663 0.731368
+-3.270166 5.509611 1.545259
+-4.289744 5.897887 1.622114
+-5.342034 5.517229 1.518285
+-2.799298 4.796686 -2.077786
+-2.798592 4.794487 -0.978498
+-2.791742 4.77254 0.139379
+-2.792497 4.775015 1.16082
+-5.829698 4.771244 -3.009052
+-3.51792 5.686 1.013138
+-3.018785 5.233329 -1.237257
+-3.019475 5.234293 -0.098597
+-4.53642 5.881868 1.204548
+-4.043502 5.875405 1.108643
+-2.977884 5.17321 0.424625
+-3.009659 5.220418 -1.811398
+-3.026008 5.243356 -0.680036
+-5.524322 5.333679 0.95072
+-3.034038 5.254314 -2.438961
+-3.505258 5.678625 -2.48676
+-4.01629 5.870518 -2.480783
+-4.583643 5.874352 -2.504808
+-5.074755 5.701963 -2.546534
+-5.436504 5.429595 -2.643892
+-5.641937 5.1751 -1.848734
+-5.621114 5.206351 -1.288964
+-5.608012 5.225224 -0.7350719999999999
+-5.601207 5.234801 -0.182977
+-5.600304 5.236061 0.383814
+-3.056018 5.28334 0.974549
+-5.015684 5.732811 0.994012
+-5.685771 5.103522 -2.471631
+-3.348242 5.573128 -1.538644
+-3.315532 5.547515 -2.037757
+-3.380181 5.596843 -0.35616
+-3.364232 5.585156 -0.945879
+-4.319415 5.897998 -2.023062
+-4.904049 5.782896 -1.974008
+-5.313033 5.541429 -1.605996
+-3.360944 5.582708 0.345684
+-5.289216 5.560449 -1.019598
+-5.270657 5.574761 -0.471449
+-3.752943 5.796881 -1.923413
+-4.448489 5.892016 0.698398
+-3.88779 5.840704 0.533388
+-5.368704 5.493912 -2.168569
+-5.26604 5.578254 0.067938
+-5.271704 5.573965 0.566569
+-4.540119 5.881332 -1.590737
+-4.90456 5.78269 -1.313292
+-4.82952 5.810789 -0.7527239999999999
+-3.830595 5.82374 -0.09031500000000001
+-4.861423 5.79937 0.384622
+-3.815164 5.818759 -0.6921349999999999
+-4.113626 5.885765 -1.575141
+-3.762024 5.800256 -1.265956
+-4.824293 5.812587 -0.192351
+-4.357214 5.897336 0.145944
+-4.330791 5.897894 -1.068808
+-4.33007 5.897903 -0.439319
+3.893051 -0.451657 2.0955
+3.568158 -1.291307 2.0955
+2.713438 -2.480326 2.0955
+2.093761 -3.030144 2.0955
+1.455214 -3.54323 2.0955
+0.085327 -3.902297 2.0955
+-0.717985 -3.941057 2.0955
+-1.628792 -3.678189 2.0955
+-3.714234 -1.486577 2.0955
+-3.634772 -0.544396 2.0955
+-3.651371 0.226904 2.0955
+-3.624255 1.097246 2.0955
+-3.209366 2.098994 2.0955
+-2.011237 3.28298 2.0955
+-1.217941 3.669752 2.0955
+-0.389108 3.642911 2.0955
+0.441627 3.627633 2.0955
+1.334944 3.621935 2.0955
+2.338168 3.187591 2.0955
+2.955847 2.588449 2.0955
+3.585874 1.247995 2.0955
+3.892872 0.454908 2.0955
+3.543551 6.191961 2.0955
+2.935687 5.812771 2.0955
+2.514373 5.314657 2.0955
+2.216726 4.664185 2.0955
+2.136528 3.959258 2.0955
+3.577706 2.172463 2.0955
+4.367694 2.241909 2.0955
+5.003425 2.374641 2.0955
+5.662159 2.647926 2.0955
+6.108777 3.258109 2.0955
+6.450818 3.850777 2.0955
+6.401805 -3.915571 2.0955
+6.079952 -3.273886 2.0955
+5.631152 -2.648173 2.0955
+4.993703 -2.367165 2.0955
+4.338879 -2.250072 2.0955
+3.500713 -2.252606 2.0955
+3.084658 -2.813264 2.0955
+2.639419 -3.204803 2.0955
+2.199315 -3.838036 2.0955
+2.246904 -4.626856 2.0955
+2.513936 -5.288908 2.0955
+2.944148 -5.793343 2.0955
+3.501515 -6.172633 2.0955
+4.130241 -6.450058 2.0955
+-2.290194 -3.994716 2.0955
+-2.406955 -3.3149 2.0955
+-2.864166 -2.69455 2.0955
+-3.505534 -2.322358 2.0955
+-4.222279 -2.203551 2.0955
+-4.935101 -2.351058 2.0955
+-5.6203 -2.656382 2.0955
+-6.092708 -3.264642 2.0955
+-6.44954 -3.953284 2.0955
+-6.288116 -4.593564 2.0955
+-3.607931 -6.168873 2.0955
+-3.040425 -5.852798 2.0955
+-2.504224 -5.366092 2.0955
+-2.329987 -4.686312 2.0955
+-2.304442 4.617574 2.0955
+-2.502786 5.384688 2.0955
+-3.067459 5.853055 2.0955
+-3.627193 6.177486 2.0955
+-4.295984 6.380776 2.0955
+-4.901055 6.139042 2.0955
+-6.507765 3.830333 2.0955
+-6.139114 3.230302 2.0955
+-5.677539 2.641108 2.0955
+-4.979173 2.375707 2.0955
+-4.362703 2.252045 2.0955
+-3.798567 2.329692 2.0955
+-2.764733 2.802456 2.0955
+-2.577584 3.403654 2.0955
+-2.341405 3.923088 2.0955
+2.423858 7.315199 2.0955
+2.998703 7.031531 2.0955
+7.175695 2.518623 2.0955
+7.563469 -1.501645 2.0955
+7.359717 -2.066191 2.0955
+7.119729 -2.685657 2.0955
+3.51906 -6.794767 2.0955
+2.83805 -7.031393 2.0955
+1.563475 -7.483007 2.0955
+-2.542075 -7.335322 2.0955
+-3.187827 -7.087618 2.0955
+-7.108797 -2.668435 2.0955
+-7.604943 -1.395631 2.0955
+-7.191137 2.468287 2.0955
+-3.661773 6.748076 2.0955
+-2.953933 6.945581 2.0955
+-2.446288 7.2874 2.0955
+-4.140803 0.43965 2.0955
+-4.325649 1.062668 2.0955
+-4.752347 1.66851 2.0955
+-5.430339 1.94865 2.0955
+-6.070075 2.049487 2.0955
+-6.714946 1.970396 2.0955
+-7.361821 1.739295 2.0955
+-6.701515 -2.054059 2.0955
+-6.024618 -2.079706 2.0955
+-5.38783 -1.957778 2.0955
+-4.675588 -1.609562 2.0955
+-4.252487 -0.929972 2.0955
+-4.112769 -0.235764 2.0955
+2.177412 -5.825888 2.0955
+1.859 -5.131086 2.0955
+1.485339 -4.428337 2.0955
+0.770923 -4.059253 2.0955
+-1.298915 -4.466865 2.0955
+-1.814682 -5.058092 2.0955
+-1.989029 -5.75166 2.0955
+-1.939905 -6.383326 2.0955
+-1.765623 -6.917734 2.0955
+2.159018 -6.515426 2.0955
+7.36334 1.797248 2.0955
+6.722198 1.98529 2.0955
+6.060639 2.064986 2.0955
+5.442622 1.957652 2.0955
+4.788963 1.660266 2.0955
+4.301499 1.07805 2.0955
+4.302564 -1.097001 2.0955
+4.773473 -1.675397 2.0955
+5.431161 -1.955002 2.0955
+6.046291 -2.075188 2.0955
+6.69448 -2.060491 2.0955
+2.169681 6.628709 2.0955
+1.815299 7.292357 2.0955
+-1.843329 7.267158 2.0955
+-2.109304 6.587897 2.0955
+-2.026047 5.771509 2.0955
+-1.809055 5.023713 2.0955
+-1.261072 4.469142 2.0955
+-0.700418 4.186779 2.0955
+-0.004147 4.0939 2.0955
+0.744793 4.165584 2.0955
+1.430263 4.480299 2.0955
+1.818226 5.133698 2.0955
+2.188076 5.86156 2.0955
+4.221404 6.387578 2.0955
+-4.227805 -6.373862 2.0955
+-6.794273 -3.337787 2.0955
+3.597502 6.752432 2.0955
+6.838251 3.231125 2.0955
+-1.895349 -7.427018 2.0955
+6.77465 -3.350951 2.0955
+2.152652 -7.235361 2.0955
+-7.349128 -2.009969 2.0955
+-3.702738 -6.761524 2.0955
+-6.912026 3.178078 2.0955
+-6.378893 -2.681037 2.0955
+-2.502114 -6.170701 2.0955
+-3.177505 6.396851 2.0955
+-3.160853 -6.459107 2.0955
+2.837592 -6.372186 2.0955
+4.112134 1.661537 2.0955
+-6.431836 2.59144 2.0955
+-1.860241 -4.364971 2.0955
+-2.582234 6.156471 2.0955
+6.375469 -2.662954 2.0955
+-1.802708 4.135348 2.0955
+-3.974541 1.727111 2.0955
+2.884804 6.403022 2.0955
+-2.22731 -6.858454 2.0955
+4.093335 -1.695237 2.0955
+6.397957 2.624603 2.0955
+-2.730577 -6.773602 2.0955
+0.50297 8.335848 3.152309
+0.460094 -8.338001 3.151101
+0.497647 8.239986 2.456438
+0.454232 -8.242493 2.460132
+-8.604609 0.681203 0.958477
+-8.689254999999999 0.878574 -0.548558
+-7.440362 -3.164267 0.817292
+-8.480074999999999 -0.439714 0.602928
+-8.920476000000001 -0.566383 -0.715543
+-8.599627999999999 -0.442732 -1.892977
+-8.614723 1.188354 -2.087958
+-9.429119 0.233189 1.737997
+-9.409744999999999 -0.7197750000000001 1.773053
+-9.121947 -0.097326 2.339959
+-9.370051 -0.381772 1.064351
+8.883357 -0.048104 1.956104
+8.178177 2.416937 0.441812
+7.98968 2.269927 -0.658603
+8.049536 -3.484558 1.001687
+8.136202000000001 -3.118789 -0.609504
+8.105651999999999 -3.250232 -1.960814
+8.828253 0.6739540000000001 2.01224
+9.005958 -0.256056 1.200154
+-7.427116 -3.164667 -0.592938
+-7.3108 3.664368 -0.796896
+-7.185814 3.453465 -1.84143
+-9.148820000000001 -0.018465 -1.371899
+-8.186638 -0.144669 -1.598881
+-7.326991 -3.605681 -1.726392
+-9.031280000000001 -0.793454 -1.781365
+-9.341269 -0.109547 -2.14644
+-9.709009999999999 -0.228444 -2.961625
+7.964224 2.459053 -2.07304
+9.040388999999999 -0.310381 -1.811504
+8.400852 -0.222163 -1.668849
+8.95767 -0.803378 -1.840731
+9.134529000000001 -0.345106 -2.503569
+1.474806 9.020458 2.49822
+1.068323 8.737935 3.044309
+0.849364 8.721270000000001 2.585023
+0.022049 9.062956 2.441636
+-0.840149 8.882512 2.473192
+-1.528584 8.926800999999999 2.753628
+-3.507134 7.960991 0.873438
+-3.15133 7.787365 -0.671902
+-0.826006 8.877271 1.971314
+-0.846774 8.795907 1.307338
+2.408714 7.84462 0.853748
+2.048414 8.292377999999999 -0.893937
+-0.067991 8.962437 1.860805
+0.659906 8.867945000000001 1.726595
+0.594261 8.800724000000001 1.369591
+2.151391 6.588867 -0.66678
+2.195878 7.871305 -2.035907
+0.014732 8.043851 1.261329
+0.162083 8.847398 1.238725
+1.167973 9.115677 1.800125
+1.962195 8.906649 1.918539
+1.504969 8.881398000000001 1.114918
+1.398178 9.039745 0.5709920000000001
+0.771807 8.406903 1.317955
+0.359975 8.752074 0.320843
+2.746676 7.509331 1.400756
+2.108131 8.308802999999999 1.198442
+1.914265 7.488254 1.169275
+1.860441 7.44868 0.43676
+1.617394 8.303323000000001 1.043033
+-3.307811 7.904335 -1.707489
+2.630917 8.046627000000001 1.303905
+2.723023 8.36251 0.582155
+1.835897 9.08799 1.038474
+2.075183 8.233388 0.5275840000000001
+1.21944 8.202788999999999 0.22292
+0.507261 8.180095 0.503622
+0.014714 8.441654 0.65078
+1.543525 8.568439 -0.400033
+1.102429 7.959334 -1.262116
+-0.9367220000000001 8.376077 1.216797
+-0.967923 8.019515999999999 0.725586
+0.397837 8.607918 2.616012
+-0.064162 8.691134999999999 2.711489
+-2.14415 8.742364 2.762973
+-2.066628 9.026221 2.142086
+-2.066346 8.964373 1.287977
+-1.747145 8.647269 2.170527
+-1.635526 8.958804000000001 0.977149
+-1.533162 9.107523 0.354175
+-0.974824 9.151528000000001 0.42628
+-0.895485 9.048052999999999 -0.211781
+0.184981 9.738034000000001 -0.004242
+0.145531 8.690080999999999 2.192424
+-0.144199 8.7258 0.297179
+-0.112188 8.983669000000001 -0.259122
+-0.197342 9.064575 -0.906278
+0.420392 9.06236 2.739492
+0.492261 9.485429999999999 2.694009
+0.682706 9.202695 3.100086
+0.281877 8.69359 3.056089
+0.577314 8.601259000000001 2.220788
+0.410172 8.787437000000001 1.953769
+-3.127564 8.452316 0.952611
+-2.244976 8.01632 1.138742
+-1.492753 8.241974000000001 1.139885
+-1.565363 8.320105 0.336959
+-1.595534 8.336650000000001 -0.32933
+-0.6549739999999999 8.604775 -0.400917
+-0.531686 8.629199 2.566062
+-0.71275 8.848032 3.071242
+-0.369542 9.034079999999999 2.788062
+-0.402282 9.042719999999999 2.414217
+-0.209077 8.727938999999999 3.103054
+-0.215701 8.625207 2.318598
+-0.285826 8.446182 1.700268
+-0.233345 8.257756000000001 -0.146289
+-0.439893 8.089097000000001 -0.711938
+0.702298 8.083634 -0.727357
+-0.128151 8.138544 -1.652146
+0.201352 9.366008000000001 2.585601
+0.213215 9.504099 3.032129
+0.079433 9.102048999999999 3.019231
+0.110477 8.101524 1.716171
+0.171167 8.453842 1.794941
+1.239136 8.676147 2.086136
+2.09394 8.868800999999999 0.389466
+2.092977 8.957808 -0.332974
+1.307724 9.057758 -0.128573
+0.826929 8.788004000000001 1.995226
+0.991022 9.09925 2.176076
+0.9739950000000001 8.734337 1.645116
+0.635459 9.017993000000001 -0.269388
+0.463991 8.960521 -1.178328
+0.551188 8.776726999999999 -1.642471
+0.970626 8.384290999999999 1.745586
+0.606843 9.095269999999999 1.921217
+0.389217 9.035364 1.637932
+0.565033 8.550658 1.726867
+0.542903 8.072836000000001 1.720374
+0.435656 7.995588 1.360773
+0.308446 8.407679 1.383304
+0.375416 8.64194 0.891748
+0.518089 8.210879 -1.425461
+-1.927646 8.87365 0.54574
+-1.566656 9.018425000000001 -0.234669
+-1.182729 8.661754999999999 2.141548
+-0.565485 8.674431 2.040023
+-0.648219 9.097635 2.098237
+-0.622333 8.739731000000001 1.650756
+-0.615791 8.792973999999999 -0.95314
+-0.677086 8.26254 1.67782
+-0.542113 8.478502000000001 1.339532
+-0.172263 8.637486000000001 1.968795
+-0.259588 9.103422999999999 2.05192
+-0.243773 9.546764 2.203996
+-0.331709 8.842665 1.73198
+-0.333107 8.757334 1.396519
+-0.241069 8.014557999999999 1.65819
+-0.112632 8.412694 1.373964
+0.217706 9.098224999999999 1.998569
+0.139093 9.477321 2.194868
+0.030518 9.359443000000001 1.765684
+0.15286 9.349970000000001 1.311627
+0.082207 8.810797000000001 1.63
+-0.205329 8.945114999999999 -1.778271
+0.043049 8.389042999999999 1.042309
+2.137844 -7.563656 0.7562
+-0.481945 -8.978994 0.6395149999999999
+3.789686 -7.564408 0.856862
+3.65752 -7.539002 -0.292315
+2.375337 -7.496549 -0.536321
+-3.202691 -7.754327 1.056983
+-3.293371 -7.745123 -0.630999
+-0.434695 -8.930508 -0.600877
+-0.254635 -8.838777 -1.736063
+0.050124 -8.634130000000001 0.977527
+3.872103 -7.580633 -2.074464
+2.042209 -7.632805 -1.687266
+0.5937789999999999 -9.189838999999999 1.912868
+0.676235 -8.539035 1.094587
+1.593195 -8.844238000000001 2.833971
+-0.192231 -9.162768 2.390133
+0.712768 -9.071868 2.59843
+3.3506 -8.509141 2.478637
+2.07064 -8.72598 1.048178
+0.58048 -9.241579 1.173286
+-0.081333 -9.477925000000001 1.197163
+1.272253 -8.477109 1.031295
+1.466997 -9.296329999999999 0.483123
+1.173153 -9.397392 -0.213716
+-0.386103 -8.851618 2.82725
+-1.420758 -9.128016000000001 2.367839
+-0.888441 -9.197701 1.972466
+-0.796751 -9.397855 1.041312
+0.093428 -9.141957 1.72601
+2.510425 -8.470787 1.89482
+3.23556 -8.486140000000001 1.693088
+2.836216 -8.472178 0.991499
+2.658879 -8.61505 0.490321
+1.739613 -8.171580000000001 0.927502
+1.961347 -8.556613 0.283674
+1.324102 -8.567216 0.490807
+0.676741 -8.495751 0.524318
+-0.117659 -8.623877999999999 0.348769
+0.490175 -8.586218000000001 -0.166005
+1.484994 -8.621864 -0.192871
+1.36213 -8.567216999999999 -0.872343
+-0.900168 -8.713217 0.882324
+-0.71726 -8.619201 0.286755
+-2.010668 -7.748254 1.303712
+-3.142289 -7.698137 -1.899553
+0.419323 -8.59717 2.749561
+0.181 -9.023861 2.692941
+0.629096 -9.143015 3.06201
+-2.96926 -8.321761 1.755267
+-2.673033 -8.680301999999999 1.475252
+-1.85788 -8.623748000000001 1.022782
+-1.416367 -9.09038 1.991109
+-1.42113 -9.41225 1.283689
+-1.395661 -8.673532 1.157066
+-1.244986 -8.677338000000001 0.532844
+-1.463472 -8.5098 -0.10064
+-0.837946 -9.090528000000001 0.376847
+-0.054937 -9.273737000000001 0.410551
+-0.667399 -8.247101000000001 -0.281235
+-0.396784 -8.615703 2.419148
+-0.213849 -9.360328000000001 2.861953
+0.841282 -9.220393 0.391869
+0.612461 -9.39184 -0.317787
+0.049562 -9.242065999999999 -0.246861
+-0.426107 -8.618474000000001 2.002659
+-0.208029 -8.410266 1.701569
+-0.126513 -8.697436 -0.186426
+0.122455 -8.580099000000001 -0.799743
+0.75112 -8.619545 -0.878532
+-0.132241 -8.597388 -1.484717
+0.231654 -9.508535 2.990228
+0.153906 -9.575500999999999 2.418733
+0.221466 -8.865805 3.173979
+0.150713 -9.108556 2.287191
+0.07166500000000001 -8.678496000000001 2.34662
+0.068344 -8.562205000000001 1.936361
+0.101276 -8.712133 1.597183
+0.152376 -8.116069 1.725618
+3.111959 -7.918539 1.005787
+2.453952 -7.902639 1.140221
+2.04926 -6.875498 0.87708
+1.601666 -7.8267 0.258548
+2.070298 -7.969451 -0.175001
+0.707681 -7.959324 1.629334
+0.816205 -8.953448 2.086599
+0.936767 -8.431520000000001 1.747171
+0.819354 -8.238951999999999 1.241516
+0.499901 -8.633724000000001 2.01817
+0.291567 -8.992552 2.005846
+0.510182 -9.389196 2.237775
+0.47446 -8.925585 1.647803
+0.76063 -9.226877999999999 -1.169326
+0.421115 -8.618918000000001 1.280807
+0.499845 -8.430151 1.645567
+0.395881 -8.181403 1.324055
+0.478423 -8.324776 0.924044
+0.7546580000000001 -8.656188999999999 -1.508285
+-2.744748 -7.766378 1.534445
+-2.018988 -7.11067 1.37759
+-1.918011 -7.015744 0.707199
+-1.965619 -7.812068 0.330253
+-0.411469 -8.041866000000001 1.563995
+-0.569456 -9.008773 2.184544
+-0.629872 -8.421847 1.664322
+-0.859381 -8.471747000000001 1.281398
+-0.151799 -8.961442 2.007156
+-0.34317 -8.740570999999999 1.678545
+-0.307083 -8.574814999999999 1.3046
+0.09264600000000001 -7.946086 1.363941
+0.129864 -8.052909 0.964835
+0.066247 -9.382766999999999 2.050393
+0.107055 -9.029446 1.319367
+0.067409 -8.345313000000001 1.323079
+0.112973 -8.23869 0.602343
+3.994716 8.410529 2.828567
+3.888735 1.577696 0.406339
+4.580791 1.817667 0.362695
+4.437775 1.805313 1.484605
+3.899124 1.464952 1.495149
+4.298904 1.301393 -0.328605
+3.580565 -1.535552 1.304973
+-7.32935 3.76409 0.887209
+-4.057077 -1.621096 0.273597
+-4.252544 -2.248945 0.442321
+-9.028003999999999 -0.911871 2.529031
+-9.306744 0.632033 2.624457
+-9.191295999999999 1.520341 2.48633
+-9.182439 0.520221 1.878837
+-9.411614999999999 0.340976 1.190237
+-9.070846 -1.258077 2.366296
+8.967473 0.131087 2.827193
+8.965223999999999 1.440431 2.546491
+8.744389 -0.102385 2.419725
+8.763382 -0.564348 2.475762
+9.247351999999999 -1.505328 2.890914
+8.920904 -1.032998 1.715863
+8.883298 -0.640011 1.325961
+10.849362 -0.372561 3.091181
+-8.787027999999999 -0.15661 -0.264241
+-8.315834000000001 0.322563 -0.404745
+-8.38151 -0.884888 -0.312358
+-8.444687 -1.629963 -0.052511
+-8.610607999999999 -0.058219 0.36293
+-8.277894 -0.275613 -0.643984
+-9.036953 0.52519 -0.160263
+-8.760604000000001 1.339148 -0.16941
+-9.141107 1.903677 -0.256194
+-9.363671999999999 0.610228 0.37442
+-9.037561 0.337377 -1.084309
+-8.973329 -0.84679 -0.079221
+-9.255239 -1.638317 -0.351565
+-8.960587 -0.798142 0.490003
+-9.171436 -0.862294 -0.814056
+-9.108416999999999 0.007733 0.46779
+-9.0753 -0.3616 -1.175737
+-10.746156 0.322372 0.034011
+9.178932 0.699497 -0.389367
+8.903777 0.725163 -1.079826
+8.704962999999999 -0.340904 0.111842
+8.190734000000001 -0.180539 -0.315825
+8.076339000000001 0.886041 -0.520944
+8.268428 0.77076 0.514284
+8.574983 -0.771705 -0.205314
+8.432024 -1.605703 -0.075739
+8.464055999999999 -0.025711 0.539183
+8.4773 0.040408 -0.835972
+9.157311999999999 1.315174 -0.159351
+9.044169999999999 0.961791 0.450319
+9.113301999999999 -0.706132 -0.228422
+8.897404 -1.759003 -0.282551
+9.150065 -0.784622 0.411484
+9.245792 -0.91862 -0.832271
+9.052728999999999 -0.151909 0.499748
+8.888559000000001 0.057559 -0.87326
+10.594195 0.023431 -0.033037
+10.882222 0.319591 -0.001738
+-9.754828 0.440177 -2.78545
+-9.030231000000001 0.5248620000000001 -3.027517
+-8.250356 0.71308 -2.958003
+-8.685736 1.222739 -3.050197
+-8.994819 1.914892 -2.946144
+-9.172276999999999 -0.073458 -3.053929
+-8.993605000000001 0.159055 -2.537674
+-9.664723 1.344493 -2.890613
+-9.775736 1.735326 -3.053969
+-9.739077 -1.027318 -3.049123
+-10.518324 -0.023252 -3.021585
+-8.246549999999999 -0.204198 -2.19337
+-8.466276000000001 0.394179 -2.468583
+-8.363457 -0.750209 -2.389514
+-8.892937999999999 -0.511833 -2.241506
+-8.053504 -0.966632 -1.455046
+-8.399105 -0.217608 -2.85687
+-9.041512000000001 -1.635766 -2.230613
+-8.967376 -0.627822 -3.080646
+9.743779999999999 0.429158 -2.934388
+8.547342 -0.077554 -2.998473
+8.348701999999999 0.506969 -2.964524
+8.892025 1.157042 -2.947521
+9.474304 1.160821 -2.776631
+9.615978999999999 -0.002935 -2.902817
+9.793514999999999 -0.97397 -3.092246
+8.695652000000001 -0.809016 -2.849733
+8.742718 -0.553428 -2.265735
+9.005955999999999 -0.430087 -2.910009
+10.782288 0.453233 -3.001796
+8.372121999999999 -0.090006 -2.418993
+8.098881 0.48893 -2.425687
+8.266681999999999 -0.748481 -2.305175
+8.258412999999999 -1.56917 -1.73797
+8.924296999999999 0.420296 -2.293827
+8.810993 1.262397 -2.429695
+8.864701999999999 0.467517 -1.743469
+9.014894999999999 -1.552466 -2.3005
+-9.986065999999999 0.228576 2.974543
+-10.419168 0.307866 2.979049
+-10.674038 0.68624 2.943754
+-10.840597 0.285965 3.045532
+-10.715238 -0.643077 3.045951
+-10.861985 -0.249576 3.043496
+-9.817542 0.066855 2.629129
+-9.405314000000001 0.226591 3.007423
+-8.877833000000001 0.023254 2.774228
+-8.593264 0.144619 1.436534
+-8.399367 -0.717684 0.9700299999999999
+-8.21475 -0.220628 1.099504
+-8.980858 1.272696 1.965851
+-9.183567 1.22224 0.985483
+-9.349162 -0.208104 2.724757
+-9.134361999999999 -1.566114 1.787289
+-9.378447 -1.732975 1.263609
+-9.052569999999999 -0.7846610000000001 1.20563
+-9.491061 0.280604 2.266964
+-9.803775 0.5091830000000001 2.567888
+-9.755392000000001 -0.5127080000000001 2.586038
+-9.656981 -0.26579 3.04798
+-10.05011 -0.393854 2.873362
+-10.171661 0.734087 2.906113
+-10.31848 -0.814282 3.026356
+-10.44331 -0.235157 2.981447
+-8.926640000000001 0.279304 2.110304
+-8.977499 -0.482004 2.426405
+-9.528045000000001 -0.259486 2.32581
+-9.422459999999999 -0.020382 1.353484
+-9.028446000000001 -0.071479 1.666695
+-7.829499 1.956643 1.55378
+-8.563311000000001 2.077436 1.319193
+-8.578189 1.186526 1.103055
+-8.411432 1.15846 0.551654
+-8.401968 0.426765 0.5345490000000001
+-8.327811000000001 -1.625239 1.169531
+-8.538144000000001 -2.486338 1.3188
+-8.331084000000001 -2.965609 1.239138
+-8.186215000000001 -1.612223 0.476215
+-8.528111000000001 -1.033214 0.40023
+-9.085699 0.375067 1.523125
+-9.172141999999999 1.834856 0.398419
+-9.024793000000001 1.446304 0.33176
+-9.050167999999999 0.028033 1.2317
+-9.438753 0.680145 1.681411
+-9.412646000000001 -0.281558 1.639343
+-9.128715 -1.932976 0.624082
+-9.284812000000001 0.013629 0.90625
+-9.573105 -0.174945 0.543343
+9.019867 1.832581 2.352638
+8.80439 1.06277 1.876036
+8.807295999999999 0.364478 1.304833
+10.009952 0.027455 2.851533
+10.406802 0.378836 2.992101
+10.41863 -0.6650239999999999 2.938181
+10.528499 -0.135923 2.976115
+10.823748 0.6689349999999999 3.127189
+10.878089 -0.790033 3.149202
+9.557535 0.130978 2.461838
+9.124774 -0.003476 2.382136
+8.231028 -0.689906 1.455347
+8.337904 -0.133926 1.15162
+8.544313000000001 0.384849 0.979517
+8.734441 -1.538459 1.814389
+9.078682000000001 -1.444324 1.200928
+9.311392 0.026357 2.015504
+7.476628 1.712426 0.749577
+8.834759999999999 2.049059 2.012829
+8.509874 2.04456 1.228215
+8.218517 1.197529 1.273578
+9.041982000000001 1.445735 1.065834
+8.498022000000001 1.539602 0.333887
+8.757822000000001 0.263357 2.134551
+9.077639 0.370285 1.988455
+9.457336 0.355867 2.01939
+9.079121000000001 0.325197 2.331219
+9.214211000000001 -0.318938 1.909653
+9.448895 -0.641738 2.02694
+8.866364000000001 -2.255559 2.549955
+9.194696 -0.307991 2.261897
+9.164801000000001 -0.039904 1.683802
+9.283979 -0.005176 1.264566
+8.966119000000001 1.816254 1.334536
+9.43975 0.713846 2.228817
+9.540611 0.416179 1.703691
+9.57302 -0.303627 2.148265
+9.313033000000001 -0.680519 2.410407
+9.711197 -0.352554 2.556402
+9.484992 -0.258521 1.714139
+9.539775000000001 -0.344762 1.280445
+9.444671 0.101695 1.676271
+9.494434999999999 0.050556 0.641338
+8.994197 1.888474 0.516122
+-8.404348000000001 0.449737 -0.911808
+-7.848912 1.083367 -0.922598
+-8.472064 0.61154 -1.54786
+-9.072782999999999 1.052971 -0.9272359999999999
+-9.150855999999999 1.325215 -1.512358
+-9.162966000000001 0.542676 -1.600917
+-10.347733 -0.356007 -0.105245
+-10.525727 0.026259 -0.118272
+-10.785779 -0.28946 0.012352
+-9.861323000000001 0.179138 -0.453096
+-9.353126 0.125615 -0.428931
+-7.931442 1.91638 -0.396208
+-8.562301 2.12233 -0.271871
+-8.675000000000001 -2.239687 -0.146425
+-8.389139 -1.336439 -0.573909
+-8.505680999999999 -0.822356 -0.953871
+-8.999007000000001 2.772268 -0.484821
+-9.054458 -1.474177 -1.033486
+-9.327322000000001 -1.401999 -1.571414
+-9.276921 -0.282637 -0.420897
+-9.267664999999999 -2.279809 -0.137139
+-9.286948000000001 -0.010821 -0.022611
+-9.709571 0.687434 -0.537287
+-9.564367000000001 0.5405 -0.085704
+-9.753537 -0.305681 -0.382282
+-9.718659000000001 0.086412 -0.010444
+-10.211543 0.556235 -0.064003
+-10.054011 -0.834473 -0.138205
+-9.991837 -0.258352 0.230297
+-10.143487 0.05296 -0.152004
+-10.611403 0.94063 0.015507
+-9.521008999999999 -0.190105 -0.8330149999999999
+-8.96294 -0.023891 -0.828552
+-7.828134 2.050439 -1.076021
+-7.642214 2.011702 -1.99929
+-8.235582000000001 1.663518 -1.065505
+-8.49189 2.53554 -0.976892
+-8.152497 1.859621 -1.590116
+-8.393668999999999 1.329502 -1.522598
+-8.340417 1.044714 -2.48345
+-9.008753 0.486143 -0.643181
+-9.533047 0.261218 -0.881053
+-9.478512 0.73041 -0.913263
+-9.111775 1.348417 -2.27207
+-9.485384 -0.645786 -0.855693
+-9.433709 0.033171 -1.167109
+-9.455220000000001 0.110482 -1.583144
+-8.657914999999999 0.02074 -1.318327
+-8.389846 -1.507452 -1.707825
+-8.837198000000001 -2.09773 -1.420975
+-8.277763 -2.841286 -1.641608
+-8.593463 -1.368199 -2.204489
+-9.052986000000001 0.06467000000000001 -1.714803
+-9.401322 0.411489 -1.328955
+-9.460990000000001 -0.310434 -1.340933
+-9.480371999999999 -0.296068 -1.783975
+-10.129791 -0.224526 -2.75216
+8.338939999999999 0.584826 -0.975793
+8.322763 1.434888 -0.70469
+8.402317 1.921363 -0.848065
+8.496729999999999 0.724696 -1.467716
+8.884905 1.413385 -0.8776
+8.920192999999999 1.80685 -1.125708
+8.963642 1.365445 -1.377806
+10.31512 -0.340391 -0.124703
+10.231605 0.185609 -0.182019
+10.796077 -0.336358 -0.038417
+10.631684 0.645325 -0.005371
+9.642742999999999 -0.124982 -0.522093
+9.237360000000001 0.211106 -0.494502
+8.644418 0.2785 -0.386473
+7.616434 1.84751 -0.425832
+8.414505999999999 1.23343 -0.220273
+8.426207 1.944246 -0.298113
+8.311876 2.625977 -0.163806
+8.428649999999999 -2.250502 -0.29649
+8.445959 -2.851111 -0.278044
+8.544762 -1.545318 0.500864
+7.881733 -1.320438 -0.626058
+8.392776 -0.986514 0.338804
+8.272320000000001 -0.80359 -0.842496
+8.454874 -0.686158 -1.358416
+9.131591999999999 1.953469 -0.417529
+9.219417999999999 2.664542 -0.10093
+8.997491999999999 -1.513191 -0.698546
+8.846703 -2.392213 -1.078081
+8.88542 -1.651907 -1.599926
+9.130777 -0.18425 -0.329949
+9.147455000000001 -2.284752 -0.240644
+9.223687 -2.881633 -0.0717
+9.245488 -2.618105 0.424062
+9.019411 -1.69575 0.29165
+9.070418 0.276061 0.101965
+9.670636999999999 0.388411 -0.591319
+9.726281999999999 0.94002 -0.400216
+9.489238 0.495581 -0.155853
+9.674391999999999 -0.582602 -0.438164
+9.623279 -0.256763 -0.882339
+9.566539000000001 0.103825 -0.104379
+9.605534 0.100013 -0.822839
+9.469697 0.035695 -1.079919
+10.117499 0.7775570000000001 0.092571
+9.892923 0.491327 -0.214511
+10.099275 -0.772263 -0.116453
+9.935108 -0.309711 -0.254589
+10.007532 -0.402443 0.315244
+9.88528 0.099498 -0.359492
+9.936610999999999 0.063828 0.17984
+10.368423 1.385847 -0.024339
+9.25338 -0.119358 -0.82146
+7.636476 1.571687 -0.9426290000000001
+7.633779 2.421264 -1.063625
+8.380349000000001 2.398428 -1.041812
+8.517355999999999 1.725273 -1.715189
+8.423304999999999 1.212313 -1.576005
+7.730811 1.276401 -2.444914
+8.844766999999999 0.469037 -0.765698
+9.245752 0.358791 -0.93397
+9.155125 0.782969 -0.8442809999999999
+8.923537 1.760465 -1.544241
+9.078293 1.91785 -2.177721
+9.23333 -0.528813 -0.707071
+9.168639000000001 0.046345 -1.166771
+9.162763999999999 -0.158964 -1.465319
+9.562673999999999 0.724508 -0.853918
+9.617238 1.098508 -0.853585
+9.613417999999999 0.351831 -1.059398
+9.449217000000001 0.321717 -1.391444
+9.611127 -0.69218 -0.816176
+9.431922999999999 -0.360079 -1.202157
+9.502718 -0.0864 -1.396268
+8.868681 0.08770500000000001 -1.483147
+8.490978999999999 0.000485 -1.36883
+8.545816 -2.211618 -1.362199
+8.468958000000001 -2.974629 -1.614995
+8.715168999999999 -0.304123 -1.519427
+9.241580000000001 -2.158862 -1.577677
+8.971629999999999 -2.409238 -1.966099
+8.785823000000001 0.042333 -1.838296
+9.115675 0.366444 -1.395289
+9.325284 0.024003 -1.741891
+9.171037 0.159827 -2.095925
+8.128038 1.079849 -2.961682
+8.541995 1.854519 -2.875256
+9.521851 0.343474 -1.882367
+9.502428 -0.342093 -1.777403
+8.860436 -1.492429 -2.990944
+9.611088000000001 0.040913 -2.224673
+9.702776 1.858472 -3.113686
+9.929392999999999 -0.062313 -2.690236
+-6.989052 4.801708 1.159339
+-6.586545 4.072429 1.172251
+-7.738009 3.316861 0.979388
+-7.032028 2.679575 1.336969
+-7.114008 3.410948 1.432956
+-6.852485 3.378234 0.412227
+-6.221658 3.092988 0.990044
+-5.97186 2.367517 0.9432199999999999
+-7.475041 4.303166 0.88846
+-7.846832 3.814135 0.432291
+-7.265319 4.012383 0.348232
+-6.820021 4.099952 -0.158866
+-4.442576 1.588773 1.275457
+-4.28137 1.905321 0.369619
+-4.217377 1.702371 -0.411054
+-4.652774 2.24682 1.565914
+-2.325116 4.044646 1.004661
+-1.574798 3.714969 1.353592
+-1.467589 3.787044 0.604813
+-1.85899 5.026625 1.175923
+-2.210752 3.64763 0.540573
+0.694103 3.596367 1.339043
+-0.275096 4.039587 1.330546
+-1.470054 4.105632 -0.338087
+-1.970762 6.995628 0.715655
+-2.084051 6.33871 1.466974
+-2.525332 6.138821 0.415158
+-2.517432 5.37077 1.173145
+-1.911912 5.258725 0.640209
+-2.13151 5.595385 -0.209108
+-2.22588 4.60223 0.606784
+-2.180536 4.386967 0.054269
+-1.987716 4.581722 -1.145044
+-2.191455 3.982065 1.578247
+-6.415484 6.432074 -2.854931
+-6.674856 5.767851 -2.632221
+-6.181972 5.964849 -2.242397
+-7.305801 4.871507 -2.685624
+-7.781631 4.70389 -2.974889
+-6.926857 4.746689 -2.162846
+-8.298287 4.856645 -3.059538
+-8.419942000000001 3.977943 -2.967864
+-7.574993 5.368624 -2.875207
+-7.824312 3.782999 -2.843433
+-7.843253 4.810078 -2.411888
+-7.66434 4.83574 -1.420509
+-6.918755 6.260757 -2.909866
+-6.756898 5.329945 -2.097347
+-7.011733 5.449023 -1.706188
+-7.237693 4.159279 -2.73341
+-6.963802 2.781354 -2.929704
+-7.066452 4.135257 -2.053775
+-6.92589 4.904719 -1.528195
+-6.485487 5.521401 -1.688008
+-6.086908 2.85286 -2.527764
+-7.8661 2.855289 -2.886858
+-8.455484999999999 3.358649 -2.976558
+-8.428538 2.698983 -3.035019
+-8.392842 3.655187 -2.46409
+-7.715703 2.587072 -2.287357
+-7.973217 3.243935 -2.256913
+-6.884186 2.805606 -2.354882
+-6.940953 2.746018 -1.662847
+-7.293198 3.384445 -2.592762
+-6.117755 2.716831 -1.324923
+-6.242938 3.44698 -1.585553
+-6.586353 3.58292 -0.990563
+-4.413585 1.372903 -1.201047
+-1.705218 4.701716 -2.988394
+-2.188846 5.220919 -3.000294
+-1.675534 4.563567 -2.293343
+-2.470265 5.862439 -2.942707
+-2.794461 5.863766 -2.398128
+-2.575835 5.458107 -2.09657
+-7.003725 -2.061362 1.29733
+-7.676723 -2.639821 0.940828
+-7.65821 -1.860493 1.090214
+-8.011295 -2.168536 0.5921920000000001
+-7.882585 -0.999992 1.699944
+-4.970562 -2.176062 1.287126
+-5.517742 -2.439547 1.366335
+-6.778302 -2.826476 1.091673
+-6.222251 -3.071778 0.533314
+-6.291371 -2.402836 1.482495
+-6.139812 -2.378799 0.557023
+-6.400746 -2.378422 -0.325359
+-7.065224 -4.43295 1.178624
+-6.970885 -3.625194 1.299561
+-7.201035 -2.922433 0.370095
+-7.030127 -2.793274 -0.233095
+-7.1626 -2.22058 0.529993
+-6.965526 -1.986509 -0.315316
+-4.433443 -2.303166 1.005082
+-4.781204 -2.319042 0.263785
+-5.423735 -2.483252 0.360259
+-5.434177 -2.375382 -0.304505
+-5.71734 -2.255309 -0.975849
+-6.329511 -3.030527 -0.300407
+-6.123334 -2.222701 -0.782072
+-8.417751000000001 -1.452484 -2.82487
+-8.387859000000001 -0.880535 -2.997456
+-7.664231 -3.263349 -2.886636
+-7.520486 -2.11142 -2.842833
+-5.647198 -2.150253 -3.01233
+-7.0072 -2.898642 -2.823975
+-6.876457 -4.003994 -2.858477
+-7.000926 -2.350513 -2.036051
+-7.917729 1.303563 -2.836098
+-8.219239999999999 2.028774 -2.810065
+-7.35626 1.92959 -2.831859
+-8.971145999999999 -1.882382 -2.954427
+-8.948366 -1.263093 -2.994963
+-8.476240000000001 -2.125942 -2.96339
+-8.337834000000001 -2.03022 -2.288454
+-7.472531 -2.995295 -2.247242
+-7.811915 -2.50268 -1.990551
+-7.283905 -2.035711 -1.497458
+-7.84835 -1.071369 -2.868252
+-5.153884 -1.958993 -2.853852
+-4.874772 -2.278076 -2.385146
+-5.421228 -1.959654 -2.426507
+-6.3668 -2.809349 -3.007637
+-6.030942 -2.990245 -2.484474
+-6.375462 -2.766228 -1.578804
+-6.125855 -2.502083 -2.132414
+-6.177853 -2.375255 -1.246635
+-7.041874 -4.173262 -2.145392
+-6.637463 -3.163464 -2.192701
+-7.213831 -2.899297 -1.580577
+-6.97077 -2.786505 -0.968628
+-6.880057 -1.984899 -0.936848
+-4.155198 -2.069629 -1.576256
+-4.820794 -2.278617 -1.34284
+-5.812482 -2.203473 -1.631873
+-6.668505 -5.653598 1.736422
+-6.113179 -5.534341 1.415316
+-5.552488 -6.498832 1.133606
+-7.173541 -5.111027 1.095949
+-5.057948 -7.25118 1.204594
+-5.033028 -6.664392 1.047921
+-6.984094 -4.39344 0.339564
+-8.351837 -3.7398 1.575228
+-8.723352 -3.467967 1.267478
+-7.823329 -4.115797 1.071526
+-7.648483 -5.009284 0.375608
+-7.654819 -3.603296 0.92999
+-7.80731 -4.037098 0.336917
+-7.036871 -5.900814 1.013135
+-7.071153 -5.011385 0.493154
+-7.087262 -3.716002 0.549875
+-7.383021 -3.649085 -0.292266
+-7.002524 -4.198708 -0.336417
+-6.314348 -6.134824 1.052863
+-6.548629 -6.637504 0.7268289999999999
+-6.255715 -5.795852 0.361786
+-5.489417 -7.352405 0.953131
+-5.760947 -6.238325 0.501355
+-2.972243 -6.178309 1.40483
+-3.512041 -6.523855 1.345758
+-3.50674 -6.221444 0.715109
+-4.391641 -8.046203 1.190847
+-4.096446 -7.068964 1.454946
+-4.229929 -7.202427 0.53426
+-4.077872 -6.38174 1.542064
+-4.101143 -6.688381 0.80335
+-4.198028 -7.010312 -0.011063
+-4.966271 -7.860893 0.336796
+-4.905682 -7.101515 0.493984
+-5.103803 -6.33098 0.347759
+-4.922424 -6.553306 -0.9533740000000001
+-2.193901 -6.343383 1.107636
+-2.820138 -7.006256 1.396169
+-2.996527 -6.587444 0.472
+-3.473836 -7.094952 1.516154
+-3.562569 -7.17304 0.6531169999999999
+-3.645266 -7.536061 -0.1274
+-3.398919 -6.308294 -0.061126
+-4.02299 -7.89093 0.482113
+-4.423907 -6.793161 -0.68858
+-1.661784 -4.552516 1.226882
+-2.09183 -4.957836 1.169195
+-2.01106 -4.731948 0.737436
+-2.502023 -5.743227 1.486614
+-2.1781 -5.45396 0.390138
+-2.245713 -5.673585 -0.32802
+-1.841677 -4.270859 0.466583
+-2.375833 -5.104668 -0.07023699999999999
+-1.631247 -4.245565 -0.217404
+-2.21299 -3.896446 1.56327
+-2.040992 -4.329679 0.004216
+-2.160706 -4.267042 -0.778767
+-1.970458 -4.034627 -1.725606
+-4.881806 -6.516751 -3.120289
+-5.424557 -7.016371 -2.992817
+-5.750313 -6.45639 -2.992128
+-5.744172 -6.217795 -2.359386
+-7.07175 -4.889356 -2.58961
+-7.77681 -4.894759 -2.820299
+-7.670054 -5.022145 -2.277944
+-7.034492 -5.664643 -3.025267
+-6.969906 -6.274277 -2.957145
+-7.180354 -4.924626 -1.736856
+-6.42506 -5.71872 -2.921596
+-6.424327 -6.46376 -2.926977
+-6.081788 -6.979708 -3.023368
+-6.245026 -6.254255 -2.503858
+-6.285281 -5.472836 -2.275415
+-6.043978 -5.672128 -1.663296
+-5.659566 -6.444723 -1.805683
+-8.385671 -4.238509 -2.881535
+-7.754178 -4.115629 -2.839896
+-7.902297 -4.240289 -2.132296
+-7.824435 -4.155522 -1.598607
+-7.075656 -4.205372 -1.544759
+-4.905349 -7.160642 -2.874063
+-5.044028 -7.218195 -2.281237
+-4.761585 -6.278025 -2.329531
+-6.841275 -5.577722 -2.519542
+-6.910932 -5.901578 -1.626446
+-6.968773 -5.663772 -1.155183
+-5.591836 -7.756065 -3.097727
+-6.441054 -6.192005 -1.940904
+-5.906974 -5.658047 -0.960118
+-5.607195 -7.038753 -2.536099
+-5.124518 -6.733055 -1.580531
+-5.089481 -7.341018 -1.622329
+-5.621128 -7.261248 -1.530657
+-5.584493 -7.160408 -1.142452
+-5.422097 -6.494874 -1.254287
+-2.41073 -6.40638 -3.020874
+-2.77247 -7.120006 -2.659463
+-3.002456 -6.178117 -2.931569
+-3.173266 -6.203695 -2.250624
+-3.315387 -8.108332000000001 -2.84914
+-3.652564 -7.340583 -2.926847
+-3.480231 -6.801107 -2.379021
+-3.459998 -6.475137 -1.360649
+-3.897661 -8.613903000000001 -2.944382
+-4.15287 -7.779559 -2.75198
+-4.060403 -7.791774 -2.126302
+-4.294532 -7.111315 -2.625342
+-3.998503 -6.882727 -1.893664
+-4.180492 -6.50269 -2.442581
+-4.311445 -6.727441 -1.584444
+-2.493191 -5.653932 -2.990787
+-4.823577 -7.849712 -2.884454
+-4.852437 -8.458249 -2.510672
+-2.001167 -7.039567 -2.36977
+-2.045186 -5.979016 -2.203856
+-2.488855 -7.904645 -2.946188
+-2.787753 -6.339035 -1.239848
+-2.002772 -5.005776 -2.920118
+-1.976797 -4.212692 -2.364761
+-1.842628 -4.904449 -2.378907
+-2.280778 -5.08322 -1.335534
+-1.921133 -5.489615 -2.562333
+-2.231532 -5.803442 -1.361893
+-2.010726 -5.675366 -0.852056
+-3.565922 -8.428353 -2.286237
+-3.56659 -7.96871 -2.248647
+-3.673084 -7.386701 -2.181982
+-3.474905 -7.307846 -1.53803
+-3.513438 -7.334366 -0.929065
+-2.159085 -5.194909 -0.859595
+-1.989147 -6.398082 0.238303
+-2.437138 -6.561488 -0.106093
+-2.643446 -7.267188 0.606712
+-2.920536 -7.099813 -0.09783799999999999
+-2.296323 -7.332177 -0.29777
+-2.113123 -6.491964 1.644905
+-2.922579 -6.495691 -0.419891
+-2.409752 -6.730885 -0.673901
+4.075738 -6.989003 1.156767
+3.352357 -7.220435 1.185679
+3.356766 -7.012523 0.41187
+2.74051 -6.266971 1.27481
+2.588916 -6.535653 0.377788
+2.64829 -7.182175 1.171852
+2.561937 -7.160353 0.495756
+2.996345 -7.046742 -0.236226
+2.004526 -5.677894 0.558547
+2.080966 -6.258415 0.74446
+2.076264 -7.232628 0.183653
+1.851075 -6.850858 -0.772156
+4.775404 -6.841911 1.078159
+4.11396 -6.342883 1.320543
+3.390067 -6.404494 1.502091
+3.335119 -6.358232 -0.031984
+2.575168 -6.261191 -0.349808
+1.784766 -4.005755 1.345291
+2.20991 -4.694749 0.206481
+2.292059 -4.74706 -0.368808
+2.117365 -5.731408 -0.087881
+2.271698 -6.813403 -0.345937
+2.184831 -6.390233 -0.8360340000000001
+2.327446 -6.126336 -1.512259
+-1.665356 -8.375228999999999 -2.925506
+-2.313325 -8.5238 -3.026432
+-1.986128 -9.160869 -2.963286
+-2.016265 -7.886847 -2.413504
+-2.011868 -8.073365000000001 -1.750436
+-1.975693 -7.219744 -1.707204
+-2.133228 -6.336043 -1.605059
+-0.935751 -8.861383999999999 -2.996005
+-0.65011 -8.609698 -2.177609
+-1.526793 -9.016435 -3.065349
+-1.625823 -8.356334 -2.302907
+2.010152 -7.096081 -2.762531
+0.687095 -8.787176000000001 -3.015764
+0.086955 -8.537195000000001 -2.851211
+-0.051289 -8.612621000000001 -2.25782
+-0.827755 -9.727589 -2.699969
+-0.617913 -9.325048000000001 -2.408362
+2.670299 -7.841149 -2.651365
+1.861624 -7.883417 -2.647153
+1.316792 -9.073359 -2.986569
+1.206009 -8.596587 -2.527711
+0.556989 -8.485341999999999 -2.519081
+0.001775 -9.118228999999999 -2.981565
+0.032345 -9.127795000000001 -2.104756
+-0.274622 -9.223774000000001 -1.718651
+-1.651948 -10.070502 -3.096461
+-1.330178 -9.127658 -2.173712
+-0.644128 -9.377208 -1.520915
+-0.854083 -8.59671 -1.676469
+-1.75662 -8.638975 -1.741366
+-1.380349 -8.562308 -0.860812
+-0.532094 -8.557401 -0.891912
+2.864484 -6.972488 -2.765227
+2.416411 -7.477423 -2.242725
+3.451167 -8.561355000000001 -2.963055
+3.278942 -7.867939 -2.949649
+3.275479 -8.081243000000001 -2.237459
+2.73228 -8.526277 -2.932097
+2.25448 -8.499375000000001 -2.464224
+1.902649 -9.209739000000001 -2.936708
+1.753609 -8.573919 -2.927259
+1.933177 -8.327311999999999 -1.805678
+1.805421 -7.541182 -0.9290079999999999
+1.60196 -9.127591000000001 -2.413087
+1.232689 -8.580136 -1.350558
+0.507286 -9.392658000000001 -2.43501
+0.703631 -9.103054999999999 -1.555127
+1.049001 -8.02145 -2.831132
+3.832907 -7.33675 -2.850988
+4.66013 -7.834225 -2.858282
+4.105675 -6.473329 -2.924007
+4.046548 -6.925143 -2.258961
+3.508143 -6.732161 -2.871805
+3.303793 -7.354164 -2.288538
+3.411057 -6.86351 -1.598138
+2.685979 -6.125739 -2.395106
+2.655182 -6.177201 -1.757303
+2.833076 -7.097462 -1.766337
+2.982896 -7.377851 -0.970643
+1.59731 -4.612854 -2.976773
+2.176906 -5.57406 -1.638301
+2.023715 -4.31894 -2.442144
+2.028143 -4.961763 -2.35766
+2.078564 -4.882938 -1.725607
+2.040535 -4.899053 -1.044989
+2.290102 -5.893207 -1.049871
+2.159469 -4.158241 0.548929
+2.129452 -4.117343 -0.25004
+1.691949 -4.281748 -0.874461
+6.927401 -5.385014 1.14008
+6.048057 -6.45549 1.501444
+5.351865 -6.73596 1.196228
+5.55359 -6.293402 0.423678
+5.171127 -6.730041 0.619362
+4.063501 -7.976935 0.913382
+3.892086 -7.979737 0.423238
+3.977813 -7.218061 0.319864
+4.48249 -6.764296 0.357333
+4.01263 -6.811329 -0.186567
+3.832139 -6.237184 -0.450583
+3.259478 -8.332473999999999 1.183993
+3.323201 -7.78935 0.302158
+3.57795 -6.31528 -1.209343
+7.856986 -5.105064 1.282967
+7.075128 -5.238956 0.526783
+6.218456 -6.077377 0.27631
+5.623338 -7.150018 1.210988
+5.33779 -6.966293 -0.078901
+5.957695 -6.673297 -0.10328
+4.862383 -7.916504 0.511416
+4.91172 -7.837914 0.01062
+4.98845 -7.28633 0.458329
+4.570563 -7.288569 -0.18765
+5.118728 -7.099051 -0.7061539999999999
+5.185745 -6.263787 1.562973
+4.733747 -6.607533 -0.245294
+4.449224 -6.776857 -0.897513
+5.097448 -6.274532 -1.726163
+7.650568 -4.196571 1.258179
+7.405532 -3.638884 1.288846
+7.063716 -4.456672 1.39149
+5.448599 -1.980082 1.143062
+8.321047 -4.525161 0.411937
+7.759941 -4.482436 0.5142060000000001
+7.62271 -4.980328 0.062495
+6.859254 -3.019733 1.323914
+6.985129 -2.58157 0.36154
+6.965389 -3.346319 0.5628880000000001
+7.083583 -4.611045 0.500104
+6.944716 -5.034643 -0.084623
+7.013092 -4.060765 -0.012519
+7.010116 -4.272142 -0.936779
+6.031623 -2.6337 1.108551
+6.332946 -4.549789 1.567723
+1.925659 -4.180094 -1.64914
+4.708973 -6.455657 -2.342682
+3.387672 -6.381963 -2.132616
+5.579092 -6.307951 -2.838259
+6.124003 -6.171281 -2.942747
+6.789081 -6.264362 -2.824562
+5.947372 -6.484449 -2.438522
+5.29574 -7.224265 -2.943891
+5.356189 -7.875148 -2.823602
+5.481547 -6.10909 -2.215223
+5.659313 -6.584613 -1.437382
+4.871145 -7.230741 -2.238825
+3.902247 -8.062082999999999 -2.774911
+4.326067 -7.699023 -2.33583
+4.168219 -8.039315 -1.849246
+4.130295 -7.296835 -1.35934
+4.09798 -6.457931 -1.707595
+6.831119 -5.073458 -2.920572
+6.676543 -5.69776 -2.87569
+6.856992 -5.44243 -2.155164
+6.159531 -6.507358 -1.52173
+5.463585 -6.925409 -2.338262
+5.540493 -7.133922 -1.42684
+5.656358 -7.213057 -0.607297
+5.590896 -6.602447 -0.725036
+7.007853 -4.363254 -2.865917
+7.443632 -5.105061 -3.010912
+7.531596 -5.233065 -2.042822
+7.313233 -5.805382 -2.972099
+6.48526 -6.079638 -1.80715
+7.610735 -4.450896 -2.949816
+7.607206 -3.596875 -2.847605
+7.465165 -4.110479 -2.389555
+6.866258 -3.754329 -2.909288
+6.961914 -3.545832 -2.258579
+6.951057 -4.243472 -2.246502
+6.165723 -2.376823 -2.991433
+5.569828 -2.167701 -2.763869
+5.208821 -2.42389 -2.27566
+8.393514 -3.653095 -2.922841
+8.170759 -4.369425 -2.936036
+7.416674 -2.903754 -3.016339
+8.140428 -2.94775 -2.980475
+7.593502 -3.565205 -2.134347
+7.435448 -4.500154 -1.461306
+7.452463 -5.055561 -1.5843
+6.771368 -2.925285 -2.746009
+6.926604 -2.321241 -3.011992
+7.013912 -3.055946 -1.526586
+6.90848 -3.736422 -1.606782
+6.952779 -4.483728 -1.595399
+6.952553 -5.294343 -1.606401
+6.698792 -4.862255 -1.127042
+6.045562 -2.151526 -2.028296
+4.969384 1.93711 1.149735
+4.995038 -2.303291 1.348693
+4.772285 -1.836245 0.50074
+5.322544 -1.971553 0.460159
+3.979756 -2.001697 1.442656
+3.978446 -2.236605 0.093085
+4.070886 -1.275617 0.431788
+3.998595 -1.614168 -0.146652
+4.721898 -2.234415 -0.3021
+7.639135 -1.932642 0.988514
+8.310077 -1.656307 0.9686439999999999
+6.858438 -2.167859 1.07494
+6.983159 -2.074167 -0.333693
+6.004915 -2.144196 0.314624
+6.493512 -2.016744 -0.479951
+6.224731 -2.233495 -0.902026
+4.753157 -2.359076 -3.024477
+4.622235 -2.296392 -2.36372
+5.348776 -2.240318 -1.654349
+4.729806 -1.668543 -1.221664
+8.008725999999999 -1.619957 -2.882987
+7.619692 -2.415798 -2.723824
+6.666106 -2.543089 -2.081361
+6.419713 -2.533981 -1.499269
+5.118813 -2.352004 -1.131061
+8.158284999999999 -1.028623 -2.879892
+8.273065000000001 -2.211975 -2.818116
+9.052388000000001 -2.2019 -2.885094
+8.380879 -2.091121 -2.188704
+7.878087 -2.230772 -2.045351
+7.511035 -2.910446 -2.227335
+7.718366 -2.659765 -1.568287
+6.934732 -2.124932 -1.63859
+7.009915 -2.073069 -1.035269
+7.623246 1.990947 -2.816084
+7.588047 2.809048 -2.599254
+1.365864 3.991506 1.15874
+1.827266 4.700855 1.311031
+1.976495 5.399805 0.452306
+2.17583 3.98192 1.602899
+1.709785 4.74701 0.456083
+1.347384 4.003642 0.392533
+2.101134 3.473469 0.423776
+1.764661 4.006175 -0.44185
+6.785755 2.786723 1.436391
+6.156492 2.644346 1.156234
+6.29868 2.750049 0.460453
+4.692546 2.224477 -0.34314
+4.63502 2.087212 -1.053335
+5.452446 2.421259 1.530399
+7.694926 4.008623 1.207581
+7.507828 3.350594 1.141519
+8.209046000000001 3.366757 1.176
+7.789409 3.223192 0.076027
+6.933276 4.647401 1.253822
+7.048158 4.002551 1.037674
+6.836255 3.506597 0.442126
+6.998428 3.232493 -0.137486
+8.064885 4.180137 2.351608
+8.109717 4.307629 0.451219
+7.49346 4.850374 1.324839
+7.820142 3.901187 0.554642
+6.383256 5.308211 0.892347
+6.892128 5.318286 0.463589
+7.077956 4.729319 0.501835
+7.022998 4.158449 0.416492
+6.8344 3.970007 -0.192755
+7.130776 3.95541 -0.799683
+5.992773 5.823699 1.109632
+6.195759 6.25595 0.587277
+6.360991 4.574081 1.685628
+2.036512 4.598233 -2.977809
+1.919934 4.675725 -2.352758
+1.988084 4.333427 -1.737752
+3.519806 6.918787 -2.219854
+2.110097 3.930165 -1.02068
+6.751694 2.655998 -2.916541
+6.625311 2.754973 -2.260185
+6.031935 2.655577 -3.057317
+5.948364 2.721281 -1.869795
+4.795921 1.808283 -2.370886
+4.474783 1.625958 -1.710182
+4.363973 1.297647 -1.143533
+4.018576 2.351452 -3.071689
+7.602623 3.450579 -2.908294
+7.139089 4.059946 -2.989544
+7.002888 3.428359 -2.496473
+7.982878 4.116478 -3.004033
+8.738479999999999 4.045324 -3.009335
+8.247766 4.808951 -2.905171
+8.203229 4.099027 -2.235808
+7.688378 4.816739 -2.773009
+7.527858 5.375784 -2.924822
+7.56506 4.173553 -2.445818
+7.777392 4.032084 -1.720749
+6.997001 4.761463 -2.906022
+6.855983 5.549755 -2.872273
+6.928925 6.093961 -2.960727
+6.992548 5.488763 -2.251279
+7.052559 4.793397 -2.239211
+6.969073 4.68165 -1.617554
+7.003858 4.094523 -2.219742
+7.097807 3.949292 -1.479406
+6.070468 6.030566 -2.950792
+6.192455 6.827315 -2.953414
+5.5325 6.833425 -2.91228
+5.457604 7.507993 -2.857753
+5.400376 6.738967 -2.311899
+-4.211229 6.939521 1.106155
+-3.442647 7.391201 1.227489
+-3.499662 6.782077 1.405183
+-2.863202 7.680337 1.204023
+-2.889993 7.348551 0.543274
+-2.681957 6.812323 1.316276
+-2.618432 6.719163 0.312701
+-2.867113 7.042854 -0.454307
+-2.909092 6.149592 -0.240556
+-2.601174 6.335717 -0.914641
+-2.233723 7.441669 1.331292
+-2.416289 6.251659 -0.137494
+-0.797872 4.121872 1.538411
+1.922494 6.030053 0.165279
+2.0368 6.040724 -0.360368
+2.054642 5.425168 -0.287825
+4.023841 6.969078 1.445645
+3.324849 6.869605 1.114397
+3.603161 6.801689 0.424504
+2.496162 6.955606 0.984799
+3.006372 6.718026 0.471785
+2.7009 7.635584 0.409117
+2.500761 7.027609 -0.08056000000000001
+2.920472 6.063276 1.122856
+2.34003 6.395809 0.213181
+2.881453 6.438703 -0.963679
+1.947511 6.83405 0.497847
+2.141875 6.101068 -1.03863
+-3.498427 7.079106 -2.783424
+-2.619776 6.625533 -2.859717
+-1.913547 8.078595999999999 -3.027827
+-2.183396 7.472079 -2.912639
+-1.884764 6.861938 -2.986366
+-2.016 7.034242 -2.425136
+-2.082487 6.686546 -1.758157
+-1.482399 8.52863 -2.69537
+-2.599153 5.957287 -1.656692
+-2.268488 5.37136 -1.574823
+-1.843114 4.786533 -1.596814
+-2.170588 5.298209 -1.00823
+1.819772 6.909625 -2.954355
+0.8944879999999999 8.177277999999999 -2.967973
+2.039728 5.649094 -1.438768
+1.984302 4.697506 -0.971831
+1.523046 8.164215 -2.987155
+2.720926 7.537868 -2.714642
+2.774982 6.728148 -2.36844
+2.906099 5.967693 -2.626035
+2.77612 6.037752 -1.726541
+1.87302 8.35652 -2.344219
+1.843606 7.553971 -2.775779
+1.740991 7.599522 -1.191076
+1.877664 6.917632 -2.341255
+1.980636 6.642537 -1.850693
+2.057922 6.124926 -1.668062
+1.339695 8.86753 -2.896495
+1.177992 9.030671999999999 -2.247357
+1.271822 8.169365000000001 -2.387018
+8.784102000000001 -0.04774 1.41125
+8.529472999999999 -2.142245 1.12013
+8.909611999999999 0.029371 0.89832
+9.18417 0.357999 1.313823
+9.272333 0.693757 1.34648
+8.193576 2.46775 1.068107
+9.122123 0.387009 0.998023
+9.240938999999999 -0.406233 1.350452
+9.176162 -0.371255 0.948918
+9.503486000000001 0.369009 1.308058
+9.516132000000001 0.385286 0.917226
+9.577118 -0.359413 0.764005
+10.560184 1.047333 0.004016
+10.644924 -0.708464 -0.016067
+-8.988951999999999 0.359824 1.13468
+-9.018169 -0.354409 1.343047
+-8.764785 -0.24693 1.019236
+-8.749485 0.165099 0.798302
+-9.463609999999999 0.629444 1.358786
+-9.376623 1.015659 1.284287
+-9.296030999999999 0.322634 0.69289
+-9.433888 -0.665555 1.352771
+-10.591943 -0.764894 -0.038423
+10.282934 0.301153 -2.983449
+8.847787 -0.064474 -2.23182
+8.456909 -0.034811 -2.027627
+9.21532 0.607363 -2.095762
+9.243249 -0.367305 -2.139914
+9.256216999999999 0.064719 -2.611108
+9.560679 0.753017 -2.054591
+9.569316000000001 0.951721 -2.404122
+9.510671 0.469463 -2.396545
+9.571128 -0.673103 -2.137128
+9.637708 -0.353347 -2.389655
+9.450241 -0.378948 -2.814388
+9.310418 0.08586100000000001 -3.110797
+9.816462 -0.585184 -2.749595
+9.808199 -0.235431 -3.146959
+9.881778000000001 0.119275 -3.141512
+10.362943 -0.14773 -3.0541
+10.242437 0.762352 -2.882404
+10.204721 -0.677275 -2.957664
+10.820846 -0.214759 -3.062419
+-8.849818000000001 0.163686 -2.079051
+-9.464157 0.306056 -2.226582
+-9.498984 0.7294580000000001 -2.097503
+-8.362895999999999 1.665425 -2.220658
+-8.422058 2.625035 -2.49439
+-9.226217 2.717119 -2.754717
+-9.447841 0.644077 -2.597643
+-9.233369 -0.432712 -2.637689
+-9.472746000000001 0.178817 -2.71142
+-9.791344 0.430194 -2.430526
+-9.663257 -0.515069 -2.412215
+-9.731005 -0.055905 -2.40548
+-9.958012 0.668682 -2.634841
+-10.048764 0.213346 -2.756172
+-9.698819 0.25664 -3.136709
+-9.943168 -0.677351 -2.752527
+-10.733701 -0.537381 -3.035513
+-10.318886 0.456622 -3.027414
+-10.275264 -0.475375 -3.086975
+-2.282851 4.374238 -2.922995
+-4.419141 7.065747 -2.873061
+-4.178629 7.253827 -2.226879
+-3.52482 7.542272 -2.131133
+-3.664278 6.836892 -2.025257
+-2.794414 7.528514 -2.503801
+-2.698576 8.138432 -2.943589
+-2.829477 8.810518 -3.032443
+-2.946132 8.273173999999999 -2.189927
+-2.816852 7.57316 -1.343811
+-2.900135 6.874846 -1.761183
+-4.935084 7.593779 -3.028977
+-5.098077 6.778363 -2.951647
+-4.794556 6.815729 -2.315464
+-4.449887 6.689325 -1.751682
+-3.555459 7.415896 -1.185786
+-3.438263 6.727113 -1.115531
+-3.391508 8.807286 -2.760255
+-3.448432 8.259259 -2.791755
+-3.592502 8.252924 -2.136804
+-5.778477 7.879014 -3.027332
+-5.920342 6.749746 -2.200129
+-4.747979 8.092052000000001 -3.021126
+-4.802172 7.396483 -2.147293
+-5.056644 6.94466 -1.777787
+-4.022463 8.793393 -3.020957
+-4.294403 8.209756 -2.458162
+-4.402328 7.660932 -1.471073
+-4.387377 7.232733 -0.753085
+-4.083847 6.710649 -1.044577
+-3.928247 -1.77987 -0.944947
+-5.200676 -2.451747 -3.132535
+-6.204188 -2.900535 -0.948083
+-1.363904 -4.382031 -1.261583
+-1.942415 -5.468982 -3.111584
+4.196622 -2.122292 -1.56284
+3.953233 -2.322914 -1.031305
+5.099634 -2.610803 -3.19965
+4.522353 -2.099478 -0.725177
+8.437923 2.932843 -3.014227
+8.314870000000001 1.932016 -2.200143
+7.55226 1.890833 -1.758314
+6.656552 2.58715 -1.624585
+6.081329 2.517763 -0.773405
+6.10186 1.985394 -2.976957
+7.58674 6.082609 -2.804508
+7.004186 5.221732 -1.391405
+5.955009 7.675047 -3.019865
+6.291897 6.784067 -2.262616
+5.950513 5.873067 -2.096315
+5.889448 5.848151 -0.978244
+4.963995 6.762125 -2.839356
+4.112989 6.764454 -2.374077
+4.778276 7.483701 -2.808733
+4.793646 8.238424999999999 -2.920692
+4.768665 7.617876 -2.20001
+4.739547 6.936022 -2.131612
+4.734825 6.78844 -1.515459
+5.53993 6.59051 -1.453708
+5.440155 6.952122 -0.955178
+3.991717 7.222037 -2.717776
+4.148112 6.633523 -1.762093
+3.512464 7.108856 -1.680326
+4.726158 7.761017 -1.442909
+4.810118 6.935188 -0.696498
+5.039239 6.847335 0.123601
+3.441779 7.510701 -2.652704
+0.055655 8.139303999999999 -2.584476
+-0.115974 9.027638 -3.014715
+-0.302471 8.208853 -2.190426
+0.535657 8.822576 -2.885304
+0.431948 8.888356999999999 -2.115327
+0.419123 8.517170999999999 -2.45972
+-0.871897 8.316952000000001 -2.906357
+-0.8574310000000001 9.078302000000001 -2.938119
+-0.8530720000000001 9.60608 -2.963989
+-1.236047 8.008373000000001 -2.200375
+-0.808932 8.37894 -1.45938
+-0.252062 9.664065000000001 -3.113021
+-0.445216 8.853914 -2.137129
+0.64013 9.536204 -2.970478
+-1.949117 8.965989 -2.791005
+-2.137826 9.086988 -2.248026
+-1.967257 7.860825 -2.327732
+-1.436222 9.098108 -2.989094
+-1.253074 9.670197999999999 -3.051245
+-1.509758 8.892073999999999 -2.156572
+-1.536581 8.946391999999999 -1.677104
+-1.595813 8.482241999999999 -1.753508
+-1.471185 8.405818 -0.950498
+-0.934108 8.676003 -2.406467
+-0.7263309999999999 8.808388000000001 -1.384652
+-0.794293 8.337839000000001 -0.851352
+-2.288112 7.407696 -1.769131
+-2.328382 7.596555 -0.754371
+-2.046067 6.720712 -0.562846
+3.453683 7.473533 1.30476
+1.867872 7.598023 -0.217385
+-2.385674 7.817681 0.410114
+-2.216319 8.30932 -0.067637
+-3.068174 8.052503 0.427238
+-1.966611 6.905181 1.613976
+5.240508 6.522488 0.952549
+7.009787 5.887497 0.417434
+6.937871 6.426672 -0.152984
+6.575259 6.775904 -0.428476
+6.14536 6.009672 -0.200601
+4.558356 7.425376 1.328367
+4.897437 7.488346 0.388466
+4.661494 6.918656 1.26154
+4.741802 6.873724 0.583821
+4.182313 7.158002 0.728884
+5.541091 6.84639 0.490645
+5.513703 7.006572 -0.304331
+4.024979 7.604885 1.322712
+3.478642 7.546198 0.123236
+3.307037 6.774915 -0.238631
+7.559554 2.497045 1.226871
+7.764759 2.025932 0.067552
+4.515844 -2.33906 1.534035
+-0.184059 -4.148307 1.721566
+-4.258534 -2.152458 -0.180144
+-5.204461 -2.306145 1.749003
+-4.926602 -2.201932 -0.258888
+-4.633799 -1.74655 -0.7718739999999999
+-6.084369 -3.125129 1.52664
+-7.070822 -3.634722 -1.078924
+-7.73833 2.306834 0.934264
+-7.76244 2.845768 0.326847
+-7.640419 1.748461 0.369846
+-6.771966 2.324929 0.382481
+-6.246946 2.785645 -0.386745
+-6.143004 2.104455 1.596544
+-4.852755 6.667699 1.222854
+-4.985566 7.09355 0.484813
+-4.374322 7.578442 1.240851
+-4.305984 7.277256 0.478577
+-3.69844 8.465718000000001 1.483649
+-3.491341 8.342726000000001 0.483018
+-3.579848 7.598546 0.506609
+-3.532043 6.980954 0.480394
+-3.639188 7.003377 -0.426856
+-3.503446 6.180695 1.509065
+-5.948595 5.980946 1.062206
+-6.104233 6.254294 0.392953
+-6.361305 6.503581 -0.348328
+-5.463415 6.741683 1.040434
+-5.523663 6.793118 0.37069
+-5.463127 6.764748 -0.292582
+-4.947182 7.277879 1.07517
+-4.90006 7.284905 -0.2511
+-6.56967 5.362272 1.256642
+-6.843843 5.197296 0.268331
+-6.866849 5.49686 -0.240745
+-7.623026 4.735823 1.128624
+-7.816526 5.055585 0.259395
+-7.209397 4.70481 0.456111
+-6.799602 4.804678 -0.345459
+-5.031203 8.541346000000001 2.703852
+-4.366545 8.479521999999999 2.269112
+-4.155814 8.160435 0.347762
+-4.115672 8.190993000000001 -0.393955
+-4.582546 8.741400000000001 2.943197
+-5.589125 8.703113999999999 2.957391
+-5.092114 9.077545000000001 3.003118
+-5.615534 9.155163 3.002881
+-6.126721 8.373566 2.947456
+-5.542975 8.193427 2.777872
+-6.168034 8.788721000000001 3.067577
+-5.794672 7.504951 2.519592
+-6.070073 7.812171 2.890773
+-6.329396 7.043567 2.702132
+-6.011144 6.919894 0.037299
+-6.828901 6.567681 2.475317
+-6.985024 6.546999 -0.233515
+-7.451062 7.526453 3.010389
+-6.991119 7.195981 2.880191
+-7.523469 7.087576 3.025939
+-8.025302 7.189232 3.098317
+-7.874951 6.814728 2.963807
+-7.615487 6.13092 2.488761
+-7.723828 5.345207 -0.140923
+-7.373884 6.597897 2.814361
+-5.519636 7.370623 -0.036804
+-8.312963 6.276327 3.093072
+-8.301466 6.682546 3.021265
+-7.82426 6.400042 2.78501
+-5.211844 7.671056 2.378282
+-7.035048 7.968205 3.011002
+-6.606996 7.764934 2.881754
+-6.604975 6.86174 2.12651
+-6.217942 6.401633 2.129197
+-6.350613 6.835186 1.713753
+-6.592721 6.782462 1.344417
+-5.865201 6.081085 -0.6990690000000001
+-6.874984 6.40439 1.799789
+-6.593123 5.940124 2.178929
+-6.933702 6.446993 1.314538
+-7.257989 5.860143 1.847013
+-7.220857 6.189188 2.334257
+-7.20101 6.090983 1.320668
+-7.187608 5.592971 -0.686689
+-8.265184 2.969582 1.743138
+-8.322016 3.311211 1.283242
+-8.284469 3.158772 0.445913
+-7.982838 4.888043 1.9122
+-6.574516 8.336748 3.052493
+-8.447257 5.974755 2.861589
+-7.630991 5.741814 2.245044
+-6.975639 5.587408 2.493999
+-7.408301 5.204442 2.597012
+-7.065227 5.390112 3.058391
+-7.972136 5.342453 2.279335
+-7.909442 4.828461 2.513136
+-8.268424 5.149381 2.795961
+-7.992609 5.647637 2.624793
+-7.834589 5.471845 3.077095
+-8.972811999999999 5.725019 3.041428
+-8.435826 5.545974 2.990339
+-8.542538 4.660196 2.4773
+-8.045446 4.557057 3.075073
+-8.78294 4.743088 3.022544
+-8.852137000000001 5.201656 2.939984
+-9.299708000000001 4.823471 2.987155
+-9.705187 4.199143 3.037257
+-9.669033000000001 4.612543 3.070882
+-8.564574 4.338755 3.077925
+-9.137131999999999 3.903019 2.693732
+-9.135056000000001 4.334186 2.855626
+-9.666961000000001 3.807975 2.974935
+10.363866 1.240841 2.977622
+10.721785 1.096729 3.12228
+-3.508446 8.316101 -0.211203
+-4.484655 8.087413 1.94576
+-4.084878 7.508265 -0.089681
+-4.904976 8.150047000000001 2.228199
+-4.986328 7.50553 -0.873353
+-5.533577 7.323686 1.992017
+-5.870344 6.8817 2.140753
+-5.653384 6.690003 -0.920772
+-7.674704 5.489942 1.760229
+-7.667476 5.013069 1.606001
+-7.800896 3.472022 -0.151134
+-7.795492 4.085894 -0.323556
+-7.771783 3.997216 -1.108999
+-7.6528 4.77244 -0.211263
+-7.677447 4.711144 -0.998689
+-7.720169 5.305599 1.179685
+-7.327576 6.029101 0.779377
+-7.68128 6.400689 0.32143
+-8.079981 4.761433 1.416821
+-8.041135000000001 5.97382 0.286268
+-8.350417999999999 4.365578 1.673255
+-8.564805 2.557027 1.093303
+-8.365332 2.276591 0.562088
+-8.612204 3.541246 -0.393806
+-8.378492 3.951038 -0.202237
+-8.414704 5.360289 0.293191
+-6.004529 7.147186 1.642937
+-6.271187 7.096449 1.204885
+-10.007404 3.551184 3.005408
+-7.509154 4.704334 2.125015
+-7.683113 4.258732 2.239642
+-8.332494000000001 4.32061 2.186009
+-8.222873 3.916934 1.957199
+-7.41899 5.236248 2.075942
+-7.20842 5.139335 1.581212
+-7.465845 4.476627 1.596818
+-7.898554 4.193029 1.727461
+-7.892054 4.304741 1.285913
+-8.010374000000001 4.92709 0.973153
+-8.093239000000001 5.210565 0.694306
+-8.459016999999999 3.940798 1.598979
+-8.39156 4.287365 1.158058
+-8.673057 3.653525 1.880403
+-8.777756999999999 3.548981 1.335668
+9.133922 0.339571 1.645129
+8.650311 0.325148 1.736183
+9.307631000000001 0.773018 1.786072
+9.341286999999999 1.226473 1.703989
+8.648244 0.454828 2.443367
+9.185269 1.183597 2.091235
+9.031046 0.772597 2.339176
+9.169696999999999 0.676614 2.724315
+9.590585000000001 1.200312 2.252006
+9.706453 1.018183 2.609341
+9.701461 0.592027 2.587868
+9.557251000000001 0.718364 3.092287
+10.012719 0.868938 2.91658
+9.922699 0.425146 2.867542
+8.865206000000001 0.916415 1.486423
+8.341434 0.726063 1.475323
+8.547984 3.139757 0.527712
+8.947545 1.425832 1.656454
+9.261194 1.138219 1.284498
+9.559585 1.349941 0.620379
+-10.059863 2.816758 3.040509
+-10.397852 2.921671 3.036891
+-10.06832 3.174372 3.070396
+-8.713247000000001 3.973121 2.233806
+-8.132752 3.709471 2.393216
+-8.874732 3.611841 2.383759
+-8.49076 3.179837 2.254452
+-8.367058 3.513778 2.886899
+-8.608497 3.993263 2.750554
+-9.060808 3.11394 2.41768
+-8.885524 3.49015 3.020386
+-9.396855 2.892177 2.672653
+-9.319115 3.174522 3.087366
+-9.413318 3.475779 2.82496
+-9.729996 2.773199 2.958941
+-9.714611 3.151157 2.88872
+-10.018037 2.384959 3.091243
+-8.336622999999999 3.52751 1.602391
+-7.846924 3.643456 1.597121
+-7.035461 3.292285 -0.391278
+-7.625345 2.54147 -0.346864
+-7.811979 3.191387 -0.866588
+-7.867801 3.164654 1.551064
+-8.421961 1.7172 0.228709
+-8.602618 2.710947 -0.38413
+-8.162196 3.413439 1.950115
+-8.300591000000001 3.627551 0.824363
+-8.342644 3.222614 -0.958346
+-8.313822 3.254799 -1.732431
+-8.70298 3.26978 1.716763
+-8.602334000000001 2.906497 1.846863
+-8.555778 2.504757 1.686607
+-8.492554 2.643801 2.217985
+-8.877437 3.184645 1.35719
+-8.624034 3.123348 1.038832
+-8.789548 3.65069 0.869648
+-8.9968 2.888143 1.87073
+-9.074533000000001 2.579729 1.675643
+-9.120217999999999 2.147766 1.80168
+-9.047029999999999 2.469175 1.312627
+-9.093787000000001 2.89068 1.37374
+-8.966043000000001 2.882838 1.04589
+-9.049312 3.296242 0.834152
+-8.955071 3.639842 0.457023
+-9.367093000000001 2.994578 0.2941
+-10.374782 1.955032 3.012286
+-10.737344 1.577324 3.046215
+-10.40776 2.468037 3.018196
+-10.571785 1.087626 3.021415
+-9.779783 0.992731 2.638989
+-9.171951999999999 1.080415 2.726026
+-9.469742 1.262417 3.104003
+-9.994501 1.250531 2.940515
+-10.391334 1.457276 3.015363
+-8.941756 1.669846 1.687508
+-8.611234 1.087212 1.653853
+-8.452548 1.578265 1.43685
+-9.064852 1.148123 1.648598
+-8.979774000000001 1.203339 1.3302
+-8.86684 1.790524 2.162698
+-9.019983 1.690889 1.260946
+-9.338808 1.437608 1.656919
+-9.403650000000001 1.036291 1.727712
+-9.267628 1.549675 2.096102
+-9.575911 1.544991 2.284653
+-9.369301999999999 1.460035 1.211604
+-9.379906999999999 1.496092 0.691643
+-9.343531 1.977683 2.427068
+-9.387207 2.014724 0.681003
+-8.512226999999999 2.065601 1.925968
+-9.044484000000001 2.460022 2.174331
+-8.745227999999999 2.811636 2.864507
+-9.203934 2.495362 2.611886
+-6.801415 6.007073 2.916772
+-7.421318 5.908958 2.823326
+-7.986971 5.982607 2.910021
+-8.920092 0.766889 3.069476
+-9.662519 0.757507 3.018956
+-9.486563 1.188389 2.384012
+-8.904856000000001 1.264453 2.397805
+-9.641598 2.384057 2.78028
+-9.613709 1.503714 2.676531
+-8.86276 1.577803 2.96718
+-9.874653 1.837761 2.902781
+-9.250973999999999 2.041569 3.04397
+-9.636934999999999 0.811534 2.302986
+-9.167825000000001 0.825412 2.271978
+-8.715662 0.659757 2.437451
+-9.030262 0.84638 1.921318
+-9.479957000000001 0.698487 1.996709
+-9.409113 1.111646 2.062214
+-8.640124 1.02291 2.148213
+-8.01789 4.050065 2.833875
+-9.077734 0.796197 1.564641
+-8.984416 0.970664 1.032251
+-9.441869000000001 1.041542 0.7814720000000001
+-9.759753999999999 0.825099 0.345349
+-8.688173000000001 0.597864 1.798337
+10.44605 0.826667 2.998855
+9.504998000000001 1.440308 2.620296
+9.920116 1.532342 2.856508
+10.261822 1.989909 3.011932
+10.654549 2.03012 3.044679
+10.588514 1.585547 3.035733
+9.512036999999999 0.2895 2.969342
+9.360511000000001 1.582334 2.272231
+10.237829 2.99655 3.078383
+10.462389 2.431371 3.028809
+9.665882 3.286888 2.900115
+9.981602000000001 2.629501 2.916678
+9.664831 2.25967 2.572872
+9.170883 1.953122 2.783292
+9.709811999999999 2.124349 3.020582
+9.261965 1.094558 2.511006
+8.666335 1.052473 2.396375
+8.9841 1.128573 2.984015
+9.559751 1.22049 3.02367
+10.093704 3.538837 3.017511
+9.247593 3.069185 2.542818
+8.454257999999999 2.891438 2.535301
+9.246853 3.689489 2.897769
+9.845127 3.954456 2.973235
+9.635593 1.847319 2.538748
+8.632059 1.839295 2.83762
+9.453773 1.627582 2.976313
+9.329241 2.104755 2.220653
+8.715396999999999 2.158525 2.481001
+9.142543999999999 2.509243 2.381253
+8.874082 2.696738 2.990433
+9.529033999999999 2.728738 2.759907
+8.745813 1.561263 2.138023
+9.24497 1.718158 1.843868
+8.922611 3.294763 2.138596
+8.635763000000001 4.499589 2.809087
+8.761272999999999 3.983536 3.062296
+9.149899 4.34711 2.860433
+9.574692000000001 4.991205 3.006724
+9.658440000000001 4.608826 2.98017
+9.543414 4.202 3.032603
+8.855976999999999 3.512557 2.562537
+9.073188999999999 2.369586 1.85937
+8.978513 2.847514 2.111664
+8.292847 2.762705 1.97643
+9.024995000000001 2.719835 1.707653
+9.205824 5.403511 3.027058
+9.098649 4.918455 2.981564
+8.597308 3.929181 2.026352
+8.535947999999999 4.318915 -0.330422
+8.585224 4.324442 2.302897
+8.344846 3.743622 2.791778
+8.934589000000001 4.004916 2.516157
+8.209961 3.506652 2.327069
+8.623521 3.560052 1.773838
+8.564375999999999 2.428505 2.113268
+8.517086000000001 2.364514 1.680697
+9.174963 2.071154 1.640518
+9.315035999999999 2.102293 1.195913
+8.766925000000001 2.071318 1.583924
+8.405669 1.908986 1.725441
+8.808396999999999 1.760703 1.729097
+8.995347000000001 2.168891 0.958902
+9.315647 1.595733 1.380304
+9.333375999999999 1.631927 1.000657
+9.410667 1.933823 0.719869
+8.615902 2.803097 1.633571
+8.091046 2.821274 1.500612
+8.382638 3.179898 1.899755
+7.208302 2.658976 0.524464
+7.486228 2.573999 -0.300561
+8.413557000000001 3.284297 -0.222565
+8.490098 3.244175 -0.840059
+8.198491000000001 3.55721 -1.487118
+8.539273 2.738135 1.168858
+8.890736 3.197739 1.695047
+8.912656 3.252219 1.128392
+8.944231 2.893203 1.317735
+9.624886 2.713931 0.298377
+8.198332000000001 5.23321 2.644526
+8.629739000000001 5.165936 2.908544
+8.382971 4.817193 2.399177
+7.752799 4.629922 2.634574
+7.705616 4.615523 0.500238
+7.618771 4.861502 -0.183323
+7.414346 4.8215 -0.959351
+8.178635999999999 4.716806 2.041275
+8.147000999999999 6.629874 2.976776
+8.527780999999999 6.260808 3.010571
+7.269907 5.928945 2.771396
+7.928473 6.12502 2.817442
+8.850444 5.798412 3.028046
+7.916948 7.008142 3.040844
+8.045093 3.548882 1.534568
+8.150297999999999 3.766812 1.916713
+8.486412 3.922698 1.37504
+8.683407000000001 3.519909 1.391698
+8.503325 3.134058 1.402376
+7.567615 4.202517 -0.077361
+7.621351 4.225832 -0.976102
+8.286412 4.44173 1.667499
+8.120998 4.198974 1.290112
+8.118719 3.768212 1.055676
+8.597969000000001 3.845285 0.806179
+9.00071 4.094254 0.26763
+7.481531 6.650413 2.83995
+7.91921 5.156997 2.215346
+7.302671 5.170606 2.442705
+8.141776999999999 4.927281 3.029526
+7.735697 4.49641 1.987017
+7.518891 5.797027 2.148893
+6.864023 6.500456 2.458867
+7.881724 4.965509 1.743309
+7.391292 4.86335 1.971133
+6.965406 5.622776 -0.212828
+7.516656 5.314202 1.855154
+7.991234 5.010449 1.362489
+7.564162 5.751136 1.722171
+7.09664 5.580948 1.684547
+6.964876 5.499596 1.256734
+7.529767 5.715722 1.205064
+7.760803 5.185162 2.582532
+7.61849 5.292865 2.999368
+6.993124 7.109896 2.823459
+7.612694 7.343601 3.031833
+6.615578 7.592579 2.856852
+7.242297 7.709982 3.038878
+6.986793 6.138528 2.037133
+7.246125 6.065922 1.673667
+6.650848 5.813467 1.522477
+7.171978 6.076204 1.206431
+6.877386 6.410712 1.634142
+6.31023 6.212496 1.521989
+6.461074 6.657425 1.882173
+6.846568 6.432327 1.215379
+7.051137 6.457501 0.79338
+5.838892 6.553731 1.531927
+6.504101 6.762685 1.283567
+6.47884 8.414546 3.018431
+6.057061 8.133141 2.888965
+5.98139 8.527132999999999 3.06442
+6.417314 8.015205999999999 3.082156
+6.855623 8.08211 3.0092
+6.055743 7.673328 2.921633
+6.838575 5.597633 2.295968
+7.85816 5.642744 2.52165
+8.257911 5.651259 2.946422
+6.123678 7.155427 1.783216
+5.538057 6.960571 1.732893
+5.801468 7.516717 1.716738
+4.279478 7.621745 0.07709000000000001
+4.949924 7.652832 -0.283667
+5.588616 7.679768 -0.215867
+5.677711 6.998593 1.039281
+6.215069 7.032417 2.427794
+6.135152 7.049043 1.362641
+5.328207 7.418751 1.646801
+4.904339 7.189308 1.683858
+5.810806 7.441128 2.097935
+5.81176 7.392258 1.340561
+5.410028 7.799509 1.98624
+4.995176 7.847927 1.572126
+3.181972 8.047575 0.868995
+3.630039 8.219920999999999 0.296976
+3.391022 8.262793 -0.239304
+4.106169 8.065255000000001 0.262805
+4.350711 8.293478 -0.200946
+5.42039 7.755829 1.284203
+5.031284 9.55484 3.081957
+5.187002 9.169198 3.012477
+5.785273 8.939306999999999 3.004521
+4.633297 9.550924999999999 2.929239
+5.327616 8.809858999999999 2.903439
+5.482254 8.459911999999999 2.855185
+5.731043 7.732472 2.452806
+5.568209 8.021148999999999 2.799202
+4.35159 9.841728 3.033512
+3.632583 9.193199999999999 2.629653
+3.610229 9.887681000000001 2.985609
+4.012712 9.108383 2.56915
+3.807934 8.990676000000001 3.040248
+3.864027 9.431476 2.874151
+3.973133 9.853114 3.039746
+4.359866 8.785030000000001 2.894474
+4.284347 9.263175 2.923749
+3.613732 8.880554 2.24739
+2.790099 9.054512000000001 -0.352307
+3.536302 8.825314000000001 -0.394956
+3.940849 8.478332999999999 2.165744
+4.396458 8.549673 2.26413
+4.41242 7.868224 2.427575
+4.553007 8.175269999999999 1.834644
+4.803088 8.584315999999999 2.57926
+4.461009 8.333339 2.938367
+4.913312 8.73306 3.033492
+4.922874 8.120673999999999 2.197329
+5.058694 7.645855 2.464068
+4.921153 8.03415 2.887921
+5.463953 7.138808 2.481548
+5.235694 7.385491 3.002283
+4.647627 9.086917 2.877356
+3.435973 8.527355 2.082995
+4.837674 7.639464 1.989257
+5.133434 7.212473 2.077939
+2.284104 10.005098 2.912362
+2.709984 10.273731 3.004163
+2.83524 9.666396000000001 2.995172
+3.259551 10.109188 3.030442
+1.320677 10.50572 2.997235
+1.91111 9.586494999999999 2.556372
+1.824006 9.938157 2.981104
+1.922285 10.511061 3.055157
+2.32909 9.381204 2.878635
+2.910835 9.201352 2.625284
+3.302748 9.128246000000001 2.429705
+2.515547 8.559011999999999 3.04953
+2.593823 9.214377000000001 2.230134
+2.497153 8.651949999999999 2.494512
+3.37894 9.498390000000001 2.881056
+3.245446 9.068047999999999 3.055677
+3.272997 8.601684000000001 2.809386
+3.099052 8.824567999999999 2.250201
+3.263547 8.800557 1.765449
+3.352007 8.364222 1.714893
+2.705366 8.364936999999999 -0.247226
+3.352721 8.406974999999999 -0.798049
+3.424335 7.240276 -0.953856
+3.326307 8.870200000000001 1.197515
+2.06724 8.897016000000001 -0.9655589999999999
+3.726221 8.61937 1.796933
+3.846674 8.084099 1.646042
+4.167355 8.511714 1.712322
+4.009248 8.533813 1.171836
+4.271584 7.003055 -0.060661
+4.067922 7.492235 -0.620916
+3.961559 9.169876 0.268417
+4.359699 7.69906 1.72071
+4.295188 8.224557000000001 1.363669
+4.326668 8.305350000000001 0.9571499999999999
+4.300672 8.88533 0.312066
+3.527115 8.351032999999999 2.458295
+2.227282 9.055650999999999 2.058784
+2.668286 8.762456999999999 2.006562
+2.997955 8.313917 2.164632
+3.485329 8.086321999999999 2.05153
+-0.332454 10.605184 3.058499
+0.145147 10.663595 3.040503
+0.842251 10.43114 2.995387
+0.546273 9.92475 2.873904
+0.450393 10.427172 2.966237
+0.71936 10.822356 2.994874
+0.9812419999999999 9.44394 2.60812
+1.001227 10.037139 2.832509
+1.568222 9.295609000000001 2.977265
+1.418097 9.844082 2.815662
+1.531556 9.532026999999999 2.365127
+1.82155 9.09295 2.176362
+2.119742 9.193156 2.468412
+1.8737 8.607583999999999 2.439983
+2.061787 8.604008 2.029203
+1.845203 8.703260999999999 2.97263
+2.218437 9.217556999999999 1.62811
+2.018699 8.234425 -0.182801
+1.136225 9.487289000000001 1.746997
+1.860337 9.148897 1.72981
+1.886524 8.796882 1.6958
+2.558995 9.092377000000001 1.718528
+2.524508 9.124128000000001 1.180716
+2.221088 8.836612000000001 1.75678
+2.596735 8.441685 1.627921
+2.147842 9.264803000000001 1.222753
+2.877793 8.89335 1.451827
+2.467648 8.574980999999999 1.06384
+2.605908 9.302377 0.729697
+3.167757 8.433541999999999 1.335912
+3.221626 7.973101 1.588921
+2.92062 8.950885 1.020553
+3.873189 7.940048 2.298243
+3.963336 7.851923 2.980148
+3.927736 8.753348000000001 2.554245
+0.478975 9.650380999999999 2.299713
+0.100252 9.80983 2.627853
+0.002301 10.072744 3.019216
+1.212505 9.474081 2.134614
+1.50613 9.190613000000001 2.032653
+1.655024 8.755611 1.965978
+0.509559 9.117547 2.298084
+0.459931 9.440132999999999 1.776401
+-0.788025 10.58454 2.989684
+-1.270229 10.566631 3.04891
+-0.86559 9.434075 2.748291
+-0.482244 10.073263 3.047003
+-0.985026 10.047589 2.879712
+-1.869775 10.541782 3.002851
+0.82187 9.160945999999999 1.631082
+0.665896 9.457068 1.190465
+1.088798 8.873691000000001 1.335598
+1.238786 9.338070999999999 1.339291
+1.474957 9.365508999999999 1.708708
+1.481524 8.908623 1.610333
+1.543001 9.340028999999999 0.966805
+1.045617 9.010956999999999 -1.067948
+1.093129 8.829423 -1.59785
+1.649439 9.555005 0.63204
+1.55517 9.824002999999999 0.259368
+-0.339493 9.490634999999999 1.735528
+0.883665 9.103766999999999 1.153086
+0.833805 9.468681 2.023686
+1.091764 9.509826 0.772365
+2.602152 9.686683 0.209297
+1.884105 8.890492 -1.750381
+-0.40129 9.857104 2.60868
+-0.188708 9.406211000000001 2.634901
+-0.290431 9.448694 3.080896
+-0.61539 9.463611999999999 2.296915
+-0.9941680000000001 9.536013000000001 2.112182
+-1.384045 9.484961999999999 2.319854
+-1.300549 9.055104 2.34682
+-1.367568 9.386156 1.76313
+-1.455861 9.763952 2.850416
+-2.02157 9.979941999999999 2.966362
+-1.536874 10.245693 2.989707
+-0.664731 9.421677000000001 1.879363
+-0.554581 9.074555 1.772933
+-0.616538 9.389780999999999 1.386295
+-0.245938 9.141579999999999 1.591341
+-0.240463 9.082224 1.241645
+-0.220971 9.488253 1.358666
+0.140715 9.578296999999999 0.781812
+0.070789 9.097569999999999 0.985955
+0.318055 9.825276000000001 0.374725
+-0.988237 9.502015 1.716107
+-0.950578 9.103774 1.719215
+-0.9437449999999999 8.597834000000001 1.692796
+-0.977116 9.169786 2.19099
+-1.131686 9.428825 1.362759
+-1.29619 9.402642999999999 0.869754
+-0.576485 9.019271 1.420775
+-0.791219 9.450492000000001 0.889039
+-2.368949 10.33334 3.053
+-2.727722 10.534929 3.069148
+-2.333134 9.522247999999999 2.760294
+-1.882639 9.428741 2.52366
+-3.312979 9.995210999999999 3.025584
+-2.685761 9.773082 2.881841
+-2.85884 10.150275 3.007617
+-2.715497 9.268826000000001 2.968608
+-1.338959 9.087078 1.979074
+-1.690061 9.227796 2.147312
+-3.188965 8.729291999999999 -0.40655
+-2.807765 9.188344000000001 2.260513
+-2.398444 8.671369 2.235795
+-1.816037 9.156200999999999 1.711186
+-2.101167 8.911524 -0.055485
+-2.162714 9.037115999999999 -0.868874
+-2.162159 8.350089000000001 -0.8620409999999999
+-2.116632 8.795539 -1.440098
+-1.597081 9.277084 1.280427
+-1.309393 8.858454999999999 1.503961
+-1.399203 8.318375 1.662444
+-1.034611 9.121639999999999 1.187103
+-1.408034 8.858321 -0.854266
+-1.391649 9.560086999999999 0.507688
+-1.362763 9.921400999999999 0.325757
+-2.279314 9.214205 1.663063
+-2.354188 8.820907999999999 1.736609
+-2.453424 9.092655000000001 1.997436
+-1.992505 8.627929 1.712886
+-2.048957 9.320573 1.313445
+-2.751695 9.079010999999999 1.685493
+-2.890592 8.771214000000001 1.452646
+-3.057271 8.443262000000001 1.614237
+-2.897538 8.105795000000001 -0.145912
+-2.692487 8.078932 -1.02975
+-2.877739 8.276679 -1.508783
+-2.818481 9.181991999999999 0.6746180000000001
+-2.403508 8.342764000000001 1.744087
+-2.120924 8.468358 1.305393
+-2.51135 8.845135000000001 1.337457
+-2.35541 9.177144 2.398608
+-2.438872 9.225720000000001 1.318364
+-2.388646 9.320408 0.9628640000000001
+-2.264678 9.427345000000001 0.503563
+-4.07486 9.689097 3.013361
+-3.72259 9.952458 3.030412
+-4.646935 9.409656 3.003783
+-4.439341 9.84661 3.001281
+-4.116855 8.939526000000001 2.752286
+-3.161805 9.43927 2.69382
+-2.830601 8.699328 2.803098
+-3.368479 8.957499 2.428391
+-2.984068 8.297136 2.240586
+-3.307389 8.817667999999999 1.81919
+-3.203475 9.113924000000001 3.087336
+-3.656405 9.36246 2.878345
+-3.521514 8.257846000000001 2.893623
+-3.555089 8.809775999999999 3.061016
+-2.807507 8.733053 2.005258
+-2.725143 7.992789 1.654941
+-3.125076 8.928224999999999 1.083012
+-4.183149 8.49531 1.715519
+-3.395785 8.214943 1.853173
+-3.371945 7.757712 1.695089
+-3.489895 7.719869 -0.028955
+-3.265447 8.133508000000001 1.328072
+-3.424405 8.78224 1.336854
+-3.72047 8.476902000000001 1.035587
+-3.609666 8.124745000000001 -0.79923
+-3.463808 8.408193000000001 -1.496219
+-3.571206 8.850023999999999 0.822886
+-3.228955 8.931592 0.63575
+-3.553535 9.210412 0.374593
+-3.768978 8.590733 2.298125
+-3.561875 7.942599 2.333659
+-5.194665 9.500354 3.04327
+-3.802261 8.603915000000001 1.856615
+-3.928951 8.069865 1.859242
+-4.502566 8.188981 1.530299
+-4.201276 8.499874 1.242529
+-4.892496 8.128724 1.765273
+-4.94137 8.10153 1.291649
+-4.265339 7.657291 1.769609
+-4.471149 8.533587000000001 0.760221
+-4.73456 7.770985 1.580182
+-5.210755 7.820044 1.760445
+-4.564738 7.183714 1.573417
+-4.711266 7.586801 2.073685
+-4.831996 7.660895 1.224018
+-4.583625 8.069416 1.082679
+-4.952808 8.233172 0.737452
+-4.785497 8.376435000000001 0.408345
+-5.096612 7.454069 -1.6593
+-4.200341 7.80542 2.326435
+-4.106869 8.163758 2.847422
+-4.653028 7.832776 2.821955
+-5.258439 7.776022 1.30241
+-5.637209 7.52042 1.496439
+-5.056328 7.341998 1.658269
+-5.401678 6.997944 1.505977
+-5.572377 7.428692 0.803017
+-5.727366 6.606613 1.623965
+-5.852464 7.143283 1.200464
+-6.004442 6.155709 1.684599
+-6.104653 6.662614 1.288279
+-5.970201 6.738492 0.750847
+-6.161225 7.309509 0.6117669999999999
+-5.880938 7.748553 -0.412625
+-6.06031 8.138221 -0.133471
+-6.02392 7.619122 -3.145814
+-6.536721 8.343328 -0.008918000000000001
+-6.836829 7.267199 -0.204858
+-6.332849 6.999568 -0.284166
+-5.00557 6.847221 -0.889398
+-5.72008 6.860076 -1.768947
+-6.145124 5.415308 -0.580025
+-6.280592 6.070913 -1.610804
+-6.43555 7.734828 0.027145
+-6.922935 8.006563 -0.024629
+-7.293442 7.066694 0.069706
+-7.33926 7.784595 0.025472
+-7.604388 5.920501 -0.706246
+-7.216654 5.98379 -0.353943
+-6.974165 4.180379 -0.916753
+-6.987111 4.714912 -1.005711
+-7.499427 5.566605 -0.391771
+-7.549885 4.069942 -1.710037
+-7.992927 5.56074 -0.413765
+-7.784524 5.135276 -0.5262250000000001
+-7.944943 5.527961 0.183925
+-7.869266 5.891041 -0.254082
+-8.336105999999999 5.714699 -0.191692
+-8.498666 6.193285 -0.025629
+-8.2798 4.879166 -0.610006
+-8.861758999999999 5.773002 0.031421
+-8.778489 5.34825 -0.047395
+-8.696286000000001 4.563509 -0.573561
+-8.807577 4.921696 -0.110481
+-6.986949 6.12023 -0.908872
+-7.987486 5.39766 -0.7873599999999999
+-7.894209 4.991296 -0.968585
+-7.323117 6.388817 -0.616623
+-7.324466 6.310623 -0.068019
+-7.498349 6.683098 -0.176675
+-7.766727 6.315547 -0.254562
+-7.929162 6.935278 -0.02837
+-8.223374 6.587149 0.027605
+-6.859614 6.656996 -0.7241880000000001
+-7.65406 7.397259 -0.013335
+-9.277869000000001 5.291148 -0.00312
+-9.522076 4.781834 -0.0062
+-9.269686999999999 4.211393 -0.010367
+-9.039151 4.551245 0.014672
+-9.515855999999999 3.687136 -0.116629
+-9.709659 4.277205 -0.015627
+-4.318707 8.543908999999999 -0.828663
+-4.276083 6.861905 -0.280797
+-4.848917 8.136226000000001 -0.896491
+-5.491389 7.734913 -0.749187
+-5.465463 7.175647 -0.6910539999999999
+-5.67055 8.466093000000001 -0.013778
+-5.542717 8.00981 -0.152928
+-5.854016 8.896606999999999 -0.038794
+-6.183791 8.748805000000001 0.035557
+-5.98065 7.387549 -0.831469
+-5.991705 6.903845 -0.606863
+-5.819076 7.265742 -0.39917
+-5.889384 7.313277 -1.362685
+-6.597367 6.612384 -1.320027
+-6.174918 6.962702 -1.130105
+-6.096401 6.736661 -1.497445
+-6.31568 6.492304 -0.875109
+-6.594794 5.978837 -0.542288
+-6.517027 7.015304 -0.760901
+-6.646091 6.779324 -1.743846
+-6.766014 5.343925 -0.889319
+-7.150483 4.082795 -1.442274
+-6.697704 6.130503 -1.437553
+-6.96952 6.389012 -1.770707
+-7.370669 5.765797 -1.16013
+-7.226756 5.277239 -1.232058
+-7.070959 2.95969 -0.968276
+-7.148639 6.136317 -1.385472
+-7.342179 6.015018 -1.776192
+-7.751767 5.336527 -1.240406
+-7.413189 4.906468 -1.071095
+-7.685633 3.350329 -1.392531
+-7.818057 2.646571 -1.634805
+-7.768753 3.900325 -2.236134
+-6.267246 7.370164 -0.447826
+-8.116057 4.589334 -1.207802
+-7.698744 2.69139 -1.121061
+-4.863523 8.142645999999999 -1.36874
+-5.160735 7.812437 -1.290619
+-5.525312 7.523457 -1.203105
+-5.426602 7.053768 -1.137148
+-5.774128 7.104551 -0.9953149999999999
+-5.81939 7.442121 -1.790122
+-6.338444 6.060088 -1.091565
+-6.701923 5.682875 -1.287141
+-6.833362 5.901176 -1.865207
+-7.380465 5.674474 -1.607642
+-7.196807 5.653509 -2.15738
+-7.287613 6.096594 -2.242491
+-7.50867 5.190911 -1.865416
+-7.634703 5.701874 -2.053437
+-8.485749 2.386569 -1.645817
+-8.025696999999999 5.016467 -1.379539
+-7.893622 4.306722 -1.534388
+-7.971988 4.944258 -1.875481
+-7.934896 5.274825 -2.283882
+-7.967702 5.63455 -2.586622
+-6.201753 7.058036 -1.742527
+-10.172748 3.139287 -0.032334
+-10.030754 3.527497 -0.048508
+-9.995735 3.9019 -0.099554
+-8.376661 4.157531 -1.329983
+-7.462895 4.881652 -0.670266
+-7.386594 4.428176 -0.703146
+-7.874056 4.532779 -0.7172269999999999
+-8.335027999999999 4.280647 -0.819451
+-8.182041999999999 3.682854 -0.731432
+-8.377227 4.455208 -0.22252
+-8.210132 4.814224 0.148652
+-8.747778 4.063003 -0.6576419999999999
+-8.974417000000001 3.828515 -0.113654
+-8.926841 4.276149 -0.338137
+-9.455719 2.87978 -0.409297
+-9.675598000000001 3.18943 -0.07399600000000001
+-9.313685 3.45234 0.321805
+-8.967485 3.204057 -2.851114
+-9.293946999999999 3.927342 0.312935
+-8.760382 3.610985 -1.70518
+-8.664327 4.891365 -2.692158
+-6.417376 7.240753 0.086518
+-6.498881 6.73862 0.030859
+-6.783068 6.155632 0.136488
+-6.670313 6.923647 0.425152
+-8.740724 3.270896 -1.264629
+-8.947267999999999 2.877012 -1.329684
+-8.657726 3.882333 -2.089952
+-8.693262000000001 4.138111 -2.360521
+-9.012216 4.188935 -2.653553
+-10.505519 2.383051 0.004904
+-10.198114 2.68024 -0.012787
+8.761692999999999 0.369371 -1.181005
+9.348379 0.639758 -1.220282
+8.940300000000001 0.867652 -1.475444
+8.251761999999999 2.584316 -1.589245
+7.473913 2.622337 -1.698937
+7.505287 3.230633 -1.452484
+8.440075999999999 2.903589 -2.041892
+8.369367 3.240847 -2.446944
+9.378472 1.021514 -1.215152
+9.409507 1.411668 -1.416374
+9.113044 3.332344 -2.934535
+9.249257 2.800192 -2.93919
+9.344395 1.127691 -1.730089
+9.351314 0.687876 -1.699801
+8.993725 1.097225 -1.033244
+8.547587999999999 1.065516 -1.103945
+9.329552 1.444261 -1.014593
+9.261340000000001 1.786891 -1.359248
+9.226572000000001 1.121182 -0.679817
+8.889741000000001 1.332095 -1.868163
+9.286175 1.603842 -1.704878
+9.253368 1.408267 -2.040275
+9.918036000000001 1.20555 -2.650435
+-7.504774 4.430585 -1.223229
+-8.687597 3.707888 -1.104049
+-8.270367999999999 3.564804 -1.354142
+-8.350662 2.869547 -1.325152
+-8.324747 3.685031 -2.00174
+-8.624727999999999 2.87687 -0.841212
+-8.79069 3.185613 -1.69673
+-8.744801000000001 3.514589 -2.143102
+-9.037577000000001 2.483384 -1.486699
+-9.116327 2.462297 -1.906829
+-9.085755000000001 2.918403 -1.749218
+-8.998742999999999 3.223552 -2.072626
+-9.081205000000001 3.339106 -2.434511
+-9.071678 3.584923 -0.5895820000000001
+-9.088751 2.915841 -0.853196
+-8.186408 2.583216 -0.776305
+-8.750835 2.497759 -0.677606
+-9.266965000000001 2.518637 -0.6780620000000001
+-9.014953 2.166815 -0.659922
+-8.933144 2.415663 -0.295967
+-8.987663 2.932136 -0.14006
+-9.443121 2.17996 -0.844151
+-9.361068 1.824096 -0.733552
+-9.27094 2.54313 -0.091389
+-9.397352 2.929316 -0.08522100000000001
+-9.716146999999999 2.400124 -0.261021
+-9.736392 2.797168 -0.019707
+-9.072013999999999 3.185215 -0.523553
+-8.733764000000001 3.07691 -0.453648
+-8.215438000000001 3.068088 -0.439735
+-6.221091 3.611721 -0.408264
+-8.538906000000001 3.179055 -0.053233
+-8.954879999999999 3.378516 -0.066189
+-8.852715 3.161142 0.325534
+-9.310765 3.255051 -0.199799
+-10.230534 1.595979 0.007936
+-10.684407 1.800498 0.048051
+-10.022477 2.088253 0.064521
+-10.417222 2.038416 -0.012721
+-9.827992 1.146461 -0.262351
+-9.259258000000001 0.953807 -0.424632
+-10.13839 1.055127 0.22681
+-9.372071999999999 1.510217 -1.365778
+-9.131997999999999 1.745245 -1.169362
+-8.697658000000001 1.928832 -1.326006
+-8.669807 1.739173 -1.763211
+-9.171932999999999 2.14192 -1.131985
+-8.900651 1.508971 -1.423505
+-8.899831000000001 1.104039 -1.376121
+-8.970032 1.282116 -1.814477
+-8.812503 1.799878 -0.755912
+-9.103300000000001 1.698222 -1.635735
+-8.939885 1.71672 -2.087299
+-9.368817999999999 1.126492 -1.21738
+-9.381811000000001 1.053717 -1.661848
+-9.392049 1.478484 -0.96186
+-9.362164999999999 1.490778 -1.785324
+-9.384717999999999 1.796484 -2.027476
+-9.298508999999999 1.780484 -2.442582
+-9.568781 1.378862 -2.408353
+-9.723917 1.832811 -2.610309
+-8.277449000000001 2.308819 -1.248359
+-8.829784999999999 2.482669 -1.105677
+-7.534586 5.35387 -0.841094
+-7.13266 5.149567 -0.746899
+-7.348786 5.188592 -0.390677
+-7.359242 5.248047 0.143133
+-8.234534 5.238995 -0.264851
+-9.401491999999999 0.505983 -0.498946
+-9.404049000000001 1.468246 -0.478212
+-9.308839000000001 1.420824 -0.063592
+-9.734038999999999 1.788326 -0.250713
+-9.701314999999999 1.362183 0.289053
+-8.836639 0.71917 -1.023414
+-9.513704000000001 1.18496 -0.767563
+-9.004286 1.40157 -0.706287
+-8.360441 1.485218 -0.575541
+-9.422103999999999 2.171743 -0.459035
+-9.458128 2.123097 0.179552
+-8.494994 2.125886 -0.839715
+-9.100137 1.367733 -1.166879
+-8.731398 1.454849 -1.08173
+-8.494948000000001 1.076669 -0.96356
+-8.716153 3.302014 -0.788031
+-8.591905000000001 0.815528 -1.318961
+-9.071272 0.724372 -1.367328
+-9.508895000000001 0.795306 -1.334486
+-9.454243999999999 0.684204 -1.668245
+-9.416881 1.116026 -2.068657
+-9.705864 0.933735 -2.385057
+-9.053239 0.302668 -1.455664
+-8.582369 0.424044 -1.308569
+-8.095706 0.200873 -1.264999
+-8.789607999999999 0.448609 -1.682008
+-9.312203999999999 0.362542 -1.835204
+10.098198 1.864861 -0.039833
+9.953348 1.397832 -0.342637
+9.992582000000001 1.289794 0.309487
+10.541161 1.762225 0.06362
+9.562703000000001 0.9076959999999999 0.235562
+10.218534 2.5819 -0.030663
+9.258861 2.943436 -0.573923
+6.820077 2.599572 -0.862908
+7.177358 3.296637 -0.847193
+10.04911 3.138419 0.005118
+9.646832 2.797978 -0.28958
+9.665998999999999 2.094752 -0.416813
+9.608233 1.722665 -0.446053
+9.483917 1.84362 -0.04962
+8.788503 1.745325 -0.717282
+8.784856 1.514063 -0.401472
+9.313946 1.781073 -0.8418
+9.414755 2.155019 -0.817241
+9.184422 1.532165 -0.591956
+9.586221 1.354534 -0.614987
+9.652642 1.375312 -0.014291
+9.801253000000001 1.7433 0.37769
+8.742217 0.9518799999999999 -0.61809
+9.332633 3.663127 -0.24775
+9.843315 3.636254 -0.023665
+9.20478 3.331433 -0.516192
+8.836715999999999 3.061561 -0.361929
+6.761379 2.57747 -0.09681099999999999
+9.217525999999999 3.094927 -0.015043
+9.580404 3.238029 -0.310008
+9.558158000000001 3.172761 0.267903
+9.671723999999999 4.094836 0.008794
+9.301617 2.496819 -0.628701
+8.865805999999999 2.512931 -0.384332
+9.310243 2.235177 -0.156936
+9.753748999999999 2.373594 -0.046569
+8.819051 2.769274 0.208769
+9.239273000000001 2.791987 0.432984
+6.919545 4.832191 -0.13553
+6.908361 4.476915 -0.75513
+7.566517 4.7802 -1.689471
+9.468975 4.517831 -0.036541
+9.14822 4.170859 -0.322378
+8.754616 3.753003 -0.611957
+8.860091000000001 3.461675 0.051767
+8.779249 2.539707 -0.800566
+8.452553999999999 2.383359 -0.600431
+8.882432 2.154726 -0.773581
+9.012456 2.518486 -1.105405
+9.256926 2.135519 -1.191969
+9.116472999999999 2.459753 -1.460316
+8.914661000000001 3.276386 -0.8283700000000001
+8.907816 3.219571 -1.266928
+8.984030000000001 2.868809 -0.867081
+8.560708 2.821988 -0.654064
+8.062616999999999 2.852793 -0.663113
+6.920446 3.247749 -1.748812
+8.555414000000001 2.841814 -1.119068
+8.908224000000001 2.851614 -1.405327
+8.799010000000001 5.083644 0.012559
+9.203099 4.91101 0.07853599999999999
+9.600721999999999 4.943104 0.067811
+6.991025 5.435542 -0.84682
+8.069694 3.773597 -0.265459
+8.396554 3.99832 0.038519
+8.871445 3.907689 -0.159348
+8.778338 2.164079 -1.137639
+9.286057 2.156242 -1.538643
+9.175941999999999 2.357396 -1.76774
+8.650492 2.440031 -1.399357
+8.571294 1.982741 -1.380551
+8.946609 2.153582 -1.458396
+8.791345 2.497946 -1.770944
+9.008728 2.815009 -1.768931
+9.237410000000001 1.944803 -1.737191
+9.278981 2.13337 -2.052636
+9.174747999999999 2.563072 -2.10414
+9.416116000000001 2.471506 -2.550279
+8.554795 1.563045 -1.176747
+8.090528000000001 1.78105 -1.256171
+8.942247999999999 1.759975 -1.947165
+9.278885000000001 1.72848 -2.163275
+9.207473 1.623147 -2.660109
+9.548693 1.773999 -2.344408
+8.571942999999999 2.825247 -1.592278
+8.484394 3.216347 -1.325993
+8.994317000000001 3.203187 -1.700665
+8.930641 4.580305 -0.196561
+9.182669000000001 5.375485 -0.025189
+8.123945000000001 3.497921 -0.8517130000000001
+8.705579999999999 3.598601 -1.211478
+8.151805 3.984111 -0.793853
+7.60763 3.756896 -0.538222
+8.546786000000001 4.319728 -0.832994
+8.525169999999999 3.97211 -1.20038
+8.078139999999999 4.543192 -0.660063
+7.742376 4.83013 -2.174291
+8.229934 5.052482 -0.799202
+8.256024999999999 4.637572 -1.223655
+8.328582000000001 4.976471 -0.165229
+8.608796999999999 4.949546 0.46435
+8.593158000000001 6.681162 -0.009291000000000001
+8.616163 6.169735 -0.043617
+8.926833 5.837014 0.027906
+7.369151 6.131057 -0.544635
+8.117172999999999 5.919542 -0.163278
+8.593054 5.561707 -0.038144
+8.393212999999999 5.830885 0.261387
+8.271971000000001 7.084755 -0.030134
+8.153368 6.686575 0.004667
+8.000264 3.004595 -1.174826
+8.334614999999999 4.189528 -1.575984
+8.744434999999999 3.502978 -1.660015
+8.633528999999999 3.901321 -1.735707
+8.853272 3.217885 -2.060148
+9.018535999999999 3.455485 -2.382971
+9.221925000000001 3.015613 -2.404423
+8.135937999999999 3.04244 -1.650771
+8.621931999999999 3.152591 -1.700865
+7.659046 3.700148 -1.131867
+8.051301 3.949236 -1.254448
+8.314543 3.55892 -1.975038
+8.722905000000001 3.794433 -2.205499
+7.82252 4.596364 -1.131419
+7.951917 4.378355 -1.410363
+8.200056 4.266248 -1.112146
+7.828257 5.016489 -0.655657
+7.89117 5.403075 -0.872256
+8.046677000000001 5.384396 -0.448282
+7.453755 6.638022 -0.126284
+7.832655 6.399481 0.035398
+8.299581 6.311087 0.07284599999999999
+7.89816 4.941768 -1.052785
+7.5 5.267762 -1.063007
+7.556202 5.012288 -1.397019
+7.8998 5.286566 -1.281082
+7.962793 4.817907 -1.422606
+7.919198 4.974861 -1.736073
+8.166743 5.036123 -2.055529
+7.886708 5.333085 -1.716545
+7.863792 5.300283 -2.059236
+7.548814 5.500306 -1.548985
+7.162738 5.604492 -1.327664
+6.620157 5.773493 -1.454993
+7.092715 5.592895 -1.766423
+7.570341 5.685574 -1.195962
+7.601041 5.697695 -0.759008
+7.556687 5.685209 -1.982264
+8.142092 5.45644 -2.642359
+7.687851 5.652379 -0.255266
+7.910309 5.711442 0.415372
+7.41405 5.24524 -0.527859
+7.474957 7.724549 -0.001994
+7.58156 7.321844 0.011085
+7.970172 7.410193 0.002646
+7.865976 6.973346 -0.015274
+4.707723 7.611571 -0.979456
+7.139193 8.252597 0.01697
+7.074454 7.816808 -0.071371
+6.914985 6.501676 -0.868599
+6.321991 6.620171 -0.842502
+7.162741 5.989699 -1.055012
+6.63455 5.984873 -0.767929
+7.268796 6.007801 -1.540776
+7.262775 6.022928 -2.052712
+7.819798 5.834809 -2.610512
+6.910108 6.398209 -1.305208
+6.353646 6.264409 -1.325269
+5.681546 6.17411 -1.554658
+6.389588 6.305098 -1.910437
+6.886208 6.388161 -1.72794
+6.976187 6.343803 -2.135716
+7.28262 6.341058 -2.499697
+6.530966 6.747883 -1.698032
+6.062848 6.674849 -1.51845
+4.196012 6.90942 -0.944306
+2.598516 7.307097 -1.091681
+5.900521 6.590319 -1.11685
+6.501807 6.788072 -1.284124
+6.594539 6.62019 -2.095027
+7.365335 6.73144 -2.760656
+6.443238 7.138146 -0.828072
+5.907984 7.050455 -0.814373
+6.704281 7.011779 0.033759
+7.214059 7.002049 -0.05188
+6.032396 8.758493 0.030257
+6.587987 8.343794000000001 0.017788
+5.965791 8.192885 0.092889
+6.539935 7.83032 -0.076616
+6.46785 7.409608 -0.403454
+5.942237 7.34549 -0.270178
+6.345291 7.287134 -0.010366
+7.008078 7.382 0.024938
+6.195678 7.092247 -1.66644
+5.740884 7.070633 -1.377122
+5.252178 6.970736 -1.65621
+3.008802 6.817043 -1.584211
+2.903702 7.397498 -1.958812
+3.528823 7.540662 -1.444907
+3.960471 7.452828 -1.524758
+5.697875 6.893226 -1.760943
+6.187757 7.13375 -1.210165
+6.014722 7.137961 -1.997874
+6.426801 7.064458 -2.083665
+6.495086 6.986655 -2.469826
+6.863798 7.032392 -2.704336
+5.286644 7.665279 -1.279048
+4.936385 7.217902 -1.231447
+5.766602 7.480118 -1.146609
+5.722751 7.461278 -0.668719
+5.647062 7.466613 -1.734147
+5.7875 7.399472 -2.121208
+6.135504 7.43453 -0.770674
+6.34288 7.309938 -2.744065
+2.485644 7.909102 -1.525541
+2.604056 8.157124 -2.664631
+3.837627 8.183889000000001 -1.673783
+3.298816 8.262093999999999 -2.483242
+4.049134 8.238394 -2.429845
+5.103193 7.86194 -1.744115
+5.544791 7.853153 -0.783235
+5.475133 7.761354 -2.191458
+5.920877 7.791949 -2.598256
+5.506803 8.168616999999999 -0.414667
+5.306665 7.99588 0.194135
+5.968049 7.832239 -0.462614
+6.080953 7.679576 0.037113
+5.725443 9.132935 -0.020289
+4.377481 9.462991000000001 -0.063405
+4.760364 9.177614 -0.088564
+4.811281 9.557064 0.028095
+5.026525 8.773497000000001 -0.224136
+5.249988 9.086137000000001 -0.012165
+5.453565 8.519354 -0.054708
+5.092921 8.080432999999999 -0.794393
+4.562432 8.035663 -0.703936
+2.782172 8.234067 -1.067571
+4.336341 8.790526 -0.497979
+4.870503 8.344136000000001 -0.298478
+4.607791 8.752300999999999 -0.14724
+5.067101 8.528506 0.304454
+3.645095 10.248311 0.014887
+4.260283 9.838993 -0.021857
+2.729652 8.977205 -2.431605
+2.749914 9.480871 -2.917883
+3.587542 9.260539 -0.451434
+3.80682 9.896928000000001 -0.005222
+3.940966 9.461687 -0.131982
+4.348706 9.101763999999999 -0.124035
+4.092454 8.840688 -3.027794
+4.382878 8.525734 -0.831502
+4.839466 8.120626 -1.24306
+4.379567 8.218985 -1.274714
+5.079029 8.146888000000001 -2.055883
+5.473502 8.102342999999999 -2.490714
+3.971614 8.617222999999999 -1.596181
+1.510254 7.598696 -1.908085
+5.341153 8.468370999999999 -2.714919
+4.087292 8.559735 -1.144001
+3.664874 8.558274000000001 -1.205688
+4.266074 7.723673 -1.225532
+5.238224 7.436335 -0.763538
+5.843831 6.555418 -0.512451
+6.154455 7.02193 -0.46315
+2.181489 10.387757 0.021999
+2.636922 10.545414 0.002368
+3.018068 10.303288 0.068172
+2.929559 9.96824 -0.09903000000000001
+3.370668 9.969173 -0.027148
+1.187446 10.845708 -0.065105
+1.629231 10.520519 -0.025924
+1.844574 10.174367 -0.013553
+2.238762 9.926555 -0.241174
+1.230589 9.357471 -2.756293
+2.678037 7.667331 -0.389347
+2.681015 9.486343 -0.249756
+2.559657 9.801451 -0.316025
+2.566643 10.163372 0.028274
+2.916453 9.128667 -0.868381
+3.215705 9.208928 -0.516377
+3.106112 9.508448 -0.065191
+3.111874 8.784617000000001 -0.477615
+3.580269 8.716628999999999 0.050379
+3.602412 9.131439 -0.041229
+3.205966 9.054211 -0.139983
+3.533523 9.543284 0.093151
+2.046998 8.853603 -2.230424
+2.666719 9.156153 -1.266715
+3.257912 8.74152 -1.24768
+3.018602 8.837885 -1.776378
+3.709148 7.935352 -1.182957
+4.324151 8.094913999999999 -1.694036
+4.319111 8.442990999999999 -2.081315
+1.986699 9.468135999999999 -3.082616
+2.438687 9.231374000000001 -0.801135
+2.736832 8.691603000000001 -0.778444
+2.869488 8.858126 -1.343641
+3.346171 8.977539 -0.825993
+3.69299 8.831569999999999 -0.883837
+3.858513 8.471826999999999 -0.513019
+3.150915 7.881055 -0.790479
+3.947025 8.910322000000001 -0.60771
+3.93158 7.976251 -0.231354
+3.914986 8.387389000000001 0.034467
+4.032974 8.766742000000001 -0.10851
+3.893819 8.714236 0.374769
+3.96673 9.111649999999999 -0.291974
+-0.10794 10.556154 0.000927
+0.162206 10.818715 0.087454
+0.523361 9.924528 -0.392258
+0.358279 10.540316 -0.014451
+0.458714 10.886738 -0.026775
+0.824873 10.870284 -0.045477
+0.891826 9.515122 -0.416791
+0.680742 9.732683 0.002564
+0.946222 10.121096 -0.100006
+0.767499 10.525522 -0.010402
+1.163132 10.505055 -0.021063
+1.348539 9.485578 -0.515673
+1.576247 9.059767000000001 -0.74455
+1.605166 9.507391 -0.8929319999999999
+1.738942 9.844531 -0.289342
+1.41722 10.086115 -0.111635
+2.186194 9.512262 -0.29365
+1.765015 9.500434 -0.55575
+2.233486 9.543595 0.422019
+2.016752 9.843018000000001 0.233057
+2.036082 9.363731 -0.845036
+2.285388 9.206382 -1.289861
+2.954425 9.100985 -2.156613
+1.492516 9.231757 -1.594452
+1.847195 9.263871 -1.29045
+2.074523 8.920961999999999 -1.401654
+2.067604 8.445387999999999 -1.507231
+2.201545 9.243188 -1.664985
+2.285371 9.55026 -2.437062
+2.401306 8.859999 -1.654592
+2.905133 8.326931 -1.598153
+2.537077 8.473609 -1.47345
+2.428413 8.436444 -1.979678
+2.450512 8.798690000000001 -1.17704
+2.518045 8.905616 -2.129701
+2.648042 9.147740000000001 -1.743298
+2.658025 9.271618 -2.126483
+2.494005 9.208786 -2.394722
+2.513603 9.396264 -2.641248
+4.015386 8.141318 -0.8002359999999999
+3.631217 7.909146 -0.596236
+3.334256 8.196997 -1.415147
+3.08038 7.670715 -1.421713
+3.259406 8.434488999999999 -1.870854
+2.93839 7.98148 -2.029498
+2.869902 8.567 -2.217
+3.232408 8.869196000000001 -2.170649
+0.015948 10.160457 -0.029942
+0.052787 9.881232000000001 -0.401132
+0.391534 9.451238999999999 -0.357757
+0.346209 9.296426 0.187393
+0.513688 10.152945 0.091873
+1.139405 9.443284999999999 -0.858916
+1.440728 9.351691000000001 -1.203126
+1.540764 8.835139 -1.300223
+0.75743 9.65484 -0.771448
+0.360721 9.642493999999999 -0.786289
+-0.09045 9.523167000000001 -0.676999
+0.2286 8.977774 -0.7145820000000001
+0.668342 9.22128 -0.775104
+0.7008490000000001 8.699806000000001 -0.730363
+0.7216630000000001 9.443688 -1.182958
+-1.309732 10.33975 0.008396000000000001
+-0.92726 10.548099 0.002961
+-0.863522 10.85834 -0.009539000000000001
+-0.441096 9.920839000000001 -0.359264
+-0.462638 9.418108999999999 -0.421586
+-0.64068 9.883948999999999 0.047441
+-0.47339 10.24517 0.048753
+-0.513314 10.633999 0.037022
+-0.105905 9.503194000000001 -0.191261
+-0.285319 9.80504 0.059355
+-0.157888 9.945003 0.39279
+-1.33191 10.725152 0.027848
+-1.788318 10.151382 0.039168
+-1.64258 10.52069 -0.040167
+1.119596 9.314549 -1.402978
+0.902765 8.564731 -1.25209
+1.135077 9.141415 -1.841501
+1.221777 9.458947999999999 -1.743122
+0.834434 9.441255 -1.679021
+1.271199 9.470368000000001 -2.089127
+1.52077 8.314622999999999 -1.58713
+1.466822 8.784014000000001 -1.954609
+1.560658 9.536166 -2.335332
+1.459851 9.824031 -2.67213
+-0.090429 9.359893 -1.484641
+0.388607 9.351095000000001 -1.443885
+0.056412 9.07038 -1.233977
+0.187501 9.397909 -1.082909
+0.479087 9.344878 -1.845196
+0.783538 9.101221000000001 -1.491914
+0.7709859999999999 9.066490999999999 -1.95091
+0.909278 9.434854 -2.072452
+1.033998 9.825689000000001 -2.565868
+-0.872939 9.536543999999999 -0.581616
+-1.179454 9.494194999999999 0.059009
+-0.891757 9.888966 -0.29999
+-0.891697 10.194478 -0.018989
+-2.065691 8.437322 -1.716252
+-2.089795 9.641912 -3.033784
+-0.7173580000000001 9.481930999999999 -1.071472
+-0.292342 9.416914 -1.126471
+-0.621474 9.148116 -1.219172
+-0.516941 9.435843999999999 -1.490462
+-0.292227 8.959949999999999 -1.351646
+-0.024021 8.698581000000001 -1.048483
+0.400948 8.516299 -1.071128
+0.02331 8.141945 -1.110223
+0.072198 8.614561 -1.472815
+-0.643644 9.535007 -1.925521
+-0.268623 9.395182999999999 -1.972418
+0.148346 9.047594 -1.667334
+0.061129 8.594752 -2.003637
+0.081528 9.104502 -2.108179
+0.130871 9.497804 -1.767387
+0.09167500000000001 9.532069999999999 -2.204486
+-1.017966 9.450108 -1.313891
+-1.269148 9.223958 -1.486444
+-0.926092 9.112728000000001 -1.506895
+-1.002096 9.108689999999999 -1.094446
+-0.962432 9.425801999999999 -1.748971
+-0.419541 8.476597999999999 -1.198884
+-0.563191 9.108389000000001 -1.686866
+-0.694636 9.194371 -1.995172
+-0.604907 9.947378 -2.570056
+-0.486914 9.667123 -0.796357
+-0.549217 9.168888000000001 -0.72399
+-1.247738 9.514194 -0.849095
+-0.985584 9.034043 -0.696269
+-1.113567 8.616116999999999 -0.5426530000000001
+-2.774031 10.51179 -0.021894
+-2.370761 10.35072 -0.003882
+-2.060253 9.563518 -0.621561
+-1.962029 9.837306 -0.244751
+-1.982969 10.522767 -0.06012
+-3.191147 10.284631 -0.079986
+-2.777285 10.137297 -0.008248
+-2.524577 9.542763000000001 -0.338208
+-2.102623 9.443308999999999 -0.019295
+-2.430996 9.864938 0.126956
+1.0891 9.010351999999999 -0.588384
+1.260487 8.510244999999999 -0.869295
+1.218512 9.684188000000001 -0.12261
+0.843844 9.345134 -0.033128
+1.291295 9.403157999999999 0.252028
+1.13181 9.8489 0.34648
+-1.660964 9.530219000000001 -0.44499
+-1.65001 9.232635999999999 -0.776863
+-1.716169 9.691891999999999 0.267672
+-2.083611 9.190599000000001 -0.477089
+-2.018385 9.309558000000001 -0.851254
+-2.090273 9.927250000000001 0.277183
+-3.554194 10.052339 0.003491
+-3.05525 9.329532 -0.45204
+-3.119522 9.983784999999999 0.117541
+-2.678609 8.879479 -0.278982
+-2.72936 9.158251 0.109066
+-2.770393 9.594098000000001 0.241881
+-1.98333 9.181253999999999 -1.150066
+-1.510773 9.226632 -1.224232
+-1.011401 8.612830000000001 -1.099124
+-1.216012 8.781872 -1.444856
+-1.311352 9.176508 -0.867031
+-1.275094 9.235758000000001 -0.491638
+-1.704496 9.299718 -1.683899
+-1.284079 9.171457999999999 -1.829101
+-1.204026 8.573962999999999 -1.946837
+-1.31283 9.436755 -2.19553
+-1.291676 9.780972999999999 -2.521086
+-2.736386 9.060654 -1.21634
+-2.380748 9.111761 -1.418384
+-2.327408 9.216791000000001 -1.06126
+-1.886902 9.096945 -1.458824
+-1.660649 8.691368000000001 -1.397202
+-1.833144 8.203150000000001 -1.345972
+-1.894793 8.754305 -1.075218
+-2.157437 9.202828999999999 -1.740302
+-1.792212 9.245412 -2.07231
+-1.93646 9.879992 -2.701879
+-3.144021 8.751426 -1.252424
+-2.606197 8.741474 -1.436422
+-2.582677 8.478725000000001 -1.765892
+-2.659178 9.071089000000001 -1.750586
+-2.787588 9.170856000000001 -2.101182
+-2.339004 8.448551999999999 -1.332695
+-2.276477 7.954507 -1.365988
+-2.328683 8.833411 -1.143254
+-2.404481 8.823403000000001 -0.727348
+-2.330755 8.800008999999999 -1.776848
+-2.362077 9.352582999999999 -0.738997
+-2.29954 9.262055 -2.055625
+-2.304237 9.46584 -2.770233
+-1.890357 8.849641999999999 -0.659168
+-3.748227 9.58502 0.135853
+-4.032034 9.867462 0.01421
+-4.415062 9.645498999999999 0.03017
+-4.237678 8.887915 -0.437041
+-4.092633 9.234897999999999 0.119062
+-3.281622 9.549566 0.049958
+-2.750543 9.244227 -0.809473
+-2.94635 8.856540000000001 -0.784597
+-2.682702 8.359911 -0.593368
+-3.688034 9.095980000000001 -0.287651
+-3.896519 8.837605 -0.861402
+-3.567134 8.821256 -1.261931
+-3.20909 8.123726 -1.169464
+-2.722048 8.551589999999999 -1.055608
+-2.048837 6.087234 -0.936547
+-3.01583 8.800615000000001 -1.727035
+-3.24383 8.809454000000001 -2.191999
+-3.051455 9.113799999999999 -2.39649
+-3.960295 8.531814000000001 -1.233443
+-3.755222 8.036638 -1.24869
+-3.778827 8.618881 -1.718919
+-3.705838 8.815194 -2.213399
+-3.511893 8.503895999999999 -1.050592
+-3.316796 8.49621 -1.879862
+-3.435614 8.937806999999999 -0.792932
+-3.470536 8.839395 -1.729346
+-3.227696 8.708235 0.09633
+-3.193155 9.102887000000001 -0.08044
+-3.776177 8.540770999999999 -0.6200830000000001
+-3.187385 8.398761 -0.749407
+-1.352619 9.885375 -0.28494
+-5.123531 9.411913999999999 -0.038601
+-4.667346 9.293246999999999 -0.033538
+-5.082482 8.963554999999999 0.010182
+-5.2058 8.560294000000001 -0.293281
+-5.489861 9.023825 0.015533
+-4.615397 8.810836999999999 -0.1453
+-4.357509 8.213835 -1.249011
+-4.48427 8.158676 -1.659026
+-4.072385 7.67704 -1.172936
+-3.913369 8.210967 -1.685144
+-4.171528 8.509107999999999 -1.708437
+-4.038506 8.483036999999999 -2.10633
+-4.114025 9.152714 -2.645244
+-4.70292 7.845848 -1.260279
+-4.312351 7.230071 -1.278422
+-4.455691 7.729077 -0.979293
+-4.3326 8.111520000000001 -2.077592
+-4.442281 8.513634 -2.0084
+-4.494327 8.521799 -2.369174
+-4.42449 8.816858 -2.613171
+-4.726584 7.410616 -1.257303
+-5.079024 7.173277 -1.332588
+-4.667752 6.895171 -1.28792
+-4.616387 7.23885 -1.708532
+-4.791384 7.742883 -1.687604
+-5.193368 7.955212 -1.75592
+-4.768421 7.844478 -2.175857
+-4.791306 8.179805 -1.923641
+-4.731383 8.164616000000001 -2.442122
+-4.900854 8.535741 -2.664302
+-4.71844 8.478251 -0.52276
+-4.777455 8.763984000000001 0.34963
+-5.210588 8.574503 0.316213
+-4.063881 8.666396000000001 -0.020864
+-4.08733 8.095131 -0.866938
+-3.877787 7.691339 -0.656346
+-5.45267 7.156721 -1.560785
+-5.47668 7.629494 -1.674521
+-5.551197 7.761917 -2.119229
+-5.105495 7.709837 -2.010627
+-5.151958 8.134271999999999 -2.247243
+-5.543866 8.000242 -2.515347
+-5.772697 6.886169 -1.32964
+-5.910081 6.401549 -1.310924
+-5.953367 7.369873 -2.22666
+-5.795187 7.579394 -2.641347
+-6.16973 6.529618 -1.819757
+-6.411805 7.164123 -2.250401
+-4.446029 8.141613 -0.733221
+-4.495336 7.744063 -0.489164
+-4.624559 8.105644 -0.33412
+-4.422489 8.374181999999999 -0.122263
+-4.406699 8.419827 0.261462
+-4.330895 8.895879000000001 0.420322
+-5.103439 8.009287 -0.404404
+-5.836721 7.752104 0.222601
+-6.0375 7.428146 -0.029374
+2.685628 -9.306196999999999 -0.117026
+2.27325 -9.348687 -0.188825
+2.695532 -8.371831 0.0501
+3.38464 -8.490918000000001 -0.185623
+2.905769 -8.092874999999999 -0.518479
+3.899988 -8.791387 -0.408117
+3.169779 -8.248709 -1.009308
+4.304154 -7.988762 -0.039536
+4.270118 -8.113739000000001 -0.714201
+2.036639 -8.626792 -0.208515
+1.814675 -8.703778 -1.176575
+2.641581 -7.794913 0.417163
+2.690932 -8.427374 -1.188563
+2.692447 -8.658372999999999 -1.632443
+3.582884 -7.698413 -0.9386330000000001
+3.463027 -7.023742 -0.972536
+3.296073 -8.147296000000001 -1.730836
+3.564363 -8.478178 -1.69662
+3.405128 -8.582481 -2.462139
+3.249774 -9.023963 -2.77235
+3.436578 -9.356012 -0.211711
+4.049574 -7.180866 -0.748412
+3.861923 -9.398225999999999 -0.182679
+4.103791 -9.864573999999999 -0.018609
+2.660799 -9.744247 -0.044033
+2.971917 -9.489366 -0.436133
+3.090229 -9.980392 0.035806
+3.191285 -9.128690000000001 -0.462043
+3.24958 -8.966445999999999 0.001212
+3.509184 -9.746945999999999 -0.082093
+3.428462 -8.820097000000001 -0.761941
+3.630513 -8.999587 -0.152526
+3.549516 -10.183996 -0.050907
+6.863238 -5.730001 -0.086034
+7.169728 -6.230118 -0.625857
+6.892807 -5.811681 -0.8037840000000001
+7.688243 -4.34635 -0.152542
+7.917679 -3.655549 -0.189528
+7.678291 -4.9492 -0.971211
+8.257633 -4.389105 -0.13121
+8.439474000000001 -3.363003 -0.253394
+8.153047000000001 -3.649498 -0.800949
+6.439787 -6.345161 -0.558678
+6.301019 -7.155268 0.011897
+8.378143 -6.390258 0.01709
+8.447150000000001 -3.455658 -1.728043
+8.392927 -4.934452 -3.060854
+6.951073 -6.510401 -0.937306
+7.734574 -4.44963 -0.978845
+7.742622 -3.517561 -0.930396
+6.989805 -3.529392 -0.776917
+7.585839 -5.969843 -0.756335
+7.42627 -5.955661 -0.237671
+7.558934 -6.363017 -0.480599
+7.97728 -5.323458 -0.858155
+8.221640000000001 -3.084741 -1.030871
+7.478312 -2.92404 -0.916961
+7.029267 -3.133886 -0.191213
+7.76852 -2.753534 -0.150139
+7.533504 -3.670015 0.468214
+7.811074 -5.694108 -0.477153
+7.765355 -5.874828 -0.057632
+7.930131 -6.230337 -0.229607
+7.818368 -6.366845 0.335404
+8.345243 -5.190493 -0.400816
+8.223195 -5.569792 -0.474547
+8.282933999999999 -5.889962 -0.137227
+8.105601999999999 -6.795348 -0.00066
+7.260254 -6.697077 -0.529838
+6.861289 -6.8094 -0.540424
+7.059955 -6.36747 -0.029106
+7.630887 -6.728863 -0.172871
+7.328842 -6.695921 0.361558
+7.785903 -7.294981 -0.028327
+2.598411 -10.174937 -0.065286
+3.016192 -10.436013 0.002079
+-0.058263 -9.112684 -0.784263
+2.6248 -9.244661000000001 -0.850148
+2.745787 -6.480494 -1.121498
+2.866312 -7.832464 -1.839294
+2.821215 -9.15105 -2.762532
+6.50067 -6.964554 -0.8095250000000001
+6.387823 -6.882382 -0.357648
+7.222498 -7.08203 -0.124347
+7.437444 -7.636214 0.021457
+3.088647 -8.756137000000001 -1.296255
+1.521082 -9.606786 -0.639725
+1.89463 -9.455448000000001 -0.542693
+2.141663 -9.081633999999999 -0.857532
+2.086247 -8.683804 -0.700558
+2.25854 -8.9504 -0.391743
+2.267569 -9.414992 -0.631105
+2.243854 -9.831788 -0.087172
+2.480638 -8.621708999999999 -0.773268
+2.464525 -8.563877 -0.346554
+2.61656 -9.065245000000001 -0.447431
+2.730847 -9.0749 -1.347777
+2.564589 -9.609398000000001 -0.44747
+2.352716 -9.502015 0.306293
+6.554148 -6.697406 -1.315752
+4.961972 -7.308582 -1.528367
+6.964052 -6.457603 -1.323495
+7.226124 -5.989218 -1.234574
+7.556368 -5.657585 -0.990271
+7.178348 -5.398105 -1.123794
+7.643112 -3.441244 -1.615575
+7.483524 -5.659778 -1.657395
+8.577382 -5.485068 0.008688
+8.794522000000001 -6.023429 0.006719
+8.321491999999999 -2.354357 0.489795
+8.348077 -3.596745 0.466022
+8.643471999999999 -3.747455 1.118848
+4.727564 -9.534406000000001 0.023753
+9.624295 -4.902354 -0.062432
+9.087987 -5.596072 0.024977
+9.303182 -5.21767 0.010038
+8.966191 -4.349375 -0.443827
+8.761054 -4.578446 -0.107928
+8.828442000000001 -5.020469 -0.001767
+8.412926000000001 -4.868886 0.018411
+9.232837999999999 -3.970232 -0.146334
+9.398882 -4.469683 -0.0291
+9.257459000000001 -4.844478 0.067082
+4.322678 -8.862660999999999 -0.460799
+4.235298 -8.435377000000001 -0.436726
+4.203194 -8.617660000000001 -0.08348899999999999
+4.174986 -9.047601 -0.129745
+4.278279 -9.420201 0.025638
+4.71443 -8.43242 -0.607351
+4.652519 -8.05838 -0.356756
+4.81689 -7.777029 -2.208265
+4.633619 -8.662027999999999 -0.200239
+4.820333 -8.827048 0.318503
+4.712173 -8.421144999999999 -3.17374
+4.655417 -9.121694 -0.011515
+5.530133 -8.699475 0.041928
+5.677014 -9.170904 0.07123699999999999
+10.073571 -3.749472 -0.046352
+9.759537 -4.177119 0.007791
+5.834372 -8.297226999999999 -0.040685
+6.175975 -8.722306 -0.003
+-10.593718 -1.247022 -0.013195
+-10.108532 -1.824519 0.048002
+-10.583607 -1.693992 0.04054
+5.195213 -9.165623 -0.002682
+7.727813 -5.353223 -1.266295
+8.070729 -4.958599 -1.122664
+6.686831 -2.750604 -0.873507
+7.683052 -2.11922 -1.08238
+4.038088 -8.676625 -0.828628
+3.764673 -8.222913999999999 -0.697258
+3.57553 -8.15798 -1.171226
+3.650552 -8.637687 -1.11136
+5.853336 -5.924062 -1.538597
+5.950005 -6.504498 -1.958987
+6.549254 -6.128639 -1.222292
+6.504673 -6.754946 -1.814268
+6.64185 -5.580191 -1.292195
+6.874624 -6.446688 -1.73858
+7.106838 -6.013336 -1.734481
+7.071516 -6.660482 -2.47809
+1.184837 -9.396889 -1.29603
+-0.671085 -9.29757 -0.830226
+-1.239859 -9.039455999999999 -1.050652
+-1.603795 -9.177739000000001 -0.16235
+-0.738567 -8.958455000000001 -0.211224
+1.600017 -9.21307 -0.965417
+2.226666 -9.164344 -1.300362
+2.193183 -8.75177 -1.102357
+2.179812 -8.328642 -1.194234
+2.232399 -9.210258 -1.766816
+2.539103 -8.803701999999999 -1.15582
+2.568539 -7.865879 -1.126965
+2.49707 -8.202109999999999 -1.571431
+2.600516 -9.083843999999999 -1.770744
+2.409286 -9.237641 -2.156115
+2.785677 -9.456039000000001 -2.459427
+7.508099 -6.06924 -2.146593
+2.905722 -8.810611 -0.8655620000000001
+2.941758 -8.684988000000001 -0.349676
+2.829254 -8.924780999999999 0.030247
+2.977247 -9.412476 0.239595
+8.256658 -4.520307 -1.312859
+8.451622 -3.121882 -2.406096
+8.248608000000001 -3.612318 -2.363174
+3.323581 -8.834517 -1.631458
+7.846356 -4.864882 -1.405911
+7.80783 -4.252235 -1.427621
+7.80389 -5.384734 -1.708123
+7.948394 -5.35504 -2.058755
+7.771947 -6.208919 -2.701673
+3.978853 -8.458379000000001 -1.28332
+3.935289 -7.957069 -1.276421
+3.611709 -8.181120999999999 -1.5188
+3.641004 -8.451737 -1.405585
+3.605331 -8.755614 -1.446793
+3.660374 -8.789807 -1.798825
+3.698412 -8.851588 -2.148511
+9.638927000000001 -3.350495 -0.045115
+9.605124 -3.758355 -0.000388
+7.30585 -5.551834 -0.452818
+7.595483 -5.506094 0.067671
+7.868686 -5.283913 -0.33164
+8.100020000000001 -4.818083 -0.281184
+8.049875999999999 -4.739944 0.104737
+8.095386 -5.195555 0.051013
+8.064496999999999 -5.55158 -0.087646
+8.213875 -5.578893 0.367926
+8.494299 -4.703977 -0.490023
+7.479599 -5.199835 -0.70317
+6.847737 -5.228296 -0.6833669999999999
+7.270556 -4.692915 -0.606189
+7.842168 -4.901291 -0.603738
+8.279351 -4.980873 -0.76791
+8.169916000000001 -4.540064 -0.724812
+8.104839 -4.093288 -0.669942
+8.391252 -2.171959 -0.908079
+8.590838 -4.330464 -0.7914099999999999
+4.465365 -8.536816999999999 -0.872791
+8.880986999999999 -3.667279 -0.819508
+8.969385000000001 -2.726513 -3.11907
+8.994005 -3.643571 -3.02532
+5.061138 -8.047256000000001 -0.520062
+5.021406 -7.568185 -0.421697
+5.099578 -8.351955 -0.243375
+4.988698 -8.415361000000001 0.283502
+5.038652 -8.763349 -0.267296
+8.522207999999999 -4.212444 -0.410473
+8.50394 -3.814322 -0.559575
+8.845126 -4.009455 -0.586064
+8.832858999999999 -4.185634 -0.066783
+8.801097 -4.561862 0.38068
+4.223206 -7.661854 -0.683911
+3.901568 -8.753207 0.163108
+3.975881 -9.147107 0.331008
+7.281222 -4.882194 -1.14451
+8.247437 -4.060381 -1.214348
+8.581676 -3.932991 -1.010817
+8.586555000000001 -3.815346 -1.414506
+4.666232 -8.007440000000001 -0.893813
+4.418818 -8.470292000000001 -1.247538
+4.234054 -8.235333000000001 -1.075893
+4.352351 -7.823885 -1.137894
+4.35834 -8.435316 -1.717753
+8.545223999999999 -5.259473 -2.668575
+4.658086 -8.106717 -1.397651
+4.685569 -7.645206 -1.316852
+4.641244 -7.321297 -0.952774
+8.728486999999999 -3.456966 -1.444038
+8.95528 -3.253201 -1.178804
+8.663731 -3.856303 -1.775617
+8.653582999999999 -3.986985 -2.166784
+8.403523 -4.522833 -2.256277
+8.737099000000001 -4.541828 -2.705812
+5.371654 -7.703565 -0.7338209999999999
+6.826895 -7.994343 -0.114534
+6.639359 -8.398111999999999 -0.00318
+7.152074 -8.078832999999999 0.030082
+6.969549 -7.568407 0.054445
+10.185579 -2.991643 0.010795
+9.745043000000001 -2.872414 0.037991
+10.227576 -3.423309 0.019888
+10.481626 -2.484292 -0.049083
+-8.578124000000001 -0.338468 -1.486668
+-8.674927 -0.688414 -1.432838
+-7.730845 -2.104798 -0.8684460000000001
+-7.713233 -2.760703 -0.852307
+-8.381973 -2.532553 -0.599433
+-8.696528000000001 -2.956657 -0.9192090000000001
+-8.662615000000001 -0.422583 -1.055646
+-9.130549 -0.642041 -1.458872
+-9.048074 -0.739729 -1.1416
+-9.014939 -0.345046 -1.706679
+-9.435426 -0.661043 -1.665316
+-9.277502 -1.000795 -1.436164
+-9.336243 -1.186162 -1.072975
+-9.451485 -0.7031849999999999 -1.267171
+-8.910676 -0.9645010000000001 -1.469768
+-8.588068 -1.115543 -1.420694
+-8.639426 -3.575548 -1.605355
+-8.579216000000001 -2.756688 -2.647921
+-8.604887 -0.939449 -1.894013
+-8.91344 -1.401343 -1.352544
+-8.895424 -1.760748 -1.356163
+-8.960621 -2.493262 -2.978436
+-8.931511 -1.223109 -1.719338
+-8.884569000000001 -1.072368 -1.068944
+-8.921554 -1.059838 -0.603069
+-9.275715 -1.76868 -1.312768
+-9.331770000000001 -1.76472 -1.847102
+-9.204611 -1.204723 -2.103204
+-9.481206999999999 -1.067099 -0.722311
+-9.401548999999999 -1.052392 -1.745628
+-9.711264 -0.920219 -0.44566
+-9.484636999999999 -0.967113 -0.016221
+-9.684718999999999 -0.922229 -2.329673
+-9.580971999999999 -0.8528 -2.706241
+7.556993 -3.990296 -0.661763
+7.67282 -1.878418 -0.466441
+7.608276 -2.295208 0.451838
+7.723936 -3.049155 0.390274
+7.54022 -2.874666 1.190474
+8.507051000000001 -3.481856 -0.724128
+8.686994 -3.151601 -0.746391
+8.422909000000001 -3.134212 1.342866
+9.103676 -3.295789 -0.8347250000000001
+8.952926 -3.095634 -0.429925
+8.922139 -3.545224 -0.459872
+9.282230999999999 -2.455566 -0.863724
+9.448738000000001 -2.663182 -0.429415
+9.341174000000001 -3.145661 -0.5001
+9.17567 -3.427215 -0.112689
+9.230812 -3.583322 0.368214
+5.477348 -8.209379 -0.5130439999999999
+5.805924 -7.732 -0.261746
+5.38187 -7.992091 -0.168751
+5.3394 -8.124463 0.259873
+5.129796 -8.108629000000001 -0.8959009999999999
+5.00805 -7.693232 -0.906432
+6.103221 -7.285479 -0.360196
+6.278968 -8.073525 0.027954
+6.654559 -7.263208 -0.361742
+6.538455 -7.437564 0.365252
+6.501821 -7.685767 -0.105911
+5.427675 -7.70637 -1.271615
+5.786633 -7.706557 -0.77606
+5.038704 -7.855839 -1.296134
+5.116599 -7.390685 -1.131706
+5.467206 -7.325666 -1.000884
+8.921942 -2.820203 -1.295022
+8.935575 -3.130228 -1.665561
+8.823976 -3.435067 -1.785064
+8.834223 -3.614615 -2.44911
+7.837758 -3.84553 -1.48128
+7.376992 -3.86594 -1.240555
+7.872299 -3.934859 -1.055653
+8.159169 -3.438817 -1.374802
+8.18685 -3.740205 -1.836694
+8.627504999999999 -3.085221 -1.199203
+8.553594 -3.513144 -1.09948
+5.845828 -7.439235 -1.167238
+5.705594 -6.972843 -1.012452
+5.804138 -7.442552 -1.690227
+8.459605 -2.600967 -1.305587
+8.898132 -2.408018 -1.502338
+8.930398 -2.732498 -1.677906
+9.185924 -2.487105 -1.297261
+9.231351 -1.820219 -1.409741
+9.229592999999999 -2.08032 -1.159597
+9.215218999999999 -2.470039 -1.755978
+9.288501999999999 -2.528701 -2.114677
+8.630436 -3.069727 -1.988207
+8.99155 -3.23503 -2.169555
+9.227572 -3.253472 -2.656334
+6.175241 -7.349864 -0.833765
+10.499957 -1.658713 0.000642
+10.087471 -1.227147 -0.053606
+10.53965 -1.138174 -0.015122
+9.734093 -1.35974 -0.454113
+9.253626000000001 -1.430417 -0.391322
+9.856684 -1.022754 -0.428346
+10.097434 -2.468149 0.092949
+9.587825 -2.464364 0.213256
+10.233224 -2.081357 0.080011
+6.144412 -7.087165 -1.257389
+6.083525 -6.527765 -1.061807
+6.052557 -6.877452 -0.691956
+6.166075 -7.380884 -2.091087
+9.386222999999999 -1.005781 -0.433235
+9.590808000000001 -0.933918 -0.011562
+9.502624000000001 -0.394081 0.108824
+9.625021 -1.064927 -0.816624
+9.398826 -1.776636 -0.567727
+9.252196 -1.813694 -0.05462
+9.735958999999999 -2.197124 -0.210057
+9.586900999999999 -1.655647 -0.160848
+9.601266000000001 -1.759747 0.311755
+10.006034 -1.682266 -0.028464
+9.463376999999999 -1.390705 -0.750336
+8.501631 -1.221889 -0.639455
+8.934948 -1.0223 -0.652721
+8.78659 -1.260336 -0.305775
+9.449476000000001 -2.131296 -0.736887
+9.246245999999999 -1.234778 -1.084689
+9.292229000000001 -1.467909 -1.385707
+8.688859000000001 -0.387801 -0.604942
+8.821160000000001 -0.661123 -0.963332
+9.315981000000001 -0.75776 -1.141635
+8.887223000000001 -2.452884 -0.652554
+8.961161000000001 -2.016997 -0.731457
+9.27868 -1.678252 -1.002802
+6.644731 -6.817444 0.113893
+6.931782 -7.115915 0.439416
+8.752539000000001 -2.008224 -1.076338
+9.06718 -2.861447 -0.841023
+8.556948999999999 -2.714268 -0.822913
+8.047942000000001 -2.576204 -0.823891
+8.862767 -2.709878 -0.372553
+8.804188999999999 -2.664973 0.137303
+8.910458999999999 -0.321646 -1.137278
+8.392685 -0.34835 -1.121718
+8.780936000000001 -0.992664 -1.102243
+9.253727 -0.987249 -1.456879
+8.882462 -2.05667 -1.403037
+8.511487000000001 -1.796595 -1.290385
+8.073486000000001 -2.11125 -1.426677
+8.520899 -1.992047 -1.710329
+8.775268000000001 -1.243387 -1.457149
+8.976775 -2.060775 -1.748921
+8.819398 -2.152354 -2.092057
+9.310072999999999 -1.723688 -1.752463
+9.264718 -1.28047 -1.771449
+9.369522 -1.522637 -2.15813
+9.305865000000001 -2.048685 -2.005328
+9.220074 -2.168733 -2.377008
+9.670105 -1.924271 -2.675221
+8.915585999999999 -1.66597 -1.141194
+8.069962 -1.69859 -1.069402
+8.424844 -1.384394 -1.061932
+8.533866 -1.704902 -0.709414
+8.807038 -1.337049 -0.956372
+9.262700000000001 -0.572176 -1.499829
+8.864468 -0.66254 -1.484397
+9.404954 -0.768178 -1.803227
+-7.92727 -2.213043 -0.055515
+-7.88061 -2.932624 0.09189
+-8.013047 -3.517861 -0.264869
+-8.516139000000001 -2.882532 -0.123693
+-8.528153 -3.572371 -0.421375
+-8.442411999999999 -3.263005 0.304291
+-8.637506999999999 -2.128426 0.50639
+-9.821759999999999 -2.264327 -0.165114
+-10.247761 -2.710668 -0.019549
+-10.368963 -2.213655 0.003801
+-9.459683999999999 -2.934989 -0.245307
+-7.699509 -3.387235 -1.074525
+-8.336615999999999 -3.600247 -0.91447
+-10.386261 -3.124932 0.036983
+-9.799538999999999 -1.362992 -0.47388
+-9.367615000000001 -1.266901 -0.36545
+-8.842152 -1.356254 -0.175237
+-9.243865 -1.369531 -0.022542
+-9.780035 -1.701529 -0.380814
+-9.681497999999999 -1.293418 -0.07048500000000001
+-9.809616999999999 -1.541853 0.417656
+-10.113488 -1.362627 -0.026384
+-9.276154999999999 -0.710099 -0.400238
+-9.532764 -0.495475 0.006165
+-9.438053999999999 -2.491826 -0.542038
+-9.461513999999999 -1.608605 -0.79091
+-9.007208 -1.458196 -0.672208
+-9.362171999999999 -2.125007 -0.874658
+-9.082235000000001 -3.34911 -0.487343
+-7.838855 -4.273533 -0.2532
+-7.478963 -4.809317 -0.148265
+-7.910441 -4.165526 -1.105512
+-7.759458 -3.482735 0.349556
+-9.38701 -3.905369 -0.07940999999999999
+-9.717594 -3.515678 0.106173
+-10.190278 -3.508094 -0.043742
+-9.928606 -3.885348 0.024209
+-9.992194 -3.188648 0.016921
+-8.977516 -4.224102 -0.46298
+-9.278454 -4.374106 0.008348
+-9.744120000000001 -4.371118 0.001654
+-8.942473 -2.724768 -0.463334
+-9.063059000000001 -2.664517 0.005863
+-9.312931000000001 -3.45089 -0.116144
+-9.83231 -2.829335 0.06279899999999999
+-8.97156 -2.248121 -0.656814
+-9.182179 -2.681436 -0.856883
+-9.137916000000001 -2.316586 -1.245868
+-9.420721 -2.011925 -0.443132
+-8.532522 -1.380921 -1.031717
+-7.787658 -1.480852 -1.213158
+-8.489181 -1.783191 -1.283085
+-8.9346 -1.835603 -1.012805
+-8.989653000000001 -3.795027 -0.458462
+-7.031817 -4.300079 -0.992604
+-7.841596 -3.702075 -1.674657
+-7.319944 -3.648736 -2.402969
+-8.514989 -3.805231 -2.537159
+-8.195471 -3.701683 -3.042559
+-8.766532 -2.57361 -1.000419
+-9.122412000000001 -3.100801 -0.82154
+-9.029496999999999 -2.853175 -1.276144
+-8.549811999999999 -2.213432 -1.043124
+-9.355591 -2.264521 -2.233327
+-6.944514 -5.032244 -0.31397
+-7.064157 -5.749824 -0.124938
+-6.970817 -4.743307 -0.7531060000000001
+-9.493005 -4.831002 -0.018777
+-9.017614999999999 -5.633125 -0.008978999999999999
+-8.775428 -5.272886 -0.064802
+-9.327521000000001 -5.26696 0.041662
+-8.628359 -4.196211 -0.594652
+-8.35915 -4.054912 -0.194926
+-8.846895 -4.128113 0.03194
+-9.008210999999999 -4.740424 -0.037846
+-8.86111 -3.609525 -0.043722
+-8.897736 -3.146948 -0.169362
+-8.960910999999999 -3.459338 0.422701
+-9.377751999999999 -3.524362 0.428757
+-9.086027 -2.439133 -1.745008
+-8.678907000000001 -2.550592 -1.491734
+-8.181293 -2.186825 -1.557147
+-8.5648 -2.563899 -2.008116
+-9.034964 -2.854007 -1.763772
+-9.087440000000001 -2.764555 -2.145239
+-9.367539000000001 -2.727515 -2.395081
+-8.914781 -1.676611 -1.742426
+-9.477166 -1.769942 -2.246332
+-9.723595 -1.687998 -2.597577
+-8.293272999999999 -2.654177 -1.116943
+-8.733555000000001 -3.151713 -1.699851
+-8.614433 -2.909529 -1.302826
+-8.748082999999999 -2.973072 -2.196269
+-9.318531 -2.818582 -2.906511
+-8.290229999999999 -4.50897 -0.5104919999999999
+-8.133187 -4.679404 -0.124405
+-8.4023 -4.63283 -0.908753
+-8.611280000000001 -4.439953 -0.147338
+-6.193705 -5.774383 -0.347486
+-6.358269 -6.507823 -0.08031099999999999
+-6.82126 -6.288408 -0.409722
+-7.093158 -5.726241 0.5223719999999999
+-8.341803000000001 -5.61189 -0.032435
+-8.818020000000001 -5.96617 -0.010348
+-8.767125999999999 -3.905753 -0.893037
+-8.813459999999999 -3.390012 -1.259812
+-8.310079 -3.218691 -1.240508
+-8.605407 -3.882676 -1.285819
+-8.828699 -3.447766 -0.828565
+-8.339221 -4.101976 -0.880904
+-7.968209 -3.939496 -0.676137
+-8.290799 -4.374565 -1.321388
+-7.983715 -4.473813 -0.855695
+-7.585478 -4.319211 -0.6980150000000001
+-8.084968999999999 -4.841452 -0.821625
+-8.326727 -4.946746 -0.5565909999999999
+-7.900303 -4.84256 -0.459702
+-8.587197 -4.850413 -0.060572
+-8.036807 -5.338736 -0.438164
+-7.557845 -5.225816 -0.41582
+-7.93366 -5.133984 -0.020753
+-7.955933 -5.243197 -0.8253509999999999
+-8.286867000000001 -5.145097 -0.152849
+-8.358332000000001 -5.336124 0.391982
+-8.276994999999999 -6.078731 -0.090901
+-8.720034999999999 -6.338464 0.002888
+-5.67943 -6.210224 -0.194719
+-5.450317 -6.904733 0.154355
+-6.360817 -6.137612 -0.851538
+-7.968537 -6.369726 -0.140474
+-8.224375999999999 -6.732229 -0.021889
+-8.270668000000001 -3.507204 -1.811351
+-8.670306 -3.901395 -1.810366
+-9.023438000000001 -3.628101 -2.315156
+-8.308786 -3.948463 -1.631222
+-8.114058 -3.751004 -1.293946
+-8.805396 -3.962758 -2.178094
+-7.629464 -6.145448 -0.207678
+-7.518278 -3.930323 -1.105427
+-7.573131 -5.317718 -0.830558
+-7.223611 -5.16372 -0.9192939999999999
+-7.522064 -4.815169 -0.806083
+-7.767578 -5.687721 -0.888052
+-7.632708 -5.126754 -1.261373
+-8.060489 -4.868693 -1.265563
+-7.66197 -5.687856 -0.507782
+-7.238408 -5.525513 -0.716349
+-7.920764 -5.709736 -0.127621
+-8.018421999999999 -5.685154 0.437213
+-7.213245 -6.672567 -0.502209
+-7.321945 -6.990274 -0.108574
+-7.661122 -6.707957 -0.10125
+-7.636731 -4.570338 -1.348295
+-6.996165 -4.776981 -1.243718
+-8.1341 -4.564501 -1.715701
+-8.002386 -4.6095 -2.14021
+-8.383324999999999 -4.279373 -1.897632
+-8.401833999999999 -4.650978 -2.178258
+-8.514696000000001 -4.641153 -2.57719
+-8.652501000000001 -4.247861 -2.40147
+-7.702952 -5.197448 -1.738569
+-7.271974 -5.500701 -1.623277
+-7.131765 -5.253462 -1.306382
+-7.573722 -5.575976 -1.228788
+-7.689758 -5.637834 -1.733838
+-8.058975999999999 -4.940011 -1.835662
+-7.995289 -5.33953 -2.11155
+-8.186524 -5.356766 -2.565149
+-4.615119 -7.867277 -0.138492
+-4.83623 -7.316779 -0.180449
+-4.883984 -7.210103 -0.739231
+-6.928548 -7.653354 -0.07721799999999999
+-7.322448 -7.361796 -0.131521
+-7.367934 -7.695888 0.038213
+-7.773474 -7.272806 -0.009103
+-6.99079 -6.331995 -1.047139
+-7.31734 -5.976325 -1.390241
+-9.121376 -1.851109 -0.657102
+-8.661832 -1.826129 -0.640809
+-8.188895 -1.849936 -0.633115
+-8.951076 -1.874928 -0.332135
+-9.086328999999999 -1.811116 0.077693
+-9.582134 -1.719953 -0.02933
+-9.619401999999999 -1.978431 0.344962
+-6.772814 -6.964911 -0.5322249999999999
+-6.892559 -6.699486 -0.140556
+-6.473789 -5.898859 -1.387261
+-6.732082 -5.37456 -1.559144
+-7.345251 -6.00632 -1.879181
+-7.639995 -5.64008 -2.126818
+-6.629139 -6.356845 -1.426963
+-6.066722 -6.377561 -1.396639
+-6.600358 -6.694753 -1.717396
+-6.990351 -6.362867 -1.722682
+-7.020559 -6.475514 -2.132379
+-7.332317 -6.334353 -2.421335
+-7.831918 -6.316186 -2.697397
+-6.286767 -7.040116 -1.265257
+-6.175916 -6.655307 -2.04647
+-4.13364 -8.066157 -1.748193
+-6.666377 -6.747496 -1.113601
+-6.358347 -7.113401 -0.831873
+-4.230923 -7.35819 -0.8022
+-4.303638 -7.955792 -1.005383
+-3.809454 -7.801104 -1.088269
+-3.629502 -8.670166999999999 -0.251268
+-2.403078 -8.501154 -0.106428
+-2.834665 -7.943186 -0.295932
+-2.809655 -8.553552 0.543531
+-3.249966 -8.744649000000001 0.502833
+-6.161544 -8.277519 -0.06441
+-6.268946 -8.791878000000001 -0.031184
+-6.589255 -8.488747 0.039917
+-6.979474 -8.114636000000001 -0.070551
+-8.221842000000001 -3.119784 -0.671392
+-8.698656 -3.088896 -0.542533
+-5.834851 -6.930602 -1.395248
+-5.387076 -7.035931 -1.42119
+-5.912187 -7.409308 -1.366155
+-5.928308 -6.896428 -1.802721
+-6.279452 -7.054024 -1.704517
+-6.24396 -7.204337 -2.156866
+-7.074404 -7.017736 -2.719047
+-5.540524 -7.543585 -1.299005
+-3.610091 -7.85157 -1.669854
+-2.604997 -7.771305 -1.586255
+-2.86677 -7.844549 -1.003694
+-5.589183 -7.573277 -1.678881
+-5.950525 -7.437889 -0.947469
+-5.90695 -7.365166 -1.779751
+-5.262354 -7.802375 -1.257062
+-5.93275 -7.800831 -0.554837
+-6.160997 -7.731597 -2.630028
+-6.554558 -7.982303 -0.101404
+-6.886952 -7.230909 -0.14639
+-7.00061 -7.288349 0.277662
+-5.491612 -8.129821 -0.501089
+-3.401259 -8.15096 0.258848
+-5.727197 -7.961931 -0.08251799999999999
+-5.85265 -8.676299999999999 -0.007779
+-4.891438 -8.10121 -0.693586
+-2.094064 -8.024188000000001 -0.573989
+-2.484282 -8.745013999999999 -1.137209
+-2.73151 -7.233601 -0.975988
+-2.93991 -8.744234000000001 -0.978217
+-5.118158 -7.683877 -0.7631790000000001
+-5.593774 -7.756002 -0.85188
+-5.347924 -7.708704 -0.381368
+-2.02371 -9.06879 -0.123492
+-5.08443 -9.442947999999999 -0.014029
+-5.455294 -9.087458 0.009483
+-4.670986 -9.183432 0.06202
+-4.621993 -9.641762 0.026321
+-5.436316 -8.530514999999999 0.040624
+-5.482397 -7.358358 -0.802223
+-5.341375 -7.191326 -0.386433
+-5.724324 -6.955263 -0.7912169999999999
+-6.053427 -6.61985 -0.817373
+-5.74235 -6.801772 -0.296527
+-5.801415 -7.398815 -0.431364
+-5.867232 -7.318215 0.064649
+-6.177204 -6.981635 -0.380003
+-6.394866 -7.473825 -0.354404
+-6.222269 -7.32035 0.325444
+-6.50623 -6.617253 -0.658914
+-6.47196 -7.049661 -0.045893
+-6.604534 -7.063829 0.431686
+-6.609417 -7.493383 0.289562
+-4.207504 -8.84793 -0.525855
+-2.218822 -8.610726 0.663917
+-2.804046 -7.857263 0.335013
+-2.992704 -8.595361 -1.77013
+-4.514724 -8.409478999999999 -0.360203
+-4.619732 -8.799620000000001 -0.204081
+-5.032755 -8.423536 -0.222059
+-5.026286 -8.828291 0.160101
+-5.258855 -8.025337 -0.137506
+-5.343185 -7.587082 0.06815300000000001
+-3.846619 -9.109756000000001 -0.404643
+-3.767296 -9.306634000000001 -3.085478
+-4.208375 -9.244643 0.014041
+-4.140233 -9.802626 0.002597
+-1.275589 -9.186887 0.544942
+-3.638517 -10.066742 0.001113
+-3.693936 -9.517253 0.002944
+-4.558801 -8.456931000000001 -0.842252
+-4.952435 -8.101844 -1.249187
+-2.806734 -8.714725 -2.182283
+-3.831748 -8.791183999999999 -0.803296
+-4.215895 -8.493135000000001 -1.112659
+-3.732897 -8.365019999999999 -1.037922
+-2.22755 -8.633972999999999 -1.496692
+-2.178794 -8.526759999999999 -2.528151
+-4.121769 -8.515965 -1.611249
+-4.509482 -8.137950999999999 -1.313614
+-4.761935 -7.57759 -1.125335
+-4.640278 -7.672185 -0.698141
+-5.23777 -7.431911 -1.088959
+-5.173996 -6.966952 -1.02734
+-5.334288 -8.466456000000001 -2.641116
+-3.741886 -8.397831999999999 -1.585171
+-3.9889 -8.080759 -1.366795
+-2.800588 -7.077065 -1.782328
+-2.652023 -7.792476 -2.191424
+-4.00098 -7.486688 -1.558472
+-4.082735 -8.420458 -2.035665
+-2.893513 -8.6149 -2.982642
+-2.813396 -9.314501999999999 -3.032714
+-4.312194 -7.726674 -1.335626
+-4.477452 -7.30598 -1.541255
+-4.427086 -7.765022 -1.753668
+-4.735888 -8.152438 -1.711154
+-4.580762 -8.396469 -2.01293
+-4.411667 -8.526687000000001 -2.289589
+-4.784868 -7.752465 -1.509828
+-4.798581 -7.700366 -1.936024
+-5.02928 -8.093973999999999 -2.231639
+-6.379714 -5.464141 -1.091204
+-6.713344 -5.14996 -0.951089
+-2.694905 -10.533735 -0.018446
+-2.603804 -10.144834 -0.002939
+-2.144575 -10.45712 0.012667
+-3.163237 -9.563271 -0.052784
+-3.119188 -10.130132 -0.004474
+-3.415597 -9.207001999999999 -0.467182
+-3.325605 -9.049912000000001 -0.032147
+-3.147948 -9.083769 -0.879922
+-3.392783 -8.757009 -0.737004
+-1.35601 -9.287146 -1.382618
+-1.671286 -10.380341 -0.003974
+-2.002213 -9.343584999999999 -0.66684
+-2.052026 -9.874684999999999 -0.206367
+-2.357498 -9.506921999999999 -0.529132
+-2.384399 -9.019287 -0.408474
+-2.357999 -9.399027 -0.056208
+-0.850464 -10.829991 -0.027022
+-1.221906 -10.826638 0.000507
+-1.616469 -10.748774 0.001168
+-2.755625 -9.195546999999999 -0.17435
+-2.739407 -9.142302000000001 -0.7763640000000001
+-2.58926 -9.577194 0.351641
+-2.675687 -9.730033000000001 -0.17926
+-3.781986 -9.044668 0.056944
+-3.107416 -8.840605 -1.392775
+-3.397293 -8.819727 -1.703302
+-3.494582 -8.805281000000001 -1.178741
+-7.401542 -5.93939 -0.8851250000000001
+-6.766949 -5.720573 -0.648044
+-7.57959 -5.924195 0.362397
+-7.973908 -6.055947 0.277164
+-7.391176 -6.274756 -0.584454
+-7.246222 -6.407169 -0.029559
+-7.207084 -6.276245 0.421737
+-7.641184 -6.384362 0.333783
+-0.5564170000000001 -10.594681 0.017459
+-1.169364 -10.467789 -0.004035
+-1.310572 -9.820735000000001 -0.415537
+-1.480835 -10.074371 -0.130403
+-1.67926 -9.393663 -1.062689
+-2.345512 -9.159027999999999 -0.890262
+-2.392301 -8.660532999999999 -0.719933
+-2.794535 -9.08399 -1.225548
+-3.041116 -9.238727000000001 -0.459859
+-2.993469 -8.766679 -0.45738
+-3.039806 -8.590336000000001 0.029522
+-2.975994 -9.133253 0.286095
+0.387307 -10.622252 0.011864
+-0.082701 -10.589488 -0.027862
+-0.205726 -9.871815 -0.489825
+-0.364103 -10.159101 -0.048082
+-0.589026 -9.875781 -0.461197
+-0.693726 -9.426193 -0.414528
+-1.639893 -9.455594 -0.515107
+-1.6215 -9.694766 -0.1854
+-1.741904 -9.902244 0.230743
+-1.888766 -8.834704 -0.557844
+-1.926922 -9.473345 -0.105114
+-2.070309 -9.543438999999999 0.329174
+-1.733996 -9.269774 -1.432502
+-2.094302 -9.135623000000001 -1.657849
+-2.351131 -9.185316 -1.314706
+-2.629494 -8.998806999999999 -1.68228
+-2.73944 -8.694727 -1.439107
+-3.024069 -9.068031 -2.027531
+-2.833315 -8.308966 -1.314716
+-2.293537 -8.050378 -1.195576
+-1.921781 -7.277667 -0.91393
+-2.545595 -8.405010000000001 -1.797387
+-2.411774 -8.722094999999999 -2.145634
+-2.511296 -9.155391 -2.098217
+-2.428289 -8.992855 -2.431274
+-3.429597 -9.416528 -2.679429
+-3.292607 -8.376548 -1.455568
+-3.395589 -8.002805 -1.16359
+-3.09601 -7.76522 -1.44908
+-3.24652 -8.451081 -1.061494
+-3.478242 -8.251868999999999 -0.53527
+-3.323632 -8.311049000000001 -1.858746
+-2.91567 -8.135577 -1.741356
+-3.329134 -8.808223 -2.110409
+-0.980893 -9.79937 -0.495016
+-1.081948 -9.404528000000001 -0.43472
+-0.960287 -9.286263 -0.047859
+-0.941367 -9.654788999999999 -0.067771
+-0.659047 -9.895823 0.370453
+-0.916895 -10.084959 -0.09544800000000001
+0.827835 -10.328404 0.052288
+0.126297 -9.845981999999999 -0.360088
+-0.068772 -9.668364 0.00598
+0.133333 -10.13909 -0.011794
+-0.274021 -9.455012 -0.394254
+-0.35907 -9.497828 -0.853637
+0.735 -10.793044 -0.02918
+-1.27553 -9.484715 -0.8096370000000001
+-1.629664 -9.044862 -0.8467440000000001
+-1.67016 -8.938153 -1.306885
+-1.861549 -8.494901 -1.136467
+-2.018995 -9.063719000000001 -1.124484
+-0.991811 -9.357472 -1.074635
+-0.993059 -9.475099 -1.386374
+-0.843584 -9.607809 -0.788894
+-0.926141 -9.061785 -0.721363
+-0.958856 -8.578029000000001 -0.5820419999999999
+0.154846 -9.565605 -0.7163040000000001
+0.057532 -9.461624 -1.177256
+-0.188877 -9.046561000000001 -1.279061
+1.102528 -10.858483 0.00733
+1.315665 -9.886201 -0.360552
+1.152883 -10.124288 0.086462
+1.167919 -10.512894 0.007434
+0.8910169999999999 -9.919124999999999 -0.424238
+1.901929 -10.597248 0.04299
+1.491207 -10.693979 -2.9e-05
+1.599063 -10.211689 -0.035947
+-0.504782 -9.105653 -1.429396
+-0.5515060000000001 -9.46467 -1.799417
+-0.917579 -9.104025 -1.405261
+-0.663355 -9.04589 -1.728631
+-0.901408 -9.405911 -1.743986
+-1.312359 -8.755698000000001 -1.440723
+-1.278233 -8.266648999999999 -1.457122
+-1.250744 -8.653793 -2.006345
+-1.135962 -9.011813999999999 -1.727589
+-1.262359 -9.383986 -1.749232
+-1.70709 -9.391215000000001 -1.730839
+-1.672595 -9.412506 -2.058114
+-1.190644 -9.527086000000001 -2.095024
+-1.01557 -9.414249 -2.420928
+-1.311571 -9.715472 -2.537827
+0.433005 -9.435133 -1.399448
+-0.275413 -9.44572 -1.378184
+-0.242814 -9.568903000000001 -1.738182
+-0.282111 -9.473115 -2.127972
+-0.519038 -8.660608999999999 -1.358214
+-0.581528 -9.053381999999999 -1.065784
+-0.670878 -9.468804 -1.208609
+-0.694266 -9.552581999999999 -2.137606
+-0.946545 -8.678704 -1.121002
+-0.818224 -8.147907 -1.025599
+0.506047 -9.886258 -0.380763
+0.414727 -9.699819 -0.016569
+0.540197 -10.118474 -0.030885
+1.1204 -9.507599000000001 -0.755354
+1.330273 -9.793953 -0.009389
+1.775351 -9.693526 -0.097955
+0.5908910000000001 -9.544968000000001 -0.837776
+0.234903 -9.101908999999999 -1.0852
+-0.110575 -8.732984999999999 -1.111034
+0.819929 -9.388851000000001 -1.764092
+0.38588 -9.06596 -1.441376
+0.479567 -9.045235 -1.815808
+0.479765 -9.516403 -1.78989
+0.436875 -9.765480999999999 -2.418616
+0.040826 -9.177797999999999 -1.455295
+0.178028 -8.813924 -1.483478
+0.194672 -8.407247 -1.451787
+0.119205 -8.674904 -1.854587
+0.097263 -9.055913 -1.739423
+0.125469 -9.435072999999999 -1.752593
+0.033955 -9.690645999999999 -2.193007
+0.102532 -9.440410999999999 -2.526916
+0.125243 -9.918082 -2.670881
+1.056787 -9.066647 -1.484175
+1.114777 -8.980282000000001 -1.087598
+1.231714 -9.384919999999999 -1.737845
+1.055952 -9.556429 -2.106023
+0.9248960000000001 -9.037844 -1.815543
+0.6682360000000001 -9.585092 -2.125436
+0.416142 -9.015269999999999 -0.666923
+-4.027398 -8.444099 -0.549217
+-4.104539 -7.982775 -0.595218
+-3.971139 -8.184631 -0.129869
+-4.098468 -8.735526999999999 -0.063151
+2.255359 -10.600722 -0.014897
+2.607602 -10.521116 0.056481
+2.004036 -10.248249 -0.113358
+1.022594 -8.993555000000001 -0.584746
+1.695698 -8.785223999999999 -0.670861
+0.424595 -8.744035999999999 -1.152612
+1.446977 -9.045643 -1.400942
+1.525106 -8.074292 -1.293763
+1.650348 -8.728 -1.654463
+1.58665 -9.171578 -1.864826
+1.852315 -9.191459999999999 -1.54914
+1.476087 -9.487779 -2.088062
+1.703608 -9.57076 -2.365086
+1.482388 -9.879858 -2.683603
+1.536763 -9.199025000000001 -0.422002
+1.934783 -9.052899999999999 -0.464507
+1.744365 -9.518469 0.405514
+1.991499 -8.228130999999999 -0.686253
+-2.856998 -8.304872 -0.7876300000000001
+2.929297 -8.245473 -1.433211
+2.982626 -8.426057 -1.786932
+2.997595 -8.954727 -1.775246
+2.893216 -9.174398 -2.152126
+1.958951 -9.376609 -2.057098
+2.247282 -8.729001999999999 -1.557711
+2.31671 -8.756282000000001 -2.068475
+3.319029 -8.423781999999999 -1.440754
+3.17729 -7.910696 -1.360356
+3.557683 -7.660789 -1.597276
+3.326042 -8.550806 -1.965164
+3.344993 -8.968406999999999 -2.099193
+3.23555 -9.181578999999999 -2.425906
+-1.302078 -9.026495000000001 -0.443175
+-1.328811 -9.417009 -0.118919
+-1.297741 -9.502535 0.282783
+-1.342503 -9.757961999999999 -0.004299
+-1.210301 -9.898177 0.374949
+3.916067 -8.466277 -1.672036
+4.230108 -8.164431 -1.429486
+4.236319 -7.743696 -1.537196
+4.448337 -8.333508999999999 -2.306129
+4.448218 -8.604660000000001 -2.800176
+6.095125 -8.078597 -2.705214
+6.157493 -7.067819 -1.732381
+5.698774 -6.986941 -1.862394
+6.082424 -6.912276 -2.197137
+6.565087 -7.034306 -2.284671
+6.178732 -7.380471 -2.471969
+4.793626 -9.489114000000001 3.036465
+4.393393 -9.734519000000001 2.991942
+3.556351 -9.398709 2.867754
+3.926962 -8.735007 2.641579
+4.128141 -9.196021999999999 2.913962
+3.374906 -10.039665 3.024068
+3.888966 -9.818479 3.017927
+3.118659 -9.576339000000001 2.849051
+2.579356 -9.518148999999999 2.726505
+3.102522 -9.07718 2.53644
+2.918949 -8.438468 2.941064
+3.022332 -9.025112999999999 3.050945
+3.475156 -8.867319 2.838223
+3.498197 -8.197926000000001 2.925023
+3.66411 -8.779450000000001 2.230699
+8.570513 -5.884687 2.961381
+8.648764 -6.25049 3.032933
+7.10946 -6.261812 2.237028
+6.693686 -6.493702 2.523379
+7.095976 -6.180898 2.67545
+7.506387 -5.936924 2.235873
+7.121991 -5.511839 2.433901
+7.170937 -5.684325 2.972458
+7.499589 -6.243807 2.926938
+7.84444 -5.742319 2.492208
+7.785689 -6.620442 2.923483
+8.034705000000001 -6.118676 2.842197
+8.246130000000001 -4.962994 2.204032
+8.253202 -5.273643 2.539733
+8.329656 -5.517665 2.93832
+8.060157 -7.0195 3.018506
+8.335087 -6.554575 3.049695
+9.008278000000001 -5.961646 3.037083
+8.577908000000001 -4.934884 2.535232
+4.116726 -8.724712999999999 2.233944
+9.270293000000001 -5.300072 3.027614
+9.058491999999999 -4.884795 2.927562
+8.696403999999999 -5.204151 2.902849
+9.001557 -5.595502 2.98954
+4.257619 -8.694851999999999 2.942061
+5.162042 -9.152198 3.077085
+5.12562 -8.454159000000001 2.592411
+4.481154 -8.403328999999999 2.523776
+4.743794 -8.814672 2.93247
+5.628225 -9.051118000000001 3.033291
+9.712944999999999 -4.202644 2.948095
+9.696514000000001 -4.579537 2.996035
+9.53843 -4.964309 2.980738
+6.021673 -8.282303000000001 2.882885
+6.191407 -8.728611000000001 3.033158
+5.473399 -8.107846 2.617675
+5.273265 -8.502230000000001 3.026954
+2.672106 -8.496415000000001 2.395727
+3.228248 -8.868131999999999 2.10806
+3.341119 -8.012427000000001 2.457328
+6.706125 -6.340601 1.945035
+6.635741 -5.87251 2.250027
+7.110043 -5.819065 1.987939
+7.180329 -5.222675 1.960952
+7.781806 -5.384693 1.941693
+3.901876 -8.280332 2.406307
+3.498528 -8.220065999999999 1.983635
+3.666564 -8.739338999999999 1.750512
+6.216879 -6.678813 2.056115
+2.022765 -9.437293 2.673214
+2.673196 -9.131999 2.21663
+2.198709 -8.886025999999999 1.980729
+2.194006 -9.046353999999999 2.409962
+2.553073 -9.119871 1.744083
+6.574303 -6.786927 1.653209
+6.613522 -6.757806 1.263765
+6.824149 -6.405758 1.512505
+6.527145 -5.814357 1.558201
+6.957143 -6.332939 1.041353
+7.213842 -6.066863 1.6568
+7.031866 -5.531671 1.576512
+7.234244 -5.995484 1.253036
+2.888972 -8.829141999999999 1.75022
+7.486813 -5.706979 1.684772
+7.337286 -5.02913 1.495933
+7.57006 -5.568489 1.234142
+7.530433 -6.224955 0.120185
+3.019677 -8.33832 2.019045
+3.275447 -8.940045 1.73664
+-10.644459 -1.123708 3.037924
+-10.218546 -1.308462 3.054931
+8.266793 -4.578946 1.901459
+7.811038 -4.884009 1.905227
+3.972412 -8.407071999999999 1.855217
+3.905869 -7.849259 2.115347
+3.591298 -8.387015999999999 1.468697
+3.68141 -8.713602 1.199476
+8.224898 -4.69348 1.027841
+9.352963000000001 -3.851713 2.896448
+9.185390999999999 -4.424809 2.90923
+9.874312 -2.980527 3.052743
+9.819089 -3.787557 3.012175
+4.446248 -7.834593 2.333607
+7.77272 -5.10545 2.39053
+7.196159 -4.924658 2.456953
+7.694001 -4.430581 2.541643
+7.573465 -5.07436 2.945312
+8.18267 -4.521919 2.367797
+8.155848000000001 -4.842959 2.810901
+8.581735999999999 -4.247066 2.283046
+8.634936 -3.813403 2.336679
+8.661541 -4.548492 2.799187
+4.798393 -7.951515 2.89633
+5.914063 -7.784018 2.579495
+5.673637 -7.968625 2.968814
+5.723739 -8.552154 2.976323
+4.05427 -7.795973 2.779655
+3.944645 -8.282584 3.05002
+3.818215 -8.732096 3.11703
+7.681729 -4.393302 1.857083
+8.044079 -3.958151 2.066906
+8.571135 -3.986045 1.89859
+8.415671 -3.399348 2.051399
+8.595980000000001 -3.636722 1.584932
+4.990275 -8.124897000000001 2.273661
+4.358886 -8.306896999999999 2.060624
+4.427848 -8.377969 1.69604
+4.470985 -8.416658 1.32229
+4.721195 -7.465389 2.002951
+4.766573 -8.082090000000001 1.8318
+4.775169 -8.059461000000001 1.395387
+8.519467000000001 -4.555207 0.818506
+6.548957 -8.331246999999999 2.995723
+9.909681000000001 -2.593168 2.957976
+10.356894 -2.3908 3.047897
+10.288292 -2.8845 2.992076
+10.503553 -1.922291 3.060492
+-8.583418999999999 -0.343695 1.522974
+-8.084163999999999 -0.351306 1.677553
+-8.690403999999999 -0.20487 2.068122
+-8.995348999999999 -0.603637 1.632289
+-8.966791000000001 -1.050622 1.679364
+-8.98297 -0.8380840000000001 2.078352
+-9.264429 -0.259348 1.998096
+-9.489401000000001 -1.061133 1.713352
+-9.35488 -1.107517 1.997811
+-8.478278 -0.821356 1.740564
+-8.459981000000001 -1.288213 1.62603
+-8.644031 -0.95135 1.357493
+-8.958155 -1.42773 1.61152
+-9.160926999999999 -1.417212 1.275522
+-8.968006000000001 -1.136765 1.250206
+-9.348243 -1.348903 1.705387
+-9.314112 -1.681198 1.585124
+-9.086909 -1.375658 2.007366
+-9.451101 -1.540504 2.253971
+-9.466293 -1.368915 1.357309
+-9.430275999999999 -1.329903 0.967811
+-9.492588 -1.083528 2.325808
+-9.326003 -1.045674 1.389153
+-9.478895 -0.895628 0.994707
+-9.38292 -1.009087 0.5896130000000001
+-9.683407000000001 -0.933731 2.61908
+-9.734301 -1.091286 0.6809460000000001
+7.95745 -3.825582 2.535843
+8.384841 -3.22496 2.732919
+8.339129 -4.050542 2.869895
+8.948528 -3.503725 2.265736
+8.919187000000001 -3.093172 2.214392
+8.928148 -2.700862 2.465776
+8.973960999999999 -3.461389 2.921244
+9.005207 -4.039621 2.627021
+8.883506000000001 -4.060093 3.110179
+9.302479 -2.819556 2.330556
+9.479016 -2.886236 2.873433
+9.161737 -3.133715 2.60412
+4.998188 -7.504207 2.435896
+6.323038 -7.949763 2.861496
+5.729497 -7.032641 2.887431
+5.948077 -7.591183 3.072546
+9.678628 -2.416253 2.650042
+9.494854999999999 -3.401265 2.799657
+6.339524 -7.492772 2.671643
+6.374053 -6.992341 2.538609
+6.852914 -7.920692 2.982756
+6.810698 -7.318312 2.834199
+5.528151 -7.765527 2.207533
+5.949842 -7.263547 2.172821
+5.149903 -7.820522 1.815636
+5.271945 -7.332572 1.99163
+5.549111 -7.610191 1.758525
+5.280258 -7.803847 1.404504
+8.880397 -3.200022 1.759291
+8.910475 -3.190359 1.142359
+8.245513000000001 -3.765359 1.745594
+7.811636 -3.867138 1.674333
+7.908653 -3.838844 1.282935
+7.983929 -3.345502 1.645966
+8.272448000000001 -4.144284 1.587524
+8.232647 -3.698485 1.390636
+8.531276 -2.79491 1.835069
+9.042809 -2.619842 1.757422
+8.578825999999999 -2.157608 1.690563
+9.123540999999999 -2.151065 1.785465
+8.80794 -2.367712 2.12388
+9.008937 -2.757859 2.086419
+8.947072 -2.832125 1.392069
+8.953480000000001 -2.723405 1.019986
+6.200869 -7.088447 1.728426
+5.360235 -7.074458 2.40629
+5.376241 -7.488423 2.943992
+5.246601 -7.969799 3.130285
+7.286496 -7.697763 3.027367
+7.660385 -7.303162 3.024144
+10.11734 -1.642742 2.847367
+10.154565 -1.267674 3.016373
+10.044538 -2.044832 2.973933
+10.552889 -1.027861 2.966961
+10.547578 -1.502313 3.019099
+9.903516 -0.750031 2.577666
+9.429662 -0.855878 2.895791
+9.802096000000001 -1.285814 2.717949
+9.21139 -0.282241 2.657703
+9.502257999999999 -0.213778 3.028137
+10.149855 -0.376829 2.850696
+7.255567 -6.916482 2.895354
+9.417743 -1.423922 2.465155
+8.716991 -1.431836 2.447366
+9.302368 -1.88289 2.317316
+9.583845999999999 -1.068007 2.314218
+9.300796999999999 -2.402598 2.272676
+8.370457999999999 -2.223287 2.530069
+9.223758 -2.43946 2.727636
+9.113901 -2.04688 3.053648
+9.668205 -1.951218 2.665265
+9.537146999999999 -2.337941 3.057425
+9.052925999999999 -1.042874 2.58171
+8.761124000000001 -0.9768210000000001 2.249948
+8.908683 -1.154977 3.066711
+9.274813 -0.9728520000000001 2.03847
+9.413302 -1.095989 1.699366
+9.942520999999999 -0.812304 3.02598
+6.634897 -6.802863 3.110291
+8.875768000000001 -0.511378 2.967708
+8.870809 -0.591469 1.931313
+9.361656999999999 -0.663062 1.640938
+8.7217 -1.907911 2.211731
+8.686054 -1.743804 2.894384
+9.286478000000001 -1.749265 1.803439
+9.681347000000001 -1.713865 3.11152
+8.495407999999999 -2.704493 2.344338
+8.704527000000001 -2.601847 2.911981
+9.153608 -1.373447 2.063128
+9.296511000000001 -1.443762 1.470861
+9.044718 -0.321779 1.597454
+8.514032 -0.24953 1.646337
+7.849565 -2.05081 1.596586
+8.850941000000001 -1.721356 1.362825
+9.235068 -1.665894 1.007228
+9.290176000000001 -1.979737 1.362143
+9.300344000000001 -2.060117 0.962999
+9.420137 -2.167715 0.6013540000000001
+9.588606 -1.781678 0.727027
+8.310306000000001 -2.345201 2.005109
+9.36247 -1.010198 1.352071
+-10.362328 -2.198479 3.004017
+-9.886374 -1.839189 2.892159
+-10.284332 -1.743452 2.982251
+-9.682334000000001 -2.763607 2.921054
+-10.070026 -3.126337 3.034944
+-10.122408 -2.699654 3.036954
+-10.478692 -2.842404 3.141002
+-9.975149 -0.975342 2.909668
+-9.816917999999999 -1.373326 2.651552
+-9.314781 -1.200564 2.708502
+-8.750693 -1.272843 2.814291
+-9.341120999999999 -1.735891 2.73618
+-9.619176 -1.340072 3.046262
+-9.35013 -0.6944 2.555723
+-9.191176 -0.739521 2.97812
+-9.647743999999999 -0.737528 3.069657
+-9.486487 -2.34553 2.733152
+-9.982886000000001 -2.395753 2.884503
+-9.464060999999999 -0.694275 2.190617
+-8.57643 -0.969677 2.338634
+-9.090842 -3.119535 2.775597
+-9.432428 -3.638481 2.889372
+-9.651052 -3.236134 2.871112
+-9.806380000000001 -4.022407 3.050518
+-10.052848 -3.598228 3.02179
+-9.53368 -4.485285 3.039316
+-9.150433 -2.629974 2.2951
+-8.503354 -2.458565 2.162687
+-9.108458000000001 -3.130879 2.229936
+-8.544461 -2.634125 2.824724
+-9.415502999999999 -2.136926 2.220717
+-8.599653 2.166546 2.610618
+-8.653105 1.650714 2.545311
+-8.648770000000001 -1.40328 2.123768
+-8.923500000000001 -1.693713 1.950472
+-9.109239000000001 -2.03268 1.803897
+-8.975728999999999 -1.641587 2.332811
+-9.291599 -1.755034 1.945251
+-9.04182 -3.868531 2.595496
+-8.983592 -3.682202 3.082959
+-8.673856000000001 -1.967924 2.091789
+-8.642481 -1.907932 2.712708
+-9.061591999999999 -2.41058 1.857502
+-9.041271999999999 -2.067828 2.30335
+-8.465467 -3.073191 2.24018
+-8.654828 -5.035142 2.879147
+-9.235745 -5.01308 2.996028
+-9.644233 -5.00021 3.095778
+-8.717629000000001 -4.230376 2.618022
+-8.199871 -4.242695 2.590777
+-8.673137000000001 -4.677941 2.60225
+-8.658574 -4.034056 3.041643
+-9.181801 -4.125708 2.914907
+-8.702954 -4.025426 2.218846
+-8.697882999999999 -3.812535 1.73848
+-8.614668999999999 -2.22607 1.690603
+-8.593328 -2.717339 1.681142
+-9.008205 -2.86851 1.843195
+-8.905276000000001 -3.008707 1.311237
+-8.979796 -2.513023 1.395933
+-9.02026 -1.747766 1.660078
+-8.601345999999999 -1.761692 1.658045
+-8.913914 -1.680821 1.323158
+-9.146399000000001 -1.707651 1.026796
+-9.476675 -1.792939 0.955494
+-7.937569 -2.409329 1.560667
+-8.148189 -2.897061 1.772169
+-8.729481 -3.287848 1.760957
+-9.110673 -2.76073 1.058697
+-8.468961999999999 -4.603715 2.255352
+-7.962819 -5.578335 2.578091
+-8.421279999999999 -5.547177 2.910711
+-8.920681999999999 -5.95673 3.027058
+-8.992286999999999 -5.489633 2.997638
+-8.147135 -4.857032 2.472054
+-7.636025 -4.569901 2.899341
+-8.153157 -4.692776 2.995231
+-8.574266 -4.5058 3.072514
+-9.004536 -4.559269 2.891871
+-7.69732 -5.097116 2.339311
+-7.826715 -5.077163 2.834299
+-8.205126 -5.161397 3.020107
+-8.476221000000001 -6.443846 2.997656
+-7.882869 -5.913914 2.975151
+-8.367395 -5.976591 2.900899
+-7.7737 -3.660237 1.553789
+-8.037252000000001 -4.059234 1.617192
+-8.143571 -3.339687 1.608112
+-8.426785000000001 -4.212726 1.866818
+-8.394504 -4.214067 1.389131
+-8.285152999999999 -3.687672 2.02815
+-8.22936 -3.703773 1.161461
+-8.650954 -3.918923 1.282427
+-8.742937 -3.712387 0.786555
+-9.088241 -3.863524 0.377591
+-7.998537 -6.349288 2.852769
+-7.816631 -3.973748 2.127942
+-7.339473 -6.144639 2.299657
+-7.071095 -6.689464 2.590607
+-7.328289 -6.15532 3.011061
+-7.648265 -6.648431 2.886674
+-8.051057999999999 -6.970906 3.027261
+-8.002229 -4.940137 1.793007
+-7.638763 -4.59661 1.98156
+-7.60068 -4.39626 2.427069
+-8.064543 -4.428093 2.001317
+-8.046239999999999 -4.918983 1.147743
+-8.089498000000001 -4.550389 1.536811
+-7.587649 -4.245434 1.613965
+-8.469034000000001 -4.191705 0.956492
+-7.647353 -5.523714 1.724584
+-7.008636 -5.172786 1.628035
+-7.507017 -4.7893 1.507167
+-7.664396 -5.67493 2.17876
+-7.612005 -5.62766 1.27171
+-7.51954 -5.132958 1.932296
+-7.669104 -5.206076 1.398205
+-7.721449 -5.283817 0.9945349999999999
+-7.091023 -5.476386 2.165571
+-7.359614 -5.467133 2.858884
+-7.884939 -5.452379 3.017575
+-6.661211 -7.702648 2.855301
+-7.27807 -7.702365 3.026517
+-7.612013 -7.388114 3.050535
+-7.283912 -5.960351 1.723298
+-6.244931 -6.793155 2.385021
+-7.226726 -6.81946 3.129543
+-7.53787 -7.020663 2.830914
+-6.930696 -6.343713 1.64673
+-6.752404 -5.997306 1.338311
+-7.147366 -5.594989 1.419255
+-7.314546 -6.025934 1.258396
+-7.380654 -6.122927 0.801188
+-7.723095 -5.706816 0.839734
+-6.334874 -6.182847 1.756058
+-6.944723 -6.317828 2.104559
+-6.959723 -6.396745 1.143368
+-6.684626 -6.743573 1.909984
+-5.960115 -6.592706 1.579582
+-6.237053 -7.082693 1.536124
+-6.553203 -6.641254 1.345082
+-7.370734 -6.718408 0.380371
+-6.240204 -8.853618000000001 3.091004
+-6.554888 -8.326684 2.978638
+-6.940258 -8.059322999999999 2.981639
+-8.851329 -3.559333 2.236527
+-8.340904999999999 -3.609169 2.703921
+-6.263239 -7.022777 1.119676
+-6.963201 -6.812459 0.294197
+-5.861534 -7.376695 1.873175
+-5.383258 -7.493315 1.727731
+-5.567026 -7.513562 1.36583
+-6.151216 -7.481923 2.557731
+-5.919037 -7.394846 1.268596
+-5.956179 -7.490266 0.777052
+-6.637676 -7.259248 2.597565
+-5.266974 -7.877759 1.771941
+-5.249484 -7.772015 1.251063
+-6.202088 -7.798096 0.287657
+-7.06977 -7.277658 2.829682
+-6.141726 -8.004250000000001 2.909951
+-5.760783 -8.749459999999999 2.991419
+-6.113358 -8.460649999999999 2.988062
+-5.183217 -8.011853 2.347864
+-5.199232 -8.587210000000001 2.888976
+-5.516716 -9.109271 3.086341
+-5.129037 -9.248411000000001 2.973657
+-4.25621 -9.297081 2.914754
+-4.715303 -9.436659000000001 3.017968
+-4.403005 -9.829599 3.048317
+-3.040112 -10.17488 2.934867
+-3.734563 -9.699450000000001 2.909343
+-3.406371 -10.086472 3.067875
+-3.757623 -9.193472 2.610132
+-4.160937 -8.893971000000001 2.634644
+-4.687088 -8.886708 2.825775
+-4.669582 -8.028048999999999 2.877087
+-4.376592 -8.479869000000001 2.361788
+-4.752216 -8.141296000000001 2.242678
+-4.721761 -7.484818 2.438857
+-5.447277 -7.108577 2.296476
+-5.661978 -7.731641 2.218417
+-5.426578 -7.405295 2.900026
+-5.612269 -8.131754000000001 2.734451
+-4.950694 -8.090522999999999 1.831427
+-4.474043 -8.007447000000001 1.884603
+-4.888841 -8.037153 1.337643
+-4.212713 -8.482509 1.792599
+-3.762823 -8.493724 1.628924
+-3.308218 -8.148790999999999 1.574673
+-3.884528 -8.012447999999999 1.72925
+-3.843818 -8.404882000000001 2.039247
+-4.130975 -8.506209 1.178448
+-4.378137 -7.591129 1.618394
+-4.923231 -7.656716 1.601436
+-4.76161 -7.178042 1.616945
+-4.942402 -7.563931 1.999305
+-4.642534 -7.544184 1.297597
+-4.908672 -7.642654 0.896493
+-4.972315 -8.152024000000001 0.824461
+-4.864924 -8.428725999999999 0.27673
+-2.713994 -10.375453 3.037541
+-1.967973 -10.206913 3.012823
+-2.336194 -10.383161 3.026261
+-2.566801 -9.836924 2.932756
+-3.185795 -9.178252000000001 2.739319
+-3.100584 -9.676567 2.866981
+-3.58227 -8.594251999999999 2.929706
+-3.717758 -9.135073 3.031696
+-3.068429 -9.096329000000001 2.237896
+-2.52493 -9.163454 2.33595
+-3.411142 -8.718904999999999 2.34619
+-3.467085 -8.771596000000001 1.877271
+-3.891683 -8.79697 2.287152
+-3.678616 -8.128821 2.444861
+-4.190284 -7.885142 2.37171
+-3.977273 -8.151757999999999 2.88232
+-4.275309 -8.698575999999999 3.063903
+-1.128787 -10.372872 3.029348
+-1.415874 -9.888211999999999 2.936671
+-1.586032 -10.511958 3.029567
+-2.350724 -9.595473 2.597919
+-2.208183 -9.442913000000001 3.075656
+-0.838055 -10.796746 2.973143
+-1.21364 -10.788198 3.04569
+-2.457794 -8.80064 2.898699
+-2.645619 -9.308275 2.912861
+-2.72247 -9.032602000000001 1.852663
+-2.22706 -9.217649 1.976311
+-3.027771 -8.723433 1.964879
+-3.387247 -8.17554 2.056013
+-6.66786 -5.920182 2.598817
+-7.696618 -6.152965 2.577702
+-1.847035 -9.348559 2.261904
+-2.078368 -8.696796000000001 2.400965
+-0.538737 -10.617128 3.069125
+-1.060368 -9.787948 2.600831
+-1.235804 -9.368463999999999 2.707782
+-2.833017 -8.495234999999999 2.447301
+0.369997 -10.83961 3.103053
+0.007927 -10.792616 3.100842
+-0.204576 -9.838091 3.061778
+-0.107385 -10.408914 3.046685
+-0.503536 -9.808731999999999 2.643329
+-0.732325 -10.049902 2.954532
+-1.551754 -9.577018000000001 2.529118
+-1.511813 -8.877255999999999 2.764736
+-1.264083 -9.457910999999999 2.140126
+-1.022215 -8.823130000000001 2.348186
+-1.635748 -9.348668 1.720661
+-1.76302 -9.399997000000001 1.328535
+-2.003442 -9.181649 1.529741
+-2.410153 -9.09948 1.598781
+-1.865014 -9.071835999999999 1.917023
+-2.179261 -8.680597000000001 1.843007
+-2.266242 -8.757092999999999 1.253359
+-2.328825 -9.233013 1.282956
+-2.440767 -9.231907 0.874363
+-3.0709 -8.877055 1.53234
+-2.423868 -8.234437 1.471269
+-2.614039 -8.499281 1.865641
+-2.621546 -8.821228 0.913722
+-2.73464 -9.079549999999999 1.270191
+-2.948431 -9.120272999999999 0.765402
+-2.953295 -8.313136 1.294196
+-3.32194 -7.581533 1.653713
+-3.399261 -8.362762999999999 1.192693
+-3.391094 -8.73354 1.378122
+-3.37677 -8.836819 0.910111
+-3.006123 -8.726728 1.049878
+-0.785267 -9.322775999999999 2.990464
+0.915014 -10.414983 2.978578
+0.5077700000000001 -9.873652 2.633197
+0.414225 -10.489602 2.971765
+-0.025175 -9.931797 2.650232
+0.343304 -10.073482 2.998481
+-0.274026 -9.660575 2.310871
+0.790288 -10.81203 3.040315
+-1.611561 -8.731601 2.122102
+-1.960936 -8.732562 3.029494
+-2.064981 -9.201036 2.68426
+-1.947068 -9.768146 2.659209
+-1.74074 -9.354258 3.013421
+-0.721221 -9.465805 2.343035
+-0.329517 -9.33559 1.993573
+-0.936175 -9.443842999999999 1.665449
+1.265794 -10.759649 3.06546
+1.429137 -10.28103 2.943828
+0.971249 -9.905718999999999 2.863207
+1.903569 -10.4851 3.035477
+1.544482 -9.716231000000001 2.647791
+-1.170695 -8.788805999999999 1.897723
+-1.270163 -9.261443 1.647236
+-1.562227 -8.868812 1.637894
+-1.600591 -9.112988 1.327907
+-0.578194 -9.481351999999999 1.754089
+-0.5758490000000001 -9.069125 1.741552
+-0.932126 -9.096238 1.545451
+-1.071191 -9.42207 1.235694
+-1.17152 -8.799640999999999 1.520398
+-1.249882 -8.431305999999999 1.604785
+-1.244916 -9.066223000000001 1.33701
+-1.317191 -9.076414 0.990801
+-1.308538 -9.515817999999999 0.822855
+-1.677374 -9.424092999999999 0.984525
+0.412779 -9.425082 1.762585
+-0.08784 -9.478084000000001 1.656429
+-0.257257 -9.094613000000001 1.533392
+-0.25684 -9.05744 1.016351
+-0.43992 -9.530882999999999 0.740984
+-0.815209 -8.748908 1.742949
+-0.6098479999999999 -8.874312 1.336949
+-0.579269 -9.385168 1.329832
+0.595735 -9.445325 2.719126
+0.612295 -9.645167000000001 3.114497
+0.941215 -9.593640000000001 2.365158
+0.8820249999999999 -9.438143999999999 1.867534
+1.381045 -9.489404 2.09927
+0.788297 -9.169501 1.640474
+0.356131 -9.357250000000001 1.365921
+0.126023 -9.21166 0.914427
+1.666829 -9.338096 1.753818
+1.250685 -9.084911 1.821227
+1.277165 -8.695494999999999 2.133742
+1.231894 -9.412082 1.549488
+0.88372 -8.835939 1.66704
+0.836599 -8.702659000000001 1.304866
+1.048642 -9.079439000000001 1.392029
+0.798461 -9.4329 1.341588
+0.863942 -9.548052 0.965018
+0.753692 -9.470109000000001 0.624668
+0.46719 -8.852258000000001 2.365825
+2.45983 -10.435806 3.037533
+2.13546 -9.958866 2.928456
+2.854131 -10.127844 3.02784
+2.371902 -8.844153 2.87909
+1.752191 -9.155964000000001 2.183094
+2.100792 -9.202088 1.709523
+1.708666 -8.855185000000001 1.782095
+1.889939 -9.251032 1.42696
+1.682592 -8.479775999999999 1.392383
+1.534194 -9.147271 1.358576
+1.492385 -9.531616 0.7346549999999999
+2.430822 -8.783666 1.44874
+2.063389 -8.431936 1.743447
+2.263457 -9.192360000000001 1.244867
+1.934776 -8.543714 2.316607
+3.157229 -8.778896 1.338226
+2.50506 -8.358409 1.395578
+2.472007 -7.792566 1.661982
+2.461048 -8.718845999999999 0.986683
+2.735436 -9.072174 1.265665
+2.434216 -9.18187 0.767072
+2.877676 -8.239765 1.520056
+3.155948 -7.849027 1.582816
+3.359825 -8.888807999999999 0.8607359999999999
+3.718744 -7.952425 1.409097
+4.050193 -8.451280000000001 1.415549
+3.941884 -8.392911 1.046247
+4.27972 -7.923922 1.753726
+3.98989 -7.514403 1.470381
+4.304505 -8.048545000000001 1.29924
+4.393564 -8.045522999999999 0.969736
+4.353666 -8.413345 0.97679
+5.940254 -7.412191 1.707547
+5.647771 -6.95883 1.674313
+5.800958 -7.462638 1.372377
+5.502127 -7.685107 1.068281
+5.360819 -8.073682 0.723228
+6.150056 -7.063435 1.274679
+6.2567 -7.10159 0.683474
+6.085363 -7.801183 0.408203
+-6.462737 4.310331 -2.775441
+-6.346855 5.010214 -2.562597
+-6.435749 4.23955 -1.702406
+-6.372432 4.58431 -1.041621
+-6.207002 5.198719 -1.215273
+-6.237076 5.092963 -1.798467
+-6.451724 4.747234 0.56045
+-6.415786 3.553743 -2.444468
+-5.905251 3.096826 -0.816205
+-6.02185 3.080384 0.346698
+-5.464568 2.522881 -2.201237
+-5.549267 2.333423 -0.827761
+-6.338363 3.334056 1.571517
+-5.767245 2.86719 1.555052
+-5.426611 2.413959 1.625797
+-4.791194 2.26472 -2.860315
+-5.042292 2.287755 -1.519088
+-4.697489 2.386774 -1.195577
+-5.006546 2.449814 -0.7362570000000001
+-4.968871 1.866824 -0.8488059999999999
+-4.733721 2.274186 -2.169554
+-5.202674 1.822637 -2.046122
+-5.11488 2.420247 0.559284
+-5.237024 2.462601 -0.261048
+-5.338222 1.964553 0.03841
+-4.746622 2.33267 0.245168
+-5.202622 2.476458 1.050473
+-5.046043 1.864211 0.689381
+-4.2965 2.21563 -0.942795
+-4.579153 2.242084 -0.318984
+-5.120363 1.87975 1.378174
+-3.799375 2.420843 -2.581316
+-4.34763 2.427184 -2.513455
+-4.230031 1.989413 -2.737966
+-4.336256 2.367267 -1.668323
+-4.391566 1.747474 -1.777922
+-4.037477 2.241064 -2.131761
+-3.915171 2.263937 0.738011
+-4.570919 2.26332 0.8903180000000001
+-4.044552 2.235487 -0.306198
+-3.756277 2.266048 -1.465412
+-3.718505 2.09937 -0.751483
+-3.975063 2.205039 1.455464
+-3.585914 1.894529 0.081207
+-3.577649 2.46757 1.069404
+-3.533988 1.649518 1.118492
+-3.077508 2.44392 1.450083
+-3.20403 2.440715 -0.395253
+-3.208 2.41033 0.444257
+-2.674859 2.953954 0.576978
+-2.294354 3.498227 -0.290521
+-2.460851 3.144901 1.336811
+-2.313388 3.752479 -1.800798
+-2.302773 4.503225 -1.777007
+-2.33898 3.591843 -1.262838
+-2.117564 4.07367 -0.929617
+-2.168652 4.100757 -2.297989
+-2.38172 4.543177 -2.284087
+-2.293539 4.126954 -1.423714
+-1.742842 4.076437 -1.593418
+-2.231606 4.570666 -0.65083
+-1.814999 4.303241 1.003929
+-2.366358 4.073603 -0.432558
+-7.986148 0.33218 -2.751334
+-8.253982000000001 0.343446 -1.804482
+-8.163326 -0.398379 -1.214694
+-8.164833 0.167798 0.12826
+-8.138391 -0.015991 0.630602
+-8.132054999999999 0.373685 1.011712
+-7.976296 -0.926679 -0.860577
+-8.255547999999999 -0.471797 0.125759
+-7.953137 -0.93955 -2.131415
+-7.726376 -1.56984 -2.129122
+-8.009258000000001 -1.110981 0.767927
+-7.443351 -1.594363 0.451471
+-7.697329 -1.444776 -0.383906
+-7.910702 -1.02861 0.129164
+-7.760517 -0.967545 1.267513
+-8.277260999999999 -1.130898 1.267398
+-7.882604 -1.544662 1.512283
+-6.624266 -2.210055 -2.464978
+-4.130545 -1.205548 -0.507925
+-6.505481 -2.074586 -3.018176
+-6.666594 -2.203805 -1.402466
+-6.409692 -1.956578 -0.549754
+-6.52789 -2.461079 -0.7919
+-6.418225 -1.970917 -0.9812
+-6.557771 -2.077316 0.855953
+-6.360427 -1.93023 1.542801
+-6.648469 -1.8863 0.262293
+-6.582217 -2.485972 0.229608
+-6.332519 -2.067341 -1.81044
+-6.005428 -2.025968 -2.653354
+-6.048701 -2.460018 -2.838508
+-6.104048 -1.929824 -1.280594
+-5.929235 -1.999447 -2.163422
+-5.846127 -1.99995 -0.469437
+-5.635987 -2.619219 -2.433932
+-5.884756 -2.053654 1.011874
+-6.111487 -2.045318 -0.042583
+-5.718239 -2.026588 0.31921
+-5.311277 -1.908667 0.88162
+-5.786904 -2.796781 1.007498
+-5.792318 -2.06212 1.696929
+-5.34891 -1.853686 -0.116754
+-4.395776 -1.279118 -2.594633
+-4.726185 -1.811872 -2.553149
+-4.40667 -1.322654 -1.395532
+-5.24306 -1.830012 -1.38318
+-5.211099 -1.978967 -0.763122
+-4.849238 -1.710003 -1.985997
+-4.627604 -1.510656 0.175991
+-5.114597 -1.878396 0.388898
+-4.442976 -1.390269 1.153916
+-4.023373 -1.038604 0.7624109999999999
+-4.130914 -0.875304 0.114356
+-3.971094 -0.819724 1.440846
+-3.940398 -0.328151 0.661613
+-3.917614 0.383646 0.273256
+-4.00396 -0.319417 -0.241111
+-4.133693 -0.228414 1.362868
+-3.630829 -0.296278 1.465
+-3.871026 0.279261 0.936786
+-3.939839 0.412441 1.536719
+-6.282412 -3.543766 -2.809167
+-6.391195 -4.178582 -2.224561
+-6.567355 -3.538316 -1.577538
+-6.036657 -3.330035 -1.707887
+-6.411289 -4.090025 -1.288724
+-6.425619 -4.560445 -0.705826
+-6.048781 -3.407138 -1.200294
+-6.332941 -3.609846 0.006784
+-6.386609 -4.541223 0.142895
+-6.370679 -4.127525 0.702055
+-6.483866 -4.643717 0.876862
+-6.420918 -4.221029 1.379555
+-6.421892 -4.974703 -2.867707
+-6.440766 -4.849315 -1.690937
+-5.951743 -5.188865 -1.858164
+-6.208258 -5.210403 -0.614312
+-6.41301 -4.838042 1.521264
+-5.87892 -5.830175 -2.915102
+-6.004372 -5.205802 -1.392204
+-6.44047 -5.160074 0.430809
+-6.273966 -5.204955 -0.09245100000000001
+-6.408568 -5.156132 1.023219
+-5.712103 -5.971567 1.246977
+-5.19885 -6.240743 -2.740339
+-5.478476 -6.285343 -0.743312
+-6.007022 -5.569061 0.887443
+-5.171569 -6.244583 -1.952707
+-5.173701 -6.209512 1.487914
+-4.782187 -6.257976 -0.430645
+-5.074988 -6.738971 -0.318783
+-4.689237 -6.418655 0.819779
+-5.184719 -6.163449 0.9098579999999999
+-5.26435 -6.661274 -2.318916
+-4.915049 -6.304093 -1.452864
+-4.547207 -6.25401 -2.818891
+-4.724582 -6.676081 -2.552664
+-4.273855 -6.306873 -1.954175
+-4.738263 -6.176304 -1.874332
+-4.706155 -6.76509 -1.92941
+-4.465349 -6.358408 -1.28974
+-4.447981 -6.361685 0.308693
+-4.625256 -6.233534 1.328292
+-4.619458 -6.706038 1.435163
+-4.687296 -6.223247 1.747934
+-4.032502 -6.253107 -2.902757
+-4.454301 -6.635816 -2.918911
+-3.962424 -6.306984 -1.562858
+-4.672449 -6.9229 -1.252607
+-4.07987 -6.331968 -0.87766
+-3.952692 -6.760425 -3.012146
+-3.624315 -6.334392 -2.744129
+-3.716689 -6.261538 -2.039026
+-4.023617 -6.878586 -1.230617
+-4.062859 -6.178702 0.677874
+-4.307041 -6.276557 0.985495
+-4.029858 -6.334973 -0.258032
+-3.196519 -6.100029 -0.721243
+-3.564912 -6.722598 -0.6472020000000001
+-3.863899 -6.308689 0.291439
+-2.647192 -5.650885 -1.008818
+-3.842124 -6.192194 1.077094
+-2.419502 -5.315778 -2.332467
+-2.710176 -5.809544 -1.877992
+-2.46339 -5.285004 -0.48755
+-2.873029 -5.756613 -0.399642
+-2.519779 -6.142501 -0.575659
+-2.388803 -4.981413 0.410441
+-2.42387 -5.248461 0.935352
+-2.894497 -5.897554 0.646153
+-2.466476 -5.32152 -1.734126
+-2.511364 -5.035662 -0.813597
+-2.417494 -5.138408 1.57866
+-2.289721 -4.736198 -1.970225
+-2.251016 -4.237279 -2.952938
+-2.14248 -4.564534 -1.069153
+-2.255529 -4.755408 -0.315257
+-2.35176 -4.534667 0.507176
+-1.656054 -4.460446 -2.955762
+-2.289584 -4.687016 -2.52409
+-2.3663 -4.47678 -1.491496
+-2.362412 -4.627673 -0.680665
+-1.975115 -4.509831 -0.464602
+-2.227172 -4.068715 -0.410184
+-2.297441 -4.178504 0.943678
+-2.42173 -4.565607 -0.005302
+-2.254704 -4.578944 1.625976
+-2.399474 -4.680552 1.059716
+-2.08445 -3.672402 0.859818
+-2.342609 -4.024628 0.247216
+-2.366312 -3.38832 -0.735185
+-2.337859 -3.972147 -1.105362
+-1.768697 -3.887314 -0.953555
+-1.688184 -4.985819 -0.979004
+-1.84458 -5.3965 -1.403252
+-2.116209 -6.256934 -0.949716
+-2.063375 -6.75672 -1.220327
+-1.963966 -5.672824 -1.813025
+-2.538998 -6.028538 -2.517063
+-1.971346 -6.00546 -2.735445
+-1.982735 -5.877774 0.154998
+-1.798244 -5.177099 0.7515230000000001
+-1.805066 -4.81157 0.127049
+-2.41272 -6.118088 0.386269
+-1.950903 -6.323346 0.6910500000000001
+-1.870241 -5.251255 -0.370786
+-1.613121 -4.82342 -0.437661
+-1.998404 -6.245458 -0.335039
+-2.034974 -5.788292 0.89392
+-2.018157 -6.015186 -3.157491
+-2.060891 -6.475299 -2.541242
+-1.900009 -6.402555 -3.068518
+-1.989653 -6.876972 -3.009266
+-1.885036 -6.818805 -0.569842
+-1.951834 -6.930904 0.100954
+-2.449539 -6.668549 0.651134
+-1.92042 -6.49022 -2.035878
+-2.47766 -6.507805 -2.084963
+-1.750421 -7.500992 -2.931686
+-1.122197 -7.903798 -2.751675
+-1.391971 -7.856166 -1.92865
+-1.054687 -7.786673 -1.388727
+-1.539035 -7.780447 -1.104072
+-1.582934 -7.511999 -0.252392
+-1.180745 -7.933199 -0.583798
+-1.489194 -7.559748 0.887982
+-1.172734 -8.102646999999999 0.96748
+-0.822692 -8.04377 -1.994478
+-1.064837 -8.357918 -2.435107
+-0.470498 -8.184664 -2.59842
+-0.693224 -8.159624000000001 0.8953140000000001
+-0.215274 -8.158486999999999 -0.582777
+-1.045232 -7.987741 0.295994
+-0.418906 -8.162424 0.344928
+-0.23456 -8.177735999999999 0.920377
+-0.257662 -8.242836 -1.823199
+-0.654923 -8.059400999999999 -1.52782
+-0.993345 -7.953245 1.523676
+-0.153044 -8.047815999999999 -3.063673
+-0.349808 -8.588141999999999 -3.061349
+-0.015955 -8.113457 -0.033733
+-0.176793 -8.185446000000001 -1.173549
+0.112815 -8.136392000000001 -2.489073
+0.398599 -8.135871 -2.997356
+0.348124 -8.138442 -0.611449
+0.418572 -7.959108 0.658451
+0.372976 -8.190004999999999 -1.93062
+0.495593 -8.096867 -1.207239
+0.667552 -7.946905 -2.368559
+0.9416369999999999 -8.123885 -0.955589
+0.40026 -8.143489000000001 0.234396
+0.963408 -8.022636 -1.570298
+1.33887 -7.852558 -2.083733
+0.842216 -8.354048000000001 -2.088658
+0.959487 -8.118698999999999 0.096161
+0.976833 -7.960931 0.687751
+1.371769 -7.816 -0.453703
+0.853454 -7.882794 -0.411073
+0.996689 -8.408953 -0.454699
+1.315486 -7.965621 1.375954
+1.651263 -7.330062 0.704241
+1.813754 -7.430346 1.35
+1.768985 -7.21855 -0.351853
+1.718314 -7.331605 -2.302241
+2.107618 -6.959627 -2.047708
+2.027276 -6.372467 -1.971967
+1.872247 -6.889805 -1.366328
+2.365626 -7.040954 -1.18922
+2.366718 -6.637254 -1.681162
+2.03029 -6.323119 -1.37793
+2.000864 -6.315523 1.280372
+1.984478 -6.865299 1.568538
+2.121606 -6.421701 -2.761941
+2.031785 -5.912493 -1.889569
+1.80118 -6.419699 -1.073113
+1.894708 -5.92585 -0.938377
+1.985756 -6.32517 -0.34713
+2.139668 -5.887309 -0.557249
+2.104868 -6.15454 0.165183
+2.248396 -6.263153 1.692366
+2.16399 -3.462967 0.506092
+2.034138 -4.862763 1.339373
+2.214123 -4.947112 -3.005397
+2.392644 -4.971752 0.723988
+2.402054 -5.367833 -2.568157
+2.571911 -5.214752 -1.409444
+2.513158 -5.128031 -0.797736
+2.627505 -5.488687 -0.929272
+2.821351 -5.890416 -0.778154
+2.396814 -5.170257 0.142453
+2.536896 -5.646968 0.358057
+2.876573 -5.899988 -0.024038
+3.116135 -6.020577 -3.014863
+3.082073 -5.954082 -1.568069
+3.259165 -6.172305 -0.674308
+2.906452 -5.827249 0.719153
+3.227572 -6.33366 0.6240869999999999
+3.673534 -6.264311 -2.6425
+3.86907 -6.357289 0.212128
+3.752129 -6.693925 -0.661332
+3.835393 -6.424963 0.788551
+4.106302 -6.283435 -2.359134
+4.085146 -6.286874 -1.082059
+3.898459 -6.772657 -1.165791
+4.366735 -6.301979 -0.570596
+4.633767 -6.312351 -3.066495
+4.651 -6.325817 -1.256878
+4.47493 -7.006829 -2.894506
+4.611751 -6.22732 -1.802377
+4.639113 -6.828431 -1.652952
+4.545323 -6.348401 0.749663
+4.346223 -6.321576 -0.022483
+5.047985 -6.609662 -2.86105
+5.205359 -6.158333 -1.237837
+5.128156 -6.825167 -1.199583
+5.043309 -6.318021 -0.675998
+4.936864 -6.290432 0.263962
+4.596484 -6.284763 1.592788
+4.588145 -6.878602 1.623566
+5.396378 -6.18846 -0.180914
+5.261056 -6.235951 0.905067
+6.071362 -5.560352 -0.227021
+6.333252 -5.371215 0.769546
+6.206819 -5.323047 -1.808823
+6.494178 -4.668369 0.920291
+6.564063 -5.040474 1.524227
+6.39378 -4.917909 -2.177409
+6.24235 -4.985029 -1.385474
+6.403563 -4.484155 -2.621059
+6.860384 -4.853026 -2.395861
+6.234837 -5.239927 -2.615887
+6.219464 -4.5009 -2.125027
+6.659842 -4.562259 -2.063695
+6.309588 -4.638965 -1.719758
+6.388823 -4.206272 -1.198135
+6.175754 -5.438535 -0.937456
+5.736089 -5.9723 -0.821048
+6.431314 -4.682181 -0.500829
+6.364688 -3.72684 -0.346588
+6.687892 -4.939244 -1.830385
+6.441923 -4.696389 0.28946
+6.402327 -3.972208 0.570233
+6.465006 -3.945221 1.519801
+5.587722 -2.26077 -0.18863
+6.346228 -3.444742 -1.280412
+6.390178 -4.035984 -1.966135
+6.307136 -3.685687 -2.623579
+4.145814 0.5307770000000001 -0.775655
+3.974622 1.887239 -0.461079
+3.819383 0.597872 0.430571
+4.304071 0.709639 -0.016275
+4.053271 0.038229 -0.078889
+3.991531 -0.102901 1.109419
+4.303245 -1.25537 -0.601558
+4.210089 -1.138169 -1.20778
+4.243542 -0.91391 -1.812329
+4.370742 -1.467235 -1.768785
+3.93205 -0.499361 0.5419389999999999
+5.236236 -2.037202 -3.11372
+4.61043 -1.502042 -2.531948
+4.213923 -0.800198 0.042592
+3.782114 -0.91462 1.542286
+4.515155 -1.595057 1.554903
+4.281212 -0.920078 1.044198
+4.405234 -1.553701 0.913167
+5.031296 -1.916627 -2.658834
+5.101203 -1.880466 -0.572611
+5.009061 -1.815759 -1.983793
+5.660241 -2.045772 -0.932568
+5.875755 -1.960602 -3.12386
+5.68713 -2.675435 -0.700498
+5.767899 -2.014247 0.768299
+5.426266 -2.521486 0.901654
+5.178365 -1.825258 1.613203
+5.748019 -1.92141 1.632529
+5.604506 -2.538111 1.555541
+6.003502 -1.974024 1.209733
+5.56074 -2.055242 -2.205535
+5.985277 -2.119309 -1.479453
+6.519572 -2.143266 -2.566289
+5.992623 -1.973886 -2.605194
+5.895926 -2.767353 -2.609058
+6.502443 -1.993277 -1.756001
+5.719298 -2.67675 -1.937925
+6.035514 -2.100852 -0.393224
+6.270018 -2.662732 -0.210877
+6.406553 -1.999793 -3.111628
+6.433562 -1.945588 -1.292729
+6.890606 -1.840865 -2.167075
+6.407381 -1.883012 -2.138539
+6.366815 -2.06523 0.752956
+6.502146 -2.06857 0.108534
+6.942417 -1.890617 0.576146
+6.352812 -2.124849 1.56431
+7.321061 -1.82541 -3.003003
+7.615595 -1.711942 -2.295325
+7.199055 -2.23872 -2.340689
+7.389892 -1.762714 -1.733338
+7.75187 -1.577372 0.32073
+7.171798 -1.917663 0.128293
+8.07535 -1.105146 -1.229488
+7.576805 -1.464197 -1.277202
+8.010474 -1.237048 -2.3237
+7.266487 -1.695227 1.562174
+7.09177 -2.306191 1.596996
+8.138669 -1.083061 -0.162409
+7.97031 -1.053799 0.9250350000000001
+7.983561 -0.474878 -1.807588
+8.028848999999999 -0.514267 0.09637900000000001
+8.09126 -0.440743 -2.824485
+8.116642000000001 0.122971 -2.679671
+8.396248999999999 -0.6044079999999999 -1.770396
+7.942546 -1.005803 -1.716077
+7.99657 -0.6523060000000001 -1.359921
+8.078860000000001 -0.2885 -1.450216
+7.95125 -0.30342 -1.118662
+8.098564 -0.276085 -0.74356
+7.990237 -0.689783 -0.450024
+8.148312000000001 -0.28666 -2.089302
+8.125379000000001 0.00859 -1.673844
+8.076076 0.378555 -1.483641
+8.188884 0.290328 0.092088
+8.158352000000001 -0.445236 0.748013
+8.076565 0.260608 -0.586919
+8.151458 0.111222 -1.104427
+8.091735999999999 0.280113 0.826823
+8.154574999999999 0.257187 1.553233
+2.270192 4.078382 -2.698137
+1.975146 5.261521 -1.04245
+1.895612 4.686897 -0.232318
+2.367888 4.724602 0.210737
+2.587923 5.377383 0.448412
+2.233282 4.070499 0.185088
+2.229917 4.226272 0.902618
+2.31832 3.409232 -0.349102
+2.043874 3.413547 1.282212
+2.608285 3.001331 1.033198
+3.505169 2.342115 -0.602725
+3.024048 2.535273 0.578036
+4.000772 2.229365 1.456271
+3.397514 1.846347 1.195232
+3.707085 2.339642 -1.738878
+3.891554 1.826461 -1.793764
+3.852876 2.10087 -1.208937
+6.176436 2.551878 -0.245511
+4.087639 2.274358 -0.045276
+3.826084 2.328772 0.62983
+4.638608 2.324946 1.543853
+4.353162 2.284063 -2.567551
+4.4475 2.298349 -1.596093
+4.626771 2.269144 -2.096639
+4.068325 2.071986 -2.212459
+4.749337 2.221053 -2.977172
+5.014452 2.355309 -2.401817
+4.597526 2.275444 0.261223
+4.267234 2.434417 0.385344
+4.467535 2.319979 0.806765
+5.469712 2.477348 -2.958834
+5.160751 2.47987 -1.278301
+4.998362 2.06579 -1.75593
+5.448109 2.522689 -0.588908
+5.0823 2.231146 -0.859966
+4.954202 2.302071 0.648868
+5.803725 3.058241 -1.456624
+5.157031 2.284622 0.061163
+5.425485 2.497695 0.934151
+5.847648 3.046516 -0.8928160000000001
+5.895106 2.940919 -2.514587
+5.920014 3.161304 0.179972
+5.830121 3.044493 1.0776
+5.865741 3.082279 -0.37856
+6.41154 3.009523 -0.452345
+6.056724 3.404743 0.652757
+6.207711 3.28742 1.446265
+5.986349 2.894649 1.675474
+6.241215 3.304968 -2.036653
+6.287878 3.026651 -1.211973
+5.718456 2.573054 -1.262704
+6.360415 3.59536 -2.78128
+6.257543 3.52703 -1.496985
+6.359949 3.652368 -0.674067
+6.324167 3.481123 -0.145118
+6.518191 3.312053 0.9802650000000001
+6.4122 3.946734 -1.98601
+6.46266 3.983353 -1.191628
+5.343483 1.954396 -1.328832
+5.508349 2.509938 -2.348909
+5.437174 1.948762 -2.691922
+5.563111 2.228295 -1.81888
+6.395884 3.992191 0.829269
+5.65532 2.592824 -0.049673
+5.487541 2.531516 0.428764
+5.233283 1.865103 0.620746
+6.43106 4.377675 -2.729776
+6.39499 4.496865 -2.154581
+6.411013 4.448547 0.231943
+6.316735 3.891272 0.274401
+6.504538 3.736936 1.504098
+6.280715 4.055418 -0.295899
+6.346633 4.574682 -0.25982
+6.303197 4.399552 1.259533
+6.793354 4.203107 1.461707
+-1.982671 6.315232 -1.408259
+-2.063677 6.922842 -1.11094
+-1.634534 7.468218 -1.048445
+-1.964279 5.60334 -1.117244
+-2.016029 5.84087 -1.454191
+-2.086384 5.851324 -1.945975
+-1.978601 6.381199 -2.651025
+-2.250819 6.328828 -2.246687
+-1.498821 7.595706 -2.586974
+-2.073267 5.739144 -2.505652
+-2.00192 6.455187 0.156791
+-1.621208 7.611093 0.238606
+-2.064972 5.818611 0.289278
+-2.014446 6.182356 -0.363678
+-1.912778 5.778621 -0.601068
+-2.435996 5.920507 -0.456104
+-2.066086 5.790013 0.9625280000000001
+-2.893864 6.090464 1.061751
+-2.096364 6.361994 0.763373
+-2.039623 6.277949 -3.114647
+-2.370159 5.629953 -0.729983
+-1.870053 5.306813 -0.611864
+-2.589442 5.500891 0.655147
+-2.284612 5.612104 1.578272
+-1.932629 5.249356 -2.256454
+-1.782968 5.147055 -1.174293
+-1.564874 4.595671 -1.014094
+-1.288709 4.060129 -1.051475
+-1.537367 4.600479 0.417805
+-1.258599 4.475617 1.066343
+-1.593259 4.743621 -0.371359
+-2.316178 4.954282 -0.243713
+-0.8181580000000001 4.189669 -0.674762
+-0.83014 4.079026 0.617712
+-1.646027 4.609102 1.592101
+-0.585686 4.104246 -0.126343
+-0.692435 4.131273 -1.202233
+-0.172119 4.141945 -0.6960769999999999
+-0.126644 3.939252 0.512476
+-0.181979 4.146622 -1.326296
+0.174847 4.03064 -0.054049
+0.417695 4.09461 -0.582152
+0.252558 4.006007 1.10827
+0.710755 4.223138 -1.147409
+0.226261 4.123365 -1.093764
+0.902719 4.256282 -0.679414
+0.562963 4.204886 0.433907
+0.607257 3.700295 0.549218
+0.264656 3.977957 1.675713
+0.8868509999999999 4.089543 -0.109385
+0.689849 4.196082 0.969526
+0.879985 4.154812 1.592543
+1.358579 4.224626 -1.177581
+1.952119 5.384645 -2.105415
+2.407759 5.272194 -2.752577
+1.810162 5.166059 -1.575468
+2.360138 5.113422 -1.601797
+1.813679 5.247533 -0.490227
+2.354693 5.239853 -0.57951
+2.063048 5.666965 -0.654408
+1.757948 5.280094 -0.002398
+1.79359 5.204846 0.929856
+2.390722 5.408821 1.350443
+2.109218 5.879183 0.830272
+1.841616 5.685653 -0.137694
+2.29543 5.648396 -0.028484
+2.564797 5.526614 -2.101683
+2.110801 6.095492 -2.356157
+1.864114 6.350692 0.552182
+3.668277 -8.704307999999999 0.6053269999999999
+3.174441 -8.926145999999999 0.407058
+3.06748 -8.666121 0.137162
+7.922854 -5.932152 0.297401
+7.805521 -5.422802 0.686474
+3.600517 -8.212028 0.8921210000000001
+3.215272 -8.388636999999999 0.508692
+4.060883 -8.796593 0.734031
+3.463842 -8.727316 0.219949
+3.525149 -9.227925000000001 0.316024
+8.33985 -5.006367 0.512721
+7.861284 -4.943827 0.795627
+4.094223 -8.402706 0.591793
+4.763798 -8.117373000000001 0.991748
+4.652045 -8.454366 0.680254
+4.463893 -7.674996 1.018878
+4.42143 -7.491997 0.522933
+4.404353 -8.043585999999999 0.627905
+4.385081 -8.397130000000001 0.274768
+4.354801 -8.91015 0.335026
+7.48608 -4.681453 1.038218
+7.074833 -4.903424 1.033786
+7.438807 -4.936064 0.643126
+7.876744 -4.539431 1.052943
+8.311472999999999 -4.190719 1.160549
+8.030284 -4.04287 0.721197
+8.65315 -4.117294 0.726311
+8.379339 -4.121198 0.254267
+8.984961 -4.045186 0.368651
+7.920969 -4.61494 1.460372
+4.62889 -7.527225 1.495114
+5.172577 -7.244825 1.480417
+5.015022 -7.631962 0.9820759999999999
+-8.663739 -0.599424 1.260288
+-8.125852 -0.689273 1.308541
+-8.850483000000001 -0.629918 0.889104
+-9.254431 -0.669283 0.762768
+-9.340154999999999 -0.685302 0.338511
+-9.657586999999999 -0.634338 0.728241
+-9.796887999999999 -0.669737 0.373312
+8.518985000000001 -3.234648 0.881696
+8.936674 -3.457933 0.726402
+8.773236000000001 -3.455671 0.26298
+8.702811000000001 -3.780544 -0.09002599999999999
+9.202297 -3.125736 0.347205
+8.595368000000001 -2.686581 1.065839
+8.896238 -2.311706 1.020976
+8.835792 -2.497147 0.684844
+8.764741000000001 -2.899695 0.649946
+9.229298999999999 -2.480803 1.045695
+9.241790999999999 -2.855214 0.78269
+8.319074000000001 -1.683236 1.561616
+7.815251 -1.344532 1.532148
+8.472723999999999 -1.226594 1.382041
+8.943861 -1.181244 1.319309
+8.836632 -1.371516 0.989614
+8.860566 -1.68761 0.860502
+9.296792999999999 -1.26312 1.045735
+9.261876000000001 -1.739592 0.594797
+9.583822 -1.326939 0.674574
+9.854142 -1.358496 0.285017
+8.955911 -2.332614 1.347412
+8.619230999999999 -2.56545 1.455524
+8.155536 -2.549093 1.398753
+5.511057 -7.625253 0.585523
+5.332173 -7.562156 0.12436
+8.114494000000001 -2.876599 0.825157
+8.442004000000001 -3.065133 0.301856
+8.830655 -3.154813 -0.060801
+5.664823 -7.078828 0.496497
+5.919235 -7.38502 0.181657
+5.703521 -7.927788 0.283574
+5.372639 -7.177661 0.890541
+5.853395 -7.474881 0.952194
+5.829464 -7.104312 0.914097
+5.765682 -6.724986 0.940963
+6.200594 -6.649072 1.023099
+6.158408 -6.549263 0.565954
+6.096231 -7.520777 0.649455
+9.453709999999999 -0.667554 1.16161
+9.192990999999999 -0.894639 0.9114449999999999
+9.699044000000001 -0.737138 0.696968
+8.599728000000001 -0.994821 0.900863
+9.043808 -1.314193 0.610724
+9.850448 -0.920145 0.353227
+8.715239 -0.447236 0.84412
+8.965294999999999 -1.975977 1.094834
+8.930567 -2.074864 0.664385
+8.823995999999999 -2.132294 0.168758
+9.300859000000001 -2.097968 0.243433
+9.790405 -2.164092 0.386388
+9.410644 -1.35537 0.281156
+9.075072 -1.257626 0.035257
+9.628163000000001 -1.270865 -0.13124
+6.716785 -5.895744 1.0758
+5.939399 -5.936754 1.053245
+6.765864 -5.962024 0.554738
+7.154674 -5.722798 0.822095
+7.343621 -5.841559 0.305414
+7.424629 -5.18886 0.990523
+7.630258 -5.947744 0.720494
+6.482268 -6.323342 1.011391
+6.888077 -6.554772 0.59401
+7.28917 -6.289795 0.694547
+6.644811 -6.849717 0.85686
+-8.964797000000001 -1.447248 0.937912
+-8.524036000000001 -1.380178 0.8412230000000001
+-8.723674000000001 -1.040953 0.944254
+-8.972853000000001 -1.404293 0.509799
+-9.129008000000001 -1.053329 0.922706
+-9.523548999999999 -1.354401 0.600457
+-9.443125 -1.668308 0.663874
+-9.459004 -2.137167 0.787917
+-9.414605 -1.456144 0.278325
+-9.142842999999999 -1.081365 0.249814
+-9.748241 -1.110277 0.306341
+-8.708052 2.87329 1.454384
+-8.382694000000001 2.8461 1.317803
+-7.957418 2.655273 1.410324
+-8.667683 2.759185 0.673987
+-9.175438 2.091105 1.364221
+-9.107472 2.442713 0.850474
+-9.158331 2.823895 0.691798
+-8.695995 -1.353954 1.2719
+-9.027138000000001 -0.324166 0.641216
+-9.024044999999999 -0.346648 0.148365
+-9.419936999999999 2.51168 0.416376
+-8.934677000000001 1.420218 0.904676
+-8.69258 -1.831406 0.9187920000000001
+-8.793336999999999 -2.237971 1.017186
+-9.191423 -2.033724 1.001699
+-9.188154000000001 -2.347471 1.104994
+-8.242425000000001 -2.420491 1.00275
+-9.133490999999999 -2.403815 0.715179
+-9.052864 -2.256636 0.247629
+-9.512238 -2.431925 0.338336
+-9.073584 -2.044352 1.382215
+-8.676964 -2.024644 1.333866
+-8.287412 -2.040077 1.291948
+-8.652570000000001 2.68258 0.148585
+-8.752753999999999 -2.625935 0.924837
+-8.294976999999999 -2.781116 0.724355
+-8.742191999999999 -3.067846 0.775559
+-8.643364 -2.652868 0.348244
+-9.107245000000001 -3.243121 0.815432
+-9.234594 -2.814041 0.684104
+-9.133042 -2.629929 0.360415
+-9.452450000000001 -3.185417 0.35288
+-9.529491 -2.829886 0.342057
+-9.152552 0.678956 1.270559
+-8.783364000000001 0.71485 1.331409
+-8.209898000000001 0.595535 1.508961
+-9.095713999999999 0.652131 0.946587
+-8.968002 0.696092 0.585077
+-9.527462999999999 0.655313 0.888581
+-9.153292 1.721749 0.908768
+-8.618295 1.726787 0.927069
+-8.112773000000001 1.725137 0.943522
+-8.998711 2.078482 0.970499
+-8.948570999999999 2.23059 0.330013
+-8.890370000000001 1.776675 0.587056
+-8.970076000000001 1.78299 0.115421
+-9.422598000000001 1.707865 0.212453
+-9.768999000000001 1.854334 0.38831
+-8.797027 -4.228473 0.700994
+-7.542509 -3.016713 1.45737
+-8.409624000000001 -3.335193 0.866324
+-7.963219 -3.231459 0.904625
+-8.957556 1.111816 0.691685
+-9.163285999999999 0.990664 0.203791
+-8.860296999999999 0.308183 0.228975
+-9.392083 0.25146 0.258528
+-9.897931 0.337836 0.413463
+-8.274995000000001 -4.502077 0.687595
+-7.862655 -4.541643 0.831087
+-7.471385 -4.504796 0.708939
+-7.736814 -4.570511 0.253066
+-8.168164000000001 -3.769744 0.686771
+-8.247584 -4.434105 0.190296
+-8.281813 -4.89465 0.353514
+-8.722714 -4.519648 0.389257
+-8.479466 -4.103089 0.392392
+-8.446393 -3.730732 0.208514
+-8.149514 -4.497163 1.125084
+-7.69454 -4.546987 1.189528
+-7.545151 -4.886064 0.9487640000000001
+-8.101877 -5.282467 0.758926
+-7.580224 -5.337756 0.613901
+-7.917905 -4.916013 0.6848379999999999
+-7.937243 -5.311621 0.340169
+-7.277081 -5.582338 0.945319
+-6.801912 -6.105737 0.757343
+-6.711424 -5.582102 0.985657
+-7.501642 -5.448835 0.096958
+-7.05174 -6.583455 0.750959
+-6.772252 -6.247833 0.202927
+-6.030402 -6.625624 0.917906
+-5.818113 -6.988858 1.070403
+-5.425322 -6.802865 0.771547
+-5.81778 -7.022281 0.579576
+-6.297445 -7.159141 0.715679
+-6.073524 -6.828785 0.252258
+-5.520833 -7.313368 0.469596
+-5.450136 -7.828744 0.707013
+-5.739021 -7.73806 0.352177
+-6.121276 -7.781376 -0.179362
+-5.374857 -8.144963000000001 0.34141
+-5.860212 -8.167593999999999 0.338522
+-5.44837 -6.945499 1.476508
+-9.015298 -3.042983 0.259909
+-3.768179 -8.866078999999999 0.749238
+-4.510933 -8.799372999999999 0.399166
+-3.681586 -8.557115 0.994692
+-3.606107 -8.030521999999999 0.84663
+-3.631268 -8.424848000000001 0.61389
+-3.979684 -8.197976000000001 0.906741
+-4.043665 -8.539997 0.63353
+-3.781883 -8.663035000000001 1.315325
+-3.738151 -8.131169999999999 1.273752
+-3.911983 -7.613594 1.226221
+-3.645447 -8.749181 0.291224
+-3.838794 -9.178068 0.447352
+-3.424673 -9.197167 0.442979
+-4.079054 -8.911415999999999 0.422491
+-3.889173 -8.428886 0.22514
+-1.82598 -8.806877 1.350673
+-1.728018 -8.240047000000001 1.469068
+-1.972955 -9.092530999999999 1.056939
+-1.654259 -8.97528 1.045031
+-2.048916 -9.293583999999999 0.693871
+-1.664182 -9.567572 0.550964
+-2.13357 -8.244424 1.04545
+-2.451056 -9.0084 0.290721
+-2.612054 -8.44271 1.044555
+-3.175389 -8.321367 0.813597
+-2.554203 -7.873415 0.923775
+-0.902434 -9.151208 1.20773
+-0.979859 -8.868221999999999 1.215568
+-0.996258 -9.128774999999999 0.844708
+-0.928804 -9.494249 0.714475
+-1.630995 -9.213483 0.740675
+-1.204413 -9.034093 0.124503
+-0.191808 -9.85773 0.418723
+-0.645921 -9.094900000000001 0.97946
+-0.475944 -8.618658 0.878787
+-0.476215 -9.302652999999999 0.13938
+-0.485851 -9.740978999999999 -0.071633
+-1.631771 -9.515142000000001 0.118028
+-1.644588 -9.148211999999999 0.278368
+-1.688698 -8.846280999999999 0.695499
+-1.645126 -8.259805999999999 0.7312380000000001
+-1.895213 -8.645332 0.264676
+-2.009342 -9.026441 0.376403
+0.491459 -9.462878999999999 0.978171
+0.38946 -9.034196 1.036053
+0.57579 -8.767073999999999 0.929379
+0.502931 -9.109718000000001 0.634333
+0.210607 -9.603244 0.711919
+0.392241 -9.254519 0.208023
+0.752957 -9.843343000000001 0.390101
+0.236627 -8.801715 0.562744
+0.250374 -9.875372 0.359648
+0.636705 -9.022508 1.331951
+-4.445625 -7.250752 0.978223
+-4.559513 -7.653872 0.50212
+-4.471028 -8.38435 0.70723
+-4.310498 -8.423971 0.187264
+1.216291 -9.400876 1.071569
+1.197368 -8.944193 1.116141
+1.202948 -9.110711 0.679454
+1.111874 -9.660793 0.692674
+1.212359 -9.461884 0.291979
+1.383136 -9.870056999999999 0.391254
+0.8168879999999999 -9.117353 0.9971410000000001
+0.920394 -8.596721000000001 0.884892
+0.852253 -8.919529000000001 0.635325
+0.892746 -8.912812000000001 0.134184
+0.80009 -9.437942 0.112053
+0.9067190000000001 -9.770365999999999 -0.016604
+1.265097 -8.655091000000001 1.498096
+1.970377 -8.848573999999999 1.421427
+1.92362 -9.081939 0.970287
+2.013504 -9.440412999999999 0.75946
+-0.902686 -9.456170999999999 0.310507
+2.225328 -8.789827000000001 0.6375189999999999
+1.563716 -9.256835000000001 0.963804
+1.592865 -8.797597 1.010609
+1.660571 -9.071577 0.6216469999999999
+1.511129 -9.086772 0.18362
+2.117218 -8.397897 1.265287
+1.924026 -7.964613 1.556974
+1.867112 -8.694292000000001 0.722174
+2.034189 -9.093498 0.459851
+1.934813 -9.124827 -0.024604
+2.272806 -8.31034 0.7813020000000001
+2.417727 -8.977221999999999 0.141043
+3.714917 -8.141676 -1.885238
+3.683074 -8.493225000000001 -2.08959
+3.627496 -9.030761999999999 -2.499647
+3.572903 -9.457541000000001 -2.702412
+3.692911 -9.010669 -2.959841
+8.237842000000001 -6.417297 -2.959665
+8.110718 -5.900878 -2.659938
+8.147247 -5.401631 -2.826519
+8.248943000000001 -5.912461 -3.098474
+9.090047 -5.621815 -2.983271
+8.546822000000001 -5.694264 -2.782909
+8.595644999999999 -5.506397 -3.142692
+8.811978 -6.033084 -2.992943
+3.910748 -9.911956 -2.998232
+4.013485 -9.130165999999999 -2.612735
+3.950991 -8.688427000000001 -2.541807
+4.037963 -9.437244 -2.862226
+3.492787 -9.370820999999999 -3.11133
+4.077175 -8.57897 -2.095423
+3.903875 -8.184544000000001 -2.285621
+8.325447 -4.922619 -2.583737
+8.790528 -4.919293 -2.716814
+8.045947999999999 -4.917933 -2.159441
+7.295705 -4.820074 -1.997458
+7.413641 -4.390583 -2.014274
+7.453018 -4.760888 -2.486569
+7.867156 -4.470459 -2.142018
+7.785553 -4.553374 -1.7461
+7.940937 -5.043758 -1.790627
+7.93276 -4.607761 -2.533161
+7.832979 -5.29797 -2.475642
+7.894188 -4.879127 -2.861774
+8.036066 -4.063246 -2.398645
+8.238439 -4.679792 -1.786542
+8.520028 -4.116951 -2.572501
+8.862085 -5.266812 -2.92972
+8.275371 -4.224983 -1.764322
+7.798811 -4.050005 -1.931462
+7.384804 -4.040649 -1.776002
+8.955468 -4.07383 -2.635936
+8.703305 -4.31068 -3.088909
+4.520045 -7.557662 -1.832929
+5.054421 -7.798276 -1.705993
+4.687025 -8.112062 -1.876474
+9.15165 -4.724211 -2.98111
+2.859946 -9.7788 -2.80317
+3.168835 -9.498365 -2.669317
+2.267635 -9.585927 -3.101703
+2.891694 -10.357844 -3.009305
+2.882749 -9.837831 -3.175854
+3.084607 -9.430603 -3.024439
+3.116128 -9.042319000000001 -3.14512
+3.346892 -10.153643 -2.977172
+3.346164 -9.749758999999999 -3.025156
+7.806015 -6.966728 -3.00769
+7.417083 -7.413715 -3.030138
+2.394769 -10.032157 -2.98959
+7.344748 -6.325169 -2.658297
+9.553326999999999 -3.536375 -2.830408
+8.592516 -3.520216 -2.082645
+5.244358 -6.793085 -1.840172
+5.365235 -7.314622 -1.807099
+5.45673 -7.808077 -1.731409
+5.42704 -7.60984 -2.101279
+5.203553 -7.664942 -2.4801
+5.091689 -8.046927 -2.071003
+5.419249 -8.069755000000001 -2.325281
+4.387922 -9.850294 -2.990079
+4.667195 -9.447376 -2.992831
+5.028494 -9.054850999999999 -3.001276
+5.128736 -9.502922999999999 -3.014096
+4.67067 -8.936949 -3.071846
+9.277231 -5.138264 -3.000858
+5.399282 -8.416852 -2.666562
+4.952331 -8.186349999999999 -2.383973
+4.910712 -8.392891000000001 -2.718675
+8.840259 -4.903558 -3.118206
+5.264316 -8.63674 -3.030176
+4.957421 -8.791833 -2.682851
+4.906013 -8.646490999999999 -3.013326
+9.536039000000001 -3.911586 -2.78516
+9.641373 -4.722559 -2.971058
+9.232203 -3.752437 -2.634281
+9.198345 -4.258211 -2.966841
+3.949306 -8.662288 -3.104384
+4.262258 -9.064173 -2.918948
+-9.709099 3.709187 -2.96355
+-9.732065 2.840649 -2.68955
+-9.425677 3.107996 -2.646513
+-9.994553 3.086144 -3.019025
+-9.651365 3.283161 -2.982735
+-10.423783 2.80788 -3.016642
+-10.183285 3.511806 -3.015982
+-10.0312 2.086674 -2.799753
+-9.985378000000001 2.451284 -2.747257
+-9.955854 2.658401 -3.06725
+-10.363362 2.395128 -2.957353
+-9.3932 2.155921 -2.482641
+-8.848863 2.063981 -2.498764
+-9.489514 2.007878 -2.906516
+-10.129191 1.690178 -2.767539
+-9.891287999999999 2.190944 -3.137506
+-10.324775 1.364524 -2.924298
+-10.41566 1.899924 -3.067107
+-10.044944 -1.444327 -2.876024
+-10.641937 -1.235705 -2.997827
+9.707575 -3.090597 -2.846586
+10.020039 -3.827582 -3.033393
+9.967352 -4.276893 -3.017394
+9.423812 -3.844638 -3.122865
+9.596855 -4.219864 -3.016952
+5.727667 -8.190576999999999 -3.061072
+5.681202 -8.716053 -2.993702
+5.115837 -8.273698 -3.102079
+5.797042 -7.290521 -2.155611
+5.852197 -7.735052 -2.385215
+5.714349 -8.096000999999999 -2.607269
+6.422359 -7.7279 -2.640051
+6.01154 -7.621659 -2.958848
+6.345122 -8.02792 -3.028539
+10.293586 -3.291456 -3.087577
+9.970204000000001 -3.44709 -2.89559
+7.9561 -3.139291 -2.518607
+8.244412000000001 -2.615573 -2.46806
+8.792192 -2.854429 -2.393872
+8.861019000000001 -2.452873 -2.414128
+8.618815 -2.690517 -2.814077
+8.822070999999999 -3.132285 -2.721169
+8.675172999999999 -3.101348 -3.150535
+9.277143000000001 -2.913856 -2.356695
+9.323930000000001 -2.525367 -2.46086
+9.124518 -2.711612 -2.757028
+9.228652 -3.103823 -3.073741
+9.610766 -2.337648 -2.704284
+9.443244 -2.622249 -3.114442
+9.521466 -2.730545 -2.687607
+8.676667 -0.360666 -1.874542
+8.473138000000001 -1.021147 -1.78292
+8.781306000000001 -1.266669 -2.06798
+9.237097 -0.991706 -2.144597
+9.601309000000001 -1.116524 -2.390129
+9.375462000000001 -0.946779 -2.906144
+9.957421999999999 -0.991231 -2.678707
+9.211950999999999 -0.729227 -2.497375
+9.608936999999999 -0.738711 -2.524354
+8.652331999999999 -2.361775 -1.737292
+8.270123 -2.431814 -1.737178
+8.921685 -1.764363 -2.029538
+8.703448 -1.74515 -2.477793
+9.259022999999999 -1.773496 -2.492188
+9.093488000000001 -1.274553 -2.547862
+6.821449 -8.127147000000001 -3.009247
+6.280837 -8.471958000000001 -3.043331
+7.112487 -7.705956 -2.9679
+6.639386 -7.349198 -2.713968
+6.658244 -7.616338 -3.088501
+7.561879 -6.686854 -2.686654
+10.280491 -1.227375 -3.023472
+9.439956 -1.452492 -2.712001
+9.853484999999999 -1.458663 -2.866705
+7.04422 -6.106439 -2.27404
+6.171241 -5.903746 -2.311146
+7.549583 -5.636639 -2.143525
+7.611957 -5.818095 -2.509657
+7.270559 -5.368238 -2.52891
+7.740514 -5.690052 -2.894647
+10.655087 -0.568286 -3.04581
+10.04495 -2.077699 -2.951453
+9.611528 -2.201307 -3.107399
+9.940732000000001 -2.682137 -2.98743
+7.04354 -7.103648 -2.615232
+9.004234 -2.798197 -2.046713
+8.598108999999999 -2.622664 -2.063652
+8.158029000000001 -2.771824 -2.042399
+10.697269 -1.557901 -3.01886
+10.296136 -1.702528 -3.014294
+7.288323 -6.895035 -2.939074
+10.676702 -1.043509 -2.997759
+10.440798 -2.822885 -2.980132
+10.333355 -2.4198 -3.058716
+6.920568 -7.193605 -3.031712
+9.456288000000001 -1.782532 -3.060906
+6.012358 -6.941201 -2.76809
+6.595952 -6.550478 -2.250272
+6.633833 -6.767133 -2.873896
+5.660766 -7.392814 -2.583008
+7.633992 -6.473509 -3.08328
+10.602074 -2.105794 -2.973103
+-9.950823 -1.066336 -2.618654
+-8.943599000000001 -1.297906 -2.53171
+-9.273686 -1.484453 -2.602333
+-9.657652000000001 -1.339725 -2.358275
+-9.591454000000001 -1.226151 -2.714306
+-9.467919 -1.607232 -3.044122
+-8.727710999999999 2.807238 -1.82671
+-8.307706 2.794616 -1.986641
+-8.572639000000001 2.22699 -2.124892
+-8.765129999999999 2.781848 -2.22346
+-9.074311 2.080211 -1.688929
+-9.218285 2.15056 -2.148495
+-9.163391000000001 2.82629 -2.093953
+-9.113977 2.954186 -2.423371
+-8.835914000000001 2.766513 -2.631242
+-9.359416 -0.677982 -2.069117
+-9.501609 -0.601787 -3.029552
+-10.005926 -1.970614 -3.000034
+-9.252848 1.488283 -2.845128
+-8.696363 -1.777666 -2.080658
+-8.959884000000001 -2.07239 -2.128336
+-8.890787 -2.375706 -2.478808
+-8.799276000000001 -1.764082 -2.542913
+-9.244589 -1.984205 -2.610923
+-9.679125000000001 -2.121219 -2.635523
+-9.290796 -2.434387 -2.671498
+-9.454121000000001 -2.293422 -3.058741
+-9.633940000000001 -2.894781 -2.656022
+-9.676907 -2.541641 -2.666444
+-9.177535000000001 -2.073161 -1.69329
+-8.654037000000001 -2.071254 -1.792196
+-9.380552 2.596091 -2.381653
+-8.99156 2.48993 -2.403601
+-8.834097999999999 2.401543 -2.84829
+-9.211639 2.334002 -2.728115
+-9.361708 2.409736 -3.106637
+-9.634971 2.390573 -2.718884
+-9.30569 -0.95497 -2.473931
+-8.805580000000001 -0.895025 -2.579054
+-9.266246000000001 -1.010143 -2.874543
+-10.25558 -0.97052 -3.00928
+-10.554819 -1.780596 -3.010994
+-9.034488 0.787104 -1.827361
+-8.563872 0.884933 -1.725044
+-8.055433000000001 0.907589 -1.902531
+-8.549106999999999 0.703 -2.105003
+-9.064359 0.749586 -2.233531
+-8.870913 0.931121 -2.607356
+-9.595765999999999 0.681009 -3.024138
+-9.903739 1.051184 -2.759996
+-8.730909 1.523633 -2.563938
+-9.978082000000001 1.39982 -2.664722
+-10.011403 1.447347 -3.123753
+-10.476451 -2.715861 -3.057114
+-10.04515 -2.443658 -2.964384
+-10.045515 -2.940699 -2.947484
+-9.239597 2.929641 -3.123015
+-8.851061 2.800966 -3.01749
+-9.567589 2.826891 -2.994966
+-8.211307 -3.059893 -2.178518
+-8.447958 -3.292378 -2.707192
+-9.040435 -3.199239 -2.417373
+-8.872845 -3.114493 -2.956876
+-9.346178 -3.175676 -2.671033
+-9.625206 -3.242755 -3.008255
+-8.921511000000001 -4.398451 -2.803726
+-9.077750999999999 -3.921828 -2.601583
+-8.773107 -3.852787 -2.98647
+-8.659424 -3.473735 -2.153794
+-7.919913 -3.651599 -2.289937
+-8.916012 -3.495664 -2.663484
+-9.33235 -3.560105 -2.594825
+-9.180960000000001 -3.471769 -3.054323
+-8.604005000000001 -0.022779 -1.746057
+-7.853642 -3.191127 -1.698184
+-9.95757 0.622219 -3.0026
+-10.040181 -3.543171 -3.012672
+-9.547580999999999 -3.894336 -2.956776
+-10.727112 1.28423 -3.035228
+-10.28664 0.869763 -2.92567
+-10.701892 0.79096 -3.009185
+-9.314831 1.030894 -2.44289
+-9.413377000000001 1.027441 -2.859516
+-9.893573 1.0165 -3.144537
+-10.797378 0.366637 -3.004342
+-9.29237 -4.437581 -3.040038
+-8.681908999999999 -5.058823 -2.729421
+-8.181898 -0.569256 -1.775417
+-8.238053000000001 -4.207885 -2.361389
+-9.737596 -4.470481 -3.013972
+-9.159247000000001 -4.831684 -2.902241
+-8.851981 -5.212538 -3.05909
+-8.263597000000001 -5.19088 -3.071823
+-8.597904 -4.780641 -3.083213
+-8.178896 -4.974607 -2.304742
+-8.032878999999999 -4.559032 -2.544388
+-8.287112 -4.92942 -2.712826
+-8.165797 -4.631861 -3.050676
+-8.999057000000001 -5.629252 -3.083479
+-8.530742 -5.614999 -2.956321
+-9.419912999999999 -5.160924 -3.020162
+-8.213259000000001 -6.288705 -3.019005
+-8.023510999999999 -5.780503 -2.870363
+-6.987631 -5.977199 -2.119256
+-6.639819 -5.743963 -1.965464
+-7.072442 -5.40622 -2.065896
+-7.491033 -5.743342 -2.589557
+-8.646839999999999 -6.182759 -3.03257
+-7.513226 -6.703913 -2.748223
+-7.204923 -6.715069 -3.107359
+-6.977725 -7.433648 -2.732031
+-6.592302 -7.240405 -3.075479
+-8.361941 -6.662981 -3.057284
+-7.870712 -6.586004 -3.080757
+-7.867767 -6.118945 -3.148229
+-7.474957 -6.19625 -3.04754
+-7.649202 -7.174455 -3.031791
+-8.126886000000001 -6.960551 -2.976147
+-6.632832 -6.826439 -2.279574
+-6.745951 -6.097546 -2.499359
+-6.951715 -6.620875 -2.649039
+-5.815349 -6.988993 -2.15146
+-6.123329 -6.912863 -2.527245
+-6.529565 -6.946798 -2.767002
+-6.767709 -6.835118 -3.091484
+-5.974706 -7.53563 -2.081528
+-5.543389 -7.563261 -2.10224
+-5.887324 -7.506648 -2.43306
+-5.80548 -7.322136 -2.849435
+-6.215664 -7.367627 -2.707481
+-6.539498 -7.715729 -2.64817
+-6.442483 -7.684127 -3.036071
+-6.577143 -7.299066 -2.585096
+-7.061372 -8.142440000000001 -3.097543
+-9.030360999999999 -2.78539 -2.6081
+-8.050800000000001 -2.664634 -2.606651
+-9.684144999999999 -2.742421 -3.115003
+-5.187804 -7.708022 -2.139886
+-4.774147 -7.606415 -2.437985
+-5.379734 -7.604774 -2.60494
+-5.882219 -7.645252 -2.791634
+-6.19097 -7.983289 -2.895512
+-6.115036 -7.533445 -3.086581
+-7.177846 -7.256084 -3.105969
+-7.291288 -7.677475 -2.978176
+-6.837963 -7.665378 -3.067676
+-6.633538 -8.276513 -3.002754
+-8.398664 -3.884933 -2.107824
+-8.062059 -3.941671 -1.942346
+-7.571462 -4.559539 -1.907693
+-7.566449 -4.010477 -1.988152
+-7.525187 -4.345777 -2.378625
+-5.219839 -7.854498 -1.699132
+-5.452608 -7.071091 -1.891649
+-5.544235 -8.031366999999999 -2.3628
+-5.279726 -8.084944999999999 -2.772561
+-5.108553 -8.730758 -2.819016
+-4.929745 -8.339859000000001 -3.01295
+-4.620766 -8.673484 -2.993247
+-6.127248 -8.795002 -2.993405
+-5.744163 -8.453372 -2.756389
+-5.947011 -8.345452 -3.117282
+-5.510868 -8.951107 -3.01561
+-5.421865 -8.369572 -3.114199
+-5.845127 -8.007709 -2.680393
+-4.431818 -9.090935999999999 -2.880727
+-3.75706 -8.772716000000001 -2.020634
+-3.687523 -8.874404999999999 -2.439815
+-2.991583 -9.085148999999999 -2.497293
+-3.318753 -8.957860999999999 -2.917271
+-3.780773 -9.556285000000001 -2.752005
+-3.914719 -9.161391 -2.636703
+-4.925928 -9.036118 -2.993389
+-4.982747 -9.493791 -3.001579
+-4.026145 -8.389277 -2.46101
+-3.271819 -9.327942 -3.124454
+-1.567341 -9.041611 -1.751085
+-1.675138 -8.893283 -2.10407
+-2.050221 -8.515487 -2.068344
+-2.025901 -9.044700000000001 -2.090644
+-2.218625 -9.400309 -2.389129
+-1.663767 -9.400766000000001 -2.419993
+-2.24036 -8.829124999999999 -1.847427
+-2.445039 -9.030682000000001 -2.885571
+-2.3192 -9.543417 -3.027745
+-3.011984 -9.517509 -2.69651
+-4.345204 -9.515058 -2.944529
+-4.099053 -9.831026 -3.011887
+-4.476772 -8.029517999999999 -2.250225
+-4.438171 -8.298171 -2.758818
+-4.360598 -8.799096 -2.56957
+-2.727019 -9.959668000000001 -2.95866
+-3.372035 -10.21992 -2.969874
+-3.190105 -9.754538 -3.033844
+-1.606734 -9.801655999999999 -2.656441
+-1.966496 -9.730249000000001 -2.722486
+-2.345364 -9.761126000000001 -2.636194
+-0.919712 -9.128144000000001 -2.047637
+-1.742652 -8.899433 -2.550108
+-1.040239 -8.903162999999999 -2.455611
+-1.602762 -9.404866999999999 -2.811141
+-1.318457 -10.098539 -2.794668
+-1.772731 -10.109709 -2.737221
+-1.781678 -9.601328000000001 -3.127983
+-1.286661 -9.63456 -3.069839
+-3.643106 -9.843662999999999 -3.042803
+-2.621442 -8.679181 -2.568746
+-3.181613 -8.608934 -2.532593
+-2.700959 -8.277449000000001 -2.57594
+-2.616872 -9.480097000000001 -2.62403
+-1.761649 -10.514052 -3.009924
+-2.140084 -10.050224 -3.040053
+-2.290533 -10.483918 -3.015433
+-1.301278 -9.275328 -2.700703
+-2.86934 -10.425309 -3.034145
+-0.173827 -10.137782 -2.723879
+-0.547743 -10.176264 -2.718151
+-0.962448 -10.380098 -2.955193
+-0.91408 -10.134405 -2.735969
+-0.949873 -9.969203 -3.138826
+-1.274697 -10.162452 -3.208548
+-0.31107 -8.96138 -2.542719
+-0.324695 -9.407268999999999 -2.603942
+-0.358532 -9.806119000000001 -2.459424
+-0.268029 -9.721876 -2.793564
+-0.020587 -9.634565 -3.12539
+-0.050164 -10.052813 -3.090986
+0.482816 -8.651059999999999 -1.818133
+0.439779 -8.775254 -2.173112
+0.428175 -9.237019999999999 -2.134231
+0.330718 -9.576561999999999 -2.116071
+0.479092 -9.258896 -2.828934
+0.510059 -9.661142999999999 -2.803255
+-0.913403 -10.790541 -3.017025
+-1.310917 -10.541464 -3.025784
+-0.555616 -10.59049 -3.038994
+-0.5138160000000001 -9.254939 -2.922625
+-0.547605 -9.992858 -3.042025
+1.256466 -8.865883 -1.766055
+1.26482 -8.406655000000001 -1.831718
+1.208733 -9.170232 -2.124777
+1.118461 -9.147167 -2.511062
+1.284675 -9.545869 -2.427131
+0.962496 -9.850714999999999 -2.677058
+1.210172 -9.657101000000001 -3.081229
+2.050299 -9.333332 -2.464685
+1.929329 -9.745042 -2.690929
+0.692905 -10.813055 -3.061761
+0.012098 -10.825631 -3.081796
+-0.225184 -10.423796 -2.941296
+0.217717 -10.394763 -2.964245
+0.866741 -10.455929 -2.964721
+0.533994 -10.010585 -3.042072
+0.265523 -8.967846 -2.546024
+-4.417671 -7.375193 -2.093586
+1.511238 -10.333575 -3.008075
+1.140482 -10.059975 -3.021897
+0.860579 -9.503128 -2.456869
+0.727197 -8.998548 -2.542897
+0.938083 -9.372268999999999 -2.87649
+0.8426979999999999 -9.701881 -3.106236
+2.10392 -10.521392 -3.003656
+1.905905 -10.048055 -3.021128
+1.480913 -9.458529 -2.740614
+1.635322 -9.658586 -3.108512
+1.228037 -10.768478 -3.012234
+1.95301 -8.978475 -1.99074
+1.638334 -8.652792 -2.184208
+2.042545 -8.913905 -2.4633
+2.496792 -9.021678 -2.508283
+2.332521 -9.018886 -2.933272
+2.390087 -9.545059 -2.661122
+-2.454938 -8.325327 -2.215985
+-3.026564 -8.293256 -2.165005
+2.481271 -8.226785 -2.046484
+2.836873 -8.714349 -2.248334
+2.712107 -9.383043000000001 -3.145127
+-0.471666 -9.081203 -2.101359
+0.79267 -9.189932000000001 -2.160994
+0.910242 -8.791150999999999 -2.099883
+-6.61306 7.69925 -2.718682
+-5.892309 8.151477999999999 -2.717343
+-6.181209 7.782918 -2.662272
+-6.315832 7.347619 -2.766085
+-6.111218 6.834621 -2.639425
+-7.667514 6.708777 -2.759862
+-7.509005 6.210898 -2.678823
+-7.817043 6.68946 -3.12873
+-8.014116 6.016327 -2.622314
+-8.268345999999999 6.16229 -2.986221
+-7.823964 6.320906 -2.948277
+-8.753092000000001 6.115464 -3.038367
+-8.335711999999999 6.71408 -3.03077
+-8.320297999999999 5.60237 -2.753661
+-6.933002 6.406134 -2.266143
+-9.092813 5.621929 -2.998203
+-8.650812 5.346574 -2.730754
+-8.644866 5.532672 -3.125917
+-6.569858 6.322686 -1.843118
+-6.599297 6.744484 -2.173528
+-6.820489 6.997237 -2.623788
+-7.487572 4.514548 -2.193768
+-7.898557 4.403824 -2.020106
+-7.806073 4.367987 -2.510188
+-8.371604 4.272088 -1.912043
+-8.253169 4.157732 -2.406435
+-8.237477999999999 4.751021 -2.260182
+-8.21088 4.500321 -2.797312
+-8.288282000000001 5.115108 -2.644977
+-8.612691999999999 4.560844 -2.370321
+-8.661246 4.465906 -2.80013
+-8.580634 4.464082 -3.168423
+-8.657087000000001 4.838121 -3.13642
+-8.131366999999999 4.635476 -1.671562
+-7.486226 4.575153 -1.738919
+-7.965907 3.798156 -1.725795
+-8.526133 3.934146 -1.664616
+-5.431116 8.457865999999999 -2.765706
+-5.078075 8.054626000000001 -2.714501
+-5.04529 8.385483000000001 -3.112884
+-5.921538 8.448731 -2.99771
+-5.355825 8.028501 -3.050287
+-6.426555 8.623768999999999 -2.986935
+-5.764891 8.986265 -3.025096
+-7.569362 7.546701 -2.951526
+-7.520724 7.01867 -2.965007
+-7.908662 7.07896 -3.067587
+-7.406654 6.584265 -3.077125
+-6.83006 8.110203 -2.994175
+-6.275791 8.129066 -2.965748
+9.189904 0.330396 -1.753135
+8.446163 0.308066 -1.741683
+-7.265188 6.67766 -2.632722
+-8.919836999999999 3.701114 -2.587143
+-8.914835 3.827497 -3.089507
+-9.343576000000001 3.54314 -2.645613
+-6.941867 7.702949 -2.974959
+-7.189191 7.26273 -2.999823
+-7.324844 7.80695 -3.12284
+-6.516495 7.774457 -3.133691
+-6.451809 6.948235 -3.057303
+-8.937414 5.167667 -3.004833
+-7.47224 5.413981 -2.401893
+-7.020254 5.296377 -2.523109
+-7.917966 5.165119 -2.713642
+-8.057138 5.32146 -3.092846
+-8.491175 5.183514 -2.986716
+-9.102359999999999 4.681035 -3.036428
+-8.909416 4.240862 -3.109271
+-9.303210999999999 3.90258 -2.931753
+-9.500137 4.26566 -2.944803
+-9.449230999999999 5.058462 -3.001189
+-9.790087 4.548864 -2.99385
+9.09131 0.850757 -2.493247
+9.794836 0.981185 -3.086157
+10.321052 1.231762 -2.983038
+10.676643 1.588312 -3.034622
+10.748471 0.98919 -2.975308
+-8.496022999999999 3.151493 -2.139423
+-8.625486 3.133132 -2.560846
+-9.243772999999999 3.416402 -3.082908
+-7.259905 5.737345 -2.791488
+-7.647038 5.784025 -2.472544
+-7.909421 5.790082 -2.98197
+-9.995874000000001 4.024569 -3.063121
+8.77125 0.849845 -1.969044
+9.222440000000001 1.03346 -2.135839
+9.583660999999999 1.121393 -2.080355
+8.532052999999999 0.781785 -2.463978
+8.925112 0.50656 -2.864098
+9.396037 0.675117 -2.856914
+9.847593 0.765603 -2.634626
+8.420904999999999 1.383513 -2.163896
+9.219906999999999 1.292266 -2.439183
+9.552063 1.397491 -2.311686
+9.405836000000001 1.467803 -3.090228
+9.894500000000001 1.925269 -2.679893
+9.918590999999999 1.455486 -3.049424
+8.886794999999999 2.044643 -1.759762
+8.520383000000001 2.214906 -1.765919
+8.125792000000001 2.119943 -1.590231
+8.837726999999999 2.160192 -2.107259
+8.735896 2.150846 -2.481927
+9.249155 2.045323 -2.4243
+9.070354999999999 2.087298 -2.766262
+9.52692 2.023749 -2.674163
+10.198979 1.813229 -3.043395
+9.848632 2.413493 -2.912212
+8.596292 2.477113 -2.150274
+8.369871 2.51265 -2.535606
+8.908842 2.816019 -2.148472
+8.982818 2.492758 -2.442351
+8.888563 2.450894 -2.860866
+9.407334000000001 2.281936 -3.08142
+9.643432000000001 2.795397 -2.636503
+9.805548 2.902632 -3.00493
+8.901857 1.710864 -2.34888
+9.163288 1.827592 -3.097974
+9.685568999999999 1.579829 -2.683119
+10.399292 2.284628 -2.973912
+10.365022 3.262961 -3.004082
+10.22916 2.887876 -2.985446
+8.769154 2.943079 -2.53286
+9.446025000000001 3.542018 -2.645987
+9.542236000000001 3.166145 -2.772166
+9.495345 3.162522 -3.158348
+9.995146 3.970171 -2.971841
+9.902685 3.418862 -2.97134
+7.791716 4.55575 -1.744135
+7.891316 4.405986 -2.104929
+8.212662 4.594371 -1.777952
+8.344507 4.648367 -2.299702
+8.565488999999999 4.310697 -2.093439
+8.775477 4.194357 -2.527474
+8.41028 4.352405 -2.760228
+8.822112000000001 4.666909 -2.635002
+9.16766 3.853032 -2.646018
+8.753057999999999 3.569456 -2.764008
+8.256142000000001 3.711348 -2.702849
+9.190124000000001 4.287063 -2.833739
+9.205825000000001 4.671488 -2.809798
+9.115632 3.81466 -3.085108
+9.532339 3.693117 -3.030645
+7.705535 3.410007 -2.089238
+9.579461999999999 4.171418 -3.051606
+7.368184 5.138741 -1.85009
+7.399292 4.478121 -1.930695
+8.149086 5.053034 -2.397002
+7.997173 4.519391 -2.541196
+8.508656999999999 5.003587 -2.555021
+8.746207 5.067996 -2.907871
+9.091595 4.953069 -3.066591
+8.795916 4.521192 -3.064842
+9.680994 4.599697 -2.985243
+9.273645 4.58543 -3.188969
+6.630152 5.318357 -1.919413
+7.442673 5.261839 -2.205427
+7.288615 5.16951 -2.563854
+7.797888 5.345447 -2.416352
+7.98562 5.269722 -3.120098
+7.499241 4.483444 -1.413488
+7.801811 6.33014 -2.711328
+7.763188 6.192518 -3.067724
+8.242857000000001 5.973252 -2.748922
+8.514200000000001 5.481785 -2.944809
+8.958133999999999 5.990436 -3.017382
+9.114833000000001 5.446445 -3.0165
+9.515805 4.969298 -3.051622
+7.480701 5.649526 -2.41463
+8.339691 6.773306 -3.01146
+8.152036000000001 6.343016 -3.036316
+6.758941 5.901559 -1.990092
+6.633271 6.116243 -2.465717
+7.08626 5.945469 -2.420934
+7.564175 6.06191 -2.363944
+7.326158 5.900138 -2.725825
+7.464277 5.825095 -3.112722
+7.964322 5.838267 -3.031207
+8.475612999999999 5.964012 -3.092134
+6.821166 7.435283 -2.667683
+7.175422 7.102094 -3.024205
+7.368339 6.319318 -3.054564
+8.651123 6.391254 -2.948191
+7.815646 6.634501 -3.00358
+7.342769 7.587147 -2.999646
+7.807523 7.125796 -3.016314
+6.420724 7.711777 -2.683216
+6.268487 8.052500999999999 -2.971415
+6.725468 7.934069 -2.960097
+7.142691 8.104492 -3.044591
+6.766478 7.426229 -3.063619
+6.292682 7.435108 -3.138486
+6.653607 7.057148 -3.146526
+5.172277 7.690818 -2.558218
+5.238252 7.261526 -2.297501
+5.666562 7.281064 -2.497749
+6.103428 7.477771 -2.328892
+5.98319 6.972407 -2.424732
+5.727763 6.312038 -2.474796
+5.909682 7.259388 -2.843034
+6.288116 6.490252 -2.476496
+5.636781 7.072178 -2.099611
+5.996493 6.636441 -2.006115
+6.895847 6.734762 -2.351108
+6.726289 6.561462 -2.890408
+4.713866 8.214183999999999 -1.676411
+4.53803 7.725286 -1.79356
+4.491044 7.262456 -1.596704
+4.684283 8.148683999999999 -2.059385
+4.648884 8.023736 -2.436439
+4.760974 8.473470000000001 -2.463107
+5.001038 8.808532 -2.734331
+4.995629 7.400539 -1.756985
+5.020227 8.059172999999999 -2.485086
+6.412573 8.607272 -3.015298
+5.794126 8.209648 -2.930516
+5.210518 7.969419 -3.001389
+5.300927 8.379448 -3.126582
+4.590709 8.831572 -2.697192
+4.603525 8.654048 -3.134644
+4.809024 9.123872 -3.017144
+4.992274 8.656176 -3.086739
+3.577982 8.697556000000001 -1.678055
+3.511044 7.776872 -1.907864
+3.755264 8.006546999999999 -2.34407
+3.589564 8.434896 -2.110163
+3.604979 8.867475000000001 -2.030642
+3.587726 8.842575 -2.376958
+3.509866 8.734556 -2.907024
+2.910275 9.365807 -2.533556
+3.373674 9.177640999999999 -2.560421
+3.655071 9.241713000000001 -3.045045
+5.829876 8.735531999999999 -3.012014
+5.370722 9.158865 -3.049834
+5.390374 8.746953 -3.105728
+5.258942 6.35152 -1.974577
+3.907784 9.455321 -2.721402
+4.163162 9.357175 -3.027599
+4.286377 9.174647999999999 -2.687505
+3.844853 9.0998 -2.632818
+4.351988 8.434369999999999 -2.888764
+3.90774 9.728230999999999 -2.98043
+3.451872 9.530922 -2.739527
+3.904743 8.648113 -2.007346
+3.937355 8.298449 -2.12806
+3.845013 8.559481 -2.455205
+3.834699 8.237100999999999 -2.905844
+4.399043 9.844099 -2.964753
+1.839781 9.331052 -1.718537
+1.81969 9.224154 -2.092033
+1.924271 9.481887 -2.318875
+2.22922 9.268608 -2.066079
+2.143091 9.156053999999999 -2.487305
+1.920704 8.94286 -2.926334
+2.168314 9.441345 -2.753732
+2.981526 9.75512 -2.911923
+3.100459 9.213221000000001 -3.050879
+4.560646 9.490722 -3.035092
+3.452975 9.749153 -3.067316
+2.572083 9.706021 -2.708485
+2.593514 9.827761000000001 -3.16375
+3.365526 10.196763 -3.021755
+0.9982490000000001 8.326591000000001 -1.771632
+1.142654 9.507417 -2.389509
+0.998667 9.770637000000001 -3.020383
+1.88583 9.767798000000001 -2.641741
+2.244058 10.167538 -3.020961
+2.244305 9.891636 -2.675728
+2.244173 9.749267 -2.985009
+1.50336 9.242749999999999 -1.951122
+1.579526 9.086600000000001 -2.403052
+1.724275 9.366357000000001 -2.694561
+1.555488 9.558847 -3.088607
+4.194198 7.914383 -2.084162
+4.149268 7.347807 -2.185299
+4.2806 7.944416 -2.679556
+4.256222 8.667878 -2.538397
+2.578498 10.070597 -2.855885
+2.418292 8.684188000000001 -2.641018
+3.025684 8.780832 -2.673924
+2.558766 9.081486999999999 -2.821464
+2.43738 9.376227 -3.115458
+2.896824 10.184806 -2.991335
+1.906563 10.55233 -3.008658
+1.876546 9.999888 -3.007282
+0.546432 10.123625 -2.916359
+0.906535 10.134853 -2.715077
+0.921889 10.364539 -3.005234
+1.262705 10.178674 -2.761547
+1.45175 10.159217 -3.100089
+1.411875 10.650525 -2.970156
+2.607024 10.512497 -3.021966
+0.495146 9.472239 -2.255962
+0.217765 9.417804 -2.848853
+0.617154 9.805160000000001 -2.631172
+0.460382 9.780858 -3.102087
+0.88565 8.668737999999999 -2.039582
+0.471295 8.368821000000001 -1.892577
+0.844922 8.938117 -2.489686
+0.786967 9.712648 -2.321921
+0.756919 9.408165 -2.626257
+0.818146 9.173140999999999 -3.073975
+-0.422516 8.580892 -1.730007
+-0.191579 9.147517000000001 -2.516382
+-0.199776 9.564349999999999 -2.4528
+-0.200198 9.908593 -2.696793
+0.201195 10.206172 -2.713668
+0.118892 9.887278 -3.042253
+0.530102 10.631609 -2.984484
+0.011937 8.725757 -2.499941
+0.305856 9.082829 -2.519489
+0.218888 9.845223000000001 -2.55133
+-0.183057 10.542642 -3.048422
+0.143623 10.802371 -3.102346
+0.141182 10.44728 -2.983104
+-0.481101 10.212294 -2.703948
+-0.151429 10.158221 -3.01339
+-0.912255 9.531373 -2.104488
+-1.009282 9.105288 -2.136146
+-0.93873 9.495711999999999 -2.456476
+-0.924233 9.821849 -2.645355
+-0.737584 8.419148 -2.070577
+-0.632474 9.23288 -2.367691
+-0.5412709999999999 9.657242 -2.336376
+-0.492087 9.516975 -2.777313
+-0.626398 9.984562 -3.038276
+-0.904502 9.126616 -1.807614
+-0.857666 8.813561999999999 -1.823686
+-1.585827 9.170152 -2.518252
+-1.649579 9.596052 -2.390611
+-1.627 9.487473 -2.800992
+-1.584389 9.944438999999999 -2.662916
+-1.708458 9.786725000000001 -3.083965
+0.99013 10.784315 -3.009692
+-1.279451 10.119736 -2.796888
+-1.321888 10.15455 -3.176113
+-0.8552 10.176279 -2.736777
+-1.006334 10.00175 -3.006367
+-1.166826 9.072381999999999 -2.511341
+-1.243104 9.426225000000001 -2.67324
+-0.641443 10.832246 -2.989047
+-0.270449 10.853169 -3.078446
+-0.5289970000000001 10.472437 -2.925738
+-1.73403 10.386235 -3.013579
+-1.332839 10.513376 -2.985371
+-1.031813 10.815436 -3.039653
+-0.9489300000000001 10.423928 -2.999959
+-2.296655 9.798256 -2.778895
+-2.301329 9.771329 -3.187969
+-1.872731 8.856706000000001 -1.772128
+-1.844939 7.972092 -1.845324
+-1.767318 8.449414000000001 -2.166459
+-2.062097 8.829098 -2.079838
+-1.909631 8.913836999999999 -2.428331
+-2.01758 9.443357000000001 -2.448189
+-1.978949 9.482255 -2.796367
+-1.97634 9.306582000000001 -3.108523
+-2.716916 8.732466000000001 -2.166588
+-2.865121 8.64453 -2.583022
+-2.689672 9.073416999999999 -2.534847
+-2.67013 9.457639 -2.761236
+-2.013076 10.030009 -3.146031
+-2.870041 10.227274 -3.082605
+-2.616554 9.863973 -3.063157
+-2.367838 10.214612 -3.022107
+-2.124419 10.58684 -2.991518
+-2.356074 9.223959000000001 -2.435096
+-2.35306 8.821891000000001 -2.453021
+-2.263569 8.352753 -2.520885
+-2.361406 8.644586 -2.89267
+-2.302568 9.146632 -2.797694
+-2.37189 9.030922 -3.162213
+-2.4148 9.471551 -3.126017
+-3.699429 9.457041 -2.755111
+-3.717816 9.079541000000001 -2.611303
+-3.137711 9.461807 -2.641616
+-3.361406 9.231106 -3.0277
+-3.043203 9.100987 -2.770844
+-2.882012 9.315925999999999 -3.144405
+-3.491591 9.737823000000001 -2.980422
+-3.712469 9.492236 -3.161918
+-3.388023 9.155296 -2.555441
+-3.055764 9.735536 -3.060938
+-4.055715 9.845917 -3.000602
+-4.596676 8.627761 -3.089021
+-4.638866 9.089434000000001 -2.86699
+-3.924654 7.858498 -2.041849
+-3.983495 7.8792 -2.517139
+-3.979715 8.584709 -2.5569
+-3.761157 9.117433 -3.017073
+-4.407095 7.687552 -1.957476
+-4.55412 7.737694 -2.582958
+-4.317422 8.290754 -2.876802
+-3.416251 10.185607 -2.998217
+-5.149743 8.884917 -2.968881
+-4.548628 9.549526 -2.990624
+-5.353876 7.23414 -2.095626
+-5.053319 7.28109 -2.613719
+-5.086794 7.716399 -2.421777
+-4.114943 9.353505999999999 -3.103008
+-5.148333 9.454423 -3.002556
+-2.437156 8.953751 -2.154578
+-2.302374 8.459465 -2.074409
+-2.506073 7.974362 -1.922226
+-3.977848 7.794211 -1.592514
+-4.040246 7.236402 -1.666272
+-6.743446 7.295911 -3.037806
+-6.99623 6.818239 -3.095963
+-5.405498 6.3391 -2.021799
+-5.517731 6.929316 -2.57827
+-5.446046 7.460436 -2.471197
+-5.428503 7.378792 -3.032849
+-5.347835 7.703147 -2.756714
+-5.568712 8.147809000000001 0.456142
+-5.171806 8.164013000000001 0.174345
+-4.612379 7.712019 0.780258
+-5.125854 7.801242 0.801386
+-5.258332 7.702698 0.221245
+-7.72282 5.646625 0.670289
+-7.109308 5.355843 0.805267
+-6.451994 5.561031 0.586873
+-7.38208 5.825826 0.166402
+-7.573379 5.074487 0.727382
+-6.477852 6.317494 1.438946
+-6.5477 6.697548 0.950403
+-6.706784 5.813574 1.588394
+-6.791417 5.887869 1.086791
+-6.907828 6.389128 0.788448
+-7.917445 4.02894 0.915068
+-8.347441 4.227002 0.643941
+-8.232136000000001 4.285763 0.232109
+-8.748264000000001 4.064784 0.710809
+-8.509369 3.65581 0.290325
+-8.773754 4.144513 0.193541
+-8.050204000000001 4.530702 0.9901799999999999
+-7.888437 4.605337 0.598335
+-7.694479 4.433309 0.173222
+-8.387893999999999 4.774319 0.668455
+-8.710933000000001 4.625098 0.394677
+8.860067000000001 0.752659 0.974801
+9.343116 0.7358710000000001 0.973542
+9.603042 0.806399 0.733926
+-7.214889 6.538241 0.338612
+-8.578253 3.860384 1.203552
+-8.106301999999999 3.87813 1.286387
+-7.526809 3.936108 1.346195
+-7.374157 5.688377 1.269438
+-8.212224000000001 2.924141 0.890334
+-8.677993000000001 3.216815 0.67584
+8.713962 0.423869 0.5505679999999999
+9.21551 0.469796 0.593727
+9.710112000000001 0.432432 0.410747
+9.279424000000001 1.163565 0.88036
+8.684615000000001 1.165949 0.919623
+8.784542 1.378432 1.299001
+9.073244000000001 1.463498 0.669763
+9.261881000000001 1.563105 0.28403
+8.939492 2.427406 1.348836
+8.447789999999999 2.460461 1.341544
+7.99592 2.152479 1.486312
+8.596328 2.368453 0.936759
+8.956384 2.349341 0.542489
+9.386131000000001 2.442332 0.708909
+9.268802000000001 2.440815 0.23446
+8.571400000000001 1.669565 1.407585
+7.975373 1.617086 1.360808
+8.404506 1.579301 0.982484
+8.829188 1.708666 0.917547
+8.446657 1.342412 1.730212
+7.811206 1.221895 1.71975
+8.605763 2.012107 0.688945
+8.128237 1.978603 0.8908779999999999
+8.895861 2.087635 0.07992
+9.528798 2.10264 0.331414
+8.981204999999999 2.759794 0.866256
+8.530998 2.702567 0.74481
+8.088144 2.922938 0.915783
+8.584087999999999 3.474433 1.004103
+8.175663 3.442888 0.747371
+8.536182 3.066702 0.984829
+8.535361999999999 3.507772 0.6713710000000001
+8.400950999999999 3.622892 0.34219
+9.125906000000001 3.170073 0.627992
+8.927078 3.560694 0.6545570000000001
+9.320722 3.575597 0.34398
+7.842748 4.517186 1.398532
+8.259221999999999 4.673965 1.123029
+8.261704 4.167908 0.90291
+8.638871999999999 4.335507 0.703801
+8.245960999999999 3.82948 0.6973549999999999
+8.420254999999999 4.063012 0.477659
+8.204071000000001 4.595615 0.688762
+8.235276000000001 5.001671 0.671807
+8.065598 4.625451 0.113222
+8.520797 4.53276 0.277624
+8.933647000000001 4.593908 0.341656
+7.866191 4.463624 0.935308
+7.434313 4.372254 0.957414
+7.886947 4.966981 0.994738
+7.379409 4.430839 1.580995
+7.445683 4.808314 0.887027
+7.552781 5.323925 1.372345
+7.030122 4.998361 1.570767
+6.425681 5.131695 1.405867
+7.051121 5.079459 1.009591
+7.572886 5.256143 0.971596
+7.519997 5.114579 0.5785400000000001
+7.982376 5.40929 0.749047
+7.980835 5.28148 0.20166
+7.895586 4.115742 1.697475
+7.159922 5.534575 0.887273
+7.521838 5.579642 0.608789
+7.37148 5.389073 0.112762
+6.651865 5.905546 0.90735
+7.483122 6.054985 0.753906
+7.514606 6.05544 0.216446
+6.61537 6.809527 0.794654
+5.989428 6.576409 0.9822419999999999
+6.016876 6.916069 0.555548
+6.466377 6.354288 0.969476
+6.354161 6.60649 0.224732
+6.692556 6.313182 0.449829
+6.718296 6.768071 0.350326
+7.216312 6.35779 0.387806
+7.151961 6.779697 0.41986
+5.802029 7.489975 0.974876
+5.371167 7.396665 1.077079
+4.821979 7.26435 0.931025
+5.249288 7.191038 0.685629
+5.715583 7.295072 0.674729
+5.550507 7.349669 0.213467
+6.129325 7.126586 0.96313
+6.034845 6.886455 0.019297
+6.150467 7.457192 0.736409
+6.066934 7.380757 0.318778
+6.429198 7.138144 0.5143219999999999
+6.541087 7.512507 0.369496
+4.951904 7.736152 1.006345
+4.416737 7.83069 1.024213
+5.470111 7.748588 0.769411
+5.787322 7.783338 0.463459
+6.849121 7.191117 0.441804
+4.707558 8.294245 0.765469
+5.132727 8.102240999999999 0.741406
+4.617898 8.501191 0.304428
+4.741541 8.142637000000001 1.256994
+5.011478 7.417118 1.315849
+4.725991 8.893556999999999 0.308436
+5.216212 7.052355 1.281734
+3.539496 8.512845 1.017021
+3.521856 8.462531999999999 0.638504
+3.769833 8.876422 0.767546
+3.888191 7.94881 0.840098
+3.976196 8.398396 0.621731
+4.529317 7.778963 0.5946630000000001
+4.345988 8.207048 0.590521
+4.327447 8.65269 0.694621
+4.238893 8.471503999999999 0.241469
+3.589912 9.128798 0.414036
+3.644579 8.611096999999999 1.423231
+3.54491 8.172224999999999 1.274817
+4.675482 8.064330999999999 0.237929
+1.752966 9.245048000000001 1.358118
+1.790247 8.773166 1.338683
+2.083248 9.271848 0.740397
+1.827192 9.243563999999999 0.233088
+2.172972 8.8573 1.396746
+2.071997 8.764355 0.945329
+2.391719 9.162772 0.183111
+2.896668 8.532185 1.009281
+2.51656 8.848514 0.640862
+2.955104 8.989406000000001 0.6296040000000001
+2.370998 8.669077 0.113614
+2.818534 9.229768999999999 0.237903
+3.359274 8.981019999999999 0.7658700000000001
+3.173367 8.612359 0.725431
+3.157123 8.268053 0.254813
+3.374622 8.739058 0.40059
+2.866994 8.781026000000001 0.214466
+3.162402 8.668704999999999 -0.051857
+3.243238 9.116349 0.278793
+1.343229 8.462215 1.486389
+1.164869 8.705164 0.92517
+1.21962 9.106474 0.979629
+1.659396 9.424963 -0.153033
+0.468072 9.105638000000001 0.994555
+0.543753 8.987802 0.614016
+0.595406 9.522589999999999 0.6878649999999999
+0.757277 8.770288000000001 0.986221
+0.948998 8.296414 0.901389
+0.804881 8.639621 0.553717
+0.869737 9.090377999999999 0.767244
+0.870551 9.02534 0.267274
+0.832 9.524704 0.303897
+0.752522 9.907920000000001 0.414058
+1.729758 8.731386000000001 0.652097
+1.751665 8.668464 0.106467
+-0.208826 8.761746 0.92419
+-0.285197 9.415376 0.878601
+-0.150418 9.392035 0.29208
+0.116661 9.056599 0.618309
+0.51427 9.157473 1.357353
+1.886182 8.4551 1.628596
+1.853186 7.895222 1.596364
+-0.873341 9.017500999999999 0.836524
+-1.040316 9.653764000000001 0.582201
+-0.985402 9.921163 0.262218
+-0.597359 9.123498 1.037771
+-0.607048 8.742523 1.03447
+-0.453274 8.187976000000001 0.954647
+-0.674331 8.567375 0.597563
+-0.500604 9.078975 0.596462
+-0.559718 8.764044 0.109412
+-0.608178 9.642391999999999 0.471063
+-0.623795 9.458784 -0.007317
+-0.613953 10.04694 0.361264
+-2.005528 9.317208000000001 0.9338689999999999
+-1.21971 8.697051 0.806288
+-1.706394 8.753399999999999 1.416524
+-2.432614 8.798586 0.421219
+-1.905803 7.907384 1.547226
+-1.959278 8.454577 0.810092
+-2.783713 8.775587 0.924518
+-2.355467 8.892078 0.913332
+-2.526728 8.341782 0.779272
+-2.856811 8.606930999999999 0.384887
+-2.663847 8.370196 1.250017
+-1.720277 9.417472 0.736918
+-3.678346 7.981946 1.323596
+-3.744447 8.780377 0.325014
+-3.095258 9.180835 0.350839
+-4.114865 8.072889 0.944008
+-3.96354 7.594059 0.948166
+-3.932738 7.90512 0.457121
+-4.001631 8.408341999999999 0.593015
+-3.918551 8.227266999999999 0.10744
+-4.036732 8.784606999999999 0.82401
+-4.388937 8.033612 0.563921
+-4.285298 7.967991 0.09012000000000001
+-4.744643 7.868094 0.165094
+-4.847163 8.41681 -0.009103
+-4.089026 8.062868 1.378594
+-3.872901 7.662775 1.521505
+-3.994166 7.213174 1.570436
+1.857799 6.411016 -0.202093
+1.860767 6.918553 -0.038944
+2.04069 6.484847 0.931269
+2.119432 6.576907 1.56816
+1.937702 6.493795 -1.31217
+2.444024 6.589845 -1.511848
+1.914489 6.966356 -1.241736
+2.23077 6.445086 -2.872918
+2.326755 7.04523 -2.905746
+1.719487 7.03855 -1.712686
+2.274083 7.24004 -1.894561
+1.907992 7.087766 -0.592248
+1.815986 6.914179 0.993007
+0.828371 7.883731 -1.872438
+0.680738 8.087483000000001 -2.392301
+1.361053 7.911566 -0.558966
+1.009849 8.575659 -0.334302
+1.320859 7.721437 0.909866
+0.730671 7.880987 0.948222
+0.375218 8.162805000000001 0.969384
+1.033831 7.934431 1.476439
+0.338825 7.942286 -1.762487
+0.377326 8.024486 -2.956712
+0.271432 8.068064 -2.128652
+0.12803 8.269854 -0.580171
+0.467948 8.453889999999999 -0.111322
+0.092818 8.168725999999999 0.285608
+0.216725 8.502845000000001 -3.02576
+-0.5119899999999999 8.007605 -1.195103
+-0.019692 8.010852999999999 0.7744760000000001
+-0.339929 8.032076 -2.767109
+-0.411063 8.572689 -2.727822
+-0.288039 8.59276 -0.6970460000000001
+-0.718039 8.060019 0.07593800000000001
+-0.375499 8.149137 0.435725
+-0.511927 8.013354 -3.198324
+-0.705237 8.015008 -2.460375
+-0.793743 7.968958 -1.731538
+-1.027548 7.912808 -1.077726
+-0.86483 8.006707 -0.422881
+-1.157109 7.823745 0.326678
+-0.981762 7.896249 1.422658
+-0.469898 8.081047 1.375214
+-1.657741 7.351787 -2.066925
+-1.816704 7.355102 -1.513227
+-1.355309 7.671438 -1.531026
+-1.313155 8.222901 -1.466046
+-1.639917 7.275524 -0.527053
+-1.679174 7.926312 -0.796389
+-1.222492 7.616043 -0.710341
+-1.255503 8.098667000000001 -0.673159
+-1.952144 7.268379 -0.084883
+-1.298654 7.763438 -0.205866
+-1.665744 7.653256 0.803225
+-1.09259 8.496052000000001 0.08645600000000001
+-1.642737 7.207377 1.341507
+-1.384922 7.663218 1.693951
+-1.588403 7.369866 -3.044835
+-1.126418 7.833308 -3.014289
+6.254712 5.001425 -2.981069
+6.395482 4.441765 -1.466132
+6.397883 5.056273 -1.507718
+6.296836 4.442645 -0.845845
+6.504232 4.591821 0.819433
+6.387413 5.017405 0.135237
+6.537896 4.975302 -2.487792
+6.204722 5.432192 -2.502626
+6.211855 4.79184 -1.148358
+6.672618 4.895078 -1.108278
+6.211582 5.309303 -1.118831
+6.307418 4.884358 -1.913683
+6.169173 5.561859 0.32989
+6.327523 5.165687 -0.53934
+5.357127 6.19348 -1.018467
+5.597452 5.853998 1.579946
+5.060482 6.245487 -1.428508
+5.618825 6.24147 0.35206
+5.23108 6.266835 -0.354958
+4.631903 6.268178 -2.955405
+5.252133 6.180243 -2.859829
+4.702093 6.301371 -1.796334
+4.484315 6.381479 -1.271116
+4.69043 6.265641 -0.821655
+5.06302 6.636196 -1.110898
+4.617574 6.356808 -2.32646
+4.534468 6.399017 -0.364826
+4.476523 6.410396 0.25253
+4.922501 6.285743 0.469192
+4.536214 6.480537 0.9039970000000001
+4.885105 6.426931 1.516962
+4.34041 6.419177 1.400901
+4.160343 6.296924 -2.710059
+4.396018 6.850163 -2.840478
+4.04023 6.374496 -3.117721
+3.690797 6.617533 -1.289623
+4.057314 6.251546 -0.899266
+3.373939 6.286575 -1.87362
+3.895839 6.32219 -2.21258
+3.763987 6.395379 1.495773
+3.503331 6.226446 -2.714798
+3.695679 6.779477 -2.848659
+3.45681 6.251692 -0.632329
+3.974937 6.355263 -0.325819
+3.561701 6.251568 0.819711
+4.011624 6.463394 0.8314240000000001
+3.928398 6.409767 0.218298
+3.440806 6.166297 0.181558
+3.367569 6.115087 -1.295428
+2.660463 5.635177 -1.213903
+2.894062 5.89761 0.158663
+2.70359 5.928977 -0.502075
+2.536328 5.135714 -1.099259
+2.589313 5.19936 -0.144809
+2.132967 5.154931 -0.017436
+8.486173000000001 0.367646 -1.398675
+7.993832 0.849169 -1.424664
+8.061945 0.246564 -2.021498
+8.531886999999999 0.351337 -2.15206
+8.126891000000001 0.779057 -1.926925
+7.997196 1.15437 -1.095794
+8.089753999999999 0.804496 0.981433
+7.855089 1.398355 -1.70653
+7.996491 0.915432 0.055766
+8.621218000000001 0.796181 -0.008883
+7.783437 1.360939 -0.122356
+7.96262 1.243503 0.732388
+6.969005 2.033729 -2.26147
+6.975767 1.95259 -1.096831
+7.045985 1.997909 -0.025853
+6.861294 2.058401 1.118577
+6.54146 2.039682 -0.397064
+6.381372 2.086397 0.221078
+6.171302 2.089893 1.476464
+6.417273 2.036998 -1.872935
+5.996072 2.18579 -2.400726
+6.185106 2.161864 -1.328506
+5.72066 2.007415 -0.928526
+6.308684 1.97618 -0.834659
+5.794661 2.04776 -0.314215
+5.683455 1.98511 0.30124
+6.012074 2.137732 0.813852
+4.573664 1.332123 -2.172911
+5.303145 1.87446 -2.1932
+4.92424 1.665802 -2.898742
+4.967275 1.609203 -1.350166
+4.996956 1.657265 0.096316
+5.064596 1.764236 -0.604069
+4.255571 0.955122 -1.769846
+4.987927 1.628697 -1.914097
+4.438362 1.177825 1.46433
+4.559583 1.396431 0.90996
+4.159044 0.64411 -1.413196
+4.278182 0.836275 0.798362
+3.90686 0.654084 1.42598
+4.454241 1.218469 0.304772
+3.720576 1.171311 0.951336
+6.223887 -3.255991 -1.954923
+6.137809 -3.166227 -0.737634
+7.074782 -4.01522 0.868963
+6.289222 -3.366327 1.18693
+5.206523 -2.52935 -2.78177
+5.814863 -2.784389 -1.295776
+6.275689 -2.991982 0.477109
+5.602185 -2.641079 0.395889
+5.107739 -2.437021 -0.631471
+5.07447 -2.293588 -0.086287
+4.968171 -2.415605 0.359144
+4.375047 -2.133115 1.058554
+4.975682 -2.342074 0.856738
+4.922862 -1.746439 1.027446
+4.518626 -2.322119 -1.185766
+4.69216 -2.264472 -1.734117
+4.194266 -2.427687 -1.911973
+4.467337 -2.336165 0.147559
+4.675689 -1.780042 -0.038893
+4.202856 -2.371339 0.6460939999999999
+4.581533 -2.19748 0.659782
+4.183318 -2.114879 -2.880494
+4.236554 -1.915121 -2.195402
+3.610012 -2.468693 -1.595741
+3.771406 -1.881296 -1.470488
+3.744527 -2.296059 -2.11875
+4.224476 -1.798556 -1.134334
+4.256817 -1.920663 0.446022
+4.151868 -2.282526 -0.39155
+3.374291 -2.461034 -1.123467
+3.768567 -1.753278 -0.801144
+3.562225 -2.283272 0.94503
+3.789299 -1.881162 0.59945
+3.334646 -2.36442 1.607276
+3.903644 -2.440489 1.65432
+3.43452 -2.241106 0.149107
+3.429097 -2.383833 -0.421046
+2.031962 -5.385031 -0.678925
+2.01856 -5.87585 -1.385618
+2.027517 -5.834304 -2.411829
+2.282702 -5.625721 1.295179
+2.089279 -5.697257 -2.943948
+1.817252 -5.287111 -2.694611
+1.918516 -5.444537 -2.070767
+1.882952 -5.584137 -1.181582
+2.544668 -5.435276 -0.350211
+1.830632 -5.20991 0.657855
+1.782993 -5.278642 -1.481814
+1.848229 -5.207137 -0.021018
+1.610531 -4.665233 -0.114944
+1.163615 -4.070778 -0.126706
+1.692145 -4.699704 0.606004
+1.195167 -4.121542 0.700997
+0.095802 -4.016265 -0.659807
+0.833487 -4.13288 -0.862521
+0.301724 -4.081598 -0.028307
+0.506868 -3.939647 0.6286389999999999
+0.72277 -3.912762 1.397542
+-0.284643 -3.975142 0.098271
+0.253214 -4.207929 1.69907
+-0.475595 -4.098956 -0.742798
+-0.059051 -4.2022 1.280161
+-0.133405 -3.665871 1.299974
+-1.148707 -4.185631 0.346811
+-0.724288 -3.997808 0.9219850000000001
+-1.182939 -4.515752 -0.260887
+-0.7290489999999999 -4.129842 -0.280194
+-1.465963 -4.734529 0.6414800000000001
+-1.260791 -3.995866 1.523029
+-0.637238 -4.073753 1.582522
+-1.675435 -4.692795 -1.699839
+-2.036117 -4.871413 -0.665381
+-1.665998 -4.400347 -0.728573
+-1.20725 -4.581066 -0.764471
+-1.122242 -3.997716 -0.649409
+-1.860191 -5.173737 -2.004916
+-1.895917 -5.342447 1.443522
+-2.339552 -3.401975 0.240862
+-1.734187 -3.691901 -0.037428
+-2.322113 -3.105598 1.287932
+-3.927243 -2.352958 -1.972835
+-2.84668 -2.655851 0.644436
+-3.070793 -2.520027 1.412732
+-4.177897 -2.324127 -0.707848
+-3.545221 -2.165011 -0.354413
+-3.566042 -2.059697 0.453294
+-3.538536 -2.430641 0.96344
+-4.098655 -2.341831 1.343279
+-3.654318 -1.875682 1.330271
+-3.635549 -2.340581 -1.135613
+-4.210513 -2.23564 -2.58638
+-4.019451 -2.39717 0.815825
+-4.062185 -1.940896 0.906281
+-4.771693 -2.3929 -2.799652
+-4.735716 -2.504616 -3.210749
+-4.652407 -2.002217 -3.084595
+-4.606437 -2.33385 -2.005337
+-4.305047 -1.835469 -2.224781
+-4.330743 -2.207916 -1.090223
+-4.598457 -2.346672 1.639382
+-4.412771 -1.90568 1.416118
+-5.311233 -2.430505 -1.976444
+-5.275221 -2.543615 -0.807736
+-4.751448 -2.358162 -0.733519
+-5.714253 -2.898002 -2.910358
+-5.245362 -2.477021 -2.715727
+-4.941001 -2.360788 0.816049
+-4.610257 -2.451822 0.64846
+-4.671464 -1.891291 0.764421
+-5.341194 -2.435857 -1.270545
+-5.682332 -2.830039 -1.453132
+-5.881098 -2.707497 -0.318837
+-5.372643 -2.526587 0.880423
+-5.837813 -2.939527 -1.958917
+-6.202242 -3.631169 0.6426770000000001
+-6.040343 -3.35776 -0.725971
+-6.539527 -3.640514 -0.724072
+-6.088992 -3.479932 -2.218281
+-6.200201 -3.617303 1.251912
+-4.045225 0.382 -0.426958
+-4.0692 1.001612 0.920758
+-4.577829 1.474287 -2.570763
+-4.048462 1.066361 -0.846021
+-4.608013 1.316244 -0.5029169999999999
+-4.652575 1.38521 0.580115
+-4.226586 1.075307 0.015829
+-4.822871 1.670507 0.016975
+-5.4333 2.255336 -2.979758
+-5.192425 1.857561 -2.565174
+-5.517353 2.014981 -1.397131
+-5.92213 2.163066 -1.926163
+-5.608306 2.194701 0.573574
+-6.371244 2.159286 -2.743487
+-6.645875 2.117026 -0.910179
+-6.044585 2.049611 -0.838109
+-6.081723 2.172338 -0.024499
+-6.638255 2.051954 -1.910594
+-7.256916 1.771368 -0.841098
+-7.769548 1.357442 -2.182998
+-7.085821 2.234994 -2.359249
+-7.70106 1.388596 -1.441212
+-7.233531 2.084937 -1.357418
+-7.882315 1.276777 -0.073589
+-7.075463 1.841357 -0.23369
+-7.043872 1.68184 0.306122
+-7.045881 1.860959 1.481247
+-7.948975 1.097971 1.161846
+-7.391692 1.553488 0.928353
+-6.861695 1.991682 0.915918
+-7.985401 0.653199 -2.349032
+-8.078552 0.750038 -1.392345
+-8.260982 0.728177 0.080196
+-8.068056 0.882059 -0.467338
+-7.671002 1.443272 -0.6315539999999999
+-2.392807 4.540814 -1.204959
+-2.331243 4.966414 -1.228739
+-2.282249 4.890719 -2.556363
+-2.558325 5.305506 -2.542356
+-2.321157 4.961538 -1.946085
+-2.455253 5.13532 -0.7270720000000001
+-1.95504 4.930741 -0.806867
+-2.417883 5.008623 0.893636
+-2.311747 4.555485 1.146637
+-2.34156 4.87692 1.570332
+-2.429225 5.173479 0.24977
+-1.845856 5.131805 0.062875
+-2.759935 5.719457 0.115358
+-2.574429 5.614597 -1.122865
+-3.136993 5.999424 -1.406693
+-3.329966 6.223258 -0.616247
+-3.204922 6.288389 -2.10938
+-2.690194 5.472265 -0.353269
+-3.424972 6.251768 -2.773065
+-3.3508 6.257499 0.199539
+-2.911778 5.830562 -0.705985
+-3.827241 6.367332 0.801225
+-3.671049 6.217768 -1.034236
+-3.99832 6.371476 -2.967196
+-3.850225 6.233833 -2.316268
+-4.15289 6.245034 -1.357295
+-3.70275 6.375321 -1.544139
+-3.929115 6.377539 -0.482999
+-4.093306 6.711729 -2.415029
+-4.556722 6.310344 -0.664423
+-4.022321 6.381463 0.201571
+-4.553408 6.460015 0.639817
+-4.146525 6.307766 1.257317
+-3.987128 6.242651 1.750703
+-4.048263 6.70123 1.648309
+-4.360879 6.211514 -1.722923
+-4.00374 6.302414 -1.901172
+-4.1105 6.194271 -0.905632
+-4.56455 6.32852 -2.703686
+-4.756917 6.503724 -3.152271
+-4.815345 6.22591 -2.226937
+-4.373766 6.305125 -2.192085
+-4.624944 6.327273 -1.216332
+-4.516958 6.74727 -0.832376
+-5.1325 6.38919 -2.551695
+-4.714378 6.468366 0.06258
+-4.72875 6.193878 -1.761228
+-5.241384 6.20901 -0.789729
+-5.640541 6.219586 -2.787682
+-5.142837 6.093268 -2.97418
+-5.185922 6.262024 0.725392
+-4.88637 6.633246 -0.43857
+-4.54261 6.401349 1.651147
+-5.209724 6.207549 1.490571
+-5.945072 5.627043 -2.904004
+-5.520404 6.038846 -0.036309
+-5.86389 5.723647 -1.440067
+-5.245649 6.454476 -1.406324
+-6.211236 5.774538 -0.044262
+-5.92495 5.365769 -2.217109
+-6.241182 5.122593 0.046331
+-2.642291 -5.555362 0.065673
+2.554362 -5.509513 -1.999308
+2.912963 -5.535211 -1.239593
+2.584863 -5.746373 -1.379985
+2.893085 -9.03337 0.751051
+-1.311529 7.574787 1.143939
+8.781404999999999 -0.167153 -2.575762
+1.21217 -9.154944 2.350262
+0.889902 -8.703018999999999 3.038274
+0.905045 -8.659106 2.514447
+8.613009999999999 0.260371 -2.578986
+8.536769 -0.421791 -2.632962
+-7.852596 -2.69057 -1.412893
+-2.815738 -6.116807 0.018951
+-2.381131 -6.037029 -0.092776
+2.248335 -5.418857 -1.215622
+3.809997 -8.312614 0.05849
+3.40711 2.022039 0.154544
+4.208036 2.075705 0.477641
+4.157887 1.815558 0.92764
+1.084463 -9.271337000000001 2.898353
+8.638320999999999 -1.116394 -2.504373
+</DataItem>
+      </Geometry>
+    </Grid>
+  </Domain>
+</Xdmf>
diff --git a/python/demo/undocumented/refinement/demo_refinement.py b/python/demo/undocumented/refinement/demo_refinement.py
new file mode 100644
index 0000000..c2957a7
--- /dev/null
+++ b/python/demo/undocumented/refinement/demo_refinement.py
@@ -0,0 +1,73 @@
+"This demo illustrates mesh refinement."
+
+# Copyright (C) 2007-2009 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2007-06-01
+# Last changed: 2012-11-12
+
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+# Create mesh of unit square
+mesh = UnitSquareMesh(8, 8)
+plt.figure(1)
+plot(mesh)
+
+info(mesh)
+print()
+
+# Uniform refinement
+mesh = refine(mesh)
+plt.figure(2)
+plot(mesh)
+
+info(mesh)
+print()
+
+# Uniform refinement
+mesh = refine(mesh)
+plt.figure(3)
+plot(mesh)
+
+info(mesh)
+print()
+
+# Refine mesh close to x = (0.5, 0.5)
+p = Point(0.5, 0.5)
+for i in range(5):
+
+    print("marking for refinement")
+
+    # Mark cells for refinement
+    cell_markers = MeshFunction("bool", mesh, mesh.topology().dim())
+    for c in cells(mesh):
+        if c.midpoint().distance(p) < 0.1:
+            cell_markers[c] = True
+        else:
+            cell_markers[c] = False
+
+    # Refine mesh
+    mesh = refine(mesh, cell_markers)
+
+    # Plot mesh
+    plt.figure()
+    plot(mesh)
+
+plt.show()
diff --git a/python/demo/undocumented/smoothing/demo_smoothing.py b/python/demo/undocumented/smoothing/demo_smoothing.py
new file mode 100644
index 0000000..a806222
--- /dev/null
+++ b/python/demo/undocumented/smoothing/demo_smoothing.py
@@ -0,0 +1,78 @@
+"This demo program demonstrates various algorithms for mesh smoothing."
+
+# Copyright (C) 2010, 2015 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2010-03-02
+# Last changed: 2010-05-11
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+parameters["refinement_algorithm"] = "plaza"
+
+# Create rectangular mesh
+mesh = RectangleMesh(Point(0.0, 0.0), Point(2.4, 0.4), 60, 10)
+
+# Define a circular hole
+center = Point(0.2, 0.2)
+radius = 0.05
+class Hole(SubDomain):
+
+    def inside(self, x, on_boundary):
+        r = sqrt((x[0] - center[0])**2 + (x[1] - center[0])**2)
+        return r < 1.5*radius # slightly larger
+
+    def snap(self, x):
+        r = sqrt((x[0] - center[0])**2 + (x[1] - center[1])**2)
+        if r < 1.5*radius:
+            x[0] = center[0] + (radius / r)*(x[0] - center[0])
+            x[1] = center[1] + (radius / r)*(x[1] - center[1])
+
+# Mark hole and extract submesh
+hole = Hole()
+sub_domains = MeshFunction("size_t", mesh, mesh.topology().dim())
+sub_domains.set_all(0)
+hole.mark(sub_domains, 1)
+mesh = SubMesh(mesh, sub_domains, 0)
+mesh.snap_boundary(hole)
+
+# Refine and snap mesh
+plt.figure()
+plot(mesh, title="Mesh 0")
+num_refinements = 3
+for i in range(num_refinements):
+
+    # Mark cells for refinement
+    markers = MeshFunction("bool", mesh, mesh.topology().dim())
+    markers.set_all(False)
+    for cell in cells(mesh):
+        if cell.midpoint().distance(center) < 2*radius:
+            markers[cell.index()] = True
+
+    # Refine mesh
+    mesh = refine(mesh, markers)
+
+    # Snap boundary
+    mesh.snap_boundary(hole)
+
+    # Plot mesh
+    plt.figure()
+    plot(mesh, title=("Mesh %d" % (i + 1)))
+
+plt.show()
diff --git a/python/demo/undocumented/spatial-coordinates/demo_spatial-coordinates.py b/python/demo/undocumented/spatial-coordinates/demo_spatial-coordinates.py
new file mode 100644
index 0000000..4026935
--- /dev/null
+++ b/python/demo/undocumented/spatial-coordinates/demo_spatial-coordinates.py
@@ -0,0 +1,82 @@
+"""This demo program solves Poisson's equation
+
+    - div grad u(x, y) = f(x, y)
+
+on the unit square with source f given by
+
+    f(x, y) = 10*exp(-((x - 0.5)^2 + (y - 0.5)^2) / 0.02)
+
+and boundary conditions given by
+
+    u(x, y) = 0        for x = 0 or x = 1
+du/dn(x, y) = -sin(5*x) for y = 0 or y = 1
+
+This demo is identical to the Poisson demo with the only difference that
+the source and flux term is expressed using SpatialCoordinates in the
+variational formulation.
+"""
+
+# Copyright (C) 2010 Kristian B. Oelgaard
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg 2011
+#
+# First added:  2010-03-05
+# Last changed: 2012-11-12
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+# Form compiler options
+parameters["form_compiler"]["optimize"]     = True
+parameters["form_compiler"]["cpp_optimize"] = True
+
+# Create mesh and define function space
+mesh = UnitSquareMesh(32, 32)
+V = FunctionSpace(mesh, "CG", 1)
+
+# Define Dirichlet boundary (x = 0 or x = 1)
+def boundary(x):
+    return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS
+
+# Define boundary condition
+u0 = Constant(0.0)
+bc = DirichletBC(V, u0, boundary)
+
+# Define variational problem
+x = SpatialCoordinate(mesh)
+u = TrialFunction(V)
+v = TestFunction(V)
+d_x = x[0] - 0.5
+d_y = x[1] - 0.5
+f = 10.0*exp(-(d_x*d_x + d_y*d_y) / 0.02)
+g = -sin(5.0*x[0])
+a = inner(grad(u), grad(v))*dx
+L = f*v*dx + g*v*ds
+
+# Compute solution
+u = Function(V)
+solve(a == L, u, bc)
+
+# Save solution in VTK format
+file = File("spatial-coordinates.pvd")
+file << u
+
+# Plot solution
+plot(u)
+plt.show()
diff --git a/python/demo/undocumented/special-functions/demo_special-functions.py b/python/demo/undocumented/special-functions/demo_special-functions.py
new file mode 100644
index 0000000..0477f6f
--- /dev/null
+++ b/python/demo/undocumented/special-functions/demo_special-functions.py
@@ -0,0 +1,60 @@
+"""This demo program plots a bunch of nonlinear
+special functions that are available in UFL."""
+
+# Copyright (C) 2010 Martin S. Alnaes
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2011-10-24
+# Last changed: 2011-10-24
+
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+
+# Form compiler options
+parameters["form_compiler"]["optimize"]     = True
+parameters["form_compiler"]["cpp_optimize"] = True
+
+n = 100
+eps = 1e-8
+
+mesh = IntervalMesh(n, -2.0, +2.0)
+x = SpatialCoordinate(mesh)[0]
+
+plot(cos(x), title='cos', mesh=mesh)
+plot(sin(x), title='sin', mesh=mesh)
+plot(tan(x), title='tan', mesh=mesh)
+
+mesh = IntervalMesh(n, 0.0+eps, 1.0-eps)
+x = SpatialCoordinate(mesh)[0]
+
+plt.figure(); plot(acos(x), title='acos', mesh=mesh)
+plt.figure(); plot(asin(x), title='asin', mesh=mesh)
+plt.figure(); plot(atan(x), title='atan', mesh=mesh)
+plt.figure(); plot(exp(x), title='exp', mesh=mesh)
+plt.figure(); plot(ln(x), title='ln', mesh=mesh)
+plt.figure(); plot(sqrt(x), title='sqrt', mesh=mesh)
+plt.figure(); plot(bessel_J(0, x), title='bessel_J(0, x)', mesh=mesh)
+plt.figure(); plot(bessel_J(1, x), title='bessel_J(1, x)', mesh=mesh)
+plt.figure(); plot(bessel_Y(0, x), title='bessel_Y(0, x)', mesh=mesh)
+plt.figure(); plot(bessel_Y(1, x), title='bessel_Y(1, x)', mesh=mesh)
+plt.figure(); plot(bessel_I(0, x), title='bessel_I(0, x)', mesh=mesh)
+plt.figure(); plot(bessel_I(1, x), title='bessel_I(1, x)', mesh=mesh)
+plt.figure(); plot(bessel_K(0, x), title='bessel_K(0, x)', mesh=mesh)
+plt.figure(); plot(bessel_K(1, x), title='bessel_K(1, x)', mesh=mesh)
+plt.show()
diff --git a/python/demo/undocumented/sphere.xml.gz b/python/demo/undocumented/sphere.xml.gz
new file mode 100644
index 0000000..2733a1f
--- /dev/null
+++ b/python/demo/undocumented/sphere.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:dae5ed1abd1c091d6362d20b6ac2a52e0da51b43b89c672f176e32f324d3f965
+size 139409
diff --git a/python/demo/undocumented/sphere_16.xml.gz b/python/demo/undocumented/sphere_16.xml.gz
new file mode 100644
index 0000000..fdbda67
--- /dev/null
+++ b/python/demo/undocumented/sphere_16.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:4ea905dd93576f6d486908989187aa7bdb267f662122d3313f5adfff175e98b3
+size 34606
diff --git a/python/demo/undocumented/sub-function-assignment/demo_sub-function-assignment.py b/python/demo/undocumented/sub-function-assignment/demo_sub-function-assignment.py
new file mode 100644
index 0000000..fe86c02
--- /dev/null
+++ b/python/demo/undocumented/sub-function-assignment/demo_sub-function-assignment.py
@@ -0,0 +1,77 @@
+"""This script demonstrate how to use sub function assignment."""
+
+# Copyright (C) 2013 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2013-11-08
+# Last changed: 2013-11-08
+
+from dolfin import *
+import time
+import matplotlib.pyplot as plt
+
+
+# Create mesh and define function spaces
+mesh = UnitSquareMesh(256, 256)
+V = FunctionSpace(mesh, "CG", 1)
+VV = VectorFunctionSpace(mesh, "CG", 1)
+
+# Define function
+v0 = Expression("sin(2*pi*x[0])*sin(2*pi*x[1])", degree=2)
+v1 = Expression("cos(2*pi*x[0])*cos(2*pi*x[1])", degree=2)
+
+vv1 = Function(VV)
+vv2 = Function(VV)
+vv3 = Function(VV)
+
+u0 = Function(V)
+u1 = Function(V)
+
+u0.interpolate(v0)
+u1.interpolate(v1)
+
+# Compute projection (L2-projection)
+t0 = time.time()
+vv0 = project(as_vector((u0, u1)), V=VV)
+tp = time.time() - t0
+
+# Compute interpolation (evaluating dofs)
+t0 = time.time()
+vv1.interpolate(Expression(("v0", "v1"), v0=v0, v1=v1, degree=2))
+ti = time.time() - t0
+
+# Assign mixed function from two scalar functions
+t0 = time.time()
+assign(vv2, [u0, u1])
+ta0 = time.time() - t0
+
+# Assign mixed function from two scalar functions using FunctionAssigner
+assigner = FunctionAssigner(VV, [V, V])
+t0 = time.time()
+assigner.assign(vv3, [u0, u1])
+ta1 = time.time() - t0
+
+# Plot functions
+plt.figure()
+plot(vv0, title="Projection; time=%.3fs" % tp)
+plt.figure()
+plot(vv1, title="Interpolation; time=%.3fs" % ti)
+plt.figure()
+plot(vv2, title="Assignment; time=%.3fs" % ta0)
+plt.figure()
+plot(vv3, title="Assignment (cached); time=%.3fs" % ta1)
+plt.show()
diff --git a/python/demo/undocumented/submesh/demo_submesh.py b/python/demo/undocumented/submesh/demo_submesh.py
new file mode 100644
index 0000000..4a5db74
--- /dev/null
+++ b/python/demo/undocumented/submesh/demo_submesh.py
@@ -0,0 +1,66 @@
+"""This demo program demonstrates how to extract matching sub meshes
+from a common mesh."""
+
+# Copyright (C) 2009, 2015 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2009-02-11
+# Last changed: 2015-06-15
+
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+# Structure sub domain
+class Structure(SubDomain):
+    def inside(self, x, on_boundary):
+        return x[0] > 1.4 - DOLFIN_EPS and x[0] < 1.6 \
+            + DOLFIN_EPS and x[1] < 0.6 + DOLFIN_EPS
+
+# Create mesh
+mesh = RectangleMesh(Point(0.0, 0.0), Point(3.0, 1.0), 60, 20)
+
+# Create sub domain markers and mark everaything as 0
+sub_domains = MeshFunction("size_t", mesh, mesh.topology().dim())
+sub_domains.set_all(0)
+
+# Mark structure domain as 1
+structure = Structure()
+structure.mark(sub_domains, 1)
+
+# Extract sub meshes
+fluid_mesh = SubMesh(mesh, sub_domains, 0)
+structure_mesh = SubMesh(mesh, sub_domains, 1)
+
+# Move structure mesh
+for x in structure_mesh.coordinates():
+    x[0] += 0.1*x[0]*x[1]
+
+# Move fluid mesh according to structure mesh
+ALE.move(fluid_mesh, structure_mesh)
+fluid_mesh.smooth()
+
+# Plot meshes
+plt.figure()
+plot(fluid_mesh, title="Fluid")
+plt.figure()
+plot(structure_mesh, title="Structure")
+plt.show()
+
+# Build mapping from structure to fluid mesh
+structure_to_fluid = compute_vertex_map(structure_mesh, fluid_mesh)
+print(structure_to_fluid)
diff --git a/python/demo/undocumented/sym-dirichlet-bc/demo_sym-dirichlet-bc.py b/python/demo/undocumented/sym-dirichlet-bc/demo_sym-dirichlet-bc.py
new file mode 100644
index 0000000..0fe6708
--- /dev/null
+++ b/python/demo/undocumented/sym-dirichlet-bc/demo_sym-dirichlet-bc.py
@@ -0,0 +1,76 @@
+"""This demo demonstrate how to assemble a linear system including
+boundary conditions."""
+
+# Copyright (C) 2008 Kent-Andre Mardal
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Kristian Oelgaard 2008
+# Modified by Anders Logg 2011
+#
+# First added:  2008-08-13
+# Last changed: 2012-11-12
+
+from dolfin import *
+import matplotlib.pyplot as plt
+
+# Create mesh and finite element
+mesh = UnitSquareMesh(32, 32)
+V = FunctionSpace(mesh, "CG", 1)
+
+# Source term
+class Source(UserExpression):
+    def eval(self, values, x):
+        dx = x[0] - 0.5
+        dy = x[1] - 0.5
+        values[0] = 500.0*exp(-(dx*dx + dy*dy)/0.02)
+
+# Neumann boundary condition
+class Flux(UserExpression):
+    def eval(self, values, x):
+        if x[0] > DOLFIN_EPS:
+            values[0] = 25.0*sin(5.0*DOLFIN_PI*x[1])
+        else:
+            values[0] = 0.0
+
+# Sub domain for Dirichlet boundary condition
+class DirichletBoundary(SubDomain):
+    def inside(self, x, on_boundary):
+        return on_boundary and x[0] < DOLFIN_EPS
+
+# Define variational problem
+u = TrialFunction(V)
+v = TestFunction(V)
+f = Source(degree=2)
+g = Flux(degree=2)
+a = inner(grad(u), grad(v))*dx
+L = f*v*dx + g*v*ds
+
+# Define boundary condition
+u0 = Constant(0.0)
+bc = DirichletBC(V, u0, DirichletBoundary())
+
+# Compute solution
+u = Function(V)
+solve(a == L, u, bc)
+
+# Save solution to file
+file = File("poisson.pvd")
+file << u
+
+# Plot solution
+plot(u)
+plt.show()
diff --git a/python/demo/undocumented/time-series/demo_time-series.py b/python/demo/undocumented/time-series/demo_time-series.py
new file mode 100644
index 0000000..2d1d2ba
--- /dev/null
+++ b/python/demo/undocumented/time-series/demo_time-series.py
@@ -0,0 +1,62 @@
+# Copyright (C) 2009 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2009-11-11
+# Last changed: 2012-11-12
+
+from dolfin import *
+from numpy import ones
+import matplotlib.pyplot as plt
+
+
+# TimeSeries requires DOLFIN to be configured with HDF5
+if has_hdf5() is False:
+    print("This demo requires DOLFIN to be configured with HDF5")
+    exit()
+
+# Create empty time series
+series = TimeSeries(MPI.comm_world, "primal")
+
+# Create a mesh and a vector
+mesh = UnitSquareMesh(2, 2)
+x = Vector()
+
+# Add a bunch of meshes and vectors to the series
+t = 0.0
+while t < 1.0:
+
+    # Refine mesh
+    mesh = refine(mesh);
+
+    # Set some vector values
+    x = Vector(mesh.mpi_comm(), mesh.num_vertices());
+    x[:] = ones(x.size())
+
+    # Append to series
+    series.store(mesh, t)
+    series.store(x, t)
+
+    t += 0.2
+
+# Retrieve mesh and vector at some point in time
+series.retrieve(mesh, 0.29)
+x = Vector()
+series.retrieve(x, 0.31, False)
+
+# Plot mesh
+plot(mesh)
+plt.show()
diff --git a/python/demo/undocumented/timing/demo_timing.py b/python/demo/undocumented/timing/demo_timing.py
new file mode 100644
index 0000000..8c1dec9
--- /dev/null
+++ b/python/demo/undocumented/timing/demo_timing.py
@@ -0,0 +1,65 @@
+# Copyright (C) 2015 Jan Blechta
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+from dolfin import *
+
+# Let's solve some variational problem to get non-trivial timings
+mesh = UnitSquareMesh(32, 32)
+V = FunctionSpace(mesh, "Lagrange", 1)
+bc = DirichletBC(V, 0.0, lambda x: near(x[0], 0.0) or near(x[0], 1.0))
+u, v = TrialFunction(V), TestFunction(V)
+f = Expression("10*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2)) / 0.02)", degree=2)
+g = Expression("sin(5*x[0])", degree=2)
+a = inner(grad(u), grad(v))*dx
+L = f*v*dx + g*v*ds
+u = Function(V)
+solve(a == L, u, bc)
+
+# List timings; average across processes in parallel
+list_timings(TimingClear.keep, [TimingType.wall, TimingType.system])
+
+# Get Table object with timings
+t = timings(TimingClear.keep,
+            [TimingType.wall, TimingType.user, TimingType.system])
+
+# Use different MPI reductions
+t_sum = MPI.sum(MPI.comm_world, t)
+t_min = MPI.min(MPI.comm_world, t)
+t_max = MPI.max(MPI.comm_world, t)
+t_avg = MPI.avg(MPI.comm_world, t)
+
+# Print aggregate timings to screen
+print('\n'+t_sum.str(True))
+print('\n'+t_min.str(True))
+print('\n'+t_max.str(True))
+print('\n'+t_avg.str(True))
+
+# Store to XML file on rank 0
+if MPI.rank(MPI.comm_world) == 0:
+    f = File(MPI.comm_self, "timings_aggregate.xml")
+    f << t_sum
+    f << t_min
+    f << t_max
+    f << t_avg
+
+# Store timings of each rank separately
+f = File(MPI.comm_self, "timings_rank_%d.xml"
+         % MPI.rank(MPI.comm_world))
+f << t
+
+# Helper function for storing rank-wise average, min and max
+dump_timings_to_xml("timings_avg_min_max.xml", TimingClear.clear)
diff --git a/python/demo/undocumented/unitsquare_64_64.xml.gz b/python/demo/undocumented/unitsquare_64_64.xml.gz
new file mode 100644
index 0000000..1645493
--- /dev/null
+++ b/python/demo/undocumented/unitsquare_64_64.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:195c40176d2d162514d09bfea1c52922db218493fa7398d0f6d83e8b44c95af3
+size 84425
diff --git a/python/demo/undocumented/unitsquare_64_64_velocity.xml.gz b/python/demo/undocumented/unitsquare_64_64_velocity.xml.gz
new file mode 100644
index 0000000..67af276
--- /dev/null
+++ b/python/demo/undocumented/unitsquare_64_64_velocity.xml.gz
@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:6f89a8fb254a49a33dbb6baedac57b25c1ed09b8434803ddf7e1362e62e14164
+size 205780
diff --git a/python/demo/undocumented/waveguide/demo_waveguide.py b/python/demo/undocumented/waveguide/demo_waveguide.py
new file mode 100644
index 0000000..a4341f3
--- /dev/null
+++ b/python/demo/undocumented/waveguide/demo_waveguide.py
@@ -0,0 +1,105 @@
+""" This demo demonstrates the calculation and visualization of a TM
+(Transverse Magnetic) cutoff mode of a rectangular waveguide.
+
+For more information regarding waveguides see
+
+http://www.ee.bilkent.edu.tr/~microwave/programs/magnetic/rect/info.htm
+
+See the pdf in the parent folder and the following reference
+
+The Finite Element in Electromagnetics (2nd Ed)
+Jianming Jin [7.2.1 - 7.2.2]
+
+"""
+# Copyright (C) 2008 Evan Lezar
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg 2008, 2015
+#
+# First added:  2008-08-22
+# Last changed: 2015-06-15
+
+
+from dolfin import *
+
+# Test for PETSc and SLEPc
+if not has_linear_algebra_backend("PETSc"):
+    print("DOLFIN has not been configured with PETSc. Exiting.")
+    exit()
+
+if not has_slepc():
+    print("DOLFIN has not been configured with SLEPc. Exiting.")
+    exit()
+
+# Make sure we use the PETSc backend
+parameters["linear_algebra_backend"] = "PETSc"
+
+# Create mesh
+width = 1.0
+height = 0.5
+mesh = RectangleMesh(Point(0, 0), Point(width, height), 4, 2)
+
+# Define the function space
+V = FunctionSpace(mesh, "Nedelec 1st kind H(curl)", 3)
+
+# Define the test and trial functions
+v = TestFunction(V)
+u = TrialFunction(V)
+
+# Define the forms - generates an generalized eigenproblem of the form
+# [S]{h} = k_o^2[T]{h}
+# with the eigenvalues k_o^2 representing the square of the cutoff wavenumber
+# and the corresponding right-eigenvector giving the coefficients of the
+# discrete system used to obtain the approximate field anywhere in the domain
+def curl_t(w):
+    return Dx(w[1], 0) - Dx(w[0], 1)
+s = curl_t(v)*curl_t(u)*dx
+t = inner(v, u)*dx
+
+# Assemble the stiffness matrix (S) and mass matrix (T)
+S = PETScMatrix()
+T = PETScMatrix()
+assemble(s, tensor=S)
+assemble(t, tensor=T)
+
+# Solve the eigensystem
+esolver = SLEPcEigenSolver(S, T)
+esolver.parameters["spectrum"] = "smallest real"
+esolver.parameters["solver"] = "lapack"
+esolver.solve()
+
+# The result should have real eigenvalues but due to rounding errors, some of
+# the resultant eigenvalues may be small complex values.
+# only consider the real part
+
+# Now, the system contains a number of zero eigenvalues (near zero due to
+# rounding) which are eigenvalues corresponding to the null-space of the curl
+# operator and are a mathematical construct and do not represent physically
+# realizable modes.  These are called spurious modes.
+# So, we need to identify the smallest, non-zero eigenvalue of the system -
+# which corresponds with cutoff wavenumber of the the dominant cutoff mode.
+cutoff = None
+for i in range(S.size(1)):
+    (lr, lc) = esolver.get_eigenvalue(i)
+    if lr > 1 and lc == 0:
+        cutoff = sqrt(lr)
+        break
+
+if cutoff is None:
+    print("Unable to find dominant mode")
+else:
+    print("Cutoff frequency:", cutoff)
diff --git a/python/doc/Makefile b/python/doc/Makefile
new file mode 100644
index 0000000..812b55f
--- /dev/null
+++ b/python/doc/Makefile
@@ -0,0 +1,20 @@
+# Minimal makefile for Sphinx documentation
+#
+
+# You can set these variables from the command line.
+SPHINXOPTS    =
+SPHINXBUILD   = sphinx-build
+SPHINXPROJ    = FEniCSProject
+SOURCEDIR     = source
+BUILDDIR      = build
+
+# Put it first so that "make" without argument is like "make help".
+help:
+	@$(SPHINXBUILD) -M help "$(SOURCEDIR)" "$(BUILDDIR)" $(SPHINXOPTS) $(O)
+
+.PHONY: help Makefile
+
+# Catch-all target: route all unknown targets to Sphinx using the new
+# "make mode" option.  $(O) is meant as a shortcut for $(SPHINXOPTS).
+%: Makefile
+	@$(SPHINXBUILD) -M $@ "$(SOURCEDIR)" "$(BUILDDIR)" $(SPHINXOPTS) $(O)
\ No newline at end of file
diff --git a/python/doc/README.rst b/python/doc/README.rst
new file mode 100644
index 0000000..a6fa75a
--- /dev/null
+++ b/python/doc/README.rst
@@ -0,0 +1,8 @@
+Building the DOLFIN Python documentation
+========================================
+
+To build the documentation:
+
+1. Install DOLFIN (Python interface). It must be possible to import
+   the module ``dolfin``.
+2. Run ``make html``.
diff --git a/python/doc/source/ChangeLog.rst b/python/doc/source/ChangeLog.rst
new file mode 120000
index 0000000..6b0be0e
--- /dev/null
+++ b/python/doc/source/ChangeLog.rst
@@ -0,0 +1 @@
+../../../ChangeLog.rst
\ No newline at end of file
diff --git a/python/doc/source/api.rst b/python/doc/source/api.rst
new file mode 100644
index 0000000..8fb0dce
--- /dev/null
+++ b/python/doc/source/api.rst
@@ -0,0 +1,30 @@
+Python API reference
+====================
+
+.. autosummary::
+   :toctree: _autogenerated
+
+   dolfin.cpp.adaptivity
+   dolfin.cpp.ale
+   dolfin.cpp.common
+   dolfin.cpp.fem
+   dolfin.cpp.function
+   dolfin.cpp.generation
+   dolfin.cpp.geometry
+   dolfin.cpp.graph
+   dolfin.cpp.io
+   dolfin.cpp.log
+   dolfin.cpp.math
+   dolfin.cpp.mesh
+   dolfin.cpp.multistage
+   dolfin.cpp.parameter
+   dolfin.cpp.refinement
+
+   dolfin.common
+   dolfin.fem
+   dolfin.function
+   dolfin.io
+   dolfin.jit
+   dolfin.la
+   dolfin.multistage
+   dolfin.parameter
diff --git a/python/doc/source/conf.py b/python/doc/source/conf.py
new file mode 100644
index 0000000..7be93cc
--- /dev/null
+++ b/python/doc/source/conf.py
@@ -0,0 +1,182 @@
+#!/usr/bin/env python3
+# -*- coding: utf-8 -*-
+#
+# DOLFIN documentation build configuration file, created by
+# sphinx-quickstart on Sat Jul  8 11:30:06 2017.
+#
+# This file is execfile()d with the current directory set to its
+# containing dir.
+#
+# Note that not all possible configuration values are present in this
+# autogenerated file.
+#
+# All configuration values have a default; values that are commented out
+# serve to show the default.
+
+# If extensions (or modules to document with autodoc) are in another directory,
+# add these directories to sys.path here. If the directory is relative to the
+# documentation root, use os.path.abspath to make it absolute, like shown here.
+#
+# import os
+# import sys
+# sys.path.insert(0, os.path.abspath('.'))
+
+# Copy demo files into doc source tree and process with pylit
+import os
+import sys
+sys.path.append(os.getcwd())
+import rstprocess
+rstprocess.process()
+
+# -- General configuration ------------------------------------------------
+
+# If your documentation needs a minimal Sphinx version, state it here.
+#
+# needs_sphinx = '1.0'
+
+# Add any Sphinx extension module names here, as strings. They can be
+# extensions coming with Sphinx (named 'sphinx.ext.*') or your custom
+# ones.
+extensions = ['sphinx.ext.autodoc',
+              'sphinx.ext.autosummary',
+              'sphinx.ext.mathjax',
+              'sphinx.ext.viewcode']
+
+# Add any paths that contain templates here, relative to this directory.
+templates_path = ['_templates']
+
+# The suffix(es) of source filenames.
+# You can specify multiple suffix as a list of string:
+#
+# source_suffix = ['.rst', '.md']
+source_suffix = '.rst'
+
+# The master toctree document.
+master_doc = 'index'
+
+# General information about the project.
+project = 'DOLFIN'
+copyright = '2017, FEniCS Project'
+author = 'FEniCS Project'
+
+# The version info for the project you're documenting, acts as replacement for
+# |version| and |release|, also used in various other places throughout the
+# built documents.
+#
+# The short X.Y version.
+version = ''
+# The full version, including alpha/beta/rc tags.
+release = ''
+
+# The language for content autogenerated by Sphinx. Refer to documentation
+# for a list of supported languages.
+#
+# This is also used if you do content translation via gettext catalogs.
+# Usually you set "language" from the command line for these cases.
+language = None
+
+# List of patterns, relative to source directory, that match files and
+# directories to ignore when looking for source files.
+# This patterns also effect to html_static_path and html_extra_path
+exclude_patterns = []
+
+# The name of the Pygments (syntax highlighting) style to use.
+pygments_style = 'sphinx'
+
+# If true, `todo` and `todoList` produce output, else they produce nothing.
+todo_include_todos = False
+
+
+# -- Options for HTML output ----------------------------------------------
+
+# The theme to use for HTML and HTML Help pages.  See the documentation for
+# a list of builtin themes.
+#
+#html_theme = 'alabaster'
+html_theme = "sphinx_rtd_theme"
+
+# Theme options are theme-specific and customize the look and feel of a theme
+# further.  For a list of options available for each theme, see the
+# documentation.
+#
+# html_theme_options = {}
+
+# Add any paths that contain custom static files (such as style sheets) here,
+# relative to this directory. They are copied after the builtin static files,
+# so a file named "default.css" will overwrite the builtin "default.css".
+html_static_path = ['_static']
+
+# Custom sidebar templates, must be a dictionary that maps document names
+# to template names.
+#
+# This is required for the alabaster theme
+# refs: http://alabaster.readthedocs.io/en/latest/installation.html#sidebars
+html_sidebars = {
+    '**': [
+        'about.html',
+        'navigation.html',
+        'relations.html',  # needs 'show_related': True theme option to display
+        'searchbox.html',
+        'donate.html',
+    ]
+}
+
+
+# -- Options for HTMLHelp output ------------------------------------------
+
+# Output file base name for HTML help builder.
+htmlhelp_basename = 'DOLFINdoc'
+
+
+# -- Options for LaTeX output ---------------------------------------------
+
+latex_elements = {
+    # The paper size ('letterpaper' or 'a4paper').
+    #
+    # 'papersize': 'letterpaper',
+
+    # The font size ('10pt', '11pt' or '12pt').
+    #
+    # 'pointsize': '10pt',
+
+    # Additional stuff for the LaTeX preamble.
+    #
+    # 'preamble': '',
+
+    # Latex figure (float) alignment
+    #
+    # 'figure_align': 'htbp',
+}
+
+# Grouping the document tree into LaTeX files. List of tuples
+# (source start file, target name, title,
+#  author, documentclass [howto, manual, or own class]).
+latex_documents = [
+    (master_doc, 'DOLFIN.tex', 'DOLFIN Documentation',
+     'FEniCS Project', 'manual'),
+]
+
+
+# -- Options for manual page output ---------------------------------------
+
+# One entry per manual page. List of tuples
+# (source start file, name, description, authors, manual section).
+man_pages = [
+    (master_doc, 'dolfin', 'DOLFIN Documentation',
+     [author], 1)
+]
+
+
+# -- Options for Texinfo output -------------------------------------------
+
+# Grouping the document tree into Texinfo files. List of tuples
+# (source start file, target name, title, author,
+#  dir menu entry, description, category)
+texinfo_documents = [
+    (master_doc, 'DOLFIN', 'DOLFIN Documentation',
+     author, 'DOLFIN', 'One line description of project.',
+     'Miscellaneous'),
+]
+
+autodoc_default_flags = ['members', 'show-inheritance']
+autosummary_generate = True
diff --git a/python/doc/source/contributing.rst b/python/doc/source/contributing.rst
new file mode 100644
index 0000000..6405409
--- /dev/null
+++ b/python/doc/source/contributing.rst
@@ -0,0 +1,60 @@
+============
+Contributing
+============
+
+This page provides guidance on how to contribute to DOLFIN. For information
+about how to get involved and how to get in touch with the developers, see
+our `community page <https://fenicsproject.org/community/>`_.
+
+
+Adding a demo
+=============
+
+The below instructions are for adding a Python demo program to DOLFIN.
+DOLFIN demo programs are written in reStructuredText, and converted to
+Python/C++ code using ``pylit``. The process for C++ demos is similar.
+The documented demo programs are displayed at
+http://fenics-dolfin.readthedocs.io/.
+
+
+Creating the demo program
+-------------------------
+
+1. Create a directory for the demo under ``demo/documented/``,
+   e.g. ``demo/documented/foo/python/``.
+2. Write the demo in reStructuredText (rst), with the actual code in
+   'code blocks' (see other demos for guidance). The demo file should
+   be named ``demo_foo-bar.py.rst``.
+3. Convert the rst file to to a Python file using ``pylit`` (pylit is
+   distributed with DOLFIN in ``utils/pylit``)
+
+   .. code-block:: ruby
+
+      ../../../../utils/pylit/pylit.py demo_foo-bar.py.rst
+
+   This will create a file ``demo_foo-bar.py``. Test that the Python
+   script can be run.
+
+
+Adding the demo to the documentation system
+-------------------------------------------
+
+1. Add the demo to the list in ``doc/source/demos.rst``.
+2. To check how the documentation will be displayed on the web, in
+   ``doc/`` run ``make html`` and open the file
+   ``doc/build/html/index.html`` in a browser.
+
+
+Make a pull request
+-------------------
+
+1. Create a git branch and add the ``demo_foo-bar.py.rst`` file to the
+   repository. Do not add the ``demo_foo-bar.py`` file.
+2. If there is no C++ version, edit ``test/regression/test.py`` to
+   indicate that there is no C++ version of the demo.
+3. Make a pull request at
+   https://bitbucket.org/fenics-project/dolfin/pull-requests/ for your
+   demo to be considered for addition to DOLFIN. Add the
+   ``demo_foo-bar.py.rst`` file to the repository, but do not add the
+   ``demo_foo-bar.py`` file.
+
diff --git a/python/doc/source/demos.rst b/python/doc/source/demos.rst
new file mode 100644
index 0000000..9d0930a
--- /dev/null
+++ b/python/doc/source/demos.rst
@@ -0,0 +1,65 @@
+.. DOLFIN demos
+
+Demos
+=====
+
+
+Introductory demos
+------------------
+
+These demos illustrate core DOLFIN/FEniCS usage and are a good way to
+begin learning FEniCS. We recommend that you go through these examples
+in the given order.
+
+1. Getting started: :doc:`Solving the Poisson equation
+   <demos/poisson/demo_poisson.py>`.
+
+2. Solving nonlinear PDEs: :doc:`Solving a nonlinear Poisson equation
+   <demos/nonlinear-poisson/demo_nonlinear-poisson.py>`
+
+3. Using mixed elements: :doc:`Solving the Stokes equations
+   <demos/stokes-taylor-hood/demo_stokes-taylor-hood.py>`
+
+4. Using iterative linear solvers: :doc:`Solving the Stokes equations
+   more efficiently <demos/stokes-iterative/demo_stokes-iterative.py>`
+
+
+More advanced demos
+-------------------
+
+These examples typically demonstrate how to solve a certain PDE using
+more advanced techniques. We recommend that you take a look at these
+demos for tips and tricks on how to use more advanced or lower-level
+functionality and optimizations.
+
+* Implementing a nonlinear :doc:`hyperelasticity equation
+  <demos/hyperelasticity/demo_hyperelasticity.py>`
+
+* Using a mixed formulation to solve the time-dependent, nonlinear
+  :doc:`Cahn-Hilliard equation <demos/cahn-hilliard/demo_cahn-hilliard.py>`
+
+* Computing eigenvalues of the :doc:`Maxwell eigenvalue problem
+  <demos/maxwell-eigenvalues/demo_maxwell-eigenvalues.py>`
+
+
+All documented demos
+--------------------
+
+.. toctree::
+   :maxdepth: 1
+
+   demos/poisson/demo_poisson.py.rst
+   demos/eigenvalue/demo_eigenvalue.py.rst
+   demos/built-in-meshes/demo_built-in-meshes.py.rst
+   demos/mixed-poisson/demo_mixed-poisson.py.rst
+   demos/biharmonic/demo_biharmonic.py.rst
+   demos/auto-adaptive-poisson/demo_auto-adaptive-poisson.py.rst
+   demos/cahn-hilliard/demo_cahn-hilliard.py.rst
+   demos/maxwell-eigenvalues/demo_maxwell-eigenvalues.py.rst
+   demos/hyperelasticity/demo_hyperelasticity.py.rst
+   demos/nonlinear-poisson/demo_nonlinear-poisson.py.rst
+   demos/singular-poisson/demo_singular-poisson.py.rst
+   demos/neumann-poisson/demo_neumann-poisson.py.rst
+   demos/nonmatching-interpolation/demo_nonmatching-interpolation.py.rst
+   demos/stokes-iterative/demo_stokes-iterative.py.rst
+   demos/elastodynamics/demo_elastodynamics.py.rst
diff --git a/python/doc/source/developer.rst b/python/doc/source/developer.rst
new file mode 100644
index 0000000..f7c7cbf
--- /dev/null
+++ b/python/doc/source/developer.rst
@@ -0,0 +1,15 @@
+.. DOLFIN developer documentation
+
+Developer resources
+===================
+
+DOLFIN development takes place on `Bitbucket
+<https://bitbucket.org/fencis-project/dolfin>`_. For information about how to
+get involved and how to get in touch with the developers, see our `community
+page <https://fenicsproject.org/community/>`_.
+
+
+.. toctree::
+   :maxdepth: 2
+
+   styleguide_cpp
diff --git a/python/doc/source/index.rst b/python/doc/source/index.rst
new file mode 100644
index 0000000..e45f5ee
--- /dev/null
+++ b/python/doc/source/index.rst
@@ -0,0 +1,21 @@
+DOLFIN documentation
+====================
+
+.. toctree::
+   :maxdepth: 1
+
+   installation
+   using
+   demos
+   api
+   developer
+   contributing
+   ChangeLog
+
+
+Indices and tables
+==================
+
+* :ref:`genindex`
+* :ref:`modindex`
+* :ref:`search`
diff --git a/python/doc/source/installation.rst b/python/doc/source/installation.rst
new file mode 100644
index 0000000..908ab2d
--- /dev/null
+++ b/python/doc/source/installation.rst
@@ -0,0 +1,83 @@
+.. DOLFIN installation docs
+
+============
+Installation
+============
+
+
+Quick start
+===========
+
+You probably want to read the `FEniCS download and installation web
+page <https://fenicsproject.org/download/>`_ if you just want to get
+FEniCS installed as quickly as possible.
+
+
+Building from source
+====================
+
+
+Dependencies
+------------
+
+DOLFIN requires a compiler that supports the C++11 standard.
+
+The required and optional DOLFIN dependencies are listed below.
+
+Required
+^^^^^^^^
+
+- Boost (http://www.boost.org), with the following compiled Boost
+  components
+
+  - filesystem
+  - iostreams
+  - program_options
+  - timer
+
+- CMake (https://cmake.org)
+- Eigen3 (http://eigen.tuxfamily.org)
+- FFC (https://bitbucket.org/fenics-project/ffc)
+- pkg-config (https://www.freedesktop.org/wiki/Software/pkg-config/)
+- Python 3 (used by the build system)
+- zlib
+
+
+Required for Python interface
+^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
+
+- Python 3 (including header files)
+- pybind11 (https://github.com/pybind/pybind11)
+- NumPy (http://www.numpy.org)
+- ply (https://github.com/dabeaz/ply)
+
+
+Optional
+^^^^^^^^
+
+- HDF5 (with MPI support enabled if building DOLFIN with MPI support)
+- MPI
+- ParMETIS [1]_
+- PETSc (strongly recommended) [2]_
+- SCOTCH and PT-SCOTCH [1]_
+- SLEPc
+- Suitesparse [1]_
+- Trilinos
+
+
+Optional for the Python interface
+^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
+
+- Matplotlib (required for plotting)
+- mpi4py
+- petsc4py
+- slepc4py
+
+
+.. [1] It is strongly recommended to use the PETSc build system to
+       download and configure and build these libraries.
+
+.. [2] Its is recommended to configuration with ParMETIS, PT-SCOTCH,
+       MUMPS and Hypre using the
+       ``--download-parmetis --download-ptscotch --download-suitesparse
+       --download-mumps --download-hypre``
diff --git a/python/doc/source/rstprocess.py b/python/doc/source/rstprocess.py
new file mode 100644
index 0000000..f63eedd
--- /dev/null
+++ b/python/doc/source/rstprocess.py
@@ -0,0 +1,94 @@
+# -*- coding: utf-8 -*-
+# Copyright (C) 2017 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import sys
+import os
+import shutil
+
+sys.path.append('../../../utils/pylit/')
+try:
+    import pylit
+except ImportError:
+    raise ImportError("Unable to import pylit module")
+
+
+def process():
+    """Copy demo rst files (C++ and Python) from the DOLFIN source tree
+    into the demo source tree, and process file with pylit
+
+    """
+
+    # Check that we can find pylint.py for converting foo.py.rst to
+    # foo.py
+    pylit_parser = "../../../utils/pylit/pylit.py"
+    if os.path.isfile(pylit_parser):
+        pass
+    else:
+        raise RuntimeError("Cannot find pylit.py")
+
+    # Directories to scan
+    subdirs = ["../../demo/documented"]
+
+    # Iterate over subdirectories containing demos
+    for subdir in subdirs:
+
+        # Get list of demos (demo name , subdirectory)
+        demos = [(dI, os.path.join(subdir, dI)) for dI in os.listdir(subdir) if os.path.isdir(os.path.join(subdir, dI))]
+
+        # Iterate over demos
+        for demo, path in demos:
+
+            # Make demo doc directory
+            demo_dir = os.path.join('./demos/', demo)
+            if not os.path.exists(demo_dir):
+                os.makedirs(demo_dir)
+
+            #for f in rst_files_common:
+            #    shutil.copy(os.path.join(path, f), demo_dir)
+
+            # Build list of rst and png files in demo source directory
+            rst_files = [f for f in os.listdir(path) if os.path.splitext(f)[1] == ".rst" ]
+            other_files = [f for f in os.listdir(path) if os.path.splitext(f)[1] in (".png", ".gif", ".py", ".gz")]
+
+            # Create directory in documentation tree for demo
+            demo_dir = os.path.join('./demos/', demo)
+            if not os.path.exists(demo_dir):
+                os.makedirs(demo_dir)
+
+            # Copy .png and .py files into documentation demo directory
+            for f in other_files:
+                shutil.copy(os.path.join(path, f), demo_dir)
+
+            # Copy rst files into documentation demo directory
+            for f in rst_files:
+                shutil.copy(os.path.join(path, f), demo_dir)
+
+                # Copy rst files into documentation demo directory and
+            # process with Pylit
+            for f in rst_files:
+                shutil.copy(os.path.join(path, f), demo_dir)
+
+                # Run pylit on py.rst files (files with 'double
+                # extensions')
+                if os.path.splitext(os.path.splitext(f)[0])[1] in (".py"):
+                    rst_file = os.path.join(demo_dir, f)
+                    pylit.main([rst_file])
+
+
+if __name__ == "__main__":
+    process()
diff --git a/python/doc/source/styleguide_cpp.rst b/python/doc/source/styleguide_cpp.rst
new file mode 100644
index 0000000..435bf99
--- /dev/null
+++ b/python/doc/source/styleguide_cpp.rst
@@ -0,0 +1,343 @@
+.. _developers_styleguide_cpp:
+
+C++ coding style guide
+======================
+
+Naming conventions
+------------------
+
+Class names
+^^^^^^^^^^^
+Use camel caps for class names:
+
+.. code-block:: c++
+
+    class FooBar
+    {
+      ...
+    };
+
+Function names
+^^^^^^^^^^^^^^
+
+Use lower-case for function names and underscore to separate words:
+
+.. code-block:: c++
+
+    foo();
+    bar();
+    foo_bar(...);
+
+Functions returning a value should be given the name of that value,
+for example:
+
+.. code-block:: c++
+
+    class Array:
+    {
+    public:
+
+      /// Return size of array (number of entries)
+      std::size_t size() const;
+
+    };
+
+In the above example, the function should be named ``size`` rather
+than ``get_size``. On the other hand, a function not returning a value
+but rather taking a variable (by reference) and assigning a value to
+it, should use the ``get_foo`` naming scheme, for example:
+
+.. code-block:: c++
+
+    class Parameters:
+    {
+    public:
+
+      /// Retrieve all parameter keys
+      void get_parameter_keys(std::vector<std::string>& parameter_keys) const;
+
+    };
+
+
+Variable names
+^^^^^^^^^^^^^^
+
+Use lower-case for variable names and underscore to separate words:
+
+.. code-block:: c++
+
+    Foo foo;
+    Bar bar;
+    FooBar foo_bar;
+
+Enum variables and constants
+^^^^^^^^^^^^^^^^^^^^^^^^^^^^
+
+Enum variables should be lower-case with underscore to separate words:
+
+.. code-block:: c++
+
+    enum Type {foo, bar, foo_bar};
+
+We try to avoid using ``#define`` to define constants, but when
+necessary constants should be capitalized:
+
+.. code-block:: c++
+
+    #define FOO 3.14159265358979
+
+File names
+^^^^^^^^^^
+
+Use camel caps for file names if they contain the
+declaration/definition of a class. Header files should have the suffix
+``.h`` and implementation files should have the suffix ``.cpp``:
+
+.. code-block:: c++
+
+    FooBar.h
+    FooBar.cpp
+
+Use lower-case for file names that contain utilities/functions (not
+classes).
+
+Miscellaneous
+-------------
+
+.. _styleguides_cpp_coding_style_indentation:
+
+Indentation
+^^^^^^^^^^^
+
+Indentation should be two spaces and it should be spaces. Do **not**
+use tab(s).
+
+Comments
+^^^^^^^^
+
+Comment your code, and do it often. Capitalize the first letter and
+don't use punctuation (unless the comment runs over several
+sentences). Here's a good example from ``TopologyComputation.cpp``:
+
+.. code-block:: c++
+
+    // Check if connectivity has already been computed
+    if (connectivity.size() > 0)
+      return;
+
+    // Invalidate ordering
+    mesh._ordered = false;
+
+    // Compute entities if they don't exist
+    if (topology.size(d0) == 0)
+      compute_entities(mesh, d0);
+    if (topology.size(d1) == 0)
+      compute_entities(mesh, d1);
+
+    // Check if connectivity still needs to be computed
+    if (connectivity.size() > 0)
+      return;
+
+    ...
+
+Always use ``//`` for comments and ``///`` for documentation. Never
+use ``/* foo */``, not even for comments that runs over multiple
+lines.
+
+Integers and reals
+^^^^^^^^^^^^^^^^^^
+
+Use ``std::size_t`` instead of ``int`` (unless you really want to use
+negative integers or memory usage is critical).
+
+.. code-block:: c++
+
+    std::size_t i = 0;
+    double x = 0.0;
+
+Placement of brackets and indent style
+^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
+
+Use the `BSD/Allman <http://en.wikipedia.org/wiki/Indent_style>`_
+style when formatting blocks of code, i.e., curly brackets following
+multiline control statements should appear on the next line and should
+not be indented:
+
+.. code-block:: c++
+
+    for (std::size_t i = 0; i < 10; i++)
+    {
+      ...
+    }
+
+For one line statements, omit the brackets:
+
+.. code-block:: c++
+
+    for (std::size_t i = 0; i < 10; i++)
+      foo(i);
+
+Header file layout
+^^^^^^^^^^^^^^^^^^
+
+Header files should follow the below template:
+
+.. code-block:: c++
+
+    // Copyright (C) 2008 Foo Bar
+    //
+    // This file is part of DOLFIN.
+    //
+    // DOLFIN is free software: you can redistribute it and/or modify
+    // it under the terms of the GNU Lesser General Public License as published by
+    // the Free Software Foundation, either version 3 of the License, or
+    // (at your option) any later version.
+    //
+    // DOLFIN is distributed in the hope that it will be useful,
+    // but WITHOUT ANY WARRANTY; without even the implied warranty of
+    // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+    // GNU Lesser General Public License for more details.
+    //
+    // You should have received a copy of the GNU Lesser General Public License
+    // along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+    //
+    // Modified by Bar Foo 2008
+
+    #ifndef __FOO_H
+    #define __FOO_H
+
+    namespace dolfin
+    {
+
+      class Bar; // Forward declarations here
+
+      /// Documentation of class
+
+      class Foo
+      {
+      public:
+
+        ...
+
+      private:
+
+        ...
+
+      };
+
+    }
+
+    #endif
+
+Implementation file layout
+^^^^^^^^^^^^^^^^^^^^^^^^^^
+
+Implementation files should follow the below template:
+
+.. code-block:: c++
+
+    // Copyright (C) 2008 Foo Bar
+    //
+    // This file is part of DOLFIN.
+    //
+    // DOLFIN is free software: you can redistribute it and/or modify
+    // it under the terms of the GNU Lesser General Public License as published by
+    // the Free Software Foundation, either version 3 of the License, or
+    // (at your option) any later version.
+    //
+    // DOLFIN is distributed in the hope that it will be useful,
+    // but WITHOUT ANY WARRANTY; without even the implied warranty of
+    // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+    // GNU Lesser General Public License for more details.
+    //
+    // You should have received a copy of the GNU Lesser General Public License
+    // along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+    //
+    // Modified by Bar Foo 2008
+
+    #include <dolfin/Foo.h>
+
+    using namespace dolfin;
+
+    //-----------------------------------------------------------------------------
+    Foo::Foo() : // variable initialization here
+    {
+      ...
+    }
+    //-----------------------------------------------------------------------------
+    Foo::~Foo()
+    {
+      // Do nothing
+    }
+    //-----------------------------------------------------------------------------
+
+The horizontal lines above (including the slashes) should be exactly
+79 characters wide.
+
+Including header files and using forward declarations
+^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
+
+Do not use ``#include <dolfin.h>`` or ``#include``
+``<dolfin/dolfin_foo.h>`` inside the DOLFIN source tree. Only include
+the portions of DOLFIN you are actually using.
+
+Include as few header files as possible and use forward declarations
+whenever possible (in header files). Put the ``#include`` in the
+implementation file.  This reduces compilation time and minimizes the
+risk of cyclic dependencies.
+
+Explicit constructors
+^^^^^^^^^^^^^^^^^^^^^
+
+Make all one argument constructors (except copy constructors)
+explicit:
+
+.. code-block:: c++
+
+    class Foo
+    {
+      explicit Foo(std::size_t i);
+    };
+
+Virtual functions
+^^^^^^^^^^^^^^^^^
+
+Always declare inherited virtual functions as virtual in the
+subclasses.  This makes it easier to spot which functions are virtual.
+
+.. code-block:: c++
+
+    class Foo
+    {
+      virtual void foo();
+      virtual void bar() = 0;
+    };
+
+    class Bar : public Foo
+    {
+      virtual void foo();
+      virtual void bar();
+    };
+
+Use of libraries
+----------------
+
+Prefer C++ strings and streams over old C-style ``char*``
+^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
+
+Use ``std::string`` instead of ``const char*`` and use
+``std::istream`` and ``std::ostream`` instead of ``FILE``. Avoid
+``printf``, ``sprintf`` and other C functions.
+
+There are some exceptions to this rule where we need to use old
+C-style function calls. One such exception is handling of command-line
+arguments (``char* argv[]``).
+
+Prefer smart pointers over plain pointers
+^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
+
+Use ``std::shared_ptr`` and ``std::unique_ptr`` in favour of plain
+pointers. Smart pointers reduce the likelihood of memory leaks and
+make ownership clear. Use ``unique_ptr`` for a pointer that is not
+shared and ``shared_ptr`` when multiple pointers point to the same
+object.
diff --git a/python/doc/source/using.rst b/python/doc/source/using.rst
new file mode 100644
index 0000000..08194ed
--- /dev/null
+++ b/python/doc/source/using.rst
@@ -0,0 +1,13 @@
+Using DOLFIN
+============
+
+As a new user to FEniCS we highly recommend starting with the `tutorial
+<https://fenicsproject.org/tutorial/>`_.
+
+Other resources that are helpful to get you started or keep you going
+when you get stuck:
+
+* :doc:`FEniCS demos - short example PDE solvers <demos>`
+* `QA forum, mailing list, bug reporting <https://fenicsproject.org/community/>`_
+* `Documentation overview on our web pages <https://fenicsproject.org/documentation/>`_
+
diff --git a/python/dolfin/__init__.py b/python/dolfin/__init__.py
new file mode 100644
index 0000000..5b1dd63
--- /dev/null
+++ b/python/dolfin/__init__.py
@@ -0,0 +1,212 @@
+# -*- coding: utf-8 -*-
+"""Main module for DOLFIN"""
+
+# flake8: noqa
+
+# Copyright (C) 2017 Chris N. Richardson and Garth N. Wells
+#
+# Distributed under the terms of the GNU Lesser Public License (LGPL),
+# either version 3 of the License, or (at your option) any later
+# version.
+
+import sys
+
+# Store dl open flags to restore them after import
+stored_dlopen_flags = sys.getdlopenflags()
+
+# Developer note: below is related to OpenMPI
+# Fix dlopen flags (may need reorganising)
+if "linux" in sys.platform:
+    # FIXME: What with other platforms?
+    try:
+        from ctypes import RTLD_NOW, RTLD_GLOBAL
+    except ImportError:
+        RTLD_NOW = 2
+        RTLD_GLOBAL = 256
+    sys.setdlopenflags(RTLD_NOW | RTLD_GLOBAL)
+del sys
+
+# Reset dl open flags
+# sys.setdlopenflags(stored_dlopen_flags)
+# del sys
+
+# Import cpp modules
+from .cpp import __version__
+
+from .cpp.common import (Variable, has_debug, has_hdf5, has_scotch,
+                         has_hdf5_parallel, has_mpi, has_mpi4py,
+                         has_petsc, has_petsc4py, has_parmetis, has_sundials,
+                         has_slepc, has_slepc4py, git_commit_hash,
+                         DOLFIN_EPS, DOLFIN_PI,  DOLFIN_EPS_LARGE,
+                         TimingClear, TimingType,
+                         timing, timings, list_timings, dump_timings_to_xml,
+                         SubSystemsManager)
+
+if has_hdf5():
+    from .cpp.adaptivity import TimeSeries
+    from .cpp.io import HDF5File
+
+from .cpp.ale import ALE
+from .cpp import MPI
+from .cpp.function import (Expression, Constant, FunctionAXPY,
+                           LagrangeInterpolator, FunctionAssigner, assign,
+                           MultiMeshSubSpace)
+from .cpp.fem import (FiniteElement, DofMap, Assembler, MultiMeshAssembler,
+                      get_coordinates, create_mesh, set_coordinates,
+                      vertex_to_dof_map, dof_to_vertex_map,
+                      PointSource, DiscreteOperators,
+                      LinearVariationalSolver,
+                      NonlinearVariationalSolver,
+                      MixedLinearVariationalSolver,
+                      MixedNonlinearVariationalSolver,
+                      SparsityPatternBuilder,
+                      MultiMeshDirichletBC, adapt)
+
+from .cpp.geometry import (BoundingBoxTree,
+                           Point,
+                           MeshPointIntersection,
+                           intersect)
+from .cpp.generation import (IntervalMesh, BoxMesh, RectangleMesh,
+                             UnitDiscMesh,
+                             UnitTriangleMesh, UnitCubeMesh,
+                             UnitSquareMesh, UnitIntervalMesh,
+                             SphericalShellMesh)
+from .cpp.graph import GraphBuilder
+from .cpp.io import File, XDMFFile, VTKFile
+from .cpp.la import (list_linear_algebra_backends,
+                     list_linear_solver_methods,
+                     list_lu_solver_methods,
+                     list_krylov_solver_methods,
+                     list_krylov_solver_preconditioners,
+                     has_linear_algebra_backend,
+                     has_lu_solver_method,
+                     has_krylov_solver_method,
+                     has_krylov_solver_preconditioner,
+                     linear_algebra_backends,
+                     linear_solver_methods,
+                     lu_solver_methods,
+                     krylov_solver_methods,
+                     krylov_solver_preconditioners,
+                     normalize,
+                     VectorSpaceBasis, in_nullspace,
+                     residual)
+
+if has_linear_algebra_backend('PETSc'):
+    from .cpp.la import (PETScVector, PETScMatrix, PETScNestMatrix, PETScFactory,
+                         PETScOptions, PETScLUSolver,
+                         PETScKrylovSolver, PETScPreconditioner)
+    from .cpp.fem import PETScDMCollection
+    from .cpp.nls import (PETScSNESSolver, PETScTAOSolver, TAOLinearBoundSolver)
+
+if has_linear_algebra_backend('Tpetra'):
+    from .cpp.la import (TpetraVector, TpetraMatrix, TpetraFactory,
+                         MueluPreconditioner, BelosKrylovSolver)
+
+if has_slepc():
+    from .cpp.la import SLEPcEigenSolver
+
+from .cpp.la import (IndexMap, DefaultFactory, Matrix, Vector, Scalar,
+                     EigenMatrix, EigenVector, EigenFactory, LUSolver,
+                     KrylovSolver, TensorLayout, LinearOperator,
+                     BlockMatrix, BlockVector)
+from .cpp.la import GenericVector  # Remove when pybind11 transition complete
+from .cpp.log import (info, Table, set_log_level, get_log_level, LogLevel,
+                      Progress, begin, end, error, warning, set_log_active)
+from .cpp.math import ipow, near, between
+from .cpp.mesh import (Mesh, MeshTopology, MeshGeometry, MeshEntity,
+                       MeshColoring, CellType, Cell, Facet, Face,
+                       Edge, Vertex, cells, facets, faces, edges,
+                       entities, vertices, SubDomain, BoundaryMesh,
+                       MeshEditor, MeshQuality, SubMesh,
+                       DomainBoundary, PeriodicBoundaryComputation,
+                       MeshTransformation, SubsetIterator, MultiMesh, MeshView,
+                       MeshPartitioning)
+
+from .cpp.nls import (NonlinearProblem, NewtonSolver, OptimisationProblem)
+from .cpp.refinement import refine, p_refine
+from .cpp.parameter import Parameters, parameters
+from .cpp.io import X3DOM, X3DOMParameters
+
+if has_sundials():
+    from .cpp.la import SUNDIALSNVector
+    from .cpp.ts import CVode
+
+# Import Python modules
+from . import io
+from . import la
+from . import mesh
+from . import parameter
+
+from .common import timer
+from .common.timer import Timer, timed
+from .common.plotting import plot
+
+from .fem.assembling import (assemble, assemble_system, assemble_multimesh, assemble_mixed,
+                             SystemAssembler, assemble_local)
+from .fem.form import Form
+from .fem.norms import norm, errornorm
+from .fem.dirichletbc import DirichletBC, AutoSubDomain
+from .fem.multimeshdirichletbc import MultiMeshDirichletBC
+from .fem.interpolation import interpolate
+from .fem.projection import project
+from .fem.solvers import LocalSolver
+from .fem.solving import (solve, LinearVariationalProblem,
+                          NonlinearVariationalProblem,
+                          MixedLinearVariationalProblem,
+                          MixedNonlinearVariationalProblem)
+from .fem.solving import assemble_mixed_system, solve_mixed_system
+from .fem.formmanipulations import (derivative, adjoint, increase_order, tear, extract_blocks)
+
+# Need to be careful with other to avoid circular dependency
+from .fem.adaptivesolving import (AdaptiveLinearVariationalSolver,
+                                  AdaptiveNonlinearVariationalSolver)
+
+from .function.multimeshfunctionspace import (MultiMeshFunctionSpace,
+                                              MultiMeshVectorFunctionSpace,
+                                              MultiMeshTensorFunctionSpace)
+from .function.functionspace import (FunctionSpace,
+                                     MixedFunctionSpace,
+                                     VectorFunctionSpace, 
+                                     TensorFunctionSpace)
+
+from .function.function import Function
+from .function.multimeshfunction import MultiMeshFunction
+from .function.argument import (TestFunction, TrialFunction,
+                                TestFunctions, TrialFunctions)
+from .function.constant import Constant
+from .function.specialfunctions import (MeshCoordinates, FacetArea, FacetNormal,
+                                        CellVolume, SpatialCoordinate, CellNormal,
+                                        CellDiameter, Circumradius,
+                                        MinCellEdgeLength, MaxCellEdgeLength,
+                                        MinFacetEdgeLength, MaxFacetEdgeLength)
+from .function.expression import Expression, UserExpression, CompiledExpression
+
+# experimental
+from .jit.pybind11jit import compile_cpp_code
+
+from .la import as_backend_type, la_index_dtype
+from .mesh.ale import (compute_vertex_map, compute_edge_map,
+                       init_parent_edge_indices)
+from .mesh.meshfunction import (MeshFunction)
+from .mesh.meshvaluecollection import MeshValueCollection
+from .mesh.subdomain import CompiledSubDomain
+
+from .multistage.multistagescheme import (RK4, CN2, CrankNicolson,
+                                          ExplicitMidPoint,
+                                          ESDIRK3, ESDIRK4,
+                                          ForwardEuler, BackwardEuler)
+from .multistage.multistagesolvers import PointIntegralSolver, RKSolver
+from .multistage.rushlarsenschemes import RL1, RL2, GRL1, GRL2
+
+# Import from ufl
+from ufl import (FiniteElement, TensorElement, VectorElement,
+                 MixedElement, NodalEnrichedElement, rhs, lhs, conditional, le,
+                 lt, ge, gt, split, cross, inner, dot, grad, nabla_grad, curl,
+                 dx, div, Measure, det, pi, sin, cos, tan, acos, asin, atan,
+                 ln, exp, sqrt, bessel_I, bessel_J, bessel_K,
+                 bessel_Y, Dx, ds, dS, dP, dX, dC, dI, dO, interval, triangle,
+                 tetrahedron, quadrilateral, hexahedron, avg, jump,
+                 sym, tr, Identity, variable, diff, as_vector,
+                 as_tensor, as_matrix, system, outer, dev, skew,
+                 elem_mult, elem_div, elem_pow, elem_op, erf, inv)
+from ufl.formoperators import action
diff --git a/python/dolfin/common/__init__.py b/python/dolfin/common/__init__.py
new file mode 100644
index 0000000..d013deb
--- /dev/null
+++ b/python/dolfin/common/__init__.py
@@ -0,0 +1,10 @@
+import dolfin.cpp as cpp
+
+
+def __iadd__(self, incr):
+    self._increment(incr)
+    return self
+
+
+cpp.log.Progress.__iadd__ = __iadd__
+del __iadd__
diff --git a/python/dolfin/common/plotting.py b/python/dolfin/common/plotting.py
new file mode 100644
index 0000000..c1c08e3
--- /dev/null
+++ b/python/dolfin/common/plotting.py
@@ -0,0 +1,442 @@
+# -*- coding: utf-8 -*-
+# Copyright (C) 2008-2012 Joachim B. Haga and Fredrik Valdmanis
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import os
+
+import dolfin
+import dolfin.cpp as cpp
+import ufl
+import numpy as np
+
+__all__ = ['plot']
+
+_meshfunction_types = (cpp.mesh.MeshFunctionBool,
+                       cpp.mesh.MeshFunctionInt,
+                       cpp.mesh.MeshFunctionDouble,
+                       cpp.mesh.MeshFunctionSizet)
+_matplotlib_plottable_types = (cpp.function.Function,
+                               cpp.function.Expression, cpp.mesh.Mesh,
+                               cpp.fem.DirichletBC) + _meshfunction_types
+_x3dom_plottable_types = (cpp.function.Function, cpp.mesh.Mesh)
+_all_plottable_types = tuple(set.union(set(_matplotlib_plottable_types),
+                                       set(_x3dom_plottable_types)))
+
+
+def _has_matplotlib():
+    try:
+        import matplotlib  # noqa
+    except ImportError:
+        return False
+    return True
+
+
+def mesh2triang(mesh):
+    import matplotlib.tri as tri
+    xy = mesh.coordinates()
+    return tri.Triangulation(xy[:, 0], xy[:, 1], mesh.cells())
+
+
+def mplot_mesh(ax, mesh, **kwargs):
+    tdim = mesh.topology().dim()
+    gdim = mesh.geometry().dim()
+    if gdim == 2 and tdim == 2:
+        color = kwargs.pop("color", '#808080')
+        return ax.triplot(mesh2triang(mesh), color=color, **kwargs)
+    elif gdim == 3 and tdim == 3:
+        bmesh = cpp.mesh.BoundaryMesh(mesh, "exterior", order=False)
+        mplot_mesh(ax, bmesh, **kwargs)
+    elif gdim == 3 and tdim == 2:
+        xy = mesh.coordinates()
+        return ax.plot_trisurf(*[xy[:, i] for i in range(gdim)],
+                               triangles=mesh.cells(), **kwargs)
+    elif tdim == 1:
+        x = [mesh.coordinates()[:, i] for i in range(gdim)]
+        if gdim == 1:
+            x.append(np.zeros_like(x[0]))
+            ax.set_yticks([])
+        marker = kwargs.pop('marker', 'o')
+        return ax.plot(*x, marker=marker, **kwargs)
+    else:
+        assert False, "this code should not be reached"
+
+
+# TODO: This is duplicated somewhere else
+def create_cg1_function_space(mesh, sh):
+    r = len(sh)
+    if r == 0:
+        V = dolfin.FunctionSpace(mesh, "CG", 1)
+    elif r == 1:
+        V = dolfin.VectorFunctionSpace(mesh, "CG", 1, dim=sh[0])
+    else:
+        V = dolfin.TensorFunctionSpace(mesh, "CG", 1, shape=sh)
+    return V
+
+
+def mplot_expression(ax, f, mesh, **kwargs):
+    # TODO: Can probably avoid creating the function space here by
+    # restructuring mplot_function a bit so it can handle Expression
+    # natively
+    V = create_cg1_function_space(mesh, f.value_shape)
+    g = dolfin.interpolate(f, V)
+    return mplot_function(ax, g, **kwargs)
+
+
+def mplot_function(ax, f, **kwargs):
+    mesh = f.function_space().mesh()
+    gdim = mesh.geometry().dim()
+    tdim = mesh.topology().dim()
+
+    # Extract the function vector in a way that also works for
+    # subfunctions
+    try:
+        fvec = f.vector()
+    except RuntimeError:
+        fspace = f.function_space()
+        try:
+            fspace = fspace.collapse()
+        except RuntimeError:
+            return
+        fvec = dolfin.interpolate(f, fspace).vector()
+
+    if fvec.size() == mesh.num_cells():
+        # DG0 cellwise function
+        C = fvec.get_local()  # NB! Assuming here dof ordering matching cell numbering
+        if gdim == 2 and tdim == 2:
+            return ax.tripcolor(mesh2triang(mesh), C, **kwargs)
+        elif gdim == 3 and tdim == 2:  # surface in 3d
+            # FIXME: Not tested, probably broken
+            xy = mesh.coordinates()
+            shade = kwargs.pop("shade", True)
+            return ax.plot_trisurf(mesh2triang(mesh), xy[:, 2], C, shade=shade,
+                                   **kwargs)
+        elif gdim == 1 and tdim == 1:
+            x = mesh.coordinates()[:, 0]
+            nv = len(x)
+            # Insert duplicate points to get piecewise constant plot
+            xp = np.zeros(2 * nv - 2)
+            xp[0] = x[0]
+            xp[-1] = x[-1]
+            xp[1:2 * nv - 3:2] = x[1:-1]
+            xp[2:2 * nv - 2:2] = x[1:-1]
+            Cp = np.zeros(len(xp))
+            Cp[0:len(Cp) - 1:2] = C
+            Cp[1:len(Cp):2] = C
+            return ax.plot(xp, Cp, *kwargs)
+        # elif tdim == 1:  # FIXME: Plot embedded line
+        else:
+            raise AttributeError('Matplotlib plotting backend only supports 2D mesh for scalar functions.')
+
+    elif f.value_rank() == 0:
+        # Scalar function, interpolated to vertices
+        # TODO: Handle DG1?
+        C = f.compute_vertex_values(mesh)
+        if gdim == 2 and tdim == 2:
+            mode = kwargs.pop("mode", "contourf")
+            if mode == "contourf":
+                levels = kwargs.pop("levels", 40)
+                return ax.tricontourf(mesh2triang(mesh), C, levels, **kwargs)
+            elif mode == "color":
+                shading = kwargs.pop("shading", "gouraud")
+                return ax.tripcolor(mesh2triang(mesh), C, shading=shading,
+                                    **kwargs)
+            elif mode == "warp":
+                from matplotlib import cm
+                cmap = kwargs.pop("cmap", cm.jet)
+                linewidths = kwargs.pop("linewidths", 0)
+                return ax.plot_trisurf(mesh2triang(mesh), C, cmap=cmap,
+                                       linewidths=linewidths, **kwargs)
+            elif mode == "wireframe":
+                return ax.triplot(mesh2triang(mesh), **kwargs)
+            elif mode == "contour":
+                return ax.tricontour(mesh2triang(mesh), C, **kwargs)
+        elif gdim == 3 and tdim == 2:  # surface in 3d
+            # FIXME: Not tested
+            from matplotlib import cm
+            cmap = kwargs.pop("cmap", cm.jet)
+            return ax.plot_trisurf(mesh2triang(mesh), C, cmap=cmap, **kwargs)
+        elif gdim == 3 and tdim == 3:
+            # Volume
+            # TODO: Isosurfaces?
+            # Vertex point cloud
+            X = [mesh.coordinates()[:, i] for i in range(gdim)]
+            return ax.scatter(*X, c=C, **kwargs)
+        elif gdim == 1 and tdim == 1:
+            x = mesh.coordinates()[:, 0]
+            ax.set_aspect('auto')
+
+            p = ax.plot(x, C, **kwargs)
+
+            # Setting limits for Line2D objects
+            # Must be done after generating plot to avoid ignoring function
+            # range if no vmin/vmax are supplied
+            vmin = kwargs.pop("vmin", None)
+            vmax = kwargs.pop("vmax", None)
+            ax.set_ylim([vmin, vmax])
+
+            return p
+        # elif tdim == 1: # FIXME: Plot embedded line
+        else:
+            raise AttributeError('Matplotlib plotting backend only supports 2D mesh for scalar functions.')
+
+    elif f.value_rank() == 1:
+        # Vector function, interpolated to vertices
+        w0 = f.compute_vertex_values(mesh)
+        nv = mesh.num_vertices()
+        if len(w0) != gdim * nv:
+            raise AttributeError('Vector length must match geometric dimension.')
+        X = mesh.coordinates()
+        X = [X[:, i] for i in range(gdim)]
+        U = [w0[i * nv: (i + 1) * nv] for i in range(gdim)]
+
+        # Compute magnitude
+        C = U[0]**2
+        for i in range(1, gdim):
+            C += U[i]**2
+        C = np.sqrt(C)
+
+        mode = kwargs.pop("mode", "glyphs")
+        if mode == "glyphs":
+            args = X + U + [C]
+            if gdim == 3:
+                length = kwargs.pop("length", 0.1)
+                return ax.quiver(*args, length=length, **kwargs)
+            else:
+                return ax.quiver(*args, **kwargs)
+        elif mode == "displacement":
+            Xdef = [X[i] + U[i] for i in range(gdim)]
+            import matplotlib.tri as tri
+            if gdim == 2 and tdim == 2:
+                # FIXME: Not tested
+                triang = tri.Triangulation(Xdef[0], Xdef[1], mesh.cells())
+                shading = kwargs.pop("shading", "flat")
+                return ax.tripcolor(triang, C, shading=shading, **kwargs)
+            else:
+                # Return gracefully to make regression test pass without vtk
+                cpp.warning('Matplotlib plotting backend does not support '
+                            'displacement for %d in %d. Continuing without '
+                            'plotting...' % (tdim, gdim))
+                return
+
+
+def mplot_meshfunction(ax, obj, **kwargs):
+    mesh = obj.mesh()
+    tdim = mesh.topology().dim()
+    d = obj.dim()
+    if tdim == 2 and d == 2:
+        C = obj.array()
+        triang = mesh2triang(mesh)
+        assert not kwargs.pop("facecolors", None), "Not expecting 'facecolors' in kwargs"
+        return ax.tripcolor(triang, facecolors=C, **kwargs)
+    else:
+        # Return gracefully to make regression test pass without vtk
+        cpp.warning('Matplotlib plotting backend does not support mesh '
+                    'function of dim %d. Continuing without plotting...' % d)
+        return
+
+
+def mplot_dirichletbc(ax, obj, **kwargs):
+    raise AttributeError("Matplotlib plotting backend doesn't handle DirichletBC.")
+
+
+def _plot_matplotlib(obj, mesh, kwargs):
+    if not isinstance(obj, _matplotlib_plottable_types):
+        print("Don't know how to plot type %s." % type(obj))
+        return
+
+    # Plotting is not working with all ufl cells
+    if mesh.ufl_cell().cellname() not in ['interval', 'triangle', 'tetrahedron']:
+        raise AttributeError(("Matplotlib plotting backend doesn't handle %s mesh.\n"
+                              "Possible options are saving the output to XDMF file "
+                              "or using 'x3dom' backend.") % mesh.ufl_cell().cellname())
+
+    # Avoid importing pyplot until used
+    try:
+        import matplotlib.pyplot as plt
+    except Exception:
+        cpp.warning("matplotlib.pyplot not available, cannot plot.")
+        return
+
+    gdim = mesh.geometry().dim()
+    if gdim == 3 or kwargs.get("mode") in ("warp",):
+        # Importing this toolkit has side effects enabling 3d support
+        from mpl_toolkits.mplot3d import axes3d  # noqa
+        # Enabling the 3d toolbox requires some additional arguments
+        ax = plt.gca(projection='3d')
+    else:
+        ax = plt.gca()
+        ax.set_aspect('equal')
+
+    title = kwargs.pop("title", None)
+    if title is not None:
+        ax.set_title(title)
+
+    # Translate range_min/max kwargs supported by VTKPlotter
+    vmin = kwargs.pop("range_min", None)
+    vmax = kwargs.pop("range_max", None)
+    if vmin and "vmin" not in kwargs:
+        kwargs["vmin"] = vmin
+    if vmax and "vmax" not in kwargs:
+        kwargs["vmax"] = vmax
+
+    # Drop unsupported kwargs and inform user
+    _unsupported_kwargs = ["rescale", "wireframe"]
+    for kw in _unsupported_kwargs:
+        if kwargs.pop(kw, None):
+            cpp.warning("Matplotlib backend does not support '%s' kwarg yet. "
+                        "Ignoring it..." % kw)
+
+    if isinstance(obj, cpp.function.Function):
+        return mplot_function(ax, obj, **kwargs)
+    elif isinstance(obj, cpp.function.Expression):
+        return mplot_expression(ax, obj, mesh, **kwargs)
+    elif isinstance(obj, cpp.mesh.Mesh):
+        return mplot_mesh(ax, obj, **kwargs)
+    elif isinstance(obj, cpp.fem.DirichletBC):
+        return mplot_dirichletbc(ax, obj, **kwargs)
+    elif isinstance(obj, _meshfunction_types):
+        return mplot_meshfunction(ax, obj, **kwargs)
+    else:
+        raise AttributeError('Failed to plot %s' % type(obj))
+
+
+def _plot_x3dom(obj, kwargs):
+    if not isinstance(obj, _x3dom_plottable_types):
+        cpp.warning("Don't know how to plot type %s." % type(obj))
+        return
+
+    x3dom = dolfin.X3DOM()
+    out = x3dom.html(obj)
+
+    return out
+
+
+def plot(object, *args, **kwargs):
+    """
+    Plot given object.
+
+    *Arguments*
+        object
+            a :py:class:`Mesh <dolfin.cpp.Mesh>`, a :py:class:`MeshFunction
+            <dolfin.cpp.MeshFunction>`, a :py:class:`Function
+            <dolfin.functions.function.Function>`, a :py:class:`Expression`
+            <dolfin.cpp.Expression>, a :py:class:`DirichletBC`
+            <dolfin.cpp.DirichletBC>, a :py:class:`FiniteElement
+            <ufl.FiniteElement>`.
+
+    *Examples of usage*
+        In the simplest case, to plot only e.g. a mesh, simply use
+
+        .. code-block:: python
+
+            mesh = UnitSquare(4, 4)
+            plot(mesh)
+
+        Use the ``title`` argument to specify title of the plot
+
+        .. code-block:: python
+
+            plot(mesh, tite="Finite element mesh")
+
+        It is also possible to plot an element
+
+        .. code-block:: python
+
+            element = FiniteElement("BDM", tetrahedron, 3)
+            plot(element)
+
+        Vector valued functions can be visualized with an alternative mode
+
+        .. code-block:: python
+
+            plot(u, mode = "glyphs")
+
+        A more advanced example
+
+        .. code-block:: python
+
+            plot(u,
+                 wireframe = True,              # use wireframe rendering
+                 interactive = False,           # do not hold plot on screen
+                 scalarbar = False,             # hide the color mapping bar
+                 hardcopy_prefix = "myplot",    # default plotfile name
+                 scale = 2.0,                   # scale the warping/glyphs
+                 title = "Fancy plot",          # set your own title
+                 )
+
+    """
+
+    # Return if plotting is disables
+    if os.environ.get("DOLFIN_NOPLOT", "0") != "0":
+        return
+
+    # Return if Matplotlib is not available
+    if not _has_matplotlib():
+        cpp.log.info("Matplotlib is required to plot from Python.")
+        return
+
+    # Plot element
+    if isinstance(object, ufl.FiniteElementBase):
+        import ffc
+        return ffc.plot(object, *args, **kwargs)
+
+    # For dolfin.function.Function, extract cpp_object
+    if hasattr(object, "cpp_object"):
+        object = object.cpp_object()
+
+    # Get mesh from explicit mesh kwarg, only positional arg, or via
+    # object
+    mesh = kwargs.pop('mesh', None)
+    if isinstance(object, cpp.mesh.Mesh):
+        if mesh is not None and mesh.id() != object.id():
+            raise RuntimeError("Got different mesh in plot object and keyword argument")
+        mesh = object
+    if mesh is None:
+        if isinstance(object, cpp.function.Function):
+            mesh = object.function_space().mesh()
+        elif hasattr(object, "mesh"):
+            mesh = object.mesh()
+
+    # Expressions do not carry their own mesh
+    if isinstance(object, cpp.function.Expression) and mesh is None:
+        raise RuntimeError("Expecting a mesh as keyword argument")
+
+    backend = kwargs.pop("backend", "matplotlib")
+    if backend not in ("matplotlib", "x3dom"):
+        raise RuntimeError("Plotting backend %s not recognised" % backend)
+
+    # Try to project if object is not a standard plottable type
+    if not isinstance(object, _all_plottable_types):
+        from dolfin.fem.projection import project
+        try:
+            cpp.log.info("Object cannot be plotted directly, projecting to "
+                         "piecewise linears.")
+            object = project(object, mesh=mesh)
+            mesh = object.function_space().mesh()
+            object = object._cpp_object
+        except Exception as e:
+            msg = "Don't know how to plot given object:\n  %s\n" \
+                  "and projection failed:\n  %s" % (str(object), str(e))
+            raise RuntimeError(msg)
+
+    # Plot
+    if backend == "matplotlib":
+        return _plot_matplotlib(object, mesh, kwargs)
+    elif backend == "x3dom":
+        return _plot_x3dom(object, kwargs)
+    else:
+        assert False, "This code should not be reached."
diff --git a/python/dolfin/common/timer.py b/python/dolfin/common/timer.py
new file mode 100644
index 0000000..1652b4c
--- /dev/null
+++ b/python/dolfin/common/timer.py
@@ -0,0 +1,86 @@
+# -*- coding: utf-8 -*-
+# Copyright (C) 2017 Jan Blechta
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import functools
+from dolfin import cpp
+
+__all__ = ["Timer", "timed"]
+
+
+class Timer(cpp.common.Timer):
+    """A timer can be used for timing tasks. The basic usage is::
+
+        with Timer("Some costly operation"):
+            costly_call_1()
+            costly_call_2()
+
+    or::
+
+        with Timer() as t:
+            costly_call_1()
+            costly_call_2()
+            print("Ellapsed time so far: %s" % t.elapsed()[0])
+
+    The timer is started when entering context manager and timing
+    ends when exiting it. It is also possible to start and stop a
+    timer explicitly by::
+
+        t.start()
+        t.stop()
+
+    and retrieve timing data using::
+
+        t.elapsed()
+
+    Timings are stored globally (if task name is given) and
+    may be printed using functions ``timing``, ``timings``,
+    ``list_timings``, ``dump_timings_to_xml``, e.g.::
+
+        list_timings(TimingClear.keep, [TimingType.wall, TimingType.user])
+    """
+
+    def __enter__(self):
+        self.start()
+        return self
+
+    def __exit__(self, *args):
+        self.stop()
+
+
+def timed(task):
+    """Decorator for timing functions. Usage::
+
+        @timed("Do Foo")
+        def do_foo(*args, **kwargs):
+            # Do something costly
+            pass
+
+        do_foo()
+
+        list_timings(TimingClear.keep, [TimingType.wall, TimingType.user])
+
+        t = timing("Do Foo", TimingClear.clear)
+        print("Do foo wall time: %s" % t[1])
+    """
+    def decorator(func):
+        @functools.wraps(func)
+        def wrapper(*args, **kwargs):
+            with Timer(task):
+                return func(*args, **kwargs)
+        return wrapper
+    return decorator
diff --git a/python/dolfin/fem/__init__.py b/python/dolfin/fem/__init__.py
new file mode 100644
index 0000000..e69de29
diff --git a/python/dolfin/fem/adaptivesolving.py b/python/dolfin/fem/adaptivesolving.py
new file mode 100644
index 0000000..a1782f8
--- /dev/null
+++ b/python/dolfin/fem/adaptivesolving.py
@@ -0,0 +1,225 @@
+# -*- coding: utf-8 -*-
+"""This module provides a Python layer on top of the C++
+Adaptive*VariationalSolver classes
+
+"""
+
+# Copyright (C) 2011 Marie E. Rognes
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import dolfin.cpp as cpp
+from dolfin.fem.form import Form
+from dolfin.fem.solving import LinearVariationalProblem
+from dolfin.fem.solving import NonlinearVariationalProblem
+from dolfin.fem.errorcontrolgenerator import DOLFINErrorControlGenerator
+
+__all__ = ["AdaptiveLinearVariationalSolver",
+           "AdaptiveNonlinearVariationalSolver",
+           "generate_error_control", "generate_error_control_forms"]
+
+
+class AdaptiveLinearVariationalSolver(cpp.adaptivity.AdaptiveLinearVariationalSolver):
+
+    # Reuse doc-string
+    __doc__ = cpp.adaptivity.AdaptiveLinearVariationalSolver.__doc__
+
+    def __init__(self, problem, goal):
+        """
+        Create AdaptiveLinearVariationalSolver
+
+        *Arguments*
+
+            problem (:py:class:`LinearVariationalProblem <dolfin.fem.solving.LinearVariationalProblem>`)
+
+        """
+
+        # Store problem
+        self.problem = problem
+
+        # Generate error control object
+        ec = generate_error_control(self.problem, goal)
+
+        # Compile goal functional separately
+        p = self.problem.form_compiler_parameters
+        M = Form(goal, form_compiler_parameters=p)
+
+        # Initialize C++ base class
+        cpp.adaptivity.AdaptiveLinearVariationalSolver.__init__(self, problem,
+                                                                M, ec)
+
+    def solve(self, tol):
+        """
+        Solve such that the estimated error in the functional 'goal'
+        is less than the given tolerance 'tol'
+
+        *Arguments*
+
+            tol (float)
+
+                The error tolerance
+        """
+
+        # Call cpp.AdaptiveLinearVariationalSolver.solve directly
+        cpp.adaptivity.AdaptiveLinearVariationalSolver.solve(self, tol)
+
+
+class AdaptiveNonlinearVariationalSolver(cpp.adaptivity.AdaptiveNonlinearVariationalSolver):
+
+    # Reuse doc-string
+    __doc__ = cpp.adaptivity.AdaptiveNonlinearVariationalSolver.__doc__
+
+    def __init__(self, problem, goal):
+        """
+        Create AdaptiveNonlinearVariationalSolver
+
+        *Arguments*
+
+            problem (:py:class:`NonlinearVariationalProblem <dolfin.fem.solving.NonlinearVariationalProblem>`)
+
+        """
+
+        # Store problem
+        self.problem = problem
+
+        # Generate error control object
+        ec = generate_error_control(self.problem, goal)
+
+        # Compile goal functional separately
+        p = self.problem.form_compiler_parameters
+        M = Form(goal, form_compiler_parameters=p)
+
+        # Initialize C++ base class
+        cpp.adaptivity.AdaptiveNonlinearVariationalSolver.__init__(self, problem, M, ec)
+
+    def solve(self, tol):
+        """
+        Solve such that the estimated error in the functional 'goal'
+        is less than the given tolerance 'tol'.
+
+        *Arguments*
+
+            tol (float)
+
+                The error tolerance
+        """
+
+        # Call cpp.AdaptiveNonlinearVariationlSolver.solve with ec
+        cpp.adaptivity.AdaptiveNonlinearVariationalSolver.solve(self, tol)
+
+
+def generate_error_control(problem, goal):
+    """
+    Create suitable ErrorControl object from problem and the goal
+
+    *Arguments*
+
+        problem (:py:class:`LinearVariationalProblem <dolfin.fem.solving.LinearVariationalProblem>`
+        or :py:class:`NonlinearVariationalProblem <dolfin.fem.solving.NonlinearVariationalProblem>`)
+
+            The (primal) problem
+
+        goal (:py:class:`Form <dolfin.fem.form.Form>`)
+
+            The goal functional
+
+    *Returns*
+
+        :py:class:`ErrorControl <dolfin.cpp.ErrorControl>`
+
+    """
+    # Generate UFL forms to be used for error control
+    (ufl_forms, is_linear) = generate_error_control_forms(problem, goal)
+
+    # Compile generated forms
+    p = problem.form_compiler_parameters
+    forms = [Form(form, form_compiler_parameters=p) for form in ufl_forms]
+
+    # Create cpp.ErrorControl object
+    forms += [is_linear]  # NOTE: Lingering design inconsistency.
+    ec = cpp.adaptivity.ErrorControl(*forms)
+
+    # Return generated ErrorControl
+    return ec
+
+
+def generate_error_control_forms(problem, goal):
+    """
+    Create UFL forms required for initializing an ErrorControl object
+
+    *Arguments*
+
+        problem (:py:class:`LinearVariationalProblem <dolfin.fem.solving.LinearVariationalProblem>`
+        or :py:class:`NonlinearVariationalProblem <dolfin.fem.solving.NonlinearVariationalProblem>`)
+
+            The (primal) problem
+
+        goal (:py:class:`Form <dolfin.fem.form.Form>`)
+
+            The goal functional
+
+    *Returns*
+
+        (tuple of forms, bool)
+
+    """
+
+    msg = "Generating forms required for error control, this may take some time..."
+    cpp.log.info(msg)
+
+    # Paranoid checks added after introduction of multidomain features in ufl:
+    for form in [goal]:
+        assert len(form.ufl_domains()) > 0, "Error control got as input a form with no domain!"
+        assert len(form.ufl_domains()) == 1, "Error control got as input a form with more than one domain!"
+
+    # Extract primal forms from problem
+    is_linear = True
+    if isinstance(problem, LinearVariationalProblem):
+        primal = (problem.a_ufl, problem.L_ufl)
+
+        # Paranoid checks added after introduction of multidomain
+        # features in ufl:
+        for form in primal:
+            assert len(form.ufl_domains()) > 0, "Error control got as input a form with no domain!"
+            assert len(form.ufl_domains()) == 1, "Error control got as input a form with more than one domain!"
+
+    elif isinstance(problem, NonlinearVariationalProblem):
+        is_linear = False
+        primal = problem.F_ufl
+
+        # Paranoid checks added after introduction of multidomain
+        # features in ufl:
+        for form in [primal]:
+            assert len(form.ufl_domains()) > 0, "Error control got as input a form with no domain!"
+            assert len(form.ufl_domains()) == 1, "Error control got as input a form with more than one domain!"
+
+    else:
+        raise RuntimeError("Generate forms required for error control. Unknown problem type (\"{}\")".format(problem))
+
+    # Extract unknown Function from problem
+    u = problem.u_ufl
+
+    # Get DOLFIN's error control generator to generate all forms
+    generator = DOLFINErrorControlGenerator(primal, goal, u)
+    forms = generator.generate_all_error_control_forms()
+
+    # Paranoid checks added after introduction of multidomain features
+    # in ufl:
+    for form in forms:
+        assert len(form.ufl_domains()) > 0, "Error control produced a form with no domain!"
+        assert len(form.ufl_domains()) == 1, "Error control produced a form with more than one domain!"
+
+    return (forms, is_linear)
diff --git a/python/dolfin/fem/assembling.py b/python/dolfin/fem/assembling.py
new file mode 100644
index 0000000..2715502
--- /dev/null
+++ b/python/dolfin/fem/assembling.py
@@ -0,0 +1,522 @@
+# -*- coding: utf-8 -*-
+"""This module provides functionality for form assembly in Python,
+corresponding to the C++ assembly and PDE classes.
+
+The C++ :py:class:`assemble <dolfin.cpp.assemble>` function
+(renamed to cpp_assemble) is wrapped with an additional
+preprocessing step where code is generated using the
+FFC JIT compiler.
+
+The C++ PDE classes are reimplemented in Python since the C++ classes
+rely on the dolfin::Form class which is not used on the Python side.
+
+"""
+
+# Copyright (C) 2007-2015 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import ufl
+import dolfin.cpp as cpp
+from dolfin.fem.form import Form
+from dolfin import MPI
+from dolfin.function.multimeshfunction import MultiMeshFunction
+
+from ufl.form import sub_forms_by_domain
+
+__all__ = ["assemble", "assemble_mixed", "assemble_local", "assemble_system",
+           "assemble_multimesh", "SystemAssembler"]
+
+
+def _create_dolfin_form(form, form_compiler_parameters=None,
+                        function_spaces=None):
+    if form is None:
+        return form
+    # First check if we got a cpp.Form
+    elif isinstance(form, cpp.fem.Form):
+
+        # Check that jit compilation has already happened
+        if not hasattr(form, "_compiled_form"):
+            raise TypeError("Expected a dolfin form to have a _compiled_form attribute.")
+
+        # Warn that we don't use the parameters if we get any
+        if form_compiler_parameters is not None:
+            cpp.warning("Ignoring form_compiler_parameters when passed a dolfin Form!")
+        return form
+    elif isinstance(form, ufl.Form):
+        return Form(form,
+                    form_compiler_parameters=form_compiler_parameters,
+                    function_spaces=function_spaces)
+    else:
+        raise TypeError("Invalid form type %s" % (type(form),))
+
+
+def assemble_local(form, cell, form_compiler_parameters=None):
+    """JIT assemble_local"""
+    # Create dolfin Form object
+    if isinstance(form, cpp.fem.Form):
+        dolfin_form = form
+    else:
+        dolfin_form = _create_dolfin_form(form, form_compiler_parameters)
+    result = cpp.fem.assemble_local(dolfin_form, cell)
+    if result.shape[1] == 1:
+        if result.shape[0] == 1:
+            result = result[0][0]
+        else:
+            result = result.reshape((result.shape[0]))
+    return result
+
+
+def assemble(form, tensor=None, form_compiler_parameters=None,
+             add_values=False, finalize_tensor=True,
+             keep_diagonal=False, backend=None):
+    """Assemble the given form and return the corresponding tensor.
+
+    *Arguments*
+        Depending on the input form, which may be a functional, linear
+        form, bilinear form or higher rank form, a scalar value, a vector,
+        a matrix or a higher rank tensor is returned.
+
+    In the simplest case, no additional arguments are needed. However,
+    additional arguments may and must in some cases be provided as
+    outlined below.
+
+    The ``form`` can be either a UFL Form or a DOLFIN Form.
+
+    If the form defines integrals over different subdomains,
+    :py:class:`MeshFunctions <dolfin.cpp.MeshFunction>` over the
+    corresponding topological entities defining the subdomains can be
+    provided.
+
+    The implementation of the returned tensor is determined by the
+    default linear algebra backend. This can be overridden by
+    specifying a different backend.
+
+    Each call to assemble() will create a new tensor. If the
+    ``tensor`` argument is provided, this will be used instead.
+    Sparsity pattern of ``tensor`` is reset iff ``tensor.empty()``
+    holds.
+
+    If the ``keep_diagonal`` is set to True, assembler ensures that
+    potential zeros on a matrix diagonal are kept in sparsity pattern
+    so every diagonal entry can be changed in a future (for example by
+    ident() or ident_zeros()).
+
+    Specific form compiler parameters can be provided by the
+    ``form_compiler_parameters`` argument. Form compiler parameters
+    can also be controlled using the global parameters stored in
+    parameters["form_compiler"].
+
+    *Examples of usage*
+        The standard stiffness matrix ``A`` and a load vector ``b``
+        can be assembled as follows:
+
+        .. code-block:: python
+
+            A = assemble(inner(grad(u),grad(v))*dx)
+            b = assemble(f*v*dx)
+
+        To prescribe the domains over which integrals will be
+        evaluated, create a Measure with the MeshFunction passed as
+        subdomain_data.  For instance, using a mesh function marking
+        parts of the boundary:
+
+        .. code-block:: python
+
+            # MeshFunction marking boundary parts
+            boundary_markers = MeshFunction("size_t", mesh, mesh.topology().dim()-1)
+            # ... fill values in boundary_markers
+
+            # Measures with references to cell and boundary markers
+            ds = Measure("ds", subdomain_data=boundary_markers)
+
+            # Sample variational forms
+            a = inner(grad(u), grad(v))*dx + p*u*v*ds(0)
+            L = f*v*dx - g*v*ds(1) + p*q*v*ds(0)
+
+            A = assemble(a)
+            b = assemble(L)
+
+        For interior facet integrals (dS), cell markers can be used to
+        specify which cell is '+' and which is '-'. The '+' and '-'
+        sides are chosen such that the cell marker value in the cell
+        at the '+' side cell is larger than the cell marker value in
+        the cell at the '-' side cell. If the values are equal or the
+        cell markers are not provided, the sides are chosen
+        arbitrarily.
+
+        Note that currently, cell markers must be associated with a
+        cell type integral (dx), and if you don't have such an
+        integral a workaround is to add the integral of something over
+        an empty domain such as 'f*dx(99)' with 99 a number not
+        occuring among the cell markers. A better interface to handle
+        this case will be provided later.
+
+        .. code-block:: python
+
+            # MeshFunctions marking boundary and cell parts
+            boundary_markers = MeshFunction("size_t", mesh, mesh.topology().dim()-1)
+            cell_markers = MeshFunction("size_t", mesh, mesh.topology().dim())
+            # ... fill values in boundary_markers
+
+            # Measures with references to cell and boundary markers
+            ds = Measure("ds", domain=mesh, subdomain_data=boundary_markers)
+            dx = Measure("dx", domain=mesh, subdomain_data=cell_markers)
+
+            # Sample variational forms
+            a = inner(grad(u), grad(v))*dx + p*u*v*ds(0)
+            L = v*dx(99) - g*v*ds(1) + p*q*v*ds(0)
+
+            A = assemble(a)
+            b = assemble(L)
+
+        To ensure that the assembled matrix has the right type, one may use
+        the ``tensor`` argument:
+
+        .. code-block:: python
+
+            A = PETScMatrix()
+            assemble(a, tensor=A)
+
+        The form ``a`` is now assembled into the PETScMatrix ``A``.
+
+    """
+
+    # Create dolfin Form object
+    if isinstance(form, cpp.fem.Form):
+        dolfin_form = form
+    else:
+        dolfin_form = _create_dolfin_form(form, form_compiler_parameters)
+
+    # Create tensor
+    comm = dolfin_form.mesh().mpi_comm()
+    tensor = _create_tensor(comm, form, dolfin_form.rank(), backend, tensor)
+
+    # Create C++ assembler
+    assembler = cpp.fem.Assembler()
+
+    # Set assembler options
+    assembler.add_values = add_values
+    assembler.finalize_tensor = finalize_tensor
+    assembler.keep_diagonal = keep_diagonal
+
+    # Call C++ assemble
+    assembler.assemble(tensor, dolfin_form)
+
+    # Convert to float for scalars
+    if dolfin_form.rank() == 0:
+        tensor = tensor.get_scalar_value()
+
+    # Return value
+    return tensor
+
+# JIT assembler
+
+
+def assemble_mixed(form,
+                   tensor=None,
+                   form_compiler_parameters=None,
+                   add_values=False,
+                   finalize_tensor=True,
+                   keep_diagonal=False,
+                   backend=None):
+
+    # Create dolfin Form object referencing all data needed by assembler
+    if isinstance(form, cpp.fem.Form):
+        dolfin_forms = [form]
+    else:
+        dolfin_forms = []
+        for subform in sub_forms_by_domain(form):
+            dolfin_forms.append(_create_dolfin_form(subform, form_compiler_parameters))
+
+    # Create tensor
+    comm = dolfin_forms[0].mesh().mpi_comm()
+    tensor = _create_tensor(comm, form, dolfin_forms[0].rank(), backend, tensor)
+
+    # Create C++ mixed assembler
+    assembler = cpp.fem.MixedAssembler()
+
+    # Set assembler options
+    assembler.add_values = add_values
+    assembler.finalize_tensor = finalize_tensor
+    assembler.keep_diagonal = keep_diagonal
+
+    # Call C++ assemble
+    for k, dolfin_form in enumerate(dolfin_forms):
+        assembler.add_values = bool(k > 0)
+        assembler.assemble(tensor, dolfin_form)
+
+    # Convert to float for scalars
+    if dolfin_forms[0].rank() == 0:
+        tensor = tensor.get_scalar_value()
+
+    # Return value
+    return tensor
+
+# JIT multimesh assembler
+
+
+def assemble_multimesh(form,
+                       tensor=None,
+                       form_compiler_parameters=None,
+                       backend=None):
+    "Assemble the given multimesh form and return the corresponding tensor."
+
+    # The form that comes in is (by construction in function.Argument)
+    # defined on the first part of the multimesh. We now need to create
+    # the DOLFIN Forms with the proper function spaces for each part.
+
+    # FIXME: This code makes a number of assumptions and will need to
+    # be revisited and improved.
+
+    # Warn that we don't use the parameters if we get any
+    if form_compiler_parameters is not None:
+        cpp.warning("Ignoring form_compiler_parameters when passed a dolfin Form!")
+    form_compiler_parameters = None
+
+    # Extract arguments and multimesh function space
+    coefficients = form.coefficients()
+    arguments = form.arguments()
+
+    # Extract rank
+    rank = len(arguments)
+
+    # Extract multimesh function spaces for arguments
+    V_multi = [v._V_multi for v in arguments]
+
+    # Extract number of parts, the multimesh and create the multimesh form
+    num_parts = None
+    if rank > 0:
+        num_parts = V_multi[0].num_parts()
+        multimesh_form = cpp.fem.MultiMeshForm(*V_multi)
+        multimesh = V_multi[0].multimesh()
+    elif len(coefficients) > 0:
+        for coeff in coefficients:
+            # Only create these variables once
+            if isinstance(coeff, MultiMeshFunction):
+                multimesh = coeff.function_space().multimesh()
+                num_parts = coeff.function_space().num_parts()
+                multimesh_form = cpp.fem.MultiMeshForm(multimesh)
+                break
+
+    if not num_parts:
+        # Handle the case Constant(1)*dx(domain=multimesh)
+        multimesh = form.ufl_domains()[0].ufl_cargo()
+        num_parts = multimesh.num_parts()
+        multimesh_form = cpp.fem.MultiMeshForm(multimesh)
+
+    # Build multimesh DOLFIN form
+    for part in range(num_parts):
+        # Extract standard function spaces for all arguments on
+        # current part
+        function_spaces = [V_multi[i].part(part) for i in range(rank)]
+        # Wrap standard form
+        dolfin_form = _create_dolfin_form(form,
+                                          form_compiler_parameters,
+                                          function_spaces)
+
+        # Setting coefficients for the multimesh form
+        for i in range(len(coefficients)):
+            if isinstance(coefficients[i], MultiMeshFunction):
+                coeff = coefficients[i].part(part)
+            else:
+                coeff = coefficients[i]
+            # Developer note: This may be done more elegantly by modifiying
+            # _create_dolfin_form
+            dolfin_form.set_coefficient(i, coeff._cpp_object)
+            dolfin_form.coefficients[i] = coeff
+
+        # Add standard mesh to the standard form and the
+        # standard form to the multimesh form
+        dolfin_form.set_mesh(multimesh.part(part))
+        multimesh_form.add(dolfin_form)
+
+    for i, coeff in enumerate(coefficients):
+        if isinstance(coeff, MultiMeshFunction):
+            multimesh_form.set_multimesh_coefficient(i, coeff._cpp_object)
+
+    # Build multimesh form
+    multimesh_form.build()
+
+    # Create tensor
+    comm = MPI.comm_world
+    tensor = _create_tensor(comm, form, rank, backend, tensor)
+
+    # Call C++ assemble function
+    assembler = cpp.fem.MultiMeshAssembler()
+    assembler.assemble(tensor, multimesh_form)
+
+    # Convert to float for scalars
+    if rank == 0:
+        tensor = tensor.get_scalar_value()
+
+    # Return value
+    return tensor
+
+
+def assemble_system(A_form, b_form, bcs=None, x0=None,
+                    form_compiler_parameters=None, add_values=False,
+                    finalize_tensor=True, keep_diagonal=False,
+                    A_tensor=None, b_tensor=None, backend=None):
+    """Assemble form(s) and apply any given boundary conditions in a
+    symmetric fashion and return tensor(s).
+
+    The standard application of boundary conditions does not
+    necessarily preserve the symmetry of the assembled matrix. In
+    order to perserve symmetry in a system of equations with boundary
+    conditions, one may use the alternative assemble_system instead of
+    multiple calls to :py:func:`assemble
+    <dolfin.fem.assembling.assemble>`.
+
+    *Examples of usage*
+
+       For instance, the statements
+
+       .. code-block:: python
+
+           A = assemble(a)
+           b = assemble(L)
+           bc.apply(A, b)
+
+       can alternatively be carried out by
+
+       .. code-block:: python
+
+           A, b = assemble_system(a, L, bc)
+
+       The statement above is valid even if ``bc`` is a list of
+       :py:class:`DirichletBC <dolfin.fem.bcs.DirichletBC>`
+       instances. For more info and options, see :py:func:`assemble
+       <dolfin.fem.assembling.assemble>`.
+
+    """
+    # Create dolfin Form objects referencing all data needed by
+    # assembler
+    A_dolfin_form = _create_dolfin_form(A_form, form_compiler_parameters)
+    b_dolfin_form = _create_dolfin_form(b_form, form_compiler_parameters)
+
+    # Create tensors
+    comm_A = A_dolfin_form.mesh().mpi_comm()
+    comm_b = A_dolfin_form.mesh().mpi_comm()
+    A_tensor = _create_tensor(comm_A, A_form, A_dolfin_form.rank(), backend,
+                              A_tensor)
+    b_tensor = _create_tensor(comm_b, b_form, b_dolfin_form.rank(), backend,
+                              b_tensor)
+
+    # Check bcs
+    bcs = _wrap_in_list(bcs, 'bcs', cpp.fem.DirichletBC)
+
+    # Call C++ assemble function
+    assembler = cpp.fem.SystemAssembler(A_dolfin_form, b_dolfin_form, bcs)
+    assembler.add_values = add_values
+    assembler.finalize_tensor = finalize_tensor
+    assembler.keep_diagonal = keep_diagonal
+    if x0 is not None:
+        assembler.assemble(A_tensor, b_tensor, x0)
+    else:
+        assembler.assemble(A_tensor, b_tensor)
+
+    return A_tensor, b_tensor
+
+
+def _wrap_in_list(obj, name, types=type):
+    if obj is None:
+        lst = []
+    elif hasattr(obj, '__iter__'):
+        lst = list(obj)
+    else:
+        lst = [obj]
+    for obj in lst:
+        if not isinstance(obj, types):
+            raise TypeError("expected a (list of) %s as '%s' argument" %
+                            (str(types), name))
+    return lst
+
+
+def _create_tensor(mpi_comm, form, rank, backend, tensor):
+    """Create tensor for form"""
+
+    # Check if tensor is supplied by user
+    if tensor is not None:
+        return tensor
+
+    # Check backend argument
+    if (backend is not None) and (not isinstance(backend, cpp.la.GenericLinearAlgebraFactory)):
+        raise TypeError("Provide a GenericLinearAlgebraFactory as 'backend'")
+
+    # Create tensor
+    if rank == 0:
+        tensor = cpp.la.Scalar(mpi_comm)
+    elif rank == 1:
+        if backend:
+            tensor = backend.create_vector(mpi_comm)
+        else:
+            tensor = cpp.la.Vector(mpi_comm)
+    elif rank == 2:
+        if backend:
+            tensor = backend.create_matrix(mpi_comm)
+        else:
+            tensor = cpp.la.Matrix(mpi_comm)
+    else:
+        raise RuntimeError("Unable to create tensors of rank %d." % rank)
+
+    return tensor
+
+
+class SystemAssembler(cpp.fem.SystemAssembler):
+    __doc__ = cpp.fem.SystemAssembler.__doc__
+
+    def __init__(self, A_form, b_form, bcs=None,
+                 form_compiler_parameters=None):
+        """
+        Create a SystemAssembler
+
+        * Arguments *
+           a (ufl.Form, _Form_)
+              Bilinear form
+           L (ufl.Form, _Form_)
+              Linear form
+           bcs (_DirichletBC_)
+              A list or a single DirichletBC (optional)
+        """
+
+        if isinstance(A_form, list) and isinstance(b_form, list):
+            A_dolfin_forms = [_create_dolfin_form(f, form_compiler_parameters) for f in A_form]
+            b_dolfin_forms = [_create_dolfin_form(f, form_compiler_parameters) for f in b_form]
+
+            # Call C++ assemble function
+            cpp.fem.SystemAssembler.__init__(self, A_dolfin_forms, b_dolfin_forms,
+                                             bcs)
+
+            # Keep Python counterpart of bcs (and Python object it owns)
+            # alive
+            self._bcs = bcs
+        else:
+            # Create dolfin Form objects referencing all data needed by
+            # assembler
+            A_dolfin_form = _create_dolfin_form(A_form, form_compiler_parameters)
+            b_dolfin_form = _create_dolfin_form(b_form, form_compiler_parameters)
+
+            # Check bcs
+            bcs = _wrap_in_list(bcs, 'bcs', cpp.fem.DirichletBC)
+
+            # Call C++ assemble function
+            cpp.fem.SystemAssembler.__init__(self, A_dolfin_form, b_dolfin_form,
+                                             bcs)
+
+            # Keep Python counterpart of bcs (and Python object it owns)
+            # alive
+            self._bcs = bcs
diff --git a/python/dolfin/fem/dirichletbc.py b/python/dolfin/fem/dirichletbc.py
new file mode 100644
index 0000000..365b225
--- /dev/null
+++ b/python/dolfin/fem/dirichletbc.py
@@ -0,0 +1,131 @@
+"""FIXME: add description"""
+
+# Copyright (C) 2017 Chris N. Richardson and Garth N. Wells
+#
+# Distributed under the terms of the GNU Lesser Public License (LGPL),
+# either version 3 of the License, or (at your option) any later
+# version.
+
+import types
+import ufl
+import dolfin.cpp as cpp
+from dolfin.mesh.subdomain import CompiledSubDomain
+from dolfin.function.constant import Constant
+from dolfin.function.functionspace import FunctionSpace
+from dolfin.fem.projection import project
+
+
+class AutoSubDomain(cpp.mesh.SubDomain):
+    "Wrapper class for creating a SubDomain from an inside() function."
+
+    def __init__(self, inside_function):
+        "Create SubDomain subclass for given inside() function"
+
+        # Check that we get a function
+        if not isinstance(inside_function, types.FunctionType):
+            raise RuntimeError("bcs.py",
+                               "auto-create subdomain",
+                               "Expecting a function (not %s)" %
+                               str(type(inside_function)))
+        self.inside_function = inside_function
+
+        # Check the number of arguments
+        if inside_function.__code__.co_argcount not in (1, 2):
+            raise RuntimeError("bcs.py",
+                               "auto-create subdomain",
+                               "Expecting a function of the form inside(x) or inside(x, on_boundary)")
+        self.num_args = inside_function.__code__.co_argcount
+
+        super().__init__()
+
+    def inside(self, x, on_boundary):
+        "Return true for points inside the subdomain"
+
+        if self.num_args == 1:
+            return self.inside_function(x)
+        else:
+            return self.inside_function(x, on_boundary)
+
+
+class DirichletBC(cpp.fem.DirichletBC):
+    def __init__(self, *args, **kwargs):
+
+        # FIXME: the logic in this function is really messy and
+        # unclear
+
+        # Copy constructor
+        if len(args) == 1:
+            if not isinstance(args[0], cpp.fem.DirichletBC):
+                raise RuntimeError("Expecting a DirichleBC as only argument for copy constructor")
+
+            # Initialize base class
+            cpp.fem.DirichletBC.__init__(self, args[0])
+            return
+
+        # Get FunctionSpace
+        if not isinstance(args[0], FunctionSpace):
+            raise RuntimeError("First argument must be of type FunctionSpace")
+
+        # FIXME: correct the below comment
+        # Case: boundary value specified as float, tuple or similar
+        # if len(args) >= 2 and not isinstance(args[1], (cpp.function.GenericFunction):
+        if len(args) >= 2:
+            # Check if we have a UFL expression or a concrete type
+            if not hasattr(args[1], "_cpp_object"):
+                if isinstance(args[1], ufl.classes.Expr):
+                    expr = project(args[1], args[0])  # FIXME: This should really be interpolaton (project is expensive)
+                else:
+                    expr = Constant(args[1])
+                args = args[:1] + (expr,) + args[2:]
+
+        # Get boundary condition field (the condition that is applied)
+        if isinstance(args[1], float) or isinstance(args[1], int):
+            u = cpp.function.Constant(float(args[1]))
+        elif isinstance(args[1], ufl.Coefficient):
+            u = args[1].cpp_object()
+        elif isinstance(args[1], cpp.function.GenericFunction):
+            u = args[1]
+        else:
+            raise RuntimeError("Second argument must be convertiable to a GenericFunction: ",
+                               args[1], type(args[1]))
+        args = args[:1] + (u,) + args[2:]
+
+        args = (args[0]._cpp_object,) + args[1:]
+
+        # Case: Special sub domain 'inside' function provided as a
+        # function
+        if len(args) >= 3 and isinstance(args[2], types.FunctionType):
+            # Note: using self below to avoid a problem where the user
+            # function attached to AutoSubDomain get prematurely
+            # destroyed. Maybe a pybind11 bug? Was the same with SWIG...
+            self.sub_domain = AutoSubDomain(args[2])
+            args = args[:2] + (self.sub_domain,) + args[3:]
+
+        # FIXME: for clarity, can the user provided function case be
+        # handled here too?
+        # Create SubDomain object
+        if isinstance(args[2], cpp.mesh.SubDomain):
+            self.sub_domain = args[2]
+            args = args[:2] + (self.sub_domain,) + args[3:]
+        elif isinstance(args[2], str):
+            self.sub_domain = CompiledSubDomain(args[2], mpi_comm=args[0].mesh().mpi_comm())
+            args = args[:2] + (self.sub_domain,) + args[3:]
+        elif isinstance(args[2], cpp.mesh.MeshFunctionSizet):
+            self.domain_args = args[2:]
+        else:
+            raise RuntimeError("Invalid argument")
+
+        # Add kwargs
+        if isinstance(args[-1], str):
+            method = args[-1]
+        else:
+            method = kwargs.pop("method", "topological")
+            args += (method,)
+        check_midpoint = kwargs.pop("check_midpoint", None)
+        if check_midpoint is not None:
+            args += (check_midpoint,)
+
+        if (len(kwargs) > 0):
+            raise RuntimeError("Invalid keyword arguments", kwargs)
+
+        super().__init__(*args)
diff --git a/python/dolfin/fem/errorcontrolgenerator.py b/python/dolfin/fem/errorcontrolgenerator.py
new file mode 100644
index 0000000..665d4e0
--- /dev/null
+++ b/python/dolfin/fem/errorcontrolgenerator.py
@@ -0,0 +1,100 @@
+# -*- coding: utf-8 -*-
+"""This module provides a DOLFINErrorControlGenerator for handling
+UFL forms defined over DOLFIN objects.
+
+"""
+
+# Copyright (C) 2011 Marie E. Rognes
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+from ffc.errorcontrol.errorcontrolgenerators import ErrorControlGenerator
+from dolfin.function.function import Function
+from dolfin.function.functionspace import FunctionSpace
+from dolfin.fem.formmanipulations import tear, increase_order
+
+
+class DOLFINErrorControlGenerator(ErrorControlGenerator):
+    """
+    This class provides a realization of
+    ffc.errorcontrol.errorcontrolgenerators.ErrorControlGenerator for
+    use with UFL forms defined over DOLFIN objects
+    """
+
+    def __init__(self, F, M, u):
+        """
+        *Arguments*
+
+            F (tuple or Form)
+               tuple of (bilinear, linear) forms or linear form
+
+            M (Form)
+               functional or linear form
+
+            u (Coefficient)
+              The coefficient considered as the unknown.
+        """
+        ErrorControlGenerator.__init__(self, __import__("dolfin"), F, M, u)
+
+    def initialize_data(self):
+        """
+        Extract required objects for defining error control
+        forms. This will be stored and reused.
+        """
+        # Developer's note: The UFL-FFC-DOLFIN--PyDOLFIN toolchain for
+        # error control is quite fine-tuned. In particular, the order
+        # of coefficients in forms is (and almost must be) used for
+        # their assignment. This means that the order in which these
+        # coefficients are defined matters and should be considered
+        # fixed.
+
+        # Primal trial element space
+        self._V = self.u.function_space()
+
+        # Primal test space == Dual trial space
+        Vhat = self.weak_residual.arguments()[0].function_space()
+
+        # Discontinuous version of primal trial element space
+        self._dV = tear(self._V)
+
+        # Extract cell and geometric dimension
+        mesh = self._V.mesh()
+        dim = mesh.topology().dim()
+
+        # Function representing improved dual
+        E = increase_order(Vhat)
+        self._Ez_h = Function(E)
+
+        # Function representing cell bubble function
+        B = FunctionSpace(mesh, "B", dim + 1)
+        self._b_T = Function(B)
+        self._b_T.vector()[:] = 1.0
+
+        # Function representing strong cell residual
+        self._R_T = Function(self._dV)
+
+        # Function representing cell cone function
+        C = FunctionSpace(mesh, "DG", dim)
+        self._b_e = Function(C)
+
+        # Function representing strong facet residual
+        self._R_dT = Function(self._dV)
+
+        # Function for discrete dual on primal test space
+        self._z_h = Function(Vhat)
+
+        # Piecewise constants for assembling indicators
+        self._DG0 = FunctionSpace(mesh, "DG", 0)
diff --git a/python/dolfin/fem/form.py b/python/dolfin/fem/form.py
new file mode 100644
index 0000000..3ebf37a
--- /dev/null
+++ b/python/dolfin/fem/form.py
@@ -0,0 +1,91 @@
+# -*- coding: utf-8 -*-
+"""FIXME: Add description"""
+
+# Copyright (C) 2017 Chris N. Richardson and Garth N. Wells
+#
+# Distributed under the terms of the GNU Lesser Public License (LGPL),
+# either version 3 of the License, or (at your option) any later
+# version.
+
+import ufl
+import dolfin.cpp as cpp
+from dolfin.jit.jit import dolfin_pc, ffc_jit
+
+
+class Form(cpp.fem.Form):
+    def __init__(self, form, **kwargs):
+
+        # Check form argument
+        if not isinstance(form, ufl.Form):
+            raise RuntimeError("Expected a ufl.Form.")
+
+        sd = form.subdomain_data()
+        self.subdomains, = list(sd.values())  # Assuming single domain
+        domain, = list(sd.keys())  # Assuming single domain
+        mesh = domain.ufl_cargo()
+        if isinstance(mesh, cpp.mesh.MultiMesh):
+            mesh = mesh.part(0)
+
+        # Having a mesh in the form is a requirement
+        if mesh is None:
+            raise RuntimeError("Expecting to find a Mesh in the form.")
+
+        form_compiler_parameters = kwargs.pop("form_compiler_parameters", None)
+
+        # Add DOLFIN include paths (just the Boost path for special
+        # math functions is really required)
+        # FIXME: move getting include paths to elsewhere
+        # FIXME: How to add these path is form_compiler parameters is input,
+        # and a dolfin::Parameters
+        if form_compiler_parameters is None:
+            form_compiler_parameters = {"external_include_dirs": dolfin_pc["include_dirs"]}
+
+        ufc_form = ffc_jit(form, form_compiler_parameters=form_compiler_parameters,
+                           mpi_comm=mesh.mpi_comm())
+        ufc_form = cpp.fem.make_ufc_form(ufc_form[0])
+
+        # TO BE CHECKED
+        self.function_spaces = kwargs.get("function_spaces")
+
+        # Extraction of functionspaces contained in a MultiMeshFunctionSpace
+        if not self.function_spaces:
+            self.function_spaces = [func.ufl_function_space()._cpp_object for func in form.arguments()]
+
+        cpp.fem.Form.__init__(self, ufc_form, self.function_spaces)
+
+        original_coefficients = form.coefficients()
+        self.coefficients = []
+        for i in range(self.num_coefficients()):
+            j = self.original_coefficient_position(i)
+            self.coefficients.append(original_coefficients[j]._cpp_object)
+
+        # Type checking coefficients
+        if not all(isinstance(c, (cpp.function.GenericFunction, cpp.function.MultiMeshFunction))
+                   for c in self.coefficients):
+            coefficient_error = "Error while extracting coefficients. "
+            raise TypeError(coefficient_error +
+                            "Either provide a dict of cpp.function.GenericFunctions, " +
+                            "or use Function to define your form.")
+
+        for i in range(self.num_coefficients()):
+            if isinstance(self.coefficients[i], cpp.function.GenericFunction):
+                self.set_coefficient(i, self.coefficients[i])
+
+        # Attach mesh :
+        # - because function spaces and coefficients may be empty lists
+        # - because function spaces can be built from different meshes
+        self.set_mesh(mesh)
+
+        # Attach subdomains to C++ Form if we have them
+        subdomains = self.subdomains.get("cell")
+        if subdomains is not None:
+            self.set_cell_domains(subdomains)
+        subdomains = self.subdomains.get("exterior_facet")
+        if subdomains is not None:
+            self.set_exterior_facet_domains(subdomains)
+        subdomains = self.subdomains.get("interior_facet")
+        if subdomains is not None:
+            self.set_interior_facet_domains(subdomains)
+        subdomains = self.subdomains.get("vertex")
+        if subdomains is not None:
+            self.set_vertex_domains(subdomains)
diff --git a/python/dolfin/fem/formmanipulations.py b/python/dolfin/fem/formmanipulations.py
new file mode 100644
index 0000000..d9d4dec
--- /dev/null
+++ b/python/dolfin/fem/formmanipulations.py
@@ -0,0 +1,130 @@
+# -*- coding: utf-8 -*-
+# Copyright (C) 2010-2012 Marie E. Rognes
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import ufl
+import ufl.algorithms.elementtransformations
+import ufl.algorithms.formsplitter
+
+from ufl.geometry import SpatialCoordinate
+from dolfin.function.functionspace import FunctionSpace
+from dolfin.function.function import Function
+from dolfin.function.argument import Argument
+
+
+__all__ = ["derivative", "adjoint", "increase_order", "tear", "extract_blocks"]
+
+
+def adjoint(form, reordered_arguments=None):
+
+    # Call UFL directly if new arguments are provided directly
+    if reordered_arguments is not None:
+        return ufl.adjoint(form, reordered_arguments=reordered_arguments)
+
+    # Extract form arguments
+    arguments = form.arguments()
+    if any(arg.part() is not None for arg in arguments):
+        raise RuntimeError("Compute adjoint of form, parts not supported")
+
+    if not (len(arguments) == 2):
+        raise RuntimeError("Compute adjoint of form, form is not bilinear")
+
+    # Define new Argument(s) in the same spaces (NB: Order does not
+    # matter anymore here because number is absolute)
+    v_1 = Argument(arguments[1].function_space(), arguments[0].number(),
+                   arguments[0].part())
+    v_0 = Argument(arguments[0].function_space(), arguments[1].number(),
+                   arguments[1].part())
+
+    # Call ufl.adjoint with swapped arguments as new arguments
+    return ufl.adjoint(form, reordered_arguments=(v_1, v_0))
+
+
+adjoint.__doc__ = ufl.adjoint.__doc__
+
+
+def derivative(form, u, du=None, coefficient_derivatives=None):
+    if du is None:
+        # Get existing arguments from form and position the new one
+        # with the next argument number
+        form_arguments = form.arguments()
+        number = max([-1] + [arg.number() for arg in form_arguments]) + 1
+
+        # NOTE : Mixed-domains problems need to have arg.part() != None
+        # if any(arg.part() is not None for arg in form_arguments):
+        #     raise RuntimeError("Compute derivative of form, cannot automatically create new Argument using parts, please supply one")
+        part = None
+
+        if isinstance(u, Function):
+            # u.part() is None except with mixed-domains
+            part = u.part()
+            V = u.function_space()
+            du = Argument(V, number, part)
+        elif isinstance(u, SpatialCoordinate):
+            mesh = u.ufl_domain().ufl_cargo()
+            element = u.ufl_domain().ufl_coordinate_element()
+            V = FunctionSpace(mesh, element)
+            du = Argument(V, number, part)
+        elif isinstance(u, (list, tuple)) and all(isinstance(w, Function) for w in u):
+            raise RuntimeError("Taking derivative of form w.r.t. a tuple of Coefficients. Take derivative w.r.t. a single Coefficient on a mixed space instead.")
+        else:
+            raise RuntimeError("Computing derivative of form w.r.t. '{}'. Supply Function as a Coefficient".format(u))
+    return ufl.derivative(form, u, du, coefficient_derivatives)
+
+
+derivative.__doc__ = ufl.derivative.__doc__
+derivative.__doc__ += """
+
+    A tuple of Coefficients in place of a single Coefficient is not
+    supported in DOLFIN. Supply rather a Function on a mixed space in
+    place of a Coefficient.
+    """
+
+
+def increase_order(V):
+    """For a given function space, return the same space, but with a
+    higher polynomial degree
+
+    """
+    mesh = V.mesh()
+    element = ufl.algorithms.elementtransformations.increase_order(V.ufl_element())
+    constrained_domain = V.dofmap().constrained_domain
+    return FunctionSpace(mesh, element, constrained_domain=constrained_domain)
+
+
+def change_regularity(V, family):
+    """For a given function space, return the corresponding space with
+    the finite elements specified by 'family'. Possible families are
+    the families supported by the form compiler
+
+    """
+    mesh = V.mesh()
+    element = ufl.algorithms.elementtransformations.change_regularity(V.ufl_element(), family)
+    constrained_domain = V.dofmap().constrained_domain
+    return FunctionSpace(mesh, element, constrained_domain=constrained_domain)
+
+
+def tear(V):
+    """
+    For a given function space, return the corresponding discontinuous
+    space
+    """
+    return change_regularity(V, "DG")
+
+
+def extract_blocks(form, i=None, j=None):
+    return ufl.algorithms.formsplitter.extract_blocks(form, i, j)
diff --git a/python/dolfin/fem/interpolation.py b/python/dolfin/fem/interpolation.py
new file mode 100644
index 0000000..a1cecaa
--- /dev/null
+++ b/python/dolfin/fem/interpolation.py
@@ -0,0 +1,75 @@
+# -*- coding: utf-8 -*-
+"""This module provides a simple way to compute the interpolation of a
+:py:class:`Function <dolfin.functions.function.Function>` or
+:py:class:`Expression <dolfin.functions.expression.Expression>` onto a
+finite element space.
+
+"""
+
+# Copyright (C) 2009-2011 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+from dolfin.function.function import Function
+from dolfin.function.multimeshfunction import MultiMeshFunction
+from dolfin.function.multimeshfunctionspace import MultiMeshFunctionSpace
+
+
+def interpolate(v, V):
+    """Return interpolation of a given function into a given finite
+    element space.
+
+    *Arguments*
+        v
+            a :py:class:`Function <dolfin.function.function.Function>` or
+            a :py:class:`MultiMeshFunction
+                         <dolfin.function.function.MultiMeshFunction>` or
+            an :py:class:`Expression <dolfin.functions.expression.Expression>`
+        V
+            a :py:class:`FunctionSpace (standard, mixed, etc.)
+            <dolfin.functions.functionspace.FunctionSpace>`
+            or a :py:class:`MultiMeshFunctionSpace
+            <dolfin.function.MultiMeshFunctionSpace>`.
+
+
+    *Example of usage*
+
+        .. code-block:: python
+
+            v = Expression("sin(pi*x[0])")
+            V = FunctionSpace(mesh, "Lagrange", 1)
+            Iv = interpolate(v, V)
+
+    """
+
+    # Check arguments
+    # if not isinstance(V, cpp.functionFunctionSpace):
+    #     cpp.dolfin_error("interpolation.py",
+    #                      "compute interpolation",
+    #                      "Illegal function space for interpolation, not a FunctionSpace (%s)" % str(v))
+
+    if isinstance(V, MultiMeshFunctionSpace):
+        Pv = MultiMeshFunction(V)
+    else:
+        Pv = Function(V)
+
+    # Compute interpolation
+    if hasattr(v, "_cpp_object"):
+        Pv.interpolate(v._cpp_object)
+    else:
+        Pv.interpolate(v)
+
+    return Pv
diff --git a/python/dolfin/fem/multimeshdirichletbc.py b/python/dolfin/fem/multimeshdirichletbc.py
new file mode 100644
index 0000000..8492836
--- /dev/null
+++ b/python/dolfin/fem/multimeshdirichletbc.py
@@ -0,0 +1,79 @@
+# Copyright (C) 2017 Jørgen S. Dokken
+#
+# Distributed under the terms of the GNU Lesser Public License (LGPL),
+# either version 3 of the License, or (at your option) any later
+# version.
+
+import types
+import ufl
+import dolfin.cpp as cpp
+from dolfin.function.constant import Constant
+from dolfin.function.multimeshfunctionspace import MultiMeshFunctionSpace
+from dolfin import MultiMeshSubSpace
+from dolfin.fem.projection import project
+
+
+class MultiMeshDirichletBC(cpp.fem.MultiMeshDirichletBC):
+    # Arguments:
+    # V : MultiMeshSubSpace or MultiMeshFunctionSpace
+    # value: Expression/MultiMeshFunction/Constant
+    #
+    def __init__(self, *args, **kwargs):
+        if len(args) == 1:
+            if not isinstance(args[0], cpp.fem.MultiMeshDirichletBC):
+                raise RuntimeError("Expecting a MultiMeshDirichletBC as only argument for copy constructor")
+            cpp.fem.MultiMeshDirichletBC.__init__(self, args[0])
+            return
+        if not isinstance(args[0], (MultiMeshFunctionSpace, MultiMeshSubSpace)):
+            raise RuntimeError("Expecting MultiMeshFunctionSpace or MultiMeshSubSpace as first argument")
+
+        if len(args) >= 2:
+            # Check if we have an UFL-expression or a concrete type
+            if not hasattr(args[1], "_cpp_object"):
+                if isinstance(args[1], ufl.classes.Expr):
+                    expr = project(args[1], args[0])  # Should be interpolation
+                else:
+                    expr = Constant(args[1])
+                args = args[:1] + (expr, 1) + args[2:]
+        if isinstance(args[1], (float, int)):
+            u = cpp.function.Constant(float(args[1]))
+        elif isinstance(args[1], ufl.Coefficient):
+            u = args[1]._cpp_object
+        elif isinstance(args[1], cpp.function.GenericFunction):
+            u = args[1]
+        else:
+            raise RuntimeError("Second argument must be convertiable to a GenericFucntion")
+
+        if isinstance(args[0], MultiMeshSubSpace):
+            args = args[:1] + (u,) + args[2:]
+
+        else:
+            args = args[:1] + (u,) + args[2:]
+            args = (args[0]._cpp_object,) + args[1:]
+
+        if len(args) >= 3 and isinstance(args[2], types.FunctionType):
+            raise NotImplementedError("User-specified subdomains not implemented")
+        if isinstance(args[2], cpp.mesh.SubDomain):
+            self.sub_domain = args[2]
+            args = args[:2] + (self.sub_domain,) + args[3:]
+        elif isinstance(args[2], str):
+            raise NotImplementedError("User-specified subdomains not implemented")
+        elif isinstance(args[2], cpp.mesh.MeshFunctionSizet):
+            pass
+        else:
+            raise RuntimeError("Invalid argument")
+
+        # Add kwargs
+        if isinstance(args[-1], str):
+            method = args[-1]
+        else:
+            method = kwargs.pop("method", "topological")
+            args += (method,)
+        check_midpoint = kwargs.pop("check_midpoint", None)
+        if check_midpoint is not None:
+            args += (check_midpoint,)
+
+        if (len(kwargs) > 0):
+            raise RuntimeError("Invalid keyword arguments", kwargs)
+
+        super().__init__(*args)
diff --git a/python/dolfin/fem/norms.py b/python/dolfin/fem/norms.py
new file mode 100644
index 0000000..981026a
--- /dev/null
+++ b/python/dolfin/fem/norms.py
@@ -0,0 +1,280 @@
+# -*- coding: utf-8 -*-
+"""This module provides a simple way to compute various norms of
+:py:class:`Vectors <dolfin.cpp.Vector>` and :py:class:`Functions
+<dolfin.functions.function.Function>`, including the standard
+:math:`L^2`-norm and other norms.
+
+"""
+
+# Copyright (C) 2008-2014 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+from math import sqrt
+import ufl
+import functools
+from ufl import (grad, div, curl)
+import dolfin.cpp as cpp
+from dolfin.fem.assembling import assemble, assemble_multimesh
+from dolfin.fem.interpolation import interpolate
+from dolfin.function.functionspace import (FunctionSpace,
+                                           VectorFunctionSpace,
+                                           TensorFunctionSpace)
+from dolfin.function.function import Function
+from dolfin.function.multimeshfunction import MultiMeshFunction
+from dolfin.function.multimeshfunctionspace import (MultiMeshFunctionSpace,
+                                                    MultiMeshVectorFunctionSpace, MultiMeshTensorFunctionSpace)
+
+__all__ = ["norm", "errornorm"]
+
+
+def norm(v, norm_type="L2", mesh=None):
+    r"""
+    Return the norm of a given vector or function.
+
+    *Arguments*
+        v
+            a :py:class:`Vector <dolfin.cpp.Vector>` or
+            a :py:class:`Function <dolfin.functions.function.Function>`.
+        norm_type
+            see below for alternatives.
+        mesh
+            optional :py:class:`Mesh <dolfin.cpp.Mesh>` on
+            which to compute the norm.
+
+    If the norm type is not specified, the standard :math:`L^2` -norm
+    is computed. Possible norm types include:
+
+    *Vectors*
+
+    ================   =================  ================
+    Norm               Usage
+    ================   =================  ================
+    :math:`l^2`        norm(x, 'l2')      Default
+    :math:`l^1`        norm(x, 'l1')
+    :math:`l^\infty`   norm(x, 'linf')
+    ================   =================  ================
+
+    *Functions*
+
+    ================  =================  =================================
+    Norm              Usage              Includes the :math:`L^2` -term
+    ================  =================  =================================
+    :math:`L^2`       norm(v, 'L2')      Yes
+    :math:`H^1`       norm(v, 'H1')      Yes
+    :math:`H^1_0`     norm(v, 'H10')     No
+    :math:`H` (div)   norm(v, 'Hdiv')    Yes
+    :math:`H` (div)   norm(v, 'Hdiv0')   No
+    :math:`H` (curl)  norm(v, 'Hcurl')   Yes
+    :math:`H` (curl)  norm(v, 'Hcurl0')  No
+    ================  =================  =================================
+
+    *Examples of usage*
+
+    .. code-block:: python
+
+        v = Function(V)
+        x = v.vector()
+
+        print norm(x, 'linf')   # print the infinity norm of vector x
+
+        n = norm(v)             # compute L^2 norm of v
+        print norm(v, 'Hdiv')   # print H(div) norm of v
+        n = norm(v, 'H1', mesh) # compute H^1 norm of v on given mesh
+
+    """
+
+    # if not isinstance(v, (GenericVector, GenericFunction)):
+    #     cpp.dolfin_error("norms.py",
+    #                      "compute norm",
+    #                      "expected a GenericVector or GenericFunction")
+
+    # Check arguments
+    # if not isinstance(norm_type, string_types):
+    #     cpp.dolfin_error("norms.py",
+    #                      "compute norm",
+    #                      "Norm type must be a string, not " +
+    #                      str(type(norm_type)))
+    # if mesh is not None and not isinstance(mesh, cpp.Mesh):
+    #     cpp.dolfin_error("norms.py",
+    #                      "compute norm",
+    #                      "Expecting a Mesh, not " + str(type(mesh)))
+
+    # Get mesh from function
+    if isinstance(v, cpp.function.Function) and mesh is None:
+        mesh = v.function_space().mesh()
+    elif isinstance(v, MultiMeshFunction) and mesh is None:
+        mesh = v.function_space().multimesh()
+
+    # Define integration measure and domain
+    if isinstance(v, MultiMeshFunction):
+        dc = ufl.dx(mesh) + ufl.dC(mesh)
+        assemble_func = functools.partial(assemble_multimesh, form_compiler_parameters={"representation": "quadrature"})
+    else:
+        dc = ufl.dx(mesh)
+        assemble_func = assemble
+    # Select norm type
+    if isinstance(v, cpp.la.GenericVector):
+        return v.norm(norm_type.lower())
+
+    elif isinstance(v, ufl.Coefficient):
+        if norm_type.lower() == "l2":
+            M = v**2 * dc
+        elif norm_type.lower() == "h1":
+            M = (v**2 + grad(v)**2) * dc
+        elif norm_type.lower() == "h10":
+            M = grad(v)**2 * dc
+        elif norm_type.lower() == "hdiv":
+            M = (v**2 + div(v)**2) * dc
+        elif norm_type.lower() == "hdiv0":
+            M = div(v)**2 * dc
+        elif norm_type.lower() == "hcurl":
+            M = (v**2 + curl(v)**2) * dc
+        elif norm_type.lower() == "hcurl0":
+            M = curl(v)**2 * dc
+        else:
+            raise ValueError("Unknown norm type {}".format(str(norm_type)))
+    else:
+        raise TypeError("Do not know how to compute norm of {}".format(str(v)))
+
+    # Assemble value and return
+    return sqrt(assemble_func(M))
+
+
+def errornorm(u, uh, norm_type="l2", degree_rise=3, mesh=None):
+    """
+    Compute and return the error :math:`e = u - u_h` in the given norm.
+
+    *Arguments*
+        u, uh
+            :py:class:`Functions <dolfin.functions.function.Function>`
+        norm_type
+            Type of norm. The :math:`L^2` -norm is default.
+            For other norms, see :py:func:`norm <dolfin.fem.norms.norm>`.
+        degree_rise
+            The number of degrees above that of u_h used in the
+            interpolation; i.e. the degree of piecewise polynomials used
+            to approximate :math:`u` and :math:`u_h` will be the degree
+            of :math:`u_h` + degree_raise.
+        mesh
+            Optional :py:class:`Mesh <dolfin.cpp.Mesh>` on
+            which to compute the error norm.
+
+    In simple cases, one may just define
+
+    .. code-block:: python
+
+        e = u - uh
+
+    and evalute for example the square of the error in the :math:`L^2` -norm by
+
+    .. code-block:: python
+
+        assemble(e**2*dx(mesh))
+
+    However, this is not stable w.r.t. round-off errors considering that
+    the form compiler may expand(#) the expression above to::
+
+        e**2*dx = u**2*dx - 2*u*uh*dx + uh**2*dx
+
+    and this might get further expanded into thousands of terms for
+    higher order elements. Thus, the error will be evaluated by adding
+    a large number of terms which should sum up to something close to
+    zero (if the error is small).
+
+    This module computes the error by first interpolating both
+    :math:`u` and :math:`u_h` to a common space (of high accuracy),
+    then subtracting the two fields (which is easy since they are
+    expressed in the same basis) and then evaluating the integral.
+
+    (#) If using the tensor representation optimizations.
+    The quadrature represenation does not suffer from this problem.
+    """
+
+    # Check argument
+    # if not isinstance(u, cpp.function.GenericFunction):
+    #     cpp.dolfin_error("norms.py",
+    #                      "compute error norm",
+    #                      "Expecting a Function or Expression for u")
+    # if not isinstance(uh, cpp.function.Function):
+    #     cpp.dolfin_error("norms.py",
+    #                      "compute error norm",
+    #                      "Expecting a Function for uh")
+
+    # Get mesh
+    if isinstance(u, cpp.function.Function) and mesh is None:
+        mesh = u.function_space().mesh()
+    if isinstance(uh, cpp.function.Function) and mesh is None:
+        mesh = uh.function_space().mesh()
+    if isinstance(uh, MultiMeshFunction) and mesh is None:
+        mesh = uh.function_space().multimesh()
+    if hasattr(uh, "_cpp_object") and mesh is None:
+        mesh = uh._cpp_object.function_space().mesh()
+    if hasattr(u, "_cpp_object") and mesh is None:
+        mesh = u._cpp_object.function_space().mesh()
+    if mesh is None:
+        raise RuntimeError("Cannot compute error norm. Missing mesh.")
+
+    # Get rank
+    if not u.ufl_shape == uh.ufl_shape:
+        raise RuntimeError("Cannot compute error norm. Value shapes do not match.")
+
+    shape = u.ufl_shape
+    rank = len(shape)
+
+    # Check that uh is associated with a finite element
+    if uh.ufl_element().degree() is None:
+        raise RuntimeError("Cannot compute error norm. Function uh must have a finite element.")
+
+    # Degree for interpolation space. Raise degree with respect to uh.
+    degree = uh.ufl_element().degree() + degree_rise
+
+    # Check degree of 'exact' solution u
+    degree_u = u.ufl_element().degree()
+    if degree_u is not None and degree_u < degree:
+        cpp.warning("Degree of exact solution may be inadequate for accurate result in errornorm.")
+
+    # Create function space
+    if isinstance(uh, MultiMeshFunction):
+        function_space = MultiMeshFunctionSpace
+        vector_space = MultiMeshVectorFunctionSpace
+        tensor_space = MultiMeshTensorFunctionSpace
+        func = MultiMeshFunction
+    else:
+        function_space = FunctionSpace
+        vector_space = VectorFunctionSpace
+        tensor_space = TensorFunctionSpace
+        func = Function
+
+    if rank == 0:
+        V = function_space(mesh, "Discontinuous Lagrange", degree)
+    elif rank == 1:
+        V = vector_space(mesh, "Discontinuous Lagrange", degree, dim=shape[0])
+    elif rank > 1:
+        V = tensor_space(mesh, "Discontinuous Lagrange", degree, shape=shape)
+
+    # Interpolate functions into finite element space
+    pi_u = interpolate(u, V)
+    pi_uh = interpolate(uh, V)
+
+    # Compute the difference
+    e = func(V)
+
+    e.assign(pi_u)
+    e.vector().axpy(-1.0, pi_uh.vector())
+
+    # Compute norm
+    return norm(e, norm_type=norm_type, mesh=mesh)
diff --git a/python/dolfin/fem/problem.py b/python/dolfin/fem/problem.py
new file mode 100644
index 0000000..7fdc401
--- /dev/null
+++ b/python/dolfin/fem/problem.py
@@ -0,0 +1,237 @@
+# -*- coding: utf-8 -*-
+
+# Copyright (C) 2011-2017 Anders Logg and Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+from ufl.form import sub_forms_by_domain
+
+import dolfin.cpp as cpp
+import dolfin.fem.solving
+from dolfin.fem.form import Form
+
+
+class LinearVariationalProblem(cpp.fem.LinearVariationalProblem):
+
+    def __init__(self, a, L, u, bcs=None, form_compiler_parameters=None):
+        """Create linear variational problem a(u, v) = L(v).
+
+        An optional argument bcs may be passed to specify boundary
+        conditions.
+
+        Another optional argument form_compiler_parameters may be
+        specified to pass parameters to the form compiler.
+
+        """
+
+        if bcs is None:
+            bcs = []
+        elif not isinstance(bcs, (list, tuple)):
+            bcs = [bcs]
+
+        # Store input UFL forms and solution Function
+        self.a_ufl = a
+        self.L_ufl = L
+        self.u_ufl = u
+
+        # Store form compiler parameters
+        form_compiler_parameters = form_compiler_parameters or {}
+        self.form_compiler_parameters = form_compiler_parameters
+
+        # Wrap forms (and check if linear form L is empty)
+        if L.empty():
+            L = cpp.fem.Form(1, 0)
+        else:
+            L = Form(L, form_compiler_parameters=form_compiler_parameters)
+        a = Form(a, form_compiler_parameters=form_compiler_parameters)
+
+        # Initialize C++ base class
+        cpp.fem.LinearVariationalProblem.__init__(self, a, L, u._cpp_object, bcs)
+
+
+class MixedLinearVariationalProblem(cpp.fem.MixedLinearVariationalProblem):
+
+    def __init__(self, a, L, u, bcs=None, form_compiler_parameters=None):
+        """Create mixed linear variational problem a(u, v) = L(v).
+
+        An optional argument bcs may be passed to specify boundary
+        conditions.
+
+        Another optional argument form_compiler_parameters may be
+        specified to pass parameters to the form compiler.
+
+        """
+
+        # Extract and check arguments (u is a list of Function)
+        u_comps = [u[i]._cpp_object for i in range(len(u))]
+        bcs = dolfin.fem.solving._extract_bcs(bcs)
+
+        # Store form compiler parameters
+        form_compiler_parameters = form_compiler_parameters or {}
+        self.form_compiler_parameters = form_compiler_parameters
+
+        # Update rhs if we don't have a consistent number of blocks
+        if len(L) != len(u):
+            L_tmp = [None for i in range(len(u))]
+            for Li in L:
+                L_tmp[Li.arguments()[0].part()] = Li
+            L = L_tmp
+
+        # Check number of blocks in lhs, rhs are consistent
+        assert(len(a) == len(u) * len(u))
+        assert(len(L) == len(u))
+
+        # Create list of forms/blocks
+        a_list = list()
+        L_list = list()
+        for Li in L:
+            if Li is None:
+                L_list.append([cpp.fem.Form(1, 0)])  # single-elt list
+            elif Li.empty():
+                L_list.append([cpp.fem.Form(1, 0)])  # single-elt list
+            else:
+                Ls = []  # List of Li subforms
+                for Lsub in sub_forms_by_domain(Li):
+                    if Lsub is None:
+                        Ls.append(cpp.fem.Form(1, 0))
+                    elif Lsub.empty():
+                        Ls.append(cpp.fem.Form(1, 0))
+                    else:
+                        Ls.append(Form(Lsub, form_compiler_parameters=form_compiler_parameters))
+                L_list.append(Ls)
+
+        for ai in a:
+            if ai is None:
+                a_list.append([cpp.fem.Form(2, 0)])
+            else:
+                As = []
+                for Asub in sub_forms_by_domain(ai):
+                    As.append(Form(Asub, form_compiler_parameters=form_compiler_parameters))
+                a_list.append(As)
+
+        # Initialize C++ base class
+        cpp.fem.MixedLinearVariationalProblem.__init__(self, a_list, L_list, u_comps, bcs)
+
+
+class NonlinearVariationalProblem(cpp.fem.NonlinearVariationalProblem):
+
+    def __init__(self, F, u, bcs=None, J=None, form_compiler_parameters=None):
+        """Create nonlinear variational problem F(u; v) = 0.
+
+        Optional arguments bcs and J may be passed to specify boundary
+        conditions and the Jacobian J = dF/du.
+
+        Another optional argument form_compiler_parameters may be
+        specified to pass parameters to the form compiler.
+
+        """
+
+        if bcs is None:
+            bcs = []
+        elif not isinstance(bcs, (list, tuple)):
+            bcs = [bcs]
+
+        # Store input UFL forms and solution Function
+        self.F_ufl = F
+        self.J_ufl = J
+        self.u_ufl = u
+
+        # Store form compiler parameters
+        form_compiler_parameters = form_compiler_parameters or {}
+        self.form_compiler_parameters = form_compiler_parameters
+
+        # Wrap forms
+        F = Form(F, form_compiler_parameters=form_compiler_parameters)
+        if J is not None:
+            J = Form(J, form_compiler_parameters=form_compiler_parameters)
+
+        # Initialize C++ base class
+        cpp.fem.NonlinearVariationalProblem.__init__(self, F, u._cpp_object, bcs, J)
+
+
+class MixedNonlinearVariationalProblem(cpp.fem.MixedNonlinearVariationalProblem):
+
+    def __init__(self, F, u, bcs=None, J=None, form_compiler_parameters=None):
+        """Create nonlinear variational problem F(u; v) = 0.
+
+        An optional argument bcs may be passed to specify boundary
+        conditions.
+
+        Another optional argument form_compiler_parameters may be
+        specified to pass parameters to the form compiler.
+
+        """
+
+        # Extract and check arguments (u is a list of Function)
+        u_comps = [u[i]._cpp_object for i in range(len(u))]
+        bcs = dolfin.fem.solving._extract_bcs(bcs)
+
+        # Store form compiler parameters
+        form_compiler_parameters = form_compiler_parameters or {}
+        self.form_compiler_parameters = form_compiler_parameters
+
+        # Store input UFL forms and solution Function
+        self.F_ufl = F
+        self.J_ufl = J
+        self.u_ufl = u
+
+        # Update rhs if we don't have a consistent number of blocks
+        if len(F) != len(u):
+            F_tmp = [None for i in range(len(u))]
+            for Fi in F:
+                F_tmp[Fi.arguments()[0].part()] = Fi
+            F = F_tmp
+
+        # Check number of blocks in the residual and solution are coherent
+        assert(len(J) == len(u) * len(u))
+        assert(len(F) == len(u))
+
+        # Create list of forms/blocks
+        F_list = list()
+        for Fi in F:
+            if Fi is None:
+                F_list.append([cpp.fem.Form(1, 0)])
+            elif Fi.empty():
+                F_list.append([cpp.fem.Form(1, 0)])  # single-elt list
+            else:
+                Fs = []
+                for Fsub in sub_forms_by_domain(Fi):
+                    if Fsub is None:
+                        Fs.append(cpp.fem.Form(1, 0))
+                    elif Fsub.empty():
+                        Fs.append(cpp.fem.Form(1, 0))
+                    else:
+                        Fs.append(Form(Fsub, form_compiler_parameters=form_compiler_parameters))
+                F_list.append(Fs)
+        print("[problem] create list of residual forms OK")
+
+        J_list = None
+        if J is not None:
+            J_list = list()
+            for Ji in J:
+                if Ji is None:
+                    J_list.append([cpp.fem.Form(2, 0)])
+                elif Ji.empty():
+                    J_list.append([cpp.fem.Form(2, 0)])
+                else:
+                    Js = []
+                    for Jsub in sub_forms_by_domain(Ji):
+                        Js.append(Form(Jsub, form_compiler_parameters=form_compiler_parameters))
+                    J_list.append(Js)
+        print("[problem] create list of jacobian forms OK, J_list size = ", len(J_list))
+
+        # Initialize C++ base class
+        cpp.fem.MixedNonlinearVariationalProblem.__init__(self, F_list, u_comps, bcs, J_list)
diff --git a/python/dolfin/fem/projection.py b/python/dolfin/fem/projection.py
new file mode 100644
index 0000000..23ae386
--- /dev/null
+++ b/python/dolfin/fem/projection.py
@@ -0,0 +1,181 @@
+# -*- coding: utf-8 -*-
+"""This module provides a simple way to compute the projection of a
+:py:class:`Function <dolfin.functions.function.Function>` or an
+:py:class:`Expression <dolfin.functions.expression.Expression>` onto a
+finite element space.
+
+"""
+
+# Copyright (C) 2008-2011 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import ufl
+import dolfin.cpp as cpp
+import dolfin
+from dolfin.function.argument import TestFunction, TrialFunction
+from dolfin.function.function import Function
+from dolfin.function.multimeshfunction import MultiMeshFunction
+from dolfin.fem.assembling import assemble_system, assemble_multimesh
+from dolfin.function.multimeshfunctionspace import MultiMeshFunctionSpace
+from dolfin.function.functionspace import (FunctionSpace,
+                                           VectorFunctionSpace, TensorFunctionSpace)
+
+__all__ = ['project']
+
+
+def project(v, V=None, bcs=None, mesh=None,
+            function=None,
+            solver_type="lu",
+            preconditioner_type="default",
+            form_compiler_parameters=None):
+    """Return projection of given expression *v* onto the finite element
+    space *V*.
+
+    *Arguments*
+        v
+            a :py:class:`Function <dolfin.functions.function.Function>` or
+            an :py:class:`Expression <dolfin.functions.expression.Expression>`
+        bcs
+            Optional argument :py:class:`list of DirichletBC
+            <dolfin.fem.bcs.DirichletBC>`
+        V
+            Optional argument :py:class:`FunctionSpace
+            <dolfin.functions.functionspace.FunctionSpace>`
+        mesh
+            Optional argument :py:class:`mesh <dolfin.cpp.Mesh>`.
+        solver_type
+            see :py:func:`solve <dolfin.fem.solving.solve>` for options.
+        preconditioner_type
+            see :py:func:`solve <dolfin.fem.solving.solve>` for options.
+        form_compiler_parameters
+            see :py:class:`Parameters <dolfin.cpp.Parameters>` for more
+            information.
+
+    *Example of usage*
+
+        .. code-block:: python
+
+            v = Expression("sin(pi*x[0])")
+            V = FunctionSpace(mesh, "Lagrange", 1)
+            Pv = project(v, V)
+
+        This is useful for post-processing functions or expressions
+        which are not readily handled by visualization tools (such as
+        for example discontinuous functions).
+
+    """
+
+    # Try figuring out a function space if not specified
+    if V is None:
+        # Create function space based on Expression element if trying
+        # to project an Expression
+        if isinstance(v, dolfin.function.expression.Expression):
+            if mesh is not None and isinstance(mesh, cpp.mesh.Mesh):
+                V = FunctionSpace(mesh, v.ufl_element())
+            # else:
+            #     cpp.dolfin_error("projection.py",
+            #                      "perform projection",
+            #                      "Expected a mesh when projecting an Expression")
+        else:
+            # Otherwise try extracting function space from expression
+            V = _extract_function_space(v, mesh)
+
+    # Projection into a MultiMeshFunctionSpace
+    if isinstance(V, MultiMeshFunctionSpace):
+
+        # Create the measuresum of uncut and cut-cells
+        dX = ufl.dx() + ufl.dC()
+
+        # Define variational problem for projection
+        w = TestFunction(V)
+        Pv = TrialFunction(V)
+        a = ufl.inner(w, Pv) * dX
+        L = ufl.inner(w, v) * dX
+
+        # Assemble linear system
+        A = assemble_multimesh(a, form_compiler_parameters=form_compiler_parameters)
+        b = assemble_multimesh(L, form_compiler_parameters=form_compiler_parameters)
+        V.lock_inactive_dofs(A, b)
+        # Solve linear system for projection
+        if function is None:
+            function = MultiMeshFunction(V)
+        cpp.la.solve(A, function.vector(), b, solver_type, preconditioner_type)
+
+        return function
+
+    # Ensure we have a mesh and attach to measure
+    if mesh is None:
+        mesh = V.mesh()
+    dx = ufl.dx(mesh)
+
+    # Define variational problem for projection
+    w = TestFunction(V)
+    Pv = TrialFunction(V)
+    a = ufl.inner(w, Pv) * dx
+    L = ufl.inner(w, v) * dx
+
+    # Assemble linear system
+    A, b = assemble_system(a, L, bcs=bcs,
+                           form_compiler_parameters=form_compiler_parameters)
+
+    # Solve linear system for projection
+    if function is None:
+        function = Function(V)
+    cpp.la.solve(A, function.vector(), b, solver_type, preconditioner_type)
+
+    return function
+
+
+def _extract_function_space(expression, mesh):
+    """Try to extract a suitable function space for projection of given
+    expression.
+
+    """
+
+    # Get mesh from expression
+    if mesh is None:
+        domain = expression.ufl_domain()
+        if domain is not None:
+            mesh = domain.ufl_cargo()
+
+    # Extract mesh from functions
+    if mesh is None:
+        # (Not sure if this code is relevant anymore, the above code
+        # should cover this)
+        # Extract functions
+        functions = ufl.algorithms.extract_coefficients(expression)
+        for f in functions:
+            if isinstance(f, Function):
+                mesh = f.function_space().mesh()
+                if mesh is not None:
+                    break
+
+    if mesh is None:
+        raise RuntimeError("Unable to project expression, cannot find a suitable mesh.")
+
+    # Create function space
+    shape = expression.ufl_shape
+    if shape == ():
+        V = FunctionSpace(mesh, "Lagrange", 1)
+    elif len(shape) == 1:
+        V = VectorFunctionSpace(mesh, "Lagrange", 1, dim=shape[0])
+    elif len(shape) == 2:
+        V = TensorFunctionSpace(mesh, "Lagrange", 1, shape=shape)
+    else:
+        raise RuntimeError("Unhandled rank, shape is {}.".format((shape,)))
+
+    return V
diff --git a/python/dolfin/fem/solvers.py b/python/dolfin/fem/solvers.py
new file mode 100644
index 0000000..2638963
--- /dev/null
+++ b/python/dolfin/fem/solvers.py
@@ -0,0 +1,50 @@
+# -*- coding: utf-8 -*-
+
+# Copyright (C) 2011 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import dolfin.cpp as cpp
+from dolfin.fem.form import Form
+
+__all__ = ["LocalSolver"]
+
+
+class LocalSolver(cpp.fem.LocalSolver):
+
+    def __init__(self, a, L=None, solver_type=cpp.fem.LocalSolver.SolverType.LU):
+        """Create a local (cell-wise) solver for a linear variational problem
+        a(u, v) = L(v).
+
+        """
+
+        # Store input UFL forms and solution Function
+        self.a_ufl = a
+        self.L_ufl = L
+
+        # Wrap as DOLFIN forms
+        a = Form(a)
+        if L is None:
+            # Initialize C++ base class
+            cpp.fem.LocalSolver.__init__(self, a, solver_type)
+        else:
+            if L.empty():
+                L = cpp.fem.Form(1, 0)
+            else:
+                L = Form(L)
+
+        # Initialize C++ base class
+        cpp.fem.LocalSolver.__init__(self, a, L, solver_type)
diff --git a/python/dolfin/fem/solving.py b/python/dolfin/fem/solving.py
new file mode 100644
index 0000000..6b71816
--- /dev/null
+++ b/python/dolfin/fem/solving.py
@@ -0,0 +1,519 @@
+# -*- coding: utf-8 -*-
+"""This module provides a small Python layer on top of the C++
+VariationalProblem/Solver classes as well as the solve function.
+
+"""
+
+# Copyright (C) 2011 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import dolfin.cpp as cpp
+from dolfin.function.function import Function
+
+# Import UFL
+import ufl
+from ufl.algorithms.ad import expand_derivatives
+
+# Local imports
+from dolfin.fem.form import Form
+import dolfin.fem.formmanipulations as formmanipulations
+from dolfin.fem.formmanipulations import derivative
+
+import dolfin.la.solver
+from dolfin.fem.problem import LinearVariationalProblem, NonlinearVariationalProblem, MixedLinearVariationalProblem, MixedNonlinearVariationalProblem
+
+from dolfin.fem.formmanipulations import extract_blocks
+
+__all__ = ["LinearVariationalProblem",
+           "LinearVariationalSolver",
+           "MixedLinearVariationalProblem",
+           "MixedLinearVariationalSolver",
+           "LocalSolver",
+           "NonlinearVariationalProblem",
+           "NonlinearVariationalSolver",
+           "MixedNonlinearVariationalProblem",
+           "MixedNonlinearVariationalSolver",
+           "solve"]
+
+
+# FIXME: The code is this file is outrageously convolute because one
+# function an do a number of unrelated operations, depending in the
+# arguments passed.
+
+# Problem classes need special handling since they involve JIT
+# compilation
+
+
+class LocalSolver(cpp.fem.LocalSolver):
+
+    def __init__(self, a, L=None, solver_type=cpp.fem.LocalSolver.SolverType.LU):
+        """Create a local (cell-wise) solver for a linear variational problem
+        a(u, v) = L(v).
+
+        """
+
+        # Store input UFL forms and solution Function
+        self.a_ufl = a
+        self.L_ufl = L
+
+        # Wrap as DOLFIN forms
+        a = Form(a)
+        if L is None:
+            # Initialize C++ base class
+            cpp.fem.LocalSolver.__init__(self, a, solver_type)
+        else:
+            if L.empty():
+                L = cpp.fem.Form(1, 0)
+            else:
+                L = Form(L)
+
+            # Initialize C++ base class
+            cpp.fem.LocalSolver.__init__(self, a, L, solver_type)
+
+
+# FIXME: The import here are here to avoid a circular dependency
+# (ugly, should fix)
+# Solver classes are imported directly
+from dolfin.cpp.fem import LinearVariationalSolver, NonlinearVariationalSolver, MixedLinearVariationalSolver, MixedNonlinearVariationalSolver  # noqa
+from dolfin.fem.adaptivesolving import AdaptiveLinearVariationalSolver  # noqa
+from dolfin.fem.adaptivesolving import AdaptiveNonlinearVariationalSolver  # noqa
+
+# Solve function handles both linear systems and variational problems
+
+
+def solve(*args, **kwargs):
+    """Solve linear system Ax = b or variational problem a == L or F == 0.
+
+    The DOLFIN solve() function can be used to solve either linear
+    systems or variational problems. The following list explains the
+    various ways in which the solve() function can be used.
+
+    *1. Solving linear systems*
+
+    A linear system Ax = b may be solved by calling solve(A, x, b),
+    where A is a matrix and x and b are vectors. Optional arguments
+    may be passed to specify the solver method and preconditioner.
+    Some examples are given below:
+
+    .. code-block:: python
+
+        solve(A, x, b)
+        solve(A, x, b, "lu")
+        solve(A, x, b, "gmres", "ilu")
+        solve(A, x, b, "cg", "hypre_amg")
+
+    Possible values for the solver method and preconditioner depend
+    on which linear algebra backend is used and how that has been
+    configured.
+
+    To list all available LU methods, run the following command:
+
+    .. code-block:: python
+
+        list_lu_solver_methods()
+
+    To list all available Krylov methods, run the following command:
+
+    .. code-block:: python
+
+        list_krylov_solver_methods()
+
+    To list all available preconditioners, run the following command:
+
+    .. code-block:: python
+
+        list_krylov_solver_preconditioners()
+
+    To list all available solver methods, including LU methods, Krylov
+    methods and, possibly, other methods, run the following command:
+
+    .. code-block:: python
+
+        list_linear_solver_methods()
+
+    *2. Solving linear variational problems*
+
+    A linear variational problem a(u, v) = L(v) for all v may be
+    solved by calling solve(a == L, u, ...), where a is a bilinear
+    form, L is a linear form, u is a Function (the solution). Optional
+    arguments may be supplied to specify boundary conditions or solver
+    parameters. Some examples are given below:
+
+    .. code-block:: python
+
+        solve(a == L, u)
+        solve(a == L, u, bcs=bc)
+        solve(a == L, u, bcs=[bc1, bc2])
+
+        solve(a == L, u, bcs=bcs,
+              solver_parameters={"linear_solver": "lu"},
+              form_compiler_parameters={"optimize": True})
+
+    For available choices for the 'solver_parameters' kwarg, look at:
+
+    .. code-block:: python
+
+        info(LinearVariationalSolver.default_parameters(), True)
+
+    *3. Solving nonlinear variational problems*
+
+    A nonlinear variational problem F(u; v) = 0 for all v may be
+    solved by calling solve(F == 0, u, ...), where the residual F is a
+    linear form (linear in the test function v but possibly nonlinear
+    in the unknown u) and u is a Function (the solution). Optional
+    arguments may be supplied to specify boundary conditions, the
+    Jacobian form or solver parameters. If the Jacobian is not
+    supplied, it will be computed by automatic differentiation of the
+    residual form. Some examples are given below:
+
+    .. code-block:: python
+
+        solve(F == 0, u)
+        solve(F == 0, u, bcs=bc)
+        solve(F == 0, u, bcs=[bc1, bc2])
+
+        solve(F == 0, u, bcs, J=J,
+              solver_parameters={"linear_solver": "lu"},
+              form_compiler_parameters={"optimize": True})
+
+
+    For available choices for the 'solver_parameters' kwarg, look at:
+
+    .. code-block:: python
+
+        info(NonlinearVariationalSolver.default_parameters(), True)
+
+    *4. Solving linear/nonlinear variational problems adaptively
+
+    Linear and nonlinear variational problems maybe solved adaptively,
+    with automated goal-oriented error control. The automated error
+    control algorithm is based on adaptive mesh refinement in
+    combination with automated generation of dual-weighted
+    residual-based error estimates and error indicators.
+
+    An adaptive solve may be invoked by giving two additional
+    arguments to the solve call, a numerical error tolerance and a
+    goal functional (a Form).
+
+    .. code-block:: python
+
+        M = u*dx()
+        tol = 1.e-6
+
+        # Linear variational problem
+        solve(a == L, u, bcs=bc, tol=tol, M=M)
+
+        # Nonlinear problem:
+        solve(F == 0, u, bcs=bc, tol=tol, M=M)
+
+    """
+    assert(len(args) > 0)
+
+    # Call adaptive solve if we get a tolerance
+    if "tol" in kwargs:
+        _solve_varproblem_adaptive(*args, **kwargs)
+
+    # Call variational problem solver if we get an equation (but not a
+    # tolerance)
+    elif isinstance(args[0], ufl.classes.Equation):
+        _solve_varproblem(*args, **kwargs)
+
+    # Default case, just call the wrapped C++ solve function
+    else:
+        if kwargs:
+            raise RuntimeError("Not expecting keyword arguments when solving linear algebra problem.")
+
+        return dolfin.la.solver.solve(*args)
+
+
+def _solve_varproblem(*args, **kwargs):
+    "Solve variational problem a == L or F == 0"
+    # Extract arguments
+    eq, u, bcs, J, tol, M, preconditioner, form_compiler_parameters, solver_parameters\
+        = _extract_args(*args, **kwargs)
+
+    # Solve linear variational problem
+    if isinstance(eq.lhs, ufl.Form) and isinstance(eq.rhs, ufl.Form):
+
+        if u._functions is not None:
+            # Extract blocks from the variational formulation
+            eq_lhs_forms = extract_blocks(eq.lhs)
+            eq_rhs_forms = extract_blocks(eq.rhs)
+
+            # Create problem
+            problem = MixedLinearVariationalProblem(eq_lhs_forms, eq_rhs_forms, u._functions, bcs,
+                                                    form_compiler_parameters=form_compiler_parameters)
+
+            # Create solver and call solve
+            solver = MixedLinearVariationalSolver(problem)
+            solver.parameters.update(solver_parameters)
+            solver.solve()
+
+        else:
+            # Create problem
+            problem = LinearVariationalProblem(eq.lhs, eq.rhs, u, bcs,
+                                               form_compiler_parameters=form_compiler_parameters)
+            # Create solver and call solve
+            solver = LinearVariationalSolver(problem)
+            solver.parameters.update(solver_parameters)
+            solver.solve()
+
+    # Solve nonlinear variational problem
+    else:
+
+        if u._functions is not None:
+            # Extract blocks from the variational formulation
+            eq_lhs_forms = extract_blocks(eq.lhs)
+
+            if J is None:
+                cpp.log.info("No Jacobian form specified for nonlinear mixed variational problem.")
+                cpp.log.info("Differentiating residual form F to obtain Jacobian J = F'.")
+                # Give the list of jacobian for each eq_lhs
+                Js = []
+                for Fi in eq_lhs_forms:
+                    for uj in u._functions:
+                        derivative = formmanipulations.derivative(Fi, uj)
+                        derivative = expand_derivatives(derivative)
+                        Js.append(derivative)
+
+            problem = MixedNonlinearVariationalProblem(eq_lhs_forms, u._functions, bcs, Js,
+                                                       form_compiler_parameters=form_compiler_parameters)
+            # Create solver and call solve
+            solver = MixedNonlinearVariationalSolver(problem)
+            solver.parameters.update(solver_parameters)
+            solver.solve()
+        else:
+            # Create Jacobian if missing
+            if J is None:
+                cpp.log.info("No Jacobian form specified for nonlinear variational problem.")
+                cpp.log.info("Differentiating residual form F to obtain Jacobian J = F'.")
+                F = eq.lhs
+                J = formmanipulations.derivative(F, u)
+
+            # Create problem
+            problem = NonlinearVariationalProblem(eq.lhs, u, bcs, J,
+                                                  form_compiler_parameters=form_compiler_parameters)
+
+            # Create solver and call solve
+            solver = NonlinearVariationalSolver(problem)
+            solver.parameters.update(solver_parameters)
+            solver.solve()
+
+
+def _solve_varproblem_adaptive(*args, **kwargs):
+    "Solve variational problem a == L or F == 0 adaptively"
+
+    # Extract arguments
+    eq, u, bcs, J, tol, M, form_compiler_parameters, \
+        solver_parameters = _extract_args(*args, **kwargs)
+
+    print('eq.lhs = ', eq.lhs, ' eq.rhs=', eq.rhs)
+
+    # Check that we received the goal functional
+    if M is None:
+        raise RuntimeError("Cannot solve variational problem adaptively. Missing goal functional")
+
+    # Solve linear variational problem
+    if isinstance(eq.lhs, ufl.Form) and isinstance(eq.rhs, ufl.Form):
+
+        # Create problem
+        problem = LinearVariationalProblem(eq.lhs, eq.rhs, u, bcs,
+                                           form_compiler_parameters=form_compiler_parameters)
+
+        # Create solver and call solve
+        solver = AdaptiveLinearVariationalSolver(problem, M)
+        solver.parameters.update(solver_parameters)
+        solver.solve(tol)
+
+    # Solve nonlinear variational problem
+    else:
+
+        # Create Jacobian if missing
+        if J is None:
+            cpp.log.info("No Jacobian form specified for nonlinear variational problem.")
+            cpp.log.info("Differentiating residual form F to obtain Jacobian J = F'.")
+            F = eq.lhs
+            J = derivative(F, u)
+
+        # Create problem
+        problem = NonlinearVariationalProblem(eq.lhs, u, bcs, J,
+                                              form_compiler_parameters=form_compiler_parameters)
+
+        # Create solver and call solve
+        solver = AdaptiveNonlinearVariationalSolver(problem, M)
+        solver.parameters.update(solver_parameters)
+        solver.solve(tol)
+
+
+def _extract_args(*args, **kwargs):
+    "Common extraction of arguments for _solve_varproblem[_adaptive]"
+
+    # Check for use of valid kwargs
+    valid_kwargs = ["bcs", "J", "tol", "M", "precond",
+                    "form_compiler_parameters", "solver_parameters"]
+    for kwarg in kwargs.keys():
+        if kwarg not in valid_kwargs:
+            raise RuntimeError("Solve variational problem. Illegal keyword argument \'{}\'.".format(kwarg))
+
+    # Extract equation
+    if not len(args) >= 2:
+        raise RuntimeError("Solve variational problem. Missing arguments, expecting solve(lhs == rhs, u, bcs=bcs), where bcs is optional")
+
+    if len(args) > 3:
+        raise RuntimeError("Solve variational problem. Too many arguments, expecting solve(lhs == rhs, u, bcs=bcs), where bcs is optional")
+
+    # Extract equation
+    eq = _extract_eq(args[0])
+
+    # Extract solution function
+    u = _extract_u(args[1])
+
+    # Extract boundary conditions
+    if len(args) > 2:
+        bcs = _extract_bcs(args[2])
+    elif "bcs" in kwargs:
+        bcs = _extract_bcs(kwargs["bcs"])
+    else:
+        bcs = []
+
+    # Extract Jacobian
+    J = kwargs.get("J", None)
+    if J is not None and not isinstance(J, ufl.Form):
+        raise RuntimeError("Solve variational problem. Expecting Jacobian J to be a UFL Form.")
+
+    # Extract tolerance
+    tol = kwargs.get("tol", None)
+    if tol is not None and not (isinstance(tol, (float, int)) and tol >= 0.0):
+        raise RuntimeError("Solve variational problem. Expecting tolerance tol to be a non-negative number.")
+
+    # Extract functional
+    M = kwargs.get("M", None)
+    if M is not None and not isinstance(M, ufl.Form):
+        raise RuntimeError("Solve variational problem. Expecting goal functional M to be a UFL Form.")
+
+    # Extract preconditioner
+    preconditioner = kwargs.get("precond", None)
+
+    # Extract parameters
+    form_compiler_parameters = kwargs.get("form_compiler_parameters", {})
+    solver_parameters = kwargs.get("solver_parameters", {})
+
+    return eq, u, bcs, J, tol, M, preconditioner, form_compiler_parameters, solver_parameters
+
+
+def _extract_eq(eq):
+    "Extract and check argument eq"
+    if not isinstance(eq, ufl.classes.Equation):
+        raise RuntimeError("Solve variational problem. Expecting first argument to be an Equation.")
+
+    return eq
+
+
+def _extract_u(u):
+    "Extract and check argument u"
+    # if hasattr(u, "cpp_object") and isinstance(u.cpp_object(), cpp.function.Function):
+    #     return u.cpp_object()
+    #
+    # if isinstance(u, cpp.function.Function):
+    #     return u
+    if isinstance(u, Function):
+        return u
+
+    raise RuntimeError("Expecting second argument to be a Function.")
+    # cpp.dolfin_error("solving.py",
+    #                      "solve variational problem",
+    #                      "Expecting second argument to be a Function")
+    return u
+
+
+def _extract_bcs(bcs):
+    "Extract and check argument bcs"
+    if bcs is None:
+        bcs = []
+    elif not isinstance(bcs, (list, tuple)):
+        bcs = [bcs]
+    for bc in bcs:
+        if not isinstance(bc, cpp.fem.DirichletBC):
+            raise RuntimeError("solve variational problem. Unable to extract boundary condition arguments")
+
+    return bcs
+
+
+def assemble_mixed_system(*args, **kwargs):
+    "Assemble mixed variational problem a == L or F == 0"
+    assert(len(args) > 0)
+    assert(isinstance(args[0], ufl.classes.Equation))
+
+    # Extract arguments
+    eq, u, bcs, J, tol, M, preconditioner, form_compiler_parameters, solver_parameters\
+        = _extract_args(*args, **kwargs)
+
+    if u.num_sub_spaces() > 0:
+
+        if isinstance(eq.lhs, ufl.Form) and isinstance(eq.rhs, ufl.Form):
+            # Extract blocks from the variational formulation
+            eq_lhs_forms = extract_blocks(eq.lhs)
+            eq_rhs_forms = extract_blocks(eq.rhs)
+
+            # Create problem
+            problem = MixedLinearVariationalProblem(eq_lhs_forms, eq_rhs_forms, u._functions, bcs,
+                                                    form_compiler_parameters=form_compiler_parameters)
+
+            # Create solver and call solve
+            solver = MixedLinearVariationalSolver(problem)
+            system = solver.assemble_system()
+            return system
+        else:
+            raise RuntimeError("assemble_mixed_system is not available for non-linear problems yet")
+            # Extract blocks from the variational formulation
+            eq_lhs_forms = extract_blocks(eq.lhs)
+
+            if J is None:
+                cpp.log.info("No Jacobian form specified for nonlinear variational problem.")
+                cpp.log.info("Differentiating residual form F to obtain Jacobian J = F'.")
+                # Give the list of jacobian for each eq_lhs
+                Js = []
+                for Fi in eq_lhs_forms:
+                    for uj in u._functions:
+                        derivative = formmanipulations.derivative(Fi, uj)
+                        derivative = expand_derivatives(derivative)
+                        Js.append(derivative)
+
+            problem = MixedNonlinearVariationalProblem(eq_lhs_forms, u._functions, bcs, Js,
+                                                       form_compiler_parameters=form_compiler_parameters)
+            # Create solver and call solve
+            solver = MixedNonlinearVariationalSolver(problem)
+            # system = solver.assemble_system()
+            # return system
+    else:
+        print("Error : You're trying to use assemble_mixed_system on a single domain problem.")
+
+
+# NOTE : Need to be updated to take into acccount NL problems
+def solve_mixed_system(*args, **kwargs):
+    "Solve assembled mixed variational problem a == L or F == 0"
+    assert(len(args) == 1)  # No arguments except the assembled system
+    system = args[0]
+
+    # Extract parameters
+    solver_parameters = kwargs.get("solver_parameters", {})
+
+    # Create solver and call solve
+    # FIXME : Works only for linear case
+    solver = MixedLinearVariationalSolver()
+    solver.parameters.update(solver_parameters)
+    solver.solve(system)
diff --git a/python/dolfin/function/__init__.py b/python/dolfin/function/__init__.py
new file mode 100644
index 0000000..e69de29
diff --git a/python/dolfin/function/argument.py b/python/dolfin/function/argument.py
new file mode 100644
index 0000000..67245d5
--- /dev/null
+++ b/python/dolfin/function/argument.py
@@ -0,0 +1,138 @@
+# -*- coding: utf-8 -*-
+"""This module handles the Function class in Python.
+
+"""
+# Copyright (C) 2009-2014 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import ufl
+from .functionspace import FunctionSpace, MixedFunctionSpace
+from .multimeshfunctionspace import MultiMeshFunctionSpace
+
+
+__all__ = ["TestFunction", "TrialFunction", "Argument",
+           "TestFunctions", "TrialFunctions"]
+
+# --- Subclassing of ufl.{Basis, Trial, Test}Function ---
+
+# TODO: Update this message to clarify dolfin.FunctionSpace vs
+# ufl.FunctionSpace
+_ufl_dolfin_difference_message = r"""\ When constructing an Argument, TestFunction or TrialFunction, you
+must to provide a FunctionSpace and not a FiniteElement.  The
+FiniteElement class provided by ufl only represents an abstract finite
+element space and is only used in standalone .ufl files, while the
+FunctionSpace provides a full discrete function space over a given
+mesh and should be used in dolfin programs in Python.  """
+
+
+class Argument(ufl.Argument):
+    """UFL value: Representation of an argument to a form.
+
+    This is the overloaded PyDOLFIN variant.
+    """
+
+    def __init__(self, V, number, part=None):
+
+        # Check argument
+        if not isinstance(V, (FunctionSpace, MultiMeshFunctionSpace)):
+            if isinstance(V, (ufl.FiniteElementBase, ufl.FunctionSpace)):
+                raise TypeError(_ufl_dolfin_difference_message)
+            else:
+                raise TypeError("Illegal argument for creation of Argument, not a FunctionSpace: " + str(V))
+            raise TypeError("Illegal argument for creation of Argument, not a FunctionSpace: " + str(V))
+
+        # Handle MultiMesh
+        if isinstance(V, MultiMeshFunctionSpace):
+            self._V_multi = V._cpp_object
+            V = V._parts[0]
+
+        # Initialize UFL Argument
+        ufl.Argument.__init__(self, V.ufl_function_space(), number, part)
+
+        self._V = V
+
+    def function_space(self):
+        "Return the FunctionSpace"
+        return self._V
+
+    def __eq__(self, other):
+        """Extending UFL __eq__ here to distinguish test and trial functions
+        in different function spaces with same ufl element.
+
+        """
+        return (isinstance(other, Argument) and
+                self.number() == other.number() and
+                self.part() == other.part() and
+                self._V == other._V)
+
+    def __hash__(self):
+        return ufl.Argument.__hash__(self)
+
+
+def TestFunction(V, part=None):
+    """UFL value: Create a test function argument to a form.
+
+    This is the overloaded PyDOLFIN variant.
+    """
+    return Argument(V, 0, part)
+
+
+def TrialFunction(V, part=None):
+    """UFL value: Create a trial function argument to a form.
+
+    This is the overloaded PyDOLFIN variant.
+
+    """
+    return Argument(V, 1, part)
+
+
+# --- TestFunctions and TrialFunctions ---
+
+def Arguments(V, number):
+    """UFL value: Create an Argument in a mixed space, and return a
+    tuple with the function components corresponding to the subelements.
+
+    This is the overloaded PyDOLFIN variant.
+
+    """
+    if isinstance(V, MixedFunctionSpace):
+        return [Argument(V.sub_space(i), number, i)
+                for i in range(V.num_sub_spaces())]
+    else:
+        return ufl.split(Argument(V, number))
+
+
+def TestFunctions(V):
+    """UFL value: Create a TestFunction in a mixed space, and return a
+    tuple with the function components corresponding to the
+    subelements.
+
+    This is the overloaded PyDOLFIN variant.
+
+    """
+    return Arguments(V, 0)
+
+
+def TrialFunctions(V):
+    """UFL value: Create a TrialFunction in a mixed space, and return a
+    tuple with the function components corresponding to the
+    subelements.
+
+    This is the overloaded PyDOLFIN variant.
+
+    """
+    return Arguments(V, 1)
diff --git a/python/dolfin/function/constant.py b/python/dolfin/function/constant.py
new file mode 100644
index 0000000..edee2d5
--- /dev/null
+++ b/python/dolfin/function/constant.py
@@ -0,0 +1,134 @@
+# -*- coding: utf-8 -*-
+"""Create a constant-valued function with given value."""
+
+# Copyright (C) 2008-2015 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import ufl
+import dolfin.cpp as cpp
+import numpy
+
+
+class Constant(ufl.Coefficient):
+
+    def __init__(self, value, cell=None, name=None):
+        """
+        Create constant-valued function with given value.
+
+        *Arguments*
+            value
+                The value may be either a single scalar value, or a
+                tuple/list of values for vector-valued functions, or
+                nested lists or a numpy array for tensor-valued
+                functions.
+            cell
+                Optional argument. A :py:class:`Cell
+                <ufl.Cell>` which defines the geometrical
+                dimensions the Constant is defined for.
+            name
+                Optional argument. A str which overrules the default
+                name of the Constant.
+
+        The data type Constant represents a constant value that is
+        unknown at compile-time. Its values can thus be changed
+        without requiring re-generation and re-compilation of C++
+        code.
+
+        *Examples of usage*
+
+            .. code-block:: python
+
+                p = Constant(pi/4)              # scalar
+                C = Constant((0.0, -1.0, 0.0))  # constant vector
+
+        """
+
+        # TODO: Either take mesh instead of cell, or drop cell and let
+        # grad(c) be undefined.
+        if cell is not None:
+            cell = ufl.as_cell(cell)
+        ufl_domain = None
+
+        array = numpy.array(value)
+        rank = len(array.shape)
+        floats = list(map(float, array.flat))
+
+        # Create UFL element and initialize constant
+        if rank == 0:
+            ufl_element = ufl.FiniteElement("Real", cell, 0)
+            self._cpp_object = cpp.function.Constant(floats[0])
+        elif rank == 1:
+            ufl_element = ufl.VectorElement("Real", cell, 0, dim=len(floats))
+            self._cpp_object = cpp.function.Constant(floats)
+        else:
+            ufl_element = ufl.TensorElement("Real", cell, 0, shape=array.shape)
+            self._cpp_object = cpp.function.Constant(list(array.shape), floats)
+
+        # Initialize base classes
+        ufl_function_space = ufl.FunctionSpace(ufl_domain, ufl_element)
+        ufl.Coefficient.__init__(self, ufl_function_space, count=self.id())
+
+        # Set name as given or automatic
+        name = name or "f_%d" % self.count()
+        self.rename(name, "a Constant")
+
+    def assign(self, x):
+        if isinstance(x, Constant):
+            x = x._cpp_object
+        return self._cpp_object.assign(x)
+
+    def cell(self):
+        return self.ufl_element().cell()
+
+    def compute_vertex_values(self, mesh):
+        return self._cpp_object.compute_vertex_values(mesh)
+
+    def eval(self, *args, **kwargs):
+        return self._cpp_object.eval(*args, **kwargs)
+
+    def values(self):
+        return self._cpp_object.values()
+
+    def value_size(self):
+        return self._cpp_object.value_size()
+
+    def id(self):
+        return self._cpp_object.id()
+
+    def name(self):
+        return self._cpp_object.name()
+
+    def rename(self, name, s):
+        self._cpp_object.rename(name, s)
+
+    def __float__(self):
+        # Overriding UFL operator in this particular case.
+        if self.ufl_shape == ():
+            return float(self._cpp_object)
+        elif self.ufl_shape == (1,):
+            return float(self.values()[0])
+        else:
+            raise TypeError("Cannot convert nonscalar constant to float.")
+
+    def str(self, verbose):
+        return self._cpp_object.str(verbose)
+
+    def __str__(self):
+        return self.name()
+
+    def cpp_object(self):
+        return self._cpp_object
diff --git a/python/dolfin/function/expression.py b/python/dolfin/function/expression.py
new file mode 100644
index 0000000..f952621
--- /dev/null
+++ b/python/dolfin/function/expression.py
@@ -0,0 +1,439 @@
+# -*- coding: utf-8 -*-
+"""FIXME: Add description"""
+
+# Copyright (C) 2017 Chris N. Richardson and Garth N. Wells
+#
+# Distributed under the terms of the GNU Lesser Public License (LGPL),
+# either version 3 of the License, or (at your option) any later
+# version.
+
+import types
+import numpy
+import ufl
+from ufl import product
+from ufl.utils.indexflattening import (flatten_multiindex,
+                                       shape_to_strides)
+import dolfin.cpp as cpp
+import dolfin.function.jit as jit
+
+__all__ = ["UserExpression"]
+
+
+def _select_element(family, cell, degree, value_shape):
+    """Select finite element type for cases where user has not provided a
+    complete ufl.FiniteElement
+
+    """
+    if family is None:
+        if degree == 0:
+            family = "Discontinuous Lagrange"
+        else:
+            family = "Lagrange"
+
+    if len(value_shape) == 0:
+        element = ufl.FiniteElement(family, cell, degree)
+    elif len(value_shape) == 1:
+        element = ufl.VectorElement(family, cell, degree, dim=value_shape[0])
+    else:
+        element = ufl.TensorElement(family, cell, degree, shape=value_shape)
+
+    return element
+
+
+class _InterfaceExpression(cpp.function.Expression):
+    """A DOLFIN C++ Expression to which user eval functions are attached.
+
+    """
+
+    def __init__(self, user_expression, value_shape):
+        self.user_expression = user_expression
+
+        # Wrap eval functions
+        def wrapped_eval(self, values, x):
+            self.user_expression.eval(values, x)
+
+        def wrapped_eval_cell(self, values, x, cell):
+            self.user_expression.eval_cell(values, x, cell)
+
+        # Attach user-provided Python eval functions (if they exist in
+        # the user expression class) to the C++ class
+        if hasattr(user_expression, 'eval'):
+            self.eval = types.MethodType(wrapped_eval, self)
+        elif hasattr(user_expression, 'eval_cell'):
+            self.eval_cell = types.MethodType(wrapped_eval_cell, self)
+
+        # Create C++ Expression object
+        cpp.function.Expression.__init__(self, value_shape)
+
+
+class BaseExpression(ufl.Coefficient):
+    def __init__(self, cell=None, element=None, domain=None, name=None,
+                 label=None):
+
+        # Some messy cell/domain handling for compatibility, will be
+        # straightened out later
+        if domain is None:
+            ufl_domain = None
+        else:
+            if isinstance(domain, ufl.domain.AbstractDomain):
+                ufl_domain = domain
+            else:
+                # Probably getting a Mesh here, from existing dolfin
+                # tests. Will be the same later anyway.
+                ufl_domain = domain.ufl_domain()
+
+            if cell is None:
+                cell = ufl_domain.ufl_cell()
+
+        # Initialise base class
+        ufl_function_space = ufl.FunctionSpace(ufl_domain, element)
+        ufl.Coefficient.__init__(self, ufl_function_space, count=self.id())
+
+        name = name or "f_" + str(ufl.Coefficient.count(self))
+        label = label or "User defined expression"
+        self._cpp_object.rename(name, label)
+
+    def ufl_evaluate(self, x, component, derivatives):
+        """Function used by ufl to evaluate the Expression"""
+        assert derivatives == ()  # TODO: Handle derivatives
+
+        if component:
+            shape = self.ufl_shape
+            assert len(shape) == len(component)
+            value_size = product(shape)
+            index = flatten_multiindex(component, shape_to_strides(shape))
+            values = numpy.zeros(value_size)
+            # FIXME: use a function with a return value
+            self(*x, values=values)
+            return values[index]
+        else:
+            # Scalar evaluation
+            return self(*x)
+
+    # def __call__(self, x):
+    #     return self._cpp_object(x)
+    def __call__(self, *args, **kwargs):
+        # GNW: This function is copied from the old DOLFIN Python
+        # code. It is far too complicated. There is no need to provide
+        # so many ways of doing the same thing.
+        #
+        # Deprecate as many options as possible
+
+        if len(args) == 0:
+            raise TypeError("expected at least 1 argument")
+
+        # Test for ufl restriction
+        if len(args) == 1 and isinstance(args[0], str):
+            if args[0] in ('+', '-'):
+                return ufl.Coefficient.__call__(self, *args)
+
+        # Test for ufl mapping
+        if len(args) == 2 and isinstance(args[1], dict) and self in args[1]:
+            return ufl.Coefficient.__call__(self, *args)
+
+        # Some help variables
+        value_size = product(self.ufl_element().value_shape())
+
+        # If values (return argument) is passed, check the type and
+        # length
+        values = kwargs.get("values", None)
+        if values is not None:
+            if not isinstance(values, numpy.ndarray):
+                raise TypeError("expected a NumPy array for 'values'")
+            if len(values) != value_size or not numpy.issubdtype(values.dtype, numpy.float64):
+                raise TypeError("expected a double NumPy array of length"
+                                " %d for return values." % value_size)
+            values_provided = True
+        else:
+            values_provided = False
+            values = numpy.zeros(value_size, dtype='d')
+
+        # Get dim if element has any domains
+        cell = self.ufl_element().cell()
+        dim = None if cell is None else cell.geometric_dimension()
+
+        # Assume all args are x argument
+        x = args
+
+        # If only one x argument has been provided, unpack it if it's
+        # an iterable
+        if len(x) == 1:
+            if isinstance(x[0], cpp.geometry.Point):
+                if dim is not None:
+                    x = [x[0][i] for i in range(dim)]
+                else:
+                    x = [x[0][i] for i in range(3)]
+            elif hasattr(x[0], '__iter__'):
+                x = x[0]
+
+        # Convert it to an 1D numpy array
+        try:
+            x = numpy.fromiter(x, 'd')
+        except (TypeError, ValueError, AssertionError):
+            raise TypeError("expected scalar arguments for the coordinates")
+
+        if len(x) == 0:
+            raise TypeError("coordinate argument too short")
+
+        if dim is None:
+            # Disabled warning as it breaks py.test due to excessive
+            # output, and that code that is warned about is still
+            # officially supported. See
+            # https://bitbucket.org/fenics-project/dolfin/issues/355/
+            # warning("Evaluating an Expression without knowing the right geometric dimension, assuming %d is correct." % len(x))
+            pass
+        else:
+            if len(x) != dim:
+                raise TypeError("expected the geometry argument to be of "
+                                "length %d" % dim)
+
+        # The actual evaluation
+        self._cpp_object.eval(values, x)
+
+        # If scalar return statement, return scalar value.
+        if value_size == 1 and not values_provided:
+            return values[0]
+
+        return values
+
+    def id(self):
+        return self._cpp_object.id()
+
+    def value_rank(self):
+        return self._cpp_object.value_rank()
+
+    def value_dimension(self, i):
+        return self._cpp_object.value_dimension(i)
+
+    def name(self):
+        return self._cpp_object.name()
+
+    def label(self):
+        return self._cpp_object.label()
+
+    def __str__(self):
+        return self._cpp_object.name()
+
+    def cpp_object(self):
+        return self._cpp_object
+
+    def restrict(self, element, cell):
+        """
+        Returns expansion coefficients of expression restricted to local cell.
+
+        *Arguments*
+             element : cpp.fem.FiniteElement
+                 The element.
+             dolfin : Cell
+                 The cell.
+        """
+        return self._cpp_object.restrict(element, cell)
+
+    def compute_vertex_values(self, mesh):
+        return self._cpp_object.compute_vertex_values(mesh)
+
+    def rename(self, name, label):
+        return self._cpp_object.rename(name, label)
+
+
+class UserExpression(BaseExpression):
+    """Base class for user-defined Python Expression classes, where the
+    user overloads eval or eval_cell
+
+    """
+
+    def __init__(self, *args, **kwargs):
+
+        # Extract data
+        element = kwargs.pop("element", None)
+        degree = kwargs.pop("degree", 2)
+        cell = kwargs.pop("cell", None)
+        domain = kwargs.pop("domain", None)
+        name = kwargs.pop("name", None)
+        label = kwargs.pop("label", None)
+        # mpi_comm = kwargs.pop("mpi_comm", None)
+        if (len(kwargs) > 0):
+            raise RuntimeError("Invalid keyword argument")
+
+        # Deduce element type if not provided
+        if element is None:
+            if hasattr(self, "value_shape"):
+                value_shape = self.value_shape()
+            else:
+                print("WARNING: user expression has not supplied value_shape method or an element. Assuming scalar element.")
+                value_shape = ()
+
+            element = _select_element(family=None, cell=cell, degree=degree,
+                                      value_shape=value_shape)
+        else:
+            value_shape = element.value_shape()
+
+        self._cpp_object = _InterfaceExpression(self, value_shape)
+        BaseExpression.__init__(self, cell=cell, element=element, domain=domain,
+                                name=name, label=label)
+
+
+class ExpressionParameters(object):
+    """Storage and setting/getting of User Parameters attached to Expression"""
+    def __init__(self, cpp_object, params):
+        self._params = params
+        self._cpp_object = cpp_object
+        if "user_parameters" in self._params:
+            raise RuntimeError("'user_parameters' is reserved. Do not use in Expression")
+        for k, v in self._params.items():
+            self[k] = v
+
+    def __getitem__(self, key):
+        if key in self._params.keys():
+            if isinstance(self._params[key], (float, int)):
+                return self._cpp_object.get_property(key)
+            else:
+                return self._cpp_object.get_generic_function(key)
+        else:
+            raise AttributeError
+
+    def __setitem__(self, key, value):
+        if key == 'values':
+            raise KeyError("Reserved name 'values'")
+        if key in self._params.keys():
+            self._cpp_object.set_property(key, value)
+
+    def __contains__(self, key):
+        return key in self._params
+
+    def update(self, params):
+        for k, v in dict(params).items():
+            self[k] = v
+
+
+class CompiledExpression(BaseExpression):
+    """Wrap a compiled module of type cpp.Expression"""
+
+    def __init__(self, cpp_module=None, **kwargs):
+
+        # Remove arguments that are used in Expression creation
+        element = kwargs.pop("element", None)
+        degree = kwargs.pop("degree", None)
+        cell = kwargs.pop("cell", None)
+        domain = kwargs.pop("domain", None)
+        name = kwargs.pop("name", None)
+        label = kwargs.pop("label", None)
+
+        if not isinstance(cpp_module, cpp.function.Expression):
+            raise RuntimeError("Must supply compiled C++ Expression module to CompiledExpression")
+        else:
+            self._cpp_object = cpp_module
+
+            params = kwargs
+            for k, val in params.items():
+                if not isinstance(k, str):
+                    raise KeyError("User Parameter key must be a string")
+                if not hasattr(self._cpp_object, k):
+                    raise AttributeError("Compiled module does not have attribute %s", k)
+                try:
+                    setattr(self._cpp_object, k, val)
+                except TypeError:
+                    setattr(self._cpp_object, k, val._cpp_object)
+
+        if element and degree:
+            raise RuntimeError("Cannot specify an element and a degree for Expressions.")
+
+        # Deduce element type if not provided
+        if element is None:
+            if degree is None:
+                raise KeyError("Must supply element or degree")
+            value_shape = tuple(self.value_dimension(i)
+                                for i in range(self.value_rank()))
+            if domain is not None and cell is None:
+                cell = domain.ufl_cell()
+            element = _select_element(family=None, cell=cell, degree=degree,
+                                      value_shape=value_shape)
+
+        # FIXME: The below is invasive and fragile. Fix multistage so
+        #        this is not required.
+        # Store C++ code and user parameters because they are used by
+        # the the multistage module.
+        self._user_parameters = kwargs
+
+        BaseExpression.__init__(self, cell=cell, element=element, domain=domain,
+                                name=name, label=label)
+
+    def __getattr__(self, name):
+        if hasattr(self._cpp_object, name):
+            return getattr(self._cpp_object, name)
+
+    def __setattr__(self, name, value):
+        if name.startswith("_"):
+            super().__setattr__(name, value)
+        elif hasattr(self._cpp_object, name):
+            try:
+                setattr(self._cpp_object, name, value)
+            except TypeError:
+                setattr(self._cpp_object, name, value._cpp_object)
+
+
+class Expression(BaseExpression):
+    """JIT Expressions"""
+
+    def __init__(self, cpp_code=None, *args, **kwargs):
+
+        # Developer note: class attributes must be prefixed by "_",
+        # otherwise problems occur due to __setattr__, which is used
+        # to pass parameters through to JIT complied expression.
+
+        # Remove arguments that are used in Expression creation
+        element = kwargs.pop("element", None)
+        degree = kwargs.pop("degree", None)
+        cell = kwargs.pop("cell", None)
+        domain = kwargs.pop("domain", None)
+        name = kwargs.pop("name", None)
+        label = kwargs.pop("label", None)
+
+        if not isinstance(cpp_code, (str, tuple, list)):
+            raise RuntimeError("Must supply C++ code to Expression. You may want to use UserExpression")
+        else:
+            params = kwargs
+            for k in params:
+                if not isinstance(k, str):
+                    raise KeyError("User parameter key must be a string")
+
+            self._cpp_object = jit.compile_expression(cpp_code, params)
+            self._parameters = ExpressionParameters(self._cpp_object, params)
+
+        if element and degree:
+            raise RuntimeError("Cannot specify an element and a degree for Expressions.")
+
+        # Deduce element type if not provided
+        if element is None:
+            if degree is None:
+                raise KeyError("Must supply element or degree")
+            value_shape = tuple(self.value_dimension(i)
+                                for i in range(self.value_rank()))
+            if domain is not None and cell is None:
+                cell = domain.ufl_cell()
+            element = _select_element(family=None, cell=cell, degree=degree,
+                                      value_shape=value_shape)
+
+        # FIXME: The below is invasive and fragile. Fix multistage so
+        #        this is not required.
+        # Store C++ code and user parameters because they are used by
+        # the the multistage module.
+        self._user_parameters = kwargs
+        self._cppcode = cpp_code
+
+        BaseExpression.__init__(self, cell=cell, element=element, domain=domain,
+                                name=name, label=label)
+
+    def __getattr__(self, name):
+        "Pass attributes through to (JIT compiled) Expression object"
+        if name == 'user_parameters':
+            return self._parameters
+        else:
+            return self._parameters[name]
+
+    def __setattr__(self, name, value):
+        # FIXME: this messes up setting attributes
+        if name.startswith("_"):
+            super().__setattr__(name, value)
+        elif name in self._parameters:
+            self._parameters[name] = value
diff --git a/python/dolfin/function/function.py b/python/dolfin/function/function.py
new file mode 100644
index 0000000..0aad64f
--- /dev/null
+++ b/python/dolfin/function/function.py
@@ -0,0 +1,571 @@
+# -*- coding: utf-8 -*-
+"""This module handles the Function class in Python.
+
+"""
+# Copyright (C) 2009-2014 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import numpy as np
+import ufl
+from ufl.classes import ComponentTensor, Sum, Product, Division
+from ufl.utils.indexflattening import shape_to_strides, flatten_multiindex
+import dolfin.cpp as cpp
+import dolfin.la as la
+from dolfin.function.functionspace import FunctionSpace, MixedFunctionSpace
+from dolfin.function.expression import Expression
+from dolfin.function.constant import Constant
+
+
+def _assign_error():
+    raise RuntimeError("Expected only linear combinations of Functions in the same FunctionSpaces")
+
+
+def _check_mul_and_division(e, linear_comb, scalar_weight=1.0, multi_index=None):
+    """
+    Utility func for checking division and multiplication of a Function
+    with scalars in linear combinations of Functions
+    """
+    from ufl.constantvalue import ScalarValue
+    from ufl.classes import ComponentTensor, MultiIndex, Indexed
+    from ufl.algebra import Division, Product, Sum
+    # ops = e.ufl_operands
+
+    # FIXME: What should be checked!?
+    # martinal: This code has never done anything sensible,
+    #   but I don't know what it was supposed to do so I can't fix it.
+    # same_multi_index = lambda x, y: (x.ufl_free_indices == y.ufl_free_indices \
+    #                        and x.ufl_index_dimensions == y.ufl_index_dimensions)
+
+    assert isinstance(scalar_weight, float)
+
+    # Split passed expression into scalar and expr
+    if isinstance(e, Product):
+        for i, op in enumerate(e.ufl_operands):
+            if isinstance(op, ScalarValue) or \
+               (isinstance(op, Constant) and op.value_size() == 1):
+                scalar = op
+                expr = e.ufl_operands[1 - i]
+                break
+        else:
+            _assign_error()
+
+        scalar_weight *= float(scalar)
+    elif isinstance(e, Division):
+        expr, scalar = e.ufl_operands
+        if not (isinstance(scalar, ScalarValue) or
+                isinstance(scalar, Constant) and scalar.value_rank() == 1):
+            _assign_error()
+        scalar_weight /= float(scalar)
+    else:
+        _assign_error()
+
+    # If a CoefficientTensor is passed we expect the expr to be either
+    # a Function or another ComponentTensor, where the latter wil
+    # result in a recursive call
+    if multi_index is not None:
+        assert isinstance(multi_index, MultiIndex)
+        assert isinstance(expr, Indexed)
+
+        # Unpack Indexed and check equality with passed multi_index
+        expr, multi_index2 = expr.ufl_operands
+        assert isinstance(multi_index2, MultiIndex)
+        # if not same_multi_index(multi_index, multi_index2):
+        #    _assign_error()
+
+    if isinstance(expr, Function):
+        linear_comb.append((expr, scalar_weight))
+
+    elif isinstance(expr, (ComponentTensor, Product, Division, Sum)):
+        # If componentTensor we need to unpack the MultiIndices
+        if isinstance(expr, ComponentTensor):
+            expr, multi_index = expr.ufl_operands
+            # if not same_multi_index(multi_index, multi_index2):
+            #    _error()
+
+        if isinstance(expr, (Product, Division)):
+            linear_comb = _check_mul_and_division(expr, linear_comb, scalar_weight, multi_index)
+        elif isinstance(expr, Sum):
+            linear_comb = _check_and_extract_functions(expr, linear_comb, scalar_weight, multi_index)
+        else:
+            _assign_error()
+    else:
+        _assign_error()
+
+    return linear_comb
+
+
+def _check_and_extract_functions(e, linear_comb=None, scalar_weight=1.0,
+                                 multi_index=None):
+    """
+    Utility func for extracting Functions and scalars in linear
+    combinations of Functions
+    """
+    from ufl.classes import ComponentTensor, Sum, Product, Division
+    linear_comb = linear_comb or []
+
+    # First check u
+    if isinstance(e, Function):
+        linear_comb.append((e, scalar_weight))
+        return linear_comb
+
+    # Second check a*u*b, u/a/b, a*u/b where a and b are scalars
+    elif isinstance(e, (Product, Division)):
+        linear_comb = _check_mul_and_division(e, linear_comb, scalar_weight, multi_index)
+        return linear_comb
+
+    # Third check a*u*b, u/a/b, a*u/b where a and b are scalars and u
+    # is a Tensor
+    elif isinstance(e, ComponentTensor):
+        e, multi_index = e.ufl_operands
+        linear_comb = _check_mul_and_division(e, linear_comb, scalar_weight, multi_index)
+        return linear_comb
+
+    # If not Product or Division we expect Sum
+    elif isinstance(e, Sum):
+        for op in e.ufl_operands:
+            linear_comb = _check_and_extract_functions(op, linear_comb,
+                                                       scalar_weight, multi_index)
+
+    else:
+        _assign_error()
+
+    return linear_comb
+
+
+def _check_and_contract_linear_comb(expr, self, multi_index):
+    """
+    Utility func for checking and contracting linear combinations of
+    Functions
+    """
+    linear_comb = _check_and_extract_functions(expr, multi_index=multi_index)
+    funcs = []
+    weights = []
+    funcspace = None
+    for func, weight in linear_comb:
+        funcspace = funcspace or func.function_space()
+        if func not in funcspace:
+            _assign_error()
+        try:
+            # Check if the exact same Function is already present
+            ind = funcs.index(func)
+            weights[ind] += weight
+        except Exception:
+            funcs.append(func)
+            weights.append(weight)
+
+    # Check that rhs does not include self
+    for ind, func in enumerate(funcs):
+        if func == self:
+            # If so make a copy
+            funcs[ind] = self.copy(deepcopy=True)
+            break
+
+    return list(zip(funcs, weights))
+
+
+class Function(ufl.Coefficient):
+
+    def __init__(self, *args, **kwargs):
+        """Initialize Function."""
+
+        # For MixedFunctionSpace use
+        self._functions = None
+        self._part = None
+
+        if isinstance(args[0], Function):
+            other = args[0]
+            if len(args) == 1:
+                # Copy constructor used to be here
+                raise RuntimeError("Use 'Function.copy(deepcopy=True)' for copying.")
+            elif len(args) == 2:
+                i = args[1]
+                if not isinstance(i, int):
+                    raise TypeError("Invalid subfunction number %s" % (i,))
+                num_sub_spaces = other.function_space().num_sub_spaces()
+                if num_sub_spaces == 1:
+                    raise RuntimeError("No subfunctions to extract")
+                if not i < num_sub_spaces:
+                    raise RuntimeError("Can only extract subfunctions "
+                                       "with i = 0..%d" % num_sub_spaces)
+                self._cpp_object = cpp.function.Function(other._cpp_object, i)
+                ufl.Coefficient.__init__(self, self.function_space().ufl_function_space(),
+                                         count=self._cpp_object.id())
+            else:
+                raise TypeError("expected one or two arguments when "
+                                "instantiating from another Function")
+        elif isinstance(args[0], cpp.function.Function):
+            self._cpp_object = args[0]
+            ufl.Coefficient.__init__(self, self.function_space().ufl_function_space(),
+                                     count=self._cpp_object.id())
+        elif isinstance(args[0], FunctionSpace):
+            V = args[0]
+
+            # If initialising from a FunctionSpace
+            if len(args) == 1:
+                # If passing only the FunctionSpace
+                self._cpp_object = cpp.function.Function(V._cpp_object)
+            elif len(args) == 2:
+                if isinstance(args[1], cpp.la.GenericVector):
+                    self._cpp_object = cpp.function.Function(V._cpp_object, args[1])
+                elif isinstance(args[1], cpp.function.Function):
+                    self._cpp_object = args[1]
+                elif isinstance(args[1], str):
+                    # Read from xml filename in string
+                    self._cpp_object = cpp.function.Function(V._cpp_object, args[1])
+                elif isinstance(args[1], int):
+                    # Specify the part associated with the Function (mixed-domains)
+                    self._cpp_object = cpp.function.Function(V._cpp_object)
+                    self._part = args[1]
+                else:
+                    raise RuntimeError("Don't know what to do with ", type(args[1]))
+            else:
+                raise RuntimeError("Don't know what to do yet")
+
+            # Initialize the ufl.FunctionSpace
+            ufl.Coefficient.__init__(self, V.ufl_function_space(), count=self._cpp_object.id())
+        elif isinstance(args[0], MixedFunctionSpace):
+            V = args[0]
+            self._functions = [Function(s, i) for i, s in enumerate(V.sub_spaces())]
+        else:
+            raise TypeError("Expected a FunctionSpace or a Function as argument 1")
+
+        # Set name as given or automatic
+        if isinstance(args[0], MixedFunctionSpace):
+            for i in range(len(self._functions)):
+                name = kwargs.get("name") or "f_%d" % self._functions[i].count()
+                self._functions[i].rename("%s_%d" % (name, i), "a Function")
+        else:
+            name = kwargs.get("name") or "f_%d" % self.count()
+            self.rename(name, "a Function")
+
+    def part(self):
+        return self._part
+
+    def function_space(self):
+        "Return the FunctionSpace"
+        return FunctionSpace(self._cpp_object.function_space())
+
+    def value_rank(self):
+        return self._cpp_object.value_rank()
+
+    def value_dimension(self, i):
+        return self._cpp_object.value_dimension(i)
+
+    def value_shape(self):
+        return self._cpp_object.value_shape
+
+    def ufl_evaluate(self, x, component, derivatives):
+        """Function used by ufl to evaluate the Expression"""
+        # FIXME: same as dolfin.expression.Expression version. Find
+        # way to re-use.
+        assert derivatives == ()   # TODO: Handle derivatives
+
+        if component:
+            shape = self.ufl_shape
+            assert len(shape) == len(component)
+            value_size = ufl.product(shape)
+            index = flatten_multiindex(component, shape_to_strides(shape))
+            values = np.zeros(value_size)
+            # FIXME: use a function with a return value
+            self(*x, values=values)
+            return values[index]
+        else:
+            # Scalar evaluation
+            return self(*x)
+
+    def __call__(self, *args, **kwargs):
+        # GNW: This function is copied from the old DOLFIN Python
+        # code. It is far too complicated. There is no need to provide
+        # so many ways of doing the same thing.
+        #
+        # Deprecate as many options as possible, and maybe share with
+        # dolfin.expression.Expresssion.
+
+        if len(args) == 0:
+            raise TypeError("expected at least 1 argument")
+
+        # Test for ufl restriction
+        if len(args) == 1 and isinstance(args[0], str):
+            if args[0] in ('+', '-'):
+                return ufl.Coefficient.__call__(self, *args)
+
+        # Test for ufl mapping
+        if len(args) == 2 and isinstance(args[1], dict) and self in args[1]:
+            return ufl.Coefficient.__call__(self, *args)
+
+        # Some help variables
+        value_size = ufl.product(self.ufl_element().value_shape())
+
+        # If values (return argument) is passed, check the type and length
+        values = kwargs.get("values", None)
+        if values is not None:
+            if not isinstance(values, np.ndarray):
+                raise TypeError("expected a NumPy array for 'values'")
+            if len(values) != value_size or \
+               not np.issubdtype(values.dtype, np.float64):
+                raise TypeError("expected a double NumPy array of length"
+                                " %d for return values." % value_size)
+            values_provided = True
+        else:
+            values_provided = False
+            values = np.zeros(value_size, dtype='d')
+
+        # Get the geometric dimension we live in
+        dim = self.ufl_domain().geometric_dimension()
+
+        # Assume all args are x argument
+        x = args
+
+        # If only one x argument has been provided, unpack it if it's
+        # an iterable
+        if len(x) == 1:
+            if isinstance(x[0], cpp.geometry.Point):
+                x = [x[0][i] for i in range(dim)]
+            elif hasattr(x[0], '__iter__'):
+                x = x[0]
+
+        # Convert it to an 1D numpy array
+        try:
+            x = np.fromiter(x, 'd')
+        except (TypeError, ValueError, AssertionError):
+            raise TypeError("expected scalar arguments for the coordinates")
+
+        if len(x) == 0:
+            raise TypeError("coordinate argument too short")
+
+        if len(x) != dim:
+            raise TypeError("expected the geometry argument to be of "
+                            "length %d" % dim)
+
+        # The actual evaluation
+        self._cpp_object.eval(values, x)
+
+        # If scalar return statement, return scalar value.
+        if value_size == 1 and not values_provided:
+            return values[0]
+
+        return values
+
+    # def _assign(self, u):
+    #    if isinstance(u, cpp.function.FunctionAXPY):
+    #        self._cpp_object._assign(u)
+
+    def eval_cell(self, u, x, cell):
+        return self._cpp_object.eval(u, x, cell)
+
+    def eval(self, u, x):
+        return self._cpp_object.eval(u, x)
+
+    def extrapolate(self, u):
+        if isinstance(u, ufl.Coefficient):
+            self._cpp_object.extrapolate(u._cpp_object)
+        else:
+            self._cpp_object.extrapolate(u)
+
+    def interpolate(self, u):
+        if isinstance(u, ufl.Coefficient):
+            self._cpp_object.interpolate(u._cpp_object)
+        else:
+            self._cpp_object.interpolate(u)
+
+    def compute_vertex_values(self, mesh=None):
+        if mesh is not None:
+            return self._cpp_object.compute_vertex_values(mesh)
+        else:
+            return self._cpp_object.compute_vertex_values()
+
+    def set_allow_extrapolation(self, value):
+        self._cpp_object.set_allow_extrapolation(value)
+
+    def get_allow_extrapolation(self):
+        return self._cpp_object.get_allow_extrapolation()
+
+    def copy(self, deepcopy=False):
+        # See https://bitbucket.org/fenics-project/dolfin/issues/702
+        if deepcopy:
+            return Function(self.function_space(), self._cpp_object.vector().copy())
+        return Function(self.function_space(), self._cpp_object.vector())
+
+    def vector(self):
+        return self._cpp_object.vector()
+
+    def assign(self, rhs):
+        """
+        Assign either a Function or linear combination of Functions.
+
+        *Arguments*
+            rhs (_Function_)
+                A Function or a linear combination of Functions. If a linear
+                combination is passed all Functions need to be in the same
+                FunctionSpaces.
+        """
+
+        if isinstance(rhs, (cpp.function.Function, cpp.function.Expression, cpp.function.FunctionAXPY)):
+            # Avoid self assignment
+            if self == rhs:
+                return
+            self._cpp_object._assign(rhs)
+        elif isinstance(rhs, (Constant, Function, Expression)):
+            # Avoid self assignment
+            if self == rhs:
+                return
+            self._cpp_object._assign(rhs._cpp_object)
+        elif isinstance(rhs, (Sum, Product, Division, ComponentTensor)):
+            if isinstance(rhs, ComponentTensor):
+                rhs, multi_index = rhs.ufl_operands
+            else:
+                multi_index = None
+            linear_comb = _check_and_contract_linear_comb(rhs, self, multi_index)
+            assert(linear_comb)
+
+            # If the assigned Function lives in a different FunctionSpace
+            # we cannot operate on this function directly
+            same_func_space = linear_comb[0][0] in self.function_space()
+            func, weight = linear_comb.pop()
+
+            # Assign values from first func
+            if not same_func_space:
+                self._cpp_object._assign(func._cpp_object)
+                vector = self.vector()
+            else:
+                vector = self.vector()
+                vector[:] = func.vector()
+
+            # If first weight is not 1 scale
+            if weight != 1.0:
+                vector *= weight
+
+            # AXPY the other functions
+            for func, weight in linear_comb:
+                if weight == 0.0:
+                    continue
+                vector.axpy(weight, func.vector())
+
+        else:
+            raise RuntimeError("Expected a Function or linear combinations of Functions in the same FunctionSpace")
+
+    def __float__(self):
+        # FIXME: this could be made simple on the C++ (in particular,
+        # with dolfin::Scalar)
+        if self.ufl_shape != ():
+            raise RuntimeError("Cannot convert nonscalar function to float.")
+        elm = self.ufl_element()
+        if elm.family() != "Real":
+            raise RuntimeError("Cannot convert spatially varying function to float.")
+        # FIXME: This could be much simpler be exploiting that the
+        # vector is ghosted
+        # Gather value directly from vector in a parallel safe way
+        vec = self.vector()
+        indices = np.zeros(1, dtype=la.la_index_dtype())
+        values = vec.gather(indices)
+        return float(values[0])
+
+    def name(self):
+        return self._cpp_object.name()
+
+    def rename(self, name, s):
+        self._cpp_object.rename(name, s)
+
+    def id(self):
+        return self._cpp_object.id()
+
+    def __str__(self):
+        """Return a pretty print representation of it self."""
+        return self.name()
+
+    def root_node(self):
+        u = self._cpp_object.root_node()
+        return Function(FunctionSpace(u.function_space()), u.vector())
+
+    def leaf_node(self):
+        u = self._cpp_object.leaf_node()
+        return Function(FunctionSpace(u.function_space()), u.vector())
+
+    def cpp_object(self):
+        return self._cpp_object
+
+    def restrict(self, element, cell):
+        """
+        Returns expansion coefficients of function restricted to local cell.
+
+        *Arguments*
+             element : cpp.fem.FiniteElement
+                 The element.
+             cell : Cell
+                 The cell.
+        """
+        return self._cpp_object.restrict(element, cell)
+
+    def num_sub_spaces(self):
+        if self._functions is not None:
+            return len(self._functions)
+        else:
+            return self.function_space().num_sub_spaces()
+
+    def sub(self, i, deepcopy=False):
+        """
+        Return a sub function.
+
+        The sub functions are numbered from i = 0..N-1, where N is the
+        total number of sub spaces.
+
+        *Arguments*
+            i : int
+                The number of the sub function
+
+        """
+        if not isinstance(i, int):
+            raise TypeError("expects an 'int' as first argument")
+
+        if self._functions is not None:
+            if deepcopy:
+                return self._functions[i].copy(True)
+            else:
+                return self._functions[i]
+
+        num_sub_spaces = self.num_sub_spaces()
+        if num_sub_spaces == 1:
+            raise RuntimeError("No subfunctions to extract")
+        if not i < num_sub_spaces:
+            raise RuntimeError("Can only extract subfunctions with i = 0..%d"
+                               % num_sub_spaces)
+
+        # Create and instantiate the Function
+        if deepcopy:
+            return Function(self.function_space().sub(i),
+                            self.cpp_object().sub(i),
+                            name='%s-%d' % (str(self), i))
+        else:
+            return Function(self, i, name='%s-%d' % (str(self), i))
+
+    def split(self, deepcopy=False):
+        """Extract any sub functions.
+
+        A sub function can be extracted from a discrete function that
+        is in a mixed, vector, or tensor FunctionSpace. The sub
+        function resides in the subspace of the mixed space.
+
+        *Arguments*
+            deepcopy
+                Copy sub function vector instead of sharing
+
+        """
+
+        num_sub_spaces = self.num_sub_spaces()
+        if num_sub_spaces == 1:
+            raise RuntimeError("No subfunctions to extract")
+        return tuple(self.sub(i, deepcopy) for i in range(num_sub_spaces))
diff --git a/python/dolfin/function/functionspace.py b/python/dolfin/function/functionspace.py
new file mode 100644
index 0000000..9ba35f3
--- /dev/null
+++ b/python/dolfin/function/functionspace.py
@@ -0,0 +1,257 @@
+# -*- coding: utf-8 -*-
+
+# Copyright (C) 2017 Chris N. Richardson and Garth N. Wells
+#
+# Distributed under the terms of the GNU Lesser Public License (LGPL),
+# either version 3 of the License, or (at your option) any later
+# version.
+
+import ufl
+import dolfin.cpp as cpp
+from dolfin.jit.jit import ffc_jit
+
+
+class FunctionSpace(ufl.FunctionSpace):
+
+    def __init__(self, *args, **kwargs):
+        """Create finite element function space."""
+
+        if len(args) == 1:
+            # Do we relly want to do it this way? Can we get the
+            # sub-element from UFL?
+            self._init_from_cpp(*args, **kwargs)
+        else:
+            if len(args) == 0 or not isinstance(args[0], cpp.mesh.Mesh):
+                # cpp.dolfin_error("functionspace.py",
+                #                  "create function space",
+                #                  "Illegal argument, not a mesh: "
+                #                  + str(args[0]))
+                pass
+            elif len(args) == 2:
+                self._init_from_ufl(*args, **kwargs)
+            else:
+                self._init_convenience(*args, **kwargs)
+
+    def _init_from_ufl(self, mesh, element, constrained_domain=None):
+
+        # Initialize the ufl.FunctionSpace first to check for good
+        # meaning
+        ufl.FunctionSpace.__init__(self, mesh.ufl_domain(), element)
+
+        # Compile dofmap and element
+        ufc_element, ufc_dofmap = ffc_jit(element, form_compiler_parameters=None,
+                                          mpi_comm=mesh.mpi_comm())
+        ufc_element = cpp.fem.make_ufc_finite_element(ufc_element)
+
+        # Create DOLFIN element and dofmap
+        dolfin_element = cpp.fem.FiniteElement(ufc_element)
+        ufc_dofmap = cpp.fem.make_ufc_dofmap(ufc_dofmap)
+        if constrained_domain is None:
+            dolfin_dofmap = cpp.fem.DofMap(ufc_dofmap, mesh)
+        else:
+            dolfin_dofmap = cpp.fem.DofMap(ufc_dofmap, mesh,
+                                           constrained_domain)
+
+        # Initialize the cpp.FunctionSpace
+        self._cpp_object = cpp.function.FunctionSpace(mesh,
+                                                      dolfin_element,
+                                                      dolfin_dofmap)
+
+    def _init_from_cpp(self, cppV, **kwargs):
+        """
+        if not isinstance(cppV, cpp.FunctionSpace):
+            cpp.dolfin_error("functionspace.py",
+                             "create function space",
+                             "Illegal argument for C++ function space, "
+                             "not a cpp.FunctionSpace: " + str(cppV))
+        # We don't want to support copy construction. This would
+        # indicate internal defficiency in the library
+        if isinstance(cppV, FunctionSpace):
+            cpp.dolfin_error("functionspace.py",
+                             "create function space",
+                             "Illegal argument for C++ function space, "
+                             "should not be functions.functionspace.FunctionSpace: " + str(cppV))
+        if len(kwargs) > 0:
+            cpp.dolfin_error("functionspace.py",
+                             "create function space",
+                             "Illegal arguments, did not expect C++ "
+                             "function space and **kwargs: " + str(kwargs))
+        """
+
+        # Reconstruct UFL element from signature
+        ufl_element = eval(cppV.element().signature(), ufl.__dict__)
+
+        # Get mesh
+        ufl_domain = cppV.mesh().ufl_domain()
+
+        # Initialize the ufl.FunctionSpace (not calling cpp.Function.__init__)
+        self._cpp_object = cppV
+
+        # Initialize the ufl.FunctionSpace
+        ufl.FunctionSpace.__init__(self, ufl_domain, ufl_element)
+
+    def _init_convenience(self, mesh, family, degree, form_degree=None,
+                          constrained_domain=None, restriction=None):
+
+        # Create UFL element
+        element = ufl.FiniteElement(family, mesh.ufl_cell(), degree,
+                                    form_degree=form_degree)
+
+        self._init_from_ufl(mesh, element, constrained_domain=constrained_domain)
+
+    def dolfin_element(self):
+        "Return the DOLFIN element."
+        return self._cpp_object.element()
+
+    def num_sub_spaces(self):
+        "Return the number of sub spaces"
+        return self.dolfin_element().num_sub_elements()
+
+    def sub(self, i):
+        "Return the i-th sub space"
+        # FIXME: Should we have a more extensive check other than
+        # whats includeding the cpp code?
+        if not isinstance(i, int):
+            raise TypeError("expected an int for 'i'")
+        if self.num_sub_spaces() == 1:
+            raise ValueError("no SubSpaces to extract")
+        if i >= self.num_sub_spaces():
+            raise ValueError("Can only extract SubSpaces with i = 0 ... %d" %
+                             (self.num_sub_spaces() - 1))
+        assert hasattr(self.ufl_element(), "sub_elements")
+
+        # Extend with the python layer
+        return FunctionSpace(cpp.function.FunctionSpace.sub(self._cpp_object, i))
+
+    def component(self):
+        return self._cpp_object.component()
+
+    def contains(self, V):
+        "Check whether a function is in the FunctionSpace"
+        return self._cpp_object.contains(V._cpp_object)
+
+    def __contains__(self, u):
+        "Check whether a function is in the FunctionSpace"
+        try:
+            return u._in(self._cpp_object)
+        except AttributeError:
+            try:
+                return u._cpp_object._in(self._cpp_object)
+            except Exception as e:
+                raise RuntimeError("Unable to check if object is in FunctionSpace ({})".format(e))
+
+    def __eq__(self, other):
+        "Comparison for equality."
+        return ufl.FunctionSpace.__eq__(self, other) and self._cpp_object == other._cpp_object
+
+    def __ne__(self, other):
+        "Comparison for inequality."
+        return ufl.FunctionSpace.__ne__(self, other) or self._cpp_object != other._cpp_object
+
+    def ufl_cell(self):
+        return self._cpp_object.mesh().ufl_cell()
+
+    def ufl_function_space(self):
+        return self
+
+    def dim(self):
+        return self._cpp_object.dim()
+
+    def id(self):
+        return self._cpp_object.id()
+
+    def element(self):
+        return self._cpp_object.element()
+
+    def dofmap(self):
+        return self._cpp_object.dofmap()
+
+    def mesh(self):
+        return self._cpp_object.mesh()
+
+    def set_x(self, basis, x, component):
+        return self._cpp_object.set_x(basis, x, component)
+
+    def split(self):
+        """Split a mixed functionspace into its sub spaces"""
+        return [self.sub(i) for i in range(self.num_sub_spaces())]
+
+    def collapse(self, collapsed_dofs=False):
+        """Collapse a subspace and return a new function space and a map from
+        new to old dofs
+
+        *Arguments*
+            collapsed_dofs (bool)
+                Return the map from new to old dofs
+
+       *Returns*
+           _FunctionSpace_
+                The new function space.
+           dict
+                The map from new to old dofs (optional)
+
+        """
+        # Get the cpp version of the FunctionSpace
+        cpp_space, dofs = self._cpp_object.collapse()
+
+        # Extend with the python layer
+        V = FunctionSpace(cpp_space)
+
+        if collapsed_dofs:
+            return V, dofs
+        else:
+            return V
+
+    def extract_sub_space(self, component):
+        V = self._cpp_object.extract_sub_space(component)
+        return FunctionSpace(V)
+
+    def tabulate_dof_coordinates(self):
+        return self._cpp_object.tabulate_dof_coordinates()
+
+
+class MixedFunctionSpace(ufl.FunctionSpace):
+    def __init__(self, *args):
+        for a in args:
+            if not isinstance(a, (ufl.FunctionSpace)):
+                raise RuntimeError("Cannot create product of function spaces, expecting a list of function spaces")
+        ufl.MixedFunctionSpace.__init__(self, *args)
+
+    def num_sub_spaces(self):
+        return ufl.MixedFunctionSpace.num_sub_spaces(self)
+
+    def sub_spaces(self):
+        return ufl.MixedFunctionSpace.ufl_sub_spaces(self)
+
+    def sub_space(self, i):
+        return ufl.MixedFunctionSpace.ufl_sub_spaces(self)[i]
+
+    def ufl_elements(self):
+        return ufl.MixedFunctionSpace.ufl_elements(self)
+
+    def ufl_element(self):
+        return ufl.MixedFunctionSpace.ufl_element(self)
+
+
+def VectorFunctionSpace(mesh, family, degree, dim=None, form_degree=None,
+                        constrained_domain=None, restriction=None):
+    """Create finite element function space."""
+
+    # Create UFL element
+    element = ufl.VectorElement(family, mesh.ufl_cell(), degree,
+                                form_degree=form_degree, dim=dim)
+
+    # Return (Py)DOLFIN FunctionSpace
+    return FunctionSpace(mesh, element, constrained_domain=constrained_domain)
+
+
+def TensorFunctionSpace(mesh, family, degree, shape=None, symmetry=None,
+                        constrained_domain=None, restriction=None):
+    """Create finite element function space."""
+
+    # Create UFL element
+    element = ufl.TensorElement(family, mesh.ufl_cell(), degree,
+                                shape, symmetry)
+
+    # Return (Py)DOLFIN FunctionSpace
+    return FunctionSpace(mesh, element, constrained_domain=constrained_domain)
diff --git a/python/dolfin/function/jit.py b/python/dolfin/function/jit.py
new file mode 100644
index 0000000..9219573
--- /dev/null
+++ b/python/dolfin/function/jit.py
@@ -0,0 +1,159 @@
+# -*- coding: utf-8 -*-
+"""FIXME: Add description"""
+
+# Copyright (C) 2017 Chris N. Richardson and Garth N. Wells
+#
+# Distributed under the terms of the GNU Lesser Public License (LGPL),
+# either version 3 of the License, or (at your option) any later
+# version.
+
+from dolfin.cpp.log import log, LogLevel
+from dolfin.cpp import MPI
+from dolfin.jit.jit import compile_class, _math_header
+
+
+def jit_generate(class_data, module_name, signature, parameters):
+    """TODO: document"""
+
+    template_code = """
+// Based on https://gcc.gnu.org/wiki/Visibility
+#if defined _WIN32 || defined __CYGWIN__
+    #ifdef __GNUC__
+        #define DLL_EXPORT __attribute__ ((dllexport))
+    #else
+        #define DLL_EXPORT __declspec(dllexport)
+    #endif
+#else
+    #define DLL_EXPORT __attribute__ ((visibility ("default")))
+#endif
+
+#include <dolfin/function/Expression.h>
+#include <dolfin/math/basic.h>
+#include <Eigen/Dense>
+
+{math_header}
+
+namespace dolfin
+{{
+  class {classname} : public Expression
+  {{
+     public:
+       {members}
+
+       {classname}()
+       {{
+            {constructor}
+       }}
+
+       void eval(Eigen::Ref<Eigen::VectorXd> values, Eigen::Ref<const Eigen::VectorXd> x) const override
+       {{
+{statement}
+       }}
+
+       void set_property(std::string name, double _value) override
+       {{
+{set_props}
+       throw std::runtime_error("No such property");
+       }}
+
+       double get_property(std::string name) const override
+       {{
+{get_props}
+       throw std::runtime_error("No such property");
+       return 0.0;
+       }}
+
+       void set_generic_function(std::string name, std::shared_ptr<dolfin::GenericFunction> _value) override
+       {{
+{set_generic_function}
+       throw std::runtime_error("No such property");
+       }}
+
+       std::shared_ptr<dolfin::GenericFunction> get_generic_function(std::string name) const override
+       {{
+{get_generic_function}
+       throw std::runtime_error("No such property");
+       }}
+
+  }};
+}}
+
+extern "C" DLL_EXPORT dolfin::Expression * create_{classname}()
+{{
+  return new dolfin::{classname};
+}}
+
+"""
+    _get_props = """          if (name == "{key_name}") return {name};"""
+    _set_props = """          if (name == "{key_name}") {{ {name} = _value; return; }}"""
+
+    log(LogLevel.TRACE, "Calling dijitso just-in-time (JIT) compiler for Expression.")
+
+    statements = class_data["statements"]
+    statement = ""
+    if isinstance(statements, str):
+        statement += "          values[0] = " + statements + ";\n"
+    else:
+        for i, val in enumerate(statements):
+            statement += "          values[" + str(i) + "] = " + val + ";\n"
+
+    constructor = ""
+    members = ""
+    set_props = ""
+    get_props = ""
+    set_generic_function = ""
+    get_generic_function = ""
+
+    # Add code for setting and getting property values
+    properties = class_data["properties"]
+    for k in properties:
+        value = properties[k]
+        if isinstance(value, (float, int)):
+            members += "double " + k + ";\n"
+            set_props += _set_props.format(key_name=k, name=k)
+            get_props += _get_props.format(key_name=k, name=k)
+        elif hasattr(value, "_cpp_object"):
+            members += "std::shared_ptr<dolfin::GenericFunction> generic_function_{key};\n".format(key=k)
+            set_generic_function += _set_props.format(key_name=k,
+                                                      name="generic_function_" + k)
+            get_generic_function += _get_props.format(key_name=k,
+                                                      name="generic_function_" + k)
+
+            value_size = value._cpp_object.value_size()
+            if value_size == 1:
+                _setup_statement = """          double {key};
+            generic_function_{key}->eval(Eigen::Map<Eigen::Matrix<double, 1, 1>>(&{key}), x);\n""".format(key=k)
+            else:
+                _setup_statement = """          double {key}[{value_size}];
+
+            generic_function_{key}->eval(Eigen::Map<Eigen::Matrix<double, {value_size}, 1>>({key}), x);\n""".format(key=k, value_size=value_size)
+            statement = _setup_statement + statement
+
+    # Set the value_shape
+    for dim in class_data['value_shape']:
+        constructor += "_value_shape.push_back(" + str(dim) + ");"
+
+    classname = signature
+    code_c = template_code.format(statement=statement,
+                                  classname=classname,
+                                  members=members,
+                                  constructor=constructor,
+                                  set_props=set_props,
+                                  get_props=get_props,
+                                  get_generic_function=get_generic_function,
+                                  set_generic_function=set_generic_function,
+                                  math_header=_math_header)
+    code_h = ""
+    depends = []
+
+    return code_h, code_c, depends
+
+
+def compile_expression(statements, properties):
+
+    mpi_comm = properties.pop("mpi_comm", MPI.comm_world)
+    cpp_data = {'statements': statements, 'properties': properties,
+                'name': 'expression', 'jit_generate': jit_generate}
+
+    expression = compile_class(cpp_data, mpi_comm=mpi_comm)
+    return expression
diff --git a/python/dolfin/function/multimeshfunction.py b/python/dolfin/function/multimeshfunction.py
new file mode 100644
index 0000000..c5b59aa
--- /dev/null
+++ b/python/dolfin/function/multimeshfunction.py
@@ -0,0 +1,246 @@
+# -*- coding: utf-8 -*-
+"""This module handles the MultiMeshFunction class in Python.
+"""
+# Copyright (C) 2017 Jørgen Schartum Dokken
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+
+import ufl
+import dolfin.cpp as cpp
+
+from dolfin.function.multimeshfunctionspace import MultiMeshFunctionSpace
+from dolfin.function.function import Function
+
+
+class MultiMeshFunction(ufl.Coefficient):
+    r"""This class represents a multimeshfunction
+    :math:`u_h=(u_{h,1}\cross \dots u_{h,N}` in a finite
+    element multimeshfunction space
+    :math:`V_h=V_{h,1}\cross \dots V_{h,N}`, given by
+
+    .. math::
+
+        u_{h,j}=  \sum_{i=1}^n U_i \phi_{i,j},
+
+    where :math:`\{\phi_{i,j}\}_{i=1}^n` is a basis for :math:`V_{h,j}`,
+    and :math:`U` is a vector of expansion coefficients for
+    :math:`u_h`.
+
+    *Arguments*
+        There is a maximum of two arguments. The first argument must be a
+        :py:class:`MultiMeshFunctionSpace
+         <dolfin.cpp.function.MultiMeshFunctionSpace>`.
+
+        The second argument must be a GenericVector and is intended for library
+        use only.
+
+    *Examples*
+        Create a MultiMeshFunction:
+
+        - from a :py:class:`MultiMeshFunctionSpace
+          <dolfin.cpp.function.MultiMeshFunctionSpace>` ``V``
+
+          .. code-block:: python
+
+              f = MultiMeshFunction(V)
+
+
+        - from a :py:class:`MultiMeshFunctionSpace
+          <dolfin.cpp.function.MultiMeshFunctionSpace>` ``V`` and a
+          :py:class:`GenericVector <dolfin.cpp.GenericVector>` ``v``
+
+          *Warning: this constructor is intended for internal libray use only.*
+
+          .. code-block:: python
+
+              g = MultiMeshFunction(V, v)
+
+    """
+
+    def __init__(self, *args, **kwargs):
+        """Initialize MultiMeshFunction."""
+        # Initial quick check for valid arguments (other checks
+        # sprinkled below)
+        if len(args) == 0:
+            raise TypeError("expected 1 or more arguments")
+        # Type switch on argument types
+        if isinstance(args[0], MultiMeshFunction):
+            other = args[0]
+            if len(args) == 1:
+                # Copy constructor used to be here
+                raise RuntimeError("Use 'MultiMeshFunction.copy(deepcopy=True)' for copying.")
+            else:
+                raise NotImplementedError
+        elif isinstance(args[0], cpp.function.MultiMeshFunction):
+            raise NotImplementedError
+        elif isinstance(args[0], MultiMeshFunctionSpace):
+            V = args[0]
+            # If initialising from a FunctionSpace
+            if len(args) == 1:
+                # If passing only the FunctionSpace
+                self._cpp_object = cpp.function.MultiMeshFunction(V._cpp_object)
+                ufl.Coefficient.__init__(self, V._parts[0].ufl_function_space(),
+                                         count=self._cpp_object.id())
+            elif len(args) == 2:
+                other = args[1]
+                if isinstance(other, cpp.function.MultiMeshFunction):
+                    raise NotImplementedError
+                else:
+                    self._cpp_object = cpp.function.MultiMeshFunction.__init__(self, V, other)
+                    ufl.Coefficient.__init__(self, V._parts[0]
+                                             .ufl_function_space(),
+                                             count=self._cpp_object.id())
+
+            else:
+                raise TypeError("too many arguments")
+
+            # Keep a reference of the functionspace with additional attributes
+            self._V = V
+        else:
+            raise TypeError("expected a MultiMeshFunctionSpace or a MultiMeshFunction as argument 1")
+
+    def vector(self):
+        return self._cpp_object.vector()
+
+    def function_space(self):
+        return self._V
+
+    def num_parts(self):
+        return self._V.num_parts()
+
+    def assign(self, rhs):
+        """
+        Parameters:
+            rhs: A dolfin.MultiMeshFunction
+        """
+        # Assign a MultiMeshFunction into a MultiMeshFunction
+        if isinstance(rhs, MultiMeshFunction):
+            self._cpp_object.vector()[:] = rhs.vector()[:]
+        else:
+            raise TypeError("expected a MultiMeshFunction as argument.")
+
+    def part(self, i, deepcopy=False):
+        f = Function(self._cpp_object.part(i, deepcopy))
+        f.rename(self._cpp_object.name(), self._cpp_object.label())
+        return f
+
+    def parts(self, deepcopy=False):
+        """
+        Generator for MultiMeshFunction
+        """
+        for part in range(self._V._cpp_object.multimesh().num_parts()):
+            yield self.part(part, deepcopy)
+
+    def assign_part(self, part, function):
+        self._cpp_object.assign_part(part, function._cpp_object)
+
+    def interpolate(self, v):
+        """
+        Interpolate function.
+
+        *Arguments*
+            v
+              a :py:class:`MultiMeshFunction <dolfin.functions.function.MultimeshFunction>` or
+              an :py:class:`Expression <dolfin.functions.expression.Expression'>
+        *Example of usage*
+            .. code-block:: python
+
+                V = MultiMeshFunctionSpace(multimesh, "Lagrange", 1)
+                v = MultiMeshFunction(V)
+                w = Expression("sin(pi*x[0])")
+                v.interpolate(w)
+        """
+        # Developer note: This version involves a lot of copying
+        # and should be changed at some point.
+        # Developer note: Interpolate does not set inactive dofs to zero,
+        # and should be fixed
+        # Check argument
+        if isinstance(v, MultiMeshFunction):
+            # Same multimesh required for interpolation
+            # Developer note: Is this test necessary?
+            if self._V.multimesh().id() != v._V.multimesh().id():
+                raise RuntimeError("MultiMeshFunctions must live on same MultiMesh")
+            for i, vp in enumerate(self.parts(deepcopy=True)):
+                vm = v.part(i, deepcopy=True)
+                vp.interpolate(vm)
+                self._cpp_object.assign_part(i, vp._cpp_object)
+
+        elif (isinstance(v, (ufl.Coefficient, cpp.function.Expression))):
+            for i, vp in enumerate(self.parts(deepcopy=True)):
+                vp.interpolate(v)
+                self._cpp_object.assign_part(i, vp._cpp_object)
+
+        elif isinstance(v, cpp.function.MultiMeshFunction):
+            for i, vp in enumerate(self.parts(deepcopy=True)):
+                vm = v.part(i)
+                vp.interpolate(vm)
+                self._cpp_object.assign_part(i, vp._cpp_object)
+
+        else:
+            raise TypeError("Expected an Expression or a MultiMeshFunction.")
+        # Set inactive dofs to zero
+        for part in range(self._V.num_parts()):
+            dofs = self._V.dofmap().inactive_dofs(self._V.multimesh(), part)
+            self._cpp_object.vector()[dofs] = 0
+
+    def sub(self, i, deepcopy=False):
+        """
+        Return a sub function
+        The sub functions are numbered from i = 0..N-1, where N is the
+        total number of sub spaces,
+
+        *Arguments*
+            i : int
+                The number of the  sub function
+        """
+        if not isinstance(i, int):
+            raise TypeError("expects an 'int' as first argument")
+        num_sub_spaces = self.function_space().info[0].num_sub_elements()
+        if num_sub_spaces == 1:
+            raise RuntimeError("No subfunctions to extract")
+        if not i < num_sub_spaces:
+            raise RuntimeError("Can only extract subfunctions with i = 0..%d"
+                               % num_sub_spaces)
+        if deepcopy:
+            sub_space = MultiMeshFunctionSpace(self.function_space()
+                                               .multimesh(),
+                                               self.function_space()
+                                               .info[0].sub_elements()[i])
+            mmf = MultiMeshFunction(sub_space)
+            for j in range(self.num_parts()):
+                mmf.assign_part(j, self.part(j).sub(i))
+            return mmf
+        else:
+            raise NotImplementedError
+
+    def split(self, deepcopy=False):
+        """Extract any sub functions.
+
+        A sub function can be extracted from a discrete function that
+        is in a mixed, vector, or tensor MultiMeshFunctionSpace. The sub
+        function resides in the subspace of the mixed space.
+
+        *Arguments*
+            deepcopy
+                Copy sub function vector instead of sharing
+
+        """
+
+        num_sub_spaces = self.function_space().info[0].num_sub_elements()
+        if num_sub_spaces == 1:
+            raise RuntimeError("No subfunctions to extract")
+        return tuple(self.sub(i, deepcopy) for i in range(num_sub_spaces))
diff --git a/python/dolfin/function/multimeshfunctionspace.py b/python/dolfin/function/multimeshfunctionspace.py
new file mode 100644
index 0000000..1371f72
--- /dev/null
+++ b/python/dolfin/function/multimeshfunctionspace.py
@@ -0,0 +1,161 @@
+# -*- coding: utf-8 -*-
+
+# Copyright (C) 2018 Jørgen S. Dokken
+#
+# Distributed under the terms of the GNU Lesser Public License (LGPL),
+# either version 3 of the License, or (at your option) any later
+# version.
+
+import ufl
+import dolfin.cpp as cpp
+from dolfin.function.functionspace import FunctionSpace
+
+
+class MultiMeshFunctionSpace(object):
+    def __init__(self, *args, **kwargs):
+        """Create multimesh finite element function space.
+
+        *Arguments*
+        multimesh
+        a :py:class:`MultiMesh <dolfin.cpp.mesh.MultiMesh>`.
+        family
+        a string specifying the element family,
+            see :py:class:`FunctionSpace
+        <dolfin.functions.functionspace.FunctionSpace>`
+        for alternatives.
+
+        This argument may also be a `FiniteElement`, in
+        which case the `degree` argument should not be
+        specified.
+        degree
+        the degree of the element.
+
+        *Example of usage*
+
+        .. code-block:: python
+
+        V = MultiMeshFunctionSpace(mesh, "CG", 1)
+
+        element = FiniteElement("Lagrange", triangle, 1)
+        V = MultiMeshFunctionSpace(mesh, element)
+        """
+        if len(args) == 2:
+            self.__init_from_ufl(*args, **kwargs)
+        elif len(args) == 3:
+            self._init_convenience(*args, **kwargs)
+        else:
+            raise NotImplementedError
+
+    def __init_from_ufl(self, multimesh, element):
+        self.info = [element]
+        if not isinstance(element, ufl.FiniteElementBase):
+            cpp.dolfin_error("multimeshfunctionspace.py",
+                             "create function space",
+                             "Illegal argument, not a finite element: " + str(element))
+        # Create and add individual function spaces
+        V = cpp.function.MultiMeshFunctionSpace(multimesh)
+        V_parts = []
+        for part in range(multimesh.num_parts()):
+            V_part = FunctionSpace(multimesh.part(part), element)
+            V_parts.append(V_part)
+            V.add(V_part)
+
+        # Build multimesh function space
+        V.build()
+
+        # Store full function spaces
+        self._parts = V_parts
+        self._cpp_object = V
+
+    def _init_convenience(self, multimesh, family, degree):
+        # Check arguments
+        self.info = [family, degree]
+        if not isinstance(family, str):
+            cpp.dolfin_error("multimeshfunctionspace.py",
+                             "create function space",
+                             "Illegal argument for finite element family, not a string: " + str(family))
+        if not isinstance(degree, int):
+            cpp.dolfin_error("multimeshfunctionspace.py",
+                             "create function space",
+                             "Illegal argument for degree, not an integer: " + str(degree))
+        if not isinstance(multimesh, cpp.mesh.MultiMesh):
+            cpp.dolfin_error("functionspace.py",
+                             "create multimesh function space",
+                             "Illegal argument, not a multimesh: " + str(multimesh))
+
+        # Create UFL element
+        mesh = multimesh.part(0)
+        element = ufl.FiniteElement(family, mesh.ufl_cell(), degree)
+
+        # Create and add individual function spaces
+        V = cpp.function.MultiMeshFunctionSpace(multimesh)
+        V_parts = []
+        for part in range(multimesh.num_parts()):
+            V_part = FunctionSpace(multimesh.part(part), element)
+            V_parts.append(V_part)
+            V.add(V_part)
+
+        # Build multimesh function space
+        V.build()
+
+        # Store full function spaces
+        self._parts = V_parts
+        self._cpp_object = V
+
+    # Return dimension of the multimesh function space
+    def dim(self):
+        return self._cpp_object.dim()
+
+    # Return the corresponding multimesh
+    def multimesh(self):
+        return self._cpp_object.multimesh()
+
+    # Return dofmap for the mulitmesh function space
+    def dofmap(self):
+        return self._cpp_object.dofmap()
+
+    # Return the number of function spaces (parts) of the multimesh function space
+    def num_parts(self):
+        return self._cpp_object.num_parts()
+
+    # Return function space (part) number i
+    def part(self, i):
+        return self._cpp_object.part(i)
+
+    # Return a common view of the multimesh function spaces (dofs global to
+    # the collection of parts).
+    def view(self, i):
+        return self._cpp_object.view(i)
+
+    # Add a functionspace
+    def add(self, function_space):
+        self._cpp_object.add(function_space.cpp_object)
+
+    def lock_inactive_dofs(self, A, b):
+        self._cpp_object.lock_inactive_dofs(A, b)
+
+
+def MultiMeshVectorFunctionSpace(multimesh, family, degree, dim=None,
+                                 form_degree=None):
+    """Create finite element MultiMesh function space."""
+
+    # Create UFL element
+    mesh = multimesh.part(0)
+    element = ufl.VectorElement(family, mesh.ufl_cell(), degree,
+                                form_degree=form_degree, dim=dim)
+
+    # Return (Py)DOLFIN FunctionSpace
+    return MultiMeshFunctionSpace(multimesh, element)
+
+
+def MultiMeshTensorFunctionSpace(multimesh, family, degree, shape=None,
+                                 symmetry=None):
+    """Create finite element MultiMesh function space."""
+
+    # Create UFL element
+    mesh = multimesh.part(0)
+    element = ufl.TensorElement(family, mesh.ufl_cell(), degree,
+                                shape, symmetry)
+
+    # Return (Py)DOLFIN FunctionSpace
+    return MultiMeshFunctionSpace(mesh, element)
diff --git a/python/dolfin/function/specialfunctions.py b/python/dolfin/function/specialfunctions.py
new file mode 100644
index 0000000..eb2cd45
--- /dev/null
+++ b/python/dolfin/function/specialfunctions.py
@@ -0,0 +1,298 @@
+# -*- coding: utf-8 -*-
+"""This module defines some special functions (originally defined in
+SpecialFunctions.h).
+
+"""
+
+# Copyright (C) 2008-2014 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import ufl
+import dolfin.cpp as cpp
+from dolfin.function.expression import BaseExpression
+
+__all__ = ["MeshCoordinates", "FacetArea", "FacetNormal",
+           "CellVolume", "SpatialCoordinate", "CellNormal",
+           "CellDiameter", "Circumradius",
+           "MinCellEdgeLength", "MaxCellEdgeLength",
+           "MinFacetEdgeLength", "MaxFacetEdgeLength"]
+
+
+def _mesh2domain(mesh):
+    "Deprecation mechanism for symbolic geometry."
+    # Handle multimesh
+    if isinstance(mesh, cpp.mesh.MultiMesh):
+        mesh = mesh.part(0)
+
+    if isinstance(mesh, ufl.cell.AbstractCell):
+        raise TypeError("Cannot construct geometry from a Cell. Pass the mesh instead, for example use FacetNormal(mesh) instead of FacetNormal(triangle) or triangle.n")
+    return mesh.ufl_domain()
+
+
+class MeshCoordinates(BaseExpression):
+    def __init__(self, mesh):
+        """Create function that evaluates to the mesh coordinates at each
+        vertex.
+
+        """
+
+        # Initialize C++ part
+        self._cpp_object = cpp.function.MeshCoordinates(mesh)
+
+        # Initialize UFL part
+        ufl_element = mesh.ufl_domain().ufl_coordinate_element()
+        if ufl_element.family() != "Lagrange" or ufl_element.degree() != 1:
+            raise RuntimeError("MeshCoordinates only supports affine meshes")
+        super().__init__(element=ufl_element, domain=mesh.ufl_domain())
+
+
+class FacetArea(BaseExpression):
+    def __init__(self, mesh):
+        """Create function that evaluates to the facet area/length on each
+        facet.
+
+        *Arguments*
+            mesh
+                a :py:class:`Mesh <dolfin.cpp.Mesh>`.
+
+        *Example of usage*
+
+            .. code-block:: python
+
+                mesh = UnitSquare(4,4)
+                fa = FacetArea(mesh)
+
+        """
+
+        # Initialize C++ part
+        self._cpp_object = cpp.function.FacetArea(mesh)
+
+        # Initialize UFL part
+        # NB! This is defined as a piecewise constant function for
+        # each cell, not for each facet!
+        ufl_element = ufl.FiniteElement("Discontinuous Lagrange",
+                                        mesh.ufl_cell(), 0)
+        super().__init__(domain=mesh.ufl_domain(),
+                         element=ufl_element, label="FacetArea")
+
+
+# Simple definition of FacetNormal via UFL
+def FacetNormal(mesh):
+    """Return symbolic facet normal for given mesh.
+
+    *Arguments*
+        mesh
+            a :py:class:`Mesh <dolfin.cpp.Mesh>`.
+
+
+    *Example of usage*
+
+        .. code-block:: python
+
+            mesh = UnitSquare(4,4)
+            n = FacetNormal(mesh)
+
+    """
+
+    return ufl.FacetNormal(_mesh2domain(mesh))
+
+
+# Simple definition of CellDiameter via UFL
+def CellDiameter(mesh):
+    r"""Return function cell diameter for given mesh.
+
+    Note that diameter of cell :math:`K` is defined as
+    :math:`\sup_{\mathbf{x,y}\in K} |\mathbf{x-y}|`.
+
+    *Arguments*
+        mesh
+            a :py:class:`Mesh <dolfin.cpp.Mesh>`.
+
+    *Example of usage*
+
+        .. code-block:: python
+
+            mesh = UnitSquare(4,4)
+            h = CellDiameter(mesh)
+
+    """
+
+    return ufl.CellDiameter(_mesh2domain(mesh))
+
+
+# Simple definition of CellVolume via UFL
+def CellVolume(mesh):
+    """Return symbolic cell volume for given mesh.
+
+    *Arguments*
+        mesh
+            a :py:class:`Mesh <dolfin.cpp.Mesh>`.
+
+    *Example of usage*
+
+        .. code-block:: python
+
+            mesh = UnitSquare(4,4)
+            vol = CellVolume(mesh)
+
+    """
+
+    return ufl.CellVolume(_mesh2domain(mesh))
+
+
+# Simple definition of SpatialCoordinate via UFL
+def SpatialCoordinate(mesh):
+    """Return symbolic physical coordinates for given mesh.
+
+    *Arguments*
+        mesh
+            a :py:class:`Mesh <dolfin.cpp.Mesh>`.
+
+    *Example of usage*
+
+        .. code-block:: python
+
+            mesh = UnitSquare(4,4)
+            x = SpatialCoordinate(mesh)
+
+    """
+
+    return ufl.SpatialCoordinate(_mesh2domain(mesh))
+
+
+# Simple definition of CellNormal via UFL
+def CellNormal(mesh):
+    """Return symbolic cell normal for given manifold mesh.
+
+    *Arguments*
+        mesh
+            a :py:class:`Mesh <dolfin.cpp.Mesh>`.
+
+    *Example of usage*
+
+        .. code-block:: python
+
+            mesh = UnitSquare(4,4)
+            n = CellNormal(mesh)
+
+    """
+
+    return ufl.CellNormal(_mesh2domain(mesh))
+
+
+# Simple definition of Circumradius via UFL
+def Circumradius(mesh):
+    """Return symbolic cell circumradius for given mesh.
+
+    *Arguments*
+        mesh
+            a :py:class:`Mesh <dolfin.cpp.Mesh>`.
+
+    *Example of usage*
+
+        .. code-block:: python
+
+            mesh = UnitSquare(4,4)
+            R = Circumradius(mesh)
+
+    """
+
+    return ufl.Circumradius(_mesh2domain(mesh))
+
+
+# Simple definition of MinCellEdgeLength via UFL
+def MinCellEdgeLength(mesh):
+    """Return symbolic minimum cell edge length of a cell
+    for given mesh.
+
+    *Arguments*
+        mesh
+            a :py:class:`Mesh <dolfin.cpp.Mesh>`.
+
+    *Example of usage*
+
+        .. code-block:: python
+
+            mesh = UnitSquare(4,4)
+            mince = MinCellEdgeLength(mesh)
+
+    """
+
+    return ufl.MinCellEdgeLength(_mesh2domain(mesh))
+
+
+# Simple definition of MaxCellEdgeLength via UFL
+def MaxCellEdgeLength(mesh):
+    """Return symbolic maximum cell edge length of a cell
+    for given mesh.
+
+    *Arguments*
+        mesh
+            a :py:class:`Mesh <dolfin.cpp.Mesh>`.
+
+    *Example of usage*
+
+        .. code-block:: python
+
+            mesh = UnitSquare(4,4)
+            maxce = MaxCellEdgeLength(mesh)
+
+    """
+
+    return ufl.MaxCellEdgeLength(_mesh2domain(mesh))
+
+
+# Simple definition of MinFacetEdgeLength via UFL
+def MinFacetEdgeLength(mesh):
+    """Return symbolic minimum facet edge length of a cell
+    for given mesh.
+
+    *Arguments*
+        mesh
+            a :py:class:`Mesh <dolfin.cpp.Mesh>`.
+
+    *Example of usage*
+
+        .. code-block:: python
+
+            mesh = UnitSquare(4,4)
+            vol = MinFacetEdgeLength(mesh)
+
+    """
+
+    return ufl.MinFacetEdgeLength(_mesh2domain(mesh))
+
+
+# Simple definition of MaxFacetEdgeLength via UFL
+def MaxFacetEdgeLength(mesh):
+    """Return symbolic maximum facet edge length of a cell
+    for given mesh.
+
+    *Arguments*
+        mesh
+            a :py:class:`Mesh <dolfin.cpp.Mesh>`.
+
+    *Example of usage*
+
+        .. code-block:: python
+
+            mesh = UnitSquare(4,4)
+            maxfe = MaxFacetEdgeLength(mesh)
+
+    """
+
+    return ufl.MaxFacetEdgeLength(_mesh2domain(mesh))
diff --git a/python/dolfin/io/__init__.py b/python/dolfin/io/__init__.py
new file mode 100644
index 0000000..45fb966
--- /dev/null
+++ b/python/dolfin/io/__init__.py
@@ -0,0 +1,39 @@
+import dolfin.function
+import dolfin.cpp as cpp
+
+
+# Functions to extend cpp.io.File with
+
+def __lshift__(self, u):
+    """Support for the legacy '<<' output to file syntax"""
+
+    # Note: __lshift__ notation for IO will be deprecated, see
+    # https://bitbucket.org/fenics-project/dolfin/issues/895.
+
+    if isinstance(u, dolfin.function.function.Function):
+        self.write(u._cpp_object)
+    elif isinstance(u, tuple):
+        if isinstance(u[0], dolfin.function.function.Function):
+            self.write(u[0]._cpp_object, u[1])
+        else:
+            self.write(u[0], u[1])
+    else:
+        self.write(u)
+
+
+def __rshift__(self, u):
+    """Support for the legacy '>>' read from file syntax"""
+
+    # Note: __rshift__ notation for IO will be deprecated, see
+    # https://bitbucket.org/fenics-project/dolfin/issues/895.
+
+    if isinstance(u, dolfin.function.function.Function):
+        self.read(u._cpp_object)
+    else:
+        self.read(u)
+
+
+# Extend cpp.io.File class, and clean-up
+cpp.io.File.__lshift__ = __lshift__
+cpp.io.File.__rshift__ = __rshift__
+del __lshift__, __rshift__
diff --git a/python/dolfin/jit/__init__.py b/python/dolfin/jit/__init__.py
new file mode 100644
index 0000000..606132c
--- /dev/null
+++ b/python/dolfin/jit/__init__.py
@@ -0,0 +1,24 @@
+import os
+
+
+def get_pybind_include():
+    """Find the pybind11 include path"""
+
+    # Look in PYBIND11_DIR
+    pybind_dir = os.getenv('PYBIND11_DIR', None)
+    if pybind_dir:
+        p = os.path.join(pybind_dir, "include")
+        if (_check_pybind_path(p)):
+            return [p]
+
+    # Extract from pybind11 module
+    import pybind11
+    return [pybind11.get_include(True), pybind11.get_include()]
+
+
+def _check_pybind_path(root):
+    p = os.path.join(root, "pybind11", "pybind11.h")
+    if os.path.isfile(p):
+        return True
+    else:
+        return False
diff --git a/python/dolfin/jit/jit.py b/python/dolfin/jit/jit.py
new file mode 100644
index 0000000..5ac1ba2
--- /dev/null
+++ b/python/dolfin/jit/jit.py
@@ -0,0 +1,182 @@
+# -*- coding: utf-8 -*-
+
+import pkgconfig
+import numpy
+import hashlib
+import dijitso
+import dolfin.cpp as cpp
+
+from dolfin.cpp import MPI
+from functools import wraps
+import ffc
+from dolfin.cpp.parameter import parameters
+
+# Get DOLFIN pkg-config data
+if pkgconfig.exists("dolfin"):
+    dolfin_pc = pkgconfig.parse("dolfin")
+else:
+    raise RuntimeError("Could not find DOLFIN pkg-config file. Please make sure appropriate paths are set.")
+
+
+# Copied over from site-packages
+def mpi_jit_decorator(local_jit, *args, **kwargs):
+    """A decorator for jit compilation
+
+    Use this function as a decorator to any jit compiler function.  In
+    a parallel run, this function will first call the jit compilation
+    function on the first process. When this is done, and the module
+    is in the cache, it will call the jit compiler on the remaining
+    processes, which will then use the cached module.
+
+    *Example*
+        .. code-block:: python
+
+            def jit_something(something):
+                ....
+
+    """
+    @wraps(local_jit)
+    def mpi_jit(*args, **kwargs):
+
+        # FIXME: should require mpi_comm to be explicit
+        # and not default to comm_world?
+        mpi_comm = kwargs.pop("mpi_comm", MPI.comm_world)
+
+        # Just call JIT compiler when running in serial
+        if MPI.size(mpi_comm) == 1:
+            return local_jit(*args, **kwargs)
+
+        # Default status (0 == ok, 1 == fail)
+        status = 0
+
+        # Compile first on process 0
+        root = MPI.rank(mpi_comm) == 0
+        if root:
+            try:
+                output = local_jit(*args, **kwargs)
+            except Exception as e:
+                status = 1
+                error_msg = str(e)
+
+        # TODO: This would have lower overhead if using the dijitso.jit
+        # features to inject a waiting callback instead of waiting out here.
+        # That approach allows all processes to first look in the cache,
+        # introducing a barrier only on cache miss.
+        # There's also a sketch in dijitso of how to make only one
+        # process per physical cache directory do the compilation.
+
+        # Wait for the compiling process to finish and get status
+        # TODO: Would be better to broadcast the status from root but this works.
+        global_status = MPI.max(mpi_comm, status)
+
+        if global_status == 0:
+            # Success, call jit on all other processes
+            # (this should just read the cache)
+            if not root:
+                output = local_jit(*args, **kwargs)
+        else:
+            # Fail simultaneously on all processes,
+            # to allow catching the error without deadlock
+            if not root:
+                error_msg = "Compilation failed on root node."
+            raise RuntimeError(error_msg)
+        return output
+
+    # Return the decorated jit function
+    return mpi_jit
+
+
+# Wrap FFC JIT compilation with decorator
+@mpi_jit_decorator
+def ffc_jit(ufl_form, form_compiler_parameters=None):
+
+    # Prepare form compiler parameters with overrides from dolfin and kwargs
+    p = ffc.default_jit_parameters()
+    p.update(dict(parameters["form_compiler"]))
+    p.update(form_compiler_parameters or {})
+    return ffc.jit(ufl_form, parameters=p)
+
+
+# Wrap dijitso JIT compilation with decorator
+@mpi_jit_decorator
+def dijitso_jit(*args, **kwargs):
+    return dijitso.jit(*args, **kwargs)
+
+
+_cpp_math_builtins = [
+    # <cmath> functions: from http://www.cplusplus.com/reference/cmath/
+    "cos", "sin", "tan", "acos", "asin", "atan", "atan2",
+    "cosh", "sinh", "tanh", "exp", "frexp", "ldexp", "log", "log10", "modf",
+    "pow", "sqrt", "ceil", "fabs", "floor", "fmod",
+    "max", "min"]
+
+_math_header = """
+// cmath functions
+%s
+
+const double pi = DOLFIN_PI;
+""" % "\n".join("using std::%s;" % mf for mf in _cpp_math_builtins)
+
+
+def compile_class(cpp_data, mpi_comm=MPI.comm_world):
+    """Compile a user C(++) string or set of statements to a Python object
+
+    cpp_data is a dict containing:
+      "name": must be "expression" or "subdomain"
+      "statements": must be a string, or list/tuple of strings
+      "properties": a dict of float properties
+      "jit_generate": callable (generates cpp code with this dict as input)
+
+    """
+
+    # Set compiler/build options
+    params = dijitso.params.default_params()
+    params['build']['include_dirs'] = dolfin_pc["include_dirs"]
+    params['build']['libs'] = dolfin_pc["libraries"]
+    params['build']['lib_dirs'] = dolfin_pc["library_dirs"]
+
+    name = cpp_data['name']
+    if name not in ('subdomain', 'expression'):
+        raise ValueError("DOLFIN JIT only for SubDomain and Expression")
+    statements = cpp_data['statements']
+    properties = cpp_data['properties']
+
+    if not isinstance(statements, (str, tuple, list)):
+        raise RuntimeError("Expression must be a string, or a list or tuple of strings")
+
+    # Flatten tuple of tuples (2D array) and get value_shape
+    statement_array = numpy.array(statements)
+    cpp_data['statements'] = tuple(statement_array.flatten())
+    cpp_data['value_shape'] = statement_array.shape
+
+    # Make a string representing the properties (and distinguish float/GenericFunction)
+    # by adding '*' for GenericFunction
+    property_str = ''
+    for k, v in properties.items():
+        property_str += str(k)
+        if hasattr(v, '_cpp_object') and isinstance(v._cpp_object, cpp.function.GenericFunction):
+            property_str += '*'
+
+    hash_str = str(statements) + str(property_str) + cpp.__version__
+    module_hash = hashlib.md5(hash_str.encode('utf-8')).hexdigest()
+    module_name = "dolfin_" + name + "_" + module_hash
+
+    try:
+        module, signature = dijitso_jit(cpp_data, module_name, params,
+                                        generate=cpp_data['jit_generate'],
+                                        mpi_comm=mpi_comm)
+        submodule = dijitso.extract_factory_function(module, "create_" + module_name)()
+    except Exception:
+        raise RuntimeError("Unable to compile C++ code with dijitso")
+
+    if name == 'expression':
+        python_object = cpp.function.make_dolfin_expression(submodule)
+    else:
+        python_object = cpp.mesh.make_dolfin_subdomain(submodule)
+
+    # Set properties to initial values
+    # FIXME: maybe remove from here (do it in Expression and SubDomain instead)
+    for k, v in properties.items():
+        python_object.set_property(k, v)
+
+    return python_object
diff --git a/python/dolfin/jit/pybind11jit.py b/python/dolfin/jit/pybind11jit.py
new file mode 100644
index 0000000..d7a6e3f
--- /dev/null
+++ b/python/dolfin/jit/pybind11jit.py
@@ -0,0 +1,98 @@
+# -*- coding: utf-8 -*-
+
+import hashlib
+import dijitso
+import re
+import sys
+
+from dolfin.cpp.log import log, LogLevel
+from . import get_pybind_include
+import dolfin.cpp as cpp
+from dolfin.jit.jit import dijitso_jit, dolfin_pc
+
+
+def jit_generate(cpp_code, module_name, signature, parameters):
+
+    log(LogLevel.TRACE, "Calling dijitso just-in-time (JIT) compiler for pybind11 code.")
+
+    # Split code on reserved word "SIGNATURE" which will be replaced
+    # by the module signature
+    # This must occur only once in the code
+    split_cpp_code = re.split('SIGNATURE', cpp_code)
+    if len(split_cpp_code) < 2:
+        raise RuntimeError("Cannot find keyword: SIGNATURE in pybind11 C++ code.")
+    elif len(split_cpp_code) > 2:
+        raise RuntimeError("Found multiple instances of keyword: SIGNATURE in pybind11 C++ code.")
+
+    code_c = split_cpp_code[0] + signature + split_cpp_code[1]
+
+    code_h = ""
+    depends = []
+
+    return code_h, code_c, depends
+
+
+def compile_cpp_code(cpp_code, **kwargs):
+    """Compile a user C(++) string and expose as a Python object with
+    pybind11.
+
+    Note: this is experimental
+
+    """
+
+    # Set compiler/build options
+    # FIXME: need to locate Python libs and pybind11
+    from distutils import sysconfig
+    params = dijitso.params.default_params()
+    pyversion = "python" + sysconfig.get_config_var("LDVERSION")
+    params['cache']['lib_prefix'] = ""
+    params['cache']['lib_basename'] = ""
+    params['cache']['lib_loader'] = "import"
+
+    extra_include_dirs = kwargs.get("include_dirs", [])
+    extra_libraries = kwargs.get("libraries", [])
+    extra_library_dirs = kwargs.get("library_dirs", [])
+    cppargs = kwargs.get("cppargs", [])
+
+    # Include path and library info from DOLFIN (dolfin.pc)
+    params['build']['include_dirs'] = dolfin_pc["include_dirs"] + extra_include_dirs + get_pybind_include() + [sysconfig.get_config_var("INCLUDEDIR") + "/" + pyversion]
+    params['build']['libs'] = dolfin_pc["libraries"] + extra_libraries
+    params['build']['lib_dirs'] = dolfin_pc["library_dirs"] + extra_library_dirs + [sysconfig.get_config_var("LIBDIR")]
+
+    params['build']['cxxflags'] += ('-fno-lto',)
+    if sys.platform == 'darwin':
+        # -undefined dynamic_lookup is needed because Python itself will resolve
+        # symbols in libpython at runtime.
+        # Linking libpython shouldn't be needed in general and doesn't work if Python
+        # itself statically links libpython.
+        # This should probably be in the default flags for dijitso.
+        params['build']['cxxflags'] += ('-undefined', 'dynamic_lookup')
+
+    for flag in cppargs:
+        params['build']['cxxflags'] += (flag,)
+
+    # Enable all macros from dolfin.pc
+    dmacros = ()
+    for dm in dolfin_pc['define_macros']:
+        if dm[1] is None or len(dm[1]) == 0:
+            dmacros += ('-D' + dm[0],)
+        else:
+            dmacros += ('-D' + dm[0] + '=' + dm[1],)
+
+    params['build']['cxxflags'] += dmacros
+
+    # This seems to be needed by OSX but not in Linux
+    # FIXME: probably needed for other libraries too
+    # if cpp.common.has_petsc():
+    #     import os
+    #     params['build']['libs'] += ['petsc']
+    #     params['build']['lib_dirs'] += [os.environ["PETSC_DIR"] + "/lib"]
+
+    hash_str = cpp_code + cpp.__version__
+    module_hash = hashlib.md5(hash_str.encode('utf-8')).hexdigest()
+    module_name = "dolfin_cpp_module_" + module_hash
+
+    module, signature = dijitso_jit(cpp_code, module_name, params,
+                                    generate=jit_generate)
+
+    return module
diff --git a/python/dolfin/la/__init__.py b/python/dolfin/la/__init__.py
new file mode 100644
index 0000000..baea518
--- /dev/null
+++ b/python/dolfin/la/__init__.py
@@ -0,0 +1,99 @@
+import numpy as np
+from numpy import intc, int64
+import dolfin.cpp as cpp
+
+
+def la_index_dtype():
+    """Return the numpy dtype equivalent to the type of la_index"""
+    return intc if cpp.common.sizeof_la_index() == 4 else int64
+
+
+def as_backend_type(x):
+    """Return Matrix and Vector backend instance. Not required for other
+    types as pybind11 automatically downcasts objects to the derived
+    type.
+
+    """
+    if isinstance(x, cpp.la.Vector) or isinstance(x, cpp.la.Matrix) or isinstance(x, cpp.la.LinearOperator):
+        return x.instance()
+    else:
+        return x
+
+
+# Extend GenericVector
+def __gt__(self, value):
+    "Returns a boolean array with > status for all elements"
+    if np.isscalar(value):
+        return self.get_local() > value
+    else:
+        return self.get_local() > value.get_local()
+
+
+cpp.la.GenericVector.__gt__ = __gt__
+del __gt__
+
+
+def __ge__(self, value):
+    "Returns a boolean array with >= status for all elements"
+    if np.isscalar(value):
+        return self.get_local() >= value
+    else:
+        return self.get_local() >= value.get_local()
+
+
+cpp.la.GenericVector.__ge__ = __ge__
+del __ge__
+
+
+def __lt__(self, value):
+    "Returns a boolean array with < status for all elements"
+    if np.isscalar(value):
+        return self.get_local() < value
+    else:
+        return self.get_local() < value.get_local()
+
+
+cpp.la.GenericVector.__lt__ = __lt__
+del __lt__
+
+
+def __le__(self, value):
+    "Returns a boolean array with <= status for all elements"
+    if np.isscalar(value):
+        return self.get_local() <= value
+    else:
+        return self.get_local() <= value.get_local()
+
+
+cpp.la.GenericVector.__le__ = __le__
+del __le__
+
+
+def __eq__(self, value):
+    if np.isscalar(value):
+        return self.get_local() == value
+    else:
+        return self.get_local() == value.get_local()
+
+
+cpp.la.GenericVector.__eq__ = __eq__
+del __eq__
+
+
+def __neg__(self):
+    ret = self.copy()
+    ret *= -1
+    return ret
+
+
+cpp.la.GenericVector.__neg__ = __neg__
+del __neg__
+
+
+def __iter__(self):
+    for i in range(self.local_size()):
+        yield self[i]
+
+
+cpp.la.GenericVector.__iter__ = __iter__
+del __iter__
diff --git a/python/dolfin/la/solver.py b/python/dolfin/la/solver.py
new file mode 100644
index 0000000..7ed2a6e
--- /dev/null
+++ b/python/dolfin/la/solver.py
@@ -0,0 +1,72 @@
+# -*- coding: utf-8 -*-
+"""This module provides a small Python layer for solving linear
+sytems.
+
+"""
+
+# Copyright (C) 2011-2017 Ander Logg and Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import dolfin.cpp as cpp
+
+
+def solve(A, x, b, method="default", preconditioner="default"):
+    """Solve linear system Ax = b.
+
+    A linear system Ax = b may be solved by calling solve(A, x, b),
+    where A is a matrix and x and b are vectors. Optional arguments
+    may be passed to specify the solver method and preconditioner.
+    Some examples are given below:
+
+    .. code-block:: python
+
+        solve(A, x, b)
+        solve(A, x, b, "lu")
+        solve(A, x, b, "gmres", "ilu")
+
+    Possible values for the solver method and preconditioner depend
+    on which linear algebra backend is used and how that has been
+    configured.
+
+    To list all available LU methods, run the following command:
+
+    .. code-block:: python
+
+        list_lu_solver_methods()
+
+    To list all available Krylov methods, run the following command:
+
+    .. code-block:: python
+
+        list_krylov_solver_methods()
+
+    To list all available preconditioners, run the following command:
+
+    .. code-block:: python
+
+        list_krylov_solver_preconditioners()
+
+    To list all available solver methods, including LU methods, Krylov
+    methods and, possibly, other methods, run the following command:
+
+    .. code-block:: python
+
+        list_linear_solver_methods()
+
+    """
+
+    return cpp.la.solve(A, x, b, method, preconditioner)
diff --git a/python/dolfin/mesh/__init__.py b/python/dolfin/mesh/__init__.py
new file mode 100644
index 0000000..65f711c
--- /dev/null
+++ b/python/dolfin/mesh/__init__.py
@@ -0,0 +1,103 @@
+import ufl
+import dolfin.cpp as cpp
+from . import svgtools
+
+# Functions to extend cpp.mesh.Mesh with
+
+
+def ufl_cell(self):
+    return ufl.Cell(self.cell_name(),
+                    geometric_dimension=self.geometry().dim())
+
+
+def ufl_coordinate_element(self):
+    """Return the finite element of the coordinate vector field of this
+    domain.
+
+    """
+    cell = self.ufl_cell()
+    degree = self.geometry().degree()
+    return ufl.VectorElement("Lagrange", cell, degree,
+                             dim=cell.geometric_dimension())
+
+
+def ufl_domain(self):
+    """Returns the ufl domain corresponding to the mesh."""
+    # Cache object to avoid recreating it a lot
+    if not hasattr(self, "_ufl_domain"):
+        self._ufl_domain = ufl.Mesh(self.ufl_coordinate_element(),
+                                    ufl_id=self.ufl_id(),
+                                    cargo=self)
+    return self._ufl_domain
+
+
+def geometric_dimension(self):
+    """Returns geometric dimension for ufl interface"""
+    return self.geometry().dim()
+
+
+def _repr_html_(self):
+    return cpp.io.X3DOM.html(self)
+
+
+def _repr_svg_(self):
+    return svgtools.mesh2svg(self)
+
+
+# Extend cpp.mesh.Mesh class
+cpp.mesh.Mesh.ufl_cell = ufl_cell
+cpp.mesh.Mesh.ufl_coordinate_element = ufl_coordinate_element
+cpp.mesh.Mesh.ufl_domain = ufl_domain
+cpp.mesh.Mesh.geometric_dimension = geometric_dimension
+
+cpp.mesh.Mesh._repr_html_ = _repr_html_
+cpp.mesh.Mesh._repr_svg_ = _repr_svg_
+
+# Clean-up
+del ufl_cell, ufl_coordinate_element, ufl_domain, geometric_dimension, _repr_html_, _repr_svg_
+
+
+# Extend cpp.mesh.MultiMesh class
+def MultiMesh_ufl_domain(self):
+    """Returns the ufl domain corresponding to the mesh."""
+    # Cache object to avoid recreating it a lot
+    if not hasattr(self, "_ufl_domain"):
+        self._ufl_domain = ufl.Mesh(self.ufl_coordinate_element(), ufl_id=self.ufl_id(), cargo=self)
+    return self._ufl_domain
+
+
+def MultiMesh_mpi_comm(self):
+    return self.part(0).mpi_comm()
+
+
+def MultiMesh_type(self):
+    return self.part(0).type()
+
+
+def MultiMesh_ufl_cell(self):
+    """Returns the ufl cell of the mesh."""
+    gdim = self.part(0).geometry().dim()
+    cellname = self.type().description(False)
+    return ufl.Cell(cellname, geometric_dimension=gdim)
+
+
+def MultiMesh_ufl_coordinate_element(self):
+    "Return the finite element of the coordinate vector field of this domain."
+    cell = self.ufl_cell()
+    degree = self.part(0).geometry().degree()
+    return ufl.VectorElement("Lagrange", cell, degree, dim=cell.geometric_dimension())
+
+
+def MultiMesh_ufl_id(self):
+    "Returns an id that UFL can use to decide if two objects are the same."
+    return self.id()
+
+
+cpp.mesh.MultiMesh.ufl_domain = MultiMesh_ufl_domain
+cpp.mesh.MultiMesh.mpi_comm = MultiMesh_mpi_comm
+cpp.mesh.MultiMesh.type = MultiMesh_type
+cpp.mesh.MultiMesh.ufl_cell = MultiMesh_ufl_cell
+cpp.mesh.MultiMesh.ufl_coordinate_element = MultiMesh_ufl_coordinate_element
+cpp.mesh.MultiMesh.ufl_id = MultiMesh_ufl_id
+
+del MultiMesh_mpi_comm, MultiMesh_type, MultiMesh_ufl_cell, MultiMesh_ufl_coordinate_element
diff --git a/python/dolfin/mesh/ale.py b/python/dolfin/mesh/ale.py
new file mode 100644
index 0000000..02e26af
--- /dev/null
+++ b/python/dolfin/mesh/ale.py
@@ -0,0 +1,176 @@
+# -*- coding: utf-8 -*-
+# Copyright (C) 2009-2011 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2009-02-12
+# Last changed: 2012-09-28
+
+from dolfin.cpp.mesh import Vertex, edges
+from dolfin.cpp.log import info
+from dolfin import cpp
+
+__all__ = ["compute_vertex_map", "compute_edge_map", "init_parent_edge_indices"]
+
+
+def compute_vertex_map(mesh0, mesh1):
+    """
+    Compute map from vertices of mesh0 to vertices of mesh1.
+
+    *Arguments*
+        mesh0
+            a :py:class:`Mesh <dolfin.cpp.Mesh>`.
+        mesh1
+            a :py:class:`Mesh <dolfin.cpp.Mesh>`.
+
+    It is assumed that both meshes have a :py:class:`MeshFunction
+    <dolfin.cpp.MeshFunction>` over the vertices named
+    "parent_vertex_indices" which contain a mapping from the
+    local vertices to a common parent vertex numbering.
+
+    """
+
+    # Check arguments
+    if not isinstance(mesh0, cpp.mesh.Mesh) or not isinstance(mesh1, cpp.mesh.Mesh):
+        raise RuntimeError("Compute vertex map. Expected 'Mesh' as argument.")
+
+    # Get parent vertex numbers
+    vertices0 = mesh0.data().array("parent_vertex_indices", 0)
+    vertices1 = mesh1.data().array("parent_vertex_indices", 0)
+
+    # Check mappings
+    if vertices0 is None or vertices1 is None:
+        raise RuntimeError("Compute vertex map. Parent vertex indices are missing")
+
+    # Compute parent-to-local mapping for mesh1
+    parent_to_local_mesh1 = {}
+    for i in range(len(vertices1)):
+        parent_to_local_mesh1[vertices1[i]] = i
+
+    # Compute local-to-local mapping
+    vertex_map = {}
+    for i in range(vertices0.size):
+        parent_vertex = vertices0[i]
+        if parent_vertex in parent_to_local_mesh1:
+            vertex_map[i] = parent_to_local_mesh1[parent_vertex]
+
+    return vertex_map
+
+
+def compute_edge_map(mesh0, mesh1):
+    """
+    Compute map from edges of mesh0 to vertices of mesh1.
+
+    *Arguments*
+        mesh0
+            a :py:class:`Mesh <dolfin.cpp.Mesh>`.
+        mesh1
+            a :py:class:`Mesh <dolfin.cpp.Mesh>`.
+
+    It is assumed that both meshes have a :py:class:`MeshFunction
+    <dolfin.cpp.MeshFunction>` over the vertices named
+    "parent_vertex_indices" which contain a mapping from the
+    local vertices to a common parent vertex numbering.
+
+    """
+
+    # Check arguments
+    if not isinstance(mesh0, cpp.mesh.Mesh) or not isinstance(mesh1, cpp.mesh.Mesh):
+        raise RuntimeError("Compute edge map. Expected 'Mesh' as argument.")
+
+    # Get parent vertex numbers
+    vertices0 = mesh0.data().array("parent_vertex_indices", 0)
+    vertices1 = mesh1.data().array("parent_vertex_indices", 0)
+
+    # Check mappings
+    if len(vertices0) == 0 or len(vertices1) == 0:
+        raise RuntimeError("Compute edge map. Parent vertex indices are missing.")
+
+    # Initialize edges
+    mesh0.init(1)
+    mesh1.init(1)
+
+    # Build parent to local map from vertex pair to local edge for mesh0
+    parent_to_local_mesh0 = {}
+    for edge in edges(mesh0):
+        v = [vertices0[int(i)] for i in edge.entities(0)]
+        v.sort()
+        parent_to_local_mesh0[tuple(v)] = edge.index()
+
+    # Build parent to local map from vertex pair to local edge for mesh1
+    parent_to_local_mesh1 = {}
+    for edge in edges(mesh1):
+        v = [vertices1[int(i)] for i in edge.entities(0)]
+        v.sort()
+        parent_to_local_mesh1[tuple(v)] = edge.index()
+
+    # Get common edges
+    common_edges = set(parent_to_local_mesh0.keys()).intersection(set(parent_to_local_mesh1.keys()))
+
+    # Compute map
+    edge_map = {}
+    for edge in common_edges:
+        edge_map[parent_to_local_mesh0[edge]] = parent_to_local_mesh1[edge]
+
+    return edge_map
+
+
+def init_parent_edge_indices(submesh, mesh):
+    "Initialize data 'parent_edge_indices' for submesh."
+
+    # Check arguments
+    if not isinstance(submesh, cpp.mesh.Mesh) or not isinstance(mesh, cpp.mesh.Mesh):
+        raise RuntimeError("Initialize parent edge indices. Expected 'Mesh' as argument")
+
+    # Check if edge map has already been computed
+    if not submesh.data().exists("parent_edge_indices", 1):
+        info("Edge map 'parent_edge_indices' already computed, not computing again.")
+
+    # Get parent vertex numbers
+    parent_vertex_indices = submesh.data().array("parent_vertex_indices", 0)
+    if parent_vertex_indices is None:
+        raise RuntimeError("Initialize parent edge indices. Parent vertex indice are missing.")
+
+    # Make sure that we have edges for both meshes
+    submesh.init(1)
+    mesh.init(1)
+
+    # Make sure we have vertex-edge connectivity for parent mesh
+    mesh.init(0, 1)
+
+    # Create the edge map
+    parent_edge_indices = submesh.data().create_array("parent_edge_indices", 1)
+
+    # Iterate over the edges and figure out their parent number
+    for local_edge in edges(submesh):
+
+        # Get parent indices for edge vertices
+        v0, v1 = local_edge.entities(0)
+        V0 = Vertex(mesh, parent_vertex_indices[int(v0)])
+        V1 = Vertex(mesh, parent_vertex_indices[int(v1)])
+
+        # Get outgoing edges from the two parent vertices
+        edges0 = set(V0.entities(1))
+        edges1 = set(V1.entities(1))
+
+        # Check intersection
+        common_edges = edges0.intersection(edges1)
+        if not len(common_edges) == 1:
+            raise RuntimeError("Initialize parent edge indices. Parent vertices do not share exactly one common edge")
+        parent_edge_index = list(common_edges)[0]
+
+        # Set value
+        parent_edge_indices[local_edge.index()] = parent_edge_index
diff --git a/python/dolfin/mesh/meshfunction.py b/python/dolfin/mesh/meshfunction.py
new file mode 100644
index 0000000..203e4c0
--- /dev/null
+++ b/python/dolfin/mesh/meshfunction.py
@@ -0,0 +1,18 @@
+import dolfin.cpp as cpp
+
+
+_meshfunction_types = {"bool": cpp.mesh.MeshFunctionBool,
+                       "size_t": cpp.mesh.MeshFunctionSizet,
+                       "int": cpp.mesh.MeshFunctionInt,
+                       "double": cpp.mesh.MeshFunctionDouble}
+
+
+class MeshFunction(object):
+    def __new__(cls, value_type, mesh, dim, value=None):
+        if value_type not in _meshfunction_types.keys():
+            raise KeyError("MeshFunction type not recognised")
+        fn = _meshfunction_types[value_type]
+        if value is not None:
+            return fn(mesh, dim, value)
+        else:
+            return fn(mesh, dim)
diff --git a/python/dolfin/mesh/meshvaluecollection.py b/python/dolfin/mesh/meshvaluecollection.py
new file mode 100644
index 0000000..f016bde
--- /dev/null
+++ b/python/dolfin/mesh/meshvaluecollection.py
@@ -0,0 +1,18 @@
+
+import dolfin.cpp as cpp
+
+_meshvaluecollection_types = {"bool": cpp.mesh.MeshValueCollection_bool,
+                              "size_t": cpp.mesh.MeshValueCollection_sizet,
+                              "int": cpp.mesh.MeshValueCollection_int,
+                              "double": cpp.mesh.MeshValueCollection_double}
+
+
+class MeshValueCollection(object):
+    def __new__(cls, value_type, mesh, dim=None):
+        if value_type not in _meshvaluecollection_types.keys():
+            raise KeyError("MeshValueCollection type not recognised")
+        mvc = _meshvaluecollection_types[value_type]
+        if dim is not None:
+            return mvc(mesh, dim)
+        else:
+            return mvc(mesh)
diff --git a/python/dolfin/mesh/subdomain.py b/python/dolfin/mesh/subdomain.py
new file mode 100644
index 0000000..9c2d796
--- /dev/null
+++ b/python/dolfin/mesh/subdomain.py
@@ -0,0 +1,125 @@
+# -*- coding: utf-8 -*-
+# Copyright (C) 2017 Chris N. Richardson and Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import dolfin.cpp as cpp
+from dolfin.cpp import MPI
+from dolfin.cpp.log import log, LogLevel
+from dolfin.jit.jit import compile_class, _math_header
+
+
+def jit_generate(class_data, module_name, signature, parameters):
+
+    template_code = """
+// Based on https://gcc.gnu.org/wiki/Visibility
+#if defined _WIN32 || defined __CYGWIN__
+    #ifdef __GNUC__
+        #define DLL_EXPORT __attribute__ ((dllexport))
+    #else
+        #define DLL_EXPORT __declspec(dllexport)
+    #endif
+#else
+    #define DLL_EXPORT __attribute__ ((visibility ("default")))
+#endif
+
+#include <dolfin/common/Array.h>
+#include <dolfin/math/basic.h>
+#include <dolfin/mesh/SubDomain.h>
+#include <Eigen/Dense>
+
+{math_header}
+
+namespace dolfin
+{{
+  class {classname} : public SubDomain
+  {{
+     public:
+       {members}
+
+       {classname}()
+          {{
+            {constructor}
+          }}
+
+       // Return true for points inside the sub domain
+       bool inside(const Eigen::Ref<const Eigen::VectorXd> x, bool on_boundary) const final
+       {{
+         return {inside};
+       }}
+
+       void set_property(std::string name, double value)
+       {{
+{set_props}
+       }}
+
+       double get_property(std::string name) const
+       {{
+{get_props}
+         return 0.0;
+       }}
+
+  }};
+}}
+
+extern "C" DLL_EXPORT dolfin::SubDomain * create_{classname}()
+{{
+  return new dolfin::{classname};
+}}
+
+"""
+    _set_prop = """ if (name == "{name}") {name} = value;\n"""
+    _get_prop = """ if (name == "{name}") return {name};\n"""
+
+    log(LogLevel.TRACE, "Calling dijitso just-in-time (JIT) compiler for SubDomain.")
+
+    inside_code = class_data['statements'][0]
+
+    members = ""
+    get_props = ""
+    set_props = ""
+    for k in class_data['properties']:
+        members += " double " + k + ";\n"
+        get_props += _get_prop.format(name=k)
+        set_props += _set_prop.format(name=k)
+
+    classname = signature
+    code_c = template_code.format(inside=inside_code,
+                                  classname=classname,
+                                  math_header=_math_header,
+                                  members=members, constructor="",
+                                  get_props=get_props,
+                                  set_props=set_props)
+    code_h = ""
+    depends = []
+
+    return code_h, code_c, depends
+
+
+def compile_subdomain(inside_code, properties):
+
+    mpi_comm = properties.pop("mpi_comm", MPI.comm_world)
+    cpp_data = {'statements': inside_code, 'properties': properties,
+                'name': 'subdomain', 'jit_generate': jit_generate}
+
+    subdomain = compile_class(cpp_data, mpi_comm=mpi_comm)
+    return subdomain
+
+
+class CompiledSubDomain(cpp.mesh.SubDomain):
+    def __new__(cls, inside_code, **kwargs):
+        properties = kwargs
+        return compile_subdomain(inside_code, properties)
diff --git a/python/dolfin/mesh/svgtools.py b/python/dolfin/mesh/svgtools.py
new file mode 100644
index 0000000..b8b870a
--- /dev/null
+++ b/python/dolfin/mesh/svgtools.py
@@ -0,0 +1,114 @@
+# -*- coding: utf-8 -*-
+"""This module provides a simple SVG renderer of 2D and 1D meshes for
+use in ipython notebook.
+
+"""
+
+# Copyright (C) 2013-2014 Martin Sandve Alnæs
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+
+def mesh2svg(mesh, display_width=800.0):
+    "Ipython notebook svg rendering function for 1D and 2D meshes."
+    c = mesh.cells()
+    num_cells = c.shape[0]
+    nv = c.shape[1]
+
+    # TODO: Can we detect display_width from current ipython environment?
+    # TODO: Extract boundary mesh only if num_cells is too large?
+    # TODO: I think this should just work with a quadrilateral mesh but it's not tested
+    # TODO: I think this should just work with 1D mesh embedded in 2D but it's not tested
+
+    x = mesh.coordinates()
+    num_vertices = x.shape[0]
+    d = x.shape[1]
+    if (d == 3):
+        return None
+
+    cellname = mesh.ufl_cell().cellname()
+    assert d == 1 or d == 2
+    assert cellname in ("interval", "triangle", "quadrilateral")
+
+    # Compute mesh size
+    strokewidth = 2
+    #    mesh_origin = [x[:,k].min() for k in range(d)]
+    x_min = [x[:, k].min() for k in range(d)]
+    x_max = [x[:, k].max() for k in range(d)]
+    if d == 1:
+        mesh_width = x_max[0] - x_min[0]
+        mesh_height = 0
+    elif d == 2:
+        mesh_width = x_max[0] - x_min[0]
+        mesh_height = x_max[1] - x_min[1]
+
+    # Compute display scaling
+    scale = float(display_width / mesh_width)
+    display_height = max(mesh_height * display_width / mesh_width,
+                         strokewidth)
+
+    # Add padding to include vertex circles
+    display_padding = 10 * strokewidth
+    display_width = 2 * display_padding + display_width
+    display_height = 2 * display_padding + display_height
+
+    # Build list of screen coordinate vertices
+    vertices = []
+    if d == 1:
+        vertices = [(display_padding + int(scale * (x[i, 0] - x_min[0])),
+                     display_padding)
+                    for i in range(num_vertices)]
+    elif d == 2:
+        # Mirror y-axis because of svg coordinate system
+        vertices = [(display_padding + int(scale * (x[i, 0] - x_min[0])),
+                     display_padding + int(scale * (x_max[1] - x[i, 1])))
+                    for i in range(num_vertices)]
+
+    # Build list of edges
+    if cellname == "interval":
+        # Build list of unique edges in 1D case
+        edges = [(c[i, 0], c[i, 1]) for i in range(num_cells)]
+    elif cellname == "triangle":  # Should in principle work for quadrilateral as well
+        # Build list of unique edges in 2D case
+        edges = set()
+        for i in range(num_cells):
+            for j in range(nv):
+                e = (c[i, j], c[i, (j + 1) % nv])
+                edges.add(tuple(sorted(e)))
+        edges = sorted(edges)
+    else:
+        edges = []
+    # Build lines for all edges
+    lines = [(vertices[e0], vertices[e1]) for e0, e1 in edges]
+
+    # Render svg code
+    radius = strokewidth
+
+    svg_line = '<line x1="%%s" y1="%%s" x2="%%s" y2="%%s" style="fill:none; stroke:black; stroke-width:"%s" />' % (strokewidth,)
+    svg_lines = "\n".join(svg_line % (line[0] + line[1]) for line in lines)
+
+    svg_vertex = '<circle cx="%%d" cy="%%d" r="%d" stroke="black" stroke-width="0" fill="red" />' % (radius,)
+    svg_vertices = "\n".join(svg_vertex % p for p in vertices)
+
+    svg = '''
+    <svg xmlns="http://www.w3.org/2000/svg" version="1.1" width="%d" height="%d">
+    %s
+    %s
+    </svg>
+    '''
+
+    code = svg % (display_width, display_height, svg_lines, svg_vertices)
+    return code
diff --git a/python/dolfin/mesh/ufl_util.py b/python/dolfin/mesh/ufl_util.py
new file mode 100644
index 0000000..15117b0
--- /dev/null
+++ b/python/dolfin/mesh/ufl_util.py
@@ -0,0 +1,28 @@
+import ufl
+
+
+def ufl_cell(mesh):
+    """Returns the ufl cell of the mesh."""
+    gdim = mesh.geometry().dim()
+    cellname = mesh.type().description(False)
+    return ufl.Cell(cellname, geometric_dimension=gdim)
+
+
+def ufl_coordinate_element(mesh):
+    """Return the finite element of the coordinate vector field of this
+    domain.
+
+    """
+    cell = mesh.ufl_cell()
+    degree = mesh.geometry().degree()
+    return ufl.VectorElement("Lagrange", cell, degree,
+                             dim=cell.geometric_dimension())
+
+
+def ufl_domain(mesh):
+    """Returns the ufl domain corresponding to the mesh."""
+    # Cache object to avoid recreating it a lot
+    if not hasattr(mesh, "_ufl_domain"):
+        mesh._ufl_domain = ufl.Mesh(mesh.ufl_coordinate_element(),
+                                    ufl_id=mesh.ufl_id(), cargo=mesh)
+    return mesh._ufl_domain
diff --git a/python/dolfin/multistage/__init__.py b/python/dolfin/multistage/__init__.py
new file mode 100644
index 0000000..2712a52
--- /dev/null
+++ b/python/dolfin/multistage/__init__.py
@@ -0,0 +1,17 @@
+# -*- coding: utf-8 -*-
+"""The multistage module of dolfin"""
+
+from dolfin.multistage import multistagescheme
+from dolfin.multistage import multistagesolvers
+from dolfin.multistage import rushlarsenschemes
+
+from .multistagescheme import *  # noqa
+from .multistagesolvers import *  # noqa
+from .rushlarsenschemes import *  # noqa
+
+# NOTE: The automatic documentation system in DOLFIN requires to _not_
+# define classes or functions within this file. Use separate modules
+# for that purpose.
+
+__all__ = multistagescheme.__all__ + multistagesolvers.__all__ + \
+    rushlarsenschemes.__all__
diff --git a/python/dolfin/multistage/factorize.py b/python/dolfin/multistage/factorize.py
new file mode 100644
index 0000000..efbc505
--- /dev/null
+++ b/python/dolfin/multistage/factorize.py
@@ -0,0 +1,149 @@
+# -*- coding: utf-8 -*-
+"""Module to extract scalar expression factors for each test function
+component.
+
+"""
+
+# Copyright (C) 2014 Martin Sandve Alnæs
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Patrick Farrell, 2014
+#
+# First added:  2014-11-28
+# Last changed: 2014-11-28
+
+# from ufl import *
+from ufl import as_ufl
+from ufl.corealg.multifunction import MultiFunction
+from ufl.corealg.map_dag import map_expr_dag
+from ufl.classes import Argument, FixedIndex
+from ufl.log import error as ufl_error
+
+__all__ = ["extract_tested_expressions"]
+
+# TODO: "factorization" is not the right term
+
+
+class ScalarFactorizer(MultiFunction):
+    def __init__(self):
+        MultiFunction.__init__(self)
+        self._one = as_ufl(1.0)
+        self._arg = None
+
+    def _argument(self, component, expr):
+        if self._arg is None:
+            self._arg = expr
+        elif self._arg is not expr:
+            ufl_error("Expecting only one Argument in this algorithm implementation.")
+        return {component: self._one}
+
+    def argument(self, e):
+        if e.ufl_shape != ():
+            ufl_error("Nonscalar argument {}.".format(str(e)))
+        return self._argument(0, e)
+
+    def terminal(self, t):
+        if t.ufl_shape != ():
+            ufl_error("Nonscalar terminal {}.".format(str(t)))
+        return t
+
+    def indexed(self, e):
+        if e.ufl_shape != ():
+            ufl_error("Nonscalar indexed {}.".format(str(e)))
+
+        v, i = e.ufl_operands
+
+        if v._ufl_typecode_ == Argument._ufl_typecode_:
+            if len(i) != 1 or not isinstance(i[0], FixedIndex):
+                ufl_error("Expecting only vector valued Arguments in this algorithm implementation.")
+            return self._argument(int(i[0]), v)
+
+        return e
+
+    def operator(self, e, *ops):
+        if e.ufl_shape != ():
+            ufl_error("Nonscalar operator {}.".format(str(e)))
+        if any(isinstance(op, dict) for op in ops):
+            ufl_error("Handler for operator {} assumes no Arguments among operands.".format(e._ufl_handler_name_))
+        return e
+
+    def sum(self, e, a, b):
+        n_a = len(a) if isinstance(a, dict) else 0
+        n_b = len(b) if isinstance(b, dict) else 0
+        if n_a > 0 and n_b > 0:
+            c = {}
+            keys = set(a.keys()) | set(b.keys())
+            for k in keys:
+                av = a.get(k)
+                bv = b.get(k)
+                if av is None:
+                    # Case: Only b contains a term with test function
+                    # component k
+                    c[k] = bv
+                elif bv is None:
+                    # Case: Only a contains a term with test function
+                    # component k
+                    c[k] = av
+                else:
+                    # Case: Both a and b contains a term with test
+                    # function component k
+                    c[k] = av + bv
+            return c
+        elif n_a or n_b:
+            ufl_error("Cannot add Argument-dependent expression with non-Argument-dependent expression.")
+        else:
+            return e
+
+    def product(self, e, a, b):
+        a_is_dict = isinstance(a, dict)
+        b_is_dict = isinstance(b, dict)
+        if a_is_dict and b_is_dict:
+            ufl_error("Expecting only one Argument in this algorithm. Products of Arguments are not allowed.")
+        elif a_is_dict:
+            c = {}
+            for k, v in a.items():
+                c[k] = v * b
+            return c
+        elif b_is_dict:
+            c = {}
+            for k, v in b.items():
+                c[k] = v * a
+            return c
+        else:
+            return e
+
+    def division(self, e, a, b):
+        if isinstance(b, dict):
+            ufl_error("Cannot divide by Arguments.")
+        if isinstance(a, dict):
+            c = {}
+            for k, v in a.items():
+                c[k] = v / b
+            return c
+        else:
+            return e
+
+
+def extract_tested_expressions(expr):
+    """Extract scalar expression factors for each test function component.
+
+    This is for internal usage and has several undocumented limitations.
+
+    """
+    func = ScalarFactorizer()
+    e = map_expr_dag(func, expr, compress=False)
+    return e, func._arg
diff --git a/python/dolfin/multistage/multistagescheme.py b/python/dolfin/multistage/multistagescheme.py
new file mode 100644
index 0000000..6ad174d
--- /dev/null
+++ b/python/dolfin/multistage/multistagescheme.py
@@ -0,0 +1,808 @@
+# -*- coding: utf-8 -*-
+"""This module defines different MultiStageScheme classes which can be
+passed to a RKSolver or PointIntegralSolver
+
+"""
+
+# Copyright (C) 2013-2015 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Patrick Farrell, 2013
+# Modified by Martin Sandve Alnæs, 2015
+
+import numpy as np
+import functools
+import ufl
+
+import dolfin.cpp as cpp
+from dolfin.function.constant import Constant
+from dolfin.function.expression import Expression
+from dolfin.function.function import Function
+from dolfin.fem.formmanipulations import derivative, adjoint
+from ufl import action as ufl_action
+from dolfin.fem.form import Form
+import ufl.algorithms
+from ufl.algorithms import expand_derivatives
+
+# FIXME: Add support for algebraic parts (at least for implicit)
+# FIXME: Add support for implicit/explicit split ala IMEX schemes
+
+
+def safe_adjoint(x):
+    return adjoint(x, reordered_arguments=x.arguments())
+
+
+def safe_action(x, y):
+    x = expand_derivatives(x)
+    if x.integrals() == ():
+        return x  # form is empty, return anyway
+    else:
+        return ufl_action(x, y)
+
+
+def _check_abc(a, b, c):
+    if not (isinstance(a, np.ndarray) and (len(a) == 1 or
+            (len(a.shape) == 2 and a.shape[0] == a.shape[1]))):
+        raise TypeError("Expected an m x m numpy array as the first argument")
+    if not (isinstance(b, np.ndarray) and len(b.shape) in [1, 2]):
+        raise TypeError("Expected a 1 or 2 dimensional numpy array as the second argument")
+    if not (isinstance(c, np.ndarray) and len(c.shape) == 1):
+        raise TypeError("Expected a 1 dimensional numpy array as the third argument")
+
+    # Make sure a is a "matrix"
+    if len(a) == 1:
+        a.shape = (1, 1)
+
+    # Get size of system
+    size = a.shape[0]
+
+    # If b is a matrix we expect it to have two rows
+    if len(b.shape) == 2:
+        if not (b.shape[0] == 2 and b.shape[1] == size):
+            raise ValueError("Expected a 2 row matrix with the same number "
+                             "of collumns as the first dimension of the a matrix.")
+    elif len(b) != size:
+        raise ValueError("Expected the length of the b vector to have the "
+                         "same size as the first dimension of the a matrix.")
+
+    if len(c) != size:
+        raise ValueError("Expected the length of the c vector to have the "
+                         "same size as the first dimension of the a matrix.")
+
+    # Check if the method is singly diagonally implicit
+    sigma = -1
+    for i in range(size):
+        # If implicit
+        if a[i, i] != 0:
+            if sigma == -1:
+                sigma = a[i, i]
+            elif sigma != a[i, i]:
+                raise ValueError("Expected only singly diagonally implicit "
+                                 "schemes. (Same value on the diagonal of 'a'.)")
+
+    # Check if tableau is fully implicit
+    for i in range(size):
+        for j in range(i):
+            if a[j, i] != 0:
+                raise ValueError("Does not support fully implicit Butcher tableau.")
+
+    return a
+
+
+def _check_form(rhs_form):
+    if not isinstance(rhs_form, ufl.Form):
+        raise TypeError("Expected a ufl.Form as the 5th argument.")
+
+    # Check if form contains a cell or point integral
+    if rhs_form.integrals_by_type("cell"):
+        DX = ufl.dx
+    elif rhs_form.integrals_by_type("vertex"):
+        DX = ufl.dP
+    else:
+        raise ValueError("Expected either a cell or vertex integral in the form.")
+
+    if len(rhs_form.integrals()) != 1:
+        raise ValueError("Expected only one integral in form.")
+
+    arguments = rhs_form.arguments()
+    if len(arguments) != 1:
+        raise ValueError("Expected the form to have rank 1")
+
+    return DX
+
+
+def _time_dependent_expressions(rhs_form, time):
+    """Return a list of expressions which uses the present time as a
+    parameter
+
+    """
+    # FIXME: Add extraction of time dependant expressions from bcs too
+    time_dependent_expressions = dict()
+
+    for coefficient in rhs_form.coefficients():
+        if hasattr(coefficient, "_user_parameters"):
+            for c_name, c in list(coefficient._user_parameters.items()):
+                if isinstance(c, ufl.Coefficient) and time.id() == c.id():
+                    if coefficient not in time_dependent_expressions:
+                        time_dependent_expressions[coefficient] = [c_name]
+                    else:
+                        time_dependent_expressions[coefficient].append(c_name)
+
+    return time_dependent_expressions
+
+
+def _replace_dict_time_dependent_expression(time_dep_expressions, time,
+                                            dt, c):
+    assert(isinstance(c, float))
+    replace_dict = {}
+    if c == 0.0 or not time_dep_expressions:
+        return replace_dict
+    new_time = Expression("time + c*dt", time=time, c=c, dt=dt, degree=0)
+    for expr, c_names in list(time_dep_expressions.items()):
+        assert(isinstance(expr, Expression))
+        kwargs = dict(name=expr.name(), label=expr.label(),
+                      element=expr.ufl_element(), **expr._user_parameters)
+        for c_name in c_names:
+            kwargs[c_name] = new_time
+        replace_dict[expr] = Expression(expr._cppcode, **kwargs)
+
+    return replace_dict
+
+
+def _butcher_scheme_generator(a, b, c, time, solution, rhs_form):
+    """Generates a list of forms and solutions for a given Butcher tableau
+
+    *Arguments*
+        a (2 dimensional numpy array)
+            The a matrix of the Butcher tableau.
+        b (1-2 dimensional numpy array)
+            The b vector of the Butcher tableau. If b is 2 dimensional the
+            scheme includes an error estimator and can be used in adaptive
+            solvers.
+        c (1 dimensional numpy array)
+            The c vector the Butcher tableau.
+        time (_Constant_)
+            A Constant holding the time at the start of the time step
+        solution (_Function_)
+            The prognostic variable
+        rhs_form (ufl.Form)
+            A UFL form representing the rhs for a time differentiated equation
+
+    """
+
+    a = _check_abc(a, b, c)
+    size = a.shape[0]
+
+    DX = _check_form(rhs_form)
+
+    # Get test function
+    arguments = rhs_form.arguments()
+    # coefficients = rhs_form.coefficients()
+    v = arguments[0]
+
+    # Create time step
+    dt = Constant(0.1)
+
+    # rhs forms
+    dolfin_stage_forms = []
+    ufl_stage_forms = []
+
+    # Stage solutions
+    k = [Function(solution.function_space(), name="k_%d" % i) for i in range(size)]
+
+    jacobian_indices = []
+
+    # Create the stage forms
+    y_ = solution
+    time_ = time
+    time_dep_expressions = _time_dependent_expressions(rhs_form, time)
+    zero_ = ufl.zero(*y_.ufl_shape)
+    for i, ki in enumerate(k):
+
+        # Check whether the stage is explicit
+        explicit = a[i, i] == 0
+
+        # Evaluation arguments for the ith stage
+        evalargs = y_ + dt * sum([float(a[i, j]) * k[j]
+                                  for j in range(i + 1)], zero_)
+        time = time_ + dt * c[i]
+
+        replace_dict = _replace_dict_time_dependent_expression(time_dep_expressions,
+                                                               time_, dt, c[i])
+
+        replace_dict[y_] = evalargs
+        replace_dict[time_] = time
+        stage_form = ufl.replace(rhs_form, replace_dict)
+
+        if explicit:
+            stage_forms = [stage_form]
+            jacobian_indices.append(-1)
+        else:
+            # Create a F=0 form and differentiate it
+            stage_form -= ufl.inner(ki, v) * DX
+            stage_forms = [stage_form, derivative(stage_form, ki)]
+            jacobian_indices.append(0)
+        ufl_stage_forms.append(stage_forms)
+
+        dolfin_stage_forms.append([Form(form) for form in stage_forms])
+
+    # Only one last stage
+    if len(b.shape) == 1:
+        last_stage = Form(ufl.inner(y_ + sum([dt * float(bi) * ki for bi, ki in
+                                              zip(b, k)], zero_), v) * DX)
+    else:
+        # FIXME: Add support for adaptivity in RKSolver and
+        # MultiStageScheme
+        last_stage = [Form(ufl.inner(y_ + sum([dt * float(bi) * ki for bi, ki in
+                                               zip(b[0, :], k)], zero_), v) * DX),
+                      Form(ufl.inner(y_ + sum([dt * float(bi) * ki for bi, ki in
+                                               zip(b[1, :], k)], zero_), v) * DX)]
+
+    # Create the Function holding the solution at end of time step
+    # k.append(solution.copy())
+
+    # Generate human form of MultiStageScheme
+    human_form = []
+    for i in range(size):
+        kterm = " + ".join("%sh*k_%s" % ("" if a[i, j] == 1.0 else
+                                         "%s*" % a[i, j], j)
+                           for j in range(size) if a[i, j] != 0)
+        if c[i] in [0.0, 1.0]:
+            cih = " + h" if c[i] == 1.0 else ""
+        else:
+            cih = " + %s*h" % c[i]
+
+        if len(kterm) == 0:
+            human_form.append("k_%(i)s = f(t_n%(cih)s, y_n)" % {"i": i, "cih": cih})
+        else:
+            human_form.append("k_%(i)s = f(t_n%(cih)s, y_n + %(kterm)s)" %
+                              {"i": i, "cih": cih, "kterm": kterm})
+
+    parentheses = "(%s)" if np.sum(b > 0) > 1 else "%s"
+    human_form.append("y_{n+1} = y_n + h*" + parentheses % (" + ".join(
+        "%sk_%s" % ("" if b[i] == 1.0 else "%s*" % b[i], i)
+        for i in range(size) if b[i] > 0)))
+
+    human_form = "\n".join(human_form)
+
+    return ufl_stage_forms, dolfin_stage_forms, jacobian_indices, last_stage, \
+        k, dt, human_form, None
+
+
+def _butcher_scheme_generator_tlm(a, b, c, time, solution, rhs_form,
+                                  perturbation):
+    """Generates a list of forms and solutions for a given Butcher tableau
+
+    *Arguments*
+        a (2 dimensional numpy array)
+            The a matrix of the Butcher tableau.
+        b (1-2 dimensional numpy array)
+            The b vector of the Butcher tableau. If b is 2 dimensional the
+            scheme includes an error estimator and can be used in adaptive
+            solvers.
+        c (1 dimensional numpy array)
+            The c vector the Butcher tableau.
+        time (_Constant_)
+            A Constant holding the time at the start of the time step
+        solution (_Function_)
+            The prognostic variable
+        rhs_form (ufl.Form)
+            A UFL form representing the rhs for a time differentiated equation
+        perturbation (_Function_)
+            The perturbation in the initial condition of the solution
+
+    """
+
+    a = _check_abc(a, b, c)
+    size = a.shape[0]
+
+    DX = _check_form(rhs_form)
+
+    # Get test function
+    arguments = rhs_form.arguments()
+    # coefficients = rhs_form.coefficients()
+    v = arguments[0]
+
+    # Create time step
+    dt = Constant(0.1)
+
+    # rhs forms
+    dolfin_stage_forms = []
+    ufl_stage_forms = []
+
+    # Stage solutions
+    k = [Function(solution.function_space(), name="k_%d" % i) for i in range(size)]
+    kdot = [Function(solution.function_space(), name="kdot_%d" % i)
+            for i in range(size)]
+
+    # Create the stage forms
+    y_ = solution
+    time_ = time
+    time_dep_expressions = _time_dependent_expressions(rhs_form, time)
+    zero_ = ufl.zero(*y_.ufl_shape)
+    forward_forms = []
+    stage_solutions = []
+    jacobian_indices = []
+
+    for i, ki in enumerate(k):
+
+        # Check whether the stage is explicit
+        explicit = a[i, i] == 0
+
+        # Evaluation arguments for the ith stage
+        evalargs = y_ + dt * sum([float(a[i, j]) * k[j]
+                                  for j in range(i + 1)], zero_)
+        time = time_ + dt * c[i]
+
+        replace_dict = _replace_dict_time_dependent_expression(time_dep_expressions,
+                                                               time_, dt, c[i])
+
+        replace_dict[y_] = evalargs
+        replace_dict[time_] = time
+        stage_form = ufl.replace(rhs_form, replace_dict)
+
+        forward_forms.append(stage_form)
+
+        # The recomputation of the forward run:
+
+        if explicit:
+            stage_forms = [stage_form]
+            jacobian_indices.append(-1)
+        else:
+            # Create a F=0 form and differentiate it
+            stage_form_implicit = stage_form - ufl.inner(ki, v) * DX
+            stage_forms = [stage_form_implicit, derivative(stage_form_implicit, ki)]
+            jacobian_indices.append(0)
+
+        ufl_stage_forms.append(stage_forms)
+        dolfin_stage_forms.append([Form(form) for form in stage_forms])
+        stage_solutions.append(ki)
+
+        # And now the tangent linearisation:
+        stage_form_tlm = safe_action(derivative(stage_form, y_), perturbation) + \
+            sum([dt * float(a[i, j]) * safe_action(derivative(
+                forward_forms[j], y_), kdot[j]) for j in range(i + 1)])
+        if explicit:
+            stage_forms_tlm = [stage_form_tlm]
+            jacobian_indices.append(-1)
+        else:
+            # Create a F=0 form and differentiate it
+            stage_form_tlm -= ufl.inner(kdot[i], v) * DX
+            stage_forms_tlm = [stage_form_tlm, derivative(stage_form_tlm, kdot[i])]
+            jacobian_indices.append(1)
+
+        ufl_stage_forms.append(stage_forms_tlm)
+        dolfin_stage_forms.append([Form(form) for form in stage_forms_tlm])
+        stage_solutions.append(kdot[i])
+
+    # Only one last stage
+    if len(b.shape) == 1:
+        last_stage = Form(ufl.inner(perturbation + sum(
+            [dt * float(bi) * kdoti for bi, kdoti in zip(b, kdot)], zero_), v) * DX)
+    else:
+        raise Exception("Not sure what to do here")
+
+    human_form = []
+    for i in range(size):
+        kterm = " + ".join("%sh*k_%s" % ("" if a[i, j] == 1.0 else
+                                         "%s*" % a[i, j], j)
+                           for j in range(size) if a[i, j] != 0)
+        if c[i] in [0.0, 1.0]:
+            cih = " + h" if c[i] == 1.0 else ""
+        else:
+            cih = " + %s*h" % c[i]
+
+        kdotterm = " + ".join("%(a)sh*action(derivative(f(t_n%(cih)s, y_n + "
+                              "%(kterm)s), kdot_%(i)s" %
+                              {"a": ("" if a[i, j] == 1.0 else "%s*" % a[i, j], j),
+                               "i": i,
+                               "cih": cih,
+                               "kterm": kterm}
+                              for j in range(size) if a[i, j] != 0)
+
+        if len(kterm) == 0:
+            human_form.append("k_%(i)s = f(t_n%(cih)s, y_n)" % {"i": i, "cih": cih})
+            human_form.append("kdot_%(i)s = action(derivative("
+                              "f(t_n%(cih)s, y_n), y_n), ydot_n)" %
+                              {"i": i, "cih": cih})
+        else:
+            human_form.append("k_%(i)s = f(t_n%(cih)s, y_n + %(kterm)s)" %
+                              {"i": i, "cih": cih, "kterm": kterm})
+            human_form.append("kdot_%(i)s = action(derivative(f(t_n%(cih)s, "
+                              "y_n + %(kterm)s), y_n) + %(kdotterm)s" %
+                              {"i": i, "cih": cih, "kterm": kterm, "kdotterm": kdotterm})
+
+    parentheses = "(%s)" if np.sum(b > 0) > 1 else "%s"
+    human_form.append("ydot_{n+1} = ydot_n + h*" + parentheses % (" + ".join(
+        "%skdot_%s" % ("" if b[i] == 1.0 else "%s*" % b[i], i)
+        for i in range(size) if b[i] > 0)))
+
+    human_form = "\n".join(human_form)
+
+    return ufl_stage_forms, dolfin_stage_forms, jacobian_indices, last_stage, \
+        stage_solutions, dt, human_form, perturbation
+
+
+def _butcher_scheme_generator_adm(a, b, c, time, solution, rhs_form, adj):
+    """Generates a list of forms and solutions for a given Butcher tableau
+
+    *Arguments*
+        a (2 dimensional numpy array)
+            The a matrix of the Butcher tableau.
+        b (1-2 dimensional numpy array)
+            The b vector of the Butcher tableau. If b is 2 dimensional the
+            scheme includes an error estimator and can be used in adaptive
+            solvers.
+        c (1 dimensional numpy array)
+            The c vector the Butcher tableau.
+        time (_Constant_)
+            A Constant holding the time at the start of the time step
+        solution (_Function_)
+            The prognostic variable
+        rhs_form (ufl.Form)
+            A UFL form representing the rhs for a time differentiated equation
+        adj (_Function_)
+            The derivative of the functional with respect to y_n+1
+
+    """
+
+    a = _check_abc(a, b, c)
+    size = a.shape[0]
+
+    DX = _check_form(rhs_form)
+
+    # Get test function
+    arguments = rhs_form.arguments()
+    # coefficients = rhs_form.coefficients()
+    v = arguments[0]
+
+    # Create time step
+    dt = Constant(0.1)
+
+    # rhs forms
+    dolfin_stage_forms = []
+    ufl_stage_forms = []
+
+    # Stage solutions
+    k = [Function(solution.function_space(), name="k_%d" % i) for i in range(size)]
+    kbar = [Function(solution.function_space(), name="kbar_%d" % i)
+            for i in range(size)]
+
+    # Create the stage forms
+    y_ = solution
+    time_ = time
+    time_dep_expressions = _time_dependent_expressions(rhs_form, time)
+    zero_ = ufl.zero(*y_.ufl_shape)
+    forward_forms = []
+    stage_solutions = []
+    jacobian_indices = []
+
+    # The recomputation of the forward run:
+    for i, ki in enumerate(k):
+
+        # Check whether the stage is explicit
+        explicit = a[i, i] == 0
+
+        # Evaluation arguments for the ith stage
+        evalargs = y_ + dt * sum([float(a[i, j]) * k[j]
+                                  for j in range(i + 1)], zero_)
+        time = time_ + dt * c[i]
+
+        replace_dict = _replace_dict_time_dependent_expression(
+            time_dep_expressions, time_, dt, c[i])
+
+        replace_dict[y_] = evalargs
+        replace_dict[time_] = time
+        stage_form = ufl.replace(rhs_form, replace_dict)
+
+        forward_forms.append(stage_form)
+
+        if explicit:
+            stage_forms = [stage_form]
+            jacobian_indices.append(-1)
+        else:
+            # Create a F=0 form and differentiate it
+            stage_form_implicit = stage_form - ufl.inner(ki, v) * DX
+            stage_forms = [stage_form_implicit, derivative(
+                stage_form_implicit, ki)]
+            jacobian_indices.append(0)
+
+        ufl_stage_forms.append(stage_forms)
+        dolfin_stage_forms.append([Form(form) for form in stage_forms])
+        stage_solutions.append(ki)
+
+    for i, kbari in reversed(list(enumerate(kbar))):
+
+        # Check whether the stage is explicit
+        explicit = a[i, i] == 0
+
+        # And now the adjoint linearisation:
+        stage_form_adm = ufl.inner(dt * b[i] * adj, v) * DX + sum(
+            [dt * float(a[j, i]) * safe_action(safe_adjoint(derivative(
+                forward_forms[j], y_)), kbar[j]) for j in range(i, size)])
+        if explicit:
+            stage_forms_adm = [stage_form_adm]
+            jacobian_indices.append(-1)
+        else:
+            # Create a F=0 form and differentiate it
+            stage_form_adm -= ufl.inner(kbar[i], v) * DX
+            stage_forms_adm = [stage_form_adm, derivative(stage_form_adm, kbari)]
+            jacobian_indices.append(1)
+
+        ufl_stage_forms.append(stage_forms_adm)
+        dolfin_stage_forms.append([Form(form) for form in stage_forms_adm])
+        stage_solutions.append(kbari)
+
+    # Only one last stage
+    if len(b.shape) == 1:
+        last_stage = Form(ufl.inner(adj, v) * DX + sum(
+            [safe_action(safe_adjoint(derivative(forward_forms[i], y_)), kbar[i])
+             for i in range(size)]))
+    else:
+        raise Exception("Not sure what to do here")
+
+    human_form = "unimplemented"
+
+    return ufl_stage_forms, dolfin_stage_forms, jacobian_indices, last_stage, \
+        stage_solutions, dt, human_form, adj
+
+
+class MultiStageScheme(cpp.multistage.MultiStageScheme):
+    """Base class for all MultiStageSchemes
+
+    """
+    def __init__(self, rhs_form, ufl_stage_forms,
+                 dolfin_stage_forms, last_stage, stage_solutions,
+                 solution, time, dt, dt_stage_offsets, jacobian_indices, order,
+                 name, human_form, bcs, contraction=None):
+
+        # Store Python data
+        self._rhs_form = rhs_form
+        self._ufl_stage_forms = ufl_stage_forms
+        self._dolfin_stage_forms = dolfin_stage_forms
+        self._t = time
+        self._bcs = bcs
+        self._dt = dt
+        self._last_stage = last_stage
+        self._solution = solution
+        self._stage_solutions = stage_solutions
+        self._order = order
+        self.jacobian_indices = jacobian_indices
+        self.contraction = contraction
+
+        # Pass args to C++ constructor
+        stage_solutions = [s.cpp_object() for s in stage_solutions]
+
+        cpp.multistage.MultiStageScheme.__init__(self,
+                                                 dolfin_stage_forms,
+                                                 last_stage,
+                                                 stage_solutions,
+                                                 solution.cpp_object(),
+                                                 time.cpp_object(),
+                                                 dt.cpp_object(),
+                                                 dt_stage_offsets,
+                                                 jacobian_indices,
+                                                 order,
+                                                 self.__class__.__name__,
+                                                 human_form, bcs)
+
+    def rhs_form(self):
+        "Return the original rhs form"
+        return self._rhs_form
+
+    def ufl_stage_forms(self):
+        "Return the ufl stage forms"
+        return self._ufl_stage_forms
+
+    def dolfin_stage_forms(self):
+        "Return the dolfin stage forms"
+        return self._dolfin_stage_forms
+
+    def t(self):
+        "Return the Constant used to describe time in the MultiStageScheme"
+        return self._t
+
+    def dt(self):
+        "Return the Constant used to describe time in the MultiStageScheme"
+        return self._dt
+
+    def solution(self):
+        "Return the solution Function"
+        return self._solution
+
+    def last_stage(self):
+        "Return the form describing the last stage"
+        return self._last_stage
+
+    def stage_solutions(self):
+        "Return the stage solutions"
+        return self._stage_solutions
+
+    def to_tlm(self, perturbation):
+        raise NotImplementedError("'to_tlm:' implement in derived classes")
+
+    def to_adm(self, perturbation):
+        raise NotImplementedError("'to_adm:' implement in derived classes")
+
+
+class ButcherMultiStageScheme(MultiStageScheme):
+    """Base class for all MultiStageSchemes
+
+    """
+    def __init__(self, rhs_form, solution, time, bcs, a, b, c, order,
+                 generator=_butcher_scheme_generator):
+        bcs = bcs or []
+        time = time or Constant(0.0)
+        ufl_stage_forms, dolfin_stage_forms, jacobian_indices, last_stage, \
+            stage_solutions, dt, human_form, contraction = \
+            generator(a, b, c, time, solution, rhs_form)
+
+        # Store data
+        self.a = a
+        self.b = b
+        self.c = c
+
+        MultiStageScheme.__init__(self, rhs_form, ufl_stage_forms,
+                                  dolfin_stage_forms, last_stage,
+                                  stage_solutions, solution, time, dt,
+                                  c, jacobian_indices, order,
+                                  self.__class__.__name__, human_form,
+                                  bcs, contraction)
+
+    def to_tlm(self, perturbation):
+        r"""Return another MultiStageScheme that implements the tangent
+        linearisation of the ODE solver.
+
+        This takes \dot{y_n} (the derivative of y_n with respect to a
+        parameter) and computes \dot{y_n+1} (the derivative of y_n+1
+        with respect to that parameter).
+
+        """
+
+        generator = functools.partial(_butcher_scheme_generator_tlm,
+                                      perturbation=perturbation)
+        new_solution = self._solution.copy()
+        new_form = ufl.replace(self._rhs_form, {self._solution: new_solution})
+        return ButcherMultiStageScheme(new_form, new_solution,
+                                       self._t, self._bcs, self.a,
+                                       self.b, self.c, self._order,
+                                       generator=generator)
+
+    def to_adm(self, adj):
+        r"""Return another MultiStageScheme that implements the adjoint
+        linearisation of the ODE solver.
+
+        This takes \bar{y_n+1} (the derivative of a functional J with
+        respect to y_n+1) and computes \bar{y_n} (the derivative of J
+        with respect to y_n).
+
+        """
+
+        generator = functools.partial(_butcher_scheme_generator_adm, adj=adj)
+        new_solution = self._solution.copy()
+        new_form = ufl.replace(self._rhs_form, {self._solution: new_solution})
+        return ButcherMultiStageScheme(new_form, new_solution, self._t, self._bcs,
+                                       self.a, self.b, self.c, self._order,
+                                       generator=generator)
+
+
+class ERK1(ButcherMultiStageScheme):
+    """Explicit first order Scheme"""
+    def __init__(self, rhs_form, solution, t=None, bcs=None):
+        a = np.array([0.])
+        b = np.array([1.])
+        c = np.array([0.])
+        ButcherMultiStageScheme.__init__(self, rhs_form, solution, t, bcs,
+                                         a, b, c, 1)
+
+
+class BDF1(ButcherMultiStageScheme):
+    """Implicit first order scheme"""
+    def __init__(self, rhs_form, solution, t=None, bcs=None):
+        a = np.array([1.])
+        b = np.array([1.])
+        c = np.array([1.])
+        ButcherMultiStageScheme.__init__(self, rhs_form, solution, t, bcs,
+                                         a, b, c, 1)
+
+
+class ExplicitMidPoint(ButcherMultiStageScheme):
+    """Explicit 2nd order scheme"""
+    def __init__(self, rhs_form, solution, t=None, bcs=None):
+
+        a = np.array([[0, 0], [0.5, 0.0]])
+        b = np.array([0., 1])
+        c = np.array([0, 0.5])
+        ButcherMultiStageScheme.__init__(self, rhs_form, solution, t, bcs,
+                                         a, b, c, 2)
+
+
+class CN2(ButcherMultiStageScheme):
+    """Semi-implicit 2nd order scheme"""
+    def __init__(self, rhs_form, solution, t=None, bcs=None):
+        a = np.array([[0, 0], [0.5, 0.5]])
+        b = np.array([0.5, 0.5])
+        c = np.array([0, 1.0])
+
+        ButcherMultiStageScheme.__init__(self, rhs_form, solution, t, bcs,
+                                         a, b, c, 2)
+
+
+class ERK4(ButcherMultiStageScheme):
+    """Explicit 4th order scheme"""
+    def __init__(self, rhs_form, solution, t=None, bcs=None):
+        a = np.array([[0, 0, 0, 0],
+                      [0.5, 0, 0, 0],
+                      [0, 0.5, 0, 0],
+                      [0, 0, 1, 0]])
+        b = np.array([1. / 6, 1. / 3, 1. / 3, 1. / 6])
+        c = np.array([0, 0.5, 0.5, 1])
+        ButcherMultiStageScheme.__init__(self, rhs_form, solution, t, bcs,
+                                         a, b, c, 4)
+
+
+class ESDIRK3(ButcherMultiStageScheme):
+    """Explicit implicit 3rd order scheme
+
+    See also "Singly diagonally implicit Runge–Kutta methods with an
+    explicit first stage" by A Kværnø - BIT Numerical Mathematics,
+    2004 (p.497)
+
+    """
+    def __init__(self, rhs_form, solution, t=None, bcs=None):
+        a = np.array([[0.000000000000000, 0.000000000000000, 0.000000000000000, 0.00000000000000],
+                      [0.435866521500000, 0.435866521500000, 0.000000000000000, 0.00000000000000],
+                      [0.490563388419108, 0.073570090080892, 0.435866521500000, 0.00000000000000],
+                      [0.308809969973036, 1.490563388254108, -1.235239879727145, 0.435866521500000]])
+        b = a[-1, :].copy()
+        c = a.sum(1)
+        ButcherMultiStageScheme.__init__(self, rhs_form, solution, t, bcs, a, b, c, 3)
+
+
+class ESDIRK4(ButcherMultiStageScheme):
+    """Explicit implicit 4rd order scheme
+
+    See also "Singly diagonally implicit Runge–Kutta methods with an
+    explicit first stage" by A Kværnø - BIT Numerical Mathematics,
+    2004 (p.498)
+
+    """
+    def __init__(self, rhs_form, solution, t=None, bcs=None):
+        a = np.array([[0.000000000000000, 0.0000000000000000, 0.000000000000000, 0.000000000000000, 0.000000000000000],
+                      [0.435866521500000, 0.4358665215000000, 0.000000000000000, 0.000000000000000, 0.000000000000000],
+                      [0.140737774731968, -0.108365551378832, 0.435866521500000, 0.000000000000000, 0.000000000000000],
+                      [0.102399400616089, -0.376878452267324, 0.838612530151233, 0.435866521500000, 0.000000000000000],
+                      [0.157024897860995, 0.1173304413577680, 0.616678030391680, -0.326899891110444, 0.435866521500000]])
+
+        b = a[-1, :].copy()
+        c = a.sum(1)
+        ButcherMultiStageScheme.__init__(self, rhs_form, solution, t, bcs, a, b, c, 4)
+
+
+# Aliases
+CrankNicolson = CN2
+ExplicitEuler = ERK1
+ForwardEuler = ERK1
+ImplicitEuler = BDF1
+BackwardEuler = BDF1
+ERK = ERK1
+RK4 = ERK4
+
+__all__ = [name for name, attr in list(globals().items())
+           if isinstance(attr, type) and issubclass(attr, MultiStageScheme)]
+
+__all__.append("MultiStageScheme")
diff --git a/python/dolfin/multistage/multistagesolvers.py b/python/dolfin/multistage/multistagesolvers.py
new file mode 100644
index 0000000..935a6e0
--- /dev/null
+++ b/python/dolfin/multistage/multistagesolvers.py
@@ -0,0 +1,63 @@
+# -*- coding: utf-8 -*-
+"""This module describes the Python wrapper of the cpp.PointIntegralSolver"""
+
+# Copyright (C) 2013 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2013-04-24
+# Last changed: 2013-04-24
+
+# Import SWIG-generated extension module (DOLFIN C++)
+import dolfin.cpp as cpp
+
+__all__ = ["PointIntegralSolver", "RKSolver"]
+
+
+class PointIntegralSolver(cpp.multistage.PointIntegralSolver):
+    def __init__(self, scheme):
+        """
+        Construct a PointIntegralSolver
+
+        *Arguments*
+            scheme (_MultiStageScheme_)
+                The multistage scheme the PointIntegralSolver is going to use
+                to solve the PointIntegrals
+        """
+        self._scheme = scheme
+        cpp.multistage.PointIntegralSolver.__init__(self, scheme)
+
+    def scheme(self):
+        "Return the MultiStageScheme"
+        return self._scheme
+
+
+class RKSolver(cpp.multistage.RKSolver):
+    def __init__(self, scheme):
+        """
+        Construct a RKSolver
+
+        *Arguments*
+            scheme (_MultiStageScheme_)
+                The multistage scheme the RKSolver is going to use
+                to solve the PDE
+        """
+        self._scheme = scheme
+        cpp.multistage.RKSolver.__init__(self, scheme)
+
+    def scheme(self):
+        "Return the MultiStageScheme"
+        return self._scheme
diff --git a/python/dolfin/multistage/rushlarsenschemes.py b/python/dolfin/multistage/rushlarsenschemes.py
new file mode 100644
index 0000000..9a7bf34
--- /dev/null
+++ b/python/dolfin/multistage/rushlarsenschemes.py
@@ -0,0 +1,599 @@
+# -*- coding: utf-8 -*-
+"""This module defines different MultiStageScheme classes based on the
+Rush Larsen expicit integration schemes which can be passed to a
+PointIntegralSolver
+
+"""
+
+# Copyright (C) 2014 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import functools
+import ufl
+
+from dolfin.function.constant import Constant
+from dolfin.function.function import Function
+from dolfin.fem.formmanipulations import derivative
+from dolfin.multistage.factorize import extract_tested_expressions
+from dolfin.fem.form import Form
+from dolfin.multistage.multistagescheme import (MultiStageScheme,
+                                                _check_form, _time_dependent_expressions,
+                                                _replace_dict_time_dependent_expression, safe_action,
+                                                safe_adjoint)
+from dolfin import DOLFIN_EPS
+from dolfin import TrialFunction
+
+import ufl.algorithms
+from ufl.algorithms import (expand_derivatives, expand_indices,
+                            extract_coefficients)
+
+
+def _rush_larsen_step(rhs_exprs, diff_rhs_exprs, linear_terms,
+                      system_size, y0, stage_solution, dt, time, a, c,
+                      v, DX, time_dep_expressions):
+
+    # If we need to replace the original solution with stage solution
+    repl = None
+    if stage_solution is not None:
+
+        if system_size > 1:
+            repl = {y0: stage_solution}
+        else:
+            repl = {y0[0]: stage_solution}
+
+    # If we have time dependent expressions
+    if time_dep_expressions and abs(float(c)) > DOLFIN_EPS:
+        time_ = time
+        time = time + dt * float(c)
+
+        repl.update(_replace_dict_time_dependent_expression(time_dep_expressions,
+                                                            time_, dt, float(c)))
+        repl[time_] = time
+
+    # If all terms are linear (using generalized=True) we add a safe
+    # guard to the linearized term. See below
+    safe_guard = sum(linear_terms) == system_size
+
+    # Add componentwise contribution to rl form
+    rl_ufl_form = ufl.zero()
+    num_rl_steps = 0
+    for ind in range(system_size):
+
+        # forward euler step
+        fe_du_i = rhs_exprs[ind] * dt * float(a)
+
+        # If exact integration
+        if linear_terms[ind]:
+            num_rl_steps += 1
+
+            # Rush Larsen step Safeguard the divisor: let's hope
+            # diff_rhs_exprs[ind] is never 1.0e-16!  Let's get rid of
+            # this when the conditional fixes land properly in UFL.
+            eps = Constant(1.0e-16)
+            rl_du_i = rhs_exprs[ind] / (diff_rhs_exprs[ind] + eps) * (
+                ufl.exp(diff_rhs_exprs[ind] * dt) - 1.0)
+
+            # If safe guard
+            if safe_guard:
+                du_i = ufl.conditional(ufl.lt(abs(diff_rhs_exprs[ind]), 1e-8), fe_du_i, rl_du_i)
+            else:
+                du_i = rl_du_i
+        else:
+            du_i = fe_du_i
+
+        # If we should replace solution in form with stage solution
+        if repl:
+            du_i = ufl.replace(du_i, repl)
+
+        rl_ufl_form += (y0[ind] + du_i) * v[ind]
+
+    return rl_ufl_form * DX
+
+
+def _find_linear_terms(rhs_exprs, u):
+    """Help function that takes a list of rhs expressions and return a
+    list of bools determining what component, rhs_exprs[i], is linear
+    wrt u[i].
+
+    """
+
+    uu = [Constant(1.0) for _ in rhs_exprs]
+    if len(rhs_exprs) > 1:
+        repl = {u: ufl.as_vector(uu)}
+    else:
+        repl = {u: uu[0]}
+
+    linear_terms = []
+    for i, ui in enumerate(uu):
+        comp_i_s = expand_indices(ufl.replace(rhs_exprs[i], repl))
+        linear_terms.append(ui in extract_coefficients(comp_i_s) and
+                            ui not in extract_coefficients(
+                                expand_derivatives(ufl.diff(comp_i_s, ui))))
+    return linear_terms
+
+
+def _rush_larsen_scheme_generator(rhs_form, solution, time, order, generalized):
+    """Generates a list of forms and solutions for a given Butcher
+    tableau
+
+    *Arguments*
+        rhs_form (ufl.Form)
+            A UFL form representing the rhs for a time differentiated equation
+        solution (_Function_)
+            The prognostic variable
+        time (_Constant_)
+            A Constant holding the time at the start of the time step
+        order (int)
+            The order of the scheme
+        generalized (bool)
+            If True generate a generalized Rush Larsen scheme, linearizing all
+            components.
+
+    """
+
+    DX = _check_form(rhs_form)
+
+    if DX != ufl.dP:
+        raise TypeError("Expected a form with a Pointintegral.")
+
+    # Create time step
+    dt = Constant(0.1)
+
+    # Get test function
+    #    arguments = rhs_form.arguments()
+    #    coefficients = rhs_form.coefficients()
+
+    # Get time dependent expressions
+    time_dep_expressions = _time_dependent_expressions(rhs_form, time)
+
+    # Extract rhs expressions from form
+    rhs_integrand = rhs_form.integrals()[0].integrand()
+    rhs_exprs, v = extract_tested_expressions(rhs_integrand)
+    vector_rhs = len(v.ufl_shape) > 0 and v.ufl_shape[0] > 1
+
+    system_size = v.ufl_shape[0] if vector_rhs else 1
+
+    # Fix for indexing of v for scalar expressions
+    v = v if vector_rhs else [v]
+
+    # Extract linear terms if not using generalized Rush Larsen
+    if not generalized:
+        linear_terms = _find_linear_terms(rhs_exprs, solution)
+    else:
+        linear_terms = [True for _ in range(system_size)]
+
+    # Wrap the rhs expressions into a ufl vector type
+    rhs_exprs = ufl.as_vector([rhs_exprs[i] for i in range(system_size)])
+    rhs_jac = ufl.diff(rhs_exprs, solution)
+
+    # Takes time!
+    if vector_rhs:
+        diff_rhs_exprs = [expand_indices(expand_derivatives(rhs_jac[ind, ind]))
+                          for ind in range(system_size)]
+    else:
+        diff_rhs_exprs = [expand_indices(expand_derivatives(rhs_jac[0]))]
+        solution = [solution]
+
+    ufl_stage_forms = []
+    dolfin_stage_forms = []
+    dt_stage_offsets = []
+
+    # Stage solutions (3 per order rhs, linearized, and final step)
+    # If 2nd order the final step for 1 step is a stage
+    if order == 1:
+        stage_solutions = []
+        rl_ufl_form = _rush_larsen_step(rhs_exprs, diff_rhs_exprs, linear_terms,
+                                        system_size, solution, None, dt, time, 1.0,
+                                        0.0, v, DX, time_dep_expressions)
+    elif order == 2:
+
+        # Stage solution for order 2
+        if vector_rhs:
+            stage_solutions = [Function(solution.function_space(), name="y_1/2")]
+        else:
+            stage_solutions = [Function(solution[0].function_space(), name="y_1/2")]
+
+        stage_form = _rush_larsen_step(rhs_exprs, diff_rhs_exprs,
+                                       linear_terms, system_size,
+                                       solution, None, dt, time, 0.5,
+                                       0.0, v, DX,
+                                       time_dep_expressions)
+
+        rl_ufl_form = _rush_larsen_step(rhs_exprs, diff_rhs_exprs,
+                                        linear_terms, system_size,
+                                        solution, stage_solutions[0],
+                                        dt, time, 1.0, 0.5, v, DX,
+                                        time_dep_expressions)
+
+        ufl_stage_forms.append([stage_form])
+        dolfin_stage_forms.append([Form(stage_form)])
+
+    # Get last stage form
+    last_stage = Form(rl_ufl_form)
+
+    human_form = "%srush larsen %s" % ("generalized " if generalized else "",
+                                       str(order))
+
+    return rhs_form, linear_terms, ufl_stage_forms, dolfin_stage_forms, last_stage, \
+        stage_solutions, dt, dt_stage_offsets, human_form, None
+
+
+def _rush_larsen_scheme_generator_tlm(rhs_form, solution, time, order,
+                                      generalized, perturbation):
+    """Generates a list of forms and solutions for the tangent
+    linearisation of the Rush-Larsen scheme
+
+    *Arguments*
+        rhs_form (ufl.Form)
+            A UFL form representing the rhs for a time differentiated equation
+        solution (_Function_)
+            The prognostic variable
+        time (_Constant_)
+            A Constant holding the time at the start of the time step
+        order (int)
+            The order of the scheme
+        generalized (bool)
+            If True generate a generalized Rush Larsen scheme, linearizing all
+            components.
+        perturbation (Function)
+            The vector on which we compute the tangent linear action.
+
+    """
+
+    DX = _check_form(rhs_form)
+
+    if DX != ufl.dP:
+        raise TypeError("Expected a form with a Pointintegral.")
+
+    # Create time step
+    dt = Constant(0.1)
+
+    # Get test function
+    #    arguments = rhs_form.arguments()
+    #    coefficients = rhs_form.coefficients()
+
+    # Get time dependent expressions
+    time_dep_expressions = _time_dependent_expressions(rhs_form, time)
+
+    # Extract rhs expressions from form
+    rhs_integrand = rhs_form.integrals()[0].integrand()
+    rhs_exprs, v = extract_tested_expressions(rhs_integrand)
+    vector_rhs = len(v.ufl_shape) > 0 and v.ufl_shape[0] > 1
+
+    system_size = v.ufl_shape[0] if vector_rhs else 1
+
+    # Fix for indexing of v for scalar expressions
+    v = v if vector_rhs else [v]
+
+    # Extract linear terms if not using generalized Rush Larsen
+    if not generalized:
+        linear_terms = _find_linear_terms(rhs_exprs, solution)
+    else:
+        linear_terms = [True for _ in range(system_size)]
+
+    # Wrap the rhs expressions into a ufl vector type
+    rhs_exprs = ufl.as_vector([rhs_exprs[i] for i in range(system_size)])
+    rhs_jac = ufl.diff(rhs_exprs, solution)
+
+    # Takes time!
+    if vector_rhs:
+        diff_rhs_exprs = [expand_indices(expand_derivatives(rhs_jac[ind, ind]))
+                          for ind in range(system_size)]
+        soln = solution
+    else:
+        diff_rhs_exprs = [expand_indices(expand_derivatives(rhs_jac[0]))]
+        solution = [solution]
+        soln = solution[0]
+
+    ufl_stage_forms = []
+    dolfin_stage_forms = []
+    dt_stage_offsets = []
+    trial = TrialFunction(soln.function_space())
+
+    # Stage solutions (3 per order rhs, linearized, and final step)
+    # If 2nd order the final step for 1 step is a stage
+    if order == 1:
+        stage_solutions = []
+
+        # Fetch the original step
+        rl_ufl_form = _rush_larsen_step(rhs_exprs, diff_rhs_exprs,
+                                        linear_terms, system_size,
+                                        solution, None, dt, time, 1.0,
+                                        0.0, v, DX,
+                                        time_dep_expressions)
+
+        rl_ufl_form = safe_action(derivative(rl_ufl_form, soln, trial), perturbation)
+
+    elif order == 2:
+        # Stage solution for order 2
+        fn_space = soln.function_space()
+
+        stage_solutions = [Function(fn_space, name="y_1/2"),
+                           Function(fn_space, name="y_dot_1/2"),
+                           Function(fn_space, name="y_1")]
+
+        y_half_form = _rush_larsen_step(rhs_exprs, diff_rhs_exprs,
+                                        linear_terms, system_size,
+                                        solution, None, dt, time, 0.5,
+                                        0.0, v, DX,
+                                        time_dep_expressions)
+
+        y_dot_half_form = safe_action(derivative(y_half_form, soln, trial), perturbation)
+
+        y_one_form = _rush_larsen_step(rhs_exprs, diff_rhs_exprs,
+                                       linear_terms, system_size,
+                                       solution, stage_solutions[0],
+                                       dt, time, 1.0, 0.5, v, DX,
+                                       time_dep_expressions)
+
+        rl_ufl_form = safe_action(derivative(y_one_form, soln, trial), perturbation) + \
+            safe_action(derivative(y_one_form, stage_solutions[0], trial), stage_solutions[1])
+
+        ufl_stage_forms.append([y_half_form])
+        ufl_stage_forms.append([y_dot_half_form])
+        ufl_stage_forms.append([y_one_form])
+        dolfin_stage_forms.append([Form(y_half_form)])
+        dolfin_stage_forms.append([Form(y_dot_half_form)])
+        dolfin_stage_forms.append([Form(y_one_form)])
+
+    # Get last stage form
+    last_stage = Form(rl_ufl_form)
+
+    human_form = "%srush larsen %s" % ("generalized " if generalized else "",
+                                       str(order))
+
+    return rhs_form, linear_terms, ufl_stage_forms, dolfin_stage_forms, last_stage, \
+        stage_solutions, dt, dt_stage_offsets, human_form, perturbation
+
+
+def _rush_larsen_scheme_generator_adm(rhs_form, solution, time, order,
+                                      generalized, perturbation):
+    """Generates a list of forms and solutions for the adjoint
+    linearisation of the Rush-Larsen scheme
+
+    *Arguments*
+        rhs_form (ufl.Form)
+            A UFL form representing the rhs for a time differentiated equation
+        solution (_Function_)
+            The prognostic variable
+        time (_Constant_)
+            A Constant holding the time at the start of the time step
+        order (int)
+            The order of the scheme
+        generalized (bool)
+            If True generate a generalized Rush Larsen scheme, linearizing all
+            components.
+        perturbation (Function)
+            The vector on which we compute the adjoint action.
+
+    """
+
+    DX = _check_form(rhs_form)
+
+    if DX != ufl.dP:
+        raise TypeError("Expected a form with a Pointintegral.")
+
+    # Create time step
+    dt = Constant(0.1)
+
+    # Get test function
+    #    arguments = rhs_form.arguments()
+    #    coefficients = rhs_form.coefficients()
+
+    # Get time dependent expressions
+    time_dep_expressions = _time_dependent_expressions(rhs_form, time)
+
+    # Extract rhs expressions from form
+    rhs_integrand = rhs_form.integrals()[0].integrand()
+    rhs_exprs, v = extract_tested_expressions(rhs_integrand)
+    vector_rhs = len(v.ufl_shape) > 0 and v.ufl_shape[0] > 1
+
+    system_size = v.ufl_shape[0] if vector_rhs else 1
+
+    # Fix for indexing of v for scalar expressions
+    v = v if vector_rhs else [v]
+
+    # Extract linear terms if not using generalized Rush Larsen
+    if not generalized:
+        linear_terms = _find_linear_terms(rhs_exprs, solution)
+    else:
+        linear_terms = [True for _ in range(system_size)]
+
+    # Wrap the rhs expressions into a ufl vector type
+    rhs_exprs = ufl.as_vector([rhs_exprs[i] for i in range(system_size)])
+    rhs_jac = ufl.diff(rhs_exprs, solution)
+
+    # Takes time!
+    if vector_rhs:
+        diff_rhs_exprs = [expand_indices(expand_derivatives(rhs_jac[ind, ind]))
+                          for ind in range(system_size)]
+        soln = solution
+    else:
+        diff_rhs_exprs = [expand_indices(expand_derivatives(rhs_jac[0]))]
+        solution = [solution]
+        soln = solution[0]
+
+    ufl_stage_forms = []
+    dolfin_stage_forms = []
+    dt_stage_offsets = []
+    trial = TrialFunction(soln.function_space())
+
+    # Stage solutions (3 per order rhs, linearized, and final step)
+    # If 2nd order the final step for 1 step is a stage
+    if order == 1:
+        stage_solutions = []
+
+        # Fetch the original step
+        rl_ufl_form = _rush_larsen_step(rhs_exprs, diff_rhs_exprs,
+                                        linear_terms, system_size,
+                                        solution, None, dt, time, 1.0,
+                                        0.0, v, DX,
+                                        time_dep_expressions)
+
+        # If this is commented out, we don't get NaNs.  Yhy is
+        # solution a list of length zero anyway?
+        rl_ufl_form = safe_action(safe_adjoint(derivative(rl_ufl_form, soln, trial)),
+                                  perturbation)
+
+    elif order == 2:
+        # Stage solution for order 2
+        fn_space = soln.function_space()
+
+        stage_solutions = [Function(fn_space, name="y_1/2"),
+                           Function(fn_space, name="y_1"),
+                           Function(fn_space, name="y_bar_1/2")]
+
+        y_half_form = _rush_larsen_step(rhs_exprs, diff_rhs_exprs,
+                                        linear_terms, system_size,
+                                        solution, None, dt, time, 0.5,
+                                        0.0, v, DX,
+                                        time_dep_expressions)
+
+        y_one_form = _rush_larsen_step(rhs_exprs, diff_rhs_exprs,
+                                       linear_terms, system_size,
+                                       solution, stage_solutions[0],
+                                       dt, time, 1.0, 0.5, v, DX,
+                                       time_dep_expressions)
+
+        y_bar_half_form = safe_action(safe_adjoint(derivative(y_one_form,
+                                                              stage_solutions[0], trial)), perturbation)
+
+        rl_ufl_form = safe_action(safe_adjoint(derivative(y_one_form, soln, trial)), perturbation) + \
+            safe_action(safe_adjoint(derivative(y_half_form, soln, trial)), stage_solutions[2])
+
+        ufl_stage_forms.append([y_half_form])
+        ufl_stage_forms.append([y_one_form])
+        ufl_stage_forms.append([y_bar_half_form])
+        dolfin_stage_forms.append([Form(y_half_form)])
+        dolfin_stage_forms.append([Form(y_one_form)])
+        dolfin_stage_forms.append([Form(y_bar_half_form)])
+
+    # Get last stage form
+    last_stage = Form(rl_ufl_form)
+
+    human_form = "%srush larsen %s" % ("generalized " if generalized else "",
+                                       str(order))
+
+    return rhs_form, linear_terms, ufl_stage_forms, dolfin_stage_forms, last_stage, \
+        stage_solutions, dt, dt_stage_offsets, human_form, perturbation
+
+
+class RushLarsenScheme(MultiStageScheme):
+    def __init__(self, rhs_form, solution, time, order, generalized,
+                 generator=_rush_larsen_scheme_generator):
+
+        self._rhs_form = rhs_form
+        self._solution = solution
+        self._t = time
+        self._order = order
+        self._generalized = generalized
+
+        # FIXME: What with bcs?
+        bcs = []
+        time = time or Constant(0.0)
+        if order not in [1, 2]:
+            raise ValueError("Expected order to be either 1 or 2")
+
+        rhs_form, ufl_stage_forms, linear_terms, dofin_stage_forms, last_stage, \
+            stage_solutions, dt, dt_stage_offsets, human_form, contraction = \
+            generator(rhs_form, solution, time, order, generalized)
+
+        self.linear_terms = linear_terms
+
+        # All stages are explicit
+        jacobian_indices = [-1 for _ in stage_solutions]
+
+        # Highjack a and b to hold parameters for RushLarsen scheme generation
+        MultiStageScheme.__init__(self, rhs_form, ufl_stage_forms,
+                                  dofin_stage_forms, last_stage,
+                                  stage_solutions, solution, time, dt,
+                                  dt_stage_offsets, jacobian_indices,
+                                  order, self.__class__.__name__,
+                                  human_form, bcs, contraction)
+
+    def to_tlm(self, perturbation):
+        r"""Return another RushLarsenScheme that implements the tangent
+        linearisation of the ODE solver.
+
+        This takes \dot{y_n} (the derivative of y_n with respect to a
+        parameter) and computes \dot{y_n+1} (the derivative of y_n+1
+        with respect to that parameter).
+
+        """
+
+        generator = functools.partial(_rush_larsen_scheme_generator_tlm,
+                                      perturbation=perturbation)
+        new_solution = self._solution.copy()
+        new_form = ufl.replace(self._rhs_form, {self._solution: new_solution})
+        return RushLarsenScheme(new_form, new_solution, self._t, self._order,
+                                self._generalized, generator=generator)
+
+    def to_adm(self, perturbation):
+        r"""Return another RushLarsenScheme that implements the adjoint
+        linearisation of the ODE solver.
+
+        This takes \bar{y_n+1} (the derivative of y_n+1 with respect to a
+        parameter) and computes \bar{y_n} (the derivative of y_n
+        with respect to that parameter).
+
+        """
+
+        generator = functools.partial(_rush_larsen_scheme_generator_adm,
+                                      perturbation=perturbation)
+        new_solution = self._solution.copy()
+        new_form = ufl.replace(self._rhs_form, {self._solution: new_solution})
+        return RushLarsenScheme(new_form, new_solution, self._t,
+                                self._order, self._generalized,
+                                generator=generator)
+
+
+class RL1(RushLarsenScheme):
+    """First order Rush Larsen Scheme
+
+    """
+    def __init__(self, rhs_form, solution, t=None):
+        RushLarsenScheme.__init__(self, rhs_form, solution, t, 1, False)
+
+
+class RL2(RushLarsenScheme):
+    """Second order Rush Larsen Scheme
+
+    """
+    def __init__(self, rhs_form, solution, t=None):
+        RushLarsenScheme.__init__(self, rhs_form, solution, t, 2, generalized=False)
+
+
+class GRL1(RushLarsenScheme):
+    """
+    First order generalized Rush Larsen Scheme
+    """
+    def __init__(self, rhs_form, solution, t=None):
+        RushLarsenScheme.__init__(self, rhs_form, solution, t, 1, True)
+
+
+class GRL2(RushLarsenScheme):
+    """Second order generalized Rush Larsen Scheme
+
+    """
+    def __init__(self, rhs_form, solution, t=None):
+        RushLarsenScheme.__init__(self, rhs_form, solution, t, 2, True)
+
+
+__all__ = [name for name, attr in list(globals().items())
+           if isinstance(attr, type) and issubclass(attr, MultiStageScheme)]
+
+__all__.append("MultiStageScheme")
diff --git a/python/dolfin/parameter/__init__.py b/python/dolfin/parameter/__init__.py
new file mode 100644
index 0000000..c297108
--- /dev/null
+++ b/python/dolfin/parameter/__init__.py
@@ -0,0 +1,90 @@
+# -*- coding: utf-8 -*-
+"""FIXME: document"""
+
+# Copyright (C) 2017 Chris N. Richardson and Garth N. Wells
+#
+# Distributed under the terms of the GNU Lesser Public License (LGPL),
+# either version 3 of the License, or (at your option) any later
+# version.
+
+import dolfin.cpp as cpp
+from ffc import default_jit_parameters
+from dolfin.cpp.parameter import parameters, Parameters
+
+
+#  Extend cpp.Parameters with a __getitem__ method
+def __getitem__(self, key):
+    if self.has_parameter(key):
+        p = self._get_parameter(key)
+        return p.value()
+    elif self.has_parameter_set(key):
+        # FIXME: I think we want to return the parameter set rather than a copy?
+        p = self._get_parameter_set(key)
+        return p
+        # np = cpp.parameter.Parameters(p)
+        # return np
+    else:
+        raise RuntimeError("Invalid parameter: {}".format(key))
+
+
+# FIXME: This is probably better handled on the C++ side using
+# py::dict
+def update(self, params):
+    if isinstance(params, cpp.parameter.Parameters):
+        self._update(params)
+    elif isinstance(params, dict):
+        for key in params:
+            if isinstance(params[key], dict):
+                self[key].update(params[key])
+            else:
+                self[key] = params[key]
+    else:
+        raise ValueError("Parameters or dict")
+
+
+def to_dict(self):
+    """Convert a nested set of Parameters to a nested dict"""
+    ret = {}
+    for key, value in self.items():
+        if isinstance(value, cpp.parameter.Parameters):
+            ret[key] = value.to_dict()
+        else:
+            ret[key] = value
+    return ret
+
+
+# Extend the cpp.parameter.Parameters class and clean-up
+cpp.parameter.Parameters.to_dict = to_dict
+cpp.parameter.Parameters.__getitem__ = __getitem__
+cpp.parameter.Parameters.update = update
+del __getitem__, update, to_dict
+
+
+def ffc_default_parameters():
+    """Get default parameters of FFC"""
+    # Get dict with defaults
+
+    # FIXME: intialising MPI because setting parameters makes MPI
+    # calls, possibly via the log systems. Needs to be fixed.
+    cpp.MPI.init()
+
+    d = default_jit_parameters()
+    p = Parameters("form_compiler")
+
+    typemap = {"quadrature_rule": "", "quadrature_degree": 0,
+               "precision": 0}
+
+    # Add the rest
+    for key, value in d.items():
+        if value is None:
+            p.add(key, typemap[key])
+            p[key] = None
+        else:
+            p.add(key, value)
+
+    return p
+
+
+# Add form compiler parameters to global parameter set
+if not parameters.has_parameter_set("form_compiler"):
+    parameters.add(ffc_default_parameters())
diff --git a/python/dolfin/ts/cvode.py b/python/dolfin/ts/cvode.py
new file mode 100644
index 0000000..5549006
--- /dev/null
+++ b/python/dolfin/ts/cvode.py
@@ -0,0 +1,42 @@
+# -*- coding: utf-8 -*-
+"""This module describes the Python wrapper of the cpp.CVode"""
+
+# Copyright (C) 2013 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2013-04-24
+# Last changed: 2013-04-24
+
+# Import SWIG-generated extension module (DOLFIN C++)
+import dolfin.cpp as cpp
+
+__all__ = ["CVode"]
+
+
+class CVode(cpp.ts.CVode):
+    def __init__(self, scheme):
+        """
+        Construct a CVode
+
+        *Arguments*
+            cv_lmm (LMM)
+                FIX: add description
+            cv_iter (ITER)
+                FIX: add description
+        """
+        self._scheme = scheme
+        cpp.ts.CVode.__init__(self, scheme)
diff --git a/python/dolfin_utils/meshconvert/__init__.py b/python/dolfin_utils/meshconvert/__init__.py
new file mode 100644
index 0000000..e69de29
diff --git a/python/dolfin_utils/meshconvert/abaqus.py b/python/dolfin_utils/meshconvert/abaqus.py
new file mode 100644
index 0000000..ee71e69
--- /dev/null
+++ b/python/dolfin_utils/meshconvert/abaqus.py
@@ -0,0 +1,482 @@
+# -*- coding: utf-8 -*-
+"""Module for converting the  Abaqus mesh format."""
+
+# Copyright (C) 2012 Arve Knudsen and Garth N/ Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Simon Funke (surface export)
+
+
+# TODO: The change to python 3 compatible iteration may have introduced performance
+#       regressions here, with unnecessary list() applications in the below code.
+import re
+import csv
+import numpy as np
+
+from . import xml_writer
+
+class State:
+    Init, Unknown, Invalid, ReadHeading, ReadNodes, ReadCells, \
+        ReadNodeSet, ReadCellSet, ReadSurfaceSet = list(range(9))
+
+def convert(ifilename, handler):
+    """ Convert from Abaqus.
+
+    The Abaqus format first defines a node block, then there should be a number
+    of elements containing these nodes.
+    """
+
+    # Dictionary of nodes (maps node id to coordinates)
+    nodes = {}
+
+    # Dictionary of elements (maps cell id to list of cell nodes)
+    elems = {}
+
+    # Lists of nodes for given name (key)
+    node_sets = {}
+
+    # Lists of cells for given name (key)
+    cell_sets = {}
+
+    # Lists of surfaces for given name (key) in the format:
+    # {'SS1': [set(['SS1_S1', 'S1']), set(['SS1_S4', 'S4'])]},
+    # where SS1 is the name of the surface, SS1_S1 is the name of the
+    # cell list whose first face is to be selected, ...
+    surface_sets = {}
+
+    # Open file Abaqus file
+    file = open(ifilename, 'r')
+    csv_file = csv.reader(file, delimiter=',', skipinitialspace=True)
+
+    node_set_name = None
+    generate = None
+
+    # Set intial state state
+    state = State.Init
+
+    # Read data from input file
+    for l in csv_file:
+
+        # Sanity check
+        if (len(l) == 0): print("Ooops, zero length.")
+
+        if l[0].startswith('**'): # Pass over comments
+            continue
+        elif l[0].startswith('*'): # Have a keyword
+            state = State.Unknown
+
+            if l[0].lower() == "*heading":
+                state = State.ReadHeading
+
+            elif l[0].lower() == "*part":
+                part_name = _read_part_name(l)
+
+            elif l[0].lower() == "*end part":
+                state = State.Invalid
+
+            elif l[0].lower() == "*node":
+                node_set_name = _create_node_list_entry(node_sets, l)
+                state = State.ReadNodes
+
+            elif l[0].lower() == "*element":
+                cell_type, cell_set_name = _read_element_keywords(cell_sets, l)
+                state = State.ReadCells
+
+            elif l[0].lower() == "*nset":
+                node_set_name, generate = _read_nset_keywords(node_sets, l)
+                state = State.ReadNodeSet
+
+            elif l[0].lower() == "*elset":
+                cell_set_name, generate = _read_elset_keywords(cell_sets, l)
+                if generate:
+                    print("WARNING: generation of *elsets not tested.")
+                state = State.ReadCellSet
+
+            elif l[0].lower() == "*surface":
+                surface_set_name, generate = _read_surface_keywords(surface_sets, l)
+                state = State.ReadSurfaceSet
+
+            else:
+                print("WARNING: unrecognised Abaqus input keyword:", l[0])
+                state = State.Unknown
+
+        else:
+
+            if state == State.ReadHeading:
+                model_name = _read_heading(l)
+
+            elif state == State.ReadNodes:
+                node_id = int(l[0]) - 1
+                coords = [float(c) for c in l[1:]]
+                nodes[node_id] = coords
+                if node_set_name is not None:
+                    node_sets[node_set_name].add(node_id)
+
+            elif state == State.ReadCells:
+                cell_id = int(l[0]) - 1
+                cell_connectivity = [int(v) - 1 for v in l[1:]]
+                elems[cell_id] = cell_connectivity
+                if cell_set_name is not None:
+                    cell_sets[cell_set_name].add(cell_id)
+
+            elif state == State.ReadNodeSet:
+
+                try:
+                    if generate:
+                        n0, n1, increment = l
+                        node_range = list(range(int(n0) - 1, int(n1) - 1, int(increment)))
+                        node_range.append(int(n1) - 1)
+                        node_sets[node_set_name].update(node_range)
+                    else:
+                        # Strip empty term at end of list, if present
+                        if l[-1] == '': l.pop(-1)
+                        node_range = [int(n) - 1 for n in l]
+                        node_sets[node_set_name].update(node_range)
+                except:
+                    print("WARNING: Non-integer node sets not yet supported.")
+
+            elif state == State.ReadCellSet:
+                try:
+                    if generate:
+                        n0, n1, increment = l
+                        cell_range = list(range(int(n0) - 1, int(n1) - 1, int(increment)))
+                        cell_range.append(int(n1) - 1)
+                        cell_sets[cell_set_name].update(cell_range)
+                    else:
+                        # Strip empty term at end of list, if present
+                        if l[-1] == '': l.pop(-1)
+                        cell_range = [int(n) - 1 for n in l]
+                        cell_sets[cell_set_name].update(cell_range)
+                except:
+                    print("WARNING: Non-integer element sets not yet supported.")
+
+            elif state == State.ReadSurfaceSet:
+                # Strip empty term at end of list, if present
+                if l[-1] == '': l.pop(-1)
+                surface_sets[surface_set_name].update([tuple(l)])
+
+            elif state == State.Invalid: # part
+                raise Exception("Inavlid Abaqus parser state..")
+
+
+    # Close CSV object
+    file.close()
+    del csv_file
+
+    # Write data to XML file
+    # Note that vertices/cells must be consecutively numbered, which
+    # isn't necessarily the case in Abaqus. Therefore we enumerate and
+    # translate original IDs to sequence indexes if gaps are present.
+
+    # FIXME
+    handler.set_mesh_type("tetrahedron", 3)
+
+    process_facets = len(surface_sets) > 0
+    if process_facets:
+        try:
+            from dolfin import MeshEditor, Mesh
+        except ImportError:
+            _error("DOLFIN must be installed to handle Abaqus boundary regions")
+
+        mesh = Mesh()
+        mesh_editor = MeshEditor()
+        mesh_editor.open(mesh, "tetrahedron", 3, 3)
+
+    node_ids_order = {}
+    # Check for gaps in vertex numbering
+    node_ids = list(nodes.keys())
+    if len(node_ids) > 0:
+        vertex_gap = (min(node_ids) != 0 or max(node_ids) != len(node_ids) - 1)
+        for x, y in enumerate(node_ids):
+            node_ids_order[y]= x  # Maps Abaqus IDs to Dolfin IDs
+    else:
+        vertex_gap = True
+
+    # Check for gaps in cell numbering
+    elemids = list(elems.keys())
+    if len(elemids) > 0:
+        cell_gap = (min(elemids) != 0 or max(elemids) != len(elemids) - 1)
+    else:
+        cell_gap = True
+
+    # Write vertices to XML file
+    handler.start_vertices(len(nodes))
+    if process_facets:
+        mesh_editor.init_vertices_global(len(nodes), len(nodes))
+
+    if not vertex_gap:
+
+        for v_id, v_coords in list(nodes.items()):
+            handler.add_vertex(v_id, v_coords)
+            if process_facets:
+                mesh_editor.add_vertex(v_id, np.array(v_coords, dtype=np.float_))
+
+    else:
+
+        for idx, (v_id, v_coords) in enumerate(nodes.items()):
+            handler.add_vertex(idx, v_coords)
+            if process_facets:
+                mesh_editor.add_vertex(idx, np.array(v_coords, dtype=np.float_))
+
+    handler.end_vertices()
+
+    # Write cells to XML file
+    handler.start_cells(len(elems))
+    if process_facets:
+        mesh_editor.init_cells_global(len(elems), len(elems))
+
+    if not vertex_gap and not cell_gap:
+
+        for c_index, c_data in list(elems.items()):
+            for v_id in c_data:
+                if not (0 <= v_id < len(nodes)):
+                    handler.error("Element %s references non-existent node %s" % (c_index, v_id))
+            handler.add_cell(c_index, c_data)
+
+            if process_facets:
+                c_data_tmp = np.array(c_data)
+                c_data_tmp.sort()
+                mesh_editor.add_cell(c_index, np.array(c_data_tmp, dtype=np.uintp))
+
+
+    elif not vertex_gap and cell_gap:
+
+        for idx, (c_index, c_data) in enumerate(elems.items()):
+            for v_id in c_data:
+                if not (0 <= v_id < len(nodes)):
+                    handler.error("Element %s references non-existent node %s" % (c_index, v_id))
+            handler.add_cell(idx, c_data)
+
+            if process_facets:
+                c_data_tmp = np.array(c_data)
+                c_data_tmp.sort()
+                mesh_editor.add_cell(idx, np.array(c_data_tmp, dtype=np.uintp))
+
+    else:
+
+        for idx, (c_id, c_data) in enumerate(elems.items()):
+            c_nodes = []
+            for v_id in c_data:
+                try: c_nodes.append(node_ids_order[v_id])
+                except ValueError:
+                    handler.error("Element %s references non-existent node %s" % (c_id, v_id))
+            handler.add_cell(idx, c_nodes)
+
+            if process_facets:
+                c_nodes.sort()
+                mesh_editor.add_cell(idx, np.array(c_nodes, dtype=np.uintp))
+
+    handler.end_cells()
+
+    # Write MeshValueCollections to XML file
+    handler.start_domains()
+
+    # Build a abaqus node ID -> dolfin cell ID map (which is not unique but that is irrelevant here)
+    #                           and its local entity.
+    if len(node_sets) > 0:
+        node_cell_map = {}
+        for c_dolfin_index, (c_index, c_data) in enumerate(elems.items()):
+            c_data_tmp = np.array(c_data)
+            c_data_tmp.sort()
+            for local_entity, n_index in enumerate(c_data_tmp):
+                node_cell_map[n_index] = (c_dolfin_index, local_entity)
+
+    # Write vertex/node sets
+    dim = 0
+    for value, (name, node_set) in enumerate(node_sets.items()):
+        handler.start_mesh_value_collection(name, dim, len(node_set), "uint")
+
+        for node in node_set:
+            try:
+                cell, local_entity = node_cell_map[node]
+                handler.add_entity_mesh_value_collection(dim, cell, value, local_entity=local_entity)
+            except KeyError:
+                print("Warning: Boundary references non-existent node %s" % node)
+        handler.end_mesh_value_collection()
+
+    # Write cell/element sets
+    dim = 3
+    for name, s in list(cell_sets.items()):
+        handler.start_mesh_value_collection(name, dim, len(s), "uint")
+        for cell in s:
+            handler.add_entity_mesh_value_collection(dim, cell, 0)
+        handler.end_mesh_value_collection()
+
+    # Write surface sets
+    if process_facets:
+        dim = 2
+        nodes_facet_map = _nodes_facet_map(mesh)
+
+        data = [int(0)] * mesh.num_facets()
+        S1 = [0, 1, 2]
+        S2 = [0, 3, 1]
+        S3 = [1, 3, 2]
+        S4 = [2, 3, 0]
+        node_selector = {'S1': S1,
+                         'S2': S2,
+                         'S3': S3,
+                         'S4': S4,
+                         }
+
+        for index, (name, s) in enumerate(surface_sets.items()):
+            cell_face_list = []
+            for cell_set_name, face_index in s:
+                cell_face_list += [(cell, face_index) for cell in cell_sets[cell_set_name]]
+
+            for cell, face in cell_face_list:
+                cell_nodes = elems[cell]
+                # Extract the face nodes
+                face_nodes = [cell_nodes[i] for i in node_selector[face]]
+                dolfin_face_nodes = [node_ids_order[n] for n in face_nodes]
+                dolfin_face_nodes.sort()
+                # Convert the face_nodes to dolfin IDs
+                face_id = nodes_facet_map[tuple(dolfin_face_nodes)]
+                data[face_id] = index + 1
+
+        # Create and initialise the mesh function
+        handler.start_meshfunction("facet_region", dim, mesh.num_facets() )
+        for index, physical_region in enumerate (data):
+            handler.add_entity_meshfunction(index, physical_region)
+        handler.end_meshfunction()
+
+
+    handler.end_domains()
+
+def _nodes_facet_map(mesh):
+    # Now process the facet markers
+    dim = 2
+    mesh.init(dim, 0)
+    facets_as_nodes = mesh.topology()(dim, 0)().reshape(mesh.num_facets(), 3)
+
+    # Build the reverse map
+    nodes_as_facets = {}
+    for facet in range(mesh.num_facets()):
+        nodes_as_facets[tuple(facets_as_nodes[facet,:])] = facet
+
+    return nodes_as_facets
+
+
+def _read_heading(l):
+    return l[0].strip()
+
+
+def _read_part_name(l):
+
+    if (len(l) < 2): print("Ooops, length problem.")
+    part_names = l[1].split('=')
+
+    if (len(part_names) < 2): print("Ooops, part names length problem.")
+    return part_names[1].strip()
+
+
+def _create_node_list_entry(node_sets, l):
+
+    # Check for node set name
+    node_set_name = None
+    if len(l) == 2:
+        set_data = l[1].split('=')
+        assert len(set_data) == 2, "wrong list length"
+        if set_data[0].lower() == "nset":
+            node_set_name = set_data[1]
+            if node_set_name not in node_sets:
+                node_sets[node_set_name] = set()
+    return node_set_name
+
+def _read_element_keywords(cell_sets, l):
+
+    # Get element type and element set name
+    element_type = None
+    element_set_name = None
+    for key in l[1:]:
+        key_parts = key.split('=')
+        key_name = key_parts[0].lower().strip()
+        if key_name == "type":
+            element_type = key_parts[1].lower().strip()
+        elif key_name == "elset":
+            element_set_name = key_parts[1].strip()
+
+    # Test that element is supported
+    check_element_support(element_type)
+
+    # Add empty set to cell_sets dictionary
+    if element_set_name:
+        if element_set_name not in cell_sets:
+            cell_sets[element_set_name] = set()
+
+    return element_type, element_set_name
+
+
+def _read_nset_keywords(node_sets, l):
+
+    node_set_name = None
+    generate = None
+
+    # Get set name and add to dict
+    set_data = l[1].split('=')
+    assert len(set_data) == 2, "wrong list length, set name missing"
+    assert set_data[0].lower() == "nset"
+    node_set_name = set_data[1]
+    if node_set_name not in node_sets:
+        node_sets[node_set_name] = set()
+
+    # Check for generate flag
+    if len(l) == 3:
+        if l[2].lower() == "generate":
+           generate = True
+
+    return node_set_name, generate
+
+
+def _read_elset_keywords(sets, l):
+
+    set_name = None
+    generate = None
+
+    # Get set name and add to dict
+    set_data = l[1].split('=')
+    assert len(set_data) == 2, "wrong list length, set name missing"
+    assert set_data[0].lower() == "elset"
+    set_name = set_data[1]
+    if set_name not in sets: sets[set_name] = set()
+
+    # Check for generate flag
+    if len(l) == 3:
+        if l[2].lower() == "generate":
+            generate = True
+
+    return set_name, generate
+
+def _read_surface_keywords(sets, l):
+
+    surface_name = None
+    generate = None
+
+    # Get surface name and add to dict
+    surface_data = l[1].split('=')
+    assert len(surface_data) == 2, "wrong list length, surface name missing"
+    assert surface_data[0].lower() == "name"
+    surface_name = surface_data[1]
+    if surface_name not in sets: sets[surface_name] = set()
+
+    generate = False
+    return surface_name, generate
+
+
+def check_element_support(element_type):
+    supported_elements = ('c3d4',)
+    if element_type.lower() not in supported_elements:
+        raise Exception("Element type not supported.")
diff --git a/python/dolfin_utils/meshconvert/meshconvert.py b/python/dolfin_utils/meshconvert/meshconvert.py
new file mode 100644
index 0000000..5b013b0
--- /dev/null
+++ b/python/dolfin_utils/meshconvert/meshconvert.py
@@ -0,0 +1,1445 @@
+# -*- coding: utf-8 -*-
+""" Module for converting various mesh formats."""
+
+# Copyright (C) 2006 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Garth N. Wells (gmsh function)
+# Modified by Alexander H. Jarosch (gmsh fix)
+# Modified by Angelo Simone (Gmsh and Medit fix)
+# Modified by Andy R. Terrel (gmsh fix and triangle function)
+# Modified by Magnus Vikstrom (metis and scotch function)
+# Modified by Bartosz Sawicki (diffpack function)
+# Modified by Gideon Simpson (Exodus II function)
+# Modified by Kent-Andre Mardal (Star-CD function)
+# Modified by Nuno Lopes (fix for emc2 mesh format (medit version 0))
+# Modified by Neilen Marais (add gmsh support for reading physical region)
+# Modified by Evan Lezar (add support for reading gmsh physical regions on facets)
+# Modified by Jan Blechta (add triangle support for marker on edges and attributes on triangles)
+#
+# Last changed: 2014-02-06
+
+# NOTE: This module does not depend on (py)dolfin beeing installed.
+# NOTE: If future additions need that please import dolfin in a try: except:
+# NOTE: clause and tell the user to install dolfin if it is not installed.
+
+
+import getopt
+import subprocess
+import sys
+import re
+import warnings
+import os.path
+import numpy
+
+from . import abaqus
+from . import xml_writer
+
+def format_from_suffix(suffix):
+    "Return format for given suffix"
+    if suffix == "xml":
+        return "xml"
+    elif suffix == "mesh":
+        return "mesh"
+    elif suffix == "gmsh":
+        return "gmsh"
+    elif suffix == "msh":
+        return "gmsh"
+    elif suffix == "gra":
+        return "metis"
+    elif suffix == "grf":
+        return "scotch"
+    elif suffix == "grid":
+        return "diffpack"
+    elif suffix == "inp":
+        return "abaqus"
+    elif suffix == "ncdf":
+        return "NetCDF"
+    elif suffix =="exo":
+        return "ExodusII"
+    elif suffix =="e":
+        return "ExodusII"
+    elif suffix == "vrt" or suffix == "cel":
+        return "StarCD"
+    elif suffix == "ele" or suffix == "node":
+        return "Triangle"
+    else:
+        _error("Sorry, unknown suffix %s." % suffix)
+
+def mesh2xml(ifilename, ofilename):
+    """Convert between .mesh and .xml, parser implemented as a
+    state machine:
+
+        0 = read 'Vertices'
+        1 = read number of vertices
+        2 = read next vertex
+        3 = read 'Triangles' or 'Tetrahedra'
+        4 = read number of cells
+        5 = read next cell
+        6 = done
+
+    """
+
+    print("Converting from Medit format (.mesh) to DOLFIN XML format")
+
+    # Open files
+    ifile = open(ifilename, "r")
+    ofile = open(ofilename, "w")
+
+    # Scan file for cell type
+    cell_type = None
+    dim = 0
+    while 1:
+
+        # Read next line
+        line = ifile.readline()
+        if not line: break
+
+        # Remove newline
+        line = line.strip(" \n\r").split(" ")
+
+        # Read dimension either on same line or following line
+        if  line[0] == "Dimension":
+            if (len(line) == 2):
+                line = line[1]
+            else:
+                line = ifile.readline()
+            num_dims = int(line)
+            if num_dims == 2:
+                cell_type = "triangle"
+                dim = 2
+            elif num_dims == 3:
+                cell_type = "tetrahedron"
+                dim = 3
+            break
+
+    # Check that we got the cell type
+    if cell_type == None:
+        _error("Unable to find cell type.")
+
+    # Step to beginning of file
+    ifile.seek(0)
+
+    # Write header
+    xml_writer.write_header_mesh(ofile, cell_type, dim)
+
+    # Current state
+    state = 0
+
+    # Write data
+    num_vertices_read = 0
+    num_cells_read = 0
+
+    while 1:
+
+        # Read next line
+        line = ifile.readline()
+        if not line: break
+
+        # Skip comments
+        if line[0] == '#':
+            continue
+
+        # Remove newline
+        line = line.rstrip("\n\r")
+
+        if state == 0:
+            if line == "Vertices" or line == " Vertices":
+                state += 1
+        elif state == 1:
+            num_vertices = int(line)
+            xml_writer.write_header_vertices(ofile, num_vertices)
+            state +=1
+        elif state == 2:
+            if num_dims == 2:
+                (x, y, tmp) = line.split()
+                x = float(x)
+                y = float(y)
+                z = 0.0
+            elif num_dims == 3:
+                (x, y, z, tmp) = line.split()
+                x = float(x)
+                y = float(y)
+                z = float(z)
+            xml_writer.write_vertex(ofile, num_vertices_read, x, y, z)
+            num_vertices_read +=1
+            if num_vertices == num_vertices_read:
+                xml_writer.write_footer_vertices(ofile)
+                state += 1
+        elif state == 3:
+            if (line == "Triangles"  or line == " Triangles") and num_dims == 2:
+                state += 1
+            if line == "Tetrahedra" and num_dims == 3:
+                state += 1
+        elif state == 4:
+            num_cells = int(line)
+            xml_writer.write_header_cells(ofile, num_cells)
+            state +=1
+        elif state == 5:
+            if num_dims == 2:
+                (n0, n1, n2, tmp) = line.split()
+                n0 = int(n0) - 1
+                n1 = int(n1) - 1
+                n2 = int(n2) - 1
+                xml_writer.write_cell_triangle(ofile, num_cells_read, n0, n1, n2)
+            elif num_dims == 3:
+                (n0, n1, n2, n3, tmp) = line.split()
+                n0 = int(n0) - 1
+                n1 = int(n1) - 1
+                n2 = int(n2) - 1
+                n3 = int(n3) - 1
+                xml_writer.write_cell_tetrahedron(ofile, num_cells_read, n0, n1, n2, n3)
+            num_cells_read +=1
+            if num_cells == num_cells_read:
+                xml_writer.write_footer_cells(ofile)
+                state += 1
+        elif state == 6:
+            break
+
+    # Check that we got all data
+    if state == 6:
+        print("Conversion done")
+    else:
+        _error("Missing data, unable to convert")
+
+    # Write footer
+    xml_writer.write_footer_mesh(ofile)
+
+    # Close files
+    ifile.close()
+    ofile.close()
+
+def gmsh2xml(ifilename, handler):
+    """Convert between .gmsh v2.0 format (http://www.geuz.org/gmsh/) and .xml,
+    parser implemented as a state machine:
+
+        0 = read 'MeshFormat'
+        1 = read  mesh format data
+        2 = read 'EndMeshFormat'
+        3 = read 'Nodes'
+        4 = read  number of vertices
+        5 = read  vertices
+        6 = read 'EndNodes'
+        7 = read 'Elements'
+        8 = read  number of cells
+        9 = read  cells
+        10 = done
+
+    Afterwards, extract physical region numbers if they are defined in
+    the mesh file as a mesh function.
+
+    """
+
+    print("Converting from Gmsh format (.msh, .gmsh) to DOLFIN XML format")
+
+    # The dimension of the gmsh element types supported here as well as the dolfin cell types for each dimension
+    gmsh_dim = {15: 0, 1: 1, 2: 2, 4: 3}
+    cell_type_for_dim = {1: "interval", 2: "triangle", 3: "tetrahedron" }
+    # the gmsh element types supported for conversion
+    supported_gmsh_element_types = [1, 2, 4, 15]
+
+    # Open files
+    ifile = open(ifilename, "r")
+
+    # Scan file for cell type
+    cell_type = None
+    highest_dim = 0
+    line = ifile.readline()
+    while line:
+
+        # Remove newline
+        line = line.rstrip("\n\r")
+
+        # Read dimension
+        if line.find("$Elements") == 0:
+
+            line = ifile.readline()
+            num_elements = int(line)
+            if num_elements == 0:
+                _error("No elements found in gmsh file.")
+            line = ifile.readline()
+
+            # Now iterate through elements to find largest dimension.  Gmsh
+            # format might include elements of lower dimensions in the element list.
+            # We also need to count number of elements of correct dimensions.
+            # Also determine which vertices are not used.
+            dim_count = {0: 0, 1: 0, 2: 0, 3: 0}
+            vertices_used_for_dim = {0: [], 1: [], 2: [], 3: []}
+            # Array used to store gmsh tags for 1D (type 1/line), 2D (type 2/triangular) elements and 3D (type 4/tet) elements
+            tags_for_dim = {0: [], 1: [], 2: [], 3: []}
+
+            while line.find("$EndElements") == -1:
+                element = line.split()
+                elem_type = int(element[1])
+                num_tags = int(element[2])
+                if elem_type in supported_gmsh_element_types:
+                    dim = gmsh_dim[elem_type]
+                    if highest_dim < dim:
+                        highest_dim = dim
+                    node_num_list = [int(node) for node in element[3 + num_tags:]]
+                    vertices_used_for_dim[dim].extend(node_num_list)
+                    if num_tags > 0:
+                        tags_for_dim[dim].append(tuple(int(tag) for tag in element[3:3+num_tags]))
+                    dim_count[dim] += 1
+                else:
+                    #TODO: output a warning here. "gmsh element type %d not supported" % elem_type
+                    pass
+                line = ifile.readline()
+        else:
+            # Read next line
+            line = ifile.readline()
+
+    # Check that we got the cell type and set num_cells_counted
+    if highest_dim == 0:
+        _error("Unable to find cells of supported type.")
+
+    num_cells_counted = dim_count[highest_dim]
+    vertex_set = set(vertices_used_for_dim[highest_dim])
+    vertices_used_for_dim[highest_dim] = None
+
+    vertex_dict = {}
+    for n,v in enumerate(vertex_set):
+        vertex_dict[v] = n
+
+    # Step to beginning of file
+    ifile.seek(0)
+
+    # Set mesh type
+    handler.set_mesh_type(cell_type_for_dim[highest_dim], highest_dim)
+
+    # Initialise node list (gmsh does not export all vertexes in order)
+    nodelist = {}
+
+    # Current state
+    state = 0
+
+    # Write data
+    num_vertices_read = 0
+    num_cells_read = 0
+
+    # Only import the dolfin objects if facet markings exist
+    process_facets = False
+    if len(tags_for_dim[highest_dim-1]) > 0:
+        # first construct the mesh
+        try:
+            from dolfin import MeshEditor, Mesh
+        except ImportError:
+            _error("DOLFIN must be installed to handle Gmsh boundary regions")
+        mesh = Mesh()
+        mesh_editor = MeshEditor ()
+        if (highest_dim == 2):
+            mesh_editor.open(mesh, "triangle", highest_dim, highest_dim)
+        elif (highest_dim == 3):
+            mesh_editor.open(mesh, "tetrahedron", highest_dim, highest_dim)
+        else:
+            raise RuntimeError
+        process_facets = True
+    else:
+        # TODO: Output a warning or an error here
+        me = None
+
+    while state != 10:
+
+        # Read next line
+        line = ifile.readline()
+        if not line: break
+
+        # Skip comments
+        if line[0] == '#':
+            continue
+
+        # Remove newline
+        line = line.rstrip("\n\r")
+
+        if state == 0:
+            if line == "$MeshFormat":
+                state = 1
+        elif state == 1:
+            (version, file_type, data_size) = line.split()
+            state = 2
+        elif state == 2:
+            if line == "$EndMeshFormat":
+                state = 3
+        elif state == 3:
+            if line == "$Nodes":
+                state = 4
+        elif state == 4:
+            num_vertices = len(vertex_dict)
+            handler.start_vertices(num_vertices)
+            if process_facets:
+                mesh_editor.init_vertices_global(num_vertices, num_vertices)
+            state = 5
+        elif state == 5:
+            (node_no, x, y, z) = line.split()
+            node_no = int(node_no)
+            x,y,z = [float(xx) for xx in (x,y,z)]
+            if node_no in vertex_dict:
+                node_no = vertex_dict[node_no]
+            else:
+                continue
+            nodelist[int(node_no)] = num_vertices_read
+            handler.add_vertex(num_vertices_read, [x, y, z])
+            if process_facets:
+                if highest_dim == 1:
+                    coords = numpy.array([x])
+                elif highest_dim == 2:
+                    coords = numpy.array([x, y])
+                elif highest_dim == 3:
+                    coords = numpy.array([x, y, z])
+                mesh_editor.add_vertex(num_vertices_read, coords)
+
+            num_vertices_read +=1
+
+            if num_vertices == num_vertices_read:
+                handler.end_vertices()
+                state = 6
+        elif state == 6:
+            if line == "$EndNodes":
+                state = 7
+        elif state == 7:
+            if line == "$Elements":
+                state = 8
+        elif state == 8:
+            handler.start_cells(num_cells_counted)
+            if process_facets:
+                mesh_editor.init_cells_global(num_cells_counted, num_cells_counted)
+
+            state = 9
+        elif state == 9:
+            element = line.split()
+            elem_type = int(element[1])
+            num_tags  = int(element[2])
+            if elem_type in supported_gmsh_element_types:
+                dim = gmsh_dim[elem_type]
+            else:
+                dim = 0
+            if dim == highest_dim:
+                node_num_list = [vertex_dict[int(node)] for node in element[3 + num_tags:]]
+                for node in node_num_list:
+                    if not node in nodelist:
+                        _error("Vertex %d of %s %d not previously defined." %
+                              (node, cell_type_for_dim[dim], num_cells_read))
+                cell_nodes = [nodelist[n] for n in node_num_list]
+                handler.add_cell(num_cells_read, cell_nodes)
+
+                if process_facets:
+                    cell_nodes = numpy.array([nodelist[n] for n in node_num_list], dtype=numpy.uintp)
+                    mesh_editor.add_cell(num_cells_read, cell_nodes)
+
+                num_cells_read +=1
+
+            if num_cells_counted == num_cells_read:
+                handler.end_cells()
+                if process_facets:
+                    mesh_editor.close()
+                state = 10
+        elif state == 10:
+            break
+
+    # Write mesh function based on the Physical Regions defined by
+    # gmsh, but only if they are not all zero. All zero physical
+    # regions indicate that no physical regions were defined.
+    if highest_dim not in [1,2,3]:
+        _error("Gmsh tags not supported for dimension %i. Probably a bug" % dim)
+
+    tags = tags_for_dim[highest_dim]
+    physical_regions = tuple(tag[0] for tag in tags)
+    if not all(tag == 0 for tag in physical_regions):
+        handler.start_meshfunction("physical_region", dim, num_cells_counted)
+        for i, physical_region in enumerate(physical_regions):
+            handler.add_entity_meshfunction(i, physical_region)
+        handler.end_meshfunction()
+
+    # Now process the facet markers
+    tags = tags_for_dim[highest_dim-1]
+    if (len(tags) > 0) and (mesh is not None):
+        physical_regions = tuple(tag[0] for tag in tags)
+        if not all(tag == 0 for tag in physical_regions):
+            mesh.init(highest_dim-1,0)
+
+            # Get the facet-node connectivity information (reshape as a row of node indices per facet)
+            if highest_dim==1:
+              # for 1d meshes the mesh topology returns the vertex to vertex map, which isn't what we want
+              # as facets are vertices
+              facets_as_nodes = numpy.array([[i] for i in range(mesh.num_facets())])
+            else:
+                facets_as_nodes =  numpy.reshape(mesh.topology()(highest_dim-1,0)(),(mesh.num_facets(), highest_dim))
+
+            # Build the reverse map
+            nodes_as_facets = {}
+            for facet in range(mesh.num_facets()):
+              nodes_as_facets[tuple(facets_as_nodes[facet,:])] = facet
+
+            data = [int(0*k) for k in range(mesh.num_facets()) ]
+            for i, physical_region in enumerate(physical_regions):
+                nodes = [n-1 for n in vertices_used_for_dim[highest_dim-1][highest_dim*i:(highest_dim*i+highest_dim)]]
+                nodes.sort()
+
+                if physical_region != 0:
+                    try:
+                        index = nodes_as_facets[tuple(nodes)]
+                        data[index] = physical_region
+                    except IndexError:
+                        raise Exception ( "The facet (%d) was not found to mark: %s" % (i, nodes) )
+
+            # Create and initialise the mesh function
+            handler.start_meshfunction("facet_region", highest_dim-1, mesh.num_facets() )
+            for index, physical_region in enumerate ( data ):
+                handler.add_entity_meshfunction(index, physical_region)
+            handler.end_meshfunction()
+
+    # Check that we got all data
+    if state == 10:
+        print("Conversion done")
+    else:
+       _error("Missing data, unable to convert \n\ Did you use version 2.0 of the gmsh file format?")
+
+    # Close files
+    ifile.close()
+
+def triangle2xml(ifilename, ofilename):
+    """Convert between triangle format
+    (http://www.cs.cmu.edu/~quake/triangle.html) and .xml.  The
+    given ifilename should be the prefix for the corresponding
+    .node, and .ele files.
+    """
+
+    def get_next_line (fp):
+        """Helper function for skipping comments and blank lines"""
+        line = fp.readline()
+        if line == '':
+            _error("Hit end of file prematurely.")
+        line = line.strip()
+        if not (line.startswith('#') or line == ''):
+            return line
+        return get_next_line(fp)
+
+
+    print("Converting from Triangle format {.node, .ele} to DOLFIN XML format")
+
+    # Open files
+    for suffix in [".node", ".ele"]:
+        if suffix in ifilename and ifilename[-len(suffix):] == suffix:
+            ifilename = ifilename.replace(suffix, "")
+    node_file = open(ifilename+".node", "r")
+    ele_file =  open(ifilename+".ele", "r")
+    ofile = open(ofilename, "w")
+    try:
+        edge_file = open(ifilename+".edge", "r")
+        print("Found .edge file")
+    except IOError:
+        edge_file = None
+
+    # Read all the nodes
+    nodes = {}
+    num_nodes, dim, attr, bound = list(map(int, get_next_line(node_file).split()))
+    while len(nodes) < num_nodes:
+        node, x, y = get_next_line(node_file).split()[:3]
+        nodes[int(node)] = (float(x), float(y))
+
+    # Read all the triangles
+    tris = {}
+    tri_attrs = {}
+    num_tris, n_per_tri, attrs = list(map(int, get_next_line(ele_file).split()))
+    while len(tris) < num_tris:
+        line = get_next_line(ele_file).split()
+        tri, n1, n2, n3 = list(map(int, line[:4]))
+        # vertices are ordered according to current UFC ordering scheme -
+        # - may change in future!
+        tris[tri] = tuple(sorted((n1, n2, n3)))
+        tri_attrs[tri] = tuple(map(float, line[4:4+attrs]))
+
+    # Read all the boundary markers from edges
+    edge_markers_global = {}
+    edge_markers_local = []
+    got_negative_edge_markers = False
+    if edge_file is not None:
+        num_edges, num_edge_markers = list(map(int, get_next_line(edge_file).split()))
+        if num_edge_markers == 1:
+            while len(edge_markers_global) < num_edges:
+                edge, v1, v2, marker = list(map(int, get_next_line(edge_file).split()))
+                if marker < 0: got_negative_edge_markers = True
+                edge_markers_global[tuple(sorted((v1, v2)))] = marker
+            if got_negative_edge_markers:
+                print("Some edge markers are negative! dolfin will increase "\
+                        "them by probably 2**32 when loading xml. "\
+                        "Consider using non-negative edge markers only.")
+            for tri, vertices in tris.items():
+                v0, v1, v2 = sorted((vertices[0:3]))
+                try:
+                    edge_markers_local.append((tri, 0, \
+                              edge_markers_global[(v1, v2)]))
+                    edge_markers_local.append((tri, 1, \
+                              edge_markers_global[(v0, v2)]))
+                    edge_markers_local.append((tri, 2, \
+                              edge_markers_global[(v0, v1)]))
+                except IndexError:
+                    raise Exception("meshconvert.py: The facet was not found.")
+        elif num_edge_markers == 0:
+            print("...but no markers in it. Ignoring it")
+        else:
+            print("...but %d markers specified in it. It won't be processed."\
+                          %num_edge_markers)
+
+    # Write everything out
+    xml_writer.write_header_mesh(ofile, "triangle", 2)
+    xml_writer.write_header_vertices(ofile, num_nodes)
+    node_off = 0 if 0 in nodes else -1
+    for node, node_t in nodes.items():
+        xml_writer.write_vertex(ofile, node+node_off, node_t[0], node_t[1], 0.0)
+    xml_writer.write_footer_vertices(ofile)
+    xml_writer.write_header_cells(ofile, num_tris)
+    tri_off = 0 if 0 in tris else -1
+    for tri, tri_t in tris.items():
+        xml_writer.write_cell_triangle(ofile, tri+tri_off, tri_t[0] + node_off,
+                                       tri_t[1] + node_off, tri_t[2] + node_off)
+    xml_writer.write_footer_cells(ofile)
+    if len(edge_markers_local) > 0:
+        xml_writer.write_header_domains(ofile)
+        xml_writer.write_header_meshvaluecollection(ofile, \
+                            "edge markers", 1, len(edge_markers_local), "uint")
+        for tri, local_edge, marker in edge_markers_local:
+             xml_writer.write_entity_meshvaluecollection(ofile, \
+                                            1, tri+tri_off, marker, local_edge)
+        xml_writer.write_footer_meshvaluecollection(ofile)
+        xml_writer.write_footer_domains(ofile)
+    xml_writer.write_footer_mesh(ofile)
+    for i in range(attrs):
+        afilename = ofilename.replace(".xml", ".attr"+str(i)+".xml")
+        afile = open(afilename, "w")
+        xml_writer.write_header_meshfunction2(afile)
+        xml_writer.write_header_meshvaluecollection(afile, \
+                             "triangle attribs "+str(i), 2, num_tris, "double")
+        for tri, tri_a in tri_attrs.items():
+             xml_writer.write_entity_meshvaluecollection(afile, \
+                                            2, tri+tri_off, tri_a[i], 0)
+        xml_writer.write_footer_meshvaluecollection(afile)
+        xml_writer.write_footer_meshfunction(afile)
+        print("triangle attributes from .ele file written to "+afilename)
+        afile.close()
+
+    # Close files
+    node_file.close()
+    ele_file.close()
+    if edge_file is not None:
+        edge_file.close()
+    ofile.close()
+
+
+def xml_old2xml(ifilename, ofilename):
+    "Convert from old DOLFIN XML format to new."
+
+    print("Converting from old (pre DOLFIN 0.6.2) to new DOLFIN XML format...")
+
+    # Open files
+    ifile = open(ifilename, "r")
+    ofile = open(ofilename, "w")
+
+    # Scan file for cell type (assuming there is just one)
+    cell_type = None
+    dim = 0
+    while 1:
+
+        # Read next line
+        line = ifile.readline()
+        if not line: break
+
+        # Read dimension
+        if "<triangle" in line:
+            cell_type = "triangle"
+            dim = 2
+            break
+        elif "<tetrahedron" in line:
+            cell_type = "tetrahedron"
+            dim = 3
+            break
+
+    # Step to beginning of file
+    ifile.seek(0)
+
+    # Read lines and make changes
+    while 1:
+
+        # Read next line
+        line = ifile.readline()
+        if not line: break
+
+        # Modify line
+        if "xmlns" in line:
+            line = "<dolfin xmlns:dolfin=\"http://fenicsproject.org\">\n"
+        if "<mesh>" in line:
+            line = "  <mesh celltype=\"%s\" dim=\"%d\">\n" % (cell_type, dim)
+        if dim == 2 and " z=\"0.0\"" in line:
+            line = line.replace(" z=\"0.0\"", "")
+        if " name=" in line:
+            line = line.replace(" name=", " index=")
+        if " name =" in line:
+            line = line.replace(" name =", " index=")
+        if "n0" in line:
+            line = line.replace("n0", "v0")
+        if "n1" in line:
+            line = line.replace("n1", "v1")
+        if "n2" in line:
+            line = line.replace("n2", "v2")
+        if "n3" in line:
+            line = line.replace("n3", "v3")
+
+        # Write line
+        ofile.write(line)
+
+    # Close files
+    ifile.close();
+    ofile.close();
+    print("Conversion done")
+
+def metis_graph2graph_xml(ifilename, ofilename):
+    "Convert from Metis graph format to DOLFIN Graph XML."
+
+    print("Converting from Metis graph format to DOLFIN Graph XML.")
+
+    # Open files
+    ifile = open(ifilename, "r")
+    ofile = open(ofilename, "w")
+
+    # Read number of vertices and edges
+    line = ifile.readline()
+    if not line:
+       _error("Empty file")
+
+    (num_vertices, num_edges) = line.split()
+
+    xml_writer.write_header_graph(ofile, "directed")
+    xml_writer.write_header_vertices(ofile, int(num_vertices))
+
+    for i in range(int(num_vertices)):
+        line = ifile.readline()
+        edges = line.split()
+        xml_writer.write_graph_vertex(ofile, i, len(edges))
+
+    xml_writer.write_footer_vertices(ofile)
+    xml_writer.write_header_edges(ofile, 2*int(num_edges))
+
+    # Step to beginning of file and skip header info
+    ifile.seek(0)
+    ifile.readline()
+    for i in range(int(num_vertices)):
+        print("vertex %g", i)
+        line = ifile.readline()
+        edges = line.split()
+        for e in edges:
+            xml_writer.write_graph_edge(ofile, i, int(e))
+
+    xml_writer.write_footer_edges(ofile)
+    xml_writer.write_footer_graph(ofile)
+
+    # Close files
+    ifile.close();
+    ofile.close();
+
+def scotch_graph2graph_xml(ifilename, ofilename):
+    "Convert from Scotch graph format to DOLFIN Graph XML."
+
+    print("Converting from Scotch graph format to DOLFIN Graph XML.")
+
+    # Open files
+    ifile = open(ifilename, "r")
+    ofile = open(ofilename, "w")
+
+    # Skip graph file version number
+    ifile.readline()
+
+    # Read number of vertices and edges
+    line = ifile.readline()
+    if not line:
+       _error("Empty file")
+
+    (num_vertices, num_edges) = line.split()
+
+    # Read start index and numeric flag
+    # Start index is 0 or 1 (C/Fortran)
+    # Numeric flag is 3 bits where bit 1 enables vertex labels
+    # bit 2 enables edge weights and bit 3 enables vertex weights
+
+    line = ifile.readline()
+    (start_index, numeric_flag) = line.split()
+
+    # Handling not implented
+    if not numeric_flag == "000":
+       _error("Handling of scotch vertex labels, edge- and vertex weights not implemented")
+
+    xml_writer.write_header_graph(ofile, "undirected")
+    xml_writer.write_header_vertices(ofile, int(num_vertices))
+
+    # Read vertices and edges, first number gives number of edges from this vertex (not used)
+    for i in range(int(num_vertices)):
+        line = ifile.readline()
+        edges = line.split()
+        xml_writer.write_graph_vertex(ofile, i, len(edges)-1)
+
+    xml_writer.write_footer_vertices(ofile)
+    xml_writer.write_header_edges(ofile, int(num_edges))
+
+
+    # Step to beginning of file and skip header info
+    ifile.seek(0)
+    ifile.readline()
+    ifile.readline()
+    ifile.readline()
+    for i in range(int(num_vertices)):
+        line = ifile.readline()
+
+        edges = line.split()
+        for j in range(1, len(edges)):
+            xml_writer.write_graph_edge(ofile, i, int(edges[j]))
+
+    xml_writer.write_footer_edges(ofile)
+    xml_writer.write_footer_graph(ofile)
+
+    # Close files
+    ifile.close();
+    ofile.close();
+
+
+def diffpack2xml(ifilename, ofilename):
+    "Convert from Diffpack tetrahedral/triangle grid format to DOLFIN XML."
+
+    print(diffpack2xml.__doc__)
+
+    # Format strings for MeshFunction XML files
+    meshfunction_header = """\
+<?xml version="1.0" encoding="UTF-8"?>\n
+<dolfin xmlns:dolfin="http://www.fenics.org/dolfin/">
+  <mesh_function type="uint" dim="%d" size="%d">\n"""
+    meshfunction_entity = "    <entity index=\"%d\" value=\"%d\"/>\n"
+    meshfunction_footer = "  </mesh_function>\n</dolfin>"
+
+    # Open files
+    ifile = open(ifilename, "r")
+    ofile = open(ofilename, "w")
+
+    # Read and analyze header
+    while 1:
+        line = ifile.readline()
+        if not line:
+           _error("Empty file")
+        if line[0] == "#":
+            break
+        if re.search(r"Number of elements", line):
+            num_cells = int(re.match(r".*\s(\d+).*", line).group(1))
+        if re.search(r"Number of nodes", line):
+            num_vertices = int(re.match(r".*\s(\d+).*", line).group(1))
+        if re.search(r"Number of space dim.", line):
+            num_dims = int(re.match(r".*\s(\d+).*", line).group(1))
+
+    if num_dims == 3:
+        xml_writer.write_header_mesh(ofile, "tetrahedron", 3)
+        elem_type = "ElmT4n3D"
+        write_cell_func = xml_writer.write_cell_tetrahedron
+    else:
+        xml_writer.write_header_mesh(ofile, "triangle", 2)
+        elem_type = "ElmT3n2D"
+        write_cell_func = xml_writer.write_cell_triangle
+
+    xml_writer.write_header_vertices(ofile, num_vertices)
+
+    # Read & write vertices and collect markers for vertices
+    vertex_markers = []
+    unique_vertex_markers = set()
+    for i in range(num_vertices):
+        line = ifile.readline()
+        m = re.match(r"^.*\(\s*(.*)\s*\).*\](.*)$", line)
+        x = list(map(float, re.split("[\s,]+", m.group(1))))
+        xml_writer.write_vertex(ofile, i, *x)
+        markers = list(map(int, m.group(2).split()))
+        vertex_markers.append(markers)
+        unique_vertex_markers.update(markers)
+
+    xml_writer.write_footer_vertices(ofile)
+    xml_writer.write_header_cells(ofile, num_cells)
+
+    # Output unique vertex markers as individual VertexFunctions
+    unique_vertex_markers.difference_update([0])
+    for unique_marker in unique_vertex_markers:
+        ofile_marker = open(ofilename.replace(".xml", "") + \
+                            "_marker_" + str(unique_marker)+".xml", "w")
+        xml_writer.write_header_meshfunction(ofile_marker, 0, num_vertices)
+        for ind, markers in enumerate(vertex_markers):
+            if unique_marker in markers:
+                xml_writer.write_entity_meshfunction(ofile_marker, ind, unique_marker)
+            else:
+                xml_writer.write_entity_meshfunction(ofile_marker, ind, 0)
+        xml_writer.write_footer_meshfunction(ofile_marker)
+
+    # Ignore comment lines
+    while 1:
+        line = ifile.readline()
+        if not line:
+           _error("Empty file")
+        if line[0] == "#":
+            break
+
+    # Read & write cells and collect cell and face markers
+    cell_markers = []
+    facet_markers = []
+    facet_to_vert = [[1,2,3], [0,2,3], [0,1,3], [0,1,2]]
+    vert_to_facet = facet_to_vert # The same!
+
+    cell_ind = 0
+    while cell_ind < num_cells:
+        line = ifile.readline()
+        v = line.split()
+        if not v:
+            continue
+
+        if v[1] != elem_type:
+           _error("Only tetrahedral (ElmT4n3D) and triangular (ElmT3n2D) elements are implemented.")
+
+        # Store Cell markers
+        cell_markers.append(int(v[2]))
+
+        # Sort vertex indices
+        cell_indices = sorted([int(x)-1 for x in v[3:]])
+        write_cell_func(ofile, cell_ind, *cell_indices)
+
+        if num_dims == 2:
+            cell_ind += 1
+            continue
+
+        # Check Facet info
+        process_facet = set(range(4))
+        for local_vert_ind, global_vert_ind in enumerate(cell_indices):
+
+            # If no marker is included for vertex skip corresponding facet
+            if not vertex_markers[global_vert_ind]:
+                process_facet.difference_update(facet_to_vert[local_vert_ind])
+
+        # Process facets
+        for local_facet in process_facet:
+
+            # Start with markers from first vertex
+            global_first_vertex = cell_indices[facet_to_vert[local_facet][0]]
+            marker_intersection = set(vertex_markers[global_first_vertex])
+
+            # Process the other vertices
+            for local_vert in facet_to_vert[local_facet][1:]:
+                marker_intersection.intersection_update(\
+                    vertex_markers[cell_indices[local_vert]])
+
+                if not marker_intersection:
+                    break
+
+            # If not break we have a marker on local_facet
+            else:
+                assert(len(marker_intersection)==1)
+                facet_markers.append((cell_ind, local_facet, \
+                                      marker_intersection.pop()))
+        # Bump cell_ind
+        cell_ind += 1
+
+    xml_writer.write_footer_cells(ofile)
+    xml_writer.write_header_domains(ofile)
+
+    # Write facet markers if any
+    if facet_markers:
+        xml_writer.write_header_meshvaluecollection(ofile, "m", 2, \
+                                                    len(facet_markers), "uint")
+        for cell, local_facet, marker in facet_markers:
+            xml_writer.write_entity_meshvaluecollection(ofile, 2, cell, \
+                                                        marker, local_facet)
+        xml_writer.write_footer_meshvaluecollection(ofile)
+
+    xml_writer.write_header_meshvaluecollection(ofile, "m", num_dims, \
+                                                len(cell_markers), "uint")
+    for cell, marker in enumerate(cell_markers):
+        xml_writer.write_entity_meshvaluecollection(ofile, num_dims, cell, \
+                                                    marker)
+    xml_writer.write_footer_meshvaluecollection(ofile)
+    xml_writer.write_footer_domains(ofile)
+    xml_writer.write_footer_mesh(ofile)
+
+    # Close files
+    ifile.close()
+    ofile.close()
+
+class ParseError(Exception):
+    """ Error encountered in source file.
+    """
+
+class DataHandler(object):
+    """ Baseclass for handlers of mesh data.
+
+    The actual handling of mesh data encountered in the source file is
+    delegated to a polymorfic object. Typically, the delegate will write the
+    data to XML.
+    @ivar _state: the state which the handler is in, one of State_*.
+    @ivar _cell_type: cell type in mesh. One of CellType_*.
+    @ivar _dim: mesh dimensions.
+    """
+    State_Invalid, State_Init, State_Vertices, State_Cells, \
+          State_MeshFunction, State_MeshValueCollection = list(range(6))
+    CellType_Tetrahedron, CellType_Triangle, CellType_Interval = list(range(3))
+
+    def __init__(self):
+        self._state = self.State_Invalid
+
+    def set_mesh_type(self, cell_type, dim):
+        assert self._state == self.State_Invalid
+        self._state = self.State_Init
+        if cell_type == "tetrahedron":
+            self._cell_type = self.CellType_Tetrahedron
+        elif cell_type == "triangle":
+            self._cell_type = self.CellType_Triangle
+        elif cell_type == "interval":
+            self._cell_type = self.CellType_Interval
+        self._dim = dim
+
+    def start_vertices(self, num_vertices):
+        assert self._state == self.State_Init
+        self._state = self.State_Vertices
+
+    def add_vertex(self, vertex, coords):
+        assert self._state == self.State_Vertices
+
+    def end_vertices(self):
+        assert self._state == self.State_Vertices
+        self._state = self.State_Init
+
+    def start_cells(self, num_cells):
+        assert self._state == self.State_Init
+        self._state = self.State_Cells
+
+    def add_cell(self, cell, nodes):
+        assert self._state == self.State_Cells
+
+    def end_cells(self):
+        assert self._state == self.State_Cells
+        self._state = self.State_Init
+
+    def start_domains(self):
+        assert self._state == self.State_Init
+
+    def end_domains(self):
+        self._state = self.State_Init
+
+    def start_meshfunction(self, name, dim, size):
+        assert self._state == self.State_Init
+        self._state = self.State_MeshFunction
+
+    def add_entity_meshfunction(self, index, value):
+        assert self._state == self.State_MeshFunction
+
+    def end_meshfunction(self):
+        assert self._state == self.State_MeshFunction
+        self._state = self.State_Init
+
+    def start_mesh_value_collection(self, name, dim, size, etype):
+        assert self._state == self.State_Init
+        self._state = self.State_MeshValueCollection
+
+    def add_entity_mesh_value_collection(self, dim, index, value, local_entity=0):
+        assert self._state == self.State_MeshValueCollection
+
+    def end_mesh_value_collection(self):
+        assert self._state == self.State_MeshValueCollection
+        self._state = self.State_Init
+
+    def warn(self, msg):
+        """ Issue warning during parse.
+        """
+        warnings.warn(msg)
+
+    def error(self, msg):
+        """ Raise error during parse.
+
+        This method is expected to raise ParseError.
+        """
+        raise ParseError(msg)
+
+    def close(self):
+        self._state = self.State_Invalid
+
+class XmlHandler(DataHandler):
+    """ Data handler class which writes to Dolfin XML.
+    """
+    def __init__(self, ofilename):
+        DataHandler.__init__(self)
+        self._ofilename = ofilename
+        self.__ofile = open(ofilename, "w")
+        self.__ofile_meshfunc = None
+
+    def ofile(self):
+        return self.__ofile
+
+    def set_mesh_type(self, cell_type, dim):
+        DataHandler.set_mesh_type(self, cell_type, dim)
+        xml_writer.write_header_mesh(self.__ofile, cell_type, dim)
+
+    def start_vertices(self, num_vertices):
+        DataHandler.start_vertices(self, num_vertices)
+        xml_writer.write_header_vertices(self.__ofile, num_vertices)
+
+    def add_vertex(self, vertex, coords):
+        DataHandler.add_vertex(self, vertex, coords)
+        xml_writer.write_vertex(self.__ofile, vertex, *coords)
+
+    def end_vertices(self):
+        DataHandler.end_vertices(self)
+        xml_writer.write_footer_vertices(self.__ofile)
+
+    def start_cells(self, num_cells):
+        DataHandler.start_cells(self, num_cells)
+        xml_writer.write_header_cells(self.__ofile, num_cells)
+
+    def add_cell(self, cell, nodes):
+        DataHandler.add_cell(self, cell, nodes)
+        if self._cell_type == self.CellType_Tetrahedron:
+            func = xml_writer.write_cell_tetrahedron
+        elif self._cell_type == self.CellType_Triangle:
+            func = xml_writer.write_cell_triangle
+        elif self._cell_type == self.CellType_Interval:
+            func = xml_writer.write_cell_interval
+
+        func(self.__ofile, cell, *nodes)
+
+    def end_cells(self):
+        DataHandler.end_cells(self)
+        xml_writer.write_footer_cells(self.__ofile)
+
+    def start_meshfunction(self, name, dim, size):
+        DataHandler.start_meshfunction(self, name, dim, size)
+        fname = os.path.splitext(self.__ofile.name)[0]
+        self.__ofile_meshfunc = open("%s_%s.xml" % (fname, name), "w")
+        xml_writer.write_header_meshfunction(self.__ofile_meshfunc, dim, size)
+
+    def add_entity_meshfunction(self, index, value):
+        DataHandler.add_entity_meshfunction(self, index, value)
+        xml_writer.write_entity_meshfunction(self.__ofile_meshfunc, index, value)
+
+    def end_meshfunction(self):
+        DataHandler.end_meshfunction(self)
+        xml_writer.write_footer_meshfunction(self.__ofile_meshfunc)
+        self.__ofile_meshfunc.close()
+        self.__ofile_meshfunc = None
+
+    def start_domains(self):
+        #DataHandler.start_domains(self)
+        xml_writer.write_header_domains(self.__ofile)
+
+    def end_domains(self):
+        #DataHandler.end_domains(self)
+        xml_writer.write_footer_domains(self.__ofile)
+
+    def start_mesh_value_collection(self, name, dim, size, etype):
+        DataHandler.start_mesh_value_collection(self, name, dim, size, etype)
+        xml_writer.write_header_meshvaluecollection(self.__ofile, name, dim, size, etype)
+
+    def add_entity_mesh_value_collection(self, dim, index, value, local_entity=0):
+        DataHandler.add_entity_mesh_value_collection(self, dim, index, value)
+        xml_writer.write_entity_meshvaluecollection(self.__ofile, dim, index, value, local_entity=local_entity)
+
+    def end_mesh_value_collection(self):
+        DataHandler.end_mesh_value_collection(self)
+        xml_writer.write_footer_meshvaluecollection(self.__ofile)
+
+    def close(self):
+        DataHandler.close(self)
+        if self.__ofile.closed:
+            return
+        xml_writer.write_footer_mesh(self.__ofile)
+        self.__ofile.close()
+        if self.__ofile_meshfunc is not None:
+            self.__ofile_meshfunc.close()
+
+
+def netcdf2xml(ifilename,ofilename):
+    "Convert from NetCDF format to DOLFIN XML."
+
+    print("Converting from NetCDF format (.ncdf) to DOLFIN XML format")
+
+    # Open files
+    ifile = open(ifilename, "r")
+    ofile = open(ofilename, "w")
+
+
+    cell_type = None
+    dim = 0
+
+    # Scan file for dimension, number of nodes, number of elements
+    while 1:
+        line = ifile.readline()
+        if not line:
+            _error("Empty file")
+        if re.search(r"num_dim.*=", line):
+            dim = int(re.match(".*\s=\s(\d+)\s;",line).group(1))
+        if re.search(r"num_nodes.*=", line):
+            num_vertices = int(re.match(".*\s=\s(\d+)\s;",line).group(1))
+        if re.search(r"num_elem.*=", line):
+            num_cells = int(re.match(".*\s=\s(\d+)\s;",line).group(1))
+        if re.search(r"connect1 =",line):
+            break
+
+    num_dims=dim
+
+    # Set cell type
+    if dim == 2:
+        cell_type = "triangle"
+    if dim == 3:
+        cell_type = "tetrahedron"
+
+    # Check that we got the cell type
+    if cell_type == None:
+        _error("Unable to find cell type.")
+
+    # Write header
+    xml_writer.write_header_mesh(ofile, cell_type, dim)
+    xml_writer.write_header_cells(ofile, num_cells)
+    num_cells_read = 0
+
+    # Read and write cells
+    while 1:
+        # Read next line
+        line = ifile.readline()
+        if not line:
+            break
+        connect=re.split("[,;]",line)
+        if num_dims == 2:
+            n0 = int(connect[0])-1
+            n1 = int(connect[1])-1
+            n2 = int(connect[2])-1
+            xml_writer.write_cell_triangle(ofile, num_cells_read, n0, n1, n2)
+        elif num_dims == 3:
+            n0 = int(connect[0])-1
+            n1 = int(connect[1])-1
+            n2 = int(connect[2])-1
+            n3 = int(connect[3])-1
+            xml_writer.write_cell_tetrahedron(ofile, num_cells_read, n0, n1, n2, n3)
+        num_cells_read +=1
+        if num_cells == num_cells_read:
+           xml_writer.write_footer_cells(ofile)
+           xml_writer.write_header_vertices(ofile, num_vertices)
+           break
+
+    num_vertices_read = 0
+    coords = [[],[],[]]
+    coord = -1
+
+    while 1:
+        line = ifile.readline()
+        if not line:
+            _error("Missing data")
+        if re.search(r"coord =",line):
+            break
+
+    # Read vertices
+    while 1:
+        line = ifile.readline()
+        if not line:
+            break
+        if re.search(r"\A\s\s\S+,",line):
+            coord+=1
+            print("Found x_"+str(coord)+" coordinates")
+        coords[coord] += line.split()
+        if re.search(r";",line):
+            break
+
+    # Write vertices
+    for i in range(num_vertices):
+        if num_dims == 2:
+            x = float(re.split(",",coords[0].pop(0))[0])
+            y = float(re.split(",",coords[1].pop(0))[0])
+            z = 0
+        if num_dims == 3:
+            x = float(re.split(",",coords[0].pop(0))[0])
+            y = float(re.split(",",coords[1].pop(0))[0])
+            z = float(re.split(",",coords[2].pop(0))[0])
+        xml_writer.write_vertex(ofile, i, x, y, z)
+
+
+    # Write footer
+    xml_writer.write_footer_vertices(ofile)
+    xml_writer.write_footer_mesh(ofile)
+
+    # Close files
+    ifile.close()
+    ofile.close()
+
+def exodus2xml(ifilename,ofilename):
+    "Convert from Exodus II format to DOLFIN XML."
+
+    print("Converting from Exodus II format to NetCDF format")
+
+    name = ifilename.split(".")[0]
+    netcdffilename = name +".ncdf"
+    subprocess.run(['ncdump', ifilename, ' > ', netcdffilename], check=True)
+    netcdf2xml(netcdffilename, ofilename)
+
+
+def _error(message):
+    "Write an error message"
+    for line in message.split("\n"):
+        print("*** %s" % line)
+    sys.exit(2)
+
+def convert2xml(ifilename, ofilename, iformat=None):
+    """Convert a file to the DOLFIN XML format.
+
+    """
+    convert(ifilename, XmlHandler(ofilename), iformat=iformat)
+
+def convert(ifilename, handler, iformat=None):
+    """ Convert a file using a provided data handler.
+
+    Note that handler.close is called when this function finishes.
+    @param ifilename: Name of input file.
+    @param handler: The data handler (instance of L{DataHandler}).
+    @param iformat: Format of input file.
+    """
+    if iformat is None:
+        iformat = format_from_suffix(os.path.splitext(ifilename)[1][1:])
+    # XXX: Backwards-compat
+    if hasattr(handler, "_ofilename"):
+        ofilename = handler._ofilename
+    # Choose conversion
+    if iformat == "mesh":
+        # Convert from mesh to xml format
+        mesh2xml(ifilename, ofilename)
+    elif iformat == "gmsh":
+        # Convert from gmsh to xml format
+        gmsh2xml(ifilename, handler)
+    elif iformat == "Triangle":
+        # Convert from Triangle to xml format
+        triangle2xml(ifilename, ofilename)
+    elif iformat == "xml-old":
+        # Convert from old to new xml format
+        xml_old2xml(ifilename, ofilename)
+    elif iformat == "metis":
+        # Convert from metis graph to dolfin graph xml format
+        metis_graph2graph_xml(ifilename, ofilename)
+    elif iformat == "scotch":
+        # Convert from scotch graph to dolfin graph xml format
+        scotch_graph2graph_xml(ifilename, ofilename)
+    elif iformat == "diffpack":
+        # Convert from Diffpack tetrahedral grid format to xml format
+        diffpack2xml(ifilename, ofilename)
+    elif iformat == "abaqus":
+        # Convert from abaqus to xml format
+        abaqus.convert(ifilename, handler)
+    elif iformat == "NetCDF":
+        # Convert from NetCDF generated from ExodusII format to xml format
+        netcdf2xml(ifilename, ofilename)
+    elif iformat =="ExodusII":
+        # Convert from ExodusII format to xml format via NetCDF
+        exodus2xml(ifilename, ofilename)
+    elif iformat == "StarCD":
+        # Convert from Star-CD tetrahedral grid format to xml format
+        starcd2xml(ifilename, ofilename)
+    else:
+        _error("Sorry, cannot convert between %s and DOLFIN xml file formats." % iformat)
+
+    # XXX: handler.close messes things for other input formats than abaqus or gmsh
+    if iformat in ("abaqus", "gmsh"):
+        handler.close()
+
+def starcd2xml(ifilename, ofilename):
+    "Convert from Star-CD tetrahedral grid format to DOLFIN XML."
+
+    print(starcd2xml.__doc__)
+
+    if not os.path.isfile(ifilename[:-3] + "vrt") or not os.path.isfile(ifilename[:-3] + "cel"):
+        print("StarCD format requires one .vrt file and one .cel file")
+        sys.exit(2)
+
+
+    # open output file
+    ofile = open(ofilename, "w")
+
+    # Open file, the vertices are in a .vrt file
+    ifile = open(ifilename[:-3] + "vrt", "r")
+
+    write_header_mesh(ofile, "tetrahedron", 3)
+
+    # Read & write vertices
+
+    # first, read all lines (need to sweep to times through the file)
+    lines = ifile.readlines()
+
+    # second, find the number of vertices
+    num_vertices = -1
+    counter = 0
+    # nodenr_map is needed because starcd support node numbering like 1,2,4 (ie 3 is missing)
+    nodenr_map = {}
+    for line in lines:
+        nodenr = int(line[0:15])
+        nodenr_map[nodenr] = counter
+        counter += 1
+    num_vertices = counter
+
+    # third, run over all vertices
+    xml_writer.write_header_vertices(ofile, num_vertices)
+    for line in lines:
+        nodenr = int(line[0:15])
+        vertex0 = float(line[15:31])
+        vertex1 = float(line[31:47])
+        vertex2 = float(line[47:63])
+        xml_writer.write_vertex(ofile, nodenr_map[nodenr], float(vertex0), float(vertex1), float(vertex2))
+    xml_writer.write_footer_vertices(ofile)
+
+    # Open file, the cells are in a .cel file
+    ifile = open(ifilename[:-3] + "cel", "r")
+
+    # Read & write cells
+
+    # first, read all lines (need to sweep to times through the file)
+    lines = ifile.readlines()
+
+    # second, find the number of cells
+    num_cells = -1
+    counter = 0
+    for line in lines:
+        l = [int(a) for a in line.split()]
+        cellnr, node0, node1, node2, node3, node4, node5, node6, node7, tmp1, tmp2  = l
+        if node4 > 0:
+            if node2 == node3 and node4 == node5 and node5 == node6 and node6 == node7: # these nodes should be equal
+                counter += 1
+            else:
+                print("The file does contain cells that are not tetraheders. The cell number is ", cellnr, " the line read was ", line)
+        else:
+            # triangles on the surface
+#            print "The file does contain cells that are not tetraheders node4==0. The cell number is ", cellnr, " the line read was ", line
+            #sys.exit(2)
+            pass
+
+    num_cells = counter
+
+    # third, run over all cells
+    xml_writer.write_header_cells(ofile, num_cells)
+    counter = 0
+    for line in lines:
+        l = [int(a) for a in line.split()]
+        cellnr, node0, node1, node2, node3, node4, node5, node6, node7, tmp1, tmp2  = l
+        if (node4 > 0):
+            if node2 == node3 and node4 == node5 and node5 == node6 and node6 == node7: # these nodes should be equal
+
+                xml_writer.write_cell_tetrahedron(ofile, counter, nodenr_map[node0], nodenr_map[node1], nodenr_map[node2], nodenr_map[node4])
+                counter += 1
+
+    xml_writer.write_footer_cells(ofile)
+    xml_writer.write_footer_mesh(ofile)
+
+    # Close files
+    ifile.close()
+    ofile.close()
diff --git a/python/dolfin_utils/meshconvert/xml_writer.py b/python/dolfin_utils/meshconvert/xml_writer.py
new file mode 100644
index 0000000..15c4a8b
--- /dev/null
+++ b/python/dolfin_utils/meshconvert/xml_writer.py
@@ -0,0 +1,155 @@
+# -*- coding: utf-8 -*-
+"""Module for formatting DOLFIN XML files."""
+
+# Copyright (C) 2012 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Jan Blechta, 2012.
+#
+# Last changed: 2012-11-22
+
+
+
+# Write mesh header
+def write_header_mesh(ofile, cell_type, dim):
+    ofile.write("""\
+<?xml version=\"1.0\" encoding=\"UTF-8\"?>
+
+<dolfin xmlns:dolfin=\"http://www.fenicsproject.org\">
+  <mesh celltype="%s" dim="%d">
+""" % (cell_type, dim))
+
+# Write graph header
+def write_header_graph(ofile, graph_type):
+    ofile.write("""\
+<?xml version=\"1.0\" encoding=\"UTF-8\"?>
+
+<dolfin xmlns:dolfin=\"http://www.fenicsproject.org/\">
+  <graph type="%s">
+""" % (graph_type))
+
+# Write mesh footer
+def write_footer_mesh(ofile):
+    ofile.write("""\
+  </mesh>
+</dolfin>
+""")
+
+# Write graph footer
+def write_footer_graph(ofile):
+    ofile.write("""\
+  </graph>
+</dolfin>
+""")
+
+def write_header_vertices(ofile, num_vertices):
+    "Write vertices header"
+    print("Expecting %d vertices" % num_vertices)
+    ofile.write("    <vertices size=\"%d\">\n" % num_vertices)
+
+def write_footer_vertices(ofile):
+    "Write vertices footer"
+    ofile.write("    </vertices>\n")
+    print("Found all vertices")
+
+def write_header_edges(ofile, num_edges):
+    "Write edges header"
+    print("Expecting %d edges" % num_edges)
+    ofile.write("    <edges size=\"%d\">\n" % num_edges)
+
+def write_footer_edges(ofile):
+    "Write edges footer"
+    ofile.write("    </edges>\n")
+    print("Found all edges")
+
+def write_vertex(ofile, vertex, *args):
+    "Write vertex"
+    coords = " ".join(['%s="%.16e"' % (comp, num) for (comp, num) in zip(["x","y","z"], args)])
+    ofile.write('      <vertex index="%d" %s/>\n' % \
+                (vertex, coords))
+
+def write_graph_vertex(ofile, vertex, num_edges, weight = 1):
+    "Write graph vertex"
+    ofile.write("      <vertex index=\"%d\" num_edges=\"%d\" weight=\"%d\"/>\n" % \
+        (vertex, num_edges, weight))
+
+def write_graph_edge(ofile, v1, v2, weight = 1):
+    "Write graph edge"
+    ofile.write("      <edge v1=\"%d\" v2=\"%d\" weight=\"%d\"/>\n" % \
+        (v1, v2, weight))
+
+def write_header_cells(ofile, num_cells):
+    "Write cells header"
+    ofile.write("    <cells size=\"%d\">\n" % num_cells)
+    print("Expecting %d cells" % num_cells)
+
+def write_footer_cells(ofile):
+    "Write cells footer"
+    ofile.write("    </cells>\n")
+    print("Found all cells")
+
+def write_cell_interval(ofile, cell, n0, n1):
+    "Write cell (interval)"
+    ofile.write("      <interval index=\"%d\" v0=\"%d\" v1=\"%d\"/>\n" % \
+        (cell, n0, n1))
+
+def write_cell_triangle(ofile, cell, n0, n1, n2):
+    "Write cell (triangle)"
+    ofile.write("      <triangle index=\"%d\" v0=\"%d\" v1=\"%d\" v2=\"%d\"/>\n" % \
+        (cell, n0, n1, n2))
+
+def write_cell_tetrahedron(ofile, cell, n0, n1, n2, n3):
+    "Write cell (tetrahedron)"
+    ofile.write("      <tetrahedron index=\"%d\" v0=\"%d\" v1=\"%d\" v2=\"%d\" v3=\"%d\"/>\n" % \
+        (cell, n0, n1, n2, n3))
+
+def write_header_domains(ofile):
+    ofile.write("    <domains>\n")
+
+def write_footer_domains(ofile):
+    ofile.write("    </domains>\n")
+
+def write_header_meshvaluecollection(ofile, name, dim, size, etype):
+    ofile.write("    <mesh_value_collection name=\"%s\" type=\"%s\" dim=\"%d\" size=\"%d\">\n" % (name, etype, dim, size))
+
+def write_entity_meshvaluecollection(ofile, dim, index, value, local_entity=0):
+    ofile.write("      <value cell_index=\"%d\" local_entity=\"%d\" value=\"%d\"/>\n" % (index, local_entity, value))
+
+def write_footer_meshvaluecollection(ofile):
+    ofile.write("    </mesh_value_collection>\n")
+
+def write_header_meshfunction(ofile, dimensions, size):
+    header = """<?xml version="1.0" encoding="UTF-8"?>
+<dolfin xmlns:dolfin="http://fenicsproject.org">
+  <mesh_function type="uint" dim="%d" size="%d">
+""" % (dimensions, size)
+    ofile.write(header)
+
+def write_header_meshfunction2(ofile):
+    header = """<?xml version="1.0" encoding="UTF-8"?>
+<dolfin xmlns:dolfin="http://fenicsproject.org">
+  <mesh_function>
+"""
+    ofile.write(header)
+
+def write_entity_meshfunction(ofile, index, value):
+    ofile.write("""    <entity index=\"%d\" value=\"%d\"/>
+""" % (index, value))
+
+def write_footer_meshfunction(ofile):
+    ofile.write("""  </mesh_function>
+</dolfin>""")
diff --git a/python/dolfin_utils/test/__init__.py b/python/dolfin_utils/test/__init__.py
new file mode 100644
index 0000000..56bf416
--- /dev/null
+++ b/python/dolfin_utils/test/__init__.py
@@ -0,0 +1,5 @@
+# -*- coding: utf-8 -*-
+
+from .paths import *
+from .fixtures import *
+from .skips import *
diff --git a/python/dolfin_utils/test/fixtures.py b/python/dolfin_utils/test/fixtures.py
new file mode 100644
index 0000000..a39b8aa
--- /dev/null
+++ b/python/dolfin_utils/test/fixtures.py
@@ -0,0 +1,310 @@
+# -*- coding: utf-8 -*-
+"""Shared fixtures for unit tests involving dolfin."""
+
+# Copyright (C) 2014-2014 Martin Sandve Alnæs and Aslak Wigdahl Bergersen
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+
+import pytest
+import os
+import shutil
+import tempfile
+import gc
+import platform
+import decorator
+
+from dolfin import  parameters
+from dolfin import *
+
+# --- Test fixtures (use as is or as examples): ---
+
+def fixture(func):
+    """Decorator for creating module scope fixture.
+    Also take care of garbage collection of temporaries.
+
+    NOTE: Probably does not work with yield fixtures or
+    maybe just ignores post-yield code
+
+    This is the preferred decorator for writing fixtures involving
+    objects which might have collective destructors.  If in a need for
+    using ``pytest.fixture`` directly, do::
+
+        yield result_of_fixture
+
+        gc.collect()
+        MPI.barrier(MPI.comm_world)
+
+    """
+
+    def wrapper(func, *args, **kwargs):
+
+        # Run function
+        rv = func(*args, **kwargs)
+
+        # Collect garbage of temporaries of the function
+        # and return collectivelly
+        gc.collect()
+        MPI.barrier(MPI.comm_world)
+
+        return rv
+
+        # FIXME: Need also to find a way how to clean-up fixture
+        #        return value; yield does not work here
+
+    # Decorate function with the wrapper
+    wrapped = decorator.decorator(wrapper, func)
+
+    # Mark as fixture and return
+    return pytest.fixture(scope='module')(wrapped)
+
+
+def gc_barrier():
+    """Internal utility to easily switch on and off calls to gc.collect()
+    and MPI.barrier(world) in all fixtures here.  Helps make the tests
+    deterministic when debugging.
+
+    """
+    gc.collect()
+    if MPI.size(MPI.comm_world) > 1:
+        MPI.barrier(MPI.comm_world)
+
+def worker_id(request):
+    """Returns thread id when running with pytest-xdist in parallel."""
+    if hasattr(request.config, 'slaveinput'):
+        return request.config.slaveinput['slaveid']
+    else:
+        return 'master'
+
+@pytest.fixture
+def worker_id_fixture(request):
+    return worker_id(request)
+
+@pytest.yield_fixture(scope="function")
+def gc_barrier_fixture():
+    """Function decorator to call gc.collect() and
+    MPI.barrier(world) before and after a test.  Helps
+    make the tests deterministic when debugging.
+
+    NOTE: This decorator is not needed now for writing tests, as there
+    is ``gc.collect()`` call in ``conftest.py`` on teardown of every
+    test.
+
+    """
+    gc_barrier()
+    yield
+    gc_barrier()
+
+use_gc_barrier = pytest.mark.usefixtures("gc_barrier_fixture")
+
+
+@pytest.fixture(params=[False, True])
+def true_false_fixture(request):
+    "A fixture setting the values true and false."
+    gc_barrier()
+    return request.param
+
+
+@pytest.fixture(scope="module")
+def filedir(request):
+    "Return the directory of the test module."
+    gc_barrier()
+    d = os.path.dirname(os.path.abspath(request.module.__file__))
+    return d
+
+
+@pytest.fixture(scope="module")
+def rootdir(request):
+    """Return the root directory of the repository. Assumes run from
+    within repository filetree.
+
+    """
+    gc_barrier()
+    d = os.path.dirname(os.path.abspath(request.module.__file__))
+    t = ''
+    while t != "test":
+        d, t = os.path.split(d)
+    return d
+
+
+@pytest.fixture(scope="module")
+def datadir(request):
+    """Return the directory of the shared test data. Assumes run from
+    within repository filetree.
+
+    """
+    d = os.path.dirname(os.path.abspath(request.module.__file__))
+    t = os.path.join(d, "data")
+    while not os.path.isdir(t):
+        d, t = os.path.split(d)
+        t = os.path.join(d, "data")
+    return t
+
+
+def _create_tempdir(request):
+    # Get directory name of test_foo.py file
+    testfile = request.module.__file__
+    testfiledir = os.path.dirname(os.path.abspath(testfile))
+
+    # Construct name test_foo_tempdir from name test_foo.py
+    testfilename = os.path.basename(testfile)
+    outputname = testfilename.replace(".py",
+                                      "_tempdir_{}".format(worker_id(request)))
+
+    # Get function name test_something from test_foo.py
+    function = request.function.__name__
+
+    # Join all of these to make a unique path for this test function
+    basepath = os.path.join(testfiledir, outputname)
+    path = os.path.join(basepath, function)
+
+    # Add a sequence number to avoid collisions when tests are otherwise parameterized
+    if MPI.rank(MPI.comm_world) == 0:
+        _create_tempdir._sequencenumber[path] += 1
+        sequencenumber = _create_tempdir._sequencenumber[path]
+        sequencenumber = MPI.sum(MPI.comm_world, sequencenumber)
+    else:
+        sequencenumber = MPI.sum(MPI.comm_world, 0)
+    path += "__" + str(sequencenumber)
+
+    # Delete and re-create directory on root node
+    if MPI.rank(MPI.comm_world) == 0:
+        # First time visiting this basepath, delete the old and create
+        # a new
+        if basepath not in _create_tempdir._basepaths:
+            _create_tempdir._basepaths.add(basepath)
+            if os.path.exists(basepath):
+                shutil.rmtree(basepath)
+            # Make sure we have the base path test_foo_tempdir for
+            # this test_foo.py file
+            if not os.path.exists(basepath):
+                os.mkdir(basepath)
+
+        # Delete path from old test run
+        if os.path.exists(path):
+            shutil.rmtree(path)
+        # Make sure we have the path for this test execution:
+        # e.g. test_foo_tempdir/test_something__3
+        if not os.path.exists(path):
+            os.mkdir(path)
+    MPI.barrier(MPI.comm_world)
+
+    return path
+from collections import defaultdict
+_create_tempdir._sequencenumber = defaultdict(int)
+_create_tempdir._basepaths = set()
+
+
+@pytest.fixture(scope="function")
+def tempdir(request):
+    """Return a unique directory name for this test function instance.
+
+    Deletes and re-creates directory from previous test runs but lets
+    the directory stay after the test run for eventual inspection.
+
+    Returns the directory name, derived from the test file and
+    function plus a sequence number to work with parameterized tests.
+
+    Does NOT change the current directory.
+
+    MPI safe (assuming MPI.comm_world context).
+
+    """
+    gc_barrier()
+    return _create_tempdir(request)
+
+
+@pytest.yield_fixture(scope="function")
+def cd_tempdir(request):
+    """Return a unique directory name for this test function instance.
+
+    Deletes and re-creates directory from previous test runs but lets
+    the directory stay after the test run for eventual inspection.
+
+    Returns the directory name, derived from the test file and
+    function plus a sequence number to work with parameterized tests.
+
+    Changes the current directory to the tempdir and resets cwd
+    afterwards.
+
+    MPI safe (assuming MPI.comm_world context).
+
+    """
+    gc_barrier()
+    cwd = os.getcwd()
+    path = _create_tempdir(request)
+    os.chdir(path)
+    yield path
+    os.chdir(cwd)
+
+
+@pytest.yield_fixture
+def pushpop_parameters():
+    global parameters
+    gc_barrier()
+    prev = parameters.copy()
+    yield parameters.copy()
+    parameters.assign(prev)
+
+
+# TODO: Rename set_parameters_fixture to e.g. use_parameter_values
+def set_parameters_fixture(paramname, values, key=lambda x: x):
+    """Return a fixture that sets and resets a global parameter to each of
+    a list of values before and after each test run.  Allows
+    paramname="foo.bar.var" meaning parameters["foo"]["bar"]["var"].
+
+    Usage:
+        repr = set_parameters_fixture("form_compiler.representation", ["quadrature", "uflacs"])
+        my_fixture1 = set_parameters_fixture("linear_algebra_backend", ["PETSc"])
+        my_fixture2 = set_parameters_fixture("linear_algebra_backend", [("Eigen", "")], key=lambda x: x[0])
+
+        def test_something0(repr):
+            assert repr in ("quadrature", "uflacs")
+            assert parameters["form_compiler"]["representation"] == repr
+
+        def test_something1(my_fixture1):
+            assert my_fixture1 in ("PETSc")
+            assert parameters["linear_algebra_backend"] == my_fixture1
+
+        def test_something2(my_fixture2):
+            assert my_fixture2[0] in ("Eigen")
+            assert parameters["linear_algebra_backend"] == my_fixture2[0]
+
+    Try it and see.
+
+    """
+    global parameters
+    def _pushpop(request):
+        gc_barrier()
+        if '.' in paramname:
+            names = paramname.split('.')
+            if len(names) == 2:
+                prev = parameters[names[0]][names[1]]                # Remember original value
+                parameters[names[0]][names[1]] = key(request.param)  # Set value
+                yield request.param                                  # Let test run
+                parameters[names[0]][names[1]] = prev                # Reset value
+            elif len(names) == 3:
+                prev = parameters[names[0]][names[1]][names[2]]                # Remember original value
+                parameters[names[0]][names[1]][names[2]] = key(request.param)  # Set value
+                yield request.param                                            # Let test run
+                parameters[names[0]][names[1]][names[2]] = prev                # Reset value
+        else:
+            prev = parameters[paramname]                # Remember original value
+            parameters[paramname] = key(request.param)  # Set value
+            yield request.param                         # Let test run
+            parameters[paramname] = prev                # Reset value
+
+    return pytest.yield_fixture(scope="function", params=values)(_pushpop)
diff --git a/python/dolfin_utils/test/paths.py b/python/dolfin_utils/test/paths.py
new file mode 100644
index 0000000..d1bdbec
--- /dev/null
+++ b/python/dolfin_utils/test/paths.py
@@ -0,0 +1,91 @@
+# -*- coding: utf-8 -*-
+"""Utilities for getting dolfin repository paths."""
+
+# Copyright (C) 2014-2014 Martin Sandve Alnæs
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+
+import os
+
+
+def find_parent_dir_with_file(filepath, filename):
+    "Return the first parent directory containing a file with filename."
+    # Start with given file path
+    d = os.path.dirname(os.path.abspath(filepath))
+    t = ''
+    # Look for a particular filename
+    while not os.path.isfile(os.path.join(d, filename)):
+        d, t = os.path.split(d)
+    # Return the directory where we found the file
+    return d
+
+
+def find_parent_dir_with_name(filepath, dirname):
+    "Return the first parent directory called dirname."
+    # Start with given file path
+    d = os.path.dirname(os.path.abspath(filepath))
+    t = ''
+    # Look for a particular dirname
+    while t != dirname:
+        d, t = os.path.split(d)
+    # Return the found directory
+    return os.path.join(d, t)
+
+
+def find_testdir(filepath):
+    "Return the test/ directory filepath is contained in."
+    return find_parent_dir_with_name(filepath, "test")
+
+
+def find_demodir(filepath):
+    "Return the demo/ directory filepath is contained in."
+    return find_parent_dir_with_name(filepath, "demo")
+
+
+def find_rootdir(filepath):
+    """Return the root directory filepath is contained in.
+
+    Assuming the existence of the files "INSTALL" and "AUTHORS".
+    """
+    a = find_parent_dir_with_file(filepath, "INSTALL")
+    b = find_parent_dir_with_file(filepath, "AUTHORS")
+    assert a == b
+    return a
+
+
+def find_cppsourcedir(filepath):
+    d = find_rootdir(filepath)
+    d = os.path.join(d, "dolfin")
+    return d
+
+
+def find_pysourcedir(filepath):
+    d = find_rootdir(filepath)
+    d = os.path.join(d, "site-packages")
+    return d
+
+
+def find_docdir(filepath):
+    d = find_rootdir(filepath)
+    d = os.path.join(d, "doc")
+    return d
+
+
+def find_benchdir(filepath):
+    d = find_rootdir(filepath)
+    d = os.path.join(d, "bench")
+    return d
diff --git a/python/dolfin_utils/test/skips.py b/python/dolfin_utils/test/skips.py
new file mode 100644
index 0000000..c4b3e72
--- /dev/null
+++ b/python/dolfin_utils/test/skips.py
@@ -0,0 +1,61 @@
+# -*- coding: utf-8 -*-
+"""Shared skips for unit tests involving dolfin."""
+
+# Copyright (C) 2014-2014 Aslak Wigdahl Bergersen
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+from dolfin import *
+
+
+# Skips with dependencies
+skip_if_not_MPI = pytest.mark.skipif(not has_mpi(),
+                                     reason="Skipping unit test(s) depending on MPI.")
+skip_if_not_PETsc_or_not_slepc = pytest.mark.skipif(not has_linear_algebra_backend("PETSc") or not has_slepc(),
+                                                    reason='Skipping unit test(s) depending on PETSc and slepc.')
+skip_if_not_HDF5 = pytest.mark.skipif(not has_hdf5(),
+                                      reason="Skipping unit test(s) depending on HDF5.")
+skip_if_not_PETSc = pytest.mark.skipif(not has_linear_algebra_backend("PETSc"),
+                                       reason="Skipping unit test(s) depending on PETSc.")
+skip_if_not_petsc4py = pytest.mark.skipif(not has_petsc4py(),
+                                          reason="Skipping unit test(s) depending on petsc4py.")
+skip_if_not_SLEPc = pytest.mark.skipif(not has_slepc(),
+                                       reason="Skipping unit test(s) depending on SLEPc.")
+skip_if_not_SUNDIALS = pytest.mark.skipif(not has_sundials(),
+                                          reason="Skipping unit test(s) depending on SUNDIALS.")
+
+# Skips with respect to parallel or serial
+xfail_in_parallel = pytest.mark.xfail(MPI.size(MPI.comm_world) > 1,
+                                      reason="This test does not yet work in parallel.")
+xfail_with_serial_hdf5_in_parallel = pytest.mark.xfail(MPI.size(MPI.comm_world) > 1 and not has_hdf5_parallel(),
+                                                       reason="Serial HDF5 library cannot work in parallel.")
+skip_in_parallel = pytest.mark.skipif(MPI.size(MPI.comm_world) > 1,
+                                      reason="This test should only be run in serial.")
+skip_with_serial_hdf5_in_parallel = pytest.mark.skipif(MPI.size(MPI.comm_world) > 1 and not has_hdf5_parallel(),
+                                                       reason="Serial HDF5 library cannot work in parallel.")
+skip_in_serial = pytest.mark.skipif(MPI.size(MPI.comm_world) <= 1,
+                                    reason="This test should only be run in parallel.")
+
+# Skips with respect to linear algebra index type
+skip_64bit_int = pytest.mark.skipif(cpp.common.sizeof_la_index() == 8,
+                                    reason="This test does not work with 64-bit linear algebra indices.")
+
+# Skips with respect to build type
+skip_in_debug = pytest.mark.skipif(has_debug(),
+                                   reason="This test does not work in debug mode.")
+skip_in_release = pytest.mark.skipif(not has_debug(),
+                                     reason="This test does not work in release mode.")
diff --git a/python/fenics/__init__.py b/python/fenics/__init__.py
new file mode 100644
index 0000000..d312f90
--- /dev/null
+++ b/python/fenics/__init__.py
@@ -0,0 +1,7 @@
+# -*- coding: utf-8 -*-
+"""Main module for FEniCS.
+
+This module is identical with the main DOLFIN module.
+"""
+
+from dolfin import *
diff --git a/python/setup.cfg b/python/setup.cfg
new file mode 100644
index 0000000..af375ad
--- /dev/null
+++ b/python/setup.cfg
@@ -0,0 +1,2 @@
+[flake8]
+ignore = E501,W504
diff --git a/python/setup.py b/python/setup.py
new file mode 100644
index 0000000..141ec05
--- /dev/null
+++ b/python/setup.py
@@ -0,0 +1,99 @@
+import os
+import re
+import sys
+import platform
+import subprocess
+import multiprocessing
+
+from setuptools import setup, Extension
+from setuptools.command.build_ext import build_ext
+from distutils.version import LooseVersion
+
+if sys.version_info < (3, 5):
+    print("Python 3.5 or higher required, please upgrade.")
+    sys.exit(1)
+
+VERSION = "2019.2.0.dev0"
+RESTRICT_REQUIREMENTS = ">=2019.2.0.dev0,<2019.3"
+
+REQUIREMENTS = ["numpy",
+                "pkgconfig",
+                "pybind11==2.4.3",
+                "fenics-ffc{}".format(RESTRICT_REQUIREMENTS),
+                "fenics-ufl{}".format(RESTRICT_REQUIREMENTS),
+                "fenics-dijitso{}".format(RESTRICT_REQUIREMENTS)]
+
+
+class CMakeExtension(Extension):
+    def __init__(self, name, sourcedir=''):
+        Extension.__init__(self, name, sources=[])
+        self.sourcedir = os.path.abspath(sourcedir)
+
+
+class CMakeBuild(build_ext):
+    def run(self):
+        try:
+            out = subprocess.check_output(['cmake', '--version'])
+        except OSError:
+            raise RuntimeError("CMake must be installed to build the following extensions: " +
+                               ", ".join(e.name for e in self.extensions))
+
+        if platform.system() == "Windows":
+            cmake_version = LooseVersion(re.search(r'version\s*([\d.]+)', out.decode()).group(1))
+            if cmake_version < '3.1.0':
+                raise RuntimeError("CMake >= 3.1.0 is required on Windows")
+
+        for ext in self.extensions:
+            self.build_extension(ext)
+
+    def build_extension(self, ext):
+        extdir = os.path.abspath(os.path.dirname(self.get_ext_fullpath(ext.name)))
+        cmake_args = ['-DCMAKE_LIBRARY_OUTPUT_DIRECTORY=' + extdir,
+                      '-DPYTHON_EXECUTABLE=' + sys.executable]
+
+        cfg = 'Debug' if self.debug else 'Release'
+        build_args = ['--config', cfg]
+
+        if platform.system() == "Windows":
+            cmake_args += ['-DCMAKE_LIBRARY_OUTPUT_DIRECTORY_{}={}'.format(cfg.upper(), extdir)]
+            if sys.maxsize > 2**32:
+                cmake_args += ['-A', 'x64']
+            build_args += ['--', '/m']
+        else:
+            cmake_args += ['-DCMAKE_BUILD_TYPE=' + cfg]
+            if "CIRCLECI" in os.environ:
+                build_args += ['--', '-j2']
+            else:
+                num_build_threads = max(1, multiprocessing.cpu_count() - 1)
+                build_args += ['--', '-j' + str(num_build_threads)]
+
+        env = os.environ.copy()
+        env['CXXFLAGS'] = '{} -DVERSION_INFO=\\"{}\\"'.format(env.get('CXXFLAGS', ''),
+                                                              self.distribution.get_version())
+        if not os.path.exists(self.build_temp):
+            os.makedirs(self.build_temp)
+        subprocess.check_call(['cmake', ext.sourcedir] + cmake_args, cwd=self.build_temp, env=env)
+        subprocess.check_call(['cmake', '--build', '.'] + build_args, cwd=self.build_temp, env=env)
+
+setup(name='fenics-dolfin',
+      version=VERSION,
+      author='FEniCS Project',
+      description='DOLFIN Python interface',
+      long_description='',
+      packages=["dolfin",
+                "dolfin.common",
+                "dolfin.function",
+                "dolfin.fem",
+                "dolfin.la",
+                "dolfin.io",
+                "dolfin.jit",
+                "dolfin.mesh",
+                "dolfin.multistage",
+                "dolfin.parameter",
+                "dolfin_utils.meshconvert",
+                "dolfin_utils.test",
+                "fenics"],
+      ext_modules=[CMakeExtension('dolfin.cpp')],
+      cmdclass=dict(build_ext=CMakeBuild),
+      install_requires=REQUIREMENTS,
+      zip_safe=False)
diff --git a/python/src/MPICommWrapper.cpp b/python/src/MPICommWrapper.cpp
new file mode 100644
index 0000000..70dc1eb
--- /dev/null
+++ b/python/src/MPICommWrapper.cpp
@@ -0,0 +1,43 @@
+// Copyright (C) 2017 Tormod Landet
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include "MPICommWrapper.h"
+
+using namespace dolfin_wrappers;
+
+//-----------------------------------------------------------------------------
+MPICommWrapper::MPICommWrapper() : _comm(MPI_COMM_NULL)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+MPICommWrapper::MPICommWrapper(MPI_Comm comm) : _comm(comm)
+{
+  // Do nothing
+}
+//-----------------------------------------------------------------------------
+MPICommWrapper& MPICommWrapper::operator=(const MPI_Comm comm)
+{
+  this->_comm = comm;
+  return *this;
+}
+//-----------------------------------------------------------------------------
+MPI_Comm MPICommWrapper::get() const
+{
+  return _comm;
+}
+//-----------------------------------------------------------------------------
diff --git a/python/src/MPICommWrapper.h b/python/src/MPICommWrapper.h
new file mode 100644
index 0000000..77eb013
--- /dev/null
+++ b/python/src/MPICommWrapper.h
@@ -0,0 +1,54 @@
+// Copyright (C) 2017 Tormod Landet
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef __MPI_COMM_WRAPPER_H
+#define __MPI_COMM_WRAPPER_H
+
+#include <dolfin/common/MPI.h>
+
+namespace dolfin_wrappers
+{
+
+  /// This class wraps the MPI_Comm type for use in the pybind11
+  /// generation of python wrappers. MPI_Comm is either a pointer or
+  /// an int (MPICH vs OpenMPI) and this cannot be wrapped in a type
+  /// safe way with pybind11.
+
+  class MPICommWrapper
+  {
+  public:
+
+    MPICommWrapper();
+
+    /// Wrap a MPI_Comm object
+    MPICommWrapper(MPI_Comm comm);
+
+    /// Assignment operator
+    MPICommWrapper& operator=(const MPI_Comm comm);
+
+    /// Get the underlying MPI communicator
+    MPI_Comm get() const;
+
+  private:
+
+    // The underlying communicator
+    MPI_Comm _comm;
+
+  };
+}
+
+#endif
diff --git a/python/src/adaptivity.cpp b/python/src/adaptivity.cpp
new file mode 100644
index 0000000..10989b0
--- /dev/null
+++ b/python/src/adaptivity.cpp
@@ -0,0 +1,117 @@
+// Copyright (C) 2017 Chris N. Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <memory>
+#include <vector>
+#include <pybind11/pybind11.h>
+#include <pybind11/stl.h>
+
+#include <dolfin/adaptivity/AdaptiveLinearVariationalSolver.h>
+#include <dolfin/adaptivity/AdaptiveNonlinearVariationalSolver.h>
+#include <dolfin/adaptivity/ErrorControl.h>
+#include <dolfin/adaptivity/GenericAdaptiveVariationalSolver.h>
+#include <dolfin/adaptivity/GoalFunctional.h>
+#include <dolfin/adaptivity/TimeSeries.h>
+#include <dolfin/common/Variable.h>
+#include <dolfin/fem/DirichletBC.h>
+#include <dolfin/fem/Form.h>
+#include <dolfin/fem/LinearVariationalProblem.h>
+#include <dolfin/fem/NonlinearVariationalProblem.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/mesh/Mesh.h>
+
+#include "casters.h"
+
+namespace py = pybind11;
+
+namespace dolfin_wrappers
+{
+  // Interface for dolfin/adaptivity
+  void adaptivity(py::module& m)
+  {
+#ifdef HAS_HDF5
+    // dolfin::TimesSeries
+    py::class_<dolfin::TimeSeries, std::shared_ptr<dolfin::TimeSeries>, dolfin::Variable>(m, "TimeSeries")
+      .def(py::init<std::string>())
+      .def(py::init([](const MPICommWrapper comm, const std::string &arg)
+                    { return std::unique_ptr<dolfin::TimeSeries>(new dolfin::TimeSeries(comm.get(), arg)); }))
+      .def("store", (void (dolfin::TimeSeries::*)(const dolfin::GenericVector&, double)) &dolfin::TimeSeries::store)
+      .def("store", (void (dolfin::TimeSeries::*)(const dolfin::Mesh&, double)) &dolfin::TimeSeries::store)
+      .def("retrieve", (void (dolfin::TimeSeries::*)(dolfin::GenericVector&, double, bool) const) &dolfin::TimeSeries::retrieve,
+           py::arg("vector"), py::arg("t"), py::arg("interpolate")=true)
+      .def("retrieve", (void (dolfin::TimeSeries::*)(dolfin::Mesh&, double) const) &dolfin::TimeSeries::retrieve)
+      .def("vector_times", &dolfin::TimeSeries::vector_times)
+      .def("mesh_times", &dolfin::TimeSeries::mesh_times);
+#endif
+
+    // dolfin::ErrorControl
+    py::class_<dolfin::ErrorControl, std::shared_ptr<dolfin::ErrorControl>,
+               dolfin::Variable>
+      (m, "ErrorControl", "Error control")
+      .def(py::init<std::shared_ptr<dolfin::Form>,
+           std::shared_ptr<dolfin::Form>,
+           std::shared_ptr<dolfin::Form>,
+           std::shared_ptr<dolfin::Form>,
+           std::shared_ptr<dolfin::Form>,
+           std::shared_ptr<dolfin::Form>,
+           std::shared_ptr<dolfin::Form>,
+           std::shared_ptr<dolfin::Form>,
+           bool>())
+      .def("estimate_error", &dolfin::ErrorControl::estimate_error)
+      .def("estimate_error", [](dolfin::ErrorControl& self, py::object u,
+                                const std::vector<std::shared_ptr<const dolfin::DirichletBC>> bcs)
+           {
+             auto _u = u.attr("_cpp_object").cast<dolfin::Function*>();
+             return self.estimate_error(*_u, bcs);
+           });
+
+    // dolfin::GoalFunctional
+    py::class_<dolfin::GoalFunctional, std::shared_ptr<dolfin::GoalFunctional>,
+               dolfin::Form>
+      (m, "GoalFunctional", "Goal functional", py::multiple_inheritance());
+
+    py::class_<dolfin::GenericAdaptiveVariationalSolver,
+               std::shared_ptr<dolfin::GenericAdaptiveVariationalSolver>,
+               dolfin::Variable>
+      (m, "GenericAdaptiveVariationalSolver", "Generic adaptive variational solver")
+      .def("solve", &dolfin::GenericAdaptiveVariationalSolver::solve)
+      .def("summary", &dolfin::GenericAdaptiveVariationalSolver::summary);
+
+    // dolfin::AdaptiveLinearVariationalSolver
+    py::class_<dolfin::AdaptiveLinearVariationalSolver,
+               std::shared_ptr<dolfin::AdaptiveLinearVariationalSolver>,
+               dolfin::GenericAdaptiveVariationalSolver>
+      (m, "AdaptiveLinearVariationalSolver", "Adaptive linear variational solver")
+      .def(py::init<std::shared_ptr<dolfin::LinearVariationalProblem>,
+           std::shared_ptr<dolfin::GoalFunctional>>())
+      .def(py::init<std::shared_ptr<dolfin::LinearVariationalProblem>,
+           std::shared_ptr<dolfin::Form>,
+           std::shared_ptr<dolfin::ErrorControl>>());
+
+    // dolfin::AdaptiveNonlinearVariationalSolver
+    py::class_<dolfin::AdaptiveNonlinearVariationalSolver,
+               std::shared_ptr<dolfin::AdaptiveNonlinearVariationalSolver>,
+               dolfin::GenericAdaptiveVariationalSolver>
+      (m, "AdaptiveNonlinearVariationalSolver", "Adaptive nonlinear variational solver")
+      .def(py::init<std::shared_ptr<dolfin::NonlinearVariationalProblem>,
+           std::shared_ptr<dolfin::GoalFunctional>>())
+      .def(py::init<std::shared_ptr<dolfin::NonlinearVariationalProblem>,
+           std::shared_ptr<dolfin::Form>,
+           std::shared_ptr<dolfin::ErrorControl>>());
+  }
+}
diff --git a/python/src/ale.cpp b/python/src/ale.cpp
new file mode 100644
index 0000000..e2f3462
--- /dev/null
+++ b/python/src/ale.cpp
@@ -0,0 +1,56 @@
+// Copyright (C) 2017 Chris Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <memory>
+#include <pybind11/pybind11.h>
+
+#include <dolfin/ale/ALE.h>
+#include <dolfin/ale/MeshDisplacement.h>
+#include <dolfin/common/Variable.h>
+#include <dolfin/function/Expression.h>
+#include <dolfin/function/GenericFunction.h>
+#include <dolfin/mesh/BoundaryMesh.h>
+#include <dolfin/mesh/Mesh.h>
+
+namespace py = pybind11;
+
+namespace dolfin_wrappers
+{
+  // Interface for dolfin/ale
+  void ale(py::module& m)
+  {
+    // dolfin::MeshDisplacement
+    py::class_<dolfin::MeshDisplacement, std::shared_ptr<dolfin::MeshDisplacement>,
+               dolfin::Expression>(m, "MeshDisplacement")
+      .def(py::init<std::shared_ptr<const dolfin::Mesh>>());
+
+    // ALE static functions
+    py::class_<dolfin::ALE>
+      (m, "ALE")
+      .def_static("move", [](std::shared_ptr<dolfin::Mesh> mesh, const dolfin::BoundaryMesh bmesh)
+                  { return dolfin::ALE::move(mesh, bmesh); })
+      .def_static("move", [](std::shared_ptr<dolfin::Mesh> mesh0, const dolfin::Mesh& mesh1)
+                  { return dolfin::ALE::move(mesh0, mesh1); })
+      .def_static("move", [](dolfin::Mesh& mesh, const dolfin::GenericFunction& disp)
+                  { dolfin::ALE::move(mesh, disp); })
+      .def_static("move", [](dolfin::Mesh& mesh, const py::object disp)
+                  {
+                    auto _disp = disp.attr("_cpp_object").cast<const dolfin::GenericFunction*>();
+                    dolfin::ALE::move(mesh, *_disp);
+                  });
+  }
+}
diff --git a/python/src/casters.h b/python/src/casters.h
new file mode 100644
index 0000000..19dae45
--- /dev/null
+++ b/python/src/casters.h
@@ -0,0 +1,53 @@
+// Copyright (C) 2017 Chris Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef _DOLFIN_PYBIND11_CASTERS
+#define _DOLFIN_PYBIND11_CASTERS
+
+#include <pybind11/pybind11.h>
+#include <pybind11/stl.h>
+#include <boost/variant.hpp>
+#include <boost/optional.hpp>
+
+#include "mpi_casters.h"
+#include "petsc_casters.h"
+
+namespace pybind11
+{
+  namespace detail
+  {
+    // Caster for boost::optional
+    template <typename T>
+      struct type_caster<boost::optional<T>> : optional_caster<boost::optional<T>> {};
+
+    // Caster for boost::variant (from pybind11 docs)
+    template <typename... Ts>
+      struct type_caster<boost::variant<Ts...>> : variant_caster<boost::variant<Ts...>> {};
+
+    // Specifies the function used to visit the variant --
+    // `apply_visitor` instead of `visit`
+    template <>
+      struct visit_helper<boost::variant> {
+      template <typename... Args>
+        static auto call(Args &&...args) -> decltype(boost::apply_visitor(args...)) {
+        return boost::apply_visitor(args...);
+      }
+    };
+  }
+}
+
+#endif
diff --git a/python/src/common.cpp b/python/src/common.cpp
new file mode 100644
index 0000000..9854bdd
--- /dev/null
+++ b/python/src/common.cpp
@@ -0,0 +1,219 @@
+// Copyright (C) 2017 Chris Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <memory>
+#include <set>
+#include <string>
+#include <vector>
+#include <pybind11/pybind11.h>
+#include <pybind11/stl.h>
+
+#include <dolfin/common/MPI.h>
+#include <dolfin/common/constants.h>
+#include <dolfin/common/defines.h>
+#include <dolfin/common/SubSystemsManager.h>
+#include <dolfin/common/Timer.h>
+#include <dolfin/common/Variable.h>
+#include <dolfin/common/timing.h>
+#include <dolfin/log/Table.h>
+
+#include "casters.h"
+#include "MPICommWrapper.h"
+
+namespace py = pybind11;
+
+namespace dolfin_wrappers
+{
+  // Interface for dolfin/common
+  void common(py::module& m)
+  {
+    // dolfin::Variable
+    py::class_<dolfin::Variable, std::shared_ptr<dolfin::Variable>>
+      (m, "Variable", "Variable base class")
+      .def("id", &dolfin::Variable::id)
+      .def("name", &dolfin::Variable::name)
+      .def("label", &dolfin::Variable::label)
+      .def("rename", &dolfin::Variable::rename)
+      .def_readwrite("parameters", &dolfin::Variable::parameters);
+
+    // From dolfin/common/defines.h
+    m.def("has_debug", &dolfin::has_debug);
+    m.def("has_hdf5", &dolfin::has_hdf5);
+    m.def("has_hdf5_parallel", &dolfin::has_hdf5_parallel);
+    m.def("has_mpi", &dolfin::has_mpi);
+    m.def("has_mpi4py", []()
+          {
+            #ifdef HAS_PYBIND11_MPI4PY
+            return true;
+            #else
+            return false;
+            #endif
+          }, "Return `True` if DOLFIN is configured with mpi4py");
+    m.def("has_parmetis", &dolfin::has_parmetis);
+    m.def("has_scotch", &dolfin::has_scotch);
+    m.def("has_petsc", &dolfin::has_petsc,
+          "Return `True` if DOLFIN is configured with PETSc");
+    m.def("has_slepc", &dolfin::has_slepc,
+          "Return `True` if DOLFIN is configured with SLEPc");
+    m.def("has_sundials", &dolfin::has_sundials,
+          "Return `True` if DOLFIN is configured with SUNDIALS");
+    m.def("has_petsc4py", []()
+          {
+            #ifdef HAS_PYBIND11_PETSC4PY
+            return true;
+            #else
+            return false;
+            #endif
+          }, "Return `True` if DOLFIN is configured with petsc4py");
+    m.def("has_slepc4py", []()
+          {
+            #ifdef HAS_PYBIND11_SLEPC4PY
+            return true;
+            #else
+            return false;
+            #endif
+          }, "Return `True` if DOLFIN is configured with slepc4py");
+    m.def("git_commit_hash", &dolfin::git_commit_hash,
+          "Returns git hash for this build.");
+    m.def("sizeof_la_index", &dolfin::sizeof_la_index);
+
+    m.attr("DOLFIN_EPS") = DOLFIN_EPS;
+    m.attr("DOLFIN_EPS_LARGE") = DOLFIN_EPS_LARGE;
+    m.attr("DOLFIN_PI") = DOLFIN_PI;
+
+    // dolfin::Timer
+    py::class_<dolfin::Timer, std::shared_ptr<dolfin::Timer>>
+      (m, "Timer", "Timer class")
+      .def(py::init<>())
+      .def(py::init<std::string>())
+      .def("start", &dolfin::Timer::start, "Start timer")
+      .def("stop", &dolfin::Timer::stop, "Stop timer")
+      .def("resume", &dolfin::Timer::resume)
+      .def("elapsed", &dolfin::Timer::elapsed);
+
+    // dolfin::Timer enums
+    py::enum_<dolfin::TimingClear>(m, "TimingClear")
+      .value("clear", dolfin::TimingClear::clear)
+      .value("keep", dolfin::TimingClear::keep);
+    py::enum_<dolfin::TimingType>(m, "TimingType")
+      .value("wall", dolfin::TimingType::wall)
+      .value("system", dolfin::TimingType::system)
+      .value("user", dolfin::TimingType::user);
+
+    // dolfin/common free functions
+    m.def("timing", &dolfin::timing);
+    m.def("timings", [](dolfin::TimingClear clear, std::vector<dolfin::TimingType> type)
+          {
+            std::set<dolfin::TimingType> _type(type.begin(), type.end());
+            return dolfin::timings(clear, _type);
+          });
+    m.def("list_timings", [](dolfin::TimingClear clear, std::vector<dolfin::TimingType> type)
+          {
+            std::set<dolfin::TimingType> _type(type.begin(), type.end());
+            dolfin::list_timings(clear, _type);
+          });
+    m.def("dump_timings_to_xml", &dolfin::dump_timings_to_xml);
+
+    // dolfin::SubSystemsManager
+    py::class_<dolfin::SubSystemsManager, std::unique_ptr<dolfin::SubSystemsManager, py::nodelete>>
+      (m, "SubSystemsManager")
+      .def_static("init_petsc", (void (*)()) &dolfin::SubSystemsManager::init_petsc)
+      .def_static("init_petsc", [](std::vector<std::string> args)
+                  {
+                    std::vector<char*> argv(args.size());
+                    for (std::size_t i = 0; i < args.size(); ++i)
+                      argv[i] = const_cast<char*>(args[i].data());
+                    dolfin::SubSystemsManager::init_petsc(args.size(), argv.data());
+                  })
+      .def_static("finalize", &dolfin::SubSystemsManager::finalize)
+      .def_static("responsible_mpi", &dolfin::SubSystemsManager::responsible_mpi)
+      .def_static("responsible_petsc", &dolfin::SubSystemsManager::responsible_petsc)
+      .def_static("mpi_initialized", &dolfin::SubSystemsManager::mpi_initialized)
+      .def_static("mpi_finalized", &dolfin::SubSystemsManager::mpi_finalized);
+
+  }
+
+  // Interface for MPI
+  void mpi(py::module& m)
+  {
+
+    #ifndef HAS_PYBIND11_MPI4PY
+    // Expose the MPICommWrapper directly since we cannot cast it to
+    // mpi4py
+    py::class_<MPICommWrapper>(m, "MPICommWrapper",
+      "DOLFIN is compiled without support for mpi4py. This object can be "
+      "passed into DOLFIN as an MPI communicator, but is not an mpi4py comm.")
+      .def("underlying_comm", [](MPICommWrapper self)
+           { return (std::uintptr_t) self.get(); },
+           "Return the underlying MPI_Comm cast to std::uintptr_t. "
+           "The return value may or may not make sense depending on the MPI implementation.");
+    #endif
+
+    // dolfin::MPI
+    py::class_<dolfin::MPI>(m, "MPI", "MPI utilities")
+      .def_property_readonly_static("comm_world", [](py::object)
+                                    { return MPICommWrapper(MPI_COMM_WORLD); })
+      .def_property_readonly_static("comm_self", [](py::object)
+                                    { return MPICommWrapper(MPI_COMM_SELF); })
+      .def_property_readonly_static("comm_null", [](py::object)
+                                    { return MPICommWrapper(MPI_COMM_NULL); })
+      .def_static("init", (void (*)()) &dolfin::SubSystemsManager::init_mpi,
+                  "Initialise MPI")
+      .def_static("init",
+                  [](std::vector<std::string> args, int required_thread_level)->int
+                  {
+                    std::vector<char*> argv(args.size());
+                    for (std::size_t i = 0; i < args.size(); ++i)
+                      argv[i] = const_cast<char*>(args[i].data());
+                    return dolfin::SubSystemsManager::
+                      init_mpi(args.size(), argv.data(), required_thread_level);
+                  },
+                  "Initialise MPI with command-line args and required level "
+                  "of thread support. Return provided thread level.")
+      .def_static("responsible", &dolfin::SubSystemsManager::responsible_mpi,
+                  "Return true if DOLFIN initialised MPI (and is therefore "
+                  "responsible for finalization)")
+      .def_static("initialized", &dolfin::SubSystemsManager::mpi_initialized,
+                  "Check if MPI has been initialised")
+      .def_static("finalized", &dolfin::SubSystemsManager::mpi_finalized,
+                  "Check if MPI has been finalized")
+      .def_static("barrier", [](const MPICommWrapper comm)
+                  { return dolfin::MPI::barrier(comm.get()); })
+      .def_static("rank", [](const MPICommWrapper comm)
+                  { return dolfin::MPI::rank(comm.get()); })
+      .def_static("size", [](const MPICommWrapper comm)
+                  { return dolfin::MPI::size(comm.get()); })
+      .def_static("local_range", [](MPICommWrapper comm, std::int64_t N)
+                  { return dolfin::MPI::local_range(comm.get(), N); })
+      // templated for double
+      .def_static("max", [](const MPICommWrapper comm, double value)
+                  { return dolfin::MPI::max(comm.get(), value); })
+      .def_static("min", [](const MPICommWrapper comm, double value)
+                  { return dolfin::MPI::min(comm.get(), value); })
+      .def_static("sum", [](const MPICommWrapper comm, double value)
+                  { return dolfin::MPI::sum(comm.get(), value); })
+      // templated for dolfin::Table
+      .def_static("max", [](const MPICommWrapper comm, dolfin::Table value)
+                  { return dolfin::MPI::max(comm.get(), value); })
+      .def_static("min", [](const MPICommWrapper comm, dolfin::Table value)
+                  { return dolfin::MPI::min(comm.get(), value); })
+      .def_static("sum", [](const MPICommWrapper comm, dolfin::Table value)
+                  { return dolfin::MPI::sum(comm.get(), value); })
+      .def_static("avg", [](const MPICommWrapper comm, dolfin::Table value)
+                  { return dolfin::MPI::avg(comm.get(), value); });
+  }
+}
diff --git a/python/src/dolfin.cpp b/python/src/dolfin.cpp
new file mode 100644
index 0000000..0ca7573
--- /dev/null
+++ b/python/src/dolfin.cpp
@@ -0,0 +1,142 @@
+// Copyright (C) 2017 Chris N. Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <iostream>
+#include <pybind11/pybind11.h>
+#include <dolfin/log/log.h>
+
+namespace py = pybind11;
+
+namespace dolfin_wrappers
+{
+  // common
+  void common(py::module& m);
+  void mpi(py::module& m);
+
+  // log
+  void log(py::module& m);
+
+  void adaptivity(py::module& m);
+  void ale(py::module& m);
+
+  void function(py::module& m);
+  void fem(py::module& m);
+
+  void generation(py::module& m);
+  void geometry(py::module& m);
+  void graph(py::module& m);
+  void io(py::module& m);
+  void la(py::module& m);
+  void math(py::module& m);
+  void mesh(py::module& m);
+  void multistage(py::module& m);
+  void ts(py::module& m);
+  void nls(py::module& m);
+  void parameter(py::module& m);
+  void refinement(py::module& m);
+}
+
+
+PYBIND11_MODULE(cpp, m)
+{
+  // Create module for C++ wrappers
+  m.doc() = "DOLFIN Python interface";
+  m.attr("__version__") = DOLFIN_VERSION;
+
+  // Create common submodule [common]
+  py::module common = m.def_submodule("common", "Common module");
+  dolfin_wrappers::common(common);
+
+  // Create MPI class [common]
+  dolfin_wrappers::mpi(m);
+
+  // Create common submodule [log]
+  py::module log = m.def_submodule("log", "Logging module");
+  dolfin_wrappers::log(log);
+
+  // Create function submodule [function]
+  py::module function = m.def_submodule("function",
+                                        "Function module");
+  dolfin_wrappers::function(function);
+
+
+  // Create ale submodule [ale]
+  py::module ale = m.def_submodule("ale", "ALE (mesh movement) module");
+  dolfin_wrappers::ale(ale);
+
+  // Create math submodule [math]
+  py::module math = m.def_submodule("math", "Math library module");
+  dolfin_wrappers::math(math);
+
+  // Create mesh submodule [mesh]
+  py::module mesh = m.def_submodule("mesh", "Mesh library module");
+  dolfin_wrappers::mesh(mesh);
+
+  // Create multistage submodule [multistage]
+  py::module multistage = m.def_submodule("multistage", "Multistage integrator library module");
+  dolfin_wrappers::multistage(multistage);
+
+  // Create multistage submodule [multistage]
+  py::module ts = m.def_submodule("ts", "Timestepping library module");
+  dolfin_wrappers::ts(ts);
+
+  // Create graph submodule [graph]
+  py::module graph = m.def_submodule("graph", "Graph module");
+  dolfin_wrappers::graph(graph);
+
+  // Create fem submodule [fem]
+  py::module fem = m.def_submodule("fem", "FEM module");
+  dolfin_wrappers::fem(fem);
+
+  // Create generation submodule [generation]
+  py::module generation = m.def_submodule("generation",
+                                          "Mesh generation module");
+  dolfin_wrappers::generation(generation);
+
+  // Create geometry submodule
+  py::module geometry = m.def_submodule("geometry",
+                                        "Geometry module");
+  dolfin_wrappers::geometry(geometry);
+
+  // Create io submodule
+  py::module io = m.def_submodule("io", "I/O module");
+  dolfin_wrappers::io(io);
+
+  // Create la submodule
+  py::module la = m.def_submodule("la", "Linear algebra module");
+  dolfin_wrappers::la(la);
+
+  // Create nls submodule
+  py::module nls = m.def_submodule("nls", "Nonlinear solver module");
+  dolfin_wrappers::nls(nls);
+
+  // Create parameter submodule
+  py::module parameter = m.def_submodule("parameter", "Parameter module");
+  dolfin_wrappers::parameter(parameter);
+
+  // Create refinement submodule
+  py::module refinement = m.def_submodule("refinement", "Mesh refinement module");
+  dolfin_wrappers::refinement(refinement);
+
+  // Create adaptivity submodule [adaptivity]
+  py::module adaptivity = m.def_submodule("adaptivity", "Adaptivity module");
+  dolfin_wrappers::adaptivity(adaptivity);
+
+  // FIXME: these are just for the transition
+  m.def("warning", [](std::string message) { dolfin::warning(message); });
+
+}
diff --git a/python/src/fem.cpp b/python/src/fem.cpp
new file mode 100644
index 0000000..090782b
--- /dev/null
+++ b/python/src/fem.cpp
@@ -0,0 +1,787 @@
+// Copyright (C) 2017 Chris Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <iostream>
+#include <memory>
+#include <Eigen/Dense>
+#include <pybind11/pybind11.h>
+#include <pybind11/eigen.h>
+#include <pybind11/numpy.h>
+#include <pybind11/pytypes.h>
+#include <pybind11/stl.h>
+#include <pybind11/cast.h>
+
+#ifdef HAS_PYBIND11_PETSC4PY
+#include <petsc4py/petsc4py.h>
+#endif
+
+#include <ufc.h>
+#include <dolfin/fem/fem_utils.h>
+#include <dolfin/fem/assemble.h>
+#include <dolfin/fem/assemble_local.h>
+#include <dolfin/fem/Assembler.h>
+#include <dolfin/fem/MultiMeshAssembler.h>
+#include <dolfin/fem/MixedAssembler.h>
+#include <dolfin/fem/DirichletBC.h>
+#include <dolfin/fem/DiscreteOperators.h>
+#include <dolfin/fem/DofMap.h>
+#include <dolfin/fem/MultiMeshDofMap.h>
+#include <dolfin/fem/FiniteElement.h>
+#include <dolfin/fem/Form.h>
+#include <dolfin/fem/MultiMeshForm.h>
+#include <dolfin/fem/LinearVariationalProblem.h>
+#include <dolfin/fem/LinearVariationalSolver.h>
+#include <dolfin/fem/MixedLinearVariationalProblem.h>
+#include <dolfin/fem/MixedLinearVariationalSolver.h>
+#include <dolfin/fem/LocalSolver.h>
+#include <dolfin/fem/NonlinearVariationalProblem.h>
+#include <dolfin/fem/NonlinearVariationalSolver.h>
+#include <dolfin/fem/MixedNonlinearVariationalProblem.h>
+#include <dolfin/fem/MixedNonlinearVariationalSolver.h>
+#include <dolfin/fem/PETScDMCollection.h>
+#include <dolfin/fem/PointSource.h>
+#include <dolfin/fem/SparsityPatternBuilder.h>
+#include <dolfin/fem/SystemAssembler.h>
+#include <dolfin/function/GenericFunction.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/function/MultiMeshFunctionSpace.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/MultiMeshFunction.h>
+#include <dolfin/la/GenericMatrix.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/la/GenericTensor.h>
+#include <dolfin/la/SparsityPattern.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/mesh/MultiMesh.h>
+#include <dolfin/fem/MultiMeshDirichletBC.h>
+#include <dolfin/mesh/SubDomain.h>
+#include <dolfin/adaptivity/adapt.h>
+#include <dolfin/la/PETScNestMatrix.h>
+
+#include "casters.h"
+
+namespace py = pybind11;
+
+namespace dolfin_wrappers
+{
+  void fem(py::module& m)
+  {
+    // UFC objects
+    py::class_<ufc::finite_element, std::shared_ptr<ufc::finite_element>>
+      (m, "ufc_finite_element", "UFC finite element object");
+    py::class_<ufc::dofmap, std::shared_ptr<ufc::dofmap>>
+      (m, "ufc_dofmap", "UFC dofmap object");
+    py::class_<ufc::form, std::shared_ptr<ufc::form>>
+      (m, "ufc_form", "UFC form object");
+
+    // Adapt functions
+    m.def("adapt", [](dolfin::Mesh mesh){return dolfin::adapt(mesh);},
+	  "Mapping between parent and child entities has to be set in refined mesh. See various refinement algorithms and `parameters['refinement_algorithm']`.");
+    m.def("adapt", [](const dolfin::MeshFunction<std::size_t>& mesh_function,
+		      std::shared_ptr<const dolfin::Mesh> adapted_mesh)
+	  {
+	    return dolfin::adapt(mesh_function, adapted_mesh);});
+
+    // Function to convert pointers (from JIT usually) to UFC objects
+    m.def("make_ufc_finite_element",
+          [](std::uintptr_t e)
+          {
+            ufc::finite_element * p = reinterpret_cast<ufc::finite_element *>(e);
+            return std::shared_ptr<const ufc::finite_element>(p);
+          });
+
+    m.def("make_ufc_dofmap",
+          [](std::uintptr_t e)
+          {
+            ufc::dofmap * p = reinterpret_cast<ufc::dofmap *>(e);
+            return std::shared_ptr<const ufc::dofmap>(p);
+          });
+
+    m.def("make_ufc_form",
+          [](std::uintptr_t e)
+          {
+            ufc::form * p = reinterpret_cast<ufc::form *>(e);
+            return std::shared_ptr<const ufc::form>(p);
+          });
+
+    // dolfin::FiniteElement
+    py::class_<dolfin::FiniteElement, std::shared_ptr<dolfin::FiniteElement>>
+      (m, "FiniteElement", "DOLFIN FiniteElement object")
+      .def(py::init<std::shared_ptr<const ufc::finite_element>>())
+      .def("num_sub_elements", &dolfin::FiniteElement::num_sub_elements)
+      .def("evaluate_dofs", [](const dolfin::FiniteElement& self, py::object f,
+                               py::array_t<double> coordinate_dofs,
+                               int cell_orientation, const dolfin::Cell& c)
+           {
+             const ufc::function* _f = nullptr;
+             if (py::hasattr(f, "_cpp_object"))
+               _f = f.attr("_cpp_object").cast<ufc::function*>();
+             else
+               _f = f.cast<ufc::function*>();
+
+             ufc::cell ufc_cell;
+             c.get_cell_data(ufc_cell);
+             py::array_t<double, py::array::c_style> dofs(self.space_dimension());
+             self.evaluate_dofs(dofs.mutable_data(), *_f,
+                                coordinate_dofs.data(), cell_orientation, ufc_cell);
+             return dofs;
+           }, "Evaluate degrees of freedom on element for a given function")
+      .def("tabulate_dof_coordinates", [](const dolfin::FiniteElement& self, const dolfin::Cell& cell)
+           {
+             // Get cell vertex coordinates
+             std::vector<double> coordinate_dofs;
+             cell.get_coordinate_dofs(coordinate_dofs);
+
+             // Tabulate the coordinates
+             boost::multi_array<double, 2> _dof_coords;
+             self.tabulate_dof_coordinates(_dof_coords, coordinate_dofs, cell);
+
+             // Copy data and return
+             typedef Eigen::Array<double, Eigen::Dynamic, Eigen::Dynamic, Eigen::RowMajor> EigenArray;
+             EigenArray dof_coords = Eigen::Map<EigenArray>(_dof_coords.data(),
+                                                            _dof_coords.shape()[0],
+                                                            _dof_coords.shape()[1]);
+             return dof_coords;
+           }, "Tabulate coordinates of dofs on cell")
+      .def("evaluate_basis", [](const dolfin::FiniteElement& self, int i,
+                                const py::array_t<double> x,
+                                const py::array_t<double> coordinate_dofs,
+                                int cell_orientation)
+           {
+             auto ufc_element = self.ufc_element();
+             const std::size_t size = ufc_element->value_size();
+             py::array_t<double, py::array::c_style> values(size);
+             self.evaluate_basis(i, values.mutable_data(), x.data(), coordinate_dofs.data(),
+                                 cell_orientation);
+             return values;
+           }, "Evaluate basis function i at given point x in cell.")
+     .def("evaluate_basis_all", [](const dolfin::FiniteElement& self,
+                               const py::array_t<double> x,
+                               const py::array_t<double> coordinate_dofs,
+                               int cell_orientation)
+          {
+            auto ufc_element = self.ufc_element();
+            const std::size_t size = ufc_element->value_size();
+            const std::size_t space_dimension = ufc_element->space_dimension();
+            py::array_t<double, py::array::c_style> values(space_dimension*size);
+            self.evaluate_basis_all(values.mutable_data(), x.data(), coordinate_dofs.data(),
+                                cell_orientation);
+            return values;
+          }, "Evaluate order n derivatives of all basis functions at given point x in cell.")
+      .def("evaluate_basis_derivatives", [](const dolfin::FiniteElement& self,
+                                            int i, int order,
+                                            const py::array_t<double> x,
+                                            const py::array_t<double> coordinate_dofs,
+                                            int cell_orientation)
+           {
+             auto ufc_element = self.ufc_element();
+
+             const std::size_t gdim = self.geometric_dimension();
+             const std::size_t num_derivs = pow(gdim, order);
+             const std::size_t size = ufc_element->value_size()*num_derivs;
+             py::array_t<double, py::array::c_style> values(size);
+             self.evaluate_basis_derivatives(i, order, values.mutable_data(),
+                                             x.data(), coordinate_dofs.data(),
+                                             cell_orientation);
+             return values;
+           }, "Evaluate order n derivatives of basis function i at given point x in cell.")
+      .def("evaluate_basis_derivatives_all", [](const dolfin::FiniteElement& self,
+                                            int order,
+                                            const py::array_t<double> x,
+                                            const py::array_t<double> coordinate_dofs,
+                                            int cell_orientation)
+          {
+            auto ufc_element = self.ufc_element();
+
+            const std::size_t gdim = self.geometric_dimension();
+            const std::size_t num_derivs = pow(gdim, order);
+            const std::size_t size = ufc_element->value_size()*num_derivs;
+            const std::size_t space_dimension = ufc_element->space_dimension();
+            py::array_t<double, py::array::c_style> values(size*space_dimension);
+            self.evaluate_basis_derivatives_all(order, values.mutable_data(),
+                                            x.data(), coordinate_dofs.data(),
+                                            cell_orientation);
+            return values;
+          }, "Evaluate all basis functions at given point x in cell.")
+
+      .def("space_dimension", &dolfin::FiniteElement::space_dimension)
+      .def("geometric_dimension", &dolfin::FiniteElement::geometric_dimension)
+      .def("value_dimension", &dolfin::FiniteElement::value_dimension)
+      .def("signature", &dolfin::FiniteElement::signature);
+
+    // dolfin::GenericDofMap
+    py::class_<dolfin::GenericDofMap, std::shared_ptr<dolfin::GenericDofMap>, dolfin::Variable>
+      (m, "GenericDofMap", "DOLFIN DofMap object")
+      .def("global_dimension", &dolfin::GenericDofMap::global_dimension,
+           "The dimension of the global finite element function space")
+      .def("index_map", &dolfin::GenericDofMap::index_map)
+      .def("neighbours", &dolfin::GenericDofMap::neighbours)
+      .def("off_process_owner", &dolfin::GenericDofMap::off_process_owner)
+      .def("shared_nodes", &dolfin::GenericDofMap::shared_nodes)
+      .def("cell_dofs", &dolfin::GenericDofMap::cell_dofs)
+      .def("dofs", (std::vector<dolfin::la_index>(dolfin::GenericDofMap::*)() const)
+           &dolfin::GenericDofMap::dofs)
+      .def("dofs", (std::vector<dolfin::la_index>(dolfin::GenericDofMap::*)(const dolfin::Mesh&, std::size_t) const)
+           &dolfin::GenericDofMap::dofs)
+      .def("entity_dofs", (std::vector<dolfin::la_index>(dolfin::GenericDofMap::*)(const dolfin::Mesh&, std::size_t) const)
+           &dolfin::GenericDofMap::entity_dofs)
+      .def("entity_closure_dofs", (std::vector<dolfin::la_index>(dolfin::GenericDofMap::*)(const dolfin::Mesh&, std::size_t) const)
+           &dolfin::GenericDofMap::entity_closure_dofs)
+          .def("entity_dofs", (std::vector<dolfin::la_index>(dolfin::GenericDofMap::*)(const dolfin::Mesh&,
+                                                                                   std::size_t,
+                                                                                   const std::vector<std::size_t>&) const)
+           &dolfin::GenericDofMap::entity_dofs)
+          .def("entity_closure_dofs", (std::vector<dolfin::la_index>(dolfin::GenericDofMap::*)(const dolfin::Mesh&,
+                                                                                           std::size_t,
+                                                                                           const std::vector<std::size_t>&) const)
+           &dolfin::GenericDofMap::entity_closure_dofs)
+      .def("num_entity_dofs", &dolfin::GenericDofMap::num_entity_dofs)
+      .def("tabulate_local_to_global_dofs", &dolfin::GenericDofMap::tabulate_local_to_global_dofs)
+      .def("local_to_global_index", &dolfin::GenericDofMap::local_to_global_index)
+      .def("local_to_global_unowned",
+           [](dolfin::GenericDofMap& self) {
+             return Eigen::Map<const Eigen::Matrix<std::size_t, Eigen::Dynamic, 1>>(
+               self.local_to_global_unowned().data(),
+               self.local_to_global_unowned().size()); },
+           py::return_value_policy::reference_internal,
+           "Return view into unowned part of local-to-global map")
+      .def("clear_sub_map_data", &dolfin::GenericDofMap::clear_sub_map_data)
+      .def("tabulate_entity_dofs", [](const dolfin::GenericDofMap& instance, std::size_t entity_dim,
+                                      std::size_t cell_entity_index)
+           {
+             std::vector<std::size_t> dofs(instance.num_entity_dofs(entity_dim));
+             instance.tabulate_entity_dofs(dofs, entity_dim, cell_entity_index);
+             return py::array_t<std::size_t>(dofs.size(), dofs.data());
+           })
+      .def("block_size", &dolfin::GenericDofMap::block_size)
+      .def("tabulate_local_to_global_dofs", [](const dolfin::GenericDofMap& instance)
+           {
+             std::vector<std::size_t> dofs;
+             instance.tabulate_local_to_global_dofs(dofs);
+             return py::array_t<std::size_t>(dofs.size(), dofs.data());
+           })
+      .def("set", &dolfin::GenericDofMap::set)
+      .def_readonly("constrained_domain", &dolfin::GenericDofMap::constrained_domain);
+
+    // dolfin::DofMap
+    py::class_<dolfin::DofMap, std::shared_ptr<dolfin::DofMap>, dolfin::GenericDofMap>
+      (m, "DofMap", "DOLFIN DofMap object")
+      .def(py::init<std::shared_ptr<const ufc::dofmap>, const dolfin::Mesh&>())
+      .def(py::init<std::shared_ptr<const ufc::dofmap>, const dolfin::Mesh&, std::shared_ptr<const dolfin::SubDomain>>())
+      .def("ownership_range", &dolfin::DofMap::ownership_range)
+      .def("cell_dofs", &dolfin::DofMap::cell_dofs);
+
+    // dolfin::MultiMeshDofMap
+    py::class_<dolfin::MultiMeshDofMap, std::shared_ptr<dolfin::MultiMeshDofMap>>
+      (m, "MultiMeshDofMap", "DOLFIN MultiMeshDofMap object")
+      .def(py::init())
+      .def("inactive_dofs", &dolfin::MultiMeshDofMap::inactive_dofs);
+
+    // dolfin::SparsityPatternBuilder
+    py::class_<dolfin::SparsityPatternBuilder>(m, "SparsityPatternBuilder")
+      .def_static("build", &dolfin::SparsityPatternBuilder::build,
+                  py::arg("sparsity_pattern"), py::arg("mesh"),
+                  py::arg("dofmaps"), py::arg("cells"),
+                  py::arg("interior_facets"), py::arg("exterior_facets"),
+                  py::arg("vertices"), py::arg("diagonal"),
+                  py::arg("init")=true, py::arg("finalize")=true)
+      .def_static("build", &dolfin::SparsityPatternBuilder::build_mixed,
+                  py::arg("sparsity_pattern"), py::arg("mesh_ids"), py::arg("mesh"),
+                  py::arg("dofmaps"), py::arg("cells"),
+                  py::arg("interior_facets"), py::arg("exterior_facets"),
+                  py::arg("vertices"), py::arg("diagonal"),
+                  py::arg("init")=true, py::arg("finalize")=true);
+
+    // dolfin::DirichletBC
+    py::class_<dolfin::DirichletBC, std::shared_ptr<dolfin::DirichletBC>, dolfin::Variable>
+      (m, "DirichletBC", "DOLFIN DirichletBC object")
+      .def(py::init<const dolfin::DirichletBC&>())
+      .def(py::init<std::shared_ptr<const dolfin::FunctionSpace>,
+           std::shared_ptr<const dolfin::GenericFunction>,
+           std::shared_ptr<const dolfin::SubDomain>, std::string, bool>(),
+           py::arg("V"), py::arg("g"), py::arg("sub_domain"),
+           py::arg("method")="topological", py::arg("check_midpoint")=true)
+      .def(py::init<std::shared_ptr<const dolfin::FunctionSpace>,
+           std::shared_ptr<const dolfin::GenericFunction>,
+           std::shared_ptr<const dolfin::MeshFunction<std::size_t>>,
+           std::size_t, std::string>(),
+           py::arg("V"), py::arg("g"), py::arg("sub_domains"),
+           py::arg("sub_domain"), py::arg("method")="topological")
+      .def("function_space", &dolfin::DirichletBC::function_space)
+      .def("homogenize", &dolfin::DirichletBC::homogenize)
+      .def("method", &dolfin::DirichletBC::method)
+      .def("zero", &dolfin::DirichletBC::zero)
+      .def("markers", &dolfin::DirichletBC::markers)
+      .def("zero_columns", &dolfin::DirichletBC::zero_columns,
+           py::arg("A"), py::arg("b"), py::arg("diagonal_value")=0.0, py::arg("transpose")=false)
+      .def("get_boundary_values", [](const dolfin::DirichletBC& instance)
+           {
+             dolfin::DirichletBC::Map map;
+             instance.get_boundary_values(map);
+             return map;
+           })
+      .def("apply", (void (dolfin::DirichletBC::*)(dolfin::GenericVector&) const)
+           &dolfin::DirichletBC::apply)
+      .def("apply", (void (dolfin::DirichletBC::*)(dolfin::GenericMatrix&) const)
+           &dolfin::DirichletBC::apply)
+      .def("apply", (void (dolfin::DirichletBC::*)(dolfin::GenericMatrix&, dolfin::GenericVector&) const)
+           &dolfin::DirichletBC::apply)
+      .def("apply", (void (dolfin::DirichletBC::*)(dolfin::GenericVector&, const dolfin::GenericVector&) const)
+           &dolfin::DirichletBC::apply)
+      .def("apply", (void (dolfin::DirichletBC::*)(dolfin::GenericMatrix&, dolfin::GenericVector&, const dolfin::GenericVector&) const)
+           &dolfin::DirichletBC::apply)
+      .def("user_sub_domain", &dolfin::DirichletBC::user_sub_domain)
+      .def("set_value", &dolfin::DirichletBC::set_value)
+      .def("set_value", [](dolfin::DirichletBC& self, py::object value)
+           {
+             auto _u = value.attr("_cpp_object").cast<std::shared_ptr<const dolfin::GenericFunction>>();
+             self.set_value(_u);
+           })
+      .def("value", &dolfin::DirichletBC::value);
+
+
+    // dolfin::MultiMeshDirichletBC
+    py::class_<dolfin::MultiMeshDirichletBC, std::shared_ptr<dolfin::MultiMeshDirichletBC>>
+      (m, "MultiMeshDirichletBC", "DOLFIN MultiMeshDirichletBC object")
+      .def(py::init<const dolfin::MultiMeshDirichletBC&>())
+      // Need to handle FunctionSpace and SubDomain coming from the Python layer
+      // Probably better to make Python class for it similar to DirichletBC
+      .def(py::init([](std::shared_ptr<const dolfin::MultiMeshFunctionSpace> V,
+                       py::object g, std::shared_ptr<const dolfin::SubDomain> subdomain,
+                       std::string method, bool check_midpoint,
+                       bool exclude_overlapped_boundaries)
+                    {
+                      std::shared_ptr<const dolfin::GenericFunction> _g;
+                      if (py::hasattr(g, "_cpp_object"))
+                        _g = g.attr("_cpp_object").cast<std::shared_ptr<dolfin::GenericFunction>>();
+                      else
+                        _g = g.cast<std::shared_ptr<dolfin::GenericFunction>>();
+
+                      return dolfin::MultiMeshDirichletBC(V, _g, subdomain, method,
+                                                 check_midpoint, exclude_overlapped_boundaries);
+                    }), py::arg("V"), py::arg("g"), py::arg("subdomain"),
+                        py::arg("method")="topological",
+                        py::arg("check_midpoint")=true,
+                        py::arg("exclude_overlapped_boundaries")=true)
+      .def(py::init<std::shared_ptr<const dolfin::MultiMeshFunctionSpace>,
+           std::shared_ptr<const dolfin::GenericFunction>,
+           std::shared_ptr<const dolfin::SubDomain>, std::string, bool, bool>(),
+           py::arg("V"), py::arg("g"), py::arg("sub_domain"),
+           py::arg("method")="topological", py::arg("check_midpoint")=true,
+           py::arg("exclude_overlapped_boundaries")=true)
+      .def(py::init<std::shared_ptr<const dolfin::MultiMeshFunctionSpace>,
+           std::shared_ptr<const dolfin::GenericFunction>,
+           std::shared_ptr<const dolfin::MeshFunction<std::size_t>>,
+           std::size_t, std::size_t, std::string>(),
+           py::arg("V"), py::arg("g"), py::arg("sub_domains"),
+           py::arg("sub_domain"), py::arg("part"), py::arg("method")="topological")
+      .def(py::init<std::shared_ptr<const dolfin::MultiMeshFunctionSpace>,
+           std::shared_ptr<const dolfin::GenericFunction>,
+           std::shared_ptr<const dolfin::SubDomain>, std::size_t, std::string, bool, bool>(),
+           py::arg("V"), py::arg("g"), py::arg("sub_domain"), py::arg("part"),
+           py::arg("method")="topological", py::arg("check_midpoint")=true,
+           py::arg("exclude_overlapped_boundaries")=true)
+      .def("function_space", &dolfin::MultiMeshDirichletBC::function_space)
+      .def("homogenize", &dolfin::MultiMeshDirichletBC::homogenize)
+      .def("zero", &dolfin::MultiMeshDirichletBC::zero)
+      .def("apply", (void (dolfin::MultiMeshDirichletBC::*)(dolfin::GenericVector&) const)
+           &dolfin::MultiMeshDirichletBC::apply)
+      .def("apply", (void (dolfin::MultiMeshDirichletBC::*)(dolfin::GenericMatrix&) const)
+           &dolfin::MultiMeshDirichletBC::apply)
+      .def("apply", (void (dolfin::MultiMeshDirichletBC::*)(dolfin::GenericMatrix&, dolfin::GenericVector&) const)
+           &dolfin::MultiMeshDirichletBC::apply)
+      .def("apply", (void (dolfin::MultiMeshDirichletBC::*)(dolfin::GenericVector&, const dolfin::GenericVector&) const)
+           &dolfin::MultiMeshDirichletBC::apply)
+      .def("apply", (void (dolfin::MultiMeshDirichletBC::*)(dolfin::GenericMatrix&, dolfin::GenericVector&, const dolfin::GenericVector&) const)
+           &dolfin::MultiMeshDirichletBC::apply);
+
+    // dolfin::AssemblerBase
+    py::class_<dolfin::AssemblerBase, std::shared_ptr<dolfin::AssemblerBase>>
+      (m, "AssemblerBase")
+      .def("init_global_tensor", &dolfin::AssemblerBase::init_global_tensor)
+      .def_readwrite("add_values", &dolfin::Assembler::add_values)
+      .def_readwrite("keep_diagonal", &dolfin::Assembler::keep_diagonal)
+      .def_readwrite("finalize_tensor", &dolfin::Assembler::finalize_tensor);
+
+    // dolfin::Assembler
+    py::class_<dolfin::Assembler, std::shared_ptr<dolfin::Assembler>, dolfin::AssemblerBase>
+      (m, "Assembler", "DOLFIN Assembler object")
+      .def(py::init<>())
+      .def("assemble", &dolfin::Assembler::assemble);
+
+    // dolfin::MixedAssembler
+    py::class_<dolfin::MixedAssembler, std::shared_ptr<dolfin::MixedAssembler>, dolfin::AssemblerBase>
+      (m, "MixedAssembler", "DOLFIN MixedAssembler object")
+      .def(py::init<>())
+      .def("assemble", &dolfin::MixedAssembler::assemble);
+
+    // dolfin::SystemAssembler
+    py::class_<dolfin::SystemAssembler, std::shared_ptr<dolfin::SystemAssembler>, dolfin::AssemblerBase>
+      (m, "SystemAssembler", "DOLFIN SystemAssembler object")
+      .def(py::init<std::shared_ptr<const dolfin::Form>, std::shared_ptr<const dolfin::Form>,
+           std::vector<std::shared_ptr<const dolfin::DirichletBC>>>())
+      .def(py::init<std::vector<std::shared_ptr<const dolfin::Form>>, std::vector<std::shared_ptr<const dolfin::Form>>,
+           std::vector<std::vector<std::shared_ptr<const dolfin::DirichletBC>>>>())
+      .def("assemble", (void (dolfin::SystemAssembler::*)(dolfin::GenericMatrix&, dolfin::GenericVector&))
+           &dolfin::SystemAssembler::assemble)
+      .def("assemble", (void (dolfin::SystemAssembler::*)(std::vector<std::shared_ptr<dolfin::GenericMatrix>>, std::vector<std::shared_ptr<dolfin::GenericVector>>))
+           &dolfin::SystemAssembler::assemble)
+      .def("assemble", (void (dolfin::SystemAssembler::*)(dolfin::GenericMatrix&)) &dolfin::SystemAssembler::assemble)
+      .def("assemble", (void (dolfin::SystemAssembler::*)(dolfin::GenericVector&)) &dolfin::SystemAssembler::assemble)
+      .def("assemble", (void (dolfin::SystemAssembler::*)(dolfin::GenericMatrix&, dolfin::GenericVector&,
+                                                          const dolfin::GenericVector&))
+           &dolfin::SystemAssembler::assemble)
+      .def("assemble", (void (dolfin::SystemAssembler::*)(dolfin::GenericVector&, const dolfin::GenericVector&))
+           &dolfin::SystemAssembler::assemble);
+
+    // dolfin::DiscreteOperators
+    py::class_<dolfin::DiscreteOperators> (m, "DiscreteOperators")
+      .def_static("build_gradient", &dolfin::DiscreteOperators::build_gradient)
+      .def_static("build_gradient", [](py::object V0, py::object V1)
+                  {
+                    auto _V0 = V0.attr("_cpp_object").cast<dolfin::FunctionSpace*>();
+                    auto _V1 = V1.attr("_cpp_object").cast<dolfin::FunctionSpace*>();
+                    return dolfin::DiscreteOperators::build_gradient(*_V0, *_V1);
+                  });
+
+    // dolfin::Form
+    py::class_<dolfin::Form, std::shared_ptr<dolfin::Form>>
+      (m, "Form", "DOLFIN Form object")
+      .def(py::init<std::size_t, std::size_t>())
+      .def(py::init<std::shared_ptr<const ufc::form>,
+	   std::vector<std::shared_ptr<const dolfin::FunctionSpace>>>())
+      .def(py::init<std::size_t, std::size_t>())
+      .def("function_spaces", &dolfin::Form::function_spaces, "Return function spaces for arguments")
+      .def("function_space", &dolfin::Form::function_space, "Return function space for i-th argument")
+      .def("num_coefficients", &dolfin::Form::num_coefficients, "Return number of coefficients in form")
+      .def("original_coefficient_position", &dolfin::Form::original_coefficient_position)
+      .def("set_coefficient", (void (dolfin::Form::*)(std::size_t, std::shared_ptr<const dolfin::GenericFunction>))
+           &dolfin::Form::set_coefficient, "Doc")
+      .def("set_coefficient", (void (dolfin::Form::*)(std::string, std::shared_ptr<const dolfin::GenericFunction>))
+           &dolfin::Form::set_coefficient, "Doc")
+      .def("set_mesh", &dolfin::Form::set_mesh)
+      .def("set_cell_domains", &dolfin::Form::set_cell_domains)
+      .def("set_exterior_facet_domains", &dolfin::Form::set_exterior_facet_domains)
+      .def("set_interior_facet_domains", &dolfin::Form::set_interior_facet_domains)
+      .def("set_vertex_domains", &dolfin::Form::set_vertex_domains)
+      .def("rank", &dolfin::Form::rank)
+      .def("mesh", &dolfin::Form::mesh);
+
+    // dolfin::MultiMeshForm
+    py::class_<dolfin::MultiMeshForm, std::shared_ptr<dolfin::MultiMeshForm>>
+      (m, "MultiMeshForm", "DOLFIN MultiForm object")
+      .def(py::init<std::shared_ptr<const dolfin::MultiMesh>>())
+      .def(py::init<std::shared_ptr<const dolfin::MultiMeshFunctionSpace>>())
+      .def(py::init<std::shared_ptr<const dolfin::MultiMeshFunctionSpace>,
+                    std::shared_ptr<const dolfin::MultiMeshFunctionSpace>>())
+      .def("add", &dolfin::MultiMeshForm::add)
+      .def("build", &dolfin::MultiMeshForm::build)
+      .def("set_multimesh_coefficient",  &dolfin::MultiMeshForm::set_multimesh_coefficient);
+;
+
+    // dolfin::MultiMeshAssembler
+    py::class_<dolfin::MultiMeshAssembler, std::shared_ptr<dolfin::MultiMeshAssembler>>
+      (m, "MultiMeshAssembler", "DOLFIN MultiMeshAssembler object")
+      .def(py::init<>())
+      .def("assemble", &dolfin::MultiMeshAssembler::assemble);
+
+    // dolfin::PointSource
+    py::class_<dolfin::PointSource, std::shared_ptr<dolfin::PointSource>>
+      (m, "PointSource")
+      // FIXME: consolidate down to one intialiser when switching from
+      // SWIG to pybind11
+      .def(py::init([](py::object V, const dolfin::Point& p, double value)
+                    {
+                      std::shared_ptr<const dolfin::FunctionSpace> _V;
+                      if (py::hasattr(V, "_cpp_object"))
+                        _V = V.attr("_cpp_object").cast<std::shared_ptr<dolfin::FunctionSpace>>();
+                      else
+                        _V = V.cast<std::shared_ptr<dolfin::FunctionSpace>>();
+
+                      return dolfin::PointSource(_V, p, value);
+                    }), py::arg("V"), py::arg("p"), py::arg("value"))
+      .def(py::init([](py::object V0, py::object V1, const dolfin::Point& p, double value)
+                    {
+                      std::shared_ptr<const dolfin::FunctionSpace> _V0, _V1;
+                      if (py::hasattr(V0, "_cpp_object"))
+                        _V0 = V0.attr("_cpp_object").cast<std::shared_ptr<dolfin::FunctionSpace>>();
+                      else
+                        _V0 = V0.cast<std::shared_ptr<dolfin::FunctionSpace>>();
+
+                      if (py::hasattr(V1, "_cpp_object"))
+                        _V1 = V1.attr("_cpp_object").cast<std::shared_ptr<dolfin::FunctionSpace>>();
+                      else
+                        _V1 = V1.cast<std::shared_ptr<dolfin::FunctionSpace>>();
+
+                      return dolfin::PointSource(_V0, _V1, p, value);
+                    }), py::arg("V0"), py::arg("V1"), py::arg("p"), py::arg("value"))
+      .def(py::init([](py::object V, const std::vector<std::pair<const dolfin::Point*, double>> values)
+                    {
+                      std::shared_ptr<const dolfin::FunctionSpace> _V;
+                      if (py::hasattr(V, "_cpp_object"))
+                        _V = V.attr("_cpp_object").cast<std::shared_ptr<dolfin::FunctionSpace>>();
+                      else
+                        _V = V.cast<std::shared_ptr<dolfin::FunctionSpace>>();
+
+                      return dolfin::PointSource(_V, values);
+                    }), py::arg("V"), py::arg("values"))
+      .def(py::init([](py::object V0, py::object V1, const std::vector<std::pair<const dolfin::Point*, double>> values)
+                    {
+                      std::shared_ptr<const dolfin::FunctionSpace> _V0, _V1;
+                      if (py::hasattr(V0, "_cpp_object"))
+                        _V0 = V0.attr("_cpp_object").cast<std::shared_ptr<dolfin::FunctionSpace>>();
+                      else
+                        _V0 = V0.cast<std::shared_ptr<dolfin::FunctionSpace>>();
+
+                      if (py::hasattr(V1, "_cpp_object"))
+                        _V1 = V1.attr("_cpp_object").cast<std::shared_ptr<dolfin::FunctionSpace>>();
+                      else
+                        _V1 = V1.cast<std::shared_ptr<dolfin::FunctionSpace>>();
+
+                      return dolfin::PointSource(_V0, _V1, values);
+                    }), py::arg("V0"), py::arg("V1"), py::arg("values"))
+      //
+      //.def(py::init<std::shared_ptr<const dolfin::FunctionSpace>, const dolfin::Point&, double>(),
+      //     py::arg("V"), py::arg("p"), py::arg("value"))
+      //.def(py::init<std::shared_ptr<const dolfin::FunctionSpace>, std::shared_ptr<const dolfin::FunctionSpace>, const dolfin::Point&, double>(),
+      //     py::arg("V0"), py::arg("V1"), py::arg("p"), py::arg("value"))
+      //.def(py::init<std::shared_ptr<const dolfin::FunctionSpace>, const std::vector<std::pair<const dolfin::Point*, double>>>())
+      //.def(py::init<std::shared_ptr<const dolfin::FunctionSpace>, std::shared_ptr<const dolfin::FunctionSpace>,
+      //     const std::vector<std::pair<const dolfin::Point*, double>>>())
+      .def("apply", (void (dolfin::PointSource::*)(dolfin::GenericVector&)) &dolfin::PointSource::apply)
+      .def("apply", (void (dolfin::PointSource::*)(dolfin::GenericMatrix&)) &dolfin::PointSource::apply);
+
+    // dolfin::LinearVariationalProblem
+    py::class_<dolfin::LinearVariationalProblem,
+               std::shared_ptr<dolfin::LinearVariationalProblem>>
+      (m, "LinearVariationalProblem")
+      .def(py::init<std::shared_ptr<const dolfin::Form>,
+           std::shared_ptr<const dolfin::Form>,
+           std::shared_ptr<dolfin::Function>,
+           std::vector<std::shared_ptr<const dolfin::DirichletBC>>>())
+      .def("bcs", &dolfin::LinearVariationalProblem::bcs);
+
+    // dolfin::LinearVariationalSolver
+    py::class_<dolfin::LinearVariationalSolver,
+               std::shared_ptr<dolfin::LinearVariationalSolver>,
+               dolfin::Variable>(m, "LinearVariationalSolver")
+      .def(py::init<std::shared_ptr<dolfin::LinearVariationalProblem>>())
+      .def("solve", &dolfin::LinearVariationalSolver::solve)
+      .def("default_parameters", &dolfin::LinearVariationalSolver::default_parameters);
+
+    // dolfin::MixedLinearVariationalProblem
+    py::class_<dolfin::MixedLinearVariationalProblem,
+               std::shared_ptr<dolfin::MixedLinearVariationalProblem>>
+      (m, "MixedLinearVariationalProblem")
+      .def(py::init<std::vector<std::vector<std::shared_ptr<const dolfin::Form>>>,
+           std::vector<std::vector<std::shared_ptr<const dolfin::Form>>>,
+           std::vector<std::shared_ptr<dolfin::Function>>,
+           std::vector<std::shared_ptr<const dolfin::DirichletBC>>>())
+      .def("bcs", (std::vector<std::shared_ptr<const dolfin::DirichletBC>>
+		   (dolfin::MixedLinearVariationalProblem::*)(int) const) &dolfin::MixedLinearVariationalProblem::bcs)
+      .def("bcs", (std::vector<std::vector<std::shared_ptr<const dolfin::DirichletBC>>>
+		   (dolfin::MixedLinearVariationalProblem::*)() const) &dolfin::MixedLinearVariationalProblem::bcs);
+
+    // dolfin::MixedLinearVariationalSolver
+    py::class_<dolfin::MixedLinearVariationalSolver,
+               std::shared_ptr<dolfin::MixedLinearVariationalSolver>,
+               dolfin::Variable>(m, "MixedLinearVariationalSolver")
+      .def(py::init<>())
+      .def(py::init<std::shared_ptr<dolfin::MixedLinearVariationalProblem>>())
+      .def("solve", (void (dolfin::MixedLinearVariationalSolver::*)())&dolfin::MixedLinearVariationalSolver::solve)
+      .def("solve", (void (dolfin::MixedLinearVariationalSolver::*)
+		     (std::tuple<std::vector<std::shared_ptr<dolfin::GenericMatrix>>,
+		      std::vector<std::shared_ptr<dolfin::GenericVector>>,
+		      std::vector<std::shared_ptr<dolfin::GenericVector>> >))&dolfin::MixedLinearVariationalSolver::solve)
+      .def("assemble_system", (std::tuple<std::vector<std::shared_ptr<dolfin::GenericMatrix>>,
+			       std::vector<std::shared_ptr<dolfin::GenericVector>>,
+			       std::vector<std::shared_ptr<dolfin::GenericVector>> >
+			       (dolfin::MixedLinearVariationalSolver::*)()) &dolfin::MixedLinearVariationalSolver::assemble_system);
+
+    // dolfin::NonlinearVariationalProblem
+    py::class_<dolfin::NonlinearVariationalProblem,
+               std::shared_ptr<dolfin::NonlinearVariationalProblem>>
+      (m, "NonlinearVariationalProblem")
+      .def(py::init<std::shared_ptr<const dolfin::Form>,
+           std::shared_ptr<dolfin::Function>,
+           std::vector<std::shared_ptr<const dolfin::DirichletBC>>,
+           std::shared_ptr<const dolfin::Form>>())
+      // FIXME: is there a better way to handle the casting
+      .def("set_bounds", (void (dolfin::NonlinearVariationalProblem::*)(std::shared_ptr<const dolfin::GenericVector>,
+                                                                        std::shared_ptr<const dolfin::GenericVector>))
+           &dolfin::NonlinearVariationalProblem::set_bounds)
+      .def("set_bounds", (void (dolfin::NonlinearVariationalProblem::*)(const dolfin::Function&, const dolfin::Function&))
+           &dolfin::NonlinearVariationalProblem::set_bounds)
+      .def("set_bounds", [](dolfin::NonlinearVariationalProblem& self, py::object lb, py::object ub)
+           {
+             auto& _lb = lb.attr("_cpp_object").cast<dolfin::Function&>();
+             auto& _ub = ub.attr("_cpp_object").cast<dolfin::Function&>();
+             self.set_bounds(_lb, _ub);
+           });
+
+
+    // dolfin::NonlinearVariationalSolver
+    py::class_<dolfin::NonlinearVariationalSolver,
+               std::shared_ptr<dolfin::NonlinearVariationalSolver>,
+               dolfin::Variable>
+      (m, "NonlinearVariationalSolver")
+      .def(py::init<std::shared_ptr<dolfin::NonlinearVariationalProblem>>())
+      .def("solve", &dolfin::NonlinearVariationalSolver::solve)
+      .def("default_parameters", &dolfin::NonlinearVariationalSolver::default_parameters);
+
+    // dolfin::MixedNonlinearVariationalProblem
+    py::class_<dolfin::MixedNonlinearVariationalProblem,
+               std::shared_ptr<dolfin::MixedNonlinearVariationalProblem>>
+      (m, "MixedNonlinearVariationalProblem")
+      .def(py::init<std::vector<std::vector<std::shared_ptr<const dolfin::Form>>>,
+           std::vector<std::shared_ptr<dolfin::Function>>,
+           std::vector<std::shared_ptr<const dolfin::DirichletBC>>,
+	   std::vector<std::vector<std::shared_ptr<const dolfin::Form>>>>())
+      .def("bcs", (std::vector<std::shared_ptr<const dolfin::DirichletBC>>
+		   (dolfin::MixedNonlinearVariationalProblem::*)(int) const) &dolfin::MixedNonlinearVariationalProblem::bcs)
+      .def("bcs", (std::vector<std::vector<std::shared_ptr<const dolfin::DirichletBC>>>
+		   (dolfin::MixedNonlinearVariationalProblem::*)() const) &dolfin::MixedNonlinearVariationalProblem::bcs);
+
+    // dolfin::MixedNonlinearVariationalSolver
+    py::class_<dolfin::MixedNonlinearVariationalSolver,
+               std::shared_ptr<dolfin::MixedNonlinearVariationalSolver>,
+               dolfin::Variable>(m, "MixedNonlinearVariationalSolver")
+      .def(py::init<std::shared_ptr<dolfin::MixedNonlinearVariationalProblem>>())
+      .def("solve", &dolfin::MixedNonlinearVariationalSolver::solve);
+
+    // dolfin::LocalSolver
+    py::class_<dolfin::LocalSolver, std::shared_ptr<dolfin::LocalSolver>>
+      local_solver(m, "LocalSolver");
+
+    // dolfin::LocalSolver enums
+    py::enum_<dolfin::LocalSolver::SolverType>(local_solver, "SolverType")
+      .value("LU", dolfin::LocalSolver::SolverType::LU)
+      .value("Cholesky", dolfin::LocalSolver::SolverType::Cholesky);
+
+    local_solver.def(py::init<std::shared_ptr<const dolfin::Form>,
+                     std::shared_ptr<const dolfin::Form>,
+                     dolfin::LocalSolver::SolverType>())
+      .def(py::init<std::shared_ptr<const dolfin::Form>,
+                     dolfin::LocalSolver::SolverType>())
+      .def("factorize", &dolfin::LocalSolver::factorize)
+      .def("clear_factorization", &dolfin::LocalSolver::clear_factorization)
+      .def("solve_local", &dolfin::LocalSolver::solve_local)
+      .def("solve_local_rhs", &dolfin::LocalSolver::solve_local_rhs)
+      .def("solve_global_rhs", &dolfin::LocalSolver::solve_global_rhs)
+      .def("solve_local_rhs", [](dolfin::LocalSolver& self, py::object u)
+           {
+             auto _u = u.attr("_cpp_object").cast<dolfin::Function*>();
+             self.solve_local_rhs(*_u);
+           })
+      .def("solve_global_rhs", [](dolfin::LocalSolver& self, py::object u)
+           {
+             auto _u = u.attr("_cpp_object").cast<dolfin::Function*>();
+             self.solve_global_rhs(*_u);
+           });
+
+#ifdef HAS_PETSC
+    // dolfin::PETScDMCollection
+    py::class_<dolfin::PETScDMCollection, std::shared_ptr<dolfin::PETScDMCollection>>
+      (m, "PETScDMCollection")
+      .def(py::init<std::vector<std::shared_ptr<const dolfin::FunctionSpace>>>())
+      .def(py::init([](py::list V)
+                    {
+                      std::vector<std::shared_ptr<const dolfin::FunctionSpace>> _V;
+                      for (auto space : V)
+                      {
+                        auto _space = space.attr("_cpp_object").cast<std::shared_ptr<const dolfin::FunctionSpace>>();
+                        _V.push_back(_space);
+                      }
+                      return dolfin::PETScDMCollection(_V);
+                    }))
+      .def_static("create_transfer_matrix", &dolfin::PETScDMCollection::create_transfer_matrix)
+      .def_static("create_transfer_matrix", [](py::object V_coarse, py::object V_fine)
+                  {
+                    auto _V0 = V_coarse.attr("_cpp_object").cast<dolfin::FunctionSpace*>();
+                    auto _V1 = V_fine.attr("_cpp_object").cast<dolfin::FunctionSpace*>();
+                    return dolfin::PETScDMCollection::create_transfer_matrix(*_V0, *_V1);
+                  })
+      .def("check_ref_count", &dolfin::PETScDMCollection::check_ref_count)
+      .def("get_dm", &dolfin::PETScDMCollection::get_dm);
+#endif
+
+    // Assemble free functions
+    m.def("assemble", (void (*)(dolfin::GenericTensor&, const dolfin::Form&)) &dolfin::assemble);
+    m.def("assemble", (double (*)(const dolfin::Form&)) &dolfin::assemble);
+
+    m.def("assemble_system", (void (*)(dolfin::GenericMatrix&, dolfin::GenericVector&,
+                                       const dolfin::Form&, const dolfin::Form&,
+                                       std::vector<std::shared_ptr<const dolfin::DirichletBC>>))
+          &dolfin::assemble_system);
+
+    m.def("assemble_system", (void (*)(dolfin::GenericMatrix&, dolfin::GenericVector&,
+                                       const dolfin::Form&, const dolfin::Form&,
+                                       std::vector<std::shared_ptr<const dolfin::DirichletBC>>,
+                                       const dolfin::GenericVector&))
+          &dolfin::assemble_system);
+
+    m.def("assemble_local", [](const dolfin::Form& form, const dolfin::Cell& cell)
+          {
+            Eigen::Matrix<double, Eigen::Dynamic, Eigen::Dynamic, Eigen::RowMajor> m;
+            dolfin::assemble_local(m, form, cell);
+            return m;
+          });
+
+    // FEM utils free functions
+    m.def("create_mesh", dolfin::create_mesh);
+    m.def("create_mesh", [](const py::object u)
+          {
+            auto _u = u.attr("_cpp_object").cast<dolfin::Function*>();
+            return dolfin::create_mesh(*_u);
+          });
+
+    m.def("set_coordinates", &dolfin::set_coordinates);
+    m.def("set_coordinates", [](dolfin::MeshGeometry& geometry, const py::object u)
+          {
+            auto _u = u.attr("_cpp_object").cast<const dolfin::Function*>();
+            dolfin::set_coordinates(geometry, *_u);
+          });
+
+    m.def("get_coordinates", &dolfin::get_coordinates);
+    m.def("get_coordinates", [](py::object u, const dolfin::MeshGeometry& geometry)
+          {
+            auto _u = u.attr("_cpp_object").cast<dolfin::Function*>();
+            return dolfin::get_coordinates(*_u, geometry);
+          });
+
+    m.def("vertex_to_dof_map", [](const dolfin::FunctionSpace& V)
+          {
+            const auto _v2d = dolfin::vertex_to_dof_map(V);
+            return py::array_t<dolfin::la_index>(_v2d.size(), _v2d.data());
+          });
+
+    m.def("vertex_to_dof_map", [](py::object V)
+          {
+            auto _V = V.attr("_cpp_object").cast<dolfin::FunctionSpace*>();
+            const auto _v2d = dolfin::vertex_to_dof_map(*_V);
+            return py::array_t<dolfin::la_index>(_v2d.size(), _v2d.data());
+          });
+    m.def("dof_to_vertex_map", &dolfin::dof_to_vertex_map);
+    m.def("dof_to_vertex_map", [](py::object V)
+          {
+            auto _V = V.attr("_cpp_object").cast<dolfin::FunctionSpace*>();
+            const auto _d2v = dolfin::dof_to_vertex_map(*_V);
+            return py::array_t<std::size_t>(_d2v.size(), _d2v.data());
+          });
+  }
+}
diff --git a/python/src/function.cpp b/python/src/function.cpp
new file mode 100644
index 0000000..8df0d9a
--- /dev/null
+++ b/python/src/function.cpp
@@ -0,0 +1,529 @@
+/// Copyright (C) 2017 Chris N. Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <memory>
+
+#include <pybind11/pybind11.h>
+#include <pybind11/numpy.h>
+#include <pybind11/stl.h>
+#include <pybind11/eigen.h>
+#include <pybind11/operators.h>
+
+#include <dolfin/common/Array.h>
+#include <dolfin/common/Hierarchical.h>
+#include <dolfin/function/assign.h>
+#include <dolfin/function/Constant.h>
+#include <dolfin/function/Expression.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/function/FunctionAssigner.h>
+#include <dolfin/function/FunctionAXPY.h>
+#include <dolfin/function/FunctionSpace.h>
+#include <dolfin/function/MultiMeshFunction.h>
+#include <dolfin/function/MultiMeshFunctionSpace.h>
+#include <dolfin/function/MultiMeshSubSpace.h>
+#include <dolfin/function/LagrangeInterpolator.h>
+#include <dolfin/function/SpecialFunctions.h>
+#include <dolfin/fem/FiniteElement.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/fem/MultiMeshDofMap.h>
+#include <dolfin/geometry/Point.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/la/GenericMatrix.h>
+#include <dolfin/mesh/Mesh.h>
+
+namespace py = pybind11;
+
+namespace dolfin_wrappers
+{
+
+  void function(py::module& m)
+  {
+    // ufc::shape
+    py::class_<ufc::shape>(m, "ufc_shape");
+
+    // ufc::cell
+    py::class_<ufc::cell, std::shared_ptr<ufc::cell>>(m, "ufc_cell")
+      .def(py::init<>())
+      .def_readonly("cell_shape", &ufc::cell::cell_shape)
+      .def_readonly("topological_dimension", &ufc::cell::topological_dimension)
+      .def_readonly("geometric_dimension", &ufc::cell::geometric_dimension)
+      .def_readonly("local_facet", &ufc::cell::local_facet)
+      .def_readonly("mesh_identifier", &ufc::cell::mesh_identifier)
+      .def_readonly("index", &ufc::cell::index);
+
+    // ufc::function
+    py::class_<ufc::function, std::shared_ptr<ufc::function>>(m, "ufc_function");
+
+    // dolfin::GenericFunction
+    py::class_<dolfin::GenericFunction, std::shared_ptr<dolfin::GenericFunction>,
+               ufc::function, dolfin::Variable>
+      (m, "GenericFunction")
+      .def("value_dimension", &dolfin::GenericFunction::value_dimension)
+      .def("value_size", &dolfin::GenericFunction::value_size)
+      .def("value_rank", &dolfin::GenericFunction::value_rank)
+      .def_property_readonly("value_shape", &dolfin::GenericFunction::value_shape)
+      // FIXME: Change eval function to return NumPy array
+      // FIXME: Add C++ version that takes a dolfin::Cell
+      .def("eval", [](const dolfin::GenericFunction& self, Eigen::Ref<Eigen::VectorXd> u,
+                      Eigen::Ref<const Eigen::VectorXd> x, const dolfin::Cell& cell)
+           {
+             ufc::cell ufc_cell;
+             cell.get_cell_data(ufc_cell);
+             self.eval(u, x, ufc_cell);
+           }, "Evaluate GenericFunction (cell version)")
+      .def("eval", (void (dolfin::GenericFunction::*)(Eigen::Ref<Eigen::VectorXd>,
+                                                      Eigen::Ref<const Eigen::VectorXd>, const ufc::cell&) const)
+           &dolfin::GenericFunction::eval,
+           "Evaluate GenericFunction (cell version)")
+
+      .def("eval", (void (dolfin::GenericFunction::*)(Eigen::Ref<Eigen::VectorXd>,
+                                                      Eigen::Ref<const Eigen::VectorXd>) const)
+           &dolfin::GenericFunction::eval, py::arg("values"), py::arg("x"), "Evaluate GenericFunction")
+      .def("compute_vertex_values", [](dolfin::GenericFunction& self, const dolfin::Mesh& mesh)
+           { std::vector<double> values;
+             self.compute_vertex_values(values, mesh);
+             return py::array_t<double>(values.size(), values.data());
+           }, "Compute values at all mesh vertices")
+      .def("compute_vertex_values", [](dolfin::GenericFunction& self)
+           {
+             auto V = self.function_space();
+             if (!V)
+                 throw py::value_error("GenericFunction has no function space. You must supply a mesh.");
+             auto mesh = V->mesh();
+             if (!mesh)
+                 throw py::value_error("GenericFunction has no function space mesh. You must supply a mesh.");
+             std::vector<double> values;
+             self.compute_vertex_values(values, *mesh);
+             // FIXME: this causes a copy, we should rewrite the C++ interface to use Eigen when SWIG is removed
+             return py::array_t<double>(values.size(), values.data());
+           }, "Compute values at all mesh vertices by using the mesh function.function_space().mesh()")
+      .def("function_space", &dolfin::GenericFunction::function_space)
+
+      .def("restrict", [](const dolfin::GenericFunction& self,
+                          const dolfin::FiniteElement& element,
+                          const dolfin::Cell& cell)
+                          {
+                              ufc::cell ufc_cell;
+                              cell.get_cell_data(ufc_cell);
+
+                              std::vector<double> coordinate_dofs;
+                              cell.get_coordinate_dofs(coordinate_dofs);
+
+                              std::size_t s_dim = element.space_dimension();
+                              Eigen::VectorXd w(s_dim);
+                              self.restrict(w.data(), element, cell,
+                                            coordinate_dofs.data(), ufc_cell);
+
+                              return w; // no copy
+                          });
+
+    // Create dolfin::Expression from a JIT pointer
+    m.def("make_dolfin_expression",
+          [](std::uintptr_t e)
+          {
+            dolfin::Expression *p = reinterpret_cast<dolfin::Expression *>(e);
+            return std::shared_ptr<const dolfin::Expression>(p);
+          }, "Create a dolfin::Expression object from a pointer integer, typically returned by a just-in-time compiler");
+
+    // dolfin::Expression trampoline (used for overloading virtual
+    // function from Python)
+    class PyExpression : public dolfin::Expression
+    {
+      using dolfin::Expression::Expression;
+
+      void eval(Eigen::Ref<Eigen::VectorXd> values,
+                Eigen::Ref<const Eigen::VectorXd> x) const override
+      { PYBIND11_OVERLOAD(void, dolfin::Expression, eval, values, x); }
+
+      void eval(Eigen::Ref<Eigen::VectorXd> values,
+                Eigen::Ref<const Eigen::VectorXd> x,
+                const ufc::cell& cell) const override
+      { PYBIND11_OVERLOAD_NAME(void, dolfin::Expression, "eval_cell", eval, values, x, cell); }
+
+    };
+
+    // dolfin:Expression
+    py::class_<dolfin::Expression, PyExpression, std::shared_ptr<dolfin::Expression>,
+               dolfin::GenericFunction>(m, "Expression", "An Expression is a function (field) that can appear as a coefficient in a form")
+      .def(py::init<>())
+      .def(py::init<std::size_t>())
+      .def(py::init<std::size_t, std::size_t>())
+      .def(py::init<std::vector<std::size_t>>())
+      .def("__call__", [](const dolfin::Expression& self, Eigen::Ref<const Eigen::VectorXd> x)
+           {
+             Eigen::VectorXd f(self.value_size());
+             self.eval(f, x);
+             return f;
+           })
+      .def("__call__", [](const dolfin::Expression& self, const dolfin::Point& p)
+           {
+             const Eigen::Map<Eigen::VectorXd> x(const_cast<double*>(p.coordinates()), 3);
+             Eigen::VectorXd f(self.value_size());
+             self.eval(f, x);
+             return f;
+           })
+      .def("value_dimension", &dolfin::Expression::value_dimension)
+      .def("get_property", &dolfin::Expression::get_property)
+      .def("set_property", [](dolfin::Expression& self, std::string name, py::object value)
+           {
+             if (py::isinstance<dolfin::GenericFunction>(value))
+             {
+               auto _v = value.cast<std::shared_ptr<dolfin::GenericFunction>>();
+               self.set_generic_function(name, _v);
+             }
+             else if (py::hasattr(value, "_cpp_object"))
+             {
+               auto _v = value.attr("_cpp_object").cast<std::shared_ptr<dolfin::GenericFunction>>();
+               self.set_generic_function(name, _v);
+             }
+             else
+             {
+               double _v = value.cast<double>();
+               self.set_property(name, _v);
+             }
+           })
+      .def("get_generic_function", &dolfin::Expression::get_generic_function);
+
+    // dolfin::Constant
+    py::class_<dolfin::Constant, std::shared_ptr<dolfin::Constant>, dolfin::Expression>
+      (m, "Constant")
+      .def(py::init<double>())
+      .def(py::init<std::vector<double>>())
+      .def(py::init<std::vector<std::size_t>, std::vector<double>>())
+      .def("values", [](const dolfin::Constant& self)
+           { auto v =  self.values(); return py::array_t<double>(v.size(), v.data()); })
+      .def("__float__", [](const dolfin::Constant& instance) -> double { return instance; })
+      /*
+      .def("_assign", [](dolfin::Constant& self, const dolfin::Constant& other) -> const dolfin::Constant&
+           {self = other;})
+      .def("_assign", [](dolfin::Constant& self, double value) -> const dolfin::Constant&
+           {self = value;})
+      */
+      .def("assign", [](dolfin::Constant& self, const dolfin::Constant& other) {self = other;})
+      .def("assign", [](dolfin::Constant& self, double value) {self = value;})
+      /*
+      .def("_assign", (const dolfin::Constant& (dolfin::Constant::*)(const dolfin::Constant&))
+                       &dolfin::Constant::operator=)
+      .def("_assign", (const dolfin::Constant& (dolfin::Constant::*)(double))
+                       &dolfin::Constant::operator=)
+      */
+      .def("str", &dolfin::Constant::str);
+
+    // dolfin::FacetArea
+    py::class_<dolfin::FacetArea, std::shared_ptr<dolfin::FacetArea>,
+               dolfin::Expression, dolfin::GenericFunction>
+      (m, "FacetArea")
+      .def(py::init<std::shared_ptr<const dolfin::Mesh>>());
+
+    // dolfin::MeshCoordinates
+    py::class_<dolfin::MeshCoordinates, std::shared_ptr<dolfin::MeshCoordinates>,
+               dolfin::Expression, dolfin::GenericFunction>
+      (m, "MeshCoordinates")
+      .def(py::init<std::shared_ptr<const dolfin::Mesh>>());
+
+
+    // Hierarchical dolfin::Function
+    py::class_<dolfin::Hierarchical<dolfin::Function>, std::shared_ptr<dolfin::Hierarchical<dolfin::Function>>>
+      (m, "HierarchicalFunction", "some description")
+      .def("root_node", [](dolfin::Hierarchical<dolfin::Function>& self)
+           { return self.root_node_shared_ptr(); } )
+      .def("leaf_node", [](dolfin::Hierarchical<dolfin::Function>& self)
+           { return self.leaf_node_shared_ptr(); } );
+      //.def("root_node", &dolfin::Hierarchical<dolfin::Function>::root_node_shared_ptr)
+      //.def("leaf_node", &dolfin::Hierarchical<dolfin::Function>::leaf_node_shared_ptr);
+
+    // dolfin::Function
+    py::class_<dolfin::Function, std::shared_ptr<dolfin::Function>, dolfin::GenericFunction,
+               dolfin::Hierarchical<dolfin::Function>>
+      (m, "Function", "A finite element function")
+      .def(py::init<std::shared_ptr<const dolfin::FunctionSpace>>(), "Create a function on the given function space")
+      .def(py::init<std::shared_ptr<const dolfin::FunctionSpace>, std::string>())
+      .def(py::init<dolfin::Function&, std::size_t>())
+      .def(py::init<std::shared_ptr<dolfin::FunctionSpace>, std::shared_ptr<dolfin::GenericVector>>())
+      .def("_assign", (const dolfin::Function& (dolfin::Function::*)(const dolfin::Function&))
+           &dolfin::Function::operator=)
+      .def("_assign", (const dolfin::Function& (dolfin::Function::*)(const dolfin::Expression&))
+           &dolfin::Function::operator=)
+      .def("_assign", (void (dolfin::Function::*)(const dolfin::FunctionAXPY&))
+           &dolfin::Function::operator=)
+      .def("_in", &dolfin::Function::in)
+      .def("__call__", [](dolfin::Function& self, std::vector<double>& p)
+          {
+            // FIXME - remove Array and replace with Eigen in DOLFIN
+            const dolfin::Array<double> x(p.size(), p.data());
+            Eigen::VectorXd values(self.value_size());
+            dolfin::Array<double> _values(self.value_size(), values.data());
+            self.eval(_values, x);
+            return values;
+          })
+      .def("extrapolate", &dolfin::Function::extrapolate)
+      .def("extrapolate", [](dolfin::Function& instance, const py::object v)
+           {
+             auto _v = v.attr("_cpp_object").cast<dolfin::Function*>();
+             instance.extrapolate(*_v);
+           })
+
+      .def("sub", &dolfin::Function::operator[])
+      .def("get_allow_extrapolation", &dolfin::Function::get_allow_extrapolation)
+      .def("interpolate", (void (dolfin::Function::*)(const dolfin::GenericFunction&))
+           &dolfin::Function::interpolate, "Interpolate the function u")
+      .def("interpolate", [](dolfin::Function& instance, const py::object v)
+           {
+             auto _v = v.attr("_cpp_object").cast<dolfin::GenericFunction*>();
+             instance.interpolate(*_v);
+           }, "Interpolate the function u")
+      .def("set_allow_extrapolation", &dolfin::Function::set_allow_extrapolation)
+      // FIXME: A lot of error when using non-const version - misused
+      // by Python interface?
+      .def("vector", (std::shared_ptr<const dolfin::GenericVector> (dolfin::Function::*)() const)
+           &dolfin::Function::vector, "Return the vector associated with the finite element Function");
+
+    // FIXME: why is this floating here?
+    m.def("interpolate", [](const dolfin::GenericFunction& f,
+                          std::shared_ptr<const dolfin::FunctionSpace> V)
+          {
+            auto g = std::make_shared<dolfin::Function>(V);
+            g->interpolate(f);
+            return g;
+          });
+
+    // dolfin::FunctionAXPY
+    py::class_<dolfin::FunctionAXPY, std::shared_ptr<dolfin::FunctionAXPY>> function_axpy(m, "FunctionAXPY");
+    function_axpy
+      .def(py::init<std::shared_ptr<const dolfin::Function>, double>())
+      .def(py::init<std::shared_ptr<const dolfin::Function>, std::shared_ptr<const dolfin::Function>,
+           dolfin::FunctionAXPY::Direction>())
+      .def(py::init<std::vector<std::pair<double, std::shared_ptr<const dolfin::Function>>>>())
+      .def(py::init([](std::vector<std::pair<double, py::object>> fun)
+           {
+             std::vector<std::pair<double, std::shared_ptr<const dolfin::Function>>> a;
+             for (auto p : fun)
+               a.push_back({p.first, p.second.attr("_cpp_object").cast<std::shared_ptr<const dolfin::Function>>()});
+             return dolfin::FunctionAXPY(a);
+           }))
+      .def(py::init([](py::object f1, double a)
+           {
+             auto _f1 = f1.attr("_cpp_object").cast<std::shared_ptr<const dolfin::Function>>();
+             return dolfin::FunctionAXPY(_f1, a);
+           }))
+      .def(py::self + py::self)
+      .def(py::self + std::shared_ptr<const dolfin::Function>())
+      .def("__add__", [](dolfin::FunctionAXPY& self, py::object f1)
+           {
+             return (self + f1.attr("_cpp_object").cast<std::shared_ptr<const dolfin::Function>>());
+           })
+      .def(py::self - py::self)
+      .def(py::self - std::shared_ptr<const dolfin::Function>())
+      .def("__sub__", [](dolfin::FunctionAXPY& self, py::object f1)
+           {
+             return (self - f1.attr("_cpp_object").cast<std::shared_ptr<const dolfin::Function>>());
+           })
+      .def(py::self * float())
+      .def(py::self / float());
+
+    // dolfin::FunctionAXPY enum
+    py::enum_<dolfin::FunctionAXPY::Direction>(function_axpy, "Direction")
+      .value("ADD_ADD", dolfin::FunctionAXPY::Direction::ADD_ADD)
+      .value("SUB_ADD", dolfin::FunctionAXPY::Direction::SUB_ADD)
+      .value("ADD_SUB", dolfin::FunctionAXPY::Direction::ADD_SUB)
+      .value("SUB_SUB", dolfin::FunctionAXPY::Direction::SUB_SUB);
+
+    // dolfin::FunctionSpace
+    py::class_<dolfin::FunctionSpace, std::shared_ptr<dolfin::FunctionSpace>, dolfin::Variable>
+      (m, "FunctionSpace", py::dynamic_attr())
+      .def(py::init<std::shared_ptr<dolfin::Mesh>, std::shared_ptr<dolfin::FiniteElement>,
+           std::shared_ptr<dolfin::GenericDofMap>>())
+      .def(py::init<const dolfin::FunctionSpace&>())
+      .def("__eq__", &dolfin::FunctionSpace::operator==)
+      .def("dim", &dolfin::FunctionSpace::dim)
+      .def("collapse", [](dolfin::FunctionSpace& self)
+           {
+             std::unordered_map<std::size_t, std::size_t> dofs;
+             auto V = self.collapse(dofs);
+             return std::pair<std::shared_ptr<dolfin::FunctionSpace>, std::unordered_map<std::size_t, std::size_t>>({V, dofs});
+           })
+      .def("component", &dolfin::FunctionSpace::component)
+      .def("contains", &dolfin::FunctionSpace::contains)
+      .def("element", &dolfin::FunctionSpace::element)
+      .def("mesh", &dolfin::FunctionSpace::mesh)
+      .def("dofmap", &dolfin::FunctionSpace::dofmap)
+      .def("set_x", &dolfin::FunctionSpace::set_x)
+      .def("sub", (std::shared_ptr<dolfin::FunctionSpace> (dolfin::FunctionSpace::*)(std::size_t) const)
+           &dolfin::FunctionSpace::sub)
+      .def("extract_sub_space", &dolfin::FunctionSpace::extract_sub_space)
+      .def("tabulate_dof_coordinates", [](const dolfin::FunctionSpace& self)
+           {
+             const std::size_t gdim = self.element()->geometric_dimension();
+             std::vector<double> coords = self.tabulate_dof_coordinates();
+             assert(coords.size() % gdim  == 0);
+
+             py::array_t<double> c({coords.size()/gdim, gdim}, coords.data() );
+             return c;
+           });
+
+    // dolfin::LagrangeInterpolator
+    py::class_<dolfin::LagrangeInterpolator> (m, "LagrangeInterpolator")
+      .def_static("interpolate", (void (*)(dolfin::Function&, const dolfin::Function&))
+                  &dolfin::LagrangeInterpolator::interpolate)
+      .def_static("interpolate", [](py::object f1, py::object f2)
+                  {
+                    auto _f1 = f1.attr("_cpp_object").cast<dolfin::Function*>();
+                    auto _f2cpp = f2.attr("_cpp_object");
+                    if (py::isinstance<dolfin::Function>(_f2cpp))
+                    {
+                      auto _f2 = _f2cpp.cast<const dolfin::Function*>();
+                      dolfin::LagrangeInterpolator::interpolate(*_f1, *_f2);
+                    }
+                    else if (py::isinstance<dolfin::Expression>(_f2cpp))
+                    {
+                      auto _f2 = _f2cpp.cast<const dolfin::Expression*>();
+                      dolfin::LagrangeInterpolator::interpolate(*_f1, *_f2);
+                    }
+                    else
+                      throw py::type_error("Can only interpolate Expression or Function");
+                  });
+
+    // dolfin::FunctionAssigner
+    py::class_<dolfin::FunctionAssigner, std::shared_ptr<dolfin::FunctionAssigner>>
+      (m, "FunctionAssigner")
+      .def(py::init<std::shared_ptr<const dolfin::FunctionSpace>,
+           std::shared_ptr<const dolfin::FunctionSpace>>())
+      .def(py::init<std::vector<std::shared_ptr<const dolfin::FunctionSpace>>,
+           std::shared_ptr<const dolfin::FunctionSpace>>())
+      .def(py::init<std::shared_ptr<const dolfin::FunctionSpace>,
+           std::vector<std::shared_ptr<const dolfin::FunctionSpace>>>())
+      .def(py::init([](py::object V0, py::object V1)
+           {
+             if (py::isinstance<py::list>(V0))
+             {
+               std::vector<std::shared_ptr<const dolfin::FunctionSpace>> _V0;
+               for (auto V : py::cast<py::list>(V0))
+                 _V0.push_back(V.attr("_cpp_object").cast<std::shared_ptr<const dolfin::FunctionSpace>>());
+               auto _V1 = V1.attr("_cpp_object").cast<std::shared_ptr<const dolfin::FunctionSpace>>();
+               return dolfin::FunctionAssigner(_V0, _V1);
+             }
+             else if (py::isinstance<py::list>(V1))
+             {
+               std::vector<std::shared_ptr<const dolfin::FunctionSpace>> _V1;
+               for (auto V : py::cast<py::list>(V1))
+                 _V1.push_back(V.attr("_cpp_object").cast<std::shared_ptr<const dolfin::FunctionSpace>>());
+               auto _V0 = V0.attr("_cpp_object").cast<std::shared_ptr<const dolfin::FunctionSpace>>();
+               return dolfin::FunctionAssigner(_V0, _V1);
+             }
+             else
+             {
+               auto _V0 = V0.attr("_cpp_object").cast<std::shared_ptr<const dolfin::FunctionSpace>>();
+               auto _V1 = V1.attr("_cpp_object").cast<std::shared_ptr<const dolfin::FunctionSpace>>();
+               return dolfin::FunctionAssigner(_V0, _V1);
+             }
+           }))
+      .def("assign", (void (dolfin::FunctionAssigner::*)(std::shared_ptr<dolfin::Function>,
+                                                         std::shared_ptr<const dolfin::Function>) const)
+           &dolfin::FunctionAssigner::assign)
+      .def("assign", [](const dolfin::FunctionAssigner& self, py::object v0, py::object v1)
+           {
+             if (py::isinstance<py::list>(v0))
+             {
+               std::vector<std::shared_ptr<dolfin::Function>> _v0;
+               for (auto v : py::cast<py::list>(v0))
+                 _v0.push_back(v.attr("_cpp_object").cast<std::shared_ptr<dolfin::Function>>());
+               auto _v1 = v1.attr("_cpp_object").cast<std::shared_ptr<const dolfin::Function>>();
+               self.assign(_v0, _v1);
+               return;
+             }
+             else if (py::isinstance<py::list>(v1))
+             {
+               auto _v0 = v0.attr("_cpp_object").cast<std::shared_ptr<dolfin::Function>>();
+               std::vector<std::shared_ptr<const dolfin::Function>> _v1;
+               for (auto v : py::cast<py::list>(v1))
+                 _v1.push_back(v.attr("_cpp_object").cast<std::shared_ptr<const dolfin::Function>>());
+               self.assign(_v0, _v1);
+               return;
+             }
+             else
+             {
+               auto _v0 = v0.attr("_cpp_object").cast<std::shared_ptr<dolfin::Function>>();
+               auto _v1 = v1.attr("_cpp_object").cast<std::shared_ptr<const dolfin::Function>>();
+               self.assign(_v0, _v1);
+               return;
+             }
+           });
+    py::class_<dolfin::MultiMeshFunction,  std::shared_ptr<dolfin::MultiMeshFunction>, dolfin::Variable>(m, "MultiMeshFunction")
+      .def(py::init<std::shared_ptr<dolfin::MultiMeshFunctionSpace>>())
+      .def("vector", static_cast<std::shared_ptr<dolfin::GenericVector>(dolfin::MultiMeshFunction::*)()>(&dolfin::MultiMeshFunction::vector))
+      .def("part", (std::shared_ptr<const dolfin::Function> (dolfin::MultiMeshFunction::*)(std::size_t) const)&dolfin::MultiMeshFunction::part)
+      .def("part", (std::shared_ptr<const dolfin::Function> (dolfin::MultiMeshFunction::*)(std::size_t, bool) const)&dolfin::MultiMeshFunction::part)
+      .def("assign_part", (void (dolfin::MultiMeshFunction::*)(std::size_t, const dolfin::Function)) &dolfin::MultiMeshFunction::assign_part);
+
+    py::class_<dolfin::MultiMeshFunctionSpace, std::shared_ptr<dolfin::MultiMeshFunctionSpace>>
+      (m, "MultiMeshFunctionSpace", py::dynamic_attr())
+      .def(py::init<std::shared_ptr<dolfin::MultiMesh>>())
+      .def("add", [](dolfin::MultiMeshFunctionSpace& self, py::object v0)
+           {
+             auto _v0 = v0.attr("_cpp_object").cast<std::shared_ptr<dolfin::FunctionSpace>>();
+             self.add(_v0);
+             return;
+           })
+      .def("num_parts", &dolfin::MultiMeshFunctionSpace::num_parts)
+      .def("build", static_cast<void(dolfin::MultiMeshFunctionSpace::*)()>(&dolfin::MultiMeshFunctionSpace::build))
+      .def("multimesh", &dolfin::MultiMeshFunctionSpace::multimesh)
+      .def("part", &dolfin::MultiMeshFunctionSpace::part)
+      .def("lock_inactive_dofs", &dolfin::MultiMeshFunctionSpace::lock_inactive_dofs)
+      .def("dofmap", &dolfin::MultiMeshFunctionSpace::dofmap)
+      .def("dim", &dolfin::MultiMeshFunctionSpace::dim);
+
+    // dolfin::assign interface
+    m.def("assign", [](py::object v0, py::object v1)
+           {
+             if (py::isinstance<py::list>(v0))
+             {
+               std::vector<std::shared_ptr<dolfin::Function>> _v0;
+               for (auto v : py::cast<py::list>(v0))
+                 _v0.push_back(v.attr("_cpp_object").cast<std::shared_ptr<dolfin::Function>>());
+               auto _v1 = v1.attr("_cpp_object").cast<std::shared_ptr<const dolfin::Function>>();
+               dolfin::assign(_v0, _v1);
+               return;
+             }
+             else if (py::isinstance<py::list>(v1))
+             {
+               auto _v0 = v0.attr("_cpp_object").cast<std::shared_ptr<dolfin::Function>>();
+               std::vector<std::shared_ptr<const dolfin::Function>> _v1;
+               for (auto v : py::cast<py::list>(v1))
+                 _v1.push_back(v.attr("_cpp_object").cast<std::shared_ptr<const dolfin::Function>>());
+               dolfin::assign(_v0, _v1);
+               return;
+             }
+             else
+             {
+               auto _v0 = v0.attr("_cpp_object").cast<std::shared_ptr<dolfin::Function>>();
+               auto _v1 = v1.attr("_cpp_object").cast<std::shared_ptr<const dolfin::Function>>();
+               dolfin::assign(_v0, _v1);
+               return;
+             }
+           });
+
+    py::class_<dolfin::MultiMeshSubSpace, std::shared_ptr<dolfin::MultiMeshSubSpace>, dolfin::MultiMeshFunctionSpace>(m, "MultiMeshSubSpace")
+      .def(py::init<dolfin::MultiMeshFunctionSpace&, std::size_t, std::size_t>())
+      .def(py::init<dolfin::MultiMeshFunctionSpace&, std::vector<std::size_t>>())
+      .def(py::init([](py::object function_space, std::size_t i)
+		    {
+		      auto f_s = function_space.attr("_cpp_object").cast<dolfin::MultiMeshFunctionSpace>();
+		      return dolfin::MultiMeshSubSpace(f_s, i);
+		    }
+		    ));
+      }
+}
diff --git a/python/src/generation.cpp b/python/src/generation.cpp
new file mode 100644
index 0000000..f1e8e0e
--- /dev/null
+++ b/python/src/generation.cpp
@@ -0,0 +1,158 @@
+// Copyright (C) 2017 Chris N. Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <array>
+#include <iostream>
+#include <memory>
+#include <string>
+#include <pybind11/pybind11.h>
+#include <pybind11/numpy.h>
+
+#include <dolfin/geometry/Point.h>
+#include <dolfin/mesh/CellType.h>
+#include <dolfin/generation/BoxMesh.h>
+#include <dolfin/generation/UnitTriangleMesh.h>
+#include <dolfin/generation/UnitCubeMesh.h>
+#include <dolfin/generation/UnitDiscMesh.h>
+#include <dolfin/generation/SphericalShellMesh.h>
+#include <dolfin/generation/UnitSquareMesh.h>
+#include <dolfin/generation/UnitIntervalMesh.h>
+#include <dolfin/generation/IntervalMesh.h>
+
+#include "casters.h"
+
+namespace py = pybind11;
+
+namespace dolfin_wrappers
+{
+
+  void generation(py::module& m)
+  {
+    // dolfin::IntervalMesh
+    py::class_<dolfin::IntervalMesh, std::shared_ptr<dolfin::IntervalMesh>, dolfin::Mesh>(m, "IntervalMesh")
+      .def(py::init<std::size_t, double, double>())
+      .def(py::init([](const MPICommWrapper comm, std::size_t n, double a, double b)
+                    { return std::unique_ptr<dolfin::IntervalMesh>(new dolfin::IntervalMesh(comm.get(), n, a, b)); }));
+
+    // dolfin::UnitIntervalMesh
+    py::class_<dolfin::UnitIntervalMesh, std::shared_ptr<dolfin::UnitIntervalMesh>,
+               dolfin::IntervalMesh, dolfin::Mesh>(m, "UnitIntervalMesh")
+      .def(py::init<std::size_t>())
+      .def(py::init([](const MPICommWrapper comm, std::size_t n)
+                    { return std::unique_ptr<dolfin::UnitIntervalMesh>(new dolfin::UnitIntervalMesh(comm.get(), n)); }))
+      .def_static("create", [](std::size_t n)
+                  { return dolfin::UnitIntervalMesh::create(n); })
+      .def_static("create", [](const MPICommWrapper comm, std::size_t n)
+                   { return dolfin::UnitIntervalMesh::create(comm.get(), n); });
+
+    // dolfin::RectangleMesh
+    py::class_<dolfin::RectangleMesh, std::shared_ptr<dolfin::RectangleMesh>, dolfin::Mesh>(m, "RectangleMesh")
+      .def_static("create", [](std::array<dolfin::Point, 2> p, std::array<std::size_t, 2> n,
+                               dolfin::CellType::Type cell_type, std::string diagonal)
+                  { return dolfin::RectangleMesh::create(p, n, cell_type, diagonal); },
+                  py::arg("p"), py::arg("n"), py::arg("cell_type"), py::arg("diagonal")="right")
+      .def_static("create", [](const MPICommWrapper comm, std::array<dolfin::Point, 2> p,
+                               std::array<std::size_t, 2> n, dolfin::CellType::Type cell_type,
+                               std::string diagonal)
+                  { return dolfin::RectangleMesh::create(comm.get(), p, n, cell_type, diagonal); },
+                  py::arg("comm"), py::arg("p"), py::arg("n"), py::arg("cell_type"),
+                  py::arg("diagonal")="right")
+      // Remove
+      .def(py::init<dolfin::Point, dolfin::Point, std::size_t, std::size_t, std::string>(),
+           py::arg("p0"), py::arg("p1"), py::arg("nx"), py::arg("ny"), py::arg("diagonal")="right")
+      .def(py::init([](const MPICommWrapper comm, const dolfin::Point& p0, const dolfin::Point& p1,
+                       std::size_t nx, std::size_t ny, std::string diagonal="right")
+                    { return std::unique_ptr<dolfin::RectangleMesh>(new dolfin::RectangleMesh(comm.get(), p0, p1, nx, ny, diagonal)); }),
+           py::arg("comm"), py::arg("p0"), py::arg("p1"), py::arg("nx"), py::arg("ny"), py::arg("diagonal")="right");
+
+    // dolfin::UnitSquareMesh
+    py::class_<dolfin::UnitSquareMesh, std::shared_ptr<dolfin::UnitSquareMesh>, dolfin::Mesh>(m, "UnitSquareMesh")
+      .def(py::init<std::size_t, std::size_t, std::string>(), py::arg("nx"), py::arg("ny"), py::arg("diagonal")="right")
+      .def(py::init([](const MPICommWrapper comm, std::size_t nx, std::size_t ny, std::string diagonal="right")
+                    { return std::unique_ptr<dolfin::UnitSquareMesh>(new dolfin::UnitSquareMesh(comm.get(), nx, ny, diagonal)); }),
+           py::arg("comm"), py::arg("nx"), py::arg("ny"), py::arg("diagonal")="right")
+      .def_static("create", [](std::array<std::size_t, 2> n, dolfin::CellType::Type cell_type,
+                               std::string diagonal)
+                  { return dolfin::UnitSquareMesh::create(n, cell_type, diagonal); },
+                  py::arg("n"), py::arg("cell_type"), py::arg("diagonal")="right")
+      .def_static("create", [](const MPICommWrapper comm, std::array<std::size_t, 2> n,
+                               dolfin::CellType::Type cell_type, std::string diagonal="right")
+                  { return dolfin::UnitSquareMesh::create(comm.get(), n, cell_type, diagonal); },
+                  py::arg("comm"), py::arg("n"), py::arg("cell_type"), py::arg("diagonal")="right")
+      // Remove below for 2018.1 release
+      .def_static("create", [](std::size_t nx, std::size_t ny, dolfin::CellType::Type cell_type)
+                  { return dolfin::UnitSquareMesh::create({nx, ny}, cell_type); },
+                  py::arg("nx"), py::arg("ny"), py::arg("cell_type"))
+      .def_static("create", [](const MPICommWrapper comm, std::size_t nx, std::size_t ny,
+                               dolfin::CellType::Type cell_type)
+                  { return dolfin::UnitSquareMesh::create(comm.get(), {nx, ny}, cell_type); },
+                  py::arg("comm"), py::arg("nx"), py::arg("ny"), py::arg("cell_type"));
+
+    // dolfin::UnitCubeMesh
+    py::class_<dolfin::UnitCubeMesh, std::shared_ptr<dolfin::UnitCubeMesh>, dolfin::Mesh>(m, "UnitCubeMesh")
+      .def(py::init<std::size_t, std::size_t, std::size_t>())
+      .def(py::init([](const MPICommWrapper comm, std::size_t nx, std::size_t ny, std::size_t nz)
+                    { return std::unique_ptr<dolfin::UnitCubeMesh>(new dolfin::UnitCubeMesh(comm.get(), nx, ny, nz)); }),
+           py::arg("comm"), py::arg("nx"), py::arg("ny"), py::arg("nz"))
+      .def_static("create", [](std::array<std::size_t, 3> n, dolfin::CellType::Type cell_type)
+                  { return dolfin::UnitCubeMesh::create(n, cell_type); },
+                  py::arg("n"), py::arg("cell_type"))
+      .def_static("create", [](const MPICommWrapper comm, std::array<std::size_t, 3> n,
+                               dolfin::CellType::Type cell_type)
+                  { return dolfin::UnitCubeMesh::create(comm.get(), n, cell_type); },
+                  py::arg("comm"), py::arg("n"), py::arg("cell_type"))
+      // Remove below for 2018.1 release
+      .def_static("create", [](std::size_t nx, std::size_t ny, std::size_t nz,
+                               dolfin::CellType::Type cell_type)
+                  { return dolfin::UnitCubeMesh::create({nx, ny, nz}, cell_type); },
+                  py::arg("nx"), py::arg("ny"), py::arg("nz"), py::arg("cell_type"))
+      .def_static("create", [](const MPICommWrapper comm, std::size_t nx, std::size_t ny, std::size_t nz,
+                               dolfin::CellType::Type cell_type)
+                  { return dolfin::UnitCubeMesh::create(comm.get(), {nx, ny, nz}, cell_type); },
+                  py::arg("comm"), py::arg("nx"), py::arg("ny"), py::arg("nz"), py::arg("cell_type"));
+
+    // dolfin::UnitDiscMesh
+    py::class_<dolfin::UnitDiscMesh>(m, "UnitDiscMesh")
+      .def_static("create", [](const MPICommWrapper comm, std::size_t n, std::size_t degree, std::size_t gdim)
+                  { return dolfin::UnitDiscMesh::create(comm.get(), n, degree, gdim); });
+
+    // dolfin::SphericalShellMesh
+    py::class_<dolfin::SphericalShellMesh>(m, "SphericalShellMesh")
+      .def_static("create", [](const MPICommWrapper comm, std::size_t degree)
+                  { return dolfin::SphericalShellMesh::create(comm.get(), degree); });
+
+    // dolfin::UnitTriangleMesh
+    py::class_<dolfin::UnitTriangleMesh>(m, "UnitTriangleMesh")
+      .def_static("create", &dolfin::UnitTriangleMesh::create);
+
+    // dolfin::BoxMesh
+    py::class_<dolfin::BoxMesh, std::shared_ptr<dolfin::BoxMesh>, dolfin::Mesh>(m, "BoxMesh")
+      .def(py::init<const dolfin::Point&, const dolfin::Point&, std::size_t, std::size_t, std::size_t>())
+      .def(py::init([](const MPICommWrapper comm, const dolfin::Point& p0, const dolfin::Point& p1,
+                       std::size_t nx, std::size_t ny, std::size_t nz)
+                    { return std::unique_ptr<dolfin::BoxMesh>(new dolfin::BoxMesh(comm.get(), p0, p1, nx, ny, nz)); }),
+           py::arg("comm"), py::arg("p0"), py::arg("p1"), py::arg("nx"), py::arg("ny"), py::arg("nz"))
+      .def_static("create", [](std::array<dolfin::Point, 2> p, std::array<std::size_t, 3> n,
+                               dolfin::CellType::Type cell_type)
+                  { return dolfin::BoxMesh::create(p, n, cell_type); },
+                  py::arg("p"), py::arg("n"), py::arg("cell_type"))
+      .def_static("create", [](const MPICommWrapper comm, std::array<dolfin::Point, 2> p,
+                               std::array<std::size_t, 3> n, dolfin::CellType::Type cell_type)
+                  { return dolfin::BoxMesh::create(comm.get(), p, n, cell_type); },
+                  py::arg("comm"), py::arg("p"), py::arg("n"), py::arg("cell_type"));
+  }
+}
diff --git a/python/src/geometry.cpp b/python/src/geometry.cpp
new file mode 100644
index 0000000..00d1389
--- /dev/null
+++ b/python/src/geometry.cpp
@@ -0,0 +1,167 @@
+// Copyright (C) 2017 Chris N. Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <memory>
+#include <pybind11/pybind11.h>
+#include <pybind11/eigen.h>
+#include <pybind11/numpy.h>
+#include <pybind11/stl.h>
+#include <pybind11/operators.h>
+#include <Eigen/Dense>
+
+#include <dolfin/geometry/intersect.h>
+#include <dolfin/geometry/BoundingBoxTree.h>
+#include <dolfin/geometry/MeshPointIntersection.h>
+#include <dolfin/geometry/CollisionPredicates.h>
+#include <dolfin/geometry/IntersectionConstruction.h>
+#include <dolfin/geometry/Point.h>
+#include <dolfin/mesh/Mesh.h>
+
+namespace py = pybind11;
+
+namespace dolfin_wrappers
+{
+
+  void geometry(py::module& m)
+  {
+    // dolfin::BoundingBoxTree
+    py::class_<dolfin::BoundingBoxTree, std::shared_ptr<dolfin::BoundingBoxTree>>
+      (m, "BoundingBoxTree")
+      .def(py::init<>())
+      .def("build", (void (dolfin::BoundingBoxTree::*)(const dolfin::Mesh&))
+           &dolfin::BoundingBoxTree::build)
+      .def("build", (void (dolfin::BoundingBoxTree::*)(const dolfin::Mesh&, std::size_t))
+           &dolfin::BoundingBoxTree::build)
+      .def("build", (void (dolfin::BoundingBoxTree::*)(const std::vector<dolfin::Point>&, std::size_t))
+           &dolfin::BoundingBoxTree::build)
+      .def("compute_collisions", (std::vector<unsigned int> (dolfin::BoundingBoxTree::*)(const dolfin::Point&) const)
+           &dolfin::BoundingBoxTree::compute_collisions)
+      .def("compute_collisions",
+           (std::pair<std::vector<unsigned int>, std::vector<unsigned int>>
+            (dolfin::BoundingBoxTree::*)(const dolfin::BoundingBoxTree&) const)
+           &dolfin::BoundingBoxTree::compute_collisions)
+      .def("compute_entity_collisions", (std::vector<unsigned int> (dolfin::BoundingBoxTree::*)(const dolfin::Point&) const)
+           &dolfin::BoundingBoxTree::compute_entity_collisions)
+      .def("compute_entity_collisions",
+           (std::pair<std::vector<unsigned int>, std::vector<unsigned int>>
+            (dolfin::BoundingBoxTree::*)(const dolfin::BoundingBoxTree&) const)
+	   &dolfin::BoundingBoxTree::compute_entity_collisions)
+      .def("compute_first_collision", &dolfin::BoundingBoxTree::compute_first_collision)
+      .def("compute_first_entity_collision", &dolfin::BoundingBoxTree::compute_first_entity_collision)
+      .def("compute_closest_entity", &dolfin::BoundingBoxTree::compute_closest_entity);
+
+    // dolfin::Point
+    py::class_<dolfin::Point>(m, "Point")
+      .def(py::init<>())
+      .def(py::init<double, double, double>())
+      .def(py::init<double, double>())
+      .def(py::init<double>())
+      .def(py::init([](py::array_t<double> x)
+                    {
+                      auto b = x.request();
+                      assert(b.shape.size() == 1);
+                      assert(b.shape[0] <= 3);
+                      return dolfin::Point(b.shape[0], x.data());
+                    }))
+      .def("__getitem__", [](dolfin::Point& self, std::size_t index)
+           {
+             if (index > 2)
+               throw py::index_error("Out of range");
+             return self[index];
+           })
+      .def("__getitem__", [](const dolfin::Point& instance, py::slice slice)
+           {
+             std::size_t start, stop, step, slicelength;
+             if (!slice.compute(3, &start, &stop, &step, &slicelength))
+               throw py::error_already_set();
+
+             if (start != 0 or stop != 3 or step != 1)
+               throw std::range_error("Only full slices are supported");
+
+             return py::array_t<double>(3, instance.coordinates());
+           })
+      .def("__setitem__", [](dolfin::Point& self, std::size_t index, double value)
+           {
+             if (index > 2)
+               throw py::index_error("Out of range");
+             self[index] = value;
+           })
+      .def("__setitem__", [](dolfin::Point& instance, py::slice slice, py::array_t<double> values)
+           {
+             std::size_t start, stop, step, slicelength;
+             if (!slice.compute(3, &start, &stop, &step, &slicelength))
+               throw py::error_already_set();
+
+             if (start != 0 or stop != 3 or step != 1)
+               throw std::range_error("Only full slices are supported");
+
+             auto b = values.request();
+             if (b.ndim != 1)
+               throw std::range_error("Can only assign vector to a Point");
+            if (b.shape[0] != 3)
+              throw std::range_error("Can only assign vector of length 3 to a Point");
+
+            double* x = instance.coordinates();
+            std::copy_n(values.data(), 3, x);
+           })
+      .def(py::self + py::self)
+      .def(py::self - py::self)
+      .def(py::self == py::self)
+      .def(py::self * float())
+      .def(py::self / float())
+      .def("array",
+           [](dolfin::Point& self) { return Eigen::Vector3d(self.coordinates()); },
+           "Return copy of coordinate array")
+      .def("norm", &dolfin::Point::norm)
+      .def("x", &dolfin::Point::x)
+      .def("y", &dolfin::Point::y)
+      .def("z", &dolfin::Point::z)
+      .def("distance", &dolfin::Point::distance)
+      .def("dot", &dolfin::Point::dot);
+
+    // dolfin::MeshPointIntersection
+    py::class_<dolfin::MeshPointIntersection,
+               std::shared_ptr<dolfin::MeshPointIntersection>>
+      (m, "MeshPointIntersection")
+      .def("intersected_cells", &dolfin::MeshPointIntersection::intersected_cells);
+
+    // These classes are wrapped only to be able to write tests in python.
+    // They are not imported into the dolfin namespace in python, but must be accessed through
+    // dolfin.cpp.geometry
+    py::class_<dolfin::CollisionPredicates>(m, "CollisionPredicates")
+      .def_static("collides_segment_point_2d",
+		  &dolfin::CollisionPredicates::collides_segment_point_2d)
+      .def_static("collides_triangle_point_2d",
+		  &dolfin::CollisionPredicates::collides_triangle_point_2d)
+      .def_static("collides_triangle_triangle_2d",
+		  &dolfin::CollisionPredicates::collides_triangle_triangle_2d)
+      .def_static("collides_segment_segment_2d",
+		  &dolfin::CollisionPredicates::collides_segment_segment_2d);
+
+    py::class_<dolfin::IntersectionConstruction>(m, "IntersectionConstruction")
+      .def_static("intersection_triangle_triangle_2d",
+		  &dolfin::IntersectionConstruction::intersection_triangle_triangle_2d)
+      .def_static("intersection_segment_segment_2d",
+		  &dolfin::IntersectionConstruction::intersection_segment_segment_2d)
+      .def_static("intersection_triangle_segment_2d",
+		  &dolfin::IntersectionConstruction::intersection_triangle_segment_2d);
+
+    // dolfin/geometry free functions
+    m.def("intersect", &dolfin::intersect);
+
+  }
+}
diff --git a/python/src/graph.cpp b/python/src/graph.cpp
new file mode 100644
index 0000000..2acae90
--- /dev/null
+++ b/python/src/graph.cpp
@@ -0,0 +1,46 @@
+// Copyright (C) 2017 Chris N. Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <memory>
+#include <vector>
+#include <pybind11/pybind11.h>
+#include <pybind11/stl.h>
+
+#include <dolfin/graph/Graph.h>
+#include <dolfin/graph/GraphBuilder.h>
+#include <dolfin/mesh/Mesh.h>
+
+namespace py = pybind11;
+
+namespace dolfin_wrappers
+{
+  void graph(py::module& m)
+  {
+    // dolfin::Set
+    py::class_<dolfin::Set<int>>(m, "DOLFINIntSet");
+
+    // dolfin::Graph
+    py::class_<dolfin::Graph>(m, "Graph");
+
+    // dolfin::GraphBuilder
+    py::class_<dolfin::GraphBuilder>(m, "GraphBuilder")
+      .def_static("local_graph", [](const dolfin::Mesh& mesh, const std::vector<std::size_t>& coloring)
+                  { return dolfin::GraphBuilder::local_graph(mesh, coloring); })
+      .def_static("local_graph", [](const dolfin::Mesh& mesh, std::size_t dim0, std::size_t dim1)
+                  { return dolfin::GraphBuilder::local_graph(mesh, dim0, dim1); });
+  }
+}
diff --git a/python/src/io.cpp b/python/src/io.cpp
new file mode 100644
index 0000000..553fdd8
--- /dev/null
+++ b/python/src/io.cpp
@@ -0,0 +1,447 @@
+// Copyright (C) 2017 Chris N. Richardson Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <memory>
+#include <string>
+#include <vector>
+#include <pybind11/pybind11.h>
+#include <pybind11/numpy.h>
+#include <pybind11/stl.h>
+
+#include <dolfin/io/File.h>
+#include <dolfin/io/HDF5Attribute.h>
+#include <dolfin/io/HDF5File.h>
+#include <dolfin/io/VTKFile.h>
+#include <dolfin/io/XDMFFile.h>
+#include <dolfin/io/X3DOM.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/geometry/Point.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/mesh/MeshValueCollection.h>
+
+#include "casters.h"
+
+namespace py = pybind11;
+
+namespace dolfin_wrappers
+{
+
+  void io(py::module& m)
+  {
+    // dolfin::File
+    py::class_<dolfin::File, std::shared_ptr<dolfin::File>>(m, "File")
+      .def(py::init<std::string>())
+      .def(py::init<std::string, std::string>())
+      .def(py::init([](const MPICommWrapper comm, std::string filename)
+        { return std::unique_ptr<dolfin::File>(new dolfin::File(comm.get(), filename)); }),
+        py::arg("comm"), py::arg("filename"))
+      //
+      .def("write", (void (dolfin::File::*)(const dolfin::Parameters&)) &dolfin::File::write)
+      //
+      .def("write", (void (dolfin::File::*)(const dolfin::Mesh&)) &dolfin::File::write)
+      .def("write", (void (dolfin::File::*)(const dolfin::Mesh&, double)) &dolfin::File::write)
+      //
+      .def("write", (void (dolfin::File::*)(const dolfin::Function&)) &dolfin::File::write)
+      .def("write", (void (dolfin::File::*)(const dolfin::Function&, double)) &dolfin::File::write)
+       //
+      .def("write", (void (dolfin::File::*)(const dolfin::MeshFunction<int>&)) &dolfin::File::write)
+      .def("write", (void (dolfin::File::*)(const dolfin::MeshFunction<int>&, double)) &dolfin::File::write)
+      .def("write", (void (dolfin::File::*)(const dolfin::MeshFunction<std::size_t>&)) &dolfin::File::write)
+      .def("write", (void (dolfin::File::*)(const dolfin::MeshFunction<std::size_t>&, double)) &dolfin::File::write)
+      .def("write", (void (dolfin::File::*)(const dolfin::MeshFunction<double>&)) &dolfin::File::write)
+      .def("write", (void (dolfin::File::*)(const dolfin::MeshFunction<double>&, double)) &dolfin::File::write)
+      .def("write", (void (dolfin::File::*)(const dolfin::MeshFunction<bool>&)) &dolfin::File::write)
+      .def("write", (void (dolfin::File::*)(const dolfin::MeshFunction<bool>&, double)) &dolfin::File::write)
+      //
+      .def("write", (void (dolfin::File::*)(const dolfin::MeshValueCollection<int>&)) &dolfin::File::write)
+      .def("write", (void (dolfin::File::*)(const dolfin::MeshValueCollection<std::size_t>&)) &dolfin::File::write)
+      .def("write", (void (dolfin::File::*)(const dolfin::MeshValueCollection<double>&)) &dolfin::File::write)
+      .def("write", (void (dolfin::File::*)(const dolfin::MeshValueCollection<bool>&)) &dolfin::File::write)
+      //
+      .def("write", (void (dolfin::File::*)(const dolfin::GenericVector&)) &dolfin::File::write)
+      .def("write", (void (dolfin::File::*)(const dolfin::Table&)) &dolfin::File::write)
+      // Unpack
+      .def("write", [](dolfin::File& instance, py::object u)
+           {
+             auto _u = u.attr("_cpp_object").cast<dolfin::Function*>();
+             instance.write(*_u);
+           })
+      .def("write", [](dolfin::File& instance, py::object u, double t)
+           {
+             auto _u = u.attr("_cpp_object").cast<dolfin::Function*>();
+             instance.write(*_u, t);
+           })
+      // Read
+      .def("read", (void (dolfin::File::*)(dolfin::Parameters&)) &dolfin::File::read)
+      .def("read", (void (dolfin::File::*)(dolfin::Table&)) &dolfin::File::read)
+      .def("read", (void (dolfin::File::*)(dolfin::GenericVector&)) &dolfin::File::read)
+      .def("read", (void (dolfin::File::*)(dolfin::Function&)) &dolfin::File::read)
+      //
+      .def("read", (void (dolfin::File::*)(dolfin::MeshFunction<bool>&)) &dolfin::File::read)
+      .def("read", (void (dolfin::File::*)(dolfin::MeshFunction<int>&)) &dolfin::File::read)
+      .def("read", (void (dolfin::File::*)(dolfin::MeshFunction<std::size_t>&)) &dolfin::File::read)
+      .def("read", (void (dolfin::File::*)(dolfin::MeshFunction<double>&)) &dolfin::File::read)
+      //
+      .def("read", (void (dolfin::File::*)(dolfin::MeshValueCollection<bool>&)) &dolfin::File::read)
+      .def("read", (void (dolfin::File::*)(dolfin::MeshValueCollection<int>&)) &dolfin::File::read)
+      .def("read", (void (dolfin::File::*)(dolfin::MeshValueCollection<std::size_t>&)) &dolfin::File::read)
+      .def("read", (void (dolfin::File::*)(dolfin::MeshValueCollection<double>&)) &dolfin::File::read)
+      //
+      .def("read", (void (dolfin::File::*)(dolfin::Mesh&)) &dolfin::File::read);
+
+    // dolfin::VTKFile
+    py::class_<dolfin::VTKFile, std::shared_ptr<dolfin::VTKFile>>(m, "VTKFile")
+      .def(py::init<std::string, std::string>())
+      .def("write", [](dolfin::VTKFile& instance, const dolfin::Mesh& mesh)
+           { instance.write(mesh); });
+
+#ifdef HAS_HDF5
+    // dolfin::HDF5Attribute
+    py::class_<dolfin::HDF5Attribute, std::shared_ptr<dolfin::HDF5Attribute>>(m, "HDF5Attribute")
+      //.def("__getitem__", [](const dolfin::HDF5Attribute& instance, std::string name){ return instance[name]; })
+      .def("__setitem__", [](dolfin::HDF5Attribute& instance, std::string name, std::string value){ instance.set(name, value); })
+      .def("__setitem__", [](dolfin::HDF5Attribute& instance, std::string name, double value){ instance.set(name, value); })
+      .def("__setitem__", [](dolfin::HDF5Attribute& instance, std::string name, std::size_t value){ instance.set(name, value); })
+      .def("__setitem__", [](dolfin::HDF5Attribute& instance, std::string name, py::array_t<double> values)
+           {
+             std::vector<double> _values(values.shape()[0]);
+             std::copy_n(values.data(), _values.size(), _values.begin());
+             instance.set(name, _values);
+           })
+      .def("__setitem__", [](dolfin::HDF5Attribute& instance, std::string name, py::array_t<std::size_t> values)
+           {
+             std::vector<std::size_t> _values(values.shape()[0]);
+             std::copy_n(values.data(), _values.size(), _values.begin());
+             instance.set(name, _values);
+           })
+
+      .def("__getitem__", [](const dolfin::HDF5Attribute& instance, std::string name)
+           {
+             const std::string type = instance.type_str(name);
+             if (type == "string")
+             {
+               std::string attr;
+               instance.get(name, attr);
+               return py::cast(attr);
+             }
+             else if (type == "float")
+             {
+               double attr;
+               instance.get(name, attr);
+               return py::cast(attr);
+             }
+             else if (type == "int")
+             {
+               std::size_t attr;
+               instance.get(name, attr);
+               return py::cast(attr);
+             }
+             else if (type == "vectorfloat")
+             {
+               std::vector<double> attr;
+               instance.get(name, attr);
+               return py::cast(attr);
+             }
+             else if (type == "vectorint")
+             {
+               std::vector<std::size_t> attr;
+               instance.get(name, attr);
+               return py::cast(attr);
+             }
+             else
+             {
+               throw std::runtime_error("HDF5 attribute type unknown.");
+               return py::object();
+             }
+           })
+      .def("__len__", [](const dolfin::HDF5Attribute& self)
+           { return self.list_attributes().size(); })
+      .def("__contains__", [](const dolfin::HDF5Attribute& instance, std::string key)
+           { return instance.exists(key); })
+      .def("to_dict", [](const dolfin::HDF5Attribute& self)
+           {
+             auto d = py::dict();
+             auto names = self.list_attributes();
+             for (auto name : names)
+             {
+               auto type = self.type_str(name);
+               if (type == "string")
+               {
+                 std::string a;
+                 self.get(name, a);
+                 d[name.c_str()] = py::str(a);
+               }
+               else if (type == "float")
+                {
+                  double a;
+                  self.get(name, a);
+                  d[name.c_str()] = py::float_(a);
+               }
+               else if (type == "int")
+               {
+                 // This is bad on the DOLFIN cpp side
+                 std::size_t a;
+                 self.get(name, a);
+                 d[name.c_str()] = py::int_(a);
+               }
+               else if (type == "vectorfloat")
+               {
+                 std::vector<double> a;
+                 self.get(name, a);
+
+                 py::array_t<double> data(a.size(), a.data());
+                 d[name.c_str()] = data;
+               }
+               else if (type == "vectorint")
+               {
+                 // This is bad on the DOLFIN cpp side
+                 std::vector<std::size_t> a;
+                 self.get(name, a);
+
+                 py::array_t<std::size_t> data(a.size(), a.data());
+                 d[name.c_str()] = data;
+               }
+               else
+                 throw std::runtime_error("Unsupported HDF5 attribute type");
+             }
+
+             return d;
+           })
+      .def("list_attributes", &dolfin::HDF5Attribute::list_attributes)
+      .def("type_str", &dolfin::HDF5Attribute::type_str);
+
+    // dolfin::HDF5File
+    py::class_<dolfin::HDF5File, std::shared_ptr<dolfin::HDF5File>,
+               dolfin::Variable> (m, "HDF5File")
+      .def(py::init([](const MPICommWrapper comm, const std::string filename, const std::string file_mode)
+        { return std::unique_ptr<dolfin::HDF5File>(new dolfin::HDF5File(comm.get(), filename, file_mode)); }),
+        py::arg("comm"), py::arg("filename"), py::arg("file_mode"))
+      .def("__enter__", [](dolfin::HDF5File& self){ return &self; })
+      .def("__exit__", [](dolfin::HDF5File& self, py::args args, py::kwargs kwargs){ self.close(); })
+      .def("close", &dolfin::HDF5File::close)
+      .def("flush", &dolfin::HDF5File::flush)
+      // read
+      .def("read", (void (dolfin::HDF5File::*)(dolfin::Mesh&, std::string, bool) const) &dolfin::HDF5File::read)
+      .def("read", (void (dolfin::HDF5File::*)(dolfin::MeshValueCollection<bool>&, std::string) const)
+           &dolfin::HDF5File::read, py::arg("mvc"), py::arg("name"))
+      .def("read", (void (dolfin::HDF5File::*)(dolfin::MeshValueCollection<std::size_t>&, std::string) const)
+           &dolfin::HDF5File::read, py::arg("mvc"), py::arg("name"))
+      .def("read", (void (dolfin::HDF5File::*)(dolfin::MeshValueCollection<double>&, std::string) const)
+           &dolfin::HDF5File::read, py::arg("mvc"), py::arg("name"))
+      .def("read", (void (dolfin::HDF5File::*)(dolfin::MeshFunction<bool>&, std::string) const)
+           &dolfin::HDF5File::read, py::arg("meshfunction"), py::arg("name"))
+      .def("read", (void (dolfin::HDF5File::*)(dolfin::MeshFunction<std::size_t>&, std::string) const)
+           &dolfin::HDF5File::read, py::arg("meshfunction"), py::arg("name"))
+      .def("read", (void (dolfin::HDF5File::*)(dolfin::MeshFunction<int>&, std::string) const)
+           &dolfin::HDF5File::read, py::arg("meshfunction"), py::arg("name"))
+      .def("read", (void (dolfin::HDF5File::*)(dolfin::MeshFunction<double>&, std::string) const)
+           &dolfin::HDF5File::read, py::arg("meshfunction"), py::arg("name"))
+      .def("read", (void (dolfin::HDF5File::*)(dolfin::GenericVector&, std::string, bool) const)
+           &dolfin::HDF5File::read, py::arg("vector"), py::arg("name"), py::arg("use_partitioning"))
+      .def("read", (void (dolfin::HDF5File::*)(dolfin::Function&, const std::string))
+           &dolfin::HDF5File::read, py::arg("u"), py::arg("name"))
+      .def("read", [](dolfin::HDF5File& self, py::object u, std::string name)
+           {
+             auto _u = u.attr("_cpp_object").cast<dolfin::Function*>();
+             self.read(*_u, name);
+           }, py::arg("u"), py::arg("name"))
+      // write
+      .def("write", (void (dolfin::HDF5File::*)(const dolfin::Mesh&, std::string)) &dolfin::HDF5File::write)
+      .def("write", (void (dolfin::HDF5File::*)(const dolfin::MeshValueCollection<bool>&, std::string))
+           &dolfin::HDF5File::write, py::arg("mvc"), py::arg("name"))
+      .def("write", (void (dolfin::HDF5File::*)(const dolfin::MeshValueCollection<std::size_t>&, std::string))
+           &dolfin::HDF5File::write, py::arg("mvc"), py::arg("name"))
+      .def("write", (void (dolfin::HDF5File::*)(const dolfin::MeshValueCollection<double>&, std::string))
+           &dolfin::HDF5File::write, py::arg("mvc"), py::arg("name"))
+      .def("write", (void (dolfin::HDF5File::*)(const dolfin::MeshFunction<bool>&, std::string))
+           &dolfin::HDF5File::write, py::arg("meshfunction"), py::arg("name"))
+      .def("write", (void (dolfin::HDF5File::*)(const dolfin::MeshFunction<std::size_t>&, std::string))
+           &dolfin::HDF5File::write, py::arg("meshfunction"), py::arg("name"))
+      .def("write", (void (dolfin::HDF5File::*)(const dolfin::MeshFunction<int>&, std::string))
+           &dolfin::HDF5File::write, py::arg("meshfunction"), py::arg("name"))
+      .def("write", (void (dolfin::HDF5File::*)(const dolfin::MeshFunction<double>&, std::string))
+           &dolfin::HDF5File::write, py::arg("meshfunction"), py::arg("name"))
+      .def("write", (void (dolfin::HDF5File::*)(const dolfin::GenericVector&, std::string))
+           &dolfin::HDF5File::write, py::arg("vector"), py::arg("name"))
+      .def("write", (void (dolfin::HDF5File::*)(const dolfin::Function&, std::string))
+           &dolfin::HDF5File::write, py::arg("u"), py::arg("name"))
+      .def("write", (void (dolfin::HDF5File::*)(const dolfin::Function&, std::string, double))
+           &dolfin::HDF5File::write, py::arg("u"), py::arg("name"), py::arg("t"))
+      .def("write", [](dolfin::HDF5File& self, py::object u, std::string name)
+           {
+             auto _u = u.attr("_cpp_object").cast<dolfin::Function*>();
+             self.write(*_u, name);
+           }, py::arg("u"), py::arg("name"))
+      .def("write", [](dolfin::HDF5File& self, py::object u, std::string name, double t)
+           {
+             auto _u = u.attr("_cpp_object").cast<dolfin::Function*>();
+             self.write(*_u, name, t);
+           }, py::arg("u"), py::arg("name"), py::arg("t"))
+      .def("set_mpi_atomicity", &dolfin::HDF5File::set_mpi_atomicity)
+      .def("get_mpi_atomicity", &dolfin::HDF5File::get_mpi_atomicity)
+      // others
+      .def("has_dataset", &dolfin::HDF5File::has_dataset)
+      .def("attributes", &dolfin::HDF5File::attributes);
+
+#endif
+
+    // dolfin::XDMFFile
+    py::class_<dolfin::XDMFFile, std::shared_ptr<dolfin::XDMFFile>,
+               dolfin::Variable> xdmf_file(m, "XDMFFile");
+
+    xdmf_file
+      .def(py::init([](const MPICommWrapper comm, std::string filename)
+        { return std::unique_ptr<dolfin::XDMFFile>(new dolfin::XDMFFile(comm.get(), filename)); }),
+        py::arg("comm"), py::arg("filename"))
+      .def(py::init<std::string>())
+      .def("__enter__", [](dolfin::XDMFFile& self){ return &self; })
+      .def("__exit__", [](dolfin::XDMFFile& self, py::args args, py::kwargs kwargs){ self.close(); })
+      .def("close", &dolfin::XDMFFile::close);
+
+    // dolfin::XDMFFile::Encoding enums
+    py::enum_<dolfin::XDMFFile::Encoding>(xdmf_file, "Encoding")
+      .value("HDF5", dolfin::XDMFFile::Encoding::HDF5)
+      .value("ASCII", dolfin::XDMFFile::Encoding::ASCII);
+
+    // dolfin::XDMFFile::write
+    xdmf_file
+       // Function
+      .def("write", (void (dolfin::XDMFFile::*)(const dolfin::Function&, dolfin::XDMFFile::Encoding))
+           &dolfin::XDMFFile::write, py::arg("u"), py::arg("encoding")=dolfin::XDMFFile::Encoding::HDF5)
+      .def("write", (void (dolfin::XDMFFile::*)(const dolfin::Function&, double, dolfin::XDMFFile::Encoding))
+           &dolfin::XDMFFile::write, py::arg("u"), py::arg("t"), py::arg("encoding")=dolfin::XDMFFile::Encoding::HDF5)
+      // Mesh
+      .def("write", (void (dolfin::XDMFFile::*)(const dolfin::Mesh&, dolfin::XDMFFile::Encoding))
+           &dolfin::XDMFFile::write, py::arg("mesh"), py::arg("encoding") = dolfin::XDMFFile::Encoding::HDF5)
+      // MeshFunction
+      .def("write", (void (dolfin::XDMFFile::*)(const dolfin::MeshFunction<bool>&, dolfin::XDMFFile::Encoding))
+           &dolfin::XDMFFile::write, py::arg("mvc"), py::arg("encoding") = dolfin::XDMFFile::Encoding::HDF5)
+      .def("write", (void (dolfin::XDMFFile::*)(const dolfin::MeshFunction<std::size_t>&, dolfin::XDMFFile::Encoding))
+           &dolfin::XDMFFile::write, py::arg("mvc"), py::arg("encoding") = dolfin::XDMFFile::Encoding::HDF5)
+      .def("write", (void (dolfin::XDMFFile::*)(const dolfin::MeshFunction<int>&, dolfin::XDMFFile::Encoding))
+           &dolfin::XDMFFile::write, py::arg("mvc"), py::arg("encoding") = dolfin::XDMFFile::Encoding::HDF5)
+      .def("write", (void (dolfin::XDMFFile::*)(const dolfin::MeshFunction<double>&, dolfin::XDMFFile::Encoding))
+           &dolfin::XDMFFile::write, py::arg("mvc"), py::arg("encoding") = dolfin::XDMFFile::Encoding::HDF5)
+      // MeshValueCollection
+      .def("write", (void (dolfin::XDMFFile::*)(const dolfin::MeshValueCollection<bool>&, dolfin::XDMFFile::Encoding))
+           &dolfin::XDMFFile::write, py::arg("mvc"), py::arg("encoding") = dolfin::XDMFFile::Encoding::HDF5)
+      .def("write", (void (dolfin::XDMFFile::*)(const dolfin::MeshValueCollection<std::size_t>&, dolfin::XDMFFile::Encoding))
+           &dolfin::XDMFFile::write, py::arg("mvc"), py::arg("encoding") = dolfin::XDMFFile::Encoding::HDF5)
+      .def("write", (void (dolfin::XDMFFile::*)(const dolfin::MeshValueCollection<int>&, dolfin::XDMFFile::Encoding))
+           &dolfin::XDMFFile::write, py::arg("mvc"), py::arg("encoding") = dolfin::XDMFFile::Encoding::HDF5)
+      .def("write", (void (dolfin::XDMFFile::*)(const dolfin::MeshValueCollection<double>&, dolfin::XDMFFile::Encoding))
+           &dolfin::XDMFFile::write, py::arg("mvc"), py::arg("encoding") = dolfin::XDMFFile::Encoding::HDF5)
+      // Points
+      .def("write", [](dolfin::XDMFFile& instance, py::list points, dolfin::XDMFFile::Encoding encoding)
+           {
+	     auto _points = points.cast<std::vector<dolfin::Point>>();
+             instance.write(_points, encoding);
+	   }, py::arg("points"), py::arg("encoding")=dolfin::XDMFFile::Encoding::HDF5)
+      // Points with values
+      .def("write", [](dolfin::XDMFFile& instance, py::list points, std::vector<double>& values, dolfin::XDMFFile::Encoding encoding)
+           {
+	     auto _points = points.cast<std::vector<dolfin::Point>>();
+             instance.write(_points, values, encoding);
+	   }, py::arg("points"), py::arg("values"), py::arg("encoding")=dolfin::XDMFFile::Encoding::HDF5)
+      // py:object / dolfin.function.Function
+      .def("write", [](dolfin::XDMFFile& instance, const py::object u, dolfin::XDMFFile::Encoding encoding)
+           {
+             auto _u = u.attr("_cpp_object").cast<dolfin::Function*>();
+             instance.write(*_u, encoding);
+           }, py::arg("u"), py::arg("encoding")=dolfin::XDMFFile::Encoding::HDF5)
+      .def("write", [](dolfin::XDMFFile& instance, const py::object u, double t, dolfin::XDMFFile::Encoding encoding)
+           {
+             auto _u = u.attr("_cpp_object").cast<dolfin::Function*>();
+	     instance.write(*_u, t, encoding);
+           }, py::arg("u"), py::arg("t"), py::arg("encoding")=dolfin::XDMFFile::Encoding::HDF5)
+      // Write for checkpointing cpp object
+      .def("write_checkpoint", [](dolfin::XDMFFile& instance, const dolfin::Function& u,
+                                  std::string function_name,
+                                  double time_step, dolfin::XDMFFile::Encoding encoding, bool append)
+           { instance.write_checkpoint(u, function_name, time_step, encoding, append); },
+           py::arg("u"), py::arg("function_name"), py::arg("time_step")=0.0,
+           py::arg("encoding")=dolfin::XDMFFile::Encoding::HDF5, py::arg("append")=false)
+      // Write for checkpointing dolfin.function.function.Function
+      .def("write_checkpoint", [](dolfin::XDMFFile& instance, const py::object u, std::string function_name,
+                                  double time_step, dolfin::XDMFFile::Encoding encoding, bool append)
+           {
+             auto _u = u.attr("_cpp_object").cast<dolfin::Function*>();
+             instance.write_checkpoint(*_u, function_name, time_step, encoding, append);
+           },
+           py::arg("u"), py::arg("function_name"), py::arg("time_step")=0.0,
+           py::arg("encoding")=dolfin::XDMFFile::Encoding::HDF5, py::arg("append")=false);
+
+
+    // XDFMFile::read
+    xdmf_file
+      // Mesh
+      .def("read", (void (dolfin::XDMFFile::*)(dolfin::Mesh&) const) &dolfin::XDMFFile::read)
+      // MeshFunction
+      .def("read", (void (dolfin::XDMFFile::*)(dolfin::MeshFunction<bool>&, std::string))
+           &dolfin::XDMFFile::read, py::arg("mf"), py::arg("name") = "")
+      .def("read", (void (dolfin::XDMFFile::*)(dolfin::MeshFunction<std::size_t>&, std::string))
+           &dolfin::XDMFFile::read, py::arg("mf"), py::arg("name") = "")
+      .def("read", (void (dolfin::XDMFFile::*)(dolfin::MeshFunction<int>&, std::string))
+           &dolfin::XDMFFile::read, py::arg("mf"), py::arg("name") = "")
+      .def("read", (void (dolfin::XDMFFile::*)(dolfin::MeshFunction<double>&, std::string))
+           &dolfin::XDMFFile::read, py::arg("mf"), py::arg("name") = "")
+      // MeshValueCollection
+      .def("read", (void (dolfin::XDMFFile::*)(dolfin::MeshValueCollection<bool>&, std::string))
+           &dolfin::XDMFFile::read, py::arg("mvc"), py::arg("name") = "")
+      .def("read", (void (dolfin::XDMFFile::*)(dolfin::MeshValueCollection<std::size_t>&, std::string))
+           &dolfin::XDMFFile::read, py::arg("mvc"), py::arg("name") = "")
+      .def("read", (void (dolfin::XDMFFile::*)(dolfin::MeshValueCollection<int>&, std::string))
+           &dolfin::XDMFFile::read, py::arg("mvc"), py::arg("name") = "")
+      .def("read", (void (dolfin::XDMFFile::*)(dolfin::MeshValueCollection<double>&, std::string))
+           &dolfin::XDMFFile::read, py::arg("mvc"), py::arg("name") = "")
+      // Read for checkpointing cpp object
+      .def("read_checkpoint", &dolfin::XDMFFile::read_checkpoint, py::arg("u"), py::arg("name"),
+           py::arg("counter")=-1)
+      // Read for checkpointing dolfin.function.function.Function
+      .def("read_checkpoint", [](dolfin::XDMFFile& instance, py::object u, std::string name, std::int64_t counter)
+           {
+             auto _u = u.attr("_cpp_object").cast<dolfin::Function*>();
+             instance.read_checkpoint(*_u, name, counter);
+           },
+           py::arg("u"), py::arg("name"), py::arg("counter")=-1);
+
+
+    py::class_<dolfin::X3DOMParameters>(m, "X3DOMParameters")
+      .def(py::init<>())
+      .def("get_diffuse_color", &dolfin::X3DOMParameters::get_diffuse_color)
+      .def("set_diffuse_color", [](dolfin::X3DOMParameters& self, py::array_t<double> color)
+           {
+             if (color.ndim() != 1 or color.shape(0) != 3)
+               throw pybind11::type_error("Color must be a 1D array or length 3");
+             self.set_diffuse_color({{*color.data(0), *color.data(1), *color.data(2)}});
+           });
+
+    // dolfin::X3DOM
+    py::class_<dolfin::X3DOM>(m, "X3DOM")
+      .def_static("str", (std::string (*)(const dolfin::Mesh&, dolfin::X3DOMParameters)) &dolfin::X3DOM::str,
+                  py::arg("mesh"), py::arg("parameters")=dolfin::X3DOMParameters())
+      .def_static("str", (std::string (*)(const dolfin::Function&, dolfin::X3DOMParameters)) &dolfin::X3DOM::str,
+                  py::arg("u"), py::arg("parameters")=dolfin::X3DOMParameters())
+      .def_static("html", (std::string (*)(const dolfin::Mesh&, dolfin::X3DOMParameters)) &dolfin::X3DOM::html,
+                  py::arg("mesh"), py::arg("parameters")=dolfin::X3DOMParameters())
+      .def_static("html", (std::string (*)(const dolfin::Function&, dolfin::X3DOMParameters)) &dolfin::X3DOM::html,
+                  py::arg("u"), py::arg("parameters")=dolfin::X3DOMParameters());
+
+  }
+}
diff --git a/python/src/la.cpp b/python/src/la.cpp
new file mode 100644
index 0000000..8089971
--- /dev/null
+++ b/python/src/la.cpp
@@ -0,0 +1,1208 @@
+// Copyright (C) 2017 Chris Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <memory>
+#include <pybind11/pybind11.h>
+#include <pybind11/numpy.h>
+#include <pybind11/eigen.h>
+#include <pybind11/stl.h>
+#include <pybind11/operators.h>
+
+#ifdef HAS_PYBIND11_PETSC4PY
+#include <petsc4py/petsc4py.h>
+#endif
+
+#include "casters.h"
+
+#include <dolfin/common/Array.h>
+#include <dolfin/la/solve.h>
+#include <dolfin/la/BlockVector.h>
+#include <dolfin/la/BlockMatrix.h>
+#include <dolfin/la/GenericLinearOperator.h>
+#include <dolfin/la/GenericLinearSolver.h>
+#include <dolfin/la/GenericTensor.h>
+#include <dolfin/la/GenericMatrix.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/la/IndexMap.h>
+#include <dolfin/la/LinearAlgebraObject.h>
+#include <dolfin/la/LinearOperator.h>
+#include <dolfin/la/Matrix.h>
+#include <dolfin/la/Vector.h>
+#include <dolfin/la/Scalar.h>
+#include <dolfin/la/TensorLayout.h>
+#include <dolfin/la/DefaultFactory.h>
+#include <dolfin/la/EigenFactory.h>
+#include <dolfin/la/EigenMatrix.h>
+#include <dolfin/la/EigenVector.h>
+#include <dolfin/la/PETScFactory.h>
+#include <dolfin/la/PETScKrylovSolver.h>
+#include <dolfin/la/PETScLUSolver.h>
+#include <dolfin/la/PETScLinearOperator.h>
+#include <dolfin/la/PETScMatrix.h>
+#include <dolfin/la/PETScNestMatrix.h>
+#include <dolfin/la/PETScOptions.h>
+#include <dolfin/la/PETScPreconditioner.h>
+#include <dolfin/la/PETScVector.h>
+#include <dolfin/la/SUNDIALSNVector.h>
+#include <dolfin/la/TpetraFactory.h>
+#include <dolfin/la/TpetraMatrix.h>
+#include <dolfin/la/TpetraVector.h>
+#include <dolfin/la/TrilinosPreconditioner.h>
+#include <dolfin/la/MueluPreconditioner.h>
+#include <dolfin/la/BelosKrylovSolver.h>
+#include <dolfin/la/LUSolver.h>
+#include <dolfin/la/KrylovSolver.h>
+#include <dolfin/la/SLEPcEigenSolver.h>
+#include <dolfin/la/SparsityPattern.h>
+#include <dolfin/la/solve.h>
+#include <dolfin/la/VectorSpaceBasis.h>
+#include <dolfin/la/test_nullspace.h>
+
+namespace py = pybind11;
+
+namespace
+{
+  template<typename T>
+  void check_indices(const py::array_t<T>& x, std::int64_t local_size)
+  {
+    for (std::int64_t i = 0; i < (std::int64_t) x.size(); ++i)
+    {
+      std::int64_t _x = *(x.data() + i);
+      if (_x < 0 or !(_x < local_size))
+        throw py::index_error("Vector index out of range");
+    }
+  }
+
+  // Linear operator trampoline class
+  template<typename LinearOperatorBase>
+  class PyLinearOperator : public LinearOperatorBase
+  {
+    using LinearOperatorBase::LinearOperatorBase;
+
+    // pybdind11 has some issues when passing by reference (due to
+    // the return value policy), so the below is non-standard.  See
+    // https://github.com/pybind/pybind11/issues/250.
+
+    std::size_t size(std::size_t dim) const
+    { PYBIND11_OVERLOAD_PURE(std::size_t, LinearOperatorBase, size, ); }
+
+    void mult(const dolfin::GenericVector& x, dolfin::GenericVector& y) const
+    { PYBIND11_OVERLOAD_INT(void, LinearOperatorBase, "mult", &x, &y); }
+  };
+
+  // Linear operator trampoline class (with pure virtual 'mult'
+  // function)
+  template<typename LinearOperatorBase>
+  class PyLinearOperatorPure : public LinearOperatorBase
+  {
+    using LinearOperatorBase::LinearOperatorBase;
+
+    std::size_t size(std::size_t dim) const
+    { PYBIND11_OVERLOAD_PURE(std::size_t, LinearOperatorBase, size, ); }
+
+    void mult(const dolfin::GenericVector& x, dolfin::GenericVector& y) const
+    {
+      PYBIND11_OVERLOAD_INT(void, LinearOperatorBase, "mult", &x, &y);
+      py::pybind11_fail("Tried to call pure virtual function \'mult\'");
+    }
+  };
+
+}
+
+namespace dolfin_wrappers
+{
+  using RowMatrixXd = Eigen::Matrix<double, Eigen::Dynamic, Eigen::Dynamic, Eigen::RowMajor>;
+
+  void la(py::module& m)
+  {
+    // dolfin::IndexMap
+    py::class_<dolfin::IndexMap, std::shared_ptr<dolfin::IndexMap>> index_map(m, "IndexMap");
+    index_map.def("size", &dolfin::IndexMap::size)
+      .def("block_size", &dolfin::IndexMap::block_size)
+      .def("local_range", &dolfin::IndexMap::local_range)
+      .def("local_to_global_unowned",
+           [](dolfin::IndexMap& self) {
+             return Eigen::Map<const Eigen::Matrix<std::size_t, Eigen::Dynamic, 1>>(
+               self.local_to_global_unowned().data(),
+               self.local_to_global_unowned().size()); },
+           py::return_value_policy::reference_internal,
+           "Return view into unowned part of local-to-global map");
+
+    // dolfin::IndexMap enums
+    py::enum_<dolfin::IndexMap::MapSize>(index_map, "MapSize")
+      .value("ALL", dolfin::IndexMap::MapSize::ALL)
+      .value("OWNED", dolfin::IndexMap::MapSize::OWNED)
+      .value("UNOWNED", dolfin::IndexMap::MapSize::UNOWNED)
+      .value("GLOBAL", dolfin::IndexMap::MapSize::GLOBAL);
+
+    // dolfin::SparsityPattern
+    py::class_<dolfin::SparsityPattern, std::shared_ptr<dolfin::SparsityPattern>>(m, "SparsityPattern")
+      .def("init", &dolfin::SparsityPattern::init)
+      .def("apply", &dolfin::SparsityPattern::apply)
+      .def("str", &dolfin::SparsityPattern::str)
+      .def("num_nonzeros", &dolfin::SparsityPattern::num_nonzeros)
+      .def("num_nonzeros_diagonal", [](const dolfin::SparsityPattern& instance)
+           {
+             std::vector<std::size_t> num_nonzeros;
+             instance.num_nonzeros_diagonal(num_nonzeros);
+             return py::array_t<std::size_t>(num_nonzeros.size(), num_nonzeros.data());
+           })
+      .def("num_nonzeros_off_diagonal", [](const dolfin::SparsityPattern& instance)
+           {
+             std::vector<std::size_t> num_nonzeros;
+             instance.num_nonzeros_off_diagonal(num_nonzeros);
+             return py::array_t<std::size_t>(num_nonzeros.size(), num_nonzeros.data());
+           })
+      .def("num_local_nonzeros", [](const dolfin::SparsityPattern& instance)
+           {
+             std::vector<std::size_t> num_nonzeros;
+             instance.num_local_nonzeros(num_nonzeros);
+             return py::array_t<std::size_t>(num_nonzeros.size(), num_nonzeros.data());
+           })
+      // FIXME: Switch EigenMap in DOLFIN interface when SWIG is dropped
+      .def("insert_local", [](dolfin::SparsityPattern& self,
+                              std::vector<Eigen::Matrix<dolfin::la_index, Eigen::Dynamic, 1>> entries)
+           {
+             std::vector<dolfin::ArrayView<const dolfin::la_index>> e(entries.size());
+             for (std::size_t i = 0; i < entries.size(); ++i)
+               e[i] = dolfin::ArrayView<const dolfin::la_index>(entries[i].size(), &entries[i][0]);
+
+             self.insert_local(e);
+           })
+      .def("insert_global", [](dolfin::SparsityPattern& self,
+                              std::vector<Eigen::Matrix<dolfin::la_index, Eigen::Dynamic, 1>> entries)
+           {
+             std::vector<dolfin::ArrayView<const dolfin::la_index>> e(entries.size());
+             for (std::size_t i = 0; i < entries.size(); ++i)
+               e[i] = dolfin::ArrayView<const dolfin::la_index>(entries[i].size(), &entries[i][0]);
+
+             self.insert_global(e);
+           })
+      .def("insert_local_global", [](dolfin::SparsityPattern& self,
+                                     std::vector<Eigen::Matrix<dolfin::la_index, Eigen::Dynamic, 1>> entries)
+           {
+             std::vector<dolfin::ArrayView<const dolfin::la_index>> e(entries.size());
+             for (std::size_t i = 0; i < entries.size(); ++i)
+               e[i] = dolfin::ArrayView<const dolfin::la_index>(entries[i].size(), &entries[i][0]);
+
+             self.insert_local_global(e);
+           });
+
+    // dolfin::TensorLayout
+    py::class_<dolfin::TensorLayout, std::shared_ptr<dolfin::TensorLayout>,
+               dolfin::Variable> tensor_layout(m, "TensorLayout");
+
+    // dolfin::TensorLayout enums
+    py::enum_<dolfin::TensorLayout::Sparsity>(tensor_layout, "Sparsity")
+      .value("SPARSE", dolfin::TensorLayout::Sparsity::SPARSE)
+      .value("DENSE", dolfin::TensorLayout::Sparsity::DENSE);
+    py::enum_<dolfin::TensorLayout::Ghosts>(tensor_layout, "Ghosts")
+      .value("GHOSTED", dolfin::TensorLayout::Ghosts::GHOSTED)
+      .value("UNGHOSTED", dolfin::TensorLayout::Ghosts::UNGHOSTED);
+
+    tensor_layout
+      .def(py::init([](const MPICommWrapper comm, std::size_t primary_dim,
+                       dolfin::TensorLayout::Sparsity sparsity_pattern)
+        { return std::unique_ptr<dolfin::TensorLayout>(new dolfin::TensorLayout(comm.get(), primary_dim, sparsity_pattern)); }))
+      .def(py::init([](const MPICommWrapper comm,
+                       std::vector<std::shared_ptr<const dolfin::IndexMap>> index_maps,
+                       std::size_t primary_dim, dolfin::TensorLayout::Sparsity sparsity_pattern,
+                       dolfin::TensorLayout::Ghosts ghosted)
+        { return std::unique_ptr<dolfin::TensorLayout>(new dolfin::TensorLayout(comm.get(), index_maps, primary_dim,
+                                                                                sparsity_pattern, ghosted)); }))
+      .def("init", &dolfin::TensorLayout::init)
+      .def("sparsity_pattern", (std::shared_ptr<dolfin::SparsityPattern> (dolfin::TensorLayout::*)()) &dolfin::TensorLayout::sparsity_pattern);
+
+    // dolfin::LinearAlgebraObject
+    py::class_<dolfin::LinearAlgebraObject, std::shared_ptr<dolfin::LinearAlgebraObject>,
+               dolfin::Variable>(m, "LinearAlgebraObject")
+      .def("mpi_comm", [](dolfin::LinearAlgebraObject& self)
+        { return MPICommWrapper(self.mpi_comm()); });
+
+    // dolfin::GenericLinearOperator
+    py::class_<dolfin::GenericLinearOperator, std::shared_ptr<dolfin::GenericLinearOperator>,
+               PyLinearOperatorPure<dolfin::GenericLinearOperator>, dolfin::LinearAlgebraObject>
+      (m, "GenericLinearOperator", "GenericLinearOperator object");
+
+    // dolfin::GenericTensor
+    py::class_<dolfin::GenericTensor, std::shared_ptr<dolfin::GenericTensor>,
+               dolfin::LinearAlgebraObject>
+      (m, "GenericTensor", "DOLFIN GenericTensor object")
+      .def("init", &dolfin::GenericTensor::init)
+      .def("empty", &dolfin::GenericTensor::empty)
+      .def("factory", &dolfin::GenericTensor::factory)
+      .def("local_range", &dolfin::GenericTensor::local_range)
+      .def("rank", &dolfin::GenericTensor::rank)
+      .def("size", &dolfin::GenericTensor::size)
+      .def("str", &dolfin::GenericTensor::str)
+      .def("zero", &dolfin::GenericTensor::zero);
+
+    // dolfin::GenericMatrix
+    py::class_<dolfin::GenericMatrix, std::shared_ptr<dolfin::GenericMatrix>,
+               dolfin::GenericTensor, dolfin::GenericLinearOperator>
+      (m, "GenericMatrix", py::dynamic_attr(), "DOLFIN GenericMatrix object")
+      .def("init_vector", &dolfin::GenericMatrix::init_vector)
+      .def("axpy", &dolfin::GenericMatrix::axpy)
+      .def("mult", &dolfin::GenericMatrix::mult)
+      .def("transpmult", &dolfin::GenericMatrix::transpmult)
+      // __ifoo__
+      .def("__imul__", &dolfin::GenericMatrix::operator*=, "Multiply by a scalar")
+      .def("__itruediv__", &dolfin::GenericMatrix::operator/=, py::is_operator(), "Divide by a scalar")
+      // Below is an examle of a hand-wrapped in-place operator. Note
+      // the explicit return type (const reference). This is necessary
+      // to avoid segfaults. Need to investigate more how pybind11
+      // handles return types for operators.
+      //.def("__itruediv__", [](dolfin::GenericMatrix& self, double a) -> const dolfin::GenericMatrix&
+      //     {
+      //       self /= a;
+      //       return self;
+      //     }, py::is_operator(), "Divide by a scalar")
+      .def("__iadd__", &dolfin::GenericMatrix::operator+=, py::is_operator(), "Add Matrix")
+      .def("__isub__", &dolfin::GenericMatrix::operator-=, py::is_operator(), "Subtract Matrix")
+      // __add__
+      .def("__add__", [](const dolfin::GenericMatrix& self, const dolfin::GenericMatrix& B)
+           { auto C = self.copy(); (*C) += B; return C; }, py::is_operator())
+      // __sub__
+      .def("__sub__", [](const dolfin::GenericMatrix& self, const dolfin::GenericMatrix& B)
+           { auto C = self.copy(); (*C) -= B; return C; }, py::is_operator())
+      // __mul__
+      .def("__mul__", [](const dolfin::GenericMatrix& self, double a)
+           { auto B = self.copy(); (*B) *= a; return B; }, py::is_operator())
+      .def("__rmul__", [](const dolfin::GenericMatrix& self, double a)
+           { auto B = self.copy(); (*B) *= a; return B; }, py::is_operator())
+      .def("__mul__", [](const dolfin::GenericMatrix& self, const dolfin::GenericVector& x)
+           {
+             auto y = x.factory().create_vector(x.mpi_comm());
+             self.init_vector(*y, 0);
+             self.mult(x, *y);
+             return y;
+           }, py::is_operator())
+      .def("__mul__", [](const dolfin::GenericMatrix& self, const py::array_t<double> x)
+           {
+             if (x.ndim() != 1)
+               throw py::index_error("NumPy must be a 1D array for multiplication by a GenericMatrix");
+             if ((std::size_t) x.size() != self.size(1))
+               throw py::index_error("Length of array must match number of matrix columns");
+
+             auto _x = self.factory().create_vector(self.mpi_comm());
+             self.init_vector(*_x, 1);
+             std::vector<double> values(x.data(), x.data() + x.size());
+             _x->set_local(values);
+             _x->apply("insert");
+
+             auto y = self.factory().create_vector(self.mpi_comm());
+             self.init_vector(*y, 0);
+
+             self.mult(*_x, *y);
+
+             y->get_local(values);
+             return py::array_t<double>(values.size(), values.data());
+           }, "Multiply a DOLFIN matrix and a NumPy array (non-distributed matricds only)")
+      // __div__
+      .def("__truediv__", [](const dolfin::GenericMatrix& self, double a)
+           { auto B = self.copy(); (*B) /= a; return B; }, py::is_operator())
+      //
+      .def("copy", &dolfin::GenericMatrix::copy)
+      .def("local_range", &dolfin::GenericMatrix::local_range)
+      .def("norm", &dolfin::GenericMatrix::norm)
+      .def("nnz", &dolfin::GenericMatrix::nnz)
+      .def("size", &dolfin::GenericMatrix::size)
+      .def("apply", &dolfin::GenericMatrix::apply)
+      .def("get_diagonal", &dolfin::GenericMatrix::get_diagonal)
+      .def("set_diagonal", &dolfin::GenericMatrix::set_diagonal)
+      .def("ident_zeros", &dolfin::GenericMatrix::ident_zeros, py::arg("tol") = DOLFIN_EPS)
+      .def("ident", [](dolfin::GenericMatrix& self, std::vector<dolfin::la_index> rows)
+           { self.ident(rows.size(), rows.data()); }, py::arg("rows"))
+      .def("get", [](dolfin::GenericMatrix& self, Eigen::Ref<RowMatrixXd> block,
+                     const std::vector<dolfin::la_index> rows,
+                     const std::vector<dolfin::la_index> cols)
+           {
+             if ((std::size_t) block.rows() != rows.size())
+               throw py::value_error("Block must have the same number of rows as len(rows)");
+             if ((std::size_t) block.cols() != cols.size())
+               throw py::value_error("Block must have the same number of columns as len(cols)");
+             self.get((double *) block.data(), rows.size(), rows.data(),
+                      cols.size(), cols.data());
+           }, py::arg("block"), py::arg("rows"), py::arg("cols"))
+      .def("set", [](dolfin::GenericMatrix& self, const Eigen::Ref<const RowMatrixXd> block,
+                     const std::vector<dolfin::la_index> rows,
+                     const std::vector<dolfin::la_index> cols)
+           {
+             if ((std::size_t) block.rows() != rows.size())
+               throw py::value_error("Block must have the same number of rows as len(rows)");
+             if ((std::size_t) block.cols() != cols.size())
+               throw py::value_error("Block must have the same number of columns as len(cols)");
+             self.set((const double *) block.data(), rows.size(), rows.data(),
+                      cols.size(), cols.data());
+           }, py::arg("block"), py::arg("rows"), py::arg("cols"))
+      .def("getrow", [](const dolfin::GenericMatrix& instance, std::size_t row)
+           {
+             std::vector<double> values;
+             std::vector<std::size_t> columns;
+             instance.getrow(row, columns, values);
+             auto _columns = py::array_t<std::size_t>(columns.size(), columns.data());
+             auto _values = py::array_t<double>(values.size(), values.data());
+             return std::make_pair(_columns, _values);
+           }, py::arg("row"))
+      .def("array", [](const dolfin::GenericMatrix& instance)
+           {
+             // FIXME: This function is highly dubious. It assumes a
+             // particular matrix data layout.
+
+             auto m_range = instance.local_range(0);
+             std::size_t num_rows = m_range.second - m_range.first;
+             std::size_t num_cols = instance.size(1);
+
+             typedef Eigen::Matrix<double, Eigen::Dynamic, Eigen::Dynamic, Eigen::RowMajor> EigenMatrix;
+             EigenMatrix A = EigenMatrix::Zero(num_rows, num_cols);
+             std::vector<std::size_t> columns;
+             std::vector<double> values;
+             for (std::size_t i = 0; i < num_rows; ++i)
+             {
+               const std::size_t row = i + m_range.first;
+               instance.getrow(row, columns, values);
+               for (std::size_t j = 0; j < columns.size(); ++j)
+                 A(i, columns[j]) = values[j];
+             }
+
+             return A;
+           });
+
+    // dolfin::GenericVector
+    py::class_<dolfin::GenericVector, std::shared_ptr<dolfin::GenericVector>,
+               dolfin::GenericTensor>
+      (m, "GenericVector", py::dynamic_attr(), "DOLFIN GenericVector object")
+      .def("init", (void (dolfin::GenericVector::*)(std::size_t)) &dolfin::GenericVector::init)
+      .def("init", (void (dolfin::GenericVector::*)(const dolfin::TensorLayout&)) &dolfin::GenericVector::init)
+      .def("init", (void (dolfin::GenericVector::*)(std::pair<std::size_t, std::size_t>)) &dolfin::GenericVector::init)
+      .def("copy", &dolfin::GenericVector::copy)
+      // sub
+      .def("__isub__", (const dolfin::GenericVector& (dolfin::GenericVector::*)(double))
+           &dolfin::GenericVector::operator-=)
+      .def("__isub__", (const dolfin::GenericVector& (dolfin::GenericVector::*)(const dolfin::GenericVector&))
+           &dolfin::GenericVector::operator-=)
+      .def("__sub__", [](dolfin::GenericVector& self, double a)
+           { auto u = self.copy(); (*u) -= a; return u; }, py::is_operator())
+      .def("__sub__", [](dolfin::GenericVector& self, const dolfin::GenericVector& v)
+           { auto u = self.copy(); (*u) -= v; return u; }, py::is_operator())
+      .def("__rsub__", [](dolfin::GenericVector& self, double a)
+           { auto u = self.copy(); (*u) *= -1 ; (*u) += a; return u; }, py::is_operator())
+      // div
+      .def("__itruediv__", (const dolfin::GenericVector& (dolfin::GenericVector::*)(double))
+           &dolfin::GenericVector::operator/=)
+      .def("__truediv__", [](const dolfin::GenericVector& instance, double a)
+           { auto x = instance.copy(); *x /= a; return x; })
+      // add
+      .def("__iadd__", (const dolfin::GenericVector& (dolfin::GenericVector::*)(double))
+           &dolfin::GenericVector::operator+=)
+      .def("__iadd__", (const dolfin::GenericVector& (dolfin::GenericVector::*)(const dolfin::GenericVector&))
+           &dolfin::GenericVector::operator+=)
+      .def("__add__", [](const dolfin::GenericVector& self, double a)
+           { auto x = self.copy(); *x += a; return x;} )
+      .def("__add__", [](const dolfin::GenericVector& self, const dolfin::GenericVector& x)
+           { auto y = self.copy(); *y += x; return y;} )
+      .def("__radd__", [](const dolfin::GenericVector& self, double a)
+           { auto x = self.copy(); *x += a; return x;} )
+      // mult
+      .def("__imul__", (const dolfin::GenericVector& (dolfin::GenericVector::*)(double))
+           &dolfin::GenericVector::operator*=)
+      .def("__imul__", (const dolfin::GenericVector& (dolfin::GenericVector::*)(const dolfin::GenericVector&))
+           &dolfin::GenericVector::operator*=)
+      .def("__mul__", [](dolfin::GenericVector& v, double a)
+           { auto u = v.copy(); *u *= a; return u; })
+      .def("__mul__", [](const dolfin::GenericVector& v, const dolfin::GenericVector& u)
+           { auto w = v.copy(); (*w) *= u; return w; }, "Component-wise multiplication of two vectors")
+      .def("__rmul__", [](dolfin::GenericVector& v, double a)
+           { auto u = v.copy(); *u *= a; return u; })
+      // __getitem___
+      .def("__getitem__", [](dolfin::GenericVector& self, py::slice slice)
+           {
+             std::size_t start, stop, step, slicelength;
+             if (!slice.compute(self.local_size(), &start, &stop, &step, &slicelength))
+               throw py::error_already_set();
+
+             std::vector<double> values(slicelength);
+             if (start != 0 or stop != self.local_size() or step != 1)
+             {
+               std::vector<dolfin::la_index> indices(slicelength, start);
+               for (size_t i = 1; i < slicelength; ++i)
+                 indices[i] = indices[i-1] + step;
+               self.get_local(values.data(), values.size(), indices.data());
+             }
+             else
+               self.get_local(values);
+
+             return py::array_t<double>(values.size(), values.data());
+           })
+      .def("__getitem__", [](const dolfin::GenericVector& self, py::array_t<bool> indices)
+           {
+             if (indices.ndim() != 1)
+               throw py::index_error("Indices must be a 1D array");
+             if ((std::size_t) indices.size() != self.local_size())
+               throw py::index_error("Indices size mismatch");
+             check_indices(indices, self.local_size());
+
+             // Get the values
+             std::vector<double> values;
+             self.get_local(values);
+
+             // Extract filtered values
+             std::vector<double> filtered;
+             for (std::size_t i = 0; i < (std::size_t) indices.size(); ++i)
+             {
+               bool e = *(indices.data() + i);
+               if (e)
+                 filtered.push_back(values[i]);
+             }
+
+             return py::array_t<double>(filtered.size(), filtered.data());
+           }, py::arg().noconvert())  // Use noconvert to avoid integers being converted to bool
+      .def("__getitem__", [](dolfin::GenericVector& self, double index)
+           { throw py::type_error("Cannot use float for GenericVector indexing with floats"); }, py::arg().noconvert())
+      .def("__getitem__", [](dolfin::GenericVector& self, py::array_t<dolfin::la_index> indices)
+           {
+             if (indices.ndim() > 1)
+               throw py::index_error("Indices must be a 1D array");
+             check_indices(indices, self.local_size());
+
+             py::array_t<double> values(indices.size());
+             self.get_local(values.mutable_data(), values.size(), indices.data());
+             return values;
+           })
+      .def("__getitem__", [](dolfin::GenericVector& self, dolfin::la_index index)
+           {
+             if (self.local_size() == 0)
+               throw py::index_error("GenericVector has zero (local) length. Cannot index into it.");
+             else if (index < 0)
+               throw py::index_error("Index is negative");
+             else if (!(index < (dolfin::la_index) self.local_size()))
+               throw py::index_error("Index exceeds (local) size of GenericVector");
+             return self.getitem(index);
+           })
+      // __setitem__
+      .def("__setitem__", [](dolfin::GenericVector& self, py::slice slice, double value)
+           {
+             std::size_t start, stop, step, slicelength;
+             if (!slice.compute(self.size(), &start, &stop, &step, &slicelength))
+               throw py::error_already_set();
+             if (start != 0 or stop != self.size() or step != 1)
+               throw std::range_error("Only setting full slices for GenericVector is supported");
+
+             self = value;
+           })
+      .def("__setitem__", [](dolfin::GenericVector& self, py::slice slice, const dolfin::GenericVector& x)
+           {
+             std::size_t start, stop, step, slicelength;
+             if (!slice.compute(self.size(), &start, &stop, &step, &slicelength))
+               throw py::error_already_set();
+             if (start != 0 or stop != self.size() or step != 1)
+               throw std::range_error("Only setting full slices for GenericVector is supported");
+             self = x;
+           })
+      .def("__setitem__", [](dolfin::GenericVector& self, py::slice slice, const py::array_t<double> x)
+           {
+             if (x.ndim() != 1)
+               throw py::index_error("Values to set must be a 1D array");
+
+             std::size_t start, stop, step, slicelength;
+             if (!slice.compute(self.size(), &start, &stop, &step, &slicelength))
+               throw py::error_already_set();
+             if (start != 0 or stop != self.size() or step != 1)
+               throw std::range_error("Only full slices are supported");
+
+             std::vector<double> values(x.data(), x.data() + x.size());
+             if (!values.empty())
+             {
+               self.set_local(values);
+               self.apply("insert");
+             }
+           })
+      .def("__setitem__", [](dolfin::GenericVector& self, const py::array_t<dolfin::la_index> indices, double x)
+           {
+             if (indices.ndim() > 1)
+               throw py::index_error("Indices to set must be a 1D array");
+             check_indices(indices, self.local_size());
+
+             // FIXME: combine with  py::array_t<double> x version?
+             std::vector<double> _x(indices.size(), x);
+             self.set_local(_x.data(), _x.size(), indices.data());
+             self.apply("insert");
+           })
+      .def("__setitem__", [](dolfin::GenericVector& self, const py::array_t<dolfin::la_index> indices,
+                             const py::array_t<double> x)
+           {
+             if (indices.ndim() != 1)
+               throw py::index_error("Indices to set must be a 1D array");
+             if (x.ndim() != 1)
+               throw py::index_error("Values to set must be a 1D array");
+             if (indices.shape(0) != x.shape(0))
+               throw py::index_error("Index mismatch");
+             check_indices(indices, self.local_size());
+
+             // FIXME: check sizes
+             self.set_local(x.data(), x.size(), indices.data());
+             self.apply("insert");
+           })
+      .def("__len__", [](dolfin::GenericVector& self) { return self.local_size(); })
+      .def("size",  (std::size_t (dolfin::GenericVector::*)() const) &dolfin::GenericVector::size)
+      //
+      .def("get_local", [](const dolfin::GenericVector& instance,
+                           const std::vector<dolfin::la_index>& rows)
+           {
+             py::array_t<double> data(rows.size());
+             instance.get_local(data.mutable_data(), rows.size(), rows.data());
+             return data;
+           })
+      .def("get_local", [](const dolfin::GenericVector& instance)
+           {
+             std::vector<double> values;
+             instance.get_local(values);
+             return py::array_t<double>(values.size(), values.data());
+           })
+      .def("set_local", [](dolfin::GenericVector& instance, std::vector<double> values)
+           {
+             std::vector<dolfin::la_index> indices(values.size());
+             std::iota(indices.begin(), indices.end(), 0);
+             instance.set_local(values.data(), values.size(), indices.data());
+           })
+      .def("add_local", [](dolfin::GenericVector& self, py::array_t<double> values)
+           {
+             assert(values.ndim() == 1);
+             dolfin::Array<double> _values(values.size(), values.mutable_data());
+             self.add_local(_values);
+           })
+      .def("gather", [](const dolfin::GenericVector& instance, dolfin::GenericVector& y,
+                        const std::vector<dolfin::la_index>& rows)
+           { instance.gather(y, rows); })
+      .def("gather", [](const dolfin::GenericVector& instance, py::array_t<dolfin::la_index> rows)
+           {
+             std::vector<dolfin::la_index> _rows(rows.data(), rows.data() + rows.size());
+             std::vector<double> values(rows.size());
+             instance.gather(values, _rows);
+             return py::array_t<double>(values.size(), values.data());
+           })
+      .def("gather", [](const dolfin::GenericVector& instance, std::vector<dolfin::la_index> rows)
+           {
+             std::vector<double> values(rows.size());
+             instance.gather(values, rows);
+             return py::array_t<double>(values.size(), values.data());
+           })
+      .def("gather_on_zero", [](const dolfin::GenericVector& instance)
+           {
+             std::vector<double> values;
+             instance.gather_on_zero(values);
+             return py::array_t<double>(values.size(), values.data());
+           })
+      .def("axpy", &dolfin::GenericVector::axpy)
+      .def("sum", (double (dolfin::GenericVector::*)() const) &dolfin::GenericVector::sum)
+      .def("sum", [](const dolfin::GenericVector& self, py::array_t<std::size_t> rows)
+           { const dolfin::Array<std::size_t> _rows(rows.size(), rows.mutable_data()); return self.sum(_rows); })
+      .def("max", (double (dolfin::GenericVector::*)() const) &dolfin::GenericVector::max)
+      .def("min", (double (dolfin::GenericVector::*)() const) &dolfin::GenericVector::min)
+      .def("inner", &dolfin::GenericVector::inner)
+      .def("norm", &dolfin::GenericVector::norm)
+      .def("local_size", &dolfin::GenericVector::local_size)
+      .def("local_range", (std::pair<std::int64_t, std::int64_t> (dolfin::GenericVector::*)() const) &dolfin::GenericVector::local_range)
+      .def("owns_index", &dolfin::GenericVector::owns_index)
+      .def("apply", &dolfin::GenericVector::apply)
+      .def_property_readonly("__array_priority__", [](const dolfin::GenericVector& self){ return 0; });
+
+    // dolfin::Matrix
+    py::class_<dolfin::Matrix, std::shared_ptr<dolfin::Matrix>, dolfin::GenericMatrix>
+      (m, "Matrix", "DOLFIN Matrix object")
+      .def(py::init<>())
+      .def(py::init<const dolfin::Matrix&>())  // Remove? (use copy instead)
+      .def(py::init<const dolfin::GenericMatrix&>())  // Remove? (use copy instead)
+      .def(py::init([](const MPICommWrapper comm)
+        { return std::unique_ptr<dolfin::Matrix>(new dolfin::Matrix(comm.get())); }))
+      // Enabling the below messes up the operators because pybind11
+      // then fails to try the GenericMatrix __mul__ operators
+      /*
+      .def("__mul__", [](const dolfin::Matrix& self, const dolfin::GenericVector& x)
+           {
+             // Specialised verion in place of GenericMatrix.__mul__
+             // becuase this guarantees that a dolfin::Vector is
+             // return rather than a more concrete vector. Maybe not
+             // important, but some tests check the type.
+             dolfin::Vector y(x.mpi_comm());
+             self.init_vector(y, 0);
+             self.mult(x, y);
+             return y;
+           }, py::is_operator(),py::arg().noconvert())
+      */
+      .def("instance", (std::shared_ptr<dolfin::LinearAlgebraObject>(dolfin::Matrix::*)())
+           &dolfin::Matrix::shared_instance);
+
+    // dolfin::Vector
+    py::class_<dolfin::Vector, std::shared_ptr<dolfin::Vector>, dolfin::GenericVector>
+      (m, "Vector", "DOLFIN Vector object")
+      .def(py::init<>())
+      .def(py::init<const dolfin::Vector&>())
+      .def(py::init<const dolfin::GenericVector&>())
+      .def(py::init([](const MPICommWrapper comm)
+        { return std::unique_ptr<dolfin::Vector>(new dolfin::Vector(comm.get())); }))
+      .def(py::init([](const MPICommWrapper comm, std::size_t N)
+        { return std::unique_ptr<dolfin::Vector>(new dolfin::Vector(comm.get(), N)); }))
+      .def("min", &dolfin::Vector::min)
+      .def("max", &dolfin::Vector::max)
+      .def("abs", &dolfin::Vector::abs)
+      .def("norm", &dolfin::Vector::norm)
+      .def("inner", &dolfin::Vector::inner)
+      .def("axpy", &dolfin::Vector::axpy)
+      .def("zero", &dolfin::Vector::zero)
+      .def("apply", &dolfin::Vector::apply)
+      .def("str", &dolfin::Vector::str)
+      .def("instance", (std::shared_ptr<dolfin::LinearAlgebraObject>(dolfin::Vector::*)())
+           &dolfin::Vector::shared_instance);
+
+    // dolfin::BlockMatrix
+    py::class_<dolfin::BlockMatrix, std::shared_ptr<dolfin::BlockMatrix>>
+      (m, "BlockMatrix")
+      .def(py::init<std::size_t, std::size_t>(), py::arg("m")=0, py::arg("n")=0)
+      .def("__getitem__", [](dolfin::BlockMatrix& self, py::tuple index)
+           {
+             if (index.size() != 2)
+               throw py::key_error("Wrong number of indices");
+             std::size_t i = index[0].cast<std::size_t>();
+             std::size_t j = index[1].cast<std::size_t>();
+             return self.get_block(i, j);
+           })
+      .def("__setitem__", [](dolfin::BlockMatrix& self, py::tuple index,
+                             std::shared_ptr<dolfin::GenericMatrix> m)
+           {
+             if (index.size() != 2)
+               throw py::key_error("Wrong number of indices");
+             std::size_t i = index[0].cast<std::size_t>();
+             std::size_t j = index[1].cast<std::size_t>();
+             self.set_block(i, j, m);
+           })
+      .def("mult", &dolfin::BlockMatrix::mult, py::arg("x"), py::arg("y"), py::arg("transposed")=false);
+
+    // dolfin::BlockVector
+    py::class_<dolfin::BlockVector, std::shared_ptr<dolfin::BlockVector>>
+      (m, "BlockVector")
+      .def(py::init<std::size_t>())
+      .def("__getitem__", [](dolfin::BlockVector& self, std::size_t index)
+           { return self.get_block(index); })
+      .def("__setitem__", [](dolfin::BlockVector& self, std::size_t index,
+                             std::shared_ptr<dolfin::GenericVector> v)
+           { self.set_block(index, v); });
+
+    // dolfin::Scalar
+    py::class_<dolfin::Scalar, std::shared_ptr<dolfin::Scalar>, dolfin::GenericTensor>
+      (m, "Scalar")
+      .def(py::init<>())
+      .def(py::init([](const MPICommWrapper comm)
+        { return std::unique_ptr<dolfin::Scalar>(new dolfin::Scalar(comm.get())); }))
+      .def("add_local_value", &dolfin::Scalar::add_local_value)
+      .def("apply", &dolfin::Scalar::apply)
+      .def("mpi_comm", [](dolfin::Scalar& self)
+        { return MPICommWrapper(self.mpi_comm()); })
+      .def("get_scalar_value", &dolfin::Scalar::get_scalar_value);
+
+    // dolfin::LinearOperator
+    py::class_<dolfin::LinearOperator, std::shared_ptr<dolfin::LinearOperator>,
+               PyLinearOperatorPure<dolfin::LinearOperator>, dolfin::GenericLinearOperator>
+      (m, "LinearOperator")
+      .def(py::init<const dolfin::GenericVector&, const dolfin::GenericVector&>())
+      .def("instance", (std::shared_ptr<dolfin::LinearAlgebraObject>(dolfin::LinearOperator::*)())
+           &dolfin::LinearOperator::shared_instance);
+
+    // dolfin::GenericLinearAlgebraFactory
+    py::class_<dolfin::GenericLinearAlgebraFactory, std::shared_ptr<dolfin::GenericLinearAlgebraFactory>>
+      (m, "GenericLinearAlgebraFactory", "DOLFIN GenericLinearAlgebraFactory object");
+
+    // dolfin::DefaultFactory
+    py::class_<dolfin::DefaultFactory, std::shared_ptr<dolfin::DefaultFactory>>
+      (m, "DefaultFactory", "DOLFIN DefaultFactory object")
+      .def(py::init<>())
+      .def_static("factory", &dolfin::DefaultFactory::factory)
+      .def("create_matrix", [](const dolfin::DefaultFactory &self, const MPICommWrapper comm)
+        { return self.create_matrix(comm.get()); })
+      .def("create_vector", [](const dolfin::DefaultFactory &self, const MPICommWrapper comm)
+        { return self.create_vector(comm.get()); });
+
+    // dolfin::EigenFactory
+    py::class_<dolfin::EigenFactory, std::shared_ptr<dolfin::EigenFactory>,
+      dolfin::GenericLinearAlgebraFactory>
+      (m, "EigenFactory", "DOLFIN EigenFactory object")
+      .def("instance", &dolfin::EigenFactory::instance)
+      .def("create_matrix", [](const dolfin::EigenFactory &self, const MPICommWrapper comm)
+        { return self.create_matrix(comm.get()); })
+      .def("create_vector", [](const dolfin::EigenFactory &self, const MPICommWrapper comm)
+        { return self.create_vector(comm.get()); });
+
+    // dolfin::EigenVector
+    py::class_<dolfin::EigenVector, std::shared_ptr<dolfin::EigenVector>,
+               dolfin::GenericVector>
+      (m, "EigenVector", "DOLFIN EigenVector object")
+      .def(py::init<>())
+      .def(py::init([](const MPICommWrapper comm)
+        { return std::unique_ptr<dolfin::EigenVector>(new dolfin::EigenVector(comm.get())); }))
+      .def(py::init([](const MPICommWrapper comm, std::size_t N)
+        { return std::unique_ptr<dolfin::EigenVector>(new dolfin::EigenVector(comm.get(), N)); }))
+      .def("array_view", [](dolfin::EigenVector& self) -> Eigen::Ref<Eigen::VectorXd> { return *self.vec(); },
+           "Return a writable numpy array view of the data in the EigenVector");
+
+    // dolfin::EigenMatrix
+    py::class_<dolfin::EigenMatrix, std::shared_ptr<dolfin::EigenMatrix>,
+               dolfin::GenericMatrix>
+      (m, "EigenMatrix", "DOLFIN EigenMatrix object")
+      .def(py::init<>())
+      .def(py::init<std::size_t, std::size_t>())
+      .def("sparray", (dolfin::EigenMatrix::eigen_matrix_type& (dolfin::EigenMatrix::*)()) &dolfin::EigenMatrix::mat,
+           py::return_value_policy::reference_internal)
+      .def("data_view", [](dolfin::EigenMatrix& instance)
+           {
+             auto _data = instance.data();
+             std::size_t nnz = std::get<3>(_data);
+
+             Eigen::Map<const Eigen::VectorXi> rows(std::get<0>(_data), instance.size(0) + 1);
+             Eigen::Map<const Eigen::VectorXi> cols(std::get<1>(_data), nnz);
+             Eigen::Map<const Eigen::VectorXd> values(std::get<2>(_data), nnz);
+
+             return py::make_tuple(rows, cols, values);
+           },
+           py::return_value_policy::reference_internal, "Return CSR matrix data as NumPy arrays (shared data)")
+      .def("data", [](dolfin::EigenMatrix& instance)
+           {
+             auto _data = instance.data();
+             std::size_t nnz = std::get<3>(_data);
+
+             Eigen::VectorXi rows = Eigen::Map<const Eigen::VectorXi>(std::get<0>(_data), instance.size(0) + 1);
+             Eigen::VectorXi cols = Eigen::Map<const Eigen::VectorXi>(std::get<1>(_data), nnz);
+             Eigen::VectorXd values  = Eigen::Map<const Eigen::VectorXd>(std::get<2>(_data), nnz);
+
+             return py::make_tuple(rows, cols, values);
+           },
+           py::return_value_policy::copy, "Return copy of CSR matrix data as NumPy arrays");
+
+    // dolfin::GenericLinearSolver
+    py::class_<dolfin::GenericLinearSolver, std::shared_ptr<dolfin::GenericLinearSolver>,
+               dolfin::Variable>
+      (m, "GenericLinearSolver", "DOLFIN GenericLinearSolver object");
+
+    #ifdef HAS_PETSC
+    py::class_<dolfin::PETScOptions>(m, "PETScOptions")
+      .def_static("set", (void (*)(std::string)) &dolfin::PETScOptions::set)
+      .def_static("set", (void (*)(std::string, bool)) &dolfin::PETScOptions::set)
+      .def_static("set", (void (*)(std::string, int)) &dolfin::PETScOptions::set)
+      .def_static("set", (void (*)(std::string, double)) &dolfin::PETScOptions::set)
+      .def_static("set", (void (*)(std::string, std::string)) &dolfin::PETScOptions::set)
+      .def_static("clear", (void (*)(std::string)) &dolfin::PETScOptions::clear)
+      .def_static("clear", (void (*)()) &dolfin::PETScOptions::clear);
+
+    // dolfin::PETScObject
+    py::class_<dolfin::PETScObject, std::shared_ptr<dolfin::PETScObject>>(m, "PETScObject");
+
+    // dolfin::PETScFactory
+    py::class_<dolfin::PETScFactory, std::shared_ptr<dolfin::PETScFactory>,
+               dolfin::GenericLinearAlgebraFactory>
+      (m, "PETScFactory", "DOLFIN PETScFactory object")
+      .def("instance", &dolfin::PETScFactory::instance)
+      .def("create_matrix", [](const dolfin::PETScFactory &self, const MPICommWrapper comm)
+        { return self.create_matrix(comm.get()); })
+      .def("create_vector", [](const dolfin::PETScFactory &self, const MPICommWrapper comm)
+        { return self.create_vector(comm.get()); });
+
+    // dolfin::PETScVector
+    py::class_<dolfin::PETScVector, std::shared_ptr<dolfin::PETScVector>,
+               dolfin::GenericVector, dolfin::PETScObject>
+      (m, "PETScVector", "DOLFIN PETScVector object")
+      .def(py::init<>())
+      .def(py::init([](const MPICommWrapper comm)
+                    { return std::unique_ptr<dolfin::PETScVector>(new dolfin::PETScVector(comm.get())); }))
+      .def(py::init([](const MPICommWrapper comm, std::size_t N)
+                    { return std::unique_ptr<dolfin::PETScVector>(new dolfin::PETScVector(comm.get(), N)); }))
+      .def(py::init<Vec>())
+      .def("get_options_prefix", &dolfin::PETScVector::get_options_prefix)
+      .def("set_options_prefix", &dolfin::PETScVector::set_options_prefix)
+      .def("update_ghost_values", &dolfin::PETScVector::update_ghost_values)
+      .def("vec", &dolfin::PETScVector::vec, "Return underlying PETSc Vec object");
+
+    // dolfin::PETScBaseMatrix
+    py::class_<dolfin::PETScBaseMatrix, std::shared_ptr<dolfin::PETScBaseMatrix>,
+               dolfin::PETScObject, dolfin::Variable>(m, "PETScBaseMatrix")
+      .def("size", (std::size_t (dolfin::PETScBaseMatrix::*)(std::size_t) const) &dolfin::PETScBaseMatrix::size)
+      .def("mat", &dolfin::PETScBaseMatrix::mat, "Return underlying PETSc Mat object");
+
+    // dolfin::PETScLinearOperator
+    py::class_<dolfin::PETScLinearOperator, std::shared_ptr<dolfin::PETScLinearOperator>,
+               PyLinearOperator<dolfin::PETScLinearOperator>, dolfin::PETScBaseMatrix,
+               dolfin::GenericLinearOperator>
+      (m, "PETScLinearOperator", "PETScLinearOperator object")
+      .def(py::init([](const MPICommWrapper comm)
+        { return std::unique_ptr<dolfin::PETScLinearOperator>(new dolfin::PETScLinearOperator(comm.get())); }))
+      .def("size", &dolfin::PETScLinearOperator::size)
+      .def("mult", &dolfin::PETScLinearOperator::mult)
+      .def("mpi_comm", [](dolfin::PETScLinearOperator& self)
+        { return MPICommWrapper(self.mpi_comm()); });
+
+    // dolfin::PETScMatrix
+    py::class_<dolfin::PETScMatrix, std::shared_ptr<dolfin::PETScMatrix>,
+               dolfin::GenericMatrix, dolfin::PETScBaseMatrix>
+      (m, "PETScMatrix", "DOLFIN PETScMatrix object")
+      .def(py::init<>())
+      .def(py::init([](const MPICommWrapper comm)
+        { return std::unique_ptr<dolfin::PETScMatrix>(new dolfin::PETScMatrix(comm.get())); }))
+      .def(py::init<Mat>())
+      .def("get_options_prefix", &dolfin::PETScMatrix::get_options_prefix)
+      .def("set_options_prefix", &dolfin::PETScMatrix::set_options_prefix)
+      .def("set_nullspace", &dolfin::PETScMatrix::set_nullspace)
+      .def("set_near_nullspace", &dolfin::PETScMatrix::set_near_nullspace)
+      .def("setrow", &dolfin::PETScMatrix::setrow);
+
+    // dolfin::PETScNestMatrix
+    py::class_<dolfin::PETScNestMatrix, std::shared_ptr<dolfin::PETScNestMatrix>,
+               dolfin::PETScMatrix>
+      (m, "PETScNestMatrix", "DOLFIN PETScMatrix object")
+      .def(py::init<>())
+      //.def(py::init<std::vector<std::shared_ptr<dolfin::GenericMatrix>>>() )
+      // explicit wrapper
+      .def(py::init([](py::list mats){
+	    std::vector<std::shared_ptr<dolfin::GenericMatrix>> _mats;
+	    for (auto mat : mats){
+	      // python object without cpp attribute.
+	      auto _mat = mat.cast<std::shared_ptr<dolfin::GenericMatrix>>();
+	      if(!mat.is_none())
+		_mats.push_back(_mat);
+	      else
+		_mats.push_back(NULL);
+	    }
+	    return dolfin::PETScNestMatrix(_mats);
+	  }))
+      .def("init_vectors",[](const dolfin::PETScNestMatrix self, dolfin::GenericVector& vec_out, py::list vecs){
+	  std::vector<std::shared_ptr<dolfin::GenericVector>> _vecs;
+	  for (auto vec : vecs)
+	  {
+	    auto _vec = vec.cast<std::shared_ptr<dolfin::GenericVector>>();
+	    _vecs.push_back(_vec);
+	  }
+	  self.init_vectors(vec_out,_vecs);
+	})
+
+      .def("mult", &dolfin::PETScNestMatrix::mult)
+      //.def("init_vectors",&dolfin::PETScNestMatrix::init_vectors)
+      //.def("get_block_dofs",&dolfin::PETScNestMatrix::get_block_dofs) 
+      .def("get_block_dofs",[](const dolfin::PETScNestMatrix self, std::size_t idx) 
+       {
+         std::vector<dolfin::la_index> dofs;   
+         self.get_block_dofs(dofs, idx);
+	 return   py::array_t<dolfin::la_index>(dofs.size(), dofs.data());
+       }, py::arg("idx"))
+
+      .def("convert_to_aij", &dolfin::PETScNestMatrix::convert_to_aij)
+      .def("size", (std::size_t (dolfin::PETScBaseMatrix::*)(std::size_t) const) &dolfin::PETScNestMatrix::size)
+      .def("str", &dolfin::PETScNestMatrix::str); 
+
+
+    py::class_<dolfin::PETScPreconditioner, std::shared_ptr<dolfin::PETScPreconditioner>,
+               dolfin::Variable>
+      (m, "PETScPreconditioner", "DOLFIN PETScPreconditioner object")
+      .def(py::init<std::string>(), py::arg("type")="default")
+      .def("preconditioners", &dolfin::PETScPreconditioner::preconditioners)
+      .def("set_fieldsplit", (void (*)(dolfin::PETScKrylovSolver&, const std::vector<std::vector<dolfin::la_index>>&, const std::vector<std::string>&))
+	   &dolfin::PETScPreconditioner::set_fieldsplit);
+    #endif
+
+    #ifdef HAS_TRILINOS
+
+    // dolfin::TpetraFactory
+    py::class_<dolfin::TpetraFactory, std::shared_ptr<dolfin::TpetraFactory>,
+               dolfin::GenericLinearAlgebraFactory>
+      (m, "TpetraFactory", "DOLFIN TpetraFactory object")
+      .def("instance", &dolfin::TpetraFactory::instance)
+      .def("create_matrix", [](const dolfin::TpetraFactory &self, const MPICommWrapper comm)
+        { return self.create_matrix(comm.get()); })
+      .def("create_vector", [](const dolfin::TpetraFactory &self, const MPICommWrapper comm)
+        { return self.create_vector(comm.get()); });
+
+    // dolfin::TpetraVector
+    py::class_<dolfin::TpetraVector, std::shared_ptr<dolfin::TpetraVector>,
+               dolfin::GenericVector>
+      (m, "TpetraVector", "DOLFIN TpetraVector object")
+      .def(py::init([](const MPICommWrapper comm=MPICommWrapper(MPI_COMM_WORLD))
+        { return std::unique_ptr<dolfin::TpetraVector>(new dolfin::TpetraVector(comm.get())); }),
+        py::arg("comm")=MPICommWrapper(MPI_COMM_WORLD))
+      .def(py::init([](const MPICommWrapper comm, std::size_t N)
+        { return std::unique_ptr<dolfin::TpetraVector>(new dolfin::TpetraVector(comm.get(), N)); }));
+
+    // dolfin::TpetraMatrix
+    py::class_<dolfin::TpetraMatrix, std::shared_ptr<dolfin::TpetraMatrix>,
+               dolfin::GenericMatrix>
+      (m, "TpetraMatrix", "DOLFIN TpetraMatrix object")
+      .def(py::init<>());
+
+    // dolfin::TrilinosPreconditioner
+    py::class_<dolfin::TrilinosPreconditioner, std::shared_ptr<dolfin::TrilinosPreconditioner>>
+      (m, "TrilinosPreconditioner", "DOLFIN TrilinosPreconditioner object");
+
+    // dolfin::MueluPreconditioner
+    py::class_<dolfin::MueluPreconditioner, std::shared_ptr<dolfin::MueluPreconditioner>,
+               dolfin::TrilinosPreconditioner, dolfin::Variable>
+      (m, "MueluPreconditioner", "Muelu Preconditioner")
+      .def(py::init<>());
+
+    // dolfin::BelosKrylovSolver
+    py::class_<dolfin::BelosKrylovSolver, std::shared_ptr<dolfin::BelosKrylovSolver>,
+               dolfin::GenericLinearSolver>
+      (m, "BelosKrylovSolver", "Belos KrylovSolver")
+      .def(py::init<std::string, std::shared_ptr<dolfin::TrilinosPreconditioner>>())
+      .def("set_operator", &dolfin::BelosKrylovSolver::set_operator)
+      .def("set_operators", &dolfin::BelosKrylovSolver::set_operators)
+      .def("solve", (std::size_t (dolfin::BelosKrylovSolver::*)
+                     (dolfin::GenericVector&, const dolfin::GenericVector&))
+           &dolfin::BelosKrylovSolver::solve)
+      .def("solve", (std::size_t (dolfin::BelosKrylovSolver::*)
+                     (const dolfin::GenericLinearOperator&,
+                      dolfin::GenericVector&, const dolfin::GenericVector&))
+           &dolfin::BelosKrylovSolver::solve);
+    #endif
+
+    // dolfin::LUSolver
+    py::class_<dolfin::LUSolver, std::shared_ptr<dolfin::LUSolver>,
+               dolfin::GenericLinearSolver>
+      (m, "LUSolver", "DOLFIN LUSolver object")
+      .def(py::init<>())
+      .def(py::init<std::string>())
+      .def(py::init<std::shared_ptr<const dolfin::GenericLinearOperator>, std::string>(),
+           py::arg("A"), py::arg("method")="default")
+      .def(py::init([](const MPICommWrapper comm,
+                       std::shared_ptr<const dolfin::GenericLinearOperator> A,
+                       std::string method="default")
+          { return std::unique_ptr<dolfin::LUSolver>(new dolfin::LUSolver(comm.get(), A, method)); }),
+          py::arg("comm"), py::arg("A"), py::arg("method") = "default")
+      .def(py::init([](const MPICommWrapper comm,
+                       std::string method="default")
+          { return std::unique_ptr<dolfin::LUSolver>(new dolfin::LUSolver(comm.get(), method)); }),
+          py::arg("comm"), py::arg("method") = "default")
+      .def("set_operator", &dolfin::LUSolver::set_operator)
+      .def("default_parameters", &dolfin::LUSolver::default_parameters)
+      .def("solve", (std::size_t (dolfin::LUSolver::*)(dolfin::GenericVector&,
+                                                       const dolfin::GenericVector&))
+           &dolfin::LUSolver::solve)
+      .def("solve", (std::size_t (dolfin::LUSolver::*)(const dolfin::GenericLinearOperator&,
+                                                       dolfin::GenericVector&,
+                                                       const dolfin::GenericVector&))
+           &dolfin::LUSolver::solve);
+
+    #ifdef HAS_PETSC
+    // dolfin::PETScLUSolver
+    py::class_<dolfin::PETScLUSolver, std::shared_ptr<dolfin::PETScLUSolver>,
+               dolfin::GenericLinearSolver>
+      (m, "PETScLUSolver", "DOLFIN PETScLUSolver object")
+      .def(py::init<std::string>(), py::arg("method")="default")
+      .def(py::init([](const MPICommWrapper comm,
+                       std::string method="default")
+          { return std::unique_ptr<dolfin::PETScLUSolver>(new dolfin::PETScLUSolver(comm.get(), method)); }),
+          py::arg("comm"), py::arg("method") = "default")
+      .def(py::init([](const MPICommWrapper comm,
+                       std::shared_ptr<const dolfin::PETScMatrix> A,
+                       std::string method="default")
+          { return std::unique_ptr<dolfin::PETScLUSolver>(new dolfin::PETScLUSolver(comm.get(), A, method)); }),
+          py::arg("comm"), py::arg("A"), py::arg("method") = "default")
+      .def(py::init<std::shared_ptr<const dolfin::PETScMatrix>, std::string>(),
+           py::arg("A"), py::arg("method")="default")
+      .def("set_operator",  (void (dolfin::PETScLUSolver::*)(std::shared_ptr<const dolfin::GenericLinearOperator>))
+           &dolfin::PETScLUSolver::set_operator)
+      .def("get_options_prefix", &dolfin::PETScLUSolver::get_options_prefix)
+      .def("set_options_prefix", &dolfin::PETScLUSolver::set_options_prefix)
+      .def("set_operator",  (void (dolfin::PETScLUSolver::*)(std::shared_ptr<const dolfin::GenericLinearOperator>))
+           &dolfin::PETScLUSolver::set_operator)
+      .def("set_from_options", &dolfin::PETScLUSolver::set_from_options)
+      .def("solve", (std::size_t (dolfin::PETScLUSolver::*)(dolfin::GenericVector&, const dolfin::GenericVector&))
+           &dolfin::PETScLUSolver::solve)
+      .def("solve", (std::size_t (dolfin::PETScLUSolver::*)(const dolfin::GenericLinearOperator&,
+                                                            dolfin::GenericVector&,
+                                                            const dolfin::GenericVector&))
+           &dolfin::PETScLUSolver::solve)
+      .def("ksp", &dolfin::PETScLUSolver::ksp);
+#endif
+
+    // dolfin::KrylovSolver
+    py::class_<dolfin::KrylovSolver, std::shared_ptr<dolfin::KrylovSolver>,
+               dolfin::GenericLinearSolver>
+      (m, "KrylovSolver", "DOLFIN KrylovSolver object")
+      .def(py::init<std::string, std::string>(), py::arg("method")="default",
+           py::arg("preconditioner")="default")
+      .def(py::init<std::shared_ptr<const dolfin::GenericLinearOperator>,
+           std::string, std::string>(), py::arg("A"),
+           py::arg("method")="default", py::arg("preconditioner")="default")
+      .def(py::init([](const MPICommWrapper comm,
+                       std::shared_ptr<const dolfin::GenericLinearOperator> A,
+                       std::string method="default",
+                       std::string preconditioner="default")
+          { return std::unique_ptr<dolfin::KrylovSolver>(new dolfin::KrylovSolver(comm.get(), A,
+              method, preconditioner)); }),
+          py::arg("comm"), py::arg("A"), py::arg("method") = "default", py::arg("preconditioner")="default")
+      .def(py::init([](const MPICommWrapper comm,
+                       std::string method="default",
+                       std::string preconditioner="default")
+          { return std::unique_ptr<dolfin::KrylovSolver>(new dolfin::KrylovSolver(comm.get(),
+              method, preconditioner)); }),
+          py::arg("comm"), py::arg("method") = "default", py::arg("preconditioner")="default")
+      .def("set_operator", &dolfin::KrylovSolver::set_operator)
+      .def("set_operators", &dolfin::KrylovSolver::set_operators)
+      .def("default_parameters", &dolfin::KrylovSolver::default_parameters)
+      .def("solve", (std::size_t (dolfin::KrylovSolver::*)(dolfin::GenericVector&,
+                                                           const dolfin::GenericVector&))
+           &dolfin::KrylovSolver::solve)
+      .def("solve", (std::size_t (dolfin::KrylovSolver::*)(const dolfin::GenericLinearOperator&,
+                      dolfin::GenericVector&, const dolfin::GenericVector&))
+           &dolfin::KrylovSolver::solve);
+
+    #ifdef HAS_PETSC
+    // dolfin::PETScKrylovSolver
+    py::class_<dolfin::PETScKrylovSolver, std::shared_ptr<dolfin::PETScKrylovSolver>,
+               dolfin::GenericLinearSolver>
+      petsc_ks(m, "PETScKrylovSolver", "DOLFIN PETScKrylovSolver object");
+
+    petsc_ks.def(py::init<>())
+      .def(py::init<std::string>())
+      .def(py::init<std::string, std::string>())
+      .def(py::init<std::string, std::shared_ptr<dolfin::PETScPreconditioner>>())
+      .def(py::init<KSP>())
+      .def(py::init([](const MPICommWrapper comm,
+                       std::string method="default",
+                       std::string preconditioner="default")
+          { return std::unique_ptr<dolfin::PETScKrylovSolver>(new dolfin::PETScKrylovSolver(comm.get(),
+              method, preconditioner)); }),
+          py::arg("comm"), py::arg("method") = "default", py::arg("preconditioner")="default")
+      .def("default_parameters", &dolfin::PETScKrylovSolver::default_parameters)
+      .def("get_options_prefix", &dolfin::PETScKrylovSolver::get_options_prefix)
+      .def("set_options_prefix", &dolfin::PETScKrylovSolver::set_options_prefix)
+      .def("get_norm_type", (dolfin::PETScKrylovSolver::norm_type (dolfin::PETScKrylovSolver::*)() const)
+           &dolfin::PETScKrylovSolver::get_norm_type)
+      .def("set_norm_type", &dolfin::PETScKrylovSolver::set_norm_type)
+      .def("set_operator",  (void (dolfin::PETScKrylovSolver::*)(std::shared_ptr<const dolfin::GenericLinearOperator>))
+           &dolfin::PETScKrylovSolver::set_operator)
+      .def("set_operators", (void (dolfin::PETScKrylovSolver::*)(std::shared_ptr<const dolfin::GenericLinearOperator>,
+                                                                 std::shared_ptr<const dolfin::GenericLinearOperator>))
+           &dolfin::PETScKrylovSolver::set_operators)
+      .def("solve", (std::size_t (dolfin::PETScKrylovSolver::*)(dolfin::GenericVector&, const dolfin::GenericVector&))
+           &dolfin::PETScKrylovSolver::solve)
+      .def("solve", (std::size_t (dolfin::PETScKrylovSolver::*)(const dolfin::GenericLinearOperator&,
+                                                                dolfin::GenericVector&, const dolfin::GenericVector&))
+           &dolfin::PETScKrylovSolver::solve)
+      .def("set_from_options", &dolfin::PETScKrylovSolver::set_from_options)
+      .def("set_reuse_preconditioner", &dolfin::PETScKrylovSolver::set_reuse_preconditioner)
+      .def("set_dm", &dolfin::PETScKrylovSolver::set_dm)
+      .def("set_dm_active", &dolfin::PETScKrylovSolver::set_dm_active)
+      .def("ksp", &dolfin::PETScKrylovSolver::ksp);
+
+    py::enum_<dolfin::PETScKrylovSolver::norm_type>(petsc_ks, "norm_type")
+      .value("none", dolfin::PETScKrylovSolver::norm_type::none)
+      .value("default_norm", dolfin::PETScKrylovSolver::norm_type::default_norm)
+      .value("preconditioned", dolfin::PETScKrylovSolver::norm_type::preconditioned)
+      .value("unpreconditioned", dolfin::PETScKrylovSolver::norm_type::unpreconditioned)
+      .value("natural", dolfin::PETScKrylovSolver::norm_type::natural);
+    #endif
+
+    #ifdef HAS_SLEPC
+    // dolfin::SLEPcEigenSolver
+    py::class_<dolfin::SLEPcEigenSolver, std::shared_ptr<dolfin::SLEPcEigenSolver>,
+               dolfin::Variable>(m, "SLEPcEigenSolver")
+      .def(py::init<std::shared_ptr<const dolfin::PETScMatrix>>())
+      .def(py::init<std::shared_ptr<const dolfin::PETScMatrix>, std::shared_ptr<const dolfin::PETScMatrix>>())
+      // FIXME: The below must come after the other
+      // constructors. Check the MPI_Comm caster raises appropriate
+      // exceptions for pybind11 to move onto next interface.
+      .def(py::init([](const MPICommWrapper comm)
+          { return std::unique_ptr<dolfin::SLEPcEigenSolver>(new dolfin::SLEPcEigenSolver(comm.get())); }))
+      .def("set_options_prefix", &dolfin::SLEPcEigenSolver::set_options_prefix)
+      .def("set_from_options", &dolfin::SLEPcEigenSolver::set_from_options)
+      .def("set_operators", &dolfin::SLEPcEigenSolver::set_operators)
+      .def("get_options_prefix", &dolfin::SLEPcEigenSolver::get_options_prefix)
+      .def("get_number_converged", &dolfin::SLEPcEigenSolver::get_number_converged)
+      .def("set_deflation_space", &dolfin::SLEPcEigenSolver::set_deflation_space)
+      .def("set_initial_space", &dolfin::SLEPcEigenSolver::set_initial_space)
+      .def("solve", (void (dolfin::SLEPcEigenSolver::*)())
+           &dolfin::SLEPcEigenSolver::solve)
+      .def("solve", (void (dolfin::SLEPcEigenSolver::*)(std::size_t))
+           &dolfin::SLEPcEigenSolver::solve)
+      .def("get_eigenvalue", [](dolfin::SLEPcEigenSolver& self, std::size_t i)
+           {
+             double lr, lc;
+             self.get_eigenvalue(lr, lc, i);
+             return py::make_tuple(lr, lc);
+           })
+      .def("get_eigenpair", [](dolfin::SLEPcEigenSolver& self, std::size_t i)
+           {
+             double lr, lc;
+             dolfin::PETScVector r, c;
+             self.get_eigenpair(lr, lc, r, c, i);
+             return py::make_tuple(lr, lc, r, c);
+           })
+      .def("get_eigenpair", [](dolfin::SLEPcEigenSolver& self, dolfin::PETScVector& r, dolfin::PETScVector& c, std::size_t i)
+           {
+             double lr, lc;
+             self.get_eigenpair(lr, lc, r, c, i);
+             return py::make_tuple(lr, lc);
+           });
+    #endif
+
+    #ifdef HAS_SUNDIALS
+    //dolfin::SUNDIALSNVector
+    py::class_<dolfin::SUNDIALSNVector, std::shared_ptr<dolfin::SUNDIALSNVector>>(m,"SUNDIALSNVector")
+      .def(py::init<const dolfin::GenericVector&>())
+      .def(py::init<const dolfin::SUNDIALSNVector&>())
+      .def(py::init<std::shared_ptr<dolfin::GenericVector>>())
+      .def("nvector", (N_Vector (dolfin::SUNDIALSNVector::*)())
+          &dolfin::SUNDIALSNVector::nvector)
+      .def("vec", (std::shared_ptr<dolfin::GenericVector> (dolfin::SUNDIALSNVector::*)())
+          &dolfin::SUNDIALSNVector::vec);
+    #endif
+
+    // dolfin::VectorSpaceBasis
+    py::class_<dolfin::VectorSpaceBasis, std::shared_ptr<dolfin::VectorSpaceBasis>>(m, "VectorSpaceBasis")
+      .def(py::init<const std::vector<std::shared_ptr<dolfin::GenericVector>>>())
+      .def("is_orthonormal", &dolfin::VectorSpaceBasis::is_orthonormal, py::arg("tol")=1.0e-10)
+      .def("is_orthogonal", &dolfin::VectorSpaceBasis::is_orthogonal, py::arg("tol")=1.0e-10)
+      .def("orthogonalize", &dolfin::VectorSpaceBasis::orthogonalize)
+      .def("orthonormalize", &dolfin::VectorSpaceBasis::orthonormalize, py::arg("tol")=1.0e-10)
+      .def("dim", &dolfin::VectorSpaceBasis::dim)
+      .def("__getitem__", &dolfin::VectorSpaceBasis::operator[]);
+
+    // test_nullspace.h
+    m.def("in_nullspace", &dolfin::in_nullspace, py::arg("A"), py::arg("x"),
+          py::arg("type")="right");
+
+    // la free functions
+    m.def("list_linear_algebra_backends", &dolfin::list_linear_algebra_backends);
+    m.def("list_linear_solver_methods", &dolfin::list_linear_solver_methods);
+    m.def("list_lu_solver_methods", &dolfin::list_lu_solver_methods);
+    m.def("list_krylov_solver_methods", &dolfin::list_krylov_solver_methods);
+    m.def("list_krylov_solver_preconditioners", &dolfin::list_krylov_solver_preconditioners);
+    m.def("has_linear_algebra_backend", &dolfin::has_linear_algebra_backend);
+    m.def("has_lu_solver_method", &dolfin::has_lu_solver_method);
+    m.def("has_krylov_solver_method", &dolfin::has_krylov_solver_method);
+    m.def("has_krylov_solver_preconditioner", &dolfin::has_krylov_solver_preconditioner);
+    m.def("linear_algebra_backends", &dolfin::linear_algebra_backends);
+    m.def("linear_solver_methods", &dolfin::linear_solver_methods);
+    m.def("lu_solver_methods", &dolfin::lu_solver_methods);
+    m.def("krylov_solver_methods", &dolfin::krylov_solver_methods);
+    m.def("krylov_solver_preconditioners", &dolfin::krylov_solver_preconditioners);
+    m.def("normalize", &dolfin::normalize, py::arg("x"), py::arg("normalization_type")="average");
+
+    // la/solve free functions
+    m.def("solve", (std::size_t (*)(const dolfin::GenericLinearOperator&, dolfin::GenericVector&,
+                                    const dolfin::GenericVector&, std::string, std::string)) &dolfin::solve,
+          py::arg("A"), py::arg("x"), py::arg("b"), py::arg("method")="lu",
+          py::arg("preconditioner")="none");
+    m.def("residual", &dolfin::residual);
+  }
+}
diff --git a/python/src/log.cpp b/python/src/log.cpp
new file mode 100644
index 0000000..8b566c1
--- /dev/null
+++ b/python/src/log.cpp
@@ -0,0 +1,81 @@
+// Copyright (C) 2017 Chris Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <memory>
+#include <string>
+#include <pybind11/pybind11.h>
+#include <pybind11/stl.h>
+
+#include <dolfin/common/Variable.h>
+#include <dolfin/log/log.h>
+#include <dolfin/log/Table.h>
+#include <dolfin/log/Progress.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/multistage/MultiStageScheme.h>
+#include "casters.h"
+
+namespace py = pybind11;
+
+namespace dolfin_wrappers
+{
+  void log(py::module& m)
+  {
+
+    // dolfin::LogLevel enums
+    py::enum_<dolfin::LogLevel>(m, "LogLevel", py::arithmetic())
+      .value("DEBUG", dolfin::LogLevel::DBG)
+      .value("TRACE", dolfin::LogLevel::TRACE)
+      .value("PROGRESS", dolfin::LogLevel::PROGRESS)
+      .value("INFO", dolfin::LogLevel::INFO)
+      .value("WARNING", dolfin::LogLevel::WARNING)
+      .value("ERROR", dolfin::LogLevel::ERROR)
+      .value("CRITICAL", dolfin::LogLevel::CRITICAL);
+
+    // dolfin::Table
+    py::class_<dolfin::Table, std::shared_ptr<dolfin::Table>, dolfin::Variable>(m, "Table")
+      .def(py::init<std::string>())
+      .def("str", &dolfin::Table::str);
+
+    // dolfin/log free functions
+    m.def("info", [](const dolfin::Variable& v){ dolfin::info(v); });
+    m.def("info", [](const dolfin::Variable& v, bool verbose){ dolfin::info(v, verbose); });
+    m.def("info", [](std::string s){ dolfin::info(s); });
+    m.def("info", [](const dolfin::Parameters& p, bool verbose){ dolfin::info(p, verbose); });
+    m.def("info", [](const dolfin::Mesh& mesh, bool verbose){ dolfin::info(mesh, verbose); },
+          py::arg("mesh"), py::arg("verbose")=false);
+    m.def("info", [](const dolfin::MultiStageScheme& mms, bool verbose){ dolfin::info(mms, verbose); },
+          py::arg("scheme"), py::arg("verbose")=false);
+    m.def("set_log_level", &dolfin::set_log_level);
+    m.def("set_log_active", &dolfin::set_log_active);
+    m.def("get_log_level", &dolfin::get_log_level);
+    m.def("log", [](dolfin::LogLevel level, std::string s){ dolfin::log(level, s); });
+    m.def("begin", [](unsigned int debug_level, std::string msg){ dolfin::begin(debug_level, msg);});
+    m.def("begin", [](std::string msg){ dolfin::begin(msg);});
+    m.def("error", [](std::string msg){ dolfin::error(msg);});
+    m.def("warning", [](std::string msg){ dolfin::warning(msg);});
+    m.def("end", &dolfin::end);
+
+    // dolfin::Progress
+    py::class_<dolfin::Progress, std::shared_ptr<dolfin::Progress>>
+      (m, "Progress", py::dynamic_attr(), "DOLFIN Progress object")
+      .def(py::init<std::string>())
+      .def(py::init<std::string, unsigned int>())
+      .def("_assign", (void (dolfin::Progress::*)(double))
+           &dolfin::Progress::operator=)
+      .def("_increment", &dolfin::Progress::operator++);
+  }
+}
diff --git a/python/src/math.cpp b/python/src/math.cpp
new file mode 100644
index 0000000..24bc063
--- /dev/null
+++ b/python/src/math.cpp
@@ -0,0 +1,33 @@
+// Copyright (C) 2017 Chris Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <pybind11/pybind11.h>
+#include <dolfin/math/basic.h>
+
+namespace py = pybind11;
+
+namespace dolfin_wrappers
+{
+  void math(py::module& m)
+  {
+    // dolfin/math free functions
+    m.def("ipow", &dolfin::ipow);
+    m.def("near", &dolfin::near, py::arg("x0"), py::arg("x1"),
+          py::arg("eps")=DOLFIN_EPS);
+    m.def("between", &dolfin::between);
+  }
+}
diff --git a/python/src/mesh.cpp b/python/src/mesh.cpp
new file mode 100644
index 0000000..62378fd
--- /dev/null
+++ b/python/src/mesh.cpp
@@ -0,0 +1,608 @@
+// Copyright (C) 2017 Chris N. Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <memory>
+#include <pybind11/pybind11.h>
+#include <pybind11/eigen.h>
+#include <pybind11/numpy.h>
+#include <pybind11/stl.h>
+#include <pybind11/eval.h>
+
+#include <dolfin/common/Variable.h>
+#include <dolfin/geometry/BoundingBoxTree.h>
+#include <dolfin/mesh/BoundaryMesh.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshColoring.h>
+#include <dolfin/mesh/MeshData.h>
+#include <dolfin/mesh/MeshEditor.h>
+#include <dolfin/mesh/CellType.h>
+#include <dolfin/mesh/MeshTopology.h>
+#include <dolfin/mesh/MeshGeometry.h>
+#include <dolfin/mesh/MeshEntity.h>
+#include <dolfin/mesh/MeshView.h>
+#include <dolfin/mesh/Vertex.h>
+#include <dolfin/mesh/Edge.h>
+#include <dolfin/mesh/Face.h>
+#include <dolfin/mesh/Facet.h>
+#include <dolfin/mesh/Cell.h>
+#include <dolfin/mesh/MeshEntityIterator.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/mesh/MeshPartitioning.h>
+#include <dolfin/mesh/MeshValueCollection.h>
+#include <dolfin/mesh/MeshQuality.h>
+#include <dolfin/mesh/SubDomain.h>
+#include <dolfin/mesh/SubMesh.h>
+#include <dolfin/mesh/SubsetIterator.h>
+#include <dolfin/mesh/DomainBoundary.h>
+#include <dolfin/mesh/PeriodicBoundaryComputation.h>
+#include <dolfin/mesh/MeshTransformation.h>
+#include <dolfin/mesh/MultiMesh.h>
+#include <dolfin/function/Expression.h>
+
+#include "casters.h"
+
+namespace py = pybind11;
+
+namespace dolfin_wrappers
+{
+
+  void mesh(py::module& m)
+  {
+    // Make dolfin::SubDomain from pointer
+    m.def("make_dolfin_subdomain",
+          [](std::uintptr_t e)
+          {
+            dolfin::SubDomain *p = reinterpret_cast<dolfin::SubDomain *>(e);
+            return std::shared_ptr<const dolfin::SubDomain>(p);
+          });
+
+    // dolfin::CellType
+    py::class_<dolfin::CellType>
+      celltype(m, "CellType");
+    celltype.def("normal", (dolfin::Point (dolfin::CellType::*)(const dolfin::Cell&, std::size_t) const) &dolfin::CellType::normal);
+
+    // dolfin::CellType enums
+    py::enum_<dolfin::CellType::Type>(celltype, "Type")
+      .value("point", dolfin::CellType::Type::point)
+      .value("interval", dolfin::CellType::Type::interval)
+      .value("triangle", dolfin::CellType::Type::triangle)
+      .value("quadrilateral", dolfin::CellType::Type::quadrilateral)
+      .value("tetrahedron", dolfin::CellType::Type::tetrahedron)
+      .value("hexahedron", dolfin::CellType::Type::hexahedron);
+
+    celltype
+      .def("type2string", &dolfin::CellType::type2string)
+      .def("cell_type", &dolfin::CellType::cell_type)
+      .def("description", &dolfin::CellType::description);
+
+    // dolfin::MeshGeometry class
+    py::class_<dolfin::MeshGeometry, std::shared_ptr<dolfin::MeshGeometry>>
+      (m, "MeshGeometry", "DOLFIN MeshGeometry object")
+      .def("dim", &dolfin::MeshGeometry::dim, "Geometrical dimension")
+      .def("degree", &dolfin::MeshGeometry::degree, "Degree")
+      .def("get_entity_index", &dolfin::MeshGeometry::get_entity_index)
+      .def("num_entity_coordinates", &dolfin::MeshGeometry::num_entity_coordinates);
+
+    // dolfin::MeshView class
+    py::class_<dolfin::MeshView, std::shared_ptr<dolfin::MeshView>>
+      (m, "MeshView", "DOLFIN MeshView object")
+      .def("mesh", &dolfin::MeshView::mesh)
+      .def("create", &dolfin::MeshView::create)
+      .def("cell_map", &dolfin::MeshView::cell_map)
+      .def("vertex_map", &dolfin::MeshView::vertex_map);
+
+    // dolfin::MeshTopology class
+    py::class_<dolfin::MeshTopology, std::shared_ptr<dolfin::MeshTopology>, dolfin::Variable>
+      (m, "MeshTopology", "DOLFIN MeshTopology object")
+      .def("dim", &dolfin::MeshTopology::dim, "Topological dimension")
+      .def("init", (void (dolfin::MeshTopology::*)(std::size_t)) &dolfin::MeshTopology::init)
+      .def("init", (void (dolfin::MeshTopology::*)(std::size_t, std::size_t, std::size_t))
+           &dolfin::MeshTopology::init)
+      .def("clear", (void (dolfin::MeshTopology::*)()) &dolfin::MeshTopology::clear)
+      .def("clear", (void (dolfin::MeshTopology::*)(std::size_t, std::size_t))
+           &dolfin::MeshTopology::clear)
+      .def("__call__", (const dolfin::MeshConnectivity& (dolfin::MeshTopology::*)(std::size_t, std::size_t) const)
+           &dolfin::MeshTopology::operator(), py::return_value_policy::reference_internal)
+      .def("size", &dolfin::MeshTopology::size)
+      .def("hash", &dolfin::MeshTopology::hash)
+      .def("init_global_indices", &dolfin::MeshTopology::init_global_indices)
+      .def("have_global_indices", &dolfin::MeshTopology::have_global_indices)
+      .def("ghost_offset", &dolfin::MeshTopology::ghost_offset)
+      .def("cell_owner", (const std::vector<unsigned int>& (dolfin::MeshTopology::*)() const) &dolfin::MeshTopology::cell_owner)
+      .def("mapping", &dolfin::MeshTopology::mapping)
+      .def("set_global_index", &dolfin::MeshTopology::set_global_index)
+      .def("global_indices", [](const dolfin::MeshTopology& self, int dim)
+           { auto& indices = self.global_indices(dim); return py::array_t<std::int64_t>(indices.size(), indices.data()); })
+      .def("have_shared_entities", &dolfin::MeshTopology::have_shared_entities)
+      .def("shared_entities",
+           (std::map<std::int32_t, std::set<unsigned int> >&(dolfin::MeshTopology::*)(unsigned int))
+           &dolfin::MeshTopology::shared_entities)
+      .def("str", &dolfin::MeshTopology::str);
+
+    // dolfin::Mesh
+    py::class_<dolfin::Mesh, std::shared_ptr<dolfin::Mesh>, dolfin::Variable>
+      (m, "Mesh", py::dynamic_attr(), "DOLFIN Mesh object")
+      .def(py::init<>())
+      .def(py::init<std::string>())
+      .def(py::init<const dolfin::Mesh&>())
+      .def(py::init([](const MPICommWrapper comm)
+                    { return std::unique_ptr<dolfin::Mesh>(new dolfin::Mesh(comm.get())); }))
+      .def(py::init([](const MPICommWrapper comm, const std::string filename)
+                    { return std::unique_ptr<dolfin::Mesh>(new dolfin::Mesh(comm.get(), filename)); }))
+      .def("bounding_box_tree", &dolfin::Mesh::bounding_box_tree)
+      .def("cells", [](const dolfin::Mesh& self)
+           {
+             const unsigned int tdim = self.topology().dim();
+             return py::array({self.topology().size(tdim), self.type().num_vertices(tdim)},
+                              self.topology()(tdim, 0)().data());
+           })
+      .def("cell_orientations", &dolfin::Mesh::cell_orientations)
+      .def("color", (const std::vector<std::size_t>& (dolfin::Mesh::*)(std::string) const)
+           &dolfin::Mesh::color)
+      .def("color", (const std::vector<std::size_t>& (dolfin::Mesh::*)(std::vector<std::size_t>) const)
+           &dolfin::Mesh::color)
+      .def("coordinates", [](dolfin::Mesh& self)
+           {
+             return Eigen::Map<Eigen::Matrix<double, Eigen::Dynamic, Eigen::Dynamic, Eigen::RowMajor>>
+               (self.geometry().x().data(),
+                self.geometry().num_points(),
+                self.geometry().dim());
+           },
+           py::return_value_policy::reference_internal)
+      .def("domains", (dolfin::MeshDomains& (dolfin::Mesh::*)())
+           &dolfin::Mesh::domains, py::return_value_policy::reference_internal)
+      .def("data", (dolfin::MeshData& (dolfin::Mesh::*)())
+           &dolfin::Mesh::data, "Data associated with a mesh")
+      .def("geometry", (dolfin::MeshGeometry& (dolfin::Mesh::*)()) &dolfin::Mesh::geometry,
+           py::return_value_policy::reference, "Mesh geometry")
+      .def("hash", &dolfin::Mesh::hash)
+      .def("hmax", &dolfin::Mesh::hmax)
+      .def("hmin", &dolfin::Mesh::hmin)
+      .def("id", &dolfin::Mesh::id)
+      .def("init_global", &dolfin::Mesh::init_global)
+      .def("init", (void (dolfin::Mesh::*)() const) &dolfin::Mesh::init)
+      .def("init", (std::size_t (dolfin::Mesh::*)(std::size_t) const) &dolfin::Mesh::init)
+      .def("init", (void (dolfin::Mesh::*)(std::size_t, std::size_t) const) &dolfin::Mesh::init)
+      .def("init_cell_orientations", &dolfin::Mesh::init_cell_orientations)
+      .def("init_cell_orientations", [](dolfin::Mesh& self, py::object o)
+           {
+             auto _o = o.attr("_cpp_object").cast<dolfin::Expression*>();
+             self.init_cell_orientations(*_o);
+           })
+      .def("mpi_comm", [](dolfin::Mesh& self)
+           { return MPICommWrapper(self.mpi_comm()); })
+      .def("num_entities", &dolfin::Mesh::num_entities,
+           "Number of mesh entities")
+      .def("num_vertices", &dolfin::Mesh::num_vertices, "Number of vertices")
+      .def("num_edges", &dolfin::Mesh::num_edges, "Number of edges")
+      .def("num_faces", &dolfin::Mesh::num_faces, "Number of faces")
+      .def("num_facets", &dolfin::Mesh::num_facets, "Number of facets")
+      .def("num_cells", &dolfin::Mesh::num_cells, "Number of cells")
+      .def("order", &dolfin::Mesh::order)
+      .def("ordered", &dolfin::Mesh::ordered)
+      .def("rmax", &dolfin::Mesh::rmax)
+      .def("rmin", &dolfin::Mesh::rmin)
+      .def("rotate", (void (dolfin::Mesh::*)(double, std::size_t, const dolfin::Point&))
+           &dolfin::Mesh::rotate)
+      .def("rotate", (void (dolfin::Mesh::*)(double, std::size_t)) &dolfin::Mesh::rotate,
+                      py::arg("angle"), py::arg("axis")=2)
+      .def("scale", &dolfin::Mesh::scale)
+      .def("num_entities_global", &dolfin::Mesh::num_entities_global)
+      .def("smooth", &dolfin::Mesh::smooth, py::arg("num_iterations")=1)
+      .def("smooth_boundary", &dolfin::Mesh::smooth_boundary)
+      .def("snap_boundary", &dolfin::Mesh::snap_boundary, py::arg("subdomain"),
+           py::arg("harmonic_smoothing")=true)
+      .def("topology", (dolfin::MeshTopology& (dolfin::Mesh::*)())
+           &dolfin::Mesh::topology, "Mesh topology",
+           py::return_value_policy::reference_internal)
+      .def("translate", &dolfin::Mesh::translate)
+      .def("type", (const dolfin::CellType& (dolfin::Mesh::*)() const) &dolfin::Mesh::type,
+           py::return_value_policy::reference)
+      .def("ufl_id", [](const dolfin::Mesh& self){ return self.id(); })
+      .def("cell_name", [](const dolfin::Mesh& self)
+           { return dolfin::CellType::type2string(self.type().cell_type()); })
+      .def("build_mapping", &dolfin::Mesh::build_mapping);
+
+    // dolfin::MeshData
+    py::class_<dolfin::MeshData, std::shared_ptr<dolfin::MeshData>, dolfin::Variable>
+      (m, "MeshData", "Mesh data object")
+      .def("array", [](dolfin::MeshData& self, std::string key, std::size_t i)
+           {
+             const std::vector<std::size_t>& a = self.array(key, i);
+             return py::array_t<std::size_t>(a.size(), a.data());
+           })
+      .def("create_array", &dolfin::MeshData::create_array);
+
+    // dolfin::MeshDomain
+    py::class_<dolfin::MeshDomains, std::shared_ptr<dolfin::MeshDomains>>(m, "MeshDomains", "Mesh domains object")
+      .def("set_marker", &dolfin::MeshDomains::set_marker)
+      .def("get_marker", &dolfin::MeshDomains::get_marker)
+      .def("init", &dolfin::MeshDomains::init)
+      .def("markers", (std::map<std::size_t, std::size_t>& (dolfin::MeshDomains::*)(std::size_t))
+           &dolfin::MeshDomains::markers);
+
+    // dolfin::BoundaryMesh
+    py::class_<dolfin::BoundaryMesh, std::shared_ptr<dolfin::BoundaryMesh>, dolfin::Mesh>
+      (m, "BoundaryMesh", "DOLFIN BoundaryMesh object")
+      .def(py::init<const dolfin::Mesh&, std::string, bool>(),
+           py::arg("mesh"), py::arg("type"), py::arg("order")=true)
+      .def("entity_map", (dolfin::MeshFunction<std::size_t>& (dolfin::BoundaryMesh::*)(std::size_t))
+           &dolfin::BoundaryMesh::entity_map)
+      .def("entity_map", (const dolfin::MeshFunction<std::size_t>& (dolfin::BoundaryMesh::*)(std::size_t) const)
+           &dolfin::BoundaryMesh::entity_map);
+
+    // dolfin::MeshConnectivity class
+    py::class_<dolfin::MeshConnectivity, std::shared_ptr<dolfin::MeshConnectivity>>
+      (m, "MeshConnectivity", "DOLFIN MeshConnectivity object")
+      .def("__call__", [](const dolfin::MeshConnectivity& self, std::size_t i)
+           {
+             return Eigen::Map<const Eigen::Matrix<unsigned int, Eigen::Dynamic, 1>>(self(i), self.size(i));
+           }, py::return_value_policy::reference_internal)
+      .def("__call__", (const std::vector<unsigned int>& (dolfin::MeshConnectivity::*)() const)&dolfin::MeshConnectivity::operator(), py::return_value_policy::reference_internal)
+      .def("size", (std::size_t (dolfin::MeshConnectivity::*)() const)
+           &dolfin::MeshConnectivity::size)
+      .def("size", (std::size_t (dolfin::MeshConnectivity::*)(std::size_t) const)
+           &dolfin::MeshConnectivity::size);
+
+    // dolfin::MeshEntity class
+    py::class_<dolfin::MeshEntity, std::shared_ptr<dolfin::MeshEntity>>
+      (m, "MeshEntity", "DOLFIN MeshEntity object")
+      .def(py::init<const dolfin::Mesh&, std::size_t, std::size_t>())
+      .def("dim", &dolfin::MeshEntity::dim, "Topological dimension")
+      .def("mesh", &dolfin::MeshEntity::mesh, "Associated mesh")
+      .def("index", (std::size_t (dolfin::MeshEntity::*)() const)
+           &dolfin::MeshEntity::index, "Index")
+      .def("global_index", &dolfin::MeshEntity::global_index, "Global index")
+      .def("num_entities", &dolfin::MeshEntity::num_entities,
+           "Number of incident entities of given dimension")
+      .def("num_global_entities", &dolfin::MeshEntity::num_global_entities,
+           "Global number of incident entities of given dimension")
+      .def("entities", [](dolfin::MeshEntity& self, std::size_t dim)
+           {
+             return Eigen::Map<const Eigen::Matrix<unsigned int, Eigen::Dynamic, 1>>
+               (self.entities(dim), self.num_entities(dim));
+           })
+      .def("midpoint", &dolfin::MeshEntity::midpoint, "Midpoint of Entity")
+      .def("sharing_processes", &dolfin::MeshEntity::sharing_processes)
+      .def("is_shared", &dolfin::MeshEntity::is_shared)
+      .def("is_ghost", &dolfin::MeshEntity::is_ghost)
+      .def("__str__", [](dolfin::MeshEntity& self){return self.str(false);});
+
+    // dolfin::Vertex
+    py::class_<dolfin::Vertex, std::shared_ptr<dolfin::Vertex>, dolfin::MeshEntity>
+      (m, "Vertex", "DOLFIN Vertex object")
+      .def(py::init<const dolfin::Mesh&, std::size_t>())
+      .def("point", &dolfin::Vertex::point)
+      .def("x", (double (dolfin::Vertex::*)(std::size_t) const) &dolfin::Vertex::x );
+
+    // dolfin::Edge
+    py::class_<dolfin::Edge, std::shared_ptr<dolfin::Edge>, dolfin::MeshEntity>
+      (m, "Edge", "DOLFIN Edge object")
+      .def(py::init<const dolfin::Mesh&, std::size_t>())
+      .def("dot", &dolfin::Edge::dot)
+      .def("length", &dolfin::Edge::length);
+
+    // dolfin::Face
+    py::class_<dolfin::Face, std::shared_ptr<dolfin::Face>, dolfin::MeshEntity>
+      (m, "Face", "DOLFIN Face object")
+      .def(py::init<const dolfin::Mesh&, std::size_t>())
+      .def("normal", (dolfin::Point (dolfin::Face::*)() const) &dolfin::Face::normal)
+      .def("normal", (double (dolfin::Face::*)(std::size_t) const) &dolfin::Face::normal)
+      .def("area", &dolfin::Face::area);
+
+    // dolfin::Facet
+    py::class_<dolfin::Facet, std::shared_ptr<dolfin::Facet>, dolfin::MeshEntity>
+      (m, "Facet", "DOLFIN Facet object")
+      .def(py::init<const dolfin::Mesh&, std::size_t>())
+      .def("exterior", &dolfin::Facet::exterior)
+      .def("normal", (dolfin::Point (dolfin::Facet::*)() const)  &dolfin::Facet::normal)
+      .def("normal", (double (dolfin::Facet::*)(std::size_t) const) &dolfin::Facet::normal);
+    // dolfin::Cell
+    py::class_<dolfin::Cell, std::shared_ptr<dolfin::Cell>, dolfin::MeshEntity>
+      (m, "Cell", "DOLFIN Cell object")
+      .def(py::init<const dolfin::Mesh&, std::size_t>())
+      .def("collides", (bool (dolfin::Cell::*)(const dolfin::Point&) const) &dolfin::Cell::collides)
+      .def("collides", (bool (dolfin::Cell::*)(const dolfin::MeshEntity&) const) &dolfin::Cell::collides)
+      .def("contains", &dolfin::Cell::contains)
+      .def("distance", &dolfin::Cell::distance)
+      .def("cell_normal", &dolfin::Cell::cell_normal)
+      .def("facet_area", &dolfin::Cell::facet_area)
+      .def("h", &dolfin::Cell::h)
+      .def("inradius", &dolfin::Cell::inradius)
+      .def("normal", (dolfin::Point (dolfin::Cell::*)(std::size_t) const) &dolfin::Cell::normal)
+      .def("circumradius", &dolfin::Cell::circumradius)
+      .def("radius_ratio", &dolfin::Cell::radius_ratio)
+      .def("volume", &dolfin::Cell::volume)
+      .def("get_vertex_coordinates", [](const dolfin::Cell& self){
+          std::vector<double> x;
+          self.get_vertex_coordinates(x);
+          return x; }, "Get cell vertex coordinates")
+      .def("get_coordinate_dofs", [](const dolfin::Cell& self){
+          std::vector<double> x;
+          self.get_coordinate_dofs(x);
+          return x; }, "Get the coordinates of the dofs in this cell")
+      .def("get_cell_data", &dolfin::Cell::get_cell_data)
+      .def("get_cell_topology", &dolfin::Cell::get_cell_topology)
+      .def("orientation", (std::size_t (dolfin::Cell::*)() const) &dolfin::Cell::orientation)
+      .def("orientation", (std::size_t (dolfin::Cell::*)(const dolfin::Point&) const) &dolfin::Cell::orientation);
+
+    // dolfin::MeshEntityIterator
+    py::class_<dolfin::MeshEntityIterator, std::shared_ptr<dolfin::MeshEntityIterator>>
+      (m, "MeshEntityIterator", "DOLFIN MeshEntityIterator object")
+      .def(py::init<const dolfin::Mesh&, std::size_t>())
+      .def("__iter__",[](dolfin::MeshEntityIterator& self) { self.operator--(); return self; }) // TODO: check return type and policy
+      .def("__next__",[](dolfin::MeshEntityIterator& self)  // TODO: check return type and policy
+           {
+             self.operator++();
+             if (self.end())
+               throw py::stop_iteration("");
+             return *self;
+           });
+
+    // dolfin::SubsetIterator
+    py::class_<dolfin::SubsetIterator>(m, "SubsetIterator")
+      .def(py::init<const dolfin::MeshFunction<std::size_t>&, std::size_t>())
+      .def(py::init<const dolfin::SubsetIterator&>())
+      .def("__iter__",[](dolfin::SubsetIterator& self) { self.operator--(); return self; })  // TODO: check return type and policy
+      .def("__next__",[](dolfin::SubsetIterator& self)
+           {
+             self.operator++();
+             if (self.end())
+               throw py::stop_iteration("");
+             return *self;
+           });
+
+    m.def("entities", [](dolfin::Mesh& mesh, std::size_t dim)
+          { return dolfin::MeshEntityIterator(mesh, dim); });
+    m.def("entities", [](dolfin::MeshEntity& meshentity, std::size_t dim)
+          { return dolfin::MeshEntityIterator(meshentity, dim); });
+
+#define MESHITERATOR_MACRO(TYPE, NAME) \
+    py::class_<dolfin::MeshEntityIteratorBase<dolfin::TYPE>, \
+               std::shared_ptr<dolfin::MeshEntityIteratorBase<dolfin::TYPE>>> \
+      (m, #TYPE"Iterator", "DOLFIN "#TYPE"Iterator object") \
+      .def(py::init<const dolfin::Mesh&>()) \
+      .def("__iter__",[](dolfin::MeshEntityIteratorBase<dolfin::TYPE>& self) { self.operator--(); return self; }) \
+      .def("__next__",[](dolfin::MeshEntityIteratorBase<dolfin::TYPE>& self) { \
+          self.operator++(); \
+          if (self.end()) \
+            throw py::stop_iteration(""); \
+          return *self; \
+        }); \
+ \
+    m.def(#NAME, [](dolfin::Mesh& mesh, std::string opt)                          \
+          { return dolfin::MeshEntityIteratorBase<dolfin::TYPE>(mesh, opt); }, \
+          py::arg("mesh"), py::arg("type")="regular");                  \
+    m.def(#NAME, [](dolfin::MeshEntity& meshentity)\
+          { return dolfin::MeshEntityIteratorBase<dolfin::TYPE>(meshentity); })
+
+    MESHITERATOR_MACRO(Cell, cells);
+    MESHITERATOR_MACRO(Facet, facets);
+    MESHITERATOR_MACRO(Face, faces);
+    MESHITERATOR_MACRO(Edge, edges);
+    MESHITERATOR_MACRO(Vertex, vertices);
+#undef MESHITERATOR_MACRO
+
+    // dolfin::MeshFunction
+#define MESHFUNCTION_MACRO(SCALAR, SCALAR_NAME) \
+    py::class_<dolfin::MeshFunction<SCALAR>, \
+        std::shared_ptr<dolfin::MeshFunction<SCALAR>>, dolfin::Variable>  \
+      (m, "MeshFunction"#SCALAR_NAME, "DOLFIN MeshFunction object") \
+      .def(py::init([](std::shared_ptr<const dolfin::Mesh> mesh, std::size_t dim) \
+                    { return dolfin::MeshFunction<SCALAR>(mesh, dim, 0); })) \
+      .def(py::init<std::shared_ptr<const dolfin::Mesh>, std::size_t, SCALAR>()) \
+      .def(py::init<std::shared_ptr<const dolfin::Mesh>, std::string>()) \
+      .def(py::init<std::shared_ptr<const dolfin::Mesh>, std::size_t, const dolfin::MeshDomains&>()) \
+      .def(py::init<std::shared_ptr<const dolfin::Mesh>, const dolfin::MeshValueCollection<SCALAR>&>()) \
+      .def("__getitem__", (const SCALAR& (dolfin::MeshFunction<SCALAR>::*) \
+                           (std::size_t) const) \
+           &dolfin::MeshFunction<SCALAR>::operator[]) \
+      .def("__setitem__", [](dolfin::MeshFunction<SCALAR>& self, \
+                             std::size_t index, SCALAR value) \
+           { self.operator[](index) = value;}) \
+      .def("__getitem__", (const SCALAR& (dolfin::MeshFunction<SCALAR>::*) \
+                           (const dolfin::MeshEntity&) const) \
+           &dolfin::MeshFunction<SCALAR>::operator[]) \
+      .def("__setitem__", [](dolfin::MeshFunction<SCALAR>& self, \
+                             const dolfin::MeshEntity& index, SCALAR value) \
+           { self.operator[](index) = value;}) \
+      .def("__len__", &dolfin::MeshFunction<SCALAR>::size) \
+      .def("dim", &dolfin::MeshFunction<SCALAR>::dim) \
+      .def("size", &dolfin::MeshFunction<SCALAR>::size) \
+      .def("id", &dolfin::MeshFunction<SCALAR>::id) \
+      .def("ufl_id", &dolfin::MeshFunction<SCALAR>::id) \
+      .def("mesh", &dolfin::MeshFunction<SCALAR>::mesh) \
+      .def("set_values", &dolfin::MeshFunction<SCALAR>::set_values) \
+      .def("set_all", &dolfin::MeshFunction<SCALAR>::set_all) \
+      .def("set_value", (void (dolfin::MeshFunction<SCALAR>::*)(std::size_t, const SCALAR&)) \
+	   &dolfin::MeshFunction<SCALAR>::set_value) \
+      .def("set_value", (void (dolfin::MeshFunction<SCALAR>::*)(std::size_t, const SCALAR&, const dolfin::Mesh&)) \
+	   &dolfin::MeshFunction<SCALAR>::set_value) \
+      .def("where_equal", &dolfin::MeshFunction<SCALAR>::where_equal) \
+      .def("array", [](dolfin::MeshFunction<SCALAR>& self) \
+           { return Eigen::Map<Eigen::Matrix<SCALAR, Eigen::Dynamic, 1>>(self.values(), self.size()); }, \
+           py::return_value_policy::reference_internal)
+
+    MESHFUNCTION_MACRO(bool, Bool);
+    MESHFUNCTION_MACRO(int, Int);
+    MESHFUNCTION_MACRO(double, Double);
+    MESHFUNCTION_MACRO(std::size_t, Sizet);
+#undef MESHFUNCTION_MACRO
+
+    // dolfin::MeshValueCollection
+#define MESHVALUECOLLECTION_MACRO(SCALAR, SCALAR_NAME) \
+    py::class_<dolfin::MeshValueCollection<SCALAR>, \
+      std::shared_ptr<dolfin::MeshValueCollection<SCALAR>>, dolfin::Variable>   \
+      (m, "MeshValueCollection_"#SCALAR_NAME, "DOLFIN MeshValueCollection object") \
+      .def(py::init<std::shared_ptr<const dolfin::Mesh>>()) \
+      .def(py::init<std::shared_ptr<const dolfin::Mesh>, std::size_t>()) \
+      .def(py::init<std::shared_ptr<const dolfin::Mesh>, std::string>()) \
+      .def("dim", &dolfin::MeshValueCollection<SCALAR>::dim) \
+      .def("size", &dolfin::MeshValueCollection<SCALAR>::size) \
+      .def("get_value", &dolfin::MeshValueCollection<SCALAR>::get_value) \
+      .def("set_value", (bool (dolfin::MeshValueCollection<SCALAR>::*)(std::size_t, const SCALAR&)) \
+           &dolfin::MeshValueCollection<SCALAR>::set_value) \
+      .def("set_value", (bool (dolfin::MeshValueCollection<SCALAR>::*)(std::size_t, std::size_t, const SCALAR&)) \
+           &dolfin::MeshValueCollection<SCALAR>::set_value) \
+      .def("values", (std::map<std::pair<std::size_t, std::size_t>, SCALAR>& (dolfin::MeshValueCollection<SCALAR>::*)()) \
+           &dolfin::MeshValueCollection<SCALAR>::values, py::return_value_policy::reference) \
+      .def("assign", [](dolfin::MeshValueCollection<SCALAR>& self, const dolfin::MeshFunction<SCALAR>& mf) { self = mf; }) \
+      .def("assign", [](dolfin::MeshValueCollection<SCALAR>& self, const dolfin::MeshValueCollection<SCALAR>& other) \
+         { self = other; })
+
+    MESHVALUECOLLECTION_MACRO(bool, bool);
+    MESHVALUECOLLECTION_MACRO(int, int);
+    MESHVALUECOLLECTION_MACRO(double, double);
+    MESHVALUECOLLECTION_MACRO(std::size_t, sizet);
+#undef MESHVALUECOLLECTION_MACRO
+
+    // dolfin::MeshEditor
+    py::class_<dolfin::MeshEditor, std::shared_ptr<dolfin::MeshEditor>>
+      (m, "MeshEditor", "DOLFIN MeshEditor object")
+      .def(py::init<>())
+      .def("open", (void (dolfin::MeshEditor::*)(dolfin::Mesh& , std::string, std::size_t, std::size_t, std::size_t))
+           &dolfin::MeshEditor::open,
+           py::arg("mesh"), py::arg("type"), py::arg("tdim"), py::arg("gdim"), py::arg("degree") = 1)
+      .def("init_vertices", &dolfin::MeshEditor::init_vertices)
+      .def("init_cells", &dolfin::MeshEditor::init_cells)
+      .def("init_vertices_global", &dolfin::MeshEditor::init_vertices_global)
+      .def("init_cells_global", &dolfin::MeshEditor::init_cells_global)
+      .def("add_vertex", (void (dolfin::MeshEditor::*)(std::size_t, const dolfin::Point&))
+           &dolfin::MeshEditor::add_vertex)
+      .def("add_vertex", (void (dolfin::MeshEditor::*)(std::size_t, const std::vector<double>&))
+           &dolfin::MeshEditor::add_vertex)
+      .def("add_vertex_global", (void (dolfin::MeshEditor::*)(std::size_t, std::size_t, const dolfin::Point&))
+           &dolfin::MeshEditor::add_vertex_global)
+      .def("add_vertex_global", (void (dolfin::MeshEditor::*)(std::size_t, std::size_t, const std::vector<double>&))
+           &dolfin::MeshEditor::add_vertex_global)
+      .def("add_cell", (void (dolfin::MeshEditor::*)(std::size_t, const std::vector<std::size_t>&))
+           &dolfin::MeshEditor::add_cell)
+      .def("close", &dolfin::MeshEditor::close, py::arg("order") = true);
+
+    // dolfin::MeshQuality
+    py::class_<dolfin::MeshQuality>
+      (m, "MeshQuality", "DOLFIN MeshQuality class")
+      .def_static("aspect_ratio_gamma", &dolfin::MeshQuality::aspect_ratio_gamma)
+      .def_static("radius_ratios", &dolfin::MeshQuality::radius_ratios)
+      .def_static("radius_ratio_histogram_data", &dolfin::MeshQuality::radius_ratio_histogram_data)
+      .def_static("radius_ratio_min_max", &dolfin::MeshQuality::radius_ratio_min_max)
+      .def_static("radius_ratio_matplotlib_histogram", &dolfin::MeshQuality::radius_ratio_matplotlib_histogram,
+                  py::arg("mesh"), py::arg("num_bins")=50)
+      .def_static("dihedral_angles_min_max", &dolfin::MeshQuality::dihedral_angles_min_max)
+      .def_static("dihedral_angles_matplotlib_histogram", &dolfin::MeshQuality::dihedral_angles_matplotlib_histogram);
+
+    // dolfin::SubMesh
+    py::class_<dolfin::SubMesh, std::shared_ptr<dolfin::SubMesh>, dolfin::Mesh>
+      (m, "SubMesh", "DOLFIN SubMesh")
+      .def(py::init<const dolfin::Mesh&, std::size_t>())
+      .def(py::init<const dolfin::Mesh&, const dolfin::SubDomain&>())
+      .def(py::init<const dolfin::Mesh&, const dolfin::MeshFunction<std::size_t>&, std::size_t>());
+
+    // dolfin::SubDomain trampoline class for user overloading from
+    // Python
+    class PySubDomain : public dolfin::SubDomain
+    {
+      using dolfin::SubDomain::SubDomain;
+
+      bool inside(Eigen::Ref<const Eigen::VectorXd> x, bool on_boundary) const override
+      { PYBIND11_OVERLOAD(bool, dolfin::SubDomain, inside, x, on_boundary); }
+
+      void map(Eigen::Ref<const Eigen::VectorXd> x, Eigen::Ref<Eigen::VectorXd> y) const override
+      { PYBIND11_OVERLOAD(void, dolfin::SubDomain, map, x, y); }
+
+      void snap(Eigen::Ref<Eigen::VectorXd> x) const override
+      { PYBIND11_OVERLOAD(void, dolfin::SubDomain, snap, x); }
+    };
+
+    // dolfin::SubDomian
+    py::class_<dolfin::SubDomain, std::shared_ptr<dolfin::SubDomain>, PySubDomain>
+      (m, "SubDomain", "DOLFIN SubDomain object")
+      .def(py::init<double>(), py::arg("map_tol")=1.0e-10)
+      .def("inside", (bool (dolfin::SubDomain::*)(Eigen::Ref<const Eigen::VectorXd>, bool) const)
+           &dolfin::SubDomain::inside)
+      .def("map", (void (dolfin::SubDomain::*)(Eigen::Ref<const Eigen::VectorXd>, Eigen::Ref<Eigen::VectorXd>) const)
+           &dolfin::SubDomain::map)
+      .def("snap", (void (dolfin::SubDomain::*)(Eigen::Ref<Eigen::VectorXd>) const)
+           &dolfin::SubDomain::snap)
+      .def("set_property", &dolfin::SubDomain::set_property)
+      .def("get_property", &dolfin::SubDomain::get_property)
+      .def("mark_cells", (void (dolfin::SubDomain::*)(dolfin::Mesh&, std::size_t, bool) const)
+           &dolfin::SubDomain::mark_cells, py::arg("mesh"), py::arg("sub_domain"), py::arg("check_midpoint")=true)
+      .def("mark_facets", (void (dolfin::SubDomain::*)(dolfin::Mesh&, std::size_t, bool) const)
+           &dolfin::SubDomain::mark_facets, py::arg("mesh"), py::arg("sub_domain"), py::arg("check_midpoint")=true)
+      .def("mark", (void (dolfin::SubDomain::*)(dolfin::MeshFunction<std::size_t>&, std::size_t, bool) const)
+           &dolfin::SubDomain::mark, py::arg("meshfunction"), py::arg("marker"), py::arg("check_midpoint")=true)
+      .def("mark", (void (dolfin::SubDomain::*)(dolfin::MeshFunction<double>&, double, bool) const)
+           &dolfin::SubDomain::mark, py::arg("meshfunction"), py::arg("marker"), py::arg("check_midpoint")=true)
+      .def("mark", (void (dolfin::SubDomain::*)(dolfin::MeshFunction<bool>&, bool, bool) const)
+           &dolfin::SubDomain::mark, py::arg("meshfunction"), py::arg("marker"), py::arg("check_midpoint")=true);
+
+    // dolfin::DomainBoundary
+    py::class_<dolfin::DomainBoundary, std::shared_ptr<dolfin::DomainBoundary>, dolfin::SubDomain>
+      (m, "DomainBoundary")
+      .def(py::init<>());
+
+    // dolfin::PeriodicBoundaryComputation
+    py::class_<dolfin::PeriodicBoundaryComputation>
+      (m, "PeriodicBoundaryComputation")
+      .def(py::init<>())
+      .def_static("compute_periodic_pairs", &dolfin::PeriodicBoundaryComputation::compute_periodic_pairs)
+      .def_static("masters_slaves", &dolfin::PeriodicBoundaryComputation::masters_slaves);
+
+    // dolfin::MeshColoring
+    py::class_<dolfin::MeshColoring>(m, "MeshColoring")
+      .def_static("cell_colors", (dolfin::MeshFunction<std::size_t> (*)(std::shared_ptr<const dolfin::Mesh>, std::vector<std::size_t>))
+                  &dolfin::MeshColoring::cell_colors)
+      .def_static("color_cells", &dolfin::MeshColoring::color_cells);
+
+    // dolfin::MeshPartitioning
+    py::class_<dolfin::MeshPartitioning>(m, "MeshPartitioning")
+      .def_static("build_distributed_mesh", (void (*)(dolfin::Mesh&)) &dolfin::MeshPartitioning::build_distributed_mesh);
+
+    // dolfin::MeshTransformation
+    py::class_<dolfin::MeshTransformation>(m, "MeshTransformation")
+      .def_static("translate", &dolfin::MeshTransformation::translate)
+      .def_static("rescale", &dolfin::MeshTransformation::rescale)
+      .def_static("scale", &dolfin::MeshTransformation::scale)
+      .def_static("rotate", (void (*)(dolfin::Mesh&, double, std::size_t)) &dolfin::MeshTransformation::rotate)
+      .def_static("rotate", (void (*)(dolfin::Mesh&, double, std::size_t, const dolfin::Point&))
+                  &dolfin::MeshTransformation::rotate);
+
+    py::class_<dolfin::MultiMesh, std::shared_ptr<dolfin::MultiMesh>,
+	       dolfin::Variable>(m, "MultiMesh", py::dynamic_attr())
+      .def(py::init<>())
+      .def("add", &dolfin::MultiMesh::add)
+      .def("build", &dolfin::MultiMesh::build, py::arg("quadrature_order") = 2)
+      .def("num_parts", &dolfin::MultiMesh::num_parts)
+      .def("compute_volume", &dolfin::MultiMesh::compute_volume)
+      .def("part", &dolfin::MultiMesh::part)
+      .def("cut_cells", &dolfin::MultiMesh::cut_cells)
+      .def("uncut_cells", &dolfin::MultiMesh::uncut_cells)
+      .def("covered_cells", &dolfin::MultiMesh::covered_cells)
+      .def("mark_covered", &dolfin::MultiMesh::mark_covered, "Function that marks a set of cells, given by indicies in a list, as covered.")
+      .def("compute_area", &dolfin::MultiMesh::compute_area)
+      .def("auto_cover", &dolfin::MultiMesh::auto_cover, " Marks all uncut and cut cells connected to the given point as covered.")
+      .def("quadrature_rules_interface",
+	   (const std::map<unsigned int, std::vector<dolfin::MultiMesh::quadrature_rule> >&(dolfin::MultiMesh::*)(std::size_t) const)(&dolfin::MultiMesh::quadrature_rules_interface))
+      .def("quadrature_rules_interface",
+	   static_cast<const std::vector<dolfin::MultiMesh::quadrature_rule>(dolfin::MultiMesh::*)(std::size_t, unsigned int) const>(&dolfin::MultiMesh::quadrature_rules_interface))
+      .def("quadrature_rules_cut_cells",
+	   static_cast<const dolfin::MultiMesh::quadrature_rule(dolfin::MultiMesh::*)(std::size_t, unsigned int) const>(&dolfin::MultiMesh::quadrature_rules_cut_cells));
+  }
+
+
+}
diff --git a/python/src/mpi_casters.h b/python/src/mpi_casters.h
new file mode 100644
index 0000000..ad0b2c9
--- /dev/null
+++ b/python/src/mpi_casters.h
@@ -0,0 +1,83 @@
+// Copyright (C) 2017 Chris Richardson, Garth N. Wells and Tormod Landet
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef _DOLFIN_PYBIND11_MPI
+#define _DOLFIN_PYBIND11_MPI
+
+#include <pybind11/pybind11.h>
+#include "MPICommWrapper.h"
+#include <dolfin/common/SubSystemsManager.h>
+
+// Macro for casting between dolfin and mpi4py MPI communicators
+#ifdef HAS_MPI
+#ifdef HAS_PYBIND11_MPI4PY
+#include <mpi4py/mpi4py.h>
+
+// Import mpi4py on demand
+#define VERIFY_MPI4PY(func)     \
+  if (!func)                    \
+  {                             \
+    dolfin::SubSystemsManager::init_mpi();      \
+    int rc = import_mpi4py();                     \
+    if (rc != 0)   \
+    {                           \
+      std::cout << "ERROR: could not import mpi4py!" << std::endl; \
+      throw std::runtime_error("Error when importing mpi4py");     \
+    }                           \
+  }
+
+namespace pybind11
+{
+  namespace detail
+  {
+    template <> class type_caster<dolfin_wrappers::MPICommWrapper>
+      {
+      public:
+        // Define this->value of type MPICommWrapper
+        PYBIND11_TYPE_CASTER(dolfin_wrappers::MPICommWrapper, _("MPICommWrapper"));
+
+        // Python to C++
+        bool load(handle src, bool)
+        {
+          // Simplified version of isinstance(src, mpi4py.MPI.Comm) - avoids segfault
+          // when pybind11 tries to convert some other random type to MPICommWrapper
+          if (not hasattr(src, "Allgather"))
+            return false;
+          VERIFY_MPI4PY(PyMPIComm_Get);
+          value = dolfin_wrappers::MPICommWrapper(*PyMPIComm_Get(src.ptr()));
+          return true;
+        }
+
+        // C++ to Python
+        static handle cast(dolfin_wrappers::MPICommWrapper src,
+            pybind11::return_value_policy policy, handle parent)
+        {
+          VERIFY_MPI4PY(PyMPIComm_New);
+          return pybind11::handle(PyMPIComm_New(src.get()));
+        }
+
+        operator dolfin_wrappers::MPICommWrapper()
+        {
+          return this->value;
+        }
+    };
+  }
+}
+
+#endif // HAS_PYBIND11_MPI4PY
+#endif // HAS_MPI
+#endif
diff --git a/python/src/multistage.cpp b/python/src/multistage.cpp
new file mode 100644
index 0000000..599f5c2
--- /dev/null
+++ b/python/src/multistage.cpp
@@ -0,0 +1,73 @@
+// Copyright (C) 2017 Chris Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <memory>
+#include <pybind11/pybind11.h>
+#include <pybind11/stl.h>
+
+#include <dolfin/fem/DirichletBC.h>
+#include <dolfin/fem/Form.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/function/Constant.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/multistage/MultiStageScheme.h>
+#include <dolfin/multistage/PointIntegralSolver.h>
+#include <dolfin/multistage/RKSolver.h>
+
+namespace py = pybind11;
+
+namespace dolfin_wrappers
+{
+
+  void multistage(py::module& m)
+  {
+    // dolfin::MultiStageScheme
+    py::class_<dolfin::MultiStageScheme, std::shared_ptr<dolfin::MultiStageScheme>, dolfin::Variable>
+      (m, "MultiStageScheme")
+      .def(py::init<std::vector<std::vector<std::shared_ptr<const dolfin::Form>>>,
+           std::shared_ptr<const dolfin::Form>,
+           std::vector<std::shared_ptr<dolfin::Function>>,
+           std::shared_ptr<dolfin::Function>,
+           std::shared_ptr<dolfin::Constant>,
+           std::shared_ptr<dolfin::Constant>,
+           std::vector<double>,
+           std::vector<int>,
+           unsigned int,
+           const std::string,
+           const std::string,
+           std::vector<std::shared_ptr<const dolfin::DirichletBC>>>())
+      .def("order", &dolfin::MultiStageScheme::order);
+
+    // dolfin::RKSolver
+    py::class_<dolfin::RKSolver, std::shared_ptr<dolfin::RKSolver>>
+      (m, "RKSolver")
+      .def(py::init<std::shared_ptr<dolfin::MultiStageScheme>>())
+      .def("step_interval", &dolfin::RKSolver::step_interval);
+
+    // dolfin::PointIntegralSolver
+    py::class_<dolfin::PointIntegralSolver, std::shared_ptr<dolfin::PointIntegralSolver>, dolfin::Variable>
+      (m, "PointIntegralSolver")
+      .def(py::init<std::shared_ptr<dolfin::MultiStageScheme>>())
+      .def("reset_newton_solver", &dolfin::PointIntegralSolver::reset_newton_solver)
+      .def("reset_stage_solutions", &dolfin::PointIntegralSolver::reset_stage_solutions)
+      .def("step", &dolfin::PointIntegralSolver::step)
+      .def("step_interval", &dolfin::PointIntegralSolver::step_interval)
+      .def("default_parameters", &dolfin::PointIntegralSolver::default_parameters);
+
+  }
+}
diff --git a/python/src/nls.cpp b/python/src/nls.cpp
new file mode 100644
index 0000000..284336a
--- /dev/null
+++ b/python/src/nls.cpp
@@ -0,0 +1,234 @@
+// Copyright (C) 2017 Chris Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <memory>
+#include <pybind11/pybind11.h>
+#include <pybind11/numpy.h>
+#include <pybind11/stl.h>
+
+#include <dolfin/common/Variable.h>
+#include <dolfin/parameter/Parameters.h>
+#include <dolfin/la/GenericLinearAlgebraFactory.h>
+#include <dolfin/la/GenericLinearSolver.h>
+#include <dolfin/la/GenericMatrix.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/la/PETScObject.h>
+#include <dolfin/nls/NewtonSolver.h>
+#include <dolfin/nls/PETScSNESSolver.h>
+#include <dolfin/nls/PETScTAOSolver.h>
+#include <dolfin/nls/TAOLinearBoundSolver.h>
+#include <dolfin/nls/NonlinearProblem.h>
+#include <dolfin/nls/OptimisationProblem.h>
+
+#include "casters.h"
+
+namespace py = pybind11;
+
+namespace dolfin_wrappers
+{
+  void nls(py::module& m)
+  {
+    // dolfin::NewtonSolver 'trampoline' for overloading virtual
+    // functions from Python
+    class PyNewtonSolver : public dolfin::NewtonSolver
+    {
+      using dolfin::NewtonSolver::NewtonSolver;
+
+      // pybdind11 has some issues when passing by reference (due to
+      // the return value policy), so the below is non-standard.  See
+      // https://github.com/pybind/pybind11/issues/250.
+
+      bool converged(const dolfin::GenericVector& r,
+                     const dolfin::NonlinearProblem& nonlinear_problem,
+                     std::size_t iteration)
+      {
+        PYBIND11_OVERLOAD_INT(bool, dolfin::NewtonSolver, "converged", &r, &nonlinear_problem, iteration);
+        return dolfin::NewtonSolver::converged(r, nonlinear_problem, iteration);
+      }
+
+      void solver_setup(std::shared_ptr<const dolfin::GenericMatrix> A,
+                        std::shared_ptr<const dolfin::GenericMatrix> P,
+                        const dolfin::NonlinearProblem& nonlinear_problem,
+                        std::size_t iteration)
+      {
+        PYBIND11_OVERLOAD_INT(void, dolfin::NewtonSolver, "solver_setup", A, P,
+                          &nonlinear_problem, iteration);
+        return dolfin::NewtonSolver::solver_setup(A, P, nonlinear_problem, iteration);
+      }
+
+      void update_solution(dolfin::GenericVector& x, const dolfin::GenericVector& dx,
+                           double relaxation_parameter,
+                           const dolfin::NonlinearProblem& nonlinear_problem,
+                           std::size_t iteration)
+      {
+        PYBIND11_OVERLOAD_INT(void, dolfin::NewtonSolver, "update_solution",
+                              &x, &dx, relaxation_parameter, nonlinear_problem,
+                              iteration);
+        return dolfin::NewtonSolver::update_solution(x, dx, relaxation_parameter,
+                                                     nonlinear_problem, iteration);
+      }
+    };
+
+    // Class used to expose protected dolfin::NewtonSolver members
+    // (see https://github.com/pybind/pybind11/issues/991)
+    class PyPublicNewtonSolver : public dolfin::NewtonSolver
+    {
+    public:
+      using NewtonSolver::converged;
+      using NewtonSolver::solver_setup;
+      using NewtonSolver::update_solution;
+    };
+
+    // dolfin::NewtonSolver
+    py::class_<dolfin::NewtonSolver, std::shared_ptr<dolfin::NewtonSolver>, PyNewtonSolver,
+               dolfin::Variable>(m, "NewtonSolver")
+      .def(py::init<>())
+      .def(py::init([](const MPICommWrapper comm)
+          { return std::unique_ptr<PyNewtonSolver>(new PyNewtonSolver(comm.get())); }))
+      .def(py::init([](const MPICommWrapper comm, std::shared_ptr<dolfin::GenericLinearSolver> solver,
+                       dolfin::GenericLinearAlgebraFactory& factory)
+          { return std::unique_ptr<PyNewtonSolver>(new PyNewtonSolver(comm.get(), solver, factory)); }))
+      .def("solve", &dolfin::NewtonSolver::solve)
+      .def("converged", &PyPublicNewtonSolver::converged)
+      .def("solver_setup", &PyPublicNewtonSolver::solver_setup)
+      .def("update_solution", &PyPublicNewtonSolver::update_solution)
+      .def("linear_solver", &dolfin::NewtonSolver::linear_solver, py::return_value_policy::reference);
+
+#ifdef HAS_PETSC
+    // dolfin::PETScSNESSolver
+    py::class_<dolfin::PETScSNESSolver, std::shared_ptr<dolfin::PETScSNESSolver>,
+               dolfin::PETScObject>(m, "PETScSNESSolver")
+      .def(py::init<std::string>(), py::arg("nls_type")="default")
+      .def(py::init([](const MPICommWrapper comm, std::string nls_type="default")
+          { return std::unique_ptr<dolfin::PETScSNESSolver>(
+              new dolfin::PETScSNESSolver(comm.get(), nls_type)); }),
+          py::arg("comm"), py::arg("nls_type") = "default")
+      .def_readwrite("parameters", &dolfin::PETScSNESSolver::parameters)
+      .def("snes", &dolfin::PETScSNESSolver::snes)
+      .def("solve", (std::pair<std::size_t, bool> (dolfin::PETScSNESSolver::*)(dolfin::NonlinearProblem&,
+                                                                               dolfin::GenericVector&))
+           &dolfin::PETScSNESSolver::solve)
+      .def("set_from_options", &dolfin::PETScSNESSolver::set_from_options);
+
+    // dolfin::TAOLinearBoundSolver
+    py::class_<dolfin::TAOLinearBoundSolver, std::shared_ptr<dolfin::TAOLinearBoundSolver>, dolfin::Variable>
+      (m, "TAOLinearBoundSolver")
+      .def(py::init([](const MPICommWrapper comm)
+          { return std::unique_ptr<dolfin::TAOLinearBoundSolver>(new dolfin::TAOLinearBoundSolver(comm.get())); }))
+      .def(py::init<std::string, std::string, std::string>(), py::arg("method")="default",
+           py::arg("ksp_type")="default", py::arg("pc_type")="default")
+      .def("solve", (std::size_t (dolfin::TAOLinearBoundSolver::*)
+                     (const dolfin::GenericMatrix&, dolfin::GenericVector&,
+                      const dolfin::GenericVector&, const dolfin::GenericVector&,
+                      const dolfin::GenericVector&))
+           &dolfin::TAOLinearBoundSolver::solve);
+
+    // dolfin::PETScTAOSolver
+    py::class_<dolfin::PETScTAOSolver, std::shared_ptr<dolfin::PETScTAOSolver>, dolfin::PETScObject>(m, "PETScTAOSolver")
+      .def(py::init<>())
+      .def(py::init([](const MPICommWrapper comm, std::string tao_type="default",
+                       std::string ksp_type="default", std::string pc_type="default")
+          { return std::unique_ptr<dolfin::PETScTAOSolver>(
+              new dolfin::PETScTAOSolver(comm.get(), tao_type, ksp_type, pc_type)); }),
+           py::arg("comm"), py::arg("tao_type")="default",
+           py::arg("ksp_type")="default", py::arg("pc_type")="default")
+      .def_readwrite("parameters", &dolfin::PETScTAOSolver::parameters)
+      .def("solve", (std::pair<std::size_t, bool> (dolfin::PETScTAOSolver::*)(dolfin::OptimisationProblem&, dolfin::GenericVector&))
+           &dolfin::PETScTAOSolver::solve)
+      .def("solve", (std::pair<std::size_t, bool> (dolfin::PETScTAOSolver::*)(dolfin::OptimisationProblem&, dolfin::GenericVector&,
+                                                                              const dolfin::GenericVector&, const dolfin::GenericVector&))
+           &dolfin::PETScTAOSolver::solve);
+#endif
+
+    // dolfin::NonlinearProblem 'trampoline' for overloading from
+    // Python
+    class PyNonlinearProblem : public dolfin::NonlinearProblem
+    {
+      using dolfin::NonlinearProblem::NonlinearProblem;
+
+      // pybdind11 has some issues when passing by reference (due to
+      // the return value policy), so the below is non-standard.  See
+      // https://github.com/pybind/pybind11/issues/250.
+
+      void J(dolfin::GenericMatrix& A, const dolfin::GenericVector& x) override
+      {
+        PYBIND11_OVERLOAD_INT(void, dolfin::NonlinearProblem, "J", &A, &x);
+        py::pybind11_fail("Tried to call pure virtual function dolfin::OptimisationProblem::J");
+      }
+
+      void F(dolfin::GenericVector& b, const dolfin::GenericVector& x) override
+      {
+        PYBIND11_OVERLOAD_INT(void, dolfin::NonlinearProblem, "F", &b, &x);
+        py::pybind11_fail("Tried to call pure virtual function dolfin::OptimisationProblem::F");
+      }
+
+      void form(dolfin::GenericMatrix& A, dolfin::GenericMatrix& P,
+                dolfin::GenericVector& b, const dolfin::GenericVector& x) override
+      {
+        PYBIND11_OVERLOAD_INT(void, dolfin::NonlinearProblem, "form", &A, &P, &b, &x);
+        return dolfin::NonlinearProblem::form(A, P, b, x);
+      }
+
+    };
+
+    // dolfin::NonlinearProblem
+    py::class_<dolfin::NonlinearProblem, std::shared_ptr<dolfin::NonlinearProblem>, PyNonlinearProblem>(m, "NonlinearProblem")
+      .def(py::init<>())
+      .def("F", &dolfin::NonlinearProblem::F)
+      .def("J", &dolfin::NonlinearProblem::J)
+      .def("form", (void (dolfin::NonlinearProblem::*)(dolfin::GenericMatrix&, dolfin::GenericMatrix&,
+                                                       dolfin::GenericVector&, const dolfin::GenericVector&))
+                    &dolfin::NonlinearProblem::form);
+
+    // dolfin::OptimizationProblem 'trampoline' for overloading from
+    // Python
+    class PyOptimisationProblem : public dolfin::OptimisationProblem
+    {
+      using dolfin::OptimisationProblem::OptimisationProblem;
+
+      // pybdind11 has some issues when passing by reference (due to
+      // the return value policy), so the below is non-standard.  See
+      // https://github.com/pybind/pybind11/issues/250.
+
+      double f(const dolfin::GenericVector& x) override
+      {
+        PYBIND11_OVERLOAD_INT(double, dolfin::OptimisationProblem, "f", &x);
+        py::pybind11_fail("Tried to call pure virtual function dolfin::OptimisationProblem::f");
+      }
+
+      void F(dolfin::GenericVector& b, const dolfin::GenericVector& x) override
+      {
+        PYBIND11_OVERLOAD_INT(void, dolfin::OptimisationProblem, "F", &b, &x);
+        py::pybind11_fail("Tried to call pure virtual function dolfin::OptimisationProblem::F");
+      }
+
+      void J(dolfin::GenericMatrix& A, const dolfin::GenericVector& x) override
+      {
+        PYBIND11_OVERLOAD_INT(void, dolfin::OptimisationProblem, "J", &A, &x);
+        py::pybind11_fail("Tried to call pure virtual function dolfin::OptimisationProblem::J");
+      }
+    };
+
+    // dolfin::OptimizationProblem
+    py::class_<dolfin::OptimisationProblem, std::shared_ptr<dolfin::OptimisationProblem>,
+               PyOptimisationProblem>(m, "OptimisationProblem")
+      .def(py::init<>())
+      .def("f", &dolfin::OptimisationProblem::f)
+      .def("F", &dolfin::OptimisationProblem::F)
+      .def("J", &dolfin::OptimisationProblem::J);
+  }
+}
diff --git a/python/src/parameter.cpp b/python/src/parameter.cpp
new file mode 100644
index 0000000..99193ff
--- /dev/null
+++ b/python/src/parameter.cpp
@@ -0,0 +1,254 @@
+// Copyright (C) 2017 Chris Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <memory>
+#include <pybind11/pybind11.h>
+#include <pybind11/numpy.h>
+#include <pybind11/stl.h>
+
+#include <dolfin/parameter/GlobalParameters.h>
+#include <dolfin/parameter/Parameter.h>
+#include <dolfin/parameter/Parameters.h>
+#include "casters.h"
+
+namespace py = pybind11;
+
+namespace dolfin_wrappers
+{
+
+  void parameter(py::module& m)
+  {
+
+    // dolfin::Parameters
+    py::class_<dolfin::Parameters, std::shared_ptr<dolfin::Parameters>>
+      (m, "Parameters")
+      .def(py::init<>())
+      .def(py::init<std::string>())
+      .def(py::init<dolfin::Parameters>())
+      .def(py::init([](std::string name, py::kwargs kwargs)
+                    {
+                      dolfin::Parameters p(name);
+                      if (kwargs)
+                      {
+                        for (auto item : kwargs)
+                        {
+                          std::string key = std::string(py::str(item.first));
+                          auto value = item.second;
+                          if (py::isinstance<py::str>(value))
+                            p.add(key, value.cast<std::string>());
+                          else if (py::isinstance<py::int_>(value))
+                            p.add(key, value.cast<int>());
+                          else if (py::isinstance<py::float_>(value))
+                            p.add(key, value.cast<double>());
+                          else if (py::isinstance<dolfin::Parameters>(value))
+                            p.add(value.cast<dolfin::Parameters>());
+                          else if (py::isinstance<py::tuple>(value))
+                          {
+                            auto t = value.cast<py::tuple>();
+                            if (t.size() == 2)
+                              p.add(key, t[0].cast<std::string>(), t[1].cast<std::set<std::string>>());
+                            if (t.size() == 3)
+                            {
+                              if (py::isinstance<py::float_>(t[0]))
+                                p.add(key, t[0].cast<double>(), t[1].cast<double>(), t[2].cast<double>());
+                              else if (py::isinstance<py::int_>(t[0]))
+                                p.add(key, t[0].cast<int>(), t[1].cast<int>(), t[2].cast<int>());
+                              else
+                                throw std::runtime_error("Unknown parameter type with range - expecting int or float");
+                            }
+                          }
+                          else
+                            throw std::runtime_error("Unknown parameter type.");
+                        }
+                      }
+
+                      return p;
+                    }
+             ))
+      // Use boost::variant to simplify
+      .def("add", (void (dolfin::Parameters::*)(std::string, std::string)) &dolfin::Parameters::add)
+      .def("add", (void (dolfin::Parameters::*)(std::string, std::string, std::set<std::string>)) &dolfin::Parameters::add)
+      .def("add", (void (dolfin::Parameters::*)(std::string, bool)) &dolfin::Parameters::add)
+      .def("add", (void (dolfin::Parameters::*)(std::string, int, int, int)) &dolfin::Parameters::add)
+      .def("add", (void (dolfin::Parameters::*)(std::string, int)) &dolfin::Parameters::add)
+      .def("add", (void (dolfin::Parameters::*)(std::string, double)) &dolfin::Parameters::add)
+      .def("add", (void (dolfin::Parameters::*)(std::string, double, double, double)) &dolfin::Parameters::add)
+      .def("add", (void (dolfin::Parameters::*)(const dolfin::Parameters&)) &dolfin::Parameters::add)
+      // Support iterators
+      .def("__len__", &dolfin::Parameters::size)
+      .def("__iter__", [](const dolfin::Parameters& p) { return py::make_key_iterator(p.begin(), p.end()); },
+           py::keep_alive<0, 1>())
+      .def("items", [](const dolfin::Parameters& p) { return py::make_iterator(p.begin(), p.end()); },
+           py::keep_alive<0, 1>())
+      .def("keys", [](const dolfin::Parameters& p)
+           {
+             std::vector<std::string> keys;
+             for (auto &q : p)
+               keys.push_back(q.first);
+             return keys;
+           })
+      // These set_range function should be remove - they're just duplication
+      .def("set_range", [](dolfin::Parameters& self, std::string name, double min, double max)
+           { self[name].set_range(min, max);} )
+      .def("set_range", [](dolfin::Parameters& self, std::string name, int min, int max)
+           { self[name].set_range(min, max);} )
+      .def("set_range", [](dolfin::Parameters& self, std::string name, std::set<std::string> range)
+           { self[name].set_range(range);} )
+      .def("get_range", [](dolfin::Parameters& self, std::string key)
+           {
+             const auto& p = self.find_parameter(key);
+             std::set<std::string> range;
+             p->get_range(range);
+             return range;
+           })
+      .def("name", &dolfin::Parameters::name)
+      .def("rename", &dolfin::Parameters::rename)
+      .def("str", &dolfin::Parameters::str)
+      .def("has_parameter", &dolfin::Parameters::has_parameter)
+      .def("has_parameter_set", &dolfin::Parameters::has_parameter_set)
+      .def("_update", &dolfin::Parameters::update)
+      .def("_get_parameter", (dolfin::Parameter& (dolfin::Parameters::*)(std::string))
+           &dolfin::Parameters::operator[], py::return_value_policy::reference)
+      .def("_get_parameter_set", (dolfin::Parameters& (dolfin::Parameters::*)(std::string))
+           &dolfin::Parameters::operator(), py::return_value_policy::reference)
+      /*
+        // With boost::variant, need to figure out how to set the
+        // return policy per type in variant
+      .def("__getitem__", [](dolfin::Parameters& self, std::string key)
+           {
+             mapbox::util::variant<bool, int, double, std::string, dolfin::Parameters*> v;
+             auto param = self.find_parameter(key);
+             if (auto param = self.find_parameter(key))
+             {
+               // FIXME: This will be simple once boost::variant is working
+               //return param->value();
+               auto _v = param->value();
+               if (_v.which() == 1)
+                 v = boost::get<bool>(_v);
+               else if (_v.which() == 2)
+                 v = boost::get<int>(_v);
+               else if (_v.which() == 3)
+                 v = boost::get<double>(_v);
+               else if (_v.which() == 4)
+                 v = boost::get<std::string>(_v);
+               else
+                 throw std::runtime_error("Cannot get parameter value");
+               return v;
+             }
+             else if (auto param = self.find_parameter_set(key))
+             {
+               //v = &(*param);
+               v = &self("key");
+               return v;
+             }
+             else
+               throw std::runtime_error("Invalid parameter key: " + key);
+           }, py::return_value_policy::automatic_reference)
+      */
+      // FIXME: Implement checks and error handling below
+      // FIXME: Can these functions be consolidated. Maybe boost::variant can help?
+      .def("__setitem__", [](dolfin::Parameters& self, std::string key, py::none value)
+           {
+             auto param = self.find_parameter(key);
+             if (!param)
+               throw std::runtime_error("Parameter " + key + " not found in Parameters object");
+             param->reset();
+           }, "Reset Parameter (mark as unset) by setting to None.")
+      .def("__setitem__", [](dolfin::Parameters& self, std::string key, bool value)
+           {
+             auto param = self.find_parameter(key);
+             if (!param)
+               throw std::runtime_error("Parameter " + key + " not found in Parameters object");
+             *param = value;
+           }, py::arg(), py::arg().noconvert())
+      .def("__setitem__", [](dolfin::Parameters& self, std::string key, std::string value)
+           {
+             auto param = self.find_parameter(key);
+             if (!param)
+               throw std::runtime_error("Parameter " + key + " not found in Parameters object");
+             *param = value;
+           })
+      .def("__setitem__", [](dolfin::Parameters& self, std::string key, int value)
+           {
+             auto param = self.find_parameter(key);
+             if (!param)
+               throw std::runtime_error("Parameter " + key + " not found in Parameters object");
+             *param = value;
+           })
+      .def("__setitem__", [](dolfin::Parameters& self, std::string key, double value)
+           {
+             auto param = self.find_parameter(key);
+             if (!param)
+               throw std::runtime_error("Parameter " + key + " not found in Parameters object");
+             *param = value;
+           })
+      .def("__setitem__", [](dolfin::Parameters& self, std::string key, const dolfin::Parameters& other)
+           {
+             auto param = self.find_parameter_set(key);
+             if (!param)
+               throw std::runtime_error("Parameter " + key + " not found in Parameters object");
+             *param = other;
+           })
+      .def("__getitem__", [](dolfin::Parameters& self, std::string key)
+           {
+             return self[key];
+           })
+      .def("parse", [](dolfin::Parameters& self, py::list argv)
+           {
+             if (argv.size() == 0)
+               argv = py::module::import("sys").attr("argv").cast<py::list>();
+
+             const int argc = argv.size();
+
+             std::vector<std::string> a;
+             for (auto q : argv)
+               a.push_back(q.cast<std::string>());
+
+             char* char_args[argc];
+             for (int j=0; j<argc; ++j)
+               char_args[j] = &(a[j].front());
+
+             self.parse(argc, char_args);
+           }, py::arg("argv")=py::list())
+      .def("copy", [](dolfin::Parameters& self) { return dolfin::Parameters(self); })
+      .def("assign", [](dolfin::Parameters& self, dolfin::Parameters& other) { self = other; });
+
+    // dolfin::Parameter
+    py::class_<dolfin::Parameter, std::shared_ptr<dolfin::Parameter>>(m, "Parameter")
+      .def("value", [](const dolfin::Parameter& self)
+           {
+             py::object value;
+             if (self.is_set())
+               value = py::cast(self.value());
+             else
+               value = py::none();
+             return value;
+           })
+      .def("set_range", (void (dolfin::Parameter::*)(double, double)) &dolfin::Parameter::set_range)
+      .def("set_range", (void (dolfin::Parameter::*)(int, int)) &dolfin::Parameter::set_range)
+      .def("set_range", (void (dolfin::Parameter::*)(std::set<std::string>)) &dolfin::Parameter::set_range)
+      .def("__str__", &dolfin::Parameter::value_str);
+
+    // dolfin::GlobalParameters
+    py::class_<dolfin::GlobalParameters, std::shared_ptr<dolfin::GlobalParameters>,
+      dolfin::Parameters> (m, "GlobalParameters");
+
+    // The global parameters (return a reference because there should
+    // be only one instance)
+    m.attr("parameters") = &dolfin::parameters;
+  }
+}
diff --git a/python/src/petsc_casters.h b/python/src/petsc_casters.h
new file mode 100644
index 0000000..838d032
--- /dev/null
+++ b/python/src/petsc_casters.h
@@ -0,0 +1,109 @@
+// Copyright (C) 2017 Chris Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#ifndef _DOLFIN_PYBIND11_PETSC
+#define _DOLFIN_PYBIND11_PETSC
+
+#include <pybind11/pybind11.h>
+#include <pybind11/stl.h>
+
+#ifdef HAS_PETSC
+#include <petscdm.h>
+#include <petscksp.h>
+#include <petscmat.h>
+#include <petscsnes.h>
+#include <petscvec.h>
+
+// pybind11 casters for PETSc/petsc4py objects
+#ifdef HAS_PYBIND11_PETSC4PY
+#include <petsc4py/petsc4py.h>
+
+// Import petsc4py on demand
+#define VERIFY_PETSC4PY(func)   \
+  if (!func)                    \
+  {                             \
+    if (import_petsc4py() != 0) \
+    {                           \
+      std::cout << "ERROR: could not import petsc4py!" << std::endl; \
+      throw std::runtime_error("Error when importing petsc4py");     \
+    }                           \
+  }
+
+// Macro for casting between dolfin and petsc4py objects
+#define PETSC_CASTER_MACRO(TYPE, NAME)          \
+  template <> class type_caster<_p_##TYPE>      \
+    {                                           \
+    public:                                     \
+      PYBIND11_TYPE_CASTER(TYPE, _(#NAME));     \
+      bool load(handle src, bool)               \
+      {                                         \
+        VERIFY_PETSC4PY(PyPetsc##TYPE##_Get);   \
+        if (PyObject_TypeCheck(src.ptr(), &PyPetsc##TYPE##_Type) == 0)  \
+          return false;                                                 \
+        value = PyPetsc##TYPE##_Get(src.ptr());                         \
+        return true;                                                    \
+      }                                                                 \
+                                                                        \
+      static handle cast(TYPE src, pybind11::return_value_policy policy, handle parent) \
+      {                                                                 \
+        VERIFY_PETSC4PY(PyPetsc##TYPE##_New);                           \
+        return pybind11::handle(PyPetsc##TYPE##_New(src));              \
+      }                                                                 \
+                                                                        \
+      operator TYPE()                                                   \
+      { return value; }                                                 \
+    }
+#else
+#define PETSC_CASTER_MACRO(TYPE, NAME)          \
+  template <> class type_caster<_p_##TYPE>      \
+    {                                           \
+    public:                                     \
+      PYBIND11_TYPE_CASTER(TYPE, _(#NAME));     \
+      bool load(handle src, bool)               \
+      {                                         \
+        throw std::runtime_error("DOLFIN has not been configured with petsc4py. Accessing underlying PETSc object requires petsc4py"); \
+        return false;                                                   \
+      }                                                                 \
+                                                                        \
+      static handle cast(TYPE src, pybind11::return_value_policy policy, handle parent) \
+      {                                                                 \
+        throw std::runtime_error("DOLFIN has not been configured with petsc4py. Accessing underlying PETSc object requires petsc4py"); \
+        return handle();                                                \
+      }                                                                 \
+                                                                        \
+      operator TYPE()                                                   \
+      { return value; }                                                 \
+    }
+#endif
+
+
+namespace pybind11
+{
+  namespace detail
+  {
+    PETSC_CASTER_MACRO(DM, dm);
+    PETSC_CASTER_MACRO(KSP, ksp);
+    PETSC_CASTER_MACRO(Mat, mat);
+    PETSC_CASTER_MACRO(SNES, snes);
+    PETSC_CASTER_MACRO(Vec, vec);
+  }
+}
+
+#undef PETSC_CASTER_MACRO
+
+#endif
+#endif
diff --git a/python/src/refinement.cpp b/python/src/refinement.cpp
new file mode 100644
index 0000000..8b0424d
--- /dev/null
+++ b/python/src/refinement.cpp
@@ -0,0 +1,36 @@
+// Copyright (C) 2017 Chris Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <pybind11/pybind11.h>
+#include <dolfin/mesh/Mesh.h>
+#include <dolfin/mesh/MeshFunction.h>
+#include <dolfin/refinement/refine.h>
+
+namespace py = pybind11;
+
+namespace dolfin_wrappers
+{
+  void refinement(py::module& m)
+  {
+    // dolfin/refinement free functions
+    m.def("refine", (dolfin::Mesh (*)(const dolfin::Mesh&, bool)) &dolfin::refine,
+          py::arg("mesh"), py::arg("redistribute")=true);
+    m.def("refine", (dolfin::Mesh (*)(const dolfin::Mesh&, const dolfin::MeshFunction<bool>&, bool))
+          &dolfin::refine, py::arg("mesh"), py::arg("marker"), py::arg("redistribute")=true);
+    m.def("p_refine", (dolfin::Mesh (*)(const dolfin::Mesh&)) &dolfin::p_refine, py::arg("mesh"));
+  }
+}
diff --git a/python/src/ts.cpp b/python/src/ts.cpp
new file mode 100644
index 0000000..dd54792
--- /dev/null
+++ b/python/src/ts.cpp
@@ -0,0 +1,94 @@
+
+// Copyright (C) 2017 Chris Richardson and Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <memory>
+#include <pybind11/pybind11.h>
+#include <pybind11/stl.h>
+
+#include <dolfin/fem/DirichletBC.h>
+#include <dolfin/fem/Form.h>
+#include <dolfin/fem/GenericDofMap.h>
+#include <dolfin/function/Constant.h>
+#include <dolfin/function/Function.h>
+#include <dolfin/la/GenericVector.h>
+#include <dolfin/ts/CVode.h>
+
+namespace py = pybind11;
+
+namespace dolfin_wrappers
+{
+
+  void ts(py::module& m)
+  {
+
+    #ifdef HAS_SUNDIALS
+    // CVode trampoline class for allowing overloading of virtual functions
+    class PyCVode : public dolfin::CVode
+    {
+    public:
+      using dolfin::CVode::CVode;
+
+      void derivs(double t, std::shared_ptr<dolfin::GenericVector> u,
+                  std::shared_ptr<dolfin::GenericVector> udot)
+      { PYBIND11_OVERLOAD_NAME(void, dolfin::CVode, "derivs", derivs,
+                                t, u, udot); }
+
+      int jacobian(std::shared_ptr<const dolfin::GenericVector> v,
+                   std::shared_ptr<dolfin::GenericVector> Jv,
+                   double t,
+                   std::shared_ptr<const dolfin::GenericVector> y,
+                   std::shared_ptr<const dolfin::GenericVector> fy)
+      { PYBIND11_OVERLOAD_NAME(int, dolfin::CVode, "jacobian", jacobian,
+                                v, Jv, t, y, fy); }
+
+      int psolve(double t,
+                 std::shared_ptr<const dolfin::GenericVector> y,
+                 std::shared_ptr<const dolfin::GenericVector> fy,
+                 std::shared_ptr<const dolfin::GenericVector> r,
+                 std::shared_ptr<dolfin::GenericVector> z,
+                 double gamma, double delta, int lr)
+      { PYBIND11_OVERLOAD_NAME(int, dolfin::CVode, "psolve", psolve,
+                               t, y, fy, r, z, gamma, delta, lr); }
+    };
+
+    py::class_<dolfin::CVode, PyCVode, std::shared_ptr<dolfin::CVode>>cvode(m,"CVode");
+    //dolfin::CVode
+    cvode
+      .def(py::init<dolfin::CVode::LMM, dolfin::CVode::ITER>())
+      .def("init", &dolfin::CVode::init, py::arg("u0"), py::arg("atol"),
+        py::arg("rtol"), py::arg("mxsteps")=0)
+      .def("set_time", &dolfin::CVode::set_time, py::arg("t0"))
+      .def("get_time", &dolfin::CVode::get_time)
+      .def("step", &dolfin::CVode::step, py::arg("dt"))
+      .def("statistics", &dolfin::CVode::statistics)
+      .def("derivs", &dolfin::CVode::derivs)
+      .def("jacobian", &dolfin::CVode::jacobian)
+      .def("psolve", &dolfin::CVode::psolve);
+
+    py::enum_<dolfin::CVode::LMM>(cvode,"LMM")
+      .value("CV_BDF", dolfin::CVode::LMM::cv_bdf)
+      .value("CV_ADAMS", dolfin::CVode::LMM::cv_adams);
+
+    py::enum_<dolfin::CVode::ITER>(cvode,"ITER")
+      .value("CV_FUNCTIONAL", dolfin::CVode::ITER::cv_functional)
+      .value("CV_NEWTON", dolfin::CVode::ITER::cv_newton);
+
+    #endif
+
+  }
+}
diff --git a/python/test/data/boxes.xml b/python/test/data/boxes.xml
new file mode 100644
index 0000000..1adf033
--- /dev/null
+++ b/python/test/data/boxes.xml
@@ -0,0 +1,2473 @@
+<?xml version="1.0"?>
+<dolfin xmlns:dolfin="http://fenicsproject.org">
+  <mesh celltype="tetrahedron" dim="3">
+    <vertices size="236">
+      <vertex index="0" x="200.000000" y="200.000000" z="-200.000000" />
+      <vertex index="1" x="200.000000" y="-200.000000" z="-200.000000" />
+      <vertex index="2" x="-200.000031" y="-199.999969" z="-200.000000" />
+      <vertex index="3" x="-199.999939" y="200.000061" z="-200.000000" />
+      <vertex index="4" x="200.000092" y="199.999908" z="200.000000" />
+      <vertex index="5" x="199.999863" y="-200.000137" z="200.000000" />
+      <vertex index="6" x="-200.000076" y="-199.999924" z="200.000000" />
+      <vertex index="7" x="-200.000000" y="200.000000" z="200.000000" />
+      <vertex index="8" x="-0.000019" y="-199.999985" z="-200.000000" />
+      <vertex index="9" x="200.000000" y="0.000000" z="-200.000000" />
+      <vertex index="10" x="0.000038" y="200.000031" z="-200.000000" />
+      <vertex index="11" x="-200.000000" y="0.000038" z="-200.000000" />
+      <vertex index="12" x="199.999985" y="-0.000114" z="200.000000" />
+      <vertex index="13" x="-0.000095" y="-200.000031" z="200.000000" />
+      <vertex index="14" x="-200.000031" y="0.000038" z="200.000000" />
+      <vertex index="15" x="0.000057" y="199.999969" z="200.000000" />
+      <vertex index="16" x="199.999924" y="-200.000076" z="0.000000" />
+      <vertex index="17" x="200.000031" y="199.999969" z="0.000000" />
+      <vertex index="18" x="-200.000061" y="-199.999939" z="0.000000" />
+      <vertex index="19" x="-199.999969" y="200.000031" z="0.000000" />
+      <vertex index="20" x="0.000000" y="200.000000" z="0.000000" />
+      <vertex index="21" x="-200.000015" y="0.000019" z="0.000000" />
+      <vertex index="22" x="-0.000076" y="-200.000031" z="0.000000" />
+      <vertex index="23" x="200.000031" y="-0.000038" z="0.000000" />
+      <vertex index="24" x="0.000019" y="-0.000019" z="200.000000" />
+      <vertex index="25" x="-0.000019" y="0.000019" z="-200.000000" />
+      <vertex index="26" x="99.999992" y="-200.000000" z="-200.000000" />
+      <vertex index="27" x="-100.000031" y="-199.999969" z="-200.000000" />
+      <vertex index="28" x="200.000000" y="100.000000" z="-200.000000" />
+      <vertex index="29" x="200.000000" y="-100.000000" z="-200.000000" />
+      <vertex index="30" x="100.000015" y="200.000015" z="-200.000000" />
+      <vertex index="31" x="-99.999954" y="200.000031" z="-200.000000" />
+      <vertex index="32" x="-200.000015" y="-99.999962" z="-200.000000" />
+      <vertex index="33" x="-199.999969" y="100.000046" z="-200.000000" />
+      <vertex index="34" x="200.000031" y="99.999893" z="200.000000" />
+      <vertex index="35" x="199.999924" y="-100.000122" z="200.000000" />
+      <vertex index="36" x="99.999886" y="-200.000076" z="200.000000" />
+      <vertex index="37" x="-100.000084" y="-199.999985" z="200.000000" />
+      <vertex index="38" x="-200.000061" y="-99.999939" z="200.000000" />
+      <vertex index="39" x="-200.000015" y="100.000015" z="200.000000" />
+      <vertex index="40" x="100.000076" y="199.999924" z="200.000000" />
+      <vertex index="41" x="-99.999969" y="199.999985" z="200.000000" />
+      <vertex index="42" x="199.999969" y="-200.000031" z="-100.000000" />
+      <vertex index="43" x="199.999878" y="-200.000122" z="100.000000" />
+      <vertex index="44" x="200.000015" y="199.999985" z="-100.000000" />
+      <vertex index="45" x="200.000076" y="199.999924" z="100.000000" />
+      <vertex index="46" x="-200.000031" y="-199.999969" z="-100.000000" />
+      <vertex index="47" x="-200.000076" y="-199.999924" z="100.000000" />
+      <vertex index="48" x="-199.999969" y="200.000031" z="-100.000000" />
+      <vertex index="49" x="-199.999985" y="200.000015" z="100.000000" />
+      <vertex index="50" x="100.000000" y="200.000000" z="-100.000000" />
+      <vertex index="51" x="-100.000000" y="200.000000" z="100.000000" />
+      <vertex index="52" x="-200.000031" y="-99.999969" z="-100.000000" />
+      <vertex index="53" x="-200.000000" y="100.000008" z="100.000000" />
+      <vertex index="54" x="-100.000061" y="-200.000000" z="-100.000000" />
+      <vertex index="55" x="99.999893" y="-200.000076" z="100.000000" />
+      <vertex index="56" x="200.000015" y="-100.000015" z="-100.000000" />
+      <vertex index="57" x="200.000076" y="99.999931" z="100.000000" />
+      <vertex index="58" x="100.000061" y="99.999939" z="200.000000" />
+      <vertex index="59" x="-100.000031" y="-99.999969" z="200.000000" />
+      <vertex index="60" x="99.999992" y="100.000008" z="-200.000000" />
+      <vertex index="61" x="-100.000031" y="-99.999969" z="-200.000000" />
+      <vertex index="62" x="100.000046" y="199.999969" z="100.000000" />
+      <vertex index="63" x="100.000015" y="199.999985" z="0.000000" />
+      <vertex index="64" x="0.000029" y="199.999985" z="100.000000" />
+      <vertex index="65" x="0.000019" y="200.000015" z="-100.000000" />
+      <vertex index="66" x="-99.999962" y="200.000031" z="-100.000000" />
+      <vertex index="67" x="-99.999985" y="200.000015" z="0.000000" />
+      <vertex index="68" x="-200.000031" y="-99.999962" z="0.000000" />
+      <vertex index="69" x="-200.000031" y="-99.999954" z="100.000000" />
+      <vertex index="70" x="-200.000031" y="0.000029" z="100.000000" />
+      <vertex index="71" x="-200.000000" y="0.000029" z="-100.000000" />
+      <vertex index="72" x="-200.000000" y="100.000031" z="0.000000" />
+      <vertex index="73" x="-199.999985" y="100.000038" z="-100.000000" />
+      <vertex index="74" x="99.999954" y="-200.000031" z="-100.000000" />
+      <vertex index="75" x="99.999924" y="-200.000061" z="0.000000" />
+      <vertex index="76" x="-0.000048" y="-200.000000" z="-100.000000" />
+      <vertex index="77" x="-0.000086" y="-200.000031" z="100.000000" />
+      <vertex index="78" x="-100.000076" y="-200.000000" z="100.000000" />
+      <vertex index="79" x="-100.000069" y="-200.000000" z="0.000000" />
+      <vertex index="80" x="200.000015" y="99.999985" z="-100.000000" />
+      <vertex index="81" x="200.000031" y="99.999962" z="0.000000" />
+      <vertex index="82" x="200.000015" y="-0.000019" z="-100.000000" />
+      <vertex index="83" x="200.000000" y="-0.000076" z="100.000000" />
+      <vertex index="84" x="199.999969" y="-100.000092" z="100.000000" />
+      <vertex index="85" x="199.999985" y="-100.000061" z="0.000000" />
+      <vertex index="86" x="0.000038" y="99.999969" z="200.000000" />
+      <vertex index="87" x="-99.999992" y="100.000000" z="200.000000" />
+      <vertex index="88" x="-100.000008" y="0.000010" z="200.000000" />
+      <vertex index="89" x="100.000000" y="-0.000067" z="200.000000" />
+      <vertex index="90" x="-0.000038" y="-100.000031" z="200.000000" />
+      <vertex index="91" x="99.999939" y="-100.000076" z="200.000000" />
+      <vertex index="92" x="99.999992" y="0.000010" z="-200.000000" />
+      <vertex index="93" x="99.999992" y="-99.999992" z="-200.000000" />
+      <vertex index="94" x="-0.000019" y="-99.999985" z="-200.000000" />
+      <vertex index="95" x="0.000010" y="100.000031" z="-200.000000" />
+      <vertex index="96" x="-100.000008" y="0.000029" z="-200.000000" />
+      <vertex index="97" x="-99.999985" y="100.000038" z="-200.000000" />
+      <vertex index="98" x="100.000000" y="100.000000" z="-100.000000" />
+      <vertex index="99" x="100.000000" y="-100.000000" z="-100.000000" />
+      <vertex index="100" x="-100.000015" y="-99.999985" z="-100.000000" />
+      <vertex index="101" x="-99.999969" y="100.000031" z="-100.000000" />
+      <vertex index="102" x="100.000046" y="99.999954" z="100.000000" />
+      <vertex index="103" x="99.999931" y="-100.000069" z="100.000000" />
+      <vertex index="104" x="-100.000038" y="-99.999962" z="100.000000" />
+      <vertex index="105" x="-100.000000" y="100.000000" z="100.000000" />
+      <vertex index="106" x="-0.000010" y="-99.999992" z="-100.000000" />
+      <vertex index="107" x="100.000000" y="0.000000" z="-100.000000" />
+      <vertex index="108" x="0.000019" y="100.000015" z="-100.000000" />
+      <vertex index="109" x="-100.000000" y="0.000019" z="-100.000000" />
+      <vertex index="110" x="99.999992" y="-0.000057" z="100.000000" />
+      <vertex index="111" x="-0.000048" y="-100.000015" z="100.000000" />
+      <vertex index="112" x="-100.000015" y="0.000019" z="100.000000" />
+      <vertex index="113" x="0.000029" y="99.999985" z="100.000000" />
+      <vertex index="114" x="99.999962" y="-100.000038" z="0.000000" />
+      <vertex index="115" x="100.000015" y="99.999985" z="0.000000" />
+      <vertex index="116" x="-100.000031" y="-99.999969" z="0.000000" />
+      <vertex index="117" x="-99.999985" y="100.000015" z="0.000000" />
+      <vertex index="118" x="0.000000" y="100.000000" z="0.000000" />
+      <vertex index="119" x="-100.000008" y="0.000010" z="0.000000" />
+      <vertex index="120" x="-0.000038" y="-100.000015" z="0.000000" />
+      <vertex index="121" x="100.000015" y="-0.000019" z="0.000000" />
+      <vertex index="122" x="0.000010" y="-0.000010" z="100.000000" />
+      <vertex index="123" x="-0.000010" y="0.000010" z="-100.000000" />
+      <vertex index="124" x="49.999996" y="-100.000000" z="-100.000000" />
+      <vertex index="125" x="-50.000015" y="-99.999985" z="-100.000000" />
+      <vertex index="126" x="100.000000" y="50.000000" z="-100.000000" />
+      <vertex index="127" x="100.000000" y="-50.000000" z="-100.000000" />
+      <vertex index="128" x="50.000008" y="100.000008" z="-100.000000" />
+      <vertex index="129" x="-49.999977" y="100.000015" z="-100.000000" />
+      <vertex index="130" x="-100.000008" y="-49.999981" z="-100.000000" />
+      <vertex index="131" x="-99.999985" y="50.000023" z="-100.000000" />
+      <vertex index="132" x="100.000015" y="49.999947" z="100.000000" />
+      <vertex index="133" x="99.999962" y="-50.000061" z="100.000000" />
+      <vertex index="134" x="49.999943" y="-100.000038" z="100.000000" />
+      <vertex index="135" x="-50.000042" y="-99.999992" z="100.000000" />
+      <vertex index="136" x="-100.000031" y="-49.999969" z="100.000000" />
+      <vertex index="137" x="-100.000008" y="50.000008" z="100.000000" />
+      <vertex index="138" x="50.000038" y="99.999962" z="100.000000" />
+      <vertex index="139" x="-49.999985" y="99.999992" z="100.000000" />
+      <vertex index="140" x="99.999985" y="-100.000015" z="-50.000000" />
+      <vertex index="141" x="99.999939" y="-100.000061" z="50.000000" />
+      <vertex index="142" x="100.000008" y="99.999992" z="-50.000000" />
+      <vertex index="143" x="100.000038" y="99.999962" z="50.000000" />
+      <vertex index="144" x="-100.000015" y="-99.999985" z="-50.000000" />
+      <vertex index="145" x="-100.000038" y="-99.999962" z="50.000000" />
+      <vertex index="146" x="-99.999985" y="100.000015" z="-50.000000" />
+      <vertex index="147" x="-99.999992" y="100.000008" z="50.000000" />
+      <vertex index="148" x="50.000000" y="100.000000" z="-50.000000" />
+      <vertex index="149" x="-50.000000" y="100.000000" z="50.000000" />
+      <vertex index="150" x="-100.000015" y="-49.999985" z="-50.000000" />
+      <vertex index="151" x="-100.000000" y="50.000004" z="50.000000" />
+      <vertex index="152" x="-50.000031" y="-100.000000" z="-50.000000" />
+      <vertex index="153" x="49.999947" y="-100.000038" z="50.000000" />
+      <vertex index="154" x="100.000008" y="-50.000008" z="-50.000000" />
+      <vertex index="155" x="100.000038" y="49.999966" z="50.000000" />
+      <vertex index="156" x="50.000031" y="49.999969" z="100.000000" />
+      <vertex index="157" x="-50.000015" y="-49.999985" z="100.000000" />
+      <vertex index="158" x="49.999996" y="50.000004" z="-100.000000" />
+      <vertex index="159" x="-50.000015" y="-49.999985" z="-100.000000" />
+      <vertex index="160" x="50.000023" y="99.999985" z="50.000000" />
+      <vertex index="161" x="50.000008" y="99.999992" z="0.000000" />
+      <vertex index="162" x="0.000014" y="99.999992" z="50.000000" />
+      <vertex index="163" x="0.000010" y="100.000008" z="-50.000000" />
+      <vertex index="164" x="-49.999981" y="100.000015" z="-50.000000" />
+      <vertex index="165" x="-49.999992" y="100.000008" z="0.000000" />
+      <vertex index="166" x="-100.000015" y="-49.999981" z="0.000000" />
+      <vertex index="167" x="-100.000015" y="-49.999977" z="50.000000" />
+      <vertex index="168" x="-100.000015" y="0.000014" z="50.000000" />
+      <vertex index="169" x="-100.000000" y="0.000014" z="-50.000000" />
+      <vertex index="170" x="-100.000000" y="50.000015" z="0.000000" />
+      <vertex index="171" x="-99.999992" y="50.000019" z="-50.000000" />
+      <vertex index="172" x="49.999977" y="-100.000015" z="-50.000000" />
+      <vertex index="173" x="49.999962" y="-100.000031" z="0.000000" />
+      <vertex index="174" x="-0.000024" y="-100.000000" z="-50.000000" />
+      <vertex index="175" x="-0.000043" y="-100.000015" z="50.000000" />
+      <vertex index="176" x="-50.000038" y="-100.000000" z="50.000000" />
+      <vertex index="177" x="-50.000034" y="-100.000000" z="0.000000" />
+      <vertex index="178" x="100.000008" y="49.999992" z="-50.000000" />
+      <vertex index="179" x="100.000015" y="49.999981" z="0.000000" />
+      <vertex index="180" x="100.000008" y="-0.000010" z="-50.000000" />
+      <vertex index="181" x="100.000000" y="-0.000038" z="50.000000" />
+      <vertex index="182" x="99.999985" y="-50.000046" z="50.000000" />
+      <vertex index="183" x="99.999992" y="-50.000031" z="0.000000" />
+      <vertex index="184" x="0.000019" y="49.999985" z="100.000000" />
+      <vertex index="185" x="-49.999996" y="50.000000" z="100.000000" />
+      <vertex index="186" x="-50.000004" y="0.000005" z="100.000000" />
+      <vertex index="187" x="50.000000" y="-0.000033" z="100.000000" />
+      <vertex index="188" x="-0.000019" y="-50.000015" z="100.000000" />
+      <vertex index="189" x="49.999969" y="-50.000038" z="100.000000" />
+      <vertex index="190" x="49.999996" y="0.000005" z="-100.000000" />
+      <vertex index="191" x="49.999996" y="-49.999996" z="-100.000000" />
+      <vertex index="192" x="-0.000010" y="-49.999992" z="-100.000000" />
+      <vertex index="193" x="0.000005" y="50.000015" z="-100.000000" />
+      <vertex index="194" x="-50.000004" y="0.000014" z="-100.000000" />
+      <vertex index="195" x="-49.999992" y="50.000019" z="-100.000000" />
+      <vertex index="196" x="-100.000023" y="-74.999969" z="25.000000" />
+      <vertex index="197" x="-149.999969" y="200.000031" z="-150.000000" />
+      <vertex index="198" x="-100.000015" y="-74.999985" z="-25.000000" />
+      <vertex index="199" x="-200.000031" y="-149.999969" z="-50.000000" />
+      <vertex index="200" x="-200.000031" y="-49.999958" z="150.000000" />
+      <vertex index="201" x="-74.999985" y="100.000015" z="-75.000000" />
+      <vertex index="202" x="-200.000046" y="-149.999939" z="50.000000" />
+      <vertex index="203" x="-200.000031" y="-49.999966" z="50.000000" />
+      <vertex index="204" x="-200.000061" y="-149.999939" z="150.000000" />
+      <vertex index="205" x="25.000017" y="24.999983" z="25.000015" />
+      <vertex index="206" x="-25.000017" y="-25.000008" z="-25.000002" />
+      <vertex index="207" x="-50.000004" y="-49.999989" z="25.000000" />
+      <vertex index="208" x="200.000015" y="49.999985" z="-149.999985" />
+      <vertex index="209" x="200.000000" y="50.000000" z="-200.000000" />
+      <vertex index="210" x="49.999989" y="-49.999992" z="-200.000000" />
+      <vertex index="211" x="50.000034" y="49.999966" z="200.000000" />
+      <vertex index="212" x="50.000008" y="200.000000" z="-49.999992" />
+      <vertex index="213" x="49.999973" y="-50.000053" z="200.000000" />
+      <vertex index="214" x="49.999992" y="50.000008" z="-200.000000" />
+      <vertex index="215" x="-49.999981" y="49.999985" z="200.000000" />
+      <vertex index="216" x="200.000015" y="49.999985" z="-99.999992" />
+      <vertex index="217" x="50.000008" y="199.999985" z="0.000015" />
+      <vertex index="218" x="-50.000004" y="-49.999996" z="200.000000" />
+      <vertex index="219" x="-49.999985" y="200.000000" z="50.000015" />
+      <vertex index="220" x="-50.000019" y="-49.999985" z="-200.000000" />
+      <vertex index="221" x="-49.999992" y="200.000000" z="0.000022" />
+      <vertex index="222" x="-25.000019" y="200.000015" z="-50.000004" />
+      <vertex index="223" x="-49.999981" y="153.125000" z="-75.000000" />
+      <vertex index="224" x="-50.000008" y="50.000023" z="-200.000000" />
+      <vertex index="225" x="-50.000015" y="0.000011" z="-200.000000" />
+      <vertex index="226" x="24.999996" y="25.000004" z="-42.499992" />
+      <vertex index="227" x="-42.499992" y="25.000004" z="24.999994" />
+      <vertex index="228" x="24.999979" y="-42.500019" z="25.000002" />
+      <vertex index="229" x="137.500000" y="50.000008" z="-200.000000" />
+      <vertex index="230" x="0.000014" y="200.000000" z="50.000000" />
+      <vertex index="231" x="64.583328" y="-25.000008" z="-25.000000" />
+      <vertex index="232" x="-149.999985" y="200.000000" z="200.000000" />
+      <vertex index="233" x="70.000000" y="150.000000" z="-24.999996" />
+      <vertex index="234" x="-40.000004" y="150.000000" z="25.000010" />
+      <vertex index="235" x="-50.000011" y="25.000017" z="-150.000000" />
+    </vertices>
+    <cells size="960">
+      <tetrahedron index="0" v0="24" v1="122" v2="187" v3="189" />
+      <tetrahedron index="1" v0="62" v1="63" v2="160" v3="217" />
+      <tetrahedron index="2" v0="104" v1="135" v2="145" v3="157" />
+      <tetrahedron index="3" v0="25" v1="94" v2="192" v3="210" />
+      <tetrahedron index="4" v0="21" v1="119" v2="150" v3="166" />
+      <tetrahedron index="5" v0="31" v1="97" v2="101" v3="197" />
+      <tetrahedron index="6" v0="24" v1="89" v2="189" v3="213" />
+      <tetrahedron index="7" v0="99" v1="124" v2="140" v3="154" />
+      <tetrahedron index="8" v0="9" v1="29" v2="82" v3="127" />
+      <tetrahedron index="9" v0="93" v1="94" v2="124" v3="210" />
+      <tetrahedron index="10" v0="57" v1="81" v2="143" v3="155" />
+      <tetrahedron index="11" v0="56" v1="85" v2="140" v3="154" />
+      <tetrahedron index="12" v0="56" v1="99" v2="127" v3="154" />
+      <tetrahedron index="13" v0="99" v1="124" v2="127" v3="154" />
+      <tetrahedron index="14" v0="121" v1="181" v2="183" v3="228" />
+      <tetrahedron index="15" v0="10" v1="95" v2="108" v3="129" />
+      <tetrahedron index="16" v0="68" v1="79" v2="144" v3="199" />
+      <tetrahedron index="17" v0="122" v1="187" v2="189" v3="228" />
+      <tetrahedron index="18" v0="57" v1="102" v2="132" v3="155" />
+      <tetrahedron index="19" v0="74" v1="124" v2="140" v3="172" />
+      <tetrahedron index="20" v0="132" v1="138" v2="156" v3="211" />
+      <tetrahedron index="21" v0="1" v1="29" v2="56" v3="99" />
+      <tetrahedron index="22" v0="1" v1="26" v2="29" v3="99" />
+      <tetrahedron index="23" v0="120" v1="152" v2="177" v3="206" />
+      <tetrahedron index="24" v0="123" v1="193" v2="195" v3="226" />
+      <tetrahedron index="25" v0="75" v1="114" v2="141" v3="173" />
+      <tetrahedron index="26" v0="109" v1="169" v2="171" v3="194" />
+      <tetrahedron index="27" v0="115" v1="161" v2="178" v3="179" />
+      <tetrahedron index="28" v0="23" v1="82" v2="154" v3="180" />
+      <tetrahedron index="29" v0="55" v1="75" v2="141" v3="153" />
+      <tetrahedron index="30" v0="98" v1="126" v2="208" v3="216" />
+      <tetrahedron index="31" v0="86" v1="138" v2="184" v3="211" />
+      <tetrahedron index="32" v0="9" v1="92" v2="93" v3="127" />
+      <tetrahedron index="33" v0="95" v1="158" v2="193" v3="214" />
+      <tetrahedron index="34" v0="107" v1="127" v2="191" v3="210" />
+      <tetrahedron index="35" v0="80" v1="98" v2="142" v3="216" />
+      <tetrahedron index="36" v0="23" v1="181" v2="182" v3="183" />
+      <tetrahedron index="37" v0="95" v1="97" v2="224" v3="235" />
+      <tetrahedron index="38" v0="74" v1="75" v2="140" v3="172" />
+      <tetrahedron index="39" v0="1" v1="26" v2="42" v3="99" />
+      <tetrahedron index="40" v0="59" v1="69" v2="136" v3="200" />
+      <tetrahedron index="41" v0="70" v1="88" v2="112" v3="136" />
+      <tetrahedron index="42" v0="38" v1="59" v2="69" v3="204" />
+      <tetrahedron index="43" v0="34" v1="40" v2="58" v3="102" />
+      <tetrahedron index="44" v0="24" v1="184" v2="187" v3="211" />
+      <tetrahedron index="45" v0="53" v1="105" v2="147" v3="151" />
+      <tetrahedron index="46" v0="40" v1="62" v2="102" v3="138" />
+      <tetrahedron index="47" v0="117" v1="164" v2="223" v3="234" />
+      <tetrahedron index="48" v0="8" v1="93" v2="94" v3="124" />
+      <tetrahedron index="49" v0="167" v1="176" v2="196" v3="207" />
+      <tetrahedron index="50" v0="122" v1="157" v2="188" v3="207" />
+      <tetrahedron index="51" v0="153" v1="188" v2="189" v3="228" />
+      <tetrahedron index="52" v0="107" v1="126" v2="178" v3="216" />
+      <tetrahedron index="53" v0="156" v1="184" v2="187" v3="205" />
+      <tetrahedron index="54" v0="28" v1="60" v2="98" v3="229" />
+      <tetrahedron index="55" v0="111" v1="157" v2="175" v3="176" />
+      <tetrahedron index="56" v0="57" v1="83" v2="132" v3="155" />
+      <tetrahedron index="57" v0="67" v1="222" v2="223" v3="234" />
+      <tetrahedron index="58" v0="21" v1="52" v2="71" v3="150" />
+      <tetrahedron index="59" v0="47" v1="69" v2="104" v3="204" />
+      <tetrahedron index="60" v0="145" v1="157" v2="167" v3="176" />
+      <tetrahedron index="61" v0="181" v1="187" v2="205" v3="228" />
+      <tetrahedron index="62" v0="1" v1="42" v2="56" v3="99" />
+      <tetrahedron index="63" v0="155" v1="156" v2="160" v3="205" />
+      <tetrahedron index="64" v0="12" v1="34" v2="58" v3="132" />
+      <tetrahedron index="65" v0="132" v1="138" v2="155" v3="156" />
+      <tetrahedron index="66" v0="157" v1="167" v2="176" v3="207" />
+      <tetrahedron index="67" v0="181" v1="182" v2="187" v3="228" />
+      <tetrahedron index="68" v0="45" v1="57" v2="81" v3="143" />
+      <tetrahedron index="69" v0="10" v1="65" v2="108" v3="128" />
+      <tetrahedron index="70" v0="10" v1="95" v2="108" v3="128" />
+      <tetrahedron index="71" v0="59" v1="88" v2="136" v3="218" />
+      <tetrahedron index="72" v0="12" v1="83" v2="110" v3="133" />
+      <tetrahedron index="73" v0="90" v1="111" v2="134" v3="213" />
+      <tetrahedron index="74" v0="16" v1="42" v2="85" v3="140" />
+      <tetrahedron index="75" v0="142" v1="148" v2="161" v3="178" />
+      <tetrahedron index="76" v0="96" v1="130" v2="220" v3="235" />
+      <tetrahedron index="77" v0="40" v1="58" v2="102" v3="138" />
+      <tetrahedron index="78" v0="16" v1="42" v2="74" v3="140" />
+      <tetrahedron index="79" v0="26" v1="42" v2="74" v3="99" />
+      <tetrahedron index="80" v0="91" v1="103" v2="134" v3="213" />
+      <tetrahedron index="81" v0="24" v1="188" v2="189" v3="213" />
+      <tetrahedron index="82" v0="12" v1="83" v2="110" v3="132" />
+      <tetrahedron index="83" v0="34" v1="58" v2="102" v3="132" />
+      <tetrahedron index="84" v0="17" v1="62" v2="63" v3="143" />
+      <tetrahedron index="85" v0="95" v1="108" v2="128" v3="158" />
+      <tetrahedron index="86" v0="120" v1="177" v2="206" v3="207" />
+      <tetrahedron index="87" v0="113" v1="139" v2="162" v3="230" />
+      <tetrahedron index="88" v0="89" v1="110" v2="133" v3="187" />
+      <tetrahedron index="89" v0="12" v1="35" v2="84" v3="133" />
+      <tetrahedron index="90" v0="82" v1="107" v2="180" v3="216" />
+      <tetrahedron index="91" v0="93" v1="99" v2="124" v3="127" />
+      <tetrahedron index="92" v0="156" v1="184" v2="187" v3="211" />
+      <tetrahedron index="93" v0="57" v1="102" v2="143" v3="155" />
+      <tetrahedron index="94" v0="107" v1="180" v2="190" v3="191" />
+      <tetrahedron index="95" v0="21" v1="52" v2="68" v3="150" />
+      <tetrahedron index="96" v0="115" v1="160" v2="161" v3="179" />
+      <tetrahedron index="97" v0="59" v1="136" v2="157" v3="218" />
+      <tetrahedron index="98" v0="23" v1="121" v2="155" v3="179" />
+      <tetrahedron index="99" v0="205" v1="206" v2="226" v3="231" />
+      <tetrahedron index="100" v0="23" v1="121" v2="154" v3="183" />
+      <tetrahedron index="101" v0="37" v1="47" v2="104" v3="204" />
+      <tetrahedron index="102" v0="17" v1="44" v2="63" v3="142" />
+      <tetrahedron index="103" v0="126" v1="142" v2="178" v3="216" />
+      <tetrahedron index="104" v0="45" v1="57" v2="102" v3="143" />
+      <tetrahedron index="105" v0="16" v1="74" v2="75" v3="140" />
+      <tetrahedron index="106" v0="55" v1="103" v2="141" v3="153" />
+      <tetrahedron index="107" v0="56" v1="99" v2="140" v3="154" />
+      <tetrahedron index="108" v0="164" v1="171" v2="226" v3="227" />
+      <tetrahedron index="109" v0="40" v1="45" v2="62" v3="102" />
+      <tetrahedron index="110" v0="160" v1="162" v2="217" v3="230" />
+      <tetrahedron index="111" v0="81" v1="115" v2="142" v3="178" />
+      <tetrahedron index="112" v0="40" v1="58" v2="86" v3="138" />
+      <tetrahedron index="113" v0="8" v1="27" v2="94" v3="125" />
+      <tetrahedron index="114" v0="34" v1="57" v2="83" v3="132" />
+      <tetrahedron index="115" v0="75" v1="114" v2="172" v3="173" />
+      <tetrahedron index="116" v0="92" v1="107" v2="127" v3="210" />
+      <tetrahedron index="117" v0="98" v1="126" v2="142" v3="216" />
+      <tetrahedron index="118" v0="62" v1="64" v2="138" v3="230" />
+      <tetrahedron index="119" v0="118" v1="149" v2="165" v3="234" />
+      <tetrahedron index="120" v0="81" v1="143" v2="155" v3="179" />
+      <tetrahedron index="121" v0="19" v1="67" v2="117" v3="146" />
+      <tetrahedron index="122" v0="12" v1="35" v2="89" v3="133" />
+      <tetrahedron index="123" v0="103" v1="134" v2="153" v3="189" />
+      <tetrahedron index="124" v0="85" v1="114" v2="141" v3="182" />
+      <tetrahedron index="125" v0="83" v1="110" v2="181" v3="182" />
+      <tetrahedron index="126" v0="17" v1="45" v2="62" v3="143" />
+      <tetrahedron index="127" v0="110" v1="133" v2="182" v3="187" />
+      <tetrahedron index="128" v0="113" v1="138" v2="160" v3="184" />
+      <tetrahedron index="129" v0="90" v1="91" v2="134" v3="213" />
+      <tetrahedron index="130" v0="42" v1="56" v2="99" v3="140" />
+      <tetrahedron index="131" v0="82" v1="107" v2="127" v3="180" />
+      <tetrahedron index="132" v0="159" v1="169" v2="194" v3="226" />
+      <tetrahedron index="133" v0="45" v1="62" v2="102" v3="143" />
+      <tetrahedron index="134" v0="5" v1="35" v2="91" v3="103" />
+      <tetrahedron index="135" v0="4" v1="34" v2="40" v3="57" />
+      <tetrahedron index="136" v0="81" v1="115" v2="143" v3="179" />
+      <tetrahedron index="137" v0="17" v1="45" v2="81" v3="143" />
+      <tetrahedron index="138" v0="74" v1="99" v2="124" v3="140" />
+      <tetrahedron index="139" v0="14" v1="70" v2="88" v3="200" />
+      <tetrahedron index="140" v0="122" v1="184" v2="186" v3="227" />
+      <tetrahedron index="141" v0="17" v1="81" v2="115" v3="143" />
+      <tetrahedron index="142" v0="28" v1="44" v2="80" v3="98" />
+      <tetrahedron index="143" v0="12" v1="58" v2="89" v3="132" />
+      <tetrahedron index="144" v0="75" v1="141" v2="153" v3="173" />
+      <tetrahedron index="145" v0="118" v1="149" v2="162" v3="234" />
+      <tetrahedron index="146" v0="94" v1="125" v2="192" v3="220" />
+      <tetrahedron index="147" v0="83" v1="84" v2="85" v3="182" />
+      <tetrahedron index="148" v0="114" v1="173" v2="182" v3="183" />
+      <tetrahedron index="149" v0="84" v1="85" v2="141" v3="182" />
+      <tetrahedron index="150" v0="16" v1="85" v2="114" v3="141" />
+      <tetrahedron index="151" v0="155" v1="156" v2="181" v3="205" />
+      <tetrahedron index="152" v0="113" v1="160" v2="162" v3="184" />
+      <tetrahedron index="153" v0="69" v1="104" v2="136" v3="145" />
+      <tetrahedron index="154" v0="56" v1="82" v2="127" v3="154" />
+      <tetrahedron index="155" v0="23" v1="81" v2="178" v3="179" />
+      <tetrahedron index="156" v0="16" v1="75" v2="114" v3="140" />
+      <tetrahedron index="157" v0="70" v1="88" v2="112" v3="137" />
+      <tetrahedron index="158" v0="58" v1="132" v2="138" v3="211" />
+      <tetrahedron index="159" v0="23" v1="81" v2="155" v3="179" />
+      <tetrahedron index="160" v0="180" v1="190" v2="191" v3="231" />
+      <tetrahedron index="161" v0="106" v1="124" v2="172" v3="191" />
+      <tetrahedron index="162" v0="26" v1="29" v2="93" v3="99" />
+      <tetrahedron index="163" v0="34" v1="57" v2="102" v3="132" />
+      <tetrahedron index="164" v0="92" v1="107" v2="210" v3="214" />
+      <tetrahedron index="165" v0="58" v1="102" v2="132" v3="138" />
+      <tetrahedron index="166" v0="42" v1="56" v2="85" v3="140" />
+      <tetrahedron index="167" v0="107" v1="126" v2="208" v3="229" />
+      <tetrahedron index="168" v0="17" v1="63" v2="115" v3="143" />
+      <tetrahedron index="169" v0="120" v1="175" v2="177" v3="207" />
+      <tetrahedron index="170" v0="43" v1="55" v2="75" v3="141" />
+      <tetrahedron index="171" v0="12" v1="89" v2="110" v3="133" />
+      <tetrahedron index="172" v0="159" v1="169" v2="206" v3="226" />
+      <tetrahedron index="173" v0="95" v1="193" v2="214" v3="235" />
+      <tetrahedron index="174" v0="12" v1="89" v2="110" v3="132" />
+      <tetrahedron index="175" v0="93" v1="124" v2="127" v3="210" />
+      <tetrahedron index="176" v0="23" v1="83" v2="181" v3="182" />
+      <tetrahedron index="177" v0="110" v1="156" v2="187" v3="211" />
+      <tetrahedron index="178" v0="50" v1="65" v2="128" v3="212" />
+      <tetrahedron index="179" v0="121" v1="205" v2="228" v3="231" />
+      <tetrahedron index="180" v0="16" v1="84" v2="85" v3="141" />
+      <tetrahedron index="181" v0="124" v1="140" v2="154" v3="172" />
+      <tetrahedron index="182" v0="148" v1="158" v2="193" v3="226" />
+      <tetrahedron index="183" v0="10" v1="65" v2="66" v3="223" />
+      <tetrahedron index="184" v0="16" v1="75" v2="114" v3="141" />
+      <tetrahedron index="185" v0="86" v1="113" v2="138" v3="184" />
+      <tetrahedron index="186" v0="62" v1="63" v2="143" v3="160" />
+      <tetrahedron index="187" v0="9" v1="82" v2="107" v3="127" />
+      <tetrahedron index="188" v0="69" v1="70" v2="136" v3="203" />
+      <tetrahedron index="189" v0="20" v1="221" v2="222" v3="234" />
+      <tetrahedron index="190" v0="111" v1="188" v2="213" v3="218" />
+      <tetrahedron index="191" v0="59" v1="69" v2="104" v3="204" />
+      <tetrahedron index="192" v0="5" v1="36" v2="55" v3="103" />
+      <tetrahedron index="193" v0="103" v1="134" v2="189" v3="213" />
+      <tetrahedron index="194" v0="24" v1="86" v2="184" v3="211" />
+      <tetrahedron index="195" v0="19" v1="72" v2="117" v3="146" />
+      <tetrahedron index="196" v0="44" v1="50" v2="63" v3="142" />
+      <tetrahedron index="197" v0="16" v1="43" v2="84" v3="141" />
+      <tetrahedron index="198" v0="16" v1="43" v2="75" v3="141" />
+      <tetrahedron index="199" v0="44" v1="80" v2="98" v3="142" />
+      <tetrahedron index="200" v0="44" v1="50" v2="98" v3="142" />
+      <tetrahedron index="201" v0="155" v1="160" v2="179" v3="205" />
+      <tetrahedron index="202" v0="149" v1="162" v2="185" v3="227" />
+      <tetrahedron index="203" v0="43" v1="84" v2="103" v3="141" />
+      <tetrahedron index="204" v0="43" v1="55" v2="103" v3="141" />
+      <tetrahedron index="205" v0="55" v1="103" v2="134" v3="153" />
+      <tetrahedron index="206" v0="9" v1="92" v2="107" v3="127" />
+      <tetrahedron index="207" v0="23" v1="56" v2="82" v3="154" />
+      <tetrahedron index="208" v0="107" v1="178" v2="180" v3="190" />
+      <tetrahedron index="209" v0="103" v1="133" v2="141" v3="153" />
+      <tetrahedron index="210" v0="23" v1="83" v2="85" v3="182" />
+      <tetrahedron index="211" v0="103" v1="133" v2="153" v3="189" />
+      <tetrahedron index="212" v0="24" v1="122" v2="184" v3="186" />
+      <tetrahedron index="213" v0="120" v1="153" v2="175" v3="228" />
+      <tetrahedron index="214" v0="138" v1="155" v2="156" v3="160" />
+      <tetrahedron index="215" v0="133" v1="141" v2="153" v3="182" />
+      <tetrahedron index="216" v0="66" v1="67" v2="222" v3="223" />
+      <tetrahedron index="217" v0="138" v1="143" v2="155" v3="160" />
+      <tetrahedron index="218" v0="67" v1="221" v2="222" v3="234" />
+      <tetrahedron index="219" v0="12" v1="34" v2="83" v3="132" />
+      <tetrahedron index="220" v0="81" v1="115" v2="178" v3="179" />
+      <tetrahedron index="221" v0="23" v1="121" v2="154" v3="180" />
+      <tetrahedron index="222" v0="169" v1="171" v2="226" v3="227" />
+      <tetrahedron index="223" v0="42" v1="74" v2="99" v3="140" />
+      <tetrahedron index="224" v0="25" v1="214" v2="224" v3="235" />
+      <tetrahedron index="225" v0="92" v1="107" v2="214" v3="229" />
+      <tetrahedron index="226" v0="105" v1="139" v2="149" v3="185" />
+      <tetrahedron index="227" v0="5" v1="36" v2="91" v3="103" />
+      <tetrahedron index="228" v0="67" v1="219" v2="221" v3="234" />
+      <tetrahedron index="229" v0="19" v1="72" v2="117" v3="147" />
+      <tetrahedron index="230" v0="125" v1="130" v2="152" v3="159" />
+      <tetrahedron index="231" v0="23" v1="82" v2="180" v3="216" />
+      <tetrahedron index="232" v0="13" v1="36" v2="77" v3="134" />
+      <tetrahedron index="233" v0="41" v1="51" v2="105" v3="139" />
+      <tetrahedron index="234" v0="105" v1="147" v2="149" v3="234" />
+      <tetrahedron index="235" v0="149" v1="151" v2="170" v3="227" />
+      <tetrahedron index="236" v0="35" v1="43" v2="84" v3="103" />
+      <tetrahedron index="237" v0="12" v1="83" v2="84" v3="133" />
+      <tetrahedron index="238" v0="34" v1="40" v2="57" v3="102" />
+      <tetrahedron index="239" v0="108" v1="128" v2="148" v3="158" />
+      <tetrahedron index="240" v0="87" v1="88" v2="137" v3="215" />
+      <tetrahedron index="241" v0="5" v1="35" v2="43" v3="103" />
+      <tetrahedron index="242" v0="107" v1="126" v2="208" v3="216" />
+      <tetrahedron index="243" v0="81" v1="142" v2="178" v3="216" />
+      <tetrahedron index="244" v0="124" v1="154" v2="172" v3="191" />
+      <tetrahedron index="245" v0="130" v1="159" v2="220" v3="235" />
+      <tetrahedron index="246" v0="114" v1="141" v2="173" v3="182" />
+      <tetrahedron index="247" v0="145" v1="167" v2="196" v3="203" />
+      <tetrahedron index="248" v0="68" v1="145" v2="196" v3="203" />
+      <tetrahedron index="249" v0="24" v1="86" v2="184" v3="185" />
+      <tetrahedron index="250" v0="13" v1="90" v2="111" v3="135" />
+      <tetrahedron index="251" v0="117" v1="147" v2="149" v3="234" />
+      <tetrahedron index="252" v0="105" v1="139" v2="149" v3="234" />
+      <tetrahedron index="253" v0="125" v1="159" v2="174" v3="192" />
+      <tetrahedron index="254" v0="118" v1="149" v2="162" v3="227" />
+      <tetrahedron index="255" v0="5" v1="43" v2="55" v3="103" />
+      <tetrahedron index="256" v0="11" v1="33" v2="96" v3="131" />
+      <tetrahedron index="257" v0="120" v1="173" v2="228" v3="231" />
+      <tetrahedron index="258" v0="86" v1="87" v2="139" v3="185" />
+      <tetrahedron index="259" v0="119" v1="166" v2="206" v3="207" />
+      <tetrahedron index="260" v0="19" v1="72" v2="73" v3="146" />
+      <tetrahedron index="261" v0="138" v1="156" v2="160" v3="184" />
+      <tetrahedron index="262" v0="75" v1="114" v2="140" v3="172" />
+      <tetrahedron index="263" v0="36" v1="91" v2="103" v3="134" />
+      <tetrahedron index="264" v0="36" v1="55" v2="103" v3="134" />
+      <tetrahedron index="265" v0="164" v1="170" v2="171" v3="227" />
+      <tetrahedron index="266" v0="92" v1="93" v2="127" v3="210" />
+      <tetrahedron index="267" v0="122" v1="205" v2="207" v3="227" />
+      <tetrahedron index="268" v0="35" v1="89" v2="91" v3="133" />
+      <tetrahedron index="269" v0="35" v1="84" v2="103" v3="133" />
+      <tetrahedron index="270" v0="35" v1="91" v2="103" v3="133" />
+      <tetrahedron index="271" v0="21" v1="167" v2="196" v3="203" />
+      <tetrahedron index="272" v0="171" v1="194" v2="195" v3="226" />
+      <tetrahedron index="273" v0="24" v1="122" v2="184" v3="187" />
+      <tetrahedron index="274" v0="95" v1="108" v2="129" v3="193" />
+      <tetrahedron index="275" v0="134" v1="153" v2="188" v3="189" />
+      <tetrahedron index="276" v0="18" v1="68" v2="79" v3="199" />
+      <tetrahedron index="277" v0="205" v1="206" v2="207" v3="227" />
+      <tetrahedron index="278" v0="4" v1="40" v2="45" v3="57" />
+      <tetrahedron index="279" v0="0" v1="28" v2="44" v3="98" />
+      <tetrahedron index="280" v0="110" v1="181" v2="182" v3="187" />
+      <tetrahedron index="281" v0="26" v1="93" v2="99" v3="124" />
+      <tetrahedron index="282" v0="123" v1="193" v2="195" v3="235" />
+      <tetrahedron index="283" v0="123" v1="158" v2="190" v3="214" />
+      <tetrahedron index="284" v0="65" v1="108" v2="128" v3="212" />
+      <tetrahedron index="285" v0="117" v1="164" v2="170" v3="171" />
+      <tetrahedron index="286" v0="164" v1="171" v2="195" v3="226" />
+      <tetrahedron index="287" v0="29" v1="56" v2="82" v3="127" />
+      <tetrahedron index="288" v0="107" v1="127" v2="180" v3="191" />
+      <tetrahedron index="289" v0="26" v1="74" v2="99" v3="124" />
+      <tetrahedron index="290" v0="29" v1="93" v2="99" v3="127" />
+      <tetrahedron index="291" v0="29" v1="56" v2="99" v3="127" />
+      <tetrahedron index="292" v0="69" v1="136" v2="145" v3="203" />
+      <tetrahedron index="293" v0="9" v1="29" v2="93" v3="127" />
+      <tetrahedron index="294" v0="107" v1="126" v2="214" v3="229" />
+      <tetrahedron index="295" v0="118" v1="161" v2="163" v3="233" />
+      <tetrahedron index="296" v0="132" v1="155" v2="156" v3="181" />
+      <tetrahedron index="297" v0="85" v1="114" v2="182" v3="183" />
+      <tetrahedron index="298" v0="157" v1="175" v2="176" v3="207" />
+      <tetrahedron index="299" v0="23" v1="56" v2="85" v3="154" />
+      <tetrahedron index="300" v0="140" v1="154" v2="172" v3="183" />
+      <tetrahedron index="301" v0="58" v1="89" v2="132" v3="211" />
+      <tetrahedron index="302" v0="124" v1="127" v2="154" v3="191" />
+      <tetrahedron index="303" v0="114" v1="140" v2="172" v3="183" />
+      <tetrahedron index="304" v0="141" v1="153" v2="173" v3="182" />
+      <tetrahedron index="305" v0="23" v1="57" v2="83" v3="155" />
+      <tetrahedron index="306" v0="23" v1="57" v2="81" v3="155" />
+      <tetrahedron index="307" v0="153" v1="175" v2="188" v3="228" />
+      <tetrahedron index="308" v0="143" v1="155" v2="160" v3="179" />
+      <tetrahedron index="309" v0="82" v1="127" v2="154" v3="180" />
+      <tetrahedron index="310" v0="83" v1="84" v2="133" v3="182" />
+      <tetrahedron index="311" v0="159" v1="174" v2="192" v3="206" />
+      <tetrahedron index="312" v0="40" v1="45" v2="57" v3="102" />
+      <tetrahedron index="313" v0="83" v1="110" v2="133" v3="182" />
+      <tetrahedron index="314" v0="24" v1="122" v2="188" v3="189" />
+      <tetrahedron index="315" v0="115" v1="143" v2="160" v3="179" />
+      <tetrahedron index="316" v0="17" v1="80" v2="81" v3="142" />
+      <tetrahedron index="317" v0="17" v1="44" v2="80" v3="142" />
+      <tetrahedron index="318" v0="17" v1="63" v2="115" v3="142" />
+      <tetrahedron index="319" v0="17" v1="81" v2="115" v3="142" />
+      <tetrahedron index="320" v0="16" v1="85" v2="114" v3="140" />
+      <tetrahedron index="321" v0="160" v1="161" v2="162" v3="233" />
+      <tetrahedron index="322" v0="122" v1="205" v2="207" v3="228" />
+      <tetrahedron index="323" v0="110" v1="156" v2="181" v3="187" />
+      <tetrahedron index="324" v0="15" v1="40" v2="86" v3="138" />
+      <tetrahedron index="325" v0="15" v1="62" v2="64" v3="138" />
+      <tetrahedron index="326" v0="15" v1="40" v2="62" v3="138" />
+      <tetrahedron index="327" v0="153" v1="173" v2="182" v3="228" />
+      <tetrahedron index="328" v0="15" v1="64" v2="113" v3="138" />
+      <tetrahedron index="329" v0="15" v1="86" v2="113" v3="138" />
+      <tetrahedron index="330" v0="110" v1="132" v2="156" v3="181" />
+      <tetrahedron index="331" v0="83" v1="110" v2="132" v3="181" />
+      <tetrahedron index="332" v0="83" v1="132" v2="155" v3="181" />
+      <tetrahedron index="333" v0="121" v1="154" v2="183" v3="231" />
+      <tetrahedron index="334" v0="120" v1="153" v2="173" v3="228" />
+      <tetrahedron index="335" v0="31" v1="66" v2="101" v3="197" />
+      <tetrahedron index="336" v0="127" v1="154" v2="180" v3="191" />
+      <tetrahedron index="337" v0="115" v1="142" v2="161" v3="178" />
+      <tetrahedron index="338" v0="22" v1="54" v2="76" v3="152" />
+      <tetrahedron index="339" v0="23" v1="121" v2="155" v3="181" />
+      <tetrahedron index="340" v0="23" v1="83" v2="155" v3="181" />
+      <tetrahedron index="341" v0="36" v1="90" v2="91" v3="134" />
+      <tetrahedron index="342" v0="111" v1="157" v2="175" v3="188" />
+      <tetrahedron index="343" v0="0" v1="28" v2="60" v3="98" />
+      <tetrahedron index="344" v0="20" v1="163" v2="212" v3="233" />
+      <tetrahedron index="345" v0="41" v1="87" v2="105" v3="232" />
+      <tetrahedron index="346" v0="23" v1="178" v2="179" v3="180" />
+      <tetrahedron index="347" v0="23" v1="121" v2="179" v3="180" />
+      <tetrahedron index="348" v0="20" v1="212" v2="217" v3="233" />
+      <tetrahedron index="349" v0="25" v1="192" v2="220" v3="235" />
+      <tetrahedron index="350" v0="114" v1="172" v2="173" v3="183" />
+      <tetrahedron index="351" v0="24" v1="122" v2="188" v3="218" />
+      <tetrahedron index="352" v0="117" v1="164" v2="165" v3="170" />
+      <tetrahedron index="353" v0="113" v1="138" v2="160" v3="230" />
+      <tetrahedron index="354" v0="23" v1="85" v2="182" v3="183" />
+      <tetrahedron index="355" v0="70" v1="136" v2="167" v3="203" />
+      <tetrahedron index="356" v0="169" v1="170" v2="171" v3="227" />
+      <tetrahedron index="357" v0="85" v1="114" v2="140" v3="183" />
+      <tetrahedron index="358" v0="85" v1="140" v2="154" v3="183" />
+      <tetrahedron index="359" v0="10" v1="108" v2="129" v3="223" />
+      <tetrahedron index="360" v0="23" v1="121" v2="181" v3="183" />
+      <tetrahedron index="361" v0="22" v1="120" v2="173" v3="174" />
+      <tetrahedron index="362" v0="23" v1="85" v2="154" v3="183" />
+      <tetrahedron index="363" v0="107" v1="190" v2="191" v3="210" />
+      <tetrahedron index="364" v0="111" v1="135" v2="157" v3="218" />
+      <tetrahedron index="365" v0="79" v1="116" v2="176" v3="177" />
+      <tetrahedron index="366" v0="80" v1="81" v2="142" v3="216" />
+      <tetrahedron index="367" v0="111" v1="157" v2="188" v3="218" />
+      <tetrahedron index="368" v0="60" v1="98" v2="128" v3="214" />
+      <tetrahedron index="369" v0="120" v1="174" v2="206" v3="231" />
+      <tetrahedron index="370" v0="120" v1="152" v2="174" v3="206" />
+      <tetrahedron index="371" v0="25" v1="123" v2="214" v3="235" />
+      <tetrahedron index="372" v0="157" v1="175" v2="188" v3="207" />
+      <tetrahedron index="373" v0="182" v1="187" v2="189" v3="228" />
+      <tetrahedron index="374" v0="156" v1="160" v2="184" v3="205" />
+      <tetrahedron index="375" v0="121" v1="179" v2="205" v3="226" />
+      <tetrahedron index="376" v0="10" v1="50" v2="65" v3="128" />
+      <tetrahedron index="377" v0="10" v1="30" v2="50" v3="128" />
+      <tetrahedron index="378" v0="10" v1="60" v2="95" v3="128" />
+      <tetrahedron index="379" v0="10" v1="30" v2="60" v3="128" />
+      <tetrahedron index="380" v0="103" v1="133" v2="189" v3="213" />
+      <tetrahedron index="381" v0="176" v1="177" v2="196" v3="207" />
+      <tetrahedron index="382" v0="133" v1="153" v2="182" v3="189" />
+      <tetrahedron index="383" v0="133" v1="182" v2="187" v3="189" />
+      <tetrahedron index="384" v0="100" v1="130" v2="150" v3="152" />
+      <tetrahedron index="385" v0="25" v1="123" v2="210" v3="214" />
+      <tetrahedron index="386" v0="70" v1="87" v2="88" v3="137" />
+      <tetrahedron index="387" v0="108" v1="148" v2="163" v3="233" />
+      <tetrahedron index="388" v0="126" v1="158" v2="178" v3="190" />
+      <tetrahedron index="389" v0="107" v1="126" v2="178" v3="190" />
+      <tetrahedron index="390" v0="121" v1="179" v2="180" v3="226" />
+      <tetrahedron index="391" v0="178" v1="179" v2="180" v3="226" />
+      <tetrahedron index="392" v0="160" v1="162" v2="217" v3="233" />
+      <tetrahedron index="393" v0="84" v1="133" v2="141" v3="182" />
+      <tetrahedron index="394" v0="77" v1="111" v2="135" v3="176" />
+      <tetrahedron index="395" v0="121" v1="155" v2="181" v3="205" />
+      <tetrahedron index="396" v0="28" v1="80" v2="98" v3="208" />
+      <tetrahedron index="397" v0="8" v1="76" v2="106" v3="125" />
+      <tetrahedron index="398" v0="168" v1="186" v2="207" v3="227" />
+      <tetrahedron index="399" v0="190" v1="191" v2="192" v3="231" />
+      <tetrahedron index="400" v0="113" v1="162" v2="184" v3="185" />
+      <tetrahedron index="401" v0="205" v1="206" v2="207" v3="228" />
+      <tetrahedron index="402" v0="138" v1="156" v2="184" v3="211" />
+      <tetrahedron index="403" v0="0" v1="44" v2="50" v3="98" />
+      <tetrahedron index="404" v0="164" v1="193" v2="195" v3="226" />
+      <tetrahedron index="405" v0="77" v1="78" v2="135" v3="176" />
+      <tetrahedron index="406" v0="62" v1="138" v2="143" v3="160" />
+      <tetrahedron index="407" v0="119" v1="151" v2="168" v3="227" />
+      <tetrahedron index="408" v0="64" v1="113" v2="139" v3="230" />
+      <tetrahedron index="409" v0="156" v1="181" v2="187" v3="205" />
+      <tetrahedron index="410" v0="77" v1="111" v2="175" v3="176" />
+      <tetrahedron index="411" v0="8" v1="26" v2="93" v3="124" />
+      <tetrahedron index="412" v0="98" v1="128" v2="142" v3="158" />
+      <tetrahedron index="413" v0="8" v1="26" v2="74" v3="124" />
+      <tetrahedron index="414" v0="13" v1="37" v2="59" v3="135" />
+      <tetrahedron index="415" v0="6" v1="37" v2="59" v3="204" />
+      <tetrahedron index="416" v0="115" v1="160" v2="161" v3="233" />
+      <tetrahedron index="417" v0="152" v1="177" v2="198" v3="206" />
+      <tetrahedron index="418" v0="8" v1="27" v2="76" v3="125" />
+      <tetrahedron index="419" v0="8" v1="76" v2="106" v3="124" />
+      <tetrahedron index="420" v0="163" v1="164" v2="193" v3="226" />
+      <tetrahedron index="421" v0="118" v1="163" v2="164" v3="226" />
+      <tetrahedron index="422" v0="37" v1="78" v2="104" v3="135" />
+      <tetrahedron index="423" v0="118" v1="164" v2="165" v3="227" />
+      <tetrahedron index="424" v0="22" v1="76" v2="152" v3="174" />
+      <tetrahedron index="425" v0="123" v1="159" v2="194" v3="235" />
+      <tetrahedron index="426" v0="148" v1="161" v2="163" v3="233" />
+      <tetrahedron index="427" v0="51" v1="105" v2="147" v3="219" />
+      <tetrahedron index="428" v0="110" v1="132" v2="156" v3="211" />
+      <tetrahedron index="429" v0="8" v1="94" v2="106" v3="124" />
+      <tetrahedron index="430" v0="96" v1="97" v2="224" v3="235" />
+      <tetrahedron index="431" v0="27" v1="61" v2="94" v3="125" />
+      <tetrahedron index="432" v0="27" v1="61" v2="100" v3="125" />
+      <tetrahedron index="433" v0="89" v1="110" v2="187" v3="211" />
+      <tetrahedron index="434" v0="119" v1="169" v2="206" v3="227" />
+      <tetrahedron index="435" v0="13" v1="77" v2="78" v3="135" />
+      <tetrahedron index="436" v0="111" v1="135" v2="157" v3="176" />
+      <tetrahedron index="437" v0="8" v1="94" v2="106" v3="125" />
+      <tetrahedron index="438" v0="123" v1="194" v2="195" v3="235" />
+      <tetrahedron index="439" v0="118" v1="205" v2="226" v3="227" />
+      <tetrahedron index="440" v0="120" v1="175" v2="207" v3="228" />
+      <tetrahedron index="441" v0="129" v1="164" v2="201" v3="223" />
+      <tetrahedron index="442" v0="115" v1="142" v2="161" v3="233" />
+      <tetrahedron index="443" v0="106" v1="172" v2="191" v3="192" />
+      <tetrahedron index="444" v0="59" v1="104" v2="135" v3="157" />
+      <tetrahedron index="445" v0="87" v1="105" v2="139" v3="185" />
+      <tetrahedron index="446" v0="123" v1="194" v2="195" v3="226" />
+      <tetrahedron index="447" v0="116" v1="145" v2="176" v3="196" />
+      <tetrahedron index="448" v0="77" v1="134" v2="153" v3="175" />
+      <tetrahedron index="449" v0="70" v1="112" v2="136" v3="167" />
+      <tetrahedron index="450" v0="135" v1="145" v2="157" v3="176" />
+      <tetrahedron index="451" v0="76" v1="106" v2="125" v3="174" />
+      <tetrahedron index="452" v0="22" v1="55" v2="77" v3="153" />
+      <tetrahedron index="453" v0="160" v1="161" v2="179" v3="205" />
+      <tetrahedron index="454" v0="77" v1="78" v2="79" v3="176" />
+      <tetrahedron index="455" v0="32" v1="52" v2="71" v3="130" />
+      <tetrahedron index="456" v0="94" v1="106" v2="125" v3="192" />
+      <tetrahedron index="457" v0="136" v1="145" v2="157" v3="167" />
+      <tetrahedron index="458" v0="63" v1="115" v2="142" v3="233" />
+      <tetrahedron index="459" v0="173" v1="183" v2="228" v3="231" />
+      <tetrahedron index="460" v0="59" v1="135" v2="157" v3="218" />
+      <tetrahedron index="461" v0="119" v1="206" v2="207" v3="227" />
+      <tetrahedron index="462" v0="107" v1="190" v2="210" v3="214" />
+      <tetrahedron index="463" v0="63" v1="160" v2="217" v3="233" />
+      <tetrahedron index="464" v0="28" v1="98" v2="208" v3="229" />
+      <tetrahedron index="465" v0="106" v1="172" v2="174" v3="192" />
+      <tetrahedron index="466" v0="106" v1="125" v2="174" v3="192" />
+      <tetrahedron index="467" v0="89" v1="133" v2="189" v3="213" />
+      <tetrahedron index="468" v0="51" v1="105" v2="139" v3="219" />
+      <tetrahedron index="469" v0="41" v1="51" v2="64" v3="139" />
+      <tetrahedron index="470" v0="77" v1="111" v2="134" v3="175" />
+      <tetrahedron index="471" v0="98" v1="126" v2="214" v3="229" />
+      <tetrahedron index="472" v0="61" v1="100" v2="125" v3="130" />
+      <tetrahedron index="473" v0="54" v1="100" v2="144" v3="152" />
+      <tetrahedron index="474" v0="60" v1="95" v2="128" v3="214" />
+      <tetrahedron index="475" v0="52" v1="68" v2="144" v3="150" />
+      <tetrahedron index="476" v0="122" v1="184" v2="205" v3="227" />
+      <tetrahedron index="477" v0="95" v1="214" v2="224" v3="235" />
+      <tetrahedron index="478" v0="55" v1="77" v2="134" v3="153" />
+      <tetrahedron index="479" v0="63" v1="115" v2="160" v3="233" />
+      <tetrahedron index="480" v0="22" v1="76" v2="172" v3="174" />
+      <tetrahedron index="481" v0="19" v1="66" v2="67" v3="146" />
+      <tetrahedron index="482" v0="148" v1="161" v2="178" v3="226" />
+      <tetrahedron index="483" v0="76" v1="106" v2="172" v3="174" />
+      <tetrahedron index="484" v0="60" v1="98" v2="214" v3="229" />
+      <tetrahedron index="485" v0="38" v1="59" v2="69" v3="200" />
+      <tetrahedron index="486" v0="146" v1="164" v2="201" v3="223" />
+      <tetrahedron index="487" v0="24" v1="86" v2="185" v3="215" />
+      <tetrahedron index="488" v0="105" v1="147" v2="149" v3="151" />
+      <tetrahedron index="489" v0="128" v1="142" v2="148" v3="233" />
+      <tetrahedron index="490" v0="36" v1="55" v2="77" v3="134" />
+      <tetrahedron index="491" v0="134" v1="153" v2="175" v3="188" />
+      <tetrahedron index="492" v0="76" v1="125" v2="152" v3="174" />
+      <tetrahedron index="493" v0="134" v1="188" v2="189" v3="213" />
+      <tetrahedron index="494" v0="111" v1="134" v2="175" v3="188" />
+      <tetrahedron index="495" v0="22" v1="55" v2="75" v3="153" />
+      <tetrahedron index="496" v0="13" v1="36" v2="90" v3="134" />
+      <tetrahedron index="497" v0="122" v1="186" v2="207" v3="227" />
+      <tetrahedron index="498" v0="13" v1="77" v2="111" v3="135" />
+      <tetrahedron index="499" v0="54" v1="100" v2="125" v3="152" />
+      <tetrahedron index="500" v0="14" v1="38" v2="88" v3="200" />
+      <tetrahedron index="501" v0="79" v1="144" v2="152" v3="177" />
+      <tetrahedron index="502" v0="39" v1="53" v2="70" v3="87" />
+      <tetrahedron index="503" v0="122" v1="157" v2="186" v3="207" />
+      <tetrahedron index="504" v0="161" v1="179" v2="205" v3="226" />
+      <tetrahedron index="505" v0="129" v1="164" v2="193" v3="195" />
+      <tetrahedron index="506" v0="24" v1="184" v2="185" v3="186" />
+      <tetrahedron index="507" v0="150" v1="152" v2="198" v3="206" />
+      <tetrahedron index="508" v0="31" v1="97" v2="101" v3="129" />
+      <tetrahedron index="509" v0="9" v1="208" v2="209" v3="229" />
+      <tetrahedron index="510" v0="166" v1="177" v2="196" v3="207" />
+      <tetrahedron index="511" v0="161" v1="178" v2="179" v3="226" />
+      <tetrahedron index="512" v0="8" v1="74" v2="76" v3="124" />
+      <tetrahedron index="513" v0="118" v1="161" v2="205" v3="226" />
+      <tetrahedron index="514" v0="118" v1="161" v2="163" v3="226" />
+      <tetrahedron index="515" v0="180" v1="190" v2="226" v3="231" />
+      <tetrahedron index="516" v0="122" v1="188" v2="189" v3="228" />
+      <tetrahedron index="517" v0="6" v1="37" v2="47" v3="204" />
+      <tetrahedron index="518" v0="98" v1="126" v2="158" v3="214" />
+      <tetrahedron index="519" v0="13" v1="77" v2="111" v3="134" />
+      <tetrahedron index="520" v0="129" v1="164" v2="195" v3="201" />
+      <tetrahedron index="521" v0="79" v1="116" v2="144" v3="177" />
+      <tetrahedron index="522" v0="123" v1="158" v2="190" v3="226" />
+      <tetrahedron index="523" v0="15" v1="41" v2="64" v3="139" />
+      <tetrahedron index="524" v0="59" v1="104" v2="136" v3="157" />
+      <tetrahedron index="525" v0="178" v1="180" v2="190" v3="226" />
+      <tetrahedron index="526" v0="108" v1="163" v2="212" v3="222" />
+      <tetrahedron index="527" v0="9" v1="107" v2="208" v3="229" />
+      <tetrahedron index="528" v0="119" v1="151" v2="170" v3="227" />
+      <tetrahedron index="529" v0="97" v1="101" v2="129" v3="235" />
+      <tetrahedron index="530" v0="172" v1="173" v2="183" v3="231" />
+      <tetrahedron index="531" v0="22" v1="172" v2="173" v3="174" />
+      <tetrahedron index="532" v0="22" v1="79" v2="176" v3="177" />
+      <tetrahedron index="533" v0="22" v1="77" v2="79" v3="176" />
+      <tetrahedron index="534" v0="22" v1="120" v2="175" v3="177" />
+      <tetrahedron index="535" v0="22" v1="75" v2="153" v3="173" />
+      <tetrahedron index="536" v0="22" v1="120" v2="153" v3="173" />
+      <tetrahedron index="537" v0="22" v1="120" v2="153" v3="175" />
+      <tetrahedron index="538" v0="22" v1="77" v2="153" v3="175" />
+      <tetrahedron index="539" v0="22" v1="75" v2="172" v3="173" />
+      <tetrahedron index="540" v0="13" v1="37" v2="78" v3="135" />
+      <tetrahedron index="541" v0="22" v1="175" v2="176" v3="177" />
+      <tetrahedron index="542" v0="22" v1="77" v2="175" v3="176" />
+      <tetrahedron index="543" v0="108" v1="163" v2="222" v3="223" />
+      <tetrahedron index="544" v0="27" v1="32" v2="61" v3="100" />
+      <tetrahedron index="545" v0="74" v1="76" v2="124" v3="172" />
+      <tetrahedron index="546" v0="76" v1="106" v2="124" v3="172" />
+      <tetrahedron index="547" v0="74" v1="75" v2="76" v3="172" />
+      <tetrahedron index="548" v0="22" v1="75" v2="76" v3="172" />
+      <tetrahedron index="549" v0="157" v1="167" v2="186" v3="207" />
+      <tetrahedron index="550" v0="22" v1="120" v2="152" v3="174" />
+      <tetrahedron index="551" v0="95" v1="128" v2="158" v3="214" />
+      <tetrahedron index="552" v0="111" v1="134" v2="188" v3="213" />
+      <tetrahedron index="553" v0="3" v1="33" v2="97" v3="197" />
+      <tetrahedron index="554" v0="52" v1="100" v2="130" v3="150" />
+      <tetrahedron index="555" v0="65" v1="108" v2="222" v3="223" />
+      <tetrahedron index="556" v0="119" v1="166" v2="168" v3="207" />
+      <tetrahedron index="557" v0="118" v1="164" v2="226" v3="227" />
+      <tetrahedron index="558" v0="71" v1="109" v2="130" v3="169" />
+      <tetrahedron index="559" v0="160" v1="161" v2="162" v3="205" />
+      <tetrahedron index="560" v0="109" v1="159" v2="169" v3="194" />
+      <tetrahedron index="561" v0="121" v1="181" v2="205" v3="228" />
+      <tetrahedron index="562" v0="37" v1="59" v2="104" v3="135" />
+      <tetrahedron index="563" v0="52" v1="54" v2="100" v3="144" />
+      <tetrahedron index="564" v0="109" v1="130" v2="159" v3="169" />
+      <tetrahedron index="565" v0="130" v1="150" v2="152" v3="159" />
+      <tetrahedron index="566" v0="21" v1="166" v2="167" v3="168" />
+      <tetrahedron index="567" v0="25" v1="94" v2="192" v3="220" />
+      <tetrahedron index="568" v0="65" v1="108" v2="212" v3="222" />
+      <tetrahedron index="569" v0="25" v1="123" v2="192" v3="235" />
+      <tetrahedron index="570" v0="71" v1="109" v2="169" v3="171" />
+      <tetrahedron index="571" v0="95" v1="129" v2="193" v3="235" />
+      <tetrahedron index="572" v0="66" v1="67" v2="146" v3="223" />
+      <tetrahedron index="573" v0="22" v1="120" v2="152" v3="177" />
+      <tetrahedron index="574" v0="24" v1="185" v2="186" v3="215" />
+      <tetrahedron index="575" v0="13" v1="59" v2="90" v3="135" />
+      <tetrahedron index="576" v0="117" v1="147" v2="149" v3="170" />
+      <tetrahedron index="577" v0="2" v1="27" v2="52" v3="54" />
+      <tetrahedron index="578" v0="101" v1="131" v2="195" v3="235" />
+      <tetrahedron index="579" v0="101" v1="131" v2="195" v3="201" />
+      <tetrahedron index="580" v0="100" v1="125" v2="130" v3="152" />
+      <tetrahedron index="581" v0="136" v1="145" v2="167" v3="203" />
+      <tetrahedron index="582" v0="125" v1="152" v2="159" v3="174" />
+      <tetrahedron index="583" v0="181" v1="182" v2="183" v3="228" />
+      <tetrahedron index="584" v0="89" v1="133" v2="187" v3="189" />
+      <tetrahedron index="585" v0="22" v1="79" v2="152" v3="177" />
+      <tetrahedron index="586" v0="96" v1="224" v2="225" v3="235" />
+      <tetrahedron index="587" v0="53" v1="70" v2="87" v3="137" />
+      <tetrahedron index="588" v0="3" v1="33" v2="48" v3="197" />
+      <tetrahedron index="589" v0="3" v1="31" v2="97" v3="197" />
+      <tetrahedron index="590" v0="184" v1="185" v2="186" v3="227" />
+      <tetrahedron index="591" v0="21" v1="119" v2="166" v3="168" />
+      <tetrahedron index="592" v0="62" v1="138" v2="160" v3="230" />
+      <tetrahedron index="593" v0="172" v1="173" v2="174" v3="231" />
+      <tetrahedron index="594" v0="25" v1="224" v2="225" v3="235" />
+      <tetrahedron index="595" v0="104" v1="136" v2="145" v3="157" />
+      <tetrahedron index="596" v0="54" v1="76" v2="125" v3="152" />
+      <tetrahedron index="597" v0="24" v1="188" v2="213" v3="218" />
+      <tetrahedron index="598" v0="63" v1="115" v2="143" v3="160" />
+      <tetrahedron index="599" v0="117" v1="146" v2="164" v3="223" />
+      <tetrahedron index="600" v0="13" v1="90" v2="111" v3="134" />
+      <tetrahedron index="601" v0="79" v1="116" v2="145" v3="176" />
+      <tetrahedron index="602" v0="78" v1="79" v2="145" v3="176" />
+      <tetrahedron index="603" v0="52" v1="54" v2="144" v3="199" />
+      <tetrahedron index="604" v0="50" v1="63" v2="142" v3="233" />
+      <tetrahedron index="605" v0="98" v1="126" v2="142" v3="158" />
+      <tetrahedron index="606" v0="33" v1="48" v2="101" v3="197" />
+      <tetrahedron index="607" v0="105" v1="139" v2="219" v3="234" />
+      <tetrahedron index="608" v0="108" v1="129" v2="164" v3="223" />
+      <tetrahedron index="609" v0="109" v1="130" v2="159" v3="235" />
+      <tetrahedron index="610" v0="120" v1="206" v2="207" v3="228" />
+      <tetrahedron index="611" v0="62" v1="160" v2="217" v3="230" />
+      <tetrahedron index="612" v0="70" v1="112" v2="137" v3="168" />
+      <tetrahedron index="613" v0="120" v1="173" v2="174" v3="231" />
+      <tetrahedron index="614" v0="69" v1="70" v2="136" v3="200" />
+      <tetrahedron index="615" v0="125" v1="130" v2="159" v3="220" />
+      <tetrahedron index="616" v0="167" v1="168" v2="186" v3="207" />
+      <tetrahedron index="617" v0="27" v1="54" v2="76" v3="125" />
+      <tetrahedron index="618" v0="27" v1="54" v2="100" v3="125" />
+      <tetrahedron index="619" v0="108" v1="163" v2="212" v3="233" />
+      <tetrahedron index="620" v0="123" v1="158" v2="193" v3="214" />
+      <tetrahedron index="621" v0="52" v1="100" v2="144" v3="150" />
+      <tetrahedron index="622" v0="91" v1="103" v2="133" v3="213" />
+      <tetrahedron index="623" v0="139" v1="149" v2="162" v3="234" />
+      <tetrahedron index="624" v0="37" v1="59" v2="104" v3="204" />
+      <tetrahedron index="625" v0="72" v1="117" v2="147" v3="170" />
+      <tetrahedron index="626" v0="108" v1="128" v2="212" v3="233" />
+      <tetrahedron index="627" v0="49" v1="53" v2="105" v3="147" />
+      <tetrahedron index="628" v0="154" v1="172" v2="183" v3="231" />
+      <tetrahedron index="629" v0="154" v1="180" v2="191" v3="231" />
+      <tetrahedron index="630" v0="154" v1="172" v2="191" v3="231" />
+      <tetrahedron index="631" v0="54" v1="79" v2="144" v3="152" />
+      <tetrahedron index="632" v0="22" v1="54" v2="79" v3="152" />
+      <tetrahedron index="633" v0="11" v1="61" v2="96" v3="130" />
+      <tetrahedron index="634" v0="20" v1="118" v2="162" v3="234" />
+      <tetrahedron index="635" v0="51" v1="64" v2="139" v3="219" />
+      <tetrahedron index="636" v0="166" v1="167" v2="168" v3="207" />
+      <tetrahedron index="637" v0="33" v1="48" v2="73" v3="101" />
+      <tetrahedron index="638" v0="49" v1="53" v2="105" v3="232" />
+      <tetrahedron index="639" v0="49" v1="51" v2="105" v3="147" />
+      <tetrahedron index="640" v0="52" v1="68" v2="144" v3="199" />
+      <tetrahedron index="641" v0="11" v1="71" v2="109" v3="131" />
+      <tetrahedron index="642" v0="108" v1="163" v2="164" v3="223" />
+      <tetrahedron index="643" v0="107" v1="178" v2="180" v3="216" />
+      <tetrahedron index="644" v0="18" v1="46" v2="79" v3="199" />
+      <tetrahedron index="645" v0="88" v1="112" v2="215" v3="218" />
+      <tetrahedron index="646" v0="46" v1="52" v2="54" v3="199" />
+      <tetrahedron index="647" v0="172" v1="174" v2="192" v3="231" />
+      <tetrahedron index="648" v0="68" v1="79" v2="116" v3="144" />
+      <tetrahedron index="649" v0="78" v1="135" v2="145" v3="176" />
+      <tetrahedron index="650" v0="78" v1="104" v2="135" v3="145" />
+      <tetrahedron index="651" v0="117" v1="146" v2="164" v3="171" />
+      <tetrahedron index="652" v0="50" v1="63" v2="212" v3="233" />
+      <tetrahedron index="653" v0="32" v1="52" v2="100" v3="130" />
+      <tetrahedron index="654" v0="53" v1="87" v2="105" v3="137" />
+      <tetrahedron index="655" v0="11" v1="71" v2="109" v3="130" />
+      <tetrahedron index="656" v0="71" v1="109" v2="131" v3="171" />
+      <tetrahedron index="657" v0="66" v1="101" v2="146" v3="223" />
+      <tetrahedron index="658" v0="11" v1="96" v2="109" v3="130" />
+      <tetrahedron index="659" v0="88" v1="112" v2="137" v3="215" />
+      <tetrahedron index="660" v0="90" v1="111" v2="213" v3="218" />
+      <tetrahedron index="661" v0="52" v1="71" v2="130" v3="150" />
+      <tetrahedron index="662" v0="130" v1="150" v2="159" v3="169" />
+      <tetrahedron index="663" v0="153" v1="182" v2="189" v3="228" />
+      <tetrahedron index="664" v0="10" v1="31" v2="66" v3="223" />
+      <tetrahedron index="665" v0="82" v1="107" v2="208" v3="216" />
+      <tetrahedron index="666" v0="142" v1="148" v2="158" v3="178" />
+      <tetrahedron index="667" v0="123" v1="190" v2="210" v3="214" />
+      <tetrahedron index="668" v0="21" v1="68" v2="150" v3="166" />
+      <tetrahedron index="669" v0="142" v1="148" v2="161" v3="233" />
+      <tetrahedron index="670" v0="97" v1="101" v2="131" v3="235" />
+      <tetrahedron index="671" v0="33" v1="73" v2="101" v3="131" />
+      <tetrahedron index="672" v0="126" v1="142" v2="158" v3="178" />
+      <tetrahedron index="673" v0="108" v1="129" v2="164" v3="193" />
+      <tetrahedron index="674" v0="14" v1="39" v2="70" v3="87" />
+      <tetrahedron index="675" v0="15" v1="86" v2="113" v3="139" />
+      <tetrahedron index="676" v0="19" v1="49" v2="51" v3="147" />
+      <tetrahedron index="677" v0="21" v1="119" v2="150" v3="169" />
+      <tetrahedron index="678" v0="49" v1="51" v2="105" v3="232" />
+      <tetrahedron index="679" v0="48" v1="66" v2="101" v3="197" />
+      <tetrahedron index="680" v0="128" v1="142" v2="148" v3="158" />
+      <tetrahedron index="681" v0="164" v1="171" v2="195" v3="201" />
+      <tetrahedron index="682" v0="15" v1="64" v2="113" v3="139" />
+      <tetrahedron index="683" v0="112" v1="186" v2="215" v3="218" />
+      <tetrahedron index="684" v0="168" v1="185" v2="186" v3="227" />
+      <tetrahedron index="685" v0="71" v1="73" v2="131" v3="171" />
+      <tetrahedron index="686" v0="146" v1="164" v2="171" v3="201" />
+      <tetrahedron index="687" v0="51" v1="67" v2="147" v3="219" />
+      <tetrahedron index="688" v0="25" v1="220" v2="225" v3="235" />
+      <tetrahedron index="689" v0="116" v1="166" v2="177" v3="196" />
+      <tetrahedron index="690" v0="61" v1="96" v2="130" v3="220" />
+      <tetrahedron index="691" v0="117" v1="149" v2="165" v3="234" />
+      <tetrahedron index="692" v0="105" v1="147" v2="219" v3="234" />
+      <tetrahedron index="693" v0="23" v1="178" v2="180" v3="216" />
+      <tetrahedron index="694" v0="173" v1="182" v2="183" v3="228" />
+      <tetrahedron index="695" v0="122" v1="188" v2="207" v3="228" />
+      <tetrahedron index="696" v0="160" v1="162" v2="184" v3="205" />
+      <tetrahedron index="697" v0="68" v1="79" v2="145" v3="202" />
+      <tetrahedron index="698" v0="169" v1="206" v2="226" v3="227" />
+      <tetrahedron index="699" v0="23" v1="81" v2="178" v3="216" />
+      <tetrahedron index="700" v0="72" v1="117" v2="170" v3="171" />
+      <tetrahedron index="701" v0="21" v1="68" v2="196" v3="203" />
+      <tetrahedron index="702" v0="87" v1="137" v2="185" v3="215" />
+      <tetrahedron index="703" v0="2" v1="46" v2="52" v3="54" />
+      <tetrahedron index="704" v0="107" v1="126" v2="190" v3="214" />
+      <tetrahedron index="705" v0="219" v1="221" v2="230" v3="234" />
+      <tetrahedron index="706" v0="59" v1="90" v2="135" v3="218" />
+      <tetrahedron index="707" v0="96" v1="109" v2="131" v3="235" />
+      <tetrahedron index="708" v0="15" v1="86" v2="87" v3="139" />
+      <tetrahedron index="709" v0="112" v1="137" v2="168" v3="185" />
+      <tetrahedron index="710" v0="9" v1="92" v2="107" v3="229" />
+      <tetrahedron index="711" v0="109" v1="159" v2="194" v3="235" />
+      <tetrahedron index="712" v0="20" v1="221" v2="230" v3="234" />
+      <tetrahedron index="713" v0="21" v1="72" v2="170" v3="171" />
+      <tetrahedron index="714" v0="119" v1="168" v2="207" v3="227" />
+      <tetrahedron index="715" v0="72" v1="117" v2="146" v3="171" />
+      <tetrahedron index="716" v0="49" v1="53" v2="72" v3="147" />
+      <tetrahedron index="717" v0="112" v1="136" v2="186" v3="218" />
+      <tetrahedron index="718" v0="108" v1="163" v2="164" v3="193" />
+      <tetrahedron index="719" v0="33" v1="97" v2="101" v3="131" />
+      <tetrahedron index="720" v0="166" v1="167" v2="196" v3="207" />
+      <tetrahedron index="721" v0="123" v1="190" v2="192" v3="210" />
+      <tetrahedron index="722" v0="67" v1="117" v2="146" v3="223" />
+      <tetrahedron index="723" v0="90" v1="111" v2="135" v3="218" />
+      <tetrahedron index="724" v0="175" v1="176" v2="177" v3="207" />
+      <tetrahedron index="725" v0="96" v1="109" v2="130" v3="235" />
+      <tetrahedron index="726" v0="15" v1="41" v2="87" v3="139" />
+      <tetrahedron index="727" v0="80" v1="98" v2="208" v3="216" />
+      <tetrahedron index="728" v0="113" v1="160" v2="162" v3="230" />
+      <tetrahedron index="729" v0="119" v1="150" v2="169" v3="206" />
+      <tetrahedron index="730" v0="102" v1="132" v2="138" v3="155" />
+      <tetrahedron index="731" v0="61" v1="94" v2="125" v3="220" />
+      <tetrahedron index="732" v0="101" v1="131" v2="146" v3="201" />
+      <tetrahedron index="733" v0="21" v1="72" v2="151" v3="170" />
+      <tetrahedron index="734" v0="21" v1="119" v2="169" v3="170" />
+      <tetrahedron index="735" v0="73" v1="131" v2="146" v3="171" />
+      <tetrahedron index="736" v0="32" v1="61" v2="100" v3="130" />
+      <tetrahedron index="737" v0="24" v1="89" v2="187" v3="211" />
+      <tetrahedron index="738" v0="20" v1="162" v2="217" v3="230" />
+      <tetrahedron index="739" v0="164" v1="165" v2="170" v3="227" />
+      <tetrahedron index="740" v0="73" v1="101" v2="131" v3="146" />
+      <tetrahedron index="741" v0="119" v1="150" v2="166" v3="206" />
+      <tetrahedron index="742" v0="109" v1="131" v2="194" v3="235" />
+      <tetrahedron index="743" v0="86" v1="113" v2="139" v3="185" />
+      <tetrahedron index="744" v0="71" v1="72" v2="73" v3="171" />
+      <tetrahedron index="745" v0="24" v1="89" v2="187" v3="189" />
+      <tetrahedron index="746" v0="166" v1="177" v2="206" v3="207" />
+      <tetrahedron index="747" v0="147" v1="149" v2="151" v3="170" />
+      <tetrahedron index="748" v0="151" v1="168" v2="185" v3="227" />
+      <tetrahedron index="749" v0="6" v1="38" v2="59" v3="204" />
+      <tetrahedron index="750" v0="21" v1="71" v2="72" v3="171" />
+      <tetrahedron index="751" v0="53" v1="70" v2="137" v3="151" />
+      <tetrahedron index="752" v0="70" v1="137" v2="151" v3="168" />
+      <tetrahedron index="753" v0="31" v1="95" v2="97" v3="129" />
+      <tetrahedron index="754" v0="190" v1="191" v2="192" v3="210" />
+      <tetrahedron index="755" v0="145" v1="167" v2="176" v3="196" />
+      <tetrahedron index="756" v0="72" v1="73" v2="146" v3="171" />
+      <tetrahedron index="757" v0="61" v1="125" v2="130" v3="220" />
+      <tetrahedron index="758" v0="118" v1="161" v2="162" v3="233" />
+      <tetrahedron index="759" v0="18" v1="68" v2="79" v3="202" />
+      <tetrahedron index="760" v0="19" v1="49" v2="72" v3="147" />
+      <tetrahedron index="761" v0="19" v1="51" v2="67" v3="147" />
+      <tetrahedron index="762" v0="102" v1="138" v2="143" v3="155" />
+      <tetrahedron index="763" v0="71" v1="130" v2="150" v3="169" />
+      <tetrahedron index="764" v0="19" v1="67" v2="117" v3="147" />
+      <tetrahedron index="765" v0="205" v1="206" v2="228" v3="231" />
+      <tetrahedron index="766" v0="122" v1="187" v2="205" v3="228" />
+      <tetrahedron index="767" v0="86" v1="113" v2="184" v3="185" />
+      <tetrahedron index="768" v0="31" v1="101" v2="129" v3="223" />
+      <tetrahedron index="769" v0="89" v1="91" v2="133" v3="213" />
+      <tetrahedron index="770" v0="136" v1="157" v2="186" v3="218" />
+      <tetrahedron index="771" v0="18" v1="47" v2="78" v3="202" />
+      <tetrahedron index="772" v0="58" v1="86" v2="138" v3="211" />
+      <tetrahedron index="773" v0="159" v1="192" v2="206" v3="226" />
+      <tetrahedron index="774" v0="33" v1="96" v2="97" v3="131" />
+      <tetrahedron index="775" v0="10" v1="65" v2="108" v3="223" />
+      <tetrahedron index="776" v0="139" v1="149" v2="162" v3="185" />
+      <tetrahedron index="777" v0="113" v1="139" v2="162" v3="185" />
+      <tetrahedron index="778" v0="150" v1="159" v2="169" v3="206" />
+      <tetrahedron index="779" v0="53" v1="72" v2="147" v3="151" />
+      <tetrahedron index="780" v0="72" v1="147" v2="151" v3="170" />
+      <tetrahedron index="781" v0="67" v1="147" v2="219" v3="234" />
+      <tetrahedron index="782" v0="89" v1="110" v2="132" v3="211" />
+      <tetrahedron index="783" v0="112" v1="185" v2="186" v3="215" />
+      <tetrahedron index="784" v0="123" v1="159" v2="194" v3="226" />
+      <tetrahedron index="785" v0="68" v1="150" v2="166" v3="198" />
+      <tetrahedron index="786" v0="109" v1="131" v2="171" v3="194" />
+      <tetrahedron index="787" v0="150" v1="166" v2="198" v3="206" />
+      <tetrahedron index="788" v0="121" v1="155" v2="179" v3="205" />
+      <tetrahedron index="789" v0="62" v1="102" v2="138" v3="143" />
+      <tetrahedron index="790" v0="148" v1="163" v2="193" v3="226" />
+      <tetrahedron index="791" v0="10" v1="31" v2="95" v3="129" />
+      <tetrahedron index="792" v0="131" v1="194" v2="195" v3="235" />
+      <tetrahedron index="793" v0="7" v1="39" v2="53" v3="232" />
+      <tetrahedron index="794" v0="24" v1="186" v2="215" v3="218" />
+      <tetrahedron index="795" v0="162" v1="184" v2="205" v3="227" />
+      <tetrahedron index="796" v0="21" v1="70" v2="151" v3="168" />
+      <tetrahedron index="797" v0="152" v1="159" v2="174" v3="206" />
+      <tetrahedron index="798" v0="101" v1="146" v2="201" v3="223" />
+      <tetrahedron index="799" v0="21" v1="71" v2="150" v3="169" />
+      <tetrahedron index="800" v0="21" v1="71" v2="169" v3="171" />
+      <tetrahedron index="801" v0="21" v1="169" v2="170" v3="171" />
+      <tetrahedron index="802" v0="162" v1="184" v2="185" v3="227" />
+      <tetrahedron index="803" v0="121" v1="180" v2="226" v3="231" />
+      <tetrahedron index="804" v0="20" v1="162" v2="230" v3="234" />
+      <tetrahedron index="805" v0="68" v1="69" v2="145" v3="203" />
+      <tetrahedron index="806" v0="169" v1="171" v2="194" v3="226" />
+      <tetrahedron index="807" v0="21" v1="53" v2="70" v3="151" />
+      <tetrahedron index="808" v0="118" v1="149" v2="165" v3="227" />
+      <tetrahedron index="809" v0="21" v1="53" v2="72" v3="151" />
+      <tetrahedron index="810" v0="70" v1="88" v2="136" v3="200" />
+      <tetrahedron index="811" v0="50" v1="98" v2="128" v3="142" />
+      <tetrahedron index="812" v0="119" v1="169" v2="170" v3="227" />
+      <tetrahedron index="813" v0="96" v1="97" v2="131" v3="235" />
+      <tetrahedron index="814" v0="19" v1="48" v2="66" v3="146" />
+      <tetrahedron index="815" v0="100" v1="144" v2="150" v3="152" />
+      <tetrahedron index="816" v0="123" v1="158" v2="193" v3="226" />
+      <tetrahedron index="817" v0="148" v1="158" v2="178" v3="226" />
+      <tetrahedron index="818" v0="95" v1="97" v2="129" v3="235" />
+      <tetrahedron index="819" v0="19" v1="48" v2="73" v3="146" />
+      <tetrahedron index="820" v0="123" v1="190" v2="192" v3="226" />
+      <tetrahedron index="821" v0="87" v1="105" v2="137" v3="185" />
+      <tetrahedron index="822" v0="86" v1="87" v2="185" v3="215" />
+      <tetrahedron index="823" v0="121" v1="154" v2="180" v3="231" />
+      <tetrahedron index="824" v0="94" v1="106" v2="192" v3="210" />
+      <tetrahedron index="825" v0="41" v1="87" v2="105" v3="139" />
+      <tetrahedron index="826" v0="121" v1="183" v2="228" v3="231" />
+      <tetrahedron index="827" v0="63" v1="212" v2="217" v3="233" />
+      <tetrahedron index="828" v0="166" v1="177" v2="198" v3="206" />
+      <tetrahedron index="829" v0="27" v1="32" v2="52" v3="100" />
+      <tetrahedron index="830" v0="117" v1="149" v2="165" v3="170" />
+      <tetrahedron index="831" v0="120" v1="206" v2="228" v3="231" />
+      <tetrahedron index="832" v0="117" v1="164" v2="165" v3="234" />
+      <tetrahedron index="833" v0="27" v1="52" v2="54" v3="100" />
+      <tetrahedron index="834" v0="112" v1="137" v2="185" v3="215" />
+      <tetrahedron index="835" v0="148" v1="161" v2="163" v3="226" />
+      <tetrahedron index="836" v0="10" v1="31" v2="129" v3="223" />
+      <tetrahedron index="837" v0="50" v1="128" v2="142" v3="233" />
+      <tetrahedron index="838" v0="24" v1="122" v2="186" v3="218" />
+      <tetrahedron index="839" v0="9" v1="82" v2="107" v3="208" />
+      <tetrahedron index="840" v0="158" v1="178" v2="190" v3="226" />
+      <tetrahedron index="841" v0="129" v1="193" v2="195" v3="235" />
+      <tetrahedron index="842" v0="68" v1="116" v2="145" v3="196" />
+      <tetrahedron index="843" v0="98" v1="128" v2="158" v3="214" />
+      <tetrahedron index="844" v0="122" v1="184" v2="187" v3="205" />
+      <tetrahedron index="845" v0="11" v1="71" v2="73" v3="131" />
+      <tetrahedron index="846" v0="11" v1="33" v2="73" v3="131" />
+      <tetrahedron index="847" v0="11" v1="32" v2="61" v3="130" />
+      <tetrahedron index="848" v0="11" v1="32" v2="71" v3="130" />
+      <tetrahedron index="849" v0="68" v1="116" v2="166" v3="196" />
+      <tetrahedron index="850" v0="68" v1="79" v2="116" v3="145" />
+      <tetrahedron index="851" v0="11" v1="96" v2="109" v3="131" />
+      <tetrahedron index="852" v0="21" v1="70" v2="167" v3="203" />
+      <tetrahedron index="853" v0="21" v1="70" v2="167" v3="168" />
+      <tetrahedron index="854" v0="101" v1="129" v2="195" v3="201" />
+      <tetrahedron index="855" v0="95" v1="108" v2="158" v3="193" />
+      <tetrahedron index="856" v0="70" v1="112" v2="167" v3="168" />
+      <tetrahedron index="857" v0="21" v1="119" v2="151" v3="170" />
+      <tetrahedron index="858" v0="112" v1="167" v2="168" v3="186" />
+      <tetrahedron index="859" v0="150" v1="152" v2="159" v3="206" />
+      <tetrahedron index="860" v0="126" v1="158" v2="190" v3="214" />
+      <tetrahedron index="861" v0="84" v1="103" v2="133" v3="141" />
+      <tetrahedron index="862" v0="98" v1="126" v2="208" v3="229" />
+      <tetrahedron index="863" v0="96" v1="220" v2="225" v3="235" />
+      <tetrahedron index="864" v0="122" v1="157" v2="188" v3="218" />
+      <tetrahedron index="865" v0="122" v1="157" v2="186" v3="218" />
+      <tetrahedron index="866" v0="192" v1="206" v2="226" v3="231" />
+      <tetrahedron index="867" v0="139" v1="219" v2="230" v3="234" />
+      <tetrahedron index="868" v0="136" v1="157" v2="167" v3="186" />
+      <tetrahedron index="869" v0="112" v1="136" v2="167" v3="186" />
+      <tetrahedron index="870" v0="116" v1="176" v2="177" v3="196" />
+      <tetrahedron index="871" v0="94" v1="106" v2="124" v3="210" />
+      <tetrahedron index="872" v0="31" v1="66" v2="101" v3="223" />
+      <tetrahedron index="873" v0="108" v1="148" v2="158" v3="193" />
+      <tetrahedron index="874" v0="108" v1="148" v2="163" v3="193" />
+      <tetrahedron index="875" v0="20" v1="163" v2="212" v3="222" />
+      <tetrahedron index="876" v0="123" v1="193" v2="214" v3="235" />
+      <tetrahedron index="877" v0="175" v1="188" v2="207" v3="228" />
+      <tetrahedron index="878" v0="64" v1="139" v2="219" v3="230" />
+      <tetrahedron index="879" v0="88" v1="112" v2="136" v3="218" />
+      <tetrahedron index="880" v0="41" v1="51" v2="105" v3="232" />
+      <tetrahedron index="881" v0="21" v1="119" v2="151" v3="168" />
+      <tetrahedron index="882" v0="149" v1="165" v2="170" v3="227" />
+      <tetrahedron index="883" v0="124" v1="127" v2="191" v3="210" />
+      <tetrahedron index="884" v0="68" v1="116" v2="166" v3="198" />
+      <tetrahedron index="885" v0="137" v1="151" v2="168" v3="185" />
+      <tetrahedron index="886" v0="33" v1="97" v2="101" v3="197" />
+      <tetrahedron index="887" v0="172" v1="191" v2="192" v3="231" />
+      <tetrahedron index="888" v0="53" v1="105" v2="137" v3="151" />
+      <tetrahedron index="889" v0="53" v1="87" v2="105" v3="232" />
+      <tetrahedron index="890" v0="39" v1="53" v2="87" v3="232" />
+      <tetrahedron index="891" v0="7" v1="49" v2="53" v3="232" />
+      <tetrahedron index="892" v0="105" v1="137" v2="151" v3="185" />
+      <tetrahedron index="893" v0="105" v1="149" v2="151" v3="185" />
+      <tetrahedron index="894" v0="25" v1="123" v2="192" v3="210" />
+      <tetrahedron index="895" v0="131" v1="171" v2="194" v3="195" />
+      <tetrahedron index="896" v0="68" v1="144" v2="150" v3="198" />
+      <tetrahedron index="897" v0="116" v1="166" v2="177" v3="198" />
+      <tetrahedron index="898" v0="101" v1="129" v2="195" v3="235" />
+      <tetrahedron index="899" v0="48" v1="66" v2="101" v3="146" />
+      <tetrahedron index="900" v0="48" v1="73" v2="101" v3="146" />
+      <tetrahedron index="901" v0="68" v1="116" v2="144" v3="198" />
+      <tetrahedron index="902" v0="116" v1="144" v2="177" v3="198" />
+      <tetrahedron index="903" v0="144" v1="152" v2="177" v3="198" />
+      <tetrahedron index="904" v0="144" v1="150" v2="152" v3="198" />
+      <tetrahedron index="905" v0="18" v1="78" v2="79" v3="202" />
+      <tetrahedron index="906" v0="106" v1="191" v2="192" v3="210" />
+      <tetrahedron index="907" v0="106" v1="124" v2="191" v3="210" />
+      <tetrahedron index="908" v0="68" v1="69" v2="145" v3="202" />
+      <tetrahedron index="909" v0="205" v1="206" v2="226" v3="227" />
+      <tetrahedron index="910" v0="37" v1="47" v2="78" v3="104" />
+      <tetrahedron index="911" v0="149" v1="151" v2="185" v3="227" />
+      <tetrahedron index="912" v0="112" v1="168" v2="185" v3="186" />
+      <tetrahedron index="913" v0="21" v1="68" v2="166" v3="196" />
+      <tetrahedron index="914" v0="123" v1="159" v2="192" v3="226" />
+      <tetrahedron index="915" v0="59" v1="69" v2="104" v3="136" />
+      <tetrahedron index="916" v0="54" v1="79" v2="144" v3="199" />
+      <tetrahedron index="917" v0="46" v1="54" v2="79" v3="199" />
+      <tetrahedron index="918" v0="38" v1="59" v2="88" v3="200" />
+      <tetrahedron index="919" v0="59" v1="88" v2="136" v3="200" />
+      <tetrahedron index="920" v0="0" v1="30" v2="50" v3="98" />
+      <tetrahedron index="921" v0="20" v1="118" v2="162" v3="233" />
+      <tetrahedron index="922" v0="20" v1="162" v2="217" v3="233" />
+      <tetrahedron index="923" v0="101" v1="129" v2="201" v3="223" />
+      <tetrahedron index="924" v0="65" v1="66" v2="222" v3="223" />
+      <tetrahedron index="925" v0="125" v1="159" v2="192" v3="220" />
+      <tetrahedron index="926" v0="131" v1="146" v2="171" v3="201" />
+      <tetrahedron index="927" v0="131" v1="171" v2="195" v3="201" />
+      <tetrahedron index="928" v0="78" v1="79" v2="145" v3="202" />
+      <tetrahedron index="929" v0="78" v1="104" v2="145" v3="202" />
+      <tetrahedron index="930" v0="47" v1="78" v2="104" v3="202" />
+      <tetrahedron index="931" v0="69" v1="104" v2="145" v3="202" />
+      <tetrahedron index="932" v0="47" v1="69" v2="104" v3="202" />
+      <tetrahedron index="933" v0="28" v1="208" v2="209" v3="229" />
+      <tetrahedron index="934" v0="118" v1="162" v2="205" v3="227" />
+      <tetrahedron index="935" v0="118" v1="161" v2="162" v3="205" />
+      <tetrahedron index="936" v0="174" v1="192" v2="206" v3="231" />
+      <tetrahedron index="937" v0="121" v1="205" v2="226" v3="231" />
+      <tetrahedron index="938" v0="20" v1="118" v2="163" v3="233" />
+      <tetrahedron index="939" v0="2" v1="27" v2="32" v3="52" />
+      <tetrahedron index="940" v0="50" v1="128" v2="212" v3="233" />
+      <tetrahedron index="941" v0="14" v1="70" v2="87" v3="88" />
+      <tetrahedron index="942" v0="67" v1="117" v2="147" v3="234" />
+      <tetrahedron index="943" v0="190" v1="192" v2="226" v3="231" />
+      <tetrahedron index="944" v0="67" v1="117" v2="223" v3="234" />
+      <tetrahedron index="945" v0="64" v1="113" v2="138" v3="230" />
+      <tetrahedron index="946" v0="139" v1="162" v2="230" v3="234" />
+      <tetrahedron index="947" v0="108" v1="128" v2="148" v3="233" />
+      <tetrahedron index="948" v0="20" v1="118" v2="163" v3="234" />
+      <tetrahedron index="949" v0="20" v1="163" v2="222" v3="234" />
+      <tetrahedron index="950" v0="163" v1="222" v2="223" v3="234" />
+      <tetrahedron index="951" v0="118" v1="164" v2="165" v3="234" />
+      <tetrahedron index="952" v0="21" v1="166" v2="167" v3="196" />
+      <tetrahedron index="953" v0="118" v1="163" v2="164" v3="234" />
+      <tetrahedron index="954" v0="163" v1="164" v2="223" v3="234" />
+      <tetrahedron index="955" v0="123" v1="159" v2="192" v3="235" />
+      <tetrahedron index="956" v0="159" v1="192" v2="220" v3="235" />
+      <tetrahedron index="957" v0="30" v1="50" v2="98" v3="128" />
+      <tetrahedron index="958" v0="0" v1="30" v2="60" v3="98" />
+      <tetrahedron index="959" v0="30" v1="60" v2="98" v3="128" />
+    </cells>
+    <domains>
+      <mesh_value_collection name="m" type="uint" dim="2" size="302">
+        <value cell_index="0" local_entity="0" value="5" />
+        <value cell_index="2" local_entity="2" value="5" />
+        <value cell_index="2" local_entity="3" value="10" />
+        <value cell_index="6" local_entity="2" value="20" />
+        <value cell_index="7" local_entity="1" value="15" />
+        <value cell_index="7" local_entity="3" value="10" />
+        <value cell_index="8" local_entity="3" value="30" />
+        <value cell_index="12" local_entity="0" value="15" />
+        <value cell_index="13" local_entity="1" value="15" />
+        <value cell_index="14" local_entity="3" value="15" />
+        <value cell_index="17" local_entity="3" value="5" />
+        <value cell_index="18" local_entity="0" value="15" />
+        <value cell_index="19" local_entity="0" value="10" />
+        <value cell_index="20" local_entity="3" value="5" />
+        <value cell_index="21" local_entity="3" value="30" />
+        <value cell_index="23" local_entity="3" value="10" />
+        <value cell_index="25" local_entity="0" value="10" />
+        <value cell_index="27" local_entity="1" value="15" />
+        <value cell_index="36" local_entity="0" value="15" />
+        <value cell_index="39" local_entity="3" value="25" />
+        <value cell_index="43" local_entity="3" value="20" />
+        <value cell_index="50" local_entity="3" value="5" />
+        <value cell_index="52" local_entity="3" value="15" />
+        <value cell_index="53" local_entity="3" value="5" />
+        <value cell_index="55" local_entity="1" value="10" />
+        <value cell_index="62" local_entity="3" value="30" />
+        <value cell_index="64" local_entity="3" value="20" />
+        <value cell_index="65" local_entity="2" value="5" />
+        <value cell_index="68" local_entity="3" value="30" />
+        <value cell_index="71" local_entity="2" value="20" />
+        <value cell_index="74" local_entity="3" value="30" />
+        <value cell_index="78" local_entity="3" value="25" />
+        <value cell_index="79" local_entity="3" value="25" />
+        <value cell_index="88" local_entity="0" value="5" />
+        <value cell_index="89" local_entity="3" value="30" />
+        <value cell_index="92" local_entity="3" value="5" />
+        <value cell_index="93" local_entity="0" value="15" />
+        <value cell_index="98" local_entity="0" value="15" />
+        <value cell_index="100" local_entity="0" value="15" />
+        <value cell_index="103" local_entity="3" value="15" />
+        <value cell_index="105" local_entity="3" value="25" />
+        <value cell_index="106" local_entity="0" value="10" />
+        <value cell_index="107" local_entity="0" value="15" />
+        <value cell_index="111" local_entity="0" value="15" />
+        <value cell_index="112" local_entity="3" value="20" />
+        <value cell_index="114" local_entity="3" value="30" />
+        <value cell_index="115" local_entity="0" value="10" />
+        <value cell_index="117" local_entity="3" value="15" />
+        <value cell_index="120" local_entity="0" value="15" />
+        <value cell_index="122" local_entity="3" value="20" />
+        <value cell_index="123" local_entity="2" value="5" />
+        <value cell_index="123" local_entity="3" value="10" />
+        <value cell_index="124" local_entity="0" value="15" />
+        <value cell_index="125" local_entity="0" value="15" />
+        <value cell_index="127" local_entity="2" value="5" />
+        <value cell_index="127" local_entity="3" value="15" />
+        <value cell_index="128" local_entity="2" value="5" />
+        <value cell_index="129" local_entity="2" value="20" />
+        <value cell_index="131" local_entity="0" value="15" />
+        <value cell_index="134" local_entity="3" value="20" />
+        <value cell_index="135" local_entity="2" value="30" />
+        <value cell_index="135" local_entity="3" value="20" />
+        <value cell_index="136" local_entity="0" value="15" />
+        <value cell_index="137" local_entity="3" value="30" />
+        <value cell_index="138" local_entity="0" value="10" />
+        <value cell_index="140" local_entity="3" value="5" />
+        <value cell_index="142" local_entity="3" value="30" />
+        <value cell_index="143" local_entity="3" value="20" />
+        <value cell_index="144" local_entity="0" value="10" />
+        <value cell_index="147" local_entity="3" value="30" />
+        <value cell_index="148" local_entity="1" value="15" />
+        <value cell_index="161" local_entity="3" value="10" />
+        <value cell_index="165" local_entity="0" value="5" />
+        <value cell_index="166" local_entity="3" value="30" />
+        <value cell_index="169" local_entity="3" value="10" />
+        <value cell_index="170" local_entity="3" value="25" />
+        <value cell_index="177" local_entity="3" value="5" />
+        <value cell_index="180" local_entity="3" value="30" />
+        <value cell_index="181" local_entity="2" value="10" />
+        <value cell_index="185" local_entity="0" value="5" />
+        <value cell_index="192" local_entity="3" value="25" />
+        <value cell_index="193" local_entity="3" value="5" />
+        <value cell_index="194" local_entity="2" value="20" />
+        <value cell_index="197" local_entity="3" value="30" />
+        <value cell_index="198" local_entity="3" value="25" />
+        <value cell_index="205" local_entity="0" value="10" />
+        <value cell_index="207" local_entity="3" value="30" />
+        <value cell_index="208" local_entity="3" value="15" />
+        <value cell_index="209" local_entity="1" value="10" />
+        <value cell_index="209" local_entity="3" value="15" />
+        <value cell_index="210" local_entity="3" value="30" />
+        <value cell_index="211" local_entity="2" value="5" />
+        <value cell_index="212" local_entity="0" value="5" />
+        <value cell_index="213" local_entity="3" value="10" />
+        <value cell_index="215" local_entity="2" value="15" />
+        <value cell_index="219" local_entity="3" value="30" />
+        <value cell_index="220" local_entity="0" value="15" />
+        <value cell_index="221" local_entity="0" value="15" />
+        <value cell_index="226" local_entity="2" value="5" />
+        <value cell_index="227" local_entity="3" value="20" />
+        <value cell_index="231" local_entity="2" value="30" />
+        <value cell_index="232" local_entity="3" value="25" />
+        <value cell_index="236" local_entity="3" value="30" />
+        <value cell_index="237" local_entity="3" value="30" />
+        <value cell_index="240" local_entity="2" value="20" />
+        <value cell_index="241" local_entity="3" value="30" />
+        <value cell_index="246" local_entity="2" value="15" />
+        <value cell_index="246" local_entity="3" value="10" />
+        <value cell_index="255" local_entity="3" value="25" />
+        <value cell_index="261" local_entity="2" value="5" />
+        <value cell_index="262" local_entity="0" value="10" />
+        <value cell_index="268" local_entity="3" value="20" />
+        <value cell_index="273" local_entity="0" value="5" />
+        <value cell_index="275" local_entity="1" value="5" />
+        <value cell_index="278" local_entity="1" value="30" />
+        <value cell_index="279" local_entity="3" value="30" />
+        <value cell_index="280" local_entity="3" value="15" />
+        <value cell_index="287" local_entity="3" value="30" />
+        <value cell_index="288" local_entity="3" value="15" />
+        <value cell_index="296" local_entity="2" value="15" />
+        <value cell_index="297" local_entity="0" value="15" />
+        <value cell_index="299" local_entity="3" value="30" />
+        <value cell_index="300" local_entity="2" value="15" />
+        <value cell_index="301" local_entity="2" value="20" />
+        <value cell_index="303" local_entity="2" value="15" />
+        <value cell_index="303" local_entity="3" value="10" />
+        <value cell_index="304" local_entity="3" value="10" />
+        <value cell_index="305" local_entity="3" value="30" />
+        <value cell_index="306" local_entity="3" value="30" />
+        <value cell_index="308" local_entity="2" value="15" />
+        <value cell_index="309" local_entity="0" value="15" />
+        <value cell_index="313" local_entity="0" value="15" />
+        <value cell_index="314" local_entity="0" value="5" />
+        <value cell_index="315" local_entity="2" value="15" />
+        <value cell_index="316" local_entity="3" value="30" />
+        <value cell_index="317" local_entity="3" value="30" />
+        <value cell_index="323" local_entity="2" value="5" />
+        <value cell_index="324" local_entity="3" value="20" />
+        <value cell_index="330" local_entity="2" value="15" />
+        <value cell_index="330" local_entity="3" value="5" />
+        <value cell_index="331" local_entity="0" value="15" />
+        <value cell_index="332" local_entity="0" value="15" />
+        <value cell_index="333" local_entity="3" value="15" />
+        <value cell_index="334" local_entity="3" value="10" />
+        <value cell_index="336" local_entity="3" value="15" />
+        <value cell_index="337" local_entity="2" value="15" />
+        <value cell_index="338" local_entity="3" value="25" />
+        <value cell_index="339" local_entity="0" value="15" />
+        <value cell_index="341" local_entity="3" value="20" />
+        <value cell_index="342" local_entity="2" value="5" />
+        <value cell_index="345" local_entity="2" value="20" />
+        <value cell_index="346" local_entity="0" value="15" />
+        <value cell_index="347" local_entity="0" value="15" />
+        <value cell_index="350" local_entity="3" value="10" />
+        <value cell_index="357" local_entity="0" value="15" />
+        <value cell_index="358" local_entity="0" value="15" />
+        <value cell_index="360" local_entity="0" value="15" />
+        <value cell_index="361" local_entity="0" value="10" />
+        <value cell_index="364" local_entity="3" value="5" />
+        <value cell_index="365" local_entity="0" value="10" />
+        <value cell_index="366" local_entity="2" value="30" />
+        <value cell_index="367" local_entity="3" value="5" />
+        <value cell_index="370" local_entity="3" value="10" />
+        <value cell_index="380" local_entity="3" value="5" />
+        <value cell_index="383" local_entity="1" value="5" />
+        <value cell_index="389" local_entity="3" value="15" />
+        <value cell_index="390" local_entity="3" value="15" />
+        <value cell_index="391" local_entity="3" value="15" />
+        <value cell_index="393" local_entity="0" value="15" />
+        <value cell_index="394" local_entity="0" value="10" />
+        <value cell_index="395" local_entity="3" value="15" />
+        <value cell_index="396" local_entity="2" value="30" />
+        <value cell_index="400" local_entity="1" value="5" />
+        <value cell_index="402" local_entity="3" value="5" />
+        <value cell_index="410" local_entity="0" value="10" />
+        <value cell_index="413" local_entity="3" value="25" />
+        <value cell_index="414" local_entity="3" value="20" />
+        <value cell_index="415" local_entity="3" value="20" />
+        <value cell_index="418" local_entity="3" value="25" />
+        <value cell_index="428" local_entity="3" value="5" />
+        <value cell_index="435" local_entity="3" value="25" />
+        <value cell_index="436" local_entity="2" value="10" />
+        <value cell_index="436" local_entity="3" value="5" />
+        <value cell_index="444" local_entity="0" value="5" />
+        <value cell_index="445" local_entity="0" value="5" />
+        <value cell_index="447" local_entity="3" value="10" />
+        <value cell_index="448" local_entity="0" value="10" />
+        <value cell_index="450" local_entity="2" value="10" />
+        <value cell_index="451" local_entity="0" value="10" />
+        <value cell_index="452" local_entity="3" value="25" />
+        <value cell_index="454" local_entity="3" value="25" />
+        <value cell_index="465" local_entity="3" value="10" />
+        <value cell_index="466" local_entity="3" value="10" />
+        <value cell_index="470" local_entity="0" value="10" />
+        <value cell_index="473" local_entity="0" value="10" />
+        <value cell_index="483" local_entity="0" value="10" />
+        <value cell_index="487" local_entity="2" value="20" />
+        <value cell_index="490" local_entity="3" value="25" />
+        <value cell_index="491" local_entity="3" value="10" />
+        <value cell_index="492" local_entity="0" value="10" />
+        <value cell_index="493" local_entity="3" value="5" />
+        <value cell_index="494" local_entity="2" value="5" />
+        <value cell_index="494" local_entity="3" value="10" />
+        <value cell_index="495" local_entity="3" value="25" />
+        <value cell_index="496" local_entity="3" value="20" />
+        <value cell_index="499" local_entity="0" value="10" />
+        <value cell_index="500" local_entity="3" value="20" />
+        <value cell_index="501" local_entity="0" value="10" />
+        <value cell_index="503" local_entity="3" value="5" />
+        <value cell_index="506" local_entity="0" value="5" />
+        <value cell_index="509" local_entity="3" value="30" />
+        <value cell_index="512" local_entity="3" value="25" />
+        <value cell_index="516" local_entity="3" value="5" />
+        <value cell_index="517" local_entity="3" value="25" />
+        <value cell_index="521" local_entity="0" value="10" />
+        <value cell_index="524" local_entity="0" value="5" />
+        <value cell_index="531" local_entity="0" value="10" />
+        <value cell_index="533" local_entity="3" value="25" />
+        <value cell_index="534" local_entity="0" value="10" />
+        <value cell_index="536" local_entity="0" value="10" />
+        <value cell_index="537" local_entity="0" value="10" />
+        <value cell_index="540" local_entity="3" value="25" />
+        <value cell_index="541" local_entity="0" value="10" />
+        <value cell_index="546" local_entity="0" value="10" />
+        <value cell_index="547" local_entity="3" value="25" />
+        <value cell_index="548" local_entity="3" value="25" />
+        <value cell_index="550" local_entity="0" value="10" />
+        <value cell_index="552" local_entity="3" value="5" />
+        <value cell_index="573" local_entity="0" value="10" />
+        <value cell_index="575" local_entity="3" value="20" />
+        <value cell_index="577" local_entity="2" value="25" />
+        <value cell_index="580" local_entity="2" value="10" />
+        <value cell_index="582" local_entity="2" value="10" />
+        <value cell_index="583" local_entity="3" value="15" />
+        <value cell_index="584" local_entity="0" value="5" />
+        <value cell_index="590" local_entity="3" value="5" />
+        <value cell_index="593" local_entity="3" value="10" />
+        <value cell_index="595" local_entity="2" value="5" />
+        <value cell_index="597" local_entity="1" value="20" />
+        <value cell_index="601" local_entity="0" value="10" />
+        <value cell_index="605" local_entity="3" value="15" />
+        <value cell_index="613" local_entity="3" value="10" />
+        <value cell_index="617" local_entity="3" value="25" />
+        <value cell_index="632" local_entity="3" value="25" />
+        <value cell_index="643" local_entity="3" value="15" />
+        <value cell_index="644" local_entity="3" value="25" />
+        <value cell_index="645" local_entity="1" value="20" />
+        <value cell_index="649" local_entity="0" value="10" />
+        <value cell_index="650" local_entity="0" value="10" />
+        <value cell_index="660" local_entity="1" value="20" />
+        <value cell_index="665" local_entity="1" value="30" />
+        <value cell_index="672" local_entity="2" value="15" />
+        <value cell_index="674" local_entity="2" value="20" />
+        <value cell_index="699" local_entity="2" value="30" />
+        <value cell_index="703" local_entity="2" value="25" />
+        <value cell_index="706" local_entity="2" value="20" />
+        <value cell_index="708" local_entity="3" value="20" />
+        <value cell_index="709" local_entity="2" value="5" />
+        <value cell_index="717" local_entity="3" value="5" />
+        <value cell_index="724" local_entity="3" value="10" />
+        <value cell_index="726" local_entity="3" value="20" />
+        <value cell_index="727" local_entity="1" value="30" />
+        <value cell_index="730" local_entity="2" value="15" />
+        <value cell_index="730" local_entity="3" value="5" />
+        <value cell_index="737" local_entity="2" value="20" />
+        <value cell_index="743" local_entity="0" value="5" />
+        <value cell_index="749" local_entity="3" value="20" />
+        <value cell_index="762" local_entity="1" value="15" />
+        <value cell_index="767" local_entity="0" value="5" />
+        <value cell_index="769" local_entity="2" value="20" />
+        <value cell_index="770" local_entity="3" value="5" />
+        <value cell_index="771" local_entity="3" value="25" />
+        <value cell_index="772" local_entity="2" value="20" />
+        <value cell_index="777" local_entity="2" value="5" />
+        <value cell_index="783" local_entity="3" value="5" />
+        <value cell_index="788" local_entity="3" value="15" />
+        <value cell_index="793" local_entity="2" value="20" />
+        <value cell_index="794" local_entity="1" value="20" />
+        <value cell_index="815" local_entity="2" value="10" />
+        <value cell_index="821" local_entity="0" value="5" />
+        <value cell_index="822" local_entity="2" value="20" />
+        <value cell_index="823" local_entity="3" value="15" />
+        <value cell_index="834" local_entity="3" value="5" />
+        <value cell_index="839" local_entity="2" value="30" />
+        <value cell_index="844" local_entity="3" value="5" />
+        <value cell_index="861" local_entity="0" value="15" />
+        <value cell_index="864" local_entity="3" value="5" />
+        <value cell_index="865" local_entity="3" value="5" />
+        <value cell_index="868" local_entity="2" value="5" />
+        <value cell_index="869" local_entity="2" value="5" />
+        <value cell_index="870" local_entity="3" value="10" />
+        <value cell_index="890" local_entity="1" value="20" />
+        <value cell_index="892" local_entity="2" value="5" />
+        <value cell_index="902" local_entity="3" value="10" />
+        <value cell_index="903" local_entity="3" value="10" />
+        <value cell_index="905" local_entity="3" value="25" />
+        <value cell_index="910" local_entity="3" value="25" />
+        <value cell_index="912" local_entity="1" value="5" />
+        <value cell_index="917" local_entity="3" value="25" />
+        <value cell_index="918" local_entity="3" value="20" />
+        <value cell_index="933" local_entity="3" value="30" />
+        <value cell_index="941" local_entity="1" value="20" />
+      </mesh_value_collection>
+      <mesh_value_collection name="m" type="uint" dim="3" size="960">
+        <value cell_index="0" local_entity="0" value="2" />
+        <value cell_index="1" local_entity="0" value="2" />
+        <value cell_index="2" local_entity="0" value="1" />
+        <value cell_index="3" local_entity="0" value="2" />
+        <value cell_index="4" local_entity="0" value="2" />
+        <value cell_index="5" local_entity="0" value="2" />
+        <value cell_index="6" local_entity="0" value="2" />
+        <value cell_index="7" local_entity="0" value="1" />
+        <value cell_index="8" local_entity="0" value="2" />
+        <value cell_index="9" local_entity="0" value="2" />
+        <value cell_index="10" local_entity="0" value="2" />
+        <value cell_index="11" local_entity="0" value="2" />
+        <value cell_index="12" local_entity="0" value="2" />
+        <value cell_index="13" local_entity="0" value="1" />
+        <value cell_index="14" local_entity="0" value="1" />
+        <value cell_index="15" local_entity="0" value="2" />
+        <value cell_index="16" local_entity="0" value="2" />
+        <value cell_index="17" local_entity="0" value="1" />
+        <value cell_index="18" local_entity="0" value="2" />
+        <value cell_index="19" local_entity="0" value="2" />
+        <value cell_index="20" local_entity="0" value="2" />
+        <value cell_index="21" local_entity="0" value="2" />
+        <value cell_index="22" local_entity="0" value="2" />
+        <value cell_index="23" local_entity="0" value="1" />
+        <value cell_index="24" local_entity="0" value="1" />
+        <value cell_index="25" local_entity="0" value="2" />
+        <value cell_index="26" local_entity="0" value="1" />
+        <value cell_index="27" local_entity="0" value="1" />
+        <value cell_index="28" local_entity="0" value="2" />
+        <value cell_index="29" local_entity="0" value="2" />
+        <value cell_index="30" local_entity="0" value="2" />
+        <value cell_index="31" local_entity="0" value="2" />
+        <value cell_index="32" local_entity="0" value="2" />
+        <value cell_index="33" local_entity="0" value="2" />
+        <value cell_index="34" local_entity="0" value="2" />
+        <value cell_index="35" local_entity="0" value="2" />
+        <value cell_index="36" local_entity="0" value="2" />
+        <value cell_index="37" local_entity="0" value="2" />
+        <value cell_index="38" local_entity="0" value="2" />
+        <value cell_index="39" local_entity="0" value="2" />
+        <value cell_index="40" local_entity="0" value="2" />
+        <value cell_index="41" local_entity="0" value="2" />
+        <value cell_index="42" local_entity="0" value="2" />
+        <value cell_index="43" local_entity="0" value="2" />
+        <value cell_index="44" local_entity="0" value="2" />
+        <value cell_index="45" local_entity="0" value="2" />
+        <value cell_index="46" local_entity="0" value="2" />
+        <value cell_index="47" local_entity="0" value="2" />
+        <value cell_index="48" local_entity="0" value="2" />
+        <value cell_index="49" local_entity="0" value="1" />
+        <value cell_index="50" local_entity="0" value="1" />
+        <value cell_index="51" local_entity="0" value="1" />
+        <value cell_index="52" local_entity="0" value="2" />
+        <value cell_index="53" local_entity="0" value="1" />
+        <value cell_index="54" local_entity="0" value="2" />
+        <value cell_index="55" local_entity="0" value="1" />
+        <value cell_index="56" local_entity="0" value="2" />
+        <value cell_index="57" local_entity="0" value="2" />
+        <value cell_index="58" local_entity="0" value="2" />
+        <value cell_index="59" local_entity="0" value="2" />
+        <value cell_index="60" local_entity="0" value="1" />
+        <value cell_index="61" local_entity="0" value="1" />
+        <value cell_index="62" local_entity="0" value="2" />
+        <value cell_index="63" local_entity="0" value="1" />
+        <value cell_index="64" local_entity="0" value="2" />
+        <value cell_index="65" local_entity="0" value="1" />
+        <value cell_index="66" local_entity="0" value="1" />
+        <value cell_index="67" local_entity="0" value="1" />
+        <value cell_index="68" local_entity="0" value="2" />
+        <value cell_index="69" local_entity="0" value="2" />
+        <value cell_index="70" local_entity="0" value="2" />
+        <value cell_index="71" local_entity="0" value="2" />
+        <value cell_index="72" local_entity="0" value="2" />
+        <value cell_index="73" local_entity="0" value="2" />
+        <value cell_index="74" local_entity="0" value="2" />
+        <value cell_index="75" local_entity="0" value="1" />
+        <value cell_index="76" local_entity="0" value="2" />
+        <value cell_index="77" local_entity="0" value="2" />
+        <value cell_index="78" local_entity="0" value="2" />
+        <value cell_index="79" local_entity="0" value="2" />
+        <value cell_index="80" local_entity="0" value="2" />
+        <value cell_index="81" local_entity="0" value="2" />
+        <value cell_index="82" local_entity="0" value="2" />
+        <value cell_index="83" local_entity="0" value="2" />
+        <value cell_index="84" local_entity="0" value="2" />
+        <value cell_index="85" local_entity="0" value="2" />
+        <value cell_index="86" local_entity="0" value="1" />
+        <value cell_index="87" local_entity="0" value="2" />
+        <value cell_index="88" local_entity="0" value="2" />
+        <value cell_index="89" local_entity="0" value="2" />
+        <value cell_index="90" local_entity="0" value="2" />
+        <value cell_index="91" local_entity="0" value="2" />
+        <value cell_index="92" local_entity="0" value="2" />
+        <value cell_index="93" local_entity="0" value="2" />
+        <value cell_index="94" local_entity="0" value="1" />
+        <value cell_index="95" local_entity="0" value="2" />
+        <value cell_index="96" local_entity="0" value="1" />
+        <value cell_index="97" local_entity="0" value="2" />
+        <value cell_index="98" local_entity="0" value="2" />
+        <value cell_index="99" local_entity="0" value="1" />
+        <value cell_index="100" local_entity="0" value="2" />
+        <value cell_index="101" local_entity="0" value="2" />
+        <value cell_index="102" local_entity="0" value="2" />
+        <value cell_index="103" local_entity="0" value="2" />
+        <value cell_index="104" local_entity="0" value="2" />
+        <value cell_index="105" local_entity="0" value="2" />
+        <value cell_index="106" local_entity="0" value="2" />
+        <value cell_index="107" local_entity="0" value="2" />
+        <value cell_index="108" local_entity="0" value="1" />
+        <value cell_index="109" local_entity="0" value="2" />
+        <value cell_index="110" local_entity="0" value="2" />
+        <value cell_index="111" local_entity="0" value="2" />
+        <value cell_index="112" local_entity="0" value="2" />
+        <value cell_index="113" local_entity="0" value="2" />
+        <value cell_index="114" local_entity="0" value="2" />
+        <value cell_index="115" local_entity="0" value="2" />
+        <value cell_index="116" local_entity="0" value="2" />
+        <value cell_index="117" local_entity="0" value="2" />
+        <value cell_index="118" local_entity="0" value="2" />
+        <value cell_index="119" local_entity="0" value="2" />
+        <value cell_index="120" local_entity="0" value="2" />
+        <value cell_index="121" local_entity="0" value="2" />
+        <value cell_index="122" local_entity="0" value="2" />
+        <value cell_index="123" local_entity="0" value="1" />
+        <value cell_index="124" local_entity="0" value="2" />
+        <value cell_index="125" local_entity="0" value="2" />
+        <value cell_index="126" local_entity="0" value="2" />
+        <value cell_index="127" local_entity="0" value="1" />
+        <value cell_index="128" local_entity="0" value="1" />
+        <value cell_index="129" local_entity="0" value="2" />
+        <value cell_index="130" local_entity="0" value="2" />
+        <value cell_index="131" local_entity="0" value="2" />
+        <value cell_index="132" local_entity="0" value="1" />
+        <value cell_index="133" local_entity="0" value="2" />
+        <value cell_index="134" local_entity="0" value="2" />
+        <value cell_index="135" local_entity="0" value="2" />
+        <value cell_index="136" local_entity="0" value="2" />
+        <value cell_index="137" local_entity="0" value="2" />
+        <value cell_index="138" local_entity="0" value="2" />
+        <value cell_index="139" local_entity="0" value="2" />
+        <value cell_index="140" local_entity="0" value="1" />
+        <value cell_index="141" local_entity="0" value="2" />
+        <value cell_index="142" local_entity="0" value="2" />
+        <value cell_index="143" local_entity="0" value="2" />
+        <value cell_index="144" local_entity="0" value="2" />
+        <value cell_index="145" local_entity="0" value="2" />
+        <value cell_index="146" local_entity="0" value="2" />
+        <value cell_index="147" local_entity="0" value="2" />
+        <value cell_index="148" local_entity="0" value="1" />
+        <value cell_index="149" local_entity="0" value="2" />
+        <value cell_index="150" local_entity="0" value="2" />
+        <value cell_index="151" local_entity="0" value="1" />
+        <value cell_index="152" local_entity="0" value="1" />
+        <value cell_index="153" local_entity="0" value="2" />
+        <value cell_index="154" local_entity="0" value="2" />
+        <value cell_index="155" local_entity="0" value="2" />
+        <value cell_index="156" local_entity="0" value="2" />
+        <value cell_index="157" local_entity="0" value="2" />
+        <value cell_index="158" local_entity="0" value="2" />
+        <value cell_index="159" local_entity="0" value="2" />
+        <value cell_index="160" local_entity="0" value="1" />
+        <value cell_index="161" local_entity="0" value="1" />
+        <value cell_index="162" local_entity="0" value="2" />
+        <value cell_index="163" local_entity="0" value="2" />
+        <value cell_index="164" local_entity="0" value="2" />
+        <value cell_index="165" local_entity="0" value="2" />
+        <value cell_index="166" local_entity="0" value="2" />
+        <value cell_index="167" local_entity="0" value="2" />
+        <value cell_index="168" local_entity="0" value="2" />
+        <value cell_index="169" local_entity="0" value="1" />
+        <value cell_index="170" local_entity="0" value="2" />
+        <value cell_index="171" local_entity="0" value="2" />
+        <value cell_index="172" local_entity="0" value="1" />
+        <value cell_index="173" local_entity="0" value="2" />
+        <value cell_index="174" local_entity="0" value="2" />
+        <value cell_index="175" local_entity="0" value="2" />
+        <value cell_index="176" local_entity="0" value="2" />
+        <value cell_index="177" local_entity="0" value="2" />
+        <value cell_index="178" local_entity="0" value="2" />
+        <value cell_index="179" local_entity="0" value="1" />
+        <value cell_index="180" local_entity="0" value="2" />
+        <value cell_index="181" local_entity="0" value="1" />
+        <value cell_index="182" local_entity="0" value="1" />
+        <value cell_index="183" local_entity="0" value="2" />
+        <value cell_index="184" local_entity="0" value="2" />
+        <value cell_index="185" local_entity="0" value="2" />
+        <value cell_index="186" local_entity="0" value="2" />
+        <value cell_index="187" local_entity="0" value="2" />
+        <value cell_index="188" local_entity="0" value="2" />
+        <value cell_index="189" local_entity="0" value="2" />
+        <value cell_index="190" local_entity="0" value="2" />
+        <value cell_index="191" local_entity="0" value="2" />
+        <value cell_index="192" local_entity="0" value="2" />
+        <value cell_index="193" local_entity="0" value="2" />
+        <value cell_index="194" local_entity="0" value="2" />
+        <value cell_index="195" local_entity="0" value="2" />
+        <value cell_index="196" local_entity="0" value="2" />
+        <value cell_index="197" local_entity="0" value="2" />
+        <value cell_index="198" local_entity="0" value="2" />
+        <value cell_index="199" local_entity="0" value="2" />
+        <value cell_index="200" local_entity="0" value="2" />
+        <value cell_index="201" local_entity="0" value="1" />
+        <value cell_index="202" local_entity="0" value="1" />
+        <value cell_index="203" local_entity="0" value="2" />
+        <value cell_index="204" local_entity="0" value="2" />
+        <value cell_index="205" local_entity="0" value="2" />
+        <value cell_index="206" local_entity="0" value="2" />
+        <value cell_index="207" local_entity="0" value="2" />
+        <value cell_index="208" local_entity="0" value="1" />
+        <value cell_index="209" local_entity="0" value="1" />
+        <value cell_index="210" local_entity="0" value="2" />
+        <value cell_index="211" local_entity="0" value="1" />
+        <value cell_index="212" local_entity="0" value="2" />
+        <value cell_index="213" local_entity="0" value="1" />
+        <value cell_index="214" local_entity="0" value="1" />
+        <value cell_index="215" local_entity="0" value="1" />
+        <value cell_index="216" local_entity="0" value="2" />
+        <value cell_index="217" local_entity="0" value="1" />
+        <value cell_index="218" local_entity="0" value="2" />
+        <value cell_index="219" local_entity="0" value="2" />
+        <value cell_index="220" local_entity="0" value="2" />
+        <value cell_index="221" local_entity="0" value="2" />
+        <value cell_index="222" local_entity="0" value="1" />
+        <value cell_index="223" local_entity="0" value="2" />
+        <value cell_index="224" local_entity="0" value="2" />
+        <value cell_index="225" local_entity="0" value="2" />
+        <value cell_index="226" local_entity="0" value="1" />
+        <value cell_index="227" local_entity="0" value="2" />
+        <value cell_index="228" local_entity="0" value="2" />
+        <value cell_index="229" local_entity="0" value="2" />
+        <value cell_index="230" local_entity="0" value="1" />
+        <value cell_index="231" local_entity="0" value="2" />
+        <value cell_index="232" local_entity="0" value="2" />
+        <value cell_index="233" local_entity="0" value="2" />
+        <value cell_index="234" local_entity="0" value="2" />
+        <value cell_index="235" local_entity="0" value="1" />
+        <value cell_index="236" local_entity="0" value="2" />
+        <value cell_index="237" local_entity="0" value="2" />
+        <value cell_index="238" local_entity="0" value="2" />
+        <value cell_index="239" local_entity="0" value="1" />
+        <value cell_index="240" local_entity="0" value="2" />
+        <value cell_index="241" local_entity="0" value="2" />
+        <value cell_index="242" local_entity="0" value="2" />
+        <value cell_index="243" local_entity="0" value="2" />
+        <value cell_index="244" local_entity="0" value="1" />
+        <value cell_index="245" local_entity="0" value="2" />
+        <value cell_index="246" local_entity="0" value="1" />
+        <value cell_index="247" local_entity="0" value="2" />
+        <value cell_index="248" local_entity="0" value="2" />
+        <value cell_index="249" local_entity="0" value="2" />
+        <value cell_index="250" local_entity="0" value="2" />
+        <value cell_index="251" local_entity="0" value="2" />
+        <value cell_index="252" local_entity="0" value="2" />
+        <value cell_index="253" local_entity="0" value="1" />
+        <value cell_index="254" local_entity="0" value="1" />
+        <value cell_index="255" local_entity="0" value="2" />
+        <value cell_index="256" local_entity="0" value="2" />
+        <value cell_index="257" local_entity="0" value="1" />
+        <value cell_index="258" local_entity="0" value="2" />
+        <value cell_index="259" local_entity="0" value="1" />
+        <value cell_index="260" local_entity="0" value="2" />
+        <value cell_index="261" local_entity="0" value="1" />
+        <value cell_index="262" local_entity="0" value="2" />
+        <value cell_index="263" local_entity="0" value="2" />
+        <value cell_index="264" local_entity="0" value="2" />
+        <value cell_index="265" local_entity="0" value="1" />
+        <value cell_index="266" local_entity="0" value="2" />
+        <value cell_index="267" local_entity="0" value="1" />
+        <value cell_index="268" local_entity="0" value="2" />
+        <value cell_index="269" local_entity="0" value="2" />
+        <value cell_index="270" local_entity="0" value="2" />
+        <value cell_index="271" local_entity="0" value="2" />
+        <value cell_index="272" local_entity="0" value="1" />
+        <value cell_index="273" local_entity="0" value="2" />
+        <value cell_index="274" local_entity="0" value="2" />
+        <value cell_index="275" local_entity="0" value="1" />
+        <value cell_index="276" local_entity="0" value="2" />
+        <value cell_index="277" local_entity="0" value="1" />
+        <value cell_index="278" local_entity="0" value="2" />
+        <value cell_index="279" local_entity="0" value="2" />
+        <value cell_index="280" local_entity="0" value="1" />
+        <value cell_index="281" local_entity="0" value="2" />
+        <value cell_index="282" local_entity="0" value="2" />
+        <value cell_index="283" local_entity="0" value="2" />
+        <value cell_index="284" local_entity="0" value="2" />
+        <value cell_index="285" local_entity="0" value="1" />
+        <value cell_index="286" local_entity="0" value="1" />
+        <value cell_index="287" local_entity="0" value="2" />
+        <value cell_index="288" local_entity="0" value="1" />
+        <value cell_index="289" local_entity="0" value="2" />
+        <value cell_index="290" local_entity="0" value="2" />
+        <value cell_index="291" local_entity="0" value="2" />
+        <value cell_index="292" local_entity="0" value="2" />
+        <value cell_index="293" local_entity="0" value="2" />
+        <value cell_index="294" local_entity="0" value="2" />
+        <value cell_index="295" local_entity="0" value="2" />
+        <value cell_index="296" local_entity="0" value="1" />
+        <value cell_index="297" local_entity="0" value="2" />
+        <value cell_index="298" local_entity="0" value="1" />
+        <value cell_index="299" local_entity="0" value="2" />
+        <value cell_index="300" local_entity="0" value="1" />
+        <value cell_index="301" local_entity="0" value="2" />
+        <value cell_index="302" local_entity="0" value="1" />
+        <value cell_index="303" local_entity="0" value="1" />
+        <value cell_index="304" local_entity="0" value="1" />
+        <value cell_index="305" local_entity="0" value="2" />
+        <value cell_index="306" local_entity="0" value="2" />
+        <value cell_index="307" local_entity="0" value="1" />
+        <value cell_index="308" local_entity="0" value="1" />
+        <value cell_index="309" local_entity="0" value="2" />
+        <value cell_index="310" local_entity="0" value="2" />
+        <value cell_index="311" local_entity="0" value="1" />
+        <value cell_index="312" local_entity="0" value="2" />
+        <value cell_index="313" local_entity="0" value="2" />
+        <value cell_index="314" local_entity="0" value="2" />
+        <value cell_index="315" local_entity="0" value="1" />
+        <value cell_index="316" local_entity="0" value="2" />
+        <value cell_index="317" local_entity="0" value="2" />
+        <value cell_index="318" local_entity="0" value="2" />
+        <value cell_index="319" local_entity="0" value="2" />
+        <value cell_index="320" local_entity="0" value="2" />
+        <value cell_index="321" local_entity="0" value="2" />
+        <value cell_index="322" local_entity="0" value="1" />
+        <value cell_index="323" local_entity="0" value="1" />
+        <value cell_index="324" local_entity="0" value="2" />
+        <value cell_index="325" local_entity="0" value="2" />
+        <value cell_index="326" local_entity="0" value="2" />
+        <value cell_index="327" local_entity="0" value="1" />
+        <value cell_index="328" local_entity="0" value="2" />
+        <value cell_index="329" local_entity="0" value="2" />
+        <value cell_index="330" local_entity="0" value="1" />
+        <value cell_index="331" local_entity="0" value="2" />
+        <value cell_index="332" local_entity="0" value="2" />
+        <value cell_index="333" local_entity="0" value="1" />
+        <value cell_index="334" local_entity="0" value="1" />
+        <value cell_index="335" local_entity="0" value="2" />
+        <value cell_index="336" local_entity="0" value="1" />
+        <value cell_index="337" local_entity="0" value="1" />
+        <value cell_index="338" local_entity="0" value="2" />
+        <value cell_index="339" local_entity="0" value="2" />
+        <value cell_index="340" local_entity="0" value="2" />
+        <value cell_index="341" local_entity="0" value="2" />
+        <value cell_index="342" local_entity="0" value="1" />
+        <value cell_index="343" local_entity="0" value="2" />
+        <value cell_index="344" local_entity="0" value="2" />
+        <value cell_index="345" local_entity="0" value="2" />
+        <value cell_index="346" local_entity="0" value="2" />
+        <value cell_index="347" local_entity="0" value="2" />
+        <value cell_index="348" local_entity="0" value="2" />
+        <value cell_index="349" local_entity="0" value="2" />
+        <value cell_index="350" local_entity="0" value="1" />
+        <value cell_index="351" local_entity="0" value="2" />
+        <value cell_index="352" local_entity="0" value="1" />
+        <value cell_index="353" local_entity="0" value="2" />
+        <value cell_index="354" local_entity="0" value="2" />
+        <value cell_index="355" local_entity="0" value="2" />
+        <value cell_index="356" local_entity="0" value="1" />
+        <value cell_index="357" local_entity="0" value="2" />
+        <value cell_index="358" local_entity="0" value="2" />
+        <value cell_index="359" local_entity="0" value="2" />
+        <value cell_index="360" local_entity="0" value="2" />
+        <value cell_index="361" local_entity="0" value="2" />
+        <value cell_index="362" local_entity="0" value="2" />
+        <value cell_index="363" local_entity="0" value="2" />
+        <value cell_index="364" local_entity="0" value="2" />
+        <value cell_index="365" local_entity="0" value="2" />
+        <value cell_index="366" local_entity="0" value="2" />
+        <value cell_index="367" local_entity="0" value="2" />
+        <value cell_index="368" local_entity="0" value="2" />
+        <value cell_index="369" local_entity="0" value="1" />
+        <value cell_index="370" local_entity="0" value="1" />
+        <value cell_index="371" local_entity="0" value="2" />
+        <value cell_index="372" local_entity="0" value="1" />
+        <value cell_index="373" local_entity="0" value="1" />
+        <value cell_index="374" local_entity="0" value="1" />
+        <value cell_index="375" local_entity="0" value="1" />
+        <value cell_index="376" local_entity="0" value="2" />
+        <value cell_index="377" local_entity="0" value="2" />
+        <value cell_index="378" local_entity="0" value="2" />
+        <value cell_index="379" local_entity="0" value="2" />
+        <value cell_index="380" local_entity="0" value="2" />
+        <value cell_index="381" local_entity="0" value="1" />
+        <value cell_index="382" local_entity="0" value="1" />
+        <value cell_index="383" local_entity="0" value="1" />
+        <value cell_index="384" local_entity="0" value="1" />
+        <value cell_index="385" local_entity="0" value="2" />
+        <value cell_index="386" local_entity="0" value="2" />
+        <value cell_index="387" local_entity="0" value="2" />
+        <value cell_index="388" local_entity="0" value="1" />
+        <value cell_index="389" local_entity="0" value="1" />
+        <value cell_index="390" local_entity="0" value="1" />
+        <value cell_index="391" local_entity="0" value="1" />
+        <value cell_index="392" local_entity="0" value="2" />
+        <value cell_index="393" local_entity="0" value="2" />
+        <value cell_index="394" local_entity="0" value="2" />
+        <value cell_index="395" local_entity="0" value="1" />
+        <value cell_index="396" local_entity="0" value="2" />
+        <value cell_index="397" local_entity="0" value="2" />
+        <value cell_index="398" local_entity="0" value="1" />
+        <value cell_index="399" local_entity="0" value="1" />
+        <value cell_index="400" local_entity="0" value="1" />
+        <value cell_index="401" local_entity="0" value="1" />
+        <value cell_index="402" local_entity="0" value="2" />
+        <value cell_index="403" local_entity="0" value="2" />
+        <value cell_index="404" local_entity="0" value="1" />
+        <value cell_index="405" local_entity="0" value="2" />
+        <value cell_index="406" local_entity="0" value="2" />
+        <value cell_index="407" local_entity="0" value="1" />
+        <value cell_index="408" local_entity="0" value="2" />
+        <value cell_index="409" local_entity="0" value="1" />
+        <value cell_index="410" local_entity="0" value="2" />
+        <value cell_index="411" local_entity="0" value="2" />
+        <value cell_index="412" local_entity="0" value="1" />
+        <value cell_index="413" local_entity="0" value="2" />
+        <value cell_index="414" local_entity="0" value="2" />
+        <value cell_index="415" local_entity="0" value="2" />
+        <value cell_index="416" local_entity="0" value="2" />
+        <value cell_index="417" local_entity="0" value="1" />
+        <value cell_index="418" local_entity="0" value="2" />
+        <value cell_index="419" local_entity="0" value="2" />
+        <value cell_index="420" local_entity="0" value="1" />
+        <value cell_index="421" local_entity="0" value="1" />
+        <value cell_index="422" local_entity="0" value="2" />
+        <value cell_index="423" local_entity="0" value="1" />
+        <value cell_index="424" local_entity="0" value="2" />
+        <value cell_index="425" local_entity="0" value="2" />
+        <value cell_index="426" local_entity="0" value="2" />
+        <value cell_index="427" local_entity="0" value="2" />
+        <value cell_index="428" local_entity="0" value="2" />
+        <value cell_index="429" local_entity="0" value="2" />
+        <value cell_index="430" local_entity="0" value="2" />
+        <value cell_index="431" local_entity="0" value="2" />
+        <value cell_index="432" local_entity="0" value="2" />
+        <value cell_index="433" local_entity="0" value="2" />
+        <value cell_index="434" local_entity="0" value="1" />
+        <value cell_index="435" local_entity="0" value="2" />
+        <value cell_index="436" local_entity="0" value="1" />
+        <value cell_index="437" local_entity="0" value="2" />
+        <value cell_index="438" local_entity="0" value="2" />
+        <value cell_index="439" local_entity="0" value="1" />
+        <value cell_index="440" local_entity="0" value="1" />
+        <value cell_index="441" local_entity="0" value="2" />
+        <value cell_index="442" local_entity="0" value="2" />
+        <value cell_index="443" local_entity="0" value="1" />
+        <value cell_index="444" local_entity="0" value="2" />
+        <value cell_index="445" local_entity="0" value="2" />
+        <value cell_index="446" local_entity="0" value="1" />
+        <value cell_index="447" local_entity="0" value="1" />
+        <value cell_index="448" local_entity="0" value="2" />
+        <value cell_index="449" local_entity="0" value="2" />
+        <value cell_index="450" local_entity="0" value="1" />
+        <value cell_index="451" local_entity="0" value="2" />
+        <value cell_index="452" local_entity="0" value="2" />
+        <value cell_index="453" local_entity="0" value="1" />
+        <value cell_index="454" local_entity="0" value="2" />
+        <value cell_index="455" local_entity="0" value="2" />
+        <value cell_index="456" local_entity="0" value="2" />
+        <value cell_index="457" local_entity="0" value="1" />
+        <value cell_index="458" local_entity="0" value="2" />
+        <value cell_index="459" local_entity="0" value="1" />
+        <value cell_index="460" local_entity="0" value="2" />
+        <value cell_index="461" local_entity="0" value="1" />
+        <value cell_index="462" local_entity="0" value="2" />
+        <value cell_index="463" local_entity="0" value="2" />
+        <value cell_index="464" local_entity="0" value="2" />
+        <value cell_index="465" local_entity="0" value="1" />
+        <value cell_index="466" local_entity="0" value="1" />
+        <value cell_index="467" local_entity="0" value="2" />
+        <value cell_index="468" local_entity="0" value="2" />
+        <value cell_index="469" local_entity="0" value="2" />
+        <value cell_index="470" local_entity="0" value="2" />
+        <value cell_index="471" local_entity="0" value="2" />
+        <value cell_index="472" local_entity="0" value="2" />
+        <value cell_index="473" local_entity="0" value="2" />
+        <value cell_index="474" local_entity="0" value="2" />
+        <value cell_index="475" local_entity="0" value="2" />
+        <value cell_index="476" local_entity="0" value="1" />
+        <value cell_index="477" local_entity="0" value="2" />
+        <value cell_index="478" local_entity="0" value="2" />
+        <value cell_index="479" local_entity="0" value="2" />
+        <value cell_index="480" local_entity="0" value="2" />
+        <value cell_index="481" local_entity="0" value="2" />
+        <value cell_index="482" local_entity="0" value="1" />
+        <value cell_index="483" local_entity="0" value="2" />
+        <value cell_index="484" local_entity="0" value="2" />
+        <value cell_index="485" local_entity="0" value="2" />
+        <value cell_index="486" local_entity="0" value="2" />
+        <value cell_index="487" local_entity="0" value="2" />
+        <value cell_index="488" local_entity="0" value="1" />
+        <value cell_index="489" local_entity="0" value="2" />
+        <value cell_index="490" local_entity="0" value="2" />
+        <value cell_index="491" local_entity="0" value="1" />
+        <value cell_index="492" local_entity="0" value="2" />
+        <value cell_index="493" local_entity="0" value="2" />
+        <value cell_index="494" local_entity="0" value="1" />
+        <value cell_index="495" local_entity="0" value="2" />
+        <value cell_index="496" local_entity="0" value="2" />
+        <value cell_index="497" local_entity="0" value="1" />
+        <value cell_index="498" local_entity="0" value="2" />
+        <value cell_index="499" local_entity="0" value="2" />
+        <value cell_index="500" local_entity="0" value="2" />
+        <value cell_index="501" local_entity="0" value="2" />
+        <value cell_index="502" local_entity="0" value="2" />
+        <value cell_index="503" local_entity="0" value="1" />
+        <value cell_index="504" local_entity="0" value="1" />
+        <value cell_index="505" local_entity="0" value="1" />
+        <value cell_index="506" local_entity="0" value="2" />
+        <value cell_index="507" local_entity="0" value="1" />
+        <value cell_index="508" local_entity="0" value="2" />
+        <value cell_index="509" local_entity="0" value="2" />
+        <value cell_index="510" local_entity="0" value="1" />
+        <value cell_index="511" local_entity="0" value="1" />
+        <value cell_index="512" local_entity="0" value="2" />
+        <value cell_index="513" local_entity="0" value="1" />
+        <value cell_index="514" local_entity="0" value="1" />
+        <value cell_index="515" local_entity="0" value="1" />
+        <value cell_index="516" local_entity="0" value="1" />
+        <value cell_index="517" local_entity="0" value="2" />
+        <value cell_index="518" local_entity="0" value="2" />
+        <value cell_index="519" local_entity="0" value="2" />
+        <value cell_index="520" local_entity="0" value="1" />
+        <value cell_index="521" local_entity="0" value="2" />
+        <value cell_index="522" local_entity="0" value="1" />
+        <value cell_index="523" local_entity="0" value="2" />
+        <value cell_index="524" local_entity="0" value="2" />
+        <value cell_index="525" local_entity="0" value="1" />
+        <value cell_index="526" local_entity="0" value="2" />
+        <value cell_index="527" local_entity="0" value="2" />
+        <value cell_index="528" local_entity="0" value="1" />
+        <value cell_index="529" local_entity="0" value="2" />
+        <value cell_index="530" local_entity="0" value="1" />
+        <value cell_index="531" local_entity="0" value="2" />
+        <value cell_index="532" local_entity="0" value="2" />
+        <value cell_index="533" local_entity="0" value="2" />
+        <value cell_index="534" local_entity="0" value="2" />
+        <value cell_index="535" local_entity="0" value="2" />
+        <value cell_index="536" local_entity="0" value="2" />
+        <value cell_index="537" local_entity="0" value="2" />
+        <value cell_index="538" local_entity="0" value="2" />
+        <value cell_index="539" local_entity="0" value="2" />
+        <value cell_index="540" local_entity="0" value="2" />
+        <value cell_index="541" local_entity="0" value="2" />
+        <value cell_index="542" local_entity="0" value="2" />
+        <value cell_index="543" local_entity="0" value="2" />
+        <value cell_index="544" local_entity="0" value="2" />
+        <value cell_index="545" local_entity="0" value="2" />
+        <value cell_index="546" local_entity="0" value="2" />
+        <value cell_index="547" local_entity="0" value="2" />
+        <value cell_index="548" local_entity="0" value="2" />
+        <value cell_index="549" local_entity="0" value="1" />
+        <value cell_index="550" local_entity="0" value="2" />
+        <value cell_index="551" local_entity="0" value="2" />
+        <value cell_index="552" local_entity="0" value="2" />
+        <value cell_index="553" local_entity="0" value="2" />
+        <value cell_index="554" local_entity="0" value="2" />
+        <value cell_index="555" local_entity="0" value="2" />
+        <value cell_index="556" local_entity="0" value="1" />
+        <value cell_index="557" local_entity="0" value="1" />
+        <value cell_index="558" local_entity="0" value="2" />
+        <value cell_index="559" local_entity="0" value="1" />
+        <value cell_index="560" local_entity="0" value="1" />
+        <value cell_index="561" local_entity="0" value="1" />
+        <value cell_index="562" local_entity="0" value="2" />
+        <value cell_index="563" local_entity="0" value="2" />
+        <value cell_index="564" local_entity="0" value="1" />
+        <value cell_index="565" local_entity="0" value="1" />
+        <value cell_index="566" local_entity="0" value="2" />
+        <value cell_index="567" local_entity="0" value="2" />
+        <value cell_index="568" local_entity="0" value="2" />
+        <value cell_index="569" local_entity="0" value="2" />
+        <value cell_index="570" local_entity="0" value="2" />
+        <value cell_index="571" local_entity="0" value="2" />
+        <value cell_index="572" local_entity="0" value="2" />
+        <value cell_index="573" local_entity="0" value="2" />
+        <value cell_index="574" local_entity="0" value="2" />
+        <value cell_index="575" local_entity="0" value="2" />
+        <value cell_index="576" local_entity="0" value="1" />
+        <value cell_index="577" local_entity="0" value="2" />
+        <value cell_index="578" local_entity="0" value="2" />
+        <value cell_index="579" local_entity="0" value="1" />
+        <value cell_index="580" local_entity="0" value="1" />
+        <value cell_index="581" local_entity="0" value="2" />
+        <value cell_index="582" local_entity="0" value="1" />
+        <value cell_index="583" local_entity="0" value="1" />
+        <value cell_index="584" local_entity="0" value="2" />
+        <value cell_index="585" local_entity="0" value="2" />
+        <value cell_index="586" local_entity="0" value="2" />
+        <value cell_index="587" local_entity="0" value="2" />
+        <value cell_index="588" local_entity="0" value="2" />
+        <value cell_index="589" local_entity="0" value="2" />
+        <value cell_index="590" local_entity="0" value="1" />
+        <value cell_index="591" local_entity="0" value="2" />
+        <value cell_index="592" local_entity="0" value="2" />
+        <value cell_index="593" local_entity="0" value="1" />
+        <value cell_index="594" local_entity="0" value="2" />
+        <value cell_index="595" local_entity="0" value="1" />
+        <value cell_index="596" local_entity="0" value="2" />
+        <value cell_index="597" local_entity="0" value="2" />
+        <value cell_index="598" local_entity="0" value="2" />
+        <value cell_index="599" local_entity="0" value="2" />
+        <value cell_index="600" local_entity="0" value="2" />
+        <value cell_index="601" local_entity="0" value="2" />
+        <value cell_index="602" local_entity="0" value="2" />
+        <value cell_index="603" local_entity="0" value="2" />
+        <value cell_index="604" local_entity="0" value="2" />
+        <value cell_index="605" local_entity="0" value="1" />
+        <value cell_index="606" local_entity="0" value="2" />
+        <value cell_index="607" local_entity="0" value="2" />
+        <value cell_index="608" local_entity="0" value="2" />
+        <value cell_index="609" local_entity="0" value="2" />
+        <value cell_index="610" local_entity="0" value="1" />
+        <value cell_index="611" local_entity="0" value="2" />
+        <value cell_index="612" local_entity="0" value="2" />
+        <value cell_index="613" local_entity="0" value="1" />
+        <value cell_index="614" local_entity="0" value="2" />
+        <value cell_index="615" local_entity="0" value="2" />
+        <value cell_index="616" local_entity="0" value="1" />
+        <value cell_index="617" local_entity="0" value="2" />
+        <value cell_index="618" local_entity="0" value="2" />
+        <value cell_index="619" local_entity="0" value="2" />
+        <value cell_index="620" local_entity="0" value="2" />
+        <value cell_index="621" local_entity="0" value="2" />
+        <value cell_index="622" local_entity="0" value="2" />
+        <value cell_index="623" local_entity="0" value="2" />
+        <value cell_index="624" local_entity="0" value="2" />
+        <value cell_index="625" local_entity="0" value="2" />
+        <value cell_index="626" local_entity="0" value="2" />
+        <value cell_index="627" local_entity="0" value="2" />
+        <value cell_index="628" local_entity="0" value="1" />
+        <value cell_index="629" local_entity="0" value="1" />
+        <value cell_index="630" local_entity="0" value="1" />
+        <value cell_index="631" local_entity="0" value="2" />
+        <value cell_index="632" local_entity="0" value="2" />
+        <value cell_index="633" local_entity="0" value="2" />
+        <value cell_index="634" local_entity="0" value="2" />
+        <value cell_index="635" local_entity="0" value="2" />
+        <value cell_index="636" local_entity="0" value="1" />
+        <value cell_index="637" local_entity="0" value="2" />
+        <value cell_index="638" local_entity="0" value="2" />
+        <value cell_index="639" local_entity="0" value="2" />
+        <value cell_index="640" local_entity="0" value="2" />
+        <value cell_index="641" local_entity="0" value="2" />
+        <value cell_index="642" local_entity="0" value="2" />
+        <value cell_index="643" local_entity="0" value="2" />
+        <value cell_index="644" local_entity="0" value="2" />
+        <value cell_index="645" local_entity="0" value="2" />
+        <value cell_index="646" local_entity="0" value="2" />
+        <value cell_index="647" local_entity="0" value="1" />
+        <value cell_index="648" local_entity="0" value="2" />
+        <value cell_index="649" local_entity="0" value="2" />
+        <value cell_index="650" local_entity="0" value="2" />
+        <value cell_index="651" local_entity="0" value="1" />
+        <value cell_index="652" local_entity="0" value="2" />
+        <value cell_index="653" local_entity="0" value="2" />
+        <value cell_index="654" local_entity="0" value="2" />
+        <value cell_index="655" local_entity="0" value="2" />
+        <value cell_index="656" local_entity="0" value="2" />
+        <value cell_index="657" local_entity="0" value="2" />
+        <value cell_index="658" local_entity="0" value="2" />
+        <value cell_index="659" local_entity="0" value="2" />
+        <value cell_index="660" local_entity="0" value="2" />
+        <value cell_index="661" local_entity="0" value="2" />
+        <value cell_index="662" local_entity="0" value="1" />
+        <value cell_index="663" local_entity="0" value="1" />
+        <value cell_index="664" local_entity="0" value="2" />
+        <value cell_index="665" local_entity="0" value="2" />
+        <value cell_index="666" local_entity="0" value="1" />
+        <value cell_index="667" local_entity="0" value="2" />
+        <value cell_index="668" local_entity="0" value="2" />
+        <value cell_index="669" local_entity="0" value="2" />
+        <value cell_index="670" local_entity="0" value="2" />
+        <value cell_index="671" local_entity="0" value="2" />
+        <value cell_index="672" local_entity="0" value="1" />
+        <value cell_index="673" local_entity="0" value="1" />
+        <value cell_index="674" local_entity="0" value="2" />
+        <value cell_index="675" local_entity="0" value="2" />
+        <value cell_index="676" local_entity="0" value="2" />
+        <value cell_index="677" local_entity="0" value="2" />
+        <value cell_index="678" local_entity="0" value="2" />
+        <value cell_index="679" local_entity="0" value="2" />
+        <value cell_index="680" local_entity="0" value="1" />
+        <value cell_index="681" local_entity="0" value="1" />
+        <value cell_index="682" local_entity="0" value="2" />
+        <value cell_index="683" local_entity="0" value="2" />
+        <value cell_index="684" local_entity="0" value="1" />
+        <value cell_index="685" local_entity="0" value="2" />
+        <value cell_index="686" local_entity="0" value="1" />
+        <value cell_index="687" local_entity="0" value="2" />
+        <value cell_index="688" local_entity="0" value="2" />
+        <value cell_index="689" local_entity="0" value="1" />
+        <value cell_index="690" local_entity="0" value="2" />
+        <value cell_index="691" local_entity="0" value="2" />
+        <value cell_index="692" local_entity="0" value="2" />
+        <value cell_index="693" local_entity="0" value="2" />
+        <value cell_index="694" local_entity="0" value="1" />
+        <value cell_index="695" local_entity="0" value="1" />
+        <value cell_index="696" local_entity="0" value="1" />
+        <value cell_index="697" local_entity="0" value="2" />
+        <value cell_index="698" local_entity="0" value="1" />
+        <value cell_index="699" local_entity="0" value="2" />
+        <value cell_index="700" local_entity="0" value="2" />
+        <value cell_index="701" local_entity="0" value="2" />
+        <value cell_index="702" local_entity="0" value="2" />
+        <value cell_index="703" local_entity="0" value="2" />
+        <value cell_index="704" local_entity="0" value="2" />
+        <value cell_index="705" local_entity="0" value="2" />
+        <value cell_index="706" local_entity="0" value="2" />
+        <value cell_index="707" local_entity="0" value="2" />
+        <value cell_index="708" local_entity="0" value="2" />
+        <value cell_index="709" local_entity="0" value="1" />
+        <value cell_index="710" local_entity="0" value="2" />
+        <value cell_index="711" local_entity="0" value="2" />
+        <value cell_index="712" local_entity="0" value="2" />
+        <value cell_index="713" local_entity="0" value="2" />
+        <value cell_index="714" local_entity="0" value="1" />
+        <value cell_index="715" local_entity="0" value="2" />
+        <value cell_index="716" local_entity="0" value="2" />
+        <value cell_index="717" local_entity="0" value="2" />
+        <value cell_index="718" local_entity="0" value="1" />
+        <value cell_index="719" local_entity="0" value="2" />
+        <value cell_index="720" local_entity="0" value="1" />
+        <value cell_index="721" local_entity="0" value="2" />
+        <value cell_index="722" local_entity="0" value="2" />
+        <value cell_index="723" local_entity="0" value="2" />
+        <value cell_index="724" local_entity="0" value="1" />
+        <value cell_index="725" local_entity="0" value="2" />
+        <value cell_index="726" local_entity="0" value="2" />
+        <value cell_index="727" local_entity="0" value="2" />
+        <value cell_index="728" local_entity="0" value="2" />
+        <value cell_index="729" local_entity="0" value="1" />
+        <value cell_index="730" local_entity="0" value="1" />
+        <value cell_index="731" local_entity="0" value="2" />
+        <value cell_index="732" local_entity="0" value="1" />
+        <value cell_index="733" local_entity="0" value="2" />
+        <value cell_index="734" local_entity="0" value="2" />
+        <value cell_index="735" local_entity="0" value="2" />
+        <value cell_index="736" local_entity="0" value="2" />
+        <value cell_index="737" local_entity="0" value="2" />
+        <value cell_index="738" local_entity="0" value="2" />
+        <value cell_index="739" local_entity="0" value="1" />
+        <value cell_index="740" local_entity="0" value="2" />
+        <value cell_index="741" local_entity="0" value="1" />
+        <value cell_index="742" local_entity="0" value="2" />
+        <value cell_index="743" local_entity="0" value="2" />
+        <value cell_index="744" local_entity="0" value="2" />
+        <value cell_index="745" local_entity="0" value="2" />
+        <value cell_index="746" local_entity="0" value="1" />
+        <value cell_index="747" local_entity="0" value="1" />
+        <value cell_index="748" local_entity="0" value="1" />
+        <value cell_index="749" local_entity="0" value="2" />
+        <value cell_index="750" local_entity="0" value="2" />
+        <value cell_index="751" local_entity="0" value="2" />
+        <value cell_index="752" local_entity="0" value="2" />
+        <value cell_index="753" local_entity="0" value="2" />
+        <value cell_index="754" local_entity="0" value="2" />
+        <value cell_index="755" local_entity="0" value="1" />
+        <value cell_index="756" local_entity="0" value="2" />
+        <value cell_index="757" local_entity="0" value="2" />
+        <value cell_index="758" local_entity="0" value="2" />
+        <value cell_index="759" local_entity="0" value="2" />
+        <value cell_index="760" local_entity="0" value="2" />
+        <value cell_index="761" local_entity="0" value="2" />
+        <value cell_index="762" local_entity="0" value="1" />
+        <value cell_index="763" local_entity="0" value="2" />
+        <value cell_index="764" local_entity="0" value="2" />
+        <value cell_index="765" local_entity="0" value="1" />
+        <value cell_index="766" local_entity="0" value="1" />
+        <value cell_index="767" local_entity="0" value="2" />
+        <value cell_index="768" local_entity="0" value="2" />
+        <value cell_index="769" local_entity="0" value="2" />
+        <value cell_index="770" local_entity="0" value="2" />
+        <value cell_index="771" local_entity="0" value="2" />
+        <value cell_index="772" local_entity="0" value="2" />
+        <value cell_index="773" local_entity="0" value="1" />
+        <value cell_index="774" local_entity="0" value="2" />
+        <value cell_index="775" local_entity="0" value="2" />
+        <value cell_index="776" local_entity="0" value="1" />
+        <value cell_index="777" local_entity="0" value="1" />
+        <value cell_index="778" local_entity="0" value="1" />
+        <value cell_index="779" local_entity="0" value="2" />
+        <value cell_index="780" local_entity="0" value="2" />
+        <value cell_index="781" local_entity="0" value="2" />
+        <value cell_index="782" local_entity="0" value="2" />
+        <value cell_index="783" local_entity="0" value="2" />
+        <value cell_index="784" local_entity="0" value="1" />
+        <value cell_index="785" local_entity="0" value="2" />
+        <value cell_index="786" local_entity="0" value="1" />
+        <value cell_index="787" local_entity="0" value="1" />
+        <value cell_index="788" local_entity="0" value="1" />
+        <value cell_index="789" local_entity="0" value="2" />
+        <value cell_index="790" local_entity="0" value="1" />
+        <value cell_index="791" local_entity="0" value="2" />
+        <value cell_index="792" local_entity="0" value="2" />
+        <value cell_index="793" local_entity="0" value="2" />
+        <value cell_index="794" local_entity="0" value="2" />
+        <value cell_index="795" local_entity="0" value="1" />
+        <value cell_index="796" local_entity="0" value="2" />
+        <value cell_index="797" local_entity="0" value="1" />
+        <value cell_index="798" local_entity="0" value="2" />
+        <value cell_index="799" local_entity="0" value="2" />
+        <value cell_index="800" local_entity="0" value="2" />
+        <value cell_index="801" local_entity="0" value="2" />
+        <value cell_index="802" local_entity="0" value="1" />
+        <value cell_index="803" local_entity="0" value="1" />
+        <value cell_index="804" local_entity="0" value="2" />
+        <value cell_index="805" local_entity="0" value="2" />
+        <value cell_index="806" local_entity="0" value="1" />
+        <value cell_index="807" local_entity="0" value="2" />
+        <value cell_index="808" local_entity="0" value="1" />
+        <value cell_index="809" local_entity="0" value="2" />
+        <value cell_index="810" local_entity="0" value="2" />
+        <value cell_index="811" local_entity="0" value="2" />
+        <value cell_index="812" local_entity="0" value="1" />
+        <value cell_index="813" local_entity="0" value="2" />
+        <value cell_index="814" local_entity="0" value="2" />
+        <value cell_index="815" local_entity="0" value="1" />
+        <value cell_index="816" local_entity="0" value="1" />
+        <value cell_index="817" local_entity="0" value="1" />
+        <value cell_index="818" local_entity="0" value="2" />
+        <value cell_index="819" local_entity="0" value="2" />
+        <value cell_index="820" local_entity="0" value="1" />
+        <value cell_index="821" local_entity="0" value="2" />
+        <value cell_index="822" local_entity="0" value="2" />
+        <value cell_index="823" local_entity="0" value="1" />
+        <value cell_index="824" local_entity="0" value="2" />
+        <value cell_index="825" local_entity="0" value="2" />
+        <value cell_index="826" local_entity="0" value="1" />
+        <value cell_index="827" local_entity="0" value="2" />
+        <value cell_index="828" local_entity="0" value="1" />
+        <value cell_index="829" local_entity="0" value="2" />
+        <value cell_index="830" local_entity="0" value="1" />
+        <value cell_index="831" local_entity="0" value="1" />
+        <value cell_index="832" local_entity="0" value="2" />
+        <value cell_index="833" local_entity="0" value="2" />
+        <value cell_index="834" local_entity="0" value="2" />
+        <value cell_index="835" local_entity="0" value="1" />
+        <value cell_index="836" local_entity="0" value="2" />
+        <value cell_index="837" local_entity="0" value="2" />
+        <value cell_index="838" local_entity="0" value="2" />
+        <value cell_index="839" local_entity="0" value="2" />
+        <value cell_index="840" local_entity="0" value="1" />
+        <value cell_index="841" local_entity="0" value="2" />
+        <value cell_index="842" local_entity="0" value="2" />
+        <value cell_index="843" local_entity="0" value="2" />
+        <value cell_index="844" local_entity="0" value="1" />
+        <value cell_index="845" local_entity="0" value="2" />
+        <value cell_index="846" local_entity="0" value="2" />
+        <value cell_index="847" local_entity="0" value="2" />
+        <value cell_index="848" local_entity="0" value="2" />
+        <value cell_index="849" local_entity="0" value="2" />
+        <value cell_index="850" local_entity="0" value="2" />
+        <value cell_index="851" local_entity="0" value="2" />
+        <value cell_index="852" local_entity="0" value="2" />
+        <value cell_index="853" local_entity="0" value="2" />
+        <value cell_index="854" local_entity="0" value="1" />
+        <value cell_index="855" local_entity="0" value="2" />
+        <value cell_index="856" local_entity="0" value="2" />
+        <value cell_index="857" local_entity="0" value="2" />
+        <value cell_index="858" local_entity="0" value="1" />
+        <value cell_index="859" local_entity="0" value="1" />
+        <value cell_index="860" local_entity="0" value="2" />
+        <value cell_index="861" local_entity="0" value="2" />
+        <value cell_index="862" local_entity="0" value="2" />
+        <value cell_index="863" local_entity="0" value="2" />
+        <value cell_index="864" local_entity="0" value="2" />
+        <value cell_index="865" local_entity="0" value="2" />
+        <value cell_index="866" local_entity="0" value="1" />
+        <value cell_index="867" local_entity="0" value="2" />
+        <value cell_index="868" local_entity="0" value="1" />
+        <value cell_index="869" local_entity="0" value="1" />
+        <value cell_index="870" local_entity="0" value="1" />
+        <value cell_index="871" local_entity="0" value="2" />
+        <value cell_index="872" local_entity="0" value="2" />
+        <value cell_index="873" local_entity="0" value="1" />
+        <value cell_index="874" local_entity="0" value="1" />
+        <value cell_index="875" local_entity="0" value="2" />
+        <value cell_index="876" local_entity="0" value="2" />
+        <value cell_index="877" local_entity="0" value="1" />
+        <value cell_index="878" local_entity="0" value="2" />
+        <value cell_index="879" local_entity="0" value="2" />
+        <value cell_index="880" local_entity="0" value="2" />
+        <value cell_index="881" local_entity="0" value="2" />
+        <value cell_index="882" local_entity="0" value="1" />
+        <value cell_index="883" local_entity="0" value="2" />
+        <value cell_index="884" local_entity="0" value="2" />
+        <value cell_index="885" local_entity="0" value="1" />
+        <value cell_index="886" local_entity="0" value="2" />
+        <value cell_index="887" local_entity="0" value="1" />
+        <value cell_index="888" local_entity="0" value="2" />
+        <value cell_index="889" local_entity="0" value="2" />
+        <value cell_index="890" local_entity="0" value="2" />
+        <value cell_index="891" local_entity="0" value="2" />
+        <value cell_index="892" local_entity="0" value="1" />
+        <value cell_index="893" local_entity="0" value="1" />
+        <value cell_index="894" local_entity="0" value="2" />
+        <value cell_index="895" local_entity="0" value="1" />
+        <value cell_index="896" local_entity="0" value="2" />
+        <value cell_index="897" local_entity="0" value="1" />
+        <value cell_index="898" local_entity="0" value="2" />
+        <value cell_index="899" local_entity="0" value="2" />
+        <value cell_index="900" local_entity="0" value="2" />
+        <value cell_index="901" local_entity="0" value="2" />
+        <value cell_index="902" local_entity="0" value="1" />
+        <value cell_index="903" local_entity="0" value="1" />
+        <value cell_index="904" local_entity="0" value="1" />
+        <value cell_index="905" local_entity="0" value="2" />
+        <value cell_index="906" local_entity="0" value="2" />
+        <value cell_index="907" local_entity="0" value="2" />
+        <value cell_index="908" local_entity="0" value="2" />
+        <value cell_index="909" local_entity="0" value="1" />
+        <value cell_index="910" local_entity="0" value="2" />
+        <value cell_index="911" local_entity="0" value="1" />
+        <value cell_index="912" local_entity="0" value="1" />
+        <value cell_index="913" local_entity="0" value="2" />
+        <value cell_index="914" local_entity="0" value="1" />
+        <value cell_index="915" local_entity="0" value="2" />
+        <value cell_index="916" local_entity="0" value="2" />
+        <value cell_index="917" local_entity="0" value="2" />
+        <value cell_index="918" local_entity="0" value="2" />
+        <value cell_index="919" local_entity="0" value="2" />
+        <value cell_index="920" local_entity="0" value="2" />
+        <value cell_index="921" local_entity="0" value="2" />
+        <value cell_index="922" local_entity="0" value="2" />
+        <value cell_index="923" local_entity="0" value="2" />
+        <value cell_index="924" local_entity="0" value="2" />
+        <value cell_index="925" local_entity="0" value="2" />
+        <value cell_index="926" local_entity="0" value="1" />
+        <value cell_index="927" local_entity="0" value="1" />
+        <value cell_index="928" local_entity="0" value="2" />
+        <value cell_index="929" local_entity="0" value="2" />
+        <value cell_index="930" local_entity="0" value="2" />
+        <value cell_index="931" local_entity="0" value="2" />
+        <value cell_index="932" local_entity="0" value="2" />
+        <value cell_index="933" local_entity="0" value="2" />
+        <value cell_index="934" local_entity="0" value="1" />
+        <value cell_index="935" local_entity="0" value="1" />
+        <value cell_index="936" local_entity="0" value="1" />
+        <value cell_index="937" local_entity="0" value="1" />
+        <value cell_index="938" local_entity="0" value="2" />
+        <value cell_index="939" local_entity="0" value="2" />
+        <value cell_index="940" local_entity="0" value="2" />
+        <value cell_index="941" local_entity="0" value="2" />
+        <value cell_index="942" local_entity="0" value="2" />
+        <value cell_index="943" local_entity="0" value="1" />
+        <value cell_index="944" local_entity="0" value="2" />
+        <value cell_index="945" local_entity="0" value="2" />
+        <value cell_index="946" local_entity="0" value="2" />
+        <value cell_index="947" local_entity="0" value="2" />
+        <value cell_index="948" local_entity="0" value="2" />
+        <value cell_index="949" local_entity="0" value="2" />
+        <value cell_index="950" local_entity="0" value="2" />
+        <value cell_index="951" local_entity="0" value="2" />
+        <value cell_index="952" local_entity="0" value="2" />
+        <value cell_index="953" local_entity="0" value="2" />
+        <value cell_index="954" local_entity="0" value="2" />
+        <value cell_index="955" local_entity="0" value="2" />
+        <value cell_index="956" local_entity="0" value="2" />
+        <value cell_index="957" local_entity="0" value="2" />
+        <value cell_index="958" local_entity="0" value="2" />
+        <value cell_index="959" local_entity="0" value="2" />
+      </mesh_value_collection>
+    </domains>
+  </mesh>
+</dolfin>
diff --git a/python/test/data/doughnut.xml b/python/test/data/doughnut.xml
new file mode 100644
index 0000000..6296fca
--- /dev/null
+++ b/python/test/data/doughnut.xml
@@ -0,0 +1,1072 @@
+<?xml version="1.0" encoding="UTF-8"?>
+
+<dolfin xmlns:dolfin="http://www.fenicsproject.org">
+  <mesh celltype="triangle" dim="2">
+    <vertices size="386">
+      <vertex index="0" x="1.2222200000000001e+00" y="0.0000000000000000e+00" z="0.0000000000000000e+00"/>
+      <vertex index="1" x="8.6424005010182225e-01" y="8.6424005010182214e-01" z="0.0000000000000000e+00"/>
+      <vertex index="2" x="2.2204460492503131e-16" y="1.2222200000000001e+00" z="0.0000000000000000e+00"/>
+      <vertex index="3" x="-8.6424005010182203e-01" y="8.6424005010182237e-01" z="0.0000000000000000e+00"/>
+      <vertex index="4" x="-1.2222200000000001e+00" y="3.3306690738754701e-16" z="0.0000000000000000e+00"/>
+      <vertex index="5" x="-8.6424005010182248e-01" y="-8.6424005010182192e-01" z="0.0000000000000000e+00"/>
+      <vertex index="6" x="-4.4408920985006262e-16" y="-1.2222200000000001e+00" z="0.0000000000000000e+00"/>
+      <vertex index="7" x="8.6424005010182181e-01" y="-8.6424005010182259e-01" z="0.0000000000000000e+00"/>
+      <vertex index="8" x="2.2222200000000001e+00" y="0.0000000000000000e+00" z="0.0000000000000000e+00"/>
+      <vertex index="9" x="1.5713468312883700e+00" y="1.5713468312883700e+00" z="0.0000000000000000e+00"/>
+      <vertex index="10" x="4.4408920985006262e-16" y="2.2222200000000001e+00" z="0.0000000000000000e+00"/>
+      <vertex index="11" x="-1.5713468312883689e+00" y="1.5713468312883700e+00" z="0.0000000000000000e+00"/>
+      <vertex index="12" x="-2.2222200000000001e+00" y="4.4408920985006262e-16" z="0.0000000000000000e+00"/>
+      <vertex index="13" x="-1.5713468312883700e+00" y="-1.5713468312883689e+00" z="0.0000000000000000e+00"/>
+      <vertex index="14" x="-4.4408920985006262e-16" y="-2.2222200000000001e+00" z="0.0000000000000000e+00"/>
+      <vertex index="15" x="1.5713468312883689e+00" y="-1.5713468312883700e+00" z="0.0000000000000000e+00"/>
+      <vertex index="16" x="1.1987353854145240e+00" y="2.3844329337411341e-01" z="0.0000000000000000e+00"/>
+      <vertex index="17" x="1.1291840422258621e+00" y="4.6772334470545962e-01" z="0.0000000000000000e+00"/>
+      <vertex index="18" x="1.0162387895484979e+00" y="6.7902905020109761e-01" z="0.0000000000000000e+00"/>
+      <vertex index="19" x="6.7902905020236082e-01" y="1.0162387895476530e+00" z="0.0000000000000000e+00"/>
+      <vertex index="20" x="4.6772334470596288e-01" y="1.1291840422256540e+00" z="0.0000000000000000e+00"/>
+      <vertex index="21" x="2.3844329337544920e-01" y="1.1987353854142579e+00" z="0.0000000000000000e+00"/>
+      <vertex index="22" x="-2.3844329337411310e-01" y="1.1987353854145240e+00" z="0.0000000000000000e+00"/>
+      <vertex index="23" x="-4.6772334470545940e-01" y="1.1291840422258621e+00" z="0.0000000000000000e+00"/>
+      <vertex index="24" x="-6.7902905020109738e-01" y="1.0162387895484979e+00" z="0.0000000000000000e+00"/>
+      <vertex index="25" x="-1.0162387895472491e+00" y="6.7902905020296611e-01" z="0.0000000000000000e+00"/>
+      <vertex index="26" x="-1.1291840422253920e+00" y="4.6772334470659588e-01" z="0.0000000000000000e+00"/>
+      <vertex index="27" x="-1.1987353854141700e+00" y="2.3844329337588849e-01" z="0.0000000000000000e+00"/>
+      <vertex index="28" x="-1.1987353854138330e+00" y="-2.3844329337758630e-01" z="0.0000000000000000e+00"/>
+      <vertex index="29" x="-1.1291840422257471e+00" y="-4.6772334470573729e-01" z="0.0000000000000000e+00"/>
+      <vertex index="30" x="-1.0162387895498921e+00" y="-6.7902905019901072e-01" z="0.0000000000000000e+00"/>
+      <vertex index="31" x="-6.7902905019964521e-01" y="-1.0162387895494680e+00" z="0.0000000000000000e+00"/>
+      <vertex index="32" x="-4.6772334470523008e-01" y="-1.1291840422259569e+00" z="0.0000000000000000e+00"/>
+      <vertex index="33" x="-2.3844329337699549e-01" y="-1.1987353854139500e+00" z="0.0000000000000000e+00"/>
+      <vertex index="34" x="2.3844329337411291e-01" y="-1.1987353854145240e+00" z="0.0000000000000000e+00"/>
+      <vertex index="35" x="4.6772334470545918e-01" y="-1.1291840422258630e+00" z="0.0000000000000000e+00"/>
+      <vertex index="36" x="6.7902905020109727e-01" y="-1.0162387895484979e+00" z="0.0000000000000000e+00"/>
+      <vertex index="37" x="1.0162387895479970e+00" y="-6.7902905020184634e-01" z="0.0000000000000000e+00"/>
+      <vertex index="38" x="1.1291840422259241e+00" y="-4.6772334470530991e-01" z="0.0000000000000000e+00"/>
+      <vertex index="39" x="1.1987353854145459e+00" y="-2.3844329337400230e-01" z="0.0000000000000000e+00"/>
+      <vertex index="40" x="2.2115194033055472e+00" y="2.1781564958257321e-01" z="0.0000000000000000e+00"/>
+      <vertex index="41" x="2.1795206658178961e+00" y="4.3353361538953139e-01" z="0.0000000000000000e+00"/>
+      <vertex index="42" x="2.1265319528710021e+00" y="6.4507641548784300e-01" z="0.0000000000000000e+00"/>
+      <vertex index="43" x="2.0530635747372381e+00" y="8.5040677707033485e-01" z="0.0000000000000000e+00"/>
+      <vertex index="44" x="1.9598230720602019e+00" y="1.0475472565094679e+00" z="0.0000000000000000e+00"/>
+      <vertex index="45" x="1.8477084018509540e+00" y="1.2345992832208330e+00" z="0.0000000000000000e+00"/>
+      <vertex index="46" x="1.7177992896717360e+00" y="1.4097614439341419e+00" z="0.0000000000000000e+00"/>
+      <vertex index="47" x="1.4097614439349111e+00" y="1.7177992896711050e+00" z="0.0000000000000000e+00"/>
+      <vertex index="48" x="1.2345992832224870e+00" y="1.8477084018498480e+00" z="0.0000000000000000e+00"/>
+      <vertex index="49" x="1.0475472565105550e+00" y="1.9598230720596210e+00" z="0.0000000000000000e+00"/>
+      <vertex index="50" x="8.5040677707077306e-01" y="2.0530635747370560e+00" z="0.0000000000000000e+00"/>
+      <vertex index="51" x="6.4507641548944983e-01" y="2.1265319528705140e+00" z="0.0000000000000000e+00"/>
+      <vertex index="52" x="4.3353361539235957e-01" y="2.1795206658173329e+00" z="0.0000000000000000e+00"/>
+      <vertex index="53" x="2.1781564958400820e-01" y="2.2115194033054060e+00" z="0.0000000000000000e+00"/>
+      <vertex index="54" x="-2.1781564958257271e-01" y="2.2115194033055472e+00" z="0.0000000000000000e+00"/>
+      <vertex index="55" x="-4.3353361538953089e-01" y="2.1795206658178961e+00" z="0.0000000000000000e+00"/>
+      <vertex index="56" x="-6.4507641548784256e-01" y="2.1265319528710021e+00" z="0.0000000000000000e+00"/>
+      <vertex index="57" x="-8.5040677707033441e-01" y="2.0530635747372381e+00" z="0.0000000000000000e+00"/>
+      <vertex index="58" x="-1.0475472565094670e+00" y="1.9598230720602019e+00" z="0.0000000000000000e+00"/>
+      <vertex index="59" x="-1.2345992832208330e+00" y="1.8477084018509540e+00" z="0.0000000000000000e+00"/>
+      <vertex index="60" x="-1.4097614439341419e+00" y="1.7177992896717369e+00" z="0.0000000000000000e+00"/>
+      <vertex index="61" x="-1.7177992896712171e+00" y="1.4097614439347750e+00" z="0.0000000000000000e+00"/>
+      <vertex index="62" x="-1.8477084018500440e+00" y="1.2345992832221939e+00" z="0.0000000000000000e+00"/>
+      <vertex index="63" x="-1.9598230720600209e+00" y="1.0475472565098050e+00" z="0.0000000000000000e+00"/>
+      <vertex index="64" x="-2.0530635747375721e+00" y="8.5040677706952916e-01" z="0.0000000000000000e+00"/>
+      <vertex index="65" x="-2.1265319528712570e+00" y="6.4507641548700212e-01" z="0.0000000000000000e+00"/>
+      <vertex index="66" x="-2.1795206658180679e+00" y="4.3353361538866281e-01" z="0.0000000000000000e+00"/>
+      <vertex index="67" x="-2.2115194033055898e+00" y="2.1781564958213270e-01" z="0.0000000000000000e+00"/>
+      <vertex index="68" x="-2.2115194033055472e+00" y="-2.1781564958257271e-01" z="0.0000000000000000e+00"/>
+      <vertex index="69" x="-2.1795206658178961e+00" y="-4.3353361538953089e-01" z="0.0000000000000000e+00"/>
+      <vertex index="70" x="-2.1265319528710021e+00" y="-6.4507641548784256e-01" z="0.0000000000000000e+00"/>
+      <vertex index="71" x="-2.0530635747372381e+00" y="-8.5040677707033441e-01" z="0.0000000000000000e+00"/>
+      <vertex index="72" x="-1.9598230720602019e+00" y="-1.0475472565094670e+00" z="0.0000000000000000e+00"/>
+      <vertex index="73" x="-1.8477084018509540e+00" y="-1.2345992832208330e+00" z="0.0000000000000000e+00"/>
+      <vertex index="74" x="-1.7177992896717369e+00" y="-1.4097614439341419e+00" z="0.0000000000000000e+00"/>
+      <vertex index="75" x="-1.4097614439347750e+00" y="-1.7177992896712171e+00" z="0.0000000000000000e+00"/>
+      <vertex index="76" x="-1.2345992832221939e+00" y="-1.8477084018500440e+00" z="0.0000000000000000e+00"/>
+      <vertex index="77" x="-1.0475472565098050e+00" y="-1.9598230720600209e+00" z="0.0000000000000000e+00"/>
+      <vertex index="78" x="-8.5040677706952916e-01" y="-2.0530635747375721e+00" z="0.0000000000000000e+00"/>
+      <vertex index="79" x="-6.4507641548700212e-01" y="-2.1265319528712570e+00" z="0.0000000000000000e+00"/>
+      <vertex index="80" x="-4.3353361538866281e-01" y="-2.1795206658180679e+00" z="0.0000000000000000e+00"/>
+      <vertex index="81" x="-2.1781564958213270e-01" y="-2.2115194033055898e+00" z="0.0000000000000000e+00"/>
+      <vertex index="82" x="2.1781564958257271e-01" y="-2.2115194033055472e+00" z="0.0000000000000000e+00"/>
+      <vertex index="83" x="4.3353361538953089e-01" y="-2.1795206658178961e+00" z="0.0000000000000000e+00"/>
+      <vertex index="84" x="6.4507641548784256e-01" y="-2.1265319528710021e+00" z="0.0000000000000000e+00"/>
+      <vertex index="85" x="8.5040677707033441e-01" y="-2.0530635747372381e+00" z="0.0000000000000000e+00"/>
+      <vertex index="86" x="1.0475472565094670e+00" y="-1.9598230720602019e+00" z="0.0000000000000000e+00"/>
+      <vertex index="87" x="1.2345992832208330e+00" y="-1.8477084018509540e+00" z="0.0000000000000000e+00"/>
+      <vertex index="88" x="1.4097614439341419e+00" y="-1.7177992896717369e+00" z="0.0000000000000000e+00"/>
+      <vertex index="89" x="1.7177992896712171e+00" y="-1.4097614439347750e+00" z="0.0000000000000000e+00"/>
+      <vertex index="90" x="1.8477084018500440e+00" y="-1.2345992832221939e+00" z="0.0000000000000000e+00"/>
+      <vertex index="91" x="1.9598230720600209e+00" y="-1.0475472565098050e+00" z="0.0000000000000000e+00"/>
+      <vertex index="92" x="2.0530635747375721e+00" y="-8.5040677706952916e-01" z="0.0000000000000000e+00"/>
+      <vertex index="93" x="2.1265319528712570e+00" y="-6.4507641548700212e-01" z="0.0000000000000000e+00"/>
+      <vertex index="94" x="2.1795206658180679e+00" y="-4.3353361538866281e-01" z="0.0000000000000000e+00"/>
+      <vertex index="95" x="2.2115194033055898e+00" y="-2.1781564958213270e-01" z="0.0000000000000000e+00"/>
+      <vertex index="96" x="-2.7266862769841271e-01" y="-1.6867324588028760e+00" z="0.0000000000000000e+00"/>
+      <vertex index="97" x="-7.4419016214636668e-01" y="-1.5568494403348170e+00" z="0.0000000000000000e+00"/>
+      <vertex index="98" x="-1.1469655816102371e+00" y="-1.2813179478465400e+00" z="0.0000000000000000e+00"/>
+      <vertex index="99" x="-1.4854127379939761e+00" y="-8.8924564563187269e-01" z="0.0000000000000000e+00"/>
+      <vertex index="100" x="-1.6647158068980299e+00" y="-4.2514859142523898e-01" z="0.0000000000000000e+00"/>
+      <vertex index="101" x="-1.7207745601242941e+00" y="8.6685432165435658e-02" z="0.0000000000000000e+00"/>
+      <vertex index="102" x="-1.6328627168303380e+00" y="5.8422363386384435e-01" z="0.0000000000000000e+00"/>
+      <vertex index="103" x="-1.3719652751312610e+00" y="1.0298483268282981e+00" z="0.0000000000000000e+00"/>
+      <vertex index="104" x="-1.0347056530266689e+00" y="1.3832169695919161e+00" z="0.0000000000000000e+00"/>
+      <vertex index="105" x="-5.8236912067247792e-01" y="1.6303524326476571e+00" z="0.0000000000000000e+00"/>
+      <vertex index="106" x="-8.4121696133807697e-02" y="1.7241107493798780e+00" z="0.0000000000000000e+00"/>
+      <vertex index="107" x="4.2680236064687882e-01" y="1.6739891314485951e+00" z="0.0000000000000000e+00"/>
+      <vertex index="108" x="8.9321700503798995e-01" y="1.4883022736792120e+00" z="0.0000000000000000e+00"/>
+      <vertex index="109" x="1.2776105752198130e+00" y="1.1604544596285371e+00" z="0.0000000000000000e+00"/>
+      <vertex index="110" x="1.5591669104199530e+00" y="7.4496770216492803e-01" z="0.0000000000000000e+00"/>
+      <vertex index="111" x="1.7154553181325920e+00" y="2.5464782640824490e-01" z="0.0000000000000000e+00"/>
+      <vertex index="112" x="1.7046218267428890e+00" y="-2.5068666324200561e-01" z="0.0000000000000000e+00"/>
+      <vertex index="113" x="1.5695459641074261e+00" y="-7.4126207804204058e-01" z="0.0000000000000000e+00"/>
+      <vertex index="114" x="1.2774187802469070e+00" y="-1.1665425665042319e+00" z="0.0000000000000000e+00"/>
+      <vertex index="115" x="8.8890719405081942e-01" y="-1.4794550804766140e+00" z="0.0000000000000000e+00"/>
+      <vertex index="116" x="3.8797170357331601e-01" y="-1.6839597523502410e+00" z="0.0000000000000000e+00"/>
+      <vertex index="117" x="4.5009140306323879e-02" y="-1.8660374960189690e+00" z="0.0000000000000000e+00"/>
+      <vertex index="118" x="-5.3546807685066178e-01" y="-1.8326987694868770e+00" z="0.0000000000000000e+00"/>
+      <vertex index="119" x="-1.4825594467878580e+00" y="-1.2124791099433609e+00" z="0.0000000000000000e+00"/>
+      <vertex index="120" x="-1.9068981218837651e+00" y="-1.8472350240381580e-01" z="0.0000000000000000e+00"/>
+      <vertex index="121" x="-1.6913849775836090e+00" y="8.9758562868246861e-01" z="0.0000000000000000e+00"/>
+      <vertex index="122" x="-8.9758562848620160e-01" y="1.6913849776535561e+00" z="0.0000000000000000e+00"/>
+      <vertex index="123" x="1.5703944742565401e+00" y="-1.0535689124827330e+00" z="0.0000000000000000e+00"/>
+      <vertex index="124" x="7.2080978867295131e-01" y="1.7568816452297980e+00" z="0.0000000000000000e+00"/>
+      <vertex index="125" x="7.2973716477939476e-01" y="-1.7570105411626600e+00" z="0.0000000000000000e+00"/>
+      <vertex index="126" x="1.8199598213942059e-01" y="1.9061271115988030e+00" z="0.0000000000000000e+00"/>
+      <vertex index="127" x="1.1931712958874241e+00" y="1.4782569603468290e+00" z="0.0000000000000000e+00"/>
+      <vertex index="128" x="1.8339957588728750e+00" y="5.5036593237918219e-01" z="0.0000000000000000e+00"/>
+      <vertex index="129" x="1.2170764950267221e+00" y="-1.4586384704221460e+00" z="0.0000000000000000e+00"/>
+      <vertex index="130" x="1.8143727454704259e+00" y="-5.5812075369731373e-01" z="0.0000000000000000e+00"/>
+      <vertex index="131" x="1.9023800606955670e+00" y="1.5996809597812311e-02" z="0.0000000000000000e+00"/>
+      <vertex index="132" x="1.5831086639835561e+00" y="1.0494973871081910e+00" z="0.0000000000000000e+00"/>
+      <vertex index="133" x="-3.8449775579762469e-01" y="1.8615468363700849e+00" z="0.0000000000000000e+00"/>
+      <vertex index="134" x="-1.3326747641406731e+00" y="1.3548489506640500e+00" z="0.0000000000000000e+00"/>
+      <vertex index="135" x="-1.8624261121512671e+00" y="3.8624494259384939e-01" z="0.0000000000000000e+00"/>
+      <vertex index="136" x="-1.7507665050474350e+00" y="-7.4027893431893987e-01" z="0.0000000000000000e+00"/>
+      <vertex index="137" x="-1.0436525774510139e+00" y="-1.5906449261855771e+00" z="0.0000000000000000e+00"/>
+      <vertex index="138" x="1.1149133706256351e-01" y="-1.5366635475670609e+00" z="0.0000000000000000e+00"/>
+      <vertex index="139" x="9.5141546696956736e-01" y="1.1719342141494180e+00" z="0.0000000000000000e+00"/>
+      <vertex index="140" x="1.4421648138984291e+00" y="-4.4584957399955588e-01" z="0.0000000000000000e+00"/>
+      <vertex index="141" x="1.4460627127555590e+00" y="4.4438122725277318e-01" z="0.0000000000000000e+00"/>
+      <vertex index="142" x="9.6380387701659465e-01" y="-1.1617673087711280e+00" z="0.0000000000000000e+00"/>
+      <vertex index="143" x="1.5372972629068471e-01" y="1.5049714999326520e+00" z="0.0000000000000000e+00"/>
+      <vertex index="144" x="-7.1905136580290341e-01" y="1.3337560180477639e+00" z="0.0000000000000000e+00"/>
+      <vertex index="145" x="-1.3340545557438390e+00" y="7.1993391129731732e-01" z="0.0000000000000000e+00"/>
+      <vertex index="146" x="-1.5082199239510401e+00" y="-1.5517286785793469e-01" z="0.0000000000000000e+00"/>
+      <vertex index="147" x="-1.1678299120574720e+00" y="-9.6693798101503736e-01" z="0.0000000000000000e+00"/>
+      <vertex index="148" x="-4.5056788247362928e-01" y="-1.4538228020760660e+00" z="0.0000000000000000e+00"/>
+      <vertex index="149" x="-8.3832303903222671e-01" y="-1.2688713578691719e+00" z="0.0000000000000000e+00"/>
+      <vertex index="150" x="-1.4019149687503420e+00" y="-5.8924057752951009e-01" z="0.0000000000000000e+00"/>
+      <vertex index="151" x="-1.4863766545270700e+00" y="3.0407403108243231e-01" z="0.0000000000000000e+00"/>
+      <vertex index="152" x="-1.0669425251806219e+00" y="1.0786149389186359e+00" z="0.0000000000000000e+00"/>
+      <vertex index="153" x="-3.0363625393846361e-01" y="1.4864637211196281e+00" z="0.0000000000000000e+00"/>
+      <vertex index="154" x="1.2713190385236490e+00" y="8.3958578495274949e-01" z="0.0000000000000000e+00"/>
+      <vertex index="155" x="5.9982813783448807e-01" y="-1.3998769200108849e+00" z="0.0000000000000000e+00"/>
+      <vertex index="156" x="1.2639364413225209e+00" y="-8.4924259672427971e-01" z="0.0000000000000000e+00"/>
+      <vertex index="157" x="1.5171382320774640e+00" y="8.2536430652933312e-03" z="0.0000000000000000e+00"/>
+      <vertex index="158" x="5.7407975497567731e-01" y="1.4105094393670230e+00" z="0.0000000000000000e+00"/>
+      <vertex index="159" x="-1.7723424042959290e-01" y="-1.9353984464758420e+00" z="0.0000000000000000e+00"/>
+      <vertex index="160" x="3.5017936675073852e-01" y="-1.9351852676386141e+00" z="0.0000000000000000e+00"/>
+      <vertex index="161" x="-1.4012234444483210e-01" y="-1.4238364151648910e+00" z="0.0000000000000000e+00"/>
+      <vertex index="162" x="-1.3364880113286499e+00" y="-1.5101710979463121e+00" z="0.0000000000000000e+00"/>
+      <vertex index="163" x="-1.9495579199767521e+00" y="-5.1066598214328696e-01" z="0.0000000000000000e+00"/>
+      <vertex index="164" x="-1.8714796095218360e+00" y="6.1913259414241451e-01" z="0.0000000000000000e+00"/>
+      <vertex index="165" x="-1.2121067907499770e+00" y="1.5545282948142960e+00" z="0.0000000000000000e+00"/>
+      <vertex index="166" x="-1.2051423149854730e-01" y="2.0117235102424860e+00" z="0.0000000000000000e+00"/>
+      <vertex index="167" x="1.9563188153435840e+00" y="2.4346163488098099e-01" z="0.0000000000000000e+00"/>
+      <vertex index="168" x="5.2494843174362515e-01" y="1.9000500613028639e+00" z="0.0000000000000000e+00"/>
+      <vertex index="169" x="1.4284849655492800e+00" y="-1.3586977500692390e+00" z="0.0000000000000000e+00"/>
+      <vertex index="170" x="1.0539071618614890e+00" y="1.6661058090715259e+00" z="0.0000000000000000e+00"/>
+      <vertex index="171" x="1.8019305718561891e+00" y="-7.9979690362789457e-01" z="0.0000000000000000e+00"/>
+      <vertex index="172" x="1.7612207072466679e+00" y="8.8554654478252248e-01" z="0.0000000000000000e+00"/>
+      <vertex index="173" x="1.4778238379319200e+00" y="1.3700109046013029e+00" z="0.0000000000000000e+00"/>
+      <vertex index="174" x="1.0553774007994761e+00" y="-1.7167037358167070e+00" z="0.0000000000000000e+00"/>
+      <vertex index="175" x="1.9981705011280111e+00" y="-2.7221236096980977e-01" z="0.0000000000000000e+00"/>
+      <vertex index="176" x="-6.2024848729821014e-01" y="1.8711351306043551e+00" z="0.0000000000000000e+00"/>
+      <vertex index="177" x="-1.6054031175621180e+00" y="1.2204367049376279e+00" z="0.0000000000000000e+00"/>
+      <vertex index="178" x="-2.0128822063028990e+00" y="1.2284185303576510e-01" z="0.0000000000000000e+00"/>
+      <vertex index="179" x="-1.7141774426008951e+00" y="-9.7337064729582023e-01" z="0.0000000000000000e+00"/>
+      <vertex index="180" x="-8.8500225583806180e-01" y="-1.7616377201018880e+00" z="0.0000000000000000e+00"/>
+      <vertex index="181" x="3.3228478239411707e-01" y="-1.4109974250833830e+00" z="0.0000000000000000e+00"/>
+      <vertex index="182" x="-1.0244729200439460e+00" y="-1.1407404412262929e+00" z="0.0000000000000000e+00"/>
+      <vertex index="183" x="-1.4856043042608731e+00" y="-3.7931162254881090e-01" z="0.0000000000000000e+00"/>
+      <vertex index="184" x="-1.4366920210799909e+00" y="5.2233557749812665e-01" z="0.0000000000000000e+00"/>
+      <vertex index="185" x="-9.0562945357483182e-01" y="1.2248847619935270e+00" z="0.0000000000000000e+00"/>
+      <vertex index="186" x="-7.6880740221999991e-02" y="1.5353006086345251e+00" z="0.0000000000000000e+00"/>
+      <vertex index="187" x="1.3784329963219630e+00" y="-6.6366455307685346e-01" z="0.0000000000000000e+00"/>
+      <vertex index="188" x="1.3785593717913720e+00" y="6.5114336962704811e-01" z="0.0000000000000000e+00"/>
+      <vertex index="189" x="1.5108976157801339e+00" y="2.3253165751601471e-01" z="0.0000000000000000e+00"/>
+      <vertex index="190" x="3.6968824060196809e-01" y="1.4791025096736079e+00" z="0.0000000000000000e+00"/>
+      <vertex index="191" x="1.1333534047574250e+00" y="-1.0195888856538220e+00" z="0.0000000000000000e+00"/>
+      <vertex index="192" x="7.7750626439948056e-01" y="1.3173845257994601e+00" z="0.0000000000000000e+00"/>
+      <vertex index="193" x="7.8967051978270519e-01" y="-1.3189741189344950e+00" z="0.0000000000000000e+00"/>
+      <vertex index="194" x="1.1395733250932261e+00" y="1.0318163077655420e+00" z="0.0000000000000000e+00"/>
+      <vertex index="195" x="1.5193158240981779e+00" y="-2.2379181216122421e-01" z="0.0000000000000000e+00"/>
+      <vertex index="196" x="-5.2263036779067940e-01" y="1.4364129288794920e+00" z="0.0000000000000000e+00"/>
+      <vertex index="197" x="-1.2238518519678980e+00" y="9.1896909204324662e-01" z="0.0000000000000000e+00"/>
+      <vertex index="198" x="-1.5344284426135091e+00" y="7.6984265816432029e-02" z="0.0000000000000000e+00"/>
+      <vertex index="199" x="-1.3071639479094259e+00" y="-7.9309852065049125e-01" z="0.0000000000000000e+00"/>
+      <vertex index="200" x="-6.5105093254490864e-01" y="-1.3779095599021161e+00" z="0.0000000000000000e+00"/>
+      <vertex index="201" x="-4.3355033345695397e-03" y="-1.6757058259655000e+00" z="0.0000000000000000e+00"/>
+      <vertex index="202" x="5.9177067498632030e-01" y="-1.8976151601789939e+00" z="0.0000000000000000e+00"/>
+      <vertex index="203" x="-3.8687208352851871e-01" y="-1.9654403343410229e+00" z="0.0000000000000000e+00"/>
+      <vertex index="204" x="1.0357116944938509e+00" y="-1.3464498320048881e+00" z="0.0000000000000000e+00"/>
+      <vertex index="205" x="1.1185208480376401e+00" y="1.2784901160056581e+00" z="0.0000000000000000e+00"/>
+      <vertex index="206" x="1.6541569775870171e+00" y="4.4705883706921301e-01" z="0.0000000000000000e+00"/>
+      <vertex index="207" x="1.1486435989843920e-01" y="1.7095904188772979e+00" z="0.0000000000000000e+00"/>
+      <vertex index="208" x="1.6425477063918541e+00" y="-4.3983067364237888e-01" z="0.0000000000000000e+00"/>
+      <vertex index="209" x="-7.6106891076657979e-01" y="1.5351200929439519e+00" z="0.0000000000000000e+00"/>
+      <vertex index="210" x="-1.5354141803743300e+00" y="7.6130150729107293e-01" z="0.0000000000000000e+00"/>
+      <vertex index="211" x="-1.7095724377746260e+00" y="-1.1500757794814601e-01" z="0.0000000000000000e+00"/>
+      <vertex index="212" x="-1.3570576342808880e+00" y="-1.0463104613527650e+00" z="0.0000000000000000e+00"/>
+      <vertex index="213" x="-4.5425298894123289e-01" y="-1.6523772071369800e+00" z="0.0000000000000000e+00"/>
+      <vertex index="214" x="1.8874705591976740e-01" y="-1.6981855269003581e+00" z="0.0000000000000000e+00"/>
+      <vertex index="215" x="1.7025976048482481e+00" y="-5.4146149142089782e-02" z="0.0000000000000000e+00"/>
+      <vertex index="216" x="7.0453756565751646e-01" y="1.5530097853265890e+00" z="0.0000000000000000e+00"/>
+      <vertex index="217" x="1.3849461147475510e+00" y="9.9468533463659337e-01" z="0.0000000000000000e+00"/>
+      <vertex index="218" x="1.4604575193549381e+00" y="-8.8159670623449082e-01" z="0.0000000000000000e+00"/>
+      <vertex index="219" x="7.0696595171815024e-01" y="-1.5502771239344431e+00" z="0.0000000000000000e+00"/>
+      <vertex index="220" x="-2.7654894418758852e-01" y="1.6798131699730050e+00" z="0.0000000000000000e+00"/>
+      <vertex index="221" x="-1.2402475527471630e+00" y="1.1659176645591840e+00" z="0.0000000000000000e+00"/>
+      <vertex index="222" x="-1.6804809995365451e+00" y="2.7900616285657698e-01" z="0.0000000000000000e+00"/>
+      <vertex index="223" x="-1.5924607183153969e+00" y="-6.0010422607843328e-01" z="0.0000000000000000e+00"/>
+      <vertex index="224" x="-9.8984362328237130e-01" y="-1.3863459742934801e+00" z="0.0000000000000000e+00"/>
+      <vertex index="225" x="-7.0861642131788749e-01" y="-1.9067060009320580e+00" z="0.0000000000000000e+00"/>
+      <vertex index="226" x="-1.6520692987148480e+00" y="-1.1867356096435040e+00" z="0.0000000000000000e+00"/>
+      <vertex index="227" x="-2.0381665768078379e+00" y="-7.1136500246098022e-02" z="0.0000000000000000e+00"/>
+      <vertex index="228" x="-1.7357245833455131e+00" y="1.0732946409470820e+00" z="0.0000000000000000e+00"/>
+      <vertex index="229" x="-8.4173004421746778e-01" y="1.8533789654653230e+00" z="0.0000000000000000e+00"/>
+      <vertex index="230" x="1.9818848518922130e+00" y="-4.7804471986090918e-01" z="0.0000000000000000e+00"/>
+      <vertex index="231" x="3.2867003363023217e-01" y="2.0087558362759150e+00" z="0.0000000000000000e+00"/>
+      <vertex index="232" x="1.6138951883246699e+00" y="-1.2361795770405319e+00" z="0.0000000000000000e+00"/>
+      <vertex index="233" x="8.9260526653052297e-01" y="-1.8336424045361990e+00" z="0.0000000000000000e+00"/>
+      <vertex index="234" x="1.6268751715739089e+00" y="1.2286527102587239e+00" z="0.0000000000000000e+00"/>
+      <vertex index="235" x="1.9060480282997101e+00" y="7.1424393978291945e-01" z="0.0000000000000000e+00"/>
+      <vertex index="236" x="1.9819949208961560e+00" y="4.6399918309564520e-01" z="0.0000000000000000e+00"/>
+      <vertex index="237" x="8.8752990736767778e-01" y="1.8296298364860470e+00" z="0.0000000000000000e+00"/>
+      <vertex index="238" x="7.0900102473214072e-02" y="2.0394885058088290e+00" z="0.0000000000000000e+00"/>
+      <vertex index="239" x="1.7592541568090370e+00" y="-1.0186345071517080e+00" z="0.0000000000000000e+00"/>
+      <vertex index="240" x="-1.0723690951912550e+00" y="1.7300718264303350e+00" z="0.0000000000000000e+00"/>
+      <vertex index="241" x="-1.8534172413086449e+00" y="8.4160605972984170e-01" z="0.0000000000000000e+00"/>
+      <vertex index="242" x="-2.0143425142452509e+00" y="-3.2738598993312518e-01" z="0.0000000000000000e+00"/>
+      <vertex index="243" x="-1.4928636742080010e+00" y="-1.3915304835666420e+00" z="0.0000000000000000e+00"/>
+      <vertex index="244" x="1.1117101278481180e-01" y="-2.0488239278174150e+00" z="0.0000000000000000e+00"/>
+      <vertex index="245" x="-1.2118084355860290e+00" y="-1.6529355209532359e+00" z="0.0000000000000000e+00"/>
+      <vertex index="246" x="-1.9275969911528270e+00" y="-6.9832911461681291e-01" z="0.0000000000000000e+00"/>
+      <vertex index="247" x="-2.0102461406307390e+00" y="4.8388851784625908e-01" z="0.0000000000000000e+00"/>
+      <vertex index="248" x="-1.4026172434896029e+00" y="1.5188770915779890e+00" z="0.0000000000000000e+00"/>
+      <vertex index="249" x="-3.0767475562844898e-01" y="2.0277540995901191e+00" z="0.0000000000000000e+00"/>
+      <vertex index="250" x="2.0660808176691332e+00" y="8.2665164516005737e-02" z="0.0000000000000000e+00"/>
+      <vertex index="251" x="1.9525366000532369e+00" y="-6.7332973693229059e-01" z="0.0000000000000000e+00"/>
+      <vertex index="252" x="1.2467151712013840e+00" y="1.6488188683234890e+00" z="0.0000000000000000e+00"/>
+      <vertex index="253" x="7.1832561552146679e-01" y="1.9357379143859630e+00" z="0.0000000000000000e+00"/>
+      <vertex index="254" x="1.7592381587291790e+00" y="1.0823034552120590e+00" z="0.0000000000000000e+00"/>
+      <vertex index="255" x="1.3750879033082850e+00" y="-1.5463503189999710e+00" z="0.0000000000000000e+00"/>
+      <vertex index="256" x="1.2272090619717930e+00" y="-1.6397945059917849e+00" z="0.0000000000000000e+00"/>
+      <vertex index="257" x="1.3675559446610319e+00" y="1.5238291557072470e+00" z="0.0000000000000000e+00"/>
+      <vertex index="258" x="2.0476035565689288e+00" y="-8.9218460992548571e-02" z="0.0000000000000000e+00"/>
+      <vertex index="259" x="-4.8372842600644861e-01" y="2.0120917396893510e+00" z="0.0000000000000000e+00"/>
+      <vertex index="260" x="-1.5122064897556149e+00" y="1.3835188764283410e+00" z="0.0000000000000000e+00"/>
+      <vertex index="261" x="-2.0256340377941058e+00" y="3.1189900456933178e-01" z="0.0000000000000000e+00"/>
+      <vertex index="262" x="-1.8773056400069259e+00" y="-8.6628751277091121e-01" z="0.0000000000000000e+00"/>
+      <vertex index="263" x="-1.0792302679202910e+00" y="-1.7637552924046580e+00" z="0.0000000000000000e+00"/>
+      <vertex index="264" x="-2.9328962516511120e-01" y="-1.5328742315750430e+00" z="0.0000000000000000e+00"/>
+      <vertex index="265" x="-3.1122270855249362e-01" y="-1.3753982044684181e+00" z="0.0000000000000000e+00"/>
+      <vertex index="266" x="-1.3158772786015440e+00" y="-1.2934556526946479e+00" z="0.0000000000000000e+00"/>
+      <vertex index="267" x="-1.8142145385687469e+00" y="-3.4183801841300709e-01" z="0.0000000000000000e+00"/>
+      <vertex index="268" x="-1.7157281575913130e+00" y="7.3664842362727734e-01" z="0.0000000000000000e+00"/>
+      <vertex index="269" x="-9.8899273813265554e-01" y="1.5520501839690619e+00" z="0.0000000000000000e+00"/>
+      <vertex index="270" x="2.2202871140331610e-03" y="1.8697099145307010e+00" z="0.0000000000000000e+00"/>
+      <vertex index="271" x="1.8264376018013799e+00" y="3.8798753963830818e-01" z="0.0000000000000000e+00"/>
+      <vertex index="272" x="1.6327825079029601e+00" y="-8.9692680661774959e-01" z="0.0000000000000000e+00"/>
+      <vertex index="273" x="3.1969810137935678e-01" y="1.8123979223632840e+00" z="0.0000000000000000e+00"/>
+      <vertex index="274" x="1.4486106521380200e+00" y="-1.1671044730447750e+00" z="0.0000000000000000e+00"/>
+      <vertex index="275" x="8.5545031831195062e-01" y="1.6558605019362080e+00" z="0.0000000000000000e+00"/>
+      <vertex index="276" x="1.7152626382134810e+00" y="6.6721071143236510e-01" z="0.0000000000000000e+00"/>
+      <vertex index="277" x="8.7822008605422952e-01" y="-1.6443486939813490e+00" z="0.0000000000000000e+00"/>
+      <vertex index="278" x="1.4422215258453761e+00" y="1.1805127777569890e+00" z="0.0000000000000000e+00"/>
+      <vertex index="279" x="1.8295889411956521e+00" y="-3.6684775141029691e-01" z="0.0000000000000000e+00"/>
+      <vertex index="280" x="-7.3653546063158426e-01" y="1.7153032049647781e+00" z="0.0000000000000000e+00"/>
+      <vertex index="281" x="-1.5427584205724281e+00" y="1.0113256309712120e+00" z="0.0000000000000000e+00"/>
+      <vertex index="282" x="-1.8679016078042869e+00" y="6.8469147381620813e-04" z="0.0000000000000000e+00"/>
+      <vertex index="283" x="-1.5382799939753080e+00" y="-1.0573097107379010e+00" z="0.0000000000000000e+00"/>
+      <vertex index="284" x="-6.6548324160656380e-01" y="-1.7147814238106740e+00" z="0.0000000000000000e+00"/>
+      <vertex index="285" x="5.6712399796692869e-01" y="-1.6949974265600509e+00" z="0.0000000000000000e+00"/>
+      <vertex index="286" x="5.7821882663846302e-01" y="1.6805402913267851e+00" z="0.0000000000000000e+00"/>
+      <vertex index="287" x="1.5355154054599500e+00" y="8.9500377451825086e-01" z="0.0000000000000000e+00"/>
+      <vertex index="288" x="-4.5497240989718291e-01" y="1.7183491489896510e+00" z="0.0000000000000000e+00"/>
+      <vertex index="289" x="1.7748452926288261e+00" y="1.1180988729344060e-01" z="0.0000000000000000e+00"/>
+      <vertex index="290" x="-1.1758816310813729e+00" y="1.3324440603038661e+00" z="0.0000000000000000e+00"/>
+      <vertex index="291" x="-1.7189360630822861e+00" y="4.5563147901746942e-01" z="0.0000000000000000e+00"/>
+      <vertex index="292" x="-1.5964224821114290e+00" y="-7.8161731626647268e-01" z="0.0000000000000000e+00"/>
+      <vertex index="293" x="-8.9345730270924684e-01" y="-1.5364885592559880e+00" z="0.0000000000000000e+00"/>
+      <vertex index="294" x="1.6667461713522640e+00" y="-6.2034961864668048e-01" z="0.0000000000000000e+00"/>
+      <vertex index="295" x="1.2109428332366960e+00" y="-1.3015884349697240e+00" z="0.0000000000000000e+00"/>
+      <vertex index="296" x="1.0401090532873991e+00" y="1.4426485561134561e+00" z="0.0000000000000000e+00"/>
+      <vertex index="297" x="1.5480966321729219e+00" y="5.8507070331793820e-01" z="0.0000000000000000e+00"/>
+      <vertex index="298" x="2.7172630681761312e-01" y="1.6324084428081269e+00" z="0.0000000000000000e+00"/>
+      <vertex index="299" x="-8.7569876822839687e-01" y="1.4043741689643421e+00" z="0.0000000000000000e+00"/>
+      <vertex index="300" x="-1.4015763366210170e+00" y="8.7995614808857525e-01" z="0.0000000000000000e+00"/>
+      <vertex index="301" x="-1.6327118198748789e+00" y="-2.7595239702038299e-01" z="0.0000000000000000e+00"/>
+      <vertex index="302" x="-1.2036790096832239e+00" y="-1.1372160586286140e+00" z="0.0000000000000000e+00"/>
+      <vertex index="303" x="-5.8655369945769587e-01" y="-1.5484474516266880e+00" z="0.0000000000000000e+00"/>
+      <vertex index="304" x="1.7053233394758979e-01" y="-1.3807826097405660e+00" z="0.0000000000000000e+00"/>
+      <vertex index="305" x="7.4086248513196251e-01" y="-1.9310942193582381e+00" z="0.0000000000000000e+00"/>
+      <vertex index="306" x="-6.7305173817573738e-01" y="-1.1955833556227531e+00" z="0.0000000000000000e+00"/>
+      <vertex index="307" x="-8.4497604339310717e-01" y="-1.0835501588714831e+00" z="0.0000000000000000e+00"/>
+      <vertex index="308" x="-5.4349236981519244e-01" y="-1.9978494468347860e+00" z="0.0000000000000000e+00"/>
+      <vertex index="309" x="-1.2238616274945600e+00" y="-6.2117190186725624e-01" z="0.0000000000000000e+00"/>
+      <vertex index="310" x="-1.3045771420039700e+00" y="-4.3158342562990598e-01" z="0.0000000000000000e+00"/>
+      <vertex index="311" x="-1.3627416641121499e+00" y="1.6627177139704291e-01" z="0.0000000000000000e+00"/>
+      <vertex index="312" x="-1.3227266895465790e+00" y="3.6930594047993720e-01" z="0.0000000000000000e+00"/>
+      <vertex index="313" x="-1.0396794545176860e+00" y="8.9562376285669643e-01" z="0.0000000000000000e+00"/>
+      <vertex index="314" x="-8.9465772414437772e-01" y="1.0411198514040860e+00" z="0.0000000000000000e+00"/>
+      <vertex index="315" x="-3.7036207420643641e-01" y="1.3211043511903160e+00" z="0.0000000000000000e+00"/>
+      <vertex index="316" x="-1.6809010195070240e-01" y="1.3637466644705989e+00" z="0.0000000000000000e+00"/>
+      <vertex index="317" x="1.3689229845219590e+00" y="-1.0277466147597090e-01" z="0.0000000000000000e+00"/>
+      <vertex index="318" x="1.3693407308454770e+00" y="1.0421682562274701e-01" z="0.0000000000000000e+00"/>
+      <vertex index="319" x="1.0817770625417189e+00" y="8.4656744357093427e-01" z="0.0000000000000000e+00"/>
+      <vertex index="320" x="1.1963586631557801e+00" y="6.7513724839635725e-01" z="0.0000000000000000e+00"/>
+      <vertex index="321" x="6.2190074677297813e-01" y="-1.2249405265031781e+00" z="0.0000000000000000e+00"/>
+      <vertex index="322" x="4.5497712741619378e-01" y="-1.3145908906369299e+00" z="0.0000000000000000e+00"/>
+      <vertex index="323" x="6.1775489211876489e-01" y="1.2259518887268250e+00" z="0.0000000000000000e+00"/>
+      <vertex index="324" x="4.2844964043178829e-01" y="1.3050422803754940e+00" z="0.0000000000000000e+00"/>
+      <vertex index="325" x="1.0800316330081019e+00" y="-8.4364250222683512e-01" z="0.0000000000000000e+00"/>
+      <vertex index="326" x="1.1973921019049170e+00" y="-6.7612077705368157e-01" z="0.0000000000000000e+00"/>
+      <vertex index="327" x="1.3492137904049131e+00" y="-1.0190909936386690e+00" z="0.0000000000000000e+00"/>
+      <vertex index="328" x="-3.4622808579250108e-01" y="-1.8080971173068670e+00" z="0.0000000000000000e+00"/>
+      <vertex index="329" x="2.2139783836735771e-02" y="-1.4108600877645900e+00" z="0.0000000000000000e+00"/>
+      <vertex index="330" x="1.0480568745304530e+00" y="-1.5357167228204061e+00" z="0.0000000000000000e+00"/>
+      <vertex index="331" x="1.3016856047690071e+00" y="1.3273737212922350e+00" z="0.0000000000000000e+00"/>
+      <vertex index="332" x="1.5292334744389460e+00" y="-5.8363503021002872e-01" z="0.0000000000000000e+00"/>
+      <vertex index="333" x="1.1224754715923830e+00" y="-1.1890212499498189e+00" z="0.0000000000000000e+00"/>
+      <vertex index="334" x="9.4674904475241961e-01" y="1.3349793160220991e+00" z="0.0000000000000000e+00"/>
+      <vertex index="335" x="4.7528195808120610e-01" y="-1.5209412820533110e+00" z="0.0000000000000000e+00"/>
+      <vertex index="336" x="1.7023597976629670e+00" y="-1.1383492210081110e+00" z="0.0000000000000000e+00"/>
+      <vertex index="337" x="1.9646669817708731e+00" y="5.9478314492838458e-01" z="0.0000000000000000e+00"/>
+      <vertex index="338" x="2.0048140202045650e-01" y="2.0437937615021471e+00" z="0.0000000000000000e+00"/>
+      <vertex index="339" x="-9.6663808045551425e-01" y="1.8108765759852381e+00" z="0.0000000000000000e+00"/>
+      <vertex index="340" x="-1.8118250783440650e+00" y="9.6677167442655954e-01" z="0.0000000000000000e+00"/>
+      <vertex index="341" x="-2.0446329142988668e+00" y="-2.0076126282302609e-01" z="0.0000000000000000e+00"/>
+      <vertex index="342" x="-1.5879203033670770e+00" y="-1.3020080294698431e+00" z="0.0000000000000000e+00"/>
+      <vertex index="343" x="-1.4504021422126129e-01" y="-1.7748669195906199e+00" z="0.0000000000000000e+00"/>
+      <vertex index="344" x="-1.5793490153977181e+00" y="4.3365376590183990e-01" z="0.0000000000000000e+00"/>
+      <vertex index="345" x="-1.0723389184619221e+00" y="1.2355553712481191e+00" z="0.0000000000000000e+00"/>
+      <vertex index="346" x="1.4217133075984640e+00" y="8.1240097522630761e-01" z="0.0000000000000000e+00"/>
+      <vertex index="347" x="5.1917597164005058e-01" y="1.5528621081733609e+00" z="0.0000000000000000e+00"/>
+      <vertex index="348" x="1.6335937627391850e+00" y="1.1734662406630250e-01" z="0.0000000000000000e+00"/>
+      <vertex index="349" x="-4.3297192931033868e-01" y="1.5788214095234749e+00" z="0.0000000000000000e+00"/>
+      <vertex index="350" x="-1.4643238693392810e+00" y="-7.3306947918483567e-01" z="0.0000000000000000e+00"/>
+      <vertex index="351" x="-8.1137618530993805e-01" y="-1.4213758324220049e+00" z="0.0000000000000000e+00"/>
+      <vertex index="352" x="-1.1642081729533400e+00" y="-1.4531744146000249e+00" z="0.0000000000000000e+00"/>
+      <vertex index="353" x="-1.7764523850773579e+00" y="-5.5324173214100059e-01" z="0.0000000000000000e+00"/>
+      <vertex index="354" x="-1.9499416939581271e-01" y="1.8512853677571379e+00" z="0.0000000000000000e+00"/>
+      <vertex index="355" x="1.8570705719254439e+00" y="-1.6228683113047171e-01" z="0.0000000000000000e+00"/>
+      <vertex index="356" x="-1.4248635423780089e+00" y="1.1973407412776180e+00" z="0.0000000000000000e+00"/>
+      <vertex index="357" x="-1.8537078785664010e+00" y="2.0504746246611069e-01" z="0.0000000000000000e+00"/>
+      <vertex index="358" x="9.6143088579451441e-01" y="1.0071742884596280e+00" z="0.0000000000000000e+00"/>
+      <vertex index="359" x="1.3586472019442710e+00" y="-3.0314091611085431e-01" z="0.0000000000000000e+00"/>
+      <vertex index="360" x="8.0581462710998641e-01" y="1.1093766265647189e+00" z="0.0000000000000000e+00"/>
+      <vertex index="361" x="9.2987391473561076e-01" y="-1.0052383838797401e+00" z="0.0000000000000000e+00"/>
+      <vertex index="362" x="7.9800986273443397e-01" y="-1.1393396483850240e+00" z="0.0000000000000000e+00"/>
+      <vertex index="363" x="1.2969233133915010e+00" y="5.0371267822394239e-01" z="0.0000000000000000e+00"/>
+      <vertex index="364" x="1.3326685147191539e+00" y="3.2390791902158472e-01" z="0.0000000000000000e+00"/>
+      <vertex index="365" x="1.2866132757219391e+00" y="-4.7473660406116008e-01" z="0.0000000000000000e+00"/>
+      <vertex index="366" x="2.4097452175469089e-01" y="1.3702672402208080e+00" z="0.0000000000000000e+00"/>
+      <vertex index="367" x="5.6206229187131890e-02" y="1.3711918525302500e+00" z="0.0000000000000000e+00"/>
+      <vertex index="368" x="-5.6366169262138444e-01" y="1.2727037263185650e+00" z="0.0000000000000000e+00"/>
+      <vertex index="369" x="-7.1500155953656686e-01" y="1.1700123749574520e+00" z="0.0000000000000000e+00"/>
+      <vertex index="370" x="-1.1736413090665569e+00" y="7.4884227018741734e-01" z="0.0000000000000000e+00"/>
+      <vertex index="371" x="-1.2441591612494129e+00" y="5.7803335486549168e-01" z="0.0000000000000000e+00"/>
+      <vertex index="372" x="-1.3926814383946919e+00" y="-3.2145456792208767e-02" z="0.0000000000000000e+00"/>
+      <vertex index="373" x="-1.3556474532561760e+00" y="-2.1444240906183790e-01" z="0.0000000000000000e+00"/>
+      <vertex index="374" x="-1.1383789867308729e+00" y="-8.0138192051712920e-01" z="0.0000000000000000e+00"/>
+      <vertex index="375" x="-1.0078521669504239e+00" y="-9.3154686319722246e-01" z="0.0000000000000000e+00"/>
+      <vertex index="376" x="-4.7458927669985312e-01" y="-1.2894722632468820e+00" z="0.0000000000000000e+00"/>
+      <vertex index="377" x="-7.4367524746918004e-02" y="-2.0635085311670949e+00" z="0.0000000000000000e+00"/>
+      <vertex index="378" x="2.8717852699560670e-01" y="-2.0473672315923621e+00" z="0.0000000000000000e+00"/>
+      <vertex index="379" x="4.3903500836265641e-01" y="-1.8386466823130010e+00" z="0.0000000000000000e+00"/>
+      <vertex index="380" x="4.6003113758322389e-01" y="-2.0122235546786378e+00" z="0.0000000000000000e+00"/>
+      <vertex index="381" x="-2.5984410822283099e-01" y="-2.0687880359536850e+00" z="0.0000000000000000e+00"/>
+      <vertex index="382" x="2.7322250633154771e-01" y="-1.5471937152269619e+00" z="0.0000000000000000e+00"/>
+      <vertex index="383" x="-1.4931695712977519e-01" y="-1.6032014058413930e+00" z="0.0000000000000000e+00"/>
+      <vertex index="384" x="-2.8442325669186249e-02" y="-1.5321026192930181e+00" z="0.0000000000000000e+00"/>
+      <vertex index="385" x="2.4974546433744371e-01" y="-1.8644012794418729e+00" z="0.0000000000000000e+00"/>
+    </vertices>
+    <cells size="676">
+      <triangle index="0" v0="182" v1="98" v2="224"/>
+      <triangle index="1" v0="182" v1="224" v2="149"/>
+      <triangle index="2" v0="183" v1="100" v2="223"/>
+      <triangle index="3" v0="183" v1="223" v2="150"/>
+      <triangle index="4" v0="184" v1="210" v2="102"/>
+      <triangle index="5" v0="184" v1="145" v2="210"/>
+      <triangle index="6" v0="186" v1="207" v2="106"/>
+      <triangle index="7" v0="143" v1="207" v2="186"/>
+      <triangle index="8" v0="186" v1="106" v2="220"/>
+      <triangle index="9" v0="153" v1="186" v2="220"/>
+      <triangle index="10" v0="156" v1="218" v2="187"/>
+      <triangle index="11" v0="187" v1="218" v2="113"/>
+      <triangle index="12" v0="141" v1="189" v2="206"/>
+      <triangle index="13" v0="189" v1="111" v2="206"/>
+      <triangle index="14" v0="192" v1="108" v2="216"/>
+      <triangle index="15" v0="192" v1="216" v2="158"/>
+      <triangle index="16" v0="193" v1="115" v2="204"/>
+      <triangle index="17" v0="142" v1="193" v2="204"/>
+      <triangle index="18" v0="193" v1="155" v2="219"/>
+      <triangle index="19" v0="193" v1="219" v2="115"/>
+      <triangle index="20" v0="194" v1="109" v2="205"/>
+      <triangle index="21" v0="139" v1="194" v2="205"/>
+      <triangle index="22" v0="194" v1="154" v2="217"/>
+      <triangle index="23" v0="194" v1="217" v2="109"/>
+      <triangle index="24" v0="157" v1="195" v2="215"/>
+      <triangle index="25" v0="112" v1="215" v2="195"/>
+      <triangle index="26" v0="112" v1="195" v2="208"/>
+      <triangle index="27" v0="140" v1="208" v2="195"/>
+      <triangle index="28" v0="105" v1="209" v2="196"/>
+      <triangle index="29" v0="144" v1="196" v2="209"/>
+      <triangle index="30" v0="152" v1="221" v2="197"/>
+      <triangle index="31" v0="103" v1="197" v2="221"/>
+      <triangle index="32" v0="146" v1="198" v2="211"/>
+      <triangle index="33" v0="101" v1="211" v2="198"/>
+      <triangle index="34" v0="151" v1="222" v2="198"/>
+      <triangle index="35" v0="101" v1="198" v2="222"/>
+      <triangle index="36" v0="147" v1="199" v2="212"/>
+      <triangle index="37" v0="99" v1="212" v2="199"/>
+      <triangle index="38" v0="77" v1="78" v2="180"/>
+      <triangle index="39" v0="72" v1="73" v2="179"/>
+      <triangle index="40" v0="12" v1="178" v2="67"/>
+      <triangle index="41" v0="61" v1="62" v2="177"/>
+      <triangle index="42" v0="51" v1="52" v2="168"/>
+      <triangle index="43" v0="15" v1="89" v2="169"/>
+      <triangle index="44" v0="94" v1="95" v2="175"/>
+      <triangle index="45" v0="9" v1="173" v2="46"/>
+      <triangle index="46" v0="56" v1="57" v2="176"/>
+      <triangle index="47" v0="86" v1="87" v2="174"/>
+      <triangle index="48" v0="48" v1="49" v2="170"/>
+      <triangle index="49" v0="43" v1="44" v2="172"/>
+      <triangle index="50" v0="40" v1="41" v2="167"/>
+      <triangle index="51" v0="91" v1="92" v2="171"/>
+      <triangle index="52" v0="10" v1="54" v2="166"/>
+      <triangle index="53" v0="59" v1="60" v2="165"/>
+      <triangle index="54" v0="64" v1="65" v2="164"/>
+      <triangle index="55" v0="69" v1="70" v2="163"/>
+      <triangle index="56" v0="13" v1="75" v2="162"/>
+      <triangle index="57" v0="78" v1="225" v2="180"/>
+      <triangle index="58" v0="73" v1="226" v2="179"/>
+      <triangle index="59" v0="12" v1="227" v2="178"/>
+      <triangle index="60" v0="62" v1="228" v2="177"/>
+      <triangle index="61" v0="57" v1="229" v2="176"/>
+      <triangle index="62" v0="52" v1="231" v2="168"/>
+      <triangle index="63" v0="86" v1="174" v2="233"/>
+      <triangle index="64" v0="94" v1="175" v2="230"/>
+      <triangle index="65" v0="89" v1="232" v2="169"/>
+      <triangle index="66" v0="46" v1="173" v2="234"/>
+      <triangle index="67" v0="43" v1="172" v2="235"/>
+      <triangle index="68" v0="91" v1="171" v2="239"/>
+      <triangle index="69" v0="49" v1="237" v2="170"/>
+      <triangle index="70" v0="41" v1="236" v2="167"/>
+      <triangle index="71" v0="10" v1="166" v2="238"/>
+      <triangle index="72" v0="59" v1="165" v2="240"/>
+      <triangle index="73" v0="64" v1="164" v2="241"/>
+      <triangle index="74" v0="69" v1="163" v2="242"/>
+      <triangle index="75" v0="13" v1="162" v2="243"/>
+      <triangle index="76" v0="159" v1="343" v2="328"/>
+      <triangle index="77" v0="159" v1="377" v2="117"/>
+      <triangle index="78" v0="159" v1="328" v2="203"/>
+      <triangle index="79" v0="6" v1="33" v2="161"/>
+      <triangle index="80" v0="33" v1="265" v2="161"/>
+      <triangle index="81" v0="159" v1="117" v2="343"/>
+      <triangle index="82" v0="6" v1="161" v2="329"/>
+      <triangle index="83" v0="117" v1="214" v2="201"/>
+      <triangle index="84" v0="138" v1="201" v2="214"/>
+      <triangle index="85" v0="96" v1="328" v2="343"/>
+      <triangle index="86" v0="212" v1="266" v2="302"/>
+      <triangle index="87" v0="211" v1="267" v2="301"/>
+      <triangle index="88" v0="209" v1="269" v2="299"/>
+      <triangle index="89" v0="207" v1="298" v2="273"/>
+      <triangle index="90" v0="206" v1="276" v2="297"/>
+      <triangle index="91" v0="210" v1="300" v2="281"/>
+      <triangle index="92" v0="164" v1="291" v2="102"/>
+      <triangle index="93" v0="164" v1="135" v2="291"/>
+      <triangle index="94" v0="165" v1="134" v2="290"/>
+      <triangle index="95" v0="165" v1="290" v2="104"/>
+      <triangle index="96" v0="168" v1="286" v2="124"/>
+      <triangle index="97" v0="168" v1="107" v2="286"/>
+      <triangle index="98" v0="110" v1="172" v2="287"/>
+      <triangle index="99" v0="132" v1="287" v2="172"/>
+      <triangle index="100" v0="131" v1="167" v2="289"/>
+      <triangle index="101" v0="167" v1="111" v2="289"/>
+      <triangle index="102" v0="176" v1="105" v2="288"/>
+      <triangle index="103" v0="133" v1="176" v2="288"/>
+      <triangle index="104" v0="179" v1="99" v2="292"/>
+      <triangle index="105" v0="136" v1="179" v2="292"/>
+      <triangle index="106" v0="137" v1="180" v2="293"/>
+      <triangle index="107" v0="97" v1="293" v2="180"/>
+      <triangle index="108" v0="213" v1="303" v2="284"/>
+      <triangle index="109" v0="117" v1="377" v2="244"/>
+      <triangle index="110" v0="119" v1="266" v2="212"/>
+      <triangle index="111" v0="120" v1="267" v2="211"/>
+      <triangle index="112" v0="122" v1="269" v2="209"/>
+      <triangle index="113" v0="126" v1="207" v2="273"/>
+      <triangle index="114" v0="128" v1="276" v2="206"/>
+      <triangle index="115" v0="121" v1="210" v2="281"/>
+      <triangle index="116" v0="171" v1="130" v2="294"/>
+      <triangle index="117" v0="171" v1="294" v2="113"/>
+      <triangle index="118" v0="169" v1="295" v2="129"/>
+      <triangle index="119" v0="169" v1="114" v2="295"/>
+      <triangle index="120" v0="170" v1="296" v2="127"/>
+      <triangle index="121" v0="170" v1="108" v2="296"/>
+      <triangle index="122" v0="118" v1="213" v2="284"/>
+      <triangle index="123" v0="93" v1="230" v2="251"/>
+      <triangle index="124" v0="45" v1="234" v2="254"/>
+      <triangle index="125" v0="50" v1="253" v2="237"/>
+      <triangle index="126" v0="123" v1="327" v2="274"/>
+      <triangle index="127" v0="123" v1="218" v2="327"/>
+      <triangle index="128" v0="17" v1="364" v2="363"/>
+      <triangle index="129" v0="36" v1="362" v2="361"/>
+      <triangle index="130" v0="21" v1="366" v2="367"/>
+      <triangle index="131" v0="1" v1="358" v2="360"/>
+      <triangle index="132" v0="39" v1="365" v2="359"/>
+      <triangle index="133" v0="23" v1="368" v2="369"/>
+      <triangle index="134" v0="25" v1="370" v2="371"/>
+      <triangle index="135" v0="4" v1="372" v2="373"/>
+      <triangle index="136" v0="30" v1="374" v2="375"/>
+      <triangle index="137" v0="34" v1="181" v2="322"/>
+      <triangle index="138" v0="34" v1="304" v2="181"/>
+      <triangle index="139" v0="116" v1="385" v2="379"/>
+      <triangle index="140" v0="33" v1="376" v2="265"/>
+      <triangle index="141" v0="116" v1="214" v2="385"/>
+      <triangle index="142" v0="164" v1="247" v2="135"/>
+      <triangle index="143" v0="165" v1="248" v2="134"/>
+      <triangle index="144" v0="171" v1="251" v2="130"/>
+      <triangle index="145" v0="131" v1="250" v2="167"/>
+      <triangle index="146" v0="168" v1="124" v2="253"/>
+      <triangle index="147" v0="169" v1="129" v2="255"/>
+      <triangle index="148" v0="132" v1="172" v2="254"/>
+      <triangle index="149" v0="170" v1="127" v2="252"/>
+      <triangle index="150" v0="133" v1="259" v2="176"/>
+      <triangle index="151" v0="136" v1="262" v2="179"/>
+      <triangle index="152" v0="137" v1="263" v2="180"/>
+      <triangle index="153" v0="164" v1="102" v2="268"/>
+      <triangle index="154" v0="165" v1="104" v2="269"/>
+      <triangle index="155" v0="171" v1="113" v2="272"/>
+      <triangle index="156" v0="168" v1="273" v2="107"/>
+      <triangle index="157" v0="167" v1="271" v2="111"/>
+      <triangle index="158" v0="169" v1="274" v2="114"/>
+      <triangle index="159" v0="110" v1="276" v2="172"/>
+      <triangle index="160" v0="170" v1="275" v2="108"/>
+      <triangle index="161" v0="176" v1="280" v2="105"/>
+      <triangle index="162" v0="179" v1="283" v2="99"/>
+      <triangle index="163" v0="97" v1="180" v2="284"/>
+      <triangle index="164" v0="125" v1="285" v2="202"/>
+      <triangle index="165" v0="130" v1="251" v2="230"/>
+      <triangle index="166" v0="132" v1="254" v2="234"/>
+      <triangle index="167" v0="124" v1="237" v2="253"/>
+      <triangle index="168" v0="244" v1="378" v2="385"/>
+      <triangle index="169" v0="75" v1="245" v2="162"/>
+      <triangle index="170" v0="70" v1="246" v2="163"/>
+      <triangle index="171" v0="65" v1="247" v2="164"/>
+      <triangle index="172" v0="60" v1="248" v2="165"/>
+      <triangle index="173" v0="51" v1="168" v2="253"/>
+      <triangle index="174" v0="15" v1="169" v2="255"/>
+      <triangle index="175" v0="54" v1="249" v2="166"/>
+      <triangle index="176" v0="40" v1="167" v2="250"/>
+      <triangle index="177" v0="48" v1="170" v2="252"/>
+      <triangle index="178" v0="92" v1="251" v2="171"/>
+      <triangle index="179" v0="44" v1="254" v2="172"/>
+      <triangle index="180" v0="9" v1="257" v2="173"/>
+      <triangle index="181" v0="87" v1="256" v2="174"/>
+      <triangle index="182" v0="95" v1="258" v2="175"/>
+      <triangle index="183" v0="56" v1="176" v2="259"/>
+      <triangle index="184" v0="61" v1="177" v2="260"/>
+      <triangle index="185" v0="67" v1="178" v2="261"/>
+      <triangle index="186" v0="72" v1="179" v2="262"/>
+      <triangle index="187" v0="77" v1="180" v2="263"/>
+      <triangle index="188" v0="90" v1="239" v2="336"/>
+      <triangle index="189" v0="42" v1="235" v2="337"/>
+      <triangle index="190" v0="53" v1="338" v2="231"/>
+      <triangle index="191" v0="58" v1="339" v2="229"/>
+      <triangle index="192" v0="90" v1="336" v2="232"/>
+      <triangle index="193" v0="42" v1="337" v2="236"/>
+      <triangle index="194" v0="53" v1="238" v2="338"/>
+      <triangle index="195" v0="63" v1="340" v2="228"/>
+      <triangle index="196" v0="58" v1="240" v2="339"/>
+      <triangle index="197" v0="68" v1="341" v2="227"/>
+      <triangle index="198" v0="63" v1="241" v2="340"/>
+      <triangle index="199" v0="74" v1="342" v2="226"/>
+      <triangle index="200" v0="68" v1="242" v2="341"/>
+      <triangle index="201" v0="74" v1="243" v2="342"/>
+      <triangle index="202" v0="117" v1="244" v2="385"/>
+      <triangle index="203" v0="78" v1="79" v2="225"/>
+      <triangle index="204" v0="73" v1="74" v2="226"/>
+      <triangle index="205" v0="12" v1="68" v2="227"/>
+      <triangle index="206" v0="62" v1="63" v2="228"/>
+      <triangle index="207" v0="57" v1="58" v2="229"/>
+      <triangle index="208" v0="93" v1="94" v2="230"/>
+      <triangle index="209" v0="90" v1="91" v2="239"/>
+      <triangle index="210" v0="52" v1="53" v2="231"/>
+      <triangle index="211" v0="85" v1="86" v2="233"/>
+      <triangle index="212" v0="45" v1="46" v2="234"/>
+      <triangle index="213" v0="49" v1="50" v2="237"/>
+      <triangle index="214" v0="42" v1="43" v2="235"/>
+      <triangle index="215" v0="89" v1="90" v2="232"/>
+      <triangle index="216" v0="41" v1="42" v2="236"/>
+      <triangle index="217" v0="10" v1="238" v2="53"/>
+      <triangle index="218" v0="58" v1="59" v2="240"/>
+      <triangle index="219" v0="63" v1="64" v2="241"/>
+      <triangle index="220" v0="68" v1="69" v2="242"/>
+      <triangle index="221" v0="13" v1="243" v2="74"/>
+      <triangle index="222" v0="202" v1="285" v2="379"/>
+      <triangle index="223" v0="85" v1="233" v2="305"/>
+      <triangle index="224" v0="79" v1="308" v2="225"/>
+      <triangle index="225" v0="133" v1="354" v2="249"/>
+      <triangle index="226" v0="136" v1="353" v2="246"/>
+      <triangle index="227" v0="32" v1="376" v2="33"/>
+      <triangle index="228" v0="16" v1="364" v2="17"/>
+      <triangle index="229" v0="1" v1="360" v2="19"/>
+      <triangle index="230" v0="7" v1="36" v2="361"/>
+      <triangle index="231" v0="2" v1="21" v2="367"/>
+      <triangle index="232" v0="38" v1="365" v2="39"/>
+      <triangle index="233" v0="23" v1="369" v2="24"/>
+      <triangle index="234" v0="25" v1="371" v2="26"/>
+      <triangle index="235" v0="4" v1="373" v2="28"/>
+      <triangle index="236" v0="5" v1="30" v2="375"/>
+      <triangle index="237" v0="166" v1="249" v2="354"/>
+      <triangle index="238" v0="163" v1="246" v2="353"/>
+      <triangle index="239" v0="129" v1="330" v2="256"/>
+      <triangle index="240" v0="127" v1="331" v2="257"/>
+      <triangle index="241" v0="174" v1="256" v2="330"/>
+      <triangle index="242" v0="173" v1="257" v2="331"/>
+      <triangle index="243" v0="117" v1="201" v2="343"/>
+      <triangle index="244" v0="101" v1="357" v2="282"/>
+      <triangle index="245" v0="103" v1="356" v2="281"/>
+      <triangle index="246" v0="112" v1="279" v2="355"/>
+      <triangle index="247" v0="98" v1="266" v2="352"/>
+      <triangle index="248" v0="178" v1="282" v2="357"/>
+      <triangle index="249" v0="177" v1="281" v2="356"/>
+      <triangle index="250" v0="175" v1="355" v2="279"/>
+      <triangle index="251" v0="162" v1="352" v2="266"/>
+      <triangle index="252" v0="156" v1="191" v2="327"/>
+      <triangle index="253" v0="191" v1="114" v2="327"/>
+      <triangle index="254" v0="155" v1="335" v2="219"/>
+      <triangle index="255" v0="5" v1="375" v2="307"/>
+      <triangle index="256" v0="28" v1="373" v2="310"/>
+      <triangle index="257" v0="26" v1="371" v2="312"/>
+      <triangle index="258" v0="24" v1="369" v2="314"/>
+      <triangle index="259" v0="2" v1="367" v2="316"/>
+      <triangle index="260" v0="38" v1="326" v2="365"/>
+      <triangle index="261" v0="17" v1="363" v2="320"/>
+      <triangle index="262" v0="21" v1="324" v2="366"/>
+      <triangle index="263" v0="16" v1="318" v2="364"/>
+      <triangle index="264" v0="219" v1="335" v2="285"/>
+      <triangle index="265" v0="84" v1="305" v2="202"/>
+      <triangle index="266" v0="80" v1="203" v2="308"/>
+      <triangle index="267" v0="19" v1="360" v2="323"/>
+      <triangle index="268" v0="7" v1="361" v2="325"/>
+      <triangle index="269" v0="36" v1="321" v2="362"/>
+      <triangle index="270" v0="1" v1="319" v2="358"/>
+      <triangle index="271" v0="39" v1="359" v2="317"/>
+      <triangle index="272" v0="23" v1="315" v2="368"/>
+      <triangle index="273" v0="25" v1="313" v2="370"/>
+      <triangle index="274" v0="4" v1="311" v2="372"/>
+      <triangle index="275" v0="30" v1="309" v2="374"/>
+      <triangle index="276" v0="32" v1="306" v2="376"/>
+      <triangle index="277" v0="182" v1="147" v2="302"/>
+      <triangle index="278" v0="182" v1="302" v2="98"/>
+      <triangle index="279" v0="183" v1="301" v2="100"/>
+      <triangle index="280" v0="183" v1="146" v2="301"/>
+      <triangle index="281" v0="185" v1="299" v2="104"/>
+      <triangle index="282" v0="185" v1="144" v2="299"/>
+      <triangle index="283" v0="141" v1="297" v2="188"/>
+      <triangle index="284" v0="188" v1="297" v2="110"/>
+      <triangle index="285" v0="190" v1="107" v2="298"/>
+      <triangle index="286" v0="143" v1="190" v2="298"/>
+      <triangle index="287" v0="103" v1="300" v2="197"/>
+      <triangle index="288" v0="145" v1="197" v2="300"/>
+      <triangle index="289" v0="148" v1="200" v2="303"/>
+      <triangle index="290" v0="97" v1="303" v2="200"/>
+      <triangle index="291" v0="173" v1="331" v2="278"/>
+      <triangle index="292" v0="174" v1="330" v2="277"/>
+      <triangle index="293" v0="37" v1="326" v2="38"/>
+      <triangle index="294" v0="20" v1="324" v2="21"/>
+      <triangle index="295" v0="17" v1="320" v2="18"/>
+      <triangle index="296" v0="2" v1="316" v2="22"/>
+      <triangle index="297" v0="0" v1="318" v2="16"/>
+      <triangle index="298" v0="3" v1="24" v2="314"/>
+      <triangle index="299" v0="26" v1="312" v2="27"/>
+      <triangle index="300" v0="28" v1="310" v2="29"/>
+      <triangle index="301" v0="5" v1="307" v2="31"/>
+      <triangle index="302" v0="34" v1="322" v2="35"/>
+      <triangle index="303" v0="191" v1="325" v2="361"/>
+      <triangle index="304" v0="192" v1="323" v2="360"/>
+      <triangle index="305" v0="193" v1="362" v2="321"/>
+      <triangle index="306" v0="194" v1="358" v2="319"/>
+      <triangle index="307" v0="195" v1="317" v2="359"/>
+      <triangle index="308" v0="196" v1="368" v2="315"/>
+      <triangle index="309" v0="197" v1="370" v2="313"/>
+      <triangle index="310" v0="198" v1="372" v2="311"/>
+      <triangle index="311" v0="199" v1="374" v2="309"/>
+      <triangle index="312" v0="200" v1="376" v2="306"/>
+      <triangle index="313" v0="109" v1="278" v2="331"/>
+      <triangle index="314" v0="115" v1="277" v2="330"/>
+      <triangle index="315" v0="182" v1="307" v2="375"/>
+      <triangle index="316" v0="183" v1="310" v2="373"/>
+      <triangle index="317" v0="184" v1="312" v2="371"/>
+      <triangle index="318" v0="185" v1="314" v2="369"/>
+      <triangle index="319" v0="186" v1="316" v2="367"/>
+      <triangle index="320" v0="187" v1="365" v2="326"/>
+      <triangle index="321" v0="189" v1="364" v2="318"/>
+      <triangle index="322" v0="188" v1="320" v2="363"/>
+      <triangle index="323" v0="190" v1="366" v2="324"/>
+      <triangle index="324" v0="156" v1="325" v2="191"/>
+      <triangle index="325" v0="192" v1="158" v2="323"/>
+      <triangle index="326" v0="193" v1="321" v2="155"/>
+      <triangle index="327" v0="194" v1="319" v2="154"/>
+      <triangle index="328" v0="157" v1="317" v2="195"/>
+      <triangle index="329" v0="153" v1="196" v2="315"/>
+      <triangle index="330" v0="152" v1="197" v2="313"/>
+      <triangle index="331" v0="151" v1="198" v2="311"/>
+      <triangle index="332" v0="150" v1="199" v2="309"/>
+      <triangle index="333" v0="6" v1="304" v2="34"/>
+      <triangle index="334" v0="149" v1="200" v2="306"/>
+      <triangle index="335" v0="19" v1="323" v2="20"/>
+      <triangle index="336" v0="1" v1="18" v2="319"/>
+      <triangle index="337" v0="7" v1="325" v2="37"/>
+      <triangle index="338" v0="35" v1="321" v2="36"/>
+      <triangle index="339" v0="0" v1="39" v2="317"/>
+      <triangle index="340" v0="22" v1="315" v2="23"/>
+      <triangle index="341" v0="3" v1="313" v2="25"/>
+      <triangle index="342" v0="4" v1="27" v2="311"/>
+      <triangle index="343" v0="29" v1="309" v2="30"/>
+      <triangle index="344" v0="31" v1="306" v2="32"/>
+      <triangle index="345" v0="125" v1="202" v2="305"/>
+      <triangle index="346" v0="162" v1="245" v2="352"/>
+      <triangle index="347" v0="137" v1="352" v2="245"/>
+      <triangle index="348" v0="175" v1="258" v2="355"/>
+      <triangle index="349" v0="131" v1="355" v2="258"/>
+      <triangle index="350" v0="177" v1="356" v2="260"/>
+      <triangle index="351" v0="260" v1="356" v2="134"/>
+      <triangle index="352" v0="178" v1="357" v2="261"/>
+      <triangle index="353" v0="135" v1="261" v2="357"/>
+      <triangle index="354" v0="118" v1="308" v2="203"/>
+      <triangle index="355" v0="182" v1="149" v2="307"/>
+      <triangle index="356" v0="183" v1="150" v2="310"/>
+      <triangle index="357" v0="151" v1="312" v2="184"/>
+      <triangle index="358" v0="152" v1="314" v2="185"/>
+      <triangle index="359" v0="153" v1="316" v2="186"/>
+      <triangle index="360" v0="156" v1="187" v2="326"/>
+      <triangle index="361" v0="157" v1="189" v2="318"/>
+      <triangle index="362" v0="188" v1="154" v2="320"/>
+      <triangle index="363" v0="190" v1="324" v2="158"/>
+      <triangle index="364" v0="79" v1="80" v2="308"/>
+      <triangle index="365" v0="84" v1="85" v2="305"/>
+      <triangle index="366" v0="84" v1="202" v2="380"/>
+      <triangle index="367" v0="6" v1="329" v2="304"/>
+      <triangle index="368" v0="125" v1="305" v2="233"/>
+      <triangle index="369" v0="80" v1="381" v2="203"/>
+      <triangle index="370" v0="118" v1="203" v2="328"/>
+      <triangle index="371" v0="182" v1="375" v2="147"/>
+      <triangle index="372" v0="225" v1="308" v2="118"/>
+      <triangle index="373" v0="183" v1="373" v2="146"/>
+      <triangle index="374" v0="184" v1="371" v2="145"/>
+      <triangle index="375" v0="185" v1="369" v2="144"/>
+      <triangle index="376" v0="143" v1="186" v2="367"/>
+      <triangle index="377" v0="140" v1="365" v2="187"/>
+      <triangle index="378" v0="141" v1="188" v2="363"/>
+      <triangle index="379" v0="141" v1="364" v2="189"/>
+      <triangle index="380" v0="143" v1="366" v2="190"/>
+      <triangle index="381" v0="142" v1="191" v2="361"/>
+      <triangle index="382" v0="139" v1="192" v2="360"/>
+      <triangle index="383" v0="142" v1="362" v2="193"/>
+      <triangle index="384" v0="139" v1="358" v2="194"/>
+      <triangle index="385" v0="140" v1="195" v2="359"/>
+      <triangle index="386" v0="144" v1="368" v2="196"/>
+      <triangle index="387" v0="145" v1="370" v2="197"/>
+      <triangle index="388" v0="146" v1="372" v2="198"/>
+      <triangle index="389" v0="147" v1="374" v2="199"/>
+      <triangle index="390" v0="160" v1="379" v2="385"/>
+      <triangle index="391" v0="148" v1="376" v2="200"/>
+      <triangle index="392" v0="184" v1="102" v2="344"/>
+      <triangle index="393" v0="151" v1="184" v2="344"/>
+      <triangle index="394" v0="185" v1="104" v2="345"/>
+      <triangle index="395" v0="152" v1="185" v2="345"/>
+      <triangle index="396" v0="188" v1="110" v2="346"/>
+      <triangle index="397" v0="188" v1="346" v2="154"/>
+      <triangle index="398" v0="157" v1="348" v2="189"/>
+      <triangle index="399" v0="189" v1="348" v2="111"/>
+      <triangle index="400" v0="190" v1="158" v2="347"/>
+      <triangle index="401" v0="190" v1="347" v2="107"/>
+      <triangle index="402" v0="153" v1="349" v2="196"/>
+      <triangle index="403" v0="105" v1="196" v2="349"/>
+      <triangle index="404" v0="99" v1="199" v2="350"/>
+      <triangle index="405" v0="150" v1="350" v2="199"/>
+      <triangle index="406" v0="166" v1="354" v2="270"/>
+      <triangle index="407" v0="163" v1="353" v2="267"/>
+      <triangle index="408" v0="159" v1="203" v2="381"/>
+      <triangle index="409" v0="140" v1="187" v2="332"/>
+      <triangle index="410" v0="187" v1="113" v2="332"/>
+      <triangle index="411" v0="142" v1="333" v2="191"/>
+      <triangle index="412" v0="191" v1="333" v2="114"/>
+      <triangle index="413" v0="192" v1="334" v2="108"/>
+      <triangle index="414" v0="139" v1="334" v2="192"/>
+      <triangle index="415" v0="149" v1="351" v2="200"/>
+      <triangle index="416" v0="97" v1="200" v2="351"/>
+      <triangle index="417" v0="98" v1="302" v2="266"/>
+      <triangle index="418" v0="100" v1="301" v2="267"/>
+      <triangle index="419" v0="104" v1="299" v2="269"/>
+      <triangle index="420" v0="107" v1="273" v2="298"/>
+      <triangle index="421" v0="110" v1="297" v2="276"/>
+      <triangle index="422" v0="103" v1="281" v2="300"/>
+      <triangle index="423" v0="116" v1="335" v2="382"/>
+      <triangle index="424" v0="151" v1="344" v2="222"/>
+      <triangle index="425" v0="152" v1="345" v2="221"/>
+      <triangle index="426" v0="158" v1="216" v2="347"/>
+      <triangle index="427" v0="154" v1="346" v2="217"/>
+      <triangle index="428" v0="157" v1="215" v2="348"/>
+      <triangle index="429" v0="153" v1="220" v2="349"/>
+      <triangle index="430" v0="150" v1="223" v2="350"/>
+      <triangle index="431" v0="97" v1="284" v2="303"/>
+      <triangle index="432" v0="149" v1="224" v2="351"/>
+      <triangle index="433" v0="14" v1="82" v2="244"/>
+      <triangle index="434" v0="148" v1="265" v2="376"/>
+      <triangle index="435" v0="138" v1="384" v2="201"/>
+      <triangle index="436" v0="106" v1="270" v2="354"/>
+      <triangle index="437" v0="100" v1="267" v2="353"/>
+      <triangle index="438" v0="83" v1="380" v2="378"/>
+      <triangle index="439" v0="81" v1="377" v2="381"/>
+      <triangle index="440" v0="76" v1="77" v2="263"/>
+      <triangle index="441" v0="71" v1="72" v2="262"/>
+      <triangle index="442" v0="66" v1="67" v2="261"/>
+      <triangle index="443" v0="11" v1="61" v2="260"/>
+      <triangle index="444" v0="55" v1="56" v2="259"/>
+      <triangle index="445" v0="15" v1="255" v2="88"/>
+      <triangle index="446" v0="50" v1="51" v2="253"/>
+      <triangle index="447" v0="8" v1="258" v2="95"/>
+      <triangle index="448" v0="9" v1="47" v2="257"/>
+      <triangle index="449" v0="87" v1="88" v2="256"/>
+      <triangle index="450" v0="44" v1="45" v2="254"/>
+      <triangle index="451" v0="47" v1="48" v2="252"/>
+      <triangle index="452" v0="8" v1="40" v2="250"/>
+      <triangle index="453" v0="92" v1="93" v2="251"/>
+      <triangle index="454" v0="54" v1="55" v2="249"/>
+      <triangle index="455" v0="11" v1="248" v2="60"/>
+      <triangle index="456" v0="65" v1="66" v2="247"/>
+      <triangle index="457" v0="70" v1="71" v2="246"/>
+      <triangle index="458" v0="75" v1="76" v2="245"/>
+      <triangle index="459" v0="155" v1="322" v2="335"/>
+      <triangle index="460" v0="181" v1="335" v2="322"/>
+      <triangle index="461" v0="14" v1="377" v2="81"/>
+      <triangle index="462" v0="140" v1="332" v2="208"/>
+      <triangle index="463" v0="142" v1="204" v2="333"/>
+      <triangle index="464" v0="139" v1="205" v2="334"/>
+      <triangle index="465" v0="82" v1="83" v2="378"/>
+      <triangle index="466" v0="96" v1="264" v2="213"/>
+      <triangle index="467" v0="148" v1="213" v2="264"/>
+      <triangle index="468" v0="181" v1="382" v2="335"/>
+      <triangle index="469" v0="222" v1="344" v2="291"/>
+      <triangle index="470" v0="221" v1="345" v2="290"/>
+      <triangle index="471" v0="216" v1="286" v2="347"/>
+      <triangle index="472" v0="217" v1="346" v2="287"/>
+      <triangle index="473" v0="215" v1="289" v2="348"/>
+      <triangle index="474" v0="220" v1="288" v2="349"/>
+      <triangle index="475" v0="223" v1="292" v2="350"/>
+      <triangle index="476" v0="224" v1="293" v2="351"/>
+      <triangle index="477" v0="102" v1="210" v2="268"/>
+      <triangle index="478" v0="121" v1="268" v2="210"/>
+      <triangle index="479" v0="106" v1="207" v2="270"/>
+      <triangle index="480" v0="126" v1="270" v2="207"/>
+      <triangle index="481" v0="128" v1="206" v2="271"/>
+      <triangle index="482" v0="111" v1="271" v2="206"/>
+      <triangle index="483" v0="112" v1="208" v2="279"/>
+      <triangle index="484" v0="130" v1="279" v2="208"/>
+      <triangle index="485" v0="105" v1="280" v2="209"/>
+      <triangle index="486" v0="122" v1="209" v2="280"/>
+      <triangle index="487" v0="101" v1="282" v2="211"/>
+      <triangle index="488" v0="120" v1="211" v2="282"/>
+      <triangle index="489" v0="99" v1="283" v2="212"/>
+      <triangle index="490" v0="119" v1="212" v2="283"/>
+      <triangle index="491" v0="180" v1="225" v2="284"/>
+      <triangle index="492" v0="179" v1="226" v2="283"/>
+      <triangle index="493" v0="178" v1="227" v2="282"/>
+      <triangle index="494" v0="177" v1="228" v2="281"/>
+      <triangle index="495" v0="176" v1="229" v2="280"/>
+      <triangle index="496" v0="175" v1="279" v2="230"/>
+      <triangle index="497" v0="174" v1="277" v2="233"/>
+      <triangle index="498" v0="173" v1="278" v2="234"/>
+      <triangle index="499" v0="168" v1="231" v2="273"/>
+      <triangle index="500" v0="172" v1="276" v2="235"/>
+      <triangle index="501" v0="169" v1="232" v2="274"/>
+      <triangle index="502" v0="170" v1="237" v2="275"/>
+      <triangle index="503" v0="171" v1="272" v2="239"/>
+      <triangle index="504" v0="167" v1="236" v2="271"/>
+      <triangle index="505" v0="166" v1="270" v2="238"/>
+      <triangle index="506" v0="165" v1="269" v2="240"/>
+      <triangle index="507" v0="164" v1="268" v2="241"/>
+      <triangle index="508" v0="163" v1="267" v2="242"/>
+      <triangle index="509" v0="162" v1="266" v2="243"/>
+      <triangle index="510" v0="160" v1="385" v2="378"/>
+      <triangle index="511" v0="83" v1="84" v2="380"/>
+      <triangle index="512" v0="80" v1="81" v2="381"/>
+      <triangle index="513" v0="129" v1="256" v2="255"/>
+      <triangle index="514" v0="131" v1="258" v2="250"/>
+      <triangle index="515" v0="127" v1="257" v2="252"/>
+      <triangle index="516" v0="133" v1="249" v2="259"/>
+      <triangle index="517" v0="134" v1="248" v2="260"/>
+      <triangle index="518" v0="135" v1="247" v2="261"/>
+      <triangle index="519" v0="136" v1="246" v2="262"/>
+      <triangle index="520" v0="137" v1="245" v2="263"/>
+      <triangle index="521" v0="138" v1="382" v2="304"/>
+      <triangle index="522" v0="181" v1="304" v2="382"/>
+      <triangle index="523" v0="114" v1="274" v2="327"/>
+      <triangle index="524" v0="116" v1="382" v2="214"/>
+      <triangle index="525" v0="225" v1="118" v2="284"/>
+      <triangle index="526" v0="119" v1="243" v2="266"/>
+      <triangle index="527" v0="226" v1="119" v2="283"/>
+      <triangle index="528" v0="120" v1="242" v2="267"/>
+      <triangle index="529" v0="227" v1="120" v2="282"/>
+      <triangle index="530" v0="121" v1="241" v2="268"/>
+      <triangle index="531" v0="121" v1="281" v2="228"/>
+      <triangle index="532" v0="122" v1="240" v2="269"/>
+      <triangle index="533" v0="122" v1="280" v2="229"/>
+      <triangle index="534" v0="126" v1="238" v2="270"/>
+      <triangle index="535" v0="126" v1="273" v2="231"/>
+      <triangle index="536" v0="123" v1="274" v2="232"/>
+      <triangle index="537" v0="128" v1="271" v2="236"/>
+      <triangle index="538" v0="123" v1="239" v2="272"/>
+      <triangle index="539" v0="128" v1="235" v2="276"/>
+      <triangle index="540" v0="125" v1="233" v2="277"/>
+      <triangle index="541" v0="130" v1="230" v2="279"/>
+      <triangle index="542" v0="124" v1="275" v2="237"/>
+      <triangle index="543" v0="132" v1="234" v2="278"/>
+      <triangle index="544" v0="160" v1="378" v2="380"/>
+      <triangle index="545" v0="113" v1="218" v2="272"/>
+      <triangle index="546" v0="123" v1="272" v2="218"/>
+      <triangle index="547" v0="108" v1="275" v2="216"/>
+      <triangle index="548" v0="124" v1="216" v2="275"/>
+      <triangle index="549" v0="125" v1="277" v2="219"/>
+      <triangle index="550" v0="115" v1="219" v2="277"/>
+      <triangle index="551" v0="109" v1="217" v2="278"/>
+      <triangle index="552" v0="132" v1="278" v2="217"/>
+      <triangle index="553" v0="159" v1="381" v2="377"/>
+      <triangle index="554" v0="130" v1="208" v2="294"/>
+      <triangle index="555" v0="129" v1="295" v2="204"/>
+      <triangle index="556" v0="127" v1="296" v2="205"/>
+      <triangle index="557" v0="141" v1="206" v2="297"/>
+      <triangle index="558" v0="143" v1="298" v2="207"/>
+      <triangle index="559" v0="144" v1="209" v2="299"/>
+      <triangle index="560" v0="145" v1="300" v2="210"/>
+      <triangle index="561" v0="146" v1="211" v2="301"/>
+      <triangle index="562" v0="147" v1="212" v2="302"/>
+      <triangle index="563" v0="118" v1="328" v2="213"/>
+      <triangle index="564" v0="148" v1="303" v2="213"/>
+      <triangle index="565" v0="160" v1="380" v2="379"/>
+      <triangle index="566" v0="202" v1="379" v2="380"/>
+      <triangle index="567" v0="129" v1="204" v2="330"/>
+      <triangle index="568" v0="127" v1="205" v2="331"/>
+      <triangle index="569" v0="8" v1="250" v2="258"/>
+      <triangle index="570" v0="47" v1="252" v2="257"/>
+      <triangle index="571" v0="88" v1="255" v2="256"/>
+      <triangle index="572" v0="55" v1="259" v2="249"/>
+      <triangle index="573" v0="11" v1="260" v2="248"/>
+      <triangle index="574" v0="66" v1="261" v2="247"/>
+      <triangle index="575" v0="71" v1="262" v2="246"/>
+      <triangle index="576" v0="76" v1="263" v2="245"/>
+      <triangle index="577" v0="96" v1="213" v2="328"/>
+      <triangle index="578" v0="115" v1="330" v2="204"/>
+      <triangle index="579" v0="109" v1="331" v2="205"/>
+      <triangle index="580" v0="208" v1="332" v2="294"/>
+      <triangle index="581" v0="204" v1="295" v2="333"/>
+      <triangle index="582" v0="205" v1="296" v2="334"/>
+      <triangle index="583" v0="112" v1="355" v2="215"/>
+      <triangle index="584" v0="133" v1="220" v2="354"/>
+      <triangle index="585" v0="103" v1="221" v2="356"/>
+      <triangle index="586" v0="101" v1="222" v2="357"/>
+      <triangle index="587" v0="136" v1="223" v2="353"/>
+      <triangle index="588" v0="98" v1="352" v2="224"/>
+      <triangle index="589" v0="125" v1="219" v2="285"/>
+      <triangle index="590" v0="124" v1="286" v2="216"/>
+      <triangle index="591" v0="132" v1="217" v2="287"/>
+      <triangle index="592" v0="133" v1="288" v2="220"/>
+      <triangle index="593" v0="131" v1="289" v2="215"/>
+      <triangle index="594" v0="134" v1="221" v2="290"/>
+      <triangle index="595" v0="135" v1="222" v2="291"/>
+      <triangle index="596" v0="136" v1="292" v2="223"/>
+      <triangle index="597" v0="137" v1="293" v2="224"/>
+      <triangle index="598" v0="116" v1="379" v2="285"/>
+      <triangle index="599" v0="156" v1="327" v2="218"/>
+      <triangle index="600" v0="96" v1="343" v2="383"/>
+      <triangle index="601" v0="201" v1="383" v2="343"/>
+      <triangle index="602" v0="139" v1="360" v2="358"/>
+      <triangle index="603" v0="142" v1="361" v2="362"/>
+      <triangle index="604" v0="140" v1="359" v2="365"/>
+      <triangle index="605" v0="141" v1="363" v2="364"/>
+      <triangle index="606" v0="143" v1="367" v2="366"/>
+      <triangle index="607" v0="144" v1="369" v2="368"/>
+      <triangle index="608" v0="145" v1="371" v2="370"/>
+      <triangle index="609" v0="146" v1="373" v2="372"/>
+      <triangle index="610" v0="147" v1="375" v2="374"/>
+      <triangle index="611" v0="138" v1="214" v2="382"/>
+      <triangle index="612" v0="123" v1="232" v2="336"/>
+      <triangle index="613" v0="123" v1="336" v2="239"/>
+      <triangle index="614" v0="128" v1="337" v2="235"/>
+      <triangle index="615" v0="128" v1="236" v2="337"/>
+      <triangle index="616" v0="126" v1="231" v2="338"/>
+      <triangle index="617" v0="126" v1="338" v2="238"/>
+      <triangle index="618" v0="122" v1="229" v2="339"/>
+      <triangle index="619" v0="122" v1="339" v2="240"/>
+      <triangle index="620" v0="121" v1="228" v2="340"/>
+      <triangle index="621" v0="121" v1="340" v2="241"/>
+      <triangle index="622" v0="227" v1="341" v2="120"/>
+      <triangle index="623" v0="120" v1="341" v2="242"/>
+      <triangle index="624" v0="226" v1="342" v2="119"/>
+      <triangle index="625" v0="119" v1="342" v2="243"/>
+      <triangle index="626" v0="117" v1="385" v2="214"/>
+      <triangle index="627" v0="138" v1="304" v2="329"/>
+      <triangle index="628" v0="137" v1="224" v2="352"/>
+      <triangle index="629" v0="100" v1="353" v2="223"/>
+      <triangle index="630" v0="106" v1="354" v2="220"/>
+      <triangle index="631" v0="131" v1="215" v2="355"/>
+      <triangle index="632" v0="134" v1="356" v2="221"/>
+      <triangle index="633" v0="135" v1="357" v2="222"/>
+      <triangle index="634" v0="161" v1="265" v2="264"/>
+      <triangle index="635" v0="148" v1="264" v2="265"/>
+      <triangle index="636" v0="155" v1="321" v2="322"/>
+      <triangle index="637" v0="149" v1="306" v2="307"/>
+      <triangle index="638" v0="150" v1="309" v2="310"/>
+      <triangle index="639" v0="151" v1="311" v2="312"/>
+      <triangle index="640" v0="152" v1="313" v2="314"/>
+      <triangle index="641" v0="153" v1="315" v2="316"/>
+      <triangle index="642" v0="157" v1="318" v2="317"/>
+      <triangle index="643" v0="154" v1="319" v2="320"/>
+      <triangle index="644" v0="158" v1="324" v2="323"/>
+      <triangle index="645" v0="156" v1="326" v2="325"/>
+      <triangle index="646" v0="14" v1="244" v2="377"/>
+      <triangle index="647" v0="82" v1="378" v2="244"/>
+      <triangle index="648" v0="116" v1="285" v2="335"/>
+      <triangle index="649" v0="35" v1="322" v2="321"/>
+      <triangle index="650" v0="31" v1="307" v2="306"/>
+      <triangle index="651" v0="29" v1="310" v2="309"/>
+      <triangle index="652" v0="27" v1="312" v2="311"/>
+      <triangle index="653" v0="3" v1="314" v2="313"/>
+      <triangle index="654" v0="22" v1="316" v2="315"/>
+      <triangle index="655" v0="18" v1="320" v2="319"/>
+      <triangle index="656" v0="37" v1="325" v2="326"/>
+      <triangle index="657" v0="0" v1="317" v2="318"/>
+      <triangle index="658" v0="20" v1="323" v2="324"/>
+      <triangle index="659" v0="113" v1="294" v2="332"/>
+      <triangle index="660" v0="114" v1="333" v2="295"/>
+      <triangle index="661" v0="108" v1="334" v2="296"/>
+      <triangle index="662" v0="102" v1="291" v2="344"/>
+      <triangle index="663" v0="104" v1="290" v2="345"/>
+      <triangle index="664" v0="111" v1="348" v2="289"/>
+      <triangle index="665" v0="107" v1="347" v2="286"/>
+      <triangle index="666" v0="110" v1="287" v2="346"/>
+      <triangle index="667" v0="105" v1="349" v2="288"/>
+      <triangle index="668" v0="99" v1="350" v2="292"/>
+      <triangle index="669" v0="97" v1="351" v2="293"/>
+      <triangle index="670" v0="96" v1="383" v2="264"/>
+      <triangle index="671" v0="161" v1="264" v2="383"/>
+      <triangle index="672" v0="161" v1="384" v2="329"/>
+      <triangle index="673" v0="138" v1="329" v2="384"/>
+      <triangle index="674" v0="201" v1="384" v2="383"/>
+      <triangle index="675" v0="161" v1="383" v2="384"/>
+    </cells>
+  </mesh>
+</dolfin>
diff --git a/python/test/data/intersecting_surfaces.xml b/python/test/data/intersecting_surfaces.xml
new file mode 100644
index 0000000..cae46a9
--- /dev/null
+++ b/python/test/data/intersecting_surfaces.xml
@@ -0,0 +1,5515 @@
+<?xml version="1.0"?>
+<dolfin xmlns:dolfin="http://fenicsproject.org">
+  <mesh celltype="triangle" dim="3">
+    <vertices size="1906">
+      <vertex index="0" x="0.000000000000000e+00" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="1" x="3.333333333333333e-02" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="2" x="6.666666666666667e-02" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="3" x="1.000000000000000e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="4" x="1.333333333333333e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="5" x="1.666666666666667e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="6" x="2.000000000000000e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="7" x="2.333333333333333e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="8" x="2.666666666666667e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="9" x="3.000000000000000e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="10" x="3.333333333333333e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="11" x="3.666666666666666e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="12" x="4.000000000000000e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="13" x="4.333333333333333e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="14" x="4.666666666666667e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="15" x="5.000000000000000e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="16" x="5.333333333333333e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="17" x="5.666666666666667e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="18" x="6.000000000000000e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="19" x="6.333333333333333e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="20" x="6.666666666666666e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="21" x="7.000000000000000e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="22" x="7.333333333333333e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="23" x="7.666666666666666e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="24" x="8.000000000000000e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="25" x="8.333333333333334e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="26" x="8.666666666666667e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="27" x="9.000000000000000e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="28" x="9.333333333333333e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="29" x="9.666666666666667e-01" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="30" x="1.000000000000000e+00" y="0.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="31" x="0.000000000000000e+00" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="32" x="3.333333333333333e-02" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="33" x="6.666666666666667e-02" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="34" x="1.000000000000000e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="35" x="1.333333333333333e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="36" x="1.666666666666667e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="37" x="2.000000000000000e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="38" x="2.333333333333333e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="39" x="2.666666666666667e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="40" x="3.000000000000000e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="41" x="3.333333333333333e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="42" x="3.666666666666666e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="43" x="4.000000000000000e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="44" x="4.333333333333333e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="45" x="4.666666666666667e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="46" x="5.000000000000000e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="47" x="5.333333333333333e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="48" x="5.666666666666667e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="49" x="6.000000000000000e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="50" x="6.333333333333333e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="51" x="6.666666666666666e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="52" x="7.000000000000000e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="53" x="7.333333333333333e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="54" x="7.666666666666666e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="55" x="8.000000000000000e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="56" x="8.333333333333334e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="57" x="8.666666666666667e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="58" x="9.000000000000000e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="59" x="9.333333333333333e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="60" x="9.666666666666667e-01" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="61" x="1.000000000000000e+00" y="3.333333333333333e-02" z="0.000000000000000e+00" />
+      <vertex index="62" x="0.000000000000000e+00" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="63" x="3.333333333333333e-02" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="64" x="6.666666666666667e-02" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="65" x="1.000000000000000e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="66" x="1.333333333333333e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="67" x="1.666666666666667e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="68" x="2.000000000000000e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="69" x="2.333333333333333e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="70" x="2.666666666666667e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="71" x="3.000000000000000e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="72" x="3.333333333333333e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="73" x="3.666666666666666e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="74" x="4.000000000000000e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="75" x="4.333333333333333e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="76" x="4.666666666666667e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="77" x="5.000000000000000e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="78" x="5.333333333333333e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="79" x="5.666666666666667e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="80" x="6.000000000000000e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="81" x="6.333333333333333e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="82" x="6.666666666666666e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="83" x="7.000000000000000e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="84" x="7.333333333333333e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="85" x="7.666666666666666e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="86" x="8.000000000000000e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="87" x="8.333333333333334e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="88" x="8.666666666666667e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="89" x="9.000000000000000e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="90" x="9.333333333333333e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="91" x="9.666666666666667e-01" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="92" x="1.000000000000000e+00" y="6.666666666666667e-02" z="0.000000000000000e+00" />
+      <vertex index="93" x="0.000000000000000e+00" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="94" x="3.333333333333333e-02" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="95" x="6.666666666666667e-02" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="96" x="1.000000000000000e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="97" x="1.333333333333333e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="98" x="1.666666666666667e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="99" x="2.000000000000000e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="100" x="2.333333333333333e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="101" x="2.666666666666667e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="102" x="3.000000000000000e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="103" x="3.333333333333333e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="104" x="3.666666666666666e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="105" x="4.000000000000000e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="106" x="4.333333333333333e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="107" x="4.666666666666667e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="108" x="5.000000000000000e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="109" x="5.333333333333333e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="110" x="5.666666666666667e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="111" x="6.000000000000000e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="112" x="6.333333333333333e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="113" x="6.666666666666666e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="114" x="7.000000000000000e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="115" x="7.333333333333333e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="116" x="7.666666666666666e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="117" x="8.000000000000000e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="118" x="8.333333333333334e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="119" x="8.666666666666667e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="120" x="9.000000000000000e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="121" x="9.333333333333333e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="122" x="9.666666666666667e-01" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="123" x="1.000000000000000e+00" y="1.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="124" x="0.000000000000000e+00" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="125" x="3.333333333333333e-02" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="126" x="6.666666666666667e-02" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="127" x="1.000000000000000e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="128" x="1.333333333333333e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="129" x="1.666666666666667e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="130" x="2.000000000000000e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="131" x="2.333333333333333e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="132" x="2.666666666666667e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="133" x="3.000000000000000e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="134" x="3.333333333333333e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="135" x="3.666666666666666e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="136" x="4.000000000000000e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="137" x="4.333333333333333e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="138" x="4.666666666666667e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="139" x="5.000000000000000e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="140" x="5.333333333333333e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="141" x="5.666666666666667e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="142" x="6.000000000000000e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="143" x="6.333333333333333e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="144" x="6.666666666666666e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="145" x="7.000000000000000e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="146" x="7.333333333333333e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="147" x="7.666666666666666e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="148" x="8.000000000000000e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="149" x="8.333333333333334e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="150" x="8.666666666666667e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="151" x="9.000000000000000e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="152" x="9.333333333333333e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="153" x="9.666666666666667e-01" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="154" x="1.000000000000000e+00" y="1.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="155" x="0.000000000000000e+00" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="156" x="3.333333333333333e-02" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="157" x="6.666666666666667e-02" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="158" x="1.000000000000000e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="159" x="1.333333333333333e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="160" x="1.666666666666667e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="161" x="2.000000000000000e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="162" x="2.333333333333333e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="163" x="2.666666666666667e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="164" x="3.000000000000000e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="165" x="3.333333333333333e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="166" x="3.666666666666666e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="167" x="4.000000000000000e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="168" x="4.333333333333333e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="169" x="4.666666666666667e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="170" x="5.000000000000000e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="171" x="5.333333333333333e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="172" x="5.666666666666667e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="173" x="6.000000000000000e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="174" x="6.333333333333333e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="175" x="6.666666666666666e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="176" x="7.000000000000000e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="177" x="7.333333333333333e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="178" x="7.666666666666666e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="179" x="8.000000000000000e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="180" x="8.333333333333334e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="181" x="8.666666666666667e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="182" x="9.000000000000000e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="183" x="9.333333333333333e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="184" x="9.666666666666667e-01" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="185" x="1.000000000000000e+00" y="1.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="186" x="0.000000000000000e+00" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="187" x="3.333333333333333e-02" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="188" x="6.666666666666667e-02" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="189" x="1.000000000000000e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="190" x="1.333333333333333e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="191" x="1.666666666666667e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="192" x="2.000000000000000e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="193" x="2.333333333333333e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="194" x="2.666666666666667e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="195" x="3.000000000000000e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="196" x="3.333333333333333e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="197" x="3.666666666666666e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="198" x="4.000000000000000e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="199" x="4.333333333333333e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="200" x="4.666666666666667e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="201" x="5.000000000000000e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="202" x="5.333333333333333e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="203" x="5.666666666666667e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="204" x="6.000000000000000e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="205" x="6.333333333333333e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="206" x="6.666666666666666e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="207" x="7.000000000000000e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="208" x="7.333333333333333e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="209" x="7.666666666666666e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="210" x="8.000000000000000e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="211" x="8.333333333333334e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="212" x="8.666666666666667e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="213" x="9.000000000000000e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="214" x="9.333333333333333e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="215" x="9.666666666666667e-01" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="216" x="1.000000000000000e+00" y="2.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="217" x="0.000000000000000e+00" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="218" x="3.333333333333333e-02" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="219" x="6.666666666666667e-02" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="220" x="1.000000000000000e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="221" x="1.333333333333333e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="222" x="1.666666666666667e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="223" x="2.000000000000000e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="224" x="2.333333333333333e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="225" x="2.666666666666667e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="226" x="3.000000000000000e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="227" x="3.333333333333333e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="228" x="3.666666666666666e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="229" x="4.000000000000000e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="230" x="4.333333333333333e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="231" x="4.666666666666667e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="232" x="5.000000000000000e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="233" x="5.333333333333333e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="234" x="5.666666666666667e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="235" x="6.000000000000000e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="236" x="6.333333333333333e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="237" x="6.666666666666666e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="238" x="7.000000000000000e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="239" x="7.333333333333333e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="240" x="7.666666666666666e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="241" x="8.000000000000000e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="242" x="8.333333333333334e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="243" x="8.666666666666667e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="244" x="9.000000000000000e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="245" x="9.333333333333333e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="246" x="9.666666666666667e-01" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="247" x="1.000000000000000e+00" y="2.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="248" x="0.000000000000000e+00" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="249" x="3.333333333333333e-02" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="250" x="6.666666666666667e-02" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="251" x="1.000000000000000e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="252" x="1.333333333333333e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="253" x="1.666666666666667e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="254" x="2.000000000000000e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="255" x="2.333333333333333e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="256" x="2.666666666666667e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="257" x="3.000000000000000e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="258" x="3.333333333333333e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="259" x="3.666666666666666e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="260" x="4.000000000000000e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="261" x="4.333333333333333e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="262" x="4.666666666666667e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="263" x="5.000000000000000e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="264" x="5.333333333333333e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="265" x="5.666666666666667e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="266" x="6.000000000000000e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="267" x="6.333333333333333e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="268" x="6.666666666666666e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="269" x="7.000000000000000e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="270" x="7.333333333333333e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="271" x="7.666666666666666e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="272" x="8.000000000000000e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="273" x="8.333333333333334e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="274" x="8.666666666666667e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="275" x="9.000000000000000e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="276" x="9.333333333333333e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="277" x="9.666666666666667e-01" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="278" x="1.000000000000000e+00" y="2.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="279" x="0.000000000000000e+00" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="280" x="3.333333333333333e-02" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="281" x="6.666666666666667e-02" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="282" x="1.000000000000000e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="283" x="1.333333333333333e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="284" x="1.666666666666667e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="285" x="2.000000000000000e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="286" x="2.333333333333333e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="287" x="2.666666666666667e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="288" x="3.000000000000000e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="289" x="3.333333333333333e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="290" x="3.666666666666666e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="291" x="4.000000000000000e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="292" x="4.333333333333333e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="293" x="4.666666666666667e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="294" x="5.000000000000000e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="295" x="5.333333333333333e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="296" x="5.666666666666667e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="297" x="6.000000000000000e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="298" x="6.333333333333333e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="299" x="6.666666666666666e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="300" x="7.000000000000000e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="301" x="7.333333333333333e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="302" x="7.666666666666666e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="303" x="8.000000000000000e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="304" x="8.333333333333334e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="305" x="8.666666666666667e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="306" x="9.000000000000000e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="307" x="9.333333333333333e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="308" x="9.666666666666667e-01" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="309" x="1.000000000000000e+00" y="3.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="310" x="0.000000000000000e+00" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="311" x="3.333333333333333e-02" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="312" x="6.666666666666667e-02" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="313" x="1.000000000000000e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="314" x="1.333333333333333e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="315" x="1.666666666666667e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="316" x="2.000000000000000e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="317" x="2.333333333333333e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="318" x="2.666666666666667e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="319" x="3.000000000000000e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="320" x="3.333333333333333e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="321" x="3.666666666666666e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="322" x="4.000000000000000e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="323" x="4.333333333333333e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="324" x="4.666666666666667e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="325" x="5.000000000000000e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="326" x="5.333333333333333e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="327" x="5.666666666666667e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="328" x="6.000000000000000e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="329" x="6.333333333333333e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="330" x="6.666666666666666e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="331" x="7.000000000000000e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="332" x="7.333333333333333e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="333" x="7.666666666666666e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="334" x="8.000000000000000e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="335" x="8.333333333333334e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="336" x="8.666666666666667e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="337" x="9.000000000000000e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="338" x="9.333333333333333e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="339" x="9.666666666666667e-01" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="340" x="1.000000000000000e+00" y="3.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="341" x="0.000000000000000e+00" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="342" x="3.333333333333333e-02" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="343" x="6.666666666666667e-02" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="344" x="1.000000000000000e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="345" x="1.333333333333333e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="346" x="1.666666666666667e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="347" x="2.000000000000000e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="348" x="2.333333333333333e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="349" x="2.666666666666667e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="350" x="3.000000000000000e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="351" x="3.333333333333333e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="352" x="3.666666666666666e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="353" x="4.000000000000000e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="354" x="4.333333333333333e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="355" x="4.666666666666667e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="356" x="5.000000000000000e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="357" x="5.333333333333333e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="358" x="5.666666666666667e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="359" x="6.000000000000000e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="360" x="6.333333333333333e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="361" x="6.666666666666666e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="362" x="7.000000000000000e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="363" x="7.333333333333333e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="364" x="7.666666666666666e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="365" x="8.000000000000000e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="366" x="8.333333333333334e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="367" x="8.666666666666667e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="368" x="9.000000000000000e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="369" x="9.333333333333333e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="370" x="9.666666666666667e-01" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="371" x="1.000000000000000e+00" y="3.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="372" x="0.000000000000000e+00" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="373" x="3.333333333333333e-02" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="374" x="6.666666666666667e-02" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="375" x="1.000000000000000e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="376" x="1.333333333333333e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="377" x="1.666666666666667e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="378" x="2.000000000000000e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="379" x="2.333333333333333e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="380" x="2.666666666666667e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="381" x="3.000000000000000e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="382" x="3.333333333333333e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="383" x="3.666666666666666e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="384" x="4.000000000000000e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="385" x="4.333333333333333e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="386" x="4.666666666666667e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="387" x="5.000000000000000e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="388" x="5.333333333333333e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="389" x="5.666666666666667e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="390" x="6.000000000000000e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="391" x="6.333333333333333e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="392" x="6.666666666666666e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="393" x="7.000000000000000e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="394" x="7.333333333333333e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="395" x="7.666666666666666e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="396" x="8.000000000000000e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="397" x="8.333333333333334e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="398" x="8.666666666666667e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="399" x="9.000000000000000e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="400" x="9.333333333333333e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="401" x="9.666666666666667e-01" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="402" x="1.000000000000000e+00" y="4.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="403" x="0.000000000000000e+00" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="404" x="3.333333333333333e-02" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="405" x="6.666666666666667e-02" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="406" x="1.000000000000000e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="407" x="1.333333333333333e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="408" x="1.666666666666667e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="409" x="2.000000000000000e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="410" x="2.333333333333333e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="411" x="2.666666666666667e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="412" x="3.000000000000000e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="413" x="3.333333333333333e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="414" x="3.666666666666666e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="415" x="4.000000000000000e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="416" x="4.333333333333333e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="417" x="4.666666666666667e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="418" x="5.000000000000000e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="419" x="5.333333333333333e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="420" x="5.666666666666667e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="421" x="6.000000000000000e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="422" x="6.333333333333333e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="423" x="6.666666666666666e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="424" x="7.000000000000000e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="425" x="7.333333333333333e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="426" x="7.666666666666666e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="427" x="8.000000000000000e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="428" x="8.333333333333334e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="429" x="8.666666666666667e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="430" x="9.000000000000000e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="431" x="9.333333333333333e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="432" x="9.666666666666667e-01" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="433" x="1.000000000000000e+00" y="4.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="434" x="0.000000000000000e+00" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="435" x="3.333333333333333e-02" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="436" x="6.666666666666667e-02" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="437" x="1.000000000000000e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="438" x="1.333333333333333e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="439" x="1.666666666666667e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="440" x="2.000000000000000e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="441" x="2.333333333333333e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="442" x="2.666666666666667e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="443" x="3.000000000000000e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="444" x="3.333333333333333e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="445" x="3.666666666666666e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="446" x="4.000000000000000e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="447" x="4.333333333333333e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="448" x="4.666666666666667e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="449" x="5.000000000000000e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="450" x="5.333333333333333e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="451" x="5.666666666666667e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="452" x="6.000000000000000e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="453" x="6.333333333333333e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="454" x="6.666666666666666e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="455" x="7.000000000000000e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="456" x="7.333333333333333e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="457" x="7.666666666666666e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="458" x="8.000000000000000e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="459" x="8.333333333333334e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="460" x="8.666666666666667e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="461" x="9.000000000000000e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="462" x="9.333333333333333e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="463" x="9.666666666666667e-01" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="464" x="1.000000000000000e+00" y="4.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="465" x="0.000000000000000e+00" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="466" x="3.333333333333333e-02" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="467" x="6.666666666666667e-02" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="468" x="1.000000000000000e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="469" x="1.333333333333333e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="470" x="1.666666666666667e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="471" x="2.000000000000000e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="472" x="2.333333333333333e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="473" x="2.666666666666667e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="474" x="3.000000000000000e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="475" x="3.333333333333333e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="476" x="3.666666666666666e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="477" x="4.000000000000000e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="478" x="4.333333333333333e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="479" x="4.666666666666667e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="480" x="5.000000000000000e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="481" x="5.333333333333333e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="482" x="5.666666666666667e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="483" x="6.000000000000000e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="484" x="6.333333333333333e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="485" x="6.666666666666666e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="486" x="7.000000000000000e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="487" x="7.333333333333333e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="488" x="7.666666666666666e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="489" x="8.000000000000000e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="490" x="8.333333333333334e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="491" x="8.666666666666667e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="492" x="9.000000000000000e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="493" x="9.333333333333333e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="494" x="9.666666666666667e-01" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="495" x="1.000000000000000e+00" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="496" x="0.000000000000000e+00" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="497" x="3.333333333333333e-02" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="498" x="6.666666666666667e-02" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="499" x="1.000000000000000e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="500" x="1.333333333333333e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="501" x="1.666666666666667e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="502" x="2.000000000000000e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="503" x="2.333333333333333e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="504" x="2.666666666666667e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="505" x="3.000000000000000e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="506" x="3.333333333333333e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="507" x="3.666666666666666e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="508" x="4.000000000000000e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="509" x="4.333333333333333e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="510" x="4.666666666666667e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="511" x="5.000000000000000e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="512" x="5.333333333333333e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="513" x="5.666666666666667e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="514" x="6.000000000000000e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="515" x="6.333333333333333e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="516" x="6.666666666666666e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="517" x="7.000000000000000e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="518" x="7.333333333333333e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="519" x="7.666666666666666e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="520" x="8.000000000000000e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="521" x="8.333333333333334e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="522" x="8.666666666666667e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="523" x="9.000000000000000e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="524" x="9.333333333333333e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="525" x="9.666666666666667e-01" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="526" x="1.000000000000000e+00" y="5.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="527" x="0.000000000000000e+00" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="528" x="3.333333333333333e-02" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="529" x="6.666666666666667e-02" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="530" x="1.000000000000000e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="531" x="1.333333333333333e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="532" x="1.666666666666667e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="533" x="2.000000000000000e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="534" x="2.333333333333333e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="535" x="2.666666666666667e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="536" x="3.000000000000000e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="537" x="3.333333333333333e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="538" x="3.666666666666666e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="539" x="4.000000000000000e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="540" x="4.333333333333333e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="541" x="4.666666666666667e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="542" x="5.000000000000000e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="543" x="5.333333333333333e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="544" x="5.666666666666667e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="545" x="6.000000000000000e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="546" x="6.333333333333333e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="547" x="6.666666666666666e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="548" x="7.000000000000000e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="549" x="7.333333333333333e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="550" x="7.666666666666666e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="551" x="8.000000000000000e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="552" x="8.333333333333334e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="553" x="8.666666666666667e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="554" x="9.000000000000000e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="555" x="9.333333333333333e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="556" x="9.666666666666667e-01" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="557" x="1.000000000000000e+00" y="5.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="558" x="0.000000000000000e+00" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="559" x="3.333333333333333e-02" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="560" x="6.666666666666667e-02" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="561" x="1.000000000000000e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="562" x="1.333333333333333e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="563" x="1.666666666666667e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="564" x="2.000000000000000e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="565" x="2.333333333333333e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="566" x="2.666666666666667e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="567" x="3.000000000000000e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="568" x="3.333333333333333e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="569" x="3.666666666666666e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="570" x="4.000000000000000e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="571" x="4.333333333333333e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="572" x="4.666666666666667e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="573" x="5.000000000000000e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="574" x="5.333333333333333e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="575" x="5.666666666666667e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="576" x="6.000000000000000e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="577" x="6.333333333333333e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="578" x="6.666666666666666e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="579" x="7.000000000000000e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="580" x="7.333333333333333e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="581" x="7.666666666666666e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="582" x="8.000000000000000e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="583" x="8.333333333333334e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="584" x="8.666666666666667e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="585" x="9.000000000000000e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="586" x="9.333333333333333e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="587" x="9.666666666666667e-01" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="588" x="1.000000000000000e+00" y="6.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="589" x="0.000000000000000e+00" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="590" x="3.333333333333333e-02" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="591" x="6.666666666666667e-02" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="592" x="1.000000000000000e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="593" x="1.333333333333333e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="594" x="1.666666666666667e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="595" x="2.000000000000000e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="596" x="2.333333333333333e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="597" x="2.666666666666667e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="598" x="3.000000000000000e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="599" x="3.333333333333333e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="600" x="3.666666666666666e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="601" x="4.000000000000000e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="602" x="4.333333333333333e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="603" x="4.666666666666667e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="604" x="5.000000000000000e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="605" x="5.333333333333333e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="606" x="5.666666666666667e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="607" x="6.000000000000000e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="608" x="6.333333333333333e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="609" x="6.666666666666666e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="610" x="7.000000000000000e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="611" x="7.333333333333333e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="612" x="7.666666666666666e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="613" x="8.000000000000000e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="614" x="8.333333333333334e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="615" x="8.666666666666667e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="616" x="9.000000000000000e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="617" x="9.333333333333333e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="618" x="9.666666666666667e-01" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="619" x="1.000000000000000e+00" y="6.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="620" x="0.000000000000000e+00" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="621" x="3.333333333333333e-02" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="622" x="6.666666666666667e-02" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="623" x="1.000000000000000e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="624" x="1.333333333333333e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="625" x="1.666666666666667e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="626" x="2.000000000000000e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="627" x="2.333333333333333e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="628" x="2.666666666666667e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="629" x="3.000000000000000e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="630" x="3.333333333333333e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="631" x="3.666666666666666e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="632" x="4.000000000000000e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="633" x="4.333333333333333e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="634" x="4.666666666666667e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="635" x="5.000000000000000e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="636" x="5.333333333333333e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="637" x="5.666666666666667e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="638" x="6.000000000000000e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="639" x="6.333333333333333e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="640" x="6.666666666666666e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="641" x="7.000000000000000e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="642" x="7.333333333333333e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="643" x="7.666666666666666e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="644" x="8.000000000000000e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="645" x="8.333333333333334e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="646" x="8.666666666666667e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="647" x="9.000000000000000e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="648" x="9.333333333333333e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="649" x="9.666666666666667e-01" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="650" x="1.000000000000000e+00" y="6.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="651" x="0.000000000000000e+00" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="652" x="3.333333333333333e-02" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="653" x="6.666666666666667e-02" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="654" x="1.000000000000000e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="655" x="1.333333333333333e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="656" x="1.666666666666667e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="657" x="2.000000000000000e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="658" x="2.333333333333333e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="659" x="2.666666666666667e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="660" x="3.000000000000000e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="661" x="3.333333333333333e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="662" x="3.666666666666666e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="663" x="4.000000000000000e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="664" x="4.333333333333333e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="665" x="4.666666666666667e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="666" x="5.000000000000000e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="667" x="5.333333333333333e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="668" x="5.666666666666667e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="669" x="6.000000000000000e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="670" x="6.333333333333333e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="671" x="6.666666666666666e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="672" x="7.000000000000000e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="673" x="7.333333333333333e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="674" x="7.666666666666666e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="675" x="8.000000000000000e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="676" x="8.333333333333334e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="677" x="8.666666666666667e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="678" x="9.000000000000000e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="679" x="9.333333333333333e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="680" x="9.666666666666667e-01" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="681" x="1.000000000000000e+00" y="7.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="682" x="0.000000000000000e+00" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="683" x="3.333333333333333e-02" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="684" x="6.666666666666667e-02" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="685" x="1.000000000000000e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="686" x="1.333333333333333e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="687" x="1.666666666666667e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="688" x="2.000000000000000e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="689" x="2.333333333333333e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="690" x="2.666666666666667e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="691" x="3.000000000000000e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="692" x="3.333333333333333e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="693" x="3.666666666666666e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="694" x="4.000000000000000e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="695" x="4.333333333333333e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="696" x="4.666666666666667e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="697" x="5.000000000000000e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="698" x="5.333333333333333e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="699" x="5.666666666666667e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="700" x="6.000000000000000e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="701" x="6.333333333333333e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="702" x="6.666666666666666e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="703" x="7.000000000000000e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="704" x="7.333333333333333e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="705" x="7.666666666666666e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="706" x="8.000000000000000e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="707" x="8.333333333333334e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="708" x="8.666666666666667e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="709" x="9.000000000000000e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="710" x="9.333333333333333e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="711" x="9.666666666666667e-01" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="712" x="1.000000000000000e+00" y="7.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="713" x="0.000000000000000e+00" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="714" x="3.333333333333333e-02" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="715" x="6.666666666666667e-02" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="716" x="1.000000000000000e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="717" x="1.333333333333333e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="718" x="1.666666666666667e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="719" x="2.000000000000000e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="720" x="2.333333333333333e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="721" x="2.666666666666667e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="722" x="3.000000000000000e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="723" x="3.333333333333333e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="724" x="3.666666666666666e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="725" x="4.000000000000000e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="726" x="4.333333333333333e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="727" x="4.666666666666667e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="728" x="5.000000000000000e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="729" x="5.333333333333333e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="730" x="5.666666666666667e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="731" x="6.000000000000000e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="732" x="6.333333333333333e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="733" x="6.666666666666666e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="734" x="7.000000000000000e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="735" x="7.333333333333333e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="736" x="7.666666666666666e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="737" x="8.000000000000000e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="738" x="8.333333333333334e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="739" x="8.666666666666667e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="740" x="9.000000000000000e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="741" x="9.333333333333333e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="742" x="9.666666666666667e-01" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="743" x="1.000000000000000e+00" y="7.666666666666666e-01" z="0.000000000000000e+00" />
+      <vertex index="744" x="0.000000000000000e+00" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="745" x="3.333333333333333e-02" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="746" x="6.666666666666667e-02" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="747" x="1.000000000000000e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="748" x="1.333333333333333e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="749" x="1.666666666666667e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="750" x="2.000000000000000e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="751" x="2.333333333333333e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="752" x="2.666666666666667e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="753" x="3.000000000000000e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="754" x="3.333333333333333e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="755" x="3.666666666666666e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="756" x="4.000000000000000e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="757" x="4.333333333333333e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="758" x="4.666666666666667e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="759" x="5.000000000000000e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="760" x="5.333333333333333e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="761" x="5.666666666666667e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="762" x="6.000000000000000e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="763" x="6.333333333333333e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="764" x="6.666666666666666e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="765" x="7.000000000000000e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="766" x="7.333333333333333e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="767" x="7.666666666666666e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="768" x="8.000000000000000e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="769" x="8.333333333333334e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="770" x="8.666666666666667e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="771" x="9.000000000000000e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="772" x="9.333333333333333e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="773" x="9.666666666666667e-01" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="774" x="1.000000000000000e+00" y="8.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="775" x="0.000000000000000e+00" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="776" x="3.333333333333333e-02" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="777" x="6.666666666666667e-02" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="778" x="1.000000000000000e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="779" x="1.333333333333333e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="780" x="1.666666666666667e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="781" x="2.000000000000000e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="782" x="2.333333333333333e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="783" x="2.666666666666667e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="784" x="3.000000000000000e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="785" x="3.333333333333333e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="786" x="3.666666666666666e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="787" x="4.000000000000000e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="788" x="4.333333333333333e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="789" x="4.666666666666667e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="790" x="5.000000000000000e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="791" x="5.333333333333333e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="792" x="5.666666666666667e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="793" x="6.000000000000000e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="794" x="6.333333333333333e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="795" x="6.666666666666666e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="796" x="7.000000000000000e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="797" x="7.333333333333333e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="798" x="7.666666666666666e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="799" x="8.000000000000000e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="800" x="8.333333333333334e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="801" x="8.666666666666667e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="802" x="9.000000000000000e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="803" x="9.333333333333333e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="804" x="9.666666666666667e-01" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="805" x="1.000000000000000e+00" y="8.333333333333334e-01" z="0.000000000000000e+00" />
+      <vertex index="806" x="0.000000000000000e+00" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="807" x="3.333333333333333e-02" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="808" x="6.666666666666667e-02" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="809" x="1.000000000000000e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="810" x="1.333333333333333e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="811" x="1.666666666666667e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="812" x="2.000000000000000e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="813" x="2.333333333333333e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="814" x="2.666666666666667e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="815" x="3.000000000000000e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="816" x="3.333333333333333e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="817" x="3.666666666666666e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="818" x="4.000000000000000e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="819" x="4.333333333333333e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="820" x="4.666666666666667e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="821" x="5.000000000000000e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="822" x="5.333333333333333e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="823" x="5.666666666666667e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="824" x="6.000000000000000e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="825" x="6.333333333333333e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="826" x="6.666666666666666e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="827" x="7.000000000000000e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="828" x="7.333333333333333e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="829" x="7.666666666666666e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="830" x="8.000000000000000e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="831" x="8.333333333333334e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="832" x="8.666666666666667e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="833" x="9.000000000000000e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="834" x="9.333333333333333e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="835" x="9.666666666666667e-01" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="836" x="1.000000000000000e+00" y="8.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="837" x="0.000000000000000e+00" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="838" x="3.333333333333333e-02" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="839" x="6.666666666666667e-02" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="840" x="1.000000000000000e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="841" x="1.333333333333333e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="842" x="1.666666666666667e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="843" x="2.000000000000000e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="844" x="2.333333333333333e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="845" x="2.666666666666667e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="846" x="3.000000000000000e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="847" x="3.333333333333333e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="848" x="3.666666666666666e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="849" x="4.000000000000000e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="850" x="4.333333333333333e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="851" x="4.666666666666667e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="852" x="5.000000000000000e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="853" x="5.333333333333333e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="854" x="5.666666666666667e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="855" x="6.000000000000000e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="856" x="6.333333333333333e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="857" x="6.666666666666666e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="858" x="7.000000000000000e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="859" x="7.333333333333333e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="860" x="7.666666666666666e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="861" x="8.000000000000000e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="862" x="8.333333333333334e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="863" x="8.666666666666667e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="864" x="9.000000000000000e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="865" x="9.333333333333333e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="866" x="9.666666666666667e-01" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="867" x="1.000000000000000e+00" y="9.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="868" x="0.000000000000000e+00" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="869" x="3.333333333333333e-02" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="870" x="6.666666666666667e-02" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="871" x="1.000000000000000e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="872" x="1.333333333333333e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="873" x="1.666666666666667e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="874" x="2.000000000000000e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="875" x="2.333333333333333e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="876" x="2.666666666666667e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="877" x="3.000000000000000e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="878" x="3.333333333333333e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="879" x="3.666666666666666e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="880" x="4.000000000000000e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="881" x="4.333333333333333e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="882" x="4.666666666666667e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="883" x="5.000000000000000e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="884" x="5.333333333333333e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="885" x="5.666666666666667e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="886" x="6.000000000000000e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="887" x="6.333333333333333e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="888" x="6.666666666666666e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="889" x="7.000000000000000e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="890" x="7.333333333333333e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="891" x="7.666666666666666e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="892" x="8.000000000000000e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="893" x="8.333333333333334e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="894" x="8.666666666666667e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="895" x="9.000000000000000e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="896" x="9.333333333333333e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="897" x="9.666666666666667e-01" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="898" x="1.000000000000000e+00" y="9.333333333333333e-01" z="0.000000000000000e+00" />
+      <vertex index="899" x="0.000000000000000e+00" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="900" x="3.333333333333333e-02" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="901" x="6.666666666666667e-02" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="902" x="1.000000000000000e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="903" x="1.333333333333333e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="904" x="1.666666666666667e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="905" x="2.000000000000000e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="906" x="2.333333333333333e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="907" x="2.666666666666667e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="908" x="3.000000000000000e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="909" x="3.333333333333333e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="910" x="3.666666666666666e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="911" x="4.000000000000000e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="912" x="4.333333333333333e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="913" x="4.666666666666667e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="914" x="5.000000000000000e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="915" x="5.333333333333333e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="916" x="5.666666666666667e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="917" x="6.000000000000000e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="918" x="6.333333333333333e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="919" x="6.666666666666666e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="920" x="7.000000000000000e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="921" x="7.333333333333333e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="922" x="7.666666666666666e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="923" x="8.000000000000000e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="924" x="8.333333333333334e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="925" x="8.666666666666667e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="926" x="9.000000000000000e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="927" x="9.333333333333333e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="928" x="9.666666666666667e-01" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="929" x="1.000000000000000e+00" y="9.666666666666667e-01" z="0.000000000000000e+00" />
+      <vertex index="930" x="0.000000000000000e+00" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="931" x="3.333333333333333e-02" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="932" x="6.666666666666667e-02" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="933" x="1.000000000000000e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="934" x="1.333333333333333e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="935" x="1.666666666666667e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="936" x="2.000000000000000e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="937" x="2.333333333333333e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="938" x="2.666666666666667e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="939" x="3.000000000000000e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="940" x="3.333333333333333e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="941" x="3.666666666666666e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="942" x="4.000000000000000e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="943" x="4.333333333333333e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="944" x="4.666666666666667e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="945" x="5.000000000000000e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="946" x="5.333333333333333e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="947" x="5.666666666666667e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="948" x="6.000000000000000e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="949" x="6.333333333333333e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="950" x="6.666666666666666e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="951" x="7.000000000000000e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="952" x="7.333333333333333e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="953" x="7.666666666666666e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="954" x="8.000000000000000e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="955" x="8.333333333333334e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="956" x="8.666666666666667e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="957" x="9.000000000000000e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="958" x="9.333333333333333e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="959" x="9.666666666666667e-01" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="960" x="1.000000000000000e+00" y="1.000000000000000e+00" z="0.000000000000000e+00" />
+      <vertex index="961" x="5.000000000000000e-01" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="962" x="5.333333333333333e-01" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="963" x="5.666666666666667e-01" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="964" x="6.000000000000000e-01" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="965" x="6.333333333333333e-01" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="966" x="6.666666666666666e-01" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="967" x="7.000000000000000e-01" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="968" x="7.333333333333334e-01" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="969" x="7.666666666666666e-01" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="970" x="8.000000000000000e-01" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="971" x="8.333333333333333e-01" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="972" x="8.666666666666667e-01" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="973" x="9.000000000000000e-01" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="974" x="9.333333333333333e-01" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="975" x="9.666666666666667e-01" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="976" x="1.000000000000000e+00" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="977" x="1.033333333333333e+00" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="978" x="1.066666666666667e+00" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="979" x="1.100000000000000e+00" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="980" x="1.133333333333333e+00" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="981" x="1.166666666666667e+00" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="982" x="1.200000000000000e+00" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="983" x="1.233333333333333e+00" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="984" x="1.266666666666667e+00" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="985" x="1.300000000000000e+00" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="986" x="1.333333333333333e+00" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="987" x="1.366666666666667e+00" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="988" x="1.400000000000000e+00" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="989" x="1.433333333333333e+00" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="990" x="1.466666666666667e+00" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="991" x="1.500000000000000e+00" y="5.000000000000000e-01" z="-5.000000000000000e-01" />
+      <vertex index="992" x="5.000000000000000e-01" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="993" x="5.333333333333333e-01" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="994" x="5.666666666666667e-01" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="995" x="6.000000000000000e-01" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="996" x="6.333333333333333e-01" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="997" x="6.666666666666666e-01" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="998" x="7.000000000000000e-01" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="999" x="7.333333333333334e-01" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1000" x="7.666666666666666e-01" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1001" x="8.000000000000000e-01" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1002" x="8.333333333333333e-01" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1003" x="8.666666666666667e-01" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1004" x="9.000000000000000e-01" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1005" x="9.333333333333333e-01" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1006" x="9.666666666666667e-01" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1007" x="1.000000000000000e+00" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1008" x="1.033333333333333e+00" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1009" x="1.066666666666667e+00" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1010" x="1.100000000000000e+00" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1011" x="1.133333333333333e+00" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1012" x="1.166666666666667e+00" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1013" x="1.200000000000000e+00" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1014" x="1.233333333333333e+00" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1015" x="1.266666666666667e+00" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1016" x="1.300000000000000e+00" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1017" x="1.333333333333333e+00" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1018" x="1.366666666666667e+00" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1019" x="1.400000000000000e+00" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1020" x="1.433333333333333e+00" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1021" x="1.466666666666667e+00" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1022" x="1.500000000000000e+00" y="5.000000000000000e-01" z="-4.666666666666667e-01" />
+      <vertex index="1023" x="5.000000000000000e-01" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1024" x="5.333333333333333e-01" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1025" x="5.666666666666667e-01" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1026" x="6.000000000000000e-01" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1027" x="6.333333333333333e-01" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1028" x="6.666666666666666e-01" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1029" x="7.000000000000000e-01" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1030" x="7.333333333333334e-01" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1031" x="7.666666666666666e-01" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1032" x="8.000000000000000e-01" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1033" x="8.333333333333333e-01" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1034" x="8.666666666666667e-01" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1035" x="9.000000000000000e-01" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1036" x="9.333333333333333e-01" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1037" x="9.666666666666667e-01" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1038" x="1.000000000000000e+00" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1039" x="1.033333333333333e+00" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1040" x="1.066666666666667e+00" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1041" x="1.100000000000000e+00" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1042" x="1.133333333333333e+00" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1043" x="1.166666666666667e+00" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1044" x="1.200000000000000e+00" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1045" x="1.233333333333333e+00" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1046" x="1.266666666666667e+00" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1047" x="1.300000000000000e+00" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1048" x="1.333333333333333e+00" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1049" x="1.366666666666667e+00" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1050" x="1.400000000000000e+00" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1051" x="1.433333333333333e+00" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1052" x="1.466666666666667e+00" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1053" x="1.500000000000000e+00" y="5.000000000000000e-01" z="-4.333333333333333e-01" />
+      <vertex index="1054" x="5.000000000000000e-01" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1055" x="5.333333333333333e-01" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1056" x="5.666666666666667e-01" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1057" x="6.000000000000000e-01" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1058" x="6.333333333333333e-01" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1059" x="6.666666666666666e-01" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1060" x="7.000000000000000e-01" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1061" x="7.333333333333334e-01" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1062" x="7.666666666666666e-01" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1063" x="8.000000000000000e-01" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1064" x="8.333333333333333e-01" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1065" x="8.666666666666667e-01" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1066" x="9.000000000000000e-01" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1067" x="9.333333333333333e-01" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1068" x="9.666666666666667e-01" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1069" x="1.000000000000000e+00" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1070" x="1.033333333333333e+00" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1071" x="1.066666666666667e+00" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1072" x="1.100000000000000e+00" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1073" x="1.133333333333333e+00" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1074" x="1.166666666666667e+00" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1075" x="1.200000000000000e+00" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1076" x="1.233333333333333e+00" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1077" x="1.266666666666667e+00" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1078" x="1.300000000000000e+00" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1079" x="1.333333333333333e+00" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1080" x="1.366666666666667e+00" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1081" x="1.400000000000000e+00" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1082" x="1.433333333333333e+00" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1083" x="1.466666666666667e+00" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1084" x="1.500000000000000e+00" y="5.000000000000000e-01" z="-4.000000000000000e-01" />
+      <vertex index="1085" x="5.000000000000000e-01" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1086" x="5.333333333333333e-01" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1087" x="5.666666666666667e-01" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1088" x="6.000000000000000e-01" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1089" x="6.333333333333333e-01" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1090" x="6.666666666666666e-01" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1091" x="7.000000000000000e-01" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1092" x="7.333333333333334e-01" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1093" x="7.666666666666666e-01" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1094" x="8.000000000000000e-01" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1095" x="8.333333333333333e-01" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1096" x="8.666666666666667e-01" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1097" x="9.000000000000000e-01" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1098" x="9.333333333333333e-01" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1099" x="9.666666666666667e-01" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1100" x="1.000000000000000e+00" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1101" x="1.033333333333333e+00" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1102" x="1.066666666666667e+00" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1103" x="1.100000000000000e+00" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1104" x="1.133333333333333e+00" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1105" x="1.166666666666667e+00" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1106" x="1.200000000000000e+00" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1107" x="1.233333333333333e+00" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1108" x="1.266666666666667e+00" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1109" x="1.300000000000000e+00" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1110" x="1.333333333333333e+00" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1111" x="1.366666666666667e+00" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1112" x="1.400000000000000e+00" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1113" x="1.433333333333333e+00" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1114" x="1.466666666666667e+00" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1115" x="1.500000000000000e+00" y="5.000000000000000e-01" z="-3.666666666666667e-01" />
+      <vertex index="1116" x="5.000000000000000e-01" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1117" x="5.333333333333333e-01" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1118" x="5.666666666666667e-01" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1119" x="6.000000000000000e-01" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1120" x="6.333333333333333e-01" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1121" x="6.666666666666666e-01" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1122" x="7.000000000000000e-01" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1123" x="7.333333333333334e-01" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1124" x="7.666666666666666e-01" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1125" x="8.000000000000000e-01" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1126" x="8.333333333333333e-01" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1127" x="8.666666666666667e-01" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1128" x="9.000000000000000e-01" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1129" x="9.333333333333333e-01" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1130" x="9.666666666666667e-01" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1131" x="1.000000000000000e+00" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1132" x="1.033333333333333e+00" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1133" x="1.066666666666667e+00" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1134" x="1.100000000000000e+00" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1135" x="1.133333333333333e+00" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1136" x="1.166666666666667e+00" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1137" x="1.200000000000000e+00" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1138" x="1.233333333333333e+00" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1139" x="1.266666666666667e+00" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1140" x="1.300000000000000e+00" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1141" x="1.333333333333333e+00" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1142" x="1.366666666666667e+00" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1143" x="1.400000000000000e+00" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1144" x="1.433333333333333e+00" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1145" x="1.466666666666667e+00" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1146" x="1.500000000000000e+00" y="5.000000000000000e-01" z="-3.333333333333334e-01" />
+      <vertex index="1147" x="5.000000000000000e-01" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1148" x="5.333333333333333e-01" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1149" x="5.666666666666667e-01" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1150" x="6.000000000000000e-01" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1151" x="6.333333333333333e-01" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1152" x="6.666666666666666e-01" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1153" x="7.000000000000000e-01" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1154" x="7.333333333333334e-01" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1155" x="7.666666666666666e-01" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1156" x="8.000000000000000e-01" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1157" x="8.333333333333333e-01" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1158" x="8.666666666666667e-01" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1159" x="9.000000000000000e-01" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1160" x="9.333333333333333e-01" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1161" x="9.666666666666667e-01" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1162" x="1.000000000000000e+00" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1163" x="1.033333333333333e+00" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1164" x="1.066666666666667e+00" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1165" x="1.100000000000000e+00" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1166" x="1.133333333333333e+00" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1167" x="1.166666666666667e+00" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1168" x="1.200000000000000e+00" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1169" x="1.233333333333333e+00" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1170" x="1.266666666666667e+00" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1171" x="1.300000000000000e+00" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1172" x="1.333333333333333e+00" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1173" x="1.366666666666667e+00" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1174" x="1.400000000000000e+00" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1175" x="1.433333333333333e+00" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1176" x="1.466666666666667e+00" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1177" x="1.500000000000000e+00" y="5.000000000000000e-01" z="-3.000000000000000e-01" />
+      <vertex index="1178" x="5.000000000000000e-01" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1179" x="5.333333333333333e-01" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1180" x="5.666666666666667e-01" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1181" x="6.000000000000000e-01" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1182" x="6.333333333333333e-01" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1183" x="6.666666666666666e-01" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1184" x="7.000000000000000e-01" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1185" x="7.333333333333334e-01" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1186" x="7.666666666666666e-01" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1187" x="8.000000000000000e-01" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1188" x="8.333333333333333e-01" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1189" x="8.666666666666667e-01" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1190" x="9.000000000000000e-01" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1191" x="9.333333333333333e-01" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1192" x="9.666666666666667e-01" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1193" x="1.000000000000000e+00" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1194" x="1.033333333333333e+00" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1195" x="1.066666666666667e+00" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1196" x="1.100000000000000e+00" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1197" x="1.133333333333333e+00" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1198" x="1.166666666666667e+00" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1199" x="1.200000000000000e+00" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1200" x="1.233333333333333e+00" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1201" x="1.266666666666667e+00" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1202" x="1.300000000000000e+00" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1203" x="1.333333333333333e+00" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1204" x="1.366666666666667e+00" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1205" x="1.400000000000000e+00" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1206" x="1.433333333333333e+00" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1207" x="1.466666666666667e+00" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1208" x="1.500000000000000e+00" y="5.000000000000000e-01" z="-2.666666666666667e-01" />
+      <vertex index="1209" x="5.000000000000000e-01" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1210" x="5.333333333333333e-01" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1211" x="5.666666666666667e-01" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1212" x="6.000000000000000e-01" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1213" x="6.333333333333333e-01" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1214" x="6.666666666666666e-01" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1215" x="7.000000000000000e-01" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1216" x="7.333333333333334e-01" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1217" x="7.666666666666666e-01" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1218" x="8.000000000000000e-01" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1219" x="8.333333333333333e-01" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1220" x="8.666666666666667e-01" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1221" x="9.000000000000000e-01" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1222" x="9.333333333333333e-01" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1223" x="9.666666666666667e-01" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1224" x="1.000000000000000e+00" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1225" x="1.033333333333333e+00" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1226" x="1.066666666666667e+00" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1227" x="1.100000000000000e+00" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1228" x="1.133333333333333e+00" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1229" x="1.166666666666667e+00" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1230" x="1.200000000000000e+00" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1231" x="1.233333333333333e+00" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1232" x="1.266666666666667e+00" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1233" x="1.300000000000000e+00" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1234" x="1.333333333333333e+00" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1235" x="1.366666666666667e+00" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1236" x="1.400000000000000e+00" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1237" x="1.433333333333333e+00" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1238" x="1.466666666666667e+00" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1239" x="1.500000000000000e+00" y="5.000000000000000e-01" z="-2.333333333333333e-01" />
+      <vertex index="1240" x="5.000000000000000e-01" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1241" x="5.333333333333333e-01" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1242" x="5.666666666666667e-01" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1243" x="6.000000000000000e-01" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1244" x="6.333333333333333e-01" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1245" x="6.666666666666666e-01" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1246" x="7.000000000000000e-01" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1247" x="7.333333333333334e-01" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1248" x="7.666666666666666e-01" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1249" x="8.000000000000000e-01" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1250" x="8.333333333333333e-01" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1251" x="8.666666666666667e-01" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1252" x="9.000000000000000e-01" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1253" x="9.333333333333333e-01" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1254" x="9.666666666666667e-01" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1255" x="1.000000000000000e+00" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1256" x="1.033333333333333e+00" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1257" x="1.066666666666667e+00" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1258" x="1.100000000000000e+00" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1259" x="1.133333333333333e+00" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1260" x="1.166666666666667e+00" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1261" x="1.200000000000000e+00" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1262" x="1.233333333333333e+00" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1263" x="1.266666666666667e+00" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1264" x="1.300000000000000e+00" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1265" x="1.333333333333333e+00" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1266" x="1.366666666666667e+00" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1267" x="1.400000000000000e+00" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1268" x="1.433333333333333e+00" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1269" x="1.466666666666667e+00" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1270" x="1.500000000000000e+00" y="5.000000000000000e-01" z="-2.000000000000000e-01" />
+      <vertex index="1271" x="5.000000000000000e-01" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1272" x="5.333333333333333e-01" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1273" x="5.666666666666667e-01" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1274" x="6.000000000000000e-01" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1275" x="6.333333333333333e-01" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1276" x="6.666666666666666e-01" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1277" x="7.000000000000000e-01" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1278" x="7.333333333333334e-01" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1279" x="7.666666666666666e-01" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1280" x="8.000000000000000e-01" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1281" x="8.333333333333333e-01" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1282" x="8.666666666666667e-01" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1283" x="9.000000000000000e-01" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1284" x="9.333333333333333e-01" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1285" x="9.666666666666667e-01" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1286" x="1.000000000000000e+00" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1287" x="1.033333333333333e+00" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1288" x="1.066666666666667e+00" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1289" x="1.100000000000000e+00" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1290" x="1.133333333333333e+00" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1291" x="1.166666666666667e+00" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1292" x="1.200000000000000e+00" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1293" x="1.233333333333333e+00" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1294" x="1.266666666666667e+00" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1295" x="1.300000000000000e+00" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1296" x="1.333333333333333e+00" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1297" x="1.366666666666667e+00" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1298" x="1.400000000000000e+00" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1299" x="1.433333333333333e+00" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1300" x="1.466666666666667e+00" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1301" x="1.500000000000000e+00" y="5.000000000000000e-01" z="-1.666666666666667e-01" />
+      <vertex index="1302" x="5.000000000000000e-01" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1303" x="5.333333333333333e-01" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1304" x="5.666666666666667e-01" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1305" x="6.000000000000000e-01" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1306" x="6.333333333333333e-01" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1307" x="6.666666666666666e-01" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1308" x="7.000000000000000e-01" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1309" x="7.333333333333334e-01" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1310" x="7.666666666666666e-01" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1311" x="8.000000000000000e-01" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1312" x="8.333333333333333e-01" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1313" x="8.666666666666667e-01" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1314" x="9.000000000000000e-01" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1315" x="9.333333333333333e-01" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1316" x="9.666666666666667e-01" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1317" x="1.000000000000000e+00" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1318" x="1.033333333333333e+00" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1319" x="1.066666666666667e+00" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1320" x="1.100000000000000e+00" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1321" x="1.133333333333333e+00" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1322" x="1.166666666666667e+00" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1323" x="1.200000000000000e+00" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1324" x="1.233333333333333e+00" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1325" x="1.266666666666667e+00" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1326" x="1.300000000000000e+00" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1327" x="1.333333333333333e+00" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1328" x="1.366666666666667e+00" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1329" x="1.400000000000000e+00" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1330" x="1.433333333333333e+00" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1331" x="1.466666666666667e+00" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1332" x="1.500000000000000e+00" y="5.000000000000000e-01" z="-1.333333333333334e-01" />
+      <vertex index="1333" x="5.000000000000000e-01" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1334" x="5.333333333333333e-01" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1335" x="5.666666666666667e-01" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1336" x="6.000000000000000e-01" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1337" x="6.333333333333333e-01" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1338" x="6.666666666666666e-01" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1339" x="7.000000000000000e-01" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1340" x="7.333333333333334e-01" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1341" x="7.666666666666666e-01" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1342" x="8.000000000000000e-01" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1343" x="8.333333333333333e-01" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1344" x="8.666666666666667e-01" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1345" x="9.000000000000000e-01" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1346" x="9.333333333333333e-01" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1347" x="9.666666666666667e-01" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1348" x="1.000000000000000e+00" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1349" x="1.033333333333333e+00" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1350" x="1.066666666666667e+00" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1351" x="1.100000000000000e+00" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1352" x="1.133333333333333e+00" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1353" x="1.166666666666667e+00" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1354" x="1.200000000000000e+00" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1355" x="1.233333333333333e+00" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1356" x="1.266666666666667e+00" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1357" x="1.300000000000000e+00" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1358" x="1.333333333333333e+00" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1359" x="1.366666666666667e+00" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1360" x="1.400000000000000e+00" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1361" x="1.433333333333333e+00" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1362" x="1.466666666666667e+00" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1363" x="1.500000000000000e+00" y="5.000000000000000e-01" z="-9.999999999999998e-02" />
+      <vertex index="1364" x="5.000000000000000e-01" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1365" x="5.333333333333333e-01" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1366" x="5.666666666666667e-01" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1367" x="6.000000000000000e-01" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1368" x="6.333333333333333e-01" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1369" x="6.666666666666666e-01" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1370" x="7.000000000000000e-01" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1371" x="7.333333333333334e-01" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1372" x="7.666666666666666e-01" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1373" x="8.000000000000000e-01" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1374" x="8.333333333333333e-01" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1375" x="8.666666666666667e-01" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1376" x="9.000000000000000e-01" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1377" x="9.333333333333333e-01" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1378" x="9.666666666666667e-01" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1379" x="1.000000000000000e+00" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1380" x="1.033333333333333e+00" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1381" x="1.066666666666667e+00" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1382" x="1.100000000000000e+00" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1383" x="1.133333333333333e+00" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1384" x="1.166666666666667e+00" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1385" x="1.200000000000000e+00" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1386" x="1.233333333333333e+00" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1387" x="1.266666666666667e+00" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1388" x="1.300000000000000e+00" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1389" x="1.333333333333333e+00" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1390" x="1.366666666666667e+00" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1391" x="1.400000000000000e+00" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1392" x="1.433333333333333e+00" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1393" x="1.466666666666667e+00" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1394" x="1.500000000000000e+00" y="5.000000000000000e-01" z="-6.666666666666665e-02" />
+      <vertex index="1395" x="5.000000000000000e-01" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1396" x="5.333333333333333e-01" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1397" x="5.666666666666667e-01" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1398" x="6.000000000000000e-01" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1399" x="6.333333333333333e-01" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1400" x="6.666666666666666e-01" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1401" x="7.000000000000000e-01" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1402" x="7.333333333333334e-01" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1403" x="7.666666666666666e-01" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1404" x="8.000000000000000e-01" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1405" x="8.333333333333333e-01" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1406" x="8.666666666666667e-01" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1407" x="9.000000000000000e-01" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1408" x="9.333333333333333e-01" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1409" x="9.666666666666667e-01" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1410" x="1.000000000000000e+00" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1411" x="1.033333333333333e+00" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1412" x="1.066666666666667e+00" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1413" x="1.100000000000000e+00" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1414" x="1.133333333333333e+00" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1415" x="1.166666666666667e+00" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1416" x="1.200000000000000e+00" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1417" x="1.233333333333333e+00" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1418" x="1.266666666666667e+00" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1419" x="1.300000000000000e+00" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1420" x="1.333333333333333e+00" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1421" x="1.366666666666667e+00" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1422" x="1.400000000000000e+00" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1423" x="1.433333333333333e+00" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1424" x="1.466666666666667e+00" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1425" x="1.500000000000000e+00" y="5.000000000000000e-01" z="-3.333333333333333e-02" />
+      <vertex index="1426" x="1.033333333333333e+00" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="1427" x="1.066666666666667e+00" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="1428" x="1.100000000000000e+00" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="1429" x="1.133333333333333e+00" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="1430" x="1.166666666666667e+00" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="1431" x="1.200000000000000e+00" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="1432" x="1.233333333333333e+00" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="1433" x="1.266666666666667e+00" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="1434" x="1.300000000000000e+00" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="1435" x="1.333333333333333e+00" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="1436" x="1.366666666666667e+00" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="1437" x="1.400000000000000e+00" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="1438" x="1.433333333333333e+00" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="1439" x="1.466666666666667e+00" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="1440" x="1.500000000000000e+00" y="5.000000000000000e-01" z="0.000000000000000e+00" />
+      <vertex index="1441" x="5.000000000000000e-01" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1442" x="5.333333333333333e-01" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1443" x="5.666666666666667e-01" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1444" x="6.000000000000000e-01" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1445" x="6.333333333333333e-01" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1446" x="6.666666666666666e-01" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1447" x="7.000000000000000e-01" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1448" x="7.333333333333334e-01" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1449" x="7.666666666666666e-01" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1450" x="8.000000000000000e-01" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1451" x="8.333333333333333e-01" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1452" x="8.666666666666667e-01" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1453" x="9.000000000000000e-01" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1454" x="9.333333333333333e-01" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1455" x="9.666666666666667e-01" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1456" x="1.000000000000000e+00" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1457" x="1.033333333333333e+00" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1458" x="1.066666666666667e+00" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1459" x="1.100000000000000e+00" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1460" x="1.133333333333333e+00" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1461" x="1.166666666666667e+00" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1462" x="1.200000000000000e+00" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1463" x="1.233333333333333e+00" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1464" x="1.266666666666667e+00" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1465" x="1.300000000000000e+00" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1466" x="1.333333333333333e+00" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1467" x="1.366666666666667e+00" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1468" x="1.400000000000000e+00" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1469" x="1.433333333333333e+00" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1470" x="1.466666666666667e+00" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1471" x="1.500000000000000e+00" y="5.000000000000000e-01" z="3.333333333333333e-02" />
+      <vertex index="1472" x="5.000000000000000e-01" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1473" x="5.333333333333333e-01" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1474" x="5.666666666666667e-01" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1475" x="6.000000000000000e-01" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1476" x="6.333333333333333e-01" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1477" x="6.666666666666666e-01" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1478" x="7.000000000000000e-01" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1479" x="7.333333333333334e-01" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1480" x="7.666666666666666e-01" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1481" x="8.000000000000000e-01" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1482" x="8.333333333333333e-01" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1483" x="8.666666666666667e-01" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1484" x="9.000000000000000e-01" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1485" x="9.333333333333333e-01" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1486" x="9.666666666666667e-01" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1487" x="1.000000000000000e+00" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1488" x="1.033333333333333e+00" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1489" x="1.066666666666667e+00" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1490" x="1.100000000000000e+00" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1491" x="1.133333333333333e+00" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1492" x="1.166666666666667e+00" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1493" x="1.200000000000000e+00" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1494" x="1.233333333333333e+00" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1495" x="1.266666666666667e+00" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1496" x="1.300000000000000e+00" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1497" x="1.333333333333333e+00" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1498" x="1.366666666666667e+00" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1499" x="1.400000000000000e+00" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1500" x="1.433333333333333e+00" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1501" x="1.466666666666667e+00" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1502" x="1.500000000000000e+00" y="5.000000000000000e-01" z="6.666666666666665e-02" />
+      <vertex index="1503" x="5.000000000000000e-01" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1504" x="5.333333333333333e-01" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1505" x="5.666666666666667e-01" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1506" x="6.000000000000000e-01" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1507" x="6.333333333333333e-01" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1508" x="6.666666666666666e-01" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1509" x="7.000000000000000e-01" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1510" x="7.333333333333334e-01" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1511" x="7.666666666666666e-01" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1512" x="8.000000000000000e-01" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1513" x="8.333333333333333e-01" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1514" x="8.666666666666667e-01" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1515" x="9.000000000000000e-01" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1516" x="9.333333333333333e-01" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1517" x="9.666666666666667e-01" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1518" x="1.000000000000000e+00" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1519" x="1.033333333333333e+00" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1520" x="1.066666666666667e+00" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1521" x="1.100000000000000e+00" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1522" x="1.133333333333333e+00" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1523" x="1.166666666666667e+00" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1524" x="1.200000000000000e+00" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1525" x="1.233333333333333e+00" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1526" x="1.266666666666667e+00" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1527" x="1.300000000000000e+00" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1528" x="1.333333333333333e+00" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1529" x="1.366666666666667e+00" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1530" x="1.400000000000000e+00" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1531" x="1.433333333333333e+00" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1532" x="1.466666666666667e+00" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1533" x="1.500000000000000e+00" y="5.000000000000000e-01" z="9.999999999999998e-02" />
+      <vertex index="1534" x="5.000000000000000e-01" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1535" x="5.333333333333333e-01" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1536" x="5.666666666666667e-01" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1537" x="6.000000000000000e-01" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1538" x="6.333333333333333e-01" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1539" x="6.666666666666666e-01" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1540" x="7.000000000000000e-01" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1541" x="7.333333333333334e-01" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1542" x="7.666666666666666e-01" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1543" x="8.000000000000000e-01" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1544" x="8.333333333333333e-01" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1545" x="8.666666666666667e-01" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1546" x="9.000000000000000e-01" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1547" x="9.333333333333333e-01" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1548" x="9.666666666666667e-01" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1549" x="1.000000000000000e+00" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1550" x="1.033333333333333e+00" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1551" x="1.066666666666667e+00" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1552" x="1.100000000000000e+00" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1553" x="1.133333333333333e+00" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1554" x="1.166666666666667e+00" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1555" x="1.200000000000000e+00" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1556" x="1.233333333333333e+00" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1557" x="1.266666666666667e+00" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1558" x="1.300000000000000e+00" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1559" x="1.333333333333333e+00" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1560" x="1.366666666666667e+00" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1561" x="1.400000000000000e+00" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1562" x="1.433333333333333e+00" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1563" x="1.466666666666667e+00" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1564" x="1.500000000000000e+00" y="5.000000000000000e-01" z="1.333333333333333e-01" />
+      <vertex index="1565" x="5.000000000000000e-01" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1566" x="5.333333333333333e-01" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1567" x="5.666666666666667e-01" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1568" x="6.000000000000000e-01" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1569" x="6.333333333333333e-01" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1570" x="6.666666666666666e-01" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1571" x="7.000000000000000e-01" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1572" x="7.333333333333334e-01" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1573" x="7.666666666666666e-01" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1574" x="8.000000000000000e-01" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1575" x="8.333333333333333e-01" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1576" x="8.666666666666667e-01" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1577" x="9.000000000000000e-01" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1578" x="9.333333333333333e-01" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1579" x="9.666666666666667e-01" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1580" x="1.000000000000000e+00" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1581" x="1.033333333333333e+00" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1582" x="1.066666666666667e+00" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1583" x="1.100000000000000e+00" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1584" x="1.133333333333333e+00" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1585" x="1.166666666666667e+00" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1586" x="1.200000000000000e+00" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1587" x="1.233333333333333e+00" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1588" x="1.266666666666667e+00" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1589" x="1.300000000000000e+00" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1590" x="1.333333333333333e+00" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1591" x="1.366666666666667e+00" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1592" x="1.400000000000000e+00" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1593" x="1.433333333333333e+00" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1594" x="1.466666666666667e+00" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1595" x="1.500000000000000e+00" y="5.000000000000000e-01" z="1.666666666666666e-01" />
+      <vertex index="1596" x="5.000000000000000e-01" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1597" x="5.333333333333333e-01" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1598" x="5.666666666666667e-01" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1599" x="6.000000000000000e-01" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1600" x="6.333333333333333e-01" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1601" x="6.666666666666666e-01" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1602" x="7.000000000000000e-01" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1603" x="7.333333333333334e-01" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1604" x="7.666666666666666e-01" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1605" x="8.000000000000000e-01" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1606" x="8.333333333333333e-01" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1607" x="8.666666666666667e-01" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1608" x="9.000000000000000e-01" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1609" x="9.333333333333333e-01" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1610" x="9.666666666666667e-01" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1611" x="1.000000000000000e+00" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1612" x="1.033333333333333e+00" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1613" x="1.066666666666667e+00" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1614" x="1.100000000000000e+00" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1615" x="1.133333333333333e+00" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1616" x="1.166666666666667e+00" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1617" x="1.200000000000000e+00" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1618" x="1.233333333333333e+00" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1619" x="1.266666666666667e+00" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1620" x="1.300000000000000e+00" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1621" x="1.333333333333333e+00" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1622" x="1.366666666666667e+00" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1623" x="1.400000000000000e+00" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1624" x="1.433333333333333e+00" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1625" x="1.466666666666667e+00" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1626" x="1.500000000000000e+00" y="5.000000000000000e-01" z="2.000000000000000e-01" />
+      <vertex index="1627" x="5.000000000000000e-01" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1628" x="5.333333333333333e-01" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1629" x="5.666666666666667e-01" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1630" x="6.000000000000000e-01" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1631" x="6.333333333333333e-01" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1632" x="6.666666666666666e-01" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1633" x="7.000000000000000e-01" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1634" x="7.333333333333334e-01" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1635" x="7.666666666666666e-01" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1636" x="8.000000000000000e-01" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1637" x="8.333333333333333e-01" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1638" x="8.666666666666667e-01" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1639" x="9.000000000000000e-01" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1640" x="9.333333333333333e-01" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1641" x="9.666666666666667e-01" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1642" x="1.000000000000000e+00" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1643" x="1.033333333333333e+00" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1644" x="1.066666666666667e+00" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1645" x="1.100000000000000e+00" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1646" x="1.133333333333333e+00" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1647" x="1.166666666666667e+00" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1648" x="1.200000000000000e+00" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1649" x="1.233333333333333e+00" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1650" x="1.266666666666667e+00" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1651" x="1.300000000000000e+00" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1652" x="1.333333333333333e+00" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1653" x="1.366666666666667e+00" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1654" x="1.400000000000000e+00" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1655" x="1.433333333333333e+00" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1656" x="1.466666666666667e+00" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1657" x="1.500000000000000e+00" y="5.000000000000000e-01" z="2.333333333333333e-01" />
+      <vertex index="1658" x="5.000000000000000e-01" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1659" x="5.333333333333333e-01" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1660" x="5.666666666666667e-01" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1661" x="6.000000000000000e-01" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1662" x="6.333333333333333e-01" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1663" x="6.666666666666666e-01" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1664" x="7.000000000000000e-01" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1665" x="7.333333333333334e-01" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1666" x="7.666666666666666e-01" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1667" x="8.000000000000000e-01" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1668" x="8.333333333333333e-01" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1669" x="8.666666666666667e-01" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1670" x="9.000000000000000e-01" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1671" x="9.333333333333333e-01" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1672" x="9.666666666666667e-01" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1673" x="1.000000000000000e+00" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1674" x="1.033333333333333e+00" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1675" x="1.066666666666667e+00" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1676" x="1.100000000000000e+00" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1677" x="1.133333333333333e+00" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1678" x="1.166666666666667e+00" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1679" x="1.200000000000000e+00" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1680" x="1.233333333333333e+00" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1681" x="1.266666666666667e+00" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1682" x="1.300000000000000e+00" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1683" x="1.333333333333333e+00" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1684" x="1.366666666666667e+00" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1685" x="1.400000000000000e+00" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1686" x="1.433333333333333e+00" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1687" x="1.466666666666667e+00" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1688" x="1.500000000000000e+00" y="5.000000000000000e-01" z="2.666666666666666e-01" />
+      <vertex index="1689" x="5.000000000000000e-01" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1690" x="5.333333333333333e-01" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1691" x="5.666666666666667e-01" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1692" x="6.000000000000000e-01" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1693" x="6.333333333333333e-01" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1694" x="6.666666666666666e-01" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1695" x="7.000000000000000e-01" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1696" x="7.333333333333334e-01" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1697" x="7.666666666666666e-01" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1698" x="8.000000000000000e-01" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1699" x="8.333333333333333e-01" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1700" x="8.666666666666667e-01" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1701" x="9.000000000000000e-01" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1702" x="9.333333333333333e-01" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1703" x="9.666666666666667e-01" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1704" x="1.000000000000000e+00" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1705" x="1.033333333333333e+00" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1706" x="1.066666666666667e+00" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1707" x="1.100000000000000e+00" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1708" x="1.133333333333333e+00" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1709" x="1.166666666666667e+00" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1710" x="1.200000000000000e+00" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1711" x="1.233333333333333e+00" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1712" x="1.266666666666667e+00" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1713" x="1.300000000000000e+00" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1714" x="1.333333333333333e+00" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1715" x="1.366666666666667e+00" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1716" x="1.400000000000000e+00" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1717" x="1.433333333333333e+00" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1718" x="1.466666666666667e+00" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1719" x="1.500000000000000e+00" y="5.000000000000000e-01" z="3.000000000000000e-01" />
+      <vertex index="1720" x="5.000000000000000e-01" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1721" x="5.333333333333333e-01" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1722" x="5.666666666666667e-01" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1723" x="6.000000000000000e-01" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1724" x="6.333333333333333e-01" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1725" x="6.666666666666666e-01" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1726" x="7.000000000000000e-01" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1727" x="7.333333333333334e-01" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1728" x="7.666666666666666e-01" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1729" x="8.000000000000000e-01" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1730" x="8.333333333333333e-01" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1731" x="8.666666666666667e-01" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1732" x="9.000000000000000e-01" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1733" x="9.333333333333333e-01" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1734" x="9.666666666666667e-01" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1735" x="1.000000000000000e+00" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1736" x="1.033333333333333e+00" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1737" x="1.066666666666667e+00" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1738" x="1.100000000000000e+00" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1739" x="1.133333333333333e+00" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1740" x="1.166666666666667e+00" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1741" x="1.200000000000000e+00" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1742" x="1.233333333333333e+00" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1743" x="1.266666666666667e+00" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1744" x="1.300000000000000e+00" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1745" x="1.333333333333333e+00" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1746" x="1.366666666666667e+00" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1747" x="1.400000000000000e+00" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1748" x="1.433333333333333e+00" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1749" x="1.466666666666667e+00" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1750" x="1.500000000000000e+00" y="5.000000000000000e-01" z="3.333333333333334e-01" />
+      <vertex index="1751" x="5.000000000000000e-01" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1752" x="5.333333333333333e-01" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1753" x="5.666666666666667e-01" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1754" x="6.000000000000000e-01" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1755" x="6.333333333333333e-01" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1756" x="6.666666666666666e-01" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1757" x="7.000000000000000e-01" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1758" x="7.333333333333334e-01" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1759" x="7.666666666666666e-01" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1760" x="8.000000000000000e-01" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1761" x="8.333333333333333e-01" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1762" x="8.666666666666667e-01" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1763" x="9.000000000000000e-01" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1764" x="9.333333333333333e-01" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1765" x="9.666666666666667e-01" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1766" x="1.000000000000000e+00" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1767" x="1.033333333333333e+00" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1768" x="1.066666666666667e+00" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1769" x="1.100000000000000e+00" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1770" x="1.133333333333333e+00" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1771" x="1.166666666666667e+00" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1772" x="1.200000000000000e+00" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1773" x="1.233333333333333e+00" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1774" x="1.266666666666667e+00" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1775" x="1.300000000000000e+00" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1776" x="1.333333333333333e+00" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1777" x="1.366666666666667e+00" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1778" x="1.400000000000000e+00" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1779" x="1.433333333333333e+00" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1780" x="1.466666666666667e+00" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1781" x="1.500000000000000e+00" y="5.000000000000000e-01" z="3.666666666666667e-01" />
+      <vertex index="1782" x="5.000000000000000e-01" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1783" x="5.333333333333333e-01" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1784" x="5.666666666666667e-01" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1785" x="6.000000000000000e-01" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1786" x="6.333333333333333e-01" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1787" x="6.666666666666666e-01" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1788" x="7.000000000000000e-01" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1789" x="7.333333333333334e-01" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1790" x="7.666666666666666e-01" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1791" x="8.000000000000000e-01" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1792" x="8.333333333333333e-01" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1793" x="8.666666666666667e-01" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1794" x="9.000000000000000e-01" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1795" x="9.333333333333333e-01" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1796" x="9.666666666666667e-01" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1797" x="1.000000000000000e+00" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1798" x="1.033333333333333e+00" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1799" x="1.066666666666667e+00" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1800" x="1.100000000000000e+00" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1801" x="1.133333333333333e+00" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1802" x="1.166666666666667e+00" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1803" x="1.200000000000000e+00" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1804" x="1.233333333333333e+00" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1805" x="1.266666666666667e+00" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1806" x="1.300000000000000e+00" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1807" x="1.333333333333333e+00" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1808" x="1.366666666666667e+00" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1809" x="1.400000000000000e+00" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1810" x="1.433333333333333e+00" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1811" x="1.466666666666667e+00" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1812" x="1.500000000000000e+00" y="5.000000000000000e-01" z="4.000000000000000e-01" />
+      <vertex index="1813" x="5.000000000000000e-01" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1814" x="5.333333333333333e-01" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1815" x="5.666666666666667e-01" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1816" x="6.000000000000000e-01" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1817" x="6.333333333333333e-01" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1818" x="6.666666666666666e-01" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1819" x="7.000000000000000e-01" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1820" x="7.333333333333334e-01" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1821" x="7.666666666666666e-01" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1822" x="8.000000000000000e-01" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1823" x="8.333333333333333e-01" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1824" x="8.666666666666667e-01" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1825" x="9.000000000000000e-01" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1826" x="9.333333333333333e-01" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1827" x="9.666666666666667e-01" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1828" x="1.000000000000000e+00" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1829" x="1.033333333333333e+00" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1830" x="1.066666666666667e+00" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1831" x="1.100000000000000e+00" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1832" x="1.133333333333333e+00" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1833" x="1.166666666666667e+00" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1834" x="1.200000000000000e+00" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1835" x="1.233333333333333e+00" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1836" x="1.266666666666667e+00" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1837" x="1.300000000000000e+00" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1838" x="1.333333333333333e+00" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1839" x="1.366666666666667e+00" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1840" x="1.400000000000000e+00" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1841" x="1.433333333333333e+00" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1842" x="1.466666666666667e+00" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1843" x="1.500000000000000e+00" y="5.000000000000000e-01" z="4.333333333333333e-01" />
+      <vertex index="1844" x="5.000000000000000e-01" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1845" x="5.333333333333333e-01" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1846" x="5.666666666666667e-01" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1847" x="6.000000000000000e-01" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1848" x="6.333333333333333e-01" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1849" x="6.666666666666666e-01" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1850" x="7.000000000000000e-01" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1851" x="7.333333333333334e-01" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1852" x="7.666666666666666e-01" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1853" x="8.000000000000000e-01" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1854" x="8.333333333333333e-01" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1855" x="8.666666666666667e-01" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1856" x="9.000000000000000e-01" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1857" x="9.333333333333333e-01" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1858" x="9.666666666666667e-01" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1859" x="1.000000000000000e+00" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1860" x="1.033333333333333e+00" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1861" x="1.066666666666667e+00" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1862" x="1.100000000000000e+00" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1863" x="1.133333333333333e+00" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1864" x="1.166666666666667e+00" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1865" x="1.200000000000000e+00" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1866" x="1.233333333333333e+00" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1867" x="1.266666666666667e+00" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1868" x="1.300000000000000e+00" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1869" x="1.333333333333333e+00" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1870" x="1.366666666666667e+00" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1871" x="1.400000000000000e+00" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1872" x="1.433333333333333e+00" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1873" x="1.466666666666667e+00" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1874" x="1.500000000000000e+00" y="5.000000000000000e-01" z="4.666666666666667e-01" />
+      <vertex index="1875" x="5.000000000000000e-01" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1876" x="5.333333333333333e-01" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1877" x="5.666666666666667e-01" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1878" x="6.000000000000000e-01" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1879" x="6.333333333333333e-01" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1880" x="6.666666666666666e-01" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1881" x="7.000000000000000e-01" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1882" x="7.333333333333334e-01" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1883" x="7.666666666666666e-01" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1884" x="8.000000000000000e-01" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1885" x="8.333333333333333e-01" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1886" x="8.666666666666667e-01" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1887" x="9.000000000000000e-01" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1888" x="9.333333333333333e-01" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1889" x="9.666666666666667e-01" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1890" x="1.000000000000000e+00" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1891" x="1.033333333333333e+00" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1892" x="1.066666666666667e+00" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1893" x="1.100000000000000e+00" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1894" x="1.133333333333333e+00" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1895" x="1.166666666666667e+00" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1896" x="1.200000000000000e+00" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1897" x="1.233333333333333e+00" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1898" x="1.266666666666667e+00" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1899" x="1.300000000000000e+00" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1900" x="1.333333333333333e+00" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1901" x="1.366666666666667e+00" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1902" x="1.400000000000000e+00" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1903" x="1.433333333333333e+00" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1904" x="1.466666666666667e+00" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+      <vertex index="1905" x="1.500000000000000e+00" y="5.000000000000000e-01" z="5.000000000000000e-01" />
+    </vertices>
+    <cells size="3600">
+      <triangle index="0" v0="0" v1="1" v2="31" />
+      <triangle index="1" v0="1" v1="31" v2="32" />
+      <triangle index="2" v0="1" v1="2" v2="32" />
+      <triangle index="3" v0="2" v1="32" v2="33" />
+      <triangle index="4" v0="2" v1="3" v2="33" />
+      <triangle index="5" v0="3" v1="33" v2="34" />
+      <triangle index="6" v0="3" v1="4" v2="34" />
+      <triangle index="7" v0="4" v1="34" v2="35" />
+      <triangle index="8" v0="4" v1="5" v2="35" />
+      <triangle index="9" v0="5" v1="35" v2="36" />
+      <triangle index="10" v0="5" v1="6" v2="36" />
+      <triangle index="11" v0="6" v1="36" v2="37" />
+      <triangle index="12" v0="6" v1="7" v2="37" />
+      <triangle index="13" v0="7" v1="37" v2="38" />
+      <triangle index="14" v0="7" v1="8" v2="38" />
+      <triangle index="15" v0="8" v1="38" v2="39" />
+      <triangle index="16" v0="8" v1="9" v2="39" />
+      <triangle index="17" v0="9" v1="39" v2="40" />
+      <triangle index="18" v0="9" v1="10" v2="40" />
+      <triangle index="19" v0="10" v1="40" v2="41" />
+      <triangle index="20" v0="10" v1="11" v2="41" />
+      <triangle index="21" v0="11" v1="41" v2="42" />
+      <triangle index="22" v0="11" v1="12" v2="42" />
+      <triangle index="23" v0="12" v1="42" v2="43" />
+      <triangle index="24" v0="12" v1="13" v2="43" />
+      <triangle index="25" v0="13" v1="43" v2="44" />
+      <triangle index="26" v0="13" v1="14" v2="44" />
+      <triangle index="27" v0="14" v1="44" v2="45" />
+      <triangle index="28" v0="14" v1="15" v2="45" />
+      <triangle index="29" v0="15" v1="45" v2="46" />
+      <triangle index="30" v0="15" v1="16" v2="46" />
+      <triangle index="31" v0="16" v1="46" v2="47" />
+      <triangle index="32" v0="16" v1="17" v2="47" />
+      <triangle index="33" v0="17" v1="47" v2="48" />
+      <triangle index="34" v0="17" v1="18" v2="48" />
+      <triangle index="35" v0="18" v1="48" v2="49" />
+      <triangle index="36" v0="18" v1="19" v2="49" />
+      <triangle index="37" v0="19" v1="49" v2="50" />
+      <triangle index="38" v0="19" v1="20" v2="50" />
+      <triangle index="39" v0="20" v1="50" v2="51" />
+      <triangle index="40" v0="20" v1="21" v2="51" />
+      <triangle index="41" v0="21" v1="51" v2="52" />
+      <triangle index="42" v0="21" v1="22" v2="52" />
+      <triangle index="43" v0="22" v1="52" v2="53" />
+      <triangle index="44" v0="22" v1="23" v2="53" />
+      <triangle index="45" v0="23" v1="53" v2="54" />
+      <triangle index="46" v0="23" v1="24" v2="54" />
+      <triangle index="47" v0="24" v1="54" v2="55" />
+      <triangle index="48" v0="24" v1="25" v2="55" />
+      <triangle index="49" v0="25" v1="55" v2="56" />
+      <triangle index="50" v0="25" v1="26" v2="56" />
+      <triangle index="51" v0="26" v1="56" v2="57" />
+      <triangle index="52" v0="26" v1="27" v2="57" />
+      <triangle index="53" v0="27" v1="57" v2="58" />
+      <triangle index="54" v0="27" v1="28" v2="58" />
+      <triangle index="55" v0="28" v1="58" v2="59" />
+      <triangle index="56" v0="28" v1="29" v2="59" />
+      <triangle index="57" v0="29" v1="59" v2="60" />
+      <triangle index="58" v0="29" v1="30" v2="60" />
+      <triangle index="59" v0="30" v1="60" v2="61" />
+      <triangle index="60" v0="31" v1="32" v2="62" />
+      <triangle index="61" v0="32" v1="62" v2="63" />
+      <triangle index="62" v0="32" v1="33" v2="63" />
+      <triangle index="63" v0="33" v1="63" v2="64" />
+      <triangle index="64" v0="33" v1="34" v2="64" />
+      <triangle index="65" v0="34" v1="64" v2="65" />
+      <triangle index="66" v0="34" v1="35" v2="65" />
+      <triangle index="67" v0="35" v1="65" v2="66" />
+      <triangle index="68" v0="35" v1="36" v2="66" />
+      <triangle index="69" v0="36" v1="66" v2="67" />
+      <triangle index="70" v0="36" v1="37" v2="67" />
+      <triangle index="71" v0="37" v1="67" v2="68" />
+      <triangle index="72" v0="37" v1="38" v2="68" />
+      <triangle index="73" v0="38" v1="68" v2="69" />
+      <triangle index="74" v0="38" v1="39" v2="69" />
+      <triangle index="75" v0="39" v1="69" v2="70" />
+      <triangle index="76" v0="39" v1="40" v2="70" />
+      <triangle index="77" v0="40" v1="70" v2="71" />
+      <triangle index="78" v0="40" v1="41" v2="71" />
+      <triangle index="79" v0="41" v1="71" v2="72" />
+      <triangle index="80" v0="41" v1="42" v2="72" />
+      <triangle index="81" v0="42" v1="72" v2="73" />
+      <triangle index="82" v0="42" v1="43" v2="73" />
+      <triangle index="83" v0="43" v1="73" v2="74" />
+      <triangle index="84" v0="43" v1="44" v2="74" />
+      <triangle index="85" v0="44" v1="74" v2="75" />
+      <triangle index="86" v0="44" v1="45" v2="75" />
+      <triangle index="87" v0="45" v1="75" v2="76" />
+      <triangle index="88" v0="45" v1="46" v2="76" />
+      <triangle index="89" v0="46" v1="76" v2="77" />
+      <triangle index="90" v0="46" v1="47" v2="77" />
+      <triangle index="91" v0="47" v1="77" v2="78" />
+      <triangle index="92" v0="47" v1="48" v2="78" />
+      <triangle index="93" v0="48" v1="78" v2="79" />
+      <triangle index="94" v0="48" v1="49" v2="79" />
+      <triangle index="95" v0="49" v1="79" v2="80" />
+      <triangle index="96" v0="49" v1="50" v2="80" />
+      <triangle index="97" v0="50" v1="80" v2="81" />
+      <triangle index="98" v0="50" v1="51" v2="81" />
+      <triangle index="99" v0="51" v1="81" v2="82" />
+      <triangle index="100" v0="51" v1="52" v2="82" />
+      <triangle index="101" v0="52" v1="82" v2="83" />
+      <triangle index="102" v0="52" v1="53" v2="83" />
+      <triangle index="103" v0="53" v1="83" v2="84" />
+      <triangle index="104" v0="53" v1="54" v2="84" />
+      <triangle index="105" v0="54" v1="84" v2="85" />
+      <triangle index="106" v0="54" v1="55" v2="85" />
+      <triangle index="107" v0="55" v1="85" v2="86" />
+      <triangle index="108" v0="55" v1="56" v2="86" />
+      <triangle index="109" v0="56" v1="86" v2="87" />
+      <triangle index="110" v0="56" v1="57" v2="87" />
+      <triangle index="111" v0="57" v1="87" v2="88" />
+      <triangle index="112" v0="57" v1="58" v2="88" />
+      <triangle index="113" v0="58" v1="88" v2="89" />
+      <triangle index="114" v0="58" v1="59" v2="89" />
+      <triangle index="115" v0="59" v1="89" v2="90" />
+      <triangle index="116" v0="59" v1="60" v2="90" />
+      <triangle index="117" v0="60" v1="90" v2="91" />
+      <triangle index="118" v0="60" v1="61" v2="91" />
+      <triangle index="119" v0="61" v1="91" v2="92" />
+      <triangle index="120" v0="62" v1="63" v2="93" />
+      <triangle index="121" v0="63" v1="93" v2="94" />
+      <triangle index="122" v0="63" v1="64" v2="94" />
+      <triangle index="123" v0="64" v1="94" v2="95" />
+      <triangle index="124" v0="64" v1="65" v2="95" />
+      <triangle index="125" v0="65" v1="95" v2="96" />
+      <triangle index="126" v0="65" v1="66" v2="96" />
+      <triangle index="127" v0="66" v1="96" v2="97" />
+      <triangle index="128" v0="66" v1="67" v2="97" />
+      <triangle index="129" v0="67" v1="97" v2="98" />
+      <triangle index="130" v0="67" v1="68" v2="98" />
+      <triangle index="131" v0="68" v1="98" v2="99" />
+      <triangle index="132" v0="68" v1="69" v2="99" />
+      <triangle index="133" v0="69" v1="99" v2="100" />
+      <triangle index="134" v0="69" v1="70" v2="100" />
+      <triangle index="135" v0="70" v1="100" v2="101" />
+      <triangle index="136" v0="70" v1="71" v2="101" />
+      <triangle index="137" v0="71" v1="101" v2="102" />
+      <triangle index="138" v0="71" v1="72" v2="102" />
+      <triangle index="139" v0="72" v1="102" v2="103" />
+      <triangle index="140" v0="72" v1="73" v2="103" />
+      <triangle index="141" v0="73" v1="103" v2="104" />
+      <triangle index="142" v0="73" v1="74" v2="104" />
+      <triangle index="143" v0="74" v1="104" v2="105" />
+      <triangle index="144" v0="74" v1="75" v2="105" />
+      <triangle index="145" v0="75" v1="105" v2="106" />
+      <triangle index="146" v0="75" v1="76" v2="106" />
+      <triangle index="147" v0="76" v1="106" v2="107" />
+      <triangle index="148" v0="76" v1="77" v2="107" />
+      <triangle index="149" v0="77" v1="107" v2="108" />
+      <triangle index="150" v0="77" v1="78" v2="108" />
+      <triangle index="151" v0="78" v1="108" v2="109" />
+      <triangle index="152" v0="78" v1="79" v2="109" />
+      <triangle index="153" v0="79" v1="109" v2="110" />
+      <triangle index="154" v0="79" v1="80" v2="110" />
+      <triangle index="155" v0="80" v1="110" v2="111" />
+      <triangle index="156" v0="80" v1="81" v2="111" />
+      <triangle index="157" v0="81" v1="111" v2="112" />
+      <triangle index="158" v0="81" v1="82" v2="112" />
+      <triangle index="159" v0="82" v1="112" v2="113" />
+      <triangle index="160" v0="82" v1="83" v2="113" />
+      <triangle index="161" v0="83" v1="113" v2="114" />
+      <triangle index="162" v0="83" v1="84" v2="114" />
+      <triangle index="163" v0="84" v1="114" v2="115" />
+      <triangle index="164" v0="84" v1="85" v2="115" />
+      <triangle index="165" v0="85" v1="115" v2="116" />
+      <triangle index="166" v0="85" v1="86" v2="116" />
+      <triangle index="167" v0="86" v1="116" v2="117" />
+      <triangle index="168" v0="86" v1="87" v2="117" />
+      <triangle index="169" v0="87" v1="117" v2="118" />
+      <triangle index="170" v0="87" v1="88" v2="118" />
+      <triangle index="171" v0="88" v1="118" v2="119" />
+      <triangle index="172" v0="88" v1="89" v2="119" />
+      <triangle index="173" v0="89" v1="119" v2="120" />
+      <triangle index="174" v0="89" v1="90" v2="120" />
+      <triangle index="175" v0="90" v1="120" v2="121" />
+      <triangle index="176" v0="90" v1="91" v2="121" />
+      <triangle index="177" v0="91" v1="121" v2="122" />
+      <triangle index="178" v0="91" v1="92" v2="122" />
+      <triangle index="179" v0="92" v1="122" v2="123" />
+      <triangle index="180" v0="93" v1="94" v2="124" />
+      <triangle index="181" v0="94" v1="124" v2="125" />
+      <triangle index="182" v0="94" v1="95" v2="125" />
+      <triangle index="183" v0="95" v1="125" v2="126" />
+      <triangle index="184" v0="95" v1="96" v2="126" />
+      <triangle index="185" v0="96" v1="126" v2="127" />
+      <triangle index="186" v0="96" v1="97" v2="127" />
+      <triangle index="187" v0="97" v1="127" v2="128" />
+      <triangle index="188" v0="97" v1="98" v2="128" />
+      <triangle index="189" v0="98" v1="128" v2="129" />
+      <triangle index="190" v0="98" v1="99" v2="129" />
+      <triangle index="191" v0="99" v1="129" v2="130" />
+      <triangle index="192" v0="99" v1="100" v2="130" />
+      <triangle index="193" v0="100" v1="130" v2="131" />
+      <triangle index="194" v0="100" v1="101" v2="131" />
+      <triangle index="195" v0="101" v1="131" v2="132" />
+      <triangle index="196" v0="101" v1="102" v2="132" />
+      <triangle index="197" v0="102" v1="132" v2="133" />
+      <triangle index="198" v0="102" v1="103" v2="133" />
+      <triangle index="199" v0="103" v1="133" v2="134" />
+      <triangle index="200" v0="103" v1="104" v2="134" />
+      <triangle index="201" v0="104" v1="134" v2="135" />
+      <triangle index="202" v0="104" v1="105" v2="135" />
+      <triangle index="203" v0="105" v1="135" v2="136" />
+      <triangle index="204" v0="105" v1="106" v2="136" />
+      <triangle index="205" v0="106" v1="136" v2="137" />
+      <triangle index="206" v0="106" v1="107" v2="137" />
+      <triangle index="207" v0="107" v1="137" v2="138" />
+      <triangle index="208" v0="107" v1="108" v2="138" />
+      <triangle index="209" v0="108" v1="138" v2="139" />
+      <triangle index="210" v0="108" v1="109" v2="139" />
+      <triangle index="211" v0="109" v1="139" v2="140" />
+      <triangle index="212" v0="109" v1="110" v2="140" />
+      <triangle index="213" v0="110" v1="140" v2="141" />
+      <triangle index="214" v0="110" v1="111" v2="141" />
+      <triangle index="215" v0="111" v1="141" v2="142" />
+      <triangle index="216" v0="111" v1="112" v2="142" />
+      <triangle index="217" v0="112" v1="142" v2="143" />
+      <triangle index="218" v0="112" v1="113" v2="143" />
+      <triangle index="219" v0="113" v1="143" v2="144" />
+      <triangle index="220" v0="113" v1="114" v2="144" />
+      <triangle index="221" v0="114" v1="144" v2="145" />
+      <triangle index="222" v0="114" v1="115" v2="145" />
+      <triangle index="223" v0="115" v1="145" v2="146" />
+      <triangle index="224" v0="115" v1="116" v2="146" />
+      <triangle index="225" v0="116" v1="146" v2="147" />
+      <triangle index="226" v0="116" v1="117" v2="147" />
+      <triangle index="227" v0="117" v1="147" v2="148" />
+      <triangle index="228" v0="117" v1="118" v2="148" />
+      <triangle index="229" v0="118" v1="148" v2="149" />
+      <triangle index="230" v0="118" v1="119" v2="149" />
+      <triangle index="231" v0="119" v1="149" v2="150" />
+      <triangle index="232" v0="119" v1="120" v2="150" />
+      <triangle index="233" v0="120" v1="150" v2="151" />
+      <triangle index="234" v0="120" v1="121" v2="151" />
+      <triangle index="235" v0="121" v1="151" v2="152" />
+      <triangle index="236" v0="121" v1="122" v2="152" />
+      <triangle index="237" v0="122" v1="152" v2="153" />
+      <triangle index="238" v0="122" v1="123" v2="153" />
+      <triangle index="239" v0="123" v1="153" v2="154" />
+      <triangle index="240" v0="124" v1="125" v2="155" />
+      <triangle index="241" v0="125" v1="155" v2="156" />
+      <triangle index="242" v0="125" v1="126" v2="156" />
+      <triangle index="243" v0="126" v1="156" v2="157" />
+      <triangle index="244" v0="126" v1="127" v2="157" />
+      <triangle index="245" v0="127" v1="157" v2="158" />
+      <triangle index="246" v0="127" v1="128" v2="158" />
+      <triangle index="247" v0="128" v1="158" v2="159" />
+      <triangle index="248" v0="128" v1="129" v2="159" />
+      <triangle index="249" v0="129" v1="159" v2="160" />
+      <triangle index="250" v0="129" v1="130" v2="160" />
+      <triangle index="251" v0="130" v1="160" v2="161" />
+      <triangle index="252" v0="130" v1="131" v2="161" />
+      <triangle index="253" v0="131" v1="161" v2="162" />
+      <triangle index="254" v0="131" v1="132" v2="162" />
+      <triangle index="255" v0="132" v1="162" v2="163" />
+      <triangle index="256" v0="132" v1="133" v2="163" />
+      <triangle index="257" v0="133" v1="163" v2="164" />
+      <triangle index="258" v0="133" v1="134" v2="164" />
+      <triangle index="259" v0="134" v1="164" v2="165" />
+      <triangle index="260" v0="134" v1="135" v2="165" />
+      <triangle index="261" v0="135" v1="165" v2="166" />
+      <triangle index="262" v0="135" v1="136" v2="166" />
+      <triangle index="263" v0="136" v1="166" v2="167" />
+      <triangle index="264" v0="136" v1="137" v2="167" />
+      <triangle index="265" v0="137" v1="167" v2="168" />
+      <triangle index="266" v0="137" v1="138" v2="168" />
+      <triangle index="267" v0="138" v1="168" v2="169" />
+      <triangle index="268" v0="138" v1="139" v2="169" />
+      <triangle index="269" v0="139" v1="169" v2="170" />
+      <triangle index="270" v0="139" v1="140" v2="170" />
+      <triangle index="271" v0="140" v1="170" v2="171" />
+      <triangle index="272" v0="140" v1="141" v2="171" />
+      <triangle index="273" v0="141" v1="171" v2="172" />
+      <triangle index="274" v0="141" v1="142" v2="172" />
+      <triangle index="275" v0="142" v1="172" v2="173" />
+      <triangle index="276" v0="142" v1="143" v2="173" />
+      <triangle index="277" v0="143" v1="173" v2="174" />
+      <triangle index="278" v0="143" v1="144" v2="174" />
+      <triangle index="279" v0="144" v1="174" v2="175" />
+      <triangle index="280" v0="144" v1="145" v2="175" />
+      <triangle index="281" v0="145" v1="175" v2="176" />
+      <triangle index="282" v0="145" v1="146" v2="176" />
+      <triangle index="283" v0="146" v1="176" v2="177" />
+      <triangle index="284" v0="146" v1="147" v2="177" />
+      <triangle index="285" v0="147" v1="177" v2="178" />
+      <triangle index="286" v0="147" v1="148" v2="178" />
+      <triangle index="287" v0="148" v1="178" v2="179" />
+      <triangle index="288" v0="148" v1="149" v2="179" />
+      <triangle index="289" v0="149" v1="179" v2="180" />
+      <triangle index="290" v0="149" v1="150" v2="180" />
+      <triangle index="291" v0="150" v1="180" v2="181" />
+      <triangle index="292" v0="150" v1="151" v2="181" />
+      <triangle index="293" v0="151" v1="181" v2="182" />
+      <triangle index="294" v0="151" v1="152" v2="182" />
+      <triangle index="295" v0="152" v1="182" v2="183" />
+      <triangle index="296" v0="152" v1="153" v2="183" />
+      <triangle index="297" v0="153" v1="183" v2="184" />
+      <triangle index="298" v0="153" v1="154" v2="184" />
+      <triangle index="299" v0="154" v1="184" v2="185" />
+      <triangle index="300" v0="155" v1="156" v2="186" />
+      <triangle index="301" v0="156" v1="186" v2="187" />
+      <triangle index="302" v0="156" v1="157" v2="187" />
+      <triangle index="303" v0="157" v1="187" v2="188" />
+      <triangle index="304" v0="157" v1="158" v2="188" />
+      <triangle index="305" v0="158" v1="188" v2="189" />
+      <triangle index="306" v0="158" v1="159" v2="189" />
+      <triangle index="307" v0="159" v1="189" v2="190" />
+      <triangle index="308" v0="159" v1="160" v2="190" />
+      <triangle index="309" v0="160" v1="190" v2="191" />
+      <triangle index="310" v0="160" v1="161" v2="191" />
+      <triangle index="311" v0="161" v1="191" v2="192" />
+      <triangle index="312" v0="161" v1="162" v2="192" />
+      <triangle index="313" v0="162" v1="192" v2="193" />
+      <triangle index="314" v0="162" v1="163" v2="193" />
+      <triangle index="315" v0="163" v1="193" v2="194" />
+      <triangle index="316" v0="163" v1="164" v2="194" />
+      <triangle index="317" v0="164" v1="194" v2="195" />
+      <triangle index="318" v0="164" v1="165" v2="195" />
+      <triangle index="319" v0="165" v1="195" v2="196" />
+      <triangle index="320" v0="165" v1="166" v2="196" />
+      <triangle index="321" v0="166" v1="196" v2="197" />
+      <triangle index="322" v0="166" v1="167" v2="197" />
+      <triangle index="323" v0="167" v1="197" v2="198" />
+      <triangle index="324" v0="167" v1="168" v2="198" />
+      <triangle index="325" v0="168" v1="198" v2="199" />
+      <triangle index="326" v0="168" v1="169" v2="199" />
+      <triangle index="327" v0="169" v1="199" v2="200" />
+      <triangle index="328" v0="169" v1="170" v2="200" />
+      <triangle index="329" v0="170" v1="200" v2="201" />
+      <triangle index="330" v0="170" v1="171" v2="201" />
+      <triangle index="331" v0="171" v1="201" v2="202" />
+      <triangle index="332" v0="171" v1="172" v2="202" />
+      <triangle index="333" v0="172" v1="202" v2="203" />
+      <triangle index="334" v0="172" v1="173" v2="203" />
+      <triangle index="335" v0="173" v1="203" v2="204" />
+      <triangle index="336" v0="173" v1="174" v2="204" />
+      <triangle index="337" v0="174" v1="204" v2="205" />
+      <triangle index="338" v0="174" v1="175" v2="205" />
+      <triangle index="339" v0="175" v1="205" v2="206" />
+      <triangle index="340" v0="175" v1="176" v2="206" />
+      <triangle index="341" v0="176" v1="206" v2="207" />
+      <triangle index="342" v0="176" v1="177" v2="207" />
+      <triangle index="343" v0="177" v1="207" v2="208" />
+      <triangle index="344" v0="177" v1="178" v2="208" />
+      <triangle index="345" v0="178" v1="208" v2="209" />
+      <triangle index="346" v0="178" v1="179" v2="209" />
+      <triangle index="347" v0="179" v1="209" v2="210" />
+      <triangle index="348" v0="179" v1="180" v2="210" />
+      <triangle index="349" v0="180" v1="210" v2="211" />
+      <triangle index="350" v0="180" v1="181" v2="211" />
+      <triangle index="351" v0="181" v1="211" v2="212" />
+      <triangle index="352" v0="181" v1="182" v2="212" />
+      <triangle index="353" v0="182" v1="212" v2="213" />
+      <triangle index="354" v0="182" v1="183" v2="213" />
+      <triangle index="355" v0="183" v1="213" v2="214" />
+      <triangle index="356" v0="183" v1="184" v2="214" />
+      <triangle index="357" v0="184" v1="214" v2="215" />
+      <triangle index="358" v0="184" v1="185" v2="215" />
+      <triangle index="359" v0="185" v1="215" v2="216" />
+      <triangle index="360" v0="186" v1="187" v2="217" />
+      <triangle index="361" v0="187" v1="217" v2="218" />
+      <triangle index="362" v0="187" v1="188" v2="218" />
+      <triangle index="363" v0="188" v1="218" v2="219" />
+      <triangle index="364" v0="188" v1="189" v2="219" />
+      <triangle index="365" v0="189" v1="219" v2="220" />
+      <triangle index="366" v0="189" v1="190" v2="220" />
+      <triangle index="367" v0="190" v1="220" v2="221" />
+      <triangle index="368" v0="190" v1="191" v2="221" />
+      <triangle index="369" v0="191" v1="221" v2="222" />
+      <triangle index="370" v0="191" v1="192" v2="222" />
+      <triangle index="371" v0="192" v1="222" v2="223" />
+      <triangle index="372" v0="192" v1="193" v2="223" />
+      <triangle index="373" v0="193" v1="223" v2="224" />
+      <triangle index="374" v0="193" v1="194" v2="224" />
+      <triangle index="375" v0="194" v1="224" v2="225" />
+      <triangle index="376" v0="194" v1="195" v2="225" />
+      <triangle index="377" v0="195" v1="225" v2="226" />
+      <triangle index="378" v0="195" v1="196" v2="226" />
+      <triangle index="379" v0="196" v1="226" v2="227" />
+      <triangle index="380" v0="196" v1="197" v2="227" />
+      <triangle index="381" v0="197" v1="227" v2="228" />
+      <triangle index="382" v0="197" v1="198" v2="228" />
+      <triangle index="383" v0="198" v1="228" v2="229" />
+      <triangle index="384" v0="198" v1="199" v2="229" />
+      <triangle index="385" v0="199" v1="229" v2="230" />
+      <triangle index="386" v0="199" v1="200" v2="230" />
+      <triangle index="387" v0="200" v1="230" v2="231" />
+      <triangle index="388" v0="200" v1="201" v2="231" />
+      <triangle index="389" v0="201" v1="231" v2="232" />
+      <triangle index="390" v0="201" v1="202" v2="232" />
+      <triangle index="391" v0="202" v1="232" v2="233" />
+      <triangle index="392" v0="202" v1="203" v2="233" />
+      <triangle index="393" v0="203" v1="233" v2="234" />
+      <triangle index="394" v0="203" v1="204" v2="234" />
+      <triangle index="395" v0="204" v1="234" v2="235" />
+      <triangle index="396" v0="204" v1="205" v2="235" />
+      <triangle index="397" v0="205" v1="235" v2="236" />
+      <triangle index="398" v0="205" v1="206" v2="236" />
+      <triangle index="399" v0="206" v1="236" v2="237" />
+      <triangle index="400" v0="206" v1="207" v2="237" />
+      <triangle index="401" v0="207" v1="237" v2="238" />
+      <triangle index="402" v0="207" v1="208" v2="238" />
+      <triangle index="403" v0="208" v1="238" v2="239" />
+      <triangle index="404" v0="208" v1="209" v2="239" />
+      <triangle index="405" v0="209" v1="239" v2="240" />
+      <triangle index="406" v0="209" v1="210" v2="240" />
+      <triangle index="407" v0="210" v1="240" v2="241" />
+      <triangle index="408" v0="210" v1="211" v2="241" />
+      <triangle index="409" v0="211" v1="241" v2="242" />
+      <triangle index="410" v0="211" v1="212" v2="242" />
+      <triangle index="411" v0="212" v1="242" v2="243" />
+      <triangle index="412" v0="212" v1="213" v2="243" />
+      <triangle index="413" v0="213" v1="243" v2="244" />
+      <triangle index="414" v0="213" v1="214" v2="244" />
+      <triangle index="415" v0="214" v1="244" v2="245" />
+      <triangle index="416" v0="214" v1="215" v2="245" />
+      <triangle index="417" v0="215" v1="245" v2="246" />
+      <triangle index="418" v0="215" v1="216" v2="246" />
+      <triangle index="419" v0="216" v1="246" v2="247" />
+      <triangle index="420" v0="217" v1="218" v2="248" />
+      <triangle index="421" v0="218" v1="248" v2="249" />
+      <triangle index="422" v0="218" v1="219" v2="249" />
+      <triangle index="423" v0="219" v1="249" v2="250" />
+      <triangle index="424" v0="219" v1="220" v2="250" />
+      <triangle index="425" v0="220" v1="250" v2="251" />
+      <triangle index="426" v0="220" v1="221" v2="251" />
+      <triangle index="427" v0="221" v1="251" v2="252" />
+      <triangle index="428" v0="221" v1="222" v2="252" />
+      <triangle index="429" v0="222" v1="252" v2="253" />
+      <triangle index="430" v0="222" v1="223" v2="253" />
+      <triangle index="431" v0="223" v1="253" v2="254" />
+      <triangle index="432" v0="223" v1="224" v2="254" />
+      <triangle index="433" v0="224" v1="254" v2="255" />
+      <triangle index="434" v0="224" v1="225" v2="255" />
+      <triangle index="435" v0="225" v1="255" v2="256" />
+      <triangle index="436" v0="225" v1="226" v2="256" />
+      <triangle index="437" v0="226" v1="256" v2="257" />
+      <triangle index="438" v0="226" v1="227" v2="257" />
+      <triangle index="439" v0="227" v1="257" v2="258" />
+      <triangle index="440" v0="227" v1="228" v2="258" />
+      <triangle index="441" v0="228" v1="258" v2="259" />
+      <triangle index="442" v0="228" v1="229" v2="259" />
+      <triangle index="443" v0="229" v1="259" v2="260" />
+      <triangle index="444" v0="229" v1="230" v2="260" />
+      <triangle index="445" v0="230" v1="260" v2="261" />
+      <triangle index="446" v0="230" v1="231" v2="261" />
+      <triangle index="447" v0="231" v1="261" v2="262" />
+      <triangle index="448" v0="231" v1="232" v2="262" />
+      <triangle index="449" v0="232" v1="262" v2="263" />
+      <triangle index="450" v0="232" v1="233" v2="263" />
+      <triangle index="451" v0="233" v1="263" v2="264" />
+      <triangle index="452" v0="233" v1="234" v2="264" />
+      <triangle index="453" v0="234" v1="264" v2="265" />
+      <triangle index="454" v0="234" v1="235" v2="265" />
+      <triangle index="455" v0="235" v1="265" v2="266" />
+      <triangle index="456" v0="235" v1="236" v2="266" />
+      <triangle index="457" v0="236" v1="266" v2="267" />
+      <triangle index="458" v0="236" v1="237" v2="267" />
+      <triangle index="459" v0="237" v1="267" v2="268" />
+      <triangle index="460" v0="237" v1="238" v2="268" />
+      <triangle index="461" v0="238" v1="268" v2="269" />
+      <triangle index="462" v0="238" v1="239" v2="269" />
+      <triangle index="463" v0="239" v1="269" v2="270" />
+      <triangle index="464" v0="239" v1="240" v2="270" />
+      <triangle index="465" v0="240" v1="270" v2="271" />
+      <triangle index="466" v0="240" v1="241" v2="271" />
+      <triangle index="467" v0="241" v1="271" v2="272" />
+      <triangle index="468" v0="241" v1="242" v2="272" />
+      <triangle index="469" v0="242" v1="272" v2="273" />
+      <triangle index="470" v0="242" v1="243" v2="273" />
+      <triangle index="471" v0="243" v1="273" v2="274" />
+      <triangle index="472" v0="243" v1="244" v2="274" />
+      <triangle index="473" v0="244" v1="274" v2="275" />
+      <triangle index="474" v0="244" v1="245" v2="275" />
+      <triangle index="475" v0="245" v1="275" v2="276" />
+      <triangle index="476" v0="245" v1="246" v2="276" />
+      <triangle index="477" v0="246" v1="276" v2="277" />
+      <triangle index="478" v0="246" v1="247" v2="277" />
+      <triangle index="479" v0="247" v1="277" v2="278" />
+      <triangle index="480" v0="248" v1="249" v2="279" />
+      <triangle index="481" v0="249" v1="279" v2="280" />
+      <triangle index="482" v0="249" v1="250" v2="280" />
+      <triangle index="483" v0="250" v1="280" v2="281" />
+      <triangle index="484" v0="250" v1="251" v2="281" />
+      <triangle index="485" v0="251" v1="281" v2="282" />
+      <triangle index="486" v0="251" v1="252" v2="282" />
+      <triangle index="487" v0="252" v1="282" v2="283" />
+      <triangle index="488" v0="252" v1="253" v2="283" />
+      <triangle index="489" v0="253" v1="283" v2="284" />
+      <triangle index="490" v0="253" v1="254" v2="284" />
+      <triangle index="491" v0="254" v1="284" v2="285" />
+      <triangle index="492" v0="254" v1="255" v2="285" />
+      <triangle index="493" v0="255" v1="285" v2="286" />
+      <triangle index="494" v0="255" v1="256" v2="286" />
+      <triangle index="495" v0="256" v1="286" v2="287" />
+      <triangle index="496" v0="256" v1="257" v2="287" />
+      <triangle index="497" v0="257" v1="287" v2="288" />
+      <triangle index="498" v0="257" v1="258" v2="288" />
+      <triangle index="499" v0="258" v1="288" v2="289" />
+      <triangle index="500" v0="258" v1="259" v2="289" />
+      <triangle index="501" v0="259" v1="289" v2="290" />
+      <triangle index="502" v0="259" v1="260" v2="290" />
+      <triangle index="503" v0="260" v1="290" v2="291" />
+      <triangle index="504" v0="260" v1="261" v2="291" />
+      <triangle index="505" v0="261" v1="291" v2="292" />
+      <triangle index="506" v0="261" v1="262" v2="292" />
+      <triangle index="507" v0="262" v1="292" v2="293" />
+      <triangle index="508" v0="262" v1="263" v2="293" />
+      <triangle index="509" v0="263" v1="293" v2="294" />
+      <triangle index="510" v0="263" v1="264" v2="294" />
+      <triangle index="511" v0="264" v1="294" v2="295" />
+      <triangle index="512" v0="264" v1="265" v2="295" />
+      <triangle index="513" v0="265" v1="295" v2="296" />
+      <triangle index="514" v0="265" v1="266" v2="296" />
+      <triangle index="515" v0="266" v1="296" v2="297" />
+      <triangle index="516" v0="266" v1="267" v2="297" />
+      <triangle index="517" v0="267" v1="297" v2="298" />
+      <triangle index="518" v0="267" v1="268" v2="298" />
+      <triangle index="519" v0="268" v1="298" v2="299" />
+      <triangle index="520" v0="268" v1="269" v2="299" />
+      <triangle index="521" v0="269" v1="299" v2="300" />
+      <triangle index="522" v0="269" v1="270" v2="300" />
+      <triangle index="523" v0="270" v1="300" v2="301" />
+      <triangle index="524" v0="270" v1="271" v2="301" />
+      <triangle index="525" v0="271" v1="301" v2="302" />
+      <triangle index="526" v0="271" v1="272" v2="302" />
+      <triangle index="527" v0="272" v1="302" v2="303" />
+      <triangle index="528" v0="272" v1="273" v2="303" />
+      <triangle index="529" v0="273" v1="303" v2="304" />
+      <triangle index="530" v0="273" v1="274" v2="304" />
+      <triangle index="531" v0="274" v1="304" v2="305" />
+      <triangle index="532" v0="274" v1="275" v2="305" />
+      <triangle index="533" v0="275" v1="305" v2="306" />
+      <triangle index="534" v0="275" v1="276" v2="306" />
+      <triangle index="535" v0="276" v1="306" v2="307" />
+      <triangle index="536" v0="276" v1="277" v2="307" />
+      <triangle index="537" v0="277" v1="307" v2="308" />
+      <triangle index="538" v0="277" v1="278" v2="308" />
+      <triangle index="539" v0="278" v1="308" v2="309" />
+      <triangle index="540" v0="279" v1="280" v2="310" />
+      <triangle index="541" v0="280" v1="310" v2="311" />
+      <triangle index="542" v0="280" v1="281" v2="311" />
+      <triangle index="543" v0="281" v1="311" v2="312" />
+      <triangle index="544" v0="281" v1="282" v2="312" />
+      <triangle index="545" v0="282" v1="312" v2="313" />
+      <triangle index="546" v0="282" v1="283" v2="313" />
+      <triangle index="547" v0="283" v1="313" v2="314" />
+      <triangle index="548" v0="283" v1="284" v2="314" />
+      <triangle index="549" v0="284" v1="314" v2="315" />
+      <triangle index="550" v0="284" v1="285" v2="315" />
+      <triangle index="551" v0="285" v1="315" v2="316" />
+      <triangle index="552" v0="285" v1="286" v2="316" />
+      <triangle index="553" v0="286" v1="316" v2="317" />
+      <triangle index="554" v0="286" v1="287" v2="317" />
+      <triangle index="555" v0="287" v1="317" v2="318" />
+      <triangle index="556" v0="287" v1="288" v2="318" />
+      <triangle index="557" v0="288" v1="318" v2="319" />
+      <triangle index="558" v0="288" v1="289" v2="319" />
+      <triangle index="559" v0="289" v1="319" v2="320" />
+      <triangle index="560" v0="289" v1="290" v2="320" />
+      <triangle index="561" v0="290" v1="320" v2="321" />
+      <triangle index="562" v0="290" v1="291" v2="321" />
+      <triangle index="563" v0="291" v1="321" v2="322" />
+      <triangle index="564" v0="291" v1="292" v2="322" />
+      <triangle index="565" v0="292" v1="322" v2="323" />
+      <triangle index="566" v0="292" v1="293" v2="323" />
+      <triangle index="567" v0="293" v1="323" v2="324" />
+      <triangle index="568" v0="293" v1="294" v2="324" />
+      <triangle index="569" v0="294" v1="324" v2="325" />
+      <triangle index="570" v0="294" v1="295" v2="325" />
+      <triangle index="571" v0="295" v1="325" v2="326" />
+      <triangle index="572" v0="295" v1="296" v2="326" />
+      <triangle index="573" v0="296" v1="326" v2="327" />
+      <triangle index="574" v0="296" v1="297" v2="327" />
+      <triangle index="575" v0="297" v1="327" v2="328" />
+      <triangle index="576" v0="297" v1="298" v2="328" />
+      <triangle index="577" v0="298" v1="328" v2="329" />
+      <triangle index="578" v0="298" v1="299" v2="329" />
+      <triangle index="579" v0="299" v1="329" v2="330" />
+      <triangle index="580" v0="299" v1="300" v2="330" />
+      <triangle index="581" v0="300" v1="330" v2="331" />
+      <triangle index="582" v0="300" v1="301" v2="331" />
+      <triangle index="583" v0="301" v1="331" v2="332" />
+      <triangle index="584" v0="301" v1="302" v2="332" />
+      <triangle index="585" v0="302" v1="332" v2="333" />
+      <triangle index="586" v0="302" v1="303" v2="333" />
+      <triangle index="587" v0="303" v1="333" v2="334" />
+      <triangle index="588" v0="303" v1="304" v2="334" />
+      <triangle index="589" v0="304" v1="334" v2="335" />
+      <triangle index="590" v0="304" v1="305" v2="335" />
+      <triangle index="591" v0="305" v1="335" v2="336" />
+      <triangle index="592" v0="305" v1="306" v2="336" />
+      <triangle index="593" v0="306" v1="336" v2="337" />
+      <triangle index="594" v0="306" v1="307" v2="337" />
+      <triangle index="595" v0="307" v1="337" v2="338" />
+      <triangle index="596" v0="307" v1="308" v2="338" />
+      <triangle index="597" v0="308" v1="338" v2="339" />
+      <triangle index="598" v0="308" v1="309" v2="339" />
+      <triangle index="599" v0="309" v1="339" v2="340" />
+      <triangle index="600" v0="310" v1="311" v2="341" />
+      <triangle index="601" v0="311" v1="341" v2="342" />
+      <triangle index="602" v0="311" v1="312" v2="342" />
+      <triangle index="603" v0="312" v1="342" v2="343" />
+      <triangle index="604" v0="312" v1="313" v2="343" />
+      <triangle index="605" v0="313" v1="343" v2="344" />
+      <triangle index="606" v0="313" v1="314" v2="344" />
+      <triangle index="607" v0="314" v1="344" v2="345" />
+      <triangle index="608" v0="314" v1="315" v2="345" />
+      <triangle index="609" v0="315" v1="345" v2="346" />
+      <triangle index="610" v0="315" v1="316" v2="346" />
+      <triangle index="611" v0="316" v1="346" v2="347" />
+      <triangle index="612" v0="316" v1="317" v2="347" />
+      <triangle index="613" v0="317" v1="347" v2="348" />
+      <triangle index="614" v0="317" v1="318" v2="348" />
+      <triangle index="615" v0="318" v1="348" v2="349" />
+      <triangle index="616" v0="318" v1="319" v2="349" />
+      <triangle index="617" v0="319" v1="349" v2="350" />
+      <triangle index="618" v0="319" v1="320" v2="350" />
+      <triangle index="619" v0="320" v1="350" v2="351" />
+      <triangle index="620" v0="320" v1="321" v2="351" />
+      <triangle index="621" v0="321" v1="351" v2="352" />
+      <triangle index="622" v0="321" v1="322" v2="352" />
+      <triangle index="623" v0="322" v1="352" v2="353" />
+      <triangle index="624" v0="322" v1="323" v2="353" />
+      <triangle index="625" v0="323" v1="353" v2="354" />
+      <triangle index="626" v0="323" v1="324" v2="354" />
+      <triangle index="627" v0="324" v1="354" v2="355" />
+      <triangle index="628" v0="324" v1="325" v2="355" />
+      <triangle index="629" v0="325" v1="355" v2="356" />
+      <triangle index="630" v0="325" v1="326" v2="356" />
+      <triangle index="631" v0="326" v1="356" v2="357" />
+      <triangle index="632" v0="326" v1="327" v2="357" />
+      <triangle index="633" v0="327" v1="357" v2="358" />
+      <triangle index="634" v0="327" v1="328" v2="358" />
+      <triangle index="635" v0="328" v1="358" v2="359" />
+      <triangle index="636" v0="328" v1="329" v2="359" />
+      <triangle index="637" v0="329" v1="359" v2="360" />
+      <triangle index="638" v0="329" v1="330" v2="360" />
+      <triangle index="639" v0="330" v1="360" v2="361" />
+      <triangle index="640" v0="330" v1="331" v2="361" />
+      <triangle index="641" v0="331" v1="361" v2="362" />
+      <triangle index="642" v0="331" v1="332" v2="362" />
+      <triangle index="643" v0="332" v1="362" v2="363" />
+      <triangle index="644" v0="332" v1="333" v2="363" />
+      <triangle index="645" v0="333" v1="363" v2="364" />
+      <triangle index="646" v0="333" v1="334" v2="364" />
+      <triangle index="647" v0="334" v1="364" v2="365" />
+      <triangle index="648" v0="334" v1="335" v2="365" />
+      <triangle index="649" v0="335" v1="365" v2="366" />
+      <triangle index="650" v0="335" v1="336" v2="366" />
+      <triangle index="651" v0="336" v1="366" v2="367" />
+      <triangle index="652" v0="336" v1="337" v2="367" />
+      <triangle index="653" v0="337" v1="367" v2="368" />
+      <triangle index="654" v0="337" v1="338" v2="368" />
+      <triangle index="655" v0="338" v1="368" v2="369" />
+      <triangle index="656" v0="338" v1="339" v2="369" />
+      <triangle index="657" v0="339" v1="369" v2="370" />
+      <triangle index="658" v0="339" v1="340" v2="370" />
+      <triangle index="659" v0="340" v1="370" v2="371" />
+      <triangle index="660" v0="341" v1="342" v2="372" />
+      <triangle index="661" v0="342" v1="372" v2="373" />
+      <triangle index="662" v0="342" v1="343" v2="373" />
+      <triangle index="663" v0="343" v1="373" v2="374" />
+      <triangle index="664" v0="343" v1="344" v2="374" />
+      <triangle index="665" v0="344" v1="374" v2="375" />
+      <triangle index="666" v0="344" v1="345" v2="375" />
+      <triangle index="667" v0="345" v1="375" v2="376" />
+      <triangle index="668" v0="345" v1="346" v2="376" />
+      <triangle index="669" v0="346" v1="376" v2="377" />
+      <triangle index="670" v0="346" v1="347" v2="377" />
+      <triangle index="671" v0="347" v1="377" v2="378" />
+      <triangle index="672" v0="347" v1="348" v2="378" />
+      <triangle index="673" v0="348" v1="378" v2="379" />
+      <triangle index="674" v0="348" v1="349" v2="379" />
+      <triangle index="675" v0="349" v1="379" v2="380" />
+      <triangle index="676" v0="349" v1="350" v2="380" />
+      <triangle index="677" v0="350" v1="380" v2="381" />
+      <triangle index="678" v0="350" v1="351" v2="381" />
+      <triangle index="679" v0="351" v1="381" v2="382" />
+      <triangle index="680" v0="351" v1="352" v2="382" />
+      <triangle index="681" v0="352" v1="382" v2="383" />
+      <triangle index="682" v0="352" v1="353" v2="383" />
+      <triangle index="683" v0="353" v1="383" v2="384" />
+      <triangle index="684" v0="353" v1="354" v2="384" />
+      <triangle index="685" v0="354" v1="384" v2="385" />
+      <triangle index="686" v0="354" v1="355" v2="385" />
+      <triangle index="687" v0="355" v1="385" v2="386" />
+      <triangle index="688" v0="355" v1="356" v2="386" />
+      <triangle index="689" v0="356" v1="386" v2="387" />
+      <triangle index="690" v0="356" v1="357" v2="387" />
+      <triangle index="691" v0="357" v1="387" v2="388" />
+      <triangle index="692" v0="357" v1="358" v2="388" />
+      <triangle index="693" v0="358" v1="388" v2="389" />
+      <triangle index="694" v0="358" v1="359" v2="389" />
+      <triangle index="695" v0="359" v1="389" v2="390" />
+      <triangle index="696" v0="359" v1="360" v2="390" />
+      <triangle index="697" v0="360" v1="390" v2="391" />
+      <triangle index="698" v0="360" v1="361" v2="391" />
+      <triangle index="699" v0="361" v1="391" v2="392" />
+      <triangle index="700" v0="361" v1="362" v2="392" />
+      <triangle index="701" v0="362" v1="392" v2="393" />
+      <triangle index="702" v0="362" v1="363" v2="393" />
+      <triangle index="703" v0="363" v1="393" v2="394" />
+      <triangle index="704" v0="363" v1="364" v2="394" />
+      <triangle index="705" v0="364" v1="394" v2="395" />
+      <triangle index="706" v0="364" v1="365" v2="395" />
+      <triangle index="707" v0="365" v1="395" v2="396" />
+      <triangle index="708" v0="365" v1="366" v2="396" />
+      <triangle index="709" v0="366" v1="396" v2="397" />
+      <triangle index="710" v0="366" v1="367" v2="397" />
+      <triangle index="711" v0="367" v1="397" v2="398" />
+      <triangle index="712" v0="367" v1="368" v2="398" />
+      <triangle index="713" v0="368" v1="398" v2="399" />
+      <triangle index="714" v0="368" v1="369" v2="399" />
+      <triangle index="715" v0="369" v1="399" v2="400" />
+      <triangle index="716" v0="369" v1="370" v2="400" />
+      <triangle index="717" v0="370" v1="400" v2="401" />
+      <triangle index="718" v0="370" v1="371" v2="401" />
+      <triangle index="719" v0="371" v1="401" v2="402" />
+      <triangle index="720" v0="372" v1="373" v2="403" />
+      <triangle index="721" v0="373" v1="403" v2="404" />
+      <triangle index="722" v0="373" v1="374" v2="404" />
+      <triangle index="723" v0="374" v1="404" v2="405" />
+      <triangle index="724" v0="374" v1="375" v2="405" />
+      <triangle index="725" v0="375" v1="405" v2="406" />
+      <triangle index="726" v0="375" v1="376" v2="406" />
+      <triangle index="727" v0="376" v1="406" v2="407" />
+      <triangle index="728" v0="376" v1="377" v2="407" />
+      <triangle index="729" v0="377" v1="407" v2="408" />
+      <triangle index="730" v0="377" v1="378" v2="408" />
+      <triangle index="731" v0="378" v1="408" v2="409" />
+      <triangle index="732" v0="378" v1="379" v2="409" />
+      <triangle index="733" v0="379" v1="409" v2="410" />
+      <triangle index="734" v0="379" v1="380" v2="410" />
+      <triangle index="735" v0="380" v1="410" v2="411" />
+      <triangle index="736" v0="380" v1="381" v2="411" />
+      <triangle index="737" v0="381" v1="411" v2="412" />
+      <triangle index="738" v0="381" v1="382" v2="412" />
+      <triangle index="739" v0="382" v1="412" v2="413" />
+      <triangle index="740" v0="382" v1="383" v2="413" />
+      <triangle index="741" v0="383" v1="413" v2="414" />
+      <triangle index="742" v0="383" v1="384" v2="414" />
+      <triangle index="743" v0="384" v1="414" v2="415" />
+      <triangle index="744" v0="384" v1="385" v2="415" />
+      <triangle index="745" v0="385" v1="415" v2="416" />
+      <triangle index="746" v0="385" v1="386" v2="416" />
+      <triangle index="747" v0="386" v1="416" v2="417" />
+      <triangle index="748" v0="386" v1="387" v2="417" />
+      <triangle index="749" v0="387" v1="417" v2="418" />
+      <triangle index="750" v0="387" v1="388" v2="418" />
+      <triangle index="751" v0="388" v1="418" v2="419" />
+      <triangle index="752" v0="388" v1="389" v2="419" />
+      <triangle index="753" v0="389" v1="419" v2="420" />
+      <triangle index="754" v0="389" v1="390" v2="420" />
+      <triangle index="755" v0="390" v1="420" v2="421" />
+      <triangle index="756" v0="390" v1="391" v2="421" />
+      <triangle index="757" v0="391" v1="421" v2="422" />
+      <triangle index="758" v0="391" v1="392" v2="422" />
+      <triangle index="759" v0="392" v1="422" v2="423" />
+      <triangle index="760" v0="392" v1="393" v2="423" />
+      <triangle index="761" v0="393" v1="423" v2="424" />
+      <triangle index="762" v0="393" v1="394" v2="424" />
+      <triangle index="763" v0="394" v1="424" v2="425" />
+      <triangle index="764" v0="394" v1="395" v2="425" />
+      <triangle index="765" v0="395" v1="425" v2="426" />
+      <triangle index="766" v0="395" v1="396" v2="426" />
+      <triangle index="767" v0="396" v1="426" v2="427" />
+      <triangle index="768" v0="396" v1="397" v2="427" />
+      <triangle index="769" v0="397" v1="427" v2="428" />
+      <triangle index="770" v0="397" v1="398" v2="428" />
+      <triangle index="771" v0="398" v1="428" v2="429" />
+      <triangle index="772" v0="398" v1="399" v2="429" />
+      <triangle index="773" v0="399" v1="429" v2="430" />
+      <triangle index="774" v0="399" v1="400" v2="430" />
+      <triangle index="775" v0="400" v1="430" v2="431" />
+      <triangle index="776" v0="400" v1="401" v2="431" />
+      <triangle index="777" v0="401" v1="431" v2="432" />
+      <triangle index="778" v0="401" v1="402" v2="432" />
+      <triangle index="779" v0="402" v1="432" v2="433" />
+      <triangle index="780" v0="403" v1="404" v2="434" />
+      <triangle index="781" v0="404" v1="434" v2="435" />
+      <triangle index="782" v0="404" v1="405" v2="435" />
+      <triangle index="783" v0="405" v1="435" v2="436" />
+      <triangle index="784" v0="405" v1="406" v2="436" />
+      <triangle index="785" v0="406" v1="436" v2="437" />
+      <triangle index="786" v0="406" v1="407" v2="437" />
+      <triangle index="787" v0="407" v1="437" v2="438" />
+      <triangle index="788" v0="407" v1="408" v2="438" />
+      <triangle index="789" v0="408" v1="438" v2="439" />
+      <triangle index="790" v0="408" v1="409" v2="439" />
+      <triangle index="791" v0="409" v1="439" v2="440" />
+      <triangle index="792" v0="409" v1="410" v2="440" />
+      <triangle index="793" v0="410" v1="440" v2="441" />
+      <triangle index="794" v0="410" v1="411" v2="441" />
+      <triangle index="795" v0="411" v1="441" v2="442" />
+      <triangle index="796" v0="411" v1="412" v2="442" />
+      <triangle index="797" v0="412" v1="442" v2="443" />
+      <triangle index="798" v0="412" v1="413" v2="443" />
+      <triangle index="799" v0="413" v1="443" v2="444" />
+      <triangle index="800" v0="413" v1="414" v2="444" />
+      <triangle index="801" v0="414" v1="444" v2="445" />
+      <triangle index="802" v0="414" v1="415" v2="445" />
+      <triangle index="803" v0="415" v1="445" v2="446" />
+      <triangle index="804" v0="415" v1="416" v2="446" />
+      <triangle index="805" v0="416" v1="446" v2="447" />
+      <triangle index="806" v0="416" v1="417" v2="447" />
+      <triangle index="807" v0="417" v1="447" v2="448" />
+      <triangle index="808" v0="417" v1="418" v2="448" />
+      <triangle index="809" v0="418" v1="448" v2="449" />
+      <triangle index="810" v0="418" v1="419" v2="449" />
+      <triangle index="811" v0="419" v1="449" v2="450" />
+      <triangle index="812" v0="419" v1="420" v2="450" />
+      <triangle index="813" v0="420" v1="450" v2="451" />
+      <triangle index="814" v0="420" v1="421" v2="451" />
+      <triangle index="815" v0="421" v1="451" v2="452" />
+      <triangle index="816" v0="421" v1="422" v2="452" />
+      <triangle index="817" v0="422" v1="452" v2="453" />
+      <triangle index="818" v0="422" v1="423" v2="453" />
+      <triangle index="819" v0="423" v1="453" v2="454" />
+      <triangle index="820" v0="423" v1="424" v2="454" />
+      <triangle index="821" v0="424" v1="454" v2="455" />
+      <triangle index="822" v0="424" v1="425" v2="455" />
+      <triangle index="823" v0="425" v1="455" v2="456" />
+      <triangle index="824" v0="425" v1="426" v2="456" />
+      <triangle index="825" v0="426" v1="456" v2="457" />
+      <triangle index="826" v0="426" v1="427" v2="457" />
+      <triangle index="827" v0="427" v1="457" v2="458" />
+      <triangle index="828" v0="427" v1="428" v2="458" />
+      <triangle index="829" v0="428" v1="458" v2="459" />
+      <triangle index="830" v0="428" v1="429" v2="459" />
+      <triangle index="831" v0="429" v1="459" v2="460" />
+      <triangle index="832" v0="429" v1="430" v2="460" />
+      <triangle index="833" v0="430" v1="460" v2="461" />
+      <triangle index="834" v0="430" v1="431" v2="461" />
+      <triangle index="835" v0="431" v1="461" v2="462" />
+      <triangle index="836" v0="431" v1="432" v2="462" />
+      <triangle index="837" v0="432" v1="462" v2="463" />
+      <triangle index="838" v0="432" v1="433" v2="463" />
+      <triangle index="839" v0="433" v1="463" v2="464" />
+      <triangle index="840" v0="434" v1="435" v2="465" />
+      <triangle index="841" v0="435" v1="465" v2="466" />
+      <triangle index="842" v0="435" v1="436" v2="466" />
+      <triangle index="843" v0="436" v1="466" v2="467" />
+      <triangle index="844" v0="436" v1="437" v2="467" />
+      <triangle index="845" v0="437" v1="467" v2="468" />
+      <triangle index="846" v0="437" v1="438" v2="468" />
+      <triangle index="847" v0="438" v1="468" v2="469" />
+      <triangle index="848" v0="438" v1="439" v2="469" />
+      <triangle index="849" v0="439" v1="469" v2="470" />
+      <triangle index="850" v0="439" v1="440" v2="470" />
+      <triangle index="851" v0="440" v1="470" v2="471" />
+      <triangle index="852" v0="440" v1="441" v2="471" />
+      <triangle index="853" v0="441" v1="471" v2="472" />
+      <triangle index="854" v0="441" v1="442" v2="472" />
+      <triangle index="855" v0="442" v1="472" v2="473" />
+      <triangle index="856" v0="442" v1="443" v2="473" />
+      <triangle index="857" v0="443" v1="473" v2="474" />
+      <triangle index="858" v0="443" v1="444" v2="474" />
+      <triangle index="859" v0="444" v1="474" v2="475" />
+      <triangle index="860" v0="444" v1="445" v2="475" />
+      <triangle index="861" v0="445" v1="475" v2="476" />
+      <triangle index="862" v0="445" v1="446" v2="476" />
+      <triangle index="863" v0="446" v1="476" v2="477" />
+      <triangle index="864" v0="446" v1="447" v2="477" />
+      <triangle index="865" v0="447" v1="477" v2="478" />
+      <triangle index="866" v0="447" v1="448" v2="478" />
+      <triangle index="867" v0="448" v1="478" v2="479" />
+      <triangle index="868" v0="448" v1="449" v2="479" />
+      <triangle index="869" v0="449" v1="479" v2="480" />
+      <triangle index="870" v0="449" v1="450" v2="480" />
+      <triangle index="871" v0="450" v1="480" v2="481" />
+      <triangle index="872" v0="450" v1="451" v2="481" />
+      <triangle index="873" v0="451" v1="481" v2="482" />
+      <triangle index="874" v0="451" v1="452" v2="482" />
+      <triangle index="875" v0="452" v1="482" v2="483" />
+      <triangle index="876" v0="452" v1="453" v2="483" />
+      <triangle index="877" v0="453" v1="483" v2="484" />
+      <triangle index="878" v0="453" v1="454" v2="484" />
+      <triangle index="879" v0="454" v1="484" v2="485" />
+      <triangle index="880" v0="454" v1="455" v2="485" />
+      <triangle index="881" v0="455" v1="485" v2="486" />
+      <triangle index="882" v0="455" v1="456" v2="486" />
+      <triangle index="883" v0="456" v1="486" v2="487" />
+      <triangle index="884" v0="456" v1="457" v2="487" />
+      <triangle index="885" v0="457" v1="487" v2="488" />
+      <triangle index="886" v0="457" v1="458" v2="488" />
+      <triangle index="887" v0="458" v1="488" v2="489" />
+      <triangle index="888" v0="458" v1="459" v2="489" />
+      <triangle index="889" v0="459" v1="489" v2="490" />
+      <triangle index="890" v0="459" v1="460" v2="490" />
+      <triangle index="891" v0="460" v1="490" v2="491" />
+      <triangle index="892" v0="460" v1="461" v2="491" />
+      <triangle index="893" v0="461" v1="491" v2="492" />
+      <triangle index="894" v0="461" v1="462" v2="492" />
+      <triangle index="895" v0="462" v1="492" v2="493" />
+      <triangle index="896" v0="462" v1="463" v2="493" />
+      <triangle index="897" v0="463" v1="493" v2="494" />
+      <triangle index="898" v0="463" v1="464" v2="494" />
+      <triangle index="899" v0="464" v1="494" v2="495" />
+      <triangle index="900" v0="465" v1="466" v2="496" />
+      <triangle index="901" v0="466" v1="496" v2="497" />
+      <triangle index="902" v0="466" v1="467" v2="497" />
+      <triangle index="903" v0="467" v1="497" v2="498" />
+      <triangle index="904" v0="467" v1="468" v2="498" />
+      <triangle index="905" v0="468" v1="498" v2="499" />
+      <triangle index="906" v0="468" v1="469" v2="499" />
+      <triangle index="907" v0="469" v1="499" v2="500" />
+      <triangle index="908" v0="469" v1="470" v2="500" />
+      <triangle index="909" v0="470" v1="500" v2="501" />
+      <triangle index="910" v0="470" v1="471" v2="501" />
+      <triangle index="911" v0="471" v1="501" v2="502" />
+      <triangle index="912" v0="471" v1="472" v2="502" />
+      <triangle index="913" v0="472" v1="502" v2="503" />
+      <triangle index="914" v0="472" v1="473" v2="503" />
+      <triangle index="915" v0="473" v1="503" v2="504" />
+      <triangle index="916" v0="473" v1="474" v2="504" />
+      <triangle index="917" v0="474" v1="504" v2="505" />
+      <triangle index="918" v0="474" v1="475" v2="505" />
+      <triangle index="919" v0="475" v1="505" v2="506" />
+      <triangle index="920" v0="475" v1="476" v2="506" />
+      <triangle index="921" v0="476" v1="506" v2="507" />
+      <triangle index="922" v0="476" v1="477" v2="507" />
+      <triangle index="923" v0="477" v1="507" v2="508" />
+      <triangle index="924" v0="477" v1="478" v2="508" />
+      <triangle index="925" v0="478" v1="508" v2="509" />
+      <triangle index="926" v0="478" v1="479" v2="509" />
+      <triangle index="927" v0="479" v1="509" v2="510" />
+      <triangle index="928" v0="479" v1="480" v2="510" />
+      <triangle index="929" v0="480" v1="510" v2="511" />
+      <triangle index="930" v0="480" v1="481" v2="511" />
+      <triangle index="931" v0="481" v1="511" v2="512" />
+      <triangle index="932" v0="481" v1="482" v2="512" />
+      <triangle index="933" v0="482" v1="512" v2="513" />
+      <triangle index="934" v0="482" v1="483" v2="513" />
+      <triangle index="935" v0="483" v1="513" v2="514" />
+      <triangle index="936" v0="483" v1="484" v2="514" />
+      <triangle index="937" v0="484" v1="514" v2="515" />
+      <triangle index="938" v0="484" v1="485" v2="515" />
+      <triangle index="939" v0="485" v1="515" v2="516" />
+      <triangle index="940" v0="485" v1="486" v2="516" />
+      <triangle index="941" v0="486" v1="516" v2="517" />
+      <triangle index="942" v0="486" v1="487" v2="517" />
+      <triangle index="943" v0="487" v1="517" v2="518" />
+      <triangle index="944" v0="487" v1="488" v2="518" />
+      <triangle index="945" v0="488" v1="518" v2="519" />
+      <triangle index="946" v0="488" v1="489" v2="519" />
+      <triangle index="947" v0="489" v1="519" v2="520" />
+      <triangle index="948" v0="489" v1="490" v2="520" />
+      <triangle index="949" v0="490" v1="520" v2="521" />
+      <triangle index="950" v0="490" v1="491" v2="521" />
+      <triangle index="951" v0="491" v1="521" v2="522" />
+      <triangle index="952" v0="491" v1="492" v2="522" />
+      <triangle index="953" v0="492" v1="522" v2="523" />
+      <triangle index="954" v0="492" v1="493" v2="523" />
+      <triangle index="955" v0="493" v1="523" v2="524" />
+      <triangle index="956" v0="493" v1="494" v2="524" />
+      <triangle index="957" v0="494" v1="524" v2="525" />
+      <triangle index="958" v0="494" v1="495" v2="525" />
+      <triangle index="959" v0="495" v1="525" v2="526" />
+      <triangle index="960" v0="496" v1="497" v2="527" />
+      <triangle index="961" v0="497" v1="527" v2="528" />
+      <triangle index="962" v0="497" v1="498" v2="528" />
+      <triangle index="963" v0="498" v1="528" v2="529" />
+      <triangle index="964" v0="498" v1="499" v2="529" />
+      <triangle index="965" v0="499" v1="529" v2="530" />
+      <triangle index="966" v0="499" v1="500" v2="530" />
+      <triangle index="967" v0="500" v1="530" v2="531" />
+      <triangle index="968" v0="500" v1="501" v2="531" />
+      <triangle index="969" v0="501" v1="531" v2="532" />
+      <triangle index="970" v0="501" v1="502" v2="532" />
+      <triangle index="971" v0="502" v1="532" v2="533" />
+      <triangle index="972" v0="502" v1="503" v2="533" />
+      <triangle index="973" v0="503" v1="533" v2="534" />
+      <triangle index="974" v0="503" v1="504" v2="534" />
+      <triangle index="975" v0="504" v1="534" v2="535" />
+      <triangle index="976" v0="504" v1="505" v2="535" />
+      <triangle index="977" v0="505" v1="535" v2="536" />
+      <triangle index="978" v0="505" v1="506" v2="536" />
+      <triangle index="979" v0="506" v1="536" v2="537" />
+      <triangle index="980" v0="506" v1="507" v2="537" />
+      <triangle index="981" v0="507" v1="537" v2="538" />
+      <triangle index="982" v0="507" v1="508" v2="538" />
+      <triangle index="983" v0="508" v1="538" v2="539" />
+      <triangle index="984" v0="508" v1="509" v2="539" />
+      <triangle index="985" v0="509" v1="539" v2="540" />
+      <triangle index="986" v0="509" v1="510" v2="540" />
+      <triangle index="987" v0="510" v1="540" v2="541" />
+      <triangle index="988" v0="510" v1="511" v2="541" />
+      <triangle index="989" v0="511" v1="541" v2="542" />
+      <triangle index="990" v0="511" v1="512" v2="542" />
+      <triangle index="991" v0="512" v1="542" v2="543" />
+      <triangle index="992" v0="512" v1="513" v2="543" />
+      <triangle index="993" v0="513" v1="543" v2="544" />
+      <triangle index="994" v0="513" v1="514" v2="544" />
+      <triangle index="995" v0="514" v1="544" v2="545" />
+      <triangle index="996" v0="514" v1="515" v2="545" />
+      <triangle index="997" v0="515" v1="545" v2="546" />
+      <triangle index="998" v0="515" v1="516" v2="546" />
+      <triangle index="999" v0="516" v1="546" v2="547" />
+      <triangle index="1000" v0="516" v1="517" v2="547" />
+      <triangle index="1001" v0="517" v1="547" v2="548" />
+      <triangle index="1002" v0="517" v1="518" v2="548" />
+      <triangle index="1003" v0="518" v1="548" v2="549" />
+      <triangle index="1004" v0="518" v1="519" v2="549" />
+      <triangle index="1005" v0="519" v1="549" v2="550" />
+      <triangle index="1006" v0="519" v1="520" v2="550" />
+      <triangle index="1007" v0="520" v1="550" v2="551" />
+      <triangle index="1008" v0="520" v1="521" v2="551" />
+      <triangle index="1009" v0="521" v1="551" v2="552" />
+      <triangle index="1010" v0="521" v1="522" v2="552" />
+      <triangle index="1011" v0="522" v1="552" v2="553" />
+      <triangle index="1012" v0="522" v1="523" v2="553" />
+      <triangle index="1013" v0="523" v1="553" v2="554" />
+      <triangle index="1014" v0="523" v1="524" v2="554" />
+      <triangle index="1015" v0="524" v1="554" v2="555" />
+      <triangle index="1016" v0="524" v1="525" v2="555" />
+      <triangle index="1017" v0="525" v1="555" v2="556" />
+      <triangle index="1018" v0="525" v1="526" v2="556" />
+      <triangle index="1019" v0="526" v1="556" v2="557" />
+      <triangle index="1020" v0="527" v1="528" v2="558" />
+      <triangle index="1021" v0="528" v1="558" v2="559" />
+      <triangle index="1022" v0="528" v1="529" v2="559" />
+      <triangle index="1023" v0="529" v1="559" v2="560" />
+      <triangle index="1024" v0="529" v1="530" v2="560" />
+      <triangle index="1025" v0="530" v1="560" v2="561" />
+      <triangle index="1026" v0="530" v1="531" v2="561" />
+      <triangle index="1027" v0="531" v1="561" v2="562" />
+      <triangle index="1028" v0="531" v1="532" v2="562" />
+      <triangle index="1029" v0="532" v1="562" v2="563" />
+      <triangle index="1030" v0="532" v1="533" v2="563" />
+      <triangle index="1031" v0="533" v1="563" v2="564" />
+      <triangle index="1032" v0="533" v1="534" v2="564" />
+      <triangle index="1033" v0="534" v1="564" v2="565" />
+      <triangle index="1034" v0="534" v1="535" v2="565" />
+      <triangle index="1035" v0="535" v1="565" v2="566" />
+      <triangle index="1036" v0="535" v1="536" v2="566" />
+      <triangle index="1037" v0="536" v1="566" v2="567" />
+      <triangle index="1038" v0="536" v1="537" v2="567" />
+      <triangle index="1039" v0="537" v1="567" v2="568" />
+      <triangle index="1040" v0="537" v1="538" v2="568" />
+      <triangle index="1041" v0="538" v1="568" v2="569" />
+      <triangle index="1042" v0="538" v1="539" v2="569" />
+      <triangle index="1043" v0="539" v1="569" v2="570" />
+      <triangle index="1044" v0="539" v1="540" v2="570" />
+      <triangle index="1045" v0="540" v1="570" v2="571" />
+      <triangle index="1046" v0="540" v1="541" v2="571" />
+      <triangle index="1047" v0="541" v1="571" v2="572" />
+      <triangle index="1048" v0="541" v1="542" v2="572" />
+      <triangle index="1049" v0="542" v1="572" v2="573" />
+      <triangle index="1050" v0="542" v1="543" v2="573" />
+      <triangle index="1051" v0="543" v1="573" v2="574" />
+      <triangle index="1052" v0="543" v1="544" v2="574" />
+      <triangle index="1053" v0="544" v1="574" v2="575" />
+      <triangle index="1054" v0="544" v1="545" v2="575" />
+      <triangle index="1055" v0="545" v1="575" v2="576" />
+      <triangle index="1056" v0="545" v1="546" v2="576" />
+      <triangle index="1057" v0="546" v1="576" v2="577" />
+      <triangle index="1058" v0="546" v1="547" v2="577" />
+      <triangle index="1059" v0="547" v1="577" v2="578" />
+      <triangle index="1060" v0="547" v1="548" v2="578" />
+      <triangle index="1061" v0="548" v1="578" v2="579" />
+      <triangle index="1062" v0="548" v1="549" v2="579" />
+      <triangle index="1063" v0="549" v1="579" v2="580" />
+      <triangle index="1064" v0="549" v1="550" v2="580" />
+      <triangle index="1065" v0="550" v1="580" v2="581" />
+      <triangle index="1066" v0="550" v1="551" v2="581" />
+      <triangle index="1067" v0="551" v1="581" v2="582" />
+      <triangle index="1068" v0="551" v1="552" v2="582" />
+      <triangle index="1069" v0="552" v1="582" v2="583" />
+      <triangle index="1070" v0="552" v1="553" v2="583" />
+      <triangle index="1071" v0="553" v1="583" v2="584" />
+      <triangle index="1072" v0="553" v1="554" v2="584" />
+      <triangle index="1073" v0="554" v1="584" v2="585" />
+      <triangle index="1074" v0="554" v1="555" v2="585" />
+      <triangle index="1075" v0="555" v1="585" v2="586" />
+      <triangle index="1076" v0="555" v1="556" v2="586" />
+      <triangle index="1077" v0="556" v1="586" v2="587" />
+      <triangle index="1078" v0="556" v1="557" v2="587" />
+      <triangle index="1079" v0="557" v1="587" v2="588" />
+      <triangle index="1080" v0="558" v1="559" v2="589" />
+      <triangle index="1081" v0="559" v1="589" v2="590" />
+      <triangle index="1082" v0="559" v1="560" v2="590" />
+      <triangle index="1083" v0="560" v1="590" v2="591" />
+      <triangle index="1084" v0="560" v1="561" v2="591" />
+      <triangle index="1085" v0="561" v1="591" v2="592" />
+      <triangle index="1086" v0="561" v1="562" v2="592" />
+      <triangle index="1087" v0="562" v1="592" v2="593" />
+      <triangle index="1088" v0="562" v1="563" v2="593" />
+      <triangle index="1089" v0="563" v1="593" v2="594" />
+      <triangle index="1090" v0="563" v1="564" v2="594" />
+      <triangle index="1091" v0="564" v1="594" v2="595" />
+      <triangle index="1092" v0="564" v1="565" v2="595" />
+      <triangle index="1093" v0="565" v1="595" v2="596" />
+      <triangle index="1094" v0="565" v1="566" v2="596" />
+      <triangle index="1095" v0="566" v1="596" v2="597" />
+      <triangle index="1096" v0="566" v1="567" v2="597" />
+      <triangle index="1097" v0="567" v1="597" v2="598" />
+      <triangle index="1098" v0="567" v1="568" v2="598" />
+      <triangle index="1099" v0="568" v1="598" v2="599" />
+      <triangle index="1100" v0="568" v1="569" v2="599" />
+      <triangle index="1101" v0="569" v1="599" v2="600" />
+      <triangle index="1102" v0="569" v1="570" v2="600" />
+      <triangle index="1103" v0="570" v1="600" v2="601" />
+      <triangle index="1104" v0="570" v1="571" v2="601" />
+      <triangle index="1105" v0="571" v1="601" v2="602" />
+      <triangle index="1106" v0="571" v1="572" v2="602" />
+      <triangle index="1107" v0="572" v1="602" v2="603" />
+      <triangle index="1108" v0="572" v1="573" v2="603" />
+      <triangle index="1109" v0="573" v1="603" v2="604" />
+      <triangle index="1110" v0="573" v1="574" v2="604" />
+      <triangle index="1111" v0="574" v1="604" v2="605" />
+      <triangle index="1112" v0="574" v1="575" v2="605" />
+      <triangle index="1113" v0="575" v1="605" v2="606" />
+      <triangle index="1114" v0="575" v1="576" v2="606" />
+      <triangle index="1115" v0="576" v1="606" v2="607" />
+      <triangle index="1116" v0="576" v1="577" v2="607" />
+      <triangle index="1117" v0="577" v1="607" v2="608" />
+      <triangle index="1118" v0="577" v1="578" v2="608" />
+      <triangle index="1119" v0="578" v1="608" v2="609" />
+      <triangle index="1120" v0="578" v1="579" v2="609" />
+      <triangle index="1121" v0="579" v1="609" v2="610" />
+      <triangle index="1122" v0="579" v1="580" v2="610" />
+      <triangle index="1123" v0="580" v1="610" v2="611" />
+      <triangle index="1124" v0="580" v1="581" v2="611" />
+      <triangle index="1125" v0="581" v1="611" v2="612" />
+      <triangle index="1126" v0="581" v1="582" v2="612" />
+      <triangle index="1127" v0="582" v1="612" v2="613" />
+      <triangle index="1128" v0="582" v1="583" v2="613" />
+      <triangle index="1129" v0="583" v1="613" v2="614" />
+      <triangle index="1130" v0="583" v1="584" v2="614" />
+      <triangle index="1131" v0="584" v1="614" v2="615" />
+      <triangle index="1132" v0="584" v1="585" v2="615" />
+      <triangle index="1133" v0="585" v1="615" v2="616" />
+      <triangle index="1134" v0="585" v1="586" v2="616" />
+      <triangle index="1135" v0="586" v1="616" v2="617" />
+      <triangle index="1136" v0="586" v1="587" v2="617" />
+      <triangle index="1137" v0="587" v1="617" v2="618" />
+      <triangle index="1138" v0="587" v1="588" v2="618" />
+      <triangle index="1139" v0="588" v1="618" v2="619" />
+      <triangle index="1140" v0="589" v1="590" v2="620" />
+      <triangle index="1141" v0="590" v1="620" v2="621" />
+      <triangle index="1142" v0="590" v1="591" v2="621" />
+      <triangle index="1143" v0="591" v1="621" v2="622" />
+      <triangle index="1144" v0="591" v1="592" v2="622" />
+      <triangle index="1145" v0="592" v1="622" v2="623" />
+      <triangle index="1146" v0="592" v1="593" v2="623" />
+      <triangle index="1147" v0="593" v1="623" v2="624" />
+      <triangle index="1148" v0="593" v1="594" v2="624" />
+      <triangle index="1149" v0="594" v1="624" v2="625" />
+      <triangle index="1150" v0="594" v1="595" v2="625" />
+      <triangle index="1151" v0="595" v1="625" v2="626" />
+      <triangle index="1152" v0="595" v1="596" v2="626" />
+      <triangle index="1153" v0="596" v1="626" v2="627" />
+      <triangle index="1154" v0="596" v1="597" v2="627" />
+      <triangle index="1155" v0="597" v1="627" v2="628" />
+      <triangle index="1156" v0="597" v1="598" v2="628" />
+      <triangle index="1157" v0="598" v1="628" v2="629" />
+      <triangle index="1158" v0="598" v1="599" v2="629" />
+      <triangle index="1159" v0="599" v1="629" v2="630" />
+      <triangle index="1160" v0="599" v1="600" v2="630" />
+      <triangle index="1161" v0="600" v1="630" v2="631" />
+      <triangle index="1162" v0="600" v1="601" v2="631" />
+      <triangle index="1163" v0="601" v1="631" v2="632" />
+      <triangle index="1164" v0="601" v1="602" v2="632" />
+      <triangle index="1165" v0="602" v1="632" v2="633" />
+      <triangle index="1166" v0="602" v1="603" v2="633" />
+      <triangle index="1167" v0="603" v1="633" v2="634" />
+      <triangle index="1168" v0="603" v1="604" v2="634" />
+      <triangle index="1169" v0="604" v1="634" v2="635" />
+      <triangle index="1170" v0="604" v1="605" v2="635" />
+      <triangle index="1171" v0="605" v1="635" v2="636" />
+      <triangle index="1172" v0="605" v1="606" v2="636" />
+      <triangle index="1173" v0="606" v1="636" v2="637" />
+      <triangle index="1174" v0="606" v1="607" v2="637" />
+      <triangle index="1175" v0="607" v1="637" v2="638" />
+      <triangle index="1176" v0="607" v1="608" v2="638" />
+      <triangle index="1177" v0="608" v1="638" v2="639" />
+      <triangle index="1178" v0="608" v1="609" v2="639" />
+      <triangle index="1179" v0="609" v1="639" v2="640" />
+      <triangle index="1180" v0="609" v1="610" v2="640" />
+      <triangle index="1181" v0="610" v1="640" v2="641" />
+      <triangle index="1182" v0="610" v1="611" v2="641" />
+      <triangle index="1183" v0="611" v1="641" v2="642" />
+      <triangle index="1184" v0="611" v1="612" v2="642" />
+      <triangle index="1185" v0="612" v1="642" v2="643" />
+      <triangle index="1186" v0="612" v1="613" v2="643" />
+      <triangle index="1187" v0="613" v1="643" v2="644" />
+      <triangle index="1188" v0="613" v1="614" v2="644" />
+      <triangle index="1189" v0="614" v1="644" v2="645" />
+      <triangle index="1190" v0="614" v1="615" v2="645" />
+      <triangle index="1191" v0="615" v1="645" v2="646" />
+      <triangle index="1192" v0="615" v1="616" v2="646" />
+      <triangle index="1193" v0="616" v1="646" v2="647" />
+      <triangle index="1194" v0="616" v1="617" v2="647" />
+      <triangle index="1195" v0="617" v1="647" v2="648" />
+      <triangle index="1196" v0="617" v1="618" v2="648" />
+      <triangle index="1197" v0="618" v1="648" v2="649" />
+      <triangle index="1198" v0="618" v1="619" v2="649" />
+      <triangle index="1199" v0="619" v1="649" v2="650" />
+      <triangle index="1200" v0="620" v1="621" v2="651" />
+      <triangle index="1201" v0="621" v1="651" v2="652" />
+      <triangle index="1202" v0="621" v1="622" v2="652" />
+      <triangle index="1203" v0="622" v1="652" v2="653" />
+      <triangle index="1204" v0="622" v1="623" v2="653" />
+      <triangle index="1205" v0="623" v1="653" v2="654" />
+      <triangle index="1206" v0="623" v1="624" v2="654" />
+      <triangle index="1207" v0="624" v1="654" v2="655" />
+      <triangle index="1208" v0="624" v1="625" v2="655" />
+      <triangle index="1209" v0="625" v1="655" v2="656" />
+      <triangle index="1210" v0="625" v1="626" v2="656" />
+      <triangle index="1211" v0="626" v1="656" v2="657" />
+      <triangle index="1212" v0="626" v1="627" v2="657" />
+      <triangle index="1213" v0="627" v1="657" v2="658" />
+      <triangle index="1214" v0="627" v1="628" v2="658" />
+      <triangle index="1215" v0="628" v1="658" v2="659" />
+      <triangle index="1216" v0="628" v1="629" v2="659" />
+      <triangle index="1217" v0="629" v1="659" v2="660" />
+      <triangle index="1218" v0="629" v1="630" v2="660" />
+      <triangle index="1219" v0="630" v1="660" v2="661" />
+      <triangle index="1220" v0="630" v1="631" v2="661" />
+      <triangle index="1221" v0="631" v1="661" v2="662" />
+      <triangle index="1222" v0="631" v1="632" v2="662" />
+      <triangle index="1223" v0="632" v1="662" v2="663" />
+      <triangle index="1224" v0="632" v1="633" v2="663" />
+      <triangle index="1225" v0="633" v1="663" v2="664" />
+      <triangle index="1226" v0="633" v1="634" v2="664" />
+      <triangle index="1227" v0="634" v1="664" v2="665" />
+      <triangle index="1228" v0="634" v1="635" v2="665" />
+      <triangle index="1229" v0="635" v1="665" v2="666" />
+      <triangle index="1230" v0="635" v1="636" v2="666" />
+      <triangle index="1231" v0="636" v1="666" v2="667" />
+      <triangle index="1232" v0="636" v1="637" v2="667" />
+      <triangle index="1233" v0="637" v1="667" v2="668" />
+      <triangle index="1234" v0="637" v1="638" v2="668" />
+      <triangle index="1235" v0="638" v1="668" v2="669" />
+      <triangle index="1236" v0="638" v1="639" v2="669" />
+      <triangle index="1237" v0="639" v1="669" v2="670" />
+      <triangle index="1238" v0="639" v1="640" v2="670" />
+      <triangle index="1239" v0="640" v1="670" v2="671" />
+      <triangle index="1240" v0="640" v1="641" v2="671" />
+      <triangle index="1241" v0="641" v1="671" v2="672" />
+      <triangle index="1242" v0="641" v1="642" v2="672" />
+      <triangle index="1243" v0="642" v1="672" v2="673" />
+      <triangle index="1244" v0="642" v1="643" v2="673" />
+      <triangle index="1245" v0="643" v1="673" v2="674" />
+      <triangle index="1246" v0="643" v1="644" v2="674" />
+      <triangle index="1247" v0="644" v1="674" v2="675" />
+      <triangle index="1248" v0="644" v1="645" v2="675" />
+      <triangle index="1249" v0="645" v1="675" v2="676" />
+      <triangle index="1250" v0="645" v1="646" v2="676" />
+      <triangle index="1251" v0="646" v1="676" v2="677" />
+      <triangle index="1252" v0="646" v1="647" v2="677" />
+      <triangle index="1253" v0="647" v1="677" v2="678" />
+      <triangle index="1254" v0="647" v1="648" v2="678" />
+      <triangle index="1255" v0="648" v1="678" v2="679" />
+      <triangle index="1256" v0="648" v1="649" v2="679" />
+      <triangle index="1257" v0="649" v1="679" v2="680" />
+      <triangle index="1258" v0="649" v1="650" v2="680" />
+      <triangle index="1259" v0="650" v1="680" v2="681" />
+      <triangle index="1260" v0="651" v1="652" v2="682" />
+      <triangle index="1261" v0="652" v1="682" v2="683" />
+      <triangle index="1262" v0="652" v1="653" v2="683" />
+      <triangle index="1263" v0="653" v1="683" v2="684" />
+      <triangle index="1264" v0="653" v1="654" v2="684" />
+      <triangle index="1265" v0="654" v1="684" v2="685" />
+      <triangle index="1266" v0="654" v1="655" v2="685" />
+      <triangle index="1267" v0="655" v1="685" v2="686" />
+      <triangle index="1268" v0="655" v1="656" v2="686" />
+      <triangle index="1269" v0="656" v1="686" v2="687" />
+      <triangle index="1270" v0="656" v1="657" v2="687" />
+      <triangle index="1271" v0="657" v1="687" v2="688" />
+      <triangle index="1272" v0="657" v1="658" v2="688" />
+      <triangle index="1273" v0="658" v1="688" v2="689" />
+      <triangle index="1274" v0="658" v1="659" v2="689" />
+      <triangle index="1275" v0="659" v1="689" v2="690" />
+      <triangle index="1276" v0="659" v1="660" v2="690" />
+      <triangle index="1277" v0="660" v1="690" v2="691" />
+      <triangle index="1278" v0="660" v1="661" v2="691" />
+      <triangle index="1279" v0="661" v1="691" v2="692" />
+      <triangle index="1280" v0="661" v1="662" v2="692" />
+      <triangle index="1281" v0="662" v1="692" v2="693" />
+      <triangle index="1282" v0="662" v1="663" v2="693" />
+      <triangle index="1283" v0="663" v1="693" v2="694" />
+      <triangle index="1284" v0="663" v1="664" v2="694" />
+      <triangle index="1285" v0="664" v1="694" v2="695" />
+      <triangle index="1286" v0="664" v1="665" v2="695" />
+      <triangle index="1287" v0="665" v1="695" v2="696" />
+      <triangle index="1288" v0="665" v1="666" v2="696" />
+      <triangle index="1289" v0="666" v1="696" v2="697" />
+      <triangle index="1290" v0="666" v1="667" v2="697" />
+      <triangle index="1291" v0="667" v1="697" v2="698" />
+      <triangle index="1292" v0="667" v1="668" v2="698" />
+      <triangle index="1293" v0="668" v1="698" v2="699" />
+      <triangle index="1294" v0="668" v1="669" v2="699" />
+      <triangle index="1295" v0="669" v1="699" v2="700" />
+      <triangle index="1296" v0="669" v1="670" v2="700" />
+      <triangle index="1297" v0="670" v1="700" v2="701" />
+      <triangle index="1298" v0="670" v1="671" v2="701" />
+      <triangle index="1299" v0="671" v1="701" v2="702" />
+      <triangle index="1300" v0="671" v1="672" v2="702" />
+      <triangle index="1301" v0="672" v1="702" v2="703" />
+      <triangle index="1302" v0="672" v1="673" v2="703" />
+      <triangle index="1303" v0="673" v1="703" v2="704" />
+      <triangle index="1304" v0="673" v1="674" v2="704" />
+      <triangle index="1305" v0="674" v1="704" v2="705" />
+      <triangle index="1306" v0="674" v1="675" v2="705" />
+      <triangle index="1307" v0="675" v1="705" v2="706" />
+      <triangle index="1308" v0="675" v1="676" v2="706" />
+      <triangle index="1309" v0="676" v1="706" v2="707" />
+      <triangle index="1310" v0="676" v1="677" v2="707" />
+      <triangle index="1311" v0="677" v1="707" v2="708" />
+      <triangle index="1312" v0="677" v1="678" v2="708" />
+      <triangle index="1313" v0="678" v1="708" v2="709" />
+      <triangle index="1314" v0="678" v1="679" v2="709" />
+      <triangle index="1315" v0="679" v1="709" v2="710" />
+      <triangle index="1316" v0="679" v1="680" v2="710" />
+      <triangle index="1317" v0="680" v1="710" v2="711" />
+      <triangle index="1318" v0="680" v1="681" v2="711" />
+      <triangle index="1319" v0="681" v1="711" v2="712" />
+      <triangle index="1320" v0="682" v1="683" v2="713" />
+      <triangle index="1321" v0="683" v1="713" v2="714" />
+      <triangle index="1322" v0="683" v1="684" v2="714" />
+      <triangle index="1323" v0="684" v1="714" v2="715" />
+      <triangle index="1324" v0="684" v1="685" v2="715" />
+      <triangle index="1325" v0="685" v1="715" v2="716" />
+      <triangle index="1326" v0="685" v1="686" v2="716" />
+      <triangle index="1327" v0="686" v1="716" v2="717" />
+      <triangle index="1328" v0="686" v1="687" v2="717" />
+      <triangle index="1329" v0="687" v1="717" v2="718" />
+      <triangle index="1330" v0="687" v1="688" v2="718" />
+      <triangle index="1331" v0="688" v1="718" v2="719" />
+      <triangle index="1332" v0="688" v1="689" v2="719" />
+      <triangle index="1333" v0="689" v1="719" v2="720" />
+      <triangle index="1334" v0="689" v1="690" v2="720" />
+      <triangle index="1335" v0="690" v1="720" v2="721" />
+      <triangle index="1336" v0="690" v1="691" v2="721" />
+      <triangle index="1337" v0="691" v1="721" v2="722" />
+      <triangle index="1338" v0="691" v1="692" v2="722" />
+      <triangle index="1339" v0="692" v1="722" v2="723" />
+      <triangle index="1340" v0="692" v1="693" v2="723" />
+      <triangle index="1341" v0="693" v1="723" v2="724" />
+      <triangle index="1342" v0="693" v1="694" v2="724" />
+      <triangle index="1343" v0="694" v1="724" v2="725" />
+      <triangle index="1344" v0="694" v1="695" v2="725" />
+      <triangle index="1345" v0="695" v1="725" v2="726" />
+      <triangle index="1346" v0="695" v1="696" v2="726" />
+      <triangle index="1347" v0="696" v1="726" v2="727" />
+      <triangle index="1348" v0="696" v1="697" v2="727" />
+      <triangle index="1349" v0="697" v1="727" v2="728" />
+      <triangle index="1350" v0="697" v1="698" v2="728" />
+      <triangle index="1351" v0="698" v1="728" v2="729" />
+      <triangle index="1352" v0="698" v1="699" v2="729" />
+      <triangle index="1353" v0="699" v1="729" v2="730" />
+      <triangle index="1354" v0="699" v1="700" v2="730" />
+      <triangle index="1355" v0="700" v1="730" v2="731" />
+      <triangle index="1356" v0="700" v1="701" v2="731" />
+      <triangle index="1357" v0="701" v1="731" v2="732" />
+      <triangle index="1358" v0="701" v1="702" v2="732" />
+      <triangle index="1359" v0="702" v1="732" v2="733" />
+      <triangle index="1360" v0="702" v1="703" v2="733" />
+      <triangle index="1361" v0="703" v1="733" v2="734" />
+      <triangle index="1362" v0="703" v1="704" v2="734" />
+      <triangle index="1363" v0="704" v1="734" v2="735" />
+      <triangle index="1364" v0="704" v1="705" v2="735" />
+      <triangle index="1365" v0="705" v1="735" v2="736" />
+      <triangle index="1366" v0="705" v1="706" v2="736" />
+      <triangle index="1367" v0="706" v1="736" v2="737" />
+      <triangle index="1368" v0="706" v1="707" v2="737" />
+      <triangle index="1369" v0="707" v1="737" v2="738" />
+      <triangle index="1370" v0="707" v1="708" v2="738" />
+      <triangle index="1371" v0="708" v1="738" v2="739" />
+      <triangle index="1372" v0="708" v1="709" v2="739" />
+      <triangle index="1373" v0="709" v1="739" v2="740" />
+      <triangle index="1374" v0="709" v1="710" v2="740" />
+      <triangle index="1375" v0="710" v1="740" v2="741" />
+      <triangle index="1376" v0="710" v1="711" v2="741" />
+      <triangle index="1377" v0="711" v1="741" v2="742" />
+      <triangle index="1378" v0="711" v1="712" v2="742" />
+      <triangle index="1379" v0="712" v1="742" v2="743" />
+      <triangle index="1380" v0="713" v1="714" v2="744" />
+      <triangle index="1381" v0="714" v1="744" v2="745" />
+      <triangle index="1382" v0="714" v1="715" v2="745" />
+      <triangle index="1383" v0="715" v1="745" v2="746" />
+      <triangle index="1384" v0="715" v1="716" v2="746" />
+      <triangle index="1385" v0="716" v1="746" v2="747" />
+      <triangle index="1386" v0="716" v1="717" v2="747" />
+      <triangle index="1387" v0="717" v1="747" v2="748" />
+      <triangle index="1388" v0="717" v1="718" v2="748" />
+      <triangle index="1389" v0="718" v1="748" v2="749" />
+      <triangle index="1390" v0="718" v1="719" v2="749" />
+      <triangle index="1391" v0="719" v1="749" v2="750" />
+      <triangle index="1392" v0="719" v1="720" v2="750" />
+      <triangle index="1393" v0="720" v1="750" v2="751" />
+      <triangle index="1394" v0="720" v1="721" v2="751" />
+      <triangle index="1395" v0="721" v1="751" v2="752" />
+      <triangle index="1396" v0="721" v1="722" v2="752" />
+      <triangle index="1397" v0="722" v1="752" v2="753" />
+      <triangle index="1398" v0="722" v1="723" v2="753" />
+      <triangle index="1399" v0="723" v1="753" v2="754" />
+      <triangle index="1400" v0="723" v1="724" v2="754" />
+      <triangle index="1401" v0="724" v1="754" v2="755" />
+      <triangle index="1402" v0="724" v1="725" v2="755" />
+      <triangle index="1403" v0="725" v1="755" v2="756" />
+      <triangle index="1404" v0="725" v1="726" v2="756" />
+      <triangle index="1405" v0="726" v1="756" v2="757" />
+      <triangle index="1406" v0="726" v1="727" v2="757" />
+      <triangle index="1407" v0="727" v1="757" v2="758" />
+      <triangle index="1408" v0="727" v1="728" v2="758" />
+      <triangle index="1409" v0="728" v1="758" v2="759" />
+      <triangle index="1410" v0="728" v1="729" v2="759" />
+      <triangle index="1411" v0="729" v1="759" v2="760" />
+      <triangle index="1412" v0="729" v1="730" v2="760" />
+      <triangle index="1413" v0="730" v1="760" v2="761" />
+      <triangle index="1414" v0="730" v1="731" v2="761" />
+      <triangle index="1415" v0="731" v1="761" v2="762" />
+      <triangle index="1416" v0="731" v1="732" v2="762" />
+      <triangle index="1417" v0="732" v1="762" v2="763" />
+      <triangle index="1418" v0="732" v1="733" v2="763" />
+      <triangle index="1419" v0="733" v1="763" v2="764" />
+      <triangle index="1420" v0="733" v1="734" v2="764" />
+      <triangle index="1421" v0="734" v1="764" v2="765" />
+      <triangle index="1422" v0="734" v1="735" v2="765" />
+      <triangle index="1423" v0="735" v1="765" v2="766" />
+      <triangle index="1424" v0="735" v1="736" v2="766" />
+      <triangle index="1425" v0="736" v1="766" v2="767" />
+      <triangle index="1426" v0="736" v1="737" v2="767" />
+      <triangle index="1427" v0="737" v1="767" v2="768" />
+      <triangle index="1428" v0="737" v1="738" v2="768" />
+      <triangle index="1429" v0="738" v1="768" v2="769" />
+      <triangle index="1430" v0="738" v1="739" v2="769" />
+      <triangle index="1431" v0="739" v1="769" v2="770" />
+      <triangle index="1432" v0="739" v1="740" v2="770" />
+      <triangle index="1433" v0="740" v1="770" v2="771" />
+      <triangle index="1434" v0="740" v1="741" v2="771" />
+      <triangle index="1435" v0="741" v1="771" v2="772" />
+      <triangle index="1436" v0="741" v1="742" v2="772" />
+      <triangle index="1437" v0="742" v1="772" v2="773" />
+      <triangle index="1438" v0="742" v1="743" v2="773" />
+      <triangle index="1439" v0="743" v1="773" v2="774" />
+      <triangle index="1440" v0="744" v1="745" v2="775" />
+      <triangle index="1441" v0="745" v1="775" v2="776" />
+      <triangle index="1442" v0="745" v1="746" v2="776" />
+      <triangle index="1443" v0="746" v1="776" v2="777" />
+      <triangle index="1444" v0="746" v1="747" v2="777" />
+      <triangle index="1445" v0="747" v1="777" v2="778" />
+      <triangle index="1446" v0="747" v1="748" v2="778" />
+      <triangle index="1447" v0="748" v1="778" v2="779" />
+      <triangle index="1448" v0="748" v1="749" v2="779" />
+      <triangle index="1449" v0="749" v1="779" v2="780" />
+      <triangle index="1450" v0="749" v1="750" v2="780" />
+      <triangle index="1451" v0="750" v1="780" v2="781" />
+      <triangle index="1452" v0="750" v1="751" v2="781" />
+      <triangle index="1453" v0="751" v1="781" v2="782" />
+      <triangle index="1454" v0="751" v1="752" v2="782" />
+      <triangle index="1455" v0="752" v1="782" v2="783" />
+      <triangle index="1456" v0="752" v1="753" v2="783" />
+      <triangle index="1457" v0="753" v1="783" v2="784" />
+      <triangle index="1458" v0="753" v1="754" v2="784" />
+      <triangle index="1459" v0="754" v1="784" v2="785" />
+      <triangle index="1460" v0="754" v1="755" v2="785" />
+      <triangle index="1461" v0="755" v1="785" v2="786" />
+      <triangle index="1462" v0="755" v1="756" v2="786" />
+      <triangle index="1463" v0="756" v1="786" v2="787" />
+      <triangle index="1464" v0="756" v1="757" v2="787" />
+      <triangle index="1465" v0="757" v1="787" v2="788" />
+      <triangle index="1466" v0="757" v1="758" v2="788" />
+      <triangle index="1467" v0="758" v1="788" v2="789" />
+      <triangle index="1468" v0="758" v1="759" v2="789" />
+      <triangle index="1469" v0="759" v1="789" v2="790" />
+      <triangle index="1470" v0="759" v1="760" v2="790" />
+      <triangle index="1471" v0="760" v1="790" v2="791" />
+      <triangle index="1472" v0="760" v1="761" v2="791" />
+      <triangle index="1473" v0="761" v1="791" v2="792" />
+      <triangle index="1474" v0="761" v1="762" v2="792" />
+      <triangle index="1475" v0="762" v1="792" v2="793" />
+      <triangle index="1476" v0="762" v1="763" v2="793" />
+      <triangle index="1477" v0="763" v1="793" v2="794" />
+      <triangle index="1478" v0="763" v1="764" v2="794" />
+      <triangle index="1479" v0="764" v1="794" v2="795" />
+      <triangle index="1480" v0="764" v1="765" v2="795" />
+      <triangle index="1481" v0="765" v1="795" v2="796" />
+      <triangle index="1482" v0="765" v1="766" v2="796" />
+      <triangle index="1483" v0="766" v1="796" v2="797" />
+      <triangle index="1484" v0="766" v1="767" v2="797" />
+      <triangle index="1485" v0="767" v1="797" v2="798" />
+      <triangle index="1486" v0="767" v1="768" v2="798" />
+      <triangle index="1487" v0="768" v1="798" v2="799" />
+      <triangle index="1488" v0="768" v1="769" v2="799" />
+      <triangle index="1489" v0="769" v1="799" v2="800" />
+      <triangle index="1490" v0="769" v1="770" v2="800" />
+      <triangle index="1491" v0="770" v1="800" v2="801" />
+      <triangle index="1492" v0="770" v1="771" v2="801" />
+      <triangle index="1493" v0="771" v1="801" v2="802" />
+      <triangle index="1494" v0="771" v1="772" v2="802" />
+      <triangle index="1495" v0="772" v1="802" v2="803" />
+      <triangle index="1496" v0="772" v1="773" v2="803" />
+      <triangle index="1497" v0="773" v1="803" v2="804" />
+      <triangle index="1498" v0="773" v1="774" v2="804" />
+      <triangle index="1499" v0="774" v1="804" v2="805" />
+      <triangle index="1500" v0="775" v1="776" v2="806" />
+      <triangle index="1501" v0="776" v1="806" v2="807" />
+      <triangle index="1502" v0="776" v1="777" v2="807" />
+      <triangle index="1503" v0="777" v1="807" v2="808" />
+      <triangle index="1504" v0="777" v1="778" v2="808" />
+      <triangle index="1505" v0="778" v1="808" v2="809" />
+      <triangle index="1506" v0="778" v1="779" v2="809" />
+      <triangle index="1507" v0="779" v1="809" v2="810" />
+      <triangle index="1508" v0="779" v1="780" v2="810" />
+      <triangle index="1509" v0="780" v1="810" v2="811" />
+      <triangle index="1510" v0="780" v1="781" v2="811" />
+      <triangle index="1511" v0="781" v1="811" v2="812" />
+      <triangle index="1512" v0="781" v1="782" v2="812" />
+      <triangle index="1513" v0="782" v1="812" v2="813" />
+      <triangle index="1514" v0="782" v1="783" v2="813" />
+      <triangle index="1515" v0="783" v1="813" v2="814" />
+      <triangle index="1516" v0="783" v1="784" v2="814" />
+      <triangle index="1517" v0="784" v1="814" v2="815" />
+      <triangle index="1518" v0="784" v1="785" v2="815" />
+      <triangle index="1519" v0="785" v1="815" v2="816" />
+      <triangle index="1520" v0="785" v1="786" v2="816" />
+      <triangle index="1521" v0="786" v1="816" v2="817" />
+      <triangle index="1522" v0="786" v1="787" v2="817" />
+      <triangle index="1523" v0="787" v1="817" v2="818" />
+      <triangle index="1524" v0="787" v1="788" v2="818" />
+      <triangle index="1525" v0="788" v1="818" v2="819" />
+      <triangle index="1526" v0="788" v1="789" v2="819" />
+      <triangle index="1527" v0="789" v1="819" v2="820" />
+      <triangle index="1528" v0="789" v1="790" v2="820" />
+      <triangle index="1529" v0="790" v1="820" v2="821" />
+      <triangle index="1530" v0="790" v1="791" v2="821" />
+      <triangle index="1531" v0="791" v1="821" v2="822" />
+      <triangle index="1532" v0="791" v1="792" v2="822" />
+      <triangle index="1533" v0="792" v1="822" v2="823" />
+      <triangle index="1534" v0="792" v1="793" v2="823" />
+      <triangle index="1535" v0="793" v1="823" v2="824" />
+      <triangle index="1536" v0="793" v1="794" v2="824" />
+      <triangle index="1537" v0="794" v1="824" v2="825" />
+      <triangle index="1538" v0="794" v1="795" v2="825" />
+      <triangle index="1539" v0="795" v1="825" v2="826" />
+      <triangle index="1540" v0="795" v1="796" v2="826" />
+      <triangle index="1541" v0="796" v1="826" v2="827" />
+      <triangle index="1542" v0="796" v1="797" v2="827" />
+      <triangle index="1543" v0="797" v1="827" v2="828" />
+      <triangle index="1544" v0="797" v1="798" v2="828" />
+      <triangle index="1545" v0="798" v1="828" v2="829" />
+      <triangle index="1546" v0="798" v1="799" v2="829" />
+      <triangle index="1547" v0="799" v1="829" v2="830" />
+      <triangle index="1548" v0="799" v1="800" v2="830" />
+      <triangle index="1549" v0="800" v1="830" v2="831" />
+      <triangle index="1550" v0="800" v1="801" v2="831" />
+      <triangle index="1551" v0="801" v1="831" v2="832" />
+      <triangle index="1552" v0="801" v1="802" v2="832" />
+      <triangle index="1553" v0="802" v1="832" v2="833" />
+      <triangle index="1554" v0="802" v1="803" v2="833" />
+      <triangle index="1555" v0="803" v1="833" v2="834" />
+      <triangle index="1556" v0="803" v1="804" v2="834" />
+      <triangle index="1557" v0="804" v1="834" v2="835" />
+      <triangle index="1558" v0="804" v1="805" v2="835" />
+      <triangle index="1559" v0="805" v1="835" v2="836" />
+      <triangle index="1560" v0="806" v1="807" v2="837" />
+      <triangle index="1561" v0="807" v1="837" v2="838" />
+      <triangle index="1562" v0="807" v1="808" v2="838" />
+      <triangle index="1563" v0="808" v1="838" v2="839" />
+      <triangle index="1564" v0="808" v1="809" v2="839" />
+      <triangle index="1565" v0="809" v1="839" v2="840" />
+      <triangle index="1566" v0="809" v1="810" v2="840" />
+      <triangle index="1567" v0="810" v1="840" v2="841" />
+      <triangle index="1568" v0="810" v1="811" v2="841" />
+      <triangle index="1569" v0="811" v1="841" v2="842" />
+      <triangle index="1570" v0="811" v1="812" v2="842" />
+      <triangle index="1571" v0="812" v1="842" v2="843" />
+      <triangle index="1572" v0="812" v1="813" v2="843" />
+      <triangle index="1573" v0="813" v1="843" v2="844" />
+      <triangle index="1574" v0="813" v1="814" v2="844" />
+      <triangle index="1575" v0="814" v1="844" v2="845" />
+      <triangle index="1576" v0="814" v1="815" v2="845" />
+      <triangle index="1577" v0="815" v1="845" v2="846" />
+      <triangle index="1578" v0="815" v1="816" v2="846" />
+      <triangle index="1579" v0="816" v1="846" v2="847" />
+      <triangle index="1580" v0="816" v1="817" v2="847" />
+      <triangle index="1581" v0="817" v1="847" v2="848" />
+      <triangle index="1582" v0="817" v1="818" v2="848" />
+      <triangle index="1583" v0="818" v1="848" v2="849" />
+      <triangle index="1584" v0="818" v1="819" v2="849" />
+      <triangle index="1585" v0="819" v1="849" v2="850" />
+      <triangle index="1586" v0="819" v1="820" v2="850" />
+      <triangle index="1587" v0="820" v1="850" v2="851" />
+      <triangle index="1588" v0="820" v1="821" v2="851" />
+      <triangle index="1589" v0="821" v1="851" v2="852" />
+      <triangle index="1590" v0="821" v1="822" v2="852" />
+      <triangle index="1591" v0="822" v1="852" v2="853" />
+      <triangle index="1592" v0="822" v1="823" v2="853" />
+      <triangle index="1593" v0="823" v1="853" v2="854" />
+      <triangle index="1594" v0="823" v1="824" v2="854" />
+      <triangle index="1595" v0="824" v1="854" v2="855" />
+      <triangle index="1596" v0="824" v1="825" v2="855" />
+      <triangle index="1597" v0="825" v1="855" v2="856" />
+      <triangle index="1598" v0="825" v1="826" v2="856" />
+      <triangle index="1599" v0="826" v1="856" v2="857" />
+      <triangle index="1600" v0="826" v1="827" v2="857" />
+      <triangle index="1601" v0="827" v1="857" v2="858" />
+      <triangle index="1602" v0="827" v1="828" v2="858" />
+      <triangle index="1603" v0="828" v1="858" v2="859" />
+      <triangle index="1604" v0="828" v1="829" v2="859" />
+      <triangle index="1605" v0="829" v1="859" v2="860" />
+      <triangle index="1606" v0="829" v1="830" v2="860" />
+      <triangle index="1607" v0="830" v1="860" v2="861" />
+      <triangle index="1608" v0="830" v1="831" v2="861" />
+      <triangle index="1609" v0="831" v1="861" v2="862" />
+      <triangle index="1610" v0="831" v1="832" v2="862" />
+      <triangle index="1611" v0="832" v1="862" v2="863" />
+      <triangle index="1612" v0="832" v1="833" v2="863" />
+      <triangle index="1613" v0="833" v1="863" v2="864" />
+      <triangle index="1614" v0="833" v1="834" v2="864" />
+      <triangle index="1615" v0="834" v1="864" v2="865" />
+      <triangle index="1616" v0="834" v1="835" v2="865" />
+      <triangle index="1617" v0="835" v1="865" v2="866" />
+      <triangle index="1618" v0="835" v1="836" v2="866" />
+      <triangle index="1619" v0="836" v1="866" v2="867" />
+      <triangle index="1620" v0="837" v1="838" v2="868" />
+      <triangle index="1621" v0="838" v1="868" v2="869" />
+      <triangle index="1622" v0="838" v1="839" v2="869" />
+      <triangle index="1623" v0="839" v1="869" v2="870" />
+      <triangle index="1624" v0="839" v1="840" v2="870" />
+      <triangle index="1625" v0="840" v1="870" v2="871" />
+      <triangle index="1626" v0="840" v1="841" v2="871" />
+      <triangle index="1627" v0="841" v1="871" v2="872" />
+      <triangle index="1628" v0="841" v1="842" v2="872" />
+      <triangle index="1629" v0="842" v1="872" v2="873" />
+      <triangle index="1630" v0="842" v1="843" v2="873" />
+      <triangle index="1631" v0="843" v1="873" v2="874" />
+      <triangle index="1632" v0="843" v1="844" v2="874" />
+      <triangle index="1633" v0="844" v1="874" v2="875" />
+      <triangle index="1634" v0="844" v1="845" v2="875" />
+      <triangle index="1635" v0="845" v1="875" v2="876" />
+      <triangle index="1636" v0="845" v1="846" v2="876" />
+      <triangle index="1637" v0="846" v1="876" v2="877" />
+      <triangle index="1638" v0="846" v1="847" v2="877" />
+      <triangle index="1639" v0="847" v1="877" v2="878" />
+      <triangle index="1640" v0="847" v1="848" v2="878" />
+      <triangle index="1641" v0="848" v1="878" v2="879" />
+      <triangle index="1642" v0="848" v1="849" v2="879" />
+      <triangle index="1643" v0="849" v1="879" v2="880" />
+      <triangle index="1644" v0="849" v1="850" v2="880" />
+      <triangle index="1645" v0="850" v1="880" v2="881" />
+      <triangle index="1646" v0="850" v1="851" v2="881" />
+      <triangle index="1647" v0="851" v1="881" v2="882" />
+      <triangle index="1648" v0="851" v1="852" v2="882" />
+      <triangle index="1649" v0="852" v1="882" v2="883" />
+      <triangle index="1650" v0="852" v1="853" v2="883" />
+      <triangle index="1651" v0="853" v1="883" v2="884" />
+      <triangle index="1652" v0="853" v1="854" v2="884" />
+      <triangle index="1653" v0="854" v1="884" v2="885" />
+      <triangle index="1654" v0="854" v1="855" v2="885" />
+      <triangle index="1655" v0="855" v1="885" v2="886" />
+      <triangle index="1656" v0="855" v1="856" v2="886" />
+      <triangle index="1657" v0="856" v1="886" v2="887" />
+      <triangle index="1658" v0="856" v1="857" v2="887" />
+      <triangle index="1659" v0="857" v1="887" v2="888" />
+      <triangle index="1660" v0="857" v1="858" v2="888" />
+      <triangle index="1661" v0="858" v1="888" v2="889" />
+      <triangle index="1662" v0="858" v1="859" v2="889" />
+      <triangle index="1663" v0="859" v1="889" v2="890" />
+      <triangle index="1664" v0="859" v1="860" v2="890" />
+      <triangle index="1665" v0="860" v1="890" v2="891" />
+      <triangle index="1666" v0="860" v1="861" v2="891" />
+      <triangle index="1667" v0="861" v1="891" v2="892" />
+      <triangle index="1668" v0="861" v1="862" v2="892" />
+      <triangle index="1669" v0="862" v1="892" v2="893" />
+      <triangle index="1670" v0="862" v1="863" v2="893" />
+      <triangle index="1671" v0="863" v1="893" v2="894" />
+      <triangle index="1672" v0="863" v1="864" v2="894" />
+      <triangle index="1673" v0="864" v1="894" v2="895" />
+      <triangle index="1674" v0="864" v1="865" v2="895" />
+      <triangle index="1675" v0="865" v1="895" v2="896" />
+      <triangle index="1676" v0="865" v1="866" v2="896" />
+      <triangle index="1677" v0="866" v1="896" v2="897" />
+      <triangle index="1678" v0="866" v1="867" v2="897" />
+      <triangle index="1679" v0="867" v1="897" v2="898" />
+      <triangle index="1680" v0="868" v1="869" v2="899" />
+      <triangle index="1681" v0="869" v1="899" v2="900" />
+      <triangle index="1682" v0="869" v1="870" v2="900" />
+      <triangle index="1683" v0="870" v1="900" v2="901" />
+      <triangle index="1684" v0="870" v1="871" v2="901" />
+      <triangle index="1685" v0="871" v1="901" v2="902" />
+      <triangle index="1686" v0="871" v1="872" v2="902" />
+      <triangle index="1687" v0="872" v1="902" v2="903" />
+      <triangle index="1688" v0="872" v1="873" v2="903" />
+      <triangle index="1689" v0="873" v1="903" v2="904" />
+      <triangle index="1690" v0="873" v1="874" v2="904" />
+      <triangle index="1691" v0="874" v1="904" v2="905" />
+      <triangle index="1692" v0="874" v1="875" v2="905" />
+      <triangle index="1693" v0="875" v1="905" v2="906" />
+      <triangle index="1694" v0="875" v1="876" v2="906" />
+      <triangle index="1695" v0="876" v1="906" v2="907" />
+      <triangle index="1696" v0="876" v1="877" v2="907" />
+      <triangle index="1697" v0="877" v1="907" v2="908" />
+      <triangle index="1698" v0="877" v1="878" v2="908" />
+      <triangle index="1699" v0="878" v1="908" v2="909" />
+      <triangle index="1700" v0="878" v1="879" v2="909" />
+      <triangle index="1701" v0="879" v1="909" v2="910" />
+      <triangle index="1702" v0="879" v1="880" v2="910" />
+      <triangle index="1703" v0="880" v1="910" v2="911" />
+      <triangle index="1704" v0="880" v1="881" v2="911" />
+      <triangle index="1705" v0="881" v1="911" v2="912" />
+      <triangle index="1706" v0="881" v1="882" v2="912" />
+      <triangle index="1707" v0="882" v1="912" v2="913" />
+      <triangle index="1708" v0="882" v1="883" v2="913" />
+      <triangle index="1709" v0="883" v1="913" v2="914" />
+      <triangle index="1710" v0="883" v1="884" v2="914" />
+      <triangle index="1711" v0="884" v1="914" v2="915" />
+      <triangle index="1712" v0="884" v1="885" v2="915" />
+      <triangle index="1713" v0="885" v1="915" v2="916" />
+      <triangle index="1714" v0="885" v1="886" v2="916" />
+      <triangle index="1715" v0="886" v1="916" v2="917" />
+      <triangle index="1716" v0="886" v1="887" v2="917" />
+      <triangle index="1717" v0="887" v1="917" v2="918" />
+      <triangle index="1718" v0="887" v1="888" v2="918" />
+      <triangle index="1719" v0="888" v1="918" v2="919" />
+      <triangle index="1720" v0="888" v1="889" v2="919" />
+      <triangle index="1721" v0="889" v1="919" v2="920" />
+      <triangle index="1722" v0="889" v1="890" v2="920" />
+      <triangle index="1723" v0="890" v1="920" v2="921" />
+      <triangle index="1724" v0="890" v1="891" v2="921" />
+      <triangle index="1725" v0="891" v1="921" v2="922" />
+      <triangle index="1726" v0="891" v1="892" v2="922" />
+      <triangle index="1727" v0="892" v1="922" v2="923" />
+      <triangle index="1728" v0="892" v1="893" v2="923" />
+      <triangle index="1729" v0="893" v1="923" v2="924" />
+      <triangle index="1730" v0="893" v1="894" v2="924" />
+      <triangle index="1731" v0="894" v1="924" v2="925" />
+      <triangle index="1732" v0="894" v1="895" v2="925" />
+      <triangle index="1733" v0="895" v1="925" v2="926" />
+      <triangle index="1734" v0="895" v1="896" v2="926" />
+      <triangle index="1735" v0="896" v1="926" v2="927" />
+      <triangle index="1736" v0="896" v1="897" v2="927" />
+      <triangle index="1737" v0="897" v1="927" v2="928" />
+      <triangle index="1738" v0="897" v1="898" v2="928" />
+      <triangle index="1739" v0="898" v1="928" v2="929" />
+      <triangle index="1740" v0="899" v1="900" v2="930" />
+      <triangle index="1741" v0="900" v1="930" v2="931" />
+      <triangle index="1742" v0="900" v1="901" v2="931" />
+      <triangle index="1743" v0="901" v1="931" v2="932" />
+      <triangle index="1744" v0="901" v1="902" v2="932" />
+      <triangle index="1745" v0="902" v1="932" v2="933" />
+      <triangle index="1746" v0="902" v1="903" v2="933" />
+      <triangle index="1747" v0="903" v1="933" v2="934" />
+      <triangle index="1748" v0="903" v1="904" v2="934" />
+      <triangle index="1749" v0="904" v1="934" v2="935" />
+      <triangle index="1750" v0="904" v1="905" v2="935" />
+      <triangle index="1751" v0="905" v1="935" v2="936" />
+      <triangle index="1752" v0="905" v1="906" v2="936" />
+      <triangle index="1753" v0="906" v1="936" v2="937" />
+      <triangle index="1754" v0="906" v1="907" v2="937" />
+      <triangle index="1755" v0="907" v1="937" v2="938" />
+      <triangle index="1756" v0="907" v1="908" v2="938" />
+      <triangle index="1757" v0="908" v1="938" v2="939" />
+      <triangle index="1758" v0="908" v1="909" v2="939" />
+      <triangle index="1759" v0="909" v1="939" v2="940" />
+      <triangle index="1760" v0="909" v1="910" v2="940" />
+      <triangle index="1761" v0="910" v1="940" v2="941" />
+      <triangle index="1762" v0="910" v1="911" v2="941" />
+      <triangle index="1763" v0="911" v1="941" v2="942" />
+      <triangle index="1764" v0="911" v1="912" v2="942" />
+      <triangle index="1765" v0="912" v1="942" v2="943" />
+      <triangle index="1766" v0="912" v1="913" v2="943" />
+      <triangle index="1767" v0="913" v1="943" v2="944" />
+      <triangle index="1768" v0="913" v1="914" v2="944" />
+      <triangle index="1769" v0="914" v1="944" v2="945" />
+      <triangle index="1770" v0="914" v1="915" v2="945" />
+      <triangle index="1771" v0="915" v1="945" v2="946" />
+      <triangle index="1772" v0="915" v1="916" v2="946" />
+      <triangle index="1773" v0="916" v1="946" v2="947" />
+      <triangle index="1774" v0="916" v1="917" v2="947" />
+      <triangle index="1775" v0="917" v1="947" v2="948" />
+      <triangle index="1776" v0="917" v1="918" v2="948" />
+      <triangle index="1777" v0="918" v1="948" v2="949" />
+      <triangle index="1778" v0="918" v1="919" v2="949" />
+      <triangle index="1779" v0="919" v1="949" v2="950" />
+      <triangle index="1780" v0="919" v1="920" v2="950" />
+      <triangle index="1781" v0="920" v1="950" v2="951" />
+      <triangle index="1782" v0="920" v1="921" v2="951" />
+      <triangle index="1783" v0="921" v1="951" v2="952" />
+      <triangle index="1784" v0="921" v1="922" v2="952" />
+      <triangle index="1785" v0="922" v1="952" v2="953" />
+      <triangle index="1786" v0="922" v1="923" v2="953" />
+      <triangle index="1787" v0="923" v1="953" v2="954" />
+      <triangle index="1788" v0="923" v1="924" v2="954" />
+      <triangle index="1789" v0="924" v1="954" v2="955" />
+      <triangle index="1790" v0="924" v1="925" v2="955" />
+      <triangle index="1791" v0="925" v1="955" v2="956" />
+      <triangle index="1792" v0="925" v1="926" v2="956" />
+      <triangle index="1793" v0="926" v1="956" v2="957" />
+      <triangle index="1794" v0="926" v1="927" v2="957" />
+      <triangle index="1795" v0="927" v1="957" v2="958" />
+      <triangle index="1796" v0="927" v1="928" v2="958" />
+      <triangle index="1797" v0="928" v1="958" v2="959" />
+      <triangle index="1798" v0="928" v1="929" v2="959" />
+      <triangle index="1799" v0="929" v1="959" v2="960" />
+      <triangle index="1800" v0="961" v1="962" v2="992" />
+      <triangle index="1801" v0="962" v1="992" v2="993" />
+      <triangle index="1802" v0="962" v1="963" v2="993" />
+      <triangle index="1803" v0="963" v1="993" v2="994" />
+      <triangle index="1804" v0="963" v1="964" v2="994" />
+      <triangle index="1805" v0="964" v1="994" v2="995" />
+      <triangle index="1806" v0="964" v1="965" v2="995" />
+      <triangle index="1807" v0="965" v1="995" v2="996" />
+      <triangle index="1808" v0="965" v1="966" v2="996" />
+      <triangle index="1809" v0="966" v1="996" v2="997" />
+      <triangle index="1810" v0="966" v1="967" v2="997" />
+      <triangle index="1811" v0="967" v1="997" v2="998" />
+      <triangle index="1812" v0="967" v1="968" v2="998" />
+      <triangle index="1813" v0="968" v1="998" v2="999" />
+      <triangle index="1814" v0="968" v1="969" v2="999" />
+      <triangle index="1815" v0="969" v1="999" v2="1000" />
+      <triangle index="1816" v0="969" v1="970" v2="1000" />
+      <triangle index="1817" v0="970" v1="1000" v2="1001" />
+      <triangle index="1818" v0="970" v1="971" v2="1001" />
+      <triangle index="1819" v0="971" v1="1001" v2="1002" />
+      <triangle index="1820" v0="971" v1="972" v2="1002" />
+      <triangle index="1821" v0="972" v1="1002" v2="1003" />
+      <triangle index="1822" v0="972" v1="973" v2="1003" />
+      <triangle index="1823" v0="973" v1="1003" v2="1004" />
+      <triangle index="1824" v0="973" v1="974" v2="1004" />
+      <triangle index="1825" v0="974" v1="1004" v2="1005" />
+      <triangle index="1826" v0="974" v1="975" v2="1005" />
+      <triangle index="1827" v0="975" v1="1005" v2="1006" />
+      <triangle index="1828" v0="975" v1="976" v2="1006" />
+      <triangle index="1829" v0="976" v1="1006" v2="1007" />
+      <triangle index="1830" v0="976" v1="977" v2="1007" />
+      <triangle index="1831" v0="977" v1="1007" v2="1008" />
+      <triangle index="1832" v0="977" v1="978" v2="1008" />
+      <triangle index="1833" v0="978" v1="1008" v2="1009" />
+      <triangle index="1834" v0="978" v1="979" v2="1009" />
+      <triangle index="1835" v0="979" v1="1009" v2="1010" />
+      <triangle index="1836" v0="979" v1="980" v2="1010" />
+      <triangle index="1837" v0="980" v1="1010" v2="1011" />
+      <triangle index="1838" v0="980" v1="981" v2="1011" />
+      <triangle index="1839" v0="981" v1="1011" v2="1012" />
+      <triangle index="1840" v0="981" v1="982" v2="1012" />
+      <triangle index="1841" v0="982" v1="1012" v2="1013" />
+      <triangle index="1842" v0="982" v1="983" v2="1013" />
+      <triangle index="1843" v0="983" v1="1013" v2="1014" />
+      <triangle index="1844" v0="983" v1="984" v2="1014" />
+      <triangle index="1845" v0="984" v1="1014" v2="1015" />
+      <triangle index="1846" v0="984" v1="985" v2="1015" />
+      <triangle index="1847" v0="985" v1="1015" v2="1016" />
+      <triangle index="1848" v0="985" v1="986" v2="1016" />
+      <triangle index="1849" v0="986" v1="1016" v2="1017" />
+      <triangle index="1850" v0="986" v1="987" v2="1017" />
+      <triangle index="1851" v0="987" v1="1017" v2="1018" />
+      <triangle index="1852" v0="987" v1="988" v2="1018" />
+      <triangle index="1853" v0="988" v1="1018" v2="1019" />
+      <triangle index="1854" v0="988" v1="989" v2="1019" />
+      <triangle index="1855" v0="989" v1="1019" v2="1020" />
+      <triangle index="1856" v0="989" v1="990" v2="1020" />
+      <triangle index="1857" v0="990" v1="1020" v2="1021" />
+      <triangle index="1858" v0="990" v1="991" v2="1021" />
+      <triangle index="1859" v0="991" v1="1021" v2="1022" />
+      <triangle index="1860" v0="992" v1="993" v2="1023" />
+      <triangle index="1861" v0="993" v1="1023" v2="1024" />
+      <triangle index="1862" v0="993" v1="994" v2="1024" />
+      <triangle index="1863" v0="994" v1="1024" v2="1025" />
+      <triangle index="1864" v0="994" v1="995" v2="1025" />
+      <triangle index="1865" v0="995" v1="1025" v2="1026" />
+      <triangle index="1866" v0="995" v1="996" v2="1026" />
+      <triangle index="1867" v0="996" v1="1026" v2="1027" />
+      <triangle index="1868" v0="996" v1="997" v2="1027" />
+      <triangle index="1869" v0="997" v1="1027" v2="1028" />
+      <triangle index="1870" v0="997" v1="998" v2="1028" />
+      <triangle index="1871" v0="998" v1="1028" v2="1029" />
+      <triangle index="1872" v0="998" v1="999" v2="1029" />
+      <triangle index="1873" v0="999" v1="1029" v2="1030" />
+      <triangle index="1874" v0="999" v1="1000" v2="1030" />
+      <triangle index="1875" v0="1000" v1="1030" v2="1031" />
+      <triangle index="1876" v0="1000" v1="1001" v2="1031" />
+      <triangle index="1877" v0="1001" v1="1031" v2="1032" />
+      <triangle index="1878" v0="1001" v1="1002" v2="1032" />
+      <triangle index="1879" v0="1002" v1="1032" v2="1033" />
+      <triangle index="1880" v0="1002" v1="1003" v2="1033" />
+      <triangle index="1881" v0="1003" v1="1033" v2="1034" />
+      <triangle index="1882" v0="1003" v1="1004" v2="1034" />
+      <triangle index="1883" v0="1004" v1="1034" v2="1035" />
+      <triangle index="1884" v0="1004" v1="1005" v2="1035" />
+      <triangle index="1885" v0="1005" v1="1035" v2="1036" />
+      <triangle index="1886" v0="1005" v1="1006" v2="1036" />
+      <triangle index="1887" v0="1006" v1="1036" v2="1037" />
+      <triangle index="1888" v0="1006" v1="1007" v2="1037" />
+      <triangle index="1889" v0="1007" v1="1037" v2="1038" />
+      <triangle index="1890" v0="1007" v1="1008" v2="1038" />
+      <triangle index="1891" v0="1008" v1="1038" v2="1039" />
+      <triangle index="1892" v0="1008" v1="1009" v2="1039" />
+      <triangle index="1893" v0="1009" v1="1039" v2="1040" />
+      <triangle index="1894" v0="1009" v1="1010" v2="1040" />
+      <triangle index="1895" v0="1010" v1="1040" v2="1041" />
+      <triangle index="1896" v0="1010" v1="1011" v2="1041" />
+      <triangle index="1897" v0="1011" v1="1041" v2="1042" />
+      <triangle index="1898" v0="1011" v1="1012" v2="1042" />
+      <triangle index="1899" v0="1012" v1="1042" v2="1043" />
+      <triangle index="1900" v0="1012" v1="1013" v2="1043" />
+      <triangle index="1901" v0="1013" v1="1043" v2="1044" />
+      <triangle index="1902" v0="1013" v1="1014" v2="1044" />
+      <triangle index="1903" v0="1014" v1="1044" v2="1045" />
+      <triangle index="1904" v0="1014" v1="1015" v2="1045" />
+      <triangle index="1905" v0="1015" v1="1045" v2="1046" />
+      <triangle index="1906" v0="1015" v1="1016" v2="1046" />
+      <triangle index="1907" v0="1016" v1="1046" v2="1047" />
+      <triangle index="1908" v0="1016" v1="1017" v2="1047" />
+      <triangle index="1909" v0="1017" v1="1047" v2="1048" />
+      <triangle index="1910" v0="1017" v1="1018" v2="1048" />
+      <triangle index="1911" v0="1018" v1="1048" v2="1049" />
+      <triangle index="1912" v0="1018" v1="1019" v2="1049" />
+      <triangle index="1913" v0="1019" v1="1049" v2="1050" />
+      <triangle index="1914" v0="1019" v1="1020" v2="1050" />
+      <triangle index="1915" v0="1020" v1="1050" v2="1051" />
+      <triangle index="1916" v0="1020" v1="1021" v2="1051" />
+      <triangle index="1917" v0="1021" v1="1051" v2="1052" />
+      <triangle index="1918" v0="1021" v1="1022" v2="1052" />
+      <triangle index="1919" v0="1022" v1="1052" v2="1053" />
+      <triangle index="1920" v0="1023" v1="1024" v2="1054" />
+      <triangle index="1921" v0="1024" v1="1054" v2="1055" />
+      <triangle index="1922" v0="1024" v1="1025" v2="1055" />
+      <triangle index="1923" v0="1025" v1="1055" v2="1056" />
+      <triangle index="1924" v0="1025" v1="1026" v2="1056" />
+      <triangle index="1925" v0="1026" v1="1056" v2="1057" />
+      <triangle index="1926" v0="1026" v1="1027" v2="1057" />
+      <triangle index="1927" v0="1027" v1="1057" v2="1058" />
+      <triangle index="1928" v0="1027" v1="1028" v2="1058" />
+      <triangle index="1929" v0="1028" v1="1058" v2="1059" />
+      <triangle index="1930" v0="1028" v1="1029" v2="1059" />
+      <triangle index="1931" v0="1029" v1="1059" v2="1060" />
+      <triangle index="1932" v0="1029" v1="1030" v2="1060" />
+      <triangle index="1933" v0="1030" v1="1060" v2="1061" />
+      <triangle index="1934" v0="1030" v1="1031" v2="1061" />
+      <triangle index="1935" v0="1031" v1="1061" v2="1062" />
+      <triangle index="1936" v0="1031" v1="1032" v2="1062" />
+      <triangle index="1937" v0="1032" v1="1062" v2="1063" />
+      <triangle index="1938" v0="1032" v1="1033" v2="1063" />
+      <triangle index="1939" v0="1033" v1="1063" v2="1064" />
+      <triangle index="1940" v0="1033" v1="1034" v2="1064" />
+      <triangle index="1941" v0="1034" v1="1064" v2="1065" />
+      <triangle index="1942" v0="1034" v1="1035" v2="1065" />
+      <triangle index="1943" v0="1035" v1="1065" v2="1066" />
+      <triangle index="1944" v0="1035" v1="1036" v2="1066" />
+      <triangle index="1945" v0="1036" v1="1066" v2="1067" />
+      <triangle index="1946" v0="1036" v1="1037" v2="1067" />
+      <triangle index="1947" v0="1037" v1="1067" v2="1068" />
+      <triangle index="1948" v0="1037" v1="1038" v2="1068" />
+      <triangle index="1949" v0="1038" v1="1068" v2="1069" />
+      <triangle index="1950" v0="1038" v1="1039" v2="1069" />
+      <triangle index="1951" v0="1039" v1="1069" v2="1070" />
+      <triangle index="1952" v0="1039" v1="1040" v2="1070" />
+      <triangle index="1953" v0="1040" v1="1070" v2="1071" />
+      <triangle index="1954" v0="1040" v1="1041" v2="1071" />
+      <triangle index="1955" v0="1041" v1="1071" v2="1072" />
+      <triangle index="1956" v0="1041" v1="1042" v2="1072" />
+      <triangle index="1957" v0="1042" v1="1072" v2="1073" />
+      <triangle index="1958" v0="1042" v1="1043" v2="1073" />
+      <triangle index="1959" v0="1043" v1="1073" v2="1074" />
+      <triangle index="1960" v0="1043" v1="1044" v2="1074" />
+      <triangle index="1961" v0="1044" v1="1074" v2="1075" />
+      <triangle index="1962" v0="1044" v1="1045" v2="1075" />
+      <triangle index="1963" v0="1045" v1="1075" v2="1076" />
+      <triangle index="1964" v0="1045" v1="1046" v2="1076" />
+      <triangle index="1965" v0="1046" v1="1076" v2="1077" />
+      <triangle index="1966" v0="1046" v1="1047" v2="1077" />
+      <triangle index="1967" v0="1047" v1="1077" v2="1078" />
+      <triangle index="1968" v0="1047" v1="1048" v2="1078" />
+      <triangle index="1969" v0="1048" v1="1078" v2="1079" />
+      <triangle index="1970" v0="1048" v1="1049" v2="1079" />
+      <triangle index="1971" v0="1049" v1="1079" v2="1080" />
+      <triangle index="1972" v0="1049" v1="1050" v2="1080" />
+      <triangle index="1973" v0="1050" v1="1080" v2="1081" />
+      <triangle index="1974" v0="1050" v1="1051" v2="1081" />
+      <triangle index="1975" v0="1051" v1="1081" v2="1082" />
+      <triangle index="1976" v0="1051" v1="1052" v2="1082" />
+      <triangle index="1977" v0="1052" v1="1082" v2="1083" />
+      <triangle index="1978" v0="1052" v1="1053" v2="1083" />
+      <triangle index="1979" v0="1053" v1="1083" v2="1084" />
+      <triangle index="1980" v0="1054" v1="1055" v2="1085" />
+      <triangle index="1981" v0="1055" v1="1085" v2="1086" />
+      <triangle index="1982" v0="1055" v1="1056" v2="1086" />
+      <triangle index="1983" v0="1056" v1="1086" v2="1087" />
+      <triangle index="1984" v0="1056" v1="1057" v2="1087" />
+      <triangle index="1985" v0="1057" v1="1087" v2="1088" />
+      <triangle index="1986" v0="1057" v1="1058" v2="1088" />
+      <triangle index="1987" v0="1058" v1="1088" v2="1089" />
+      <triangle index="1988" v0="1058" v1="1059" v2="1089" />
+      <triangle index="1989" v0="1059" v1="1089" v2="1090" />
+      <triangle index="1990" v0="1059" v1="1060" v2="1090" />
+      <triangle index="1991" v0="1060" v1="1090" v2="1091" />
+      <triangle index="1992" v0="1060" v1="1061" v2="1091" />
+      <triangle index="1993" v0="1061" v1="1091" v2="1092" />
+      <triangle index="1994" v0="1061" v1="1062" v2="1092" />
+      <triangle index="1995" v0="1062" v1="1092" v2="1093" />
+      <triangle index="1996" v0="1062" v1="1063" v2="1093" />
+      <triangle index="1997" v0="1063" v1="1093" v2="1094" />
+      <triangle index="1998" v0="1063" v1="1064" v2="1094" />
+      <triangle index="1999" v0="1064" v1="1094" v2="1095" />
+      <triangle index="2000" v0="1064" v1="1065" v2="1095" />
+      <triangle index="2001" v0="1065" v1="1095" v2="1096" />
+      <triangle index="2002" v0="1065" v1="1066" v2="1096" />
+      <triangle index="2003" v0="1066" v1="1096" v2="1097" />
+      <triangle index="2004" v0="1066" v1="1067" v2="1097" />
+      <triangle index="2005" v0="1067" v1="1097" v2="1098" />
+      <triangle index="2006" v0="1067" v1="1068" v2="1098" />
+      <triangle index="2007" v0="1068" v1="1098" v2="1099" />
+      <triangle index="2008" v0="1068" v1="1069" v2="1099" />
+      <triangle index="2009" v0="1069" v1="1099" v2="1100" />
+      <triangle index="2010" v0="1069" v1="1070" v2="1100" />
+      <triangle index="2011" v0="1070" v1="1100" v2="1101" />
+      <triangle index="2012" v0="1070" v1="1071" v2="1101" />
+      <triangle index="2013" v0="1071" v1="1101" v2="1102" />
+      <triangle index="2014" v0="1071" v1="1072" v2="1102" />
+      <triangle index="2015" v0="1072" v1="1102" v2="1103" />
+      <triangle index="2016" v0="1072" v1="1073" v2="1103" />
+      <triangle index="2017" v0="1073" v1="1103" v2="1104" />
+      <triangle index="2018" v0="1073" v1="1074" v2="1104" />
+      <triangle index="2019" v0="1074" v1="1104" v2="1105" />
+      <triangle index="2020" v0="1074" v1="1075" v2="1105" />
+      <triangle index="2021" v0="1075" v1="1105" v2="1106" />
+      <triangle index="2022" v0="1075" v1="1076" v2="1106" />
+      <triangle index="2023" v0="1076" v1="1106" v2="1107" />
+      <triangle index="2024" v0="1076" v1="1077" v2="1107" />
+      <triangle index="2025" v0="1077" v1="1107" v2="1108" />
+      <triangle index="2026" v0="1077" v1="1078" v2="1108" />
+      <triangle index="2027" v0="1078" v1="1108" v2="1109" />
+      <triangle index="2028" v0="1078" v1="1079" v2="1109" />
+      <triangle index="2029" v0="1079" v1="1109" v2="1110" />
+      <triangle index="2030" v0="1079" v1="1080" v2="1110" />
+      <triangle index="2031" v0="1080" v1="1110" v2="1111" />
+      <triangle index="2032" v0="1080" v1="1081" v2="1111" />
+      <triangle index="2033" v0="1081" v1="1111" v2="1112" />
+      <triangle index="2034" v0="1081" v1="1082" v2="1112" />
+      <triangle index="2035" v0="1082" v1="1112" v2="1113" />
+      <triangle index="2036" v0="1082" v1="1083" v2="1113" />
+      <triangle index="2037" v0="1083" v1="1113" v2="1114" />
+      <triangle index="2038" v0="1083" v1="1084" v2="1114" />
+      <triangle index="2039" v0="1084" v1="1114" v2="1115" />
+      <triangle index="2040" v0="1085" v1="1086" v2="1116" />
+      <triangle index="2041" v0="1086" v1="1116" v2="1117" />
+      <triangle index="2042" v0="1086" v1="1087" v2="1117" />
+      <triangle index="2043" v0="1087" v1="1117" v2="1118" />
+      <triangle index="2044" v0="1087" v1="1088" v2="1118" />
+      <triangle index="2045" v0="1088" v1="1118" v2="1119" />
+      <triangle index="2046" v0="1088" v1="1089" v2="1119" />
+      <triangle index="2047" v0="1089" v1="1119" v2="1120" />
+      <triangle index="2048" v0="1089" v1="1090" v2="1120" />
+      <triangle index="2049" v0="1090" v1="1120" v2="1121" />
+      <triangle index="2050" v0="1090" v1="1091" v2="1121" />
+      <triangle index="2051" v0="1091" v1="1121" v2="1122" />
+      <triangle index="2052" v0="1091" v1="1092" v2="1122" />
+      <triangle index="2053" v0="1092" v1="1122" v2="1123" />
+      <triangle index="2054" v0="1092" v1="1093" v2="1123" />
+      <triangle index="2055" v0="1093" v1="1123" v2="1124" />
+      <triangle index="2056" v0="1093" v1="1094" v2="1124" />
+      <triangle index="2057" v0="1094" v1="1124" v2="1125" />
+      <triangle index="2058" v0="1094" v1="1095" v2="1125" />
+      <triangle index="2059" v0="1095" v1="1125" v2="1126" />
+      <triangle index="2060" v0="1095" v1="1096" v2="1126" />
+      <triangle index="2061" v0="1096" v1="1126" v2="1127" />
+      <triangle index="2062" v0="1096" v1="1097" v2="1127" />
+      <triangle index="2063" v0="1097" v1="1127" v2="1128" />
+      <triangle index="2064" v0="1097" v1="1098" v2="1128" />
+      <triangle index="2065" v0="1098" v1="1128" v2="1129" />
+      <triangle index="2066" v0="1098" v1="1099" v2="1129" />
+      <triangle index="2067" v0="1099" v1="1129" v2="1130" />
+      <triangle index="2068" v0="1099" v1="1100" v2="1130" />
+      <triangle index="2069" v0="1100" v1="1130" v2="1131" />
+      <triangle index="2070" v0="1100" v1="1101" v2="1131" />
+      <triangle index="2071" v0="1101" v1="1131" v2="1132" />
+      <triangle index="2072" v0="1101" v1="1102" v2="1132" />
+      <triangle index="2073" v0="1102" v1="1132" v2="1133" />
+      <triangle index="2074" v0="1102" v1="1103" v2="1133" />
+      <triangle index="2075" v0="1103" v1="1133" v2="1134" />
+      <triangle index="2076" v0="1103" v1="1104" v2="1134" />
+      <triangle index="2077" v0="1104" v1="1134" v2="1135" />
+      <triangle index="2078" v0="1104" v1="1105" v2="1135" />
+      <triangle index="2079" v0="1105" v1="1135" v2="1136" />
+      <triangle index="2080" v0="1105" v1="1106" v2="1136" />
+      <triangle index="2081" v0="1106" v1="1136" v2="1137" />
+      <triangle index="2082" v0="1106" v1="1107" v2="1137" />
+      <triangle index="2083" v0="1107" v1="1137" v2="1138" />
+      <triangle index="2084" v0="1107" v1="1108" v2="1138" />
+      <triangle index="2085" v0="1108" v1="1138" v2="1139" />
+      <triangle index="2086" v0="1108" v1="1109" v2="1139" />
+      <triangle index="2087" v0="1109" v1="1139" v2="1140" />
+      <triangle index="2088" v0="1109" v1="1110" v2="1140" />
+      <triangle index="2089" v0="1110" v1="1140" v2="1141" />
+      <triangle index="2090" v0="1110" v1="1111" v2="1141" />
+      <triangle index="2091" v0="1111" v1="1141" v2="1142" />
+      <triangle index="2092" v0="1111" v1="1112" v2="1142" />
+      <triangle index="2093" v0="1112" v1="1142" v2="1143" />
+      <triangle index="2094" v0="1112" v1="1113" v2="1143" />
+      <triangle index="2095" v0="1113" v1="1143" v2="1144" />
+      <triangle index="2096" v0="1113" v1="1114" v2="1144" />
+      <triangle index="2097" v0="1114" v1="1144" v2="1145" />
+      <triangle index="2098" v0="1114" v1="1115" v2="1145" />
+      <triangle index="2099" v0="1115" v1="1145" v2="1146" />
+      <triangle index="2100" v0="1116" v1="1117" v2="1147" />
+      <triangle index="2101" v0="1117" v1="1147" v2="1148" />
+      <triangle index="2102" v0="1117" v1="1118" v2="1148" />
+      <triangle index="2103" v0="1118" v1="1148" v2="1149" />
+      <triangle index="2104" v0="1118" v1="1119" v2="1149" />
+      <triangle index="2105" v0="1119" v1="1149" v2="1150" />
+      <triangle index="2106" v0="1119" v1="1120" v2="1150" />
+      <triangle index="2107" v0="1120" v1="1150" v2="1151" />
+      <triangle index="2108" v0="1120" v1="1121" v2="1151" />
+      <triangle index="2109" v0="1121" v1="1151" v2="1152" />
+      <triangle index="2110" v0="1121" v1="1122" v2="1152" />
+      <triangle index="2111" v0="1122" v1="1152" v2="1153" />
+      <triangle index="2112" v0="1122" v1="1123" v2="1153" />
+      <triangle index="2113" v0="1123" v1="1153" v2="1154" />
+      <triangle index="2114" v0="1123" v1="1124" v2="1154" />
+      <triangle index="2115" v0="1124" v1="1154" v2="1155" />
+      <triangle index="2116" v0="1124" v1="1125" v2="1155" />
+      <triangle index="2117" v0="1125" v1="1155" v2="1156" />
+      <triangle index="2118" v0="1125" v1="1126" v2="1156" />
+      <triangle index="2119" v0="1126" v1="1156" v2="1157" />
+      <triangle index="2120" v0="1126" v1="1127" v2="1157" />
+      <triangle index="2121" v0="1127" v1="1157" v2="1158" />
+      <triangle index="2122" v0="1127" v1="1128" v2="1158" />
+      <triangle index="2123" v0="1128" v1="1158" v2="1159" />
+      <triangle index="2124" v0="1128" v1="1129" v2="1159" />
+      <triangle index="2125" v0="1129" v1="1159" v2="1160" />
+      <triangle index="2126" v0="1129" v1="1130" v2="1160" />
+      <triangle index="2127" v0="1130" v1="1160" v2="1161" />
+      <triangle index="2128" v0="1130" v1="1131" v2="1161" />
+      <triangle index="2129" v0="1131" v1="1161" v2="1162" />
+      <triangle index="2130" v0="1131" v1="1132" v2="1162" />
+      <triangle index="2131" v0="1132" v1="1162" v2="1163" />
+      <triangle index="2132" v0="1132" v1="1133" v2="1163" />
+      <triangle index="2133" v0="1133" v1="1163" v2="1164" />
+      <triangle index="2134" v0="1133" v1="1134" v2="1164" />
+      <triangle index="2135" v0="1134" v1="1164" v2="1165" />
+      <triangle index="2136" v0="1134" v1="1135" v2="1165" />
+      <triangle index="2137" v0="1135" v1="1165" v2="1166" />
+      <triangle index="2138" v0="1135" v1="1136" v2="1166" />
+      <triangle index="2139" v0="1136" v1="1166" v2="1167" />
+      <triangle index="2140" v0="1136" v1="1137" v2="1167" />
+      <triangle index="2141" v0="1137" v1="1167" v2="1168" />
+      <triangle index="2142" v0="1137" v1="1138" v2="1168" />
+      <triangle index="2143" v0="1138" v1="1168" v2="1169" />
+      <triangle index="2144" v0="1138" v1="1139" v2="1169" />
+      <triangle index="2145" v0="1139" v1="1169" v2="1170" />
+      <triangle index="2146" v0="1139" v1="1140" v2="1170" />
+      <triangle index="2147" v0="1140" v1="1170" v2="1171" />
+      <triangle index="2148" v0="1140" v1="1141" v2="1171" />
+      <triangle index="2149" v0="1141" v1="1171" v2="1172" />
+      <triangle index="2150" v0="1141" v1="1142" v2="1172" />
+      <triangle index="2151" v0="1142" v1="1172" v2="1173" />
+      <triangle index="2152" v0="1142" v1="1143" v2="1173" />
+      <triangle index="2153" v0="1143" v1="1173" v2="1174" />
+      <triangle index="2154" v0="1143" v1="1144" v2="1174" />
+      <triangle index="2155" v0="1144" v1="1174" v2="1175" />
+      <triangle index="2156" v0="1144" v1="1145" v2="1175" />
+      <triangle index="2157" v0="1145" v1="1175" v2="1176" />
+      <triangle index="2158" v0="1145" v1="1146" v2="1176" />
+      <triangle index="2159" v0="1146" v1="1176" v2="1177" />
+      <triangle index="2160" v0="1147" v1="1148" v2="1178" />
+      <triangle index="2161" v0="1148" v1="1178" v2="1179" />
+      <triangle index="2162" v0="1148" v1="1149" v2="1179" />
+      <triangle index="2163" v0="1149" v1="1179" v2="1180" />
+      <triangle index="2164" v0="1149" v1="1150" v2="1180" />
+      <triangle index="2165" v0="1150" v1="1180" v2="1181" />
+      <triangle index="2166" v0="1150" v1="1151" v2="1181" />
+      <triangle index="2167" v0="1151" v1="1181" v2="1182" />
+      <triangle index="2168" v0="1151" v1="1152" v2="1182" />
+      <triangle index="2169" v0="1152" v1="1182" v2="1183" />
+      <triangle index="2170" v0="1152" v1="1153" v2="1183" />
+      <triangle index="2171" v0="1153" v1="1183" v2="1184" />
+      <triangle index="2172" v0="1153" v1="1154" v2="1184" />
+      <triangle index="2173" v0="1154" v1="1184" v2="1185" />
+      <triangle index="2174" v0="1154" v1="1155" v2="1185" />
+      <triangle index="2175" v0="1155" v1="1185" v2="1186" />
+      <triangle index="2176" v0="1155" v1="1156" v2="1186" />
+      <triangle index="2177" v0="1156" v1="1186" v2="1187" />
+      <triangle index="2178" v0="1156" v1="1157" v2="1187" />
+      <triangle index="2179" v0="1157" v1="1187" v2="1188" />
+      <triangle index="2180" v0="1157" v1="1158" v2="1188" />
+      <triangle index="2181" v0="1158" v1="1188" v2="1189" />
+      <triangle index="2182" v0="1158" v1="1159" v2="1189" />
+      <triangle index="2183" v0="1159" v1="1189" v2="1190" />
+      <triangle index="2184" v0="1159" v1="1160" v2="1190" />
+      <triangle index="2185" v0="1160" v1="1190" v2="1191" />
+      <triangle index="2186" v0="1160" v1="1161" v2="1191" />
+      <triangle index="2187" v0="1161" v1="1191" v2="1192" />
+      <triangle index="2188" v0="1161" v1="1162" v2="1192" />
+      <triangle index="2189" v0="1162" v1="1192" v2="1193" />
+      <triangle index="2190" v0="1162" v1="1163" v2="1193" />
+      <triangle index="2191" v0="1163" v1="1193" v2="1194" />
+      <triangle index="2192" v0="1163" v1="1164" v2="1194" />
+      <triangle index="2193" v0="1164" v1="1194" v2="1195" />
+      <triangle index="2194" v0="1164" v1="1165" v2="1195" />
+      <triangle index="2195" v0="1165" v1="1195" v2="1196" />
+      <triangle index="2196" v0="1165" v1="1166" v2="1196" />
+      <triangle index="2197" v0="1166" v1="1196" v2="1197" />
+      <triangle index="2198" v0="1166" v1="1167" v2="1197" />
+      <triangle index="2199" v0="1167" v1="1197" v2="1198" />
+      <triangle index="2200" v0="1167" v1="1168" v2="1198" />
+      <triangle index="2201" v0="1168" v1="1198" v2="1199" />
+      <triangle index="2202" v0="1168" v1="1169" v2="1199" />
+      <triangle index="2203" v0="1169" v1="1199" v2="1200" />
+      <triangle index="2204" v0="1169" v1="1170" v2="1200" />
+      <triangle index="2205" v0="1170" v1="1200" v2="1201" />
+      <triangle index="2206" v0="1170" v1="1171" v2="1201" />
+      <triangle index="2207" v0="1171" v1="1201" v2="1202" />
+      <triangle index="2208" v0="1171" v1="1172" v2="1202" />
+      <triangle index="2209" v0="1172" v1="1202" v2="1203" />
+      <triangle index="2210" v0="1172" v1="1173" v2="1203" />
+      <triangle index="2211" v0="1173" v1="1203" v2="1204" />
+      <triangle index="2212" v0="1173" v1="1174" v2="1204" />
+      <triangle index="2213" v0="1174" v1="1204" v2="1205" />
+      <triangle index="2214" v0="1174" v1="1175" v2="1205" />
+      <triangle index="2215" v0="1175" v1="1205" v2="1206" />
+      <triangle index="2216" v0="1175" v1="1176" v2="1206" />
+      <triangle index="2217" v0="1176" v1="1206" v2="1207" />
+      <triangle index="2218" v0="1176" v1="1177" v2="1207" />
+      <triangle index="2219" v0="1177" v1="1207" v2="1208" />
+      <triangle index="2220" v0="1178" v1="1179" v2="1209" />
+      <triangle index="2221" v0="1179" v1="1209" v2="1210" />
+      <triangle index="2222" v0="1179" v1="1180" v2="1210" />
+      <triangle index="2223" v0="1180" v1="1210" v2="1211" />
+      <triangle index="2224" v0="1180" v1="1181" v2="1211" />
+      <triangle index="2225" v0="1181" v1="1211" v2="1212" />
+      <triangle index="2226" v0="1181" v1="1182" v2="1212" />
+      <triangle index="2227" v0="1182" v1="1212" v2="1213" />
+      <triangle index="2228" v0="1182" v1="1183" v2="1213" />
+      <triangle index="2229" v0="1183" v1="1213" v2="1214" />
+      <triangle index="2230" v0="1183" v1="1184" v2="1214" />
+      <triangle index="2231" v0="1184" v1="1214" v2="1215" />
+      <triangle index="2232" v0="1184" v1="1185" v2="1215" />
+      <triangle index="2233" v0="1185" v1="1215" v2="1216" />
+      <triangle index="2234" v0="1185" v1="1186" v2="1216" />
+      <triangle index="2235" v0="1186" v1="1216" v2="1217" />
+      <triangle index="2236" v0="1186" v1="1187" v2="1217" />
+      <triangle index="2237" v0="1187" v1="1217" v2="1218" />
+      <triangle index="2238" v0="1187" v1="1188" v2="1218" />
+      <triangle index="2239" v0="1188" v1="1218" v2="1219" />
+      <triangle index="2240" v0="1188" v1="1189" v2="1219" />
+      <triangle index="2241" v0="1189" v1="1219" v2="1220" />
+      <triangle index="2242" v0="1189" v1="1190" v2="1220" />
+      <triangle index="2243" v0="1190" v1="1220" v2="1221" />
+      <triangle index="2244" v0="1190" v1="1191" v2="1221" />
+      <triangle index="2245" v0="1191" v1="1221" v2="1222" />
+      <triangle index="2246" v0="1191" v1="1192" v2="1222" />
+      <triangle index="2247" v0="1192" v1="1222" v2="1223" />
+      <triangle index="2248" v0="1192" v1="1193" v2="1223" />
+      <triangle index="2249" v0="1193" v1="1223" v2="1224" />
+      <triangle index="2250" v0="1193" v1="1194" v2="1224" />
+      <triangle index="2251" v0="1194" v1="1224" v2="1225" />
+      <triangle index="2252" v0="1194" v1="1195" v2="1225" />
+      <triangle index="2253" v0="1195" v1="1225" v2="1226" />
+      <triangle index="2254" v0="1195" v1="1196" v2="1226" />
+      <triangle index="2255" v0="1196" v1="1226" v2="1227" />
+      <triangle index="2256" v0="1196" v1="1197" v2="1227" />
+      <triangle index="2257" v0="1197" v1="1227" v2="1228" />
+      <triangle index="2258" v0="1197" v1="1198" v2="1228" />
+      <triangle index="2259" v0="1198" v1="1228" v2="1229" />
+      <triangle index="2260" v0="1198" v1="1199" v2="1229" />
+      <triangle index="2261" v0="1199" v1="1229" v2="1230" />
+      <triangle index="2262" v0="1199" v1="1200" v2="1230" />
+      <triangle index="2263" v0="1200" v1="1230" v2="1231" />
+      <triangle index="2264" v0="1200" v1="1201" v2="1231" />
+      <triangle index="2265" v0="1201" v1="1231" v2="1232" />
+      <triangle index="2266" v0="1201" v1="1202" v2="1232" />
+      <triangle index="2267" v0="1202" v1="1232" v2="1233" />
+      <triangle index="2268" v0="1202" v1="1203" v2="1233" />
+      <triangle index="2269" v0="1203" v1="1233" v2="1234" />
+      <triangle index="2270" v0="1203" v1="1204" v2="1234" />
+      <triangle index="2271" v0="1204" v1="1234" v2="1235" />
+      <triangle index="2272" v0="1204" v1="1205" v2="1235" />
+      <triangle index="2273" v0="1205" v1="1235" v2="1236" />
+      <triangle index="2274" v0="1205" v1="1206" v2="1236" />
+      <triangle index="2275" v0="1206" v1="1236" v2="1237" />
+      <triangle index="2276" v0="1206" v1="1207" v2="1237" />
+      <triangle index="2277" v0="1207" v1="1237" v2="1238" />
+      <triangle index="2278" v0="1207" v1="1208" v2="1238" />
+      <triangle index="2279" v0="1208" v1="1238" v2="1239" />
+      <triangle index="2280" v0="1209" v1="1210" v2="1240" />
+      <triangle index="2281" v0="1210" v1="1240" v2="1241" />
+      <triangle index="2282" v0="1210" v1="1211" v2="1241" />
+      <triangle index="2283" v0="1211" v1="1241" v2="1242" />
+      <triangle index="2284" v0="1211" v1="1212" v2="1242" />
+      <triangle index="2285" v0="1212" v1="1242" v2="1243" />
+      <triangle index="2286" v0="1212" v1="1213" v2="1243" />
+      <triangle index="2287" v0="1213" v1="1243" v2="1244" />
+      <triangle index="2288" v0="1213" v1="1214" v2="1244" />
+      <triangle index="2289" v0="1214" v1="1244" v2="1245" />
+      <triangle index="2290" v0="1214" v1="1215" v2="1245" />
+      <triangle index="2291" v0="1215" v1="1245" v2="1246" />
+      <triangle index="2292" v0="1215" v1="1216" v2="1246" />
+      <triangle index="2293" v0="1216" v1="1246" v2="1247" />
+      <triangle index="2294" v0="1216" v1="1217" v2="1247" />
+      <triangle index="2295" v0="1217" v1="1247" v2="1248" />
+      <triangle index="2296" v0="1217" v1="1218" v2="1248" />
+      <triangle index="2297" v0="1218" v1="1248" v2="1249" />
+      <triangle index="2298" v0="1218" v1="1219" v2="1249" />
+      <triangle index="2299" v0="1219" v1="1249" v2="1250" />
+      <triangle index="2300" v0="1219" v1="1220" v2="1250" />
+      <triangle index="2301" v0="1220" v1="1250" v2="1251" />
+      <triangle index="2302" v0="1220" v1="1221" v2="1251" />
+      <triangle index="2303" v0="1221" v1="1251" v2="1252" />
+      <triangle index="2304" v0="1221" v1="1222" v2="1252" />
+      <triangle index="2305" v0="1222" v1="1252" v2="1253" />
+      <triangle index="2306" v0="1222" v1="1223" v2="1253" />
+      <triangle index="2307" v0="1223" v1="1253" v2="1254" />
+      <triangle index="2308" v0="1223" v1="1224" v2="1254" />
+      <triangle index="2309" v0="1224" v1="1254" v2="1255" />
+      <triangle index="2310" v0="1224" v1="1225" v2="1255" />
+      <triangle index="2311" v0="1225" v1="1255" v2="1256" />
+      <triangle index="2312" v0="1225" v1="1226" v2="1256" />
+      <triangle index="2313" v0="1226" v1="1256" v2="1257" />
+      <triangle index="2314" v0="1226" v1="1227" v2="1257" />
+      <triangle index="2315" v0="1227" v1="1257" v2="1258" />
+      <triangle index="2316" v0="1227" v1="1228" v2="1258" />
+      <triangle index="2317" v0="1228" v1="1258" v2="1259" />
+      <triangle index="2318" v0="1228" v1="1229" v2="1259" />
+      <triangle index="2319" v0="1229" v1="1259" v2="1260" />
+      <triangle index="2320" v0="1229" v1="1230" v2="1260" />
+      <triangle index="2321" v0="1230" v1="1260" v2="1261" />
+      <triangle index="2322" v0="1230" v1="1231" v2="1261" />
+      <triangle index="2323" v0="1231" v1="1261" v2="1262" />
+      <triangle index="2324" v0="1231" v1="1232" v2="1262" />
+      <triangle index="2325" v0="1232" v1="1262" v2="1263" />
+      <triangle index="2326" v0="1232" v1="1233" v2="1263" />
+      <triangle index="2327" v0="1233" v1="1263" v2="1264" />
+      <triangle index="2328" v0="1233" v1="1234" v2="1264" />
+      <triangle index="2329" v0="1234" v1="1264" v2="1265" />
+      <triangle index="2330" v0="1234" v1="1235" v2="1265" />
+      <triangle index="2331" v0="1235" v1="1265" v2="1266" />
+      <triangle index="2332" v0="1235" v1="1236" v2="1266" />
+      <triangle index="2333" v0="1236" v1="1266" v2="1267" />
+      <triangle index="2334" v0="1236" v1="1237" v2="1267" />
+      <triangle index="2335" v0="1237" v1="1267" v2="1268" />
+      <triangle index="2336" v0="1237" v1="1238" v2="1268" />
+      <triangle index="2337" v0="1238" v1="1268" v2="1269" />
+      <triangle index="2338" v0="1238" v1="1239" v2="1269" />
+      <triangle index="2339" v0="1239" v1="1269" v2="1270" />
+      <triangle index="2340" v0="1240" v1="1241" v2="1271" />
+      <triangle index="2341" v0="1241" v1="1271" v2="1272" />
+      <triangle index="2342" v0="1241" v1="1242" v2="1272" />
+      <triangle index="2343" v0="1242" v1="1272" v2="1273" />
+      <triangle index="2344" v0="1242" v1="1243" v2="1273" />
+      <triangle index="2345" v0="1243" v1="1273" v2="1274" />
+      <triangle index="2346" v0="1243" v1="1244" v2="1274" />
+      <triangle index="2347" v0="1244" v1="1274" v2="1275" />
+      <triangle index="2348" v0="1244" v1="1245" v2="1275" />
+      <triangle index="2349" v0="1245" v1="1275" v2="1276" />
+      <triangle index="2350" v0="1245" v1="1246" v2="1276" />
+      <triangle index="2351" v0="1246" v1="1276" v2="1277" />
+      <triangle index="2352" v0="1246" v1="1247" v2="1277" />
+      <triangle index="2353" v0="1247" v1="1277" v2="1278" />
+      <triangle index="2354" v0="1247" v1="1248" v2="1278" />
+      <triangle index="2355" v0="1248" v1="1278" v2="1279" />
+      <triangle index="2356" v0="1248" v1="1249" v2="1279" />
+      <triangle index="2357" v0="1249" v1="1279" v2="1280" />
+      <triangle index="2358" v0="1249" v1="1250" v2="1280" />
+      <triangle index="2359" v0="1250" v1="1280" v2="1281" />
+      <triangle index="2360" v0="1250" v1="1251" v2="1281" />
+      <triangle index="2361" v0="1251" v1="1281" v2="1282" />
+      <triangle index="2362" v0="1251" v1="1252" v2="1282" />
+      <triangle index="2363" v0="1252" v1="1282" v2="1283" />
+      <triangle index="2364" v0="1252" v1="1253" v2="1283" />
+      <triangle index="2365" v0="1253" v1="1283" v2="1284" />
+      <triangle index="2366" v0="1253" v1="1254" v2="1284" />
+      <triangle index="2367" v0="1254" v1="1284" v2="1285" />
+      <triangle index="2368" v0="1254" v1="1255" v2="1285" />
+      <triangle index="2369" v0="1255" v1="1285" v2="1286" />
+      <triangle index="2370" v0="1255" v1="1256" v2="1286" />
+      <triangle index="2371" v0="1256" v1="1286" v2="1287" />
+      <triangle index="2372" v0="1256" v1="1257" v2="1287" />
+      <triangle index="2373" v0="1257" v1="1287" v2="1288" />
+      <triangle index="2374" v0="1257" v1="1258" v2="1288" />
+      <triangle index="2375" v0="1258" v1="1288" v2="1289" />
+      <triangle index="2376" v0="1258" v1="1259" v2="1289" />
+      <triangle index="2377" v0="1259" v1="1289" v2="1290" />
+      <triangle index="2378" v0="1259" v1="1260" v2="1290" />
+      <triangle index="2379" v0="1260" v1="1290" v2="1291" />
+      <triangle index="2380" v0="1260" v1="1261" v2="1291" />
+      <triangle index="2381" v0="1261" v1="1291" v2="1292" />
+      <triangle index="2382" v0="1261" v1="1262" v2="1292" />
+      <triangle index="2383" v0="1262" v1="1292" v2="1293" />
+      <triangle index="2384" v0="1262" v1="1263" v2="1293" />
+      <triangle index="2385" v0="1263" v1="1293" v2="1294" />
+      <triangle index="2386" v0="1263" v1="1264" v2="1294" />
+      <triangle index="2387" v0="1264" v1="1294" v2="1295" />
+      <triangle index="2388" v0="1264" v1="1265" v2="1295" />
+      <triangle index="2389" v0="1265" v1="1295" v2="1296" />
+      <triangle index="2390" v0="1265" v1="1266" v2="1296" />
+      <triangle index="2391" v0="1266" v1="1296" v2="1297" />
+      <triangle index="2392" v0="1266" v1="1267" v2="1297" />
+      <triangle index="2393" v0="1267" v1="1297" v2="1298" />
+      <triangle index="2394" v0="1267" v1="1268" v2="1298" />
+      <triangle index="2395" v0="1268" v1="1298" v2="1299" />
+      <triangle index="2396" v0="1268" v1="1269" v2="1299" />
+      <triangle index="2397" v0="1269" v1="1299" v2="1300" />
+      <triangle index="2398" v0="1269" v1="1270" v2="1300" />
+      <triangle index="2399" v0="1270" v1="1300" v2="1301" />
+      <triangle index="2400" v0="1271" v1="1272" v2="1302" />
+      <triangle index="2401" v0="1272" v1="1302" v2="1303" />
+      <triangle index="2402" v0="1272" v1="1273" v2="1303" />
+      <triangle index="2403" v0="1273" v1="1303" v2="1304" />
+      <triangle index="2404" v0="1273" v1="1274" v2="1304" />
+      <triangle index="2405" v0="1274" v1="1304" v2="1305" />
+      <triangle index="2406" v0="1274" v1="1275" v2="1305" />
+      <triangle index="2407" v0="1275" v1="1305" v2="1306" />
+      <triangle index="2408" v0="1275" v1="1276" v2="1306" />
+      <triangle index="2409" v0="1276" v1="1306" v2="1307" />
+      <triangle index="2410" v0="1276" v1="1277" v2="1307" />
+      <triangle index="2411" v0="1277" v1="1307" v2="1308" />
+      <triangle index="2412" v0="1277" v1="1278" v2="1308" />
+      <triangle index="2413" v0="1278" v1="1308" v2="1309" />
+      <triangle index="2414" v0="1278" v1="1279" v2="1309" />
+      <triangle index="2415" v0="1279" v1="1309" v2="1310" />
+      <triangle index="2416" v0="1279" v1="1280" v2="1310" />
+      <triangle index="2417" v0="1280" v1="1310" v2="1311" />
+      <triangle index="2418" v0="1280" v1="1281" v2="1311" />
+      <triangle index="2419" v0="1281" v1="1311" v2="1312" />
+      <triangle index="2420" v0="1281" v1="1282" v2="1312" />
+      <triangle index="2421" v0="1282" v1="1312" v2="1313" />
+      <triangle index="2422" v0="1282" v1="1283" v2="1313" />
+      <triangle index="2423" v0="1283" v1="1313" v2="1314" />
+      <triangle index="2424" v0="1283" v1="1284" v2="1314" />
+      <triangle index="2425" v0="1284" v1="1314" v2="1315" />
+      <triangle index="2426" v0="1284" v1="1285" v2="1315" />
+      <triangle index="2427" v0="1285" v1="1315" v2="1316" />
+      <triangle index="2428" v0="1285" v1="1286" v2="1316" />
+      <triangle index="2429" v0="1286" v1="1316" v2="1317" />
+      <triangle index="2430" v0="1286" v1="1287" v2="1317" />
+      <triangle index="2431" v0="1287" v1="1317" v2="1318" />
+      <triangle index="2432" v0="1287" v1="1288" v2="1318" />
+      <triangle index="2433" v0="1288" v1="1318" v2="1319" />
+      <triangle index="2434" v0="1288" v1="1289" v2="1319" />
+      <triangle index="2435" v0="1289" v1="1319" v2="1320" />
+      <triangle index="2436" v0="1289" v1="1290" v2="1320" />
+      <triangle index="2437" v0="1290" v1="1320" v2="1321" />
+      <triangle index="2438" v0="1290" v1="1291" v2="1321" />
+      <triangle index="2439" v0="1291" v1="1321" v2="1322" />
+      <triangle index="2440" v0="1291" v1="1292" v2="1322" />
+      <triangle index="2441" v0="1292" v1="1322" v2="1323" />
+      <triangle index="2442" v0="1292" v1="1293" v2="1323" />
+      <triangle index="2443" v0="1293" v1="1323" v2="1324" />
+      <triangle index="2444" v0="1293" v1="1294" v2="1324" />
+      <triangle index="2445" v0="1294" v1="1324" v2="1325" />
+      <triangle index="2446" v0="1294" v1="1295" v2="1325" />
+      <triangle index="2447" v0="1295" v1="1325" v2="1326" />
+      <triangle index="2448" v0="1295" v1="1296" v2="1326" />
+      <triangle index="2449" v0="1296" v1="1326" v2="1327" />
+      <triangle index="2450" v0="1296" v1="1297" v2="1327" />
+      <triangle index="2451" v0="1297" v1="1327" v2="1328" />
+      <triangle index="2452" v0="1297" v1="1298" v2="1328" />
+      <triangle index="2453" v0="1298" v1="1328" v2="1329" />
+      <triangle index="2454" v0="1298" v1="1299" v2="1329" />
+      <triangle index="2455" v0="1299" v1="1329" v2="1330" />
+      <triangle index="2456" v0="1299" v1="1300" v2="1330" />
+      <triangle index="2457" v0="1300" v1="1330" v2="1331" />
+      <triangle index="2458" v0="1300" v1="1301" v2="1331" />
+      <triangle index="2459" v0="1301" v1="1331" v2="1332" />
+      <triangle index="2460" v0="1302" v1="1303" v2="1333" />
+      <triangle index="2461" v0="1303" v1="1333" v2="1334" />
+      <triangle index="2462" v0="1303" v1="1304" v2="1334" />
+      <triangle index="2463" v0="1304" v1="1334" v2="1335" />
+      <triangle index="2464" v0="1304" v1="1305" v2="1335" />
+      <triangle index="2465" v0="1305" v1="1335" v2="1336" />
+      <triangle index="2466" v0="1305" v1="1306" v2="1336" />
+      <triangle index="2467" v0="1306" v1="1336" v2="1337" />
+      <triangle index="2468" v0="1306" v1="1307" v2="1337" />
+      <triangle index="2469" v0="1307" v1="1337" v2="1338" />
+      <triangle index="2470" v0="1307" v1="1308" v2="1338" />
+      <triangle index="2471" v0="1308" v1="1338" v2="1339" />
+      <triangle index="2472" v0="1308" v1="1309" v2="1339" />
+      <triangle index="2473" v0="1309" v1="1339" v2="1340" />
+      <triangle index="2474" v0="1309" v1="1310" v2="1340" />
+      <triangle index="2475" v0="1310" v1="1340" v2="1341" />
+      <triangle index="2476" v0="1310" v1="1311" v2="1341" />
+      <triangle index="2477" v0="1311" v1="1341" v2="1342" />
+      <triangle index="2478" v0="1311" v1="1312" v2="1342" />
+      <triangle index="2479" v0="1312" v1="1342" v2="1343" />
+      <triangle index="2480" v0="1312" v1="1313" v2="1343" />
+      <triangle index="2481" v0="1313" v1="1343" v2="1344" />
+      <triangle index="2482" v0="1313" v1="1314" v2="1344" />
+      <triangle index="2483" v0="1314" v1="1344" v2="1345" />
+      <triangle index="2484" v0="1314" v1="1315" v2="1345" />
+      <triangle index="2485" v0="1315" v1="1345" v2="1346" />
+      <triangle index="2486" v0="1315" v1="1316" v2="1346" />
+      <triangle index="2487" v0="1316" v1="1346" v2="1347" />
+      <triangle index="2488" v0="1316" v1="1317" v2="1347" />
+      <triangle index="2489" v0="1317" v1="1347" v2="1348" />
+      <triangle index="2490" v0="1317" v1="1318" v2="1348" />
+      <triangle index="2491" v0="1318" v1="1348" v2="1349" />
+      <triangle index="2492" v0="1318" v1="1319" v2="1349" />
+      <triangle index="2493" v0="1319" v1="1349" v2="1350" />
+      <triangle index="2494" v0="1319" v1="1320" v2="1350" />
+      <triangle index="2495" v0="1320" v1="1350" v2="1351" />
+      <triangle index="2496" v0="1320" v1="1321" v2="1351" />
+      <triangle index="2497" v0="1321" v1="1351" v2="1352" />
+      <triangle index="2498" v0="1321" v1="1322" v2="1352" />
+      <triangle index="2499" v0="1322" v1="1352" v2="1353" />
+      <triangle index="2500" v0="1322" v1="1323" v2="1353" />
+      <triangle index="2501" v0="1323" v1="1353" v2="1354" />
+      <triangle index="2502" v0="1323" v1="1324" v2="1354" />
+      <triangle index="2503" v0="1324" v1="1354" v2="1355" />
+      <triangle index="2504" v0="1324" v1="1325" v2="1355" />
+      <triangle index="2505" v0="1325" v1="1355" v2="1356" />
+      <triangle index="2506" v0="1325" v1="1326" v2="1356" />
+      <triangle index="2507" v0="1326" v1="1356" v2="1357" />
+      <triangle index="2508" v0="1326" v1="1327" v2="1357" />
+      <triangle index="2509" v0="1327" v1="1357" v2="1358" />
+      <triangle index="2510" v0="1327" v1="1328" v2="1358" />
+      <triangle index="2511" v0="1328" v1="1358" v2="1359" />
+      <triangle index="2512" v0="1328" v1="1329" v2="1359" />
+      <triangle index="2513" v0="1329" v1="1359" v2="1360" />
+      <triangle index="2514" v0="1329" v1="1330" v2="1360" />
+      <triangle index="2515" v0="1330" v1="1360" v2="1361" />
+      <triangle index="2516" v0="1330" v1="1331" v2="1361" />
+      <triangle index="2517" v0="1331" v1="1361" v2="1362" />
+      <triangle index="2518" v0="1331" v1="1332" v2="1362" />
+      <triangle index="2519" v0="1332" v1="1362" v2="1363" />
+      <triangle index="2520" v0="1333" v1="1334" v2="1364" />
+      <triangle index="2521" v0="1334" v1="1364" v2="1365" />
+      <triangle index="2522" v0="1334" v1="1335" v2="1365" />
+      <triangle index="2523" v0="1335" v1="1365" v2="1366" />
+      <triangle index="2524" v0="1335" v1="1336" v2="1366" />
+      <triangle index="2525" v0="1336" v1="1366" v2="1367" />
+      <triangle index="2526" v0="1336" v1="1337" v2="1367" />
+      <triangle index="2527" v0="1337" v1="1367" v2="1368" />
+      <triangle index="2528" v0="1337" v1="1338" v2="1368" />
+      <triangle index="2529" v0="1338" v1="1368" v2="1369" />
+      <triangle index="2530" v0="1338" v1="1339" v2="1369" />
+      <triangle index="2531" v0="1339" v1="1369" v2="1370" />
+      <triangle index="2532" v0="1339" v1="1340" v2="1370" />
+      <triangle index="2533" v0="1340" v1="1370" v2="1371" />
+      <triangle index="2534" v0="1340" v1="1341" v2="1371" />
+      <triangle index="2535" v0="1341" v1="1371" v2="1372" />
+      <triangle index="2536" v0="1341" v1="1342" v2="1372" />
+      <triangle index="2537" v0="1342" v1="1372" v2="1373" />
+      <triangle index="2538" v0="1342" v1="1343" v2="1373" />
+      <triangle index="2539" v0="1343" v1="1373" v2="1374" />
+      <triangle index="2540" v0="1343" v1="1344" v2="1374" />
+      <triangle index="2541" v0="1344" v1="1374" v2="1375" />
+      <triangle index="2542" v0="1344" v1="1345" v2="1375" />
+      <triangle index="2543" v0="1345" v1="1375" v2="1376" />
+      <triangle index="2544" v0="1345" v1="1346" v2="1376" />
+      <triangle index="2545" v0="1346" v1="1376" v2="1377" />
+      <triangle index="2546" v0="1346" v1="1347" v2="1377" />
+      <triangle index="2547" v0="1347" v1="1377" v2="1378" />
+      <triangle index="2548" v0="1347" v1="1348" v2="1378" />
+      <triangle index="2549" v0="1348" v1="1378" v2="1379" />
+      <triangle index="2550" v0="1348" v1="1349" v2="1379" />
+      <triangle index="2551" v0="1349" v1="1379" v2="1380" />
+      <triangle index="2552" v0="1349" v1="1350" v2="1380" />
+      <triangle index="2553" v0="1350" v1="1380" v2="1381" />
+      <triangle index="2554" v0="1350" v1="1351" v2="1381" />
+      <triangle index="2555" v0="1351" v1="1381" v2="1382" />
+      <triangle index="2556" v0="1351" v1="1352" v2="1382" />
+      <triangle index="2557" v0="1352" v1="1382" v2="1383" />
+      <triangle index="2558" v0="1352" v1="1353" v2="1383" />
+      <triangle index="2559" v0="1353" v1="1383" v2="1384" />
+      <triangle index="2560" v0="1353" v1="1354" v2="1384" />
+      <triangle index="2561" v0="1354" v1="1384" v2="1385" />
+      <triangle index="2562" v0="1354" v1="1355" v2="1385" />
+      <triangle index="2563" v0="1355" v1="1385" v2="1386" />
+      <triangle index="2564" v0="1355" v1="1356" v2="1386" />
+      <triangle index="2565" v0="1356" v1="1386" v2="1387" />
+      <triangle index="2566" v0="1356" v1="1357" v2="1387" />
+      <triangle index="2567" v0="1357" v1="1387" v2="1388" />
+      <triangle index="2568" v0="1357" v1="1358" v2="1388" />
+      <triangle index="2569" v0="1358" v1="1388" v2="1389" />
+      <triangle index="2570" v0="1358" v1="1359" v2="1389" />
+      <triangle index="2571" v0="1359" v1="1389" v2="1390" />
+      <triangle index="2572" v0="1359" v1="1360" v2="1390" />
+      <triangle index="2573" v0="1360" v1="1390" v2="1391" />
+      <triangle index="2574" v0="1360" v1="1361" v2="1391" />
+      <triangle index="2575" v0="1361" v1="1391" v2="1392" />
+      <triangle index="2576" v0="1361" v1="1362" v2="1392" />
+      <triangle index="2577" v0="1362" v1="1392" v2="1393" />
+      <triangle index="2578" v0="1362" v1="1363" v2="1393" />
+      <triangle index="2579" v0="1363" v1="1393" v2="1394" />
+      <triangle index="2580" v0="1364" v1="1365" v2="1395" />
+      <triangle index="2581" v0="1365" v1="1395" v2="1396" />
+      <triangle index="2582" v0="1365" v1="1366" v2="1396" />
+      <triangle index="2583" v0="1366" v1="1396" v2="1397" />
+      <triangle index="2584" v0="1366" v1="1367" v2="1397" />
+      <triangle index="2585" v0="1367" v1="1397" v2="1398" />
+      <triangle index="2586" v0="1367" v1="1368" v2="1398" />
+      <triangle index="2587" v0="1368" v1="1398" v2="1399" />
+      <triangle index="2588" v0="1368" v1="1369" v2="1399" />
+      <triangle index="2589" v0="1369" v1="1399" v2="1400" />
+      <triangle index="2590" v0="1369" v1="1370" v2="1400" />
+      <triangle index="2591" v0="1370" v1="1400" v2="1401" />
+      <triangle index="2592" v0="1370" v1="1371" v2="1401" />
+      <triangle index="2593" v0="1371" v1="1401" v2="1402" />
+      <triangle index="2594" v0="1371" v1="1372" v2="1402" />
+      <triangle index="2595" v0="1372" v1="1402" v2="1403" />
+      <triangle index="2596" v0="1372" v1="1373" v2="1403" />
+      <triangle index="2597" v0="1373" v1="1403" v2="1404" />
+      <triangle index="2598" v0="1373" v1="1374" v2="1404" />
+      <triangle index="2599" v0="1374" v1="1404" v2="1405" />
+      <triangle index="2600" v0="1374" v1="1375" v2="1405" />
+      <triangle index="2601" v0="1375" v1="1405" v2="1406" />
+      <triangle index="2602" v0="1375" v1="1376" v2="1406" />
+      <triangle index="2603" v0="1376" v1="1406" v2="1407" />
+      <triangle index="2604" v0="1376" v1="1377" v2="1407" />
+      <triangle index="2605" v0="1377" v1="1407" v2="1408" />
+      <triangle index="2606" v0="1377" v1="1378" v2="1408" />
+      <triangle index="2607" v0="1378" v1="1408" v2="1409" />
+      <triangle index="2608" v0="1378" v1="1379" v2="1409" />
+      <triangle index="2609" v0="1379" v1="1409" v2="1410" />
+      <triangle index="2610" v0="1379" v1="1380" v2="1410" />
+      <triangle index="2611" v0="1380" v1="1410" v2="1411" />
+      <triangle index="2612" v0="1380" v1="1381" v2="1411" />
+      <triangle index="2613" v0="1381" v1="1411" v2="1412" />
+      <triangle index="2614" v0="1381" v1="1382" v2="1412" />
+      <triangle index="2615" v0="1382" v1="1412" v2="1413" />
+      <triangle index="2616" v0="1382" v1="1383" v2="1413" />
+      <triangle index="2617" v0="1383" v1="1413" v2="1414" />
+      <triangle index="2618" v0="1383" v1="1384" v2="1414" />
+      <triangle index="2619" v0="1384" v1="1414" v2="1415" />
+      <triangle index="2620" v0="1384" v1="1385" v2="1415" />
+      <triangle index="2621" v0="1385" v1="1415" v2="1416" />
+      <triangle index="2622" v0="1385" v1="1386" v2="1416" />
+      <triangle index="2623" v0="1386" v1="1416" v2="1417" />
+      <triangle index="2624" v0="1386" v1="1387" v2="1417" />
+      <triangle index="2625" v0="1387" v1="1417" v2="1418" />
+      <triangle index="2626" v0="1387" v1="1388" v2="1418" />
+      <triangle index="2627" v0="1388" v1="1418" v2="1419" />
+      <triangle index="2628" v0="1388" v1="1389" v2="1419" />
+      <triangle index="2629" v0="1389" v1="1419" v2="1420" />
+      <triangle index="2630" v0="1389" v1="1390" v2="1420" />
+      <triangle index="2631" v0="1390" v1="1420" v2="1421" />
+      <triangle index="2632" v0="1390" v1="1391" v2="1421" />
+      <triangle index="2633" v0="1391" v1="1421" v2="1422" />
+      <triangle index="2634" v0="1391" v1="1392" v2="1422" />
+      <triangle index="2635" v0="1392" v1="1422" v2="1423" />
+      <triangle index="2636" v0="1392" v1="1393" v2="1423" />
+      <triangle index="2637" v0="1393" v1="1423" v2="1424" />
+      <triangle index="2638" v0="1393" v1="1394" v2="1424" />
+      <triangle index="2639" v0="1394" v1="1424" v2="1425" />
+      <triangle index="2640" v0="480" v1="1395" v2="1396" />
+      <triangle index="2641" v0="480" v1="481" v2="1396" />
+      <triangle index="2642" v0="481" v1="1396" v2="1397" />
+      <triangle index="2643" v0="481" v1="482" v2="1397" />
+      <triangle index="2644" v0="482" v1="1397" v2="1398" />
+      <triangle index="2645" v0="482" v1="483" v2="1398" />
+      <triangle index="2646" v0="483" v1="1398" v2="1399" />
+      <triangle index="2647" v0="483" v1="484" v2="1399" />
+      <triangle index="2648" v0="484" v1="1399" v2="1400" />
+      <triangle index="2649" v0="484" v1="485" v2="1400" />
+      <triangle index="2650" v0="485" v1="1400" v2="1401" />
+      <triangle index="2651" v0="485" v1="486" v2="1401" />
+      <triangle index="2652" v0="486" v1="1401" v2="1402" />
+      <triangle index="2653" v0="486" v1="487" v2="1402" />
+      <triangle index="2654" v0="487" v1="1402" v2="1403" />
+      <triangle index="2655" v0="487" v1="488" v2="1403" />
+      <triangle index="2656" v0="488" v1="1403" v2="1404" />
+      <triangle index="2657" v0="488" v1="489" v2="1404" />
+      <triangle index="2658" v0="489" v1="1404" v2="1405" />
+      <triangle index="2659" v0="489" v1="490" v2="1405" />
+      <triangle index="2660" v0="490" v1="1405" v2="1406" />
+      <triangle index="2661" v0="490" v1="491" v2="1406" />
+      <triangle index="2662" v0="491" v1="1406" v2="1407" />
+      <triangle index="2663" v0="491" v1="492" v2="1407" />
+      <triangle index="2664" v0="492" v1="1407" v2="1408" />
+      <triangle index="2665" v0="492" v1="493" v2="1408" />
+      <triangle index="2666" v0="493" v1="1408" v2="1409" />
+      <triangle index="2667" v0="493" v1="494" v2="1409" />
+      <triangle index="2668" v0="494" v1="1409" v2="1410" />
+      <triangle index="2669" v0="494" v1="495" v2="1410" />
+      <triangle index="2670" v0="495" v1="1410" v2="1411" />
+      <triangle index="2671" v0="495" v1="1411" v2="1426" />
+      <triangle index="2672" v0="1411" v1="1412" v2="1426" />
+      <triangle index="2673" v0="1412" v1="1426" v2="1427" />
+      <triangle index="2674" v0="1412" v1="1413" v2="1427" />
+      <triangle index="2675" v0="1413" v1="1427" v2="1428" />
+      <triangle index="2676" v0="1413" v1="1414" v2="1428" />
+      <triangle index="2677" v0="1414" v1="1428" v2="1429" />
+      <triangle index="2678" v0="1414" v1="1415" v2="1429" />
+      <triangle index="2679" v0="1415" v1="1429" v2="1430" />
+      <triangle index="2680" v0="1415" v1="1416" v2="1430" />
+      <triangle index="2681" v0="1416" v1="1430" v2="1431" />
+      <triangle index="2682" v0="1416" v1="1417" v2="1431" />
+      <triangle index="2683" v0="1417" v1="1431" v2="1432" />
+      <triangle index="2684" v0="1417" v1="1418" v2="1432" />
+      <triangle index="2685" v0="1418" v1="1432" v2="1433" />
+      <triangle index="2686" v0="1418" v1="1419" v2="1433" />
+      <triangle index="2687" v0="1419" v1="1433" v2="1434" />
+      <triangle index="2688" v0="1419" v1="1420" v2="1434" />
+      <triangle index="2689" v0="1420" v1="1434" v2="1435" />
+      <triangle index="2690" v0="1420" v1="1421" v2="1435" />
+      <triangle index="2691" v0="1421" v1="1435" v2="1436" />
+      <triangle index="2692" v0="1421" v1="1422" v2="1436" />
+      <triangle index="2693" v0="1422" v1="1436" v2="1437" />
+      <triangle index="2694" v0="1422" v1="1423" v2="1437" />
+      <triangle index="2695" v0="1423" v1="1437" v2="1438" />
+      <triangle index="2696" v0="1423" v1="1424" v2="1438" />
+      <triangle index="2697" v0="1424" v1="1438" v2="1439" />
+      <triangle index="2698" v0="1424" v1="1425" v2="1439" />
+      <triangle index="2699" v0="1425" v1="1439" v2="1440" />
+      <triangle index="2700" v0="480" v1="481" v2="1441" />
+      <triangle index="2701" v0="481" v1="1441" v2="1442" />
+      <triangle index="2702" v0="481" v1="482" v2="1442" />
+      <triangle index="2703" v0="482" v1="1442" v2="1443" />
+      <triangle index="2704" v0="482" v1="483" v2="1443" />
+      <triangle index="2705" v0="483" v1="1443" v2="1444" />
+      <triangle index="2706" v0="483" v1="484" v2="1444" />
+      <triangle index="2707" v0="484" v1="1444" v2="1445" />
+      <triangle index="2708" v0="484" v1="485" v2="1445" />
+      <triangle index="2709" v0="485" v1="1445" v2="1446" />
+      <triangle index="2710" v0="485" v1="486" v2="1446" />
+      <triangle index="2711" v0="486" v1="1446" v2="1447" />
+      <triangle index="2712" v0="486" v1="487" v2="1447" />
+      <triangle index="2713" v0="487" v1="1447" v2="1448" />
+      <triangle index="2714" v0="487" v1="488" v2="1448" />
+      <triangle index="2715" v0="488" v1="1448" v2="1449" />
+      <triangle index="2716" v0="488" v1="489" v2="1449" />
+      <triangle index="2717" v0="489" v1="1449" v2="1450" />
+      <triangle index="2718" v0="489" v1="490" v2="1450" />
+      <triangle index="2719" v0="490" v1="1450" v2="1451" />
+      <triangle index="2720" v0="490" v1="491" v2="1451" />
+      <triangle index="2721" v0="491" v1="1451" v2="1452" />
+      <triangle index="2722" v0="491" v1="492" v2="1452" />
+      <triangle index="2723" v0="492" v1="1452" v2="1453" />
+      <triangle index="2724" v0="492" v1="493" v2="1453" />
+      <triangle index="2725" v0="493" v1="1453" v2="1454" />
+      <triangle index="2726" v0="493" v1="494" v2="1454" />
+      <triangle index="2727" v0="494" v1="1454" v2="1455" />
+      <triangle index="2728" v0="494" v1="495" v2="1455" />
+      <triangle index="2729" v0="495" v1="1455" v2="1456" />
+      <triangle index="2730" v0="495" v1="1426" v2="1456" />
+      <triangle index="2731" v0="1426" v1="1456" v2="1457" />
+      <triangle index="2732" v0="1426" v1="1427" v2="1457" />
+      <triangle index="2733" v0="1427" v1="1457" v2="1458" />
+      <triangle index="2734" v0="1427" v1="1428" v2="1458" />
+      <triangle index="2735" v0="1428" v1="1458" v2="1459" />
+      <triangle index="2736" v0="1428" v1="1429" v2="1459" />
+      <triangle index="2737" v0="1429" v1="1459" v2="1460" />
+      <triangle index="2738" v0="1429" v1="1430" v2="1460" />
+      <triangle index="2739" v0="1430" v1="1460" v2="1461" />
+      <triangle index="2740" v0="1430" v1="1431" v2="1461" />
+      <triangle index="2741" v0="1431" v1="1461" v2="1462" />
+      <triangle index="2742" v0="1431" v1="1432" v2="1462" />
+      <triangle index="2743" v0="1432" v1="1462" v2="1463" />
+      <triangle index="2744" v0="1432" v1="1433" v2="1463" />
+      <triangle index="2745" v0="1433" v1="1463" v2="1464" />
+      <triangle index="2746" v0="1433" v1="1434" v2="1464" />
+      <triangle index="2747" v0="1434" v1="1464" v2="1465" />
+      <triangle index="2748" v0="1434" v1="1435" v2="1465" />
+      <triangle index="2749" v0="1435" v1="1465" v2="1466" />
+      <triangle index="2750" v0="1435" v1="1436" v2="1466" />
+      <triangle index="2751" v0="1436" v1="1466" v2="1467" />
+      <triangle index="2752" v0="1436" v1="1437" v2="1467" />
+      <triangle index="2753" v0="1437" v1="1467" v2="1468" />
+      <triangle index="2754" v0="1437" v1="1438" v2="1468" />
+      <triangle index="2755" v0="1438" v1="1468" v2="1469" />
+      <triangle index="2756" v0="1438" v1="1439" v2="1469" />
+      <triangle index="2757" v0="1439" v1="1469" v2="1470" />
+      <triangle index="2758" v0="1439" v1="1440" v2="1470" />
+      <triangle index="2759" v0="1440" v1="1470" v2="1471" />
+      <triangle index="2760" v0="1441" v1="1442" v2="1472" />
+      <triangle index="2761" v0="1442" v1="1472" v2="1473" />
+      <triangle index="2762" v0="1442" v1="1443" v2="1473" />
+      <triangle index="2763" v0="1443" v1="1473" v2="1474" />
+      <triangle index="2764" v0="1443" v1="1444" v2="1474" />
+      <triangle index="2765" v0="1444" v1="1474" v2="1475" />
+      <triangle index="2766" v0="1444" v1="1445" v2="1475" />
+      <triangle index="2767" v0="1445" v1="1475" v2="1476" />
+      <triangle index="2768" v0="1445" v1="1446" v2="1476" />
+      <triangle index="2769" v0="1446" v1="1476" v2="1477" />
+      <triangle index="2770" v0="1446" v1="1447" v2="1477" />
+      <triangle index="2771" v0="1447" v1="1477" v2="1478" />
+      <triangle index="2772" v0="1447" v1="1448" v2="1478" />
+      <triangle index="2773" v0="1448" v1="1478" v2="1479" />
+      <triangle index="2774" v0="1448" v1="1449" v2="1479" />
+      <triangle index="2775" v0="1449" v1="1479" v2="1480" />
+      <triangle index="2776" v0="1449" v1="1450" v2="1480" />
+      <triangle index="2777" v0="1450" v1="1480" v2="1481" />
+      <triangle index="2778" v0="1450" v1="1451" v2="1481" />
+      <triangle index="2779" v0="1451" v1="1481" v2="1482" />
+      <triangle index="2780" v0="1451" v1="1452" v2="1482" />
+      <triangle index="2781" v0="1452" v1="1482" v2="1483" />
+      <triangle index="2782" v0="1452" v1="1453" v2="1483" />
+      <triangle index="2783" v0="1453" v1="1483" v2="1484" />
+      <triangle index="2784" v0="1453" v1="1454" v2="1484" />
+      <triangle index="2785" v0="1454" v1="1484" v2="1485" />
+      <triangle index="2786" v0="1454" v1="1455" v2="1485" />
+      <triangle index="2787" v0="1455" v1="1485" v2="1486" />
+      <triangle index="2788" v0="1455" v1="1456" v2="1486" />
+      <triangle index="2789" v0="1456" v1="1486" v2="1487" />
+      <triangle index="2790" v0="1456" v1="1457" v2="1487" />
+      <triangle index="2791" v0="1457" v1="1487" v2="1488" />
+      <triangle index="2792" v0="1457" v1="1458" v2="1488" />
+      <triangle index="2793" v0="1458" v1="1488" v2="1489" />
+      <triangle index="2794" v0="1458" v1="1459" v2="1489" />
+      <triangle index="2795" v0="1459" v1="1489" v2="1490" />
+      <triangle index="2796" v0="1459" v1="1460" v2="1490" />
+      <triangle index="2797" v0="1460" v1="1490" v2="1491" />
+      <triangle index="2798" v0="1460" v1="1461" v2="1491" />
+      <triangle index="2799" v0="1461" v1="1491" v2="1492" />
+      <triangle index="2800" v0="1461" v1="1462" v2="1492" />
+      <triangle index="2801" v0="1462" v1="1492" v2="1493" />
+      <triangle index="2802" v0="1462" v1="1463" v2="1493" />
+      <triangle index="2803" v0="1463" v1="1493" v2="1494" />
+      <triangle index="2804" v0="1463" v1="1464" v2="1494" />
+      <triangle index="2805" v0="1464" v1="1494" v2="1495" />
+      <triangle index="2806" v0="1464" v1="1465" v2="1495" />
+      <triangle index="2807" v0="1465" v1="1495" v2="1496" />
+      <triangle index="2808" v0="1465" v1="1466" v2="1496" />
+      <triangle index="2809" v0="1466" v1="1496" v2="1497" />
+      <triangle index="2810" v0="1466" v1="1467" v2="1497" />
+      <triangle index="2811" v0="1467" v1="1497" v2="1498" />
+      <triangle index="2812" v0="1467" v1="1468" v2="1498" />
+      <triangle index="2813" v0="1468" v1="1498" v2="1499" />
+      <triangle index="2814" v0="1468" v1="1469" v2="1499" />
+      <triangle index="2815" v0="1469" v1="1499" v2="1500" />
+      <triangle index="2816" v0="1469" v1="1470" v2="1500" />
+      <triangle index="2817" v0="1470" v1="1500" v2="1501" />
+      <triangle index="2818" v0="1470" v1="1471" v2="1501" />
+      <triangle index="2819" v0="1471" v1="1501" v2="1502" />
+      <triangle index="2820" v0="1472" v1="1473" v2="1503" />
+      <triangle index="2821" v0="1473" v1="1503" v2="1504" />
+      <triangle index="2822" v0="1473" v1="1474" v2="1504" />
+      <triangle index="2823" v0="1474" v1="1504" v2="1505" />
+      <triangle index="2824" v0="1474" v1="1475" v2="1505" />
+      <triangle index="2825" v0="1475" v1="1505" v2="1506" />
+      <triangle index="2826" v0="1475" v1="1476" v2="1506" />
+      <triangle index="2827" v0="1476" v1="1506" v2="1507" />
+      <triangle index="2828" v0="1476" v1="1477" v2="1507" />
+      <triangle index="2829" v0="1477" v1="1507" v2="1508" />
+      <triangle index="2830" v0="1477" v1="1478" v2="1508" />
+      <triangle index="2831" v0="1478" v1="1508" v2="1509" />
+      <triangle index="2832" v0="1478" v1="1479" v2="1509" />
+      <triangle index="2833" v0="1479" v1="1509" v2="1510" />
+      <triangle index="2834" v0="1479" v1="1480" v2="1510" />
+      <triangle index="2835" v0="1480" v1="1510" v2="1511" />
+      <triangle index="2836" v0="1480" v1="1481" v2="1511" />
+      <triangle index="2837" v0="1481" v1="1511" v2="1512" />
+      <triangle index="2838" v0="1481" v1="1482" v2="1512" />
+      <triangle index="2839" v0="1482" v1="1512" v2="1513" />
+      <triangle index="2840" v0="1482" v1="1483" v2="1513" />
+      <triangle index="2841" v0="1483" v1="1513" v2="1514" />
+      <triangle index="2842" v0="1483" v1="1484" v2="1514" />
+      <triangle index="2843" v0="1484" v1="1514" v2="1515" />
+      <triangle index="2844" v0="1484" v1="1485" v2="1515" />
+      <triangle index="2845" v0="1485" v1="1515" v2="1516" />
+      <triangle index="2846" v0="1485" v1="1486" v2="1516" />
+      <triangle index="2847" v0="1486" v1="1516" v2="1517" />
+      <triangle index="2848" v0="1486" v1="1487" v2="1517" />
+      <triangle index="2849" v0="1487" v1="1517" v2="1518" />
+      <triangle index="2850" v0="1487" v1="1488" v2="1518" />
+      <triangle index="2851" v0="1488" v1="1518" v2="1519" />
+      <triangle index="2852" v0="1488" v1="1489" v2="1519" />
+      <triangle index="2853" v0="1489" v1="1519" v2="1520" />
+      <triangle index="2854" v0="1489" v1="1490" v2="1520" />
+      <triangle index="2855" v0="1490" v1="1520" v2="1521" />
+      <triangle index="2856" v0="1490" v1="1491" v2="1521" />
+      <triangle index="2857" v0="1491" v1="1521" v2="1522" />
+      <triangle index="2858" v0="1491" v1="1492" v2="1522" />
+      <triangle index="2859" v0="1492" v1="1522" v2="1523" />
+      <triangle index="2860" v0="1492" v1="1493" v2="1523" />
+      <triangle index="2861" v0="1493" v1="1523" v2="1524" />
+      <triangle index="2862" v0="1493" v1="1494" v2="1524" />
+      <triangle index="2863" v0="1494" v1="1524" v2="1525" />
+      <triangle index="2864" v0="1494" v1="1495" v2="1525" />
+      <triangle index="2865" v0="1495" v1="1525" v2="1526" />
+      <triangle index="2866" v0="1495" v1="1496" v2="1526" />
+      <triangle index="2867" v0="1496" v1="1526" v2="1527" />
+      <triangle index="2868" v0="1496" v1="1497" v2="1527" />
+      <triangle index="2869" v0="1497" v1="1527" v2="1528" />
+      <triangle index="2870" v0="1497" v1="1498" v2="1528" />
+      <triangle index="2871" v0="1498" v1="1528" v2="1529" />
+      <triangle index="2872" v0="1498" v1="1499" v2="1529" />
+      <triangle index="2873" v0="1499" v1="1529" v2="1530" />
+      <triangle index="2874" v0="1499" v1="1500" v2="1530" />
+      <triangle index="2875" v0="1500" v1="1530" v2="1531" />
+      <triangle index="2876" v0="1500" v1="1501" v2="1531" />
+      <triangle index="2877" v0="1501" v1="1531" v2="1532" />
+      <triangle index="2878" v0="1501" v1="1502" v2="1532" />
+      <triangle index="2879" v0="1502" v1="1532" v2="1533" />
+      <triangle index="2880" v0="1503" v1="1504" v2="1534" />
+      <triangle index="2881" v0="1504" v1="1534" v2="1535" />
+      <triangle index="2882" v0="1504" v1="1505" v2="1535" />
+      <triangle index="2883" v0="1505" v1="1535" v2="1536" />
+      <triangle index="2884" v0="1505" v1="1506" v2="1536" />
+      <triangle index="2885" v0="1506" v1="1536" v2="1537" />
+      <triangle index="2886" v0="1506" v1="1507" v2="1537" />
+      <triangle index="2887" v0="1507" v1="1537" v2="1538" />
+      <triangle index="2888" v0="1507" v1="1508" v2="1538" />
+      <triangle index="2889" v0="1508" v1="1538" v2="1539" />
+      <triangle index="2890" v0="1508" v1="1509" v2="1539" />
+      <triangle index="2891" v0="1509" v1="1539" v2="1540" />
+      <triangle index="2892" v0="1509" v1="1510" v2="1540" />
+      <triangle index="2893" v0="1510" v1="1540" v2="1541" />
+      <triangle index="2894" v0="1510" v1="1511" v2="1541" />
+      <triangle index="2895" v0="1511" v1="1541" v2="1542" />
+      <triangle index="2896" v0="1511" v1="1512" v2="1542" />
+      <triangle index="2897" v0="1512" v1="1542" v2="1543" />
+      <triangle index="2898" v0="1512" v1="1513" v2="1543" />
+      <triangle index="2899" v0="1513" v1="1543" v2="1544" />
+      <triangle index="2900" v0="1513" v1="1514" v2="1544" />
+      <triangle index="2901" v0="1514" v1="1544" v2="1545" />
+      <triangle index="2902" v0="1514" v1="1515" v2="1545" />
+      <triangle index="2903" v0="1515" v1="1545" v2="1546" />
+      <triangle index="2904" v0="1515" v1="1516" v2="1546" />
+      <triangle index="2905" v0="1516" v1="1546" v2="1547" />
+      <triangle index="2906" v0="1516" v1="1517" v2="1547" />
+      <triangle index="2907" v0="1517" v1="1547" v2="1548" />
+      <triangle index="2908" v0="1517" v1="1518" v2="1548" />
+      <triangle index="2909" v0="1518" v1="1548" v2="1549" />
+      <triangle index="2910" v0="1518" v1="1519" v2="1549" />
+      <triangle index="2911" v0="1519" v1="1549" v2="1550" />
+      <triangle index="2912" v0="1519" v1="1520" v2="1550" />
+      <triangle index="2913" v0="1520" v1="1550" v2="1551" />
+      <triangle index="2914" v0="1520" v1="1521" v2="1551" />
+      <triangle index="2915" v0="1521" v1="1551" v2="1552" />
+      <triangle index="2916" v0="1521" v1="1522" v2="1552" />
+      <triangle index="2917" v0="1522" v1="1552" v2="1553" />
+      <triangle index="2918" v0="1522" v1="1523" v2="1553" />
+      <triangle index="2919" v0="1523" v1="1553" v2="1554" />
+      <triangle index="2920" v0="1523" v1="1524" v2="1554" />
+      <triangle index="2921" v0="1524" v1="1554" v2="1555" />
+      <triangle index="2922" v0="1524" v1="1525" v2="1555" />
+      <triangle index="2923" v0="1525" v1="1555" v2="1556" />
+      <triangle index="2924" v0="1525" v1="1526" v2="1556" />
+      <triangle index="2925" v0="1526" v1="1556" v2="1557" />
+      <triangle index="2926" v0="1526" v1="1527" v2="1557" />
+      <triangle index="2927" v0="1527" v1="1557" v2="1558" />
+      <triangle index="2928" v0="1527" v1="1528" v2="1558" />
+      <triangle index="2929" v0="1528" v1="1558" v2="1559" />
+      <triangle index="2930" v0="1528" v1="1529" v2="1559" />
+      <triangle index="2931" v0="1529" v1="1559" v2="1560" />
+      <triangle index="2932" v0="1529" v1="1530" v2="1560" />
+      <triangle index="2933" v0="1530" v1="1560" v2="1561" />
+      <triangle index="2934" v0="1530" v1="1531" v2="1561" />
+      <triangle index="2935" v0="1531" v1="1561" v2="1562" />
+      <triangle index="2936" v0="1531" v1="1532" v2="1562" />
+      <triangle index="2937" v0="1532" v1="1562" v2="1563" />
+      <triangle index="2938" v0="1532" v1="1533" v2="1563" />
+      <triangle index="2939" v0="1533" v1="1563" v2="1564" />
+      <triangle index="2940" v0="1534" v1="1535" v2="1565" />
+      <triangle index="2941" v0="1535" v1="1565" v2="1566" />
+      <triangle index="2942" v0="1535" v1="1536" v2="1566" />
+      <triangle index="2943" v0="1536" v1="1566" v2="1567" />
+      <triangle index="2944" v0="1536" v1="1537" v2="1567" />
+      <triangle index="2945" v0="1537" v1="1567" v2="1568" />
+      <triangle index="2946" v0="1537" v1="1538" v2="1568" />
+      <triangle index="2947" v0="1538" v1="1568" v2="1569" />
+      <triangle index="2948" v0="1538" v1="1539" v2="1569" />
+      <triangle index="2949" v0="1539" v1="1569" v2="1570" />
+      <triangle index="2950" v0="1539" v1="1540" v2="1570" />
+      <triangle index="2951" v0="1540" v1="1570" v2="1571" />
+      <triangle index="2952" v0="1540" v1="1541" v2="1571" />
+      <triangle index="2953" v0="1541" v1="1571" v2="1572" />
+      <triangle index="2954" v0="1541" v1="1542" v2="1572" />
+      <triangle index="2955" v0="1542" v1="1572" v2="1573" />
+      <triangle index="2956" v0="1542" v1="1543" v2="1573" />
+      <triangle index="2957" v0="1543" v1="1573" v2="1574" />
+      <triangle index="2958" v0="1543" v1="1544" v2="1574" />
+      <triangle index="2959" v0="1544" v1="1574" v2="1575" />
+      <triangle index="2960" v0="1544" v1="1545" v2="1575" />
+      <triangle index="2961" v0="1545" v1="1575" v2="1576" />
+      <triangle index="2962" v0="1545" v1="1546" v2="1576" />
+      <triangle index="2963" v0="1546" v1="1576" v2="1577" />
+      <triangle index="2964" v0="1546" v1="1547" v2="1577" />
+      <triangle index="2965" v0="1547" v1="1577" v2="1578" />
+      <triangle index="2966" v0="1547" v1="1548" v2="1578" />
+      <triangle index="2967" v0="1548" v1="1578" v2="1579" />
+      <triangle index="2968" v0="1548" v1="1549" v2="1579" />
+      <triangle index="2969" v0="1549" v1="1579" v2="1580" />
+      <triangle index="2970" v0="1549" v1="1550" v2="1580" />
+      <triangle index="2971" v0="1550" v1="1580" v2="1581" />
+      <triangle index="2972" v0="1550" v1="1551" v2="1581" />
+      <triangle index="2973" v0="1551" v1="1581" v2="1582" />
+      <triangle index="2974" v0="1551" v1="1552" v2="1582" />
+      <triangle index="2975" v0="1552" v1="1582" v2="1583" />
+      <triangle index="2976" v0="1552" v1="1553" v2="1583" />
+      <triangle index="2977" v0="1553" v1="1583" v2="1584" />
+      <triangle index="2978" v0="1553" v1="1554" v2="1584" />
+      <triangle index="2979" v0="1554" v1="1584" v2="1585" />
+      <triangle index="2980" v0="1554" v1="1555" v2="1585" />
+      <triangle index="2981" v0="1555" v1="1585" v2="1586" />
+      <triangle index="2982" v0="1555" v1="1556" v2="1586" />
+      <triangle index="2983" v0="1556" v1="1586" v2="1587" />
+      <triangle index="2984" v0="1556" v1="1557" v2="1587" />
+      <triangle index="2985" v0="1557" v1="1587" v2="1588" />
+      <triangle index="2986" v0="1557" v1="1558" v2="1588" />
+      <triangle index="2987" v0="1558" v1="1588" v2="1589" />
+      <triangle index="2988" v0="1558" v1="1559" v2="1589" />
+      <triangle index="2989" v0="1559" v1="1589" v2="1590" />
+      <triangle index="2990" v0="1559" v1="1560" v2="1590" />
+      <triangle index="2991" v0="1560" v1="1590" v2="1591" />
+      <triangle index="2992" v0="1560" v1="1561" v2="1591" />
+      <triangle index="2993" v0="1561" v1="1591" v2="1592" />
+      <triangle index="2994" v0="1561" v1="1562" v2="1592" />
+      <triangle index="2995" v0="1562" v1="1592" v2="1593" />
+      <triangle index="2996" v0="1562" v1="1563" v2="1593" />
+      <triangle index="2997" v0="1563" v1="1593" v2="1594" />
+      <triangle index="2998" v0="1563" v1="1564" v2="1594" />
+      <triangle index="2999" v0="1564" v1="1594" v2="1595" />
+      <triangle index="3000" v0="1565" v1="1566" v2="1596" />
+      <triangle index="3001" v0="1566" v1="1596" v2="1597" />
+      <triangle index="3002" v0="1566" v1="1567" v2="1597" />
+      <triangle index="3003" v0="1567" v1="1597" v2="1598" />
+      <triangle index="3004" v0="1567" v1="1568" v2="1598" />
+      <triangle index="3005" v0="1568" v1="1598" v2="1599" />
+      <triangle index="3006" v0="1568" v1="1569" v2="1599" />
+      <triangle index="3007" v0="1569" v1="1599" v2="1600" />
+      <triangle index="3008" v0="1569" v1="1570" v2="1600" />
+      <triangle index="3009" v0="1570" v1="1600" v2="1601" />
+      <triangle index="3010" v0="1570" v1="1571" v2="1601" />
+      <triangle index="3011" v0="1571" v1="1601" v2="1602" />
+      <triangle index="3012" v0="1571" v1="1572" v2="1602" />
+      <triangle index="3013" v0="1572" v1="1602" v2="1603" />
+      <triangle index="3014" v0="1572" v1="1573" v2="1603" />
+      <triangle index="3015" v0="1573" v1="1603" v2="1604" />
+      <triangle index="3016" v0="1573" v1="1574" v2="1604" />
+      <triangle index="3017" v0="1574" v1="1604" v2="1605" />
+      <triangle index="3018" v0="1574" v1="1575" v2="1605" />
+      <triangle index="3019" v0="1575" v1="1605" v2="1606" />
+      <triangle index="3020" v0="1575" v1="1576" v2="1606" />
+      <triangle index="3021" v0="1576" v1="1606" v2="1607" />
+      <triangle index="3022" v0="1576" v1="1577" v2="1607" />
+      <triangle index="3023" v0="1577" v1="1607" v2="1608" />
+      <triangle index="3024" v0="1577" v1="1578" v2="1608" />
+      <triangle index="3025" v0="1578" v1="1608" v2="1609" />
+      <triangle index="3026" v0="1578" v1="1579" v2="1609" />
+      <triangle index="3027" v0="1579" v1="1609" v2="1610" />
+      <triangle index="3028" v0="1579" v1="1580" v2="1610" />
+      <triangle index="3029" v0="1580" v1="1610" v2="1611" />
+      <triangle index="3030" v0="1580" v1="1581" v2="1611" />
+      <triangle index="3031" v0="1581" v1="1611" v2="1612" />
+      <triangle index="3032" v0="1581" v1="1582" v2="1612" />
+      <triangle index="3033" v0="1582" v1="1612" v2="1613" />
+      <triangle index="3034" v0="1582" v1="1583" v2="1613" />
+      <triangle index="3035" v0="1583" v1="1613" v2="1614" />
+      <triangle index="3036" v0="1583" v1="1584" v2="1614" />
+      <triangle index="3037" v0="1584" v1="1614" v2="1615" />
+      <triangle index="3038" v0="1584" v1="1585" v2="1615" />
+      <triangle index="3039" v0="1585" v1="1615" v2="1616" />
+      <triangle index="3040" v0="1585" v1="1586" v2="1616" />
+      <triangle index="3041" v0="1586" v1="1616" v2="1617" />
+      <triangle index="3042" v0="1586" v1="1587" v2="1617" />
+      <triangle index="3043" v0="1587" v1="1617" v2="1618" />
+      <triangle index="3044" v0="1587" v1="1588" v2="1618" />
+      <triangle index="3045" v0="1588" v1="1618" v2="1619" />
+      <triangle index="3046" v0="1588" v1="1589" v2="1619" />
+      <triangle index="3047" v0="1589" v1="1619" v2="1620" />
+      <triangle index="3048" v0="1589" v1="1590" v2="1620" />
+      <triangle index="3049" v0="1590" v1="1620" v2="1621" />
+      <triangle index="3050" v0="1590" v1="1591" v2="1621" />
+      <triangle index="3051" v0="1591" v1="1621" v2="1622" />
+      <triangle index="3052" v0="1591" v1="1592" v2="1622" />
+      <triangle index="3053" v0="1592" v1="1622" v2="1623" />
+      <triangle index="3054" v0="1592" v1="1593" v2="1623" />
+      <triangle index="3055" v0="1593" v1="1623" v2="1624" />
+      <triangle index="3056" v0="1593" v1="1594" v2="1624" />
+      <triangle index="3057" v0="1594" v1="1624" v2="1625" />
+      <triangle index="3058" v0="1594" v1="1595" v2="1625" />
+      <triangle index="3059" v0="1595" v1="1625" v2="1626" />
+      <triangle index="3060" v0="1596" v1="1597" v2="1627" />
+      <triangle index="3061" v0="1597" v1="1627" v2="1628" />
+      <triangle index="3062" v0="1597" v1="1598" v2="1628" />
+      <triangle index="3063" v0="1598" v1="1628" v2="1629" />
+      <triangle index="3064" v0="1598" v1="1599" v2="1629" />
+      <triangle index="3065" v0="1599" v1="1629" v2="1630" />
+      <triangle index="3066" v0="1599" v1="1600" v2="1630" />
+      <triangle index="3067" v0="1600" v1="1630" v2="1631" />
+      <triangle index="3068" v0="1600" v1="1601" v2="1631" />
+      <triangle index="3069" v0="1601" v1="1631" v2="1632" />
+      <triangle index="3070" v0="1601" v1="1602" v2="1632" />
+      <triangle index="3071" v0="1602" v1="1632" v2="1633" />
+      <triangle index="3072" v0="1602" v1="1603" v2="1633" />
+      <triangle index="3073" v0="1603" v1="1633" v2="1634" />
+      <triangle index="3074" v0="1603" v1="1604" v2="1634" />
+      <triangle index="3075" v0="1604" v1="1634" v2="1635" />
+      <triangle index="3076" v0="1604" v1="1605" v2="1635" />
+      <triangle index="3077" v0="1605" v1="1635" v2="1636" />
+      <triangle index="3078" v0="1605" v1="1606" v2="1636" />
+      <triangle index="3079" v0="1606" v1="1636" v2="1637" />
+      <triangle index="3080" v0="1606" v1="1607" v2="1637" />
+      <triangle index="3081" v0="1607" v1="1637" v2="1638" />
+      <triangle index="3082" v0="1607" v1="1608" v2="1638" />
+      <triangle index="3083" v0="1608" v1="1638" v2="1639" />
+      <triangle index="3084" v0="1608" v1="1609" v2="1639" />
+      <triangle index="3085" v0="1609" v1="1639" v2="1640" />
+      <triangle index="3086" v0="1609" v1="1610" v2="1640" />
+      <triangle index="3087" v0="1610" v1="1640" v2="1641" />
+      <triangle index="3088" v0="1610" v1="1611" v2="1641" />
+      <triangle index="3089" v0="1611" v1="1641" v2="1642" />
+      <triangle index="3090" v0="1611" v1="1612" v2="1642" />
+      <triangle index="3091" v0="1612" v1="1642" v2="1643" />
+      <triangle index="3092" v0="1612" v1="1613" v2="1643" />
+      <triangle index="3093" v0="1613" v1="1643" v2="1644" />
+      <triangle index="3094" v0="1613" v1="1614" v2="1644" />
+      <triangle index="3095" v0="1614" v1="1644" v2="1645" />
+      <triangle index="3096" v0="1614" v1="1615" v2="1645" />
+      <triangle index="3097" v0="1615" v1="1645" v2="1646" />
+      <triangle index="3098" v0="1615" v1="1616" v2="1646" />
+      <triangle index="3099" v0="1616" v1="1646" v2="1647" />
+      <triangle index="3100" v0="1616" v1="1617" v2="1647" />
+      <triangle index="3101" v0="1617" v1="1647" v2="1648" />
+      <triangle index="3102" v0="1617" v1="1618" v2="1648" />
+      <triangle index="3103" v0="1618" v1="1648" v2="1649" />
+      <triangle index="3104" v0="1618" v1="1619" v2="1649" />
+      <triangle index="3105" v0="1619" v1="1649" v2="1650" />
+      <triangle index="3106" v0="1619" v1="1620" v2="1650" />
+      <triangle index="3107" v0="1620" v1="1650" v2="1651" />
+      <triangle index="3108" v0="1620" v1="1621" v2="1651" />
+      <triangle index="3109" v0="1621" v1="1651" v2="1652" />
+      <triangle index="3110" v0="1621" v1="1622" v2="1652" />
+      <triangle index="3111" v0="1622" v1="1652" v2="1653" />
+      <triangle index="3112" v0="1622" v1="1623" v2="1653" />
+      <triangle index="3113" v0="1623" v1="1653" v2="1654" />
+      <triangle index="3114" v0="1623" v1="1624" v2="1654" />
+      <triangle index="3115" v0="1624" v1="1654" v2="1655" />
+      <triangle index="3116" v0="1624" v1="1625" v2="1655" />
+      <triangle index="3117" v0="1625" v1="1655" v2="1656" />
+      <triangle index="3118" v0="1625" v1="1626" v2="1656" />
+      <triangle index="3119" v0="1626" v1="1656" v2="1657" />
+      <triangle index="3120" v0="1627" v1="1628" v2="1658" />
+      <triangle index="3121" v0="1628" v1="1658" v2="1659" />
+      <triangle index="3122" v0="1628" v1="1629" v2="1659" />
+      <triangle index="3123" v0="1629" v1="1659" v2="1660" />
+      <triangle index="3124" v0="1629" v1="1630" v2="1660" />
+      <triangle index="3125" v0="1630" v1="1660" v2="1661" />
+      <triangle index="3126" v0="1630" v1="1631" v2="1661" />
+      <triangle index="3127" v0="1631" v1="1661" v2="1662" />
+      <triangle index="3128" v0="1631" v1="1632" v2="1662" />
+      <triangle index="3129" v0="1632" v1="1662" v2="1663" />
+      <triangle index="3130" v0="1632" v1="1633" v2="1663" />
+      <triangle index="3131" v0="1633" v1="1663" v2="1664" />
+      <triangle index="3132" v0="1633" v1="1634" v2="1664" />
+      <triangle index="3133" v0="1634" v1="1664" v2="1665" />
+      <triangle index="3134" v0="1634" v1="1635" v2="1665" />
+      <triangle index="3135" v0="1635" v1="1665" v2="1666" />
+      <triangle index="3136" v0="1635" v1="1636" v2="1666" />
+      <triangle index="3137" v0="1636" v1="1666" v2="1667" />
+      <triangle index="3138" v0="1636" v1="1637" v2="1667" />
+      <triangle index="3139" v0="1637" v1="1667" v2="1668" />
+      <triangle index="3140" v0="1637" v1="1638" v2="1668" />
+      <triangle index="3141" v0="1638" v1="1668" v2="1669" />
+      <triangle index="3142" v0="1638" v1="1639" v2="1669" />
+      <triangle index="3143" v0="1639" v1="1669" v2="1670" />
+      <triangle index="3144" v0="1639" v1="1640" v2="1670" />
+      <triangle index="3145" v0="1640" v1="1670" v2="1671" />
+      <triangle index="3146" v0="1640" v1="1641" v2="1671" />
+      <triangle index="3147" v0="1641" v1="1671" v2="1672" />
+      <triangle index="3148" v0="1641" v1="1642" v2="1672" />
+      <triangle index="3149" v0="1642" v1="1672" v2="1673" />
+      <triangle index="3150" v0="1642" v1="1643" v2="1673" />
+      <triangle index="3151" v0="1643" v1="1673" v2="1674" />
+      <triangle index="3152" v0="1643" v1="1644" v2="1674" />
+      <triangle index="3153" v0="1644" v1="1674" v2="1675" />
+      <triangle index="3154" v0="1644" v1="1645" v2="1675" />
+      <triangle index="3155" v0="1645" v1="1675" v2="1676" />
+      <triangle index="3156" v0="1645" v1="1646" v2="1676" />
+      <triangle index="3157" v0="1646" v1="1676" v2="1677" />
+      <triangle index="3158" v0="1646" v1="1647" v2="1677" />
+      <triangle index="3159" v0="1647" v1="1677" v2="1678" />
+      <triangle index="3160" v0="1647" v1="1648" v2="1678" />
+      <triangle index="3161" v0="1648" v1="1678" v2="1679" />
+      <triangle index="3162" v0="1648" v1="1649" v2="1679" />
+      <triangle index="3163" v0="1649" v1="1679" v2="1680" />
+      <triangle index="3164" v0="1649" v1="1650" v2="1680" />
+      <triangle index="3165" v0="1650" v1="1680" v2="1681" />
+      <triangle index="3166" v0="1650" v1="1651" v2="1681" />
+      <triangle index="3167" v0="1651" v1="1681" v2="1682" />
+      <triangle index="3168" v0="1651" v1="1652" v2="1682" />
+      <triangle index="3169" v0="1652" v1="1682" v2="1683" />
+      <triangle index="3170" v0="1652" v1="1653" v2="1683" />
+      <triangle index="3171" v0="1653" v1="1683" v2="1684" />
+      <triangle index="3172" v0="1653" v1="1654" v2="1684" />
+      <triangle index="3173" v0="1654" v1="1684" v2="1685" />
+      <triangle index="3174" v0="1654" v1="1655" v2="1685" />
+      <triangle index="3175" v0="1655" v1="1685" v2="1686" />
+      <triangle index="3176" v0="1655" v1="1656" v2="1686" />
+      <triangle index="3177" v0="1656" v1="1686" v2="1687" />
+      <triangle index="3178" v0="1656" v1="1657" v2="1687" />
+      <triangle index="3179" v0="1657" v1="1687" v2="1688" />
+      <triangle index="3180" v0="1658" v1="1659" v2="1689" />
+      <triangle index="3181" v0="1659" v1="1689" v2="1690" />
+      <triangle index="3182" v0="1659" v1="1660" v2="1690" />
+      <triangle index="3183" v0="1660" v1="1690" v2="1691" />
+      <triangle index="3184" v0="1660" v1="1661" v2="1691" />
+      <triangle index="3185" v0="1661" v1="1691" v2="1692" />
+      <triangle index="3186" v0="1661" v1="1662" v2="1692" />
+      <triangle index="3187" v0="1662" v1="1692" v2="1693" />
+      <triangle index="3188" v0="1662" v1="1663" v2="1693" />
+      <triangle index="3189" v0="1663" v1="1693" v2="1694" />
+      <triangle index="3190" v0="1663" v1="1664" v2="1694" />
+      <triangle index="3191" v0="1664" v1="1694" v2="1695" />
+      <triangle index="3192" v0="1664" v1="1665" v2="1695" />
+      <triangle index="3193" v0="1665" v1="1695" v2="1696" />
+      <triangle index="3194" v0="1665" v1="1666" v2="1696" />
+      <triangle index="3195" v0="1666" v1="1696" v2="1697" />
+      <triangle index="3196" v0="1666" v1="1667" v2="1697" />
+      <triangle index="3197" v0="1667" v1="1697" v2="1698" />
+      <triangle index="3198" v0="1667" v1="1668" v2="1698" />
+      <triangle index="3199" v0="1668" v1="1698" v2="1699" />
+      <triangle index="3200" v0="1668" v1="1669" v2="1699" />
+      <triangle index="3201" v0="1669" v1="1699" v2="1700" />
+      <triangle index="3202" v0="1669" v1="1670" v2="1700" />
+      <triangle index="3203" v0="1670" v1="1700" v2="1701" />
+      <triangle index="3204" v0="1670" v1="1671" v2="1701" />
+      <triangle index="3205" v0="1671" v1="1701" v2="1702" />
+      <triangle index="3206" v0="1671" v1="1672" v2="1702" />
+      <triangle index="3207" v0="1672" v1="1702" v2="1703" />
+      <triangle index="3208" v0="1672" v1="1673" v2="1703" />
+      <triangle index="3209" v0="1673" v1="1703" v2="1704" />
+      <triangle index="3210" v0="1673" v1="1674" v2="1704" />
+      <triangle index="3211" v0="1674" v1="1704" v2="1705" />
+      <triangle index="3212" v0="1674" v1="1675" v2="1705" />
+      <triangle index="3213" v0="1675" v1="1705" v2="1706" />
+      <triangle index="3214" v0="1675" v1="1676" v2="1706" />
+      <triangle index="3215" v0="1676" v1="1706" v2="1707" />
+      <triangle index="3216" v0="1676" v1="1677" v2="1707" />
+      <triangle index="3217" v0="1677" v1="1707" v2="1708" />
+      <triangle index="3218" v0="1677" v1="1678" v2="1708" />
+      <triangle index="3219" v0="1678" v1="1708" v2="1709" />
+      <triangle index="3220" v0="1678" v1="1679" v2="1709" />
+      <triangle index="3221" v0="1679" v1="1709" v2="1710" />
+      <triangle index="3222" v0="1679" v1="1680" v2="1710" />
+      <triangle index="3223" v0="1680" v1="1710" v2="1711" />
+      <triangle index="3224" v0="1680" v1="1681" v2="1711" />
+      <triangle index="3225" v0="1681" v1="1711" v2="1712" />
+      <triangle index="3226" v0="1681" v1="1682" v2="1712" />
+      <triangle index="3227" v0="1682" v1="1712" v2="1713" />
+      <triangle index="3228" v0="1682" v1="1683" v2="1713" />
+      <triangle index="3229" v0="1683" v1="1713" v2="1714" />
+      <triangle index="3230" v0="1683" v1="1684" v2="1714" />
+      <triangle index="3231" v0="1684" v1="1714" v2="1715" />
+      <triangle index="3232" v0="1684" v1="1685" v2="1715" />
+      <triangle index="3233" v0="1685" v1="1715" v2="1716" />
+      <triangle index="3234" v0="1685" v1="1686" v2="1716" />
+      <triangle index="3235" v0="1686" v1="1716" v2="1717" />
+      <triangle index="3236" v0="1686" v1="1687" v2="1717" />
+      <triangle index="3237" v0="1687" v1="1717" v2="1718" />
+      <triangle index="3238" v0="1687" v1="1688" v2="1718" />
+      <triangle index="3239" v0="1688" v1="1718" v2="1719" />
+      <triangle index="3240" v0="1689" v1="1690" v2="1720" />
+      <triangle index="3241" v0="1690" v1="1720" v2="1721" />
+      <triangle index="3242" v0="1690" v1="1691" v2="1721" />
+      <triangle index="3243" v0="1691" v1="1721" v2="1722" />
+      <triangle index="3244" v0="1691" v1="1692" v2="1722" />
+      <triangle index="3245" v0="1692" v1="1722" v2="1723" />
+      <triangle index="3246" v0="1692" v1="1693" v2="1723" />
+      <triangle index="3247" v0="1693" v1="1723" v2="1724" />
+      <triangle index="3248" v0="1693" v1="1694" v2="1724" />
+      <triangle index="3249" v0="1694" v1="1724" v2="1725" />
+      <triangle index="3250" v0="1694" v1="1695" v2="1725" />
+      <triangle index="3251" v0="1695" v1="1725" v2="1726" />
+      <triangle index="3252" v0="1695" v1="1696" v2="1726" />
+      <triangle index="3253" v0="1696" v1="1726" v2="1727" />
+      <triangle index="3254" v0="1696" v1="1697" v2="1727" />
+      <triangle index="3255" v0="1697" v1="1727" v2="1728" />
+      <triangle index="3256" v0="1697" v1="1698" v2="1728" />
+      <triangle index="3257" v0="1698" v1="1728" v2="1729" />
+      <triangle index="3258" v0="1698" v1="1699" v2="1729" />
+      <triangle index="3259" v0="1699" v1="1729" v2="1730" />
+      <triangle index="3260" v0="1699" v1="1700" v2="1730" />
+      <triangle index="3261" v0="1700" v1="1730" v2="1731" />
+      <triangle index="3262" v0="1700" v1="1701" v2="1731" />
+      <triangle index="3263" v0="1701" v1="1731" v2="1732" />
+      <triangle index="3264" v0="1701" v1="1702" v2="1732" />
+      <triangle index="3265" v0="1702" v1="1732" v2="1733" />
+      <triangle index="3266" v0="1702" v1="1703" v2="1733" />
+      <triangle index="3267" v0="1703" v1="1733" v2="1734" />
+      <triangle index="3268" v0="1703" v1="1704" v2="1734" />
+      <triangle index="3269" v0="1704" v1="1734" v2="1735" />
+      <triangle index="3270" v0="1704" v1="1705" v2="1735" />
+      <triangle index="3271" v0="1705" v1="1735" v2="1736" />
+      <triangle index="3272" v0="1705" v1="1706" v2="1736" />
+      <triangle index="3273" v0="1706" v1="1736" v2="1737" />
+      <triangle index="3274" v0="1706" v1="1707" v2="1737" />
+      <triangle index="3275" v0="1707" v1="1737" v2="1738" />
+      <triangle index="3276" v0="1707" v1="1708" v2="1738" />
+      <triangle index="3277" v0="1708" v1="1738" v2="1739" />
+      <triangle index="3278" v0="1708" v1="1709" v2="1739" />
+      <triangle index="3279" v0="1709" v1="1739" v2="1740" />
+      <triangle index="3280" v0="1709" v1="1710" v2="1740" />
+      <triangle index="3281" v0="1710" v1="1740" v2="1741" />
+      <triangle index="3282" v0="1710" v1="1711" v2="1741" />
+      <triangle index="3283" v0="1711" v1="1741" v2="1742" />
+      <triangle index="3284" v0="1711" v1="1712" v2="1742" />
+      <triangle index="3285" v0="1712" v1="1742" v2="1743" />
+      <triangle index="3286" v0="1712" v1="1713" v2="1743" />
+      <triangle index="3287" v0="1713" v1="1743" v2="1744" />
+      <triangle index="3288" v0="1713" v1="1714" v2="1744" />
+      <triangle index="3289" v0="1714" v1="1744" v2="1745" />
+      <triangle index="3290" v0="1714" v1="1715" v2="1745" />
+      <triangle index="3291" v0="1715" v1="1745" v2="1746" />
+      <triangle index="3292" v0="1715" v1="1716" v2="1746" />
+      <triangle index="3293" v0="1716" v1="1746" v2="1747" />
+      <triangle index="3294" v0="1716" v1="1717" v2="1747" />
+      <triangle index="3295" v0="1717" v1="1747" v2="1748" />
+      <triangle index="3296" v0="1717" v1="1718" v2="1748" />
+      <triangle index="3297" v0="1718" v1="1748" v2="1749" />
+      <triangle index="3298" v0="1718" v1="1719" v2="1749" />
+      <triangle index="3299" v0="1719" v1="1749" v2="1750" />
+      <triangle index="3300" v0="1720" v1="1721" v2="1751" />
+      <triangle index="3301" v0="1721" v1="1751" v2="1752" />
+      <triangle index="3302" v0="1721" v1="1722" v2="1752" />
+      <triangle index="3303" v0="1722" v1="1752" v2="1753" />
+      <triangle index="3304" v0="1722" v1="1723" v2="1753" />
+      <triangle index="3305" v0="1723" v1="1753" v2="1754" />
+      <triangle index="3306" v0="1723" v1="1724" v2="1754" />
+      <triangle index="3307" v0="1724" v1="1754" v2="1755" />
+      <triangle index="3308" v0="1724" v1="1725" v2="1755" />
+      <triangle index="3309" v0="1725" v1="1755" v2="1756" />
+      <triangle index="3310" v0="1725" v1="1726" v2="1756" />
+      <triangle index="3311" v0="1726" v1="1756" v2="1757" />
+      <triangle index="3312" v0="1726" v1="1727" v2="1757" />
+      <triangle index="3313" v0="1727" v1="1757" v2="1758" />
+      <triangle index="3314" v0="1727" v1="1728" v2="1758" />
+      <triangle index="3315" v0="1728" v1="1758" v2="1759" />
+      <triangle index="3316" v0="1728" v1="1729" v2="1759" />
+      <triangle index="3317" v0="1729" v1="1759" v2="1760" />
+      <triangle index="3318" v0="1729" v1="1730" v2="1760" />
+      <triangle index="3319" v0="1730" v1="1760" v2="1761" />
+      <triangle index="3320" v0="1730" v1="1731" v2="1761" />
+      <triangle index="3321" v0="1731" v1="1761" v2="1762" />
+      <triangle index="3322" v0="1731" v1="1732" v2="1762" />
+      <triangle index="3323" v0="1732" v1="1762" v2="1763" />
+      <triangle index="3324" v0="1732" v1="1733" v2="1763" />
+      <triangle index="3325" v0="1733" v1="1763" v2="1764" />
+      <triangle index="3326" v0="1733" v1="1734" v2="1764" />
+      <triangle index="3327" v0="1734" v1="1764" v2="1765" />
+      <triangle index="3328" v0="1734" v1="1735" v2="1765" />
+      <triangle index="3329" v0="1735" v1="1765" v2="1766" />
+      <triangle index="3330" v0="1735" v1="1736" v2="1766" />
+      <triangle index="3331" v0="1736" v1="1766" v2="1767" />
+      <triangle index="3332" v0="1736" v1="1737" v2="1767" />
+      <triangle index="3333" v0="1737" v1="1767" v2="1768" />
+      <triangle index="3334" v0="1737" v1="1738" v2="1768" />
+      <triangle index="3335" v0="1738" v1="1768" v2="1769" />
+      <triangle index="3336" v0="1738" v1="1739" v2="1769" />
+      <triangle index="3337" v0="1739" v1="1769" v2="1770" />
+      <triangle index="3338" v0="1739" v1="1740" v2="1770" />
+      <triangle index="3339" v0="1740" v1="1770" v2="1771" />
+      <triangle index="3340" v0="1740" v1="1741" v2="1771" />
+      <triangle index="3341" v0="1741" v1="1771" v2="1772" />
+      <triangle index="3342" v0="1741" v1="1742" v2="1772" />
+      <triangle index="3343" v0="1742" v1="1772" v2="1773" />
+      <triangle index="3344" v0="1742" v1="1743" v2="1773" />
+      <triangle index="3345" v0="1743" v1="1773" v2="1774" />
+      <triangle index="3346" v0="1743" v1="1744" v2="1774" />
+      <triangle index="3347" v0="1744" v1="1774" v2="1775" />
+      <triangle index="3348" v0="1744" v1="1745" v2="1775" />
+      <triangle index="3349" v0="1745" v1="1775" v2="1776" />
+      <triangle index="3350" v0="1745" v1="1746" v2="1776" />
+      <triangle index="3351" v0="1746" v1="1776" v2="1777" />
+      <triangle index="3352" v0="1746" v1="1747" v2="1777" />
+      <triangle index="3353" v0="1747" v1="1777" v2="1778" />
+      <triangle index="3354" v0="1747" v1="1748" v2="1778" />
+      <triangle index="3355" v0="1748" v1="1778" v2="1779" />
+      <triangle index="3356" v0="1748" v1="1749" v2="1779" />
+      <triangle index="3357" v0="1749" v1="1779" v2="1780" />
+      <triangle index="3358" v0="1749" v1="1750" v2="1780" />
+      <triangle index="3359" v0="1750" v1="1780" v2="1781" />
+      <triangle index="3360" v0="1751" v1="1752" v2="1782" />
+      <triangle index="3361" v0="1752" v1="1782" v2="1783" />
+      <triangle index="3362" v0="1752" v1="1753" v2="1783" />
+      <triangle index="3363" v0="1753" v1="1783" v2="1784" />
+      <triangle index="3364" v0="1753" v1="1754" v2="1784" />
+      <triangle index="3365" v0="1754" v1="1784" v2="1785" />
+      <triangle index="3366" v0="1754" v1="1755" v2="1785" />
+      <triangle index="3367" v0="1755" v1="1785" v2="1786" />
+      <triangle index="3368" v0="1755" v1="1756" v2="1786" />
+      <triangle index="3369" v0="1756" v1="1786" v2="1787" />
+      <triangle index="3370" v0="1756" v1="1757" v2="1787" />
+      <triangle index="3371" v0="1757" v1="1787" v2="1788" />
+      <triangle index="3372" v0="1757" v1="1758" v2="1788" />
+      <triangle index="3373" v0="1758" v1="1788" v2="1789" />
+      <triangle index="3374" v0="1758" v1="1759" v2="1789" />
+      <triangle index="3375" v0="1759" v1="1789" v2="1790" />
+      <triangle index="3376" v0="1759" v1="1760" v2="1790" />
+      <triangle index="3377" v0="1760" v1="1790" v2="1791" />
+      <triangle index="3378" v0="1760" v1="1761" v2="1791" />
+      <triangle index="3379" v0="1761" v1="1791" v2="1792" />
+      <triangle index="3380" v0="1761" v1="1762" v2="1792" />
+      <triangle index="3381" v0="1762" v1="1792" v2="1793" />
+      <triangle index="3382" v0="1762" v1="1763" v2="1793" />
+      <triangle index="3383" v0="1763" v1="1793" v2="1794" />
+      <triangle index="3384" v0="1763" v1="1764" v2="1794" />
+      <triangle index="3385" v0="1764" v1="1794" v2="1795" />
+      <triangle index="3386" v0="1764" v1="1765" v2="1795" />
+      <triangle index="3387" v0="1765" v1="1795" v2="1796" />
+      <triangle index="3388" v0="1765" v1="1766" v2="1796" />
+      <triangle index="3389" v0="1766" v1="1796" v2="1797" />
+      <triangle index="3390" v0="1766" v1="1767" v2="1797" />
+      <triangle index="3391" v0="1767" v1="1797" v2="1798" />
+      <triangle index="3392" v0="1767" v1="1768" v2="1798" />
+      <triangle index="3393" v0="1768" v1="1798" v2="1799" />
+      <triangle index="3394" v0="1768" v1="1769" v2="1799" />
+      <triangle index="3395" v0="1769" v1="1799" v2="1800" />
+      <triangle index="3396" v0="1769" v1="1770" v2="1800" />
+      <triangle index="3397" v0="1770" v1="1800" v2="1801" />
+      <triangle index="3398" v0="1770" v1="1771" v2="1801" />
+      <triangle index="3399" v0="1771" v1="1801" v2="1802" />
+      <triangle index="3400" v0="1771" v1="1772" v2="1802" />
+      <triangle index="3401" v0="1772" v1="1802" v2="1803" />
+      <triangle index="3402" v0="1772" v1="1773" v2="1803" />
+      <triangle index="3403" v0="1773" v1="1803" v2="1804" />
+      <triangle index="3404" v0="1773" v1="1774" v2="1804" />
+      <triangle index="3405" v0="1774" v1="1804" v2="1805" />
+      <triangle index="3406" v0="1774" v1="1775" v2="1805" />
+      <triangle index="3407" v0="1775" v1="1805" v2="1806" />
+      <triangle index="3408" v0="1775" v1="1776" v2="1806" />
+      <triangle index="3409" v0="1776" v1="1806" v2="1807" />
+      <triangle index="3410" v0="1776" v1="1777" v2="1807" />
+      <triangle index="3411" v0="1777" v1="1807" v2="1808" />
+      <triangle index="3412" v0="1777" v1="1778" v2="1808" />
+      <triangle index="3413" v0="1778" v1="1808" v2="1809" />
+      <triangle index="3414" v0="1778" v1="1779" v2="1809" />
+      <triangle index="3415" v0="1779" v1="1809" v2="1810" />
+      <triangle index="3416" v0="1779" v1="1780" v2="1810" />
+      <triangle index="3417" v0="1780" v1="1810" v2="1811" />
+      <triangle index="3418" v0="1780" v1="1781" v2="1811" />
+      <triangle index="3419" v0="1781" v1="1811" v2="1812" />
+      <triangle index="3420" v0="1782" v1="1783" v2="1813" />
+      <triangle index="3421" v0="1783" v1="1813" v2="1814" />
+      <triangle index="3422" v0="1783" v1="1784" v2="1814" />
+      <triangle index="3423" v0="1784" v1="1814" v2="1815" />
+      <triangle index="3424" v0="1784" v1="1785" v2="1815" />
+      <triangle index="3425" v0="1785" v1="1815" v2="1816" />
+      <triangle index="3426" v0="1785" v1="1786" v2="1816" />
+      <triangle index="3427" v0="1786" v1="1816" v2="1817" />
+      <triangle index="3428" v0="1786" v1="1787" v2="1817" />
+      <triangle index="3429" v0="1787" v1="1817" v2="1818" />
+      <triangle index="3430" v0="1787" v1="1788" v2="1818" />
+      <triangle index="3431" v0="1788" v1="1818" v2="1819" />
+      <triangle index="3432" v0="1788" v1="1789" v2="1819" />
+      <triangle index="3433" v0="1789" v1="1819" v2="1820" />
+      <triangle index="3434" v0="1789" v1="1790" v2="1820" />
+      <triangle index="3435" v0="1790" v1="1820" v2="1821" />
+      <triangle index="3436" v0="1790" v1="1791" v2="1821" />
+      <triangle index="3437" v0="1791" v1="1821" v2="1822" />
+      <triangle index="3438" v0="1791" v1="1792" v2="1822" />
+      <triangle index="3439" v0="1792" v1="1822" v2="1823" />
+      <triangle index="3440" v0="1792" v1="1793" v2="1823" />
+      <triangle index="3441" v0="1793" v1="1823" v2="1824" />
+      <triangle index="3442" v0="1793" v1="1794" v2="1824" />
+      <triangle index="3443" v0="1794" v1="1824" v2="1825" />
+      <triangle index="3444" v0="1794" v1="1795" v2="1825" />
+      <triangle index="3445" v0="1795" v1="1825" v2="1826" />
+      <triangle index="3446" v0="1795" v1="1796" v2="1826" />
+      <triangle index="3447" v0="1796" v1="1826" v2="1827" />
+      <triangle index="3448" v0="1796" v1="1797" v2="1827" />
+      <triangle index="3449" v0="1797" v1="1827" v2="1828" />
+      <triangle index="3450" v0="1797" v1="1798" v2="1828" />
+      <triangle index="3451" v0="1798" v1="1828" v2="1829" />
+      <triangle index="3452" v0="1798" v1="1799" v2="1829" />
+      <triangle index="3453" v0="1799" v1="1829" v2="1830" />
+      <triangle index="3454" v0="1799" v1="1800" v2="1830" />
+      <triangle index="3455" v0="1800" v1="1830" v2="1831" />
+      <triangle index="3456" v0="1800" v1="1801" v2="1831" />
+      <triangle index="3457" v0="1801" v1="1831" v2="1832" />
+      <triangle index="3458" v0="1801" v1="1802" v2="1832" />
+      <triangle index="3459" v0="1802" v1="1832" v2="1833" />
+      <triangle index="3460" v0="1802" v1="1803" v2="1833" />
+      <triangle index="3461" v0="1803" v1="1833" v2="1834" />
+      <triangle index="3462" v0="1803" v1="1804" v2="1834" />
+      <triangle index="3463" v0="1804" v1="1834" v2="1835" />
+      <triangle index="3464" v0="1804" v1="1805" v2="1835" />
+      <triangle index="3465" v0="1805" v1="1835" v2="1836" />
+      <triangle index="3466" v0="1805" v1="1806" v2="1836" />
+      <triangle index="3467" v0="1806" v1="1836" v2="1837" />
+      <triangle index="3468" v0="1806" v1="1807" v2="1837" />
+      <triangle index="3469" v0="1807" v1="1837" v2="1838" />
+      <triangle index="3470" v0="1807" v1="1808" v2="1838" />
+      <triangle index="3471" v0="1808" v1="1838" v2="1839" />
+      <triangle index="3472" v0="1808" v1="1809" v2="1839" />
+      <triangle index="3473" v0="1809" v1="1839" v2="1840" />
+      <triangle index="3474" v0="1809" v1="1810" v2="1840" />
+      <triangle index="3475" v0="1810" v1="1840" v2="1841" />
+      <triangle index="3476" v0="1810" v1="1811" v2="1841" />
+      <triangle index="3477" v0="1811" v1="1841" v2="1842" />
+      <triangle index="3478" v0="1811" v1="1812" v2="1842" />
+      <triangle index="3479" v0="1812" v1="1842" v2="1843" />
+      <triangle index="3480" v0="1813" v1="1814" v2="1844" />
+      <triangle index="3481" v0="1814" v1="1844" v2="1845" />
+      <triangle index="3482" v0="1814" v1="1815" v2="1845" />
+      <triangle index="3483" v0="1815" v1="1845" v2="1846" />
+      <triangle index="3484" v0="1815" v1="1816" v2="1846" />
+      <triangle index="3485" v0="1816" v1="1846" v2="1847" />
+      <triangle index="3486" v0="1816" v1="1817" v2="1847" />
+      <triangle index="3487" v0="1817" v1="1847" v2="1848" />
+      <triangle index="3488" v0="1817" v1="1818" v2="1848" />
+      <triangle index="3489" v0="1818" v1="1848" v2="1849" />
+      <triangle index="3490" v0="1818" v1="1819" v2="1849" />
+      <triangle index="3491" v0="1819" v1="1849" v2="1850" />
+      <triangle index="3492" v0="1819" v1="1820" v2="1850" />
+      <triangle index="3493" v0="1820" v1="1850" v2="1851" />
+      <triangle index="3494" v0="1820" v1="1821" v2="1851" />
+      <triangle index="3495" v0="1821" v1="1851" v2="1852" />
+      <triangle index="3496" v0="1821" v1="1822" v2="1852" />
+      <triangle index="3497" v0="1822" v1="1852" v2="1853" />
+      <triangle index="3498" v0="1822" v1="1823" v2="1853" />
+      <triangle index="3499" v0="1823" v1="1853" v2="1854" />
+      <triangle index="3500" v0="1823" v1="1824" v2="1854" />
+      <triangle index="3501" v0="1824" v1="1854" v2="1855" />
+      <triangle index="3502" v0="1824" v1="1825" v2="1855" />
+      <triangle index="3503" v0="1825" v1="1855" v2="1856" />
+      <triangle index="3504" v0="1825" v1="1826" v2="1856" />
+      <triangle index="3505" v0="1826" v1="1856" v2="1857" />
+      <triangle index="3506" v0="1826" v1="1827" v2="1857" />
+      <triangle index="3507" v0="1827" v1="1857" v2="1858" />
+      <triangle index="3508" v0="1827" v1="1828" v2="1858" />
+      <triangle index="3509" v0="1828" v1="1858" v2="1859" />
+      <triangle index="3510" v0="1828" v1="1829" v2="1859" />
+      <triangle index="3511" v0="1829" v1="1859" v2="1860" />
+      <triangle index="3512" v0="1829" v1="1830" v2="1860" />
+      <triangle index="3513" v0="1830" v1="1860" v2="1861" />
+      <triangle index="3514" v0="1830" v1="1831" v2="1861" />
+      <triangle index="3515" v0="1831" v1="1861" v2="1862" />
+      <triangle index="3516" v0="1831" v1="1832" v2="1862" />
+      <triangle index="3517" v0="1832" v1="1862" v2="1863" />
+      <triangle index="3518" v0="1832" v1="1833" v2="1863" />
+      <triangle index="3519" v0="1833" v1="1863" v2="1864" />
+      <triangle index="3520" v0="1833" v1="1834" v2="1864" />
+      <triangle index="3521" v0="1834" v1="1864" v2="1865" />
+      <triangle index="3522" v0="1834" v1="1835" v2="1865" />
+      <triangle index="3523" v0="1835" v1="1865" v2="1866" />
+      <triangle index="3524" v0="1835" v1="1836" v2="1866" />
+      <triangle index="3525" v0="1836" v1="1866" v2="1867" />
+      <triangle index="3526" v0="1836" v1="1837" v2="1867" />
+      <triangle index="3527" v0="1837" v1="1867" v2="1868" />
+      <triangle index="3528" v0="1837" v1="1838" v2="1868" />
+      <triangle index="3529" v0="1838" v1="1868" v2="1869" />
+      <triangle index="3530" v0="1838" v1="1839" v2="1869" />
+      <triangle index="3531" v0="1839" v1="1869" v2="1870" />
+      <triangle index="3532" v0="1839" v1="1840" v2="1870" />
+      <triangle index="3533" v0="1840" v1="1870" v2="1871" />
+      <triangle index="3534" v0="1840" v1="1841" v2="1871" />
+      <triangle index="3535" v0="1841" v1="1871" v2="1872" />
+      <triangle index="3536" v0="1841" v1="1842" v2="1872" />
+      <triangle index="3537" v0="1842" v1="1872" v2="1873" />
+      <triangle index="3538" v0="1842" v1="1843" v2="1873" />
+      <triangle index="3539" v0="1843" v1="1873" v2="1874" />
+      <triangle index="3540" v0="1844" v1="1845" v2="1875" />
+      <triangle index="3541" v0="1845" v1="1875" v2="1876" />
+      <triangle index="3542" v0="1845" v1="1846" v2="1876" />
+      <triangle index="3543" v0="1846" v1="1876" v2="1877" />
+      <triangle index="3544" v0="1846" v1="1847" v2="1877" />
+      <triangle index="3545" v0="1847" v1="1877" v2="1878" />
+      <triangle index="3546" v0="1847" v1="1848" v2="1878" />
+      <triangle index="3547" v0="1848" v1="1878" v2="1879" />
+      <triangle index="3548" v0="1848" v1="1849" v2="1879" />
+      <triangle index="3549" v0="1849" v1="1879" v2="1880" />
+      <triangle index="3550" v0="1849" v1="1850" v2="1880" />
+      <triangle index="3551" v0="1850" v1="1880" v2="1881" />
+      <triangle index="3552" v0="1850" v1="1851" v2="1881" />
+      <triangle index="3553" v0="1851" v1="1881" v2="1882" />
+      <triangle index="3554" v0="1851" v1="1852" v2="1882" />
+      <triangle index="3555" v0="1852" v1="1882" v2="1883" />
+      <triangle index="3556" v0="1852" v1="1853" v2="1883" />
+      <triangle index="3557" v0="1853" v1="1883" v2="1884" />
+      <triangle index="3558" v0="1853" v1="1854" v2="1884" />
+      <triangle index="3559" v0="1854" v1="1884" v2="1885" />
+      <triangle index="3560" v0="1854" v1="1855" v2="1885" />
+      <triangle index="3561" v0="1855" v1="1885" v2="1886" />
+      <triangle index="3562" v0="1855" v1="1856" v2="1886" />
+      <triangle index="3563" v0="1856" v1="1886" v2="1887" />
+      <triangle index="3564" v0="1856" v1="1857" v2="1887" />
+      <triangle index="3565" v0="1857" v1="1887" v2="1888" />
+      <triangle index="3566" v0="1857" v1="1858" v2="1888" />
+      <triangle index="3567" v0="1858" v1="1888" v2="1889" />
+      <triangle index="3568" v0="1858" v1="1859" v2="1889" />
+      <triangle index="3569" v0="1859" v1="1889" v2="1890" />
+      <triangle index="3570" v0="1859" v1="1860" v2="1890" />
+      <triangle index="3571" v0="1860" v1="1890" v2="1891" />
+      <triangle index="3572" v0="1860" v1="1861" v2="1891" />
+      <triangle index="3573" v0="1861" v1="1891" v2="1892" />
+      <triangle index="3574" v0="1861" v1="1862" v2="1892" />
+      <triangle index="3575" v0="1862" v1="1892" v2="1893" />
+      <triangle index="3576" v0="1862" v1="1863" v2="1893" />
+      <triangle index="3577" v0="1863" v1="1893" v2="1894" />
+      <triangle index="3578" v0="1863" v1="1864" v2="1894" />
+      <triangle index="3579" v0="1864" v1="1894" v2="1895" />
+      <triangle index="3580" v0="1864" v1="1865" v2="1895" />
+      <triangle index="3581" v0="1865" v1="1895" v2="1896" />
+      <triangle index="3582" v0="1865" v1="1866" v2="1896" />
+      <triangle index="3583" v0="1866" v1="1896" v2="1897" />
+      <triangle index="3584" v0="1866" v1="1867" v2="1897" />
+      <triangle index="3585" v0="1867" v1="1897" v2="1898" />
+      <triangle index="3586" v0="1867" v1="1868" v2="1898" />
+      <triangle index="3587" v0="1868" v1="1898" v2="1899" />
+      <triangle index="3588" v0="1868" v1="1869" v2="1899" />
+      <triangle index="3589" v0="1869" v1="1899" v2="1900" />
+      <triangle index="3590" v0="1869" v1="1870" v2="1900" />
+      <triangle index="3591" v0="1870" v1="1900" v2="1901" />
+      <triangle index="3592" v0="1870" v1="1871" v2="1901" />
+      <triangle index="3593" v0="1871" v1="1901" v2="1902" />
+      <triangle index="3594" v0="1871" v1="1872" v2="1902" />
+      <triangle index="3595" v0="1872" v1="1902" v2="1903" />
+      <triangle index="3596" v0="1872" v1="1873" v2="1903" />
+      <triangle index="3597" v0="1873" v1="1903" v2="1904" />
+      <triangle index="3598" v0="1873" v1="1874" v2="1904" />
+      <triangle index="3599" v0="1874" v1="1904" v2="1905" />
+    </cells>
+  </mesh>
+</dolfin>
diff --git a/python/test/unit/adaptivity/test_error_control.py b/python/test/unit/adaptivity/test_error_control.py
new file mode 100755
index 0000000..f9dc9cc
--- /dev/null
+++ b/python/test/unit/adaptivity/test_error_control.py
@@ -0,0 +1,140 @@
+"""Unit tests for error control"""
+
+# Copyright (C) 2011 Marie E. Rognes
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+from ufl.algorithms import replace
+
+from dolfin import *
+from dolfin.fem.adaptivesolving import *
+from dolfin_utils.test import skip_in_parallel
+
+# FIXME: Move this to dolfin for user access?
+def reconstruct_refined_form(form, functions, mesh):
+    function_mapping = {}
+    for u in functions:
+        w = Function(u.leaf_node().function_space())
+        w.assign(u.leaf_node())
+        function_mapping[u] = w
+    domain = mesh.leaf_node().ufl_domain()
+    newform = replace_integral_domains(replace(form, function_mapping), domain)
+    return newform, function_mapping
+
+
+# This must be scope function, because the tests will modify some of the objects,
+# including the mesh which gets its hierarchial adapted submeshes attached.
+fixt = pytest.fixture(scope="function")
+
+@fixt
+def mesh():
+    return UnitSquareMesh(8, 8)
+
+@fixt
+def V(mesh):
+    return FunctionSpace(mesh, "Lagrange", 1)
+
+@fixt
+def u(V):
+    return Function(V)
+
+@fixt
+def a(V):
+    v = TestFunction(V)
+    u = TrialFunction(V)
+    return inner(grad(u), grad(v))*dx()
+
+@fixt
+def L(V):
+    v = TestFunction(V)
+    f = Expression("10*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2)) / 0.02)", degree=1)
+    g = Expression("sin(5*x[0])", degree=1)
+    return f*v*dx() + g*v*ds()
+
+@fixt
+def problem(a, L, u, V):
+    bc = [DirichletBC(V, 0.0, "x[0] < DOLFIN_EPS || x[0] > 1.0 - DOLFIN_EPS")]
+    return LinearVariationalProblem(a, L, u, bc)
+
+@fixt
+def goal(u):
+    return u*dx()
+
+@fixt
+def ec(problem, goal):
+    return generate_error_control(problem, goal)
+
+
+@skip_in_parallel
+def test_check_domains(goal, mesh, a, L):
+    # Asserting that domains are ok before trying error control generation
+    msg = "Expecting only the domain from the mesh to get here through u."
+    assert len(goal.ufl_domains()) == 1, msg
+    assert goal.ufl_domains()[0] == mesh.ufl_domain(), msg
+    assert len(a.ufl_domains()) == 1, msg
+    assert a.ufl_domains()[0] == mesh.ufl_domain(), msg
+    assert len(L.ufl_domains()) == 1, msg
+    assert L.ufl_domains()[0] == mesh.ufl_domain(), msg
+
+
+@skip_in_parallel
+def test_error_estimation(problem, u, ec):
+
+    # Solve variational problem once
+    solver = LinearVariationalSolver(problem)
+    solver.solve()
+
+    # Compute error estimate
+    error_estimate = ec.estimate_error(u, problem.bcs())
+
+    # Compare estimate with defined reference
+    reference = 0.0011789985750808342
+    assert round(error_estimate - reference, 7) == 0
+
+
+@skip_in_parallel
+def test_error_indicators(problem, u, mesh):
+
+    # Solve variational problem once
+    solver = LinearVariationalSolver(problem)
+    solver.solve()
+
+    # Compute error indicators
+    indicators = Vector(mesh.mpi_comm(), u.function_space().mesh().num_cells())
+    indicators[0] = 1.0
+    #ec.compute_indicators(indicators, u) #
+
+    reference = 1.0 # FIXME
+    assert round(indicators.sum() - reference, 7) == 0
+
+
+@skip_in_parallel
+def _test_adaptive_solve(problem, goal, u, mesh):
+
+    # Solve problem adaptively
+    solver = AdaptiveLinearVariationalSolver(problem, goal)
+    tol = 0.00087
+    solver.solve(tol)
+
+    # Note: This old approach is now broken, as it doesn't change the integration domain:
+    #M = replace(goal, {u: w})
+    # This new approach handles the integration domain properly:
+    M, fm = reconstruct_refined_form(goal, [u], mesh)
+
+    # Compare computed goal with reference
+    reference = 0.12583303389560166
+    assert round(assemble(M) - reference, 7) == 0
diff --git a/python/test/unit/adaptivity/test_time_series.py b/python/test/unit/adaptivity/test_time_series.py
new file mode 100755
index 0000000..e8256e5
--- /dev/null
+++ b/python/test/unit/adaptivity/test_time_series.py
@@ -0,0 +1,93 @@
+"""Unit tests for TimeSeries"""
+
+# Copyright (C) 2011-2014 Marie E. Rognes
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+from dolfin import *
+import os
+from dolfin_utils.test import skip_in_parallel, skip_if_not_HDF5, fixture, tempdir
+
+@skip_in_parallel
+@skip_if_not_HDF5
+def test_retrieve_all_connectivities(tempdir):
+    _test_retrieve(tempdir, "test_retrieve_all_connectivities")
+
+def _test_retrieve(tempdir, basename):
+    filename = os.path.join(tempdir, basename)
+
+    times = [t/10.0 for t in range(1, 11)]
+
+    mesh_size = (2, 2, 2)
+    mesh = UnitCubeMesh(*mesh_size)
+    mesh.init()
+    V = FunctionSpace(mesh, "CG", 2)
+
+    u = Function(V)
+    series = TimeSeries(MPI.comm_world, filename)
+    for t in times:
+        u.vector()[:] = t
+        series.store(u.vector(), t)
+        series.store(mesh, t)
+
+    series = TimeSeries(MPI.comm_world, filename)
+    t0 = series.vector_times()[0]
+    T = series.mesh_times()[-1]
+
+    assert round(t0 - times[0], 7) == 0
+    assert round(T - times[-1], 7) == 0
+
+    # Test retreiving of mesh
+    mesh_retreived = Mesh()
+    series.retrieve(mesh_retreived, 0.1)
+
+    mesh_test = mesh
+
+    for entity in range(4):
+        mesh_retreived.init(entity)
+        assert mesh_retreived.topology().size(entity) == \
+            mesh_test.topology().size(entity)
+
+    for i in range(4):
+        for j in range(4):
+            mesh_retreived.init(i, j)
+            assert mesh_retreived.topology()(i, j).size() == \
+                              mesh_test.topology()(i, j).size()
+
+
+@skip_in_parallel
+@skip_if_not_HDF5
+def test_subdirectory(tempdir):
+    "Test that retrieve/store works with nonexisting subdirectory"
+    filename = os.path.join(tempdir, "test_subdirectory")
+
+    m0 = UnitSquareMesh(3, 3)
+
+    series0 = TimeSeries(MPI.comm_world, filename)
+    x0 = Vector(MPI.comm_world, 10)
+
+    # Test storage of only one time point for the mesh
+    series0.store(m0, 0.1)
+    series0.store(x0, 0.1)
+    series0.store(x0, 0.2)
+
+    series1 = TimeSeries(MPI.comm_world, filename)
+    m1 = Mesh()
+    x1 = Vector()
+
+    series1.retrieve(m1, 0.1)
+    series1.retrieve(x1, 0.15)
diff --git a/python/test/unit/ale/test_harmonic_smoothing.py b/python/test/unit/ale/test_harmonic_smoothing.py
new file mode 100755
index 0000000..9868050
--- /dev/null
+++ b/python/test/unit/ale/test_harmonic_smoothing.py
@@ -0,0 +1,92 @@
+"""Unit test for HarmonicSmoothing and ALE"""
+
+# Copyright (C) 2013 Jan Blechta
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+from dolfin import UnitSquareMesh, BoundaryMesh, Expression, \
+                   MeshFunction, SubMesh, Constant, MPI, MeshQuality,\
+                   ALE
+from dolfin_utils.test import skip_in_parallel
+
+def test_HarmonicSmoothing():
+
+    # Create some mesh and its boundary
+    mesh = UnitSquareMesh(10, 10)
+    boundary = BoundaryMesh(mesh, 'exterior')
+
+    # Move boundary
+    disp = Expression(("0.3*x[0]*x[1]", "0.5*(1.0-x[1])"), degree=2)
+    ALE.move(boundary, disp)
+
+    # Move mesh according to given boundary
+    ALE.move(mesh, boundary)
+
+    # Check that new boundary topology corresponds to given one
+    boundary_new = BoundaryMesh(mesh, 'exterior')
+    assert boundary.topology().hash() == boundary_new.topology().hash()
+
+    # Check that coordinates are almost equal
+    err = sum(sum(abs(boundary.coordinates() \
+                    - boundary_new.coordinates()))) / mesh.num_vertices()
+    print("Current CG solver produced error in boundary coordinates", err)
+    assert round(err - 0.0, 5) == 0
+
+    # Check mesh quality
+    magic_number = 0.35
+    rmin = MeshQuality.radius_ratio_min_max(mesh)[0]
+    assert rmin > magic_number
+
+@skip_in_parallel
+def test_ale():
+
+    # Create some mesh
+    mesh = UnitSquareMesh(4, 5)
+
+    # Make some cell function
+    # FIXME: Initialization by array indexing is probably
+    #        not a good way for parallel test
+    cellfunc = MeshFunction('size_t', mesh, mesh.topology().dim())
+    cellfunc.array()[0:4] = 0
+    cellfunc.array()[4:]  = 1
+
+    # Create submeshes - this does not work in parallel
+    submesh0 = SubMesh(mesh, cellfunc, 0)
+    submesh1 = SubMesh(mesh, cellfunc, 1)
+
+    # Move submesh0
+    disp = Constant(("0.1", "-0.1"))
+    ALE.move(submesh0, disp)
+
+    # Move and smooth submesh1 accordignly
+    ALE.move(submesh1, submesh0)
+
+    # Move mesh accordingly
+    parent_vertex_indices_0 = \
+        submesh0.data().array('parent_vertex_indices', 0)
+    parent_vertex_indices_1 = \
+        submesh1.data().array('parent_vertex_indices', 0)
+    mesh.coordinates()[parent_vertex_indices_0[:]] = \
+        submesh0.coordinates()[:]
+    mesh.coordinates()[parent_vertex_indices_1[:]] = \
+        submesh1.coordinates()[:]
+
+    # If test passes here then it is probably working
+    # Check for cell quality for sure
+    magic_number = 0.28
+    rmin = MeshQuality.radius_ratio_min_max(mesh)[0]
+    assert rmin > magic_number
diff --git a/python/test/unit/common/test_mpi.py b/python/test/unit/common/test_mpi.py
new file mode 100644
index 0000000..8319c2e
--- /dev/null
+++ b/python/test/unit/common/test_mpi.py
@@ -0,0 +1,43 @@
+"""Unit tests for MPI facilities"""
+
+# Copyright (C) 2017 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import dolfin
+from dolfin import MPI
+from dolfin_utils.test import skip_if_not_petsc4py
+
+
+def test_mpi_comm_wrapper():
+    """
+    Test MPICommWrapper <-> mpi4py.MPI.Comm conversion
+    """
+    if dolfin.has_mpi4py():
+        from mpi4py import MPI
+        w1 = MPI.COMM_WORLD
+    else:
+        w1 = dolfin.MPI.comm_world
+
+    m = dolfin.UnitSquareMesh(w1, 4, 4)
+    w2 = m.mpi_comm()
+
+    if dolfin.has_mpi4py():
+        assert isinstance(w1, MPI.Comm)
+        assert isinstance(w2, MPI.Comm)
+    else:
+        assert isinstance(w1, dolfin.cpp.MPICommWrapper)
+        assert isinstance(w2, dolfin.cpp.MPICommWrapper)
diff --git a/python/test/unit/common/test_timer.py b/python/test/unit/common/test_timer.py
new file mode 100644
index 0000000..63c173f
--- /dev/null
+++ b/python/test/unit/common/test_timer.py
@@ -0,0 +1,161 @@
+"""Unit tests for timing facilities"""
+
+# Copyright (C) 2017 Jan Blechta
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+
+import gc
+import random
+from time import sleep
+
+from dolfin import *
+
+
+# Seed random generator for determinism
+random.seed(0)
+
+def get_random_task_name():
+    """Get pseudo-random string"""
+    return hex(random.randint(0, 1e32))
+
+
+def test_context_manager_named():
+    """Test that named Timer works as context manager"""
+    task = get_random_task_name()
+
+    # Execute task in the context manager
+    with Timer(task) as t:
+        sleep(0.05)
+        assert t.elapsed()[0] >= 0.05
+
+    # Check timing
+    t = timing(task, TimingClear.clear)
+    assert t[0] == 1
+    assert t[1] >= 0.05
+
+
+def test_context_manager_anonymous():
+    """Test that anonymous Timer works as context manager"""
+    with Timer() as t:
+        sleep(0.05)
+        assert t.elapsed()[0] >= 0.05
+
+
+# Test case for decorated free function
+fun2_task = get_random_task_name()
+@timed(fun2_task)
+def fun2(*args, **kwargs):
+    "Foo"
+    sleep(0.05)
+    return args, kwargs
+
+class C(object):
+    # Test case for decorated instancemethod
+    task_method2 = get_random_task_name()
+    @timed(task_method2)
+    def method2(self, *args, **kwargs):
+        "Foo"
+        sleep(0.05)
+        return args, kwargs
+
+    # Test case for decorated staticmethod
+    task_method3 = get_random_task_name()
+    @staticmethod
+    @timed(task_method3)
+    def method3(*args, **kwargs):
+        "Foo"
+        sleep(0.05)
+        return args, kwargs
+
+    # Test case for decorated classmethod
+    task_method5 = get_random_task_name()
+    @classmethod
+    @timed(task_method5)
+    def method5(cls, *args, **kwargs):
+        "Foo"
+        sleep(0.05)
+        return args, kwargs
+
+# Testing object with decorated methods
+o = C()
+
+
+@pytest.mark.parametrize(("fun", "task"), [
+    (fun2, fun2_task),
+    (o.method2, o.task_method2),
+    (o.method3, o.task_method3),
+    (o.method5, o.task_method5),
+    (C.method3, C.task_method3),
+    (C.method5, C.task_method5),
+])
+def test_decorator_functionality(fun, task):
+    """Test functionality of timed decorator on function,
+    instancemethod, classmethod, staticmethod..."""
+    # Check that decorator preserves docstring
+    assert fun.__doc__ == "Foo"
+
+    # Check that function call works and returns what expected
+    assert fun(1, 2, 3, four=5) == ((1, 2, 3), {'four': 5})
+    assert fun(1, 2, 3, four=5) == ((1, 2, 3), {'four': 5})
+
+    # Check that correct timing was recorded
+    t = timing(task, TimingClear.clear)
+    assert t[0] == 2
+    assert t[1] >= 0.1
+
+
+def test_decorator_timer_scope():
+    """Check that underlying Timer object is not launched
+    by decorator unless function is invoked"""
+    task = get_random_task_name()
+
+    # Delete eventual previous timing
+    try:
+        timing(task, TimingClear.clear)
+    except RuntimeError:
+        pass
+
+    @timed(task)
+    def foo():
+        pass
+
+    # Delete function (including eventual timer which should not
+    # exist yet) before using it
+    del foo
+    gc.collect()
+
+    # Check that there's no timing entry
+    with pytest.raises(RuntimeError):
+        timing(task, TimingClear.clear)
+
+
+def test_decorator_timing_correctness():
+    """Check that timing is measured really when the function
+    is executed, not during existence of decorator"""
+    task = get_random_task_name()
+
+    @timed(task)
+    def foo():
+        pass
+
+    sleep(0.05)
+    foo()
+    sleep(0.05)
+
+    # Check that sleeping above did not influence timer
+    assert timing(task, TimingClear.clear)[1] < 0.1
diff --git a/python/test/unit/conftest.py b/python/test/unit/conftest.py
new file mode 100644
index 0000000..3578af3
--- /dev/null
+++ b/python/test/unit/conftest.py
@@ -0,0 +1,18 @@
+import pytest
+import gc
+from dolfin import MPI
+
+def pytest_runtest_teardown(item):
+    """Collect garbage after every test to force calling
+    destructors which might be collective"""
+
+    # Do the normal teardown
+    item.teardown()
+
+    # Collect the garbage (call destructors collectively)
+    del item
+    # NOTE: How are we sure that 'item' does not hold references
+    #       to temporaries and someone else does not hold a reference
+    #       to 'item'?! Well, it seems that it works...
+    gc.collect()
+    MPI.barrier(MPI.comm_world)
diff --git a/python/test/unit/fem/gmsh_unit_interval.xml b/python/test/unit/fem/gmsh_unit_interval.xml
new file mode 100644
index 0000000..cc5cd26
--- /dev/null
+++ b/python/test/unit/fem/gmsh_unit_interval.xml
@@ -0,0 +1,31 @@
+<?xml version="1.0" encoding="UTF-8"?>
+
+<dolfin xmlns:dolfin="http://www.fenicsproject.org">
+  <mesh celltype="interval" dim="1">
+    <vertices size="11">
+      <vertex index="0" x="0.0000000000000000e+00" y="0.0000000000000000e+00" z="0.0000000000000000e+00"/>
+      <vertex index="1" x="5.0000000000000000e-01" y="0.0000000000000000e+00" z="0.0000000000000000e+00"/>
+      <vertex index="2" x="1.0000000000000000e+00" y="0.0000000000000000e+00" z="0.0000000000000000e+00"/>
+      <vertex index="3" x="1.0000000000000001e-01" y="0.0000000000000000e+00" z="0.0000000000000000e+00"/>
+      <vertex index="4" x="2.0000000000000001e-01" y="0.0000000000000000e+00" z="0.0000000000000000e+00"/>
+      <vertex index="5" x="2.9999999999999999e-01" y="0.0000000000000000e+00" z="0.0000000000000000e+00"/>
+      <vertex index="6" x="4.0000000000000002e-01" y="0.0000000000000000e+00" z="0.0000000000000000e+00"/>
+      <vertex index="7" x="5.9999999999999998e-01" y="0.0000000000000000e+00" z="0.0000000000000000e+00"/>
+      <vertex index="8" x="6.9999999999999996e-01" y="0.0000000000000000e+00" z="0.0000000000000000e+00"/>
+      <vertex index="9" x="8.0000000000000004e-01" y="0.0000000000000000e+00" z="0.0000000000000000e+00"/>
+      <vertex index="10" x="9.0000000000000002e-01" y="0.0000000000000000e+00" z="0.0000000000000000e+00"/>
+    </vertices>
+    <cells size="10">
+      <triangle index="0" v0="0" v1="3"/>
+      <triangle index="1" v0="3" v1="4"/>
+      <triangle index="2" v0="4" v1="5"/>
+      <triangle index="3" v0="5" v1="6"/>
+      <triangle index="4" v0="6" v1="1"/>
+      <triangle index="5" v0="1" v1="7"/>
+      <triangle index="6" v0="7" v1="8"/>
+      <triangle index="7" v0="8" v1="9"/>
+      <triangle index="8" v0="9" v1="10"/>
+      <triangle index="9" v0="10" v1="2"/>
+    </cells>
+  </mesh>
+</dolfin>
diff --git a/python/test/unit/fem/test_adapt.py b/python/test/unit/fem/test_adapt.py
new file mode 100644
index 0000000..a9dc0ef
--- /dev/null
+++ b/python/test/unit/fem/test_adapt.py
@@ -0,0 +1,54 @@
+"""Unit tests for assembly"""
+
+# Copyright (C) 2018 Jorgen S. Dokken
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+
+
+import pytest
+import numpy
+from dolfin import *
+
+from dolfin_utils.test import fixture, skip_in_parallel
+
+
+@skip_in_parallel
+def test_mesh_adaptation():
+    mesh = UnitSquareMesh(10,10)
+    rmesh = adapt(mesh)
+    assert(numpy.isclose(mesh.hmax()/rmesh.hmax(), 2))
+
+
+@skip_in_parallel
+def test_cell_function_adaptation():
+    mesh = UnitSquareMesh(10,10)
+    rmesh = adapt(mesh)
+    mf = MeshFunction("size_t", mesh, mesh.topology().dim())
+    rmesh = adapt(mesh)
+    rmf = adapt(mf,rmesh)
+    assert(rmf.size() / mf.size() == 4)
+
+
+@skip_in_parallel
+def test_facet_function_adaptation():
+    # Facet Function refinement needs global parameter
+    parameters["refinement_algorithm"] = "plaza_with_parent_facets"
+    mesh = UnitSquareMesh(10,10)
+    rmesh = adapt(mesh)
+    mf = MeshFunction("size_t", mesh, mesh.topology().dim()-1)
+    rmf = adapt(mf, rmesh)
+    assert(len(rmf.array())/len(mf.array())==3.875)
diff --git a/python/test/unit/fem/test_assembler.py b/python/test/unit/fem/test_assembler.py
new file mode 100644
index 0000000..ba5b93b
--- /dev/null
+++ b/python/test/unit/fem/test_assembler.py
@@ -0,0 +1,453 @@
+"""Unit tests for assembly"""
+
+# Copyright (C) 2011-2014 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Marie E. Rognes 2011
+# Modified by Anders Logg 2011
+# Modified by Martin Alnes 2014
+
+import pytest
+import os
+import numpy
+from dolfin import *
+
+from dolfin_utils.test import skip_in_parallel, filedir, pushpop_parameters
+
+
+def test_cell_size_assembly_1D():
+    mesh = UnitIntervalMesh(10)
+    assert round(assemble(2*Circumradius(mesh)*dx) - 0.1, 12) == 0
+    assert round(assemble(CellDiameter(mesh)*dx) - 0.1, 12) == 0
+    assert round(assemble(CellVolume(mesh)*dx) - 0.1, 12) == 0
+
+
+def test_cell_assembly_1D():
+    mesh = UnitIntervalMesh(48)
+    V = FunctionSpace(mesh, "CG", 1)
+
+    v = TestFunction(V)
+    u = TrialFunction(V)
+    f = Constant(10.0)
+
+    a = inner(grad(v), grad(u))*dx
+    L = inner(v, f)*dx
+
+    A_frobenius_norm = 811.75365721381274397572
+    b_l2_norm = 1.43583841167606474087
+
+    # Assemble A and b
+    assert round(assemble(a).norm("frobenius") - A_frobenius_norm, 10) == 0
+    assert round(assemble(L).norm("l2") - b_l2_norm, 10) == 0
+
+
+def test_cell_assembly():
+    mesh = UnitCubeMesh(4, 4, 4)
+    V = VectorFunctionSpace(mesh, "DG", 1)
+
+    v = TestFunction(V)
+    u = TrialFunction(V)
+    f = Constant((10, 20, 30))
+
+    def epsilon(v):
+        return 0.5*(grad(v) + grad(v).T)
+
+    a = inner(epsilon(v), epsilon(u))*dx
+    L = inner(v, f)*dx
+
+    A_frobenius_norm = 4.3969686527582512
+    b_l2_norm = 0.95470326978246278
+
+    # Assemble A and b
+    assert round(assemble(a).norm("frobenius") - A_frobenius_norm, 10) == 0
+    assert round(assemble(L).norm("l2") - b_l2_norm, 10) == 0
+
+
+def test_facet_assembly(pushpop_parameters):
+    parameters["ghost_mode"] = "shared_facet"
+    mesh = UnitSquareMesh(24, 24)
+    V = FunctionSpace(mesh, "DG", 1)
+
+    # Define test and trial functions
+    v = TestFunction(V)
+    u = TrialFunction(V)
+
+    # Define normal component, mesh size and right-hand side
+    n = FacetNormal(mesh)
+    h = 2*Circumradius(mesh)
+    h_avg = (h('+') + h('-'))/2
+    f = Expression("500.0*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2)) / 0.02)", degree=1)
+
+    # Define bilinear form
+    a = dot(grad(v), grad(u))*dx \
+        - dot(avg(grad(v)), jump(u, n))*dS \
+        - dot(jump(v, n), avg(grad(u)))*dS \
+        + 4.0/h_avg*dot(jump(v, n), jump(u, n))*dS \
+        - dot(grad(v), u*n)*ds \
+        - dot(v*n, grad(u))*ds \
+        + 8.0/h*v*u*ds
+
+    # Define linear form
+    L = v*f*dx
+
+    # Reference values
+    A_frobenius_norm = 157.867392938645
+    b_l2_norm = 1.48087142738768
+
+    # Assemble A and b
+    assert round(assemble(a).norm("frobenius") - A_frobenius_norm, 10) == 0
+    assert round(assemble(L).norm("l2") - b_l2_norm, 10) == 0
+
+
+def test_ghost_mode_handling(pushpop_parameters):
+    def _form():
+        # Return form with trivial interior facet integral
+        mesh = UnitSquareMesh(10, 10)
+        ff = MeshFunction('size_t', mesh, mesh.topology().dim()-1, 0)
+        AutoSubDomain(lambda x: near(x[0], 0.5)).mark(ff, 1)
+        return Constant(1.0)*dS(domain=mesh, subdomain_data=ff, subdomain_id=1)
+
+    # Not-ghosted mesh won't work in parallel and assembler should raise
+    parameters["ghost_mode"] = "none"
+    if MPI.size(MPI.comm_world) == 1:
+        assert numpy.isclose(assemble(_form()), 1.0)
+    else:
+        form = _form()
+        with pytest.raises(RuntimeError) as excinfo:
+            assemble(form)
+        assert "Incorrect mesh ghost mode" in repr(excinfo.value)
+
+    # Ghosted meshes work everytime
+    parameters["ghost_mode"] = "shared_vertex"
+    assert numpy.isclose(assemble(_form()), 1.0)
+    parameters["ghost_mode"] = "shared_facet"
+    assert numpy.isclose(assemble(_form()), 1.0)
+
+@pytest.mark.parametrize('mesh_factory, facet_area', [((UnitSquareMesh, (4, 4)), 4.0),
+                                                      ((UnitCubeMesh, (2, 2, 2)), 6.0),
+                                                      ((UnitSquareMesh.create, (4, 4, CellType.Type.quadrilateral)), 4.0),
+                                                      ((UnitCubeMesh.create, (2, 2, 2, CellType.Type.hexahedron)), 6.0)])
+def test_functional_assembly(mesh_factory, facet_area):
+    func, args = mesh_factory
+    mesh = func(*args)
+
+    f = Constant(1.0)
+    M0 = f*dx(mesh)
+    assert round(assemble(M0) - 1.0, 7) == 0
+
+    M1 = f*ds(mesh)
+    assert round(assemble(M1) - facet_area, 7) == 0
+
+
+@pytest.mark.parametrize('mesh_factory', [(UnitCubeMesh, (4, 4, 4)), (UnitCubeMesh.create, (4, 4, 4, CellType.Type.hexahedron))])
+def test_subdomain_and_fulldomain_assembly_meshdomains(mesh_factory):
+    """Test assembly over subdomains AND the full domain with markers
+    stored as part of the mesh.
+    """
+
+    # Create a mesh of the unit cube
+    func, args = mesh_factory
+    mesh = func(*args)
+
+    # Define subdomains for 3 faces of the unit cube
+    class F0(SubDomain):
+        def inside(self, x, inside):
+            return near(x[0], 0.0)
+
+    class F1(SubDomain):
+        def inside(self, x, inside):
+            return near(x[1], 0.0)
+
+    class F2(SubDomain):
+        def inside(self, x, inside):
+            return near(x[2], 0.0)
+
+    # Define subdomains for 3 parts of the unit cube
+    class S0(SubDomain):
+        def inside(self, x, inside):
+            return x[0] > 0.25
+
+    class S1(SubDomain):
+        def inside(self, x, inside):
+            return x[0] > 0.5
+
+    class S2(SubDomain):
+        def inside(self, x, inside):
+            return x[0] > 0.75
+
+    # Mark mesh
+    f0 = F0()
+    f1 = F1()
+    f2 = F2()
+    f0.mark_facets(mesh, 0)
+    f1.mark_facets(mesh, 1)
+    f2.mark_facets(mesh, 3)  # NB! 3, to leave a gap
+
+    s0 = S0()
+    s1 = S1()
+    s2 = S2()
+    s0.mark_cells(mesh, 0)
+    s1.mark_cells(mesh, 1)
+    s2.mark_cells(mesh, 3)  # NB! 3, to leave a gap
+
+    # Assemble forms on subdomains and full domain and compare
+    krange = list(range(5))
+    for dmu in (dx, ds):
+        full = assemble(Constant(3.0)*dmu(mesh))
+        subplusfull = [assemble(Constant(3.0)*dmu(mesh) +
+                                Constant(1.0)*dmu(k, domain=mesh))
+                       for k in krange]
+        sub = [assemble(Constant(1.0)*dmu(k, domain=mesh)) for k in krange]
+        for k in krange:
+            # print sub[k] + full, subplusfull[k]
+            assert round(sub[k] + full - subplusfull[k], 7) == 0
+
+
+@skip_in_parallel
+def test_subdomain_assembly_form_1():
+    "Test assembly over subdomains with markers stored as part of form"
+
+    mesh = UnitSquareMesh(4, 4)
+
+    # Define cell/facet function
+    class Left(SubDomain):
+        def inside(self, x, on_boundary):
+            return x[0] < 0.49
+    subdomains = MeshFunction("size_t", mesh, mesh.topology().dim())
+    subdomains.set_all(0)
+    left = Left()
+    left.mark(subdomains, 1)
+
+    class RightBoundary(SubDomain):
+        def inside(self, x, on_boundary):
+            return x[0] > 0.95
+    boundaries = MeshFunction("size_t", mesh, mesh.topology().dim()-1)
+    boundaries.set_all(0)
+    right = RightBoundary()
+    right.mark(boundaries, 1)
+
+    V = FunctionSpace(mesh, "CG", 2)
+    f = Expression("x[0] + 2", degree=1)
+    g = Expression("x[1] + 1", degree=1)
+
+    f = interpolate(f, V)
+    g = interpolate(g, V)
+
+    mesh1 = subdomains.mesh()
+    mesh2 = boundaries.mesh()
+    assert mesh1.id() == mesh2.id()
+    assert mesh1.ufl_domain().ufl_id() == mesh2.ufl_domain().ufl_id()
+
+    dxs = dx(subdomain_data=subdomains)
+    dss = ds(subdomain_data=boundaries)
+    assert dxs.ufl_domain() == None
+    assert dss.ufl_domain() == None
+    assert dxs.subdomain_data() == subdomains
+    assert dss.subdomain_data() == boundaries
+
+    M = f*f*dxs(0) + g*f*dxs(1) + f*f*dss(1)
+    assert M.ufl_domains() == (mesh.ufl_domain(),)
+    sd = M.subdomain_data()[mesh.ufl_domain()]
+    assert sd["cell"] == subdomains
+    assert sd["exterior_facet"] == boundaries
+
+    # Check that subdomains are respected
+    reference = 15.0
+    assert round(assemble(M) - reference, 10) == 0
+
+    # Check that the form itself assembles as before
+    assert round(assemble(M) - reference, 10) == 0
+
+    # Take action of derivative of M on f
+    df = TestFunction(V)
+    L = derivative(M, f, df)
+    dg = TrialFunction(V)
+    F = derivative(L, g, dg)
+    b = action(F, f)
+
+    # Check that domain data carries across transformations:
+    reference = 0.136477465659
+    assert round(assemble(b).norm("l2") - reference, 8) == 0
+
+
+def test_subdomain_assembly_form_2():
+    "Test assembly over subdomains with markers stored as part of form"
+
+    # Define mesh
+    mesh = UnitSquareMesh(8, 8)
+
+    # Define domain for lower left corner
+    class MyDomain(SubDomain):
+        def inside(self, x, on_boundary):
+            return x[0] < 0.5 + DOLFIN_EPS and x[1] < 0.5 + DOLFIN_EPS
+    my_domain = MyDomain()
+
+    # Define boundary for lower left corner
+    class MyBoundary(SubDomain):
+        def inside(self, x, on_boundary):
+            return (x[0] < 0.5 + DOLFIN_EPS and x[1] < DOLFIN_EPS) or \
+                   (x[1] < 0.5 + DOLFIN_EPS and x[0] < DOLFIN_EPS)
+    my_boundary = MyBoundary()
+
+    # Mark mesh functions
+    D = mesh.topology().dim()
+    cell_domains = MeshFunction("size_t", mesh, D)
+    exterior_facet_domains = MeshFunction("size_t", mesh, D - 1)
+    cell_domains.set_all(1)
+    exterior_facet_domains.set_all(1)
+    my_domain.mark(cell_domains, 0)
+    my_boundary.mark(exterior_facet_domains, 0)
+
+    # Define forms
+    c = Constant(1.0)
+
+    a0 = c*dx(0, domain=mesh, subdomain_data=cell_domains)
+    a1 = c*ds(0, domain=mesh, subdomain_data=exterior_facet_domains)
+
+    assert round(assemble(a0) - 0.25, 7) == 0
+    assert round(assemble(a1) - 1.0, 7) == 0
+
+
+def test_nonsquare_assembly():
+    """Test assembly of a rectangular matrix"""
+
+    mesh = UnitSquareMesh(16, 16)
+
+    V = VectorElement("Lagrange", mesh.ufl_cell(), 2)
+    Q = FiniteElement("Lagrange", mesh.ufl_cell(), 1)
+    W = V*Q
+    V = FunctionSpace(mesh, V)
+    Q = FunctionSpace(mesh, Q)
+    W = FunctionSpace(mesh, W)
+
+    (v, q) = TestFunctions(W)
+    (u, p) = TrialFunctions(W)
+    a = div(v)*p*dx
+    A_frobenius_norm = 9.6420303878382718e-01
+    assert round(assemble(a).norm("frobenius") - A_frobenius_norm, 10) == 0
+
+    v = TestFunction(V)
+    p = TrialFunction(Q)
+    a = inner(grad(p), v)*dx
+    A_frobenius_norm = 0.935414346693
+    assert round(assemble(a).norm("frobenius") - A_frobenius_norm, 10) == 0
+
+
+@skip_in_parallel
+def test_reference_assembly(filedir, pushpop_parameters):
+    "Test assembly against a reference solution"
+
+    # NOTE: This test is not robust as it relies on specific
+    #       DOF order, which cannot be guaranteed
+    parameters["reorder_dofs_serial"] = False
+
+    # Load reference mesh (just a simple tetrahedron)
+    mesh = Mesh(os.path.join(filedir, "tetrahedron.xml"))
+
+    # Assemble stiffness and mass matrices
+    V = FunctionSpace(mesh, "Lagrange", 1)
+    u, v = TrialFunction(V), TestFunction(V)
+    A, M = EigenMatrix(), EigenMatrix()
+    assemble(dot(grad(v), grad(u))*dx, tensor=A)
+    assemble(v*u*dx, tensor=M)
+
+    # Run test (requires SciPy)
+    try:
+        import scipy
+        A = A.sparray().todense()
+        M = M.sparray().todense()
+
+        # Create reference matrices and set entries
+        A0 = numpy.array([[1.0/2.0, -1.0/6.0, -1.0/6.0, -1.0/6.0],
+                          [-1.0/6.0, 1.0/6.0, 0.0, 0.0],
+                          [-1.0/6.0, 0.0, 1.0/6.0, 0.0],
+                          [-1.0/6.0, 0.0, 0.0, 1.0/6.0]])
+        M0 = numpy.array([[1.0/60.0, 1.0/120.0, 1.0/120.0, 1.0/120.0],
+                          [1.0/120.0, 1.0/60.0, 1.0/120.0, 1.0/120.0],
+                          [1.0/120.0, 1.0/120.0, 1.0/60.0, 1.0/120.0],
+                          [1.0/120.0, 1.0/120.0, 1.0/120.0, 1.0/60.0]])
+
+        C = A - A0
+        assert round(numpy.linalg.norm(C, 'fro') - 0.0, 7) == 0
+        D = M - M0
+        assert round(numpy.linalg.norm(D, 'fro') - 0.0, 7) == 0
+
+    except:
+        print("Cannot run this test without SciPy")
+
+
+def test_ways_to_pass_mesh_to_assembler():
+    mesh = UnitSquareMesh(16, 16)
+
+    # Geometry with mesh (ufl.Domain with mesh in domain data)
+    x = SpatialCoordinate(mesh)
+    n = FacetNormal(mesh)
+
+    # Geometry with just cell (no reference to mesh, for backwards
+    # compatibility)
+    x2 = SpatialCoordinate(mesh)
+    n2 = FacetNormal(mesh)
+
+    # A function equal to x[0] for comparison
+    V = FunctionSpace(mesh, "CG", 1)
+    f = Function(V)
+    f.interpolate(Expression("x[0]", degree=1))
+
+    # An expression equal to x[0], with different geometry info:
+    e = Expression("x[0]", degree=1)  # nothing
+    e2 = Expression("x[0]", cell=mesh.ufl_cell(), degree=1)  # cell
+    e3 = Expression("x[0]", element=V.ufl_element())  # ufl element
+    e4 = Expression("x[0]", domain=mesh, degree=1)  # mesh
+
+    # Provide mesh in measure:
+    dx2 = Measure("dx", domain=mesh)
+    assert round(1.0 - assemble(1*dx(mesh)), 7) == 0
+    assert round(1.0 - assemble(Constant(1.0)*dx(mesh)), 7) == 0
+    assert round(1.0 - assemble(Constant(1.0)*dx2), 7) == 0
+
+    # Try with cell argument to Constant as well:
+    assert round(1.0 - assemble(Constant(1.0,
+                                         cell=mesh.ufl_cell())*dx(mesh))) == 0
+    assert round(1.0 - assemble(Constant(1.0, cell=mesh.ufl_cell())*dx2)) == 0
+    assert round(1.0 - assemble(Constant(1.0,
+                                         cell=mesh.ufl_cell())*dx(mesh))) == 0
+    assert round(1.0 - assemble(Constant(1.0, cell=mesh.ufl_cell())*dx2)) == 0
+
+    # Geometric quantities with mesh in domain:
+    assert round(0.5 - assemble(x[0]*dx), 7) == 0
+    assert round(0.5 - assemble(x[0]*dx(mesh)), 7) == 0
+
+    # Geometric quantities without mesh in domain:
+    assert round(0.5 - assemble(x2[0]*dx(mesh)), 7) == 0
+
+    # Functions with mesh in domain:
+    assert round(0.5 - assemble(f*dx), 7) == 0
+    assert round(0.5 - assemble(f*dx(mesh)), 7) == 0
+
+    # Expressions with and without mesh in domain:
+    assert round(0.5 - assemble(e*dx(mesh)), 7) == 0
+    assert round(0.5 - assemble(e2*dx(mesh)), 7) == 0
+    assert round(0.5 - assemble(e3*dx(mesh)), 7) == 0
+    assert round(0.5 - assemble(e4*dx), 7) == 0  # e4 has a domain with mesh reference
+    assert round(0.5 - assemble(e4*dx(mesh)), 7) == 0
+
+    # Geometric quantities with mesh in domain:
+    assert round(0.0 - assemble(n[0]*ds), 7) == 0
+    assert round(0.0 - assemble(n[0]*ds(mesh)), 7) == 0
+
+    # Geometric quantities without mesh in domain:
+    assert round(0.0 - assemble(n2[0]*ds(mesh)), 7) == 0
diff --git a/python/test/unit/fem/test_coordinate_derivative.py b/python/test/unit/fem/test_coordinate_derivative.py
new file mode 100644
index 0000000..20878cc
--- /dev/null
+++ b/python/test/unit/fem/test_coordinate_derivative.py
@@ -0,0 +1,273 @@
+"""Unit tests for coordinate derivative"""
+
+# Copyright (C) 2018 Florian Wechsung
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Florian Wechsung 2018 and Jørgen S. Dokken 2020
+
+import pytest
+import numpy as np
+from dolfin import *
+from ufl import replace
+from ufl.log import UFLException
+from dolfin_utils.test import skip_in_parallel
+
+def test_first_shape_derivative():
+    mesh = UnitSquareMesh(6, 6)
+    n = FacetNormal(mesh)
+    X = SpatialCoordinate(mesh)
+    x, y = X
+    V = FunctionSpace(mesh, "Lagrange", 1)
+    u = project(x*x+y*x+y*y+sin(x)+cos(x), V)
+    dX = TestFunction(VectorFunctionSpace(mesh, "Lagrange", 1))
+
+    def test_first(J, dJ):
+        computed = assemble(derivative(J, X)).get_local()
+        actual = assemble(dJ).get_local()
+        assert np.allclose(computed, actual, rtol=1e-14)
+
+    Ja = u * u * dx
+    dJa = u * u * div(dX) * dx
+    test_first(Ja, dJa)
+
+    Jb = inner(grad(u), grad(u)) * dx
+    dJb = -2*inner(dot(grad(dX), grad(u)), grad(u)) * dx + inner(grad(u), grad(u)) * div(dX) * dx
+    test_first(Jb, dJb)
+
+    f = x * y * sin(x) * cos(y)
+    Jc = f * dx
+    dJc = div(f * dX) * dx
+    test_first(Jc, dJc)
+
+    Jd = f * ds
+    dJd = inner(grad(f), dX) * ds \
+        + f * (div(dX) - inner(dot(grad(dX), n), n)) * ds
+    test_first(Jd, dJd)
+
+    J = Ja + Jb + Jc + Jd
+    dJ = dJa + dJb + dJc + dJd
+    test_first(J, dJ)
+
+
+def test_mixed_derivatives():
+    mesh = UnitSquareMesh(6, 6)
+    X = SpatialCoordinate(mesh)
+    x, y = X
+    V = FunctionSpace(mesh, "CG", 1)
+    u = project(x * x + y * x + y * y + sin(x) + cos(x), V)
+    v = TrialFunction(V)
+    dX = TestFunction(VectorFunctionSpace(mesh, "Lagrange", 1))
+    dX_ = TrialFunction(VectorFunctionSpace(mesh, "Lagrange", 1))
+
+
+    def test_mixed(J, dJ_manual):
+        computed1 = assemble(derivative(derivative(J, X, dX), u)).norm("frobenius")
+        computed2 = assemble(derivative(derivative(J, u), X, dX_)).norm("frobenius")
+        computed3 = assemble(derivative(derivative(J, X), u)).norm("frobenius")
+        computed4 = assemble(derivative(derivative(J, u), X)).norm("frobenius")
+        actuala = assemble(dJ_manual).norm("frobenius")
+        assert np.isclose(computed1, actuala, rtol=1e-14)
+        assert np.isclose(computed2, actuala, rtol=1e-14)
+        assert np.isclose(computed3, actuala, rtol=1e-14)
+        assert np.isclose(computed4, actuala, rtol=1e-14)
+
+    Ja = u * u * dx
+    dJa = 2 * u * v * div(dX) * dx
+    test_mixed(Ja, dJa)
+
+    Jb = inner(grad(u), grad(u)) * dx
+    dJb = 2*inner(grad(u), grad(v)) * div(dX) * dx \
+        - 2*inner(dot(nabla_grad(dX), grad(u)), grad(v)) * dx \
+        - 2*inner(grad(u), dot(nabla_grad(dX), grad(v))) * dx
+    test_mixed(Jb, dJb)
+
+    J = Ja + Jb
+    dJ = dJa + dJb
+    test_mixed(J, dJ)
+
+
+
+def test_second_shape_derivative():
+    mesh = UnitSquareMesh(6, 6)
+    V = FunctionSpace(mesh, "CG", 1)
+    X = SpatialCoordinate(mesh)
+    x, y = X
+    u = project(x * x + y * x + y * y + sin(x) + cos(x), V)
+    Z = VectorFunctionSpace(mesh, "Lagrange", 1)
+    dX1 = TestFunction(Z)
+    dX2 = TrialFunction(Z)
+
+    def test_second(J, ddJ):
+        computed = assemble(derivative(derivative(J, X, dX1), X, dX2)).norm("frobenius")
+        actual = assemble(ddJ).norm("frobenius")
+        assert np.isclose(computed, actual, rtol=1e-14)
+
+    Ja = u * u * dx
+    ddJa = u * u * div(dX1) * div(dX2) * dx - u * u * tr(grad(dX1)*grad(dX2)) * dx
+    test_second(Ja, ddJa)
+
+    Jb = inner(grad(u), grad(u)) * dx
+    ddJb = 2*inner(dot(dot(nabla_grad(dX2), nabla_grad(dX1)), grad(u)), grad(u)) * dx \
+        + 2*inner(dot(nabla_grad(dX1), dot(nabla_grad(dX2), grad(u))), grad(u)) * dx \
+        + 2*inner(dot(nabla_grad(dX1), grad(u)), dot(nabla_grad(dX2), grad(u))) * dx \
+        - 2*inner(dot(nabla_grad(dX2), grad(u)), grad(u)) * div(dX1) * dx \
+        - inner(grad(u), grad(u)) * tr(nabla_grad(dX1)*nabla_grad(dX2)) * dx \
+        - 2*inner(dot(nabla_grad(dX1), grad(u)), grad(u)) * div(dX2) * dx \
+        + inner(grad(u), grad(u)) * div(dX1) * div(dX2) * dx
+    test_second(Jb, ddJb)
+
+    test_second(Ja+Jb, ddJa + ddJb)
+
+
+# In parallel a RuntimeError is thrown instead of the specific
+# UFLException, so we skip that case.
+@skip_in_parallel
+def test_integral_scaling_edge_case():
+    mesh = UnitSquareMesh(6, 6)
+    X = SpatialCoordinate(mesh)
+    V = FunctionSpace(mesh, "CG", 1)
+    u = Function(V)
+
+    J = u * u * dx
+
+    with pytest.raises(UFLException):
+        assemble(Constant(2.0) * derivative(J, X))
+    with pytest.raises(UFLException):
+        assemble(derivative(Constant(2.0) * derivative(J, X), X))
+    with pytest.raises(UFLException):
+        assemble(Constant(2.0) * derivative(derivative(J, X), X))
+
+
+def test_different_quadratures():
+    """
+    Checking that expressions with different quadrature rules
+    can be assembled as a sum, using the higher order quadrature for all
+    terms
+    """
+    mesh = UnitIntervalMesh(10)
+    x = SpatialCoordinate(mesh)
+    f = x[0]**2
+    V = FunctionSpace(mesh, "CG", 1)
+    u, v = TrialFunction(V), TestFunction(V)
+    a = inner(grad(u), grad(v)) * dx + inner(u, v) * dx
+    l = f * v * dx
+    bc = DirichletBC(V, Constant(1), "on_boundary")
+    uh = Function(V)
+    solve(a==l, uh, bcs=bc)
+    F = a - l
+    J = uh**2 * dx
+
+    # Adjoint equation disregarding Dirichlet BC adjoint
+    dJdu = derivative(J, uh)
+    dFdu = derivative(action(F, uh), uh)
+    bc_hom = DirichletBC(V, Constant(0), "on_boundary")
+    lmbd = Function(V)
+    solve(dFdu==-dJdu, lmbd, bc_hom)
+    F = replace(F, {u: uh})
+    dJdu = replace(dJdu, {u: uh})
+
+    # Parts of second order adjoint equation:
+    S = VectorFunctionSpace(mesh, "CG", 1)
+    s = Function(S)
+    F = replace(F, {v: lmbd})
+    ds = TestFunction(S)
+    dFdm = derivative(F, x, ds)
+    d2Fdm2 = derivative(dFdm, x, s)
+    soas_separated = assemble(d2Fdm2) + assemble(dFdm)
+
+    soa = d2Fdm2 + dFdm
+    soas = assemble(soa)
+    assert np.isclose(soas_separated.norm("l2"), soas.norm("l2"))
+
+    # 2D test for triangles with quadrature degree 3 and 4
+    mesh = UnitSquareMesh(5, 5)
+    x = SpatialCoordinate(mesh)
+    V = FunctionSpace(mesh, "CG", 1)
+    u0 = cos(pi*x[0])*sin(pi*x[1])
+
+    u, v = TrialFunction(V), TestFunction(V)
+    F = inner(u - u0, v)*dx
+    uh = Function(V)
+    solve(lhs(F) == rhs(F), uh)
+    J = uh**2*dx
+
+    # adjoint eq disregarding Dirichlet BC
+    dJdu = derivative(J, uh)
+    dFdu = derivative(action(F, uh), uh)
+    bc_hom = DirichletBC(V, Constant(0), "on_boundary")
+    lmbd = Function(V)
+    solve(dFdu==-dJdu, lmbd, bc_hom)
+    F = replace(F, {u:uh})
+    dJdu = replace(dJdu, {u: uh})
+    # Parts of second order adjoint eq:
+    S = VectorFunctionSpace(mesh, "CG", 1)
+    s = Function(S)
+    F = replace(F, {v: lmbd})
+    ds = TestFunction(S)
+    dFdm = derivative(F, x, ds)
+    d2Fdm2 = derivative(dFdm, x, s)
+    d2Fdudm = derivative(dFdm, uh, lmbd)
+    soas_separated = assemble(d2Fdm2) + assemble(dFdm) + assemble(d2Fdudm)
+    soa = d2Fdm2 + d2Fdudm + dFdm
+    soas = assemble(soa)
+    assert np.isclose(soas_separated.norm("l2"), soas.norm("l2"))
+
+
+def test_unique_tables():
+    """
+    Checking that the unique table names in FFC are cached correctly
+    """
+    mesh = UnitIntervalMesh(10)
+    x = SpatialCoordinate(mesh)
+    f = x[0]**2
+    V = FunctionSpace(mesh, "CG", 1)
+    f = project(f, V)
+    u, v = TrialFunction(V), TestFunction(V)
+    a = inner(grad(u), grad(v)) * dx + inner(u, v) * dx
+    l = f * v * dx
+    bc = DirichletBC(V, Constant(1), "on_boundary")
+    uh = Function(V)
+    solve(a == l, uh, bcs=bc)
+    F = a - l
+    J = uh**2 * dx
+
+    # Adjoint eq disregarding Dirichlet BC
+    dJdu = derivative(J, uh)
+    dFdu = derivative(action(F, uh), uh)
+    bc_hom = DirichletBC(V, Constant(0), "on_boundary")
+    lmbd = Function(V)
+    solve(dFdu == -dJdu, lmbd, bc_hom)
+    F = replace(F, {u: uh})
+    dJdu = replace(dJdu, {u: uh})
+
+    # Parts of second order adjoint eq:
+    S = VectorFunctionSpace(mesh, "CG", 1)
+    s = Function(S)
+    F = replace(F, {v: lmbd})
+    ds = TestFunction(S)
+    dFdm = derivative(F, x, ds)
+    d2Fdm2 = derivative(dFdm, x, s)
+    soas_separated = assemble(d2Fdm2) + assemble(dFdm)
+
+    soa = d2Fdm2 + dFdm
+    soas = assemble(soa)
+    assert np.isclose(soas_separated.norm("l2"), soas.norm("l2"))
+
+
+if __name__ == "__main__":
+    import os
+    pytest.main(os.path.abspath(__file__))
diff --git a/python/test/unit/fem/test_dirichlet_bc.py b/python/test/unit/fem/test_dirichlet_bc.py
new file mode 100644
index 0000000..14ac636
--- /dev/null
+++ b/python/test/unit/fem/test_dirichlet_bc.py
@@ -0,0 +1,265 @@
+"""Unit tests for Dirichlet boundary conditions"""
+
+# Copyright (C) 2011-2017 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Kent-Andre Mardal 2011
+# Modified by Anders Logg 2011
+# Modified by Martin Alnaes 2012
+
+import os
+
+import pytest
+import numpy
+
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel, datadir
+
+
+def test_instantiation():
+    """ A rudimentary test for instantiation"""
+    # FIXME: Needs to be expanded
+    mesh = UnitCubeMesh(8, 8, 8)
+    V = FunctionSpace(mesh, "CG", 1)
+
+    bc0 = DirichletBC(V, 1, "x[0]<0")
+    bc1 = DirichletBC(bc0)
+    assert bc0.function_space() == bc1.function_space()
+
+
+def test_director_lifetime():
+    """Test for any problems with objects with directors going out
+    of scope"""
+
+    class Boundary(SubDomain):
+        def inside(self, x, on_boundary): return on_boundary
+
+    class BoundaryFunction(UserExpression):
+        def eval(self, values, x): values[0] = 1.0
+
+    mesh = UnitSquareMesh(8, 8)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+    v, u = TestFunction(V), TrialFunction(V)
+
+    A0 = assemble(v*u*dx)
+    bc0 = DirichletBC(V, BoundaryFunction(degree=1), Boundary())
+    bc0.apply(A0)
+
+    bc1 = DirichletBC(V, Expression("1.0", degree=0), CompiledSubDomain("on_boundary"))
+    A1 = assemble(v*u*dx)
+    bc1.apply(A1)
+
+    assert round(A1.norm("frobenius") - A0.norm("frobenius"), 7) == 0
+
+
+def test_get_values():
+    mesh = UnitSquareMesh(8, 8)
+    dofs = numpy.zeros(3, dtype="I")
+
+    def upper(x, on_boundary):
+        return x[1] > 0.5 + DOLFIN_EPS
+
+    V = FunctionSpace(mesh, "CG", 1)
+    bc = DirichletBC(V, 0.0, upper)
+    bc_values = bc.get_boundary_values()
+
+
+def test_user_meshfunction_domains():
+    mesh0 = UnitSquareMesh(12, 12)
+    mesh1 = UnitSquareMesh(12, 12)
+    V = FunctionSpace(mesh0, "CG", 1)
+
+    DirichletBC(V, Constant(0.0), MeshFunction("size_t", mesh0, 1), 0)
+    DirichletBC(V, Constant(0.0), MeshFunction("size_t", mesh0, mesh0.topology().dim()-1), 0)
+    with pytest.raises(RuntimeError):
+        DirichletBC(V, 0.0, MeshFunction("size_t", mesh0, mesh0.topology().dim()), 0)
+        DirichletBC(V, 0.0, MeshFunction("size_t", mesh0, 0), 0)
+        DirichletBC(V, 0.0, MeshFunction("size_t", mesh1, mesh1.topology().dim()-1), 0)
+
+
+@skip_in_parallel
+@pytest.mark.parametrize("degree", [1, 2])
+@pytest.mark.parametrize("element_type",
+                         ["RT", "DRT", "BDM", "N1curl", "N2curl"])
+def test_bc_for_piola_on_manifolds(element_type, degree):
+    """Testing DirichletBC for piolas over standard domains vs manifolds.
+
+    """
+    n = 4
+    side = CompiledSubDomain("near(x[2], 0.0)")
+    mesh = SubMesh(BoundaryMesh(UnitCubeMesh(n, n, n), "exterior"), side)
+    mesh.init_cell_orientations(Expression(("0.0", "0.0", "1.0"), degree=0))
+    square = UnitSquareMesh(n, n)
+
+    V = FunctionSpace(mesh, element_type, degree)
+    bc = DirichletBC(V, (1.0, 0.0, 0.0), "on_boundary")
+    u = Function(V)
+    bc.apply(u.vector())
+    b0 = assemble(inner(u, u)*dx)
+
+    V = FunctionSpace(square, element_type, degree)
+    bc = DirichletBC(V, (1.0, 0.0), "on_boundary")
+    u = Function(V)
+    bc.apply(u.vector())
+    b1 = assemble(inner(u, u)*dx)
+    assert round(b0 - b1, 7) == 0
+
+
+def test_zero():
+    mesh = UnitSquareMesh(4, 4)
+    V = FunctionSpace(mesh, "CG", 1)
+    u1 = interpolate(Constant(1.0), V)
+
+    bc = DirichletBC(V, 0, "on_boundary")
+
+    # Create arbitrary matrix of size V.dim()
+    #
+    # Note: Identity matrix would suffice, but there doesn't seem
+    # an easy way to construct it in dolfin
+
+    v, u = TestFunction(V), TrialFunction(V)
+    A0 = assemble(u*v*dx)
+
+    # Zero rows at boundary dofs
+    bc.zero(A0)
+
+    u1_zero = Function(V)
+    u1_zero.vector()[:] = A0 * u1.vector()
+
+    boundaryIntegral = assemble(u1_zero * ds)
+    assert near(boundaryIntegral, 0.0)
+
+
+@skip_in_parallel
+def test_zero_columns_offdiag():
+    """Test zero_columns applied to offdiagonal block"""
+    mesh = UnitSquareMesh(20, 20)
+    V = VectorFunctionSpace(mesh, "P", 2)
+    Q = FunctionSpace(mesh, "P", 1)
+    u = TrialFunction(V)
+    q = TestFunction(Q)
+    a = inner(div(u), q)*dx
+    L = inner(Constant(0), q)*dx
+    A = assemble(a)
+    b = assemble(L)
+
+    bc = DirichletBC(V, Constant((-32.23333, 43243.1)), 'on_boundary')
+
+    # Compute residual with x satisfying bc before zero_columns
+    u = Function(V)
+    x = u.vector()
+    bc.apply(x)
+    r0 = A*x - b
+
+    bc.zero_columns(A, b)
+
+    # Test that A gets zero columns
+    bc_dict = bc.get_boundary_values()
+    for i in range(*A.local_range(0)):
+        cols, vals = A.getrow(i)
+        for j, v in zip(cols, vals):
+            if j in bc_dict:
+                assert v == 0.0
+
+    # Compute residual with x satisfying bc after zero_columns
+    # and check that it is preserved
+    r1 = A*x - b
+    assert numpy.isclose((r1-r0).norm('linf'), 0.0)
+
+
+@skip_in_parallel
+def test_zero_columns_square():
+    """Test zero_columns applied to square matrix"""
+    mesh = UnitSquareMesh(20, 20)
+    V = FunctionSpace(mesh, "P", 1)
+    u, v = TrialFunction(V), TestFunction(V)
+    a = inner(grad(u), grad(v))*dx
+    L = Constant(0)*v*dx
+    A = assemble(a)
+    b = assemble(L)
+    u = Function(V)
+    x = u.vector()
+
+    bc = DirichletBC(V, 666.0, 'on_boundary')
+    bc.zero_columns(A, b, 42.0)
+
+    # Check that A gets zeros in bc rows and bc columns and 42 on
+    # diagonal
+    bc_dict = bc.get_boundary_values()
+    for i in range(*A.local_range(0)):
+        cols, vals = A.getrow(i)
+        for j, v in zip(cols, vals):
+            if i in bc_dict or j in bc_dict:
+                if i == j:
+                    assert numpy.isclose(v, 42.0)
+                else:
+                    assert v == 0.0
+
+    # Check that solution of linear system works
+    solve(A, x, b)
+    assert numpy.isclose((b-A*x).norm('linf'), 0.0)
+    x1 = x.copy()
+    bc.apply(x1)
+    x1 -= x
+    assert numpy.isclose(x1.norm('linf'), 0.0)
+
+
+def test_homogenize_consistency():
+    mesh = UnitIntervalMesh(10)
+    V = FunctionSpace(mesh, "CG", 1)
+
+    for method in ['topological', 'geometric', 'pointwise']:
+        bc = DirichletBC(V, Constant(0), "on_boundary", method=method)
+        bc_new = DirichletBC(bc)
+        bc_new.homogenize()
+        assert bc_new.method() == bc.method()
+
+
+def test_nocaching_values():
+    """There might be caching of dof indices in DirichletBC.
+    But caching of values is _not_ allowed."""
+    mesh = UnitSquareMesh(4, 4)
+    V = FunctionSpace(mesh, "P", 1)
+    u = Function(V)
+    x = u.vector()
+
+    for method in ["topological", "geometric", "pointwise"]:
+        bc = DirichletBC(V, 0.0, lambda x, b: True, method=method)
+
+        x.zero()
+        bc.set_value(Constant(1.0))
+        bc.apply(x)
+        assert numpy.allclose(x.get_local(), 1.0)
+
+        x.zero()
+        bc.set_value(Constant(2.0))
+        bc.apply(x)
+        assert numpy.allclose(x.get_local(), 2.0)
+
+
+def test_get_value():
+    mesh = UnitSquareMesh(4, 4)
+
+    vspace_dim = 4
+    V = VectorFunctionSpace(mesh, "CG", 1, dim=vspace_dim)
+
+    boundary_constant = Constant((0.0, 1.0, 2.0, 3.0))
+    bc = DirichletBC(V, boundary_constant, "on_boundary")
+
+    assert bc.value() == boundary_constant.cpp_object()
+    for j in range(vspace_dim):
+        assert bc.value().values()[j] == boundary_constant.values()[j]
diff --git a/python/test/unit/fem/test_discrete_operators.py b/python/test/unit/fem/test_discrete_operators.py
new file mode 100644
index 0000000..8c9e657
--- /dev/null
+++ b/python/test/unit/fem/test_discrete_operators.py
@@ -0,0 +1,61 @@
+"""Unit tests for the DiscreteOperator class"""
+
+# Copyright (C) 2015 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+import numpy as np
+from dolfin import *
+
+from dolfin_utils.test import *
+
+
+def test_gradient():
+    """Test discrete gradient computation (typically used for curl-curl
+    AMG preconditioners"""
+
+    def compute_discrete_gradient(mesh):
+        V = FunctionSpace(mesh, "Lagrange", 1)
+        W = FunctionSpace(mesh, "Nedelec 1st kind H(curl)", 1)
+
+        G = DiscreteOperators.build_gradient(W, V)
+        num_edges = mesh.num_entities_global(1)
+        assert G.size(0) == num_edges
+        assert G.size(1) == mesh.num_entities_global(0)
+        assert round(G.norm("frobenius") - sqrt(2.0*num_edges), 8) == 0.0
+
+    meshes = [UnitSquareMesh(11, 6), UnitCubeMesh(4, 3, 7)]
+    for mesh in meshes:
+        compute_discrete_gradient(mesh)
+
+
+def test_incompatible_spaces():
+    "Test that error is thrown when function spaces are not compatible"
+
+    mesh = UnitSquareMesh(13, 7)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+    W = FunctionSpace(mesh, "Nedelec 1st kind H(curl)", 1)
+    with pytest.raises(RuntimeError):
+        G = DiscreteOperators.build_gradient(V, W)
+    with pytest.raises(RuntimeError):
+        G = DiscreteOperators.build_gradient(V, V)
+    with pytest.raises(RuntimeError):
+        G = DiscreteOperators.build_gradient(W, W)
+
+    V = FunctionSpace(mesh, "Lagrange", 2)
+    with pytest.raises(RuntimeError):
+        G = DiscreteOperators.build_gradient(W, V)
diff --git a/python/test/unit/fem/test_dofmap.py b/python/test/unit/fem/test_dofmap.py
new file mode 100644
index 0000000..7bf649d
--- /dev/null
+++ b/python/test/unit/fem/test_dofmap.py
@@ -0,0 +1,564 @@
+"""Unit tests for the fem interface"""
+
+# Copyright (C) 2009-2014 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+import numpy as np
+
+import sys
+
+from dolfin import *
+from dolfin_utils.test import *
+
+
+xfail = pytest.mark.xfail(strict=True)
+
+@fixture
+def mesh():
+    return UnitSquareMesh(4, 4)
+
+
+reorder_dofs = set_parameters_fixture("reorder_dofs_serial", [True, False])
+
+
+@pytest.mark.parametrize('mesh_factory', [(UnitIntervalMesh, (8,)),
+                                          (UnitSquareMesh, (4, 4)),
+                                          (UnitCubeMesh, (2, 2, 2)),
+                                          # cell.contains(Point) does not work correctly
+                                          # for quad/hex cells once it is fixed, this test will pass
+                                          pytest.param(((UnitSquareMesh.create, (4, 4, CellType.Type.quadrilateral))), marks=xfail),
+                                          pytest.param(((UnitCubeMesh.create, (2, 2, 2, CellType.Type.hexahedron))), marks=xfail)])
+def test_tabulate_all_coordinates(mesh_factory):
+    func, args = mesh_factory
+    mesh = func(*args)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+    W0 = FiniteElement("Lagrange", mesh.ufl_cell(), 1)
+    W1 = VectorElement("Lagrange", mesh.ufl_cell(), 1)
+    W = FunctionSpace(mesh, W0*W1)
+
+    D = mesh.geometry().dim()
+    V_dofmap = V.dofmap()
+    W_dofmap = W.dofmap()
+
+    all_coords_V = V.tabulate_dof_coordinates()
+    all_coords_W = W.tabulate_dof_coordinates()
+    local_size_V = V_dofmap.ownership_range()[1]-V_dofmap.ownership_range()[0]
+    local_size_W = W_dofmap.ownership_range()[1]-W_dofmap.ownership_range()[0]
+
+    all_coords_V = all_coords_V.reshape(local_size_V, D)
+    all_coords_W = all_coords_W.reshape(local_size_W, D)
+
+    checked_V = [False]*local_size_V
+    checked_W = [False]*local_size_W
+
+    # Check that all coordinates are within the cell it should be
+    for cell in cells(mesh):
+        dofs_V = V_dofmap.cell_dofs(cell.index())
+        for di in dofs_V:
+            if di >= local_size_V:
+                continue
+            assert cell.contains(Point(all_coords_V[di]))
+            checked_V[di] = True
+
+        dofs_W = W_dofmap.cell_dofs(cell.index())
+        for di in dofs_W:
+            if di >= local_size_W:
+                continue
+            assert cell.contains(Point(all_coords_W[di]))
+            checked_W[di] = True
+
+    # Assert that all dofs have been checked by the above
+    assert all(checked_V)
+    assert all(checked_W)
+
+
+@pytest.mark.parametrize('mesh_factory', [(UnitSquareMesh, (4, 4)), (UnitSquareMesh.create, (4, 4, CellType.Type.quadrilateral))])
+def test_tabulate_dofs(mesh_factory):
+    func, args = mesh_factory
+    mesh = func(*args)
+    W0 = FiniteElement("Lagrange", mesh.ufl_cell(), 1)
+    W1 = VectorElement("Lagrange", mesh.ufl_cell(), 1)
+    W = FunctionSpace(mesh, W0*W1)
+
+    L0 = W.sub(0)
+    L1 = W.sub(1)
+    L01 = L1.sub(0)
+    L11 = L1.sub(1)
+
+    for i, cell in enumerate(cells(mesh)):
+        dofs0 = L0.dofmap().cell_dofs(cell.index())
+        dofs1 = L01.dofmap().cell_dofs(cell.index())
+        dofs2 = L11.dofmap().cell_dofs(cell.index())
+        dofs3 = L1.dofmap().cell_dofs(cell.index())
+
+        assert np.array_equal(dofs0, L0.dofmap().cell_dofs(i))
+        assert np.array_equal(dofs1, L01.dofmap().cell_dofs(i))
+        assert np.array_equal(dofs2, L11.dofmap().cell_dofs(i))
+        assert np.array_equal(dofs3, L1.dofmap().cell_dofs(i))
+
+        assert len(np.intersect1d(dofs0, dofs1)) == 0
+        assert len(np.intersect1d(dofs0, dofs2)) == 0
+        assert len(np.intersect1d(dofs1, dofs2)) == 0
+        assert np.array_equal(np.append(dofs1, dofs2), dofs3)
+
+
+@pytest.mark.parametrize('mesh_factory', [(UnitSquareMesh, (4, 4)), (UnitSquareMesh.create, (4, 4, CellType.Type.quadrilateral))])
+def test_tabulate_coord_periodic(mesh_factory):
+
+    class PeriodicBoundary2(SubDomain):
+        def inside(self, x, on_boundary):
+            return x[0] < DOLFIN_EPS
+
+        def map(self, x, y):
+            y[0] = x[0] - 1.0
+            y[1] = x[1]
+
+    # Create periodic boundary condition
+    periodic_boundary = PeriodicBoundary2()
+
+    func, args = mesh_factory
+    mesh = func(*args)
+
+    V = FiniteElement("Lagrange", mesh.ufl_cell(), 1)
+    Q = VectorElement("Lagrange", mesh.ufl_cell(), 1)
+    W = V*Q
+
+    V = FunctionSpace(mesh, V, constrained_domain=periodic_boundary)
+    W = FunctionSpace(mesh, W, constrained_domain=periodic_boundary)
+
+    L0 = W.sub(0)
+    L1 = W.sub(1)
+    L01 = L1.sub(0)
+    L11 = L1.sub(1)
+
+    sdim = V.element().space_dimension()
+    coord0 = np.zeros((sdim, 2), dtype="d")
+    coord1 = np.zeros((sdim, 2), dtype="d")
+    coord2 = np.zeros((sdim, 2), dtype="d")
+    coord3 = np.zeros((sdim, 2), dtype="d")
+
+    for cell in cells(mesh):
+        coord0 = V.element().tabulate_dof_coordinates(cell)
+        coord1 = L0.element().tabulate_dof_coordinates(cell)
+        coord2 = L01.element().tabulate_dof_coordinates(cell)
+        coord3 = L11.element().tabulate_dof_coordinates(cell)
+        coord4 = L1.element().tabulate_dof_coordinates(cell)
+
+        assert (coord0 == coord1).all()
+        assert (coord0 == coord2).all()
+        assert (coord0 == coord3).all()
+        assert (coord4[:sdim] == coord0).all()
+        assert (coord4[sdim:] == coord0).all()
+
+
+@pytest.mark.parametrize('mesh_factory', [(UnitSquareMesh, (5, 5)), (UnitSquareMesh.create, (5, 5, CellType.Type.quadrilateral))])
+def test_tabulate_dofs_periodic(mesh_factory):
+
+    class PeriodicBoundary2(SubDomain):
+        def inside(self, x, on_boundary):
+            return x[0] < DOLFIN_EPS
+
+        def map(self, x, y):
+            y[0] = x[0] - 1.0
+            y[1] = x[1]
+
+    func, args = mesh_factory
+    mesh = func(*args)
+
+    # Create periodic boundary
+    periodic_boundary = PeriodicBoundary2()
+
+    V = FiniteElement("Lagrange", mesh.ufl_cell(), 2)
+    Q = VectorElement("Lagrange", mesh.ufl_cell(), 2)
+    W = V*Q
+
+    V = FunctionSpace(mesh, V, constrained_domain=periodic_boundary)
+    Q = FunctionSpace(mesh, Q, constrained_domain=periodic_boundary)
+    W = FunctionSpace(mesh, W, constrained_domain=periodic_boundary)
+
+    L0 = W.sub(0)
+    L1 = W.sub(1)
+    L01 = L1.sub(0)
+    L11 = L1.sub(1)
+
+    # Check dimensions
+    assert V.dim() == 110
+    assert Q.dim() == 220
+    assert L0.dim() == V.dim()
+    assert L1.dim() == Q.dim()
+    assert L01.dim() == V.dim()
+    assert L11.dim() == V.dim()
+
+    for i, cell in enumerate(cells(mesh)):
+        dofs0 = L0.dofmap().cell_dofs(cell.index())
+        dofs1 = L01.dofmap().cell_dofs(cell.index())
+        dofs2 = L11.dofmap().cell_dofs(cell.index())
+        dofs3 = L1.dofmap().cell_dofs(cell.index())
+
+        assert np.array_equal(dofs0, L0.dofmap().cell_dofs(i))
+        assert np.array_equal(dofs1, L01.dofmap().cell_dofs(i))
+        assert np.array_equal(dofs2, L11.dofmap().cell_dofs(i))
+        assert np.array_equal(dofs3, L1.dofmap().cell_dofs(i))
+
+        assert len(np.intersect1d(dofs0, dofs1)) == 0
+        assert len(np.intersect1d(dofs0, dofs2)) == 0
+        assert len(np.intersect1d(dofs1, dofs2)) == 0
+        assert np.array_equal(np.append(dofs1, dofs2), dofs3)
+
+
+@pytest.mark.parametrize('mesh_factory', [(UnitSquareMesh, (3, 3)), (UnitSquareMesh.create, (3, 3, CellType.Type.quadrilateral))])
+def test_global_dof_builder(mesh_factory):
+    func, args = mesh_factory
+    mesh = func(*args)
+
+    V = VectorElement("CG", mesh.ufl_cell(), 1)
+    Q = FiniteElement("CG", mesh.ufl_cell(), 1)
+    R = FiniteElement("R",  mesh.ufl_cell(), 0)
+
+    W = FunctionSpace(mesh, MixedElement([Q, Q, Q, R]))
+    W = FunctionSpace(mesh, MixedElement([Q, Q, R, Q]))
+    W = FunctionSpace(mesh, V*R)
+    W = FunctionSpace(mesh, R*V)
+
+
+@pytest.mark.parametrize('mesh_factory', [(UnitSquareMesh, (3, 3)), (UnitSquareMesh.create, (3, 3, CellType.Type.quadrilateral))])
+def test_dof_to_vertex_map(mesh_factory, reorder_dofs):
+    func, args = mesh_factory
+    mesh = func(*args)
+
+    def _test_maps_consistency(space):
+        v2d = vertex_to_dof_map(space)
+        d2v = dof_to_vertex_map(space)
+        assert len(v2d) == len(d2v)
+        assert np.all(v2d[d2v] == np.arange(len(v2d)))
+        assert np.all(d2v[v2d] == np.arange(len(d2v)))
+
+    # Check for both reordered and UFC ordered dofs
+    v = FiniteElement("Lagrange", mesh.ufl_cell(), 1)
+    q = VectorElement("Lagrange", mesh.ufl_cell(), 1)
+    w = v*q
+
+    V = FunctionSpace(mesh, v)
+    Q = FunctionSpace(mesh, q)
+    W = FunctionSpace(mesh, w)
+
+    _test_maps_consistency(V)
+    _test_maps_consistency(Q)
+    _test_maps_consistency(W)
+
+    u = Function(V)
+    e = Expression("x[0] + x[1]", degree=1)
+    u.interpolate(e)
+
+    vert_values = mesh.coordinates().sum(1)
+    func_values = u.vector().get_local(vertex_to_dof_map(V))
+    assert round(max(abs(func_values - vert_values)), 7) == 0
+
+    c0 = Constant((1, 2))
+    u0 = Function(Q)
+    u0.interpolate(c0)
+
+    vert_values = np.zeros(mesh.num_vertices()*2)
+    u1 = Function(Q)
+    vert_values[::2] = 1
+    vert_values[1::2] = 2
+
+    dim = Q.dofmap().index_map().size(IndexMap.MapSize.OWNED)
+    u1.vector().set_local(vert_values[dof_to_vertex_map(Q)[:dim]].copy())
+    assert round((u0.vector()-u1.vector()).sum() - 0.0, 7) == 0
+
+    W = FunctionSpace(mesh, "DG", 0)
+    with pytest.raises(RuntimeError):
+        dof_to_vertex_map(W)
+
+    W = FunctionSpace(mesh, q*FiniteElement("R", mesh.ufl_cell(), 0))
+    with pytest.raises(RuntimeError):
+        dof_to_vertex_map(W)
+
+    W = FunctionSpace(mesh, "CG", 2)
+    with pytest.raises(RuntimeError):
+        dof_to_vertex_map(W)
+
+    W = VectorFunctionSpace(mesh, "CG", 1)
+    with pytest.raises(RuntimeError):
+        dof_to_vertex_map(W.sub(0))
+
+
+def test_entity_dofs(mesh):
+
+    # Test that num entity dofs is correctly wrapped to
+    # dolfin::DofMap
+    V = FunctionSpace(mesh, "CG", 1)
+    assert V.dofmap().num_entity_dofs(0) == 1
+    assert V.dofmap().num_entity_dofs(1) == 0
+    assert V.dofmap().num_entity_dofs(2) == 0
+
+    V = VectorFunctionSpace(mesh, "CG", 1)
+    assert V.dofmap().num_entity_dofs(0) == 2
+    assert V.dofmap().num_entity_dofs(1) == 0
+    assert V.dofmap().num_entity_dofs(2) == 0
+
+    V = FunctionSpace(mesh, "CG", 2)
+    assert V.dofmap().num_entity_dofs(0) == 1
+    assert V.dofmap().num_entity_dofs(1) == 1
+    assert V.dofmap().num_entity_dofs(2) == 0
+
+    V = FunctionSpace(mesh, "CG", 3)
+    assert V.dofmap().num_entity_dofs(0) == 1
+    assert V.dofmap().num_entity_dofs(1) == 2
+    assert V.dofmap().num_entity_dofs(2) == 1
+
+    V = FunctionSpace(mesh, "DG", 0)
+    assert V.dofmap().num_entity_dofs(0) == 0
+    assert V.dofmap().num_entity_dofs(1) == 0
+    assert V.dofmap().num_entity_dofs(2) == 1
+
+    V = FunctionSpace(mesh, "DG", 1)
+    assert V.dofmap().num_entity_dofs(0) == 0
+    assert V.dofmap().num_entity_dofs(1) == 0
+    assert V.dofmap().num_entity_dofs(2) == 3
+
+    V = VectorFunctionSpace(mesh, "CG", 1)
+
+    # Note this numbering is dependent on FFC and can change This test
+    # is here just to check that we get correct numbers mapped from
+    # ufc generated code to dolfin
+    for i, cdofs in enumerate([[0, 3], [1, 4], [2, 5]]):
+        dofs = V.dofmap().tabulate_entity_dofs(0, i)
+        assert all(d == cd for d, cd in zip(dofs, cdofs))
+
+
+@skip_in_parallel
+@pytest.mark.parametrize('mesh_factory', [(UnitSquareMesh, (2, 2)), (UnitSquareMesh.create, (2, 2, CellType.Type.quadrilateral))])
+def test_entity_closure_dofs(mesh_factory):
+    func, args = mesh_factory
+    mesh = func(*args)
+    tdim = mesh.topology().dim()
+
+    for degree in (1, 2, 3):
+        V = FunctionSpace(mesh, "CG", degree)
+        for d in range(tdim + 1):
+            covered = set()
+            covered2 = set()
+            all_entities = np.array([entity for entity in range(mesh.num_entities(d))], dtype=np.uintp)
+            for entity in all_entities:
+                entities = np.array([entity], dtype=np.uintp)
+                dofs_on_this_entity = V.dofmap().entity_dofs(mesh, d, entities)
+                closure_dofs = V.dofmap().entity_closure_dofs(mesh, d, entities)
+                assert len(dofs_on_this_entity) == V.dofmap().num_entity_dofs(d)
+                assert len(dofs_on_this_entity) <= len(closure_dofs)
+                covered.update(dofs_on_this_entity)
+                covered2.update(closure_dofs)
+            dofs_on_all_entities = V.dofmap().entity_dofs(mesh, d, all_entities)
+            closure_dofs_on_all_entities = V.dofmap().entity_closure_dofs(mesh, d, all_entities)
+            assert len(dofs_on_all_entities) == V.dofmap().num_entity_dofs(d) * mesh.num_entities(d)
+            assert covered == set(dofs_on_all_entities)
+            assert covered2 == set(closure_dofs_on_all_entities)
+        d = tdim
+        all_cells = np.array([entity for entity in range(mesh.num_entities(d))], dtype=np.uintp)
+        assert set(V.dofmap().entity_closure_dofs(mesh, d, all_cells)) == set(range(V.dim()))
+
+
+def test_clear_sub_map_data_scalar(mesh):
+    V = FunctionSpace(mesh, "CG", 2)
+    with pytest.raises(ValueError):
+        V.sub(1)
+
+    V = VectorFunctionSpace(mesh, "CG", 2)
+    V1 = V.sub(1)
+
+    # Clean sub-map data
+    V.dofmap().clear_sub_map_data()
+
+    # Can still get previously computed map
+    V1 = V.sub(1)
+
+    # New sub-map should throw an error
+    with pytest.raises(RuntimeError):
+        V.sub(0)
+
+
+def test_clear_sub_map_data_vector(mesh):
+    mesh = UnitSquareMesh(8, 8)
+    P1 = FiniteElement("Lagrange", mesh.ufl_cell(), 1)
+    W = FunctionSpace(mesh, P1*P1)
+
+    # Check block size
+    assert W.dofmap().block_size() == 2
+
+    W.dofmap().clear_sub_map_data()
+    with pytest.raises(RuntimeError):
+        W0 = W.sub(0)
+    with pytest.raises(RuntimeError):
+        W1 = W.sub(1)
+
+
+def test_block_size(mesh):
+    meshes = [UnitSquareMesh(8, 8), UnitCubeMesh(4, 4, 4),
+              UnitSquareMesh.create(8, 8, CellType.Type.quadrilateral),
+              UnitCubeMesh.create(4, 4, 4, CellType.Type.hexahedron)]
+    for mesh in meshes:
+        P2 = FiniteElement("Lagrange", mesh.ufl_cell(), 2)
+
+        V = FunctionSpace(mesh, P2)
+        assert V.dofmap().block_size() == 1
+
+        V = FunctionSpace(mesh, P2*P2)
+        assert V.dofmap().block_size() == 2
+
+        for i in range(1, 6):
+            W = FunctionSpace(mesh, MixedElement(i*[P2]))
+            assert W.dofmap().block_size() == i
+
+        V = VectorFunctionSpace(mesh, "Lagrange", 2)
+        assert V.dofmap().block_size() == mesh.geometry().dim()
+
+
+def test_block_size_real(mesh):
+    mesh = UnitIntervalMesh(12)
+    V = FiniteElement('DG', mesh.ufl_cell(), 0)
+    R = FiniteElement('R',  mesh.ufl_cell(), 0)
+    X = FunctionSpace(mesh, V*R)
+    assert X.dofmap().block_size() == 1
+
+
+@skip_in_serial
+@pytest.mark.parametrize('mesh_factory', [(UnitIntervalMesh, (8,)),
+                                          (UnitSquareMesh, (4, 4)),
+                                          (UnitCubeMesh, (2, 2, 2)),
+                                          (UnitSquareMesh.create, (4, 4, CellType.Type.quadrilateral)),
+                                          (UnitCubeMesh.create, (2, 2, 2, CellType.Type.hexahedron))])
+def test_mpi_dofmap_stats(mesh_factory):
+    func, args = mesh_factory
+    mesh = func(*args)
+
+    V = FunctionSpace(mesh, "CG", 1)
+    assert len(V.dofmap().shared_nodes()) > 0
+    neighbours = V.dofmap().neighbours()
+    for processes in V.dofmap().shared_nodes().values():
+        for process in processes:
+            assert process in neighbours
+
+    for owner in V.dofmap().off_process_owner():
+        assert owner in neighbours
+
+@pytest.mark.parametrize('mesh_factory', [(UnitSquareMesh, (4, 4)), (UnitSquareMesh.create, (4, 4, CellType.Type.quadrilateral))])
+def test_local_dimension(mesh_factory):
+    func, args = mesh_factory
+    mesh = func(*args)
+
+    v = FiniteElement("Lagrange", mesh.ufl_cell(), 1)
+    q = VectorElement("Lagrange", mesh.ufl_cell(), 1)
+    w = v*q
+
+    V = FunctionSpace(mesh, v)
+    Q = FunctionSpace(mesh, q)
+    W = FunctionSpace(mesh, w)
+
+    for space in [V, Q, W]:
+        dofmap = space.dofmap()
+        local_to_global_map = dofmap.tabulate_local_to_global_dofs()
+        ownership_range = dofmap.ownership_range()
+        dim1 = dofmap.index_map().size(IndexMap.MapSize.OWNED)
+        dim2 = dofmap.index_map().size(IndexMap.MapSize.UNOWNED)
+        dim3 = dofmap.index_map().size(IndexMap.MapSize.ALL)
+        assert dim1 == ownership_range[1] - ownership_range[0]
+        assert dim3 == local_to_global_map.size
+        assert dim1 + dim2 == dim3
+        # with pytest.raises(RuntimeError):
+        #    dofmap.index_map().size('foo')
+
+
+# Failures in FFC on quads/hexes
+xfail_ffc = pytest.mark.xfail(raises=Exception, strict=True)
+
+@skip_in_parallel
+@pytest.mark.parametrize('space', [
+    "FunctionSpace(UnitIntervalMesh.create(10),                                        'P', 1)",
+    "FunctionSpace(UnitSquareMesh.create(6, 6, CellType.Type.triangle),                'P', 1)",
+    "FunctionSpace(UnitCubeMesh.create(2, 2, 2, CellType.Type.tetrahedron),            'P', 1)",
+    "FunctionSpace(UnitSquareMesh.create(6, 6, CellType.Type.quadrilateral),           'Q', 1)",
+    "FunctionSpace(UnitCubeMesh.create(2, 2, 2, CellType.Type.hexahedron),             'Q', 1)",
+    "FunctionSpace(UnitIntervalMesh.create(10),                                        'P', 2)",
+    "FunctionSpace(UnitSquareMesh.create(6, 6, CellType.Type.triangle),                'P', 2)",
+    "FunctionSpace(UnitCubeMesh.create(2, 2, 2, CellType.Type.tetrahedron),            'P', 2)",
+    "FunctionSpace(UnitSquareMesh.create(6, 6, CellType.Type.quadrilateral),           'Q', 2)",
+    "FunctionSpace(UnitCubeMesh.create(2, 2, 2, CellType.Type.hexahedron),             'Q', 2)",
+    "FunctionSpace(UnitIntervalMesh.create(10),                                        'P', 3)",
+    "FunctionSpace(UnitSquareMesh.create(6, 6, CellType.Type.triangle),                'P', 3)",
+    "FunctionSpace(UnitCubeMesh.create(2, 2, 2, CellType.Type.tetrahedron),            'P', 3)",
+    "FunctionSpace(UnitSquareMesh.create(6, 6, CellType.Type.quadrilateral),           'Q', 3)",
+    "FunctionSpace(UnitCubeMesh.create(2, 2, 2, CellType.Type.hexahedron),             'Q', 3)",
+    "FunctionSpace(UnitIntervalMesh.create(10),                                        'DP', 1)",
+    "FunctionSpace(UnitSquareMesh.create(6, 6, CellType.Type.triangle),                'DP', 1)",
+    "FunctionSpace(UnitCubeMesh.create(2, 2, 2, CellType.Type.tetrahedron),            'DP', 1)",
+    "FunctionSpace(UnitSquareMesh.create(6, 6, CellType.Type.quadrilateral),           'DQ', 1)",
+    "FunctionSpace(UnitCubeMesh.create(2, 2, 2, CellType.Type.hexahedron),             'DQ', 1)",
+    "FunctionSpace(UnitIntervalMesh.create(10),                                        'DP', 2)",
+    "FunctionSpace(UnitSquareMesh.create(6, 6, CellType.Type.triangle),                'DP', 2)",
+    "FunctionSpace(UnitCubeMesh.create(2, 2, 2, CellType.Type.tetrahedron),            'DP', 2)",
+    "FunctionSpace(UnitSquareMesh.create(6, 6, CellType.Type.quadrilateral),           'DQ', 2)",
+    "FunctionSpace(UnitCubeMesh.create(2, 2, 2, CellType.Type.hexahedron),             'DQ', 2)",
+    "FunctionSpace(UnitSquareMesh.create(6, 6, CellType.Type.triangle),                'N1curl', 1)",
+    "FunctionSpace(UnitCubeMesh.create(2, 2, 2, CellType.Type.tetrahedron),            'N1curl', 1)",
+    pytest.param(("FunctionSpace(UnitSquareMesh.create(6, 6, CellType.Type.quadrilateral), 'N1curl', 1)"), marks=xfail_ffc),
+    pytest.param(("FunctionSpace(UnitCubeMesh.create(2, 2, 2, CellType.Type.hexahedron),   'N1curl', 1)"), marks=xfail_ffc),
+    "FunctionSpace(UnitSquareMesh.create(6, 6, CellType.Type.triangle),                'N1curl', 2)",
+    "FunctionSpace(UnitCubeMesh.create(2, 2, 2, CellType.Type.tetrahedron),            'N1curl', 2)",
+    pytest.param(("FunctionSpace(UnitSquareMesh.create(6, 6, CellType.Type.quadrilateral), 'N1curl', 2)"), marks=xfail_ffc),
+    pytest.param(("FunctionSpace(UnitCubeMesh.create(2, 2, 2, CellType.Type.hexahedron),   'N1curl', 2)"), marks=xfail_ffc),
+    "FunctionSpace(UnitSquareMesh.create(6, 6, CellType.Type.triangle),                'RT', 1)",
+    "FunctionSpace(UnitCubeMesh.create(2, 2, 2, CellType.Type.tetrahedron),            'RT', 1)",
+    pytest.param(("FunctionSpace(UnitSquareMesh.create(6, 6, CellType.Type.quadrilateral), 'RT', 1)"), marks=xfail_ffc),
+    pytest.param(("FunctionSpace(UnitCubeMesh.create(2, 2, 2, CellType.Type.hexahedron),   'RT', 1)"), marks=xfail_ffc),
+])
+def test_dofs_dim(space):
+    """Test function GenericDofMap::dofs(mesh, dim)"""
+    V = eval(space)
+    dofmap = V.dofmap()
+    mesh = V.mesh()
+    for dim in range(0, mesh.topology().dim()):
+        edofs = dofmap.dofs(mesh, dim)
+        num_mesh_entities = mesh.num_entities(dim)
+        dofs_per_entity = dofmap.num_entity_dofs(dim)
+        assert len(edofs) == dofs_per_entity*num_mesh_entities
+
+
+def test_readonly_view_local_to_global_unwoned(mesh):
+    """Test that local_to_global_unwoned() returns readonly
+    view into the data; in particular test lifetime of data
+    owner"""
+    V = FunctionSpace(mesh, "P", 1)
+    dofmap = V.dofmap()
+    index_map = dofmap.index_map()
+
+    rc = sys.getrefcount(dofmap)
+    l2gu = dofmap.local_to_global_unowned()
+    assert sys.getrefcount(dofmap) == rc + 1 if l2gu.size else rc
+    assert not l2gu.flags.writeable
+    assert all(l2gu < V.dofmap().global_dimension())
+    del l2gu
+    assert sys.getrefcount(dofmap) == rc
+
+    rc = sys.getrefcount(index_map)
+    l2gu = index_map.local_to_global_unowned()
+    assert sys.getrefcount(index_map) == rc + 1 if l2gu.size else rc
+    assert not l2gu.flags.writeable
+    assert all(l2gu < V.dofmap().global_dimension())
+    del l2gu
+    assert sys.getrefcount(index_map) == rc
diff --git a/python/test/unit/fem/test_dp_assemble.py b/python/test/unit/fem/test_dp_assemble.py
new file mode 100644
index 0000000..199a346
--- /dev/null
+++ b/python/test/unit/fem/test_dp_assemble.py
@@ -0,0 +1,134 @@
+"""Unit tests for dP assembly"""
+
+# Copyright (C) 2014 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+
+import pytest
+import os
+import numpy as np
+from dolfin import *
+
+from dolfin_utils.test import *
+
+
+@pytest.fixture(params=[1, 2, 3])
+def dim(request):
+    return request.param
+
+
+def _create_dp_problem(dim):
+    assert dim in [1, 2, 3]
+    if dim == 1:
+        mesh = UnitIntervalMesh(20)
+    elif dim == 2:
+        mesh = UnitSquareMesh(10, 10)
+    else:
+        mesh = UnitCubeMesh(4, 4, 4)
+
+    P1 = FiniteElement("P", mesh.ufl_cell(), 1)
+    V = FunctionSpace(mesh, P1)
+    VV = FunctionSpace(mesh, P1*P1)
+
+    # Create expression used to interpolate initial data
+    y_dim = 1 if dim > 1 else 0
+    z_dim = 2 if dim > 2 else (1 if dim > 1 else 0)
+    e = Expression("x[0] + 2*x[{}] + x[{}]".format(y_dim, z_dim), degree=2)
+    ee = Expression(["x[0]+x[{}]".format(z_dim), "x[0]*x[{}]+x[{}]".format(y_dim, z_dim)], degree=2)
+
+    # Create coefficients
+    u = interpolate(e, V)
+    uu = interpolate(ee, VV)
+
+    # Test and trial spaces
+    v = TestFunction(V)
+    vv = TestFunction(VV)
+    U = TrialFunction(V)
+    UU = TrialFunction(VV)
+
+    # Subdomains
+    subdomain = AutoSubDomain(lambda x, on_boundary: x[0] <= 0.5)
+    disjoint_subdomain = AutoSubDomain(lambda x, on_boundary: x[0] > 0.5)
+    vertex_domain = MeshFunction("size_t", mesh, 0, 0)
+    subdomain.mark(vertex_domain, 1)
+    bc = DirichletBC(VV, Constant((0, 0)), disjoint_subdomain)
+    dPP = dP(subdomain_data=vertex_domain)
+
+    return (u, uu), (v, vv), (U, UU), dPP, bc
+
+
+def test_scalar_assemble(dim):
+    eps = 1000*DOLFIN_EPS
+
+    (u, uu), (v, vv), (U, UU), dPP, bc = _create_dp_problem(dim)
+
+    scalar_value = assemble(u*dP)
+    assert abs(scalar_value-u.vector().sum()) < eps
+
+    scalar_value = assemble((uu[0]+uu[1])*dPP)
+    assert abs(scalar_value-uu.vector().sum()) < eps
+
+    scalar_value = assemble((uu[0]+uu[1])*dPP(1))
+    bc.apply(uu.vector())
+    assert abs(scalar_value-uu.vector().sum()) < eps
+
+
+def test_vector_assemble(dim):
+    eps = 1000*DOLFIN_EPS
+
+    (u, uu), (v, vv), (U, UU), dPP, bc = _create_dp_problem(dim)
+
+    # In parallel vec.get_local() will return only local to process values
+    vec = assemble(u*v*dPP)
+    assert sum(np.absolute(vec.get_local() - u.vector().get_local())) < eps
+
+    vec = assemble(inner(uu, vv)*dP)
+    assert sum(np.absolute(vec.get_local() - uu.vector().get_local())) < eps
+
+    vec = assemble(inner(uu, vv)*dPP(1))
+    bc.apply(uu.vector())
+    assert sum(np.absolute(vec.get_local() - uu.vector().get_local())) < eps
+
+
+def test_matrix_assemble(dim):
+    eps = 1000*DOLFIN_EPS
+
+    (u, uu), (v, vv), (U, UU), dPP, bc = _create_dp_problem(dim)
+
+    # Scalar assemble
+    mat = assemble(u*v*U*dPP)
+
+    # Create a numpy matrix based on the local size of the vector
+    # and populate it with values from local vector
+    loc_range = u.vector().local_range()
+    vec_mat = np.zeros_like(mat.array())
+    vec_mat[range(loc_range[1] - loc_range[0]),
+            range(loc_range[0], loc_range[1])] = u.vector().get_local()
+
+    assert np.sum(np.absolute(mat.array() - vec_mat)) < eps
+
+    # Vector assemble
+    mat = assemble((uu[0]*vv[0]*UU[0] + uu[1]*vv[1]*UU[1])*dPP)
+
+    # Create a numpy matrix based on the local size of the vector
+    # and populate it with values from local vector
+    loc_range = uu.vector().local_range()
+    vec_mat = np.zeros_like(mat.array())
+    vec_mat[range(loc_range[1] - loc_range[0]),
+            range(loc_range[0], loc_range[1])] = uu.vector().get_local()
+
+    assert np.sum(np.absolute(mat.array() - vec_mat)) < eps
diff --git a/python/test/unit/fem/test_finite_element.py b/python/test/unit/fem/test_finite_element.py
new file mode 100644
index 0000000..dee876c
--- /dev/null
+++ b/python/test/unit/fem/test_finite_element.py
@@ -0,0 +1,171 @@
+"""Unit tests for the fem interface"""
+
+# Copyright (C) 2009 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2009-07-28
+# Last changed: 2009-07-28
+
+import pytest
+import numpy
+from dolfin import *
+from dolfin_utils.test import fixture
+
+
+xfail = pytest.mark.xfail(strict=True)
+
+
+@pytest.mark.parametrize('mesh_factory', [(UnitSquareMesh, (4, 4)),
+                                          (UnitCubeMesh, (2, 2, 2)),
+                                          (UnitSquareMesh.create, (4, 4, CellType.Type.quadrilateral)),
+                                          # cell_normal has not been implemented for hex cell
+                                          # cell.orientation() does not work
+                                          pytest.param(((UnitCubeMesh.create, (2, 2, 2, CellType.Type.hexahedron))), marks=xfail)])
+def test_evaluate_dofs(mesh_factory):
+
+    func, args = mesh_factory
+    mesh = func(*args)
+
+    v = FiniteElement("Lagrange", mesh.ufl_cell(), 1)
+    q = VectorElement("Lagrange", mesh.ufl_cell(), 1)
+    w = v*q
+
+    V = FunctionSpace(mesh, v)
+    W = FunctionSpace(mesh, w)
+
+    sdim = V.element().space_dimension()
+    gdim = V.element().geometric_dimension()
+
+    e = Expression("x[0] + x[1]", degree=1)
+    e2 = Expression(["x[0] + x[1]"]*gdim, degree=1)
+
+    coords = numpy.zeros((sdim, gdim), dtype="d")
+    coord = numpy.zeros(gdim, dtype="d")
+    values0 = numpy.zeros(sdim, dtype="d")
+    values1 = numpy.zeros(sdim, dtype="d")
+    values2 = numpy.zeros(sdim, dtype="d")
+    values3 = numpy.zeros(sdim, dtype="d")
+    values4 = numpy.zeros(gdim*sdim, dtype="d")
+
+    L0 = W.sub(0)
+    L1 = W.sub(1)
+    L01 = L1.sub(0)
+    L11 = L1.sub(1)
+
+    for cell in cells(mesh):
+        vx = cell.get_vertex_coordinates()
+        orientation = cell.orientation()
+        coords = V.element().tabulate_dof_coordinates(cell)
+        for i in range(coords.shape[0]):
+            coord[:] = coords[i, :]
+            values0[i] = e(*coord)
+        values1 = L0.element().evaluate_dofs(e, vx, orientation, cell)
+        values2 = L01.element().evaluate_dofs(e, vx, orientation, cell)
+        values3 = L11.element().evaluate_dofs(e, vx, orientation, cell)
+        values4 = L1.element().evaluate_dofs(e2, vx, orientation, cell)
+
+        for i in range(sdim):
+            assert round(values0[i] - values1[i], 7) == 0
+            assert round(values0[i] - values2[i], 7) == 0
+            assert round(values0[i] - values3[i], 7) == 0
+            assert round(values4[:sdim][i] - values0[i], 7) == 0
+            if gdim == 3:
+                assert round(values4[sdim:sdim*2][i] - values0[i], 7) == 0
+                assert round(values4[sdim*2:][i] - values0[i], 7) == 0
+            else:
+                assert round(values4[sdim:][i] - values0[i], 7) == 0
+
+
+def test_evaluate_dofs_manifolds_affine():
+    "Testing evaluate_dofs vs tabulated coordinates."
+
+    n = 4
+    mesh = BoundaryMesh(UnitSquareMesh(n, n), "exterior")
+    mesh2 = BoundaryMesh(UnitCubeMesh(n, n, n), "exterior")
+    DG0 = FunctionSpace(mesh, "DG", 0)
+    DG1 = FunctionSpace(mesh, "DG", 1)
+    CG1 = FunctionSpace(mesh, "CG", 1)
+    CG2 = FunctionSpace(mesh, "CG", 2)
+    DG20 = FunctionSpace(mesh2, "DG", 0)
+    DG21 = FunctionSpace(mesh2, "DG", 1)
+    CG21 = FunctionSpace(mesh2, "CG", 1)
+    CG22 = FunctionSpace(mesh2, "CG", 2)
+    elements = [DG0, DG1, CG1, CG2, DG20, DG21, CG21, CG22]
+
+    f = Expression("x[0] + x[1]", degree=1)
+    for V in elements:
+        sdim = V.element().space_dimension()
+        gdim = V.mesh().geometry().dim()
+        coord = numpy.zeros(gdim, dtype="d")
+        values0 = numpy.zeros(sdim, dtype="d")
+        values1 = numpy.zeros(sdim, dtype="d")
+        for cell in cells(V.mesh()):
+            vx = cell.get_vertex_coordinates()
+            orientation = cell.orientation()
+            coords = V.element().tabulate_dof_coordinates(cell)
+            for i in range(coords.shape[0]):
+                coord[:] = coords[i, :]
+                values0[i] = f(*coord)
+            values1 = V.element().evaluate_dofs(f, vx, orientation, cell)
+            for i in range(sdim):
+                assert round(values0[i] - values1[i], 7) == 0
+
+
+@pytest.mark.parametrize('mesh_factory', [(UnitSquareMesh, (4, 4)),
+                                          (UnitCubeMesh, (2, 2, 2)),
+                                          (UnitSquareMesh.create, (4, 4, CellType.Type.quadrilateral)),
+                                          (UnitCubeMesh.create, (2, 2, 2, CellType.Type.hexahedron))])
+def test_tabulate_coord(mesh_factory):
+
+    func, args = mesh_factory
+    mesh = func(*args)
+
+    v = FiniteElement("Lagrange", mesh.ufl_cell(), 1)
+    q = VectorElement("Lagrange", mesh.ufl_cell(), 1)
+    w = v*q
+
+    V = FunctionSpace(mesh, v)
+    W = FunctionSpace(mesh, w)
+
+    sdim = V.element().space_dimension()
+    gdim = V.element().geometric_dimension()
+    coord0 = numpy.zeros((sdim, gdim), dtype="d")
+    coord1 = numpy.zeros((sdim, gdim), dtype="d")
+    coord2 = numpy.zeros((sdim, gdim), dtype="d")
+    coord3 = numpy.zeros((sdim, gdim), dtype="d")
+    coord4 = numpy.zeros((gdim*sdim, gdim), dtype="d")
+
+    L0 = W.sub(0)
+    L1 = W.sub(1)
+    L01 = L1.sub(0)
+    L11 = L1.sub(1)
+
+    for cell in cells(mesh):
+        coord0 = V.element().tabulate_dof_coordinates(cell)
+        coord1 = L0.element().tabulate_dof_coordinates(cell)
+        coord2 = L01.element().tabulate_dof_coordinates(cell)
+        coord3 = L11.element().tabulate_dof_coordinates(cell)
+        coord4 = L1.element().tabulate_dof_coordinates(cell)
+
+        assert (coord0 == coord1).all()
+        assert (coord0 == coord2).all()
+        assert (coord0 == coord3).all()
+        if gdim == 3:
+            assert (coord4[sdim:sdim*2] == coord0).all()
+            assert (coord4[sdim*2:] == coord0).all()
+        else:
+            assert (coord4[sdim:] == coord0).all()
diff --git a/python/test/unit/fem/test_form.py b/python/test/unit/fem/test_form.py
new file mode 100644
index 0000000..1975cb0
--- /dev/null
+++ b/python/test/unit/fem/test_form.py
@@ -0,0 +1,559 @@
+"""Unit tests for the fem interface"""
+
+# Copyright (C) 2011-2014 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Marie E. Rognes (meg@simula.no), 2012
+# Modified by Martin S. Alnaes (martinal@simula.no), 2014
+
+import pytest
+import numpy
+import ufl
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel, fixture
+
+
+@fixture
+def square():
+    return UnitSquareMesh(8, 8)
+
+
+@fixture
+def square_boundary(square):
+    return BoundaryMesh(square, "exterior")
+
+
+@fixture
+def cube_boundary(cube):
+    return BoundaryMesh(cube, "exterior")
+
+
+@fixture
+def cube():
+    return UnitCubeMesh(2, 2, 2)
+
+
+@fixture
+def V1(square_boundary):
+    return FunctionSpace(square_boundary, "CG", 1)
+
+
+@fixture
+def VV1(square_boundary):
+    return VectorFunctionSpace(square_boundary, "CG", 1)
+
+
+@fixture
+def Q1(square_boundary):
+    return FunctionSpace(square_boundary, "DG", 0)
+
+
+@fixture
+def V2(cube_boundary):
+    return FunctionSpace(cube_boundary, "CG", 1)
+
+
+@fixture
+def VV2(cube_boundary):
+    return VectorFunctionSpace(cube_boundary, "CG", 1)
+
+
+@fixture
+def Q2(cube_boundary):
+    return FunctionSpace(cube_boundary, "DG", 0)
+
+
+def test_assemble_functional(V1, V2):
+
+    mesh = V1.mesh()
+    surfacearea = assemble(1*dx(mesh))
+    assert round(surfacearea - 4.0, 7) == 0
+
+    u = Function(V1)
+    u.vector()[:] = 1.0
+    surfacearea = assemble(u*dx)
+    assert round(surfacearea - 4.0, 7) == 0
+
+    u = Function(V2)
+    u.vector()[:] = 1.0
+    surfacearea = assemble(u*dx)
+    assert round(surfacearea - 6.0, 7) == 0
+
+    f = Expression("1.0", degree=0)
+    u = interpolate(f, V1)
+    surfacearea = assemble(u*dx)
+    assert round(surfacearea - 4.0, 7) == 0
+
+    f = Expression("1.0", degree=0)
+    u = interpolate(f, V2)
+    surfacearea = assemble(u*dx)
+    assert round(surfacearea - 6.0, 7) == 0
+
+
+def test_assemble_linear(V1, Q1, square_boundary, V2, Q2, cube_boundary):
+
+    u = Function(V1)
+    w = TestFunction(Q1)
+    u.vector()[:] = 0.5
+    facetareas = MPI.sum(square_boundary.mpi_comm(),
+                         assemble(u*w*dx).get_local().sum())
+    assert round(facetareas - 2.0, 7) == 0
+
+    u = Function(V2)
+    w = TestFunction(Q2)
+    u.vector()[:] = 0.5
+    a = u*w*dx
+    b = assemble(a)
+    facetareas = MPI.sum(cube_boundary.mpi_comm(),
+                         assemble(u*w*dx).get_local().sum())
+    assert round(facetareas - 3.0, 7) == 0
+
+    mesh = UnitSquareMesh(8, 8)
+    bdry = BoundaryMesh(mesh, "exterior")
+    V = FunctionSpace(mesh, "CG", 1)
+    u = TrialFunction(V)
+    v = TestFunction(V)
+
+    BV = FunctionSpace(bdry, "CG", 1)
+    bu = TrialFunction(BV)
+    bv = TestFunction(BV)
+
+    a = MPI.sum(mesh.mpi_comm(),
+                assemble(inner(u, v)*ds).array().sum())
+    b = MPI.sum(bdry.mpi_comm(),
+                assemble(inner(bu, bv)*dx).array().sum())
+    assert round(a - b, 7) == 0
+
+
+@skip_in_parallel
+def test_assemble_bilinear_1D_2D(square, V1, square_boundary):
+
+    V = FunctionSpace(square, 'CG', 1)
+    u = TrialFunction(V)
+    v = TestFunction(V)
+
+    bu = TrialFunction(V1)
+    bv = TestFunction(V1)
+
+    a = MPI.sum(square.mpi_comm(),
+                assemble(inner(u, v)*ds).array().sum())
+    b = MPI.sum(square_boundary.mpi_comm(),
+                assemble(inner(bu, bv)*dx).array().sum())
+    assert round(a - b, 7) == 0
+
+    # Assemble over subset of mesh facets
+    subdomain = CompiledSubDomain("near(x[1], 0.0)")
+    bottom = MeshFunction("size_t", square, square.topology().dim()-1)
+    bottom.set_all(0)
+    subdomain.mark(bottom, 1)
+    dss = ds(subdomain_data=bottom)
+    foo = MPI.sum(square.mpi_comm(),
+                  abs(assemble(inner(grad(u)[0],
+                                     grad(v)[0])*dss(1)).array()).sum())
+
+    # Assemble over all cells of submesh created from subset of
+    # boundary mesh
+    bottom2 = MeshFunction("size_t", square_boundary, square_boundary.topology().dim())
+    bottom2.set_all(0)
+    subdomain.mark(bottom2, 1)
+    BV = FunctionSpace(SubMesh(square_boundary, bottom2, 1), "CG", 1)
+    bu = TrialFunction(BV)
+    bv = TestFunction(BV)
+    bar = MPI.sum(square_boundary.mpi_comm(),
+                  abs(assemble(inner(grad(bu)[0],
+                                     grad(bv)[0])*dx).array()).sum())
+    # Should give same result
+    assert round(bar - foo, 7) == 0
+
+
+@skip_in_parallel
+def test_assemble_bilinear_2D_3D(cube, V2, cube_boundary):
+
+    V = FunctionSpace(cube, 'CG', 1)
+    u = TrialFunction(V)
+    v = TestFunction(V)
+
+    # V2 is a FunctionSpace over cube_boundary
+    bu = TrialFunction(V2)
+    bv = TestFunction(V2)
+
+    a = MPI.sum(cube.mpi_comm(),
+                assemble(inner(u, v)*ds).array().sum())
+    b = MPI.sum(cube_boundary.mpi_comm(),
+                assemble(inner(bu, bv)*dx).array().sum())
+    assert round(a - b, 7) == 0
+
+    # Assemble over subset of mesh facets
+    subdomain = CompiledSubDomain("near(x[1], 0.0)")
+    bottom = MeshFunction("size_t", cube, cube.topology().dim()-1)
+    bottom.set_all(0)
+    subdomain.mark(bottom, 1)
+    dss = ds(subdomain_data=bottom)
+    foo = MPI.sum(cube.mpi_comm(),
+                  abs(assemble(inner(grad(u)[0],
+                                     grad(v)[0])*dss(1)).array()).sum())
+
+    # Assemble over all cells of submesh created from subset of
+    # boundary mesh
+    bottom2 = MeshFunction("size_t", cube_boundary, cube_boundary.topology().dim())
+    bottom2.set_all(0)
+    subdomain.mark(bottom2, 1)
+    BV = FunctionSpace(SubMesh(cube_boundary, bottom2, 1), "CG", 1)
+    bu = TrialFunction(BV)
+    bv = TestFunction(BV)
+    bar = MPI.sum(cube_boundary.mpi_comm(),
+                  abs(assemble(inner(grad(bu)[0],
+                                     grad(bv)[0])*dx).array()).sum())
+
+    # Should give same result
+    assert round(bar - foo, 7) == 0
+
+
+@fixture
+def base():
+    n = 16
+    plane = CompiledSubDomain("near(x[1], 1.0)")
+    square = UnitSquareMesh(n, n)
+
+    square3d = SubMesh(BoundaryMesh(UnitCubeMesh(n, n, n), "exterior"), plane)
+    global_normal = Expression(("0.0", "1.0", "0.0"), degree=0)
+    square3d.init_cell_orientations(global_normal)
+
+    RT2 = FiniteElement("RT", square.ufl_cell(), 1)
+    RT3 = FiniteElement("RT", square3d.ufl_cell(), 1)
+    DG2 = FiniteElement("DG", square.ufl_cell(), 0)
+    DG3 = FiniteElement("DG", square3d.ufl_cell(), 0)
+
+    return [(RT2, RT3), (DG2, DG3), (square, square3d)]
+
+
+@fixture
+def RT2(base):
+    return FunctionSpace(base[2][0], base[0][0])
+
+
+@fixture
+def RT3(base):
+    return FunctionSpace(base[2][1], base[0][1])
+
+
+@fixture
+def W2(base):
+    """ RT2 * DG2 """
+    return FunctionSpace(base[2][0], base[0][0] * base[1][0])
+
+
+@fixture
+def W3(base):
+    """ RT3 * DG3 """
+    return FunctionSpace(base[2][1], base[0][1] * base[1][1])
+
+
+@fixture
+def QQ2(base):
+    """ DG2 * DG2 """
+    return FunctionSpace(base[2][0], base[1][0] * base[1][0])
+
+
+@fixture
+def QQ3(base):
+    """ DG3 * DG3 """
+    return FunctionSpace(base[2][1], base[1][1] * base[1][1])
+
+
+@skip_in_parallel
+def test_basic_rt(RT2, RT3):
+
+    f2 = Expression(("2.0", "1.0"), degree=0)
+    f3 = Expression(("1.0", "0.0", "2.0"), degree=0)
+
+    u2 = TrialFunction(RT2)
+    u3 = TrialFunction(RT3)
+    v2 = TestFunction(RT2)
+    v3 = TestFunction(RT3)
+
+    # Project
+    pw2 = project(f2, RT2)
+    pw3 = project(f3, RT3)
+    pa2 = assemble(pw2**2*dx)
+    pa3 = assemble(pw3**2*dx)
+
+    # Project explicitly
+    a2 = inner(u2, v2)*dx
+    a3 = inner(u3, v3)*dx
+    L2 = inner(f2, v2)*dx
+    L3 = inner(f3, v3)*dx
+    w2 = Function(RT2)
+    w3 = Function(RT3)
+    A2 = assemble(a2)
+    b2 = assemble(L2)
+    A3 = assemble(a3)
+    b3 = assemble(L3)
+    solve(A2, w2.vector(), b2)
+    solve(A3, w3.vector(), b3)
+    a2 = assemble(w2**2*dx)
+    a3 = assemble(w3**2*dx)
+
+    # Compare various results
+    assert round((w2.vector() - pw2.vector()).norm("l2"), 4) == 0
+    assert round((w3.vector() - pw3.vector()).norm("l2"), 4) == 0
+    # 2d
+    assert round(a2 - 5.0, 7) == 0
+    assert round(pa2 - 5.0, 7) == 0
+    # 3d
+    assert round(a3 - 5.0, 7) == 0
+    assert round(pa3 - 5.0, 6) == 0
+
+
+@skip_in_parallel
+def test_mixed_poisson_solve(W2, W3):
+
+    f = Constant(1.0)
+
+    # Solve mixed Poisson on standard unit square
+    (sigma2, u2) = TrialFunctions(W2)
+    (tau2, v2) = TestFunctions(W2)
+    a = (inner(sigma2, tau2) + div(tau2)*u2 + div(sigma2)*v2)*dx
+    L = f*v2*dx
+    w2 = Function(W2)
+    solve(a == L, w2)
+
+    # Solve mixed Poisson on unit square in 3D
+    (sigma3, u3) = TrialFunctions(W3)
+    (tau3, v3) = TestFunctions(W3)
+    a = (inner(sigma3, tau3) + div(tau3)*u3 + div(sigma3)*v3)*dx
+    L = f*v3*dx
+    w3 = Function(W3)
+    solve(a == L, w3)
+
+    # Check that results are about the same
+    assert round(assemble(inner(w2, w2)*dx) - assemble(inner(w3, w3)*dx)) == 0
+
+
+@fixture
+def m():
+    return 3
+
+
+@fixture
+def cube(m):
+    return UnitCubeMesh(m, m, m)
+
+
+@fixture
+def cube_boundary(cube):
+    return BoundaryMesh(cube, "exterior")
+
+
+@fixture
+def plane():
+    return CompiledSubDomain("near(x[1], 0.0)")
+
+
+@fixture
+def square_boundary_(m):
+    square = UnitSquareMesh(m, m)
+    return BoundaryMesh(square, "exterior")
+
+
+@fixture
+def line():
+    return CompiledSubDomain("near(x[0], 0.0)")
+
+
+@fixture
+def mesh3(cube_boundary, plane):
+    return BoundaryMesh(SubMesh(cube_boundary, plane), "exterior")
+
+
+@fixture
+def bottom1(square_boundary_, plane):
+    return SubMesh(square_boundary_, plane)
+
+
+@fixture
+def bottom2(cube_boundary, plane):
+    return SubMesh(cube_boundary, plane)
+
+
+@fixture
+def bottom3(mesh3, line):
+    return SubMesh(mesh3, line)
+
+
+@skip_in_parallel
+def test_normals_2D_1D(bottom1, m):
+    "Testing assembly of normals for 1D meshes embedded in 2D"
+
+    n = FacetNormal(bottom1)
+    a = inner(n, n)*ds
+    value_bottom1 = assemble(a)
+    assert round(value_bottom1 - 2.0, 7) == 0
+    b = inner(n('+'), n('+'))*dS
+    b1 = assemble(b)
+    c = inner(n('+'), n('-'))*dS
+    c1 = assemble(c)
+    assert round(b1 - m + 1, 7) == 0
+    assert round(c1 + b1, 7) == 0
+
+
+@skip_in_parallel
+def test_normals_3D_1D(bottom3, m):
+    "Testing assembly of normals for 1D meshes embedded in 3D"
+
+    n = FacetNormal(bottom3)
+    a = inner(n, n)*ds
+    v1 = assemble(a)
+    assert round(v1 - 2.0, 7) == 0
+    b = inner(n('+'), n('+'))*dS
+    b1 = assemble(b)
+    c = inner(n('+'), n('-'))*dS
+    c1 = assemble(c)
+    assert round(b1 - m + 1, 7) == 0
+    assert round(c1 + b1, 7) == 0
+
+
+@skip_in_parallel
+def test_normals_3D_2D(bottom2):
+    "Testing assembly of normals for 2D meshes embedded in 3D"
+
+    n = FacetNormal(bottom2)
+    a = inner(n, n)*ds
+    v1 = assemble(a)
+    assert round(v1 - 4.0, 7) == 0
+
+    b = inner(n('+'), n('+'))*dS
+    b1 = assemble(b)
+    c = inner(n('+'), n('-'))*dS
+    c1 = assemble(c)
+    assert round(c1 + b1, 7) == 0
+
+
+@skip_in_parallel
+def test_cell_volume(m, bottom1, bottom2, bottom3):
+    "Testing assembly of volume for embedded meshes"
+
+    volume = CellVolume(bottom1)
+    a = volume*dx
+    b = assemble(a)
+    assert round(b - 1.0/m, 7) == 0
+
+    volume = CellVolume(bottom3)
+    a = volume*dx
+    b = assemble(a)
+    assert round(b - 1.0/m, 7) == 0
+
+    volume = CellVolume(bottom2)
+    a = volume*dx
+    b = assemble(a)
+    assert round(b - 1.0/(2*m*m), 7) == 0
+
+
+@skip_in_parallel
+def test_circumradius(m, bottom1, bottom2, bottom3):
+    "Testing assembly of circumradius for embedded meshes"
+
+    r = Circumradius(bottom1)
+    a = r*dx
+    b = assemble(a)
+    assert round(b - 0.5*(1.0/m), 7) == 0
+
+    r = Circumradius(bottom3)
+    a = r*dx
+    b = assemble(a)
+    assert round(b - 0.5*(1.0/m), 7) == 0
+
+    square = UnitSquareMesh(m, m)
+    r = Circumradius(square)
+    a = r*dx
+    b0 = assemble(a)
+
+    r = Circumradius(bottom2)
+    a = r*dx
+    b1 = assemble(a)
+    assert round(b0 - b1, 7) == 0
+
+
+@skip_in_parallel
+def test_facetarea(bottom1, bottom2, bottom3, m):
+    "Testing assembly of facet area for embedded meshes"
+
+    area = FacetArea(bottom1)
+    a = area*ds
+    b = assemble(a)
+    assert round(b - 2.0, 7) == 0
+
+    area = FacetArea(bottom3)
+    a = area*ds
+    b = assemble(a)
+    assert round(b - 2.0, 7) == 0
+
+    square = UnitSquareMesh(m, m)
+    area = FacetArea(square)
+    a = area*ds
+    b0 = assemble(a)
+
+    area = FacetArea(bottom2)
+    a = area*ds
+    b1 = assemble(a)
+    assert round(b0 - b1, 7) == 0
+
+
+@skip_in_parallel
+def test_derivative(QQ2, QQ3):
+    for W in [QQ2, QQ3]:
+        w = Function(W)
+        dim = w.value_dimension(0)
+        w.interpolate(Constant([42.0*(i+1) for i in range(dim)]))
+
+        # Derivative w.r.t. mixed space
+        u, v = split(w)
+        F = u*v*dx
+        dF = derivative(F, w)
+        b1 = assemble(dF)
+
+
+def test_coefficient_derivatives(V1, V2):
+    for V in [V1, V2]:
+        f = Function(V)
+        g = Function(V)
+        v = TestFunction(V)
+        u = TrialFunction(V)
+
+        f.interpolate(Expression("1.0 + x[0] + x[1]", degree=1))
+        g.interpolate(Expression("2.0 + x[0] + x[1]", degree=1))
+
+        # Since g = f + 1, define dg/df = 1
+        cd = {g: 1}
+
+        # Handle relation between g and f in derivative
+        M = g**2*dx
+        L = derivative(M, f, v, coefficient_derivatives=cd)
+        a = derivative(L, f, u, coefficient_derivatives=cd)
+        A0 = assemble(a).norm('frobenius')
+        b0 = assemble(L).norm('l2')
+
+        # Manually construct the above case
+        M = g**2*dx
+        L = 2*g*v*dx
+        a = 2*u*v*dx
+        A1 = assemble(a).norm('frobenius')
+        b1 = assemble(L).norm('l2')
+
+        # Compare
+        assert round(A0 - A1, 7) == 0.0
+        assert round(b0 - b1, 7) == 0.0
diff --git a/python/test/unit/fem/test_formsplitter.py b/python/test/unit/fem/test_formsplitter.py
new file mode 100644
index 0000000..25f8d6b
--- /dev/null
+++ b/python/test/unit/fem/test_formsplitter.py
@@ -0,0 +1,106 @@
+#!/usr/bin/env py.test
+
+"""Unit tests for the extract_blocks function (based on FormSplitter ufl class)"""
+
+# Copyright (C) 2011 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Cecile Daversin-Catty 2017
+#
+# First added:  2017-07-25
+# Last changed: 2018-04-10
+
+import pytest
+from dolfin import *
+from ufl.log import UFLException
+
+from dolfin_utils.test import skip_in_parallel, fixture
+from dolfin.fem.assembling import _create_dolfin_form
+
+@fixture
+def marker():
+    cube = UnitCubeMesh(8, 8, 8)
+    marker = MeshFunction("size_t", cube, cube.topology().dim(), 0)
+    for c in cells(cube):
+        marker[c] = c.midpoint().x() < 0.5
+    return marker
+
+@fixture
+def mesh1(marker):
+    return MeshView.create(marker, 1)
+
+@fixture
+def mesh2(marker):
+    return MeshView.create(marker, 0)
+
+@fixture
+def space(mesh1,mesh2):
+    W1 = FunctionSpace(mesh1, "Lagrange", 1)
+    W2 = FunctionSpace(mesh2, "Lagrange", 2)
+    return MixedFunctionSpace( W1, W2 )
+
+@fixture
+def u(space):
+    return TrialFunctions(space)
+
+@fixture
+def v(space):
+    return TestFunctions(space)
+
+@fixture
+def a(u,v):
+    return inner(grad(u[0]), grad(v[0]))*dx + inner(grad(u[1]), grad(v[1]))*dx
+
+@fixture
+def f():
+    return Expression("10*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2)) / 0.02)", degree=2)
+
+@fixture
+def L(f,v):
+    return f*v[0]*dx + f*v[1]*dx
+
+@fixture
+def a_blocks(a):
+    return extract_blocks(a)
+
+@fixture
+def L_blocks(L):
+    return extract_blocks(L)
+
+@skip_in_parallel
+def test_size(space, a_blocks, L_blocks):
+    assert len(L_blocks) == space.num_sub_spaces()
+    assert len(a_blocks) == len(L_blocks)*len(L_blocks)
+
+@skip_in_parallel
+def test_indices(space, a, L, a_blocks, L_blocks):
+    for i in range(space.num_sub_spaces()):   
+        assert extract_blocks(L,i) == L_blocks[i]
+        for j in range(space.num_sub_spaces()):
+            assert extract_blocks(a,i,j) == a_blocks[i*space.num_sub_spaces()+j]
+
+@skip_in_parallel
+def test_spaces(space, a_blocks, L_blocks):
+    for i in range(space.num_sub_spaces()):
+        L_form = _create_dolfin_form(L_blocks[i])
+        a_form = _create_dolfin_form(a_blocks[i*space.num_sub_spaces() + i])
+        assert a_form.function_spaces[0] == L_form.function_spaces[0]
+
+
+        
+        
+        
diff --git a/python/test/unit/fem/test_interior_facet_integral_sides.py b/python/test/unit/fem/test_interior_facet_integral_sides.py
new file mode 100644
index 0000000..9af0596
--- /dev/null
+++ b/python/test/unit/fem/test_interior_facet_integral_sides.py
@@ -0,0 +1,36 @@
+import ufl
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel
+
+@skip_in_parallel
+def test_interior_facet_integral_sides():
+    n = 1
+    mesh = UnitSquareMesh(n, n)
+    markers = MeshFunction("size_t", mesh, mesh.topology().dim())
+    subdomain = AutoSubDomain(lambda x, on_boundary: x[0] > x[1]-DOLFIN_EPS)
+
+    V = FunctionSpace(mesh, "DG", 0)
+    f = interpolate(Expression("x[0]", degree=1), V)
+
+    # Define forms picking value of f from + and - sides
+    scale = 1.0/ufl.FacetArea(mesh)
+    Mp = f('+')*scale*dS(domain=mesh)
+    Mm = f('-')*scale*dS(domain=mesh)
+
+    # Hack to attach cell markers to dS integral... Need to find a UFL
+    # solution to this.
+    Mh = Constant(0)*dx(99, domain=mesh, subdomain_data=markers)
+    Mp = Mp + Mh
+    Mm = Mm + Mh
+
+    # Case A: subdomain is 1, rest is 0
+    markers.set_all(0)
+    subdomain.mark(markers, 1)
+    assert abs(assemble(Mp) - 2.0/3.0) < 1e-8
+    assert abs(assemble(Mm) - 1.0/3.0) < 1e-8
+
+    # Case B: subdomain is 0, rest is 1
+    markers.set_all(1)
+    subdomain.mark(markers, 0)
+    assert abs(assemble(Mp) - 1.0/3.0) < 1e-8
+    assert abs(assemble(Mm) - 2.0/3.0) < 1e-8
diff --git a/python/test/unit/fem/test_local_assembler.py b/python/test/unit/fem/test_local_assembler.py
new file mode 100644
index 0000000..be5bc41
--- /dev/null
+++ b/python/test/unit/fem/test_local_assembler.py
@@ -0,0 +1,156 @@
+"""Unit tests for local assembly"""
+
+# Copyright (C) 2015 Tormod Landet
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import numpy
+from dolfin import *
+from dolfin_utils.test import set_parameters_fixture
+
+
+ghost_mode = set_parameters_fixture("ghost_mode", ["shared_facet"])
+
+
+def test_local_assembler_1D():
+    mesh = UnitIntervalMesh(20)
+    V = FunctionSpace(mesh, 'CG', 1)
+    u = TrialFunction(V)
+    v = TestFunction(V)
+    c = Cell(mesh, 0)
+
+    a_scalar = Constant(1)*dx(domain=mesh)
+    a_vector = v*dx
+    a_matrix = u*v*dx
+
+    A_scalar = assemble_local(a_scalar, c)
+    A_vector = assemble_local(a_vector, c)
+    A_matrix = assemble_local(a_matrix, c)
+
+    assert isinstance(A_scalar, float)
+    assert near(A_scalar, 0.05)
+
+    assert isinstance(A_vector, numpy.ndarray)
+    assert A_vector.shape == (2,)
+    assert near(A_vector[0], 0.025)
+    assert near(A_vector[1], 0.025)
+
+    assert isinstance(A_matrix, numpy.ndarray)
+    assert A_matrix.shape == (2, 2)
+    assert near(A_matrix[0, 0], 1/60)
+    assert near(A_matrix[0, 1], 1/120)
+    assert near(A_matrix[1, 0], 1/120)
+    assert near(A_matrix[1, 1], 1/60)
+
+
+def test_local_assembler_on_facet_integrals(ghost_mode):
+    mesh = UnitSquareMesh(4, 4, 'right')
+    Vcg = FunctionSpace(mesh, 'CG', 1)
+    Vdg = FunctionSpace(mesh, 'DG', 0)
+    Vdgt = FunctionSpace(mesh, 'DGT', 1)
+
+    v = TestFunction(Vdgt)
+    n = FacetNormal(mesh)
+
+    # Initialize DG function "w" in discontinuous pattern
+    w = Expression('(1.0 + pow(x[0], 2.2) + 1/(0.1 + pow(x[1], 3)))*300.0',
+                   element=Vdg.ufl_element())
+
+    # Define form that tests that the correct + and - values are used
+    L = w('-')*v('+')*dS
+
+    # Compile form. This is collective
+    L = Form(L)
+
+    # Get global cell 10. This will return a cell only on one of the
+    # processes
+    c = get_cell_at(mesh, 5/12, 1/3, 0)
+
+    if c:
+        # Assemble locally on the selected cell
+        b_e = assemble_local(L, c)
+
+        # Compare to values from phonyx (fully independent
+        # implementation)
+        b_phonyx = numpy.array([266.55210302, 266.55210302, 365.49000122,
+                                365.49000122,          0.0,          0.0])
+        error = sum((b_e - b_phonyx)**2)**0.5
+        error = float(error)  # MPI.max does strange things to numpy.float64
+
+    else:
+        error = 0.0
+
+    error = MPI.max(MPI.comm_world, float(error))
+    assert error < 1e-8
+
+
+def test_local_assembler_on_facet_integrals2(ghost_mode):
+    mesh = UnitSquareMesh(4, 4)
+    Vu = VectorFunctionSpace(mesh, 'DG', 1)
+    Vv = FunctionSpace(mesh, 'DGT', 1)
+    u = TrialFunction(Vu)
+    v = TestFunction(Vv)
+    n = FacetNormal(mesh)
+
+    # Define form
+    a = dot(u, n)*v*ds
+    for R in '+-':
+        a += dot(u(R), n(R))*v(R)*dS
+
+    # Compile form. This is collective
+    a = Form(a)
+
+    # Get global cell 0. This will return a cell only on one of the
+    # processes
+    c = get_cell_at(mesh, 1/6, 1/12, 0)
+
+    if c:
+        A_e = assemble_local(a, c)
+        A_correct = numpy.array([[0, 1/12, 1/24, 0, 0, 0],
+                                 [0, 1/24, 1/12, 0, 0, 0],
+                                 [-1/12, 0, -1/24, 1/12, 0, 1/24],
+                                 [-1/24, 0, -1/12, 1/24, 0, 1/12],
+                                 [0, 0, 0, -1/12, -1/24, 0],
+                                 [0, 0, 0, -1/24, -1/12, 0]])
+        error = ((A_e - A_correct)**2).sum()**0.5
+        error = float(error)  # MPI.max does strange things to numpy.float64
+
+    else:
+        error = 0.0
+
+    error = MPI.max(MPI.comm_world, float(error))
+    assert error < 1e-16
+
+
+def get_cell_at(mesh, x, y, z, eps=1e-3):
+    """Return the cell with the given midpoint or None if not found. The
+    function also checks that the cell is found on one of the
+    processes when running in parallel to avoid that the above tests
+    always suceed if the cell is not found on any of the processes.
+
+    """
+    found = None
+    for cell in cells(mesh):
+        mp = cell.midpoint()
+        if abs(mp.x() - x) + abs(mp.y() - y) + abs(mp.y() - y) < eps:
+            found = cell
+            break
+
+    # Make sure this cell is on at least one of the parallel processes
+    marker = 1 if found is not None else 0
+    assert MPI.max(MPI.comm_world, marker) == 1
+
+    return found
diff --git a/python/test/unit/fem/test_local_solver.py b/python/test/unit/fem/test_local_solver.py
new file mode 100644
index 0000000..0a64072
--- /dev/null
+++ b/python/test/unit/fem/test_local_solver.py
@@ -0,0 +1,207 @@
+"""Unit tests for LocalSolver"""
+
+# Copyright (C) 2013 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Steven Vandekerckhove, 2014
+# Modified by Tormod Landet, 2015
+
+import pytest
+import numpy
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel
+from dolfin_utils.test import set_parameters_fixture
+ghost_mode = set_parameters_fixture("ghost_mode", ["shared_facet"])
+
+
+def test_solve_global_rhs():
+    mesh = UnitCubeMesh(2, 3, 3)
+    V = FunctionSpace(mesh, "Discontinuous Lagrange", 2)
+    W = FunctionSpace(mesh, "Lagrange", 2)
+
+    u, v = TrialFunction(V), TestFunction(V)
+    f = Expression("x[0]*x[0] + x[0]*x[1] + x[1]*x[1]", element=W.ufl_element())
+
+    # Forms for projection
+    a, L = inner(v, u)*dx, inner(v, f)*dx
+
+    solvers = [LocalSolver.SolverType.LU, LocalSolver.SolverType.Cholesky]
+    for solver_type in solvers:
+
+        # First solve
+        u = Function(V)
+        local_solver = LocalSolver(a, L, solver_type)
+        local_solver.solve_global_rhs(u)
+        error = assemble((u - f)*(u - f)*dx)
+        assert round(error, 10) == 0
+
+        # Test cached factorization
+        u.vector().zero()
+        local_solver.factorize()
+        local_solver.solve_global_rhs(u)
+        error = assemble((u - f)*(u - f)*dx)
+        assert round(error, 10) == 0
+
+        # Clear cache and re-compute
+        u.vector().zero()
+        local_solver.clear_factorization()
+        local_solver.solve_global_rhs(u)
+        error = assemble((u - f)*(u - f)*dx)
+        assert round(error, 10) == 0
+
+
+def test_solve_local_rhs(ghost_mode):
+    mesh = UnitCubeMesh(1, 5, 1)
+    V = FunctionSpace(mesh, "Lagrange", 2)
+    W = FunctionSpace(mesh, "Lagrange", 2)
+
+    u, v = TrialFunction(V), TestFunction(V)
+    f = Constant(10.0)
+
+    # Forms for projection
+    a, L = inner(v, u)*dx, inner(v, f)*dx
+
+    solvers = [LocalSolver.SolverType.LU, LocalSolver.SolverType.Cholesky]
+    for solver_type in solvers:
+
+        # First solve
+        u = Function(V)
+        local_solver = LocalSolver(a, L, solver_type)
+        local_solver.solve_local_rhs(u)
+        x = u.vector().copy()
+        x[:] = 10.0
+        assert round((u.vector() - x).norm("l2") - 0.0, 10) == 0
+
+        u.vector().zero()
+        local_solver.factorize()
+        local_solver.solve_local_rhs(u)
+        assert round((u.vector() - x).norm("l2") - 0.0, 10) == 0
+
+        u.vector().zero()
+        local_solver.clear_factorization()
+        local_solver.solve_local_rhs(u)
+        assert round((u.vector() - x).norm("l2") - 0.0, 10) == 0
+
+
+def test_solve_local_rhs_facet_integrals(ghost_mode):
+    mesh = UnitSquareMesh(4, 4)
+
+    # Facet function is used here to verify that the proper domains
+    # of the rhs are used unlike before where the rhs domains were
+    # taken to be the same as the lhs domains
+    marker = MeshFunction("size_t", mesh, mesh.topology().dim()-1, 0)
+    ds0 = Measure("ds", domain=mesh, subdomain_data=marker, subdomain_id=0)
+
+    Vu = VectorFunctionSpace(mesh, 'DG', 1)
+    Vv = FunctionSpace(mesh, 'DGT', 1)
+    u = TrialFunction(Vu)
+    v = TestFunction(Vv)
+
+    n = FacetNormal(mesh)
+    w = Constant([1, 1])
+
+    a = dot(u, n)*v*ds
+    L = dot(w, n)*v*ds0
+
+    for R in '+-':
+        a += dot(u(R), n(R))*v(R)*dS
+        L += dot(w(R), n(R))*v(R)*dS
+
+    u = Function(Vu)
+    local_solver = LocalSolver(a, L)
+    local_solver.solve_local_rhs(u)
+
+    x = u.vector().copy()
+    x[:] = 1
+    assert round((u.vector() - x).norm('l2'), 10) == 0
+
+
+def test_local_solver_dg(ghost_mode):
+    mesh = UnitIntervalMesh(50)
+    U = FunctionSpace(mesh, "DG", 2)
+
+    # Set initial values
+    u0 = interpolate(Expression("cos(pi*x[0])", degree=2), U)
+
+    # Define test and trial functions
+    v, u = TestFunction(U), TrialFunction(U)
+
+    # Set time step size
+    dt = Constant(2.0e-4)
+
+    # Define fluxes on interior and exterior facets
+    u_hat = avg(u0) + 0.25*jump(u0)
+    u_hatbnd = -u0 + 0.25*(u0 - 1.0)
+
+    # Define variational formulation
+    a = u*v*dx
+    L = (u0*v + dt*u0*v.dx(0))*dx - dt*u_hat*jump(v)*dS - dt*u_hatbnd*v*ds
+
+    # Compute reference solution with global LU solver
+    u_lu = Function(U)
+    solve(a == L, u_lu, solver_parameters = {"linear_solver" : "lu"})
+
+    # Compute solution with local solver and compare
+    local_solver = LocalSolver(a, L)
+    u_ls = Function(U)
+    local_solver.solve_global_rhs(u_ls)
+    assert round((u_lu.vector() - u_ls.vector()).norm("l2"), 12) == 0
+
+    # Compute solution with local solver (Cholesky) and compare
+    local_solver = LocalSolver(a, L, LocalSolver.SolverType.Cholesky)
+    u_ls = Function(U)
+    local_solver.solve_global_rhs(u_ls)
+    assert round((u_lu.vector() - u_ls.vector()).norm("l2"), 12) == 0
+
+
+def test_solve_local(ghost_mode):
+    mesh = UnitIntervalMesh(50)
+    U = FunctionSpace(mesh, "DG", 2)
+
+    # Set initial values
+    u0 = interpolate(Expression("cos(pi*x[0])", degree=2), U)
+
+    # Define test and trial functions
+    v, u = TestFunction(U), TrialFunction(U)
+
+    # Set time step size
+    dt = Constant(2.0e-4)
+
+    # Define fluxes on interior and exterior facets
+    u_hat = avg(u0) + 0.25*jump(u0)
+    u_hatbnd = -u0 + 0.25*(u0 - 1.0)
+
+    # Define variational formulation
+    a = u*v*dx
+    L = (u0*v + dt*u0*v.dx(0))*dx - dt*u_hat*jump(v)*dS - dt*u_hatbnd*v*ds
+    b = assemble(L)
+
+    # Compute reference solution with global LU solver
+    u_lu = Function(U)
+    solve(a == L, u_lu, solver_parameters = {"linear_solver" : "lu"})
+
+    # Compute solution with local solver and compare
+    local_solver = LocalSolver(a)
+    u_ls = Function(U)
+    local_solver.solve_local(u_ls.vector(), b, U.dofmap())
+    assert round((u_lu.vector() - u_ls.vector()).norm("l2"), 12) == 0
+
+    # Compute solution with local solver (Cholesky) and compare
+    local_solver = LocalSolver(a, solver_type=LocalSolver.SolverType.Cholesky)
+    u_ls = Function(U)
+    local_solver.solve_local(u_ls.vector(), b, U.dofmap())
+    assert round((u_lu.vector() - u_ls.vector()).norm("l2"), 12) == 0
diff --git a/python/test/unit/fem/test_manifolds.py b/python/test/unit/fem/test_manifolds.py
new file mode 100644
index 0000000..cfa76e6
--- /dev/null
+++ b/python/test/unit/fem/test_manifolds.py
@@ -0,0 +1,387 @@
+"""Unit tests for the solve function on manifolds
+embedded in higher dimensional spaces."""
+
+# Copyright (C) 2012 Imperial College London and others.
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by David Ham 2012
+
+# MER: The solving test should be moved into test/regression/..., the
+# evaluatebasis part should be moved into test/unit/FiniteElement.py
+
+import pytest
+from dolfin import *
+import os
+import numpy
+from dolfin_utils.test import *
+
+
+# Subdomain to extract bottom boundary.
+class BottomEdge(SubDomain):
+    def inside(self, x, on_boundary):
+        return near(x[2], 0.0)
+
+
+class Rotation:
+    """Class implementing rotations of the unit plane through an angle
+    of phi about the x axis followed by theta about the z axis."""
+    def __init__(self, phi, theta):
+        self.theta = theta
+        self.mat = numpy.dot(self._zmat(theta), self._xmat(phi))
+        self.invmat = numpy.dot(self._xmat(-phi), self._zmat(-theta))
+
+    def _zmat(self, theta):
+        return numpy.array([[numpy.cos(theta), -numpy.sin(theta), 0.0],
+                            [numpy.sin(theta),  numpy.cos(theta), 0.0],
+                            [0.0,           0.0,          1.0]])
+
+    def _xmat(self, phi):
+        return numpy.array([[1.0,           0.0,           0.0],
+                            [0.0,  numpy.cos(phi), -numpy.sin(phi)],
+                            [0.0,  numpy.sin(phi),  numpy.cos(phi)]])
+
+    def to_plane(self, x):
+        """Map the point x back to the horizontal plane."""
+        return numpy.dot(self.invmat, x)
+
+    def x(self, i):
+        """Produce a C expression for the ith component
+        of the image of x mapped back to the horizontal plane."""
+
+        return "("+" + ".join(["%.17f * x[%d]" % (a, j)
+                               for (j, a) in enumerate(self.invmat[i, :])])+")"
+
+    def rotate(self, mesh):
+        """Rotate mesh through phi then theta."""
+
+        mesh.coordinates()[:, :] = \
+            numpy.dot(mesh.coordinates()[:, :], self.mat.T)
+
+    def rotate_point(self, point):
+        """Rotate point through phi then theta."""
+
+        return numpy.dot(point, self.mat.T)
+
+
+def poisson_2d():
+
+    # Create mesh and define function space
+    mesh = UnitSquareMesh(32, 32)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+
+    # Define Dirichlet boundary (x = 0 or x = 1)
+    def boundary(x):
+        return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS
+
+    # Define boundary condition
+    u0 = Constant(0.0)
+    bc = DirichletBC(V, u0, boundary)
+
+    # Define variational problem
+    u = TrialFunction(V)
+    v = TestFunction(V)
+    f = Expression("10*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2)) / 0.02)", degree=2)
+    g = Expression("sin(5*x[0])", degree=2)
+    a = inner(grad(u), grad(v))*dx
+    L = f*v*dx + g*v*ds
+
+    # Compute solution
+    u = Function(V)
+    solve(a == L, u, bc)
+
+    return u
+
+
+def poisson_manifold():
+
+    # Create mesh
+    cubemesh = UnitCubeMesh(32, 32, 2)
+    boundarymesh = BoundaryMesh(cubemesh, "exterior")
+    mesh = SubMesh(boundarymesh, BottomEdge())
+
+    rotation = Rotation(numpy.pi/4, numpy.pi/4)
+    rotation.rotate(mesh)
+
+    # Define function space
+    V = FunctionSpace(mesh, "Lagrange", 1)
+
+    # Define Dirichlet boundary (x = 0 or x = 1)
+    def boundary(x):
+        return rotation.to_plane(x)[0] < DOLFIN_EPS or \
+            rotation.to_plane(x)[0] > 1.0 - DOLFIN_EPS
+
+    # Define boundary condition
+    u0 = Constant(0.0)
+    bc = DirichletBC(V, u0, boundary)
+
+    # Define variational problem
+    u = TrialFunction(V)
+    v = TestFunction(V)
+    f = Expression(("10*exp(-(pow(x[0] - %.17f, 2)" +
+                    " + pow(x[1] - %.17f, 2)" +
+                    " + pow(x[2] - %.17f, 2)) / 0.02)")
+                   % tuple(rotation.rotate_point([0.5, 0.5, 0])), degree=2)
+    g = Expression("sin(5*%s)" % rotation.x(0), degree=2)
+
+    a = inner(grad(u), grad(v))*dx
+    L = f*v*dx + g*v*ds
+
+    # Compute solution
+    u = Function(V)
+    solve(a == L, u, bc)
+
+    return u
+
+
+def rotate_2d_mesh(theta):
+    """Unit square mesh in 2D rotated through theta about the x and z
+    axes."""
+
+    cubemesh = UnitCubeMesh(1, 1, 1)
+    boundarymesh = BoundaryMesh(cubemesh, "exterior")
+    mesh = SubMesh(boundarymesh, BottomEdge())
+
+    mesh.init_cell_orientations(Expression(("0.", "0.", "1."), degree=0))
+
+    rotation = Rotation(theta, theta)
+    rotation.rotate(mesh)
+
+    return mesh
+
+
+@skip_in_parallel
+def test_poisson2D_in_3D():
+    """This test solves Poisson's equation on a unit square in 2D, and
+    then on a unit square embedded in 3D and rotated pi/4 radians
+    about each of the z and x axes.
+
+    """
+
+    u_2D = poisson_2d()
+    u_manifold = poisson_manifold()
+
+    assert round(u_2D.vector().norm("l2") - u_manifold.vector().norm("l2"),
+                 10) == 0
+    assert round(u_2D.vector().max() - u_manifold.vector().max(), 10) == 0
+    assert round(u_2D.vector().min() - u_manifold.vector().min(), 10) == 0
+
+
+# TODO: Use pytest parameterization
+@skip_in_parallel
+def test_basis_evaluation_2D_in_3D():
+    """This test checks that basis functions and their derivatives are
+    unaffected by rotations."""
+
+    basemesh = rotate_2d_mesh(0.0)
+    rotmesh = rotate_2d_mesh(numpy.pi/4)
+    rotation = Rotation(numpy.pi/4, numpy.pi/4)
+
+    for i in range(4):
+        basis_test("CG", i + 1, basemesh, rotmesh, rotation)
+    for i in range(5):
+        basis_test("DG", i, basemesh, rotmesh, rotation)
+    for i in range(4):
+        basis_test("RT", i + 1, basemesh, rotmesh, rotation, piola=True,)
+    for i in range(4):
+        basis_test("DRT", i + 1, basemesh, rotmesh, rotation, piola=True)
+    for i in range(4):
+        basis_test("BDM", i + 1, basemesh, rotmesh, rotation, piola=True)
+    for i in range(4):
+        basis_test("N1curl", i + 1, basemesh, rotmesh, rotation, piola=True)
+        basis_test("BDFM", 2, basemesh, rotmesh, rotation, piola=True)
+
+
+def basis_test(family, degree, basemesh, rotmesh, rotation, piola=False):
+    ffc_option = "no-evaluate_basis_derivatives"
+    basis_derivatives = parameters["form_compiler"][ffc_option]
+    parameters["form_compiler"]["no-evaluate_basis_derivatives"] = False
+
+    f_base = FunctionSpace(basemesh, family, degree)
+    f_rot = FunctionSpace(rotmesh, family, degree)
+
+    points = numpy.array([[1.0, 1.0, 0.0],
+                          [0.5, 0.5, 0.0],
+                          [0.3, 0.7, 0.0],
+                          [0.4, 0.0, 0.0]])
+
+    for cell_base, cell_rot in zip(cells(basemesh), cells(rotmesh)):
+
+        values_base = numpy.zeros(f_base.element().value_dimension(0))
+        derivs_base = numpy.zeros(f_base.element().value_dimension(0)*3)
+        values_rot = numpy.zeros(f_rot.element().value_dimension(0))
+        derivs_rot = numpy.zeros(f_rot.element().value_dimension(0)*3)
+
+        # Get cell vertices
+        vertex_coordinates_base = cell_base.get_vertex_coordinates()
+        vertex_coordinates_rot  = cell_rot.get_vertex_coordinates()
+
+        for i in range(f_base.element().space_dimension()):
+            for point in points:
+
+                values_base = f_base.element().evaluate_basis(i,
+                                       point, vertex_coordinates_base,
+                                       cell_base.orientation())
+
+                derivs_base = f_base.element().evaluate_basis_derivatives(i, 1,
+                                          point, vertex_coordinates_base,
+                                          cell_base.orientation())
+
+                values_rot = f_rot.element().evaluate_basis(i,
+                                          rotation.rotate_point(point),
+                                          vertex_coordinates_rot,
+                                          cell_rot.orientation())
+
+                derivs_rot = f_base.element().evaluate_basis_derivatives(i, 1,
+                                          rotation.rotate_point(point),
+                                          vertex_coordinates_rot,
+                                          cell_rot.orientation())
+
+                if piola:
+                    values_cmp = rotation.rotate_point(values_base)
+
+                    derivs_rot2 = derivs_rot.reshape(f_rot.element().value_dimension(0),3)
+                    derivs_base2 = derivs_base.reshape(f_base.element().value_dimension(0),3)
+                    # If D is the unrotated derivative tensor, then
+                    # RDR^T is the rotated version.
+                    derivs_cmp = numpy.dot(rotation.mat,
+                                            rotation.rotate_point(derivs_base2))
+                else:
+                    values_cmp = values_base
+                    # Rotate the derivative for comparison.
+                    derivs_cmp = rotation.rotate_point(derivs_base)
+                    derivs_rot2 = derivs_rot
+
+                assert round(abs(derivs_rot2-derivs_cmp).max() - 0.0, 10) == 0
+                assert round(abs(values_cmp-values_rot).max() - 0.0, 10) == 0
+
+    parameters["form_compiler"]["no-evaluate_basis_derivatives"] = basis_derivatives
+
+
+def test_elliptic_eqn_on_intersecting_surface(datadir):
+    """Solves -grad^2 u + u = f on domain of two intersecting square
+     surfaces embedded in 3D with natural bcs. Test passes if at end
+     \int u dx = \int f dx over whole domain
+
+    """
+    # This needs to be odd
+    #num_vertices_side = 31
+    #mesh = make_mesh(num_vertices_side)
+    #file = File("intersecting_surfaces.xml.gz", "compressed")
+    #file << mesh
+    filename = os.path.join(datadir, "intersecting_surfaces.xml")
+    mesh = Mesh(filename)
+
+    # function space, etc
+    V = FunctionSpace(mesh, "CG", 2)
+    u = TrialFunction(V)
+    v = TestFunction(V)
+
+    class Source(UserExpression):
+        def eval(self, value, x):
+            # r0 should be less than 0.5 * sqrt(2) in order for source to be
+            # exactly zero on vertical part of domain
+            r0 = 0.7
+            r = sqrt(x[0] * x[0] + x[1] * x[1])
+            if r < r0:
+                value[0] = 20.0 * pow((r0 - r), 2)
+            else:
+                value[0] = 0.0
+
+    f = Function(V)
+    f.interpolate(Source(degree=2))
+
+    a = inner(grad(u), grad(v))*dx + u*v*dx
+    L = f*v*dx
+
+    u = Function(V)
+    solve(a == L, u)
+
+    f_tot = assemble(f*dx)
+    u_tot = assemble(u*dx)
+
+    # test passes if f_tot = u_tot
+    assert abs(f_tot - u_tot) < 1e-7
+
+
+def make_mesh(num_vertices_side):
+    # each square has unit side length
+    domain_size = 1.0
+
+    center_index = (num_vertices_side - 1) / 2
+    mesh = Mesh()
+    editor = MeshEditor()
+    editor.open(mesh, 2, 3)
+
+    num_vertices = 2 * num_vertices_side * num_vertices_side - center_index - 1
+    num_cells = 4 * (num_vertices_side - 1) * (num_vertices_side - 1)
+
+    editor.init_vertices(num_vertices)
+    editor.init_cells(num_cells)
+
+    spacing = domain_size / (num_vertices_side - 1.0)
+
+    # array of vertex indices
+    v = [[0]*num_vertices_side for i in range(num_vertices_side)]
+
+    # horizontal part of domain vertices
+    vertex_count = 0
+
+    for i in range(num_vertices_side):
+        y = i * spacing
+        for j in range(num_vertices_side):
+            x = j * spacing
+            p = Point(x, y, 0.0)
+            editor.add_vertex(vertex_count, p)
+            v[i][j] = vertex_count
+            vertex_count += 1
+
+    # cells
+    cell_count = 0
+    for i in range(num_vertices_side - 1):
+        for j in range(num_vertices_side - 1):
+            editor.add_cell(cell_count, v[i][j], v[i][j+1], v[i+1][j])
+            cell_count += 1
+
+            editor.add_cell(cell_count, v[i][j+1], v[i+1][j], v[i+1][j+1])
+            cell_count += 1
+
+    # vertical part of domain
+    # vertices
+    for i in range(num_vertices_side):
+        z = i * spacing - 0.5
+        for j in range(num_vertices_side):
+            x = j * spacing + 0.5
+            if not (i == center_index and j <= center_index):
+                p = Point(x, 0.5, z)
+                editor.add_vertex(vertex_count, p)
+                v[i][j] = vertex_count
+                vertex_count += 1
+            else:
+                v[i][j] += center_index
+
+    # cells
+    for i in range(num_vertices_side - 1):
+        for j in range(num_vertices_side - 1):
+            editor.add_cell(cell_count, v[i][j], v[i][j+1], v[i+1][j])
+            cell_count += 1
+
+            editor.add_cell(cell_count, v[i][j+1], v[i+1][j], v[i+1][j+1])
+            cell_count += 1
+
+    editor.close()
+
+    return mesh
diff --git a/python/test/unit/fem/test_mixedassembler.py b/python/test/unit/fem/test_mixedassembler.py
new file mode 100644
index 0000000..028655c
--- /dev/null
+++ b/python/test/unit/fem/test_mixedassembler.py
@@ -0,0 +1,437 @@
+#!/usr/bin/env py.test
+
+"""Unit tests for MixedAssembler"""
+
+# Copyright (C) 2011 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Cecile Daversin-Catty 2018
+
+import pytest
+from dolfin import *
+from ufl.log import UFLException
+
+from dolfin_utils.test import skip_in_parallel, fixture
+
+@fixture
+def one_element(): # Reference element
+    mesh = UnitSquareMesh(1, 1, "left")
+    cell_f = MeshFunction('size_t', mesh, mesh.topology().dim(), 0)
+    cell_f[0] = 1
+    mesh = SubMesh(mesh, cell_f, 1)
+
+    marker = MeshFunction('size_t', mesh, mesh.topology().dim()-1, 0)
+    for f in facets(mesh):
+        marker[f] = 0.0 - DOLFIN_EPS < f.midpoint().x() < 0.0 + DOLFIN_EPS
+
+    return (mesh, marker)
+
+@fixture
+def two_elements():
+    mesh = UnitSquareMesh(1, 1, "left")
+
+    marker = MeshFunction('size_t', mesh, mesh.topology().dim()-1, 0)
+    for f in facets(mesh):
+        marker[f] = 0.5 - DOLFIN_EPS < f.midpoint().x() < 0.5 + DOLFIN_EPS and 0.5 - DOLFIN_EPS < f.midpoint().y() < 0.5 + DOLFIN_EPS
+
+    return (mesh, marker)
+
+@fixture
+def two_elements_with_interface():
+    mesh = UnitSquareMesh(1, 1)
+
+    markerc = MeshFunction('size_t', mesh, mesh.topology().dim(), 0)
+    markerf = MeshFunction('size_t', mesh, mesh.topology().dim()-1, 0)
+    for c in cells(mesh):
+        markerc[c] = c.midpoint().y() > c.midpoint().x()
+    for f in facets(mesh):
+        markerf[f] = abs(f.midpoint().x() - f.midpoint().y()) < 1e-10
+
+    return (markerc, markerf)
+
+@fixture
+def unit_marker_2D2D():
+    n = 20
+    square = UnitSquareMesh(n, n)
+    marker = MeshFunction("size_t", square, square.topology().dim(), 0)
+    for c in cells(square):
+        marker[c] = c.midpoint().x() < 0.5
+    return marker
+
+@fixture
+def unit_marker_3D2D():
+    n = 20
+    cube = UnitCubeMesh(n, n, n)
+    marker = MeshFunction("size_t", cube, cube.topology().dim() - 1, 0)
+    for f in facets(cube):
+        marker[f] = 0.5 - DOLFIN_EPS < f.midpoint().z() < 0.5 + DOLFIN_EPS
+    return marker
+
+def meshview(marker, i):
+    return MeshView.create(marker, i)
+
+def space(mesh):
+    return FunctionSpace(mesh, "Lagrange", 1)
+
+def a(u,v):
+    return inner(grad(u), grad(v))*dx
+
+def L(f,v):
+    return f*v*dx
+
+def boundary(x):
+    return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS
+
+def boundary1(x):
+    return x[0] > 1.0 - DOLFIN_EPS
+
+def boundary2(x):
+    return x[0] < DOLFIN_EPS
+
+def params():
+    return dict({"linear_solver":"direct"})
+
+@skip_in_parallel
+def test_mixed_assembly(one_element, two_elements):
+    """Off-diagonal blocks assembly"""
+
+    ## Test for a range of various FE types
+    def _check_scalar(case, order):
+        mesh = case[0]
+        submesh = MeshView.create(case[1], 1)
+
+        V = FunctionSpace(mesh, 'CG', order[0])
+        Q = FunctionSpace(submesh, 'CG', order[1])
+        W = MixedFunctionSpace(V, Q)
+
+        f = Expression('x[0]+x[1]', degree=3)
+        g = Expression('x[0]-x[1]', degree=3)
+
+        (u, p) = TrialFunctions(W)
+        (v, q) = TestFunctions(W)
+
+        dx_ = Measure('dx', domain=W.sub_space(1).mesh())
+        ## Reference value
+        ref = assemble(inner(f, g)*dx_)
+
+        trace_form = inner(u, q)*dx_ + inner(u, v)*dx + inner(p, v)*dx_ + inner(p, q)*dx_
+        rhs = inner(Constant(0), v)*dx + inner(Constant(0), q)*dx_
+
+        AA, bb, _ = assemble_mixed_system(trace_form == rhs, Function(W))
+
+        T = AA[2]
+        Tt = AA[1]
+
+        v = interpolate(f, V)
+        q = interpolate(g, Q)
+
+        Tv = Function(Q).vector()
+        T.mult(v.vector(), Tv)
+        qT = Function(V).vector()
+        Tt.mult(q.vector(), qT)
+
+        vqT = v.vector().inner(qT)
+        qTv = q.vector().inner(Tv)
+
+        assert(abs(vqT - ref) <= 1e-12)
+        assert(abs(qTv - ref) <= 1e-12)
+        assert(abs(qTv - vqT) <= 1e-12)
+        
+    def _check_vectorial(case, order):
+        mesh = case[0]
+        submesh = MeshView.create(case[1], 1)
+
+        V = VectorFunctionSpace(mesh, 'CG', order[0])
+        Q = VectorFunctionSpace(submesh, 'CG', order[1])
+        W = MixedFunctionSpace(V, Q)
+
+        f = Expression(('x[0]+x[1]', 'x[0]-x[1]'), degree=3)
+        g = Expression(('x[0]+3*x[1]', 'x[0]-2*x[1]'), degree=3)
+
+        (u, p) = TrialFunctions(W)
+        (v, q) = TestFunctions(W)
+        dx_ = Measure('dx', domain=W.sub_space(1).mesh())
+        ## Reference value
+        ref = assemble(inner(f, g)*dx_)
+
+        trace_form = inner(u, q)*dx_ + inner(u, v)*dx + inner(p, v)*dx_ + inner(p, q)*dx_
+        rhs = inner(Constant((0, 0)), v)*dx + inner(Constant((0, 0)), q)*dx_
+
+        AA, bb, _ = assemble_mixed_system(trace_form == rhs, Function(W))
+
+        T = AA[2]
+        Tt = AA[1]
+
+        v = interpolate(f, V)
+        q = interpolate(g, Q)
+
+        Tv = Function(Q).vector()
+        T.mult(v.vector(), Tv)
+        qT = Function(V).vector()
+        Tt.mult(q.vector(), qT)
+
+        vqT = v.vector().inner(qT)
+        qTv = q.vector().inner(Tv)
+
+        assert(abs(vqT - ref) <= 1e-12)
+        assert(abs(qTv - ref) <= 1e-12)
+        assert(abs(qTv - vqT) <= 1e-12)
+
+    # Scalar case - One element + Lagrange mult on exterior boundary
+    _check_scalar(one_element, (1,2)) # CG1 - CG2
+    _check_scalar(one_element, (2,1)) # CG2 - CG1
+    # Scalar case - Two elements + Lagrange mult on interior facet
+    _check_scalar(two_elements, (1,2)) # CG1 - CG2
+    _check_scalar(two_elements, (2,1)) # CG2 - CG1
+    # Vectorial case - One element + Lagrange mult on exterior boundary
+    _check_vectorial(one_element, (1,2)) # CG1 - CG2
+    _check_vectorial(one_element, (2,1)) # CG2 - CG1
+    # Vectorial case - Two elements + Lagrange mult on interior facet
+    _check_vectorial(two_elements, (1,2)) # CG1 - CG2
+    _check_vectorial(two_elements, (2,1)) # CG2 - CG1
+
+@skip_in_parallel
+def test_mixed_assembly_interface(two_elements_with_interface):
+    """Off-diagonal blocks assembly"""
+
+    ## Test for a range of various FE types
+    def _check_scalar(case, order):
+        mesh0 = MeshView.create(case[0], 0)
+        mesh1 = MeshView.create(case[0], 1)
+        submesh = MeshView.create(case[1], 1)
+
+        V0 = FunctionSpace(mesh0, 'CG', order[0])
+        V1 = FunctionSpace(mesh1, 'CG', order[1])
+        Q = FunctionSpace(submesh, 'CG', order[2])
+        W = MixedFunctionSpace(V0, V1, Q)
+
+        f = Expression('x[0]+x[1]', degree=3)
+        g = Expression('x[0]-x[1]', degree=3)
+
+        (u0, u1, p) = TrialFunctions(W)
+        (v0, v1, q) = TestFunctions(W)
+
+        dx_ = Measure('dx', domain=W.sub_space(2).mesh())
+        # Reference value
+        ref_fg = assemble(inner(f, g)*dx_)
+        ref_ff = assemble(inner(f, f)*dx_)
+
+        # Diagonal blocks
+        trace_form = inner(u0, v0)*dx + inner(u1, v1)*dx + inner(p, q)*dx_
+        # Mixed-dimensional coupling
+        trace_form += inner(u0, q)*dx_ + inner(u1, q)*dx_ + inner(p, v0)*dx_ + inner(p, v1)*dx_
+        # Integration of common
+        trace_form += inner(u0, v1)*dx_ + inner(u1,v0)*dx_
+        rhs = inner(Constant(0), v0)*dx + inner(Constant(0), v1)*dx + inner(Constant(0), q)*dx_
+
+        AA, bb, _ = assemble_mixed_system(trace_form == rhs, Function(W))
+
+        # Mixed-dimensional coupling
+        T0 = AA[6] # u0*q
+        T1 = AA[7] # u1*q
+        Tt0 = AA[2] # p*v0
+        Tt1 = AA[5] # p*v1
+        # Integration of common interface
+        I = AA[3] # u0*v1
+        It = AA[1] # u1*v0
+
+        v0 = interpolate(f, W.sub_space(0))
+        v1 = interpolate(f, W.sub_space(1))
+        q = interpolate(g, W.sub_space(2))
+
+        Tv0 = Function(Q).vector()
+        Tv1 = Function(Q).vector()
+        T0.mult(v0.vector(), Tv0)
+        T1.mult(v1.vector(), Tv1)
+        qT0 = Function(V0).vector()
+        qT1 = Function(V1).vector()
+        Tt0.mult(q.vector(), qT0)
+        Tt1.mult(q.vector(), qT1)
+
+        Iv0 = Function(V1).vector()
+        Iv1 = Function(V0).vector()
+        I.mult(v0.vector(), Iv0)
+        It.mult(v1.vector(), Iv1)
+
+        v0qT0 = v0.vector().inner(qT0)
+        v1qT1 = v1.vector().inner(qT1)
+        qTv0 = q.vector().inner(Tv0)
+        qTv1 = q.vector().inner(Tv1)
+
+        v1Iv0 = v1.vector().inner(Iv0)
+        v0Iv1 = v0.vector().inner(Iv1)
+
+        assert(abs(v0qT0 - ref_fg) <= 1e-12)
+        assert(abs(v1qT1 - ref_fg) <= 1e-12)
+        assert(abs(qTv0 - ref_fg) <= 1e-12)
+        assert(abs(qTv1 - ref_fg) <= 1e-12)
+        assert(abs(qTv0 - v0qT0) <= 1e-12)
+        assert(abs(qTv1 - v1qT1) <= 1e-12)
+
+        assert(abs(v1Iv0 - ref_ff) <= 1e-12)
+        assert(abs(v0Iv1 - ref_ff) <= 1e-12)
+
+        # print("[scalar] v1Iv0 = ", v1Iv0, " while ref_ff = ", ref_ff)
+        # print("[scalar] v0Iv1 = ", v0Iv1, " while ref_ff = ", ref_ff)
+
+
+    def _check_vectorial(case, order):
+        mesh0 = MeshView.create(case[0], 0)
+        mesh1 = MeshView.create(case[0], 1)
+        submesh = MeshView.create(case[1], 1)
+
+        V0 = VectorFunctionSpace(mesh0, 'CG', order[0])
+        V1 = VectorFunctionSpace(mesh1, 'CG', order[1])
+        Q = VectorFunctionSpace(submesh, 'CG', order[2])
+        W = MixedFunctionSpace(V0, V1, Q)
+
+        f = Expression(('x[0]+x[1]', 'x[0]-x[1]'), degree=3)
+        g = Expression(('x[0]+3*x[1]', 'x[0]-2*x[1]'), degree=3)
+
+        (u0, u1, p) = TrialFunctions(W)
+        (v0, v1, q) = TestFunctions(W)
+        dx_ = Measure('dx', domain=W.sub_space(2).mesh())
+        ## Reference value
+        ref_fg = assemble(inner(f, g)*dx_)
+        ref_ff = assemble(inner(f, f)*dx_)
+
+        # Diagonal blocks
+        trace_form = inner(u0, v0)*dx + inner(u1, v1)*dx + inner(p, q)*dx_
+        # Mixed-dimensional coupling
+        trace_form += inner(u0, q)*dx_ + inner(u1, q)*dx_ + inner(p, v0)*dx_ + inner(p, v1)*dx_
+        # Integration of common interface
+        trace_form += inner(u0, v1)*dx_ + inner(u1, v0)*dx_
+        rhs = inner(Constant((0, 0)), v0)*dx + inner(Constant((0, 0)), v1)*dx + inner(Constant((0, 0)), q)*dx_
+
+        AA, bb, _ = assemble_mixed_system(trace_form == rhs, Function(W))
+
+        # Mixed-dimensional coupling
+        T0 = AA[6]
+        T1 = AA[7]
+        Tt0 = AA[2]
+        Tt1 = AA[5]
+        # Integration of common interface
+        I = AA[3] # u0*v1
+        It = AA[1] # u1*v0
+
+        v0 = interpolate(f, W.sub_space(0))
+        v1 = interpolate(f, W.sub_space(1))
+        q = interpolate(g, W.sub_space(2))
+
+        Tv0 = Function(Q).vector()
+        Tv1 = Function(Q).vector()
+        T0.mult(v0.vector(), Tv0)
+        T1.mult(v1.vector(), Tv1)
+        qT0 = Function(V0).vector()
+        qT1 = Function(V1).vector()
+        Tt0.mult(q.vector(), qT0)
+        Tt1.mult(q.vector(), qT1)
+
+        Iv0 = Function(V1).vector()
+        Iv1 = Function(V0).vector()
+        I.mult(v0.vector(), Iv0)
+        It.mult(v1.vector(), Iv1)
+
+        v0qT0 = v0.vector().inner(qT0)
+        v1qT1 = v1.vector().inner(qT1)
+        qTv0 = q.vector().inner(Tv0)
+        qTv1 = q.vector().inner(Tv1)
+
+        v1Iv0 = v1.vector().inner(Iv0)
+        v0Iv1 = v0.vector().inner(Iv1)
+
+        assert(abs(v0qT0 - ref_fg) <= 1e-12)
+        assert(abs(v1qT1 - ref_fg) <= 1e-12)
+        assert(abs(qTv0 - ref_fg) <= 1e-12)
+        assert(abs(qTv1 - ref_fg) <= 1e-12)
+        assert(abs(qTv0 - v0qT0) <= 1e-12)
+        assert(abs(qTv1 - v1qT1) <= 1e-12)
+
+        assert(abs(v1Iv0 - ref_ff) <= 1e-12)
+        assert(abs(v0Iv1 - ref_ff) <= 1e-12)
+
+        # print("[vectorial] v1Iv0 = ", v1Iv0, " while ref_ff = ", ref_ff)
+        # print("[vectorial] v0Iv1 = ", v0Iv1, " while ref_ff = ", ref_ff)
+
+    # Scalar case - Two elements + Lagrange mult on interior facet
+    _check_scalar(two_elements_with_interface, (1,1,1)) # CG1 - CG1 - CG2
+    _check_scalar(two_elements_with_interface, (2,2,1)) # CG2 - CG2 - CG1
+    _check_scalar(two_elements_with_interface, (1,1,2)) # CG1 - CG1- CG2
+    _check_scalar(two_elements_with_interface, (2,2,2)) # CG2 - CG2- CG1
+    _check_scalar(two_elements_with_interface, (1,1,2)) # CG2 - CG1- CG1
+    _check_scalar(two_elements_with_interface, (1,2,1)) # CG1 - CG2- CG2
+    _check_scalar(two_elements_with_interface, (2,1,1)) # CG1 - CG2- CG2
+    # Vectorial case - Two elements + Lagrange mult on interior facet
+    _check_vectorial(two_elements_with_interface, (1,1,2)) # CG1 - CG1 - CG2
+    _check_vectorial(two_elements_with_interface, (2,2,1)) # CG2 - CG2 - CG1
+    _check_vectorial(two_elements_with_interface, (1,1,2)) # CG1 - CG1- CG2
+    _check_vectorial(two_elements_with_interface, (2,2,1)) # CG2 - CG2- CG1
+    _check_vectorial(two_elements_with_interface, (2,1,1)) # CG2 - CG1- CG1
+    _check_vectorial(two_elements_with_interface, (1,2,1)) # CG1 - CG2- CG2
+
+@skip_in_parallel
+def test_mixed_assembly_diag(unit_marker_2D2D, unit_marker_3D2D):
+    def _compare_solutions(marker, boundaries):
+        # Meshes
+        _mesh1 = meshview(marker,0)
+        _mesh2 = meshview(marker,1)
+        # Spaces
+        _space1 = space(_mesh1)
+        _space2 = space(_mesh2)
+        _space_mixed = MixedFunctionSpace(_space1, _space2)
+        # Trial functions
+        _u1 = TrialFunction(_space1)
+        _u2 = TrialFunction(_space2)
+        (_u1_m, _u2_m) = TrialFunctions(_space_mixed)
+        # Test functions
+        _v1 = TestFunction(_space1)
+        _v2 = TestFunction(_space2)
+        (_v1_m, _v2_m) = TestFunctions(_space_mixed)
+        # Bilinear forms
+        _a1 = a(_u1,_v1)
+        _a2 = a(_u2,_v2)
+        _am = a(_u1_m, _v1_m) + a(_u2_m, _v2_m)
+        # Linear forms
+        f = Expression("10*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2)) / 0.02)", degree=2)
+        _L1 = L(f,_v1)
+        _L2 = L(f,_v2)
+        _Lm = L(f,_v1_m) + L(f,_v2_m)
+        # Solution
+        sol1 = Function(_space1)
+        sol2 = Function(_space2)
+        sol = Function(_space_mixed)
+        # BCs
+        bc1 = DirichletBC(_space1, Constant(0.0), boundaries[0])
+        bc2 = DirichletBC(_space2, Constant(0.0), boundaries[1])
+        # Resolution
+        solve(_a1 == _L1, sol1, bcs=bc1)
+        solve(_a2 == _L2, sol2, bcs=bc2)
+        solve(_am == _Lm, sol, bcs=[bc1, bc2], solver_parameters=params())
+
+        sol1_m = sol.sub(0,deepcopy=True)
+        sol2_m = sol.sub(1,deepcopy=True)
+        assert len(sol1.vector()) == len(sol1_m.vector())
+        for i in range(len(sol1.vector())):
+            assert abs(sol1.vector()[i] - sol1_m.vector()[i]) < 1e-10
+
+        assert len(sol2.vector()) == len(sol2_m.vector())
+        for i in range(len(sol2.vector())):
+            assert abs(sol2.vector()[i] - sol2_m.vector()[i]) < 1e-10
+
+
+    _compare_solutions(unit_marker_2D2D, [boundary1, boundary2])
+    _compare_solutions(unit_marker_3D2D, [boundary, boundary])
diff --git a/python/test/unit/fem/test_petsc_transfer_matrix.py b/python/test/unit/fem/test_petsc_transfer_matrix.py
new file mode 100644
index 0000000..6335f4d
--- /dev/null
+++ b/python/test/unit/fem/test_petsc_transfer_matrix.py
@@ -0,0 +1,185 @@
+"""Unit tests for the fem interface"""
+
+# Copyright (C) 2016 Chris Richardson
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+import numpy as np
+from dolfin import *
+
+from dolfin_utils.test import *
+
+def test_scalar_p1():
+    meshc = UnitCubeMesh(2, 2, 2)
+    meshf = UnitCubeMesh(3, 4, 5)
+
+    Vc = FunctionSpace(meshc, "CG", 1)
+    Vf = FunctionSpace(meshf, "CG", 1)
+
+    u = Expression("x[0] + 2*x[1] + 3*x[2]", degree=1)
+    uc = interpolate(u, Vc)
+    uf = interpolate(u, Vf)
+
+    mat = PETScDMCollection.create_transfer_matrix(Vc, Vf)
+    Vuc = Function(Vf)
+    mat.mult(uc.vector(), Vuc.vector())
+    as_backend_type(Vuc.vector()).update_ghost_values()
+
+    diff = Function(Vf)
+    diff.assign(Vuc - uf)
+    assert diff.vector().norm("l2") < 1.0e-12
+
+def test_scalar_p1_scaled_mesh():
+    # Make coarse mesh smaller than fine mesh
+    meshc = UnitCubeMesh(2, 2, 2)
+    for x in meshc.coordinates():
+        x *= 0.9
+    meshf = UnitCubeMesh(3, 4, 5)
+
+    Vc = FunctionSpace(meshc, "CG", 1)
+    Vf = FunctionSpace(meshf, "CG", 1)
+
+    u = Expression("x[0] + 2*x[1] + 3*x[2]", degree=1)
+    uc = interpolate(u, Vc)
+    uf = interpolate(u, Vf)
+
+    mat = PETScDMCollection.create_transfer_matrix(Vc, Vf)
+    Vuc = Function(Vf)
+    mat.mult(uc.vector(), Vuc.vector())
+    as_backend_type(Vuc.vector()).update_ghost_values()
+
+    diff = Function(Vf)
+    diff.assign(Vuc - uf)
+    print(diff.vector().norm("l2"))
+    assert diff.vector().norm("l2") < 1.0e-12
+
+    # Now make coarse mesh larger than fine mesh
+    for x in meshc.coordinates():
+        x *= 1.5
+    uc = interpolate(u, Vc)
+
+    mat = PETScDMCollection.create_transfer_matrix(Vc, Vf)
+    mat.mult(uc.vector(), Vuc.vector())
+    as_backend_type(Vuc.vector()).update_ghost_values()
+
+    diff.assign(Vuc - uf)
+    assert diff.vector().norm("l2") < 1.0e-12
+
+def test_scalar_p2():
+    meshc = UnitCubeMesh(2, 2, 2)
+    meshf = UnitCubeMesh(3, 4, 5)
+
+    Vc = FunctionSpace(meshc, "CG", 2)
+    Vf = FunctionSpace(meshf, "CG", 2)
+
+    u = Expression("x[0]*x[2] + 2*x[1]*x[0] + 3*x[2]", degree=2)
+    uc = interpolate(u, Vc)
+    uf = interpolate(u, Vf)
+
+    mat = PETScDMCollection.create_transfer_matrix(Vc, Vf)
+    Vuc = Function(Vf)
+    mat.mult(uc.vector(), Vuc.vector())
+    as_backend_type(Vuc.vector()).update_ghost_values()
+
+    diff = Function(Vf)
+    diff.assign(Vuc - uf)
+    assert diff.vector().norm("l2") < 1.0e-12
+
+def test_vector_p1_2d():
+    meshc = UnitSquareMesh(3, 3)
+    meshf = UnitSquareMesh(5, 5)
+
+    Vc = VectorFunctionSpace(meshc, "CG", 1)
+    Vf = VectorFunctionSpace(meshf, "CG", 1)
+
+    u = Expression(("x[0] + 2*x[1]", "4*x[0]"), degree=1)
+    uc = interpolate(u, Vc)
+    uf = interpolate(u, Vf)
+
+    mat = PETScDMCollection.create_transfer_matrix(Vc, Vf)
+    Vuc = Function(Vf)
+    mat.mult(uc.vector(), Vuc.vector())
+    as_backend_type(Vuc.vector()).update_ghost_values()
+
+    diff = Function(Vf)
+    diff.assign(Vuc - uf)
+    assert diff.vector().norm("l2") < 1.0e-12
+
+def test_vector_p2_2d():
+    meshc = UnitSquareMesh(5, 4)
+    meshf = UnitSquareMesh(5, 8)
+
+    Vc = VectorFunctionSpace(meshc, "CG", 2)
+    Vf = VectorFunctionSpace(meshf, "CG", 2)
+
+    u = Expression(("x[0] + 2*x[1]*x[0]", "4*x[0]*x[1]"), degree=2)
+    uc = interpolate(u, Vc)
+    uf = interpolate(u, Vf)
+
+    mat = PETScDMCollection.create_transfer_matrix(Vc, Vf)
+    Vuc = Function(Vf)
+    mat.mult(uc.vector(), Vuc.vector())
+    as_backend_type(Vuc.vector()).update_ghost_values()
+
+    diff = Function(Vf)
+    diff.assign(Vuc - uf)
+    assert diff.vector().norm("l2") < 1.0e-12
+
+def test_vector_p1_3d():
+    meshc = UnitCubeMesh(2, 3, 4)
+    meshf = UnitCubeMesh(3, 4, 5)
+
+    Vc = VectorFunctionSpace(meshc, "CG", 1)
+    Vf = VectorFunctionSpace(meshf, "CG", 1)
+
+    u = Expression(("x[0] + 2*x[1]", "4*x[0]", "3*x[2] + x[0]"), degree=1)
+    uc = interpolate(u, Vc)
+    uf = interpolate(u, Vf)
+
+    mat = PETScDMCollection.create_transfer_matrix(Vc, Vf)
+    Vuc = Function(Vf)
+    mat.mult(uc.vector(), Vuc.vector())
+    as_backend_type(Vuc.vector()).update_ghost_values()
+
+    diff = Function(Vf)
+    diff.assign(Vuc - uf)
+    assert diff.vector().norm("l2") < 1.0e-12
+
+def test_taylor_hood_cube():
+    pytest.xfail("Problem with Mixed Function Spaces")
+    meshc = UnitCubeMesh(2, 2, 2)
+    meshf = UnitCubeMesh(3, 4, 5)
+
+    Ve = VectorElement("CG", meshc.ufl_cell(), 2)
+    Qe = FiniteElement("CG", meshc.ufl_cell(), 1)
+    Ze = MixedElement([Ve, Qe])
+
+    Zc = FunctionSpace(meshc, Ze)
+    Zf = FunctionSpace(meshf, Ze)
+
+    z = Expression(("x[0]*x[1]", "x[1]*x[2]", "x[2]*x[0]", "x[0] + 3*x[1] + x[2]"), degree=2)
+    zc = interpolate(z, Zc)
+    zf = interpolate(z, Zf)
+
+    mat = PETScDMCollection.create_transfer_matrix(Zc, Zf)
+    Zuc = Function(Zf)
+    mat.mult(zc.vector(), Zuc.vector())
+    as_backend_type(Zuc.vector()).update_ghost_values()
+
+    diff = Function(Zf)
+    diff.assign(Zuc - zf)
+    assert diff.vector().norm("l2") < 1.0e-12
diff --git a/python/test/unit/fem/test_point_source.py b/python/test/unit/fem/test_point_source.py
new file mode 100644
index 0000000..5870e16
--- /dev/null
+++ b/python/test/unit/fem/test_point_source.py
@@ -0,0 +1,476 @@
+"""Unit tests for PointSources"""
+
+# Copyright (C) 2016 Ettie Unwin
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+import numpy as np
+from dolfin import (UnitIntervalMesh, UnitSquareMesh, UnitCubeMesh,
+                    Point, MPI, FunctionSpace, TestFunction,
+                    TrialFunction, assemble, Constant, PointSource,
+                    dx, Cell, VectorFunctionSpace, near,
+                    vertex_to_dof_map, vertices, dot, FiniteElement,
+                    Function, VectorElement, MixedElement)
+
+meshes = [UnitIntervalMesh(10), UnitSquareMesh(10, 10), UnitCubeMesh(4, 4, 4)]
+data = [(UnitIntervalMesh(10), Point(0.5)),
+        (UnitSquareMesh(10, 10), Point(0.5, 0.5)),
+        (UnitCubeMesh(3, 3, 3), Point(0.5, 0.5, 0.5))]
+
+
+@pytest.mark.parametrize("mesh, point", data)
+def test_pointsource_vector_node(mesh, point):
+    """Tests point source when given constructor PointSource(V, point,
+    mag) with a vector and when placed at a node for 1D, 2D and
+    3D. Global points given to constructor from rank 0 processor.
+
+    """
+
+    rank = MPI.rank(mesh.mpi_comm())
+    V = FunctionSpace(mesh, "CG", 1)
+    v = TestFunction(V)
+    b = assemble(Constant(0.0)*v*dx)
+    if rank == 0:
+        ps = PointSource(V, point, 10.0)
+    else:
+        ps = PointSource(V, [])
+    ps.apply(b)
+
+    # Checks array sums to correct value
+    b_sum = b.sum()
+    assert round(b_sum - 10.0) == 0
+
+    # Checks point source is added to correct part of the array
+    v2d = vertex_to_dof_map(V)
+    for v in vertices(mesh):
+        if near(v.midpoint().distance(point), 0.0):
+            ind = v2d[v.index()]
+            if ind < len(b.get_local()):
+                assert np.round(b.get_local()[ind]-10.0) == 0
+
+
+@pytest.mark.parametrize("mesh", meshes)
+def test_pointsource_vector(mesh):
+    """Tests point source when given constructor PointSource(V, point,
+    mag) with a vector that isn't placed at a node for 1D, 2D and
+    3D. Global points given to constructor from rank 0 processor
+
+    """
+
+    cell = Cell(mesh, 0)
+    point = cell.midpoint()
+    rank = MPI.rank(mesh.mpi_comm())
+
+    V = FunctionSpace(mesh, "CG", 1)
+    v = TestFunction(V)
+    b = assemble(Constant(0.0)*v*dx)
+    if rank == 0:
+        ps = PointSource(V, point, 10.0)
+    else:
+        ps = PointSource(V, [])
+    ps.apply(b)
+
+    # Checks array sums to correct value
+    b_sum = b.sum()
+    assert round(b_sum - 10.0) == 0
+
+
+@pytest.mark.parametrize("mesh, point", data)
+def test_pointsource_vector_fs(mesh, point):
+    """Tests point source when given constructor PointSource(V, point,
+    mag) with a vector for a vector function space that isn't placed
+    at a node for 1D, 2D and 3D. Global points given to constructor
+    from rank 0 processor.
+
+    """
+
+    rank = MPI.rank(mesh.mpi_comm())
+    V = VectorFunctionSpace(mesh, "CG", 1)
+    v = TestFunction(V)
+    b = assemble(dot(Constant([0.0]*mesh.geometry().dim()), v)*dx)
+    if rank == 0:
+        ps = PointSource(V, point, 10.0)
+    else:
+        ps = PointSource(V, [])
+    ps.apply(b)
+
+    # Checks array sums to correct value
+    b_sum = b.sum()
+    assert round(b_sum - 10.0*V.num_sub_spaces()) == 0
+
+    # Checks point source is added to correct part of the array
+    v2d = vertex_to_dof_map(V)
+    for v in vertices(mesh):
+        if near(v.midpoint().distance(point), 0.0):
+            for spc_idx in range(V.num_sub_spaces()):
+                ind = v2d[v.index()*V.num_sub_spaces() + spc_idx]
+                if ind < len(b.get_local()):
+                    assert np.round(b.get_local()[ind] - 10.0) == 0
+
+
+@pytest.mark.parametrize("mesh, point", data)
+def test_pointsource_mixed_space(mesh, point):
+    """Tests point source when given constructor PointSource(V, point,
+    mag) with a vector for a mixed function space that isn't placed at
+    a node for 1D, 2D and 3D. Global points given to constructor from
+    rank 0 processor.
+
+    """
+
+    rank = MPI.rank(mesh.mpi_comm())
+    ele1 = FiniteElement("CG", mesh.ufl_cell(), 1)
+    ele2 = FiniteElement("DG", mesh.ufl_cell(), 2)
+    ele3 = VectorElement("CG", mesh.ufl_cell(), 2)
+    V = FunctionSpace(mesh, MixedElement([ele1, ele2, ele3]))
+    value_dimension = V.element().value_dimension(0)
+    v = TestFunction(V)
+    b = assemble(dot(Constant([0.0]*value_dimension), v)*dx)
+    if rank == 0:
+        ps = PointSource(V, point, 10.0)
+    else:
+        ps = PointSource(V, [])
+    ps.apply(b)
+
+    # Checks array sums to correct value
+    b_sum = b.sum()
+    assert round(b_sum - 10.0*value_dimension) == 0
+
+
+def test_point_outside():
+    """Tests point source fails if given a point outside the domain."""
+    mesh = UnitIntervalMesh(10)
+    point = Point(1.2)
+    V = FunctionSpace(mesh, "CG", 1)
+    v = TestFunction(V)
+    assemble(Constant(0.0)*v*dx)
+    # Runtime Error is only produced on one process which causes the
+    # whole function to fail but makes this test hang in parallel.
+    with pytest.raises(RuntimeError):
+        PointSource(V, point, 10.0)
+
+
+@pytest.mark.parametrize("mesh, point", data)
+def test_pointsource_matrix(mesh, point):
+    """Tests point source when given constructor PointSource(V, point,
+    mag) with a matrix and when placed at a node for 1D, 2D and
+    3D. Global points given to constructor from rank 0 processor.
+
+    """
+
+    rank = MPI.rank(mesh.mpi_comm())
+    V = FunctionSpace(mesh, "CG", 1)
+    u, v = TrialFunction(V), TestFunction(V)
+    w = Function(V)
+    A = assemble(Constant(0.0)*u*v*dx)
+    if rank == 0:
+        ps = PointSource(V, point, 10.0)
+    else:
+        ps = PointSource(V, [])
+    ps.apply(A)
+
+    # Checks array sums to correct value
+    a_sum = MPI.sum(mesh.mpi_comm(), np.sum(A.array()))
+    assert round(a_sum - 10.0) == 0
+
+    # Checks point source is added to correct part of the array
+    A.get_diagonal(w.vector())
+    v2d = vertex_to_dof_map(V)
+    for v in vertices(mesh):
+        if near(v.midpoint().distance(point), 0.0):
+            ind = v2d[v.index()]
+            if ind < len(A.array()):
+                assert np.round(w.vector()[ind] - 10.0) == 0
+
+
+# FIXME: Edit this test to have V1 != V2 when that is implemented
+@pytest.mark.parametrize("mesh, point", data)
+def test_pointsource_matrix_second_constructor(mesh, point):
+    """Tests point source when given different constructor PointSource(V1,
+    V2, point, mag) with a matrix and when placed at a node for 1D, 2D
+    and 3D. Global points given to constructor from rank 0
+    processor. Currently only implemented if V1=V2.
+
+    """
+
+    V1 = FunctionSpace(mesh, "CG", 1)
+    V2 = FunctionSpace(mesh, "CG", 1)
+
+    rank = MPI.rank(mesh.mpi_comm())
+    u, v = TrialFunction(V1), TestFunction(V2)
+    w = Function(V1)
+    A = assemble(Constant(0.0)*u*v*dx)
+    if rank == 0:
+        ps = PointSource(V1, V2, point, 10.0)
+    else:
+        ps = PointSource(V1, V2, [])
+    ps.apply(A)
+
+    # Checks array sums to correct value
+    a_sum = MPI.sum(mesh.mpi_comm(), np.sum(A.array()))
+    assert round(a_sum - 10.0) == 0
+
+    # Checks point source is added to correct part of the array
+    A.get_diagonal(w.vector())
+    v2d = vertex_to_dof_map(V1)
+    for v in vertices(mesh):
+        if near(v.midpoint().distance(point), 0.0):
+            ind = v2d[v.index()]
+            if ind < len(A.array()):
+                assert np.round(w.vector()[ind] - 10.0) == 0
+
+
+@pytest.mark.parametrize("mesh", meshes)
+def test_multi_ps_vector_node(mesh):
+    """Tests point source when given constructor PointSource(V, V, point,
+    mag) with a matrix when points placed at 3 node for 1D, 2D and
+    3D. Global points given to constructor from rank 0 processor.
+
+    """
+
+    point = [0.0, 0.5, 1.0]
+    dim = mesh.geometry().dim()
+    rank = MPI.rank(mesh.mpi_comm())
+    V = FunctionSpace(mesh, "CG", 1)
+    v = TestFunction(V)
+    b = assemble(Constant(0.0)*v*dx)
+
+    source = []
+    point_coords = np.zeros(dim)
+    for p in point:
+        for i in range(dim):
+            point_coords[i-1] = p
+        if rank == 0:
+            source.append((Point(point_coords), 10.0))
+    ps = PointSource(V, source)
+    ps.apply(b)
+
+    # Checks b sums to correct value
+    b_sum = b.sum()
+    assert round(b_sum - len(point)*10.0) == 0
+
+    # Checks values added to correct part of vector
+    mesh_coords = V.tabulate_dof_coordinates()
+    for p in point:
+        for i in range(dim):
+            point_coords[i] = p
+
+        j = 0
+        for i in range(len(mesh_coords)//(dim)):
+            mesh_coords_check = mesh_coords[j:j + dim - 1]
+            if np.array_equal(point_coords, mesh_coords_check) is True:
+                assert np.round(b.array()[j//(dim)]-10.0) == 0.0
+            j += dim
+
+
+@pytest.mark.parametrize("mesh", meshes)
+def test_multi_ps_vector_node_local(mesh):
+    """Tests point source when given constructor PointSource(V, V, point,
+    mag) with a matrix when points placed at 3 node for 1D, 2D and
+    3D. Local points given to constructor.
+
+    """
+
+    V = FunctionSpace(mesh, "CG", 1)
+    v = TestFunction(V)
+    b = assemble(Constant(0.0)*v*dx)
+
+    source = []
+    point_coords = mesh.coordinates()[0]
+    source.append((Point(point_coords), 10.0))
+    ps = PointSource(V, source)
+    ps.apply(b)
+
+    # Checks b sums to correct value
+    size = MPI.size(mesh.mpi_comm())
+    b_sum = b.sum()
+    assert round(b_sum - size*10.0) == 0
+
+
+@pytest.mark.parametrize("mesh", meshes)
+def test_multi_ps_vector(mesh):
+    """Tests point source PointSource(V, source) for mulitple point
+    sources applied to a vector for 1D, 2D and 3D. Global points given
+    to constructor from rank 0 processor.
+
+    """
+
+    c_ids = [0, 1, 2]
+    rank = MPI.rank(mesh.mpi_comm())
+    V = FunctionSpace(mesh, "CG", 1)
+    v = TestFunction(V)
+    b = assemble(Constant(0.0)*v*dx)
+
+    source = []
+    if rank == 0:
+        for c_id in c_ids:
+            cell = Cell(mesh, c_id)
+            point = cell.midpoint()
+            source.append((point, 10.0))
+    ps = PointSource(V, source)
+    ps.apply(b)
+
+    # Checks b sums to correct value
+    b_sum = b.sum()
+    assert round(b_sum - len(c_ids)*10.0) == 0
+
+
+@pytest.mark.parametrize("mesh", meshes)
+def test_multi_ps_matrix_node(mesh):
+    """Tests point source when given constructor PointSource(V, source)
+    with a matrix when points placed at 3 nodes for 1D, 2D and
+    3D. Global points given to constructor from rank 0 processor.
+
+    """
+
+    point = [0.0, 0.5, 1.0]
+    rank = MPI.rank(mesh.mpi_comm())
+    V = FunctionSpace(mesh, "CG", 1)
+    u, v = TrialFunction(V), TestFunction(V)
+    w = Function(V)
+    A = assemble(Constant(0.0)*u*v*dx)
+    dim = mesh.geometry().dim()
+
+    source = []
+
+    point_coords = np.zeros(dim)
+    for p in point:
+        for i in range(dim):
+            point_coords[i-1] = p
+        if rank == 0:
+            source.append((Point(point_coords), 10.0))
+    ps = PointSource(V, source)
+    ps.apply(A)
+
+    # Checks matrix sums to correct value.
+    A.get_diagonal(w.vector())
+    a_sum = MPI.sum(mesh.mpi_comm(), np.sum(A.array()))
+    assert round(a_sum - len(point)*10) == 0
+
+    # Check if coordinates are in portion of mesh and if so check that
+    # diagonal components sum to the correct value.
+    mesh_coords = V.tabulate_dof_coordinates()
+    for p in point:
+        for i in range(dim):
+            point_coords[i-1] = p
+
+        j = 0
+        for i in range(len(mesh_coords)//(dim)):
+            mesh_coords_check = mesh_coords[j:j+dim-1]
+            if np.array_equal(point_coords, mesh_coords_check) is True:
+                assert np.round(w.vector()[j//(dim)]-10.0) == 0.0
+            j += dim
+
+
+@pytest.mark.parametrize("mesh", meshes)
+def test_multi_ps_matrix_node_local(mesh):
+    """Tests point source when given constructor PointSource(V, V, point,
+    mag) with a matrix when points placed at 3 node for 1D, 2D and
+    3D. Local points given to constructor.
+
+    """
+
+    V = FunctionSpace(mesh, "CG", 1)
+    u, v = TrialFunction(V), TestFunction(V)
+    w = Function(V)
+    A = assemble(Constant(0.0)*u*v*dx)
+
+    source = []
+    point_coords = mesh.coordinates()[0]
+    source.append((Point(point_coords), 10.0))
+    ps = PointSource(V, source)
+    ps.apply(A)
+
+    # Checks matrix sums to correct value.
+    A.get_diagonal(w.vector())
+    size = MPI.size(mesh.mpi_comm())
+    a_sum = MPI.sum(mesh.mpi_comm(), np.sum(A.array()))
+    assert round(a_sum - size*10.0) == 0
+
+
+@pytest.mark.parametrize("mesh", meshes)
+def test_multi_ps_matrix_node_vector_fs(mesh):
+    """Tests point source applied to a matrix with given constructor
+    PointSource(V, source) and a vector function space when points
+    placed at 3 vertices for 1D, 2D and 3D. Global points given to
+    constructor from rank 0 processor.
+
+    """
+
+    point = [0.0, 0.5, 1.0]
+    rank = MPI.rank(mesh.mpi_comm())
+    V = VectorFunctionSpace(mesh, "CG", 1, dim=2)
+    u, v = TrialFunction(V), TestFunction(V)
+    w = Function(V)
+    A = assemble(Constant(0.0)*dot(u, v)*dx)
+    dim = mesh.geometry().dim()
+
+    source = []
+    point_coords = np.zeros(dim)
+    for p in point:
+        for i in range(dim):
+            point_coords[i - 1] = p
+        if rank == 0:
+            source.append((Point(point_coords), 10.0))
+    ps = PointSource(V, source)
+    ps.apply(A)
+
+    # Checks array sums to correct value
+    A.get_diagonal(w.vector())
+    a_sum = MPI.sum(mesh.mpi_comm(), np.sum(A.array()))
+    assert round(a_sum - 2*len(point)*10) == 0
+
+    # Check if coordinates are in portion of mesh and if so check that
+    # diagonal components sum to the correct value.
+    mesh_coords = V.tabulate_dof_coordinates()
+    for p in point:
+        for i in range(dim):
+            point_coords[i] = p
+
+        j = 0
+        for i in range(len(mesh_coords)//(dim)):
+            mesh_coords_check = mesh_coords[j:j+dim-1]
+            if np.array_equal(point_coords, mesh_coords_check) is True:
+                assert np.round(w.vector()[j//(dim)] - 10.0) == 0.0
+            j += dim
+
+
+@pytest.mark.parametrize("mesh", meshes)
+def test_multi_ps_matrix(mesh):
+    """Tests point source PointSource(V, source) for mulitple point
+    sources applied to a matrix for 1D, 2D and 3D. Global points given
+    to constructor from rank 0 processor.
+
+    """
+
+    c_ids = [0, 1, 2]
+    rank = MPI.rank(mesh.mpi_comm())
+    V = VectorFunctionSpace(mesh, "CG", 1, dim=2)
+    u, v = TrialFunction(V), TestFunction(V)
+    A = assemble(Constant(0.0)*dot(u, v)*dx)
+
+    source = []
+    if rank == 0:
+        for c_id in c_ids:
+            cell = Cell(mesh, c_id)
+            point = cell.midpoint()
+            source.append((point, 10.0))
+    ps = PointSource(V, source)
+    ps.apply(A)
+
+    # Checks b sums to correct value
+    a_sum = MPI.sum(mesh.mpi_comm(), np.sum(A.array()))
+    assert round(a_sum - 2*len(c_ids)*10) == 0
diff --git a/python/test/unit/fem/test_solving.py b/python/test/unit/fem/test_solving.py
new file mode 100644
index 0000000..fdb67d8
--- /dev/null
+++ b/python/test/unit/fem/test_solving.py
@@ -0,0 +1,125 @@
+"""Unit tests for the solve function"""
+
+# Copyright (C) 2011 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+from dolfin import *
+from dolfin_utils.test import *
+
+
+def test_bcs():
+    "Check that the bcs argument is picked up"
+
+    mesh = UnitSquareMesh(4, 4)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+    u = TrialFunction(V)
+    v = TestFunction(V)
+    f = Constant(100.0)
+
+    a = dot(grad(u), grad(v))*dx + u*v*dx
+    L = f*v*dx
+
+    bc = DirichletBC(V, 0.0, DomainBoundary())
+
+    # Single bc argument
+    u1 = Function(V)
+    solve(a == L, u1, bc)
+
+    # List of bcs
+    u2 = Function(V)
+    solve(a == L, u2, [bc])
+
+    # Single bc keyword argument
+    u3 = Function(V)
+    solve(a == L, u3, bcs=bc)
+
+    # List of bcs keyword argument
+    u4 = Function(V)
+    solve(a == L, u4, bcs=[bc])
+
+    # Check all solutions
+    assert round(u1.vector().norm("l2") - 14.9362601686, 10) == 0
+    assert round(u2.vector().norm("l2") - 14.9362601686, 10) == 0
+    assert round(u3.vector().norm("l2") - 14.9362601686, 10) == 0
+    assert round(u4.vector().norm("l2") - 14.9362601686, 10) == 0
+
+
+def test_bcs_space():
+    "Check that the bc space is checked to be a subspace of trial space"
+    mesh = UnitSquareMesh(4, 4)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+    u = TrialFunction(V)
+    v = TestFunction(V)
+    f = Constant(100.0)
+
+    a = dot(grad(u), grad(v))*dx + u*v*dx
+    L = f*v*dx
+
+    Q = FunctionSpace(mesh, "Lagrange", 2)
+    bc = DirichletBC(Q, 0.0, DomainBoundary())
+
+    u = Function(V)
+
+    with pytest.raises(RuntimeError):
+        solve(a == L, u, bc)
+
+    with pytest.raises(RuntimeError):
+        solve(action(a, u) - L == 0, u, bc)
+
+
+def test_calling():
+    "Test that unappropriate arguments are not allowed"
+    mesh = UnitSquareMesh(4, 4)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+    u = TrialFunction(V)
+    v = TestFunction(V)
+    f = Constant(100.0)
+
+    a = dot(grad(u), grad(v))*dx + u*v*dx
+    L = f*v*dx
+
+    bc = DirichletBC(V, 0.0, DomainBoundary())
+
+    kwargs = {"solver_parameters":{"linear_solver": "lu"},
+              "form_compiler_parameters":{"optimize": True}}
+
+    A = assemble(a)
+    b = assemble(L)
+    x = Vector()
+
+    with pytest.raises(RuntimeError):
+        solve(A, x, b, **kwargs)
+
+    # FIXME: Include more tests for this versatile function
+
+
+def test_nonlinear_variational_solver_custom_comm():
+    "Check that nonlinear variational solver works on subset of comm_world"
+    if MPI.rank(MPI.comm_world) == 0:
+        mesh = UnitIntervalMesh(MPI.comm_self, 2)
+        V = FunctionSpace(mesh, "CG", 1)
+        f = Constant(1)
+        u = Function(V)
+        v = TestFunction(V)
+        F = inner(u, v)*dx - inner(f, v)*dx
+
+        # Check that following does not deadlock
+        solve(F == 0, u)
+        solve(F == 0, u, solver_parameters={"nonlinear_solver": "newton"})
+        if has_petsc():
+            solve(F == 0, u, solver_parameters={"nonlinear_solver": "snes"})
diff --git a/python/test/unit/fem/test_symbolic_geometry_assembly.py b/python/test/unit/fem/test_symbolic_geometry_assembly.py
new file mode 100644
index 0000000..3f89f7b
--- /dev/null
+++ b/python/test/unit/fem/test_symbolic_geometry_assembly.py
@@ -0,0 +1,995 @@
+from dolfin import *
+import ufl
+import numpy
+import sys
+import pytest
+from dolfin_utils.test import set_parameters_fixture, skip_in_parallel, fixture
+
+from ufl.classes import CellOrientation, CellNormal, CellCoordinate, \
+CellOrigin, Jacobian, JacobianInverse, JacobianDeterminant
+
+# This was for debugging, don't enable this permanently here in tests
+# parameters["reorder_dofs_serial"] = False
+any_representation = \
+  set_parameters_fixture("form_compiler.representation",
+                             ["quadrature", "uflacs"])
+uflacs_representation_only \
+    = set_parameters_fixture("form_compiler.representation",
+                             ["uflacs"])
+
+
+def create_mesh(vertices, cells, cellname="simplex"):
+    """Given list of vertex coordinate tuples and cell vertex index
+tuples, build and return a mesh.
+
+    """
+
+    # Get dimensions
+    gdim = len(vertices[0])
+
+    # Automatic choice of cellname for simplices
+    if cellname == "simplex":
+        num_cell_vertices = len(cells[0])
+        cellname = {1: "vertex",
+                    2: "interval",
+                    3: "triangle",
+                    4: "tetrahedron",
+                    }[num_cell_vertices]
+
+    # Indirect error checking and determination of tdim via ufl
+    ufl_cell = ufl.Cell(cellname, gdim)
+    tdim = ufl_cell.topological_dimension()
+
+    # Create mesh to return
+    mesh = Mesh()
+
+    # Open mesh in editor
+    me = MeshEditor()
+    me.open(mesh, cellname, tdim, gdim)
+
+    # Add vertices to mesh
+    me.init_vertices(len(vertices))
+    for i, v in enumerate(vertices):
+        me.add_vertex(i, numpy.array(v, dtype='float'))
+
+    # Add cells to mesh
+    me.init_cells(len(cells))
+    for i, c in enumerate(cells):
+        me.add_cell(i, numpy.array(c, dtype='uint'))
+
+    me.close()
+
+    return mesh
+
+
+def create_line_mesh(vertices):
+    """Given list of vertex coordinate tuples, build and return a mesh of
+intervals.
+
+    """
+
+    # Get dimensions
+    gdim = len(vertices[0])
+    tdim = 1
+
+    # Automatic choice of cellname for simplices
+    cellname = "interval"
+
+    # Indirect error checking and determination of tdim via ufl
+    ufl_cell = ufl.Cell(cellname, gdim)
+    assert tdim == ufl_cell.topological_dimension()
+
+    # Create mesh to return
+    mesh = Mesh()
+
+    # Open mesh in editor
+    me = MeshEditor()
+    me.open(mesh, cellname, tdim, gdim)
+
+    # Add vertices to mesh
+    nv = len(vertices)
+    me.init_vertices(nv)
+
+    for i, v in enumerate(vertices):
+        me.add_vertex(i, numpy.array(v, dtype='float'))
+
+    # TODO: Systematically swap around vertex ordering to test cell orientation
+
+    # Add cells to mesh
+    me.init_cells(nv-1)
+    for i in range(nv-1):
+        c = (i, i+1)
+        me.add_cell(i, numpy.array(c, dtype='uint'))
+
+    me.close()
+
+    return mesh
+
+line_resolution = 8
+
+def line1d_impl(request):
+    n = line_resolution
+    us = [i/float(n-1) for i in range(n)]
+    vertices = [(u**2,) for u in us]
+    return create_line_mesh(vertices)
+
+def rline1d_impl(request):
+    n = line_resolution
+    us = [i/float(n-1) for i in range(n)]
+    vertices = [(u**2,) for u in us]
+    vertices = list(reversed(vertices))  # same as line1d, just reversed here
+    return create_line_mesh(vertices)
+
+def line2d_impl(request):
+    n = line_resolution
+    us = [i/float(n-1) for i in range(n)]
+    vertices = [(cos(DOLFIN_PI*u), sin(DOLFIN_PI*u)) for u in us]
+    mesh = create_line_mesh(vertices)
+    mesh.init_cell_orientations(Expression(("0.0", "1.0"), degree=0))
+    return mesh
+
+def rline2d_impl(request):
+    n = line_resolution
+    us = [i/float(n-1) for i in range(n)]
+    vertices = [(cos(DOLFIN_PI*u), sin(DOLFIN_PI*u)) for u in us]
+    vertices = list(reversed(vertices))  # same as line2d, just reversed here
+    mesh = create_line_mesh(vertices)
+    mesh.init_cell_orientations(Expression(("0.0", "1.0"), degree=0))
+    return mesh
+
+def line3d_impl(request):
+    n = line_resolution
+    us = [i/float(n-1) for i in range(n)]
+    vertices = [(cos(4.0*DOLFIN_PI*u),
+                 sin(4.0*DOLFIN_PI*u),
+                 2.0*u) for u in us]
+    mesh = create_line_mesh(vertices)
+    return mesh
+
+def rline3d_impl(request):
+    n = line_resolution
+    us = [i/float(n-1) for i in range(n)]
+    vertices = [(cos(4.0*DOLFIN_PI*u),
+                 sin(4.0*DOLFIN_PI*u),
+                 2.0*u) for u in us]
+    vertices = list(reversed(vertices))  # same as line3d, just reversed here
+    mesh = create_line_mesh(vertices)
+    return mesh
+
+def square2d_impl(request):
+    cellname = "triangle"
+    side = sqrt(sqrt(3.0))
+    vertices = [
+        (0.0, 0.0),
+        (side, side),
+        (side, 0.0),
+        (0.0, side),
+        ]
+    cells = [
+        (0, 1, 2),
+        (0, 1, 3),
+        ]
+    mesh = create_mesh(vertices, cells)
+    return mesh
+
+def square3d_impl(request):
+    cellname = "triangle"
+    vertices = [
+        (0.0, 0.0, 1.0),
+        (1.0, 1.0, 1.0),
+        (1.0, 0.0, 0.0),
+        (0.0, 1.0, 0.0),
+        ]
+    cells = [
+        (0, 1, 2),
+        (0, 1, 3),
+        ]
+    mesh = create_mesh(vertices, cells)
+    mesh.init_cell_orientations(Expression(("0.0", "0.0", "1.0"), degree=0))
+
+    return mesh
+
+@fixture
+def line1d(request):
+    return line1d_impl(request)
+
+@fixture
+def rline1d(request):
+    return rline1d_impl(request)
+
+@fixture
+def line2d(request):
+    return line2d_impl(request)
+
+@fixture
+def rline2d(request):
+    return rline2d_impl(request)
+
+@fixture
+def line3d(request):
+    return line3d_impl(request)
+
+@fixture
+def rline3d(request):
+    return rline3d_impl(request)
+
+@fixture
+def square2d(request):
+    return square2d_impl(request)
+
+@fixture
+def square3d(request):
+    return square3d_impl(request)
+
+@skip_in_parallel
+def test_line_meshes(line1d, line2d, line3d, rline1d, rline2d, rline3d):
+    "Check some properties of the meshes created for these tests."
+    assert line1d.geometry().dim() == 1
+    assert line2d.geometry().dim() == 2
+    assert line3d.geometry().dim() == 3
+    assert line1d.topology().dim() == 1
+    assert line2d.topology().dim() == 1
+    assert line3d.topology().dim() == 1
+
+
+@skip_in_parallel
+def test_write_line_meshes_to_files(line1d, line2d, line3d, rline1d, rline2d,
+                                    rline3d, uflacs_representation_only):
+    # Enable to write meshes to file for inspection (plot doesn't work
+    # for 1d in 2d/3d)
+    # CellNormal is only supported by uflacs
+    if 0:
+        File("line1d.xdmf") << line1d
+        File("line2d.xdmf") << line2d
+        File("line3d.xdmf") << line3d
+        File("rline1d.xdmf") << rline1d
+        File("rline2d.xdmf") << rline2d
+        File("rline3d.xdmf") << rline3d
+        File("line2dnormal.xdmf") << project(CellNormal(line2d),
+                                             VectorFunctionSpace(line2d,
+                                                                 "DG", 0))
+        File("rline2dnormal.xdmf") << project(CellNormal(rline2d),
+                                              VectorFunctionSpace(rline2d,
+                                                                  "DG", 0))
+
+
+@pytest.mark.parametrize("mesh", [
+    line1d_impl(None),
+    line2d_impl(None),
+    line3d_impl(None),
+    rline1d_impl(None),
+    rline2d_impl(None),
+    rline3d_impl(None), ])
+@skip_in_parallel
+def test_manifold_line_geometry(mesh, uflacs_representation_only):
+    assert uflacs_representation_only == "uflacs"
+    assert parameters["form_compiler"]["representation"] == "uflacs"
+
+    gdim = mesh.geometry().dim()
+    tdim = mesh.topology().dim()
+
+    # Create cell markers and integration measure
+    mf = MeshFunction("size_t", mesh, mesh.topology().dim())
+    dx = Measure("dx", domain=mesh, subdomain_data=mf)
+
+    # Create symbolic geometry for current mesh
+    x = SpatialCoordinate(mesh)
+    X = CellCoordinate(mesh)
+    co = CellOrientation(mesh)
+    cn = CellNormal(mesh)
+    J = Jacobian(mesh)
+    detJ = JacobianDeterminant(mesh)
+    K = JacobianInverse(mesh)
+    vol = CellVolume(mesh)
+    h = CellDiameter(mesh)
+    R = Circumradius(mesh)
+
+    # Check that length computed via integral doesn't change with
+    # refinement
+    length = assemble(1.0*dx)
+    mesh2 = refine(mesh)
+    assert mesh2.num_cells() == 2*mesh.num_cells()
+    dx2 = Measure("dx")
+    length2 = assemble(1.0*dx2(mesh2))
+    assert round(length - length2, 7) == 0.0
+
+    # Check that number of cells can be computed correctly by scaling
+    # integral by |detJ|^-1
+    num_cells = assemble(1.0/abs(detJ)*dx)
+    assert round(num_cells - mesh.num_cells(), 7) == 0.0
+
+    # Check that norm of Jacobian column matches detJ and volume
+    assert round(length - assemble(sqrt(J[:, 0]**2)/abs(detJ)*dx), 7) == 0.0
+    assert round(assemble((vol-abs(detJ))*dx), 7) == 0.0
+    assert round(length - assemble(vol/abs(detJ)*dx), 7) == 0.0
+
+    coords = mesh.coordinates()
+    cells = mesh.cells()
+
+    # Checks on each cell separately
+    for k in range(mesh.num_cells()):
+        # Mark current cell
+        mf.set_all(0)
+        mf[k] = 1
+
+        x0 = Constant(tuple(coords[cells[k][0], :]))
+
+        # Integrate x components over a cell and compare with midpoint
+        # computed from coords
+        for j in range(gdim):
+            xm = 0.5*(coords[cells[k][0], j] + coords[cells[k][1], j])
+            assert round(assemble(x[j]/abs(detJ)*dx(1)) - xm, 7) == 0.0
+
+        # Jacobian column is pointing away from x0
+        assert assemble(dot(J[:, 0], x-x0)*dx(1)) > 0.0
+
+        # Check affine coordinate relations x=x0+J*X, X=K*(x-x0), K*J=I
+        assert round(assemble((x - (x0+J*X))**2*dx(1)), 7) == 0.0
+        assert round(assemble((X - K*(x-x0))**2*dx(1)), 7) == 0.0
+        assert round(assemble((K*J - Identity(tdim))**2*dx(1)), 7) == 0.0
+
+        # Check cell diameter and circumradius
+        assert round(assemble(h/vol*dx(1)) - Cell(mesh, k).h(), 7) == 0.0
+        assert round(assemble(R/vol*dx(1)) - Cell(mesh, k).circumradius(), 7) == 0.0
+
+        # Jacobian column is orthogonal to cell normal
+        if gdim == 2:
+            assert round(assemble(dot(J[:, 0], cn)*dx(1)), 7) == 0.0
+
+            # Create 3d tangent and cell normal vectors
+            tangent = as_vector((J[0, 0], J[1, 0], 0.0))
+            tangent = co * tangent / sqrt(tangent**2)
+            normal = as_vector((cn[0], cn[1], 0.0))
+            up = cross(tangent, normal)
+
+            # Check that t,n,up are orthogonal
+            assert round(assemble(dot(tangent, normal)*dx(1)), 7) == 0.0
+            assert round(assemble(dot(tangent, up)*dx(1)), 7) == 0.0
+            assert round(assemble(dot(normal, up)*dx(1)), 7) == 0.0
+            assert round(assemble((cross(up, tangent) - normal)**2*dx(1)),
+                         7) == 0.0
+
+            assert round(assemble(up**2*dx(1)), 7) > 0.0
+            assert round(assemble((up[0]**2 + up[1]**2)*dx(1)), 7) == 0.0
+            assert round(assemble(up[2]*dx(1)), 7) > 0.0
+
+
+@skip_in_parallel
+def test_manifold_area(square3d, any_representation):
+    """Integrate literal expressions over manifold cells, no function
+spaces involved."""
+    mesh = square3d
+    area = sqrt(3.0)  # known area of mesh
+
+    # Assembling mesh area scaled by a literal
+    assert round(assemble(0.0*dx(mesh)) - 0.0*area, 7) == 0.0
+    assert round(assemble(1.0*dx(mesh)) - 1.0*area, 7) == 0.0
+    assert round(assemble(3.0*dx(mesh)) - 3.0*area, 7) == 0.0
+
+
+@skip_in_parallel
+def test_manifold_dg0_functions(square3d, any_representation):
+    mesh = square3d
+    area = sqrt(3.0)  # known area of mesh
+
+    mf = MeshFunction("size_t", mesh, mesh.topology().dim())
+    mf[0] = 0
+    mf[1] = 1
+    dx = Measure("dx", domain=mesh, subdomain_data=mf)
+
+    x = SpatialCoordinate(mesh)
+
+    U0 = FunctionSpace(mesh, "DG", 0)
+    V0 = VectorFunctionSpace(mesh, "DG", 0)
+
+    # Project constants to scalar and vector DG0 spaces on manifold
+    u0 = project(1.0, U0)
+    v0v = (1.0, 2.0, 3.0)
+    v0 = project(as_vector(v0v), V0)
+    assert round(sum(u0.vector().get_local()) - 2*1, 7) == 0.0
+    assert round(sum(v0.vector().get_local()) - 2*(1+2+3), 7) == 0.0
+
+    # Integrate piecewise constant functions over manifold cells
+    assert round(assemble(u0*dx(0)) - 0.5*area) == 0.0
+    assert round(assemble(u0*dx(1)) - 0.5*area) == 0.0
+    assert round(assemble(u0*dx) - area) == 0.0
+    assert round(assemble(v0[0]*dx) - v0v[0]*area) == 0.0
+    assert round(assemble(v0[1]*dx) - v0v[1]*area) == 0.0
+    assert round(assemble(v0[2]*dx) - v0v[2]*area) == 0.0
+
+    # Project x to scalar and vector DG0 spaces on manifold
+    u0x = project(x[0], U0)  # cell averages of x[0]: 2/3, 1/3, sum = 3/3
+    v0x = project(x, V0)  # cell averages of x[:]: (2/3, 1/3, 2/3), (1/3, 2/3, 2/3), sum = 10/3
+    assert round(sum(u0x.vector().get_local()) - 3.0/3.0, 7) == 0.0
+    assert round(sum(v0x.vector().get_local()) - 10.0/3.0, 7) == 0.0
+
+    # Evaluate in all corners and cell midpoints, value should be the
+    # same constant everywhere
+    points = [
+        (0.0, 0.0, 1.0),
+        (1.0, 1.0, 1.0),
+        (1.0, 0.0, 0.0),
+        (0.0, 1.0, 0.0),
+        (1.0/3.0, 2.0/3.0, 2.0/3.0),
+        (2.0/3.0, 1.0/3.0, 2.0/3.0),
+        ]
+    for point in points:
+        assert round(sum((v0(point) - numpy.asarray(v0v))**2), 7) == 0.0
+
+
+@skip_in_parallel
+def test_manifold_cg1_functions(square3d, any_representation):
+    mesh = square3d
+    area = sqrt(3.0)  # known area of mesh
+
+    mf = MeshFunction("size_t", mesh, mesh.topology().dim())
+    mf[0] = 0
+    mf[1] = 1
+    dx = Measure("dx", domain=mesh, subdomain_data=mf)
+
+    # We need unit testing of some symbolic quantities to pinpoint any
+    # sign problems etc. in the right places
+    x = SpatialCoordinate(mesh)
+
+    U1 = FunctionSpace(mesh, "CG", 1)
+    V1 = VectorFunctionSpace(mesh, "CG", 1)
+
+    # Project piecewise linears to scalar and vector CG1 spaces on
+    # manifold
+    u1 = project(x[0], U1)
+    v1 = project(x, V1)
+    # exact x in vertices is [0,0,0, 1,1,1, 1,0,0, 0,1,0],
+    # so sum(x[0] for each vertex) is therefore sum(0 1 1 0):
+    assert round(sum(u1.vector().get_local()) - (0+1+1+0), 7) == 0.0
+    # and sum(x components for each vertex) is sum(1, 3, 1, 1):
+    assert round(sum(v1.vector().get_local()) - (1+3+1+1), 7) == 0.0
+
+    # Integrate piecewise constant functions over manifold cells,
+    # computing midpoint coordinates
+    midpoints = [
+        (1.0/3.0, 2.0/3.0, 2.0/3.0),
+        (2.0/3.0, 1.0/3.0, 2.0/3.0),
+        ]
+    mp = midpoints
+    assert round(assemble(u1*dx(0)) - mp[0][0]) == 0.0
+    assert round(assemble(u1*dx(1)) - mp[1][0]) == 0.0
+    assert round(assemble(v1[0]*dx(0)) - mp[0][0]) == 0.0
+    assert round(assemble(v1[1]*dx(0)) - mp[0][1]) == 0.0
+    assert round(assemble(v1[2]*dx(0)) - mp[0][2]) == 0.0
+    assert round(assemble(v1[0]*dx(1)) - mp[1][0]) == 0.0
+    assert round(assemble(v1[1]*dx(1)) - mp[1][1]) == 0.0
+    assert round(assemble(v1[2]*dx(1)) - mp[1][2]) == 0.0
+
+
+@skip_in_parallel
+def test_manifold_coordinate_projection(square3d, any_representation):
+    mesh = square3d
+
+    # Project x to a CG1 Function, i.e. setting up for v1(x) = x
+    V1 = VectorFunctionSpace(mesh, "CG", 1)
+    x = SpatialCoordinate(mesh)
+    v1 = project(x, V1)
+
+    # Check that v1(x) = x holds component-wise in squared l2 norm
+    assert round(assemble((v1-x)**2*dx), 7) == 0.0
+    assert round(assemble((v1[0]-x[0])**2*dx), 7) == 0.0
+    assert round(assemble((v1[1]-x[1])**2*dx), 7) == 0.0
+    assert round(assemble((v1[2]-x[2])**2*dx), 7) == 0.0
+    assert round(assemble((v1[0]-x[0])**2*dx(0)), 7) == 0.0
+    assert round(assemble((v1[1]-x[1])**2*dx(0)), 7) == 0.0
+    assert round(assemble((v1[2]-x[2])**2*dx(0)), 7) == 0.0
+    assert round(assemble((v1[0]-x[0])**2*dx(1)), 7) == 0.0
+    assert round(assemble((v1[1]-x[1])**2*dx(1)), 7) == 0.0
+    assert round(assemble((v1[2]-x[2])**2*dx(1)), 7) == 0.0
+
+
+@skip_in_parallel
+def test_manifold_point_evaluation(square3d, any_representation):
+    mesh = square3d
+
+    # Project x to a CG1 Function, i.e. setting up for v1(x) = x
+    V1 = VectorFunctionSpace(mesh, "CG", 1)
+    x = SpatialCoordinate(mesh)
+    v1 = project(x, V1)
+
+    # Evaluate in all corners and cell midpoints,
+    # value should equal the evaluation coordinate
+    # Because bounding box tree doesn't handle manifolds,
+    # we have to specify which cell each point is in.
+    points = [[
+        (0.0, 0.0, 1.0),  # vertex of both cells
+        (1.0, 1.0, 1.0),  # vertex of both cells
+        (1.0, 0.0, 0.0),  # vertex of cell 0 only
+        (2.0/3.0, 1.0/3.0, 2.0/3.0),  # midpoint of cell 0
+        ], [
+        (0.0, 0.0, 1.0),  # vertex of both cells
+        (1.0, 1.0, 1.0),  # vertex of both cells
+        (0.0, 1.0, 0.0),  # vertex of cell 1 only
+        (1.0/3.0, 2.0/3.0, 2.0/3.0),  # midpoint of cell 1
+        ]]
+    values = numpy.zeros(3)
+    bb = mesh.bounding_box_tree()
+    for cellid in (0, 1):
+        for point in points[cellid]:
+            v1.eval_cell(values, numpy.asarray(point), Cell(mesh, cellid))
+            assert round(values[0] - point[0], 7) == 0.0  # expecting v1(x) = x
+            assert round(values[1] - point[1], 7) == 0.0  # expecting v1(x) = x
+            assert round(values[2] - point[2], 7) == 0.0  # expecting v1(x) = x
+            # print cellid, [round(v,2) for v in point],
+            # [round(v,2) for v in values]
+
+
+# Some symbolic quantities are only available through uflacs
+@skip_in_parallel
+def test_manifold_symbolic_geometry(square3d, uflacs_representation_only):
+    mesh = square3d
+    assert mesh.num_cells() == 2
+    gdim = mesh.geometry().dim()
+    tdim = mesh.topology().dim()
+
+    area = sqrt(3.0)  # known area of mesh
+    A = area/2.0  # area of single cell
+    Aref = 0.5  # 0.5 is the area of the UFC reference triangle
+
+    mf = MeshFunction("size_t", mesh, mesh.topology().dim())
+    mf[0] = 0
+    mf[1] = 1
+    dx = Measure("dx", domain=mesh, subdomain_data=mf)
+
+    U0 = FunctionSpace(mesh, "DG", 0)
+    V0 = VectorFunctionSpace(mesh, "DG", 0)
+
+    # 0 means up=+1.0, 1 means down=-1.0
+    orientations = mesh.cell_orientations()
+    assert orientations[0] == 1  # down
+    assert orientations[1] == 0  # up
+
+    # Check cell orientation, should be -1.0 (down) and +1.0 (up) on
+    # the two cells respectively by construction
+    co = CellOrientation(mesh)
+    co0 = assemble(co/A*dx(0))
+    co1 = assemble(co/A*dx(1))
+    assert round(abs(co0) - 1.0, 7) == 0.0  # should be +1 or -1
+    assert round(abs(co1) - 1.0, 7) == 0.0  # should be +1 or -1
+    assert round(co1 + co0, 7) == 0.0  # should cancel out
+    assert round(co0 - -1.0, 7) == 0.0  # down
+    assert round(co1 - +1.0, 7) == 0.0  # up
+
+    # Check cell normal directions component for component
+    cn = CellNormal(mesh)
+    assert assemble(cn[0]/A*dx(0)) > 0.0
+    assert assemble(cn[0]/A*dx(1)) < 0.0
+    assert assemble(cn[1]/A*dx(0)) < 0.0
+    assert assemble(cn[1]/A*dx(1)) > 0.0
+    assert assemble(cn[2]/A*dx(0)) > 0.0
+    assert assemble(cn[2]/A*dx(1)) > 0.0
+    # Check cell normal normalization
+    assert round(assemble(cn**2/A*dx(0)) - 1.0, 7) == 0.0
+    assert round(assemble(cn**2/A*dx(1)) - 1.0, 7) == 0.0
+
+    # Check coordinates with various consistency checking
+    x = SpatialCoordinate(mesh)
+    X = CellCoordinate(mesh)
+    J = Jacobian(mesh)
+    detJ = JacobianDeterminant(mesh)  # pseudo-determinant
+    K = JacobianInverse(mesh)  # pseudo-inverse
+    vol = CellVolume(mesh)
+    h = CellDiameter(mesh)
+    R = Circumradius(mesh)
+
+    # This is not currently implemented in uflacs:
+    # x0 = CellOrigin(mesh)
+    # But by happy accident, x0 is the same vertex for both our triangles:
+    x0 = as_vector((0.0, 0.0, 1.0))
+
+    # Checks on each cell separately
+    for k in range(mesh.num_cells()):
+        # Mark current cell
+        mf.set_all(0)
+        mf[k] = 1
+
+        # Check integration area vs detJ
+        # Validate known cell area A
+        assert round(assemble(1.0*dx(1)) - A, 7) == 0.0
+        assert round(assemble(1.0/A*dx(1)) - 1.0, 7) == 0.0
+        assert round(assemble(A*dx(1)) - A**2, 7) == 0.0
+        # Compare abs(detJ) to A
+        A2 = Aref*abs(detJ)
+        assert round(assemble((A-A2)**2*dx(1)) - 0.0, 7) == 0.0
+        assert round(assemble(1.0/A2*dx(1)) - 1.0, 7) == 0.0
+        assert round(assemble(A2*dx(1)) - A**2, 7) == 0.0
+        # Validate cell orientation
+        assert round(assemble(co*dx(1)) - A*(1 if k == 1 else -1), 7) == 0.0
+        # Compare co*detJ to A (detJ is pseudo-determinant with sign
+        # restored, *co again is equivalent to abs())
+        A3 = Aref*co*detJ
+        assert round(assemble((A-A3)**2*dx(1)) - 0.0, 7) == 0.0
+        assert round(assemble((A2-A3)**2*dx(1)) - 0.0, 7) == 0.0
+        assert round(assemble(1.0/A3*dx(1)) - 1.0, 7) == 0.0
+        assert round(assemble(A3*dx(1)) - A**2, 7) == 0.0
+        # Compare vol to A
+        A4 = vol
+        assert round(assemble((A-A4)**2*dx(1)) - 0.0, 7) == 0.0
+        assert round(assemble((A2-A4)**2*dx(1)) - 0.0, 7) == 0.0
+        assert round(assemble((A3-A4)**2*dx(1)) - 0.0, 7) == 0.0
+        assert round(assemble(1.0/A4*dx(1)) - 1.0, 7) == 0.0
+        assert round(assemble(A4*dx(1)) - A**2, 7) == 0.0
+
+        # Check cell diameter and circumradius
+        assert round(assemble(h/vol*dx(1)) - Cell(mesh, k).h(), 7) == 0.0
+        assert round(assemble(R/vol*dx(1)) - Cell(mesh, k).circumradius(), 7) == 0.0
+
+        # Check integral of reference coordinate components over reference
+        # triangle: \int_0^1 \int_0^{1-x} x dy dx = 1/6
+        Xmp = (1.0/6.0, 1.0/6.0)
+        for j in range(tdim):
+            # Scale by detJ^-1 to get reference cell integral
+            assert round(assemble(X[j]/abs(detJ)*dx(1)) - Xmp[j], 7) == 0.0
+
+        # Check average of physical coordinate components over each cell:
+        xmp = [(2.0/3.0, 1.0/3.0, 2.0/3.0),  # midpoint of cell 0
+               (1.0/3.0, 2.0/3.0, 2.0/3.0),  # midpoint of cell 1
+               ]
+        for i in range(gdim):
+            # Scale by A^-1 to get average of x, not integral
+            assert round(assemble(x[i]/A*dx(1)) - xmp[k][i], 7) == 0.0
+
+    # Check affine coordinate relations x=x0+J*X, X=K*(x-x0), K*J=I
+    assert round(assemble((x - (x0+J*X))**2*dx), 7) == 0.0
+    assert round(assemble((X - K*(x-x0))**2*dx), 7) == 0.0
+    assert round(assemble((K*J - Identity(2))**2/A*dx), 7) == 0.0
+
+
+@skip_in_parallel
+def test_manifold_piola_mapped_functions(square3d, any_representation):
+    mesh = square3d
+    area = sqrt(3.0)  # known area of mesh
+    A = area/2.0
+
+    mf = MeshFunction("size_t", mesh, mesh.topology().dim())
+    mf[0] = 0
+    mf[1] = 1
+    dx = Measure("dx", domain=mesh, subdomain_data=mf)
+
+    x = SpatialCoordinate(mesh)
+
+    J = Jacobian(mesh)
+    detJ = JacobianDeterminant(mesh)  # pseudo-determinant
+    K = JacobianInverse(mesh)  # pseudo-inverse
+
+    Q1 = VectorFunctionSpace(mesh, "CG", 1)
+    U1 = VectorFunctionSpace(mesh, "DG", 1)
+    V1 = FunctionSpace(mesh, "N1div", 1)
+    W1 = FunctionSpace(mesh, "N1curl", 1)
+
+    dq = TestFunction(Q1)
+    du = TestFunction(U1)
+    dv = TestFunction(V1)
+    dw = TestFunction(W1)
+
+    assert U1.ufl_element().mapping() == "identity"
+    assert V1.ufl_element().mapping() == "contravariant Piola"
+    assert W1.ufl_element().mapping() == "covariant Piola"
+
+    if any_representation != "uflacs":
+        return
+
+    # Check that projection test fails if it should fail:
+    vec = Constant((0.0, 0.0, 0.0))
+    q1 = project(vec, Q1)
+    u1 = project(vec, U1)
+    v1 = project(vec, V1)
+    w1 = project(vec, W1)
+    # Projection of zero gets us zero for all spaces
+    assert assemble(q1**2*dx) == 0.0
+    assert assemble(u1**2*dx) == 0.0
+    assert assemble(v1**2*dx) == 0.0
+    assert assemble(w1**2*dx) == 0.0
+    # Changing vec to nonzero, check that dM/df != 0 at f=0
+    vec = Constant((2.0, 2.0, 2.0))
+    assert round(assemble(derivative((q1-vec)**2*dx, q1)).norm('l2') -
+                 assemble(-4.0*sum(dq)*dx).norm('l2'), 7) == 0.0
+    assert round(assemble(derivative((u1-vec)**2*dx, u1)).norm('l2') -
+                 assemble(-4.0*sum(du)*dx).norm('l2'), 7) == 0.0
+    assert round(assemble(derivative((v1-vec)**2*dx, v1)).norm('l2') -
+                 assemble(-4.0*sum(dv)*dx).norm('l2'), 7) == 0.0
+    assert round(assemble(derivative((w1-vec)**2*dx, w1)).norm('l2') -
+                 assemble(-4.0*sum(dw)*dx).norm('l2'), 7) == 0.0
+
+    # Project piecewise linears to scalar and vector CG1 spaces on
+    # manifold
+    vec = Constant((1.0, 1.0, 1.0))
+    q1 = project(vec, Q1)
+    u1 = project(vec, U1)
+    v1 = project(vec, V1)
+    w1 = project(vec, W1)
+
+    # If vec can be represented exactly in space this should be zero:
+    assert round(assemble((q1-vec)**2*dx), 7) == 0.0
+    assert round(assemble((u1-vec)**2*dx), 7) == 0.0
+    assert round(assemble((v1-vec)**2*dx), 7) > 0.0  # Exact representation not possible?
+    assert round(assemble((w1-vec)**2*dx), 7) > 0.0  # Exact representation not possible?
+
+    # In the l2norm projection is correct these should be zero:
+    assert round(assemble(derivative((q1-vec)**2*dx, v1)).norm('l2'), 7) == 0.0
+    assert round(assemble(derivative((u1-vec)**2*dx, w1)).norm('l2'), 7) == 0.0
+    assert round(assemble(derivative((v1-vec)**2*dx, v1)).norm('l2'), 7) == 0.0
+    assert round(assemble(derivative((w1-vec)**2*dx, w1)).norm('l2'), 7) == 0.0
+
+    # Hdiv mapping of a local constant vector should be representable
+    # in hdiv conforming space
+    vec = (1.0/detJ)*J*as_vector((3.0, 5.0))
+    q1 = project(vec, Q1)
+    u1 = project(vec, U1)
+    v1 = project(vec, V1)
+    w1 = project(vec, W1)
+    assert round(assemble((q1-vec)**2*dx), 7) > 0.0  # Exact representation not possible?
+    assert round(assemble((u1-vec)**2*dx), 7) == 0.0
+    assert round(assemble((v1-vec)**2*dx), 7) == 0.0
+    assert round(assemble((w1-vec)**2*dx), 7) > 0.0  # Exact representation not possible?
+
+    # Hcurl mapping of a local constant vector should be representable
+    # in hcurl conforming space
+    vec = K.T*as_vector((5.0, 2.0))
+    q1 = project(vec, Q1)
+    u1 = project(vec, U1)
+    v1 = project(vec, V1)
+    w1 = project(vec, W1)
+    assert round(assemble((q1-vec)**2*dx), 7) > 0.0  # Exact representation not possible?
+    assert round(assemble((u1-vec)**2*dx), 7) == 0.0
+    assert round(assemble((v1-vec)**2*dx), 7) > 0.0  # Exact representation not possible?
+    assert round(assemble((w1-vec)**2*dx), 7) == 0.0
+
+
+# Some symbolic quantities are only available through uflacs
+@skip_in_parallel
+def test_tetrahedron_symbolic_geometry(uflacs_representation_only):
+    mesh = UnitCubeMesh(1, 1, 1)
+    assert mesh.num_cells() == 6
+    gdim = mesh.geometry().dim()
+    tdim = mesh.topology().dim()
+
+    area = 1.0  # known volume of mesh
+    A = area/6.0  # volume of single cell
+    Aref = 1.0/6.0  # the volume of the UFC reference tetrahedron
+
+    mf = MeshFunction("size_t", mesh, mesh.topology().dim())
+    dx = Measure("dx", domain=mesh, subdomain_data=mf)
+
+    U0 = FunctionSpace(mesh, "DG", 0)
+    V0 = VectorFunctionSpace(mesh, "DG", 0)
+    U1 = FunctionSpace(mesh, "DG", 1)
+    V1 = VectorFunctionSpace(mesh, "DG", 1)
+
+    # Check coordinates with various consistency checking
+    x = SpatialCoordinate(mesh)
+    X = CellCoordinate(mesh)
+    J = Jacobian(mesh)
+    detJ = JacobianDeterminant(mesh)
+    K = JacobianInverse(mesh)
+    vol = CellVolume(mesh)
+    h = CellDiameter(mesh)
+    R = Circumradius(mesh)
+
+    coordinates = mesh.coordinates()
+    cells = mesh.cells()
+
+    for k in range(mesh.num_cells()):
+        # Mark current cell
+        mf.set_all(0)
+        mf[k] = 1
+
+        # Check integration area vs detJ
+        # This is not currently implemented in uflacs:
+        # x0 = CellOrigin(mesh)
+        # But we can extract it from the mesh for a given cell k
+        x0 = as_vector(coordinates[cells[k][0]][:])
+        # Validate known cell volume A
+        assert round(assemble(1.0*dx(1)) - A, 7) == 0.0
+        assert round(assemble(1.0/A*dx(1)) - 1.0, 7) == 0.0
+        assert round(assemble(A*dx(1)) - A**2, 7) == 0.0
+        # Compare abs(detJ) to A
+        A2 = Aref*abs(detJ)
+        assert round(assemble((A-A2)**2*dx(1)) - 0.0, 7) == 0.0
+        assert round(assemble(1.0/A2*dx(1)) - 1.0, 7) == 0.0
+        assert round(assemble(A2*dx(1)) - A**2, 7) == 0.0
+        # Compare vol to A
+        A4 = vol
+        assert round(assemble((A-A4)**2*dx(1)) - 0.0, 7) == 0.0
+        assert round(assemble((A2-A4)**2*dx(1)) - 0.0, 7) == 0.0
+        assert round(assemble(1.0/A4*dx(1)) - 1.0, 7) == 0.0
+        assert round(assemble(A4*dx(1)) - A**2, 7) == 0.0
+
+        # Check integral of reference coordinate components over reference
+        # tetrahedron:
+        Xmp = (1.0/24.0, 1.0/24.0, 1.0/24.0)  # not validated analytically
+        for j in range(tdim):
+            # Scale by detJ^-1 to get reference cell integral
+            assert round(assemble(X[j]/abs(detJ)*dx(1)) - Xmp[j], 7) == 0.0
+
+        # Check average of physical coordinate components over each cell:
+        # Compute average of vertex coordinates extracted from mesh
+        verts = [coordinates[i][:] for i in cells[k]]
+        vavg = sum(verts[1:], verts[0])/len(verts)
+        for i in range(gdim):
+            # Scale by A^-1 to get average of x, not integral
+            assert round(assemble(x[i]/A*dx(1)) - vavg[i], 7) == 0.0
+
+        # Check affine coordinate relations x=x0+J*X, X=K*(x-x0), K*J=I
+        x0 = as_vector(coordinates[cells[k][0]][:])
+        assert round(assemble((x - (x0+J*X))**2*dx(1)), 7) == 0.0
+        assert round(assemble((X - K*(x-x0))**2*dx(1)), 7) == 0.0
+        assert round(assemble((K*J - Identity(tdim))**2/A*dx(1)), 7) == 0.0
+
+        # Check cell diameter and circumradius
+        assert round(assemble(h/vol*dx(1)) - Cell(mesh, k).h(), 7) == 0.0
+        assert round(assemble(R/vol*dx(1)) - Cell(mesh, k).circumradius(), 7) == 0.0
+
+
+# Some symbolic quantities are only available through uflacs
+@skip_in_parallel
+def test_triangle_symbolic_geometry(uflacs_representation_only):
+    mesh = UnitSquareMesh(1, 1)
+    assert mesh.num_cells() == 2
+    gdim = mesh.geometry().dim()
+    tdim = mesh.topology().dim()
+
+    area = 1.0  # known volume of mesh
+    A = area/2.0  # volume of single cell
+    Aref = 1.0/2.0  # the volume of the UFC reference triangle
+
+    mf = MeshFunction("size_t", mesh, mesh.topology().dim())
+    dx = Measure("dx", domain=mesh, subdomain_data=mf)
+
+    U0 = FunctionSpace(mesh, "DG", 0)
+    V0 = VectorFunctionSpace(mesh, "DG", 0)
+    U1 = FunctionSpace(mesh, "DG", 1)
+    V1 = VectorFunctionSpace(mesh, "DG", 1)
+
+    # Check coordinates with various consistency checking
+    x = SpatialCoordinate(mesh)
+    X = CellCoordinate(mesh)
+    J = Jacobian(mesh)
+    detJ = JacobianDeterminant(mesh)
+    K = JacobianInverse(mesh)
+    vol = CellVolume(mesh)
+    h = CellDiameter(mesh)
+    R = Circumradius(mesh)
+
+    coordinates = mesh.coordinates()
+    cells = mesh.cells()
+
+    for k in range(mesh.num_cells()):
+        # Mark current cell
+        mf.set_all(0)
+        mf[k] = 1
+
+        # Check integration area vs detJ
+        # This is not currently implemented in uflacs:
+        # x0 = CellOrigin(mesh)
+        # But we can extract it from the mesh for a given cell k
+        x0 = as_vector(coordinates[cells[k][0]][:])
+        # Validate known cell volume A
+        assert round(assemble(1.0*dx(1)) - A, 7) == 0.0
+        assert round(assemble(1.0/A*dx(1)) - 1.0, 7) == 0.0
+        assert round(assemble(A*dx(1)) - A**2, 7) == 0.0
+        # Compare abs(detJ) to A
+        A2 = Aref*abs(detJ)
+        assert round(assemble((A-A2)**2*dx(1)) - 0.0, 7) == 0.0
+        assert round(assemble(1.0/A2*dx(1)) - 1.0, 7) == 0.0
+        assert round(assemble(A2*dx(1)) - A**2, 7) == 0.0
+        # Compare vol to A
+        A4 = vol
+        assert round(assemble((A-A4)**2*dx(1)) - 0.0, 7) == 0.0
+        assert round(assemble((A2-A4)**2*dx(1)) - 0.0, 7) == 0.0
+        assert round(assemble(1.0/A4*dx(1)) - 1.0, 7) == 0.0
+        assert round(assemble(A4*dx(1)) - A**2, 7) == 0.0
+
+        # Check integral of reference coordinate components over reference
+        # triangle:
+        Xmp = (1.0/6.0, 1.0/6.0)
+        for j in range(tdim):
+            # Scale by detJ^-1 to get reference cell integral
+            assert round(assemble(X[j]/abs(detJ)*dx(1)) - Xmp[j], 7) == 0.0
+
+        # Check average of physical coordinate components over each cell:
+        # Compute average of vertex coordinates extracted from mesh
+        verts = [coordinates[i][:] for i in cells[k]]
+        vavg = sum(verts[1:], verts[0])/len(verts)
+        for i in range(gdim):
+            # Scale by A^-1 to get average of x, not integral
+            assert round(assemble(x[i]/A*dx(1)) - vavg[i], 7) == 0.0
+
+        # Check affine coordinate relations x=x0+J*X, X=K*(x-x0), K*J=I
+        x0 = as_vector(coordinates[cells[k][0]][:])
+        assert round(assemble((x - (x0+J*X))**2*dx(1)), 7) == 0.0
+        assert round(assemble((X - K*(x-x0))**2*dx(1)), 7) == 0.0
+        assert round(assemble((K*J - Identity(tdim))**2/A*dx(1)), 7) == 0.0
+
+        # Check cell diameter and circumradius
+        assert round(assemble(h/vol*dx(1)) - Cell(mesh, k).h(), 7) == 0.0
+        assert round(assemble(R/vol*dx(1)) - Cell(mesh, k).circumradius(), 7) == 0.0
+
+
+xfail_jit = pytest.mark.xfail(raises=Exception, strict=True)
+
+@pytest.mark.parametrize('mesh_factory', [
+    (UnitIntervalMesh, (8,)),
+    (UnitSquareMesh, (4, 4)),
+    (UnitDiscMesh.create, (MPI.comm_world, 4, 1, 2)),
+    (UnitDiscMesh.create, (MPI.comm_world, 4, 1, 3)),
+    (SphericalShellMesh.create, (MPI.comm_world, 1,)),
+    (UnitCubeMesh, (2, 2, 2)),
+    (UnitSquareMesh.create, (4, 4, CellType.Type.quadrilateral)),
+    (UnitCubeMesh.create, (2, 2, 2, CellType.Type.hexahedron)),
+    (line1d_impl, (None,)),
+    (line2d_impl, (None,)),
+    (line3d_impl, (None,)),
+    (rline1d_impl, (None,)),
+    (rline2d_impl, (None,)),
+    (rline3d_impl, (None,)),
+    (square2d_impl, (None,)),
+    (square3d_impl, (None,)),
+    # Tested geometric quantities are not implemented for higher-order cells
+    pytest.param(((UnitDiscMesh.create, (MPI.comm_world, 4, 2, 2))), marks=xfail_jit),
+    pytest.param(((UnitDiscMesh.create, (MPI.comm_world, 4, 2, 3))), marks=xfail_jit),
+    pytest.param(((SphericalShellMesh.create, (MPI.comm_world, 2,))), marks=xfail_jit)])
+@skip_in_parallel
+def test_geometric_quantities(uflacs_representation_only, mesh_factory):
+
+    func, args = mesh_factory
+    mesh = func(*args)
+
+    tdim = mesh.ufl_cell().topological_dimension()
+
+    cf = MeshFunction('size_t', mesh, mesh.topology().dim(), 0)
+    dx = Measure("dx", domain=mesh, subdomain_data=cf)
+
+    ff = MeshFunction('size_t', mesh, mesh.topology().dim()-1, 0)
+    ds = Measure("ds", domain=mesh, subdomain_data=ff)
+    dS = Measure("dS", domain=mesh, subdomain_data=ff)
+
+    h = CellDiameter(mesh)
+    R = Circumradius(mesh)
+    max_cell_edge = MaxCellEdgeLength(mesh)
+    min_cell_edge = MinCellEdgeLength(mesh)
+    max_facet_edge = MaxFacetEdgeLength(mesh)
+    min_facet_edge = MinFacetEdgeLength(mesh)
+
+    for c in cells(mesh):
+        # Mark current cell for integration
+        cf.set_all(0)
+        cf[c] = 1
+
+        vol = assemble(1*dx(1))
+
+        # Check cell diameter
+        assert numpy.isclose(assemble(h*dx(1))/vol, c.h())
+
+        # Check max/min cell edge length
+        assert numpy.isclose(assemble(max_cell_edge*dx(1))/vol,
+                             max(e.length() for e in edges(c)))
+        assert numpy.isclose(assemble(min_cell_edge*dx(1))/vol,
+                             min(e.length() for e in edges(c)))
+
+        # Check circumradius if it makes sense
+        if mesh.ufl_domain().is_piecewise_linear_simplex_domain():
+            assert numpy.isclose(assemble(R*dx(1))/vol, c.circumradius())
+
+    # Check max/min facet edge length if it makes sense
+    if tdim >= 3:
+
+        mesh.init(tdim-1, tdim)  # for Facet.exterior()
+
+        for f in facets(mesh):
+            # Mark current facet for integration and pick facet measure
+            ff.set_all(0)
+            ff[f] = 1
+            df = ds(1) if f.exterior() else dS(1)
+
+            vol = assemble(1*df)
+
+            assert numpy.isclose(assemble(max_facet_edge*df)/vol,
+                                 max(e.length() for e in edges(f)))
+            assert numpy.isclose(assemble(min_facet_edge*df)/vol,
+                                 min(e.length() for e in edges(f)))
diff --git a/python/test/unit/fem/test_system_assembler.py b/python/test/unit/fem/test_system_assembler.py
new file mode 100644
index 0000000..dd3f65e
--- /dev/null
+++ b/python/test/unit/fem/test_system_assembler.py
@@ -0,0 +1,469 @@
+"""Unit tests for class SystemAssembler"""
+
+# Copyright (C) 2011-2013 Garth N. Wells, 2013 Jan Blechta
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Marie E. Rognes 2011
+# Modified by Anders Logg 2011
+
+import pytest
+import numpy
+import os
+from dolfin import *
+from dolfin_utils.test import *
+
+
+def test_cell_assembly():
+
+    mesh = UnitCubeMesh(4, 4, 4)
+    V = VectorFunctionSpace(mesh, "DG", 1)
+
+    v = TestFunction(V)
+    u = TrialFunction(V)
+    f = Constant((10, 20, 30))
+
+    def epsilon(v):
+        return 0.5*(grad(v) + grad(v).T)
+
+    a = inner(epsilon(v), epsilon(u))*dx
+    L = inner(v, f)*dx
+
+    A_frobenius_norm = 4.3969686527582512
+    b_l2_norm = 0.95470326978246278
+
+    # Assemble system
+    A, b = assemble_system(a, L)
+    assert round(A.norm("frobenius") - A_frobenius_norm, 10) == 0
+    assert round(b.norm("l2") - b_l2_norm, 10) == 0
+
+    # SystemAssembler construction
+    assembler = SystemAssembler(a, L)
+
+    # Test SystemAssembler for LHS and RHS
+    A = Matrix()
+    b = Vector()
+    assembler.assemble(A, b)
+    assert round(A.norm("frobenius") - A_frobenius_norm, 10) == 0
+    assert round(b.norm("l2") - b_l2_norm, 10) == 0
+
+    A = Matrix()
+    b = Vector()
+
+    assembler.assemble(A)
+    assert round(A.norm("frobenius") - A_frobenius_norm, 10) == 0
+
+    assembler.assemble(b)
+    assert round(b.norm("l2") - b_l2_norm, 10) == 0
+
+
+def test_cell_assembly_bc():
+
+    mesh = UnitCubeMesh(4, 4, 4)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+    bc = DirichletBC(V, 1.0, "on_boundary")
+
+    u, v = TrialFunction(V), TestFunction(V)
+    f = Constant(10)
+
+    a = inner(grad(u), grad(v))*dx
+    L = inner(f, v)*dx
+
+    A_frobenius_norm = 96.847818767384
+    b_l2_norm = 96.564760289080
+
+    # Assemble system
+    A, b = assemble_system(a, L, bc)
+    assert round(A.norm("frobenius") - A_frobenius_norm, 10) == 0
+    assert round(b.norm("l2") - b_l2_norm, 10) == 0
+
+    # Create assembler
+    assembler = SystemAssembler(a, L, bc)
+
+    # Test for assembling A and b via assembler object
+    A, b = Matrix(), Vector()
+    assembler.assemble(A, b)
+    assert round(A.norm("frobenius") - A_frobenius_norm, 10) == 0
+    assert round(b.norm("l2") - b_l2_norm, 10) == 0
+
+    # Assemble LHS only (first time)
+    A = Matrix()
+    assembler.assemble(A)
+    assert round(A.norm("frobenius") - A_frobenius_norm, 10) == 0
+
+    # Assemble LHS only (second time)
+    assembler.assemble(A)
+    assert round(A.norm("frobenius") - A_frobenius_norm, 10) == 0
+
+    # Assemble RHS only (first time)
+    b = Vector()
+    assembler.assemble(b)
+    assert round(b.norm("l2") - b_l2_norm, 10) == 0
+
+    # Assemble RHS only (second time time)
+    assembler.assemble(b)
+    assert round(b.norm("l2") - b_l2_norm, 10) == 0
+
+
+def test_facet_assembly():
+
+    def test(mesh):
+        V = FunctionSpace(mesh, "DG", 1)
+
+        # Define test and trial functions
+        v = TestFunction(V)
+        u = TrialFunction(V)
+
+        # Define normal component, mesh size and right-hand side
+        n = FacetNormal(mesh)
+        h = 2*Circumradius(mesh)
+        h_avg = (h('+') + h('-'))/2
+        f = Expression("500.0*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2)) / 0.02)", degree=1)
+
+        # Define bilinear form
+        a = dot(grad(v), grad(u))*dx \
+            - dot(avg(grad(v)), jump(u, n))*dS \
+            - dot(jump(v, n), avg(grad(u)))*dS \
+            + 4.0/h_avg*dot(jump(v, n), jump(u, n))*dS \
+            - dot(grad(v), u*n)*ds \
+            - dot(v*n, grad(u))*ds \
+            + 8.0/h*v*u*ds
+
+        # Define linear form
+        L = v*f*dx
+
+        # Reference values
+        A_frobenius_norm = 157.867392938645
+        b_l2_norm = 1.48087142738768
+
+        # Assemble system
+        A, b = assemble_system(a, L)
+        assert round(A.norm("frobenius") - A_frobenius_norm, 10) == 0
+        assert round(b.norm("l2") - b_l2_norm, 10) == 0
+
+        # Test SystemAssembler
+        assembler = SystemAssembler(a, L)
+        A = Matrix()
+        b = Vector()
+
+        assembler.assemble(A, b)
+        assert round(A.norm("frobenius") - A_frobenius_norm, 10) == 0
+        assert round(b.norm("l2") - b_l2_norm, 10) == 0
+
+        A = Matrix()
+        b = Vector()
+        assembler.assemble(A)
+        assert round(A.norm("frobenius") - A_frobenius_norm, 10) == 0
+        assembler.assemble(b)
+        assert round(b.norm("l2") - b_l2_norm, 10) == 0
+
+    parameters["ghost_mode"] = "shared_facet"
+    mesh = UnitSquareMesh(24, 24)
+    test(mesh)
+
+    parameters["ghost_mode"] = "shared_vertex"
+    mesh = UnitSquareMesh(24, 24)
+    test(mesh)
+
+    parameters["ghost_mode"] = "none"
+
+
+def test_vertex_assembly():
+
+    # Create mesh and define function space
+    mesh = UnitSquareMesh(32, 32)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+
+    # Define Dirichlet boundary (x = 0 or x = 1)
+    def boundary(x):
+        return x[0] < DOLFIN_EPS or x[0] > 1.0 - DOLFIN_EPS
+
+    def center_func(x):
+        return 0.25 <= x[0] and x[0] <= 0.75 and near(x[1], 0.5)
+
+    # Define domain for point integral
+    center_domain = MeshFunction("size_t", mesh, 0, 0)
+    center = AutoSubDomain(center_func)
+    center.mark(center_domain, 1)
+    dPP = dP(subdomain_data=center_domain)
+
+    # Define variational problem
+    u = TrialFunction(V)
+    v = TestFunction(V)
+    f = Constant(.4)
+    a = inner(grad(u), grad(v))*dx
+    L = f*v*dPP(1)
+
+    with pytest.raises(RuntimeError):
+        A, b = assemble_system(a, L)
+
+
+@pytest.mark.parametrize('mesh_factory', [(UnitSquareMesh, (20, 20)),
+                                          (UnitSquareMesh.create, (20, 20, CellType.Type.quadrilateral))])
+def test_incremental_assembly(mesh_factory):
+
+    for f in [Constant(0.0), Constant(1e4)]:
+
+        # Laplace/Poisson problem
+        func, args = mesh_factory
+        mesh = func(*args)
+        V = FunctionSpace(mesh, 'CG', 1)
+        u, v = TrialFunction(V), TestFunction(V)
+        a, L = inner(grad(u), grad(v))*dx, f*v*dx
+        uD = Expression("42.0*(2.0*x[0]-1.0)", degree=1)
+        bc = DirichletBC(V, uD, "on_boundary")
+
+        # Initialize initial guess by some number
+        u = Function(V)
+        x = u.vector()
+        x[:] = 30.0
+
+        # Assemble incremental system
+        assembler = SystemAssembler(a, -L, bc)
+        A, b = Matrix(), Vector()
+        assembler.assemble(A, b, x)
+
+        # Solve for (negative) increment
+        Dx = Vector(x)
+        Dx.zero()
+        solve(A, Dx, b)
+
+        # Update solution
+        x[:] -= Dx[:]
+
+        # Check solution
+        u_true = Function(V)
+        solve(a == L, u_true, bc)
+        u.vector()[:] -= u_true.vector()[:]
+        error = norm(u.vector(), 'linf')
+        assert round(error - 0.0, 7) == 0
+
+
+@skip_in_parallel
+@pytest.mark.parametrize('mesh_factory', [
+    (UnitSquareMesh.create, (24, 24, CellType.Type.triangle)),
+    (UnitSquareMesh.create, (24, 24, CellType.Type.quadrilateral)),
+])
+def test_domains(mesh_factory):
+
+    class RightSubDomain(SubDomain):
+        def inside(self, x, on_boundary):
+            return x[0] > 0.5
+
+    func, args = mesh_factory
+    mesh = func(*args)
+
+    sub_domains = MeshFunction("size_t", mesh, mesh.topology().dim())
+    sub_domains.set_all(1)
+    right = RightSubDomain()
+    right.mark(sub_domains, 2)
+
+    V = FunctionSpace(mesh, "DG", 1)
+    v = TestFunction(V)
+    u = TrialFunction(V)
+
+    # the numerical answer (initialized to some number)
+    x = Function(V)
+    x.vector()[:] = 30.0
+
+    dx = Measure("dx", subdomain_data=sub_domains)
+    # the forms
+    a = v*u*dx(1) + 2*v*u*dx(2)
+    L = v*Constant(1.0)*dx(1) + v*Constant(2.0)*dx(2)
+    # test cell-wise assembly
+    assembler = SystemAssembler(a, L)
+
+    A0 = Matrix()
+    b = Vector()
+    assembler.assemble(A0, b)
+
+    solve(A0, x.vector(), b)
+
+    # check solution
+    x.vector()[:] -= 1.0
+    error = norm(x.vector(), 'linf')
+    assert round(error - 0.0, 7) == 0
+
+    # now give the form some internal facet integrals
+    a += v('+')*u('+')*Constant(0.0)('+')*dS
+    assembler = SystemAssembler(a, L)
+    A1 = Matrix()
+    # test facet-wise assembly
+    assembler.assemble(A1, b)
+
+    # reset solution vector to some number
+    x.vector()[:] = 30.0
+    solve(A1, x.vector(), b)
+
+    # check solution
+    x.vector()[:] -= 1.0
+    error = norm(x.vector(), 'linf')
+    assert round(error - 0.0, 7) == 0
+
+
+@skip_in_parallel
+def test_facet_assembly_cellwise_insertion(filedir):
+
+    def run_test(mesh):
+        c_f = FunctionSpace(mesh, "DG", 0)
+        v = Constant((-1.0,))
+        dt = Constant(1.0)
+
+        c_t = TestFunction(c_f)
+        c_a = TrialFunction(c_f)
+
+        n = FacetNormal(mesh)
+        vn = dot(v, n)
+        vout = 0.5*(vn + abs(vn))
+
+        # forms:
+        # a has no facet integrals
+        a = c_t*c_a*dx
+        # L has facet integrals so we end up in facet wise assembly
+        L = c_t('+')*vout('+')*dt('+')*dS + c_t('-')*vout('-')*dt('-')*dS  \
+            + c_t*vout*dt*ds
+        # but have to use cell wise insertion because the sparsity
+        # pattern doesn't support the macro element
+
+        A = Matrix()
+        b = Vector()
+
+        assembler = SystemAssembler(a, L)
+        assembler.assemble(A, b)
+
+        A_frobenius_norm = ((0.1**2)*10)**0.5
+        A_linf_norm = 0.1
+        b_l2_norm = 10.0**0.5
+        b_linf_norm = 1.0
+
+        assert round(A.norm("frobenius") - A_frobenius_norm, 10) == 0
+        assert round(b.norm("l2") - b_l2_norm, 10) == 0
+        assert round(A.norm("linf") - A_linf_norm, 10) == 0
+        assert round(b.norm("linf") - b_linf_norm, 10) == 0
+
+        x = Function(c_f)
+        x.vector()[:] = 30.0
+
+        solver_worked = True
+        try:
+            solve(A, x.vector(), b)
+        except:
+            solver_worked = False
+        assert solver_worked
+
+        x.vector()[:] -= 10.0
+        error = norm(x.vector(), 'linf')
+        assert round(error - 0.0, 7) == 0
+
+    # Run tests
+    run_test(UnitIntervalMesh(10))
+    run_test(Mesh(os.path.join(filedir, "gmsh_unit_interval.xml")))
+
+
+@pytest.mark.parametrize('mesh_factory', [(UnitSquareMesh, (24, 24)),
+                                          (UnitSquareMesh.create, (24, 24, CellType.Type.quadrilateral))])
+def test_non_square_assembly(mesh_factory):
+    func, args = mesh_factory
+    mesh = func(*args)
+
+    def bound(x):
+        return (x[0] == 0)
+
+    # Assemble four blocks in VxV, VxQ, QxV and VxV
+    P2 = VectorElement("Lagrange", mesh.ufl_cell(), 2)
+    P1 = FiniteElement("Lagrange", mesh.ufl_cell(), 1)
+    Q = FunctionSpace(mesh, P1)
+    V = FunctionSpace(mesh, P2)
+    u = TrialFunction(V)
+    v = TestFunction(V)
+    p = TrialFunction(Q)
+    q = TestFunction(Q)
+
+    a00 = inner(grad(u), grad(v))*dx
+    a01 = dot(grad(p), v)*dx
+    a10 = q*div(u)*dx
+    a11 = p*q*dx
+    L0 = dot(Constant((0.0, 0.0)), v)*dx
+    L1 = Constant(0.0)*q*dx
+    bc = DirichletBC(V.sub(0), Constant(1.0), bound)
+
+    assembler = SystemAssembler([a00, a01, a10, a11], [L0, L1], [[bc], []])
+    A00 = Matrix()
+    A01 = Matrix()
+    A10 = Matrix()
+    A11 = Matrix()
+    b0 = Vector()
+    b1 = Vector()
+    assembler.assemble([A00, A01, A10, A11], [b0, b1])
+    Anorm1 = A00.norm("frobenius")**2
+    Anorm1 += A01.norm("frobenius")**2
+    Anorm1 += A10.norm("frobenius")**2
+    Anorm1 += A11.norm("frobenius")**2
+    bnorm1 = b0.norm("l2")**2 + b1.norm("l2")**2
+
+    # Same problem as a MixedFunctionSpace
+    W = FunctionSpace(mesh, P2*P1)
+    u, p = TrialFunctions(W)
+    v, q = TestFunctions(W)
+
+    a = inner(grad(u), grad(v))*dx + dot(grad(p), v)*dx + q*div(u)*dx + p*q*dx
+    L = dot(Constant((0.0, 0.0)), v)*dx + Constant(0.0)*q*dx
+    bc = DirichletBC(W.sub(0).sub(0), Constant(1.0), bound)
+    assembler = SystemAssembler(a, L, bc)
+    A = Matrix()
+    b = Vector()
+    assembler.assemble(A, b)
+
+    bnorm2 = b.norm("l2")**2
+    Anorm2 = A.norm("frobenius")**2
+    assert round(1.0 - bnorm1/bnorm2, 10) == 0
+    assert round(1.0 - Anorm1/Anorm2, 10) == 0
+
+
+def test_ghost_mode_handling(pushpop_parameters):
+    def _forms():
+        # Return forms with interior facet integral
+        mesh = UnitSquareMesh(10, 10)
+        V = FunctionSpace(mesh, "P", 1)
+        u, v = TrialFunction(V), TestFunction(V)
+        a, L = u('+')*v('+')*dS, v('+')*dS
+        return a, L
+
+    def _check_value(forms):
+        A, b = assemble_system(*forms)
+        # Test by vector of ones; gives length of interior facets
+        x = Vector()
+        A.init_vector(x, 1)
+        x[:] = 1.0
+        assert numpy.isclose(b.inner(x), 18.0+10*2.0**0.5)
+        assert numpy.isclose((A*x).inner(x), 18.0+10*2.0**0.5)
+
+    # Not-ghosted mesh won't work in parallel and assembler should raise
+    parameters["ghost_mode"] = "none"
+    if MPI.size(MPI.comm_world) == 1:
+        _check_value(_forms())
+    else:
+        assembler = SystemAssembler(*_forms())
+        A, b = Matrix(), Vector()
+        with pytest.raises(RuntimeError) as excinfo:
+            assembler.assemble(A, b)
+        assert "Incorrect mesh ghost mode" in repr(excinfo.value)
+
+    # Ghosted meshes work everytime
+    parameters["ghost_mode"] = "shared_vertex"
+    _check_value(_forms())
+    parameters["ghost_mode"] = "shared_facet"
+    _check_value(_forms())
diff --git a/python/test/unit/fem/test_variational_problem.py b/python/test/unit/fem/test_variational_problem.py
new file mode 100644
index 0000000..6bdd663
--- /dev/null
+++ b/python/test/unit/fem/test_variational_problem.py
@@ -0,0 +1,70 @@
+"""Unit tests for the Nonlinear- and Linear-VariationalProblem classes"""
+
+# Copyright (C) 2016 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+from dolfin import *
+from dolfin_utils.test import *
+
+
+def test_linear_construction():
+    "Test construction of LinearVariationalProblem"
+
+    mesh = UnitSquareMesh(4, 4)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+    u = TrialFunction(V)
+    v = TestFunction(V)
+    f = Constant(100.0)
+
+    a = dot(grad(u), grad(v))*dx + u*v*dx
+    L = f*v*dx
+
+    bc = DirichletBC(V, 0.0, DomainBoundary())
+
+    w = Function(V)
+    with pytest.raises(TypeError):
+        problem = LinearVariationalProblem(a, L)
+    with pytest.raises(Exception):
+        problem = LinearVariationalProblem(a, L, [bc])
+    with pytest.raises(Exception):
+        problem = LinearVariationalProblem(a, L, [bc], w)
+    problem = LinearVariationalProblem(a, L, w, [])
+    problem = LinearVariationalProblem(a, L, w, [bc])
+    problem = LinearVariationalProblem(a, L, w, [bc, bc])
+
+
+def test_nonlinear_construction():
+    "Test construction of NonlinearVariationalProblem"
+
+    mesh = UnitSquareMesh(4, 4)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+    u = Function(V)
+    du = TrialFunction(V)
+    v = TestFunction(V)
+    f = Constant(100.0)
+
+    F = dot(grad(u), grad(v))*dx + u*v*dx - f*v*dx
+    J = derivative(F, u, du)
+    bc = DirichletBC(V, 0.0, DomainBoundary())
+
+    with pytest.raises(Exception):
+        problem = NonlinearVariationalProblem(F, u, J)
+    problem = NonlinearVariationalProblem(F, u)
+    problem = NonlinearVariationalProblem(F, u, [])
+    problem = NonlinearVariationalProblem(F, u, [], J)
+    problem = NonlinearVariationalProblem(F, u, J=J, bcs=[])
diff --git a/python/test/unit/fem/tetrahedron.xml b/python/test/unit/fem/tetrahedron.xml
new file mode 100644
index 0000000..1b2f9f3
--- /dev/null
+++ b/python/test/unit/fem/tetrahedron.xml
@@ -0,0 +1,15 @@
+<?xml version="1.0" encoding="UTF-8"?>
+
+<dolfin xmlns:dolfin="http://www.fenics.org/dolfin/">
+  <mesh celltype="tetrahedron" dim="3">
+    <vertices size="4">
+      <vertex index="0" x="0" y="0" z="0" />
+      <vertex index="1" x="1" y="0" z="0" />
+      <vertex index="2" x="0" y="1" z="0" />
+      <vertex index="3" x="0" y="0" z="1" />
+    </vertices>
+    <cells size="1">
+      <tetrahedron index="0" v0="0" v1="1" v2="2" v3="3"/>
+    </cells>
+  </mesh>
+</dolfin>
diff --git a/python/test/unit/function/test_constant.py b/python/test/unit/function/test_constant.py
new file mode 100755
index 0000000..d246f37
--- /dev/null
+++ b/python/test/unit/function/test_constant.py
@@ -0,0 +1,130 @@
+"""Unit tests for the function library"""
+
+# Copyright (C) 2007 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2007-05-24
+# Last changed: 2011-01-28
+
+import pytest
+from numpy import array
+from dolfin import *
+from ufl import UFLException
+
+def test_name_argument():
+    u = Constant(1.0)
+    v = Constant(1.0, name="v")
+    assert u.name() == "f_%d" % u.count()
+    assert v.name() == "v"
+    assert str(v) == "v"
+
+
+def testConstantInit():
+    c0 = Constant(1.)
+    c1 = Constant([2, 3], interval)
+    c2 = Constant([[2, 3], [3, 4]], triangle)
+    c3 = Constant(array([2, 3]), tetrahedron)
+    c4 = Constant([[2, 3], [3, 4]], quadrilateral)
+    c5 = Constant(array([2, 3]), hexahedron)
+
+    # FIXME:
+    assert c0.cell() is None
+    assert c1.cell() == interval
+    assert c2.cell() == triangle
+    assert c3.cell() == tetrahedron
+    assert c4.cell() == quadrilateral
+    assert c5.cell() == hexahedron
+
+    assert c0.ufl_shape == ()
+    assert c1.ufl_shape == (2,)
+    assert c2.ufl_shape == (2, 2)
+    assert c3.ufl_shape == (2,)
+    assert c4.ufl_shape == (2, 2)
+    assert c5.ufl_shape == (2,)
+
+
+def testGrad():
+    import ufl
+    zero = ufl.constantvalue.Zero((2, 3))
+    c0 = Constant(1.)
+    c3 = Constant(array([2, 3]), tetrahedron)
+
+    def gradient(c):
+        return grad(c)
+    with pytest.raises(UFLException):
+        grad(c0)
+    assert zero == gradient(c3)
+
+
+@pytest.mark.parametrize('mesh_factory', [(UnitCubeMesh, (8, 8, 8)), (UnitCubeMesh.create, (8, 8, 8, CellType.Type.hexahedron))])
+def test_compute_vertex_values(mesh_factory):
+    from numpy import zeros, all, array
+
+    func, args = mesh_factory
+    mesh = func(*args)
+
+    e0 = Constant(1)
+    e1 = Constant((1, 2, 3))
+
+    # e0_values = zeros(mesh.num_vertices(),dtype='d')
+    # e1_values = zeros(mesh.num_vertices()*3,dtype='d')
+
+    e0_values = e0.compute_vertex_values(mesh)
+    e1_values = e1.compute_vertex_values(mesh)
+
+    assert all(e0_values == 1)
+    assert all(e1_values[:mesh.num_vertices()] == 1)
+    assert all(e1_values[mesh.num_vertices():mesh.num_vertices()*2] == 2)
+    assert all(e1_values[mesh.num_vertices()*2:mesh.num_vertices()*3] == 3)
+
+
+def test_values():
+    import numpy as np
+
+    c0 = Constant(1.)
+    c0_vals = c0.values()
+    assert np.all(c0_vals == np.array([1.], dtype=np.double))
+
+    c1 = Constant((1., 2.))
+    c1_vals = c1.values()
+    assert np.all(c1_vals == np.array([1., 2.], dtype=np.double))
+
+    c2 = Constant((1., 2., 3.))
+    c2_vals = c2.values()
+    assert np.all(c2_vals == np.array([1., 2., 3.], dtype=np.double))
+
+
+def test_str():
+    c0 = Constant(1.)
+    c0.str(False)
+    c0.str(True)
+
+    c1 = Constant((1., 2., 3.))
+    c1.str(False)
+    c1.str(True)
+
+
+def test_assign():
+    c0 = Constant(1.)
+    assert c0.values() == (1,)
+    c0.assign(Constant(3))
+    assert c0.values() == (3,)
+
+    c1 = Constant([1, 2])
+    assert (c1.values() == (1, 2)).all()
+    c1.assign(Constant([3, 4]))
+    assert (c1.values() == (3, 4)).all()
diff --git a/python/test/unit/function/test_constrained_function_space.py b/python/test/unit/function/test_constrained_function_space.py
new file mode 100755
index 0000000..a0f986e
--- /dev/null
+++ b/python/test/unit/function/test_constrained_function_space.py
@@ -0,0 +1,172 @@
+"""Unit tests for FunctionSpace with constrained domain"""
+
+# Copyright (C) 2012-2014 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Mikael Mortensen 2013
+
+import pytest
+import numpy
+from dolfin import *
+
+
+class PeriodicBoundary2(SubDomain):
+    def __init__(self, tolerance=DOLFIN_EPS):
+        SubDomain.__init__(self, tolerance)
+        self.tol = tolerance
+
+    def inside(self, x, on_boundary):
+        return bool(x[0] < self.tol and x[0] > -self.tol and on_boundary)
+
+    def map(self, x, y):
+        y[0] = x[0] - 1.0
+        y[1] = x[1]
+
+
+class PeriodicBoundary3(SubDomain):
+    def inside(self, x, on_boundary):
+        return bool(x[0] < DOLFIN_EPS and x[0] > -DOLFIN_EPS and on_boundary)
+
+    def map(self, x, y):
+        y[0] = x[0] - 1.0
+        y[1] = x[1]
+        y[2] = x[2]
+
+
+def test_instantiation():
+    """ A rudimentary test for instantiation"""
+
+    sub_domain = PeriodicBoundary3()
+    mesh = UnitCubeMesh(8, 8, 8)
+    V = FunctionSpace(mesh, "CG", 1, constrained_domain=sub_domain)
+
+
+def test_instantiation_mixed_element():
+    """A rudimentary test for instantiation with mixed elements"""
+
+    pbc = PeriodicBoundary2()
+    mesh = UnitSquareMesh(8, 8)
+    P1 = FiniteElement("Lagrange", mesh.ufl_cell(), 1)
+    VV = FunctionSpace(mesh, P1*P1, constrained_domain=pbc)
+
+
+def test_instantiation_mixed_element_real():
+    """A rudimentary test for instantiation with mixed elements that
+    include a real space
+    """
+
+    pbc = PeriodicBoundary2()
+    mesh = UnitSquareMesh(8, 8)
+    P1 = FiniteElement("Lagrange", mesh.ufl_cell(), 1)
+    R = FiniteElement("Real", mesh.ufl_cell(), 0)
+    VV = FunctionSpace(mesh, P1*R, constrained_domain=pbc)
+    VV = FunctionSpace(mesh, R*P1, constrained_domain=pbc)
+
+
+def test_instantiation_no_vertex_element_2D():
+    """ A rudimentary test for instantiation for element that does
+    not require number of vertices (2D)"""
+
+    pbc = PeriodicBoundary2()
+    mesh = UnitSquareMesh(8, 8)
+    V = FunctionSpace(mesh, "BDM", 1, constrained_domain=pbc)
+
+
+def test_instantiation_no_vertex_element_3D():
+    """ A rudimentary test for instantiation for element that does
+    not require number of vertices (3D)"""
+
+    pbc = PeriodicBoundary3()
+    mesh = UnitCubeMesh(8, 8, 9)
+    V = FunctionSpace(mesh, "BDM", 1, constrained_domain=pbc)
+
+
+def test_director_lifetime():
+    """Test for problems with objects with directors going out
+    of scope"""
+
+    mesh = UnitSquareMesh(8, 8)
+    V = FunctionSpace(mesh, "Lagrange", 1,
+                      constrained_domain=PeriodicBoundary2())
+
+
+def test_tolerance():
+    """Test tolerance for matching periodic mesh entities"""
+    shift = 0.0001
+    mesh = UnitSquareMesh(8, 8)
+
+    # Randomly perturb mesh vertex coordinates
+    mesh_perturb = Mesh(mesh)
+    import random
+    for x in mesh_perturb.coordinates():
+        x[0] += random.uniform(-shift, shift)
+        x[1] += random.uniform(-shift, shift)
+
+    pbc = PeriodicBoundary2()
+    pbc_tol = PeriodicBoundary2(2*shift)
+
+    for dim in range(mesh.geometry().dim()):
+        periodic_pairs = PeriodicBoundaryComputation.compute_periodic_pairs(mesh, pbc, dim)
+        num_periodic_pairs0 = len(periodic_pairs)
+
+        periodic_pairs = PeriodicBoundaryComputation.compute_periodic_pairs(mesh_perturb,
+                                                                            pbc_tol, dim)
+        num_periodic_pairs1 = len(periodic_pairs)
+        assert num_periodic_pairs0 == num_periodic_pairs1
+
+
+def test_solution():
+    """Test periodic constrained domain by checking solution to a PDE."""
+
+    # Create mesh and constrained FunctionSpace
+    mesh = UnitSquareMesh(8, 8)
+    pbc = PeriodicBoundary2()
+    V = FunctionSpace(mesh, "Lagrange", 1, constrained_domain=pbc)
+
+    class DirichletBoundary(SubDomain):
+        def inside(self, x, on_boundary):
+            return bool((x[1] < DOLFIN_EPS or x[1] > (1.0 - DOLFIN_EPS)) and
+                        on_boundary)
+
+    # Dirichlet boundary condition
+    dirichlet_boundary = DirichletBoundary()
+    bc0 = DirichletBC(V, 0.0, dirichlet_boundary)
+    bcs = [bc0]
+
+    # Define variational problem, linear formulation
+    u, v = TrialFunction(V), TestFunction(V)
+    f = Expression("sin(x[0])", degree=2)
+    a = dot(grad(u), grad(v))*dx
+    L = f*v*dx
+
+    # Compute solution
+    u = Function(V)
+    solve(a == L, u, bcs)
+
+    assert round(u.vector().norm("l2") - 0.3368694028630991, 10) == 0
+
+    # Define variational problem, nonlinear formulation
+    u, v = Function(V), TestFunction(V)
+    f = Expression("sin(x[0])", degree=2)
+    a = dot(grad(u), grad(v))*dx
+    L = f*v*dx
+    F = a - L
+
+    # Compute solution
+    solve(F == 0, u, bcs)
+
+    assert round(u.vector().norm("l2") - 0.3368694028630991, 10) == 0
diff --git a/python/test/unit/function/test_expression.py b/python/test/unit/function/test_expression.py
new file mode 100755
index 0000000..0c71ec5
--- /dev/null
+++ b/python/test/unit/function/test_expression.py
@@ -0,0 +1,566 @@
+"""Unit tests for the function library"""
+
+# Copyright (C) 2007-2014 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Benjamin Kehlet 2012
+
+import pytest
+from dolfin import *
+from math import sin, cos, exp, tan
+from numpy import array, zeros, float_
+import numpy as np
+
+from dolfin_utils.test import fixture, skip_in_parallel
+
+@fixture
+def mesh():
+    return UnitCubeMesh(8, 8, 8)
+
+
+@fixture
+def V(mesh):
+    return FunctionSpace(mesh, 'CG', 1)
+
+
+@fixture
+def W(mesh):
+    return VectorFunctionSpace(mesh, 'CG', 1)
+
+
+def test_arbitrary_eval(mesh):
+    class F0(UserExpression):
+        def eval(self, values, x):
+            values[0] = sin(3.0*x[0])*sin(3.0*x[1])*sin(3.0*x[2])
+
+    f0 = F0(name="f0", label="My expression", degree=2)
+    f1 = Expression("a*sin(3.0*x[0])*sin(3.0*x[1])*sin(3.0*x[2])",
+                    degree=2, a=1., name="f1")
+    x = array([0.31, 0.32, 0.33])
+    u00 = zeros(1)
+    u01 = zeros(1)
+    u10 = zeros(1)
+    u20 = zeros(1)
+
+    # Check usergeneration of name and label
+    assert f0.name() == "f0"
+    assert str(f0) == "f0"
+    assert f0.label() == "My expression"
+    assert f1.name() == "f1"
+    assert str(f1) == "f1"
+    assert f1.label() == "User defined expression"
+
+    # Check outgeneration of name
+    count = int(F0(degree=0).name()[2:])
+    assert F0(degree=0).count() == count + 1
+
+    # Test original and vs short evaluation
+    f0.eval(u00, x)
+    f0(x, values=u01)
+    assert round(u00[0] - u01[0], 7) == 0
+
+    # Evaluation with and without return value
+    f1(x, values=u10)
+    u11 = f1(x)
+    assert round(u10[0] - u11, 7) == 0
+
+    # Test *args for coordinate argument
+    f1(0.31, 0.32, 0.33, values=u20)
+    u21 = f0(0.31, 0.32, 0.33)
+    assert round(u20[0] - u21, 7) == 0
+
+    # Test Point evaluation
+    p0 = Point(0.31, 0.32, 0.33)
+    u21 = f1(p0)
+    assert round(u20[0] - u21, 7) == 0
+
+    same_result = sin(3.0*x[0])*sin(3.0*x[1])*sin(3.0*x[2])
+    assert round(u00[0] - same_result, 7) == 0
+    assert round(u11 - same_result, 7) == 0
+    assert round(u21 - same_result, 7) == 0
+
+    # For MUMPS, increase estimated require memory increase. Typically
+    # required for small meshes in 3D (solver is called by 'project')
+    if has_petsc():
+        PETScOptions.set("mat_mumps_icntl_14", 40)
+
+    x = (mesh.coordinates()[0]+mesh.coordinates()[1])/2
+    f2 = Expression("1.0 + 3.0*x[0] + 4.0*x[1] + 0.5*x[2]", degree=2)
+    V2 = FunctionSpace(mesh, 'CG', 2)
+    g0 = interpolate(f2, V=V2)
+    g1 = project(f2, V=V2)
+
+    u3 = f2(x)
+    u4 = g0(x)
+    u5 = g1(x)
+    assert round(u3 - u4, 7) == 0
+    assert round(u3 - u5, 4) == 0
+
+    if has_petsc():
+        PETScOptions.clear("mat_mumps_icntl_14")
+
+
+def test_ufl_eval():
+    class F0(UserExpression):
+        def eval(self, values, x):
+            values[0] = sin(3.0*x[0])*sin(3.0*x[1])*sin(3.0*x[2])
+
+    class V0(UserExpression):
+        def eval(self, values, x):
+            values[0] = x[0]**2
+            values[1] = x[1]**2
+            values[2] = x[2]**2
+
+        def value_shape(self):
+            return (3,)
+
+    f0 = F0(degree=2)
+    v0 = V0(degree=2)
+
+    x = (2.0, 1.0, 3.0)
+
+    # Test ufl evaluation through mapping (overriding the Expression
+    # with N here):
+    def N(x):
+        return x[0]**2 + x[1] + 3*x[2]
+
+    assert f0(x, {f0: N}) == 14
+
+    a = f0**2
+    b = a(x, {f0: N})
+    assert b == 196
+
+    # Test ufl evaluation together with Expression evaluation by dolfin
+    # scalar
+    assert f0(x) == f0(*x)
+    assert (f0**2)(x) == f0(*x)**2
+    # vector
+    assert all(a == b for a, b in zip(v0(x), v0(*x)))
+    assert dot(v0, v0)(x) == sum(v**2 for v in v0(*x))
+    assert dot(v0, v0)(x) == 98
+
+
+def test_overload_and_call_back(V, mesh):
+    class F0(UserExpression):
+        def eval(self, values, x):
+            values[0] = sin(3.0*x[0])*sin(3.0*x[1])*sin(3.0*x[2])
+
+    class F1(UserExpression):
+        def __init__(self, mesh, *arg, **kwargs):
+            super().__init__(*arg, **kwargs)
+            self.mesh = mesh
+
+        def eval_cell(self, values, x, cell):
+            c = Cell(self.mesh, cell.index)
+            values[0] = sin(3.0*x[0])*sin(3.0*x[1])*sin(3.0*x[2])
+
+    e0 = F0(degree=2)
+    e1 = F1(mesh, degree=2)
+    e2 = Expression("sin(3.0*x[0])*sin(3.0*x[1])*sin(3.0*x[2])", degree=2)
+
+    u0 = interpolate(e0, V)
+    u1 = interpolate(e1, V)
+    u2 = interpolate(e2, V)
+
+    s0 = norm(u0)
+    s1 = norm(u1)
+    s2 = norm(u2)
+
+    ref = 0.36557637568519191
+    assert round(s0 - ref, 7) == 0
+    assert round(s1 - ref, 7) == 0
+    assert round(s2 - ref, 7) == 0
+
+
+def test_wrong_eval():
+    # Test wrong evaluation
+    class F0(UserExpression):
+        def eval(self, values, x):
+            values[0] = sin(3.0*x[0])*sin(3.0*x[1])*sin(3.0*x[2])
+
+    f0 = F0(degree=2)
+    f1 = Expression("sin(3.0*x[0])*sin(3.0*x[1])*sin(3.0*x[2])", degree=2)
+
+    for f in [f0, f1]:
+        with pytest.raises(TypeError):
+            f("s")
+        with pytest.raises(TypeError):
+            f([])
+        with pytest.raises(TypeError):
+            f(0.5, 0.5, 0.5, values=zeros(3, 'i'))
+        with pytest.raises(TypeError):
+            f([0.3, 0.2, []])
+        with pytest.raises(TypeError):
+            f(0.3, 0.2, {})
+        with pytest.raises(TypeError):
+            f(zeros(3), values=zeros(4))
+        with pytest.raises(TypeError):
+            f(zeros(4), values=zeros(3))
+
+
+def test_vector_valued_expression_member_function(mesh):
+    V = FunctionSpace(mesh,'CG',1)
+    W = VectorFunctionSpace(mesh,'CG',1, dim=3)
+    fs = [
+        Expression(("1", "2", "3"), degree=1),
+        Constant((1, 2, 3)),
+        interpolate(Constant((1, 2, 3)), W),
+    ]
+    for f in fs:
+        u = Expression("f[0] + f[1] + f[2]", f=f, degree=1)
+        v = interpolate(u, V)
+        assert np.allclose(v.vector().get_local(), 6.0)
+        for g in fs:
+            u.f = g
+            v = interpolate(u, V)
+            assert np.allclose(v.vector().get_local(), 6.0)
+
+
+def test_no_write_to_const_array():
+    class F1(UserExpression):
+        def eval(self, values, x):
+            x[0] = 1.0
+            values[0] = sin(3.0*x[0])*sin(3.0*x[1])*sin(3.0*x[2])
+
+    mesh = UnitCubeMesh(3, 3, 3)
+    f1 = F1(degree=1)
+    with pytest.raises(Exception):
+        assemble(f1*dx(mesh))
+
+
+def test_compute_vertex_values(mesh):
+    from numpy import zeros, all, array
+
+    e0 = Expression("1", degree=0)
+    e1 = Expression(("1", "2", "3"), degree=0)
+
+    e0_values = e0.compute_vertex_values(mesh)
+    e1_values = e1.compute_vertex_values(mesh)
+
+    assert all(e0_values == 1)
+    assert all(e1_values[:mesh.num_vertices()] == 1)
+    assert all(e1_values[mesh.num_vertices():mesh.num_vertices()*2] == 2)
+    assert all(e1_values[mesh.num_vertices()*2:mesh.num_vertices()*3] == 3)
+
+
+def test_runtime_exceptions():
+
+    def noDefaultValues():
+        Expression("a")
+
+    def wrongDefaultType():
+        Expression("a", a="1", degree=1)
+
+    def wrongParameterNames0():
+        Expression("foo", bar=1.0, degree=1)
+
+    def wrongParameterNames1():
+        Expression("user_parameters", user_parameters=1.0, degree=1)
+
+    with pytest.raises(RuntimeError):
+        noDefaultValues()
+    with pytest.raises(RuntimeError):
+        wrongDefaultType()
+    with pytest.raises(RuntimeError):
+        wrongParameterNames0()
+    with pytest.raises(RuntimeError):
+        wrongParameterNames1()
+
+
+def test_fail_expression_compilation():
+    # Compilation failure only happens on one process,
+    # and involves a barrier to let the compilation finish
+    # before the other processes loads from disk.
+    # This tests that a failure can be caught without deadlock.
+
+    def invalidCppExpression():
+        Expression("/", degree=0)
+
+    with pytest.raises(RuntimeError):
+        invalidCppExpression()
+
+
+def test_element_instantiation():
+    class F0(UserExpression):
+        def eval(self, values, x):
+            values[0] = 1.0
+
+    class F1(UserExpression):
+        def eval(self, values, x):
+            values[0] = 1.0
+            values[1] = 1.0
+
+        def value_shape(self):
+            return (2,)
+
+    class F2(UserExpression):
+        def eval(self, values, x):
+            values[0] = 1.0
+            values[1] = 1.0
+            values[2] = 1.0
+            values[3] = 1.0
+
+        def value_shape(self):
+            return (2, 2)
+
+    e0 = Expression("1", degree=0)
+    assert e0.ufl_element().cell() is None
+
+    e1 = Expression("1", cell=triangle, degree=0)
+    assert not e1.ufl_element().cell() is None
+
+    e2 = Expression("1", cell=triangle, degree=2)
+    assert e2.ufl_element().degree() == 2
+
+    e3 = Expression(["1", "1"], cell=triangle, degree=0)
+    assert isinstance(e3.ufl_element(), VectorElement)
+
+    e4 = Expression((("1", "1"), ("1", "1")), cell=triangle, degree=0)
+    assert isinstance(e4.ufl_element(), TensorElement)
+
+    f0 = F0(degree=0)
+    assert f0.ufl_element().cell() is None
+
+    f1 = F0(cell=triangle, degree=0)
+    assert not f1.ufl_element().cell() is None
+
+    f2 = F0(cell=triangle, degree=2)
+    assert f2.ufl_element().degree() == 2
+
+    f3 = F1(cell=triangle, degree=0)
+    assert isinstance(f3.ufl_element(), VectorElement)
+
+    f4 = F2(cell=triangle, degree=0)
+    assert isinstance(f4.ufl_element(), TensorElement)
+
+
+def test_num_literal():
+    e0 = Expression("1e10", degree=0)
+    assert e0(0, 0, 0) == 1e10
+
+    e1 = Expression("1e-10", degree=0)
+    assert e1(0, 0, 0) == 1e-10
+
+    e2 = Expression("1e+10", degree=0)
+    assert e2(0, 0, 0) == 1e+10
+
+    e3 = Expression(".5", degree=0)
+    assert e3(0, 0, 0) == 0.5
+
+    e4 = Expression("x[0] * sin(.5)", degree=2)
+    assert e4(0, 0, 0) == 0.
+
+    e5 = Expression(["2*t0", "-t0"], t0=1.0, degree=0)
+    values = e5(0, 0, 0)
+    assert values[0] == 2.
+    assert values[1] == -1.
+
+
+def test_name_space_usage(mesh):
+    e0 = Expression("std::sin(x[0])*cos(x[1])", degree=2)
+    e1 = Expression("sin(x[0])*std::cos(x[1])", degree=2)
+    assert round(assemble(e0*dx(mesh)) - assemble(e1*dx(mesh)), 7) == 0
+
+
+def test_generic_function_attributes(mesh, V):
+    tc = Constant(2.0)
+    te = Expression("value", value=tc, degree=0)
+
+    assert round(tc(0) - te(0), 7) == 0
+    tc.assign(1.0)
+    assert round(tc(0) - te(0), 7) == 0
+
+    tf = Function(V)
+    tf.vector()[:] = 1.0
+
+    e0 = Expression(["2*t", "-t"], t=tc, degree=0)
+    e1 = Expression(["2*t0", "-t0"], t0=1.0, degree=0)
+    e2 = Expression("t", t=te, degree=0)
+    e3 = Expression("t", t=tf, degree=0)
+
+    assert (round(assemble(inner(e0, e0)*dx(mesh)) -
+                  assemble(inner(e1, e1)*dx(mesh)), 7) == 0)
+
+    assert (round(assemble(inner(e2, e2)*dx(mesh)) -
+                  assemble(inner(e3, e3)*dx(mesh)), 7) == 0)
+
+    tc.assign(3.0)
+    e1.t0 = float(tc)
+
+    assert (round(assemble(inner(e0, e0)*dx(mesh)) -
+                  assemble(inner(e1, e1)*dx(mesh)), 7) == 0)
+
+    tc.assign(5.0)
+
+    assert assemble(inner(e2, e2)*dx(mesh)) != assemble(inner(e3, e3)*dx(mesh))
+
+    assert (round(assemble(e0[0]*dx(mesh)) -
+                  assemble(2*e2*dx(mesh)), 7) == 0)
+
+    e2.t = e3.t
+
+    assert (round(assemble(inner(e2, e2)*dx(mesh)) -
+                  assemble(inner(e3, e3)*dx(mesh)), 7) == 0)
+
+    W = FunctionSpace(mesh, V.ufl_element()*V.ufl_element())
+
+    # Test wrong kwargs
+    with pytest.raises(Exception):
+        Expression("t", t=mesh, degree=0)
+    with pytest.raises(Exception):
+        Expression("t", t=W, degree=0)
+
+    # Test using generic function parameter with wrong shape
+    f2 = Function(W)
+    e2.t = f2
+    if has_debug():  # The condition is caught by assertion
+        with pytest.raises(RuntimeError):
+            e2(0, 0)
+
+    # Test user_parameters assignment
+    assert "value" in te.user_parameters
+    te.user_parameters["value"] = Constant(5.0)
+    assert te(0.0) == 5.0
+
+    te.user_parameters.update(dict(value=Constant(3.0)))
+    assert te(0.0) == 3.0
+
+    te.user_parameters.update([("value", Constant(4.0))])
+    assert te(0.0) == 4.0
+
+    # Test wrong assignment
+    with pytest.raises(Exception):
+        te.user_parameters.__setitem__("value", 1.0)
+    with pytest.raises(KeyError):
+        te.user_parameters.__setitem__("values", 1.0)
+
+
+def test_doc_string_eval():
+    """
+    This test tests all features documented in the doc string of
+    Expression. If this test breaks and it is fixed the corresponding fixes
+    need also be updated in the docstring.
+    """
+
+    square = UnitSquareMesh(10, 10)
+    V = VectorFunctionSpace(square, "CG", 1)
+
+    f0 = Expression('sin(x[0]) + cos(x[1])', degree=1)
+    f1 = Expression(('cos(x[0])', 'sin(x[1])'), element=V.ufl_element())
+    assert round(f0(0, 0) - sum(f1(0, 0)), 7) == 0
+
+    f2 = Expression((('exp(x[0])', 'sin(x[1])'),
+                     ('sin(x[0])', 'tan(x[1])')), degree=1)
+    assert round(sum(f2(0, 0)) - 1.0, 7) == 0
+
+    f = Expression('A*sin(x[0]) + B*cos(x[1])', A=2.0, B=Constant(4.0),
+                   degree=2)
+    assert round(f(pi/4, pi/4) - 6./sqrt(2), 7) == 0
+
+    f.A = 5.0
+    f.B = Expression("value", value=6.0, degree=0)
+    assert round(f(pi/4, pi/4) - 11./sqrt(2), 7) == 0
+
+    f.user_parameters["A"] = 1.0
+    f.user_parameters["B"] = Constant(5.0)
+    assert round(f(pi/4, pi/4) - 6./sqrt(2), 7) == 0
+
+
+
+def test_doc_string_python_expressions(mesh):
+    """This test tests all features documented in the doc string of
+    Expression. If this test breaks and it is fixed the corresponding
+    fixes need also be updated in the docstring.
+
+    """
+
+    square = UnitSquareMesh(4, 4)
+
+    class MyExpression0(UserExpression):
+        def eval(self, value, x):
+            dx = x[0] - 0.5
+            dy = x[1] - 0.5
+            value[0] = 500.0*exp(-(dx*dx + dy*dy)/0.02)
+            value[1] = 250.0*exp(-(dx*dx + dy*dy)/0.01)
+
+        def value_shape(self):
+            return (2,)
+
+    f0 = MyExpression0(degree=2)
+    values = f0(0.2, 0.3)
+    dx = 0.2 - 0.5
+    dy = 0.3 - 0.5
+
+    assert round(values[0] - 500.0*exp(-(dx*dx + dy*dy)/0.02), 7) == 0
+    assert round(values[1] - 250.0*exp(-(dx*dx + dy*dy)/0.01), 7) == 0
+
+    ufc_cell_attrs = ["cell_shape", "index", "topological_dimension",
+                      "geometric_dimension", "local_facet", "mesh_identifier"]
+
+    class MyExpression1(UserExpression):
+        def eval_cell(self_expr, value, x, ufc_cell):
+            # Check attributes in ufc cell
+            for attr in ufc_cell_attrs:
+                  assert hasattr(ufc_cell, attr)
+
+            if ufc_cell.index > 10:
+                value[0] = 1.0
+            else:
+                value[0] = -1.0
+
+    f1 = MyExpression1(degree=0)
+    assemble(f1*ds(square))
+
+    class MyExpression2(UserExpression):
+        def __init__(self, mesh, domain, *arg, **kwargs):
+            super().__init__(*arg, **kwargs)
+            self._mesh = mesh
+            self._domain = domain
+
+        def eval(self, values, x):
+            pass
+
+    cell_data = MeshFunction('size_t', square, square.topology().dim())
+
+    P1 = FiniteElement("Lagrange", square.ufl_cell(), 1)
+    f3 = MyExpression2(square, cell_data, element=P1)
+
+    assert id(f3._mesh) == id(square)
+    assert id(f3._domain) == id(cell_data)
+
+def test_rename():
+    c1 = Expression("1", degree=2)
+    c1.rename("constant1","")
+    assert c1.name()=="constant1"
+
+def test_restrict(mesh, V):
+    from numpy import array
+
+    # Non-linear would be better
+    expr = Expression('x[0]+x[1]+x[2]', degree=1)
+
+    # Arbitrary cell and point within it.
+    cell = list(cells(mesh))[-1]
+    x = cell.midpoint()[:]
+
+    element = V.dolfin_element()
+    weights = expr.restrict(element, cell)
+
+    coords = array(cell.get_vertex_coordinates())
+    basis = element.evaluate_basis_all(x, coords, cell.orientation())
+
+    assert near(np.dot(weights, basis), x[0]+x[1]+x[2])
diff --git a/python/test/unit/function/test_function.py b/python/test/unit/function/test_function.py
new file mode 100755
index 0000000..eb87988
--- /dev/null
+++ b/python/test/unit/function/test_function.py
@@ -0,0 +1,458 @@
+"""Unit tests for the Function class"""
+
+# Copyright (C) 2011-2014 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+from dolfin import *
+import ufl
+
+from dolfin_utils.test import skip_in_parallel, pushpop_parameters, fixture
+
+@fixture
+def mesh():
+    return UnitCubeMesh(8, 8, 8)
+
+
+@fixture
+def R(mesh):
+    return FunctionSpace(mesh, 'R', 0)
+
+
+@fixture
+def V(mesh):
+    return FunctionSpace(mesh, 'CG', 1)
+
+
+@fixture
+def W(mesh):
+    return VectorFunctionSpace(mesh, 'CG', 1)
+
+
+def test_name_argument(W):
+    u = Function(W)
+    v = Function(W, name="v")
+    assert u.name() == "f_%d" % u.count()
+    assert v.name() == "v"
+    assert str(v) == "v"
+
+
+def test_in_function_space(W):
+    u = Function(W)
+    v = Function(W)
+    assert u in W
+    assert u in u.function_space()
+    assert u in v.function_space()
+    for i, usub in enumerate(u.split()):
+        assert usub in W.sub(i)
+
+
+def test_compute_vertex_values(V, W, mesh):
+    from numpy import zeros, all, array
+    u = Function(V)
+    v = Function(W)
+
+    u.vector()[:] = 1.
+    v.vector()[:] = 1.
+
+    u_values = u.compute_vertex_values(mesh)
+    v_values = v.compute_vertex_values(mesh)
+
+    assert all(u_values == 1)
+
+    u_values2 = u.compute_vertex_values()
+
+    assert all(u_values == u_values2)
+
+
+def test_assign(V, W):
+    from ufl.algorithms import replace
+
+    for V0, V1, vector_space in [(V, W, False), (W, V, True)]:
+        u = Function(V0)
+        u0 = Function(V0)
+        u1 = Function(V0)
+        u2 = Function(V0)
+        u3 = Function(V1)
+
+        u.vector()[:] = 1.0
+        u0.vector()[:] = 2.0
+        u1.vector()[:] = 3.0
+        u2.vector()[:] = 4.0
+        u3.vector()[:] = 5.0
+
+        scalars = {u: 1.0, u0: 2.0, u1: 3.0, u2: 4.0, u3: 5.0}
+
+        uu = Function(V0)
+        uu.assign(2*u)
+        assert uu.vector().sum() == u0.vector().sum()
+
+        uu = Function(V1)
+        uu.assign(3*u)
+        assert uu.vector().sum() == u1.vector().sum()
+
+        # Test complex assignment
+        expr = 3*u - 4*u1 - 0.1*4*u*4 + u2 + 3*u0/3./0.5
+        expr_scalar = 3 - 4*3 - 0.1*4*4+4. + 3*2./3./0.5
+        uu.assign(expr)
+        assert (round(uu.vector().sum() -
+                      float(expr_scalar*uu.vector().size()), 7) == 0)
+
+        # Test expression scaling
+        expr = 3*expr
+        expr_scalar *= 3
+        uu.assign(expr)
+        assert (round(uu.vector().sum() -
+                      float(expr_scalar*uu.vector().size()), 7) == 0)
+
+        # Test expression scaling
+        expr = expr/4.5
+        expr_scalar /= 4.5
+        uu.assign(expr)
+        assert (round(uu.vector().sum() -
+                      float(expr_scalar*uu.vector().size()), 7) == 0)
+
+        # Test self assignment
+        expr = 3*u - Constant(5)*u2 + u1 - 5*u
+        expr_scalar = 3 - 5*4. + 3. - 5
+        u.assign(expr)
+        assert (round(u.vector().sum() -
+                      float(expr_scalar*u.vector().size()), 7) == 0)
+
+        # Test zero assignment
+        u.assign(-u2/2 + 2*u1 - u1/0.5 + u2*0.5)
+        assert round(u.vector().sum() - 0.0, 7) == 0
+
+        # Test erroneous assignments
+        uu = Function(V1)
+        f = Expression("1.0", degree=0)
+        with pytest.raises(RuntimeError):
+            uu.assign(1.0)
+        with pytest.raises(RuntimeError):
+            uu.assign(4*f)
+
+        if not vector_space:
+            with pytest.raises(RuntimeError):
+                uu.assign(u*u0)
+            with pytest.raises(RuntimeError):
+                uu.assign(4/u0)
+            with pytest.raises(RuntimeError):
+                uu.assign(4*u*u1)
+
+
+def test_axpy(V, W):
+    for V0, V1, vector_space in [(V, W, False), (W, V, True)]:
+        u = Function(V0)
+        u0 = Function(V0)
+        u1 = Function(V0)
+        u2 = Function(V0)
+        u3 = Function(V1)
+
+        u.vector()[:] = 1.0
+        u0.vector()[:] = 2.0
+        u1.vector()[:] = 3.0
+        u2.vector()[:] = 4.0
+        u3.vector()[:] = 5.0
+
+        axpy = FunctionAXPY(u1, 2.0)
+        u.assign(axpy)
+        expr_scalar = 3*2
+
+        assert (round(u.vector().sum() -
+                      float(expr_scalar*u.vector().size()), 7) == 0)
+
+        axpy = FunctionAXPY([(2.0, u1), (3.0, u2)])
+
+        u.assign(axpy)
+        expr_scalar = 3*2+3*4.0
+
+        assert (round(u.vector().sum() -
+                      float(expr_scalar*u.vector().size()), 7) == 0)
+
+        axpy = axpy*3.0
+        u.assign(axpy)
+        expr_scalar *= 3.0
+
+        assert (round(u.vector().sum() -
+                      float(expr_scalar*u.vector().size()), 7) == 0)
+
+        axpy0 = axpy/5.0
+        u.assign(axpy0)
+        expr_scalar0 = expr_scalar/5.0
+
+        assert (round(u.vector().sum() -
+                      float(expr_scalar0*u.vector().size()), 7) == 0)
+
+        axpy1 = axpy0+axpy
+        u.assign(axpy1)
+        expr_scalar1 = expr_scalar0 + expr_scalar
+
+        assert (round(u.vector().sum() -
+                      float(expr_scalar1*u.vector().size()), 7) == 0)
+
+        axpy1 = axpy0-axpy
+        u.assign(axpy1)
+        expr_scalar1 = expr_scalar0 - expr_scalar
+
+        assert (round(u.vector().sum() -
+                      float(expr_scalar1*u.vector().size()), 7) == 0)
+
+        axpy1 = axpy0+u1
+        u.assign(axpy1)
+        expr_scalar1 = expr_scalar0 + 3.0
+
+        assert (round(u.vector().sum() -
+                      float(expr_scalar1*u.vector().size()), 7) == 0)
+
+        axpy1 = axpy0 - u2
+        u.assign(axpy1)
+        expr_scalar1 = expr_scalar0 - 4.0
+
+        assert (round(u.vector().sum() -
+                      float(expr_scalar1*u.vector().size()), 7) == 0)
+
+        with pytest.raises((RuntimeError, TypeError)):
+            FunctionAXPY(u, u3, 0)
+
+        axpy = FunctionAXPY(u3, 2.0)
+
+        with pytest.raises(RuntimeError):
+            axpy + u
+
+def test_call(R, V, W, mesh):
+    from numpy import zeros, all, array
+    u0 = Function(R)
+    u1 = Function(V)
+    u2 = Function(W)
+    e0 = Expression("x[0] + x[1] + x[2]", degree=1)
+    e1 = Expression(("x[0] + x[1] + x[2]",
+                     "x[0] - x[1] - x[2]",
+                     "x[0] + x[1] + x[2]"), degree=1)
+
+    u0.vector()[:] = 1.0
+    u1.interpolate(e0)
+    u2.interpolate(e1)
+
+    p0 = (Vertex(mesh, 0).point() + Vertex(mesh, 1).point())/2.0
+    x0 = (mesh.coordinates()[0] + mesh.coordinates()[1])/2.0
+    x1 = tuple(x0)
+
+    assert round(u0(*x1) - u0(x0), 7) == 0
+    assert round(u0(x1) - u0(p0), 7) == 0
+    assert round(u1(x1) - u1(x0), 7) == 0
+    assert round(u1(*x1) - u1(p0), 7) == 0
+    assert round(u2(x1)[0] - u1(p0), 7) == 0
+
+    assert all(u2(*x1) == u2(x0))
+    assert all(u2(*x1) == u2(p0))
+
+    values = zeros(mesh.geometry().dim(), dtype='d')
+    u2(p0, values=values)
+    assert all(values == u2(x0))
+
+    with pytest.raises(TypeError):
+        u0([0, 0, 0, 0])
+    with pytest.raises(TypeError):
+        u0([0, 0])
+
+def test_constant_float_conversion():
+    c = Constant(3.45)
+    assert float(c) == 3.45
+
+
+def test_real_function_float_conversion1(R):
+    c = Function(R)
+    assert float(c) == 0.0
+
+
+def test_real_function_float_conversion2(R):
+    c = Function(R)
+    c.assign(Constant(2.34))
+    assert float(c) == 2.34
+
+
+def test_real_function_float_conversion3(R):
+    c = Function(R)
+    c.vector()[:] = 1.23
+    assert float(c) == 1.23
+
+
+def test_scalar_conditions(R):
+    c = Function(R)
+    c.vector()[:] = 1.5
+
+    # Float conversion does not interfere with boolean ufl expressions
+    assert isinstance(lt(c, 3), ufl.classes.LT)
+    assert not isinstance(lt(c, 3), bool)
+
+    # Float conversion is not implicit in boolean Python expressions
+    assert isinstance(c < 3, ufl.classes.LT)
+    assert not isinstance(c < 3, bool)
+
+    # == is used in ufl to compare equivalent representations,
+    # <,> result in LT/GT expressions, bool conversion is illegal
+
+    # Note that 1.5 < 0 == False == 1.5 < 1, but that is not what we
+    # compare here:
+    assert not (c < 0) == (c < 1)
+    # This protects from "if c < 0: ..." misuse:
+    with pytest.raises(ufl.UFLException):
+        bool(c < 0)
+    with pytest.raises(ufl.UFLException):
+        not c < 0
+
+
+def test_interpolation_mismatch_rank0(W):
+    f = Expression("1.0", degree=0)
+    with pytest.raises(RuntimeError):
+        interpolate(f, W)
+
+
+def test_interpolation_mismatch_rank1(W):
+    f = Expression(("1.0", "1.0"), degree=0)
+    with pytest.raises(RuntimeError):
+        interpolate(f, W)
+
+
+def test_interpolation_jit_rank0(V):
+    f = Expression("1.0", degree=0)
+    w = interpolate(f, V)
+    x = w.vector()
+    assert x.max() == 1
+    assert x.min() == 1
+
+
+@skip_in_parallel
+def test_extrapolation(V, pushpop_parameters):
+    original_parameters = parameters["allow_extrapolation"]
+
+    f0 = Function(V)
+    with pytest.raises(RuntimeError):
+        f0.__call__((0., 0, -1))
+
+    mesh1 = UnitSquareMesh(3, 3)
+    V1 = FunctionSpace(mesh1, "CG", 1)
+
+    mesh2 = UnitTriangleMesh.create()
+    V2 = FunctionSpace(mesh2, "CG", 1)
+
+    parameters["allow_extrapolation"] = True
+    f1 = Function(V1)
+    f1.vector()[:] = 1.0
+    assert round(f1(0., -1) - 1.0, 7) == 0
+
+    parameters["allow_extrapolation"] = False
+    f2 = Function(V2)
+    with pytest.raises(RuntimeError):
+        f2.__call__((0., -1.))
+
+    parameters["allow_extrapolation"] = True
+    f3 = Function(V2)
+    f3.vector()[:] = 1.0
+    assert round(f3(0., -1) - 1.0, 7) == 0
+
+    parameters["allow_extrapolation"] = original_parameters
+
+    f1 = Function(V1)
+    f1.set_allow_extrapolation(True)
+    f1.vector()[:] = 1.0
+    assert round(f1(0., -1) - 1.0, 7) == 0
+
+    f2 = Function(V2)
+
+    f2.set_allow_extrapolation(False)
+    with pytest.raises(RuntimeError):
+        f2.__call__((0., -1.))
+
+    f2.set_allow_extrapolation(True)
+    f2.vector()[:] = 1.0
+    assert round(f2(0., -1) - 1.0, 7) == 0
+
+    f2.set_allow_extrapolation(True)
+    assert f2.get_allow_extrapolation() is True
+    f2.set_allow_extrapolation(False)
+    assert f2.get_allow_extrapolation() is False
+
+
+@skip_in_parallel
+def test_near_evaluations(R, mesh):
+    # Test that we allow point evaluation that are slightly outside
+    parameters["allow_extrapolation"] = False
+
+    u0 = Function(R)
+    u0.vector()[:] = 1.0
+    a = Vertex(mesh, 0).point()
+    offset = 0.99*DOLFIN_EPS
+
+    a_shift_x = Point(a[0] - offset, a[1], a[2])
+    assert round(u0(a) - u0(a_shift_x), 7) == 0
+
+    a_shift_xyz = Point(a[0] - offset / sqrt(3),
+                        a[1] - offset / sqrt(3),
+                        a[2] - offset / sqrt(3))
+    assert round(u0(a) - u0(a_shift_xyz), 7) == 0
+
+
+def test_interpolation_jit_rank1(W):
+    f = Expression(("1.0", "1.0", "1.0"), degree=0)
+    w = interpolate(f, W)
+    x = w.vector()
+    assert x.max() == 1
+    assert x.min() == 1
+
+
+@skip_in_parallel
+def test_interpolation_old(V, W, mesh):
+
+    class F0(UserExpression):
+        def eval(self, values, x):
+            values[0] = 1.0
+
+    class F1(UserExpression):
+        def eval(self, values, x):
+            values[0] = 1.0
+            values[1] = 1.0
+            values[2] = 1.0
+
+        def value_shape(self):
+            return (3,)
+
+    # Scalar interpolation
+    f0 = F0(degree=0)
+    f = Function(V)
+    f.interpolate(f0)
+    assert round(f.vector().norm("l1") - mesh.num_vertices(), 7) == 0
+
+    # Vector interpolation
+    f1 = F1(degree=0)
+    f = Function(W)
+    f.interpolate(f1)
+    assert round(f.vector().norm("l1") - 3*mesh.num_vertices(), 7) == 0
+
+def test_restrict(mesh, V):
+    from numpy import allclose
+
+    expr = Expression('x[0]+x[1]+x[2]', degree=1)
+    u = interpolate(expr, V)
+
+    cell = list(cells(mesh))[-1] # Arbitrary cell
+    element = V.dolfin_element()
+
+    u_restr = u.restrict(element, cell)
+    expr_restr = expr.restrict(element, cell) # Covered in test_expression.py
+
+    assert allclose(u_restr, expr_restr)
diff --git a/python/test/unit/function/test_function_assigner.py b/python/test/unit/function/test_function_assigner.py
new file mode 100755
index 0000000..4bf6d9d
--- /dev/null
+++ b/python/test/unit/function/test_function_assigner.py
@@ -0,0 +1,227 @@
+"""Unit tests for the FunctionAssigner class"""
+
+# Copyright (C) 2013 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2013-11-07
+# Last changed: 2013-11-07
+
+import pytest
+from dolfin import *
+import numpy as np
+
+from dolfin_utils.test import fixture as fixt
+
+@fixt
+def mesh():
+    return UnitCubeMesh(8, 8, 8)
+
+@fixt
+def V(mesh):
+    return FunctionSpace(mesh, "CG", 1)
+
+@fixt
+def Q(mesh):
+    return FunctionSpace(mesh, "CG", 2)
+
+@fixt
+def W(mesh):
+    return VectorFunctionSpace(mesh, "CG", 1)
+
+@fixt
+def QQ(mesh):
+    return VectorFunctionSpace(mesh, "CG", 2)
+
+@fixt
+def R(mesh):
+    return FunctionSpace(mesh, "R", 0)
+
+@fixt
+def RR(mesh):
+    return VectorFunctionSpace(mesh, "R", 0)
+
+@fixt
+def QQV(mesh):
+    QQ = VectorElement("CG", mesh.ufl_cell(), 2)
+    V = FiniteElement("CG", mesh.ufl_cell(), 1)
+    return FunctionSpace(mesh, QQ*V)
+
+@fixt
+def WW(mesh):
+    W = VectorElement("CG", mesh.ufl_cell(), 1)
+    return FunctionSpace(mesh, W*W)
+
+@fixt
+def WR(mesh):
+    W = VectorElement("CG", mesh.ufl_cell(), 1)
+    R = FiniteElement("R", mesh.ufl_cell(), 0)
+    return FunctionSpace(mesh, W*R)
+
+@fixt
+def WRR(mesh):
+    W = VectorElement("CG", mesh.ufl_cell(), 1)
+    RR = VectorElement("R", mesh.ufl_cell(), 0)
+    return FunctionSpace(mesh, W*RR)
+
+@fixt
+def u0(V):
+     u0_ = Function(V)
+     u0_.vector()[:] = 1.
+     return u0_
+
+@fixt
+def u1(V):
+     u1_ = Function(V)
+     u1_.vector()[:] = 2.
+     return u1_
+
+@fixt
+def u2(V):
+     u2_ = Function(V)
+     u2_.vector()[:] = 3.
+     return u2_
+
+@fixt
+def r(R):
+    r_ = Function(R)
+    r_.vector()[:] = 3.
+    return r_
+
+@fixt
+def rr(RR):
+    rr_ = Function(RR)
+    rr_.vector()[:] = 2.
+    return rr_
+
+@fixt
+def w(W):
+    w_ = Function(W)
+    w_.vector()[:] = 4.
+    return w_
+
+@fixt
+def ww(WW):
+    ww_ = Function(WW)
+    ww_.vector()[:] = 5.
+    return ww_
+
+@fixt
+def wr(WR):
+    wr_ = Function(WR)
+    wr_.vector()[:] = 6.
+    return wr_
+
+@fixt
+def wrr(WRR):
+    wrr_ = Function(WRR)
+    wrr_.vector()[:] = 7.
+    return wrr_
+
+@fixt
+def q(Q):
+    q_ = Function(Q)
+    q_.vector()[:] = 1.
+    return q_
+
+@fixt
+def qq(QQ):
+    qq_ = Function(QQ)
+    qq_.vector()[:] = 2.
+    return qq_
+
+@fixt
+def qqv(QQV):
+    qqv_ = Function(QQV)
+    qqv_.vector()[:] = 3.
+    return qqv_
+
+
+def test_1_1_assigner(w, ww, wr, wrr, q, r, qqv, u0, u1, u2, W, V, WW):
+
+    assigner = FunctionAssigner(W.sub(0), V)
+    assigner.assign(w.sub(0), u0)
+
+    assert np.all(w.sub(0, deepcopy=True).vector().get_local() == u0.vector().get_local())
+
+    assign(w.sub(2), u2)
+    assert np.all(w.sub(2, deepcopy=True).vector().get_local() == u2.vector().get_local())
+
+    assigner = FunctionAssigner(V, W.sub(2))
+    assigner.assign(u0, w.sub(2))
+
+    assert np.all(u0.vector().get_local() == w.sub(2, deepcopy=True).vector().get_local())
+
+    assign(u1, w.sub(1))
+    assert np.all(u1.vector().get_local() == w.sub(1, deepcopy=True).vector().get_local())
+
+    assigner = FunctionAssigner(WW.sub(0), W)
+    assigner.assign(ww.sub(0), w)
+
+    assign(wr.sub(0), w)
+    assert np.all(wr.sub(0, deepcopy=True).vector().get_local() == w.vector().get_local())
+
+    assign(wr.sub(1), r)
+    assert np.all(wr.sub(1, deepcopy=True).vector().get_local() == r.vector().get_local())
+
+    assign(qqv.sub(0).sub(0), q)
+    assert np.all(qqv.sub(0).sub(0, deepcopy=True).vector().get_local() == q.vector().get_local())
+
+    with pytest.raises(RuntimeError):
+        assign(qqv.sub(0), q)
+    with pytest.raises(RuntimeError):
+        assign(qqv.sub(1), q)
+    with pytest.raises(RuntimeError):
+        assign(wrr.sub(1), w)
+
+
+def test_N_1_assigner(u0, u1, u2, qq, qqv, rr, w, wrr, r, W, V):
+
+    vv = Function(W)
+    assigner = FunctionAssigner(W, [V,V,V])
+    assigner.assign(vv, [u0, u1, u2])
+
+    assert np.all(vv.sub(0, deepcopy=True).vector().get_local() == u0.vector().get_local())
+    assert np.all(vv.sub(1, deepcopy=True).vector().get_local() == u1.vector().get_local())
+    assert np.all(vv.sub(2, deepcopy=True).vector().get_local() == u2.vector().get_local())
+
+    assign(qqv, [qq, u1])
+    assert np.all(qqv.sub(0, deepcopy=True).vector().get_local() == qq.vector().get_local())
+    assert np.all(qqv.sub(1, deepcopy=True).vector().get_local() == u1.vector().get_local())
+
+    assign(wrr, [w, rr])
+    assert np.all(wrr.sub(0, deepcopy=True).vector().get_local() == w.vector().get_local())
+    assert np.all(wrr.sub(1, deepcopy=True).vector().get_local() == rr.vector().get_local())
+
+    with pytest.raises(RuntimeError):
+        assign(qqv, [qq, u1, u1])
+
+    with pytest.raises(RuntimeError):
+        assign(wrr, [w, r, r])
+
+def test_1_N_assigner(u0, u1, u2, w, qq, qqv, V, W):
+
+    assigner = FunctionAssigner([V,V,V], W)
+    assigner.assign([u0, u1, u2], w)
+
+    assert np.all(w.sub(0, deepcopy=True).vector().get_local() == u0.vector().get_local())
+    assert np.all(w.sub(1, deepcopy=True).vector().get_local() == u1.vector().get_local())
+    assert np.all(w.sub(2, deepcopy=True).vector().get_local() == u2.vector().get_local())
+
+    assign([qq, u1], qqv)
+
+    assert np.all(qqv.sub(0, deepcopy=True).vector().get_local() == qq.vector().get_local())
+    assert np.all(qqv.sub(1, deepcopy=True).vector().get_local() == u1.vector().get_local())
diff --git a/python/test/unit/function/test_function_space.py b/python/test/unit/function/test_function_space.py
new file mode 100755
index 0000000..66cfe0e
--- /dev/null
+++ b/python/test/unit/function/test_function_space.py
@@ -0,0 +1,246 @@
+b"""Unit tests for the FunctionSpace class"""
+
+# Copyright (C) 2011 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Oeyvind Evju 2013
+#
+# First added:  2011-09-21
+# Last changed: 2013-10-11
+
+import pytest
+from dolfin import *
+from ufl.log import UFLException
+from dolfin_utils.test import fixture
+
+
+@fixture
+def mesh():
+    return UnitCubeMesh(8, 8, 8)
+
+
+@fixture
+def V(mesh):
+    return FunctionSpace(mesh, 'CG', 1)
+
+
+@fixture
+def W(mesh):
+    return VectorFunctionSpace(mesh, 'CG', 1)
+
+
+@fixture
+def Q(mesh):
+    W = VectorElement('CG', mesh.ufl_cell(), 1)
+    V = FiniteElement('CG', mesh.ufl_cell(), 1)
+    return FunctionSpace(mesh, W*V)
+
+
+@fixture
+def f(V):
+    return Function(V)
+
+
+@fixture
+def V2(f):
+    return f.function_space()
+
+
+@fixture
+def g(W):
+    return Function(W)
+
+
+@fixture
+def W2(g):
+    return g.function_space()
+
+
+def test_python_interface(V, V2, W, W2, Q):
+    # Test Python interface of cpp generated FunctionSpace
+    assert isinstance(V, FunctionSpace)
+    assert isinstance(W, FunctionSpace)
+    assert isinstance(V2, FunctionSpace)
+    assert isinstance(W2, FunctionSpace)
+
+    assert V.ufl_cell() == V2.ufl_cell()
+    assert W.ufl_cell() == W2.ufl_cell()
+    assert V.dolfin_element().signature() == V2.dolfin_element().signature()
+    assert W.dolfin_element().signature() == W2.dolfin_element().signature()
+    assert V.ufl_element() == V2.ufl_element()
+    assert W.ufl_element() == W2.ufl_element()
+    assert W.id() == W2.id()
+    assert V.id() == V2.id()
+
+
+def test_component(V, W, Q):
+    assert not W.component()
+    assert not V.component()
+    assert W.sub(0).component()[0] == 0
+    assert W.sub(1).component()[0] == 1
+    assert Q.sub(0).component()[0] == 0
+    assert Q.sub(1).component()[0] == 1
+
+
+def test_equality(V, V2, W, W2):
+    assert V == V
+    assert V == V2
+    assert W == W
+    assert W == W2
+
+
+def test_inclusion(V, Q):
+    assert V.contains(V)
+    assert not Q.contains(V)
+
+    assert Q.contains(Q)
+    assert Q.contains(Q.sub(0))
+    assert Q.contains(Q.sub(1))
+    assert Q.contains(Q.sub(0).sub(0))
+    assert Q.contains(Q.sub(0).sub(1))
+    assert Q.contains(Q.extract_sub_space((0, 0)))
+    assert Q.contains(Q.extract_sub_space((0, 1)))
+    assert Q.contains(Q.extract_sub_space((1,)))
+
+    assert not Q.sub(0).contains(Q)
+    assert Q.sub(0).contains(Q.sub(0))
+    assert not Q.sub(0).contains(Q.sub(1))
+    assert Q.sub(0).contains(Q.sub(0).sub(0))
+    assert Q.sub(0).contains(Q.sub(0).sub(1))
+    assert Q.sub(0).contains(Q.extract_sub_space((0, 0)))
+    assert Q.sub(0).contains(Q.extract_sub_space((0, 1)))
+    assert not Q.sub(0).contains(Q.extract_sub_space((1,)))
+
+    assert not Q.sub(1).contains(Q)
+    assert not Q.sub(1).contains(Q.sub(0))
+    assert Q.sub(1).contains(Q.sub(1))
+    assert not Q.sub(1).contains(Q.sub(0).sub(0))
+    assert not Q.sub(1).contains(Q.sub(0).sub(1))
+    assert not Q.sub(1).contains(Q.extract_sub_space((0, 0)))
+    assert not Q.sub(1).contains(Q.extract_sub_space((0, 1)))
+    assert Q.sub(1).contains(Q.extract_sub_space((1,)))
+
+    assert not Q.sub(0).sub(0).contains(Q)
+    assert not Q.sub(0).sub(0).contains(Q.sub(0))
+    assert not Q.sub(0).sub(0).contains(Q.sub(1))
+    assert Q.sub(0).sub(0).contains(Q.sub(0).sub(0))
+    assert not Q.sub(0).sub(0).contains(Q.sub(0).sub(1))
+    assert Q.sub(0).sub(0).contains(Q.extract_sub_space((0, 0)))
+    assert not Q.sub(0).sub(0).contains(Q.extract_sub_space((0, 1)))
+    assert not Q.sub(0).sub(0).contains(Q.extract_sub_space((1,)))
+
+
+def test_boundary(mesh):
+    bmesh = BoundaryMesh(mesh, "exterior")
+    Vb = FunctionSpace(bmesh, "DG", 0)
+    Wb = VectorFunctionSpace(bmesh, "CG", 1)
+    assert Vb.dim() == 768
+    assert Wb.dim() == 1158
+
+
+def test_not_equal(W, V, W2, V2):
+    assert W != V
+    assert W2 != V2
+
+
+def test_sub_equality(W, Q):
+    assert W.sub(0) == W.sub(0)
+    assert W.sub(0) != W.sub(1)
+    assert W.sub(0) == W.extract_sub_space([0])
+    assert W.sub(1) == W.extract_sub_space([1])
+    assert Q.sub(0) == Q.extract_sub_space([0])
+
+
+def test_in_operator(f, g, V, V2, W, W2, mesh):
+    assert f in V
+    assert f in V2
+    assert g in W
+    assert g in W2
+    with pytest.raises(RuntimeError):
+        mesh in V
+
+
+def test_collapse(W, V):
+    Vs = W.sub(2)
+    with pytest.raises(RuntimeError):
+        Function(Vs)
+    assert Vs.dofmap().cell_dofs(0)[0] != V.dofmap().cell_dofs(0)[0]
+
+    # Collapse the space it should now be the same as V
+    Vc, dofmap_new_old = Vs.collapse(True)
+    assert Vc.dofmap().cell_dofs(0)[0] == V.dofmap().cell_dofs(0)[0]
+    f0 = Function(V)
+    f1 = Function(Vc)
+    assert len(f0.vector()) == len(f1.vector())
+
+
+def test_argument_equality(mesh, V, V2, W, W2):
+    """Placed this test here because it's mainly about detecting differing
+    function spaces.
+
+    """
+    mesh2 = UnitCubeMesh(8, 8, 8)
+    V3 = FunctionSpace(mesh2, 'CG', 1)
+    W3 = VectorFunctionSpace(mesh2, 'CG', 1)
+
+    for TF in (TestFunction, TrialFunction):
+        v = TF(V)
+        v2 = TF(V2)
+        v3 = TF(V3)
+        assert v == v2
+        assert v2 == v
+        assert V != V3
+        assert V2 != V3
+        assert not v == v3
+        assert not v2 == v3
+        assert v != v3
+        assert v2 != v3
+        assert v != v3
+        assert v2 != v3
+
+        w = TF(W)
+        w2 = TF(W2)
+        w3 = TF(W3)
+        assert w == w2
+        assert w2 == w
+        assert w != w3
+        assert w2 != w3
+
+        assert v != w
+        assert w != v
+
+        s1 = set((v, w))
+        s2 = set((v2, w2))
+        s3 = set((v, v2, w, w2))
+        assert len(s1) == 2
+        assert len(s2) == 2
+        assert len(s3) == 2
+        assert s1 == s2
+        assert s1 == s3
+        assert s2 == s3
+
+        # Test that the dolfin implementation of Argument.__eq__
+        # is triggered when comparing ufl expressions
+        assert grad(v) == grad(v2)
+        assert grad(v) != grad(v3)
+
+
+def test_cell_mismatch(mesh):
+    """Test that cell mismatch raises early enough from UFL"""
+    element = FiniteElement("P", triangle, 1)
+    with pytest.raises(UFLException):
+        FunctionSpace(mesh, element)
diff --git a/python/test/unit/function/test_lagrange_interpolator.py b/python/test/unit/function/test_lagrange_interpolator.py
new file mode 100755
index 0000000..1ea794e
--- /dev/null
+++ b/python/test/unit/function/test_lagrange_interpolator.py
@@ -0,0 +1,86 @@
+"""Unit tests for interpolation using LagrangeInterpolator"""
+
+# Copyright (C) 2014 Mikael Mortensen
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2014-02-18
+# Last changed:
+
+import pytest
+import numpy
+from dolfin import *
+
+
+class Quadratic2D(UserExpression):
+    def eval(self, values, x):
+        values[0] = x[0]*x[0] + x[1]*x[1] + 1.0
+
+
+class Quadratic3D(UserExpression):
+    def eval(self, values, x):
+        values[0] = x[0]*x[0] + x[1]*x[1] + x[2]*x[2] + 1.0
+
+
+def test_functional2D():
+    """Test integration of function interpolated in non-matching meshes"""
+
+    f = Quadratic2D(degree=2)
+
+    # Interpolate quadratic function on course mesh
+    mesh0 = UnitSquareMesh(8, 8)
+    V0 = FunctionSpace(mesh0, "Lagrange", 2)
+    u0 = Function(V0)
+    LagrangeInterpolator.interpolate(u0, f)
+
+    # Interpolate FE function on finer mesh
+    mesh1 = UnitSquareMesh(31, 31)
+    V1 = FunctionSpace(mesh1, "Lagrange", 2)
+    u1 = Function(V1)
+
+    LagrangeInterpolator.interpolate(u1, u0)
+    assert round(assemble(u0*dx) - assemble(u1*dx), 10) == 0
+
+    mesh1 = UnitSquareMesh(30, 30)
+    V1 = FunctionSpace(mesh1, "Lagrange", 2)
+    u1 = Function(V1)
+    LagrangeInterpolator.interpolate(u1, u0)
+    assert round(assemble(u0*dx) - assemble(u1*dx), 10) == 0
+
+
+def test_functional3D():
+    """Test integration of function interpolated in non-matching meshes"""
+
+    f = Quadratic3D(degree=2)
+
+    # Interpolate quadratic function on course mesh
+    mesh0 = UnitCubeMesh(4, 4, 4)
+    V0 = FunctionSpace(mesh0, "Lagrange", 2)
+    u0 = Function(V0)
+    LagrangeInterpolator.interpolate(u0, f)
+
+    # Interpolate FE function on finer mesh
+    mesh1 = UnitCubeMesh(11, 11, 11)
+    V1 = FunctionSpace(mesh1, "Lagrange", 2)
+    u1 = Function(V1)
+    LagrangeInterpolator.interpolate(u1, u0)
+    assert round(assemble(u0*dx) - assemble(u1*dx), 10) == 0
+
+    mesh1 = UnitCubeMesh(10, 11, 10)
+    V1 = FunctionSpace(mesh1, "Lagrange", 2)
+    u1 = Function(V1)
+    LagrangeInterpolator.interpolate(u1, u0)
+    assert round(assemble(u0*dx) - assemble(u1*dx), 10) == 0
diff --git a/python/test/unit/function/test_nonmatching_interpolation.py b/python/test/unit/function/test_nonmatching_interpolation.py
new file mode 100755
index 0000000..285bac2
--- /dev/null
+++ b/python/test/unit/function/test_nonmatching_interpolation.py
@@ -0,0 +1,87 @@
+"""Unit tests for evaluating functions on non-matching meshes"""
+
+# Copyright (C) 2013 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2013-12-14
+# Last changed:
+
+import pytest
+import numpy
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel
+
+
+class Quadratic2D(UserExpression):
+    def eval(self, values, x):
+        values[0] = x[0]*x[0] + x[1]*x[1] + 1.0
+
+
+class Quadratic3D(UserExpression):
+    def eval(self, values, x):
+        values[0] = x[0]*x[0] + x[1]*x[1] + x[2]*x[2] + 1.0
+
+
+@skip_in_parallel
+def test_functional2D():
+    """Test integration of function interpolated in non-matching meshes"""
+
+    f = Quadratic2D(degree=2)
+
+    # Interpolate quadratic function on course mesh
+    mesh0 = UnitSquareMesh(8, 8)
+    V0 = FunctionSpace(mesh0, "Lagrange", 2)
+    u0 = Function(V0)
+    u0.interpolate(f)
+
+    # Interpolate FE function on finer mesh
+    mesh1 = UnitSquareMesh(31, 31)
+    V1 = FunctionSpace(mesh1, "Lagrange", 2)
+    u1 = Function(V1)
+    u1.interpolate(u0)
+    assert round(assemble(u0*dx) - assemble(u1*dx), 10) == 0
+
+    mesh1 = UnitSquareMesh(30, 30)
+    V1 = FunctionSpace(mesh1, "Lagrange", 2)
+    u1 = Function(V1)
+    u1.interpolate(u0)
+    assert round(assemble(u0*dx) - assemble(u1*dx), 10) == 0
+
+@skip_in_parallel
+def test_functional3D():
+    """Test integration of function interpolated in non-matching meshes"""
+
+    f = Quadratic3D(degree=2)
+
+    # Interpolate quadratic function on course mesh
+    mesh0 = UnitCubeMesh(4, 4, 4)
+    V0 = FunctionSpace(mesh0, "Lagrange", 2)
+    u0 = Function(V0)
+    u0.interpolate(f)
+
+    # Interpolate FE function on finer mesh
+    mesh1 = UnitCubeMesh(11, 11, 11)
+    V1 = FunctionSpace(mesh1, "Lagrange", 2)
+    u1 = Function(V1)
+    u1.interpolate(u0)
+    assert round(assemble(u0*dx) - assemble(u1*dx), 10) == 0
+
+    mesh1 = UnitCubeMesh(10, 11, 10)
+    V1 = FunctionSpace(mesh1, "Lagrange", 2)
+    u1 = Function(V1)
+    u1.interpolate(u0)
+    assert round(assemble(u0*dx) - assemble(u1*dx), 10) == 0
diff --git a/python/test/unit/function/test_special_functions.py b/python/test/unit/function/test_special_functions.py
new file mode 100755
index 0000000..e09449d
--- /dev/null
+++ b/python/test/unit/function/test_special_functions.py
@@ -0,0 +1,42 @@
+"""Unit tests for the function library"""
+
+# Copyright (C) 2011 Kristian B. Oelgaard
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2011-11-28
+# Last changed: 2014-05-30
+
+import pytest
+from dolfin import *
+import ufl
+import dolfin
+from dolfin_utils.test import skip_in_parallel
+
+@skip_in_parallel
+def testFacetArea():
+
+    references = [(UnitIntervalMesh(1), 2, 2),\
+                  (UnitSquareMesh(1,1), 4, 4),\
+                  (UnitCubeMesh(1,1,1), 6, 3)]
+    for mesh, surface, ref_int in references:
+        c = Constant(1, mesh.ufl_cell()) # FIXME
+        c0 = ufl.FacetArea(mesh)
+        c1 = dolfin.FacetArea(mesh)
+        assert round(assemble(c*dx(mesh)) - 1, 7) == 0
+        assert round(assemble(c*ds(mesh)) - surface, 7) == 0
+        assert round(assemble(c0*ds(mesh)) - ref_int, 7) == 0
+        assert round(assemble(c1*ds(mesh)) - ref_int, 7) == 0
diff --git a/python/test/unit/geometry/test_bounding_box_tree.py b/python/test/unit/geometry/test_bounding_box_tree.py
new file mode 100755
index 0000000..bdf7a75
--- /dev/null
+++ b/python/test/unit/geometry/test_bounding_box_tree.py
@@ -0,0 +1,483 @@
+"""Unit tests for BoundingBoxTree"""
+
+# Copyright (C) 2013-2014 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+import numpy
+
+from dolfin import BoundingBoxTree
+from dolfin import UnitIntervalMesh, UnitSquareMesh, UnitCubeMesh
+from dolfin import Point
+from dolfin import MeshEntity
+from dolfin import MPI
+from dolfin_utils.test import skip_in_parallel
+
+
+#--- compute_collisions with point ---
+
+@skip_in_parallel
+def test_compute_collisions_point_1d():
+
+    reference = {1: set([4])}
+
+    p = Point(0.3)
+    mesh = UnitIntervalMesh(16)
+    for dim in range(1, 2):
+        tree = BoundingBoxTree()
+        tree.build(mesh, dim)
+        entities = tree.compute_collisions(p)
+        assert set(entities) == reference[dim]
+
+@skip_in_parallel
+def test_compute_collisions_point_2d():
+
+    reference = {1: set([226]),
+                  2: set([136, 137])}
+
+    p = Point(0.3, 0.3)
+    mesh = UnitSquareMesh(16, 16)
+    for dim in range(1, 3):
+        tree = BoundingBoxTree()
+        tree.build(mesh, dim)
+        entities = tree.compute_collisions(p)
+        for e in entities:
+            ent = MeshEntity(mesh, dim, e)
+            mp = ent.midpoint()
+            x = (mp.x(), mp.y())
+            print("test: {}".format(x))
+        #assert set(entities) == reference[dim]
+
+@skip_in_parallel
+def test_compute_collisions_point_3d():
+
+    reference = {1: set([1364]),
+                  2: set([1967, 1968, 1970, 1972, 1974, 1976]),
+                  3: set([876, 877, 878, 879, 880, 881])}
+
+    p = Point(0.3, 0.3, 0.3)
+    mesh = UnitCubeMesh(8, 8, 8)
+    for dim in range(1, 4):
+        tree = BoundingBoxTree()
+        tree.build(mesh, dim)
+        entities = tree.compute_collisions(p)
+
+        # FIXME: Face and edges tests are excluded because test
+        # mistakingly relies on the face and edge indices
+        tdim = mesh.topology().dim()
+        if dim != tdim - 1 and dim != tdim - 2:
+            assert set(entities) == reference[dim]
+
+#--- compute_collisions with tree ---
+
+@skip_in_parallel
+def test_compute_collisions_tree_1d():
+
+    references = [[set([8, 9, 10, 11, 12, 13, 14, 15]),
+                    set([0, 1, 2, 3, 4, 5, 6, 7])],
+                  [set([14, 15]),
+                    set([0, 1])]]
+
+    points = [Point(0.52), Point(0.9)]
+
+    for i, point in enumerate(points):
+
+        mesh_A = UnitIntervalMesh(16)
+        mesh_B = UnitIntervalMesh(16)
+
+        mesh_B.translate(point)
+
+        tree_A = BoundingBoxTree()
+        tree_A.build(mesh_A)
+
+        tree_B = BoundingBoxTree()
+        tree_B.build(mesh_B)
+
+        entities_A, entities_B = tree_A.compute_collisions(tree_B)
+
+        assert set(entities_A) == references[i][0]
+        assert set(entities_B) == references[i][1]
+
+@skip_in_parallel
+def test_compute_collisions_tree_2d():
+
+    references = [[set([20, 21, 22, 23, 28, 29, 30, 31]),
+                    set([0, 1, 2, 3, 8, 9, 10, 11])],
+                  [set([6, 7]),
+                    set([24, 25])]]
+
+    points = [Point(0.52, 0.51), Point(0.9, -0.9)]
+
+    for i, point in enumerate(points):
+
+        mesh_A = UnitSquareMesh(4, 4)
+        mesh_B = UnitSquareMesh(4, 4)
+
+        mesh_B.translate(point)
+
+        tree_A = BoundingBoxTree()
+        tree_A.build(mesh_A)
+
+        tree_B = BoundingBoxTree()
+        tree_B.build(mesh_B)
+
+        entities_A, entities_B = tree_A.compute_collisions(tree_B)
+
+        assert set(entities_A) == references[i][0]
+        assert set(entities_B) == references[i][1]
+
+@skip_in_parallel
+def test_compute_collisions_tree_3d():
+
+    references = [[set([18, 19, 20, 21, 22, 23, 42, 43, 44, 45, 46, 47]),
+                    set([0, 1, 2, 3, 4, 5, 24, 25, 26, 27, 28, 29])],
+                  [set([6, 7, 8, 9, 10, 11, 30, 31, 32, 33, 34, 35]),
+                    set([12, 13, 14, 15, 16, 17, 36, 37, 38, 39, 40, 41])]]
+
+    points = [Point(0.52, 0.51, 0.3), Point(0.9, -0.9, 0.3)]
+
+    for i, point in enumerate(points):
+
+        mesh_A = UnitCubeMesh(2, 2, 2)
+        mesh_B = UnitCubeMesh(2, 2, 2)
+
+        mesh_B.translate(point)
+
+        tree_A = BoundingBoxTree()
+        tree_A.build(mesh_A)
+
+        tree_B = BoundingBoxTree()
+        tree_B.build(mesh_B)
+
+        entities_A, entities_B = tree_A.compute_collisions(tree_B)
+
+        assert set(entities_A) == references[i][0]
+        assert set(entities_B) == references[i][1]
+
+#--- compute_entity_collisions with point ---
+
+@skip_in_parallel
+def test_compute_entity_collisions_1d():
+
+    reference = set([4])
+
+    p = Point(0.3)
+    mesh = UnitIntervalMesh(16)
+
+    tree = BoundingBoxTree()
+    tree.build(mesh)
+    entities = tree.compute_entity_collisions(p)
+    assert set(entities) == reference
+
+    tree = mesh.bounding_box_tree()
+    entities = tree.compute_entity_collisions(p)
+    assert set(entities) == reference
+
+@skip_in_parallel
+def test_compute_entity_collisions_2d():
+
+    reference = set([136, 137])
+
+    p = Point(0.3, 0.3)
+    mesh = UnitSquareMesh(16, 16)
+
+    tree = BoundingBoxTree()
+    tree.build(mesh)
+    entities = tree.compute_entity_collisions(p)
+    assert set(entities) == reference
+
+    tree = mesh.bounding_box_tree()
+    entities = tree.compute_entity_collisions(p)
+    assert set(entities) == reference
+
+@skip_in_parallel
+def test_compute_entity_collisions_3d():
+
+    reference = set([876, 877, 878, 879, 880, 881])
+
+    p = Point(0.3, 0.3, 0.3)
+    mesh = UnitCubeMesh(8, 8, 8)
+
+    tree = BoundingBoxTree()
+    tree.build(mesh)
+    entities = tree.compute_entity_collisions(p)
+    assert set(entities) == reference
+
+#--- compute_entity_collisions with tree ---
+
+@skip_in_parallel
+def test_compute_entity_collisions_tree_1d():
+
+    references = [[set([8, 9, 10, 11, 12, 13, 14, 15]),
+                    set([0, 1, 2, 3, 4, 5, 6, 7])],
+                  [set([14, 15]),
+                    set([0, 1])]]
+
+    points = [Point(0.52), Point(0.9)]
+
+    for i, point in enumerate(points):
+
+        mesh_A = UnitIntervalMesh(16)
+        mesh_B = UnitIntervalMesh(16)
+
+        mesh_B.translate(point)
+
+        tree_A = BoundingBoxTree()
+        tree_A.build(mesh_A)
+
+        tree_B = BoundingBoxTree()
+        tree_B.build(mesh_B)
+
+        entities_A, entities_B = tree_A.compute_entity_collisions(tree_B)
+
+        assert set(entities_A) == references[i][0]
+        assert set(entities_B) == references[i][1]
+
+@skip_in_parallel
+def test_compute_entity_collisions_tree_2d():
+
+    references = [[set([20, 21, 22, 23, 28, 29, 30, 31]),
+                    set([0, 1, 2, 3, 8, 9, 10, 11])],
+                  [set([6]),
+                    set([25])]]
+
+    points = [Point(0.52, 0.51), Point(0.9, -0.9)]
+
+    for i, point in enumerate(points):
+
+        mesh_A = UnitSquareMesh(4, 4)
+        mesh_B = UnitSquareMesh(4, 4)
+
+        mesh_B.translate(point)
+
+        tree_A = BoundingBoxTree()
+        tree_A.build(mesh_A)
+
+        tree_B = BoundingBoxTree()
+        tree_B.build(mesh_B)
+
+        entities_A, entities_B = tree_A.compute_entity_collisions(tree_B)
+
+        assert set(entities_A) == references[i][0]
+        assert set(entities_B) == references[i][1]
+
+@skip_in_parallel
+def test_compute_entity_collisions_tree_3d():
+
+    references = [[set([18, 19, 20, 21, 22, 23, 42, 43, 44, 45, 46, 47]),
+                    set([0, 1, 2, 3, 4, 5, 24, 25, 26, 27, 28, 29])],
+                  [set([7, 8, 30, 31, 32]),
+                    set([15, 16, 17, 39, 41])]]
+
+    points = [Point(0.52, 0.51, 0.3), Point(0.9, -0.9, 0.3)]
+
+    for i, point in enumerate(points):
+
+        mesh_A = UnitCubeMesh(2, 2, 2)
+        mesh_B = UnitCubeMesh(2, 2, 2)
+
+        mesh_B.translate(point)
+
+        tree_A = BoundingBoxTree()
+        tree_A.build(mesh_A)
+
+        tree_B = BoundingBoxTree()
+        tree_B.build(mesh_B)
+
+        entities_A, entities_B = tree_A.compute_entity_collisions(tree_B)
+
+        assert set(entities_A) == references[i][0]
+        assert set(entities_B) == references[i][1]
+
+#--- compute_first_collision with point ---
+
+@skip_in_parallel
+def test_compute_first_collision_1d():
+
+    reference = {1: [4]}
+
+    p = Point(0.3)
+    mesh = UnitIntervalMesh(16)
+    for dim in range(1, 2):
+        tree = BoundingBoxTree()
+        tree.build(mesh, dim)
+        first = tree.compute_first_collision(p)
+        assert first in reference[dim]
+
+    tree = mesh.bounding_box_tree()
+    first = tree.compute_first_collision(p)
+    assert first in reference[mesh.topology().dim()]
+
+@skip_in_parallel
+def test_compute_first_collision_2d():
+
+    # FIXME: This test should not use facet indices as there are no guarantees
+    # on how DOLFIN numbers facets
+    reference = {1: [226],
+                  2: [136, 137]}
+
+    p = Point(0.3, 0.3)
+    mesh = UnitSquareMesh(16, 16)
+    for dim in range(1, 3):
+        tree = BoundingBoxTree()
+        tree.build(mesh, dim)
+        first = tree.compute_first_collision(p)
+
+        # FIXME: Facet test is excluded because it mistakingly relies in the
+        # facet indices
+        if dim != mesh.topology().dim() - 1:
+            assert first in reference[dim]
+
+    tree = mesh.bounding_box_tree()
+    first = tree.compute_first_collision(p)
+    assert first in reference[mesh.topology().dim()]
+
+@skip_in_parallel
+def test_compute_first_collision_3d():
+
+    # FIXME: This test should not use facet indices as there are no guarantees
+    # on how DOLFIN numbers facets
+
+    reference = {1: [1364],
+                  2: [1967, 1968, 1970, 1972, 1974, 1976],
+                  3: [876, 877, 878, 879, 880, 881]}
+
+    p = Point(0.3, 0.3, 0.3)
+    mesh = UnitCubeMesh(8, 8, 8)
+    for dim in range(1, 4):
+        tree = BoundingBoxTree()
+        tree.build(mesh, dim)
+        first = tree.compute_first_collision(p)
+
+        # FIXME: Face and test is excluded because it mistakingly
+        # relies in the facet indices
+        tdim = mesh.topology().dim()
+        if dim != tdim - 1 and dim != tdim - 2:
+            assert first in reference[dim]
+
+    tree = mesh.bounding_box_tree()
+    first = tree.compute_first_collision(p)
+    assert first in reference[mesh.topology().dim()]
+
+#--- compute_first_entity_collision with point ---
+
+@skip_in_parallel
+def test_compute_first_entity_collision_1d():
+
+    reference = [4]
+
+    p = Point(0.3)
+    mesh = UnitIntervalMesh(16)
+    tree = BoundingBoxTree()
+    tree.build(mesh)
+    first = tree.compute_first_entity_collision(p)
+    assert first in reference
+
+    tree = mesh.bounding_box_tree()
+    first = tree.compute_first_entity_collision(p)
+    assert first in reference
+
+@skip_in_parallel
+def test_compute_first_entity_collision_2d():
+
+    reference = [136, 137]
+
+    p = Point(0.3, 0.3)
+    mesh = UnitSquareMesh(16, 16)
+    tree = BoundingBoxTree()
+    tree.build(mesh)
+    first = tree.compute_first_entity_collision(p)
+    assert first in reference
+
+    tree = mesh.bounding_box_tree()
+    first = tree.compute_first_entity_collision(p)
+    assert first in reference
+
+@skip_in_parallel
+def test_compute_first_entity_collision_3d():
+
+    reference = [876, 877, 878, 879, 880, 881]
+
+    p = Point(0.3, 0.3, 0.3)
+    mesh = UnitCubeMesh(8, 8, 8)
+    tree = BoundingBoxTree()
+    tree.build(mesh)
+    first = tree.compute_first_entity_collision(p)
+    assert first in reference
+
+    tree = mesh.bounding_box_tree()
+    first = tree.compute_first_entity_collision(p)
+    assert first in reference
+
+#--- compute_closest_entity with point ---
+
+@skip_in_parallel
+def test_compute_closest_entity_1d():
+
+    reference = (0, 1.0)
+
+    p = Point(-1.0)
+    mesh = UnitIntervalMesh(16)
+    tree = BoundingBoxTree()
+    tree.build(mesh)
+    entity, distance = tree.compute_closest_entity(p)
+
+    assert entity == reference[0]
+    assert round(distance - reference[1], 7) == 0
+
+    tree = mesh.bounding_box_tree()
+    entity, distance = tree.compute_closest_entity(p)
+    assert entity == reference[0]
+    assert round(distance - reference[1], 7) == 0
+
+@skip_in_parallel
+def test_compute_closest_entity_2d():
+
+    reference = (1, 1.0)
+
+    p = Point(-1.0, 0.01)
+    mesh = UnitSquareMesh(16, 16)
+    tree = BoundingBoxTree()
+    tree.build(mesh)
+    entity, distance = tree.compute_closest_entity(p)
+
+    assert entity == reference[0]
+    assert round(distance - reference[1], 7) == 0
+
+    tree = mesh.bounding_box_tree()
+    entity, distance = tree.compute_closest_entity(p)
+    assert entity == reference[0]
+    assert round(distance - reference[1], 7) == 0
+
+@skip_in_parallel
+def test_compute_closest_entity_3d():
+
+    reference = (0, 0.1)
+
+    p = Point(0.1, 0.05, -0.1)
+    mesh = UnitCubeMesh(8, 8, 8)
+    tree = BoundingBoxTree()
+    tree.build(mesh)
+    entity, distance = tree.compute_closest_entity(p)
+
+    assert entity == reference[0]
+    assert round(distance - reference[1], 7) == 0
+
+    tree = mesh.bounding_box_tree()
+    entity, distance = tree.compute_closest_entity(p)
+    assert entity == reference[0]
+    assert round(distance - reference[1], 7) == 0
diff --git a/python/test/unit/geometry/test_collision_detection.py b/python/test/unit/geometry/test_collision_detection.py
new file mode 100755
index 0000000..dd538df
--- /dev/null
+++ b/python/test/unit/geometry/test_collision_detection.py
@@ -0,0 +1,311 @@
+"""Unit tests for the CollisionPredicates class"""
+
+# Copyright (C) 2014 Anders Logg and August Johansson
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2014-02-16
+# Last changed: 2017-09-21
+
+import pytest
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel
+import numpy as np
+
+@skip_in_parallel
+def create_triangular_mesh_3D(vertices, cells):
+    editor = MeshEditor()
+    mesh = Mesh()
+    editor.open(mesh,"triangle", 2,3)
+    editor.init_cells(2)
+    editor.init_vertices(4)
+    editor.add_cell(0, cells[0])
+    editor.add_cell(1, cells[1])
+
+    editor.add_vertex(0, vertices[0])
+    editor.add_vertex(1, vertices[1])
+    editor.add_vertex(2, vertices[2])
+    editor.add_vertex(3, vertices[3])
+    editor.close()
+    return mesh;
+
+@skip_in_parallel
+def test_interval_collides_point():
+    """Test if point collide with interval"""
+
+    mesh = UnitIntervalMesh(1)
+    cell = Cell(mesh, 0)
+
+    assert cell.collides(Point(0.5)) == True
+    assert cell.collides(Point(1.5)) == False
+
+@skip_in_parallel
+def test_segment_collides_point_2D():
+    """Test if segment collide with point in 2D"""
+    mesh = Mesh()
+    editor = MeshEditor()
+    editor.open(mesh, "interval", 1, 2)
+    editor.init_vertices(2)
+    editor.init_cells(1)
+    a = np.array( (1./8., 1./4.), dtype='float')
+    b = np.array( (2./8., 3./4.), dtype='float')
+    editor.add_vertex(0, a)
+    editor.add_vertex(1, b)
+    editor.add_cell(0, np.array( (0,1), dtype='uint'))
+    editor.close()
+    cell = Cell(mesh, 0)
+    mid = Point(1.5/8., 2./4.)
+    mid_average = (a + b) / 2
+    assert cell.contains(mid)
+    assert cell.contains(Point(a[0], a[1]))
+    assert cell.contains(cell.midpoint())
+
+@skip_in_parallel
+def test_point_on_segment():
+    a = Point(1e-30, 0)
+    b = Point(1e-3, 0)
+    c = Point(0, 0)
+    d = Point(-1e-30, 0)
+    q0 = Point(1, 0)
+    q1 = Point(0, 0)
+    assert cpp.geometry.CollisionPredicates.collides_segment_point_2d(q0, q1, a)
+    assert cpp.geometry.CollisionPredicates.collides_segment_point_2d(q0, q1, b)
+    assert cpp.geometry.CollisionPredicates.collides_segment_point_2d(q0, q1, c)
+    assert not cpp.geometry.CollisionPredicates.collides_segment_point_2d(q0, q1, d)
+
+@skip_in_parallel
+def test_point_on_small_segment():
+    a = Point(1e-30, 0)
+    b = Point(0, 0)
+    c = Point(1e-31, 0)
+    d = Point(-1e-30, 0)
+    q0 = Point(0, 0)
+    q1 = Point(1e-30, 0)
+    assert cpp.geometry.CollisionPredicates.collides_segment_point_2d(q0, q1, a)
+    assert cpp.geometry.CollisionPredicates.collides_segment_point_2d(q0, q1, b)
+    assert cpp.geometry.CollisionPredicates.collides_segment_point_2d(q0, q1, c)
+    assert not cpp.geometry.CollisionPredicates.collides_segment_point_2d(q0, q1, d)
+
+@skip_in_parallel
+def test_segment_collides_point_3D():
+    """Test if segment collide with point in 3D"""
+    mesh = Mesh()
+    editor = MeshEditor()
+    editor.open(mesh, "interval", 1, 3)
+    editor.init_vertices(2)
+    editor.init_cells(1)
+    editor.add_vertex(0, np.array( (1./16., 1./8., 1./4.), dtype='float'))
+    editor.add_vertex(1, np.array( ( 2./16., 3./8., 2./4.), dtype='float'))
+    editor.add_cell(0, np.array( (0,1), dtype='uint') )
+    editor.close()
+    cell = Cell(mesh, 0)
+    mid = Point(1.5/16., 2./8., 1.5/4.)
+    assert cell.contains(mid)
+    assert cell.contains(cell.midpoint())
+
+@skip_in_parallel
+def test_triangle_collides_point():
+    """Tests if point collide with triangle"""
+
+    mesh = UnitSquareMesh(1, 1)
+    cell = Cell(mesh, 0)
+
+    assert cell.collides(Point(0.5)) == True
+    assert cell.collides(Point(1.5)) == False
+
+@skip_in_parallel
+def test_degenerate_triangle_collides_point():
+    """Test a degenerate triangle that does not collide"""
+
+    p0 = Point(-0.10950608157830554745,0.14049391842169450806)
+    p1 = Point(-0.10950608157830354905,0.14049391842169650646)
+    p2 = Point(0.32853262580480108168,0.57853262580480113719)
+    q = Point(3.5952674716233090635e-06,0.25000359526747162331)
+
+    assert cpp.geometry.CollisionPredicates.collides_triangle_point_2d(p0, p1, p2, q) == False
+
+@skip_in_parallel
+@pytest.mark.xfail(strict=True, raises=RuntimeError)
+def test_quadrilateral_collides_point():
+    mesh = UnitSquareMesh.create(1, 1, CellType.Type.quadrilateral)
+    cell = Cell(mesh, 0)
+    assert cell.collides(Point(0.5)) == True
+    assert cell.collides(Point(1.5)) == False
+
+@skip_in_parallel
+@pytest.mark.xfail(strict=True, raises=RuntimeError)
+def test_hexahedron_collides_point():
+    """Test if point collide with hexahedron"""
+    mesh = UnitCubeMesh.create(1, 1, 1, CellType.Type.hexahedron)
+    cell = Cell(mesh, 0)
+
+    assert cell.collides(Point(0.5)) == True
+    # FIXME: cell.collides(Point) returns True for any 1D, 2D Point
+    # cell.collides(Point) returns False if Point[2] != 0
+    assert cell.collides(Point(1.5)) == False
+
+
+@skip_in_parallel
+def test_triangle_collides_triangle():
+    """Test if triangle collide with triangle"""
+
+    m0 = UnitSquareMesh(8, 8)
+    c0 = Cell(m0, 0)
+
+    m1 = UnitSquareMesh(8, 8)
+    m1.translate(Point(0.1, 0.1))
+    c1 = Cell(m1, 0)
+    c2 = Cell(m1, 1)
+
+    assert c0.collides(c0) == True
+    assert c0.collides(c1) == True
+    assert c0.collides(c2) == True # touching edges
+    assert c1.collides(c0) == True
+    assert c1.collides(c1) == True
+    assert c1.collides(c2) == True
+    assert c2.collides(c0) == True # touching edges
+    assert c2.collides(c1) == True
+    assert c2.collides(c2) == True
+
+
+@skip_in_parallel
+def test_triangle_triangle_collision() :
+    "Test that has been failing"
+    assert cpp.geometry.CollisionPredicates.collides_triangle_triangle_2d(Point(0.177432070718943, 0.5),
+                                                                          Point(0.176638957524249, 0.509972290857582),
+                                                                          Point(0.217189283468892, 0.550522616802225),
+                                                                          Point(0.333333333333333, 0.52399308981973),
+                                                                          Point(0.333333333333333, 0.666666666666667),
+                                                                          Point(0.211774439087554, 0.545107772420888))
+
+
+
+@skip_in_parallel
+def test_triangle_collides_point_3D():
+    """Test if point collide with triangle (inspired by test_manifold_dg0_functions)"""
+    vertices = [ np.array( (0.0, 0.0, 1.0), dtype='float'),
+                 np.array( (1.0, 1.0, 1.0), dtype='float'),
+                 np.array( (1.0, 0.0, 0.0), dtype='float'),
+                 np.array( (0.0, 1.0, 0.0), dtype='float') ]
+    cells = [ np.array( (0, 1, 2), dtype='uint'),
+              np.array( (0, 1, 3), dtype='uint') ]
+    mesh = create_triangular_mesh_3D(vertices, cells)
+    points = [ Point(0.0, 0.0, 1.0),
+               Point(1.0, 1.0, 1.0),
+               Point(1.0, 0.0, 0.0),
+               Point(0.0, 1.0, 0.0),
+               Point(0.25, 0.5, 0.75),
+               Point(0.5, 0.25, 0.75)
+              ]
+    A = Cell(mesh, 0)
+    B = Cell(mesh, 1)
+    assert A.collides(points[0]) == True
+    assert B.collides(points[0]) == True
+    assert A.collides(points[1]) == True
+    assert B.collides(points[1]) == True
+    assert A.collides(points[2]) == True
+    assert B.collides(points[2]) == False
+    assert A.collides(points[3]) == False
+    assert B.collides(points[3]) == True
+    assert A.collides(points[4]) == False
+    assert B.collides(points[4]) == True
+    assert A.collides(points[5]) == True
+    assert B.collides(points[5]) == False
+
+#@pytest.mark.skipif(True, reason="Not implemented in 3D")
+@skip_in_parallel
+def test_tetrahedron_collides_point():
+    """Test if point collide with tetrahedron"""
+
+    mesh = UnitCubeMesh(1, 1, 1)
+    cell = Cell(mesh, 0)
+
+    assert cell.collides(Point(0.5)) == True
+    assert cell.collides(Point(1.5)) == False
+
+@skip_in_parallel
+#@pytest.mark.skipif(True, reason="Not implemented in 3D")
+def test_tetrahedron_collides_triangle():
+    """Test if point collide with tetrahedron"""
+
+    tetmesh = UnitCubeMesh(2, 2, 2)
+    vertices = [ np.array( (0, 0, 0.5), dtype='float'),
+                 np.array( (1, 0, 0.5), dtype='float'),
+                 np.array( (0, 1, 0.5), dtype='float'),
+                 np.array( (1, 1, 0.5), dtype='float')]
+    cells = [ np.array( (0, 1, 2), dtype='uint'),
+              np.array( (1, 2, 3), dtype='uint')]
+
+    trimesh = create_triangular_mesh_3D(vertices, cells)
+    dx = Point(0.1, 0.1, -0.1)
+    trimesh_shift = create_triangular_mesh_3D(vertices, cells)
+    trimesh_shift.translate(dx)
+
+    tet0 = Cell(tetmesh, 18)
+    tet1 = Cell(tetmesh, 19)
+    tri0 = Cell(trimesh, 1)
+    tri0shift = Cell(trimesh_shift, 1)
+
+    # proper intersection
+    assert tet0.collides(tri0shift) == True
+    assert tri0shift.collides(tet0) == True
+    assert tet1.collides(tri0shift) == True
+    assert tri0shift.collides(tet1) == True
+
+    # point touch
+    assert tet0.collides(tri0) == True
+    assert tri0.collides(tet0) == True
+
+    # face alignment (true or false)
+    assert tet1.collides(tri0) == True
+    assert tri0.collides(tet1) == True
+
+@skip_in_parallel
+#@pytest.mark.skipif(True, reason="Not implemented in 3D")
+def test_tetrahedron_collides_tetrahedron():
+    """Test if point collide with tetrahedron"""
+
+    m0 = UnitCubeMesh(2, 2, 2)
+    c19 = Cell(m0, 19)
+    c26 = Cell(m0, 26)
+    c37 = Cell(m0, 37)
+    c43 = Cell(m0, 43)
+    c45 = Cell(m0, 45)
+
+    m1 = UnitCubeMesh(1,1,1)
+    m1.translate(Point(0.5, 0.5, 0.5))
+    c3 = Cell(m0, 3)
+    c5 = Cell(m1, 5)
+
+    # self collisions
+    assert c3.collides(c3) == True
+    assert c45.collides(c45) == True
+
+    # standard collisions
+    assert c3.collides(c37) == True
+    assert c37.collides(c3) == True
+
+    # edge face
+    assert c5.collides(c45) == True
+    assert c45.collides(c5) == True
+
+    # touching edges
+    assert c5.collides(c19) == False
+    assert c19.collides(c5) == False
+
+    # touching faces
+    assert c3.collides(c43) == True
+    assert c43.collides(c3) == True
diff --git a/python/test/unit/geometry/test_collision_segment_segment.py b/python/test/unit/geometry/test_collision_segment_segment.py
new file mode 100755
index 0000000..51b9ed8
--- /dev/null
+++ b/python/test/unit/geometry/test_collision_segment_segment.py
@@ -0,0 +1,134 @@
+"""Unit tests for the CollisionPredicates class"""
+
+# Copyright (C) 2014 Anders Logg and August Johansson
+  #
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2014-02-16
+# Last changed: 2016-11-22
+
+import pytest
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel
+import numpy as np
+
+@skip_in_parallel
+def create_mesh(a, b):
+    editor = MeshEditor()
+    mesh = Mesh()
+    editor.open(mesh, "interval", 1, 2)
+    editor.init_cells(1)
+    editor.init_vertices(2)
+    editor.add_cell(0, np.array( (0, 1), dtype='uint') )
+    editor.add_vertex(0, np.array( (a.x(), a.y()), dtype='float'))
+    editor.add_vertex(1, np.array( (b.x(), b.y()), dtype='float'))
+    editor.close()
+    return mesh;
+
+@skip_in_parallel
+def test_L_version_1():
+    mesh0 = create_mesh(Point(0., 0.), Point(1., 0.))
+    mesh1 = create_mesh(Point(0., 0.), Point(0., 1.))
+    cell0 = Cell(mesh0, 0)
+    cell1 = Cell(mesh1, 0)
+    assert cell0.collides(cell1) == True
+
+@skip_in_parallel
+def test_L_version_2():
+    # mesh0 = create_mesh(Point(np.finfo(np.float32).eps, 0.), Point(1., 0.))
+    # mesh0 = create_mesh(Point(eps(), 0.), Point(1., 0.))
+    mesh0 = create_mesh(Point(2.23e-15, 0.), Point(1., 0.))
+    mesh1 = create_mesh(Point(0., 0.), Point(0., 1.))
+    # print(mesh0.str(True))
+    # print(mesh1.str(True))
+    cell0 = Cell(mesh0, 0)
+    cell1 = Cell(mesh1, 0)
+    assert cell0.collides(cell1) == False
+
+@skip_in_parallel
+def test_L_version_3():
+    # mesh0 = create_mesh(Point(np.finfo(np.float32).eps, 0.), Point(1., 0.))
+    # mesh0 = create_mesh(Point(eps(), 0.), Point(1., 0.))
+    a = Point(2.23e-100, 0.) # assume shewchuk works
+    b = Point(1., 0.)
+    c = Point(0., 0.)
+    d = Point(0., 1.)
+
+    assert cpp.geometry.CollisionPredicates.collides_segment_segment_2d(a, b, c, d) == False
+
+@skip_in_parallel
+def test_aligned_version_1():
+    mesh0 = create_mesh(Point(0,0), Point(1,0))
+    mesh1 = create_mesh(Point(1,0), Point(2,0))
+    cell0 = Cell(mesh0, 0)
+    cell1 = Cell(mesh1, 0)
+    assert cell0.collides(cell1) == True
+
+@skip_in_parallel
+def test_aligned_version_2():
+    mesh0 = create_mesh(Point(0,0), Point(1,0))
+    mesh1 = create_mesh(Point(2,0), Point(3,0))
+    cell0 = Cell(mesh0, 0)
+    cell1 = Cell(mesh1, 0)
+    assert cell0.collides(cell1) == False
+
+@skip_in_parallel
+def test_collinear_1():
+    p0 = Point(0.05, 0.15)
+    p1 = Point(0.85, 0.95)
+    q0 = Point(0.2875, 0.3875)
+    q1 = Point(0.6125, 0.7125)
+    meshp = create_mesh(p0, p1)
+    meshq = create_mesh(q0, q1)
+    cellp = Cell(meshp, 0)
+    cellq = Cell(meshq, 0)
+    assert cellp.collides(cellq) == True
+
+@skip_in_parallel
+def test_collinear_2():
+    res = cpp.geometry.CollisionPredicates.collides_segment_segment_2d(Point(.5, .3),
+                                                                       Point(.5, .4),
+                                                                       Point(.5, .5),
+                                                                       Point(.5, .6))
+    assert not res
+
+@skip_in_parallel
+def test_segment_segment_2d():
+    # p0 is on segment q0-q1
+    p0 = Point(1e-30, 0)
+    p1 = Point(1, 2)
+    p2 = Point(2, 1)
+    q0 = Point(1, 0)
+    q1 = Point(0, 0)
+    assert cpp.geometry.CollisionPredicates.collides_segment_segment_2d(p0, p1, q0, q1)
+    assert cpp.geometry.CollisionPredicates.collides_segment_segment_2d(p1, p0, q0, q1)
+    assert cpp.geometry.CollisionPredicates.collides_segment_segment_2d(p0, p1, q1, q0)
+    assert cpp.geometry.CollisionPredicates.collides_segment_segment_2d(p1, p0, q1, q0)
+
+    assert cpp.geometry.CollisionPredicates.collides_segment_segment_2d(p0, p2, q0, q1)
+    assert cpp.geometry.CollisionPredicates.collides_segment_segment_2d(p2, p0, q0, q1)
+    assert cpp.geometry.CollisionPredicates.collides_segment_segment_2d(p0, p2, q1, q0)
+    assert cpp.geometry.CollisionPredicates.collides_segment_segment_2d(p2, p0, q1, q0)
+
+    assert cpp.geometry.CollisionPredicates.collides_segment_segment_2d(p0, p1, q1, q0)
+    assert cpp.geometry.CollisionPredicates.collides_segment_segment_2d(p1, p0, q1, q0)
+    assert cpp.geometry.CollisionPredicates.collides_segment_segment_2d(p0, p1, q0, q1)
+    assert cpp.geometry.CollisionPredicates.collides_segment_segment_2d(p1, p0, q0, q1)
+
+    assert cpp.geometry.CollisionPredicates.collides_segment_segment_2d(p0, p2, q1, q0)
+    assert cpp.geometry.CollisionPredicates.collides_segment_segment_2d(p2, p0, q1, q0)
+    assert cpp.geometry.CollisionPredicates.collides_segment_segment_2d(p0, p2, q0, q1)
+    assert cpp.geometry.CollisionPredicates.collides_segment_segment_2d(p2, p0, q0, q1)
diff --git a/python/test/unit/geometry/test_coordinates.py b/python/test/unit/geometry/test_coordinates.py
new file mode 100755
index 0000000..ff66e17
--- /dev/null
+++ b/python/test/unit/geometry/test_coordinates.py
@@ -0,0 +1,122 @@
+"""Unit tests for coordinates interface"""
+
+# Copyright (C) 2016 Jan Blechta
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+import numpy as np
+
+from dolfin import UnitIntervalMesh, UnitSquareMesh, UnitCubeMesh, UnitDiscMesh
+from dolfin import FunctionSpace, VectorFunctionSpace, Function, MPI
+from dolfin import UserExpression
+from dolfin import get_coordinates, set_coordinates, Mesh
+from dolfin import Expression, interpolate
+from dolfin_utils.test import skip_in_parallel, fixture
+
+
+@fixture
+def meshes_p1():
+    return UnitIntervalMesh(10), UnitSquareMesh(3, 3), UnitCubeMesh(2, 2, 2)
+
+
+@fixture
+def meshes_p2():
+    return UnitDiscMesh.create(MPI.comm_world, 1, 2, 2), UnitDiscMesh.create(MPI.comm_world, 1, 2, 3)
+
+
+def _test_get_set_coordinates(mesh):
+    # Get coords
+    V = FunctionSpace(mesh, mesh.ufl_coordinate_element())
+    c = Function(V)
+    get_coordinates(c, mesh.geometry())
+
+    # Check correctness of got coords
+    _check_coords(mesh, c)
+
+    # Backup and zero coords
+    coords = mesh.coordinates()
+    coords_old = coords.copy()
+    coords[:] = 0.0
+    assert np.all(mesh.coordinates() == 0.0)
+
+    # Set again to old value
+    set_coordinates(mesh.geometry(), c)
+
+    # Check
+    assert np.all(mesh.coordinates() == coords_old)
+
+def _check_coords(mesh, c):
+    # FIXME: This does not work for higher-order geometries although it should
+    if mesh.geometry().degree() > 1:
+        return
+
+    # Compare supplied c with interpolation of x
+    class X(UserExpression):
+        def eval(self, values, x):
+            values[:] = x[:]
+    x = X(domain=mesh, element=mesh.ufl_coordinate_element())
+    x = interpolate(x, c.function_space())
+    x.vector()[:] -= c.vector()
+    assert np.isclose(x.vector().norm("l1"), 0.0)
+
+
+def test_linear(meshes_p1):
+    for mesh in meshes_p1:
+        _test_get_set_coordinates(mesh)
+
+
+@skip_in_parallel(reason="FunctionSpace(UnitDiscMesh) not working in parallel")
+def test_higher_order(meshes_p2):
+    for mesh in meshes_p2:
+        _test_get_set_coordinates(mesh)
+
+
+def test_raises(meshes_p1):
+    mesh1, mesh2 = meshes_p1[:2]
+
+    # Wrong FE family
+    V = VectorFunctionSpace(mesh2, "Discontinuous Lagrange", 1)
+    c = Function(V)
+    with pytest.raises(RuntimeError):
+        get_coordinates(c, mesh2.geometry())
+    with pytest.raises(RuntimeError):
+        set_coordinates(mesh2.geometry(), c)
+
+    # Wrong value rank
+    V = FunctionSpace(mesh2, "Lagrange", 1)
+    c = Function(V)
+    with pytest.raises(RuntimeError):
+        get_coordinates(c, mesh2.geometry())
+    with pytest.raises(RuntimeError):
+        set_coordinates(mesh2.geometry(), c)
+
+    # Wrong value shape
+    V = VectorFunctionSpace(mesh2, "Lagrange", mesh2.geometry().degree(),
+            dim=mesh2.geometry().dim() - 1)
+    c = Function(V)
+    with pytest.raises(RuntimeError):
+        get_coordinates(c, mesh2.geometry())
+    with pytest.raises(RuntimeError):
+        set_coordinates(mesh2.geometry(), c)
+
+    # Non-matching degree
+    V = VectorFunctionSpace(mesh2, "Lagrange", mesh2.geometry().degree() + 1)
+    c = Function(V)
+    with pytest.raises(RuntimeError):
+        get_coordinates(c, mesh2.geometry())
+    with pytest.raises(RuntimeError):
+        set_coordinates(mesh2.geometry(), c)
diff --git a/python/test/unit/geometry/test_geometry_issues.py b/python/test/unit/geometry/test_geometry_issues.py
new file mode 100755
index 0000000..63fc228
--- /dev/null
+++ b/python/test/unit/geometry/test_geometry_issues.py
@@ -0,0 +1,162 @@
+"""Unit tests for intersection computation"""
+
+# Copyright (C) 2013 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2013-12-09
+# Last changed: 2017-02-16
+
+import pytest
+
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel
+import numpy as np
+
+@skip_in_parallel
+def test_issue_97():
+    "Test from Mikael Mortensen (issue #97)"
+
+    N = 2
+    L = 1000
+    mesh = BoxMesh(Point(0, 0, 0), Point(L, L, L), N, N, N)
+    V = FunctionSpace(mesh, 'CG', 1)
+    v = interpolate(Expression('x[0]', degree=1), V)
+    x = Point(0.5*L, 0.5*L, 0.5*L)
+    vx = v(x)
+
+@skip_in_parallel
+def test_issue_168():
+    "Test from Torsten Wendav (issue #168)"
+
+    mesh = UnitCubeMesh(14, 14, 14)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+    v = Function(V)
+    x = (0.75, 0.25, 0.125)
+    vx = v(x)
+
+
+@pytest.mark.skipif(True, reason="Since cell.contains(point) is doing an exact calculation, we cannot assume that the midpoint is exactly in the cell")
+@skip_in_parallel
+def test_segment_collides_point_3D_2():
+    """Test case by Oyvind from https://bitbucket.org/fenics-project/dolfin/issue/296 for segment point collision in 3D"""
+    mesh = Mesh()
+    editor = MeshEditor()
+    editor.open(mesh, 1, 3)
+    editor.init_vertices(2)
+    editor.init_cells(1)
+    editor.add_vertex(0, np.array( (41.06309891, 63.74219894, 68.10320282), dtype='float') )
+    editor.add_vertex(1, np.array( (41.45830154, 62.61560059, 66.43019867), dtype='float') )
+    editor.add_cell(0, np.array( (0,1), dtype='uint'))
+    editor.close()
+    cell = Cell(mesh, 0)
+    assert cell.contains(cell.midpoint())
+
+
+def _test_collision_robustness_2d(aspect, y, step):
+    nx = 10
+    ny = int(aspect*nx)
+    mesh = UnitSquareMesh(nx, ny, 'crossed')
+    bb = mesh.bounding_box_tree()
+
+    x = 0.0
+    p = Point(x, y)
+    while x <= 1.0:
+        c = bb.compute_first_entity_collision(Point(x, y))
+        assert c < np.uintc(-1)
+        x += step
+
+#@pytest.mark.skipif(True, reason="Not implemented in 3D")
+@skip_in_parallel
+def _test_collision_robustness_3d(aspect, y, z, step):
+    nx = nz = 10
+    ny = int(aspect*nx)
+    mesh = UnitCubeMesh(nx, ny, nz)
+    bb = mesh.bounding_box_tree()
+
+    x = 0.0
+    while x <= 1.0:
+        c = bb.compute_first_entity_collision(Point(x, y, z))
+        assert c < np.uintc(-1)
+        x += step
+
+@skip_in_parallel
+@pytest.mark.slow
+def test_collision_robustness_slow():
+    """Test cases from https://bitbucket.org/fenics-project/dolfin/issue/296"""
+    _test_collision_robustness_2d( 100, 1e-14,       1e-5)
+    _test_collision_robustness_2d(  40, 1e-03,       1e-5)
+    _test_collision_robustness_2d( 100, 0.5 + 1e-14, 1e-5)
+    _test_collision_robustness_2d(4.43, 0.5,      4.03e-6)
+    _test_collision_robustness_3d( 100, 1e-14, 1e-14, 1e-5)
+
+@skip_in_parallel
+@pytest.mark.slow
+@pytest.mark.skipif(True, reason='Very slow test cases')
+def test_collision_robustness_very_slow():
+    """Test cases from https://bitbucket.org/fenics-project/dolfin/issue/296"""
+    _test_collision_robustness_2d(  10, 1e-16,       1e-7)
+    _test_collision_robustness_2d(4.43, 1e-17,    4.03e-6)
+    _test_collision_robustness_2d(  40, 0.5,         1e-6)
+    _test_collision_robustness_2d(  10, 0.5 + 1e-16, 1e-7)
+
+@skip_in_parallel
+def test_points_on_line():
+    """Test case from https://bitbucket.org/fenics-project/dolfin/issues/790"""
+    big = 1e6
+    p1 = np.array((0.1, 0.06), dtype='float')
+    p3 = np.array((big*2.1, big*0.1), dtype='float')
+    p2 = np.array((0.0, big*3.0), dtype='float')
+    p0 = np.array((big*3.0, 0.0), dtype='float')
+
+    mesh = Mesh()
+    ed = MeshEditor()
+    ed.open(mesh, "triangle", 2, 2)
+    ed.init_cells(3)
+    ed.init_vertices(4)
+    ed.add_vertex(0, p0)
+    ed.add_vertex(1, p1)
+    ed.add_vertex(2, p2)
+    ed.add_vertex(3, p3)
+    ed.add_cell(0, np.array( (2, 3, 0), dtype='uint'))
+    ed.add_cell(1, np.array( (0, 1, 3 ), dtype='uint'))
+    ed.add_cell(2, np.array( (1, 2, 3 ), dtype='uint'))
+    ed.close()
+
+    # xdmf = XDMFFile("a.xdmf")
+    # xdmf.write(mesh)
+
+    # print mesh.cells()
+    # print mesh.coordinates()
+
+    bb = mesh.bounding_box_tree()
+
+    # Find a point on line somewhere between p3 and p1
+    j = 4
+    pq = (p3*j + p1*(50-j))/50.0
+    c = bb.compute_entity_collisions(Point(pq[0], pq[1]))
+    # print pq.str(), c
+
+    # Check that the neighbouring points are in the correct cells
+    cell_numbers = [1, 2, 2, 1, 1, 2, 1, 1, 2]
+    step = 1e-6
+    cnt = 0
+    for i in range(-1, 2):
+        for j in range(-1, 2):
+            pt = Point(pq[0], pq[1]) + Point(step*i, step*j)
+            c = bb.compute_entity_collisions(pt)
+            assert c[0] == cell_numbers[cnt]
+            cnt += 1
diff --git a/python/test/unit/geometry/test_intersection.py b/python/test/unit/geometry/test_intersection.py
new file mode 100755
index 0000000..9b18850
--- /dev/null
+++ b/python/test/unit/geometry/test_intersection.py
@@ -0,0 +1,85 @@
+"""Unit tests for intersection computation"""
+
+# Copyright (C) 2013-2014 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+
+from dolfin import intersect
+from dolfin import (UnitIntervalMesh, UnitSquareMesh, UnitCubeMesh, BoxMesh, CellType)
+from dolfin import Point, FunctionSpace, Expression, interpolate
+from dolfin import MPI
+
+from dolfin_utils.test import skip_in_parallel
+
+@skip_in_parallel
+def test_mesh_point_1d():
+    "Test mesh-point intersection in 1D"
+
+    point = Point(0.1)
+    mesh = UnitIntervalMesh(16)
+
+    intersection = intersect(mesh, point)
+
+    assert intersection.intersected_cells() == [1]
+
+@skip_in_parallel
+def test_mesh_point_2d_triangle():
+    "Test mesh-point intersection in 2D for triangular mesh"
+
+    point = Point(0.1, 0.2)
+    mesh = UnitSquareMesh(16, 16)
+
+    intersection = intersect(mesh, point)
+
+    assert intersection.intersected_cells() == [98]
+
+@skip_in_parallel
+def test_mesh_point_3d_tetrahedron():
+    "Test mesh-point intersection in 3D for tetrahedral mesh"
+
+    point = Point(0.1, 0.2, 0.3)
+    mesh = UnitCubeMesh(8, 8, 8)
+
+    intersection = intersect(mesh, point)
+
+    assert intersection.intersected_cells() == [816]
+
+@skip_in_parallel
+@pytest.mark.xfail(strict=True, raises=RuntimeError)
+def test_mesh_point_2d_quadrilateral():
+    "Test mesh-point intersection in 2D for quadrilateral mesh"
+
+    point = Point(0.1, 0.2)
+    mesh = UnitSquareMesh.create(16, 16, CellType.Type.quadrilateral)
+
+    intersection = intersect(mesh, point)
+
+    assert intersection.intersected_cells() == [49]
+
+@skip_in_parallel
+@pytest.mark.xfail(strict=True, raises=RuntimeError)
+def test_mesh_point_3d_hexahedron():
+    "Test mesh-point intersection in 3D for hexahedral mesh"
+
+    point = Point(0.1, 0.2, 0.3)
+    mesh = UnitCubeMesh.create(8, 8, 8, CellType.Type.hexahedron)
+
+    intersection = intersect(mesh, point)
+
+    # Returns [] now, but [136] is the correct cell.
+    assert intersection.intersected_cells() == [136]
diff --git a/python/test/unit/geometry/test_intersection_construction.py b/python/test/unit/geometry/test_intersection_construction.py
new file mode 100755
index 0000000..978a05d
--- /dev/null
+++ b/python/test/unit/geometry/test_intersection_construction.py
@@ -0,0 +1,314 @@
+"""Unit tests for the IntersectionConstruction class"""
+
+# Copyright (C) 2014 Anders Logg and August Johansson
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+import numpy as np
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel
+
+def triangulation_to_mesh_2d(triangulation):
+    editor = MeshEditor()
+    mesh = Mesh()
+    editor.open(mesh, 2, 2)
+    num_cells = len(triangulation) // 6
+    num_vertices = len(triangulation) // 2
+    editor.init_cells(num_cells)
+    editor.init_vertices(num_vertices)
+    for i in range(num_cells):
+        editor.add_cell(i, np.array( (3*i, 3*i + 1, 3*i + 2), dtype='uint') )
+    for i in range(num_vertices):
+        editor.add_vertex(i, np.array( (triangulation[2*i], triangulation[2*i + 1]), dtype='float'))
+    editor.close()
+    return mesh
+
+def triangulation_to_mesh_2d_3d(triangulation):
+    editor = MeshEditor()
+    mesh = Mesh()
+    editor.open(mesh,2,3)
+    num_cells = len(triangulation) // 9
+    num_vertices = len(triangulation) // 3
+    editor.init_cells(num_cells)
+    editor.init_vertices(num_vertices)
+    for i in range(num_cells):
+        editor.add_cell(i, np.array( (3*i, 3*i+1, 3*i+2), dtype='uint'))
+    for i in range(num_vertices):
+        editor.add_vertex(i, np.array( (triangulation[3*i], triangulation[3*i+1], triangulation[3*i+2]), dtype='float') )
+    editor.close()
+    return mesh
+
+def triangulation_to_mesh_3d(triangulation):
+    editor = MeshEditor()
+    mesh = Mesh()
+    editor.open(mesh,3,3)
+    num_cells = len(triangulation) // 12
+    num_vertices = len(triangulation) // 3
+    editor.init_cells(num_cells)
+    editor.init_vertices(num_vertices)
+    for i in range(num_cells):
+        editor.add_cell(i, np.array( (4*i, 4*i+1, 4*i+2, 4*i+3), dtype='uint'))
+    for i in range(num_vertices):
+        editor.add_vertex(i, np.array( (triangulation[3*i], triangulation[3*i+1], triangulation[3*i+2]), dtype='float'))
+    editor.close()
+    return mesh
+
+@skip_in_parallel
+@pytest.mark.skipif(True, reason="Missing swig typemap")
+def test_triangulate_intersection_2d():
+
+    # Create two meshes of the unit square
+    mesh_0 = UnitSquareMesh(1, 1)
+    mesh_1 = UnitSquareMesh(1, 1)
+
+    # Translate second mesh randomly
+    #dx = Point(np.random.rand(),np.random.rand())
+    dx = Point(0.278498, 0.546881)
+    mesh_1.translate(dx)
+
+    # Exact volume of intersection
+    exactvolume = (1 - abs(dx[0]))*(1 - abs(dx[1]))
+
+    # Compute triangulation volume
+    volume = 0
+    for c0 in cells(mesh_0):
+        for c1 in cells(mesh_1):
+            intersection = c0.intersection(c1)
+            if len(intersection) >= 3 :
+                triangulation = cpp.geometry.ConvexTriangulation.triangulate(intersection, 2, 2)
+                tmesh = triangulation_to_mesh_2d(triangulation)
+                for t in cells(tmesh):
+                    volume += t.volume()
+
+    errorstring = "translation=" + str(dx[0]) + str(" ") + str(dx[1])
+    assert round(volume - exactvolume, 7) == 0, errorstring
+
+@skip_in_parallel
+@pytest.mark.skipif(True, reason="Not implemented in 3D")
+def test_triangulate_intersection_2d_3d():
+
+    # Note: this test will fail if the triangle mesh is aligned
+    # with the tetrahedron mesh
+
+    # Create a unit cube
+    mesh_0 = UnitCubeMesh(1,1,1)
+
+    # Create a 3D surface mesh
+    editor = MeshEditor()
+    mesh_1 = Mesh()
+    editor.open(mesh_1,2,3)
+    editor.init_cells(2)
+    editor.init_vertices(4)
+
+    # Add cells
+    editor.add_cell(0, np.array( (0,1,2), dtype='uint'))
+    editor.add_cell(1, np.array( (1,2,3), dtype='uint'))
+
+    # Add vertices
+    editor.add_vertex(0, np.array( (0, 0, 0.5), dtype='float'))
+    editor.add_vertex(1, np.array( (1, 0, 0.5), dtype='float'))
+    editor.add_vertex(2, np.array( (0, 1, 0.5), dtype='float'))
+    editor.add_vertex(3, np.array( (1, 1, 0.5), dtype='float'))
+    editor.close()
+
+    # Rotate the triangle mesh around y axis
+    angle = 23.46354
+    mesh_1.rotate(angle,1)
+
+    # Exact area
+    exact_volume = 1
+
+    # Compute triangulation
+    volume = 0
+    for c0 in cells(mesh_0):
+        for c1 in cells(mesh_1):
+            intersection = c0.intersection(c1)
+            triangulation = cpp.geometry.ConvexTriangulation.triangulate(intersection, 3, 2)
+            if (triangulation.size>0):
+                tmesh = triangulation_to_mesh_2d_3d(triangulation)
+                for t in cells(tmesh):
+                    volume += t.volume()
+
+    errorstring = "rotation angle = " + str(angle)
+    assert round(volume - exact_volume, 7) == 0, errorstring
+
+@skip_in_parallel
+@pytest.mark.skipif(True, reason="Missing swig typemap for call to ConvexTriangulation")
+def test_triangulate_intersection_3d():
+
+    # Create two meshes of the unit cube
+    mesh_0 = UnitCubeMesh(1, 1, 1)
+    mesh_1 = UnitCubeMesh(1, 1, 1)
+
+    # Translate second mesh
+    # dx = Point(np.random.rand(),np.random.rand(),np.random.rand())
+    dx = Point(0.913375, 0.632359, 0.097540)
+
+    mesh_1.translate(dx)
+    exactvolume = (1 - abs(dx[0]))*(1 - abs(dx[1]))*(1 - abs(dx[2]))
+
+    # Compute triangulation
+    volume = 0
+    for c0 in cells(mesh_0):
+        for c1 in cells(mesh_1):
+            intersection = c0.intersection(c1)
+            triangulation = cpp.geometry.ConvexTriangulation.triangulate(intersection, 3, 3)
+            if (triangulation.size>0):
+                tmesh = triangulation_to_mesh_3d(triangulation)
+                for t in cells(tmesh):
+                    volume += t.volume()
+
+    errorstring = "translation="
+    errorstring += str(dx[0])+" "+str(dx[1])+" "+str(dx[2])
+    assert round(volume - exactvolume, 7) == 0, errorstring
+
+def test_triangle_triangle_2d_trivial() :
+    " These two triangles intersect in a common edge"
+    res = cpp.geometry.IntersectionConstruction.intersection_triangle_triangle_2d(Point(0.0, 0.0),
+	                                                                          Point(1.0, 0.0),
+							                          Point(0.5, 1.0),
+							                          Point(0.5, 0.5),
+							                          Point(1.0, 1.5),
+							                          Point(0.0, 1.5))
+    assert len(res) == 4
+
+def test_triangle_triangle_2d() :
+    " These two triangles intersect in a common edge"
+    res = cpp.geometry.IntersectionConstruction.intersection_triangle_triangle_2d(Point(0.4960412972015322, 0.3953317542541379),
+	                                                                          Point(0.5, 0.3997044273055517),
+							                          Point(0.5, 0.4060889538943557),
+							                          Point(0.4960412972015322, 0.3953317542541379),
+							                          Point(0.5, 0.4060889538943557),
+                                                                                  Point(.5, .5))
+    for p in res:
+        print(p[0], p[1])
+
+    assert len(res) == 2
+
+@skip_in_parallel
+def test_parallel_segments_2d():
+    " These two segments should be parallel and the intersection computed accordingly"
+    p0 = Point(0, 0)
+    p1 = Point(1, 0)
+    q0 = Point(0.4, 0)
+    q1 = Point(1.4, 0)
+    intersection = cpp.geometry.IntersectionConstruction.intersection_segment_segment_2d(p0, p1, q0, q1)
+    assert len(intersection) == 2
+
+def test_equal_segments_2d():
+    " These two segments are equal and the intersection computed accordingly"
+    p0 = Point(DOLFIN_PI / 7., 9. / DOLFIN_PI)
+    p1 = Point(9. / DOLFIN_PI, DOLFIN_PI / 7.)
+    q0 = Point(DOLFIN_PI / 7., 9. / DOLFIN_PI)
+    q1 = Point(9. / DOLFIN_PI, DOLFIN_PI / 7.)
+    intersection = cpp.geometry.IntersectionConstruction.intersection_segment_segment_2d(p0, p1, q0, q1)
+    assert len(intersection) == 2
+
+@skip_in_parallel
+def test_triangle_segment_2D_1():
+    "The intersection of a specific triangle and a specific segment"
+    p0 = Point(1e-30, 0)
+    p1 = Point(1, 2)
+    p2 = Point(2, 1)
+    q0 = Point(1, 0)
+    q1 = Point(0, 0)
+    intersection = cpp.geometry.IntersectionConstruction.intersection_triangle_segment_2d(p0, p1, p2, q0, q1)
+    assert len(intersection) == 1
+    intersection = cpp.geometry.IntersectionConstruction.intersection_triangle_segment_2d(p0, p1, p2, q1, q0)
+    assert len(intersection) == 1
+
+def compare_with_cgal(p0, p1, q0, q1, cgal):
+    intersection = cpp.geometry.IntersectionConstruction.intersection_segment_segment_2d(p0, p1, q0, q1)
+
+    #for p in intersection:
+    #    print(*p)
+
+    return abs(intersection[0][0] - cgal[0]) < DOLFIN_EPS and \
+           abs(intersection[0][1] - cgal[1]) < DOLFIN_EPS
+
+@skip_in_parallel
+@pytest.mark.skipif(True, reason="This is a case where the intersection currently fails")
+def test_segment_segment_1():
+    "Case that fails CGAL comparison. We get a different intersection point but still correct area."
+    p0 = Point(-0.50000000000000710543,-0.50000000000000710543)
+    p1 = Point(0.99999999999999955591,-2)
+    q0 = Point(0.9142135623730932581,-1.9142135623730944793)
+    q1 = Point(-0.29289321881346941367,-0.70710678118654635149)
+
+    # The intersection should according to CGAL be
+    cgal = Point(0.91066799144849319703, -1.9106679914484945293)
+
+    assert compare_with_cgal(p0, p1, q0, q1, cgal)
+
+@skip_in_parallel
+@pytest.mark.skipif(True, reason="This is a case where the intersection currently fails")
+def test_segment_segment_2():
+    "Case that fails CGAL comparison. We get a different intersection point but still correct area."
+    p0 = Point(0.70710678118654746172,-0.70710678118654746172)
+    p1 = Point(0.70710678118654612945,0.70710678118654612945)
+    q0 = Point(0.70710678118654612945,0.70710678118654113344)
+    q1 = Point(0.70710678118654657354,0.2928932188134645842)
+    cgal = Point(0.70710678118654612945, 0.7071067811865050512)
+    assert compare_with_cgal(p0, p1, q0, q1, cgal)
+
+
+@skip_in_parallel
+#@pytest.mark.skipif(True, reason="This test needs to be updated")
+def test_segment_segment_3():
+    "Case that fails CGAL comparison. We get a different intersection point but still correct area."
+    p0 = Point(0.70710678118654746172,-0.70710678118654746172)
+    p1 = Point(0.70710678118654612945,0.70710678118654612945)
+    q0 = Point(0.70710678118654757274,-0.097631072937819973756)
+    q1 = Point(0.70710678118654257673,-0.1601886205085209236)
+    cgal = Point(0.70710678118654679558, -0.10611057050352221132)
+    assert compare_with_cgal(p0, p1, q0, q1, cgal)
+
+
+@skip_in_parallel
+@pytest.mark.skipif(True, reason="This is a case where the intersection currently fails")
+def test_segment_segment_4():
+    "Case that fails CGAL comparison. We get a different intersection point but still correct area."
+    p0 = Point(0.70710678118654746172,-0.70710678118654746172)
+    p1 = Point(3.5527136788005009294e-14,3.5527136788005009294e-14)
+    q0 = Point(0.35355339059326984508,-0.35355339059327078877)
+    q1 = Point(0.70710678118655057034,-0.70710678118654701763)
+    cgal = Point(0.67572340116162599166, -0.67572340116162288304)
+    assert compare_with_cgal(p0, p1, q0, q1, cgal)
+
+
+@skip_in_parallel
+def test_segment_segment_5():
+    "Case that failed CGAL comparison but passed when scaling the numerator in x = p0 + o / d * v"
+    p0 = Point(1.1429047494274684563e-12,0.5)
+    p1 = Point(0.42146018366139809119,0.9214601836602551721)
+    q0 = Point(0.34292036732279607136,0.8429203673205103442)
+    q1 = Point(0.3429203673205103442,0.8429203673205103442)
+    cgal = Point(0.3429203673216533188,0.8429203673205103442)
+    assert compare_with_cgal(p0, p1, q0, q1, cgal)
+
+
+@skip_in_parallel
+def test_segment_segment_6():
+    "Test that demonstrates, among other things, that we must check the orientation for p0, p1 in intersection_segment_segment_2d"
+    p0 = Point(0.045342566799435518599,0.41358248517265505662);
+    p1 = Point(0.045342566799434436131,0.41358248517265394639);
+    q0 = Point(1.8601965322712701917e-16,0.5);
+    q1 = Point(1.873501354054951662e-16,0.3499999999999999778);
+
+    intersection = cpp.geometry.IntersectionConstruction.intersection_segment_segment_2d(p0, p1, q0, q1)
+
+    assert len(intersection) == 0
diff --git a/python/test/unit/geometry/test_point.py b/python/test/unit/geometry/test_point.py
new file mode 100644
index 0000000..2d17ad8
--- /dev/null
+++ b/python/test/unit/geometry/test_point.py
@@ -0,0 +1,95 @@
+"""Unit tests for Point interface"""
+
+# Copyright (C) 2017 Jan Blechta
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+import numpy as np
+
+from dolfin import *
+
+
+def test_point_getitem():
+    p = Point(1, 2, 3)
+    assert p[0] == 1.0
+    assert p[1] == 2.0
+    assert p[2] == 3.0
+    with pytest.raises(IndexError):
+        p[3]
+    assert np.all(p[:] == np.array((1.0, 2.0, 3.0)))
+
+
+def test_point_setitem():
+    p = Point()
+
+    p[0] = 6.0
+    assert p[0] == 6.0
+
+    p[1] = 16.0
+    p[1] += 600.0
+    assert np.isclose(p[1], 616.0)
+
+    p[2] = 111.0
+    p[2] *= 12.0
+    p[2] /= 2
+    assert np.isclose(p[2], 666.0)
+
+    with pytest.raises(IndexError):
+        p[3] = 6666.0
+
+    p[:] = (0, 0, 0)
+    assert np.all(p[:] == 0)
+
+    p[:] = (1, 2, 3)
+    assert np.all(p[:] == (1, 2, 3))
+
+    p[:] += np.array((1, 2, 3))
+    assert np.all(p[:] == (2, 4, 6))
+
+    p[:] /= 2
+    assert np.all(p[:] == (1, 2, 3))
+
+    p[:] *= np.array((2., 2., 2.))
+    assert np.all(p[:] == (2, 4, 6))
+
+
+def test_point_array():
+    p = Point(1, 2, 3)
+    assert np.all(p.array() == (1, 2, 3))
+
+    # Point.array() is a copy, no in-place modification
+    p.array()[:] += 1000.0
+    assert np.all(p.array() == (1, 2, 3))
+
+
+def test_point_equality():
+    p = Point(1.23, 2, DOLFIN_PI)
+    q = Point(1.23, 2, DOLFIN_PI)
+    r = Point(1.23+DOLFIN_EPS, 2, DOLFIN_PI)
+    assert p == q
+    assert p != r
+
+
+def test_point_dot():
+    p = Point(1.0, 2.0, 3.0)
+    q = Point(3.1, 4.5, 5.6)
+    r = Point(-1.6, -2.5, 3.3)
+    s = Point(152.25)
+
+    assert p.dot(q) == p[0]*q[0] + p[1]*q[1] + p[2]*q[2]
+    assert p.dot(r) == p[0]*r[0] + p[1]*r[1] + p[2]*r[2]
+    assert p.dot(s) == p[0]*s[0]
\ No newline at end of file
diff --git a/python/test/unit/graph/test_graph_build.py b/python/test/unit/graph/test_graph_build.py
new file mode 100755
index 0000000..d66bf5f
--- /dev/null
+++ b/python/test/unit/graph/test_graph_build.py
@@ -0,0 +1,36 @@
+"""Unit tests for graph building"""
+
+# Copyright (C) 2013 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2013-08-10
+# Last changed:
+
+import pytest
+from dolfin import *
+
+
+def test_build_from_mesh_simple():
+    """Build mesh graph """
+
+    mesh = UnitCubeMesh(16, 16, 16)
+    D = mesh.topology().dim()
+    GraphBuilder.local_graph(mesh, D, 0)
+    GraphBuilder.local_graph(mesh, D, 1)
+    GraphBuilder.local_graph(mesh, 2, D)
+    GraphBuilder.local_graph(mesh, 1, D)
+    GraphBuilder.local_graph(mesh, 0, D)
diff --git a/python/test/unit/io/test_HDF5.py b/python/test/unit/io/test_HDF5.py
new file mode 100755
index 0000000..e4fda9d
--- /dev/null
+++ b/python/test/unit/io/test_HDF5.py
@@ -0,0 +1,249 @@
+"""Unit tests for the HDF5 io library"""
+
+# Copyright (C) 2012 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Chris Richardson 2013
+
+import pytest
+import os
+from dolfin import *
+from dolfin_utils.test import skip_if_not_HDF5, fixture, tempdir, xfail_with_serial_hdf5_in_parallel
+
+@skip_if_not_HDF5
+@xfail_with_serial_hdf5_in_parallel
+def test_parallel(tempdir):
+    filename = os.path.join(tempdir, "y.h5")
+    have_parallel = has_hdf5_parallel()
+    hdf5 = HDF5File(MPI.comm_world, filename, "w")
+
+@skip_if_not_HDF5
+@xfail_with_serial_hdf5_in_parallel
+def test_save_vector(tempdir):
+    filename = os.path.join(tempdir, "x.h5")
+    x = Vector(MPI.comm_world, 305)
+    x[:] = 1.0
+    with HDF5File(x.mpi_comm(), filename, "w") as vector_file:
+        vector_file.write(x, "/my_vector")
+
+@skip_if_not_HDF5
+@xfail_with_serial_hdf5_in_parallel
+def test_save_and_read_vector(tempdir):
+    filename = os.path.join(tempdir, "vector.h5")
+
+    # Write to file
+    x = Vector(MPI.comm_world, 305)
+    x[:] = 1.2
+    with HDF5File(x.mpi_comm(), filename, "w") as vector_file:
+        vector_file.write(x, "/my_vector")
+
+    # Read from file
+    y = Vector()
+    with HDF5File(x.mpi_comm(), filename, "r") as vector_file:
+        vector_file.read(y, "/my_vector", False)
+        assert y.size() == x.size()
+        assert (x - y).norm("l1") == 0.0
+
+@skip_if_not_HDF5
+@xfail_with_serial_hdf5_in_parallel
+def test_save_and_read_meshfunction_2D(tempdir):
+    filename = os.path.join(tempdir, "meshfn-2d.h5")
+
+    # Write to file
+    mesh = UnitSquareMesh(20, 20)
+    with HDF5File(mesh.mpi_comm(), filename, "w") as mf_file:
+
+        # save meshfuns to compare when reading back
+        meshfunctions = []
+        for i in range(0,3):
+            mf = MeshFunction('double', mesh, i)
+            # NB choose a value to set which will be the same
+            # on every process for each entity
+            for cell in entities(mesh, i):
+                mf[cell] = cell.midpoint()[0]
+            meshfunctions.append(mf)
+            mf_file.write(mf, "/meshfunction/meshfun%d" % i)
+
+    # Read back from file
+    with HDF5File(mesh.mpi_comm(), filename, "r") as mf_file:
+        for i in range(0,3):
+            mf2 = MeshFunction('double', mesh, i)
+            mf_file.read(mf2, "/meshfunction/meshfun%d" % i)
+            for cell in entities(mesh, i):
+                assert meshfunctions[i][cell] == mf2[cell]
+
+@skip_if_not_HDF5
+@xfail_with_serial_hdf5_in_parallel
+def test_save_and_read_meshfunction_3D(tempdir):
+    filename = os.path.join(tempdir, "meshfn-3d.h5")
+
+    # Write to file
+    mesh = UnitCubeMesh(10, 10, 10)
+    mf_file = HDF5File(mesh.mpi_comm(), filename, "w")
+
+    # save meshfuns to compare when reading back
+    meshfunctions = []
+    for i in range(0,4):
+        mf = MeshFunction('double', mesh, i)
+        # NB choose a value to set which will be the same
+        # on every process for each entity
+        for cell in entities(mesh, i):
+            mf[cell] = cell.midpoint()[0]
+        meshfunctions.append(mf)
+        mf_file.write(mf, "/meshfunction/group/%d/meshfun"%i)
+    mf_file.close()
+
+    # Read back from file
+    mf_file = HDF5File(mesh.mpi_comm(), filename, "r")
+    for i in range(0,4):
+        mf2 = MeshFunction('double', mesh, i)
+        mf_file.read(mf2, "/meshfunction/group/%d/meshfun"%i)
+        for cell in entities(mesh, i):
+            assert meshfunctions[i][cell] == mf2[cell]
+    mf_file.close()
+
+@skip_if_not_HDF5
+@xfail_with_serial_hdf5_in_parallel
+def test_save_and_read_mesh_value_collection(tempdir):
+    ndiv = 5
+    filename = os.path.join(tempdir, "mesh_value_collection.h5")
+    mesh = UnitCubeMesh(ndiv, ndiv, ndiv)
+
+    point2list = lambda p : [ p.x(), p.y(), p.z() ]
+
+    # write to file
+    with HDF5File(mesh.mpi_comm(), filename, 'w') as f :
+        for dim in range(mesh.topology().dim()) :
+            mvc = MeshValueCollection("size_t", mesh, dim)
+            mesh.init(dim)
+            for e in entities(mesh, dim) :
+                # this can be easily computed to the check the value
+                val = int(ndiv*sum(point2list(e.midpoint()))) + 1
+                mvc.set_value(e.index(), val)
+            f.write(mvc, "/mesh_value_collection_{}".format(dim))
+
+    # read from file
+    with HDF5File(mesh.mpi_comm(), filename, 'r') as f :
+        for dim in range(mesh.topology().dim()) :
+            mvc = MeshValueCollection("size_t", mesh, dim)
+            f.read(mvc, "/mesh_value_collection_{}".format(dim))
+            # check the values
+            for (cell, lidx), val in mvc.values().items() :
+                eidx = Cell(mesh, cell).entities(dim)[lidx]
+                mid = point2list(MeshEntity(mesh, dim, eidx).midpoint())
+                assert val == int(ndiv*sum(mid)) + 1
+
+@skip_if_not_HDF5
+@xfail_with_serial_hdf5_in_parallel
+def test_save_and_read_mesh_value_collection_with_only_one_marked_entity(tempdir):
+    ndiv = 5
+    filename = os.path.join(tempdir, "mesh_value_collection.h5")
+    mesh = UnitCubeMesh(ndiv, ndiv, ndiv)
+    mvc = MeshValueCollection("size_t", mesh, 3)
+    mesh.init(3)
+    if MPI.rank(mesh.mpi_comm()) == 0:
+        mvc.set_value(0, 1)
+
+    # write to file
+    with HDF5File(mesh.mpi_comm(), filename, 'w') as f :
+        f.write(mvc, "/mesh_value_collection")
+
+    # read from file
+    with HDF5File(mesh.mpi_comm(), filename, 'r') as f :
+        mvc = MeshValueCollection("size_t", mesh, 3)
+        f.read(mvc, "/mesh_value_collection")
+        assert MPI.sum(mesh.mpi_comm(), mvc.size()) == 1
+        if MPI.rank(mesh.mpi_comm()) == 0:
+            assert mvc.get_value(0, 0) == 1
+
+@skip_if_not_HDF5
+@xfail_with_serial_hdf5_in_parallel
+def test_save_and_read_function(tempdir):
+    filename = os.path.join(tempdir, "function.h5")
+
+    mesh = UnitSquareMesh(10, 10)
+    Q = FunctionSpace(mesh, "CG", 3)
+    F0 = Function(Q)
+    F1 = Function(Q)
+    E = Expression("x[0]", degree=1)
+    F0.interpolate(E)
+
+    # Save to HDF5 File
+
+    hdf5_file = HDF5File(mesh.mpi_comm(), filename, "w")
+    hdf5_file.write(F0, "/function")
+    hdf5_file.close()
+
+    #Read back from file
+    hdf5_file = HDF5File(mesh.mpi_comm(), filename, "r")
+    hdf5_file.read(F1, "/function")
+    result = F0.vector() - F1.vector()
+    assert len(result.get_local().nonzero()[0]) == 0
+    hdf5_file.close()
+
+@skip_if_not_HDF5
+@xfail_with_serial_hdf5_in_parallel
+def test_save_and_read_mesh_2D(tempdir):
+    filename = os.path.join(tempdir, "mesh2d.h5")
+
+    # Write to file
+    mesh0 = UnitSquareMesh(20, 20)
+    mesh_file = HDF5File(mesh0.mpi_comm(), filename, "w")
+    mesh_file.write(mesh0, "/my_mesh")
+    mesh_file.close()
+
+    # Read from file
+    mesh1 = Mesh()
+    mesh_file = HDF5File(mesh0.mpi_comm(), filename, "r")
+    mesh_file.read(mesh1, "/my_mesh", False)
+    mesh_file.close()
+
+    assert mesh0.num_entities_global(0) == mesh1.num_entities_global(0)
+    dim = mesh0.topology().dim()
+    assert mesh0.num_entities_global(dim) == mesh1.num_entities_global(dim)
+
+@skip_if_not_HDF5
+@xfail_with_serial_hdf5_in_parallel
+def test_save_and_read_mesh_3D(tempdir):
+    filename = os.path.join(tempdir, "mesh3d.h5")
+
+    # Write to file
+    mesh0 = UnitCubeMesh(10, 10, 10)
+    mesh_file = HDF5File(mesh0.mpi_comm(), filename, "w")
+    mesh_file.write(mesh0, "/my_mesh")
+    mesh_file.close()
+
+    # Read from file
+    mesh1 = Mesh()
+    mesh_file = HDF5File(mesh0.mpi_comm(), filename, "r")
+    mesh_file.read(mesh1, "/my_mesh", False)
+    mesh_file.close()
+
+    assert mesh0.num_entities_global(0) == mesh1.num_entities_global(0)
+    dim = mesh0.topology().dim()
+    assert mesh0.num_entities_global(dim) == mesh1.num_entities_global(dim)
+
+@skip_if_not_HDF5
+@xfail_with_serial_hdf5_in_parallel
+def test_mpi_atomicity(tempdir):
+    comm_world = MPI.comm_world
+    if MPI.size(comm_world) > 1:
+        filename = os.path.join(tempdir, "mpiatomic.h5")
+        with HDF5File(MPI.comm_world, filename, "w") as f:
+            assert f.get_mpi_atomicity() is False
+            f.set_mpi_atomicity(True)
+            assert f.get_mpi_atomicity() is True
diff --git a/python/test/unit/io/test_HDF5_attribute.py b/python/test/unit/io/test_HDF5_attribute.py
new file mode 100755
index 0000000..77f9f9e
--- /dev/null
+++ b/python/test/unit/io/test_HDF5_attribute.py
@@ -0,0 +1,115 @@
+"""Unit tests for the Attribute interface of the HDF5 io library"""
+
+# Copyright (C) 2013 Chris Richardson
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+import os
+import gc
+from dolfin import *
+import numpy
+from dolfin_utils.test import skip_if_not_HDF5, fixture, tempdir, \
+    xfail_with_serial_hdf5_in_parallel, skip_with_serial_hdf5_in_parallel
+
+
+@pytest.yield_fixture
+def attr(tempdir):
+    hdf_file = HDF5File(MPI.comm_world, os.path.join(tempdir, "hdf_file.h5"), "w")
+    x = Vector(MPI.comm_world, 123)
+    hdf_file.write(x, "/a_vector")
+    attr = hdf_file.attributes("/a_vector")
+
+    yield attr
+
+    # Destroy everything deterministically
+    hdf_file.close()
+    del hdf_file, x, attr
+    gc.collect()
+    MPI.barrier(MPI.comm_world)
+
+@skip_if_not_HDF5
+@xfail_with_serial_hdf5_in_parallel
+def test_fail_on_accessing_attribute_on_non_existing_dataset(tempdir):
+    hdf_file = HDF5File(MPI.comm_world, os.path.join(tempdir, "hdf_file.h5"), "w")
+    with pytest.raises(RuntimeError):
+        attr = hdf_file.attributes("/a_vector")
+
+@skip_if_not_HDF5
+@skip_with_serial_hdf5_in_parallel
+def test_read_write_str_attribute(attr):
+    attr['name'] = 'Vector'
+    assert attr.type_str("name") == "string"
+    assert attr['name'] == 'Vector'
+
+@skip_if_not_HDF5
+@skip_with_serial_hdf5_in_parallel
+def test_read_write_float_attribute(attr):
+    attr['val'] = -9.2554
+    assert attr.type_str("val") == "float"
+    assert attr['val'] == -9.2554
+
+@skip_if_not_HDF5
+@skip_with_serial_hdf5_in_parallel
+def test_read_write_int_attribute(attr):
+    attr['val'] = 1
+    assert attr.type_str("val") == "int"
+    assert attr['val'] == 1
+
+@skip_if_not_HDF5
+@skip_with_serial_hdf5_in_parallel
+def test_read_write_vec_float_attribute(attr):
+    vec = numpy.array([1,2,3,4.5], dtype='float')
+    attr['val'] = vec
+    ans = attr['val']
+    assert attr.type_str("val") == "vectorfloat"
+    assert len(vec) == len(ans)
+    for val1, val2 in zip(vec, ans):
+        assert val1 == val2
+
+@skip_if_not_HDF5
+@skip_with_serial_hdf5_in_parallel
+def test_read_write_vec_int_attribute(attr):
+    vec = numpy.array([1,2,3,4,5], dtype=numpy.uintp)
+    attr['val'] = vec
+    ans = attr['val']
+    assert attr.type_str("val") == "vectorint"
+    assert len(vec) == len(ans)
+    for val1, val2 in zip(vec, ans):
+        assert val1 == val2
+
+@skip_if_not_HDF5
+@skip_with_serial_hdf5_in_parallel
+def test_attribute_container_interface(attr):
+    names = ["data_0", "data_1", "data_2", "data_3"]
+    values = [i for i in range(4)]
+
+    for name, value in zip(names, values):
+        attr[name] = value
+
+    # Added from the vector storage call above
+    if "partition" in attr:
+        names.append("partition")
+        values.append(attr["partition"])
+
+    assert(attr.list_attributes() == names)
+    for (name0, value0), (name1, value1) in zip(attr.to_dict().items(),
+                                                dict(zip(names, values)).items()):
+        assert name0 == name1
+        if isinstance(value0, numpy.ndarray):
+            assert (value0 == value1).all()
+        else:
+            assert value0 == value1
diff --git a/python/test/unit/io/test_HDF5_series.py b/python/test/unit/io/test_HDF5_series.py
new file mode 100644
index 0000000..5f0260e
--- /dev/null
+++ b/python/test/unit/io/test_HDF5_series.py
@@ -0,0 +1,58 @@
+"""Unit tests for the HDF5 io library - timeseries io"""
+
+# Copyright (C) 2014 Chris Richardson
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+
+import pytest
+import os
+from dolfin import *
+from dolfin_utils.test import skip_if_not_HDF5, fixture, tempdir, \
+    xfail_with_serial_hdf5_in_parallel
+
+@skip_if_not_HDF5
+@xfail_with_serial_hdf5_in_parallel
+def test_save_and_read_function_timeseries(tempdir):
+    filename = os.path.join(tempdir, "function.h5")
+
+    mesh = UnitSquareMesh(10, 10)
+    Q = FunctionSpace(mesh, "CG", 3)
+    F0 = Function(Q)
+    F1 = Function(Q)
+    E = Expression("t*x[0]", t = 0.0, degree=1)
+    F0.interpolate(E)
+
+    # Save to HDF5 File
+    hdf5_file = HDF5File(mesh.mpi_comm(), filename, "w")
+    for t in range(10):
+        E.t = t
+        F0.interpolate(E)
+        hdf5_file.write(F0, "/function", t)
+    hdf5_file.close()
+
+    #Read back from file
+    hdf5_file = HDF5File(mesh.mpi_comm(), filename, "r")
+    for t in range(10):
+        E.t = t
+        F1.interpolate(E)
+        vec_name = "/function/vector_%d"%t
+        hdf5_file.read(F0, vec_name)
+        timestamp = hdf5_file.attributes(vec_name)["timestamp"]
+        assert timestamp == t
+        result = F0.vector() - F1.vector()
+        assert len(result.get_local().nonzero()[0]) == 0
+    hdf5_file.close()
diff --git a/python/test/unit/io/test_SVG.py b/python/test/unit/io/test_SVG.py
new file mode 100755
index 0000000..6f5580a
--- /dev/null
+++ b/python/test/unit/io/test_SVG.py
@@ -0,0 +1,47 @@
+"""Unit tests for SVG output"""
+
+# Copyright (C) 2012 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import os
+import pytest
+from dolfin import *
+from dolfin_utils.test import fixture, cd_tempdir
+
+def test_write_mesh_1d(cd_tempdir):
+    mesh = UnitIntervalMesh(8)
+    f = File("_1d.svg")
+    f << mesh
+
+def test_write_mesh_2d(cd_tempdir):
+    mesh = UnitSquareMesh(8, 8)
+    f = File("2d.svg")
+    f << mesh
+
+def test_write_mesh_3d(cd_tempdir):
+    mesh = UnitCubeMesh(8, 8, 8)
+    f = File("3d.svg")
+    f << mesh
+
+def test_ipython_svg(cd_tempdir):
+    # Test IPython SVG repr hooks
+    mesh2d = UnitSquareMesh(8, 8)
+    svg = mesh2d._repr_svg_()
+    assert '<svg' in svg
+    mesh3d = UnitCubeMesh(8, 8, 8)
+    svg = mesh3d._repr_svg_()
+    assert svg is None
diff --git a/python/test/unit/io/test_X3D.py b/python/test/unit/io/test_X3D.py
new file mode 100755
index 0000000..f9cd197
--- /dev/null
+++ b/python/test/unit/io/test_X3D.py
@@ -0,0 +1,120 @@
+# Copyright (C) 2013 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+import numpy
+from dolfin import *
+import os
+from dolfin_utils.test import fixture, cd_tempdir
+
+def test_save_mesh1D(cd_tempdir):
+    mesh = UnitIntervalMesh(16)
+    file = File("mesh1D.x3d")
+    #self.assertRaises(RuntimeError, file << mesh)
+
+def test_save_mesh2D(cd_tempdir):
+    mesh = UnitSquareMesh(16, 16)
+    file = File("mesh2D.x3d")
+    file << mesh
+
+def test_save_mesh3D(cd_tempdir):
+    mesh = UnitCubeMesh(16, 16, 16)
+    file = File("mesh3D.x3d")
+    file << mesh
+
+def test_save_cell_meshfunction2D(cd_tempdir):
+    mesh = UnitSquareMesh(16, 16)
+    mf = MeshFunction("size_t", mesh, mesh.topology().dim(), 12)
+    file = File("cell_mf2D.x3d")
+    file << mf
+
+def test_save_facet_meshfunction2D(cd_tempdir):
+    mesh = UnitSquareMesh(16, 16)
+    mf = MeshFunction("size_t", mesh, mesh.topology().dim()-1, 12)
+    file = File("facet_mf2D.x3d")
+    #with pytest.raises(RuntimeError):
+    #    file << mf
+
+
+def test_save_cell_meshfunctio22D(cd_tempdir):
+    mesh = UnitCubeMesh(16, 16, 16)
+    mf = MeshFunction("size_t", mesh, mesh.topology().dim(), 12)
+    file = File("cell_mf3D.x3d")
+    file << mf
+
+
+def test_save_facet_meshfunction3D(cd_tempdir):
+    mesh = UnitCubeMesh(16, 16, 16)
+    mf = MeshFunction("size_t", mesh, mesh.topology().dim()-1, 12)
+    file = File("facet_mf3D.x3d")
+    #with pytest.raises(RuntimeError):
+    #    file << mf
+
+
+def test_mesh_str():
+    mesh = UnitCubeMesh(2, 2, 2)
+    str = X3DOM.str(mesh)
+    mesh = UnitSquareMesh(5, 3)
+    str = X3DOM.str(mesh)
+
+
+def test_mesh_html():
+    mesh = UnitCubeMesh(2, 2, 2)
+    str = X3DOM.html(mesh)
+    mesh = UnitSquareMesh(5, 3)
+    str = X3DOM.html(mesh)
+    # test IPython display hook:
+    html = mesh._repr_html_()
+
+
+def test_x3dom_parameters():
+    p = X3DOMParameters()
+
+    # Test Representation
+
+    # Get colour
+    c0 = p.get_diffuse_color()
+
+    # Set colour
+    c0 = [0.1, 0.2, 0.1]
+    p.set_diffuse_color(c0)
+    c1 = p.get_diffuse_color()
+    assert numpy.array_equal(c0, c1)
+
+    c0 = (0.1, 0.2, 0.1)
+    p.set_diffuse_color(c0)
+    c1 = p.get_diffuse_color()
+    assert numpy.array_equal(c0, c1)
+
+    c0 = numpy.array([0.1, 0.2, 0.1])
+    p.set_diffuse_color(c0)
+    c1 = p.get_diffuse_color()
+    assert numpy.array_equal(c0, c1)
+
+    # Test wrong length color sequences
+    with pytest.raises(TypeError):
+        c0 = [0.1, 0.2, 0.1, 0.2]
+        p.set_diffuse_color(c0)
+
+    with pytest.raises(TypeError):
+        c0 = [0.1, 0.2]
+        p.set_diffuse_color(c0)
+
+    # Test invalid RGB value
+    with pytest.raises(RuntimeError):
+        c0 = [0.1, 0.2, 1.2]
+        p.set_diffuse_color(c0)
diff --git a/python/test/unit/io/test_XDMF.py b/python/test/unit/io/test_XDMF.py
new file mode 100755
index 0000000..916232a
--- /dev/null
+++ b/python/test/unit/io/test_XDMF.py
@@ -0,0 +1,783 @@
+# Copyright (C) 2012 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+import os
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel, fixture, tempdir
+
+
+# Supported XDMF file encoding
+encodings = (XDMFFile.Encoding.HDF5, XDMFFile.Encoding.ASCII)
+
+# Data types supported in templating
+data_types = (('int', int), ('size_t', int), ('double', float), ('bool', bool))
+
+# Finite elements tested
+fe_1d_shapes = ["interval"]
+fe_2d_shapes = ["triangle"]
+fe_3d_shapes = ["tetrahedron"]
+fe_families = ["CG", "DG"]
+fe_degrees = [0, 1, 3]
+mesh_tdims = [1, 2, 3]
+mesh_ns = [4, 11]
+
+# Meshes tested
+def mesh_factory(tdim, n):
+    if tdim == 1:
+        return UnitIntervalMesh(n)
+    elif tdim == 2:
+        return UnitSquareMesh(n, n)
+    elif tdim == 3:
+        return UnitCubeMesh(n, n, n)
+
+
+def invalid_config(encoding):
+    return (not has_hdf5() and encoding == XDMFFile.Encoding.HDF5) \
+        or (encoding == XDMFFile.Encoding.ASCII and MPI.size(MPI.comm_world) > 1) \
+        or (not has_hdf5_parallel() and MPI.size(MPI.comm_world) > 1)
+
+
+def invalid_fe(fe_family, fe_degree):
+    return (fe_family == "CG" and fe_degree == 0)
+
+
+@pytest.fixture
+def worker_id(request):
+    """Return worker ID when using pytest-xdist to run tests in
+    parallell
+
+    """
+    if hasattr(request.config, 'slaveinput'):
+        return request.config.slaveinput['slaveid']
+    else:
+        return 'master'
+
+
+@pytest.mark.parametrize("encoding", encodings)
+def test_save_and_load_1d_mesh(tempdir, encoding):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+    filename = os.path.join(tempdir, "mesh.xdmf")
+    mesh = UnitIntervalMesh(32)
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.write(mesh, encoding)
+
+    mesh2 = Mesh()
+    with XDMFFile(MPI.comm_world, filename) as file:
+        file.read(mesh2)
+    assert mesh.num_entities_global(0) == mesh2.num_entities_global(0)
+    dim = mesh.topology().dim()
+    assert mesh.num_entities_global(dim) == mesh2.num_entities_global(dim)
+
+
+@pytest.mark.parametrize("encoding", encodings)
+def test_save_and_load_2d_mesh(tempdir, encoding):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+    filename = os.path.join(tempdir, "mesh_2D.xdmf")
+    mesh = UnitSquareMesh(32, 32)
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.write(mesh, encoding)
+
+    mesh2 = Mesh()
+    with XDMFFile(MPI.comm_world, filename) as file:
+        file.read(mesh2)
+    assert mesh.num_entities_global(0) == mesh2.num_entities_global(0)
+    dim = mesh.topology().dim()
+    assert mesh.num_entities_global(dim) == mesh2.num_entities_global(dim)
+
+
+@pytest.mark.parametrize("encoding", encodings)
+def test_save_and_load_2d_quad_mesh(tempdir, encoding):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+    filename = os.path.join(tempdir, "mesh_2D_quad.xdmf")
+    mesh = UnitSquareMesh.create(32, 32, CellType.Type.quadrilateral)
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.write(mesh, encoding)
+
+    mesh2 = Mesh()
+    with XDMFFile(MPI.comm_world, filename) as file:
+        file.read(mesh2)
+    assert mesh.num_entities_global(0) == mesh2.num_entities_global(0)
+    dim = mesh.topology().dim()
+    assert mesh.num_entities_global(dim) == mesh2.num_entities_global(dim)
+
+
+@pytest.mark.parametrize("encoding", encodings)
+def test_save_and_load_3d_mesh(tempdir, encoding):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+    filename = os.path.join(tempdir, "mesh_3D.xdmf")
+    mesh = UnitCubeMesh(8, 8, 8)
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.write(mesh, encoding)
+
+    mesh2 = Mesh()
+    with XDMFFile(MPI.comm_world, filename) as file:
+        file.read(mesh2)
+    assert mesh.num_entities_global(0) == mesh2.num_entities_global(0)
+    dim = mesh.topology().dim()
+    assert mesh.num_entities_global(dim) == mesh2.num_entities_global(dim)
+
+
+@pytest.mark.parametrize("encoding", encodings)
+def test_save_1d_scalar(tempdir, encoding):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+    filename1 = os.path.join(tempdir, "u1.xdmf")
+    filename2 = os.path.join(tempdir, "u1_.xdmf")
+    mesh = UnitIntervalMesh(32)
+    V = FunctionSpace(mesh, "Lagrange", 2)  # FIXME: This randomly hangs in parallel
+    u = Function(V)
+    u.vector()[:] = 1.0
+
+    with XDMFFile(mesh.mpi_comm(), filename2) as file:
+        file.write(u, encoding)
+
+
+@pytest.mark.parametrize("encoding", encodings)
+@pytest.mark.parametrize("fe_degree", fe_degrees)
+@pytest.mark.parametrize("fe_family", fe_families)
+@pytest.mark.parametrize("mesh_tdim", mesh_tdims)
+@pytest.mark.parametrize("mesh_n", mesh_ns)
+def test_save_and_checkpoint_scalar(tempdir, encoding, fe_degree, fe_family,
+                                    mesh_tdim, mesh_n):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+
+    if invalid_fe(fe_family, fe_degree):
+        pytest.skip("Trivial finite element")
+
+    filename = os.path.join(tempdir, "u1_checkpoint.xdmf")
+    mesh = mesh_factory(mesh_tdim, mesh_n)
+    FE = FiniteElement(fe_family, mesh.ufl_cell(), fe_degree)
+    V = FunctionSpace(mesh, FE)
+    u_in = Function(V)
+    u_out = Function(V)
+
+    u_out.interpolate(Expression("x[0]", degree=1))
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.write_checkpoint(u_out, "u_out", 0, encoding, append=False)
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.read_checkpoint(u_in, "u_out", 0)
+
+    result = u_in.vector() - u_out.vector()
+    assert all([near(x, 0.0) for x in result.get_local()])
+
+
+@pytest.mark.parametrize("encoding", encodings)
+@pytest.mark.parametrize("fe_degree", fe_degrees)
+@pytest.mark.parametrize("fe_family", fe_families)
+@pytest.mark.parametrize("mesh_tdim", mesh_tdims)
+@pytest.mark.parametrize("mesh_n", mesh_ns)
+def test_save_and_checkpoint_vector(tempdir, encoding, fe_degree, fe_family,
+                                    mesh_tdim, mesh_n):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+
+    if invalid_fe(fe_family, fe_degree):
+        pytest.skip("Trivial finite element")
+
+    filename = os.path.join(tempdir, "u2_checkpoint.xdmf")
+    mesh = mesh_factory(mesh_tdim, mesh_n)
+    FE = VectorElement(fe_family, mesh.ufl_cell(), fe_degree)
+    V = FunctionSpace(mesh, FE)
+    u_in = Function(V)
+    u_out = Function(V)
+
+    if mesh.geometry().dim() == 1:
+        u_out.interpolate(Expression(("x[0]", ), degree=1))
+    elif mesh.geometry().dim() == 2:
+        u_out.interpolate(Expression(("x[0]*x[1]", "x[0]"), degree=2))
+    elif mesh.geometry().dim() == 3:
+        u_out.interpolate(Expression(("x[0]*x[1]", "x[0]", "x[2]"), degree=2))
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.write_checkpoint(u_out, "u_out", 0, encoding, append=False)
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.read_checkpoint(u_in, "u_out", 0)
+
+    result = u_in.vector() - u_out.vector()
+    assert all([near(x, 0.0) for x in result.get_local()])
+
+
+@pytest.mark.parametrize("encoding", encodings)
+def test_save_and_checkpoint_timeseries(tempdir, encoding):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+
+    mesh = UnitSquareMesh(16, 16)
+    filename = os.path.join(tempdir, "u2_checkpoint.xdmf")
+    FE = FiniteElement("CG", mesh.ufl_cell(), 2)
+    V = FunctionSpace(mesh, FE)
+
+    times = [0.5, 0.2, 0.1]
+    u_out = [None]*len(times)
+    u_in = [None]*len(times)
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        for i, p in enumerate(times):
+            u_out[i] = interpolate(Expression("x[0]*p", p=p, degree=1), V)
+            file.write_checkpoint(u_out[i], "u_out", p, encoding, append=True)
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        for i, p in enumerate(times):
+            u_in[i] = Function(V)
+            file.read_checkpoint(u_in[i], "u_out", i)
+
+    for i, p in enumerate(times):
+        result = u_in[i].vector() - u_out[i].vector()
+        assert all([near(x, 0.0) for x in result.get_local()])
+
+    # test reading last
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        u_in_last = Function(V)
+        file.read_checkpoint(u_in_last, "u_out", -1)
+
+    result = u_out[-1].vector() - u_in_last.vector()
+    assert all([near(x, 0.0) for x in result.get_local()])
+
+
+@pytest.mark.parametrize("encoding", encodings)
+def test_save_2d_scalar(tempdir, encoding):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+    filename = os.path.join(tempdir, "u2.xdmf")
+    mesh = UnitSquareMesh(16, 16)
+    V = FunctionSpace(mesh, "Lagrange", 2)  # FIXME: This randomly hangs in parallel
+    u = Function(V)
+    u.vector()[:] = 1.0
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.write(u, encoding)
+
+
+@pytest.mark.parametrize("encoding", encodings)
+def test_save_3d_scalar(tempdir, encoding):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+    filename = os.path.join(tempdir, "u3.xdmf")
+    mesh = UnitCubeMesh(8, 8, 8)
+    V = FunctionSpace(mesh, "Lagrange", 2)
+    u = Function(V)
+    u.vector()[:] = 1.0
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.write(u, encoding)
+
+
+@pytest.mark.parametrize("encoding", encodings)
+def test_save_2d_vector(tempdir, encoding):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+    filename = os.path.join(tempdir, "u_2dv.xdmf")
+    mesh = UnitSquareMesh(16, 16)
+    V = VectorFunctionSpace(mesh, "Lagrange", 2)
+    u = Function(V)
+    c = Constant((1.0, 2.0))
+    u.interpolate(c)
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.write(u, encoding)
+
+
+@pytest.mark.parametrize("encoding", encodings)
+def test_save_3d_vector(tempdir, encoding):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+    filename = os.path.join(tempdir, "u_3Dv.xdmf")
+    mesh = UnitCubeMesh(2, 2, 2)
+    u = Function(VectorFunctionSpace(mesh, "Lagrange", 1))
+    c = Constant((1.0, 2.0, 3.0))
+    u.interpolate(c)
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.write(u, encoding)
+
+
+@pytest.mark.parametrize("encoding", encodings)
+def test_save_3d_vector_series(tempdir, encoding):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+    filename = os.path.join(tempdir, "u_3D.xdmf")
+    mesh = UnitCubeMesh(8, 8, 8)
+    u = Function(VectorFunctionSpace(mesh, "Lagrange", 2))
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        u.vector()[:] = 1.0
+        file.write(u, 0.1, encoding)
+
+        u.vector()[:] = 2.0
+        file.write(u, 0.2, encoding)
+
+        u.vector()[:] = 3.0
+        file.write(u, 0.3, encoding)
+
+
+@pytest.mark.parametrize("encoding", encodings)
+def test_save_2d_tensor(tempdir, encoding):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+    filename = os.path.join(tempdir, "tensor.xdmf")
+    mesh = UnitSquareMesh(16, 16)
+    u = Function(TensorFunctionSpace(mesh, "Lagrange", 2))
+    u.vector()[:] = 1.0
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.write(u, encoding)
+
+
+@pytest.mark.parametrize("encoding", encodings)
+def test_save_3d_tensor(tempdir, encoding):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+    filename = os.path.join(tempdir, "u3t.xdmf")
+    mesh = UnitCubeMesh(8, 8, 8)
+    u = Function(TensorFunctionSpace(mesh, "Lagrange", 2))
+    u.vector()[:] = 1.0
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.write(u, encoding)
+
+
+@pytest.mark.parametrize("encoding", encodings)
+def test_save_1d_mesh(tempdir, encoding):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+    filename = os.path.join(tempdir, "mf_1D.xdmf")
+    mesh = UnitIntervalMesh(32)
+    mf = MeshFunction("size_t", mesh, mesh.topology().dim())
+    for cell in cells(mesh):
+        mf[cell] = cell.index()
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.write(mf, encoding)
+
+
+@pytest.mark.parametrize("encoding", encodings)
+@pytest.mark.parametrize("data_type", data_types)
+def test_save_2D_cell_function(tempdir, encoding, data_type):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+
+    dtype_str, dtype = data_type
+
+    filename = os.path.join(tempdir, "mf_2D_%s.xdmf" % dtype_str)
+    mesh = UnitSquareMesh(32, 32)
+    mf = MeshFunction(dtype_str, mesh, mesh.topology().dim())
+    mf.rename("cells", "cells")
+    for cell in cells(mesh):
+        mf[cell] = dtype(cell.index())
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.write(mf, encoding)
+
+    mf_in = MeshFunction(dtype_str, mesh, mesh.topology().dim())
+    with XDMFFile(mesh.mpi_comm(), filename) as xdmf:
+        xdmf.read(mf_in, "cells")
+
+    diff = 0
+    for cell in cells(mesh):
+        diff += (mf_in[cell] - mf[cell])
+    assert diff == 0
+
+
+@pytest.mark.parametrize("encoding", encodings)
+@pytest.mark.parametrize("data_type", data_types)
+def test_save_3D_cell_function(tempdir, encoding, data_type):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+
+    dtype_str, dtype = data_type
+
+    mesh = UnitCubeMesh(8, 8, 8)
+    mf = MeshFunction(dtype_str, mesh, mesh.topology().dim())
+    mf.rename("cells", "cells")
+    for cell in cells(mesh):
+        mf[cell] = dtype(cell.index())
+    filename = os.path.join(tempdir, "mf_3D_%s.xdmf" % dtype_str)
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.write(mf, encoding)
+
+    mf_in = MeshFunction(dtype_str, mesh, mesh.topology().dim())
+    with XDMFFile(mesh.mpi_comm(), filename) as xdmf:
+        xdmf.read(mf_in, "cells")
+
+    diff = 0
+    for cell in cells(mesh):
+        diff += (mf_in[cell] - mf[cell])
+    assert diff == 0
+
+@pytest.mark.parametrize("encoding", encodings)
+@pytest.mark.parametrize("data_type", data_types)
+def test_save_2D_facet_function(tempdir, encoding, data_type):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+
+    dtype_str, dtype = data_type
+
+    mesh = UnitSquareMesh(32, 32)
+    mf = MeshFunction(dtype_str, mesh, mesh.topology().dim()-1)
+    mf.rename("facets", "facets")
+
+    if (MPI.size(mesh.mpi_comm()) == 1):
+        for facet in facets(mesh):
+            mf[facet] = dtype(facet.index())
+    else:
+        for facet in facets(mesh):
+            mf[facet] = dtype(facet.global_index())
+    filename = os.path.join(tempdir, "mf_facet_2D_%s.xdmf" % dtype_str)
+
+    with XDMFFile(mesh.mpi_comm(), filename) as xdmf:
+        xdmf.write(mf, encoding)
+
+    mf_in = MeshFunction(dtype_str, mesh, mesh.topology().dim()-1)
+    with XDMFFile(mesh.mpi_comm(), filename) as xdmf:
+        xdmf.read(mf_in, "facets")
+
+    diff = 0
+    for facet in facets(mesh):
+        diff += (mf_in[facet] - mf[facet])
+    assert diff == 0
+
+@pytest.mark.parametrize("encoding", encodings)
+@pytest.mark.parametrize("data_type", data_types)
+def test_save_3D_facet_function(tempdir, encoding, data_type):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+
+    dtype_str, dtype = data_type
+
+    mesh = UnitCubeMesh(8, 8, 8)
+    mf = MeshFunction(dtype_str, mesh, mesh.topology().dim()-1)
+    mf.rename("facets", "facets")
+
+    if (MPI.size(mesh.mpi_comm()) == 1):
+        for facet in facets(mesh):
+            mf[facet] = dtype(facet.index())
+    else:
+        for facet in facets(mesh):
+            mf[facet] = dtype(facet.global_index())
+    filename = os.path.join(tempdir, "mf_facet_3D_%s.xdmf" % dtype_str)
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.write(mf, encoding)
+
+    mf_in = MeshFunction(dtype_str, mesh, mesh.topology().dim()-1)
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.read(mf_in, "facets")
+
+    diff = 0
+    for facet in facets(mesh):
+        diff += (mf_in[facet] - mf[facet])
+    assert diff == 0
+
+@pytest.mark.parametrize("encoding", encodings)
+@pytest.mark.parametrize("data_type", data_types)
+def test_save_3D_edge_function(tempdir, encoding, data_type):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+
+    dtype_str, dtype = data_type
+
+    mesh = UnitCubeMesh(8, 8, 8)
+    mf = MeshFunction(dtype_str, mesh, 1)
+    mf.rename("edges", "edges")
+    for edge in edges(mesh):
+        mf[edge] = dtype(edge.index())
+
+    filename = os.path.join(tempdir, "mf_edge_3D_%s.xdmf" % dtype_str)
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.write(mf, encoding)
+
+
+@pytest.mark.parametrize("encoding", encodings)
+@pytest.mark.parametrize("data_type", data_types)
+def test_save_2D_vertex_function(tempdir, encoding, data_type):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+
+    dtype_str, dtype = data_type
+
+    mesh = UnitSquareMesh(32, 32)
+    mf = MeshFunction(dtype_str, mesh, 0)
+    mf.rename("vertices", "vertices")
+    for vertex in vertices(mesh):
+        mf[vertex] = dtype(vertex.global_index())
+    filename = os.path.join(tempdir, "mf_vertex_2D_%s.xdmf" % dtype_str)
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.write(mf, encoding)
+
+    mf_in = MeshFunction(dtype_str, mesh, 0)
+    with XDMFFile(mesh.mpi_comm(), filename) as xdmf:
+        xdmf.read(mf_in, "vertices")
+
+    diff = 0
+    for v in vertices(mesh):
+        diff += (mf_in[v] - mf[v])
+    assert diff == 0
+
+@pytest.mark.parametrize("encoding", encodings)
+@pytest.mark.parametrize("data_type", data_types)
+def test_save_3D_vertex_function(tempdir, encoding, data_type):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+
+    dtype_str, dtype = data_type
+
+    filename = os.path.join(tempdir, "mf_vertex_3D_%s.xdmf" % dtype_str)
+    mesh = UnitCubeMesh(8, 8, 8)
+    mf = MeshFunction(dtype_str, mesh, 0)
+    for vertex in vertices(mesh):
+        mf[vertex] = dtype(vertex.index())
+
+    with XDMFFile(mesh.mpi_comm(), filename) as file:
+        file.write(mf, encoding)
+
+@pytest.mark.parametrize("encoding", encodings)
+def test_save_points_2D(tempdir, encoding):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+    import numpy
+    mesh = UnitSquareMesh(16, 16)
+    points, values = [], []
+    for v in vertices(mesh):
+        points.append(v.point())
+        values.append(v.point().norm())
+    vals = numpy.array(values)
+
+    with XDMFFile(mesh.mpi_comm(), os.path.join(tempdir, "points_2D.xdmf")) as file:
+        file.write(points, encoding)
+
+    with XDMFFile(mesh.mpi_comm(), os.path.join(tempdir,
+                  "points_values_2D.xdmf")) as file:
+        file.write(points, vals, encoding)
+
+
+@pytest.mark.parametrize("encoding", encodings)
+def test_save_points_3D(tempdir, encoding):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+    import numpy
+    mesh = UnitCubeMesh(4, 4, 4)
+    points, values = [], []
+    for v in vertices(mesh):
+        points.append(v.point())
+        values.append(v.point().norm())
+    vals = numpy.array(values)
+
+    with XDMFFile(mesh.mpi_comm(), os.path.join(tempdir, "points_3D.xdmf")) as file:
+        file.write(points, encoding)
+
+    with XDMFFile(mesh.mpi_comm(), os.path.join(tempdir, "points_values_3D.xdmf")) as file:
+        file.write(points, vals, encoding)
+
+
+@pytest.mark.parametrize("encoding", encodings)
+@pytest.mark.parametrize("data_type", data_types)
+def test_save_mesh_value_collection(tempdir, encoding, data_type):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+
+    dtype_str, dtype = data_type
+
+    mesh = UnitCubeMesh(4, 4, 4)
+    tdim = mesh.topology().dim()
+
+    meshfn = MeshFunction(dtype_str, mesh, mesh.topology().dim(), False)
+    meshfn.rename("volume_marker", "Volume Markers")
+    for c in cells(mesh):
+        if c.midpoint().y() > 0.1:
+            meshfn[c] = dtype(1)
+        if c.midpoint().y() > 0.9:
+            meshfn[c] = dtype(2)
+
+    for mvc_dim in range(0, tdim + 1):
+        mvc = MeshValueCollection(dtype_str, mesh, mvc_dim)
+        tag = "dim_%d_marker" % mvc_dim
+        mvc.rename(tag, "BC")
+        mesh.init(mvc_dim, tdim)
+        for e in entities(mesh, mvc_dim):
+            if (e.midpoint().x() > 0.5):
+                mvc.set_value(e.index(), dtype(1))
+
+        filename = os.path.join(tempdir, "mvc_%d.xdmf" % mvc_dim)
+
+        with XDMFFile(mesh.mpi_comm(), filename) as xdmf:
+            xdmf.write(meshfn, encoding)
+            xdmf.write(mvc, encoding)
+
+
+        with XDMFFile(mesh.mpi_comm(), filename) as xdmf:
+            mvc = MeshValueCollection(dtype_str, mesh)
+            xdmf.read(mvc, tag)
+
+
+@skip_in_parallel
+@pytest.mark.parametrize("encoding", encodings)
+def test_quadratic_mesh(tempdir, encoding):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+    mesh = UnitDiscMesh.create(MPI.comm_world, 2, 2, 2)
+    Q = FunctionSpace(mesh, "CG", 1)
+    u = Function(Q)
+    u.interpolate(Constant(1.0))
+    with XDMFFile(mesh.mpi_comm(), os.path.join(tempdir, "quadratic1.xdmf")) as xdmf:
+        xdmf.write(u)
+
+    Q = FunctionSpace(mesh, "CG", 2)
+    u = Function(Q)
+    u.interpolate(Constant(1.0))
+    with XDMFFile(mesh.mpi_comm(), os.path.join(tempdir, "quadratic2.xdmf")) as xdmf:
+        xdmf.write(u)
+
+    with XDMFFile(mesh.mpi_comm(), os.path.join(tempdir, "qmesh.xdmf")) as xdmf:
+        xdmf.write(mesh)
+    c0 = mesh.coordinates()
+
+    mesh = Mesh()
+    with XDMFFile(mesh.mpi_comm(), os.path.join(tempdir, "qmesh.xdmf")) as xdmf:
+        xdmf.read(mesh)
+    c1 = mesh.coordinates()
+
+    assert (c0 - c1).sum() == 0.0
+
+
+@pytest.mark.parametrize("encoding", encodings)
+@pytest.mark.parametrize("data_type", data_types)
+def test_append_and_load_mesh_functions(tempdir, encoding, data_type):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+
+    dtype_str, dtype = data_type
+
+    meshes = [UnitSquareMesh(32, 32), UnitCubeMesh(8, 8, 8)]
+
+    for mesh in meshes:
+        dim = mesh.topology().dim()
+
+        vf = MeshFunction(dtype_str, mesh, 0)
+        vf.rename("vertices", "vertices")
+        ff = MeshFunction(dtype_str, mesh, mesh.topology().dim()-1)
+        ff.rename("facets", "facets")
+        cf = MeshFunction(dtype_str, mesh, mesh.topology().dim())
+        cf.rename("cells", "cells")
+
+        if (MPI.size(mesh.mpi_comm()) == 1):
+            for vertex in vertices(mesh):
+                vf[vertex] = dtype(vertex.index())
+            for facet in facets(mesh):
+                ff[facet] = dtype(facet.index())
+            for cell in cells(mesh):
+                cf[cell] = dtype(cell.index())
+        else:
+            for vertex in vertices(mesh):
+                vf[vertex] = dtype(vertex.global_index())
+            for facet in facets(mesh):
+                ff[facet] = dtype(facet.global_index())
+            for cell in cells(mesh):
+                cf[cell] = dtype(cell.global_index())
+
+        filename = os.path.join(tempdir, "appended_mf_%dD.xdmf" % dim)
+
+        with XDMFFile(mesh.mpi_comm(), filename) as xdmf:
+            xdmf.write(mesh)
+            xdmf.write(vf, encoding)
+            xdmf.write(ff, encoding)
+            xdmf.write(cf, encoding)
+
+        with XDMFFile(mesh.mpi_comm(), filename) as xdmf:
+            vf_in = MeshFunction(dtype_str, mesh, 0)
+            xdmf.read(vf_in, "vertices")
+            ff_in = MeshFunction(dtype_str, mesh, mesh.topology().dim()-1)
+            xdmf.read(ff_in, "facets")
+            cf_in = MeshFunction(dtype_str, mesh, mesh.topology().dim())
+            xdmf.read(cf_in, "cells")
+
+        diff = 0
+        for vertex in vertices(mesh):
+            diff += (vf_in[vertex] - vf[vertex])
+        for facet in facets(mesh):
+            diff += (ff_in[facet] - ff[facet])
+        for cell in cells(mesh):
+            diff += (cf_in[cell] - cf[cell])
+        assert diff == 0
+
+
+@pytest.mark.parametrize("encoding", encodings)
+@pytest.mark.parametrize("data_type", data_types)
+def test_append_and_load_mesh_value_collections(tempdir, encoding, data_type):
+    if invalid_config(encoding):
+        pytest.skip("XDMF unsupported in current configuration")
+
+    dtype_str, dtype = data_type
+
+    mesh = UnitCubeMesh(8, 8, 8)
+    mesh.init()
+    for d in range(mesh.geometry().dim() + 1):
+        mesh.init_global(d)
+
+    mvc_v = MeshValueCollection(dtype_str, mesh, 0)
+    mvc_v.rename("vertices", "vertices")
+    mvc_e = MeshValueCollection(dtype_str, mesh, 1)
+    mvc_e.rename("edges", "edges")
+    mvc_f = MeshValueCollection(dtype_str, mesh, 2)
+    mvc_f.rename("facets", "facets")
+    mvc_c = MeshValueCollection(dtype_str, mesh, 3)
+    mvc_c.rename("cells", "cells")
+
+    mvcs = [mvc_v, mvc_e, mvc_f, mvc_c]
+
+    filename = os.path.join(tempdir, "appended_mvcs.xdmf")
+    with XDMFFile(mesh.mpi_comm(), filename) as xdmf:
+        for mvc in mvcs:
+            for ent in entities(mesh, mvc.dim()):
+                assert(mvc.set_value(ent.index(), dtype(ent.global_index())))
+            xdmf.write(mvc)
+
+    mvc_v_in = MeshValueCollection(dtype_str, mesh, 0)
+    mvc_e_in = MeshValueCollection(dtype_str, mesh, 1)
+    mvc_f_in = MeshValueCollection(dtype_str, mesh, 2)
+    mvc_c_in = MeshValueCollection(dtype_str, mesh, 3)
+
+    with XDMFFile(mesh.mpi_comm(), filename) as xdmf:
+        xdmf.read(mvc_v_in, "vertices")
+        xdmf.read(mvc_e_in, "edges")
+        xdmf.read(mvc_f_in, "facets")
+        xdmf.read(mvc_c_in, "cells")
+
+    mvcs_in = [mvc_v_in, mvc_e_in, mvc_f_in, mvc_c_in]
+
+    for (mvc, mvc_in) in zip(mvcs, mvcs_in):
+        mf = MeshFunction(dtype_str, mesh, mvc)
+        mf_in = MeshFunction(dtype_str, mesh, mvc_in)
+
+        diff = 0
+        for ent in entities(mesh, mf.dim()):
+            diff += (mf_in[ent] - mf[ent])
+        assert(diff == 0)
diff --git a/python/test/unit/io/test_XDMF_cell_output.py b/python/test/unit/io/test_XDMF_cell_output.py
new file mode 100644
index 0000000..49e733b
--- /dev/null
+++ b/python/test/unit/io/test_XDMF_cell_output.py
@@ -0,0 +1,44 @@
+"""Unit test for XDMF output of DG0"""
+
+# Copyright (C) 2014 Chris Richardson
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+from dolfin import *
+from dolfin_utils.test import *
+
+ghost_mode = set_parameters_fixture("ghost_mode", ["shared_vertex", "none"])
+
+@skip_if_not_HDF5
+@xfail_with_serial_hdf5_in_parallel
+def test_xdmf_cell_scalar_ghost(cd_tempdir, ghost_mode):
+    n = 8
+    mesh = UnitSquareMesh(n, n)
+    Q = FunctionSpace(mesh, "DG", 0)
+    F = Function(Q)
+    E = Expression("x[0]", degree=1)
+    F.interpolate(E)
+
+    with XDMFFile(mesh.mpi_comm(), "dg0.xdmf") as xdmf:
+        xdmf.write(F)
+
+    with HDF5File(mesh.mpi_comm(), "dg0.h5", "r") as hdf:
+        vec = Vector()
+        hdf.read(vec, "/VisualisationVector/0", False)
+
+    area = MPI.sum(mesh.mpi_comm(), sum(vec.get_local()))
+    assert abs(n*n - area) < 1e-9
diff --git a/python/test/unit/io/test_XMLFunction.py b/python/test/unit/io/test_XMLFunction.py
new file mode 100755
index 0000000..ab86032
--- /dev/null
+++ b/python/test/unit/io/test_XMLFunction.py
@@ -0,0 +1,41 @@
+"""Unit tests for the XML input/output of Function"""
+
+# Copyright (C) 2014 Matthias Liertzer
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+from dolfin import *
+from dolfin_utils.test import cd_tempdir
+
+def test_save_and_read_xml_function(cd_tempdir):
+    mesh = UnitSquareMesh(10, 10)
+    Q = FunctionSpace(mesh, "CG", 3)
+    F0 = Function(Q)
+    F1 = Function(Q)
+    E = Expression("x[0]", degree=1)
+    F0.interpolate(E)
+
+    # Save to XML File
+    xml_file = File("function.xml")
+    xml_file << F0
+    del xml_file
+
+    # Read back from XML File
+    xml_file = File("function.xml")
+    xml_file >> F1
+    result = F0.vector() - F1.vector()
+
+    assert len(result.get_local().nonzero()[0]) == 0
diff --git a/python/test/unit/io/test_XML_mesh.py b/python/test/unit/io/test_XML_mesh.py
new file mode 100755
index 0000000..d94f67b
--- /dev/null
+++ b/python/test/unit/io/test_XML_mesh.py
@@ -0,0 +1,113 @@
+"Unit tests for XML input/output of Mesh (class XMLMesh)"
+
+# Copyright (C) 2011 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg 2011
+
+import pytest
+from dolfin import *
+import os
+from dolfin_utils.test import skip_in_parallel, fixture, cd_tempdir
+
+
+@skip_in_parallel
+def test_save_plain_mesh2D(cd_tempdir):
+    mesh = UnitSquareMesh(8, 8)
+    f = File("unit_square.xml")
+    f << mesh
+
+@skip_in_parallel
+def test_save_plain_mesh3D(cd_tempdir):
+    mesh = UnitCubeMesh(8, 8, 8)
+    f = File("unit_cube.xml")
+    f << mesh
+
+@skip_in_parallel
+def test_mesh_domains_io(cd_tempdir):
+    "Test input/output for mesh domains"
+
+    # Define subdomains for the 6 faces of the unit cube
+    class F0(SubDomain):
+        def inside(self, x, inside):
+            return near(x[0], 0.0)
+    class F1(SubDomain):
+        def inside(self, x, inside):
+            return near(x[0], 1.0)
+    class F2(SubDomain):
+        def inside(self, x, inside):
+            return near(x[1], 0.0)
+    class F3(SubDomain):
+        def inside(self, x, inside):
+            return near(x[1], 1.0)
+    class F4(SubDomain):
+        def inside(self, x, inside):
+            return near(x[2], 0.0)
+    class F5(SubDomain):
+        def inside(self, x, inside):
+            return near(x[2], 1.0)
+
+    # Define subdomains for left and right of x = 0.5
+    class S0(SubDomain):
+        def inside(self, x, inside):
+            return x[0] < 0.5 + DOLFIN_EPS
+
+    class S1(SubDomain):
+        def inside(self, x, inside):
+            return x[0] > 0.5 - DOLFIN_EPS
+
+    # Create a mesh
+    output_mesh = UnitCubeMesh(3, 3, 3)
+
+    # Apply facet markers
+    f0 = F0()
+    f0.mark_facets(output_mesh, 0)
+    f1 = F1()
+    f1.mark_facets(output_mesh, 1)
+    f2 = F2()
+    f2.mark_facets(output_mesh, 2)
+    f3 = F3()
+    f3.mark_facets(output_mesh, 3)
+    f4 = F4()
+    f4.mark_facets(output_mesh, 4)
+    f5 = F5()
+    f5.mark_facets(output_mesh, 5)
+
+    # Apply cell markers
+    s0 = S0()
+    s0.mark_cells(output_mesh, 0)
+    s1 = S1()
+    s1.mark_cells(output_mesh, 1)
+
+    # Write to file
+    output_file = File("XMLMesh_test_mesh_domains_io.xml")
+    output_file << output_mesh
+
+    # Read from file
+    input_file = File("XMLMesh_test_mesh_domains_io.xml")
+    input_mesh = Mesh()
+    input_file >> input_mesh
+
+    # Get some data and check that it matches
+    assert len(input_mesh.domains().markers(0)) == \
+            len(output_mesh.domains().markers(0))
+    assert len(input_mesh.domains().markers(1)) == \
+            len(output_mesh.domains().markers(1))
+    assert len(input_mesh.domains().markers(2)) == \
+            len(output_mesh.domains().markers(2))
+    assert len(input_mesh.domains().markers(3)) == \
+            len(output_mesh.domains().markers(3))
diff --git a/python/test/unit/io/test_XML_mesh_function.py b/python/test/unit/io/test_XML_mesh_function.py
new file mode 100755
index 0000000..60d3773
--- /dev/null
+++ b/python/test/unit/io/test_XML_mesh_function.py
@@ -0,0 +1,133 @@
+"Unit tests for XML input/output of MeshFunction (class XMLMeshFunction)"
+
+# Copyright (C) 2011-2014 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg 2011
+
+import pytest
+import os
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel, fixture, cd_tempdir
+
+
+@skip_in_parallel
+def test_io_size_t(cd_tempdir):
+    "Test input/output for size_t"
+
+    # Write some data
+    mesh = UnitSquareMesh(5, 5)
+    f = MeshFunction("size_t", mesh, 1)
+    f.set_all(0)
+    f[2] = 3
+    f[5] = 7
+
+    filename = "XMLMeshFunction_test_io_size_t.xml"
+
+    # Write
+    output_file = File(filename)
+    output_file << f
+
+    # Read from file
+    g = MeshFunction("size_t", mesh, 1)
+    input_file = File(filename)
+    input_file >> g
+
+    # Check values
+    for i in range(f.size()):
+        assert f[i] == g[i]
+
+
+@skip_in_parallel
+def test_io_int(cd_tempdir):
+    "Test input/output for int"
+
+    # Write some data
+    mesh = UnitSquareMesh(5, 5)
+    f = MeshFunction("int", mesh, 1)
+    f.set_all(0)
+    f[2] = -3
+    f[5] = 7
+
+    filename = "XMLMeshFunction_test_io_int.xml"
+
+    # Write
+    output_file = File(filename)
+    output_file << f
+
+    # Read from file
+    g = MeshFunction("int", mesh, 1)
+    input_file = File(filename)
+    input_file >> g
+
+    # Check values
+    for i in range(f.size()):
+        assert f[i] == g[i]
+
+
+@skip_in_parallel
+def test_io_double(cd_tempdir):
+    "Test input/output for double"
+
+    # Write some data
+    mesh = UnitSquareMesh(5, 5)
+    f = MeshFunction("double", mesh, 1)
+    f.set_all(0.0)
+    f[2] = 3.14
+    f[5] = 10000000.0
+
+    filename = "XMLMeshFunction_test_io_double.xml"
+
+    # Write
+    output_file = File(filename)
+    output_file << f
+
+    # Read from file
+    g = MeshFunction("double", mesh, 1)
+    input_file = File(filename)
+    input_file >> g
+
+    # Check values
+    for i in range(f.size()):
+        assert f[i] == g[i]
+
+
+@skip_in_parallel
+def test_io_bool(cd_tempdir):
+    "Test input/output for bool"
+
+    # Write some data
+    mesh = UnitSquareMesh(5, 5)
+    f = MeshFunction("bool", mesh, 1)
+    f.set_all(False)
+    f[2] = True
+    f[5] = False
+
+    filename = "XMLMeshFunction_test_io_bool.xml"
+
+    # Write
+    output_file = File(filename)
+    output_file << f
+
+    # Read from file
+    g = MeshFunction("bool", mesh, 1)
+    input_file = File(filename)
+    input_file >> g
+
+    # Check values
+    for i in range(f.size()):
+        assert f[i] == g[i]
diff --git a/python/test/unit/io/test_XML_mesh_value_collection.py b/python/test/unit/io/test_XML_mesh_value_collection.py
new file mode 100755
index 0000000..2d773f1
--- /dev/null
+++ b/python/test/unit/io/test_XML_mesh_value_collection.py
@@ -0,0 +1,71 @@
+"Unit tests for XML input/output of MeshValueCollection"
+
+# Copyright (C) 2011 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+from dolfin import *
+import os
+from dolfin_utils.test import fixture, skip_in_parallel, cd_tempdir, filedir
+
+@skip_in_parallel
+def test_insertion_extraction_io(cd_tempdir):
+    "Test input/output via << and >>."
+    filename = "xml_mesh_value_collection_test_io.xml"
+
+    # Create mesh
+    mesh = UnitCubeMesh(5, 5, 5)
+
+    # Create mesh value collection and add some data
+    mesh = UnitCubeMesh(5, 5, 5)
+    output_values = MeshValueCollection("size_t", mesh, 2)
+    output_values.set_value(1,  1, 1);
+    output_values.set_value(2,  1, 3);
+    output_values.set_value(5,  1, 8);
+    output_values.set_value(13, 1, 21);
+    output_values.set_value(7,  2, 13);
+    output_values.set_value(4,  2, 2);
+
+    name = "test_mesh_value_collection"
+    output_values.rename(name, "a MeshValueCollection")
+
+    # Write to file
+    output_file = File(filename)
+    output_file << output_values
+
+    # Read from file
+    input_file = File(filename)
+    input_values = MeshValueCollection("size_t", mesh)
+    input_file >> input_values
+
+    # Get some data and check that it matches
+    assert input_values.size() == output_values.size()
+    assert input_values.dim() == output_values.dim()
+    assert input_values.name() == name
+
+def test_constructor_input(filedir):
+    "Test input via constructor."
+    filename = os.path.join(filedir, "xml_value_collection_ref.xml")
+
+    # Create mesh
+    mesh = UnitCubeMesh(5, 5, 5)
+
+    # Read from file
+    input_values = MeshValueCollection("size_t", mesh, filename)
+
+    # Check that size is correct
+    assert MPI.sum(mesh.mpi_comm(), input_values.size()) == 6
diff --git a/python/test/unit/io/test_XML_table.py b/python/test/unit/io/test_XML_table.py
new file mode 100755
index 0000000..c57a9c8
--- /dev/null
+++ b/python/test/unit/io/test_XML_table.py
@@ -0,0 +1,47 @@
+"""Unit tests for the XML io library for Tables"""
+
+# Copyright (C) 2016 Simon Funke and Marie E. Rognes
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+from dolfin import *
+from dolfin_utils.test import cd_tempdir
+
+
+def test_write_and_read_table(cd_tempdir):
+    # Do something that takes time
+    x = PETScVector(MPI.comm_world, 197)
+
+    if MPI.rank(MPI.comm_world) == 0:
+        # Create table for timings
+        t = timings(TimingClear.keep, [TimingType.wall, TimingType.system])
+        t_str = t.str(True)
+
+        # Write table to file
+        file = File(MPI.comm_self, "my_table.xml")
+        file << t
+        del t
+        del file
+
+        # Read table from file
+        file = File(MPI.comm_self, "my_table.xml")
+        t = Table("My Table")
+        file >> t
+
+        t_new_str = t.str(True)
+
+        assert t_new_str == t_str
diff --git a/python/test/unit/io/test_XML_vector.py b/python/test/unit/io/test_XML_vector.py
new file mode 100755
index 0000000..646023c
--- /dev/null
+++ b/python/test/unit/io/test_XML_vector.py
@@ -0,0 +1,82 @@
+"""Unit tests for the XML io library for vectors"""
+
+# Copyright (C) 2011-2014 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+from dolfin import *
+import os
+from dolfin_utils.test import skip_if_not_PETSc, fixture, cd_tempdir
+
+
+@skip_if_not_PETSc
+def test_save_vector_petsc(cd_tempdir):
+    # Create vector and write file
+    x = PETScVector(MPI.comm_world, 197)
+    x[:] = 1.0
+    f = File("x.xml")
+    f << x
+
+@skip_if_not_PETSc
+def test_save_gzipped_vector(cd_tempdir):
+    # Create vector and write file
+    x = PETScVector(MPI.comm_world, 197)
+    x[:] = 1.0
+    f = File("x.xml.gz")
+    f << x
+
+@skip_if_not_PETSc
+def test_read_vector_petcs(cd_tempdir):
+    # Create vector and write file
+    x = PETScVector(MPI.comm_world, 197)
+    x[:] = 1.0
+    f = File("x.xml")
+    f << x
+
+    # Read vector from previous write
+    y = PETScVector()
+    f >> y
+    assert x.size() == y.size()
+    assert round(x.norm("l2") - y.norm("l2"), 7) == 0
+
+
+@skip_if_not_PETSc
+def test_read_gzipped_vector(cd_tempdir):
+    # Create vector and write file
+    x = PETScVector(MPI.comm_world, 197)
+    x[:] = 1.0
+    f = File("x.xml")
+    f << x
+
+    # Read vector from previous write
+    y = PETScVector()
+    f >> y
+    assert x.size() == y.size()
+    assert round(x.norm("l2") - y.norm("l2"), 7) == 0
+
+def test_save_read_vector(cd_tempdir):
+    size = 512
+    x = Vector(MPI.comm_world, size)
+    x[:] = 1.0
+
+    out_file = File("test_vector_xml.xml")
+    out_file << x
+
+    y = Vector()
+    out_file >> y
+    assert x.size() == y.size()
+    assert round((x - y).norm("l2") - 0.0, 7) == 0
diff --git a/python/test/unit/io/test_XYZ.py b/python/test/unit/io/test_XYZ.py
new file mode 100755
index 0000000..6fd37a9
--- /dev/null
+++ b/python/test/unit/io/test_XYZ.py
@@ -0,0 +1,56 @@
+# Copyright (C) 2017 Michal Habera
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+import numpy as np
+
+import os
+
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel, fixture, tempdir
+
+
+@skip_in_parallel
+def test_save_2d_scalar(tempdir):
+
+    mesh = UnitSquareMesh(16, 16)
+    filename = os.path.join(tempdir, "scalar2D.xyz")
+    file = File(filename)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+    u = Function(V)
+    u.interpolate(Constant(1.0))
+
+    # Save results multiple times for append test case
+    N = 10
+    for i in range(N):
+        file << u
+
+    # Load name of datafile, stored in main file (usually scalar2D******.xyz)
+    with open(filename, 'r') as fl:
+        data_filenames = fl.readlines()
+
+    # Check if there are really N lines in main file
+    assert len(data_filenames) == N
+
+    for data_filename in data_filenames:
+
+        # Load saved file as np array
+        data_filename = data_filename.replace('\n', '')
+        loaded_file = np.loadtxt(os.path.join(tempdir, data_filename))
+
+        # Check if the loaded function is everywhere == 1.
+        assert (loaded_file[:, 2] == 1.).all()
diff --git a/python/test/unit/io/test_vtk.py b/python/test/unit/io/test_vtk.py
new file mode 100755
index 0000000..750a5a2
--- /dev/null
+++ b/python/test/unit/io/test_vtk.py
@@ -0,0 +1,201 @@
+# Copyright (C) 2011 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+from dolfin import *
+import os
+from dolfin_utils.test import skip_in_parallel, fixture, tempdir
+
+# VTK file options
+@fixture
+def file_options():
+    return ["ascii", "base64", "compressed"]
+
+@fixture
+def mesh_function_types():
+    return ["size_t", "int", "double", "bool"]
+
+@fixture
+def type_conv():
+    return dict(size_t=int, int=int, double=float, bool=bool)
+
+@pytest.fixture(scope="function")
+def tempfile(tempdir, request):
+    return os.path.join(tempdir, request.function.__name__)
+
+def test_save_1d_meshfunctions(tempfile,
+                                mesh_function_types, file_options, type_conv):
+    mesh = UnitIntervalMesh(32)
+    for d in range(mesh.topology().dim()+1):
+        for t in mesh_function_types:
+            mf = MeshFunction(t, mesh, mesh.topology().dim()-d, type_conv[t](1))
+            File(tempfile + "mf.pvd") << mf
+            f = File(tempfile + "mf.pvd")
+            f << (mf, 0.)
+            f << (mf, 1.)
+            for file_option in file_options:
+                File(tempfile + "mf.pvd", file_option) << mf
+
+def test_save_2d_meshfunctions(tempfile,
+                                mesh_function_types, file_options, type_conv):
+    mesh = UnitSquareMesh(32, 32)
+    for d in range(mesh.topology().dim()+1):
+        for t in mesh_function_types:
+            mf = MeshFunction(t, mesh, mesh.topology().dim()-d, type_conv[t](1))
+            File(tempfile + "mf.pvd") << mf
+            f = File(tempfile + "mf.pvd")
+            f << (mf, 0.)
+            f << (mf, 1.)
+            for file_option in file_options:
+                File(tempfile + "mf.pvd", file_option) << mf
+
+def test_save_3d_meshfunctions(tempfile,
+                                mesh_function_types, file_options, type_conv):
+    mesh = UnitCubeMesh(8, 8, 8)
+    for d in range(mesh.topology().dim()+1):
+        for t in mesh_function_types:
+            mf = MeshFunction(t, mesh, mesh.topology().dim()-d, type_conv[t](1))
+            File(tempfile + "mf.pvd") << mf
+            f = File(tempfile + "mf.pvd")
+            f << (mf, 0.)
+            f << (mf, 1.)
+            for file_option in file_options:
+                File(tempfile + "mf.pvd", file_option) << mf
+
+def test_save_1d_mesh(tempfile, file_options):
+    mesh = UnitIntervalMesh(32)
+    File(tempfile + "mesh.pvd") << mesh
+    f = File(tempfile + "mesh.pvd")
+    f << (mesh, 0.)
+    f << (mesh, 1.)
+    for file_option in file_options:
+        File(tempfile + "mesh.pvd", file_option) << mesh
+
+def test_save_2d_mesh(tempfile, file_options):
+    mesh = UnitSquareMesh(32, 32)
+    File(tempfile + "mesh.pvd") << mesh
+    f = File(tempfile + "mesh.pvd")
+    f << (mesh, 0.)
+    f << (mesh, 1.)
+    for file_option in file_options:
+        File(tempfile + "mesh.pvd", file_option) << mesh
+
+def test_save_3d_mesh(tempfile, file_options):
+    mesh = UnitCubeMesh(8, 8, 8)
+    File(tempfile + "mesh.pvd") << mesh
+    f = File(tempfile + "mesh.pvd")
+    f << (mesh, 0.)
+    f << (mesh, 1.)
+    for file_option in file_options:
+        File(tempfile + "mesh.pvd", file_option) << mesh
+
+def test_save_1d_scalar(tempfile, file_options):
+    mesh = UnitIntervalMesh(32)
+    u = Function(FunctionSpace(mesh, "Lagrange", 2))
+    u.vector()[:] = 1.0
+    File(tempfile + "u.pvd") << u
+    f = File(tempfile + "u.pvd")
+    f << (u, 0.)
+    f << (u, 1.)
+    for file_option in file_options:
+        File(tempfile + "u.pvd", file_option) << u
+
+def test_save_2d_scalar(tempfile, file_options):
+    mesh = UnitSquareMesh(16, 16)
+    u = Function(FunctionSpace(mesh, "Lagrange", 2))
+    u.vector()[:] = 1.0
+    File(tempfile + "u.pvd") << u
+    f = File(tempfile + "u.pvd")
+    f << (u, 0.)
+    f << (u, 1.)
+    for file_option in file_options:
+        File(tempfile + "u.pvd", file_option) << u
+
+def test_save_3d_scalar(tempfile, file_options):
+    mesh = UnitCubeMesh(8, 8, 8)
+    u = Function(FunctionSpace(mesh, "Lagrange", 2))
+    u.vector()[:] = 1.0
+    File(tempfile + "u.pvd") << u
+    f = File(tempfile + "u.pvd")
+    f << (u, 0.)
+    f << (u, 1.)
+    for file_option in file_options:
+        File(tempfile + "u.pvd", file_option) << u
+
+@pytest.mark.xfail(reason="FFC fails for tensor spaces in 1D")
+@skip_in_parallel
+def test_save_1d_vector(tempfile, file_options):
+    mesh = UnitIntervalMesh(32)
+    u = Function(VectorFunctionSpace(mesh, "Lagrange", 2))
+    u.vector()[:] = 1.0
+    File(tempfile + "u.pvd") << u
+    for file_option in file_options:
+        File(tempfile + "u.pvd", file_option) << u
+
+def test_save_2d_vector(tempfile, file_options):
+    mesh = UnitSquareMesh(16, 16)
+    u = Function(VectorFunctionSpace(mesh, "Lagrange", 2))
+    u.vector()[:] = 1.0
+    File(tempfile + "u.pvd") << u
+    f = File(tempfile + "u.pvd")
+    f << (u, 0.)
+    f << (u, 1.)
+    for file_option in file_options:
+        File(tempfile + "u.pvd", file_option) << u
+
+def test_save_3d_vector(tempfile, file_options):
+    mesh = UnitCubeMesh(8, 8, 8)
+    u = Function(VectorFunctionSpace(mesh, "Lagrange", 2))
+    u.vector()[:] = 1.0
+    File(tempfile + "u.pvd") << u
+    f = File(tempfile + "u.pvd")
+    f << (u, 0.)
+    f << (u, 1.)
+    for file_option in file_options:
+        File(tempfile + "u.pvd", file_option) << u
+
+@pytest.mark.xfail(reason="FFC fails for tensor spaces in 1D")
+@skip_in_parallel
+def test_save_1d_tensor(tempfile, file_options):
+    mesh = UnitIntervalMesh(32)
+    u = Function(TensorFunctionSpace(mesh, "Lagrange", 2))
+    u.vector()[:] = 1.0
+    File(tempfile + "u.pvd") << u
+    for file_option in file_options:
+        File(tempfile + "u.pvd", file_option) << u
+
+def test_save_2d_tensor(tempfile, file_options):
+    mesh = UnitSquareMesh(16, 16)
+    u = Function(TensorFunctionSpace(mesh, "Lagrange", 2))
+    u.vector()[:] = 1.0
+    File(tempfile + "u.pvd") << u
+    f = File(tempfile + "u.pvd")
+    f << (u, 0.)
+    f << (u, 1.)
+    for file_option in file_options:
+        File(tempfile + "u.pvd", file_option) << u
+
+def test_save_3d_tensor(tempfile, file_options):
+    mesh = UnitCubeMesh(8, 8, 8)
+    u = Function(TensorFunctionSpace(mesh, "Lagrange", 2))
+    u.vector()[:] = 1.0
+    File(tempfile + "u.pvd") << u
+    f = File(tempfile + "u.pvd")
+    f << (u, 0.)
+    f << (u, 1.)
+    for file_option in file_options:
+        File(tempfile + "u.pvd", file_option) << u
diff --git a/python/test/unit/io/xml_value_collection_ref.xml b/python/test/unit/io/xml_value_collection_ref.xml
new file mode 100644
index 0000000..68c9de9
--- /dev/null
+++ b/python/test/unit/io/xml_value_collection_ref.xml
@@ -0,0 +1,11 @@
+<?xml version="1.0"?>
+<dolfin xmlns:dolfin="http://fenicsproject.org">
+  <mesh_value_collection type="uint" dim="2" size="6">
+    <value cell_index="1" local_entity="1" value="1" />
+    <value cell_index="2" local_entity="1" value="3" />
+    <value cell_index="4" local_entity="2" value="2" />
+    <value cell_index="5" local_entity="1" value="8" />
+    <value cell_index="7" local_entity="2" value="13" />
+    <value cell_index="13" local_entity="1" value="21" />
+  </mesh_value_collection>
+</dolfin>
diff --git a/python/test/unit/jit/test_jit.py b/python/test/unit/jit/test_jit.py
new file mode 100755
index 0000000..7ec2490
--- /dev/null
+++ b/python/test/unit/jit/test_jit.py
@@ -0,0 +1,287 @@
+"""Unit tests for the JIT compiler"""
+
+# Copyright (C) 2011 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+import platform
+import dolfin
+from dolfin import *
+from dolfin_utils.test import (skip_if_not_PETSc, skip_if_not_SLEPc,
+                               skip_if_not_MPI, skip_in_serial,
+                               skip_if_not_petsc4py)
+
+
+def test_nasty_jit_caching_bug():
+
+    # This may result in something like "matrices are not aligned"
+    # from FIAT if the JIT caching does not recognize that the two
+    # forms are different
+
+    default_parameters = parameters["form_compiler"]["representation"]
+    for representation in ["quadrature"]:
+
+        parameters["form_compiler"]["representation"] = representation
+
+        M1 = assemble(Constant(1.0)*dx(UnitSquareMesh(4, 4)))
+        M2 = assemble(Constant(1.0)*dx(UnitCubeMesh(4, 4, 4)))
+
+        assert round(M1 - 1.0, 7) == 0
+        assert round(M2 - 1.0, 7) == 0
+
+    parameters["form_compiler"]["representation"] = default_parameters
+
+
+def test_mpi_pybind11():
+    """
+    Test MPICommWrapper <-> mpi4py.MPI.Comm conversion for JIT-ed code
+    """
+    cpp_code = """
+    #include <pybind11/pybind11.h>
+    #include <dolfin_wrappers/MPICommWrapper.h>
+    namespace dolfin
+    {
+      dolfin_wrappers::MPICommWrapper
+      test_comm_passing(const dolfin_wrappers::MPICommWrapper comm)
+      {
+        MPI_Comm c = comm.get();
+        return dolfin_wrappers::MPICommWrapper(c);
+      }
+    }
+    PYBIND11_MODULE(SIGNATURE, m)
+    {
+        m.def("test_comm_passing", &dolfin::test_comm_passing);
+    }
+    """
+
+    # Import MPI_COMM_WORLD
+    if dolfin.has_mpi4py():
+        from mpi4py import MPI
+        w1 = MPI.COMM_WORLD
+    else:
+        w1 = dolfin.MPI.comm_world
+
+    # Compile the JIT module
+    return pytest.xfail('Include path for dolfin_wrappers/* not set up to '
+                        'work in the JIT at the moment')
+    mod = dolfin.compile_cpp_code(cpp_code)
+
+    # Pass a comm into C++ and get a new wrapper of the same comm back
+    w2 = mod.test_comm_passing(w1)
+
+    if dolfin.has_mpi4py():
+        assert isinstance(w2, MPI.Comm)
+    else:
+        assert isinstance(w2, dolfin.cpp.MPICommWrapper)
+        assert w1.underlying_comm() == w2.underlying_comm()
+
+
+@skip_if_not_PETSc
+def test_petsc():
+    create_matrix_code = r'''
+    #include <pybind11/pybind11.h>
+    #include <dolfin.h>
+    namespace dolfin
+    {
+        std::shared_ptr<PETScMatrix> create_matrix(void) {
+            Mat I;
+            std::shared_ptr<PETScMatrix> ptr = std::make_shared<PETScMatrix>(I);
+            return ptr;
+        }
+    }
+
+    PYBIND11_MODULE(SIGNATURE, m)
+    {
+      m.def("create_matrix", &dolfin::create_matrix);
+    }
+    '''
+    module = compile_cpp_code(create_matrix_code)
+
+
+@pytest.mark.skip
+@skip_if_not_SLEPc
+def test_slepc():
+    create_eps_code = r'''
+    #include <pybind11/pybind11.h>
+    #include <dolfin.h>
+    #include <slepc.h>
+    namespace dolfin
+    {
+        std::shared_ptr<EPS> create_matrix(MPI_Comm comm) {
+            EPS eps;
+            EPSCreate(comm, &eps);
+            std::shared_ptr<EPS> ptr = std::make_shared<EPS>(eps);
+            return ptr;
+        }
+    }
+
+    PYBIND11_MODULE(SIGNATURE, m)
+    {
+      m.def("create_matrix", &dolfin::create_matrix);
+    }
+
+    '''
+    compile_cpp_code(create_eps_code)
+
+
+def test_pass_array_int():
+    import numpy
+
+    code = """
+    #include <Eigen/Core>
+    #include <pybind11/pybind11.h>
+    #include <pybind11/eigen.h>
+    using IntVecIn = Eigen::Ref<const Eigen::VectorXi>;
+    int test_int_array(const IntVecIn arr)
+    {
+    return arr.sum();
+    }
+    PYBIND11_MODULE(SIGNATURE, m)
+    {
+    m.def("test_int_array", &test_int_array);
+    }
+    """
+    module = compile_cpp_code(code)
+    arr = numpy.array([1, 2, 4, 8], dtype=numpy.intc)
+    ans = module.test_int_array(arr)
+    assert ans == arr.sum() == 15
+
+
+def test_pass_array_double():
+    import numpy
+
+    code = """
+    #include <Eigen/Core>
+    #include <pybind11/pybind11.h>
+    #include <pybind11/eigen.h>
+    using DoubleVecIn = Eigen::Ref<const Eigen::VectorXd>;
+    int test_double_array(const DoubleVecIn arr)
+    {
+    return arr.sum();
+    }
+    PYBIND11_MODULE(SIGNATURE, m)
+    {
+    m.def("test_double_array", &test_double_array);
+    }
+    """
+    module = compile_cpp_code(code)
+    arr = numpy.array([1, 2, 4, 8], dtype=float)
+    ans = module.test_double_array(arr)
+    assert abs(arr.sum() - 15) < 1e-15
+    assert abs(ans - 15) < 1e-15
+
+@pytest.mark.skip
+@skip_if_not_PETSc
+def test_compile_extension_module():
+
+    # This test should do basically the same as the docstring of the
+    # compile_extension_module function in compilemodule.py.  Remember
+    # to update the docstring if the test is modified!
+
+    from numpy import arange, exp
+    code = """
+      #include <pybind11/pybind11.h>
+
+      #include <petscvec.h>
+      #include <dolfin/la/PETScVector.h>
+
+      void PETSc_exp(std::shared_ptr<dolfin::PETScVector> vec)
+      {
+        Vec x = vec->vec();
+        assert(x);
+        VecExp(x);
+      }
+
+    PYBIND11_MODULE(SIGNATURE, m)
+    {
+      m.def("PETSc_exp", &PETSc_exp);
+    }
+    """
+
+    ext_module = compile_cpp_code(code)
+
+    vec = PETScVector(MPI.comm_world, 10)
+    np_vec = vec.get_local()
+    np_vec[:] = arange(len(np_vec))
+    vec.set_local(np_vec)
+    ext_module.PETSc_exp(vec)
+    np_vec[:] = exp(np_vec)
+    assert (np_vec == vec.get_local()).all()
+
+
+@pytest.mark.xfail
+def test_compile_extension_module_kwargs():
+    # This test check that instant_kwargs of compile_extension_module
+    # are taken into account when computing signature
+    m2 = compile_cpp_code('', cppargs='-O2')
+    m0 = compile_cpp_code('', cppargs='')
+    assert not m2.__file__ == m0.__file__
+
+
+@pytest.mark.skip
+@skip_if_not_petsc4py
+@skip_in_serial
+def test_mpi_dependent_jiting():
+    # FIXME: Not a proper unit test...
+    from dolfin import (Expression, UnitSquareMesh, Function,
+                        TestFunction, Form, FunctionSpace, dx, CompiledSubDomain,
+                        SubSystemsManager)
+
+    # Init petsc (needed to initalize petsc and slepc collectively on
+    # all processes)
+    SubSystemsManager.init_petsc()
+
+    try:
+        import mpi4py.MPI as mpi
+    except:
+        return
+
+    try:
+        import petsc4py.PETSc as petsc
+    except:
+        return
+
+    # Set communicator and get process information
+    comm = mpi.COMM_WORLD
+    group = comm.Get_group()
+    size = comm.Get_size()
+
+    # Only consider parallel runs
+    if size == 1:
+        return
+
+    rank = comm.Get_rank()
+    group_comm_0 = petsc.Comm(comm.Create(group.Incl(range(1))))
+    group_comm_1 = petsc.Comm(comm.Create(group.Incl(range(1, 2))))
+
+    if size > 2:
+        group_comm_2 = petsc.Comm(comm.Create(group.Incl(range(2,size))))
+
+    if rank == 0:
+        e = Expression("4", mpi_comm=group_comm_0, degree=0)
+
+    elif rank == 1:
+        e = Expression("5", mpi_comm=group_comm_1, degree=0)
+        domain = CompiledSubDomain("on_boundary", mpi_comm=group_comm_1,
+                                   degree=0)
+
+    else:
+        mesh = UnitSquareMesh(group_comm_2, 2, 2)
+        V = FunctionSpace(mesh, "P", 1)
+        u = Function(V)
+        v = TestFunction(V)
+        Form(u*v*dx)
diff --git a/python/test/unit/la/test_krylov_solver.py b/python/test/unit/la/test_krylov_solver.py
new file mode 100755
index 0000000..6d1d087
--- /dev/null
+++ b/python/test/unit/la/test_krylov_solver.py
@@ -0,0 +1,252 @@
+"""Unit tests for the KrylovSolver interface"""
+
+# Copyright (C) 2014 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+from dolfin import *
+from dolfin_utils.test import skip_if_not_PETSc, skip_in_parallel, pushpop_parameters
+
+
+@skip_if_not_PETSc
+def test_krylov_samg_solver_elasticity(pushpop_parameters):
+    "Test PETScKrylovSolver with smoothed aggregation AMG"
+
+    # Set backend
+    parameters["linear_algebra_backend"] = "PETSc"
+
+    def build_nullspace(V, x):
+        """Function to build null space for 2D elasticity"""
+
+        # Create list of vectors for null space
+        nullspace_basis = [x.copy() for i in range(3)]
+
+        # Build translational null space basis
+        V.sub(0).dofmap().set(nullspace_basis[0], 1.0)
+        V.sub(1).dofmap().set(nullspace_basis[1], 1.0)
+
+        # Build rotational null space basis
+        V.sub(0).set_x(nullspace_basis[2], -1.0, 1)
+        V.sub(1).set_x(nullspace_basis[2], 1.0, 0)
+
+        for x in nullspace_basis:
+            x.apply("insert")
+
+        null_space = VectorSpaceBasis(nullspace_basis)
+        null_space.orthonormalize()
+        return null_space
+
+    def amg_solve(N, method):
+        # Elasticity parameters
+        E = 1.0e9
+        nu = 0.3
+        mu = E/(2.0*(1.0 + nu))
+        lmbda = E*nu/((1.0 + nu)*(1.0 - 2.0*nu))
+
+        # Stress computation
+        def sigma(v):
+            return 2.0*mu*sym(grad(v)) + lmbda*tr(sym(grad(v)))*Identity(2)
+
+        # Define problem
+        mesh = UnitSquareMesh(N, N)
+        V = VectorFunctionSpace(mesh, 'Lagrange', 1)
+        bc = DirichletBC(V, Constant((0.0, 0.0)),
+                         lambda x, on_boundary: on_boundary)
+        u = TrialFunction(V)
+        v = TestFunction(V)
+
+        # Forms
+        a, L = inner(sigma(u), grad(v))*dx, dot(Constant((1.0, 1.0)), v)*dx
+
+        # Assemble linear algebra objects
+        A, b = assemble_system(a, L, bc)
+
+        # Create solution function
+        u = Function(V)
+
+        # Create near null space basis and orthonormalize
+        null_space = build_nullspace(V, u.vector())
+
+        # Attached near-null space to matrix
+        as_backend_type(A).set_near_nullspace(null_space)
+
+        # Test that basis is orthonormal
+        assert null_space.is_orthonormal()
+
+        # Create PETSC smoothed aggregation AMG preconditioner, and
+        # create CG solver
+        pc = PETScPreconditioner(method)
+        solver = PETScKrylovSolver("cg", pc)
+
+        # Set matrix operator
+        solver.set_operator(A)
+
+        # Compute solution and return number of iterations
+        return solver.solve(u.vector(), b)
+
+    # Set some multigrid smoother parameters
+    PETScOptions.set("mg_levels_ksp_type", "chebyshev")
+    PETScOptions.set("mg_levels_pc_type", "jacobi")
+
+    # Improve estimate of eigenvalues for Chebyshev smoothing
+    PETScOptions.set("mg_levels_esteig_ksp_type", "cg")
+    PETScOptions.set("mg_levels_ksp_chebyshev_esteig_steps", 50)
+
+    # Build list of smoothed aggregation preconditioners
+    methods = ["petsc_amg"]
+    # if "ml_amg" in PETScPreconditioner.preconditioners():
+    #    methods.append("ml_amg")
+
+    # Test iteration count with increasing mesh size for each
+    # preconditioner
+    for method in methods:
+        for N in [8, 16, 32, 64]:
+            print("Testing method '{}' with {} x {} mesh".format(method, N, N))
+            niter = amg_solve(N, method)
+            assert niter < 18
+
+
+@skip_if_not_PETSc
+def test_krylov_reuse_pc():
+    "Test preconditioner re-use with PETScKrylovSolver"
+
+    # Define problem
+    mesh = UnitSquareMesh(8, 8)
+    V = FunctionSpace(mesh, 'Lagrange', 1)
+    bc = DirichletBC(V, Constant(0.0), lambda x, on_boundary: on_boundary)
+    u = TrialFunction(V)
+    v = TestFunction(V)
+
+    # Forms
+    a, L = inner(grad(u), grad(v))*dx, dot(Constant(1.0), v)*dx
+
+    A, P = PETScMatrix(), PETScMatrix()
+    b = PETScVector()
+
+    # Assemble linear algebra objects
+    assemble(a, tensor=A)
+    assemble(a, tensor=P)
+    assemble(L, tensor=b)
+
+    # Apply boundary conditions
+    bc.apply(A)
+    bc.apply(P)
+    bc.apply(b)
+
+    # Create Krysolv solver and set operators
+    solver = PETScKrylovSolver("gmres", "bjacobi")
+    solver.set_operators(A, P)
+
+    # Solve
+    x = PETScVector()
+    num_iter_ref = solver.solve(x, b)
+
+    # Change preconditioner matrix (bad matrix) and solve (PC will be
+    # updated)
+    a_p = u*v*dx
+    assemble(a_p, tensor=P)
+    bc.apply(P)
+    x = PETScVector()
+    num_iter_mod = solver.solve(x, b)
+    assert num_iter_mod > num_iter_ref
+
+    # Change preconditioner matrix (good matrix) and solve (PC will be
+    # updated)
+    a_p = a
+    assemble(a_p, tensor=P)
+    bc.apply(P)
+    x = PETScVector()
+    num_iter = solver.solve(x, b)
+    assert num_iter == num_iter_ref
+
+    # Change preconditioner matrix (bad matrix) and solve (PC will not
+    # be updated)
+    solver.set_reuse_preconditioner(True)
+    a_p = u*v*dx
+    assemble(a_p, tensor=P)
+    bc.apply(P)
+    x = PETScVector()
+    num_iter = solver.solve(x, b)
+    assert num_iter == num_iter_ref
+
+    # Update preconditioner (bad PC, will increase iteration count)
+    solver.set_reuse_preconditioner(False)
+    x = PETScVector()
+    num_iter = solver.solve(x, b)
+    assert num_iter == num_iter_mod
+
+
+def test_krylov_tpetra():
+    if not has_linear_algebra_backend("Tpetra"):
+        return
+
+    mesh = UnitCubeMesh(10, 10, 10)
+    Q = FunctionSpace(mesh, "CG", 1)
+    v = TestFunction(Q)
+    u = TrialFunction(Q)
+    a = dot(grad(u), grad(v))*dx
+    L = v*dx
+
+    def bound(x):
+        return x[0] == 0
+
+    bc = DirichletBC(Q, Constant(0.0), bound)
+
+    A = TpetraMatrix()
+    b = TpetraVector()
+    assemble(a, A)
+    assemble(L, b)
+    bc.apply(A)
+    bc.apply(b)
+
+    mp = MueluPreconditioner()
+    mlp = mp.parameters
+    mlp['verbosity'] = 'extreme'
+    mlp.add("max_levels", 10)
+    mlp.add("coarse:_max_size", 10)
+    mlp.add("coarse:_type", "KLU2")
+    mlp.add("multigrid_algorithm", "sa")
+    mlp.add("aggregation:_type", "uncoupled")
+    mlp.add("aggregation:_min_agg_size", 3)
+    mlp.add("aggregation:_max_agg_size", 7)
+
+    pre_paramList = Parameters("smoother:_pre_params")
+    pre_paramList.add("relaxation:_type", "Symmetric Gauss-Seidel")
+    pre_paramList.add("relaxation:_sweeps", 1)
+    pre_paramList.add("relaxation:_damping_factor", 0.6)
+    mlp.add("smoother:_pre_type", "RELAXATION")
+    mlp.add(pre_paramList)
+
+    post_paramList = Parameters("smoother:_post_params")
+    post_paramList.add("relaxation:_type", "Symmetric Gauss-Seidel")
+    post_paramList.add("relaxation:_sweeps", 1)
+    post_paramList.add("relaxation:_damping_factor", 0.9)
+    mlp.add("smoother:_post_type", "RELAXATION")
+    mlp.add(post_paramList)
+
+    solver = BelosKrylovSolver("cg", mp)
+    solver.parameters['relative_tolerance'] = 1e-8
+    solver.parameters['monitor_convergence'] = False
+    solver.parameters['belos'].add("Maximum_Iterations", 150)
+
+    solver.set_operator(A)
+
+    u = TpetraVector()
+    n_iter = solver.solve(u, b)
+
+    # Number of iterations should be around 15
+    assert n_iter < 50
diff --git a/python/test/unit/la/test_la_basic.py b/python/test/unit/la/test_la_basic.py
new file mode 100755
index 0000000..47f0492
--- /dev/null
+++ b/python/test/unit/la/test_la_basic.py
@@ -0,0 +1,348 @@
+"""Unit tests for the linear algebra interface"""
+
+# Copyright (C) 2008 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2008-09-30
+# Last changed: 2014-05-30
+
+import pytest
+from dolfin import *
+import sys
+
+from dolfin_utils.test import *
+
+# Lists of backends supporting or not supporting data access
+data_backends = []
+no_data_backends = [("PETSc", ""), ("Tpetra", "")]
+
+# Add serial only backends
+if MPI.size(MPI.comm_world) == 1:
+    # TODO: What about "Dense" and "Sparse"? The sub_backend wasn't
+    # used in the old test.
+    data_backends += [("Eigen", "")]
+
+# Remove backends we haven't built with
+data_backends = [b for b in data_backends if has_linear_algebra_backend(b[0])]
+no_data_backends = [b for b in no_data_backends if has_linear_algebra_backend(b[0])]
+any_backends = data_backends + no_data_backends
+
+# Fixtures setting up and resetting the global linear algebra backend
+# for a list of backends
+any_backend     = set_parameters_fixture("linear_algebra_backend",
+                                         any_backends, lambda x: x[0])
+data_backend    = set_parameters_fixture("linear_algebra_backend",
+                                         data_backends, lambda x: x[0])
+no_data_backend = set_parameters_fixture("linear_algebra_backend",
+                                         no_data_backends, lambda x: x[0])
+
+# With and without explicit backend choice
+use_backend = true_false_fixture
+
+
+def xtest_deterministic_partition():
+    # Works with parmetis, not with scotch with mpirun -np 3
+    mesh1 = UnitSquareMesh(3, 3)
+    mesh2 = UnitSquareMesh(3, 3)
+    V1 = FunctionSpace(mesh1, "Lagrange", 1)
+    V2 = FunctionSpace(mesh2, "Lagrange", 1)
+    assert V1.dofmap().ownership_range() == V2.dofmap().ownership_range()
+
+
+def assemble_vectors(mesh):
+    V = FunctionSpace(mesh, "Lagrange", 2)
+    W = FunctionSpace(mesh, "Lagrange", 1)
+    v = TestFunction(V)
+    t = TestFunction(W)
+    return assemble(v*dx), assemble(t*dx)
+
+
+def get_forms(mesh):
+    V = FunctionSpace(mesh, "Lagrange", 2)
+    W = FunctionSpace(mesh, "Lagrange", 1)
+
+    v = TestFunction(V)
+    u = TrialFunction(V)
+    s = TrialFunction(W)
+
+    # Forms
+    a = dot(grad(u),grad(v))*dx
+    b = v*s*dx
+    return a, b
+
+
+class TestBasicLaOperations:
+    def test_vector(self, any_backend):
+        self.backend, self.sub_backend = any_backend
+        from numpy import ndarray, linspace, array, fromiter
+        from numpy import int,int0,int16,int32,int64
+        from numpy import uint,uint0,uint16,uint32,uint64
+        mesh = UnitSquareMesh(3, 3)
+        v, w = assemble_vectors(mesh)
+
+        # Get local ownership range (relevant for parallel vectors)
+        n0, n1 = v.local_range()
+        distributed = True
+        if (n1 - n0) == v.size():
+            distributed = False
+
+        # Test set and access with different integers
+        lind = 2
+        for T in [int,int16,int32,int64,uint,uint0,uint16,uint32,uint64,\
+                  int0]:
+            v[T(lind)] = 2.0
+            assert round(v[T(lind)] - 2.0, 7) == 0
+
+        A = v.copy()
+        B = as_backend_type(v.copy())
+        gind = 5
+        lind = gind-n0
+
+        # Test global index access
+        if A.owns_index(gind):
+            assert round(A[lind] - B[lind], 7) == 0
+
+        lind0 = 5
+        round(A[lind0] - B[lind0], 7) == 0
+
+        B *= 0.5
+        A *= 2
+        assert round(A[lind0] - 4*B[lind0], 7) == 0
+
+        B /= 2
+        A /= 0.5
+        assert round(A[lind0] - 16*B[lind0], 7) == 0
+
+        val1 = A[lind0]
+        val2 = B[lind0]
+
+        A += B
+        assert round(A[lind0] - val1 - val2, 7) == 0
+
+        A -= B
+        assert round(A[lind0] - val1, 7) == 0
+
+        C = 16*B
+        assert round(A[lind0] - C[lind0], 7) == 0
+
+        D = (C + B)*5
+        assert round(D[lind0] - (val1 + val2)*5, 7) == 0
+
+
+        F = (A-B)/4
+        assert round(F[lind0] - (val1 - val2)/4, 7) == 0
+
+        A.axpy(100, B)
+        assert round(A[lind0] - val1 - val2*100, 7) == 0
+
+        A2 = A.get_local()
+        assert isinstance(A2,ndarray)
+        assert A2.shape == (n1 - n0, )
+
+        assert round(A2[lind0] - A[lind0], 7) == 0
+
+        assert round(MPI.sum(A.mpi_comm(), A2.sum()) - A.sum(), 7) == 0
+
+        B2 = B.get_local()
+
+        inds = [1,3,6,9,15,20,24,28,32,40,50,60,70,100000]
+
+        # Extract owned local indices
+        inds0  = array([i for i in inds if v.owns_index(i)])
+        linds0 = [i-n0 for i in inds0]
+        linds1 = array(linds0, 'i')
+        linds2 = array(linds0, 'I')
+
+        A[linds2] = inds0
+        A2[linds0] = inds0
+
+        G  = A[linds0]
+        G1 = A[linds1]
+        G2 = A2[linds2]
+
+        G3 = A[A > 1]
+        G4 = A2[A2 > 1]
+
+        A3 = fromiter(A, "d")
+
+        if A.owns_index(15):
+            a = A[15-n0]
+
+        b = 1.e10
+
+        assert round(G1.sum() - G.sum(), 7) == 0
+        assert round(G2.sum() - G.sum(), 7) == 0
+        assert len(G3) == len(G4)
+        assert round(G3.sum() - G4.sum(), 7) == 0
+        assert all(val==G[i] for i, val in enumerate(G))
+        assert (G==G1).all()
+        assert (G<=G1).all()
+        assert (G>=G1).all()
+        assert not (G<G1).any()
+        assert not (G>G1).any()
+        if A.owns_index(15): assert a in A
+        assert b not in A
+
+        assert (A3==A2).all()
+
+        A[:] = A2
+        assert (A.get_local()==A2).all()
+
+        H  = A.copy()
+        H[linds0] = G
+
+        C[:] = 2
+        D[:] = 2
+
+        assert round(C[0] - 2, 7) == 0
+        assert round(C[len(linds0)-1] - 2, 7) == 0
+        assert round(C.sum() - D.sum(), 7) == 0
+
+        C[linds0] = 3
+        assert round(C[linds0].sum() - 3*len(linds0), 7) == 0
+
+        def wrong_index(ind):
+            A[ind]
+
+        with pytest.raises(IndexError):
+            wrong_index(-len(A)-1)
+        with pytest.raises(IndexError):
+            wrong_index(A[-1])
+        with pytest.raises(IndexError):
+            wrong_index(len(A)+1)
+        with pytest.raises(TypeError):
+            wrong_index("jada")
+        with pytest.raises(TypeError):
+            wrong_index(.5)
+        with pytest.raises(IndexError):
+            wrong_index([-len(A)-1, 2])
+        with pytest.raises(IndexError):
+            wrong_index([len(A), 2])
+
+        def wrong_dim(ind0, ind1):
+            A[ind0] = B[ind1]
+
+        with pytest.raises(IndexError):
+            wrong_dim([0,2], [0,2,4])
+        with pytest.raises(IndexError):
+            wrong_dim([0,2], slice(0,4,1))
+
+        A2 = A.get_local()
+        A *= B
+        A2 *= B2
+        I = A*B
+        I2 = A2*B2
+
+        assert round(A.sum() - MPI.sum(A.mpi_comm(), A2.sum()), 7) == 0
+        assert round(I.sum() - MPI.sum(A.mpi_comm(), I2.sum()), 7) == 0
+
+        def wrong_assign(A, ind):
+            A[linds0[::2]] = linds0[::2]
+
+
+    def test_matrix_vector(self, any_backend, use_backend):
+        self.backend, self.sub_backend = any_backend
+        from numpy import dot, absolute
+
+        mesh = UnitSquareMesh(3, 3)
+
+        a, b = get_forms(mesh)
+        if use_backend:
+            backend = getattr(cpp.la, self.backend+self.sub_backend+'Factory').instance()
+        else:
+            backend = None
+
+        A = assemble(a, backend=backend)
+        B = assemble(b, backend=backend)
+
+        v, w = assemble_vectors(mesh)
+
+        # Get local ownership range (relevant for parallel vectors)
+        n0, n1 = v.local_range()
+
+        distributed = True
+        if (n1 - n0) == v.size():
+            distributed = False
+
+        # Reference values
+        v_norm  = 0.181443684651
+        w_norm  = 0.278394377377
+        A_norm  = 31.947874212
+        B_norm  = 0.11052313564
+        Av_norm = 0.575896483442
+        Bw_norm = 0.0149136743079
+        Cv_norm = 0.00951459156865
+
+        assert round(v.norm('l2') - v_norm, 7) == 0
+        assert round(w.norm('l2') - w_norm, 7) == 0
+        assert round(A.norm('frobenius') - A_norm, 7) == 0
+        assert round(B.norm('frobenius') - B_norm, 7) == 0
+
+        u = A*v
+
+        assert len(u) == len(v)
+
+        # Test basic square matrix multiply results
+        assert round(v.norm('l2') - v_norm, 7) == 0
+        assert round(u.norm('l2') - Av_norm, 7) == 0
+
+        # Test rectangular matrix multiply results
+        assert round((B*w).norm('l2') - Bw_norm, 7) == 0
+
+        # Test transpose multiply (rectangular)
+        x = Vector()
+        B.transpmult(v, x)
+        assert round(x.norm('l2') - Cv_norm, 7) == 0
+
+        # Miscellaneous tests
+        u2 = 2*u - A*v
+        assert round(u2[4] - u[4], 7) == 0
+
+        u3 = 2*u + -1.0*(A*v)
+        assert round(u3[4] - u[4], 7) == 0
+
+        # Numpy arrays are not aligned in parallel
+        if distributed:
+            return
+
+        v_numpy = v.get_local()
+        A_numpy = A.array()
+
+        u_numpy = dot(A_numpy, v_numpy)
+        u_numpy2 = A*v_numpy
+
+        assert absolute(u.get_local() - u_numpy).sum() < DOLFIN_EPS*len(v)
+        assert absolute(u_numpy2 - u_numpy).sum() < DOLFIN_EPS*len(v)
+
+
+    def test_vector_data(self, no_data_backend):
+        mesh = UnitSquareMesh(3, 3)
+        v, w = assemble_vectors(mesh)
+        v = as_backend_type(v)
+        def no_attribute():
+            v.data()
+
+        with pytest.raises(AttributeError):
+            no_attribute()
+
+    def test_vector_negation(self):
+        V = FunctionSpace(UnitSquareMesh(10,10), "CG",1)
+        u = TestFunction(V)
+        v = Function(V)
+        b = u*v*dx
+        B = assemble(b)
+        assert((-B == -1*B).all())
diff --git a/python/test/unit/la/test_linear_operator.py b/python/test/unit/la/test_linear_operator.py
new file mode 100755
index 0000000..298f607
--- /dev/null
+++ b/python/test/unit/la/test_linear_operator.py
@@ -0,0 +1,91 @@
+"Unit tests for matrix-free linear solvers (LinearOperator)"
+
+# Copyright (C) 2012 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+from dolfin import *
+import pytest
+
+from dolfin_utils.test import *
+
+backends = ["PETSc"]
+
+
+# Backends supporting the LinearOperator interface
+@pytest.mark.parametrize('backend', backends)
+def test_linear_operator(backend):
+
+    # Check whether backend is available
+    if not has_linear_algebra_backend(backend):
+        pytest.skip('Need %s as backend to run this test' % backend)
+
+    # Set linear algebra backend
+    prev_backend = parameters["linear_algebra_backend"]
+    parameters["linear_algebra_backend"] = backend
+
+    # Define linear operator
+    class MyLinearOperator(LinearOperator):
+
+        def __init__(self, a_action, u):
+            LinearOperator.__init__(self, u.vector(), u.vector())
+            self.a_action = a_action
+            self.u = u
+
+        def size(self, dim):
+            return self.u.function_space().dim()
+
+        def mult(self, x, y):
+
+            # Update coefficient vector
+            self.u.vector()[:] = x
+
+            # Assemble action
+            assemble(self.a_action, tensor=y)
+
+    # Try wrapped and backend implementation of operator
+    for _as_backend_type in [(lambda x: x), as_backend_type]:
+
+        # Compute reference value by solving ordinary linear system
+        mesh = UnitSquareMesh(8, 8)
+
+        V = FunctionSpace(mesh, "Lagrange", 1)
+        u = TrialFunction(V)
+        v = TestFunction(V)
+        f = Constant(1.0)
+        a = dot(grad(u), grad(v))*dx + u*v*dx
+        L = f*v*dx
+        A = assemble(a)
+        b = assemble(L)
+        x = Vector()
+        solve(A, x, b, "gmres", "none")
+        norm_ref = norm(x, "l2")
+
+        # Solve using linear operator defined by form action
+        u = Function(V)
+        a_action = action(a, coefficient=u)
+        O = MyLinearOperator(a_action, u)
+        Ob = _as_backend_type(O)
+        solve(Ob, x, b, "gmres", "none")
+        norm_action = norm(x, "l2")
+
+        # Check at least that petsc4py interface is available
+        if backend == 'PETSc' and has_petsc4py() and _as_backend_type == as_backend_type:
+            from petsc4py import PETSc
+            assert isinstance(Ob.mat(), PETSc.Mat)
+
+    # Reset backend
+    parameters["linear_algebra_backend"] = prev_backend
diff --git a/python/test/unit/la/test_lu_solver.py b/python/test/unit/la/test_lu_solver.py
new file mode 100755
index 0000000..82790e9
--- /dev/null
+++ b/python/test/unit/la/test_lu_solver.py
@@ -0,0 +1,119 @@
+"""Unit tests for the LUSolver interface"""
+
+# Copyright (C) 2014 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+from dolfin import *
+import pytest
+from dolfin_utils.test import skip_if_not_PETSc, skip_in_parallel
+
+backends = ["PETSc", pytest.param(("Eigen"), marks=skip_in_parallel)]
+
+@pytest.mark.parametrize('backend', backends)
+def test_lu_solver(backend):
+
+    # Check whether backend is available
+    if not has_linear_algebra_backend(backend):
+        pytest.skip('Need %s as backend to run this test' % backend)
+
+    # Set linear algebra backend
+    prev_backend = parameters["linear_algebra_backend"]
+    parameters["linear_algebra_backend"] = backend
+
+    mesh = UnitSquareMesh(12, 12)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+    u, v = TrialFunction(V), TestFunction(V)
+    A = assemble(Constant(1.0)*u*v*dx)
+    b = assemble(Constant(1.0)*v*dx)
+
+    norm = 13.0
+
+    solver = LUSolver()
+    x = Vector()
+    solver.solve(A, x, b)
+    assert round(x.norm("l2") - norm, 10) == 0
+
+    solver = LUSolver(A)
+    x = Vector()
+    solver.solve(x, b)
+    assert round(x.norm("l2") - norm, 10) == 0
+
+    solver = LUSolver()
+    x = Vector()
+    solver.set_operator(A)
+    solver.solve(x, b)
+    assert round(x.norm("l2") - norm, 10) == 0
+
+    solver = LUSolver()
+    x = Vector()
+    solver.solve(A, x, b)
+    assert round(x.norm("l2") - norm, 10) == 0
+
+    # Reset backend
+    parameters["linear_algebra_backend"] = prev_backend
+
+
+@pytest.mark.parametrize('backend', backends)
+def test_lu_solver_reuse(backend):
+    """Test that LU re-factorisation is only performed after
+    set_operator(A) is called"""
+
+    # Test requires PETSc version 3.5 or later. Use petsc4py to check
+    # version number.
+    try:
+        from petsc4py import PETSc
+    except ImportError:
+        pytest.skip("petsc4py required to check PETSc version")
+    else:
+        if not PETSc.Sys.getVersion() >= (3, 5, 0):
+            pytest.skip("PETSc version must be 3.5  of higher")
+
+
+    # Check whether backend is available
+    if not has_linear_algebra_backend(backend):
+        pytest.skip('Need %s as backend to run this test' % backend)
+
+    # Set linear algebra backend
+    prev_backend = parameters["linear_algebra_backend"]
+    parameters["linear_algebra_backend"] = backend
+
+    mesh = UnitSquareMesh(12, 12)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+    u, v = TrialFunction(V), TestFunction(V)
+    b = assemble(Constant(1.0)*v*dx)
+
+    A = assemble(Constant(1.0)*u*v*dx)
+    norm = 13.0
+
+    solver = LUSolver(A)
+    x = Vector()
+    solver.solve(x, b)
+    assert round(x.norm("l2") - norm, 10) == 0
+
+    assemble(Constant(0.5)*u*v*dx, tensor=A)
+    x = Vector()
+    solver.solve(x, b)
+    if backend != 'Eigen':
+        # The eigen backend only recomputes the factorization once set_operator is called
+        assert round(x.norm("l2") - 2.0*norm, 10) == 0
+
+    solver.set_operator(A)
+    solver.solve(x, b)
+    assert round(x.norm("l2") - 2.0*norm, 10) == 0
+
+    # Reset backend
+    parameters["linear_algebra_backend"] = prev_backend
diff --git a/python/test/unit/la/test_matrix.py b/python/test/unit/la/test_matrix.py
new file mode 100755
index 0000000..726cc6a
--- /dev/null
+++ b/python/test/unit/la/test_matrix.py
@@ -0,0 +1,416 @@
+"""Unit tests for the Matrix interface"""
+
+# Copyright (C) 2011-2014 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg 2011
+# Modified by Mikael Mortensen 2011
+# Modified by Jan Blechta 2013
+
+import pytest
+from dolfin import *
+from dolfin_utils.test import *
+
+# TODO: Reuse this fixture setup code between matrix and vector tests:
+
+# Lists of backends supporting or not supporting FooMatrix::data()
+# access
+data_backends = []
+no_data_backends = [("PETSc", ""), ("Tpetra", "")]
+
+# Add serial only backends
+if MPI.size(MPI.comm_world) == 1:
+    # TODO: What about "Dense" and "Sparse"? The sub_backend wasn't
+    # used in the old test.
+    data_backends += [("Eigen", "")]
+
+# Remove backends we haven't built with
+data_backends = [b for b in data_backends if has_linear_algebra_backend(b[0])]
+no_data_backends = [b for b in no_data_backends if has_linear_algebra_backend(b[0])]
+any_backends = data_backends + no_data_backends
+
+
+# Fixtures setting up and resetting the global linear algebra backend
+# for a list of backends
+any_backend = set_parameters_fixture("linear_algebra_backend", any_backends,
+                                     lambda x: x[0])
+data_backend = set_parameters_fixture("linear_algebra_backend", data_backends,
+                                      lambda x: x[0])
+no_data_backend = set_parameters_fixture("linear_algebra_backend",
+                                         no_data_backends, lambda x: x[0])
+
+# With and without explicit backend choice
+use_backend = true_false_fixture
+
+class TestMatrixForAnyBackend:
+
+    def assemble_matrices(self, use_backend=False, keep_diagonal=False):
+        " Assemble a pair of matrices, one (square) MxM and one MxN"
+        mesh = UnitSquareMesh(21, 23)
+
+        V = FunctionSpace(mesh, "Lagrange", 2)
+        W = FunctionSpace(mesh, "Lagrange", 1)
+
+        v = TestFunction(V)
+        u = TrialFunction(V)
+        s = TrialFunction(W)
+
+        # Forms
+        a = dot(grad(u), grad(v))*ds
+        b = v*s*dx
+
+        if use_backend:
+            backend = globals()[self.backend + self.sub_backend + 'Factory'].instance()
+        else:
+            backend = None
+
+        # Build square matrix with some 'empty' diagonals
+        A = assemble(a, backend=backend, keep_diagonal=keep_diagonal)
+
+        # Build non-square matrix
+        B = assemble(b, backend=backend, keep_diagonal=keep_diagonal)
+
+        return A, B
+
+    def test_basic_la_operations(self, use_backend, any_backend):
+        # Hack to make old tests work in new framework. The original
+        # setup was a bit exoteric...
+        # TODO: Removing use of self in this class will make it
+        # clearer what happens in this test.
+        self.backend, self.sub_backend = any_backend
+
+        from numpy import ndarray, array, ones, sum
+
+        A, B = self.assemble_matrices(use_backend)
+        unit_norm = A.norm('frobenius')
+
+        def wrong_getitem(type):
+            if type == 0:
+                A["0,1"]
+            elif type == 1:
+                A[0]
+            elif type == 2:
+                A[0, 0, 0]
+
+        # Test wrong getitem
+        with pytest.raises(TypeError):
+            wrong_getitem(0)
+        with pytest.raises(TypeError):
+            wrong_getitem(1)
+        with pytest.raises(TypeError):
+            wrong_getitem(2)
+
+        # Test __imul__ operator
+        A *= 2
+        assert round(A.norm('frobenius') - 2*unit_norm, 7) == 0
+
+        # Test __idiv__ operator
+        A /= 2
+        assert round(A.norm('frobenius') - unit_norm, 7) == 0
+
+        # Test __mul__ operator
+        C = 4*A
+        assert round(C.norm('frobenius') - 4*unit_norm, 7) == 0
+
+        # Test __iadd__ operator
+        A += C
+        assert round(A.norm('frobenius') - 5*unit_norm, 7) == 0
+
+        # Test __isub__ operator
+        A -= C
+        assert round(A.norm('frobenius') - unit_norm, 7) == 0
+
+        # Test __mul__ and __add__ operator
+        D = (C+A)*0.2
+        assert round(D.norm('frobenius') - unit_norm, 7) == 0
+
+        # Test __div__ and __sub__ operator
+        F = (C-A)/3
+        assert round(F.norm('frobenius') - unit_norm, 7) == 0
+
+        # Test axpy
+        A.axpy(10,C,True)
+        assert round(A.norm('frobenius') - 41*unit_norm, 7) == 0
+
+        # Test expected size of rectangular array
+        assert A.size(0) == B.size(0)
+        assert B.size(1) == 528
+
+        # Test setitem/getitem
+        #A[5,5] = 15
+        #assert A[5,5] == 15
+
+    @skip_in_parallel
+    def test_numpy_array(self, use_backend, any_backend):
+        self.backend, self.sub_backend = any_backend
+
+        from numpy import ndarray, array, ones, sum
+
+        # Assemble matrices
+        A, B = self.assemble_matrices(use_backend)
+
+        # Test to NumPy array
+        A2 = A.array()
+        assert isinstance(A2,ndarray)
+        assert A2.shape == (2021, 2021)
+        assert round(sqrt(sum(A2**2)) - A.norm('frobenius'), 7) == 0
+
+        if self.backend == 'Eigen':
+            try:
+                import scipy.sparse
+                import numpy.linalg
+                A = as_backend_type(A)
+                A3 = A.sparray()
+                assert isinstance(A3, scipy.sparse.csr_matrix)
+                assert round(numpy.linalg.norm(A3.todense() - A2) - 0.0, 7) == 0
+
+                row, col, val = A.data()
+                A_scipy = scipy.sparse.csr_matrix((val, col, row))
+                assert round(numpy.linalg.norm(A_scipy.todense(), 'fro') \
+                             - A.norm("frobenius"), 7) == 0.0
+
+            except ImportError:
+                pass
+
+    def test_create_empty_matrix(self, any_backend):
+        A = Matrix()
+        assert A.size(0) == 0
+        assert A.size(1) == 0
+        info(A)
+        info(A, True)
+
+    def test_copy_empty_matrix(self, any_backend):
+        A = Matrix()
+        B = Matrix(A)
+        assert B.size(0) == 0
+        assert B.size(1) == 0
+
+    def test_copy_matrix(self, any_backend):
+        A0, B0 = self.assemble_matrices()
+
+        A1 = Matrix(A0)
+        assert A0.size(0) == A1.size(0)
+        assert A0.size(1) == A1.size(1)
+        assert A0.norm("frobenius") == A1.norm("frobenius")
+
+        B1 = Matrix(B0)
+        assert B0.size(0) == B1.size(0)
+        assert B0.size(1) == B1.size(1)
+        assert round(B0.norm("frobenius") - B1.norm("frobenius"), 7) == 0
+
+    def test_ident_zeros(self, use_backend, any_backend):
+        self.backend, self.sub_backend = any_backend
+
+        # Check that PETScMatrix::ident_zeros() rethrows PETSc error
+        if self.backend[0:5] == "PETSc":
+            try:
+                from petsc4py import PETSc
+            except ImportError:
+                # Can't detect PETSc version. Skip the test.
+                pass
+            else:
+                petsc_version = PETSc.Sys.getVersion()
+                if petsc_version[0:2] == (3, 7) and petsc_version[2] >= 6:
+                    # Skip the test. PETSc 3.7.(>=6) is doing the diagonal
+                    # check only in debug mode so that DOLFIN might not
+                    # rethrow the error. Fixed in
+                    # https://bitbucket.org/petsc/petsc/commits/a21198abcdd10db88d217ac122e897fcbe3179cd
+                    pass
+                else:
+                    # NOTE: Throw try-except-else,if blocks above and do the
+                    #       test everytime when PETSc requirement is bumped
+                    #       to 3.8
+                    A, B = self.assemble_matrices(use_backend=use_backend)
+                    with pytest.raises(RuntimeError):
+                        A.ident_zeros()
+
+        # Assemble matrix A with diagonal entries
+        A, B = self.assemble_matrices(use_backend=use_backend,
+                                      keep_diagonal=True)
+
+        # Find zero rows
+        zero_rows = []
+        for i in range(A.local_range(0)[0], A.local_range(0)[1]):
+            row = A.getrow(i)[1]
+            if sum(abs(row)) < DOLFIN_EPS:
+                zero_rows.append(i)
+
+        # Set zero rows to (0,...,0, 1, 0,...,0)
+        A.ident_zeros()
+
+        # Check it
+        for i in zero_rows:
+            cols = A.getrow(i)[0]
+            row  = A.getrow(i)[1]
+            for j in range(cols.size + 1):
+                if i == cols[j]:
+                    assert round(row[j] - 1.0, 7) == 0
+                    break
+            assert j < cols.size
+            assert round(sum(abs(row)) - 1.0, 7) == 0
+
+    @skip_in_parallel
+    def test_ident(self, use_backend, any_backend):
+        self.backend, self.sub_backend = any_backend
+        if self.backend == 'Tpetra':
+            pytest.skip()
+        A, B = self.assemble_matrices(use_backend)
+        N, M = A.size(0), A.size(1)
+
+        # Make sure rows are not identity from before
+        import numpy
+        ROWS = [2, 4]
+        for row in ROWS:
+            block = numpy.array([[42.0]], dtype=float)
+            A.set(block, numpy.array([row], dtype=numpy.intc),
+                  numpy.array([row], dtype=numpy.intc))
+        A.apply("insert")
+
+        def check_row(A, row, idented):
+            cols, vals = A.getrow(row)
+            i = list(cols).index(row)
+            if idented:
+                assert vals[i] == 1
+                vals[i] = 0
+                for c in cols:
+                    if c != row:
+                        assert (vals == 0).all()
+            else:
+                assert vals[i] == 42.0
+
+        for row in ROWS:
+            check_row(A, row, False)
+        A.ident(numpy.array(ROWS, dtype=numpy.intc))
+        A.apply("insert")
+        for row in ROWS:
+            check_row(A, row, True)
+
+    def test_setting_getting_diagonal(self, use_backend, any_backend):
+        self.backend, self.sub_backend = any_backend
+
+        mesh = UnitSquareMesh(21, 23)
+
+        V = FunctionSpace(mesh, "Lagrange", 2)
+        v = TestFunction(V)
+        u = TrialFunction(V)
+        w = Function(V)
+
+        if use_backend:
+            backend = globals()[self.backend + self.sub_backend + 'Factory'].instance()
+        else:
+            backend = None
+
+        B = assemble(u*v*dx(), backend=backend, keep_diagonal=True)
+
+        b = assemble(action(u*v*dx(), Constant(1)))
+        A = B.copy()
+        A.zero()
+        A.set_diagonal(b)
+
+        resultsA = Vector()
+        resultsB = Vector()
+        A.init_vector(resultsA, 1)
+        B.init_vector(resultsB, 1)
+
+        ones = b.copy()
+        ones[:] = 1.0
+
+        A.mult(ones, resultsA)
+        B.mult(ones, resultsB)
+        assert round(resultsA.norm("l2") - resultsB.norm("l2"), 7) == 0
+
+        A.get_diagonal(w.vector())
+        w.vector()[:] -= b
+        assert round(w.vector().norm("l2"), 14) == 0
+
+    @skip_in_parallel
+    def test_get_set(self, use_backend, any_backend):
+        self.backend, self.sub_backend = any_backend
+        if self.backend == 'Tpetra':
+            pytest.skip()
+        A, B = self.assemble_matrices(use_backend)
+        N, M = A.size(0), A.size(1)
+
+        import numpy
+        rows = numpy.array([1, 2], dtype=numpy.intc)
+        cols = numpy.array([1, 2], dtype=numpy.intc)
+
+        block_in = numpy.ones((2, 2), dtype=float) * 42
+        Anp0 = A.array()
+        assert (Anp0[1:3,1:3] != block_in).any()
+
+        A.set(block_in, rows, cols)
+        A.apply("insert")
+
+        Anp1 = A.array()
+        assert (Anp1[1:3,1:3] == block_in).all()
+
+        block_out = numpy.zeros_like(block_in)
+        A.get(block_out, rows, cols)
+        assert (block_out == block_in).all()
+
+    # def test_create_from_sparsity_pattern(self):
+
+    # def test_size(self):
+
+    # def test_local_range(self):
+
+    # def test_zero(self):
+
+    # def test_apply(self):
+
+    # def test_str(self):
+
+    # def test_resize(self):
+
+
+    # Test the access of the raw data through pointers
+    # This is only available for the Eigen backend
+    def test_matrix_data(self, use_backend, data_backend):
+        """ Test for ordinary Matrix"""
+        self.backend, self.sub_backend = data_backend
+
+        A, B = self.assemble_matrices(use_backend)
+        A = as_backend_type(A)
+        B = as_backend_type(B)
+
+        array = A.array()
+        rows, cols, values = A.data()
+        i = 0
+        for row in range(A.size(0)):
+            for col in range(rows[row], rows[row+1]):
+                assert array[row, cols[col]] == values[i]
+                i += 1
+
+        # Test for as_backend_typeed Matrix
+        A = as_backend_type(A)
+        rows, cols, values = A.data()
+        for row in range(A.size(0)):
+            for k in range(rows[row], rows[row+1]):
+                assert array[row,cols[k]] == values[k]
+
+
+    def test_matrix_nnz(self, any_backend):
+        A, B = self.assemble_matrices()
+        assert A.nnz() == 2992
+        assert B.nnz() == 9398
+
+        A, B = self.assemble_matrices(keep_diagonal=True)
+        assert A.nnz() == 4589
+        # NOTE: Following should never be tested because diagonal is not
+        #       invariant w.r.t. different row and column dof reordering!
+        #assert B.nnz() == ??
diff --git a/python/test/unit/la/test_mg_solver.py b/python/test/unit/la/test_mg_solver.py
new file mode 100755
index 0000000..2d38f70
--- /dev/null
+++ b/python/test/unit/la/test_mg_solver.py
@@ -0,0 +1,176 @@
+"""Unit tests for geometric multigrid via PETSc"""
+
+# Copyright (C) 2016 Patrick E. Farrell and Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+
+from dolfin import *
+import pytest
+from dolfin_utils.test import (skip_if_not_PETSc,
+                               skip_if_not_petsc4py,
+                               pushpop_parameters)
+
+@pytest.mark.skip # See https://bitbucket.org/fenics-project/dolfin/issues/938
+@skip_if_not_petsc4py
+def test_mg_solver_laplace(pushpop_parameters):
+
+    parameters["linear_algebra_backend"] = "PETSc"
+
+    # Create meshes and function spaces
+    meshes = [UnitSquareMesh(N, N) for N in [16, 32, 64]]
+    V = [FunctionSpace(mesh, "Lagrange", 1) for mesh in meshes]
+
+    # Create variational problem on fine grid
+    u, v = TrialFunction(V[-1]), TestFunction(V[-1])
+    a = dot(grad(u), grad(v))*dx
+    L = v*dx
+    bc = DirichletBC(V[-1], Constant(0.0), "on_boundary")
+    A, b = assemble_system(a, L, bc)
+
+    # Create collection of PETSc DM objects
+    dm_collection = PETScDMCollection(V)
+
+    # Create PETSc Krylov solver and set operator
+    solver = PETScKrylovSolver()
+    solver.set_operator(A)
+
+    # Set PETSc solver type
+    PETScOptions.set("ksp_type", "richardson")
+    PETScOptions.set("pc_type", "mg")
+
+    # Set PETSc MG type and levels
+    PETScOptions.set("pc_mg_levels", len(V))
+    PETScOptions.set("pc_mg_galerkin")
+
+    # Set smoother
+    PETScOptions.set("mg_levels_ksp_type", "chebyshev")
+    PETScOptions.set("mg_levels_pc_type", "jacobi")
+
+    # Set tolerance and monitor residual
+    PETScOptions.set("ksp_monitor_true_residual")
+    PETScOptions.set("ksp_atol", 1.0e-12)
+    PETScOptions.set("ksp_rtol", 1.0e-12)
+    solver.set_from_options()
+
+    # Get fine grid DM and attach fine grid DM to solver
+    solver.set_dm(dm_collection.get_dm(-1))
+    solver.set_dm_active(False)
+
+    # Solve
+    x = PETScVector()
+    solver.solve(x, b)
+
+    # Check multigrid solution against LU solver solution
+    solver = LUSolver(A)
+    x_lu = Vector()
+    solver.solve(x_lu, b)
+    assert round((x - x_lu).norm("l2"), 10) == 0
+
+    # Clear all PETSc options
+    from petsc4py import PETSc
+    opts = PETSc.Options()
+    for key in opts.getAll():
+        opts.delValue(key)
+
+
+@skip_if_not_petsc4py
+def xtest_mg_solver_stokes(pushpop_parameters):
+
+    parameters["linear_algebra_backend"] = "PETSc"
+
+    mesh0 = UnitCubeMesh(2, 2, 2)
+    mesh1 = UnitCubeMesh(4, 4, 4)
+    mesh2 = UnitCubeMesh(8, 8, 8)
+
+    Ve = VectorElement("CG", mesh0.ufl_cell(), 2)
+    Qe = FiniteElement("CG", mesh0.ufl_cell(), 1)
+    Ze = MixedElement([Ve, Qe])
+
+    Z0 = FunctionSpace(mesh0, Ze)
+    Z1 = FunctionSpace(mesh1, Ze)
+    Z2 = FunctionSpace(mesh2, Ze)
+    W  = Z2
+
+    # Boundaries
+    def right(x, on_boundary): return x[0] > (1.0 - DOLFIN_EPS)
+    def left(x, on_boundary): return x[0] < DOLFIN_EPS
+    def top_bottom(x, on_boundary):
+        return x[1] > 1.0 - DOLFIN_EPS or x[1] < DOLFIN_EPS
+
+    # No-slip boundary condition for velocity
+    noslip = Constant((0.0, 0.0, 0.0))
+    bc0 = DirichletBC(W.sub(0), noslip, top_bottom)
+
+    # Inflow boundary condition for velocity
+    inflow = Expression(("-sin(x[1]*pi)", "0.0", "0.0"), degree=2)
+    bc1 = DirichletBC(W.sub(0), inflow, right)
+
+    # Collect boundary conditions
+    bcs = [bc0, bc1]
+
+    # Define variational problem
+    (u, p) = TrialFunctions(W)
+    (v, q) = TestFunctions(W)
+    f = Constant((0.0, 0.0, 0.0))
+    a = inner(grad(u), grad(v))*dx + div(v)*p*dx + q*div(u)*dx
+    L = inner(f, v)*dx
+
+    # Form for use in constructing preconditioner matrix
+    b = inner(grad(u), grad(v))*dx + p*q*dx
+
+    # Assemble system
+    A, bb = assemble_system(a, L, bcs)
+
+    # Assemble preconditioner system
+    P, btmp = assemble_system(b, L, bcs)
+
+    spaces = [Z0, Z1, Z2]
+    dm_collection = PETScDMCollection(spaces)
+
+    solver = PETScKrylovSolver()
+    solver.set_operators(A, P)
+
+    PETScOptions.set("ksp_type", "gcr")
+    PETScOptions.set("pc_type", "mg")
+    PETScOptions.set("pc_mg_levels", 3)
+    PETScOptions.set("pc_mg_galerkin")
+    PETScOptions.set("ksp_monitor_true_residual")
+
+    PETScOptions.set("ksp_atol", 1.0e-10)
+    PETScOptions.set("ksp_rtol", 1.0e-10)
+    solver.set_from_options()
+
+    from petsc4py import PETSc
+
+    ksp = solver.ksp()
+
+    ksp.setDM(dm_collection.dm())
+    ksp.setDMActive(False)
+
+    x = PETScVector()
+    solver.solve(x, bb)
+
+    # Check multigrid solution against LU solver
+    solver = LUSolver(A)
+    x_lu = Vector()
+    solver.solve(x_lu, bb)
+    assert round((x - x_lu).norm("l2"), 10) == 0
+
+    # Clear all PETSc options
+    opts = PETSc.Options()
+    for key in opts.getAll():
+        opts.delValue(key)
diff --git a/python/test/unit/la/test_nullspace.py b/python/test/unit/la/test_nullspace.py
new file mode 100755
index 0000000..a406947
--- /dev/null
+++ b/python/test/unit/la/test_nullspace.py
@@ -0,0 +1,145 @@
+"Unit tests for nullspace test"
+
+# Copyright (C) 2014 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+from dolfin import *
+import pytest
+from dolfin_utils.test import *
+
+backends = ["PETSc", pytest.param(("Eigen"), marks=skip_in_parallel)]
+
+def build_elastic_nullspace(V, x):
+    """Function to build nullspace for 2D/3D elasticity"""
+
+    # Get geometric dim
+    gdim = V.mesh().geometry().dim()
+    assert gdim == 2 or gdim == 3
+
+    # Set dimension of nullspace
+    dim = 3 if gdim == 2 else 6
+
+    # Create list of vectors for null space
+    nullspace_basis = [x.copy() for i in range(dim)]
+
+    # Build translational null space basis
+    for i in range(gdim):
+        V.sub(i).dofmap().set(nullspace_basis[i], 1.0);
+
+    # Build rotational null space basis
+    if gdim == 2:
+        V.sub(0).set_x(nullspace_basis[2], -1.0, 1);
+        V.sub(1).set_x(nullspace_basis[2], 1.0, 0);
+    elif gdim == 3:
+        V.sub(0).set_x(nullspace_basis[3], -1.0, 1);
+        V.sub(1).set_x(nullspace_basis[3],  1.0, 0);
+
+        V.sub(0).set_x(nullspace_basis[4],  1.0, 2);
+        V.sub(2).set_x(nullspace_basis[4], -1.0, 0);
+
+        V.sub(2).set_x(nullspace_basis[5],  1.0, 1);
+        V.sub(1).set_x(nullspace_basis[5], -1.0, 2);
+
+    for x in nullspace_basis:
+        x.apply("insert")
+
+    return VectorSpaceBasis(nullspace_basis)
+
+
+def build_broken_elastic_nullspace(V, x):
+    """Function to build incorrect null space for 2D elasticity"""
+
+    # Create list of vectors for null space
+    nullspace_basis = [x.copy() for i in range(4)]
+
+    # Build translational null space basis
+    V.sub(0).dofmap().set(nullspace_basis[0], 1.0);
+    V.sub(1).dofmap().set(nullspace_basis[1], 1.0);
+
+    # Build rotational null space basis
+    V.sub(0).set_x(nullspace_basis[2], -1.0, 1);
+    V.sub(1).set_x(nullspace_basis[2], 1.0, 0);
+
+    # Add vector that is not in nullspace
+    V.sub(1).set_x(nullspace_basis[3], 1.0, 1);
+
+    for x in nullspace_basis:
+        x.apply("insert")
+    return VectorSpaceBasis(nullspace_basis)
+
+
+def test_nullspace_orthogonal():
+    """Test that null spaces orthogonalisation"""
+    meshes = [UnitSquareMesh(12, 12), UnitCubeMesh(4, 4, 4)]
+    for mesh in meshes:
+        for p in range(1, 4):
+            V = VectorFunctionSpace(mesh, 'CG', p)
+            zero = Constant([0.0]*mesh.geometry().dim())
+            L = dot(TestFunction(V), zero)*dx
+            x = assemble(L)
+
+            # Build nullspace
+            null_space = build_elastic_nullspace(V, x)
+
+            assert not null_space.is_orthogonal()
+            assert not null_space.is_orthonormal()
+
+            # Orthogonalise nullspace
+            null_space.orthonormalize()
+
+            # Checl that null space basis is orthonormal
+            assert null_space.is_orthogonal()
+            assert null_space.is_orthonormal()
+
+
+@pytest.mark.parametrize('backend', backends)
+def test_nullspace_check(backend):
+    # Check whether backend is available
+    if not has_linear_algebra_backend(backend):
+        pytest.skip('Need %s as backend to run this test' % backend)
+
+    # Set linear algebra backend
+    prev_backend = parameters["linear_algebra_backend"]
+    parameters["linear_algebra_backend"] = backend
+
+    # Mesh
+    mesh = UnitSquareMesh(12, 12)
+
+    # Elasticity form
+    V = VectorFunctionSpace(mesh, 'CG', 1)
+    u, v = TrialFunction(V), TestFunction(V)
+    a = inner(sym(grad(u)), grad(v))*dx
+
+    # Assemble matrix and create compatible vector
+    A = assemble(a)
+    x = Vector()
+    A.init_vector(x, 1)
+
+    # Create null space basis and test
+    null_space = build_elastic_nullspace(V, x)
+    assert in_nullspace(A, null_space)
+    assert in_nullspace(A, null_space, "right")
+    assert in_nullspace(A, null_space, "left")
+
+    # Create incorect null space basis and test
+    null_space = build_broken_elastic_nullspace(V, x)
+    assert not in_nullspace(A, null_space)
+    assert not in_nullspace(A, null_space, "right")
+    assert not in_nullspace(A, null_space, "left")
+
+    # Reset backend
+    parameters["linear_algebra_backend"] = prev_backend
diff --git a/python/test/unit/la/test_petsc.py b/python/test/unit/la/test_petsc.py
new file mode 100755
index 0000000..61f90c0
--- /dev/null
+++ b/python/test/unit/la/test_petsc.py
@@ -0,0 +1,236 @@
+"""Unit tests for parts of the PETSc interface not tested via the
+GenericFoo interface
+
+"""
+
+# Copyright (C) 2015-2017 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+from dolfin import (UnitSquareMesh, TrialFunction, TestFunction,
+                    MPI, FunctionSpace, assemble, Constant, dx, 
+                    parameters, has_petsc)
+
+if has_petsc() :
+    from dolfin import (PETScVector, PETScMatrix, PETScNestMatrix,
+                        PETScLUSolver, PETScKrylovSolver)
+
+from dolfin_utils.test import (skip_if_not_PETSc,
+                               skip_if_not_petsc4py,
+                               pushpop_parameters)
+
+
+@skip_if_not_PETSc
+def test_vector():
+    "Test PETScVector interface"
+
+    prefix = "my_vector_"
+    x = PETScVector(MPI.comm_world)
+    x.set_options_prefix(prefix)
+
+    assert x.get_options_prefix() == prefix
+    x.init(300)
+    assert x.get_options_prefix() == prefix
+
+
+@skip_if_not_PETSc
+def test_krylov_solver_norm_type():
+    """Check setting of norm type used in testing for convergence by
+    PETScKrylovSolver
+
+    """
+
+    norm_type = (PETScKrylovSolver.norm_type.default_norm,
+                 PETScKrylovSolver.norm_type.natural,
+                 PETScKrylovSolver.norm_type.preconditioned,
+                 PETScKrylovSolver.norm_type.none,
+                 PETScKrylovSolver.norm_type.unpreconditioned)
+
+    for norm in norm_type:
+        # Solve a system of equations
+        mesh = UnitSquareMesh(4, 4)
+        V = FunctionSpace(mesh, "Lagrange", 1)
+        u, v = TrialFunction(V), TestFunction(V)
+        a = u*v*dx
+        L = Constant(1.0)*v*dx
+        A, b = assemble(a), assemble(L)
+
+        solver = PETScKrylovSolver("cg")
+        solver.parameters["maximum_iterations"] = 2
+        solver.parameters["error_on_nonconvergence"] = False
+        solver.set_norm_type(norm)
+        solver.set_operator(A)
+        solver.solve(b.copy(), b)
+        solver.get_norm_type()
+
+        if norm is not PETScKrylovSolver.norm_type.default_norm:
+            assert solver.get_norm_type() == norm
+
+
+@skip_if_not_PETSc
+def test_krylov_solver_options_prefix(pushpop_parameters):
+    "Test set/get PETScKrylov solver prefix option"
+
+    # Set backend
+    parameters["linear_algebra_backend"] = "PETSc"
+
+    # Prefix
+    prefix = "test_foo_"
+
+    # Create solver and set prefix
+    solver = PETScKrylovSolver()
+    solver.set_options_prefix(prefix)
+
+    # Check prefix (pre solve)
+    assert solver.get_options_prefix() == prefix
+
+    # Solve a system of equations
+    mesh = UnitSquareMesh(4, 4)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+    u, v = TrialFunction(V), TestFunction(V)
+    a, L = u*v*dx, Constant(1.0)*v*dx
+    A, b = assemble(a), assemble(L)
+    solver.set_operator(A)
+    solver.solve(b.copy(), b)
+
+    # Check prefix (post solve)
+    assert solver.get_options_prefix() == prefix
+
+
+@skip_if_not_PETSc
+def test_options_prefix(pushpop_parameters):
+    "Test set/get prefix option for PETSc objects"
+
+    def run_test(A, init_function):
+        # Prefix
+        prefix = "test_foo_"
+
+        # Set prefix
+        A.set_options_prefix(prefix)
+
+        # Get prefix (should be empty since vector has been initialised)
+        # assert not A.get_options_prefix()
+
+        # Initialise vector
+        init_function(A)
+
+        # Check prefix
+        assert A.get_options_prefix() == prefix
+
+        # Try changing prefix post-intialisation (should throw error)
+        # with pytest.raises(RuntimeError):
+        #     A.set_options_prefix("test")
+
+    # Test vector
+    def init_vector(x):
+        x.init(100)
+    x = PETScVector(MPI.comm_world)
+    run_test(x, init_vector)
+
+    # Test matrix
+    def init_matrix(A):
+        mesh = UnitSquareMesh(12, 12)
+        V = FunctionSpace(mesh, "Lagrange", 1)
+        u, v = TrialFunction(V), TestFunction(V)
+        assemble(u*v*dx, tensor=A)
+    A = PETScMatrix()
+    run_test(A, init_matrix)
+
+    # FIXME: Need to straighten out the calls to PETSc
+    # FooSetFromOptions calls in the solver wrapers
+
+    # Test solvers
+    # def init_solver(A, solver):
+    #     A = PETScMatrix()
+    #     init_matrix(A)
+    #     solver.set_operator(A)
+
+    # Test Krylov solver
+    # solver = PETScKrylovSolver()
+    # run_test(solver, init_solver)
+
+    # Test KY solver
+    # solver = PETScLUSolver()
+    # run_test(solver, init_solver)
+
+@skip_if_not_PETSc
+def test_nest_matrix(pushpop_parameters):
+
+    # Create Matrices and insert into nest
+    A00 = PETScMatrix()
+    A01 = PETScMatrix()
+    A10 = PETScMatrix()
+    mesh = UnitSquareMesh(12, 12)
+    V = FunctionSpace(mesh, "Lagrange", 2)
+    Q = FunctionSpace(mesh, "Lagrange", 1)
+    u, v = TrialFunction(V), TestFunction(V)
+    p, q = TrialFunction(Q), TestFunction(Q)
+    assemble(u*v*dx, tensor=A00)
+    assemble(p*v*dx, tensor=A01)
+    assemble(u*q*dx, tensor=A10)
+
+    AA = PETScNestMatrix([A00, A01, A10, None])
+
+    # Create compatible RHS Vectors and insert into nest
+    u = PETScVector()
+    p = PETScVector()
+    x = PETScVector()
+
+    A00.init_vector(u, 1)
+    A01.init_vector(p, 1)
+    AA.init_vectors(x, [u, p])
+
+
+
+@skip_if_not_petsc4py
+def test_lu_cholesky():
+    """Test that PETScLUSolver selects LU or Cholesky solver based on
+    symmetry of matrix operator.
+
+    """
+
+    from petsc4py import PETSc
+
+    mesh = UnitSquareMesh(MPI.comm_world, 12, 12)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+    u, v = TrialFunction(V), TestFunction(V)
+    A = PETScMatrix(mesh.mpi_comm())
+    assemble(Constant(1.0)*u*v*dx, tensor=A)
+
+    # Check that solver type is LU
+    solver = PETScLUSolver(mesh.mpi_comm(), A, "petsc")
+    pc_type = solver.ksp().getPC().getType()
+    assert pc_type == "lu"
+
+    # Set symmetry flag
+    A.mat().setOption(PETSc.Mat.Option.SYMMETRIC, True)
+
+    # Check symmetry flags
+    symm = A.mat().isSymmetricKnown()
+    assert symm[0] == True
+    assert symm[1] == True
+
+    # Check that solver type is Cholesky since matrix has now been
+    # marked as symmetric
+    solver = PETScLUSolver(mesh.mpi_comm(), A, "petsc")
+    pc_type = solver.ksp().getPC().getType()
+    assert pc_type == "cholesky"
+
+    # Re-assemble, which resets symmetry flag
+    assemble(Constant(1.0)*u*v*dx, tensor=A)
+    solver = PETScLUSolver(mesh.mpi_comm(), A, "petsc")
+    pc_type = solver.ksp().getPC().getType()
+    assert pc_type == "lu"
diff --git a/python/test/unit/la/test_petsc4py.py b/python/test/unit/la/test_petsc4py.py
new file mode 100644
index 0000000..4fb1d70
--- /dev/null
+++ b/python/test/unit/la/test_petsc4py.py
@@ -0,0 +1,101 @@
+"""Unit tests for the pybind11 wrapping of PETSc / petsc4py"""
+
+# Copyright (C) 2017 Tormod Landet
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import gc
+from dolfin import (UnitSquareMesh, TrialFunction, TestFunction,
+                    FunctionSpace, Function, assemble, dx,
+                    parameters, as_backend_type, has_petsc)
+
+if has_petsc() :
+    from dolfin import (PETScVector, PETScMatrix)
+
+from dolfin_utils.test import skip_if_not_petsc4py, pushpop_parameters
+
+
+@skip_if_not_petsc4py
+def test_petsc4py_vector(pushpop_parameters):
+    "Test PETScVector <-> petsc4py.PETSc.Vec conversions"
+    parameters["linear_algebra_backend"] = "PETSc"
+
+    # Assemble a test matrix
+    mesh = UnitSquareMesh(4, 4)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+    v = TestFunction(V)
+    a = v*dx
+    b1 = assemble(a)
+
+    # Test conversion dolfin.PETScVector -> petsc4py.PETSc.Vec
+    b1 = as_backend_type(b1)
+    v1 = b1.vec()
+
+    # Copy and scale vector with petsc4py
+    v2 = v1.copy()
+    v2.scale(2.0)
+
+    # Test conversion petsc4py.PETSc.Vec  -> PETScVector
+    b2 = PETScVector(v2)
+
+    assert (b1.get_local()*2.0 == b2.get_local()).all()
+
+
+@skip_if_not_petsc4py
+def test_petsc4py_matrix(pushpop_parameters):
+    "Test PETScMatrix <-> petsc4py.PETSc.Mat conversions"
+    parameters["linear_algebra_backend"] = "PETSc"
+
+    # Assemble a test matrix
+    mesh = UnitSquareMesh(4, 4)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+    u, v = TrialFunction(V), TestFunction(V)
+    a = u*v*dx
+    A1 = assemble(a)
+
+    # Test conversion dolfin.PETScMatrix -> petsc4py.PETSc.Mat
+    A1 = as_backend_type(A1)
+    M1 = A1.mat()
+
+    # Copy and scale matrix with petsc4py
+    M2 = M1.copy()
+    M2.scale(2.0)
+
+    # Test conversion petsc4py.PETSc.Mat  -> PETScMatrix
+    A2 = PETScMatrix(M2)
+
+    assert (A1.array()*2.0 == A2.array()).all()
+
+@skip_if_not_petsc4py
+def test_ref_count(pushpop_parameters):
+    "Test petsc4py reference counting"
+    parameters["linear_algebra_backend"] = "PETSc"
+
+    mesh = UnitSquareMesh(3, 3)
+    V = FunctionSpace(mesh, "P", 1)
+
+    # Check u and x own the vector
+    u = Function(V)
+    x = as_backend_type(u.vector()).vec()
+    assert x.refcount == 2
+
+    # Check decref
+    del u; gc.collect()  # destroy u
+    assert x.refcount == 1
+
+    # Check incref
+    vec = PETScVector(x)
+    assert x.refcount == 2
diff --git a/python/test/unit/la/test_scalar.py b/python/test/unit/la/test_scalar.py
new file mode 100755
index 0000000..d6c1a5c
--- /dev/null
+++ b/python/test/unit/la/test_scalar.py
@@ -0,0 +1,47 @@
+"""Unit tests for the Scalar interface"""
+
+# Copyright (C) 2011 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+from dolfin import *
+
+
+def test_scalar_parallel_sum():
+    a = Scalar()
+    b = 1.0
+    a.add_local_value(b)
+    a.apply("add")
+    assert round(a.get_scalar_value() - b*MPI.size(a.mpi_comm()), 7) == 0
+
+
+def test_scalar_assembly():
+    mesh = UnitSquareMesh(3, 3)
+
+    S = Scalar()
+    assemble(Constant(1.0)*dx(mesh), tensor=S)
+    assemble(Constant(1.0)*dx(mesh), tensor=S)
+    assert round(S.get_scalar_value() - 1.0, 7) == 0
+
+    S = Scalar()
+    assemble(Constant(1.0)*dx(mesh), tensor=S)
+    assemble(Constant(1.0)*dx(mesh), tensor=S, add_values=True)
+    assert round(S.get_scalar_value() - 2.0, 7) == 0
+
+    S = Scalar()
+    assemble(Constant(1.0)*dx(mesh), tensor=S, add_values=True)
+    assemble(Constant(1.0)*dx(mesh), tensor=S, add_values=True)
+    assert round(S.get_scalar_value() - 2.0, 7) == 0
diff --git a/python/test/unit/la/test_slepc_solver.py b/python/test/unit/la/test_slepc_solver.py
new file mode 100755
index 0000000..8b07b1c
--- /dev/null
+++ b/python/test/unit/la/test_slepc_solver.py
@@ -0,0 +1,266 @@
+"""Unit tests for the KrylovSolver interface"""
+
+# Copyright (C) 2016 Nate Sime
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+from dolfin import *
+from dolfin_utils.test import skip_if_not_PETsc_or_not_slepc, fixture
+
+# Stiffness and mass bilinear formulations
+
+def k(u, v):
+    return inner(grad(u), grad(v))*dx
+
+def m(u, v):
+    return dot(u, v)*dx
+
+# Wrappers around SLEPcEigenSolver for test_slepc_eigensolver_gen_hermitian
+def SLEPcEigenSolverOperatorsFromInit(K, M):
+    return SLEPcEigenSolver(K, M)
+
+def SLEPcEigenSolverOperatorsFromSetOperators(K, M):
+    slepc_eigen_solver = SLEPcEigenSolver(K.mpi_comm())
+    slepc_eigen_solver.set_operators(K, M)
+    return slepc_eigen_solver
+
+# Fixtures
+
+@fixture
+def mesh():
+    return UnitSquareMesh(8, 8)
+
+@fixture
+def V(mesh):
+    return FunctionSpace(mesh, "CG", 1)
+
+@fixture
+def V_vec(mesh):
+    return VectorFunctionSpace(mesh, "CG", 1)
+
+@fixture
+def K_M(V):
+    u, v = TrialFunction(V), TestFunction(V)
+    K_mat, M_mat = PETScMatrix(), PETScMatrix()
+    x0 = PETScVector()
+    L = Constant(0.0)*v*dx
+    assemble_system(k(u, v), L, bcs=[], A_tensor=K_mat, b_tensor=x0)
+    assemble_system(m(u, v), L, bcs=[], A_tensor=M_mat, b_tensor=x0)
+    return K_mat, M_mat
+
+@fixture
+def K_M_vec(V_vec):
+    u, v = TrialFunction(V_vec), TestFunction(V_vec)
+    K_mat, M_mat = PETScMatrix(), PETScMatrix()
+    x0 = PETScVector()
+    L = dot(Constant([0.0]*V_vec.mesh().geometry().dim()), v)*dx
+    assemble_system(k(u, v), L, bcs=[], A_tensor=K_mat, b_tensor=x0)
+    assemble_system(m(u, v), L, bcs=[], A_tensor=M_mat, b_tensor=x0)
+    return K_mat, M_mat
+
+
+# Tests
+
+@skip_if_not_PETsc_or_not_slepc
+def test_set_from_options():
+    "Test SLEPc options prefixes"
+
+    prefix = "my_slepc_"
+    solver = SLEPcEigenSolver(MPI.comm_world)
+    solver.set_options_prefix(prefix)
+    solver.set_from_options()
+
+    assert solver.get_options_prefix() == prefix
+
+@skip_if_not_PETsc_or_not_slepc
+@pytest.mark.parametrize("SLEPcEigenSolverWrapper", (SLEPcEigenSolverOperatorsFromInit, SLEPcEigenSolverOperatorsFromSetOperators))
+def test_slepc_eigensolver_gen_hermitian(K_M, SLEPcEigenSolverWrapper):
+    "Test SLEPc eigen solver"
+
+    K, M = K_M
+    esolver = SLEPcEigenSolverWrapper(K, M)
+
+    esolver.parameters["solver"] = "krylov-schur"
+    esolver.parameters["spectral_transform"] = 'shift-and-invert'
+    esolver.parameters['spectral_shift'] = 0.5
+    esolver.parameters["problem_type"] = "gen_hermitian"
+
+    nevs = 10
+    esolver.solve(nevs)
+
+    # Test default eigenvalue
+    re_0, im_0 = esolver.get_eigenvalue(0)
+    assert near(re_0, 0.0, eps=1e-12)
+    assert near(im_0, 0.0)
+
+    re_0, im_0, v_re_0, v_im_0 = esolver.get_eigenpair(0)
+    assert near(re_0, 0.0, eps=1e-12)
+    assert near(im_0, 0.0)
+    assert v_re_0.norm("l2") > 0.0
+    assert near(v_im_0.norm("l2"), 0.0)
+
+    # Test remaining eigenvalues and eigenpairs
+    for j in range(1, nevs):
+        re, im = esolver.get_eigenvalue(j)
+        assert re > 0.0
+        assert near(im, 0.0)
+
+    for j in range(1, nevs):
+        re, im, v_re, v_im = esolver.get_eigenpair(j)
+        assert re > 0.0
+        assert near(im, 0.0)
+        assert v_re.norm("l2") > 0.0
+        assert near(v_im.norm("l2"), 0.0)
+
+
+@skip_if_not_PETsc_or_not_slepc
+def test_slepc_null_space(K_M, V):
+    "Test SLEPc eigen solver with nullspace as PETScVector"
+
+    K, M = K_M
+    esolver = SLEPcEigenSolver(K, M)
+
+    esolver.parameters["solver"] = "jacobi-davidson"
+    esolver.parameters["problem_type"] = "gen_hermitian"
+
+    u0 = Function(V)
+    nullspace_basis = as_backend_type(u0.vector().copy())
+    V.dofmap().set(nullspace_basis, 1.0)
+    esolver.set_deflation_space(VectorSpaceBasis([nullspace_basis]))
+
+    nevs = 10
+    esolver.solve(nevs)
+
+    phi_re, phi_im = Function(V), Function(V)
+
+    for j in range(1, nevs):
+        re, im, v_re, v_im = esolver.get_eigenpair(j)
+        assert re > 0.0
+        assert near(im, 0.0)
+        assert v_re.norm("l2") > 0.0
+        assert near(v_im.norm("l2"), 0.0)
+
+        esolver.get_eigenpair(phi_re.vector(), phi_im.vector(), j)
+        assert near(v_re.norm("l2"), phi_re.vector().norm("l2"))
+        assert near(v_im.norm("l2"), phi_im.vector().norm("l2"))
+
+
+@skip_if_not_PETsc_or_not_slepc
+def test_slepc_vector_null_space(K_M_vec, V_vec):
+    "Test SLEPc eigen solver with nullspace as VectorSpaceBasis"
+
+    def build_nullspace(V, x):
+        nullspace_basis = [x.copy() for i in range(2)]
+
+        V.sub(0).dofmap().set(nullspace_basis[0], 1.0)
+        V.sub(1).dofmap().set(nullspace_basis[1], 1.0)
+
+        for x in nullspace_basis:
+            x.apply("insert")
+
+        # Create vector space basis and orthogonalize
+        basis = VectorSpaceBasis(nullspace_basis)
+        basis.orthonormalize()
+
+        return basis
+
+    K, M = K_M_vec
+    esolver = SLEPcEigenSolver(K, M)
+
+    esolver.parameters["solver"] = "jacobi-davidson"
+    esolver.parameters["problem_type"] = "gen_hermitian"
+
+    u0 = Function(V_vec)
+    nullspace_basis = build_nullspace(V_vec, u0.vector())
+    esolver.set_deflation_space(nullspace_basis)
+
+    nevs = 10
+    esolver.solve(nevs)
+
+    phi_re, phi_im = Function(V_vec), Function(V_vec)
+
+    for j in range(1, nevs):
+        re, im, v_re, v_im = esolver.get_eigenpair(j)
+        assert re > 0.0
+        assert near(im, 0.0)
+        assert v_re.norm("l2") > 0.0
+        assert near(v_im.norm("l2"), 0.0)
+
+        esolver.get_eigenpair(phi_re.vector(), phi_im.vector(), j)
+        assert near(v_re.norm("l2"), phi_re.vector().norm("l2"))
+        assert near(v_im.norm("l2"), phi_im.vector().norm("l2"))
+
+@skip_if_not_PETsc_or_not_slepc
+def test_slepc_initial_space(K_M, V):
+    "Test SLEPc eigen solver with inital space as PETScVector"
+
+    K, M = K_M
+    esolver = SLEPcEigenSolver(K, M)
+
+    esolver.parameters["solver"] = "jacobi-davidson"
+    esolver.parameters["problem_type"] = "gen_hermitian"
+
+    u0 = as_backend_type(interpolate(Constant(2.0), V).vector())
+    esolver.set_initial_space(VectorSpaceBasis([u0]))
+
+    nevs = 10
+    esolver.solve(nevs)
+
+    phi_re, phi_im = Function(V), Function(V)
+
+    for j in range(1, nevs):
+        re, im, v_re, v_im = esolver.get_eigenpair(j)
+        assert re > 0.0
+        assert near(im, 0.0)
+        assert v_re.norm("l2") > 0.0
+        assert near(v_im.norm("l2"), 0.0)
+
+        esolver.get_eigenpair(phi_re.vector(), phi_im.vector(), j)
+        assert near(v_re.norm("l2"), phi_re.vector().norm("l2"))
+        assert near(v_im.norm("l2"), phi_im.vector().norm("l2"))
+
+
+@skip_if_not_PETsc_or_not_slepc
+def test_slepc_vector_initial_space(K_M_vec, V_vec):
+    "Test SLEPc eigen solver with initial space as VectorSpaceBasis"
+
+    K, M = K_M_vec
+    esolver = SLEPcEigenSolver(K, M)
+
+    esolver.parameters["solver"] = "jacobi-davidson"
+    esolver.parameters["problem_type"] = "gen_hermitian"
+
+    u0 = as_backend_type(interpolate(Constant((2.0, 1.0)), V_vec).vector())
+    u1 = as_backend_type(interpolate(Constant((0.0, -4.0)), V_vec).vector())
+    initial_space = VectorSpaceBasis([u0, u1])
+    esolver.set_initial_space(initial_space)
+
+    nevs = 10
+    esolver.solve(nevs)
+
+    phi_re, phi_im = Function(V_vec), Function(V_vec)
+
+    for j in range(1, nevs):
+        re, im, v_re, v_im = esolver.get_eigenpair(j)
+        assert re > 0.0
+        assert near(im, 0.0)
+        assert v_re.norm("l2") > 0.0
+        assert near(v_im.norm("l2"), 0.0)
+
+        esolver.get_eigenpair(phi_re.vector(), phi_im.vector(), j)
+        assert near(v_re.norm("l2"), phi_re.vector().norm("l2"))
+        assert near(v_im.norm("l2"), phi_im.vector().norm("l2"))
diff --git a/python/test/unit/la/test_solve.py b/python/test/unit/la/test_solve.py
new file mode 100755
index 0000000..d3e8619
--- /dev/null
+++ b/python/test/unit/la/test_solve.py
@@ -0,0 +1,41 @@
+"""Unit tests for the solve interface"""
+
+# Copyright (C) 2011 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2011-12-21
+# Last changed:se
+
+from dolfin import *
+
+def test_normalize_average():
+    size = 200
+    value = 2.0
+    x = Vector(MPI.comm_world, size)
+    x[:] = value
+    factor = normalize(x, "average")
+    assert factor == value
+    assert x.sum() == 0.0
+
+def test_normalize_l2():
+    size = 200
+    value = 2.0
+    x = Vector(MPI.comm_world, size)
+    x[:] = value
+    factor = normalize(x, "l2")
+    assert round(factor - sqrt(size*value*value), 7) == 0
+    assert round(x.norm("l2") - 1.0, 7) == 0
diff --git a/python/test/unit/la/test_sparsity_pattern.py b/python/test/unit/la/test_sparsity_pattern.py
new file mode 100644
index 0000000..e108c54
--- /dev/null
+++ b/python/test/unit/la/test_sparsity_pattern.py
@@ -0,0 +1,166 @@
+"Unit tests for SparsityPattern"
+
+# Copyright (C) 2017 Nathan Sime
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+import numpy as np
+from dolfin import *
+from dolfin_utils.test import *
+
+
+def count_on_and_off_diagonal_nnz(primary_codim_entries, local_range):
+    nnz_on_diagonal = sum(1 for entry in primary_codim_entries
+                          if local_range[0] <= entry < local_range[1])
+    nnz_off_diagonal = sum(1 for entry in primary_codim_entries
+                           if not local_range[0] <= entry < local_range[1])
+    return nnz_on_diagonal, nnz_off_diagonal
+
+
+@fixture
+def mesh():
+    return UnitSquareMesh(10, 10)
+
+
+@fixture
+def V(mesh):
+    return FunctionSpace(mesh, "CG", 1)
+
+
+def test_str(mesh, V):
+    dm = V.dofmap()
+    index_map = dm.index_map()
+
+    # Build sparse tensor layout (for assembly of matrix)
+    tl = TensorLayout(mesh.mpi_comm(), 0, TensorLayout.Sparsity.SPARSE)
+    tl.init([index_map, index_map], TensorLayout.Ghosts.UNGHOSTED)
+    sp = tl.sparsity_pattern()
+    sp.init([index_map, index_map])
+    SparsityPatternBuilder.build(sp, mesh, [dm, dm],
+                                 True, False, False, False,
+                                 False, init=False, finalize=True)
+
+    sp.str(False)
+    sp.str(True)
+
+
+def test_insert_local(mesh, V):
+    dm = V.dofmap()
+    index_map = dm.index_map()
+
+    # Build sparse tensor layout
+    tl = TensorLayout(mesh.mpi_comm(), 0, TensorLayout.Sparsity.SPARSE)
+    tl.init([index_map, index_map], TensorLayout.Ghosts.UNGHOSTED)
+    sp = tl.sparsity_pattern()
+    sp.init([index_map, index_map])
+
+    primary_dim_entries = [0, 1, 2]
+    primary_codim_entries = [0, 1, 2]
+    entries = np.array([primary_dim_entries, primary_codim_entries], dtype=np.intc)
+    sp.insert_local(entries)
+
+    sp.apply()
+
+    assert len(primary_dim_entries) * len(primary_codim_entries) == sp.num_nonzeros()
+
+    nnz_d = sp.num_nonzeros_diagonal()
+    for local_row in range(len(nnz_d)):
+        assert nnz_d[local_row] == (len(primary_codim_entries) if local_row in primary_dim_entries else 0)
+
+
+def test_insert_global(mesh, V):
+    dm = V.dofmap()
+    index_map = dm.index_map()
+    local_range = index_map.local_range()
+
+    # Build sparse tensor layout
+    tl = TensorLayout(mesh.mpi_comm(), 0, TensorLayout.Sparsity.SPARSE)
+    tl.init([index_map, index_map], TensorLayout.Ghosts.UNGHOSTED)
+    sp = tl.sparsity_pattern()
+    sp.init([index_map, index_map])
+
+    # Primary dim (row) entries need to be local to the process, so we ensure
+    # they're in the local range of the index map
+    primary_dim_local_entries = np.array([0, 1, 2], dtype=np.intc)
+    primary_dim_entries = primary_dim_local_entries + local_range[0]
+
+    # The codim (column) entries will be added to the same global entries
+    # on each process.
+    primary_codim_entries = np.array([0, 1, 2], dtype=np.intc)
+    entries = np.array([primary_dim_entries, primary_codim_entries], dtype=np.intc)
+
+    sp.insert_global(entries)
+    sp.apply()
+
+    nnz_d = sp.num_nonzeros_diagonal()
+    nnz_od = sp.num_nonzeros_off_diagonal()
+
+    rank = MPI.rank(mesh.mpi_comm())
+    size = MPI.size(mesh.mpi_comm())
+
+    # Tabulate on diagonal and off diagonal nnzs
+    nnz_on_diagonal, nnz_off_diagonal = count_on_and_off_diagonal_nnz(
+        primary_codim_entries, local_range)
+
+    # Compare tabulated and sparsity pattern nnzs
+    for local_row in range(len(nnz_d)):
+        if local_range[0] <= local_row < local_range[1]:
+            assert nnz_d[local_row] == (nnz_on_diagonal if local_row in primary_dim_local_entries else 0)
+        else:
+            assert nnz_od[local_row] == (nnz_off_diagonal if local_row in primary_dim_local_entries else 0)
+
+
+def test_insert_local_global(mesh, V):
+    dm = V.dofmap()
+    index_map = dm.index_map()
+    local_range = index_map.local_range()
+
+    # Build sparse tensor layout
+    tl = TensorLayout(mesh.mpi_comm(), 0, TensorLayout.Sparsity.SPARSE)
+    tl.init([index_map, index_map], TensorLayout.Ghosts.UNGHOSTED)
+    sp = tl.sparsity_pattern()
+    sp.init([index_map, index_map])
+
+    # Primary dim (row) entries need to be local to the process, so we ensure
+    # they're in the local range of the index map
+    primary_dim_local_entries = np.array([0, 1, 2], dtype=np.intc)
+    primary_dim_entries = primary_dim_local_entries
+
+    # The codim (column) entries will be added to the same global entries
+    # on each process.
+    primary_codim_entries = np.array([0, 1, 2], dtype=np.intc)
+    entries = np.array([primary_dim_entries, primary_codim_entries], dtype=np.intc)
+
+    sp.insert_local_global(entries)
+    sp.apply()
+
+    nnz_d = sp.num_nonzeros_diagonal()
+    nnz_od = sp.num_nonzeros_off_diagonal()
+
+    rank = MPI.rank(mesh.mpi_comm())
+    size = MPI.size(mesh.mpi_comm())
+
+    # Tabulate on diagonal and off diagonal nnzs
+    nnz_on_diagonal, nnz_off_diagonal = count_on_and_off_diagonal_nnz(
+        primary_codim_entries, local_range)
+
+    # Compare tabulated and sparsity pattern nnzs
+    for local_row in range(len(nnz_d)):
+        if local_range[0] <= local_row < local_range[1]:
+            assert nnz_d[local_row] == (nnz_on_diagonal if local_row in primary_dim_local_entries else 0)
+        else:
+            assert nnz_od[local_row] == (nnz_off_diagonal if local_row in primary_dim_local_entries else 0)
diff --git a/python/test/unit/la/test_tensor_layout.py b/python/test/unit/la/test_tensor_layout.py
new file mode 100644
index 0000000..4ca0766
--- /dev/null
+++ b/python/test/unit/la/test_tensor_layout.py
@@ -0,0 +1,105 @@
+"""Unit tests for TensorLayout and SparsityPattern interface"""
+
+# Copyright (C) 2015 Jan Blechta
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+from dolfin import *
+import numpy as np
+
+from dolfin_utils.test import *
+
+
+backends = sorted(linear_algebra_backends().keys())
+if MPI.size(MPI.comm_world) > 1 and 'Eigen' in backends:
+    backends.remove('Eigen')
+backend = set_parameters_fixture("linear_algebra_backend", backends)
+
+
+@fixture
+def mesh():
+    return UnitSquareMesh(10, 10)
+
+
+@pytest.mark.parametrize("element", [
+    FiniteElement("P", triangle, 1),
+    VectorElement("P", triangle, 1),
+    VectorElement("P", triangle, 2)*FiniteElement("P", triangle, 1),
+    VectorElement("P", triangle, 1)*FiniteElement("R", triangle, 0),
+])
+def test_layout_and_pattern_interface(backend, mesh, element):
+    # Strange Tpetra segfault with Reals in sequential
+    if (backend == "Tpetra"
+        and MPI.size(mesh.mpi_comm()) == 1
+        and element == VectorElement("P", triangle, 1)*FiniteElement("R", triangle, 0)
+       ):
+        pytest.xfail(reason="This testcase segfaults")
+
+    V = FunctionSpace(mesh, element)
+    m = V.mesh()
+    c = m.mpi_comm()
+    d = V.dofmap()
+    i = d.index_map()
+
+    # Poisson problem
+    u = TrialFunction(V)
+    v = TestFunction(V)
+    a = inner(grad(u), grad(v))*dx + dot(u, v)*dx
+    f = Expression(np.full(v.ufl_shape, "x[0]*x[1]", dtype=object).tolist(), degree=2)
+    L = inner(f, v)*dx
+
+    # Test ghosted vector (for use as dofs of FE function)
+    t0 = TensorLayout(c, 0, TensorLayout.Sparsity.DENSE)
+    t0.init([i], TensorLayout.Ghosts.GHOSTED)
+    x = Vector(c)
+    x.init(t0)
+    u = Function(V, x)
+
+    # Test unghosted vector (for assembly of rhs)
+    t1 = TensorLayout(c, 0, TensorLayout.Sparsity.DENSE)
+    t1.init([i], TensorLayout.Ghosts.UNGHOSTED)
+    b = Vector()
+    b.init(t1)
+    assemble(L, tensor=b)
+
+    # Build sparse tensor layout (for assembly of matrix)
+    t2 = TensorLayout(c, 0, TensorLayout.Sparsity.SPARSE)
+    t2.init([i, i], TensorLayout.Ghosts.UNGHOSTED)
+    s2 = t2.sparsity_pattern()
+    s2.init([i, i])
+    SparsityPatternBuilder.build(s2, m, [d, d],
+                                 True, False, False, False,
+                                 False, init=False)
+    A = Matrix()
+    A.init(t2)
+    assemble(a, tensor=A)
+
+    # Test sparsity pattern consistency
+    diag = s2.num_nonzeros_diagonal()
+    off_diag = s2.num_nonzeros_off_diagonal()
+    # Sequential pattern returns just empty off_diagonal
+    off_diag = off_diag if off_diag.any() else np.zeros(diag.shape, diag.dtype)
+    local = s2.num_local_nonzeros()
+    assert (local == diag + off_diag).all()
+    assert local.sum() == s2.num_nonzeros()
+
+    # Check that solve passes smoothly
+    ud = np.full(v.ufl_shape, 0, dtype=object).tolist()
+    bc = DirichletBC(V, ud, lambda x, b: b)
+    bc.apply(A)
+    bc.apply(b)
+    solve(A, x, b)
diff --git a/python/test/unit/la/test_vector.py b/python/test/unit/la/test_vector.py
new file mode 100755
index 0000000..10c42db
--- /dev/null
+++ b/python/test/unit/la/test_vector.py
@@ -0,0 +1,448 @@
+"""Unit tests for the Vector interface"""
+
+# Copyright (C) 2011-2014 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Anders Logg 2011
+
+import pytest
+import numpy
+from copy import copy
+
+from dolfin import *
+from dolfin_utils.test import *
+
+# TODO: Use the fixture setup from matrix in a shared conftest.py when
+#       we move tests to one flat folder.
+
+# Lists of backends supporting or not supporting GenericVector::data()
+# access
+data_backends = []
+no_data_backends = ["PETSc", "Tpetra"]
+
+# Add serial only backends
+if MPI.size(MPI.comm_world) == 1:
+    # TODO: What about "Dense" and "Sparse"? The sub_backend wasn't
+    # used in the old test.
+    data_backends += ["Eigen"]
+
+# Remove backends we haven't built with
+data_backends = list(filter(has_linear_algebra_backend, data_backends))
+no_data_backends = list(filter(has_linear_algebra_backend, no_data_backends))
+any_backends = data_backends + no_data_backends
+
+# Fixtures setting up and resetting the global linear algebra backend
+# for a list of backends
+data_backend = set_parameters_fixture("linear_algebra_backend", data_backends)
+no_data_backend = set_parameters_fixture("linear_algebra_backend",
+                                         no_data_backends)
+any_backend = set_parameters_fixture("linear_algebra_backend", any_backends)
+
+class TestVectorForAnyBackend:
+
+    def test_create_empty_vector(self, any_backend):
+        v0 = Vector()
+        info(v0)
+        info(v0, True)
+        assert v0.size() == 0
+
+    def test_create_vector(self, any_backend):
+        n = 301
+        v1 = Vector(MPI.comm_world, n)
+        assert v1.size() == n
+
+    def test_copy_vector(self, any_backend):
+        n = 301
+        v0 = Vector(MPI.comm_world, n)
+        v1 = Vector(v0)
+        assert v0.size() == n
+        del v0
+        assert v1.size() == n
+
+    def test_assign_and_copy_vector(self, any_backend):
+        n = 301
+        v0 = Vector(MPI.comm_world, n)
+        v0[:] = 1.0
+        assert v0.sum() == n
+        v1 = Vector(v0)
+        del v0
+        assert v1.sum() == n
+
+    def test_zero(self, any_backend):
+        v0 = Vector(MPI.comm_world, 301)
+        v0.zero()
+        assert v0.sum() == 0.0
+
+    def test_apply(self, any_backend):
+        v0 = Vector(MPI.comm_world, 301)
+        v0.apply("insert")
+        v0.apply("add")
+
+    def test_str(self, any_backend):
+        v0 = Vector(MPI.comm_world, 13)
+        tmp = v0.str(False)
+        tmp = v0.str(True)
+
+    def test_init_range(self, any_backend):
+        n = 301
+        local_range = MPI.local_range(MPI.comm_world, n)
+        v0 = Vector(MPI.comm_world)
+        v0.init(local_range)
+        assert v0.local_range() == local_range
+
+    def test_size(self, any_backend):
+        n = 301
+        v0 = Vector(MPI.comm_world, 301)
+        assert v0.size() == n
+
+    def test_local_size(self, any_backend):
+        n = 301
+        local_range = MPI.local_range(MPI.comm_world, n)
+        v0 = Vector(MPI.comm_world)
+        v0.init(local_range)
+        assert v0.local_size() == local_range[1] - local_range[0]
+
+    def test_owns_index(self, any_backend):
+        m, n = 301, 25
+        v0 = Vector(MPI.comm_world, m)
+        local_range = v0.local_range()
+        in_range = local_range[0] <= n < local_range[1]
+        assert v0.owns_index(n) == in_range
+
+    #def test_set(self, any_backend):
+
+    #def test_add(self, any_backend):
+
+    def test_get_local(self, any_backend):
+        from numpy import empty
+        n = 301
+        v0 = Vector(MPI.comm_world, n)
+        data = v0.get_local()
+
+    def test_set_local(self, any_backend):
+        from numpy import zeros
+        n = 301
+        v0 = Vector(MPI.comm_world, n)
+        data = zeros((v0.local_size()), dtype='d')
+        v0.set_local(data)
+        data = zeros((v0.local_size()*2), dtype='d')
+
+    def test_add_local(self, any_backend):
+        from numpy import zeros
+        n = 301
+        v0 = Vector(MPI.comm_world, n)
+        data = zeros((v0.local_size()), dtype='d')
+        v0.add_local(data)
+        data = zeros((v0.local_size()*2), dtype='d')
+
+    def test_gather(self, any_backend):
+        # Gather not implemented in Eigen
+        if any_backend == "Eigen" or any_backend == "Tpetra":
+            return
+
+        # Create distributed vector of local size 1
+        x = DefaultFactory().create_vector(MPI.comm_world)
+        r = MPI.rank(x.mpi_comm())
+        x.init((r, r+1))
+
+        # Create local vector
+        y = DefaultFactory().create_vector(MPI.comm_self)
+
+        # Do the actual test across all rank permutations
+        for target_rank in range(MPI.size(x.mpi_comm())):
+
+            # Set nonzero value on single rank
+            if r == target_rank:
+                x[0] = 42.0  # Set using local index
+            else:
+                x[0] = 0.0  # Set using local index
+            assert numpy.isclose(x.sum(), 42.0)
+
+            # Gather (using global index) and check the result
+            x.gather(y, numpy.array([target_rank], dtype=la_index_dtype()))
+            assert numpy.isclose(y[0], 42.0)
+
+            # NumPy array version
+            out = x.gather(numpy.array([target_rank], dtype=la_index_dtype()))
+            assert out.shape == (1,) and numpy.isclose(out[0], 42.0)
+
+            # Test gather on zero
+            out = x.gather_on_zero()
+            if r == 0:
+                expected = numpy.array([42.0 if i == target_rank else 0.0
+                                        for i in range(x.size())])
+            else:
+                expected = numpy.array([])
+            assert out.shape == expected.shape and numpy.allclose(out, expected)
+
+            # Test also the corner case of empty indices on one process
+            if r == target_rank:
+                out = x.gather(numpy.array([], dtype=la_index_dtype()))
+                expected = numpy.array([])
+            else:
+                out = x.gather(numpy.array([target_rank], dtype=la_index_dtype()))
+                expected = numpy.array([42.0])
+            assert out.shape == expected.shape and numpy.allclose(out, expected)
+
+        # Check that distributed gather vector is not accepted
+        if MPI.size(MPI.comm_world) > 1:
+            z = DefaultFactory().create_vector(MPI.comm_world)
+            with pytest.raises(RuntimeError):
+                x.gather(z, numpy.array([0], dtype=la_index_dtype()))
+
+        # Check that gather vector of wrong size is not accepted
+        z = DefaultFactory().create_vector(MPI.comm_self)
+        z.init(3)
+        with pytest.raises(RuntimeError):
+            x.gather(z, numpy.array([0], dtype=la_index_dtype()))
+
+    def test_axpy(self, any_backend):
+        n = 301
+        v0 = Vector(MPI.comm_world, n)
+        v0[:] = 1.0
+        v1 = Vector(v0)
+        v0.axpy(2.0, v1)
+        assert v0.sum() == 2*n + n
+
+    def test_abs(self, any_backend):
+        n = 301
+        v0 = Vector(MPI.comm_world, n)
+        v0[:] = -1.0
+        v0.abs()
+        assert v0.sum() == n
+
+    def test_inner(self, any_backend):
+        n = 301
+        v0 = Vector(MPI.comm_world, n)
+        v0[:] = 2.0
+        v1 = Vector(MPI.comm_world, n)
+        v1[:] = 3.0
+        assert v0.inner(v1) == 6*n
+
+    def test_norm(self, any_backend):
+        n = 301
+        v0 = Vector(MPI.comm_world, n)
+        v0[:] = -2.0
+        assert v0.norm("l1") == 2.0*n
+        assert v0.norm("l2") == sqrt(4.0*n)
+        assert v0.norm("linf") == 2.0
+
+    def test_min(self, any_backend):
+        v0 = Vector(MPI.comm_world, 301)
+        v0[:] = 2.0
+        assert v0.min() == 2.0
+
+    def test_max(self, any_backend):
+        v0 = Vector(MPI.comm_world,301)
+        v0[:] = -2.0
+        assert v0.max() == -2.0
+
+    def test_sum(self, any_backend):
+        n = 301
+        v0 = Vector(MPI.comm_world, n)
+        v0[:] = -2.0
+        assert v0.sum() == -2.0*n
+
+    def test_sum_entries(self, any_backend):
+        from numpy import zeros
+        n = 301
+        v0 = Vector(MPI.comm_world, n)
+        v0[:] = -2.0
+        entries = zeros(5, dtype='uintp')
+        assert v0.sum(entries) == -2.0
+        entries[0] = 2
+        entries[1] = 1
+        entries[2] = 236
+        entries[3] = 123
+        entries[4] = 97
+        assert v0.sum(entries) == -2.0*5
+
+    def test_scalar_mult(self, any_backend):
+        n = 301
+        v0 = Vector(MPI.comm_world, n)
+        v0[:] = -1.0
+        v0 *= 2.0
+        assert v0.sum() == -2.0*n
+
+    def test_vector_element_mult(self, any_backend):
+        n = 301
+        v0 = Vector(MPI.comm_world, n)
+        v1 = Vector(MPI.comm_world, n)
+        v0[:] = -2.0
+        v1[:] =  3.0
+        v0 *= v1
+        assert v0.sum() == -6.0*n
+
+    def test_scalar_divide(self, any_backend):
+        n = 301
+        v0 = Vector(MPI.comm_world, n)
+        v0[:] = -1.0
+        v0 /= -2.0
+        assert v0.sum() == 0.5*n
+
+    def test_vector_add(self, any_backend):
+        n = 301
+        v0 = Vector(MPI.comm_world, n)
+        v1 = Vector(MPI.comm_world, n)
+        v0[:] = -1.0
+        v1[:] =  2.0
+        v0 += v1
+        assert v0.sum() == n
+
+    def test_scalar_add(self, any_backend):
+        n = 301
+        v0 = Vector(MPI.comm_world, n)
+        v1 = Vector(MPI.comm_world, n)
+        v0[:] = -1.0
+        v0 += 2.0
+        assert v0.sum() == n
+        v0 -= 2.0
+        assert v0.sum() == -n
+        v0 = v0 + 3.0
+        assert v0.sum() == 2*n
+        v0 = v0 - 1.0
+        assert v0.sum() == n
+
+    def test_vector_subtract(self, any_backend):
+        n = 301
+        v0 = Vector(MPI.comm_world, n)
+        v1 = Vector(MPI.comm_world, n)
+        v0[:] = -1.0
+        v1[:] =  2.0
+        v0 -= v1
+        assert v0.sum() == -3.0*n
+
+    def test_vector_assignment(self, any_backend):
+        m, n = 301, 345
+        v0 = Vector(MPI.comm_world, m)
+        v1 = Vector(MPI.comm_world, n)
+        v0[:] = -1.0
+        v1[:] =  2.0
+        v0 = v1
+        assert v0.sum() == 2.0*n
+
+    def test_vector_assignment_length(self, any_backend):
+        # Test that assigning vectors of different lengths fails
+        m, n = 301, 345
+        v0 = Vector(MPI.comm_world, m)
+        v1 = Vector(MPI.comm_world, n)
+        def wrong_assignment(v0, v1):
+            v0[:] = v1
+        with pytest.raises(RuntimeError):
+            wrong_assignment(v0, v1)
+
+    def test_vector_assignment_length(self, any_backend):
+        # Test that assigning with diffrent parallel layouts fails
+        if MPI.size(MPI.comm_world) > 1:
+            m = 301
+            local_range0 = MPI.local_range(MPI.comm_world, m)
+            print("local range", local_range0[0], local_range0[1])
+
+            # Shift parallel partitiong but preserve global size
+            if MPI.rank(MPI.comm_world) == 0:
+                local_range1 = (local_range0[0], local_range0[1] + 1)
+            elif MPI.rank(MPI.comm_world) == MPI.size(MPI.comm_world) - 1:
+                local_range1 = (local_range0[0] + 1, local_range0[1])
+            else:
+                local_range1 = (local_range0[0] + 1, local_range0[1] + 1)
+
+            v0 = Vector(MPI.comm_world)
+            v0.init(local_range0)
+            v1 = Vector(MPI.comm_world)
+            v1.init(local_range1)
+            assert v0.size() == v1.size()
+
+            def wrong_assignment(v0, v1):
+                v0[:] = v1
+                with pytest.raises(RuntimeError):
+                    wrong_assignment(v0, v1)
+
+
+    # Test the access of the raw data through pointers
+    # This is only available for Eigen backend
+    def test_vector_data(self, data_backend):
+        # Test for ordinary Vector
+        v = Vector(MPI.comm_world, 301)
+        v = as_backend_type(v)
+
+        rw_array = v.array_view()
+        assert rw_array.flags.owndata == False
+        with pytest.raises(Exception):
+            rw_array.resize([10])
+
+        # Check that the array is a writable view
+        rw_array[0] = 42
+        ro_array = v.get_local()
+        assert ro_array[0] == 42
+
+        # Test for as_backend_type Vector
+        v = as_backend_type(v)
+        rw_array2 = v.array_view()
+        assert (rw_array2 == ro_array).all()
+
+    # xfail on TypeError
+    xfail_type = pytest.mark.xfail(strict=True, raises=TypeError)
+    xfail_type_py3 = pytest.mark.xfail(strict=True, raises=TypeError)
+
+
+    @pytest.mark.parametrize("operand",
+                             [int(42), 42.0, numpy.sin(1.0), numpy.float(42.0),
+                                numpy.float64(42.0), numpy.float_(42.0),
+                                numpy.int(42.0), numpy.long(42.0),
+                                numpy.float16(42.0), numpy.float16(42.0),
+                                numpy.float32(42.0), numpy.float128(42.0),
+                                numpy.longfloat(42.0), numpy.int8(42.0),
+                                numpy.int16(42.0), numpy.int32(42.0),
+                                numpy.intc(42.0), numpy.longdouble(42.0),
+                                numpy.int0(42.0), numpy.int64(42.0),
+                                numpy.int_(42.0), numpy.longlong(42.0),
+                             ])
+    def test_vector_type_priority_with_numpy(self, any_backend, operand):
+        """Test that DOLFIN return types are prefered over NumPy types for
+        binary operations on NumPy objects
+
+        """
+
+        def _test_binary_ops(v, operand):
+            assert isinstance(v + operand, cpp.la.GenericVector)
+            assert isinstance(v - operand, cpp.la.GenericVector)
+            assert isinstance(v*operand, cpp.la.GenericVector)
+            assert isinstance(v/operand, cpp.la.GenericVector)
+            assert isinstance(operand + v, cpp.la.GenericVector)
+            assert isinstance(operand - v, cpp.la.GenericVector)
+            assert isinstance(operand*v, cpp.la.GenericVector)
+            assert isinstance(v+v, cpp.la.GenericVector)
+            assert isinstance(v-v, cpp.la.GenericVector)
+            assert isinstance(v*v, cpp.la.GenericVector)
+            v += v.copy(); assert isinstance(v, cpp.la.GenericVector)
+            v -= v.copy(); assert isinstance(v, cpp.la.GenericVector)
+            v *= v.copy(); assert isinstance(v, cpp.la.GenericVector)
+            v += operand; assert isinstance(v, cpp.la.GenericVector)
+            v -= operand; assert isinstance(v, cpp.la.GenericVector)
+            v *= operand; assert isinstance(v, cpp.la.GenericVector)
+            v /= operand; assert isinstance(v, cpp.la.GenericVector)
+            op = copy(operand); op += v; assert isinstance(op, cpp.la.GenericVector)
+            op = copy(operand); op -= v; assert isinstance(op, cpp.la.GenericVector)
+            op = copy(operand); op *= v; assert isinstance(op, cpp.la.GenericVector)
+
+        # Test with vector wrapper
+        v = Vector(MPI.comm_world, 8)
+        _test_binary_ops(v, operand)
+
+        # Test with vector casted to backend type
+        v = as_backend_type(v)
+        _test_binary_ops(v, operand)
diff --git a/python/test/unit/log/test_log.py b/python/test/unit/log/test_log.py
new file mode 100644
index 0000000..d6f4e97
--- /dev/null
+++ b/python/test/unit/log/test_log.py
@@ -0,0 +1,26 @@
+"""Unit tests for the log"""
+
+# Copyright (C) 2017 Tormod Landet
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import dolfin
+
+def test_log_level_comparable():
+    info = dolfin.LogLevel.INFO
+    warning = dolfin.LogLevel.WARNING
+    assert info < warning
+    assert warning < 1000
diff --git a/python/test/unit/math/test_math.py b/python/test/unit/math/test_math.py
new file mode 100755
index 0000000..a92b75c
--- /dev/null
+++ b/python/test/unit/math/test_math.py
@@ -0,0 +1,104 @@
+"""Unit tests for basic math functions"""
+
+# Copyright (C) 2011-2014 Martin Alnaes
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Garth N. Wells, 2011
+
+import pytest
+import numpy
+from dolfin import *
+
+
+def test_near():
+    eps = DOLFIN_EPS
+    # Loop over magnitudes
+    for i in range(100):
+        # Loop over base values
+        for j in range(1, 10):
+            # Compute a value v and some values close to it
+            v = float(j*10**(i-13))
+            vm = v - eps
+            vp = v + eps
+            #vm = v - v*eps # Scaling eps does not work
+            #vp = v + v*eps
+
+            # Check that we return True when we should by definition:
+            assert near(v, v)
+            assert near(vm, vm)
+            assert near(vp, vp)
+            #assert near(v, vm) # Can fail
+            #assert near(v, vp)
+            if not near(v, vm):
+                print("not near vm: {}, {}".format(v, vm))
+            if not near(v, vp):
+                print("not near vp: {}, {}".format(v, vp))
+
+            # vm and vp can round off to v, make some small values != v
+            # that are close to 1 (except for some of the smallest v's)
+            v2m = v * (1.0 - 2*eps) - 2*eps
+            v2p = v * (1.0 + 2*eps) + 2*eps
+            assert v/v2m > 1.0
+            assert v/v2p < 1.0
+
+            # Check that we can fail for fairly close values
+            assert not near(v, v2m)
+            assert not near(v, v2p)
+
+def test_between():
+    eps = DOLFIN_EPS
+    # Loop over magnitudes
+    for i in range(100):
+        # Loop over base values
+        for j in range(1, 10):
+            # Compute a value v and some values close to it
+            v = float(j*10**(i - 15))
+            vm = v - eps
+            vp = v + eps
+
+            # Check that we return True when we should by definition:
+            assert between(v, (vm, vp))
+
+            # vm and vp can round off to v, make some small values != v
+            v2m = v * (1.0 - 2*eps) - 2*eps
+            v2p = v * (1.0 + 2*eps) + 2*eps
+
+            # Close to 1 except for some of the smallest v's:
+            assert v/v2m > 1.0
+            assert v/v2p < 1.0
+            assert between(v, (v2m, v2p))
+
+            # Check that we can fail for fairly close values
+            assert not between(v, (v2p, v2m))
+
+def test_ipow():
+    with pytest.raises(RuntimeError):
+        ipow(0, 0)
+    assert ipow(0, 1) == 0
+    assert ipow(0, 10) == 0
+    assert ipow(0, 12345) == 0
+    assert ipow(1, 12345) == 1
+    assert ipow(12345, 0) == 1
+    assert ipow(12345, 1) == 12345
+    assert ipow(2, 15) == 32768
+
+@pytest.mark.xfail
+def test_ipow_overflow():
+    # This will fail because of overflow in dolfin/math/basic.cpp
+    # on 64-bit size_t. When __builtin_mul_overflow is employed
+    # to do the check, exception will be raised instead.
+    assert ipow(3, 41) == 3**41
diff --git a/python/test/unit/mesh/test_boundary_mesh.py b/python/test/unit/mesh/test_boundary_mesh.py
new file mode 100644
index 0000000..b013bf5
--- /dev/null
+++ b/python/test/unit/mesh/test_boundary_mesh.py
@@ -0,0 +1,57 @@
+"Unit tests for BoundaryMesh library"
+
+# Copyright (C) 2012 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Oeyvind Evju 2013
+#
+# First added:  2011-10-09
+# Last changed: 2013-10-11
+
+import pytest
+import numpy
+from dolfin import *
+
+
+def test_1D_mesh():
+    mesh = UnitIntervalMesh(32)
+
+    # Create global boundary mesh
+    bmesh1 = BoundaryMesh(mesh, "exterior")
+    assert MPI.sum(mesh.mpi_comm(), bmesh1.num_cells()) == 2
+    assert bmesh1.num_entities_global(0) == 2
+    assert bmesh1.topology().dim() == 0
+
+
+def test_2D_mesh():
+    mesh = UnitSquareMesh(8, 8)
+
+    # Create global boundary mesh
+    bmesh1 = BoundaryMesh(mesh, "exterior")
+    assert MPI.sum(mesh.mpi_comm(), bmesh1.num_cells()) == 4*8
+    assert bmesh1.num_entities_global(1) == 4*8
+    assert bmesh1.topology().dim() == 1
+
+
+def test_3D_mesh():
+    mesh = UnitCubeMesh(8, 8, 8)
+
+    # Create global boundary mesh
+    bmesh1 = BoundaryMesh(mesh, "exterior")
+    assert MPI.sum(mesh.mpi_comm(), bmesh1.num_cells()) == 6*8*8*2
+    assert bmesh1.num_entities_global(2) == 6*8*8*2
+    assert bmesh1.topology().dim() == 2
diff --git a/python/test/unit/mesh/test_cell.py b/python/test/unit/mesh/test_cell.py
new file mode 100644
index 0000000..96f7490
--- /dev/null
+++ b/python/test/unit/mesh/test_cell.py
@@ -0,0 +1,151 @@
+"""Unit tests for the Cell class"""
+
+# Copyright (C) 2013 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+import numpy
+
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel, skip_in_release
+
+def test_unit_interval():
+    mesh = UnitIntervalMesh.create(MPI.comm_self, 1)
+
+@skip_in_parallel
+def test_distance_interval():
+
+    mesh = UnitIntervalMesh.create(1)
+    cell = Cell(mesh, 0)
+
+    assert round(cell.distance(Point(-1.0)) - 1.0, 7) == 0
+    assert round(cell.distance(Point(0.5)) - 0.0, 7) == 0
+
+
+@skip_in_parallel
+def test_distance_triangle():
+
+    mesh = UnitSquareMesh(1, 1)
+    cell = Cell(mesh, 1)
+
+    assert round(cell.distance(Point(-1.0, -1.0)) - numpy.sqrt(2), 7) == 0
+    assert round(cell.distance(Point(-1.0, 0.5)) - 1, 7) == 0
+    assert round(cell.distance(Point(0.5, 0.5)) - 0.0, 7) == 0
+
+
+@skip_in_parallel
+def test_distance_tetrahedron():
+
+    mesh = UnitCubeMesh(1, 1, 1)
+    cell = Cell(mesh, 5)
+
+    assert round(cell.distance(Point(-1.0, -1.0, -1.0))-numpy.sqrt(3), 7) == 0
+    assert round(cell.distance(Point(-1.0, 0.5, 0.5)) - 1, 7) == 0
+    assert round(cell.distance(Point(0.5, 0.5, 0.5)) - 0.0, 7) == 0
+
+
+@skip_in_release
+@skip_in_parallel
+def test_issue_568():
+    mesh = UnitSquareMesh(4, 4)
+    cell = Cell(mesh, 0)
+
+    # Should throw an error, not just segfault (only works in DEBUG mode!)
+    with pytest.raises(RuntimeError):
+        cell.facet_area(0)
+
+    # Should work after initializing the connectivity
+    mesh.init(2, 1)
+    cell.facet_area(0)
+
+
+def test_volume_quadrilateralR2():
+
+    mesh = UnitSquareMesh.create(MPI.comm_self, 1, 1, CellType.Type.quadrilateral)
+    cell = Cell(mesh, 0)
+
+    assert cell.volume() == 1.0
+
+
+@pytest.mark.parametrize('coordinates', [[[0.0, 0.0, 0.0], [1.0, 0.0, 0.0], [0.0, 1.0, 0.0], [1.0, 1.0, 0.0]],
+    [[0.0, 0.0, 0.0], [0.0, 1.0, 0.0], [0.0, 0.0, 1.0], [0.0, 1.0, 1.0]]])
+def test_volume_quadrilateralR3(coordinates):
+
+    mesh = Mesh()
+    editor = MeshEditor()
+    editor.open(mesh, "quadrilateral", 2, 3)
+    editor.init_vertices(4)
+    editor.init_cells(1)
+    editor.add_vertex(0, Point(numpy.array(coordinates[0])))
+    editor.add_vertex(1, Point(numpy.array(coordinates[1])))
+    editor.add_vertex(2, Point(numpy.array(coordinates[2])))
+    editor.add_vertex(3, Point(numpy.array(coordinates[3])))
+    editor.add_cell(0,numpy.array([0, 1, 2, 3],dtype=numpy.uintp))
+    editor.close()
+    mesh.init()
+    cell = Cell(mesh, 0)
+
+    assert cell.volume() == 1.0
+
+
+@pytest.mark.parametrize('scaling', [1e0, 1e-5, 1e-10, 1e-15, 1e-20, 1e-30,
+    1e5, 1e10, 1e15, 1e20, 1e30])
+def test_volume_quadrilateral_coplanarity_check_1(scaling):
+
+    with pytest.raises(RuntimeError) as error:
+        mesh = Mesh()
+        editor = MeshEditor()
+        editor.open(mesh, "quadrilateral", 2, 3)
+        editor.init_vertices(4)
+        editor.init_cells(1)
+        # Unit square cell scaled down by 'scaling' and the first vertex is distorted so that the vertices are clearly non coplanar
+        editor.add_vertex(0, Point(scaling, 0.5 * scaling, 0.6 * scaling))
+        editor.add_vertex(1, Point(0.0, scaling, 0.0))
+        editor.add_vertex(2, Point(0.0, 0.0, scaling))
+        editor.add_vertex(3, Point(0.0, scaling, scaling))
+        editor.add_cell(0,numpy.array([0, 1, 2, 3],dtype=numpy.uintp))
+        editor.close()
+        mesh.init()
+        cell = Cell(mesh, 0)
+        volume = cell.volume()
+
+    assert "are not coplanar" in str(error.value)
+
+
+# Test when |p0-p3| is ~ 1 but |p1-p2| is small
+# The cell is degenerate when scale is below 1e-17, it is expected to fail the test.
+@pytest.mark.parametrize('scaling', [1e0, 1e-5, 1e-10, 1e-15])
+def test_volume_quadrilateral_coplanarity_check_2(scaling):
+
+    with pytest.raises(RuntimeError) as error:
+        mesh = Mesh()
+        editor = MeshEditor()
+        editor.open(mesh, "quadrilateral", 2, 3)
+        editor.init_vertices(4)
+        editor.init_cells(1)
+        # Unit square cell scaled down by 'scaling' and the first vertex is distorted so that the vertices are clearly non coplanar
+        editor.add_vertex(0, Point(1.0, 0.5, 0.6))
+        editor.add_vertex(1, Point(0.0, scaling, 0.0))
+        editor.add_vertex(2, Point(0.0, 0.0, scaling))
+        editor.add_vertex(3, Point(0.0, 1.0, 1.0))
+        editor.add_cell(0,numpy.array([0, 1, 2, 3],dtype=numpy.uintp))
+        editor.close()
+        mesh.init()
+        cell = Cell(mesh, 0)
+        volume = cell.volume()
+
+    assert "are not coplanar" in str(error.value)
diff --git a/python/test/unit/mesh/test_edge.py b/python/test/unit/mesh/test_edge.py
new file mode 100644
index 0000000..7fe462c
--- /dev/null
+++ b/python/test/unit/mesh/test_edge.py
@@ -0,0 +1,66 @@
+"""Unit tests for the Edge class"""
+
+# Copyright (C) 2011 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2011-02-26
+# Last changed: 2014-05-30
+
+import pytest
+from dolfin import *
+from dolfin_utils.test import fixture, skip_in_parallel
+
+
+@fixture
+def cube():
+    return UnitCubeMesh(5, 5, 5)
+
+
+@fixture
+def square():
+    return UnitSquareMesh(5, 5)
+
+
+@pytest.fixture(scope='module', params=range(2))
+def meshes(cube, square, request):
+    mesh = [cube, square]
+    return mesh[request.param]
+
+
+@skip_in_parallel
+def test_2DEdgeLength(square):
+    """Iterate over edges and sum length."""
+    length = 0.0
+    for e in edges(square):
+        length += e.length()
+    assert round(length - 19.07106781186544708362, 7) == 0
+
+
+@skip_in_parallel
+def test_3DEdgeLength(cube):
+    """Iterate over edges and sum length."""
+    length = 0.0
+    for e in edges(cube):
+        length += e.length()
+    assert round(length - 278.58049080280125053832, 7) == 0
+
+
+def test_EdgeDot(meshes):
+    """Iterate over edges compute dot product with ."""
+    for e in edges(meshes):
+        dot = e.dot(e)/(e.length()**2)
+        assert round(dot - 1.0, 7) == 0
diff --git a/python/test/unit/mesh/test_face.py b/python/test/unit/mesh/test_face.py
new file mode 100644
index 0000000..9375bb6
--- /dev/null
+++ b/python/test/unit/mesh/test_face.py
@@ -0,0 +1,76 @@
+"""Unit tests for the Face class"""
+
+# Copyright (C) 2011 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2011-02-26
+# Last changed: 2014-05-30
+
+import pytest
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel, fixture
+
+
+@fixture
+def cube():
+    return UnitCubeMesh(5, 5, 5)
+
+
+@fixture
+def square():
+    return UnitSquareMesh(5, 5)
+
+
+@skip_in_parallel
+def test_Area(cube, square):
+    """Iterate over faces and sum area."""
+
+    area = 0.0
+    for f in faces(cube):
+        area += f.area()
+    assert round(area - 39.21320343559672494393, 7) == 0
+
+    area = 0.0
+    for f in faces(square):
+        area += f.area()
+    assert round(area - 1.0, 7) == 0
+
+
+@skip_in_parallel
+def test_NormalPoint(cube, square):
+    """Compute normal vector to each face."""
+    for f in faces(cube):
+        n = f.normal()
+        assert round(n.norm() - 1.0, 7) == 0
+
+    f = Face(square, 0)
+    with pytest.raises(RuntimeError):
+        f.normal()
+
+
+@skip_in_parallel
+def test_NormalComponent(cube, square):
+    """Compute normal vector components to each face."""
+    D = cube.topology().dim()
+    for f in faces(cube):
+        n = [f.normal(i) for i in range(D)]
+        norm = sum([x*x for x in n])
+        assert round(norm - 1.0, 7) == 0
+
+    f = Face(square, 0)
+    with pytest.raises(RuntimeError):
+        f.normal(0)
diff --git a/python/test/unit/mesh/test_facet.py b/python/test/unit/mesh/test_facet.py
new file mode 100644
index 0000000..d989886
--- /dev/null
+++ b/python/test/unit/mesh/test_facet.py
@@ -0,0 +1,31 @@
+"""Unit tests for the Facet class"""
+
+# Copyright (C) 2017 Tormod Landet
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+from dolfin import UnitSquareMesh, facets
+
+
+def test_normal():
+    "Test that the normal() method is wrapped"
+    mesh = UnitSquareMesh(4, 4)
+    for facet in facets(mesh):
+        n = facet.normal()
+        nx, ny, nz = n.x(), n.y(), n.z()
+        assert isinstance(nx, float)
+        assert isinstance(ny, float)
+        assert isinstance(nz, float)
diff --git a/python/test/unit/mesh/test_ghost_mesh.py b/python/test/unit/mesh/test_ghost_mesh.py
new file mode 100644
index 0000000..e8941e2
--- /dev/null
+++ b/python/test/unit/mesh/test_ghost_mesh.py
@@ -0,0 +1,135 @@
+"Unit tests for ghosted meshes"
+
+# Copyright (C) 2016 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+import numpy
+from dolfin import *
+import os
+
+from dolfin_utils.test import (fixture, skip_in_parallel, xfail_in_parallel, cd_tempdir,
+                               pushpop_parameters)
+
+
+# See https://bitbucket.org/fenics-project/dolfin/issues/579
+def xtest_ghost_vertex_1d(pushpop_parameters):
+    parameters["ghost_mode"] = "shared_vertex"
+    mesh = UnitIntervalMesh(20)
+    #print("Test: {}".format(MPI.sum(mesh.mpi_comm(), mesh.num_cells())))
+
+
+def xtest_ghost_facet_1d(pushpop_parameters):
+    parameters["ghost_mode"] = "shared_facet"
+    mesh = UnitIntervalMesh(20)
+
+
+def test_ghost_2d(pushpop_parameters):
+    modes = ["shared_vertex", "shared_facet"]
+    for mode in modes:
+        parameters["ghost_mode"] = mode
+        N = 8
+        num_cells = 128
+
+        mesh = UnitSquareMesh(N, N)
+        if MPI.size(mesh.mpi_comm()) > 1:
+            assert MPI.sum(mesh.mpi_comm(), mesh.num_cells()) > num_cells
+
+        parameters["reorder_cells_gps"] = True
+        parameters["reorder_vertices_gps"] = False
+        mesh = UnitSquareMesh(N, N)
+        if MPI.size(mesh.mpi_comm()) > 1:
+            assert MPI.sum(mesh.mpi_comm(), mesh.num_cells()) > num_cells
+
+        parameters["reorder_cells_gps"] = True
+        parameters["reorder_vertices_gps"] = True
+        mesh = UnitSquareMesh(N, N)
+        if MPI.size(mesh.mpi_comm()) > 1:
+            assert MPI.sum(mesh.mpi_comm(), mesh.num_cells()) > num_cells
+
+        parameters["reorder_cells_gps"] = False
+        parameters["reorder_vertices_gps"] = True
+        mesh = UnitSquareMesh(N, N)
+        if MPI.size(mesh.mpi_comm()) > 1:
+            assert MPI.sum(mesh.mpi_comm(), mesh.num_cells()) > num_cells
+
+
+def test_ghost_3d(pushpop_parameters):
+    modes = ["shared_vertex", "shared_facet"]
+    for mode in modes:
+        parameters["ghost_mode"] = mode
+        N = 2
+        num_cells = 48
+
+        mesh = UnitCubeMesh(N, N, N)
+        if MPI.size(mesh.mpi_comm()) > 1:
+            assert MPI.sum(mesh.mpi_comm(), mesh.num_cells()) > num_cells
+
+        parameters["reorder_cells_gps"] = True
+        parameters["reorder_vertices_gps"] = False
+        mesh = UnitCubeMesh(N, N, N)
+        if MPI.size(mesh.mpi_comm()) > 1:
+            assert MPI.sum(mesh.mpi_comm(), mesh.num_cells()) > num_cells
+
+        parameters["reorder_cells_gps"] = True
+        parameters["reorder_vertices_gps"] = True
+        mesh = UnitCubeMesh(N, N, N)
+        if MPI.size(mesh.mpi_comm()) > 1:
+            assert MPI.sum(mesh.mpi_comm(), mesh.num_cells()) > num_cells
+
+        parameters["reorder_cells_gps"] = False
+        parameters["reorder_vertices_gps"] = True
+        mesh = UnitCubeMesh(N, N, N)
+        if MPI.size(mesh.mpi_comm()) > 1:
+            assert MPI.sum(mesh.mpi_comm(), mesh.num_cells()) > num_cells
+
+
+@pytest.mark.parametrize('gmode', ['shared_vertex', 'shared_facet', 'none'])
+def test_ghost_connectivities(gmode, pushpop_parameters):
+    parameters['ghost_mode'] = gmode
+
+    # Ghosted mesh
+    meshG = UnitSquareMesh(MPI.comm_world, 4, 4)
+    meshG.init(1, 2)
+
+    # Reference mesh, not ghosted, not parallel
+    meshR = UnitSquareMesh(MPI.comm_self, 4, 4)
+    meshR.init(1, 2)
+
+    # Create reference mapping from facet midpoint to cell midpoint
+    reference = {}
+    for facet in facets(meshR):
+        fidx = facet.index()
+        facet_mp = tuple(facet.midpoint()[:])
+        reference[facet_mp] = []
+        for cidx in meshR.topology()(1, 2)(fidx):
+            cell = Cell(meshR, cidx)
+            cell_mp = tuple(cell.midpoint()[:])
+            reference[facet_mp].append(cell_mp)
+
+    # Loop through ghosted mesh and check connectivities
+    allowable_cell_indices = [cell.index() for cell in cells(meshG, 'all')]
+    for facet in facets(meshG, 'regular'):
+        fidx = facet.index()
+        facet_mp = tuple(facet.midpoint()[:])
+        assert facet_mp in reference
+
+        for cidx in meshG.topology()(1, 2)(fidx):
+            assert cidx in allowable_cell_indices
+            cell = Cell(meshG, cidx)
+            cell_mp = tuple(cell.midpoint()[:])
+            assert cell_mp in reference[facet_mp]
diff --git a/python/test/unit/mesh/test_manifold_point_search.py b/python/test/unit/mesh/test_manifold_point_search.py
new file mode 100644
index 0000000..b6659bb
--- /dev/null
+++ b/python/test/unit/mesh/test_manifold_point_search.py
@@ -0,0 +1,36 @@
+
+import numpy
+from dolfin import *
+
+
+def test_manifold_point_search():
+    # Simple two-triangle surface in 3d
+    vertices = [
+        (0.0, 0.0, 1.0),
+        (1.0, 1.0, 1.0),
+        (1.0, 0.0, 0.0),
+        (0.0, 1.0, 0.0),
+        ]
+    cells = [
+        (0, 1, 2),
+        (0, 1, 3),
+    ]
+    mesh = Mesh()
+    me = MeshEditor()
+    me.open(mesh, "triangle", 2, 3)
+    me.init_vertices(len(vertices))
+    for i, v in enumerate(vertices):
+        me.add_vertex(i, numpy.array(v, dtype='float'))
+    me.init_cells(len(cells))
+    for i, c in enumerate(cells):
+        me.add_cell(i, numpy.array(c, dtype='uint'))
+    me.close()
+
+    mesh.init_cell_orientations(Expression(("0.0", "0.0", "1.0"), degree=0))
+
+    bb = mesh.bounding_box_tree()
+    p = Point(0.5, 0.25, 0.75)
+    assert bb.compute_first_entity_collision(p) == 0
+
+    p = Point(0.25, 0.5, 0.75)
+    assert bb.compute_first_entity_collision(p) == 1
diff --git a/python/test/unit/mesh/test_mesh.py b/python/test/unit/mesh/test_mesh.py
new file mode 100644
index 0000000..d33673c
--- /dev/null
+++ b/python/test/unit/mesh/test_mesh.py
@@ -0,0 +1,758 @@
+"Unit tests for the mesh library"
+
+# Copyright (C) 2006 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+import numpy
+
+import sys
+import os
+
+import FIAT
+from dolfin import *
+from dolfin_utils.test import fixture, set_parameters_fixture
+from dolfin_utils.test import skip_in_parallel, xfail_in_parallel
+from dolfin_utils.test import cd_tempdir
+
+
+@fixture
+def mesh1d():
+    # Create 1D mesh with degenerate cell
+    mesh1d = UnitIntervalMesh(4)
+    mesh1d.coordinates()[4] = mesh1d.coordinates()[3]
+    return mesh1d
+
+
+@fixture
+def mesh2d():
+    # Create 2D mesh with one equilateral triangle
+    mesh2d = UnitSquareMesh(1, 1, 'left')
+    mesh2d.coordinates()[3] += 0.5*(sqrt(3.0)-1.0)
+    return mesh2d
+
+
+@fixture
+def mesh3d():
+    # Create 3D mesh with regular tetrahedron and degenerate cells
+    mesh3d = UnitCubeMesh(1, 1, 1)
+    mesh3d.coordinates()[2][0] = 1.0
+    mesh3d.coordinates()[7][1] = 0.0
+    return mesh3d
+
+
+@fixture
+def c0(mesh3d):
+    # Original tetrahedron from UnitCubeMesh(1, 1, 1)
+    return Cell(mesh3d, 0)
+
+
+@fixture
+def c1(mesh3d):
+    # Degenerate cell
+    return Cell(mesh3d, 1)
+
+
+@fixture
+def c5(mesh3d):
+    # Regular tetrahedron with edge sqrt(2)
+    return Cell(mesh3d, 5)
+
+
+@fixture
+def interval():
+    return UnitIntervalMesh(10)
+
+
+@fixture
+def square():
+    return UnitSquareMesh(5, 5)
+
+
+@fixture
+def rectangle():
+    return RectangleMesh(Point(0, 0), Point(2, 2), 5, 5)
+
+
+@fixture
+def cube():
+    return UnitCubeMesh(3, 3, 3)
+
+
+@fixture
+def box():
+    return BoxMesh(Point(0, 0, 0), Point(2, 2, 2), 2, 2, 5)
+
+
+@fixture
+def mesh():
+    return UnitSquareMesh(3, 3)
+
+
+@fixture
+def f(mesh):
+    return MeshFunction('int', mesh, 0)
+
+
+def test_UFLCell(interval, square, rectangle, cube, box):
+    import ufl
+    assert ufl.interval == interval.ufl_cell()
+    assert ufl.triangle == square.ufl_cell()
+    assert ufl.triangle == rectangle.ufl_cell()
+    assert ufl.tetrahedron == cube.ufl_cell()
+    assert ufl.tetrahedron == box.ufl_cell()
+
+
+def test_UFLDomain(interval, square, rectangle, cube, box):
+    import ufl
+
+    def _check_ufl_domain(mesh):
+        domain = mesh.ufl_domain()
+        assert mesh.geometry().dim() == domain.geometric_dimension()
+        assert mesh.topology().dim() == domain.topological_dimension()
+        assert mesh.ufl_cell() == domain.ufl_cell()
+        assert mesh.id() == domain.ufl_id()
+
+    _check_ufl_domain(interval)
+    _check_ufl_domain(square)
+    _check_ufl_domain(rectangle)
+    _check_ufl_domain(cube)
+    _check_ufl_domain(box)
+
+
+def test_UnitSquareMesh():
+    """Create mesh of unit square."""
+    mesh = UnitSquareMesh(5, 7)
+    assert mesh.num_entities_global(0) == 48
+    assert mesh.num_entities_global(2) == 70
+
+
+def test_UnitSquareMeshDistributed():
+    """Create mesh of unit square."""
+    mesh = UnitSquareMesh(MPI.comm_world, 5, 7)
+    assert mesh.num_entities_global(0) == 48
+    assert mesh.num_entities_global(2) == 70
+
+
+def test_UnitSquareMeshLocal():
+    """Create mesh of unit square."""
+    mesh = UnitSquareMesh(MPI.comm_self, 5, 7)
+    assert mesh.num_vertices() == 48
+    assert mesh.num_cells() == 70
+
+
+def test_UnitCubeMesh():
+    """Create mesh of unit cube."""
+    mesh = UnitCubeMesh(5, 7, 9)
+    assert mesh.num_entities_global(0) == 480
+    assert mesh.num_entities_global(3) == 1890
+
+
+def test_UnitCubeMeshDistributed():
+    """Create mesh of unit cube."""
+    mesh = UnitCubeMesh(MPI.comm_world, 5, 7, 9)
+    assert mesh.num_entities_global(0) == 480
+    assert mesh.num_entities_global(3) == 1890
+
+
+def test_UnitCubeMeshDistributedLocal():
+    """Create mesh of unit cube."""
+    mesh = UnitCubeMesh(MPI.comm_self, 5, 7, 9)
+    assert mesh.num_vertices() == 480
+    assert mesh.num_cells() == 1890
+
+
+def test_UnitQuadMesh():
+    mesh = UnitSquareMesh.create(5, 7, CellType.Type.quadrilateral)
+    assert mesh.num_entities_global(0) == 48
+    assert mesh.num_entities_global(2) == 35
+
+
+def test_RectangleMeshQuadCreateDistributed():
+    mesh = RectangleMesh.create(MPI.comm_world, [Point(0, 0), Point(1, 1)], [5, 7], CellType.Type.quadrilateral)
+    assert mesh.num_entities_global(0) == 48
+    assert mesh.num_entities_global(2) == 35
+
+
+def test_RectangleMeshQuadCreateDistributedLocal():
+    mesh = RectangleMesh.create(MPI.comm_self, [Point(0, 0), Point(1, 1)], [5, 7], CellType.Type.quadrilateral)
+    assert mesh.num_entities(0) == 48
+    assert mesh.num_entities(2) == 35
+
+
+def test_UnitHexMesh():
+    mesh = UnitCubeMesh.create(5, 7, 9, CellType.Type.hexahedron)
+    assert mesh.num_entities_global(0) == 480
+    assert mesh.num_entities_global(3) == 315
+
+
+def test_BoxMeshHexCreateDistributed():
+    mesh = BoxMesh.create(MPI.comm_world, [Point(0, 0, 0), Point(1, 1, 1)], [5, 7, 9], CellType.Type.hexahedron)
+    assert mesh.num_entities_global(0) == 480
+    assert mesh.num_entities_global(3) == 315
+
+
+def test_BoxMeshHexCreateDistributedLocal():
+    mesh = BoxMesh.create(MPI.comm_self, [Point(0, 0, 0), Point(1, 1, 1)], [5, 7, 9], CellType.Type.hexahedron)
+    assert mesh.num_entities(0) == 480
+    assert mesh.num_entities(3) == 315
+
+
+def test_RefineUnitIntervalMesh():
+    """Refine mesh of unit interval."""
+    mesh = UnitIntervalMesh(20)
+    cell_markers = MeshFunction("bool", mesh, mesh.topology().dim(), False)
+    cell_markers[0] = (MPI.rank(mesh.mpi_comm()) == 0)
+    mesh2 = refine(mesh, cell_markers)
+    assert mesh2.num_entities_global(0) == 22
+    assert mesh2.num_entities_global(1) == 21
+
+
+def test_RefineUnitSquareMesh():
+    """Refine mesh of unit square."""
+    mesh = UnitSquareMesh(5, 7)
+    mesh = refine(mesh)
+    assert mesh.num_entities_global(0) == 165
+    assert mesh.num_entities_global(2) == 280
+
+
+def test_RefineUnitCubeMesh():
+    """Refine mesh of unit cube."""
+    mesh = UnitCubeMesh(5, 7, 9)
+    mesh = refine(mesh)
+    assert mesh.num_entities_global(0) == 3135
+    assert mesh.num_entities_global(3) == 15120
+
+
+def test_P_RefineUnitSquareMesh():
+    mesh = UnitSquareMesh(5, 7)
+    mesh = p_refine(mesh)
+    assert mesh.geometry().degree() == 2
+
+    coords_per_dim = (1, 1, 0)
+    for d in range(3):
+        assert mesh.geometry().num_entity_coordinates(d) == coords_per_dim[d]
+
+    e_idx = mesh.geometry().get_entity_index(1, 0, 0)
+    coord = numpy.array((0.1, 0.2), dtype=numpy.double)
+    mesh.coordinates()[e_idx,:] = coord
+    assert all(mesh.coordinates()[e_idx,:] == coord)
+
+
+def test_P_RefineUnitCubeMesh():
+    mesh = UnitCubeMesh(5, 7, 9)
+    mesh = p_refine(mesh)
+    assert mesh.geometry().degree() == 2
+
+    coords_per_dim = (1, 1, 0, 0)
+    for d in range(4):
+        assert mesh.geometry().num_entity_coordinates(d) == coords_per_dim[d]
+
+    e_idx = mesh.geometry().get_entity_index(1, 0, 0)
+    coord = numpy.array((0.1, 0.2, 0.3), dtype=numpy.double)
+    mesh.coordinates()[e_idx,:] = coord
+    assert all(mesh.coordinates()[e_idx,:] == coord)
+
+
+def test_BoundaryComputation():
+    """Compute boundary of mesh."""
+    mesh = UnitCubeMesh(2, 2, 2)
+    boundary = BoundaryMesh(mesh, "exterior")
+    assert boundary.num_entities_global(0) == 26
+    assert boundary.num_entities_global(2) == 48
+
+
+@xfail_in_parallel
+def test_BoundaryBoundary():
+    """Compute boundary of boundary."""
+    mesh = UnitCubeMesh(2, 2, 2)
+    b0 = BoundaryMesh(mesh, "exterior")
+    b1 = BoundaryMesh(b0, "exterior")
+    assert b1.num_vertices() == 0
+    assert b1.num_cells() == 0
+
+
+@skip_in_parallel
+def test_Assign(mesh, f):
+    """Assign value of mesh function."""
+    f = f
+    f[3] = 10
+    v = Vertex(mesh, 3)
+    assert f[v] == 10
+
+
+@skip_in_parallel
+def test_Write(cd_tempdir, f):
+    """Construct and save a simple meshfunction."""
+    f = f
+    f[0] = 1
+    f[1] = 2
+    file = File("saved_mesh_function.xml")
+    file << f
+
+
+@skip_in_parallel
+def test_Read(cd_tempdir):
+    """Construct and save a simple meshfunction. Then read it back from
+    file."""
+    # mf = mesh.data().create_mesh_function("mesh_data_function", 2)
+    # print "***************", mf
+    # mf[0] = 3
+    # mf[1] = 4
+
+    # f[0] = 1
+    # f[1] = 2
+    # file = File("saved_mesh_function.xml")
+    # file << f
+    # f = MeshFunction('int', mesh, "saved_mesh_function.xml")
+    # assert all(f.array() == f.array())
+
+
+def test_hash():
+    h1 = UnitSquareMesh(4, 4).hash()
+    h2 = UnitSquareMesh(4, 5).hash()
+    h3 = UnitSquareMesh(4, 4).hash()
+    assert h1 == h3
+    assert h1 != h2
+
+
+@skip_in_parallel
+def test_SubsetIterators(mesh):
+    def inside1(x):
+        return x[0] <= 0.5
+
+    def inside2(x):
+        return x[0] >= 0.5
+    sd1 = AutoSubDomain(inside1)
+    sd2 = AutoSubDomain(inside2)
+    cf = MeshFunction('size_t', mesh, mesh.topology().dim())
+    cf.set_all(0)
+    sd1.mark(cf, 1)
+    sd2.mark(cf, 2)
+
+    for i in range(3):
+        num = 0
+        for e in SubsetIterator(cf, i):
+            num += 1
+        assert num == 6
+
+
+# FIXME: Mesh IO tests should be in io test directory
+@skip_in_parallel
+def test_MeshXML2D(cd_tempdir):
+    """Write and read 2D mesh to/from file"""
+    mesh_out = UnitSquareMesh(3, 3)
+    mesh_in = Mesh()
+    file = File("unitsquare.xml")
+    file << mesh_out
+    file >> mesh_in
+    assert mesh_in.num_vertices() == 16
+
+
+@skip_in_parallel
+def test_MeshXML3D(cd_tempdir):
+    """Write and read 3D mesh to/from file"""
+    mesh_out = UnitCubeMesh(3, 3, 3)
+    mesh_in = Mesh()
+    file = File("unitcube.xml")
+    file << mesh_out
+    file >> mesh_in
+    assert mesh_in.num_vertices() == 64
+
+
+@skip_in_parallel
+def xtest_MeshFunction(cd_tempdir):
+    """Write and read mesh function to/from file"""
+    mesh = UnitSquareMesh(1, 1)
+    f = MeshFunction('int', mesh, 0)
+    f[0] = 2
+    f[1] = 4
+    f[2] = 6
+    f[3] = 8
+    file = File("meshfunction.xml")
+    file << f
+    g = MeshFunction('int', mesh, 0)
+    file >> g
+    for v in vertices(mesh):
+        assert f[v] == g[v]
+
+
+def test_GetGeometricalDimension():
+    """Get geometrical dimension of mesh"""
+    mesh = UnitSquareMesh(5, 5)
+    assert mesh.geometry().dim() == 2
+
+
+@skip_in_parallel
+def test_GetCoordinates():
+    """Get coordinates of vertices"""
+    mesh = UnitSquareMesh(5, 5)
+    assert len(mesh.coordinates()) == 36
+
+
+def test_GetCells():
+    """Get cells of mesh"""
+    mesh = UnitSquareMesh(5, 5)
+    assert MPI.sum(mesh.mpi_comm(), len(mesh.cells())) == 50
+
+
+@skip_in_parallel
+def test_cell_inradius(c0, c1, c5):
+    assert round(c0.inradius() - (3.0-sqrt(3.0))/6.0, 7) == 0
+    assert round(c1.inradius() - 0.0, 7) == 0
+    assert round(c5.inradius() - sqrt(3.0)/6.0, 7) == 0
+
+
+@skip_in_parallel
+def test_cell_circumradius(c0, c1, c5):
+    from math import isnan
+    assert round(c0.circumradius() - sqrt(3.0)/2.0, 7) == 0
+    # Implementation of diameter() does not work accurately
+    # for degenerate cells - sometimes yields NaN
+    assert isnan(c1.circumradius())
+    assert round(c5.circumradius() - sqrt(3.0)/2.0, 7) == 0
+
+
+@skip_in_parallel
+def test_cell_h(c0, c1, c5):
+    from math import isnan
+    assert round(c0.h() - sqrt(2.0), 7) == 0
+    assert round(c1.h() - sqrt(2.0), 7) == 0
+    assert round(c5.h() - sqrt(2.0), 7) == 0
+
+
+@skip_in_parallel
+def test_cell_radius_ratio(c0, c1, c5):
+    assert round(c0.radius_ratio() - sqrt(3.0) + 1.0, 7) == 0
+    assert round(c1.radius_ratio() - 0.0, 7) == 0
+    assert round(c5.radius_ratio() - 1.0, 7) == 0
+
+
+@skip_in_parallel
+def xtest_hmin_hmax(mesh1d, mesh2d, mesh3d):
+    assert round(mesh1d.hmin() - 0.0, 7) == 0
+    assert round(mesh1d.hmax() - 0.25, 7) == 0
+    assert round(mesh2d.hmin() - sqrt(2.0), 7) == 0
+    assert round(mesh2d.hmax() - 2.0*sqrt(6.0)/3.0, 7) == 0
+    # nans are not taken into account in hmax and hmin
+    assert round(mesh3d.hmin() - sqrt(3.0), 7) == 0
+    assert round(mesh3d.hmax() - sqrt(3.0), 7) == 0
+
+
+@skip_in_parallel
+def test_rmin_rmax(mesh1d, mesh2d, mesh3d):
+    assert round(mesh1d.rmin() - 0.0, 7) == 0
+    assert round(mesh1d.rmax() - 0.125, 7) == 0
+    assert round(mesh2d.rmin() - 1.0/(2.0+sqrt(2.0)), 7) == 0
+    assert round(mesh2d.rmax() - sqrt(6.0)/6.0, 7) == 0
+    assert round(mesh3d.rmin() - 0.0, 7) == 0
+    assert round(mesh3d.rmax() - sqrt(3.0)/6.0, 7) == 0
+
+
+def test_basic_cell_orientations():
+    "Test that default cell orientations initialize and update as expected."
+    mesh = UnitIntervalMesh(12)
+    orientations = mesh.cell_orientations()
+    print(len(orientations))
+    assert len(orientations) == 0
+
+    mesh.init_cell_orientations(Expression(("0.0", "1.0", "0.0"), degree=0))
+    orientations = mesh.cell_orientations()
+    assert len(orientations) == mesh.num_cells()
+    for i in range(mesh.num_cells()):
+        assert mesh.cell_orientations()[i] == 0
+
+
+@skip_in_parallel
+def test_cell_orientations():
+    "Test that cell orientations update as expected."
+    mesh = UnitIntervalMesh(12)
+    mesh.init_cell_orientations(Expression(("0.0", "1.0", "0.0"), degree=0))
+    for i in range(mesh.num_cells()):
+        assert mesh.cell_orientations()[i] == 0
+
+    mesh = UnitSquareMesh(2, 2)
+    mesh.init_cell_orientations(Expression(("0.0", "0.0", "1.0"), degree=0))
+    reference = numpy.array((0, 1, 0, 1, 0, 1, 0, 1))
+    # Only compare against reference in serial (don't know how to
+    # compare in parallel)
+    for i in range(mesh.num_cells()):
+        assert mesh.cell_orientations()[i] == reference[i]
+
+    mesh = BoundaryMesh(UnitSquareMesh(2, 2), "exterior")
+    mesh.init_cell_orientations(Expression(("x[0]", "x[1]", "x[2]"), degree=1))
+    print(mesh.cell_orientations())
+
+
+# - Facilities to run tests on combination of meshes
+
+ghost_mode = set_parameters_fixture("ghost_mode", [
+    "none",
+    "shared_facet",
+    "shared_vertex",
+])
+
+def _create_two_quads(good):
+    """Create mesh with two quads either with good or
+    bad ordering according to bool parameter
+    """
+    mesh = Mesh()
+    e = MeshEditor()
+    e.open(mesh, "quadrilateral", 2, 2, degree=1)
+    e.init_vertices(6)
+    e.init_cells(2)
+    e.add_vertex(0, Point(0, 0))
+    e.add_vertex(1, Point(1, 0))
+    e.add_vertex(2, Point(2, 0))
+    e.add_vertex(3, Point(0, 1))
+    e.add_vertex(4, Point(1, 1))
+    e.add_vertex(5, Point(2, 1))
+    e.add_cell(0, [0, 1, 3, 4])
+    if good:
+        e.add_cell(1, [1, 2, 4, 5])
+    else:
+        e.add_cell(1, [4, 5, 1, 2])
+    e.close()
+    return mesh
+
+def create_two_good_quads():
+    """Create good mesh with two quads"""
+    return _create_two_quads(True)
+
+def create_two_bad_quads():
+    """Create mesh with two badly ordered quads"""
+    return _create_two_quads(False)
+
+mesh_factories = [
+    (UnitIntervalMesh, (8,)),
+    (UnitSquareMesh, (4, 4)),
+    (UnitDiscMesh.create, (MPI.comm_world, 10, 1, 2)),
+    (UnitDiscMesh.create, (MPI.comm_world, 10, 2, 2)),
+    (UnitDiscMesh.create, (MPI.comm_world, 10, 1, 3)),
+    (UnitDiscMesh.create, (MPI.comm_world, 10, 2, 3)),
+    (SphericalShellMesh.create, (MPI.comm_world, 1,)),
+    (SphericalShellMesh.create, (MPI.comm_world, 2,)),
+    (UnitCubeMesh, (2, 2, 2)),
+    (UnitSquareMesh.create, (4, 4, CellType.Type.quadrilateral)),
+    (UnitCubeMesh.create, (2, 2, 2, CellType.Type.hexahedron)),
+    (create_two_good_quads, ()),
+    # FIXME: Add mechanism for testing meshes coming from IO
+]
+
+mesh_factories_broken_shared_entities = [
+    (UnitIntervalMesh, (8,)),
+    (UnitSquareMesh, (4, 4)),
+    # FIXME: Problem in test_shared_entities
+    pytest.param(((UnitDiscMesh.create, (MPI.comm_world, 10, 1, 2))), marks=xfail_in_parallel),
+    pytest.param(((UnitDiscMesh.create, (MPI.comm_world, 10, 2, 2))), marks=xfail_in_parallel),
+    pytest.param(((UnitDiscMesh.create, (MPI.comm_world, 10, 1, 3))), marks=xfail_in_parallel),
+    pytest.param(((UnitDiscMesh.create, (MPI.comm_world, 10, 2, 3))), marks=xfail_in_parallel),
+    pytest.param(((SphericalShellMesh.create, (MPI.comm_world, 1,))), marks=xfail_in_parallel),
+    pytest.param(((SphericalShellMesh.create, (MPI.comm_world, 2,))), marks=xfail_in_parallel),
+    (UnitCubeMesh, (2, 2, 2)),
+    (UnitSquareMesh.create, (4, 4, CellType.Type.quadrilateral)),
+    (UnitCubeMesh.create, (2, 2, 2, CellType.Type.hexahedron)),
+    pytest.param(((create_two_good_quads, ())), marks=xfail_in_parallel),
+]
+
+# FIXME: Fix this xfail
+def xfail_ghosted_quads_hexes(mesh_factory, ghost_mode):
+    """Xfail when mesh_factory on quads/hexes uses
+    shared_vertex mode. Needs implementing.
+    """
+    if mesh_factory in [UnitSquareMesh.create, UnitCubeMesh.create]:
+        if ghost_mode == 'shared_vertex':
+            pytest.xfail(reason="Missing functionality in '{}' with '' "
+                         "mode".format(mesh_factory, ghost_mode))
+
+
+def test_unorderable_cells():
+    """Test that mesh with unordered quads raises:
+    https://bitbucket.org/fenics-project/dolfin/issues/997/
+    """
+    with pytest.raises(RuntimeError):
+        create_two_bad_quads()
+
+
+@pytest.mark.parametrize('mesh_factory', mesh_factories_broken_shared_entities)
+def test_shared_entities(mesh_factory, ghost_mode):
+    func, args = mesh_factory
+    xfail_ghosted_quads_hexes(func, ghost_mode)
+    mesh = func(*args)
+    dim = mesh.topology().dim()
+
+    # FIXME: Implement a proper test
+    for shared_dim in range(dim + 1):
+        # Initialise global indices (if not already)
+        mesh.init_global(shared_dim)
+
+        assert isinstance(mesh.topology().shared_entities(shared_dim), dict)
+        assert isinstance(mesh.topology().global_indices(shared_dim),
+                          numpy.ndarray)
+
+        if mesh.topology().have_shared_entities(shared_dim):
+            for e in entities(mesh, shared_dim):
+                sharing = e.sharing_processes()
+                assert isinstance(sharing, set)
+                assert (len(sharing) > 0) == e.is_shared()
+
+        n_entities = mesh.num_entities(shared_dim)
+        n_global_entities = mesh.num_entities_global(shared_dim)
+        shared_entities = mesh.topology().shared_entities(shared_dim)
+
+        # Check that sum(local-shared) = global count
+        rank = MPI.rank(mesh.mpi_comm())
+        ct = sum(1 for val in shared_entities.values() if list(val)[0] < rank)
+        num_entities_global = MPI.sum(mesh.mpi_comm(), mesh.num_entities(shared_dim) - ct)
+
+        assert num_entities_global ==  mesh.num_entities_global(shared_dim)
+
+
+@pytest.mark.parametrize('mesh_factory', mesh_factories)
+def test_mesh_topology_against_fiat(mesh_factory, ghost_mode):
+    """Test that mesh cells have topology matching to FIAT reference
+    cell they were created from.
+    """
+    func, args = mesh_factory
+    xfail_ghosted_quads_hexes(func, ghost_mode)
+    mesh = func(*args)
+    assert mesh.ordered()
+    tdim = mesh.topology().dim()
+
+    # Create FIAT cell
+    cell_name = CellType.type2string(mesh.type().cell_type())
+    fiat_cell = FIAT.ufc_cell(cell_name)
+
+    # Initialize all mesh entities and connectivities
+    mesh.init()
+
+    for cell in cells(mesh):
+        # Get mesh-global (MPI-local) indices of cell vertices
+        vertex_global_indices = cell.entities(0)
+
+        # Loop over all dimensions of reference cell topology
+        for d, d_topology in fiat_cell.get_topology().items():
+
+            # Get entities of dimension d on the cell
+            entities = cell.entities(d)
+            if len(entities) == 0:  # Fixup for highest dimension
+                entities = (cell.index(),)
+
+            # Loop over all entities of fixed dimension d
+            for entity_index, entity_topology in d_topology.items():
+
+                # Check that entity vertices map to cell vertices in right order
+                entity = MeshEntity(mesh, d, entities[entity_index])
+                entity_vertices = entity.entities(0)
+                assert all(vertex_global_indices[numpy.array(entity_topology)]
+                           == entity_vertices)
+
+
+@pytest.mark.parametrize('mesh_factory', mesh_factories)
+def test_mesh_ufc_ordering(mesh_factory, ghost_mode):
+    """Test that DOLFIN follows that UFC standard in numbering
+    mesh entities. See chapter 5 of UFC manual
+    https://fenicsproject.org/pub/documents/ufc/ufc-user-manual/ufc-user-manual.pdf
+
+    In fact, numbering of other mesh entities than vertices is
+    not followed.
+    """
+    func, args = mesh_factory
+    xfail_ghosted_quads_hexes(func, ghost_mode)
+    mesh = func(*args)
+    assert mesh.ordered()
+    tdim = mesh.topology().dim()
+
+    # Loop over pair of dimensions d, d1 with d>d1
+    for d in range(tdim+1):
+        for d1 in range(d):
+
+            # NOTE: DOLFIN UFC noncompliance!
+            # DOLFIN has increasing indices only for d-0 incidence
+            # with any d; UFC convention for d-d1 with d>d1>0 is not
+            # respected in DOLFIN
+            if d1 != 0:
+                continue
+
+            # Initialize d-d1 connectivity and d1 global indices
+            mesh.init(d, d1)
+            mesh.init_global(d1)
+            assert mesh.topology().have_global_indices(d1)
+
+            # Loop over entities of dimension d
+            for e in entities(mesh, d):
+
+                # Get global indices
+                subentities_indices = [e1.global_index() for e1 in entities(e, d1)]
+                assert subentities_indices.count(-1) == 0
+
+                # Check that d1-subentities of d-entity have increasing indices
+                assert sorted(subentities_indices) == subentities_indices
+
+
+def test_mesh_topology_reference():
+    """Check that Mesh.topology() returns a reference rather
+    than copy"""
+    mesh = UnitSquareMesh(4, 4)
+    assert mesh.topology().id() == mesh.topology().id()
+
+
+def test_mesh_topology_lifetime():
+    """Check that lifetime of Mesh.topology() is bound to
+    underlying mesh object"""
+    mesh = UnitSquareMesh(4, 4)
+
+    rc = sys.getrefcount(mesh)
+    topology = mesh.topology()
+    assert sys.getrefcount(mesh) == rc + 1
+    del topology
+    assert sys.getrefcount(mesh) == rc
+
+
+def test_mesh_coordinates_lifetime():
+    """Check that lifetime of Mesh.coordinates() is bound to
+    underlying mesh object"""
+    mesh = UnitSquareMesh(4, 4)
+
+    rc = sys.getrefcount(mesh)
+    coordinates = mesh.coordinates()
+    assert sys.getrefcount(mesh) == rc + 1
+    del coordinates
+    assert sys.getrefcount(mesh) == rc
+
+
+def test_mesh_connectivity_lifetime():
+    """Check that lifetime of MeshConnectivity is bound to
+    underlying mesh topology object"""
+    mesh = UnitSquareMesh(4, 4)
+    mesh.init(1, 2)
+    topology = mesh.topology()
+
+    # Refcount checks on the MeshConnectivity object
+    rc = sys.getrefcount(topology)
+    connectivity = topology(1, 2)
+    assert sys.getrefcount(topology) == rc + 1
+    del connectivity
+    assert sys.getrefcount(topology) == rc
+
+    # Refcount checks on the returned connectivities array
+    conn = topology(1, 2)
+    rc = sys.getrefcount(conn)
+    cells = conn(0)
+    assert sys.getrefcount(conn) == rc + 1
+    del cells
+    assert sys.getrefcount(conn) == rc
diff --git a/python/test/unit/mesh/test_mesh_coloring.py b/python/test/unit/mesh/test_mesh_coloring.py
new file mode 100644
index 0000000..f5e2215
--- /dev/null
+++ b/python/test/unit/mesh/test_mesh_coloring.py
@@ -0,0 +1,40 @@
+"""Unit tests for mesh coloring"""
+
+# Copyright (C) 2013-2016 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+from dolfin import *
+from dolfin_utils.test import pushpop_parameters
+
+def test_by_entity_cell_coloring(pushpop_parameters):
+    """Color mesh cells by connections."""
+
+    # Get coloring libraries
+    coloring_libraries = parameters.get_range("graph_coloring_library")
+    for coloring_library in coloring_libraries:
+        parameters["graph_coloring_library"] = coloring_library
+        mesh = UnitCubeMesh(16, 16, 16)
+        mesh.color("vertex")
+        mesh.color("edge")
+        mesh.color("facet")
+
+        # Compute facet-based coloring with distance 2
+        dim = mesh.topology().dim()
+        coloring_type = (dim, dim - 1, dim, dim - 1, dim)
+        mesh.color(coloring_type);
+        colors = MeshColoring.cell_colors(mesh, coloring_type)
diff --git a/python/test/unit/mesh/test_mesh_data.py b/python/test/unit/mesh/test_mesh_data.py
new file mode 100644
index 0000000..7b1f0d4
--- /dev/null
+++ b/python/test/unit/mesh/test_mesh_data.py
@@ -0,0 +1,31 @@
+"Unit tests for the MeshData class"
+
+# Copyright (C) 2011 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2011-08-22
+# Last changed: 2011-08-22
+
+import pytest
+from dolfin import *
+
+
+def test_meshfunction():
+    "Test input/output"
+
+    mesh = UnitCubeMesh(3, 3, 3)
+    f = mesh.data().create_array("foo", 3)
diff --git a/python/test/unit/mesh/test_mesh_editor.py b/python/test/unit/mesh/test_mesh_editor.py
new file mode 100644
index 0000000..36cc3ba
--- /dev/null
+++ b/python/test/unit/mesh/test_mesh_editor.py
@@ -0,0 +1,46 @@
+"Unit tests for the MeshEditor class"
+
+# Copyright (C) 2006-2011 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2006-08-08
+# Last changed: 2014-02-06
+
+from dolfin import *
+import numpy
+
+def test_triangle_mesh():
+
+    # Create mesh object and open editor
+    mesh = Mesh()
+    editor = MeshEditor()
+    editor.open(mesh, "triangle", 2, 2)
+    editor.init_vertices(3)  # test both versions of interface
+    editor.init_vertices_global(3, 3)
+    editor.init_cells(1)    # test both versions of interface
+    editor.init_cells_global(1, 1)
+
+    # Add vertices
+    editor.add_vertex(0, numpy.array([0.0, 0.0], dtype='float'))
+    editor.add_vertex(1, numpy.array([1.0, 0.0], dtype='float'))
+    editor.add_vertex(2, numpy.array([0.0, 1.0], dtype='float'))
+
+    # Add cell
+    editor.add_cell(0, numpy.array([0, 1, 2], dtype='uint'))
+
+    # Close editor
+    editor.close()
diff --git a/python/test/unit/mesh/test_mesh_function.py b/python/test/unit/mesh/test_mesh_function.py
new file mode 100644
index 0000000..a8d098c
--- /dev/null
+++ b/python/test/unit/mesh/test_mesh_function.py
@@ -0,0 +1,160 @@
+"""Unit tests for MeshFunctions"""
+
+# Copyright (C) 2011 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+import numpy.random
+from dolfin import *
+from dolfin_utils.test import fixture, skip_in_parallel
+
+
+@pytest.fixture(params=range(4))
+def name(request):
+    names = [3, 0, 1, 2]
+    return names[request.param]
+
+
+@pytest.fixture(params=range(4))
+def tp(request):
+    tps = ['int', 'size_t', 'bool', 'double']
+    return tps[request.param]
+
+
+@fixture
+def mesh():
+    return UnitCubeMesh(3, 3, 3)
+
+
+@fixture
+def funcs(mesh):
+    names = [3, 0, 1, 2]
+    tps = ['int', 'size_t', 'bool', 'double']
+    funcs = {}
+    for tp in tps:
+        for name in names:
+            funcs[(tp, name)] = eval("MeshFunction('%s', mesh, %d)" % (tp, name))
+    return funcs
+
+
+@fixture
+def cube():
+    return UnitCubeMesh(8, 8, 8)
+
+
+@fixture
+def f(cube):
+    return MeshFunction('int', cube, 0)
+
+
+def test_size(tp, name, funcs, mesh):
+    if name == 0:
+        a = len(funcs[(tp, name)])
+        b = mesh.num_vertices()
+        assert a == b
+    else:
+        a = len(funcs[(tp, name)])
+        b = mesh.num_entities(name)
+        assert a == b
+
+
+def test_access_type(tp, name, funcs):
+    type_dict = dict(int=int, size_t=int, double=float, bool=bool)
+    assert isinstance(funcs[(tp, name)][0], type_dict[tp])
+
+
+def test_numpy_access(funcs, tp, name):
+    values = funcs[(tp, name)].array()
+    values[:] = numpy.random.rand(len(values))
+    assert all(values[i] == funcs[(tp, name)][i] for i in range(len(values)))
+
+
+def test_setvalues(tp, funcs, name):
+    if tp != 'bool':
+        with pytest.raises(TypeError):
+            funcs[(tp, name)].__setitem__(len(funcs[(tp, name)])-1, "jada")
+
+
+def test_Create(cube):
+    """Create MeshFunctions."""
+
+    v = MeshFunction("size_t", cube, 0)
+    assert v.size() == cube.num_vertices()
+
+    v = MeshFunction("size_t", cube, 1)
+    assert v.size() == cube.num_edges()
+
+    v = MeshFunction("size_t", cube, 2)
+    assert v.size() == cube.num_facets()
+
+    v = MeshFunction("size_t", cube, 3)
+    assert v.size() == cube.num_cells()
+
+
+def test_CreateAssign(cube):
+    """Create MeshFunctions with value."""
+    i = 10
+    v = MeshFunction("size_t", cube, 0, i)
+    assert v.size() == cube.num_vertices()
+    assert v[0] == i
+
+    v = MeshFunction("size_t", cube, 1, i)
+    assert v.size() == cube.num_edges()
+    assert v[0] == i
+
+    v = MeshFunction("size_t", cube, 2, i)
+    assert v.size() == cube.num_facets()
+    assert v[0] == i
+
+    v = MeshFunction("size_t", cube, 3, i)
+    assert v.size() == cube.num_cells()
+    assert v[0] == i
+
+
+def test_Assign(f, cube):
+    f = f
+    f[3] = 10
+    v = Vertex(cube, 3)
+    assert f[v] == 10
+
+
+@skip_in_parallel
+def test_meshfunction_where_equal():
+    mesh = UnitSquareMesh(2, 2)
+
+    cf = MeshFunction("size_t", mesh, mesh.topology().dim())
+    cf.set_all(1)
+    cf[0] = 3
+    cf[3] = 3
+    assert list(cf.where_equal(3)) == [0, 3]
+    assert list(cf.where_equal(1)) == [1, 2, 4, 5, 6, 7]
+
+    ff = MeshFunction("size_t", mesh, mesh.topology().dim()-1)
+    ff.set_all(0)
+    ff[0] = 1
+    ff[2] = 3
+    ff[3] = 3
+    assert list(ff.where_equal(1)) == [0]
+    assert list(ff.where_equal(3)) == [2, 3]
+    assert list(ff.where_equal(0)) == [1] + list(range(4, ff.size()))
+
+    vf = MeshFunction("size_t", mesh, 0)
+    vf.set_all(3)
+    vf[1] = 1
+    vf[2] = 1
+    assert list(vf.where_equal(1)) == [1, 2]
+    assert list(vf.where_equal(3)) == [0] + list(range(3, vf.size()))
diff --git a/python/test/unit/mesh/test_mesh_iterator.py b/python/test/unit/mesh/test_mesh_iterator.py
new file mode 100644
index 0000000..6148a21
--- /dev/null
+++ b/python/test/unit/mesh/test_mesh_iterator.py
@@ -0,0 +1,155 @@
+"Unit tests for MeshIterator and subclasses"
+
+# Copyright (C) 2006-2011 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2006-08-08
+# Last changed: 2011-08-21
+
+import pytest
+import numpy
+from dolfin import *
+
+
+def test_vertex_iterators():
+    "Iterate over vertices"
+
+    mesh = UnitCubeMesh(5, 5, 5)
+    for i in range(4):
+        mesh.init(0, i)
+
+    # Test connectivity
+    cons = [(i, mesh.topology()(0,i)) for i in range(4)]
+
+    # Test writability
+    for i, con in cons:
+        def assign(con, i):
+            con(i)[0] = 1
+        with pytest.raises(Exception):
+            assign(con, i)
+
+    n = 0
+    for i, v in enumerate(vertices(mesh)):
+        n += 1
+        for j, con in cons:
+            assert numpy.all(con(i) == v.entities(j))
+
+    assert n == mesh.num_vertices()
+
+    # Check coordinate assignment
+    # FIXME: Outcomment to hopefully please Mac-buildbot
+    #end_point = numpy.array([v.x(0), v.x(1), v.x(2)])
+    #mesh.coordinates()[:] += 2
+    #assert end_point[0] + 2 == mesh.coordinates()[-1,0]
+    #assert end_point[1] + 2 == mesh.coordinates()[-1,1]
+    #assert end_point[2] + 2 == mesh.coordinates()[-1,2]
+
+def test_edge_iterators():
+    "Iterate over edges"
+
+    mesh = UnitCubeMesh(5, 5, 5)
+    for i in range(4):
+        mesh.init(1, i)
+
+    # Test connectivity
+    cons = [(i, mesh.topology()(1,i)) for i in range(4)]
+
+    # Test writability
+    for i, con in cons:
+        def assign(con, i):
+            con(i)[0] = 1
+        with pytest.raises(Exception):
+            assign(con, i)
+
+    n = 0
+    for i, e in enumerate(edges(mesh)):
+        n += 1
+        for j, con in cons:
+            assert numpy.all(con(i) == e.entities(j))
+
+    assert n == mesh.num_edges()
+
+def test_face_iterator():
+    "Iterate over faces"
+
+    mesh = UnitCubeMesh(5, 5, 5)
+    for i in range(4):
+        mesh.init(2, i)
+
+    # Test connectivity
+    cons = [(i, mesh.topology()(2,i)) for i in range(4)]
+
+    # Test writability
+    for i, con in cons:
+        def assign(con, i):
+            con(i)[0] = 1
+        with pytest.raises(Exception):
+            assign(con, i)
+
+    n = 0
+    for i, f in enumerate(faces(mesh)):
+        n += 1
+        for j, con in cons:
+            assert numpy.all(con(i) == f.entities(j))
+
+    assert n == mesh.num_faces()
+
+def test_facet_iterators():
+    "Iterate over facets"
+    mesh = UnitCubeMesh(5, 5, 5)
+    n = 0
+    for f in facets(mesh):
+        n += 1
+    assert n == mesh.num_facets()
+
+def test_cell_iterators():
+    "Iterate over cells"
+    mesh = UnitCubeMesh(5, 5, 5)
+    for i in range(4):
+        mesh.init(3, i)
+
+    # Test connectivity
+    cons = [(i, mesh.topology()(3,i)) for i in range(4)]
+
+    # Test writability
+    for i, con in cons:
+        def assign(con, i):
+            con(i)[0] = 1
+        with pytest.raises(Exception):
+            assign(con, i)
+
+    n = 0
+    for i, c in enumerate(cells(mesh)):
+        n += 1
+        for j, con in cons:
+            assert numpy.all(con(i) == c.entities(j))
+
+    assert n == mesh.num_cells()
+
+    # Test non destruction of MeshEntities
+    cell_list = [c for c in cells(mesh)]
+    assert sum(c.volume() for c in cell_list) == sum(c.volume() for c in cells(mesh))
+
+def test_mixed_iterators():
+    "Iterate over vertices of cells"
+
+    mesh = UnitCubeMesh(5, 5, 5)
+    n = 0
+    for c in cells(mesh):
+        for v in vertices(c):
+            n += 1
+    assert n == 4*mesh.num_cells()
diff --git a/python/test/unit/mesh/test_mesh_markers.py b/python/test/unit/mesh/test_mesh_markers.py
new file mode 100644
index 0000000..0996506
--- /dev/null
+++ b/python/test/unit/mesh/test_mesh_markers.py
@@ -0,0 +1,78 @@
+"""Unit tests for the class MeshMarkers. These unit test actually test
+a bit more than that, since they also test marking of meshes and the
+interaction between Mesh - MeshDomains - MeshMarkers"""
+
+# Copyright (C) 2011 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2011-09-01
+# Last changed: 2011-09-02
+
+import pytest
+from dolfin import *
+
+
+def test_subdomain_marking():
+    "Test setting markers from subdomains"
+
+    # Define subdomains for 5 of the 6 faces of the unit cube
+    class F0(SubDomain):
+        def inside(self, x, inside):
+            return near(x[0], 0.0)
+
+    class F1(SubDomain):
+        def inside(self, x, inside):
+            return near(x[0], 1.0)
+
+    class F2(SubDomain):
+        def inside(self, x, inside):
+            return near(x[1], 0.0)
+
+    class F3(SubDomain):
+        def inside(self, x, inside):
+            return near(x[1], 1.0)
+
+    class F4(SubDomain):
+        def inside(self, x, inside):
+            return near(x[2], 0.0)
+    f0 = F0()
+    f1 = F1()
+    f2 = F2()
+    f3 = F3()
+    f4 = F4()
+
+    # Apply markers to unit cube
+    mesh = UnitCubeMesh(3, 3, 3)
+    f0.mark_facets(mesh, 0)
+    f1.mark_facets(mesh, 1)
+    f2.mark_facets(mesh, 2)
+    f3.mark_facets(mesh, 3)
+    f4.mark_facets(mesh, 4)
+
+    # FIXME: Add test here
+    assert 0 == 0
+
+
+def test_domain_markers():
+    mesh = UnitSquareMesh(3, 3)
+    mdoms = mesh.domains()
+    ret = mdoms.set_marker((0, 2), 2)
+    assert ret
+    ret = mdoms.set_marker((0, 3), 2)
+    assert not ret
+
+    assert mdoms.get_marker(0, 2) == 3
diff --git a/python/test/unit/mesh/test_mesh_quality.py b/python/test/unit/mesh/test_mesh_quality.py
new file mode 100644
index 0000000..75b5ca5
--- /dev/null
+++ b/python/test/unit/mesh/test_mesh_quality.py
@@ -0,0 +1,122 @@
+"Unit tests for the MeshQuality class"
+
+# Copyright (C) 2013 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2013-10-07
+# Last changed:
+
+import pytest
+import numpy
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel
+
+
+def test_radius_ratio_triangle():
+
+    # Create mesh and compute rations
+    mesh = UnitSquareMesh(12, 12)
+    ratios = MeshQuality.radius_ratios(mesh)
+    for c in cells(mesh):
+        assert round(ratios[c] - 0.828427124746, 7) == 0
+
+
+def test_radius_ratio_tetrahedron():
+
+    # Create mesh and compute ratios
+    mesh = UnitCubeMesh(14, 14, 14)
+    ratios = MeshQuality.radius_ratios(mesh)
+    for c in cells(mesh):
+        assert round(ratios[c] - 0.717438935214, 7) == 0
+
+
+def test_radius_ratio_triangle_min_max():
+
+    # Create mesh, collpase and compute min ratio
+    mesh = UnitSquareMesh(12, 12)
+
+    rmin, rmax = MeshQuality.radius_ratio_min_max(mesh)
+    assert rmax <= rmax
+
+    x = mesh.coordinates()
+    x[:, 0] *= 0.0
+    rmin, rmax = MeshQuality.radius_ratio_min_max(mesh)
+    assert round(rmin - 0.0, 7) == 0
+    assert round(rmax - 0.0, 7) == 0
+
+
+def test_radius_ratio_tetrahedron_min_max():
+
+    # Create mesh, collpase and compute min ratio
+    mesh = UnitCubeMesh(12, 12, 12)
+
+    rmin, rmax = MeshQuality.radius_ratio_min_max(mesh)
+    assert rmax <= rmax
+
+    x = mesh.coordinates()
+    x[:, 0] *= 0.0
+    rmin, rmax = MeshQuality.radius_ratio_min_max(mesh)
+    assert round(rmax - 0.0, 7) == 0
+    assert round(rmax - 0.0, 7) == 0
+
+
+def test_radius_ratio_matplotlib():
+    # Create mesh, collpase and compute min ratio
+    mesh = UnitCubeMesh(12, 12, 12)
+    test = MeshQuality.radius_ratio_matplotlib_histogram(mesh, 5)
+    print(test)
+
+
+@skip_in_parallel
+def test_radius_ratio_min_radius_ratio_max():
+    mesh1d = UnitIntervalMesh(4)
+    mesh1d.coordinates()[4] = mesh1d.coordinates()[3]
+
+    # Create 2D mesh with one equilateral triangle
+    mesh2d = UnitSquareMesh(1, 1, 'left')
+    mesh2d.coordinates()[3] += 0.5*(sqrt(3.0)-1.0)
+
+    # Create 3D mesh with regular tetrahedron and degenerate cells
+    mesh3d = UnitCubeMesh(1, 1, 1)
+    mesh3d.coordinates()[2][0] = 1.0
+    mesh3d.coordinates()[7][1] = 0.0
+    rmin, rmax = MeshQuality.radius_ratio_min_max(mesh1d)
+    assert round(rmin - 0.0, 7) == 0
+    assert round(rmax - 1.0, 7) == 0
+
+    rmin, rmax = MeshQuality.radius_ratio_min_max(mesh2d)
+    assert round(rmin - 2.0*sqrt(2.0)/(2.0+sqrt(2.0)), 7) == 0
+    assert round(rmax - 1.0, 7) == 0
+
+    rmin, rmax = MeshQuality.radius_ratio_min_max(mesh3d)
+    assert round(rmin - 0.0, 7) == 0
+    assert round(rmax - 1.0, 7) == 0
+
+
+def test_dihedral_angles_min_max():
+    # Create 3D mesh with regular tetrahedron
+    mesh = UnitCubeMesh(2, 2, 2)
+    dang_min, dang_max = MeshQuality.dihedral_angles_min_max(mesh)
+    assert round(dang_min*(180/numpy.pi) - 45.0) == 0
+    assert round(dang_max*(180/numpy.pi) - 90.0) == 0
+
+
+def test_dihedral_angles_matplotlib():
+    # Create mesh, collpase and compute min ratio
+    mesh = UnitCubeMesh(12, 12, 12)
+    test = MeshQuality.dihedral_angles_matplotlib_histogram(mesh, 5)
+    print(test)
diff --git a/python/test/unit/mesh/test_mesh_transformation.py b/python/test/unit/mesh/test_mesh_transformation.py
new file mode 100644
index 0000000..f13f8e1
--- /dev/null
+++ b/python/test/unit/mesh/test_mesh_transformation.py
@@ -0,0 +1,67 @@
+"Unit tests for the mesh library"
+
+# Copyright (C) 2012 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+from dolfin import *
+
+
+def test_translate_2d():
+    mesh = UnitSquareMesh(8, 8)
+    p = Point(1, 2)
+    mesh.translate(p)
+
+
+def test_translate_3d():
+    mesh = UnitCubeMesh(8, 8, 8)
+    p = Point(1, 2, 3)
+    mesh.translate(p)
+
+
+def test_rotate_2d():
+    mesh = UnitSquareMesh(8, 8)
+    p = Point(1, 2)
+    mesh.rotate(10)
+    mesh.rotate(10, 2)
+    mesh.rotate(10, 2, p)
+
+
+def test_rotate_3d():
+    mesh = UnitCubeMesh(8, 8, 8)
+    p = Point(1, 2, 3)
+    mesh.rotate(30, 0)
+    mesh.rotate(30, 1)
+    mesh.rotate(30, 2)
+    mesh.rotate(30, 0, p)
+
+
+def test_rescale_2d():
+    mesh = UnitSquareMesh(8, 8)
+    p = Point(4, 4)
+    s = 1.5
+    MeshTransformation.rescale(mesh, s, p)
+    comm = mesh.mpi_comm()
+    assert MPI.sum(comm, sum(c.volume() for c in cells(mesh))) == s*s
+
+
+def test_rescale_3d():
+    mesh = UnitCubeMesh(8, 8, 8)
+    p = Point(4, 4, 4)
+    s = 1.5
+    MeshTransformation.rescale(mesh, s, p)
+    comm = mesh.mpi_comm()
+    assert MPI.sum(comm, sum(c.volume() for c in cells(mesh))) == s*s*s
diff --git a/python/test/unit/mesh/test_mesh_value_collection.py b/python/test/unit/mesh/test_mesh_value_collection.py
new file mode 100644
index 0000000..b8c947e
--- /dev/null
+++ b/python/test/unit/mesh/test_mesh_value_collection.py
@@ -0,0 +1,172 @@
+"""Unit tests for MeshValueCollection"""
+
+# Copyright (C) 2011 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2011-03-10
+# Last changed: 2011-03-10
+
+import numpy.random
+from dolfin import *
+
+
+def test_assign_2D_cells():
+    mesh = UnitSquareMesh(3, 3)
+    ncells = mesh.num_cells()
+    f = MeshValueCollection("int", mesh, 2)
+    all_new = True
+    for cell in cells(mesh):
+        value = ncells - cell.index()
+        all_new = all_new and f.set_value(cell.index(), value)
+    g = MeshValueCollection("int", mesh, 2)
+    g.assign(f)
+    assert ncells == f.size()
+    assert ncells == g.size()
+    assert all_new
+
+    for cell in cells(mesh):
+        value = ncells - cell.index()
+        assert value, g.get_value(cell.index() == 0)
+
+    old_value = g.get_value(0, 0)
+    g.set_value(0, 0, old_value + 1)
+    assert old_value + 1 == g.get_value(0, 0)
+
+
+def test_assign_2D_facets():
+    mesh = UnitSquareMesh(3, 3)
+    mesh.init(2, 1)
+    ncells = mesh.num_cells()
+    f = MeshValueCollection("int", mesh, 1)
+    all_new = True
+    for cell in cells(mesh):
+        value = ncells - cell.index()
+        for i, facet in enumerate(facets(cell)):
+            all_new = all_new and f.set_value(cell.index(), i, value + i)
+
+    g = MeshValueCollection("int", mesh, 1)
+    g.assign(f)
+    assert ncells*3 == f.size()
+    assert ncells*3 == g.size()
+    assert all_new
+
+    for cell in cells(mesh):
+        value = ncells - cell.index()
+        for i, facet in enumerate(facets(cell)):
+            assert value+i == g.get_value(cell.index(), i)
+
+
+def test_assign_2D_vertices():
+    mesh = UnitSquareMesh(3, 3)
+    mesh.init(2, 0)
+    ncells = mesh.num_cells()
+    f = MeshValueCollection("int", mesh, 0)
+    all_new = True
+    for cell in cells(mesh):
+        value = ncells - cell.index()
+        for i, vert in enumerate(vertices(cell)):
+            all_new = all_new and f.set_value(cell.index(), i, value+i)
+
+    g = MeshValueCollection("int", mesh, 0)
+    g.assign(f)
+    assert ncells*3 == f.size()
+    assert ncells*3 == g.size()
+    assert all_new
+
+    for cell in cells(mesh):
+        value = ncells - cell.index()
+        for i, vert in enumerate(vertices(cell)):
+            assert value+i == g.get_value(cell.index(), i)
+
+
+def test_mesh_function_assign_2D_cells():
+    mesh = UnitSquareMesh(3, 3)
+    ncells = mesh.num_cells()
+    f = MeshFunction("int", mesh, mesh.topology().dim())
+    for cell in cells(mesh):
+        f[cell] = ncells - cell.index()
+
+    g = MeshValueCollection("int", mesh, 2)
+    g.assign(f)
+    assert ncells == f.size()
+    assert ncells == g.size()
+
+    f2 = MeshFunction("int", mesh, g)
+
+    for cell in cells(mesh):
+        value = ncells - cell.index()
+        assert value == g.get_value(cell.index(), 0)
+        assert f2[cell] == g.get_value(cell.index(), 0)
+
+    h = MeshValueCollection("int", mesh, 2)
+    global_indices = mesh.topology().global_indices(2)
+    ncells_global = mesh.num_entities_global(2)
+    for cell in cells(mesh):
+        if global_indices[cell.index()] in [5, 8, 10]:
+            continue
+        value = ncells_global - global_indices[cell.index()]
+        h.set_value(cell.index(), int(value))
+
+    f3 = MeshFunction("int", mesh, h)
+
+    values = f3.array()
+    values[values > ncells_global] = 0.
+
+    info(str(values))
+    info(str(values.sum()))
+
+    assert MPI.sum(mesh.mpi_comm(), values.sum()*1.0) == 140.
+
+
+def test_mesh_function_assign_2D_facets():
+    mesh = UnitSquareMesh(3, 3)
+    mesh.init(1)
+    f = MeshFunction("int", mesh, mesh.topology().dim()-1, 25)
+    for cell in cells(mesh):
+        for i, facet in enumerate(facets(cell)):
+            assert 25 == f[facet]
+
+    g = MeshValueCollection("int", mesh, 1)
+    g.assign(f)
+    assert mesh.num_facets() == f.size()
+    assert mesh.num_cells()*3 == g.size()
+    for cell in cells(mesh):
+        for i, facet in enumerate(facets(cell)):
+            assert 25 == g.get_value(cell.index(), i)
+
+    f2 = MeshFunction("int", mesh, g)
+
+    for cell in cells(mesh):
+        for i, facet in enumerate(facets(cell)):
+            assert f2[facet] == g.get_value(cell.index(), i)
+
+
+def test_mesh_function_assign_2D_vertices():
+    mesh = UnitSquareMesh(3, 3)
+    mesh.init(0)
+    f = MeshFunction("int", mesh, 0, 25)
+    g = MeshValueCollection("int", mesh, 0)
+    g.assign(f)
+    assert mesh.num_vertices() == f.size()
+    assert mesh.num_cells()*3 == g.size()
+
+    f2 = MeshFunction("int", mesh, g)
+
+    for cell in cells(mesh):
+        for i, vert in enumerate(vertices(cell)):
+            assert 25 == g.get_value(cell.index(), i)
+            assert f2[vert] == g.get_value(cell.index(), i)
diff --git a/python/test/unit/mesh/test_meshview.py b/python/test/unit/mesh/test_meshview.py
new file mode 100644
index 0000000..80ef7f8
--- /dev/null
+++ b/python/test/unit/mesh/test_meshview.py
@@ -0,0 +1,117 @@
+#!/usr/bin/env py.test
+
+"""Unit tests for MeshView class"""
+
+# Copyright (C) 2011 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2011-02-26
+# Last changed: 2014-05-30
+
+import pytest
+from dolfin import *
+from dolfin_utils.test import fixture, skip_in_parallel
+
+
+@fixture
+def cube():
+    return UnitCubeMesh(5, 5, 5)
+
+
+@fixture
+def square():
+    return UnitSquareMesh(5, 5)
+
+
+@pytest.fixture(scope='module', params=range(2))
+def meshes(cube, square, request):
+    mesh = [cube, square]
+    return mesh[request.param]
+
+
+@skip_in_parallel
+def test_make_facets_view(square, cube):
+    """Create view of facets"""
+
+    def _check_facets_view(mesh):
+        marker = MeshFunction("size_t", mesh, mesh.topology().dim()-1, 0)
+        D = mesh.topology().dim()
+        mesh.init(D-1, D)
+
+        c = 0
+        for f in facets(mesh):
+            if f.num_global_entities(D) == 1:
+                marker[f] = 1
+                c += 1
+
+        m2 = MeshView.create(marker, 1)
+
+        assert m2.num_cells() == c
+        assert m2.num_cells() == len(m2.topology().mapping()[mesh.id()].cell_map())
+        assert m2.num_vertices() == len(m2.topology().mapping()[mesh.id()].vertex_map())
+
+    _check_facets_view(square)
+    _check_facets_view(cube)
+
+
+@skip_in_parallel
+def test_make_cells_view(square, cube):
+    """Create view of cells"""
+
+    def _check_cells_view(mesh):
+        marker = MeshFunction("size_t", mesh, mesh.topology().dim(),  0)
+
+        ct = 0
+        for c in cells(mesh):
+            if c.midpoint().x() < 0.5:
+                marker[c] = 1
+                ct += 1
+
+        m2 = MeshView.create(marker, 1)
+
+        assert m2.num_cells() == ct
+        assert m2.num_cells() == len(m2.topology().mapping()[mesh.id()].cell_map())
+        assert m2.num_vertices() == len(m2.topology().mapping()[mesh.id()].vertex_map())
+
+    _check_cells_view(square)
+    _check_cells_view(cube)
+
+
+@skip_in_parallel
+def test_make_edges_view(cube):
+    """Create view of edges"""
+
+    marker = MeshFunction("size_t", cube, 1, 0)
+    cube.init(1, 3)
+
+    c = 0
+    for e in edges(cube):
+        if (e.midpoint().x() == 0 or e.midpoint().x() == 1):
+            marker[e] = 1
+            c += 1
+        elif (e.midpoint().y() == 0 or e.midpoint().y() == 1):
+            marker[e] = 1
+            c += 1
+        elif (e.midpoint().z() == 0 or e.midpoint().z() == 1):
+            marker[e] = 1
+            c += 1
+
+    m2 = MeshView.create(marker, 1)
+
+    assert m2.num_cells() == c
+    assert m2.num_cells() == len(m2.topology().mapping()[cube.id()].cell_map())
+    assert m2.num_vertices() == len(m2.topology().mapping()[cube.id()].vertex_map())
diff --git a/python/test/unit/mesh/test_periodic_boundary_computation.py b/python/test/unit/mesh/test_periodic_boundary_computation.py
new file mode 100644
index 0000000..ec516a7
--- /dev/null
+++ b/python/test/unit/mesh/test_periodic_boundary_computation.py
@@ -0,0 +1,67 @@
+"""Unit tests for PeriodicBoundaryComputation"""
+
+# Copyright (C) 2013 Mikael Mortensen
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2013-04-12
+# Last changed: 2014-05-30
+
+import pytest
+import numpy as np
+from dolfin import *
+
+from dolfin_utils.test import *
+
+
+@fixture
+def periodic_boundary():
+    class PeriodicBoundary(SubDomain):
+        def inside(self, x, on_boundary):
+            return x[0] < DOLFIN_EPS
+
+        def map(self, x, y):
+            y[0] = x[0] - 1.0
+            y[1] = x[1]
+
+    return PeriodicBoundary()
+
+@fixture
+def mesh():
+    return UnitSquareMesh(4, 4)
+
+
+@skip_in_parallel
+def test_ComputePeriodicPairs(periodic_boundary, mesh):
+
+    # Verify that correct number of periodic pairs are computed
+    vertices = PeriodicBoundaryComputation.compute_periodic_pairs(mesh, periodic_boundary, 0)
+    edges = PeriodicBoundaryComputation.compute_periodic_pairs(mesh, periodic_boundary, 1)
+    assert len(vertices) == 5
+    assert len(edges) == 4
+
+
+@skip_in_parallel
+def test_MastersSlaves(periodic_boundary, mesh):
+
+    # Verify that correct number of masters and slaves are marked
+    mf = PeriodicBoundaryComputation.masters_slaves(mesh, periodic_boundary, 0)
+    assert len(np.where(mf.array() == 1)[0]) == 5
+    assert len(np.where(mf.array() == 2)[0]) == 5
+
+    mf = PeriodicBoundaryComputation.masters_slaves(mesh, periodic_boundary, 1)
+    assert len(np.where(mf.array() == 1)[0]) == 4
+    assert len(np.where(mf.array() == 2)[0]) == 4
diff --git a/python/test/unit/mesh/test_sub_domain.py b/python/test/unit/mesh/test_sub_domain.py
new file mode 100644
index 0000000..65235f5
--- /dev/null
+++ b/python/test/unit/mesh/test_sub_domain.py
@@ -0,0 +1,229 @@
+"""Unit tests for SubDomain"""
+
+# Copyright (C) 2013 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+
+import numpy as np
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel
+import pytest
+
+
+def test_compiled_subdomains():
+    def noDefaultValues():
+        CompiledSubDomain("a")
+
+    def wrongDefaultType():
+        CompiledSubDomain("a", a="1")
+
+    def wrongParameterNames():
+        CompiledSubDomain("foo", bar=1.0)
+
+    with pytest.raises(RuntimeError):
+        noDefaultValues()
+    with pytest.raises(TypeError):
+        wrongDefaultType()
+    with pytest.raises(RuntimeError):
+        wrongParameterNames()
+
+
+@skip_in_parallel
+def test_compiled_subdomains_compilation_failure():
+    def invalidCppCode():
+        CompiledSubDomain("/")
+    with pytest.raises(RuntimeError):
+        invalidCppCode()
+
+def test_creation_and_marking():
+
+    class Left(SubDomain):
+        def inside(self, x, on_boundary):
+            return x[0] < DOLFIN_EPS
+
+    class LeftOnBoundary(SubDomain):
+        def inside(self, x, on_boundary):
+            return x[0] < DOLFIN_EPS and on_boundary
+
+    class Right(SubDomain):
+        def inside(self, x, on_boundary):
+            return x[0] > 1.0 - DOLFIN_EPS
+
+    class RightOnBoundary(SubDomain):
+        def inside(self, x, on_boundary):
+            return x[0] > 1.0 - DOLFIN_EPS and on_boundary
+
+    cpp_code = """
+        #include<pybind11/pybind11.h>
+        #include<pybind11/eigen.h>
+        namespace py = pybind11;
+
+        #include<Eigen/Dense>
+        #include<dolfin/mesh/SubDomain.h>
+
+        class Left : public dolfin::SubDomain
+        {
+        public:
+
+          virtual bool inside(Eigen::Ref<const Eigen::VectorXd> x, bool on_boundary) const
+          {
+            return x[0] < DOLFIN_EPS;
+          }
+        };
+
+        class LeftOnBoundary : public dolfin::SubDomain
+        {
+        public:
+
+          virtual bool inside(Eigen::Ref<const Eigen::VectorXd> x, bool on_boundary) const
+          {
+            return x[0] < DOLFIN_EPS and on_boundary;
+          }
+        };
+
+        class Right : public dolfin::SubDomain
+        {
+        public:
+
+          virtual bool inside(Eigen::Ref<const Eigen::VectorXd> x, bool on_boundary) const
+          {
+            return x[0] > 1.0 - DOLFIN_EPS;
+          }
+        };
+
+        class RightOnBoundary : public dolfin::SubDomain
+        {
+        public:
+
+          virtual bool inside(Eigen::Ref<const Eigen::VectorXd> x, bool on_boundary) const
+          {
+            return x[0] > 1.0 - DOLFIN_EPS and on_boundary;
+          }
+        };
+
+    PYBIND11_MODULE(SIGNATURE, m) {
+       //py::object SubDomain = (py::object) py::module::import("dolfin").attr("SubDomain");
+       py::class_<dolfin::SubDomain>(m, "SubDomain", py::module_local());
+       py::class_<Left, std::unique_ptr<Left>, dolfin::SubDomain>(m, "Left").def(py::init<>());
+       py::class_<Right, std::unique_ptr<Right>, dolfin::SubDomain>(m, "Right").def(py::init<>());
+       py::class_<LeftOnBoundary, std::unique_ptr<LeftOnBoundary>, dolfin::SubDomain>(m, "LeftOnBoundary").def(py::init<>());
+       py::class_<RightOnBoundary, std::unique_ptr<RightOnBoundary>, dolfin::SubDomain>(m, "RightOnBoundary").def(py::init<>());
+    }
+    """
+
+    compiled_domain_module = compile_cpp_code(cpp_code)
+
+    subdomain_pairs = [(Left(), Right()),
+                       (LeftOnBoundary(), RightOnBoundary()),
+                       (AutoSubDomain(lambda x, on_boundary: x[0] < DOLFIN_EPS),
+                        AutoSubDomain(lambda x, on_boundary: x[0] > 1.0 - DOLFIN_EPS)),
+                       (AutoSubDomain(lambda x, on_boundary: x[0] < DOLFIN_EPS and on_boundary),
+                        AutoSubDomain(lambda x, on_boundary: x[0] > 1.0 - DOLFIN_EPS and on_boundary)),
+                       (CompiledSubDomain("near(x[0], _a)", _a=0.0),
+                        CompiledSubDomain("near(x[0], _a)", _a=1.0)),
+                       (CompiledSubDomain("near(x[0], _a) and on_boundary", _a=0.0),
+                        CompiledSubDomain("near(x[0], _a) and on_boundary", _a=1.0)),
+                       (CompiledSubDomain("near(x[0], 0.0)"),
+                        CompiledSubDomain("near(x[0], 1.0)")),
+                       (CompiledSubDomain("near(x[0], 0.0) and on_boundary"),
+                        CompiledSubDomain("near(x[0], 1.0) and on_boundary")),
+                       #
+                       # (compiled_domain_module.Left(),
+                       #  compiled_domain_module.Right()),
+                       # (compiled_domain_module.LeftOnBoundary(),
+                       #  compiled_domain_module.RightOnBoundary())
+    ]
+
+    empty = CompiledSubDomain("false")
+    every = CompiledSubDomain("true")
+
+    for ind, MeshClass in enumerate([UnitIntervalMesh, UnitSquareMesh,
+                                     UnitCubeMesh]):
+        dim = ind + 1
+        args = [10]*dim
+        mesh = MeshClass(*args)
+
+        mesh.init()
+
+        for left, right in subdomain_pairs:
+            for t_dim, f_dim in [(0, 0),
+                                    (mesh.topology().dim()-1, dim - 1),
+                                    (mesh.topology().dim(), dim)]:
+                f = MeshFunction("size_t", mesh, t_dim, 0)
+
+                left.mark(f, int(1))
+                right.mark(f, 2)
+
+                correct = {(1, 0): 1,
+                           (1, 1): 0,
+                           (2, 0): 11,
+                           (2, 1): 10,
+                           (2, 2): 0,
+                           (3, 0): 121,
+                           (3, 2): 200,
+                           (3, 3): 0}
+
+                # Check that the number of marked entities are at least the
+                # correct number (it can be larger in parallel)
+                assert all(value >= correct[dim, f_dim]
+                for value in [
+                        MPI.sum(mesh.mpi_comm(), float((f.array() == 2).sum())),
+                        MPI.sum(mesh.mpi_comm(), float((f.array() == 1).sum())),
+                ])
+
+        for t_dim, f_dim in [(0, 0),
+                                (mesh.topology().dim()-1, dim-1),
+                                (mesh.topology().dim(), dim)]:
+            f = MeshFunction("size_t", mesh, t_dim, 0)#
+
+            empty.mark(f, 1)
+            every.mark(f, 2)
+
+            # Check that the number of marked entities is correct
+            assert sum(f.array() == 1) == 0
+            assert sum(f.array() == 2) == mesh.num_entities(f_dim)
+
+# Skipping in parallel due to lack of parallel support for SubMesh
+@skip_in_parallel
+def test_snap_boundary():
+
+    # This test checks whether the expected modifications are made
+    # to mesh vertex coordinates when snap_boundary is called.
+
+    for ind, MeshClass in enumerate([UnitIntervalMesh, UnitSquareMesh,
+                                     UnitCubeMesh]):
+        # SubDomain whose snap method modifies all coordinate components
+        # to be zero.
+        dim = ind+1
+        class ZeroSnap(SubDomain):
+            def inside(self,x,on_boundary):
+                return True
+            def snap(self,x):
+                for i in range(0,dim):
+                    x[i] = 0.0
+
+        # Create mesh and modify coordinates via snapping.  Note that all vertices
+        # are on the boundary.
+        args = [1,]*dim
+        mesh = MeshClass(*args)
+        mesh.snap_boundary(ZeroSnap())
+
+        # Verify that all mesh coordinates are now zero.
+        for x in mesh.coordinates():
+            for x_i in x:
+                assert x_i==0.0
+    
diff --git a/python/test/unit/mesh/test_sub_mesh.py b/python/test/unit/mesh/test_sub_mesh.py
new file mode 100644
index 0000000..eb01d33
--- /dev/null
+++ b/python/test/unit/mesh/test_sub_mesh.py
@@ -0,0 +1,114 @@
+"Unit tests for the mesh library"
+
+# Copyright (C) 2006 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import os
+import gc
+import pytest
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel, datadir, fixture
+
+
+@pytest.mark.parametrize("MeshFunc", [
+    (UnitIntervalMesh, (10,)),
+    (UnitSquareMesh, (10, 10)),
+    (UnitCubeMesh, (10, 10, 10)),
+])
+@skip_in_parallel
+def test_creation(MeshFunc):
+    """Create SubMesh."""
+    args = MeshFunc[1]
+    MeshFunc = MeshFunc[0]
+    mesh = MeshFunc(*args)
+    dim_t = mesh.topology().dim()
+    mesh.domains().init(dim_t)
+    domains = MeshFunction("size_t", mesh, mesh.topology().dim(), 0)
+    for cell in cells(mesh):
+        # Mark half the cells
+        if cell.index() > mesh.num_cells()/2:
+            break
+        domains[cell] = 1
+        mesh.domains().set_marker((cell.index(), 1), dim_t)
+
+    # Create mesh from stored MeshValueCollection and
+    # external MeshFunction
+    smesh0 = SubMesh(mesh, 1)
+    smesh1 = SubMesh(mesh, domains, 1)
+    assert smesh0.num_cells() == smesh1.num_cells()
+    assert smesh0.num_vertices() == smesh1.num_vertices()
+    # Check that we create the same sub mesh with the same
+    # MeshValueCollection
+    for cell0, cell1 in zip(cells(smesh0), cells(smesh1)):
+        assert cell0.index() == cell1.index()
+        assert smesh0.domains().get_marker(cell0.index(), dim_t) == \
+            smesh1.domains().get_marker(cell1.index(), dim_t)
+
+    # This test passed for unittest because it called SubMesh((mesh, 2))
+    # and not SubMesh(mesh, 2)
+    # with pytest.raises(RuntimeError):
+    #    SubMesh(mesh, 2)
+
+    mesh = MeshFunc(*args)
+    with pytest.raises(RuntimeError):
+        SubMesh(mesh, 1)
+
+
+@skip_in_parallel
+def test_facet_domain_propagation(datadir):
+
+    # Boxes contains two subdomains with marked faces between
+    # them.  These faces are marked with 5, 10, 15.
+    mesh = Mesh(os.path.join(datadir, "boxes.xml"))
+
+    inner = SubMesh(mesh, 1)
+    outer = SubMesh(mesh, 2)
+
+    # Test dict interface
+    D = mesh.topology().dim() - 1
+    parent_facets = mesh.domains().markers(D)
+    inner_facets = inner.domains().markers(D)
+    outer_facets = outer.domains().markers(D)
+
+    for value in [5, 10, 15]:
+        sum_parent = 0
+        sum_inner = 0
+        sum_outer = 0
+        for key, val in parent_facets.items():
+            if val == value:
+                sum_parent += val
+        for key, val in inner_facets.items():
+            if val == value:
+                sum_inner += val
+        for key, val in outer_facets.items():
+            if val == value:
+                sum_outer += val
+
+        assert sum_outer == sum_inner
+        assert sum_outer == sum_parent
+
+    # Test Meshfunction interface
+    parent_facets = MeshFunction("size_t", mesh, D, mesh.domains())
+    inner_facets = MeshFunction("size_t", inner, D, inner.domains())
+    outer_facets = MeshFunction("size_t", outer, D, outer.domains())
+
+    # Check we have the same number of value-marked facets
+    for value in [5, 10, 15]:
+        assert ((inner_facets.array() == value).sum() ==
+                (outer_facets.array() == value).sum())
+        assert ((parent_facets.array() == value).sum() ==
+                (outer_facets.array() == value).sum())
diff --git a/python/test/unit/meshconvert/data/abaqus.inp b/python/test/unit/meshconvert/data/abaqus.inp
new file mode 100644
index 0000000..d670461
--- /dev/null
+++ b/python/test/unit/meshconvert/data/abaqus.inp
@@ -0,0 +1,79 @@
+*HEADING
+Test input
+*Node, NSET=CORNER
+100, 0., 0., 0
+180, 1., 0., 0
+810, 0., 1., 0
+818, 1., 1., 0
+200, 10., 10., 10
+201, 10., 10., 11
+** Note that this node is not in a set
+*NODE
+1000, 0.0, 0.0, 0.0
+1001, 1., 0., 0
+1002, 0., 1., 0
+1003, 1., 1., 0
+1004, 10., 10., 10
+1005, 10., 10., 11
+*NGEN, NSET=LEFT
+100, 810, 200
+*NGEN, NSET=RIGHT
+180, 818, 200
+*NFILL, NSET=MIDDLE
+LEFT, RIGHT, 80, 1
+*NSET, NSET=ALL
+LEFT, RIGHT, MIDDLE, CORNER
+**
+**
+*ELEMENT, TYPE=C3D4, ELSET=FIRST
+1, 100, 180, 810, 818
+*ELEMENT, TYPE=C3D4, ELSET=SECOND
+2, 100, 180, 200, 201
+** Note that this element is not in a set
+*ELEMENT, TYPE=C3D4
+3, 810, 818, 200, 201
+*ELGEN, ELSET=MOST
+1, 40, 2, 1, 40, 200, 40, 1
+*ELSET, ELSET=ALL
+FIRST, MOST
+**
+**
+*SOLID SECTION, ELSET=FIRST, MATERIAL=HY100
+*MATERIAL,NAME=HY100
+*ELASTIC
+180.0E+09,0.3
+*DENSITY
+7.7E+3
+*SOLID SECTION, ELSET=SECOND, MATERIAL=HY200
+*MATERIAL,NAME=HY200
+*MATERIAL,NAME=HY300
+**
+**
+*NSET, NSET=CENTER, GENERATE
+3736,4536,200
+3738,4538,200
+3740,4540,200
+3742,4542,200
+3744,4544,200
+**
+**
+*BOUNDARY
+LEFT, 1, 5, 0.
+RIGHT, 1, 5, 0.
+**
+**
+*PREPRINT, MODEL=NO, ECHO=NO
+*AMPLITUDE, NAME=ATONCE
+0., 0., 1e-6, 1., 2e-6, 1., 3e-6, 0., 5, 0.
+*STEP, NLGEOM=YES
+*DYNAMIC, EXPLICIT
+ , 1.e-4,
+*CLOAD, AMPLITUDE=ATONCE
+CENTER, 3, -1.e8
+*HISTORY OUTPUT, TIME INTERVAL=1e-4
+*NODE HISTORY, NSET=ALL
+U
+*FILE OUTPUT, NUMBER INTERVAL=1
+*NODE FILE, NSET=ALL
+U
+*END STEP
diff --git a/python/test/unit/meshconvert/data/abaqus_facet.inp b/python/test/unit/meshconvert/data/abaqus_facet.inp
new file mode 100644
index 0000000..90765c7
--- /dev/null
+++ b/python/test/unit/meshconvert/data/abaqus_facet.inp
@@ -0,0 +1,781 @@
+*HEADING
+cubit(abaqus/test/unit/meshconvert/python/data/abaqus_facet.inp): 12/19/2013: 12
+version: 13.1
+**
+********************************** P A R T S **********************************
+*PART, NAME=Part-Default
+**
+********************************** N O D E S **********************************
+*NODE, NSET=ALLNODES
+    1620,    5.000000e-01,    0.000000e+00,   -5.000000e-01
+    1621,    4.330127e-01,   -2.500000e-01,   -5.000000e-01
+    1622,    2.500000e-01,   -4.330127e-01,   -5.000000e-01
+    1623,    3.061617e-17,   -5.000000e-01,   -5.000000e-01
+    1624,   -2.500000e-01,   -4.330127e-01,   -5.000000e-01
+    1625,   -4.330127e-01,   -2.500000e-01,   -5.000000e-01
+    1626,   -5.000000e-01,   -6.123234e-17,   -5.000000e-01
+    1627,   -4.330127e-01,    2.500000e-01,   -5.000000e-01
+    1628,   -2.500000e-01,    4.330127e-01,   -5.000000e-01
+    1629,   -9.184851e-17,    5.000000e-01,   -5.000000e-01
+    1630,    2.500000e-01,    4.330127e-01,   -5.000000e-01
+    1631,    4.330127e-01,    2.500000e-01,   -5.000000e-01
+    1632,    5.000000e-01,    0.000000e+00,    5.000000e-01
+    1633,    4.330127e-01,    2.500000e-01,    5.000000e-01
+    1634,    2.500000e-01,    4.330127e-01,    5.000000e-01
+    1635,    3.061617e-17,    5.000000e-01,    5.000000e-01
+    1636,   -2.500000e-01,    4.330127e-01,    5.000000e-01
+    1637,   -4.330127e-01,    2.500000e-01,    5.000000e-01
+    1638,   -5.000000e-01,    6.123234e-17,    5.000000e-01
+    1639,   -4.330127e-01,   -2.500000e-01,    5.000000e-01
+    1640,   -2.500000e-01,   -4.330127e-01,    5.000000e-01
+    1641,   -9.184851e-17,   -5.000000e-01,    5.000000e-01
+    1642,    2.500000e-01,   -4.330127e-01,    5.000000e-01
+    1643,    4.330127e-01,   -2.500000e-01,    5.000000e-01
+    1644,    5.000000e-01,   -9.836362e-06,    2.499603e-01
+    1645,    4.329544e-01,   -2.501009e-01,    2.502143e-01
+    1646,    2.496835e-01,   -4.331953e-01,    2.499602e-01
+    1647,   -2.984207e-04,   -4.999999e-01,    2.498906e-01
+    1648,   -2.502906e-01,   -4.328448e-01,    2.498300e-01
+    1649,   -4.331478e-01,   -2.497658e-01,    2.497848e-01
+    1650,   -4.999999e-01,    3.419011e-04,    2.497897e-01
+    1651,   -4.329081e-01,    2.501811e-01,    2.499582e-01
+    1652,   -2.498296e-01,    4.331110e-01,    2.500278e-01
+    1653,    3.438233e-04,    4.999999e-01,    2.500302e-01
+    1654,    2.499892e-01,    4.330189e-01,    2.497462e-01
+    1655,    4.329941e-01,    2.500322e-01,    2.498010e-01
+    1656,    4.999998e-01,   -4.320394e-04,   -2.499326e-01
+    1657,    4.330699e-01,    2.499008e-01,   -2.501072e-01
+    1658,    2.501742e-01,    4.329121e-01,   -2.503052e-01
+    1659,    1.539119e-04,    5.000000e-01,   -2.502326e-01
+    1660,   -2.498446e-01,    4.331024e-01,   -2.501255e-01
+    1661,   -4.329432e-01,    2.501204e-01,   -2.502139e-01
+    1662,   -5.000000e-01,    1.052439e-04,   -2.502535e-01
+    1663,   -4.331594e-01,   -2.497457e-01,   -2.502268e-01
+    1664,   -2.501351e-01,   -4.329347e-01,   -2.500830e-01
+    1665,   -3.053758e-04,   -4.999999e-01,   -2.501416e-01
+    1666,    2.495363e-01,   -4.332801e-01,   -2.497703e-01
+    1667,    4.328167e-01,   -2.503393e-01,   -2.496924e-01
+    1668,    4.328757e-01,   -2.502371e-01,    1.595420e-06
+    1669,    2.497003e-01,   -4.331856e-01,    2.431921e-05
+    1670,   -3.321875e-04,   -4.999999e-01,   -1.370747e-04
+    1671,   -2.502724e-01,   -4.328553e-01,   -2.048238e-04
+    1672,   -4.331549e-01,   -2.497536e-01,   -2.094810e-04
+    1673,   -4.999999e-01,    2.304082e-04,   -2.380535e-04
+    1674,   -4.329014e-01,    2.501926e-01,   -9.967719e-05
+    1675,   -2.498211e-01,    4.331159e-01,   -9.929825e-05
+    1676,    2.793518e-04,    4.999999e-01,   -2.895325e-04
+    1677,    5.000000e-01,   -1.503351e-04,   -1.182414e-04
+    1678,    4.330896e-01,    2.498668e-01,   -3.202120e-04
+    1679,    2.501308e-01,    4.329371e-01,   -2.922078e-04
+    1680,    2.284294e-01,   -1.501228e-02,   -5.000000e-01
+    1681,    1.895227e-01,   -1.906886e-01,   -5.000000e-01
+    1682,    1.593603e-01,   -3.223930e-01,   -5.000000e-01
+    1683,    3.855816e-02,   -3.434777e-01,   -5.000000e-01
+    1684,   -2.283257e-01,   -1.081840e-01,   -5.000000e-01
+    1685,   -3.275273e-01,    8.896469e-03,   -5.000000e-01
+    1686,   -1.368263e-01,    2.492225e-01,   -5.000000e-01
+    1687,    1.794655e-02,    2.941194e-01,   -5.000000e-01
+    1688,    1.613575e-01,    2.964500e-01,   -5.000000e-01
+    1689,    2.161260e-01,    1.622179e-01,   -5.000000e-01
+    1690,   -7.340782e-02,    1.438429e-01,   -5.000000e-01
+    1691,    2.747841e-02,   -1.281244e-02,   -5.000000e-01
+    1692,   -4.250352e-02,   -2.034698e-01,   -5.000000e-01
+    1693,   -2.524348e-01,    1.358763e-01,   -5.000000e-01
+    1694,   -1.331654e-01,    3.587378e-02,   -5.000000e-01
+    1695,    4.976821e-02,    1.464325e-01,   -5.000000e-01
+    1696,    2.283326e-01,    1.501524e-02,    5.000000e-01
+    1697,    1.895128e-01,    1.906839e-01,    5.000000e-01
+    1698,    1.593580e-01,    3.223932e-01,    5.000000e-01
+    1699,    3.856121e-02,    3.434830e-01,    5.000000e-01
+    1700,   -2.283734e-01,    1.082141e-01,    5.000000e-01
+    1701,   -3.275757e-01,   -8.864649e-03,    5.000000e-01
+    1702,   -1.369750e-01,   -2.491747e-01,    5.000000e-01
+    1703,    1.782396e-02,   -2.941013e-01,    5.000000e-01
+    1704,    1.612799e-01,   -2.964374e-01,    5.000000e-01
+    1705,    2.160157e-01,   -1.621982e-01,    5.000000e-01
+    1706,   -7.354821e-02,   -1.438019e-01,    5.000000e-01
+    1707,    2.737237e-02,    1.283551e-02,    5.000000e-01
+    1708,   -4.252359e-02,    2.034926e-01,    5.000000e-01
+    1709,   -2.525196e-01,   -1.358313e-01,    5.000000e-01
+    1710,   -1.332791e-01,   -3.582629e-02,    5.000000e-01
+    1711,    4.960948e-02,   -1.464047e-01,    5.000000e-01
+    1712,    3.000737e-01,   -8.652781e-02,    8.110248e-02
+    1713,    3.140742e-02,   -6.658081e-03,   -2.139514e-02
+    1714,    1.260078e-01,   -2.235282e-01,   -2.097017e-02
+    1715,    1.730893e-01,    1.397733e-02,    1.870613e-01
+    1716,    2.956163e-01,   -6.746598e-02,    3.385367e-01
+    1717,   -9.880973e-02,   -7.910880e-02,    3.853914e-01
+    1718,    1.507665e-01,   -2.618389e-01,    1.386146e-01
+    1719,   -1.961992e-01,   -1.106950e-01,    3.289401e-03
+    1720,    4.754237e-04,   -1.382759e-01,    1.822058e-01
+    1721,   -1.240165e-01,   -2.845294e-01,    9.164209e-02
+    1722,   -5.315730e-02,   -2.430042e-01,    3.607100e-01
+    1723,   -1.787296e-02,   -2.987898e-01,   -1.667531e-01
+    1724,   -3.112619e-01,   -1.199781e-01,    3.900911e-01
+    1725,   -2.345129e-01,   -2.501061e-01,    3.562247e-01
+    1726,   -2.652276e-01,   -1.405586e-01,    1.875300e-01
+    1727,    2.342583e-01,    1.200628e-01,    3.453384e-02
+    1728,    3.024173e-01,   -7.195632e-02,   -7.659019e-02
+    1729,    1.129929e-01,   -4.024322e-02,   -1.850592e-01
+    1730,    2.847562e-01,   -1.039719e-01,   -2.880551e-01
+    1731,    2.763101e-01,    1.186319e-01,   -1.668089e-01
+    1732,    1.115224e-01,    2.808129e-01,   -6.276832e-02
+    1733,    7.617527e-02,    1.275764e-01,   -1.707959e-01
+    1734,   -3.204305e-02,    2.958726e-01,   -1.712739e-01
+    1735,   -2.896860e-02,    6.809483e-02,    1.768661e-01
+    1736,   -2.212655e-01,    3.605267e-02,    3.556533e-01
+    1737,   -1.078905e-01,    2.472555e-01,   -4.383229e-02
+    1738,   -1.974848e-01,    7.003257e-02,   -3.735647e-01
+    1739,   -1.125617e-01,   -8.484644e-02,   -3.480554e-01
+    1740,    1.697263e-01,    2.574591e-01,    1.699609e-01
+    1741,   -1.121648e-01,    2.972871e-01,    1.909865e-01
+    1742,    2.578646e-01,   -2.472835e-01,   -3.877736e-01
+    1743,    1.507914e-01,    6.704675e-02,   -3.480885e-01
+    1744,    1.083550e-01,   -1.773121e-01,   -3.453064e-01
+    1745,   -1.218309e-01,    1.529587e-02,   -1.889007e-01
+    1746,    9.998995e-02,    2.264419e-01,   -3.374468e-01
+    1747,   -4.889151e-02,    1.166364e-01,   -3.529805e-01
+    1748,   -2.418281e-01,    1.795769e-01,   -1.670278e-01
+    1749,   -2.666342e-01,   -1.381252e-01,   -1.474666e-01
+    1750,    1.221688e-01,   -1.190504e-01,    3.661424e-01
+    1751,   -2.751641e-01,    1.209814e-01,    1.636836e-01
+    1752,   -4.396873e-02,    1.407328e-01,    3.554240e-01
+    1753,    2.669308e-01,    1.837800e-01,    3.410892e-01
+    1754,    3.036213e-01,    4.952157e-02,   -3.415585e-01
+    1755,   -2.094521e-01,    2.184856e-01,    3.627906e-01
+    1756,   -3.435902e-01,    8.907493e-02,    3.667169e-01
+    1757,    2.555357e-01,   -2.227913e-01,    3.627045e-01
+    1758,    1.133391e-01,   -3.152930e-01,    3.936073e-01
+    1759,    2.542063e-01,    2.055818e-01,   -3.393529e-01
+    1760,   -2.483628e-01,    2.059524e-01,   -3.898484e-01
+    1761,   -1.193441e-01,   -2.765090e-01,   -3.335609e-01
+    1762,   -4.173398e-02,    3.473271e-01,   -3.650271e-01
+    1763,    5.242520e-02,    2.914314e-01,    3.795068e-01
+    1764,   -8.767774e-02,    3.220502e-01,    3.690696e-01
+    1765,   -3.192813e-01,   -1.173565e-01,   -3.847772e-01
+**
+********************************** E L E M E N T S ****************************
+*ELEMENT, TYPE=C3D4, ELSET=EB4
+     441,    1712,    1713,    1714,    1715
+     442,    1644,    1715,    1712,    1716
+     443,    1707,    1706,    1710,    1717
+     444,    1668,    1712,    1714,    1718
+     445,    1712,    1716,    1715,    1718
+     446,    1713,    1719,    1714,    1720
+     447,    1714,    1720,    1719,    1721
+     448,    1718,    1720,    1721,    1722
+     449,    1714,    1718,    1720,    1721
+     450,    1670,    1721,    1714,    1723
+     451,    1639,    1724,    1709,    1725
+     452,    1671,    1721,    1719,    1726
+     453,    1648,    1722,    1721,    1725
+     454,    1721,    1725,    1722,    1726
+     455,    1713,    1727,    1728,    1729
+     456,    1714,    1729,    1728,    1730
+     457,    1668,    1712,    1677,    1728
+     458,    1677,    1728,    1727,    1731
+     459,    1649,    1650,    1638,    1724
+     460,    1656,    1667,    1728,    1730
+     461,    1656,    1730,    1728,    1731
+     462,    1658,    1731,    1732,    1733
+     463,    1658,    1733,    1732,    1734
+     464,    1713,    1715,    1727,    1735
+     465,    1717,    1735,    1726,    1736
+     466,    1713,    1732,    1733,    1737
+     467,    1684,    1694,    1738,    1739
+     468,    1639,    1649,    1638,    1724
+     469,    1653,    1676,    1740,    1741
+     470,    1622,    1666,    1667,    1742
+     471,    1732,    1735,    1740,    1741
+     472,    1713,    1720,    1715,    1735
+     473,    1713,    1727,    1732,    1735
+     474,    1727,    1732,    1735,    1740
+     475,    1732,    1737,    1735,    1741
+     476,    1713,    1714,    1715,    1720
+     477,    1712,    1715,    1714,    1718
+     478,    1667,    1714,    1728,    1730
+     479,    1729,    1733,    1731,    1743
+     480,    1713,    1714,    1723,    1729
+     481,    1713,    1727,    1729,    1733
+     482,    1666,    1714,    1730,    1744
+     483,    1666,    1714,    1667,    1730
+     484,    1712,    1728,    1713,    1727
+     485,    1713,    1737,    1733,    1745
+     486,    1731,    1743,    1733,    1746
+     487,    1693,    1694,    1690,    1738
+     488,    1729,    1731,    1730,    1743
+     489,    1713,    1732,    1727,    1733
+     490,    1713,    1719,    1737,    1745
+     491,    1713,    1729,    1723,    1745
+     492,    1713,    1723,    1719,    1745
+     493,    1733,    1746,    1743,    1747
+     494,    1738,    1745,    1747,    1748
+     495,    1738,    1745,    1748,    1749
+     496,    1713,    1719,    1720,    1735
+     497,    1715,    1735,    1720,    1750
+     498,    1719,    1726,    1735,    1751
+     499,    1729,    1733,    1743,    1747
+     500,    1713,    1719,    1735,    1737
+     501,    1719,    1737,    1745,    1748
+     502,    1733,    1745,    1734,    1747
+     503,    1715,    1727,    1735,    1740
+     504,    1715,    1735,    1750,    1752
+     505,    1655,    1727,    1715,    1740
+     506,    1644,    1655,    1715,    1753
+     507,    1645,    1644,    1712,    1716
+     508,    1717,    1720,    1722,    1726
+     509,    1718,    1720,    1722,    1750
+     510,    1712,    1714,    1713,    1728
+     511,    1645,    1716,    1712,    1718
+     512,    1620,    1730,    1656,    1754
+     513,    1666,    1730,    1742,    1744
+     514,    1730,    1743,    1731,    1754
+     515,    1676,    1737,    1732,    1741
+     516,    1652,    1751,    1741,    1755
+     517,    1675,    1737,    1741,    1751
+     518,    1675,    1737,    1676,    1741
+     519,    1650,    1726,    1751,    1756
+     520,    1705,    1750,    1716,    1757
+     521,    1696,    1716,    1705,    1750
+     522,    1717,    1722,    1720,    1750
+     523,    1711,    1722,    1717,    1750
+     524,    1646,    1647,    1641,    1758
+     525,    1711,    1717,    1707,    1750
+     526,    1689,    1746,    1743,    1759
+     527,    1628,    1660,    1661,    1760
+     528,    1631,    1689,    1754,    1759
+     529,    1658,    1731,    1746,    1759
+     530,    1631,    1658,    1688,    1759
+     531,    1646,    1669,    1647,    1718
+     532,    1664,    1723,    1665,    1761
+     533,    1723,    1749,    1739,    1761
+     534,    1723,    1739,    1729,    1744
+     535,    1728,    1729,    1727,    1731
+     536,    1659,    1676,    1660,    1734
+     537,    1665,    1744,    1683,    1761
+     538,    1666,    1723,    1714,    1744
+     539,    1640,    1702,    1722,    1725
+     540,    1640,    1639,    1709,    1725
+     541,    1639,    1649,    1724,    1725
+     542,    1717,    1726,    1724,    1736
+     543,    1726,    1736,    1751,    1756
+     544,    1735,    1751,    1736,    1752
+     545,    1710,    1717,    1736,    1752
+     546,    1709,    1710,    1717,    1736
+     547,    1734,    1746,    1747,    1762
+     548,    1660,    1734,    1748,    1762
+     549,    1628,    1660,    1760,    1762
+     550,    1629,    1628,    1686,    1762
+     551,    1695,    1743,    1746,    1747
+     552,    1658,    1733,    1734,    1746
+     553,    1658,    1734,    1659,    1746
+     554,    1629,    1687,    1688,    1762
+     555,    1634,    1654,    1655,    1753
+     556,    1629,    1688,    1659,    1762
+     557,    1733,    1734,    1746,    1747
+     558,    1653,    1740,    1654,    1763
+     559,    1697,    1752,    1708,    1763
+     560,    1735,    1740,    1741,    1752
+     561,    1735,    1741,    1737,    1751
+     562,    1653,    1741,    1740,    1763
+     563,    1708,    1763,    1752,    1764
+     564,    1656,    1730,    1731,    1754
+     565,    1681,    1742,    1730,    1744
+     566,    1729,    1745,    1733,    1747
+     567,    1728,    1730,    1729,    1731
+     568,    1691,    1743,    1739,    1744
+     569,    1695,    1691,    1743,    1747
+     570,    1620,    1680,    1730,    1754
+     571,    1673,    1726,    1719,    1751
+     572,    1719,    1737,    1748,    1751
+     573,    1738,    1739,    1745,    1749
+     574,    1662,    1738,    1748,    1749
+     575,    1661,    1662,    1738,    1748
+     576,    1674,    1748,    1737,    1751
+     577,    1663,    1749,    1761,    1765
+     578,    1739,    1761,    1749,    1765
+     579,    1625,    1761,    1684,    1765
+     580,    1692,    1739,    1684,    1761
+     581,    1734,    1747,    1745,    1748
+     582,    1686,    1760,    1747,    1762
+     583,    1686,    1747,    1687,    1762
+     584,    1660,    1676,    1675,    1737
+     585,    1660,    1734,    1676,    1737
+     586,    1727,    1732,    1731,    1733
+     587,    1709,    1717,    1706,    1725
+     588,    1715,    1740,    1735,    1752
+     589,    1715,    1750,    1716,    1753
+     590,    1711,    1706,    1717,    1722
+     591,    1736,    1752,    1751,    1755
+     592,    1637,    1651,    1755,    1756
+     593,    1637,    1755,    1700,    1756
+     594,    1701,    1709,    1724,    1736
+     595,    1717,    1720,    1726,    1735
+     596,    1717,    1735,    1736,    1752
+     597,    1681,    1730,    1680,    1744
+     598,    1665,    1723,    1666,    1744
+     599,    1715,    1720,    1718,    1750
+     600,    1648,    1721,    1671,    1726
+     601,    1719,    1721,    1720,    1726
+     602,    1670,    1671,    1721,    1723
+     603,    1729,    1739,    1743,    1744
+     604,    1735,    1741,    1751,    1752
+     605,    1669,    1670,    1714,    1723
+     606,    1674,    1675,    1737,    1748
+     607,    1686,    1738,    1747,    1760
+     608,    1684,    1738,    1685,    1765
+     609,    1733,    1737,    1734,    1745
+     610,    1692,    1691,    1739,    1744
+     611,    1687,    1747,    1746,    1762
+     612,    1713,    1728,    1714,    1729
+     613,    1681,    1682,    1742,    1744
+     614,    1703,    1722,    1750,    1758
+     615,    1717,    1725,    1724,    1726
+     616,    1630,    1658,    1659,    1688
+     617,    1707,    1717,    1710,    1752
+     618,    1706,    1717,    1722,    1725
+     619,    1719,    1726,    1720,    1735
+     620,    1647,    1718,    1670,    1721
+     621,    1715,    1752,    1750,    1753
+     622,    1645,    1712,    1668,    1718
+     623,    1741,    1752,    1763,    1764
+     624,    1660,    1737,    1675,    1748
+     625,    1712,    1713,    1715,    1727
+     626,    1650,    1726,    1673,    1751
+     627,    1652,    1675,    1741,    1751
+     628,    1650,    1751,    1651,    1756
+     629,    1674,    1737,    1675,    1751
+     630,    1654,    1740,    1753,    1763
+     631,    1697,    1753,    1752,    1763
+     632,    1676,    1734,    1732,    1737
+     633,    1655,    1740,    1715,    1753
+     634,    1740,    1752,    1753,    1763
+     635,    1740,    1741,    1752,    1763
+     636,    1676,    1732,    1740,    1741
+     637,    1677,    1728,    1712,    1727
+     638,    1697,    1698,    1753,    1763
+     639,    1634,    1698,    1654,    1753
+     640,    1718,    1757,    1750,    1758
+     641,    1644,    1716,    1633,    1753
+     642,    1632,    1696,    1633,    1716
+     643,    1634,    1633,    1698,    1753
+     644,    1697,    1707,    1752,    1753
+     645,    1684,    1761,    1739,    1765
+     646,    1640,    1648,    1639,    1725
+     647,    1625,    1624,    1684,    1761
+     648,    1663,    1749,    1664,    1761
+     649,    1640,    1709,    1702,    1725
+     650,    1626,    1685,    1662,    1765
+     651,    1626,    1625,    1685,    1765
+     652,    1741,    1755,    1752,    1764
+     653,    1636,    1755,    1652,    1764
+     654,    1636,    1708,    1755,    1764
+     655,    1637,    1636,    1700,    1755
+     656,    1708,    1752,    1755,    1764
+     657,    1696,    1750,    1707,    1753
+     658,    1646,    1757,    1718,    1758
+     659,    1632,    1643,    1705,    1716
+     660,    1643,    1642,    1704,    1757
+     661,    1696,    1716,    1750,    1753
+     662,    1703,    1722,    1711,    1750
+     663,    1732,    1734,    1733,    1737
+     664,    1729,    1739,    1745,    1747
+     665,    1707,    1750,    1752,    1753
+     666,    1719,    1745,    1723,    1749
+     667,    1643,    1716,    1645,    1757
+     668,    1709,    1710,    1706,    1717
+     669,    1729,    1743,    1730,    1744
+     670,    1644,    1677,    1712,    1727
+     671,    1717,    1750,    1735,    1752
+     672,    1676,    1732,    1679,    1740
+     673,    1689,    1695,    1743,    1746
+     674,    1667,    1714,    1668,    1728
+     675,    1657,    1656,    1731,    1754
+     676,    1723,    1729,    1739,    1745
+     677,    1660,    1734,    1737,    1748
+     678,    1747,    1760,    1748,    1762
+     679,    1694,    1690,    1738,    1747
+     680,    1738,    1739,    1749,    1765
+     681,    1672,    1673,    1719,    1749
+     682,    1664,    1749,    1723,    1761
+     683,    1666,    1669,    1714,    1723
+     684,    1624,    1623,    1683,    1761
+     685,    1671,    1719,    1721,    1723
+     686,    1687,    1695,    1688,    1746
+     687,    1696,    1711,    1707,    1750
+     688,    1679,    1732,    1727,    1740
+     689,    1713,    1733,    1729,    1745
+     690,    1662,    1738,    1749,    1765
+     691,    1686,    1738,    1690,    1747
+     692,    1691,    1739,    1743,    1747
+     693,    1691,    1694,    1739,    1747
+     694,    1684,    1694,    1685,    1738
+     695,    1671,    1719,    1672,    1726
+     696,    1624,    1692,    1684,    1761
+     697,    1664,    1671,    1723,    1749
+     698,    1687,    1690,    1695,    1747
+     699,    1715,    1740,    1752,    1753
+     700,    1679,    1727,    1678,    1740
+     701,    1687,    1695,    1746,    1747
+     702,    1658,    1731,    1679,    1732
+     703,    1648,    1725,    1721,    1726
+     704,    1642,    1641,    1704,    1758
+     705,    1642,    1704,    1757,    1758
+     706,    1641,    1640,    1702,    1722
+     707,    1718,    1750,    1722,    1758
+     708,    1641,    1722,    1703,    1758
+     709,    1717,    1720,    1735,    1750
+     710,    1704,    1750,    1757,    1758
+     711,    1679,    1731,    1727,    1732
+     712,    1644,    1715,    1716,    1753
+     713,    1673,    1748,    1719,    1749
+     714,    1670,    1718,    1714,    1721
+     715,    1669,    1714,    1670,    1718
+     716,    1720,    1721,    1722,    1726
+     717,    1702,    1706,    1722,    1725
+     718,    1651,    1751,    1755,    1756
+     719,    1709,    1724,    1717,    1725
+     720,    1662,    1748,    1673,    1749
+     721,    1657,    1679,    1658,    1731
+     722,    1680,    1730,    1743,    1744
+     723,    1652,    1755,    1741,    1764
+     724,    1708,    1752,    1700,    1755
+     725,    1741,    1751,    1752,    1755
+     726,    1635,    1653,    1763,    1764
+     727,    1636,    1635,    1699,    1764
+     728,    1693,    1738,    1686,    1760
+     729,    1621,    1667,    1730,    1742
+     730,    1689,    1743,    1754,    1759
+     731,    1631,    1754,    1657,    1759
+     732,    1620,    1631,    1689,    1754
+     733,    1620,    1680,    1621,    1730
+     734,    1661,    1674,    1673,    1748
+     735,    1661,    1673,    1662,    1748
+     736,    1659,    1746,    1734,    1762
+     737,    1686,    1690,    1687,    1747
+     738,    1660,    1748,    1760,    1762
+     739,    1685,    1694,    1693,    1738
+     740,    1627,    1685,    1693,    1760
+     741,    1628,    1760,    1686,    1762
+     742,    1628,    1627,    1693,    1760
+     743,    1637,    1700,    1701,    1756
+     744,    1638,    1701,    1724,    1756
+     745,    1656,    1728,    1677,    1731
+     746,    1651,    1674,    1675,    1751
+     747,    1648,    1649,    1725,    1726
+     748,    1681,    1692,    1682,    1744
+     749,    1639,    1701,    1709,    1724
+     750,    1708,    1710,    1700,    1752
+     751,    1649,    1650,    1724,    1726
+     752,    1665,    1682,    1683,    1744
+     753,    1638,    1637,    1701,    1756
+     754,    1635,    1653,    1698,    1763
+     755,    1653,    1654,    1698,    1763
+     756,    1650,    1651,    1637,    1756
+     757,    1716,    1750,    1718,    1757
+     758,    1635,    1763,    1699,    1764
+     759,    1654,    1753,    1698,    1763
+     760,    1729,    1743,    1739,    1747
+     761,    1708,    1707,    1710,    1752
+     762,    1652,    1741,    1653,    1764
+     763,    1641,    1647,    1640,    1722
+     764,    1697,    1707,    1708,    1752
+     765,    1633,    1716,    1696,    1753
+     766,    1736,    1755,    1751,    1756
+     767,    1633,    1696,    1697,    1753
+     768,    1738,    1745,    1739,    1747
+     769,    1723,    1739,    1744,    1761
+     770,    1660,    1675,    1674,    1748
+     771,    1693,    1690,    1686,    1738
+     772,    1660,    1674,    1661,    1748
+     773,    1688,    1746,    1689,    1759
+     774,    1731,    1743,    1746,    1759
+     775,    1657,    1731,    1658,    1759
+     776,    1681,    1680,    1691,    1744
+     777,    1680,    1695,    1691,    1743
+     778,    1620,    1689,    1680,    1754
+     779,    1709,    1706,    1702,    1725
+     780,    1723,    1745,    1739,    1749
+     781,    1734,    1747,    1748,    1762
+     782,    1658,    1659,    1688,    1746
+     783,    1657,    1754,    1731,    1759
+     784,    1658,    1676,    1659,    1734
+     785,    1669,    1668,    1714,    1718
+     786,    1629,    1686,    1687,    1762
+     787,    1647,    1718,    1722,    1758
+     788,    1658,    1731,    1733,    1746
+     789,    1738,    1748,    1747,    1760
+     790,    1658,    1746,    1688,    1759
+     791,    1687,    1746,    1688,    1762
+     792,    1659,    1734,    1660,    1762
+     793,    1629,    1659,    1660,    1762
+     794,    1628,    1693,    1686,    1760
+     795,    1662,    1685,    1738,    1765
+     796,    1661,    1662,    1685,    1738
+     797,    1661,    1748,    1738,    1760
+     798,    1627,    1661,    1662,    1685
+     799,    1651,    1751,    1652,    1755
+     800,    1662,    1749,    1663,    1765
+     801,    1632,    1645,    1643,    1716
+     802,    1731,    1754,    1743,    1759
+     803,    1626,    1662,    1663,    1765
+     804,    1623,    1665,    1683,    1761
+     805,    1692,    1744,    1739,    1761
+     806,    1681,    1691,    1692,    1744
+     807,    1652,    1653,    1635,    1764
+     808,    1653,    1741,    1763,    1764
+     809,    1665,    1666,    1682,    1744
+     810,    1664,    1671,    1670,    1723
+     811,    1663,    1671,    1664,    1749
+     812,    1625,    1663,    1664,    1761
+     813,    1623,    1665,    1682,    1683
+     814,    1647,    1718,    1721,    1722
+     815,    1713,    1714,    1719,    1723
+     816,    1621,    1681,    1682,    1742
+     817,    1666,    1730,    1667,    1742
+     818,    1680,    1743,    1691,    1744
+     819,    1657,    1678,    1679,    1731
+     820,    1641,    1647,    1722,    1758
+     821,    1672,    1719,    1673,    1726
+     822,    1631,    1658,    1630,    1688
+     823,    1691,    1690,    1694,    1747
+     824,    1620,    1657,    1631,    1754
+     825,    1620,    1656,    1657,    1754
+     826,    1666,    1670,    1669,    1723
+     827,    1666,    1669,    1667,    1714
+     828,    1623,    1665,    1666,    1682
+     829,    1719,    1735,    1737,    1751
+     830,    1700,    1755,    1736,    1756
+     831,    1656,    1667,    1677,    1728
+     832,    1700,    1752,    1736,    1755
+     833,    1699,    1763,    1708,    1764
+     834,    1655,    1678,    1677,    1727
+     835,    1680,    1743,    1730,    1754
+     836,    1667,    1668,    1677,    1728
+     837,    1701,    1710,    1709,    1736
+     838,    1644,    1715,    1655,    1727
+     839,    1697,    1696,    1707,    1753
+     840,    1688,    1695,    1689,    1746
+     841,    1644,    1655,    1677,    1727
+     842,    1711,    1706,    1707,    1717
+     843,    1727,    1731,    1729,    1733
+     844,    1668,    1714,    1712,    1728
+     845,    1671,    1672,    1719,    1749
+     846,    1714,    1721,    1719,    1723
+     847,    1703,    1706,    1711,    1722
+     848,    1673,    1748,    1674,    1751
+     849,    1700,    1710,    1736,    1752
+     850,    1661,    1738,    1685,    1760
+     851,    1662,    1672,    1663,    1749
+     852,    1649,    1671,    1672,    1726
+     853,    1649,    1673,    1650,    1726
+     854,    1648,    1671,    1649,    1726
+     855,    1632,    1705,    1696,    1716
+     856,    1685,    1738,    1693,    1760
+     857,    1645,    1718,    1646,    1757
+     858,    1680,    1689,    1743,    1754
+     859,    1724,    1736,    1726,    1756
+     860,    1667,    1669,    1668,    1714
+     861,    1646,    1668,    1669,    1718
+     862,    1657,    1656,    1678,    1731
+     863,    1659,    1688,    1746,    1762
+     864,    1621,    1680,    1681,    1730
+     865,    1640,    1722,    1648,    1725
+     866,    1714,    1718,    1715,    1720
+     867,    1679,    1678,    1727,    1731
+     868,    1719,    1748,    1745,    1749
+     869,    1651,    1675,    1652,    1751
+     870,    1620,    1621,    1656,    1730
+     871,    1658,    1679,    1676,    1732
+     872,    1656,    1621,    1667,    1730
+     873,    1650,    1724,    1726,    1756
+     874,    1624,    1664,    1665,    1761
+     875,    1624,    1665,    1623,    1761
+     876,    1664,    1670,    1665,    1723
+     877,    1665,    1723,    1744,    1761
+     878,    1625,    1664,    1624,    1761
+     879,    1655,    1678,    1727,    1740
+     880,    1624,    1683,    1692,    1761
+     881,    1717,    1722,    1725,    1726
+     882,    1700,    1736,    1701,    1756
+     883,    1625,    1684,    1685,    1765
+     884,    1626,    1663,    1625,    1765
+     885,    1684,    1739,    1738,    1765
+     886,    1695,    1690,    1691,    1747
+     887,    1622,    1667,    1621,    1742
+     888,    1713,    1735,    1732,    1737
+     889,    1628,    1661,    1627,    1760
+     890,    1627,    1662,    1626,    1685
+     891,    1647,    1669,    1670,    1718
+     892,    1627,    1661,    1685,    1760
+     893,    1707,    1750,    1717,    1752
+     894,    1643,    1704,    1705,    1757
+     895,    1654,    1740,    1655,    1753
+     896,    1696,    1705,    1711,    1750
+     897,    1692,    1694,    1684,    1739
+     898,    1658,    1732,    1676,    1734
+     899,    1631,    1688,    1689,    1759
+     900,    1680,    1689,    1695,    1743
+     901,    1631,    1657,    1658,    1759
+     902,    1623,    1666,    1622,    1682
+     903,    1734,    1745,    1737,    1748
+     904,    1673,    1719,    1748,    1751
+     905,    1698,    1708,    1699,    1763
+     906,    1666,    1742,    1682,    1744
+     907,    1622,    1621,    1682,    1742
+     908,    1644,    1633,    1655,    1753
+     909,    1634,    1655,    1633,    1753
+     910,    1662,    1673,    1672,    1749
+     911,    1641,    1702,    1703,    1722
+     912,    1700,    1710,    1701,    1736
+     913,    1633,    1697,    1698,    1753
+     914,    1636,    1699,    1708,    1764
+     915,    1703,    1750,    1704,    1758
+     916,    1653,    1654,    1634,    1698
+     917,    1645,    1644,    1668,    1712
+     918,    1632,    1644,    1645,    1716
+     919,    1635,    1653,    1634,    1698
+     920,    1647,    1670,    1648,    1721
+     921,    1644,    1712,    1715,    1727
+     922,    1703,    1711,    1704,    1750
+     923,    1642,    1646,    1641,    1758
+     924,    1636,    1652,    1635,    1764
+     925,    1648,    1670,    1671,    1721
+     926,    1709,    1717,    1724,    1736
+     927,    1678,    1677,    1727,    1731
+     928,    1714,    1723,    1729,    1744
+     929,    1641,    1703,    1704,    1758
+     930,    1637,    1651,    1636,    1755
+     931,    1644,    1677,    1668,    1712
+     932,    1646,    1718,    1647,    1758
+     933,    1642,    1757,    1646,    1758
+     934,    1704,    1750,    1705,    1757
+     935,    1629,    1660,    1628,    1762
+     936,    1692,    1691,    1694,    1739
+     937,    1636,    1708,    1700,    1755
+     938,    1650,    1674,    1651,    1751
+     939,    1654,    1679,    1655,    1740
+     940,    1697,    1708,    1698,    1763
+     941,    1645,    1716,    1718,    1757
+     942,    1663,    1672,    1671,    1749
+     943,    1638,    1650,    1637,    1756
+     944,    1625,    1663,    1761,    1765
+     945,    1647,    1648,    1640,    1722
+     946,    1660,    1748,    1661,    1760
+     947,    1650,    1673,    1674,    1751
+     948,    1654,    1676,    1679,    1740
+     949,    1726,    1736,    1735,    1751
+     950,    1622,    1682,    1666,    1742
+     951,    1645,    1668,    1646,    1718
+     952,    1645,    1646,    1642,    1757
+     953,    1649,    1724,    1725,    1726
+     954,    1653,    1676,    1654,    1740
+     955,    1643,    1705,    1716,    1757
+     956,    1649,    1672,    1673,    1726
+     957,    1652,    1675,    1653,    1741
+     958,    1702,    1706,    1703,    1722
+     959,    1704,    1711,    1705,    1750
+     960,    1630,    1659,    1629,    1688
+     961,    1683,    1744,    1692,    1761
+     962,    1621,    1730,    1681,    1742
+     963,    1656,    1677,    1678,    1731
+     964,    1651,    1652,    1636,    1755
+     965,    1682,    1692,    1683,    1744
+     966,    1647,    1721,    1648,    1722
+     967,    1715,    1718,    1716,    1750
+     968,    1648,    1649,    1639,    1725
+     969,    1714,    1729,    1730,    1744
+     970,    1639,    1638,    1701,    1724
+     971,    1632,    1633,    1644,    1716
+     972,    1655,    1679,    1678,    1740
+     973,    1638,    1724,    1650,    1756
+     974,    1635,    1698,    1699,    1763
+     975,    1665,    1670,    1666,    1723
+     976,    1694,    1738,    1739,    1747
+     977,    1643,    1645,    1642,    1757
+     978,    1671,    1719,    1723,    1749
+     979,    1701,    1736,    1724,    1756
+     980,    1653,    1675,    1676,    1741
+**
+********************************** S I D E S E T S **********************************
+*ELSET, ELSET=SS1_S1
+     487,     550,     554,     647,     651,     684,     686,     694,     696,     698,
+     732,     733,     737,     739,     740,     742,     748,     771,     776,     777,
+     778,     786,     794,     806,     816,     823,     840,     864,     880,     883,
+     886,     897,     899,     900,     907,     936,     965
+*ELSET, ELSET=SS1_S4
+     813,     822,     890,     902,     960
+*SURFACE, NAME=SS1
+SS1_S1, S1
+SS1_S4, S4
+*ELSET, ELSET=SS2_S1
+     459,     468,     470,     524,     527,     531,     536,     555,     584,     616,
+     646,     721,     734,     735,     746,     756,     763,     770,     772,     784,
+     793,     798,     801,     803,     807,     810,     811,     812,     819,     822,
+     824,     825,     826,     827,     828,     831,     834,     836,     841,     851,
+     852,     853,     854,     860,     861,     862,     869,     870,     871,     872,
+     874,     875,     876,     878,     884,     887,     889,     890,     891,     901,
+     902,     908,     909,     910,     916,     917,     918,     919,     920,     923,
+     924,     925,     930,     931,     935,     938,     939,     942,     943,     945,
+     947,     948,     951,     952,     954,     956,     957,     960,     963,     964,
+     968,     971,     972,     975,     977,     980
+*SURFACE, NAME=SS2
+SS2_S1, S1
+*ELSET, ELSET=SS3_S1
+     443,     540,     642,     643,     649,     655,     659,     660,     668,     687,
+     704,     706,     727,     743,     749,     750,     753,     761,     764,     767,
+     779,     837,     839,     842,     847,     855,     894,     896,     905,     911,
+     912,     913,     914,     922,     929,     937,     940,     958,     959,     970,
+     974
+*ELSET, ELSET=SS3_S4
+     919
+*SURFACE, NAME=SS3
+SS3_S1, S1
+SS3_S4, S4
+**
+********************************** P R O P E R T I E S ************************
+*SOLID SECTION, ELSET=EB4, MATERIAL=Default-Steel
+**
+*END PART
+**
+**
+**
+********************************** E N D   P A R T S **********************************
+**
+**
+********************************** A S S E M B L Y ************************************
+**
+*ASSEMBLY, NAME=ASSEMBLY1
+**
+*INSTANCE, NAME=Part-Default_1, PART=Part-Default
+*END INSTANCE
+**
+*END ASSEMBLY
+**
+**
+**
+*MATERIAL, NAME = Default-Steel
+*ELASTIC, TYPE=ISOTROPIC
+2.068000e+05, 2.900000e-01
+*DENSITY
+7.000000e-06
+*CONDUCTIVITY,TYPE=ISO
+4.500000e-02
+*SPECIFIC HEAT
+5.000000e+02
+**
+**
+************************************** H I S T O R Y *************************************
+**
+*PREPRINT
+**
+**************************************** S T E P 1 ***************************************
+*STEP,INC=100,NAME=Default Set
+**
+*STATIC
+1, 1, 1e-05, 1
+**
+**
+**
+**
+*END STEP
diff --git a/python/test/unit/meshconvert/data/diffpack_tet.grid b/python/test/unit/meshconvert/data/diffpack_tet.grid
new file mode 100644
index 0000000..a4eedff
--- /dev/null
+++ b/python/test/unit/meshconvert/data/diffpack_tet.grid
@@ -0,0 +1,121 @@
+
+
+Finite element mesh (GridFE):
+
+  Number of space dim. =   3  embedded in physical space with dimension 3
+  Number of elements   =  48
+  Number of nodes      =  27
+
+  All elements are of the same type : true
+  Max number of nodes in an element: 4
+  Only one material                : true
+  Lattice data                     ? 0
+
+
+
+  12 boundary indicators: 
+    pressure_LV
+    pressure_RV
+    pressure_epi
+    traction_1
+    traction_2
+    u=0
+    v=0
+    w=0
+    u1=u1_0
+    u2=u2_0
+    u3=u3_0
+    free
+
+
+  Nodal coordinates and nodal boundary indicators,
+  the columns contain:
+   - node number
+   - coordinates
+   - no of boundary indicators that are set (ON)
+   - the boundary indicators that are set (ON) if any.
+# 
+   1  ( 0.00000e+00, 0.00000e+00, 0.00000e+00)  [3]  6  7  8  
+   2  ( 1.00000e+00, 0.00000e+00, 0.00000e+00)  [1]  3  
+   3  ( 0.00000e+00, 1.00000e+00, 0.00000e+00)  [1]  6  
+   4  ( 1.00000e+00, 1.00000e+00, 0.00000e+00)  [1]  3  
+   5  ( 0.00000e+00, 0.00000e+00, 1.00000e+00)  [2]  6  7  
+   6  ( 1.00000e+00, 0.00000e+00, 1.00000e+00)  [1]  3  
+   7  ( 0.00000e+00, 1.00000e+00, 1.00000e+00)  [1]  6  
+   8  ( 1.00000e+00, 1.00000e+00, 1.00000e+00)  [1]  3  
+   9  ( 5.00000e-01, 5.00000e-01, 5.00000e-01)  [0]  
+  10  ( 5.00000e-01, 5.00000e-01, 0.00000e+00)  [0]  
+  11  ( 1.00000e+00, 0.00000e+00, 5.00000e-01)  [1]  3  
+  12  ( 5.00000e-01, 0.00000e+00, 5.00000e-01)  [0]  
+  13  ( 0.00000e+00, 5.00000e-01, 0.00000e+00)  [1]  6  
+  14  ( 5.00000e-01, 0.00000e+00, 0.00000e+00)  [0]  
+  15  ( 5.00000e-01, 0.00000e+00, 1.00000e+00)  [0]  
+  16  ( 0.00000e+00, 5.00000e-01, 5.00000e-01)  [1]  6  
+  17  ( 0.00000e+00, 0.00000e+00, 5.00000e-01)  [2]  6  7  
+  18  ( 5.00000e-01, 5.00000e-01, 1.00000e+00)  [0]  
+  19  ( 0.00000e+00, 1.00000e+00, 5.00000e-01)  [1]  6  
+  20  ( 0.00000e+00, 5.00000e-01, 1.00000e+00)  [1]  6  
+  21  ( 5.00000e-01, 1.00000e+00, 0.00000e+00)  [0]  
+  22  ( 1.00000e+00, 5.00000e-01, 5.00000e-01)  [1]  3  
+  23  ( 1.00000e+00, 5.00000e-01, 0.00000e+00)  [1]  3  
+  24  ( 5.00000e-01, 1.00000e+00, 5.00000e-01)  [0]  
+  25  ( 1.00000e+00, 5.00000e-01, 1.00000e+00)  [1]  3  
+  26  ( 1.00000e+00, 1.00000e+00, 5.00000e-01)  [1]  3  
+  27  ( 5.00000e-01, 1.00000e+00, 1.00000e+00)  [0]  
+
+  Element types and connectivity
+  the columns contain:
+   - element number
+   - element type
+   - material number
+   - the global node numbers of the nodes in the element.
+#
+  1  ElmT4n3D  1         6   9  11  12
+  2  ElmT4n3D  1         9   3  10  13
+  3  ElmT4n3D  1        11  10   2  14
+  4  ElmT4n3D  1        12  13  14   1
+  5  ElmT4n3D  1        13  12  10   9
+  6  ElmT4n3D  1        13  12  14  10
+  7  ElmT4n3D  1        11  10  14  12
+  8  ElmT4n3D  1        11  10  12   9
+  9  ElmT4n3D  1         6   9  12  15
+ 10  ElmT4n3D  1         9   3  13  16
+ 11  ElmT4n3D  1        12  13   1  17
+ 12  ElmT4n3D  1        15  16  17   5
+ 13  ElmT4n3D  1        12  13  16   9
+ 14  ElmT4n3D  1        12  13  17  16
+ 15  ElmT4n3D  1        16  15  17  12
+ 16  ElmT4n3D  1        16  15  12   9
+ 17  ElmT4n3D  1         6   9  15  18
+ 18  ElmT4n3D  1         9   3  16  19
+ 19  ElmT4n3D  1        15  16   5  20
+ 20  ElmT4n3D  1        18  19  20   7
+ 21  ElmT4n3D  1        19  18  16   9
+ 22  ElmT4n3D  1        19  18  20  16
+ 23  ElmT4n3D  1        15  16  20  18
+ 24  ElmT4n3D  1        15  16  18   9
+ 25  ElmT4n3D  1         6   9  22  11
+ 26  ElmT4n3D  1         9   3  21  10
+ 27  ElmT4n3D  1        22  21   4  23
+ 28  ElmT4n3D  1        11  10  23   2
+ 29  ElmT4n3D  1        22  21  10   9
+ 30  ElmT4n3D  1        22  21  23  10
+ 31  ElmT4n3D  1        10  11  23  22
+ 32  ElmT4n3D  1        10  11  22   9
+ 33  ElmT4n3D  1         6   9  25  22
+ 34  ElmT4n3D  1         9   3  24  21
+ 35  ElmT4n3D  1        25  24   8  26
+ 36  ElmT4n3D  1        22  21  26   4
+ 37  ElmT4n3D  1        21  22  24   9
+ 38  ElmT4n3D  1        21  22  26  24
+ 39  ElmT4n3D  1        25  24  26  22
+ 40  ElmT4n3D  1        25  24  22   9
+ 41  ElmT4n3D  1         6   9  18  25
+ 42  ElmT4n3D  1         9   3  19  24
+ 43  ElmT4n3D  1        18  19   7  27
+ 44  ElmT4n3D  1        25  24  27   8
+ 45  ElmT4n3D  1        18  19  24   9
+ 46  ElmT4n3D  1        18  19  27  24
+ 47  ElmT4n3D  1        24  25  27  18
+ 48  ElmT4n3D  1        24  25  18   9
+
diff --git a/python/test/unit/meshconvert/data/diffpack_tri.grid b/python/test/unit/meshconvert/data/diffpack_tri.grid
new file mode 100644
index 0000000..cc2ad54
--- /dev/null
+++ b/python/test/unit/meshconvert/data/diffpack_tri.grid
@@ -0,0 +1,138 @@
+
+
+Finite element mesh (GridFE):
+
+  Number of space dim. =  2
+  Number of elements   =  64
+  Number of nodes      =  41
+
+  All elements are of the same type : dpTRUE
+  Max number of nodes in an element: 3
+  Only one subdomain               : dpFALSE
+  Lattice data                     ? 0
+
+
+
+  2 Boundary indicators:  1 2 
+
+
+  Nodal coordinates and nodal boundary indicators,
+  the columns contain:
+   - node number
+   - coordinates
+   - no of boundary indicators that are set (ON)
+   - the boundary indicators that are set (ON) if any.
+#
+           1  (        1.000000,         1.000000) [2] 1 3
+           2  (        0.000000,         1.000000) [2] 1 2
+           3  (        0.000000,         0.000000) [2] 1 2
+           4  (        1.000000,         0.000000) [2] 1 3
+           5  (        0.500000,         0.500000) [0]
+           6  (        0.500000,         1.000000) [1] 1
+           7  (        0.000000,         0.500000) [1] 2
+           8  (        0.500000,         0.000000) [1] 1
+           9  (        1.000000,         0.500000) [1] 3
+          10  (        0.750000,         0.750000) [0]
+          11  (        0.250000,         0.250000) [0]
+          12  (        0.750000,         0.250000) [0]
+          13  (        0.250000,         0.750000) [0]
+          14  (        0.750000,         1.000000) [1] 1
+          15  (        0.000000,         0.750000) [1] 2
+          16  (        0.250000,         0.000000) [1] 1
+          17  (        1.000000,         0.250000) [1] 3
+          18  (        0.875000,         0.875000) [0]
+          19  (        0.375000,         0.375000) [0]
+          20  (        0.250000,         1.000000) [1] 1
+          21  (        0.000000,         0.250000) [1] 2
+          22  (        0.750000,         0.000000) [1] 1
+          23  (        1.000000,         0.750000) [1] 3
+          24  (        0.625000,         0.625000) [0]
+          25  (        0.125000,         0.125000) [0]
+          26  (        0.375000,         0.125000) [0]
+          27  (        0.875000,         0.375000) [0]
+          28  (        0.875000,         0.125000) [0]
+          29  (        0.625000,         0.875000) [0]
+          30  (        0.125000,         0.625000) [0]
+          31  (        0.125000,         0.875000) [0]
+          32  (        0.625000,         0.125000) [0]
+          33  (        0.500000,         0.250000) [0]
+          34  (        0.625000,         0.375000) [0]
+          35  (        0.875000,         0.625000) [0]
+          36  (        0.750000,         0.500000) [0]
+          37  (        0.375000,         0.875000) [0]
+          38  (        0.500000,         0.750000) [0]
+          39  (        0.375000,         0.625000) [0]
+          40  (        0.125000,         0.375000) [0]
+          41  (        0.250000,         0.500000) [0]
+
+  Element types and connectivity
+  the columns contain:
+   - element number
+   - element type
+   - subdomain number
+   - the global node numbers of the nodes in the element.
+#
+           1  ElmT3n2D            1                   3              16              25
+           2  ElmT3n2D            1                   4              17              28
+           3  ElmT3n2D            2                   1              14              18
+           4  ElmT3n2D            2                   2              15              31
+           5  ElmT3n2D            1                   4              28              22
+           6  ElmT3n2D            1                   5              19              34
+           7  ElmT3n2D            1                   8              32              26
+           8  ElmT3n2D            1                   1              18              23
+           9  ElmT3n2D            1                   5              34              24
+          10  ElmT3n2D            1                   9              35              27
+          11  ElmT3n2D            2                   2              31              20
+          12  ElmT3n2D            2                   5              24              39
+          13  ElmT3n2D            2                   6              37              29
+          14  ElmT3n2D            2                   3              25              21
+          15  ElmT3n2D            2                   5              39              19
+          16  ElmT3n2D            2                   7              40              30
+          17  ElmT3n2D            1                   8              26              16
+          18  ElmT3n2D            1                  11              25              26
+          19  ElmT3n2D            1                  16              26              25
+          20  ElmT3n2D            1                   9              27              17
+          21  ElmT3n2D            1                  12              28              27
+          22  ElmT3n2D            1                  17              27              28
+          23  ElmT3n2D            2                   6              29              14
+          24  ElmT3n2D            2                  10              18              29
+          25  ElmT3n2D            2                  14              29              18
+          26  ElmT3n2D            2                   7              30              15
+          27  ElmT3n2D            2                  13              31              30
+          28  ElmT3n2D            2                  15              30              31
+          29  ElmT3n2D            1                  12              32              28
+          30  ElmT3n2D            1                   8              22              32
+          31  ElmT3n2D            1                  28              32              22
+          32  ElmT3n2D            1                  11              33              19
+          33  ElmT3n2D            1                  12              34              33
+          34  ElmT3n2D            1                  19              33              34
+          35  ElmT3n2D            1                  12              33              32
+          36  ElmT3n2D            1                  11              26              33
+          37  ElmT3n2D            1                  32              33              26
+          38  ElmT3n2D            1                  10              35              18
+          39  ElmT3n2D            1                   9              23              35
+          40  ElmT3n2D            1                  18              35              23
+          41  ElmT3n2D            1                  12              36              34
+          42  ElmT3n2D            1                  10              24              36
+          43  ElmT3n2D            1                  34              36              24
+          44  ElmT3n2D            1                  10              36              35
+          45  ElmT3n2D            1                  12              27              36
+          46  ElmT3n2D            1                  35              36              27
+          47  ElmT3n2D            2                  13              37              31
+          48  ElmT3n2D            2                   6              20              37
+          49  ElmT3n2D            2                  31              37              20
+          50  ElmT3n2D            2                  10              38              24
+          51  ElmT3n2D            2                  13              39              38
+          52  ElmT3n2D            2                  24              38              39
+          53  ElmT3n2D            2                  13              38              37
+          54  ElmT3n2D            2                  10              29              38
+          55  ElmT3n2D            2                  37              38              29
+          56  ElmT3n2D            2                  11              40              25
+          57  ElmT3n2D            2                   7              21              40
+          58  ElmT3n2D            2                  25              40              21
+          59  ElmT3n2D            2                  13              41              39
+          60  ElmT3n2D            2                  11              19              41
+          61  ElmT3n2D            2                  39              41              19
+          62  ElmT3n2D            2                  11              41              40
+          63  ElmT3n2D            2                  13              30              41
+          64  ElmT3n2D            2                  40              41              30
diff --git a/python/test/unit/meshconvert/data/gmsh.msh b/python/test/unit/meshconvert/data/gmsh.msh
new file mode 100644
index 0000000..8e7f3b2
--- /dev/null
+++ b/python/test/unit/meshconvert/data/gmsh.msh
@@ -0,0 +1,29 @@
+$MeshFormat
+2.1 0 8
+$EndMeshFormat
+$Nodes
+10
+1 0 0 0
+2 1 0 1
+3 -0 0.8 0.6
+4 0.3 0.8 -0.1
+5 0.6 0.3 -0.4
+6 0.5 0 0.5
+7 0.5 0.4 0.8
+8 0.76 0.26 0.63
+9 0.53 0.53 0.26
+10 0.8 0.15 0.3
+$EndNodes
+$Elements
+10
+1 4 3 1000 25 0 10 6 2 8
+2 4 3 1000 25 0 5 9 1 10
+3 4 3 1000 25 0 9 6 1 10
+4 4 3 1000 25 0 9 6 10 8
+5 4 3 1000 25 0 9 4 5 1
+6 4 3 2000 27 0 9 3 4 1
+7 4 3 2000 27 0 8 6 7 9
+8 4 3 2000 27 0 6 3 7 9
+9 4 3 2000 27 0 2 8 6 7
+10 4 3 2000 27 0 6 3 9 1
+$EndElements
diff --git a/python/test/unit/meshconvert/data/gmsh_test_facet_regions_1D_2.geo b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_1D_2.geo
new file mode 100644
index 0000000..afd4ba8
--- /dev/null
+++ b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_1D_2.geo
@@ -0,0 +1,10 @@
+Point(1) = {0, 0, 0, 0.1};
+Extrude {0.5, 0, 0} {
+  Point{1}; Layers{5};
+}
+Extrude {0.5, 0, 0} {
+  Point{2}; Layers{5};
+}
+Physical Point(999) = {1,3};
+Physical Line(1) = {1};
+Physical Line(2) = {2};
diff --git a/python/test/unit/meshconvert/data/gmsh_test_facet_regions_1D_2.msh b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_1D_2.msh
new file mode 100644
index 0000000..44c27da
--- /dev/null
+++ b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_1D_2.msh
@@ -0,0 +1,32 @@
+$MeshFormat
+2.2 0 8
+$EndMeshFormat
+$Nodes
+11
+1 0 0 0
+2 0.5 0 0
+3 1 0 0
+4 0.1 0 0
+5 0.2 0 0
+6 0.3 0 0
+7 0.4 0 0
+8 0.6 0 0
+9 0.7 0 0
+10 0.8 0 0
+11 0.9 0 0
+$EndNodes
+$Elements
+12
+1 15 2 999 1 1
+2 15 2 999 3 3
+3 1 2 1 1 1 4
+4 1 2 1 1 4 5
+5 1 2 1 1 5 6
+6 1 2 1 1 6 7
+7 1 2 1 1 7 2
+8 1 2 2 2 2 8
+9 1 2 2 2 8 9
+10 1 2 2 2 9 10
+11 1 2 2 2 10 11
+12 1 2 2 2 11 3
+$EndElements
diff --git a/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_1.geo b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_1.geo
new file mode 100644
index 0000000..b54a07f
--- /dev/null
+++ b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_1.geo
@@ -0,0 +1,15 @@
+cl1 = 0.5;
+Point(1) = {0, 0, 0, cl1};
+Point(2) = {1, 0, 0, cl1};
+Point(3) = {1, 1, 0, cl1};
+Point(4) = {0, 1, 0, cl1};
+Line(1) = {1, 4};
+Line(2) = {4, 3};
+Line(3) = {3, 2};
+Line(4) = {2, 1};
+Line Loop(6) = {2, 3, 4, 1};
+Plane Surface(6) = {6};
+PEC = 999;
+Physical Line(PEC) = {4};
+cl1 = 0;
+Physical Surface(cl1) = {6};
diff --git a/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_1.msh b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_1.msh
new file mode 100644
index 0000000..e9d1b32
--- /dev/null
+++ b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_1.msh
@@ -0,0 +1,19 @@
+$MeshFormat
+2.2 0 8
+$EndMeshFormat
+$Nodes
+5
+1 0 0 0
+2 1 0 0
+3 1 1 0
+4 0 1 0
+5 0.5 0.5 0
+$EndNodes
+$Elements
+5
+1 1 2 999 4 2 1
+2 2 2 0 6 2 5 3
+3 2 2 0 6 4 5 1
+4 2 2 0 6 5 4 3
+5 2 2 0 6 5 2 1
+$EndElements
diff --git a/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_2.geo b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_2.geo
new file mode 100644
index 0000000..2cac4bc
--- /dev/null
+++ b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_2.geo
@@ -0,0 +1,15 @@
+cl1 = 0.5;
+Point(1) = {0, 0, 0, cl1};
+Point(2) = {1, 0, 0, cl1};
+Point(3) = {1, 1, 0, cl1};
+Point(4) = {0, 1, 0, cl1};
+Line(1) = {1, 4};
+Line(2) = {4, 3};
+Line(3) = {3, 2};
+Line(4) = {2, 1};
+Line Loop(6) = {2, 3, 4, 1};
+Plane Surface(6) = {6};
+PEC = 999;
+Physical Line(PEC) = {2,4};
+cl1 = 0;
+Physical Surface(cl1) = {6};
diff --git a/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_2.msh b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_2.msh
new file mode 100644
index 0000000..e613aa8
--- /dev/null
+++ b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_2.msh
@@ -0,0 +1,20 @@
+$MeshFormat
+2.2 0 8
+$EndMeshFormat
+$Nodes
+5
+1 0 0 0
+2 1 0 0
+3 1 1 0
+4 0 1 0
+5 0.5 0.5 0
+$EndNodes
+$Elements
+6
+1 1 2 999 2 4 3
+2 1 2 999 4 2 1
+3 2 2 0 6 1 5 2
+4 2 2 0 6 3 5 4
+5 2 2 0 6 5 3 2
+6 2 2 0 6 5 1 4
+$EndElements
diff --git a/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_3.geo b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_3.geo
new file mode 100644
index 0000000..ca79ccc
--- /dev/null
+++ b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_3.geo
@@ -0,0 +1,15 @@
+cl1 = 0.5;
+Point(1) = {0, 0, 0, cl1};
+Point(2) = {1, 0, 0, cl1};
+Point(3) = {1, 1, 0, cl1};
+Point(4) = {0, 1, 0, cl1};
+Line(1) = {1, 4};
+Line(2) = {4, 3};
+Line(3) = {3, 2};
+Line(4) = {2, 1};
+Line Loop(6) = {2, 3, 4, 1};
+Plane Surface(6) = {6};
+PEC = 999;
+Physical Line(PEC) = {2,4,1};
+cl1 = 0;
+Physical Surface(cl1) = {6};
diff --git a/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_3.msh b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_3.msh
new file mode 100644
index 0000000..99856bb
--- /dev/null
+++ b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_3.msh
@@ -0,0 +1,21 @@
+$MeshFormat
+2.2 0 8
+$EndMeshFormat
+$Nodes
+5
+1 0 0 0
+2 1 0 0
+3 1 1 0
+4 0 1 0
+5 0.5 0.5 0
+$EndNodes
+$Elements
+7
+1 1 2 999 1 1 4
+2 1 2 999 2 4 3
+3 1 2 999 4 2 1
+4 2 2 0 6 5 3 2
+5 2 2 0 6 5 1 4
+6 2 2 0 6 1 5 2
+7 2 2 0 6 3 5 4
+$EndElements
diff --git a/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_4.geo b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_4.geo
new file mode 100644
index 0000000..41f63f7
--- /dev/null
+++ b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_4.geo
@@ -0,0 +1,15 @@
+cl1 = 0.5;
+Point(1) = {0, 0, 0, cl1};
+Point(2) = {1, 0, 0, cl1};
+Point(3) = {1, 1, 0, cl1};
+Point(4) = {0, 1, 0, cl1};
+Line(1) = {1, 4};
+Line(2) = {4, 3};
+Line(3) = {3, 2};
+Line(4) = {2, 1};
+Line Loop(6) = {2, 3, 4, 1};
+Plane Surface(6) = {6};
+PEC = 999;
+Physical Line(PEC) = {1,2,3,4};
+cl1 = 0;
+Physical Surface(cl1) = {6};
diff --git a/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_4.msh b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_4.msh
new file mode 100644
index 0000000..5dfa8b6
--- /dev/null
+++ b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_2D_4.msh
@@ -0,0 +1,22 @@
+$MeshFormat
+2.2 0 8
+$EndMeshFormat
+$Nodes
+5
+1 0 0 0
+2 1 0 0
+3 1 1 0
+4 0 1 0
+5 0.5 0.5 0
+$EndNodes
+$Elements
+8
+1 1 2 999 1 1 4
+2 1 2 999 2 4 3
+3 1 2 999 3 3 2
+4 1 2 999 4 2 1
+5 2 2 0 6 2 5 3
+6 2 2 0 6 4 5 1
+7 2 2 0 6 5 4 3
+8 2 2 0 6 5 2 1
+$EndElements
diff --git a/python/test/unit/meshconvert/data/gmsh_test_facet_regions_3D_1.geo b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_3D_1.geo
new file mode 100644
index 0000000..459c8c0
--- /dev/null
+++ b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_3D_1.geo
@@ -0,0 +1,39 @@
+cl1 = 1;
+Point(1) = {0, 0, 0, cl1};
+Point(2) = {1, 0, 0, cl1};
+Point(3) = {1, 1, 0, cl1};
+Point(4) = {0, 1, 0, cl1};
+Point(5) = {0, 0, 1, cl1};
+Point(6) = {1, 0, 1, cl1};
+Point(7) = {1, 1, 1, cl1};
+Point(8) = {0, 1, 1, cl1};
+Line(1) = {1, 2};
+Line(2) = {2, 3};
+Line(3) = {3, 4};
+Line(4) = {4, 1};
+Line(5) = {5, 6};
+Line(6) = {6, 7};
+Line(7) = {7, 8};
+Line(8) = {8, 5};
+Line(9) = {1, 5};
+Line(10) = {2, 6};
+Line(11) = {3, 7};
+Line(12) = {4, 8};
+Line Loop(15) = {1, 2, 3, 4};
+Plane Surface(15) = {15};
+Line Loop(17) = {5, 6, 7, 8};
+Plane Surface(17) = {17};
+Line Loop(19) = {10, -5, -9, 1};
+Plane Surface(19) = {19};
+Line Loop(21) = {2, 11, -6, -10};
+Plane Surface(21) = {21};
+Line Loop(22) = {7, -12, -3, 11};
+Plane Surface(22) = {22};
+Line Loop(24) = {4, 9, -8, -12};
+Plane Surface(24) = {24};
+Surface Loop(26) = {17, 19, 21, 15, 22, 24};
+Volume(26) = {26};
+PEC = 999;
+Physical Surface(PEC) = {17};
+cl1 = 0;
+Physical Volume(cl1) = {26};
diff --git a/python/test/unit/meshconvert/data/gmsh_test_facet_regions_3D_1.msh b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_3D_1.msh
new file mode 100644
index 0000000..48f6519
--- /dev/null
+++ b/python/test/unit/meshconvert/data/gmsh_test_facet_regions_3D_1.msh
@@ -0,0 +1,51 @@
+$MeshFormat
+2.2 0 8
+$EndMeshFormat
+$Nodes
+14
+1 0 0 0
+2 1 0 0
+3 1 1 0
+4 0 1 0
+5 0 0 1
+6 1 0 1
+7 1 1 1
+8 0 1 1
+9 0.5 0.5 0
+10 0.5 0.5 1
+11 0.5 0 0.5
+12 1 0.5 0.5
+13 0.5 1 0.5
+14 0 0.5 0.5
+$EndNodes
+$Elements
+28
+1 2 2 999 17 5 6 10
+2 2 2 999 17 7 8 10
+3 2 2 999 17 10 6 7
+4 2 2 999 17 10 8 5
+5 4 2 0 26 14 8 5 10
+6 4 2 0 26 3 9 13 4
+7 4 2 0 26 9 12 13 10
+8 4 2 0 26 6 11 5 10
+9 4 2 0 26 12 13 10 7
+10 4 2 0 26 14 9 13 10
+11 4 2 0 26 6 12 10 7
+12 4 2 0 26 12 9 2 11
+13 4 2 0 26 6 12 11 10
+14 4 2 0 26 14 11 5 1
+15 4 2 0 26 6 12 2 11
+16 4 2 0 26 13 8 10 7
+17 4 2 0 26 12 3 13 7
+18 4 2 0 26 14 8 13 4
+19 4 2 0 26 11 9 1 14
+20 4 2 0 26 9 14 4 1
+21 4 2 0 26 8 14 13 10
+22 4 2 0 26 11 14 5 10
+23 4 2 0 26 12 9 11 10
+24 4 2 0 26 14 9 4 13
+25 4 2 0 26 2 9 1 11
+26 4 2 0 26 12 9 3 2
+27 4 2 0 26 12 9 13 3
+28 4 2 0 26 11 9 14 10
+$EndElements
diff --git a/python/test/unit/meshconvert/data/test_Triangle_3.edge b/python/test/unit/meshconvert/data/test_Triangle_3.edge
new file mode 100644
index 0000000..f57a620
--- /dev/null
+++ b/python/test/unit/meshconvert/data/test_Triangle_3.edge
@@ -0,0 +1,118 @@
+116  1
+   1   29  2  0
+   2   2  1  1
+   3   1  29  1
+   4   22  2  0
+   5   2  23  0
+   6   23  22  1
+   7   4  3  1
+   8   3  21  0
+   9   21  4  0
+  10   22  21  1
+  11   3  22  0
+  12   3  2  1
+  13   21  20  1
+  14   20  4  0
+  15   29  23  0
+  16   4  26  0
+  17   26  5  0
+  18   5  4  1
+  19   23  25  0
+  20   25  24  1
+  21   24  23  1
+  22   29  25  1
+  23   19  26  0
+  24   4  19  0
+  25   18  26  0
+  26   19  18  1
+  27   20  19  1
+  28   26  28  1
+  29   28  5  0
+  30   32  33  1
+  31   33  50  0
+  32   50  32  0
+  33   33  49  0
+  34   49  50  1
+  35   50  51  1
+  36   51  32  0
+  37   58  30  1
+  38   30  31  1
+  39   31  58  0
+  40   31  52  0
+  41   52  58  0
+  42   51  31  0
+  43   31  32  1
+  44   51  52  1
+  45   48  33  0
+  46   33  55  0
+  47   55  48  0
+  48   34  57  0
+  49   57  55  1
+  50   55  34  0
+  51   48  49  1
+  52   55  47  0
+  53   47  48  1
+  54   53  54  1
+  55   54  52  0
+  56   52  53  1
+  57   54  58  1
+  58   33  34  1
+  59   28  6  0
+  60   6  5  1
+  61   12  14  0
+  62   14  13  1
+  63   13  12  1
+  64   12  11  1
+  65   11  14  0
+  66   7  6  1
+  67   6  27  0
+  68   27  7  0
+  69   28  27  1
+  70   27  18  0
+  71   18  7  0
+  72   27  26  1
+  73   18  17  1
+  74   17  7  0
+  75   9  11  0
+  76   11  10  1
+  77   10  9  1
+  78   8  14  0
+  79   14  9  0
+  80   9  8  1
+  81   16  15  1
+  82   15  7  0
+  83   7  16  0
+  84   8  7  1
+  85   15  8  0
+  86   15  14  1
+  87   17  16  1
+  88   35  56  0
+  89   56  57  1
+  90   57  35  0
+  91   47  56  0
+  92   56  36  0
+  93   36  47  0
+  94   55  56  1
+  95   43  41  0
+  96   41  42  1
+  97   42  43  1
+  98   36  46  0
+  99   46  47  1
+ 100   35  36  1
+ 101   34  35  1
+ 102   44  45  1
+ 103   45  36  0
+ 104   36  44  0
+ 105   36  37  1
+ 106   37  44  0
+ 107   45  46  1
+ 108   37  43  0
+ 109   43  44  1
+ 110   43  38  0
+ 111   38  40  0
+ 112   40  43  0
+ 113   37  38  1
+ 114   39  40  1
+ 115   38  39  1
+ 116   40  41  1
+# Generated by triangle -Ae AA.poly
diff --git a/python/test/unit/meshconvert/data/test_Triangle_3.ele b/python/test/unit/meshconvert/data/test_Triangle_3.ele
new file mode 100644
index 0000000..1713dee
--- /dev/null
+++ b/python/test/unit/meshconvert/data/test_Triangle_3.ele
@@ -0,0 +1,60 @@
+58  3  1
+   1      29     2     1  10
+   2      22     2    23  10
+   3       4     3    21  10
+   4      22    21     3  10
+   5       3     2    22  10
+   6       4    21    20  10
+   7       2    29    23  10
+   8       4    26     5  10
+   9      23    25    24  10
+  10      25    23    29  10
+  11      19    26     4  10
+  12      18    26    19  10
+  13      19     4    20  10
+  14       5    26    28  10
+  15      32    33    50  -10
+  16      50    33    49  -10
+  17      32    50    51  -10
+  18      58    30    31  -10
+  19      58    31    52  -10
+  20      51    31    32  -10
+  21      52    31    51  -10
+  22      48    33    55  -10
+  23      34    57    55  -10
+  24      49    33    48  -10
+  25      55    47    48  -10
+  26      53    54    52  -10
+  27      52    54    58  -10
+  28      33    34    55  -10
+  29      28     6     5  10
+  30      12    14    13  10
+  31      14    12    11  10
+  32       7     6    27  10
+  33       6    28    27  10
+  34       7    27    18  10
+  35      26    18    27  10
+  36       7    18    17  10
+  37       9    11    10  10
+  38       8    14     9  10
+  39      16    15     7  10
+  40       8     7    15  10
+  41      14     8    15  10
+  42      16     7    17  10
+  43       9    14    11  10
+  44      35    56    57  -10
+  45      47    56    36  -10
+  46      47    55    56  -10
+  47      43    41    42  -10
+  48      36    46    47  -10
+  49      36    56    35  -10
+  50      34    35    57  -10
+  51      44    45    36  -10
+  52      36    37    44  -10
+  53      45    46    36  -10
+  54      44    37    43  -10
+  55      43    38    40  -10
+  56      38    43    37  -10
+  57      39    40    38  -10
+  58      43    40    41  -10
+# Generated by triangle -Ae AA.poly
diff --git a/python/test/unit/meshconvert/data/test_Triangle_3.node b/python/test/unit/meshconvert/data/test_Triangle_3.node
new file mode 100644
index 0000000..a3bdc1e
--- /dev/null
+++ b/python/test/unit/meshconvert/data/test_Triangle_3.node
@@ -0,0 +1,60 @@
+58  2  1  1
+   1    0.20000000000000001  -0.77639999999999998  -0.56999999999999995    1
+   2    0.22  -0.7732  -0.55000000000000004    1
+   3    0.24560000000000001  -0.75639999999999996  -0.51000000000000001    1
+   4    0.27760000000000001  -0.70199999999999996  -0.53000000000000003    1
+   5    0.48880000000000001  -0.20760000000000001  0.28000000000000003    1
+   6    0.50480000000000003  -0.20760000000000001  0.29999999999999999    1
+   7    0.74080000000000001  -0.73960000000000004  0    1
+   8    0.75600000000000001  -0.76119999999999999  -0.01    1
+   9    0.77439999999999998  -0.77239999999999998  0    1
+  10    0.80000000000000004  -0.77639999999999998  0.02    1
+  11    0.80000000000000004  -0.79239999999999999  0.01    1
+  12    0.57920000000000005  -0.79239999999999999  -0.20999999999999999    1
+  13    0.57920000000000005  -0.77639999999999998  -0.20000000000000001    1
+  14    0.62160000000000004  -0.77159999999999995  -0.14999999999999999    1
+  15    0.63360000000000005  -0.76280000000000003  -0.13    1
+  16    0.63919999999999999  -0.74439999999999995  -0.10000000000000001    1
+  17    0.62080000000000002  -0.68440000000000001  -0.059999999999999998    1
+  18    0.58720000000000006  -0.60440000000000005  -0.01    1
+  19    0.36080000000000001  -0.60440000000000005  -0.23999999999999999    1
+  20    0.31919999999999998  -0.70679999999999998  -0.39000000000000001    1
+  21    0.312  -0.73960000000000004  -0.42999999999999999    1
+  22    0.31840000000000002  -0.76119999999999999  -0.44    1
+  23    0.33439999999999998  -0.77159999999999995  -0.44    1
+  24    0.37119999999999997  -0.77639999999999998  -0.40999999999999998    1
+  25    0.37119999999999997  -0.79239999999999999  -0.41999999999999998    1
+  26    0.37440000000000001  -0.56999999999999995  -0.20000000000000001    1
+  27    0.57440000000000002  -0.56999999999999995  0    1
+  28    0.47360000000000002  -0.33079999999999998  0.14000000000000001    1
+  29    0.20000000000000001  -0.79239999999999999  -0.58999999999999997    1
+  30    0.20000000000000001  0.77639999999999998  -0.56999999999999995    1
+  31    0.22  0.7732  -0.55000000000000004    1
+  32    0.24560000000000001  0.75639999999999996  -0.51000000000000001    1
+  33    0.27760000000000001  0.70199999999999996  -0.53000000000000003    1
+  34    0.48880000000000001  0.20760000000000001  0.28000000000000003    1
+  35    0.50480000000000003  0.20760000000000001  0.29999999999999999    1
+  36    0.74080000000000001  0.73960000000000004  0    1
+  37    0.75600000000000001  0.76119999999999999  -0.01    1
+  38    0.77439999999999998  0.77239999999999998  0    1
+  39    0.80000000000000004  0.77639999999999998  0.02    1
+  40    0.80000000000000004  0.79239999999999999  0.01    1
+  41    0.57920000000000005  0.79239999999999999  -0.20999999999999999    1
+  42    0.57920000000000005  0.77639999999999998  -0.20000000000000001    1
+  43    0.62160000000000004  0.77159999999999995  -0.14999999999999999    1
+  44    0.63360000000000005  0.76280000000000003  -0.13    1
+  45    0.63919999999999999  0.74439999999999995  -0.10000000000000001    1
+  46    0.62080000000000002  0.68440000000000001  -0.059999999999999998    1
+  47    0.58720000000000006  0.60440000000000005  -0.01    1
+  48    0.36080000000000001  0.60440000000000005  -0.23999999999999999    1
+  49    0.31919999999999998  0.70679999999999998  -0.39000000000000001    1
+  50    0.312  0.73960000000000004  -0.42999999999999999    1
+  51    0.31840000000000002  0.76119999999999999  -0.44    1
+  52    0.33439999999999998  0.77159999999999995  -0.44    1
+  53    0.37119999999999997  0.77639999999999998  -0.40999999999999998    1
+  54    0.37119999999999997  0.79239999999999999  -0.41999999999999998    1
+  55    0.37440000000000001  0.56999999999999995  -0.20000000000000001    1
+  56    0.57440000000000002  0.56999999999999995  0    1
+  57    0.47360000000000002  0.33079999999999998  0.14000000000000001    1
+  58    0.20000000000000001  0.79239999999999999  -0.58999999999999997    1
+# Generated by triangle -Ae AA.poly
diff --git a/python/test/unit/meshconvert/data/triangle.ele b/python/test/unit/meshconvert/data/triangle.ele
new file mode 100644
index 0000000..1d0e2eb
--- /dev/null
+++ b/python/test/unit/meshconvert/data/triangle.ele
@@ -0,0 +1,161 @@
+159  3  0
+   0      62    61    39
+   1      10    13    12
+   2       7    15     9
+   3      90    32    31
+   4      37    39    28
+   5      52    29    56
+   6      19    16    18
+   7       5     9    10
+   8      26    19     7
+   9      32     6    31
+  10      66    58    47
+  11      20    13    17
+  12      15    13     9
+  13      15     7    18
+  14      26    28    19
+  15      13    20    12
+  16      55    51    52
+  17       9    13    10
+  18      60    36    49
+  19      13    15    17
+  20      22    20    33
+  21      32    24    91
+  22      21    20    17
+  23      89    15    18
+  24      17    24    21
+  25      19    18     7
+  26      18    16    89
+  27       7    27    26
+  28      19     4    86
+  29      17    89    24
+  30      22    12    20
+  31      33     1    22
+  32      50    53    56
+  33      33    21    25
+  34      28     4    19
+  35      21    33    20
+  36      90    21    24
+  37       9    55     7
+  38      21    14    25
+  39      26    23    28
+  40       0    42    50
+  41      23    26    27
+  42      23    37    28
+  43      34    46    39
+  44      38    41    40
+  45      52     8    27
+  46      37    38    34
+  47      41    53    30
+  48      36    32    91
+  49      90    14    21
+  50       4    77    86
+  51       1    33    25
+  52       8    23    27
+  53      59    46    34
+  54      49    81    83
+  55      54    47    58
+  56      70    65    79
+  57      49    45    44
+  58      38    37    23
+  59      39    37    34
+  60      23     8    38
+  61      43    40    41
+  62      40    11    59
+  63      46    35    39
+  64      62    39    35
+  65      44    60    49
+  66       8    41    38
+  67      43    11    40
+  68      59    58    46
+  69      53    41     8
+  70      41    30    43
+  71      34    40    59
+  72      44     6    60
+  73      38    40    34
+  74       7    55    27
+  75      57    64    70
+  76      71    63    35
+  77      61     4    28
+  78      42    30    53
+  79       4    61    76
+  80       5    51    55
+  81      55    52    27
+  82      51    29    52
+  83       8    52    56
+  84      50    42    53
+  85      55     9     5
+  86      50    56    29
+  87       8    56    53
+  88      63    57    62
+  89      57    63    64
+  90      72     2    68
+  91      46    58    35
+  92      11    54    59
+  93      58    59    54
+  94       6    32    60
+  95      36    60    32
+  96      39    61    28
+  97      76    61    57
+  98      63    62    35
+  99      61    62    57
+ 100      72    66    67
+ 101      63    92    64
+ 102      65    92    73
+ 103      58    66    71
+ 104      80    74    88
+ 105      36    77    81
+ 106      71    78    93
+ 107      92    71    93
+ 108      70    64    65
+ 109      66    47    67
+ 110      71    35    58
+ 111      94    48    75
+ 112      69    48    73
+ 113      76    77     4
+ 114      72    71    66
+ 115      68    69    93
+ 116       2    72    67
+ 117      78    72    68
+ 118      74    80    95
+ 119      92    65    64
+ 120      94    65    73
+ 121      75    74    95
+ 122      73    48    94
+ 123      57    70    76
+ 124      77    76    70
+ 125      70    79    82
+ 126      77    36    86
+ 127      92    63    71
+ 128      71    72    78
+ 129      79    94    95
+ 130      81    49    36
+ 131      84    80    88
+ 132      84    49    83
+ 133      82    77    70
+ 134      82    79    83
+ 135      83    79    80
+ 136      77    82    81
+ 137      83    80    84
+ 138      81    82    83
+ 139      74    85    88
+ 140      49    84    45
+ 141       3    88    85
+ 142      84    87    45
+ 143      91    86    36
+ 144      86    16    19
+ 145      84    88    87
+ 146       3    87    88
+ 147      89    17    15
+ 148      91    89    16
+ 149      32    90    24
+ 150      14    90    31
+ 151      89    91    24
+ 152      86    91    16
+ 153      69    73    92
+ 154      68    93    78
+ 155      69    92    93
+ 156      79    65    94
+ 157      79    95    80
+ 158      75    95    94
+# Generated by triangle -a0.01q30 simple.node
diff --git a/python/test/unit/meshconvert/data/triangle.node b/python/test/unit/meshconvert/data/triangle.node
new file mode 100644
index 0000000..4ad7234
--- /dev/null
+++ b/python/test/unit/meshconvert/data/triangle.node
@@ -0,0 +1,98 @@
+96  2  0  1
+   0    0  0    1
+   1    0  1    1
+   2    1  0    1
+   3    1  1    1
+   4    0.5  0.5    0
+   5    0  0.5    1
+   6    0.5  1    1
+   7    0.25  0.5    0
+   8    0.20298237488621035  0.22287402825896152    0
+   9    0.125  0.5    0
+  10    0  0.625    1
+  11    0.5  0    1
+  12    0  0.75    1
+  13    0.083333333333333329  0.6875    0
+  14    0.25  1    1
+  15    0.1875  0.6122685185185186    0
+  16    0.375  0.64311879534173344    0
+  17    0.20337108593858963  0.74397499363576824    0
+  18    0.28679162379972561  0.59401310137457042    0
+  19    0.375  0.50528745912760253    0
+  20    0.10328288429366807  0.80090495683600182    0
+  21    0.21152041373211666  0.87474946729089553    0
+  22    0  0.875    1
+  23    0.32089826129419596  0.30410173870580404    0
+  24    0.35195167381446679  0.80035721511364    0
+  25    0.125  1    1
+  26    0.31628301439626477  0.41321007379055807    0
+  27    0.2284840788842788  0.35484442826710155    0
+  28    0.45175279770757681  0.36428862206910451    0
+  29    0  0.25    1
+  30    0.25  0    1
+  31    0.375  1    1
+  32    0.44424935171945745  0.88662758800449182    0
+  33    0.097760727328293648  0.90223927267170634    0
+  34    0.45738798283878329  0.17969566374363238    0
+  35    0.67802510619064738  0.2356032278494338    0
+  36    0.49401838703908013  0.74087319674700325    0
+  37    0.41548478905000613  0.27079895221884098    0
+  38    0.3288710357480748  0.17577234621341173    0
+  39    0.54400173614071456  0.27472226974906161    0
+  40    0.4375  0.080079320864191311    0
+  41    0.25993367177498178  0.10112398444869998    0
+  42    0.125  0    1
+  43    0.375  0    1
+  44    0.625  1    1
+  45    0.75  1    1
+  46    0.54840743001176451  0.18372046403839223    0
+  47    0.75  0    1
+  48    1  0.5    1
+  49    0.625  0.86813767066762126    0
+  50    0  0.125    1
+  51    0  0.375    1
+  52    0.11119627716704297  0.30905974556395743    0
+  53    0.14075081821000779  0.11956868922947742    0
+  54    0.625  0    1
+  55    0.14218842162187012  0.40278830398072712    0
+  56    0.092970149787420672  0.20916674343834879    0
+  57    0.65731413752855783  0.41379081690481823    0
+  58    0.6875  0.10970224189544132    0
+  59    0.5625  0.081769767980438057    0
+  60    0.53805270869934374  0.91089382069502667    0
+  61    0.5505459171436794  0.40559830281522219    0
+  62    0.63003236530173168  0.32032239648298022    0
+  63    0.75430108411978036  0.33476630671692287    0
+  64    0.7535690707031788  0.43289630138800084    0
+  65    0.81555596732160485  0.50897294922033132    0
+  66    0.78724733449849127  0.0938756963090525    0
+  67    0.875  0    1
+  68    1  0.25    1
+  69    1  0.375    1
+  70    0.67890812080630991  0.55702133450455749    0
+  71    0.80262644822728924  0.21867738483877674    0
+  72    0.92260163907755366  0.13244918046122317    0
+  73    0.90654721227336688  0.4791872744888242    0
+  74    1  0.75    1
+  75    1  0.625    1
+  76    0.59991540418828415  0.49568752528325605    0
+  77    0.56274481006865207  0.62509492757459384    0
+  78    0.90195417066425843  0.23029988861772704    0
+  79    0.78098262945372543  0.62898256956955256    0
+  80    0.84106566238785851  0.77894184057925364    0
+  81    0.62300633576917519  0.73915366778201619    0
+  82    0.6839678716997456  0.65821944124830978    0
+  83    0.73222791477190285  0.75799595903838035    0
+  84    0.76572321229797546  0.87719074616077775    0
+  85    1  0.875    1
+  86    0.47025207734868557  0.64847815623034655    0
+  87    0.875  1    1
+  88    0.88528714727015489  0.88528714727015478    0
+  89    0.30031092204624377  0.71247916401502764    0
+  90    0.31771015446498463  0.90546215625923321    0
+  91    0.40507291472157542  0.72783538918270696    0
+  92    0.85168827787216683  0.38456050672380426    0
+  93    0.92213204806748283  0.32219475027906186    0
+  94    0.89274169189993613  0.59088912722666298    0
+  95    0.90810768925421614  0.6962381588480232    0
+# Generated by triangle -a0.01q30 simple.node
diff --git a/python/test/unit/meshconvert/test_mesh_converter.py b/python/test/unit/meshconvert/test_mesh_converter.py
new file mode 100755
index 0000000..ec27512
--- /dev/null
+++ b/python/test/unit/meshconvert/test_mesh_converter.py
@@ -0,0 +1,577 @@
+""" Tests for the meshconvert module."""
+
+# Copyright (C) 2012
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Jan Blechta 2012
+#
+# First added:
+# Last changed: 2014-05-30
+
+import pytest
+import os
+import glob
+import tempfile
+
+from dolfin_utils.meshconvert import meshconvert
+from dolfin_utils.meshconvert.meshconvert import DataHandler
+from dolfin import MPI
+from functools import reduce
+from dolfin_utils.test import skip_in_parallel
+
+
+class Tester:
+    def assertTrue(self, a):
+        assert a
+
+    assert_ = assertTrue
+
+    def assertFalse(self, a):
+        assert not a
+
+    def assertEqual(self, a, b):
+        assert a == b
+
+    def assertAlmostEqual(self, a, b):
+        assert abs(a-b) < 1e-7
+
+    def assertNotEqual(self, a, b):
+        assert a != b
+
+    def assertIsInstance(self, obj, cls):
+        assert isinstance(obj, cls)
+
+    def assertNotIsInstance(self, obj, cls):
+        assert not isinstance(obj, cls)
+
+    def assertRaises(self, e, f, *args):
+        if args==[]:
+            with pytest.raises(e):
+                f()
+        elif len(args)==1:
+            with pytest.raises(e):
+                f(args[0])
+        elif len(args)==2:
+            with pytest.raises(e):
+                f(args[0], args[1])
+
+    def assertEqualValues(self, A, B):
+        B = as_ufl(B)
+        self.assertEqual(A.ufl_shape, B.ufl_shape)
+        self.assertEqual(inner(A-B, A-B)(None), 0)
+
+
+class TestCase(Tester):
+    def _get_tempfname(self, suffix=None):
+        fd, fname = tempfile.mkstemp(suffix=suffix)
+        os.close(fd)
+        return fname
+
+class _TestHandler(DataHandler):
+    def __init__(self, cell_type, mesh_dim, test):
+        DataHandler.__init__(self)
+        self.vertices, self.cells, self.functions = [], [], {}
+        self.vertices_ended = self.cells_ended = self.closed = False
+        self.__type, self.__dim = cell_type, mesh_dim
+        self.__test = test
+        test.assertEqual(self._state, self.State_Invalid)
+        self.test_warnings = []
+
+    def set_mesh_type(self, *args):
+        DataHandler.set_mesh_type(self, *args)
+        test = self.__test
+        test.assertEqual(self._state, self.State_Init)
+        test.assertEqual(self._cell_type, self.__type)
+        test.assertEqual(self._dim, self.__dim)
+
+    def start_vertices(self, num_vertices):
+        DataHandler.start_vertices(self, num_vertices)
+        self.vertices = []
+        for i in range(num_vertices):
+            self.vertices.append(None)
+
+    def add_vertex(self, vertex, coords):
+        DataHandler.add_vertex(self, vertex, coords)
+        self.vertices[vertex] = tuple(coords)
+
+    def end_vertices(self):
+        DataHandler.end_vertices(self)
+        self.vertices_ended = True
+
+    def start_cells(self, num_cells):
+        DataHandler.start_cells(self, num_cells)
+        for i in range(num_cells):
+            self.cells.append(None)
+
+    def add_cell(self, cell, nodes):
+        DataHandler.add_cell(self, cell, nodes)
+        self.cells[cell] = tuple(nodes)
+
+    def end_cells(self):
+        DataHandler.end_cells(self)
+        self.cells_ended = True
+
+    def start_meshfunction(self, name, dim, sz):
+        DataHandler.start_meshfunction(self, name, dim, sz)
+        entries = []
+        for i in range(sz):
+            entries.append(None)
+        self.__curfunc = self.functions[name] = [dim, sz, entries, False]
+
+    def add_entity_meshfunction(self, index, value):
+        DataHandler.add_entity_meshfunction(self, index, value)
+        self.__curfunc[2][index] = value
+
+    def end_meshfunction(self):
+        DataHandler.end_meshfunction(self)
+        self.__curfunc[-1] = True
+
+    def warn(self, msg):
+        self.test_warnings.append(msg)
+
+    def close(self):
+        DataHandler.close(self)
+        self.__test.assertEqual(self._state, self.State_Invalid)
+        self.closed = True
+
+class _ConverterTest(TestCase):
+    """ Base converter test class.
+    """
+
+class AbaqusTest(_ConverterTest):
+    """ Test AbaqusConverter."""
+
+    def test_success(self):
+        """ Test success case.
+        """
+        handler = self.__convert("abaqus.inp")
+        # Verify vertices
+        self.assertEqual(handler.vertices, [
+            (0.0, 0.0, 0.0),
+            (10.0, 10.0, 10.0),
+            (10.0, 10.0, 11.0),
+            (0.0, 1.0, 0.0),
+            (1.0, 1.0, 0.0),
+            (0.0, 0.0, 0.0),
+            (10.0, 10.0, 11.0),
+            (10.0, 10.0, 10.0),
+            (1.0, 1.0, 0.0),
+            (1.0, 0.0, 0.0),
+            (1.0, 0.0, 0.0),
+            (0.0, 1.0, 0.0)
+            ])
+        self.assert_(handler.vertices_ended)
+
+        # Verify cells
+        self.assertEqual(handler.cells, [
+            (0, 9, 3, 8),
+            (0, 9, 1, 2),
+            (3, 8, 1, 2)
+            ])
+        self.assert_(handler.cells_ended)
+
+        # Verify materials
+        print(list(handler.functions.keys()))
+        #self.assertEqual(handler.functions.keys(), ["material"])
+        #dim, sz, entries, ended = handler.functions["material"]
+        #self.assertEqual(dim, 3)
+        #self.assertEqual(sz, 2)
+        ## Cell 0 should have material 0, cell 1 material 1
+        #self.assertEqual(entries, [0, 1])
+        #self.assert_(ended)
+
+        self.assert_(handler.closed)
+
+    def xtest_error(self):
+        """ Test various cases of erroneus input.
+        """
+        def convert(fname, text, error=False):
+            f = file(fname, "w")
+            f.write(text)
+            f.close()
+            if not error:
+                handler = self.__convert(fname)
+                self.assert_(handler.test_warnings)
+            else:
+                self.assertRaises(meshconvert.ParseError, self.__convert, fname)
+            os.remove(fname)
+
+        fname = self._get_tempfname(suffix=".inp")
+
+        # Too few coordinates
+#        convert(fname, """*NODE
+#1, 0, 0""")
+        # Non-numeric index
+#        convert(fname, """*NODE
+#a, 0, 0, 0""")
+        # Non-numeric coordinate
+#        convert(fname, """*NODE
+#1, 0, 0, a""")
+        # Unsupported element type, also the body should be ignored
+#        convert(fname, """*ELEMENT, TYPE=sometype
+#0
+#""")
+#        # Bad parameter syntax
+#        convert(fname, "*ELEMENT, TYPE=sometype, BAD")
+#        # Missing type specifier
+#        convert(fname, "*ELEMENT", error=True)
+#        # Non-existent node
+#        convert(fname, """*NODE
+#1, 0, 0, 0
+#2, 0, 0, 0
+#3, 0, 0, 0
+#*ELEMENT, TYPE=C3D4
+#1, 1, 2, 3, 4
+#""", error=True)
+#        # Too few nodes
+#        convert(fname, """*NODE
+#1, 0, 0, 0
+##2, 0, 0, 0
+#3, 0, 0, 0
+#*ELEMENT, TYPE=C3D4
+#1, 1, 2, 3
+#""", error=True)
+#        # Non-existent element set
+#        convert(fname, """*MATERIAL, NAME=MAT
+#*SOLID SECTION, ELSET=NONE, MATERIAL=MAT""", error=True)
+
+    def test_facet_success(self):
+        """ Test facet export.
+        """
+        dim = 3
+        nb_facets = 1170  # The total number of facets in the mesh
+        marker_counter = {0: 990,
+                          1: 42,
+                          2: 42,
+                          3: 96,
+                          4: 0}
+        handler = self.__convert("abaqus_facet.inp")
+        self.assert_(handler.vertices_ended)
+        self.assert_(handler.cells_ended)
+
+        self.assert_("facet_region" in list(handler.functions.keys()))
+        cell_type = DataHandler.CellType_Triangle
+        function_dim, sz, entries, ended = handler.functions["facet_region"]
+
+        # the dimension of the meshfunction should be dim-1
+        self.assertEqual(function_dim, dim - 1)
+        # There should be size facets in the mesh function
+        self.assertEqual(len(entries), nb_facets)
+        self.assertEqual(sz, nb_facets)
+
+
+        # Check that the right number of facets are marked
+        for marker, count in marker_counter.items():
+            self.assert_(len([i for i in entries if i == marker]) == count)
+
+        self.assert_(ended)
+        self.assert_(handler.closed)
+
+    def __convert(self, fname):
+        handler = _TestHandler(DataHandler.CellType_Tetrahedron, 3, self)
+        if not os.path.isabs(fname):
+            fname = os.path.join("data", fname)
+        meshconvert.convert(fname, handler)
+        return handler
+
+class TestGmsh(_ConverterTest):
+    """ Test Gmsh convertor.
+    """
+    def test_success(self):
+        """ Test success case.
+        """
+        handler = self.__convert("gmsh.msh")
+        # Verify vertices
+        self.assertEqual(handler.vertices, [
+            (0,    0,    0),
+            (1,    0,    1),
+            (-0,    0.8,  0.6),
+            (0.3,  0.8, -0.1),
+            (0.6,  0.3, -0.4),
+            (0.5,  0,    0.5),
+            (0.5,  0.4,  0.8),
+            (0.76, 0.26, 0.63),
+            (0.53, 0.53, 0.26),
+            (0.8,  0.15, 0.3)
+            ])
+        self.assert_(handler.vertices_ended)
+
+        # Verify cells
+        self.assertEqual(handler.cells, [
+            (9, 5, 1, 7),
+            (4, 8, 0, 9),
+            (8, 5, 0, 9),
+            (8, 5, 9, 7),
+            (8, 3, 4, 0),
+            (8, 2, 3, 0),
+            (7, 5, 6, 8),
+            (5, 2, 6, 8),
+            (1, 7, 5, 6),
+            (5, 2, 8, 0)
+            ])
+        self.assert_(handler.cells_ended)
+
+        # Verify physical regions
+        self.assertEqual(list(handler.functions.keys()), ["physical_region"])
+        dim, sz, entries, ended = handler.functions["physical_region"]
+        self.assertEqual(dim, 3)
+        self.assertEqual(sz, 10)        # There are 10 cells
+        # Cells 0 thru 4 should be in region 1000, cells 5 thru 9 in
+        # region 2000
+        self.assertEqual(entries, [1000]*5 + [2000]*5)
+        self.assert_(ended)
+        self.assert_(handler.closed)
+
+    # FIXME: test disabled, see https://bitbucket.org/fenics-project/dolfin/issues/682
+    def xtest_1D_facet_markings_2 (self):
+        """
+        Test to see if the 1D facet markings behave as expected.
+        2 vertices marked
+        """
+        marked_facets = [0,2]
+        self._facet_marker_driver(1, 2, marked_facets, 11)
+
+    # FIXME: test disabled, see https://bitbucket.org/fenics-project/dolfin/issues/682
+    def xtest_2D_facet_markings_1 (self):
+        """
+        Test to see if the 2D facet markings behave as expected.
+        1 edge marked
+        """
+        marked_facets = [7]
+        self._facet_marker_driver(2, 1, marked_facets, 8)
+
+    # FIXME: test disabled, see https://bitbucket.org/fenics-project/dolfin/issues/682
+    def xtest_2D_facet_markings_2 (self):
+        """
+        Test to see if the 2D facet markings behave as expected.
+        2 edges marked
+        """
+        marked_facets = [2,5]
+        self._facet_marker_driver(2, 2, marked_facets, 8)
+
+    # FIXME: test disabled, see https://bitbucket.org/fenics-project/dolfin/issues/682
+    def xtest_2D_facet_markings_3 (self):
+        """
+        Test to see if the 2D facet markings behave as expected.
+        3 edges marked
+        """
+        marked_facets = [5,6,7]
+        self._facet_marker_driver(2, 3, marked_facets, 8)
+
+    # FIXME: test disabled, see https://bitbucket.org/fenics-project/dolfin/issues/682
+    def xtest_2D_facet_markings_4 (self):
+        """
+        Test to see if the 2D facet markings behave as expected.
+        4 edges marked
+        """
+        marked_facets = [2,5,6,7]
+        self._facet_marker_driver(2, 4, marked_facets, 8)
+
+    # FIXME: test disabled, see https://bitbucket.org/fenics-project/dolfin/issues/682
+    def xtest_3D_facet_markings_1 (self):
+        """
+        Test the marking of 3D facets
+        Unit cube, 1 Face marked
+        """
+#         [0, 0, 0, 999, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 999, 0, 0, 0, 0, 0, 0, 0, 0, 999, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 999,
+# 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]
+        marked_facets = [3, 15, 24, 39,]
+        self._facet_marker_driver(3, 1, marked_facets, 60)
+
+    def _facet_marker_driver (self, dim, id, marked_facets, size ):
+        if dim == 1:
+            cell_type = DataHandler.CellType_Interval
+        elif dim == 2:
+            cell_type = DataHandler.CellType_Triangle
+        elif dim == 3:
+            cell_type = DataHandler.CellType_Tetrahedron
+
+        handler = self.__convert("gmsh_test_facet_regions_%dD_%d.msh" % (dim, id), cell_type, dim)
+
+        free_facets = list(range(size))
+
+        for i in marked_facets:
+            free_facets.remove(i)
+
+        function_dim, sz, entries, ended = handler.functions["facet_region"]
+
+        # the dimension of the meshfunction should be dim-1
+        self.assertEqual(function_dim, dim-1)
+        # There should be size facets in the mesh function
+        self.assertEqual(len(entries), size)
+        self.assertEqual(sz, size)
+        # marked
+        self.assert_( all ( entries[i] == 999 for i in marked_facets ) )
+        # all other edges should be zero
+        self.assert_( all ( entries[i] == 0 for i in free_facets ) )
+
+        self.assert_(ended)
+        self.assert_(handler.closed)
+
+    def __convert(self, fname, cell_type=DataHandler.CellType_Tetrahedron, dim=3):
+        handler = _TestHandler(cell_type, dim, self)
+        if not os.path.isabs(fname):
+            fname = os.path.join(os.path.dirname(__file__), "data", fname)
+        meshconvert.convert(fname, handler)
+        return handler
+
+@skip_in_parallel
+class TestTriangle(Tester):
+
+    def test_convert_triangle(self): # Disabled because it fails, see FIXME below
+
+        # test no. 1
+        from dolfin import Mesh, MPI
+
+        fname = os.path.join(os.path.dirname(__file__), "data", "triangle")
+        dfname = fname+".xml"
+
+        # Read triangle file and convert to a dolfin xml mesh file
+        meshconvert.triangle2xml(fname, dfname)
+
+        # Read in dolfin mesh and check number of cells and vertices
+        mesh = Mesh(dfname)
+        self.assertEqual(mesh.num_vertices(), 96)
+        self.assertEqual(mesh.num_cells(), 159)
+
+        # Clean up
+        os.unlink(dfname)
+
+        # test no. 2
+        from dolfin import MPI, Mesh, MeshFunction, \
+                           edges, Edge, faces, Face, \
+                           SubsetIterator, facets
+
+        fname = os.path.join(os.path.dirname(__file__), "data", "test_Triangle_3")
+        dfname = fname+".xml"
+        dfname0 = fname+".attr0.xml"
+
+        # Read triangle file and convert to a dolfin xml mesh file
+        meshconvert.triangle2xml(fname, dfname)
+
+        # Read in dolfin mesh and check number of cells and vertices
+        mesh = Mesh(dfname)
+        mesh.init()
+        mfun = MeshFunction('double', mesh, dfname0)
+        self.assertEqual(mesh.num_vertices(), 58)
+        self.assertEqual(mesh.num_cells(), 58)
+
+        # Create a size_t MeshFunction and assign the values based on the
+        # converted Meshfunction
+        cf = MeshFunction("size_t", mesh, mesh.topology().dim())
+        cf.array()[mfun.array()==10.0] = 0
+        cf.array()[mfun.array()==-10.0] = 1
+
+        # Meassure total area of cells with 1 and 2 marker
+        add = lambda x, y : x+y
+        area0 = reduce(add, (Face(mesh, cell.index()).area() \
+                             for cell in SubsetIterator(cf, 0)), 0.0)
+        area1 = reduce(add, (Face(mesh, cell.index()).area() \
+                             for cell in SubsetIterator(cf, 1)), 0.0)
+        total_area = reduce(add, (face.area() for face in faces(mesh)), 0.0)
+
+        # Check that all cells in the two domains are either above or below y=0
+        self.assertTrue(all(cell.midpoint().y()<0 for cell in SubsetIterator(cf, 0)))
+        self.assertTrue(all(cell.midpoint().y()>0 for cell in SubsetIterator(cf, 1)))
+
+        # Check that the areas add up
+        self.assertAlmostEqual(area0+area1, total_area)
+
+        # Measure the edge length of the two edge domains
+        #edge_markers = mesh.domains().facet_domains()
+        edge_markers = mesh.domains().markers(mesh.topology().dim()-1)
+        self.assertTrue(edge_markers is not None)
+        #length0 = reduce(add, (Edge(mesh, e.index()).length() \
+        #                    for e in SubsetIterator(edge_markers, 0)), 0.0)
+        length0, length1 = 0.0, 0.0
+        for item in list(edge_markers.items()):
+            if item[1] == 0:
+                e = Edge(mesh, int(item[0]))
+                length0 +=  Edge(mesh, int(item[0])).length()
+            elif item [1] == 1:
+                length1 +=  Edge(mesh, int(item[0])).length()
+
+        # Total length of all edges and total length of boundary edges
+        total_length = reduce(add, (e.length() for e in edges(mesh)), 0.0)
+        boundary_length = reduce(add, (Edge(mesh, f.index()).length() \
+                          for f in facets(mesh) if f.exterior()), 0.0)
+
+        # Check that the edges add up
+        self.assertAlmostEqual(length0 + length1, total_length)
+        self.assertAlmostEqual(length1, boundary_length)
+
+        # Clean up
+        os.unlink(dfname)
+        os.unlink(dfname0)
+
+@skip_in_parallel
+class TestDiffPack(Tester):
+    def test_convert_diffpack(self):
+
+        from dolfin import Mesh, MPI, MeshFunction
+
+        fname = os.path.join(os.path.dirname(__file__), "data", "diffpack_tet")
+        dfname = fname+".xml"
+
+        # Read triangle file and convert to a dolfin xml mesh file
+        meshconvert.diffpack2xml(fname+".grid", dfname)
+
+        # Read in dolfin mesh and check number of cells and vertices
+        mesh = Mesh(dfname)
+        self.assertEqual(mesh.num_vertices(), 27)
+        self.assertEqual(mesh.num_cells(), 48)
+        self.assertEqual(len(mesh.domains().markers(3)), 48)
+        self.assertEqual(len(mesh.domains().markers(2)), 16)
+
+        mf_basename = dfname.replace(".xml", "_marker_%d.xml")
+        for marker, num in [(3, 9), (6, 9), (7, 3), (8, 1)]:
+
+            mf_name = mf_basename % marker
+            mf = MeshFunction("size_t", mesh, mf_name)
+            self.assertEqual(sum(mf.array()==marker), num)
+            os.unlink(mf_name)
+
+        # Clean up
+        os.unlink(dfname)
+
+    def test_convert_diffpack_2d(self):
+
+        from dolfin import Mesh, MPI, MeshFunction
+
+        fname = os.path.join(os.path.dirname(__file__), "data", "diffpack_tri")
+        dfname = fname+".xml"
+
+        # Read triangle file and convert to a dolfin xml mesh file
+        meshconvert.diffpack2xml(fname+".grid", dfname)
+
+        # Read in dolfin mesh and check number of cells and vertices
+        mesh = Mesh(dfname)
+
+        self.assertEqual(mesh.num_vertices(), 41)
+        self.assertEqual(mesh.num_cells(), 64)
+        self.assertEqual(len(mesh.domains().markers(2)), 64)
+
+        mf_basename = dfname.replace(".xml", "_marker_%d.xml")
+        for marker, num in [(1,10), (2,5), (3,5)]:
+
+            mf_name = mf_basename % marker
+            mf = MeshFunction("size_t", mesh, mf_name)
+            self.assertEqual(sum(mf.array()==marker), num)
+            os.unlink(mf_name)
+
+        # Clean up
+        os.unlink(dfname)
diff --git a/python/test/unit/mpipipe.sh b/python/test/unit/mpipipe.sh
new file mode 100755
index 0000000..6522d12
--- /dev/null
+++ b/python/test/unit/mpipipe.sh
@@ -0,0 +1,38 @@
+#!/bin/sh
+
+# Copyright (C) 2015 Martin Alnæs
+# Copyright (C) 2015 Johannes Ring
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+# This script redirects output from a command to output.MYRANK
+
+# See: http://docs.roguewave.com/threadspotter/2012.1/linux/manual_html/apas03.html
+if [ ! -z $OMPI_COMM_WORLD_RANK ]; then
+    MYRANK=$OMPI_COMM_WORLD_RANK
+elif [ ! -z $PMI_RANK ]; then
+    MYRANK=$PMI_RANK
+else
+    MYRANK=`python -c "import dolfin;c=dolfin.mpi_comm_world();r=dolfin.MPI.rank(c);print(r);dolfin.MPI.barrier(c)"`
+fi
+
+OUT=output.$MYRANK
+echo My rank is $MYRANK, writing to $OUT
+if [ $MYRANK -eq 0 ]; then
+  $@ | tee $OUT
+else
+  $@ > $OUT
+fi
diff --git a/python/test/unit/multimesh/test_compression.py b/python/test/unit/multimesh/test_compression.py
new file mode 100644
index 0000000..5fdf9c6
--- /dev/null
+++ b/python/test/unit/multimesh/test_compression.py
@@ -0,0 +1,101 @@
+"""Unit tests for quadrature compression"""
+
+# Copyright (C) 2017 August Johansson
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+##
+# First added:  2016-06-28
+# Last changed: 2017-05-28
+
+import pytest
+
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel
+from numpy import random, sort, any
+
+def build_multimesh_2d(compress_volume, compress_interface):
+
+    # Create multimesh
+    multimesh = MultiMesh()
+    multimesh.parameters["compress_volume_quadrature"] = compress_volume
+    multimesh.parameters["compress_interface_quadrature"] = compress_interface
+
+    # Add background mesh
+    N_x = 2
+    mesh = UnitSquareMesh(N_x, N_x)
+    multimesh.add(mesh)
+
+    # Set seed
+    random.seed(1)
+
+    # Add num_parts-1 random sized and rotated rectangular meshes
+    num_parts = 2
+    while (multimesh.num_parts() < num_parts):
+
+        x0, x1 = sort(random.rand(2))
+        y0, y1 = sort(random.rand(2))
+        if abs(x1 - x0) < DOLFIN_EPS:
+            x1 += DOLFIN_EPS
+        if abs(y1 - y0) < DOLFIN_EPS:
+            y1 += DOLFIN_EPS
+
+        N_x_part = int(max(abs(x1-x0)*N_x, 1))
+        N_y_part = int(max(abs(y1-y0)*N_x, 1))
+        mesh = RectangleMesh(Point(x0, y0), Point(x1, y1),
+                             N_x_part, N_y_part)
+
+        # Rotate
+        phi = random.rand()*180
+        mesh.rotate(phi)
+        coords = mesh.coordinates()
+        is_interior = not any(coords < 0) and not any(coords > 1.)
+
+        if is_interior:
+            multimesh.add(mesh)
+
+    multimesh.build()
+    return multimesh
+
+def volume_area(multimesh):
+    volume = multimesh.compute_volume()
+    area = multimesh.compute_area()
+    return volume, area
+
+@skip_in_parallel
+def test_compression_2d():
+    # Reference volume and area
+    multimesh = build_multimesh_2d(False, False)
+    volume, area = volume_area(multimesh)
+
+    # Volume compression
+    multimesh_v = build_multimesh_2d(True, False)
+    volume_v, area_v = volume_area(multimesh)
+
+    # Interface compression
+    multimesh_i = build_multimesh_2d(False, True)
+    volume_i, area_i = volume_area(multimesh_i)
+
+    # Tolerances
+    volume_tol = 1e-10
+    area_tol = 1e-10
+
+    # Assert that the compressed volume / area is close
+    assert abs(volume - volume_v) < volume_tol
+    assert abs(area - area_i) < area_tol
+
+    # Assert that the compressed volume / area does not influence the area / volume
+    assert abs(volume - volume_i) < DOLFIN_EPS
+    assert abs(area - area_v) < DOLFIN_EPS
diff --git a/python/test/unit/multimesh/test_interface_area.py b/python/test/unit/multimesh/test_interface_area.py
new file mode 100755
index 0000000..0a8f6f2
--- /dev/null
+++ b/python/test/unit/multimesh/test_interface_area.py
@@ -0,0 +1,135 @@
+"""Unit tests for multimesh volume computation"""
+
+# Copyright (C) 2016 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by August Johansson 2016
+#
+# First added:  2016-11-02
+# Last changed: 2016-11-14
+
+import pytest
+
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel
+
+def compute_area_using_quadrature(multimesh):
+    total_area = 0
+    for part in range(multimesh.num_parts()):
+        part_area = 0
+
+        for cell, cell_rules in multimesh.quadrature_rules_interface(part).items():
+            for qr in cell_rules:
+                weights = qr[1]
+                part_area += sum(weights)
+
+        total_area += part_area
+    return total_area
+
+def create_multimesh_with_meshes_on_diagonal(width, offset, Nx):
+
+    # Mesh width (must be less than 1)
+    assert width < 1
+
+    # Mesh placement (must be less than the width)
+    assert offset < width
+
+    # Background mesh
+    mesh_0 = UnitSquareMesh(Nx, Nx)
+
+    # Create multimesh
+    multimesh = MultiMesh()
+    multimesh.add(mesh_0)
+
+    # Now we have num_parts = 1
+    num_parts = multimesh.num_parts()
+
+    while num_parts*offset + width < 1:
+        a = num_parts*offset
+        b = a + width
+        mesh_top = RectangleMesh(Point(a,a), Point(b,b), Nx, Nx)
+        multimesh.add(mesh_top)
+        num_parts = multimesh.num_parts()
+
+    multimesh.build()
+
+    area = compute_area_using_quadrature(multimesh)
+    exact_area = 0 if multimesh.num_parts() == 1 else 4*width + (multimesh.num_parts()-2)*(2*width + 2*offset)
+    error = abs(area - exact_area)
+    relative_error = error / exact_area
+    tol = max(DOLFIN_EPS_LARGE, multimesh.num_parts()*multimesh.part(0).num_cells()*DOLFIN_EPS)
+
+    print("")
+    print("width = {}, offset = {}, Nx = {}, num_parts = {}".format(width, offset, Nx, multimesh.num_parts()))
+    print("error", error)
+    print("relative error", relative_error)
+    print("tol", tol)
+    return relative_error < tol
+
+@skip_in_parallel
+def test_meshes_on_diagonal():
+    "Place meshes on the diagonal inside a background mesh and check the interface area"
+
+    # for Nx in range(1, 50):
+    #     for width_factor in range(1, 100):
+    #         width = 3*width_factor/(100*DOLFIN_PI)
+    #         for offset_factor in range(1, 100):
+    #             offset = offset_factor*DOLFIN_PI / (100*3.2)
+    #             if (offset < width):
+    #                 assert(create_multimesh_with_meshes_on_diagonal(width, offset, Nx))
+
+    width = DOLFIN_PI / 5
+    offset = 0.1111
+    Nx = 1
+    assert(create_multimesh_with_meshes_on_diagonal(width, offset, Nx))
+
+    # width = 1/DOLFIN_PI #0.18888
+    # offset = DOLFIN_PI/100 #1e-10
+    # for Nx in range(1, 50):
+    #     assert(create_multimesh_with_meshes_on_diagonal(width, offset, Nx))
+
+@skip_in_parallel
+def test_meshes_with_boundary_edge_overlap_2d():
+    # start with boundary of mesh 1 overlapping edges of mesg 0
+    mesh0 = UnitSquareMesh(4,4)
+    mesh1 = UnitSquareMesh(1,1)
+
+    mesh1_coords = mesh1.coordinates()
+    mesh1_coords *= 0.5
+    mesh1.translate(Point(0.25, 0.25))
+
+    multimesh = MultiMesh()
+    multimesh.add(mesh0)
+    multimesh.add(mesh1)
+    multimesh.build()
+
+    exact_area = 2.0
+
+    area = compute_area_using_quadrature(multimesh)
+    assert abs(area - exact_area) < DOLFIN_EPS_LARGE
+
+    # next translate mesh 1 such that only the horizontal part of the boundary overlaps
+    mesh1.translate(Point(0.1, 0.0))
+    multimesh.build()
+    area = compute_area_using_quadrature(multimesh)
+    assert  abs(area - exact_area) < DOLFIN_EPS_LARGE
+
+    # next translate mesh 1 such that no boundaries overlap with edges
+    mesh1.translate(Point(0.0, 0.1))
+    multimesh.build()
+    area = compute_area_using_quadrature(multimesh)
+    assert  abs(area - exact_area) < DOLFIN_EPS_LARGE
diff --git a/python/test/unit/multimesh/test_multimesh.py b/python/test/unit/multimesh/test_multimesh.py
new file mode 100644
index 0000000..73e046f
--- /dev/null
+++ b/python/test/unit/multimesh/test_multimesh.py
@@ -0,0 +1,136 @@
+# -*- coding: utf-8 -*-
+"""Unit tests for the MultiMeshFunction class"""
+
+# Copyright (C) 2016 Jørgen S. Dokken
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+#
+# First added:  2016-06-11
+# Last changed: 2017-07-18
+
+import pytest
+from dolfin import *
+import ufl
+import numpy
+
+from dolfin_utils.test import fixture, skip_in_parallel
+
+@fixture
+def multimesh():
+    mesh_0 = RectangleMesh(Point(0,0), Point(1, 1), 20, 20)
+    mesh_1 = RectangleMesh(Point(numpy.pi/10,numpy.pi/9),
+                           Point(numpy.pi/8,numpy.pi/7),5,8)
+    multimesh = MultiMesh()
+    multimesh.add(mesh_0)
+    multimesh.add(mesh_1)
+    multimesh.build()
+    return multimesh
+
+@fixture
+def V(multimesh):
+    element = FiniteElement("Lagrange", triangle, 1)
+    return MultiMeshFunctionSpace(multimesh, element)
+
+@fixture
+def V_high(multimesh):
+    element = FiniteElement("Lagrange", triangle, 3)
+    return MultiMeshFunctionSpace(multimesh, element)
+
+@fixture
+def V_vector(multimesh):
+    return MultiMeshVectorFunctionSpace(multimesh,"CG", 1)
+
+@fixture
+def e_x():
+    return Expression(("1.0","0.0"), degree=1)
+
+@fixture
+def f_vec2():
+    return Expression(("sin(x[1])","1.0"), degree=3)
+
+@fixture
+def v_vec(V_vector):
+    return MultiMeshFunction(V_vector)
+
+@fixture
+def f_vec():
+    return Expression(("x[0]","x[1]"),degree=2)
+
+
+@fixture
+def f():
+    return Expression("sin(pi*x[0])*cos(2*pi*x[1])", degree=4)
+
+@fixture
+def f_2():
+    return Expression("x[0]*x[1]",degree=2)
+@fixture
+def v(V):
+    return MultiMeshFunction(V)
+
+@fixture
+def v_high(V_high):
+    return MultiMeshFunction(V_high)
+
+@skip_in_parallel
+def test_measure_mul(v, multimesh):
+    assert isinstance(v*dX, ufl.form.Form)
+
+@skip_in_parallel
+def test_assemble_zero(v, multimesh):
+    assert numpy.isclose(assemble_multimesh(v*dX), 0)
+
+@skip_in_parallel
+def test_assemble_area(v, multimesh):
+    v.vector()[:] = 1
+    assert numpy.isclose(assemble_multimesh(v*dX), 1)
+
+@skip_in_parallel
+def test_assemble_exterior_facet(v, multimesh):
+    v.vector()[:] = 1
+    assert numpy.isclose(assemble_multimesh(v*ds), 4)
+
+@skip_in_parallel
+def test_interpolate(v_high, f):
+    v_high.interpolate(f)
+    assert numpy.isclose(assemble_multimesh(v_high*dX), 0)
+
+@skip_in_parallel
+def test_project(f, V_high):
+    v = project(f ,V_high)
+    assert numpy.isclose(assemble_multimesh(v*dX), 0)
+
+@skip_in_parallel
+def test_errornorm_L2(f_2, v_high):
+    const = Expression("1", degree=1)
+    v_high.interpolate(f_2)
+    assert numpy.isclose(errornorm(const, v_high, norm_type="L2", degree_rise=3), numpy.sqrt(22)/6)
+
+@skip_in_parallel
+def test_errornorm_H1(f, f_2, v_high):
+    v_high.interpolate(f_2)
+    assert numpy.isclose(errornorm(f, v_high, norm_type="H1", degree_rise=3), numpy.sqrt(37./36+5*numpy.pi**2/4))
+
+@skip_in_parallel
+def test_vector_space(v_vec,e_x,f_vec2,V_vector,f_vec):
+    v_vec.interpolate(e_x)
+    assert numpy.isclose(assemble_multimesh(inner(f_vec,v_vec)*dX), 0.5)
+    v_vec.interpolate(f_vec)
+    print((assemble_multimesh(inner(v_vec, f_vec2)*dX),
+                                            1/2 + numpy.sin(1/2)*numpy.sin(1/2)))
+    assert numpy.isclose(assemble_multimesh(inner(v_vec, f_vec2)*dX),
+                                            1/2 + numpy.sin(1/2)*numpy.sin(1/2))
diff --git a/python/test/unit/multimesh/test_multimesh_autocover.py b/python/test/unit/multimesh/test_multimesh_autocover.py
new file mode 100644
index 0000000..97f4156
--- /dev/null
+++ b/python/test/unit/multimesh/test_multimesh_autocover.py
@@ -0,0 +1,108 @@
+# -*- coding: utf-8 -*-
+"""Unit tests for the MultiMeshFunction autocover functionality"""
+
+# Copyright (C) 2018 Jørgen S. Dokken
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+#
+# First added:  2018-04-03
+# Last changed: 2018-04-03
+
+
+from dolfin import *
+from dolfin_utils.test import fixture, skip_in_parallel
+import numpy
+
+
+@fixture
+def multimesh():
+    mesh_0 = UnitSquareMesh(20, 20)
+    mesh_1 = RectangleMesh(Point(0.23, 0.23),
+                           Point(0.66, 0.66), 10, 10)
+    multimesh = MultiMesh()
+    multimesh.add(mesh_0)
+    multimesh.add(mesh_1)
+    multimesh.build()
+    return multimesh
+
+
+@fixture
+def a():
+    return 0.3
+
+
+@fixture
+def b():
+    return 0.6
+
+
+@fixture
+def complex_multimesh(a, b):
+    meshes = [UnitSquareMesh(50, 50),
+              RectangleMesh(Point(0.105, 0.1), Point(a, 0.905), 15, 15),
+              RectangleMesh(Point(0.101, b), Point(0.903, 0.902), 15, 15),
+              RectangleMesh(Point(b, 0.08), Point(0.91, 0.91), 15, 15),
+              RectangleMesh(Point(0.102, 0.09), Point(0.92, a), 15, 13)]
+    multimesh = MultiMesh()
+    for mesh in meshes:
+        multimesh.add(mesh)
+    multimesh.build()
+    return multimesh
+
+
+@fixture
+def V(multimesh):
+    return MultiMeshFunctionSpace(multimesh, "CG", 1)
+
+
+@fixture
+def one(V):
+    return interpolate(Constant(1), V)
+
+
+@fixture
+def complex_mesh_one(complex_multimesh):
+    V = MultiMeshFunctionSpace(complex_multimesh, "CG", 1)
+    return interpolate(Constant(1), V)
+
+
+@skip_in_parallel
+def test_auto_cover_all(multimesh, one):
+    # Cover all cells
+    multimesh.auto_cover(0, Point(0, 0))
+    multimesh.auto_cover(1, Point(0.5, 0.5))
+    assert(numpy.isclose(assemble_multimesh(one * dX), 0))
+
+    # Reset auto_cover
+    multimesh.build()
+    assert(numpy.isclose(assemble_multimesh(one * dX), 1))
+
+
+@skip_in_parallel
+def test_auto_cover_top(multimesh, one):
+    # Cover cells on top mesh
+    multimesh.auto_cover(0, Point(0, 0))
+    assert(numpy.isclose(assemble_multimesh(one * dX), 0.1849))
+
+
+@skip_in_parallel
+def test_auto_cover_complex(a, b, complex_multimesh, complex_mesh_one):
+    # Cover cells inscribed by the four top meshes
+    complex_multimesh.auto_cover(0, Point(a + 0.5 * (b - a),
+                                          a + 0.5 * (b - a)))
+    assert(numpy.isclose(assemble_multimesh(complex_mesh_one * dX),
+                         1 - (b - a)**2))
diff --git a/python/test/unit/multimesh/test_multimesh_cell_types.py b/python/test/unit/multimesh/test_multimesh_cell_types.py
new file mode 100644
index 0000000..64ef136
--- /dev/null
+++ b/python/test/unit/multimesh/test_multimesh_cell_types.py
@@ -0,0 +1,98 @@
+"""Unit tests for MultiMesh cell types"""
+
+# Copyright (C) 2016 Magne Nordaas
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2016-11-28
+# Last changed: 2016-11-28
+
+from dolfin import *
+import pytest
+from dolfin_utils.test import skip_in_parallel
+
+# test case with interface-edge overlap
+def case_1_impl(M, N):
+    multimesh = MultiMesh()
+    mesh0 = UnitSquareMesh(M, M)
+    mesh1 = RectangleMesh(Point(0.25, 0.25), Point(0.75, 0.75), N, N)
+    multimesh.add(mesh0)
+    multimesh.add(mesh1)
+    multimesh.build()
+    return multimesh
+
+# test case with squares on the diagonal
+def case_2_impl(width, offset, Nx):
+
+    # Mesh width (must be less than 1)
+    assert width < 1
+
+    # Mesh placement (must be less than the width)
+    assert offset < width
+
+    # Background mesh
+    mesh_0 = UnitSquareMesh(Nx, Nx)
+
+    # Create multimesh
+    multimesh = MultiMesh()
+    multimesh.add(mesh_0)
+
+    # Now we have num_parts = 1
+    num_parts = multimesh.num_parts()
+
+    while num_parts*offset + width < 1:
+        a = num_parts*offset
+        b = a + width
+        mesh_top = RectangleMesh(Point(a,a), Point(b,b), Nx, Nx)
+        multimesh.add(mesh_top)
+        num_parts = multimesh.num_parts()
+
+    multimesh.build()
+    return multimesh
+
+@pytest.fixture
+def case_1(M, N):
+    return case_1_impl(M,N)
+
+@pytest.fixture
+def case_2(width, offset, Nx):
+    return case_2_impl(width, offset, Nx)
+
+test_cases = [case_1_impl(4,3),
+              case_2_impl(DOLFIN_PI/5, 0.1111, 3)]
+
+@skip_in_parallel
+@pytest.mark.parametrize("multimesh", test_cases)
+def test_cut_cell_has_quadrature(multimesh):
+    # Test that every cut cell has a nontrivial interface quadrature rule
+    for part in range(multimesh.num_parts()):
+        for cell in multimesh.cut_cells(part):
+            assert multimesh.quadrature_rules_interface(part, cell)
+
+@skip_in_parallel
+@pytest.mark.parametrize("multimesh", test_cases)
+def test_multimesh_cell_types(multimesh):
+    # Test that every cell in the multimesh is either cut, uncut, or covered
+    for part in range(multimesh.num_parts()):
+        cells = set(range(multimesh.part(part).num_cells()))
+        cut_cells = set(multimesh.cut_cells(part))
+        uncut_cells = set(multimesh.uncut_cells(part))
+        covered_cells = set(multimesh.covered_cells(part))
+
+        assert cut_cells.union(uncut_cells).union(covered_cells) == cells
+        assert cut_cells.intersection(uncut_cells) == set()
+        assert cut_cells.intersection(covered_cells) == set()
+        assert uncut_cells.intersection(covered_cells) == set()
diff --git a/python/test/unit/multimesh/test_multimesh_coefficients.py b/python/test/unit/multimesh/test_multimesh_coefficients.py
new file mode 100644
index 0000000..ae71179
--- /dev/null
+++ b/python/test/unit/multimesh/test_multimesh_coefficients.py
@@ -0,0 +1,109 @@
+"Unit tests for multimesh coefficients"
+
+# Copyright (C) 2006 Magne Nordaas
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by August Johansson 2017
+#
+# First added:  2017-04-02
+# Last changed: 2017-06-20
+
+import pytest
+from dolfin import *
+from dolfin_utils.test import fixture, skip_in_parallel
+
+@fixture
+def mesh0():
+    return UnitSquareMesh(2,2)
+
+@fixture
+def mesh1():
+    return RectangleMesh(Point(0.25, 0.25), Point(0.75, 0.75), 2, 2)
+
+@fixture
+def multimesh(mesh0, mesh1):
+    multimesh = MultiMesh()
+    multimesh.add(mesh0)
+    multimesh.add(mesh1)
+    multimesh.build()
+    return multimesh
+
+@fixture
+def V(multimesh):
+    return MultiMeshFunctionSpace(multimesh, "P", 1)
+
+@fixture
+def V0(mesh0):
+    return FunctionSpace(mesh0, "P", 1)
+
+@fixture
+def V1(mesh1):
+    return FunctionSpace(mesh1, "P", 1)
+
+@fixture
+def f(V, V0, V1):
+    f = MultiMeshFunction(V)
+    f.assign_part(0, interpolate(Constant(1.0), V0))
+    f.assign_part(1, interpolate(Constant(2.0), V1))
+    return f
+
+@fixture
+def g():
+    return Constant(0.5)
+
+@fixture
+def h(V, V0, V1):
+    h = MultiMeshFunction(V)
+    h.assign_part(0, interpolate(Constant(1.0), V0))
+    h.assign_part(1, interpolate(Constant(1.5), V1))
+    return h
+
+@skip_in_parallel
+def test_dX_integral(f, g, h):
+    f_dX = assemble_multimesh(f * dX)
+    assert abs(f_dX - 1.25) < DOLFIN_EPS_LARGE
+
+    fgh_dX = assemble_multimesh(f*g*h * dX)
+    assert abs(fgh_dX - 0.75) < DOLFIN_EPS_LARGE
+
+@skip_in_parallel
+def test_dI_integral(f, g, h):
+    f_dI0 = assemble_multimesh(f("-") * dI)
+    assert abs(f_dI0 - 4.0) < DOLFIN_EPS_LARGE
+
+    f_dI1 = assemble_multimesh(f("+") * dI)
+    assert abs(f_dI1 - 2.0) < DOLFIN_EPS_LARGE
+
+    fgh_dI0 = assemble_multimesh(f("-")*g("-")*h("-") * dI)
+    assert abs(fgh_dI0 - 3.0) < DOLFIN_EPS_LARGE
+
+    fgh_dI1 = assemble_multimesh(f("+")*g("+")*h("+") * dI)
+    assert abs(fgh_dI1 - 1.0) < DOLFIN_EPS_LARGE
+
+@skip_in_parallel
+def test_dO_integral(f, g, h):
+    f_dO0 = assemble_multimesh(f("-") * dO)
+    assert abs(f_dO0 - 0.50) < DOLFIN_EPS_LARGE
+
+    f_dO1 = assemble_multimesh(f("+") * dO)
+    assert abs(f_dO1 - 0.25) < DOLFIN_EPS_LARGE
+
+    fgh_dO0 = assemble_multimesh(f("-")*g("-")*h("-") * dO)
+    assert abs(fgh_dO0 - 0.375) < DOLFIN_EPS_LARGE
+
+    fgh_dO1 = assemble_multimesh(f("+")*g("+")*h("+") * dO)
+    assert abs(fgh_dO1 - 0.125) < DOLFIN_EPS_LARGE
diff --git a/python/test/unit/multimesh/test_multimesh_function.py b/python/test/unit/multimesh/test_multimesh_function.py
new file mode 100644
index 0000000..8665be6
--- /dev/null
+++ b/python/test/unit/multimesh/test_multimesh_function.py
@@ -0,0 +1,55 @@
+"""Unit tests for MultiMesh Functions"""
+
+# Copyright (C) 2017 Simon Funke
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2017-12-12
+# Last changed: 2017-12-12
+
+import pytest
+from dolfin import *
+
+from dolfin_utils.test import skip_in_parallel
+
+@skip_in_parallel
+def test_multimesh_function():
+
+    # Define meshes
+    mesh_0 = UnitSquareMesh(2, 2)
+    mesh_1 = RectangleMesh(Point(0.1*DOLFIN_PI, 0.1*DOLFIN_PI),
+                           Point(0.2*DOLFIN_PI, 0.2*DOLFIN_PI),
+                           2, 2)
+
+    # Build multimesh
+    multimesh = MultiMesh()
+    multimesh.add(mesh_0)
+    multimesh.add(mesh_1)
+    multimesh.build()
+
+    V = MultiMeshFunctionSpace(multimesh, "Lagrange", 1)
+    W = MultiMeshFunctionSpace(multimesh, "Lagrange", 2)
+
+    # Create some basic multimesh functions
+    FacetNormal(multimesh)
+
+    TrialFunction(V)
+    TestFunction(V)
+    MultiMeshFunction(V)
+
+    TrialFunction(W)
+    TestFunction(W)
+    MultiMeshFunction(W)
diff --git a/python/test/unit/multimesh/test_multimesh_initialization.py b/python/test/unit/multimesh/test_multimesh_initialization.py
new file mode 100755
index 0000000..f49abbf
--- /dev/null
+++ b/python/test/unit/multimesh/test_multimesh_initialization.py
@@ -0,0 +1,39 @@
+"""Unit tests for multimesh volume computation"""
+
+# Copyright (C) 2016 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2016-05-03
+# Last changed: 2016-11-16
+
+import pytest
+
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel
+
+from math import pi, sin, cos
+
+@skip_in_parallel
+def test_multimesh_init_1():
+  mm = MultiMesh()
+  mesh0 = UnitSquareMesh(1, 1)
+  mesh1 = RectangleMesh(Point(0,0), Point(2,0.5), 1, 1)
+  mm.add(mesh0)
+  mm.add(mesh1)
+  mm.build(2)
+
+  return 1 == 1
diff --git a/python/test/unit/multimesh/test_multimesh_issues.py b/python/test/unit/multimesh/test_multimesh_issues.py
new file mode 100755
index 0000000..e575d22
--- /dev/null
+++ b/python/test/unit/multimesh/test_multimesh_issues.py
@@ -0,0 +1,66 @@
+"""Unit tests for reported multimesh issues"""
+
+# Copyright (C) 2016 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by August Johansson 2016
+#
+# First added:  2016-05-03
+# Last changed: 2017-06-19
+
+import pytest
+
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel
+
+@skip_in_parallel
+def test_issue_754():
+    N = 3
+    meshes = [UnitSquareMesh(2*N, 2*N),
+              RectangleMesh(Point(0.1, 0.15), Point(0.6, 0.65), N, N),
+              RectangleMesh(Point(0.4, 0.35), Point(0.9, 0.85), N, N)]
+
+    multimesh = MultiMesh()
+    for mesh in meshes:
+        multimesh.add(mesh)
+    multimesh.build()
+
+    V = MultiMeshFunctionSpace(multimesh, "CG", 1)
+    u, v = TrialFunction(V), TestFunction(V)
+
+    a = inner(u,v) * dX
+    b = a + inner(jump(u),jump(v)) * dI
+    A = assemble_multimesh(a)
+    B = assemble_multimesh(b)
+
+    # create multimesh function w such that
+    #     w(x) =  1  if x is in the last mesh
+    #          =  0  otherwise
+    V_1 = FunctionSpace(multimesh.part(len(meshes)-1), "CG", 1)
+    v_1 = interpolate(Constant(1),V_1)
+    w = MultiMeshFunction(V)
+    w.assign_part((len(meshes)-1), v_1)
+
+    # Compute the area and perimeter of the last mesh
+    a = w.vector().inner(A * w.vector())
+    p = w.vector().inner(B * w.vector()) - a
+
+    # print("Computed area (a) and perimeter (p) of last mesh:")
+    # print("  a = {0:1.4f} (exact value is .25)".format(a))
+    # print("  p = {0:1.4f} (exact value is 2.0)".format(p))
+    assert(abs(a - 0.25) < DOLFIN_EPS_LARGE)
+    assert(abs(p - 2.) < DOLFIN_EPS_LARGE)
diff --git a/python/test/unit/multimesh/test_multimesh_solve.py b/python/test/unit/multimesh/test_multimesh_solve.py
new file mode 100644
index 0000000..5edad0f
--- /dev/null
+++ b/python/test/unit/multimesh/test_multimesh_solve.py
@@ -0,0 +1,127 @@
+"""Unit tests for MultiMesh PDE solvers"""
+
+# Copyright (C) 2017 August Johansson
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2017-07-18
+# Last changed: 2017-07-18
+
+import pytest
+from dolfin import *
+
+from dolfin_utils.test import skip_in_parallel, fixture
+
+def exactsolution_2d_impl():
+    return Expression("x[0] + x[1]", degree=1)
+
+def exactsolution_3d_impl():
+    return Expression("x[0] + x[1] + x[2]", degree=1)
+
+def solve_multimesh_poisson(mesh_0, mesh_1, exactsolution):
+    # Build multimesh
+    multimesh = MultiMesh()
+    multimesh.add(mesh_0)
+    multimesh.add(mesh_1)
+    multimesh.build()
+
+    # FEM setup
+    V = MultiMeshFunctionSpace(multimesh, "Lagrange", 1)
+    u = TrialFunction(V)
+    v = TestFunction(V)
+    n = FacetNormal(multimesh)
+    h = 2.0*Circumradius(multimesh)
+    h = (h('+') + h('-')) / 2
+
+    # Set data
+    f = Constant(0.0)
+
+    # Set parameters
+    alpha = 4.0
+    beta = 4.0
+
+    # Define bilinear form
+    a = dot(grad(u), grad(v))*dX \
+      - dot(avg(grad(u)), jump(v, n))*dI \
+      - dot(avg(grad(v)), jump(u, n))*dI \
+      + alpha/h*jump(u)*jump(v)*dI \
+      + beta*dot(jump(grad(u)), jump(grad(v)))*dO
+
+    # Define linear form
+    L = f*v*dX
+
+    # Assemble linear system
+    A = assemble_multimesh(a)
+    b = assemble_multimesh(L)
+
+    # Apply boundary condition
+    bc = MultiMeshDirichletBC(V, exactsolution, DomainBoundary())
+    bc.apply(A, b)
+
+    # Solve
+    uh = MultiMeshFunction(V)
+    solve(A, uh.vector(), b)
+
+    return uh
+
+@fixture
+def exactsolution_2d():
+    return exactsolution_2d_impl()
+
+@fixture
+def exactsolution_3d():
+    return exactsolution_3d_impl()
+
+@pytest.mark.slow
+@skip_in_parallel
+def test_multimesh_poisson_2d(exactsolution_2d):
+    # This tests solves a Poisson problem on two meshes in 2D with u =
+    # x+y as exact solution
+
+    # FIXME: This test is quite slow.
+
+    # Define meshes
+    mesh_0 = UnitSquareMesh(2, 2)
+    mesh_1 = RectangleMesh(Point(0.1*DOLFIN_PI, 0.1*DOLFIN_PI),
+                           Point(0.2*DOLFIN_PI, 0.2*DOLFIN_PI),
+                           2, 2)
+    # Solve multimesh Poisson
+    uh = solve_multimesh_poisson(mesh_0, mesh_1, exactsolution_2d)
+
+    # Check error
+    assert errornorm(exactsolution_2d, uh, 'L2', degree_rise=1) < DOLFIN_EPS_LARGE
+
+@pytest.mark.slow
+@pytest.mark.skip
+@skip_in_parallel
+@pytest.mark.skipif(True, reason="3D not fully implemented")
+def test_multimesh_poisson_3d(exactsolution_3d):
+    # This tests solves a Poisson problem on two meshes in 3D with u =
+    # x+y+z as exact solution
+
+    # FIXME: This test is quite slow.
+
+    # Define meshes
+    mesh_0 = UnitCubeMesh(2, 2, 2)
+    mesh_1 = BoxMesh(Point(0.1*DOLFIN_PI, 0.1*DOLFIN_PI, 0.1*DOLFIN_PI),
+                     Point(0.2*DOLFIN_PI, 0.2*DOLFIN_PI, 0.2*DOLFIN_PI),
+                     2, 2, 2)
+
+    # Solve multimesh Poisson
+    uh = solve_multimesh_poisson(mesh_0, mesh_1, exactsolution_3d)
+
+    # Check error
+    assert errornorm(exactsolution_3d, uh, 'L2', degree_rise=1) < DOLFIN_EPS_LARGE
diff --git a/python/test/unit/multimesh/test_volume.py b/python/test/unit/multimesh/test_volume.py
new file mode 100755
index 0000000..7a97d07
--- /dev/null
+++ b/python/test/unit/multimesh/test_volume.py
@@ -0,0 +1,202 @@
+"""Unit tests for multimesh volume computation"""
+
+# Copyright (C) 2016 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by August Johansson 2016
+# Modified by Simon Funke 2017
+#
+# First added:  2016-05-03
+# Last changed: 2017-05-25
+
+import pytest
+
+from dolfin import *
+from dolfin_utils.test import skip_in_parallel
+
+def compute_volume(multimesh):
+    # Reference volume computation
+    v0 = multimesh.compute_volume()
+
+    # Create function space for DG volume computation
+    V = MultiMeshFunctionSpace(multimesh, "DG", 0)
+
+    # Create and evaluate volume functional
+    v = TestFunction(V)
+    M = v*dX
+    v1 = sum(assemble(M).get_local())
+
+    # Alternative volume computation
+    dXmm = dx(domain=multimesh) + dC(domain=multimesh)
+    M = Constant(1.0)*dXmm
+    v2 = assemble_multimesh(M)
+
+    # FIXME: We could be able to tighten the tolerance here
+    assert abs(v0 - v1) / v0 < DOLFIN_EPS_LARGE
+    assert abs(v0 - v2) / v0 < DOLFIN_EPS_LARGE
+
+    return v0
+
+@skip_in_parallel
+def test_volume_2d():
+    "Integrate volume of union of 2D meshes"
+
+    # Number of meshes on top of background mesh
+    num_meshes = 8
+
+    # Create background mesh so we can easily compute volume
+    mesh_0 = UnitSquareMesh(1, 1)
+    mesh_0.scale(10.0)
+    mesh_0.translate(Point(-5, -5))
+    exact_volume = 100.0
+
+    # Create meshes with centres distributed around the unit circle.
+    # Meshes are scaled by a factor 2 so that they overlap.
+    meshes = []
+    for i in range(num_meshes):
+        mesh = UnitSquareMesh(1, 1)
+        angle = 2.*pi*float(i) / float(num_meshes)
+        print("i, angle", i, angle)
+        mesh.translate(Point(-0.5, -0.5))
+        mesh.scale(2.0)
+        mesh.rotate(180.0*angle / pi)
+        mesh.translate(Point(cos(angle), sin(angle)))
+        meshes.append(mesh)
+
+    # Save meshes to file so we can examine them
+    #File('output/background_mesh.pvd') << mesh_0
+    #vtkfile = File('output/meshes.pvd')
+    #for mesh in meshes:
+    #    vtkfile << mesh
+
+    # Create multimesh
+    multimesh = MultiMesh()
+    for mesh in [mesh_0] + meshes:
+        multimesh.add(mesh)
+    multimesh.build()
+
+    # Compute approximate volume
+    approximative_volume = compute_volume(multimesh)
+
+    print("exact volume ", exact_volume)
+    print("approximative volume ", approximative_volume)
+    print("relative approximate volume error %1.16e" % ((exact_volume - approximative_volume) / exact_volume))
+    assert abs(exact_volume - approximative_volume) / exact_volume < DOLFIN_EPS_LARGE
+
+@skip_in_parallel
+def test_volume_2d_4_meshes():
+    "Test with four meshes that previously failed"
+
+    # Create multimesh
+    multimesh = MultiMesh()
+
+    # Mesh size
+    h = 0.25
+    Nx = int(round(1 / h))
+
+    # Background mesh
+    mesh_0 = UnitSquareMesh(Nx, Nx)
+    multimesh.add(mesh_0)
+
+    # Mesh 1
+    x0 = 0.35404867974764142602
+    y0 = 0.16597416632155614913
+    x1 = 0.63997881656511634851
+    y1 = 0.68786139026650294781
+    mesh_1 = RectangleMesh(Point(x0, y0), Point(x1, y1),
+                           max(int(round((x1-x0)/h)), 1), max(int(round((y1-y0)/h)), 1))
+    mesh_1.rotate(39.609407484349517858)
+    multimesh.add(mesh_1)
+
+    # Mesh 2
+    x0 = 0.33033712968711609337
+    y0 = 0.22896817104377231722
+    x1 = 0.82920109332967595339
+    y1 = 0.89337241458397931293
+    mesh_2 = RectangleMesh(Point(x0, y0), Point(x1, y1),
+                           max(int(round((x1-x0)/h)), 1), max(int(round((y1-y0)/h)), 1))
+    mesh_2.rotate(31.532416069662392744)
+    multimesh.add(mesh_2)
+
+    # Mesh 3
+    x0 = 0.28105941241656401397
+    y0 = 0.30745787374091237965
+    x1 = 0.61959648394007071914
+    y1 = 0.78600209801737319637
+    mesh_3 = RectangleMesh(Point(x0, y0), Point(x1, y1),
+                           max(int(round((x1-x0)/h)), 1), max(int(round((y1-y0)/h)), 1))
+    mesh_3.rotate(40.233022128340330426)
+    multimesh.add(mesh_3)
+
+    multimesh.build()
+
+    exact_volume = 1
+    approximate_volume = compute_volume(multimesh)
+
+    print("exact volume ", exact_volume)
+    print("approximative volume ", approximate_volume)
+    print("approximate volume error %1.16e" % (exact_volume - approximate_volume))
+    assert abs(exact_volume - approximate_volume) < DOLFIN_EPS_LARGE
+
+@skip_in_parallel
+def test_volume_2d_six_meshes():
+    "Integrate volume of six 2D meshes"
+
+    # Number of elements
+    Nx = 8
+    h = 1. / Nx
+
+    # Background mesh
+    mesh_0 = UnitSquareMesh(Nx, Nx)
+
+    # 5 meshes plus background mesh
+    num_meshes = 5
+
+    # List of points for generating the meshes on top
+    points = [[ Point(0.747427, 0.186781), Point(0.849659, 0.417130) ],
+              [ Point(0.152716, 0.471681), Point(0.455943, 0.741585) ],
+              [ Point(0.464473, 0.251876), Point(0.585051, 0.533569) ],
+              [ Point(0.230112, 0.511897), Point(0.646974, 0.892193) ],
+              [ Point(0.080362, 0.422675), Point(0.580151, 0.454286) ]]
+
+    angles = [ 88.339755, 94.547259, 144.366564, 172.579922, 95.439692 ]
+
+    # Create multimesh
+    multimesh = MultiMesh()
+    multimesh.add(mesh_0)
+
+    # Add the 5 background meshes
+    for i in range(num_meshes):
+        nx = max(int(round(abs(points[i][0].x()-points[i][1].x()) / h)), 1)
+        ny = max(int(round(abs(points[i][0].y()-points[i][1].y()) / h)), 1)
+        mesh = RectangleMesh(points[i][0], points[i][1], nx, ny)
+        mesh.rotate(angles[i])
+        multimesh.add(mesh)
+    multimesh.build()
+
+    # Save meshes to file
+    #vtkfile = File('output/test_six_meshes.pvd')
+    #for i in range(multimesh.num_parts()):
+    #    vtkfile << multimesh.part(i)
+
+    exact_volume = 1.0
+    approximate_volume = compute_volume(multimesh)
+
+    print("exact volume ", exact_volume)
+    print("approximative volume ", approximate_volume)
+    print("approximate volume error %1.16e" % (exact_volume - approximate_volume))
+    assert abs(exact_volume - approximate_volume) < DOLFIN_EPS_LARGE
diff --git a/python/test/unit/multistage/test_RK_solver.py b/python/test/unit/multistage/test_RK_solver.py
new file mode 100755
index 0000000..fc4dfee
--- /dev/null
+++ b/python/test/unit/multistage/test_RK_solver.py
@@ -0,0 +1,92 @@
+"""Unit tests for the RKSolver interface"""
+
+# Copyright (C) 2013 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+from dolfin import *
+import numpy as np
+
+from dolfin_utils.test import *
+
+
+def convergence_order(errors, base = 2):
+    import math
+    orders = [0.0] * (len(errors)-1)
+    for i in range(len(errors)-1):
+        try:
+            orders[i] = math.log(errors[i]/errors[i+1], base)
+        except ZeroDivisionError:
+            orders[i] = numpy.nan
+
+    return orders
+
+@pytest.mark.slow
+@skip_64bit_int  # The linear solver can fail wit 64-bit indices
+@skip_in_parallel
+def test_butcher_schemes_scalar():
+
+    mesh = UnitSquareMesh(4, 4)
+
+    V = FunctionSpace(mesh, "R", 0)
+    u = Function(V)
+    v = TestFunction(V)
+    form = u*v*dx
+
+    tstop = 1.0
+    u_true = Expression("exp(t)", t=tstop, degree=2)
+
+    for Scheme in [ForwardEuler, ExplicitMidPoint, RK4,
+                   BackwardEuler, CN2, ESDIRK3, ESDIRK4]:
+        scheme = Scheme(form, u)
+        solver = RKSolver(scheme)
+        u_errors = []
+        for dt in [0.05, 0.025, 0.0125]:
+            u.interpolate(Constant(1.0))
+            solver.step_interval(0., tstop, dt)
+            u_errors.append(u_true(0.0, 0.0) - u(0.0, 0.0))
+
+        assert scheme.order() - min(convergence_order(u_errors)) < 0.1
+
+
+@pytest.mark.slow
+@skip_in_parallel
+def test_butcher_schemes_vector():
+
+    mesh = UnitSquareMesh(4, 4)
+
+    V = VectorFunctionSpace(mesh, "R", 0, dim=2)
+    u = Function(V)
+    v = TestFunction(V)
+    form = inner(as_vector((-u[1], u[0])), v)*dx
+
+    tstop = 1.0
+    u_true = Expression(("cos(t)", "sin(t)"), t=tstop, degree=2)
+
+    for Scheme in [ForwardEuler, ExplicitMidPoint, RK4,
+                   BackwardEuler, CN2, ESDIRK3, ESDIRK4]:
+        scheme = Scheme(form, u)
+        solver = RKSolver(scheme)
+        u_errors_0 = []
+        u_errors_1 = []
+        for dt in [0.05, 0.025, 0.0125]:
+            u.interpolate(Constant((1.0, 0.0)))
+            solver.step_interval(0., tstop, dt)
+            u_errors_0.append(u_true(0.0, 0.0)[0] - u(0.0, 0.0)[0])
+            u_errors_1.append(u_true(0.0, 0.0)[1] - u(0.0, 0.0)[1])
+
+        assert scheme.order() - min(convergence_order(u_errors_0)) < 0.1
+        assert scheme.order() - min(convergence_order(u_errors_1)) < 0.1
diff --git a/python/test/unit/multistage/test_factorizer.py b/python/test/unit/multistage/test_factorizer.py
new file mode 100644
index 0000000..c7aade3
--- /dev/null
+++ b/python/test/unit/multistage/test_factorizer.py
@@ -0,0 +1,75 @@
+
+from dolfin.multistage.factorize import extract_tested_expressions, ScalarFactorizer, map_expr_dag
+from ufl import *
+
+def test_scalar_factorizer():
+    U = FiniteElement("CG", triangle, 1)
+    V = VectorElement("CG", triangle, 1)
+
+    v = TestFunction(V)
+
+    expressions = [
+        # Terminals and indexed terminals
+        as_ufl(0.0),
+        SpatialCoordinate(triangle)[0],
+        Coefficient(U),
+        Coefficient(V)[0],
+        # Operators without arguments:
+        SpatialCoordinate(triangle)[1] + as_ufl(1.0),
+        cos(SpatialCoordinate(triangle)[1]),
+        abs(Coefficient(U)),
+        exp(Coefficient(V)[1]),
+        Coefficient(U) * SpatialCoordinate(triangle)[1],
+        Coefficient(U) / SpatialCoordinate(triangle)[1],
+        Coefficient(U) + SpatialCoordinate(triangle)[1],
+        # Test functions and indexed test functions:
+        TestFunction(U),
+        TestFunction(V)[0],
+        TestFunction(V)[1],
+        # Operators applied to arguments:
+        2*TestFunction(U),
+        2*TestFunction(V)[0],
+        2*TestFunction(V)[1],
+        TestFunction(U)/5,
+        TestFunction(V)[0]/5,
+        TestFunction(V)[1]/5,
+        sin(SpatialCoordinate(triangle)[1])*TestFunction(U)/5,
+        v[0]/4 + v[0]/5,
+        v[0]/4 + v[1]/5,
+        ]
+
+    errors = [
+        # Nonscalar
+        SpatialCoordinate(triangle),
+        TestFunction(V),
+        # Adding test function and other expression
+        TestFunction(U) + 1.0,
+        # Multiplying test functions:
+        TestFunction(U) * TestFunction(U),
+        TestFunction(U) * TestFunction(V)[0],
+        # Nonlinear operator applied to test function
+        sin(TestFunction(U)),
+        sin(TestFunction(V)[1]),
+        ]
+
+    from ufl.classes import Sum, Operator, Expr, Argument
+
+    for expr in expressions:
+        func = ScalarFactorizer()
+
+        e = map_expr_dag(func, expr, compress=False)
+        assert isinstance(e, dict) or expr == e
+
+        #if isinstance(e, dict):
+        #    print(str(expr), " = ", ",  ".join("%s[%d]: %s" % (func._arg, k, e[k]) for k in e))
+        #else:
+        #    print(str(expr), " = ", str(e))
+
+    for expr in errors:
+        func = ScalarFactorizer()
+        try:
+            e = map_expr_dag(func, expr, compress=False)
+            ok = False
+        except:
+            ok = True
+        assert ok
diff --git a/python/test/unit/multistage/test_point_integral_solver.py b/python/test/unit/multistage/test_point_integral_solver.py
new file mode 100755
index 0000000..3433afb
--- /dev/null
+++ b/python/test/unit/multistage/test_point_integral_solver.py
@@ -0,0 +1,157 @@
+"""Unit tests for the RKSolver interface"""
+
+# Copyright (C) 2013 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+from dolfin import *
+import numpy as np
+
+from dolfin_utils.test import set_parameters_fixture
+
+optimize = set_parameters_fixture('form_compiler.optimize', [True])
+
+# Exclude some tests for now
+scalar_excludes = [RK4, CN2, ExplicitMidPoint, ESDIRK3, ESDIRK4]
+
+# Build test methods using function closure so 1 test is generated per Scheme and
+# test case
+@pytest.fixture(params=["ForwardEuler", "ExplicitMidPoint", "RK4",
+                        "BackwardEuler", "CN2", "ESDIRK3", "ESDIRK4",
+                        "GRL1", "RL1", "GRL2", "RL2"])
+def Scheme(request):
+    return eval(request.param)
+
+def convergence_order(errors, base = 2):
+    import math
+    orders = [0.0] * (len(errors)-1)
+    for i in range(len(errors)-1):
+        try:
+            orders[i] = math.log(errors[i]/errors[i+1], base)
+        except ZeroDivisionError:
+            orders[i] = np.nan
+
+    return orders
+
+@pytest.mark.slow
+def test_butcher_schemes_scalar_time(Scheme, optimize):
+    mesh = UnitSquareMesh(10, 10)
+    V = FunctionSpace(mesh, "CG", 1)
+    v = TestFunction(V)
+    time = Constant(0.0)
+    u0=10.0
+    tstop = 1.0
+    weight = Constant(2)
+    u_true = Expression("u0 + 2*t + pow(t, 2)/2. + weight*pow(t, 3)/3. - "\
+                        "pow(t, 5)/5.", t=tstop, u0=u0, weight=weight, degree=2)
+
+    u = Function(V)
+    compound_time_expr = Expression("weight*time*time", weight=weight,
+                                    element=time.ufl_element(), time=time)
+    form = (2+time+compound_time_expr-time**4)*v*dP
+
+    scheme = Scheme(form, u, time)
+
+    info(scheme)
+    solver = PointIntegralSolver(scheme)
+    u_errors = []
+    for dt in [0.05, 0.025, 0.0125]:
+        solver.reset_newton_solver()
+        solver.reset_stage_solutions()
+        u.interpolate(Constant(u0))
+        solver.step_interval(0., tstop, dt)
+        u_errors.append(errornorm(u_true, u))
+
+    assert scheme.order()-min(convergence_order(u_errors))<0.1
+
+
+@pytest.mark.slow
+def test_butcher_schemes_scalar(Scheme, optimize):
+
+    if Scheme in scalar_excludes:
+        return
+
+    mesh = UnitSquareMesh(10, 10)
+    V = FunctionSpace(mesh, "CG", 1)
+    v = TestFunction(V)
+
+    tstop = 1.0
+    u_true = Expression("1.0-(exp(-t))", t=tstop, degree=2)
+
+    u = Function(V)
+    form = (1-u)*v*dP
+
+    scheme = Scheme(form, u)
+
+    info(scheme)
+    u_errors = []
+    solver = PointIntegralSolver(scheme)
+    for dt in [0.05, 0.025, 0.0125]:
+        solver.reset_newton_solver()
+        solver.reset_stage_solutions()
+        u.interpolate(Constant(0.))
+        scheme.t().assign(0.0)
+        next_dt = dt
+        while float(scheme.t()) + next_dt <= tstop:
+            if next_dt < 1000*DOLFIN_EPS:
+                break
+
+            u_true.t = float(scheme.t())
+            #print(u(0.,0.), u_true(0.,0.))
+            solver.step(next_dt)
+            next_dt = min(tstop-float(scheme.t()), dt)
+
+        #solver.step_interval(0., tstop, dt)
+        u_errors.append(errornorm(u_true, u))
+
+    #print(convergence_order(u_errors))
+    assert scheme.order()-min(convergence_order(u_errors))<0.1
+
+
+@pytest.mark.slow
+def test_butcher_schemes_vector(Scheme, optimize):
+
+    mesh = UnitSquareMesh(10, 10)
+    V = VectorFunctionSpace(mesh, "CG", 1, dim=2)
+    v = TestFunction(V)
+    tstop = 1.0
+    u_true = Expression(("cos(t)", "sin(t)"), t=tstop, degree=2)
+
+    u = Function(V)
+    form = (-u[1]*v[0]+u[0]*v[1])*dP
+
+    scheme = Scheme(form, u)
+
+    info(scheme)
+    solver = PointIntegralSolver(scheme)
+    u_errors = []
+    for dt in [0.05, 0.025, 0.0125]:
+        solver.reset_newton_solver()
+        solver.reset_stage_solutions()
+        u.interpolate(Constant((1.0, 0.0)))
+        scheme.t().assign(0.0)
+        next_dt = dt
+        while float(scheme.t()) + next_dt <= tstop:
+            if next_dt < 1000*DOLFIN_EPS:
+                break
+
+            solver.step(next_dt)
+            next_dt = min(tstop-float(scheme.t()), dt)
+
+        u_errors.append(errornorm(u_true, u))
+
+    assert scheme.order()-min(convergence_order(u_errors))<0.1
diff --git a/python/test/unit/nls/test_PETScSNES_solver.py b/python/test/unit/nls/test_PETScSNES_solver.py
new file mode 100755
index 0000000..2293d4a
--- /dev/null
+++ b/python/test/unit/nls/test_PETScSNES_solver.py
@@ -0,0 +1,272 @@
+"""Unit test for the SNES nonlinear solver"""
+
+# Copyright (C) 2012 Patrick E. Farrell
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2012-10-17
+# Last changed: 2016-10-26
+
+"""Solve the Yamabe PDE which arises in the differential geometry of
+general relativity. http://arxiv.org/abs/1107.0360.
+
+The Yamabe equation is highly nonlinear and supports many
+solutions. However, only one of these is of physical relevance -- the
+positive solution.
+
+This unit test demonstrates the capability of the SNES solver to
+accept bounds on the resulting solution. The plain Newton method
+converges to an unphysical negative solution, while the SNES solution
+with {sign: nonnegative} converges to the physical positive solution.
+
+An alternative interface to SNESVI allows the user to set explicitly
+more complex bounds as GenericVectors or Function.
+"""
+
+from dolfin import *
+import pytest
+import os
+import numbers
+
+from dolfin_utils.test import *
+
+parameter_degree = set_parameters_fixture("form_compiler.quadrature_degree", \
+                                          [5])
+parameter_backend = set_parameters_fixture("linear_algebra_backend", ["PETSc"])
+
+@fixture
+def mesh(datadir):
+    return Mesh(os.path.join(datadir, "doughnut.xml"))
+
+@fixture
+def V(mesh):
+    return FunctionSpace(mesh, "CG", 1)
+
+@fixture
+def bcs(V):
+    return [DirichletBC(V, 1.0, "on_boundary")]
+
+@fixture
+def u(V):
+    u = Function(V)
+    u.interpolate(Constant(-1000.0))
+    return u
+
+@fixture
+def v(V):
+    return TestFunction(V)
+
+@fixture
+def F(u, v, mesh):
+    x = SpatialCoordinate(mesh)
+    r = sqrt(x[0]**2 + x[1]**2)
+    rho = 1.0/r**3
+
+    return (8*inner(grad(u), grad(v))*dx + rho * inner(u**5, v)*dx \
+            + (-1.0/8.0)*inner(u, v)*dx)
+
+@fixture
+def J(V, u, F):
+    du = TrialFunction(V)
+    return derivative(F, u, du)
+
+@fixture
+def lb(V):
+    return interpolate(Constant(0.), V)
+
+@fixture
+def ub(V):
+    return interpolate(Constant(100.), V)
+
+@fixture
+def newton_solver_parameters():
+    return{"nonlinear_solver": "newton",
+           "newton_solver": {"linear_solver": "lu",
+                             "maximum_iterations": 100,
+                             "report": False}}
+
+@fixture
+def snes_solver_parameters_sign():
+    return {"nonlinear_solver": "snes",
+            "snes_solver": {"linear_solver": "lu",
+                            "maximum_iterations": 100,
+                            "sign": "nonnegative",
+                            "report": True}}
+
+@fixture
+def snes_solver_parameters_bounds():
+    return {"nonlinear_solver": "snes",
+            "snes_solver": {"linear_solver": "lu",
+                            "maximum_iterations": 100,
+                            "sign": "default",
+                            "report": True}}
+
+
+@skip_if_not_PETSc
+def test_snes_solver(F, bcs, u, snes_solver_parameters_sign, parameter_degree,\
+                     parameter_backend):
+    u.interpolate(Constant(-1000.0))
+    solve(F == 0, u, bcs, solver_parameters=snes_solver_parameters_sign)
+    assert u.vector().min() >= 0
+
+
+@skip_if_not_PETSc
+def test_newton_solver(F, u, bcs, newton_solver_parameters, parameter_degree,\
+                       parameter_backend):
+    u.interpolate(Constant(-1000.0))
+    solve(F == 0, u, bcs, solver_parameters=newton_solver_parameters)
+    assert u.vector().min() < 0
+
+
+@skip_if_not_PETSc
+@pytest.mark.skipif(not has_krylov_solver_preconditioner('amg'),
+                    reason="This test requires amg.")
+def test_preconditioner_interface(V, parameter_backend):
+    "Test nonlinear solvers preconditioner interface"
+    class Problem(NonlinearProblem):
+        def __init__(self, V):
+            NonlinearProblem.__init__(self)
+
+            u = Function(V)
+            u_ = TrialFunction(V)
+            v = TestFunction(V)
+            L = Constant(1.0)*v*dx
+            bc = DirichletBC(V, 0, lambda x, b: b)
+
+            # Nonlinear problem and its Jacobian
+            F = (1.0+u*u)*inner(grad(u), grad(v))*dx - L
+            J = derivative(F, u)
+
+            # Preconditioner form
+            J_pc = inner(grad(u_), grad(v))*dx
+
+            assembler = SystemAssembler(J, F, bc)
+            assembler_pc = SystemAssembler(J_pc, F, bc)
+
+            self.u = u
+            self.assembler = assembler
+            self.assembler_pc = assembler_pc
+
+        def F(self, b, x):
+            self.assembler.assemble(b, x)
+
+        def J(self, A, x):
+            self.assembler.assemble(A)
+
+        def J_pc(self, P, x):
+            # Assemble preconditioner only once
+            if P.empty():
+                self.assembler_pc.assemble(P)
+                del self.assembler_pc
+
+    class MyNewtonSolver(NewtonSolver):
+        def converged(self, r, p, i):
+            self._converged_called = True
+            assert isinstance(r, GenericVector)
+            assert isinstance(p, NonlinearProblem)
+            assert isinstance(i, numbers.Integral)
+            return super(MyNewtonSolver, self).converged(r, p, i)
+        def solver_setup(self, A, J, p, i):
+            self._solver_setup_called = True
+            assert isinstance(A, cpp.la.GenericMatrix)
+            assert isinstance(J, cpp.la.GenericMatrix)
+            assert isinstance(p, NonlinearProblem)
+            assert isinstance(i, numbers.Integral)
+            super(MyNewtonSolver, self).solver_setup(A, J, p, i)
+        def update_solution(self, x, dx, rp, p, i):
+            self._update_solution_called = True
+            assert isinstance(x, cpp.la.GenericVector)
+            assert isinstance(dx, cpp.la.GenericVector)
+            assert isinstance(rp, float)
+            assert isinstance(p, NonlinearProblem)
+            assert isinstance(i, numbers.Integral)
+            super(MyNewtonSolver, self).update_solution(x, dx, rp, p, i)
+        @property
+        def check_overloads_called(self):
+            assert getattr(self, "_converged_called", False)
+            assert getattr(self, "_solver_setup_called", False)
+            assert getattr(self, "_update_solution_called", False)
+
+    class MyPETScNewtonSolver(MyNewtonSolver):
+        def __init__(self):
+            self.petsc_solver = PETScKrylovSolver()
+            NewtonSolver.__init__(self, V.mesh().mpi_comm(),
+                self.petsc_solver, PETScFactory.instance())
+        def update_solution(self, x, dx, rp, p, i):
+            self._update_solution_called = True
+            assert self.linear_solver() is self.petsc_solver
+            super().update_solution(x, dx, rp, p, i)
+
+
+    for solverclass in [NewtonSolver, MyNewtonSolver, MyPETScNewtonSolver, PETScSNESSolver]:
+        problem = Problem(V)
+        x = problem.u.vector()
+
+        solver = solverclass()
+        solver.parameters["linear_solver"] = "cg"
+        solver.parameters["preconditioner"] = "amg"
+        solver.parameters["krylov_solver"]["monitor_convergence"] = True
+        solver.parameters["report"] = True
+
+        # Check that subsequent solutions work and reuse preconditioner
+        solver.solve(problem, x)
+        x.zero()
+        solver.solve(problem, x)
+
+        # Check that overloading NewtonSolver members works
+        getattr(solver, "check_overloads_called", None)
+
+
+@skip_if_not_PETSc
+def test_snes_solver_bound_vectors(F, u, bcs, J,
+                                   snes_solver_parameters_bounds,
+                                   lb, ub, parameter_degree,
+                                   parameter_backend):
+    u.interpolate(Constant(-1000.0))
+    problem = NonlinearVariationalProblem(F, u, bcs, J)
+    problem.set_bounds(lb, ub)
+
+    solver = NonlinearVariationalSolver(problem)
+    solver.parameters.update(snes_solver_parameters_bounds)
+    u.interpolate(Constant(-1000.0))
+    solver.solve()
+    u.interpolate(Constant(-1000.0))
+    solver.solve()
+    assert u.vector().min() >= 0
+
+
+@skip_if_not_PETSc
+def test_snes_solver_bound_vectors(F, u, bcs, J,
+                                   snes_solver_parameters_bounds,
+                                   lb, ub, parameter_degree,
+                                   parameter_backend):
+    problem = NonlinearVariationalProblem(F, u, bcs, J)
+    problem.set_bounds(lb, ub)
+
+    solver = NonlinearVariationalSolver(problem)
+    solver.parameters.update(snes_solver_parameters_bounds)
+    u.interpolate(Constant(-1000.0))
+    solver.solve()
+    u.interpolate(Constant(-1000.0))
+    solver.solve()
+    assert u.vector().min() >= 0
+
+
+@skip_if_not_PETSc
+def test_snes_set_from_options():
+    solver = PETScSNESSolver()
+    PETScOptions.set("snes_atol", 1e-12)
+    solver.set_from_options()
diff --git a/python/test/unit/nls/test_PETScTAOSolver.py b/python/test/unit/nls/test_PETScTAOSolver.py
new file mode 100755
index 0000000..6326f7f
--- /dev/null
+++ b/python/test/unit/nls/test_PETScTAOSolver.py
@@ -0,0 +1,108 @@
+"""Unit test for the PETSc TAO solver"""
+
+# Copyright (C) 2014 Tianyi Li
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2014-07-19
+# Last changed: 2014-10-14
+
+"""This demo uses PETSc TAO solver for nonlinear (bound-constrained)
+optimisation problems to solve the same minimization problem for testing
+TAOLinearBoundSolver."""
+
+from dolfin import *
+import pytest
+
+from dolfin_utils.test import *
+
+backend = set_parameters_fixture("linear_algebra_backend", ["PETSc"])
+
+@skip_if_not_PETSc
+def test_tao_linear_bound_solver(backend):
+    "Test PETScTAOSolver"
+
+    # Create mesh and define function space
+    Lx = 1.0; Ly = 0.1
+    mesh = RectangleMesh(Point(0, 0), Point(Lx, Ly), 100, 10)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+
+    # Define Dirichlet boundaries
+    def left(x,on_boundary):
+        return on_boundary and near(x[0], 0.0)
+
+    def right(x,on_boundary):
+        return on_boundary and near(x[0], Lx)
+
+    # Define boundary conditions
+    zero = Constant(0.0)
+    one  = Constant(1.0)
+    bc_l = DirichletBC(V, zero, left)
+    bc_r = DirichletBC(V, one, right)
+    bcs = [bc_l, bc_r]
+
+    # Define the variational problem
+    u = Function(V)
+    du = TrialFunction(V)
+    v = TestFunction(V)
+    cv = Constant(3.0/4.0)
+    ell = Constant(0.5)  # This should be smaller than Lx
+    energy = cv*(ell/2.0*inner(grad(u), grad(u))*dx + 2.0/ell*u*dx)
+    grad_energy = derivative(energy, u, v)
+    H_energy = derivative(grad_energy, u, du)
+
+    # Define the lower and upper bounds
+    lb = interpolate(Constant(0.0), V)
+    ub = interpolate(Constant(1.0), V)
+
+    # Apply BC to the lower and upper bounds
+    for bc in bcs:
+        bc.apply(lb.vector())
+        bc.apply(ub.vector())
+
+    # Define the minimisation problem by using OptimisationProblem class
+    class TestProblem(OptimisationProblem):
+
+        def __init__(self):
+            OptimisationProblem.__init__(self)
+
+        # Objective function
+        def f(self, x):
+            u.vector()[:] = x
+            return assemble(energy)
+
+        # Gradient of the objective function
+        def F(self, b, x):
+            u.vector()[:] = x
+            assemble(grad_energy, tensor=b)
+
+        # Hessian of the objective function
+        def J(self, A, x):
+            u.vector()[:] = x
+            assemble(H_energy, tensor=A)
+
+    # Create the PETScTAOSolver
+    solver = PETScTAOSolver()
+
+    # Set some parameters
+    solver.parameters["monitor_convergence"] = True
+    solver.parameters["report"] = True
+
+    solver.solve(TestProblem(), u.vector(), lb.vector(), ub.vector())
+    solver.solve(TestProblem(), u.vector(), lb.vector(), ub.vector())
+
+    # Verify that energy(u) = Ly
+    assert round(assemble(energy) - Ly, 4) == 0
diff --git a/python/test/unit/nls/test_TAO_linear_bound_solver.py b/python/test/unit/nls/test_TAO_linear_bound_solver.py
new file mode 100755
index 0000000..f8b0e68
--- /dev/null
+++ b/python/test/unit/nls/test_TAO_linear_bound_solver.py
@@ -0,0 +1,98 @@
+"""Unit tests for the TAOLinearBoundSolver interface"""
+
+# Copyright (C) 2013 Corrado Maurini
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  03/09/2012
+# Last changed: 2013-04-04
+
+# Begin demo
+# Corrado Maurini
+#
+# This example solve the bound constrained minimization problem
+# in the domain (x,y) in [0,Lx]x[0,Ly]
+#
+# min F(u) with  0<=u<=1 and u(0,y)= 0, u(Lx,y) = 1
+#
+# where F(u) is the quadratic functionaldefined by the form
+#
+# F(u) = 3./4.*(ell/2.*inner(grad(u), grad(u))+ 2./ell*usol)*dx
+#
+# An analytical is available:
+# u(x,y) = 0 for 0<x<1-ell,  u(x,y) = (x-(1-ell))^2 for 1-ell<x<Lx
+# and the value of the functional at the solution usol is F(usol)=Ly
+# for any value of ell, with 0<ell<Lx.
+
+from dolfin import *
+import pytest
+
+from dolfin_utils.test import *
+
+backend = set_parameters_fixture("linear_algebra_backend", ["PETSc"])
+
+@skip_if_not_PETSc
+def test_tao_linear_bound_solver(backend):
+    "Test TAOLinearBoundSolver"
+
+    # Create mesh and define function space
+    Lx = 1.0; Ly = 0.1
+    mesh = RectangleMesh(Point(0, 0), Point(Lx, Ly), 100, 10)
+    V = FunctionSpace(mesh, "Lagrange", 1)
+
+    # Define Dirichlet boundaries
+    def left(x,on_boundary):
+        return on_boundary and near(x[0], 0.0)
+
+    def right(x,on_boundary):
+        return on_boundary and near(x[0], Lx)
+
+    # Define boundary conditions
+    zero = Constant(0.0)
+    one  = Constant(1.0)
+    bc_l = DirichletBC(V, zero, left)
+    bc_r = DirichletBC(V, one, right)
+    bc = [bc_l, bc_r]
+
+    # Define variational problem
+    usol = Function(V)
+    u = TrialFunction(V)
+    v = TestFunction(V)
+    cv = Constant(3.0/4.0)
+    ell = Constant(0.5) # This should be smaller than Lx
+    F = cv*(ell/2.0*inner(grad(usol), grad(usol))*dx + 2.0/ell*usol*dx)
+    # Weak form
+    a = cv*ell*inner(grad(u), grad(v))*dx
+    L = -cv*2*v/ell*dx
+
+    # Assemble the linear system
+    A, b = assemble_system(a, L, bc)
+
+    # Define the upper and lower bounds
+    upperbound = interpolate(Constant(1.), V)
+    lowerbound = interpolate(Constant(0.), V)
+    xu = upperbound.vector()
+    xl = lowerbound.vector()
+
+    # Take the PETScVector of the solution function
+    xsol = usol.vector()
+
+    solver = TAOLinearBoundSolver("tron", "cg")
+    solver.solve(A,xsol,b,xl,xu)
+    solver.solve(A,xsol,b,xl,xu)
+
+    # Test that F(usol) = Ly
+    assert round(assemble(F) - Ly, 4) == 0
diff --git a/python/test/unit/parallel-assembly-solve/test_solve_result_against_reference.py b/python/test/unit/parallel-assembly-solve/test_solve_result_against_reference.py
new file mode 100755
index 0000000..620b7cc
--- /dev/null
+++ b/python/test/unit/parallel-assembly-solve/test_solve_result_against_reference.py
@@ -0,0 +1,151 @@
+"""This file solves a simple reaction-diffusion problem and compares
+the norm of the solution vector with a known solution (obtained when
+running in serial). It is used for validating mesh partitioning and
+parallel assembly/solve."""
+
+# Copyright (C) 2009-2014 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Garth N. Wells, 2013
+
+import pytest
+import sys
+from dolfin import *
+from dolfin_utils.test import *
+
+# Relative tolerance for regression test
+tol = 1e-10
+
+def compute_norm(mesh, degree):
+    "Solve on given mesh file and degree of function space."
+
+    # Create function space
+    V = FunctionSpace(mesh, "Lagrange", degree)
+
+    # Define variational problem
+    v = TestFunction(V)
+    u = TrialFunction(V)
+    f = Expression("sin(x[0])", degree=degree)
+    g = Expression("x[0]*x[1]", degree=degree)
+    a = dot(grad(v), grad(u))*dx + v*u*dx
+    L = v*f*dx - v*g*ds
+
+    # Compute solution
+    w = Function(V)
+    solve(a == L, w)
+
+    # Return norm of solution vector
+    return w.vector().norm("l2")
+
+def print_reference(results):
+    "Print nicely formatted values for gluing into code as a reference"
+    MPI.barrier(MPI.comm_world)
+    if MPI.rank(MPI.comm_world) == 0:
+        print("reference = {", end=' ')
+        for (i, result) in enumerate(results):
+            if i > 0:
+                print("             ", end=' ')
+            print("(\"%s\", %d): %.16g" % result, end=' ')
+            if i < len(results) - 1:
+                print(",")
+            else:
+                print("}")
+    MPI.barrier(MPI.comm_world)
+
+def check_results(results, reference, tol):
+    "Compare results with reference"
+    errors = []
+    for (mesh_file, degree, norm) in results:
+        if (mesh_file, degree) not in reference:
+            errors.append((mesh_file, degree, None, None, None))
+        else:
+            ref = reference[(mesh_file, degree)]
+            diff = abs(norm - ref) / abs(ref)
+            if diff >= tol:
+                errors.append((mesh_file, degree, norm, ref, diff))
+    return errors
+
+def print_errors(errors):
+    MPI.barrier(MPI.comm_world)
+    if MPI.rank(MPI.comm_world) == 0:
+        print("Checking results")
+        print("----------------")
+        for (mesh_file, degree, norm, ref, diff) in errors:
+            print("(%s, %d):\t" % (mesh_file, degree), end=' ')
+            if diff is None:
+                print("missing reference")
+            else:
+                print("*** ERROR", end=' ')
+                print("(norm = %.16g, reference = %.16g, relative diff = %.16g)" % (norm, ref, diff))
+    MPI.barrier(MPI.comm_world)
+
+def test_computed_norms_against_references():
+    # Reference values for norm of solution vector
+    reference = { ("16x16 unit tri square", 1): 9.547454087328376 ,
+                  ("16x16 unit tri square", 2): 18.42366670418269 ,
+                  ("16x16 unit tri square", 3): 27.29583104732836 ,
+                  ("16x16 unit tri square", 4): 36.16867128121694 ,
+                  ("4x4x4 unit tet cube", 1): 12.23389289626038 ,
+                  ("4x4x4 unit tet cube", 2): 28.96491629163837 ,
+                  ("4x4x4 unit tet cube", 3): 49.97350551329799 ,
+                  ("4x4x4 unit tet cube", 4): 74.49938266409099 ,
+                  ("16x16 unit quad square", 1): 9.550848071820747 ,
+                  ("16x16 unit quad square", 2): 18.423668706176354 ,
+                  ("16x16 unit quad square", 3): 27.295831017251672 ,
+                  ("16x16 unit quad square", 4): 36.168671281610855 ,
+                  ("4x4x4 unit hex cube", 1): 12.151954087339782 ,
+                  ("4x4x4 unit hex cube", 2): 28.965646690046885 ,
+                  ("4x4x4 unit hex cube", 3): 49.97349423895635 ,
+                  ("4x4x4 unit hex cube", 4): 74.49938136593539 }
+
+    # Mesh files and degrees to check
+    meshes = [(UnitSquareMesh(16, 16), "16x16 unit tri square"),
+              (UnitCubeMesh(4, 4, 4),  "4x4x4 unit tet cube"),
+              (UnitSquareMesh.create(16, 16, CellType.Type.quadrilateral), "16x16 unit quad square"),
+              (UnitCubeMesh.create(4, 4, 4, CellType.Type.hexahedron), "4x4x4 unit hex cube")]
+    degrees = [1, 2, 3, 4]
+
+    # For MUMPS, increase estimated require memory increase. Typically
+    # required for high order elements on small meshes in 3D
+    if has_petsc():
+        PETScOptions.set("mat_mumps_icntl_14", 40)
+
+    # Iterate over test cases and collect results
+    results = []
+    for mesh in meshes:
+        for degree in degrees:
+            gc_barrier()
+            norm = compute_norm(mesh[0], degree)
+            results.append((mesh[1], degree, norm))
+
+    # Change option back to default
+    if has_petsc():
+        PETScOptions.set("mat_mumps_icntl_14", 20)
+
+    # Check results
+    errors = check_results(results, reference, tol)
+
+    # Print errors for debugging if they fail
+    if errors:
+        print_errors(errors)
+
+    # Print results for use as reference
+    if any(e[-1] is None for e in errors): # e[-1] is diff
+        print_reference(results)
+
+    # A passing test should have no errors
+    assert len(errors) == 0 # See stdout for detailed norms and diffs.
diff --git a/python/test/unit/parameter/test_parameters.py b/python/test/unit/parameter/test_parameters.py
new file mode 100755
index 0000000..b1a7a23
--- /dev/null
+++ b/python/test/unit/parameter/test_parameters.py
@@ -0,0 +1,207 @@
+"""Unit tests for parameter library"""
+
+# Copyright (C) 2011 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+import pytest
+import os
+
+from dolfin import *
+from dolfin_utils.test import *
+
+xfail = pytest.mark.xfail(strict=True)
+
+@skip_in_parallel
+def test_simple(tempdir):
+
+    # Create some parameters
+    p0 = Parameters("test")
+    p0.add("filename", "foo.txt")
+    p0.add("maxiter", 100)
+    p0.add("tolerance", 0.001)
+    p0.add("monitor_convergence", True)
+
+    # Save to file
+    f0 = File(os.path.join(tempdir, "test_parameters.xml"))
+    f0 << p0
+
+    # Read from file
+    p1 = Parameters()
+    f1 = File(os.path.join(tempdir, "test_parameters.xml"))
+    f1 >> p1
+
+    # Check values
+    assert p1.name() == "test"
+    assert p1["filename"] == "foo.txt"
+    assert p1["maxiter"] == 100
+    assert p1["tolerance"] == 0.001
+    assert p1["monitor_convergence"] == True
+
+@skip_in_parallel
+def test_gzipped_simple(tempdir):
+
+    # Create some parameters
+    p0 = Parameters("test")
+    p0.add("filename", "foo.txt")
+    p0.add("maxiter", 100)
+    p0.add("tolerance", 0.001)
+    p0.add("monitor_convergence", True)
+
+    # Save to file
+    f0 = File(os.path.join(tempdir, "test_parameters.xml.gz"))
+    f0 << p0
+
+    # Read from file
+    p1 = Parameters()
+    f1 = File(os.path.join(tempdir, "test_parameters.xml.gz"))
+    f1 >> p1
+
+    # Check values
+    assert p1.name() == "test"
+    assert p1["filename"] == "foo.txt"
+    assert p1["maxiter"] == 100
+    assert p1["tolerance"] == 0.001
+    assert p1["monitor_convergence"] == True
+
+@skip_in_parallel
+def test_nested(tempdir):
+
+    # Create some nested parameters
+    p0 = Parameters("test")
+    p00 = Parameters("sub0")
+    p00.add("filename", "foo.txt")
+    p00.add("maxiter", 100)
+    p00.add("tolerance", 0.001)
+    p00.add("monitor_convergence", True)
+    p0.add("foo", "bar")
+    p01 = Parameters(p00);
+    p01.rename("sub1");
+    p0.add(p00)
+    p0.add(p01)
+
+    # Save to file
+    f0 = File(os.path.join(tempdir, "test_parameters.xml"))
+    f0 << p0
+
+    # Read from file
+    p1 = Parameters()
+    f1 = File(os.path.join(tempdir, "test_parameters.xml"))
+    f1 >> p1
+
+    # Check values
+    assert p1.name() == "test"
+    assert p1["foo"] == "bar"
+    assert p1["sub0"]["filename"] == "foo.txt"
+    assert p1["sub0"]["maxiter"] == 100
+    assert p1["sub0"]["tolerance"] == 0.001
+    assert p1["sub0"]["monitor_convergence"] == True
+
+@skip_in_parallel
+def test_parameters_update(tempdir):
+    p0 = parameters.copy()
+    p1 = parameters.copy()
+    p1.update(p0)
+
+@skip_in_parallel
+def test_nested_read_existing(tempdir):
+    """Test that we can read in a nested parameter database into
+       an existing (and matching) parameter database"""
+
+    file = File(os.path.join(tempdir, "test_parameters.xml"))
+    file << parameters
+
+    p = Parameters("test")
+    file >> p
+    file >> p
+
+@skip_in_parallel
+def test_solver_parameters():
+    "Test that global parameters are propagated to solvers"
+
+    # Record default values so we can change back
+    absolute_tolerance = parameters["krylov_solver"]["absolute_tolerance"]
+
+    # Set global parameters
+    parameters["krylov_solver"]["absolute_tolerance"] = 1.23456
+
+    # Create solvers
+    krylov_solver = KrylovSolver()
+
+    # Check that parameters propagate to solvers
+    assert krylov_solver.parameters["absolute_tolerance"] == 1.23456
+
+    # Reset parameters so that other tests will continue to work
+    if absolute_tolerance is not None:
+        parameters["krylov_solver"]["absolute_tolerance"] = absolute_tolerance
+
+def test_parse_parameters():
+
+    def check_pset_and_dict_args(pset, pset_dict):
+        for k, v in pset_dict.items():
+            assert pset[k] == v
+
+    def create_command_line_args(pset_dict):
+        # Construct args like: --a=1 --b=2 --c=3
+        command_line_args1 = ["--" + str(k) + "=" + str(v) for k, v in pset_dict.items()]
+        # Construct args like: --a 1 --b 2 --c 3
+        command_line_args2 = [str(element) for k in pset_dict for element in (k, pset_dict[k])]
+        return command_line_args1, command_line_args2
+
+    pset_dict = {
+        "integer": 1,
+        "double": 2.5,
+        "string": "string",
+        "boolean": False
+    }
+
+    pset = Parameters("test_parse")
+    for k, v in pset_dict.items():
+        pset.add(k, v)
+
+    command_line_args = create_command_line_args(pset_dict)
+    pset.parse([""] + command_line_args[0])
+    check_pset_and_dict_args(pset, pset_dict)
+    pset.parse([""] + command_line_args[1])
+    check_pset_and_dict_args(pset, pset_dict)
+
+    changed_pset_dict = {
+        "integer": 2,
+        "double": 4.5,
+        "string": "another string",
+        "boolean": True
+    }
+
+    changed_command_line_args = create_command_line_args(changed_pset_dict)
+    pset.parse([""] + changed_command_line_args[0])
+    check_pset_and_dict_args(pset, changed_pset_dict)
+    pset.parse([""] + changed_command_line_args[1])
+    check_pset_and_dict_args(pset, changed_pset_dict)
+
+@pytest.mark.parametrize('arg_factory', [pytest.param(True, marks=xfail),
+                                         pytest.param(1, marks=xfail),
+                                         pytest.param(1., marks=xfail),
+                                         pytest.param("string", marks=xfail),
+                                         pytest.param("none", marks=xfail),
+                                         pytest.param(parameters, marks=xfail)
+                                         ])
+def test_wrong_parameters_setitem(arg_factory):
+    value = arg_factory
+    parameters["misplelled"] = arg_factory
+
+@xfail
+def test_wrong_parameters_getitem(arg_factory):
+    parameters["misplelled"]
diff --git a/python/test/unit/scripts/clean.sh b/python/test/unit/scripts/clean.sh
new file mode 100755
index 0000000..22db6e0
--- /dev/null
+++ b/python/test/unit/scripts/clean.sh
@@ -0,0 +1,4 @@
+#!/bin/bash
+#rm -rf `find -name test_*_tempdir`
+#rm -rf `find -name __pycache__`
+git clean -fdx .
diff --git a/python/test/unit/scripts/mpidebug.sh b/python/test/unit/scripts/mpidebug.sh
new file mode 100755
index 0000000..3d0de2e
--- /dev/null
+++ b/python/test/unit/scripts/mpidebug.sh
@@ -0,0 +1,45 @@
+#!/bin/bash
+#
+# Run from test/unit/python/ as:
+#  ./scripts/mpidebug.sh <additional pytest args>
+#
+# Configure number of repeats and number of mpi processes like this:
+#  REPEAT=2 PROCS='3 4' ./scripts/mpidebug.sh fem book
+#
+# This script runs pytest in with mpi such that output from each process
+# is visible in separate xterm windows, and on a crash you can abort
+# and exit into gdb to inspect the stacktrace in each xterm separately.
+#
+# You can pass a list of test files or test modules as arguments to this script.
+# These tests are all executed in a single pytest instance.
+# See also splitmpidebug.sh.
+#
+
+# ... PYTESTARGS = arguments passed directly to pytest (default .)
+PYTESTARGS=${@:-.}
+
+# ... Max number of times to run each test file
+REPEAT=${REPEAT:-1}
+
+# ... List of number of mpi processes to try
+PROCS=${PROCS:-3}
+
+echo
+echo Running $REPEAT times with $PROCS processes with pytest args
+echo $PYTESTARGS
+echo
+
+for p in $PROCS
+do
+    n=1
+    # Loop at most $m times until file fails
+    while [ $? -eq 0 -a  $n -le $REPEAT ]
+    do
+        echo === Take $n, $p processes, `date`: $f
+        n=$((n+1))
+        # Clean before each run to remove error sources from file system
+        ./scripts/clean.sh
+        # Run!
+        mpirun -n $p xterm -e gdb -ex r -ex q -args python -B -m pytest -sv $PYTESTARGS
+    done
+done
diff --git a/python/test/unit/scripts/mpirun.sh b/python/test/unit/scripts/mpirun.sh
new file mode 100755
index 0000000..77c5284
--- /dev/null
+++ b/python/test/unit/scripts/mpirun.sh
@@ -0,0 +1,8 @@
+#!/bin/bash
+#
+# NB! Run as e.g.
+#  cd test/unit/python
+#  ./scripts/mpirun.sh <pytest args>
+#
+./scripts/clean.sh
+mpirun -n 3 python -B -m pytest -v $@
diff --git a/python/test/unit/scripts/prun.sh b/python/test/unit/scripts/prun.sh
new file mode 100755
index 0000000..3868024
--- /dev/null
+++ b/python/test/unit/scripts/prun.sh
@@ -0,0 +1,6 @@
+#!/bin/bash
+#
+# NB! Run as e.g.
+#  ./scripts/prun.sh io/python/
+#
+./scripts/clean.sh && python -B -m pytest -n 4 -v $@
diff --git a/python/test/unit/scripts/run.sh b/python/test/unit/scripts/run.sh
new file mode 100755
index 0000000..0be141d
--- /dev/null
+++ b/python/test/unit/scripts/run.sh
@@ -0,0 +1,6 @@
+#!/bin/bash
+#
+# NB! Run as e.g.
+#  ./scripts/prun.sh io/python/
+#
+./scripts/clean.sh && python -B -m pytest -v $@
diff --git a/python/test/unit/scripts/splitmpidebug.sh b/python/test/unit/scripts/splitmpidebug.sh
new file mode 100755
index 0000000..db95e13
--- /dev/null
+++ b/python/test/unit/scripts/splitmpidebug.sh
@@ -0,0 +1,48 @@
+#!/bin/bash
+#
+# Run from test/unit/python/ as:
+#  ./scripts/splitmpidebug.sh <list of test files or modules>
+#
+# Configure number of repeats and number of mpi processes like this:
+#  REPEAT=2 PROCS='3 4' ./scripts/splitmpidebug.sh fem book
+#
+# This script runs pytest in with mpi such that output from each process
+# is visible in separate xterm windows, and on a crash you can abort
+# and exit into gdb to inspect the stacktrace in each xterm separately.
+#
+# You can pass a list of test files or test modules as arguments to this script.
+# These tests are executed in separate pytest instances.
+# See also mpidebug.sh.
+#
+
+# ... FILES = list of test files or modules to try separately (default .)
+FILES=${@:-.}
+
+# ... Max number of times to run each test file
+REPEAT=${REPEAT:-1}
+
+# ... List of number of mpi processes to try
+PROCS=${PROCS:-3}
+
+echo
+echo Running $REPEAT times with $PROCS processes each of
+echo $FILES
+echo
+
+for f in $FILES
+do
+    for p in $PROCS
+    do
+        n=1
+        # Loop at most $m times until file fails
+        while [ $? -eq 0 -a  $n -le $REPEAT ]
+        do
+            echo === Take $n, $p processes, `date`: $f
+            n=$((n+1))
+            # Clean before each run to remove error sources from file system
+            ./scripts/clean.sh
+            # Run!
+            mpirun -n $p xterm -e gdb -ex r -ex q -args python -B -m pytest -sv $f
+        done
+    done
+done
diff --git a/python/test/unit/ts/test_sundials.py b/python/test/unit/ts/test_sundials.py
new file mode 100644
index 0000000..fc084a1
--- /dev/null
+++ b/python/test/unit/ts/test_sundials.py
@@ -0,0 +1,99 @@
+#!/usr/bin/python3
+
+import numpy
+from dolfin import *
+from dolfin_utils.test import skip_if_not_SUNDIALS
+
+
+@skip_if_not_SUNDIALS
+def test_sundials_adams():
+
+    class MyCVode(CVode):
+
+        def derivs(self, t, u, udot):
+            udot[:] = -u[:]
+
+        def jacobian(self, v, Jv, t, y, fy):
+            Jv[:] = v[:]
+            return 0
+
+        def psolve(self, t, u, udot, r, z, gamma, x, y):
+            z[:] = r[:]
+            return 0
+
+    phi = Vector(MPI.comm_world, 10)
+    phi[:] = 1.0
+
+    cv = MyCVode(CVode.LMM.CV_ADAMS, CVode.ITER.CV_FUNCTIONAL)
+    cv.init(phi, 1e-7, 1e-7)
+
+    nstep = 200
+    dt = 0.01
+    for i in range(nstep):
+        t = cv.step(dt)
+        assert (exp(-t) - phi[0]) < 1e-6
+
+@skip_if_not_SUNDIALS
+def test_sundials_newton():
+
+    class MyCVode(CVode):
+
+        def derivs(self, t, u, udot):
+            udot[:] = -u[:]
+
+        def jacobian(self, v, Jv, t, y, fy):
+            Jv[:] = v[:]
+            return 0
+
+        def psolve(self, t, u, udot, r, z, gamma, x, y):
+            z[:] = r[:]
+            return 0
+
+    phi = Vector(MPI.comm_world, 10)
+    phi[:] = 1.0
+
+    cv = MyCVode(CVode.LMM.CV_BDF, CVode.ITER.CV_NEWTON)
+    cv.init(phi, 1e-7, 1e-7)
+
+    nstep = 200
+    dt = 0.01
+    for i in range(nstep):
+        t = cv.step(dt)
+        assert (exp(-t) - phi[0]) < 1e-6
+
+@skip_if_not_SUNDIALS
+def test_sundials_diffusion_1d():
+    # Finite difference test
+    mesh = UnitIntervalMesh(MPI.comm_world, 100)
+    Q = FunctionSpace(mesh, "CG", 1)
+    F = Function(Q)
+    b = 2.0
+    F.interpolate(Expression("exp(-b*pow(x[0] - 0.5, 2))", b=b, degree=1))
+    phi = F.vector()
+
+    class tmp_test(CVode):
+        def derivs(self, t, phi, phidot):
+            p = phi[:]
+            pd = numpy.zeros_like(p)
+            for i in range(1, len(p)-1):
+                pd[i] = p[i-1] - 2*p[i] + p[i+1]
+            phidot[:] = pd
+
+        def jacobian(self, v, Jv, t, y, fy):
+            Jv[:] = v[:]
+            return 0
+        def psolve(self, t, u, udot, r, z, gamma, x, y):
+            z[:] = r[:]
+            return 0
+
+    cv = tmp_test(CVode.LMM.CV_BDF, CVode.ITER.CV_NEWTON)
+    cv.init(phi, 1e-7, 1e-7)
+
+    t0 = 1.0/(4.0*b)
+    cv.set_time(t0)
+
+    nstep = 200
+    dt = 0.25
+    for i in range(nstep):
+        t = cv.step(dt)
+        print(t, phi.max(), phi.sum(), sqrt(t)*phi.max())
diff --git a/python/test/unit/ufl-jit-assemble-chain/test_assembly_derivatives.py b/python/test/unit/ufl-jit-assemble-chain/test_assembly_derivatives.py
new file mode 100755
index 0000000..88fe3af
--- /dev/null
+++ b/python/test/unit/ufl-jit-assemble-chain/test_assembly_derivatives.py
@@ -0,0 +1,248 @@
+"""System integration tests for ufl-derivative-jit-assembly chain."""
+
+# Copyright (C) 2011 Martin S. Alnaes
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2011-20-09
+# Last changed: 2011-20-09
+
+import unittest
+import numpy
+import math
+from dolfin import *
+
+
+def test_diff_then_integrate():
+
+    # Define 1D geometry
+    n = 21
+    mesh = UnitIntervalMesh(n)
+
+    # Shift and scale mesh
+    x0, x1 = 1.5, 3.14
+    mesh.coordinates()[:] *= (x1 - x0)
+    mesh.coordinates()[:] += x0
+
+    x = SpatialCoordinate(mesh)[0]
+    xs = 0.1+0.8*x/x1 # scaled to be within [0.1,0.9]
+
+    # Define list of expressions to test, and configure
+    # accuracies these expressions are known to pass with.
+    # The reason some functions are less accurately integrated is
+    # likely that the default choice of quadrature rule is not perfect
+    F_list = []
+    def reg(exprs, acc=10):
+        for expr in exprs:
+            F_list.append((expr, acc))
+
+    # FIXME: 0*dx and 1*dx fails in the ufl-ffc-jit framework somewhere
+    #reg([Constant(0.0, cell=cell)])
+    #reg([Constant(1.0, cell=cell)])
+    monomial_list = [x**q for q in range(2, 6)]
+    reg(monomial_list)
+    reg([2.3*p+4.5*q for p in monomial_list for q in monomial_list])
+    reg([x**x])
+    reg([x**(x**2)], 8)
+    reg([x**(x**3)], 6)
+    reg([x**(x**4)], 2)
+    # Special functions:
+    reg([atan(xs)], 8)
+    reg([sin(x), cos(x), exp(x)], 5)
+    reg([ln(xs), pow(x, 2.7), pow(2.7, x)], 3)
+    reg([asin(xs), acos(xs)], 1)
+    reg([tan(xs)], 7)
+
+    try:
+        import scipy
+    except:
+        scipy = None
+
+    if hasattr(math, 'erf') or scipy is not None:
+        reg([erf(xs)])
+    else:
+        print("Warning: skipping test of erf, old python version and no scipy.")
+
+    if 0:
+        print("Warning: skipping tests of bessel functions, doesn't build on all platforms.")
+    elif scipy is None:
+        print("Warning: skipping tests of bessel functions, missing scipy.")
+    else:
+        for nu in (0,1,2):
+            # Many of these are possibly more accurately integrated,
+            # but 4 covers all and is sufficient for this test
+            reg([bessel_J(nu, xs), bessel_Y(nu, xs), bessel_I(nu, xs), bessel_K(nu, xs)], 4)
+
+    # To handle tensor algebra, make an x dependent input tensor
+    # xx and square all expressions
+    def reg2(exprs, acc=10):
+        for expr in exprs:
+            F_list.append((inner(expr,expr), acc))
+    xx  = as_matrix([[2*x**2, 3*x**3], [11*x**5, 7*x**4]])
+    x3v = as_vector([3*x**2, 5*x**3, 7*x**4])
+    cc  = as_matrix([[2, 3], [4, 5]])
+    reg2([xx])
+    reg2([x3v])
+    reg2([cross(3*x3v, as_vector([-x3v[1], x3v[0], x3v[2]]))])
+    reg2([xx.T])
+    reg2([tr(xx)])
+    reg2([det(xx)])
+    reg2([dot(xx, 0.1*xx)])
+    reg2([outer(xx, xx.T)])
+    reg2([dev(xx)])
+    reg2([sym(xx)])
+    reg2([skew(xx)])
+    reg2([elem_mult(7*xx, cc)])
+    reg2([elem_div(7*xx, xx+cc)])
+    reg2([elem_pow(1e-3*xx, 1e-3*cc)])
+    reg2([elem_pow(1e-3*cc, 1e-3*xx)])
+    reg2([elem_op(lambda z: sin(z) + 2, 0.03*xx)], 2) # pretty inaccurate...
+
+    # FIXME: Add tests for all UFL operators:
+    # These cause discontinuities and may be harder to test in the
+    # above fashion:
+    #'inv', 'cofac',
+    #'eq', 'ne', 'le', 'ge', 'lt', 'gt', 'And', 'Or', 'Not',
+    #'conditional', 'sign',
+    #'jump', 'avg',
+    #'LiftingFunction', 'LiftingOperator',
+
+    # FIXME: Test other derivatives: (but algorithms for operator
+    # derivatives are the same!):
+    #'variable', 'diff',
+    #'Dx', 'grad', 'div', 'curl', 'rot', 'Dn', 'exterior_derivative',
+
+    # Run through all operators defined above and compare integrals
+    debug = 0
+    for F, acc in F_list:
+        # Apply UFL differentiation
+        f = diff(F, SpatialCoordinate(mesh))[...,0]
+        if debug:
+            print(F)
+            print(x)
+            print(f)
+
+        # Apply integration with DOLFIN
+        # (also passes through form compilation and jit)
+        M = f*dx
+        f_integral = assemble(M)
+
+        # Compute integral of f manually from anti-derivative F
+        # (passes through PyDOLFIN interface and uses UFL evaluation)
+        F_diff = F((x1,)) - F((x0,))
+
+        # Compare results. Using custom relative delta instead
+        # of decimal digits here because some numbers are >> 1.
+        delta = min(abs(f_integral), abs(F_diff)) * 10**-acc
+        assert f_integral - F_diff <= delta
+
+
+def test_div_grad_then_integrate_over_cells_and_boundary():
+
+    # Define 2D geometry
+    n = 10
+    mesh = RectangleMesh(Point(0.0, 0.0), Point(2.0, 3.0), 2*n, 3*n)
+
+    x, y = SpatialCoordinate(mesh)
+    xs = 0.1+0.8*x/2 # scaled to be within [0.1,0.9]
+    ys = 0.1+0.8*y/3 # scaled to be within [0.1,0.9]
+    n = FacetNormal(mesh)
+
+    # Define list of expressions to test, and configure accuracies
+    # these expressions are known to pass with.  The reason some
+    # functions are less accurately integrated is likely that the
+    # default choice of quadrature rule is not perfect
+    F_list = []
+    def reg(exprs, acc=10):
+        for expr in exprs:
+            F_list.append((expr, acc))
+
+    # FIXME: 0*dx and 1*dx fails in the ufl-ffc-jit framework somewhere
+    #reg([Constant(0.0, cell=cell)])
+    #reg([Constant(1.0, cell=cell)])
+    monomial_list = [x**q for q in range(2, 6)]
+    reg(monomial_list)
+    reg([2.3*p+4.5*q for p in monomial_list for q in monomial_list])
+    reg([xs**xs])
+    reg([xs**(xs**2)], 8) # Note: Accuracies here are from 1D case, not checked against 2D results.
+    reg([xs**(xs**3)], 6)
+    reg([xs**(xs**4)], 2)
+    # Special functions:
+    reg([atan(xs)], 8)
+    reg([sin(x), cos(x), exp(x)], 5)
+    reg([ln(xs), pow(x, 2.7), pow(2.7, x)], 3)
+    reg([asin(xs), acos(xs)], 1)
+    reg([tan(xs)], 7)
+
+    # To handle tensor algebra, make an x dependent input tensor
+    # xx and square all expressions
+    def reg2(exprs, acc=10):
+        for expr in exprs:
+            F_list.append((inner(expr,expr), acc))
+    xx = as_matrix([[2*x**2, 3*x**3], [11*x**5, 7*x**4]])
+    xxs = as_matrix([[2*xs**2, 3*xs**3], [11*xs**5, 7*xs**4]])
+    x3v = as_vector([3*x**2, 5*x**3, 7*x**4])
+    cc = as_matrix([[2, 3], [4, 5]])
+    reg2([xx]) # TODO: Make unit test for UFL from this, results in listtensor with free indices
+    reg2([x3v])
+    reg2([cross(3*x3v, as_vector([-x3v[1], x3v[0], x3v[2]]))])
+    reg2([xx.T])
+    reg2([tr(xx)])
+    reg2([det(xx)])
+    reg2([dot(xx,0.1*xx)])
+    reg2([outer(xx,xx.T)])
+    reg2([dev(xx)])
+    reg2([sym(xx)])
+    reg2([skew(xx)])
+    reg2([elem_mult(7*xx, cc)])
+    reg2([elem_div(7*xx, xx+cc)])
+    reg2([elem_pow(1e-3*xxs, 1e-3*cc)])
+    reg2([elem_pow(1e-3*cc, 1e-3*xx)])
+    reg2([elem_op(lambda z: sin(z)+2, 0.03*xx)], 2) # pretty inaccurate...
+
+    # FIXME: Add tests for all UFL operators:
+    # These cause discontinuities and may be harder to test in the
+    # above fashion:
+    #'inv', 'cofac',
+    #'eq', 'ne', 'le', 'ge', 'lt', 'gt', 'And', 'Or', 'Not',
+    #'conditional', 'sign',
+    #'jump', 'avg',
+    #'LiftingFunction', 'LiftingOperator',
+
+    # FIXME: Test other derivatives: (but algorithms for operator
+    # derivatives are the same!):
+    #'variable', 'diff',
+    #'Dx', 'grad', 'div', 'curl', 'rot', 'Dn', 'exterior_derivative',
+
+    # Run through all operators defined above and compare integrals
+    debug = 0
+    if debug:
+        k = 2
+        F_list = F_list[1:]
+
+    for F,acc in F_list:
+        if debug: print('\n', "F:", str(F))
+
+        # Integrate over domain and its boundary
+        int_dx = assemble(div(grad(F))*dx(mesh))
+        int_ds = assemble(dot(grad(F), n)*ds(mesh))
+
+        if debug: print(int_dx, int_ds)
+
+        # Compare results. Using custom relative delta instead of
+        # decimal digits here because some numbers are >> 1.
+        delta = min(abs(int_dx), abs(int_ds)) * 10**-acc
+        assert int_dx - int_ds <= delta
diff --git a/python/test/unit/ufl-jit-assemble-chain/test_form_operations.py b/python/test/unit/ufl-jit-assemble-chain/test_form_operations.py
new file mode 100755
index 0000000..8a02eb9
--- /dev/null
+++ b/python/test/unit/ufl-jit-assemble-chain/test_form_operations.py
@@ -0,0 +1,51 @@
+"""Tests for DOLFIN integration of various form operations"""
+
+# Copyright (C) 2011 Marie E. Rognes
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2011-11-14
+# Last changed: 2011-11-14
+
+
+from dolfin import *
+
+def test_lhs_rhs_simple():
+    """Test taking lhs/rhs of DOLFIN specific forms (constants
+    without cell). """
+
+    mesh = RectangleMesh(Point(0, 0), Point(2, 1), 3, 5)
+    V = FunctionSpace(mesh, "CG", 1)
+    f = Constant(2.0)
+    g = Constant(3.0)
+    v = TestFunction(V)
+    u = TrialFunction(V)
+
+    F = inner(g*grad(f*v), grad(u))*dx + f*v*dx
+    a, L = system(F)
+
+    Fl = lhs(F)
+    Fr = rhs(F)
+
+    a0 = inner(grad(v), grad(u))*dx
+
+    n = assemble(a).norm("frobenius")
+    nl = assemble(Fl).norm("frobenius")
+    n0 = 6.0*assemble(a0).norm("frobenius")
+
+    assert round(n - n0, 7) == 0
+    assert round(n - nl, 7) == 0
+
diff --git a/scripts/dolfin-convert/dolfin-convert b/scripts/dolfin-convert/dolfin-convert
new file mode 100755
index 0000000..d75be6b
--- /dev/null
+++ b/scripts/dolfin-convert/dolfin-convert
@@ -0,0 +1,132 @@
+#!/usr/bin/env python3
+#
+# Copyright (C) 2006 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Garth N. Wells (gmsh function)
+# Modified by Alexander H. Jarosch (gmsh fix)
+# Modified by Angelo Simone (Gmsh and Medit fix)
+# Modified by Andy R. Terrel (gmsh fix and triangle function)
+# Modified by Magnus Vikstrom (metis and scotch function)
+# Modified by Bartosz Sawicki (diffpack function)
+# Modified by Gideon Simpson (Exodus II function)
+# Modified by Arve Knudsen (move logic into module meshconvert)
+# Modified by Kent-Andre Mardal (Star-CD function)
+# Modified by Filip Gokstorp (update for python3)
+#
+# Script for converting between various data formats
+
+from __future__ import print_function
+import getopt
+import sys
+import os
+import re
+import warnings
+import os.path
+
+from dolfin_utils.meshconvert import meshconvert
+
+def main(argv):
+    "Main function"
+
+    # Get command-line arguments
+    try:
+        opts, args = getopt.getopt(argv, "hi:o:", ["help", "input=", "output="])
+    except getopt.GetoptError:
+        usage()
+        sys.exit(2)
+
+    # Get options
+    iformat = None
+    oformat = None
+    for opt, arg in opts:
+        if opt in ("-h", "--help"):
+            usage()
+            sys.exit()
+        elif opt in ("-i", "--input"):
+            iformat = arg
+        elif opt in ("-o", "--output"):
+            oformat = arg
+
+    # Check that we got two filenames
+    if not len(args) == 2:
+        usage()
+        sys.exit(2)
+
+    # Get filenames
+    ifilename = args[0]
+    ofilename = args[1]
+
+    # Can only convert to XML
+    if oformat and oformat != "xml":
+        error("Unable to convert to format %s." % (oformat,))
+
+    # Convert to XML
+    meshconvert.convert2xml(ifilename, ofilename, iformat=iformat)
+
+    # Order mesh
+    #os.system("dolfin-order %s" % ofilename)
+
+def usage():
+    "Display usage"
+    print("""\
+Usage: dolfin-convert [OPTIONS] ... input.x output.y
+
+Options:
+
+  -h         display this help text and exit
+  -i format  specify input format
+  -o format  specify output format
+
+Alternatively, the following long options may be used:
+
+  --help     same as -h
+  --input    same as -i
+  --output   same as -o
+
+Supported formats:
+
+  xml      - DOLFIN XML mesh format (current)
+  xml-old  - DOLFIN XML mesh format (DOLFIN 0.6.2 and earlier)
+  mesh     - Medit, generated by tetgen with option -g
+  Triangle - Triangle file format (input prefix of .ele and .node files)
+  gmsh     - Gmsh, version 2.0 file format
+  metis    - Metis graph file format
+  scotch   - Scotch graph file format
+  diffpack - Diffpack tetrahedral grid format
+  abaqus   - Abaqus tetrahedral grid format
+  ExodusII - Sandia Format (requires ncdump utility from NetCDF)
+  Star-CD  - Star-CD tetrahedral grid format
+
+If --input or --output are not specified, the format will
+be deduced from the suffix:
+
+  .xml  - xml
+  .mesh - mesh
+  .gmsh - gmsh
+  .msh  - gmsh
+  .gra  - metis
+  .grf  - scotch
+  .grid - diffpack
+  .inp  - abaqus
+  .e	- Exodus II
+  .exo  - Exodus II
+  .ncdf - ncdump'ed Exodus II
+  .vrt and .cell  - starcd
+""")
+if __name__ == "__main__":
+    main(sys.argv[1:])
diff --git a/scripts/dolfin-convert/test_Triangle.edge b/scripts/dolfin-convert/test_Triangle.edge
new file mode 100644
index 0000000..6084858
--- /dev/null
+++ b/scripts/dolfin-convert/test_Triangle.edge
@@ -0,0 +1,60 @@
+58  1
+   1   29  2  0
+   2   2  1  1
+   3   1  29  1
+   4   29  23  0
+   5   23  2  0
+   6   25  24  1
+   7   24  23  1
+   8   23  25  0
+   9   23  22  1
+  10   22  2  0
+  11   29  25  1
+  12   22  3  0
+  13   3  2  1
+  14   3  21  0
+  15   21  4  0
+  16   4  3  1
+  17   22  21  1
+  18   21  20  1
+  19   20  4  0
+  20   5  4  1
+  21   4  26  0
+  22   26  5  0
+  23   19  26  0
+  24   4  19  0
+  25   19  18  1
+  26   18  26  0
+  27   20  19  1
+  28   26  28  1
+  29   28  5  0
+  30   12  14  0
+  31   14  13  1
+  32   13  12  1
+  33   12  11  1
+  34   11  14  0
+  35   11  10  1
+  36   10  9  1
+  37   9  11  0
+  38   8  14  0
+  39   14  9  0
+  40   9  8  1
+  41   8  15  0
+  42   15  14  1
+  43   6  27  0
+  44   27  7  0
+  45   7  6  1
+  46   18  27  0
+  47   27  26  1
+  48   28  6  0
+  49   6  5  1
+  50   18  7  0
+  51   28  27  1
+  52   15  7  0
+  53   7  16  0
+  54   16  15  1
+  55   8  7  1
+  56   17  7  0
+  57   18  17  1
+  58   17  16  1
+# Generated by triangle -e A.poly
diff --git a/scripts/dolfin-convert/test_Triangle.ele b/scripts/dolfin-convert/test_Triangle.ele
new file mode 100644
index 0000000..1620174
--- /dev/null
+++ b/scripts/dolfin-convert/test_Triangle.ele
@@ -0,0 +1,31 @@
+29  3  0
+   1      29     2     1
+   2       2    29    23
+   3      25    24    23
+   4      23    22     2
+   5      25    23    29
+   6       2    22     3
+   7       3    21     4
+   8      21     3    22
+   9       4    21    20
+  10       5     4    26
+  11      19    26     4
+  12      26    19    18
+  13      19     4    20
+  14       5    26    28
+  15      12    14    13
+  16      14    12    11
+  17      11    10     9
+  18       8    14     9
+  19       8    15    14
+  20       9    14    11
+  21       6    27     7
+  22      26    18    27
+  23       5    28     6
+  24      27    18     7
+  25      28    27     6
+  26      15     7    16
+  27       7    15     8
+  28      17     7    18
+  29       7    17    16
+# Generated by triangle pq A.poly
diff --git a/scripts/dolfin-convert/test_Triangle.node b/scripts/dolfin-convert/test_Triangle.node
new file mode 100644
index 0000000..090a93b
--- /dev/null
+++ b/scripts/dolfin-convert/test_Triangle.node
@@ -0,0 +1,31 @@
+29  2  1  1
+   1    0.20000000000000001  -0.77639999999999998  -0.56999999999999995    1
+   2    0.22  -0.7732  -0.55000000000000004    1
+   3    0.24560000000000001  -0.75639999999999996  -0.51000000000000001    1
+   4    0.27760000000000001  -0.70199999999999996  -0.53000000000000003    1
+   5    0.48880000000000001  -0.20760000000000001  0.28000000000000003    1
+   6    0.50480000000000003  -0.20760000000000001  0.29999999999999999    1
+   7    0.74080000000000001  -0.73960000000000004  0    1
+   8    0.75600000000000001  -0.76119999999999999  -0.01    1
+   9    0.77439999999999998  -0.77239999999999998  0    1
+  10    0.80000000000000004  -0.77639999999999998  0.02    1
+  11    0.80000000000000004  -0.79239999999999999  0.01    1
+  12    0.57920000000000005  -0.79239999999999999  -0.20999999999999999    1
+  13    0.57920000000000005  -0.77639999999999998  -0.20000000000000001    1
+  14    0.62160000000000004  -0.77159999999999995  -0.14999999999999999    1
+  15    0.63360000000000005  -0.76280000000000003  -0.13    1
+  16    0.63919999999999999  -0.74439999999999995  -0.10000000000000001    1
+  17    0.62080000000000002  -0.68440000000000001  -0.059999999999999998    1
+  18    0.58720000000000006  -0.60440000000000005  -0.01    1
+  19    0.36080000000000001  -0.60440000000000005  -0.23999999999999999    1
+  20    0.31919999999999998  -0.70679999999999998  -0.39000000000000001    1
+  21    0.312  -0.73960000000000004  -0.42999999999999999    1
+  22    0.31840000000000002  -0.76119999999999999  -0.44    1
+  23    0.33439999999999998  -0.77159999999999995  -0.44    1
+  24    0.37119999999999997  -0.77639999999999998  -0.40999999999999998    1
+  25    0.37119999999999997  -0.79239999999999999  -0.41999999999999998    1
+  26    0.37440000000000001  -0.56999999999999995  -0.20000000000000001    1
+  27    0.57440000000000002  -0.56999999999999995  0    1
+  28    0.47360000000000002  -0.33079999999999998  0.14000000000000001    1
+  29    0.20000000000000001  -0.79239999999999999  -0.58999999999999997    1
+# Generated by triangle pq A.poly
diff --git a/scripts/dolfin-convert/test_exodus.exo b/scripts/dolfin-convert/test_exodus.exo
new file mode 100644
index 0000000000000000000000000000000000000000..ab8b98b7ab89f0f6f1ddff8ee56900e4067ef8b1
GIT binary patch
literal 7180
zcmeH}d34R!7RN(mMl{46LJ%r4AVQE$q7qXEAwty6bfcG>dn382C>~Wq74?i&Mb*$&
zqt%!t)KsEk3eg~`l|e)zQA=q}t@r)j{O+x{p8o&-@LTI+?{m&R`|Rmv2^uoAo<-ef
z577|VYt=ecnjuxAn`}JjfPZbdr`71x&?7*DBz<}+C9pGSlGV7NPQgO?Y;@_#szgmP
zm-T@i*E)ToI<3xNDugZf)LJ!-_5%C5wJKiAQws~mW!#$<r%F{PnD-hhb{ZW`eT@6O
z@2I??N>Qi6ukparv>#_Ms9w52-^|qtIK-uBRPU-&(=>V=md3q$gXTumK)3my{Xts`
zvEMRDtB*6FLaG$KMrTk>*QX|`(lqa}KCB7-+XA~JjTW`3J9y~~s)dz7W6<&fKGrBA
zAw6DW=;}2#4Y7Dl)+DO+x-?C4N}68hm4MQDC8>3qgfy?jxYUFhJrh;a(&JJM>Qt{Z
zDr!%4H-A@eA1@zYub$rCef?d1dKx_=KS(=ZZ|u|bcl64mjFI&*eb!JAb6evK)YTkW
z)isQE%!hHl{Bb=WZgxW2C+PL5DqUQ%(qx{o7B7F?8-i_bNL%(^l^n;hVJv*#^x<Cp
zORzIw!%iKK>54O?E3-pe8<Qa<-vBo73!m|-lvI5Rn{TpXKGYj9G)Tr^IgHkS-wlCo
zgBeNH#2e>^Hmn(IXZjGI)n=HD#D;BxUZ+zh7-(#=HT{10mYp#-!;F-d`fD|2^srty
z<A-={k$1xy=vJ&-qH){k3und|tlKfx#rk^-3+IVJV*`hcG3~xe`gnVqn*OR|3yZ(!
z<JIRDK0W<=di#4DYw${wj92cyv^nD?{hw9V$k+!+Q@-p!`)d5%K(d~!Kl|4RGzN~K
z33vlIfu^7ta0bmm3(yj@0<A$C&=$CWcA!0Q1sy;~;08K@&Y%l$2VFro@FwUEJU|cN
z3A}(eV1Za__Omze1$}@Y=nMJ*f6yNc00Th)5HJV~27w?53;}O}p&%G=7Kef1U<Ba2
zjRK({41|LSFd9Sxj>K3H1;&ABFdj?*F<>Hi8%zQ!5DVf!JV*eEfMc2jCWCi?2224{
zffn#@H2*m2K?;}#Qb8IpfOPOKm<~81oPzhjOfU<~2LA$cz+CV?m<K)p^T7hJ5G(>8
zg2mt?ummgx%fQEAIrukN0ak)lU^Q3+)`CyKI`Ao24?Y7Mz(%kMd=55)FTfVC6>J0B
z!I$7G@HN;0z5$tFC-@e82X=w)K^E8z_JF;h9+CU_7vF37x(=`B;Pvm|_1}U2ufGF`
zhJUB)153~VSOIHb18jjEum=vHp#t?rpfPX+O~4z#2{Z-tN1JBA88iniKugdH@Vqr>
z18CD0xPW$`J#YmbKu19TZlDwB47vb!&=qt8Z-VZ?12E1Wz!P`@?t23t&=d3m^vB$o
zBj4){d_f=J2l!@R&=2^7{$K#0%|H+Um?z)mn*!*YZwvy1K_CbMe4qI<2KpHS=!>z_
zjy7)r+MDhTRrZ4+Sqs*IZ}FWFz_*8i;efUy0R6E3tTAI52}S|FPpC6i=E^#Uf-n#c
z=!d;vZ6g3{FdDG7tTW?dY?h!tV82*D_KY>8<lInq0PHVkgSj$(=IaU~0dwIy_JBPa
z1I7aOmNOCsm;>i(9Eb*-neku(;2zhEgZ^Ux-=K6=biQK+7!&)=8KxiR#C(|7L_k0E
z`8MFpFeb*qy08wDKwrQapfBdhdEuT4a6Z`ESit^rHh72g!TPiAoWVH2Ji7qq%9`_y
zc+dv$E%uDLGhW7-02nJJ>rXuqa7Nt}*-_CsOVpVcCHqI6`@A<8upjKp2tXU=-2|`>
z+-EIl&o$3z!!>o*p69H+Bj6eDssZPTb7=#3#=g-X=b%2Q2Y8P<Yry)l4m@YQTZ1IP
z9yC-W_o=fMtjT0WHdl1cuAQQ@7JQepXA2kyV_?jDmpW(v9l-hL-8Vr9=m)%jKhOa7
zjO$?_3=9WT0Q>3$*gNhs2lkDzvv-`GslXF(wkeq-^Wd6xK7e=P0rO>k?8#7NO`UNu
zKIYj1Fn7)c_gnyTreu!PIY*3dxFQ)Nb;igX_|_YMJ_Z5yh5h9W@Lj%1eF9*;*i*{J
ziq3kmZtO25`%OI<bO8J<Fc!wd-v)no{GITOP^V3Mz&ir~=Y@WJ0q=258}9W7+_wUW
zz*>>)F?HUjAKFmz9`){kwR2V^>qk8n1ORWqzEZN+v4H2SF?H6cDPVutCrbtDoIwrX
zea?$YSyPV%^uhbAH|tNGe(0kaZ~*K-b;dFYFb2lLHFf?*XwSFUGx{0?m<M}58Q22$
zB^q$9d51bB?@_0}SioEu3)j@?k8uqG%!zMM=bTWF0G$EnnmT8Ka}uP;u8PiHF`f{>
zIpCVQCzuMlC^Amb?I0PqDSpN|SxUkmoyd4PM@k}X-g^4uLn#VzpY5^pE2)|FQ>5Ri
z2Il`C-n|>qaq#TRQrX<;nD)Y-QuegP{$ndsr2LzJXy=J~DbP*yZt>!U6t|xqd#`!0
z6m3XZtPc#3l4ncq4_sR%6<-zJunTgLs;vc)rL|#lC*)qP+pa`8zkgWF7r6nFGo^CI
z(9qU$DsRE{%BXO;UQv-Ap+6y4TXkC5vzMzB?VZ1SV2O=f?exi}?J?nU%khsxUGue4
z)?)qb2Scw)fp+bt@md!t$gH2W!==Ae4XnudJ=;bq@^z<2&UBGGH|DMOm{~5hPQ63*
z_Djrp)m+(dD!<i5xtq8An?v*NOReQm^|=kRBuBr0_3YgtlGk}|p|0g5$v*aEb;XXe
zQgiEEu+M-|Qk8qbebdqisr6eh>Vw@Kq&UN{DsL9vALo!WL4QVywl~gy*I}PrLY48!
z*(QHJ*<!Ixaxc2wv}o%jdCB+xT34JdKX=b_d|0$ier|B~vTb3${IYLLue|36<W@%M
zn1`<AQkfv)XSK^5@BKP|rhjGci55;4muuzF@sN$Wq^EMH?nJ6P?Y?<@HD|*3$&r~q
z6r9PpETwH7v&RSjE|*?>8?ZL?kyPD#(5PE<AM?H2cMhLhJH=0GlzS$5OIcS>nf9Q;
z^j=b$&}xC3-AXxiajECoM-63fNbt(qbEl>JiT$#|ghF%P*OYsuSqHw}`Xoz^O!zb7
zQS_X;UDPFSpKqYLsN+B7XSTa>GI`#Ll4VkEU)Aj6=o%^WxE@&0=b%&^OnY{=Rhd*C
zi#o7*%O<m*ih`P6N1fJ*^1jKBNy_;$SFQh!Rp#}Dm`Ayp59gZiD|HrA-X(RGQZm_h
z{o>jfF|Ci)?VJ7;Wi93VhAfKytiRm;<N3^-388XJ_dGpphK*cVba!XqI!9AnQfz&?
zNBW2-QuJHV-P2c2%FVQKmL9G*<yzB`y|XvjO3mdZBbQq5lIod{_cyQ2mfFv~yUd9y
zmD&zVZvSNPmC|a5;7cbOOX)VtzjkiiE4QM2{ygk?U5c9)Ug-AmWhoB!{I&b=7`f(g
zI5=cnKdDS9jqK?Ay<BpQd7up(D+TUnYukBPOX1okP3|rFPAavLn?F52P^z6Gk6Aj2
zRLO`<He;GgMX~F~4MVob)w>T}7oTk`S3;L|9-rkd=faN;$XVqg`@RfJuiEx6bN**0
zo^0b5epxE+IqwMYvX|1w!>3uz9wJq-+NSes!lb%--1BmaB&m6!9=qPRlhiybe%t-P
zuTm{jSGfK4i&X8Y-*il7uAC|OFmbu>VL2L9mh1IXw(Pt3(TRD<SIm8?%`OaxdmJi<
z@-JpAbB&U`xXfnfTV_bv`)hlw+ZiG^r;T3jH|~8YS!0)x<s2)g=HEF#{<9c4G&0kF
z)B$UAe@(v|Q~&m6^{ULNI3u|;I<34C=5Frqu5CXqZ1;GqxqnwOOCww^+?4EaKfPb?
zEmHD4taSOF!BYFl&bbAb0{@QF>4TCp2d|p_nC8nQkN3~i-t{V%+zZPaUF&yGN)vxw
zoOshqN`LI)oWA&=)GRoYI5Tj$>Ap!y{?Q*UKD&@E75)3y%z3`XoKIzP&cYYlW6Zzf
zOLaHQYg4{AcI>N}Gv^PvwQ!HyitAIPw9GgEx0VB>qV<tSQ4aP}8F)M^a#XJQy=tfM
zA5O-$HRq-HHJ=yc1Rd%3e7*U+{OS7hHUqnx*Ci&)I%(d&u3A&uZc^lbpW^R>VsEnh
E5Ar|3sQ>@~

literal 0
HcmV?d00001

diff --git a/scripts/dolfin-order/dolfin-order b/scripts/dolfin-order/dolfin-order
new file mode 100755
index 0000000..e0150c5
--- /dev/null
+++ b/scripts/dolfin-order/dolfin-order
@@ -0,0 +1,60 @@
+#!/usr/bin/env python
+#
+# Copyright (C) 2008 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Script for ordering a DOLFIN mesh according to the UFC ordering scheme
+
+import sys, os, shutil
+
+from dolfin import Mesh, File
+
+def main(args):
+    "Main function"
+
+    # Check that we got at least
+    if not len(args) > 0:
+        usage()
+        sys.exit(2)
+
+    # Convert each mesh
+    for filename in args:
+        print "Ordering %s" % filename
+
+        # Read and order mesh
+        mesh = Mesh(filename)
+        mesh.order()
+
+        # Make backup copy
+        shutil.move(filename, filename + ".bak")
+
+        # Write file and gzip if necessary
+        gzip = False
+        if len(filename) >= 3 and filename[-3:] == ".gz":
+            filename = filename[:-3]
+            gzip = True
+        file = File(filename)
+        file << mesh
+        if gzip:
+            os.system("gzip " + filename)
+
+def usage():
+    "Print usage instructions"
+    print "Usage: dolfin-order mesh0.xml[.gz] [mesh1.xml[.gz] mesh2.xml[.gz] ...]"
+
+if __name__ == "__main__":
+    main(sys.argv[1:])
diff --git a/scripts/dolfin-plot/dolfin-plot b/scripts/dolfin-plot/dolfin-plot
new file mode 100755
index 0000000..04e81e2
--- /dev/null
+++ b/scripts/dolfin-plot/dolfin-plot
@@ -0,0 +1,149 @@
+#!/usr/bin/env python
+
+"Script for simple command-line plotting."
+
+# Copyright (C) 2010 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Marie E. Rognes, 2010
+#
+# First added:  2010-12-08
+# Last changed: 2010-12-22
+
+import sys
+
+# Try importing DOLFIN
+try:
+    from dolfin import *
+except:
+    print """\
+Unable to import DOLFIN. The DOLFIN Python module is required
+to run this script. Check that DOLFIN is in your PYTHONPATH."""
+    sys.exit(1)
+
+def usage():
+    "Print usage of this script."
+
+    # Build list of supported elements
+    element_list = ""
+    for e in supported_elements_for_plotting:
+        if e in supported_elements:
+            element_list += ("   %s\n" % e)
+        else:
+            element_list += ("   %s (*)\n" % e)
+
+    print """\
+Usage:
+
+1. dolfin-plot <meshfile>
+
+   where <meshfile> is a mesh stored in DOLFIN XML format
+   with suffix .xml or .xml.gz.
+
+2. dolfin-plot <family> <domain> [degree] [rotate=1/0]
+
+   where <family> is the name of a finite element family,
+   <domain> is the domain type ('triangle' or 'tetrahedron'),
+   and <degree> is an optional degree for elements that
+   support variable degree.
+
+Examples:
+
+   dolfin-plot mesh.xml
+   dolfin-plot Lagrange triangle 3
+   dolfin-plot BDM tetrahedron 5
+   dolfin-plot Hermite triangle
+
+List of supported element families:
+
+%s
+A (*) indicates that the element is not supported by DOLFIN/FFC,
+but the element may still be plotted.
+""" % element_list
+
+# Check command-line arguments
+if len(sys.argv) < 2:
+    usage()
+    sys.exit(1)
+
+# Check for help text
+if "-h" in sys.argv[1:] or "--help" in sys.argv[1:]:
+    usage()
+    sys.exit(0)
+
+# Extract arguments and options
+args = [arg for arg in sys.argv[1:] if not "=" in arg]
+options = dict([arg.split("=") for arg in sys.argv[1:] if "=" in arg])
+
+# Check for plotting of mesh
+if len(args) == 1:
+
+    # Read mesh
+    print "Reading mesh from file '%s'." % args[0]
+    try:
+        mesh = Mesh(args[0])
+    except:
+        print "Unable to read mesh from file."
+        sys.exit(1)
+
+    # Plot mesh
+    print "Plotting mesh."
+    plot(mesh, title="Mesh", interactive=True)
+
+    sys.exit(0)
+
+# Check for plotting of element
+if len(args) in (2, 3, 4):
+
+    # Get family and domain
+    family, domain = args[:2]
+
+    # Get degree
+    if len(args) == 2:
+        degree = None
+    else:
+        degree = int(args[2])
+
+
+    # Create element
+    print "Creating finite element."
+
+    if len(args) == 3 or len(args) == 2:
+        element = FiniteElement(family, domain, degree)
+    elif len(args) == 4:
+        assert family == "P Lambda" or family == "P- Lambda"
+        form_degree = int(args[3])
+        element = FiniteElement(family, domain, degree, form_degree)
+    else:
+        pass
+
+    # Rotate by default in 3D
+    rotate = 1 if str(domain) == "tetrahedron" else 0
+
+    # Check for rotate option
+    if "rotate" in options:
+        rotate = int(options["rotate"])
+
+    # Plot element
+    print "Plotting finite element."
+    plot(element, rotate=rotate)
+
+    sys.exit(0)
+
+# Catch all
+usage()
+sys.exit(1)
diff --git a/scripts/dolfin-plot/plot_book_elements.sh b/scripts/dolfin-plot/plot_book_elements.sh
new file mode 100755
index 0000000..fc7bba9
--- /dev/null
+++ b/scripts/dolfin-plot/plot_book_elements.sh
@@ -0,0 +1,71 @@
+#!/bin/sh
+#
+# This script plots a bunch of elements. Images produced by this
+# script are used in the FEniCS book chapter "Common and unusual
+# finite elements" by Kirby/Logg/Rognes/Terrel.
+#
+# Anders Logg, 2010-12-08
+
+ROTATE=0
+
+dolfin-plot Argyris                triangle     5 rotate=$ROTATE
+
+dolfin-plot Arnold-Winther         triangle       rotate=$ROTATE
+
+dolfin-plot Brezzi-Douglas-Marini  triangle     1 rotate=$ROTATE
+dolfin-plot Brezzi-Douglas-Marini  triangle     2 rotate=$ROTATE
+dolfin-plot Brezzi-Douglas-Marini  triangle     3 rotate=$ROTATE
+dolfin-plot Brezzi-Douglas-Marini  tetrahedron  1 rotate=$ROTATE
+dolfin-plot Brezzi-Douglas-Marini  tetrahedron  2 rotate=$ROTATE
+dolfin-plot Brezzi-Douglas-Marini  tetrahedron  3 rotate=$ROTATE
+
+dolfin-plot Crouzeix-Raviart       triangle     1 rotate=$ROTATE
+dolfin-plot Crouzeix-Raviart       tetrahedron  1 rotate=$ROTATE
+
+dolfin-plot DG                     triangle     0 rotate=$ROTATE
+dolfin-plot DG                     triangle     1 rotate=$ROTATE
+dolfin-plot DG                     triangle     2 rotate=$ROTATE
+dolfin-plot DG                     triangle     3 rotate=$ROTATE
+dolfin-plot DG                     tetrahedron  0 rotate=$ROTATE
+dolfin-plot DG                     tetrahedron  1 rotate=$ROTATE
+dolfin-plot DG                     tetrahedron  2 rotate=$ROTATE
+dolfin-plot DG                     tetrahedron  3 rotate=$ROTATE
+
+dolfin-plot Hermite                triangle       rotate=$ROTATE
+dolfin-plot Hermite                tetrahedron    rotate=$ROTATE
+
+dolfin-plot Lagrange               triangle     1 rotate=$ROTATE
+dolfin-plot Lagrange               triangle     2 rotate=$ROTATE
+dolfin-plot Lagrange               triangle     3 rotate=$ROTATE
+dolfin-plot Lagrange               triangle     4 rotate=$ROTATE
+dolfin-plot Lagrange               triangle     5 rotate=$ROTATE
+dolfin-plot Lagrange               triangle     6 rotate=$ROTATE
+dolfin-plot Lagrange               tetrahedron  1 rotate=$ROTATE
+dolfin-plot Lagrange               tetrahedron  2 rotate=$ROTATE
+dolfin-plot Lagrange               tetrahedron  3 rotate=$ROTATE
+dolfin-plot Lagrange               tetrahedron  4 rotate=$ROTATE
+dolfin-plot Lagrange               tetrahedron  5 rotate=$ROTATE
+dolfin-plot Lagrange               tetrahedron  6 rotate=$ROTATE
+
+dolfin-plot Mardal-Tai-Winther     triangle       rotate=$ROTATE
+
+dolfin-plot Morley                 triangle       rotate=$ROTATE
+
+dolfin-plot N1curl                 triangle     1 rotate=$ROTATE
+dolfin-plot N1curl                 triangle     2 rotate=$ROTATE
+dolfin-plot N1curl                 triangle     3 rotate=$ROTATE
+dolfin-plot N1curl                 tetrahedron  1 rotate=$ROTATE
+dolfin-plot N1curl                 tetrahedron  2 rotate=$ROTATE
+dolfin-plot N1curl                 tetrahedron  3 rotate=$ROTATE
+
+dolfin-plot N2curl                 triangle     1 rotate=$ROTATE
+dolfin-plot N2curl                 triangle     2 rotate=$ROTATE
+dolfin-plot N2curl                 triangle     3 rotate=$ROTATE
+dolfin-plot N2curl                 tetrahedron  1 rotate=$ROTATE
+
+dolfin-plot Raviart-Thomas         triangle     1 rotate=$ROTATE
+dolfin-plot Raviart-Thomas         triangle     2 rotate=$ROTATE
+dolfin-plot Raviart-Thomas         triangle     3 rotate=$ROTATE
+dolfin-plot Raviart-Thomas         tetrahedron  1 rotate=$ROTATE
+dolfin-plot Raviart-Thomas         tetrahedron  2 rotate=$ROTATE
+dolfin-plot Raviart-Thomas         tetrahedron  3 rotate=$ROTATE
diff --git a/scripts/dolfin-plot/plot_elements.sh b/scripts/dolfin-plot/plot_elements.sh
new file mode 100755
index 0000000..bac3e2f
--- /dev/null
+++ b/scripts/dolfin-plot/plot_elements.sh
@@ -0,0 +1,19 @@
+#!/bin/sh
+#
+# This script plots a bunch of rotating elements.
+#
+# Anders Logg, 2010-12-08
+
+echo "Plotting elements..."
+
+dolfin-plot Argyris                triangle     5 rotate=1 &
+dolfin-plot Arnold-Winther         triangle       rotate=1 &
+dolfin-plot Brezzi-Douglas-Marini  tetrahedron  3 rotate=1 &
+dolfin-plot Crouzeix-Raviart       triangle     1 rotate=1 &
+dolfin-plot Hermite                triangle       rotate=1 &
+dolfin-plot Hermite                tetrahedron    rotate=1 &
+dolfin-plot Lagrange               tetrahedron  5 rotate=1 &
+dolfin-plot Mardal-Tai-Winther     triangle       rotate=1 &
+dolfin-plot Morley                 triangle       rotate=1 &
+dolfin-plot N1curl                 tetrahedron  5 rotate=1 &
+dolfin-plot Raviart-Thomas         tetrahedron  1 rotate=1 &
diff --git a/test/codingstyle/test_coding_style.py.in b/test/codingstyle/test_coding_style.py.in
new file mode 100755
index 0000000..768bf6b
--- /dev/null
+++ b/test/codingstyle/test_coding_style.py.in
@@ -0,0 +1,151 @@
+#!/usr/bin/env py.test
+# Copyright (C) 2011-2014 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+from __future__ import print_function
+import os, re
+import pytest
+
+def pytest_generate_tests(metafunc):
+    # List of C++ tests
+    cpp_tests = [dolfin_error, uint, includes]
+
+    # List of Python tests
+    python_tests = [dolfin_error, raise_exception]
+
+    # Source dir (generated by CMake)
+    topdir = "@CMAKE_SOURCE_DIR@"
+    assert os.path.isfile(os.path.join(topdir, 'dolfin', 'dolfin.h'))
+    assert os.path.isfile(os.path.join(topdir, 'site-packages',
+                                       'dolfin', '__init__.py'))
+
+    # Check C++ files
+    cpp_call = {'topdir': topdir,
+                'subdir': "dolfin",
+                'suffixes':[".cpp", ".h"]}
+
+    python_call = {'topdir': topdir,
+                   'subdir': "site-packages",
+                   'suffixes':[".py"]}
+
+    for test in python_tests:
+        python_call['test'] = test
+        metafunc.addcall(funcargs=python_call)
+
+    for test in cpp_tests:
+        cpp_call['test'] = test
+        metafunc.addcall(funcargs=cpp_call)
+
+
+def test_codingstyle(topdir, subdir, suffixes, test):
+    "Main function for performing tests"
+
+    # Iterate over all files
+    for subdir, dirs, files in os.walk(os.path.join(topdir, subdir)):
+        for filename in files:
+
+            # Only consider files with given suffix
+            if not len([1 for suffix in suffixes if filename.endswith(suffix)]) > 0:
+                continue
+
+            # Read file
+            f = open(os.path.join(subdir, filename), "r")
+            code = f.read()
+            f.close()
+
+            # Perform all tests
+            result = test(code, filename)
+
+def dolfin_error(code, filename):
+    "Test for use of dolfin_error vs error"
+
+    # Skip exceptions
+    exceptions = ["log.h", "log.cpp", "Logger.h", "Logger.cpp",
+                  "pugixml.cpp", "meshconvert.py", "abaqus.py",
+                  "MPI.cpp"]
+    if filename in exceptions:
+        return True
+
+    # Check for error(...)
+    if re.search(r"\berror\(", code) is None:
+        return True
+
+    # Write an error message
+    assert False, "*** error() used in %s when dolfin_error() should be used" % filename
+    return False
+
+def raise_exception(code, filename):
+    "Test for use of dolfin_error vs raising exception"
+
+    # Skip exceptions
+    exceptions = ["meshconvert.py", "expressions.py", "form.py",
+                  "assembling.py", "multistagescheme.py",
+                  "rushlarsenschemes.py", "expression.py",
+                  "functionspace.py", "constant.py",
+                  "specialfunctions.py", "function.py",
+                  "ordereddict.py", "abaqus.py", "sge.py", "pjobs.py",
+                  "generatepythonrst.py", "CppHeaderParser.py",
+                  "subdomains.py", "plotting.py", "multimeshfunction.py"]
+    if filename in exceptions:
+        return True
+
+    # Check for raising of exception
+    if re.search(r"\braise\b", code) is None:
+        return True
+
+    # Write an error message
+    assert False, "* Warning: exception raised in %s when dolfin_error() should be used" % filename
+    return False
+
+def uint(code, filename):
+    "Test for use of uint"
+
+    # Skip exceptions
+    exceptions = ["XMLMeshValueCollection.h", "XMLMesh.cpp",
+                  "XMLMeshFunction.h", "XMLFile.h"]
+    if filename in exceptions:
+        return True
+
+    # Check for raising of exception
+    if re.search(r"\buint\b", code) is None:
+        return True
+
+    # Write an error message
+    assert False, "* Warning: uint is used in %s when std::size_t should be used" % filename
+    return False
+
+def includes(code, filename):
+    "Test of not including dolfin_foo.h which bloat compilation units"
+
+    # Skip exceptions
+    exceptions = ['dolfin.h']
+    if filename in exceptions:
+        return True
+
+    # Check for raising of exception
+    # NOTE: Improve this pattern if it generates false positives
+    r = re.search(r"\bdolfin_[a-zA-Z]*\.h\b", code)
+    if r is None:
+        return True
+
+    # Write an error message
+    assert False, "* Warning: %s should not be included in %s" % (r.group(), filename)
+    return False
+
+if __name__ == "__main__":
+    import sys
+    sys.exit(pytest.main())
diff --git a/test/data/README b/test/data/README
new file mode 100644
index 0000000..f2a73f5
--- /dev/null
+++ b/test/data/README
@@ -0,0 +1,4 @@
+This directory contains data files used by the unit tests. Note that
+the files are not gzipped (no .gz extension). This is to prevent the
+files from being handled by Git LFS which otherwise handles .xml.gz
+files for this repository (as configured in .gitattributes).
diff --git a/test/data/aneurysm.xml b/test/data/aneurysm.xml
new file mode 100644
index 0000000..a74c9f9
--- /dev/null
+++ b/test/data/aneurysm.xml
@@ -0,0 +1,85368 @@
+<?xml version="1.0"?>
+<dolfin xmlns:dolfin="http://www.fenicsproject.org">
+  <mesh celltype="tetrahedron" dim="3">
+    <vertices size="7031">
+      <vertex index="0" x="55.5757" y="51.2446" z="9.00918" />
+      <vertex index="1" x="55.8542" y="50.6492" z="8.64836" />
+      <vertex index="2" x="55.6502" y="50.6052" z="9.50664" />
+      <vertex index="3" x="56.4216" y="48.365" z="13.1658" />
+      <vertex index="4" x="57.023" y="48.3246" z="12.9075" />
+      <vertex index="5" x="56.9756" y="48.144" z="13.5406" />
+      <vertex index="6" x="55.6356" y="49.9376" z="16.7285" />
+      <vertex index="7" x="55.6514" y="50.1146" z="16.0771" />
+      <vertex index="8" x="55.2207" y="49.4045" z="16.3561" />
+      <vertex index="9" x="54.9844" y="45.3036" z="28.1111" />
+      <vertex index="10" x="54.7886" y="44.7352" z="27.8464" />
+      <vertex index="11" x="54.4809" y="44.7275" z="28.3512" />
+      <vertex index="12" x="54.0287" y="46.5608" z="31.1909" />
+      <vertex index="13" x="54.8977" y="46.7393" z="31.5244" />
+      <vertex index="14" x="54.8514" y="46.5937" z="30.7084" />
+      <vertex index="15" x="52.4829" y="42.1756" z="31.9527" />
+      <vertex index="16" x="52.6712" y="41.9883" z="31.5178" />
+      <vertex index="17" x="52.7787" y="41.6374" z="31.9576" />
+      <vertex index="18" x="52.1864" y="42.2545" z="31.5724" />
+      <vertex index="19" x="52.1819" y="42.5174" z="31.8392" />
+      <vertex index="20" x="57.429" y="42.5318" z="31.4695" />
+      <vertex index="21" x="57.0935" y="42.1345" z="31.0705" />
+      <vertex index="22" x="57.4407" y="42.6728" z="30.998" />
+      <vertex index="23" x="57.6954" y="42.7206" z="31.4733" />
+      <vertex index="24" x="50.1088" y="43.8551" z="32.1487" />
+      <vertex index="25" x="49.2846" y="43.625" z="32.069" />
+      <vertex index="26" x="49.7212" y="43.5633" z="32.8553" />
+      <vertex index="27" x="56.7571" y="45.8722" z="32.5907" />
+      <vertex index="28" x="56.9842" y="45.6164" z="32.4393" />
+      <vertex index="29" x="56.9411" y="45.7723" z="32.1676" />
+      <vertex index="30" x="57.3211" y="45.6925" z="32.4094" />
+      <vertex index="31" x="57.2531" y="45.4804" z="32.5716" />
+      <vertex index="32" x="51.969" y="42.8336" z="32.766" />
+      <vertex index="33" x="52.0342" y="43.4024" z="32.4993" />
+      <vertex index="34" x="52.0906" y="43.0497" z="32.2211" />
+      <vertex index="35" x="56.9152" y="45.5344" z="32.6904" />
+      <vertex index="36" x="56.9388" y="45.3424" z="32.8986" />
+      <vertex index="37" x="57.1737" y="45.3328" z="32.6618" />
+      <vertex index="38" x="57.222" y="45.2113" z="32.7746" />
+      <vertex index="39" x="57.3719" y="45.3536" z="32.7789" />
+      <vertex index="40" x="57.0449" y="45.0796" z="32.9648" />
+      <vertex index="41" x="59.4395" y="43.7721" z="32.7925" />
+      <vertex index="42" x="59.6914" y="44.014" z="33.5236" />
+      <vertex index="43" x="59.4049" y="43.2526" z="33.4851" />
+      <vertex index="44" x="57.6642" y="43.7879" z="33.0318" />
+      <vertex index="45" x="57.854" y="43.5557" z="32.9573" />
+      <vertex index="46" x="57.9638" y="43.6646" z="33.2676" />
+      <vertex index="47" x="56.9987" y="44.9524" z="33.23" />
+      <vertex index="48" x="57.3012" y="44.9014" z="33.0093" />
+      <vertex index="49" x="57.8054" y="44.0047" z="33.2454" />
+      <vertex index="50" x="57.6412" y="44.4976" z="33.2293" />
+      <vertex index="51" x="57.493" y="44.7123" z="33.1453" />
+      <vertex index="52" x="57.2947" y="44.4357" z="33.1962" />
+      <vertex index="53" x="57.8012" y="44.7635" z="33.5236" />
+      <vertex index="54" x="57.1001" y="44.6816" z="33.2534" />
+      <vertex index="55" x="56.916" y="45.2505" z="33.273" />
+      <vertex index="56" x="57.8521" y="44.3098" z="33.4584" />
+      <vertex index="57" x="56.9853" y="44.8987" z="33.668" />
+      <vertex index="58" x="58.1712" y="42.987" z="34.284" />
+      <vertex index="59" x="58.2823" y="42.9169" z="33.5895" />
+      <vertex index="60" x="59.2508" y="42.8219" z="34.3044" />
+      <vertex index="61" x="57.6299" y="45.2982" z="34.8699" />
+      <vertex index="62" x="58.0674" y="45.7089" z="35.6429" />
+      <vertex index="63" x="58.5657" y="45.7752" z="34.9687" />
+      <vertex index="64" x="45.7975" y="39.8988" z="37.7109" />
+      <vertex index="65" x="46.2034" y="39.5908" z="36.9007" />
+      <vertex index="66" x="45.9476" y="39.2426" z="37.5751" />
+      <vertex index="67" x="45.5012" y="39.2966" z="38.318" />
+      <vertex index="68" x="46.0942" y="40.5202" z="39.5459" />
+      <vertex index="69" x="46.7603" y="40.5533" z="39.9368" />
+      <vertex index="70" x="46.6709" y="40.8891" z="39.1361" />
+      <vertex index="71" x="46.8789" y="40.1227" z="40.6469" />
+      <vertex index="72" x="47.4924" y="40.1947" z="40.1375" />
+      <vertex index="73" x="56.7311" y="44.2606" z="40.2252" />
+      <vertex index="74" x="57.3133" y="44.7105" z="39.9994" />
+      <vertex index="75" x="56.8766" y="44.3895" z="39.5791" />
+      <vertex index="76" x="59.1586" y="44.1099" z="40.4376" />
+      <vertex index="77" x="59.2951" y="43.4396" z="40.9733" />
+      <vertex index="78" x="59.5205" y="43.3597" z="40.1836" />
+      <vertex index="79" x="44.1793" y="39.1274" z="43.2336" />
+      <vertex index="80" x="44.2954" y="39.2811" z="42.446" />
+      <vertex index="81" x="43.645" y="39.022" z="42.7477" />
+      <vertex index="82" x="55.853" y="41.7179" z="42.2583" />
+      <vertex index="83" x="55.4338" y="42.1047" z="42.9449" />
+      <vertex index="84" x="55.6953" y="42.5125" z="42.2018" />
+      <vertex index="85" x="42.6904" y="38.7208" z="44.9211" />
+      <vertex index="86" x="43.0151" y="38.4855" z="45.552" />
+      <vertex index="87" x="43.485" y="38.6658" z="44.8662" />
+      <vertex index="88" x="39.2876" y="37.3603" z="45.7612" />
+      <vertex index="89" x="39.8978" y="36.6711" z="45.3073" />
+      <vertex index="90" x="39.3373" y="36.4501" z="45.9413" />
+      <vertex index="91" x="55.4861" y="40.3931" z="45.3783" />
+      <vertex index="92" x="55.9716" y="40.1122" z="45.5809" />
+      <vertex index="93" x="55.5074" y="40.0865" z="46.0421" />
+      <vertex index="94" x="54.9032" y="42.2426" z="47.9588" />
+      <vertex index="95" x="55.4331" y="42.6754" z="47.3232" />
+      <vertex index="96" x="54.8505" y="42.2064" z="47.035" />
+      <vertex index="97" x="54.7609" y="39.8091" z="48.213" />
+      <vertex index="98" x="55.4829" y="39.3864" z="48.0994" />
+      <vertex index="99" x="55.0258" y="39.3214" z="48.8752" />
+      <vertex index="100" x="58.9694" y="53.1755" z="6.65022" />
+      <vertex index="101" x="58.6899" y="53.3319" z="7.37455" />
+      <vertex index="102" x="59.0533" y="52.6375" z="7.22394" />
+      <vertex index="103" x="56.6435" y="50.4295" z="7.44773" />
+      <vertex index="104" x="56.8755" y="50.6288" z="6.63127" />
+      <vertex index="105" x="57.3782" y="50.3429" z="7.15154" />
+      <vertex index="106" x="58.4833" y="53.7662" z="6.84286" />
+      <vertex index="107" x="56.1887" y="53.1505" z="8.28951" />
+      <vertex index="108" x="55.7017" y="52.408" z="8.08805" />
+      <vertex index="109" x="55.8042" y="52.4982" z="8.90254" />
+      <vertex index="110" x="55.6305" y="51.2587" z="8.24527" />
+      <vertex index="111" x="56.5758" y="52.8172" z="10.1089" />
+      <vertex index="112" x="56.0678" y="52.3261" z="10.4302" />
+      <vertex index="113" x="56.4715" y="52.4537" z="10.933" />
+      <vertex index="114" x="56.3324" y="48.1282" z="13.9323" />
+      <vertex index="115" x="55.7707" y="48.6473" z="13.5851" />
+      <vertex index="116" x="57.0303" y="47.9015" z="14.3308" />
+      <vertex index="117" x="56.7086" y="47.6183" z="15.1187" />
+      <vertex index="118" x="56.3063" y="47.8654" z="14.6074" />
+      <vertex index="119" x="57.5285" y="47.4615" z="16.441" />
+      <vertex index="120" x="57.1496" y="47.4372" z="15.7697" />
+      <vertex index="121" x="57.8086" y="47.8606" z="15.8085" />
+      <vertex index="122" x="57.9323" y="49.4868" z="16.9601" />
+      <vertex index="123" x="57.8294" y="50.0045" z="16.3042" />
+      <vertex index="124" x="57.4688" y="50.0324" z="16.8677" />
+      <vertex index="125" x="57.2911" y="47.0852" z="17.096" />
+      <vertex index="126" x="57.8432" y="47.6647" z="17.1139" />
+      <vertex index="127" x="57.6224" y="47.206" z="17.8391" />
+      <vertex index="128" x="56.0411" y="43.7248" z="25.9003" />
+      <vertex index="129" x="56.5674" y="44.0705" z="25.2995" />
+      <vertex index="130" x="56.7859" y="43.966" z="26.1282" />
+      <vertex index="131" x="56.3536" y="46.7864" z="25.4338" />
+      <vertex index="132" x="55.5129" y="46.7517" z="25.3618" />
+      <vertex index="133" x="55.9103" y="46.5955" z="26.1194" />
+      <vertex index="134" x="54.6495" y="44.1683" z="28.0072" />
+      <vertex index="135" x="54.0593" y="44.0004" z="28.4536" />
+      <vertex index="136" x="53.8516" y="44.8595" z="28.7723" />
+      <vertex index="137" x="54.4236" y="45.7096" z="29.7461" />
+      <vertex index="138" x="53.7837" y="45.6766" z="30.1989" />
+      <vertex index="139" x="54.1712" y="46.2515" z="30.2557" />
+      <vertex index="140" x="52.1317" y="41.8818" z="31.1268" />
+      <vertex index="141" x="52.8378" y="41.8098" z="30.9196" />
+      <vertex index="142" x="52.2377" y="42.524" z="32.336" />
+      <vertex index="143" x="52.6749" y="41.168" z="32.4209" />
+      <vertex index="144" x="52.1864" y="41.4123" z="32.9467" />
+      <vertex index="145" x="52.3914" y="41.8472" z="32.4185" />
+      <vertex index="146" x="58.0887" y="43.2284" z="32.9916" />
+      <vertex index="147" x="58.2579" y="42.8257" z="32.3557" />
+      <vertex index="148" x="58.9717" y="43.0354" z="32.8083" />
+      <vertex index="149" x="57.3868" y="45.1467" z="32.9256" />
+      <vertex index="150" x="56.8444" y="45.7251" z="33.1199" />
+      <vertex index="151" x="52.6453" y="40.7549" z="33.0508" />
+      <vertex index="152" x="57.6011" y="45.0288" z="33.1654" />
+      <vertex index="153" x="57.3404" y="43.9707" z="33.2001" />
+      <vertex index="154" x="57.2182" y="44.1876" z="33.3224" />
+      <vertex index="155" x="57.1518" y="43.9173" z="33.6913" />
+      <vertex index="156" x="57.5337" y="44.2509" z="33.1628" />
+      <vertex index="157" x="57.7124" y="45.342" z="33.5625" />
+      <vertex index="158" x="58.4009" y="45.4973" z="37.0389" />
+      <vertex index="159" x="57.7142" y="45.3852" z="36.7449" />
+      <vertex index="160" x="57.744" y="45.2856" z="37.4565" />
+      <vertex index="161" x="57.5463" y="42.3892" z="38.1657" />
+      <vertex index="162" x="58.1765" y="41.8158" z="38.7626" />
+      <vertex index="163" x="57.2772" y="42.2205" z="38.9293" />
+      <vertex index="164" x="48.2727" y="39.1783" z="39.5261" />
+      <vertex index="165" x="48.5673" y="39.5838" z="38.945" />
+      <vertex index="166" x="48.1378" y="40.0867" z="39.5075" />
+      <vertex index="167" x="56.9355" y="42.6998" z="39.2061" />
+      <vertex index="168" x="56.9305" y="42.1562" z="39.647" />
+      <vertex index="169" x="56.5569" y="42.931" z="39.8359" />
+      <vertex index="170" x="47.9374" y="39.543" z="40.219" />
+      <vertex index="171" x="56.5061" y="42.1248" z="40.4293" />
+      <vertex index="172" x="56.042" y="42.082" z="41.3711" />
+      <vertex index="173" x="56.1055" y="42.9025" z="40.7395" />
+      <vertex index="174" x="43.7996" y="37.3022" z="41.6626" />
+      <vertex index="175" x="43.509" y="38.1599" z="41.7133" />
+      <vertex index="176" x="44.1276" y="37.8109" z="40.9938" />
+      <vertex index="177" x="56.4116" y="41.3878" z="41.8043" />
+      <vertex index="178" x="42.9527" y="38.1061" z="42.4236" />
+      <vertex index="179" x="43.2111" y="37.4231" z="42.1559" />
+      <vertex index="180" x="42.637" y="37.4552" z="42.6845" />
+      <vertex index="181" x="42.6484" y="35.9478" z="45.4583" />
+      <vertex index="182" x="43.1653" y="36.0281" z="44.7957" />
+      <vertex index="183" x="43.5392" y="36.2931" z="45.3306" />
+      <vertex index="184" x="40.8687" y="35.6346" z="46.7947" />
+      <vertex index="185" x="40.6538" y="35.6933" z="47.4681" />
+      <vertex index="186" x="39.9948" y="35.624" z="46.8608" />
+      <vertex index="187" x="55.1292" y="47.283" z="22.7239" />
+      <vertex index="188" x="54.8577" y="46.9558" z="22.045" />
+      <vertex index="189" x="54.8344" y="46.5711" z="22.8585" />
+      <vertex index="190" x="55.391" y="44.4057" z="24.3054" />
+      <vertex index="191" x="56.1489" y="44.1172" z="24.6217" />
+      <vertex index="192" x="55.6713" y="43.988" z="25.1677" />
+      <vertex index="193" x="55.2487" y="42.6408" z="46.4464" />
+      <vertex index="194" x="59.7503" y="43.261" z="34.9114" />
+      <vertex index="195" x="59.3241" y="42.6866" z="35.1617" />
+      <vertex index="196" x="58.6789" y="52.1078" z="3.97119" />
+      <vertex index="197" x="59.0241" y="52.5803" z="4.18448" />
+      <vertex index="198" x="58.7455" y="51.9651" z="4.47102" />
+      <vertex index="199" x="58.2064" y="49.9027" z="15.6105" />
+      <vertex index="200" x="58.2253" y="49.2792" z="16.2138" />
+      <vertex index="201" x="48.0132" y="41.9823" z="32.5275" />
+      <vertex index="202" x="48.3426" y="42.6525" z="32.435" />
+      <vertex index="203" x="48.4082" y="41.882" z="31.936" />
+      <vertex index="204" x="56.1957" y="39.9557" z="46.1291" />
+      <vertex index="205" x="48.8108" y="42.8488" z="34.2552" />
+      <vertex index="206" x="48.0409" y="42.5766" z="34.0253" />
+      <vertex index="207" x="48.347" y="42.5183" z="34.8646" />
+      <vertex index="208" x="55.811" y="49.0929" z="19.2265" />
+      <vertex index="209" x="56.4251" y="49.2485" z="19.2517" />
+      <vertex index="210" x="56.0309" y="49.3753" z="18.7616" />
+      <vertex index="211" x="56.1376" y="48.4803" z="20.9785" />
+      <vertex index="212" x="56.8304" y="48.2338" z="21.3164" />
+      <vertex index="213" x="56.7914" y="48.5772" z="20.5533" />
+      <vertex index="214" x="54.8247" y="44.3704" z="27.3607" />
+      <vertex index="215" x="54.9714" y="43.7802" z="27.7562" />
+      <vertex index="216" x="53.2247" y="41.5898" z="31.4995" />
+      <vertex index="217" x="57.714" y="43.5125" z="36.1831" />
+      <vertex index="218" x="57.9199" y="42.9339" z="35.7352" />
+      <vertex index="219" x="57.8297" y="42.7705" z="36.5232" />
+      <vertex index="220" x="58.8393" y="41.9868" z="40.2619" />
+      <vertex index="221" x="58.9209" y="42.1527" z="41.1861" />
+      <vertex index="222" x="58.3972" y="41.6151" z="41.0302" />
+      <vertex index="223" x="58.0042" y="41.3309" z="41.8258" />
+      <vertex index="224" x="58.5732" y="41.8169" z="41.6714" />
+      <vertex index="225" x="58.5393" y="41.7632" z="42.3496" />
+      <vertex index="226" x="55.9825" y="39.5883" z="47.4325" />
+      <vertex index="227" x="56.3039" y="39.4648" z="48.1417" />
+      <vertex index="228" x="56.1486" y="49.02" z="19.6839" />
+      <vertex index="229" x="56.4555" y="40.3483" z="33.6335" />
+      <vertex index="230" x="56.7455" y="40.6401" z="32.8837" />
+      <vertex index="231" x="57.1187" y="40.8354" z="33.6035" />
+      <vertex index="232" x="55.7732" y="53.5929" z="5.32908" />
+      <vertex index="233" x="55.6182" y="53.4233" z="4.58441" />
+      <vertex index="234" x="55.6006" y="52.8434" z="5.10102" />
+      <vertex index="235" x="57.5459" y="54.5262" z="5.84774" />
+      <vertex index="236" x="57.8738" y="54.7209" z="5.16375" />
+      <vertex index="237" x="56.8883" y="54.664" z="5.14267" />
+      <vertex index="238" x="57.8134" y="54.0523" z="7.04383" />
+      <vertex index="239" x="58.2228" y="53.7615" z="7.40963" />
+      <vertex index="240" x="58.2191" y="52.904" z="9.65475" />
+      <vertex index="241" x="58.2635" y="53.225" z="8.75217" />
+      <vertex index="242" x="57.5533" y="53.3173" z="9.21244" />
+      <vertex index="243" x="57.391" y="53.0411" z="9.98814" />
+      <vertex index="244" x="56.2758" y="50.5932" z="15.8609" />
+      <vertex index="245" x="56.2214" y="50.3032" z="16.5909" />
+      <vertex index="246" x="57.0768" y="50.4873" z="16.3146" />
+      <vertex index="247" x="57.3551" y="48.0946" z="20.7269" />
+      <vertex index="248" x="57.3305" y="48.5192" z="19.9934" />
+      <vertex index="249" x="56.716" y="46.8911" z="24.707" />
+      <vertex index="250" x="57.0856" y="46.3493" z="25.3516" />
+      <vertex index="251" x="57.3046" y="46.2869" z="24.5543" />
+      <vertex index="252" x="57.032" y="46.9215" z="23.9821" />
+      <vertex index="253" x="55.5692" y="46.5738" z="31.06" />
+      <vertex index="254" x="55.4915" y="46.3626" z="30.4263" />
+      <vertex index="255" x="56.9521" y="45.5082" z="33.7462" />
+      <vertex index="256" x="53.3725" y="41.5446" z="40.046" />
+      <vertex index="257" x="52.75" y="41.0015" z="39.8402" />
+      <vertex index="258" x="53.4596" y="40.5489" z="39.8895" />
+      <vertex index="259" x="54.16" y="41.0864" z="40.0724" />
+      <vertex index="260" x="45.655" y="39.7161" z="41.7016" />
+      <vertex index="261" x="45.5538" y="39.9517" z="40.9235" />
+      <vertex index="262" x="44.9813" y="39.6341" z="41.3175" />
+      <vertex index="263" x="42.2588" y="38.6069" z="45.6124" />
+      <vertex index="264" x="42.5501" y="38.3254" z="46.2267" />
+      <vertex index="265" x="43.0666" y="36.4579" z="46.2378" />
+      <vertex index="266" x="43.8938" y="36.9565" z="45.8076" />
+      <vertex index="267" x="43.3589" y="37.3302" z="46.3552" />
+      <vertex index="268" x="42.8145" y="37.0638" z="46.8305" />
+      <vertex index="269" x="56.9963" y="50.8271" z="15.4918" />
+      <vertex index="270" x="56.1035" y="48.1242" z="21.8798" />
+      <vertex index="271" x="51.9595" y="42.8091" z="31.8808" />
+      <vertex index="272" x="51.5597" y="43.1616" z="31.9265" />
+      <vertex index="273" x="51.5838" y="42.7623" z="31.9406" />
+      <vertex index="274" x="51.8396" y="42.5094" z="31.7388" />
+      <vertex index="275" x="47.9294" y="42.3439" z="33.1698" />
+      <vertex index="276" x="48.4563" y="42.9761" z="33.377" />
+      <vertex index="277" x="52.7494" y="40.4429" z="33.7579" />
+      <vertex index="278" x="52.2032" y="41.0578" z="33.6527" />
+      <vertex index="279" x="49.5678" y="40.2692" z="34.3142" />
+      <vertex index="280" x="49.5192" y="40.3997" z="33.5617" />
+      <vertex index="281" x="50.0567" y="40.787" z="33.9828" />
+      <vertex index="282" x="50.1435" y="42.1206" z="34.1472" />
+      <vertex index="283" x="50.1161" y="41.37" z="34.4088" />
+      <vertex index="284" x="50.497" y="41.4553" z="33.6537" />
+      <vertex index="285" x="58.6781" y="42.4286" z="34.8748" />
+      <vertex index="286" x="58.8649" y="42.3378" z="35.451" />
+      <vertex index="287" x="58.2569" y="42.4681" z="35.4008" />
+      <vertex index="288" x="55.944" y="45.6973" z="37.0706" />
+      <vertex index="289" x="55.2013" y="46.217" z="36.8552" />
+      <vertex index="290" x="55.3156" y="45.9205" z="37.6304" />
+      <vertex index="291" x="41.2473" y="35.7621" z="45.539" />
+      <vertex index="292" x="41.8883" y="35.8351" z="45.0694" />
+      <vertex index="293" x="41.8945" y="35.7563" z="45.7398" />
+      <vertex index="294" x="41.4237" y="35.6773" z="46.3002" />
+      <vertex index="295" x="55.6694" y="52.6984" z="4.25444" />
+      <vertex index="296" x="57.7757" y="43.4035" z="32.7002" />
+      <vertex index="297" x="57.3976" y="43.2169" z="32.809" />
+      <vertex index="298" x="57.6251" y="43.2781" z="32.5005" />
+      <vertex index="299" x="57.8647" y="43.0979" z="32.3603" />
+      <vertex index="300" x="54.5661" y="46.2615" z="37.4324" />
+      <vertex index="301" x="57.1522" y="41.5906" z="40.2619" />
+      <vertex index="302" x="57.6214" y="41.694" z="39.5174" />
+      <vertex index="303" x="58.0424" y="41.5337" z="40.2572" />
+      <vertex index="304" x="57.8336" y="48.2158" z="14.3949" />
+      <vertex index="305" x="58.0866" y="48.362" z="15.1661" />
+      <vertex index="306" x="57.4799" y="47.8112" z="15.078" />
+      <vertex index="307" x="57.1609" y="45.4821" z="27.3147" />
+      <vertex index="308" x="56.9702" y="45.899" z="26.7204" />
+      <vertex index="309" x="56.6364" y="45.9602" z="27.4179" />
+      <vertex index="310" x="57.5437" y="42.7193" z="33.0338" />
+      <vertex index="311" x="57.3386" y="43.2003" z="33.2594" />
+      <vertex index="312" x="42.187" y="35.9704" z="46.3454" />
+      <vertex index="313" x="55.9045" y="54.0293" z="4.85871" />
+      <vertex index="314" x="57.5635" y="48.3556" z="13.1712" />
+      <vertex index="315" x="55.1459" y="48.5264" z="16.2292" />
+      <vertex index="316" x="55.5915" y="47.7512" z="16.1227" />
+      <vertex index="317" x="55.1296" y="47.9851" z="16.8536" />
+      <vertex index="318" x="51.6574" y="41.6626" z="30.5929" />
+      <vertex index="319" x="52.2908" y="41.7852" z="30.4235" />
+      <vertex index="320" x="51.4867" y="42.4066" z="31.9641" />
+      <vertex index="321" x="51.4089" y="41.8642" z="31.8667" />
+      <vertex index="322" x="51.7425" y="42.1147" z="31.5605" />
+      <vertex index="323" x="51.8669" y="43.3773" z="31.9237" />
+      <vertex index="324" x="59.7426" y="43.5469" z="34.1478" />
+      <vertex index="325" x="58.3995" y="42.1504" z="36.9505" />
+      <vertex index="326" x="58.4693" y="42.2916" z="36.0563" />
+      <vertex index="327" x="59.1853" y="42.3735" z="36.6133" />
+      <vertex index="328" x="44.4175" y="37.6976" z="45.2744" />
+      <vertex index="329" x="44.9204" y="38.1188" z="44.5478" />
+      <vertex index="330" x="44.2312" y="38.4301" z="44.7874" />
+      <vertex index="331" x="41.7803" y="38.5024" z="46.2378" />
+      <vertex index="332" x="42.0219" y="38.1089" z="46.8673" />
+      <vertex index="333" x="55.0353" y="47.887" z="20.5138" />
+      <vertex index="334" x="55.4431" y="48.105" z="21.2034" />
+      <vertex index="335" x="55.5407" y="48.4735" z="20.444" />
+      <vertex index="336" x="59.8323" y="44.2998" z="37.5702" />
+      <vertex index="337" x="59.5813" y="44.4303" z="38.3783" />
+      <vertex index="338" x="59.8756" y="43.7116" z="38.1833" />
+      <vertex index="339" x="59.9582" y="43.4914" z="37.3936" />
+      <vertex index="340" x="55.73" y="47.7693" z="22.6671" />
+      <vertex index="341" x="56.4728" y="47.8057" z="22.685" />
+      <vertex index="342" x="44.975" y="39.4842" z="42.09" />
+      <vertex index="343" x="54.9786" y="46.1923" z="29.9659" />
+      <vertex index="344" x="55.1587" y="45.7215" z="29.4208" />
+      <vertex index="345" x="56.3955" y="43.0896" z="46.0878" />
+      <vertex index="346" x="56.711" y="42.8623" z="46.778" />
+      <vertex index="347" x="57.1254" y="42.9084" z="46.0976" />
+      <vertex index="348" x="55.5635" y="42.9158" z="39.9188" />
+      <vertex index="349" x="54.8416" y="42.4821" z="40.3262" />
+      <vertex index="350" x="55.4234" y="42.0975" z="40.0638" />
+      <vertex index="351" x="57.2241" y="40.7505" z="49.1529" />
+      <vertex index="352" x="56.5543" y="40.7254" z="49.1765" />
+      <vertex index="353" x="57.0764" y="40.0252" z="48.9684" />
+      <vertex index="354" x="56.3511" y="47.3873" z="15.8436" />
+      <vertex index="355" x="51.1341" y="41.8902" z="30.0863" />
+      <vertex index="356" x="51.0119" y="41.5255" z="30.7555" />
+      <vertex index="357" x="52.2587" y="40.6937" z="34.4476" />
+      <vertex index="358" x="51.7604" y="41.4121" z="34.2222" />
+      <vertex index="359" x="46.3033" y="39.9408" z="41.1917" />
+      <vertex index="360" x="57.6223" y="43.516" z="44.118" />
+      <vertex index="361" x="56.8871" y="43.655" z="44.2305" />
+      <vertex index="362" x="57.2485" y="43.3986" z="44.8281" />
+      <vertex index="363" x="56.5255" y="53.9773" z="6.67594" />
+      <vertex index="364" x="55.9445" y="53.3746" z="6.69784" />
+      <vertex index="365" x="56.3532" y="53.5805" z="7.41629" />
+      <vertex index="366" x="55.8387" y="52.9033" z="7.42171" />
+      <vertex index="367" x="58.4623" y="50.411" z="8.24964" />
+      <vertex index="368" x="57.8458" y="49.9403" z="8.46699" />
+      <vertex index="369" x="57.9475" y="50.2689" z="7.7007" />
+      <vertex index="370" x="56.2027" y="46.6077" z="17.9106" />
+      <vertex index="371" x="55.9657" y="46.3937" z="18.68" />
+      <vertex index="372" x="55.4467" y="46.9451" z="18.2455" />
+      <vertex index="373" x="59.0062" y="43.4375" z="32.0908" />
+      <vertex index="374" x="48.2104" y="42.0243" z="36.3263" />
+      <vertex index="375" x="48.7094" y="42.2078" z="35.6338" />
+      <vertex index="376" x="47.8856" y="42.2166" z="35.483" />
+      <vertex index="377" x="45.6721" y="40.0897" z="38.5013" />
+      <vertex index="378" x="55.5108" y="41.4" z="39.7376" />
+      <vertex index="379" x="55.9241" y="42.122" z="39.5537" />
+      <vertex index="380" x="54.8703" y="47.0981" z="20.5147" />
+      <vertex index="381" x="54.9446" y="47.437" z="21.2639" />
+      <vertex index="382" x="57.0192" y="49.761" z="8.8643" />
+      <vertex index="383" x="56.45" y="50.2366" z="8.28847" />
+      <vertex index="384" x="57.1983" y="50.0783" z="7.95768" />
+      <vertex index="385" x="56.7421" y="41.5225" z="41.0367" />
+      <vertex index="386" x="43.2381" y="38.026" z="46.0661" />
+      <vertex index="387" x="56.0761" y="53.8048" z="6.0159" />
+      <vertex index="388" x="58.7228" y="52.6366" z="8.95934" />
+      <vertex index="389" x="55.0462" y="48.7947" z="17.0152" />
+      <vertex index="390" x="55.4358" y="49.506" z="17.2277" />
+      <vertex index="391" x="52.9698" y="40.1759" z="34.4313" />
+      <vertex index="392" x="48.7712" y="39.5794" z="37.6766" />
+      <vertex index="393" x="48.7435" y="39.9217" z="38.3461" />
+      <vertex index="394" x="48.5243" y="39.2165" z="38.3055" />
+      <vertex index="395" x="59.404" y="42.6045" z="39.7919" />
+      <vertex index="396" x="59.6756" y="43.2859" z="39.3811" />
+      <vertex index="397" x="44.3893" y="39.2787" z="41.6476" />
+      <vertex index="398" x="43.8479" y="38.8661" z="41.9996" />
+      <vertex index="399" x="56.1345" y="43.2698" z="45.4115" />
+      <vertex index="400" x="55.6186" y="43.028" z="45.2267" />
+      <vertex index="401" x="55.7072" y="42.9875" z="45.9091" />
+      <vertex index="402" x="58.8064" y="52.8595" z="8.09725" />
+      <vertex index="403" x="59.0953" y="52.0755" z="7.8045" />
+      <vertex index="404" x="57.9012" y="52.7161" z="10.5524" />
+      <vertex index="405" x="57.771" y="47.8529" z="20.0888" />
+      <vertex index="406" x="56.7077" y="48.9546" z="19.8535" />
+      <vertex index="407" x="54.7739" y="46.3777" z="23.6373" />
+      <vertex index="408" x="54.7846" y="46.3365" z="24.3801" />
+      <vertex index="409" x="54.9993" y="46.7496" z="24.0172" />
+      <vertex index="410" x="55.0494" y="46.9599" z="23.4359" />
+      <vertex index="411" x="59.15" y="42.2461" z="37.4882" />
+      <vertex index="412" x="46.0078" y="40.5489" z="38.0102" />
+      <vertex index="413" x="43.365" y="38.5875" z="42.3547" />
+      <vertex index="414" x="55.3049" y="41.6825" z="43.7063" />
+      <vertex index="415" x="55.1893" y="41.2966" z="44.4924" />
+      <vertex index="416" x="55.105" y="42.1126" z="44.529" />
+      <vertex index="417" x="48.9823" y="41.8456" z="31.3678" />
+      <vertex index="418" x="49.5322" y="41.2488" z="31.4177" />
+      <vertex index="419" x="48.8819" y="41.2901" z="31.9303" />
+      <vertex index="420" x="56.8322" y="47.1581" z="16.4562" />
+      <vertex index="421" x="55.3874" y="50.175" z="12.1265" />
+      <vertex index="422" x="55.5269" y="49.5008" z="12.3604" />
+      <vertex index="423" x="55.2865" y="50.2051" z="12.8409" />
+      <vertex index="424" x="56.379" y="53.7011" z="4.70712" />
+      <vertex index="425" x="59.0584" y="51.5074" z="8.45865" />
+      <vertex index="426" x="58.9666" y="51.3334" z="7.62035" />
+      <vertex index="427" x="56.1961" y="50.0969" z="9.0937" />
+      <vertex index="428" x="58.7311" y="50.7533" z="12.552" />
+      <vertex index="429" x="58.7028" y="50.001" z="13.075" />
+      <vertex index="430" x="58.7462" y="50.0313" z="12.3569" />
+      <vertex index="431" x="55.5582" y="47.4289" z="23.3612" />
+      <vertex index="432" x="54.0735" y="42.8767" z="40.3334" />
+      <vertex index="433" x="54.8202" y="43.3583" z="40.2325" />
+      <vertex index="434" x="56.9138" y="40.4468" z="44.8425" />
+      <vertex index="435" x="57.1843" y="40.6609" z="44.0704" />
+      <vertex index="436" x="57.6319" y="40.9204" z="44.724" />
+      <vertex index="437" x="57.3757" y="40.6645" z="45.5992" />
+      <vertex index="438" x="57.831" y="44.4285" z="41.2271" />
+      <vertex index="439" x="57.9301" y="44.6774" z="40.4819" />
+      <vertex index="440" x="57.2375" y="44.5195" z="40.7642" />
+      <vertex index="441" x="57.1378" y="44.2902" z="41.4998" />
+      <vertex index="442" x="56.9788" y="41.4269" z="49.3422" />
+      <vertex index="443" x="47.6044" y="42.2135" z="34.6161" />
+      <vertex index="444" x="46.0649" y="40.2433" z="40.3518" />
+      <vertex index="445" x="55.955" y="47.82" z="15.2558" />
+      <vertex index="446" x="55.0956" y="46.2452" z="25.9912" />
+      <vertex index="447" x="50.5074" y="42.3554" z="33.5143" />
+      <vertex index="448" x="49.9971" y="42.6852" z="33.8128" />
+      <vertex index="449" x="44.0924" y="38.6695" z="41.2655" />
+      <vertex index="450" x="40.9495" y="38.5557" z="46.0862" />
+      <vertex index="451" x="41.2476" y="38.4008" z="46.8825" />
+      <vertex index="452" x="58.026" y="42.9954" z="34.9869" />
+      <vertex index="453" x="52.7516" y="40.2042" z="39.484" />
+      <vertex index="454" x="53.508" y="39.8214" z="39.2193" />
+      <vertex index="455" x="59.308" y="42.6765" z="40.6664" />
+      <vertex index="456" x="44.0013" y="38.9138" z="44.1081" />
+      <vertex index="457" x="56.61" y="40.1945" z="45.5378" />
+      <vertex index="458" x="51.9871" y="42.1404" z="32.8588" />
+      <vertex index="459" x="56.6692" y="48.556" z="12.4002" />
+      <vertex index="460" x="57.5056" y="48.586" z="12.3685" />
+      <vertex index="461" x="59.9218" y="44.022" z="34.7427" />
+      <vertex index="462" x="53.1971" y="40.5668" z="32.5262" />
+      <vertex index="463" x="53.2374" y="41.0411" z="31.9402" />
+      <vertex index="464" x="55.2367" y="43.6985" z="27.2382" />
+      <vertex index="465" x="55.4464" y="43.3069" z="27.8901" />
+      <vertex index="466" x="54.8223" y="43.4117" z="28.3156" />
+      <vertex index="467" x="59.7312" y="43.8973" z="38.937" />
+      <vertex index="468" x="59.538" y="43.9785" z="39.6811" />
+      <vertex index="469" x="54.8468" y="41.6031" z="40.1766" />
+      <vertex index="470" x="51.9344" y="43.7245" z="31.8502" />
+      <vertex index="471" x="50.0315" y="40.7798" z="32.5702" />
+      <vertex index="472" x="49.5007" y="40.8401" z="32.1367" />
+      <vertex index="473" x="50.3252" y="41.0457" z="31.9254" />
+      <vertex index="474" x="52.1224" y="40.6526" z="39.4857" />
+      <vertex index="475" x="56.6246" y="49.5282" z="18.6175" />
+      <vertex index="476" x="50.4453" y="43.4672" z="35.9743" />
+      <vertex index="477" x="50.389" y="43.0398" z="36.7142" />
+      <vertex index="478" x="50.4578" y="43.8964" z="36.7545" />
+      <vertex index="479" x="55.649" y="48.7845" z="19.7731" />
+      <vertex index="480" x="54.855" y="45.1618" z="27.3856" />
+      <vertex index="481" x="59.476" y="44.6338" z="32.9858" />
+      <vertex index="482" x="57.9643" y="43.9143" z="33.6969" />
+      <vertex index="483" x="53.2118" y="40.1967" z="33.1768" />
+      <vertex index="484" x="45.3694" y="36.7867" z="42.51" />
+      <vertex index="485" x="45.5865" y="37.0274" z="43.0648" />
+      <vertex index="486" x="45.0451" y="36.6561" z="43.1991" />
+      <vertex index="487" x="55.9468" y="52.4232" z="9.73088" />
+      <vertex index="488" x="57.0163" y="45.1077" z="23.1146" />
+      <vertex index="489" x="57.3468" y="45.5529" z="23.4463" />
+      <vertex index="490" x="57.0219" y="44.8534" z="23.8363" />
+      <vertex index="491" x="45.0048" y="37.2063" z="44.5285" />
+      <vertex index="492" x="45.5493" y="37.8125" z="44.0179" />
+      <vertex index="493" x="46.4751" y="39.3316" z="41.9319" />
+      <vertex index="494" x="59.4911" y="42.6597" z="38.9291" />
+      <vertex index="495" x="57.8362" y="42.3369" z="33.6701" />
+      <vertex index="496" x="57.6878" y="41.4329" z="33.6031" />
+      <vertex index="497" x="57.7817" y="41.9569" z="32.8738" />
+      <vertex index="498" x="56.34" y="52.138" z="11.7783" />
+      <vertex index="499" x="56.9454" y="52.4727" z="11.3665" />
+      <vertex index="500" x="55.2132" y="46.785" z="24.6143" />
+      <vertex index="501" x="54.9415" y="46.3441" z="25.1203" />
+      <vertex index="502" x="57.4478" y="41.7173" z="32.2666" />
+      <vertex index="503" x="57.53" y="42.3927" z="32.4069" />
+      <vertex index="504" x="57.0709" y="44.4092" z="33.5572" />
+      <vertex index="505" x="55.305" y="48.6668" z="19.1654" />
+      <vertex index="506" x="53.5994" y="41.6287" z="30.8589" />
+      <vertex index="507" x="53.086" y="41.8099" z="30.1405" />
+      <vertex index="508" x="55.7038" y="39.7871" z="46.7214" />
+      <vertex index="509" x="55.0045" y="40.1733" z="46.6965" />
+      <vertex index="510" x="57.078" y="53.9734" z="7.25275" />
+      <vertex index="511" x="57.8498" y="44.3478" z="34.0346" />
+      <vertex index="512" x="46.9122" y="41.5877" z="36.6134" />
+      <vertex index="513" x="47.4044" y="41.9524" z="36.1078" />
+      <vertex index="514" x="46.8738" y="41.57" z="35.8864" />
+      <vertex index="515" x="56.8835" y="40.2206" z="46.2517" />
+      <vertex index="516" x="56.4519" y="39.8472" z="46.826" />
+      <vertex index="517" x="55.6254" y="52.5844" z="6.61423" />
+      <vertex index="518" x="58.4796" y="43.1283" z="31.5145" />
+      <vertex index="519" x="55.1795" y="39.7517" z="47.4203" />
+      <vertex index="520" x="56.7445" y="47.4125" z="23.3437" />
+      <vertex index="521" x="57.3033" y="46.8992" z="23.2801" />
+      <vertex index="522" x="57.4655" y="40.9269" z="43.2533" />
+      <vertex index="523" x="57.3938" y="41.0032" z="42.3957" />
+      <vertex index="524" x="58.0337" y="41.3146" z="42.7292" />
+      <vertex index="525" x="57.8995" y="43.0186" z="44.666" />
+      <vertex index="526" x="58.0951" y="54.2045" z="6.3754" />
+      <vertex index="527" x="58.0627" y="45.8514" z="34.2572" />
+      <vertex index="528" x="58.4797" y="45.8676" z="33.5649" />
+      <vertex index="529" x="56.9424" y="53.168" z="9.48251" />
+      <vertex index="530" x="57.5582" y="44.9576" z="35.5917" />
+      <vertex index="531" x="57.657" y="44.2391" z="35.829" />
+      <vertex index="532" x="57.4813" y="44.7922" z="36.3147" />
+      <vertex index="533" x="54.2664" y="40.2358" z="39.5923" />
+      <vertex index="534" x="55.8884" y="39.1466" z="48.7903" />
+      <vertex index="535" x="57.979" y="42.7771" z="31.8149" />
+      <vertex index="536" x="58.9094" y="42.2911" z="41.9688" />
+      <vertex index="537" x="59.161" y="42.8434" z="41.4932" />
+      <vertex index="538" x="47.6215" y="39.1298" z="40.8506" />
+      <vertex index="539" x="47.8811" y="38.5813" z="40.1053" />
+      <vertex index="540" x="55.4912" y="51.2493" z="10.9326" />
+      <vertex index="541" x="55.6303" y="51.7702" z="10.2208" />
+      <vertex index="542" x="55.4822" y="50.956" z="10.2264" />
+      <vertex index="543" x="46.94" y="39.0704" z="36.5772" />
+      <vertex index="544" x="47.3641" y="39.2749" z="35.9702" />
+      <vertex index="545" x="47.9276" y="39.0273" z="36.5127" />
+      <vertex index="546" x="54.0379" y="39.636" z="35.3736" />
+      <vertex index="547" x="54.5311" y="39.5945" z="34.5363" />
+      <vertex index="548" x="55.0471" y="39.6566" z="35.2619" />
+      <vertex index="549" x="51.8668" y="39.9841" z="36.7581" />
+      <vertex index="550" x="51.8523" y="40.1422" z="35.9298" />
+      <vertex index="551" x="52.5189" y="39.7495" z="36.2822" />
+      <vertex index="552" x="53.3503" y="39.4148" z="37.4337" />
+      <vertex index="553" x="52.5578" y="39.6128" z="37.0917" />
+      <vertex index="554" x="53.2426" y="39.5317" z="36.6393" />
+      <vertex index="555" x="53.478" y="39.4867" z="38.3324" />
+      <vertex index="556" x="54.3214" y="39.7436" z="38.7479" />
+      <vertex index="557" x="58.8276" y="50.9212" z="8.12337" />
+      <vertex index="558" x="58.5524" y="50.7121" z="7.56826" />
+      <vertex index="559" x="55.0199" y="47.2336" z="19.0484" />
+      <vertex index="560" x="54.9384" y="47.7072" z="18.3106" />
+      <vertex index="561" x="59.1784" y="44.4043" z="32.0767" />
+      <vertex index="562" x="57.4702" y="43.5098" z="32.9294" />
+      <vertex index="563" x="56.2358" y="42.7612" z="47.464" />
+      <vertex index="564" x="56.9811" y="42.4197" z="47.3924" />
+      <vertex index="565" x="54.5454" y="40.4058" z="47.5331" />
+      <vertex index="566" x="55.3401" y="48.3539" z="15.4295" />
+      <vertex index="567" x="55.656" y="48.3654" z="14.5165" />
+      <vertex index="568" x="57.5713" y="45.3488" z="33.0491" />
+      <vertex index="569" x="57.5389" y="42.9553" z="45.4073" />
+      <vertex index="570" x="57.3157" y="45.2153" z="26.5876" />
+      <vertex index="571" x="56.7252" y="54.3062" z="5.95626" />
+      <vertex index="572" x="57.4956" y="45.5732" z="32.7581" />
+      <vertex index="573" x="44.6641" y="38.6425" z="44.2284" />
+      <vertex index="574" x="56.6851" y="49.3155" z="10.2908" />
+      <vertex index="575" x="56.4954" y="49.6612" z="9.63697" />
+      <vertex index="576" x="57.2376" y="49.4486" z="9.68711" />
+      <vertex index="577" x="47.6149" y="41.942" z="33.7858" />
+      <vertex index="578" x="48.814" y="40.4409" z="33.2352" />
+      <vertex index="579" x="48.8879" y="40.0992" z="33.9397" />
+      <vertex index="580" x="56.6949" y="39.8302" z="47.555" />
+      <vertex index="581" x="57.0749" y="40.2395" z="47.0062" />
+      <vertex index="582" x="57.2428" y="40.3224" z="47.7363" />
+      <vertex index="583" x="50.5679" y="43.349" z="32.6667" />
+      <vertex index="584" x="50.9807" y="43.6429" z="32.0832" />
+      <vertex index="585" x="55.378" y="43.7169" z="39.9155" />
+      <vertex index="586" x="54.8448" y="44.2164" z="40.0679" />
+      <vertex index="587" x="55.7412" y="42.6133" z="48.1644" />
+      <vertex index="588" x="49.713" y="43.9207" z="31.2888" />
+      <vertex index="589" x="49.0478" y="43.2194" z="31.3634" />
+      <vertex index="590" x="55.5197" y="46.2507" z="26.8072" />
+      <vertex index="591" x="55.9236" y="46.1454" z="27.4791" />
+      <vertex index="592" x="56.3209" y="46.3215" z="26.8095" />
+      <vertex index="593" x="53.8167" y="45.3663" z="29.475" />
+      <vertex index="594" x="56.1583" y="48.816" z="20.2456" />
+      <vertex index="595" x="42.5133" y="35.9636" z="44.5997" />
+      <vertex index="596" x="41.8712" y="36.0776" z="44.4311" />
+      <vertex index="597" x="54.9413" y="42.6917" z="28.8768" />
+      <vertex index="598" x="55.5866" y="42.9054" z="28.5663" />
+      <vertex index="599" x="55.7229" y="42.4668" z="29.2081" />
+      <vertex index="600" x="56.0537" y="47.1874" z="16.5879" />
+      <vertex index="601" x="58.4331" y="50.1643" z="8.98808" />
+      <vertex index="602" x="58.8134" y="50.7864" z="8.77401" />
+      <vertex index="603" x="55.6006" y="42.8965" z="42.9879" />
+      <vertex index="604" x="55.9291" y="43.222" z="42.3125" />
+      <vertex index="605" x="55.0041" y="40.2344" z="39.1129" />
+      <vertex index="606" x="46.7164" y="39.6791" z="36.0807" />
+      <vertex index="607" x="59.6651" y="42.8318" z="38.0344" />
+      <vertex index="608" x="59.0423" y="42.1808" z="38.3839" />
+      <vertex index="609" x="56.5192" y="46.8563" z="17.1544" />
+      <vertex index="610" x="57.7065" y="41.329" z="46.8269" />
+      <vertex index="611" x="57.5655" y="41.3859" z="47.4463" />
+      <vertex index="612" x="57.4791" y="40.8019" z="47.2442" />
+      <vertex index="613" x="58.2682" y="52.2306" z="11.0864" />
+      <vertex index="614" x="58.5374" y="52.3372" z="10.2995" />
+      <vertex index="615" x="47.0338" y="39.5747" z="41.1812" />
+      <vertex index="616" x="44.7728" y="38.9656" z="43.6271" />
+      <vertex index="617" x="45.2503" y="38.5217" z="43.8802" />
+      <vertex index="618" x="54.7459" y="45.8469" z="25.4767" />
+      <vertex index="619" x="54.7044" y="45.4724" z="26.0492" />
+      <vertex index="620" x="45.1994" y="36.9494" z="41.1584" />
+      <vertex index="621" x="45.9428" y="37.0502" z="41.0233" />
+      <vertex index="622" x="45.6684" y="36.9162" z="41.7839" />
+      <vertex index="623" x="55.5063" y="40.7529" z="39.3427" />
+      <vertex index="624" x="54.9329" y="40.8169" z="39.7771" />
+      <vertex index="625" x="57.5014" y="46.8186" z="22.5974" />
+      <vertex index="626" x="57.6058" y="46.7276" z="22.0163" />
+      <vertex index="627" x="57.4325" y="47.298" z="22.0772" />
+      <vertex index="628" x="47.7817" y="41.6067" z="33.0367" />
+      <vertex index="629" x="47.5508" y="41.129" z="33.6516" />
+      <vertex index="630" x="56.6267" y="44.1103" z="40.9709" />
+      <vertex index="631" x="55.6773" y="53.1095" z="5.92535" />
+      <vertex index="632" x="57.2878" y="54.2419" z="6.54347" />
+      <vertex index="633" x="45.6473" y="39.3476" z="42.4805" />
+      <vertex index="634" x="48.6494" y="42.5662" z="31.5969" />
+      <vertex index="635" x="48.2862" y="41.3618" z="32.4488" />
+      <vertex index="636" x="51.5503" y="41.1799" z="39.2856" />
+      <vertex index="637" x="52.2217" y="41.4518" z="39.656" />
+      <vertex index="638" x="51.7053" y="42.0686" z="39.3898" />
+      <vertex index="639" x="45.3454" y="37.0814" z="43.7164" />
+      <vertex index="640" x="50.4857" y="44.0899" z="31.6512" />
+      <vertex index="641" x="50.6103" y="44.3226" z="30.8882" />
+      <vertex index="642" x="57.2923" y="45.7459" z="25.9796" />
+      <vertex index="643" x="57.4437" y="45.4631" z="25.1051" />
+      <vertex index="644" x="57.3742" y="44.7122" z="37.0424" />
+      <vertex index="645" x="42.7339" y="37.7425" z="46.6808" />
+      <vertex index="646" x="42.1581" y="37.3567" z="47.3412" />
+      <vertex index="647" x="57.3902" y="47.7078" z="21.4416" />
+      <vertex index="648" x="55.4276" y="42.8345" z="44.5856" />
+      <vertex index="649" x="55.153" y="42.5617" z="45.4601" />
+      <vertex index="650" x="50.8736" y="44.7963" z="36.7686" />
+      <vertex index="651" x="50.6121" y="44.2849" z="36.0223" />
+      <vertex index="652" x="57.4385" y="49.7379" z="17.5022" />
+      <vertex index="653" x="57.8961" y="49.0243" z="17.7319" />
+      <vertex index="654" x="55.2295" y="45.8053" z="27.4643" />
+      <vertex index="655" x="56.6123" y="39.5041" z="48.8519" />
+      <vertex index="656" x="56.2005" y="40.0131" z="49.0046" />
+      <vertex index="657" x="55.8959" y="42.9558" z="46.7142" />
+      <vertex index="658" x="49.4553" y="43.2133" z="30.7491" />
+      <vertex index="659" x="49.1169" y="42.5275" z="30.9046" />
+      <vertex index="660" x="51.4159" y="44.151" z="33.345" />
+      <vertex index="661" x="51.9155" y="44.0388" z="32.5913" />
+      <vertex index="662" x="51.5862" y="43.3224" z="33.1571" />
+      <vertex index="663" x="57.6926" y="45.4451" z="36.1359" />
+      <vertex index="664" x="54.9914" y="40.5819" z="45.9888" />
+      <vertex index="665" x="51.1161" y="44.1716" z="31.6027" />
+      <vertex index="666" x="57.3441" y="41.2317" z="32.8919" />
+      <vertex index="667" x="58.9288" y="43.0352" z="42.2949" />
+      <vertex index="668" x="58.7908" y="42.3966" z="42.7597" />
+      <vertex index="669" x="56.839" y="43.2642" z="45.4777" />
+      <vertex index="670" x="57.3967" y="45.5241" z="24.2145" />
+      <vertex index="671" x="50.6998" y="44.1646" z="30.032" />
+      <vertex index="672" x="50.0712" y="43.5949" z="30.2208" />
+      <vertex index="673" x="58.0165" y="48.0433" z="17.9471" />
+      <vertex index="674" x="55.7919" y="45.9309" z="29.9349" />
+      <vertex index="675" x="56.0469" y="46.1295" z="30.6747" />
+      <vertex index="676" x="52.2198" y="42.7937" z="39.5266" />
+      <vertex index="677" x="52.4833" y="42.1264" z="39.6982" />
+      <vertex index="678" x="56.2603" y="43.0616" z="28.2223" />
+      <vertex index="679" x="56.3679" y="42.8294" z="29.0383" />
+      <vertex index="680" x="56.9789" y="46.7226" z="17.8085" />
+      <vertex index="681" x="54.9879" y="44.1854" z="26.6194" />
+      <vertex index="682" x="55.5965" y="43.6321" z="26.5888" />
+      <vertex index="683" x="57.4266" y="44.6271" z="28.0382" />
+      <vertex index="684" x="57.4613" y="43.9627" z="28.3662" />
+      <vertex index="685" x="57.2216" y="44.0207" z="27.5902" />
+      <vertex index="686" x="57.3151" y="44.7068" z="27.2286" />
+      <vertex index="687" x="46.1225" y="40.4255" z="37.249" />
+      <vertex index="688" x="50.8947" y="41.8837" z="32.9883" />
+      <vertex index="689" x="47.6429" y="41.7975" z="36.9441" />
+      <vertex index="690" x="59.342" y="44.4753" z="39.1343" />
+      <vertex index="691" x="42.8642" y="38.7996" z="43.6707" />
+      <vertex index="692" x="42.489" y="38.5398" z="43.4701" />
+      <vertex index="693" x="42.3262" y="38.6732" z="44.1755" />
+      <vertex index="694" x="57.3523" y="46.7302" z="18.5136" />
+      <vertex index="695" x="56.7646" y="43.6071" z="27.2584" />
+      <vertex index="696" x="57.0328" y="44.004" z="26.8619" />
+      <vertex index="697" x="55.3255" y="42.508" z="43.7546" />
+      <vertex index="698" x="56.0656" y="43.5277" z="43.0103" />
+      <vertex index="699" x="48.4981" y="40.2339" z="38.8649" />
+      <vertex index="700" x="56.2368" y="41.1557" z="42.4945" />
+      <vertex index="701" x="56.779" y="41.0312" z="42.2047" />
+      <vertex index="702" x="47.2838" y="41.5218" z="34.3619" />
+      <vertex index="703" x="41.4391" y="38.2044" z="44.3505" />
+      <vertex index="704" x="41.8921" y="38.631" z="44.9955" />
+      <vertex index="705" x="58.5478" y="49.891" z="13.9394" />
+      <vertex index="706" x="58.4816" y="49.2456" z="13.4292" />
+      <vertex index="707" x="52.5353" y="39.9883" z="35.5278" />
+      <vertex index="708" x="55.9804" y="50.0306" z="9.7452" />
+      <vertex index="709" x="54.595" y="41.5759" z="46.7981" />
+      <vertex index="710" x="54.5879" y="41.7819" z="47.4509" />
+      <vertex index="711" x="57.2205" y="45.3244" z="29.3106" />
+      <vertex index="712" x="57.7779" y="44.7424" z="29.6141" />
+      <vertex index="713" x="57.5647" y="44.6773" z="28.8147" />
+      <vertex index="714" x="41.1754" y="36.1297" z="44.7656" />
+      <vertex index="715" x="50.1132" y="40.7299" z="33.2399" />
+      <vertex index="716" x="57.1311" y="40.9927" z="34.9216" />
+      <vertex index="717" x="56.9157" y="40.9348" z="35.6317" />
+      <vertex index="718" x="56.5617" y="40.4608" z="35.0469" />
+      <vertex index="719" x="58.1973" y="48.5042" z="15.9934" />
+      <vertex index="720" x="57.9024" y="43.6723" z="34.4122" />
+      <vertex index="721" x="57.8176" y="43.6383" z="35.3395" />
+      <vertex index="722" x="54.1703" y="43.0943" z="28.74" />
+      <vertex index="723" x="47.1551" y="41.7567" z="35.2096" />
+      <vertex index="724" x="46.0272" y="40.6417" z="38.7836" />
+      <vertex index="725" x="46.4942" y="41.0533" z="38.2963" />
+      <vertex index="726" x="43.8092" y="36.2466" z="44.476" />
+      <vertex index="727" x="57.5097" y="44.0941" z="36.6511" />
+      <vertex index="728" x="58.3474" y="49.1419" z="15.3843" />
+      <vertex index="729" x="55.6743" y="52.2575" z="5.72001" />
+      <vertex index="730" x="54.7753" y="45.8054" z="23.1758" />
+      <vertex index="731" x="55.0519" y="46.7878" z="19.7939" />
+      <vertex index="732" x="55.0917" y="46.3548" z="20.5478" />
+      <vertex index="733" x="57.9456" y="42.9066" z="31.1389" />
+      <vertex index="734" x="57.6212" y="42.9055" z="30.4148" />
+      <vertex index="735" x="58.2265" y="43.497" z="30.681" />
+      <vertex index="736" x="47.4245" y="39.7466" z="40.6517" />
+      <vertex index="737" x="43.7916" y="37.681" z="45.8551" />
+      <vertex index="738" x="51.1723" y="42.8914" z="32.2712" />
+      <vertex index="739" x="56.8749" y="44.0579" z="38.9812" />
+      <vertex index="740" x="56.6047" y="43.7703" z="39.643" />
+      <vertex index="741" x="57.7717" y="48.3121" z="19.3675" />
+      <vertex index="742" x="57.1056" y="47.4075" z="22.709" />
+      <vertex index="743" x="56.838" y="45.8685" z="31.6441" />
+      <vertex index="744" x="56.2327" y="46.2515" z="31.3842" />
+      <vertex index="745" x="56.4114" y="46.2329" z="32.178" />
+      <vertex index="746" x="57.6082" y="45.1469" z="38.2127" />
+      <vertex index="747" x="58.5024" y="45.2983" z="37.8999" />
+      <vertex index="748" x="51.5182" y="41.0037" z="34.8909" />
+      <vertex index="749" x="57.5931" y="52.5004" z="11.2975" />
+      <vertex index="750" x="53.3685" y="39.9436" z="33.823" />
+      <vertex index="751" x="47.4891" y="38.3421" z="40.8851" />
+      <vertex index="752" x="48.0536" y="39.3749" z="35.6792" />
+      <vertex index="753" x="56.3525" y="43.6209" z="40.4065" />
+      <vertex index="754" x="57.3753" y="49.4128" z="18.3011" />
+      <vertex index="755" x="57.8426" y="48.6912" z="18.5914" />
+      <vertex index="756" x="57.681" y="44.0084" z="29.2228" />
+      <vertex index="757" x="45.8908" y="37.5413" z="43.3056" />
+      <vertex index="758" x="57.1492" y="41.1434" z="41.6762" />
+      <vertex index="759" x="58.2374" y="43.0991" z="43.8866" />
+      <vertex index="760" x="57.9741" y="43.6502" z="43.3559" />
+      <vertex index="761" x="54.2913" y="39.5581" z="37.7207" />
+      <vertex index="762" x="53.6569" y="39.7334" z="34.5162" />
+      <vertex index="763" x="53.1623" y="39.9132" z="35.1026" />
+      <vertex index="764" x="44.4202" y="36.4649" z="43.2454" />
+      <vertex index="765" x="44.6611" y="36.5687" z="42.6042" />
+      <vertex index="766" x="56.3392" y="43.7727" z="42.3316" />
+      <vertex index="767" x="48.1679" y="40.898" z="33.0627" />
+      <vertex index="768" x="44.9428" y="36.7517" z="41.8911" />
+      <vertex index="769" x="56.2742" y="45.9526" z="28.09" />
+      <vertex index="770" x="58.0546" y="44.1296" z="30.0435" />
+      <vertex index="771" x="58.0733" y="44.8514" z="30.3602" />
+      <vertex index="772" x="57.7109" y="44.2251" z="41.9936" />
+      <vertex index="773" x="58.4167" y="44.1298" z="41.6019" />
+      <vertex index="774" x="56.1291" y="43.5324" z="41.813" />
+      <vertex index="775" x="57.714" y="44.984" z="34.1803" />
+      <vertex index="776" x="51.094" y="41.0019" z="38.6111" />
+      <vertex index="777" x="51.6405" y="40.4382" z="38.8969" />
+      <vertex index="778" x="59.5981" y="44.8519" z="36.8438" />
+      <vertex index="779" x="59.9045" y="44.3744" z="36.096" />
+      <vertex index="780" x="59.5071" y="45.0894" z="35.9061" />
+      <vertex index="781" x="56.2608" y="45.2094" z="21.774" />
+      <vertex index="782" x="55.4831" y="45.3842" z="21.9165" />
+      <vertex index="783" x="55.7947" y="45.5276" z="21.1521" />
+      <vertex index="784" x="57.5211" y="41.9411" z="47.1638" />
+      <vertex index="785" x="56.8722" y="43.3229" z="39.102" />
+      <vertex index="786" x="57.5746" y="42.7439" z="31.9243" />
+      <vertex index="787" x="57.3987" y="42.199" z="31.7923" />
+      <vertex index="788" x="55.9517" y="44.9552" z="22.5487" />
+      <vertex index="789" x="57.2211" y="49.0289" z="19.1768" />
+      <vertex index="790" x="53.3169" y="45.6039" z="30.7697" />
+      <vertex index="791" x="53.2439" y="46.1365" z="31.2822" />
+      <vertex index="792" x="53.5939" y="46.0959" z="30.662" />
+      <vertex index="793" x="54.5935" y="41.884" z="48.7731" />
+      <vertex index="794" x="54.2874" y="41.4387" z="49.4665" />
+      <vertex index="795" x="54.8927" y="42.0824" z="49.6089" />
+      <vertex index="796" x="38.9659" y="38.2913" z="47.0372" />
+      <vertex index="797" x="39.3319" y="37.7573" z="47.1425" />
+      <vertex index="798" x="39.4352" y="38.5345" z="47.5482" />
+      <vertex index="799" x="57.263" y="43.6259" z="33.2909" />
+      <vertex index="800" x="51.547" y="41.6239" z="31.2455" />
+      <vertex index="801" x="38.6513" y="37.6098" z="46.4846" />
+      <vertex index="802" x="47.2502" y="38.8733" z="41.5274" />
+      <vertex index="803" x="53.7446" y="46.4108" z="37.1895" />
+      <vertex index="804" x="53.888" y="46.1715" z="37.9977" />
+      <vertex index="805" x="55.2105" y="45.2284" z="22.7762" />
+      <vertex index="806" x="57.1838" y="45.9632" z="20.9036" />
+      <vertex index="807" x="56.5399" y="45.5244" z="21.021" />
+      <vertex index="808" x="56.7108" y="45.8124" z="20.2745" />
+      <vertex index="809" x="55.8866" y="39.9795" z="35.1562" />
+      <vertex index="810" x="56.1684" y="40.1363" z="34.391" />
+      <vertex index="811" x="56.5437" y="43.4401" z="44.8324" />
+      <vertex index="812" x="52.965" y="46.3691" z="36.9176" />
+      <vertex index="813" x="53.048" y="46.236" z="37.7146" />
+      <vertex index="814" x="50.9195" y="44.3983" z="34.8334" />
+      <vertex index="815" x="50.8207" y="43.7296" z="34.573" />
+      <vertex index="816" x="50.6129" y="43.9162" z="35.307" />
+      <vertex index="817" x="59.3423" y="45.3032" z="34.9649" />
+      <vertex index="818" x="59.825" y="44.5731" z="35.2893" />
+      <vertex index="819" x="59.7447" y="44.7074" z="34.5013" />
+      <vertex index="820" x="59.9666" y="43.7615" z="35.5589" />
+      <vertex index="821" x="45.4017" y="39.7372" z="39.1193" />
+      <vertex index="822" x="45.6842" y="40.2657" z="39.1368" />
+      <vertex index="823" x="53.2294" y="39.68" z="35.8537" />
+      <vertex index="824" x="53.9496" y="39.5899" z="36.2899" />
+      <vertex index="825" x="59.7662" y="43.2667" z="38.7019" />
+      <vertex index="826" x="48.0425" y="40.3879" z="33.7927" />
+      <vertex index="827" x="54.5675" y="45.3361" z="28.9333" />
+      <vertex index="828" x="56.4649" y="42.4049" z="29.701" />
+      <vertex index="829" x="55.8898" y="41.9053" z="29.7146" />
+      <vertex index="830" x="55.9358" y="42.9905" z="41.586" />
+      <vertex index="831" x="57.469" y="46.2478" z="23.7773" />
+      <vertex index="832" x="52.277" y="42.0862" z="29.7693" />
+      <vertex index="833" x="57.3228" y="44.8671" z="39.118" />
+      <vertex index="834" x="57.088" y="44.4089" z="38.2704" />
+      <vertex index="835" x="48.9072" y="43.3472" z="32.7441" />
+      <vertex index="836" x="58.8183" y="43.8767" z="31.3653" />
+      <vertex index="837" x="56.8376" y="40.5947" z="34.3188" />
+      <vertex index="838" x="42.9897" y="38.6509" z="43.001" />
+      <vertex index="839" x="58.9096" y="45.6649" z="34.2222" />
+      <vertex index="840" x="56.2333" y="51.3641" z="13.7501" />
+      <vertex index="841" x="55.63" y="51.0326" z="13.217" />
+      <vertex index="842" x="55.6918" y="50.8031" z="14.1066" />
+      <vertex index="843" x="57.3471" y="44.9571" z="25.8374" />
+      <vertex index="844" x="57.0705" y="45.6155" z="21.7962" />
+      <vertex index="845" x="56.717" y="45.1013" z="22.4936" />
+      <vertex index="846" x="59.8306" y="44.21" z="34.1259" />
+      <vertex index="847" x="47.1276" y="38.0761" z="41.534" />
+      <vertex index="848" x="58.3208" y="42.0036" z="37.7969" />
+      <vertex index="849" x="59.9976" y="43.7717" z="36.2294" />
+      <vertex index="850" x="41.508" y="35.9777" z="47.1343" />
+      <vertex index="851" x="53.0205" y="42.0824" z="39.8473" />
+      <vertex index="852" x="52.7811" y="41.6434" z="39.8106" />
+      <vertex index="853" x="53.8863" y="39.5107" z="36.9786" />
+      <vertex index="854" x="39.351" y="35.9683" z="46.4345" />
+      <vertex index="855" x="39.0609" y="36.3085" z="46.3174" />
+      <vertex index="856" x="50.6876" y="42.3731" z="38.1293" />
+      <vertex index="857" x="50.4277" y="42.633" z="37.421" />
+      <vertex index="858" x="50.6474" y="41.7603" z="37.4327" />
+      <vertex index="859" x="55.7302" y="40.7073" z="49.2088" />
+      <vertex index="860" x="56.9428" y="41.0985" z="32.2008" />
+      <vertex index="861" x="51.3092" y="40.5241" z="36.4467" />
+      <vertex index="862" x="52.5884" y="43.8416" z="28.7603" />
+      <vertex index="863" x="51.971" y="43.3811" z="28.9809" />
+      <vertex index="864" x="51.8397" y="44.1726" z="29.0956" />
+      <vertex index="865" x="46.6234" y="40.366" z="35.6346" />
+      <vertex index="866" x="46.2955" y="40.3806" z="36.4379" />
+      <vertex index="867" x="46.5589" y="41.0516" z="36.134" />
+      <vertex index="868" x="57.0658" y="44.376" z="25.7561" />
+      <vertex index="869" x="57.1399" y="44.631" z="25.1711" />
+      <vertex index="870" x="52.4734" y="44.6463" z="29.1168" />
+      <vertex index="871" x="53.2327" y="44.3459" z="28.704" />
+      <vertex index="872" x="54.9346" y="47.5537" z="19.7817" />
+      <vertex index="873" x="55.0954" y="42.1612" z="29.4599" />
+      <vertex index="874" x="39.2914" y="37.0277" z="46.8113" />
+      <vertex index="875" x="57.8435" y="41.1657" z="43.9651" />
+      <vertex index="876" x="55.844" y="45.4856" z="37.7916" />
+      <vertex index="877" x="55.8825" y="51.971" z="11.0293" />
+      <vertex index="878" x="57.9782" y="52.1265" z="11.8597" />
+      <vertex index="879" x="58.3851" y="51.5696" z="12.2743" />
+      <vertex index="880" x="58.4905" y="51.7787" z="11.5557" />
+      <vertex index="881" x="51.2064" y="44.9435" z="34.4392" />
+      <vertex index="882" x="51.0933" y="44.9903" z="35.1669" />
+      <vertex index="883" x="52.6414" y="39.5701" z="37.9419" />
+      <vertex index="884" x="58.4539" y="41.7894" z="43.1139" />
+      <vertex index="885" x="56.7181" y="46.3699" z="26.1014" />
+      <vertex index="886" x="51.1791" y="41.7329" z="34.6962" />
+      <vertex index="887" x="51.4302" y="42.1149" z="34.0193" />
+      <vertex index="888" x="57.5028" y="46.2019" z="23.0287" />
+      <vertex index="889" x="44.5398" y="39.1736" z="40.8778" />
+      <vertex index="890" x="50.5899" y="43.0625" z="35.1097" />
+      <vertex index="891" x="54.8944" y="46.0077" z="22.1593" />
+      <vertex index="892" x="42.0645" y="37.5247" z="43.2271" />
+      <vertex index="893" x="42.4665" y="36.8534" z="43.1581" />
+      <vertex index="894" x="50.7159" y="44.2614" z="37.5809" />
+      <vertex index="895" x="50.7782" y="43.6597" z="38.2085" />
+      <vertex index="896" x="51.274" y="44.4613" z="38.4098" />
+      <vertex index="897" x="44.7806" y="37.3842" z="40.6618" />
+      <vertex index="898" x="44.583" y="37.912" z="40.3644" />
+      <vertex index="899" x="57.7023" y="42.5832" z="37.3521" />
+      <vertex index="900" x="58.3666" y="43.7872" z="42.4537" />
+      <vertex index="901" x="59.9666" y="44.0425" z="36.7972" />
+      <vertex index="902" x="54.4252" y="41.5733" z="48.0449" />
+      <vertex index="903" x="54.2738" y="41.1725" z="48.6618" />
+      <vertex index="904" x="55.6076" y="52.1218" z="7.34312" />
+      <vertex index="905" x="55.6779" y="51.4605" z="11.7197" />
+      <vertex index="906" x="51.0813" y="42.2737" z="38.7967" />
+      <vertex index="907" x="51.1775" y="41.638" z="38.933" />
+      <vertex index="908" x="54.041" y="43.8173" z="40.2767" />
+      <vertex index="909" x="54.0838" y="44.6863" z="39.937" />
+      <vertex index="910" x="53.2357" y="44.164" z="39.8668" />
+      <vertex index="911" x="57.4389" y="49.2228" z="10.3758" />
+      <vertex index="912" x="55.543" y="46.1562" z="19.9255" />
+      <vertex index="913" x="55.4448" y="46.5834" z="19.1491" />
+      <vertex index="914" x="40.4751" y="38.5216" z="46.8394" />
+      <vertex index="915" x="57.8335" y="49.7146" z="9.24467" />
+      <vertex index="916" x="58.7979" y="50.373" z="11.7471" />
+      <vertex index="917" x="58.6051" y="49.6511" z="11.862" />
+      <vertex index="918" x="47.3908" y="41.2097" z="38.5442" />
+      <vertex index="919" x="51.1401" y="43.5706" z="33.8736" />
+      <vertex index="920" x="47.3454" y="40.7353" z="34.2755" />
+      <vertex index="921" x="42.3174" y="36.5134" z="47.0039" />
+      <vertex index="922" x="41.7148" y="36.6729" z="47.6556" />
+      <vertex index="923" x="52.7531" y="43.0294" z="28.9513" />
+      <vertex index="924" x="52.1104" y="42.6397" z="29.2483" />
+      <vertex index="925" x="56.368" y="40.4559" z="44.2592" />
+      <vertex index="926" x="56.6178" y="40.6643" z="43.4981" />
+      <vertex index="927" x="39.7122" y="38.4833" z="46.865" />
+      <vertex index="928" x="57.0831" y="51.583" z="3.7402" />
+      <vertex index="929" x="56.5422" y="51.5455" z="4.59766" />
+      <vertex index="930" x="56.1472" y="52.0708" z="3.96663" />
+      <vertex index="931" x="43.4523" y="38.9794" z="43.5039" />
+      <vertex index="932" x="52.8946" y="42.6824" z="39.7946" />
+      <vertex index="933" x="56.0162" y="45.7137" z="20.4387" />
+      <vertex index="934" x="49.2971" y="40.4996" z="36.4926" />
+      <vertex index="935" x="48.9951" y="40.8987" z="37.145" />
+      <vertex index="936" x="49.0828" y="40.038" z="37.1026" />
+      <vertex index="937" x="41.1251" y="38.4871" z="45.2186" />
+      <vertex index="938" x="57.2282" y="44.5016" z="26.3983" />
+      <vertex index="939" x="53.5491" y="42.7099" z="29.0666" />
+      <vertex index="940" x="53.3915" y="43.4861" z="28.7339" />
+      <vertex index="941" x="50.9298" y="42.4678" z="34.5073" />
+      <vertex index="942" x="58.1197" y="51.7125" z="3.79409" />
+      <vertex index="943" x="57.8618" y="52.2888" z="4.05751" />
+      <vertex index="944" x="46.8623" y="38.5359" z="42.2214" />
+      <vertex index="945" x="57.8433" y="45.4528" z="30.7369" />
+      <vertex index="946" x="57.5505" y="45.3011" z="30.0715" />
+      <vertex index="947" x="57.2042" y="45.7232" z="30.5126" />
+      <vertex index="948" x="57.2034" y="52.2855" z="11.9827" />
+      <vertex index="949" x="57.6158" y="51.9203" z="12.7446" />
+      <vertex index="950" x="52.3353" y="46.0879" z="37.3135" />
+      <vertex index="951" x="57.161" y="42.8959" z="38.5944" />
+      <vertex index="952" x="56.8399" y="50.1535" z="17.1031" />
+      <vertex index="953" x="57.2754" y="43.9987" z="37.5376" />
+      <vertex index="954" x="51.4444" y="44.5521" z="31.0854" />
+      <vertex index="955" x="55.4235" y="45.5443" z="38.3267" />
+      <vertex index="956" x="53.7328" y="42.1095" z="29.6212" />
+      <vertex index="957" x="54.3292" y="42.4295" z="29.2441" />
+      <vertex index="958" x="54.5112" y="41.9529" z="29.8302" />
+      <vertex index="959" x="54.8923" y="44.9751" z="39.5667" />
+      <vertex index="960" x="43.1585" y="36.1066" z="44.0912" />
+      <vertex index="961" x="48.6775" y="39.4803" z="36.1338" />
+      <vertex index="962" x="55.2174" y="41.5869" z="29.962" />
+      <vertex index="963" x="55.9912" y="41.4209" z="30.3722" />
+      <vertex index="964" x="55.2891" y="41.0579" z="30.6374" />
+      <vertex index="965" x="57.3841" y="42.9153" z="32.5042" />
+      <vertex index="966" x="53.8509" y="40.4874" z="32.1121" />
+      <vertex index="967" x="54.6041" y="40.8481" z="46.7186" />
+      <vertex index="968" x="42.3285" y="36.3197" z="43.8356" />
+      <vertex index="969" x="41.8458" y="36.9505" z="43.6275" />
+      <vertex index="970" x="51.089" y="44.2879" z="34.0961" />
+      <vertex index="971" x="59.3217" y="44.9277" z="37.7673" />
+      <vertex index="972" x="50.2112" y="43.0157" z="33.2815" />
+      <vertex index="973" x="54.4328" y="39.9007" z="49.0546" />
+      <vertex index="974" x="55.3562" y="39.9635" z="49.0296" />
+      <vertex index="975" x="58.4771" y="52.7843" z="4.27989" />
+      <vertex index="976" x="56.2994" y="50.8907" z="15.1475" />
+      <vertex index="977" x="57.1378" y="52.7417" z="10.7402" />
+      <vertex index="978" x="56.9212" y="39.89" z="48.2777" />
+      <vertex index="979" x="55.1504" y="39.8727" z="37.4386" />
+      <vertex index="980" x="55.8239" y="40.2206" z="37.1965" />
+      <vertex index="981" x="55.7578" y="40.239" z="37.9281" />
+      <vertex index="982" x="57.0839" y="43.6289" z="38.379" />
+      <vertex index="983" x="55.2154" y="45.9174" z="21.2697" />
+      <vertex index="984" x="51.235" y="42.2188" z="32.421" />
+      <vertex index="985" x="57.2962" y="41.2708" z="48.6291" />
+      <vertex index="986" x="47.2933" y="38.6139" z="37.1961" />
+      <vertex index="987" x="56.088" y="49.9922" z="17.2871" />
+      <vertex index="988" x="52.1352" y="44.1327" z="31.8221" />
+      <vertex index="989" x="50.6212" y="42.6592" z="29.7548" />
+      <vertex index="990" x="49.7626" y="42.6028" z="30.3222" />
+      <vertex index="991" x="45.0952" y="38.9628" z="39.2503" />
+      <vertex index="992" x="44.1797" y="36.7233" z="42.0322" />
+      <vertex index="993" x="51.3992" y="43.689" z="29.2222" />
+      <vertex index="994" x="51.3551" y="43.0322" z="29.2996" />
+      <vertex index="995" x="49.8947" y="40.7525" z="34.6135" />
+      <vertex index="996" x="46.1877" y="38.8068" z="42.7458" />
+      <vertex index="997" x="59.0703" y="51.8325" z="6.99993" />
+      <vertex index="998" x="50.4363" y="43.4198" z="37.4618" />
+      <vertex index="999" x="55.1293" y="49.0217" z="15.7029" />
+      <vertex index="1000" x="55.1698" y="48.2751" z="19.7982" />
+      <vertex index="1001" x="48.0857" y="40.7279" z="38.8991" />
+      <vertex index="1002" x="56.591" y="42.4054" z="48.145" />
+      <vertex index="1003" x="57.7207" y="44.4395" z="34.8924" />
+      <vertex index="1004" x="39.9127" y="35.9851" z="45.9483" />
+      <vertex index="1005" x="55.7169" y="50.3952" z="15.3513" />
+      <vertex index="1006" x="55.2897" y="49.7225" z="15.5233" />
+      <vertex index="1007" x="57.0434" y="52.5385" z="4.17502" />
+      <vertex index="1008" x="57.7753" y="53.0205" z="4.39076" />
+      <vertex index="1009" x="57.0656" y="53.3436" z="4.54117" />
+      <vertex index="1010" x="44.4631" y="37.0862" z="41.3469" />
+      <vertex index="1011" x="44.614" y="36.555" z="43.998" />
+      <vertex index="1012" x="53.9235" y="40.9936" z="31.4421" />
+      <vertex index="1013" x="51.6142" y="45.4637" z="34.1064" />
+      <vertex index="1014" x="51.418" y="44.8804" z="33.6638" />
+      <vertex index="1015" x="57.5499" y="43.3538" z="37.0134" />
+      <vertex index="1016" x="57.6108" y="51.5345" z="13.6026" />
+      <vertex index="1017" x="56.8744" y="51.7446" z="13.3614" />
+      <vertex index="1018" x="56.9251" y="51.4409" z="14.0771" />
+      <vertex index="1019" x="51.7575" y="44.7827" z="32.9027" />
+      <vertex index="1020" x="51.9234" y="39.8899" z="37.5837" />
+      <vertex index="1021" x="58.892" y="50.7294" z="10.9615" />
+      <vertex index="1022" x="58.6703" y="49.9336" z="11.1012" />
+      <vertex index="1023" x="58.7063" y="50.266" z="10.3234" />
+      <vertex index="1024" x="58.2229" y="49.5134" z="10.5189" />
+      <vertex index="1025" x="58.5824" y="43.1322" z="43.0987" />
+      <vertex index="1026" x="55.4869" y="49.1041" z="18.596" />
+      <vertex index="1027" x="57.085" y="41.586" z="31.5975" />
+      <vertex index="1028" x="56.4952" y="41.0647" z="31.5193" />
+      <vertex index="1029" x="43.7241" y="38.2112" z="45.4346" />
+      <vertex index="1030" x="58.9963" y="44.9055" z="38.5817" />
+      <vertex index="1031" x="59.013" y="45.2724" z="37.2206" />
+      <vertex index="1032" x="58.7507" y="52.3835" z="9.59861" />
+      <vertex index="1033" x="44.302" y="36.74" z="44.953" />
+      <vertex index="1034" x="58.7877" y="51.1641" z="11.6639" />
+      <vertex index="1035" x="56.2011" y="50.9362" z="6.97041" />
+      <vertex index="1036" x="55.0356" y="46.7587" z="34.0892" />
+      <vertex index="1037" x="55.0853" y="46.8373" z="33.2147" />
+      <vertex index="1038" x="54.4081" y="46.8185" z="33.61" />
+      <vertex index="1039" x="58.2383" y="51.3147" z="13.1099" />
+      <vertex index="1040" x="48.2046" y="39.6653" z="34.9488" />
+      <vertex index="1041" x="48.7995" y="39.7337" z="35.3998" />
+      <vertex index="1042" x="56.6847" y="51.9832" z="12.6228" />
+      <vertex index="1043" x="51.2331" y="44.9957" z="37.6178" />
+      <vertex index="1044" x="55.2824" y="47.6936" z="21.9806" />
+      <vertex index="1045" x="57.3127" y="40.5152" z="48.4584" />
+      <vertex index="1046" x="53.4904" y="46.5401" z="32.0088" />
+      <vertex index="1047" x="52.7102" y="46.0001" z="32.0688" />
+      <vertex index="1048" x="54.7088" y="45.9677" z="38.2017" />
+      <vertex index="1049" x="54.8394" y="45.5418" z="38.9188" />
+      <vertex index="1050" x="58.9599" y="51.046" z="10.149" />
+      <vertex index="1051" x="58.8164" y="51.6417" z="10.8299" />
+      <vertex index="1052" x="56.2868" y="51.1235" z="14.4508" />
+      <vertex index="1053" x="57.595" y="41.2979" z="40.986" />
+      <vertex index="1054" x="58.2274" y="45.1356" z="38.8452" />
+      <vertex index="1055" x="56.6923" y="45.8793" z="30.955" />
+      <vertex index="1056" x="56.5447" y="45.8317" z="30.2641" />
+      <vertex index="1057" x="59.022" y="51.2785" z="9.32712" />
+      <vertex index="1058" x="58.7799" y="50.555" z="9.54126" />
+      <vertex index="1059" x="57.2884" y="45.5705" z="22.689" />
+      <vertex index="1060" x="57.9851" y="47.9604" z="16.453" />
+      <vertex index="1061" x="55.8739" y="43.6066" z="39.4221" />
+      <vertex index="1062" x="55.5331" y="44.3538" z="39.5446" />
+      <vertex index="1063" x="59.9574" y="43.3535" z="36.6464" />
+      <vertex index="1064" x="50.8907" y="41.6727" z="38.2943" />
+      <vertex index="1065" x="56.058" y="41.122" z="30.9575" />
+      <vertex index="1066" x="56.6231" y="41.4699" z="30.9343" />
+      <vertex index="1067" x="57.1969" y="43.8168" z="43.5402" />
+      <vertex index="1068" x="56.4751" y="43.6934" z="43.6599" />
+      <vertex index="1069" x="57.9762" y="47.9723" z="18.7928" />
+      <vertex index="1070" x="55.8202" y="43.2254" z="43.858" />
+      <vertex index="1071" x="55.6774" y="46.6784" z="31.8526" />
+      <vertex index="1072" x="55.7913" y="46.7026" z="32.6967" />
+      <vertex index="1073" x="59.1362" y="53.3082" z="4.51502" />
+      <vertex index="1074" x="52.201" y="44.6736" z="32.2042" />
+      <vertex index="1075" x="52.1639" y="45.3818" z="32.506" />
+      <vertex index="1076" x="43.8507" y="36.2811" z="43.6462" />
+      <vertex index="1077" x="50.5645" y="43.0169" z="37.9967" />
+      <vertex index="1078" x="52.0023" y="39.8586" z="38.4257" />
+      <vertex index="1079" x="58.0337" y="44.9177" z="39.6912" />
+      <vertex index="1080" x="58.5636" y="42.4233" z="43.5357" />
+      <vertex index="1081" x="55.0277" y="48.5078" z="18.4476" />
+      <vertex index="1082" x="40.6509" y="35.6775" z="46.1187" />
+      <vertex index="1083" x="59.6888" y="42.7969" z="37.0829" />
+      <vertex index="1084" x="48.9132" y="40.3797" z="37.7969" />
+      <vertex index="1085" x="56.2371" y="51.6109" z="13.1144" />
+      <vertex index="1086" x="41.532" y="37.6148" z="43.7713" />
+      <vertex index="1087" x="42.0066" y="38.1463" z="43.6403" />
+      <vertex index="1088" x="48.3464" y="38.9919" z="38.8841" />
+      <vertex index="1089" x="49.3972" y="43.1635" z="33.6336" />
+      <vertex index="1090" x="50.9259" y="40.9956" z="37.7769" />
+      <vertex index="1091" x="52.7148" y="43.4232" z="39.6561" />
+      <vertex index="1092" x="54.8751" y="40.6808" z="49.2403" />
+      <vertex index="1093" x="56.5517" y="41.1172" z="37.8543" />
+      <vertex index="1094" x="56.5277" y="41.5492" z="38.3498" />
+      <vertex index="1095" x="56.2175" y="40.8234" z="38.2865" />
+      <vertex index="1096" x="55.9842" y="40.2205" z="32.8864" />
+      <vertex index="1097" x="55.0171" y="46.8609" z="32.361" />
+      <vertex index="1098" x="55.456" y="50.5919" z="10.7535" />
+      <vertex index="1099" x="56.3167" y="54.3987" z="5.02477" />
+      <vertex index="1100" x="56.3217" y="52.9559" z="4.3684" />
+      <vertex index="1101" x="56.1521" y="42.3414" z="48.8732" />
+      <vertex index="1102" x="55.3114" y="42.3804" z="48.8639" />
+      <vertex index="1103" x="55.7557" y="42.2567" z="49.616" />
+      <vertex index="1104" x="43.8492" y="36.4877" z="42.7861" />
+      <vertex index="1105" x="58.0936" y="43.4192" z="33.7138" />
+      <vertex index="1106" x="51.7015" y="44.1501" z="31.5914" />
+      <vertex index="1107" x="58.3698" y="48.9935" z="14.3942" />
+      <vertex index="1108" x="55.3251" y="39.904" z="36.6709" />
+      <vertex index="1109" x="57.3401" y="42.4503" z="35.626" />
+      <vertex index="1110" x="57.1788" y="43.3431" z="35.3506" />
+      <vertex index="1111" x="57.0653" y="43.1613" z="36.2081" />
+      <vertex index="1112" x="59.1131" y="45.3524" z="33.4365" />
+      <vertex index="1113" x="46.48" y="38.8915" z="37.2814" />
+      <vertex index="1114" x="56.8526" y="41.9319" z="48.7753" />
+      <vertex index="1115" x="56.494" y="41.9381" z="49.4988" />
+      <vertex index="1116" x="40.0821" y="38.4129" z="46.2055" />
+      <vertex index="1117" x="40.6646" y="37.9401" z="44.8387" />
+      <vertex index="1118" x="40.9765" y="37.5111" z="44.2603" />
+      <vertex index="1119" x="40.3968" y="37.1833" z="44.7271" />
+      <vertex index="1120" x="48.1436" y="41.0938" z="38.3095" />
+      <vertex index="1121" x="57.5033" y="44.0417" z="42.7909" />
+      <vertex index="1122" x="50.8581" y="42.6732" z="32.9202" />
+      <vertex index="1123" x="51.8521" y="45.4411" z="33.3397" />
+      <vertex index="1124" x="52.3637" y="46.0189" z="33.0771" />
+      <vertex index="1125" x="56.9597" y="51.1456" z="14.7705" />
+      <vertex index="1126" x="57.3716" y="43.1401" z="37.837" />
+      <vertex index="1127" x="46.0553" y="37.2579" z="42.4874" />
+      <vertex index="1128" x="46.3535" y="37.193" z="41.6368" />
+      <vertex index="1129" x="56.7332" y="43.896" z="42.9416" />
+      <vertex index="1130" x="56.9721" y="44.1016" z="42.2206" />
+      <vertex index="1131" x="40.7542" y="37.7214" z="48.3779" />
+      <vertex index="1132" x="40.7091" y="38.2851" z="47.5388" />
+      <vertex index="1133" x="40.1274" y="38.3116" z="48.0662" />
+      <vertex index="1134" x="49.7467" y="41.9324" z="34.7591" />
+      <vertex index="1135" x="53.2078" y="45.3092" z="30.0587" />
+      <vertex index="1136" x="52.6936" y="45.0857" z="30.7844" />
+      <vertex index="1137" x="57.8683" y="49.4816" z="9.87801" />
+      <vertex index="1138" x="42.4743" y="38.1046" z="43.035" />
+      <vertex index="1139" x="58.2288" y="51.3867" z="4.75575" />
+      <vertex index="1140" x="57.4074" y="51.2642" z="4.513" />
+      <vertex index="1141" x="57.7094" y="47.4066" z="20.7971" />
+      <vertex index="1142" x="57.4389" y="40.7071" z="46.4969" />
+      <vertex index="1143" x="51.3531" y="40.3062" z="38.1" />
+      <vertex index="1144" x="58.4322" y="54.2422" z="5.65897" />
+      <vertex index="1145" x="58.755" y="54.1417" z="4.89601" />
+      <vertex index="1146" x="49.4697" y="40.6109" z="32.863" />
+      <vertex index="1147" x="46.9607" y="37.8366" z="39.1693" />
+      <vertex index="1148" x="47.5342" y="38.0129" z="39.5346" />
+      <vertex index="1149" x="47.0508" y="37.7576" z="39.7728" />
+      <vertex index="1150" x="43.1017" y="36.3528" z="43.3064" />
+      <vertex index="1151" x="51.5053" y="42.8933" z="39.1529" />
+      <vertex index="1152" x="47.4837" y="40.7314" z="39.4472" />
+      <vertex index="1153" x="56.6837" y="42.9898" z="37.8305" />
+      <vertex index="1154" x="56.4296" y="43.5997" z="38.2605" />
+      <vertex index="1155" x="56.4365" y="42.9065" z="38.549" />
+      <vertex index="1156" x="56.0673" y="49.7355" z="10.2818" />
+      <vertex index="1157" x="43.1392" y="38.8526" z="44.2169" />
+      <vertex index="1158" x="40.3843" y="38.2499" z="45.5203" />
+      <vertex index="1159" x="39.9846" y="37.6297" z="45.24" />
+      <vertex index="1160" x="56.3122" y="40.3568" z="35.8017" />
+      <vertex index="1161" x="57.2567" y="41.8212" z="47.9566" />
+      <vertex index="1162" x="56.9783" y="41.6309" z="36.9561" />
+      <vertex index="1163" x="56.937" y="42.3472" z="37.4053" />
+      <vertex index="1164" x="56.771" y="41.6565" z="37.6782" />
+      <vertex index="1165" x="43.5913" y="36.9069" z="42.2157" />
+      <vertex index="1166" x="55.5929" y="39.8911" z="35.9257" />
+      <vertex index="1167" x="48.5558" y="40.6179" z="38.3707" />
+      <vertex index="1168" x="56.9363" y="47.8366" z="22.0506" />
+      <vertex index="1169" x="54.5604" y="39.6729" z="36.8589" />
+      <vertex index="1170" x="54.7591" y="39.6664" z="36.0686" />
+      <vertex index="1171" x="49.5268" y="40.8659" z="35.7738" />
+      <vertex index="1172" x="49.8067" y="41.1614" z="35.0783" />
+      <vertex index="1173" x="49.3877" y="41.7265" z="35.4662" />
+      <vertex index="1174" x="59.0221" y="53.5476" z="5.36439" />
+      <vertex index="1175" x="48.8089" y="40.8336" z="32.5611" />
+      <vertex index="1176" x="54.1429" y="45.3516" z="39.3856" />
+      <vertex index="1177" x="47.3075" y="39.7442" z="35.3305" />
+      <vertex index="1178" x="57.6377" y="50.8353" z="14.9782" />
+      <vertex index="1179" x="58.3777" y="41.7186" z="39.5971" />
+      <vertex index="1180" x="58.9699" y="42.065" z="39.2847" />
+      <vertex index="1181" x="57.7031" y="45.705" z="33.1311" />
+      <vertex index="1182" x="58.9945" y="45.3932" z="36.5125" />
+      <vertex index="1183" x="43.1038" y="36.8498" z="42.6477" />
+      <vertex index="1184" x="46.6974" y="38.3867" z="37.7836" />
+      <vertex index="1185" x="46.9495" y="41.4684" z="37.5632" />
+      <vertex index="1186" x="46.3219" y="40.9691" z="37.6039" />
+      <vertex index="1187" x="55.6468" y="50.2792" z="10.2269" />
+      <vertex index="1188" x="56.1445" y="49.4139" z="10.9586" />
+      <vertex index="1189" x="57.1907" y="41.6066" z="36.1278" />
+      <vertex index="1190" x="56.7149" y="40.8422" z="36.4997" />
+      <vertex index="1191" x="41.6024" y="38.5912" z="45.6363" />
+      <vertex index="1192" x="58.2198" y="49.3079" z="11.3659" />
+      <vertex index="1193" x="47.6474" y="40.0685" z="34.5335" />
+      <vertex index="1194" x="54.0497" y="45.8418" z="38.7551" />
+      <vertex index="1195" x="53.5268" y="45.5252" z="39.1443" />
+      <vertex index="1196" x="56.203" y="49.0343" z="11.7829" />
+      <vertex index="1197" x="55.6187" y="49.7041" z="11.5759" />
+      <vertex index="1198" x="49.5856" y="42.5761" z="34.3023" />
+      <vertex index="1199" x="57.1507" y="42.392" z="36.5831" />
+      <vertex index="1200" x="51.3317" y="43.6518" z="38.8627" />
+      <vertex index="1201" x="50.8917" y="42.9861" z="38.6063" />
+      <vertex index="1202" x="58.9384" y="51.8087" z="9.89654" />
+      <vertex index="1203" x="47.485" y="38.325" z="37.979" />
+      <vertex index="1204" x="46.8566" y="38.0456" z="38.4434" />
+      <vertex index="1205" x="54.1778" y="40.6239" z="49.2567" />
+      <vertex index="1206" x="53.9983" y="41.7362" z="30.2627" />
+      <vertex index="1207" x="58.9877" y="51.9928" z="9.12324" />
+      <vertex index="1208" x="57.7577" y="47.0375" z="20.0477" />
+      <vertex index="1209" x="55.6003" y="51.8656" z="9.36509" />
+      <vertex index="1210" x="59.1262" y="52.9497" z="5.8759" />
+      <vertex index="1211" x="59.1095" y="52.6105" z="5.04765" />
+      <vertex index="1212" x="55.7771" y="47.0167" z="17.3452" />
+      <vertex index="1213" x="52.2084" y="40.093" z="39.0779" />
+      <vertex index="1214" x="52.3341" y="45.8149" z="38.0656" />
+      <vertex index="1215" x="50.4105" y="42.2196" z="36.7021" />
+      <vertex index="1216" x="56.4263" y="44.3336" z="37.9554" />
+      <vertex index="1217" x="56.648" y="43.6965" z="37.4999" />
+      <vertex index="1218" x="46.4416" y="41.0318" z="36.9216" />
+      <vertex index="1219" x="57.7601" y="41.9152" z="46.4443" />
+      <vertex index="1220" x="56.0276" y="44.9967" z="38.275" />
+      <vertex index="1221" x="57.925" y="41.3855" z="45.3354" />
+      <vertex index="1222" x="48.4491" y="41.5244" z="37.0785" />
+      <vertex index="1223" x="48.5535" y="41.0577" z="37.7738" />
+      <vertex index="1224" x="50.437" y="42.6192" z="35.9504" />
+      <vertex index="1225" x="56.1304" y="44.2206" z="38.807" />
+      <vertex index="1226" x="58.1775" y="48.5572" z="16.9353" />
+      <vertex index="1227" x="57.8689" y="47.5347" z="19.3739" />
+      <vertex index="1228" x="56.6842" y="46.3875" z="18.5059" />
+      <vertex index="1229" x="56.4222" y="46.1391" z="19.157" />
+      <vertex index="1230" x="39.8397" y="36.3853" z="47.033" />
+      <vertex index="1231" x="55.5671" y="45.8473" z="28.0979" />
+      <vertex index="1232" x="55.345" y="45.5977" z="28.7184" />
+      <vertex index="1233" x="55.9056" y="45.8358" z="28.5882" />
+      <vertex index="1234" x="51.0624" y="41.495" z="32.3191" />
+      <vertex index="1235" x="50.6479" y="41.1198" z="32.8193" />
+      <vertex index="1236" x="57.7913" y="41.2773" z="46.0924" />
+      <vertex index="1237" x="51.7416" y="45.2321" z="38.23" />
+      <vertex index="1238" x="52.3363" y="45.3634" z="38.7289" />
+      <vertex index="1239" x="55.2779" y="41.4318" z="49.4201" />
+      <vertex index="1240" x="56.6556" y="44.4195" z="37.1727" />
+      <vertex index="1241" x="56.8394" y="43.7907" z="36.7106" />
+      <vertex index="1242" x="56.8008" y="44.5168" z="36.3876" />
+      <vertex index="1243" x="55.5237" y="51.2913" z="9.66912" />
+      <vertex index="1244" x="57.094" y="48.7766" z="11.6819" />
+      <vertex index="1245" x="45.6925" y="38.4796" z="38.635" />
+      <vertex index="1246" x="46.0592" y="38.7197" z="37.943" />
+      <vertex index="1247" x="46.2676" y="38.2594" z="38.3135" />
+      <vertex index="1248" x="57.3731" y="45.7964" z="31.2071" />
+      <vertex index="1249" x="57.5061" y="45.8626" z="31.9545" />
+      <vertex index="1250" x="58.1084" y="45.6287" z="31.4458" />
+      <vertex index="1251" x="45.8753" y="38.3138" z="43.4027" />
+      <vertex index="1252" x="46.4248" y="38.0119" z="42.8366" />
+      <vertex index="1253" x="56.5244" y="43.9601" z="41.6761" />
+      <vertex index="1254" x="55.2034" y="49.1121" z="14.9575" />
+      <vertex index="1255" x="55.5976" y="51.8495" z="8.59484" />
+      <vertex index="1256" x="54.2947" y="46.7236" z="34.3241" />
+      <vertex index="1257" x="57.7292" y="41.8573" z="34.3184" />
+      <vertex index="1258" x="57.6777" y="43.4131" z="29.7861" />
+      <vertex index="1259" x="57.0648" y="42.8644" z="29.6798" />
+      <vertex index="1260" x="57.1595" y="43.2405" z="28.8402" />
+      <vertex index="1261" x="56.9921" y="45.1191" z="34.3547" />
+      <vertex index="1262" x="57.0718" y="44.3896" z="34.2434" />
+      <vertex index="1263" x="55.8879" y="46.604" z="33.6641" />
+      <vertex index="1264" x="58.6907" y="51.1143" z="6.90275" />
+      <vertex index="1265" x="58.8649" y="51.5744" z="6.12331" />
+      <vertex index="1266" x="46.591" y="37.2919" z="40.9171" />
+      <vertex index="1267" x="47.3666" y="37.9394" z="40.2444" />
+      <vertex index="1268" x="58.0756" y="50.376" z="15.1067" />
+      <vertex index="1269" x="58.4155" y="49.8503" z="14.8318" />
+      <vertex index="1270" x="45.4616" y="38.9022" z="43.1912" />
+      <vertex index="1271" x="49.1604" y="42.3915" z="34.9498" />
+      <vertex index="1272" x="57.0524" y="42.4917" z="30.3618" />
+      <vertex index="1273" x="39.7729" y="38.0142" z="45.7531" />
+      <vertex index="1274" x="52.0094" y="43.5273" z="39.3123" />
+      <vertex index="1275" x="56.1303" y="41.416" z="49.3776" />
+      <vertex index="1276" x="51.7633" y="45.5952" z="37.5395" />
+      <vertex index="1277" x="51.3207" y="40.4018" z="37.2615" />
+      <vertex index="1278" x="56.4918" y="46.3387" z="32.979" />
+      <vertex index="1279" x="56.3458" y="52.9784" z="9.23932" />
+      <vertex index="1280" x="55.9364" y="48.8479" z="12.7292" />
+      <vertex index="1281" x="48.7276" y="43.1473" z="31.9984" />
+      <vertex index="1282" x="55.8098" y="51.6478" z="6.50213" />
+      <vertex index="1283" x="44.902" y="39.2859" z="42.877" />
+      <vertex index="1284" x="53.4861" y="42.407" z="40.0304" />
+      <vertex index="1285" x="57.8186" y="47.3448" z="18.6209" />
+      <vertex index="1286" x="56.1894" y="43.565" z="41.1828" />
+      <vertex index="1287" x="59.716" y="43.0242" z="35.6358" />
+      <vertex index="1288" x="49.6155" y="41.8555" z="30.8178" />
+      <vertex index="1289" x="46.2151" y="37.2907" z="40.3147" />
+      <vertex index="1290" x="49.0265" y="41.4638" z="36.3286" />
+      <vertex index="1291" x="55.3363" y="50.0769" z="14.6553" />
+      <vertex index="1292" x="55.4826" y="50.879" z="12.3288" />
+      <vertex index="1293" x="56.7564" y="45.8121" z="34.3877" />
+      <vertex index="1294" x="56.832" y="45.3849" z="35.159" />
+      <vertex index="1295" x="58.2816" y="50.9082" z="6.26929" />
+      <vertex index="1296" x="41.4456" y="37.923" z="47.5462" />
+      <vertex index="1297" x="56.078" y="41.2738" z="39.0606" />
+      <vertex index="1298" x="59.9184" y="43.3336" z="36.0708" />
+      <vertex index="1299" x="59.675" y="42.8549" z="36.3151" />
+      <vertex index="1300" x="56.8425" y="49.0307" z="10.993" />
+      <vertex index="1301" x="57.0575" y="46.3323" z="19.1738" />
+      <vertex index="1302" x="56.9752" y="44.7183" z="34.8873" />
+      <vertex index="1303" x="56.1213" y="42.8765" z="39.2349" />
+      <vertex index="1304" x="56.3854" y="42.1761" z="38.8561" />
+      <vertex index="1305" x="46.8297" y="37.5498" z="41.4331" />
+      <vertex index="1306" x="47.1142" y="37.7311" z="40.8937" />
+      <vertex index="1307" x="58.5386" y="49.4289" z="12.6036" />
+      <vertex index="1308" x="55.7228" y="51.3833" z="7.45247" />
+      <vertex index="1309" x="59.637" y="44.7262" z="33.7708" />
+      <vertex index="1310" x="50.9616" y="41.3742" z="35.4043" />
+      <vertex index="1311" x="52.5438" y="45.191" z="31.7366" />
+      <vertex index="1312" x="52.157" y="44.5519" z="31.3118" />
+      <vertex index="1313" x="57.9466" y="41.867" z="45.8264" />
+      <vertex index="1314" x="52.4966" y="45.1326" z="29.8817" />
+      <vertex index="1315" x="51.8057" y="44.7325" z="29.6634" />
+      <vertex index="1316" x="51.9399" y="44.891" z="30.544" />
+      <vertex index="1317" x="51.2193" y="44.6397" z="30.2911" />
+      <vertex index="1318" x="58.1782" y="49.0637" z="12.0987" />
+      <vertex index="1319" x="55.8887" y="49.5996" z="18.0639" />
+      <vertex index="1320" x="59.2728" y="42.5207" z="35.8697" />
+      <vertex index="1321" x="55.0666" y="39.9286" z="38.29" />
+      <vertex index="1322" x="57.5866" y="46.8386" z="19.282" />
+      <vertex index="1323" x="45.485" y="37.1964" z="40.4148" />
+      <vertex index="1324" x="45.7941" y="37.5399" z="39.7337" />
+      <vertex index="1325" x="57.5134" y="46.182" z="22.2845" />
+      <vertex index="1326" x="54.3262" y="40.4628" z="48.4443" />
+      <vertex index="1327" x="47.0196" y="41.1495" z="34.7946" />
+      <vertex index="1328" x="46.7679" y="41.0988" z="35.3934" />
+      <vertex index="1329" x="55.3732" y="49.3865" z="13.2058" />
+      <vertex index="1330" x="53.3789" y="43.2312" z="40.0395" />
+      <vertex index="1331" x="51.8563" y="44.8578" z="38.7731" />
+      <vertex index="1332" x="52.4735" y="44.1468" z="39.4906" />
+      <vertex index="1333" x="52.8515" y="44.7002" z="39.5341" />
+      <vertex index="1334" x="52.3234" y="44.8061" z="39.2046" />
+      <vertex index="1335" x="57.6807" y="50.4749" z="15.6578" />
+      <vertex index="1336" x="49.5296" y="40.3154" z="35.1443" />
+      <vertex index="1337" x="51.3503" y="45.4608" z="36.37" />
+      <vertex index="1338" x="51.9928" y="46.0097" z="36.0386" />
+      <vertex index="1339" x="51.4581" y="45.4836" z="35.5877" />
+      <vertex index="1340" x="51.9325" y="45.9235" z="35.1623" />
+      <vertex index="1341" x="58.304" y="45.6188" z="36.3113" />
+      <vertex index="1342" x="58.7616" y="53.7074" z="6.14247" />
+      <vertex index="1343" x="58.3171" y="41.7482" z="43.8223" />
+      <vertex index="1344" x="58.0328" y="41.3847" z="43.3787" />
+      <vertex index="1345" x="52.9115" y="42.3237" z="29.3918" />
+      <vertex index="1346" x="54.9153" y="45.7138" z="26.7655" />
+      <vertex index="1347" x="58.0347" y="48.5823" z="13.6703" />
+      <vertex index="1348" x="56.7722" y="40.8405" z="42.7941" />
+      <vertex index="1349" x="56.33" y="46.1252" z="34.9726" />
+      <vertex index="1350" x="55.6875" y="46.3371" z="35.4595" />
+      <vertex index="1351" x="56.3199" y="45.8532" z="35.7427" />
+      <vertex index="1352" x="56.9012" y="43.0673" z="37.0471" />
+      <vertex index="1353" x="58.2224" y="50.6309" z="14.3926" />
+      <vertex index="1354" x="52.5855" y="40.2517" z="34.9445" />
+      <vertex index="1355" x="51.9899" y="40.4248" z="35.2033" />
+      <vertex index="1356" x="57.4427" y="41.013" z="47.9257" />
+      <vertex index="1357" x="54.3932" y="46.4621" z="36.6129" />
+      <vertex index="1358" x="58.2723" y="53.5221" z="7.98987" />
+      <vertex index="1359" x="54.9847" y="44.4952" z="25.1832" />
+      <vertex index="1360" x="58.0734" y="42.2818" z="45.2041" />
+      <vertex index="1361" x="58.323" y="42.3799" z="44.3143" />
+      <vertex index="1362" x="58.8469" y="45.5665" z="35.7236" />
+      <vertex index="1363" x="45.5817" y="40.1054" z="39.7237" />
+      <vertex index="1364" x="57.5084" y="46.3195" z="21.5547" />
+      <vertex index="1365" x="54.2483" y="46.7908" z="32.0815" />
+      <vertex index="1366" x="56.9303" y="44.6418" z="35.5845" />
+      <vertex index="1367" x="56.2947" y="46.3059" z="34.2795" />
+      <vertex index="1368" x="56.6294" y="46.1511" z="33.7171" />
+      <vertex index="1369" x="56.2276" y="54.1856" z="5.40721" />
+      <vertex index="1370" x="56.7614" y="46.0453" z="19.6569" />
+      <vertex index="1371" x="54.9638" y="48.0109" z="19.1015" />
+      <vertex index="1372" x="58.9225" y="43.5871" z="41.705" />
+      <vertex index="1373" x="45.1112" y="37.7192" z="40.0383" />
+      <vertex index="1374" x="57.603" y="50.6302" z="6.42953" />
+      <vertex index="1375" x="57.1848" y="50.8087" z="5.87698" />
+      <vertex index="1376" x="41.5475" y="36.5118" z="44.1045" />
+      <vertex index="1377" x="41.3132" y="37.0539" z="43.9558" />
+      <vertex index="1378" x="56.9008" y="53.3883" z="8.80005" />
+      <vertex index="1379" x="55.4488" y="50.5787" z="11.486" />
+      <vertex index="1380" x="57.5155" y="42.1417" z="34.8738" />
+      <vertex index="1381" x="57.4909" y="41.5076" z="34.7798" />
+      <vertex index="1382" x="58.4091" y="45.0405" z="31.0426" />
+      <vertex index="1383" x="56.2269" y="43.4494" z="38.8737" />
+      <vertex index="1384" x="55.7413" y="40.7199" z="31.3947" />
+      <vertex index="1385" x="50.292" y="41.3258" z="31.0256" />
+      <vertex index="1386" x="57.7045" y="42.4517" z="45.9725" />
+      <vertex index="1387" x="57.6604" y="53.8357" z="7.70993" />
+      <vertex index="1388" x="58.1508" y="41.592" z="44.577" />
+      <vertex index="1389" x="58.7042" y="45.1566" z="31.7509" />
+      <vertex index="1390" x="58.803" y="44.5852" z="31.369" />
+      <vertex index="1391" x="56.6422" y="41.0575" z="37.2768" />
+      <vertex index="1392" x="56.3137" y="40.58" z="37.0217" />
+      <vertex index="1393" x="56.7183" y="45.2365" z="36.0526" />
+      <vertex index="1394" x="58.3207" y="51.1922" z="5.54069" />
+      <vertex index="1395" x="57.6471" y="51.0297" z="5.2541" />
+      <vertex index="1396" x="57.314" y="46.2957" z="20.0019" />
+      <vertex index="1397" x="56.4553" y="51.0484" z="6.08424" />
+      <vertex index="1398" x="58.1134" y="48.8153" z="12.8765" />
+      <vertex index="1399" x="53.8266" y="46.732" z="33.2883" />
+      <vertex index="1400" x="54.389" y="46.8285" z="32.8601" />
+      <vertex index="1401" x="53.8079" y="46.7138" z="32.6314" />
+      <vertex index="1402" x="56.1413" y="51.549" z="5.4673" />
+      <vertex index="1403" x="56.8596" y="51.1259" z="5.26264" />
+      <vertex index="1404" x="52.9133" y="45.5934" z="31.3383" />
+      <vertex index="1405" x="44.7873" y="38.3379" z="39.873" />
+      <vertex index="1406" x="44.7905" y="39.0641" z="40.1247" />
+      <vertex index="1407" x="48.7183" y="39.3629" z="36.9015" />
+      <vertex index="1408" x="56.9411" y="53.6728" z="8.00944" />
+      <vertex index="1409" x="48.9128" y="39.9226" z="34.668" />
+      <vertex index="1410" x="57.3027" y="44.7384" z="37.682" />
+      <vertex index="1411" x="40.5415" y="36.5279" z="44.866" />
+      <vertex index="1412" x="40.9399" y="36.7865" z="44.3846" />
+      <vertex index="1413" x="50.8248" y="43.5821" z="29.5824" />
+      <vertex index="1414" x="54.729" y="41.284" z="46.0162" />
+      <vertex index="1415" x="54.9037" y="41.7169" z="45.3015" />
+      <vertex index="1416" x="55.0759" y="40.9545" z="45.2712" />
+      <vertex index="1417" x="59.0081" y="52.2361" z="8.4924" />
+      <vertex index="1418" x="50.9758" y="44.9586" z="35.892" />
+      <vertex index="1419" x="48.028" y="38.5196" z="39.2047" />
+      <vertex index="1420" x="56.4871" y="44.7273" z="23.1625" />
+      <vertex index="1421" x="48.3474" y="39.9092" z="34.3202" />
+      <vertex index="1422" x="53.1314" y="45.8648" z="38.5865" />
+      <vertex index="1423" x="56.7576" y="44.4417" z="24.5619" />
+      <vertex index="1424" x="56.2539" y="44.3893" z="23.9426" />
+      <vertex index="1425" x="56.6444" y="42.2791" z="38.1248" />
+      <vertex index="1426" x="59.1194" y="52.4065" z="6.42313" />
+      <vertex index="1427" x="55.9587" y="51.5689" z="12.4861" />
+      <vertex index="1428" x="50.3538" y="41.8932" z="30.3284" />
+      <vertex index="1429" x="57.353" y="42.8501" z="34.7968" />
+      <vertex index="1430" x="56.2613" y="40.6299" z="37.5989" />
+      <vertex index="1431" x="48.0988" y="38.5903" z="38.4299" />
+      <vertex index="1432" x="48.2068" y="38.8012" z="37.5284" />
+      <vertex index="1433" x="49.0406" y="39.8579" z="36.5106" />
+      <vertex index="1434" x="51.5055" y="45.4676" z="34.8347" />
+      <vertex index="1435" x="51.8939" y="45.8112" z="34.5218" />
+      <vertex index="1436" x="57.8236" y="50.847" z="5.83866" />
+      <vertex index="1437" x="59.4004" y="45.1926" z="34.1701" />
+      <vertex index="1438" x="55.5205" y="47.4416" z="16.8576" />
+      <vertex index="1439" x="56.135" y="40.2706" z="45.0029" />
+      <vertex index="1440" x="54.102" y="39.6857" z="33.8324" />
+      <vertex index="1441" x="53.7727" y="39.8975" z="33.3244" />
+      <vertex index="1442" x="55.2367" y="44.0061" z="25.8747" />
+      <vertex index="1443" x="56.587" y="45.7093" z="28.7543" />
+      <vertex index="1444" x="55.7751" y="40.9377" z="43.7712" />
+      <vertex index="1445" x="56.4068" y="43.5873" z="26.6623" />
+      <vertex index="1446" x="54.8524" y="46.6025" z="21.283" />
+      <vertex index="1447" x="49.2351" y="40.063" z="35.9243" />
+      <vertex index="1448" x="57.7132" y="45.8935" z="32.5874" />
+      <vertex index="1449" x="58.3226" y="45.7043" z="32.1722" />
+      <vertex index="1450" x="55.8078" y="50.7126" z="14.7584" />
+      <vertex index="1451" x="51.5101" y="43.6982" z="31.8106" />
+      <vertex index="1452" x="57.6005" y="53.5931" z="8.44079" />
+      <vertex index="1453" x="51.5297" y="42.3221" z="29.6189" />
+      <vertex index="1454" x="51.778" y="41.8867" z="30.0481" />
+      <vertex index="1455" x="53.1384" y="45.0841" z="29.2208" />
+      <vertex index="1456" x="56.1357" y="47.6301" z="23.2298" />
+      <vertex index="1457" x="56.2096" y="47.3558" z="23.9599" />
+      <vertex index="1458" x="56.6327" y="41.9061" z="30.2902" />
+      <vertex index="1459" x="53.4321" y="45.0052" z="39.5867" />
+      <vertex index="1460" x="41.0351" y="36.2705" z="48.037" />
+      <vertex index="1461" x="41.364" y="36.8128" z="48.0448" />
+      <vertex index="1462" x="41.4455" y="37.2659" z="47.9186" />
+      <vertex index="1463" x="58.504" y="44.3829" z="40.8639" />
+      <vertex index="1464" x="53.1342" y="46.5433" z="32.9496" />
+      <vertex index="1465" x="40.3384" y="37.4722" z="47.9116" />
+      <vertex index="1466" x="41.0439" y="37.0346" z="48.3543" />
+      <vertex index="1467" x="57.0563" y="54.0997" z="4.88514" />
+      <vertex index="1468" x="56.0381" y="40.2594" z="36.5268" />
+      <vertex index="1469" x="57.2178" y="44.9285" z="24.566" />
+      <vertex index="1470" x="52.9053" y="45.2659" z="39.1974" />
+      <vertex index="1471" x="57.5143" y="48.1488" z="13.8028" />
+      <vertex index="1472" x="55.8838" y="47.0768" z="24.7247" />
+      <vertex index="1473" x="47.0115" y="40.4516" z="34.8994" />
+      <vertex index="1474" x="51.3666" y="45.3725" z="37.0431" />
+      <vertex index="1475" x="57.5782" y="42.5411" z="34.2714" />
+      <vertex index="1476" x="55.6632" y="40.4656" z="38.7061" />
+      <vertex index="1477" x="58.496" y="50.6439" z="13.4913" />
+      <vertex index="1478" x="58.0853" y="51.1106" z="13.7988" />
+      <vertex index="1479" x="56.0282" y="50.7644" z="7.82513" />
+      <vertex index="1480" x="55.0257" y="46.431" z="36.0114" />
+      <vertex index="1481" x="55.7868" y="46.0958" z="36.276" />
+      <vertex index="1482" x="54.4848" y="40.4946" z="31.8642" />
+      <vertex index="1483" x="54.509" y="40.1465" z="32.4668" />
+      <vertex index="1484" x="54.1799" y="46.5947" z="35.7731" />
+      <vertex index="1485" x="57.4084" y="41.1275" z="34.2774" />
+      <vertex index="1486" x="50.6937" y="42.1407" z="35.2451" />
+      <vertex index="1487" x="57.2069" y="43.5747" z="34.451" />
+      <vertex index="1488" x="57.0526" y="44.0937" z="35.0717" />
+      <vertex index="1489" x="40.5278" y="36.036" z="45.3762" />
+      <vertex index="1490" x="57.6339" y="46.6194" z="20.8054" />
+      <vertex index="1491" x="58.3923" y="53.4067" z="4.56343" />
+      <vertex index="1492" x="59.121" y="44.4577" z="39.7744" />
+      <vertex index="1493" x="55.6356" y="49.9924" z="10.8677" />
+      <vertex index="1494" x="53.9182" y="46.7206" z="33.8789" />
+      <vertex index="1495" x="50.897" y="41.0356" z="36.9599" />
+      <vertex index="1496" x="51.813" y="45.8451" z="36.8448" />
+      <vertex index="1497" x="57.2762" y="45.1571" z="27.8158" />
+      <vertex index="1498" x="45.4468" y="39.9621" z="40.2773" />
+      <vertex index="1499" x="45.1992" y="39.5901" z="39.8319" />
+      <vertex index="1500" x="56.1831" y="40.9243" z="43.0813" />
+      <vertex index="1501" x="51.8855" y="41.7815" z="33.5201" />
+      <vertex index="1502" x="53.3893" y="46.6308" z="33.8251" />
+      <vertex index="1503" x="57.8197" y="53.7869" z="4.73917" />
+      <vertex index="1504" x="54.8244" y="42.0378" z="46.1681" />
+      <vertex index="1505" x="46.1842" y="37.8707" z="38.9736" />
+      <vertex index="1506" x="53.8125" y="40.1154" z="32.7525" />
+      <vertex index="1507" x="55.2962" y="40.3183" z="32.1136" />
+      <vertex index="1508" x="55.7345" y="41.3737" z="43.0094" />
+      <vertex index="1509" x="57.0281" y="45.6171" z="29.9343" />
+      <vertex index="1510" x="57.5284" y="42.9036" z="33.7035" />
+      <vertex index="1511" x="57.3963" y="43.0557" z="34.2015" />
+      <vertex index="1512" x="55.2072" y="47.4893" z="17.5132" />
+      <vertex index="1513" x="57.348" y="42.4641" z="46.6677" />
+      <vertex index="1514" x="53.9066" y="46.6677" z="34.9604" />
+      <vertex index="1515" x="53.7119" y="46.6764" z="34.3374" />
+      <vertex index="1516" x="53.1169" y="46.5524" z="34.6505" />
+      <vertex index="1517" x="50.6483" y="41.5695" z="36.6594" />
+      <vertex index="1518" x="54.3797" y="41.2651" z="30.7891" />
+      <vertex index="1519" x="55.7054" y="39.9396" z="33.6849" />
+      <vertex index="1520" x="54.6449" y="45.7808" z="24.8251" />
+      <vertex index="1521" x="45.395" y="38.1001" z="39.3691" />
+      <vertex index="1522" x="54.384" y="39.8594" z="33.1678" />
+      <vertex index="1523" x="55.15" y="39.9577" z="32.9965" />
+      <vertex index="1524" x="57.207" y="45.2188" z="28.4597" />
+      <vertex index="1525" x="54.1007" y="41.9909" z="40.2655" />
+      <vertex index="1526" x="54.7553" y="45.0649" z="24.5371" />
+      <vertex index="1527" x="55.6026" y="51.8039" z="7.94623" />
+      <vertex index="1528" x="56.0791" y="43.3368" z="27.3563" />
+      <vertex index="1529" x="40.1035" y="38.4984" z="47.3824" />
+      <vertex index="1530" x="51.2376" y="42.8378" z="33.8533" />
+      <vertex index="1531" x="50.8796" y="43.1251" z="34.347" />
+      <vertex index="1532" x="55.496" y="45.8967" z="20.6533" />
+      <vertex index="1533" x="58.4757" y="44.3357" z="30.7696" />
+      <vertex index="1534" x="55.6645" y="44.6521" z="23.3588" />
+      <vertex index="1535" x="58.6163" y="44.6255" z="40.1343" />
+      <vertex index="1536" x="55.2308" y="49.0055" z="17.8363" />
+      <vertex index="1537" x="57.643" y="47.0166" z="21.4626" />
+      <vertex index="1538" x="56.212" y="45.9277" z="19.7662" />
+      <vertex index="1539" x="46.6834" y="37.697" z="42.0627" />
+      <vertex index="1540" x="58.7595" y="44.8239" z="39.3816" />
+      <vertex index="1541" x="56.265" y="40.5709" z="32.1278" />
+      <vertex index="1542" x="55.2938" y="49.2681" z="14.0992" />
+      <vertex index="1543" x="55.535" y="45.0069" z="38.9546" />
+      <vertex index="1544" x="39.8137" y="37.8577" z="47.6066" />
+      <vertex index="1545" x="51.3496" y="40.7033" z="35.6467" />
+      <vertex index="1546" x="55.4064" y="39.74" z="34.4619" />
+      <vertex index="1547" x="56.3218" y="45.0599" z="37.5511" />
+      <vertex index="1548" x="57.6205" y="51.1936" z="14.3009" />
+      <vertex index="1549" x="56.9832" y="43.9207" z="35.8925" />
+      <vertex index="1550" x="52.3584" y="46.1829" z="36.665" />
+      <vertex index="1551" x="54.9759" y="45.0774" z="23.6707" />
+      <vertex index="1552" x="54.6637" y="45.7263" z="24.0183" />
+      <vertex index="1553" x="50.7903" y="44.5272" z="35.4356" />
+      <vertex index="1554" x="55.3062" y="50.1536" z="13.6976" />
+      <vertex index="1555" x="58.9741" y="45.2462" z="32.526" />
+      <vertex index="1556" x="55.5939" y="40.6468" z="44.6525" />
+      <vertex index="1557" x="58.9091" y="43.9796" z="41.1474" />
+      <vertex index="1558" x="56.311" y="43.4919" z="44.2654" />
+      <vertex index="1559" x="50.6039" y="41.8132" z="36.0117" />
+      <vertex index="1560" x="39.2714" y="36.4809" z="46.5723" />
+      <vertex index="1561" x="56.7313" y="49.8743" z="17.8603" />
+      <vertex index="1562" x="59.0842" y="52.2523" z="5.72804" />
+      <vertex index="1563" x="58.7921" y="51.7853" z="5.25474" />
+      <vertex index="1564" x="45.0046" y="39.6391" z="40.5284" />
+      <vertex index="1565" x="38.8132" y="36.7066" z="46.261" />
+      <vertex index="1566" x="54.4375" y="41.1962" z="47.4166" />
+      <vertex index="1567" x="44.3815" y="38.5165" z="40.5327" />
+      <vertex index="1568" x="57.6254" y="49.0521" z="11.0745" />
+      <vertex index="1569" x="57.7492" y="48.8899" z="11.6865" />
+      <vertex index="1570" x="55.885" y="46.2035" z="19.3149" />
+      <vertex index="1571" x="39.3503" y="38.1475" z="46.2892" />
+      <vertex index="1572" x="58.3752" y="49.9045" z="9.72985" />
+      <vertex index="1573" x="56.5082" y="45.6983" z="29.5634" />
+      <vertex index="1574" x="52.3645" y="46.1888" z="34.5824" />
+      <vertex index="1575" x="52.7095" y="46.368" z="33.8311" />
+      <vertex index="1576" x="52.1036" y="45.9217" z="33.9067" />
+      <vertex index="1577" x="47.9044" y="41.4978" z="37.7583" />
+      <vertex index="1578" x="47.5376" y="38.1246" z="38.76" />
+      <vertex index="1579" x="51.2322" y="44.2309" z="29.5683" />
+      <vertex index="1580" x="54.3373" y="40.9624" z="48.0165" />
+      <vertex index="1581" x="51.8326" y="44.2572" z="39.0632" />
+      <vertex index="1582" x="55.8796" y="52.0938" z="4.8272" />
+      <vertex index="1583" x="56.8952" y="45.6159" z="27.9894" />
+      <vertex index="1584" x="56.3059" y="45.6425" z="36.4124" />
+      <vertex index="1585" x="52.7344" y="39.7076" z="38.7889" />
+      <vertex index="1586" x="54.8419" y="40.7242" z="31.3245" />
+      <vertex index="1587" x="56.5542" y="45.1535" z="36.8149" />
+      <vertex index="1588" x="58.4897" y="45.7592" z="32.8824" />
+      <vertex index="1589" x="51.0065" y="41.3339" z="31.5019" />
+      <vertex index="1590" x="55.6951" y="46.5298" z="34.5984" />
+      <vertex index="1591" x="54.8373" y="46.6324" z="35.0394" />
+      <vertex index="1592" x="54.9004" y="39.7161" z="33.7616" />
+      <vertex index="1593" x="39.8445" y="37.2008" z="47.3676" />
+      <vertex index="1594" x="46.5184" y="37.5908" z="39.69" />
+      <vertex index="1595" x="54.7164" y="44.9271" z="26.6968" />
+      <vertex index="1596" x="57.2979" y="43.3744" z="33.7685" />
+      <vertex index="1597" x="54.9411" y="48.2542" z="17.6476" />
+      <vertex index="1598" x="55.4315" y="47.1386" z="24.0341" />
+      <vertex index="1599" x="50.8886" y="41.1272" z="36.1805" />
+      <vertex index="1600" x="54.6699" y="41.5075" z="30.2818" />
+      <vertex index="1601" x="55.8817" y="45.7087" z="29.1643" />
+      <vertex index="1602" x="51.7" y="42.5145" z="33.3783" />
+      <vertex index="1603" x="58.1068" y="50.5935" z="6.97247" />
+      <vertex index="1604" x="54.6282" y="45.2119" z="25.3295" />
+      <vertex index="1605" x="55.9341" y="43.2779" z="44.7005" />
+      <vertex index="1606" x="57.3339" y="41.5804" z="35.3476" />
+      <vertex index="1607" x="53.3468" y="46.5456" z="35.5601" />
+      <vertex index="1608" x="53.5676" y="46.5212" z="36.3777" />
+      <vertex index="1609" x="52.7781" y="46.3916" z="36.1716" />
+      <vertex index="1610" x="56.8851" y="43.4398" z="27.901" />
+      <vertex index="1611" x="40.4598" y="36.6792" z="47.697" />
+      <vertex index="1612" x="46.8313" y="37.5505" z="40.2912" />
+      <vertex index="1613" x="54.7529" y="44.6814" z="25.9625" />
+      <vertex index="1614" x="52.5565" y="46.3414" z="35.3713" />
+      <vertex index="1615" x="55.658" y="51.2549" z="9.01664" />
+      <vertex index="1616" x="55.9216" y="50.6944" z="8.66721" />
+      <vertex index="1617" x="55.7254" y="50.6369" z="9.52313" />
+      <vertex index="1618" x="56.4511" y="48.4385" z="13.1918" />
+      <vertex index="1619" x="57.0228" y="48.4037" z="12.9336" />
+      <vertex index="1620" x="56.9757" y="48.2237" z="13.5649" />
+      <vertex index="1621" x="55.6897" y="49.8775" z="16.7085" />
+      <vertex index="1622" x="55.7081" y="50.056" z="16.0603" />
+      <vertex index="1623" x="55.298" y="49.374" z="16.3497" />
+      <vertex index="1624" x="55.0489" y="45.2514" z="28.1183" />
+      <vertex index="1625" x="54.8674" y="44.7173" z="27.8668" />
+      <vertex index="1626" x="54.5369" y="44.6959" z="28.4042" />
+      <vertex index="1627" x="54.0553" y="46.485" z="31.2134" />
+      <vertex index="1628" x="54.8962" y="46.6572" z="31.5387" />
+      <vertex index="1629" x="54.8523" y="46.5152" z="30.7362" />
+      <vertex index="1630" x="52.551" y="42.2234" z="31.9563" />
+      <vertex index="1631" x="52.7143" y="42.0591" z="31.5091" />
+      <vertex index="1632" x="52.8392" y="41.6788" z="31.9972" />
+      <vertex index="1633" x="52.2073" y="42.3152" z="31.5193" />
+      <vertex index="1634" x="52.2324" y="42.5687" z="31.7974" />
+      <vertex index="1635" x="57.3629" y="42.5811" z="31.4815" />
+      <vertex index="1636" x="57.0252" y="42.1741" z="31.0972" />
+      <vertex index="1637" x="57.3887" y="42.7357" z="31.0147" />
+      <vertex index="1638" x="57.6595" y="42.7956" z="31.4784" />
+      <vertex index="1639" x="50.1099" y="43.7787" z="32.1154" />
+      <vertex index="1640" x="49.3257" y="43.5526" z="32.0655" />
+      <vertex index="1641" x="49.7188" y="43.4882" z="32.8192" />
+      <vertex index="1642" x="56.6887" y="45.8252" z="32.5836" />
+      <vertex index="1643" x="56.9532" y="45.5516" z="32.3969" />
+      <vertex index="1644" x="56.9124" y="45.6971" z="32.1463" />
+      <vertex index="1645" x="57.3495" y="45.6258" z="32.3683" />
+      <vertex index="1646" x="57.2713" y="45.4253" z="32.5118" />
+      <vertex index="1647" x="52.0433" y="42.8463" z="32.8015" />
+      <vertex index="1648" x="52.1164" y="43.4107" z="32.5108" />
+      <vertex index="1649" x="52.1675" y="43.0659" z="32.1935" />
+      <vertex index="1650" x="56.8548" y="45.4881" z="32.6564" />
+      <vertex index="1651" x="56.8717" y="45.3048" z="32.8667" />
+      <vertex index="1652" x="57.1636" y="45.2793" z="32.5988" />
+      <vertex index="1653" x="57.2225" y="45.1554" z="32.7128" />
+      <vertex index="1654" x="57.4215" y="45.3139" z="32.725" />
+      <vertex index="1655" x="56.9998" y="45.0309" z="32.9144" />
+      <vertex index="1656" x="59.3637" y="43.7931" z="32.82" />
+      <vertex index="1657" x="59.6111" y="44.0202" z="33.5453" />
+      <vertex index="1658" x="59.3451" y="43.307" z="33.5052" />
+      <vertex index="1659" x="57.6682" y="43.8296" z="32.9598" />
+      <vertex index="1660" x="57.8922" y="43.6079" z="32.9048" />
+      <vertex index="1661" x="58.0336" y="43.699" z="33.2378" />
+      <vertex index="1662" x="56.9284" y="44.9182" z="33.2011" />
+      <vertex index="1663" x="57.298" y="44.8595" z="32.9373" />
+      <vertex index="1664" x="57.8576" y="44.0313" z="33.186" />
+      <vertex index="1665" x="57.6851" y="44.5029" z="33.1587" />
+      <vertex index="1666" x="57.5209" y="44.6958" z="33.0686" />
+      <vertex index="1667" x="57.2624" y="44.4226" z="33.1205" />
+      <vertex index="1668" x="57.8796" y="44.774" z="33.4974" />
+      <vertex index="1669" x="57.0417" y="44.6513" z="33.2022" />
+      <vertex index="1670" x="56.8346" y="45.233" z="33.2682" />
+      <vertex index="1671" x="57.9264" y="44.3236" z="33.4233" />
+      <vertex index="1672" x="56.9031" y="44.8848" z="33.6661" />
+      <vertex index="1673" x="58.2306" y="43.0426" z="34.3019" />
+      <vertex index="1674" x="58.3131" y="42.9936" z="33.6003" />
+      <vertex index="1675" x="59.214" y="42.8932" z="34.3272" />
+      <vertex index="1676" x="57.7037" y="45.2595" z="34.8723" />
+      <vertex index="1677" x="58.0996" y="45.6321" z="35.6402" />
+      <vertex index="1678" x="58.5574" y="45.6927" z="34.961" />
+      <vertex index="1679" x="45.8744" y="39.8854" z="37.7401" />
+      <vertex index="1680" x="46.2723" y="39.6152" z="36.9406" />
+      <vertex index="1681" x="46.0133" y="39.2726" z="37.6166" />
+      <vertex index="1682" x="45.5769" y="39.3028" z="38.3523" />
+      <vertex index="1683" x="46.1329" y="40.4492" z="39.5257" />
+      <vertex index="1684" x="46.7608" y="40.4793" z="39.8986" />
+      <vertex index="1685" x="46.6906" y="40.8129" z="39.1087" />
+      <vertex index="1686" x="46.8573" y="40.0558" z="40.6021" />
+      <vertex index="1687" x="47.4521" y="40.1387" z="40.0908" />
+      <vertex index="1688" x="56.7939" y="44.2058" z="40.2263" />
+      <vertex index="1689" x="57.3467" y="44.6354" z="39.9856" />
+      <vertex index="1690" x="56.944" y="44.3412" z="39.5871" />
+      <vertex index="1691" x="59.0978" y="44.0604" z="40.4093" />
+      <vertex index="1692" x="59.2182" y="43.4207" z="40.9475" />
+      <vertex index="1693" x="59.4397" y="43.3567" z="40.1635" />
+      <vertex index="1694" x="44.1888" y="39.0463" z="43.2171" />
+      <vertex index="1695" x="44.3245" y="39.203" z="42.4443" />
+      <vertex index="1696" x="43.6838" y="38.9496" z="42.7615" />
+      <vertex index="1697" x="55.9203" y="41.7558" z="42.2895" />
+      <vertex index="1698" x="55.5131" y="42.1121" z="42.9693" />
+      <vertex index="1699" x="55.7748" y="42.5061" z="42.2261" />
+      <vertex index="1700" x="42.6916" y="38.6385" z="44.9078" />
+      <vertex index="1701" x="42.9918" y="38.4129" z="45.5183" />
+      <vertex index="1702" x="43.4688" y="38.5908" z="44.8336" />
+      <vertex index="1703" x="39.3433" y="37.3468" z="45.8217" />
+      <vertex index="1704" x="39.95" y="36.6988" z="45.366" />
+      <vertex index="1705" x="39.3853" y="36.4885" z="45.9975" />
+      <vertex index="1706" x="55.5309" y="40.4568" z="45.4081" />
+      <vertex index="1707" x="55.9826" y="40.1908" z="45.6063" />
+      <vertex index="1708" x="55.541" y="40.1578" z="46.0693" />
+      <vertex index="1709" x="54.9587" y="42.1806" z="47.9543" />
+      <vertex index="1710" x="55.4684" y="42.6008" z="47.3113" />
+      <vertex index="1711" x="54.9176" y="42.1571" z="47.037" />
+      <vertex index="1712" x="54.8196" y="39.8639" z="48.2352" />
+      <vertex index="1713" x="55.5004" y="39.4636" z="48.1252" />
+      <vertex index="1714" x="55.0589" y="39.3925" z="48.847" />
+      <vertex index="1715" x="58.8939" y="53.1429" z="6.63688" />
+      <vertex index="1716" x="58.6251" y="53.2832" z="7.35478" />
+      <vertex index="1717" x="58.9727" y="52.6187" z="7.21459" />
+      <vertex index="1718" x="56.6787" y="50.5004" z="7.47373" />
+      <vertex index="1719" x="56.9012" y="50.7033" z="6.65812" />
+      <vertex index="1720" x="57.3777" y="50.4214" z="7.17946" />
+      <vertex index="1721" x="58.4302" y="53.7056" z="6.82136" />
+      <vertex index="1722" x="56.2448" y="53.0915" z="8.27165" />
+      <vertex index="1723" x="55.7804" y="52.3812" z="8.08243" />
+      <vertex index="1724" x="55.8762" y="52.4577" z="8.89194" />
+      <vertex index="1725" x="55.7101" y="51.2811" z="8.25536" />
+      <vertex index="1726" x="56.6109" y="52.746" z="10.0835" />
+      <vertex index="1727" x="56.1247" y="52.268" z="10.4121" />
+      <vertex index="1728" x="56.5089" y="52.3831" z="10.9094" />
+      <vertex index="1729" x="56.3613" y="48.2016" z="13.9592" />
+      <vertex index="1730" x="55.8287" y="48.7029" z="13.6074" />
+      <vertex index="1731" x="57.0208" y="47.9806" z="14.3551" />
+      <vertex index="1732" x="56.7119" y="47.6969" z="15.1464" />
+      <vertex index="1733" x="56.3331" y="47.9393" z="14.6352" />
+      <vertex index="1734" x="57.4792" y="47.5266" z="16.4579" />
+      <vertex index="1735" x="57.125" y="47.513" z="15.7938" />
+      <vertex index="1736" x="57.749" y="47.9171" z="15.8227" />
+      <vertex index="1737" x="57.8637" y="49.4471" z="16.9342" />
+      <vertex index="1738" x="57.7713" y="49.9522" z="16.2754" />
+      <vertex index="1739" x="57.426" y="49.9684" z="16.8358" />
+      <vertex index="1740" x="57.2497" y="47.1543" z="17.1172" />
+      <vertex index="1741" x="57.7731" y="47.7093" z="17.1204" />
+      <vertex index="1742" x="57.5583" y="47.2578" z="17.8518" />
+      <vertex index="1743" x="56.038" y="43.8047" z="25.9235" />
+      <vertex index="1744" x="56.5302" y="44.1418" z="25.321" />
+      <vertex index="1745" x="56.7347" y="44.0291" z="26.1466" />
+      <vertex index="1746" x="56.334" y="46.7102" z="25.4064" />
+      <vertex index="1747" x="55.5449" y="46.6789" z="25.3369" />
+      <vertex index="1748" x="55.9168" y="46.5169" z="26.0924" />
+      <vertex index="1749" x="54.718" y="44.1795" z="28.0534" />
+      <vertex index="1750" x="54.0928" y="44.0054" z="28.5298" />
+      <vertex index="1751" x="53.8778" y="44.8125" z="28.8359" />
+      <vertex index="1752" x="54.4506" y="45.648" z="29.7953" />
+      <vertex index="1753" x="53.8291" y="45.6222" z="30.2428" />
+      <vertex index="1754" x="54.2028" y="46.1915" z="30.3041" />
+      <vertex index="1755" x="52.1205" y="41.9576" z="31.0942" />
+      <vertex index="1756" x="52.8537" y="41.8916" z="30.9164" />
+      <vertex index="1757" x="52.3142" y="42.554" z="32.3501" />
+      <vertex index="1758" x="52.7331" y="41.2091" z="32.4641" />
+      <vertex index="1759" x="52.255" y="41.4471" z="32.9788" />
+      <vertex index="1760" x="52.4587" y="41.8732" z="32.4602" />
+      <vertex index="1761" x="58.1459" y="43.2843" z="32.9683" />
+      <vertex index="1762" x="58.2504" y="42.9083" z="32.3471" />
+      <vertex index="1763" x="58.9377" y="43.1105" z="32.8208" />
+      <vertex index="1764" x="57.425" y="45.1071" z="32.863" />
+      <vertex index="1765" x="56.766" y="45.6969" z="33.1203" />
+      <vertex index="1766" x="52.7028" y="40.809" z="33.0776" />
+      <vertex index="1767" x="57.6653" y="45.0169" z="33.1136" />
+      <vertex index="1768" x="57.2952" y="43.9779" z="33.1304" />
+      <vertex index="1769" x="57.1553" y="44.1759" z="33.2691" />
+      <vertex index="1770" x="57.0712" y="43.9018" z="33.6768" />
+      <vertex index="1771" x="57.5431" y="44.2545" z="33.08" />
+      <vertex index="1772" x="57.7901" y="45.3176" z="33.5448" />
+      <vertex index="1773" x="58.3973" y="45.4154" z="37.0241" />
+      <vertex index="1774" x="57.7679" y="45.3219" z="36.7368" />
+      <vertex index="1775" x="57.7886" y="45.2156" z="37.4488" />
+      <vertex index="1776" x="57.6067" y="42.4398" z="38.1928" />
+      <vertex index="1777" x="58.1797" y="41.8965" z="38.7832" />
+      <vertex index="1778" x="57.3349" y="42.2699" z="38.9636" />
+      <vertex index="1779" x="48.1959" y="39.1933" z="39.4975" />
+      <vertex index="1780" x="48.4889" y="39.5924" z="38.9182" />
+      <vertex index="1781" x="48.0754" y="40.0531" z="39.4636" />
+      <vertex index="1782" x="57.0077" y="42.7222" z="39.2413" />
+      <vertex index="1783" x="56.9919" y="42.2001" z="39.6823" />
+      <vertex index="1784" x="56.6314" y="42.9431" z="39.8714" />
+      <vertex index="1785" x="47.869" y="39.5228" z="40.1759" />
+      <vertex index="1786" x="56.5704" y="42.1643" z="40.4646" />
+      <vertex index="1787" x="56.1135" y="42.1121" z="41.4015" />
+      <vertex index="1788" x="56.1842" y="42.9025" z="40.7668" />
+      <vertex index="1789" x="43.8488" y="37.3426" z="41.7164" />
+      <vertex index="1790" x="43.573" y="38.1435" z="41.7641" />
+      <vertex index="1791" x="44.1904" y="37.8326" z="41.0441" />
+      <vertex index="1792" x="56.4561" y="41.4503" z="41.8368" />
+      <vertex index="1793" x="43.0146" y="38.0809" z="42.4732" />
+      <vertex index="1794" x="43.2668" y="37.4465" z="42.2134" />
+      <vertex index="1795" x="42.6945" y="37.4665" z="42.7438" />
+      <vertex index="1796" x="42.6236" y="36.0268" z="45.4485" />
+      <vertex index="1797" x="43.1436" y="36.1086" z="44.7939" />
+      <vertex index="1798" x="43.4974" y="36.3604" z="45.3047" />
+      <vertex index="1799" x="40.8559" y="35.7166" z="46.787" />
+      <vertex index="1800" x="40.6725" y="35.7559" z="47.4163" />
+      <vertex index="1801" x="40.026" y="35.7" z="46.8469" />
+      <vertex index="1802" x="55.1934" y="47.2323" z="22.7078" />
+      <vertex index="1803" x="54.9382" y="46.9351" z="22.039" />
+      <vertex index="1804" x="54.9158" y="46.553" z="22.8577" />
+      <vertex index="1805" x="55.4305" y="44.4744" z="24.3314" />
+      <vertex index="1806" x="56.1386" y="44.1957" z="24.6478" />
+      <vertex index="1807" x="55.6919" y="44.0653" z="25.1912" />
+      <vertex index="1808" x="55.3029" y="42.5775" z="46.4428" />
+      <vertex index="1809" x="59.677" y="43.2988" z="34.9235" />
+      <vertex index="1810" x="59.2725" y="42.7502" z="35.1767" />
+      <vertex index="1811" x="58.6455" y="52.1075" z="4.04755" />
+      <vertex index="1812" x="58.96" y="52.5854" z="4.23749" />
+      <vertex index="1813" x="58.6808" y="52.0145" z="4.48911" />
+      <vertex index="1814" x="58.134" y="49.8691" z="15.5869" />
+      <vertex index="1815" x="58.1453" y="49.2634" z="16.1965" />
+      <vertex index="1816" x="48.0867" y="41.9763" z="32.5663" />
+      <vertex index="1817" x="48.4128" y="42.6138" z="32.4579" />
+      <vertex index="1818" x="48.4739" y="41.8956" z="31.9855" />
+      <vertex index="1819" x="56.1859" y="40.0358" z="46.1501" />
+      <vertex index="1820" x="48.8173" y="42.7727" z="34.2219" />
+      <vertex index="1821" x="48.0926" y="42.5115" z="34.0199" />
+      <vertex index="1822" x="48.3629" y="42.4407" z="34.8387" />
+      <vertex index="1823" x="55.8477" y="49.0234" z="19.1988" />
+      <vertex index="1824" x="56.4266" y="49.1721" z="19.2185" />
+      <vertex index="1825" x="56.0571" y="49.3018" z="18.7323" />
+      <vertex index="1826" x="56.1469" y="48.4042" z="20.9459" />
+      <vertex index="1827" x="56.7982" y="48.1636" z="21.285" />
+      <vertex index="1828" x="56.7642" y="48.5062" z="20.5194" />
+      <vertex index="1829" x="54.9049" y="44.389" z="27.3736" />
+      <vertex index="1830" x="55.033" y="43.8253" z="27.7898" />
+      <vertex index="1831" x="53.2707" y="41.6512" z="31.5319" />
+      <vertex index="1832" x="57.7942" y="43.529" z="36.1985" />
+      <vertex index="1833" x="57.9944" y="42.9696" z="35.7461" />
+      <vertex index="1834" x="57.8992" y="42.8128" z="36.5412" />
+      <vertex index="1835" x="58.7841" y="42.0492" z="40.2601" />
+      <vertex index="1836" x="58.853" y="42.2003" z="41.1782" />
+      <vertex index="1837" x="58.3504" y="41.6839" z="41.0331" />
+      <vertex index="1838" x="57.9646" y="41.404" z="41.8321" />
+      <vertex index="1839" x="58.5128" y="41.8743" z="41.6686" />
+      <vertex index="1840" x="58.4746" y="41.8155" z="42.3448" />
+      <vertex index="1841" x="55.9747" y="39.6681" z="47.455" />
+      <vertex index="1842" x="56.2728" y="39.5396" z="48.1615" />
+      <vertex index="1843" x="56.1649" y="48.9443" z="19.653" />
+      <vertex index="1844" x="56.4115" y="40.4187" z="33.6406" />
+      <vertex index="1845" x="56.6963" y="40.7051" z="32.9006" />
+      <vertex index="1846" x="57.0629" y="40.897" z="33.6096" />
+      <vertex index="1847" x="55.8481" y="53.5592" z="5.31507" />
+      <vertex index="1848" x="55.6752" y="53.3885" z="4.63435" />
+      <vertex index="1849" x="55.6838" y="52.8477" z="5.10064" />
+      <vertex index="1850" x="57.5408" y="54.4478" z="5.81989" />
+      <vertex index="1851" x="57.8577" y="54.6478" z="5.20046" />
+      <vertex index="1852" x="56.9104" y="54.5844" z="5.15357" />
+      <vertex index="1853" x="57.7952" y="53.9754" z="7.01738" />
+      <vertex index="1854" x="58.1825" y="53.6928" z="7.38501" />
+      <vertex index="1855" x="58.1756" y="52.8378" z="9.62897" />
+      <vertex index="1856" x="58.2184" y="53.1596" z="8.72687" />
+      <vertex index="1857" x="57.5438" y="53.2395" z="9.18404" />
+      <vertex index="1858" x="57.3881" y="52.9633" z="9.95862" />
+      <vertex index="1859" x="56.3028" y="50.5196" z="15.8326" />
+      <vertex index="1860" x="56.2458" y="50.2283" z="16.5637" />
+      <vertex index="1861" x="57.0589" y="50.4127" z="16.2822" />
+      <vertex index="1862" x="57.2968" y="48.042" z="20.6991" />
+      <vertex index="1863" x="57.2784" y="48.4618" z="19.9629" />
+      <vertex index="1864" x="56.6755" y="46.8227" z="24.682" />
+      <vertex index="1865" x="57.0229" y="46.2979" z="25.332" />
+      <vertex index="1866" x="57.2295" y="46.2541" z="24.5393" />
+      <vertex index="1867" x="56.9756" y="46.8652" z="23.9577" />
+      <vertex index="1868" x="55.5414" y="46.4979" z="31.0805" />
+      <vertex index="1869" x="55.4657" y="46.2915" z="30.4612" />
+      <vertex index="1870" x="56.8714" y="45.4878" z="33.7473" />
+      <vertex index="1871" x="53.3955" y="41.5476" z="39.9659" />
+      <vertex index="1872" x="52.776" y="41.0152" z="39.7622" />
+      <vertex index="1873" x="53.4676" y="40.5857" z="39.8152" />
+      <vertex index="1874" x="54.157" y="41.1142" z="39.9939" />
+      <vertex index="1875" x="45.6576" y="39.6392" z="41.6697" />
+      <vertex index="1876" x="45.5817" y="39.8749" z="40.907" />
+      <vertex index="1877" x="45.0206" y="39.5609" z="41.3116" />
+      <vertex index="1878" x="42.2528" y="38.5256" z="45.5952" />
+      <vertex index="1879" x="42.5224" y="38.2582" z="46.1861" />
+      <vertex index="1880" x="43.0182" y="36.5083" z="46.1926" />
+      <vertex index="1881" x="43.834" y="36.9822" z="45.7555" />
+      <vertex index="1882" x="43.3043" y="37.3232" z="46.2926" />
+      <vertex index="1883" x="42.7602" y="37.0716" z="46.7677" />
+      <vertex index="1884" x="56.9867" y="50.751" z="15.459" />
+      <vertex index="1885" x="56.1113" y="48.0464" z="21.8508" />
+      <vertex index="1886" x="51.9943" y="42.8455" z="31.8144" />
+      <vertex index="1887" x="51.549" y="43.1513" z="31.8445" />
+      <vertex index="1888" x="51.5464" y="42.7725" z="31.8668" />
+      <vertex index="1889" x="51.8247" y="42.5468" z="31.6658" />
+      <vertex index="1890" x="48.0011" y="42.3048" z="33.1863" />
+      <vertex index="1891" x="48.5025" y="42.9072" z="33.3696" />
+      <vertex index="1892" x="52.8037" y="40.5045" z="33.7726" />
+      <vertex index="1893" x="52.2685" y="41.105" z="33.6738" />
+      <vertex index="1894" x="49.5184" y="40.3362" z="34.3182" />
+      <vertex index="1895" x="49.489" y="40.4751" z="33.5801" />
+      <vertex index="1896" x="49.99" y="40.8355" z="33.971" />
+      <vertex index="1897" x="50.0806" y="42.0928" z="34.1001" />
+      <vertex index="1898" x="50.0408" y="41.3741" z="34.3732" />
+      <vertex index="1899" x="50.4233" y="41.4748" z="33.6201" />
+      <vertex index="1900" x="58.6894" y="42.5062" z="34.9031" />
+      <vertex index="1901" x="58.8489" y="42.4188" z="35.4617" />
+      <vertex index="1902" x="58.3047" y="42.5347" z="35.4156" />
+      <vertex index="1903" x="55.8931" y="45.6361" z="37.046" />
+      <vertex index="1904" x="55.1713" y="46.1417" z="36.8357" />
+      <vertex index="1905" x="55.2782" y="45.8506" z="37.6047" />
+      <vertex index="1906" x="41.2559" y="35.842" z="45.5608" />
+      <vertex index="1907" x="41.8897" y="35.9161" z="45.089" />
+      <vertex index="1908" x="41.879" y="35.8382" z="45.74" />
+      <vertex index="1909" x="41.4083" y="35.7589" z="46.2939" />
+      <vertex index="1910" x="55.7351" y="52.7" z="4.30564" />
+      <vertex index="1911" x="57.7863" y="43.4699" z="32.651" />
+      <vertex index="1912" x="57.3222" y="43.2429" z="32.7848" />
+      <vertex index="1913" x="57.592" y="43.3342" z="32.4485" />
+      <vertex index="1914" x="57.878" y="43.1643" z="32.3117" />
+      <vertex index="1915" x="54.5485" y="46.1831" z="37.4105" />
+      <vertex index="1916" x="57.1847" y="41.6618" z="40.2905" />
+      <vertex index="1917" x="57.6437" y="41.77" z="39.5435" />
+      <vertex index="1918" x="58.0239" y="41.6138" z="40.2711" />
+      <vertex index="1919" x="57.7814" y="48.2794" z="14.4086" />
+      <vertex index="1920" x="58.0167" y="48.4066" z="15.1736" />
+      <vertex index="1921" x="57.4416" y="47.8821" z="15.0993" />
+      <vertex index="1922" x="57.0888" y="45.4414" z="27.3051" />
+      <vertex index="1923" x="56.909" y="45.8457" z="26.7014" />
+      <vertex index="1924" x="56.5947" y="45.8909" z="27.3981" />
+      <vertex index="1925" x="57.4662" y="42.6907" z="33.0445" />
+      <vertex index="1926" x="57.2576" y="43.1824" z="33.2513" />
+      <vertex index="1927" x="42.152" y="36.0412" z="46.3187" />
+      <vertex index="1928" x="55.9595" y="53.9731" z="4.88626" />
+      <vertex index="1929" x="57.5319" y="48.4297" z="13.1925" />
+      <vertex index="1930" x="55.227" y="48.5414" z="16.2412" />
+      <vertex index="1931" x="55.6487" y="47.8056" z="16.1494" />
+      <vertex index="1932" x="55.2051" y="48.0135" z="16.8743" />
+      <vertex index="1933" x="51.6434" y="41.7434" z="30.608" />
+      <vertex index="1934" x="52.2865" y="41.8674" z="30.4362" />
+      <vertex index="1935" x="51.4263" y="42.4193" z="31.9082" />
+      <vertex index="1936" x="51.3424" y="41.9015" z="31.833" />
+      <vertex index="1937" x="51.7011" y="42.159" z="31.5033" />
+      <vertex index="1938" x="51.9153" y="43.3613" z="31.8578" />
+      <vertex index="1939" x="59.6659" y="43.5751" z="34.1643" />
+      <vertex index="1940" x="58.4183" y="42.23" z="36.9665" />
+      <vertex index="1941" x="58.4907" y="42.3716" z="36.0655" />
+      <vertex index="1942" x="59.1463" y="42.4466" z="36.6225" />
+      <vertex index="1943" x="44.3586" y="37.6819" z="45.2175" />
+      <vertex index="1944" x="44.868" y="38.0854" z="44.4924" />
+      <vertex index="1945" x="44.1973" y="38.371" z="44.7394" />
+      <vertex index="1946" x="41.7689" y="38.4232" z="46.2145" />
+      <vertex index="1947" x="41.988" y="38.0491" z="46.8201" />
+      <vertex index="1948" x="55.1089" y="47.8494" z="20.5032" />
+      <vertex index="1949" x="55.4915" y="48.0417" z="21.1789" />
+      <vertex index="1950" x="55.5867" y="48.4085" z="20.4193" />
+      <vertex index="1951" x="59.7557" y="44.269" z="37.559" />
+      <vertex index="1952" x="59.5133" y="44.3852" z="38.3619" />
+      <vertex index="1953" x="59.7931" y="43.7073" z="38.1724" />
+      <vertex index="1954" x="59.8759" y="43.5024" z="37.3868" />
+      <vertex index="1955" x="55.758" y="47.695" z="22.6418" />
+      <vertex index="1956" x="56.4531" y="47.73" z="22.6563" />
+      <vertex index="1957" x="44.9912" y="39.4043" z="42.0727" />
+      <vertex index="1958" x="54.9796" y="46.1262" z="30.0167" />
+      <vertex index="1959" x="55.1703" y="45.6469" z="29.4562" />
+      <vertex index="1960" x="56.3936" y="43.0093" z="46.0656" />
+      <vertex index="1961" x="56.6838" y="42.7878" z="46.7524" />
+      <vertex index="1962" x="57.0879" y="42.8398" z="46.0688" />
+      <vertex index="1963" x="55.5112" y="42.9082" z="39.8544" />
+      <vertex index="1964" x="54.8234" y="42.4836" z="40.2449" />
+      <vertex index="1965" x="55.3783" y="42.1084" z="39.9946" />
+      <vertex index="1966" x="57.1625" y="40.7616" z="49.0979" />
+      <vertex index="1967" x="56.5507" y="40.7467" z="49.096" />
+      <vertex index="1968" x="57.0273" y="40.065" z="48.9141" />
+      <vertex index="1969" x="56.3703" y="47.4629" z="15.873" />
+      <vertex index="1970" x="51.1446" y="41.9541" z="30.1386" />
+      <vertex index="1971" x="51.0026" y="41.6026" z="30.7856" />
+      <vertex index="1972" x="52.3094" y="40.7533" z="34.4762" />
+      <vertex index="1973" x="51.8217" y="41.4549" z="34.2591" />
+      <vertex index="1974" x="46.2925" y="39.8682" z="41.1523" />
+      <vertex index="1975" x="57.5873" y="43.446" z="44.0893" />
+      <vertex index="1976" x="56.8892" y="43.5747" z="44.2084" />
+      <vertex index="1977" x="57.2227" y="43.3248" z="44.7992" />
+      <vertex index="1978" x="56.5665" y="53.9088" z="6.65219" />
+      <vertex index="1979" x="56.0131" y="53.3304" z="6.68096" />
+      <vertex index="1980" x="56.4031" y="53.5176" z="7.39379" />
+      <vertex index="1981" x="55.9126" y="52.8667" z="7.40939" />
+      <vertex index="1982" x="58.4061" y="50.47" z="8.26707" />
+      <vertex index="1983" x="57.8201" y="50.0156" z="8.49182" />
+      <vertex index="1984" x="57.9183" y="50.3426" z="7.72651" />
+      <vertex index="1985" x="56.2197" y="46.6841" z="17.9392" />
+      <vertex index="1986" x="55.9943" y="46.4667" z="18.7081" />
+      <vertex index="1987" x="55.5033" y="47.0022" z="18.2677" />
+      <vertex index="1988" x="58.9407" y="43.4793" z="32.1209" />
+      <vertex index="1989" x="48.1975" y="41.948" z="36.2954" />
+      <vertex index="1990" x="48.6851" y="42.137" z="35.5973" />
+      <vertex index="1991" x="47.911" y="42.1391" z="35.466" />
+      <vertex index="1992" x="45.7462" y="40.0542" z="38.5155" />
+      <vertex index="1993" x="55.4619" y="41.4285" z="39.6764" />
+      <vertex index="1994" x="55.8599" y="42.1298" z="39.5011" />
+      <vertex index="1995" x="54.9534" y="47.1011" z="20.5205" />
+      <vertex index="1996" x="55.0216" y="47.4065" z="21.2546" />
+      <vertex index="1997" x="57.034" y="49.8379" z="8.89277" />
+      <vertex index="1998" x="56.4922" y="50.3038" z="8.31393" />
+      <vertex index="1999" x="57.207" y="50.1563" z="7.98586" />
+      <vertex index="2000" x="56.7833" y="41.5887" z="41.0662" />
+      <vertex index="2001" x="43.1959" y="37.9764" z="46.014" />
+      <vertex index="2002" x="56.1376" y="53.7519" z="5.99663" />
+      <vertex index="2003" x="58.655" y="52.5914" z="8.94182" />
+      <vertex index="2004" x="55.1278" y="48.7776" z="17.0166" />
+      <vertex index="2005" x="55.4991" y="49.4551" z="17.2089" />
+      <vertex index="2006" x="53.0156" y="40.2442" z="34.4448" />
+      <vertex index="2007" x="48.696" y="39.6132" z="37.6648" />
+      <vertex index="2008" x="48.6633" y="39.9246" z="38.3239" />
+      <vertex index="2009" x="48.4501" y="39.254" z="38.2994" />
+      <vertex index="2010" x="59.3307" y="42.6431" z="39.783" />
+      <vertex index="2011" x="59.5941" y="43.2964" z="39.3674" />
+      <vertex index="2012" x="44.4397" y="39.2133" z="41.6591" />
+      <vertex index="2013" x="43.903" y="38.8102" z="42.0278" />
+      <vertex index="2014" x="56.155" y="43.1909" z="45.3945" />
+      <vertex index="2015" x="55.6682" y="42.9613" z="45.2209" />
+      <vertex index="2016" x="55.7442" y="42.9137" z="45.8978" />
+      <vertex index="2017" x="58.7355" y="52.8188" z="8.08078" />
+      <vertex index="2018" x="59.0122" y="52.0702" z="7.80087" />
+      <vertex index="2019" x="57.8712" y="52.6442" z="10.5228" />
+      <vertex index="2020" x="57.6935" y="47.8289" z="20.0698" />
+      <vertex index="2021" x="56.6894" y="48.8806" z="19.8198" />
+      <vertex index="2022" x="54.8537" y="46.3535" z="23.6373" />
+      <vertex index="2023" x="54.8594" y="46.3008" z="24.3715" />
+      <vertex index="2024" x="55.0642" y="46.6991" z="24.0044" />
+      <vertex index="2025" x="55.1155" y="46.9106" z="23.4237" />
+      <vertex index="2026" x="59.1086" y="42.3183" z="37.4928" />
+      <vertex index="2027" x="46.0775" y="40.5042" z="38.0194" />
+      <vertex index="2028" x="43.42" y="38.5369" z="42.3914" />
+      <vertex index="2029" x="55.3823" y="41.7034" z="43.729" />
+      <vertex index="2030" x="55.2633" y="41.3255" z="44.5178" />
+      <vertex index="2031" x="55.1858" y="42.0986" z="44.5438" />
+      <vertex index="2032" x="49.0367" y="41.8777" z="31.4221" />
+      <vertex index="2033" x="49.5578" y="41.3126" z="31.4648" />
+      <vertex index="2034" x="48.9253" y="41.3422" z="31.9788" />
+      <vertex index="2035" x="56.8203" y="47.2359" z="16.4836" />
+      <vertex index="2036" x="55.4697" y="50.1818" z="12.138" />
+      <vertex index="2037" x="55.599" y="49.5381" z="12.3791" />
+      <vertex index="2038" x="55.3696" y="50.2" z="12.8455" />
+      <vertex index="2039" x="56.3793" y="53.6666" z="4.78298" />
+      <vertex index="2040" x="58.976" y="51.5194" z="8.45839" />
+      <vertex index="2041" x="58.8898" y="51.3643" z="7.62952" />
+      <vertex index="2042" x="56.2474" y="50.1574" z="9.11919" />
+      <vertex index="2043" x="58.6515" y="50.7343" z="12.5362" />
+      <vertex index="2044" x="58.6204" y="50.0077" z="13.0649" />
+      <vertex index="2045" x="58.6643" y="50.0466" z="12.3551" />
+      <vertex index="2046" x="55.5947" y="47.3584" z="23.3358" />
+      <vertex index="2047" x="54.0887" y="42.8768" z="40.2514" />
+      <vertex index="2048" x="54.7975" y="43.3481" z="40.153" />
+      <vertex index="2049" x="56.8834" y="40.5234" z="44.8548" />
+      <vertex index="2050" x="57.1507" y="40.7363" z="44.0819" />
+      <vertex index="2051" x="57.5744" y="40.9806" z="44.7248" />
+      <vertex index="2052" x="57.3186" y="40.7251" z="45.6023" />
+      <vertex index="2053" x="57.8239" y="44.3494" z="41.2018" />
+      <vertex index="2054" x="57.9254" y="44.5981" z="40.4566" />
+      <vertex index="2055" x="57.2647" y="44.4428" z="40.7463" />
+      <vertex index="2056" x="57.1612" y="44.212" z="41.4826" />
+      <vertex index="2057" x="56.9326" y="41.4172" z="49.2735" />
+      <vertex index="2058" x="47.6617" y="42.153" z="34.6176" />
+      <vertex index="2059" x="46.0869" y="40.1668" z="40.3272" />
+      <vertex index="2060" x="55.9971" y="47.8871" z="15.2819" />
+      <vertex index="2061" x="55.1535" y="46.1889" z="25.9706" />
+      <vertex index="2062" x="50.4439" y="42.3308" z="33.4662" />
+      <vertex index="2063" x="49.9512" y="42.6352" z="33.7644" />
+      <vertex index="2064" x="44.1598" y="38.6361" z="41.3013" />
+      <vertex index="2065" x="40.9572" y="38.4727" z="46.0883" />
+      <vertex index="2066" x="41.2286" y="38.3245" z="46.8549" />
+      <vertex index="2067" x="58.0978" y="43.034" z="35.004" />
+      <vertex index="2068" x="52.7737" y="40.2558" z="39.4224" />
+      <vertex index="2069" x="53.5083" y="39.8907" z="39.173" />
+      <vertex index="2070" x="59.2309" y="42.7047" z="40.6521" />
+      <vertex index="2071" x="43.9928" y="38.8363" z="44.0789" />
+      <vertex index="2072" x="56.5845" y="40.2721" z="45.5545" />
+      <vertex index="2073" x="52.0597" y="42.1583" z="32.8954" />
+      <vertex index="2074" x="56.689" y="48.6313" z="12.4299" />
+      <vertex index="2075" x="57.4818" y="48.6619" z="12.3932" />
+      <vertex index="2076" x="59.8389" y="44.0219" z="34.7505" />
+      <vertex index="2077" x="53.2405" y="40.6256" z="32.5663" />
+      <vertex index="2078" x="53.2836" y="41.0896" z="31.9898" />
+      <vertex index="2079" x="55.2902" y="43.7589" z="27.2594" />
+      <vertex index="2080" x="55.4766" y="43.3767" z="27.9241" />
+      <vertex index="2081" x="54.859" y="43.4597" z="28.373" />
+      <vertex index="2082" x="59.6518" y="43.8769" z="38.9219" />
+      <vertex index="2083" x="59.464" y="43.9469" z="39.6594" />
+      <vertex index="2084" x="54.8265" y="41.6267" z="40.0993" />
+      <vertex index="2085" x="51.9959" y="43.6989" z="31.8001" />
+      <vertex index="2086" x="50.0051" y="40.8571" z="32.5864" />
+      <vertex index="2087" x="49.5088" y="40.9152" z="32.1719" />
+      <vertex index="2088" x="50.301" y="41.1232" z="31.9442" />
+      <vertex index="2089" x="52.1611" y="40.6842" z="39.419" />
+      <vertex index="2090" x="56.619" y="49.4524" z="18.5833" />
+      <vertex index="2091" x="50.5276" y="43.459" z="35.9837" />
+      <vertex index="2092" x="50.4723" y="43.038" z="36.7146" />
+      <vertex index="2093" x="50.5384" y="43.8754" z="36.7518" />
+      <vertex index="2094" x="55.6931" y="48.7182" z="19.7485" />
+      <vertex index="2095" x="54.9349" y="45.1401" z="27.3758" />
+      <vertex index="2096" x="59.3999" y="44.6095" z="33.0095" />
+      <vertex index="2097" x="58.0451" y="43.934" z="33.6912" />
+      <vertex index="2098" x="53.255" y="40.2633" z="33.2022" />
+      <vertex index="2099" x="45.3342" y="36.8622" z="42.509" />
+      <vertex index="2100" x="45.5325" y="37.0875" z="43.0444" />
+      <vertex index="2101" x="45.0071" y="36.7298" z="43.1906" />
+      <vertex index="2102" x="56.0104" y="52.3721" z="9.71413" />
+      <vertex index="2103" x="56.9579" y="45.1641" z="23.1334" />
+      <vertex index="2104" x="57.2693" y="45.583" z="23.4523" />
+      <vertex index="2105" x="56.9621" y="44.9088" z="23.8535" />
+      <vertex index="2106" x="44.9424" y="37.2353" z="44.4814" />
+      <vertex index="2107" x="45.4828" y="37.8126" z="43.9676" />
+      <vertex index="2108" x="46.4366" y="39.2751" z="41.8842" />
+      <vertex index="2109" x="59.4202" y="42.7032" z="38.9244" />
+      <vertex index="2110" x="57.7547" y="42.3198" z="33.6664" />
+      <vertex index="2111" x="57.6136" y="41.4706" z="33.6057" />
+      <vertex index="2112" x="57.7014" y="41.9646" z="32.8947" />
+      <vertex index="2113" x="56.3803" y="52.0689" z="11.7548" />
+      <vertex index="2114" x="56.9599" y="52.3955" z="11.3387" />
+      <vertex index="2115" x="55.2648" y="46.7227" z="24.5942" />
+      <vertex index="2116" x="55.0076" y="46.2959" z="25.1044" />
+      <vertex index="2117" x="57.3751" y="41.747" z="32.2945" />
+      <vertex index="2118" x="57.448" y="42.3858" z="32.42" />
+      <vertex index="2119" x="56.9925" y="44.3923" z="33.5346" />
+      <vertex index="2120" x="55.3689" y="48.6167" z="19.1466" />
+      <vertex index="2121" x="53.6274" y="41.7024" z="30.886" />
+      <vertex index="2122" x="53.0916" y="41.8881" z="30.1688" />
+      <vertex index="2123" x="55.7182" y="39.8656" z="46.7454" />
+      <vertex index="2124" x="55.0599" y="40.23" z="46.7221" />
+      <vertex index="2125" x="57.0941" y="53.8963" z="7.22555" />
+      <vertex index="2126" x="57.9316" y="44.3625" z="34.0407" />
+      <vertex index="2127" x="46.9649" y="41.5236" z="36.6068" />
+      <vertex index="2128" x="47.4383" y="41.877" z="36.0975" />
+      <vertex index="2129" x="46.9384" y="41.5179" z="35.8938" />
+      <vertex index="2130" x="56.8386" y="40.2898" z="46.2636" />
+      <vertex index="2131" x="56.4226" y="39.9232" z="46.8437" />
+      <vertex index="2132" x="55.7082" y="52.5754" z="6.61041" />
+      <vertex index="2133" x="58.4259" y="43.1862" z="31.5413" />
+      <vertex index="2134" x="55.2191" y="39.8208" z="47.445" />
+      <vertex index="2135" x="56.7056" y="47.3448" z="23.3145" />
+      <vertex index="2136" x="57.2329" y="46.8593" z="23.2604" />
+      <vertex index="2137" x="57.4289" y="41.0013" z="43.2617" />
+      <vertex index="2138" x="57.3733" y="41.0827" z="42.4102" />
+      <vertex index="2139" x="57.983" y="41.3807" z="42.728" />
+      <vertex index="2140" x="57.8401" y="42.969" z="44.635" />
+      <vertex index="2141" x="58.0623" y="54.1323" z="6.34985" />
+      <vertex index="2142" x="58.103" y="45.7785" z="34.255" />
+      <vertex index="2143" x="58.4744" y="45.7845" z="33.565" />
+      <vertex index="2144" x="56.962" y="53.0915" z="9.4557" />
+      <vertex index="2145" x="57.64" y="44.9437" z="35.5999" />
+      <vertex index="2146" x="57.7383" y="44.2528" z="35.8414" />
+      <vertex index="2147" x="57.5638" y="44.7834" z="36.3227" />
+      <vertex index="2148" x="54.2485" y="40.2922" z="39.5336" />
+      <vertex index="2149" x="55.8789" y="39.2171" z="48.7469" />
+      <vertex index="2150" x="57.9607" y="42.8581" z="31.8088" />
+      <vertex index="2151" x="58.8336" y="42.3237" z="41.9566" />
+      <vertex index="2152" x="59.0807" y="42.8518" z="41.4723" />
+      <vertex index="2153" x="47.5523" y="39.1159" z="40.8062" />
+      <vertex index="2154" x="47.808" y="38.6132" z="40.081" />
+      <vertex index="2155" x="55.572" y="51.2293" z="10.9278" />
+      <vertex index="2156" x="55.707" y="51.7385" z="10.2137" />
+      <vertex index="2157" x="55.5652" y="50.9587" z="10.2337" />
+      <vertex index="2158" x="46.9724" y="39.1343" z="36.6198" />
+      <vertex index="2159" x="47.3856" y="39.3442" z="36.0112" />
+      <vertex index="2160" x="47.9098" y="39.1032" z="36.542" />
+      <vertex index="2161" x="54.0456" y="39.7189" z="35.3772" />
+      <vertex index="2162" x="54.5303" y="39.6778" z="34.54" />
+      <vertex index="2163" x="55.0301" y="39.738" z="35.2582" />
+      <vertex index="2164" x="51.9123" y="40.0533" z="36.7671" />
+      <vertex index="2165" x="51.8965" y="40.2093" z="35.9518" />
+      <vertex index="2166" x="52.5456" y="39.8266" z="36.2991" />
+      <vertex index="2167" x="53.3536" y="39.498" z="37.436" />
+      <vertex index="2168" x="52.5846" y="39.6914" z="37.0987" />
+      <vertex index="2169" x="53.2502" y="39.6137" z="36.6518" />
+      <vertex index="2170" x="53.477" y="39.5683" z="38.3154" />
+      <vertex index="2171" x="54.2987" y="39.8186" z="38.7194" />
+      <vertex index="2172" x="58.7556" y="50.962" z="8.13273" />
+      <vertex index="2173" x="58.4944" y="50.7687" z="7.58751" />
+      <vertex index="2174" x="55.0975" y="47.2615" z="19.0606" />
+      <vertex index="2175" x="55.0195" y="47.7249" z="18.3178" />
+      <vertex index="2176" x="59.1025" y="44.3933" z="32.1094" />
+      <vertex index="2177" x="57.4222" y="43.5495" z="32.8741" />
+      <vertex index="2178" x="56.2232" y="42.6823" z="47.4405" />
+      <vertex index="2179" x="56.9325" y="42.3584" z="47.3636" />
+      <vertex index="2180" x="54.6189" y="40.4396" z="47.553" />
+      <vertex index="2181" x="55.4118" y="48.3922" z="15.4481" />
+      <vertex index="2182" x="55.7164" y="48.4177" z="14.5403" />
+      <vertex index="2183" x="57.6416" y="45.3272" z="33.01" />
+      <vertex index="2184" x="57.4887" y="42.8962" z="45.3768" />
+      <vertex index="2185" x="57.2335" y="45.2034" z="26.5804" />
+      <vertex index="2186" x="56.7577" y="54.2338" z="5.93075" />
+      <vertex index="2187" x="57.5553" y="45.5308" z="32.7182" />
+      <vertex index="2188" x="44.6315" y="38.5809" z="44.1826" />
+      <vertex index="2189" x="56.7123" y="49.3896" z="10.3174" />
+      <vertex index="2190" x="56.5328" y="49.7304" z="9.66438" />
+      <vertex index="2191" x="57.2393" y="49.5267" z="9.71612" />
+      <vertex index="2192" x="47.6898" y="41.9116" z="33.8059" />
+      <vertex index="2193" x="48.8263" y="40.5139" z="33.2735" />
+      <vertex index="2194" x="48.8789" y="40.1762" z="33.9702" />
+      <vertex index="2195" x="56.6496" y="39.8987" z="47.5691" />
+      <vertex index="2196" x="57.0168" y="40.2986" z="47.0154" />
+      <vertex index="2197" x="57.1723" y="40.3668" z="47.7387" />
+      <vertex index="2198" x="50.5266" y="43.2962" z="32.6172" />
+      <vertex index="2199" x="50.9511" y="43.5957" z="32.0212" />
+      <vertex index="2200" x="55.3305" y="43.7004" z="39.8491" />
+      <vertex index="2201" x="54.8187" y="44.1874" z="39.9942" />
+      <vertex index="2202" x="55.7481" y="42.5325" z="48.1453" />
+      <vertex index="2203" x="49.7583" y="43.8514" z="31.2987" />
+      <vertex index="2204" x="49.1116" y="43.1771" z="31.3961" />
+      <vertex index="2205" x="55.5528" y="46.1784" z="26.7823" />
+      <vertex index="2206" x="55.9316" y="46.0661" z="27.4549" />
+      <vertex index="2207" x="56.2998" y="46.2451" z="26.7839" />
+      <vertex index="2208" x="53.8424" y="45.2957" z="29.5111" />
+      <vertex index="2209" x="56.1701" y="48.7401" z="20.2132" />
+      <vertex index="2210" x="42.5109" y="36.0447" z="44.6189" />
+      <vertex index="2211" x="41.8896" y="36.1489" z="44.4702" />
+      <vertex index="2212" x="54.9488" y="42.7503" z="28.9357" />
+      <vertex index="2213" x="55.5905" y="42.9756" z="28.611" />
+      <vertex index="2214" x="55.707" y="42.5277" z="29.2627" />
+      <vertex index="2215" x="56.0832" y="47.2589" z="16.6189" />
+      <vertex index="2216" x="58.3758" y="50.2227" z="9.00426" />
+      <vertex index="2217" x="58.7397" y="50.8244" z="8.78169" />
+      <vertex index="2218" x="55.6748" y="42.8607" z="43.0001" />
+      <vertex index="2219" x="56.0017" y="43.1821" z="42.3221" />
+      <vertex index="2220" x="54.968" y="40.2977" z="39.0724" />
+      <vertex index="2221" x="46.7739" y="39.722" z="36.123" />
+      <vertex index="2222" x="59.5923" y="42.872" z="38.0294" />
+      <vertex index="2223" x="58.9969" y="42.2506" z="38.3873" />
+      <vertex index="2224" x="56.5203" y="46.9342" z="17.1838" />
+      <vertex index="2225" x="57.6252" y="41.3404" z="46.8126" />
+      <vertex index="2226" x="57.4852" y="41.3822" z="47.4246" />
+      <vertex index="2227" x="57.4023" y="40.8338" z="47.2386" />
+      <vertex index="2228" x="58.217" y="52.1705" z="11.0597" />
+      <vertex index="2229" x="58.4766" y="52.2857" z="10.275" />
+      <vertex index="2230" x="46.989" y="39.5249" z="41.1316" />
+      <vertex index="2231" x="44.7511" y="38.8939" z="43.5905" />
+      <vertex index="2232" x="45.204" y="38.4719" z="43.832" />
+      <vertex index="2233" x="54.8233" y="45.8185" z="25.4646" />
+      <vertex index="2234" x="54.7854" y="45.4557" z="26.0394" />
+      <vertex index="2235" x="45.2069" y="37.028" z="41.185" />
+      <vertex index="2236" x="45.9244" y="37.1304" z="41.0367" />
+      <vertex index="2237" x="45.6422" y="36.9952" z="41.7861" />
+      <vertex index="2238" x="55.4583" y="40.8003" z="39.2938" />
+      <vertex index="2239" x="54.9031" y="40.8602" z="39.7124" />
+      <vertex index="2240" x="57.4221" y="46.7985" z="22.5816" />
+      <vertex index="2241" x="57.5228" y="46.7261" z="22.0087" />
+      <vertex index="2242" x="57.3612" y="47.2601" z="22.0567" />
+      <vertex index="2243" x="47.8564" y="41.6143" z="33.0728" />
+      <vertex index="2244" x="47.622" y="41.1476" z="33.6906" />
+      <vertex index="2245" x="56.6827" y="44.0487" z="40.9667" />
+      <vertex index="2246" x="55.7574" y="53.088" z="5.91642" />
+      <vertex index="2247" x="57.295" y="54.1636" z="6.51605" />
+      <vertex index="2248" x="45.628" y="39.277" z="42.4405" />
+      <vertex index="2249" x="48.7206" y="42.5537" z="31.6385" />
+      <vertex index="2250" x="48.3433" y="41.401" z="32.4951" />
+      <vertex index="2251" x="51.6033" y="41.1961" z="39.2233" />
+      <vertex index="2252" x="52.2536" y="41.4532" z="39.579" />
+      <vertex index="2253" x="51.7499" y="42.0634" z="39.3195" />
+      <vertex index="2254" x="45.2866" y="37.1322" z="43.6861" />
+      <vertex index="2255" x="50.4946" y="44.0149" z="31.6161" />
+      <vertex index="2256" x="50.6467" y="44.2478" z="30.8844" />
+      <vertex index="2257" x="57.2162" y="45.7155" z="25.9644" />
+      <vertex index="2258" x="57.3604" y="45.4652" z="25.1032" />
+      <vertex index="2259" x="57.4545" y="44.6919" z="37.0515" />
+      <vertex index="2260" x="42.6884" y="37.7048" z="46.622" />
+      <vertex index="2261" x="42.1065" y="37.3409" z="47.2777" />
+      <vertex index="2262" x="57.325" y="47.6618" z="21.4176" />
+      <vertex index="2263" x="55.4933" y="42.7834" z="44.5902" />
+      <vertex index="2264" x="55.2217" y="42.5147" z="45.4637" />
+      <vertex index="2265" x="50.9441" y="44.7525" z="36.761" />
+      <vertex index="2266" x="50.69" y="44.2559" z="36.0283" />
+      <vertex index="2267" x="57.3929" y="49.6754" z="17.4713" />
+      <vertex index="2268" x="57.8229" y="48.991" z="17.7103" />
+      <vertex index="2269" x="55.285" y="45.7466" z="27.4438" />
+      <vertex index="2270" x="56.5705" y="39.5675" z="48.8176" />
+      <vertex index="2271" x="56.1969" y="40.0343" z="48.9241" />
+      <vertex index="2272" x="55.9114" y="42.8754" z="46.6987" />
+      <vertex index="2273" x="49.5161" y="43.1833" z="30.7975" />
+      <vertex index="2274" x="49.1795" y="42.5304" z="30.9596" />
+      <vertex index="2275" x="51.4888" y="44.1456" z="33.3851" />
+      <vertex index="2276" x="51.992" y="44.0326" z="32.6237" />
+      <vertex index="2277" x="51.6554" y="43.3341" z="33.2021" />
+      <vertex index="2278" x="57.7539" y="45.3888" z="36.1345" />
+      <vertex index="2279" x="55.0564" y="40.626" z="46.0167" />
+      <vertex index="2280" x="51.1171" y="44.1083" z="31.5484" />
+      <vertex index="2281" x="57.2813" y="41.2828" z="32.9118" />
+      <vertex index="2282" x="58.8512" y="43.0195" z="42.2689" />
+      <vertex index="2283" x="58.7115" y="42.4125" z="42.7396" />
+      <vertex index="2284" x="56.8241" y="43.1868" z="45.4507" />
+      <vertex index="2285" x="57.3151" y="45.5406" z="24.2181" />
+      <vertex index="2286" x="50.7517" y="44.112" z="30.0705" />
+      <vertex index="2287" x="50.1274" y="43.5609" z="30.2721" />
+      <vertex index="2288" x="57.934" y="48.0548" z="17.9439" />
+      <vertex index="2289" x="55.7732" y="45.8561" z="29.9666" />
+      <vertex index="2290" x="56.0101" y="46.0588" z="30.699" />
+      <vertex index="2291" x="52.2529" y="42.784" z="39.4508" />
+      <vertex index="2292" x="52.5098" y="42.1206" z="39.6194" />
+      <vertex index="2293" x="56.2468" y="43.1387" z="28.2508" />
+      <vertex index="2294" x="56.3409" y="42.8993" z="29.0747" />
+      <vertex index="2295" x="56.9495" y="46.7967" z="17.8327" />
+      <vertex index="2296" x="55.0572" y="44.2309" z="26.6277" />
+      <vertex index="2297" x="55.6266" y="43.7075" z="26.6074" />
+      <vertex index="2298" x="57.3447" y="44.6179" z="28.0504" />
+      <vertex index="2299" x="57.385" y="43.9878" z="28.3884" />
+      <vertex index="2300" x="57.1487" y="44.0552" z="27.6108" />
+      <vertex index="2301" x="57.2321" y="44.7108" z="27.2352" />
+      <vertex index="2302" x="46.1996" y="40.4012" z="37.2693" />
+      <vertex index="2303" x="50.8218" y="41.8941" z="32.9493" />
+      <vertex index="2304" x="47.6498" y="41.7184" z="36.9188" />
+      <vertex index="2305" x="59.2823" y="44.4202" z="39.1159" />
+      <vertex index="2306" x="42.8937" y="38.7227" z="43.6833" />
+      <vertex index="2307" x="42.5372" y="38.4799" z="43.5024" />
+      <vertex index="2308" x="42.3588" y="38.5979" z="44.1899" />
+      <vertex index="2309" x="57.2988" y="46.7918" z="18.5308" />
+      <vertex index="2310" x="56.7179" y="43.6725" z="27.2801" />
+      <vertex index="2311" x="56.967" y="44.0523" z="26.8784" />
+      <vertex index="2312" x="55.4037" y="42.4816" z="43.7663" />
+      <vertex index="2313" x="56.1211" y="43.4656" z="43.0088" />
+      <vertex index="2314" x="48.4286" y="40.2065" z="38.828" />
+      <vertex index="2315" x="56.2801" y="41.22" z="42.525" />
+      <vertex index="2316" x="56.7968" y="41.1079" z="42.232" />
+      <vertex index="2317" x="47.3597" y="41.5016" z="34.3897" />
+      <vertex index="2318" x="41.484" y="38.1474" z="44.3914" />
+      <vertex index="2319" x="41.9092" y="38.5497" z="45.0024" />
+      <vertex index="2320" x="58.4658" y="49.8876" z="13.9252" />
+      <vertex index="2321" x="58.4055" y="49.2796" z="13.4291" />
+      <vertex index="2322" x="52.5651" y="40.0607" z="35.5564" />
+      <vertex index="2323" x="56.0393" y="50.0849" z="9.76813" />
+      <vertex index="2324" x="54.6754" y="41.5583" z="46.8111" />
+      <vertex index="2325" x="54.6634" y="41.7473" z="47.4576" />
+      <vertex index="2326" x="57.1671" y="45.2622" z="29.3255" />
+      <vertex index="2327" x="57.7054" y="44.7132" z="29.643" />
+      <vertex index="2328" x="57.4864" y="44.6547" z="28.832" />
+      <vertex index="2329" x="41.2062" y="36.1927" z="44.8106" />
+      <vertex index="2330" x="50.0661" y="40.7986" z="33.239" />
+      <vertex index="2331" x="57.0669" y="41.0432" z="34.9049" />
+      <vertex index="2332" x="56.8499" y="40.9842" z="35.6187" />
+      <vertex index="2333" x="56.5083" y="40.5242" z="35.0382" />
+      <vertex index="2334" x="58.1178" y="48.529" z="15.994" />
+      <vertex index="2335" x="57.9826" y="43.6921" z="34.4236" />
+      <vertex index="2336" x="57.8986" y="43.6551" z="35.3498" />
+      <vertex index="2337" x="54.187" y="43.1355" z="28.8106" />
+      <vertex index="2338" x="47.2191" y="41.7047" z="35.2213" />
+      <vertex index="2339" x="46.0827" y="40.5796" z="38.7784" />
+      <vertex index="2340" x="46.5377" y="40.9836" z="38.2827" />
+      <vertex index="2341" x="43.7764" y="36.3228" z="44.4681" />
+      <vertex index="2342" x="57.5902" y="44.1054" z="36.6693" />
+      <vertex index="2343" x="58.2648" y="49.1495" z="15.3764" />
+      <vertex index="2344" x="55.7546" y="52.2788" z="5.72621" />
+      <vertex index="2345" x="54.8559" y="45.8215" z="23.1894" />
+      <vertex index="2346" x="55.1258" y="46.8222" z="19.8113" />
+      <vertex index="2347" x="55.1607" y="46.3975" z="20.567" />
+      <vertex index="2348" x="57.9013" y="42.9737" z="31.1605" />
+      <vertex index="2349" x="57.5688" y="42.9645" z="30.4416" />
+      <vertex index="2350" x="58.1615" y="43.5324" z="30.7193" />
+      <vertex index="2351" x="47.3754" y="39.7015" z="40.6017" />
+      <vertex index="2352" x="43.7386" y="37.6531" z="45.7971" />
+      <vertex index="2353" x="51.1133" y="42.873" z="32.2153" />
+      <vertex index="2354" x="56.9534" y="44.0403" z="39.003" />
+      <vertex index="2355" x="56.683" y="43.7546" z="39.6668" />
+      <vertex index="2356" x="57.6986" y="48.2791" z="19.3449" />
+      <vertex index="2357" x="57.0492" y="47.3518" z="22.6835" />
+      <vertex index="2358" x="56.8103" y="45.7899" z="31.6458" />
+      <vertex index="2359" x="56.1888" y="46.1822" z="31.3986" />
+      <vertex index="2360" x="56.3599" y="46.1677" z="32.1842" />
+      <vertex index="2361" x="57.6515" y="45.076" z="38.206" />
+      <vertex index="2362" x="58.4885" y="45.2182" z="37.8818" />
+      <vertex index="2363" x="51.5729" y="41.0525" z="34.9304" />
+      <vertex index="2364" x="57.5757" y="52.4246" z="11.2675" />
+      <vertex index="2365" x="53.4082" y="40.0159" z="33.8351" />
+      <vertex index="2366" x="47.4158" y="38.3706" z="40.8576" />
+      <vertex index="2367" x="48.0445" y="39.4513" z="35.7113" />
+      <vertex index="2368" x="56.4291" y="43.5938" z="40.425" />
+      <vertex index="2369" x="57.3296" y="49.3506" z="18.2696" />
+      <vertex index="2370" x="57.7697" y="48.6564" z="18.5709" />
+      <vertex index="2371" x="57.6035" y="44.0236" z="29.2496" />
+      <vertex index="2372" x="45.8247" y="37.5739" z="43.2667" />
+      <vertex index="2373" x="57.1558" y="41.223" z="41.6998" />
+      <vertex index="2374" x="58.1721" y="43.0578" z="43.8555" />
+      <vertex index="2375" x="57.9326" y="43.5843" z="43.3262" />
+      <vertex index="2376" x="54.2701" y="39.6386" z="37.7161" />
+      <vertex index="2377" x="53.6852" y="39.8116" z="34.5219" />
+      <vertex index="2378" x="53.1927" y="39.9886" z="35.1209" />
+      <vertex index="2379" x="44.4012" y="36.5459" z="43.2512" />
+      <vertex index="2380" x="44.6479" y="36.65" z="42.6169" />
+      <vertex index="2381" x="56.3918" y="43.7082" z="42.3274" />
+      <vertex index="2382" x="48.2171" y="40.9481" z="33.1075" />
+      <vertex index="2383" x="44.9378" y="36.8321" z="41.9124" />
+      <vertex index="2384" x="56.2588" y="45.8729" z="28.0711" />
+      <vertex index="2385" x="57.9803" y="44.1345" z="30.0809" />
+      <vertex index="2386" x="58.007" y="44.8183" z="30.3985" />
+      <vertex index="2387" x="57.7011" y="44.1457" z="41.9704" />
+      <vertex index="2388" x="58.3789" y="44.0617" z="41.5724" />
+      <vertex index="2389" x="56.1988" y="43.487" z="41.8164" />
+      <vertex index="2390" x="57.7971" y="44.9825" z="34.1864" />
+      <vertex index="2391" x="51.1656" y="41.0288" z="38.578" />
+      <vertex index="2392" x="51.6947" y="40.4848" z="38.8541" />
+      <vertex index="2393" x="59.533" y="44.8007" z="36.8348" />
+      <vertex index="2394" x="59.8253" y="44.3485" z="36.0951" />
+      <vertex index="2395" x="59.4456" y="45.0334" z="35.9012" />
+      <vertex index="2396" x="56.2546" y="45.2877" z="21.8021" />
+      <vertex index="2397" x="55.5261" y="45.4502" z="21.9435" />
+      <vertex index="2398" x="55.8228" y="45.6011" z="21.1794" />
+      <vertex index="2399" x="57.4491" y="41.9083" z="47.1376" />
+      <vertex index="2400" x="56.9484" y="43.3323" z="39.1342" />
+      <vertex index="2401" x="57.5141" y="42.7988" z="31.9078" />
+      <vertex index="2402" x="57.3218" y="42.2225" z="31.8141" />
+      <vertex index="2403" x="55.9632" y="45.0316" z="22.58" />
+      <vertex index="2404" x="57.1793" y="48.9647" z="19.144" />
+      <vertex index="2405" x="53.3747" y="45.5557" z="30.8056" />
+      <vertex index="2406" x="53.2997" y="46.0844" z="31.3157" />
+      <vertex index="2407" x="53.6479" y="46.048" z="30.7036" />
+      <vertex index="2408" x="54.6579" y="41.8311" z="48.7715" />
+      <vertex index="2409" x="54.3419" y="41.4285" z="49.4043" />
+      <vertex index="2410" x="54.928" y="42.0341" z="49.5509" />
+      <vertex index="2411" x="39.0313" y="38.2412" z="47.0245" />
+      <vertex index="2412" x="39.3845" y="37.7816" z="47.0826" />
+      <vertex index="2413" x="39.4821" y="38.4876" z="47.4978" />
+      <vertex index="2414" x="57.1876" y="43.6267" z="33.2554" />
+      <vertex index="2415" x="51.506" y="41.694" z="31.227" />
+      <vertex index="2416" x="38.734" y="37.6034" z="46.4763" />
+      <vertex index="2417" x="47.1824" y="38.857" z="41.4818" />
+      <vertex index="2418" x="53.7446" y="46.3292" z="37.1724" />
+      <vertex index="2419" x="53.8846" y="46.0933" z="37.9689" />
+      <vertex index="2420" x="55.266" y="45.2846" z="22.8027" />
+      <vertex index="2421" x="57.1265" y="46.0221" z="20.9174" />
+      <vertex index="2422" x="56.5196" y="45.6015" z="21.0453" />
+      <vertex index="2423" x="56.6843" y="45.8877" z="20.2981" />
+      <vertex index="2424" x="55.8458" y="40.0521" z="35.1515" />
+      <vertex index="2425" x="56.1251" y="40.2075" z="34.3915" />
+      <vertex index="2426" x="56.5539" y="43.3596" z="44.8133" />
+      <vertex index="2427" x="52.9841" y="46.2889" z="36.906" />
+      <vertex index="2428" x="53.0646" y="46.1582" z="37.6898" />
+      <vertex index="2429" x="50.9956" y="44.372" z="34.8548" />
+      <vertex index="2430" x="50.8981" y="43.7188" z="34.602" />
+      <vertex index="2431" x="50.6922" y="43.8986" z="35.3258" />
+      <vertex index="2432" x="59.2841" y="45.2435" z="34.963" />
+      <vertex index="2433" x="59.7474" y="44.5428" z="35.2907" />
+      <vertex index="2434" x="59.6686" y="44.674" z="34.5068" />
+      <vertex index="2435" x="59.8838" y="43.7689" z="35.5654" />
+      <vertex index="2436" x="45.4765" y="39.7032" z="39.1331" />
+      <vertex index="2437" x="45.749" y="40.2133" z="39.1368" />
+      <vertex index="2438" x="53.2444" y="39.7601" z="35.8713" />
+      <vertex index="2439" x="53.9449" y="39.6729" z="36.2963" />
+      <vertex index="2440" x="59.6852" y="43.2835" z="38.6923" />
+      <vertex index="2441" x="48.0801" y="40.4465" z="33.8385" />
+      <vertex index="2442" x="54.6004" y="45.2689" z="28.9701" />
+      <vertex index="2443" x="56.4224" y="42.4582" z="29.7491" />
+      <vertex index="2444" x="55.8672" y="41.961" z="29.7723" />
+      <vertex index="2445" x="56.0158" y="42.9728" z="41.6016" />
+      <vertex index="2446" x="57.3873" y="46.2346" z="23.7674" />
+      <vertex index="2447" x="52.2818" y="42.1533" z="29.8185" />
+      <vertex index="2448" x="57.3723" y="44.8002" z="39.1137" />
+      <vertex index="2449" x="57.1667" y="44.3846" z="38.2837" />
+      <vertex index="2450" x="48.9511" y="43.2772" z="32.7333" />
+      <vertex index="2451" x="58.7469" y="43.8934" z="31.4048" />
+      <vertex index="2452" x="56.7849" y="40.6591" z="34.3146" />
+      <vertex index="2453" x="43.0369" y="38.5896" z="43.032" />
+      <vertex index="2454" x="58.8676" y="45.5929" z="34.2235" />
+      <vertex index="2455" x="56.2714" y="51.295" z="13.7235" />
+      <vertex index="2456" x="55.6971" y="50.9851" z="13.2035" />
+      <vertex index="2457" x="55.7533" y="50.7495" z="14.0894" />
+      <vertex index="2458" x="57.2656" y="44.9746" z="25.8384" />
+      <vertex index="2459" x="57.0146" y="45.6746" z="21.8145" />
+      <vertex index="2460" x="56.6797" y="45.1709" z="22.5202" />
+      <vertex index="2461" x="59.7488" y="44.2034" z="34.1403" />
+      <vertex index="2462" x="47.056" y="38.1054" z="41.5029" />
+      <vertex index="2463" x="58.3334" y="42.0844" z="37.8128" />
+      <vertex index="2464" x="59.9143" y="43.7727" z="36.2311" />
+      <vertex index="2465" x="41.4697" y="36.0429" z="47.0994" />
+      <vertex index="2466" x="53.0481" y="42.0778" z="39.7688" />
+      <vertex index="2467" x="52.8068" y="41.6377" z="39.7315" />
+      <vertex index="2468" x="53.875" y="39.593" z="36.9859" />
+      <vertex index="2469" x="39.4105" y="36.0256" z="46.4228" />
+      <vertex index="2470" x="39.1287" y="36.3566" z="46.3115" />
+      <vertex index="2471" x="50.7637" y="42.3853" z="38.0977" />
+      <vertex index="2472" x="50.5093" y="42.6416" z="37.4062" />
+      <vertex index="2473" x="50.7262" y="41.7841" z="37.4195" />
+      <vertex index="2474" x="55.7266" y="40.7285" z="49.1283" />
+      <vertex index="2475" x="56.8867" y="41.1538" z="32.2279" />
+      <vertex index="2476" x="51.3705" y="40.5797" z="36.457" />
+      <vertex index="2477" x="52.6074" y="43.8384" z="28.8414" />
+      <vertex index="2478" x="51.996" y="43.3942" z="29.0593" />
+      <vertex index="2479" x="51.8747" y="44.1427" z="29.165" />
+      <vertex index="2480" x="46.6968" y="40.3816" z="35.6708" />
+      <vertex index="2481" x="46.3745" y="40.3764" z="36.4643" />
+      <vertex index="2482" x="46.6348" y="41.0207" z="36.1491" />
+      <vertex index="2483" x="56.9994" y="44.4247" z="25.7696" />
+      <vertex index="2484" x="57.0716" y="44.677" z="25.1839" />
+      <vertex index="2485" x="52.5022" y="44.5968" z="29.1773" />
+      <vertex index="2486" x="53.2534" y="44.3233" z="28.7815" />
+      <vertex index="2487" x="55.0177" y="47.5473" z="19.7835" />
+      <vertex index="2488" x="55.099" y="42.2207" z="29.5182" />
+      <vertex index="2489" x="39.344" y="37.052" z="46.7514" />
+      <vertex index="2490" x="57.7849" y="41.2248" z="43.9671" />
+      <vertex index="2491" x="55.7913" y="45.4276" z="37.7632" />
+      <vertex index="2492" x="55.9453" y="51.9185" z="11.0138" />
+      <vertex index="2493" x="57.9385" y="52.0591" z="11.8307" />
+      <vertex index="2494" x="58.3239" y="51.5194" z="12.2482" />
+      <vertex index="2495" x="58.4272" y="51.7299" z="11.5319" />
+      <vertex index="2496" x="51.2793" y="44.9072" z="34.4567" />
+      <vertex index="2497" x="51.1632" y="44.9466" z="35.1792" />
+      <vertex index="2498" x="52.6646" y="39.6499" z="37.9358" />
+      <vertex index="2499" x="58.3845" y="41.8339" z="43.102" />
+      <vertex index="2500" x="56.6745" y="46.3034" z="26.0765" />
+      <vertex index="2501" x="51.2423" y="41.7688" z="34.7368" />
+      <vertex index="2502" x="51.4943" y="42.1473" z="34.0616" />
+      <vertex index="2503" x="57.4198" y="46.207" z="23.0245" />
+      <vertex index="2504" x="44.6047" y="39.1262" z="40.8999" />
+      <vertex index="2505" x="50.6697" y="43.0654" z="35.1336" />
+      <vertex index="2506" x="54.9718" y="46.0352" z="22.1737" />
+      <vertex index="2507" x="42.123" y="37.5228" z="43.2864" />
+      <vertex index="2508" x="42.5122" y="36.8963" z="43.2129" />
+      <vertex index="2509" x="50.7883" y="44.2272" z="37.5576" />
+      <vertex index="2510" x="50.8481" y="43.6386" z="38.1682" />
+      <vertex index="2511" x="51.3347" y="44.4258" z="38.3651" />
+      <vertex index="2512" x="44.8215" y="37.4412" z="40.7068" />
+      <vertex index="2513" x="44.6422" y="37.9434" z="40.414" />
+      <vertex index="2514" x="57.7678" y="42.63" z="37.3736" />
+      <vertex index="2515" x="58.3176" y="43.7266" z="42.4243" />
+      <vertex index="2516" x="59.8847" y="44.0276" z="36.7928" />
+      <vertex index="2517" x="54.5027" y="41.5434" z="48.0514" />
+      <vertex index="2518" x="54.3555" y="41.1576" z="48.6692" />
+      <vertex index="2519" x="55.6909" y="52.1193" z="7.34514" />
+      <vertex index="2520" x="55.75" y="51.4206" z="11.7072" />
+      <vertex index="2521" x="51.1472" y="42.276" z="38.7458" />
+      <vertex index="2522" x="51.2449" y="41.6421" z="38.8841" />
+      <vertex index="2523" x="54.052" y="43.8012" z="40.1957" />
+      <vertex index="2524" x="54.0882" y="44.6451" z="39.8647" />
+      <vertex index="2525" x="53.2674" y="44.1452" z="39.792" />
+      <vertex index="2526" x="57.4276" y="49.3017" z="10.4002" />
+      <vertex index="2527" x="55.5896" y="46.22" z="19.952" />
+      <vertex index="2528" x="55.5005" y="46.6403" z="19.1736" />
+      <vertex index="2529" x="40.4712" y="38.4386" z="46.833" />
+      <vertex index="2530" x="57.8059" y="49.789" z="9.27032" />
+      <vertex index="2531" x="58.7153" y="50.3836" z="11.7444" />
+      <vertex index="2532" x="58.5316" y="49.6896" z="11.8696" />
+      <vertex index="2533" x="47.3864" y="41.1338" z="38.5101" />
+      <vertex index="2534" x="51.2135" y="43.5714" z="33.913" />
+      <vertex index="2535" x="47.4119" y="40.7594" z="34.3196" />
+      <vertex index="2536" x="42.2684" y="36.5535" z="46.9497" />
+      <vertex index="2537" x="41.6593" y="36.6978" z="47.5986" />
+      <vertex index="2538" x="52.7626" y="43.0624" z="29.0272" />
+      <vertex index="2539" x="52.125" y="42.6838" z="29.3174" />
+      <vertex index="2540" x="56.3767" y="40.5353" z="44.2831" />
+      <vertex index="2541" x="56.623" y="40.7447" z="43.5193" />
+      <vertex index="2542" x="39.7265" y="38.4024" z="46.8791" />
+      <vertex index="2543" x="57.0975" y="51.611" z="3.81734" />
+      <vertex index="2544" x="56.5847" y="51.6129" z="4.62198" />
+      <vertex index="2545" x="56.1876" y="52.0868" z="4.0377" />
+      <vertex index="2546" x="43.4738" y="38.8989" z="43.5029" />
+      <vertex index="2547" x="52.9257" y="42.6796" z="39.7173" />
+      <vertex index="2548" x="56.0331" y="45.7904" z="20.4667" />
+      <vertex index="2549" x="49.2166" y="40.5048" z="36.4717" />
+      <vertex index="2550" x="48.9236" y="40.8676" z="37.1156" />
+      <vertex index="2551" x="49.0036" y="40.0583" z="37.0865" />
+      <vertex index="2552" x="41.1526" y="38.4118" z="45.2417" />
+      <vertex index="2553" x="57.1512" y="44.5328" z="26.4049" />
+      <vertex index="2554" x="53.555" y="42.7568" z="29.1352" />
+      <vertex index="2555" x="53.4042" y="43.5076" z="28.8134" />
+      <vertex index="2556" x="51.0004" y="42.4904" z="34.5454" />
+      <vertex index="2557" x="58.0888" y="51.7594" z="3.85565" />
+      <vertex index="2558" x="57.8622" y="52.2543" z="4.13336" />
+      <vertex index="2559" x="46.7947" y="38.5262" z="42.1736" />
+      <vertex index="2560" x="57.7966" y="45.3918" z="30.7691" />
+      <vertex index="2561" x="57.4976" y="45.2435" z="30.1002" />
+      <vertex index="2562" x="57.1747" y="45.6478" z="30.5324" />
+      <vertex index="2563" x="57.2032" y="52.2076" z="11.9531" />
+      <vertex index="2564" x="57.5905" y="51.8473" z="12.7134" />
+      <vertex index="2565" x="52.3723" y="46.0154" z="37.2958" />
+      <vertex index="2566" x="57.2352" y="42.9182" z="38.6253" />
+      <vertex index="2567" x="56.83" y="50.0776" z="17.0701" />
+      <vertex index="2568" x="57.3559" y="44.0049" z="37.5584" />
+      <vertex index="2569" x="51.4634" y="44.4795" z="31.0493" />
+      <vertex index="2570" x="55.3797" y="45.4826" z="38.2917" />
+      <vertex index="2571" x="53.7349" y="42.1754" z="29.6722" />
+      <vertex index="2572" x="54.3359" y="42.4886" z="29.3024" />
+      <vertex index="2573" x="54.523" y="42.0169" z="29.8823" />
+      <vertex index="2574" x="54.863" y="44.9239" z="39.5078" />
+      <vertex index="2575" x="43.1527" y="36.1879" z="44.1087" />
+      <vertex index="2576" x="48.6296" y="39.547" z="36.1479" />
+      <vertex index="2577" x="55.2225" y="41.6491" z="30.0173" />
+      <vertex index="2578" x="55.9635" y="41.4854" z="30.4171" />
+      <vertex index="2579" x="55.2895" y="41.1277" z="30.683" />
+      <vertex index="2580" x="57.3071" y="42.9302" z="32.4762" />
+      <vertex index="2581" x="53.8773" y="40.5522" z="32.1573" />
+      <vertex index="2582" x="54.6821" y="40.8683" z="46.74" />
+      <vertex index="2583" x="42.3535" y="36.3854" z="43.8804" />
+      <vertex index="2584" x="41.8931" y="36.9809" z="43.689" />
+      <vertex index="2585" x="51.1656" y="44.2717" z="34.1246" />
+      <vertex index="2586" x="59.2688" y="44.8657" z="37.7498" />
+      <vertex index="2587" x="50.1695" y="42.9637" z="33.2315" />
+      <vertex index="2588" x="54.4827" y="39.9468" z="49.0062" />
+      <vertex index="2589" x="55.3526" y="39.9848" z="48.9491" />
+      <vertex index="2590" x="58.4774" y="52.7498" z="4.35575" />
+      <vertex index="2591" x="56.328" y="50.8179" z="15.1188" />
+      <vertex index="2592" x="57.1456" y="52.664" z="10.711" />
+      <vertex index="2593" x="56.8605" y="39.9466" z="48.2854" />
+      <vertex index="2594" x="55.1168" y="39.9488" z="37.4338" />
+      <vertex index="2595" x="55.7779" y="40.2896" z="37.1883" />
+      <vertex index="2596" x="55.7095" y="40.3052" z="37.9132" />
+      <vertex index="2597" x="57.1627" y="43.6389" z="38.4043" />
+      <vertex index="2598" x="55.2763" y="45.9701" z="21.2908" />
+      <vertex index="2599" x="51.1618" y="42.2225" z="32.3814" />
+      <vertex index="2600" x="57.2178" y="41.251" z="48.6089" />
+      <vertex index="2601" x="47.2946" y="38.688" z="37.2342" />
+      <vertex index="2602" x="56.1171" y="49.9197" z="17.258" />
+      <vertex index="2603" x="52.2069" y="44.0959" z="31.8007" />
+      <vertex index="2604" x="50.6592" y="42.6827" z="29.8252" />
+      <vertex index="2605" x="49.8132" y="42.6141" z="30.3875" />
+      <vertex index="2606" x="45.1703" y="38.9605" z="39.2862" />
+      <vertex index="2607" x="44.1986" y="36.7949" z="42.0703" />
+      <vertex index="2608" x="51.4402" y="43.6792" z="29.2941" />
+      <vertex index="2609" x="51.3877" y="43.0531" z="29.3734" />
+      <vertex index="2610" x="49.8211" y="40.7856" z="34.5929" />
+      <vertex index="2611" x="46.1395" y="38.7631" z="42.6938" />
+      <vertex index="2612" x="58.9892" y="51.8506" z="7.00515" />
+      <vertex index="2613" x="50.5172" y="43.4083" z="37.4453" />
+      <vertex index="2614" x="55.2125" y="49.0213" z="15.7077" />
+      <vertex index="2615" x="55.2396" y="48.2315" z="19.785" />
+      <vertex index="2616" x="48.0401" y="40.6723" z="38.857" />
+      <vertex index="2617" x="56.5519" y="42.3364" z="48.1195" />
+      <vertex index="2618" x="57.8025" y="44.4522" z="34.9017" />
+      <vertex index="2619" x="39.9462" y="36.0493" z="45.9896" />
+      <vertex index="2620" x="55.7743" y="50.338" z="15.3314" />
+      <vertex index="2621" x="55.3665" y="49.6906" z="15.5175" />
+      <vertex index="2622" x="57.0437" y="52.5039" z="4.25088" />
+      <vertex index="2623" x="57.7757" y="52.986" z="4.46661" />
+      <vertex index="2624" x="57.0659" y="53.3091" z="4.61702" />
+      <vertex index="2625" x="44.4948" y="37.1494" z="41.3911" />
+      <vertex index="2626" x="44.5725" y="36.6254" z="43.9818" />
+      <vertex index="2627" x="53.9574" y="41.0537" z="31.4889" />
+      <vertex index="2628" x="51.6787" y="45.4134" z="34.1222" />
+      <vertex index="2629" x="51.4907" y="44.8517" z="33.6929" />
+      <vertex index="2630" x="57.6285" y="43.3728" z="37.0337" />
+      <vertex index="2631" x="57.5816" y="51.4635" z="13.5703" />
+      <vertex index="2632" x="56.8834" y="51.6679" z="13.3303" />
+      <vertex index="2633" x="56.9286" y="51.3644" z="14.0444" />
+      <vertex index="2634" x="51.8287" y="44.7654" z="32.9425" />
+      <vertex index="2635" x="51.9667" y="39.9611" z="37.586" />
+      <vertex index="2636" x="58.8093" y="50.7386" z="10.9584" />
+      <vertex index="2637" x="58.5962" y="49.9707" z="11.1099" />
+      <vertex index="2638" x="58.6318" y="50.3023" z="10.3317" />
+      <vertex index="2639" x="58.1717" y="49.5767" z="10.5364" />
+      <vertex index="2640" x="58.5115" y="43.0999" z="43.0691" />
+      <vertex index="2641" x="55.5421" y="49.0454" z="18.5751" />
+      <vertex index="2642" x="57.0208" y="41.6289" z="31.6288" />
+      <vertex index="2643" x="56.4504" y="41.1264" z="31.5528" />
+      <vertex index="2644" x="43.6852" y="38.1545" z="45.3875" />
+      <vertex index="2645" x="58.9538" y="44.8364" z="38.5628" />
+      <vertex index="2646" x="58.9743" y="45.2001" z="37.2059" />
+      <vertex index="2647" x="58.6819" y="52.34" z="9.5808" />
+      <vertex index="2648" x="44.2468" y="36.7906" z="44.9165" />
+      <vertex index="2649" x="58.7088" y="51.1425" z="11.6481" />
+      <vertex index="2650" x="56.2564" y="50.994" z="6.9937" />
+      <vertex index="2651" x="55.0261" y="46.6765" z="34.0787" />
+      <vertex index="2652" x="55.0763" y="46.7546" z="33.2102" />
+      <vertex index="2653" x="54.4146" y="46.7356" z="33.6043" />
+      <vertex index="2654" x="58.1798" y="51.2619" z="13.0829" />
+      <vertex index="2655" x="48.2052" y="39.743" z="34.9789" />
+      <vertex index="2656" x="48.7593" y="39.8053" z="35.4142" />
+      <vertex index="2657" x="56.7068" y="51.9075" z="12.5959" />
+      <vertex index="2658" x="51.2958" y="44.9468" z="37.5928" />
+      <vertex index="2659" x="55.3385" y="47.6349" z="21.9616" />
+      <vertex index="2660" x="57.2329" y="40.5381" z="48.4513" />
+      <vertex index="2661" x="53.5256" y="46.4663" z="32.025" />
+      <vertex index="2662" x="52.7708" y="45.9506" z="32.0974" />
+      <vertex index="2663" x="54.6852" y="45.8942" z="38.1703" />
+      <vertex index="2664" x="54.8107" y="45.4774" z="38.8744" />
+      <vertex index="2665" x="58.8773" y="51.0563" z="10.1453" />
+      <vertex index="2666" x="58.7403" y="51.6122" z="10.8126" />
+      <vertex index="2667" x="56.3194" y="51.0513" z="14.4249" />
+      <vertex index="2668" x="57.5894" y="41.3791" z="41.0037" />
+      <vertex index="2669" x="58.2219" y="45.0546" z="38.8264" />
+      <vertex index="2670" x="56.6651" y="45.8014" z="30.9661" />
+      <vertex index="2671" x="56.522" y="45.7534" z="30.2812" />
+      <vertex index="2672" x="58.9395" y="51.2899" z="9.32568" />
+      <vertex index="2673" x="58.7054" y="50.5917" z="9.54813" />
+      <vertex index="2674" x="57.2184" y="45.6139" z="22.7016" />
+      <vertex index="2675" x="57.9135" y="48.0027" z="16.4583" />
+      <vertex index="2676" x="55.8087" y="43.5919" z="39.3724" />
+      <vertex index="2677" x="55.4796" y="44.3216" z="39.4894" />
+      <vertex index="2678" x="59.8769" y="43.3751" z="36.6466" />
+      <vertex index="2679" x="50.9682" y="41.6856" z="38.2665" />
+      <vertex index="2680" x="56.0262" y="41.1888" z="30.9958" />
+      <vertex index="2681" x="56.5718" y="41.5253" z="30.9695" />
+      <vertex index="2682" x="57.1918" y="43.7368" z="43.5174" />
+      <vertex index="2683" x="56.5047" y="43.6167" z="43.6461" />
+      <vertex index="2684" x="57.8934" y="47.9713" z="18.7833" />
+      <vertex index="2685" x="55.8771" y="43.1646" z="43.8561" />
+      <vertex index="2686" x="55.6476" y="46.6013" z="31.8632" />
+      <vertex index="2687" x="55.7609" y="46.6251" z="32.6994" />
+      <vertex index="2688" x="59.0798" y="53.2769" z="4.56787" />
+      <vertex index="2689" x="52.2779" y="44.6548" z="32.2301" />
+      <vertex index="2690" x="52.2335" y="45.352" z="32.5408" />
+      <vertex index="2691" x="43.8351" y="36.3622" z="43.6573" />
+      <vertex index="2692" x="50.6418" y="43.0147" z="37.9658" />
+      <vertex index="2693" x="52.0432" y="39.9284" z="38.4056" />
+      <vertex index="2694" x="58.0319" y="44.8372" z="39.6694" />
+      <vertex index="2695" x="58.484" y="42.426" z="43.5113" />
+      <vertex index="2696" x="55.1047" y="48.4772" z="18.438" />
+      <vertex index="2697" x="40.6619" y="35.7578" z="46.1379" />
+      <vertex index="2698" x="59.6205" y="42.8447" z="37.0835" />
+      <vertex index="2699" x="48.8354" y="40.3683" z="37.7695" />
+      <vertex index="2700" x="56.2784" y="51.5425" z="13.0909" />
+      <vertex index="2701" x="41.5877" y="37.5988" z="43.8312" />
+      <vertex index="2702" x="42.061" y="38.1012" z="43.6845" />
+      <vertex index="2703" x="48.273" y="39.0298" z="38.8732" />
+      <vertex index="2704" x="49.3895" y="43.091" z="33.5931" />
+      <vertex index="2705" x="51.0021" y="41.0283" z="37.7683" />
+      <vertex index="2706" x="52.7512" y="43.4165" z="39.5814" />
+      <vertex index="2707" x="54.8714" y="40.7021" z="49.1598" />
+      <vertex index="2708" x="56.4796" y="41.1534" z="37.8333" />
+      <vertex index="2709" x="56.4525" y="41.5681" z="38.3191" />
+      <vertex index="2710" x="56.154" y="40.8699" z="38.2591" />
+      <vertex index="2711" x="55.9539" y="40.2955" z="32.9062" />
+      <vertex index="2712" x="55.0112" y="46.778" z="32.366" />
+      <vertex index="2713" x="55.5382" y="50.6041" z="10.7603" />
+      <vertex index="2714" x="56.3431" y="54.3367" z="5.07371" />
+      <vertex index="2715" x="56.322" y="52.9214" z="4.44425" />
+      <vertex index="2716" x="56.127" y="42.2655" z="48.8498" />
+      <vertex index="2717" x="55.3356" y="42.3018" z="48.8503" />
+      <vertex index="2718" x="55.7477" y="42.2163" z="49.5435" />
+      <vertex index="2719" x="43.8579" y="36.5653" z="42.8152" />
+      <vertex index="2720" x="58.1727" y="43.4453" z="33.7149" />
+      <vertex index="2721" x="51.7158" y="44.1005" z="31.5259" />
+      <vertex index="2722" x="58.2918" y="49.0228" z="14.3936" />
+      <vertex index="2723" x="55.2932" y="39.9805" z="36.6628" />
+      <vertex index="2724" x="57.2585" y="42.4423" z="35.6109" />
+      <vertex index="2725" x="57.098" y="43.3257" z="35.3401" />
+      <vertex index="2726" x="56.9852" y="43.1449" z="36.192" />
+      <vertex index="2727" x="59.0533" y="45.2961" z="33.4506" />
+      <vertex index="2728" x="46.5234" y="38.9468" z="37.3261" />
+      <vertex index="2729" x="56.795" y="41.8775" z="48.7496" />
+      <vertex index="2730" x="56.4555" y="41.8996" z="49.4358" />
+      <vertex index="2731" x="40.1046" y="38.3363" z="46.2292" />
+      <vertex index="2732" x="40.7132" y="37.8944" z="44.8886" />
+      <vertex index="2733" x="41.0325" y="37.4948" z="44.3199" />
+      <vertex index="2734" x="40.4528" y="37.1834" z="44.7889" />
+      <vertex index="2735" x="48.1031" y="41.0318" z="38.2711" />
+      <vertex index="2736" x="57.4939" y="43.9623" z="42.7675" />
+      <vertex index="2737" x="50.7947" y="42.647" z="32.8729" />
+      <vertex index="2738" x="51.9192" y="45.3985" z="33.3647" />
+      <vertex index="2739" x="52.4217" y="45.9616" z="33.0942" />
+      <vertex index="2740" x="56.9564" y="51.0691" z="14.7377" />
+      <vertex index="2741" x="57.4482" y="43.1621" z="37.8616" />
+      <vertex index="2742" x="46.0017" y="37.3175" z="42.4646" />
+      <vertex index="2743" x="46.3098" y="37.2628" z="41.6245" />
+      <vertex index="2744" x="56.7585" y="43.8178" z="42.9275" />
+      <vertex index="2745" x="56.9954" y="44.0229" z="42.2061" />
+      <vertex index="2746" x="40.7364" y="37.6905" z="48.3026" />
+      <vertex index="2747" x="40.6822" y="38.2125" z="47.5079" />
+      <vertex index="2748" x="40.1507" y="38.2723" z="47.9965" />
+      <vertex index="2749" x="49.6854" y="41.8983" z="34.7143" />
+      <vertex index="2750" x="53.2402" y="45.2345" z="30.0761" />
+      <vertex index="2751" x="52.7411" y="45.0174" z="30.7885" />
+      <vertex index="2752" x="57.8377" y="49.5551" z="9.90263" />
+      <vertex index="2753" x="42.5322" y="38.071" z="43.0845" />
+      <vertex index="2754" x="58.1887" y="51.4554" z="4.78041" />
+      <vertex index="2755" x="57.4095" y="51.3423" z="4.54202" />
+      <vertex index="2756" x="57.629" y="47.3914" z="20.7814" />
+      <vertex index="2757" x="57.3712" y="40.7556" z="46.4974" />
+      <vertex index="2758" x="51.4149" y="40.3609" z="38.0883" />
+      <vertex index="2759" x="58.3824" y="54.1788" z="5.6377" />
+      <vertex index="2760" x="58.7126" y="54.0848" z="4.93979" />
+      <vertex index="2761" x="49.4619" y="40.6899" z="32.8884" />
+      <vertex index="2762" x="46.9409" y="37.915" z="39.1896" />
+      <vertex index="2763" x="47.4846" y="38.0799" z="39.536" />
+      <vertex index="2764" x="47.0157" y="37.8324" z="39.7835" />
+      <vertex index="2765" x="43.1189" y="36.4255" z="43.3434" />
+      <vertex index="2766" x="51.5528" y="42.8837" z="39.0852" />
+      <vertex index="2767" x="47.4586" y="40.6642" z="39.4048" />
+      <vertex index="2768" x="56.6057" y="42.9774" z="37.804" />
+      <vertex index="2769" x="56.3518" y="43.5871" z="38.2335" />
+      <vertex index="2770" x="56.3595" y="42.8971" z="38.5184" />
+      <vertex index="2771" x="56.1217" y="49.7943" z="10.3045" />
+      <vertex index="2772" x="43.1493" y="38.7706" z="44.2059" />
+      <vertex index="2773" x="40.4204" y="38.184" z="45.5565" />
+      <vertex index="2774" x="40.0375" y="37.6005" z="45.2974" />
+      <vertex index="2775" x="56.2599" y="40.421" z="35.7924" />
+      <vertex index="2776" x="57.1873" y="41.783" z="47.9306" />
+      <vertex index="2777" x="56.9005" y="41.6524" z="36.9354" />
+      <vertex index="2778" x="56.8577" y="42.3447" z="37.3799" />
+      <vertex index="2779" x="56.6931" y="41.6735" z="37.6541" />
+      <vertex index="2780" x="43.6299" y="36.9633" z="42.2634" />
+      <vertex index="2781" x="55.558" y="39.9662" z="35.9165" />
+      <vertex index="2782" x="48.4905" y="40.5799" z="38.3357" />
+      <vertex index="2783" x="56.8941" y="47.7706" z="22.0221" />
+      <vertex index="2784" x="54.5397" y="39.7537" z="36.8592" />
+      <vertex index="2785" x="54.7441" y="39.7483" z="36.0641" />
+      <vertex index="2786" x="49.4487" y="40.8656" z="35.7447" />
+      <vertex index="2787" x="49.7311" y="41.1603" z="35.0431" />
+      <vertex index="2788" x="49.3267" y="41.6874" z="35.4251" />
+      <vertex index="2789" x="58.9451" y="53.5174" z="5.35457" />
+      <vertex index="2790" x="48.8385" y="40.8993" z="32.6031" />
+      <vertex index="2791" x="54.1386" y="45.2918" z="39.3277" />
+      <vertex index="2792" x="47.3469" y="39.8041" z="35.373" />
+      <vertex index="2793" x="57.599" y="50.7691" z="14.9455" />
+      <vertex index="2794" x="58.3517" y="41.7972" z="39.6068" />
+      <vertex index="2795" x="58.9196" y="42.1313" z="39.2881" />
+      <vertex index="2796" x="57.7537" y="45.6442" z="33.1048" />
+      <vertex index="2797" x="58.957" y="45.3196" z="36.5018" />
+      <vertex index="2798" x="43.1433" y="36.9017" z="42.6996" />
+      <vertex index="2799" x="46.7186" y="38.4559" z="37.825" />
+      <vertex index="2800" x="46.9837" y="41.3941" z="37.5473" />
+      <vertex index="2801" x="46.3863" y="40.9163" z="37.6073" />
+      <vertex index="2802" x="55.7199" y="50.3153" z="10.2443" />
+      <vertex index="2803" x="56.1939" y="49.4767" z="10.9823" />
+      <vertex index="2804" x="57.1123" y="41.6293" z="36.111" />
+      <vertex index="2805" x="56.6499" y="40.8924" z="36.4854" />
+      <vertex index="2806" x="41.6077" y="38.5081" z="45.6328" />
+      <vertex index="2807" x="58.1658" y="49.369" z="11.3833" />
+      <vertex index="2808" x="47.6881" y="40.1269" z="34.5768" />
+      <vertex index="2809" x="54.0442" y="45.7702" z="38.7128" />
+      <vertex index="2810" x="53.5381" y="45.4637" z="39.0892" />
+      <vertex index="2811" x="56.2465" y="49.1004" z="11.8092" />
+      <vertex index="2812" x="55.69" y="49.7428" z="11.5948" />
+      <vertex index="2813" x="49.5464" y="42.5195" z="34.2554" />
+      <vertex index="2814" x="57.0697" y="42.3873" z="36.5641" />
+      <vertex index="2815" x="51.3853" y="43.6326" z="38.8019" />
+      <vertex index="2816" x="50.9577" y="42.9808" z="38.5558" />
+      <vertex index="2817" x="58.859" y="51.7874" z="9.88306" />
+      <vertex index="2818" x="47.4619" y="38.4006" z="38.0055" />
+      <vertex index="2819" x="46.8547" y="38.1227" z="38.475" />
+      <vertex index="2820" x="54.2487" y="40.6411" z="49.2163" />
+      <vertex index="2821" x="54.0125" y="41.808" z="30.3025" />
+      <vertex index="2822" x="58.9072" y="51.9732" z="9.11402" />
+      <vertex index="2823" x="57.6773" y="47.0592" z="20.0474" />
+      <vertex index="2824" x="55.6808" y="51.8443" z="9.36165" />
+      <vertex index="2825" x="59.0441" y="52.9367" z="5.87096" />
+      <vertex index="2826" x="59.0277" y="52.6254" z="5.05287" />
+      <vertex index="2827" x="55.8183" y="47.084" z="17.3719" />
+      <vertex index="2828" x="52.2449" y="40.1514" z="39.031" />
+      <vertex index="2829" x="52.3731" y="45.749" z="38.0327" />
+      <vertex index="2830" x="50.4921" y="42.2363" z="36.7017" />
+      <vertex index="2831" x="56.3499" y="44.3144" z="37.9282" />
+      <vertex index="2832" x="56.5689" y="43.6839" z="37.4769" />
+      <vertex index="2833" x="46.5114" y="40.9868" z="36.9286" />
+      <vertex index="2834" x="57.6822" y="41.8973" z="46.4208" />
+      <vertex index="2835" x="55.9652" y="44.9536" z="38.2403" />
+      <vertex index="2836" x="57.8488" y="41.4176" z="45.3255" />
+      <vertex index="2837" x="48.4085" y="41.4595" z="37.0457" />
+      <vertex index="2838" x="48.4972" y="41.0058" z="37.7409" />
+      <vertex index="2839" x="50.519" y="42.6272" z="35.9628" />
+      <vertex index="2840" x="56.0602" y="44.1969" z="38.769" />
+      <vertex index="2841" x="58.0949" y="48.5625" z="16.9253" />
+      <vertex index="2842" x="57.7865" y="47.5456" z="19.3681" />
+      <vertex index="2843" x="56.6688" y="46.4649" z="18.5325" />
+      <vertex index="2844" x="56.4194" y="46.2176" z="19.1848" />
+      <vertex index="2845" x="39.8924" y="36.4096" z="46.9731" />
+      <vertex index="2846" x="55.6013" y="45.7735" z="28.0797" />
+      <vertex index="2847" x="55.376" y="45.5204" z="28.721" />
+      <vertex index="2848" x="55.9157" y="45.7552" z="28.5698" />
+      <vertex index="2849" x="50.9971" y="41.543" z="32.2995" />
+      <vertex index="2850" x="50.5878" y="41.1765" z="32.8088" />
+      <vertex index="2851" x="57.7132" y="41.3047" z="46.0822" />
+      <vertex index="2852" x="51.7954" y="45.1799" z="38.1936" />
+      <vertex index="2853" x="52.3764" y="45.3084" z="38.6809" />
+      <vertex index="2854" x="55.2743" y="41.453" z="49.3396" />
+      <vertex index="2855" x="56.5768" y="44.4031" z="37.151" />
+      <vertex index="2856" x="56.7591" y="43.7776" z="36.6926" />
+      <vertex index="2857" x="56.7205" y="44.502" z="36.3711" />
+      <vertex index="2858" x="55.607" y="51.2893" z="9.67287" />
+      <vertex index="2859" x="57.0965" y="48.8551" z="11.7096" />
+      <vertex index="2860" x="45.7478" y="38.5243" z="38.6784" />
+      <vertex index="2861" x="46.1114" y="38.7679" z="37.9866" />
+      <vertex index="2862" x="46.3014" y="38.3231" z="38.3554" />
+      <vertex index="2863" x="57.3538" y="45.7163" z="31.2201" />
+      <vertex index="2864" x="57.504" y="45.7793" z="31.9528" />
+      <vertex index="2865" x="58.0673" y="45.5604" z="31.4703" />
+      <vertex index="2866" x="45.8158" y="38.2881" z="43.3503" />
+      <vertex index="2867" x="46.3579" y="38.0248" z="42.7886" />
+      <vertex index="2868" x="56.5751" y="43.8942" z="41.6711" />
+      <vertex index="2869" x="55.2855" y="49.1205" z="14.9685" />
+      <vertex index="2870" x="55.6804" y="51.8396" z="8.59489" />
+      <vertex index="2871" x="54.2986" y="46.6407" z="34.3161" />
+      <vertex index="2872" x="57.6487" y="41.8662" z="34.2988" />
+      <vertex index="2873" x="57.6127" y="43.4538" z="29.8188" />
+      <vertex index="2874" x="57.0185" y="42.9255" z="29.7125" />
+      <vertex index="2875" x="57.1066" y="43.2993" z="28.8664" />
+      <vertex index="2876" x="56.9103" y="45.1044" z="34.3492" />
+      <vertex index="2877" x="56.9895" y="44.3772" z="34.2407" />
+      <vertex index="2878" x="55.8568" y="46.5272" z="33.6557" />
+      <vertex index="2879" x="58.6264" y="51.1647" z="6.91905" />
+      <vertex index="2880" x="58.7938" y="51.6158" z="6.13629" />
+      <vertex index="2881" x="46.5492" y="37.3639" z="40.9217" />
+      <vertex index="2882" x="47.3089" y="37.9992" z="40.2385" />
+      <vertex index="2883" x="58.0133" y="50.3278" z="15.0794" />
+      <vertex index="2884" x="58.3351" y="49.8349" z="14.8161" />
+      <vertex index="2885" x="45.4265" y="38.8421" z="43.1454" />
+      <vertex index="2886" x="49.1273" y="42.3274" z="34.9081" />
+      <vertex index="2887" x="56.996" y="42.5452" z="30.3918" />
+      <vertex index="2888" x="39.8165" y="37.9607" z="45.7999" />
+      <vertex index="2889" x="52.0493" y="43.5154" z="39.2401" />
+      <vertex index="2890" x="56.1267" y="41.4373" z="49.2971" />
+      <vertex index="2891" x="51.8163" y="45.5353" z="37.5161" />
+      <vertex index="2892" x="51.3826" y="40.4574" z="37.2659" />
+      <vertex index="2893" x="56.4341" y="46.2787" z="32.9818" />
+      <vertex index="2894" x="56.3925" y="52.9128" z="9.21785" />
+      <vertex index="2895" x="55.989" y="48.9076" z="12.7542" />
+      <vertex index="2896" x="48.7924" y="43.0977" z="32.0155" />
+      <vertex index="2897" x="55.8839" y="51.683" z="6.51655" />
+      <vertex index="2898" x="44.8974" y="39.2078" z="42.8482" />
+      <vertex index="2899" x="53.5183" y="42.4081" z="39.9535" />
+      <vertex index="2900" x="57.7429" y="47.3793" z="18.6259" />
+      <vertex index="2901" x="56.2624" y="43.5258" z="41.1915" />
+      <vertex index="2902" x="59.6463" y="43.0687" z="35.6461" />
+      <vertex index="2903" x="49.6565" y="41.8985" z="30.8762" />
+      <vertex index="2904" x="46.1977" y="37.3681" z="40.3403" />
+      <vertex index="2905" x="48.9664" y="41.4185" z="36.2928" />
+      <vertex index="2906" x="55.4137" y="50.0467" z="14.6479" />
+      <vertex index="2907" x="55.5609" y="50.8507" z="12.3266" />
+      <vertex index="2908" x="56.6863" y="45.7688" z="34.3751" />
+      <vertex index="2909" x="56.7564" y="45.3527" z="35.1452" />
+      <vertex index="2910" x="58.2378" y="50.9759" z="6.2905" />
+      <vertex index="2911" x="41.4043" y="37.8703" z="47.4965" />
+      <vertex index="2912" x="56.0133" y="41.304" z="39.0176" />
+      <vertex index="2913" x="59.8399" y="43.3606" z="36.0777" />
+      <vertex index="2914" x="59.6088" y="42.9051" z="36.321" />
+      <vertex index="2915" x="56.8588" y="49.1082" z="11.0188" />
+      <vertex index="2916" x="57.0163" y="46.4017" z="19.1946" />
+      <vertex index="2917" x="56.8931" y="44.7064" z="34.8792" />
+      <vertex index="2918" x="56.0509" y="42.8688" z="39.1909" />
+      <vertex index="2919" x="56.3109" y="42.1788" z="38.8189" />
+      <vertex index="2920" x="46.7698" y="37.6049" z="41.4151" />
+      <vertex index="2921" x="47.0523" y="37.786" z="40.8843" />
+      <vertex index="2922" x="58.4648" y="49.4674" z="12.6075" />
+      <vertex index="2923" x="55.799" y="51.4135" z="7.46745" />
+      <vertex index="2924" x="59.5616" y="44.6947" z="33.7872" />
+      <vertex index="2925" x="51.0298" y="41.4127" z="35.4327" />
+      <vertex index="2926" x="52.6143" y="45.1546" z="31.7621" />
+      <vertex index="2927" x="52.2071" y="44.4912" z="31.2844" />
+      <vertex index="2928" x="57.8658" y="41.8646" z="45.8065" />
+      <vertex index="2929" x="52.5247" y="45.0557" z="29.8974" />
+      <vertex index="2930" x="51.842" y="44.6661" z="29.6983" />
+      <vertex index="2931" x="51.9676" y="44.8138" z="30.5296" />
+      <vertex index="2932" x="51.2574" y="44.5665" z="30.3026" />
+      <vertex index="2933" x="58.1231" y="49.1244" z="12.1135" />
+      <vertex index="2934" x="55.9261" y="49.53" z="18.0374" />
+      <vertex index="2935" x="59.2272" y="42.5901" z="35.8768" />
+      <vertex index="2936" x="55.0305" y="40.0014" z="38.2713" />
+      <vertex index="2937" x="57.5173" y="46.8839" z="19.2914" />
+      <vertex index="2938" x="45.4991" y="37.2696" z="40.452" />
+      <vertex index="2939" x="45.8116" y="37.6097" z="39.7758" />
+      <vertex index="2940" x="57.4333" y="46.205" z="22.2868" />
+      <vertex index="2941" x="54.4054" y="40.4841" z="48.4591" />
+      <vertex index="2942" x="47.095" y="41.1383" z="34.8284" />
+      <vertex index="2943" x="46.8443" y="41.0794" z="35.4205" />
+      <vertex index="2944" x="55.4502" y="49.4155" z="13.2192" />
+      <vertex index="2945" x="53.4147" y="43.2291" z="39.9643" />
+      <vertex index="2946" x="51.9078" y="44.8173" z="38.7216" />
+      <vertex index="2947" x="52.5129" y="44.1328" z="39.4185" />
+      <vertex index="2948" x="52.8835" y="44.6691" z="39.4637" />
+      <vertex index="2949" x="52.3652" y="44.7708" z="39.1417" />
+      <vertex index="2950" x="57.635" y="50.4126" z="15.6266" />
+      <vertex index="2951" x="49.4631" y="40.3643" z="35.1328" />
+      <vertex index="2952" x="51.4112" y="45.404" z="36.3689" />
+      <vertex index="2953" x="52.0402" y="45.9412" z="36.0385" />
+      <vertex index="2954" x="51.5188" y="45.4267" z="35.5932" />
+      <vertex index="2955" x="51.9855" y="45.8594" z="35.167" />
+      <vertex index="2956" x="58.3062" y="45.5365" z="36.2985" />
+      <vertex index="2957" x="58.6957" y="53.6594" z="6.1252" />
+      <vertex index="2958" x="58.2434" y="41.7854" z="43.8111" />
+      <vertex index="2959" x="57.9747" y="41.4443" z="43.3754" />
+      <vertex index="2960" x="52.9167" y="42.3817" z="29.4515" />
+      <vertex index="2961" x="54.9862" y="45.6739" z="26.7473" />
+      <vertex index="2962" x="57.9754" y="48.6396" z="13.6818" />
+      <vertex index="2963" x="56.7787" y="40.9206" z="42.8164" />
+      <vertex index="2964" x="56.2785" y="46.0624" z="34.954" />
+      <vertex index="2965" x="55.6554" y="46.2622" z="35.4418" />
+      <vertex index="2966" x="56.2641" y="45.7943" z="35.7238" />
+      <vertex index="2967" x="56.822" y="43.0516" z="37.0265" />
+      <vertex index="2968" x="58.1568" y="50.587" z="14.366" />
+      <vertex index="2969" x="52.6228" y="40.32" z="34.9741" />
+      <vertex index="2970" x="52.0315" y="40.4882" z="35.2379" />
+      <vertex index="2971" x="57.3607" y="41.0184" z="47.9121" />
+      <vertex index="2972" x="54.3821" y="46.3806" z="36.5992" />
+      <vertex index="2973" x="58.2286" y="53.4559" z="7.96423" />
+      <vertex index="2974" x="55.0488" y="44.546" z="25.1994" />
+      <vertex index="2975" x="57.9954" y="42.2651" z="45.1798" />
+      <vertex index="2976" x="58.2437" y="42.372" z="44.2897" />
+      <vertex index="2977" x="58.815" y="45.4901" z="35.7144" />
+      <vertex index="2978" x="45.6402" y="40.0463" z="39.7193" />
+      <vertex index="2979" x="57.4314" y="46.3513" z="21.5589" />
+      <vertex index="2980" x="54.2626" y="46.7093" z="32.0912" />
+      <vertex index="2981" x="56.8489" y="44.6278" z="35.5735" />
+      <vertex index="2982" x="56.248" y="46.2382" z="34.266" />
+      <vertex index="2983" x="56.5666" y="46.0967" z="33.7108" />
+      <vertex index="2984" x="56.2808" y="54.1259" z="5.38406" />
+      <vertex index="2985" x="56.7344" y="46.1203" z="19.6811" />
+      <vertex index="2986" x="55.0452" y="47.9943" z="19.095" />
+      <vertex index="2987" x="58.8554" y="43.5485" z="41.6742" />
+      <vertex index="2988" x="45.1545" y="37.7702" z="40.0881" />
+      <vertex index="2989" x="57.5928" y="50.7088" z="6.45531" />
+      <vertex index="2990" x="57.1969" y="50.8865" z="5.90427" />
+      <vertex index="2991" x="41.5858" y="36.5596" z="44.1611" />
+      <vertex index="2992" x="41.3641" y="37.071" z="44.0195" />
+      <vertex index="2993" x="56.9239" y="53.3122" z="8.77488" />
+      <vertex index="2994" x="55.5321" y="50.5791" z="11.489" />
+      <vertex index="2995" x="57.4354" y="42.1355" z="34.8516" />
+      <vertex index="2996" x="57.4156" y="41.5345" z="34.7564" />
+      <vertex index="2997" x="58.3462" y="45.0016" z="31.0809" />
+      <vertex index="2998" x="56.1524" y="43.4376" z="38.8384" />
+      <vertex index="2999" x="55.7208" y="40.7914" z="31.4323" />
+      <vertex index="3000" x="50.2972" y="41.3984" z="31.0662" />
+      <vertex index="3001" x="57.6385" y="42.4096" z="45.944" />
+      <vertex index="3002" x="57.6497" y="53.758" z="7.68175" />
+      <vertex index="3003" x="58.0749" y="41.6242" z="44.5649" />
+      <vertex index="3004" x="58.6402" y="45.1119" z="31.78" />
+      <vertex index="3005" x="58.7315" y="44.5661" z="31.4073" />
+      <vertex index="3006" x="56.5716" y="41.0985" z="37.26" />
+      <vertex index="3007" x="56.2566" y="40.6393" z="37.0088" />
+      <vertex index="3008" x="56.6443" y="45.2021" z="36.0355" />
+      <vertex index="3009" x="58.275" y="51.2579" z="5.56404" />
+      <vertex index="3010" x="57.6365" y="51.1074" z="5.28226" />
+      <vertex index="3011" x="57.2555" y="46.3531" z="20.0166" />
+      <vertex index="3012" x="56.5016" y="51.1135" z="6.10794" />
+      <vertex index="3013" x="58.0567" y="48.8748" z="12.8901" />
+      <vertex index="3014" x="53.8432" y="46.6503" z="33.2877" />
+      <vertex index="3015" x="54.3981" y="46.7456" z="32.8602" />
+      <vertex index="3016" x="53.8283" y="46.6332" z="32.6361" />
+      <vertex index="3017" x="56.2005" y="51.6043" z="5.48693" />
+      <vertex index="3018" x="56.8881" y="51.1993" z="5.2898" />
+      <vertex index="3019" x="52.9772" y="45.5521" z="31.3723" />
+      <vertex index="3020" x="44.8535" y="38.3545" z="39.9208" />
+      <vertex index="3021" x="44.8617" y="39.0334" z="40.1554" />
+      <vertex index="3022" x="48.6568" y="39.4189" z="36.9063" />
+      <vertex index="3023" x="56.9636" y="53.5971" z="7.98299" />
+      <vertex index="3024" x="48.8832" y="39.9991" z="34.6825" />
+      <vertex index="3025" x="57.3783" y="44.7045" z="37.6911" />
+      <vertex index="3026" x="40.5876" y="36.568" z="44.9226" />
+      <vertex index="3027" x="40.9897" y="36.8155" z="44.4448" />
+      <vertex index="3028" x="50.8738" y="43.5677" z="29.6482" />
+      <vertex index="3029" x="54.8091" y="41.2913" z="46.0378" />
+      <vertex index="3030" x="54.9849" y="41.7129" z="45.3202" />
+      <vertex index="3031" x="55.1465" y="40.9896" z="45.2983" />
+      <vertex index="3032" x="58.9283" y="52.2143" z="8.48238" />
+      <vertex index="3033" x="51.0449" y="44.9124" z="35.8973" />
+      <vertex index="3034" x="47.9617" y="38.5697" z="39.1979" />
+      <vertex index="3035" x="56.4626" y="44.8018" z="23.1908" />
+      <vertex index="3036" x="48.3549" y="39.9839" z="34.3564" />
+      <vertex index="3037" x="53.1496" y="45.7953" z="38.5443" />
+      <vertex index="3038" x="56.7096" y="44.5066" z="24.5824" />
+      <vertex index="3039" x="56.2388" y="44.4666" z="23.97" />
+      <vertex index="3040" x="56.5663" y="42.2778" z="38.0957" />
+      <vertex index="3041" x="59.0362" y="52.4102" z="6.42184" />
+      <vertex index="3042" x="56.0159" y="51.5107" z="12.4691" />
+      <vertex index="3043" x="50.3793" y="41.9463" z="30.3873" />
+      <vertex index="3044" x="57.2736" y="42.8286" z="34.7837" />
+      <vertex index="3045" x="56.2009" y="40.6857" z="37.5855" />
+      <vertex index="3046" x="48.0399" y="38.649" z="38.4352" />
+      <vertex index="3047" x="48.1565" y="38.8662" z="37.5419" />
+      <vertex index="3048" x="48.9692" y="39.9008" z="36.5077" />
+      <vertex index="3049" x="51.5683" y="45.4135" z="34.8431" />
+      <vertex index="3050" x="51.9496" y="45.7498" z="34.5297" />
+      <vertex index="3051" x="57.8037" y="50.9236" z="5.86483" />
+      <vertex index="3052" x="59.3359" y="45.1404" z="34.1781" />
+      <vertex index="3053" x="55.5759" y="47.4974" z="16.8852" />
+      <vertex index="3054" x="56.1445" y="40.3495" z="45.0278" />
+      <vertex index="3055" x="54.1147" y="39.7667" z="33.8472" />
+      <vertex index="3056" x="53.796" y="39.9738" z="33.3487" />
+      <vertex index="3057" x="55.2872" y="44.0705" z="25.8907" />
+      <vertex index="3058" x="56.5565" y="45.6323" z="28.745" />
+      <vertex index="3059" x="55.8256" y="40.998" z="43.7988" />
+      <vertex index="3060" x="56.3802" y="43.6632" z="26.6841" />
+      <vertex index="3061" x="54.934" y="46.6171" z="21.2912" />
+      <vertex index="3062" x="49.1655" y="40.1085" z="35.9182" />
+      <vertex index="3063" x="57.7344" y="45.8142" z="32.573" />
+      <vertex index="3064" x="58.2846" y="45.6322" z="32.1894" />
+      <vertex index="3065" x="55.8623" y="50.653" z="14.7377" />
+      <vertex index="3066" x="51.5038" y="43.6673" z="31.7334" />
+      <vertex index="3067" x="57.5909" y="53.5152" z="8.41274" />
+      <vertex index="3068" x="51.5455" y="42.3727" z="29.6832" />
+      <vertex index="3069" x="51.7773" y="41.9579" z="30.0914" />
+      <vertex index="3070" x="53.1616" y="45.0184" z="29.2665" />
+      <vertex index="3071" x="56.1359" y="47.5524" z="23.1996" />
+      <vertex index="3072" x="56.2016" y="47.2781" z="23.9306" />
+      <vertex index="3073" x="56.5798" y="41.9554" z="30.3315" />
+      <vertex index="3074" x="53.4507" y="44.9603" z="39.5189" />
+      <vertex index="3075" x="41.0187" y="36.3161" z="47.9693" />
+      <vertex index="3076" x="41.3082" y="36.8256" z="47.9843" />
+      <vertex index="3077" x="41.3896" y="37.2506" z="47.8588" />
+      <vertex index="3078" x="58.4709" y="44.3118" z="40.8355" />
+      <vertex index="3079" x="53.169" y="46.4681" z="32.9579" />
+      <vertex index="3080" x="40.391" y="37.4965" z="47.8517" />
+      <vertex index="3081" x="41.044" y="37.0513" z="48.2726" />
+      <vertex index="3082" x="57.0566" y="54.0652" z="4.96099" />
+      <vertex index="3083" x="55.9907" y="40.327" z="36.5156" />
+      <vertex index="3084" x="57.1462" y="44.9695" z="24.5777" />
+      <vertex index="3085" x="52.9333" y="45.2138" z="39.1387" />
+      <vertex index="3086" x="57.4825" y="48.2234" z="13.822" />
+      <vertex index="3087" x="55.8944" y="46.9987" z="24.6976" />
+      <vertex index="3088" x="47.0791" y="40.4768" z="34.941" />
+      <vertex index="3089" x="51.4275" y="45.3176" z="37.0283" />
+      <vertex index="3090" x="57.5013" y="42.5153" z="34.2523" />
+      <vertex index="3091" x="55.6124" y="40.5237" z="38.6745" />
+      <vertex index="3092" x="58.4212" y="50.6147" z="13.469" />
+      <vertex index="3093" x="58.03" y="51.0554" z="13.7697" />
+      <vertex index="3094" x="56.0886" y="50.8176" z="7.84643" />
+      <vertex index="3095" x="55.0053" y="46.3514" z="35.9971" />
+      <vertex index="3096" x="55.7462" y="46.0257" z="36.2564" />
+      <vertex index="3097" x="54.4983" y="40.5648" z="31.907" />
+      <vertex index="3098" x="54.515" y="40.221" z="32.5036" />
+      <vertex index="3099" x="54.1771" y="46.512" z="35.7635" />
+      <vertex index="3100" x="57.3417" y="41.1764" z="34.2668" />
+      <vertex index="3101" x="50.769" y="42.1638" z="35.2725" />
+      <vertex index="3102" x="57.1262" y="43.555" z="34.445" />
+      <vertex index="3103" x="56.9708" y="44.0799" z="35.0639" />
+      <vertex index="3104" x="40.5609" y="36.0996" z="45.4187" />
+      <vertex index="3105" x="57.5558" y="46.6483" z="20.8065" />
+      <vertex index="3106" x="58.3927" y="53.3722" z="4.63929" />
+      <vertex index="3107" x="59.069" y="44.3974" z="39.75" />
+      <vertex index="3108" x="55.7075" y="50.0314" z="10.8831" />
+      <vertex index="3109" x="53.9303" y="46.6382" z="33.8742" />
+      <vertex index="3110" x="50.97" y="41.0759" z="36.9609" />
+      <vertex index="3111" x="51.8634" y="45.7795" z="36.8344" />
+      <vertex index="3112" x="57.1999" y="45.1237" z="27.8142" />
+      <vertex index="3113" x="45.4958" y="39.8947" z="40.2766" />
+      <vertex index="3114" x="45.2675" y="39.5454" z="39.8486" />
+      <vertex index="3115" x="56.2207" y="40.9939" z="43.1076" />
+      <vertex index="3116" x="51.9571" y="41.8125" z="33.5492" />
+      <vertex index="3117" x="53.4103" y="46.5501" z="33.8244" />
+      <vertex index="3118" x="57.8201" y="53.7524" z="4.81503" />
+      <vertex index="3119" x="54.9012" y="42.0067" z="46.1777" />
+      <vertex index="3120" x="46.2034" y="37.9418" z="39.0125" />
+      <vertex index="3121" x="53.8353" y="40.1872" z="32.788" />
+      <vertex index="3122" x="55.2879" y="40.3942" z="32.1472" />
+      <vertex index="3123" x="55.7975" y="41.4203" z="43.0378" />
+      <vertex index="3124" x="56.9946" y="45.5439" z="29.9557" />
+      <vertex index="3125" x="57.4534" y="42.8674" z="33.7011" />
+      <vertex index="3126" x="57.3188" y="43.0269" z="34.191" />
+      <vertex index="3127" x="55.2753" y="47.5331" z="17.5328" />
+      <vertex index="3128" x="57.2912" y="42.4105" z="46.6386" />
+      <vertex index="3129" x="53.9127" y="46.5849" z="34.9541" />
+      <vertex index="3130" x="53.7234" y="46.5939" z="34.3338" />
+      <vertex index="3131" x="53.141" y="46.4726" z="34.6488" />
+      <vertex index="3132" x="50.7253" y="41.6013" z="36.6597" />
+      <vertex index="3133" x="54.4062" y="41.3307" z="30.8331" />
+      <vertex index="3134" x="55.6752" y="40.0163" z="33.6971" />
+      <vertex index="3135" x="54.7271" y="45.7676" z="24.8218" />
+      <vertex index="3136" x="45.445" y="38.1461" z="39.4173" />
+      <vertex index="3137" x="54.3882" y="39.938" z="33.1952" />
+      <vertex index="3138" x="55.1377" y="40.0361" z="33.0219" />
+      <vertex index="3139" x="57.1398" y="45.1696" z="28.461" />
+      <vertex index="3140" x="54.1131" y="42.0007" z="40.1837" />
+      <vertex index="3141" x="54.831" y="45.0971" z="24.5505" />
+      <vertex index="3142" x="55.6859" y="51.8044" z="7.94935" />
+      <vertex index="3143" x="56.0776" y="43.4164" z="27.3808" />
+      <vertex index="3144" x="40.0927" y="38.4166" z="47.3709" />
+      <vertex index="3145" x="51.3054" y="42.8561" z="33.8981" />
+      <vertex index="3146" x="50.9541" y="43.1307" z="34.3839" />
+      <vertex index="3147" x="55.5433" y="45.9605" z="20.6783" />
+      <vertex index="3148" x="58.4051" y="44.33" z="30.8134" />
+      <vertex index="3149" x="55.6901" y="44.7252" z="23.3895" />
+      <vertex index="3150" x="58.5845" y="44.5536" z="40.1067" />
+      <vertex index="3151" x="55.3008" y="48.9618" z="17.8245" />
+      <vertex index="3152" x="57.5607" y="47.0097" z="21.4518" />
+      <vertex index="3153" x="56.2208" y="46.0058" z="19.794" />
+      <vertex index="3154" x="46.6192" y="37.7392" z="42.0306" />
+      <vertex index="3155" x="58.7249" y="44.7513" z="39.3597" />
+      <vertex index="3156" x="56.2285" y="40.64" z="32.1567" />
+      <vertex index="3157" x="55.3743" y="49.2869" z="14.1093" />
+      <vertex index="3158" x="55.4839" y="44.958" z="38.9105" />
+      <vertex index="3159" x="39.8663" y="37.882" z="47.5467" />
+      <vertex index="3160" x="51.4078" y="40.7573" z="35.672" />
+      <vertex index="3161" x="55.3804" y="39.8191" z="34.4655" />
+      <vertex index="3162" x="56.2538" y="45.0202" z="37.5237" />
+      <vertex index="3163" x="57.5871" y="51.1253" z="14.2668" />
+      <vertex index="3164" x="56.9021" y="43.9072" z="35.879" />
+      <vertex index="3165" x="52.3938" y="46.1078" z="36.6581" />
+      <vertex index="3166" x="55.0419" y="45.1233" z="23.6925" />
+      <vertex index="3167" x="54.7465" y="45.731" z="24.0261" />
+      <vertex index="3168" x="50.8651" y="44.4938" z="35.4506" />
+      <vertex index="3169" x="55.3878" y="50.1369" z="13.6942" />
+      <vertex index="3170" x="58.9111" y="45.1966" z="32.5487" />
+      <vertex index="3171" x="55.6423" y="40.7079" z="44.682" />
+      <vertex index="3172" x="58.8528" y="43.9262" z="41.1169" />
+      <vertex index="3173" x="56.3419" y="43.4157" z="44.2523" />
+      <vertex index="3174" x="50.6814" y="41.8404" z="36.0253" />
+      <vertex index="3175" x="39.3241" y="36.5052" z="46.5124" />
+      <vertex index="3176" x="56.7241" y="49.7981" z="17.8273" />
+      <vertex index="3177" x="59.0036" y="52.2726" z="5.73413" />
+      <vertex index="3178" x="58.7243" y="51.8308" z="5.27112" />
+      <vertex index="3179" x="45.0622" y="39.5798" z="40.5392" />
+      <vertex index="3180" x="38.8908" y="36.737" z="46.2597" />
+      <vertex index="3181" x="54.5196" y="41.1913" z="47.4305" />
+      <vertex index="3182" x="44.4539" y="38.5048" z="40.5722" />
+      <vertex index="3183" x="57.6022" y="49.1283" z="11.0991" />
+      <vertex index="3184" x="57.717" y="48.9631" z="11.7099" />
+      <vertex index="3185" x="55.9167" y="46.2755" z="19.3424" />
+      <vertex index="3186" x="39.391" y="38.0872" z="46.3298" />
+      <vertex index="3187" x="58.3171" y="49.9617" z="9.74701" />
+      <vertex index="3188" x="56.4867" y="45.6188" z="29.5758" />
+      <vertex index="3189" x="52.4098" y="46.119" z="34.5871" />
+      <vertex index="3190" x="52.7504" y="46.2956" z="33.8353" />
+      <vertex index="3191" x="52.1597" y="45.861" z="33.9175" />
+      <vertex index="3192" x="47.8845" y="41.4232" z="37.7269" />
+      <vertex index="3193" x="47.4994" y="38.1971" z="38.7749" />
+      <vertex index="3194" x="51.2782" y="44.1861" z="29.6214" />
+      <vertex index="3195" x="54.4196" y="40.9639" z="48.0296" />
+      <vertex index="3196" x="51.8816" y="44.2348" z="38.9996" />
+      <vertex index="3197" x="55.949" y="52.1376" z="4.84162" />
+      <vertex index="3198" x="56.8404" y="45.5544" z="27.9769" />
+      <vertex index="3199" x="56.2481" y="45.5865" z="36.3908" />
+      <vertex index="3200" x="52.7538" y="39.782" z="38.7567" />
+      <vertex index="3201" x="54.8542" y="40.7954" z="31.366" />
+      <vertex index="3202" x="56.4831" y="45.1166" z="36.7918" />
+      <vertex index="3203" x="58.4592" y="45.6819" z="32.8893" />
+      <vertex index="3204" x="50.9686" y="41.4081" z="31.5041" />
+      <vertex index="3205" x="55.6677" y="46.4526" z="34.5834" />
+      <vertex index="3206" x="54.8267" y="46.5506" z="35.0271" />
+      <vertex index="3207" x="54.89" y="39.7973" z="33.7773" />
+      <vertex index="3208" x="39.8972" y="37.2251" z="47.3077" />
+      <vertex index="3209" x="46.5022" y="37.6684" z="39.7159" />
+      <vertex index="3210" x="54.7995" y="44.9307" z="26.6907" />
+      <vertex index="3211" x="57.219" y="43.3477" z="33.7658" />
+      <vertex index="3212" x="55.0242" y="48.2522" z="17.6532" />
+      <vertex index="3213" x="55.4721" y="47.0692" z="24.0122" />
+      <vertex index="3214" x="50.9595" y="41.1694" z="36.1922" />
+      <vertex index="3215" x="54.6908" y="41.5717" z="30.3307" />
+      <vertex index="3216" x="55.8841" y="45.6255" z="29.1687" />
+      <vertex index="3217" x="51.7699" y="42.5358" z="33.4184" />
+      <vertex index="3218" x="58.0705" y="50.6646" z="6.99663" />
+      <vertex index="3219" x="54.711" y="45.2219" z="25.3304" />
+      <vertex index="3220" x="55.9741" y="43.2051" z="44.694" />
+      <vertex index="3221" x="57.2565" y="41.6041" z="35.3277" />
+      <vertex index="3222" x="53.361" y="46.4636" z="35.5548" />
+      <vertex index="3223" x="53.5742" y="46.4386" z="36.3688" />
+      <vertex index="3224" x="52.8037" y="46.3125" z="36.1667" />
+      <vertex index="3225" x="56.8374" y="43.5027" z="27.9277" />
+      <vertex index="3226" x="40.5124" y="36.7035" z="47.6371" />
+      <vertex index="3227" x="46.7909" y="37.6223" z="40.3038" />
+      <vertex index="3228" x="54.831" y="44.7105" z="25.9659" />
+      <vertex index="3229" x="52.5914" y="46.2657" z="35.3712" />
+      <vertex index="3230" x="55.8227" y="51.2756" z="9.03158" />
+      <vertex index="3231" x="56.0565" y="50.7847" z="8.70491" />
+      <vertex index="3232" x="55.876" y="50.7004" z="9.5561" />
+      <vertex index="3233" x="56.5101" y="48.5854" z="13.2437" />
+      <vertex index="3234" x="57.0223" y="48.562" z="12.9859" />
+      <vertex index="3235" x="56.976" y="48.3831" z="13.6134" />
+      <vertex index="3236" x="55.798" y="49.7573" z="16.6683" />
+      <vertex index="3237" x="55.8216" y="49.9386" z="16.0268" />
+      <vertex index="3238" x="55.4526" y="49.3131" z="16.3369" />
+      <vertex index="3239" x="55.1779" y="45.1469" z="28.1326" />
+      <vertex index="3240" x="55.025" y="44.6814" z="27.9074" />
+      <vertex index="3241" x="54.649" y="44.6327" z="28.5101" />
+      <vertex index="3242" x="54.1086" y="46.3336" z="31.2583" />
+      <vertex index="3243" x="54.8931" y="46.493" z="31.5672" />
+      <vertex index="3244" x="54.8541" y="46.3581" z="30.7918" />
+      <vertex index="3245" x="52.6873" y="42.3191" z="31.9635" />
+      <vertex index="3246" x="52.8006" y="42.2006" z="31.4917" />
+      <vertex index="3247" x="52.9601" y="41.7617" z="32.0765" />
+      <vertex index="3248" x="52.249" y="42.4367" z="31.413" />
+      <vertex index="3249" x="52.3335" y="42.6715" z="31.7136" />
+      <vertex index="3250" x="57.2307" y="42.6797" z="31.5055" />
+      <vertex index="3251" x="56.8887" y="42.2535" z="31.1506" />
+      <vertex index="3252" x="57.2846" y="42.8615" z="31.0482" />
+      <vertex index="3253" x="57.5875" y="42.9456" z="31.4885" />
+      <vertex index="3254" x="50.1123" y="43.626" z="32.0487" />
+      <vertex index="3255" x="49.4079" y="43.4078" z="32.0585" />
+      <vertex index="3256" x="49.7141" y="43.3381" z="32.747" />
+      <vertex index="3257" x="56.5518" y="45.7311" z="32.5696" />
+      <vertex index="3258" x="56.8913" y="45.4222" z="32.3121" />
+      <vertex index="3259" x="56.8549" y="45.5465" z="32.1037" />
+      <vertex index="3260" x="57.4062" y="45.4923" z="32.2863" />
+      <vertex index="3261" x="57.3076" y="45.3152" z="32.3921" />
+      <vertex index="3262" x="52.1919" y="42.8718" z="32.8727" />
+      <vertex index="3263" x="52.2806" y="43.4273" z="32.5338" />
+      <vertex index="3264" x="52.3213" y="43.0985" z="32.1381" />
+      <vertex index="3265" x="56.734" y="45.3955" z="32.5885" />
+      <vertex index="3266" x="56.7373" y="45.2295" z="32.803" />
+      <vertex index="3267" x="57.1432" y="45.1723" z="32.4726" />
+      <vertex index="3268" x="57.2235" y="45.0435" z="32.5893" />
+      <vertex index="3269" x="57.5207" y="45.2344" z="32.6172" />
+      <vertex index="3270" x="56.9095" y="44.9337" z="32.8135" />
+      <vertex index="3271" x="59.2121" y="43.8351" z="32.875" />
+      <vertex index="3272" x="59.4507" y="44.0327" z="33.5887" />
+      <vertex index="3273" x="59.2254" y="43.4159" z="33.5454" />
+      <vertex index="3274" x="57.6761" y="43.9129" z="32.8156" />
+      <vertex index="3275" x="57.9688" y="43.7122" z="32.7998" />
+      <vertex index="3276" x="58.1732" y="43.7678" z="33.1782" />
+      <vertex index="3277" x="56.7879" y="44.8498" z="33.1432" />
+      <vertex index="3278" x="57.2916" y="44.7758" z="32.7933" />
+      <vertex index="3279" x="57.9618" y="44.0843" z="33.0673" />
+      <vertex index="3280" x="57.773" y="44.5135" z="33.0174" />
+      <vertex index="3281" x="57.5769" y="44.6629" z="32.9151" />
+      <vertex index="3282" x="57.1978" y="44.3965" z="32.9691" />
+      <vertex index="3283" x="58.0365" y="44.795" z="33.445" />
+      <vertex index="3284" x="56.9251" y="44.5908" z="33.0996" />
+      <vertex index="3285" x="56.672" y="45.1981" z="33.2585" />
+      <vertex index="3286" x="58.075" y="44.3513" z="33.353" />
+      <vertex index="3287" x="56.7388" y="44.8572" z="33.6625" />
+      <vertex index="3288" x="58.3493" y="43.1539" z="34.3378" />
+      <vertex index="3289" x="58.3747" y="43.1469" z="33.6218" />
+      <vertex index="3290" x="59.1404" y="43.0356" z="34.3727" />
+      <vertex index="3291" x="57.8512" y="45.1822" z="34.8772" />
+      <vertex index="3292" x="58.164" y="45.4785" z="35.6348" />
+      <vertex index="3293" x="58.541" y="45.5275" z="34.9456" />
+      <vertex index="3294" x="46.0282" y="39.8587" z="37.7986" />
+      <vertex index="3295" x="46.4103" y="39.6639" z="37.0204" />
+      <vertex index="3296" x="46.1448" y="39.3327" z="37.6996" />
+      <vertex index="3297" x="45.7283" y="39.3152" z="38.421" />
+      <vertex index="3298" x="46.2104" y="40.3073" z="39.4854" />
+      <vertex index="3299" x="46.7619" y="40.3312" z="39.8221" />
+      <vertex index="3300" x="46.7301" y="40.6605" z="39.0538" />
+      <vertex index="3301" x="46.8142" y="39.9221" z="40.5125" />
+      <vertex index="3302" x="47.3715" y="40.0268" z="39.9973" />
+      <vertex index="3303" x="56.9194" y="44.0962" z="40.2287" />
+      <vertex index="3304" x="57.4136" y="44.4853" z="39.9581" />
+      <vertex index="3305" x="57.0789" y="44.2446" z="39.603" />
+      <vertex index="3306" x="58.9762" y="43.9614" z="40.3528" />
+      <vertex index="3307" x="59.0643" y="43.383" z="40.8958" />
+      <vertex index="3308" x="59.2781" y="43.3508" z="40.1233" />
+      <vertex index="3309" x="44.2077" y="38.884" z="43.184" />
+      <vertex index="3310" x="44.3826" y="39.0468" z="42.4409" />
+      <vertex index="3311" x="43.7615" y="38.8047" z="42.7892" />
+      <vertex index="3312" x="56.055" y="41.8316" z="42.352" />
+      <vertex index="3313" x="55.6717" y="42.1269" z="43.0182" />
+      <vertex index="3314" x="55.9337" y="42.4932" z="42.2746" />
+      <vertex index="3315" x="42.6941" y="38.474" z="44.8812" />
+      <vertex index="3316" x="42.9453" y="38.2678" z="45.4508" />
+      <vertex index="3317" x="43.4364" y="38.4409" z="44.7684" />
+      <vertex index="3318" x="39.4548" y="37.3196" z="45.9426" />
+      <vertex index="3319" x="40.0544" y="36.7543" z="45.4835" />
+      <vertex index="3320" x="39.4815" y="36.5653" z="46.1099" />
+      <vertex index="3321" x="55.6204" y="40.5842" z="45.4676" />
+      <vertex index="3322" x="56.0046" y="40.3481" z="45.6569" />
+      <vertex index="3323" x="55.608" y="40.3004" z="46.1235" />
+      <vertex index="3324" x="55.0696" y="42.0565" z="47.9453" />
+      <vertex index="3325" x="55.5389" y="42.4517" z="47.2874" />
+      <vertex index="3326" x="55.0518" y="42.0584" z="47.041" />
+      <vertex index="3327" x="54.9371" y="39.9735" z="48.2796" />
+      <vertex index="3328" x="55.5354" y="39.6182" z="48.1769" />
+      <vertex index="3329" x="55.1251" y="39.5347" z="48.7906" />
+      <vertex index="3330" x="58.7429" y="53.0776" z="6.61019" />
+      <vertex index="3331" x="58.4957" y="53.186" z="7.31522" />
+      <vertex index="3332" x="58.8114" y="52.581" z="7.19588" />
+      <vertex index="3333" x="56.7491" y="50.6423" z="7.52572" />
+      <vertex index="3334" x="56.9526" y="50.8525" z="6.71181" />
+      <vertex index="3335" x="57.3767" y="50.5785" z="7.2353" />
+      <vertex index="3336" x="58.324" y="53.5846" z="6.77835" />
+      <vertex index="3337" x="56.357" y="52.9736" z="8.23593" />
+      <vertex index="3338" x="55.9379" y="52.3277" z="8.07121" />
+      <vertex index="3339" x="56.0203" y="52.3766" z="8.87074" />
+      <vertex index="3340" x="55.8694" y="51.3258" z="8.27553" />
+      <vertex index="3341" x="56.681" y="52.6036" z="10.0326" />
+      <vertex index="3342" x="56.2385" y="52.1517" z="10.376" />
+      <vertex index="3343" x="56.5836" y="52.2418" z="10.8621" />
+      <vertex index="3344" x="56.4191" y="48.3484" z="14.0128" />
+      <vertex index="3345" x="55.9446" y="48.8141" z="13.652" />
+      <vertex index="3346" x="57.0018" y="48.139" z="14.4036" />
+      <vertex index="3347" x="56.7185" y="47.8539" z="15.2017" />
+      <vertex index="3348" x="56.3867" y="48.087" z="14.6908" />
+      <vertex index="3349" x="57.3806" y="47.6566" z="16.4916" />
+      <vertex index="3350" x="57.0759" y="47.6648" z="15.8421" />
+      <vertex index="3351" x="57.6297" y="48.03" z="15.8511" />
+      <vertex index="3352" x="57.7265" y="49.3678" z="16.8826" />
+      <vertex index="3353" x="57.655" y="49.8477" z="16.2177" />
+      <vertex index="3354" x="57.3402" y="49.8406" z="16.7719" />
+      <vertex index="3355" x="57.1669" y="47.2926" z="17.1595" />
+      <vertex index="3356" x="57.6329" y="47.7985" z="17.1334" />
+      <vertex index="3357" x="57.4302" y="47.3614" z="17.8771" />
+      <vertex index="3358" x="56.0316" y="43.9647" z="25.9699" />
+      <vertex index="3359" x="56.4557" y="44.2846" z="25.3642" />
+      <vertex index="3360" x="56.6323" y="44.1554" z="26.1834" />
+      <vertex index="3361" x="56.2948" y="46.5577" z="25.3518" />
+      <vertex index="3362" x="55.6089" y="46.5332" z="25.2872" />
+      <vertex index="3363" x="55.9299" y="46.3598" z="26.0384" />
+      <vertex index="3364" x="54.855" y="44.2018" z="28.1456" />
+      <vertex index="3365" x="54.1598" y="44.0154" z="28.6821" />
+      <vertex index="3366" x="53.9302" y="44.7183" z="28.9631" />
+      <vertex index="3367" x="54.5046" y="45.5247" z="29.8936" />
+      <vertex index="3368" x="53.9198" y="45.5134" z="30.3306" />
+      <vertex index="3369" x="54.266" y="46.0715" z="30.401" />
+      <vertex index="3370" x="52.0981" y="42.1094" z="31.029" />
+      <vertex index="3371" x="52.8855" y="42.0551" z="30.9101" />
+      <vertex index="3372" x="52.4672" y="42.6139" z="32.3783" />
+      <vertex index="3373" x="52.8495" y="41.2914" z="32.5505" />
+      <vertex index="3374" x="52.3922" y="41.5168" z="33.043" />
+      <vertex index="3375" x="52.5933" y="41.9253" z="32.5436" />
+      <vertex index="3376" x="58.2605" y="43.396" z="32.9216" />
+      <vertex index="3377" x="58.2354" y="43.0734" z="32.33" />
+      <vertex index="3378" x="58.8697" y="43.2606" z="32.8457" />
+      <vertex index="3379" x="57.5014" y="45.0279" z="32.7379" />
+      <vertex index="3380" x="56.6092" y="45.6403" z="33.121" />
+      <vertex index="3381" x="52.8177" y="40.9172" z="33.1312" />
+      <vertex index="3382" x="57.7939" y="44.9931" z="33.0102" />
+      <vertex index="3383" x="57.2049" y="43.9922" z="32.9911" />
+      <vertex index="3384" x="57.0294" y="44.1525" z="33.1623" />
+      <vertex index="3385" x="56.91" y="43.8708" z="33.648" />
+      <vertex index="3386" x="57.5619" y="44.2616" z="32.9146" />
+      <vertex index="3387" x="57.9455" y="45.2689" z="33.5093" />
+      <vertex index="3388" x="58.39" y="45.2515" z="36.9945" />
+      <vertex index="3389" x="57.8752" y="45.1954" z="36.7207" />
+      <vertex index="3390" x="57.8778" y="45.0757" z="37.4333" />
+      <vertex index="3391" x="57.7276" y="42.541" z="38.2469" />
+      <vertex index="3392" x="58.1862" y="42.0579" z="38.8243" />
+      <vertex index="3393" x="57.4503" y="42.3687" z="39.0322" />
+      <vertex index="3394" x="48.0423" y="39.2234" z="39.4402" />
+      <vertex index="3395" x="48.3321" y="39.6096" z="38.8645" />
+      <vertex index="3396" x="47.9506" y="39.986" z="39.3759" />
+      <vertex index="3397" x="57.152" y="42.7669" z="39.3118" />
+      <vertex index="3398" x="57.1148" y="42.2879" z="39.7528" />
+      <vertex index="3399" x="56.7803" y="42.9672" z="39.9422" />
+      <vertex index="3400" x="47.7323" y="39.4826" z="40.0895" />
+      <vertex index="3401" x="56.6991" y="42.2433" z="40.5351" />
+      <vertex index="3402" x="56.2564" y="42.1724" z="41.4624" />
+      <vertex index="3403" x="56.3417" y="42.9024" z="40.8215" />
+      <vertex index="3404" x="43.9473" y="37.4235" z="41.8238" />
+      <vertex index="3405" x="43.701" y="38.1106" z="41.8657" />
+      <vertex index="3406" x="44.3161" y="37.8761" z="41.1446" />
+      <vertex index="3407" x="56.5451" y="41.5753" z="41.9017" />
+      <vertex index="3408" x="43.1385" y="38.0303" z="42.5726" />
+      <vertex index="3409" x="43.378" y="37.4934" z="42.3283" />
+      <vertex index="3410" x="42.8096" y="37.489" z="42.8622" />
+      <vertex index="3411" x="42.5738" y="36.1846" z="45.429" />
+      <vertex index="3412" x="43.1002" y="36.2694" z="44.7904" />
+      <vertex index="3413" x="43.4139" y="36.4949" z="45.2528" />
+      <vertex index="3414" x="40.8303" y="35.8805" z="46.7716" />
+      <vertex index="3415" x="40.71" y="35.881" z="47.3127" />
+      <vertex index="3416" x="40.0884" y="35.852" z="46.819" />
+      <vertex index="3417" x="55.3216" y="47.1308" z="22.6757" />
+      <vertex index="3418" x="55.0993" y="46.8937" z="22.0272" />
+      <vertex index="3419" x="55.0784" y="46.5167" z="22.8561" />
+      <vertex index="3420" x="55.5095" y="44.6117" z="24.3832" />
+      <vertex index="3421" x="56.1179" y="44.3526" z="24.7001" />
+      <vertex index="3422" x="55.7331" y="44.2198" z="25.2382" />
+      <vertex index="3423" x="55.4112" y="42.4511" z="46.4356" />
+      <vertex index="3424" x="59.5304" y="43.3743" z="34.9478" />
+      <vertex index="3425" x="59.1692" y="42.8776" z="35.2066" />
+      <vertex index="3426" x="58.5788" y="52.1069" z="4.20027" />
+      <vertex index="3427" x="58.8318" y="52.5956" z="4.34351" />
+      <vertex index="3428" x="58.5515" y="52.1131" z="4.5253" />
+      <vertex index="3429" x="57.989" y="49.8017" z="15.5395" />
+      <vertex index="3430" x="57.9854" y="49.2316" z="16.162" />
+      <vertex index="3431" x="48.2338" y="41.9641" z="32.6438" />
+      <vertex index="3432" x="48.553" y="42.5363" z="32.5037" />
+      <vertex index="3433" x="48.6052" y="41.9229" z="32.0844" />
+      <vertex index="3434" x="56.1664" y="40.1959" z="46.1921" />
+      <vertex index="3435" x="48.8301" y="42.6206" z="34.1551" />
+      <vertex index="3436" x="48.1961" y="42.3813" z="34.009" />
+      <vertex index="3437" x="48.3945" y="42.2855" z="34.787" />
+      <vertex index="3438" x="55.921" y="48.8844" z="19.1433" />
+      <vertex index="3439" x="56.4298" y="49.0192" z="19.1521" />
+      <vertex index="3440" x="56.1093" y="49.1548" z="18.6736" />
+      <vertex index="3441" x="56.1655" y="48.2519" z="20.8808" />
+      <vertex index="3442" x="56.7337" y="48.0232" z="21.2224" />
+      <vertex index="3443" x="56.7097" y="48.364" z="20.4516" />
+      <vertex index="3444" x="55.0653" y="44.4263" z="27.3993" />
+      <vertex index="3445" x="55.1561" y="43.9154" z="27.8568" />
+      <vertex index="3446" x="53.3628" y="41.7741" z="31.5968" />
+      <vertex index="3447" x="57.9547" y="43.5618" z="36.2293" />
+      <vertex index="3448" x="58.1434" y="43.041" z="35.768" />
+      <vertex index="3449" x="58.0382" y="42.8973" z="36.5774" />
+      <vertex index="3450" x="58.6736" y="42.1739" z="40.2564" />
+      <vertex index="3451" x="58.7171" y="42.2955" z="41.1625" />
+      <vertex index="3452" x="58.2567" y="41.8217" z="41.0389" />
+      <vertex index="3453" x="57.8854" y="41.5501" z="41.8448" />
+      <vertex index="3454" x="58.3919" y="41.9889" z="41.6629" />
+      <vertex index="3455" x="58.3453" y="41.9202" z="42.3351" />
+      <vertex index="3456" x="55.959" y="39.8279" z="47.4999" />
+      <vertex index="3457" x="56.2107" y="39.6891" z="48.2009" />
+      <vertex index="3458" x="56.1974" y="48.793" z="19.5913" />
+      <vertex index="3459" x="56.3235" y="40.5596" z="33.6547" />
+      <vertex index="3460" x="56.5978" y="40.8353" z="32.9345" />
+      <vertex index="3461" x="56.9514" y="41.0202" z="33.6218" />
+      <vertex index="3462" x="55.9979" y="53.4917" z="5.28706" />
+      <vertex index="3463" x="55.7891" y="53.3191" z="4.73423" />
+      <vertex index="3464" x="55.8502" y="52.8562" z="5.09988" />
+      <vertex index="3465" x="57.5306" y="54.291" z="5.76418" />
+      <vertex index="3466" x="57.8253" y="54.5017" z="5.27388" />
+      <vertex index="3467" x="56.9548" y="54.4253" z="5.17537" />
+      <vertex index="3468" x="57.7587" y="53.8216" z="6.96447" />
+      <vertex index="3469" x="58.1021" y="53.5554" z="7.33577" />
+      <vertex index="3470" x="58.0885" y="52.7054" z="9.57741" />
+      <vertex index="3471" x="58.1283" y="53.0289" z="8.67626" />
+      <vertex index="3472" x="57.5248" y="53.084" z="9.12726" />
+      <vertex index="3473" x="57.3823" y="52.8075" z="9.89958" />
+      <vertex index="3474" x="56.3566" y="50.3724" z="15.776" />
+      <vertex index="3475" x="56.2948" y="50.0785" z="16.5094" />
+      <vertex index="3476" x="57.0232" y="50.2634" z="16.2173" />
+      <vertex index="3477" x="57.18" y="47.9367" z="20.6437" />
+      <vertex index="3478" x="57.1742" y="48.347" z="19.9018" />
+      <vertex index="3479" x="56.5944" y="46.6859" z="24.632" />
+      <vertex index="3480" x="56.8977" y="46.1952" z="25.2928" />
+      <vertex index="3481" x="57.0792" y="46.1886" z="24.5094" />
+      <vertex index="3482" x="56.8629" y="46.7526" z="23.9089" />
+      <vertex index="3483" x="55.4859" y="46.3463" z="31.1215" />
+      <vertex index="3484" x="55.4139" y="46.1492" z="30.5309" />
+      <vertex index="3485" x="56.7098" y="45.4468" z="33.7494" />
+      <vertex index="3486" x="53.4414" y="41.5535" z="39.8058" />
+      <vertex index="3487" x="52.828" y="41.0427" z="39.6063" />
+      <vertex index="3488" x="53.4836" y="40.6593" z="39.6665" />
+      <vertex index="3489" x="54.1509" y="41.1697" z="39.8369" />
+      <vertex index="3490" x="45.6627" y="39.4854" z="41.6057" />
+      <vertex index="3491" x="45.6375" y="39.7214" z="40.874" />
+      <vertex index="3492" x="45.0994" y="39.4144" z="41.2996" />
+      <vertex index="3493" x="42.2409" y="38.363" z="45.5606" />
+      <vertex index="3494" x="42.4669" y="38.1237" z="46.1048" />
+      <vertex index="3495" x="42.9212" y="36.6092" z="46.102" />
+      <vertex index="3496" x="43.7145" y="37.0337" z="45.6514" />
+      <vertex index="3497" x="43.1952" y="37.3093" z="46.1674" />
+      <vertex index="3498" x="42.6517" y="37.0871" z="46.6422" />
+      <vertex index="3499" x="56.9677" y="50.599" z="15.3936" />
+      <vertex index="3500" x="56.1269" y="47.891" z="21.7929" />
+      <vertex index="3501" x="52.064" y="42.9184" z="31.6817" />
+      <vertex index="3502" x="51.5276" y="43.1306" z="31.6805" />
+      <vertex index="3503" x="51.4716" y="42.7928" z="31.7192" />
+      <vertex index="3504" x="51.795" y="42.6217" z="31.5199" />
+      <vertex index="3505" x="48.1447" y="42.2268" z="33.2193" />
+      <vertex index="3506" x="48.595" y="42.7693" z="33.3548" />
+      <vertex index="3507" x="52.9122" y="40.6275" z="33.802" />
+      <vertex index="3508" x="52.3991" y="41.1995" z="33.716" />
+      <vertex index="3509" x="49.4197" y="40.4703" z="34.3263" />
+      <vertex index="3510" x="49.4287" y="40.6261" z="33.617" />
+      <vertex index="3511" x="49.8565" y="40.9325" z="33.9473" />
+      <vertex index="3512" x="49.9549" y="42.0371" z="34.0059" />
+      <vertex index="3513" x="49.8903" y="41.3821" z="34.302" />
+      <vertex index="3514" x="50.2759" y="41.5136" z="33.5528" />
+      <vertex index="3515" x="58.712" y="42.6613" z="34.9596" />
+      <vertex index="3516" x="58.8168" y="42.581" z="35.4831" />
+      <vertex index="3517" x="58.4003" y="42.668" z="35.4451" />
+      <vertex index="3518" x="55.7911" y="45.5138" z="36.9969" />
+      <vertex index="3519" x="55.1115" y="45.9911" z="36.7968" />
+      <vertex index="3520" x="55.2033" y="45.7108" z="37.5534" />
+      <vertex index="3521" x="41.2732" y="36.0019" z="45.6045" />
+      <vertex index="3522" x="41.8926" y="36.078" z="45.1282" />
+      <vertex index="3523" x="41.8481" y="36.002" z="45.7402" />
+      <vertex index="3524" x="41.3776" y="35.9223" z="46.2814" />
+      <vertex index="3525" x="55.8666" y="52.7031" z="4.40802" />
+      <vertex index="3526" x="57.8075" y="43.6028" z="32.5527" />
+      <vertex index="3527" x="57.1714" y="43.2948" z="32.7363" />
+      <vertex index="3528" x="57.5258" y="43.4464" z="32.3446" />
+      <vertex index="3529" x="57.9047" y="43.297" z="32.2146" />
+      <vertex index="3530" x="54.5134" y="46.0262" z="37.3666" />
+      <vertex index="3531" x="57.2498" y="41.8042" z="40.3477" />
+      <vertex index="3532" x="57.6881" y="41.9219" z="39.5957" />
+      <vertex index="3533" x="57.9867" y="41.7739" z="40.2988" />
+      <vertex index="3534" x="57.6772" y="48.4065" z="14.4359" />
+      <vertex index="3535" x="57.8767" y="48.4959" z="15.1887" />
+      <vertex index="3536" x="57.3651" y="48.0239" z="15.1418" />
+      <vertex index="3537" x="56.9447" y="45.3601" z="27.286" />
+      <vertex index="3538" x="56.7867" y="45.7391" z="26.6634" />
+      <vertex index="3539" x="56.5114" y="45.7521" z="27.3583" />
+      <vertex index="3540" x="57.3111" y="42.6334" z="33.0657" />
+      <vertex index="3541" x="57.0956" y="43.1466" z="33.2351" />
+      <vertex index="3542" x="42.0821" y="36.1828" z="46.2654" />
+      <vertex index="3543" x="56.0695" y="53.8607" z="4.94136" />
+      <vertex index="3544" x="57.4688" y="48.578" z="13.2349" />
+      <vertex index="3545" x="55.3891" y="48.5713" z="16.2654" />
+      <vertex index="3546" x="55.7631" y="47.9145" z="16.2028" />
+      <vertex index="3547" x="55.3562" y="48.0702" z="16.9159" />
+      <vertex index="3548" x="51.6154" y="41.9049" z="30.6382" />
+      <vertex index="3549" x="52.278" y="42.0319" z="30.4616" />
+      <vertex index="3550" x="51.3055" y="42.4449" z="31.7962" />
+      <vertex index="3551" x="51.2096" y="41.976" z="31.7655" />
+      <vertex index="3552" x="51.6185" y="42.2476" z="31.3888" />
+      <vertex index="3553" x="52.012" y="43.3293" z="31.7259" />
+      <vertex index="3554" x="59.5126" y="43.6316" z="34.1971" />
+      <vertex index="3555" x="58.4558" y="42.3892" z="36.9984" />
+      <vertex index="3556" x="58.5333" y="42.5317" z="36.084" />
+      <vertex index="3557" x="59.0683" y="42.5927" z="36.6409" />
+      <vertex index="3558" x="44.2409" y="37.6505" z="45.1038" />
+      <vertex index="3559" x="44.763" y="38.0184" z="44.3816" />
+      <vertex index="3560" x="44.1296" y="38.2528" z="44.6435" />
+      <vertex index="3561" x="41.7463" y="38.2649" z="46.1677" />
+      <vertex index="3562" x="41.9203" y="37.9297" z="46.7257" />
+      <vertex index="3563" x="55.2561" y="47.7742" z="20.4819" />
+      <vertex index="3564" x="55.5882" y="47.9151" z="21.13" />
+      <vertex index="3565" x="55.6786" y="48.2786" z="20.3699" />
+      <vertex index="3566" x="59.6026" y="44.2072" z="37.5366" />
+      <vertex index="3567" x="59.3771" y="44.2949" z="38.329" />
+      <vertex index="3568" x="59.6281" y="43.6986" z="38.1506" />
+      <vertex index="3569" x="59.7112" y="43.5244" z="37.3733" />
+      <vertex index="3570" x="55.8141" y="47.5465" z="22.5912" />
+      <vertex index="3571" x="56.4136" y="47.5786" z="22.599" />
+      <vertex index="3572" x="45.0237" y="39.2445" z="42.0382" />
+      <vertex index="3573" x="54.9817" y="45.9941" z="30.1183" />
+      <vertex index="3574" x="55.1934" y="45.4977" z="29.5268" />
+      <vertex index="3575" x="56.3899" y="42.8487" z="46.0213" />
+      <vertex index="3576" x="56.6295" y="42.6388" z="46.7012" />
+      <vertex index="3577" x="57.0129" y="42.7025" z="46.0114" />
+      <vertex index="3578" x="55.4066" y="42.893" z="39.7256" />
+      <vertex index="3579" x="54.7869" y="42.4867" z="40.0823" />
+      <vertex index="3580" x="55.2879" y="42.1303" z="39.8563" />
+      <vertex index="3581" x="57.0392" y="40.784" z="48.9879" />
+      <vertex index="3582" x="56.5435" y="40.7891" z="48.9349" />
+      <vertex index="3583" x="56.9292" y="40.1446" z="48.8055" />
+      <vertex index="3584" x="56.4087" y="47.614" z="15.9317" />
+      <vertex index="3585" x="51.1658" y="42.082" z="30.2433" />
+      <vertex index="3586" x="50.9842" y="41.7569" z="30.846" />
+      <vertex index="3587" x="52.4108" y="40.8725" z="34.5335" />
+      <vertex index="3588" x="51.9441" y="41.5406" z="34.3329" />
+      <vertex index="3589" x="46.2709" y="39.723" z="41.0735" />
+      <vertex index="3590" x="57.5171" y="43.3061" z="44.032" />
+      <vertex index="3591" x="56.8934" y="43.4141" z="44.1643" />
+      <vertex index="3592" x="57.1712" y="43.1772" z="44.7415" />
+      <vertex index="3593" x="56.6484" y="53.7716" z="6.6047" />
+      <vertex index="3594" x="56.1504" y="53.2421" z="6.64721" />
+      <vertex index="3595" x="56.5027" y="53.3918" z="7.3488" />
+      <vertex index="3596" x="56.0602" y="52.7934" z="7.38477" />
+      <vertex index="3597" x="58.2937" y="50.588" z="8.30195" />
+      <vertex index="3598" x="57.7687" y="50.1662" z="8.54148" />
+      <vertex index="3599" x="57.86" y="50.4899" z="7.77813" />
+      <vertex index="3600" x="56.2536" y="46.8369" z="17.9965" />
+      <vertex index="3601" x="56.0516" y="46.6128" z="18.7643" />
+      <vertex index="3602" x="55.6164" y="47.1162" z="18.312" />
+      <vertex index="3603" x="58.8098" y="43.563" z="32.1812" />
+      <vertex index="3604" x="48.1719" y="41.7953" z="36.2337" />
+      <vertex index="3605" x="48.6364" y="41.9953" z="35.5242" />
+      <vertex index="3606" x="47.9617" y="41.984" z="35.432" />
+      <vertex index="3607" x="45.8942" y="39.9832" z="38.544" />
+      <vertex index="3608" x="55.3641" y="41.4854" z="39.554" />
+      <vertex index="3609" x="55.7315" y="42.1454" z="39.396" />
+      <vertex index="3610" x="55.1195" y="47.107" z="20.5322" />
+      <vertex index="3611" x="55.1756" y="47.3455" z="21.2361" />
+      <vertex index="3612" x="57.0637" y="49.9917" z="8.94973" />
+      <vertex index="3613" x="56.5765" y="50.4382" z="8.36483" />
+      <vertex index="3614" x="57.2243" y="50.3122" z="8.04221" />
+      <vertex index="3615" x="56.8655" y="41.7212" z="41.1251" />
+      <vertex index="3616" x="43.1117" y="37.8773" z="45.9098" />
+      <vertex index="3617" x="56.2604" y="53.6461" z="5.95808" />
+      <vertex index="3618" x="58.5194" y="52.5011" z="8.90678" />
+      <vertex index="3619" x="55.2908" y="48.7432" z="17.0193" />
+      <vertex index="3620" x="55.6257" y="49.3534" z="17.1714" />
+      <vertex index="3621" x="53.1071" y="40.3809" z="34.4717" />
+      <vertex index="3622" x="48.5455" y="39.6808" z="37.6411" />
+      <vertex index="3623" x="48.5027" y="39.9302" z="38.2796" />
+      <vertex index="3624" x="48.3018" y="39.3291" z="38.2873" />
+      <vertex index="3625" x="59.184" y="42.7201" z="39.7652" />
+      <vertex index="3626" x="59.431" y="43.3174" z="39.34" />
+      <vertex index="3627" x="44.5406" y="39.0826" z="41.6821" />
+      <vertex index="3628" x="44.0131" y="38.6985" z="42.0841" />
+      <vertex index="3629" x="56.196" y="43.033" z="45.3603" />
+      <vertex index="3630" x="55.7675" y="42.828" z="45.2092" />
+      <vertex index="3631" x="55.8183" y="42.7661" z="45.8752" />
+      <vertex index="3632" x="58.5939" y="52.7373" z="8.04782" />
+      <vertex index="3633" x="58.8461" y="52.0596" z="7.79362" />
+      <vertex index="3634" x="57.8113" y="52.5004" z="10.4636" />
+      <vertex index="3635" x="57.5384" y="47.7811" z="20.0317" />
+      <vertex index="3636" x="56.6528" y="48.7326" z="19.7524" />
+      <vertex index="3637" x="55.0132" y="46.3053" z="23.6372" />
+      <vertex index="3638" x="55.009" y="46.2294" z="24.3543" />
+      <vertex index="3639" x="55.1942" y="46.5979" z="23.9786" />
+      <vertex index="3640" x="55.2475" y="46.8119" z="23.3992" />
+      <vertex index="3641" x="59.0258" y="42.4627" z="37.5018" />
+      <vertex index="3642" x="46.217" y="40.4149" z="38.0377" />
+      <vertex index="3643" x="43.5301" y="38.4357" z="42.465" />
+      <vertex index="3644" x="55.537" y="41.7453" z="43.7746" />
+      <vertex index="3645" x="55.4112" y="41.3832" z="44.5685" />
+      <vertex index="3646" x="55.3474" y="42.0705" z="44.5733" />
+      <vertex index="3647" x="49.1456" y="41.942" z="31.5307" />
+      <vertex index="3648" x="49.6092" y="41.4401" z="31.559" />
+      <vertex index="3649" x="49.0119" y="41.4464" z="32.0758" />
+      <vertex index="3650" x="56.7963" y="47.3914" z="16.5384" />
+      <vertex index="3651" x="55.6342" y="50.1954" z="12.1612" />
+      <vertex index="3652" x="55.7433" y="49.6127" z="12.4165" />
+      <vertex index="3653" x="55.5357" y="50.1898" z="12.8546" />
+      <vertex index="3654" x="56.3801" y="53.5976" z="4.93468" />
+      <vertex index="3655" x="58.8111" y="51.5435" z="8.45788" />
+      <vertex index="3656" x="58.7361" y="51.4261" z="7.64787" />
+      <vertex index="3657" x="56.3502" y="50.2784" z="9.17018" />
+      <vertex index="3658" x="58.4923" y="50.6964" z="12.5045" />
+      <vertex index="3659" x="58.4555" y="50.0212" z="13.0448" />
+      <vertex index="3660" x="58.5005" y="50.0772" z="12.3515" />
+      <vertex index="3661" x="55.6677" y="47.2175" z="23.285" />
+      <vertex index="3662" x="54.1191" y="42.8771" z="40.0876" />
+      <vertex index="3663" x="54.7522" y="43.3277" z="39.9939" />
+      <vertex index="3664" x="56.8225" y="40.6766" z="44.8793" />
+      <vertex index="3665" x="57.0836" y="40.887" z="44.105" />
+      <vertex index="3666" x="57.4593" y="41.1012" z="44.7265" />
+      <vertex index="3667" x="57.2044" y="40.8464" z="45.6086" />
+      <vertex index="3668" x="57.8097" y="44.1913" z="41.1511" />
+      <vertex index="3669" x="57.916" y="44.4396" z="40.4061" />
+      <vertex index="3670" x="57.3189" y="44.2893" z="40.7103" />
+      <vertex index="3671" x="57.2079" y="44.0558" z="41.4482" />
+      <vertex index="3672" x="56.8404" y="41.3977" z="49.136" />
+      <vertex index="3673" x="47.7763" y="42.032" z="34.6204" />
+      <vertex index="3674" x="46.1309" y="40.0137" z="40.2781" />
+      <vertex index="3675" x="56.0814" y="48.0211" z="15.334" />
+      <vertex index="3676" x="55.2694" y="46.0764" z="25.9294" />
+      <vertex index="3677" x="50.3169" y="42.2816" z="33.3702" />
+      <vertex index="3678" x="49.8594" y="42.5354" z="33.6675" />
+      <vertex index="3679" x="44.2946" y="38.5691" z="41.3728" />
+      <vertex index="3680" x="40.9727" y="38.3068" z="46.0924" />
+      <vertex index="3681" x="41.1905" y="38.1719" z="46.7996" />
+      <vertex index="3682" x="58.2415" y="43.1113" z="35.0381" />
+      <vertex index="3683" x="52.8179" y="40.3589" z="39.2991" />
+      <vertex index="3684" x="53.5088" y="40.0293" z="39.0804" />
+      <vertex index="3685" x="59.0767" y="42.761" z="40.6235" />
+      <vertex index="3686" x="43.9756" y="38.6811" z="44.0205" />
+      <vertex index="3687" x="56.5336" y="40.4272" z="45.588" />
+      <vertex index="3688" x="52.2051" y="42.194" z="32.9688" />
+      <vertex index="3689" x="56.7286" y="48.7819" z="12.4893" />
+      <vertex index="3690" x="57.4342" y="48.8137" z="12.4428" />
+      <vertex index="3691" x="59.673" y="44.0217" z="34.7662" />
+      <vertex index="3692" x="53.3274" y="40.743" z="32.6465" />
+      <vertex index="3693" x="53.376" y="41.1866" z="32.0889" />
+      <vertex index="3694" x="55.3971" y="43.8796" z="27.3017" />
+      <vertex index="3695" x="55.537" y="43.5164" z="27.9921" />
+      <vertex index="3696" x="54.9324" y="43.5557" z="28.4877" />
+      <vertex index="3697" x="59.4931" y="43.836" z="38.8917" />
+      <vertex index="3698" x="59.3161" y="43.8837" z="39.6158" />
+      <vertex index="3699" x="54.7861" y="41.6741" z="39.9447" />
+      <vertex index="3700" x="52.1189" y="43.6476" z="31.7001" />
+      <vertex index="3701" x="49.9522" y="41.0118" z="32.6188" />
+      <vertex index="3702" x="49.525" y="41.0654" z="32.2423" />
+      <vertex index="3703" x="50.2528" y="41.2783" z="31.9818" />
+      <vertex index="3704" x="52.2385" y="40.7475" z="39.2857" />
+      <vertex index="3705" x="56.6079" y="49.3009" z="18.5148" />
+      <vertex index="3706" x="50.6924" y="43.4425" z="36.0024" />
+      <vertex index="3707" x="50.6389" y="43.0345" z="36.7153" />
+      <vertex index="3708" x="50.6996" y="43.8335" z="36.7463" />
+      <vertex index="3709" x="55.7812" y="48.5856" z="19.6992" />
+      <vertex index="3710" x="55.0945" y="45.0965" z="27.3561" />
+      <vertex index="3711" x="59.2478" y="44.5608" z="33.0571" />
+      <vertex index="3712" x="58.2066" y="43.9736" z="33.6797" />
+      <vertex index="3713" x="53.3413" y="40.3966" z="33.2529" />
+      <vertex index="3714" x="45.2637" y="37.0132" z="42.507" />
+      <vertex index="3715" x="45.4245" y="37.2077" z="43.0036" />
+      <vertex index="3716" x="44.931" y="36.8771" z="43.1737" />
+      <vertex index="3717" x="56.1377" y="52.2698" z="9.68065" />
+      <vertex index="3718" x="56.8412" y="45.2769" z="23.1712" />
+      <vertex index="3719" x="57.1143" y="45.6431" z="23.4644" />
+      <vertex index="3720" x="56.8425" y="45.0197" z="23.8878" />
+      <vertex index="3721" x="44.8177" y="37.2934" z="44.3874" />
+      <vertex index="3722" x="45.3499" y="37.8128" z="43.867" />
+      <vertex index="3723" x="46.3595" y="39.1623" z="41.7888" />
+      <vertex index="3724" x="59.2784" y="42.7903" z="38.9151" />
+      <vertex index="3725" x="57.5918" y="42.2855" z="33.659" />
+      <vertex index="3726" x="57.4651" y="41.5461" z="33.611" />
+      <vertex index="3727" x="57.5408" y="41.9801" z="32.9365" />
+      <vertex index="3728" x="56.461" y="51.9309" z="11.7078" />
+      <vertex index="3729" x="56.9888" y="52.241" z="11.2831" />
+      <vertex index="3730" x="55.3679" y="46.5981" z="24.5538" />
+      <vertex index="3731" x="55.1398" y="46.1996" z="25.0725" />
+      <vertex index="3732" x="57.2298" y="41.8065" z="32.3504" />
+      <vertex index="3733" x="57.284" y="42.372" z="32.4462" />
+      <vertex index="3734" x="56.8358" y="44.3584" z="33.4893" />
+      <vertex index="3735" x="55.4966" y="48.5164" z="19.1088" />
+      <vertex index="3736" x="53.6835" y="41.8497" z="30.9402" />
+      <vertex index="3737" x="53.1029" y="42.0444" z="30.2255" />
+      <vertex index="3738" x="55.7468" y="40.0226" z="46.7935" />
+      <vertex index="3739" x="55.1709" y="40.3434" z="46.7731" />
+      <vertex index="3740" x="57.1262" y="53.7421" z="7.17114" />
+      <vertex index="3741" x="58.0952" y="44.3918" z="34.0531" />
+      <vertex index="3742" x="47.0704" y="41.3952" z="36.5936" />
+      <vertex index="3743" x="47.5061" y="41.7262" z="36.0768" />
+      <vertex index="3744" x="47.0678" y="41.4138" z="35.9086" />
+      <vertex index="3745" x="56.7487" y="40.4281" z="46.2875" />
+      <vertex index="3746" x="56.3638" y="40.0752" z="46.8789" />
+      <vertex index="3747" x="55.8737" y="52.5573" z="6.60276" />
+      <vertex index="3748" x="58.3186" y="43.302" z="31.5947" />
+      <vertex index="3749" x="55.2984" y="39.9588" z="47.4945" />
+      <vertex index="3750" x="56.6279" y="47.2094" z="23.2562" />
+      <vertex index="3751" x="57.0921" y="46.7793" z="23.2209" />
+      <vertex index="3752" x="57.3557" y="41.1501" z="43.2784" />
+      <vertex index="3753" x="57.3323" y="41.2416" z="42.4392" />
+      <vertex index="3754" x="57.8815" y="41.5128" z="42.7258" />
+      <vertex index="3755" x="57.7214" y="42.8699" z="44.5729" />
+      <vertex index="3756" x="57.9967" y="53.9879" z="6.29875" />
+      <vertex index="3757" x="58.1836" y="45.6327" z="34.2505" />
+      <vertex index="3758" x="58.4637" y="45.6181" z="33.565" />
+      <vertex index="3759" x="57.0011" y="52.9386" z="9.40207" />
+      <vertex index="3760" x="57.8035" y="44.9159" z="35.6164" />
+      <vertex index="3761" x="57.9008" y="44.2801" z="35.8663" />
+      <vertex index="3762" x="57.7288" y="44.7658" z="36.3386" />
+      <vertex index="3763" x="54.2127" y="40.4049" z="39.4162" />
+      <vertex index="3764" x="55.86" y="39.3581" z="48.6601" />
+      <vertex index="3765" x="57.9242" y="43.0203" z="31.7964" />
+      <vertex index="3766" x="58.6822" y="42.3888" z="41.9321" />
+      <vertex index="3767" x="58.9203" y="42.8685" z="41.4305" />
+      <vertex index="3768" x="47.414" y="39.0882" z="40.7175" />
+      <vertex index="3769" x="47.6618" y="38.6768" z="40.0325" />
+      <vertex index="3770" x="55.7335" y="51.1892" z="10.9183" />
+      <vertex index="3771" x="55.8605" y="51.6753" z="10.1993" />
+      <vertex index="3772" x="55.7311" y="50.9643" z="10.2483" />
+      <vertex index="3773" x="47.0373" y="39.262" z="36.705" />
+      <vertex index="3774" x="47.4287" y="39.4828" z="36.093" />
+      <vertex index="3775" x="47.8741" y="39.2551" z="36.6008" />
+      <vertex index="3776" x="54.061" y="39.8847" z="35.3844" />
+      <vertex index="3777" x="54.5286" y="39.8443" z="34.5474" />
+      <vertex index="3778" x="54.9959" y="39.901" z="35.2507" />
+      <vertex index="3779" x="52.0033" y="40.1918" z="36.7851" />
+      <vertex index="3780" x="51.985" y="40.3435" z="35.9958" />
+      <vertex index="3781" x="52.599" y="39.9809" z="36.3329" />
+      <vertex index="3782" x="53.3601" y="39.6645" z="37.4404" />
+      <vertex index="3783" x="52.638" y="39.8486" z="37.1129" />
+      <vertex index="3784" x="53.2655" y="39.7778" z="36.6769" />
+      <vertex index="3785" x="53.4749" y="39.7314" z="38.2813" />
+      <vertex index="3786" x="54.2535" y="39.9686" z="38.6626" />
+      <vertex index="3787" x="58.6115" y="51.0436" z="8.15145" />
+      <vertex index="3788" x="58.3783" y="50.8819" z="7.62601" />
+      <vertex index="3789" x="55.2526" y="47.3172" z="19.0849" />
+      <vertex index="3790" x="55.1817" y="47.7603" z="18.332" />
+      <vertex index="3791" x="58.9508" y="44.3712" z="32.1747" />
+      <vertex index="3792" x="57.3261" y="43.629" z="32.7635" />
+      <vertex index="3793" x="56.1979" y="42.5244" z="47.3934" />
+      <vertex index="3794" x="56.8353" y="42.2358" z="47.306" />
+      <vertex index="3795" x="54.7659" y="40.5072" z="47.593" />
+      <vertex index="3796" x="55.5551" y="48.4687" z="15.4854" />
+      <vertex index="3797" x="55.8372" y="48.5223" z="14.5879" />
+      <vertex index="3798" x="57.7824" y="45.284" z="32.9319" />
+      <vertex index="3799" x="57.3883" y="42.7779" z="45.3158" />
+      <vertex index="3800" x="57.0692" y="45.1796" z="26.566" />
+      <vertex index="3801" x="56.8227" y="54.0891" z="5.87973" />
+      <vertex index="3802" x="57.6746" y="45.4459" z="32.6386" />
+      <vertex index="3803" x="44.5665" y="38.4578" z="44.091" />
+      <vertex index="3804" x="56.7667" y="49.5378" z="10.3708" />
+      <vertex index="3805" x="56.6075" y="49.869" z="9.71921" />
+      <vertex index="3806" x="57.2428" y="49.6828" z="9.77416" />
+      <vertex index="3807" x="47.8396" y="41.8507" z="33.8462" />
+      <vertex index="3808" x="48.8508" y="40.6599" z="33.35" />
+      <vertex index="3809" x="48.861" y="40.3303" z="34.0313" />
+      <vertex index="3810" x="56.5592" y="40.0358" z="47.5974" />
+      <vertex index="3811" x="56.9008" y="40.4168" z="47.0339" />
+      <vertex index="3812" x="57.0313" y="40.4555" z="47.7436" />
+      <vertex index="3813" x="50.444" y="43.1907" z="32.5181" />
+      <vertex index="3814" x="50.8918" y="43.5014" z="31.8972" />
+      <vertex index="3815" x="55.2356" y="43.6673" z="39.7162" />
+      <vertex index="3816" x="54.7665" y="44.1295" z="39.8469" />
+      <vertex index="3817" x="55.7619" y="42.3708" z="48.1072" />
+      <vertex index="3818" x="49.8488" y="43.7129" z="31.3185" />
+      <vertex index="3819" x="49.2392" y="43.0923" z="31.4617" />
+      <vertex index="3820" x="55.6189" y="46.0338" z="26.7324" />
+      <vertex index="3821" x="55.9475" y="45.9074" z="27.4064" />
+      <vertex index="3822" x="56.2575" y="46.0922" z="26.7327" />
+      <vertex index="3823" x="53.8937" y="45.1545" z="29.5833" />
+      <vertex index="3824" x="56.1936" y="48.5883" z="20.1485" />
+      <vertex index="3825" x="42.506" y="36.2068" z="44.6573" />
+      <vertex index="3826" x="41.9264" y="36.2915" z="44.5483" />
+      <vertex index="3827" x="54.9639" y="42.8673" z="29.0534" />
+      <vertex index="3828" x="55.5984" y="43.116" z="28.7006" />
+      <vertex index="3829" x="55.6752" y="42.6495" z="29.3719" />
+      <vertex index="3830" x="56.1421" y="47.4019" z="16.6809" />
+      <vertex index="3831" x="58.2614" y="50.3395" z="9.03662" />
+      <vertex index="3832" x="58.5922" y="50.9005" z="8.79706" />
+      <vertex index="3833" x="55.8234" y="42.7892" z="43.0245" />
+      <vertex index="3834" x="56.1468" y="43.1024" z="42.3411" />
+      <vertex index="3835" x="54.8959" y="40.4242" z="38.9914" />
+      <vertex index="3836" x="46.889" y="39.8077" z="36.2078" />
+      <vertex index="3837" x="59.4467" y="42.9525" z="38.0194" />
+      <vertex index="3838" x="58.9062" y="42.3903" z="38.3942" />
+      <vertex index="3839" x="56.5224" y="47.0902" z="17.2426" />
+      <vertex index="3840" x="57.4626" y="41.363" z="46.7838" />
+      <vertex index="3841" x="57.3244" y="41.3748" z="47.3812" />
+      <vertex index="3842" x="57.2487" y="40.8975" z="47.2274" />
+      <vertex index="3843" x="58.1146" y="52.0503" z="11.0063" />
+      <vertex index="3844" x="58.3552" y="52.1826" z="10.2261" />
+      <vertex index="3845" x="46.8995" y="39.4252" z="41.0325" />
+      <vertex index="3846" x="44.7077" y="38.7505" z="43.5174" />
+      <vertex index="3847" x="45.1114" y="38.3722" z="43.7358" />
+      <vertex index="3848" x="54.978" y="45.7616" z="25.4404" />
+      <vertex index="3849" x="54.9475" y="45.4222" z="26.0197" />
+      <vertex index="3850" x="45.222" y="37.1852" z="41.2384" />
+      <vertex index="3851" x="45.8878" y="37.2908" z="41.0635" />
+      <vertex index="3852" x="45.5897" y="37.1534" z="41.7903" />
+      <vertex index="3853" x="55.3622" y="40.8949" z="39.1959" />
+      <vertex index="3854" x="54.8435" y="40.9467" z="39.583" />
+      <vertex index="3855" x="57.2635" y="46.7583" z="22.5501" />
+      <vertex index="3856" x="57.3568" y="46.7232" z="21.9937" />
+      <vertex index="3857" x="57.2186" y="47.1842" z="22.0156" />
+      <vertex index="3858" x="48.0059" y="41.6297" z="33.145" />
+      <vertex index="3859" x="47.7646" y="41.1848" z="33.7686" />
+      <vertex index="3860" x="56.7946" y="43.9255" z="40.9583" />
+      <vertex index="3861" x="55.9174" y="53.0451" z="5.89854" />
+      <vertex index="3862" x="57.3094" y="54.0068" z="6.46121" />
+      <vertex index="3863" x="45.5894" y="39.136" z="42.3606" />
+      <vertex index="3864" x="48.8629" y="42.5287" z="31.7215" />
+      <vertex index="3865" x="48.4574" y="41.4794" z="32.5878" />
+      <vertex index="3866" x="51.7093" y="41.2286" z="39.0989" />
+      <vertex index="3867" x="52.3174" y="41.4559" z="39.4251" />
+      <vertex index="3868" x="51.839" y="42.0529" z="39.1791" />
+      <vertex index="3869" x="45.169" y="37.2336" z="43.6255" />
+      <vertex index="3870" x="50.5125" y="43.8649" z="31.5458" />
+      <vertex index="3871" x="50.7195" y="44.098" z="30.8768" />
+      <vertex index="3872" x="57.0641" y="45.6547" z="25.9341" />
+      <vertex index="3873" x="57.1939" y="45.4695" z="25.0995" />
+      <vertex index="3874" x="57.6151" y="44.6512" z="37.0698" />
+      <vertex index="3875" x="42.5974" y="37.6294" z="46.5045" />
+      <vertex index="3876" x="42.0033" y="37.3092" z="47.1507" />
+      <vertex index="3877" x="57.1947" y="47.5696" z="21.3694" />
+      <vertex index="3878" x="55.6247" y="42.6813" z="44.5993" />
+      <vertex index="3879" x="55.3591" y="42.4207" z="45.4709" />
+      <vertex index="3880" x="51.085" y="44.6648" z="36.7457" />
+      <vertex index="3881" x="50.8458" y="44.1979" z="36.0401" />
+      <vertex index="3882" x="57.3018" y="49.5503" z="17.4094" />
+      <vertex index="3883" x="57.6763" y="48.9244" z="17.6671" />
+      <vertex index="3884" x="55.3959" y="45.6292" z="27.4028" />
+      <vertex index="3885" x="56.4868" y="39.6942" z="48.7489" />
+      <vertex index="3886" x="56.1897" y="40.0768" z="48.7631" />
+      <vertex index="3887" x="55.9423" y="42.7146" z="46.6676" />
+      <vertex index="3888" x="49.6378" y="43.1234" z="30.8944" />
+      <vertex index="3889" x="49.3046" y="42.5361" z="31.0695" />
+      <vertex index="3890" x="51.6345" y="44.1348" z="33.4653" />
+      <vertex index="3891" x="52.1451" y="44.0203" z="32.6885" />
+      <vertex index="3892" x="51.7937" y="43.3573" z="33.2922" />
+      <vertex index="3893" x="57.8767" y="45.2761" z="36.1316" />
+      <vertex index="3894" x="55.1864" y="40.714" z="46.0726" />
+      <vertex index="3895" x="51.1193" y="43.9818" z="31.4399" />
+      <vertex index="3896" x="57.1557" y="41.3849" z="32.9515" />
+      <vertex index="3897" x="58.696" y="42.9881" z="42.217" />
+      <vertex index="3898" x="58.553" y="42.4443" z="42.6993" />
+      <vertex index="3899" x="56.7943" y="43.032" z="45.3966" />
+      <vertex index="3900" x="57.1518" y="45.5734" z="24.2254" />
+      <vertex index="3901" x="50.8556" y="44.0069" z="30.1475" />
+      <vertex index="3902" x="50.2397" y="43.4927" z="30.3746" />
+      <vertex index="3903" x="57.7691" y="48.0777" z="17.9373" />
+      <vertex index="3904" x="55.7359" y="45.7066" z="30.0301" />
+      <vertex index="3905" x="55.9363" y="45.9174" z="30.7475" />
+      <vertex index="3906" x="52.3192" y="42.7645" z="39.2991" />
+      <vertex index="3907" x="52.5629" y="42.109" z="39.4618" />
+      <vertex index="3908" x="56.2196" y="43.293" z="28.3078" />
+      <vertex index="3909" x="56.2869" y="43.0392" z="29.1476" />
+      <vertex index="3910" x="56.8906" y="46.9449" z="17.8812" />
+      <vertex index="3911" x="55.1958" y="44.322" z="26.6444" />
+      <vertex index="3912" x="55.6868" y="43.8584" z="26.6445" />
+      <vertex index="3913" x="57.1808" y="44.5995" z="28.0749" />
+      <vertex index="3914" x="57.2323" y="44.0378" z="28.4327" />
+      <vertex index="3915" x="57.0027" y="44.1243" z="27.6521" />
+      <vertex index="3916" x="57.0662" y="44.7188" z="27.2484" />
+      <vertex index="3917" x="46.3538" y="40.3525" z="37.3097" />
+      <vertex index="3918" x="50.676" y="41.9151" z="32.8713" />
+      <vertex index="3919" x="47.6637" y="41.5601" z="36.8684" />
+      <vertex index="3920" x="59.1629" y="44.3099" z="39.079" />
+      <vertex index="3921" x="42.9527" y="38.5688" z="43.7084" />
+      <vertex index="3922" x="42.6336" y="38.3602" z="43.5669" />
+      <vertex index="3923" x="42.424" y="38.4472" z="44.2188" />
+      <vertex index="3924" x="57.192" y="46.915" z="18.5652" />
+      <vertex index="3925" x="56.6244" y="43.8035" z="27.3236" />
+      <vertex index="3926" x="56.8354" y="44.1491" z="26.9113" />
+      <vertex index="3927" x="55.56" y="42.4288" z="43.7899" />
+      <vertex index="3928" x="56.2321" y="43.3413" z="43.0057" />
+      <vertex index="3929" x="48.2896" y="40.1516" z="38.7542" />
+      <vertex index="3930" x="56.3667" y="41.3487" z="42.586" />
+      <vertex index="3931" x="56.8322" y="41.2613" z="42.2867" />
+      <vertex index="3932" x="47.5116" y="41.4614" z="34.4452" />
+      <vertex index="3933" x="41.5739" y="38.0332" z="44.4731" />
+      <vertex index="3934" x="41.9434" y="38.3872" z="45.0163" />
+      <vertex index="3935" x="58.3016" y="49.8808" z="13.8969" />
+      <vertex index="3936" x="58.2534" y="49.3477" z="13.429" />
+      <vertex index="3937" x="52.6245" y="40.2054" z="35.6137" />
+      <vertex index="3938" x="56.1572" y="50.1935" z="9.814" />
+      <vertex index="3939" x="54.8362" y="41.523" z="46.8369" />
+      <vertex index="3940" x="54.8144" y="41.6781" z="47.471" />
+      <vertex index="3941" x="57.0602" y="45.1379" z="29.3553" />
+      <vertex index="3942" x="57.5604" y="44.6548" z="29.7009" />
+      <vertex index="3943" x="57.3297" y="44.6095" z="28.8666" />
+      <vertex index="3944" x="41.2677" y="36.3188" z="44.9007" />
+      <vertex index="3945" x="49.9718" y="40.936" z="33.2374" />
+      <vertex index="3946" x="56.9386" y="41.1441" z="34.8715" />
+      <vertex index="3947" x="56.7181" y="41.0829" z="35.5927" />
+      <vertex index="3948" x="56.4015" y="40.651" z="35.021" />
+      <vertex index="3949" x="57.9586" y="48.5785" z="15.9953" />
+      <vertex index="3950" x="58.1429" y="43.7316" z="34.4462" />
+      <vertex index="3951" x="58.0605" y="43.6886" z="35.3706" />
+      <vertex index="3952" x="54.2202" y="43.2178" z="28.9517" />
+      <vertex index="3953" x="47.3472" y="41.6006" z="35.2446" />
+      <vertex index="3954" x="46.1935" y="40.4556" z="38.7682" />
+      <vertex index="3955" x="46.6246" y="40.844" z="38.2555" />
+      <vertex index="3956" x="43.7109" y="36.4752" z="44.4524" />
+      <vertex index="3957" x="57.7513" y="44.1281" z="36.7057" />
+      <vertex index="3958" x="58.0995" y="49.1646" z="15.3605" />
+      <vertex index="3959" x="55.9153" y="52.3215" z="5.73859" />
+      <vertex index="3960" x="55.0171" y="45.8537" z="23.2167" />
+      <vertex index="3961" x="55.2735" y="46.8911" z="19.8461" />
+      <vertex index="3962" x="55.2986" y="46.4829" z="20.6052" />
+      <vertex index="3963" x="57.8126" y="43.108" z="31.2039" />
+      <vertex index="3964" x="57.4641" y="43.0826" z="30.495" />
+      <vertex index="3965" x="58.0315" y="43.6032" z="30.7958" />
+      <vertex index="3966" x="47.2772" y="39.6112" z="40.5018" />
+      <vertex index="3967" x="43.6328" y="37.5974" z="45.681" />
+      <vertex index="3968" x="50.9952" y="42.8362" z="32.1036" />
+      <vertex index="3969" x="57.1103" y="44.005" z="39.0467" />
+      <vertex index="3970" x="56.8396" y="43.7231" z="39.7145" />
+      <vertex index="3971" x="57.5524" y="48.213" z="19.2996" />
+      <vertex index="3972" x="56.9364" y="47.2402" z="22.6325" />
+      <vertex index="3973" x="56.7551" y="45.6327" z="31.6492" />
+      <vertex index="3974" x="56.101" y="46.0435" z="31.4276" />
+      <vertex index="3975" x="56.257" y="46.0372" z="32.1965" />
+      <vertex index="3976" x="57.7381" y="44.9342" z="38.1928" />
+      <vertex index="3977" x="58.4607" y="45.0579" z="37.8456" />
+      <vertex index="3978" x="51.6825" y="41.1502" z="35.0094" />
+      <vertex index="3979" x="57.541" y="52.2731" z="11.2076" />
+      <vertex index="3980" x="53.4875" y="40.1604" z="33.8595" />
+      <vertex index="3981" x="47.2691" y="38.4277" z="40.8026" />
+      <vertex index="3982" x="48.0263" y="39.604" z="35.7756" />
+      <vertex index="3983" x="56.5823" y="43.5397" z="40.4619" />
+      <vertex index="3984" x="57.2384" y="49.2262" z="18.2065" />
+      <vertex index="3985" x="57.6239" y="48.5867" z="18.53" />
+      <vertex index="3986" x="57.4486" y="44.054" z="29.3031" />
+      <vertex index="3987" x="45.6925" y="37.6391" z="43.1888" />
+      <vertex index="3988" x="57.1692" y="41.3823" z="41.747" />
+      <vertex index="3989" x="58.0414" y="42.975" z="43.7934" />
+      <vertex index="3990" x="57.8497" y="43.4525" z="43.2668" />
+      <vertex index="3991" x="54.2279" y="39.7995" z="37.707" />
+      <vertex index="3992" x="53.7418" y="39.968" z="34.5333" />
+      <vertex index="3993" x="53.2535" y="40.1394" z="35.1576" />
+      <vertex index="3994" x="44.3633" y="36.7078" z="43.2628" />
+      <vertex index="3995" x="44.6214" y="36.8125" z="42.6422" />
+      <vertex index="3996" x="56.497" y="43.5792" z="42.3191" />
+      <vertex index="3997" x="48.3154" y="41.0485" z="33.1972" />
+      <vertex index="3998" x="44.9278" y="36.9929" z="41.9549" />
+      <vertex index="3999" x="56.2279" y="45.7136" z="28.0333" />
+      <vertex index="4000" x="57.8317" y="44.1443" z="30.1557" />
+      <vertex index="4001" x="57.8746" y="44.7523" z="30.4751" />
+      <vertex index="4002" x="57.6814" y="43.9868" z="41.924" />
+      <vertex index="4003" x="58.3032" y="43.9255" z="41.5132" />
+      <vertex index="4004" x="56.3384" y="43.3961" z="41.8233" />
+      <vertex index="4005" x="57.9633" y="44.9795" z="34.1987" />
+      <vertex index="4006" x="51.3089" y="41.0825" z="38.5118" />
+      <vertex index="4007" x="51.8031" y="40.5781" z="38.7686" />
+      <vertex index="4008" x="59.4027" y="44.6984" z="36.8168" />
+      <vertex index="4009" x="59.6669" y="44.2966" z="36.0933" />
+      <vertex index="4010" x="59.3225" y="44.9215" z="35.8913" />
+      <vertex index="4011" x="56.2422" y="45.4441" z="21.8582" />
+      <vertex index="4012" x="55.6123" y="45.5823" z="21.9974" />
+      <vertex index="4013" x="55.879" y="45.7482" z="21.2341" />
+      <vertex index="4014" x="57.305" y="41.8428" z="47.0854" />
+      <vertex index="4015" x="57.101" y="43.3511" z="39.1987" />
+      <vertex index="4016" x="57.393" y="42.9085" z="31.8748" />
+      <vertex index="4017" x="57.1679" y="42.2694" z="31.8577" />
+      <vertex index="4018" x="55.9862" y="45.1844" z="22.6425" />
+      <vertex index="4019" x="57.0956" y="48.8363" z="19.0784" />
+      <vertex index="4020" x="53.4902" y="45.4593" z="30.8772" />
+      <vertex index="4021" x="53.4111" y="45.9802" z="31.3828" />
+      <vertex index="4022" x="53.7559" y="45.9521" z="30.7869" />
+      <vertex index="4023" x="54.7867" y="41.7254" z="48.7685" />
+      <vertex index="4024" x="54.4508" y="41.408" z="49.2798" />
+      <vertex index="4025" x="54.9988" y="41.9376" z="49.4349" />
+      <vertex index="4026" x="39.162" y="38.141" z="46.9992" />
+      <vertex index="4027" x="39.4898" y="37.8301" z="46.9629" />
+      <vertex index="4028" x="39.5761" y="38.3937" z="47.3972" />
+      <vertex index="4029" x="57.0369" y="43.6283" z="33.1843" />
+      <vertex index="4030" x="51.4241" y="41.8344" z="31.1898" />
+      <vertex index="4031" x="38.8993" y="37.5907" z="46.4598" />
+      <vertex index="4032" x="47.0467" y="38.8245" z="41.3906" />
+      <vertex index="4033" x="53.7446" y="46.1661" z="37.1381" />
+      <vertex index="4034" x="53.8778" y="45.937" z="37.9114" />
+      <vertex index="4035" x="55.377" y="45.397" z="22.8558" />
+      <vertex index="4036" x="57.0118" y="46.1398" z="20.9448" />
+      <vertex index="4037" x="56.4789" y="45.7556" z="21.0939" />
+      <vertex index="4038" x="56.6312" y="46.0385" z="20.3454" />
+      <vertex index="4039" x="55.7643" y="40.1971" z="35.1421" />
+      <vertex index="4040" x="56.0385" y="40.3498" z="34.3924" />
+      <vertex index="4041" x="56.5744" y="43.1987" z="44.7749" />
+      <vertex index="4042" x="53.0225" y="46.1284" z="36.8828" />
+      <vertex index="4043" x="53.0976" y="46.0026" z="37.6402" />
+      <vertex index="4044" x="51.1479" y="44.3194" z="34.8975" />
+      <vertex index="4045" x="51.0528" y="43.6973" z="34.66" />
+      <vertex index="4046" x="50.8507" y="43.8634" z="35.3634" />
+      <vertex index="4047" x="59.1678" y="45.1242" z="34.9591" />
+      <vertex index="4048" x="59.5922" y="44.482" z="35.2934" />
+      <vertex index="4049" x="59.5163" y="44.6071" z="34.5178" />
+      <vertex index="4050" x="59.7183" y="43.7836" z="35.5785" />
+      <vertex index="4051" x="45.6261" y="39.6351" z="39.1608" />
+      <vertex index="4052" x="45.8785" y="40.1084" z="39.1368" />
+      <vertex index="4053" x="53.2744" y="39.9203" z="35.9063" />
+      <vertex index="4054" x="53.9357" y="39.8388" z="36.309" />
+      <vertex index="4055" x="59.5231" y="43.317" z="38.673" />
+      <vertex index="4056" x="48.1554" y="40.5637" z="33.93" />
+      <vertex index="4057" x="54.6661" y="45.1347" z="29.0437" />
+      <vertex index="4058" x="56.3376" y="42.5647" z="29.8451" />
+      <vertex index="4059" x="55.8218" y="42.0724" z="29.8877" />
+      <vertex index="4060" x="56.1757" y="42.9375" z="41.6327" />
+      <vertex index="4061" x="57.224" y="46.2081" z="23.7474" />
+      <vertex index="4062" x="52.2912" y="42.2875" z="29.9169" />
+      <vertex index="4063" x="57.4712" y="44.6663" z="39.105" />
+      <vertex index="4064" x="57.3239" y="44.3361" z="38.3102" />
+      <vertex index="4065" x="49.039" y="43.1372" z="32.7116" />
+      <vertex index="4066" x="58.604" y="43.927" z="31.4838" />
+      <vertex index="4067" x="56.6793" y="40.7878" z="34.306" />
+      <vertex index="4068" x="43.1314" y="38.467" z="43.0938" />
+      <vertex index="4069" x="58.7836" y="45.449" z="34.2262" />
+      <vertex index="4070" x="56.3477" y="51.1566" z="13.6704" />
+      <vertex index="4071" x="55.8314" y="50.8901" z="13.1766" />
+      <vertex index="4072" x="55.8762" y="50.6424" z="14.0551" />
+      <vertex index="4073" x="57.1027" y="45.0098" z="25.8403" />
+      <vertex index="4074" x="56.9029" y="45.7927" z="21.8512" />
+      <vertex index="4075" x="56.6052" y="45.3102" z="22.5734" />
+      <vertex index="4076" x="59.5852" y="44.1903" z="34.1691" />
+      <vertex index="4077" x="46.9129" y="38.1639" z="41.4408" />
+      <vertex index="4078" x="58.3586" y="42.246" z="37.8447" />
+      <vertex index="4079" x="59.7477" y="43.7745" z="36.2346" />
+      <vertex index="4080" x="41.3929" y="36.1734" z="47.0297" />
+      <vertex index="4081" x="53.1034" y="42.0684" z="39.6119" />
+      <vertex index="4082" x="52.8582" y="41.6262" z="39.5734" />
+      <vertex index="4083" x="53.8525" y="39.7575" z="37.0006" />
+      <vertex index="4084" x="39.5293" y="36.14" z="46.3993" />
+      <vertex index="4085" x="39.2644" y="36.4527" z="46.2997" />
+      <vertex index="4086" x="50.916" y="42.4097" z="38.0344" />
+      <vertex index="4087" x="50.6724" y="42.6587" z="37.3766" />
+      <vertex index="4088" x="50.8838" y="41.8315" z="37.3932" />
+      <vertex index="4089" x="55.7193" y="40.7709" z="48.9673" />
+      <vertex index="4090" x="56.7743" y="41.2644" z="32.2821" />
+      <vertex index="4091" x="51.4929" y="40.6909" z="36.4777" />
+      <vertex index="4092" x="52.6453" y="43.832" z="29.0036" />
+      <vertex index="4093" x="52.046" y="43.4204" z="29.2161" />
+      <vertex index="4094" x="51.9448" y="44.0827" z="29.3038" />
+      <vertex index="4095" x="46.8438" y="40.4126" z="35.743" />
+      <vertex index="4096" x="46.5324" y="40.368" z="36.517" />
+      <vertex index="4097" x="46.7866" y="40.9589" z="36.1794" />
+      <vertex index="4098" x="56.8668" y="44.5219" z="25.7964" />
+      <vertex index="4099" x="56.9351" y="44.769" z="25.2095" />
+      <vertex index="4100" x="52.5596" y="44.4977" z="29.2984" />
+      <vertex index="4101" x="53.295" y="44.2781" z="28.9364" />
+      <vertex index="4102" x="55.1838" y="47.5345" z="19.7869" />
+      <vertex index="4103" x="55.1062" y="42.3396" z="29.6348" />
+      <vertex index="4104" x="39.4493" y="37.1005" z="46.6317" />
+      <vertex index="4105" x="57.6675" y="41.3431" z="43.971" />
+      <vertex index="4106" x="55.6859" y="45.3117" z="37.7064" />
+      <vertex index="4107" x="56.071" y="51.8135" z="10.9828" />
+      <vertex index="4108" x="57.8592" y="51.9245" z="11.7728" />
+      <vertex index="4109" x="58.2014" y="51.419" z="12.1962" />
+      <vertex index="4110" x="58.3006" y="51.6325" z="11.4844" />
+      <vertex index="4111" x="51.4251" y="44.8345" z="34.4917" />
+      <vertex index="4112" x="51.303" y="44.8592" z="35.2038" />
+      <vertex index="4113" x="52.711" y="39.8095" z="37.9237" />
+      <vertex index="4114" x="58.2456" y="41.9229" z="43.0783" />
+      <vertex index="4115" x="56.5872" y="46.1704" z="26.0267" />
+      <vertex index="4116" x="51.3689" y="41.8406" z="34.8181" />
+      <vertex index="4117" x="51.6225" y="42.2119" z="34.1463" />
+      <vertex index="4118" x="57.2536" y="46.2172" z="23.016" />
+      <vertex index="4119" x="44.7344" y="39.0313" z="40.9441" />
+      <vertex index="4120" x="50.8293" y="43.0712" z="35.1813" />
+      <vertex index="4121" x="55.1265" y="46.0901" z="22.2023" />
+      <vertex index="4122" x="42.24" y="37.5191" z="43.405" />
+      <vertex index="4123" x="42.6036" y="36.9821" z="43.3227" />
+      <vertex index="4124" x="50.9331" y="44.1589" z="37.5111" />
+      <vertex index="4125" x="50.9878" y="43.5964" z="38.0876" />
+      <vertex index="4126" x="51.4561" y="44.3548" z="38.2756" />
+      <vertex index="4127" x="44.9033" y="37.555" z="40.797" />
+      <vertex index="4128" x="44.7605" y="38.0063" z="40.5131" />
+      <vertex index="4129" x="57.8988" y="42.7236" z="37.4166" />
+      <vertex index="4130" x="58.2196" y="43.6052" z="42.3656" />
+      <vertex index="4131" x="59.721" y="43.9978" z="36.7839" />
+      <vertex index="4132" x="54.6577" y="41.4835" z="48.0645" />
+      <vertex index="4133" x="54.5188" y="41.1278" z="48.6839" />
+      <vertex index="4134" x="55.8574" y="52.1141" z="7.34918" />
+      <vertex index="4135" x="55.8941" y="51.3408" z="11.6822" />
+      <vertex index="4136" x="51.279" y="42.2805" z="38.6439" />
+      <vertex index="4137" x="51.3796" y="41.6504" z="38.7864" />
+      <vertex index="4138" x="54.074" y="43.7691" z="40.0337" />
+      <vertex index="4139" x="54.0971" y="44.5626" z="39.7201" />
+      <vertex index="4140" x="53.3309" y="44.1075" z="39.6426" />
+      <vertex index="4141" x="57.405" y="49.4594" z="10.4489" />
+      <vertex index="4142" x="55.6829" y="46.3475" z="20.0052" />
+      <vertex index="4143" x="55.6118" y="46.7543" z="19.2226" />
+      <vertex index="4144" x="40.4634" y="38.2727" z="46.8203" />
+      <vertex index="4145" x="57.7507" y="49.9376" z="9.32162" />
+      <vertex index="4146" x="58.55" y="50.4047" z="11.7388" />
+      <vertex index="4147" x="58.3846" y="49.7666" z="11.885" />
+      <vertex index="4148" x="47.3775" y="40.982" z="38.4419" />
+      <vertex index="4149" x="51.3603" y="43.5729" z="33.9918" />
+      <vertex index="4150" x="47.5449" y="40.8077" z="34.4077" />
+      <vertex index="4151" x="42.1705" y="36.6337" z="46.8413" />
+      <vertex index="4152" x="41.5482" y="36.7474" z="47.4846" />
+      <vertex index="4153" x="52.7817" y="43.1284" z="29.179" />
+      <vertex index="4154" x="52.1542" y="42.772" z="29.4558" />
+      <vertex index="4155" x="56.394" y="40.694" z="44.3308" />
+      <vertex index="4156" x="56.6335" y="40.9056" z="43.5617" />
+      <vertex index="4157" x="39.7551" y="38.2407" z="46.9073" />
+      <vertex index="4158" x="57.1262" y="51.6671" z="3.97164" />
+      <vertex index="4159" x="56.6697" y="51.7478" z="4.67061" />
+      <vertex index="4160" x="56.2686" y="52.1188" z="4.17984" />
+      <vertex index="4161" x="43.5169" y="38.7379" z="43.5009" />
+      <vertex index="4162" x="52.9877" y="42.6739" z="39.5628" />
+      <vertex index="4163" x="56.0667" y="45.9437" z="20.5227" />
+      <vertex index="4164" x="49.0556" y="40.5154" z="36.4301" />
+      <vertex index="4165" x="48.7806" y="40.8054" z="37.0568" />
+      <vertex index="4166" x="48.8452" y="40.0989" z="37.0542" />
+      <vertex index="4167" x="41.2076" y="38.2614" z="45.2877" />
+      <vertex index="4168" x="56.9972" y="44.5951" z="26.4181" />
+      <vertex index="4169" x="53.5668" y="42.8505" z="29.2725" />
+      <vertex index="4170" x="53.4297" y="43.5507" z="28.9724" />
+      <vertex index="4171" x="51.1416" y="42.5356" z="34.6215" />
+      <vertex index="4172" x="58.027" y="51.8532" z="3.97876" />
+      <vertex index="4173" x="57.8629" y="52.1853" z="4.28507" />
+      <vertex index="4174" x="46.6595" y="38.5069" z="42.0779" />
+      <vertex index="4175" x="57.7032" y="45.2696" z="30.8333" />
+      <vertex index="4176" x="57.3916" y="45.1283" z="30.1575" />
+      <vertex index="4177" x="57.1157" y="45.4971" z="30.572" />
+      <vertex index="4178" x="57.2028" y="52.0518" z="11.8939" />
+      <vertex index="4179" x="57.5398" y="51.7013" z="12.6511" />
+      <vertex index="4180" x="52.4463" y="45.8703" z="37.2604" />
+      <vertex index="4181" x="57.3835" y="42.9626" z="38.687" />
+      <vertex index="4182" x="56.8101" y="49.9258" z="17.0041" />
+      <vertex index="4183" x="57.5168" y="44.0172" z="37.5999" />
+      <vertex index="4184" x="51.5015" y="44.3342" z="30.977" />
+      <vertex index="4185" x="55.2921" y="45.3591" z="38.2219" />
+      <vertex index="4186" x="53.739" y="42.3072" z="29.7742" />
+      <vertex index="4187" x="54.3493" y="42.6069" z="29.4191" />
+      <vertex index="4188" x="54.5466" y="42.1449" z="29.9864" />
+      <vertex index="4189" x="54.8043" y="44.8216" z="39.39" />
+      <vertex index="4190" x="43.1412" y="36.3504" z="44.1438" />
+      <vertex index="4191" x="48.5338" y="39.6805" z="36.1762" />
+      <vertex index="4192" x="55.2326" y="41.7733" z="30.128" />
+      <vertex index="4193" x="55.9081" y="41.6144" z="30.5069" />
+      <vertex index="4194" x="55.2902" y="41.2672" z="30.7741" />
+      <vertex index="4195" x="57.153" y="42.96" z="32.4201" />
+      <vertex index="4196" x="53.9302" y="40.6819" z="32.2477" />
+      <vertex index="4197" x="54.8381" y="40.9086" z="46.7828" />
+      <vertex index="4198" x="42.4033" y="36.5168" z="43.9699" />
+      <vertex index="4199" x="41.9877" y="37.0416" z="43.812" />
+      <vertex index="4200" x="51.3188" y="44.2393" z="34.1816" />
+      <vertex index="4201" x="59.1629" y="44.7419" z="37.7147" />
+      <vertex index="4202" x="50.0863" y="42.8596" z="33.1315" />
+      <vertex index="4203" x="54.5824" y="40.039" z="48.9096" />
+      <vertex index="4204" x="55.3453" y="40.0272" z="48.7881" />
+      <vertex index="4205" x="58.4782" y="52.6808" z="4.50745" />
+      <vertex index="4206" x="56.3853" y="50.6722" z="15.0614" />
+      <vertex index="4207" x="57.1614" y="52.5088" z="10.6525" />
+      <vertex index="4208" x="56.7392" y="40.0598" z="48.301" />
+      <vertex index="4209" x="55.0495" y="40.101" z="37.4241" />
+      <vertex index="4210" x="55.6861" y="40.4277" z="37.1719" />
+      <vertex index="4211" x="55.6128" y="40.4377" z="37.8833" />
+      <vertex index="4212" x="57.3203" y="43.6587" z="38.4548" />
+      <vertex index="4213" x="55.3983" y="46.0755" z="21.3331" />
+      <vertex index="4214" x="51.0153" y="42.23" z="32.3022" />
+      <vertex index="4215" x="57.061" y="41.2115" z="48.5685" />
+      <vertex index="4216" x="47.2974" y="38.8362" z="37.3104" />
+      <vertex index="4217" x="56.1753" y="49.7748" z="17.1998" />
+      <vertex index="4218" x="52.3503" y="44.0224" z="31.758" />
+      <vertex index="4219" x="50.7353" y="42.7296" z="29.9658" />
+      <vertex index="4220" x="49.9142" y="42.6366" z="30.5181" />
+      <vertex index="4221" x="45.3207" y="38.9561" z="39.3581" />
+      <vertex index="4222" x="44.2366" y="36.9382" z="42.1465" />
+      <vertex index="4223" x="51.5221" y="43.6597" z="29.4379" />
+      <vertex index="4224" x="51.4528" y="43.0947" z="29.5211" />
+      <vertex index="4225" x="49.6738" y="40.8518" z="34.5515" />
+      <vertex index="4226" x="46.0431" y="38.6757" z="42.5896" />
+      <vertex index="4227" x="58.8268" y="51.887" z="7.01559" />
+      <vertex index="4228" x="50.6789" y="43.3853" z="37.4121" />
+      <vertex index="4229" x="55.3789" y="49.0206" z="15.7172" />
+      <vertex index="4230" x="55.3793" y="48.1444" z="19.7587" />
+      <vertex index="4231" x="47.9491" y="40.5609" z="38.7729" />
+      <vertex index="4232" x="56.4737" y="42.1983" z="48.0685" />
+      <vertex index="4233" x="57.9662" y="44.4774" z="34.9204" />
+      <vertex index="4234" x="40.0131" y="36.1777" z="46.0721" />
+      <vertex index="4235" x="55.8889" y="50.2238" z="15.2916" />
+      <vertex index="4236" x="55.52" y="49.6269" z="15.506" />
+      <vertex index="4237" x="57.0445" y="52.4349" z="4.40258" />
+      <vertex index="4238" x="57.7764" y="52.917" z="4.61832" />
+      <vertex index="4239" x="57.0667" y="53.2401" z="4.76873" />
+      <vertex index="4240" x="44.5583" y="37.2757" z="41.4793" />
+      <vertex index="4241" x="44.4896" y="36.7663" z="43.9493" />
+      <vertex index="4242" x="54.0251" y="41.1738" z="31.5824" />
+      <vertex index="4243" x="51.8078" y="45.3128" z="34.1538" />
+      <vertex index="4244" x="51.636" y="44.7943" z="33.751" />
+      <vertex index="4245" x="57.7855" y="43.411" z="37.0744" />
+      <vertex index="4246" x="57.5233" y="51.3214" z="13.5056" />
+      <vertex index="4247" x="56.9016" y="51.5143" z="13.2682" />
+      <vertex index="4248" x="56.9354" y="51.2112" z="13.979" />
+      <vertex index="4249" x="51.9709" y="44.7307" z="33.0221" />
+      <vertex index="4250" x="52.0532" y="40.1035" z="37.5904" />
+      <vertex index="4251" x="58.6437" y="50.7569" z="10.9524" />
+      <vertex index="4252" x="58.448" y="50.045" z="11.1273" />
+      <vertex index="4253" x="58.4828" y="50.3751" z="10.3485" />
+      <vertex index="4254" x="58.0692" y="49.7034" z="10.5714" />
+      <vertex index="4255" x="58.3697" y="43.0354" z="43.01" />
+      <vertex index="4256" x="55.6527" y="48.9278" z="18.5333" />
+      <vertex index="4257" x="56.8923" y="41.7147" z="31.6914" />
+      <vertex index="4258" x="56.3606" y="41.2498" z="31.6198" />
+      <vertex index="4259" x="43.6075" y="38.0411" z="45.2933" />
+      <vertex index="4260" x="58.8688" y="44.6982" z="38.5249" />
+      <vertex index="4261" x="58.897" y="45.0555" z="37.1764" />
+      <vertex index="4262" x="58.5443" y="52.253" z="9.54517" />
+      <vertex index="4263" x="44.1363" y="36.8919" z="44.8435" />
+      <vertex index="4264" x="58.5509" y="51.0994" z="11.6165" />
+      <vertex index="4265" x="56.367" y="51.1097" z="7.0403" />
+      <vertex index="4266" x="55.0071" y="46.5123" z="34.0578" />
+      <vertex index="4267" x="55.0585" y="46.5891" z="33.2013" />
+      <vertex index="4268" x="54.4276" y="46.5698" z="33.5929" />
+      <vertex index="4269" x="58.0628" y="51.1562" z="13.0289" />
+      <vertex index="4270" x="48.2062" y="39.8984" z="35.039" />
+      <vertex index="4271" x="48.6789" y="39.9484" z="35.443" />
+      <vertex index="4272" x="56.751" y="51.7561" z="12.542" />
+      <vertex index="4273" x="51.4211" y="44.8489" z="37.5429" />
+      <vertex index="4274" x="55.4506" y="47.5176" z="21.9237" />
+      <vertex index="4275" x="57.0733" y="40.5841" z="48.437" />
+      <vertex index="4276" x="53.596" y="46.3188" z="32.0575" />
+      <vertex index="4277" x="52.892" y="45.8516" z="32.1547" />
+      <vertex index="4278" x="54.6381" y="45.7471" z="38.1076" />
+      <vertex index="4279" x="54.7533" y="45.3485" z="38.7856" />
+      <vertex index="4280" x="58.7121" y="51.0768" z="10.1377" />
+      <vertex index="4281" x="58.5883" y="51.5534" z="10.778" />
+      <vertex index="4282" x="56.3846" y="50.9069" z="14.3731" />
+      <vertex index="4283" x="57.5781" y="41.5416" z="41.0391" />
+      <vertex index="4284" x="58.2108" y="44.8925" z="38.7889" />
+      <vertex index="4285" x="56.6107" y="45.6454" z="30.9884" />
+      <vertex index="4286" x="56.4767" y="45.5967" z="30.3156" />
+      <vertex index="4287" x="58.7744" y="51.3126" z="9.3228" />
+      <vertex index="4288" x="58.5564" y="50.6651" z="9.56186" />
+      <vertex index="4289" x="57.0783" y="45.7007" z="22.7266" />
+      <vertex index="4290" x="57.7703" y="48.0873" z="16.469" />
+      <vertex index="4291" x="55.6781" y="43.5625" z="39.273" />
+      <vertex index="4292" x="55.3727" y="44.2572" z="39.379" />
+      <vertex index="4293" x="59.716" y="43.4184" z="36.647" />
+      <vertex index="4294" x="51.1232" y="41.7114" z="38.211" />
+      <vertex index="4295" x="55.9626" y="41.3224" z="31.0726" />
+      <vertex index="4296" x="56.4691" y="41.6361" z="31.0399" />
+      <vertex index="4297" x="57.1814" y="43.5768" z="43.4718" />
+      <vertex index="4298" x="56.5641" y="43.4635" z="43.6185" />
+      <vertex index="4299" x="57.7278" y="47.9692" z="18.7643" />
+      <vertex index="4300" x="55.9909" y="43.0429" z="43.8522" />
+      <vertex index="4301" x="55.5879" y="46.4471" z="31.8845" />
+      <vertex index="4302" x="55.7" y="46.4701" z="32.7046" />
+      <vertex index="4303" x="58.9672" y="53.2143" z="4.67358" />
+      <vertex index="4304" x="52.4318" y="44.6171" z="32.2819" />
+      <vertex index="4305" x="52.3728" y="45.2924" z="32.6103" />
+      <vertex index="4306" x="43.8039" y="36.5244" z="43.6796" />
+      <vertex index="4307" x="50.7965" y="43.0104" z="37.9038" />
+      <vertex index="4308" x="52.1248" y="40.0681" z="38.3654" />
+      <vertex index="4309" x="58.0283" y="44.6764" z="39.6259" />
+      <vertex index="4310" x="58.3246" y="42.4314" z="43.4627" />
+      <vertex index="4311" x="55.2585" y="48.4161" z="18.4188" />
+      <vertex index="4312" x="40.6841" y="35.9185" z="46.1761" />
+      <vertex index="4313" x="59.4839" y="42.9402" z="37.0848" />
+      <vertex index="4314" x="48.6796" y="40.3454" z="37.7146" />
+      <vertex index="4315" x="56.3611" y="51.4056" z="13.0437" />
+      <vertex index="4316" x="41.6992" y="37.567" z="43.9509" />
+      <vertex index="4317" x="42.1698" y="38.0111" z="43.7729" />
+      <vertex index="4318" x="48.1262" y="39.1056" z="38.8515" />
+      <vertex index="4319" x="49.3739" y="42.9462" z="33.5122" />
+      <vertex index="4320" x="51.1544" y="41.0937" z="37.7512" />
+      <vertex index="4321" x="52.8239" y="43.403" z="39.432" />
+      <vertex index="4322" x="54.8642" y="40.7445" z="48.9988" />
+      <vertex index="4323" x="56.3355" y="41.2257" z="37.7912" />
+      <vertex index="4324" x="56.3023" y="41.606" z="38.2577" />
+      <vertex index="4325" x="56.0269" y="40.9628" z="38.2044" />
+      <vertex index="4326" x="55.8933" y="40.4456" z="32.946" />
+      <vertex index="4327" x="54.9995" y="46.612" z="32.3758" />
+      <vertex index="4328" x="55.7025" y="50.6285" z="10.7737" />
+      <vertex index="4329" x="56.3958" y="54.2125" z="5.17158" />
+      <vertex index="4330" x="56.3228" y="52.8524" z="4.59596" />
+      <vertex index="4331" x="56.0768" y="42.1136" z="48.8029" />
+      <vertex index="4332" x="55.384" y="42.1447" z="48.8231" />
+      <vertex index="4333" x="55.7317" y="42.1355" z="49.3986" />
+      <vertex index="4334" x="43.8754" y="36.7205" z="42.8733" />
+      <vertex index="4335" x="58.331" y="43.4976" z="33.717" />
+      <vertex index="4336" x="51.7442" y="44.0013" z="31.395" />
+      <vertex index="4337" x="58.1358" y="49.0813" z="14.3926" />
+      <vertex index="4338" x="55.2293" y="40.1336" z="36.6465" />
+      <vertex index="4339" x="57.0954" y="42.4264" z="35.5807" />
+      <vertex index="4340" x="56.9363" y="43.2908" z="35.3191" />
+      <vertex index="4341" x="56.825" y="43.1121" z="36.1598" />
+      <vertex index="4342" x="58.9336" y="45.1836" z="33.4788" />
+      <vertex index="4343" x="46.6104" y="39.0573" z="37.4156" />
+      <vertex index="4344" x="56.6797" y="41.7686" z="48.6982" />
+      <vertex index="4345" x="56.3783" y="41.8226" z="49.3097" />
+      <vertex index="4346" x="40.1495" y="38.1829" z="46.2765" />
+      <vertex index="4347" x="40.8105" y="37.8029" z="44.9883" />
+      <vertex index="4348" x="41.1443" y="37.4621" z="44.4391" />
+      <vertex index="4349" x="40.5647" y="37.1837" z="44.9123" />
+      <vertex index="4350" x="48.0222" y="40.9079" z="38.1944" />
+      <vertex index="4351" x="57.4752" y="43.8035" z="42.7206" />
+      <vertex index="4352" x="50.6679" y="42.5946" z="32.7783" />
+      <vertex index="4353" x="52.0534" y="45.3132" z="33.4146" />
+      <vertex index="4354" x="52.5378" y="45.8469" z="33.1284" />
+      <vertex index="4355" x="56.9498" y="50.9161" z="14.6719" />
+      <vertex index="4356" x="57.6013" y="43.2061" z="37.9107" />
+      <vertex index="4357" x="45.8945" y="37.4367" z="42.4191" />
+      <vertex index="4358" x="46.2225" y="37.4026" z="41.5999" />
+      <vertex index="4359" x="56.809" y="43.6616" z="42.8993" />
+      <vertex index="4360" x="57.0421" y="43.8656" z="42.1771" />
+      <vertex index="4361" x="40.7008" y="37.6286" z="48.152" />
+      <vertex index="4362" x="40.6285" y="38.0673" z="47.4462" />
+      <vertex index="4363" x="40.1974" y="38.1939" z="47.857" />
+      <vertex index="4364" x="49.5626" y="41.83" z="34.6245" />
+      <vertex index="4365" x="53.3049" y="45.0849" z="30.1108" />
+      <vertex index="4366" x="52.8363" y="44.8808" z="30.7967" />
+      <vertex index="4367" x="57.7765" y="49.7021" z="9.95187" />
+      <vertex index="4368" x="42.648" y="38.0037" z="43.1837" />
+      <vertex index="4369" x="58.1084" y="51.5929" z="4.82971" />
+      <vertex index="4370" x="57.4138" y="51.4984" z="4.60008" />
+      <vertex index="4371" x="57.4681" y="47.3611" z="20.7501" />
+      <vertex index="4372" x="57.2357" y="40.8527" z="46.4984" />
+      <vertex index="4373" x="51.5385" y="40.4703" z="38.0649" />
+      <vertex index="4374" x="58.2829" y="54.052" z="5.59514" />
+      <vertex index="4375" x="58.6277" y="53.9712" z="5.02735" />
+      <vertex index="4376" x="49.4463" y="40.8479" z="32.9392" />
+      <vertex index="4377" x="46.9012" y="38.0716" z="39.2304" />
+      <vertex index="4378" x="47.3855" y="38.2138" z="39.5388" />
+      <vertex index="4379" x="46.9453" y="37.982" z="39.8048" />
+      <vertex index="4380" x="43.1534" y="36.5708" z="43.4173" />
+      <vertex index="4381" x="51.648" y="42.8644" z="38.9497" />
+      <vertex index="4382" x="47.4084" y="40.5297" z="39.3201" />
+      <vertex index="4383" x="56.4496" y="42.9526" z="37.751" />
+      <vertex index="4384" x="56.1961" y="43.562" z="38.1794" />
+      <vertex index="4385" x="56.2056" y="42.8783" z="38.4574" />
+      <vertex index="4386" x="56.2305" y="49.9121" z="10.3499" />
+      <vertex index="4387" x="43.1693" y="38.6066" z="44.1838" />
+      <vertex index="4388" x="40.4925" y="38.0523" z="45.6288" />
+      <vertex index="4389" x="40.1433" y="37.5421" z="45.4122" />
+      <vertex index="4390" x="56.1554" y="40.5495" z="35.7738" />
+      <vertex index="4391" x="57.0486" y="41.7067" z="47.8787" />
+      <vertex index="4392" x="56.7448" y="41.6952" z="36.8939" />
+      <vertex index="4393" x="56.699" y="42.3398" z="37.329" />
+      <vertex index="4394" x="56.5372" y="41.7076" z="37.606" />
+      <vertex index="4395" x="43.707" y="37.0761" z="42.3588" />
+      <vertex index="4396" x="55.4881" y="40.1164" z="35.8981" />
+      <vertex index="4397" x="48.3599" y="40.5037" z="38.2655" />
+      <vertex index="4398" x="56.8097" y="47.6387" z="21.9651" />
+      <vertex index="4399" x="54.4982" y="39.9151" z="36.8599" />
+      <vertex index="4400" x="54.7142" y="39.912" z="36.055" />
+      <vertex index="4401" x="49.2926" y="40.865" z="35.6864" />
+      <vertex index="4402" x="49.5801" y="41.1579" z="34.9727" />
+      <vertex index="4403" x="49.2046" y="41.6091" z="35.3429" />
+      <vertex index="4404" x="58.791" y="53.4571" z="5.33493" />
+      <vertex index="4405" x="48.8976" y="41.0305" z="32.687" />
+      <vertex index="4406" x="54.1301" y="45.1723" z="39.2118" />
+      <vertex index="4407" x="47.4258" y="39.9239" z="35.4579" />
+      <vertex index="4408" x="57.5217" y="50.6367" z="14.8801" />
+      <vertex index="4409" x="58.2998" y="41.9544" z="39.6262" />
+      <vertex index="4410" x="58.8189" y="42.264" z="39.2949" />
+      <vertex index="4411" x="57.8548" y="45.5226" z="33.0522" />
+      <vertex index="4412" x="58.8818" y="45.1724" z="36.4804" />
+      <vertex index="4413" x="43.2222" y="37.0055" z="42.8034" />
+      <vertex index="4414" x="46.7608" y="38.5944" z="37.9076" />
+      <vertex index="4415" x="47.0522" y="41.2456" z="37.5153" />
+      <vertex index="4416" x="46.515" y="40.8106" z="37.6141" />
+      <vertex index="4417" x="55.8659" y="50.3877" z="10.2791" />
+      <vertex index="4418" x="56.2927" y="49.6022" z="11.0298" />
+      <vertex index="4419" x="56.9555" y="41.6747" z="36.0774" />
+      <vertex index="4420" x="56.52" y="40.9928" z="36.4567" />
+      <vertex index="4421" x="41.6184" y="38.3419" z="45.6258" />
+      <vertex index="4422" x="58.0578" y="49.4911" z="11.4181" />
+      <vertex index="4423" x="47.7695" y="40.2437" z="34.6634" />
+      <vertex index="4424" x="54.0333" y="45.6271" z="38.6281" />
+      <vertex index="4425" x="53.5608" y="45.3406" z="38.9791" />
+      <vertex index="4426" x="56.3335" y="49.2324" z="11.8617" />
+      <vertex index="4427" x="55.8327" y="49.8202" z="11.6326" />
+      <vertex index="4428" x="49.468" y="42.4062" z="34.1616" />
+      <vertex index="4429" x="56.9077" y="42.378" z="36.5261" />
+      <vertex index="4430" x="51.4925" y="43.5942" z="38.6801" />
+      <vertex index="4431" x="51.0899" y="42.9703" z="38.4548" />
+      <vertex index="4432" x="58.7001" y="51.7448" z="9.85609" />
+      <vertex index="4433" x="47.4157" y="38.5517" z="38.0585" />
+      <vertex index="4434" x="46.8511" y="38.2769" z="38.5382" />
+      <vertex index="4435" x="54.3904" y="40.6756" z="49.1356" />
+      <vertex index="4436" x="54.0409" y="41.9517" z="30.3819" />
+      <vertex index="4437" x="58.7463" y="51.9338" z="9.09557" />
+      <vertex index="4438" x="57.5163" y="47.1024" z="20.0469" />
+      <vertex index="4439" x="55.8418" y="51.8019" z="9.35477" />
+      <vertex index="4440" x="58.8798" y="52.9107" z="5.86106" />
+      <vertex index="4441" x="58.8641" y="52.6553" z="5.06331" />
+      <vertex index="4442" x="55.9008" y="47.2187" z="17.4252" />
+      <vertex index="4443" x="52.318" y="40.2683" z="38.9373" />
+      <vertex index="4444" x="52.451" y="45.6173" z="37.9667" />
+      <vertex index="4445" x="50.6554" y="42.2698" z="36.701" />
+      <vertex index="4446" x="56.1972" y="44.2758" z="37.8737" />
+      <vertex index="4447" x="56.4107" y="43.6586" z="37.431" />
+      <vertex index="4448" x="46.651" y="40.8969" z="36.9427" />
+      <vertex index="4449" x="57.5264" y="41.8613" z="46.374" />
+      <vertex index="4450" x="55.8404" y="44.8676" z="38.171" />
+      <vertex index="4451" x="57.6963" y="41.4819" z="45.3056" />
+      <vertex index="4452" x="48.3272" y="41.3296" z="36.98" />
+      <vertex index="4453" x="48.3848" y="40.9018" z="37.6751" />
+      <vertex index="4454" x="50.683" y="42.6431" z="35.9877" />
+      <vertex index="4455" x="55.9197" y="44.1494" z="38.6929" />
+      <vertex index="4456" x="57.9298" y="48.573" z="16.9052" />
+      <vertex index="4457" x="57.6217" y="47.5673" z="19.3563" />
+      <vertex index="4458" x="56.6382" y="46.6198" z="18.5858" />
+      <vertex index="4459" x="56.414" y="46.3746" z="19.2406" />
+      <vertex index="4460" x="39.9976" y="36.4581" z="46.8533" />
+      <vertex index="4461" x="55.6695" y="45.6259" z="28.0434" />
+      <vertex index="4462" x="55.4381" y="45.3658" z="28.726" />
+      <vertex index="4463" x="55.9359" y="45.5939" z="28.533" />
+      <vertex index="4464" x="50.8666" y="41.6389" z="32.2604" />
+      <vertex index="4465" x="50.4676" y="41.29" z="32.7877" />
+      <vertex index="4466" x="57.5571" y="41.3595" z="46.0617" />
+      <vertex index="4467" x="51.9029" y="45.0755" z="38.1208" />
+      <vertex index="4468" x="52.4565" y="45.1983" z="38.5848" />
+      <vertex index="4469" x="55.2671" y="41.4955" z="49.1786" />
+      <vertex index="4470" x="56.4193" y="44.3705" z="37.1075" />
+      <vertex index="4471" x="56.5985" y="43.7514" z="36.6566" />
+      <vertex index="4472" x="56.5599" y="44.4723" z="36.3381" />
+      <vertex index="4473" x="55.7734" y="51.2853" z="9.68038" />
+      <vertex index="4474" x="57.1014" y="49.0122" z="11.7651" />
+      <vertex index="4475" x="45.8585" y="38.6137" z="38.7652" />
+      <vertex index="4476" x="46.2158" y="38.8643" z="38.0736" />
+      <vertex index="4477" x="46.3688" y="38.4503" z="38.4393" />
+      <vertex index="4478" x="57.3154" y="45.5563" z="31.246" />
+      <vertex index="4479" x="57.4999" y="45.6128" z="31.9492" />
+      <vertex index="4480" x="57.9853" y="45.4239" z="31.5194" />
+      <vertex index="4481" x="45.6968" y="38.2366" z="43.2456" />
+      <vertex index="4482" x="46.2241" y="38.0506" z="42.6927" />
+      <vertex index="4483" x="56.6765" y="43.7623" z="41.6609" />
+      <vertex index="4484" x="55.4499" y="49.1375" z="14.9905" />
+      <vertex index="4485" x="55.8459" y="51.8198" z="8.59499" />
+      <vertex index="4486" x="54.3064" y="46.475" z="34.3001" />
+      <vertex index="4487" x="57.4877" y="41.8842" z="34.2596" />
+      <vertex index="4488" x="57.4828" y="43.5351" z="29.8842" />
+      <vertex index="4489" x="56.9259" y="43.0476" z="29.778" />
+      <vertex index="4490" x="57.0007" y="43.4169" z="28.9188" />
+      <vertex index="4491" x="56.7466" y="45.075" z="34.3382" />
+      <vertex index="4492" x="56.8247" y="44.3525" z="34.2353" />
+      <vertex index="4493" x="55.7944" y="46.3735" z="33.6389" />
+      <vertex index="4494" x="58.4979" y="51.2657" z="6.95164" />
+      <vertex index="4495" x="58.6515" y="51.6987" z="6.16225" />
+      <vertex index="4496" x="46.4658" y="37.5078" z="40.931" />
+      <vertex index="4497" x="47.1934" y="38.1188" z="40.2268" />
+      <vertex index="4498" x="57.8888" y="50.2315" z="15.0248" />
+      <vertex index="4499" x="58.1743" y="49.8041" z="14.7846" />
+      <vertex index="4500" x="45.3562" y="38.7218" z="43.0539" />
+      <vertex index="4501" x="49.061" y="42.1992" z="34.8247" />
+      <vertex index="4502" x="56.8831" y="42.6521" z="30.4518" />
+      <vertex index="4503" x="39.9036" y="37.8537" z="45.8933" />
+      <vertex index="4504" x="52.129" y="43.4917" z="39.0956" />
+      <vertex index="4505" x="56.1194" y="41.4797" z="49.136" />
+      <vertex index="4506" x="51.9222" y="45.4154" z="37.4694" />
+      <vertex index="4507" x="51.5064" y="40.5687" z="37.2747" />
+      <vertex index="4508" x="56.3188" y="46.1585" z="32.9874" />
+      <vertex index="4509" x="56.4858" y="52.7815" z="9.17491" />
+      <vertex index="4510" x="56.0942" y="49.0269" z="12.804" />
+      <vertex index="4511" x="48.9218" y="42.9984" z="32.0496" />
+      <vertex index="4512" x="56.0321" y="51.7535" z="6.54539" />
+      <vertex index="4513" x="44.8883" y="39.0517" z="42.7906" />
+      <vertex index="4514" x="53.5826" y="42.4101" z="39.7998" />
+      <vertex index="4515" x="57.5915" y="47.4483" z="18.636" />
+      <vertex index="4516" x="56.4084" y="43.4473" z="41.2088" />
+      <vertex index="4517" x="59.5069" y="43.1577" z="35.6667" />
+      <vertex index="4518" x="49.7387" y="41.9844" z="30.993" />
+      <vertex index="4519" x="46.1629" y="37.5229" z="40.3914" />
+      <vertex index="4520" x="48.8462" y="41.3279" z="36.2213" />
+      <vertex index="4521" x="55.5683" y="49.9865" z="14.633" />
+      <vertex index="4522" x="55.7175" y="50.7939" z="12.3222" />
+      <vertex index="4523" x="56.5461" y="45.6823" z="34.3497" />
+      <vertex index="4524" x="56.6051" y="45.2884" z="35.1175" />
+      <vertex index="4525" x="58.1502" y="51.1112" z="6.33291" />
+      <vertex index="4526" x="41.3218" y="37.7649" z="47.3972" />
+      <vertex index="4527" x="55.884" y="41.3643" z="38.9315" />
+      <vertex index="4528" x="59.6828" y="43.4147" z="36.0914" />
+      <vertex index="4529" x="59.4762" y="43.0054" z="36.3329" />
+      <vertex index="4530" x="56.8916" y="49.2633" z="11.0703" />
+      <vertex index="4531" x="56.9339" y="46.5404" z="19.2361" />
+      <vertex index="4532" x="56.729" y="44.6827" z="34.8631" />
+      <vertex index="4533" x="55.9102" y="42.8534" z="39.103" />
+      <vertex index="4534" x="56.1619" y="42.1842" z="38.7445" />
+      <vertex index="4535" x="46.65" y="37.715" z="41.3792" />
+      <vertex index="4536" x="46.9285" y="37.896" z="40.8657" />
+      <vertex index="4537" x="58.3172" y="49.5444" z="12.6155" />
+      <vertex index="4538" x="55.9514" y="51.4739" z="7.49741" />
+      <vertex index="4539" x="59.4108" y="44.6316" z="33.8199" />
+      <vertex index="4540" x="51.1663" y="41.4898" z="35.4894" />
+      <vertex index="4541" x="52.7554" y="45.0818" z="31.8131" />
+      <vertex index="4542" x="52.3072" y="44.3698" z="31.2295" />
+      <vertex index="4543" x="57.704" y="41.8599" z="45.7667" />
+      <vertex index="4544" x="52.5809" y="44.9019" z="29.9289" />
+      <vertex index="4545" x="51.9147" y="44.5334" z="29.7681" />
+      <vertex index="4546" x="52.023" y="44.6592" z="30.5009" />
+      <vertex index="4547" x="51.3335" y="44.42" z="30.3256" />
+      <vertex index="4548" x="58.0129" y="49.2459" z="12.1432" />
+      <vertex index="4549" x="56.0009" y="49.3908" z="17.9843" />
+      <vertex index="4550" x="59.136" y="42.7289" z="35.891" />
+      <vertex index="4551" x="54.9583" y="40.1468" z="38.2339" />
+      <vertex index="4552" x="57.3787" y="46.9746" z="19.31" />
+      <vertex index="4553" x="45.5275" y="37.416" z="40.5264" />
+      <vertex index="4554" x="45.8465" y="37.7493" z="39.8598" />
+      <vertex index="4555" x="57.2732" y="46.2509" z="22.2914" />
+      <vertex index="4556" x="54.5638" y="40.5268" z="48.4887" />
+      <vertex index="4557" x="47.2456" y="41.1158" z="34.8961" />
+      <vertex index="4558" x="46.9971" y="41.0407" z="35.4747" />
+      <vertex index="4559" x="55.6042" y="49.4735" z="13.2458" />
+      <vertex index="4560" x="53.4862" y="43.2248" z="39.8138" />
+      <vertex index="4561" x="52.0108" y="44.7363" z="38.6185" />
+      <vertex index="4562" x="52.5916" y="44.1047" z="39.2742" />
+      <vertex index="4563" x="52.9475" y="44.6067" z="39.323" />
+      <vertex index="4564" x="52.4486" y="44.7001" z="39.0159" />
+      <vertex index="4565" x="57.5435" y="50.288" z="15.5644" />
+      <vertex index="4566" x="49.3302" y="40.4622" z="35.1098" />
+      <vertex index="4567" x="51.5331" y="45.2904" z="36.3666" />
+      <vertex index="4568" x="52.1349" y="45.8041" z="36.0383" />
+      <vertex index="4569" x="51.6402" y="45.313" z="35.6042" />
+      <vertex index="4570" x="52.0917" y="45.7313" z="35.1764" />
+      <vertex index="4571" x="58.3106" y="45.3718" z="36.2728" />
+      <vertex index="4572" x="58.564" y="53.5633" z="6.09065" />
+      <vertex index="4573" x="58.096" y="41.8597" z="43.7885" />
+      <vertex index="4574" x="57.8586" y="41.5637" z="43.3688" />
+      <vertex index="4575" x="52.927" y="42.4977" z="29.5707" />
+      <vertex index="4576" x="55.1278" y="45.5941" z="26.7107" />
+      <vertex index="4577" x="57.8568" y="48.7544" z="13.7049" />
+      <vertex index="4578" x="56.7918" y="41.0806" z="42.861" />
+      <vertex index="4579" x="56.1755" y="45.9367" z="34.9168" />
+      <vertex index="4580" x="55.5912" y="46.1126" z="35.4063" />
+      <vertex index="4581" x="56.1524" y="45.6765" z="35.686" />
+      <vertex index="4582" x="56.6636" y="43.0203" z="36.9851" />
+      <vertex index="4583" x="58.0256" y="50.499" z="14.3128" />
+      <vertex index="4584" x="52.6974" y="40.4568" z="35.0333" />
+      <vertex index="4585" x="52.1146" y="40.615" z="35.3071" />
+      <vertex index="4586" x="57.1967" y="41.0294" z="47.8848" />
+      <vertex index="4587" x="54.3598" y="46.2177" z="36.5718" />
+      <vertex index="4588" x="58.1413" y="53.3236" z="7.91294" />
+      <vertex index="4589" x="55.1768" y="44.6477" z="25.2317" />
+      <vertex index="4590" x="57.8396" y="42.2317" z="45.1312" />
+      <vertex index="4591" x="58.0852" y="42.3564" z="44.2406" />
+      <vertex index="4592" x="58.7512" y="45.3372" z="35.6962" />
+      <vertex index="4593" x="45.7573" y="39.928" z="39.7103" />
+      <vertex index="4594" x="57.2776" y="46.4148" z="21.5673" />
+      <vertex index="4595" x="54.2911" y="46.5462" z="32.1104" />
+      <vertex index="4596" x="56.6861" y="44.5998" z="35.5514" />
+      <vertex index="4597" x="56.1546" y="46.1029" z="34.239" />
+      <vertex index="4598" x="56.441" y="45.9879" z="33.6983" />
+      <vertex index="4599" x="56.3873" y="54.0063" z="5.33777" />
+      <vertex index="4600" x="56.6804" y="46.2703" z="19.7297" />
+      <vertex index="4601" x="55.208" y="47.9612" z="19.0818" />
+      <vertex index="4602" x="58.7211" y="43.4713" z="41.6127" />
+      <vertex index="4603" x="45.241" y="37.8722" z="40.1875" />
+      <vertex index="4604" x="57.5725" y="50.8659" z="6.50686" />
+      <vertex index="4605" x="57.2212" y="51.0421" z="5.95885" />
+      <vertex index="4606" x="41.6623" y="36.6551" z="44.2742" />
+      <vertex index="4607" x="41.466" y="37.105" z="44.1469" />
+      <vertex index="4608" x="56.97" y="53.1602" z="8.72452" />
+      <vertex index="4609" x="55.6986" y="50.58" z="11.4949" />
+      <vertex index="4610" x="57.2752" y="42.1231" z="34.8073" />
+      <vertex index="4611" x="57.265" y="41.5884" z="34.7096" />
+      <vertex index="4612" x="58.2204" y="44.9236" z="31.1575" />
+      <vertex index="4613" x="56.0032" y="43.414" z="38.7678" />
+      <vertex index="4614" x="55.6798" y="40.9344" z="31.5075" />
+      <vertex index="4615" x="50.3077" y="41.5437" z="31.1472" />
+      <vertex index="4616" x="57.5065" y="42.3254" z="45.8871" />
+      <vertex index="4617" x="57.6284" y="53.6026" z="7.62539" />
+      <vertex index="4618" x="57.923" y="41.6885" z="44.5409" />
+      <vertex index="4619" x="58.5123" y="45.0224" z="31.8383" />
+      <vertex index="4620" x="58.5886" y="44.5279" z="31.484" />
+      <vertex index="4621" x="56.4304" y="41.1804" z="37.2264" />
+      <vertex index="4622" x="56.1425" y="40.758" z="36.983" />
+      <vertex index="4623" x="56.4964" y="45.1334" z="36.0011" />
+      <vertex index="4624" x="58.1837" y="51.3892" z="5.61074" />
+      <vertex index="4625" x="57.6155" y="51.2628" z="5.33857" />
+      <vertex index="4626" x="57.1384" y="46.4681" z="20.0461" />
+      <vertex index="4627" x="56.5942" y="51.2437" z="6.15534" />
+      <vertex index="4628" x="57.9433" y="48.994" z="12.9174" />
+      <vertex index="4629" x="53.8763" y="46.487" z="33.2865" />
+      <vertex index="4630" x="54.4164" y="46.58" z="32.8604" />
+      <vertex index="4631" x="53.8693" y="46.4719" z="32.6454" />
+      <vertex index="4632" x="56.3187" y="51.715" z="5.5262" />
+      <vertex index="4633" x="56.9451" y="51.3462" z="5.34412" />
+      <vertex index="4634" x="53.1051" y="45.4696" z="31.4402" />
+      <vertex index="4635" x="44.986" y="38.3878" z="40.0163" />
+      <vertex index="4636" x="45.0039" y="38.9719" z="40.2168" />
+      <vertex index="4637" x="48.5339" y="39.5311" z="36.9159" />
+      <vertex index="4638" x="57.0088" y="53.4456" z="7.9301" />
+      <vertex index="4639" x="48.8239" y="40.1521" z="34.7116" />
+      <vertex index="4640" x="57.5295" y="44.6368" z="37.7094" />
+      <vertex index="4641" x="40.68" y="36.6481" z="45.0359" />
+      <vertex index="4642" x="41.0894" y="36.8733" z="44.5652" />
+      <vertex index="4643" x="50.9719" y="43.5389" z="29.7798" />
+      <vertex index="4644" x="54.9694" y="41.3058" z="46.0809" />
+      <vertex index="4645" x="55.1471" y="41.705" z="45.3574" />
+      <vertex index="4646" x="55.2876" y="41.0598" z="45.3525" />
+      <vertex index="4647" x="58.7687" y="52.1707" z="8.46233" />
+      <vertex index="4648" x="51.1832" y="44.82" z="35.9078" />
+      <vertex index="4649" x="47.8291" y="38.6698" z="39.1843" />
+      <vertex index="4650" x="56.4136" y="44.9508" z="23.2472" />
+      <vertex index="4651" x="48.3699" y="40.1333" z="34.4288" />
+      <vertex index="4652" x="53.1861" y="45.6564" z="38.4598" />
+      <vertex index="4653" x="56.6136" y="44.6366" z="24.6234" />
+      <vertex index="4654" x="56.2084" y="44.621" z="24.0248" />
+      <vertex index="4655" x="56.4101" y="42.275" z="38.0375" />
+      <vertex index="4656" x="58.8697" y="52.4177" z="6.41926" />
+      <vertex index="4657" x="56.1303" y="51.3943" z="12.4352" />
+      <vertex index="4658" x="50.4304" y="42.0524" z="30.5053" />
+      <vertex index="4659" x="57.1147" y="42.7855" z="34.7573" />
+      <vertex index="4660" x="56.08" y="40.7973" z="37.5587" />
+      <vertex index="4661" x="47.9221" y="38.7663" z="38.4457" />
+      <vertex index="4662" x="48.0559" y="38.9963" z="37.569" />
+      <vertex index="4663" x="48.8265" y="39.9866" z="36.5018" />
+      <vertex index="4664" x="51.6939" y="45.3052" z="34.8598" />
+      <vertex index="4665" x="52.0612" y="45.6269" z="34.5457" />
+      <vertex index="4666" x="57.7639" y="51.0767" z="5.91718" />
+      <vertex index="4667" x="59.207" y="45.0361" z="34.1943" />
+      <vertex index="4668" x="55.6866" y="47.6091" z="16.9403" />
+      <vertex index="4669" x="56.1637" y="40.5074" z="45.0775" />
+      <vertex index="4670" x="54.1402" y="39.9287" z="33.8768" />
+      <vertex index="4671" x="53.8425" y="40.1263" z="33.3972" />
+      <vertex index="4672" x="55.388" y="44.1992" z="25.9227" />
+      <vertex index="4673" x="56.4956" y="45.4783" z="28.7264" />
+      <vertex index="4674" x="55.9267" y="41.1185" z="43.854" />
+      <vertex index="4675" x="56.327" y="43.815" z="26.7277" />
+      <vertex index="4676" x="55.0973" y="46.6464" z="21.3077" />
+      <vertex index="4677" x="49.0265" y="40.1996" z="35.9061" />
+      <vertex index="4678" x="57.7769" y="45.6557" z="32.5442" />
+      <vertex index="4679" x="58.2088" y="45.4878" z="32.2239" />
+      <vertex index="4680" x="55.9713" y="50.534" z="14.6963" />
+      <vertex index="4681" x="51.4913" y="43.6054" z="31.5792" />
+      <vertex index="4682" x="57.5718" y="53.3594" z="8.35665" />
+      <vertex index="4683" x="51.577" y="42.4739" z="29.8118" />
+      <vertex index="4684" x="51.7758" y="42.1003" z="30.178" />
+      <vertex index="4685" x="53.208" y="44.8869" z="29.3578" />
+      <vertex index="4686" x="56.1363" y="47.397" z="23.1393" />
+      <vertex index="4687" x="56.1855" y="47.1229" z="23.872" />
+      <vertex index="4688" x="56.4738" y="42.054" z="30.4142" />
+      <vertex index="4689" x="53.4879" y="44.8707" z="39.3834" />
+      <vertex index="4690" x="40.9857" y="36.4075" z="47.8338" />
+      <vertex index="4691" x="41.1965" y="36.8513" z="47.8632" />
+      <vertex index="4692" x="41.2777" y="37.2199" z="47.7391" />
+      <vertex index="4693" x="58.4047" y="44.1698" z="40.7787" />
+      <vertex index="4694" x="53.2386" y="46.3175" z="32.9746" />
+      <vertex index="4695" x="40.4963" y="37.545" z="47.7319" />
+      <vertex index="4696" x="41.0443" y="37.0848" z="48.1094" />
+      <vertex index="4697" x="57.0574" y="53.9961" z="5.1127" />
+      <vertex index="4698" x="55.8957" y="40.4621" z="36.4933" />
+      <vertex index="4699" x="57.0029" y="45.0515" z="24.6009" />
+      <vertex index="4700" x="52.9894" y="45.1096" z="39.0213" />
+      <vertex index="4701" x="57.419" y="48.3726" z="13.8606" />
+      <vertex index="4702" x="55.9155" y="46.8425" z="24.6434" />
+      <vertex index="4703" x="47.2143" y="40.5274" z="35.0243" />
+      <vertex index="4704" x="51.5493" y="45.2077" z="36.9986" />
+      <vertex index="4705" x="57.3475" y="42.4638" z="34.2141" />
+      <vertex index="4706" x="55.5108" y="40.6397" z="38.6114" />
+      <vertex index="4707" x="58.2716" y="50.5563" z="13.4244" />
+      <vertex index="4708" x="57.9194" y="50.9451" z="13.7116" />
+      <vertex index="4709" x="56.2096" y="50.9241" z="7.88902" />
+      <vertex index="4710" x="54.9646" y="46.1923" z="35.9685" />
+      <vertex index="4711" x="55.665" y="45.8856" z="36.2172" />
+      <vertex index="4712" x="54.5255" y="40.7052" z="31.9927" />
+      <vertex index="4713" x="54.5272" y="40.3701" z="32.5771" />
+      <vertex index="4714" x="54.1716" y="46.3465" z="35.7444" />
+      <vertex index="4715" x="57.2084" y="41.2742" z="34.2456" />
+      <vertex index="4716" x="50.9194" y="42.21" z="35.3273" />
+      <vertex index="4717" x="56.9647" y="43.5157" z="34.4329" />
+      <vertex index="4718" x="56.8071" y="44.0521" z="35.0484" />
+      <vertex index="4719" x="40.6273" y="36.2267" z="45.5037" />
+      <vertex index="4720" x="57.3994" y="46.7061" z="20.8088" />
+      <vertex index="4721" x="58.3934" y="53.3032" z="4.79099" />
+      <vertex index="4722" x="58.965" y="44.2766" z="39.7012" />
+      <vertex index="4723" x="55.8515" y="50.1095" z="10.9139" />
+      <vertex index="4724" x="53.9547" y="46.4736" z="33.8649" />
+      <vertex index="4725" x="51.1159" y="41.1564" z="36.9628" />
+      <vertex index="4726" x="51.9641" y="45.6483" z="36.8137" />
+      <vertex index="4727" x="57.0472" y="45.057" z="27.8112" />
+      <vertex index="4728" x="45.5936" y="39.7597" z="40.2752" />
+      <vertex index="4729" x="45.4043" y="39.4562" z="39.8821" />
+      <vertex index="4730" x="56.2959" y="41.1329" z="43.1604" />
+      <vertex index="4731" x="52.1005" y="41.8745" z="33.6073" />
+      <vertex index="4732" x="53.4522" y="46.3888" z="33.8229" />
+      <vertex index="4733" x="57.8208" y="53.6834" z="4.96673" />
+      <vertex index="4734" x="55.0546" y="41.9446" z="46.197" />
+      <vertex index="4735" x="46.2419" y="38.0841" z="39.0905" />
+      <vertex index="4736" x="53.8809" y="40.3309" z="32.8591" />
+      <vertex index="4737" x="55.2711" y="40.5458" z="32.2143" />
+      <vertex index="4738" x="55.9235" y="41.5134" z="43.0946" />
+      <vertex index="4739" x="56.9277" y="45.3973" z="29.9984" />
+      <vertex index="4740" x="57.3034" y="42.7949" z="33.6962" />
+      <vertex index="4741" x="57.1637" y="42.9694" z="34.1701" />
+      <vertex index="4742" x="55.4116" y="47.6207" z="17.5719" />
+      <vertex index="4743" x="57.1775" y="42.3034" z="46.5805" />
+      <vertex index="4744" x="53.925" y="46.4191" z="34.9413" />
+      <vertex index="4745" x="53.7463" y="46.429" z="34.3266" />
+      <vertex index="4746" x="53.1893" y="46.3131" z="34.6456" />
+      <vertex index="4747" x="50.8792" y="41.6651" z="36.6603" />
+      <vertex index="4748" x="54.4593" y="41.4619" z="30.9212" />
+      <vertex index="4749" x="55.6149" y="40.1698" z="33.7214" />
+      <vertex index="4750" x="54.8915" y="45.7411" z="24.8151" />
+      <vertex index="4751" x="45.545" y="38.2381" z="39.5138" />
+      <vertex index="4752" x="54.3965" y="40.0951" z="33.25" />
+      <vertex index="4753" x="55.1132" y="40.1929" z="33.0728" />
+      <vertex index="4754" x="57.0053" y="45.0712" z="28.4638" />
+      <vertex index="4755" x="54.1379" y="42.0203" z="40.02" />
+      <vertex index="4756" x="54.9823" y="45.1617" z="24.5773" />
+      <vertex index="4757" x="55.8525" y="51.8055" z="7.95558" />
+      <vertex index="4758" x="56.0747" y="43.5756" z="27.4299" />
+      <vertex index="4759" x="40.0709" y="38.253" z="47.3479" />
+      <vertex index="4760" x="51.4411" y="42.8927" z="33.9877" />
+      <vertex index="4761" x="51.1032" y="43.1417" z="34.4576" />
+      <vertex index="4762" x="55.638" y="46.0883" z="20.7284" />
+      <vertex index="4763" x="58.2638" y="44.3185" z="30.9011" />
+      <vertex index="4764" x="55.7413" y="44.8714" z="23.451" />
+      <vertex index="4765" x="58.5207" y="44.4099" z="40.0515" />
+      <vertex index="4766" x="55.4408" y="48.8744" z="17.8009" />
+      <vertex index="4767" x="57.396" y="46.9959" z="21.4302" />
+      <vertex index="4768" x="56.2386" y="46.1619" z="19.8495" />
+      <vertex index="4769" x="46.4907" y="37.8237" z="41.9663" />
+      <vertex index="4770" x="58.6556" y="44.6062" z="39.316" />
+      <vertex index="4771" x="56.1554" y="40.7782" z="32.2145" />
+      <vertex index="4772" x="55.5354" y="49.3247" z="14.1297" />
+      <vertex index="4773" x="55.3818" y="44.8603" z="38.8223" />
+      <vertex index="4774" x="39.9715" y="37.9305" z="47.4269" />
+      <vertex index="4775" x="51.5241" y="40.8654" z="35.7227" />
+      <vertex index="4776" x="55.3284" y="39.9773" z="34.4727" />
+      <vertex index="4777" x="56.1179" y="44.9408" z="37.469" />
+      <vertex index="4778" x="57.5202" y="50.9887" z="14.1986" />
+      <vertex index="4779" x="56.7399" y="43.8801" z="35.8519" />
+      <vertex index="4780" x="52.4648" y="45.9577" z="36.6442" />
+      <vertex index="4781" x="55.1739" y="45.2152" z="23.7362" />
+      <vertex index="4782" x="54.9122" y="45.7405" z="24.0417" />
+      <vertex index="4783" x="51.0148" y="44.4269" z="35.4805" />
+      <vertex index="4784" x="55.5509" y="50.1033" z="13.6873" />
+      <vertex index="4785" x="58.7851" y="45.0975" z="32.5941" />
+      <vertex index="4786" x="55.7391" y="40.8301" z="44.7408" />
+      <vertex index="4787" x="58.7402" y="43.8195" z="41.056" />
+      <vertex index="4788" x="56.4039" y="43.2632" z="44.226" />
+      <vertex index="4789" x="50.8365" y="41.8949" z="36.0527" />
+      <vertex index="4790" x="39.4293" y="36.5537" z="46.3926" />
+      <vertex index="4791" x="56.7096" y="49.6457" z="17.7615" />
+      <vertex index="4792" x="58.8424" y="52.313" z="5.7463" />
+      <vertex index="4793" x="58.5885" y="51.9218" z="5.30387" />
+      <vertex index="4794" x="45.1772" y="39.4612" z="40.5609" />
+      <vertex index="4795" x="39.0459" y="36.7979" z="46.2571" />
+      <vertex index="4796" x="54.6836" y="41.1815" z="47.4584" />
+      <vertex index="4797" x="44.5987" y="38.4813" z="40.6512" />
+      <vertex index="4798" x="57.5559" y="49.2806" z="11.1483" />
+      <vertex index="4799" x="57.6525" y="49.1096" z="11.7566" />
+      <vertex index="4800" x="55.9801" y="46.4195" z="19.3973" />
+      <vertex index="4801" x="39.4724" y="37.9666" z="46.411" />
+      <vertex index="4802" x="58.2007" y="50.076" z="9.78134" />
+      <vertex index="4803" x="56.4437" y="45.4596" z="29.6005" />
+      <vertex index="4804" x="52.5004" y="45.9795" z="34.5965" />
+      <vertex index="4805" x="52.8324" y="46.1507" z="33.8436" />
+      <vertex index="4806" x="52.2717" y="45.7396" z="33.9392" />
+      <vertex index="4807" x="47.8447" y="41.2741" z="37.6639" />
+      <vertex index="4808" x="47.423" y="38.3422" z="38.8047" />
+      <vertex index="4809" x="51.3704" y="44.0966" z="29.7275" />
+      <vertex index="4810" x="54.5842" y="40.9668" z="48.0559" />
+      <vertex index="4811" x="51.9795" y="44.19" z="38.8724" />
+      <vertex index="4812" x="56.0879" y="52.2251" z="4.87045" />
+      <vertex index="4813" x="56.7308" y="45.4313" z="27.9519" />
+      <vertex index="4814" x="56.1325" y="45.4744" z="36.3477" />
+      <vertex index="4815" x="52.7925" y="39.9308" z="38.6923" />
+      <vertex index="4816" x="54.8789" y="40.9377" z="31.4492" />
+      <vertex index="4817" x="56.341" y="45.0429" z="36.7456" />
+      <vertex index="4818" x="58.3984" y="45.5274" z="32.9031" />
+      <vertex index="4819" x="50.8928" y="41.5565" z="31.5086" />
+      <vertex index="4820" x="55.6129" y="46.2981" z="34.5533" />
+      <vertex index="4821" x="54.8057" y="46.3871" z="35.0026" />
+      <vertex index="4822" x="54.869" y="39.9596" z="33.8087" />
+      <vertex index="4823" x="40.0024" y="37.2736" z="47.1879" />
+      <vertex index="4824" x="46.4698" y="37.8234" z="39.7677" />
+      <vertex index="4825" x="54.9655" y="44.9378" z="26.6785" />
+      <vertex index="4826" x="57.0612" y="43.2942" z="33.7603" />
+      <vertex index="4827" x="55.1904" y="48.248" z="17.6642" />
+      <vertex index="4828" x="55.5533" y="46.9305" z="23.9684" />
+      <vertex index="4829" x="51.1013" y="41.2539" z="36.2155" />
+      <vertex index="4830" x="54.7326" y="41.7001" z="30.4283" />
+      <vertex index="4831" x="55.889" y="45.4592" z="29.1774" />
+      <vertex index="4832" x="51.9097" y="42.5785" z="33.4985" />
+      <vertex index="4833" x="57.9981" y="50.8067" z="7.04497" />
+      <vertex index="4834" x="54.8764" y="45.2419" z="25.3322" />
+      <vertex index="4835" x="56.0542" y="43.0595" z="44.6812" />
+      <vertex index="4836" x="57.1018" y="41.6515" z="35.2877" />
+      <vertex index="4837" x="53.3895" y="46.2998" z="35.5443" />
+      <vertex index="4838" x="53.5875" y="46.2734" z="36.3511" />
+      <vertex index="4839" x="52.855" y="46.1542" z="36.157" />
+      <vertex index="4840" x="56.742" y="43.6285" z="27.981" />
+      <vertex index="4841" x="40.6177" y="36.752" z="47.5173" />
+      <vertex index="4842" x="46.7101" y="37.7659" z="40.3289" />
+      <vertex index="4843" x="54.987" y="44.7686" z="25.9727" />
+      <vertex index="4844" x="52.6612" y="46.1144" z="35.3709" />
+      <vertex index="4845" x="54.7862" y="43.7741" z="32.2262" />
+      <vertex index="4846" x="57.2933" y="44.3582" z="31.6273" />
+      <vertex index="4847" x="53.6764" y="42.8452" z="36.5398" />
+      <vertex index="4848" x="55.9542" y="44.686" z="31.892" />
+      <vertex index="4849" x="53.7395" y="43.9994" z="34.4758" />
+      <vertex index="4850" x="55.0955" y="42.3521" z="33.8517" />
+      <vertex index="4851" x="52.2754" y="43.3232" z="30.544" />
+      <vertex index="4852" x="55.3869" y="44.5516" z="33.277" />
+      <vertex index="4853" x="56.8361" y="44.5674" z="32.1727" />
+      <vertex index="4854" x="53.7109" y="41.5883" z="37.9161" />
+      <vertex index="4855" x="57.8124" y="44.7487" z="32.0713" />
+      <vertex index="4856" x="55.9116" y="45.1671" z="32.5958" />
+      <vertex index="4857" x="56.4128" y="43.8557" z="32.5577" />
+      <vertex index="4858" x="54.9634" y="44.3903" z="35.6547" />
+      <vertex index="4859" x="50.7769" y="43.0067" z="31.0483" />
+      <vertex index="4860" x="52.4904" y="43.2378" z="35.4091" />
+      <vertex index="4861" x="53.1705" y="43.9357" z="37.7093" />
+      <vertex index="4862" x="55.135" y="42.0369" z="36.6142" />
+      <vertex index="4863" x="53.6063" y="43.3114" z="31.6706" />
+      <vertex index="4864" x="53.9587" y="45.0705" z="33.5373" />
+      <vertex index="4865" x="57.1271" y="45.0316" z="31.8556" />
+      <vertex index="4866" x="55.9947" y="43.3093" z="31.3422" />
+      <vertex index="4867" x="54.4596" y="43.0363" z="38.2645" />
+      <vertex index="4868" x="57.3549" y="51.6871" z="8.5462" />
+      <vertex index="4869" x="57.2407" y="51.1119" z="10.1451" />
+      <vertex index="4870" x="43.2274" y="37.5883" z="43.9497" />
+      <vertex index="4871" x="57.001" y="49.8049" z="13.4693" />
+      <vertex index="4872" x="57.428" y="52.4248" z="6.23164" />
+      <vertex index="4873" x="53.7863" y="41.7656" z="35.2154" />
+      <vertex index="4874" x="53.72" y="42.9276" z="33.3033" />
+      <vertex index="4875" x="56.4551" y="45.0565" z="32.0256" />
+      <vertex index="4876" x="56.1896" y="44.3746" z="33.0765" />
+      <vertex index="4877" x="56.1682" y="41.4617" z="46.0819" />
+      <vertex index="4878" x="55.9386" y="41.1171" z="47.4384" />
+      <vertex index="4879" x="56.3481" y="47.717" z="19.1608" />
+      <vertex index="4880" x="57.1546" y="50.4543" z="12.0836" />
+      <vertex index="4881" x="58.8317" y="43.8395" z="35.9477" />
+      <vertex index="4882" x="52.1923" y="42.4834" z="36.8517" />
+      <vertex index="4883" x="55.8027" y="42.3556" z="32.5461" />
+      <vertex index="4884" x="54.8311" y="44.1457" z="37.1712" />
+      <vertex index="4885" x="53.3176" y="44.7021" z="36.3812" />
+      <vertex index="4886" x="56.1757" y="44.1954" z="30.2267" />
+      <vertex index="4887" x="56.2919" y="47.0336" z="20.8267" />
+      <vertex index="4888" x="58.2799" y="44.0723" z="32.2369" />
+      <vertex index="4889" x="56.0611" y="45.91" z="23.7647" />
+      <vertex index="4890" x="57.4042" y="42.7526" z="41.7454" />
+      <vertex index="4891" x="56.9217" y="42.2734" z="43.7574" />
+      <vertex index="4892" x="52.6669" y="43.2503" z="31.2681" />
+      <vertex index="4893" x="46.851" y="39.4047" z="39.0014" />
+      <vertex index="4894" x="54.3736" y="45.1222" z="31.9973" />
+      <vertex index="4895" x="54.1407" y="41.4281" z="33.6043" />
+      <vertex index="4896" x="56.4864" y="48.1779" z="18.0295" />
+      <vertex index="4897" x="56.2894" y="46.6539" z="22.0142" />
+      <vertex index="4898" x="39.9866" y="36.8727" z="46.3621" />
+      <vertex index="4899" x="46.3501" y="38.8854" z="40.1679" />
+      <vertex index="4900" x="47.3944" y="39.9657" z="37.8055" />
+      <vertex index="4901" x="41.9972" y="37.2386" z="45.2312" />
+      <vertex index="4902" x="57.8717" y="43.0633" z="40.5886" />
+      <vertex index="4903" x="56.1972" y="41.9713" z="34.2387" />
+      <vertex index="4904" x="56.0239" y="43.2806" z="33.4016" />
+      <vertex index="4905" x="54.576" y="44.0287" z="30.5604" />
+      <vertex index="4906" x="57.172" y="44.825" z="32.2263" />
+      <vertex index="4907" x="56.5099" y="41.9587" z="45.1053" />
+      <vertex index="4908" x="57.0038" y="49.3828" z="14.8126" />
+      <vertex index="4909" x="56.6539" y="48.865" z="16.3001" />
+      <vertex index="4910" x="45.8051" y="38.4404" z="41.0814" />
+      <vertex index="4911" x="52.9804" y="44.8769" z="34.9501" />
+      <vertex index="4912" x="57.9816" y="44.991" z="32.513" />
+      <vertex index="4913" x="54.7748" y="42.7177" z="31.3235" />
+      <vertex index="4914" x="55.8258" y="44.381" z="28.5367" />
+      <vertex index="4915" x="58.317" y="43.3817" z="39.4868" />
+      <vertex index="4916" x="47.7969" y="40.4274" z="36.5747" />
+      <vertex index="4917" x="55.4719" y="45.0954" z="34.3728" />
+      <vertex index="4918" x="52.4026" y="41.5614" z="37.9731" />
+      <vertex index="4919" x="57.0311" y="42.2752" z="42.6632" />
+      <vertex index="4920" x="44.0732" y="37.7598" z="43.1192" />
+      <vertex index="4921" x="56.0331" y="45.205" z="26.052" />
+      <vertex index="4922" x="56.9559" y="43.5593" z="31.4734" />
+      <vertex index="4923" x="51.5454" y="42.7772" z="30.6938" />
+      <vertex index="4924" x="55.2789" y="41.586" z="37.6369" />
+      <vertex index="4925" x="57.5414" y="45.1231" z="32.0413" />
+      <vertex index="4926" x="55.0924" y="45.0568" z="30.9996" />
+      <vertex index="4927" x="56.0649" y="45.5582" z="24.9199" />
+      <vertex index="4928" x="53.1285" y="42.3013" z="38.5303" />
+      <vertex index="4929" x="57.8152" y="44.4535" z="32.5012" />
+      <vertex index="4930" x="53.3754" y="43.9598" z="32.7249" />
+      <vertex index="4931" x="56.7706" y="50.7162" z="11.0727" />
+      <vertex index="4932" x="56.1188" y="44.6933" z="27.6152" />
+      <vertex index="4933" x="48.7766" y="41.2602" z="34.3873" />
+      <vertex index="4934" x="56.8317" y="51.9884" z="7.67494" />
+      <vertex index="4935" x="51.967" y="43.4715" z="31.0948" />
+      <vertex index="4936" x="53.6417" y="41.0079" z="36.7667" />
+      <vertex index="4937" x="55.8182" y="45.3868" z="33.4609" />
+      <vertex index="4938" x="52.2405" y="44.1482" z="36.8685" />
+      <vertex index="4939" x="54.1199" y="45.4408" z="34.5356" />
+      <vertex index="4940" x="57.6159" y="52.6487" z="7.22432" />
+      <vertex index="4941" x="41.115" y="37.2163" z="45.8167" />
+      <vertex index="4942" x="58.5204" y="43.6539" z="38.4634" />
+      <vertex index="4943" x="52.0855" y="44.2322" z="35.6653" />
+      <vertex index="4944" x="53.9902" y="42.0785" z="32.5402" />
+      <vertex index="4945" x="56.4123" y="47.0782" z="19.7197" />
+      <vertex index="4946" x="49.7983" y="42.4483" z="32.1743" />
+      <vertex index="4947" x="45.006" y="38.1115" z="42.1577" />
+      <vertex index="4948" x="48.1313" y="40.8874" z="35.482" />
+      <vertex index="4949" x="52.5099" y="43.9129" z="34.3189" />
+      <vertex index="4950" x="54.6243" y="41.6302" z="38.6533" />
+      <vertex index="4951" x="56.8188" y="44.1712" z="32.6784" />
+      <vertex index="4952" x="50.4613" y="42.3867" z="31.5775" />
+      <vertex index="4953" x="53.9717" y="44.539" z="38.2676" />
+      <vertex index="4954" x="52.8993" y="41.3056" z="35.7755" />
+      <vertex index="4955" x="52.9445" y="42.6018" z="34.3332" />
+      <vertex index="4956" x="56.3822" y="45.0647" z="32.5094" />
+      <vertex index="4957" x="58.575" y="44.3979" z="32.8214" />
+      <vertex index="4958" x="56.1313" y="46.4777" z="22.9275" />
+      <vertex index="4959" x="56.9328" y="44.8955" z="32.4687" />
+      <vertex index="4960" x="49.0656" y="42" z="33.0837" />
+      <vertex index="4961" x="55.5817" y="43.3201" z="34.8111" />
+      <vertex index="4962" x="55.7461" y="42.2821" z="31.4838" />
+      <vertex index="4963" x="55.2393" y="41.5492" z="35.2481" />
+      <vertex index="4964" x="56.3897" y="43.0497" z="32.7053" />
+      <vertex index="4965" x="56.403" y="48.2778" z="17.0518" />
+      <vertex index="4966" x="53.4485" y="41.2607" z="38.837" />
+      <vertex index="4967" x="56.587" y="41.3741" z="46.9098" />
+      <vertex index="4968" x="55.4542" y="41.1045" z="48.1854" />
+      <vertex index="4969" x="58.7711" y="43.6604" z="36.9521" />
+      <vertex index="4970" x="51.8611" y="43.0808" z="37.6971" />
+      <vertex index="4971" x="53.6294" y="44.4925" z="31.468" />
+      <vertex index="4972" x="57.6271" y="43.6218" z="31.6282" />
+      <vertex index="4973" x="56.9333" y="43.6467" z="32.2716" />
+      <vertex index="4974" x="56.5312" y="44.604" z="32.788" />
+      <vertex index="4975" x="42.9602" y="37.3445" z="44.9868" />
+      <vertex index="4976" x="55.3879" y="43.2176" z="30.3497" />
+      <vertex index="4977" x="57.07" y="49.1389" z="13.9978" />
+      <vertex index="4978" x="53.3834" y="42.7644" z="32.387" />
+      <vertex index="4979" x="57.791" y="51.5905" z="9.44959" />
+      <vertex index="4980" x="56.4621" y="42.6533" z="33.7902" />
+      <vertex index="4981" x="56.6398" y="42.9915" z="31.8633" />
+      <vertex index="4982" x="51.3208" y="42.9329" z="31.1908" />
+      <vertex index="4983" x="56.6977" y="53.0606" z="5.5171" />
+      <vertex index="4984" x="53.5987" y="42.8937" z="30.6738" />
+      <vertex index="4985" x="56.7708" y="51.4279" z="9.31822" />
+      <vertex index="4986" x="54.295" y="45.6226" z="32.8196" />
+      <vertex index="4987" x="54.8632" y="41.3973" z="32.7768" />
+      <vertex index="4988" x="47.4968" y="39.8435" z="38.6478" />
+      <vertex index="4989" x="57.6205" y="44.9456" z="32.3775" />
+      <vertex index="4990" x="57.3186" y="51.4024" z="11.2755" />
+      <vertex index="4991" x="56.3386" y="45.4091" z="32.7765" />
+      <vertex index="4992" x="57.649" y="44.0045" z="32.1118" />
+      <vertex index="4993" x="53.1968" y="43.9102" z="30.0988" />
+      <vertex index="4994" x="55.436" y="44.773" z="36.4394" />
+      <vertex index="4995" x="58.0041" y="52.7187" z="5.52635" />
+      <vertex index="4996" x="53.1216" y="42.1232" z="33.3755" />
+      <vertex index="4997" x="56.1435" y="44.0951" z="33.8501" />
+      <vertex index="4998" x="56.8868" y="41.7843" z="45.8402" />
+      <vertex index="4999" x="56.8759" y="50.6093" z="12.9789" />
+      <vertex index="5000" x="59.1784" y="43.5974" z="36.3991" />
+      <vertex index="5001" x="52.9584" y="43.6098" z="32.1154" />
+      <vertex index="5002" x="41.948" y="37.1735" z="46.1124" />
+      <vertex index="5003" x="44.9043" y="37.8828" z="42.973" />
+      <vertex index="5004" x="52.9291" y="44.6436" z="33.5872" />
+      <vertex index="5005" x="55.5022" y="43.2178" z="36.1321" />
+      <vertex index="5006" x="54.9721" y="44.1215" z="29.4838" />
+      <vertex index="5007" x="58.6594" y="44.5683" z="33.6751" />
+      <vertex index="5008" x="55.8195" y="44.2952" z="35.1103" />
+      <vertex index="5009" x="52.296" y="44.2593" z="37.8556" />
+      <vertex index="5010" x="55.8481" y="41.5231" z="36.6622" />
+      <vertex index="5011" x="56.8189" y="45.1731" z="32.0316" />
+      <vertex index="5012" x="56.6657" y="45.0556" z="31.4433" />
+      <vertex index="5013" x="57.282" y="49.6449" z="12.2986" />
+      <vertex index="5014" x="56.5743" y="42.0686" z="32.9064" />
+      <vertex index="5015" x="52.7232" y="43.6408" z="33.3764" />
+      <vertex index="5016" x="57.7723" y="51.6751" z="7.51291" />
+      <vertex index="5017" x="58.7275" y="43.2263" z="35.5396" />
+      <vertex index="5018" x="58.8105" y="43.9113" z="34.1343" />
+      <vertex index="5019" x="53.0918" y="44.4199" z="38.4589" />
+      <vertex index="5020" x="55.1263" y="43.6643" z="38.5089" />
+      <vertex index="5021" x="46.7296" y="39.6517" z="38.2091" />
+      <vertex index="5022" x="56.2885" y="49.0714" z="15.4479" />
+      <vertex index="5023" x="54.3087" y="45.3984" z="31.1724" />
+      <vertex index="5024" x="57.5376" y="50.205" z="11.1451" />
+      <vertex index="5025" x="54.3868" y="45.751" z="33.7966" />
+      <vertex index="5026" x="51.901" y="43.4215" z="34.758" />
+      <vertex index="5027" x="55.3787" y="43.1138" z="37.2957" />
+      <vertex index="5028" x="42.8694" y="38.0703" z="44.0468" />
+      <vertex index="5029" x="56.7242" y="44.7624" z="30.5018" />
+      <vertex index="5030" x="52.5155" y="43.3395" z="31.7404" />
+      <vertex index="5031" x="56.5449" y="42.4499" z="44.4571" />
+      <vertex index="5032" x="56.689" y="50.1119" z="14.4859" />
+      <vertex index="5033" x="45.0747" y="38.1992" z="41.1982" />
+      <vertex index="5034" x="57.6515" y="43.706" z="39.8452" />
+      <vertex index="5035" x="54.8989" y="42.454" z="39.0479" />
+      <vertex index="5036" x="52.1083" y="42.1617" z="35.667" />
+      <vertex index="5037" x="52.4339" y="41.2736" z="36.8439" />
+      <vertex index="5038" x="57.3484" y="45.0285" z="32.3297" />
+      <vertex index="5039" x="57.3298" y="50.2995" z="10.3372" />
+      <vertex index="5040" x="55.9454" y="40.8725" z="46.636" />
+      <vertex index="5041" x="58.1975" y="45.1297" z="32.878" />
+      <vertex index="5042" x="52.7396" y="40.7531" z="38.2715" />
+      <vertex index="5043" x="44.0869" y="37.7913" z="43.9514" />
+      <vertex index="5044" x="56.0153" y="45.1958" z="26.9177" />
+      <vertex index="5045" x="49.2671" y="41.5053" z="33.7414" />
+      <vertex index="5046" x="56.5547" y="45.3632" z="32.1912" />
+      <vertex index="5047" x="55.9023" y="45.4795" z="31.9714" />
+      <vertex index="5048" x="58.5079" y="44.4724" z="36.7289" />
+      <vertex index="5049" x="57.262" y="49.2621" z="13.0363" />
+      <vertex index="5050" x="57.4901" y="51.6493" z="6.39655" />
+      <vertex index="5051" x="52.5346" y="45.1094" z="36.409" />
+      <vertex index="5052" x="56.4022" y="41.7039" z="43.6741" />
+      <vertex index="5053" x="55.0215" y="41.0141" z="34.1664" />
+      <vertex index="5054" x="56.3367" y="48.3687" z="18.757" />
+      <vertex index="5055" x="46.8226" y="39.4566" z="39.8573" />
+      <vertex index="5056" x="42.2917" y="36.9627" z="44.5813" />
+      <vertex index="5057" x="52.5733" y="45.0572" z="34.2674" />
+      <vertex index="5058" x="40.8485" y="36.7249" z="46.5041" />
+      <vertex index="5059" x="56.5383" y="44.5302" z="33.2492" />
+      <vertex index="5060" x="56.0011" y="44.7402" z="33.636" />
+      <vertex index="5061" x="56.1572" y="41.0166" z="45.5492" />
+      <vertex index="5062" x="53.0819" y="42.8306" z="31.6654" />
+      <vertex index="5063" x="55.0548" y="42.4613" z="30.5748" />
+      <vertex index="5064" x="57.8979" y="42.7025" z="39.617" />
+      <vertex index="5065" x="54.6651" y="41.0528" z="36.232" />
+      <vertex index="5066" x="40.5001" y="37.4697" z="46.2524" />
+      <vertex index="5067" x="49.6774" y="41.7732" z="32.6045" />
+      <vertex index="5068" x="51.2856" y="43.5458" z="30.6593" />
+      <vertex index="5069" x="57.1286" y="45.1924" z="32.1437" />
+      <vertex index="5070" x="43.1195" y="38.0434" z="43.5223" />
+      <vertex index="5071" x="57.4697" y="49.9213" z="14.4082" />
+      <vertex index="5072" x="56.9606" y="47.9164" z="18.5999" />
+      <vertex index="5073" x="57.2575" y="52.1175" z="5.16349" />
+      <vertex index="5074" x="45.5388" y="37.9959" z="42.6167" />
+      <vertex index="5075" x="56.2005" y="41.4372" z="44.5257" />
+      <vertex index="5076" x="58.0704" y="44.1492" z="39.0327" />
+      <vertex index="5077" x="58.5999" y="44.71" z="34.5442" />
+      <vertex index="5078" x="56.8618" y="46.842" z="21.6677" />
+      <vertex index="5079" x="58.417" y="44.7599" z="35.9333" />
+      <vertex index="5080" x="56.7323" y="44.1381" z="29.0174" />
+      <vertex index="5081" x="56.9351" y="44.7538" z="29.872" />
+      <vertex index="5082" x="40.0775" y="37.7117" z="46.716" />
+      <vertex index="5083" x="57.5976" y="50.8881" z="8.37142" />
+      <vertex index="5084" x="57.4692" y="52.3213" z="9.29278" />
+      <vertex index="5085" x="56.6688" y="49.1573" z="17.1382" />
+      <vertex index="5086" x="55.507" y="46.2551" z="23.243" />
+      <vertex index="5087" x="44.5518" y="37.5334" z="42.103" />
+      <vertex index="5088" x="57.7112" y="50.3954" z="12.7683" />
+      <vertex index="5089" x="56.5459" y="45.3605" z="25.4708" />
+      <vertex index="5090" x="40.7704" y="37.3451" z="47.0189" />
+      <vertex index="5091" x="56.229" y="47.9887" z="20.3184" />
+      <vertex index="5092" x="46.6058" y="38.673" z="39.0517" />
+      <vertex index="5093" x="57.4793" y="52.5529" z="8.49867" />
+      <vertex index="5094" x="52.5005" y="42.6583" z="30.7642" />
+      <vertex index="5095" x="56.1056" y="43.9428" z="28.0394" />
+      <vertex index="5096" x="56.7025" y="43.0765" z="42.6598" />
+      <vertex index="5097" x="58.0641" y="44.2368" z="38.103" />
+      <vertex index="5098" x="50.9383" y="42.0586" z="31.2988" />
+      <vertex index="5099" x="41.0791" y="36.9243" z="47.3672" />
+      <vertex index="5100" x="57.4302" y="42.9201" z="43.4515" />
+      <vertex index="5101" x="46.9718" y="38.6888" z="39.8662" />
+      <vertex index="5102" x="56.8951" y="49.823" z="15.5644" />
+      <vertex index="5103" x="58.3886" y="44.9493" z="35.2705" />
+      <vertex index="5104" x="46.1751" y="38.2096" z="40.2685" />
+      <vertex index="5105" x="56.2904" y="45.5198" z="23.0557" />
+      <vertex index="5106" x="53.9044" y="44.0427" z="29.5186" />
+      <vertex index="5107" x="57.6942" y="43.4086" z="41.349" />
+      <vertex index="5108" x="55.7687" y="47.6748" z="18.7366" />
+      <vertex index="5109" x="57.7552" y="42.183" z="43.3718" />
+      <vertex index="5110" x="57.7085" y="43.0721" z="42.6049" />
+      <vertex index="5111" x="56.4363" y="49.9927" z="12.1716" />
+      <vertex index="5112" x="57.7786" y="50.6839" z="9.54065" />
+      <vertex index="5113" x="56.8692" y="48.5343" z="14.9979" />
+      <vertex index="5114" x="57.3774" y="42.3107" z="40.9529" />
+      <vertex index="5115" x="56.6728" y="44.2288" z="28.1896" />
+      <vertex index="5116" x="58.4306" y="45.1087" z="33.5339" />
+      <vertex index="5117" x="56.8051" y="49.609" z="16.3722" />
+      <vertex index="5118" x="58.384" y="44.7001" z="37.3201" />
+      <vertex index="5119" x="56.3081" y="50.7825" z="10.0268" />
+      <vertex index="5120" x="58.2686" y="42.9458" z="37.9946" />
+      <vertex index="5121" x="56.256" y="45.0995" z="28.2522" />
+      <vertex index="5122" x="55.6966" y="47.3135" z="20.2024" />
+      <vertex index="5123" x="56.4248" y="46.329" z="20.8564" />
+      <vertex index="5124" x="57.2961" y="43.581" z="40.568" />
+      <vertex index="5125" x="48.3285" y="41.4738" z="33.6758" />
+      <vertex index="5126" x="56.8961" y="42.0135" z="33.8001" />
+      <vertex index="5127" x="54.2007" y="43.284" z="39.3263" />
+      <vertex index="5128" x="57.3969" y="44.469" z="32.7095" />
+      <vertex index="5129" x="50.396" y="43.0396" z="31.8582" />
+      <vertex index="5130" x="57.7135" y="53.5286" z="5.7287" />
+      <vertex index="5131" x="42.9217" y="36.9627" z="43.9291" />
+      <vertex index="5132" x="41.1892" y="37.2806" z="45.0608" />
+      <vertex index="5133" x="56.9857" y="44.5849" z="32.7404" />
+      <vertex index="5134" x="56.094" y="40.4645" z="48.077" />
+      <vertex index="5135" x="57.4686" y="42.2193" z="44.5392" />
+      <vertex index="5136" x="48.9211" y="41.0184" z="35.1248" />
+      <vertex index="5137" x="58.669" y="43.7655" z="32.9377" />
+      <vertex index="5138" x="56.071" y="44.4142" z="26.4947" />
+      <vertex index="5139" x="58.1282" y="51.4956" z="10.2226" />
+      <vertex index="5140" x="56.9193" y="43.3037" z="41.9786" />
+      <vertex index="5141" x="47.9746" y="41.4592" z="34.9696" />
+      <vertex index="5142" x="47.1329" y="40.0317" z="36.9511" />
+      <vertex index="5143" x="58.8484" y="43.3889" z="34.8822" />
+      <vertex index="5144" x="57.4775" y="44.1833" z="30.8703" />
+      <vertex index="5145" x="57.9354" y="44.4124" z="31.4698" />
+      <vertex index="5146" x="52.5748" y="42.941" z="30.0138" />
+      <vertex index="5147" x="51.9615" y="43.3832" z="29.9153" />
+      <vertex index="5148" x="53.8279" y="40.6234" z="38.0651" />
+      <vertex index="5149" x="54.3364" y="45.2619" z="35.9833" />
+      <vertex index="5150" x="55.3277" y="45.2472" z="35.6286" />
+      <vertex index="5151" x="50.8725" y="43.4851" z="31.3329" />
+      <vertex index="5152" x="51.5864" y="43.352" z="35.6864" />
+      <vertex index="5153" x="53.3305" y="45.362" z="32.8632" />
+      <vertex index="5154" x="57.5501" y="44.9777" z="31.3803" />
+      <vertex index="5155" x="55.6743" y="43.8271" z="32.0222" />
+      <vertex index="5156" x="56.5458" y="42.9032" z="31.0609" />
+      <vertex index="5157" x="54.3251" y="42.3667" z="37.349" />
+      <vertex index="5158" x="56.6575" y="51.2775" z="8.46763" />
+      <vertex index="5159" x="58.1121" y="51.8099" z="8.66546" />
+      <vertex index="5160" x="56.9569" y="51.8327" z="10.2989" />
+      <vertex index="5161" x="43.161" y="37.3054" z="43.3725" />
+      <vertex index="5162" x="43.6305" y="37.6523" z="44.616" />
+      <vertex index="5163" x="56.3473" y="49.4156" z="13.4101" />
+      <vertex index="5164" x="56.6957" y="52.0585" z="6.16986" />
+      <vertex index="5165" x="57.3636" y="53.1794" z="6.5946" />
+      <vertex index="5166" x="53.3909" y="41.0003" z="35.0303" />
+      <vertex index="5167" x="53.7332" y="43.0285" z="35.2883" />
+      <vertex index="5168" x="54.7217" y="43.5748" z="33.7714" />
+      <vertex index="5169" x="56.5147" y="43.9608" z="33.2639" />
+      <vertex index="5170" x="55.6291" y="44.4501" z="32.5512" />
+      <vertex index="5171" x="56.7464" y="41.0835" z="46.0685" />
+      <vertex index="5172" x="55.6748" y="41.7256" z="46.6583" />
+      <vertex index="5173" x="55.7607" y="42.0462" z="45.9453" />
+      <vertex index="5174" x="55.5927" y="41.201" z="45.9134" />
+      <vertex index="5175" x="56.3161" y="40.584" z="47.3066" />
+      <vertex index="5176" x="55.3149" y="41.2862" z="47.2477" />
+      <vertex index="5177" x="56.2659" y="41.7864" z="47.4818" />
+      <vertex index="5178" x="56.4355" y="41.2195" z="48.0627" />
+      <vertex index="5179" x="56.7233" y="47.1576" z="19.01" />
+      <vertex index="5180" x="56.3437" y="48.1469" z="19.6712" />
+      <vertex index="5181" x="56.9772" y="47.8361" z="19.457" />
+      <vertex index="5182" x="55.7988" y="47.9964" z="19.3077" />
+      <vertex index="5183" x="57.8865" y="50.7258" z="12.0071" />
+      <vertex index="5184" x="56.4417" y="50.8164" z="11.9632" />
+      <vertex index="5185" x="57.1857" y="51.2626" z="12.0709" />
+      <vertex index="5186" x="59.283" y="43.6088" z="35.813" />
+      <vertex index="5187" x="59.0167" y="44.0134" z="35.2489" />
+      <vertex index="5188" x="51.3934" y="42.3958" z="37.0599" />
+      <vertex index="5189" x="56.0113" y="41.5929" z="32.2911" />
+      <vertex index="5190" x="54.0502" y="43.4333" z="37.3557" />
+      <vertex index="5191" x="54.9441" y="44.8903" z="37.5889" />
+      <vertex index="5192" x="55.6235" y="44.3131" z="37.2909" />
+      <vertex index="5193" x="54.1319" y="43.8812" z="36.2838" />
+      <vertex index="5194" x="53.4238" y="45.4845" z="35.9373" />
+      <vertex index="5195" x="53.3961" y="45.2972" z="37.1006" />
+      <vertex index="5196" x="55.733" y="44.844" z="29.8039" />
+      <vertex index="5197" x="56.157" y="43.3988" z="29.9136" />
+      <vertex index="5198" x="55.9118" y="46.6236" z="20.5278" />
+      <vertex index="5199" x="56.7789" y="47.4706" z="20.8719" />
+      <vertex index="5200" x="55.9153" y="47.312" z="21.393" />
+      <vertex index="5201" x="57.9384" y="44.0068" z="32.4888" />
+      <vertex index="5202" x="58.2369" y="43.6743" z="32.4411" />
+      <vertex index="5203" x="56.6211" y="45.6197" z="23.8712" />
+      <vertex index="5204" x="55.8374" y="45.2684" z="24.0777" />
+      <vertex index="5205" x="55.4737" y="46.0272" z="23.9731" />
+      <vertex index="5206" x="56.5148" y="46.2281" z="24.1459" />
+      <vertex index="5207" x="57.8184" y="42.2369" z="41.9897" />
+      <vertex index="5208" x="56.8275" y="42.885" z="41.345" />
+      <vertex index="5209" x="56.9542" y="42.1642" z="41.7129" />
+      <vertex index="5210" x="58.1441" y="42.7381" z="41.4741" />
+      <vertex index="5211" x="57.2578" y="41.7197" z="43.6072" />
+      <vertex index="5212" x="56.7427" y="42.8853" z="43.8329" />
+      <vertex index="5213" x="56.2446" y="42.4376" z="43.5167" />
+      <vertex index="5214" x="52.339" y="42.8945" z="31.284" />
+      <vertex index="5215" x="46.6003" y="40.0137" z="39.0414" />
+      <vertex index="5216" x="47.4376" y="39.0965" z="38.8094" />
+      <vertex index="5217" x="46.2027" y="39.4823" z="38.8604" />
+      <vertex index="5218" x="46.7662" y="39.006" z="38.4529" />
+      <vertex index="5219" x="47.2706" y="39.8486" z="39.3331" />
+      <vertex index="5220" x="54.1555" y="45.8407" z="31.8433" />
+      <vertex index="5221" x="54.4675" y="44.5356" z="32.8296" />
+      <vertex index="5222" x="53.6179" y="40.8988" z="33.7487" />
+      <vertex index="5223" x="53.9723" y="41.1102" z="32.9054" />
+      <vertex index="5224" x="56.0624" y="48.7127" z="18.0317" />
+      <vertex index="5225" x="55.9944" y="47.6483" z="17.9998" />
+      <vertex index="5226" x="56.7917" y="47.6289" z="17.6754" />
+      <vertex index="5227" x="57.1341" y="48.5305" z="17.9792" />
+      <vertex index="5228" x="55.7376" y="46.9795" z="22.1826" />
+      <vertex index="5229" x="55.7312" y="46.2584" z="21.9113" />
+      <vertex index="5230" x="56.3813" y="45.9908" z="22.3522" />
+      <vertex index="5231" x="56.8321" y="46.6088" z="22.2" />
+      <vertex index="5232" x="46.463" y="39.3839" z="40.5603" />
+      <vertex index="5233" x="46.0395" y="39.412" z="39.9696" />
+      <vertex index="5234" x="45.6599" y="38.7853" z="39.9743" />
+      <vertex index="5235" x="47.4559" y="39.2502" z="37.8803" />
+      <vertex index="5236" x="47.6074" y="40.4056" z="38.2386" />
+      <vertex index="5237" x="47.9864" y="39.7643" z="37.9404" />
+      <vertex index="5238" x="46.7976" y="40.241" z="37.7822" />
+      <vertex index="5239" x="41.9219" y="37.8545" z="45.3584" />
+      <vertex index="5240" x="41.7687" y="36.6888" z="45.0155" />
+      <vertex index="5241" x="41.7742" y="37.4247" z="44.637" />
+      <vertex index="5242" x="58.1089" y="42.3916" z="40.6351" />
+      <vertex index="5243" x="58.4702" y="43.4598" z="40.4873" />
+      <vertex index="5244" x="56.6108" y="41.8588" z="34.811" />
+      <vertex index="5245" x="56.5621" y="41.4166" z="34.0374" />
+      <vertex index="5246" x="55.7472" y="41.5607" z="33.3583" />
+      <vertex index="5247" x="56.5943" y="43.353" z="33.4288" />
+      <vertex index="5248" x="54.306" y="44.7615" z="30.2179" />
+      <vertex index="5249" x="57.4168" y="44.6987" z="31.8806" />
+      <vertex index="5250" x="56.9779" y="41.4019" z="45.1889" />
+      <vertex index="5251" x="56.175" y="42.3864" z="45.475" />
+      <vertex index="5252" x="55.8078" y="41.7633" z="45.0505" />
+      <vertex index="5253" x="56.88" y="42.3805" z="45.4515" />
+      <vertex index="5254" x="57.433" y="49.7592" z="15.1659" />
+      <vertex index="5255" x="56.1945" y="49.2749" z="14.6393" />
+      <vertex index="5256" x="57.2804" y="48.5366" z="16.2112" />
+      <vertex index="5257" x="56.6806" y="48.3024" z="15.8032" />
+      <vertex index="5258" x="56.1452" y="49.3437" z="16.2174" />
+      <vertex index="5259" x="45.9671" y="37.8775" z="40.8662" />
+      <vertex index="5260" x="45.3622" y="38.8483" z="40.7756" />
+      <vertex index="5261" x="45.9236" y="39.1232" z="41.0756" />
+      <vertex index="5262" x="45.3937" y="38.7977" z="41.5806" />
+      <vertex index="5263" x="46.0941" y="38.031" z="41.495" />
+      <vertex index="5264" x="46.5327" y="38.5467" z="40.9137" />
+      <vertex index="5265" x="52.731" y="45.5114" z="35.0459" />
+      <vertex index="5266" x="57.8983" y="44.7446" z="32.7666" />
+      <vertex index="5267" x="57.809" y="45.1836" z="32.6555" />
+      <vertex index="5268" x="54.4472" y="43.5908" z="31.3753" />
+      <vertex index="5269" x="54.715" y="41.8499" z="31.794" />
+      <vertex index="5270" x="54.3414" y="42.1915" z="31.021" />
+      <vertex index="5271" x="56.0199" y="43.7318" z="28.9174" />
+      <vertex index="5272" x="55.2608" y="44.6632" z="28.9649" />
+      <vertex index="5273" x="55.3585" y="43.9954" z="28.4318" />
+      <vertex index="5274" x="58.7576" y="43.8229" z="39.2675" />
+      <vertex index="5275" x="58.8443" y="43.0456" z="39.3212" />
+      <vertex index="5276" x="58.5837" y="43.802" z="39.8803" />
+      <vertex index="5277" x="58.1926" y="42.8845" z="38.838" />
+      <vertex index="5278" x="48.2184" y="39.9754" z="36.6207" />
+      <vertex index="5279" x="47.1744" y="40.4028" z="36.3264" />
+      <vertex index="5280" x="48.1196" y="40.7028" z="37.093" />
+      <vertex index="5281" x="47.6572" y="41.0839" z="36.3409" />
+      <vertex index="5282" x="47.6731" y="40.0826" z="36.0377" />
+      <vertex index="5283" x="47.3792" y="40.8626" z="36.9864" />
+      <vertex index="5284" x="55.5112" y="45.6416" z="34.8549" />
+      <vertex index="5285" x="56.1183" y="45.1991" z="34.6219" />
+      <vertex index="5286" x="51.7237" y="41.3912" z="38.0361" />
+      <vertex index="5287" x="52.214" y="41.6144" z="38.6982" />
+      <vertex index="5288" x="56.6933" y="41.8323" z="42.4284" />
+      <vertex index="5289" x="57.2706" y="41.7052" z="42.9164" />
+      <vertex index="5290" x="43.8582" y="37.1644" z="43.4099" />
+      <vertex index="5291" x="43.8909" y="38.3494" z="43.1919" />
+      <vertex index="5292" x="44.1816" y="37.2615" z="42.7393" />
+      <vertex index="5293" x="43.7258" y="37.8859" z="42.6362" />
+      <vertex index="5294" x="44.5274" y="38.0887" z="43.5141" />
+      <vertex index="5295" x="56.636" y="45.2685" z="26.1417" />
+      <vertex index="5296" x="55.4411" y="45.1037" z="26.2797" />
+      <vertex index="5297" x="55.5376" y="45.5012" z="25.7073" />
+      <vertex index="5298" x="55.6956" y="44.7532" z="25.6649" />
+      <vertex index="5299" x="57.1624" y="43.1382" z="31.4118" />
+      <vertex index="5300" x="56.3124" y="44.1874" z="31.1669" />
+      <vertex index="5301" x="51.8733" y="42.3672" z="30.6248" />
+      <vertex index="5302" x="51.2051" y="42.303" z="30.7908" />
+      <vertex index="5303" x="55.5822" y="41.5286" z="38.293" />
+      <vertex index="5304" x="55.5632" y="41.0538" z="37.7967" />
+      <vertex index="5305" x="54.6445" y="40.8997" z="37.6987" />
+      <vertex index="5306" x="55.9051" y="41.7106" z="37.7547" />
+      <vertex index="5307" x="55.3553" y="42.4876" z="38.0844" />
+      <vertex index="5308" x="57.6038" y="45.2533" z="32.3175" />
+      <vertex index="5309" x="55.0493" y="44.5325" z="31.7628" />
+      <vertex index="5310" x="55.5054" y="45.6148" z="31.2797" />
+      <vertex index="5311" x="55.4446" y="45.4746" z="30.5973" />
+      <vertex index="5312" x="56.0071" y="46.2184" z="24.8564" />
+      <vertex index="5313" x="55.4635" y="45.664" z="25.0575" />
+      <vertex index="5314" x="55.7766" y="44.9132" z="24.9654" />
+      <vertex index="5315" x="52.9036" y="42.925" z="38.8676" />
+      <vertex index="5316" x="53.0221" y="42.2642" z="37.4754" />
+      <vertex index="5317" x="52.9726" y="42.3174" z="39.0963" />
+      <vertex index="5318" x="53.8088" y="42.043" z="39.0297" />
+      <vertex index="5319" x="58.2841" y="44.6077" z="32.2877" />
+      <vertex index="5320" x="57.8845" y="44.2773" z="32.7907" />
+      <vertex index="5321" x="56.1863" y="50.565" z="11.1343" />
+      <vertex index="5322" x="56.7318" y="50.0832" z="10.7955" />
+      <vertex index="5323" x="56.3508" y="51.2338" z="11.1935" />
+      <vertex index="5324" x="55.5254" y="44.7557" z="27.5901" />
+      <vertex index="5325" x="56.6033" y="44.951" z="27.4767" />
+      <vertex index="5326" x="56.2606" y="44.2925" z="27.1423" />
+      <vertex index="5327" x="55.9112" y="45.2916" z="27.5597" />
+      <vertex index="5328" x="48.661" y="41.656" z="34.9319" />
+      <vertex index="5329" x="48.9649" y="40.9276" z="33.8983" />
+      <vertex index="5330" x="48.6345" y="40.6771" z="34.4742" />
+      <vertex index="5331" x="48.7193" y="41.9443" z="34.275" />
+      <vertex index="5332" x="48.1104" y="41.1687" z="34.3465" />
+      <vertex index="5333" x="56.5583" y="52.2958" z="6.96734" />
+      <vertex index="5334" x="56.6581" y="52.2546" z="8.40691" />
+      <vertex index="5335" x="56.2873" y="51.8966" z="7.62376" />
+      <vertex index="5336" x="56.7735" y="52.7454" z="7.64265" />
+      <vertex index="5337" x="56.6918" y="51.3208" z="7.60594" />
+      <vertex index="5338" x="52.5206" y="43.8099" z="30.932" />
+      <vertex index="5339" x="51.8405" y="43.1357" z="31.3613" />
+      <vertex index="5340" x="53.4936" y="40.4043" z="36.3969" />
+      <vertex index="5341" x="53.2169" y="40.4321" z="37.1761" />
+      <vertex index="5342" x="55.4264" y="45.9423" z="33.1547" />
+      <vertex index="5343" x="55.5135" y="45.7895" z="34.0133" />
+      <vertex index="5344" x="56.0969" y="45.5696" z="33.9635" />
+      <vertex index="5345" x="51.5591" y="44.2519" z="37.1319" />
+      <vertex index="5346" x="52.8351" y="43.2969" z="36.9573" />
+      <vertex index="5347" x="51.7663" y="44.5323" z="36.362" />
+      <vertex index="5348" x="53.5412" y="44.8323" z="34.2739" />
+      <vertex index="5349" x="54.5851" y="44.5596" z="34.2065" />
+      <vertex index="5350" x="54.0738" y="46.015" z="34.5582" />
+      <vertex index="5351" x="54.3932" y="45.7238" z="35.2567" />
+      <vertex index="5352" x="53.5323" y="45.6625" z="35.0558" />
+      <vertex index="5353" x="53.3931" y="45.6482" z="34.1927" />
+      <vertex index="5354" x="57.9745" y="53.0174" z="7.4648" />
+      <vertex index="5355" x="58.2122" y="52.7268" z="6.88226" />
+      <vertex index="5356" x="57.2292" y="53.1417" z="7.39901" />
+      <vertex index="5357" x="41.1401" y="36.6379" z="45.5053" />
+      <vertex index="5358" x="41.3145" y="37.716" z="46.2744" />
+      <vertex index="5359" x="59.1074" y="43.7711" z="38.4379" />
+      <vertex index="5360" x="51.7116" y="44.7099" z="35.6282" />
+      <vertex index="5361" x="53.1122" y="44.0582" z="35.585" />
+      <vertex index="5362" x="51.5241" y="43.9855" z="35.3616" />
+      <vertex index="5363" x="54.3449" y="42.2734" z="33.3506" />
+      <vertex index="5364" x="53.5764" y="41.7716" z="32.185" />
+      <vertex index="5365" x="54.3384" y="42.9106" z="32.1727" />
+      <vertex index="5366" x="56.341" y="46.6053" z="19.6577" />
+      <vertex index="5367" x="56.1555" y="46.9385" z="19.2256" />
+      <vertex index="5368" x="50.071" y="42.3156" z="32.7595" />
+      <vertex index="5369" x="49.779" y="42.0674" z="31.6416" />
+      <vertex index="5370" x="49.2092" y="42.1665" z="32.1415" />
+      <vertex index="5371" x="49.3882" y="42.7132" z="31.8687" />
+      <vertex index="5372" x="45.1369" y="38.7008" z="42.3323" />
+      <vertex index="5373" x="44.5852" y="38.508" z="41.9221" />
+      <vertex index="5374" x="45.3162" y="37.5602" z="42.1917" />
+      <vertex index="5375" x="48.472" y="40.4704" z="35.1389" />
+      <vertex index="5376" x="47.5548" y="40.8886" z="35.3469" />
+      <vertex index="5377" x="48.6011" y="40.7383" z="35.963" />
+      <vertex index="5378" x="52.0328" y="43.7064" z="33.8499" />
+      <vertex index="5379" x="52.0142" y="44.4524" z="34.2786" />
+      <vertex index="5380" x="54.7554" y="41.5381" z="39.2966" />
+      <vertex index="5381" x="54.947" y="41.0256" z="38.6663" />
+      <vertex index="5382" x="56.8955" y="44.3248" z="32.9391" />
+      <vertex index="5383" x="56.9009" y="43.7491" z="32.7813" />
+      <vertex index="5384" x="50.8962" y="42.7555" z="31.5471" />
+      <vertex index="5385" x="50.8497" y="42.2894" z="31.8506" />
+      <vertex index="5386" x="50.2926" y="41.9788" z="32.102" />
+      <vertex index="5387" x="50.3742" y="42.5132" z="30.9519" />
+      <vertex index="5388" x="54.236" y="45.0199" z="38.5985" />
+      <vertex index="5389" x="53.8432" y="44.2309" z="39.0156" />
+      <vertex index="5390" x="53.6862" y="45.221" z="38.0855" />
+      <vertex index="5391" x="53.6254" y="41.8738" z="36.2206" />
+      <vertex index="5392" x="52.4207" y="41.3105" z="35.1694" />
+      <vertex index="5393" x="52.2204" y="41.0396" z="35.9045" />
+      <vertex index="5394" x="52.6483" y="40.8083" z="35.5286" />
+      <vertex index="5395" x="52.3572" y="42.1534" z="34.2474" />
+      <vertex index="5396" x="56.0554" y="44.981" z="32.2141" />
+      <vertex index="5397" x="55.3352" y="45.0673" z="32.164" />
+      <vertex index="5398" x="58.3918" y="44.1453" z="33.13" />
+      <vertex index="5399" x="56.5164" y="46.61" z="23.4053" />
+      <vertex index="5400" x="56.6327" y="46.7811" z="22.8485" />
+      <vertex index="5401" x="55.8848" y="46.9939" z="22.7845" />
+      <vertex index="5402" x="56.599" y="44.8355" z="32.2985" />
+      <vertex index="5403" x="56.2942" y="44.3321" z="32.2249" />
+      <vertex index="5404" x="56.6682" y="44.9844" z="32.6163" />
+      <vertex index="5405" x="56.3685" y="44.9932" z="32.9585" />
+      <vertex index="5406" x="57.1916" y="44.7582" z="32.5146" />
+      <vertex index="5407" x="57.2574" y="44.3526" z="32.2635" />
+      <vertex index="5408" x="48.7867" y="41.9261" z="32.6092" />
+      <vertex index="5409" x="49.2761" y="42.3311" z="33.5709" />
+      <vertex index="5410" x="48.529" y="41.8325" z="33.1041" />
+      <vertex index="5411" x="56.3345" y="43.4699" z="34.8732" />
+      <vertex index="5412" x="56.0666" y="41.7642" z="31.4787" />
+      <vertex index="5413" x="56.2271" y="42.2676" z="31.0074" />
+      <vertex index="5414" x="55.5384" y="41.8414" z="31.0205" />
+      <vertex index="5415" x="55.4444" y="40.825" z="35.5251" />
+      <vertex index="5416" x="55.4651" y="42.3556" z="34.7521" />
+      <vertex index="5417" x="56.2901" y="47.6801" z="17.2313" />
+      <vertex index="5418" x="56.4526" y="47.9444" z="16.4929" />
+      <vertex index="5419" x="55.8475" y="48.4916" z="16.7463" />
+      <vertex index="5420" x="56.9533" y="47.8993" z="16.9545" />
+      <vertex index="5421" x="53.0715" y="41.5994" z="38.294" />
+      <vertex index="5422" x="53.3406" y="41.6786" z="39.2386" />
+      <vertex index="5423" x="52.8016" y="41.303" z="38.993" />
+      <vertex index="5424" x="56.9682" y="41.7282" z="46.5872" />
+      <vertex index="5425" x="56.7437" y="41.1664" z="47.4775" />
+      <vertex index="5426" x="54.959" y="41.1717" z="48.3804" />
+      <vertex index="5427" x="55.1949" y="41.5024" z="47.8632" />
+      <vertex index="5428" x="55.0845" y="40.9398" z="47.7839" />
+      <vertex index="5429" x="55.6687" y="41.5595" z="48.6379" />
+      <vertex index="5430" x="55.2112" y="40.5475" z="48.4198" />
+      <vertex index="5431" x="59.0345" y="43.3026" z="37.5302" />
+      <vertex index="5432" x="58.6182" y="43.02" z="36.8743" />
+      <vertex index="5433" x="51.6992" y="43.7275" z="37.9933" />
+      <vertex index="5434" x="51.3547" y="43.1597" z="37.9725" />
+      <vertex index="5435" x="52.0634" y="43.1859" z="38.4128" />
+      <vertex index="5436" x="51.4527" y="43.3664" z="36.9394" />
+      <vertex index="5437" x="53.5513" y="45.0959" z="32.0222" />
+      <vertex index="5438" x="53.5875" y="44.7062" z="30.7246" />
+      <vertex index="5439" x="53.9584" y="43.9839" z="32.0859" />
+      <vertex index="5440" x="53.0023" y="44.3763" z="31.8606" />
+      <vertex index="5441" x="57.977" y="43.4495" z="31.8159" />
+      <vertex index="5442" x="57.1703" y="43.2842" z="32.0691" />
+      <vertex index="5443" x="56.78" y="44.0526" z="31.8186" />
+      <vertex index="5444" x="56.7677" y="43.2438" z="32.4779" />
+      <vertex index="5445" x="56.4188" y="44.2064" z="32.7764" />
+      <vertex index="5446" x="55.8791" y="43.9683" z="32.7823" />
+      <vertex index="5447" x="43.309" y="36.8687" z="44.7491" />
+      <vertex index="5448" x="42.618" y="36.9252" z="45.4991" />
+      <vertex index="5449" x="43.1474" y="37.2448" z="45.5608" />
+      <vertex index="5450" x="55.1865" y="43.0362" z="29.6998" />
+      <vertex index="5451" x="55.7128" y="42.7179" z="30.0393" />
+      <vertex index="5452" x="57.3458" y="48.8495" z="13.6628" />
+      <vertex index="5453" x="57.1899" y="48.6657" z="14.2927" />
+      <vertex index="5454" x="52.9797" y="42.3529" z="32.4652" />
+      <vertex index="5455" x="52.8582" y="43.0762" z="32.7459" />
+      <vertex index="5456" x="58.1539" y="51.898" z="9.77037" />
+      <vertex index="5457" x="56.8531" y="42.6645" z="33.3881" />
+      <vertex index="5458" x="56.0781" y="42.5917" z="33.176" />
+      <vertex index="5459" x="56.9311" y="42.5781" z="33.956" />
+      <vertex index="5460" x="56.4666" y="42.5846" z="34.5093" />
+      <vertex index="5461" x="55.7044" y="42.8947" z="34.0869" />
+      <vertex index="5462" x="56.5835" y="43.1562" z="34.1168" />
+      <vertex index="5463" x="56.8197" y="42.5663" z="32.1893" />
+      <vertex index="5464" x="56.7181" y="42.4964" z="31.6214" />
+      <vertex index="5465" x="55.8815" y="42.87" z="31.9711" />
+      <vertex index="5466" x="51.3374" y="42.5624" z="31.3921" />
+      <vertex index="5467" x="56.5178" y="53.0799" z="6.13904" />
+      <vertex index="5468" x="56.5365" y="52.379" z="5.39914" />
+      <vertex index="5469" x="56.8111" y="53.6365" z="5.50596" />
+      <vertex index="5470" x="53.9512" y="43.0752" z="29.9585" />
+      <vertex index="5471" x="56.3087" y="51.6562" z="8.9737" />
+      <vertex index="5472" x="56.268" y="51.1182" z="9.39413" />
+      <vertex index="5473" x="56.9293" y="50.7526" z="8.97675" />
+      <vertex index="5474" x="54.6468" y="46.0484" z="33.2159" />
+      <vertex index="5475" x="54.1364" y="46.1235" z="32.9714" />
+      <vertex index="5476" x="54.6083" y="46.0853" z="32.4644" />
+      <vertex index="5477" x="55.0254" y="41.2136" z="32.0988" />
+      <vertex index="5478" x="54.6717" y="40.793" z="33.1833" />
+      <vertex index="5479" x="47.8962" y="39.5007" z="38.5827" />
+      <vertex index="5480" x="57.5476" y="44.7417" z="32.6093" />
+      <vertex index="5481" x="57.9715" y="51.0495" z="11.1344" />
+      <vertex index="5482" x="56.084" y="45.7067" z="33.133" />
+      <vertex index="5483" x="57.9482" y="44.3292" z="32.0987" />
+      <vertex index="5484" x="57.7931" y="43.6586" z="32.1768" />
+      <vertex index="5485" x="57.3223" y="43.8436" z="32.3712" />
+      <vertex index="5486" x="53.0423" y="43.6474" z="29.5061" />
+      <vertex index="5487" x="52.9991" y="44.4328" z="29.7704" />
+      <vertex index="5488" x="53.6491" y="43.7841" z="30.8862" />
+      <vertex index="5489" x="55.9904" y="44.5087" z="36.6432" />
+      <vertex index="5490" x="58.3474" y="52.5932" z="6.068" />
+      <vertex index="5491" x="58.307" y="52.7946" z="5.044" />
+      <vertex index="5492" x="52.9231" y="41.4945" z="33.4383" />
+      <vertex index="5493" x="53.4507" y="41.7563" z="34.2345" />
+      <vertex index="5494" x="53.5427" y="42.3978" z="32.9283" />
+      <vertex index="5495" x="52.6056" y="42.6059" z="33.3799" />
+      <vertex index="5496" x="56.6628" y="42.2266" z="46.2272" />
+      <vertex index="5497" x="56.8565" y="51.1827" z="12.7481" />
+      <vertex index="5498" x="56.7504" y="50.4922" z="13.7398" />
+      <vertex index="5499" x="56.2076" y="50.4472" z="12.7361" />
+      <vertex index="5500" x="59.2342" y="43.3831" z="36.8947" />
+      <vertex index="5501" x="59.1064" y="44.1453" z="36.7138" />
+      <vertex index="5502" x="58.5594" y="43.4782" z="36.3869" />
+      <vertex index="5503" x="53.577" y="43.4223" z="32.3478" />
+      <vertex index="5504" x="52.7533" y="43.8301" z="32.6771" />
+      <vertex index="5505" x="44.9661" y="37.4008" z="43.1713" />
+      <vertex index="5506" x="44.6412" y="38.4724" z="42.9374" />
+      <vertex index="5507" x="53.7293" y="44.1685" z="33.5603" />
+      <vertex index="5508" x="52.5626" y="44.9837" z="33.1595" />
+      <vertex index="5509" x="55.1409" y="43.9619" z="36.3848" />
+      <vertex index="5510" x="56.1585" y="43.1867" z="36.4713" />
+      <vertex index="5511" x="56.021" y="42.2691" z="35.8474" />
+      <vertex index="5512" x="55.3486" y="44.0484" z="30.2312" />
+      <vertex index="5513" x="55.2193" y="43.5341" z="29.1481" />
+      <vertex index="5514" x="58.4546" y="44.6423" z="33.2326" />
+      <vertex index="5515" x="56.1968" y="44.8035" z="35.195" />
+      <vertex index="5516" x="56.2956" y="44.2146" z="34.6351" />
+      <vertex index="5517" x="56.0827" y="44.238" z="35.8097" />
+      <vertex index="5518" x="55.3951" y="43.7174" z="35.4975" />
+      <vertex index="5519" x="52.4157" y="44.7602" z="38.171" />
+      <vertex index="5520" x="52.6279" y="44.8874" z="37.3103" />
+      <vertex index="5521" x="56.1877" y="41.7191" z="37.1174" />
+      <vertex index="5522" x="56.2077" y="41.5125" z="35.9799" />
+      <vertex index="5523" x="55.5357" y="40.9454" z="36.7791" />
+      <vertex index="5524" x="56.4907" y="44.5742" z="31.71" />
+      <vertex index="5525" x="57.1568" y="49.7198" z="11.5796" />
+      <vertex index="5526" x="57.883" y="49.89" z="12.2784" />
+      <vertex index="5527" x="56.5236" y="41.4586" z="33.2644" />
+      <vertex index="5528" x="53.2028" y="43.4123" z="34.0856" />
+      <vertex index="5529" x="52.345" y="44.2548" z="33.416" />
+      <vertex index="5530" x="58.3602" y="51.8831" z="7.43638" />
+      <vertex index="5531" x="58.1702" y="51.398" z="7.8989" />
+      <vertex index="5532" x="57.6784" y="51.048" z="7.53706" />
+      <vertex index="5533" x="58.5116" y="44.2131" z="33.94" />
+      <vertex index="5534" x="59.2116" y="43.9702" z="34.4907" />
+      <vertex index="5535" x="59.0482" y="44.2587" z="33.8287" />
+      <vertex index="5536" x="53.3017" y="44.6697" z="38.9042" />
+      <vertex index="5537" x="52.8159" y="44.3626" z="38.8895" />
+      <vertex index="5538" x="52.7666" y="43.6446" z="38.455" />
+      <vertex index="5539" x="55.1146" y="43.7609" z="39.1183" />
+      <vertex index="5540" x="55.3271" y="44.3449" z="38.2908" />
+      <vertex index="5541" x="55.4006" y="43.1644" z="38.8324" />
+      <vertex index="5542" x="46.6678" y="39.6539" z="37.5884" />
+      <vertex index="5543" x="46.6794" y="40.2404" z="38.4291" />
+      <vertex index="5544" x="56.0453" y="48.6516" z="15.98" />
+      <vertex index="5545" x="56.1584" y="49.6944" z="15.5369" />
+      <vertex index="5546" x="53.7422" y="45.4406" z="31.4632" />
+      <vertex index="5547" x="54.5451" y="45.4879" z="30.5568" />
+      <vertex index="5548" x="57.3127" y="50.7523" z="11.4885" />
+      <vertex index="5549" x="57.9945" y="50.0896" z="11.5383" />
+      <vertex index="5550" x="54.7839" y="45.1521" z="33.3368" />
+      <vertex index="5551" x="54.1585" y="46.133" z="33.5347" />
+      <vertex index="5552" x="52.3958" y="43.9008" z="35.0637" />
+      <vertex index="5553" x="51.4611" y="42.9832" z="34.9947" />
+      <vertex index="5554" x="52.64" y="43.232" z="34.6539" />
+      <vertex index="5555" x="51.6164" y="43.9728" z="34.6653" />
+      <vertex index="5556" x="54.8401" y="43.5508" z="37.7432" />
+      <vertex index="5557" x="56.002" y="42.6584" z="37.184" />
+      <vertex index="5558" x="55.9009" y="43.3032" z="37.6502" />
+      <vertex index="5559" x="43.0197" y="37.9307" z="44.6792" />
+      <vertex index="5560" x="57.2449" y="44.9421" z="30.6885" />
+      <vertex index="5561" x="56.4299" y="45.0492" z="30.0513" />
+      <vertex index="5562" x="52.8955" y="43.7992" z="31.5066" />
+      <vertex index="5563" x="52.2728" y="43.3815" z="31.3859" />
+      <vertex index="5564" x="56.392" y="42.6887" z="44.951" />
+      <vertex index="5565" x="56.8419" y="42.9106" z="44.3865" />
+      <vertex index="5566" x="55.9496" y="42.1783" z="44.2836" />
+      <vertex index="5567" x="56.1719" y="49.9483" z="14.8031" />
+      <vertex index="5568" x="45.268" y="37.9677" z="40.733" />
+      <vertex index="5569" x="54.5782" y="42.1598" z="39.5463" />
+      <vertex index="5570" x="55.5234" y="42.3901" z="38.804" />
+      <vertex index="5571" x="55.1684" y="41.9829" z="39.2921" />
+      <vertex index="5572" x="52.8156" y="42.6562" z="36.1215" />
+      <vertex index="5573" x="51.5298" y="42.0189" z="35.4177" />
+      <vertex index="5574" x="51.6461" y="41.9089" z="36.3498" />
+      <vertex index="5575" x="51.9658" y="40.8287" z="36.8988" />
+      <vertex index="5576" x="57.5157" y="50.2018" z="9.78958" />
+      <vertex index="5577" x="57.9044" y="50.324" z="10.6285" />
+      <vertex index="5578" x="55.9861" y="40.7277" z="46.0842" />
+      <vertex index="5579" x="55.6629" y="40.5735" z="47.1632" />
+      <vertex index="5580" x="55.3742" y="41.1123" z="46.5228" />
+      <vertex index="5581" x="56.5421" y="40.7972" z="46.724" />
+      <vertex index="5582" x="52.7989" y="40.4845" z="38.7564" />
+      <vertex index="5583" x="52.2722" y="40.5778" z="38.4908" />
+      <vertex index="5584" x="55.9791" y="45.617" z="26.4883" />
+      <vertex index="5585" x="49.3194" y="41.422" z="34.3052" />
+      <vertex index="5586" x="48.9002" y="41.2892" z="33.2685" />
+      <vertex index="5587" x="56.4402" y="45.3714" z="32.4826" />
+      <vertex index="5588" x="56.0072" y="45.6632" z="32.4625" />
+      <vertex index="5589" x="55.2995" y="45.8478" z="32.2536" />
+      <vertex index="5590" x="56.1154" y="45.1309" z="31.5734" />
+      <vertex index="5591" x="58.337" y="44.0657" z="36.2735" />
+      <vertex index="5592" x="58.2415" y="44.8748" z="36.4802" />
+      <vertex index="5593" x="57.0675" y="49.2042" z="12.5326" />
+      <vertex index="5594" x="57.8099" y="49.6312" z="13.0297" />
+      <vertex index="5595" x="57.8271" y="51.3375" z="6.79801" />
+      <vertex index="5596" x="57.2611" y="51.9951" z="7.04057" />
+      <vertex index="5597" x="57.3272" y="51.653" z="5.76889" />
+      <vertex index="5598" x="52.4956" y="45.4337" z="36.8854" />
+      <vertex index="5599" x="52.6321" y="44.3527" z="36.2178" />
+      <vertex index="5600" x="52.0027" y="45.0888" z="36.6499" />
+      <vertex index="5601" x="56.5079" y="41.7027" z="43.0684" />
+      <vertex index="5602" x="54.9507" y="41.5872" z="33.5758" />
+      <vertex index="5603" x="54.4872" y="41.8248" z="34.4773" />
+      <vertex index="5604" x="54.8302" y="40.3923" z="34.3152" />
+      <vertex index="5605" x="54.505" y="41.007" z="34.969" />
+      <vertex index="5606" x="55.44" y="40.6811" z="34.6815" />
+      <vertex index="5607" x="55.7199" y="40.8647" z="33.962" />
+      <vertex index="5608" x="56.2753" y="48.5727" z="19.1797" />
+      <vertex index="5609" x="42.3297" y="37.4945" z="44.172" />
+      <vertex index="5610" x="52.101" y="45.0724" z="34.5607" />
+      <vertex index="5611" x="41.4919" y="36.8306" z="46.7828" />
+      <vertex index="5612" x="40.3604" y="36.4538" z="46.4209" />
+      <vertex index="5613" x="56.2224" y="44.3759" z="33.5176" />
+      <vertex index="5614" x="55.7133" y="44.021" z="33.3913" />
+      <vertex index="5615" x="55.1842" y="43.3578" z="32.9753" />
+      <vertex index="5616" x="55.8108" y="44.9179" z="33.1137" />
+      <vertex index="5617" x="55.4211" y="44.9794" z="33.7482" />
+      <vertex index="5618" x="56.3604" y="44.9108" z="33.419" />
+      <vertex index="5619" x="56.416" y="41.5587" z="45.5433" />
+      <vertex index="5620" x="53.2795" y="43.1469" z="31.1561" />
+      <vertex index="5621" x="53.2628" y="42.2994" z="31.8423" />
+      <vertex index="5622" x="52.6598" y="42.9468" z="31.5919" />
+      <vertex index="5623" x="52.8509" y="43.0888" z="32.0716" />
+      <vertex index="5624" x="54.5747" y="43.172" z="30.6225" />
+      <vertex index="5625" x="55.4705" y="42.8451" z="31.0694" />
+      <vertex index="5626" x="55.5953" y="42.1584" z="30.4678" />
+      <vertex index="5627" x="57.9895" y="43.1985" z="39.9884" />
+      <vertex index="5628" x="57.3647" y="42.8252" z="39.8753" />
+      <vertex index="5629" x="57.6999" y="43.2629" z="39.3922" />
+      <vertex index="5630" x="54.5425" y="41.9471" z="35.8269" />
+      <vertex index="5631" x="54.6597" y="40.4305" z="36.4698" />
+      <vertex index="5632" x="55.3212" y="41.4886" z="36.0501" />
+      <vertex index="5633" x="40.5421" y="36.8831" z="45.9275" />
+      <vertex index="5634" x="40.6359" y="37.5039" z="45.6987" />
+      <vertex index="5635" x="49.6909" y="41.3548" z="32.9834" />
+      <vertex index="5636" x="51.585" y="43.2285" z="30.8939" />
+      <vertex index="5637" x="51.3364" y="43.7363" z="30.144" />
+      <vertex index="5638" x="51.008" y="43.0141" z="30.4601" />
+      <vertex index="5639" x="51.6402" y="43.8351" z="30.911" />
+      <vertex index="5640" x="57.3689" y="45.2814" z="32.1455" />
+      <vertex index="5641" x="42.7266" y="37.6549" z="43.6774" />
+      <vertex index="5642" x="43.4498" y="38.1276" z="43.9981" />
+      <vertex index="5643" x="43.6445" y="37.7468" z="43.5436" />
+      <vertex index="5644" x="56.9712" y="49.6388" z="14.2867" />
+      <vertex index="5645" x="57.5214" y="49.2775" z="14.4396" />
+      <vertex index="5646" x="57.6253" y="50.2193" z="13.7038" />
+      <vertex index="5647" x="57.2394" y="50.4798" z="14.368" />
+      <vertex index="5648" x="57.2974" y="52.6871" z="5.58513" />
+      <vertex index="5649" x="57.836" y="51.878" z="5.35104" />
+      <vertex index="5650" x="57.6772" y="51.9765" z="4.7914" />
+      <vertex index="5651" x="56.5871" y="41.2611" z="44.0706" />
+      <vertex index="5652" x="56.207" y="41.075" z="44.9762" />
+      <vertex index="5653" x="57.5969" y="44.0662" z="39.3784" />
+      <vertex index="5654" x="58.42" y="44.7868" z="34.0713" />
+      <vertex index="5655" x="56.5749" y="44.8202" z="28.959" />
+      <vertex index="5656" x="56.966" y="44.0389" z="30.2423" />
+      <vertex index="5657" x="40.3095" y="37.1889" z="46.7128" />
+      <vertex index="5658" x="39.9394" y="37.4227" z="46.2534" />
+      <vertex index="5659" x="58.0159" y="50.8003" z="8.77165" />
+      <vertex index="5660" x="57.2717" y="51.7518" z="9.15541" />
+      <vertex index="5661" x="56.8343" y="52.305" z="9.46627" />
+      <vertex index="5662" x="58.0571" y="52.2442" z="9.19285" />
+      <vertex index="5663" x="56.1408" y="49.274" z="16.8408" />
+      <vertex index="5664" x="57.162" y="49.3202" z="16.9102" />
+      <vertex index="5665" x="55.579" y="46.5329" z="23.6584" />
+      <vertex index="5666" x="55.6155" y="46.2512" z="22.601" />
+      <vertex index="5667" x="44.712" y="37.9221" z="41.6331" />
+      <vertex index="5668" x="57.1452" y="50.1564" z="12.6368" />
+      <vertex index="5669" x="57.6087" y="50.7972" z="13.2116" />
+      <vertex index="5670" x="56.4825" y="44.8134" z="25.525" />
+      <vertex index="5671" x="56.1499" y="45.9171" z="25.5589" />
+      <vertex index="5672" x="56.6415" y="45.423" z="24.8889" />
+      <vertex index="5673" x="40.7641" y="37.8007" z="46.6542" />
+      <vertex index="5674" x="56.061" y="47.6271" z="20.815" />
+      <vertex index="5675" x="46.3342" y="38.4711" z="39.6355" />
+      <vertex index="5676" x="57.4871" y="52.2653" z="7.82978" />
+      <vertex index="5677" x="57.0038" y="52.5629" z="8.90336" />
+      <vertex index="5678" x="53.0877" y="42.5487" z="30.5897" />
+      <vertex index="5679" x="56.3884" y="42.4802" z="42.7881" />
+      <vertex index="5680" x="58.2498" y="43.8692" z="37.4643" />
+      <vertex index="5681" x="58.7586" y="44.2444" z="38.0008" />
+      <vertex index="5682" x="58.4559" y="44.2512" z="38.5707" />
+      <vertex index="5683" x="57.9204" y="43.8085" z="38.5326" />
+      <vertex index="5684" x="56.8799" y="43.0938" z="43.2459" />
+      <vertex index="5685" x="57.363" y="42.6638" z="44.0571" />
+      <vertex index="5686" x="46.7904" y="39.0472" z="39.4511" />
+      <vertex index="5687" x="47.0397" y="38.5745" z="39.3483" />
+      <vertex index="5688" x="56.692" y="50.1483" z="15.0927" />
+      <vertex index="5689" x="46.7137" y="38.4496" z="40.3456" />
+      <vertex index="5690" x="56.0117" y="45.9941" z="23.2035" />
+      <vertex index="5691" x="56.7056" y="45.9661" z="23.1375" />
+      <vertex index="5692" x="54.4101" y="44.3329" z="29.2058" />
+      <vertex index="5693" x="58.1049" y="43.6821" z="40.99" />
+      <vertex index="5694" x="57.0755" y="43.4683" z="41.2796" />
+      <vertex index="5695" x="56.3479" y="47.7871" z="18.5077" />
+      <vertex index="5696" x="55.7693" y="48.2564" z="18.6592" />
+      <vertex index="5697" x="57.2037" y="42.3994" z="43.2332" />
+      <vertex index="5698" x="57.1886" y="42.8065" z="42.3447" />
+      <vertex index="5699" x="57.9566" y="42.5609" z="42.8973" />
+      <vertex index="5700" x="57.8794" y="43.184" z="41.9598" />
+      <vertex index="5701" x="57.2118" y="43.3058" z="42.731" />
+      <vertex index="5702" x="57.3237" y="51.1443" z="9.50298" />
+      <vertex index="5703" x="58.1837" y="51.1173" z="9.35089" />
+      <vertex index="5704" x="57.054" y="49.0728" z="15.514" />
+      <vertex index="5705" x="56.1846" y="44.4856" z="28.1259" />
+      <vertex index="5706" x="58.0746" y="44.4009" z="37.018" />
+      <vertex index="5707" x="56.8199" y="50.6975" z="10.4224" />
+      <vertex index="5708" x="56.131" y="50.7671" z="10.5149" />
+      <vertex index="5709" x="56.6755" y="50.4723" z="9.64972" />
+      <vertex index="5710" x="58.8501" y="43.0691" z="38.3329" />
+      <vertex index="5711" x="56.0763" y="45.1135" z="28.7808" />
+      <vertex index="5712" x="56.6869" y="44.8063" z="28.1214" />
+      <vertex index="5713" x="56.3257" y="47.3611" z="20.2826" />
+      <vertex index="5714" x="55.7038" y="47.2573" z="19.5807" />
+      <vertex index="5715" x="55.7708" y="47.8426" z="20.0268" />
+      <vertex index="5716" x="56.822" y="46.7773" z="21.0445" />
+      <vertex index="5717" x="56.5351" y="46.2745" z="21.517" />
+      <vertex index="5718" x="56.583" y="46.7021" z="20.3285" />
+      <vertex index="5719" x="55.9214" y="46.3535" z="21.1963" />
+      <vertex index="5720" x="57.5931" y="43.9891" z="40.325" />
+      <vertex index="5721" x="57.1969" y="43.6935" z="40.0791" />
+      <vertex index="5722" x="56.9492" y="41.761" z="34.2894" />
+      <vertex index="5723" x="57.0356" y="41.8921" z="33.2359" />
+      <vertex index="5724" x="54.6654" y="42.8499" z="39.5339" />
+      <vertex index="5725" x="53.6145" y="42.8376" z="39.1838" />
+      <vertex index="5726" x="57.182" y="44.1776" z="32.6796" />
+      <vertex index="5727" x="57.562" y="44.1611" z="32.5391" />
+      <vertex index="5728" x="50.3332" y="42.6568" z="32.2994" />
+      <vertex index="5729" x="50.1781" y="43.155" z="31.2559" />
+      <vertex index="5730" x="57.9883" y="53.3423" z="6.28268" />
+      <vertex index="5731" x="58.2" y="53.5008" z="5.38727" />
+      <vertex index="5732" x="43.5796" y="37.0241" z="44.0779" />
+      <vertex index="5733" x="56.5165" y="40.5546" z="48.4297" />
+      <vertex index="5734" x="49.1741" y="41.0172" z="34.6523" />
+      <vertex index="5735" x="58.6017" y="43.8015" z="33.4299" />
+      <vertex index="5736" x="58.0934" y="50.8472" z="10.0985" />
+      <vertex index="5737" x="56.5334" y="42.9479" z="42.0189" />
+      <vertex index="5738" x="48.3064" y="41.4773" z="35.4876" />
+      <vertex index="5739" x="58.6246" y="43.5654" z="34.4594" />
+      <vertex index="5740" x="57.3156" y="43.924" z="31.3119" />
+      <vertex index="5741" x="57.666" y="44.0833" z="31.6549" />
+      <vertex index="5742" x="52.5889" y="43.6193" z="30.0202" />
+      <vertex index="5743" x="51.8518" y="43.8845" z="29.7856" />
+      <vertex index="5744" x="51.5289" y="43.0007" z="30.1226" />
+      <vertex index="5745" x="54.0622" y="41.2104" z="38.4379" />
+      <vertex index="5746" x="53.8835" y="40.5835" z="38.7908" />
+      <vertex index="5747" x="53.2035" y="40.3087" z="37.9838" />
+      <vertex index="5748" x="53.9581" y="44.6831" z="35.2172" />
+      <vertex index="5749" x="54.4986" y="45.4215" z="36.7884" />
+      <vertex index="5750" x="55.2133" y="44.7712" z="35.0276" />
+      <vertex index="5751" x="54.9143" y="44.9295" z="36.0493" />
+      <vertex index="5752" x="55.5873" y="45.2902" z="36.1704" />
+      <vertex index="5753" x="51.2578" y="43.0308" z="36.2844" />
+      <vertex index="5754" x="52.9518" y="45.0025" z="32.4466" />
+      <vertex index="5755" x="53.3176" y="45.7806" z="33.4538" />
+      <vertex index="5756" x="53.7105" y="45.8158" z="32.5126" />
+      <vertex index="5757" x="57.8516" y="45.0353" z="31.7182" />
+      <vertex index="5758" x="57.5244" y="44.5147" z="31.2262" />
+      <vertex index="5759" x="57.0871" y="44.7734" z="31.4204" />
+      <vertex index="5760" x="56.5132" y="43.2739" z="31.4355" />
+      <vertex index="5761" x="56.5779" y="43.6029" z="30.7432" />
+      <vertex index="5762" x="53.8647" y="42.4277" z="38.0845" />
+      <vertex index="5763" x="54.5089" y="41.7513" z="37.8537" />
+      <vertex index="5764" x="54.6697" y="42.9189" z="36.5932" />
+      <vertex index="5765" x="56.3091" y="51.693" z="8.28271" />
+      <vertex index="5766" x="57.0092" y="50.8417" z="8.23973" />
+      <vertex index="5767" x="57.6454" y="52.1024" z="8.80031" />
+      <vertex index="5768" x="58.1193" y="52.4122" z="8.38245" />
+      <vertex index="5769" x="56.5115" y="51.7262" z="10.6349" />
+      <vertex index="5770" x="57.5358" y="51.5605" z="10.6147" />
+      <vertex index="5771" x="57.0643" y="51.9972" z="10.8045" />
+      <vertex index="5772" x="56.6476" y="51.3494" z="9.96556" />
+      <vertex index="5773" x="57.5013" y="52.1197" z="9.9633" />
+      <vertex index="5774" x="43.2677" y="37.7614" z="43.054" />
+      <vertex index="5775" x="43.4788" y="37.5104" z="45.143" />
+      <vertex index="5776" x="56.5416" y="48.9379" z="13.7497" />
+      <vertex index="5777" x="56.3298" y="49.6729" z="12.7718" />
+      <vertex index="5778" x="56.1459" y="49.7841" z="14.0531" />
+      <vertex index="5779" x="57.8597" y="53.2478" z="6.89951" />
+      <vertex index="5780" x="57.0264" y="53.5082" z="6.12729" />
+      <vertex index="5781" x="53.8718" y="40.4717" z="35.0233" />
+      <vertex index="5782" x="54.5491" y="43.4272" z="34.7847" />
+      <vertex index="5783" x="56.0398" y="44.6937" z="32.7152" />
+      <vertex index="5784" x="56.1153" y="41.3964" z="46.6262" />
+      <vertex index="5785" x="56.2153" y="42.1084" z="46.8454" />
+      <vertex index="5786" x="56.5173" y="40.5198" z="47.7811" />
+      <vertex index="5787" x="55.5848" y="41.839" z="47.2562" />
+      <vertex index="5788" x="55.9467" y="40.984" z="47.9721" />
+      <vertex index="5789" x="56.5062" y="41.2449" z="48.6155" />
+      <vertex index="5790" x="56.6747" y="47.2061" z="18.3968" />
+      <vertex index="5791" x="56.7675" y="47.9159" z="20.043" />
+      <vertex index="5792" x="56.6657" y="47.4282" z="19.4425" />
+      <vertex index="5793" x="56.8267" y="47.6527" z="19.0103" />
+      <vertex index="5794" x="57.0242" y="48.2603" z="19.0634" />
+      <vertex index="5795" x="58.0734" y="50.3935" z="12.3784" />
+      <vertex index="5796" x="56.6914" y="50.2855" z="11.6035" />
+      <vertex index="5797" x="57.4406" y="51.6002" z="11.7517" />
+      <vertex index="5798" x="57.4641" y="50.8528" z="12.4375" />
+      <vertex index="5799" x="59.2696" y="43.9991" z="36.1207" />
+      <vertex index="5800" x="58.9513" y="43.2294" z="36.049" />
+      <vertex index="5801" x="59.1525" y="43.4613" z="35.3159" />
+      <vertex index="5802" x="58.8683" y="44.5964" z="35.0931" />
+      <vertex index="5803" x="58.5932" y="43.749" z="35.4665" />
+      <vertex index="5804" x="58.9335" y="44.4356" z="35.7275" />
+      <vertex index="5805" x="51.9949" y="42.238" z="37.6464" />
+      <vertex index="5806" x="51.4246" y="41.7369" z="37.026" />
+      <vertex index="5807" x="55.9799" y="41.1164" z="32.7938" />
+      <vertex index="5808" x="56.5909" y="41.89" z="32.2436" />
+      <vertex index="5809" x="53.9243" y="44.3738" z="37.3342" />
+      <vertex index="5810" x="53.8636" y="43.6735" z="38.178" />
+      <vertex index="5811" x="55.1644" y="44.6786" z="37.0188" />
+      <vertex index="5812" x="55.9957" y="43.87" z="36.9402" />
+      <vertex index="5813" x="55.6166" y="44.7475" z="37.6604" />
+      <vertex index="5814" x="53.9807" y="45.8114" z="36.085" />
+      <vertex index="5815" x="52.7451" y="45.5669" z="35.7959" />
+      <vertex index="5816" x="54.0024" y="45.5487" z="37.3429" />
+      <vertex index="5817" x="53.1443" y="45.3178" z="36.5009" />
+      <vertex index="5818" x="55.6804" y="47.133" z="20.7956" />
+      <vertex index="5819" x="56.627" y="47.3625" z="21.4528" />
+      <vertex index="5820" x="58.3351" y="43.7302" z="32.7901" />
+      <vertex index="5821" x="56.2092" y="45.6985" z="24.331" />
+      <vertex index="5822" x="55.995" y="45.3842" z="23.5337" />
+      <vertex index="5823" x="55.3973" y="45.5733" z="24.3827" />
+      <vertex index="5824" x="55.8265" y="46.4524" z="24.1999" />
+      <vertex index="5825" x="58.2136" y="42.6242" z="42.2327" />
+      <vertex index="5826" x="57.4123" y="42.8977" z="41.1444" />
+      <vertex index="5827" x="56.9263" y="43.1202" z="40.7737" />
+      <vertex index="5828" x="57.492" y="42.2311" z="41.5133" />
+      <vertex index="5829" x="58.4904" y="42.8742" z="40.9206" />
+      <vertex index="5830" x="57.579" y="41.9141" z="44.0541" />
+      <vertex index="5831" x="56.3327" y="42.7681" z="44.1165" />
+      <vertex index="5832" x="52.6605" y="42.5519" z="31.2009" />
+      <vertex index="5833" x="52.042" y="42.9336" z="30.8353" />
+      <vertex index="5834" x="46.5487" y="39.8666" z="39.5835" />
+      <vertex index="5835" x="46.9538" y="39.8259" z="38.6731" />
+      <vertex index="5836" x="46.3282" y="39.3151" z="38.3576" />
+      <vertex index="5837" x="47.0455" y="38.7013" z="38.7718" />
+      <vertex index="5838" x="47.3279" y="39.5591" z="39.7657" />
+      <vertex index="5839" x="54.6086" y="45.936" z="31.3852" />
+      <vertex index="5840" x="55.0499" y="44.103" z="32.8168" />
+      <vertex index="5841" x="53.6909" y="44.6596" z="32.9164" />
+      <vertex index="5842" x="53.706" y="40.5783" z="34.3088" />
+      <vertex index="5843" x="53.82" y="40.6665" z="33.2918" />
+      <vertex index="5844" x="54.2992" y="41.6942" z="33.0031" />
+      <vertex index="5845" x="53.4496" y="41.3462" z="32.6796" />
+      <vertex index="5846" x="54.2823" y="41.4174" z="32.2685" />
+      <vertex index="5847" x="56.5504" y="48.6659" z="17.5764" />
+      <vertex index="5848" x="56.0784" y="48.6987" z="18.515" />
+      <vertex index="5849" x="55.9602" y="48.198" z="17.579" />
+      <vertex index="5850" x="57.1969" y="47.8989" z="18.0398" />
+      <vertex index="5851" x="56.7989" y="48.436" z="18.4303" />
+      <vertex index="5852" x="55.8463" y="46.7729" z="21.6353" />
+      <vertex index="5853" x="56.5796" y="47.1397" z="22.1755" />
+      <vertex index="5854" x="46.9571" y="39.137" z="40.3403" />
+      <vertex index="5855" x="46.4503" y="39.652" z="40.1343" />
+      <vertex index="5856" x="45.9814" y="39.0999" z="39.3724" />
+      <vertex index="5857" x="45.6149" y="39.2078" z="40.3318" />
+      <vertex index="5858" x="47.4823" y="38.9864" z="38.3146" />
+      <vertex index="5859" x="46.8822" y="39.1784" z="37.9124" />
+      <vertex index="5860" x="47.9982" y="40.4685" z="37.7966" />
+      <vertex index="5861" x="47.8552" y="40.146" z="38.5545" />
+      <vertex index="5862" x="47.7241" y="39.5763" z="37.2938" />
+      <vertex index="5863" x="46.8956" y="40.527" z="37.2998" />
+      <vertex index="5864" x="41.6481" y="37.4309" z="45.6703" />
+      <vertex index="5865" x="42.5301" y="37.7877" z="45.5591" />
+      <vertex index="5866" x="42.0724" y="36.5129" z="45.5077" />
+      <vertex index="5867" x="42.3764" y="37.5532" z="44.8193" />
+      <vertex index="5868" x="41.9406" y="37.8905" z="44.8292" />
+      <vertex index="5869" x="41.8884" y="37.0625" z="44.3552" />
+      <vertex index="5870" x="41.5073" y="37.0325" z="44.7754" />
+      <vertex index="5871" x="58.1943" y="42.3304" z="41.1486" />
+      <vertex index="5872" x="58.6814" y="43.1041" z="39.9677" />
+      <vertex index="5873" x="56.3262" y="41.3173" z="35.0959" />
+      <vertex index="5874" x="55.9909" y="41.8494" z="32.8605" />
+      <vertex index="5875" x="56.3036" y="43.5205" z="32.9865" />
+      <vertex index="5876" x="56.2543" y="43.6833" z="33.5885" />
+      <vertex index="5877" x="55.6517" y="43.592" z="33.9554" />
+      <vertex index="5878" x="53.7204" y="44.576" z="29.9104" />
+      <vertex index="5879" x="54.4449" y="44.1723" z="29.9094" />
+      <vertex index="5880" x="54.4297" y="44.6637" z="30.9726" />
+      <vertex index="5881" x="54.9613" y="44.8195" z="29.8138" />
+      <vertex index="5882" x="57.0591" y="44.6835" z="31.9155" />
+      <vertex index="5883" x="57.4653" y="44.8107" z="32.1566" />
+      <vertex index="5884" x="57.3172" y="41.9044" z="45.053" />
+      <vertex index="5885" x="56.153" y="42.3854" z="45.9955" />
+      <vertex index="5886" x="55.6579" y="41.6407" z="45.5747" />
+      <vertex index="5887" x="57.0874" y="49.9121" z="14.7848" />
+      <vertex index="5888" x="56.5878" y="49.0273" z="14.9667" />
+      <vertex index="5889" x="57" y="48.6007" z="16.8563" />
+      <vertex index="5890" x="57.252" y="48.4609" z="15.5842" />
+      <vertex index="5891" x="56.3976" y="48.51" z="15.3386" />
+      <vertex index="5892" x="56.6224" y="49.369" z="15.851" />
+      <vertex index="5893" x="55.8691" y="49.2725" z="15.7449" />
+      <vertex index="5894" x="45.5081" y="37.7469" z="41.2802" />
+      <vertex index="5895" x="46.4453" y="38.0212" z="41.012" />
+      <vertex index="5896" x="45.3376" y="38.5968" z="40.3278" />
+      <vertex index="5897" x="45.9877" y="38.7644" z="41.5469" />
+      <vertex index="5898" x="45.6663" y="38.2929" z="41.9903" />
+      <vertex index="5899" x="46.0519" y="38.7456" z="40.6496" />
+      <vertex index="5900" x="52.5482" y="45.4703" z="34.5692" />
+      <vertex index="5901" x="58.1237" y="44.8063" z="33.0713" />
+      <vertex index="5902" x="54.0845" y="42.964" z="31.2266" />
+      <vertex index="5903" x="55.1516" y="43.3385" z="31.6617" />
+      <vertex index="5904" x="55.4031" y="41.9564" z="32.0598" />
+      <vertex index="5905" x="53.8581" y="42.3734" z="30.7448" />
+      <vertex index="5906" x="54.572" y="42.2119" z="30.5271" />
+      <vertex index="5907" x="56.4908" y="43.6318" z="29.3824" />
+      <vertex index="5908" x="56.2842" y="44.0632" z="28.5543" />
+      <vertex index="5909" x="55.5104" y="44.8528" z="28.4895" />
+      <vertex index="5910" x="55.853" y="44.354" z="29.2701" />
+      <vertex index="5911" x="55.325" y="44.3262" z="28.0689" />
+      <vertex index="5912" x="58.3055" y="43.6387" z="38.9848" />
+      <vertex index="5913" x="59.0651" y="43.4805" z="38.9496" />
+      <vertex index="5914" x="58.2712" y="43.9112" z="39.4639" />
+      <vertex index="5915" x="58.1855" y="43.9324" z="40.2899" />
+      <vertex index="5916" x="58.4036" y="42.6678" z="39.3336" />
+      <vertex index="5917" x="48.4552" y="40.5504" z="36.5912" />
+      <vertex index="5918" x="48.2651" y="40.1255" z="37.2958" />
+      <vertex index="5919" x="47.3005" y="40.8917" z="35.9366" />
+      <vertex index="5920" x="47.6118" y="39.833" z="36.6054" />
+      <vertex index="5921" x="47.9343" y="40.6411" z="36.0124" />
+      <vertex index="5922" x="47.6334" y="40.327" z="37.1626" />
+      <vertex index="5923" x="47.1957" y="40.8959" z="36.4983" />
+      <vertex index="5924" x="55.9225" y="45.6911" z="34.5049" />
+      <vertex index="5925" x="51.689" y="41.936" z="38.3307" />
+      <vertex index="5926" x="52.0562" y="40.8339" z="37.6872" />
+      <vertex index="5927" x="57.3235" y="41.8693" z="42.23" />
+      <vertex index="5928" x="57.036" y="41.5642" z="42.5552" />
+      <vertex index="5929" x="44.417" y="37.8057" z="42.6249" />
+      <vertex index="5930" x="43.6189" y="37.3786" z="42.8031" />
+      <vertex index="5931" x="44.0494" y="38.3432" z="42.6544" />
+      <vertex index="5932" x="45.0218" y="37.9278" z="43.4787" />
+      <vertex index="5933" x="44.1837" y="38.2673" z="43.831" />
+      <vertex index="5934" x="56.5052" y="44.914" z="26.6436" />
+      <vertex index="5935" x="55.8982" y="44.9175" z="26.4792" />
+      <vertex index="5936" x="55.9853" y="45.217" z="25.4754" />
+      <vertex index="5937" x="57.4345" y="43.2674" z="31.6863" />
+      <vertex index="5938" x="51.5608" y="42.5154" z="30.2907" />
+      <vertex index="5939" x="52.2036" y="42.6635" z="30.3046" />
+      <vertex index="5940" x="51.7632" y="42.5495" z="31.0505" />
+      <vertex index="5941" x="53.9481" y="41.0445" z="37.4531" />
+      <vertex index="5942" x="55.1821" y="40.7194" z="37.4187" />
+      <vertex index="5943" x="54.7298" y="41.398" z="37.0104" />
+      <vertex index="5944" x="55.9549" y="41.2955" z="37.4294" />
+      <vertex index="5945" x="54.8286" y="42.7981" z="37.6721" />
+      <vertex index="5946" x="55.8194" y="42.1004" z="38.2319" />
+      <vertex index="5947" x="54.6683" y="42.3161" z="38.3434" />
+      <vertex index="5948" x="55.9341" y="42.6628" z="37.9417" />
+      <vertex index="5949" x="57.8607" y="45.0777" z="32.1665" />
+      <vertex index="5950" x="55.2268" y="44.1757" z="32.2067" />
+      <vertex index="5951" x="55.6238" y="44.2365" z="31.4154" />
+      <vertex index="5952" x="55.1545" y="45.9218" z="30.971" />
+      <vertex index="5953" x="55.3524" y="45.242" z="30.049" />
+      <vertex index="5954" x="56.0836" y="45.2257" z="30.7722" />
+      <vertex index="5955" x="55.5021" y="46.0641" z="24.6651" />
+      <vertex index="5956" x="55.4402" y="45.1093" z="25.3441" />
+      <vertex index="5957" x="56.1959" y="45.0847" z="24.5457" />
+      <vertex index="5958" x="53.0374" y="41.4152" z="37.4263" />
+      <vertex index="5959" x="53.6309" y="42.7567" z="37.33" />
+      <vertex index="5960" x="52.3903" y="42.4258" z="38.6281" />
+      <vertex index="5961" x="53.4517" y="42.3076" z="39.3045" />
+      <vertex index="5962" x="58.4413" y="44.8063" z="32.6674" />
+      <vertex index="5963" x="58.2085" y="44.6404" z="31.8055" />
+      <vertex index="5964" x="57.6696" y="44.4398" z="32.7344" />
+      <vertex index="5965" x="58.033" y="44.0103" z="32.7794" />
+      <vertex index="5966" x="58.1762" y="44.4958" z="32.6472" />
+      <vertex index="5967" x="57.1527" y="50.4193" z="10.833" />
+      <vertex index="5968" x="56.798" y="50.0977" z="10.2183" />
+      <vertex index="5969" x="56.6751" y="51.3427" z="11.7177" />
+      <vertex index="5970" x="55.7672" y="44.2123" z="27.6295" />
+      <vertex index="5971" x="55.5091" y="44.832" z="26.9695" />
+      <vertex index="5972" x="56.4638" y="45.2988" z="27.1334" />
+      <vertex index="5973" x="56.2545" y="44.8022" z="27.136" />
+      <vertex index="5974" x="56.2468" y="44.0259" z="27.5661" />
+      <vertex index="5975" x="55.8319" y="44.9641" z="27.9671" />
+      <vertex index="5976" x="48.4333" y="41.1328" z="34.8353" />
+      <vertex index="5977" x="48.2505" y="41.7111" z="34.5254" />
+      <vertex index="5978" x="57.1196" y="52.597" z="6.79056" />
+      <vertex index="5979" x="56.4659" y="52.3522" z="7.89213" />
+      <vertex index="5980" x="56.6412" y="51.7292" z="7.16258" />
+      <vertex index="5981" x="57.0114" y="51.5586" z="8.06324" />
+      <vertex index="5982" x="51.5959" y="42.8871" z="31.4045" />
+      <vertex index="5983" x="54.0182" y="40.3005" z="36.7288" />
+      <vertex index="5984" x="52.9708" y="40.9445" z="36.4318" />
+      <vertex index="5985" x="52.6679" y="40.3546" z="37.5442" />
+      <vertex index="5986" x="53.7272" y="40.2126" z="37.5476" />
+      <vertex index="5987" x="52.6319" y="40.4691" z="36.8162" />
+      <vertex index="5988" x="55.7255" y="45.8764" z="33.5599" />
+      <vertex index="5989" x="54.8457" y="45.8358" z="34.436" />
+      <vertex index="5990" x="55.9625" y="45.044" z="34.1059" />
+      <vertex index="5991" x="53.0722" y="44.0941" z="36.8965" />
+      <vertex index="5992" x="52.5165" y="42.8185" z="37.4406" />
+      <vertex index="5993" x="52.2797" y="43.4743" z="36.2606" />
+      <vertex index="5994" x="52.3243" y="43.6267" z="37.4238" />
+      <vertex index="5995" x="53.086" y="44.3148" z="34.5026" />
+      <vertex index="5996" x="54.38" y="45.1449" z="34.0225" />
+      <vertex index="5997" x="54.711" y="44.2882" z="33.5068" />
+      <vertex index="5998" x="54.1409" y="46.0714" z="34.0754" />
+      <vertex index="5999" x="54.8111" y="45.6148" z="35.7324" />
+      <vertex index="6000" x="53.1882" y="45.2644" z="35.3984" />
+      <vertex index="6001" x="53.9032" y="45.3745" z="35.5087" />
+      <vertex index="6002" x="53.5683" y="45.2964" z="34.6132" />
+      <vertex index="6003" x="53.5546" y="45.935" z="34.6048" />
+      <vertex index="6004" x="53.1061" y="45.1449" z="33.9338" />
+      <vertex index="6005" x="57.737" y="52.8602" z="8.02028" />
+      <vertex index="6006" x="57.6847" y="52.7088" z="6.65836" />
+      <vertex index="6007" x="58.2881" y="52.0849" z="6.61715" />
+      <vertex index="6008" x="40.7811" y="37.0496" z="45.4057" />
+      <vertex index="6009" x="41.4893" y="36.4446" z="45.9745" />
+      <vertex index="6010" x="41.8709" y="37.7201" z="46.2084" />
+      <vertex index="6011" x="41.0078" y="37.2509" z="46.3709" />
+      <vertex index="6012" x="51.4105" y="44.2764" z="35.8907" />
+      <vertex index="6013" x="52.1838" y="45.0579" z="35.272" />
+      <vertex index="6014" x="53.4995" y="43.4338" z="35.9775" />
+      <vertex index="6015" x="54.0383" y="41.8515" z="31.6847" />
+      <vertex index="6016" x="54.1709" y="42.696" z="32.8188" />
+      <vertex index="6017" x="56.11" y="46.5687" z="20.0856" />
+      <vertex index="6018" x="56.6006" y="46.852" z="19.3522" />
+      <vertex index="6019" x="49.3968" y="42.5286" z="32.7508" />
+      <vertex index="6020" x="49.5637" y="41.7301" z="32.0476" />
+      <vertex index="6021" x="49.8474" y="43.0209" z="32.062" />
+      <vertex index="6022" x="45.0856" y="38.2798" z="42.6609" />
+      <vertex index="6023" x="45.062" y="38.3911" z="41.7011" />
+      <vertex index="6024" x="44.8876" y="37.4553" z="42.5749" />
+      <vertex index="6025" x="48.1175" y="40.2003" z="35.5871" />
+      <vertex index="6026" x="48.1958" y="40.5329" z="34.7065" />
+      <vertex index="6027" x="47.7612" y="40.9816" z="34.8636" />
+      <vertex index="6028" x="47.7599" y="41.2676" z="35.7728" />
+      <vertex index="6029" x="51.8254" y="43.282" z="34.195" />
+      <vertex index="6030" x="52.5954" y="44.4723" z="34.0757" />
+      <vertex index="6031" x="52.1304" y="44.9003" z="33.9754" />
+      <vertex index="6032" x="54.2979" y="41.0421" z="39.1804" />
+      <vertex index="6033" x="54.4752" y="40.6419" z="38.3245" />
+      <vertex index="6034" x="54.9701" y="41.4156" z="38.1654" />
+      <vertex index="6035" x="56.7037" y="44.235" z="33.2032" />
+      <vertex index="6036" x="56.8129" y="43.8839" z="33.094" />
+      <vertex index="6037" x="50.8774" y="42.5179" z="31.105" />
+      <vertex index="6038" x="50.2145" y="41.8179" z="32.6104" />
+      <vertex index="6039" x="49.8652" y="42.5002" z="31.25" />
+      <vertex index="6040" x="54.6999" y="45.1023" z="38.1519" />
+      <vertex index="6041" x="54.4716" y="44.2527" z="39.255" />
+      <vertex index="6042" x="53.5561" y="43.5876" z="39.1893" />
+      <vertex index="6043" x="53.3993" y="44.6086" z="37.834" />
+      <vertex index="6044" x="53.7348" y="41.1448" z="35.7952" />
+      <vertex index="6045" x="52.8291" y="41.0022" z="34.9065" />
+      <vertex index="6046" x="52.9088" y="42.1261" z="35.1555" />
+      <vertex index="6047" x="52.4178" y="41.7166" z="36.2141" />
+      <vertex index="6048" x="51.8114" y="41.4362" z="35.5833" />
+      <vertex index="6049" x="53.1177" y="40.6363" z="35.3224" />
+      <vertex index="6050" x="52.66" y="41.5064" z="34.3093" />
+      <vertex index="6051" x="52.1142" y="41.9618" z="34.9376" />
+      <vertex index="6052" x="55.7154" y="45.218" z="32.2338" />
+      <vertex index="6053" x="55.3298" y="45.401" z="32.7062" />
+      <vertex index="6054" x="54.9359" y="45.1806" z="31.6387" />
+      <vertex index="6055" x="54.794" y="44.749" z="32.315" />
+      <vertex index="6056" x="55.6613" y="44.7618" z="32.2266" />
+      <vertex index="6057" x="58.4381" y="44.2658" z="33.5161" />
+      <vertex index="6058" x="58.1528" y="44.381" z="33.0045" />
+      <vertex index="6059" x="56.0815" y="46.8837" z="23.2676" />
+      <vertex index="6060" x="56.2983" y="44.6998" z="32.0833" />
+      <vertex index="6061" x="56.7351" y="44.6332" z="32.5258" />
+      <vertex index="6062" x="55.8165" y="44.2822" z="32.1315" />
+      <vertex index="6063" x="56.718" y="45.1717" z="32.3735" />
+      <vertex index="6064" x="56.6296" y="44.866" z="32.891" />
+      <vertex index="6065" x="57.4952" y="44.3261" z="31.9575" />
+      <vertex index="6066" x="57.0197" y="44.4966" z="32.4303" />
+      <vertex index="6067" x="49.1781" y="41.5301" z="32.7658" />
+      <vertex index="6068" x="49.7423" y="42.1157" z="33.2366" />
+      <vertex index="6069" x="49.1743" y="41.9859" z="33.9792" />
+      <vertex index="6070" x="48.583" y="42.0331" z="33.6824" />
+      <vertex index="6071" x="56.2309" y="42.6561" z="30.4827" />
+      <vertex index="6072" x="56.0418" y="42.7369" z="31.2873" />
+      <vertex index="6073" x="55.1134" y="42.1666" z="31.3895" />
+      <vertex index="6074" x="55.5811" y="41.484" z="31.4511" />
+      <vertex index="6075" x="55.5165" y="41.5858" z="34.479" />
+      <vertex index="6076" x="56.7892" y="48.34" z="16.334" />
+      <vertex index="6077" x="56.0709" y="47.9412" z="16.8421" />
+      <vertex index="6078" x="57.2557" y="48.1676" z="16.6007" />
+      <vertex index="6079" x="52.7513" y="42.1033" z="38.0418" />
+      <vertex index="6080" x="53.6327" y="41.7545" z="38.5091" />
+      <vertex index="6081" x="52.6086" y="41.2886" z="38.4357" />
+      <vertex index="6082" x="52.7658" y="41.8646" z="38.7475" />
+      <vertex index="6083" x="53.3371" y="41.0079" z="38.2487" />
+      <vertex index="6084" x="56.8057" y="41.8014" z="47.0564" />
+      <vertex index="6085" x="56.9984" y="41.2455" z="46.6739" />
+      <vertex index="6086" x="55.8291" y="41.705" z="47.9947" />
+      <vertex index="6087" x="55.6457" y="40.1746" z="48.3108" />
+      <vertex index="6088" x="59.206" y="43.8271" z="37.3169" />
+      <vertex index="6089" x="58.5855" y="42.8887" z="37.4726" />
+      <vertex index="6090" x="51.1578" y="43.0164" z="37.4192" />
+      <vertex index="6091" x="51.4736" y="42.6005" z="38.1692" />
+      <vertex index="6092" x="51.7871" y="42.8733" z="37.116" />
+      <vertex index="6093" x="51.6861" y="43.8887" z="36.5699" />
+      <vertex index="6094" x="51.3912" y="43.7338" z="37.4455" />
+      <vertex index="6095" x="53.074" y="44.2121" z="30.7325" />
+      <vertex index="6096" x="53.9678" y="45.1431" z="30.7764" />
+      <vertex index="6097" x="54.1645" y="43.4344" z="31.8995" />
+      <vertex index="6098" x="54.5088" y="44.1425" z="31.7446" />
+      <vertex index="6099" x="53.9776" y="44.6179" z="31.9917" />
+      <vertex index="6100" x="53.3756" y="44.0215" z="32.1415" />
+      <vertex index="6101" x="57.2055" y="43.7363" z="31.8653" />
+      <vertex index="6102" x="56.7696" y="43.4402" z="31.8854" />
+      <vertex index="6103" x="56.1804" y="43.9969" z="31.7297" />
+      <vertex index="6104" x="56.7008" y="44.1481" z="32.248" />
+      <vertex index="6105" x="55.9488" y="43.4311" z="32.4426" />
+      <vertex index="6106" x="55.7218" y="44.3551" z="33.0058" />
+      <vertex index="6107" x="42.8456" y="37.0856" z="44.4859" />
+      <vertex index="6108" x="42.2858" y="36.8074" z="45.0947" />
+      <vertex index="6109" x="42.5209" y="37.0409" z="46.0691" />
+      <vertex index="6110" x="54.602" y="43.2006" z="29.4745" />
+      <vertex index="6111" x="54.8235" y="42.6891" z="30.0534" />
+      <vertex index="6112" x="57.2387" y="49.3476" z="13.5504" />
+      <vertex index="6113" x="57.4273" y="48.8002" z="14.8635" />
+      <vertex index="6114" x="52.7608" y="42.2472" z="32.9678" />
+      <vertex index="6115" x="53.4993" y="42.2452" z="32.4168" />
+      <vertex index="6116" x="53.3016" y="43.4189" z="33.1165" />
+      <vertex index="6117" x="56.519" y="42.2194" z="33.4421" />
+      <vertex index="6118" x="56.8487" y="42.8311" z="32.8778" />
+      <vertex index="6119" x="56.7322" y="42.9964" z="33.6711" />
+      <vertex index="6120" x="56.3156" y="42.5033" z="32.6859" />
+      <vertex index="6121" x="55.7802" y="42.1947" z="33.6967" />
+      <vertex index="6122" x="56.3609" y="42.9923" z="33.1918" />
+      <vertex index="6123" x="56.5673" y="42.262" z="34.0783" />
+      <vertex index="6124" x="56.0742" y="42.1951" z="34.8182" />
+      <vertex index="6125" x="56.577" y="42.9292" z="34.9938" />
+      <vertex index="6126" x="55.981" y="42.8141" z="33.6447" />
+      <vertex index="6127" x="56.0541" y="43.0271" z="34.5658" />
+      <vertex index="6128" x="56.0733" y="42.4947" z="34.1403" />
+      <vertex index="6129" x="56.5276" y="42.9005" z="32.2964" />
+      <vertex index="6130" x="56.267" y="42.2458" z="31.5296" />
+      <vertex index="6131" x="56.8425" y="42.8397" z="31.3779" />
+      <vertex index="6132" x="56.7584" y="53.1748" z="6.69547" />
+      <vertex index="6133" x="56.4539" y="52.5508" z="6.42758" />
+      <vertex index="6134" x="56.3911" y="52.8294" z="5.13375" />
+      <vertex index="6135" x="53.2505" y="43.1869" z="30.1092" />
+      <vertex index="6136" x="56.3827" y="51.7866" z="9.51884" />
+      <vertex index="6137" x="56.8071" y="51.7828" z="8.70759" />
+      <vertex index="6138" x="57.0788" y="51.2918" z="8.85508" />
+      <vertex index="6139" x="54.9739" y="45.9681" z="33.746" />
+      <vertex index="6140" x="54.4094" y="45.6016" z="32.2761" />
+      <vertex index="6141" x="54.4843" y="40.959" z="32.6443" />
+      <vertex index="6142" x="55.0858" y="40.5765" z="33.6632" />
+      <vertex index="6143" x="47.7643" y="39.3896" z="39.0552" />
+      <vertex index="6144" x="57.3972" y="44.5609" z="32.4255" />
+      <vertex index="6145" x="57.7354" y="44.9264" z="32.6569" />
+      <vertex index="6146" x="57.9885" y="51.1954" z="11.6907" />
+      <vertex index="6147" x="57.8361" y="51.5926" z="11.1725" />
+      <vertex index="6148" x="56.3095" y="45.3698" z="33.1819" />
+      <vertex index="6149" x="53.6163" y="43.407" z="29.55" />
+      <vertex index="6150" x="53.8773" y="43.8482" z="31.4731" />
+      <vertex index="6151" x="58.3074" y="52.27" z="5.62432" />
+      <vertex index="6152" x="58.3357" y="53.1115" z="5.80133" />
+      <vertex index="6153" x="53.555" y="41.3871" z="33.3221" />
+      <vertex index="6154" x="52.6861" y="41.9514" z="33.7713" />
+      <vertex index="6155" x="53.761" y="42.0213" z="33.6579" />
+      <vertex index="6156" x="53.6908" y="42.4264" z="34.6939" />
+      <vertex index="6157" x="53.3459" y="42.9036" z="32.9105" />
+      <vertex index="6158" x="52.5516" y="43.1356" z="33.2096" />
+      <vertex index="6159" x="53.2008" y="42.722" z="33.7057" />
+      <vertex index="6160" x="56.7714" y="50.7157" z="12.4235" />
+      <vertex index="6161" x="56.9705" y="50.9559" z="13.4477" />
+      <vertex index="6162" x="56.3716" y="50.4046" z="14.1365" />
+      <vertex index="6163" x="56.3781" y="50.6793" z="13.3074" />
+      <vertex index="6164" x="56.122" y="50.4392" z="12.1963" />
+      <vertex index="6165" x="53.7938" y="42.9839" z="32.0806" />
+      <vertex index="6166" x="54.1892" y="43.7225" z="32.8726" />
+      <vertex index="6167" x="52.9697" y="44.1809" z="33.1573" />
+      <vertex index="6168" x="53.1254" y="43.4862" z="32.5863" />
+      <vertex index="6169" x="44.5181" y="37.1675" z="43.1092" />
+      <vertex index="6170" x="54.2347" y="44.0051" z="33.9979" />
+      <vertex index="6171" x="53.5121" y="44.7076" z="33.692" />
+      <vertex index="6172" x="56.1663" y="43.325" z="35.6629" />
+      <vertex index="6173" x="55.5508" y="42.7945" z="35.4354" />
+      <vertex index="6174" x="56.3937" y="42.6349" z="36.229" />
+      <vertex index="6175" x="56.5485" y="42.0169" z="35.4802" />
+      <vertex index="6176" x="55.8431" y="43.6722" z="30.4074" />
+      <vertex index="6177" x="55.5348" y="43.5742" z="29.8232" />
+      <vertex index="6178" x="54.9549" y="44.0144" z="28.8858" />
+      <vertex index="6179" x="55.8428" y="45.3154" z="35.2764" />
+      <vertex index="6180" x="56.3956" y="43.705" z="34.3116" />
+      <vertex index="6181" x="56.3508" y="44.7307" z="34.4769" />
+      <vertex index="6182" x="55.5445" y="44.2926" z="34.3523" />
+      <vertex index="6183" x="55.6442" y="44.2507" z="36.2228" />
+      <vertex index="6184" x="56.0897" y="44.7332" z="36.1155" />
+      <vertex index="6185" x="56.2117" y="43.7314" z="36.1604" />
+      <vertex index="6186" x="55.6922" y="44.7104" z="35.5937" />
+      <vertex index="6187" x="56.262" y="43.9056" z="35.3135" />
+      <vertex index="6188" x="54.7061" y="43.6931" z="35.8205" />
+      <vertex index="6189" x="52.2497" y="44.2895" z="38.4033" />
+      <vertex index="6190" x="53.0126" y="45.0479" z="38.2483" />
+      <vertex index="6191" x="52.1344" y="44.797" z="37.6412" />
+      <vertex index="6192" x="52.8825" y="45.45" z="37.4301" />
+      <vertex index="6193" x="55.5485" y="41.9038" z="37.1182" />
+      <vertex index="6194" x="55.2656" y="40.7078" z="36.1855" />
+      <vertex index="6195" x="55.8603" y="41.0458" z="36.24" />
+      <vertex index="6196" x="57.18" y="49.7666" z="10.9973" />
+      <vertex index="6197" x="56.8387" y="49.4702" z="11.9833" />
+      <vertex index="6198" x="57.4676" y="50.0198" z="11.931" />
+      <vertex index="6199" x="57.6575" y="49.558" z="11.9791" />
+      <vertex index="6200" x="56.8676" y="41.5265" z="33.6396" />
+      <vertex index="6201" x="56.2119" y="41.7482" z="33.6842" />
+      <vertex index="6202" x="52.582" y="43.4012" z="33.9483" />
+      <vertex index="6203" x="58.1502" y="52.4454" z="7.40957" />
+      <vertex index="6204" x="57.8263" y="51.4156" z="8.35949" />
+      <vertex index="6205" x="57.1337" y="51.0311" z="7.44098" />
+      <vertex index="6206" x="58.845" y="44.388" z="34.2603" />
+      <vertex index="6207" x="53.8098" y="44.8637" z="38.8985" />
+      <vertex index="6208" x="54.6516" y="43.6521" z="39.4928" />
+      <vertex index="6209" x="55.1417" y="44.3039" z="37.6928" />
+      <vertex index="6210" x="55.652" y="43.8301" z="38.2469" />
+      <vertex index="6211" x="55.0198" y="44.3341" z="38.8514" />
+      <vertex index="6212" x="55.1095" y="43.0638" z="38.2595" />
+      <vertex index="6213" x="54.7164" y="43.2434" z="38.8702" />
+      <vertex index="6214" x="46.381" y="39.8794" z="38.6101" />
+      <vertex index="6215" x="55.9394" y="49.3754" z="15.1296" />
+      <vertex index="6216" x="54.0642" y="45.8242" z="31.3346" />
+      <vertex index="6217" x="53.9508" y="45.386" z="31.9191" />
+      <vertex index="6218" x="53.4751" y="44.9904" z="31.2162" />
+      <vertex index="6219" x="58.1015" y="50.6393" z="11.4954" />
+      <vertex index="6220" x="54.3153" y="45.4447" z="33.3423" />
+      <vertex index="6221" x="52.5445" y="43.8067" z="35.6643" />
+      <vertex index="6222" x="52.631" y="44.4627" z="35.3475" />
+      <vertex index="6223" x="52.0014" y="43.5508" z="35.3218" />
+      <vertex index="6224" x="51.9486" y="42.8049" z="35.457" />
+      <vertex index="6225" x="51.7274" y="42.7068" z="34.5065" />
+      <vertex index="6226" x="51.4324" y="43.5394" z="35.0382" />
+      <vertex index="6227" x="53.3338" y="43.0739" z="34.6994" />
+      <vertex index="6228" x="52.9941" y="43.584" z="35.1138" />
+      <vertex index="6229" x="51.7336" y="44.457" z="35.0264" />
+      <vertex index="6230" x="55.3099" y="43.7527" z="37.3503" />
+      <vertex index="6231" x="56.3365" y="42.2612" z="36.8015" />
+      <vertex index="6232" x="56.1544" y="42.1765" z="37.4901" />
+      <vertex index="6233" x="55.4582" y="42.7071" z="36.6748" />
+      <vertex index="6234" x="55.9207" y="43.2513" z="37.0363" />
+      <vertex index="6235" x="56.7769" y="45.1273" z="30.9096" />
+      <vertex index="6236" x="53.088" y="43.3501" z="31.6841" />
+      <vertex index="6237" x="56.8196" y="42.3592" z="44.9143" />
+      <vertex index="6238" x="56.0987" y="42.589" z="44.5801" />
+      <vertex index="6239" x="56.4777" y="41.891" z="44.2419" />
+      <vertex index="6240" x="56.1673" y="41.9361" z="44.7016" />
+      <vertex index="6241" x="45.7012" y="38.0131" z="40.4218" />
+      <vertex index="6242" x="54.1381" y="41.6953" z="39.4624" />
+      <vertex index="6243" x="54.4095" y="42.1043" z="38.9658" />
+      <vertex index="6244" x="55.6399" y="42.819" z="38.4489" />
+      <vertex index="6245" x="55.0822" y="42.005" z="38.7049" />
+      <vertex index="6246" x="52.9092" y="42.5865" z="36.8365" />
+      <vertex index="6247" x="53.5266" y="42.5409" z="35.848" />
+      <vertex index="6248" x="51.75" y="41.2651" z="36.2989" />
+      <vertex index="6249" x="51.1935" y="42.1304" z="36.6038" />
+      <vertex index="6250" x="51.3193" y="42.3792" z="35.9663" />
+      <vertex index="6251" x="57.3763" y="50.3777" z="9.25275" />
+      <vertex index="6252" x="57.5485" y="50.6843" z="10.0287" />
+      <vertex index="6253" x="58.009" y="50.223" z="11.0817" />
+      <vertex index="6254" x="55.711" y="40.316" z="47.6749" />
+      <vertex index="6255" x="55.3087" y="40.8708" z="46.9611" />
+      <vertex index="6256" x="52.4889" y="40.9028" z="38.8469" />
+      <vertex index="6257" x="51.965" y="41.0981" z="38.5064" />
+      <vertex index="6258" x="49.3871" y="41.1124" z="33.3996" />
+      <vertex index="6259" x="56.172" y="45.3464" z="32.2096" />
+      <vertex index="6260" x="55.9507" y="45.4952" z="32.8209" />
+      <vertex index="6261" x="55.5794" y="45.8948" z="31.7649" />
+      <vertex index="6262" x="55.6147" y="45.9519" z="32.6627" />
+      <vertex index="6263" x="55.5476" y="45.1722" z="31.6419" />
+      <vertex index="6264" x="55.945" y="45.5836" z="31.4943" />
+      <vertex index="6265" x="56.468" y="45.3266" z="31.7006" />
+      <vertex index="6266" x="56.0755" y="44.6317" z="31.3668" />
+      <vertex index="6267" x="57.9342" y="50.1475" z="13.2258" />
+      <vertex index="6268" x="57.294" y="51.2721" z="6.73146" />
+      <vertex index="6269" x="57.8376" y="51.6192" z="5.97115" />
+      <vertex index="6270" x="52.6094" y="44.6207" z="36.7637" />
+      <vertex index="6271" x="52.2114" y="44.7426" z="35.9893" />
+      <vertex index="6272" x="51.6938" y="44.7039" z="36.8688" />
+      <vertex index="6273" x="52.182" y="45.1021" z="37.141" />
+      <vertex index="6274" x="56.6495" y="41.3727" z="43.4059" />
+      <vertex index="6275" x="54.6319" y="41.0901" z="33.7092" />
+      <vertex index="6276" x="55.1051" y="42.1792" z="32.9913" />
+      <vertex index="6277" x="55.2683" y="41.1039" z="33.229" />
+      <vertex index="6278" x="54.4766" y="41.9059" z="33.8493" />
+      <vertex index="6279" x="54.3237" y="42.7687" z="34.1235" />
+      <vertex index="6280" x="54.8225" y="41.1091" z="35.5675" />
+      <vertex index="6281" x="53.9253" y="41.3295" z="34.624" />
+      <vertex index="6282" x="55.8371" y="40.7735" z="35.0977" />
+      <vertex index="6283" x="55.0727" y="41.1817" z="34.7683" />
+      <vertex index="6284" x="54.886" y="40.4761" z="34.9608" />
+      <vertex index="6285" x="56.1183" y="41.1305" z="33.5826" />
+      <vertex index="6286" x="55.8116" y="44.3407" z="33.6846" />
+      <vertex index="6287" x="55.2466" y="44.0729" z="33.8284" />
+      <vertex index="6288" x="56.0863" y="43.9583" z="33.1689" />
+      <vertex index="6289" x="55.6761" y="43.5658" z="33.0912" />
+      <vertex index="6290" x="55.1718" y="43.0313" z="33.619" />
+      <vertex index="6291" x="55.144" y="42.8183" z="32.3468" />
+      <vertex index="6292" x="55.3096" y="45.0847" z="33.2296" />
+      <vertex index="6293" x="55.7306" y="44.9988" z="33.4965" />
+      <vertex index="6294" x="56.256" y="44.7148" z="33.1444" />
+      <vertex index="6295" x="52.9029" y="43.3586" z="30.6799" />
+      <vertex index="6296" x="53.024" y="42.6244" z="32.0839" />
+      <vertex index="6297" x="53.3479" y="42.4393" z="31.1967" />
+      <vertex index="6298" x="52.9447" y="42.944" z="31.2914" />
+      <vertex index="6299" x="54.2224" y="43.6174" z="30.8187" />
+      <vertex index="6300" x="55.0734" y="42.9829" z="30.7253" />
+      <vertex index="6301" x="55.2923" y="43.6948" z="30.9607" />
+      <vertex index="6302" x="55.5211" y="42.7317" z="30.5439" />
+      <vertex index="6303" x="55.4242" y="42.3436" z="30.9266" />
+      <vertex index="6304" x="55.1475" y="41.9413" z="30.6675" />
+      <vertex index="6305" x="57.916" y="42.6715" z="40.1822" />
+      <vertex index="6306" x="57.5018" y="43.2168" z="40.2236" />
+      <vertex index="6307" x="54.7865" y="42.1809" z="35.1142" />
+      <vertex index="6308" x="54.3222" y="42.0429" z="36.6035" />
+      <vertex index="6309" x="54.1824" y="40.4091" z="35.8988" />
+      <vertex index="6310" x="55.2563" y="41.4539" z="36.6417" />
+      <vertex index="6311" x="54.7869" y="41.6471" z="36.2989" />
+      <vertex index="6312" x="55.6567" y="41.9746" z="36.2678" />
+      <vertex index="6313" x="55.7343" y="41.3768" z="35.592" />
+      <vertex index="6314" x="41.1497" y="37.7018" z="45.4771" />
+      <vertex index="6315" x="51.1441" y="43.176" z="30.8626" />
+      <vertex index="6316" x="51.4698" y="43.3102" z="31.2859" />
+      <vertex index="6317" x="51.7568" y="43.4246" z="30.417" />
+      <vertex index="6318" x="52.0801" y="43.933" z="31.0646" />
+      <vertex index="6319" x="52.1521" y="43.998" z="30.3885" />
+      <vertex index="6320" x="43.5607" y="38.2527" z="43.5389" />
+      <vertex index="6321" x="56.6891" y="49.1723" z="14.4035" />
+      <vertex index="6322" x="57.2294" y="49.9429" z="13.9319" />
+      <vertex index="6323" x="57.1697" y="50.3418" z="13.386" />
+      <vertex index="6324" x="57.6172" y="52.5884" z="5.0907" />
+      <vertex index="6325" x="57.232" y="53.2559" z="5.582" />
+      <vertex index="6326" x="56.7916" y="52.5938" z="5.90426" />
+      <vertex index="6327" x="57.6842" y="52.2841" z="5.73314" />
+      <vertex index="6328" x="56.7567" y="41.2335" z="44.6512" />
+      <vertex index="6329" x="57.1224" y="41.4556" z="44.0938" />
+      <vertex index="6330" x="56.166" y="44.959" z="29.3899" />
+      <vertex index="6331" x="56.8477" y="44.2365" z="30.8322" />
+      <vertex index="6332" x="57.1942" y="44.5389" z="30.312" />
+      <vertex index="6333" x="56.9142" y="44.1705" z="29.6241" />
+      <vertex index="6334" x="57.0405" y="51.7962" z="9.70658" />
+      <vertex index="6335" x="58.2477" y="51.7333" z="9.18807" />
+      <vertex index="6336" x="56.4142" y="48.783" z="16.8031" />
+      <vertex index="6337" x="57.3307" y="49.4345" z="16.3948" />
+      <vertex index="6338" x="57.1676" y="48.9825" z="17.3865" />
+      <vertex index="6339" x="55.9376" y="45.7668" z="22.6602" />
+      <vertex index="6340" x="44.2638" y="38.027" z="41.9901" />
+      <vertex index="6341" x="57.4109" y="50.7285" z="13.7233" />
+      <vertex index="6342" x="56.1674" y="44.65" z="25.9783" />
+      <vertex index="6343" x="56.443" y="45.9424" z="25.0798" />
+      <vertex index="6344" x="55.7483" y="46.0393" z="25.2626" />
+      <vertex index="6345" x="55.8552" y="45.8245" z="26.0037" />
+      <vertex index="6346" x="56.4829" y="44.9453" z="25.0215" />
+      <vertex index="6347" x="45.8968" y="38.348" z="39.8652" />
+      <vertex index="6348" x="57.1842" y="52.1399" z="8.27648" />
+      <vertex index="6349" x="56.9611" y="52.7263" z="8.36734" />
+      <vertex index="6350" x="56.5479" y="52.2616" z="8.99411" />
+      <vertex index="6351" x="57.9686" y="44.3333" z="37.5676" />
+      <vertex index="6352" x="58.7034" y="44.1941" z="37.2296" />
+      <vertex index="6353" x="58.5421" y="43.4898" z="37.8628" />
+      <vertex index="6354" x="58.847" y="44.0173" z="38.8029" />
+      <vertex index="6355" x="57.8143" y="43.3223" z="38.828" />
+      <vertex index="6356" x="57.257" y="42.6763" z="44.5494" />
+      <vertex index="6357" x="57.7253" y="42.5788" z="43.7006" />
+      <vertex index="6358" x="46.425" y="39.1706" z="39.7663" />
+      <vertex index="6359" x="46.7696" y="38.3598" z="39.6362" />
+      <vertex index="6360" x="56.5725" y="49.5827" z="15.1458" />
+      <vertex index="6361" x="56.067" y="46.3843" z="23.5462" />
+      <vertex index="6362" x="56.7035" y="46.1063" z="23.657" />
+      <vertex index="6363" x="56.8256" y="46.1997" z="22.6353" />
+      <vertex index="6364" x="58.2227" y="43.4032" z="41.4309" />
+      <vertex index="6365" x="56.215" y="47.303" z="18.7861" />
+      <vertex index="6366" x="56.0873" y="47.9895" z="18.88" />
+      <vertex index="6367" x="55.9432" y="48.1823" z="18.1384" />
+      <vertex index="6368" x="56.9723" y="42.7202" z="42.9088" />
+      <vertex index="6369" x="56.94" y="41.9433" z="43.2509" />
+      <vertex index="6370" x="57.6735" y="42.551" z="42.4218" />
+      <vertex index="6371" x="57.7617" y="42.0445" z="42.8338" />
+      <vertex index="6372" x="57.4279" y="43.4937" z="41.8358" />
+      <vertex index="6373" x="57.6903" y="51.1784" z="9.05976" />
+      <vertex index="6374" x="58.2231" y="51.3024" z="8.83747" />
+      <vertex index="6375" x="57.4126" y="49.527" z="15.7428" />
+      <vertex index="6376" x="58.2316" y="43.8596" z="36.8857" />
+      <vertex index="6377" x="58.1626" y="44.2335" z="36.6304" />
+      <vertex index="6378" x="56.1917" y="51.2513" z="10.2757" />
+      <vertex index="6379" x="56.3548" y="50.384" z="10.3076" />
+      <vertex index="6380" x="56.5417" y="51.0564" z="10.7183" />
+      <vertex index="6381" x="56.5411" y="44.4759" z="27.7743" />
+      <vertex index="6382" x="56.1515" y="47.3729" z="19.4384" />
+      <vertex index="6383" x="55.9907" y="46.9044" z="19.6544" />
+      <vertex index="6384" x="56.2467" y="47.6932" z="19.8962" />
+      <vertex index="6385" x="56.1993" y="45.9878" z="21.8377" />
+      <vertex index="6386" x="56.7629" y="46.7319" z="19.8732" />
+      <vertex index="6387" x="56.9479" y="47.2245" z="20.3085" />
+      <vertex index="6388" x="56.3277" y="46.7103" z="21.2639" />
+      <vertex index="6389" x="56.9442" y="42.3275" z="33.0621" />
+      <vertex index="6390" x="55.1327" y="42.9139" z="39.2459" />
+      <vertex index="6391" x="54.1227" y="42.5682" z="39.5593" />
+      <vertex index="6392" x="57.6869" y="44.2765" z="32.2711" />
+      <vertex index="6393" x="50.4727" y="42.796" z="31.3419" />
+      <vertex index="6394" x="57.5507" y="52.9914" z="6.04708" />
+      <vertex index="6395" x="57.7226" y="53.1684" z="5.25253" />
+      <vertex index="6396" x="44.1122" y="37.2097" z="43.9322" />
+      <vertex index="6397" x="58.9915" y="43.8003" z="33.7063" />
+      <vertex index="6398" x="58.1676" y="50.822" z="10.6571" />
+      <vertex index="6399" x="57.7362" y="51.242" z="9.89661" />
+      <vertex index="6400" x="56.6641" y="43.1542" z="41.6526" />
+      <vertex index="6401" x="56.7007" y="42.6258" z="42.395" />
+      <vertex index="6402" x="56.9348" y="42.6344" z="41.928" />
+      <vertex index="6403" x="57.4635" y="43.4646" z="31.1832" />
+      <vertex index="6404" x="57.8271" y="43.8627" z="31.2053" />
+      <vertex index="6405" x="58.1711" y="44.0423" z="31.7361" />
+      <vertex index="6406" x="52.6256" y="44.0255" z="29.617" />
+      <vertex index="6407" x="54.0507" y="44.5637" z="34.5818" />
+      <vertex index="6408" x="54.2563" y="44.5156" z="35.8916" />
+      <vertex index="6409" x="53.8682" y="43.8543" z="35.2898" />
+      <vertex index="6410" x="54.6718" y="45.4197" z="37.3913" />
+      <vertex index="6411" x="54.9445" y="45.3802" z="35.0964" />
+      <vertex index="6412" x="55.2307" y="44.1848" z="35.1574" />
+      <vertex index="6413" x="55.7455" y="44.7749" z="34.7809" />
+      <vertex index="6414" x="55.2106" y="45.3354" z="36.7196" />
+      <vertex index="6415" x="51.1776" y="42.8751" z="36.8305" />
+      <vertex index="6416" x="53.2488" y="45.4568" z="32.3202" />
+      <vertex index="6417" x="52.9723" y="44.3806" z="32.4833" />
+      <vertex index="6418" x="52.9122" y="45.4295" z="33.2499" />
+      <vertex index="6419" x="53.8052" y="45.6073" z="33.7581" />
+      <vertex index="6420" x="53.6488" y="46.0386" z="33.1413" />
+      <vertex index="6421" x="53.8807" y="45.1953" z="32.5688" />
+      <vertex index="6422" x="57.7551" y="44.6629" z="31.7002" />
+      <vertex index="6423" x="57.085" y="45.2245" z="31.449" />
+      <vertex index="6424" x="56.6456" y="44.5878" z="31.2109" />
+      <vertex index="6425" x="56.8441" y="43.2981" z="31.0681" />
+      <vertex index="6426" x="56.3176" y="43.6741" z="31.1801" />
+      <vertex index="6427" x="56.6" y="43.1801" z="30.2893" />
+      <vertex index="6428" x="53.6858" y="42.5199" z="38.664" />
+      <vertex index="6429" x="53.2451" y="43.03" z="38.0808" />
+      <vertex index="6430" x="54.1333" y="43.3303" z="36.6863" />
+      <vertex index="6431" x="55.168" y="43.3644" z="36.7028" />
+      <vertex index="6432" x="57.7524" y="51.9773" z="8.24998" />
+      <vertex index="6433" x="58.3429" y="51.9217" z="8.12673" />
+      <vertex index="6434" x="57.1966" y="51.0579" z="10.7679" />
+      <vertex index="6435" x="56.7963" y="51.5942" z="11.1199" />
+      <vertex index="6436" x="56.731" y="50.9887" z="9.59757" />
+      <vertex index="6437" x="57.8452" y="51.9527" z="10.3683" />
+      <vertex index="6438" x="56.7757" y="49.0825" z="13.2577" />
+      <vertex index="6439" x="56.9046" y="49.6694" z="12.8348" />
+      <vertex index="6440" x="56.0293" y="49.9651" z="13.2691" />
+      <vertex index="6441" x="56.5893" y="49.4719" z="13.9122" />
+      <vertex index="6442" x="55.0269" y="42.9178" z="34.456" />
+      <vertex index="6443" x="55.6328" y="44.8537" z="32.7195" />
+      <vertex index="6444" x="56.0558" y="44.2935" z="32.5742" />
+      <vertex index="6445" x="56.3327" y="44.7075" z="32.5052" />
+      <vertex index="6446" x="55.7021" y="41.246" z="46.9033" />
+      <vertex index="6447" x="56.4533" y="41.7683" z="46.425" />
+      <vertex index="6448" x="56.0298" y="40.8236" z="48.5031" />
+      <vertex index="6449" x="56.6822" y="47.4347" z="19.9412" />
+      <vertex index="6450" x="57.2888" y="47.844" z="18.9723" />
+      <vertex index="6451" x="56.5496" y="48.1655" z="19.1509" />
+      <vertex index="6452" x="56.7125" y="49.8415" z="11.2854" />
+      <vertex index="6453" x="58.9492" y="43.1818" z="36.5425" />
+      <vertex index="6454" x="58.5812" y="43.8806" z="34.9214" />
+      <vertex index="6455" x="58.8299" y="44.2969" z="36.2445" />
+      <vertex index="6456" x="52.457" y="41.9049" z="37.1986" />
+      <vertex index="6457" x="51.4635" y="41.8678" z="37.6816" />
+      <vertex index="6458" x="51.8716" y="42.0849" z="37.1087" />
+      <vertex index="6459" x="56.4211" y="41.4834" z="32.691" />
+      <vertex index="6460" x="55.4578" y="41.3862" z="32.5387" />
+      <vertex index="6461" x="54.3608" y="43.9589" z="37.5798" />
+      <vertex index="6462" x="53.9507" y="44.888" z="36.7684" />
+      <vertex index="6463" x="53.606" y="44.1185" z="38.4801" />
+      <vertex index="6464" x="53.7597" y="43.8795" z="37.6268" />
+      <vertex index="6465" x="53.9024" y="43.0683" z="37.8962" />
+      <vertex index="6466" x="54.5088" y="43.6892" z="38.2913" />
+      <vertex index="6467" x="53.9347" y="43.2062" z="38.6883" />
+      <vertex index="6468" x="55.7" y="44.9279" z="36.9494" />
+      <vertex index="6469" x="54.8828" y="44.5093" z="36.4981" />
+      <vertex index="6470" x="53.9605" y="45.7474" z="36.7148" />
+      <vertex index="6471" x="53.4827" y="45.549" z="37.6327" />
+      <vertex index="6472" x="52.922" y="45.1256" z="36.9407" />
+      <vertex index="6473" x="53.0032" y="45.037" z="35.9721" />
+      <vertex index="6474" x="52.7239" y="45.6062" z="36.3313" />
+      <vertex index="6475" x="56.6627" y="45.4309" z="24.362" />
+      <vertex index="6476" x="55.5591" y="45.564" z="23.7529" />
+      <vertex index="6477" x="55.4459" y="45.2458" z="24.7687" />
+      <vertex index="6478" x="58.5731" y="43.3617" z="40.9627" />
+      <vertex index="6479" x="52.1884" y="42.5976" z="31.0335" />
+      <vertex index="6480" x="52.2089" y="43.1801" z="31.0706" />
+      <vertex index="6481" x="46.2227" y="39.7845" z="39.2367" />
+      <vertex index="6482" x="47.0916" y="40.2331" z="38.9994" />
+      <vertex index="6483" x="46.2659" y="38.9611" z="38.7546" />
+      <vertex index="6484" x="47.2792" y="39.2549" z="39.311" />
+      <vertex index="6485" x="54.5019" y="45.4958" z="31.6511" />
+      <vertex index="6486" x="54.8403" y="46.0228" z="31.9232" />
+      <vertex index="6487" x="55.4001" y="43.7055" z="32.5394" />
+      <vertex index="6488" x="54.1196" y="44.5434" z="33.3126" />
+      <vertex index="6489" x="53.1325" y="44.8292" z="33.0544" />
+      <vertex index="6490" x="54.2525" y="40.3991" z="34.5397" />
+      <vertex index="6491" x="53.9593" y="40.4514" z="33.8315" />
+      <vertex index="6492" x="53.9421" y="42.0795" z="33.0673" />
+      <vertex index="6493" x="53.1119" y="41.7668" z="32.6001" />
+      <vertex index="6494" x="53.9242" y="41.5704" z="32.6565" />
+      <vertex index="6495" x="54.6482" y="41.9522" z="32.458" />
+      <vertex index="6496" x="56.8679" y="48.1911" z="17.6038" />
+      <vertex index="6497" x="56.7364" y="48.959" z="18.0525" />
+      <vertex index="6498" x="55.9545" y="48.8514" z="17.4101" />
+      <vertex index="6499" x="56.7413" y="47.7033" z="18.1839" />
+      <vertex index="6500" x="56.1942" y="47.1351" z="21.8095" />
+      <vertex index="6501" x="47.1702" y="39.1262" z="39.9079" />
+      <vertex index="6502" x="46.7315" y="39.005" z="40.785" />
+      <vertex index="6503" x="47.1434" y="39.3876" z="38.4273" />
+      <vertex index="6504" x="47.2043" y="39.5519" z="37.4877" />
+      <vertex index="6505" x="47.3081" y="40.5584" z="37.7382" />
+      <vertex index="6506" x="41.5349" y="37.0147" z="45.3621" />
+      <vertex index="6507" x="43.0346" y="37.7383" z="45.3603" />
+      <vertex index="6508" x="42.1784" y="37.4146" z="45.6987" />
+      <vertex index="6509" x="42.6341" y="37.9655" z="45.0581" />
+      <vertex index="6510" x="42.511" y="37.9515" z="44.4552" />
+      <vertex index="6511" x="57.898" y="42.7435" z="41.0074" />
+      <vertex index="6512" x="58.3666" y="42.9273" z="40.3853" />
+      <vertex index="6513" x="56.2671" y="41.475" z="34.5373" />
+      <vertex index="6514" x="56.5821" y="43.5214" z="32.6988" />
+      <vertex index="6515" x="56.5132" y="43.9986" z="33.6803" />
+      <vertex index="6516" x="56.2991" y="43.2626" z="33.7706" />
+      <vertex index="6517" x="53.2708" y="44.5297" z="30.2728" />
+      <vertex index="6518" x="54.2311" y="44.6794" z="29.6428" />
+      <vertex index="6519" x="53.9571" y="44.2367" z="30.4317" />
+      <vertex index="6520" x="54.3417" y="43.5689" z="30.1516" />
+      <vertex index="6521" x="54.9231" y="44.621" z="30.4923" />
+      <vertex index="6522" x="55.3603" y="44.4105" z="29.7886" />
+      <vertex index="6523" x="54.7132" y="45.121" z="30.1923" />
+      <vertex index="6524" x="57.0614" y="44.2952" z="31.9328" />
+      <vertex index="6525" x="57.2817" y="41.6963" z="45.5223" />
+      <vertex index="6526" x="55.7662" y="41.2571" z="45.2181" />
+      <vertex index="6527" x="57.3197" y="49.5953" z="14.6304" />
+      <vertex index="6528" x="57.5124" y="48.9161" z="15.8362" />
+      <vertex index="6529" x="45.137" y="37.5526" z="41.6573" />
+      <vertex index="6530" x="46.4538" y="38.3679" z="41.3804" />
+      <vertex index="6531" x="46.5083" y="38.1032" z="40.5651" />
+      <vertex index="6532" x="45.7127" y="37.7458" z="41.8181" />
+      <vertex index="6533" x="45.5218" y="38.2378" z="41.4822" />
+      <vertex index="6534" x="54.4385" y="42.7146" z="30.8913" />
+      <vertex index="6535" x="55.6807" y="43.3388" z="31.7844" />
+      <vertex index="6536" x="55.3307" y="42.7256" z="31.6813" />
+      <vertex index="6537" x="55.7601" y="42.3513" z="32.0135" />
+      <vertex index="6538" x="55.6493" y="41.8792" z="32.492" />
+      <vertex index="6539" x="54.6511" y="41.8835" z="30.8516" />
+      <vertex index="6540" x="54.1503" y="42.5547" z="30.2294" />
+      <vertex index="6541" x="56.5237" y="43.8479" z="29.9195" />
+      <vertex index="6542" x="58.6088" y="43.2309" z="38.7927" />
+      <vertex index="6543" x="48.4489" y="40.1962" z="36.2058" />
+      <vertex index="6544" x="48.243" y="41.0312" z="36.3265" />
+      <vertex index="6545" x="51.9373" y="41.3801" z="37.2978" />
+      <vertex index="6546" x="44.5646" y="38.2938" z="42.4255" />
+      <vertex index="6547" x="44.0722" y="37.5551" z="42.3172" />
+      <vertex index="6548" x="44.6228" y="37.5045" z="43.666" />
+      <vertex index="6549" x="57.5156" y="43.5042" z="31.9704" />
+      <vertex index="6550" x="54.1879" y="41.2923" z="37.8965" />
+      <vertex index="6551" x="54.0552" y="41.7227" z="37.3231" />
+      <vertex index="6552" x="55.1179" y="40.7307" z="38.0024" />
+      <vertex index="6553" x="54.5997" y="40.5184" z="37.1441" />
+      <vertex index="6554" x="54.8391" y="41.9608" z="37.3279" />
+      <vertex index="6555" x="54.9338" y="40.8917" z="36.7495" />
+      <vertex index="6556" x="55.6489" y="40.9089" z="37.3206" />
+      <vertex index="6557" x="54.6627" y="43.2263" z="37.1865" />
+      <vertex index="6558" x="55.0356" y="41.9895" z="38.004" />
+      <vertex index="6559" x="55.521" y="42.5849" z="37.5233" />
+      <vertex index="6560" x="55.1869" y="43.7629" z="31.9256" />
+      <vertex index="6561" x="54.8109" y="45.5129" z="31.0222" />
+      <vertex index="6562" x="56.3395" y="45.2925" z="31.1768" />
+      <vertex index="6563" x="56.1505" y="44.5989" z="30.7139" />
+      <vertex index="6564" x="55.609" y="45.1752" z="31.0025" />
+      <vertex index="6565" x="55.9022" y="45.1932" z="30.2278" />
+      <vertex index="6566" x="53.2072" y="41.8234" z="37.787" />
+      <vertex index="6567" x="52.6417" y="41.0413" z="37.7284" />
+      <vertex index="6568" x="53.3932" y="40.9746" z="37.2919" />
+      <vertex index="6569" x="53.5046" y="43.3168" z="36.9841" />
+      <vertex index="6570" x="52.2466" y="41.9999" z="38.2895" />
+      <vertex index="6571" x="53.3332" y="42.0422" z="38.9092" />
+      <vertex index="6572" x="58.3968" y="44.0935" z="32.6235" />
+      <vertex index="6573" x="57.5588" y="50.7262" z="11.0098" />
+      <vertex index="6574" x="55.7443" y="44.3285" z="26.9372" />
+      <vertex index="6575" x="55.8303" y="44.6632" z="27.2555" />
+      <vertex index="6576" x="51.8976" y="42.8105" z="31.2425" />
+      <vertex index="6577" x="53.1851" y="41.5799" z="36.7275" />
+      <vertex index="6578" x="52.5752" y="40.5704" z="36.121" />
+      <vertex index="6579" x="52.3731" y="40.5032" z="37.9683" />
+      <vertex index="6580" x="54.2812" y="40.4084" z="37.716" />
+      <vertex index="6581" x="52.4102" y="40.7655" z="37.2477" />
+      <vertex index="6582" x="55.0267" y="45.3859" z="34.0299" />
+      <vertex index="6583" x="56.3409" y="44.9306" z="33.8755" />
+      <vertex index="6584" x="55.6789" y="45.3624" z="33.9089" />
+      <vertex index="6585" x="52.65" y="44.2583" z="37.3344" />
+      <vertex index="6586" x="53.713" y="44.2369" z="36.6954" />
+      <vertex index="6587" x="53.2309" y="44.0503" z="36.2457" />
+      <vertex index="6588" x="52.2674" y="42.6915" z="38.0336" />
+      <vertex index="6589" x="52.4823" y="42.9597" z="36.5604" />
+      <vertex index="6590" x="52.65" y="43.8505" z="36.5462" />
+      <vertex index="6591" x="52.3118" y="43.6705" z="38.0391" />
+      <vertex index="6592" x="52.4893" y="44.4218" z="34.7052" />
+      <vertex index="6593" x="53.3902" y="44.3794" z="35.0825" />
+      <vertex index="6594" x="53.132" y="44.0571" z="33.872" />
+      <vertex index="6595" x="54.4864" y="45.5697" z="34.2392" />
+      <vertex index="6596" x="54.9096" y="44.5145" z="33.0905" />
+      <vertex index="6597" x="54.9904" y="44.7298" z="33.575" />
+      <vertex index="6598" x="53.6604" y="46.0302" z="34.0692" />
+      <vertex index="6599" x="54.5742" y="45.7351" z="36.2763" />
+      <vertex index="6600" x="54.243" y="45.182" z="35.0583" />
+      <vertex index="6601" x="53.0847" y="45.5488" z="34.6319" />
+      <vertex index="6602" x="52.5985" y="45.0775" z="33.7093" />
+      <vertex index="6603" x="52.7513" y="45.5286" z="34.0717" />
+      <vertex index="6604" x="57.68" y="52.1288" z="6.66218" />
+      <vertex index="6605" x="41.983" y="36.6475" z="46.0183" />
+      <vertex index="6606" x="40.9362" y="36.4978" z="46.0037" />
+      <vertex index="6607" x="41.6452" y="37.3992" z="46.6634" />
+      <vertex index="6608" x="41.5475" y="37.9092" z="45.8725" />
+      <vertex index="6609" x="40.8462" y="37.4274" z="46.0401" />
+      <vertex index="6610" x="41.4535" y="36.9398" z="46.2344" />
+      <vertex index="6611" x="53.1235" y="43.1411" z="36.4064" />
+      <vertex index="6612" x="54.3989" y="42.3348" z="31.6088" />
+      <vertex index="6613" x="54.4366" y="42.9941" z="33.431" />
+      <vertex index="6614" x="49.8595" y="42.8134" z="32.5998" />
+      <vertex index="6615" x="44.9634" y="38.7062" z="41.2901" />
+      <vertex index="6616" x="53.0951" y="44.6317" z="34.0846" />
+      <vertex index="6617" x="53.7311" y="40.936" z="39.2231" />
+      <vertex index="6618" x="49.7581" y="42.9511" z="31.5317" />
+      <vertex index="6619" x="54.2331" y="45.3652" z="37.8711" />
+      <vertex index="6620" x="54.0553" y="43.8578" z="39.4382" />
+      <vertex index="6621" x="53.0274" y="43.8008" z="38.9805" />
+      <vertex index="6622" x="53.3535" y="44.3295" z="37.3362" />
+      <vertex index="6623" x="53.9521" y="44.8143" z="37.7374" />
+      <vertex index="6624" x="52.8637" y="44.3877" z="37.9204" />
+      <vertex index="6625" x="54.0647" y="41.3631" z="36.3574" />
+      <vertex index="6626" x="53.3635" y="41.4235" z="35.4361" />
+      <vertex index="6627" x="53.9962" y="41.6907" z="35.7783" />
+      <vertex index="6628" x="53.961" y="41.0332" z="35.2412" />
+      <vertex index="6629" x="53.3322" y="41.3532" z="36.1859" />
+      <vertex index="6630" x="53.2455" y="41.1004" z="34.3552" />
+      <vertex index="6631" x="52.5761" y="41.7778" z="35.5425" />
+      <vertex index="6632" x="52.5872" y="42.5892" z="35.5033" />
+      <vertex index="6633" x="53.1458" y="41.5924" z="34.8151" />
+      <vertex index="6634" x="52.2884" y="42.3332" z="36.2467" />
+      <vertex index="6635" x="53.1052" y="40.7713" z="35.8905" />
+      <vertex index="6636" x="52.4213" y="42.5802" z="34.8029" />
+      <vertex index="6637" x="55.4292" y="45.4897" z="31.9727" />
+      <vertex index="6638" x="55.5899" y="45.5818" z="32.4195" />
+      <vertex index="6639" x="54.977" y="45.6145" z="33.0858" />
+      <vertex index="6640" x="54.809" y="44.7552" z="31.3393" />
+      <vertex index="6641" x="55.2109" y="44.6296" z="32.177" />
+      <vertex index="6642" x="54.8517" y="45.2222" z="32.1383" />
+      <vertex index="6643" x="54.7181" y="44.8403" z="31.8666" />
+      <vertex index="6644" x="54.696" y="44.246" z="32.4494" />
+      <vertex index="6645" x="54.6157" y="45.1157" z="32.759" />
+      <vertex index="6646" x="58.8553" y="44.3613" z="33.275" />
+      <vertex index="6647" x="55.6414" y="46.7146" z="23.1141" />
+      <vertex index="6648" x="56.0874" y="43.912" z="32.2257" />
+      <vertex index="6649" x="55.5245" y="44.4883" z="31.8115" />
+      <vertex index="6650" x="49.3301" y="41.5977" z="33.2458" />
+      <vertex index="6651" x="49.7625" y="41.7078" z="33.6074" />
+      <vertex index="6652" x="56.1075" y="43.2022" z="30.7442" />
+      <vertex index="6653" x="55.0448" y="41.4485" z="31.5948" />
+      <vertex index="6654" x="55.076" y="42.0241" z="34.387" />
+      <vertex index="6655" x="55.4223" y="41.3935" z="33.9089" />
+      <vertex index="6656" x="53.953" y="41.5091" z="38.9068" />
+      <vertex index="6657" x="54.175" y="41.761" z="38.3207" />
+      <vertex index="6658" x="52.9215" y="41.866" z="39.183" />
+      <vertex index="6659" x="53.4441" y="40.4972" z="38.4536" />
+      <vertex index="6660" x="52.994" y="41.0169" z="38.6215" />
+      <vertex index="6661" x="56.8733" y="41.0702" z="47.063" />
+      <vertex index="6662" x="55.622" y="41.4732" z="47.5994" />
+      <vertex index="6663" x="55.6505" y="40.6518" z="48.1852" />
+      <vertex index="6664" x="59.1362" y="43.7423" z="37.8728" />
+      <vertex index="6665" x="51.1817" y="42.7424" z="37.82" />
+      <vertex index="6666" x="51.8447" y="43.091" z="36.5214" />
+      <vertex index="6667" x="52.2756" y="43.1804" z="37.0566" />
+      <vertex index="6668" x="52.1148" y="44.0853" z="36.2281" />
+      <vertex index="6669" x="51.2733" y="43.651" z="36.1505" />
+      <vertex index="6670" x="51.7357" y="43.7746" z="37.0676" />
+      <vertex index="6671" x="54.4463" y="43.0316" z="31.642" />
+      <vertex index="6672" x="54.6762" y="43.4669" z="31.8234" />
+      <vertex index="6673" x="54.623" y="44.1226" z="31.1535" />
+      <vertex index="6674" x="54.084" y="44.9475" z="31.5003" />
+      <vertex index="6675" x="54.0034" y="44.3712" z="32.5186" />
+      <vertex index="6676" x="56.4878" y="43.5263" z="32.2419" />
+      <vertex index="6677" x="57.0015" y="44.163" z="32.3968" />
+      <vertex index="6678" x="55.902" y="42.8919" z="32.5166" />
+      <vertex index="6679" x="55.7854" y="44.5808" z="33.3343" />
+      <vertex index="6680" x="42.7356" y="36.6717" z="44.821" />
+      <vertex index="6681" x="54.363" y="43.7247" z="29.2651" />
+      <vertex index="6682" x="54.8543" y="43.2678" z="30.1197" />
+      <vertex index="6683" x="57.763" y="49.6358" z="13.6317" />
+      <vertex index="6684" x="57.5415" y="49.2053" z="15.2488" />
+      <vertex index="6685" x="53.7695" y="42.2111" z="31.9638" />
+      <vertex index="6686" x="53.7831" y="42.5908" z="32.5699" />
+      <vertex index="6687" x="53.7031" y="43.5035" z="33.6476" />
+      <vertex index="6688" x="56.0561" y="42.1034" z="33.288" />
+      <vertex index="6689" x="55.9946" y="43.1629" z="32.9427" />
+      <vertex index="6690" x="56.5263" y="42.5825" z="33.0818" />
+      <vertex index="6691" x="56.7136" y="43.1807" z="33.0657" />
+      <vertex index="6692" x="56.9043" y="42.3925" z="34.4073" />
+      <vertex index="6693" x="55.6561" y="42.0668" z="35.3245" />
+      <vertex index="6694" x="55.5014" y="42.6292" z="33.6933" />
+      <vertex index="6695" x="55.6425" y="42.1282" z="34.2528" />
+      <vertex index="6696" x="56.3177" y="42.5919" z="31.9365" />
+      <vertex index="6697" x="56.1639" y="41.9588" z="31.9525" />
+      <vertex index="6698" x="56.9758" y="52.7558" z="5.0945" />
+      <vertex index="6699" x="53.7269" y="43.4228" z="30.4038" />
+      <vertex index="6700" x="53.4692" y="42.6494" z="30.161" />
+      <vertex index="6701" x="56.5032" y="51.8538" z="10.0289" />
+      <vertex index="6702" x="54.6274" y="46.0726" z="34.0712" />
+      <vertex index="6703" x="54.8865" y="45.6316" z="32.5156" />
+      <vertex index="6704" x="55.0352" y="40.909" z="32.567" />
+      <vertex index="6705" x="56.1216" y="45.0674" z="33.2051" />
+      <vertex index="6706" x="56.2335" y="45.2968" z="33.6252" />
+      <vertex index="6707" x="53.9889" y="44.2575" z="31.0437" />
+      <vertex index="6708" x="53.3799" y="44.0277" z="31.5982" />
+      <vertex index="6709" x="58.1764" y="52.2396" z="5.06967" />
+      <vertex index="6710" x="53.3114" y="41.3714" z="33.8374" />
+      <vertex index="6711" x="52.9345" y="42.0203" z="34.2941" />
+      <vertex index="6712" x="53.9753" y="42.099" z="34.2416" />
+      <vertex index="6713" x="53.7775" y="43.2645" z="32.8526" />
+      <vertex index="6714" x="53.0876" y="42.6054" z="33.2269" />
+      <vertex index="6715" x="53.531" y="42.4281" z="33.442" />
+      <vertex index="6716" x="53.0515" y="43.2416" z="33.5794" />
+      <vertex index="6717" x="54.0695" y="43.2918" z="32.3805" />
+      <vertex index="6718" x="54.7072" y="43.7655" z="33.1921" />
+      <vertex index="6719" x="53.8221" y="43.8173" z="32.5412" />
+      <vertex index="6720" x="53.8266" y="44.1253" z="33.0112" />
+      <vertex index="6721" x="53.4072" y="43.9125" z="33.242" />
+      <vertex index="6722" x="54.8208" y="43.9216" z="34.3709" />
+      <vertex index="6723" x="53.8245" y="44.3865" z="34.0729" />
+      <vertex index="6724" x="53.4138" y="45.2187" z="33.4597" />
+      <vertex index="6725" x="56.0216" y="43.0546" z="35.1564" />
+      <vertex index="6726" x="55.0366" y="43.1992" z="35.2165" />
+      <vertex index="6727" x="55.0478" y="42.5403" z="36.0008" />
+      <vertex index="6728" x="56.403" y="42.7248" z="35.5855" />
+      <vertex index="6729" x="56.1819" y="43.9577" z="30.7038" />
+      <vertex index="6730" x="55.8256" y="43.2084" z="29.4683" />
+      <vertex index="6731" x="55.9956" y="43.8801" z="29.6018" />
+      <vertex index="6732" x="55.9001" y="43.7782" z="34.6217" />
+      <vertex index="6733" x="56.0457" y="44.533" z="34.1083" />
+      <vertex index="6734" x="55.0999" y="44.6545" z="34.4663" />
+      <vertex index="6735" x="55.6778" y="43.6953" z="36.4574" />
+      <vertex index="6736" x="52.226" y="43.7546" z="38.5991" />
+      <vertex index="6737" x="53.1549" y="44.9646" z="37.4793" />
+      <vertex index="6738" x="52.6535" y="45.1196" z="37.8168" />
+      <vertex index="6739" x="56.9844" y="50.0393" z="11.9005" />
+      <vertex index="6740" x="52.6769" y="42.8428" z="33.8925" />
+      <vertex index="6741" x="52.1703" y="43.0857" z="33.6609" />
+      <vertex index="6742" x="58.128" y="51.0466" z="8.23993" />
+      <vertex index="6743" x="57.2027" y="51.6033" z="7.45944" />
+      <vertex index="6744" x="53.472" y="44.9742" z="38.504" />
+      <vertex index="6745" x="54.6468" y="44.4102" z="38.1681" />
+      <vertex index="6746" x="55.7932" y="43.8882" z="37.6717" />
+      <vertex index="6747" x="55.3904" y="43.4344" z="37.9044" />
+      <vertex index="6748" x="55.1429" y="42.7321" z="38.67" />
+      <vertex index="6749" x="54.5743" y="43.7873" z="38.9472" />
+      <vertex index="6750" x="52.3145" y="42.9572" z="35.9282" />
+      <vertex index="6751" x="51.7486" y="42.4269" z="35.0365" />
+      <vertex index="6752" x="53.517" y="42.7568" z="34.2191" />
+      <vertex index="6753" x="53.2869" y="42.6222" z="35.128" />
+      <vertex index="6754" x="52.9869" y="43.4129" z="35.681" />
+      <vertex index="6755" x="53.0217" y="43.7317" z="34.5451" />
+      <vertex index="6756" x="56.462" y="42.0162" z="36.2431" />
+      <vertex index="6757" x="54.983" y="42.683" z="37.0785" />
+      <vertex index="6758" x="55.9848" y="42.4304" z="45.0275" />
+      <vertex index="6759" x="56.9451" y="42.0748" z="44.4624" />
+      <vertex index="6760" x="56.4581" y="42.3062" z="43.9551" />
+      <vertex index="6761" x="54.4082" y="42.6811" z="38.7605" />
+      <vertex index="6762" x="55.6402" y="43.3361" z="38.4053" />
+      <vertex index="6763" x="55.311" y="41.4692" z="38.8176" />
+      <vertex index="6764" x="53.5312" y="42.2077" z="36.8613" />
+      <vertex index="6765" x="54.133" y="43.0018" z="35.943" />
+      <vertex index="6766" x="54.1186" y="42.4027" z="35.4157" />
+      <vertex index="6767" x="52.0441" y="41.619" z="36.6259" />
+      <vertex index="6768" x="51.6397" y="41.2672" z="36.8376" />
+      <vertex index="6769" x="51.6789" y="42.4815" z="36.5358" />
+      <vertex index="6770" x="51.36" y="42.8141" z="35.5587" />
+      <vertex index="6771" x="57.1727" y="50.6585" z="9.65466" />
+      <vertex index="6772" x="55.5585" y="40.8093" z="47.6146" />
+      <vertex index="6773" x="55.5715" y="45.5072" z="33.0873" />
+      <vertex index="6774" x="55.2375" y="44.9143" z="31.7786" />
+      <vertex index="6775" x="55.86" y="45.0905" z="31.8807" />
+      <vertex index="6776" x="56.9393" y="51.7365" z="6.60944" />
+      <vertex index="6777" x="58.0692" y="52.11" z="6.10373" />
+      <vertex index="6778" x="51.6767" y="44.2976" z="36.7163" />
+      <vertex index="6779" x="54.484" y="41.2735" z="33.246" />
+      <vertex index="6780" x="54.8421" y="42.0982" z="33.4523" />
+      <vertex index="6781" x="55.2427" y="41.6483" z="33.1024" />
+      <vertex index="6782" x="54.3953" y="41.4116" z="34.1062" />
+      <vertex index="6783" x="54.5724" y="42.4255" z="33.8048" />
+      <vertex index="6784" x="54.2835" y="43.4018" z="34.2037" />
+      <vertex index="6785" x="54.9029" y="40.4431" z="35.6755" />
+      <vertex index="6786" x="54.3213" y="41.5812" z="35.0043" />
+      <vertex index="6787" x="55.7392" y="41.353" z="34.9836" />
+      <vertex index="6788" x="55.7688" y="40.887" z="33.2416" />
+      <vertex index="6789" x="55.2027" y="44.0677" z="33.3114" />
+      <vertex index="6790" x="55.4246" y="44.5214" z="33.9318" />
+      <vertex index="6791" x="55.6371" y="43.1776" z="33.6891" />
+      <vertex index="6792" x="55.2413" y="43.5771" z="33.5878" />
+      <vertex index="6793" x="55.2588" y="42.293" z="32.4732" />
+      <vertex index="6794" x="54.7192" y="43.2387" z="32.5602" />
+      <vertex index="6795" x="53.4352" y="42.7464" z="31.9369" />
+      <vertex index="6796" x="53.8605" y="42.2349" z="31.3117" />
+      <vertex index="6797" x="54.79" y="43.2346" z="31.1279" />
+      <vertex index="6798" x="54.9969" y="43.4827" z="30.5808" />
+      <vertex index="6799" x="55.4835" y="43.3234" z="31.2655" />
+      <vertex index="6800" x="55.1973" y="42.6515" z="30.8784" />
+      <vertex index="6801" x="57.3735" y="42.413" z="40.3401" />
+      <vertex index="6802" x="58.377" y="42.6541" z="39.8827" />
+      <vertex index="6803" x="57.3735" y="42.8822" z="40.6152" />
+      <vertex index="6804" x="54.3497" y="42.4332" z="34.6901" />
+      <vertex index="6805" x="54.1807" y="42.6083" z="36.8015" />
+      <vertex index="6806" x="54.0747" y="42.3043" z="36.0756" />
+      <vertex index="6807" x="54.1712" y="40.7573" z="36.3805" />
+      <vertex index="6808" x="54.2951" y="40.9728" z="35.7843" />
+      <vertex index="6809" x="54.3998" y="40.3927" z="35.3255" />
+      <vertex index="6810" x="53.6655" y="40.5636" z="35.5981" />
+      <vertex index="6811" x="51.3387" y="43.7086" z="31.1905" />
+      <vertex index="6812" x="51.6425" y="44.0262" z="30.4354" />
+      <vertex index="6813" x="56.5461" y="49.6317" z="14.5627" />
+      <vertex index="6814" x="56.3521" y="48.7438" z="14.5419" />
+      <vertex index="6815" x="56.6434" y="50.1899" z="13.2842" />
+      <vertex index="6816" x="57.3651" y="41.6708" z="44.5482" />
+      <vertex index="6817" x="56.235" y="44.5737" z="29.8044" />
+      <vertex index="6818" x="55.6166" y="44.9754" z="29.2693" />
+      <vertex index="6819" x="57.1323" y="43.7518" z="30.7118" />
+      <vertex index="6820" x="57.0871" y="44.3587" z="31.211" />
+      <vertex index="6821" x="56.8853" y="44.6315" z="29.3528" />
+      <vertex index="6822" x="57.3267" y="48.9279" z="16.5791" />
+      <vertex index="6823" x="55.5863" y="45.8224" z="23.0091" />
+      <vertex index="6824" x="56.6188" y="44.7715" z="26.1479" />
+      <vertex index="6825" x="56.617" y="45.9346" z="24.5774" />
+      <vertex index="6826" x="56.3528" y="45.7113" z="26.1305" />
+      <vertex index="6827" x="57.9795" y="43.6651" z="37.9552" />
+      <vertex index="6828" x="46.5982" y="38.1787" z="40.0082" />
+      <vertex index="6829" x="55.806" y="46.2308" z="23.8302" />
+      <vertex index="6830" x="56.7285" y="42.5982" z="43.3654" />
+      <vertex index="6831" x="57.453" y="50.7393" z="8.86522" />
+      <vertex index="6832" x="58.0004" y="51.4176" z="9.15244" />
+      <vertex index="6833" x="56.0565" y="47.2488" z="19.9384" />
+      <vertex index="6834" x="56.777" y="42.4349" z="32.6374" />
+      <vertex index="6835" x="58.7873" y="44.1076" z="33.5827" />
+      <vertex index="6836" x="57.709" y="51.0582" z="10.4439" />
+      <vertex index="6837" x="57.1022" y="43.0668" z="41.6468" />
+      <vertex index="6838" x="58.1561" y="43.7519" z="32.0199" />
+      <vertex index="6839" x="54.4351" y="44.9745" z="34.5565" />
+      <vertex index="6840" x="53.5796" y="44.5275" z="35.7698" />
+      <vertex index="6841" x="54.3035" y="43.359" z="35.4034" />
+      <vertex index="6842" x="54.4341" y="44.1157" z="35.427" />
+      <vertex index="6843" x="53.8865" y="43.43" z="34.7812" />
+      <vertex index="6844" x="54.595" y="44.8945" z="37.0855" />
+      <vertex index="6845" x="55.113" y="45.4104" z="34.5972" />
+      <vertex index="6846" x="54.5638" y="45.5654" z="34.7864" />
+      <vertex index="6847" x="53.4083" y="44.5798" z="32.1909" />
+      <vertex index="6848" x="53.8597" y="45.1716" z="34.039" />
+      <vertex index="6849" x="53.797" y="45.5711" z="32.9647" />
+      <vertex index="6850" x="55.8718" y="43.7976" z="31.383" />
+      <vertex index="6851" x="53.2819" y="42.4473" z="37.9762" />
+      <vertex index="6852" x="53.2821" y="43.6058" z="38.18" />
+      <vertex index="6853" x="53.0927" y="42.8419" z="37.5467" />
+      <vertex index="6854" x="52.7877" y="42.737" z="38.3177" />
+      <vertex index="6855" x="54.6125" y="43.7632" z="36.6988" />
+      <vertex index="6856" x="54.9122" y="43.2651" z="36.1765" />
+      <vertex index="6857" x="58.0131" y="52.2569" z="7.88439" />
+      <vertex index="6858" x="56.8903" y="51.3404" z="10.4554" />
+      <vertex index="6859" x="57.9467" y="51.714" z="10.7453" />
+      <vertex index="6860" x="57.093" y="50.0157" z="13.0712" />
+      <vertex index="6861" x="56.5957" y="50.0016" z="13.8726" />
+      <vertex index="6862" x="54.7673" y="43.0709" z="33.9931" />
+      <vertex index="6863" x="55.2856" y="43.2293" z="34.1043" />
+      <vertex index="6864" x="55.1495" y="44.9412" z="32.6136" />
+      <vertex index="6865" x="55.9979" y="44.6274" z="32.3427" />
+      <vertex index="6866" x="58.5313" y="44.5998" z="36.3173" />
+      <vertex index="6867" x="55.5223" y="41.4239" z="31.9942" />
+      <vertex index="6868" x="53.7909" y="45.0556" z="36.1934" />
+      <vertex index="6869" x="53.3898" y="43.2001" z="38.8199" />
+      <vertex index="6870" x="55.3692" y="45.0926" z="37.3357" />
+      <vertex index="6871" x="54.3941" y="44.8239" z="36.3794" />
+      <vertex index="6872" x="53.4038" y="45.7394" z="36.7595" />
+      <vertex index="6873" x="56.355" y="45.1842" z="24.0097" />
+      <vertex index="6874" x="54.9584" y="45.6697" z="31.6035" />
+      <vertex index="6875" x="55.4524" y="43.9274" z="32.932" />
+      <vertex index="6876" x="55.5766" y="43.2955" z="32.7099" />
+      <vertex index="6877" x="54.2382" y="44.0513" z="33.4699" />
+      <vertex index="6878" x="54.1431" y="44.9395" z="32.9563" />
+      <vertex index="6879" x="54.4333" y="44.8573" z="33.589" />
+      <vertex index="6880" x="53.3914" y="44.4457" z="33.2705" />
+      <vertex index="6881" x="54.4102" y="40.7094" z="34.0805" />
+      <vertex index="6882" x="54.3779" y="42.2274" z="32.841" />
+      <vertex index="6883" x="53.9159" y="42.5306" z="33.1679" />
+      <vertex index="6884" x="53.5545" y="41.9129" z="32.7916" />
+      <vertex index="6885" x="54.2539" y="41.9082" z="32.141" />
+      <vertex index="6886" x="47.7094" y="40.7901" z="37.4456" />
+      <vertex index="6887" x="58.1053" y="43.19" z="41.003" />
+      <vertex index="6888" x="56.1915" y="41.0358" z="34.2035" />
+      <vertex index="6889" x="56.6169" y="43.6401" z="33.6665" />
+      <vertex index="6890" x="55.0938" y="44.1443" z="30.7106" />
+      <vertex index="6891" x="55.5211" y="44.63" z="30.342" />
+      <vertex index="6892" x="56.1754" y="43.2456" z="31.8083" />
+      <vertex index="6893" x="54.9939" y="42.3321" z="31.9238" />
+      <vertex index="6894" x="53.7755" y="42.2106" z="37.5323" />
+      <vertex index="6895" x="54.3701" y="43.0843" z="37.6212" />
+      <vertex index="6896" x="55.4989" y="41.868" z="37.9587" />
+      <vertex index="6897" x="55.3169" y="43.3052" z="32.1842" />
+      <vertex index="6898" x="55.5626" y="44.7533" z="31.3188" />
+      <vertex index="6899" x="53.7881" y="40.6014" z="37.1451" />
+      <vertex index="6900" x="53.1476" y="40.8154" z="37.7637" />
+      <vertex index="6901" x="52.9523" y="41.1013" z="36.9697" />
+      <vertex index="6902" x="53.511" y="43.3533" z="37.5679" />
+      <vertex index="6903" x="52.743" y="42.0136" z="36.6554" />
+      <vertex index="6904" x="52.2793" y="40.915" z="36.4452" />
+      <vertex index="6905" x="52.1215" y="40.8502" z="38.1465" />
+      <vertex index="6906" x="54.6647" y="45.3782" z="33.7308" />
+      <vertex index="6907" x="55.1332" y="45.2998" z="33.5931" />
+      <vertex index="6908" x="52.7635" y="43.7709" z="37.1734" />
+      <vertex index="6909" x="53.619" y="43.6726" z="36.5148" />
+      <vertex index="6910" x="51.9118" y="42.3497" z="38.1445" />
+      <vertex index="6911" x="52.5814" y="43.4029" z="36.5942" />
+      <vertex index="6912" x="52.823" y="43.3957" z="37.7598" />
+      <vertex index="6913" x="55.2854" y="44.4875" z="32.8417" />
+      <vertex index="6914" x="53.7069" y="46.0372" z="33.6046" />
+      <vertex index="6915" x="55.078" y="45.5099" z="36.2087" />
+      <vertex index="6916" x="54.6939" y="44.872" z="35.3609" />
+      <vertex index="6917" x="53.0704" y="45.0478" z="34.455" />
+      <vertex index="6918" x="57.9901" y="51.8266" z="7.01876" />
+      <vertex index="6919" x="41.4776" y="37.9756" z="45.4559" />
+      <vertex index="6920" x="54.9285" y="42.7844" z="33.0843" />
+      <vertex index="6921" x="53.1775" y="44.6364" z="36.9117" />
+      <vertex index="6922" x="53.7702" y="41.5839" z="36.8221" />
+      <vertex index="6923" x="53.3535" y="42.0235" z="35.5663" />
+      <vertex index="6924" x="54.4042" y="41.4934" z="36.0048" />
+      <vertex index="6925" x="53.6823" y="41.5122" z="36.0035" />
+      <vertex index="6926" x="52.6004" y="41.7115" z="34.8251" />
+      <vertex index="6927" x="52.2537" y="42.9125" z="34.3497" />
+      <vertex index="6928" x="55.0208" y="46.0893" z="32.8211" />
+      <vertex index="6929" x="54.3319" y="43.8943" z="32.4172" />
+      <vertex index="6930" x="54.2899" y="44.847" z="32.4409" />
+      <vertex index="6931" x="54.9911" y="45.2001" z="32.9589" />
+      <vertex index="6932" x="49.188" y="41.8959" z="33.5438" />
+      <vertex index="6933" x="56.4272" y="43.304" z="31.0008" />
+      <vertex index="6934" x="55.404" y="41.8382" z="33.6367" />
+      <vertex index="6935" x="54.9435" y="41.5578" z="34.1257" />
+      <vertex index="6936" x="53.746" y="41.4154" z="39.347" />
+      <vertex index="6937" x="54.1552" y="42.2679" z="38.5147" />
+      <vertex index="6938" x="53.2016" y="40.7398" z="39.0876" />
+      <vertex index="6939" x="52.5609" y="42.834" z="36.9893" />
+      <vertex index="6940" x="51.87" y="43.7662" z="37.5372" />
+      <vertex index="6941" x="54.0906" y="42.6982" z="31.7838" />
+      <vertex index="6942" x="54.8991" y="42.9392" z="31.8958" />
+      <vertex index="6943" x="54.9228" y="43.766" z="31.4805" />
+      <vertex index="6944" x="55.1105" y="44.3145" z="31.275" />
+      <vertex index="6945" x="54.5207" y="45.0712" z="31.4914" />
+      <vertex index="6946" x="54.687" y="43.6979" z="29.7254" />
+      <vertex index="6947" x="54.2228" y="42.4806" z="32.3803" />
+      <vertex index="6948" x="53.6118" y="43.89" z="33.9836" />
+      <vertex index="6949" x="53.9985" y="43.0483" z="33.7694" />
+      <vertex index="6950" x="55.5756" y="42.3653" z="33.2129" />
+      <vertex index="6951" x="55.1137" y="42.0288" z="35.6128" />
+      <vertex index="6952" x="56.2037" y="42.1303" z="32.4014" />
+      <vertex index="6953" x="53.8496" y="43.7049" z="29.9485" />
+      <vertex index="6954" x="54.5832" y="46.1342" z="33.6403" />
+      <vertex index="6955" x="56.0964" y="45.1903" z="32.8849" />
+      <vertex index="6956" x="53.079" y="44.418" z="31.2812" />
+      <vertex index="6957" x="53.8262" y="41.3681" z="34.0695" />
+      <vertex index="6958" x="53.2866" y="42.155" z="33.8968" />
+      <vertex index="6959" x="54.3039" y="43.2015" z="32.9513" />
+      <vertex index="6960" x="54.8366" y="43.2965" z="33.3423" />
+      <vertex index="6961" x="54.5288" y="44.0609" z="32.859" />
+      <vertex index="6962" x="53.8123" y="43.6334" z="33.1819" />
+      <vertex index="6963" x="54.3142" y="44.0113" z="34.7369" />
+      <vertex index="6964" x="55.095" y="43.6796" z="34.853" />
+      <vertex index="6965" x="55.6055" y="42.5352" z="36.145" />
+      <vertex index="6966" x="55.85" y="44.259" z="30.9547" />
+      <vertex index="6967" x="54.9345" y="44.8896" z="34.051" />
+      <vertex index="6968" x="55.9014" y="44.0762" z="36.55" />
+      <vertex index="6969" x="54.4653" y="44.5415" z="37.6189" />
+      <vertex index="6970" x="54.375" y="44.4477" z="38.6987" />
+      <vertex index="6971" x="52.4821" y="43.3847" z="35.8509" />
+      <vertex index="6972" x="51.7513" y="42.7857" z="36.0186" />
+      <vertex index="6973" x="54.0769" y="42.4656" z="39.0701" />
+      <vertex index="6974" x="53.2658" y="42.3335" z="36.3424" />
+      <vertex index="6975" x="54.6562" y="42.4552" z="35.596" />
+      <vertex index="6976" x="55.6299" y="45.213" z="32.8502" />
+      <vertex index="6977" x="55.1504" y="41.7986" z="32.6135" />
+      <vertex index="6978" x="54.7778" y="41.8123" z="33.0528" />
+      <vertex index="6979" x="54.028" y="42.4972" z="33.744" />
+      <vertex index="6980" x="55.6207" y="43.1185" z="33.2234" />
+      <vertex index="6981" x="54.94" y="43.6524" z="32.6792" />
+      <vertex index="6982" x="54.0881" y="42.5437" z="31.0957" />
+      <vertex index="6983" x="54.2268" y="41.0985" z="36.8727" />
+      <vertex index="6984" x="56.8938" y="43.8542" z="31.108" />
+      <vertex index="6985" x="57.961" y="43.2583" z="38.3113" />
+      <vertex index="6986" x="56.4778" y="42.8849" z="43.0536" />
+      <vertex index="6987" x="53.7331" y="43.9629" z="35.855" />
+      <vertex index="6988" x="54.5242" y="42.8829" z="35.0767" />
+      <vertex index="6989" x="54.3241" y="44.3714" z="36.8334" />
+      <vertex index="6990" x="54.9483" y="45.8844" z="34.9489" />
+      <vertex index="6991" x="53.971" y="45.7524" z="33.3522" />
+      <vertex index="6992" x="55.791" y="43.5656" z="30.9291" />
+      <vertex index="6993" x="57.7771" y="52.5673" z="7.64488" />
+      <vertex index="6994" x="56.2197" y="50.2956" z="13.6391" />
+      <vertex index="6995" x="54.5707" y="43.0863" z="34.438" />
+      <vertex index="6996" x="53.5955" y="43.455" z="38.4893" />
+      <vertex index="6997" x="54.2386" y="43.5018" z="33.5157" />
+      <vertex index="6998" x="54.5528" y="40.4743" z="33.6096" />
+      <vertex index="6999" x="54.8076" y="42.3757" z="32.6519" />
+      <vertex index="7000" x="55.9348" y="41.4188" z="33.9702" />
+      <vertex index="7001" x="56.173" y="41.0009" z="34.7181" />
+      <vertex index="7002" x="54.7524" y="44.3967" z="30.8323" />
+      <vertex index="7003" x="55.8755" y="44.5079" z="30.0797" />
+      <vertex index="7004" x="55.3284" y="44.606" z="30.8389" />
+      <vertex index="7005" x="54.7696" y="45.7064" z="33.4605" />
+      <vertex index="7006" x="55.2959" y="45.7228" z="33.5337" />
+      <vertex index="7007" x="54.6962" y="44.5652" z="34.8707" />
+      <vertex index="7008" x="57.7512" y="51.7278" z="6.70167" />
+      <vertex index="7009" x="55.2834" y="42.9249" z="32.7934" />
+      <vertex index="7010" x="53.4066" y="41.7794" z="37.2058" />
+      <vertex index="7011" x="52.9629" y="41.8635" z="35.9987" />
+      <vertex index="7012" x="54.6797" y="45.822" z="32.847" />
+      <vertex index="7013" x="52.6773" y="42.4422" z="37.2154" />
+      <vertex index="7014" x="55.2714" y="44.1898" z="31.6474" />
+      <vertex index="7015" x="53.5176" y="43.1019" z="33.8664" />
+      <vertex index="7016" x="55.1499" y="42.4928" z="33.3955" />
+      <vertex index="7017" x="55.7188" y="42.668" z="32.8851" />
+      <vertex index="7018" x="55.9019" y="44.9604" z="32.8232" />
+      <vertex index="7019" x="54.1327" y="44.0147" z="38.4935" />
+      <vertex index="7020" x="55.801" y="45.2591" z="33.1435" />
+      <vertex index="7021" x="54.6165" y="43.4809" z="32.892" />
+      <vertex index="7022" x="56.7127" y="44.177" z="31.3353" />
+      <vertex index="7023" x="54.0477" y="43.9043" z="37.025" />
+      <vertex index="7024" x="57.2888" y="52.7334" z="7.71678" />
+      <vertex index="7025" x="54.6218" y="42.8052" z="32.7241" />
+      <vertex index="7026" x="54.6773" y="42.5608" z="32.2183" />
+      <vertex index="7027" x="55.7737" y="40.9457" z="34.4412" />
+      <vertex index="7028" x="55.8273" y="44.3238" z="30.4993" />
+      <vertex index="7029" x="52.594" y="42.1975" z="35.8486" />
+      <vertex index="7030" x="54.3858" y="43.5837" z="37.0665" />
+    </vertices>
+    <cells size="37548">
+      <tetrahedron index="0" v0="2" v1="1615" v2="1616" v3="1617" />
+      <tetrahedron index="1" v0="1" v1="2" v2="1615" v3="1616" />
+      <tetrahedron index="2" v0="0" v1="1" v2="2" v3="1615" />
+      <tetrahedron index="3" v0="3" v1="4" v2="5" v3="1618" />
+      <tetrahedron index="4" v0="4" v1="5" v2="1618" v3="1619" />
+      <tetrahedron index="5" v0="5" v1="1618" v2="1619" v3="1620" />
+      <tetrahedron index="6" v0="6" v1="7" v2="8" v3="1621" />
+      <tetrahedron index="7" v0="7" v1="8" v2="1621" v3="1622" />
+      <tetrahedron index="8" v0="8" v1="1621" v2="1622" v3="1623" />
+      <tetrahedron index="9" v0="9" v1="10" v2="11" v3="1624" />
+      <tetrahedron index="10" v0="10" v1="11" v2="1624" v3="1625" />
+      <tetrahedron index="11" v0="11" v1="1624" v2="1625" v3="1626" />
+      <tetrahedron index="12" v0="12" v1="13" v2="14" v3="1627" />
+      <tetrahedron index="13" v0="13" v1="14" v2="1627" v3="1628" />
+      <tetrahedron index="14" v0="14" v1="1627" v2="1628" v3="1629" />
+      <tetrahedron index="15" v0="15" v1="16" v2="17" v3="1630" />
+      <tetrahedron index="16" v0="16" v1="17" v2="1630" v3="1631" />
+      <tetrahedron index="17" v0="17" v1="1630" v2="1631" v3="1632" />
+      <tetrahedron index="18" v0="19" v1="1630" v2="1633" v3="1634" />
+      <tetrahedron index="19" v0="18" v1="19" v2="1630" v3="1633" />
+      <tetrahedron index="20" v0="15" v1="18" v2="19" v3="1630" />
+      <tetrahedron index="21" v0="20" v1="21" v2="22" v3="1635" />
+      <tetrahedron index="22" v0="21" v1="22" v2="1635" v3="1636" />
+      <tetrahedron index="23" v0="22" v1="1635" v2="1636" v3="1637" />
+      <tetrahedron index="24" v0="23" v1="1635" v2="1637" v3="1638" />
+      <tetrahedron index="25" v0="22" v1="23" v2="1635" v3="1637" />
+      <tetrahedron index="26" v0="20" v1="22" v2="23" v3="1635" />
+      <tetrahedron index="27" v0="24" v1="25" v2="26" v3="1639" />
+      <tetrahedron index="28" v0="25" v1="26" v2="1639" v3="1640" />
+      <tetrahedron index="29" v0="26" v1="1639" v2="1640" v3="1641" />
+      <tetrahedron index="30" v0="27" v1="28" v2="29" v3="1642" />
+      <tetrahedron index="31" v0="28" v1="29" v2="1642" v3="1643" />
+      <tetrahedron index="32" v0="29" v1="1642" v2="1643" v3="1644" />
+      <tetrahedron index="33" v0="28" v1="30" v2="31" v3="1643" />
+      <tetrahedron index="34" v0="30" v1="31" v2="1643" v3="1645" />
+      <tetrahedron index="35" v0="31" v1="1643" v2="1645" v3="1646" />
+      <tetrahedron index="36" v0="32" v1="33" v2="34" v3="1647" />
+      <tetrahedron index="37" v0="33" v1="34" v2="1647" v3="1648" />
+      <tetrahedron index="38" v0="34" v1="1647" v2="1648" v3="1649" />
+      <tetrahedron index="39" v0="35" v1="36" v2="37" v3="1650" />
+      <tetrahedron index="40" v0="36" v1="37" v2="1650" v3="1651" />
+      <tetrahedron index="41" v0="37" v1="1650" v2="1651" v3="1652" />
+      <tetrahedron index="42" v0="36" v1="37" v2="38" v3="1651" />
+      <tetrahedron index="43" v0="37" v1="38" v2="1651" v3="1652" />
+      <tetrahedron index="44" v0="38" v1="1651" v2="1652" v3="1653" />
+      <tetrahedron index="45" v0="37" v1="38" v2="39" v3="1652" />
+      <tetrahedron index="46" v0="38" v1="39" v2="1652" v3="1653" />
+      <tetrahedron index="47" v0="39" v1="1652" v2="1653" v3="1654" />
+      <tetrahedron index="48" v0="40" v1="1651" v2="1653" v3="1655" />
+      <tetrahedron index="49" v0="38" v1="40" v2="1651" v3="1653" />
+      <tetrahedron index="50" v0="36" v1="38" v2="40" v3="1651" />
+      <tetrahedron index="51" v0="41" v1="42" v2="43" v3="1656" />
+      <tetrahedron index="52" v0="42" v1="43" v2="1656" v3="1657" />
+      <tetrahedron index="53" v0="43" v1="1656" v2="1657" v3="1658" />
+      <tetrahedron index="54" v0="44" v1="45" v2="46" v3="1659" />
+      <tetrahedron index="55" v0="45" v1="46" v2="1659" v3="1660" />
+      <tetrahedron index="56" v0="46" v1="1659" v2="1660" v3="1661" />
+      <tetrahedron index="57" v0="40" v1="47" v2="48" v3="1655" />
+      <tetrahedron index="58" v0="47" v1="48" v2="1655" v3="1662" />
+      <tetrahedron index="59" v0="48" v1="1655" v2="1662" v3="1663" />
+      <tetrahedron index="60" v0="44" v1="46" v2="49" v3="1659" />
+      <tetrahedron index="61" v0="46" v1="49" v2="1659" v3="1661" />
+      <tetrahedron index="62" v0="49" v1="1659" v2="1661" v3="1664" />
+      <tetrahedron index="63" v0="50" v1="51" v2="52" v3="1665" />
+      <tetrahedron index="64" v0="51" v1="52" v2="1665" v3="1666" />
+      <tetrahedron index="65" v0="52" v1="1665" v2="1666" v3="1667" />
+      <tetrahedron index="66" v0="53" v1="1665" v2="1666" v3="1668" />
+      <tetrahedron index="67" v0="51" v1="53" v2="1665" v3="1666" />
+      <tetrahedron index="68" v0="50" v1="51" v2="53" v3="1665" />
+      <tetrahedron index="69" v0="48" v1="51" v2="54" v3="1663" />
+      <tetrahedron index="70" v0="51" v1="54" v2="1663" v3="1666" />
+      <tetrahedron index="71" v0="54" v1="1663" v2="1666" v3="1669" />
+      <tetrahedron index="72" v0="47" v1="48" v2="54" v3="1662" />
+      <tetrahedron index="73" v0="48" v1="54" v2="1662" v3="1663" />
+      <tetrahedron index="74" v0="54" v1="1662" v2="1663" v3="1669" />
+      <tetrahedron index="75" v0="40" v1="47" v2="55" v3="1655" />
+      <tetrahedron index="76" v0="47" v1="55" v2="1655" v3="1662" />
+      <tetrahedron index="77" v0="55" v1="1655" v2="1662" v3="1670" />
+      <tetrahedron index="78" v0="50" v1="53" v2="56" v3="1665" />
+      <tetrahedron index="79" v0="53" v1="56" v2="1665" v3="1668" />
+      <tetrahedron index="80" v0="56" v1="1665" v2="1668" v3="1671" />
+      <tetrahedron index="81" v0="47" v1="55" v2="57" v3="1662" />
+      <tetrahedron index="82" v0="55" v1="57" v2="1662" v3="1670" />
+      <tetrahedron index="83" v0="57" v1="1662" v2="1670" v3="1672" />
+      <tetrahedron index="84" v0="58" v1="59" v2="60" v3="1673" />
+      <tetrahedron index="85" v0="59" v1="60" v2="1673" v3="1674" />
+      <tetrahedron index="86" v0="60" v1="1673" v2="1674" v3="1675" />
+      <tetrahedron index="87" v0="61" v1="62" v2="63" v3="1676" />
+      <tetrahedron index="88" v0="62" v1="63" v2="1676" v3="1677" />
+      <tetrahedron index="89" v0="63" v1="1676" v2="1677" v3="1678" />
+      <tetrahedron index="90" v0="64" v1="65" v2="66" v3="1679" />
+      <tetrahedron index="91" v0="65" v1="66" v2="1679" v3="1680" />
+      <tetrahedron index="92" v0="66" v1="1679" v2="1680" v3="1681" />
+      <tetrahedron index="93" v0="64" v1="66" v2="67" v3="1679" />
+      <tetrahedron index="94" v0="66" v1="67" v2="1679" v3="1681" />
+      <tetrahedron index="95" v0="67" v1="1679" v2="1681" v3="1682" />
+      <tetrahedron index="96" v0="68" v1="69" v2="70" v3="1683" />
+      <tetrahedron index="97" v0="69" v1="70" v2="1683" v3="1684" />
+      <tetrahedron index="98" v0="70" v1="1683" v2="1684" v3="1685" />
+      <tetrahedron index="99" v0="72" v1="1684" v2="1686" v3="1687" />
+      <tetrahedron index="100" v0="71" v1="72" v2="1684" v3="1686" />
+      <tetrahedron index="101" v0="69" v1="71" v2="72" v3="1684" />
+      <tetrahedron index="102" v0="73" v1="74" v2="75" v3="1688" />
+      <tetrahedron index="103" v0="74" v1="75" v2="1688" v3="1689" />
+      <tetrahedron index="104" v0="75" v1="1688" v2="1689" v3="1690" />
+      <tetrahedron index="105" v0="76" v1="77" v2="78" v3="1691" />
+      <tetrahedron index="106" v0="77" v1="78" v2="1691" v3="1692" />
+      <tetrahedron index="107" v0="78" v1="1691" v2="1692" v3="1693" />
+      <tetrahedron index="108" v0="79" v1="80" v2="81" v3="1694" />
+      <tetrahedron index="109" v0="80" v1="81" v2="1694" v3="1695" />
+      <tetrahedron index="110" v0="81" v1="1694" v2="1695" v3="1696" />
+      <tetrahedron index="111" v0="82" v1="83" v2="84" v3="1697" />
+      <tetrahedron index="112" v0="83" v1="84" v2="1697" v3="1698" />
+      <tetrahedron index="113" v0="84" v1="1697" v2="1698" v3="1699" />
+      <tetrahedron index="114" v0="85" v1="86" v2="87" v3="1700" />
+      <tetrahedron index="115" v0="86" v1="87" v2="1700" v3="1701" />
+      <tetrahedron index="116" v0="87" v1="1700" v2="1701" v3="1702" />
+      <tetrahedron index="117" v0="88" v1="89" v2="90" v3="1703" />
+      <tetrahedron index="118" v0="89" v1="90" v2="1703" v3="1704" />
+      <tetrahedron index="119" v0="90" v1="1703" v2="1704" v3="1705" />
+      <tetrahedron index="120" v0="91" v1="92" v2="93" v3="1706" />
+      <tetrahedron index="121" v0="92" v1="93" v2="1706" v3="1707" />
+      <tetrahedron index="122" v0="93" v1="1706" v2="1707" v3="1708" />
+      <tetrahedron index="123" v0="94" v1="95" v2="96" v3="1709" />
+      <tetrahedron index="124" v0="95" v1="96" v2="1709" v3="1710" />
+      <tetrahedron index="125" v0="96" v1="1709" v2="1710" v3="1711" />
+      <tetrahedron index="126" v0="97" v1="98" v2="99" v3="1712" />
+      <tetrahedron index="127" v0="98" v1="99" v2="1712" v3="1713" />
+      <tetrahedron index="128" v0="99" v1="1712" v2="1713" v3="1714" />
+      <tetrahedron index="129" v0="100" v1="101" v2="102" v3="1715" />
+      <tetrahedron index="130" v0="101" v1="102" v2="1715" v3="1716" />
+      <tetrahedron index="131" v0="102" v1="1715" v2="1716" v3="1717" />
+      <tetrahedron index="132" v0="103" v1="104" v2="105" v3="1718" />
+      <tetrahedron index="133" v0="104" v1="105" v2="1718" v3="1719" />
+      <tetrahedron index="134" v0="105" v1="1718" v2="1719" v3="1720" />
+      <tetrahedron index="135" v0="100" v1="101" v2="106" v3="1715" />
+      <tetrahedron index="136" v0="101" v1="106" v2="1715" v3="1716" />
+      <tetrahedron index="137" v0="106" v1="1715" v2="1716" v3="1721" />
+      <tetrahedron index="138" v0="107" v1="108" v2="109" v3="1722" />
+      <tetrahedron index="139" v0="108" v1="109" v2="1722" v3="1723" />
+      <tetrahedron index="140" v0="109" v1="1722" v2="1723" v3="1724" />
+      <tetrahedron index="141" v0="0" v1="1" v2="110" v3="1615" />
+      <tetrahedron index="142" v0="1" v1="110" v2="1615" v3="1616" />
+      <tetrahedron index="143" v0="110" v1="1615" v2="1616" v3="1725" />
+      <tetrahedron index="144" v0="111" v1="112" v2="113" v3="1726" />
+      <tetrahedron index="145" v0="112" v1="113" v2="1726" v3="1727" />
+      <tetrahedron index="146" v0="113" v1="1726" v2="1727" v3="1728" />
+      <tetrahedron index="147" v0="3" v1="114" v2="115" v3="1618" />
+      <tetrahedron index="148" v0="114" v1="115" v2="1618" v3="1729" />
+      <tetrahedron index="149" v0="115" v1="1618" v2="1729" v3="1730" />
+      <tetrahedron index="150" v0="116" v1="117" v2="118" v3="1731" />
+      <tetrahedron index="151" v0="117" v1="118" v2="1731" v3="1732" />
+      <tetrahedron index="152" v0="118" v1="1731" v2="1732" v3="1733" />
+      <tetrahedron index="153" v0="119" v1="120" v2="121" v3="1734" />
+      <tetrahedron index="154" v0="120" v1="121" v2="1734" v3="1735" />
+      <tetrahedron index="155" v0="121" v1="1734" v2="1735" v3="1736" />
+      <tetrahedron index="156" v0="122" v1="123" v2="124" v3="1737" />
+      <tetrahedron index="157" v0="123" v1="124" v2="1737" v3="1738" />
+      <tetrahedron index="158" v0="124" v1="1737" v2="1738" v3="1739" />
+      <tetrahedron index="159" v0="125" v1="126" v2="127" v3="1740" />
+      <tetrahedron index="160" v0="126" v1="127" v2="1740" v3="1741" />
+      <tetrahedron index="161" v0="127" v1="1740" v2="1741" v3="1742" />
+      <tetrahedron index="162" v0="128" v1="129" v2="130" v3="1743" />
+      <tetrahedron index="163" v0="129" v1="130" v2="1743" v3="1744" />
+      <tetrahedron index="164" v0="130" v1="1743" v2="1744" v3="1745" />
+      <tetrahedron index="165" v0="131" v1="132" v2="133" v3="1746" />
+      <tetrahedron index="166" v0="132" v1="133" v2="1746" v3="1747" />
+      <tetrahedron index="167" v0="133" v1="1746" v2="1747" v3="1748" />
+      <tetrahedron index="168" v0="10" v1="11" v2="134" v3="1625" />
+      <tetrahedron index="169" v0="11" v1="134" v2="1625" v3="1626" />
+      <tetrahedron index="170" v0="134" v1="1625" v2="1626" v3="1749" />
+      <tetrahedron index="171" v0="11" v1="135" v2="136" v3="1626" />
+      <tetrahedron index="172" v0="135" v1="136" v2="1626" v3="1750" />
+      <tetrahedron index="173" v0="136" v1="1626" v2="1750" v3="1751" />
+      <tetrahedron index="174" v0="137" v1="138" v2="139" v3="1752" />
+      <tetrahedron index="175" v0="138" v1="139" v2="1752" v3="1753" />
+      <tetrahedron index="176" v0="139" v1="1752" v2="1753" v3="1754" />
+      <tetrahedron index="177" v0="16" v1="140" v2="141" v3="1631" />
+      <tetrahedron index="178" v0="140" v1="141" v2="1631" v3="1755" />
+      <tetrahedron index="179" v0="141" v1="1631" v2="1755" v3="1756" />
+      <tetrahedron index="180" v0="15" v1="19" v2="142" v3="1630" />
+      <tetrahedron index="181" v0="19" v1="142" v2="1630" v3="1634" />
+      <tetrahedron index="182" v0="142" v1="1630" v2="1634" v3="1757" />
+      <tetrahedron index="183" v0="143" v1="144" v2="145" v3="1758" />
+      <tetrahedron index="184" v0="144" v1="145" v2="1758" v3="1759" />
+      <tetrahedron index="185" v0="145" v1="1758" v2="1759" v3="1760" />
+      <tetrahedron index="186" v0="146" v1="147" v2="148" v3="1761" />
+      <tetrahedron index="187" v0="147" v1="148" v2="1761" v3="1762" />
+      <tetrahedron index="188" v0="148" v1="1761" v2="1762" v3="1763" />
+      <tetrahedron index="189" v0="31" v1="37" v2="39" v3="1646" />
+      <tetrahedron index="190" v0="37" v1="39" v2="1646" v3="1652" />
+      <tetrahedron index="191" v0="39" v1="1646" v2="1652" v3="1654" />
+      <tetrahedron index="192" v0="41" v1="43" v2="148" v3="1656" />
+      <tetrahedron index="193" v0="43" v1="148" v2="1656" v3="1658" />
+      <tetrahedron index="194" v0="148" v1="1656" v2="1658" v3="1763" />
+      <tetrahedron index="195" v0="40" v1="48" v2="149" v3="1655" />
+      <tetrahedron index="196" v0="48" v1="149" v2="1655" v3="1663" />
+      <tetrahedron index="197" v0="149" v1="1655" v2="1663" v3="1764" />
+      <tetrahedron index="198" v0="38" v1="40" v2="149" v3="1653" />
+      <tetrahedron index="199" v0="40" v1="149" v2="1653" v3="1655" />
+      <tetrahedron index="200" v0="149" v1="1653" v2="1655" v3="1764" />
+      <tetrahedron index="201" v0="35" v1="36" v2="150" v3="1650" />
+      <tetrahedron index="202" v0="36" v1="150" v2="1650" v3="1651" />
+      <tetrahedron index="203" v0="150" v1="1650" v2="1651" v3="1765" />
+      <tetrahedron index="204" v0="143" v1="144" v2="151" v3="1758" />
+      <tetrahedron index="205" v0="144" v1="151" v2="1758" v3="1759" />
+      <tetrahedron index="206" v0="151" v1="1758" v2="1759" v3="1766" />
+      <tetrahedron index="207" v0="48" v1="149" v2="152" v3="1663" />
+      <tetrahedron index="208" v0="149" v1="152" v2="1663" v3="1764" />
+      <tetrahedron index="209" v0="152" v1="1663" v2="1764" v3="1767" />
+      <tetrahedron index="210" v0="153" v1="154" v2="155" v3="1768" />
+      <tetrahedron index="211" v0="154" v1="155" v2="1768" v3="1769" />
+      <tetrahedron index="212" v0="155" v1="1768" v2="1769" v3="1770" />
+      <tetrahedron index="213" v0="153" v1="154" v2="156" v3="1768" />
+      <tetrahedron index="214" v0="154" v1="156" v2="1768" v3="1769" />
+      <tetrahedron index="215" v0="156" v1="1768" v2="1769" v3="1771" />
+      <tetrahedron index="216" v0="36" v1="40" v2="55" v3="1651" />
+      <tetrahedron index="217" v0="40" v1="55" v2="1651" v3="1655" />
+      <tetrahedron index="218" v0="55" v1="1651" v2="1655" v3="1670" />
+      <tetrahedron index="219" v0="36" v1="55" v2="150" v3="1651" />
+      <tetrahedron index="220" v0="55" v1="150" v2="1651" v3="1670" />
+      <tetrahedron index="221" v0="150" v1="1651" v2="1670" v3="1765" />
+      <tetrahedron index="222" v0="53" v1="152" v2="157" v3="1668" />
+      <tetrahedron index="223" v0="152" v1="157" v2="1668" v3="1767" />
+      <tetrahedron index="224" v0="157" v1="1668" v2="1767" v3="1772" />
+      <tetrahedron index="225" v0="158" v1="159" v2="160" v3="1773" />
+      <tetrahedron index="226" v0="159" v1="160" v2="1773" v3="1774" />
+      <tetrahedron index="227" v0="160" v1="1773" v2="1774" v3="1775" />
+      <tetrahedron index="228" v0="161" v1="162" v2="163" v3="1776" />
+      <tetrahedron index="229" v0="162" v1="163" v2="1776" v3="1777" />
+      <tetrahedron index="230" v0="163" v1="1776" v2="1777" v3="1778" />
+      <tetrahedron index="231" v0="164" v1="165" v2="166" v3="1779" />
+      <tetrahedron index="232" v0="165" v1="166" v2="1779" v3="1780" />
+      <tetrahedron index="233" v0="166" v1="1779" v2="1780" v3="1781" />
+      <tetrahedron index="234" v0="167" v1="168" v2="169" v3="1782" />
+      <tetrahedron index="235" v0="168" v1="169" v2="1782" v3="1783" />
+      <tetrahedron index="236" v0="169" v1="1782" v2="1783" v3="1784" />
+      <tetrahedron index="237" v0="164" v1="166" v2="170" v3="1779" />
+      <tetrahedron index="238" v0="166" v1="170" v2="1779" v3="1781" />
+      <tetrahedron index="239" v0="170" v1="1779" v2="1781" v3="1785" />
+      <tetrahedron index="240" v0="72" v1="166" v2="170" v3="1687" />
+      <tetrahedron index="241" v0="166" v1="170" v2="1687" v3="1781" />
+      <tetrahedron index="242" v0="170" v1="1687" v2="1781" v3="1785" />
+      <tetrahedron index="243" v0="171" v1="172" v2="173" v3="1786" />
+      <tetrahedron index="244" v0="172" v1="173" v2="1786" v3="1787" />
+      <tetrahedron index="245" v0="173" v1="1786" v2="1787" v3="1788" />
+      <tetrahedron index="246" v0="174" v1="175" v2="176" v3="1789" />
+      <tetrahedron index="247" v0="175" v1="176" v2="1789" v3="1790" />
+      <tetrahedron index="248" v0="176" v1="1789" v2="1790" v3="1791" />
+      <tetrahedron index="249" v0="82" v1="172" v2="177" v3="1697" />
+      <tetrahedron index="250" v0="172" v1="177" v2="1697" v3="1787" />
+      <tetrahedron index="251" v0="177" v1="1697" v2="1787" v3="1792" />
+      <tetrahedron index="252" v0="178" v1="179" v2="180" v3="1793" />
+      <tetrahedron index="253" v0="179" v1="180" v2="1793" v3="1794" />
+      <tetrahedron index="254" v0="180" v1="1793" v2="1794" v3="1795" />
+      <tetrahedron index="255" v0="181" v1="182" v2="183" v3="1796" />
+      <tetrahedron index="256" v0="182" v1="183" v2="1796" v3="1797" />
+      <tetrahedron index="257" v0="183" v1="1796" v2="1797" v3="1798" />
+      <tetrahedron index="258" v0="184" v1="185" v2="186" v3="1799" />
+      <tetrahedron index="259" v0="185" v1="186" v2="1799" v3="1800" />
+      <tetrahedron index="260" v0="186" v1="1799" v2="1800" v3="1801" />
+      <tetrahedron index="261" v0="187" v1="188" v2="189" v3="1802" />
+      <tetrahedron index="262" v0="188" v1="189" v2="1802" v3="1803" />
+      <tetrahedron index="263" v0="189" v1="1802" v2="1803" v3="1804" />
+      <tetrahedron index="264" v0="190" v1="191" v2="192" v3="1805" />
+      <tetrahedron index="265" v0="191" v1="192" v2="1805" v3="1806" />
+      <tetrahedron index="266" v0="192" v1="1805" v2="1806" v3="1807" />
+      <tetrahedron index="267" v0="47" v1="54" v2="57" v3="1662" />
+      <tetrahedron index="268" v0="54" v1="57" v2="1662" v3="1669" />
+      <tetrahedron index="269" v0="57" v1="1662" v2="1669" v3="1672" />
+      <tetrahedron index="270" v0="95" v1="96" v2="193" v3="1710" />
+      <tetrahedron index="271" v0="96" v1="193" v2="1710" v3="1711" />
+      <tetrahedron index="272" v0="193" v1="1710" v2="1711" v3="1808" />
+      <tetrahedron index="273" v0="60" v1="194" v2="195" v3="1675" />
+      <tetrahedron index="274" v0="194" v1="195" v2="1675" v3="1809" />
+      <tetrahedron index="275" v0="195" v1="1675" v2="1809" v3="1810" />
+      <tetrahedron index="276" v0="196" v1="197" v2="198" v3="1811" />
+      <tetrahedron index="277" v0="197" v1="198" v2="1811" v3="1812" />
+      <tetrahedron index="278" v0="198" v1="1811" v2="1812" v3="1813" />
+      <tetrahedron index="279" v0="123" v1="199" v2="200" v3="1738" />
+      <tetrahedron index="280" v0="199" v1="200" v2="1738" v3="1814" />
+      <tetrahedron index="281" v0="200" v1="1738" v2="1814" v3="1815" />
+      <tetrahedron index="282" v0="201" v1="202" v2="203" v3="1816" />
+      <tetrahedron index="283" v0="202" v1="203" v2="1816" v3="1817" />
+      <tetrahedron index="284" v0="203" v1="1816" v2="1817" v3="1818" />
+      <tetrahedron index="285" v0="92" v1="93" v2="204" v3="1707" />
+      <tetrahedron index="286" v0="93" v1="204" v2="1707" v3="1708" />
+      <tetrahedron index="287" v0="204" v1="1707" v2="1708" v3="1819" />
+      <tetrahedron index="288" v0="205" v1="206" v2="207" v3="1820" />
+      <tetrahedron index="289" v0="206" v1="207" v2="1820" v3="1821" />
+      <tetrahedron index="290" v0="207" v1="1820" v2="1821" v3="1822" />
+      <tetrahedron index="291" v0="208" v1="209" v2="210" v3="1823" />
+      <tetrahedron index="292" v0="209" v1="210" v2="1823" v3="1824" />
+      <tetrahedron index="293" v0="210" v1="1823" v2="1824" v3="1825" />
+      <tetrahedron index="294" v0="211" v1="212" v2="213" v3="1826" />
+      <tetrahedron index="295" v0="212" v1="213" v2="1826" v3="1827" />
+      <tetrahedron index="296" v0="213" v1="1826" v2="1827" v3="1828" />
+      <tetrahedron index="297" v0="134" v1="214" v2="215" v3="1749" />
+      <tetrahedron index="298" v0="214" v1="215" v2="1749" v3="1829" />
+      <tetrahedron index="299" v0="215" v1="1749" v2="1829" v3="1830" />
+      <tetrahedron index="300" v0="15" v1="16" v2="18" v3="1630" />
+      <tetrahedron index="301" v0="16" v1="18" v2="1630" v3="1631" />
+      <tetrahedron index="302" v0="18" v1="1630" v2="1631" v3="1633" />
+      <tetrahedron index="303" v0="16" v1="17" v2="216" v3="1631" />
+      <tetrahedron index="304" v0="17" v1="216" v2="1631" v3="1632" />
+      <tetrahedron index="305" v0="216" v1="1631" v2="1632" v3="1831" />
+      <tetrahedron index="306" v0="217" v1="218" v2="219" v3="1832" />
+      <tetrahedron index="307" v0="218" v1="219" v2="1832" v3="1833" />
+      <tetrahedron index="308" v0="219" v1="1832" v2="1833" v3="1834" />
+      <tetrahedron index="309" v0="220" v1="221" v2="222" v3="1835" />
+      <tetrahedron index="310" v0="221" v1="222" v2="1835" v3="1836" />
+      <tetrahedron index="311" v0="222" v1="1835" v2="1836" v3="1837" />
+      <tetrahedron index="312" v0="223" v1="224" v2="225" v3="1838" />
+      <tetrahedron index="313" v0="224" v1="225" v2="1838" v3="1839" />
+      <tetrahedron index="314" v0="225" v1="1838" v2="1839" v3="1840" />
+      <tetrahedron index="315" v0="98" v1="226" v2="227" v3="1713" />
+      <tetrahedron index="316" v0="226" v1="227" v2="1713" v3="1841" />
+      <tetrahedron index="317" v0="227" v1="1713" v2="1841" v3="1842" />
+      <tetrahedron index="318" v0="208" v1="209" v2="228" v3="1823" />
+      <tetrahedron index="319" v0="209" v1="228" v2="1823" v3="1824" />
+      <tetrahedron index="320" v0="228" v1="1823" v2="1824" v3="1843" />
+      <tetrahedron index="321" v0="229" v1="230" v2="231" v3="1844" />
+      <tetrahedron index="322" v0="230" v1="231" v2="1844" v3="1845" />
+      <tetrahedron index="323" v0="231" v1="1844" v2="1845" v3="1846" />
+      <tetrahedron index="324" v0="232" v1="233" v2="234" v3="1847" />
+      <tetrahedron index="325" v0="233" v1="234" v2="1847" v3="1848" />
+      <tetrahedron index="326" v0="234" v1="1847" v2="1848" v3="1849" />
+      <tetrahedron index="327" v0="235" v1="236" v2="237" v3="1850" />
+      <tetrahedron index="328" v0="236" v1="237" v2="1850" v3="1851" />
+      <tetrahedron index="329" v0="237" v1="1850" v2="1851" v3="1852" />
+      <tetrahedron index="330" v0="106" v1="238" v2="239" v3="1721" />
+      <tetrahedron index="331" v0="238" v1="239" v2="1721" v3="1853" />
+      <tetrahedron index="332" v0="239" v1="1721" v2="1853" v3="1854" />
+      <tetrahedron index="333" v0="101" v1="106" v2="239" v3="1716" />
+      <tetrahedron index="334" v0="106" v1="239" v2="1716" v3="1721" />
+      <tetrahedron index="335" v0="239" v1="1716" v2="1721" v3="1854" />
+      <tetrahedron index="336" v0="240" v1="241" v2="242" v3="1855" />
+      <tetrahedron index="337" v0="241" v1="242" v2="1855" v3="1856" />
+      <tetrahedron index="338" v0="242" v1="1855" v2="1856" v3="1857" />
+      <tetrahedron index="339" v0="240" v1="242" v2="243" v3="1855" />
+      <tetrahedron index="340" v0="242" v1="243" v2="1855" v3="1857" />
+      <tetrahedron index="341" v0="243" v1="1855" v2="1857" v3="1858" />
+      <tetrahedron index="342" v0="244" v1="245" v2="246" v3="1859" />
+      <tetrahedron index="343" v0="245" v1="246" v2="1859" v3="1860" />
+      <tetrahedron index="344" v0="246" v1="1859" v2="1860" v3="1861" />
+      <tetrahedron index="345" v0="213" v1="247" v2="248" v3="1828" />
+      <tetrahedron index="346" v0="247" v1="248" v2="1828" v3="1862" />
+      <tetrahedron index="347" v0="248" v1="1828" v2="1862" v3="1863" />
+      <tetrahedron index="348" v0="249" v1="250" v2="251" v3="1864" />
+      <tetrahedron index="349" v0="250" v1="251" v2="1864" v3="1865" />
+      <tetrahedron index="350" v0="251" v1="1864" v2="1865" v3="1866" />
+      <tetrahedron index="351" v0="249" v1="251" v2="252" v3="1864" />
+      <tetrahedron index="352" v0="251" v1="252" v2="1864" v3="1866" />
+      <tetrahedron index="353" v0="252" v1="1864" v2="1866" v3="1867" />
+      <tetrahedron index="354" v0="14" v1="253" v2="254" v3="1629" />
+      <tetrahedron index="355" v0="253" v1="254" v2="1629" v3="1868" />
+      <tetrahedron index="356" v0="254" v1="1629" v2="1868" v3="1869" />
+      <tetrahedron index="357" v0="15" v1="17" v2="145" v3="1630" />
+      <tetrahedron index="358" v0="17" v1="145" v2="1630" v3="1632" />
+      <tetrahedron index="359" v0="145" v1="1630" v2="1632" v3="1760" />
+      <tetrahedron index="360" v0="15" v1="142" v2="145" v3="1630" />
+      <tetrahedron index="361" v0="142" v1="145" v2="1630" v3="1757" />
+      <tetrahedron index="362" v0="145" v1="1630" v2="1757" v3="1760" />
+      <tetrahedron index="363" v0="31" v1="35" v2="37" v3="1646" />
+      <tetrahedron index="364" v0="35" v1="37" v2="1646" v3="1650" />
+      <tetrahedron index="365" v0="37" v1="1646" v2="1650" v3="1652" />
+      <tetrahedron index="366" v0="28" v1="31" v2="35" v3="1643" />
+      <tetrahedron index="367" v0="31" v1="35" v2="1643" v3="1646" />
+      <tetrahedron index="368" v0="35" v1="1643" v2="1646" v3="1650" />
+      <tetrahedron index="369" v0="27" v1="28" v2="35" v3="1642" />
+      <tetrahedron index="370" v0="28" v1="35" v2="1642" v3="1643" />
+      <tetrahedron index="371" v0="35" v1="1642" v2="1643" v3="1650" />
+      <tetrahedron index="372" v0="50" v1="52" v2="156" v3="1665" />
+      <tetrahedron index="373" v0="52" v1="156" v2="1665" v3="1667" />
+      <tetrahedron index="374" v0="156" v1="1665" v2="1667" v3="1771" />
+      <tetrahedron index="375" v0="55" v1="150" v2="255" v3="1670" />
+      <tetrahedron index="376" v0="150" v1="255" v2="1670" v3="1765" />
+      <tetrahedron index="377" v0="255" v1="1670" v2="1765" v3="1870" />
+      <tetrahedron index="378" v0="256" v1="257" v2="258" v3="1871" />
+      <tetrahedron index="379" v0="257" v1="258" v2="1871" v3="1872" />
+      <tetrahedron index="380" v0="258" v1="1871" v2="1872" v3="1873" />
+      <tetrahedron index="381" v0="256" v1="258" v2="259" v3="1871" />
+      <tetrahedron index="382" v0="258" v1="259" v2="1871" v3="1873" />
+      <tetrahedron index="383" v0="259" v1="1871" v2="1873" v3="1874" />
+      <tetrahedron index="384" v0="260" v1="261" v2="262" v3="1875" />
+      <tetrahedron index="385" v0="261" v1="262" v2="1875" v3="1876" />
+      <tetrahedron index="386" v0="262" v1="1875" v2="1876" v3="1877" />
+      <tetrahedron index="387" v0="82" v1="84" v2="172" v3="1697" />
+      <tetrahedron index="388" v0="84" v1="172" v2="1697" v3="1699" />
+      <tetrahedron index="389" v0="172" v1="1697" v2="1699" v3="1787" />
+      <tetrahedron index="390" v0="86" v1="263" v2="264" v3="1701" />
+      <tetrahedron index="391" v0="263" v1="264" v2="1701" v3="1878" />
+      <tetrahedron index="392" v0="264" v1="1701" v2="1878" v3="1879" />
+      <tetrahedron index="393" v0="265" v1="266" v2="267" v3="1880" />
+      <tetrahedron index="394" v0="266" v1="267" v2="1880" v3="1881" />
+      <tetrahedron index="395" v0="267" v1="1880" v2="1881" v3="1882" />
+      <tetrahedron index="396" v0="265" v1="267" v2="268" v3="1880" />
+      <tetrahedron index="397" v0="267" v1="268" v2="1880" v3="1882" />
+      <tetrahedron index="398" v0="268" v1="1880" v2="1882" v3="1883" />
+      <tetrahedron index="399" v0="244" v1="246" v2="269" v3="1859" />
+      <tetrahedron index="400" v0="246" v1="269" v2="1859" v3="1861" />
+      <tetrahedron index="401" v0="269" v1="1859" v2="1861" v3="1884" />
+      <tetrahedron index="402" v0="211" v1="212" v2="270" v3="1826" />
+      <tetrahedron index="403" v0="212" v1="270" v2="1826" v3="1827" />
+      <tetrahedron index="404" v0="270" v1="1826" v2="1827" v3="1885" />
+      <tetrahedron index="405" v0="16" v1="141" v2="216" v3="1631" />
+      <tetrahedron index="406" v0="141" v1="216" v2="1631" v3="1756" />
+      <tetrahedron index="407" v0="216" v1="1631" v2="1756" v3="1831" />
+      <tetrahedron index="408" v0="271" v1="272" v2="273" v3="1886" />
+      <tetrahedron index="409" v0="272" v1="273" v2="1886" v3="1887" />
+      <tetrahedron index="410" v0="273" v1="1886" v2="1887" v3="1888" />
+      <tetrahedron index="411" v0="271" v1="273" v2="274" v3="1886" />
+      <tetrahedron index="412" v0="273" v1="274" v2="1886" v3="1888" />
+      <tetrahedron index="413" v0="274" v1="1886" v2="1888" v3="1889" />
+      <tetrahedron index="414" v0="17" v1="143" v2="145" v3="1632" />
+      <tetrahedron index="415" v0="143" v1="145" v2="1632" v3="1758" />
+      <tetrahedron index="416" v0="145" v1="1632" v2="1758" v3="1760" />
+      <tetrahedron index="417" v0="206" v1="275" v2="276" v3="1821" />
+      <tetrahedron index="418" v0="275" v1="276" v2="1821" v3="1890" />
+      <tetrahedron index="419" v0="276" v1="1821" v2="1890" v3="1891" />
+      <tetrahedron index="420" v0="151" v1="277" v2="278" v3="1766" />
+      <tetrahedron index="421" v0="277" v1="278" v2="1766" v3="1892" />
+      <tetrahedron index="422" v0="278" v1="1766" v2="1892" v3="1893" />
+      <tetrahedron index="423" v0="144" v1="151" v2="278" v3="1759" />
+      <tetrahedron index="424" v0="151" v1="278" v2="1759" v3="1766" />
+      <tetrahedron index="425" v0="278" v1="1759" v2="1766" v3="1893" />
+      <tetrahedron index="426" v0="279" v1="280" v2="281" v3="1894" />
+      <tetrahedron index="427" v0="280" v1="281" v2="1894" v3="1895" />
+      <tetrahedron index="428" v0="281" v1="1894" v2="1895" v3="1896" />
+      <tetrahedron index="429" v0="282" v1="283" v2="284" v3="1897" />
+      <tetrahedron index="430" v0="283" v1="284" v2="1897" v3="1898" />
+      <tetrahedron index="431" v0="284" v1="1897" v2="1898" v3="1899" />
+      <tetrahedron index="432" v0="285" v1="286" v2="287" v3="1900" />
+      <tetrahedron index="433" v0="286" v1="287" v2="1900" v3="1901" />
+      <tetrahedron index="434" v0="287" v1="1900" v2="1901" v3="1902" />
+      <tetrahedron index="435" v0="288" v1="289" v2="290" v3="1903" />
+      <tetrahedron index="436" v0="289" v1="290" v2="1903" v3="1904" />
+      <tetrahedron index="437" v0="290" v1="1903" v2="1904" v3="1905" />
+      <tetrahedron index="438" v0="291" v1="292" v2="293" v3="1906" />
+      <tetrahedron index="439" v0="292" v1="293" v2="1906" v3="1907" />
+      <tetrahedron index="440" v0="293" v1="1906" v2="1907" v3="1908" />
+      <tetrahedron index="441" v0="291" v1="293" v2="294" v3="1906" />
+      <tetrahedron index="442" v0="293" v1="294" v2="1906" v3="1908" />
+      <tetrahedron index="443" v0="294" v1="1906" v2="1908" v3="1909" />
+      <tetrahedron index="444" v0="12" v1="14" v2="139" v3="1627" />
+      <tetrahedron index="445" v0="14" v1="139" v2="1627" v3="1629" />
+      <tetrahedron index="446" v0="139" v1="1627" v2="1629" v3="1754" />
+      <tetrahedron index="447" v0="233" v1="234" v2="295" v3="1848" />
+      <tetrahedron index="448" v0="234" v1="295" v2="1848" v3="1849" />
+      <tetrahedron index="449" v0="295" v1="1848" v2="1849" v3="1910" />
+      <tetrahedron index="450" v0="296" v1="297" v2="298" v3="1911" />
+      <tetrahedron index="451" v0="297" v1="298" v2="1911" v3="1912" />
+      <tetrahedron index="452" v0="298" v1="1911" v2="1912" v3="1913" />
+      <tetrahedron index="453" v0="296" v1="298" v2="299" v3="1911" />
+      <tetrahedron index="454" v0="298" v1="299" v2="1911" v3="1913" />
+      <tetrahedron index="455" v0="299" v1="1911" v2="1913" v3="1914" />
+      <tetrahedron index="456" v0="27" v1="35" v2="150" v3="1642" />
+      <tetrahedron index="457" v0="35" v1="150" v2="1642" v3="1650" />
+      <tetrahedron index="458" v0="150" v1="1642" v2="1650" v3="1765" />
+      <tetrahedron index="459" v0="289" v1="290" v2="300" v3="1904" />
+      <tetrahedron index="460" v0="290" v1="300" v2="1904" v3="1905" />
+      <tetrahedron index="461" v0="300" v1="1904" v2="1905" v3="1915" />
+      <tetrahedron index="462" v0="301" v1="302" v2="303" v3="1916" />
+      <tetrahedron index="463" v0="302" v1="303" v2="1916" v3="1917" />
+      <tetrahedron index="464" v0="303" v1="1916" v2="1917" v3="1918" />
+      <tetrahedron index="465" v0="304" v1="305" v2="306" v3="1919" />
+      <tetrahedron index="466" v0="305" v1="306" v2="1919" v3="1920" />
+      <tetrahedron index="467" v0="306" v1="1919" v2="1920" v3="1921" />
+      <tetrahedron index="468" v0="307" v1="308" v2="309" v3="1922" />
+      <tetrahedron index="469" v0="308" v1="309" v2="1922" v3="1923" />
+      <tetrahedron index="470" v0="309" v1="1922" v2="1923" v3="1924" />
+      <tetrahedron index="471" v0="297" v1="310" v2="311" v3="1912" />
+      <tetrahedron index="472" v0="310" v1="311" v2="1912" v3="1925" />
+      <tetrahedron index="473" v0="311" v1="1912" v2="1925" v3="1926" />
+      <tetrahedron index="474" v0="181" v1="293" v2="312" v3="1796" />
+      <tetrahedron index="475" v0="293" v1="312" v2="1796" v3="1908" />
+      <tetrahedron index="476" v0="312" v1="1796" v2="1908" v3="1927" />
+      <tetrahedron index="477" v0="232" v1="233" v2="313" v3="1847" />
+      <tetrahedron index="478" v0="233" v1="313" v2="1847" v3="1848" />
+      <tetrahedron index="479" v0="313" v1="1847" v2="1848" v3="1928" />
+      <tetrahedron index="480" v0="4" v1="5" v2="314" v3="1619" />
+      <tetrahedron index="481" v0="5" v1="314" v2="1619" v3="1620" />
+      <tetrahedron index="482" v0="314" v1="1619" v2="1620" v3="1929" />
+      <tetrahedron index="483" v0="315" v1="316" v2="317" v3="1930" />
+      <tetrahedron index="484" v0="316" v1="317" v2="1930" v3="1931" />
+      <tetrahedron index="485" v0="317" v1="1930" v2="1931" v3="1932" />
+      <tetrahedron index="486" v0="140" v1="318" v2="319" v3="1755" />
+      <tetrahedron index="487" v0="318" v1="319" v2="1755" v3="1933" />
+      <tetrahedron index="488" v0="319" v1="1755" v2="1933" v3="1934" />
+      <tetrahedron index="489" v0="320" v1="321" v2="322" v3="1935" />
+      <tetrahedron index="490" v0="321" v1="322" v2="1935" v3="1936" />
+      <tetrahedron index="491" v0="322" v1="1935" v2="1936" v3="1937" />
+      <tetrahedron index="492" v0="33" v1="34" v2="323" v3="1648" />
+      <tetrahedron index="493" v0="34" v1="323" v2="1648" v3="1649" />
+      <tetrahedron index="494" v0="323" v1="1648" v2="1649" v3="1938" />
+      <tetrahedron index="495" v0="60" v1="194" v2="324" v3="1675" />
+      <tetrahedron index="496" v0="194" v1="324" v2="1675" v3="1809" />
+      <tetrahedron index="497" v0="324" v1="1675" v2="1809" v3="1939" />
+      <tetrahedron index="498" v0="219" v1="325" v2="326" v3="1834" />
+      <tetrahedron index="499" v0="325" v1="326" v2="1834" v3="1940" />
+      <tetrahedron index="500" v0="326" v1="1834" v2="1940" v3="1941" />
+      <tetrahedron index="501" v0="325" v1="326" v2="327" v3="1940" />
+      <tetrahedron index="502" v0="326" v1="327" v2="1940" v3="1941" />
+      <tetrahedron index="503" v0="327" v1="1940" v2="1941" v3="1942" />
+      <tetrahedron index="504" v0="220" v1="222" v2="303" v3="1835" />
+      <tetrahedron index="505" v0="222" v1="303" v2="1835" v3="1837" />
+      <tetrahedron index="506" v0="303" v1="1835" v2="1837" v3="1918" />
+      <tetrahedron index="507" v0="328" v1="329" v2="330" v3="1943" />
+      <tetrahedron index="508" v0="329" v1="330" v2="1943" v3="1944" />
+      <tetrahedron index="509" v0="330" v1="1943" v2="1944" v3="1945" />
+      <tetrahedron index="510" v0="85" v1="86" v2="263" v3="1700" />
+      <tetrahedron index="511" v0="86" v1="263" v2="1700" v3="1701" />
+      <tetrahedron index="512" v0="263" v1="1700" v2="1701" v3="1878" />
+      <tetrahedron index="513" v0="263" v1="264" v2="331" v3="1878" />
+      <tetrahedron index="514" v0="264" v1="331" v2="1878" v3="1879" />
+      <tetrahedron index="515" v0="331" v1="1878" v2="1879" v3="1946" />
+      <tetrahedron index="516" v0="264" v1="331" v2="332" v3="1879" />
+      <tetrahedron index="517" v0="331" v1="332" v2="1879" v3="1946" />
+      <tetrahedron index="518" v0="332" v1="1879" v2="1946" v3="1947" />
+      <tetrahedron index="519" v0="333" v1="334" v2="335" v3="1948" />
+      <tetrahedron index="520" v0="334" v1="335" v2="1948" v3="1949" />
+      <tetrahedron index="521" v0="335" v1="1948" v2="1949" v3="1950" />
+      <tetrahedron index="522" v0="51" v1="53" v2="152" v3="1666" />
+      <tetrahedron index="523" v0="53" v1="152" v2="1666" v3="1668" />
+      <tetrahedron index="524" v0="152" v1="1666" v2="1668" v3="1767" />
+      <tetrahedron index="525" v0="48" v1="51" v2="152" v3="1663" />
+      <tetrahedron index="526" v0="51" v1="152" v2="1663" v3="1666" />
+      <tetrahedron index="527" v0="152" v1="1663" v2="1666" v3="1767" />
+      <tetrahedron index="528" v0="336" v1="337" v2="338" v3="1951" />
+      <tetrahedron index="529" v0="337" v1="338" v2="1951" v3="1952" />
+      <tetrahedron index="530" v0="338" v1="1951" v2="1952" v3="1953" />
+      <tetrahedron index="531" v0="336" v1="338" v2="339" v3="1951" />
+      <tetrahedron index="532" v0="338" v1="339" v2="1951" v3="1953" />
+      <tetrahedron index="533" v0="339" v1="1951" v2="1953" v3="1954" />
+      <tetrahedron index="534" v0="270" v1="340" v2="341" v3="1885" />
+      <tetrahedron index="535" v0="340" v1="341" v2="1885" v3="1955" />
+      <tetrahedron index="536" v0="341" v1="1885" v2="1955" v3="1956" />
+      <tetrahedron index="537" v0="260" v1="262" v2="342" v3="1875" />
+      <tetrahedron index="538" v0="262" v1="342" v2="1875" v3="1877" />
+      <tetrahedron index="539" v0="342" v1="1875" v2="1877" v3="1957" />
+      <tetrahedron index="540" v0="137" v1="343" v2="344" v3="1752" />
+      <tetrahedron index="541" v0="343" v1="344" v2="1752" v3="1958" />
+      <tetrahedron index="542" v0="344" v1="1752" v2="1958" v3="1959" />
+      <tetrahedron index="543" v0="345" v1="346" v2="347" v3="1960" />
+      <tetrahedron index="544" v0="346" v1="347" v2="1960" v3="1961" />
+      <tetrahedron index="545" v0="347" v1="1960" v2="1961" v3="1962" />
+      <tetrahedron index="546" v0="348" v1="349" v2="350" v3="1963" />
+      <tetrahedron index="547" v0="349" v1="350" v2="1963" v3="1964" />
+      <tetrahedron index="548" v0="350" v1="1963" v2="1964" v3="1965" />
+      <tetrahedron index="549" v0="351" v1="352" v2="353" v3="1966" />
+      <tetrahedron index="550" v0="352" v1="353" v2="1966" v3="1967" />
+      <tetrahedron index="551" v0="353" v1="1966" v2="1967" v3="1968" />
+      <tetrahedron index="552" v0="3" v1="5" v2="114" v3="1618" />
+      <tetrahedron index="553" v0="5" v1="114" v2="1618" v3="1620" />
+      <tetrahedron index="554" v0="114" v1="1618" v2="1620" v3="1729" />
+      <tetrahedron index="555" v0="117" v1="120" v2="354" v3="1732" />
+      <tetrahedron index="556" v0="120" v1="354" v2="1732" v3="1735" />
+      <tetrahedron index="557" v0="354" v1="1732" v2="1735" v3="1969" />
+      <tetrahedron index="558" v0="318" v1="355" v2="356" v3="1933" />
+      <tetrahedron index="559" v0="355" v1="356" v2="1933" v3="1970" />
+      <tetrahedron index="560" v0="356" v1="1933" v2="1970" v3="1971" />
+      <tetrahedron index="561" v0="278" v1="357" v2="358" v3="1893" />
+      <tetrahedron index="562" v0="357" v1="358" v2="1893" v3="1972" />
+      <tetrahedron index="563" v0="358" v1="1893" v2="1972" v3="1973" />
+      <tetrahedron index="564" v0="260" v1="261" v2="359" v3="1875" />
+      <tetrahedron index="565" v0="261" v1="359" v2="1875" v3="1876" />
+      <tetrahedron index="566" v0="359" v1="1875" v2="1876" v3="1974" />
+      <tetrahedron index="567" v0="360" v1="361" v2="362" v3="1975" />
+      <tetrahedron index="568" v0="361" v1="362" v2="1975" v3="1976" />
+      <tetrahedron index="569" v0="362" v1="1975" v2="1976" v3="1977" />
+      <tetrahedron index="570" v0="363" v1="364" v2="365" v3="1978" />
+      <tetrahedron index="571" v0="364" v1="365" v2="1978" v3="1979" />
+      <tetrahedron index="572" v0="365" v1="1978" v2="1979" v3="1980" />
+      <tetrahedron index="573" v0="364" v1="365" v2="366" v3="1979" />
+      <tetrahedron index="574" v0="365" v1="366" v2="1979" v3="1980" />
+      <tetrahedron index="575" v0="366" v1="1979" v2="1980" v3="1981" />
+      <tetrahedron index="576" v0="367" v1="368" v2="369" v3="1982" />
+      <tetrahedron index="577" v0="368" v1="369" v2="1982" v3="1983" />
+      <tetrahedron index="578" v0="369" v1="1982" v2="1983" v3="1984" />
+      <tetrahedron index="579" v0="370" v1="371" v2="372" v3="1985" />
+      <tetrahedron index="580" v0="371" v1="372" v2="1985" v3="1986" />
+      <tetrahedron index="581" v0="372" v1="1985" v2="1986" v3="1987" />
+      <tetrahedron index="582" v0="41" v1="148" v2="373" v3="1656" />
+      <tetrahedron index="583" v0="148" v1="373" v2="1656" v3="1763" />
+      <tetrahedron index="584" v0="373" v1="1656" v2="1763" v3="1988" />
+      <tetrahedron index="585" v0="374" v1="375" v2="376" v3="1989" />
+      <tetrahedron index="586" v0="375" v1="376" v2="1989" v3="1990" />
+      <tetrahedron index="587" v0="376" v1="1989" v2="1990" v3="1991" />
+      <tetrahedron index="588" v0="64" v1="67" v2="377" v3="1679" />
+      <tetrahedron index="589" v0="67" v1="377" v2="1679" v3="1682" />
+      <tetrahedron index="590" v0="377" v1="1679" v2="1682" v3="1992" />
+      <tetrahedron index="591" v0="350" v1="378" v2="379" v3="1965" />
+      <tetrahedron index="592" v0="378" v1="379" v2="1965" v3="1993" />
+      <tetrahedron index="593" v0="379" v1="1965" v2="1993" v3="1994" />
+      <tetrahedron index="594" v0="333" v1="380" v2="381" v3="1948" />
+      <tetrahedron index="595" v0="380" v1="381" v2="1948" v3="1995" />
+      <tetrahedron index="596" v0="381" v1="1948" v2="1995" v3="1996" />
+      <tetrahedron index="597" v0="382" v1="383" v2="384" v3="1997" />
+      <tetrahedron index="598" v0="383" v1="384" v2="1997" v3="1998" />
+      <tetrahedron index="599" v0="384" v1="1997" v2="1998" v3="1999" />
+      <tetrahedron index="600" v0="117" v1="120" v2="306" v3="1732" />
+      <tetrahedron index="601" v0="120" v1="306" v2="1732" v3="1735" />
+      <tetrahedron index="602" v0="306" v1="1732" v2="1735" v3="1921" />
+      <tetrahedron index="603" v0="171" v1="301" v2="385" v3="1786" />
+      <tetrahedron index="604" v0="301" v1="385" v2="1786" v3="1916" />
+      <tetrahedron index="605" v0="385" v1="1786" v2="1916" v3="2000" />
+      <tetrahedron index="606" v0="86" v1="264" v2="386" v3="1701" />
+      <tetrahedron index="607" v0="264" v1="386" v2="1701" v3="1879" />
+      <tetrahedron index="608" v0="386" v1="1701" v2="1879" v3="2001" />
+      <tetrahedron index="609" v0="363" v1="364" v2="387" v3="1978" />
+      <tetrahedron index="610" v0="364" v1="387" v2="1978" v3="1979" />
+      <tetrahedron index="611" v0="387" v1="1978" v2="1979" v3="2002" />
+      <tetrahedron index="612" v0="240" v1="241" v2="388" v3="1855" />
+      <tetrahedron index="613" v0="241" v1="388" v2="1855" v3="1856" />
+      <tetrahedron index="614" v0="388" v1="1855" v2="1856" v3="2003" />
+      <tetrahedron index="615" v0="8" v1="389" v2="390" v3="1623" />
+      <tetrahedron index="616" v0="389" v1="390" v2="1623" v3="2004" />
+      <tetrahedron index="617" v0="390" v1="1623" v2="2004" v3="2005" />
+      <tetrahedron index="618" v0="6" v1="8" v2="390" v3="1621" />
+      <tetrahedron index="619" v0="8" v1="390" v2="1621" v3="1623" />
+      <tetrahedron index="620" v0="390" v1="1621" v2="1623" v3="2005" />
+      <tetrahedron index="621" v0="277" v1="357" v2="391" v3="1892" />
+      <tetrahedron index="622" v0="357" v1="391" v2="1892" v3="1972" />
+      <tetrahedron index="623" v0="391" v1="1892" v2="1972" v3="2006" />
+      <tetrahedron index="624" v0="277" v1="278" v2="357" v3="1892" />
+      <tetrahedron index="625" v0="278" v1="357" v2="1892" v3="1893" />
+      <tetrahedron index="626" v0="357" v1="1892" v2="1893" v3="1972" />
+      <tetrahedron index="627" v0="392" v1="393" v2="394" v3="2007" />
+      <tetrahedron index="628" v0="393" v1="394" v2="2007" v3="2008" />
+      <tetrahedron index="629" v0="394" v1="2007" v2="2008" v3="2009" />
+      <tetrahedron index="630" v0="78" v1="395" v2="396" v3="1693" />
+      <tetrahedron index="631" v0="395" v1="396" v2="1693" v3="2010" />
+      <tetrahedron index="632" v0="396" v1="1693" v2="2010" v3="2011" />
+      <tetrahedron index="633" v0="80" v1="342" v2="397" v3="1695" />
+      <tetrahedron index="634" v0="342" v1="397" v2="1695" v3="1957" />
+      <tetrahedron index="635" v0="397" v1="1695" v2="1957" v3="2012" />
+      <tetrahedron index="636" v0="262" v1="342" v2="397" v3="1877" />
+      <tetrahedron index="637" v0="342" v1="397" v2="1877" v3="1957" />
+      <tetrahedron index="638" v0="397" v1="1877" v2="1957" v3="2012" />
+      <tetrahedron index="639" v0="80" v1="397" v2="398" v3="1695" />
+      <tetrahedron index="640" v0="397" v1="398" v2="1695" v3="2012" />
+      <tetrahedron index="641" v0="398" v1="1695" v2="2012" v3="2013" />
+      <tetrahedron index="642" v0="80" v1="81" v2="398" v3="1695" />
+      <tetrahedron index="643" v0="81" v1="398" v2="1695" v3="1696" />
+      <tetrahedron index="644" v0="398" v1="1695" v2="1696" v3="2013" />
+      <tetrahedron index="645" v0="399" v1="400" v2="401" v3="2014" />
+      <tetrahedron index="646" v0="400" v1="401" v2="2014" v3="2015" />
+      <tetrahedron index="647" v0="401" v1="2014" v2="2015" v3="2016" />
+      <tetrahedron index="648" v0="345" v1="399" v2="401" v3="1960" />
+      <tetrahedron index="649" v0="399" v1="401" v2="1960" v3="2014" />
+      <tetrahedron index="650" v0="401" v1="1960" v2="2014" v3="2016" />
+      <tetrahedron index="651" v0="102" v1="402" v2="403" v3="1717" />
+      <tetrahedron index="652" v0="402" v1="403" v2="1717" v3="2017" />
+      <tetrahedron index="653" v0="403" v1="1717" v2="2017" v3="2018" />
+      <tetrahedron index="654" v0="101" v1="102" v2="402" v3="1716" />
+      <tetrahedron index="655" v0="102" v1="402" v2="1716" v3="1717" />
+      <tetrahedron index="656" v0="402" v1="1716" v2="1717" v3="2017" />
+      <tetrahedron index="657" v0="240" v1="243" v2="404" v3="1855" />
+      <tetrahedron index="658" v0="243" v1="404" v2="1855" v3="1858" />
+      <tetrahedron index="659" v0="404" v1="1855" v2="1858" v3="2019" />
+      <tetrahedron index="660" v0="247" v1="248" v2="405" v3="1862" />
+      <tetrahedron index="661" v0="248" v1="405" v2="1862" v3="1863" />
+      <tetrahedron index="662" v0="405" v1="1862" v2="1863" v3="2020" />
+      <tetrahedron index="663" v0="213" v1="248" v2="406" v3="1828" />
+      <tetrahedron index="664" v0="248" v1="406" v2="1828" v3="1863" />
+      <tetrahedron index="665" v0="406" v1="1828" v2="1863" v3="2021" />
+      <tetrahedron index="666" v0="211" v1="270" v2="334" v3="1826" />
+      <tetrahedron index="667" v0="270" v1="334" v2="1826" v3="1885" />
+      <tetrahedron index="668" v0="334" v1="1826" v2="1885" v3="1949" />
+      <tetrahedron index="669" v0="407" v1="408" v2="409" v3="2022" />
+      <tetrahedron index="670" v0="408" v1="409" v2="2022" v3="2023" />
+      <tetrahedron index="671" v0="409" v1="2022" v2="2023" v3="2024" />
+      <tetrahedron index="672" v0="407" v1="409" v2="410" v3="2022" />
+      <tetrahedron index="673" v0="409" v1="410" v2="2022" v3="2024" />
+      <tetrahedron index="674" v0="410" v1="2022" v2="2024" v3="2025" />
+      <tetrahedron index="675" v0="14" v1="254" v2="343" v3="1629" />
+      <tetrahedron index="676" v0="254" v1="343" v2="1629" v3="1869" />
+      <tetrahedron index="677" v0="343" v1="1629" v2="1869" v3="1958" />
+      <tetrahedron index="678" v0="137" v1="139" v2="343" v3="1752" />
+      <tetrahedron index="679" v0="139" v1="343" v2="1752" v3="1754" />
+      <tetrahedron index="680" v0="343" v1="1752" v2="1754" v3="1958" />
+      <tetrahedron index="681" v0="14" v1="139" v2="343" v3="1629" />
+      <tetrahedron index="682" v0="139" v1="343" v2="1629" v3="1754" />
+      <tetrahedron index="683" v0="343" v1="1629" v2="1754" v3="1958" />
+      <tetrahedron index="684" v0="205" v1="206" v2="276" v3="1820" />
+      <tetrahedron index="685" v0="206" v1="276" v2="1820" v3="1821" />
+      <tetrahedron index="686" v0="276" v1="1820" v2="1821" v3="1891" />
+      <tetrahedron index="687" v0="325" v1="327" v2="411" v3="1940" />
+      <tetrahedron index="688" v0="327" v1="411" v2="1940" v3="1942" />
+      <tetrahedron index="689" v0="411" v1="1940" v2="1942" v3="2026" />
+      <tetrahedron index="690" v0="64" v1="377" v2="412" v3="1679" />
+      <tetrahedron index="691" v0="377" v1="412" v2="1679" v3="1992" />
+      <tetrahedron index="692" v0="412" v1="1679" v2="1992" v3="2027" />
+      <tetrahedron index="693" v0="171" v1="172" v2="385" v3="1786" />
+      <tetrahedron index="694" v0="172" v1="385" v2="1786" v3="1787" />
+      <tetrahedron index="695" v0="385" v1="1786" v2="1787" v3="2000" />
+      <tetrahedron index="696" v0="172" v1="177" v2="385" v3="1787" />
+      <tetrahedron index="697" v0="177" v1="385" v2="1787" v3="1792" />
+      <tetrahedron index="698" v0="385" v1="1787" v2="1792" v3="2000" />
+      <tetrahedron index="699" v0="175" v1="398" v2="413" v3="1790" />
+      <tetrahedron index="700" v0="398" v1="413" v2="1790" v3="2013" />
+      <tetrahedron index="701" v0="413" v1="1790" v2="2013" v3="2028" />
+      <tetrahedron index="702" v0="175" v1="178" v2="179" v3="1790" />
+      <tetrahedron index="703" v0="178" v1="179" v2="1790" v3="1793" />
+      <tetrahedron index="704" v0="179" v1="1790" v2="1793" v3="1794" />
+      <tetrahedron index="705" v0="414" v1="415" v2="416" v3="2029" />
+      <tetrahedron index="706" v0="415" v1="416" v2="2029" v3="2030" />
+      <tetrahedron index="707" v0="416" v1="2029" v2="2030" v3="2031" />
+      <tetrahedron index="708" v0="417" v1="418" v2="419" v3="2032" />
+      <tetrahedron index="709" v0="418" v1="419" v2="2032" v3="2033" />
+      <tetrahedron index="710" v0="419" v1="2032" v2="2033" v3="2034" />
+      <tetrahedron index="711" v0="203" v1="417" v2="419" v3="1818" />
+      <tetrahedron index="712" v0="417" v1="419" v2="1818" v3="2032" />
+      <tetrahedron index="713" v0="419" v1="1818" v2="2032" v3="2034" />
+      <tetrahedron index="714" v0="119" v1="125" v2="420" v3="1734" />
+      <tetrahedron index="715" v0="125" v1="420" v2="1734" v3="1740" />
+      <tetrahedron index="716" v0="420" v1="1734" v2="1740" v3="2035" />
+      <tetrahedron index="717" v0="119" v1="120" v2="420" v3="1734" />
+      <tetrahedron index="718" v0="120" v1="420" v2="1734" v3="1735" />
+      <tetrahedron index="719" v0="420" v1="1734" v2="1735" v3="2035" />
+      <tetrahedron index="720" v0="421" v1="422" v2="423" v3="2036" />
+      <tetrahedron index="721" v0="422" v1="423" v2="2036" v3="2037" />
+      <tetrahedron index="722" v0="423" v1="2036" v2="2037" v3="2038" />
+      <tetrahedron index="723" v0="233" v1="313" v2="424" v3="1848" />
+      <tetrahedron index="724" v0="313" v1="424" v2="1848" v3="1928" />
+      <tetrahedron index="725" v0="424" v1="1848" v2="1928" v3="2039" />
+      <tetrahedron index="726" v0="403" v1="425" v2="426" v3="2018" />
+      <tetrahedron index="727" v0="425" v1="426" v2="2018" v3="2040" />
+      <tetrahedron index="728" v0="426" v1="2018" v2="2040" v3="2041" />
+      <tetrahedron index="729" v0="1" v1="2" v2="427" v3="1616" />
+      <tetrahedron index="730" v0="2" v1="427" v2="1616" v3="1617" />
+      <tetrahedron index="731" v0="427" v1="1616" v2="1617" v3="2042" />
+      <tetrahedron index="732" v0="428" v1="429" v2="430" v3="2043" />
+      <tetrahedron index="733" v0="429" v1="430" v2="2043" v3="2044" />
+      <tetrahedron index="734" v0="430" v1="2043" v2="2044" v3="2045" />
+      <tetrahedron index="735" v0="187" v1="340" v2="431" v3="1802" />
+      <tetrahedron index="736" v0="340" v1="431" v2="1802" v3="1955" />
+      <tetrahedron index="737" v0="431" v1="1802" v2="1955" v3="2046" />
+      <tetrahedron index="738" v0="349" v1="432" v2="433" v3="1964" />
+      <tetrahedron index="739" v0="432" v1="433" v2="1964" v3="2047" />
+      <tetrahedron index="740" v0="433" v1="1964" v2="2047" v3="2048" />
+      <tetrahedron index="741" v0="434" v1="435" v2="436" v3="2049" />
+      <tetrahedron index="742" v0="435" v1="436" v2="2049" v3="2050" />
+      <tetrahedron index="743" v0="436" v1="2049" v2="2050" v3="2051" />
+      <tetrahedron index="744" v0="434" v1="436" v2="437" v3="2049" />
+      <tetrahedron index="745" v0="436" v1="437" v2="2049" v3="2051" />
+      <tetrahedron index="746" v0="437" v1="2049" v2="2051" v3="2052" />
+      <tetrahedron index="747" v0="438" v1="439" v2="440" v3="2053" />
+      <tetrahedron index="748" v0="439" v1="440" v2="2053" v3="2054" />
+      <tetrahedron index="749" v0="440" v1="2053" v2="2054" v3="2055" />
+      <tetrahedron index="750" v0="438" v1="440" v2="441" v3="2053" />
+      <tetrahedron index="751" v0="440" v1="441" v2="2053" v3="2055" />
+      <tetrahedron index="752" v0="441" v1="2053" v2="2055" v3="2056" />
+      <tetrahedron index="753" v0="6" v1="7" v2="245" v3="1621" />
+      <tetrahedron index="754" v0="7" v1="245" v2="1621" v3="1622" />
+      <tetrahedron index="755" v0="245" v1="1621" v2="1622" v3="1860" />
+      <tetrahedron index="756" v0="7" v1="244" v2="245" v3="1622" />
+      <tetrahedron index="757" v0="244" v1="245" v2="1622" v3="1859" />
+      <tetrahedron index="758" v0="245" v1="1622" v2="1859" v3="1860" />
+      <tetrahedron index="759" v0="351" v1="352" v2="442" v3="1966" />
+      <tetrahedron index="760" v0="352" v1="442" v2="1966" v3="1967" />
+      <tetrahedron index="761" v0="442" v1="1966" v2="1967" v3="2057" />
+      <tetrahedron index="762" v0="120" v1="354" v2="420" v3="1735" />
+      <tetrahedron index="763" v0="354" v1="420" v2="1735" v3="1969" />
+      <tetrahedron index="764" v0="420" v1="1735" v2="1969" v3="2035" />
+      <tetrahedron index="765" v0="211" v1="334" v2="335" v3="1826" />
+      <tetrahedron index="766" v0="334" v1="335" v2="1826" v3="1949" />
+      <tetrahedron index="767" v0="335" v1="1826" v2="1949" v3="1950" />
+      <tetrahedron index="768" v0="273" v1="274" v2="320" v3="1888" />
+      <tetrahedron index="769" v0="274" v1="320" v2="1888" v3="1889" />
+      <tetrahedron index="770" v0="320" v1="1888" v2="1889" v3="1935" />
+      <tetrahedron index="771" v0="206" v1="207" v2="443" v3="1821" />
+      <tetrahedron index="772" v0="207" v1="443" v2="1821" v3="1822" />
+      <tetrahedron index="773" v0="443" v1="1821" v2="1822" v3="2058" />
+      <tetrahedron index="774" v0="69" v1="71" v2="444" v3="1684" />
+      <tetrahedron index="775" v0="71" v1="444" v2="1684" v3="1686" />
+      <tetrahedron index="776" v0="444" v1="1684" v2="1686" v3="2059" />
+      <tetrahedron index="777" v0="117" v1="354" v2="445" v3="1732" />
+      <tetrahedron index="778" v0="354" v1="445" v2="1732" v3="1969" />
+      <tetrahedron index="779" v0="445" v1="1732" v2="1969" v3="2060" />
+      <tetrahedron index="780" v0="132" v1="133" v2="446" v3="1747" />
+      <tetrahedron index="781" v0="133" v1="446" v2="1747" v3="1748" />
+      <tetrahedron index="782" v0="446" v1="1747" v2="1748" v3="2061" />
+      <tetrahedron index="783" v0="282" v1="447" v2="448" v3="1897" />
+      <tetrahedron index="784" v0="447" v1="448" v2="1897" v3="2062" />
+      <tetrahedron index="785" v0="448" v1="1897" v2="2062" v3="2063" />
+      <tetrahedron index="786" v0="175" v1="398" v2="449" v3="1790" />
+      <tetrahedron index="787" v0="398" v1="449" v2="1790" v3="2013" />
+      <tetrahedron index="788" v0="449" v1="1790" v2="2013" v3="2064" />
+      <tetrahedron index="789" v0="175" v1="176" v2="449" v3="1790" />
+      <tetrahedron index="790" v0="176" v1="449" v2="1790" v3="1791" />
+      <tetrahedron index="791" v0="449" v1="1790" v2="1791" v3="2064" />
+      <tetrahedron index="792" v0="331" v1="450" v2="451" v3="1946" />
+      <tetrahedron index="793" v0="450" v1="451" v2="1946" v3="2065" />
+      <tetrahedron index="794" v0="451" v1="1946" v2="2065" v3="2066" />
+      <tetrahedron index="795" v0="120" v1="121" v2="306" v3="1735" />
+      <tetrahedron index="796" v0="121" v1="306" v2="1735" v3="1736" />
+      <tetrahedron index="797" v0="306" v1="1735" v2="1736" v3="1921" />
+      <tetrahedron index="798" v0="103" v1="105" v2="384" v3="1718" />
+      <tetrahedron index="799" v0="105" v1="384" v2="1718" v3="1720" />
+      <tetrahedron index="800" v0="384" v1="1718" v2="1720" v3="1999" />
+      <tetrahedron index="801" v0="285" v1="287" v2="452" v3="1900" />
+      <tetrahedron index="802" v0="287" v1="452" v2="1900" v3="1902" />
+      <tetrahedron index="803" v0="452" v1="1900" v2="1902" v3="2067" />
+      <tetrahedron index="804" v0="258" v1="453" v2="454" v3="1873" />
+      <tetrahedron index="805" v0="453" v1="454" v2="1873" v3="2068" />
+      <tetrahedron index="806" v0="454" v1="1873" v2="2068" v3="2069" />
+      <tetrahedron index="807" v0="78" v1="395" v2="455" v3="1693" />
+      <tetrahedron index="808" v0="395" v1="455" v2="1693" v3="2010" />
+      <tetrahedron index="809" v0="455" v1="1693" v2="2010" v3="2070" />
+      <tetrahedron index="810" v0="87" v1="330" v2="456" v3="1702" />
+      <tetrahedron index="811" v0="330" v1="456" v2="1702" v3="1945" />
+      <tetrahedron index="812" v0="456" v1="1702" v2="1945" v3="2071" />
+      <tetrahedron index="813" v0="220" v1="221" v2="455" v3="1835" />
+      <tetrahedron index="814" v0="221" v1="455" v2="1835" v3="1836" />
+      <tetrahedron index="815" v0="455" v1="1835" v2="1836" v3="2070" />
+      <tetrahedron index="816" v0="92" v1="204" v2="457" v3="1707" />
+      <tetrahedron index="817" v0="204" v1="457" v2="1707" v3="1819" />
+      <tetrahedron index="818" v0="457" v1="1707" v2="1819" v3="2072" />
+      <tetrahedron index="819" v0="1" v1="383" v2="427" v3="1616" />
+      <tetrahedron index="820" v0="383" v1="427" v2="1616" v3="1998" />
+      <tetrahedron index="821" v0="427" v1="1616" v2="1998" v3="2042" />
+      <tetrahedron index="822" v0="116" v1="117" v2="306" v3="1731" />
+      <tetrahedron index="823" v0="117" v1="306" v2="1731" v3="1732" />
+      <tetrahedron index="824" v0="306" v1="1731" v2="1732" v3="1921" />
+      <tetrahedron index="825" v0="144" v1="145" v2="458" v3="1759" />
+      <tetrahedron index="826" v0="145" v1="458" v2="1759" v3="1760" />
+      <tetrahedron index="827" v0="458" v1="1759" v2="1760" v3="2073" />
+      <tetrahedron index="828" v0="4" v1="459" v2="460" v3="1619" />
+      <tetrahedron index="829" v0="459" v1="460" v2="1619" v3="2074" />
+      <tetrahedron index="830" v0="460" v1="1619" v2="2074" v3="2075" />
+      <tetrahedron index="831" v0="123" v1="124" v2="246" v3="1738" />
+      <tetrahedron index="832" v0="124" v1="246" v2="1738" v3="1739" />
+      <tetrahedron index="833" v0="246" v1="1738" v2="1739" v3="1861" />
+      <tetrahedron index="834" v0="194" v1="324" v2="461" v3="1809" />
+      <tetrahedron index="835" v0="324" v1="461" v2="1809" v3="1939" />
+      <tetrahedron index="836" v0="461" v1="1809" v2="1939" v3="2076" />
+      <tetrahedron index="837" v0="103" v1="383" v2="384" v3="1718" />
+      <tetrahedron index="838" v0="383" v1="384" v2="1718" v3="1998" />
+      <tetrahedron index="839" v0="384" v1="1718" v2="1998" v3="1999" />
+      <tetrahedron index="840" v0="143" v1="462" v2="463" v3="1758" />
+      <tetrahedron index="841" v0="462" v1="463" v2="1758" v3="2077" />
+      <tetrahedron index="842" v0="463" v1="1758" v2="2077" v3="2078" />
+      <tetrahedron index="843" v0="215" v1="464" v2="465" v3="1830" />
+      <tetrahedron index="844" v0="464" v1="465" v2="1830" v3="2079" />
+      <tetrahedron index="845" v0="465" v1="1830" v2="2079" v3="2080" />
+      <tetrahedron index="846" v0="134" v1="215" v2="466" v3="1749" />
+      <tetrahedron index="847" v0="215" v1="466" v2="1749" v3="1830" />
+      <tetrahedron index="848" v0="466" v1="1749" v2="1830" v3="2081" />
+      <tetrahedron index="849" v0="396" v1="467" v2="468" v3="2011" />
+      <tetrahedron index="850" v0="467" v1="468" v2="2011" v3="2082" />
+      <tetrahedron index="851" v0="468" v1="2011" v2="2082" v3="2083" />
+      <tetrahedron index="852" v0="350" v1="378" v2="469" v3="1965" />
+      <tetrahedron index="853" v0="378" v1="469" v2="1965" v3="1993" />
+      <tetrahedron index="854" v0="469" v1="1965" v2="1993" v3="2084" />
+      <tetrahedron index="855" v0="33" v1="323" v2="470" v3="1648" />
+      <tetrahedron index="856" v0="323" v1="470" v2="1648" v3="1938" />
+      <tetrahedron index="857" v0="470" v1="1648" v2="1938" v3="2085" />
+      <tetrahedron index="858" v0="471" v1="472" v2="473" v3="2086" />
+      <tetrahedron index="859" v0="472" v1="473" v2="2086" v3="2087" />
+      <tetrahedron index="860" v0="473" v1="2086" v2="2087" v3="2088" />
+      <tetrahedron index="861" v0="348" v1="350" v2="379" v3="1963" />
+      <tetrahedron index="862" v0="350" v1="379" v2="1963" v3="1965" />
+      <tetrahedron index="863" v0="379" v1="1963" v2="1965" v3="1994" />
+      <tetrahedron index="864" v0="77" v1="78" v2="455" v3="1692" />
+      <tetrahedron index="865" v0="78" v1="455" v2="1692" v3="1693" />
+      <tetrahedron index="866" v0="455" v1="1692" v2="1693" v3="2070" />
+      <tetrahedron index="867" v0="257" v1="258" v2="453" v3="1872" />
+      <tetrahedron index="868" v0="258" v1="453" v2="1872" v3="1873" />
+      <tetrahedron index="869" v0="453" v1="1872" v2="1873" v3="2068" />
+      <tetrahedron index="870" v0="257" v1="453" v2="474" v3="1872" />
+      <tetrahedron index="871" v0="453" v1="474" v2="1872" v3="2068" />
+      <tetrahedron index="872" v0="474" v1="1872" v2="2068" v3="2089" />
+      <tetrahedron index="873" v0="209" v1="210" v2="475" v3="1824" />
+      <tetrahedron index="874" v0="210" v1="475" v2="1824" v3="1825" />
+      <tetrahedron index="875" v0="475" v1="1824" v2="1825" v3="2090" />
+      <tetrahedron index="876" v0="476" v1="477" v2="478" v3="2091" />
+      <tetrahedron index="877" v0="477" v1="478" v2="2091" v3="2092" />
+      <tetrahedron index="878" v0="478" v1="2091" v2="2092" v3="2093" />
+      <tetrahedron index="879" v0="122" v1="123" v2="200" v3="1737" />
+      <tetrahedron index="880" v0="123" v1="200" v2="1737" v3="1738" />
+      <tetrahedron index="881" v0="200" v1="1737" v2="1738" v3="1815" />
+      <tetrahedron index="882" v0="208" v1="228" v2="479" v3="1823" />
+      <tetrahedron index="883" v0="228" v1="479" v2="1823" v3="1843" />
+      <tetrahedron index="884" v0="479" v1="1823" v2="1843" v3="2094" />
+      <tetrahedron index="885" v0="10" v1="134" v2="214" v3="1625" />
+      <tetrahedron index="886" v0="134" v1="214" v2="1625" v3="1749" />
+      <tetrahedron index="887" v0="214" v1="1625" v2="1749" v3="1829" />
+      <tetrahedron index="888" v0="9" v1="10" v2="480" v3="1624" />
+      <tetrahedron index="889" v0="10" v1="480" v2="1624" v3="1625" />
+      <tetrahedron index="890" v0="480" v1="1624" v2="1625" v3="2095" />
+      <tetrahedron index="891" v0="146" v1="147" v2="299" v3="1761" />
+      <tetrahedron index="892" v0="147" v1="299" v2="1761" v3="1762" />
+      <tetrahedron index="893" v0="299" v1="1761" v2="1762" v3="1914" />
+      <tetrahedron index="894" v0="41" v1="42" v2="481" v3="1656" />
+      <tetrahedron index="895" v0="42" v1="481" v2="1656" v3="1657" />
+      <tetrahedron index="896" v0="481" v1="1656" v2="1657" v3="2096" />
+      <tetrahedron index="897" v0="46" v1="49" v2="482" v3="1661" />
+      <tetrahedron index="898" v0="49" v1="482" v2="1661" v3="1664" />
+      <tetrahedron index="899" v0="482" v1="1661" v2="1664" v3="2097" />
+      <tetrahedron index="900" v0="151" v1="277" v2="483" v3="1766" />
+      <tetrahedron index="901" v0="277" v1="483" v2="1766" v3="1892" />
+      <tetrahedron index="902" v0="483" v1="1766" v2="1892" v3="2098" />
+      <tetrahedron index="903" v0="337" v1="338" v2="467" v3="1952" />
+      <tetrahedron index="904" v0="338" v1="467" v2="1952" v3="1953" />
+      <tetrahedron index="905" v0="467" v1="1952" v2="1953" v3="2082" />
+      <tetrahedron index="906" v0="484" v1="485" v2="486" v3="2099" />
+      <tetrahedron index="907" v0="485" v1="486" v2="2099" v3="2100" />
+      <tetrahedron index="908" v0="486" v1="2099" v2="2100" v3="2101" />
+      <tetrahedron index="909" v0="111" v1="112" v2="487" v3="1726" />
+      <tetrahedron index="910" v0="112" v1="487" v2="1726" v3="1727" />
+      <tetrahedron index="911" v0="487" v1="1726" v2="1727" v3="2102" />
+      <tetrahedron index="912" v0="212" v1="213" v2="247" v3="1827" />
+      <tetrahedron index="913" v0="213" v1="247" v2="1827" v3="1828" />
+      <tetrahedron index="914" v0="247" v1="1827" v2="1828" v3="1862" />
+      <tetrahedron index="915" v0="488" v1="489" v2="490" v3="2103" />
+      <tetrahedron index="916" v0="489" v1="490" v2="2103" v3="2104" />
+      <tetrahedron index="917" v0="490" v1="2103" v2="2104" v3="2105" />
+      <tetrahedron index="918" v0="329" v1="491" v2="492" v3="1944" />
+      <tetrahedron index="919" v0="491" v1="492" v2="1944" v3="2106" />
+      <tetrahedron index="920" v0="492" v1="1944" v2="2106" v3="2107" />
+      <tetrahedron index="921" v0="17" v1="143" v2="463" v3="1632" />
+      <tetrahedron index="922" v0="143" v1="463" v2="1632" v3="1758" />
+      <tetrahedron index="923" v0="463" v1="1632" v2="1758" v3="2078" />
+      <tetrahedron index="924" v0="17" v1="216" v2="463" v3="1632" />
+      <tetrahedron index="925" v0="216" v1="463" v2="1632" v3="1831" />
+      <tetrahedron index="926" v0="463" v1="1632" v2="1831" v3="2078" />
+      <tetrahedron index="927" v0="260" v1="359" v2="493" v3="1875" />
+      <tetrahedron index="928" v0="359" v1="493" v2="1875" v3="1974" />
+      <tetrahedron index="929" v0="493" v1="1875" v2="1974" v3="2108" />
+      <tetrahedron index="930" v0="395" v1="396" v2="494" v3="2010" />
+      <tetrahedron index="931" v0="396" v1="494" v2="2010" v3="2011" />
+      <tetrahedron index="932" v0="494" v1="2010" v2="2011" v3="2109" />
+      <tetrahedron index="933" v0="495" v1="496" v2="497" v3="2110" />
+      <tetrahedron index="934" v0="496" v1="497" v2="2110" v3="2111" />
+      <tetrahedron index="935" v0="497" v1="2110" v2="2111" v3="2112" />
+      <tetrahedron index="936" v0="113" v1="498" v2="499" v3="1728" />
+      <tetrahedron index="937" v0="498" v1="499" v2="1728" v3="2113" />
+      <tetrahedron index="938" v0="499" v1="1728" v2="2113" v3="2114" />
+      <tetrahedron index="939" v0="132" v1="500" v2="501" v3="1747" />
+      <tetrahedron index="940" v0="500" v1="501" v2="1747" v3="2115" />
+      <tetrahedron index="941" v0="501" v1="1747" v2="2115" v3="2116" />
+      <tetrahedron index="942" v0="497" v1="502" v2="503" v3="2112" />
+      <tetrahedron index="943" v0="502" v1="503" v2="2112" v3="2117" />
+      <tetrahedron index="944" v0="503" v1="2112" v2="2117" v3="2118" />
+      <tetrahedron index="945" v0="52" v1="154" v2="504" v3="1667" />
+      <tetrahedron index="946" v0="154" v1="504" v2="1667" v3="1769" />
+      <tetrahedron index="947" v0="504" v1="1667" v2="1769" v3="2119" />
+      <tetrahedron index="948" v0="52" v1="154" v2="156" v3="1667" />
+      <tetrahedron index="949" v0="154" v1="156" v2="1667" v3="1769" />
+      <tetrahedron index="950" v0="156" v1="1667" v2="1769" v3="1771" />
+      <tetrahedron index="951" v0="208" v1="479" v2="505" v3="1823" />
+      <tetrahedron index="952" v0="479" v1="505" v2="1823" v3="2094" />
+      <tetrahedron index="953" v0="505" v1="1823" v2="2094" v3="2120" />
+      <tetrahedron index="954" v0="141" v1="216" v2="506" v3="1756" />
+      <tetrahedron index="955" v0="216" v1="506" v2="1756" v3="1831" />
+      <tetrahedron index="956" v0="506" v1="1756" v2="1831" v3="2121" />
+      <tetrahedron index="957" v0="141" v1="506" v2="507" v3="1756" />
+      <tetrahedron index="958" v0="506" v1="507" v2="1756" v3="2121" />
+      <tetrahedron index="959" v0="507" v1="1756" v2="2121" v3="2122" />
+      <tetrahedron index="960" v0="142" v1="145" v2="458" v3="1757" />
+      <tetrahedron index="961" v0="145" v1="458" v2="1757" v3="1760" />
+      <tetrahedron index="962" v0="458" v1="1757" v2="1760" v3="2073" />
+      <tetrahedron index="963" v0="32" v1="142" v2="458" v3="1647" />
+      <tetrahedron index="964" v0="142" v1="458" v2="1647" v3="1757" />
+      <tetrahedron index="965" v0="458" v1="1647" v2="1757" v3="2073" />
+      <tetrahedron index="966" v0="93" v1="508" v2="509" v3="1708" />
+      <tetrahedron index="967" v0="508" v1="509" v2="1708" v3="2123" />
+      <tetrahedron index="968" v0="509" v1="1708" v2="2123" v3="2124" />
+      <tetrahedron index="969" v0="363" v1="365" v2="510" v3="1978" />
+      <tetrahedron index="970" v0="365" v1="510" v2="1978" v3="1980" />
+      <tetrahedron index="971" v0="510" v1="1978" v2="1980" v3="2125" />
+      <tetrahedron index="972" v0="53" v1="56" v2="511" v3="1668" />
+      <tetrahedron index="973" v0="56" v1="511" v2="1668" v3="1671" />
+      <tetrahedron index="974" v0="511" v1="1668" v2="1671" v3="2126" />
+      <tetrahedron index="975" v0="512" v1="513" v2="514" v3="2127" />
+      <tetrahedron index="976" v0="513" v1="514" v2="2127" v3="2128" />
+      <tetrahedron index="977" v0="514" v1="2127" v2="2128" v3="2129" />
+      <tetrahedron index="978" v0="204" v1="457" v2="515" v3="1819" />
+      <tetrahedron index="979" v0="457" v1="515" v2="1819" v3="2072" />
+      <tetrahedron index="980" v0="515" v1="1819" v2="2072" v3="2130" />
+      <tetrahedron index="981" v0="204" v1="515" v2="516" v3="1819" />
+      <tetrahedron index="982" v0="515" v1="516" v2="1819" v3="2130" />
+      <tetrahedron index="983" v0="516" v1="1819" v2="2130" v3="2131" />
+      <tetrahedron index="984" v0="364" v1="366" v2="517" v3="1979" />
+      <tetrahedron index="985" v0="366" v1="517" v2="1979" v3="1981" />
+      <tetrahedron index="986" v0="517" v1="1979" v2="1981" v3="2132" />
+      <tetrahedron index="987" v0="147" v1="373" v2="518" v3="1762" />
+      <tetrahedron index="988" v0="373" v1="518" v2="1762" v3="1988" />
+      <tetrahedron index="989" v0="518" v1="1762" v2="1988" v3="2133" />
+      <tetrahedron index="990" v0="147" v1="148" v2="373" v3="1762" />
+      <tetrahedron index="991" v0="148" v1="373" v2="1762" v3="1763" />
+      <tetrahedron index="992" v0="373" v1="1762" v2="1763" v3="1988" />
+      <tetrahedron index="993" v0="98" v1="226" v2="519" v3="1713" />
+      <tetrahedron index="994" v0="226" v1="519" v2="1713" v3="1841" />
+      <tetrahedron index="995" v0="519" v1="1713" v2="1841" v3="2134" />
+      <tetrahedron index="996" v0="252" v1="520" v2="521" v3="1867" />
+      <tetrahedron index="997" v0="520" v1="521" v2="1867" v3="2135" />
+      <tetrahedron index="998" v0="521" v1="1867" v2="2135" v3="2136" />
+      <tetrahedron index="999" v0="522" v1="523" v2="524" v3="2137" />
+      <tetrahedron index="1000" v0="523" v1="524" v2="2137" v3="2138" />
+      <tetrahedron index="1001" v0="524" v1="2137" v2="2138" v3="2139" />
+      <tetrahedron index="1002" v0="360" v1="362" v2="525" v3="1975" />
+      <tetrahedron index="1003" v0="362" v1="525" v2="1975" v3="1977" />
+      <tetrahedron index="1004" v0="525" v1="1975" v2="1977" v3="2140" />
+      <tetrahedron index="1005" v0="106" v1="238" v2="526" v3="1721" />
+      <tetrahedron index="1006" v0="238" v1="526" v2="1721" v3="1853" />
+      <tetrahedron index="1007" v0="526" v1="1721" v2="1853" v3="2141" />
+      <tetrahedron index="1008" v0="34" v1="271" v2="272" v3="1649" />
+      <tetrahedron index="1009" v0="271" v1="272" v2="1649" v3="1886" />
+      <tetrahedron index="1010" v0="272" v1="1649" v2="1886" v3="1887" />
+      <tetrahedron index="1011" v0="157" v1="527" v2="528" v3="1772" />
+      <tetrahedron index="1012" v0="527" v1="528" v2="1772" v3="2142" />
+      <tetrahedron index="1013" v0="528" v1="1772" v2="2142" v3="2143" />
+      <tetrahedron index="1014" v0="242" v1="243" v2="529" v3="1857" />
+      <tetrahedron index="1015" v0="243" v1="529" v2="1857" v3="1858" />
+      <tetrahedron index="1016" v0="529" v1="1857" v2="1858" v3="2144" />
+      <tetrahedron index="1017" v0="530" v1="531" v2="532" v3="2145" />
+      <tetrahedron index="1018" v0="531" v1="532" v2="2145" v3="2146" />
+      <tetrahedron index="1019" v0="532" v1="2145" v2="2146" v3="2147" />
+      <tetrahedron index="1020" v0="258" v1="259" v2="533" v3="1873" />
+      <tetrahedron index="1021" v0="259" v1="533" v2="1873" v3="1874" />
+      <tetrahedron index="1022" v0="533" v1="1873" v2="1874" v3="2148" />
+      <tetrahedron index="1023" v0="98" v1="227" v2="534" v3="1713" />
+      <tetrahedron index="1024" v0="227" v1="534" v2="1713" v3="1842" />
+      <tetrahedron index="1025" v0="534" v1="1713" v2="1842" v3="2149" />
+      <tetrahedron index="1026" v0="98" v1="99" v2="534" v3="1713" />
+      <tetrahedron index="1027" v0="99" v1="534" v2="1713" v3="1714" />
+      <tetrahedron index="1028" v0="534" v1="1713" v2="1714" v3="2149" />
+      <tetrahedron index="1029" v0="147" v1="518" v2="535" v3="1762" />
+      <tetrahedron index="1030" v0="518" v1="535" v2="1762" v3="2133" />
+      <tetrahedron index="1031" v0="535" v1="1762" v2="2133" v3="2150" />
+      <tetrahedron index="1032" v0="221" v1="536" v2="537" v3="1836" />
+      <tetrahedron index="1033" v0="536" v1="537" v2="1836" v3="2151" />
+      <tetrahedron index="1034" v0="537" v1="1836" v2="2151" v3="2152" />
+      <tetrahedron index="1035" v0="170" v1="538" v2="539" v3="1785" />
+      <tetrahedron index="1036" v0="538" v1="539" v2="1785" v3="2153" />
+      <tetrahedron index="1037" v0="539" v1="1785" v2="2153" v3="2154" />
+      <tetrahedron index="1038" v0="540" v1="541" v2="542" v3="2155" />
+      <tetrahedron index="1039" v0="541" v1="542" v2="2155" v3="2156" />
+      <tetrahedron index="1040" v0="542" v1="2155" v2="2156" v3="2157" />
+      <tetrahedron index="1041" v0="543" v1="544" v2="545" v3="2158" />
+      <tetrahedron index="1042" v0="544" v1="545" v2="2158" v3="2159" />
+      <tetrahedron index="1043" v0="545" v1="2158" v2="2159" v3="2160" />
+      <tetrahedron index="1044" v0="546" v1="547" v2="548" v3="2161" />
+      <tetrahedron index="1045" v0="547" v1="548" v2="2161" v3="2162" />
+      <tetrahedron index="1046" v0="548" v1="2161" v2="2162" v3="2163" />
+      <tetrahedron index="1047" v0="549" v1="550" v2="551" v3="2164" />
+      <tetrahedron index="1048" v0="550" v1="551" v2="2164" v3="2165" />
+      <tetrahedron index="1049" v0="551" v1="2164" v2="2165" v3="2166" />
+      <tetrahedron index="1050" v0="552" v1="553" v2="554" v3="2167" />
+      <tetrahedron index="1051" v0="553" v1="554" v2="2167" v3="2168" />
+      <tetrahedron index="1052" v0="554" v1="2167" v2="2168" v3="2169" />
+      <tetrahedron index="1053" v0="454" v1="555" v2="556" v3="2069" />
+      <tetrahedron index="1054" v0="555" v1="556" v2="2069" v3="2170" />
+      <tetrahedron index="1055" v0="556" v1="2069" v2="2170" v3="2171" />
+      <tetrahedron index="1056" v0="425" v1="426" v2="557" v3="2040" />
+      <tetrahedron index="1057" v0="426" v1="557" v2="2040" v3="2041" />
+      <tetrahedron index="1058" v0="557" v1="2040" v2="2041" v3="2172" />
+      <tetrahedron index="1059" v0="426" v1="557" v2="558" v3="2041" />
+      <tetrahedron index="1060" v0="557" v1="558" v2="2041" v3="2172" />
+      <tetrahedron index="1061" v0="558" v1="2041" v2="2172" v3="2173" />
+      <tetrahedron index="1062" v0="372" v1="559" v2="560" v3="1987" />
+      <tetrahedron index="1063" v0="559" v1="560" v2="1987" v3="2174" />
+      <tetrahedron index="1064" v0="560" v1="1987" v2="2174" v3="2175" />
+      <tetrahedron index="1065" v0="41" v1="373" v2="561" v3="1656" />
+      <tetrahedron index="1066" v0="373" v1="561" v2="1656" v3="1988" />
+      <tetrahedron index="1067" v0="561" v1="1656" v2="1988" v3="2176" />
+      <tetrahedron index="1068" v0="41" v1="481" v2="561" v3="1656" />
+      <tetrahedron index="1069" v0="481" v1="561" v2="1656" v3="2096" />
+      <tetrahedron index="1070" v0="561" v1="1656" v2="2096" v3="2176" />
+      <tetrahedron index="1071" v0="44" v1="45" v2="562" v3="1659" />
+      <tetrahedron index="1072" v0="45" v1="562" v2="1659" v3="1660" />
+      <tetrahedron index="1073" v0="562" v1="1659" v2="1660" v3="2177" />
+      <tetrahedron index="1074" v0="218" v1="219" v2="326" v3="1833" />
+      <tetrahedron index="1075" v0="219" v1="326" v2="1833" v3="1834" />
+      <tetrahedron index="1076" v0="326" v1="1833" v2="1834" v3="1941" />
+      <tetrahedron index="1077" v0="162" v1="163" v2="302" v3="1777" />
+      <tetrahedron index="1078" v0="163" v1="302" v2="1777" v3="1778" />
+      <tetrahedron index="1079" v0="302" v1="1777" v2="1778" v3="1917" />
+      <tetrahedron index="1080" v0="346" v1="563" v2="564" v3="1961" />
+      <tetrahedron index="1081" v0="563" v1="564" v2="1961" v3="2178" />
+      <tetrahedron index="1082" v0="564" v1="1961" v2="2178" v3="2179" />
+      <tetrahedron index="1083" v0="97" v1="519" v2="565" v3="1712" />
+      <tetrahedron index="1084" v0="519" v1="565" v2="1712" v3="2134" />
+      <tetrahedron index="1085" v0="565" v1="1712" v2="2134" v3="2180" />
+      <tetrahedron index="1086" v0="97" v1="98" v2="519" v3="1712" />
+      <tetrahedron index="1087" v0="98" v1="519" v2="1712" v3="1713" />
+      <tetrahedron index="1088" v0="519" v1="1712" v2="1713" v3="2134" />
+      <tetrahedron index="1089" v0="3" v1="4" v2="459" v3="1618" />
+      <tetrahedron index="1090" v0="4" v1="459" v2="1618" v3="1619" />
+      <tetrahedron index="1091" v0="459" v1="1618" v2="1619" v3="2074" />
+      <tetrahedron index="1092" v0="445" v1="566" v2="567" v3="2060" />
+      <tetrahedron index="1093" v0="566" v1="567" v2="2060" v3="2181" />
+      <tetrahedron index="1094" v0="567" v1="2060" v2="2181" v3="2182" />
+      <tetrahedron index="1095" v0="316" v1="354" v2="445" v3="1931" />
+      <tetrahedron index="1096" v0="354" v1="445" v2="1931" v3="1969" />
+      <tetrahedron index="1097" v0="445" v1="1931" v2="1969" v3="2060" />
+      <tetrahedron index="1098" v0="11" v1="134" v2="135" v3="1626" />
+      <tetrahedron index="1099" v0="134" v1="135" v2="1626" v3="1749" />
+      <tetrahedron index="1100" v0="135" v1="1626" v2="1749" v3="1750" />
+      <tetrahedron index="1101" v0="152" v1="157" v2="568" v3="1767" />
+      <tetrahedron index="1102" v0="157" v1="568" v2="1767" v3="1772" />
+      <tetrahedron index="1103" v0="568" v1="1767" v2="1772" v3="2183" />
+      <tetrahedron index="1104" v0="362" v1="525" v2="569" v3="1977" />
+      <tetrahedron index="1105" v0="525" v1="569" v2="1977" v3="2140" />
+      <tetrahedron index="1106" v0="569" v1="1977" v2="2140" v3="2184" />
+      <tetrahedron index="1107" v0="307" v1="308" v2="570" v3="1922" />
+      <tetrahedron index="1108" v0="308" v1="570" v2="1922" v3="1923" />
+      <tetrahedron index="1109" v0="570" v1="1922" v2="1923" v3="2185" />
+      <tetrahedron index="1110" v0="235" v1="237" v2="571" v3="1850" />
+      <tetrahedron index="1111" v0="237" v1="571" v2="1850" v3="1852" />
+      <tetrahedron index="1112" v0="571" v1="1850" v2="1852" v3="2186" />
+      <tetrahedron index="1113" v0="187" v1="410" v2="431" v3="1802" />
+      <tetrahedron index="1114" v0="410" v1="431" v2="1802" v3="2025" />
+      <tetrahedron index="1115" v0="431" v1="1802" v2="2025" v3="2046" />
+      <tetrahedron index="1116" v0="187" v1="189" v2="410" v3="1802" />
+      <tetrahedron index="1117" v0="189" v1="410" v2="1802" v3="1804" />
+      <tetrahedron index="1118" v0="410" v1="1802" v2="1804" v3="2025" />
+      <tetrahedron index="1119" v0="286" v1="287" v2="326" v3="1901" />
+      <tetrahedron index="1120" v0="287" v1="326" v2="1901" v3="1902" />
+      <tetrahedron index="1121" v0="326" v1="1901" v2="1902" v3="1941" />
+      <tetrahedron index="1122" v0="218" v1="287" v2="326" v3="1833" />
+      <tetrahedron index="1123" v0="287" v1="326" v2="1833" v3="1902" />
+      <tetrahedron index="1124" v0="326" v1="1833" v2="1902" v3="1941" />
+      <tetrahedron index="1125" v0="30" v1="31" v2="572" v3="1645" />
+      <tetrahedron index="1126" v0="31" v1="572" v2="1645" v3="1646" />
+      <tetrahedron index="1127" v0="572" v1="1645" v2="1646" v3="2187" />
+      <tetrahedron index="1128" v0="31" v1="39" v2="572" v3="1646" />
+      <tetrahedron index="1129" v0="39" v1="572" v2="1646" v3="1654" />
+      <tetrahedron index="1130" v0="572" v1="1646" v2="1654" v3="2187" />
+      <tetrahedron index="1131" v0="329" v1="330" v2="573" v3="1944" />
+      <tetrahedron index="1132" v0="330" v1="573" v2="1944" v3="1945" />
+      <tetrahedron index="1133" v0="573" v1="1944" v2="1945" v3="2188" />
+      <tetrahedron index="1134" v0="574" v1="575" v2="576" v3="2189" />
+      <tetrahedron index="1135" v0="575" v1="576" v2="2189" v3="2190" />
+      <tetrahedron index="1136" v0="576" v1="2189" v2="2190" v3="2191" />
+      <tetrahedron index="1137" v0="68" v1="69" v2="444" v3="1683" />
+      <tetrahedron index="1138" v0="69" v1="444" v2="1683" v3="1684" />
+      <tetrahedron index="1139" v0="444" v1="1683" v2="1684" v3="2059" />
+      <tetrahedron index="1140" v0="140" v1="141" v2="319" v3="1755" />
+      <tetrahedron index="1141" v0="141" v1="319" v2="1755" v3="1756" />
+      <tetrahedron index="1142" v0="319" v1="1755" v2="1756" v3="1934" />
+      <tetrahedron index="1143" v0="206" v1="443" v2="577" v3="1821" />
+      <tetrahedron index="1144" v0="443" v1="577" v2="1821" v3="2058" />
+      <tetrahedron index="1145" v0="577" v1="1821" v2="2058" v3="2192" />
+      <tetrahedron index="1146" v0="280" v1="578" v2="579" v3="1895" />
+      <tetrahedron index="1147" v0="578" v1="579" v2="1895" v3="2193" />
+      <tetrahedron index="1148" v0="579" v1="1895" v2="2193" v3="2194" />
+      <tetrahedron index="1149" v0="580" v1="581" v2="582" v3="2195" />
+      <tetrahedron index="1150" v0="581" v1="582" v2="2195" v3="2196" />
+      <tetrahedron index="1151" v0="582" v1="2195" v2="2196" v3="2197" />
+      <tetrahedron index="1152" v0="24" v1="583" v2="584" v3="1639" />
+      <tetrahedron index="1153" v0="583" v1="584" v2="1639" v3="2198" />
+      <tetrahedron index="1154" v0="584" v1="1639" v2="2198" v3="2199" />
+      <tetrahedron index="1155" v0="24" v1="26" v2="583" v3="1639" />
+      <tetrahedron index="1156" v0="26" v1="583" v2="1639" v3="1641" />
+      <tetrahedron index="1157" v0="583" v1="1639" v2="1641" v3="2198" />
+      <tetrahedron index="1158" v0="433" v1="585" v2="586" v3="2048" />
+      <tetrahedron index="1159" v0="585" v1="586" v2="2048" v3="2200" />
+      <tetrahedron index="1160" v0="586" v1="2048" v2="2200" v3="2201" />
+      <tetrahedron index="1161" v0="146" v1="296" v2="299" v3="1761" />
+      <tetrahedron index="1162" v0="296" v1="299" v2="1761" v3="1911" />
+      <tetrahedron index="1163" v0="299" v1="1761" v2="1911" v3="1914" />
+      <tetrahedron index="1164" v0="95" v1="563" v2="587" v3="1710" />
+      <tetrahedron index="1165" v0="563" v1="587" v2="1710" v3="2178" />
+      <tetrahedron index="1166" v0="587" v1="1710" v2="2178" v3="2202" />
+      <tetrahedron index="1167" v0="418" v1="419" v2="472" v3="2033" />
+      <tetrahedron index="1168" v0="419" v1="472" v2="2033" v3="2034" />
+      <tetrahedron index="1169" v0="472" v1="2033" v2="2034" v3="2087" />
+      <tetrahedron index="1170" v0="195" v1="285" v2="286" v3="1810" />
+      <tetrahedron index="1171" v0="285" v1="286" v2="1810" v3="1900" />
+      <tetrahedron index="1172" v0="286" v1="1810" v2="1900" v3="1901" />
+      <tetrahedron index="1173" v0="58" v1="285" v2="452" v3="1673" />
+      <tetrahedron index="1174" v0="285" v1="452" v2="1673" v3="1900" />
+      <tetrahedron index="1175" v0="452" v1="1673" v2="1900" v3="2067" />
+      <tetrahedron index="1176" v0="25" v1="588" v2="589" v3="1640" />
+      <tetrahedron index="1177" v0="588" v1="589" v2="1640" v3="2203" />
+      <tetrahedron index="1178" v0="589" v1="1640" v2="2203" v3="2204" />
+      <tetrahedron index="1179" v0="590" v1="591" v2="592" v3="2205" />
+      <tetrahedron index="1180" v0="591" v1="592" v2="2205" v3="2206" />
+      <tetrahedron index="1181" v0="592" v1="2205" v2="2206" v3="2207" />
+      <tetrahedron index="1182" v0="165" v1="393" v2="394" v3="1780" />
+      <tetrahedron index="1183" v0="393" v1="394" v2="1780" v3="2008" />
+      <tetrahedron index="1184" v0="394" v1="1780" v2="2008" v3="2009" />
+      <tetrahedron index="1185" v0="168" v1="301" v2="302" v3="1783" />
+      <tetrahedron index="1186" v0="301" v1="302" v2="1783" v3="1916" />
+      <tetrahedron index="1187" v0="302" v1="1783" v2="1916" v3="1917" />
+      <tetrahedron index="1188" v0="137" v1="138" v2="593" v3="1752" />
+      <tetrahedron index="1189" v0="138" v1="593" v2="1752" v3="1753" />
+      <tetrahedron index="1190" v0="593" v1="1752" v2="1753" v3="2208" />
+      <tetrahedron index="1191" v0="119" v1="125" v2="126" v3="1734" />
+      <tetrahedron index="1192" v0="125" v1="126" v2="1734" v3="1740" />
+      <tetrahedron index="1193" v0="126" v1="1734" v2="1740" v3="1741" />
+      <tetrahedron index="1194" v0="211" v1="213" v2="594" v3="1826" />
+      <tetrahedron index="1195" v0="213" v1="594" v2="1826" v3="1828" />
+      <tetrahedron index="1196" v0="594" v1="1826" v2="1828" v3="2209" />
+      <tetrahedron index="1197" v0="211" v1="335" v2="594" v3="1826" />
+      <tetrahedron index="1198" v0="335" v1="594" v2="1826" v3="1950" />
+      <tetrahedron index="1199" v0="594" v1="1826" v2="1950" v3="2209" />
+      <tetrahedron index="1200" v0="292" v1="595" v2="596" v3="1907" />
+      <tetrahedron index="1201" v0="595" v1="596" v2="1907" v3="2210" />
+      <tetrahedron index="1202" v0="596" v1="1907" v2="2210" v3="2211" />
+      <tetrahedron index="1203" v0="597" v1="598" v2="599" v3="2212" />
+      <tetrahedron index="1204" v0="598" v1="599" v2="2212" v3="2213" />
+      <tetrahedron index="1205" v0="599" v1="2212" v2="2213" v3="2214" />
+      <tetrahedron index="1206" v0="316" v1="354" v2="600" v3="1931" />
+      <tetrahedron index="1207" v0="354" v1="600" v2="1931" v3="1969" />
+      <tetrahedron index="1208" v0="600" v1="1931" v2="1969" v3="2215" />
+      <tetrahedron index="1209" v0="367" v1="601" v2="602" v3="1982" />
+      <tetrahedron index="1210" v0="601" v1="602" v2="1982" v3="2216" />
+      <tetrahedron index="1211" v0="602" v1="1982" v2="2216" v3="2217" />
+      <tetrahedron index="1212" v0="367" v1="557" v2="602" v3="1982" />
+      <tetrahedron index="1213" v0="557" v1="602" v2="1982" v3="2172" />
+      <tetrahedron index="1214" v0="602" v1="1982" v2="2172" v3="2217" />
+      <tetrahedron index="1215" v0="83" v1="84" v2="603" v3="1698" />
+      <tetrahedron index="1216" v0="84" v1="603" v2="1698" v3="1699" />
+      <tetrahedron index="1217" v0="603" v1="1698" v2="1699" v3="2218" />
+      <tetrahedron index="1218" v0="84" v1="603" v2="604" v3="1699" />
+      <tetrahedron index="1219" v0="603" v1="604" v2="1699" v3="2218" />
+      <tetrahedron index="1220" v0="604" v1="1699" v2="2218" v3="2219" />
+      <tetrahedron index="1221" v0="533" v1="556" v2="605" v3="2148" />
+      <tetrahedron index="1222" v0="556" v1="605" v2="2148" v3="2171" />
+      <tetrahedron index="1223" v0="605" v1="2148" v2="2171" v3="2220" />
+      <tetrahedron index="1224" v0="543" v1="544" v2="606" v3="2158" />
+      <tetrahedron index="1225" v0="544" v1="606" v2="2158" v3="2159" />
+      <tetrahedron index="1226" v0="606" v1="2158" v2="2159" v3="2221" />
+      <tetrahedron index="1227" v0="411" v1="607" v2="608" v3="2026" />
+      <tetrahedron index="1228" v0="607" v1="608" v2="2026" v3="2222" />
+      <tetrahedron index="1229" v0="608" v1="2026" v2="2222" v3="2223" />
+      <tetrahedron index="1230" v0="494" v1="607" v2="608" v3="2109" />
+      <tetrahedron index="1231" v0="607" v1="608" v2="2109" v3="2222" />
+      <tetrahedron index="1232" v0="608" v1="2109" v2="2222" v3="2223" />
+      <tetrahedron index="1233" v0="125" v1="420" v2="609" v3="1740" />
+      <tetrahedron index="1234" v0="420" v1="609" v2="1740" v3="2035" />
+      <tetrahedron index="1235" v0="609" v1="1740" v2="2035" v3="2224" />
+      <tetrahedron index="1236" v0="610" v1="611" v2="612" v3="2225" />
+      <tetrahedron index="1237" v0="611" v1="612" v2="2225" v3="2226" />
+      <tetrahedron index="1238" v0="612" v1="2225" v2="2226" v3="2227" />
+      <tetrahedron index="1239" v0="404" v1="613" v2="614" v3="2019" />
+      <tetrahedron index="1240" v0="613" v1="614" v2="2019" v3="2228" />
+      <tetrahedron index="1241" v0="614" v1="2019" v2="2228" v3="2229" />
+      <tetrahedron index="1242" v0="359" v1="493" v2="615" v3="1974" />
+      <tetrahedron index="1243" v0="493" v1="615" v2="1974" v3="2108" />
+      <tetrahedron index="1244" v0="615" v1="1974" v2="2108" v3="2230" />
+      <tetrahedron index="1245" v0="71" v1="359" v2="615" v3="1686" />
+      <tetrahedron index="1246" v0="359" v1="615" v2="1686" v3="1974" />
+      <tetrahedron index="1247" v0="615" v1="1686" v2="1974" v3="2230" />
+      <tetrahedron index="1248" v0="573" v1="616" v2="617" v3="2188" />
+      <tetrahedron index="1249" v0="616" v1="617" v2="2188" v3="2231" />
+      <tetrahedron index="1250" v0="617" v1="2188" v2="2231" v3="2232" />
+      <tetrahedron index="1251" v0="446" v1="618" v2="619" v3="2061" />
+      <tetrahedron index="1252" v0="618" v1="619" v2="2061" v3="2233" />
+      <tetrahedron index="1253" v0="619" v1="2061" v2="2233" v3="2234" />
+      <tetrahedron index="1254" v0="620" v1="621" v2="622" v3="2235" />
+      <tetrahedron index="1255" v0="621" v1="622" v2="2235" v3="2236" />
+      <tetrahedron index="1256" v0="622" v1="2235" v2="2236" v3="2237" />
+      <tetrahedron index="1257" v0="605" v1="623" v2="624" v3="2220" />
+      <tetrahedron index="1258" v0="623" v1="624" v2="2220" v3="2238" />
+      <tetrahedron index="1259" v0="624" v1="2220" v2="2238" v3="2239" />
+      <tetrahedron index="1260" v0="625" v1="626" v2="627" v3="2240" />
+      <tetrahedron index="1261" v0="626" v1="627" v2="2240" v3="2241" />
+      <tetrahedron index="1262" v0="627" v1="2240" v2="2241" v3="2242" />
+      <tetrahedron index="1263" v0="577" v1="628" v2="629" v3="2192" />
+      <tetrahedron index="1264" v0="628" v1="629" v2="2192" v3="2243" />
+      <tetrahedron index="1265" v0="629" v1="2192" v2="2243" v3="2244" />
+      <tetrahedron index="1266" v0="169" v1="171" v2="173" v3="1784" />
+      <tetrahedron index="1267" v0="171" v1="173" v2="1784" v3="1786" />
+      <tetrahedron index="1268" v0="173" v1="1784" v2="1786" v3="1788" />
+      <tetrahedron index="1269" v0="73" v1="440" v2="630" v3="1688" />
+      <tetrahedron index="1270" v0="440" v1="630" v2="1688" v3="2055" />
+      <tetrahedron index="1271" v0="630" v1="1688" v2="2055" v3="2245" />
+      <tetrahedron index="1272" v0="232" v1="234" v2="631" v3="1847" />
+      <tetrahedron index="1273" v0="234" v1="631" v2="1847" v3="1849" />
+      <tetrahedron index="1274" v0="631" v1="1847" v2="1849" v3="2246" />
+      <tetrahedron index="1275" v0="363" v1="571" v2="632" v3="1978" />
+      <tetrahedron index="1276" v0="571" v1="632" v2="1978" v3="2186" />
+      <tetrahedron index="1277" v0="632" v1="1978" v2="2186" v3="2247" />
+      <tetrahedron index="1278" v0="235" v1="571" v2="632" v3="1850" />
+      <tetrahedron index="1279" v0="571" v1="632" v2="1850" v3="2186" />
+      <tetrahedron index="1280" v0="632" v1="1850" v2="2186" v3="2247" />
+      <tetrahedron index="1281" v0="260" v1="493" v2="633" v3="1875" />
+      <tetrahedron index="1282" v0="493" v1="633" v2="1875" v3="2108" />
+      <tetrahedron index="1283" v0="633" v1="1875" v2="2108" v3="2248" />
+      <tetrahedron index="1284" v0="203" v1="417" v2="634" v3="1818" />
+      <tetrahedron index="1285" v0="417" v1="634" v2="1818" v3="2032" />
+      <tetrahedron index="1286" v0="634" v1="1818" v2="2032" v3="2249" />
+      <tetrahedron index="1287" v0="201" v1="628" v2="635" v3="1816" />
+      <tetrahedron index="1288" v0="628" v1="635" v2="1816" v3="2243" />
+      <tetrahedron index="1289" v0="635" v1="1816" v2="2243" v3="2250" />
+      <tetrahedron index="1290" v0="374" v1="376" v2="513" v3="1989" />
+      <tetrahedron index="1291" v0="376" v1="513" v2="1989" v3="1991" />
+      <tetrahedron index="1292" v0="513" v1="1989" v2="1991" v3="2128" />
+      <tetrahedron index="1293" v0="636" v1="637" v2="638" v3="2251" />
+      <tetrahedron index="1294" v0="637" v1="638" v2="2251" v3="2252" />
+      <tetrahedron index="1295" v0="638" v1="2251" v2="2252" v3="2253" />
+      <tetrahedron index="1296" v0="204" v1="508" v2="516" v3="1819" />
+      <tetrahedron index="1297" v0="508" v1="516" v2="1819" v3="2123" />
+      <tetrahedron index="1298" v0="516" v1="1819" v2="2123" v3="2131" />
+      <tetrahedron index="1299" v0="93" v1="204" v2="508" v3="1708" />
+      <tetrahedron index="1300" v0="204" v1="508" v2="1708" v3="1819" />
+      <tetrahedron index="1301" v0="508" v1="1708" v2="1819" v3="2123" />
+      <tetrahedron index="1302" v0="491" v1="492" v2="639" v3="2106" />
+      <tetrahedron index="1303" v0="492" v1="639" v2="2106" v3="2107" />
+      <tetrahedron index="1304" v0="639" v1="2106" v2="2107" v3="2254" />
+      <tetrahedron index="1305" v0="588" v1="640" v2="641" v3="2203" />
+      <tetrahedron index="1306" v0="640" v1="641" v2="2203" v3="2255" />
+      <tetrahedron index="1307" v0="641" v1="2203" v2="2255" v3="2256" />
+      <tetrahedron index="1308" v0="508" v1="509" v2="519" v3="2123" />
+      <tetrahedron index="1309" v0="509" v1="519" v2="2123" v3="2124" />
+      <tetrahedron index="1310" v0="519" v1="2123" v2="2124" v3="2134" />
+      <tetrahedron index="1311" v0="250" v1="642" v2="643" v3="1865" />
+      <tetrahedron index="1312" v0="642" v1="643" v2="1865" v3="2257" />
+      <tetrahedron index="1313" v0="643" v1="1865" v2="2257" v3="2258" />
+      <tetrahedron index="1314" v0="159" v1="532" v2="644" v3="1774" />
+      <tetrahedron index="1315" v0="532" v1="644" v2="1774" v3="2147" />
+      <tetrahedron index="1316" v0="644" v1="1774" v2="2147" v3="2259" />
+      <tetrahedron index="1317" v0="267" v1="268" v2="645" v3="1882" />
+      <tetrahedron index="1318" v0="268" v1="645" v2="1882" v3="1883" />
+      <tetrahedron index="1319" v0="645" v1="1882" v2="1883" v3="2260" />
+      <tetrahedron index="1320" v0="268" v1="645" v2="646" v3="1883" />
+      <tetrahedron index="1321" v0="645" v1="646" v2="1883" v3="2260" />
+      <tetrahedron index="1322" v0="646" v1="1883" v2="2260" v3="2261" />
+      <tetrahedron index="1323" v0="212" v1="247" v2="647" v3="1827" />
+      <tetrahedron index="1324" v0="247" v1="647" v2="1827" v3="1862" />
+      <tetrahedron index="1325" v0="647" v1="1827" v2="1862" v3="2262" />
+      <tetrahedron index="1326" v0="400" v1="648" v2="649" v3="2015" />
+      <tetrahedron index="1327" v0="648" v1="649" v2="2015" v3="2263" />
+      <tetrahedron index="1328" v0="649" v1="2015" v2="2263" v3="2264" />
+      <tetrahedron index="1329" v0="478" v1="650" v2="651" v3="2093" />
+      <tetrahedron index="1330" v0="650" v1="651" v2="2093" v3="2265" />
+      <tetrahedron index="1331" v0="651" v1="2093" v2="2265" v3="2266" />
+      <tetrahedron index="1332" v0="122" v1="652" v2="653" v3="1737" />
+      <tetrahedron index="1333" v0="652" v1="653" v2="1737" v3="2267" />
+      <tetrahedron index="1334" v0="653" v1="1737" v2="2267" v3="2268" />
+      <tetrahedron index="1335" v0="114" v1="115" v2="567" v3="1729" />
+      <tetrahedron index="1336" v0="115" v1="567" v2="1729" v3="1730" />
+      <tetrahedron index="1337" v0="567" v1="1729" v2="1730" v3="2182" />
+      <tetrahedron index="1338" v0="590" v1="591" v2="654" v3="2205" />
+      <tetrahedron index="1339" v0="591" v1="654" v2="2205" v3="2206" />
+      <tetrahedron index="1340" v0="654" v1="2205" v2="2206" v3="2269" />
+      <tetrahedron index="1341" v0="534" v1="655" v2="656" v3="2149" />
+      <tetrahedron index="1342" v0="655" v1="656" v2="2149" v3="2270" />
+      <tetrahedron index="1343" v0="656" v1="2149" v2="2270" v3="2271" />
+      <tetrahedron index="1344" v0="95" v1="563" v2="657" v3="1710" />
+      <tetrahedron index="1345" v0="563" v1="657" v2="1710" v3="2178" />
+      <tetrahedron index="1346" v0="657" v1="1710" v2="2178" v3="2272" />
+      <tetrahedron index="1347" v0="95" v1="193" v2="657" v3="1710" />
+      <tetrahedron index="1348" v0="193" v1="657" v2="1710" v3="1808" />
+      <tetrahedron index="1349" v0="657" v1="1710" v2="1808" v3="2272" />
+      <tetrahedron index="1350" v0="588" v1="589" v2="658" v3="2203" />
+      <tetrahedron index="1351" v0="589" v1="658" v2="2203" v3="2204" />
+      <tetrahedron index="1352" v0="658" v1="2203" v2="2204" v3="2273" />
+      <tetrahedron index="1353" v0="589" v1="658" v2="659" v3="2204" />
+      <tetrahedron index="1354" v0="658" v1="659" v2="2204" v3="2273" />
+      <tetrahedron index="1355" v0="659" v1="2204" v2="2273" v3="2274" />
+      <tetrahedron index="1356" v0="660" v1="661" v2="662" v3="2275" />
+      <tetrahedron index="1357" v0="661" v1="662" v2="2275" v3="2276" />
+      <tetrahedron index="1358" v0="662" v1="2275" v2="2276" v3="2277" />
+      <tetrahedron index="1359" v0="61" v1="62" v2="530" v3="1676" />
+      <tetrahedron index="1360" v0="62" v1="530" v2="1676" v3="1677" />
+      <tetrahedron index="1361" v0="530" v1="1676" v2="1677" v3="2145" />
+      <tetrahedron index="1362" v0="62" v1="530" v2="663" v3="1677" />
+      <tetrahedron index="1363" v0="530" v1="663" v2="1677" v3="2145" />
+      <tetrahedron index="1364" v0="663" v1="1677" v2="2145" v3="2278" />
+      <tetrahedron index="1365" v0="93" v1="509" v2="664" v3="1708" />
+      <tetrahedron index="1366" v0="509" v1="664" v2="1708" v3="2124" />
+      <tetrahedron index="1367" v0="664" v1="1708" v2="2124" v3="2279" />
+      <tetrahedron index="1368" v0="584" v1="640" v2="665" v3="2199" />
+      <tetrahedron index="1369" v0="640" v1="665" v2="2199" v3="2255" />
+      <tetrahedron index="1370" v0="665" v1="2199" v2="2255" v3="2280" />
+      <tetrahedron index="1371" v0="24" v1="584" v2="640" v3="1639" />
+      <tetrahedron index="1372" v0="584" v1="640" v2="1639" v3="2199" />
+      <tetrahedron index="1373" v0="640" v1="1639" v2="2199" v3="2255" />
+      <tetrahedron index="1374" v0="230" v1="231" v2="666" v3="1845" />
+      <tetrahedron index="1375" v0="231" v1="666" v2="1845" v3="1846" />
+      <tetrahedron index="1376" v0="666" v1="1845" v2="1846" v3="2281" />
+      <tetrahedron index="1377" v0="61" v1="63" v2="527" v3="1676" />
+      <tetrahedron index="1378" v0="63" v1="527" v2="1676" v3="1678" />
+      <tetrahedron index="1379" v0="527" v1="1676" v2="1678" v3="2142" />
+      <tetrahedron index="1380" v0="536" v1="667" v2="668" v3="2151" />
+      <tetrahedron index="1381" v0="667" v1="668" v2="2151" v3="2282" />
+      <tetrahedron index="1382" v0="668" v1="2151" v2="2282" v3="2283" />
+      <tetrahedron index="1383" v0="466" v1="597" v2="598" v3="2081" />
+      <tetrahedron index="1384" v0="597" v1="598" v2="2081" v3="2212" />
+      <tetrahedron index="1385" v0="598" v1="2081" v2="2212" v3="2213" />
+      <tetrahedron index="1386" v0="362" v1="569" v2="669" v3="1977" />
+      <tetrahedron index="1387" v0="569" v1="669" v2="1977" v3="2184" />
+      <tetrahedron index="1388" v0="669" v1="1977" v2="2184" v3="2284" />
+      <tetrahedron index="1389" v0="581" v1="582" v2="612" v3="2196" />
+      <tetrahedron index="1390" v0="582" v1="612" v2="2196" v3="2197" />
+      <tetrahedron index="1391" v0="612" v1="2196" v2="2197" v3="2227" />
+      <tetrahedron index="1392" v0="250" v1="251" v2="643" v3="1865" />
+      <tetrahedron index="1393" v0="251" v1="643" v2="1865" v3="1866" />
+      <tetrahedron index="1394" v0="643" v1="1865" v2="1866" v3="2258" />
+      <tetrahedron index="1395" v0="251" v1="643" v2="670" v3="1866" />
+      <tetrahedron index="1396" v0="643" v1="670" v2="1866" v3="2258" />
+      <tetrahedron index="1397" v0="670" v1="1866" v2="2258" v3="2285" />
+      <tetrahedron index="1398" v0="641" v1="671" v2="672" v3="2256" />
+      <tetrahedron index="1399" v0="671" v1="672" v2="2256" v3="2286" />
+      <tetrahedron index="1400" v0="672" v1="2256" v2="2286" v3="2287" />
+      <tetrahedron index="1401" v0="126" v1="127" v2="673" v3="1741" />
+      <tetrahedron index="1402" v0="127" v1="673" v2="1741" v3="1742" />
+      <tetrahedron index="1403" v0="673" v1="1741" v2="1742" v3="2288" />
+      <tetrahedron index="1404" v0="213" v1="406" v2="594" v3="1828" />
+      <tetrahedron index="1405" v0="406" v1="594" v2="1828" v3="2021" />
+      <tetrahedron index="1406" v0="594" v1="1828" v2="2021" v3="2209" />
+      <tetrahedron index="1407" v0="228" v1="406" v2="594" v3="1843" />
+      <tetrahedron index="1408" v0="406" v1="594" v2="1843" v3="2021" />
+      <tetrahedron index="1409" v0="594" v1="1843" v2="2021" v3="2209" />
+      <tetrahedron index="1410" v0="254" v1="674" v2="675" v3="1869" />
+      <tetrahedron index="1411" v0="674" v1="675" v2="1869" v3="2289" />
+      <tetrahedron index="1412" v0="675" v1="1869" v2="2289" v3="2290" />
+      <tetrahedron index="1413" v0="638" v1="676" v2="677" v3="2253" />
+      <tetrahedron index="1414" v0="676" v1="677" v2="2253" v3="2291" />
+      <tetrahedron index="1415" v0="677" v1="2253" v2="2291" v3="2292" />
+      <tetrahedron index="1416" v0="598" v1="678" v2="679" v3="2213" />
+      <tetrahedron index="1417" v0="678" v1="679" v2="2213" v3="2293" />
+      <tetrahedron index="1418" v0="679" v1="2213" v2="2293" v3="2294" />
+      <tetrahedron index="1419" v0="598" v1="599" v2="679" v3="2213" />
+      <tetrahedron index="1420" v0="599" v1="679" v2="2213" v3="2214" />
+      <tetrahedron index="1421" v0="679" v1="2213" v2="2214" v3="2294" />
+      <tetrahedron index="1422" v0="370" v1="609" v2="680" v3="1985" />
+      <tetrahedron index="1423" v0="609" v1="680" v2="1985" v3="2224" />
+      <tetrahedron index="1424" v0="680" v1="1985" v2="2224" v3="2295" />
+      <tetrahedron index="1425" v0="125" v1="609" v2="680" v3="1740" />
+      <tetrahedron index="1426" v0="609" v1="680" v2="1740" v3="2224" />
+      <tetrahedron index="1427" v0="680" v1="1740" v2="2224" v3="2295" />
+      <tetrahedron index="1428" v0="464" v1="681" v2="682" v3="2079" />
+      <tetrahedron index="1429" v0="681" v1="682" v2="2079" v3="2296" />
+      <tetrahedron index="1430" v0="682" v1="2079" v2="2296" v3="2297" />
+      <tetrahedron index="1431" v0="683" v1="684" v2="685" v3="2298" />
+      <tetrahedron index="1432" v0="684" v1="685" v2="2298" v3="2299" />
+      <tetrahedron index="1433" v0="685" v1="2298" v2="2299" v3="2300" />
+      <tetrahedron index="1434" v0="683" v1="685" v2="686" v3="2298" />
+      <tetrahedron index="1435" v0="685" v1="686" v2="2298" v3="2300" />
+      <tetrahedron index="1436" v0="686" v1="2298" v2="2300" v3="2301" />
+      <tetrahedron index="1437" v0="64" v1="65" v2="687" v3="1679" />
+      <tetrahedron index="1438" v0="65" v1="687" v2="1679" v3="1680" />
+      <tetrahedron index="1439" v0="687" v1="1679" v2="1680" v3="2302" />
+      <tetrahedron index="1440" v0="232" v1="387" v2="631" v3="1847" />
+      <tetrahedron index="1441" v0="387" v1="631" v2="1847" v3="2002" />
+      <tetrahedron index="1442" v0="631" v1="1847" v2="2002" v3="2246" />
+      <tetrahedron index="1443" v0="364" v1="387" v2="631" v3="1979" />
+      <tetrahedron index="1444" v0="387" v1="631" v2="1979" v3="2002" />
+      <tetrahedron index="1445" v0="631" v1="1979" v2="2002" v3="2246" />
+      <tetrahedron index="1446" v0="282" v1="284" v2="447" v3="1897" />
+      <tetrahedron index="1447" v0="284" v1="447" v2="1897" v3="1899" />
+      <tetrahedron index="1448" v0="447" v1="1897" v2="1899" v3="2062" />
+      <tetrahedron index="1449" v0="284" v1="447" v2="688" v3="1899" />
+      <tetrahedron index="1450" v0="447" v1="688" v2="1899" v3="2062" />
+      <tetrahedron index="1451" v0="688" v1="1899" v2="2062" v3="2303" />
+      <tetrahedron index="1452" v0="374" v1="513" v2="689" v3="1989" />
+      <tetrahedron index="1453" v0="513" v1="689" v2="1989" v3="2128" />
+      <tetrahedron index="1454" v0="689" v1="1989" v2="2128" v3="2304" />
+      <tetrahedron index="1455" v0="512" v1="513" v2="689" v3="2127" />
+      <tetrahedron index="1456" v0="513" v1="689" v2="2127" v3="2128" />
+      <tetrahedron index="1457" v0="689" v1="2127" v2="2128" v3="2304" />
+      <tetrahedron index="1458" v0="337" v1="467" v2="690" v3="1952" />
+      <tetrahedron index="1459" v0="467" v1="690" v2="1952" v3="2082" />
+      <tetrahedron index="1460" v0="690" v1="1952" v2="2082" v3="2305" />
+      <tetrahedron index="1461" v0="691" v1="692" v2="693" v3="2306" />
+      <tetrahedron index="1462" v0="692" v1="693" v2="2306" v3="2307" />
+      <tetrahedron index="1463" v0="693" v1="2306" v2="2307" v3="2308" />
+      <tetrahedron index="1464" v0="125" v1="127" v2="680" v3="1740" />
+      <tetrahedron index="1465" v0="127" v1="680" v2="1740" v3="1742" />
+      <tetrahedron index="1466" v0="680" v1="1740" v2="1742" v3="2295" />
+      <tetrahedron index="1467" v0="127" v1="680" v2="694" v3="1742" />
+      <tetrahedron index="1468" v0="680" v1="694" v2="1742" v3="2295" />
+      <tetrahedron index="1469" v0="694" v1="1742" v2="2295" v3="2309" />
+      <tetrahedron index="1470" v0="345" v1="401" v2="657" v3="1960" />
+      <tetrahedron index="1471" v0="401" v1="657" v2="1960" v3="2016" />
+      <tetrahedron index="1472" v0="657" v1="1960" v2="2016" v3="2272" />
+      <tetrahedron index="1473" v0="193" v1="401" v2="657" v3="1808" />
+      <tetrahedron index="1474" v0="401" v1="657" v2="1808" v3="2016" />
+      <tetrahedron index="1475" v0="657" v1="1808" v2="2016" v3="2272" />
+      <tetrahedron index="1476" v0="685" v1="695" v2="696" v3="2300" />
+      <tetrahedron index="1477" v0="695" v1="696" v2="2300" v3="2310" />
+      <tetrahedron index="1478" v0="696" v1="2300" v2="2310" v3="2311" />
+      <tetrahedron index="1479" v0="264" v1="386" v2="645" v3="1879" />
+      <tetrahedron index="1480" v0="386" v1="645" v2="1879" v3="2001" />
+      <tetrahedron index="1481" v0="645" v1="1879" v2="2001" v3="2260" />
+      <tetrahedron index="1482" v0="267" v1="386" v2="645" v3="1882" />
+      <tetrahedron index="1483" v0="386" v1="645" v2="1882" v3="2001" />
+      <tetrahedron index="1484" v0="645" v1="1882" v2="2001" v3="2260" />
+      <tetrahedron index="1485" v0="122" v1="124" v2="652" v3="1737" />
+      <tetrahedron index="1486" v0="124" v1="652" v2="1737" v3="1739" />
+      <tetrahedron index="1487" v0="652" v1="1737" v2="1739" v3="2267" />
+      <tetrahedron index="1488" v0="83" v1="603" v2="697" v3="1698" />
+      <tetrahedron index="1489" v0="603" v1="697" v2="1698" v3="2218" />
+      <tetrahedron index="1490" v0="697" v1="1698" v2="2218" v3="2312" />
+      <tetrahedron index="1491" v0="603" v1="604" v2="698" v3="2218" />
+      <tetrahedron index="1492" v0="604" v1="698" v2="2218" v3="2219" />
+      <tetrahedron index="1493" v0="698" v1="2218" v2="2219" v3="2313" />
+      <tetrahedron index="1494" v0="533" v1="605" v2="624" v3="2148" />
+      <tetrahedron index="1495" v0="605" v1="624" v2="2148" v3="2220" />
+      <tetrahedron index="1496" v0="624" v1="2148" v2="2220" v3="2239" />
+      <tetrahedron index="1497" v0="259" v1="533" v2="624" v3="1874" />
+      <tetrahedron index="1498" v0="533" v1="624" v2="1874" v3="2148" />
+      <tetrahedron index="1499" v0="624" v1="1874" v2="2148" v3="2239" />
+      <tetrahedron index="1500" v0="165" v1="166" v2="699" v3="1780" />
+      <tetrahedron index="1501" v0="166" v1="699" v2="1780" v3="1781" />
+      <tetrahedron index="1502" v0="699" v1="1780" v2="1781" v3="2314" />
+      <tetrahedron index="1503" v0="165" v1="393" v2="699" v3="1780" />
+      <tetrahedron index="1504" v0="393" v1="699" v2="1780" v3="2008" />
+      <tetrahedron index="1505" v0="699" v1="1780" v2="2008" v3="2314" />
+      <tetrahedron index="1506" v0="174" v1="175" v2="179" v3="1789" />
+      <tetrahedron index="1507" v0="175" v1="179" v2="1789" v3="1790" />
+      <tetrahedron index="1508" v0="179" v1="1789" v2="1790" v3="1794" />
+      <tetrahedron index="1509" v0="82" v1="177" v2="700" v3="1697" />
+      <tetrahedron index="1510" v0="177" v1="700" v2="1697" v3="1792" />
+      <tetrahedron index="1511" v0="700" v1="1697" v2="1792" v3="2315" />
+      <tetrahedron index="1512" v0="177" v1="700" v2="701" v3="1792" />
+      <tetrahedron index="1513" v0="700" v1="701" v2="1792" v3="2315" />
+      <tetrahedron index="1514" v0="701" v1="1792" v2="2315" v3="2316" />
+      <tetrahedron index="1515" v0="443" v1="577" v2="702" v3="2058" />
+      <tetrahedron index="1516" v0="577" v1="702" v2="2058" v3="2192" />
+      <tetrahedron index="1517" v0="702" v1="2058" v2="2192" v3="2317" />
+      <tetrahedron index="1518" v0="693" v1="703" v2="704" v3="2308" />
+      <tetrahedron index="1519" v0="703" v1="704" v2="2308" v3="2318" />
+      <tetrahedron index="1520" v0="704" v1="2308" v2="2318" v3="2319" />
+      <tetrahedron index="1521" v0="345" v1="346" v2="657" v3="1960" />
+      <tetrahedron index="1522" v0="346" v1="657" v2="1960" v3="1961" />
+      <tetrahedron index="1523" v0="657" v1="1960" v2="1961" v3="2272" />
+      <tetrahedron index="1524" v0="346" v1="563" v2="657" v3="1961" />
+      <tetrahedron index="1525" v0="563" v1="657" v2="1961" v3="2178" />
+      <tetrahedron index="1526" v0="657" v1="1961" v2="2178" v3="2272" />
+      <tetrahedron index="1527" v0="429" v1="705" v2="706" v3="2044" />
+      <tetrahedron index="1528" v0="705" v1="706" v2="2044" v3="2320" />
+      <tetrahedron index="1529" v0="706" v1="2044" v2="2320" v3="2321" />
+      <tetrahedron index="1530" v0="550" v1="551" v2="707" v3="2165" />
+      <tetrahedron index="1531" v0="551" v1="707" v2="2165" v3="2166" />
+      <tetrahedron index="1532" v0="707" v1="2165" v2="2166" v3="2322" />
+      <tetrahedron index="1533" v0="238" v1="510" v2="632" v3="1853" />
+      <tetrahedron index="1534" v0="510" v1="632" v2="1853" v3="2125" />
+      <tetrahedron index="1535" v0="632" v1="1853" v2="2125" v3="2247" />
+      <tetrahedron index="1536" v0="363" v1="510" v2="632" v3="1978" />
+      <tetrahedron index="1537" v0="510" v1="632" v2="1978" v3="2125" />
+      <tetrahedron index="1538" v0="632" v1="1978" v2="2125" v3="2247" />
+      <tetrahedron index="1539" v0="2" v1="427" v2="708" v3="1617" />
+      <tetrahedron index="1540" v0="427" v1="708" v2="1617" v3="2042" />
+      <tetrahedron index="1541" v0="708" v1="1617" v2="2042" v3="2323" />
+      <tetrahedron index="1542" v0="427" v1="575" v2="708" v3="2042" />
+      <tetrahedron index="1543" v0="575" v1="708" v2="2042" v3="2190" />
+      <tetrahedron index="1544" v0="708" v1="2042" v2="2190" v3="2323" />
+      <tetrahedron index="1545" v0="348" v1="349" v2="433" v3="1963" />
+      <tetrahedron index="1546" v0="349" v1="433" v2="1963" v3="1964" />
+      <tetrahedron index="1547" v0="433" v1="1963" v2="1964" v3="2048" />
+      <tetrahedron index="1548" v0="96" v1="709" v2="710" v3="1711" />
+      <tetrahedron index="1549" v0="709" v1="710" v2="1711" v3="2324" />
+      <tetrahedron index="1550" v0="710" v1="1711" v2="2324" v3="2325" />
+      <tetrahedron index="1551" v0="711" v1="712" v2="713" v3="2326" />
+      <tetrahedron index="1552" v0="712" v1="713" v2="2326" v3="2327" />
+      <tetrahedron index="1553" v0="713" v1="2326" v2="2327" v3="2328" />
+      <tetrahedron index="1554" v0="330" v1="456" v2="573" v3="1945" />
+      <tetrahedron index="1555" v0="456" v1="573" v2="1945" v3="2071" />
+      <tetrahedron index="1556" v0="573" v1="1945" v2="2071" v3="2188" />
+      <tetrahedron index="1557" v0="456" v1="573" v2="616" v3="2071" />
+      <tetrahedron index="1558" v0="573" v1="616" v2="2071" v3="2188" />
+      <tetrahedron index="1559" v0="616" v1="2071" v2="2188" v3="2231" />
+      <tetrahedron index="1560" v0="292" v1="596" v2="714" v3="1907" />
+      <tetrahedron index="1561" v0="596" v1="714" v2="1907" v3="2211" />
+      <tetrahedron index="1562" v0="714" v1="1907" v2="2211" v3="2329" />
+      <tetrahedron index="1563" v0="291" v1="292" v2="714" v3="1906" />
+      <tetrahedron index="1564" v0="292" v1="714" v2="1906" v3="1907" />
+      <tetrahedron index="1565" v0="714" v1="1906" v2="1907" v3="2329" />
+      <tetrahedron index="1566" v0="515" v1="516" v2="581" v3="2130" />
+      <tetrahedron index="1567" v0="516" v1="581" v2="2130" v3="2131" />
+      <tetrahedron index="1568" v0="581" v1="2130" v2="2131" v3="2196" />
+      <tetrahedron index="1569" v0="516" v1="580" v2="581" v3="2131" />
+      <tetrahedron index="1570" v0="580" v1="581" v2="2131" v3="2195" />
+      <tetrahedron index="1571" v0="581" v1="2131" v2="2195" v3="2196" />
+      <tetrahedron index="1572" v0="226" v1="227" v2="580" v3="1841" />
+      <tetrahedron index="1573" v0="227" v1="580" v2="1841" v3="1842" />
+      <tetrahedron index="1574" v0="580" v1="1841" v2="1842" v3="2195" />
+      <tetrahedron index="1575" v0="226" v1="516" v2="580" v3="1841" />
+      <tetrahedron index="1576" v0="516" v1="580" v2="1841" v3="2131" />
+      <tetrahedron index="1577" v0="580" v1="1841" v2="2131" v3="2195" />
+      <tetrahedron index="1578" v0="201" v1="202" v2="275" v3="1816" />
+      <tetrahedron index="1579" v0="202" v1="275" v2="1816" v3="1817" />
+      <tetrahedron index="1580" v0="275" v1="1816" v2="1817" v3="1890" />
+      <tetrahedron index="1581" v0="280" v1="281" v2="715" v3="1895" />
+      <tetrahedron index="1582" v0="281" v1="715" v2="1895" v3="1896" />
+      <tetrahedron index="1583" v0="715" v1="1895" v2="1896" v3="2330" />
+      <tetrahedron index="1584" v0="716" v1="717" v2="718" v3="2331" />
+      <tetrahedron index="1585" v0="717" v1="718" v2="2331" v3="2332" />
+      <tetrahedron index="1586" v0="718" v1="2331" v2="2332" v3="2333" />
+      <tetrahedron index="1587" v0="121" v1="305" v2="306" v3="1736" />
+      <tetrahedron index="1588" v0="305" v1="306" v2="1736" v3="1920" />
+      <tetrahedron index="1589" v0="306" v1="1736" v2="1920" v3="1921" />
+      <tetrahedron index="1590" v0="121" v1="305" v2="719" v3="1736" />
+      <tetrahedron index="1591" v0="305" v1="719" v2="1736" v3="1920" />
+      <tetrahedron index="1592" v0="719" v1="1736" v2="1920" v3="2334" />
+      <tetrahedron index="1593" v0="452" v1="720" v2="721" v3="2067" />
+      <tetrahedron index="1594" v0="720" v1="721" v2="2067" v3="2335" />
+      <tetrahedron index="1595" v0="721" v1="2067" v2="2335" v3="2336" />
+      <tetrahedron index="1596" v0="135" v1="466" v2="722" v3="1750" />
+      <tetrahedron index="1597" v0="466" v1="722" v2="1750" v3="2081" />
+      <tetrahedron index="1598" v0="722" v1="1750" v2="2081" v3="2337" />
+      <tetrahedron index="1599" v0="378" v1="623" v2="624" v3="1993" />
+      <tetrahedron index="1600" v0="623" v1="624" v2="1993" v3="2238" />
+      <tetrahedron index="1601" v0="624" v1="1993" v2="2238" v3="2239" />
+      <tetrahedron index="1602" v0="206" v1="275" v2="577" v3="1821" />
+      <tetrahedron index="1603" v0="275" v1="577" v2="1821" v3="1890" />
+      <tetrahedron index="1604" v0="577" v1="1821" v2="1890" v3="2192" />
+      <tetrahedron index="1605" v0="168" v1="171" v2="301" v3="1783" />
+      <tetrahedron index="1606" v0="171" v1="301" v2="1783" v3="1786" />
+      <tetrahedron index="1607" v0="301" v1="1783" v2="1786" v3="1916" />
+      <tetrahedron index="1608" v0="513" v1="514" v2="723" v3="2128" />
+      <tetrahedron index="1609" v0="514" v1="723" v2="2128" v3="2129" />
+      <tetrahedron index="1610" v0="723" v1="2128" v2="2129" v3="2338" />
+      <tetrahedron index="1611" v0="376" v1="513" v2="723" v3="1991" />
+      <tetrahedron index="1612" v0="513" v1="723" v2="1991" v3="2128" />
+      <tetrahedron index="1613" v0="723" v1="1991" v2="2128" v3="2338" />
+      <tetrahedron index="1614" v0="240" v1="404" v2="614" v3="1855" />
+      <tetrahedron index="1615" v0="404" v1="614" v2="1855" v3="2019" />
+      <tetrahedron index="1616" v0="614" v1="1855" v2="2019" v3="2229" />
+      <tetrahedron index="1617" v0="68" v1="70" v2="724" v3="1683" />
+      <tetrahedron index="1618" v0="70" v1="724" v2="1683" v3="1685" />
+      <tetrahedron index="1619" v0="724" v1="1683" v2="1685" v3="2339" />
+      <tetrahedron index="1620" v0="70" v1="724" v2="725" v3="1685" />
+      <tetrahedron index="1621" v0="724" v1="725" v2="1685" v3="2339" />
+      <tetrahedron index="1622" v0="725" v1="1685" v2="2339" v3="2340" />
+      <tetrahedron index="1623" v0="332" v1="645" v2="646" v3="1947" />
+      <tetrahedron index="1624" v0="645" v1="646" v2="1947" v3="2260" />
+      <tetrahedron index="1625" v0="646" v1="1947" v2="2260" v3="2261" />
+      <tetrahedron index="1626" v0="264" v1="332" v2="645" v3="1879" />
+      <tetrahedron index="1627" v0="332" v1="645" v2="1879" v3="1947" />
+      <tetrahedron index="1628" v0="645" v1="1879" v2="1947" v3="2260" />
+      <tetrahedron index="1629" v0="182" v1="183" v2="726" v3="1797" />
+      <tetrahedron index="1630" v0="183" v1="726" v2="1797" v3="1798" />
+      <tetrahedron index="1631" v0="726" v1="1797" v2="1798" v3="2341" />
+      <tetrahedron index="1632" v0="532" v1="644" v2="727" v3="2147" />
+      <tetrahedron index="1633" v0="644" v1="727" v2="2147" v3="2259" />
+      <tetrahedron index="1634" v0="727" v1="2147" v2="2259" v3="2342" />
+      <tetrahedron index="1635" v0="531" v1="532" v2="727" v3="2146" />
+      <tetrahedron index="1636" v0="532" v1="727" v2="2146" v3="2147" />
+      <tetrahedron index="1637" v0="727" v1="2146" v2="2147" v3="2342" />
+      <tetrahedron index="1638" v0="305" v1="719" v2="728" v3="1920" />
+      <tetrahedron index="1639" v0="719" v1="728" v2="1920" v3="2334" />
+      <tetrahedron index="1640" v0="728" v1="1920" v2="2334" v3="2343" />
+      <tetrahedron index="1641" v0="517" v1="631" v2="729" v3="2132" />
+      <tetrahedron index="1642" v0="631" v1="729" v2="2132" v3="2246" />
+      <tetrahedron index="1643" v0="729" v1="2132" v2="2246" v3="2344" />
+      <tetrahedron index="1644" v0="364" v1="517" v2="631" v3="1979" />
+      <tetrahedron index="1645" v0="517" v1="631" v2="1979" v3="2132" />
+      <tetrahedron index="1646" v0="631" v1="1979" v2="2132" v3="2246" />
+      <tetrahedron index="1647" v0="418" v1="472" v2="473" v3="2033" />
+      <tetrahedron index="1648" v0="472" v1="473" v2="2033" v3="2087" />
+      <tetrahedron index="1649" v0="473" v1="2033" v2="2087" v3="2088" />
+      <tetrahedron index="1650" v0="189" v1="407" v2="730" v3="1804" />
+      <tetrahedron index="1651" v0="407" v1="730" v2="1804" v3="2022" />
+      <tetrahedron index="1652" v0="730" v1="1804" v2="2022" v3="2345" />
+      <tetrahedron index="1653" v0="189" v1="407" v2="410" v3="1804" />
+      <tetrahedron index="1654" v0="407" v1="410" v2="1804" v3="2022" />
+      <tetrahedron index="1655" v0="410" v1="1804" v2="2022" v3="2025" />
+      <tetrahedron index="1656" v0="380" v1="731" v2="732" v3="1995" />
+      <tetrahedron index="1657" v0="731" v1="732" v2="1995" v3="2346" />
+      <tetrahedron index="1658" v0="732" v1="1995" v2="2346" v3="2347" />
+      <tetrahedron index="1659" v0="434" v1="437" v2="457" v3="2049" />
+      <tetrahedron index="1660" v0="437" v1="457" v2="2049" v3="2052" />
+      <tetrahedron index="1661" v0="457" v1="2049" v2="2052" v3="2072" />
+      <tetrahedron index="1662" v0="437" v1="457" v2="515" v3="2052" />
+      <tetrahedron index="1663" v0="457" v1="515" v2="2052" v3="2072" />
+      <tetrahedron index="1664" v0="515" v1="2052" v2="2072" v3="2130" />
+      <tetrahedron index="1665" v0="260" v1="342" v2="633" v3="1875" />
+      <tetrahedron index="1666" v0="342" v1="633" v2="1875" v3="1957" />
+      <tetrahedron index="1667" v0="633" v1="1875" v2="1957" v3="2248" />
+      <tetrahedron index="1668" v0="733" v1="734" v2="735" v3="2348" />
+      <tetrahedron index="1669" v0="734" v1="735" v2="2348" v3="2349" />
+      <tetrahedron index="1670" v0="735" v1="2348" v2="2349" v3="2350" />
+      <tetrahedron index="1671" v0="518" v1="733" v2="735" v3="2133" />
+      <tetrahedron index="1672" v0="733" v1="735" v2="2133" v3="2348" />
+      <tetrahedron index="1673" v0="735" v1="2133" v2="2348" v3="2350" />
+      <tetrahedron index="1674" v0="163" v1="167" v2="168" v3="1778" />
+      <tetrahedron index="1675" v0="167" v1="168" v2="1778" v3="1782" />
+      <tetrahedron index="1676" v0="168" v1="1778" v2="1782" v3="1783" />
+      <tetrahedron index="1677" v0="163" v1="168" v2="302" v3="1778" />
+      <tetrahedron index="1678" v0="168" v1="302" v2="1778" v3="1783" />
+      <tetrahedron index="1679" v0="302" v1="1778" v2="1783" v3="1917" />
+      <tetrahedron index="1680" v0="538" v1="615" v2="736" v3="2153" />
+      <tetrahedron index="1681" v0="615" v1="736" v2="2153" v3="2230" />
+      <tetrahedron index="1682" v0="736" v1="2153" v2="2230" v3="2351" />
+      <tetrahedron index="1683" v0="266" v1="267" v2="737" v3="1881" />
+      <tetrahedron index="1684" v0="267" v1="737" v2="1881" v3="1882" />
+      <tetrahedron index="1685" v0="737" v1="1881" v2="1882" v3="2352" />
+      <tetrahedron index="1686" v0="267" v1="386" v2="737" v3="1882" />
+      <tetrahedron index="1687" v0="386" v1="737" v2="1882" v3="2001" />
+      <tetrahedron index="1688" v0="737" v1="1882" v2="2001" v3="2352" />
+      <tetrahedron index="1689" v0="583" v1="584" v2="738" v3="2198" />
+      <tetrahedron index="1690" v0="584" v1="738" v2="2198" v3="2199" />
+      <tetrahedron index="1691" v0="738" v1="2198" v2="2199" v3="2353" />
+      <tetrahedron index="1692" v0="75" v1="739" v2="740" v3="1690" />
+      <tetrahedron index="1693" v0="739" v1="740" v2="1690" v3="2354" />
+      <tetrahedron index="1694" v0="740" v1="1690" v2="2354" v3="2355" />
+      <tetrahedron index="1695" v0="73" v1="75" v2="740" v3="1688" />
+      <tetrahedron index="1696" v0="75" v1="740" v2="1688" v3="1690" />
+      <tetrahedron index="1697" v0="740" v1="1688" v2="1690" v3="2355" />
+      <tetrahedron index="1698" v0="248" v1="405" v2="741" v3="1863" />
+      <tetrahedron index="1699" v0="405" v1="741" v2="1863" v3="2020" />
+      <tetrahedron index="1700" v0="741" v1="1863" v2="2020" v3="2356" />
+      <tetrahedron index="1701" v0="520" v1="521" v2="742" v3="2135" />
+      <tetrahedron index="1702" v0="521" v1="742" v2="2135" v3="2136" />
+      <tetrahedron index="1703" v0="742" v1="2135" v2="2136" v3="2357" />
+      <tetrahedron index="1704" v0="521" v1="625" v2="742" v3="2136" />
+      <tetrahedron index="1705" v0="625" v1="742" v2="2136" v3="2240" />
+      <tetrahedron index="1706" v0="742" v1="2136" v2="2240" v3="2357" />
+      <tetrahedron index="1707" v0="743" v1="744" v2="745" v3="2358" />
+      <tetrahedron index="1708" v0="744" v1="745" v2="2358" v3="2359" />
+      <tetrahedron index="1709" v0="745" v1="2358" v2="2359" v3="2360" />
+      <tetrahedron index="1710" v0="530" v1="532" v2="663" v3="2145" />
+      <tetrahedron index="1711" v0="532" v1="663" v2="2145" v3="2147" />
+      <tetrahedron index="1712" v0="663" v1="2145" v2="2147" v3="2278" />
+      <tetrahedron index="1713" v0="159" v1="532" v2="663" v3="1774" />
+      <tetrahedron index="1714" v0="532" v1="663" v2="1774" v3="2147" />
+      <tetrahedron index="1715" v0="663" v1="1774" v2="2147" v3="2278" />
+      <tetrahedron index="1716" v0="33" v1="661" v2="662" v3="1648" />
+      <tetrahedron index="1717" v0="661" v1="662" v2="1648" v3="2276" />
+      <tetrahedron index="1718" v0="662" v1="1648" v2="2276" v3="2277" />
+      <tetrahedron index="1719" v0="454" v1="533" v2="556" v3="2069" />
+      <tetrahedron index="1720" v0="533" v1="556" v2="2069" v3="2148" />
+      <tetrahedron index="1721" v0="556" v1="2069" v2="2148" v3="2171" />
+      <tetrahedron index="1722" v0="258" v1="454" v2="533" v3="1873" />
+      <tetrahedron index="1723" v0="454" v1="533" v2="1873" v3="2069" />
+      <tetrahedron index="1724" v0="533" v1="1873" v2="2069" v3="2148" />
+      <tetrahedron index="1725" v0="223" v1="523" v2="524" v3="1838" />
+      <tetrahedron index="1726" v0="523" v1="524" v2="1838" v3="2138" />
+      <tetrahedron index="1727" v0="524" v1="1838" v2="2138" v3="2139" />
+      <tetrahedron index="1728" v0="223" v1="225" v2="524" v3="1838" />
+      <tetrahedron index="1729" v0="225" v1="524" v2="1838" v3="1840" />
+      <tetrahedron index="1730" v0="524" v1="1838" v2="1840" v3="2139" />
+      <tetrahedron index="1731" v0="160" v1="746" v2="747" v3="1775" />
+      <tetrahedron index="1732" v0="746" v1="747" v2="1775" v3="2361" />
+      <tetrahedron index="1733" v0="747" v1="1775" v2="2361" v3="2362" />
+      <tetrahedron index="1734" v0="357" v1="358" v2="748" v3="1972" />
+      <tetrahedron index="1735" v0="358" v1="748" v2="1972" v3="1973" />
+      <tetrahedron index="1736" v0="748" v1="1972" v2="1973" v3="2363" />
+      <tetrahedron index="1737" v0="400" v1="401" v2="649" v3="2015" />
+      <tetrahedron index="1738" v0="401" v1="649" v2="2015" v3="2016" />
+      <tetrahedron index="1739" v0="649" v1="2015" v2="2016" v3="2264" />
+      <tetrahedron index="1740" v0="416" v1="648" v2="697" v3="2031" />
+      <tetrahedron index="1741" v0="648" v1="697" v2="2031" v3="2263" />
+      <tetrahedron index="1742" v0="697" v1="2031" v2="2263" v3="2312" />
+      <tetrahedron index="1743" v0="404" v1="613" v2="749" v3="2019" />
+      <tetrahedron index="1744" v0="613" v1="749" v2="2019" v3="2228" />
+      <tetrahedron index="1745" v0="749" v1="2019" v2="2228" v3="2364" />
+      <tetrahedron index="1746" v0="277" v1="483" v2="750" v3="1892" />
+      <tetrahedron index="1747" v0="483" v1="750" v2="1892" v3="2098" />
+      <tetrahedron index="1748" v0="750" v1="1892" v2="2098" v3="2365" />
+      <tetrahedron index="1749" v0="77" v1="455" v2="537" v3="1692" />
+      <tetrahedron index="1750" v0="455" v1="537" v2="1692" v3="2070" />
+      <tetrahedron index="1751" v0="537" v1="1692" v2="2070" v3="2152" />
+      <tetrahedron index="1752" v0="221" v1="455" v2="537" v3="1836" />
+      <tetrahedron index="1753" v0="455" v1="537" v2="1836" v3="2070" />
+      <tetrahedron index="1754" v0="537" v1="1836" v2="2070" v3="2152" />
+      <tetrahedron index="1755" v0="538" v1="539" v2="751" v3="2153" />
+      <tetrahedron index="1756" v0="539" v1="751" v2="2153" v3="2154" />
+      <tetrahedron index="1757" v0="751" v1="2153" v2="2154" v3="2366" />
+      <tetrahedron index="1758" v0="544" v1="545" v2="752" v3="2159" />
+      <tetrahedron index="1759" v0="545" v1="752" v2="2159" v3="2160" />
+      <tetrahedron index="1760" v0="752" v1="2159" v2="2160" v3="2367" />
+      <tetrahedron index="1761" v0="73" v1="740" v2="753" v3="1688" />
+      <tetrahedron index="1762" v0="740" v1="753" v2="1688" v3="2355" />
+      <tetrahedron index="1763" v0="753" v1="1688" v2="2355" v3="2368" />
+      <tetrahedron index="1764" v0="653" v1="754" v2="755" v3="2268" />
+      <tetrahedron index="1765" v0="754" v1="755" v2="2268" v3="2369" />
+      <tetrahedron index="1766" v0="755" v1="2268" v2="2369" v3="2370" />
+      <tetrahedron index="1767" v0="652" v1="653" v2="754" v3="2267" />
+      <tetrahedron index="1768" v0="653" v1="754" v2="2267" v3="2268" />
+      <tetrahedron index="1769" v0="754" v1="2267" v2="2268" v3="2369" />
+      <tetrahedron index="1770" v0="712" v1="713" v2="756" v3="2327" />
+      <tetrahedron index="1771" v0="713" v1="756" v2="2327" v3="2328" />
+      <tetrahedron index="1772" v0="756" v1="2327" v2="2328" v3="2371" />
+      <tetrahedron index="1773" v0="118" v1="445" v2="567" v3="1733" />
+      <tetrahedron index="1774" v0="445" v1="567" v2="1733" v3="2060" />
+      <tetrahedron index="1775" v0="567" v1="1733" v2="2060" v3="2182" />
+      <tetrahedron index="1776" v0="238" v1="526" v2="632" v3="1853" />
+      <tetrahedron index="1777" v0="526" v1="632" v2="1853" v3="2141" />
+      <tetrahedron index="1778" v0="632" v1="1853" v2="2141" v3="2247" />
+      <tetrahedron index="1779" v0="235" v1="526" v2="632" v3="1850" />
+      <tetrahedron index="1780" v0="526" v1="632" v2="1850" v3="2141" />
+      <tetrahedron index="1781" v0="632" v1="1850" v2="2141" v3="2247" />
+      <tetrahedron index="1782" v0="492" v1="639" v2="757" v3="2107" />
+      <tetrahedron index="1783" v0="639" v1="757" v2="2107" v3="2254" />
+      <tetrahedron index="1784" v0="757" v1="2107" v2="2254" v3="2372" />
+      <tetrahedron index="1785" v0="177" v1="385" v2="758" v3="1792" />
+      <tetrahedron index="1786" v0="385" v1="758" v2="1792" v3="2000" />
+      <tetrahedron index="1787" v0="758" v1="1792" v2="2000" v3="2373" />
+      <tetrahedron index="1788" v0="223" v1="523" v2="758" v3="1838" />
+      <tetrahedron index="1789" v0="523" v1="758" v2="1838" v3="2138" />
+      <tetrahedron index="1790" v0="758" v1="1838" v2="2138" v3="2373" />
+      <tetrahedron index="1791" v0="360" v1="525" v2="759" v3="1975" />
+      <tetrahedron index="1792" v0="525" v1="759" v2="1975" v3="2140" />
+      <tetrahedron index="1793" v0="759" v1="1975" v2="2140" v3="2374" />
+      <tetrahedron index="1794" v0="360" v1="759" v2="760" v3="1975" />
+      <tetrahedron index="1795" v0="759" v1="760" v2="1975" v3="2374" />
+      <tetrahedron index="1796" v0="760" v1="1975" v2="2374" v3="2375" />
+      <tetrahedron index="1797" v0="382" v1="427" v2="575" v3="1997" />
+      <tetrahedron index="1798" v0="427" v1="575" v2="1997" v3="2042" />
+      <tetrahedron index="1799" v0="575" v1="1997" v2="2042" v3="2190" />
+      <tetrahedron index="1800" v0="382" v1="383" v2="427" v3="1997" />
+      <tetrahedron index="1801" v0="383" v1="427" v2="1997" v3="1998" />
+      <tetrahedron index="1802" v0="427" v1="1997" v2="1998" v3="2042" />
+      <tetrahedron index="1803" v0="114" v1="118" v2="567" v3="1729" />
+      <tetrahedron index="1804" v0="118" v1="567" v2="1729" v3="1733" />
+      <tetrahedron index="1805" v0="567" v1="1729" v2="1733" v3="2182" />
+      <tetrahedron index="1806" v0="555" v1="556" v2="761" v3="2170" />
+      <tetrahedron index="1807" v0="556" v1="761" v2="2170" v3="2171" />
+      <tetrahedron index="1808" v0="761" v1="2170" v2="2171" v3="2376" />
+      <tetrahedron index="1809" v0="552" v1="555" v2="761" v3="2167" />
+      <tetrahedron index="1810" v0="555" v1="761" v2="2167" v3="2170" />
+      <tetrahedron index="1811" v0="761" v1="2167" v2="2170" v3="2376" />
+      <tetrahedron index="1812" v0="546" v1="547" v2="762" v3="2161" />
+      <tetrahedron index="1813" v0="547" v1="762" v2="2161" v3="2162" />
+      <tetrahedron index="1814" v0="762" v1="2161" v2="2162" v3="2377" />
+      <tetrahedron index="1815" v0="546" v1="762" v2="763" v3="2161" />
+      <tetrahedron index="1816" v0="762" v1="763" v2="2161" v3="2377" />
+      <tetrahedron index="1817" v0="763" v1="2161" v2="2377" v3="2378" />
+      <tetrahedron index="1818" v0="486" v1="764" v2="765" v3="2101" />
+      <tetrahedron index="1819" v0="764" v1="765" v2="2101" v3="2379" />
+      <tetrahedron index="1820" v0="765" v1="2101" v2="2379" v3="2380" />
+      <tetrahedron index="1821" v0="484" v1="486" v2="765" v3="2099" />
+      <tetrahedron index="1822" v0="486" v1="765" v2="2099" v3="2101" />
+      <tetrahedron index="1823" v0="765" v1="2099" v2="2101" v3="2380" />
+      <tetrahedron index="1824" v0="604" v1="698" v2="766" v3="2219" />
+      <tetrahedron index="1825" v0="698" v1="766" v2="2219" v3="2313" />
+      <tetrahedron index="1826" v0="766" v1="2219" v2="2313" v3="2381" />
+      <tetrahedron index="1827" v0="628" v1="635" v2="767" v3="2243" />
+      <tetrahedron index="1828" v0="635" v1="767" v2="2243" v3="2250" />
+      <tetrahedron index="1829" v0="767" v1="2243" v2="2250" v3="2382" />
+      <tetrahedron index="1830" v0="484" v1="765" v2="768" v3="2099" />
+      <tetrahedron index="1831" v0="765" v1="768" v2="2099" v3="2380" />
+      <tetrahedron index="1832" v0="768" v1="2099" v2="2380" v3="2383" />
+      <tetrahedron index="1833" v0="476" v1="478" v2="651" v3="2091" />
+      <tetrahedron index="1834" v0="478" v1="651" v2="2091" v3="2093" />
+      <tetrahedron index="1835" v0="651" v1="2091" v2="2093" v3="2266" />
+      <tetrahedron index="1836" v0="345" v1="399" v2="669" v3="1960" />
+      <tetrahedron index="1837" v0="399" v1="669" v2="1960" v3="2014" />
+      <tetrahedron index="1838" v0="669" v1="1960" v2="2014" v3="2284" />
+      <tetrahedron index="1839" v0="345" v1="347" v2="669" v3="1960" />
+      <tetrahedron index="1840" v0="347" v1="669" v2="1960" v3="1962" />
+      <tetrahedron index="1841" v0="669" v1="1960" v2="1962" v3="2284" />
+      <tetrahedron index="1842" v0="309" v1="591" v2="592" v3="1924" />
+      <tetrahedron index="1843" v0="591" v1="592" v2="1924" v3="2206" />
+      <tetrahedron index="1844" v0="592" v1="1924" v2="2206" v3="2207" />
+      <tetrahedron index="1845" v0="309" v1="591" v2="769" v3="1924" />
+      <tetrahedron index="1846" v0="591" v1="769" v2="1924" v3="2206" />
+      <tetrahedron index="1847" v0="769" v1="1924" v2="2206" v3="2384" />
+      <tetrahedron index="1848" v0="536" v1="537" v2="667" v3="2151" />
+      <tetrahedron index="1849" v0="537" v1="667" v2="2151" v3="2152" />
+      <tetrahedron index="1850" v0="667" v1="2151" v2="2152" v3="2282" />
+      <tetrahedron index="1851" v0="712" v1="770" v2="771" v3="2327" />
+      <tetrahedron index="1852" v0="770" v1="771" v2="2327" v3="2385" />
+      <tetrahedron index="1853" v0="771" v1="2327" v2="2385" v3="2386" />
+      <tetrahedron index="1854" v0="32" v1="34" v2="142" v3="1647" />
+      <tetrahedron index="1855" v0="34" v1="142" v2="1647" v3="1649" />
+      <tetrahedron index="1856" v0="142" v1="1647" v2="1649" v3="1757" />
+      <tetrahedron index="1857" v0="203" v1="419" v2="635" v3="1818" />
+      <tetrahedron index="1858" v0="419" v1="635" v2="1818" v3="2034" />
+      <tetrahedron index="1859" v0="635" v1="1818" v2="2034" v3="2250" />
+      <tetrahedron index="1860" v0="201" v1="203" v2="635" v3="1816" />
+      <tetrahedron index="1861" v0="203" v1="635" v2="1816" v3="1818" />
+      <tetrahedron index="1862" v0="635" v1="1816" v2="1818" v3="2250" />
+      <tetrahedron index="1863" v0="226" v1="508" v2="516" v3="1841" />
+      <tetrahedron index="1864" v0="508" v1="516" v2="1841" v3="2123" />
+      <tetrahedron index="1865" v0="516" v1="1841" v2="2123" v3="2131" />
+      <tetrahedron index="1866" v0="226" v1="508" v2="519" v3="1841" />
+      <tetrahedron index="1867" v0="508" v1="519" v2="1841" v3="2123" />
+      <tetrahedron index="1868" v0="519" v1="1841" v2="2123" v3="2134" />
+      <tetrahedron index="1869" v0="438" v1="772" v2="773" v3="2053" />
+      <tetrahedron index="1870" v0="772" v1="773" v2="2053" v3="2387" />
+      <tetrahedron index="1871" v0="773" v1="2053" v2="2387" v3="2388" />
+      <tetrahedron index="1872" v0="604" v1="766" v2="774" v3="2219" />
+      <tetrahedron index="1873" v0="766" v1="774" v2="2219" v3="2381" />
+      <tetrahedron index="1874" v0="774" v1="2219" v2="2381" v3="2389" />
+      <tetrahedron index="1875" v0="157" v1="527" v2="775" v3="1772" />
+      <tetrahedron index="1876" v0="527" v1="775" v2="1772" v3="2142" />
+      <tetrahedron index="1877" v0="775" v1="1772" v2="2142" v3="2390" />
+      <tetrahedron index="1878" v0="168" v1="169" v2="171" v3="1783" />
+      <tetrahedron index="1879" v0="169" v1="171" v2="1783" v3="1784" />
+      <tetrahedron index="1880" v0="171" v1="1783" v2="1784" v3="1786" />
+      <tetrahedron index="1881" v0="117" v1="118" v2="445" v3="1732" />
+      <tetrahedron index="1882" v0="118" v1="445" v2="1732" v3="1733" />
+      <tetrahedron index="1883" v0="445" v1="1732" v2="1733" v3="2060" />
+      <tetrahedron index="1884" v0="308" v1="309" v2="592" v3="1923" />
+      <tetrahedron index="1885" v0="309" v1="592" v2="1923" v3="1924" />
+      <tetrahedron index="1886" v0="592" v1="1923" v2="1924" v3="2207" />
+      <tetrahedron index="1887" v0="636" v1="776" v2="777" v3="2251" />
+      <tetrahedron index="1888" v0="776" v1="777" v2="2251" v3="2391" />
+      <tetrahedron index="1889" v0="777" v1="2251" v2="2391" v3="2392" />
+      <tetrahedron index="1890" v0="778" v1="779" v2="780" v3="2393" />
+      <tetrahedron index="1891" v0="779" v1="780" v2="2393" v3="2394" />
+      <tetrahedron index="1892" v0="780" v1="2393" v2="2394" v3="2395" />
+      <tetrahedron index="1893" v0="183" v1="265" v2="266" v3="1798" />
+      <tetrahedron index="1894" v0="265" v1="266" v2="1798" v3="1880" />
+      <tetrahedron index="1895" v0="266" v1="1798" v2="1880" v3="1881" />
+      <tetrahedron index="1896" v0="781" v1="782" v2="783" v3="2396" />
+      <tetrahedron index="1897" v0="782" v1="783" v2="2396" v3="2397" />
+      <tetrahedron index="1898" v0="783" v1="2396" v2="2397" v3="2398" />
+      <tetrahedron index="1899" v0="610" v1="611" v2="784" v3="2225" />
+      <tetrahedron index="1900" v0="611" v1="784" v2="2225" v3="2226" />
+      <tetrahedron index="1901" v0="784" v1="2225" v2="2226" v3="2399" />
+      <tetrahedron index="1902" v0="85" v1="693" v2="704" v3="1700" />
+      <tetrahedron index="1903" v0="693" v1="704" v2="1700" v3="2308" />
+      <tetrahedron index="1904" v0="704" v1="1700" v2="2308" v3="2319" />
+      <tetrahedron index="1905" v0="739" v1="740" v2="785" v3="2354" />
+      <tetrahedron index="1906" v0="740" v1="785" v2="2354" v3="2355" />
+      <tetrahedron index="1907" v0="785" v1="2354" v2="2355" v3="2400" />
+      <tetrahedron index="1908" v0="134" v1="135" v2="466" v3="1749" />
+      <tetrahedron index="1909" v0="135" v1="466" v2="1749" v3="1750" />
+      <tetrahedron index="1910" v0="466" v1="1749" v2="1750" v3="2081" />
+      <tetrahedron index="1911" v0="637" v1="638" v2="677" v3="2252" />
+      <tetrahedron index="1912" v0="638" v1="677" v2="2252" v3="2253" />
+      <tetrahedron index="1913" v0="677" v1="2252" v2="2253" v3="2292" />
+      <tetrahedron index="1914" v0="20" v1="786" v2="787" v3="1635" />
+      <tetrahedron index="1915" v0="786" v1="787" v2="1635" v3="2401" />
+      <tetrahedron index="1916" v0="787" v1="1635" v2="2401" v3="2402" />
+      <tetrahedron index="1917" v0="73" v1="74" v2="440" v3="1688" />
+      <tetrahedron index="1918" v0="74" v1="440" v2="1688" v3="1689" />
+      <tetrahedron index="1919" v0="440" v1="1688" v2="1689" v3="2055" />
+      <tetrahedron index="1920" v0="781" v1="782" v2="788" v3="2396" />
+      <tetrahedron index="1921" v0="782" v1="788" v2="2396" v3="2397" />
+      <tetrahedron index="1922" v0="788" v1="2396" v2="2397" v3="2403" />
+      <tetrahedron index="1923" v0="248" v1="741" v2="789" v3="1863" />
+      <tetrahedron index="1924" v0="741" v1="789" v2="1863" v3="2356" />
+      <tetrahedron index="1925" v0="789" v1="1863" v2="2356" v3="2404" />
+      <tetrahedron index="1926" v0="248" v1="406" v2="789" v3="1863" />
+      <tetrahedron index="1927" v0="406" v1="789" v2="1863" v3="2021" />
+      <tetrahedron index="1928" v0="789" v1="1863" v2="2021" v3="2404" />
+      <tetrahedron index="1929" v0="790" v1="791" v2="792" v3="2405" />
+      <tetrahedron index="1930" v0="791" v1="792" v2="2405" v3="2406" />
+      <tetrahedron index="1931" v0="792" v1="2405" v2="2406" v3="2407" />
+      <tetrahedron index="1932" v0="138" v1="790" v2="792" v3="1753" />
+      <tetrahedron index="1933" v0="790" v1="792" v2="1753" v3="2405" />
+      <tetrahedron index="1934" v0="792" v1="1753" v2="2405" v3="2407" />
+      <tetrahedron index="1935" v0="793" v1="794" v2="795" v3="2408" />
+      <tetrahedron index="1936" v0="794" v1="795" v2="2408" v3="2409" />
+      <tetrahedron index="1937" v0="795" v1="2408" v2="2409" v3="2410" />
+      <tetrahedron index="1938" v0="796" v1="797" v2="798" v3="2411" />
+      <tetrahedron index="1939" v0="797" v1="798" v2="2411" v3="2412" />
+      <tetrahedron index="1940" v0="798" v1="2411" v2="2412" v3="2413" />
+      <tetrahedron index="1941" v0="153" v1="155" v2="799" v3="1768" />
+      <tetrahedron index="1942" v0="155" v1="799" v2="1768" v3="1770" />
+      <tetrahedron index="1943" v0="799" v1="1768" v2="1770" v3="2414" />
+      <tetrahedron index="1944" v0="318" v1="356" v2="800" v3="1933" />
+      <tetrahedron index="1945" v0="356" v1="800" v2="1933" v3="1971" />
+      <tetrahedron index="1946" v0="800" v1="1933" v2="1971" v3="2415" />
+      <tetrahedron index="1947" v0="207" v1="375" v2="376" v3="1822" />
+      <tetrahedron index="1948" v0="375" v1="376" v2="1822" v3="1990" />
+      <tetrahedron index="1949" v0="376" v1="1822" v2="1990" v3="1991" />
+      <tetrahedron index="1950" v0="114" v1="116" v2="118" v3="1729" />
+      <tetrahedron index="1951" v0="116" v1="118" v2="1729" v3="1731" />
+      <tetrahedron index="1952" v0="118" v1="1729" v2="1731" v3="1733" />
+      <tetrahedron index="1953" v0="5" v1="114" v2="116" v3="1620" />
+      <tetrahedron index="1954" v0="114" v1="116" v2="1620" v3="1729" />
+      <tetrahedron index="1955" v0="116" v1="1620" v2="1729" v3="1731" />
+      <tetrahedron index="1956" v0="796" v1="797" v2="801" v3="2411" />
+      <tetrahedron index="1957" v0="797" v1="801" v2="2411" v3="2412" />
+      <tetrahedron index="1958" v0="801" v1="2411" v2="2412" v3="2416" />
+      <tetrahedron index="1959" v0="538" v1="615" v2="802" v3="2153" />
+      <tetrahedron index="1960" v0="615" v1="802" v2="2153" v3="2230" />
+      <tetrahedron index="1961" v0="802" v1="2153" v2="2230" v3="2417" />
+      <tetrahedron index="1962" v0="300" v1="803" v2="804" v3="1915" />
+      <tetrahedron index="1963" v0="803" v1="804" v2="1915" v3="2418" />
+      <tetrahedron index="1964" v0="804" v1="1915" v2="2418" v3="2419" />
+      <tetrahedron index="1965" v0="782" v1="788" v2="805" v3="2397" />
+      <tetrahedron index="1966" v0="788" v1="805" v2="2397" v3="2403" />
+      <tetrahedron index="1967" v0="805" v1="2397" v2="2403" v3="2420" />
+      <tetrahedron index="1968" v0="806" v1="807" v2="808" v3="2421" />
+      <tetrahedron index="1969" v0="807" v1="808" v2="2421" v3="2422" />
+      <tetrahedron index="1970" v0="808" v1="2421" v2="2422" v3="2423" />
+      <tetrahedron index="1971" v0="718" v1="809" v2="810" v3="2333" />
+      <tetrahedron index="1972" v0="809" v1="810" v2="2333" v3="2424" />
+      <tetrahedron index="1973" v0="810" v1="2333" v2="2424" v3="2425" />
+      <tetrahedron index="1974" v0="399" v1="669" v2="811" v3="2014" />
+      <tetrahedron index="1975" v0="669" v1="811" v2="2014" v3="2284" />
+      <tetrahedron index="1976" v0="811" v1="2014" v2="2284" v3="2426" />
+      <tetrahedron index="1977" v0="803" v1="812" v2="813" v3="2418" />
+      <tetrahedron index="1978" v0="812" v1="813" v2="2418" v3="2427" />
+      <tetrahedron index="1979" v0="813" v1="2418" v2="2427" v3="2428" />
+      <tetrahedron index="1980" v0="362" v1="669" v2="811" v3="1977" />
+      <tetrahedron index="1981" v0="669" v1="811" v2="1977" v3="2284" />
+      <tetrahedron index="1982" v0="811" v1="1977" v2="2284" v3="2426" />
+      <tetrahedron index="1983" v0="814" v1="815" v2="816" v3="2429" />
+      <tetrahedron index="1984" v0="815" v1="816" v2="2429" v3="2430" />
+      <tetrahedron index="1985" v0="816" v1="2429" v2="2430" v3="2431" />
+      <tetrahedron index="1986" v0="354" v1="420" v2="600" v3="1969" />
+      <tetrahedron index="1987" v0="420" v1="600" v2="1969" v3="2035" />
+      <tetrahedron index="1988" v0="600" v1="1969" v2="2035" v3="2215" />
+      <tetrahedron index="1989" v0="466" v1="597" v2="722" v3="2081" />
+      <tetrahedron index="1990" v0="597" v1="722" v2="2081" v3="2212" />
+      <tetrahedron index="1991" v0="722" v1="2081" v2="2212" v3="2337" />
+      <tetrahedron index="1992" v0="170" v1="538" v2="736" v3="1785" />
+      <tetrahedron index="1993" v0="538" v1="736" v2="1785" v3="2153" />
+      <tetrahedron index="1994" v0="736" v1="1785" v2="2153" v3="2351" />
+      <tetrahedron index="1995" v0="817" v1="818" v2="819" v3="2432" />
+      <tetrahedron index="1996" v0="818" v1="819" v2="2432" v3="2433" />
+      <tetrahedron index="1997" v0="819" v1="2432" v2="2433" v3="2434" />
+      <tetrahedron index="1998" v0="194" v1="461" v2="820" v3="1809" />
+      <tetrahedron index="1999" v0="461" v1="820" v2="1809" v3="2076" />
+      <tetrahedron index="2000" v0="820" v1="1809" v2="2076" v3="2435" />
+      <tetrahedron index="2001" v0="377" v1="821" v2="822" v3="1992" />
+      <tetrahedron index="2002" v0="821" v1="822" v2="1992" v3="2436" />
+      <tetrahedron index="2003" v0="822" v1="1992" v2="2436" v3="2437" />
+      <tetrahedron index="2004" v0="554" v1="823" v2="824" v3="2169" />
+      <tetrahedron index="2005" v0="823" v1="824" v2="2169" v3="2438" />
+      <tetrahedron index="2006" v0="824" v1="2169" v2="2438" v3="2439" />
+      <tetrahedron index="2007" v0="338" v1="467" v2="825" v3="1953" />
+      <tetrahedron index="2008" v0="467" v1="825" v2="1953" v3="2082" />
+      <tetrahedron index="2009" v0="825" v1="1953" v2="2082" v3="2440" />
+      <tetrahedron index="2010" v0="578" v1="767" v2="826" v3="2193" />
+      <tetrahedron index="2011" v0="767" v1="826" v2="2193" v3="2382" />
+      <tetrahedron index="2012" v0="826" v1="2193" v2="2382" v3="2441" />
+      <tetrahedron index="2013" v0="137" v1="593" v2="827" v3="1752" />
+      <tetrahedron index="2014" v0="593" v1="827" v2="1752" v3="2208" />
+      <tetrahedron index="2015" v0="827" v1="1752" v2="2208" v3="2442" />
+      <tetrahedron index="2016" v0="599" v1="679" v2="828" v3="2214" />
+      <tetrahedron index="2017" v0="679" v1="828" v2="2214" v3="2294" />
+      <tetrahedron index="2018" v0="828" v1="2214" v2="2294" v3="2443" />
+      <tetrahedron index="2019" v0="599" v1="828" v2="829" v3="2214" />
+      <tetrahedron index="2020" v0="828" v1="829" v2="2214" v3="2443" />
+      <tetrahedron index="2021" v0="829" v1="2214" v2="2443" v3="2444" />
+      <tetrahedron index="2022" v0="629" v1="767" v2="826" v3="2244" />
+      <tetrahedron index="2023" v0="767" v1="826" v2="2244" v3="2382" />
+      <tetrahedron index="2024" v0="826" v1="2244" v2="2382" v3="2441" />
+      <tetrahedron index="2025" v0="84" v1="172" v2="830" v3="1699" />
+      <tetrahedron index="2026" v0="172" v1="830" v2="1699" v3="1787" />
+      <tetrahedron index="2027" v0="830" v1="1699" v2="1787" v3="2445" />
+      <tetrahedron index="2028" v0="251" v1="670" v2="831" v3="1866" />
+      <tetrahedron index="2029" v0="670" v1="831" v2="1866" v3="2285" />
+      <tetrahedron index="2030" v0="831" v1="1866" v2="2285" v3="2446" />
+      <tetrahedron index="2031" v0="44" v1="562" v2="799" v3="1659" />
+      <tetrahedron index="2032" v0="562" v1="799" v2="1659" v3="2177" />
+      <tetrahedron index="2033" v0="799" v1="1659" v2="2177" v3="2414" />
+      <tetrahedron index="2034" v0="141" v1="319" v2="507" v3="1756" />
+      <tetrahedron index="2035" v0="319" v1="507" v2="1756" v3="1934" />
+      <tetrahedron index="2036" v0="507" v1="1756" v2="1934" v3="2122" />
+      <tetrahedron index="2037" v0="319" v1="507" v2="832" v3="1934" />
+      <tetrahedron index="2038" v0="507" v1="832" v2="1934" v3="2122" />
+      <tetrahedron index="2039" v0="832" v1="1934" v2="2122" v3="2447" />
+      <tetrahedron index="2040" v0="24" v1="588" v2="640" v3="1639" />
+      <tetrahedron index="2041" v0="588" v1="640" v2="1639" v3="2203" />
+      <tetrahedron index="2042" v0="640" v1="1639" v2="2203" v3="2255" />
+      <tetrahedron index="2043" v0="24" v1="25" v2="588" v3="1639" />
+      <tetrahedron index="2044" v0="25" v1="588" v2="1639" v3="1640" />
+      <tetrahedron index="2045" v0="588" v1="1639" v2="1640" v3="2203" />
+      <tetrahedron index="2046" v0="75" v1="739" v2="833" v3="1690" />
+      <tetrahedron index="2047" v0="739" v1="833" v2="1690" v3="2354" />
+      <tetrahedron index="2048" v0="833" v1="1690" v2="2354" v3="2448" />
+      <tetrahedron index="2049" v0="739" v1="833" v2="834" v3="2354" />
+      <tetrahedron index="2050" v0="833" v1="834" v2="2354" v3="2448" />
+      <tetrahedron index="2051" v0="834" v1="2354" v2="2448" v3="2449" />
+      <tetrahedron index="2052" v0="25" v1="26" v2="835" v3="1640" />
+      <tetrahedron index="2053" v0="26" v1="835" v2="1640" v3="1641" />
+      <tetrahedron index="2054" v0="835" v1="1640" v2="1641" v3="2450" />
+      <tetrahedron index="2055" v0="373" v1="518" v2="836" v3="1988" />
+      <tetrahedron index="2056" v0="518" v1="836" v2="1988" v3="2133" />
+      <tetrahedron index="2057" v0="836" v1="1988" v2="2133" v3="2451" />
+      <tetrahedron index="2058" v0="397" v1="398" v2="449" v3="2012" />
+      <tetrahedron index="2059" v0="398" v1="449" v2="2012" v3="2013" />
+      <tetrahedron index="2060" v0="449" v1="2012" v2="2013" v3="2064" />
+      <tetrahedron index="2061" v0="133" v1="590" v2="592" v3="1748" />
+      <tetrahedron index="2062" v0="590" v1="592" v2="1748" v3="2205" />
+      <tetrahedron index="2063" v0="592" v1="1748" v2="2205" v3="2207" />
+      <tetrahedron index="2064" v0="133" v1="446" v2="590" v3="1748" />
+      <tetrahedron index="2065" v0="446" v1="590" v2="1748" v3="2061" />
+      <tetrahedron index="2066" v0="590" v1="1748" v2="2061" v3="2205" />
+      <tetrahedron index="2067" v0="181" v1="183" v2="265" v3="1796" />
+      <tetrahedron index="2068" v0="183" v1="265" v2="1796" v3="1798" />
+      <tetrahedron index="2069" v0="265" v1="1796" v2="1798" v3="1880" />
+      <tetrahedron index="2070" v0="181" v1="265" v2="312" v3="1796" />
+      <tetrahedron index="2071" v0="265" v1="312" v2="1796" v3="1880" />
+      <tetrahedron index="2072" v0="312" v1="1796" v2="1880" v3="1927" />
+      <tetrahedron index="2073" v0="254" v1="343" v2="674" v3="1869" />
+      <tetrahedron index="2074" v0="343" v1="674" v2="1869" v3="1958" />
+      <tetrahedron index="2075" v0="674" v1="1869" v2="1958" v3="2289" />
+      <tetrahedron index="2076" v0="625" v1="627" v2="742" v3="2240" />
+      <tetrahedron index="2077" v0="627" v1="742" v2="2240" v3="2242" />
+      <tetrahedron index="2078" v0="742" v1="2240" v2="2242" v3="2357" />
+      <tetrahedron index="2079" v0="229" v1="231" v2="837" v3="1844" />
+      <tetrahedron index="2080" v0="231" v1="837" v2="1844" v3="1846" />
+      <tetrahedron index="2081" v0="837" v1="1844" v2="1846" v3="2452" />
+      <tetrahedron index="2082" v0="209" v1="406" v2="789" v3="1824" />
+      <tetrahedron index="2083" v0="406" v1="789" v2="1824" v3="2021" />
+      <tetrahedron index="2084" v0="789" v1="1824" v2="2021" v3="2404" />
+      <tetrahedron index="2085" v0="209" v1="228" v2="406" v3="1824" />
+      <tetrahedron index="2086" v0="228" v1="406" v2="1824" v3="1843" />
+      <tetrahedron index="2087" v0="406" v1="1824" v2="1843" v3="2021" />
+      <tetrahedron index="2088" v0="279" v1="280" v2="579" v3="1894" />
+      <tetrahedron index="2089" v0="280" v1="579" v2="1894" v3="1895" />
+      <tetrahedron index="2090" v0="579" v1="1894" v2="1895" v3="2194" />
+      <tetrahedron index="2091" v0="691" v1="692" v2="838" v3="2306" />
+      <tetrahedron index="2092" v0="692" v1="838" v2="2306" v3="2307" />
+      <tetrahedron index="2093" v0="838" v1="2306" v2="2307" v3="2453" />
+      <tetrahedron index="2094" v0="308" v1="570" v2="642" v3="1923" />
+      <tetrahedron index="2095" v0="570" v1="642" v2="1923" v3="2185" />
+      <tetrahedron index="2096" v0="642" v1="1923" v2="2185" v3="2257" />
+      <tetrahedron index="2097" v0="225" v1="536" v2="668" v3="1840" />
+      <tetrahedron index="2098" v0="536" v1="668" v2="1840" v3="2151" />
+      <tetrahedron index="2099" v0="668" v1="1840" v2="2151" v3="2283" />
+      <tetrahedron index="2100" v0="63" v1="817" v2="839" v3="1678" />
+      <tetrahedron index="2101" v0="817" v1="839" v2="1678" v3="2432" />
+      <tetrahedron index="2102" v0="839" v1="1678" v2="2432" v3="2454" />
+      <tetrahedron index="2103" v0="328" v1="329" v2="491" v3="1943" />
+      <tetrahedron index="2104" v0="329" v1="491" v2="1943" v3="1944" />
+      <tetrahedron index="2105" v0="491" v1="1943" v2="1944" v3="2106" />
+      <tetrahedron index="2106" v0="840" v1="841" v2="842" v3="2455" />
+      <tetrahedron index="2107" v0="841" v1="842" v2="2455" v3="2456" />
+      <tetrahedron index="2108" v0="842" v1="2455" v2="2456" v3="2457" />
+      <tetrahedron index="2109" v0="316" v1="445" v2="566" v3="1931" />
+      <tetrahedron index="2110" v0="445" v1="566" v2="1931" v3="2060" />
+      <tetrahedron index="2111" v0="566" v1="1931" v2="2060" v3="2181" />
+      <tetrahedron index="2112" v0="18" v1="19" v2="274" v3="1633" />
+      <tetrahedron index="2113" v0="19" v1="274" v2="1633" v3="1634" />
+      <tetrahedron index="2114" v0="274" v1="1633" v2="1634" v3="1889" />
+      <tetrahedron index="2115" v0="241" v1="388" v2="402" v3="1856" />
+      <tetrahedron index="2116" v0="388" v1="402" v2="1856" v3="2003" />
+      <tetrahedron index="2117" v0="402" v1="1856" v2="2003" v3="2017" />
+      <tetrahedron index="2118" v0="642" v1="643" v2="843" v3="2257" />
+      <tetrahedron index="2119" v0="643" v1="843" v2="2257" v3="2258" />
+      <tetrahedron index="2120" v0="843" v1="2257" v2="2258" v3="2458" />
+      <tetrahedron index="2121" v0="376" v1="443" v2="723" v3="1991" />
+      <tetrahedron index="2122" v0="443" v1="723" v2="1991" v3="2058" />
+      <tetrahedron index="2123" v0="723" v1="1991" v2="2058" v3="2338" />
+      <tetrahedron index="2124" v0="207" v1="376" v2="443" v3="1822" />
+      <tetrahedron index="2125" v0="376" v1="443" v2="1822" v3="1991" />
+      <tetrahedron index="2126" v0="443" v1="1822" v2="1991" v3="2058" />
+      <tetrahedron index="2127" v0="368" v1="369" v2="384" v3="1983" />
+      <tetrahedron index="2128" v0="369" v1="384" v2="1983" v3="1984" />
+      <tetrahedron index="2129" v0="384" v1="1983" v2="1984" v3="1999" />
+      <tetrahedron index="2130" v0="105" v1="369" v2="384" v3="1720" />
+      <tetrahedron index="2131" v0="369" v1="384" v2="1720" v3="1984" />
+      <tetrahedron index="2132" v0="384" v1="1720" v2="1984" v3="1999" />
+      <tetrahedron index="2133" v0="23" v1="535" v2="786" v3="1638" />
+      <tetrahedron index="2134" v0="535" v1="786" v2="1638" v3="2150" />
+      <tetrahedron index="2135" v0="786" v1="1638" v2="2150" v3="2401" />
+      <tetrahedron index="2136" v0="518" v1="735" v2="836" v3="2133" />
+      <tetrahedron index="2137" v0="735" v1="836" v2="2133" v3="2350" />
+      <tetrahedron index="2138" v0="836" v1="2133" v2="2350" v3="2451" />
+      <tetrahedron index="2139" v0="781" v1="844" v2="845" v3="2396" />
+      <tetrahedron index="2140" v0="844" v1="845" v2="2396" v3="2459" />
+      <tetrahedron index="2141" v0="845" v1="2396" v2="2459" v3="2460" />
+      <tetrahedron index="2142" v0="324" v1="461" v2="846" v3="1939" />
+      <tetrahedron index="2143" v0="461" v1="846" v2="1939" v3="2076" />
+      <tetrahedron index="2144" v0="846" v1="1939" v2="2076" v3="2461" />
+      <tetrahedron index="2145" v0="751" v1="802" v2="847" v3="2366" />
+      <tetrahedron index="2146" v0="802" v1="847" v2="2366" v3="2417" />
+      <tetrahedron index="2147" v0="847" v1="2366" v2="2417" v3="2462" />
+      <tetrahedron index="2148" v0="325" v1="411" v2="848" v3="1940" />
+      <tetrahedron index="2149" v0="411" v1="848" v2="1940" v3="2026" />
+      <tetrahedron index="2150" v0="848" v1="1940" v2="2026" v3="2463" />
+      <tetrahedron index="2151" v0="779" v1="820" v2="849" v3="2394" />
+      <tetrahedron index="2152" v0="820" v1="849" v2="2394" v3="2435" />
+      <tetrahedron index="2153" v0="849" v1="2394" v2="2435" v3="2464" />
+      <tetrahedron index="2154" v0="184" v1="185" v2="850" v3="1799" />
+      <tetrahedron index="2155" v0="185" v1="850" v2="1799" v3="1800" />
+      <tetrahedron index="2156" v0="850" v1="1799" v2="1800" v3="2465" />
+      <tetrahedron index="2157" v0="256" v1="851" v2="852" v3="1871" />
+      <tetrahedron index="2158" v0="851" v1="852" v2="1871" v3="2466" />
+      <tetrahedron index="2159" v0="852" v1="1871" v2="2466" v3="2467" />
+      <tetrahedron index="2160" v0="552" v1="554" v2="853" v3="2167" />
+      <tetrahedron index="2161" v0="554" v1="853" v2="2167" v3="2169" />
+      <tetrahedron index="2162" v0="853" v1="2167" v2="2169" v3="2468" />
+      <tetrahedron index="2163" v0="474" v1="636" v2="777" v3="2089" />
+      <tetrahedron index="2164" v0="636" v1="777" v2="2089" v3="2251" />
+      <tetrahedron index="2165" v0="777" v1="2089" v2="2251" v3="2392" />
+      <tetrahedron index="2166" v0="90" v1="854" v2="855" v3="1705" />
+      <tetrahedron index="2167" v0="854" v1="855" v2="1705" v3="2469" />
+      <tetrahedron index="2168" v0="855" v1="1705" v2="2469" v3="2470" />
+      <tetrahedron index="2169" v0="856" v1="857" v2="858" v3="2471" />
+      <tetrahedron index="2170" v0="857" v1="858" v2="2471" v3="2472" />
+      <tetrahedron index="2171" v0="858" v1="2471" v2="2472" v3="2473" />
+      <tetrahedron index="2172" v0="352" v1="656" v2="859" v3="1967" />
+      <tetrahedron index="2173" v0="656" v1="859" v2="1967" v3="2271" />
+      <tetrahedron index="2174" v0="859" v1="1967" v2="2271" v3="2474" />
+      <tetrahedron index="2175" v0="230" v1="666" v2="860" v3="1845" />
+      <tetrahedron index="2176" v0="666" v1="860" v2="1845" v3="2281" />
+      <tetrahedron index="2177" v0="860" v1="1845" v2="2281" v3="2475" />
+      <tetrahedron index="2178" v0="549" v1="550" v2="861" v3="2164" />
+      <tetrahedron index="2179" v0="550" v1="861" v2="2164" v3="2165" />
+      <tetrahedron index="2180" v0="861" v1="2164" v2="2165" v3="2476" />
+      <tetrahedron index="2181" v0="494" v1="607" v2="825" v3="2109" />
+      <tetrahedron index="2182" v0="607" v1="825" v2="2109" v3="2222" />
+      <tetrahedron index="2183" v0="825" v1="2109" v2="2222" v3="2440" />
+      <tetrahedron index="2184" v0="862" v1="863" v2="864" v3="2477" />
+      <tetrahedron index="2185" v0="863" v1="864" v2="2477" v3="2478" />
+      <tetrahedron index="2186" v0="864" v1="2477" v2="2478" v3="2479" />
+      <tetrahedron index="2187" v0="637" v1="677" v2="852" v3="2252" />
+      <tetrahedron index="2188" v0="677" v1="852" v2="2252" v3="2292" />
+      <tetrahedron index="2189" v0="852" v1="2252" v2="2292" v3="2467" />
+      <tetrahedron index="2190" v0="71" v1="615" v2="736" v3="1686" />
+      <tetrahedron index="2191" v0="615" v1="736" v2="1686" v3="2230" />
+      <tetrahedron index="2192" v0="736" v1="1686" v2="2230" v3="2351" />
+      <tetrahedron index="2193" v0="865" v1="866" v2="867" v3="2480" />
+      <tetrahedron index="2194" v0="866" v1="867" v2="2480" v3="2481" />
+      <tetrahedron index="2195" v0="867" v1="2480" v2="2481" v3="2482" />
+      <tetrahedron index="2196" v0="843" v1="868" v2="869" v3="2458" />
+      <tetrahedron index="2197" v0="868" v1="869" v2="2458" v3="2483" />
+      <tetrahedron index="2198" v0="869" v1="2458" v2="2483" v3="2484" />
+      <tetrahedron index="2199" v0="862" v1="870" v2="871" v3="2477" />
+      <tetrahedron index="2200" v0="870" v1="871" v2="2477" v3="2485" />
+      <tetrahedron index="2201" v0="871" v1="2477" v2="2485" v3="2486" />
+      <tetrahedron index="2202" v0="380" v1="731" v2="872" v3="1995" />
+      <tetrahedron index="2203" v0="731" v1="872" v2="1995" v3="2346" />
+      <tetrahedron index="2204" v0="872" v1="1995" v2="2346" v3="2487" />
+      <tetrahedron index="2205" v0="597" v1="599" v2="873" v3="2212" />
+      <tetrahedron index="2206" v0="599" v1="873" v2="2212" v3="2214" />
+      <tetrahedron index="2207" v0="873" v1="2212" v2="2214" v3="2488" />
+      <tetrahedron index="2208" v0="797" v1="801" v2="874" v3="2412" />
+      <tetrahedron index="2209" v0="801" v1="874" v2="2412" v3="2416" />
+      <tetrahedron index="2210" v0="874" v1="2412" v2="2416" v3="2489" />
+      <tetrahedron index="2211" v0="435" v1="436" v2="875" v3="2050" />
+      <tetrahedron index="2212" v0="436" v1="875" v2="2050" v3="2051" />
+      <tetrahedron index="2213" v0="875" v1="2050" v2="2051" v3="2490" />
+      <tetrahedron index="2214" v0="288" v1="290" v2="876" v3="1903" />
+      <tetrahedron index="2215" v0="290" v1="876" v2="1903" v3="1905" />
+      <tetrahedron index="2216" v0="876" v1="1903" v2="1905" v3="2491" />
+      <tetrahedron index="2217" v0="112" v1="113" v2="877" v3="1727" />
+      <tetrahedron index="2218" v0="113" v1="877" v2="1727" v3="1728" />
+      <tetrahedron index="2219" v0="877" v1="1727" v2="1728" v3="2492" />
+      <tetrahedron index="2220" v0="613" v1="749" v2="878" v3="2228" />
+      <tetrahedron index="2221" v0="749" v1="878" v2="2228" v3="2364" />
+      <tetrahedron index="2222" v0="878" v1="2228" v2="2364" v3="2493" />
+      <tetrahedron index="2223" v0="878" v1="879" v2="880" v3="2493" />
+      <tetrahedron index="2224" v0="879" v1="880" v2="2493" v3="2494" />
+      <tetrahedron index="2225" v0="880" v1="2493" v2="2494" v3="2495" />
+      <tetrahedron index="2226" v0="814" v1="881" v2="882" v3="2429" />
+      <tetrahedron index="2227" v0="881" v1="882" v2="2429" v3="2496" />
+      <tetrahedron index="2228" v0="882" v1="2429" v2="2496" v3="2497" />
+      <tetrahedron index="2229" v0="552" v1="555" v2="883" v3="2167" />
+      <tetrahedron index="2230" v0="555" v1="883" v2="2167" v3="2170" />
+      <tetrahedron index="2231" v0="883" v1="2167" v2="2170" v3="2498" />
+      <tetrahedron index="2232" v0="225" v1="668" v2="884" v3="1840" />
+      <tetrahedron index="2233" v0="668" v1="884" v2="1840" v3="2283" />
+      <tetrahedron index="2234" v0="884" v1="1840" v2="2283" v3="2499" />
+      <tetrahedron index="2235" v0="779" v1="818" v2="820" v3="2394" />
+      <tetrahedron index="2236" v0="818" v1="820" v2="2394" v3="2433" />
+      <tetrahedron index="2237" v0="820" v1="2394" v2="2433" v3="2435" />
+      <tetrahedron index="2238" v0="308" v1="592" v2="885" v3="1923" />
+      <tetrahedron index="2239" v0="592" v1="885" v2="1923" v3="2207" />
+      <tetrahedron index="2240" v0="885" v1="1923" v2="2207" v3="2500" />
+      <tetrahedron index="2241" v0="133" v1="592" v2="885" v3="1748" />
+      <tetrahedron index="2242" v0="592" v1="885" v2="1748" v3="2207" />
+      <tetrahedron index="2243" v0="885" v1="1748" v2="2207" v3="2500" />
+      <tetrahedron index="2244" v0="217" v1="531" v2="727" v3="1832" />
+      <tetrahedron index="2245" v0="531" v1="727" v2="1832" v3="2146" />
+      <tetrahedron index="2246" v0="727" v1="1832" v2="2146" v3="2342" />
+      <tetrahedron index="2247" v0="707" v1="763" v2="823" v3="2322" />
+      <tetrahedron index="2248" v0="763" v1="823" v2="2322" v3="2378" />
+      <tetrahedron index="2249" v0="823" v1="2322" v2="2378" v3="2438" />
+      <tetrahedron index="2250" v0="358" v1="886" v2="887" v3="1973" />
+      <tetrahedron index="2251" v0="886" v1="887" v2="1973" v3="2501" />
+      <tetrahedron index="2252" v0="887" v1="1973" v2="2501" v3="2502" />
+      <tetrahedron index="2253" v0="628" v1="629" v2="767" v3="2243" />
+      <tetrahedron index="2254" v0="629" v1="767" v2="2243" v3="2244" />
+      <tetrahedron index="2255" v0="767" v1="2243" v2="2244" v3="2382" />
+      <tetrahedron index="2256" v0="84" v1="604" v2="830" v3="1699" />
+      <tetrahedron index="2257" v0="604" v1="830" v2="1699" v3="2219" />
+      <tetrahedron index="2258" v0="830" v1="1699" v2="2219" v3="2445" />
+      <tetrahedron index="2259" v0="521" v1="831" v2="888" v3="2136" />
+      <tetrahedron index="2260" v0="831" v1="888" v2="2136" v3="2446" />
+      <tetrahedron index="2261" v0="888" v1="2136" v2="2446" v3="2503" />
+      <tetrahedron index="2262" v0="397" v1="449" v2="889" v3="2012" />
+      <tetrahedron index="2263" v0="449" v1="889" v2="2012" v3="2064" />
+      <tetrahedron index="2264" v0="889" v1="2012" v2="2064" v3="2504" />
+      <tetrahedron index="2265" v0="815" v1="816" v2="890" v3="2430" />
+      <tetrahedron index="2266" v0="816" v1="890" v2="2430" v3="2431" />
+      <tetrahedron index="2267" v0="890" v1="2430" v2="2431" v3="2505" />
+      <tetrahedron index="2268" v0="189" v1="730" v2="891" v3="1804" />
+      <tetrahedron index="2269" v0="730" v1="891" v2="1804" v3="2345" />
+      <tetrahedron index="2270" v0="891" v1="1804" v2="2345" v3="2506" />
+      <tetrahedron index="2271" v0="180" v1="892" v2="893" v3="1795" />
+      <tetrahedron index="2272" v0="892" v1="893" v2="1795" v3="2507" />
+      <tetrahedron index="2273" v0="893" v1="1795" v2="2507" v3="2508" />
+      <tetrahedron index="2274" v0="894" v1="895" v2="896" v3="2509" />
+      <tetrahedron index="2275" v0="895" v1="896" v2="2509" v3="2510" />
+      <tetrahedron index="2276" v0="896" v1="2509" v2="2510" v3="2511" />
+      <tetrahedron index="2277" v0="746" v1="833" v2="834" v3="2361" />
+      <tetrahedron index="2278" v0="833" v1="834" v2="2361" v3="2448" />
+      <tetrahedron index="2279" v0="834" v1="2361" v2="2448" v3="2449" />
+      <tetrahedron index="2280" v0="176" v1="897" v2="898" v3="1791" />
+      <tetrahedron index="2281" v0="897" v1="898" v2="1791" v3="2512" />
+      <tetrahedron index="2282" v0="898" v1="1791" v2="2512" v3="2513" />
+      <tetrahedron index="2283" v0="188" v1="189" v2="891" v3="1803" />
+      <tetrahedron index="2284" v0="189" v1="891" v2="1803" v3="1804" />
+      <tetrahedron index="2285" v0="891" v1="1803" v2="1804" v3="2506" />
+      <tetrahedron index="2286" v0="85" v1="263" v2="704" v3="1700" />
+      <tetrahedron index="2287" v0="263" v1="704" v2="1700" v3="1878" />
+      <tetrahedron index="2288" v0="704" v1="1700" v2="1878" v3="2319" />
+      <tetrahedron index="2289" v0="162" v1="608" v2="848" v3="1777" />
+      <tetrahedron index="2290" v0="608" v1="848" v2="1777" v3="2223" />
+      <tetrahedron index="2291" v0="848" v1="1777" v2="2223" v3="2463" />
+      <tetrahedron index="2292" v0="411" v1="608" v2="848" v3="2026" />
+      <tetrahedron index="2293" v0="608" v1="848" v2="2026" v3="2223" />
+      <tetrahedron index="2294" v0="848" v1="2026" v2="2223" v3="2463" />
+      <tetrahedron index="2295" v0="161" v1="848" v2="899" v3="1776" />
+      <tetrahedron index="2296" v0="848" v1="899" v2="1776" v3="2463" />
+      <tetrahedron index="2297" v0="899" v1="1776" v2="2463" v3="2514" />
+      <tetrahedron index="2298" v0="161" v1="162" v2="848" v3="1776" />
+      <tetrahedron index="2299" v0="162" v1="848" v2="1776" v3="1777" />
+      <tetrahedron index="2300" v0="848" v1="1776" v2="1777" v3="2463" />
+      <tetrahedron index="2301" v0="772" v1="773" v2="900" v3="2387" />
+      <tetrahedron index="2302" v0="773" v1="900" v2="2387" v3="2388" />
+      <tetrahedron index="2303" v0="900" v1="2387" v2="2388" v3="2515" />
+      <tetrahedron index="2304" v0="336" v1="778" v2="901" v3="1951" />
+      <tetrahedron index="2305" v0="778" v1="901" v2="1951" v3="2393" />
+      <tetrahedron index="2306" v0="901" v1="1951" v2="2393" v3="2516" />
+      <tetrahedron index="2307" v0="778" v1="779" v2="901" v3="2393" />
+      <tetrahedron index="2308" v0="779" v1="901" v2="2393" v3="2394" />
+      <tetrahedron index="2309" v0="901" v1="2393" v2="2394" v3="2516" />
+      <tetrahedron index="2310" v0="793" v1="902" v2="903" v3="2408" />
+      <tetrahedron index="2311" v0="902" v1="903" v2="2408" v3="2517" />
+      <tetrahedron index="2312" v0="903" v1="2408" v2="2517" v3="2518" />
+      <tetrahedron index="2313" v0="108" v1="366" v2="904" v3="1723" />
+      <tetrahedron index="2314" v0="366" v1="904" v2="1723" v3="1981" />
+      <tetrahedron index="2315" v0="904" v1="1723" v2="1981" v3="2519" />
+      <tetrahedron index="2316" v0="366" v1="517" v2="904" v3="1981" />
+      <tetrahedron index="2317" v0="517" v1="904" v2="1981" v3="2132" />
+      <tetrahedron index="2318" v0="904" v1="1981" v2="2132" v3="2519" />
+      <tetrahedron index="2319" v0="113" v1="498" v2="877" v3="1728" />
+      <tetrahedron index="2320" v0="498" v1="877" v2="1728" v3="2113" />
+      <tetrahedron index="2321" v0="877" v1="1728" v2="2113" v3="2492" />
+      <tetrahedron index="2322" v0="498" v1="877" v2="905" v3="2113" />
+      <tetrahedron index="2323" v0="877" v1="905" v2="2113" v3="2492" />
+      <tetrahedron index="2324" v0="905" v1="2113" v2="2492" v3="2520" />
+      <tetrahedron index="2325" v0="638" v1="906" v2="907" v3="2253" />
+      <tetrahedron index="2326" v0="906" v1="907" v2="2253" v3="2521" />
+      <tetrahedron index="2327" v0="907" v1="2253" v2="2521" v3="2522" />
+      <tetrahedron index="2328" v0="779" v1="780" v2="818" v3="2394" />
+      <tetrahedron index="2329" v0="780" v1="818" v2="2394" v3="2395" />
+      <tetrahedron index="2330" v0="818" v1="2394" v2="2395" v3="2433" />
+      <tetrahedron index="2331" v0="780" v1="817" v2="818" v3="2395" />
+      <tetrahedron index="2332" v0="817" v1="818" v2="2395" v3="2432" />
+      <tetrahedron index="2333" v0="818" v1="2395" v2="2432" v3="2433" />
+      <tetrahedron index="2334" v0="604" v1="774" v2="830" v3="2219" />
+      <tetrahedron index="2335" v0="774" v1="830" v2="2219" v3="2389" />
+      <tetrahedron index="2336" v0="830" v1="2219" v2="2389" v3="2445" />
+      <tetrahedron index="2337" v0="586" v1="908" v2="909" v3="2201" />
+      <tetrahedron index="2338" v0="908" v1="909" v2="2201" v3="2523" />
+      <tetrahedron index="2339" v0="909" v1="2201" v2="2523" v3="2524" />
+      <tetrahedron index="2340" v0="908" v1="909" v2="910" v3="2523" />
+      <tetrahedron index="2341" v0="909" v1="910" v2="2523" v3="2524" />
+      <tetrahedron index="2342" v0="910" v1="2523" v2="2524" v3="2525" />
+      <tetrahedron index="2343" v0="574" v1="576" v2="911" v3="2189" />
+      <tetrahedron index="2344" v0="576" v1="911" v2="2189" v3="2191" />
+      <tetrahedron index="2345" v0="911" v1="2189" v2="2191" v3="2526" />
+      <tetrahedron index="2346" v0="731" v1="912" v2="913" v3="2346" />
+      <tetrahedron index="2347" v0="912" v1="913" v2="2346" v3="2527" />
+      <tetrahedron index="2348" v0="913" v1="2346" v2="2527" v3="2528" />
+      <tetrahedron index="2349" v0="450" v1="451" v2="914" v3="2065" />
+      <tetrahedron index="2350" v0="451" v1="914" v2="2065" v3="2066" />
+      <tetrahedron index="2351" v0="914" v1="2065" v2="2066" v3="2529" />
+      <tetrahedron index="2352" v0="368" v1="601" v2="915" v3="1983" />
+      <tetrahedron index="2353" v0="601" v1="915" v2="1983" v3="2216" />
+      <tetrahedron index="2354" v0="915" v1="1983" v2="2216" v3="2530" />
+      <tetrahedron index="2355" v0="367" v1="368" v2="601" v3="1982" />
+      <tetrahedron index="2356" v0="368" v1="601" v2="1982" v3="1983" />
+      <tetrahedron index="2357" v0="601" v1="1982" v2="1983" v3="2216" />
+      <tetrahedron index="2358" v0="430" v1="916" v2="917" v3="2045" />
+      <tetrahedron index="2359" v0="916" v1="917" v2="2045" v3="2531" />
+      <tetrahedron index="2360" v0="917" v1="2045" v2="2531" v3="2532" />
+      <tetrahedron index="2361" v0="256" v1="257" v2="852" v3="1871" />
+      <tetrahedron index="2362" v0="257" v1="852" v2="1871" v3="1872" />
+      <tetrahedron index="2363" v0="852" v1="1871" v2="1872" v3="2467" />
+      <tetrahedron index="2364" v0="257" v1="637" v2="852" v3="1872" />
+      <tetrahedron index="2365" v0="637" v1="852" v2="1872" v3="2252" />
+      <tetrahedron index="2366" v0="852" v1="1872" v2="2252" v3="2467" />
+      <tetrahedron index="2367" v0="521" v1="625" v2="888" v3="2136" />
+      <tetrahedron index="2368" v0="625" v1="888" v2="2136" v3="2240" />
+      <tetrahedron index="2369" v0="888" v1="2136" v2="2240" v3="2503" />
+      <tetrahedron index="2370" v0="65" v1="687" v2="866" v3="1680" />
+      <tetrahedron index="2371" v0="687" v1="866" v2="1680" v3="2302" />
+      <tetrahedron index="2372" v0="866" v1="1680" v2="2302" v3="2481" />
+      <tetrahedron index="2373" v0="172" v1="173" v2="830" v3="1787" />
+      <tetrahedron index="2374" v0="173" v1="830" v2="1787" v3="1788" />
+      <tetrahedron index="2375" v0="830" v1="1787" v2="1788" v3="2445" />
+      <tetrahedron index="2376" v0="70" v1="725" v2="918" v3="1685" />
+      <tetrahedron index="2377" v0="725" v1="918" v2="1685" v3="2340" />
+      <tetrahedron index="2378" v0="918" v1="1685" v2="2340" v3="2533" />
+      <tetrahedron index="2379" v0="209" v1="475" v2="789" v3="1824" />
+      <tetrahedron index="2380" v0="475" v1="789" v2="1824" v3="2090" />
+      <tetrahedron index="2381" v0="789" v1="1824" v2="2090" v3="2404" />
+      <tetrahedron index="2382" v0="475" v1="754" v2="789" v3="2090" />
+      <tetrahedron index="2383" v0="754" v1="789" v2="2090" v3="2369" />
+      <tetrahedron index="2384" v0="789" v1="2090" v2="2369" v3="2404" />
+      <tetrahedron index="2385" v0="251" v1="252" v2="831" v3="1866" />
+      <tetrahedron index="2386" v0="252" v1="831" v2="1866" v3="1867" />
+      <tetrahedron index="2387" v0="831" v1="1866" v2="1867" v3="2446" />
+      <tetrahedron index="2388" v0="252" v1="521" v2="831" v3="1867" />
+      <tetrahedron index="2389" v0="521" v1="831" v2="1867" v3="2136" />
+      <tetrahedron index="2390" v0="831" v1="1867" v2="2136" v3="2446" />
+      <tetrahedron index="2391" v0="660" v1="662" v2="919" v3="2275" />
+      <tetrahedron index="2392" v0="662" v1="919" v2="2275" v3="2277" />
+      <tetrahedron index="2393" v0="919" v1="2275" v2="2277" v3="2534" />
+      <tetrahedron index="2394" v0="577" v1="629" v2="702" v3="2192" />
+      <tetrahedron index="2395" v0="629" v1="702" v2="2192" v3="2244" />
+      <tetrahedron index="2396" v0="702" v1="2192" v2="2244" v3="2317" />
+      <tetrahedron index="2397" v0="629" v1="702" v2="920" v3="2244" />
+      <tetrahedron index="2398" v0="702" v1="920" v2="2244" v3="2317" />
+      <tetrahedron index="2399" v0="920" v1="2244" v2="2317" v3="2535" />
+      <tetrahedron index="2400" v0="107" v1="365" v2="366" v3="1722" />
+      <tetrahedron index="2401" v0="365" v1="366" v2="1722" v3="1980" />
+      <tetrahedron index="2402" v0="366" v1="1722" v2="1980" v3="1981" />
+      <tetrahedron index="2403" v0="107" v1="108" v2="366" v3="1722" />
+      <tetrahedron index="2404" v0="108" v1="366" v2="1722" v3="1723" />
+      <tetrahedron index="2405" v0="366" v1="1722" v2="1723" v3="1981" />
+      <tetrahedron index="2406" v0="850" v1="921" v2="922" v3="2465" />
+      <tetrahedron index="2407" v0="921" v1="922" v2="2465" v3="2536" />
+      <tetrahedron index="2408" v0="922" v1="2465" v2="2536" v3="2537" />
+      <tetrahedron index="2409" v0="540" v1="541" v2="877" v3="2155" />
+      <tetrahedron index="2410" v0="541" v1="877" v2="2155" v3="2156" />
+      <tetrahedron index="2411" v0="877" v1="2155" v2="2156" v3="2492" />
+      <tetrahedron index="2412" v0="112" v1="541" v2="877" v3="1727" />
+      <tetrahedron index="2413" v0="541" v1="877" v2="1727" v3="2156" />
+      <tetrahedron index="2414" v0="877" v1="1727" v2="2156" v3="2492" />
+      <tetrahedron index="2415" v0="368" v1="382" v2="384" v3="1983" />
+      <tetrahedron index="2416" v0="382" v1="384" v2="1983" v3="1997" />
+      <tetrahedron index="2417" v0="384" v1="1983" v2="1997" v3="1999" />
+      <tetrahedron index="2418" v0="368" v1="382" v2="915" v3="1983" />
+      <tetrahedron index="2419" v0="382" v1="915" v2="1983" v3="1997" />
+      <tetrahedron index="2420" v0="915" v1="1983" v2="1997" v3="2530" />
+      <tetrahedron index="2421" v0="863" v1="923" v2="924" v3="2478" />
+      <tetrahedron index="2422" v0="923" v1="924" v2="2478" v3="2538" />
+      <tetrahedron index="2423" v0="924" v1="2478" v2="2538" v3="2539" />
+      <tetrahedron index="2424" v0="862" v1="863" v2="923" v3="2477" />
+      <tetrahedron index="2425" v0="863" v1="923" v2="2477" v3="2478" />
+      <tetrahedron index="2426" v0="923" v1="2477" v2="2478" v3="2538" />
+      <tetrahedron index="2427" v0="434" v1="435" v2="925" v3="2049" />
+      <tetrahedron index="2428" v0="435" v1="925" v2="2049" v3="2050" />
+      <tetrahedron index="2429" v0="925" v1="2049" v2="2050" v3="2540" />
+      <tetrahedron index="2430" v0="435" v1="925" v2="926" v3="2050" />
+      <tetrahedron index="2431" v0="925" v1="926" v2="2050" v3="2540" />
+      <tetrahedron index="2432" v0="926" v1="2050" v2="2540" v3="2541" />
+      <tetrahedron index="2433" v0="796" v1="798" v2="927" v3="2411" />
+      <tetrahedron index="2434" v0="798" v1="927" v2="2411" v3="2413" />
+      <tetrahedron index="2435" v0="927" v1="2411" v2="2413" v3="2542" />
+      <tetrahedron index="2436" v0="928" v1="929" v2="930" v3="2543" />
+      <tetrahedron index="2437" v0="929" v1="930" v2="2543" v3="2544" />
+      <tetrahedron index="2438" v0="930" v1="2543" v2="2544" v3="2545" />
+      <tetrahedron index="2439" v0="32" v1="33" v2="662" v3="1647" />
+      <tetrahedron index="2440" v0="33" v1="662" v2="1647" v3="1648" />
+      <tetrahedron index="2441" v0="662" v1="1647" v2="1648" v3="2277" />
+      <tetrahedron index="2442" v0="79" v1="81" v2="931" v3="1694" />
+      <tetrahedron index="2443" v0="81" v1="931" v2="1694" v3="1696" />
+      <tetrahedron index="2444" v0="931" v1="1694" v2="1696" v3="2546" />
+      <tetrahedron index="2445" v0="476" v1="651" v2="816" v3="2091" />
+      <tetrahedron index="2446" v0="651" v1="816" v2="2091" v3="2266" />
+      <tetrahedron index="2447" v0="816" v1="2091" v2="2266" v3="2431" />
+      <tetrahedron index="2448" v0="676" v1="677" v2="932" v3="2291" />
+      <tetrahedron index="2449" v0="677" v1="932" v2="2291" v3="2292" />
+      <tetrahedron index="2450" v0="932" v1="2291" v2="2292" v3="2547" />
+      <tetrahedron index="2451" v0="783" v1="807" v2="933" v3="2398" />
+      <tetrahedron index="2452" v0="807" v1="933" v2="2398" v3="2422" />
+      <tetrahedron index="2453" v0="933" v1="2398" v2="2422" v3="2548" />
+      <tetrahedron index="2454" v0="934" v1="935" v2="936" v3="2549" />
+      <tetrahedron index="2455" v0="935" v1="936" v2="2549" v3="2550" />
+      <tetrahedron index="2456" v0="936" v1="2549" v2="2550" v3="2551" />
+      <tetrahedron index="2457" v0="461" v1="818" v2="819" v3="2076" />
+      <tetrahedron index="2458" v0="818" v1="819" v2="2076" v3="2433" />
+      <tetrahedron index="2459" v0="819" v1="2076" v2="2433" v3="2434" />
+      <tetrahedron index="2460" v0="461" v1="818" v2="820" v3="2076" />
+      <tetrahedron index="2461" v0="818" v1="820" v2="2076" v3="2433" />
+      <tetrahedron index="2462" v0="820" v1="2076" v2="2433" v3="2435" />
+      <tetrahedron index="2463" v0="703" v1="704" v2="937" v3="2318" />
+      <tetrahedron index="2464" v0="704" v1="937" v2="2318" v3="2319" />
+      <tetrahedron index="2465" v0="937" v1="2318" v2="2319" v3="2552" />
+      <tetrahedron index="2466" v0="225" v1="524" v2="884" v3="1840" />
+      <tetrahedron index="2467" v0="524" v1="884" v2="1840" v3="2139" />
+      <tetrahedron index="2468" v0="884" v1="1840" v2="2139" v3="2499" />
+      <tetrahedron index="2469" v0="843" v1="868" v2="938" v3="2458" />
+      <tetrahedron index="2470" v0="868" v1="938" v2="2458" v3="2483" />
+      <tetrahedron index="2471" v0="938" v1="2458" v2="2483" v3="2553" />
+      <tetrahedron index="2472" v0="169" v1="173" v2="753" v3="1784" />
+      <tetrahedron index="2473" v0="173" v1="753" v2="1784" v3="1788" />
+      <tetrahedron index="2474" v0="753" v1="1784" v2="1788" v3="2368" />
+      <tetrahedron index="2475" v0="722" v1="939" v2="940" v3="2337" />
+      <tetrahedron index="2476" v0="939" v1="940" v2="2337" v3="2554" />
+      <tetrahedron index="2477" v0="940" v1="2337" v2="2554" v3="2555" />
+      <tetrahedron index="2478" v0="391" v1="762" v2="763" v3="2006" />
+      <tetrahedron index="2479" v0="762" v1="763" v2="2006" v3="2377" />
+      <tetrahedron index="2480" v0="763" v1="2006" v2="2377" v3="2378" />
+      <tetrahedron index="2481" v0="886" v1="887" v2="941" v3="2501" />
+      <tetrahedron index="2482" v0="887" v1="941" v2="2501" v3="2502" />
+      <tetrahedron index="2483" v0="941" v1="2501" v2="2502" v3="2556" />
+      <tetrahedron index="2484" v0="234" v1="631" v2="729" v3="1849" />
+      <tetrahedron index="2485" v0="631" v1="729" v2="1849" v3="2246" />
+      <tetrahedron index="2486" v0="729" v1="1849" v2="2246" v3="2344" />
+      <tetrahedron index="2487" v0="928" v1="942" v2="943" v3="2543" />
+      <tetrahedron index="2488" v0="942" v1="943" v2="2543" v3="2557" />
+      <tetrahedron index="2489" v0="943" v1="2543" v2="2557" v3="2558" />
+      <tetrahedron index="2490" v0="74" v1="439" v2="440" v3="1689" />
+      <tetrahedron index="2491" v0="439" v1="440" v2="1689" v3="2054" />
+      <tetrahedron index="2492" v0="440" v1="1689" v2="2054" v3="2055" />
+      <tetrahedron index="2493" v0="138" v1="139" v2="792" v3="1753" />
+      <tetrahedron index="2494" v0="139" v1="792" v2="1753" v3="1754" />
+      <tetrahedron index="2495" v0="792" v1="1753" v2="1754" v3="2407" />
+      <tetrahedron index="2496" v0="12" v1="139" v2="792" v3="1627" />
+      <tetrahedron index="2497" v0="139" v1="792" v2="1627" v3="1754" />
+      <tetrahedron index="2498" v0="792" v1="1627" v2="1754" v3="2407" />
+      <tetrahedron index="2499" v0="599" v1="829" v2="873" v3="2214" />
+      <tetrahedron index="2500" v0="829" v1="873" v2="2214" v3="2444" />
+      <tetrahedron index="2501" v0="873" v1="2214" v2="2444" v3="2488" />
+      <tetrahedron index="2502" v0="196" v1="942" v2="943" v3="1811" />
+      <tetrahedron index="2503" v0="942" v1="943" v2="1811" v3="2557" />
+      <tetrahedron index="2504" v0="943" v1="1811" v2="2557" v3="2558" />
+      <tetrahedron index="2505" v0="493" v1="802" v2="944" v3="2108" />
+      <tetrahedron index="2506" v0="802" v1="944" v2="2108" v3="2417" />
+      <tetrahedron index="2507" v0="944" v1="2108" v2="2417" v3="2559" />
+      <tetrahedron index="2508" v0="493" v1="615" v2="802" v3="2108" />
+      <tetrahedron index="2509" v0="615" v1="802" v2="2108" v3="2230" />
+      <tetrahedron index="2510" v0="802" v1="2108" v2="2230" v3="2417" />
+      <tetrahedron index="2511" v0="945" v1="946" v2="947" v3="2560" />
+      <tetrahedron index="2512" v0="946" v1="947" v2="2560" v3="2561" />
+      <tetrahedron index="2513" v0="947" v1="2560" v2="2561" v3="2562" />
+      <tetrahedron index="2514" v0="878" v1="948" v2="949" v3="2493" />
+      <tetrahedron index="2515" v0="948" v1="949" v2="2493" v3="2563" />
+      <tetrahedron index="2516" v0="949" v1="2493" v2="2563" v3="2564" />
+      <tetrahedron index="2517" v0="749" v1="878" v2="948" v3="2364" />
+      <tetrahedron index="2518" v0="878" v1="948" v2="2364" v3="2493" />
+      <tetrahedron index="2519" v0="948" v1="2364" v2="2493" v3="2563" />
+      <tetrahedron index="2520" v0="781" v1="788" v2="845" v3="2396" />
+      <tetrahedron index="2521" v0="788" v1="845" v2="2396" v3="2403" />
+      <tetrahedron index="2522" v0="845" v1="2396" v2="2403" v3="2460" />
+      <tetrahedron index="2523" v0="812" v1="813" v2="950" v3="2427" />
+      <tetrahedron index="2524" v0="813" v1="950" v2="2427" v3="2428" />
+      <tetrahedron index="2525" v0="950" v1="2427" v2="2428" v3="2565" />
+      <tetrahedron index="2526" v0="613" v1="878" v2="880" v3="2228" />
+      <tetrahedron index="2527" v0="878" v1="880" v2="2228" v3="2493" />
+      <tetrahedron index="2528" v0="880" v1="2228" v2="2493" v3="2495" />
+      <tetrahedron index="2529" v0="718" v1="810" v2="837" v3="2333" />
+      <tetrahedron index="2530" v0="810" v1="837" v2="2333" v3="2425" />
+      <tetrahedron index="2531" v0="837" v1="2333" v2="2425" v3="2452" />
+      <tetrahedron index="2532" v0="716" v1="718" v2="837" v3="2331" />
+      <tetrahedron index="2533" v0="718" v1="837" v2="2331" v3="2333" />
+      <tetrahedron index="2534" v0="837" v1="2331" v2="2333" v3="2452" />
+      <tetrahedron index="2535" v0="71" v1="72" v2="736" v3="1686" />
+      <tetrahedron index="2536" v0="72" v1="736" v2="1686" v3="1687" />
+      <tetrahedron index="2537" v0="736" v1="1686" v2="1687" v3="2351" />
+      <tetrahedron index="2538" v0="72" v1="170" v2="736" v3="1687" />
+      <tetrahedron index="2539" v0="170" v1="736" v2="1687" v3="1785" />
+      <tetrahedron index="2540" v0="736" v1="1687" v2="1785" v3="2351" />
+      <tetrahedron index="2541" v0="161" v1="163" v2="951" v3="1776" />
+      <tetrahedron index="2542" v0="163" v1="951" v2="1776" v3="1778" />
+      <tetrahedron index="2543" v0="951" v1="1776" v2="1778" v3="2566" />
+      <tetrahedron index="2544" v0="546" v1="823" v2="824" v3="2161" />
+      <tetrahedron index="2545" v0="823" v1="824" v2="2161" v3="2438" />
+      <tetrahedron index="2546" v0="824" v1="2161" v2="2438" v3="2439" />
+      <tetrahedron index="2547" v0="546" v1="763" v2="823" v3="2161" />
+      <tetrahedron index="2548" v0="763" v1="823" v2="2161" v3="2378" />
+      <tetrahedron index="2549" v0="823" v1="2161" v2="2378" v3="2438" />
+      <tetrahedron index="2550" v0="217" v1="218" v2="721" v3="1832" />
+      <tetrahedron index="2551" v0="218" v1="721" v2="1832" v3="1833" />
+      <tetrahedron index="2552" v0="721" v1="1832" v2="1833" v3="2336" />
+      <tetrahedron index="2553" v0="217" v1="531" v2="721" v3="1832" />
+      <tetrahedron index="2554" v0="531" v1="721" v2="1832" v3="2146" />
+      <tetrahedron index="2555" v0="721" v1="1832" v2="2146" v3="2336" />
+      <tetrahedron index="2556" v0="245" v1="246" v2="952" v3="1860" />
+      <tetrahedron index="2557" v0="246" v1="952" v2="1860" v3="1861" />
+      <tetrahedron index="2558" v0="952" v1="1860" v2="1861" v3="2567" />
+      <tetrahedron index="2559" v0="124" v1="246" v2="952" v3="1739" />
+      <tetrahedron index="2560" v0="246" v1="952" v2="1739" v3="1861" />
+      <tetrahedron index="2561" v0="952" v1="1739" v2="1861" v3="2567" />
+      <tetrahedron index="2562" v0="367" v1="369" v2="558" v3="1982" />
+      <tetrahedron index="2563" v0="369" v1="558" v2="1982" v3="1984" />
+      <tetrahedron index="2564" v0="558" v1="1982" v2="1984" v3="2173" />
+      <tetrahedron index="2565" v0="367" v1="557" v2="558" v3="1982" />
+      <tetrahedron index="2566" v0="557" v1="558" v2="1982" v3="2172" />
+      <tetrahedron index="2567" v0="558" v1="1982" v2="2172" v3="2173" />
+      <tetrahedron index="2568" v0="396" v1="494" v2="825" v3="2011" />
+      <tetrahedron index="2569" v0="494" v1="825" v2="2011" v3="2109" />
+      <tetrahedron index="2570" v0="825" v1="2011" v2="2109" v3="2440" />
+      <tetrahedron index="2571" v0="396" v1="467" v2="825" v3="2011" />
+      <tetrahedron index="2572" v0="467" v1="825" v2="2011" v3="2082" />
+      <tetrahedron index="2573" v0="825" v1="2011" v2="2082" v3="2440" />
+      <tetrahedron index="2574" v0="358" v1="748" v2="886" v3="1973" />
+      <tetrahedron index="2575" v0="748" v1="886" v2="1973" v3="2363" />
+      <tetrahedron index="2576" v0="886" v1="1973" v2="2363" v3="2501" />
+      <tetrahedron index="2577" v0="644" v1="727" v2="953" v3="2259" />
+      <tetrahedron index="2578" v0="727" v1="953" v2="2259" v3="2342" />
+      <tetrahedron index="2579" v0="953" v1="2259" v2="2342" v3="2568" />
+      <tetrahedron index="2580" v0="476" v1="816" v2="890" v3="2091" />
+      <tetrahedron index="2581" v0="816" v1="890" v2="2091" v3="2431" />
+      <tetrahedron index="2582" v0="890" v1="2091" v2="2431" v3="2505" />
+      <tetrahedron index="2583" v0="629" v1="826" v2="920" v3="2244" />
+      <tetrahedron index="2584" v0="826" v1="920" v2="2244" v3="2441" />
+      <tetrahedron index="2585" v0="920" v1="2244" v2="2441" v3="2535" />
+      <tetrahedron index="2586" v0="425" v1="557" v2="602" v3="2040" />
+      <tetrahedron index="2587" v0="557" v1="602" v2="2040" v3="2172" />
+      <tetrahedron index="2588" v0="602" v1="2040" v2="2172" v3="2217" />
+      <tetrahedron index="2589" v0="489" v1="670" v2="831" v3="2104" />
+      <tetrahedron index="2590" v0="670" v1="831" v2="2104" v3="2285" />
+      <tetrahedron index="2591" v0="831" v1="2104" v2="2285" v3="2446" />
+      <tetrahedron index="2592" v0="489" v1="831" v2="888" v3="2104" />
+      <tetrahedron index="2593" v0="831" v1="888" v2="2104" v3="2446" />
+      <tetrahedron index="2594" v0="888" v1="2104" v2="2446" v3="2503" />
+      <tetrahedron index="2595" v0="641" v1="665" v2="954" v3="2256" />
+      <tetrahedron index="2596" v0="665" v1="954" v2="2256" v3="2280" />
+      <tetrahedron index="2597" v0="954" v1="2256" v2="2280" v3="2569" />
+      <tetrahedron index="2598" v0="257" v1="474" v2="637" v3="1872" />
+      <tetrahedron index="2599" v0="474" v1="637" v2="1872" v3="2089" />
+      <tetrahedron index="2600" v0="637" v1="1872" v2="2089" v3="2252" />
+      <tetrahedron index="2601" v0="474" v1="636" v2="637" v3="2089" />
+      <tetrahedron index="2602" v0="636" v1="637" v2="2089" v3="2251" />
+      <tetrahedron index="2603" v0="637" v1="2089" v2="2251" v3="2252" />
+      <tetrahedron index="2604" v0="782" v1="805" v2="891" v3="2397" />
+      <tetrahedron index="2605" v0="805" v1="891" v2="2397" v3="2420" />
+      <tetrahedron index="2606" v0="891" v1="2397" v2="2420" v3="2506" />
+      <tetrahedron index="2607" v0="730" v1="805" v2="891" v3="2345" />
+      <tetrahedron index="2608" v0="805" v1="891" v2="2345" v3="2420" />
+      <tetrahedron index="2609" v0="891" v1="2345" v2="2420" v3="2506" />
+      <tetrahedron index="2610" v0="111" v1="243" v2="529" v3="1726" />
+      <tetrahedron index="2611" v0="243" v1="529" v2="1726" v3="1858" />
+      <tetrahedron index="2612" v0="529" v1="1726" v2="1858" v3="2144" />
+      <tetrahedron index="2613" v0="551" v1="707" v2="823" v3="2166" />
+      <tetrahedron index="2614" v0="707" v1="823" v2="2166" v3="2322" />
+      <tetrahedron index="2615" v0="823" v1="2166" v2="2322" v3="2438" />
+      <tetrahedron index="2616" v0="551" v1="554" v2="823" v3="2166" />
+      <tetrahedron index="2617" v0="554" v1="823" v2="2166" v3="2169" />
+      <tetrahedron index="2618" v0="823" v1="2166" v2="2169" v3="2438" />
+      <tetrahedron index="2619" v0="290" v1="876" v2="955" v3="1905" />
+      <tetrahedron index="2620" v0="876" v1="955" v2="1905" v3="2491" />
+      <tetrahedron index="2621" v0="955" v1="1905" v2="2491" v3="2570" />
+      <tetrahedron index="2622" v0="956" v1="957" v2="958" v3="2571" />
+      <tetrahedron index="2623" v0="957" v1="958" v2="2571" v3="2572" />
+      <tetrahedron index="2624" v0="958" v1="2571" v2="2572" v3="2573" />
+      <tetrahedron index="2625" v0="586" v1="909" v2="959" v3="2201" />
+      <tetrahedron index="2626" v0="909" v1="959" v2="2201" v3="2524" />
+      <tetrahedron index="2627" v0="959" v1="2201" v2="2524" v3="2574" />
+      <tetrahedron index="2628" v0="478" v1="650" v2="894" v3="2093" />
+      <tetrahedron index="2629" v0="650" v1="894" v2="2093" v3="2265" />
+      <tetrahedron index="2630" v0="894" v1="2093" v2="2265" v3="2509" />
+      <tetrahedron index="2631" v0="503" v1="786" v2="787" v3="2118" />
+      <tetrahedron index="2632" v0="786" v1="787" v2="2118" v3="2401" />
+      <tetrahedron index="2633" v0="787" v1="2118" v2="2401" v3="2402" />
+      <tetrahedron index="2634" v0="167" v1="785" v2="951" v3="1782" />
+      <tetrahedron index="2635" v0="785" v1="951" v2="1782" v3="2400" />
+      <tetrahedron index="2636" v0="951" v1="1782" v2="2400" v3="2566" />
+      <tetrahedron index="2637" v0="163" v1="167" v2="951" v3="1778" />
+      <tetrahedron index="2638" v0="167" v1="951" v2="1778" v3="1782" />
+      <tetrahedron index="2639" v0="951" v1="1778" v2="1782" v3="2566" />
+      <tetrahedron index="2640" v0="361" v1="362" v2="811" v3="1976" />
+      <tetrahedron index="2641" v0="362" v1="811" v2="1976" v3="1977" />
+      <tetrahedron index="2642" v0="811" v1="1976" v2="1977" v3="2426" />
+      <tetrahedron index="2643" v0="420" v1="600" v2="609" v3="2035" />
+      <tetrahedron index="2644" v0="600" v1="609" v2="2035" v3="2215" />
+      <tetrahedron index="2645" v0="609" v1="2035" v2="2215" v3="2224" />
+      <tetrahedron index="2646" v0="311" v1="562" v2="799" v3="1926" />
+      <tetrahedron index="2647" v0="562" v1="799" v2="1926" v3="2177" />
+      <tetrahedron index="2648" v0="799" v1="1926" v2="2177" v3="2414" />
+      <tetrahedron index="2649" v0="297" v1="311" v2="562" v3="1912" />
+      <tetrahedron index="2650" v0="311" v1="562" v2="1912" v3="1926" />
+      <tetrahedron index="2651" v0="562" v1="1912" v2="1926" v3="2177" />
+      <tetrahedron index="2652" v0="551" v1="553" v2="554" v3="2166" />
+      <tetrahedron index="2653" v0="553" v1="554" v2="2166" v3="2168" />
+      <tetrahedron index="2654" v0="554" v1="2166" v2="2168" v3="2169" />
+      <tetrahedron index="2655" v0="549" v1="551" v2="553" v3="2164" />
+      <tetrahedron index="2656" v0="551" v1="553" v2="2164" v3="2166" />
+      <tetrahedron index="2657" v0="553" v1="2164" v2="2166" v3="2168" />
+      <tetrahedron index="2658" v0="552" v1="553" v2="883" v3="2167" />
+      <tetrahedron index="2659" v0="553" v1="883" v2="2167" v3="2168" />
+      <tetrahedron index="2660" v0="883" v1="2167" v2="2168" v3="2498" />
+      <tetrahedron index="2661" v0="363" v1="387" v2="571" v3="1978" />
+      <tetrahedron index="2662" v0="387" v1="571" v2="1978" v3="2002" />
+      <tetrahedron index="2663" v0="571" v1="1978" v2="2002" v3="2186" />
+      <tetrahedron index="2664" v0="42" v1="43" v2="324" v3="1657" />
+      <tetrahedron index="2665" v0="43" v1="324" v2="1657" v3="1658" />
+      <tetrahedron index="2666" v0="324" v1="1657" v2="1658" v3="1939" />
+      <tetrahedron index="2667" v0="182" v1="726" v2="960" v3="1797" />
+      <tetrahedron index="2668" v0="726" v1="960" v2="1797" v3="2341" />
+      <tetrahedron index="2669" v0="960" v1="1797" v2="2341" v3="2575" />
+      <tetrahedron index="2670" v0="154" v1="155" v2="504" v3="1769" />
+      <tetrahedron index="2671" v0="155" v1="504" v2="1769" v3="1770" />
+      <tetrahedron index="2672" v0="504" v1="1769" v2="1770" v3="2119" />
+      <tetrahedron index="2673" v0="545" v1="752" v2="961" v3="2160" />
+      <tetrahedron index="2674" v0="752" v1="961" v2="2160" v3="2367" />
+      <tetrahedron index="2675" v0="961" v1="2160" v2="2367" v3="2576" />
+      <tetrahedron index="2676" v0="962" v1="963" v2="964" v3="2577" />
+      <tetrahedron index="2677" v0="963" v1="964" v2="2577" v3="2578" />
+      <tetrahedron index="2678" v0="964" v1="2577" v2="2578" v3="2579" />
+      <tetrahedron index="2679" v0="923" v1="939" v2="940" v3="2538" />
+      <tetrahedron index="2680" v0="939" v1="940" v2="2538" v3="2554" />
+      <tetrahedron index="2681" v0="940" v1="2538" v2="2554" v3="2555" />
+      <tetrahedron index="2682" v0="497" v1="502" v2="666" v3="2112" />
+      <tetrahedron index="2683" v0="502" v1="666" v2="2112" v3="2117" />
+      <tetrahedron index="2684" v0="666" v1="2112" v2="2117" v3="2281" />
+      <tetrahedron index="2685" v0="227" v1="534" v2="655" v3="1842" />
+      <tetrahedron index="2686" v0="534" v1="655" v2="1842" v3="2149" />
+      <tetrahedron index="2687" v0="655" v1="1842" v2="2149" v3="2270" />
+      <tetrahedron index="2688" v0="20" v1="23" v2="786" v3="1635" />
+      <tetrahedron index="2689" v0="23" v1="786" v2="1635" v3="1638" />
+      <tetrahedron index="2690" v0="786" v1="1635" v2="1638" v3="2401" />
+      <tetrahedron index="2691" v0="298" v1="299" v2="965" v3="1913" />
+      <tetrahedron index="2692" v0="299" v1="965" v2="1913" v3="1914" />
+      <tetrahedron index="2693" v0="965" v1="1913" v2="1914" v3="2580" />
+      <tetrahedron index="2694" v0="462" v1="463" v2="966" v3="2077" />
+      <tetrahedron index="2695" v0="463" v1="966" v2="2077" v3="2078" />
+      <tetrahedron index="2696" v0="966" v1="2077" v2="2078" v3="2581" />
+      <tetrahedron index="2697" v0="147" v1="299" v2="535" v3="1762" />
+      <tetrahedron index="2698" v0="299" v1="535" v2="1762" v3="1914" />
+      <tetrahedron index="2699" v0="535" v1="1762" v2="1914" v3="2150" />
+      <tetrahedron index="2700" v0="509" v1="664" v2="967" v3="2124" />
+      <tetrahedron index="2701" v0="664" v1="967" v2="2124" v3="2279" />
+      <tetrahedron index="2702" v0="967" v1="2124" v2="2279" v3="2582" />
+      <tetrahedron index="2703" v0="893" v1="968" v2="969" v3="2508" />
+      <tetrahedron index="2704" v0="968" v1="969" v2="2508" v3="2583" />
+      <tetrahedron index="2705" v0="969" v1="2508" v2="2583" v3="2584" />
+      <tetrahedron index="2706" v0="352" v1="353" v2="656" v3="1967" />
+      <tetrahedron index="2707" v0="353" v1="656" v2="1967" v3="1968" />
+      <tetrahedron index="2708" v0="656" v1="1967" v2="1968" v3="2271" />
+      <tetrahedron index="2709" v0="353" v1="655" v2="656" v3="1968" />
+      <tetrahedron index="2710" v0="655" v1="656" v2="1968" v3="2270" />
+      <tetrahedron index="2711" v0="656" v1="1968" v2="2270" v3="2271" />
+      <tetrahedron index="2712" v0="814" v1="881" v2="970" v3="2429" />
+      <tetrahedron index="2713" v0="881" v1="970" v2="2429" v3="2496" />
+      <tetrahedron index="2714" v0="970" v1="2429" v2="2496" v3="2585" />
+      <tetrahedron index="2715" v0="336" v1="337" v2="971" v3="1951" />
+      <tetrahedron index="2716" v0="337" v1="971" v2="1951" v3="1952" />
+      <tetrahedron index="2717" v0="971" v1="1951" v2="1952" v3="2586" />
+      <tetrahedron index="2718" v0="26" v1="583" v2="972" v3="1641" />
+      <tetrahedron index="2719" v0="583" v1="972" v2="1641" v3="2198" />
+      <tetrahedron index="2720" v0="972" v1="1641" v2="2198" v3="2587" />
+      <tetrahedron index="2721" v0="99" v1="973" v2="974" v3="1714" />
+      <tetrahedron index="2722" v0="973" v1="974" v2="1714" v3="2588" />
+      <tetrahedron index="2723" v0="974" v1="1714" v2="2588" v3="2589" />
+      <tetrahedron index="2724" v0="196" v1="197" v2="975" v3="1811" />
+      <tetrahedron index="2725" v0="197" v1="975" v2="1811" v3="1812" />
+      <tetrahedron index="2726" v0="975" v1="1811" v2="1812" v3="2590" />
+      <tetrahedron index="2727" v0="244" v1="269" v2="976" v3="1859" />
+      <tetrahedron index="2728" v0="269" v1="976" v2="1859" v3="1884" />
+      <tetrahedron index="2729" v0="976" v1="1859" v2="1884" v3="2591" />
+      <tetrahedron index="2730" v0="312" v1="850" v2="921" v3="1927" />
+      <tetrahedron index="2731" v0="850" v1="921" v2="1927" v3="2465" />
+      <tetrahedron index="2732" v0="921" v1="1927" v2="2465" v3="2536" />
+      <tetrahedron index="2733" v0="111" v1="113" v2="977" v3="1726" />
+      <tetrahedron index="2734" v0="113" v1="977" v2="1726" v3="1728" />
+      <tetrahedron index="2735" v0="977" v1="1726" v2="1728" v3="2592" />
+      <tetrahedron index="2736" v0="580" v1="582" v2="978" v3="2195" />
+      <tetrahedron index="2737" v0="582" v1="978" v2="2195" v3="2197" />
+      <tetrahedron index="2738" v0="978" v1="2195" v2="2197" v3="2593" />
+      <tetrahedron index="2739" v0="979" v1="980" v2="981" v3="2594" />
+      <tetrahedron index="2740" v0="980" v1="981" v2="2594" v3="2595" />
+      <tetrahedron index="2741" v0="981" v1="2594" v2="2595" v3="2596" />
+      <tetrahedron index="2742" v0="785" v1="951" v2="982" v3="2400" />
+      <tetrahedron index="2743" v0="951" v1="982" v2="2400" v3="2566" />
+      <tetrahedron index="2744" v0="982" v1="2400" v2="2566" v3="2597" />
+      <tetrahedron index="2745" v0="782" v1="783" v2="983" v3="2397" />
+      <tetrahedron index="2746" v0="783" v1="983" v2="2397" v3="2398" />
+      <tetrahedron index="2747" v0="983" v1="2397" v2="2398" v3="2598" />
+      <tetrahedron index="2748" v0="782" v1="891" v2="983" v3="2397" />
+      <tetrahedron index="2749" v0="891" v1="983" v2="2397" v3="2506" />
+      <tetrahedron index="2750" v0="983" v1="2397" v2="2506" v3="2598" />
+      <tetrahedron index="2751" v0="320" v1="321" v2="984" v3="1935" />
+      <tetrahedron index="2752" v0="321" v1="984" v2="1935" v3="1936" />
+      <tetrahedron index="2753" v0="984" v1="1935" v2="1936" v3="2599" />
+      <tetrahedron index="2754" v0="559" v1="731" v2="872" v3="2174" />
+      <tetrahedron index="2755" v0="731" v1="872" v2="2174" v3="2346" />
+      <tetrahedron index="2756" v0="872" v1="2174" v2="2346" v3="2487" />
+      <tetrahedron index="2757" v0="559" v1="731" v2="913" v3="2174" />
+      <tetrahedron index="2758" v0="731" v1="913" v2="2174" v3="2346" />
+      <tetrahedron index="2759" v0="913" v1="2174" v2="2346" v3="2528" />
+      <tetrahedron index="2760" v0="164" v1="170" v2="539" v3="1779" />
+      <tetrahedron index="2761" v0="170" v1="539" v2="1779" v3="1785" />
+      <tetrahedron index="2762" v0="539" v1="1779" v2="1785" v3="2154" />
+      <tetrahedron index="2763" v0="55" v1="57" v2="255" v3="1670" />
+      <tetrahedron index="2764" v0="57" v1="255" v2="1670" v3="1672" />
+      <tetrahedron index="2765" v0="255" v1="1670" v2="1672" v3="1870" />
+      <tetrahedron index="2766" v0="351" v1="442" v2="985" v3="1966" />
+      <tetrahedron index="2767" v0="442" v1="985" v2="1966" v3="2057" />
+      <tetrahedron index="2768" v0="985" v1="1966" v2="2057" v3="2600" />
+      <tetrahedron index="2769" v0="45" v1="146" v2="296" v3="1660" />
+      <tetrahedron index="2770" v0="146" v1="296" v2="1660" v3="1761" />
+      <tetrahedron index="2771" v0="296" v1="1660" v2="1761" v3="1911" />
+      <tetrahedron index="2772" v0="45" v1="46" v2="146" v3="1660" />
+      <tetrahedron index="2773" v0="46" v1="146" v2="1660" v3="1661" />
+      <tetrahedron index="2774" v0="146" v1="1660" v2="1661" v3="1761" />
+      <tetrahedron index="2775" v0="807" v1="808" v2="933" v3="2422" />
+      <tetrahedron index="2776" v0="808" v1="933" v2="2422" v3="2423" />
+      <tetrahedron index="2777" v0="933" v1="2422" v2="2423" v3="2548" />
+      <tetrahedron index="2778" v0="543" v1="545" v2="986" v3="2158" />
+      <tetrahedron index="2779" v0="545" v1="986" v2="2158" v3="2160" />
+      <tetrahedron index="2780" v0="986" v1="2158" v2="2160" v3="2601" />
+      <tetrahedron index="2781" v0="414" v1="416" v2="697" v3="2029" />
+      <tetrahedron index="2782" v0="416" v1="697" v2="2029" v3="2031" />
+      <tetrahedron index="2783" v0="697" v1="2029" v2="2031" v3="2312" />
+      <tetrahedron index="2784" v0="83" v1="414" v2="697" v3="1698" />
+      <tetrahedron index="2785" v0="414" v1="697" v2="1698" v3="2029" />
+      <tetrahedron index="2786" v0="697" v1="1698" v2="2029" v3="2312" />
+      <tetrahedron index="2787" v0="218" v1="452" v2="721" v3="1833" />
+      <tetrahedron index="2788" v0="452" v1="721" v2="1833" v3="2067" />
+      <tetrahedron index="2789" v0="721" v1="1833" v2="2067" v3="2336" />
+      <tetrahedron index="2790" v0="218" v1="287" v2="452" v3="1833" />
+      <tetrahedron index="2791" v0="287" v1="452" v2="1833" v3="1902" />
+      <tetrahedron index="2792" v0="452" v1="1833" v2="1902" v3="2067" />
+      <tetrahedron index="2793" v0="245" v1="952" v2="987" v3="1860" />
+      <tetrahedron index="2794" v0="952" v1="987" v2="1860" v3="2567" />
+      <tetrahedron index="2795" v0="987" v1="1860" v2="2567" v3="2602" />
+      <tetrahedron index="2796" v0="6" v1="245" v2="987" v3="1621" />
+      <tetrahedron index="2797" v0="245" v1="987" v2="1621" v3="1860" />
+      <tetrahedron index="2798" v0="987" v1="1621" v2="1860" v3="2602" />
+      <tetrahedron index="2799" v0="266" v1="328" v2="737" v3="1881" />
+      <tetrahedron index="2800" v0="328" v1="737" v2="1881" v3="1943" />
+      <tetrahedron index="2801" v0="737" v1="1881" v2="1943" v3="2352" />
+      <tetrahedron index="2802" v0="862" v1="864" v2="870" v3="2477" />
+      <tetrahedron index="2803" v0="864" v1="870" v2="2477" v3="2479" />
+      <tetrahedron index="2804" v0="870" v1="2477" v2="2479" v3="2485" />
+      <tetrahedron index="2805" v0="470" v1="661" v2="988" v3="2085" />
+      <tetrahedron index="2806" v0="661" v1="988" v2="2085" v3="2276" />
+      <tetrahedron index="2807" v0="988" v1="2085" v2="2276" v3="2603" />
+      <tetrahedron index="2808" v0="33" v1="470" v2="661" v3="1648" />
+      <tetrahedron index="2809" v0="470" v1="661" v2="1648" v3="2085" />
+      <tetrahedron index="2810" v0="661" v1="1648" v2="2085" v3="2276" />
+      <tetrahedron index="2811" v0="672" v1="989" v2="990" v3="2287" />
+      <tetrahedron index="2812" v0="989" v1="990" v2="2287" v3="2604" />
+      <tetrahedron index="2813" v0="990" v1="2287" v2="2604" v3="2605" />
+      <tetrahedron index="2814" v0="265" v1="268" v2="921" v3="1880" />
+      <tetrahedron index="2815" v0="268" v1="921" v2="1880" v3="1883" />
+      <tetrahedron index="2816" v0="921" v1="1880" v2="1883" v3="2536" />
+      <tetrahedron index="2817" v0="265" v1="312" v2="921" v3="1880" />
+      <tetrahedron index="2818" v0="312" v1="921" v2="1880" v3="1927" />
+      <tetrahedron index="2819" v0="921" v1="1880" v2="1927" v3="2536" />
+      <tetrahedron index="2820" v0="606" v1="865" v2="866" v3="2221" />
+      <tetrahedron index="2821" v0="865" v1="866" v2="2221" v3="2480" />
+      <tetrahedron index="2822" v0="866" v1="2221" v2="2480" v3="2481" />
+      <tetrahedron index="2823" v0="67" v1="377" v2="821" v3="1682" />
+      <tetrahedron index="2824" v0="377" v1="821" v2="1682" v3="1992" />
+      <tetrahedron index="2825" v0="821" v1="1682" v2="1992" v3="2436" />
+      <tetrahedron index="2826" v0="67" v1="821" v2="991" v3="1682" />
+      <tetrahedron index="2827" v0="821" v1="991" v2="1682" v3="2436" />
+      <tetrahedron index="2828" v0="991" v1="1682" v2="2436" v3="2606" />
+      <tetrahedron index="2829" v0="338" v1="607" v2="825" v3="1953" />
+      <tetrahedron index="2830" v0="607" v1="825" v2="1953" v3="2222" />
+      <tetrahedron index="2831" v0="825" v1="1953" v2="2222" v3="2440" />
+      <tetrahedron index="2832" v0="201" v1="275" v2="628" v3="1816" />
+      <tetrahedron index="2833" v0="275" v1="628" v2="1816" v3="1890" />
+      <tetrahedron index="2834" v0="628" v1="1816" v2="1890" v3="2243" />
+      <tetrahedron index="2835" v0="275" v1="577" v2="628" v3="1890" />
+      <tetrahedron index="2836" v0="577" v1="628" v2="1890" v3="2192" />
+      <tetrahedron index="2837" v0="628" v1="1890" v2="2192" v3="2243" />
+      <tetrahedron index="2838" v0="765" v1="768" v2="992" v3="2380" />
+      <tetrahedron index="2839" v0="768" v1="992" v2="2380" v3="2383" />
+      <tetrahedron index="2840" v0="992" v1="2380" v2="2383" v3="2607" />
+      <tetrahedron index="2841" v0="570" v1="642" v2="843" v3="2185" />
+      <tetrahedron index="2842" v0="642" v1="843" v2="2185" v3="2257" />
+      <tetrahedron index="2843" v0="843" v1="2185" v2="2257" v3="2458" />
+      <tetrahedron index="2844" v0="570" v1="843" v2="938" v3="2185" />
+      <tetrahedron index="2845" v0="843" v1="938" v2="2185" v3="2458" />
+      <tetrahedron index="2846" v0="938" v1="2185" v2="2458" v3="2553" />
+      <tetrahedron index="2847" v0="489" v1="490" v2="670" v3="2104" />
+      <tetrahedron index="2848" v0="490" v1="670" v2="2104" v3="2105" />
+      <tetrahedron index="2849" v0="670" v1="2104" v2="2105" v3="2285" />
+      <tetrahedron index="2850" v0="863" v1="864" v2="993" v3="2478" />
+      <tetrahedron index="2851" v0="864" v1="993" v2="2478" v3="2479" />
+      <tetrahedron index="2852" v0="993" v1="2478" v2="2479" v3="2608" />
+      <tetrahedron index="2853" v0="863" v1="993" v2="994" v3="2478" />
+      <tetrahedron index="2854" v0="993" v1="994" v2="2478" v3="2608" />
+      <tetrahedron index="2855" v0="994" v1="2478" v2="2608" v3="2609" />
+      <tetrahedron index="2856" v0="781" v1="807" v2="844" v3="2396" />
+      <tetrahedron index="2857" v0="807" v1="844" v2="2396" v3="2422" />
+      <tetrahedron index="2858" v0="844" v1="2396" v2="2422" v3="2459" />
+      <tetrahedron index="2859" v0="781" v1="783" v2="807" v3="2396" />
+      <tetrahedron index="2860" v0="783" v1="807" v2="2396" v3="2398" />
+      <tetrahedron index="2861" v0="807" v1="2396" v2="2398" v3="2422" />
+      <tetrahedron index="2862" v0="296" v1="297" v2="562" v3="1911" />
+      <tetrahedron index="2863" v0="297" v1="562" v2="1911" v3="1912" />
+      <tetrahedron index="2864" v0="562" v1="1911" v2="1912" v3="2177" />
+      <tetrahedron index="2865" v0="45" v1="296" v2="562" v3="1660" />
+      <tetrahedron index="2866" v0="296" v1="562" v2="1660" v3="1911" />
+      <tetrahedron index="2867" v0="562" v1="1660" v2="1911" v3="2177" />
+      <tetrahedron index="2868" v0="279" v1="281" v2="995" v3="1894" />
+      <tetrahedron index="2869" v0="281" v1="995" v2="1894" v3="1896" />
+      <tetrahedron index="2870" v0="995" v1="1894" v2="1896" v3="2610" />
+      <tetrahedron index="2871" v0="281" v1="283" v2="995" v3="1896" />
+      <tetrahedron index="2872" v0="283" v1="995" v2="1896" v3="1898" />
+      <tetrahedron index="2873" v0="995" v1="1896" v2="1898" v3="2610" />
+      <tetrahedron index="2874" v0="754" v1="755" v2="789" v3="2369" />
+      <tetrahedron index="2875" v0="755" v1="789" v2="2369" v3="2370" />
+      <tetrahedron index="2876" v0="789" v1="2369" v2="2370" v3="2404" />
+      <tetrahedron index="2877" v0="741" v1="755" v2="789" v3="2356" />
+      <tetrahedron index="2878" v0="755" v1="789" v2="2356" v3="2370" />
+      <tetrahedron index="2879" v0="789" v1="2356" v2="2370" v3="2404" />
+      <tetrahedron index="2880" v0="493" v1="944" v2="996" v3="2108" />
+      <tetrahedron index="2881" v0="944" v1="996" v2="2108" v3="2559" />
+      <tetrahedron index="2882" v0="996" v1="2108" v2="2559" v3="2611" />
+      <tetrahedron index="2883" v0="493" v1="633" v2="996" v3="2108" />
+      <tetrahedron index="2884" v0="633" v1="996" v2="2108" v3="2248" />
+      <tetrahedron index="2885" v0="996" v1="2108" v2="2248" v3="2611" />
+      <tetrahedron index="2886" v0="403" v1="426" v2="997" v3="2018" />
+      <tetrahedron index="2887" v0="426" v1="997" v2="2018" v3="2041" />
+      <tetrahedron index="2888" v0="997" v1="2018" v2="2041" v3="2612" />
+      <tetrahedron index="2889" v0="102" v1="403" v2="997" v3="1717" />
+      <tetrahedron index="2890" v0="403" v1="997" v2="1717" v3="2018" />
+      <tetrahedron index="2891" v0="997" v1="1717" v2="2018" v3="2612" />
+      <tetrahedron index="2892" v0="478" v1="894" v2="998" v3="2093" />
+      <tetrahedron index="2893" v0="894" v1="998" v2="2093" v3="2509" />
+      <tetrahedron index="2894" v0="998" v1="2093" v2="2509" v3="2613" />
+      <tetrahedron index="2895" v0="184" v1="294" v2="850" v3="1799" />
+      <tetrahedron index="2896" v0="294" v1="850" v2="1799" v3="1909" />
+      <tetrahedron index="2897" v0="850" v1="1799" v2="1909" v3="2465" />
+      <tetrahedron index="2898" v0="8" v1="315" v2="999" v3="1623" />
+      <tetrahedron index="2899" v0="315" v1="999" v2="1623" v3="1930" />
+      <tetrahedron index="2900" v0="999" v1="1623" v2="1930" v3="2614" />
+      <tetrahedron index="2901" v0="333" v1="335" v2="1000" v3="1948" />
+      <tetrahedron index="2902" v0="335" v1="1000" v2="1948" v3="1950" />
+      <tetrahedron index="2903" v0="1000" v1="1948" v2="1950" v3="2615" />
+      <tetrahedron index="2904" v0="166" v1="699" v2="1001" v3="1781" />
+      <tetrahedron index="2905" v0="699" v1="1001" v2="1781" v3="2314" />
+      <tetrahedron index="2906" v0="1001" v1="1781" v2="2314" v3="2616" />
+      <tetrahedron index="2907" v0="563" v1="587" v2="1002" v3="2178" />
+      <tetrahedron index="2908" v0="587" v1="1002" v2="2178" v3="2202" />
+      <tetrahedron index="2909" v0="1002" v1="2178" v2="2202" v3="2617" />
+      <tetrahedron index="2910" v0="530" v1="531" v2="1003" v3="2145" />
+      <tetrahedron index="2911" v0="531" v1="1003" v2="2145" v3="2146" />
+      <tetrahedron index="2912" v0="1003" v1="2145" v2="2146" v3="2618" />
+      <tetrahedron index="2913" v0="531" v1="721" v2="1003" v3="2146" />
+      <tetrahedron index="2914" v0="721" v1="1003" v2="2146" v3="2336" />
+      <tetrahedron index="2915" v0="1003" v1="2146" v2="2336" v3="2618" />
+      <tetrahedron index="2916" v0="90" v1="854" v2="1004" v3="1705" />
+      <tetrahedron index="2917" v0="854" v1="1004" v2="1705" v3="2469" />
+      <tetrahedron index="2918" v0="1004" v1="1705" v2="2469" v3="2619" />
+      <tetrahedron index="2919" v0="660" v1="919" v2="970" v3="2275" />
+      <tetrahedron index="2920" v0="919" v1="970" v2="2275" v3="2534" />
+      <tetrahedron index="2921" v0="970" v1="2275" v2="2534" v3="2585" />
+      <tetrahedron index="2922" v0="7" v1="244" v2="1005" v3="1622" />
+      <tetrahedron index="2923" v0="244" v1="1005" v2="1622" v3="1859" />
+      <tetrahedron index="2924" v0="1005" v1="1622" v2="1859" v3="2620" />
+      <tetrahedron index="2925" v0="7" v1="1005" v2="1006" v3="1622" />
+      <tetrahedron index="2926" v0="1005" v1="1006" v2="1622" v3="2620" />
+      <tetrahedron index="2927" v0="1006" v1="1622" v2="2620" v3="2621" />
+      <tetrahedron index="2928" v0="943" v1="1007" v2="1008" v3="2558" />
+      <tetrahedron index="2929" v0="1007" v1="1008" v2="2558" v3="2622" />
+      <tetrahedron index="2930" v0="1008" v1="2558" v2="2622" v3="2623" />
+      <tetrahedron index="2931" v0="1007" v1="1008" v2="1009" v3="2622" />
+      <tetrahedron index="2932" v0="1008" v1="1009" v2="2622" v3="2623" />
+      <tetrahedron index="2933" v0="1009" v1="2622" v2="2623" v3="2624" />
+      <tetrahedron index="2934" v0="447" v1="448" v2="972" v3="2062" />
+      <tetrahedron index="2935" v0="448" v1="972" v2="2062" v3="2063" />
+      <tetrahedron index="2936" v0="972" v1="2062" v2="2063" v3="2587" />
+      <tetrahedron index="2937" v0="620" v1="768" v2="1010" v3="2235" />
+      <tetrahedron index="2938" v0="768" v1="1010" v2="2235" v3="2383" />
+      <tetrahedron index="2939" v0="1010" v1="2235" v2="2383" v3="2625" />
+      <tetrahedron index="2940" v0="491" v1="639" v2="1011" v3="2106" />
+      <tetrahedron index="2941" v0="639" v1="1011" v2="2106" v3="2254" />
+      <tetrahedron index="2942" v0="1011" v1="2106" v2="2254" v3="2626" />
+      <tetrahedron index="2943" v0="486" v1="639" v2="1011" v3="2101" />
+      <tetrahedron index="2944" v0="639" v1="1011" v2="2101" v3="2254" />
+      <tetrahedron index="2945" v0="1011" v1="2101" v2="2254" v3="2626" />
+      <tetrahedron index="2946" v0="463" v1="966" v2="1012" v3="2078" />
+      <tetrahedron index="2947" v0="966" v1="1012" v2="2078" v3="2581" />
+      <tetrahedron index="2948" v0="1012" v1="2078" v2="2581" v3="2627" />
+      <tetrahedron index="2949" v0="881" v1="1013" v2="1014" v3="2496" />
+      <tetrahedron index="2950" v0="1013" v1="1014" v2="2496" v3="2628" />
+      <tetrahedron index="2951" v0="1014" v1="2496" v2="2628" v3="2629" />
+      <tetrahedron index="2952" v0="727" v1="953" v2="1015" v3="2342" />
+      <tetrahedron index="2953" v0="953" v1="1015" v2="2342" v3="2568" />
+      <tetrahedron index="2954" v0="1015" v1="2342" v2="2568" v3="2630" />
+      <tetrahedron index="2955" v0="1016" v1="1017" v2="1018" v3="2631" />
+      <tetrahedron index="2956" v0="1017" v1="1018" v2="2631" v3="2632" />
+      <tetrahedron index="2957" v0="1018" v1="2631" v2="2632" v3="2633" />
+      <tetrahedron index="2958" v0="840" v1="1017" v2="1018" v3="2455" />
+      <tetrahedron index="2959" v0="1017" v1="1018" v2="2455" v3="2632" />
+      <tetrahedron index="2960" v0="1018" v1="2455" v2="2632" v3="2633" />
+      <tetrahedron index="2961" v0="660" v1="661" v2="1019" v3="2275" />
+      <tetrahedron index="2962" v0="661" v1="1019" v2="2275" v3="2276" />
+      <tetrahedron index="2963" v0="1019" v1="2275" v2="2276" v3="2634" />
+      <tetrahedron index="2964" v0="553" v1="883" v2="1020" v3="2168" />
+      <tetrahedron index="2965" v0="883" v1="1020" v2="2168" v3="2498" />
+      <tetrahedron index="2966" v0="1020" v1="2168" v2="2498" v3="2635" />
+      <tetrahedron index="2967" v0="549" v1="553" v2="1020" v3="2164" />
+      <tetrahedron index="2968" v0="553" v1="1020" v2="2164" v3="2168" />
+      <tetrahedron index="2969" v0="1020" v1="2164" v2="2168" v3="2635" />
+      <tetrahedron index="2970" v0="1021" v1="1022" v2="1023" v3="2636" />
+      <tetrahedron index="2971" v0="1022" v1="1023" v2="2636" v3="2637" />
+      <tetrahedron index="2972" v0="1023" v1="2636" v2="2637" v3="2638" />
+      <tetrahedron index="2973" v0="1022" v1="1023" v2="1024" v3="2637" />
+      <tetrahedron index="2974" v0="1023" v1="1024" v2="2637" v3="2638" />
+      <tetrahedron index="2975" v0="1024" v1="2637" v2="2638" v3="2639" />
+      <tetrahedron index="2976" v0="760" v1="900" v2="1025" v3="2375" />
+      <tetrahedron index="2977" v0="900" v1="1025" v2="2375" v3="2515" />
+      <tetrahedron index="2978" v0="1025" v1="2375" v2="2515" v3="2640" />
+      <tetrahedron index="2979" v0="208" v1="505" v2="1026" v3="1823" />
+      <tetrahedron index="2980" v0="505" v1="1026" v2="1823" v3="2120" />
+      <tetrahedron index="2981" v0="1026" v1="1823" v2="2120" v3="2641" />
+      <tetrahedron index="2982" v0="860" v1="1027" v2="1028" v3="2475" />
+      <tetrahedron index="2983" v0="1027" v1="1028" v2="2475" v3="2642" />
+      <tetrahedron index="2984" v0="1028" v1="2475" v2="2642" v3="2643" />
+      <tetrahedron index="2985" v0="86" v1="87" v2="1029" v3="1701" />
+      <tetrahedron index="2986" v0="87" v1="1029" v2="1701" v3="1702" />
+      <tetrahedron index="2987" v0="1029" v1="1701" v2="1702" v3="2644" />
+      <tetrahedron index="2988" v0="87" v1="330" v2="1029" v3="1702" />
+      <tetrahedron index="2989" v0="330" v1="1029" v2="1702" v3="1945" />
+      <tetrahedron index="2990" v0="1029" v1="1702" v2="1945" v3="2644" />
+      <tetrahedron index="2991" v0="337" v1="690" v2="1030" v3="1952" />
+      <tetrahedron index="2992" v0="690" v1="1030" v2="1952" v3="2305" />
+      <tetrahedron index="2993" v0="1030" v1="1952" v2="2305" v3="2645" />
+      <tetrahedron index="2994" v0="747" v1="971" v2="1031" v3="2362" />
+      <tetrahedron index="2995" v0="971" v1="1031" v2="2362" v3="2586" />
+      <tetrahedron index="2996" v0="1031" v1="2362" v2="2586" v3="2646" />
+      <tetrahedron index="2997" v0="240" v1="388" v2="1032" v3="1855" />
+      <tetrahedron index="2998" v0="388" v1="1032" v2="1855" v3="2003" />
+      <tetrahedron index="2999" v0="1032" v1="1855" v2="2003" v3="2647" />
+      <tetrahedron index="3000" v0="135" v1="136" v2="871" v3="1750" />
+      <tetrahedron index="3001" v0="136" v1="871" v2="1750" v3="1751" />
+      <tetrahedron index="3002" v0="871" v1="1750" v2="1751" v3="2486" />
+      <tetrahedron index="3003" v0="169" v1="740" v2="753" v3="1784" />
+      <tetrahedron index="3004" v0="740" v1="753" v2="1784" v3="2355" />
+      <tetrahedron index="3005" v0="753" v1="1784" v2="2355" v3="2368" />
+      <tetrahedron index="3006" v0="183" v1="726" v2="1033" v3="1798" />
+      <tetrahedron index="3007" v0="726" v1="1033" v2="1798" v3="2341" />
+      <tetrahedron index="3008" v0="1033" v1="1798" v2="2341" v3="2648" />
+      <tetrahedron index="3009" v0="183" v1="266" v2="1033" v3="1798" />
+      <tetrahedron index="3010" v0="266" v1="1033" v2="1798" v3="1881" />
+      <tetrahedron index="3011" v0="1033" v1="1798" v2="1881" v3="2648" />
+      <tetrahedron index="3012" v0="916" v1="1021" v2="1034" v3="2531" />
+      <tetrahedron index="3013" v0="1021" v1="1034" v2="2531" v3="2636" />
+      <tetrahedron index="3014" v0="1034" v1="2531" v2="2636" v3="2649" />
+      <tetrahedron index="3015" v0="103" v1="104" v2="1035" v3="1718" />
+      <tetrahedron index="3016" v0="104" v1="1035" v2="1718" v3="1719" />
+      <tetrahedron index="3017" v0="1035" v1="1718" v2="1719" v3="2650" />
+      <tetrahedron index="3018" v0="1036" v1="1037" v2="1038" v3="2651" />
+      <tetrahedron index="3019" v0="1037" v1="1038" v2="2651" v3="2652" />
+      <tetrahedron index="3020" v0="1038" v1="2651" v2="2652" v3="2653" />
+      <tetrahedron index="3021" v0="428" v1="879" v2="1039" v3="2043" />
+      <tetrahedron index="3022" v0="879" v1="1039" v2="2043" v3="2494" />
+      <tetrahedron index="3023" v0="1039" v1="2043" v2="2494" v3="2654" />
+      <tetrahedron index="3024" v0="752" v1="1040" v2="1041" v3="2367" />
+      <tetrahedron index="3025" v0="1040" v1="1041" v2="2367" v3="2655" />
+      <tetrahedron index="3026" v0="1041" v1="2367" v2="2655" v3="2656" />
+      <tetrahedron index="3027" v0="948" v1="949" v2="1042" v3="2563" />
+      <tetrahedron index="3028" v0="949" v1="1042" v2="2563" v3="2564" />
+      <tetrahedron index="3029" v0="1042" v1="2563" v2="2564" v3="2657" />
+      <tetrahedron index="3030" v0="894" v1="896" v2="1043" v3="2509" />
+      <tetrahedron index="3031" v0="896" v1="1043" v2="2509" v3="2511" />
+      <tetrahedron index="3032" v0="1043" v1="2509" v2="2511" v3="2658" />
+      <tetrahedron index="3033" v0="650" v1="894" v2="1043" v3="2265" />
+      <tetrahedron index="3034" v0="894" v1="1043" v2="2265" v3="2509" />
+      <tetrahedron index="3035" v0="1043" v1="2265" v2="2509" v3="2658" />
+      <tetrahedron index="3036" v0="187" v1="340" v2="1044" v3="1802" />
+      <tetrahedron index="3037" v0="340" v1="1044" v2="1802" v3="1955" />
+      <tetrahedron index="3038" v0="1044" v1="1802" v2="1955" v3="2659" />
+      <tetrahedron index="3039" v0="351" v1="353" v2="1045" v3="1966" />
+      <tetrahedron index="3040" v0="353" v1="1045" v2="1966" v3="1968" />
+      <tetrahedron index="3041" v0="1045" v1="1966" v2="1968" v3="2660" />
+      <tetrahedron index="3042" v0="791" v1="1046" v2="1047" v3="2406" />
+      <tetrahedron index="3043" v0="1046" v1="1047" v2="2406" v3="2661" />
+      <tetrahedron index="3044" v0="1047" v1="2406" v2="2661" v3="2662" />
+      <tetrahedron index="3045" v0="290" v1="955" v2="1048" v3="1905" />
+      <tetrahedron index="3046" v0="955" v1="1048" v2="1905" v3="2570" />
+      <tetrahedron index="3047" v0="1048" v1="1905" v2="2570" v3="2663" />
+      <tetrahedron index="3048" v0="955" v1="1048" v2="1049" v3="2570" />
+      <tetrahedron index="3049" v0="1048" v1="1049" v2="2570" v3="2663" />
+      <tetrahedron index="3050" v0="1049" v1="2570" v2="2663" v3="2664" />
+      <tetrahedron index="3051" v0="1021" v1="1050" v2="1051" v3="2636" />
+      <tetrahedron index="3052" v0="1050" v1="1051" v2="2636" v3="2665" />
+      <tetrahedron index="3053" v0="1051" v1="2636" v2="2665" v3="2666" />
+      <tetrahedron index="3054" v0="1021" v1="1034" v2="1051" v3="2636" />
+      <tetrahedron index="3055" v0="1034" v1="1051" v2="2636" v3="2649" />
+      <tetrahedron index="3056" v0="1051" v1="2636" v2="2649" v3="2666" />
+      <tetrahedron index="3057" v0="840" v1="1018" v2="1052" v3="2455" />
+      <tetrahedron index="3058" v0="1018" v1="1052" v2="2455" v3="2633" />
+      <tetrahedron index="3059" v0="1052" v1="2455" v2="2633" v3="2667" />
+      <tetrahedron index="3060" v0="301" v1="385" v2="1053" v3="1916" />
+      <tetrahedron index="3061" v0="385" v1="1053" v2="1916" v3="2000" />
+      <tetrahedron index="3062" v0="1053" v1="1916" v2="2000" v3="2668" />
+      <tetrahedron index="3063" v0="385" v1="758" v2="1053" v3="2000" />
+      <tetrahedron index="3064" v0="758" v1="1053" v2="2000" v3="2373" />
+      <tetrahedron index="3065" v0="1053" v1="2000" v2="2373" v3="2668" />
+      <tetrahedron index="3066" v0="404" v1="749" v2="977" v3="2019" />
+      <tetrahedron index="3067" v0="749" v1="977" v2="2019" v3="2364" />
+      <tetrahedron index="3068" v0="977" v1="2019" v2="2364" v3="2592" />
+      <tetrahedron index="3069" v0="353" v1="655" v2="978" v3="1968" />
+      <tetrahedron index="3070" v0="655" v1="978" v2="1968" v3="2270" />
+      <tetrahedron index="3071" v0="978" v1="1968" v2="2270" v3="2593" />
+      <tetrahedron index="3072" v0="746" v1="747" v2="1054" v3="2361" />
+      <tetrahedron index="3073" v0="747" v1="1054" v2="2361" v3="2362" />
+      <tetrahedron index="3074" v0="1054" v1="2361" v2="2362" v3="2669" />
+      <tetrahedron index="3075" v0="747" v1="1030" v2="1054" v3="2362" />
+      <tetrahedron index="3076" v0="1030" v1="1054" v2="2362" v3="2645" />
+      <tetrahedron index="3077" v0="1054" v1="2362" v2="2645" v3="2669" />
+      <tetrahedron index="3078" v0="675" v1="1055" v2="1056" v3="2290" />
+      <tetrahedron index="3079" v0="1055" v1="1056" v2="2290" v3="2670" />
+      <tetrahedron index="3080" v0="1056" v1="2290" v2="2670" v3="2671" />
+      <tetrahedron index="3081" v0="834" v1="953" v2="982" v3="2449" />
+      <tetrahedron index="3082" v0="953" v1="982" v2="2449" v3="2568" />
+      <tetrahedron index="3083" v0="982" v1="2449" v2="2568" v3="2597" />
+      <tetrahedron index="3084" v0="602" v1="1057" v2="1058" v3="2217" />
+      <tetrahedron index="3085" v0="1057" v1="1058" v2="2217" v3="2672" />
+      <tetrahedron index="3086" v0="1058" v1="2217" v2="2672" v3="2673" />
+      <tetrahedron index="3087" v0="844" v1="845" v2="1059" v3="2459" />
+      <tetrahedron index="3088" v0="845" v1="1059" v2="2459" v3="2460" />
+      <tetrahedron index="3089" v0="1059" v1="2459" v2="2460" v3="2674" />
+      <tetrahedron index="3090" v0="488" v1="845" v2="1059" v3="2103" />
+      <tetrahedron index="3091" v0="845" v1="1059" v2="2103" v3="2460" />
+      <tetrahedron index="3092" v0="1059" v1="2103" v2="2460" v3="2674" />
+      <tetrahedron index="3093" v0="174" v1="176" v2="1010" v3="1789" />
+      <tetrahedron index="3094" v0="176" v1="1010" v2="1789" v3="1791" />
+      <tetrahedron index="3095" v0="1010" v1="1789" v2="1791" v3="2625" />
+      <tetrahedron index="3096" v0="140" v1="318" v2="800" v3="1755" />
+      <tetrahedron index="3097" v0="318" v1="800" v2="1755" v3="1933" />
+      <tetrahedron index="3098" v0="800" v1="1755" v2="1933" v3="2415" />
+      <tetrahedron index="3099" v0="310" v1="503" v2="965" v3="1925" />
+      <tetrahedron index="3100" v0="503" v1="965" v2="1925" v3="2118" />
+      <tetrahedron index="3101" v0="965" v1="1925" v2="2118" v3="2580" />
+      <tetrahedron index="3102" v0="503" v1="786" v2="965" v3="2118" />
+      <tetrahedron index="3103" v0="786" v1="965" v2="2118" v3="2401" />
+      <tetrahedron index="3104" v0="965" v1="2118" v2="2401" v3="2580" />
+      <tetrahedron index="3105" v0="61" v1="527" v2="775" v3="1676" />
+      <tetrahedron index="3106" v0="527" v1="775" v2="1676" v3="2142" />
+      <tetrahedron index="3107" v0="775" v1="1676" v2="2142" v3="2390" />
+      <tetrahedron index="3108" v0="477" v1="478" v2="998" v3="2092" />
+      <tetrahedron index="3109" v0="478" v1="998" v2="2092" v3="2093" />
+      <tetrahedron index="3110" v0="998" v1="2092" v2="2093" v3="2613" />
+      <tetrahedron index="3111" v0="119" v1="121" v2="1060" v3="1734" />
+      <tetrahedron index="3112" v0="121" v1="1060" v2="1734" v3="1736" />
+      <tetrahedron index="3113" v0="1060" v1="1734" v2="1736" v3="2675" />
+      <tetrahedron index="3114" v0="119" v1="126" v2="1060" v3="1734" />
+      <tetrahedron index="3115" v0="126" v1="1060" v2="1734" v3="1741" />
+      <tetrahedron index="3116" v0="1060" v1="1734" v2="1741" v3="2675" />
+      <tetrahedron index="3117" v0="216" v1="463" v2="1012" v3="1831" />
+      <tetrahedron index="3118" v0="463" v1="1012" v2="1831" v3="2078" />
+      <tetrahedron index="3119" v0="1012" v1="1831" v2="2078" v3="2627" />
+      <tetrahedron index="3120" v0="585" v1="1061" v2="1062" v3="2200" />
+      <tetrahedron index="3121" v0="1061" v1="1062" v2="2200" v3="2676" />
+      <tetrahedron index="3122" v0="1062" v1="2200" v2="2676" v3="2677" />
+      <tetrahedron index="3123" v0="335" v1="479" v2="1000" v3="1950" />
+      <tetrahedron index="3124" v0="479" v1="1000" v2="1950" v3="2094" />
+      <tetrahedron index="3125" v0="1000" v1="1950" v2="2094" v3="2615" />
+      <tetrahedron index="3126" v0="78" v1="396" v2="468" v3="1693" />
+      <tetrahedron index="3127" v0="396" v1="468" v2="1693" v3="2011" />
+      <tetrahedron index="3128" v0="468" v1="1693" v2="2011" v3="2083" />
+      <tetrahedron index="3129" v0="76" v1="78" v2="468" v3="1691" />
+      <tetrahedron index="3130" v0="78" v1="468" v2="1691" v3="1693" />
+      <tetrahedron index="3131" v0="468" v1="1691" v2="1693" v3="2083" />
+      <tetrahedron index="3132" v0="336" v1="339" v2="901" v3="1951" />
+      <tetrahedron index="3133" v0="339" v1="901" v2="1951" v3="1954" />
+      <tetrahedron index="3134" v0="901" v1="1951" v2="1954" v3="2516" />
+      <tetrahedron index="3135" v0="339" v1="901" v2="1063" v3="1954" />
+      <tetrahedron index="3136" v0="901" v1="1063" v2="1954" v3="2516" />
+      <tetrahedron index="3137" v0="1063" v1="1954" v2="2516" v3="2678" />
+      <tetrahedron index="3138" v0="511" v1="775" v2="1003" v3="2126" />
+      <tetrahedron index="3139" v0="775" v1="1003" v2="2126" v3="2390" />
+      <tetrahedron index="3140" v0="1003" v1="2126" v2="2390" v3="2618" />
+      <tetrahedron index="3141" v0="277" v1="391" v2="750" v3="1892" />
+      <tetrahedron index="3142" v0="391" v1="750" v2="1892" v3="2006" />
+      <tetrahedron index="3143" v0="750" v1="1892" v2="2006" v3="2365" />
+      <tetrahedron index="3144" v0="391" v1="750" v2="762" v3="2006" />
+      <tetrahedron index="3145" v0="750" v1="762" v2="2006" v3="2365" />
+      <tetrahedron index="3146" v0="762" v1="2006" v2="2365" v3="2377" />
+      <tetrahedron index="3147" v0="488" v1="489" v2="1059" v3="2103" />
+      <tetrahedron index="3148" v0="489" v1="1059" v2="2103" v3="2104" />
+      <tetrahedron index="3149" v0="1059" v1="2103" v2="2104" v3="2674" />
+      <tetrahedron index="3150" v0="856" v1="906" v2="1064" v3="2471" />
+      <tetrahedron index="3151" v0="906" v1="1064" v2="2471" v3="2521" />
+      <tetrahedron index="3152" v0="1064" v1="2471" v2="2521" v3="2679" />
+      <tetrahedron index="3153" v0="906" v1="907" v2="1064" v3="2521" />
+      <tetrahedron index="3154" v0="907" v1="1064" v2="2521" v3="2522" />
+      <tetrahedron index="3155" v0="1064" v1="2521" v2="2522" v3="2679" />
+      <tetrahedron index="3156" v0="1028" v1="1065" v2="1066" v3="2643" />
+      <tetrahedron index="3157" v0="1065" v1="1066" v2="2643" v3="2680" />
+      <tetrahedron index="3158" v0="1066" v1="2643" v2="2680" v3="2681" />
+      <tetrahedron index="3159" v0="1027" v1="1028" v2="1066" v3="2642" />
+      <tetrahedron index="3160" v0="1028" v1="1066" v2="2642" v3="2643" />
+      <tetrahedron index="3161" v0="1066" v1="2642" v2="2643" v3="2681" />
+      <tetrahedron index="3162" v0="361" v1="1067" v2="1068" v3="1976" />
+      <tetrahedron index="3163" v0="1067" v1="1068" v2="1976" v3="2682" />
+      <tetrahedron index="3164" v0="1068" v1="1976" v2="2682" v3="2683" />
+      <tetrahedron index="3165" v0="815" v1="919" v2="970" v3="2430" />
+      <tetrahedron index="3166" v0="919" v1="970" v2="2430" v3="2534" />
+      <tetrahedron index="3167" v0="970" v1="2430" v2="2534" v3="2585" />
+      <tetrahedron index="3168" v0="814" v1="815" v2="970" v3="2429" />
+      <tetrahedron index="3169" v0="815" v1="970" v2="2429" v3="2430" />
+      <tetrahedron index="3170" v0="970" v1="2429" v2="2430" v3="2585" />
+      <tetrahedron index="3171" v0="428" v1="430" v2="916" v3="2043" />
+      <tetrahedron index="3172" v0="430" v1="916" v2="2043" v3="2045" />
+      <tetrahedron index="3173" v0="916" v1="2043" v2="2045" v3="2531" />
+      <tetrahedron index="3174" v0="428" v1="916" v2="1034" v3="2043" />
+      <tetrahedron index="3175" v0="916" v1="1034" v2="2043" v3="2531" />
+      <tetrahedron index="3176" v0="1034" v1="2043" v2="2531" v3="2649" />
+      <tetrahedron index="3177" v0="741" v1="755" v2="1069" v3="2356" />
+      <tetrahedron index="3178" v0="755" v1="1069" v2="2356" v3="2370" />
+      <tetrahedron index="3179" v0="1069" v1="2356" v2="2370" v3="2684" />
+      <tetrahedron index="3180" v0="673" v1="755" v2="1069" v3="2288" />
+      <tetrahedron index="3181" v0="755" v1="1069" v2="2288" v3="2370" />
+      <tetrahedron index="3182" v0="1069" v1="2288" v2="2370" v3="2684" />
+      <tetrahedron index="3183" v0="244" v1="976" v2="1005" v3="1859" />
+      <tetrahedron index="3184" v0="976" v1="1005" v2="1859" v3="2591" />
+      <tetrahedron index="3185" v0="1005" v1="1859" v2="2591" v3="2620" />
+      <tetrahedron index="3186" v0="603" v1="697" v2="1070" v3="2218" />
+      <tetrahedron index="3187" v0="697" v1="1070" v2="2218" v3="2312" />
+      <tetrahedron index="3188" v0="1070" v1="2218" v2="2312" v3="2685" />
+      <tetrahedron index="3189" v0="603" v1="698" v2="1070" v3="2218" />
+      <tetrahedron index="3190" v0="698" v1="1070" v2="2218" v3="2313" />
+      <tetrahedron index="3191" v0="1070" v1="2218" v2="2313" v3="2685" />
+      <tetrahedron index="3192" v0="417" v1="634" v2="659" v3="2032" />
+      <tetrahedron index="3193" v0="634" v1="659" v2="2032" v3="2249" />
+      <tetrahedron index="3194" v0="659" v1="2032" v2="2249" v3="2274" />
+      <tetrahedron index="3195" v0="228" v1="479" v2="594" v3="1843" />
+      <tetrahedron index="3196" v0="479" v1="594" v2="1843" v3="2094" />
+      <tetrahedron index="3197" v0="594" v1="1843" v2="2094" v3="2209" />
+      <tetrahedron index="3198" v0="335" v1="479" v2="594" v3="1950" />
+      <tetrahedron index="3199" v0="479" v1="594" v2="1950" v3="2094" />
+      <tetrahedron index="3200" v0="594" v1="1950" v2="2094" v3="2209" />
+      <tetrahedron index="3201" v0="928" v1="943" v2="1007" v3="2543" />
+      <tetrahedron index="3202" v0="943" v1="1007" v2="2543" v3="2558" />
+      <tetrahedron index="3203" v0="1007" v1="2543" v2="2558" v3="2622" />
+      <tetrahedron index="3204" v0="928" v1="930" v2="1007" v3="2543" />
+      <tetrahedron index="3205" v0="930" v1="1007" v2="2543" v3="2545" />
+      <tetrahedron index="3206" v0="1007" v1="2543" v2="2545" v3="2622" />
+      <tetrahedron index="3207" v0="744" v1="745" v2="1071" v3="2359" />
+      <tetrahedron index="3208" v0="745" v1="1071" v2="2359" v3="2360" />
+      <tetrahedron index="3209" v0="1071" v1="2359" v2="2360" v3="2686" />
+      <tetrahedron index="3210" v0="745" v1="1071" v2="1072" v3="2360" />
+      <tetrahedron index="3211" v0="1071" v1="1072" v2="2360" v3="2686" />
+      <tetrahedron index="3212" v0="1072" v1="2360" v2="2686" v3="2687" />
+      <tetrahedron index="3213" v0="534" v1="656" v2="974" v3="2149" />
+      <tetrahedron index="3214" v0="656" v1="974" v2="2149" v3="2271" />
+      <tetrahedron index="3215" v0="974" v1="2149" v2="2271" v3="2589" />
+      <tetrahedron index="3216" v0="99" v1="534" v2="974" v3="1714" />
+      <tetrahedron index="3217" v0="534" v1="974" v2="1714" v3="2149" />
+      <tetrahedron index="3218" v0="974" v1="1714" v2="2149" v3="2589" />
+      <tetrahedron index="3219" v0="484" v1="622" v2="768" v3="2099" />
+      <tetrahedron index="3220" v0="622" v1="768" v2="2099" v3="2237" />
+      <tetrahedron index="3221" v0="768" v1="2099" v2="2237" v3="2383" />
+      <tetrahedron index="3222" v0="620" v1="622" v2="768" v3="2235" />
+      <tetrahedron index="3223" v0="622" v1="768" v2="2235" v3="2237" />
+      <tetrahedron index="3224" v0="768" v1="2235" v2="2237" v3="2383" />
+      <tetrahedron index="3225" v0="491" v1="1011" v2="1033" v3="2106" />
+      <tetrahedron index="3226" v0="1011" v1="1033" v2="2106" v3="2626" />
+      <tetrahedron index="3227" v0="1033" v1="2106" v2="2626" v3="2648" />
+      <tetrahedron index="3228" v0="726" v1="1011" v2="1033" v3="2341" />
+      <tetrahedron index="3229" v0="1011" v1="1033" v2="2341" v3="2626" />
+      <tetrahedron index="3230" v0="1033" v1="2341" v2="2626" v3="2648" />
+      <tetrahedron index="3231" v0="540" v1="877" v2="905" v3="2155" />
+      <tetrahedron index="3232" v0="877" v1="905" v2="2155" v3="2492" />
+      <tetrahedron index="3233" v0="905" v1="2155" v2="2492" v3="2520" />
+      <tetrahedron index="3234" v0="840" v1="842" v2="1052" v3="2455" />
+      <tetrahedron index="3235" v0="842" v1="1052" v2="2455" v3="2457" />
+      <tetrahedron index="3236" v0="1052" v1="2455" v2="2457" v3="2667" />
+      <tetrahedron index="3237" v0="197" v1="975" v2="1073" v3="1812" />
+      <tetrahedron index="3238" v0="975" v1="1073" v2="1812" v3="2590" />
+      <tetrahedron index="3239" v0="1073" v1="1812" v2="2590" v3="2688" />
+      <tetrahedron index="3240" v0="217" v1="727" v2="1015" v3="1832" />
+      <tetrahedron index="3241" v0="727" v1="1015" v2="1832" v3="2342" />
+      <tetrahedron index="3242" v0="1015" v1="1832" v2="2342" v3="2630" />
+      <tetrahedron index="3243" v0="217" v1="219" v2="1015" v3="1832" />
+      <tetrahedron index="3244" v0="219" v1="1015" v2="1832" v3="1834" />
+      <tetrahedron index="3245" v0="1015" v1="1832" v2="1834" v3="2630" />
+      <tetrahedron index="3246" v0="949" v1="1016" v2="1017" v3="2564" />
+      <tetrahedron index="3247" v0="1016" v1="1017" v2="2564" v3="2631" />
+      <tetrahedron index="3248" v0="1017" v1="2564" v2="2631" v3="2632" />
+      <tetrahedron index="3249" v0="949" v1="1017" v2="1042" v3="2564" />
+      <tetrahedron index="3250" v0="1017" v1="1042" v2="2564" v3="2632" />
+      <tetrahedron index="3251" v0="1042" v1="2564" v2="2632" v3="2657" />
+      <tetrahedron index="3252" v0="660" v1="1014" v2="1019" v3="2275" />
+      <tetrahedron index="3253" v0="1014" v1="1019" v2="2275" v3="2629" />
+      <tetrahedron index="3254" v0="1019" v1="2275" v2="2629" v3="2634" />
+      <tetrahedron index="3255" v0="1019" v1="1074" v2="1075" v3="2634" />
+      <tetrahedron index="3256" v0="1074" v1="1075" v2="2634" v3="2689" />
+      <tetrahedron index="3257" v0="1075" v1="2634" v2="2689" v3="2690" />
+      <tetrahedron index="3258" v0="315" v1="316" v2="566" v3="1930" />
+      <tetrahedron index="3259" v0="316" v1="566" v2="1930" v3="1931" />
+      <tetrahedron index="3260" v0="566" v1="1930" v2="1931" v3="2181" />
+      <tetrahedron index="3261" v0="315" v1="566" v2="999" v3="1930" />
+      <tetrahedron index="3262" v0="566" v1="999" v2="1930" v3="2181" />
+      <tetrahedron index="3263" v0="999" v1="1930" v2="2181" v3="2614" />
+      <tetrahedron index="3264" v0="726" v1="1011" v2="1076" v3="2341" />
+      <tetrahedron index="3265" v0="1011" v1="1076" v2="2341" v3="2626" />
+      <tetrahedron index="3266" v0="1076" v1="2341" v2="2626" v3="2691" />
+      <tetrahedron index="3267" v0="486" v1="764" v2="1011" v3="2101" />
+      <tetrahedron index="3268" v0="764" v1="1011" v2="2101" v3="2379" />
+      <tetrahedron index="3269" v0="1011" v1="2101" v2="2379" v3="2626" />
+      <tetrahedron index="3270" v0="856" v1="857" v2="1077" v3="2471" />
+      <tetrahedron index="3271" v0="857" v1="1077" v2="2471" v3="2472" />
+      <tetrahedron index="3272" v0="1077" v1="2471" v2="2472" v3="2692" />
+      <tetrahedron index="3273" v0="111" v1="243" v2="977" v3="1726" />
+      <tetrahedron index="3274" v0="243" v1="977" v2="1726" v3="1858" />
+      <tetrahedron index="3275" v0="977" v1="1726" v2="1858" v3="2592" />
+      <tetrahedron index="3276" v0="243" v1="404" v2="977" v3="1858" />
+      <tetrahedron index="3277" v0="404" v1="977" v2="1858" v3="2019" />
+      <tetrahedron index="3278" v0="977" v1="1858" v2="2019" v3="2592" />
+      <tetrahedron index="3279" v0="883" v1="1020" v2="1078" v3="2498" />
+      <tetrahedron index="3280" v0="1020" v1="1078" v2="2498" v3="2635" />
+      <tetrahedron index="3281" v0="1078" v1="2498" v2="2635" v3="2693" />
+      <tetrahedron index="3282" v0="752" v1="961" v2="1041" v3="2367" />
+      <tetrahedron index="3283" v0="961" v1="1041" v2="2367" v3="2576" />
+      <tetrahedron index="3284" v0="1041" v1="2367" v2="2576" v3="2656" />
+      <tetrahedron index="3285" v0="325" v1="848" v2="899" v3="1940" />
+      <tetrahedron index="3286" v0="848" v1="899" v2="1940" v3="2463" />
+      <tetrahedron index="3287" v0="899" v1="1940" v2="2463" v3="2514" />
+      <tetrahedron index="3288" v0="219" v1="325" v2="899" v3="1834" />
+      <tetrahedron index="3289" v0="325" v1="899" v2="1834" v3="1940" />
+      <tetrahedron index="3290" v0="899" v1="1834" v2="1940" v3="2514" />
+      <tetrahedron index="3291" v0="916" v1="1021" v2="1022" v3="2531" />
+      <tetrahedron index="3292" v0="1021" v1="1022" v2="2531" v3="2636" />
+      <tetrahedron index="3293" v0="1022" v1="2531" v2="2636" v3="2637" />
+      <tetrahedron index="3294" v0="916" v1="917" v2="1022" v3="2531" />
+      <tetrahedron index="3295" v0="917" v1="1022" v2="2531" v3="2532" />
+      <tetrahedron index="3296" v0="1022" v1="2531" v2="2532" v3="2637" />
+      <tetrahedron index="3297" v0="74" v1="439" v2="1079" v3="1689" />
+      <tetrahedron index="3298" v0="439" v1="1079" v2="1689" v3="2054" />
+      <tetrahedron index="3299" v0="1079" v1="1689" v2="2054" v3="2694" />
+      <tetrahedron index="3300" v0="759" v1="760" v2="1025" v3="2374" />
+      <tetrahedron index="3301" v0="760" v1="1025" v2="2374" v3="2375" />
+      <tetrahedron index="3302" v0="1025" v1="2374" v2="2375" v3="2640" />
+      <tetrahedron index="3303" v0="759" v1="1025" v2="1080" v3="2374" />
+      <tetrahedron index="3304" v0="1025" v1="1080" v2="2374" v3="2640" />
+      <tetrahedron index="3305" v0="1080" v1="2374" v2="2640" v3="2695" />
+      <tetrahedron index="3306" v0="505" v1="1026" v2="1081" v3="2120" />
+      <tetrahedron index="3307" v0="1026" v1="1081" v2="2120" v3="2641" />
+      <tetrahedron index="3308" v0="1081" v1="2120" v2="2641" v3="2696" />
+      <tetrahedron index="3309" v0="496" v1="497" v2="666" v3="2111" />
+      <tetrahedron index="3310" v0="497" v1="666" v2="2111" v3="2112" />
+      <tetrahedron index="3311" v0="666" v1="2111" v2="2112" v3="2281" />
+      <tetrahedron index="3312" v0="231" v1="496" v2="666" v3="1846" />
+      <tetrahedron index="3313" v0="496" v1="666" v2="1846" v3="2111" />
+      <tetrahedron index="3314" v0="666" v1="1846" v2="2111" v3="2281" />
+      <tetrahedron index="3315" v0="726" v1="960" v2="1076" v3="2341" />
+      <tetrahedron index="3316" v0="960" v1="1076" v2="2341" v3="2575" />
+      <tetrahedron index="3317" v0="1076" v1="2341" v2="2575" v3="2691" />
+      <tetrahedron index="3318" v0="86" v1="386" v2="1029" v3="1701" />
+      <tetrahedron index="3319" v0="386" v1="1029" v2="1701" v3="2001" />
+      <tetrahedron index="3320" v0="1029" v1="1701" v2="2001" v3="2644" />
+      <tetrahedron index="3321" v0="386" v1="737" v2="1029" v3="2001" />
+      <tetrahedron index="3322" v0="737" v1="1029" v2="2001" v3="2352" />
+      <tetrahedron index="3323" v0="1029" v1="2001" v2="2352" v3="2644" />
+      <tetrahedron index="3324" v0="328" v1="737" v2="1029" v3="1943" />
+      <tetrahedron index="3325" v0="737" v1="1029" v2="1943" v3="2352" />
+      <tetrahedron index="3326" v0="1029" v1="1943" v2="2352" v3="2644" />
+      <tetrahedron index="3327" v0="328" v1="330" v2="1029" v3="1943" />
+      <tetrahedron index="3328" v0="330" v1="1029" v2="1943" v3="1945" />
+      <tetrahedron index="3329" v0="1029" v1="1943" v2="1945" v3="2644" />
+      <tetrahedron index="3330" v0="337" v1="971" v2="1030" v3="1952" />
+      <tetrahedron index="3331" v0="971" v1="1030" v2="1952" v3="2586" />
+      <tetrahedron index="3332" v0="1030" v1="1952" v2="2586" v3="2645" />
+      <tetrahedron index="3333" v0="747" v1="971" v2="1030" v3="2362" />
+      <tetrahedron index="3334" v0="971" v1="1030" v2="2362" v3="2586" />
+      <tetrahedron index="3335" v0="1030" v1="2362" v2="2586" v3="2645" />
+      <tetrahedron index="3336" v0="227" v1="580" v2="978" v3="1842" />
+      <tetrahedron index="3337" v0="580" v1="978" v2="1842" v3="2195" />
+      <tetrahedron index="3338" v0="978" v1="1842" v2="2195" v3="2593" />
+      <tetrahedron index="3339" v0="227" v1="655" v2="978" v3="1842" />
+      <tetrahedron index="3340" v0="655" v1="978" v2="1842" v3="2270" />
+      <tetrahedron index="3341" v0="978" v1="1842" v2="2270" v3="2593" />
+      <tetrahedron index="3342" v0="489" v1="888" v2="1059" v3="2104" />
+      <tetrahedron index="3343" v0="888" v1="1059" v2="2104" v3="2503" />
+      <tetrahedron index="3344" v0="1059" v1="2104" v2="2503" v3="2674" />
+      <tetrahedron index="3345" v0="538" v1="751" v2="802" v3="2153" />
+      <tetrahedron index="3346" v0="751" v1="802" v2="2153" v3="2366" />
+      <tetrahedron index="3347" v0="802" v1="2153" v2="2366" v3="2417" />
+      <tetrahedron index="3348" v0="554" v1="824" v2="853" v3="2169" />
+      <tetrahedron index="3349" v0="824" v1="853" v2="2169" v3="2439" />
+      <tetrahedron index="3350" v0="853" v1="2169" v2="2439" v3="2468" />
+      <tetrahedron index="3351" v0="648" v1="697" v2="1070" v3="2263" />
+      <tetrahedron index="3352" v0="697" v1="1070" v2="2263" v3="2312" />
+      <tetrahedron index="3353" v0="1070" v1="2263" v2="2312" v3="2685" />
+      <tetrahedron index="3354" v0="208" v1="210" v2="1026" v3="1823" />
+      <tetrahedron index="3355" v0="210" v1="1026" v2="1823" v3="1825" />
+      <tetrahedron index="3356" v0="1026" v1="1823" v2="1825" v3="2641" />
+      <tetrahedron index="3357" v0="291" v1="294" v2="1082" v3="1906" />
+      <tetrahedron index="3358" v0="294" v1="1082" v2="1906" v3="1909" />
+      <tetrahedron index="3359" v0="1082" v1="1906" v2="1909" v3="2697" />
+      <tetrahedron index="3360" v0="184" v1="294" v2="1082" v3="1799" />
+      <tetrahedron index="3361" v0="294" v1="1082" v2="1799" v3="1909" />
+      <tetrahedron index="3362" v0="1082" v1="1799" v2="1909" v3="2697" />
+      <tetrahedron index="3363" v0="338" v1="339" v2="607" v3="1953" />
+      <tetrahedron index="3364" v0="339" v1="607" v2="1953" v3="1954" />
+      <tetrahedron index="3365" v0="607" v1="1953" v2="1954" v3="2222" />
+      <tetrahedron index="3366" v0="339" v1="607" v2="1083" v3="1954" />
+      <tetrahedron index="3367" v0="607" v1="1083" v2="1954" v3="2222" />
+      <tetrahedron index="3368" v0="1083" v1="1954" v2="2222" v3="2698" />
+      <tetrahedron index="3369" v0="502" v1="666" v2="860" v3="2117" />
+      <tetrahedron index="3370" v0="666" v1="860" v2="2117" v3="2281" />
+      <tetrahedron index="3371" v0="860" v1="2117" v2="2281" v3="2475" />
+      <tetrahedron index="3372" v0="502" v1="860" v2="1027" v3="2117" />
+      <tetrahedron index="3373" v0="860" v1="1027" v2="2117" v3="2475" />
+      <tetrahedron index="3374" v0="1027" v1="2117" v2="2475" v3="2642" />
+      <tetrahedron index="3375" v0="879" v1="880" v2="1034" v3="2494" />
+      <tetrahedron index="3376" v0="880" v1="1034" v2="2494" v3="2495" />
+      <tetrahedron index="3377" v0="1034" v1="2494" v2="2495" v3="2649" />
+      <tetrahedron index="3378" v0="428" v1="879" v2="1034" v3="2043" />
+      <tetrahedron index="3379" v0="879" v1="1034" v2="2043" v3="2494" />
+      <tetrahedron index="3380" v0="1034" v1="2043" v2="2494" v3="2649" />
+      <tetrahedron index="3381" v0="935" v1="936" v2="1084" v3="2550" />
+      <tetrahedron index="3382" v0="936" v1="1084" v2="2550" v3="2551" />
+      <tetrahedron index="3383" v0="1084" v1="2550" v2="2551" v3="2699" />
+      <tetrahedron index="3384" v0="963" v1="964" v2="1065" v3="2578" />
+      <tetrahedron index="3385" v0="964" v1="1065" v2="2578" v3="2579" />
+      <tetrahedron index="3386" v0="1065" v1="2578" v2="2579" v3="2680" />
+      <tetrahedron index="3387" v0="223" v1="758" v2="1053" v3="1838" />
+      <tetrahedron index="3388" v0="758" v1="1053" v2="1838" v3="2373" />
+      <tetrahedron index="3389" v0="1053" v1="1838" v2="2373" v3="2668" />
+      <tetrahedron index="3390" v0="222" v1="223" v2="1053" v3="1837" />
+      <tetrahedron index="3391" v0="223" v1="1053" v2="1837" v3="1838" />
+      <tetrahedron index="3392" v0="1053" v1="1837" v2="1838" v3="2668" />
+      <tetrahedron index="3393" v0="880" v1="1034" v2="1051" v3="2495" />
+      <tetrahedron index="3394" v0="1034" v1="1051" v2="2495" v3="2649" />
+      <tetrahedron index="3395" v0="1051" v1="2495" v2="2649" v3="2666" />
+      <tetrahedron index="3396" v0="613" v1="880" v2="1051" v3="2228" />
+      <tetrahedron index="3397" v0="880" v1="1051" v2="2228" v3="2495" />
+      <tetrahedron index="3398" v0="1051" v1="2228" v2="2495" v3="2666" />
+      <tetrahedron index="3399" v0="840" v1="841" v2="1085" v3="2455" />
+      <tetrahedron index="3400" v0="841" v1="1085" v2="2455" v3="2456" />
+      <tetrahedron index="3401" v0="1085" v1="2455" v2="2456" v3="2700" />
+      <tetrahedron index="3402" v0="949" v1="1016" v2="1039" v3="2564" />
+      <tetrahedron index="3403" v0="1016" v1="1039" v2="2564" v3="2631" />
+      <tetrahedron index="3404" v0="1039" v1="2564" v2="2631" v3="2654" />
+      <tetrahedron index="3405" v0="300" v1="804" v2="1048" v3="1915" />
+      <tetrahedron index="3406" v0="804" v1="1048" v2="1915" v3="2419" />
+      <tetrahedron index="3407" v0="1048" v1="1915" v2="2419" v3="2663" />
+      <tetrahedron index="3408" v0="290" v1="300" v2="1048" v3="1905" />
+      <tetrahedron index="3409" v0="300" v1="1048" v2="1905" v3="1915" />
+      <tetrahedron index="3410" v0="1048" v1="1905" v2="1915" v3="2663" />
+      <tetrahedron index="3411" v0="892" v1="1086" v2="1087" v3="2507" />
+      <tetrahedron index="3412" v0="1086" v1="1087" v2="2507" v3="2701" />
+      <tetrahedron index="3413" v0="1087" v1="2507" v2="2701" v3="2702" />
+      <tetrahedron index="3414" v0="164" v1="165" v2="1088" v3="1779" />
+      <tetrahedron index="3415" v0="165" v1="1088" v2="1779" v3="1780" />
+      <tetrahedron index="3416" v0="1088" v1="1779" v2="1780" v3="2703" />
+      <tetrahedron index="3417" v0="563" v1="564" v2="1002" v3="2178" />
+      <tetrahedron index="3418" v0="564" v1="1002" v2="2178" v3="2179" />
+      <tetrahedron index="3419" v0="1002" v1="2178" v2="2179" v3="2617" />
+      <tetrahedron index="3420" v0="360" v1="760" v2="1067" v3="1975" />
+      <tetrahedron index="3421" v0="760" v1="1067" v2="1975" v3="2375" />
+      <tetrahedron index="3422" v0="1067" v1="1975" v2="2375" v3="2682" />
+      <tetrahedron index="3423" v0="360" v1="361" v2="1067" v3="1975" />
+      <tetrahedron index="3424" v0="361" v1="1067" v2="1975" v3="1976" />
+      <tetrahedron index="3425" v0="1067" v1="1975" v2="1976" v3="2682" />
+      <tetrahedron index="3426" v0="778" v1="971" v2="1031" v3="2393" />
+      <tetrahedron index="3427" v0="971" v1="1031" v2="2393" v3="2586" />
+      <tetrahedron index="3428" v0="1031" v1="2393" v2="2586" v3="2646" />
+      <tetrahedron index="3429" v0="336" v1="778" v2="971" v3="1951" />
+      <tetrahedron index="3430" v0="778" v1="971" v2="1951" v3="2393" />
+      <tetrahedron index="3431" v0="971" v1="1951" v2="2393" v3="2586" />
+      <tetrahedron index="3432" v0="739" v1="834" v2="982" v3="2354" />
+      <tetrahedron index="3433" v0="834" v1="982" v2="2354" v3="2449" />
+      <tetrahedron index="3434" v0="982" v1="2354" v2="2449" v3="2597" />
+      <tetrahedron index="3435" v0="739" v1="785" v2="982" v3="2354" />
+      <tetrahedron index="3436" v0="785" v1="982" v2="2354" v3="2400" />
+      <tetrahedron index="3437" v0="982" v1="2354" v2="2400" v3="2597" />
+      <tetrahedron index="3438" v0="26" v1="972" v2="1089" v3="1641" />
+      <tetrahedron index="3439" v0="972" v1="1089" v2="1641" v3="2587" />
+      <tetrahedron index="3440" v0="1089" v1="1641" v2="2587" v3="2704" />
+      <tetrahedron index="3441" v0="121" v1="719" v2="1060" v3="1736" />
+      <tetrahedron index="3442" v0="719" v1="1060" v2="1736" v3="2334" />
+      <tetrahedron index="3443" v0="1060" v1="1736" v2="2334" v3="2675" />
+      <tetrahedron index="3444" v0="858" v1="1064" v2="1090" v3="2473" />
+      <tetrahedron index="3445" v0="1064" v1="1090" v2="2473" v3="2679" />
+      <tetrahedron index="3446" v0="1090" v1="2473" v2="2679" v3="2705" />
+      <tetrahedron index="3447" v0="856" v1="858" v2="1064" v3="2471" />
+      <tetrahedron index="3448" v0="858" v1="1064" v2="2471" v3="2473" />
+      <tetrahedron index="3449" v0="1064" v1="2471" v2="2473" v3="2679" />
+      <tetrahedron index="3450" v0="222" v1="303" v2="1053" v3="1837" />
+      <tetrahedron index="3451" v0="303" v1="1053" v2="1837" v3="1918" />
+      <tetrahedron index="3452" v0="1053" v1="1837" v2="1918" v3="2668" />
+      <tetrahedron index="3453" v0="301" v1="303" v2="1053" v3="1916" />
+      <tetrahedron index="3454" v0="303" v1="1053" v2="1916" v3="1918" />
+      <tetrahedron index="3455" v0="1053" v1="1916" v2="1918" v3="2668" />
+      <tetrahedron index="3456" v0="943" v1="975" v2="1008" v3="2558" />
+      <tetrahedron index="3457" v0="975" v1="1008" v2="2558" v3="2590" />
+      <tetrahedron index="3458" v0="1008" v1="2558" v2="2590" v3="2623" />
+      <tetrahedron index="3459" v0="196" v1="943" v2="975" v3="1811" />
+      <tetrahedron index="3460" v0="943" v1="975" v2="1811" v3="2558" />
+      <tetrahedron index="3461" v0="975" v1="1811" v2="2558" v3="2590" />
+      <tetrahedron index="3462" v0="676" v1="932" v2="1091" v3="2291" />
+      <tetrahedron index="3463" v0="932" v1="1091" v2="2291" v3="2547" />
+      <tetrahedron index="3464" v0="1091" v1="2291" v2="2547" v3="2706" />
+      <tetrahedron index="3465" v0="973" v1="974" v2="1092" v3="2588" />
+      <tetrahedron index="3466" v0="974" v1="1092" v2="2588" v3="2589" />
+      <tetrahedron index="3467" v0="1092" v1="2588" v2="2589" v3="2707" />
+      <tetrahedron index="3468" v0="294" v1="312" v2="850" v3="1909" />
+      <tetrahedron index="3469" v0="312" v1="850" v2="1909" v3="1927" />
+      <tetrahedron index="3470" v0="850" v1="1909" v2="1927" v3="2465" />
+      <tetrahedron index="3471" v0="293" v1="294" v2="312" v3="1908" />
+      <tetrahedron index="3472" v0="294" v1="312" v2="1908" v3="1909" />
+      <tetrahedron index="3473" v0="312" v1="1908" v2="1909" v3="1927" />
+      <tetrahedron index="3474" v0="833" v1="1054" v2="1079" v3="2448" />
+      <tetrahedron index="3475" v0="1054" v1="1079" v2="2448" v3="2669" />
+      <tetrahedron index="3476" v0="1079" v1="2448" v2="2669" v3="2694" />
+      <tetrahedron index="3477" v0="746" v1="833" v2="1054" v3="2361" />
+      <tetrahedron index="3478" v0="833" v1="1054" v2="2361" v3="2448" />
+      <tetrahedron index="3479" v0="1054" v1="2361" v2="2448" v3="2669" />
+      <tetrahedron index="3480" v0="1050" v1="1057" v2="1058" v3="2665" />
+      <tetrahedron index="3481" v0="1057" v1="1058" v2="2665" v3="2672" />
+      <tetrahedron index="3482" v0="1058" v1="2665" v2="2672" v3="2673" />
+      <tetrahedron index="3483" v0="8" v1="315" v2="389" v3="1623" />
+      <tetrahedron index="3484" v0="315" v1="389" v2="1623" v3="1930" />
+      <tetrahedron index="3485" v0="389" v1="1623" v2="1930" v3="2004" />
+      <tetrahedron index="3486" v0="315" v1="317" v2="389" v3="1930" />
+      <tetrahedron index="3487" v0="317" v1="389" v2="1930" v3="1932" />
+      <tetrahedron index="3488" v0="389" v1="1930" v2="1932" v3="2004" />
+      <tetrahedron index="3489" v0="620" v1="897" v2="1010" v3="2235" />
+      <tetrahedron index="3490" v0="897" v1="1010" v2="2235" v3="2512" />
+      <tetrahedron index="3491" v0="1010" v1="2235" v2="2512" v3="2625" />
+      <tetrahedron index="3492" v0="176" v1="897" v2="1010" v3="1791" />
+      <tetrahedron index="3493" v0="897" v1="1010" v2="1791" v3="2512" />
+      <tetrahedron index="3494" v0="1010" v1="1791" v2="2512" v3="2625" />
+      <tetrahedron index="3495" v0="892" v1="893" v2="969" v3="2507" />
+      <tetrahedron index="3496" v0="893" v1="969" v2="2507" v3="2508" />
+      <tetrahedron index="3497" v0="969" v1="2507" v2="2508" v3="2584" />
+      <tetrahedron index="3498" v0="892" v1="969" v2="1086" v3="2507" />
+      <tetrahedron index="3499" v0="969" v1="1086" v2="2507" v3="2584" />
+      <tetrahedron index="3500" v0="1086" v1="2507" v2="2584" v3="2701" />
+      <tetrahedron index="3501" v0="1093" v1="1094" v2="1095" v3="2708" />
+      <tetrahedron index="3502" v0="1094" v1="1095" v2="2708" v3="2709" />
+      <tetrahedron index="3503" v0="1095" v1="2708" v2="2709" v3="2710" />
+      <tetrahedron index="3504" v0="881" v1="970" v2="1014" v3="2496" />
+      <tetrahedron index="3505" v0="970" v1="1014" v2="2496" v3="2585" />
+      <tetrahedron index="3506" v0="1014" v1="2496" v2="2585" v3="2629" />
+      <tetrahedron index="3507" v0="660" v1="970" v2="1014" v3="2275" />
+      <tetrahedron index="3508" v0="970" v1="1014" v2="2275" v3="2585" />
+      <tetrahedron index="3509" v0="1014" v1="2275" v2="2585" v3="2629" />
+      <tetrahedron index="3510" v0="698" v1="1068" v2="1070" v3="2313" />
+      <tetrahedron index="3511" v0="1068" v1="1070" v2="2313" v3="2683" />
+      <tetrahedron index="3512" v0="1070" v1="2313" v2="2683" v3="2685" />
+      <tetrahedron index="3513" v0="229" v1="230" v2="1096" v3="1844" />
+      <tetrahedron index="3514" v0="230" v1="1096" v2="1844" v3="1845" />
+      <tetrahedron index="3515" v0="1096" v1="1844" v2="1845" v3="2711" />
+      <tetrahedron index="3516" v0="1037" v1="1072" v2="1097" v3="2652" />
+      <tetrahedron index="3517" v0="1072" v1="1097" v2="2652" v3="2687" />
+      <tetrahedron index="3518" v0="1097" v1="2652" v2="2687" v3="2712" />
+      <tetrahedron index="3519" v0="540" v1="542" v2="1098" v3="2155" />
+      <tetrahedron index="3520" v0="542" v1="1098" v2="2155" v3="2157" />
+      <tetrahedron index="3521" v0="1098" v1="2155" v2="2157" v3="2713" />
+      <tetrahedron index="3522" v0="313" v1="424" v2="1099" v3="1928" />
+      <tetrahedron index="3523" v0="424" v1="1099" v2="1928" v3="2039" />
+      <tetrahedron index="3524" v0="1099" v1="1928" v2="2039" v3="2714" />
+      <tetrahedron index="3525" v0="1007" v1="1009" v2="1100" v3="2622" />
+      <tetrahedron index="3526" v0="1009" v1="1100" v2="2622" v3="2624" />
+      <tetrahedron index="3527" v0="1100" v1="2622" v2="2624" v3="2715" />
+      <tetrahedron index="3528" v0="879" v1="949" v2="1039" v3="2494" />
+      <tetrahedron index="3529" v0="949" v1="1039" v2="2494" v3="2564" />
+      <tetrahedron index="3530" v0="1039" v1="2494" v2="2564" v3="2654" />
+      <tetrahedron index="3531" v0="878" v1="879" v2="949" v3="2493" />
+      <tetrahedron index="3532" v0="879" v1="949" v2="2493" v3="2494" />
+      <tetrahedron index="3533" v0="949" v1="2493" v2="2494" v3="2564" />
+      <tetrahedron index="3534" v0="353" v1="978" v2="1045" v3="1968" />
+      <tetrahedron index="3535" v0="978" v1="1045" v2="1968" v3="2593" />
+      <tetrahedron index="3536" v0="1045" v1="1968" v2="2593" v3="2660" />
+      <tetrahedron index="3537" v0="582" v1="978" v2="1045" v3="2197" />
+      <tetrahedron index="3538" v0="978" v1="1045" v2="2197" v3="2593" />
+      <tetrahedron index="3539" v0="1045" v1="2197" v2="2593" v3="2660" />
+      <tetrahedron index="3540" v0="174" v1="992" v2="1010" v3="1789" />
+      <tetrahedron index="3541" v0="992" v1="1010" v2="1789" v3="2607" />
+      <tetrahedron index="3542" v0="1010" v1="1789" v2="2607" v3="2625" />
+      <tetrahedron index="3543" v0="768" v1="992" v2="1010" v3="2383" />
+      <tetrahedron index="3544" v0="992" v1="1010" v2="2383" v3="2607" />
+      <tetrahedron index="3545" v0="1010" v1="2383" v2="2607" v3="2625" />
+      <tetrahedron index="3546" v0="587" v1="1002" v2="1101" v3="2202" />
+      <tetrahedron index="3547" v0="1002" v1="1101" v2="2202" v3="2617" />
+      <tetrahedron index="3548" v0="1101" v1="2202" v2="2617" v3="2716" />
+      <tetrahedron index="3549" v0="49" v1="56" v2="482" v3="1664" />
+      <tetrahedron index="3550" v0="56" v1="482" v2="1664" v3="1671" />
+      <tetrahedron index="3551" v0="482" v1="1664" v2="1671" v3="2097" />
+      <tetrahedron index="3552" v0="328" v1="491" v2="1033" v3="1943" />
+      <tetrahedron index="3553" v0="491" v1="1033" v2="1943" v3="2106" />
+      <tetrahedron index="3554" v0="1033" v1="1943" v2="2106" v3="2648" />
+      <tetrahedron index="3555" v0="266" v1="328" v2="1033" v3="1881" />
+      <tetrahedron index="3556" v0="328" v1="1033" v2="1881" v3="1943" />
+      <tetrahedron index="3557" v0="1033" v1="1881" v2="1943" v3="2648" />
+      <tetrahedron index="3558" v0="793" v1="795" v2="1102" v3="2408" />
+      <tetrahedron index="3559" v0="795" v1="1102" v2="2408" v3="2410" />
+      <tetrahedron index="3560" v0="1102" v1="2408" v2="2410" v3="2717" />
+      <tetrahedron index="3561" v0="795" v1="1102" v2="1103" v3="2410" />
+      <tetrahedron index="3562" v0="1102" v1="1103" v2="2410" v3="2717" />
+      <tetrahedron index="3563" v0="1103" v1="2410" v2="2717" v3="2718" />
+      <tetrahedron index="3564" v0="765" v1="992" v2="1104" v3="2380" />
+      <tetrahedron index="3565" v0="992" v1="1104" v2="2380" v3="2607" />
+      <tetrahedron index="3566" v0="1104" v1="2380" v2="2607" v3="2719" />
+      <tetrahedron index="3567" v0="20" v1="21" v2="787" v3="1635" />
+      <tetrahedron index="3568" v0="21" v1="787" v2="1635" v3="1636" />
+      <tetrahedron index="3569" v0="787" v1="1635" v2="1636" v3="2402" />
+      <tetrahedron index="3570" v0="21" v1="787" v2="1027" v3="1636" />
+      <tetrahedron index="3571" v0="787" v1="1027" v2="1636" v3="2402" />
+      <tetrahedron index="3572" v0="1027" v1="1636" v2="2402" v3="2642" />
+      <tetrahedron index="3573" v0="667" v1="900" v2="1025" v3="2282" />
+      <tetrahedron index="3574" v0="900" v1="1025" v2="2282" v3="2515" />
+      <tetrahedron index="3575" v0="1025" v1="2282" v2="2515" v3="2640" />
+      <tetrahedron index="3576" v0="667" v1="668" v2="1025" v3="2282" />
+      <tetrahedron index="3577" v0="668" v1="1025" v2="2282" v3="2283" />
+      <tetrahedron index="3578" v0="1025" v1="2282" v2="2283" v3="2640" />
+      <tetrahedron index="3579" v0="613" v1="614" v2="1051" v3="2228" />
+      <tetrahedron index="3580" v0="614" v1="1051" v2="2228" v3="2229" />
+      <tetrahedron index="3581" v0="1051" v1="2228" v2="2229" v3="2666" />
+      <tetrahedron index="3582" v0="502" v1="503" v2="787" v3="2117" />
+      <tetrahedron index="3583" v0="503" v1="787" v2="2117" v3="2118" />
+      <tetrahedron index="3584" v0="787" v1="2117" v2="2118" v3="2402" />
+      <tetrahedron index="3585" v0="502" v1="787" v2="1027" v3="2117" />
+      <tetrahedron index="3586" v0="787" v1="1027" v2="2117" v3="2402" />
+      <tetrahedron index="3587" v0="1027" v1="2117" v2="2402" v3="2642" />
+      <tetrahedron index="3588" v0="482" v1="720" v2="1105" v3="2097" />
+      <tetrahedron index="3589" v0="720" v1="1105" v2="2097" v3="2335" />
+      <tetrahedron index="3590" v0="1105" v1="2097" v2="2335" v3="2720" />
+      <tetrahedron index="3591" v0="1071" v1="1072" v2="1097" v3="2686" />
+      <tetrahedron index="3592" v0="1072" v1="1097" v2="2686" v3="2687" />
+      <tetrahedron index="3593" v0="1097" v1="2686" v2="2687" v3="2712" />
+      <tetrahedron index="3594" v0="665" v1="954" v2="1106" v3="2280" />
+      <tetrahedron index="3595" v0="954" v1="1106" v2="2280" v3="2569" />
+      <tetrahedron index="3596" v0="1106" v1="2280" v2="2569" v3="2721" />
+      <tetrahedron index="3597" v0="199" v1="200" v2="728" v3="1814" />
+      <tetrahedron index="3598" v0="200" v1="728" v2="1814" v3="1815" />
+      <tetrahedron index="3599" v0="728" v1="1814" v2="1815" v3="2343" />
+      <tetrahedron index="3600" v0="305" v1="728" v2="1107" v3="1920" />
+      <tetrahedron index="3601" v0="728" v1="1107" v2="1920" v3="2343" />
+      <tetrahedron index="3602" v0="1107" v1="1920" v2="2343" v3="2722" />
+      <tetrahedron index="3603" v0="44" v1="153" v2="799" v3="1659" />
+      <tetrahedron index="3604" v0="153" v1="799" v2="1659" v3="1768" />
+      <tetrahedron index="3605" v0="799" v1="1659" v2="1768" v3="2414" />
+      <tetrahedron index="3606" v0="498" v1="948" v2="1042" v3="2113" />
+      <tetrahedron index="3607" v0="948" v1="1042" v2="2113" v3="2563" />
+      <tetrahedron index="3608" v0="1042" v1="2113" v2="2563" v3="2657" />
+      <tetrahedron index="3609" v0="219" v1="899" v2="1015" v3="1834" />
+      <tetrahedron index="3610" v0="899" v1="1015" v2="1834" v3="2514" />
+      <tetrahedron index="3611" v0="1015" v1="1834" v2="2514" v3="2630" />
+      <tetrahedron index="3612" v0="979" v1="980" v2="1108" v3="2594" />
+      <tetrahedron index="3613" v0="980" v1="1108" v2="2594" v3="2595" />
+      <tetrahedron index="3614" v0="1108" v1="2594" v2="2595" v3="2723" />
+      <tetrahedron index="3615" v0="1109" v1="1110" v2="1111" v3="2724" />
+      <tetrahedron index="3616" v0="1110" v1="1111" v2="2724" v3="2725" />
+      <tetrahedron index="3617" v0="1111" v1="2724" v2="2725" v3="2726" />
+      <tetrahedron index="3618" v0="528" v1="839" v2="1112" v3="2143" />
+      <tetrahedron index="3619" v0="839" v1="1112" v2="2143" v3="2454" />
+      <tetrahedron index="3620" v0="1112" v1="2143" v2="2454" v3="2727" />
+      <tetrahedron index="3621" v0="149" v1="152" v2="568" v3="1764" />
+      <tetrahedron index="3622" v0="152" v1="568" v2="1764" v3="1767" />
+      <tetrahedron index="3623" v0="568" v1="1764" v2="1767" v3="2183" />
+      <tetrahedron index="3624" v0="49" v1="153" v2="156" v3="1664" />
+      <tetrahedron index="3625" v0="153" v1="156" v2="1664" v3="1768" />
+      <tetrahedron index="3626" v0="156" v1="1664" v2="1768" v3="1771" />
+      <tetrahedron index="3627" v0="44" v1="49" v2="153" v3="1659" />
+      <tetrahedron index="3628" v0="49" v1="153" v2="1659" v3="1664" />
+      <tetrahedron index="3629" v0="153" v1="1659" v2="1664" v3="1768" />
+      <tetrahedron index="3630" v0="50" v1="56" v2="156" v3="1665" />
+      <tetrahedron index="3631" v0="56" v1="156" v2="1665" v3="1671" />
+      <tetrahedron index="3632" v0="156" v1="1665" v2="1671" v3="1771" />
+      <tetrahedron index="3633" v0="49" v1="56" v2="156" v3="1664" />
+      <tetrahedron index="3634" v0="56" v1="156" v2="1664" v3="1671" />
+      <tetrahedron index="3635" v0="156" v1="1664" v2="1671" v3="1771" />
+      <tetrahedron index="3636" v0="65" v1="66" v2="1113" v3="1680" />
+      <tetrahedron index="3637" v0="66" v1="1113" v2="1680" v3="1681" />
+      <tetrahedron index="3638" v0="1113" v1="1680" v2="1681" v3="2728" />
+      <tetrahedron index="3639" v0="442" v1="985" v2="1114" v3="2057" />
+      <tetrahedron index="3640" v0="985" v1="1114" v2="2057" v3="2600" />
+      <tetrahedron index="3641" v0="1114" v1="2057" v2="2600" v3="2729" />
+      <tetrahedron index="3642" v0="442" v1="1114" v2="1115" v3="2057" />
+      <tetrahedron index="3643" v0="1114" v1="1115" v2="2057" v3="2729" />
+      <tetrahedron index="3644" v0="1115" v1="2057" v2="2729" v3="2730" />
+      <tetrahedron index="3645" v0="914" v1="927" v2="1116" v3="2529" />
+      <tetrahedron index="3646" v0="927" v1="1116" v2="2529" v3="2542" />
+      <tetrahedron index="3647" v0="1116" v1="2529" v2="2542" v3="2731" />
+      <tetrahedron index="3648" v0="1117" v1="1118" v2="1119" v3="2732" />
+      <tetrahedron index="3649" v0="1118" v1="1119" v2="2732" v3="2733" />
+      <tetrahedron index="3650" v0="1119" v1="2732" v2="2733" v3="2734" />
+      <tetrahedron index="3651" v0="43" v1="60" v2="324" v3="1658" />
+      <tetrahedron index="3652" v0="60" v1="324" v2="1658" v3="1675" />
+      <tetrahedron index="3653" v0="324" v1="1658" v2="1675" v3="1939" />
+      <tetrahedron index="3654" v0="587" v1="1101" v2="1102" v3="2202" />
+      <tetrahedron index="3655" v0="1101" v1="1102" v2="2202" v3="2716" />
+      <tetrahedron index="3656" v0="1102" v1="2202" v2="2716" v3="2717" />
+      <tetrahedron index="3657" v0="918" v1="1001" v2="1120" v3="2533" />
+      <tetrahedron index="3658" v0="1001" v1="1120" v2="2533" v3="2616" />
+      <tetrahedron index="3659" v0="1120" v1="2533" v2="2616" v3="2735" />
+      <tetrahedron index="3660" v0="760" v1="1067" v2="1121" v3="2375" />
+      <tetrahedron index="3661" v0="1067" v1="1121" v2="2375" v3="2682" />
+      <tetrahedron index="3662" v0="1121" v1="2375" v2="2682" v3="2736" />
+      <tetrahedron index="3663" v0="19" v1="271" v2="274" v3="1634" />
+      <tetrahedron index="3664" v0="271" v1="274" v2="1634" v3="1886" />
+      <tetrahedron index="3665" v0="274" v1="1634" v2="1886" v3="1889" />
+      <tetrahedron index="3666" v0="583" v1="738" v2="1122" v3="2198" />
+      <tetrahedron index="3667" v0="738" v1="1122" v2="2198" v3="2353" />
+      <tetrahedron index="3668" v0="1122" v1="2198" v2="2353" v3="2737" />
+      <tetrahedron index="3669" v0="1075" v1="1123" v2="1124" v3="2690" />
+      <tetrahedron index="3670" v0="1123" v1="1124" v2="2690" v3="2738" />
+      <tetrahedron index="3671" v0="1124" v1="2690" v2="2738" v3="2739" />
+      <tetrahedron index="3672" v0="1018" v1="1052" v2="1125" v3="2633" />
+      <tetrahedron index="3673" v0="1052" v1="1125" v2="2633" v3="2667" />
+      <tetrahedron index="3674" v0="1125" v1="2633" v2="2667" v3="2740" />
+      <tetrahedron index="3675" v0="899" v1="1015" v2="1126" v3="2514" />
+      <tetrahedron index="3676" v0="1015" v1="1126" v2="2514" v3="2630" />
+      <tetrahedron index="3677" v0="1126" v1="2514" v2="2630" v3="2741" />
+      <tetrahedron index="3678" v0="622" v1="1127" v2="1128" v3="2237" />
+      <tetrahedron index="3679" v0="1127" v1="1128" v2="2237" v3="2742" />
+      <tetrahedron index="3680" v0="1128" v1="2237" v2="2742" v3="2743" />
+      <tetrahedron index="3681" v0="766" v1="1129" v2="1130" v3="2381" />
+      <tetrahedron index="3682" v0="1129" v1="1130" v2="2381" v3="2744" />
+      <tetrahedron index="3683" v0="1130" v1="2381" v2="2744" v3="2745" />
+      <tetrahedron index="3684" v0="1131" v1="1132" v2="1133" v3="2746" />
+      <tetrahedron index="3685" v0="1132" v1="1133" v2="2746" v3="2747" />
+      <tetrahedron index="3686" v0="1133" v1="2746" v2="2747" v3="2748" />
+      <tetrahedron index="3687" v0="18" v1="274" v2="322" v3="1633" />
+      <tetrahedron index="3688" v0="274" v1="322" v2="1633" v3="1889" />
+      <tetrahedron index="3689" v0="322" v1="1633" v2="1889" v3="1937" />
+      <tetrahedron index="3690" v0="274" v1="320" v2="322" v3="1889" />
+      <tetrahedron index="3691" v0="320" v1="322" v2="1889" v3="1935" />
+      <tetrahedron index="3692" v0="322" v1="1889" v2="1935" v3="1937" />
+      <tetrahedron index="3693" v0="570" v1="686" v2="938" v3="2185" />
+      <tetrahedron index="3694" v0="686" v1="938" v2="2185" v3="2301" />
+      <tetrahedron index="3695" v0="938" v1="2185" v2="2301" v3="2553" />
+      <tetrahedron index="3696" v0="307" v1="570" v2="686" v3="1922" />
+      <tetrahedron index="3697" v0="570" v1="686" v2="1922" v3="2185" />
+      <tetrahedron index="3698" v0="686" v1="1922" v2="2185" v3="2301" />
+      <tetrahedron index="3699" v0="692" v1="693" v2="1087" v3="2307" />
+      <tetrahedron index="3700" v0="693" v1="1087" v2="2307" v3="2308" />
+      <tetrahedron index="3701" v0="1087" v1="2307" v2="2308" v3="2702" />
+      <tetrahedron index="3702" v0="693" v1="703" v2="1087" v3="2308" />
+      <tetrahedron index="3703" v0="703" v1="1087" v2="2308" v3="2318" />
+      <tetrahedron index="3704" v0="1087" v1="2308" v2="2318" v3="2702" />
+      <tetrahedron index="3705" v0="65" v1="543" v2="606" v3="1680" />
+      <tetrahedron index="3706" v0="543" v1="606" v2="1680" v3="2158" />
+      <tetrahedron index="3707" v0="606" v1="1680" v2="2158" v3="2221" />
+      <tetrahedron index="3708" v0="65" v1="606" v2="866" v3="1680" />
+      <tetrahedron index="3709" v0="606" v1="866" v2="1680" v3="2221" />
+      <tetrahedron index="3710" v0="866" v1="1680" v2="2221" v3="2481" />
+      <tetrahedron index="3711" v0="281" v1="283" v2="284" v3="1896" />
+      <tetrahedron index="3712" v0="283" v1="284" v2="1896" v3="1898" />
+      <tetrahedron index="3713" v0="284" v1="1896" v2="1898" v3="1899" />
+      <tetrahedron index="3714" v0="281" v1="284" v2="715" v3="1896" />
+      <tetrahedron index="3715" v0="284" v1="715" v2="1896" v3="1899" />
+      <tetrahedron index="3716" v0="715" v1="1896" v2="1899" v3="2330" />
+      <tetrahedron index="3717" v0="282" v1="283" v2="1134" v3="1897" />
+      <tetrahedron index="3718" v0="283" v1="1134" v2="1897" v3="1898" />
+      <tetrahedron index="3719" v0="1134" v1="1897" v2="1898" v3="2749" />
+      <tetrahedron index="3720" v0="790" v1="1135" v2="1136" v3="2405" />
+      <tetrahedron index="3721" v0="1135" v1="1136" v2="2405" v3="2750" />
+      <tetrahedron index="3722" v0="1136" v1="2405" v2="2750" v3="2751" />
+      <tetrahedron index="3723" v0="138" v1="790" v2="1135" v3="1753" />
+      <tetrahedron index="3724" v0="790" v1="1135" v2="1753" v3="2405" />
+      <tetrahedron index="3725" v0="1135" v1="1753" v2="2405" v3="2750" />
+      <tetrahedron index="3726" v0="54" v1="57" v2="504" v3="1669" />
+      <tetrahedron index="3727" v0="57" v1="504" v2="1669" v3="1672" />
+      <tetrahedron index="3728" v0="504" v1="1669" v2="1672" v3="2119" />
+      <tetrahedron index="3729" v0="589" v1="634" v2="659" v3="2204" />
+      <tetrahedron index="3730" v0="634" v1="659" v2="2204" v3="2249" />
+      <tetrahedron index="3731" v0="659" v1="2204" v2="2249" v3="2274" />
+      <tetrahedron index="3732" v0="74" v1="75" v2="833" v3="1689" />
+      <tetrahedron index="3733" v0="75" v1="833" v2="1689" v3="1690" />
+      <tetrahedron index="3734" v0="833" v1="1689" v2="1690" v3="2448" />
+      <tetrahedron index="3735" v0="74" v1="833" v2="1079" v3="1689" />
+      <tetrahedron index="3736" v0="833" v1="1079" v2="1689" v3="2448" />
+      <tetrahedron index="3737" v0="1079" v1="1689" v2="2448" v3="2694" />
+      <tetrahedron index="3738" v0="720" v1="721" v2="1003" v3="2335" />
+      <tetrahedron index="3739" v0="721" v1="1003" v2="2335" v3="2336" />
+      <tetrahedron index="3740" v0="1003" v1="2335" v2="2336" v3="2618" />
+      <tetrahedron index="3741" v0="511" v1="720" v2="1003" v3="2126" />
+      <tetrahedron index="3742" v0="720" v1="1003" v2="2126" v3="2335" />
+      <tetrahedron index="3743" v0="1003" v1="2126" v2="2335" v3="2618" />
+      <tetrahedron index="3744" v0="576" v1="915" v2="1137" v3="2191" />
+      <tetrahedron index="3745" v0="915" v1="1137" v2="2191" v3="2530" />
+      <tetrahedron index="3746" v0="1137" v1="2191" v2="2530" v3="2752" />
+      <tetrahedron index="3747" v0="200" v1="719" v2="728" v3="1815" />
+      <tetrahedron index="3748" v0="719" v1="728" v2="1815" v3="2334" />
+      <tetrahedron index="3749" v0="728" v1="1815" v2="2334" v3="2343" />
+      <tetrahedron index="3750" v0="63" v1="527" v2="839" v3="1678" />
+      <tetrahedron index="3751" v0="527" v1="839" v2="1678" v3="2142" />
+      <tetrahedron index="3752" v0="839" v1="1678" v2="2142" v3="2454" />
+      <tetrahedron index="3753" v0="527" v1="528" v2="839" v3="2142" />
+      <tetrahedron index="3754" v0="528" v1="839" v2="2142" v3="2143" />
+      <tetrahedron index="3755" v0="839" v1="2142" v2="2143" v3="2454" />
+      <tetrahedron index="3756" v0="13" v1="14" v2="253" v3="1628" />
+      <tetrahedron index="3757" v0="14" v1="253" v2="1628" v3="1629" />
+      <tetrahedron index="3758" v0="253" v1="1628" v2="1629" v3="1868" />
+      <tetrahedron index="3759" v0="180" v1="892" v2="1138" v3="1795" />
+      <tetrahedron index="3760" v0="892" v1="1138" v2="1795" v3="2507" />
+      <tetrahedron index="3761" v0="1138" v1="1795" v2="2507" v3="2753" />
+      <tetrahedron index="3762" v0="178" v1="180" v2="1138" v3="1793" />
+      <tetrahedron index="3763" v0="180" v1="1138" v2="1793" v3="1795" />
+      <tetrahedron index="3764" v0="1138" v1="1793" v2="1795" v3="2753" />
+      <tetrahedron index="3765" v0="13" v1="253" v2="1071" v3="1628" />
+      <tetrahedron index="3766" v0="253" v1="1071" v2="1628" v3="1868" />
+      <tetrahedron index="3767" v0="1071" v1="1628" v2="1868" v3="2686" />
+      <tetrahedron index="3768" v0="942" v1="1139" v2="1140" v3="2557" />
+      <tetrahedron index="3769" v0="1139" v1="1140" v2="2557" v3="2754" />
+      <tetrahedron index="3770" v0="1140" v1="2557" v2="2754" v3="2755" />
+      <tetrahedron index="3771" v0="247" v1="405" v2="1141" v3="1862" />
+      <tetrahedron index="3772" v0="405" v1="1141" v2="1862" v3="2020" />
+      <tetrahedron index="3773" v0="1141" v1="1862" v2="2020" v3="2756" />
+      <tetrahedron index="3774" v0="515" v1="581" v2="1142" v3="2130" />
+      <tetrahedron index="3775" v0="581" v1="1142" v2="2130" v3="2196" />
+      <tetrahedron index="3776" v0="1142" v1="2130" v2="2196" v3="2757" />
+      <tetrahedron index="3777" v0="581" v1="612" v2="1142" v3="2196" />
+      <tetrahedron index="3778" v0="612" v1="1142" v2="2196" v3="2227" />
+      <tetrahedron index="3779" v0="1142" v1="2196" v2="2227" v3="2757" />
+      <tetrahedron index="3780" v0="764" v1="1011" v2="1076" v3="2379" />
+      <tetrahedron index="3781" v0="1011" v1="1076" v2="2379" v3="2626" />
+      <tetrahedron index="3782" v0="1076" v1="2379" v2="2626" v3="2691" />
+      <tetrahedron index="3783" v0="776" v1="1064" v2="1090" v3="2391" />
+      <tetrahedron index="3784" v0="1064" v1="1090" v2="2391" v3="2679" />
+      <tetrahedron index="3785" v0="1090" v1="2391" v2="2679" v3="2705" />
+      <tetrahedron index="3786" v0="777" v1="1078" v2="1143" v3="2392" />
+      <tetrahedron index="3787" v0="1078" v1="1143" v2="2392" v3="2693" />
+      <tetrahedron index="3788" v0="1143" v1="2392" v2="2693" v3="2758" />
+      <tetrahedron index="3789" v0="1020" v1="1078" v2="1143" v3="2635" />
+      <tetrahedron index="3790" v0="1078" v1="1143" v2="2635" v3="2693" />
+      <tetrahedron index="3791" v0="1143" v1="2635" v2="2693" v3="2758" />
+      <tetrahedron index="3792" v0="236" v1="1144" v2="1145" v3="1851" />
+      <tetrahedron index="3793" v0="1144" v1="1145" v2="1851" v3="2759" />
+      <tetrahedron index="3794" v0="1145" v1="1851" v2="2759" v3="2760" />
+      <tetrahedron index="3795" v0="471" v1="472" v2="1146" v3="2086" />
+      <tetrahedron index="3796" v0="472" v1="1146" v2="2086" v3="2087" />
+      <tetrahedron index="3797" v0="1146" v1="2086" v2="2087" v3="2761" />
+      <tetrahedron index="3798" v0="1147" v1="1148" v2="1149" v3="2762" />
+      <tetrahedron index="3799" v0="1148" v1="1149" v2="2762" v3="2763" />
+      <tetrahedron index="3800" v0="1149" v1="2762" v2="2763" v3="2764" />
+      <tetrahedron index="3801" v0="512" v1="514" v2="867" v3="2127" />
+      <tetrahedron index="3802" v0="514" v1="867" v2="2127" v3="2129" />
+      <tetrahedron index="3803" v0="867" v1="2127" v2="2129" v3="2482" />
+      <tetrahedron index="3804" v0="636" v1="638" v2="907" v3="2251" />
+      <tetrahedron index="3805" v0="638" v1="907" v2="2251" v3="2253" />
+      <tetrahedron index="3806" v0="907" v1="2251" v2="2253" v3="2522" />
+      <tetrahedron index="3807" v0="1076" v1="1104" v2="1150" v3="2691" />
+      <tetrahedron index="3808" v0="1104" v1="1150" v2="2691" v3="2719" />
+      <tetrahedron index="3809" v0="1150" v1="2691" v2="2719" v3="2765" />
+      <tetrahedron index="3810" v0="447" v1="688" v2="1122" v3="2062" />
+      <tetrahedron index="3811" v0="688" v1="1122" v2="2062" v3="2303" />
+      <tetrahedron index="3812" v0="1122" v1="2062" v2="2303" v3="2737" />
+      <tetrahedron index="3813" v0="711" v1="712" v2="946" v3="2326" />
+      <tetrahedron index="3814" v0="712" v1="946" v2="2326" v3="2327" />
+      <tetrahedron index="3815" v0="946" v1="2326" v2="2327" v3="2561" />
+      <tetrahedron index="3816" v0="638" v1="676" v2="1151" v3="2253" />
+      <tetrahedron index="3817" v0="676" v1="1151" v2="2253" v3="2291" />
+      <tetrahedron index="3818" v0="1151" v1="2253" v2="2291" v3="2766" />
+      <tetrahedron index="3819" v0="638" v1="906" v2="1151" v3="2253" />
+      <tetrahedron index="3820" v0="906" v1="1151" v2="2253" v3="2521" />
+      <tetrahedron index="3821" v0="1151" v1="2253" v2="2521" v3="2766" />
+      <tetrahedron index="3822" v0="69" v1="72" v2="1152" v3="1684" />
+      <tetrahedron index="3823" v0="72" v1="1152" v2="1684" v3="1687" />
+      <tetrahedron index="3824" v0="1152" v1="1684" v2="1687" v3="2767" />
+      <tetrahedron index="3825" v0="69" v1="70" v2="1152" v3="1684" />
+      <tetrahedron index="3826" v0="70" v1="1152" v2="1684" v3="1685" />
+      <tetrahedron index="3827" v0="1152" v1="1684" v2="1685" v3="2767" />
+      <tetrahedron index="3828" v0="1153" v1="1154" v2="1155" v3="2768" />
+      <tetrahedron index="3829" v0="1154" v1="1155" v2="2768" v3="2769" />
+      <tetrahedron index="3830" v0="1155" v1="2768" v2="2769" v3="2770" />
+      <tetrahedron index="3831" v0="574" v1="575" v2="1156" v3="2189" />
+      <tetrahedron index="3832" v0="575" v1="1156" v2="2189" v3="2190" />
+      <tetrahedron index="3833" v0="1156" v1="2189" v2="2190" v3="2771" />
+      <tetrahedron index="3834" v0="575" v1="708" v2="1156" v3="2190" />
+      <tetrahedron index="3835" v0="708" v1="1156" v2="2190" v3="2323" />
+      <tetrahedron index="3836" v0="1156" v1="2190" v2="2323" v3="2771" />
+      <tetrahedron index="3837" v0="87" v1="456" v2="1157" v3="1702" />
+      <tetrahedron index="3838" v0="456" v1="1157" v2="1702" v3="2071" />
+      <tetrahedron index="3839" v0="1157" v1="1702" v2="2071" v3="2772" />
+      <tetrahedron index="3840" v0="85" v1="87" v2="1157" v3="1700" />
+      <tetrahedron index="3841" v0="87" v1="1157" v2="1700" v3="1702" />
+      <tetrahedron index="3842" v0="1157" v1="1700" v2="1702" v3="2772" />
+      <tetrahedron index="3843" v0="937" v1="1117" v2="1158" v3="2552" />
+      <tetrahedron index="3844" v0="1117" v1="1158" v2="2552" v3="2732" />
+      <tetrahedron index="3845" v0="1158" v1="2552" v2="2732" v3="2773" />
+      <tetrahedron index="3846" v0="1117" v1="1158" v2="1159" v3="2732" />
+      <tetrahedron index="3847" v0="1158" v1="1159" v2="2732" v3="2773" />
+      <tetrahedron index="3848" v0="1159" v1="2732" v2="2773" v3="2774" />
+      <tetrahedron index="3849" v0="233" v1="295" v2="1100" v3="1848" />
+      <tetrahedron index="3850" v0="295" v1="1100" v2="1848" v3="1910" />
+      <tetrahedron index="3851" v0="1100" v1="1848" v2="1910" v3="2715" />
+      <tetrahedron index="3852" v0="718" v1="809" v2="1160" v3="2333" />
+      <tetrahedron index="3853" v0="809" v1="1160" v2="2333" v3="2424" />
+      <tetrahedron index="3854" v0="1160" v1="2333" v2="2424" v3="2775" />
+      <tetrahedron index="3855" v0="564" v1="1002" v2="1161" v3="2179" />
+      <tetrahedron index="3856" v0="1002" v1="1161" v2="2179" v3="2617" />
+      <tetrahedron index="3857" v0="1161" v1="2179" v2="2617" v3="2776" />
+      <tetrahedron index="3858" v0="564" v1="784" v2="1161" v3="2179" />
+      <tetrahedron index="3859" v0="784" v1="1161" v2="2179" v3="2399" />
+      <tetrahedron index="3860" v0="1161" v1="2179" v2="2399" v3="2776" />
+      <tetrahedron index="3861" v0="1162" v1="1163" v2="1164" v3="2777" />
+      <tetrahedron index="3862" v0="1163" v1="1164" v2="2777" v3="2778" />
+      <tetrahedron index="3863" v0="1164" v1="2777" v2="2778" v3="2779" />
+      <tetrahedron index="3864" v0="992" v1="1104" v2="1165" v3="2607" />
+      <tetrahedron index="3865" v0="1104" v1="1165" v2="2607" v3="2719" />
+      <tetrahedron index="3866" v0="1165" v1="2607" v2="2719" v3="2780" />
+      <tetrahedron index="3867" v0="548" v1="809" v2="1166" v3="2163" />
+      <tetrahedron index="3868" v0="809" v1="1166" v2="2163" v3="2424" />
+      <tetrahedron index="3869" v0="1166" v1="2163" v2="2424" v3="2781" />
+      <tetrahedron index="3870" v0="393" v1="699" v2="1167" v3="2008" />
+      <tetrahedron index="3871" v0="699" v1="1167" v2="2008" v3="2314" />
+      <tetrahedron index="3872" v0="1167" v1="2008" v2="2314" v3="2782" />
+      <tetrahedron index="3873" v0="65" v1="543" v2="1113" v3="1680" />
+      <tetrahedron index="3874" v0="543" v1="1113" v2="1680" v3="2158" />
+      <tetrahedron index="3875" v0="1113" v1="1680" v2="2158" v3="2728" />
+      <tetrahedron index="3876" v0="270" v1="341" v2="1168" v3="1885" />
+      <tetrahedron index="3877" v0="341" v1="1168" v2="1885" v3="1956" />
+      <tetrahedron index="3878" v0="1168" v1="1885" v2="1956" v3="2783" />
+      <tetrahedron index="3879" v0="212" v1="270" v2="1168" v3="1827" />
+      <tetrahedron index="3880" v0="270" v1="1168" v2="1827" v3="1885" />
+      <tetrahedron index="3881" v0="1168" v1="1827" v2="1885" v3="2783" />
+      <tetrahedron index="3882" v0="22" v1="733" v2="734" v3="1637" />
+      <tetrahedron index="3883" v0="733" v1="734" v2="1637" v3="2348" />
+      <tetrahedron index="3884" v0="734" v1="1637" v2="2348" v3="2349" />
+      <tetrahedron index="3885" v0="1108" v1="1169" v2="1170" v3="2723" />
+      <tetrahedron index="3886" v0="1169" v1="1170" v2="2723" v3="2784" />
+      <tetrahedron index="3887" v0="1170" v1="2723" v2="2784" v3="2785" />
+      <tetrahedron index="3888" v0="1171" v1="1172" v2="1173" v3="2786" />
+      <tetrahedron index="3889" v0="1172" v1="1173" v2="2786" v3="2787" />
+      <tetrahedron index="3890" v0="1173" v1="2786" v2="2787" v3="2788" />
+      <tetrahedron index="3891" v0="1134" v1="1172" v2="1173" v3="2749" />
+      <tetrahedron index="3892" v0="1172" v1="1173" v2="2749" v3="2787" />
+      <tetrahedron index="3893" v0="1173" v1="2749" v2="2787" v3="2788" />
+      <tetrahedron index="3894" v0="1073" v1="1145" v2="1174" v3="2688" />
+      <tetrahedron index="3895" v0="1145" v1="1174" v2="2688" v3="2760" />
+      <tetrahedron index="3896" v0="1174" v1="2688" v2="2760" v3="2789" />
+      <tetrahedron index="3897" v0="215" v1="465" v2="466" v3="1830" />
+      <tetrahedron index="3898" v0="465" v1="466" v2="1830" v3="2080" />
+      <tetrahedron index="3899" v0="466" v1="1830" v2="2080" v3="2081" />
+      <tetrahedron index="3900" v0="578" v1="767" v2="1175" v3="2193" />
+      <tetrahedron index="3901" v0="767" v1="1175" v2="2193" v3="2382" />
+      <tetrahedron index="3902" v0="1175" v1="2193" v2="2382" v3="2790" />
+      <tetrahedron index="3903" v0="578" v1="1146" v2="1175" v3="2193" />
+      <tetrahedron index="3904" v0="1146" v1="1175" v2="2193" v3="2761" />
+      <tetrahedron index="3905" v0="1175" v1="2193" v2="2761" v3="2790" />
+      <tetrahedron index="3906" v0="959" v1="1049" v2="1176" v3="2574" />
+      <tetrahedron index="3907" v0="1049" v1="1176" v2="2574" v3="2664" />
+      <tetrahedron index="3908" v0="1176" v1="2574" v2="2664" v3="2791" />
+      <tetrahedron index="3909" v0="544" v1="606" v2="1177" v3="2159" />
+      <tetrahedron index="3910" v0="606" v1="1177" v2="2159" v3="2221" />
+      <tetrahedron index="3911" v0="1177" v1="2159" v2="2221" v3="2792" />
+      <tetrahedron index="3912" v0="772" v1="1121" v2="1130" v3="2387" />
+      <tetrahedron index="3913" v0="1121" v1="1130" v2="2387" v3="2736" />
+      <tetrahedron index="3914" v0="1130" v1="2387" v2="2736" v3="2745" />
+      <tetrahedron index="3915" v0="499" v1="749" v2="948" v3="2114" />
+      <tetrahedron index="3916" v0="749" v1="948" v2="2114" v3="2364" />
+      <tetrahedron index="3917" v0="948" v1="2114" v2="2364" v3="2563" />
+      <tetrahedron index="3918" v0="498" v1="499" v2="948" v3="2113" />
+      <tetrahedron index="3919" v0="499" v1="948" v2="2113" v3="2114" />
+      <tetrahedron index="3920" v0="948" v1="2113" v2="2114" v3="2563" />
+      <tetrahedron index="3921" v0="269" v1="1125" v2="1178" v3="1884" />
+      <tetrahedron index="3922" v0="1125" v1="1178" v2="1884" v3="2740" />
+      <tetrahedron index="3923" v0="1178" v1="1884" v2="2740" v3="2793" />
+      <tetrahedron index="3924" v0="951" v1="982" v2="1126" v3="2566" />
+      <tetrahedron index="3925" v0="982" v1="1126" v2="2566" v3="2597" />
+      <tetrahedron index="3926" v0="1126" v1="2566" v2="2597" v3="2741" />
+      <tetrahedron index="3927" v0="1067" v1="1068" v2="1129" v3="2682" />
+      <tetrahedron index="3928" v0="1068" v1="1129" v2="2682" v3="2683" />
+      <tetrahedron index="3929" v0="1129" v1="2682" v2="2683" v3="2744" />
+      <tetrahedron index="3930" v0="34" v1="142" v2="271" v3="1649" />
+      <tetrahedron index="3931" v0="142" v1="271" v2="1649" v3="1757" />
+      <tetrahedron index="3932" v0="271" v1="1649" v2="1757" v3="1886" />
+      <tetrahedron index="3933" v0="19" v1="142" v2="271" v3="1634" />
+      <tetrahedron index="3934" v0="142" v1="271" v2="1634" v3="1757" />
+      <tetrahedron index="3935" v0="271" v1="1634" v2="1757" v3="1886" />
+      <tetrahedron index="3936" v0="892" v1="1087" v2="1138" v3="2507" />
+      <tetrahedron index="3937" v0="1087" v1="1138" v2="2507" v3="2702" />
+      <tetrahedron index="3938" v0="1138" v1="2507" v2="2702" v3="2753" />
+      <tetrahedron index="3939" v0="692" v1="1087" v2="1138" v3="2307" />
+      <tetrahedron index="3940" v0="1087" v1="1138" v2="2307" v3="2702" />
+      <tetrahedron index="3941" v0="1138" v1="2307" v2="2702" v3="2753" />
+      <tetrahedron index="3942" v0="692" v1="838" v2="1138" v3="2307" />
+      <tetrahedron index="3943" v0="838" v1="1138" v2="2307" v3="2453" />
+      <tetrahedron index="3944" v0="1138" v1="2307" v2="2453" v3="2753" />
+      <tetrahedron index="3945" v0="178" v1="838" v2="1138" v3="1793" />
+      <tetrahedron index="3946" v0="838" v1="1138" v2="1793" v3="2453" />
+      <tetrahedron index="3947" v0="1138" v1="1793" v2="2453" v3="2753" />
+      <tetrahedron index="3948" v0="250" v1="642" v2="885" v3="1865" />
+      <tetrahedron index="3949" v0="642" v1="885" v2="1865" v3="2257" />
+      <tetrahedron index="3950" v0="885" v1="1865" v2="2257" v3="2500" />
+      <tetrahedron index="3951" v0="308" v1="642" v2="885" v3="1923" />
+      <tetrahedron index="3952" v0="642" v1="885" v2="1923" v3="2257" />
+      <tetrahedron index="3953" v0="885" v1="1923" v2="2257" v3="2500" />
+      <tetrahedron index="3954" v0="116" v1="304" v2="306" v3="1731" />
+      <tetrahedron index="3955" v0="304" v1="306" v2="1731" v3="1919" />
+      <tetrahedron index="3956" v0="306" v1="1731" v2="1919" v3="1921" />
+      <tetrahedron index="3957" v0="220" v1="1179" v2="1180" v3="1835" />
+      <tetrahedron index="3958" v0="1179" v1="1180" v2="1835" v3="2794" />
+      <tetrahedron index="3959" v0="1180" v1="1835" v2="2794" v3="2795" />
+      <tetrahedron index="3960" v0="247" v1="647" v2="1141" v3="1862" />
+      <tetrahedron index="3961" v0="647" v1="1141" v2="1862" v3="2262" />
+      <tetrahedron index="3962" v0="1141" v1="1862" v2="2262" v3="2756" />
+      <tetrahedron index="3963" v0="764" v1="765" v2="1104" v3="2379" />
+      <tetrahedron index="3964" v0="765" v1="1104" v2="2379" v3="2380" />
+      <tetrahedron index="3965" v0="1104" v1="2379" v2="2380" v3="2719" />
+      <tetrahedron index="3966" v0="764" v1="1076" v2="1104" v3="2379" />
+      <tetrahedron index="3967" v0="1076" v1="1104" v2="2379" v3="2691" />
+      <tetrahedron index="3968" v0="1104" v1="2379" v2="2691" v3="2719" />
+      <tetrahedron index="3969" v0="157" v1="528" v2="1181" v3="1772" />
+      <tetrahedron index="3970" v0="528" v1="1181" v2="1772" v3="2143" />
+      <tetrahedron index="3971" v0="1181" v1="1772" v2="2143" v3="2796" />
+      <tetrahedron index="3972" v0="157" v1="568" v2="1181" v3="1772" />
+      <tetrahedron index="3973" v0="568" v1="1181" v2="1772" v3="2183" />
+      <tetrahedron index="3974" v0="1181" v1="1772" v2="2183" v3="2796" />
+      <tetrahedron index="3975" v0="94" v1="95" v2="587" v3="1709" />
+      <tetrahedron index="3976" v0="95" v1="587" v2="1709" v3="1710" />
+      <tetrahedron index="3977" v0="587" v1="1709" v2="1710" v3="2202" />
+      <tetrahedron index="3978" v0="94" v1="587" v2="1102" v3="1709" />
+      <tetrahedron index="3979" v0="587" v1="1102" v2="1709" v3="2202" />
+      <tetrahedron index="3980" v0="1102" v1="1709" v2="2202" v3="2717" />
+      <tetrahedron index="3981" v0="610" v1="612" v2="1142" v3="2225" />
+      <tetrahedron index="3982" v0="612" v1="1142" v2="2225" v3="2227" />
+      <tetrahedron index="3983" v0="1142" v1="2225" v2="2227" v3="2757" />
+      <tetrahedron index="3984" v0="437" v1="515" v2="1142" v3="2052" />
+      <tetrahedron index="3985" v0="515" v1="1142" v2="2052" v3="2130" />
+      <tetrahedron index="3986" v0="1142" v1="2052" v2="2130" v3="2757" />
+      <tetrahedron index="3987" v0="467" v1="468" v2="690" v3="2082" />
+      <tetrahedron index="3988" v0="468" v1="690" v2="2082" v3="2083" />
+      <tetrahedron index="3989" v0="690" v1="2082" v2="2083" v3="2305" />
+      <tetrahedron index="3990" v0="88" v1="89" v2="1159" v3="1703" />
+      <tetrahedron index="3991" v0="89" v1="1159" v2="1703" v3="1704" />
+      <tetrahedron index="3992" v0="1159" v1="1703" v2="1704" v3="2774" />
+      <tetrahedron index="3993" v0="698" v1="1068" v2="1129" v3="2313" />
+      <tetrahedron index="3994" v0="1068" v1="1129" v2="2313" v3="2683" />
+      <tetrahedron index="3995" v0="1129" v1="2313" v2="2683" v3="2744" />
+      <tetrahedron index="3996" v0="698" v1="766" v2="1129" v3="2313" />
+      <tetrahedron index="3997" v0="766" v1="1129" v2="2313" v3="2381" />
+      <tetrahedron index="3998" v0="1129" v1="2313" v2="2381" v3="2744" />
+      <tetrahedron index="3999" v0="778" v1="1031" v2="1182" v3="2393" />
+      <tetrahedron index="4000" v0="1031" v1="1182" v2="2393" v3="2646" />
+      <tetrahedron index="4001" v0="1182" v1="2393" v2="2646" v3="2797" />
+      <tetrahedron index="4002" v0="778" v1="780" v2="1182" v3="2393" />
+      <tetrahedron index="4003" v0="780" v1="1182" v2="2393" v3="2395" />
+      <tetrahedron index="4004" v0="1182" v1="2393" v2="2395" v3="2797" />
+      <tetrahedron index="4005" v0="688" v1="984" v2="1122" v3="2303" />
+      <tetrahedron index="4006" v0="984" v1="1122" v2="2303" v3="2599" />
+      <tetrahedron index="4007" v0="1122" v1="2303" v2="2599" v3="2737" />
+      <tetrahedron index="4008" v0="776" v1="777" v2="1143" v3="2391" />
+      <tetrahedron index="4009" v0="777" v1="1143" v2="2391" v3="2392" />
+      <tetrahedron index="4010" v0="1143" v1="2391" v2="2392" v3="2758" />
+      <tetrahedron index="4011" v0="776" v1="1090" v2="1143" v3="2391" />
+      <tetrahedron index="4012" v0="1090" v1="1143" v2="2391" v3="2705" />
+      <tetrahedron index="4013" v0="1143" v1="2391" v2="2705" v3="2758" />
+      <tetrahedron index="4014" v0="544" v1="752" v2="1177" v3="2159" />
+      <tetrahedron index="4015" v0="752" v1="1177" v2="2159" v3="2367" />
+      <tetrahedron index="4016" v0="1177" v1="2159" v2="2367" v3="2792" />
+      <tetrahedron index="4017" v0="752" v1="1040" v2="1177" v3="2367" />
+      <tetrahedron index="4018" v0="1040" v1="1177" v2="2367" v3="2655" />
+      <tetrahedron index="4019" v0="1177" v1="2367" v2="2655" v3="2792" />
+      <tetrahedron index="4020" v0="280" v1="578" v2="1146" v3="1895" />
+      <tetrahedron index="4021" v0="578" v1="1146" v2="1895" v3="2193" />
+      <tetrahedron index="4022" v0="1146" v1="1895" v2="2193" v3="2761" />
+      <tetrahedron index="4023" v0="419" v1="472" v2="1175" v3="2034" />
+      <tetrahedron index="4024" v0="472" v1="1175" v2="2034" v3="2087" />
+      <tetrahedron index="4025" v0="1175" v1="2034" v2="2087" v3="2790" />
+      <tetrahedron index="4026" v0="472" v1="1146" v2="1175" v3="2087" />
+      <tetrahedron index="4027" v0="1146" v1="1175" v2="2087" v3="2761" />
+      <tetrahedron index="4028" v0="1175" v1="2087" v2="2761" v3="2790" />
+      <tetrahedron index="4029" v0="862" v1="871" v2="940" v3="2477" />
+      <tetrahedron index="4030" v0="871" v1="940" v2="2477" v3="2486" />
+      <tetrahedron index="4031" v0="940" v1="2477" v2="2486" v3="2555" />
+      <tetrahedron index="4032" v0="862" v1="923" v2="940" v3="2477" />
+      <tetrahedron index="4033" v0="923" v1="940" v2="2477" v3="2538" />
+      <tetrahedron index="4034" v0="940" v1="2477" v2="2538" v3="2555" />
+      <tetrahedron index="4035" v0="13" v1="1071" v2="1097" v3="1628" />
+      <tetrahedron index="4036" v0="1071" v1="1097" v2="1628" v3="2686" />
+      <tetrahedron index="4037" v0="1097" v1="1628" v2="2686" v3="2712" />
+      <tetrahedron index="4038" v0="960" v1="1076" v2="1150" v3="2575" />
+      <tetrahedron index="4039" v0="1076" v1="1150" v2="2575" v3="2691" />
+      <tetrahedron index="4040" v0="1150" v1="2575" v2="2691" v3="2765" />
+      <tetrahedron index="4041" v0="960" v1="968" v2="1150" v3="2575" />
+      <tetrahedron index="4042" v0="968" v1="1150" v2="2575" v3="2583" />
+      <tetrahedron index="4043" v0="1150" v1="2575" v2="2583" v3="2765" />
+      <tetrahedron index="4044" v0="893" v1="1150" v2="1183" v3="2508" />
+      <tetrahedron index="4045" v0="1150" v1="1183" v2="2508" v3="2765" />
+      <tetrahedron index="4046" v0="1183" v1="2508" v2="2765" v3="2798" />
+      <tetrahedron index="4047" v0="893" v1="968" v2="1150" v3="2508" />
+      <tetrahedron index="4048" v0="968" v1="1150" v2="2508" v3="2583" />
+      <tetrahedron index="4049" v0="1150" v1="2508" v2="2583" v3="2765" />
+      <tetrahedron index="4050" v0="253" v1="254" v2="675" v3="1868" />
+      <tetrahedron index="4051" v0="254" v1="675" v2="1868" v3="1869" />
+      <tetrahedron index="4052" v0="675" v1="1868" v2="1869" v3="2290" />
+      <tetrahedron index="4053" v0="803" v1="804" v2="813" v3="2418" />
+      <tetrahedron index="4054" v0="804" v1="813" v2="2418" v3="2419" />
+      <tetrahedron index="4055" v0="813" v1="2418" v2="2419" v3="2428" />
+      <tetrahedron index="4056" v0="986" v1="1113" v2="1184" v3="2601" />
+      <tetrahedron index="4057" v0="1113" v1="1184" v2="2601" v3="2728" />
+      <tetrahedron index="4058" v0="1184" v1="2601" v2="2728" v3="2799" />
+      <tetrahedron index="4059" v0="543" v1="986" v2="1113" v3="2158" />
+      <tetrahedron index="4060" v0="986" v1="1113" v2="2158" v3="2601" />
+      <tetrahedron index="4061" v0="1113" v1="2158" v2="2601" v3="2728" />
+      <tetrahedron index="4062" v0="295" v1="930" v2="1100" v3="1910" />
+      <tetrahedron index="4063" v0="930" v1="1100" v2="1910" v3="2545" />
+      <tetrahedron index="4064" v0="1100" v1="1910" v2="2545" v3="2715" />
+      <tetrahedron index="4065" v0="930" v1="1007" v2="1100" v3="2545" />
+      <tetrahedron index="4066" v0="1007" v1="1100" v2="2545" v3="2622" />
+      <tetrahedron index="4067" v0="1100" v1="2545" v2="2622" v3="2715" />
+      <tetrahedron index="4068" v0="725" v1="1185" v2="1186" v3="2340" />
+      <tetrahedron index="4069" v0="1185" v1="1186" v2="2340" v3="2800" />
+      <tetrahedron index="4070" v0="1186" v1="2340" v2="2800" v3="2801" />
+      <tetrahedron index="4071" v0="703" v1="1117" v2="1118" v3="2318" />
+      <tetrahedron index="4072" v0="1117" v1="1118" v2="2318" v3="2732" />
+      <tetrahedron index="4073" v0="1118" v1="2318" v2="2732" v3="2733" />
+      <tetrahedron index="4074" v0="703" v1="937" v2="1117" v3="2318" />
+      <tetrahedron index="4075" v0="937" v1="1117" v2="2318" v3="2552" />
+      <tetrahedron index="4076" v0="1117" v1="2318" v2="2552" v3="2732" />
+      <tetrahedron index="4077" v0="542" v1="1098" v2="1187" v3="2157" />
+      <tetrahedron index="4078" v0="1098" v1="1187" v2="2157" v3="2713" />
+      <tetrahedron index="4079" v0="1187" v1="2157" v2="2713" v3="2802" />
+      <tetrahedron index="4080" v0="894" v1="895" v2="998" v3="2509" />
+      <tetrahedron index="4081" v0="895" v1="998" v2="2509" v3="2510" />
+      <tetrahedron index="4082" v0="998" v1="2509" v2="2510" v3="2613" />
+      <tetrahedron index="4083" v0="895" v1="998" v2="1077" v3="2510" />
+      <tetrahedron index="4084" v0="998" v1="1077" v2="2510" v3="2613" />
+      <tetrahedron index="4085" v0="1077" v1="2510" v2="2613" v3="2692" />
+      <tetrahedron index="4086" v0="166" v1="1001" v2="1152" v3="1781" />
+      <tetrahedron index="4087" v0="1001" v1="1152" v2="1781" v3="2616" />
+      <tetrahedron index="4088" v0="1152" v1="1781" v2="2616" v3="2767" />
+      <tetrahedron index="4089" v0="72" v1="166" v2="1152" v3="1687" />
+      <tetrahedron index="4090" v0="166" v1="1152" v2="1687" v3="1781" />
+      <tetrahedron index="4091" v0="1152" v1="1687" v2="1781" v3="2767" />
+      <tetrahedron index="4092" v0="574" v1="1156" v2="1188" v3="2189" />
+      <tetrahedron index="4093" v0="1156" v1="1188" v2="2189" v3="2771" />
+      <tetrahedron index="4094" v0="1188" v1="2189" v2="2771" v3="2803" />
+      <tetrahedron index="4095" v0="708" v1="1156" v2="1187" v3="2323" />
+      <tetrahedron index="4096" v0="1156" v1="1187" v2="2323" v3="2771" />
+      <tetrahedron index="4097" v0="1187" v1="2323" v2="2771" v3="2802" />
+      <tetrahedron index="4098" v0="717" v1="1189" v2="1190" v3="2332" />
+      <tetrahedron index="4099" v0="1189" v1="1190" v2="2332" v3="2804" />
+      <tetrahedron index="4100" v0="1190" v1="2332" v2="2804" v3="2805" />
+      <tetrahedron index="4101" v0="456" v1="931" v2="1157" v3="2071" />
+      <tetrahedron index="4102" v0="931" v1="1157" v2="2071" v3="2546" />
+      <tetrahedron index="4103" v0="1157" v1="2071" v2="2546" v3="2772" />
+      <tetrahedron index="4104" v0="691" v1="931" v2="1157" v3="2306" />
+      <tetrahedron index="4105" v0="931" v1="1157" v2="2306" v3="2546" />
+      <tetrahedron index="4106" v0="1157" v1="2306" v2="2546" v3="2772" />
+      <tetrahedron index="4107" v0="691" v1="693" v2="1157" v3="2306" />
+      <tetrahedron index="4108" v0="693" v1="1157" v2="2306" v3="2308" />
+      <tetrahedron index="4109" v0="1157" v1="2306" v2="2308" v3="2772" />
+      <tetrahedron index="4110" v0="85" v1="693" v2="1157" v3="1700" />
+      <tetrahedron index="4111" v0="693" v1="1157" v2="1700" v3="2308" />
+      <tetrahedron index="4112" v0="1157" v1="1700" v2="2308" v3="2772" />
+      <tetrahedron index="4113" v0="161" v1="951" v2="1126" v3="1776" />
+      <tetrahedron index="4114" v0="951" v1="1126" v2="1776" v3="2566" />
+      <tetrahedron index="4115" v0="1126" v1="1776" v2="2566" v3="2741" />
+      <tetrahedron index="4116" v0="161" v1="899" v2="1126" v3="1776" />
+      <tetrahedron index="4117" v0="899" v1="1126" v2="1776" v3="2514" />
+      <tetrahedron index="4118" v0="1126" v1="1776" v2="2514" v3="2741" />
+      <tetrahedron index="4119" v0="450" v1="937" v2="1191" v3="2065" />
+      <tetrahedron index="4120" v0="937" v1="1191" v2="2065" v3="2552" />
+      <tetrahedron index="4121" v0="1191" v1="2065" v2="2552" v3="2806" />
+      <tetrahedron index="4122" v0="656" v1="859" v2="974" v3="2271" />
+      <tetrahedron index="4123" v0="859" v1="974" v2="2271" v3="2474" />
+      <tetrahedron index="4124" v0="974" v1="2271" v2="2474" v3="2589" />
+      <tetrahedron index="4125" v0="859" v1="974" v2="1092" v3="2474" />
+      <tetrahedron index="4126" v0="974" v1="1092" v2="2474" v3="2589" />
+      <tetrahedron index="4127" v0="1092" v1="2474" v2="2589" v3="2707" />
+      <tetrahedron index="4128" v0="636" v1="776" v2="907" v3="2251" />
+      <tetrahedron index="4129" v0="776" v1="907" v2="2251" v3="2391" />
+      <tetrahedron index="4130" v0="907" v1="2251" v2="2391" v3="2522" />
+      <tetrahedron index="4131" v0="776" v1="907" v2="1064" v3="2391" />
+      <tetrahedron index="4132" v0="907" v1="1064" v2="2391" v3="2522" />
+      <tetrahedron index="4133" v0="1064" v1="2391" v2="2522" v3="2679" />
+      <tetrahedron index="4134" v0="917" v1="1022" v2="1192" v3="2532" />
+      <tetrahedron index="4135" v0="1022" v1="1192" v2="2532" v3="2637" />
+      <tetrahedron index="4136" v0="1192" v1="2532" v2="2637" v3="2807" />
+      <tetrahedron index="4137" v0="1022" v1="1024" v2="1192" v3="2637" />
+      <tetrahedron index="4138" v0="1024" v1="1192" v2="2637" v3="2639" />
+      <tetrahedron index="4139" v0="1192" v1="2637" v2="2639" v3="2807" />
+      <tetrahedron index="4140" v0="918" v1="1001" v2="1152" v3="2533" />
+      <tetrahedron index="4141" v0="1001" v1="1152" v2="2533" v3="2616" />
+      <tetrahedron index="4142" v0="1152" v1="2533" v2="2616" v3="2767" />
+      <tetrahedron index="4143" v0="70" v1="918" v2="1152" v3="1685" />
+      <tetrahedron index="4144" v0="918" v1="1152" v2="1685" v3="2533" />
+      <tetrahedron index="4145" v0="1152" v1="1685" v2="2533" v3="2767" />
+      <tetrahedron index="4146" v0="233" v1="424" v2="1100" v3="1848" />
+      <tetrahedron index="4147" v0="424" v1="1100" v2="1848" v3="2039" />
+      <tetrahedron index="4148" v0="1100" v1="1848" v2="2039" v3="2715" />
+      <tetrahedron index="4149" v0="424" v1="1009" v2="1100" v3="2039" />
+      <tetrahedron index="4150" v0="1009" v1="1100" v2="2039" v3="2624" />
+      <tetrahedron index="4151" v0="1100" v1="2039" v2="2624" v3="2715" />
+      <tetrahedron index="4152" v0="717" v1="718" v2="1160" v3="2332" />
+      <tetrahedron index="4153" v0="718" v1="1160" v2="2332" v3="2333" />
+      <tetrahedron index="4154" v0="1160" v1="2332" v2="2333" v3="2775" />
+      <tetrahedron index="4155" v0="717" v1="1160" v2="1190" v3="2332" />
+      <tetrahedron index="4156" v0="1160" v1="1190" v2="2332" v3="2775" />
+      <tetrahedron index="4157" v0="1190" v1="2332" v2="2775" v3="2805" />
+      <tetrahedron index="4158" v0="1040" v1="1177" v2="1193" v3="2655" />
+      <tetrahedron index="4159" v0="1177" v1="1193" v2="2655" v3="2792" />
+      <tetrahedron index="4160" v0="1193" v1="2655" v2="2792" v3="2808" />
+      <tetrahedron index="4161" v0="1176" v1="1194" v2="1195" v3="2791" />
+      <tetrahedron index="4162" v0="1194" v1="1195" v2="2791" v3="2809" />
+      <tetrahedron index="4163" v0="1195" v1="2791" v2="2809" v3="2810" />
+      <tetrahedron index="4164" v0="1049" v1="1176" v2="1194" v3="2664" />
+      <tetrahedron index="4165" v0="1176" v1="1194" v2="2664" v3="2791" />
+      <tetrahedron index="4166" v0="1194" v1="2664" v2="2791" v3="2809" />
+      <tetrahedron index="4167" v0="738" v1="984" v2="1122" v3="2353" />
+      <tetrahedron index="4168" v0="984" v1="1122" v2="2353" v3="2599" />
+      <tetrahedron index="4169" v0="1122" v1="2353" v2="2599" v3="2737" />
+      <tetrahedron index="4170" v0="1188" v1="1196" v2="1197" v3="2803" />
+      <tetrahedron index="4171" v0="1196" v1="1197" v2="2803" v3="2811" />
+      <tetrahedron index="4172" v0="1197" v1="2803" v2="2811" v3="2812" />
+      <tetrahedron index="4173" v0="1002" v1="1114" v2="1161" v3="2617" />
+      <tetrahedron index="4174" v0="1114" v1="1161" v2="2617" v3="2729" />
+      <tetrahedron index="4175" v0="1161" v1="2617" v2="2729" v3="2776" />
+      <tetrahedron index="4176" v0="985" v1="1114" v2="1161" v3="2600" />
+      <tetrahedron index="4177" v0="1114" v1="1161" v2="2600" v3="2729" />
+      <tetrahedron index="4178" v0="1161" v1="2600" v2="2729" v3="2776" />
+      <tetrahedron index="4179" v0="448" v1="1089" v2="1198" v3="2063" />
+      <tetrahedron index="4180" v0="1089" v1="1198" v2="2063" v3="2704" />
+      <tetrahedron index="4181" v0="1198" v1="2063" v2="2704" v3="2813" />
+      <tetrahedron index="4182" v0="448" v1="972" v2="1089" v3="2063" />
+      <tetrahedron index="4183" v0="972" v1="1089" v2="2063" v3="2587" />
+      <tetrahedron index="4184" v0="1089" v1="2063" v2="2587" v3="2704" />
+      <tetrahedron index="4185" v0="1109" v1="1189" v2="1199" v3="2724" />
+      <tetrahedron index="4186" v0="1189" v1="1199" v2="2724" v3="2804" />
+      <tetrahedron index="4187" v0="1199" v1="2724" v2="2804" v3="2814" />
+      <tetrahedron index="4188" v0="1151" v1="1200" v2="1201" v3="2766" />
+      <tetrahedron index="4189" v0="1200" v1="1201" v2="2766" v3="2815" />
+      <tetrahedron index="4190" v0="1201" v1="2766" v2="2815" v3="2816" />
+      <tetrahedron index="4191" v0="906" v1="1151" v2="1201" v3="2521" />
+      <tetrahedron index="4192" v0="1151" v1="1201" v2="2521" v3="2766" />
+      <tetrahedron index="4193" v0="1201" v1="2521" v2="2766" v3="2816" />
+      <tetrahedron index="4194" v0="392" v1="936" v2="1084" v3="2007" />
+      <tetrahedron index="4195" v0="936" v1="1084" v2="2007" v3="2551" />
+      <tetrahedron index="4196" v0="1084" v1="2007" v2="2551" v3="2699" />
+      <tetrahedron index="4197" v0="392" v1="393" v2="1084" v3="2007" />
+      <tetrahedron index="4198" v0="393" v1="1084" v2="2007" v3="2008" />
+      <tetrahedron index="4199" v0="1084" v1="2007" v2="2008" v3="2699" />
+      <tetrahedron index="4200" v0="1050" v1="1051" v2="1202" v3="2665" />
+      <tetrahedron index="4201" v0="1051" v1="1202" v2="2665" v3="2666" />
+      <tetrahedron index="4202" v0="1202" v1="2665" v2="2666" v3="2817" />
+      <tetrahedron index="4203" v0="614" v1="1051" v2="1202" v3="2229" />
+      <tetrahedron index="4204" v0="1051" v1="1202" v2="2229" v3="2666" />
+      <tetrahedron index="4205" v0="1202" v1="2229" v2="2666" v3="2817" />
+      <tetrahedron index="4206" v0="393" v1="1084" v2="1167" v3="2008" />
+      <tetrahedron index="4207" v0="1084" v1="1167" v2="2008" v3="2699" />
+      <tetrahedron index="4208" v0="1167" v1="2008" v2="2699" v3="2782" />
+      <tetrahedron index="4209" v0="986" v1="1184" v2="1203" v3="2601" />
+      <tetrahedron index="4210" v0="1184" v1="1203" v2="2601" v3="2799" />
+      <tetrahedron index="4211" v0="1203" v1="2601" v2="2799" v3="2818" />
+      <tetrahedron index="4212" v0="1184" v1="1203" v2="1204" v3="2799" />
+      <tetrahedron index="4213" v0="1203" v1="1204" v2="2799" v3="2818" />
+      <tetrahedron index="4214" v0="1204" v1="2799" v2="2818" v3="2819" />
+      <tetrahedron index="4215" v0="793" v1="794" v2="903" v3="2408" />
+      <tetrahedron index="4216" v0="794" v1="903" v2="2408" v3="2409" />
+      <tetrahedron index="4217" v0="903" v1="2408" v2="2409" v3="2518" />
+      <tetrahedron index="4218" v0="794" v1="903" v2="1205" v3="2409" />
+      <tetrahedron index="4219" v0="903" v1="1205" v2="2409" v3="2518" />
+      <tetrahedron index="4220" v0="1205" v1="2409" v2="2518" v3="2820" />
+      <tetrahedron index="4221" v0="507" v1="956" v2="1206" v3="2122" />
+      <tetrahedron index="4222" v0="956" v1="1206" v2="2122" v3="2571" />
+      <tetrahedron index="4223" v0="1206" v1="2122" v2="2571" v3="2821" />
+      <tetrahedron index="4224" v0="506" v1="507" v2="1206" v3="2121" />
+      <tetrahedron index="4225" v0="507" v1="1206" v2="2121" v3="2122" />
+      <tetrahedron index="4226" v0="1206" v1="2121" v2="2122" v3="2821" />
+      <tetrahedron index="4227" v0="94" v1="793" v2="1102" v3="1709" />
+      <tetrahedron index="4228" v0="793" v1="1102" v2="1709" v3="2408" />
+      <tetrahedron index="4229" v0="1102" v1="1709" v2="2408" v3="2717" />
+      <tetrahedron index="4230" v0="94" v1="793" v2="902" v3="1709" />
+      <tetrahedron index="4231" v0="793" v1="902" v2="1709" v3="2408" />
+      <tetrahedron index="4232" v0="902" v1="1709" v2="2408" v3="2517" />
+      <tetrahedron index="4233" v0="135" v1="722" v2="940" v3="1750" />
+      <tetrahedron index="4234" v0="722" v1="940" v2="1750" v3="2337" />
+      <tetrahedron index="4235" v0="940" v1="1750" v2="2337" v3="2555" />
+      <tetrahedron index="4236" v0="135" v1="871" v2="940" v3="1750" />
+      <tetrahedron index="4237" v0="871" v1="940" v2="1750" v3="2486" />
+      <tetrahedron index="4238" v0="940" v1="1750" v2="2486" v3="2555" />
+      <tetrahedron index="4239" v0="425" v1="1057" v2="1207" v3="2040" />
+      <tetrahedron index="4240" v0="1057" v1="1207" v2="2040" v3="2672" />
+      <tetrahedron index="4241" v0="1207" v1="2040" v2="2672" v3="2822" />
+      <tetrahedron index="4242" v0="425" v1="602" v2="1057" v3="2040" />
+      <tetrahedron index="4243" v0="602" v1="1057" v2="2040" v3="2217" />
+      <tetrahedron index="4244" v0="1057" v1="2040" v2="2217" v3="2672" />
+      <tetrahedron index="4245" v0="627" v1="742" v2="1168" v3="2242" />
+      <tetrahedron index="4246" v0="742" v1="1168" v2="2242" v3="2357" />
+      <tetrahedron index="4247" v0="1168" v1="2242" v2="2357" v3="2783" />
+      <tetrahedron index="4248" v0="341" v1="742" v2="1168" v3="1956" />
+      <tetrahedron index="4249" v0="742" v1="1168" v2="1956" v3="2357" />
+      <tetrahedron index="4250" v0="1168" v1="1956" v2="2357" v3="2783" />
+      <tetrahedron index="4251" v0="627" v1="647" v2="1168" v3="2242" />
+      <tetrahedron index="4252" v0="647" v1="1168" v2="2242" v3="2262" />
+      <tetrahedron index="4253" v0="1168" v1="2242" v2="2262" v3="2783" />
+      <tetrahedron index="4254" v0="212" v1="647" v2="1168" v3="1827" />
+      <tetrahedron index="4255" v0="647" v1="1168" v2="1827" v3="2262" />
+      <tetrahedron index="4256" v0="1168" v1="1827" v2="2262" v3="2783" />
+      <tetrahedron index="4257" v0="58" v1="59" v2="1105" v3="1673" />
+      <tetrahedron index="4258" v0="59" v1="1105" v2="1673" v3="1674" />
+      <tetrahedron index="4259" v0="1105" v1="1673" v2="1674" v3="2720" />
+      <tetrahedron index="4260" v0="405" v1="1141" v2="1208" v3="2020" />
+      <tetrahedron index="4261" v0="1141" v1="1208" v2="2020" v3="2756" />
+      <tetrahedron index="4262" v0="1208" v1="2020" v2="2756" v3="2823" />
+      <tetrahedron index="4263" v0="450" v1="914" v2="1116" v3="2065" />
+      <tetrahedron index="4264" v0="914" v1="1116" v2="2065" v3="2529" />
+      <tetrahedron index="4265" v0="1116" v1="2065" v2="2529" v3="2731" />
+      <tetrahedron index="4266" v0="546" v1="548" v2="1170" v3="2161" />
+      <tetrahedron index="4267" v0="548" v1="1170" v2="2161" v3="2163" />
+      <tetrahedron index="4268" v0="1170" v1="2161" v2="2163" v3="2785" />
+      <tetrahedron index="4269" v0="546" v1="824" v2="1170" v3="2161" />
+      <tetrahedron index="4270" v0="824" v1="1170" v2="2161" v3="2439" />
+      <tetrahedron index="4271" v0="1170" v1="2161" v2="2439" v3="2785" />
+      <tetrahedron index="4272" v0="174" v1="992" v2="1165" v3="1789" />
+      <tetrahedron index="4273" v0="992" v1="1165" v2="1789" v3="2607" />
+      <tetrahedron index="4274" v0="1165" v1="1789" v2="2607" v3="2780" />
+      <tetrahedron index="4275" v0="174" v1="179" v2="1165" v3="1789" />
+      <tetrahedron index="4276" v0="179" v1="1165" v2="1789" v3="1794" />
+      <tetrahedron index="4277" v0="1165" v1="1789" v2="1794" v3="2780" />
+      <tetrahedron index="4278" v0="712" v1="771" v2="946" v3="2327" />
+      <tetrahedron index="4279" v0="771" v1="946" v2="2327" v3="2386" />
+      <tetrahedron index="4280" v0="946" v1="2327" v2="2386" v3="2561" />
+      <tetrahedron index="4281" v0="909" v1="959" v2="1176" v3="2524" />
+      <tetrahedron index="4282" v0="959" v1="1176" v2="2524" v3="2574" />
+      <tetrahedron index="4283" v0="1176" v1="2524" v2="2574" v3="2791" />
+      <tetrahedron index="4284" v0="43" v1="59" v2="60" v3="1658" />
+      <tetrahedron index="4285" v0="59" v1="60" v2="1658" v3="1674" />
+      <tetrahedron index="4286" v0="60" v1="1658" v2="1674" v3="1675" />
+      <tetrahedron index="4287" v0="43" v1="59" v2="148" v3="1658" />
+      <tetrahedron index="4288" v0="59" v1="148" v2="1658" v3="1674" />
+      <tetrahedron index="4289" v0="148" v1="1658" v2="1674" v3="1763" />
+      <tetrahedron index="4290" v0="283" v1="995" v2="1172" v3="1898" />
+      <tetrahedron index="4291" v0="995" v1="1172" v2="1898" v3="2610" />
+      <tetrahedron index="4292" v0="1172" v1="1898" v2="2610" v3="2787" />
+      <tetrahedron index="4293" v0="283" v1="1134" v2="1172" v3="1898" />
+      <tetrahedron index="4294" v0="1134" v1="1172" v2="1898" v3="2749" />
+      <tetrahedron index="4295" v0="1172" v1="1898" v2="2749" v3="2787" />
+      <tetrahedron index="4296" v0="1101" v1="1103" v2="1115" v3="2716" />
+      <tetrahedron index="4297" v0="1103" v1="1115" v2="2716" v3="2718" />
+      <tetrahedron index="4298" v0="1115" v1="2716" v2="2718" v3="2730" />
+      <tetrahedron index="4299" v0="1101" v1="1102" v2="1103" v3="2716" />
+      <tetrahedron index="4300" v0="1102" v1="1103" v2="2716" v3="2717" />
+      <tetrahedron index="4301" v0="1103" v1="2716" v2="2717" v3="2718" />
+      <tetrahedron index="4302" v0="772" v1="900" v2="1121" v3="2387" />
+      <tetrahedron index="4303" v0="900" v1="1121" v2="2387" v3="2515" />
+      <tetrahedron index="4304" v0="1121" v1="2387" v2="2515" v3="2736" />
+      <tetrahedron index="4305" v0="760" v1="900" v2="1121" v3="2375" />
+      <tetrahedron index="4306" v0="900" v1="1121" v2="2375" v3="2515" />
+      <tetrahedron index="4307" v0="1121" v1="2375" v2="2515" v3="2736" />
+      <tetrahedron index="4308" v0="1144" v1="1145" v2="1174" v3="2759" />
+      <tetrahedron index="4309" v0="1145" v1="1174" v2="2759" v3="2760" />
+      <tetrahedron index="4310" v0="1174" v1="2759" v2="2760" v3="2789" />
+      <tetrahedron index="4311" v0="677" v1="851" v2="932" v3="2292" />
+      <tetrahedron index="4312" v0="851" v1="932" v2="2292" v3="2466" />
+      <tetrahedron index="4313" v0="932" v1="2292" v2="2466" v3="2547" />
+      <tetrahedron index="4314" v0="677" v1="851" v2="852" v3="2292" />
+      <tetrahedron index="4315" v0="851" v1="852" v2="2292" v3="2466" />
+      <tetrahedron index="4316" v0="852" v1="2292" v2="2466" v3="2467" />
+      <tetrahedron index="4317" v0="109" v1="487" v2="1209" v3="1724" />
+      <tetrahedron index="4318" v0="487" v1="1209" v2="1724" v3="2102" />
+      <tetrahedron index="4319" v0="1209" v1="1724" v2="2102" v3="2824" />
+      <tetrahedron index="4320" v0="635" v1="767" v2="1175" v3="2250" />
+      <tetrahedron index="4321" v0="767" v1="1175" v2="2250" v3="2382" />
+      <tetrahedron index="4322" v0="1175" v1="2250" v2="2382" v3="2790" />
+      <tetrahedron index="4323" v0="419" v1="635" v2="1175" v3="2034" />
+      <tetrahedron index="4324" v0="635" v1="1175" v2="2034" v3="2250" />
+      <tetrahedron index="4325" v0="1175" v1="2034" v2="2250" v3="2790" />
+      <tetrahedron index="4326" v0="1108" v1="1166" v2="1170" v3="2723" />
+      <tetrahedron index="4327" v0="1166" v1="1170" v2="2723" v3="2781" />
+      <tetrahedron index="4328" v0="1170" v1="2723" v2="2781" v3="2785" />
+      <tetrahedron index="4329" v0="548" v1="1166" v2="1170" v3="2163" />
+      <tetrahedron index="4330" v0="1166" v1="1170" v2="2163" v3="2781" />
+      <tetrahedron index="4331" v0="1170" v1="2163" v2="2781" v3="2785" />
+      <tetrahedron index="4332" v0="1013" v1="1014" v2="1123" v3="2628" />
+      <tetrahedron index="4333" v0="1014" v1="1123" v2="2628" v3="2629" />
+      <tetrahedron index="4334" v0="1123" v1="2628" v2="2629" v3="2738" />
+      <tetrahedron index="4335" v0="269" v1="976" v2="1125" v3="1884" />
+      <tetrahedron index="4336" v0="976" v1="1125" v2="1884" v3="2591" />
+      <tetrahedron index="4337" v0="1125" v1="1884" v2="2591" v3="2740" />
+      <tetrahedron index="4338" v0="976" v1="1052" v2="1125" v3="2591" />
+      <tetrahedron index="4339" v0="1052" v1="1125" v2="2591" v3="2667" />
+      <tetrahedron index="4340" v0="1125" v1="2591" v2="2667" v3="2740" />
+      <tetrahedron index="4341" v0="447" v1="972" v2="1122" v3="2062" />
+      <tetrahedron index="4342" v0="972" v1="1122" v2="2062" v3="2587" />
+      <tetrahedron index="4343" v0="1122" v1="2062" v2="2587" v3="2737" />
+      <tetrahedron index="4344" v0="583" v1="972" v2="1122" v3="2198" />
+      <tetrahedron index="4345" v0="972" v1="1122" v2="2198" v3="2587" />
+      <tetrahedron index="4346" v0="1122" v1="2198" v2="2587" v3="2737" />
+      <tetrahedron index="4347" v0="113" v1="499" v2="977" v3="1728" />
+      <tetrahedron index="4348" v0="499" v1="977" v2="1728" v3="2114" />
+      <tetrahedron index="4349" v0="977" v1="1728" v2="2114" v3="2592" />
+      <tetrahedron index="4350" v0="499" v1="749" v2="977" v3="2114" />
+      <tetrahedron index="4351" v0="749" v1="977" v2="2114" v3="2364" />
+      <tetrahedron index="4352" v0="977" v1="2114" v2="2364" v3="2592" />
+      <tetrahedron index="4353" v0="1014" v1="1019" v2="1123" v3="2629" />
+      <tetrahedron index="4354" v0="1019" v1="1123" v2="2629" v3="2634" />
+      <tetrahedron index="4355" v0="1123" v1="2629" v2="2634" v3="2738" />
+      <tetrahedron index="4356" v0="1019" v1="1075" v2="1123" v3="2634" />
+      <tetrahedron index="4357" v0="1075" v1="1123" v2="2634" v3="2690" />
+      <tetrahedron index="4358" v0="1123" v1="2634" v2="2690" v3="2738" />
+      <tetrahedron index="4359" v0="804" v1="1048" v2="1194" v3="2419" />
+      <tetrahedron index="4360" v0="1048" v1="1194" v2="2419" v3="2663" />
+      <tetrahedron index="4361" v0="1194" v1="2419" v2="2663" v3="2809" />
+      <tetrahedron index="4362" v0="1048" v1="1049" v2="1194" v3="2663" />
+      <tetrahedron index="4363" v0="1049" v1="1194" v2="2663" v3="2664" />
+      <tetrahedron index="4364" v0="1194" v1="2663" v2="2664" v3="2809" />
+      <tetrahedron index="4365" v0="1174" v1="1210" v2="1211" v3="2789" />
+      <tetrahedron index="4366" v0="1210" v1="1211" v2="2789" v3="2825" />
+      <tetrahedron index="4367" v0="1211" v1="2789" v2="2825" v3="2826" />
+      <tetrahedron index="4368" v0="370" v1="372" v2="1212" v3="1985" />
+      <tetrahedron index="4369" v0="372" v1="1212" v2="1985" v3="1987" />
+      <tetrahedron index="4370" v0="1212" v1="1985" v2="1987" v3="2827" />
+      <tetrahedron index="4371" v0="953" v1="1015" v2="1126" v3="2568" />
+      <tetrahedron index="4372" v0="1015" v1="1126" v2="2568" v3="2630" />
+      <tetrahedron index="4373" v0="1126" v1="2568" v2="2630" v3="2741" />
+      <tetrahedron index="4374" v0="953" v1="982" v2="1126" v3="2568" />
+      <tetrahedron index="4375" v0="982" v1="1126" v2="2568" v3="2597" />
+      <tetrahedron index="4376" v0="1126" v1="2568" v2="2597" v3="2741" />
+      <tetrahedron index="4377" v0="826" v1="920" v2="1193" v3="2441" />
+      <tetrahedron index="4378" v0="920" v1="1193" v2="2441" v3="2535" />
+      <tetrahedron index="4379" v0="1193" v1="2441" v2="2535" v3="2808" />
+      <tetrahedron index="4380" v0="777" v1="1078" v2="1213" v3="2392" />
+      <tetrahedron index="4381" v0="1078" v1="1213" v2="2392" v3="2693" />
+      <tetrahedron index="4382" v0="1213" v1="2392" v2="2693" v3="2828" />
+      <tetrahedron index="4383" v0="813" v1="950" v2="1214" v3="2428" />
+      <tetrahedron index="4384" v0="950" v1="1214" v2="2428" v3="2565" />
+      <tetrahedron index="4385" v0="1214" v1="2428" v2="2565" v3="2829" />
+      <tetrahedron index="4386" v0="477" v1="857" v2="1215" v3="2092" />
+      <tetrahedron index="4387" v0="857" v1="1215" v2="2092" v3="2472" />
+      <tetrahedron index="4388" v0="1215" v1="2092" v2="2472" v3="2830" />
+      <tetrahedron index="4389" v0="857" v1="998" v2="1077" v3="2472" />
+      <tetrahedron index="4390" v0="998" v1="1077" v2="2472" v3="2613" />
+      <tetrahedron index="4391" v0="1077" v1="2472" v2="2613" v3="2692" />
+      <tetrahedron index="4392" v0="477" v1="857" v2="998" v3="2092" />
+      <tetrahedron index="4393" v0="857" v1="998" v2="2092" v3="2472" />
+      <tetrahedron index="4394" v0="998" v1="2092" v2="2472" v3="2613" />
+      <tetrahedron index="4395" v0="1154" v1="1216" v2="1217" v3="2769" />
+      <tetrahedron index="4396" v0="1216" v1="1217" v2="2769" v3="2831" />
+      <tetrahedron index="4397" v0="1217" v1="2769" v2="2831" v3="2832" />
+      <tetrahedron index="4398" v0="809" v1="1160" v2="1166" v3="2424" />
+      <tetrahedron index="4399" v0="1160" v1="1166" v2="2424" v3="2775" />
+      <tetrahedron index="4400" v0="1166" v1="2424" v2="2775" v3="2781" />
+      <tetrahedron index="4401" v0="253" v1="675" v2="744" v3="1868" />
+      <tetrahedron index="4402" v0="675" v1="744" v2="1868" v3="2290" />
+      <tetrahedron index="4403" v0="744" v1="1868" v2="2290" v3="2359" />
+      <tetrahedron index="4404" v0="253" v1="744" v2="1071" v3="1868" />
+      <tetrahedron index="4405" v0="744" v1="1071" v2="1868" v3="2359" />
+      <tetrahedron index="4406" v0="1071" v1="1868" v2="2359" v3="2686" />
+      <tetrahedron index="4407" v0="1050" v1="1057" v2="1202" v3="2665" />
+      <tetrahedron index="4408" v0="1057" v1="1202" v2="2665" v3="2672" />
+      <tetrahedron index="4409" v0="1202" v1="2665" v2="2672" v3="2817" />
+      <tetrahedron index="4410" v0="1057" v1="1202" v2="1207" v3="2672" />
+      <tetrahedron index="4411" v0="1202" v1="1207" v2="2672" v3="2817" />
+      <tetrahedron index="4412" v0="1207" v1="2672" v2="2817" v3="2822" />
+      <tetrahedron index="4413" v0="1101" v1="1114" v2="1115" v3="2716" />
+      <tetrahedron index="4414" v0="1114" v1="1115" v2="2716" v3="2729" />
+      <tetrahedron index="4415" v0="1115" v1="2716" v2="2729" v3="2730" />
+      <tetrahedron index="4416" v0="1002" v1="1101" v2="1114" v3="2617" />
+      <tetrahedron index="4417" v0="1101" v1="1114" v2="2617" v3="2716" />
+      <tetrahedron index="4418" v0="1114" v1="2617" v2="2716" v3="2729" />
+      <tetrahedron index="4419" v0="1121" v1="1129" v2="1130" v3="2736" />
+      <tetrahedron index="4420" v0="1129" v1="1130" v2="2736" v3="2744" />
+      <tetrahedron index="4421" v0="1130" v1="2736" v2="2744" v3="2745" />
+      <tetrahedron index="4422" v0="1067" v1="1121" v2="1129" v3="2682" />
+      <tetrahedron index="4423" v0="1121" v1="1129" v2="2682" v3="2736" />
+      <tetrahedron index="4424" v0="1129" v1="2682" v2="2736" v3="2744" />
+      <tetrahedron index="4425" v0="186" v1="854" v2="1004" v3="1801" />
+      <tetrahedron index="4426" v0="854" v1="1004" v2="1801" v3="2469" />
+      <tetrahedron index="4427" v0="1004" v1="1801" v2="2469" v3="2619" />
+      <tetrahedron index="4428" v0="611" v1="784" v2="1161" v3="2226" />
+      <tetrahedron index="4429" v0="784" v1="1161" v2="2226" v3="2399" />
+      <tetrahedron index="4430" v0="1161" v1="2226" v2="2399" v3="2776" />
+      <tetrahedron index="4431" v0="512" v1="867" v2="1218" v3="2127" />
+      <tetrahedron index="4432" v0="867" v1="1218" v2="2127" v3="2482" />
+      <tetrahedron index="4433" v0="1218" v1="2127" v2="2482" v3="2833" />
+      <tetrahedron index="4434" v0="743" v1="744" v2="1055" v3="2358" />
+      <tetrahedron index="4435" v0="744" v1="1055" v2="2358" v3="2359" />
+      <tetrahedron index="4436" v0="1055" v1="2358" v2="2359" v3="2670" />
+      <tetrahedron index="4437" v0="675" v1="744" v2="1055" v3="2290" />
+      <tetrahedron index="4438" v0="744" v1="1055" v2="2290" v3="2359" />
+      <tetrahedron index="4439" v0="1055" v1="2290" v2="2359" v3="2670" />
+      <tetrahedron index="4440" v0="89" v1="1119" v2="1159" v3="1704" />
+      <tetrahedron index="4441" v0="1119" v1="1159" v2="1704" v3="2734" />
+      <tetrahedron index="4442" v0="1159" v1="1704" v2="2734" v3="2774" />
+      <tetrahedron index="4443" v0="1117" v1="1119" v2="1159" v3="2732" />
+      <tetrahedron index="4444" v0="1119" v1="1159" v2="2732" v3="2734" />
+      <tetrahedron index="4445" v0="1159" v1="2732" v2="2734" v3="2774" />
+      <tetrahedron index="4446" v0="610" v1="784" v2="1219" v3="2225" />
+      <tetrahedron index="4447" v0="784" v1="1219" v2="2225" v3="2399" />
+      <tetrahedron index="4448" v0="1219" v1="2225" v2="2399" v3="2834" />
+      <tetrahedron index="4449" v0="39" v1="568" v2="572" v3="1654" />
+      <tetrahedron index="4450" v0="568" v1="572" v2="1654" v3="2183" />
+      <tetrahedron index="4451" v0="572" v1="1654" v2="2183" v3="2187" />
+      <tetrahedron index="4452" v0="6" v1="390" v2="987" v3="1621" />
+      <tetrahedron index="4453" v0="390" v1="987" v2="1621" v3="2005" />
+      <tetrahedron index="4454" v0="987" v1="1621" v2="2005" v3="2602" />
+      <tetrahedron index="4455" v0="202" v1="203" v2="634" v3="1817" />
+      <tetrahedron index="4456" v0="203" v1="634" v2="1817" v3="1818" />
+      <tetrahedron index="4457" v0="634" v1="1817" v2="1818" v3="2249" />
+      <tetrahedron index="4458" v0="876" v1="955" v2="1220" v3="2491" />
+      <tetrahedron index="4459" v0="955" v1="1220" v2="2491" v3="2570" />
+      <tetrahedron index="4460" v0="1220" v1="2491" v2="2570" v3="2835" />
+      <tetrahedron index="4461" v0="621" v1="622" v2="1128" v3="2236" />
+      <tetrahedron index="4462" v0="622" v1="1128" v2="2236" v3="2237" />
+      <tetrahedron index="4463" v0="1128" v1="2236" v2="2237" v3="2743" />
+      <tetrahedron index="4464" v0="436" v1="437" v2="1221" v3="2051" />
+      <tetrahedron index="4465" v0="437" v1="1221" v2="2051" v3="2052" />
+      <tetrahedron index="4466" v0="1221" v1="2051" v2="2052" v3="2836" />
+      <tetrahedron index="4467" v0="653" v1="673" v2="755" v3="2268" />
+      <tetrahedron index="4468" v0="673" v1="755" v2="2268" v3="2288" />
+      <tetrahedron index="4469" v0="755" v1="2268" v2="2288" v3="2370" />
+      <tetrahedron index="4470" v0="935" v1="1222" v2="1223" v3="2550" />
+      <tetrahedron index="4471" v0="1222" v1="1223" v2="2550" v3="2837" />
+      <tetrahedron index="4472" v0="1223" v1="2550" v2="2837" v3="2838" />
+      <tetrahedron index="4473" v0="197" v1="198" v2="1211" v3="1812" />
+      <tetrahedron index="4474" v0="198" v1="1211" v2="1812" v3="1813" />
+      <tetrahedron index="4475" v0="1211" v1="1812" v2="1813" v3="2826" />
+      <tetrahedron index="4476" v0="477" v1="1215" v2="1224" v3="2092" />
+      <tetrahedron index="4477" v0="1215" v1="1224" v2="2092" v3="2830" />
+      <tetrahedron index="4478" v0="1224" v1="2092" v2="2830" v3="2839" />
+      <tetrahedron index="4479" v0="1154" v1="1216" v2="1225" v3="2769" />
+      <tetrahedron index="4480" v0="1216" v1="1225" v2="2769" v3="2831" />
+      <tetrahedron index="4481" v0="1225" v1="2769" v2="2831" v3="2840" />
+      <tetrahedron index="4482" v0="653" v1="673" v2="1226" v3="2268" />
+      <tetrahedron index="4483" v0="673" v1="1226" v2="2268" v3="2288" />
+      <tetrahedron index="4484" v0="1226" v1="2268" v2="2288" v3="2841" />
+      <tetrahedron index="4485" v0="405" v1="1208" v2="1227" v3="2020" />
+      <tetrahedron index="4486" v0="1208" v1="1227" v2="2020" v3="2823" />
+      <tetrahedron index="4487" v0="1227" v1="2020" v2="2823" v3="2842" />
+      <tetrahedron index="4488" v0="371" v1="1228" v2="1229" v3="1986" />
+      <tetrahedron index="4489" v0="1228" v1="1229" v2="1986" v3="2843" />
+      <tetrahedron index="4490" v0="1229" v1="1986" v2="2843" v3="2844" />
+      <tetrahedron index="4491" v0="186" v1="854" v2="1230" v3="1801" />
+      <tetrahedron index="4492" v0="854" v1="1230" v2="1801" v3="2469" />
+      <tetrahedron index="4493" v0="1230" v1="1801" v2="2469" v3="2845" />
+      <tetrahedron index="4494" v0="405" v1="741" v2="1227" v3="2020" />
+      <tetrahedron index="4495" v0="741" v1="1227" v2="2020" v3="2356" />
+      <tetrahedron index="4496" v0="1227" v1="2020" v2="2356" v3="2842" />
+      <tetrahedron index="4497" v0="1231" v1="1232" v2="1233" v3="2846" />
+      <tetrahedron index="4498" v0="1232" v1="1233" v2="2846" v3="2847" />
+      <tetrahedron index="4499" v0="1233" v1="2846" v2="2847" v3="2848" />
+      <tetrahedron index="4500" v0="9" v1="480" v2="654" v3="1624" />
+      <tetrahedron index="4501" v0="480" v1="654" v2="1624" v3="2095" />
+      <tetrahedron index="4502" v0="654" v1="1624" v2="2095" v3="2269" />
+      <tetrahedron index="4503" v0="321" v1="984" v2="1234" v3="1936" />
+      <tetrahedron index="4504" v0="984" v1="1234" v2="1936" v3="2599" />
+      <tetrahedron index="4505" v0="1234" v1="1936" v2="2599" v3="2849" />
+      <tetrahedron index="4506" v0="688" v1="984" v2="1234" v3="2303" />
+      <tetrahedron index="4507" v0="984" v1="1234" v2="2303" v3="2599" />
+      <tetrahedron index="4508" v0="1234" v1="2303" v2="2599" v3="2849" />
+      <tetrahedron index="4509" v0="688" v1="1234" v2="1235" v3="2303" />
+      <tetrahedron index="4510" v0="1234" v1="1235" v2="2303" v3="2849" />
+      <tetrahedron index="4511" v0="1235" v1="2303" v2="2849" v3="2850" />
+      <tetrahedron index="4512" v0="610" v1="1219" v2="1236" v3="2225" />
+      <tetrahedron index="4513" v0="1219" v1="1236" v2="2225" v3="2834" />
+      <tetrahedron index="4514" v0="1236" v1="2225" v2="2834" v3="2851" />
+      <tetrahedron index="4515" v0="1214" v1="1237" v2="1238" v3="2829" />
+      <tetrahedron index="4516" v0="1237" v1="1238" v2="2829" v3="2852" />
+      <tetrahedron index="4517" v0="1238" v1="2829" v2="2852" v3="2853" />
+      <tetrahedron index="4518" v0="421" v1="422" v2="1197" v3="2036" />
+      <tetrahedron index="4519" v0="422" v1="1197" v2="2036" v3="2037" />
+      <tetrahedron index="4520" v0="1197" v1="2036" v2="2037" v3="2812" />
+      <tetrahedron index="4521" v0="422" v1="1196" v2="1197" v3="2037" />
+      <tetrahedron index="4522" v0="1196" v1="1197" v2="2037" v3="2811" />
+      <tetrahedron index="4523" v0="1197" v1="2037" v2="2811" v3="2812" />
+      <tetrahedron index="4524" v0="39" v1="149" v2="568" v3="1654" />
+      <tetrahedron index="4525" v0="149" v1="568" v2="1654" v3="1764" />
+      <tetrahedron index="4526" v0="568" v1="1654" v2="1764" v3="2183" />
+      <tetrahedron index="4527" v0="38" v1="39" v2="149" v3="1653" />
+      <tetrahedron index="4528" v0="39" v1="149" v2="1653" v3="1654" />
+      <tetrahedron index="4529" v0="149" v1="1653" v2="1654" v3="1764" />
+      <tetrahedron index="4530" v0="794" v1="1092" v2="1239" v3="2409" />
+      <tetrahedron index="4531" v0="1092" v1="1239" v2="2409" v3="2707" />
+      <tetrahedron index="4532" v0="1239" v1="2409" v2="2707" v3="2854" />
+      <tetrahedron index="4533" v0="167" v1="169" v2="785" v3="1782" />
+      <tetrahedron index="4534" v0="169" v1="785" v2="1782" v3="1784" />
+      <tetrahedron index="4535" v0="785" v1="1782" v2="1784" v3="2400" />
+      <tetrahedron index="4536" v0="169" v1="740" v2="785" v3="1784" />
+      <tetrahedron index="4537" v0="740" v1="785" v2="1784" v3="2355" />
+      <tetrahedron index="4538" v0="785" v1="1784" v2="2355" v3="2400" />
+      <tetrahedron index="4539" v0="435" v1="522" v2="875" v3="2050" />
+      <tetrahedron index="4540" v0="522" v1="875" v2="2050" v3="2137" />
+      <tetrahedron index="4541" v0="875" v1="2050" v2="2137" v3="2490" />
+      <tetrahedron index="4542" v0="1240" v1="1241" v2="1242" v3="2855" />
+      <tetrahedron index="4543" v0="1241" v1="1242" v2="2855" v3="2856" />
+      <tetrahedron index="4544" v0="1242" v1="2855" v2="2856" v3="2857" />
+      <tetrahedron index="4545" v0="465" v1="466" v2="598" v3="2080" />
+      <tetrahedron index="4546" v0="466" v1="598" v2="2080" v3="2081" />
+      <tetrahedron index="4547" v0="598" v1="2080" v2="2081" v3="2213" />
+      <tetrahedron index="4548" v0="465" v1="598" v2="678" v3="2080" />
+      <tetrahedron index="4549" v0="598" v1="678" v2="2080" v3="2213" />
+      <tetrahedron index="4550" v0="678" v1="2080" v2="2213" v3="2293" />
+      <tetrahedron index="4551" v0="541" v1="542" v2="1243" v3="2156" />
+      <tetrahedron index="4552" v0="542" v1="1243" v2="2156" v3="2157" />
+      <tetrahedron index="4553" v0="1243" v1="2156" v2="2157" v3="2858" />
+      <tetrahedron index="4554" v0="928" v1="929" v2="1140" v3="2543" />
+      <tetrahedron index="4555" v0="929" v1="1140" v2="2543" v3="2544" />
+      <tetrahedron index="4556" v0="1140" v1="2543" v2="2544" v3="2755" />
+      <tetrahedron index="4557" v0="928" v1="942" v2="1140" v3="2543" />
+      <tetrahedron index="4558" v0="942" v1="1140" v2="2543" v3="2557" />
+      <tetrahedron index="4559" v0="1140" v1="2543" v2="2557" v3="2755" />
+      <tetrahedron index="4560" v0="459" v1="460" v2="1244" v3="2074" />
+      <tetrahedron index="4561" v0="460" v1="1244" v2="2074" v3="2075" />
+      <tetrahedron index="4562" v0="1244" v1="2074" v2="2075" v3="2859" />
+      <tetrahedron index="4563" v0="459" v1="1196" v2="1244" v3="2074" />
+      <tetrahedron index="4564" v0="1196" v1="1244" v2="2074" v3="2811" />
+      <tetrahedron index="4565" v0="1244" v1="2074" v2="2811" v3="2859" />
+      <tetrahedron index="4566" v0="1245" v1="1246" v2="1247" v3="2860" />
+      <tetrahedron index="4567" v0="1246" v1="1247" v2="2860" v3="2861" />
+      <tetrahedron index="4568" v0="1247" v1="2860" v2="2861" v3="2862" />
+      <tetrahedron index="4569" v0="725" v1="918" v2="1185" v3="2340" />
+      <tetrahedron index="4570" v0="918" v1="1185" v2="2340" v3="2533" />
+      <tetrahedron index="4571" v0="1185" v1="2340" v2="2533" v3="2800" />
+      <tetrahedron index="4572" v0="34" v1="272" v2="323" v3="1649" />
+      <tetrahedron index="4573" v0="272" v1="323" v2="1649" v3="1887" />
+      <tetrahedron index="4574" v0="323" v1="1649" v2="1887" v3="1938" />
+      <tetrahedron index="4575" v0="479" v1="505" v2="1000" v3="2094" />
+      <tetrahedron index="4576" v0="505" v1="1000" v2="2094" v3="2120" />
+      <tetrahedron index="4577" v0="1000" v1="2094" v2="2120" v3="2615" />
+      <tetrahedron index="4578" v0="1248" v1="1249" v2="1250" v3="2863" />
+      <tetrahedron index="4579" v0="1249" v1="1250" v2="2863" v3="2864" />
+      <tetrahedron index="4580" v0="1250" v1="2863" v2="2864" v3="2865" />
+      <tetrahedron index="4581" v0="205" v1="1089" v2="1198" v3="1820" />
+      <tetrahedron index="4582" v0="1089" v1="1198" v2="1820" v3="2704" />
+      <tetrahedron index="4583" v0="1198" v1="1820" v2="2704" v3="2813" />
+      <tetrahedron index="4584" v0="518" v1="535" v2="733" v3="2133" />
+      <tetrahedron index="4585" v0="535" v1="733" v2="2133" v3="2150" />
+      <tetrahedron index="4586" v0="733" v1="2133" v2="2150" v3="2348" />
+      <tetrahedron index="4587" v0="23" v1="535" v2="733" v3="1638" />
+      <tetrahedron index="4588" v0="535" v1="733" v2="1638" v3="2150" />
+      <tetrahedron index="4589" v0="733" v1="1638" v2="2150" v3="2348" />
+      <tetrahedron index="4590" v0="794" v1="1092" v2="1205" v3="2409" />
+      <tetrahedron index="4591" v0="1092" v1="1205" v2="2409" v3="2707" />
+      <tetrahedron index="4592" v0="1205" v1="2409" v2="2707" v3="2820" />
+      <tetrahedron index="4593" v0="973" v1="1092" v2="1205" v3="2588" />
+      <tetrahedron index="4594" v0="1092" v1="1205" v2="2588" v3="2707" />
+      <tetrahedron index="4595" v0="1205" v1="2588" v2="2707" v3="2820" />
+      <tetrahedron index="4596" v0="996" v1="1251" v2="1252" v3="2611" />
+      <tetrahedron index="4597" v0="1251" v1="1252" v2="2611" v3="2866" />
+      <tetrahedron index="4598" v0="1252" v1="2611" v2="2866" v3="2867" />
+      <tetrahedron index="4599" v0="576" v1="911" v2="1137" v3="2191" />
+      <tetrahedron index="4600" v0="911" v1="1137" v2="2191" v3="2526" />
+      <tetrahedron index="4601" v0="1137" v1="2191" v2="2526" v3="2752" />
+      <tetrahedron index="4602" v0="911" v1="1024" v2="1137" v3="2526" />
+      <tetrahedron index="4603" v0="1024" v1="1137" v2="2526" v3="2639" />
+      <tetrahedron index="4604" v0="1137" v1="2526" v2="2639" v3="2752" />
+      <tetrahedron index="4605" v0="382" v1="576" v2="915" v3="1997" />
+      <tetrahedron index="4606" v0="576" v1="915" v2="1997" v3="2191" />
+      <tetrahedron index="4607" v0="915" v1="1997" v2="2191" v3="2530" />
+      <tetrahedron index="4608" v0="382" v1="575" v2="576" v3="1997" />
+      <tetrahedron index="4609" v0="575" v1="576" v2="1997" v3="2190" />
+      <tetrahedron index="4610" v0="576" v1="1997" v2="2190" v3="2191" />
+      <tetrahedron index="4611" v0="441" v1="1130" v2="1253" v3="2056" />
+      <tetrahedron index="4612" v0="1130" v1="1253" v2="2056" v3="2745" />
+      <tetrahedron index="4613" v0="1253" v1="2056" v2="2745" v3="2868" />
+      <tetrahedron index="4614" v0="999" v1="1006" v2="1254" v3="2614" />
+      <tetrahedron index="4615" v0="1006" v1="1254" v2="2614" v3="2621" />
+      <tetrahedron index="4616" v0="1254" v1="2614" v2="2621" v3="2869" />
+      <tetrahedron index="4617" v0="566" v1="999" v2="1254" v3="2181" />
+      <tetrahedron index="4618" v0="999" v1="1254" v2="2181" v3="2614" />
+      <tetrahedron index="4619" v0="1254" v1="2181" v2="2614" v3="2869" />
+      <tetrahedron index="4620" v0="471" v1="715" v2="1235" v3="2086" />
+      <tetrahedron index="4621" v0="715" v1="1235" v2="2086" v3="2330" />
+      <tetrahedron index="4622" v0="1235" v1="2086" v2="2330" v3="2850" />
+      <tetrahedron index="4623" v0="109" v1="1209" v2="1255" v3="1724" />
+      <tetrahedron index="4624" v0="1209" v1="1255" v2="1724" v3="2824" />
+      <tetrahedron index="4625" v0="1255" v1="1724" v2="2824" v3="2870" />
+      <tetrahedron index="4626" v0="0" v1="1209" v2="1255" v3="1615" />
+      <tetrahedron index="4627" v0="1209" v1="1255" v2="1615" v3="2824" />
+      <tetrahedron index="4628" v0="1255" v1="1615" v2="2824" v3="2870" />
+      <tetrahedron index="4629" v0="1036" v1="1038" v2="1256" v3="2651" />
+      <tetrahedron index="4630" v0="1038" v1="1256" v2="2651" v3="2653" />
+      <tetrahedron index="4631" v0="1256" v1="2651" v2="2653" v3="2871" />
+      <tetrahedron index="4632" v0="495" v1="496" v2="1257" v3="2110" />
+      <tetrahedron index="4633" v0="496" v1="1257" v2="2110" v3="2111" />
+      <tetrahedron index="4634" v0="1257" v1="2110" v2="2111" v3="2872" />
+      <tetrahedron index="4635" v0="1258" v1="1259" v2="1260" v3="2873" />
+      <tetrahedron index="4636" v0="1259" v1="1260" v2="2873" v3="2874" />
+      <tetrahedron index="4637" v0="1260" v1="2873" v2="2874" v3="2875" />
+      <tetrahedron index="4638" v0="57" v1="255" v2="1261" v3="1672" />
+      <tetrahedron index="4639" v0="255" v1="1261" v2="1672" v3="1870" />
+      <tetrahedron index="4640" v0="1261" v1="1672" v2="1870" v3="2876" />
+      <tetrahedron index="4641" v0="57" v1="1261" v2="1262" v3="1672" />
+      <tetrahedron index="4642" v0="1261" v1="1262" v2="1672" v3="2876" />
+      <tetrahedron index="4643" v0="1262" v1="1672" v2="2876" v3="2877" />
+      <tetrahedron index="4644" v0="1037" v1="1072" v2="1263" v3="2652" />
+      <tetrahedron index="4645" v0="1072" v1="1263" v2="2652" v3="2687" />
+      <tetrahedron index="4646" v0="1263" v1="2652" v2="2687" v3="2878" />
+      <tetrahedron index="4647" v0="426" v1="997" v2="1264" v3="2041" />
+      <tetrahedron index="4648" v0="997" v1="1264" v2="2041" v3="2612" />
+      <tetrahedron index="4649" v0="1264" v1="2041" v2="2612" v3="2879" />
+      <tetrahedron index="4650" v0="997" v1="1264" v2="1265" v3="2612" />
+      <tetrahedron index="4651" v0="1264" v1="1265" v2="2612" v3="2879" />
+      <tetrahedron index="4652" v0="1265" v1="2612" v2="2879" v3="2880" />
+      <tetrahedron index="4653" v0="621" v1="1128" v2="1266" v3="2236" />
+      <tetrahedron index="4654" v0="1128" v1="1266" v2="2236" v3="2743" />
+      <tetrahedron index="4655" v0="1266" v1="2236" v2="2743" v3="2881" />
+      <tetrahedron index="4656" v0="1148" v1="1149" v2="1267" v3="2763" />
+      <tetrahedron index="4657" v0="1149" v1="1267" v2="2763" v3="2764" />
+      <tetrahedron index="4658" v0="1267" v1="2763" v2="2764" v3="2882" />
+      <tetrahedron index="4659" v0="896" v1="1043" v2="1237" v3="2511" />
+      <tetrahedron index="4660" v0="1043" v1="1237" v2="2511" v3="2658" />
+      <tetrahedron index="4661" v0="1237" v1="2511" v2="2658" v3="2852" />
+      <tetrahedron index="4662" v0="199" v1="1268" v2="1269" v3="1814" />
+      <tetrahedron index="4663" v0="1268" v1="1269" v2="1814" v3="2883" />
+      <tetrahedron index="4664" v0="1269" v1="1814" v2="2883" v3="2884" />
+      <tetrahedron index="4665" v0="617" v1="1251" v2="1270" v3="2232" />
+      <tetrahedron index="4666" v0="1251" v1="1270" v2="2232" v3="2866" />
+      <tetrahedron index="4667" v0="1270" v1="2232" v2="2866" v3="2885" />
+      <tetrahedron index="4668" v0="1134" v1="1173" v2="1271" v3="2749" />
+      <tetrahedron index="4669" v0="1173" v1="1271" v2="2749" v3="2788" />
+      <tetrahedron index="4670" v0="1271" v1="2749" v2="2788" v3="2886" />
+      <tetrahedron index="4671" v0="22" v1="734" v2="1272" v3="1637" />
+      <tetrahedron index="4672" v0="734" v1="1272" v2="1637" v3="2349" />
+      <tetrahedron index="4673" v0="1272" v1="1637" v2="2349" v3="2887" />
+      <tetrahedron index="4674" v0="88" v1="1159" v2="1273" v3="1703" />
+      <tetrahedron index="4675" v0="1159" v1="1273" v2="1703" v3="2774" />
+      <tetrahedron index="4676" v0="1273" v1="1703" v2="2774" v3="2888" />
+      <tetrahedron index="4677" v0="676" v1="1151" v2="1274" v3="2291" />
+      <tetrahedron index="4678" v0="1151" v1="1274" v2="2291" v3="2766" />
+      <tetrahedron index="4679" v0="1274" v1="2291" v2="2766" v3="2889" />
+      <tetrahedron index="4680" v0="1151" v1="1200" v2="1274" v3="2766" />
+      <tetrahedron index="4681" v0="1200" v1="1274" v2="2766" v3="2815" />
+      <tetrahedron index="4682" v0="1274" v1="2766" v2="2815" v3="2889" />
+      <tetrahedron index="4683" v0="352" v1="859" v2="1275" v3="1967" />
+      <tetrahedron index="4684" v0="859" v1="1275" v2="1967" v3="2474" />
+      <tetrahedron index="4685" v0="1275" v1="1967" v2="2474" v3="2890" />
+      <tetrahedron index="4686" v0="263" v1="331" v2="1191" v3="1878" />
+      <tetrahedron index="4687" v0="331" v1="1191" v2="1878" v3="1946" />
+      <tetrahedron index="4688" v0="1191" v1="1878" v2="1946" v3="2806" />
+      <tetrahedron index="4689" v0="331" v1="450" v2="1191" v3="1946" />
+      <tetrahedron index="4690" v0="450" v1="1191" v2="1946" v3="2065" />
+      <tetrahedron index="4691" v0="1191" v1="1946" v2="2065" v3="2806" />
+      <tetrahedron index="4692" v0="950" v1="1214" v2="1276" v3="2565" />
+      <tetrahedron index="4693" v0="1214" v1="1276" v2="2565" v3="2829" />
+      <tetrahedron index="4694" v0="1276" v1="2565" v2="2829" v3="2891" />
+      <tetrahedron index="4695" v0="1090" v1="1143" v2="1277" v3="2705" />
+      <tetrahedron index="4696" v0="1143" v1="1277" v2="2705" v3="2758" />
+      <tetrahedron index="4697" v0="1277" v1="2705" v2="2758" v3="2892" />
+      <tetrahedron index="4698" v0="1020" v1="1143" v2="1277" v3="2635" />
+      <tetrahedron index="4699" v0="1143" v1="1277" v2="2635" v3="2758" />
+      <tetrahedron index="4700" v0="1277" v1="2635" v2="2758" v3="2892" />
+      <tetrahedron index="4701" v0="745" v1="1072" v2="1278" v3="2360" />
+      <tetrahedron index="4702" v0="1072" v1="1278" v2="2360" v3="2687" />
+      <tetrahedron index="4703" v0="1278" v1="2360" v2="2687" v3="2893" />
+      <tetrahedron index="4704" v0="27" v1="745" v2="1278" v3="1642" />
+      <tetrahedron index="4705" v0="745" v1="1278" v2="1642" v3="2360" />
+      <tetrahedron index="4706" v0="1278" v1="1642" v2="2360" v3="2893" />
+      <tetrahedron index="4707" v0="687" v1="1186" v2="1218" v3="2302" />
+      <tetrahedron index="4708" v0="1186" v1="1218" v2="2302" v3="2801" />
+      <tetrahedron index="4709" v0="1218" v1="2302" v2="2801" v3="2833" />
+      <tetrahedron index="4710" v0="109" v1="487" v2="1279" v3="1724" />
+      <tetrahedron index="4711" v0="487" v1="1279" v2="1724" v3="2102" />
+      <tetrahedron index="4712" v0="1279" v1="1724" v2="2102" v3="2894" />
+      <tetrahedron index="4713" v0="107" v1="109" v2="1279" v3="1722" />
+      <tetrahedron index="4714" v0="109" v1="1279" v2="1722" v3="1724" />
+      <tetrahedron index="4715" v0="1279" v1="1722" v2="1724" v3="2894" />
+      <tetrahedron index="4716" v0="459" v1="1196" v2="1280" v3="2074" />
+      <tetrahedron index="4717" v0="1196" v1="1280" v2="2074" v3="2811" />
+      <tetrahedron index="4718" v0="1280" v1="2074" v2="2811" v3="2895" />
+      <tetrahedron index="4719" v0="422" v1="1196" v2="1280" v3="2037" />
+      <tetrahedron index="4720" v0="1196" v1="1280" v2="2037" v3="2811" />
+      <tetrahedron index="4721" v0="1280" v1="2037" v2="2811" v3="2895" />
+      <tetrahedron index="4722" v0="589" v1="634" v2="1281" v3="2204" />
+      <tetrahedron index="4723" v0="634" v1="1281" v2="2204" v3="2249" />
+      <tetrahedron index="4724" v0="1281" v1="2204" v2="2249" v3="2896" />
+      <tetrahedron index="4725" v0="680" v1="694" v2="1228" v3="2295" />
+      <tetrahedron index="4726" v0="694" v1="1228" v2="2295" v3="2309" />
+      <tetrahedron index="4727" v0="1228" v1="2295" v2="2309" v3="2843" />
+      <tetrahedron index="4728" v0="517" v1="904" v2="1282" v3="2132" />
+      <tetrahedron index="4729" v0="904" v1="1282" v2="2132" v3="2519" />
+      <tetrahedron index="4730" v0="1282" v1="2132" v2="2519" v3="2897" />
+      <tetrahedron index="4731" v0="591" v1="654" v2="1231" v3="2206" />
+      <tetrahedron index="4732" v0="654" v1="1231" v2="2206" v3="2269" />
+      <tetrahedron index="4733" v0="1231" v1="2206" v2="2269" v3="2846" />
+      <tetrahedron index="4734" v0="342" v1="633" v2="1283" v3="1957" />
+      <tetrahedron index="4735" v0="633" v1="1283" v2="1957" v3="2248" />
+      <tetrahedron index="4736" v0="1283" v1="1957" v2="2248" v3="2898" />
+      <tetrahedron index="4737" v0="437" v1="1221" v2="1236" v3="2052" />
+      <tetrahedron index="4738" v0="1221" v1="1236" v2="2052" v3="2836" />
+      <tetrahedron index="4739" v0="1236" v1="2052" v2="2836" v3="2851" />
+      <tetrahedron index="4740" v0="851" v1="932" v2="1284" v3="2466" />
+      <tetrahedron index="4741" v0="932" v1="1284" v2="2466" v3="2547" />
+      <tetrahedron index="4742" v0="1284" v1="2466" v2="2547" v3="2899" />
+      <tetrahedron index="4743" v0="127" v1="694" v2="1285" v3="1742" />
+      <tetrahedron index="4744" v0="694" v1="1285" v2="1742" v3="2309" />
+      <tetrahedron index="4745" v0="1285" v1="1742" v2="2309" v3="2900" />
+      <tetrahedron index="4746" v0="173" v1="753" v2="1286" v3="1788" />
+      <tetrahedron index="4747" v0="753" v1="1286" v2="1788" v3="2368" />
+      <tetrahedron index="4748" v0="1286" v1="1788" v2="2368" v3="2901" />
+      <tetrahedron index="4749" v0="194" v1="195" v2="1287" v3="1809" />
+      <tetrahedron index="4750" v0="195" v1="1287" v2="1809" v3="1810" />
+      <tetrahedron index="4751" v0="1287" v1="1809" v2="1810" v3="2902" />
+      <tetrahedron index="4752" v0="162" v1="302" v2="1179" v3="1777" />
+      <tetrahedron index="4753" v0="302" v1="1179" v2="1777" v3="1917" />
+      <tetrahedron index="4754" v0="1179" v1="1777" v2="1917" v3="2794" />
+      <tetrahedron index="4755" v0="417" v1="418" v2="1288" v3="2032" />
+      <tetrahedron index="4756" v0="418" v1="1288" v2="2032" v3="2033" />
+      <tetrahedron index="4757" v0="1288" v1="2032" v2="2033" v3="2903" />
+      <tetrahedron index="4758" v0="205" v1="207" v2="1271" v3="1820" />
+      <tetrahedron index="4759" v0="207" v1="1271" v2="1820" v3="1822" />
+      <tetrahedron index="4760" v0="1271" v1="1820" v2="1822" v3="2886" />
+      <tetrahedron index="4761" v0="621" v1="1266" v2="1289" v3="2236" />
+      <tetrahedron index="4762" v0="1266" v1="1289" v2="2236" v3="2881" />
+      <tetrahedron index="4763" v0="1289" v1="2236" v2="2881" v3="2904" />
+      <tetrahedron index="4764" v0="374" v1="1222" v2="1290" v3="1989" />
+      <tetrahedron index="4765" v0="1222" v1="1290" v2="1989" v3="2837" />
+      <tetrahedron index="4766" v0="1290" v1="1989" v2="2837" v3="2905" />
+      <tetrahedron index="4767" v0="374" v1="375" v2="1290" v3="1989" />
+      <tetrahedron index="4768" v0="375" v1="1290" v2="1989" v3="1990" />
+      <tetrahedron index="4769" v0="1290" v1="1989" v2="1990" v3="2905" />
+      <tetrahedron index="4770" v0="734" v1="1259" v2="1272" v3="2349" />
+      <tetrahedron index="4771" v0="1259" v1="1272" v2="2349" v3="2874" />
+      <tetrahedron index="4772" v0="1272" v1="2349" v2="2874" v3="2887" />
+      <tetrahedron index="4773" v0="734" v1="1258" v2="1259" v3="2349" />
+      <tetrahedron index="4774" v0="1258" v1="1259" v2="2349" v3="2873" />
+      <tetrahedron index="4775" v0="1259" v1="2349" v2="2873" v3="2874" />
+      <tetrahedron index="4776" v0="417" v1="659" v2="1288" v3="2032" />
+      <tetrahedron index="4777" v0="659" v1="1288" v2="2032" v3="2274" />
+      <tetrahedron index="4778" v0="1288" v1="2032" v2="2274" v3="2903" />
+      <tetrahedron index="4779" v0="539" v1="751" v2="1267" v3="2154" />
+      <tetrahedron index="4780" v0="751" v1="1267" v2="2154" v3="2366" />
+      <tetrahedron index="4781" v0="1267" v1="2154" v2="2366" v3="2882" />
+      <tetrahedron index="4782" v0="539" v1="1148" v2="1267" v3="2154" />
+      <tetrahedron index="4783" v0="1148" v1="1267" v2="2154" v3="2763" />
+      <tetrahedron index="4784" v0="1267" v1="2154" v2="2763" v3="2882" />
+      <tetrahedron index="4785" v0="1006" v1="1254" v2="1291" v3="2621" />
+      <tetrahedron index="4786" v0="1254" v1="1291" v2="2621" v3="2869" />
+      <tetrahedron index="4787" v0="1291" v1="2621" v2="2869" v3="2906" />
+      <tetrahedron index="4788" v0="566" v1="567" v2="1254" v3="2181" />
+      <tetrahedron index="4789" v0="567" v1="1254" v2="2181" v3="2182" />
+      <tetrahedron index="4790" v0="1254" v1="2181" v2="2182" v3="2869" />
+      <tetrahedron index="4791" v0="471" v1="473" v2="1235" v3="2086" />
+      <tetrahedron index="4792" v0="473" v1="1235" v2="2086" v3="2088" />
+      <tetrahedron index="4793" v0="1235" v1="2086" v2="2088" v3="2850" />
+      <tetrahedron index="4794" v0="473" v1="1234" v2="1235" v3="2088" />
+      <tetrahedron index="4795" v0="1234" v1="1235" v2="2088" v3="2849" />
+      <tetrahedron index="4796" v0="1235" v1="2088" v2="2849" v3="2850" />
+      <tetrahedron index="4797" v0="108" v1="109" v2="1255" v3="1723" />
+      <tetrahedron index="4798" v0="109" v1="1255" v2="1723" v3="1724" />
+      <tetrahedron index="4799" v0="1255" v1="1723" v2="1724" v3="2870" />
+      <tetrahedron index="4800" v0="0" v1="110" v2="1255" v3="1615" />
+      <tetrahedron index="4801" v0="110" v1="1255" v2="1615" v3="1725" />
+      <tetrahedron index="4802" v0="1255" v1="1615" v2="1725" v3="2870" />
+      <tetrahedron index="4803" v0="438" v1="441" v2="772" v3="2053" />
+      <tetrahedron index="4804" v0="441" v1="772" v2="2053" v3="2056" />
+      <tetrahedron index="4805" v0="772" v1="2053" v2="2056" v3="2387" />
+      <tetrahedron index="4806" v0="441" v1="772" v2="1130" v3="2056" />
+      <tetrahedron index="4807" v0="772" v1="1130" v2="2056" v3="2387" />
+      <tetrahedron index="4808" v0="1130" v1="2056" v2="2387" v3="2745" />
+      <tetrahedron index="4809" v0="421" v1="423" v2="1292" v3="2036" />
+      <tetrahedron index="4810" v0="423" v1="1292" v2="2036" v3="2038" />
+      <tetrahedron index="4811" v0="1292" v1="2036" v2="2038" v3="2907" />
+      <tetrahedron index="4812" v0="423" v1="841" v2="1292" v3="2038" />
+      <tetrahedron index="4813" v0="841" v1="1292" v2="2038" v3="2456" />
+      <tetrahedron index="4814" v0="1292" v1="2038" v2="2456" v3="2907" />
+      <tetrahedron index="4815" v0="591" v1="769" v2="1231" v3="2206" />
+      <tetrahedron index="4816" v0="769" v1="1231" v2="2206" v3="2384" />
+      <tetrahedron index="4817" v0="1231" v1="2206" v2="2384" v3="2846" />
+      <tetrahedron index="4818" v0="769" v1="1231" v2="1233" v3="2384" />
+      <tetrahedron index="4819" v0="1231" v1="1233" v2="2384" v3="2846" />
+      <tetrahedron index="4820" v0="1233" v1="2384" v2="2846" v3="2848" />
+      <tetrahedron index="4821" v0="111" v1="529" v2="1279" v3="1726" />
+      <tetrahedron index="4822" v0="529" v1="1279" v2="1726" v3="2144" />
+      <tetrahedron index="4823" v0="1279" v1="1726" v2="2144" v3="2894" />
+      <tetrahedron index="4824" v0="111" v1="487" v2="1279" v3="1726" />
+      <tetrahedron index="4825" v0="487" v1="1279" v2="1726" v3="2102" />
+      <tetrahedron index="4826" v0="1279" v1="1726" v2="2102" v3="2894" />
+      <tetrahedron index="4827" v0="494" v1="608" v2="1180" v3="2109" />
+      <tetrahedron index="4828" v0="608" v1="1180" v2="2109" v3="2223" />
+      <tetrahedron index="4829" v0="1180" v1="2109" v2="2223" v3="2795" />
+      <tetrahedron index="4830" v0="255" v1="1261" v2="1293" v3="1870" />
+      <tetrahedron index="4831" v0="1261" v1="1293" v2="1870" v3="2876" />
+      <tetrahedron index="4832" v0="1293" v1="1870" v2="2876" v3="2908" />
+      <tetrahedron index="4833" v0="1261" v1="1293" v2="1294" v3="2876" />
+      <tetrahedron index="4834" v0="1293" v1="1294" v2="2876" v3="2908" />
+      <tetrahedron index="4835" v0="1294" v1="2876" v2="2908" v3="2909" />
+      <tetrahedron index="4836" v0="194" v1="820" v2="1287" v3="1809" />
+      <tetrahedron index="4837" v0="820" v1="1287" v2="1809" v3="2435" />
+      <tetrahedron index="4838" v0="1287" v1="1809" v2="2435" v3="2902" />
+      <tetrahedron index="4839" v0="426" v1="558" v2="1264" v3="2041" />
+      <tetrahedron index="4840" v0="558" v1="1264" v2="2041" v3="2173" />
+      <tetrahedron index="4841" v0="1264" v1="2041" v2="2173" v3="2879" />
+      <tetrahedron index="4842" v0="856" v1="906" v2="1201" v3="2471" />
+      <tetrahedron index="4843" v0="906" v1="1201" v2="2471" v3="2521" />
+      <tetrahedron index="4844" v0="1201" v1="2471" v2="2521" v3="2816" />
+      <tetrahedron index="4845" v0="856" v1="1077" v2="1201" v3="2471" />
+      <tetrahedron index="4846" v0="1077" v1="1201" v2="2471" v3="2692" />
+      <tetrahedron index="4847" v0="1201" v1="2471" v2="2692" v3="2816" />
+      <tetrahedron index="4848" v0="661" v1="1019" v2="1074" v3="2276" />
+      <tetrahedron index="4849" v0="1019" v1="1074" v2="2276" v3="2634" />
+      <tetrahedron index="4850" v0="1074" v1="2276" v2="2634" v3="2689" />
+      <tetrahedron index="4851" v0="661" v1="988" v2="1074" v3="2276" />
+      <tetrahedron index="4852" v0="988" v1="1074" v2="2276" v3="2603" />
+      <tetrahedron index="4853" v0="1074" v1="2276" v2="2603" v3="2689" />
+      <tetrahedron index="4854" v0="512" v1="1185" v2="1218" v3="2127" />
+      <tetrahedron index="4855" v0="1185" v1="1218" v2="2127" v3="2800" />
+      <tetrahedron index="4856" v0="1218" v1="2127" v2="2800" v3="2833" />
+      <tetrahedron index="4857" v0="1185" v1="1186" v2="1218" v3="2800" />
+      <tetrahedron index="4858" v0="1186" v1="1218" v2="2800" v3="2801" />
+      <tetrahedron index="4859" v0="1218" v1="2800" v2="2801" v3="2833" />
+      <tetrahedron index="4860" v0="1264" v1="1265" v2="1295" v3="2879" />
+      <tetrahedron index="4861" v0="1265" v1="1295" v2="2879" v3="2880" />
+      <tetrahedron index="4862" v0="1295" v1="2879" v2="2880" v3="2910" />
+      <tetrahedron index="4863" v0="331" v1="332" v2="451" v3="1946" />
+      <tetrahedron index="4864" v0="332" v1="451" v2="1946" v3="1947" />
+      <tetrahedron index="4865" v0="451" v1="1946" v2="1947" v3="2066" />
+      <tetrahedron index="4866" v0="332" v1="451" v2="1296" v3="1947" />
+      <tetrahedron index="4867" v0="451" v1="1296" v2="1947" v3="2066" />
+      <tetrahedron index="4868" v0="1296" v1="1947" v2="2066" v3="2911" />
+      <tetrahedron index="4869" v0="1094" v1="1095" v2="1297" v3="2709" />
+      <tetrahedron index="4870" v0="1095" v1="1297" v2="2709" v3="2710" />
+      <tetrahedron index="4871" v0="1297" v1="2709" v2="2710" v3="2912" />
+      <tetrahedron index="4872" v0="1063" v1="1298" v2="1299" v3="2678" />
+      <tetrahedron index="4873" v0="1298" v1="1299" v2="2678" v3="2913" />
+      <tetrahedron index="4874" v0="1299" v1="2678" v2="2913" v3="2914" />
+      <tetrahedron index="4875" v0="704" v1="937" v2="1191" v3="2319" />
+      <tetrahedron index="4876" v0="937" v1="1191" v2="2319" v3="2552" />
+      <tetrahedron index="4877" v0="1191" v1="2319" v2="2552" v3="2806" />
+      <tetrahedron index="4878" v0="263" v1="704" v2="1191" v3="1878" />
+      <tetrahedron index="4879" v0="704" v1="1191" v2="1878" v3="2319" />
+      <tetrahedron index="4880" v0="1191" v1="1878" v2="2319" v3="2806" />
+      <tetrahedron index="4881" v0="794" v1="795" v2="1239" v3="2409" />
+      <tetrahedron index="4882" v0="795" v1="1239" v2="2409" v3="2410" />
+      <tetrahedron index="4883" v0="1239" v1="2409" v2="2410" v3="2854" />
+      <tetrahedron index="4884" v0="795" v1="1103" v2="1239" v3="2410" />
+      <tetrahedron index="4885" v0="1103" v1="1239" v2="2410" v3="2718" />
+      <tetrahedron index="4886" v0="1239" v1="2410" v2="2718" v3="2854" />
+      <tetrahedron index="4887" v0="442" v1="1115" v2="1275" v3="2057" />
+      <tetrahedron index="4888" v0="1115" v1="1275" v2="2057" v3="2730" />
+      <tetrahedron index="4889" v0="1275" v1="2057" v2="2730" v3="2890" />
+      <tetrahedron index="4890" v0="352" v1="442" v2="1275" v3="1967" />
+      <tetrahedron index="4891" v0="442" v1="1275" v2="1967" v3="2057" />
+      <tetrahedron index="4892" v0="1275" v1="1967" v2="2057" v3="2890" />
+      <tetrahedron index="4893" v0="549" v1="1020" v2="1277" v3="2164" />
+      <tetrahedron index="4894" v0="1020" v1="1277" v2="2164" v3="2635" />
+      <tetrahedron index="4895" v0="1277" v1="2164" v2="2635" v3="2892" />
+      <tetrahedron index="4896" v0="549" v1="861" v2="1277" v3="2164" />
+      <tetrahedron index="4897" v0="861" v1="1277" v2="2164" v3="2476" />
+      <tetrahedron index="4898" v0="1277" v1="2164" v2="2476" v3="2892" />
+      <tetrahedron index="4899" v0="27" v1="150" v2="1278" v3="1642" />
+      <tetrahedron index="4900" v0="150" v1="1278" v2="1642" v3="1765" />
+      <tetrahedron index="4901" v0="1278" v1="1642" v2="1765" v3="2893" />
+      <tetrahedron index="4902" v0="574" v1="1188" v2="1300" v3="2189" />
+      <tetrahedron index="4903" v0="1188" v1="1300" v2="2189" v3="2803" />
+      <tetrahedron index="4904" v0="1300" v1="2189" v2="2803" v3="2915" />
+      <tetrahedron index="4905" v0="375" v1="1173" v2="1271" v3="1990" />
+      <tetrahedron index="4906" v0="1173" v1="1271" v2="1990" v3="2788" />
+      <tetrahedron index="4907" v0="1271" v1="1990" v2="2788" v3="2886" />
+      <tetrahedron index="4908" v0="207" v1="375" v2="1271" v3="1822" />
+      <tetrahedron index="4909" v0="375" v1="1271" v2="1822" v3="1990" />
+      <tetrahedron index="4910" v0="1271" v1="1822" v2="1990" v3="2886" />
+      <tetrahedron index="4911" v0="1228" v1="1229" v2="1301" v3="2843" />
+      <tetrahedron index="4912" v0="1229" v1="1301" v2="2843" v3="2844" />
+      <tetrahedron index="4913" v0="1301" v1="2843" v2="2844" v3="2916" />
+      <tetrahedron index="4914" v0="694" v1="1228" v2="1301" v3="2309" />
+      <tetrahedron index="4915" v0="1228" v1="1301" v2="2309" v3="2843" />
+      <tetrahedron index="4916" v0="1301" v1="2309" v2="2843" v3="2916" />
+      <tetrahedron index="4917" v0="1261" v1="1294" v2="1302" v3="2876" />
+      <tetrahedron index="4918" v0="1294" v1="1302" v2="2876" v3="2909" />
+      <tetrahedron index="4919" v0="1302" v1="2876" v2="2909" v3="2917" />
+      <tetrahedron index="4920" v0="1261" v1="1262" v2="1302" v3="2876" />
+      <tetrahedron index="4921" v0="1262" v1="1302" v2="2876" v3="2877" />
+      <tetrahedron index="4922" v0="1302" v1="2876" v2="2877" v3="2917" />
+      <tetrahedron index="4923" v0="934" v1="1171" v2="1290" v3="2549" />
+      <tetrahedron index="4924" v0="1171" v1="1290" v2="2549" v3="2786" />
+      <tetrahedron index="4925" v0="1290" v1="2549" v2="2786" v3="2905" />
+      <tetrahedron index="4926" v0="996" v1="1251" v2="1270" v3="2611" />
+      <tetrahedron index="4927" v0="1251" v1="1270" v2="2611" v3="2866" />
+      <tetrahedron index="4928" v0="1270" v1="2611" v2="2866" v3="2885" />
+      <tetrahedron index="4929" v0="633" v1="996" v2="1270" v3="2248" />
+      <tetrahedron index="4930" v0="996" v1="1270" v2="2248" v3="2611" />
+      <tetrahedron index="4931" v0="1270" v1="2248" v2="2611" v3="2885" />
+      <tetrahedron index="4932" v0="1216" v1="1217" v2="1240" v3="2831" />
+      <tetrahedron index="4933" v0="1217" v1="1240" v2="2831" v3="2832" />
+      <tetrahedron index="4934" v0="1240" v1="2831" v2="2832" v3="2855" />
+      <tetrahedron index="4935" v0="1217" v1="1240" v2="1241" v3="2832" />
+      <tetrahedron index="4936" v0="1240" v1="1241" v2="2832" v3="2855" />
+      <tetrahedron index="4937" v0="1241" v1="2832" v2="2855" v3="2856" />
+      <tetrahedron index="4938" v0="379" v1="1303" v2="1304" v3="1994" />
+      <tetrahedron index="4939" v0="1303" v1="1304" v2="1994" v3="2918" />
+      <tetrahedron index="4940" v0="1304" v1="1994" v2="2918" v3="2919" />
+      <tetrahedron index="4941" v0="1128" v1="1266" v2="1305" v3="2743" />
+      <tetrahedron index="4942" v0="1266" v1="1305" v2="2743" v3="2881" />
+      <tetrahedron index="4943" v0="1305" v1="2743" v2="2881" v3="2920" />
+      <tetrahedron index="4944" v0="1266" v1="1305" v2="1306" v3="2881" />
+      <tetrahedron index="4945" v0="1305" v1="1306" v2="2881" v3="2920" />
+      <tetrahedron index="4946" v0="1306" v1="2881" v2="2920" v3="2921" />
+      <tetrahedron index="4947" v0="229" v1="810" v2="837" v3="1844" />
+      <tetrahedron index="4948" v0="810" v1="837" v2="1844" v3="2425" />
+      <tetrahedron index="4949" v0="837" v1="1844" v2="2425" v3="2452" />
+      <tetrahedron index="4950" v0="673" v1="1069" v2="1285" v3="2288" />
+      <tetrahedron index="4951" v0="1069" v1="1285" v2="2288" v3="2684" />
+      <tetrahedron index="4952" v0="1285" v1="2288" v2="2684" v3="2900" />
+      <tetrahedron index="4953" v0="127" v1="673" v2="1285" v3="1742" />
+      <tetrahedron index="4954" v0="673" v1="1285" v2="1742" v3="2288" />
+      <tetrahedron index="4955" v0="1285" v1="1742" v2="2288" v3="2900" />
+      <tetrahedron index="4956" v0="676" v1="1091" v2="1274" v3="2291" />
+      <tetrahedron index="4957" v0="1091" v1="1274" v2="2291" v3="2706" />
+      <tetrahedron index="4958" v0="1274" v1="2291" v2="2706" v3="2889" />
+      <tetrahedron index="4959" v0="126" v1="1060" v2="1226" v3="1741" />
+      <tetrahedron index="4960" v0="1060" v1="1226" v2="1741" v3="2675" />
+      <tetrahedron index="4961" v0="1226" v1="1741" v2="2675" v3="2841" />
+      <tetrahedron index="4962" v0="126" v1="673" v2="1226" v3="1741" />
+      <tetrahedron index="4963" v0="673" v1="1226" v2="1741" v3="2288" />
+      <tetrahedron index="4964" v0="1226" v1="1741" v2="2288" v3="2841" />
+      <tetrahedron index="4965" v0="1153" v1="1154" v2="1217" v3="2768" />
+      <tetrahedron index="4966" v0="1154" v1="1217" v2="2768" v3="2769" />
+      <tetrahedron index="4967" v0="1217" v1="2768" v2="2769" v3="2832" />
+      <tetrahedron index="4968" v0="1072" v1="1263" v2="1278" v3="2687" />
+      <tetrahedron index="4969" v0="1263" v1="1278" v2="2687" v3="2878" />
+      <tetrahedron index="4970" v0="1278" v1="2687" v2="2878" v3="2893" />
+      <tetrahedron index="4971" v0="895" v1="1077" v2="1201" v3="2510" />
+      <tetrahedron index="4972" v0="1077" v1="1201" v2="2510" v3="2692" />
+      <tetrahedron index="4973" v0="1201" v1="2510" v2="2692" v3="2816" />
+      <tetrahedron index="4974" v0="895" v1="1200" v2="1201" v3="2510" />
+      <tetrahedron index="4975" v0="1200" v1="1201" v2="2510" v3="2815" />
+      <tetrahedron index="4976" v0="1201" v1="2510" v2="2815" v3="2816" />
+      <tetrahedron index="4977" v0="429" v1="706" v2="1307" v3="2044" />
+      <tetrahedron index="4978" v0="706" v1="1307" v2="2044" v3="2321" />
+      <tetrahedron index="4979" v0="1307" v1="2044" v2="2321" v3="2922" />
+      <tetrahedron index="4980" v0="429" v1="430" v2="1307" v3="2044" />
+      <tetrahedron index="4981" v0="430" v1="1307" v2="2044" v3="2045" />
+      <tetrahedron index="4982" v0="1307" v1="2044" v2="2045" v3="2922" />
+      <tetrahedron index="4983" v0="370" v1="680" v2="1228" v3="1985" />
+      <tetrahedron index="4984" v0="680" v1="1228" v2="1985" v3="2295" />
+      <tetrahedron index="4985" v0="1228" v1="1985" v2="2295" v3="2843" />
+      <tetrahedron index="4986" v0="370" v1="371" v2="1228" v3="1985" />
+      <tetrahedron index="4987" v0="371" v1="1228" v2="1985" v3="1986" />
+      <tetrahedron index="4988" v0="1228" v1="1985" v2="1986" v3="2843" />
+      <tetrahedron index="4989" v0="3" v1="459" v2="1280" v3="1618" />
+      <tetrahedron index="4990" v0="459" v1="1280" v2="1618" v3="2074" />
+      <tetrahedron index="4991" v0="1280" v1="1618" v2="2074" v3="2895" />
+      <tetrahedron index="4992" v0="3" v1="115" v2="1280" v3="1618" />
+      <tetrahedron index="4993" v0="115" v1="1280" v2="1618" v3="1730" />
+      <tetrahedron index="4994" v0="1280" v1="1618" v2="1730" v3="2895" />
+      <tetrahedron index="4995" v0="476" v1="890" v2="1224" v3="2091" />
+      <tetrahedron index="4996" v0="890" v1="1224" v2="2091" v3="2505" />
+      <tetrahedron index="4997" v0="1224" v1="2091" v2="2505" v3="2839" />
+      <tetrahedron index="4998" v0="476" v1="477" v2="1224" v3="2091" />
+      <tetrahedron index="4999" v0="477" v1="1224" v2="2091" v3="2092" />
+      <tetrahedron index="5000" v0="1224" v1="2091" v2="2092" v3="2839" />
+      <tetrahedron index="5001" v0="122" v1="653" v2="1226" v3="1737" />
+      <tetrahedron index="5002" v0="653" v1="1226" v2="1737" v3="2268" />
+      <tetrahedron index="5003" v0="1226" v1="1737" v2="2268" v3="2841" />
+      <tetrahedron index="5004" v0="122" v1="200" v2="1226" v3="1737" />
+      <tetrahedron index="5005" v0="200" v1="1226" v2="1737" v3="1815" />
+      <tetrahedron index="5006" v0="1226" v1="1737" v2="1815" v3="2841" />
+      <tetrahedron index="5007" v0="904" v1="1282" v2="1308" v3="2519" />
+      <tetrahedron index="5008" v0="1282" v1="1308" v2="2519" v3="2897" />
+      <tetrahedron index="5009" v0="1308" v1="2519" v2="2897" v3="2923" />
+      <tetrahedron index="5010" v0="1035" v1="1282" v2="1308" v3="2650" />
+      <tetrahedron index="5011" v0="1282" v1="1308" v2="2650" v3="2897" />
+      <tetrahedron index="5012" v0="1308" v1="2650" v2="2897" v3="2923" />
+      <tetrahedron index="5013" v0="42" v1="481" v2="1309" v3="1657" />
+      <tetrahedron index="5014" v0="481" v1="1309" v2="1657" v3="2096" />
+      <tetrahedron index="5015" v0="1309" v1="1657" v2="2096" v3="2924" />
+      <tetrahedron index="5016" v0="741" v1="1069" v2="1227" v3="2356" />
+      <tetrahedron index="5017" v0="1069" v1="1227" v2="2356" v3="2684" />
+      <tetrahedron index="5018" v0="1227" v1="2356" v2="2684" v3="2842" />
+      <tetrahedron index="5019" v0="1069" v1="1227" v2="1285" v3="2684" />
+      <tetrahedron index="5020" v0="1227" v1="1285" v2="2684" v3="2842" />
+      <tetrahedron index="5021" v0="1285" v1="2684" v2="2842" v3="2900" />
+      <tetrahedron index="5022" v0="766" v1="774" v2="1253" v3="2381" />
+      <tetrahedron index="5023" v0="774" v1="1253" v2="2381" v3="2389" />
+      <tetrahedron index="5024" v0="1253" v1="2381" v2="2389" v3="2868" />
+      <tetrahedron index="5025" v0="766" v1="1130" v2="1253" v3="2381" />
+      <tetrahedron index="5026" v0="1130" v1="1253" v2="2381" v3="2745" />
+      <tetrahedron index="5027" v0="1253" v1="2381" v2="2745" v3="2868" />
+      <tetrahedron index="5028" v0="9" v1="1231" v2="1232" v3="1624" />
+      <tetrahedron index="5029" v0="1231" v1="1232" v2="1624" v3="2846" />
+      <tetrahedron index="5030" v0="1232" v1="1624" v2="2846" v3="2847" />
+      <tetrahedron index="5031" v0="9" v1="654" v2="1231" v3="1624" />
+      <tetrahedron index="5032" v0="654" v1="1231" v2="1624" v3="2269" />
+      <tetrahedron index="5033" v0="1231" v1="1624" v2="2269" v3="2846" />
+      <tetrahedron index="5034" v0="748" v1="886" v2="1310" v3="2363" />
+      <tetrahedron index="5035" v0="886" v1="1310" v2="2363" v3="2501" />
+      <tetrahedron index="5036" v0="1310" v1="2363" v2="2501" v3="2925" />
+      <tetrahedron index="5037" v0="80" v1="342" v2="1283" v3="1695" />
+      <tetrahedron index="5038" v0="342" v1="1283" v2="1695" v3="1957" />
+      <tetrahedron index="5039" v0="1283" v1="1695" v2="1957" v3="2898" />
+      <tetrahedron index="5040" v0="79" v1="80" v2="1283" v3="1694" />
+      <tetrahedron index="5041" v0="80" v1="1283" v2="1694" v3="1695" />
+      <tetrahedron index="5042" v0="1283" v1="1694" v2="1695" v3="2898" />
+      <tetrahedron index="5043" v0="284" v1="715" v2="1235" v3="1899" />
+      <tetrahedron index="5044" v0="715" v1="1235" v2="1899" v3="2330" />
+      <tetrahedron index="5045" v0="1235" v1="1899" v2="2330" v3="2850" />
+      <tetrahedron index="5046" v0="284" v1="688" v2="1235" v3="1899" />
+      <tetrahedron index="5047" v0="688" v1="1235" v2="1899" v3="2303" />
+      <tetrahedron index="5048" v0="1235" v1="1899" v2="2303" v3="2850" />
+      <tetrahedron index="5049" v0="1074" v1="1311" v2="1312" v3="2689" />
+      <tetrahedron index="5050" v0="1311" v1="1312" v2="2689" v3="2926" />
+      <tetrahedron index="5051" v0="1312" v1="2689" v2="2926" v3="2927" />
+      <tetrahedron index="5052" v0="375" v1="1173" v2="1290" v3="1990" />
+      <tetrahedron index="5053" v0="1173" v1="1290" v2="1990" v3="2788" />
+      <tetrahedron index="5054" v0="1290" v1="1990" v2="2788" v3="2905" />
+      <tetrahedron index="5055" v0="1171" v1="1173" v2="1290" v3="2786" />
+      <tetrahedron index="5056" v0="1173" v1="1290" v2="2786" v3="2788" />
+      <tetrahedron index="5057" v0="1290" v1="2786" v2="2788" v3="2905" />
+      <tetrahedron index="5058" v0="200" v1="719" v2="1226" v3="1815" />
+      <tetrahedron index="5059" v0="719" v1="1226" v2="1815" v3="2334" />
+      <tetrahedron index="5060" v0="1226" v1="1815" v2="2334" v3="2841" />
+      <tetrahedron index="5061" v0="719" v1="1060" v2="1226" v3="2334" />
+      <tetrahedron index="5062" v0="1060" v1="1226" v2="2334" v3="2675" />
+      <tetrahedron index="5063" v0="1226" v1="2334" v2="2675" v3="2841" />
+      <tetrahedron index="5064" v0="774" v1="830" v2="1286" v3="2389" />
+      <tetrahedron index="5065" v0="830" v1="1286" v2="2389" v3="2445" />
+      <tetrahedron index="5066" v0="1286" v1="2389" v2="2445" v3="2901" />
+      <tetrahedron index="5067" v0="173" v1="830" v2="1286" v3="1788" />
+      <tetrahedron index="5068" v0="830" v1="1286" v2="1788" v3="2445" />
+      <tetrahedron index="5069" v0="1286" v1="1788" v2="2445" v3="2901" />
+      <tetrahedron index="5070" v0="866" v1="867" v2="1218" v3="2481" />
+      <tetrahedron index="5071" v0="867" v1="1218" v2="2481" v3="2482" />
+      <tetrahedron index="5072" v0="1218" v1="2481" v2="2482" v3="2833" />
+      <tetrahedron index="5073" v0="687" v1="866" v2="1218" v3="2302" />
+      <tetrahedron index="5074" v0="866" v1="1218" v2="2302" v3="2481" />
+      <tetrahedron index="5075" v0="1218" v1="2302" v2="2481" v3="2833" />
+      <tetrahedron index="5076" v0="1219" v1="1236" v2="1313" v3="2834" />
+      <tetrahedron index="5077" v0="1236" v1="1313" v2="2834" v3="2851" />
+      <tetrahedron index="5078" v0="1313" v1="2834" v2="2851" v3="2928" />
+      <tetrahedron index="5079" v0="1221" v1="1236" v2="1313" v3="2836" />
+      <tetrahedron index="5080" v0="1236" v1="1313" v2="2836" v3="2851" />
+      <tetrahedron index="5081" v0="1313" v1="2836" v2="2851" v3="2928" />
+      <tetrahedron index="5082" v0="1314" v1="1315" v2="1316" v3="2929" />
+      <tetrahedron index="5083" v0="1315" v1="1316" v2="2929" v3="2930" />
+      <tetrahedron index="5084" v0="1316" v1="2929" v2="2930" v3="2931" />
+      <tetrahedron index="5085" v0="954" v1="1316" v2="1317" v3="2569" />
+      <tetrahedron index="5086" v0="1316" v1="1317" v2="2569" v3="2931" />
+      <tetrahedron index="5087" v0="1317" v1="2569" v2="2931" v3="2932" />
+      <tetrahedron index="5088" v0="205" v1="1198" v2="1271" v3="1820" />
+      <tetrahedron index="5089" v0="1198" v1="1271" v2="1820" v3="2813" />
+      <tetrahedron index="5090" v0="1271" v1="1820" v2="2813" v3="2886" />
+      <tetrahedron index="5091" v0="437" v1="1142" v2="1236" v3="2052" />
+      <tetrahedron index="5092" v0="1142" v1="1236" v2="2052" v3="2757" />
+      <tetrahedron index="5093" v0="1236" v1="2052" v2="2757" v3="2851" />
+      <tetrahedron index="5094" v0="610" v1="1142" v2="1236" v3="2225" />
+      <tetrahedron index="5095" v0="1142" v1="1236" v2="2225" v3="2757" />
+      <tetrahedron index="5096" v0="1236" v1="2225" v2="2757" v3="2851" />
+      <tetrahedron index="5097" v0="430" v1="917" v2="1307" v3="2045" />
+      <tetrahedron index="5098" v0="917" v1="1307" v2="2045" v3="2532" />
+      <tetrahedron index="5099" v0="1307" v1="2045" v2="2532" v3="2922" />
+      <tetrahedron index="5100" v0="917" v1="1307" v2="1318" v3="2532" />
+      <tetrahedron index="5101" v0="1307" v1="1318" v2="2532" v3="2922" />
+      <tetrahedron index="5102" v0="1318" v1="2532" v2="2922" v3="2933" />
+      <tetrahedron index="5103" v0="210" v1="1026" v2="1319" v3="1825" />
+      <tetrahedron index="5104" v0="1026" v1="1319" v2="1825" v3="2641" />
+      <tetrahedron index="5105" v0="1319" v1="1825" v2="2641" v3="2934" />
+      <tetrahedron index="5106" v0="0" v1="1209" v2="1243" v3="1615" />
+      <tetrahedron index="5107" v0="1209" v1="1243" v2="1615" v3="2824" />
+      <tetrahedron index="5108" v0="1243" v1="1615" v2="2824" v3="2858" />
+      <tetrahedron index="5109" v0="443" v1="702" v2="723" v3="2058" />
+      <tetrahedron index="5110" v0="702" v1="723" v2="2058" v3="2317" />
+      <tetrahedron index="5111" v0="723" v1="2058" v2="2317" v3="2338" />
+      <tetrahedron index="5112" v0="451" v1="914" v2="1132" v3="2066" />
+      <tetrahedron index="5113" v0="914" v1="1132" v2="2066" v3="2529" />
+      <tetrahedron index="5114" v0="1132" v1="2066" v2="2529" v3="2747" />
+      <tetrahedron index="5115" v0="451" v1="1132" v2="1296" v3="2066" />
+      <tetrahedron index="5116" v0="1132" v1="1296" v2="2066" v3="2747" />
+      <tetrahedron index="5117" v0="1296" v1="2066" v2="2747" v3="2911" />
+      <tetrahedron index="5118" v0="1214" v1="1237" v2="1276" v3="2829" />
+      <tetrahedron index="5119" v0="1237" v1="1276" v2="2829" v3="2852" />
+      <tetrahedron index="5120" v0="1276" v1="2829" v2="2852" v3="2891" />
+      <tetrahedron index="5121" v0="1043" v1="1237" v2="1276" v3="2658" />
+      <tetrahedron index="5122" v0="1237" v1="1276" v2="2658" v3="2852" />
+      <tetrahedron index="5123" v0="1276" v1="2658" v2="2852" v3="2891" />
+      <tetrahedron index="5124" v0="517" v1="729" v2="1282" v3="2132" />
+      <tetrahedron index="5125" v0="729" v1="1282" v2="2132" v3="2344" />
+      <tetrahedron index="5126" v0="1282" v1="2132" v2="2344" v3="2897" />
+      <tetrahedron index="5127" v0="1109" v1="1111" v2="1199" v3="2724" />
+      <tetrahedron index="5128" v0="1111" v1="1199" v2="2724" v3="2726" />
+      <tetrahedron index="5129" v0="1199" v1="2724" v2="2726" v3="2814" />
+      <tetrahedron index="5130" v0="21" v1="22" v2="1272" v3="1636" />
+      <tetrahedron index="5131" v0="22" v1="1272" v2="1636" v3="1637" />
+      <tetrahedron index="5132" v0="1272" v1="1636" v2="1637" v3="2887" />
+      <tetrahedron index="5133" v0="859" v1="1239" v2="1275" v3="2474" />
+      <tetrahedron index="5134" v0="1239" v1="1275" v2="2474" v3="2854" />
+      <tetrahedron index="5135" v0="1275" v1="2474" v2="2854" v3="2890" />
+      <tetrahedron index="5136" v0="859" v1="1092" v2="1239" v3="2474" />
+      <tetrahedron index="5137" v0="1092" v1="1239" v2="2474" v3="2707" />
+      <tetrahedron index="5138" v0="1239" v1="2474" v2="2707" v3="2854" />
+      <tetrahedron index="5139" v0="0" v1="2" v2="1243" v3="1615" />
+      <tetrahedron index="5140" v0="2" v1="1243" v2="1615" v3="1617" />
+      <tetrahedron index="5141" v0="1243" v1="1615" v2="1617" v3="2858" />
+      <tetrahedron index="5142" v0="1103" v1="1239" v2="1275" v3="2718" />
+      <tetrahedron index="5143" v0="1239" v1="1275" v2="2718" v3="2854" />
+      <tetrahedron index="5144" v0="1275" v1="2718" v2="2854" v3="2890" />
+      <tetrahedron index="5145" v0="1103" v1="1115" v2="1275" v3="2718" />
+      <tetrahedron index="5146" v0="1115" v1="1275" v2="2718" v3="2730" />
+      <tetrahedron index="5147" v0="1275" v1="2718" v2="2730" v3="2890" />
+      <tetrahedron index="5148" v0="216" v1="506" v2="1012" v3="1831" />
+      <tetrahedron index="5149" v0="506" v1="1012" v2="1831" v3="2121" />
+      <tetrahedron index="5150" v0="1012" v1="1831" v2="2121" v3="2627" />
+      <tetrahedron index="5151" v0="679" v1="828" v2="1259" v3="2294" />
+      <tetrahedron index="5152" v0="828" v1="1259" v2="2294" v3="2443" />
+      <tetrahedron index="5153" v0="1259" v1="2294" v2="2443" v3="2874" />
+      <tetrahedron index="5154" v0="828" v1="1259" v2="1272" v3="2443" />
+      <tetrahedron index="5155" v0="1259" v1="1272" v2="2443" v3="2874" />
+      <tetrahedron index="5156" v0="1272" v1="2443" v2="2874" v3="2887" />
+      <tetrahedron index="5157" v0="944" v1="996" v2="1252" v3="2559" />
+      <tetrahedron index="5158" v0="996" v1="1252" v2="2559" v3="2611" />
+      <tetrahedron index="5159" v0="1252" v1="2559" v2="2611" v3="2867" />
+      <tetrahedron index="5160" v0="302" v1="303" v2="1179" v3="1917" />
+      <tetrahedron index="5161" v0="303" v1="1179" v2="1917" v3="1918" />
+      <tetrahedron index="5162" v0="1179" v1="1917" v2="1918" v3="2794" />
+      <tetrahedron index="5163" v0="220" v1="303" v2="1179" v3="1835" />
+      <tetrahedron index="5164" v0="303" v1="1179" v2="1835" v3="1918" />
+      <tetrahedron index="5165" v0="1179" v1="1835" v2="1918" v3="2794" />
+      <tetrahedron index="5166" v0="988" v1="1074" v2="1312" v3="2603" />
+      <tetrahedron index="5167" v0="1074" v1="1312" v2="2603" v3="2689" />
+      <tetrahedron index="5168" v0="1312" v1="2603" v2="2689" v3="2927" />
+      <tetrahedron index="5169" v0="484" v1="622" v2="1127" v3="2099" />
+      <tetrahedron index="5170" v0="622" v1="1127" v2="2099" v3="2237" />
+      <tetrahedron index="5171" v0="1127" v1="2099" v2="2237" v3="2742" />
+      <tetrahedron index="5172" v0="679" v1="1259" v2="1260" v3="2294" />
+      <tetrahedron index="5173" v0="1259" v1="1260" v2="2294" v3="2874" />
+      <tetrahedron index="5174" v0="1260" v1="2294" v2="2874" v3="2875" />
+      <tetrahedron index="5175" v0="22" v1="23" v2="733" v3="1637" />
+      <tetrahedron index="5176" v0="23" v1="733" v2="1637" v3="1638" />
+      <tetrahedron index="5177" v0="733" v1="1637" v2="1638" v3="2348" />
+      <tetrahedron index="5178" v0="327" v1="1299" v2="1320" v3="1942" />
+      <tetrahedron index="5179" v0="1299" v1="1320" v2="1942" v3="2914" />
+      <tetrahedron index="5180" v0="1320" v1="1942" v2="2914" v3="2935" />
+      <tetrahedron index="5181" v0="751" v1="1267" v2="1306" v3="2366" />
+      <tetrahedron index="5182" v0="1267" v1="1306" v2="2366" v3="2882" />
+      <tetrahedron index="5183" v0="1306" v1="2366" v2="2882" v3="2921" />
+      <tetrahedron index="5184" v0="633" v1="1270" v2="1283" v3="2248" />
+      <tetrahedron index="5185" v0="1270" v1="1283" v2="2248" v3="2885" />
+      <tetrahedron index="5186" v0="1283" v1="2248" v2="2885" v3="2898" />
+      <tetrahedron index="5187" v0="21" v1="1027" v2="1066" v3="1636" />
+      <tetrahedron index="5188" v0="1027" v1="1066" v2="1636" v3="2642" />
+      <tetrahedron index="5189" v0="1066" v1="1636" v2="2642" v3="2681" />
+      <tetrahedron index="5190" v0="895" v1="896" v2="1200" v3="2510" />
+      <tetrahedron index="5191" v0="896" v1="1200" v2="2510" v3="2511" />
+      <tetrahedron index="5192" v0="1200" v1="2510" v2="2511" v3="2815" />
+      <tetrahedron index="5193" v0="1131" v1="1132" v2="1296" v3="2746" />
+      <tetrahedron index="5194" v0="1132" v1="1296" v2="2746" v3="2747" />
+      <tetrahedron index="5195" v0="1296" v1="2746" v2="2747" v3="2911" />
+      <tetrahedron index="5196" v0="658" v1="659" v2="990" v3="2273" />
+      <tetrahedron index="5197" v0="659" v1="990" v2="2273" v3="2274" />
+      <tetrahedron index="5198" v0="990" v1="2273" v2="2274" v3="2605" />
+      <tetrahedron index="5199" v0="556" v1="605" v2="1321" v3="2171" />
+      <tetrahedron index="5200" v0="605" v1="1321" v2="2171" v3="2220" />
+      <tetrahedron index="5201" v0="1321" v1="2171" v2="2220" v3="2936" />
+      <tetrahedron index="5202" v0="374" v1="689" v2="1222" v3="1989" />
+      <tetrahedron index="5203" v0="689" v1="1222" v2="1989" v3="2304" />
+      <tetrahedron index="5204" v0="1222" v1="1989" v2="2304" v3="2837" />
+      <tetrahedron index="5205" v0="694" v1="1301" v2="1322" v3="2309" />
+      <tetrahedron index="5206" v0="1301" v1="1322" v2="2309" v3="2916" />
+      <tetrahedron index="5207" v0="1322" v1="2309" v2="2916" v3="2937" />
+      <tetrahedron index="5208" v0="79" v1="616" v2="1283" v3="1694" />
+      <tetrahedron index="5209" v0="616" v1="1283" v2="1694" v3="2231" />
+      <tetrahedron index="5210" v0="1283" v1="1694" v2="2231" v3="2898" />
+      <tetrahedron index="5211" v0="1289" v1="1323" v2="1324" v3="2904" />
+      <tetrahedron index="5212" v0="1323" v1="1324" v2="2904" v3="2938" />
+      <tetrahedron index="5213" v0="1324" v1="2904" v2="2938" v3="2939" />
+      <tetrahedron index="5214" v0="888" v1="1059" v2="1325" v3="2503" />
+      <tetrahedron index="5215" v0="1059" v1="1325" v2="2503" v3="2674" />
+      <tetrahedron index="5216" v0="1325" v1="2503" v2="2674" v3="2940" />
+      <tetrahedron index="5217" v0="973" v1="1205" v2="1326" v3="2588" />
+      <tetrahedron index="5218" v0="1205" v1="1326" v2="2588" v3="2820" />
+      <tetrahedron index="5219" v0="1326" v1="2588" v2="2820" v3="2941" />
+      <tetrahedron index="5220" v0="1094" v1="1297" v2="1304" v3="2709" />
+      <tetrahedron index="5221" v0="1297" v1="1304" v2="2709" v3="2912" />
+      <tetrahedron index="5222" v0="1304" v1="2709" v2="2912" v3="2919" />
+      <tetrahedron index="5223" v0="723" v1="1327" v2="1328" v3="2338" />
+      <tetrahedron index="5224" v0="1327" v1="1328" v2="2338" v3="2942" />
+      <tetrahedron index="5225" v0="1328" v1="2338" v2="2942" v3="2943" />
+      <tetrahedron index="5226" v0="115" v1="1280" v2="1329" v3="1730" />
+      <tetrahedron index="5227" v0="1280" v1="1329" v2="1730" v3="2895" />
+      <tetrahedron index="5228" v0="1329" v1="1730" v2="2895" v3="2944" />
+      <tetrahedron index="5229" v0="422" v1="1280" v2="1329" v3="2037" />
+      <tetrahedron index="5230" v0="1280" v1="1329" v2="2037" v3="2895" />
+      <tetrahedron index="5231" v0="1329" v1="2037" v2="2895" v3="2944" />
+      <tetrahedron index="5232" v0="932" v1="1284" v2="1330" v3="2547" />
+      <tetrahedron index="5233" v0="1284" v1="1330" v2="2547" v3="2899" />
+      <tetrahedron index="5234" v0="1330" v1="2547" v2="2899" v3="2945" />
+      <tetrahedron index="5235" v0="25" v1="589" v2="1281" v3="1640" />
+      <tetrahedron index="5236" v0="589" v1="1281" v2="1640" v3="2204" />
+      <tetrahedron index="5237" v0="1281" v1="1640" v2="2204" v3="2896" />
+      <tetrahedron index="5238" v0="896" v1="1237" v2="1331" v3="2511" />
+      <tetrahedron index="5239" v0="1237" v1="1331" v2="2511" v3="2852" />
+      <tetrahedron index="5240" v0="1331" v1="2511" v2="2852" v3="2946" />
+      <tetrahedron index="5241" v0="1332" v1="1333" v2="1334" v3="2947" />
+      <tetrahedron index="5242" v0="1333" v1="1334" v2="2947" v3="2948" />
+      <tetrahedron index="5243" v0="1334" v1="2947" v2="2948" v3="2949" />
+      <tetrahedron index="5244" v0="2" v1="542" v2="1243" v3="1617" />
+      <tetrahedron index="5245" v0="542" v1="1243" v2="1617" v3="2157" />
+      <tetrahedron index="5246" v0="1243" v1="1617" v2="2157" v3="2858" />
+      <tetrahedron index="5247" v0="2" v1="542" v2="1187" v3="1617" />
+      <tetrahedron index="5248" v0="542" v1="1187" v2="1617" v3="2157" />
+      <tetrahedron index="5249" v0="1187" v1="1617" v2="2157" v3="2802" />
+      <tetrahedron index="5250" v0="269" v1="1178" v2="1335" v3="1884" />
+      <tetrahedron index="5251" v0="1178" v1="1335" v2="1884" v3="2793" />
+      <tetrahedron index="5252" v0="1335" v1="1884" v2="2793" v3="2950" />
+      <tetrahedron index="5253" v0="705" v1="706" v2="1107" v3="2320" />
+      <tetrahedron index="5254" v0="706" v1="1107" v2="2320" v3="2321" />
+      <tetrahedron index="5255" v0="1107" v1="2320" v2="2321" v3="2722" />
+      <tetrahedron index="5256" v0="11" v1="136" v2="827" v3="1626" />
+      <tetrahedron index="5257" v0="136" v1="827" v2="1626" v3="1751" />
+      <tetrahedron index="5258" v0="827" v1="1626" v2="1751" v3="2442" />
+      <tetrahedron index="5259" v0="79" v1="456" v2="931" v3="1694" />
+      <tetrahedron index="5260" v0="456" v1="931" v2="1694" v3="2071" />
+      <tetrahedron index="5261" v0="931" v1="1694" v2="2071" v3="2546" />
+      <tetrahedron index="5262" v0="79" v1="456" v2="616" v3="1694" />
+      <tetrahedron index="5263" v0="456" v1="616" v2="1694" v3="2071" />
+      <tetrahedron index="5264" v0="616" v1="1694" v2="2071" v3="2231" />
+      <tetrahedron index="5265" v0="343" v1="344" v2="674" v3="1958" />
+      <tetrahedron index="5266" v0="344" v1="674" v2="1958" v3="1959" />
+      <tetrahedron index="5267" v0="674" v1="1958" v2="1959" v3="2289" />
+      <tetrahedron index="5268" v0="81" v1="838" v2="931" v3="1696" />
+      <tetrahedron index="5269" v0="838" v1="931" v2="1696" v3="2453" />
+      <tetrahedron index="5270" v0="931" v1="1696" v2="2453" v3="2546" />
+      <tetrahedron index="5271" v0="691" v1="838" v2="931" v3="2306" />
+      <tetrahedron index="5272" v0="838" v1="931" v2="2306" v3="2453" />
+      <tetrahedron index="5273" v0="931" v1="2306" v2="2453" v3="2546" />
+      <tetrahedron index="5274" v0="492" v1="617" v2="1251" v3="2107" />
+      <tetrahedron index="5275" v0="617" v1="1251" v2="2107" v3="2232" />
+      <tetrahedron index="5276" v0="1251" v1="2107" v2="2232" v3="2866" />
+      <tetrahedron index="5277" v0="492" v1="757" v2="1251" v3="2107" />
+      <tetrahedron index="5278" v0="757" v1="1251" v2="2107" v3="2372" />
+      <tetrahedron index="5279" v0="1251" v1="2107" v2="2372" v3="2866" />
+      <tetrahedron index="5280" v0="28" v1="29" v2="30" v3="1643" />
+      <tetrahedron index="5281" v0="29" v1="30" v2="1643" v3="1644" />
+      <tetrahedron index="5282" v0="30" v1="1643" v2="1644" v3="1645" />
+      <tetrahedron index="5283" v0="1073" v1="1174" v2="1211" v3="2688" />
+      <tetrahedron index="5284" v0="1174" v1="1211" v2="2688" v3="2789" />
+      <tetrahedron index="5285" v0="1211" v1="2688" v2="2789" v3="2826" />
+      <tetrahedron index="5286" v0="197" v1="1073" v2="1211" v3="1812" />
+      <tetrahedron index="5287" v0="1073" v1="1211" v2="1812" v3="2688" />
+      <tetrahedron index="5288" v0="1211" v1="1812" v2="2688" v3="2826" />
+      <tetrahedron index="5289" v0="1171" v1="1172" v2="1336" v3="2786" />
+      <tetrahedron index="5290" v0="1172" v1="1336" v2="2786" v3="2787" />
+      <tetrahedron index="5291" v0="1336" v1="2786" v2="2787" v3="2951" />
+      <tetrahedron index="5292" v0="995" v1="1172" v2="1336" v3="2610" />
+      <tetrahedron index="5293" v0="1172" v1="1336" v2="2610" v3="2787" />
+      <tetrahedron index="5294" v0="1336" v1="2610" v2="2787" v3="2951" />
+      <tetrahedron index="5295" v0="917" v1="1192" v2="1318" v3="2532" />
+      <tetrahedron index="5296" v0="1192" v1="1318" v2="2532" v3="2807" />
+      <tetrahedron index="5297" v0="1318" v1="2532" v2="2807" v3="2933" />
+      <tetrahedron index="5298" v0="351" v1="985" v2="1045" v3="1966" />
+      <tetrahedron index="5299" v0="985" v1="1045" v2="1966" v3="2600" />
+      <tetrahedron index="5300" v0="1045" v1="1966" v2="2600" v3="2660" />
+      <tetrahedron index="5301" v0="131" v1="133" v2="885" v3="1746" />
+      <tetrahedron index="5302" v0="133" v1="885" v2="1746" v3="1748" />
+      <tetrahedron index="5303" v0="885" v1="1746" v2="1748" v3="2500" />
+      <tetrahedron index="5304" v0="1337" v1="1338" v2="1339" v3="2952" />
+      <tetrahedron index="5305" v0="1338" v1="1339" v2="2952" v3="2953" />
+      <tetrahedron index="5306" v0="1339" v1="2952" v2="2953" v3="2954" />
+      <tetrahedron index="5307" v0="1338" v1="1339" v2="1340" v3="2953" />
+      <tetrahedron index="5308" v0="1339" v1="1340" v2="2953" v3="2954" />
+      <tetrahedron index="5309" v0="1340" v1="2953" v2="2954" v3="2955" />
+      <tetrahedron index="5310" v0="412" v1="725" v2="1186" v3="2027" />
+      <tetrahedron index="5311" v0="725" v1="1186" v2="2027" v3="2340" />
+      <tetrahedron index="5312" v0="1186" v1="2027" v2="2340" v3="2801" />
+      <tetrahedron index="5313" v0="62" v1="663" v2="1341" v3="1677" />
+      <tetrahedron index="5314" v0="663" v1="1341" v2="1677" v3="2278" />
+      <tetrahedron index="5315" v0="1341" v1="1677" v2="2278" v3="2956" />
+      <tetrahedron index="5316" v0="979" v1="981" v2="1321" v3="2594" />
+      <tetrahedron index="5317" v0="981" v1="1321" v2="2594" v3="2596" />
+      <tetrahedron index="5318" v0="1321" v1="2594" v2="2596" v3="2936" />
+      <tetrahedron index="5319" v0="100" v1="1210" v2="1342" v3="1715" />
+      <tetrahedron index="5320" v0="1210" v1="1342" v2="1715" v3="2825" />
+      <tetrahedron index="5321" v0="1342" v1="1715" v2="2825" v3="2957" />
+      <tetrahedron index="5322" v0="100" v1="106" v2="1342" v3="1715" />
+      <tetrahedron index="5323" v0="106" v1="1342" v2="1715" v3="1721" />
+      <tetrahedron index="5324" v0="1342" v1="1715" v2="1721" v3="2957" />
+      <tetrahedron index="5325" v0="884" v1="1343" v2="1344" v3="2499" />
+      <tetrahedron index="5326" v0="1343" v1="1344" v2="2499" v3="2958" />
+      <tetrahedron index="5327" v0="1344" v1="2499" v2="2958" v3="2959" />
+      <tetrahedron index="5328" v0="524" v1="884" v2="1344" v3="2139" />
+      <tetrahedron index="5329" v0="884" v1="1344" v2="2139" v3="2499" />
+      <tetrahedron index="5330" v0="1344" v1="2139" v2="2499" v3="2959" />
+      <tetrahedron index="5331" v0="939" v1="956" v2="1345" v3="2554" />
+      <tetrahedron index="5332" v0="956" v1="1345" v2="2554" v3="2571" />
+      <tetrahedron index="5333" v0="1345" v1="2554" v2="2571" v3="2960" />
+      <tetrahedron index="5334" v0="923" v1="939" v2="1345" v3="2538" />
+      <tetrahedron index="5335" v0="939" v1="1345" v2="2538" v3="2554" />
+      <tetrahedron index="5336" v0="1345" v1="2538" v2="2554" v3="2960" />
+      <tetrahedron index="5337" v0="849" v1="901" v2="1063" v3="2464" />
+      <tetrahedron index="5338" v0="901" v1="1063" v2="2464" v3="2516" />
+      <tetrahedron index="5339" v0="1063" v1="2464" v2="2516" v3="2678" />
+      <tetrahedron index="5340" v0="779" v1="849" v2="901" v3="2394" />
+      <tetrahedron index="5341" v0="849" v1="901" v2="2394" v3="2464" />
+      <tetrahedron index="5342" v0="901" v1="2394" v2="2464" v3="2516" />
+      <tetrahedron index="5343" v0="620" v1="897" v2="1323" v3="2235" />
+      <tetrahedron index="5344" v0="897" v1="1323" v2="2235" v3="2512" />
+      <tetrahedron index="5345" v0="1323" v1="2235" v2="2512" v3="2938" />
+      <tetrahedron index="5346" v0="480" v1="654" v2="1346" v3="2095" />
+      <tetrahedron index="5347" v0="654" v1="1346" v2="2095" v3="2269" />
+      <tetrahedron index="5348" v0="1346" v1="2095" v2="2269" v3="2961" />
+      <tetrahedron index="5349" v0="614" v1="1032" v2="1202" v3="2229" />
+      <tetrahedron index="5350" v0="1032" v1="1202" v2="2229" v3="2647" />
+      <tetrahedron index="5351" v0="1202" v1="2229" v2="2647" v3="2817" />
+      <tetrahedron index="5352" v0="240" v1="614" v2="1032" v3="1855" />
+      <tetrahedron index="5353" v0="614" v1="1032" v2="1855" v3="2229" />
+      <tetrahedron index="5354" v0="1032" v1="1855" v2="2229" v3="2647" />
+      <tetrahedron index="5355" v0="706" v1="1107" v2="1347" v3="2321" />
+      <tetrahedron index="5356" v0="1107" v1="1347" v2="2321" v3="2722" />
+      <tetrahedron index="5357" v0="1347" v1="2321" v2="2722" v3="2962" />
+      <tetrahedron index="5358" v0="378" v1="623" v2="1297" v3="1993" />
+      <tetrahedron index="5359" v0="623" v1="1297" v2="1993" v3="2238" />
+      <tetrahedron index="5360" v0="1297" v1="1993" v2="2238" v3="2912" />
+      <tetrahedron index="5361" v0="522" v1="523" v2="1348" v3="2137" />
+      <tetrahedron index="5362" v0="523" v1="1348" v2="2137" v3="2138" />
+      <tetrahedron index="5363" v0="1348" v1="2137" v2="2138" v3="2963" />
+      <tetrahedron index="5364" v0="1349" v1="1350" v2="1351" v3="2964" />
+      <tetrahedron index="5365" v0="1350" v1="1351" v2="2964" v3="2965" />
+      <tetrahedron index="5366" v0="1351" v1="2964" v2="2965" v3="2966" />
+      <tetrahedron index="5367" v0="1217" v1="1241" v2="1352" v3="2832" />
+      <tetrahedron index="5368" v0="1241" v1="1352" v2="2832" v3="2856" />
+      <tetrahedron index="5369" v0="1352" v1="2832" v2="2856" v3="2967" />
+      <tetrahedron index="5370" v0="1111" v1="1241" v2="1352" v3="2726" />
+      <tetrahedron index="5371" v0="1241" v1="1352" v2="2726" v3="2856" />
+      <tetrahedron index="5372" v0="1352" v1="2726" v2="2856" v3="2967" />
+      <tetrahedron index="5373" v0="1162" v1="1189" v2="1199" v3="2777" />
+      <tetrahedron index="5374" v0="1189" v1="1199" v2="2777" v3="2804" />
+      <tetrahedron index="5375" v0="1199" v1="2777" v2="2804" v3="2814" />
+      <tetrahedron index="5376" v0="705" v1="1269" v2="1353" v3="2320" />
+      <tetrahedron index="5377" v0="1269" v1="1353" v2="2320" v3="2884" />
+      <tetrahedron index="5378" v0="1353" v1="2320" v2="2884" v3="2968" />
+      <tetrahedron index="5379" v0="705" v1="1107" v2="1269" v3="2320" />
+      <tetrahedron index="5380" v0="1107" v1="1269" v2="2320" v3="2722" />
+      <tetrahedron index="5381" v0="1269" v1="2320" v2="2722" v3="2884" />
+      <tetrahedron index="5382" v0="707" v1="1354" v2="1355" v3="2322" />
+      <tetrahedron index="5383" v0="1354" v1="1355" v2="2322" v3="2969" />
+      <tetrahedron index="5384" v0="1355" v1="2322" v2="2969" v3="2970" />
+      <tetrahedron index="5385" v0="123" v1="199" v2="1335" v3="1738" />
+      <tetrahedron index="5386" v0="199" v1="1335" v2="1738" v3="1814" />
+      <tetrahedron index="5387" v0="1335" v1="1738" v2="1814" v3="2950" />
+      <tetrahedron index="5388" v0="1178" v1="1268" v2="1353" v3="2793" />
+      <tetrahedron index="5389" v0="1268" v1="1353" v2="2793" v3="2883" />
+      <tetrahedron index="5390" v0="1353" v1="2793" v2="2883" v3="2968" />
+      <tetrahedron index="5391" v0="1268" v1="1269" v2="1353" v3="2883" />
+      <tetrahedron index="5392" v0="1269" v1="1353" v2="2883" v3="2884" />
+      <tetrahedron index="5393" v0="1353" v1="2883" v2="2884" v3="2968" />
+      <tetrahedron index="5394" v0="702" v1="920" v2="1327" v3="2317" />
+      <tetrahedron index="5395" v0="920" v1="1327" v2="2317" v3="2535" />
+      <tetrahedron index="5396" v0="1327" v1="2317" v2="2535" v3="2942" />
+      <tetrahedron index="5397" v0="702" v1="723" v2="1327" v3="2317" />
+      <tetrahedron index="5398" v0="723" v1="1327" v2="2317" v3="2338" />
+      <tetrahedron index="5399" v0="1327" v1="2317" v2="2338" v3="2942" />
+      <tetrahedron index="5400" v0="582" v1="1045" v2="1356" v3="2197" />
+      <tetrahedron index="5401" v0="1045" v1="1356" v2="2197" v3="2660" />
+      <tetrahedron index="5402" v0="1356" v1="2197" v2="2660" v3="2971" />
+      <tetrahedron index="5403" v0="985" v1="1045" v2="1356" v3="2600" />
+      <tetrahedron index="5404" v0="1045" v1="1356" v2="2600" v3="2660" />
+      <tetrahedron index="5405" v0="1356" v1="2600" v2="2660" v3="2971" />
+      <tetrahedron index="5406" v0="289" v1="300" v2="1357" v3="1904" />
+      <tetrahedron index="5407" v0="300" v1="1357" v2="1904" v3="1915" />
+      <tetrahedron index="5408" v0="1357" v1="1904" v2="1915" v3="2972" />
+      <tetrahedron index="5409" v0="241" v1="402" v2="1358" v3="1856" />
+      <tetrahedron index="5410" v0="402" v1="1358" v2="1856" v3="2017" />
+      <tetrahedron index="5411" v0="1358" v1="1856" v2="2017" v3="2973" />
+      <tetrahedron index="5412" v0="485" v1="757" v2="1127" v3="2100" />
+      <tetrahedron index="5413" v0="757" v1="1127" v2="2100" v3="2372" />
+      <tetrahedron index="5414" v0="1127" v1="2100" v2="2372" v3="2742" />
+      <tetrahedron index="5415" v0="484" v1="485" v2="1127" v3="2099" />
+      <tetrahedron index="5416" v0="485" v1="1127" v2="2099" v3="2100" />
+      <tetrahedron index="5417" v0="1127" v1="2099" v2="2100" v3="2742" />
+      <tetrahedron index="5418" v0="190" v1="192" v2="1359" v3="1805" />
+      <tetrahedron index="5419" v0="192" v1="1359" v2="1805" v3="1807" />
+      <tetrahedron index="5420" v0="1359" v1="1805" v2="1807" v3="2974" />
+      <tetrahedron index="5421" v0="525" v1="1360" v2="1361" v3="2140" />
+      <tetrahedron index="5422" v0="1360" v1="1361" v2="2140" v3="2975" />
+      <tetrahedron index="5423" v0="1361" v1="2140" v2="2975" v3="2976" />
+      <tetrahedron index="5424" v0="525" v1="759" v2="1361" v3="2140" />
+      <tetrahedron index="5425" v0="759" v1="1361" v2="2140" v3="2374" />
+      <tetrahedron index="5426" v0="1361" v1="2140" v2="2374" v3="2976" />
+      <tetrahedron index="5427" v0="780" v1="817" v2="1362" v3="2395" />
+      <tetrahedron index="5428" v0="817" v1="1362" v2="2395" v3="2432" />
+      <tetrahedron index="5429" v0="1362" v1="2395" v2="2432" v3="2977" />
+      <tetrahedron index="5430" v0="68" v1="822" v2="1363" v3="1683" />
+      <tetrahedron index="5431" v0="822" v1="1363" v2="1683" v3="2437" />
+      <tetrahedron index="5432" v0="1363" v1="1683" v2="2437" v3="2978" />
+      <tetrahedron index="5433" v0="884" v1="1080" v2="1343" v3="2499" />
+      <tetrahedron index="5434" v0="1080" v1="1343" v2="2499" v3="2695" />
+      <tetrahedron index="5435" v0="1343" v1="2499" v2="2695" v3="2958" />
+      <tetrahedron index="5436" v0="1208" v1="1227" v2="1322" v3="2823" />
+      <tetrahedron index="5437" v0="1227" v1="1322" v2="2823" v3="2842" />
+      <tetrahedron index="5438" v0="1322" v1="2823" v2="2842" v3="2937" />
+      <tetrahedron index="5439" v0="626" v1="1325" v2="1364" v3="2241" />
+      <tetrahedron index="5440" v0="1325" v1="1364" v2="2241" v3="2940" />
+      <tetrahedron index="5441" v0="1364" v1="2241" v2="2940" v3="2979" />
+      <tetrahedron index="5442" v0="13" v1="1097" v2="1365" v3="1628" />
+      <tetrahedron index="5443" v0="1097" v1="1365" v2="1628" v3="2712" />
+      <tetrahedron index="5444" v0="1365" v1="1628" v2="2712" v3="2980" />
+      <tetrahedron index="5445" v0="865" v1="867" v2="1328" v3="2480" />
+      <tetrahedron index="5446" v0="867" v1="1328" v2="2480" v3="2482" />
+      <tetrahedron index="5447" v0="1328" v1="2480" v2="2482" v3="2943" />
+      <tetrahedron index="5448" v0="1294" v1="1302" v2="1366" v3="2909" />
+      <tetrahedron index="5449" v0="1302" v1="1366" v2="2909" v3="2917" />
+      <tetrahedron index="5450" v0="1366" v1="2909" v2="2917" v3="2981" />
+      <tetrahedron index="5451" v0="112" v1="487" v2="541" v3="1727" />
+      <tetrahedron index="5452" v0="487" v1="541" v2="1727" v3="2102" />
+      <tetrahedron index="5453" v0="541" v1="1727" v2="2102" v3="2156" />
+      <tetrahedron index="5454" v0="202" v1="634" v2="1281" v3="1817" />
+      <tetrahedron index="5455" v0="634" v1="1281" v2="1817" v3="2249" />
+      <tetrahedron index="5456" v0="1281" v1="1817" v2="2249" v3="2896" />
+      <tetrahedron index="5457" v0="1091" v1="1274" v2="1332" v3="2706" />
+      <tetrahedron index="5458" v0="1274" v1="1332" v2="2706" v3="2889" />
+      <tetrahedron index="5459" v0="1332" v1="2706" v2="2889" v3="2947" />
+      <tetrahedron index="5460" v0="1263" v1="1367" v2="1368" v3="2878" />
+      <tetrahedron index="5461" v0="1367" v1="1368" v2="2878" v3="2982" />
+      <tetrahedron index="5462" v0="1368" v1="2878" v2="2982" v3="2983" />
+      <tetrahedron index="5463" v0="1263" v1="1278" v2="1368" v3="2878" />
+      <tetrahedron index="5464" v0="1278" v1="1368" v2="2878" v3="2893" />
+      <tetrahedron index="5465" v0="1368" v1="2878" v2="2893" v3="2983" />
+      <tetrahedron index="5466" v0="232" v1="313" v2="1369" v3="1847" />
+      <tetrahedron index="5467" v0="313" v1="1369" v2="1847" v3="1928" />
+      <tetrahedron index="5468" v0="1369" v1="1847" v2="1928" v3="2984" />
+      <tetrahedron index="5469" v0="1229" v1="1301" v2="1370" v3="2844" />
+      <tetrahedron index="5470" v0="1301" v1="1370" v2="2844" v3="2916" />
+      <tetrahedron index="5471" v0="1370" v1="2844" v2="2916" v3="2985" />
+      <tetrahedron index="5472" v0="802" v1="847" v2="944" v3="2417" />
+      <tetrahedron index="5473" v0="847" v1="944" v2="2417" v3="2462" />
+      <tetrahedron index="5474" v0="944" v1="2417" v2="2462" v3="2559" />
+      <tetrahedron index="5475" v0="908" v1="910" v2="1330" v3="2523" />
+      <tetrahedron index="5476" v0="910" v1="1330" v2="2523" v3="2525" />
+      <tetrahedron index="5477" v0="1330" v1="2523" v2="2525" v3="2945" />
+      <tetrahedron index="5478" v0="559" v1="872" v2="1371" v3="2174" />
+      <tetrahedron index="5479" v0="872" v1="1371" v2="2174" v3="2487" />
+      <tetrahedron index="5480" v0="1371" v1="2174" v2="2487" v3="2986" />
+      <tetrahedron index="5481" v0="559" v1="560" v2="1371" v3="2174" />
+      <tetrahedron index="5482" v0="560" v1="1371" v2="2174" v3="2175" />
+      <tetrahedron index="5483" v0="1371" v1="2174" v2="2175" v3="2986" />
+      <tetrahedron index="5484" v0="101" v1="239" v2="1358" v3="1716" />
+      <tetrahedron index="5485" v0="239" v1="1358" v2="1716" v3="1854" />
+      <tetrahedron index="5486" v0="1358" v1="1716" v2="1854" v3="2973" />
+      <tetrahedron index="5487" v0="101" v1="402" v2="1358" v3="1716" />
+      <tetrahedron index="5488" v0="402" v1="1358" v2="1716" v3="2017" />
+      <tetrahedron index="5489" v0="1358" v1="1716" v2="2017" v3="2973" />
+      <tetrahedron index="5490" v0="537" v1="667" v2="1372" v3="2152" />
+      <tetrahedron index="5491" v0="667" v1="1372" v2="2152" v3="2282" />
+      <tetrahedron index="5492" v0="1372" v1="2152" v2="2282" v3="2987" />
+      <tetrahedron index="5493" v0="658" v1="672" v2="990" v3="2273" />
+      <tetrahedron index="5494" v0="672" v1="990" v2="2273" v3="2287" />
+      <tetrahedron index="5495" v0="990" v1="2273" v2="2287" v3="2605" />
+      <tetrahedron index="5496" v0="64" v1="412" v2="687" v3="1679" />
+      <tetrahedron index="5497" v0="412" v1="687" v2="1679" v3="2027" />
+      <tetrahedron index="5498" v0="687" v1="1679" v2="2027" v3="2302" />
+      <tetrahedron index="5499" v0="412" v1="687" v2="1186" v3="2027" />
+      <tetrahedron index="5500" v0="687" v1="1186" v2="2027" v3="2302" />
+      <tetrahedron index="5501" v0="1186" v1="2027" v2="2302" v3="2801" />
+      <tetrahedron index="5502" v0="1323" v1="1324" v2="1373" v3="2938" />
+      <tetrahedron index="5503" v0="1324" v1="1373" v2="2938" v3="2939" />
+      <tetrahedron index="5504" v0="1373" v1="2938" v2="2939" v3="2988" />
+      <tetrahedron index="5505" v0="897" v1="1323" v2="1373" v3="2512" />
+      <tetrahedron index="5506" v0="1323" v1="1373" v2="2512" v3="2938" />
+      <tetrahedron index="5507" v0="1373" v1="2512" v2="2938" v3="2988" />
+      <tetrahedron index="5508" v0="106" v1="526" v2="1342" v3="1721" />
+      <tetrahedron index="5509" v0="526" v1="1342" v2="1721" v3="2141" />
+      <tetrahedron index="5510" v0="1342" v1="1721" v2="2141" v3="2957" />
+      <tetrahedron index="5511" v0="526" v1="1144" v2="1342" v3="2141" />
+      <tetrahedron index="5512" v0="1144" v1="1342" v2="2141" v3="2759" />
+      <tetrahedron index="5513" v0="1342" v1="2141" v2="2759" v3="2957" />
+      <tetrahedron index="5514" v0="1174" v1="1210" v2="1342" v3="2789" />
+      <tetrahedron index="5515" v0="1210" v1="1342" v2="2789" v3="2825" />
+      <tetrahedron index="5516" v0="1342" v1="2789" v2="2825" v3="2957" />
+      <tetrahedron index="5517" v0="1144" v1="1174" v2="1342" v3="2759" />
+      <tetrahedron index="5518" v0="1174" v1="1342" v2="2759" v3="2789" />
+      <tetrahedron index="5519" v0="1342" v1="2759" v2="2789" v3="2957" />
+      <tetrahedron index="5520" v0="104" v1="105" v2="1374" v3="1719" />
+      <tetrahedron index="5521" v0="105" v1="1374" v2="1719" v3="1720" />
+      <tetrahedron index="5522" v0="1374" v1="1719" v2="1720" v3="2989" />
+      <tetrahedron index="5523" v0="104" v1="1374" v2="1375" v3="1719" />
+      <tetrahedron index="5524" v0="1374" v1="1375" v2="1719" v3="2989" />
+      <tetrahedron index="5525" v0="1375" v1="1719" v2="2989" v3="2990" />
+      <tetrahedron index="5526" v0="507" v1="956" v2="1345" v3="2122" />
+      <tetrahedron index="5527" v0="956" v1="1345" v2="2122" v3="2571" />
+      <tetrahedron index="5528" v0="1345" v1="2122" v2="2571" v3="2960" />
+      <tetrahedron index="5529" v0="507" v1="832" v2="1345" v3="2122" />
+      <tetrahedron index="5530" v0="832" v1="1345" v2="2122" v3="2447" />
+      <tetrahedron index="5531" v0="1345" v1="2122" v2="2447" v3="2960" />
+      <tetrahedron index="5532" v0="849" v1="1063" v2="1298" v3="2464" />
+      <tetrahedron index="5533" v0="1063" v1="1298" v2="2464" v3="2678" />
+      <tetrahedron index="5534" v0="1298" v1="2464" v2="2678" v3="2913" />
+      <tetrahedron index="5535" v0="129" v1="868" v2="869" v3="1744" />
+      <tetrahedron index="5536" v0="868" v1="869" v2="1744" v3="2483" />
+      <tetrahedron index="5537" v0="869" v1="1744" v2="2483" v3="2484" />
+      <tetrahedron index="5538" v0="129" v1="130" v2="868" v3="1744" />
+      <tetrahedron index="5539" v0="130" v1="868" v2="1744" v3="1745" />
+      <tetrahedron index="5540" v0="868" v1="1744" v2="1745" v3="2483" />
+      <tetrahedron index="5541" v0="300" v1="803" v2="1357" v3="1915" />
+      <tetrahedron index="5542" v0="803" v1="1357" v2="1915" v3="2418" />
+      <tetrahedron index="5543" v0="1357" v1="1915" v2="2418" v3="2972" />
+      <tetrahedron index="5544" v0="590" v1="654" v2="1346" v3="2205" />
+      <tetrahedron index="5545" v0="654" v1="1346" v2="2205" v3="2269" />
+      <tetrahedron index="5546" v0="1346" v1="2205" v2="2269" v3="2961" />
+      <tetrahedron index="5547" v0="969" v1="1376" v2="1377" v3="2584" />
+      <tetrahedron index="5548" v0="1376" v1="1377" v2="2584" v3="2991" />
+      <tetrahedron index="5549" v0="1377" v1="2584" v2="2991" v3="2992" />
+      <tetrahedron index="5550" v0="969" v1="1086" v2="1377" v3="2584" />
+      <tetrahedron index="5551" v0="1086" v1="1377" v2="2584" v3="2701" />
+      <tetrahedron index="5552" v0="1377" v1="2584" v2="2701" v3="2992" />
+      <tetrahedron index="5553" v0="1032" v1="1202" v2="1207" v3="2647" />
+      <tetrahedron index="5554" v0="1202" v1="1207" v2="2647" v3="2817" />
+      <tetrahedron index="5555" v0="1207" v1="2647" v2="2817" v3="2822" />
+      <tetrahedron index="5556" v0="388" v1="1032" v2="1207" v3="2003" />
+      <tetrahedron index="5557" v0="1032" v1="1207" v2="2003" v3="2647" />
+      <tetrahedron index="5558" v0="1207" v1="2003" v2="2647" v3="2822" />
+      <tetrahedron index="5559" v0="242" v1="529" v2="1378" v3="1857" />
+      <tetrahedron index="5560" v0="529" v1="1378" v2="1857" v3="2144" />
+      <tetrahedron index="5561" v0="1378" v1="1857" v2="2144" v3="2993" />
+      <tetrahedron index="5562" v0="540" v1="905" v2="1379" v3="2155" />
+      <tetrahedron index="5563" v0="905" v1="1379" v2="2155" v3="2520" />
+      <tetrahedron index="5564" v0="1379" v1="2155" v2="2520" v3="2994" />
+      <tetrahedron index="5565" v0="905" v1="1292" v2="1379" v3="2520" />
+      <tetrahedron index="5566" v0="1292" v1="1379" v2="2520" v3="2907" />
+      <tetrahedron index="5567" v0="1379" v1="2520" v2="2907" v3="2994" />
+      <tetrahedron index="5568" v0="450" v1="937" v2="1158" v3="2065" />
+      <tetrahedron index="5569" v0="937" v1="1158" v2="2065" v3="2552" />
+      <tetrahedron index="5570" v0="1158" v1="2065" v2="2552" v3="2773" />
+      <tetrahedron index="5571" v0="450" v1="1116" v2="1158" v3="2065" />
+      <tetrahedron index="5572" v0="1116" v1="1158" v2="2065" v3="2731" />
+      <tetrahedron index="5573" v0="1158" v1="2065" v2="2731" v3="2773" />
+      <tetrahedron index="5574" v0="625" v1="888" v2="1325" v3="2240" />
+      <tetrahedron index="5575" v0="888" v1="1325" v2="2240" v3="2503" />
+      <tetrahedron index="5576" v0="1325" v1="2240" v2="2503" v3="2940" />
+      <tetrahedron index="5577" v0="625" v1="626" v2="1325" v3="2240" />
+      <tetrahedron index="5578" v0="626" v1="1325" v2="2240" v3="2241" />
+      <tetrahedron index="5579" v0="1325" v1="2240" v2="2241" v3="2940" />
+      <tetrahedron index="5580" v0="1153" v1="1217" v2="1352" v3="2768" />
+      <tetrahedron index="5581" v0="1217" v1="1352" v2="2768" v3="2832" />
+      <tetrahedron index="5582" v0="1352" v1="2768" v2="2832" v3="2967" />
+      <tetrahedron index="5583" v0="1153" v1="1163" v2="1352" v3="2768" />
+      <tetrahedron index="5584" v0="1163" v1="1352" v2="2768" v3="2778" />
+      <tetrahedron index="5585" v0="1352" v1="2768" v2="2778" v3="2967" />
+      <tetrahedron index="5586" v0="1257" v1="1380" v2="1381" v3="2872" />
+      <tetrahedron index="5587" v0="1380" v1="1381" v2="2872" v3="2995" />
+      <tetrahedron index="5588" v0="1381" v1="2872" v2="2995" v3="2996" />
+      <tetrahedron index="5589" v0="370" v1="609" v2="1212" v3="1985" />
+      <tetrahedron index="5590" v0="609" v1="1212" v2="1985" v3="2224" />
+      <tetrahedron index="5591" v0="1212" v1="1985" v2="2224" v3="2827" />
+      <tetrahedron index="5592" v0="600" v1="609" v2="1212" v3="2215" />
+      <tetrahedron index="5593" v0="609" v1="1212" v2="2215" v3="2224" />
+      <tetrahedron index="5594" v0="1212" v1="2215" v2="2224" v3="2827" />
+      <tetrahedron index="5595" v0="1162" v1="1163" v2="1199" v3="2777" />
+      <tetrahedron index="5596" v0="1163" v1="1199" v2="2777" v3="2778" />
+      <tetrahedron index="5597" v0="1199" v1="2777" v2="2778" v3="2814" />
+      <tetrahedron index="5598" v0="771" v1="945" v2="946" v3="2386" />
+      <tetrahedron index="5599" v0="945" v1="946" v2="2386" v3="2560" />
+      <tetrahedron index="5600" v0="946" v1="2386" v2="2560" v3="2561" />
+      <tetrahedron index="5601" v0="771" v1="945" v2="1382" v3="2386" />
+      <tetrahedron index="5602" v0="945" v1="1382" v2="2386" v3="2560" />
+      <tetrahedron index="5603" v0="1382" v1="2386" v2="2560" v3="2997" />
+      <tetrahedron index="5604" v0="985" v1="1161" v2="1356" v3="2600" />
+      <tetrahedron index="5605" v0="1161" v1="1356" v2="2600" v3="2776" />
+      <tetrahedron index="5606" v0="1356" v1="2600" v2="2776" v3="2971" />
+      <tetrahedron index="5607" v0="611" v1="1161" v2="1356" v3="2226" />
+      <tetrahedron index="5608" v0="1161" v1="1356" v2="2226" v3="2776" />
+      <tetrahedron index="5609" v0="1356" v1="2226" v2="2776" v3="2971" />
+      <tetrahedron index="5610" v0="505" v1="1000" v2="1371" v3="2120" />
+      <tetrahedron index="5611" v0="1000" v1="1371" v2="2120" v3="2615" />
+      <tetrahedron index="5612" v0="1371" v1="2120" v2="2615" v3="2986" />
+      <tetrahedron index="5613" v0="872" v1="1000" v2="1371" v3="2487" />
+      <tetrahedron index="5614" v0="1000" v1="1371" v2="2487" v3="2615" />
+      <tetrahedron index="5615" v0="1371" v1="2487" v2="2615" v3="2986" />
+      <tetrahedron index="5616" v0="844" v1="1325" v2="1364" v3="2459" />
+      <tetrahedron index="5617" v0="1325" v1="1364" v2="2459" v3="2940" />
+      <tetrahedron index="5618" v0="1364" v1="2459" v2="2940" v3="2979" />
+      <tetrahedron index="5619" v0="844" v1="1059" v2="1325" v3="2459" />
+      <tetrahedron index="5620" v0="1059" v1="1325" v2="2459" v3="2674" />
+      <tetrahedron index="5621" v0="1325" v1="2459" v2="2674" v3="2940" />
+      <tetrahedron index="5622" v0="1154" v1="1225" v2="1383" v3="2769" />
+      <tetrahedron index="5623" v0="1225" v1="1383" v2="2769" v3="2840" />
+      <tetrahedron index="5624" v0="1383" v1="2769" v2="2840" v3="2998" />
+      <tetrahedron index="5625" v0="751" v1="847" v2="1306" v3="2366" />
+      <tetrahedron index="5626" v0="847" v1="1306" v2="2366" v3="2462" />
+      <tetrahedron index="5627" v0="1306" v1="2366" v2="2462" v3="2921" />
+      <tetrahedron index="5628" v0="847" v1="1305" v2="1306" v3="2462" />
+      <tetrahedron index="5629" v0="1305" v1="1306" v2="2462" v3="2920" />
+      <tetrahedron index="5630" v0="1306" v1="2462" v2="2920" v3="2921" />
+      <tetrahedron index="5631" v0="1163" v1="1199" v2="1352" v3="2778" />
+      <tetrahedron index="5632" v0="1199" v1="1352" v2="2778" v3="2814" />
+      <tetrahedron index="5633" v0="1352" v1="2778" v2="2814" v3="2967" />
+      <tetrahedron index="5634" v0="1111" v1="1199" v2="1352" v3="2726" />
+      <tetrahedron index="5635" v0="1199" v1="1352" v2="2726" v3="2814" />
+      <tetrahedron index="5636" v0="1352" v1="2726" v2="2814" v3="2967" />
+      <tetrahedron index="5637" v0="199" v1="1268" v2="1335" v3="1814" />
+      <tetrahedron index="5638" v0="1268" v1="1335" v2="1814" v3="2883" />
+      <tetrahedron index="5639" v0="1335" v1="1814" v2="2883" v3="2950" />
+      <tetrahedron index="5640" v0="1178" v1="1268" v2="1335" v3="2793" />
+      <tetrahedron index="5641" v0="1268" v1="1335" v2="2793" v3="2883" />
+      <tetrahedron index="5642" v0="1335" v1="2793" v2="2883" v3="2950" />
+      <tetrahedron index="5643" v0="348" v1="379" v2="1303" v3="1963" />
+      <tetrahedron index="5644" v0="379" v1="1303" v2="1963" v3="1994" />
+      <tetrahedron index="5645" v0="1303" v1="1963" v2="1994" v3="2918" />
+      <tetrahedron index="5646" v0="348" v1="1061" v2="1303" v3="1963" />
+      <tetrahedron index="5647" v0="1061" v1="1303" v2="1963" v3="2676" />
+      <tetrahedron index="5648" v0="1303" v1="1963" v2="2676" v3="2918" />
+      <tetrahedron index="5649" v0="162" v1="608" v2="1180" v3="1777" />
+      <tetrahedron index="5650" v0="608" v1="1180" v2="1777" v3="2223" />
+      <tetrahedron index="5651" v0="1180" v1="1777" v2="2223" v3="2795" />
+      <tetrahedron index="5652" v0="162" v1="1179" v2="1180" v3="1777" />
+      <tetrahedron index="5653" v0="1179" v1="1180" v2="1777" v3="2794" />
+      <tetrahedron index="5654" v0="1180" v1="1777" v2="2794" v3="2795" />
+      <tetrahedron index="5655" v0="1116" v1="1158" v2="1273" v3="2731" />
+      <tetrahedron index="5656" v0="1158" v1="1273" v2="2731" v3="2773" />
+      <tetrahedron index="5657" v0="1273" v1="2731" v2="2773" v3="2888" />
+      <tetrahedron index="5658" v0="1158" v1="1159" v2="1273" v3="2773" />
+      <tetrahedron index="5659" v0="1159" v1="1273" v2="2773" v3="2774" />
+      <tetrahedron index="5660" v0="1273" v1="2773" v2="2774" v3="2888" />
+      <tetrahedron index="5661" v0="255" v1="1293" v2="1368" v3="1870" />
+      <tetrahedron index="5662" v0="1293" v1="1368" v2="1870" v3="2908" />
+      <tetrahedron index="5663" v0="1368" v1="1870" v2="2908" v3="2983" />
+      <tetrahedron index="5664" v0="1293" v1="1367" v2="1368" v3="2908" />
+      <tetrahedron index="5665" v0="1367" v1="1368" v2="2908" v3="2982" />
+      <tetrahedron index="5666" v0="1368" v1="2908" v2="2982" v3="2983" />
+      <tetrahedron index="5667" v0="728" v1="1107" v2="1269" v3="2343" />
+      <tetrahedron index="5668" v0="1107" v1="1269" v2="2343" v3="2722" />
+      <tetrahedron index="5669" v0="1269" v1="2343" v2="2722" v3="2884" />
+      <tetrahedron index="5670" v0="199" v1="728" v2="1269" v3="1814" />
+      <tetrahedron index="5671" v0="728" v1="1269" v2="1814" v3="2343" />
+      <tetrahedron index="5672" v0="1269" v1="1814" v2="2343" v3="2884" />
+      <tetrahedron index="5673" v0="1028" v1="1065" v2="1384" v3="2643" />
+      <tetrahedron index="5674" v0="1065" v1="1384" v2="2643" v3="2680" />
+      <tetrahedron index="5675" v0="1384" v1="2643" v2="2680" v3="2999" />
+      <tetrahedron index="5676" v0="395" v1="494" v2="1180" v3="2010" />
+      <tetrahedron index="5677" v0="494" v1="1180" v2="2010" v3="2109" />
+      <tetrahedron index="5678" v0="1180" v1="2010" v2="2109" v3="2795" />
+      <tetrahedron index="5679" v0="910" v1="1332" v2="1333" v3="2525" />
+      <tetrahedron index="5680" v0="1332" v1="1333" v2="2525" v3="2947" />
+      <tetrahedron index="5681" v0="1333" v1="2525" v2="2947" v3="2948" />
+      <tetrahedron index="5682" v0="910" v1="1091" v2="1332" v3="2525" />
+      <tetrahedron index="5683" v0="1091" v1="1332" v2="2525" v3="2706" />
+      <tetrahedron index="5684" v0="1332" v1="2525" v2="2706" v3="2947" />
+      <tetrahedron index="5685" v0="2" v1="708" v2="1187" v3="1617" />
+      <tetrahedron index="5686" v0="708" v1="1187" v2="1617" v3="2323" />
+      <tetrahedron index="5687" v0="1187" v1="1617" v2="2323" v3="2802" />
+      <tetrahedron index="5688" v0="1155" v1="1303" v2="1304" v3="2770" />
+      <tetrahedron index="5689" v0="1303" v1="1304" v2="2770" v3="2918" />
+      <tetrahedron index="5690" v0="1304" v1="2770" v2="2918" v3="2919" />
+      <tetrahedron index="5691" v0="1134" v1="1198" v2="1271" v3="2749" />
+      <tetrahedron index="5692" v0="1198" v1="1271" v2="2749" v3="2813" />
+      <tetrahedron index="5693" v0="1271" v1="2749" v2="2813" v3="2886" />
+      <tetrahedron index="5694" v0="979" v1="1108" v2="1169" v3="2594" />
+      <tetrahedron index="5695" v0="1108" v1="1169" v2="2594" v3="2723" />
+      <tetrahedron index="5696" v0="1169" v1="2594" v2="2723" v3="2784" />
+      <tetrahedron index="5697" v0="150" v1="1278" v2="1368" v3="1765" />
+      <tetrahedron index="5698" v0="1278" v1="1368" v2="1765" v3="2893" />
+      <tetrahedron index="5699" v0="1368" v1="1765" v2="2893" v3="2983" />
+      <tetrahedron index="5700" v0="150" v1="255" v2="1368" v3="1765" />
+      <tetrahedron index="5701" v0="255" v1="1368" v2="1765" v3="1870" />
+      <tetrahedron index="5702" v0="1368" v1="1765" v2="1870" v3="2983" />
+      <tetrahedron index="5703" v0="582" v1="612" v2="1356" v3="2197" />
+      <tetrahedron index="5704" v0="612" v1="1356" v2="2197" v3="2227" />
+      <tetrahedron index="5705" v0="1356" v1="2197" v2="2227" v3="2971" />
+      <tetrahedron index="5706" v0="611" v1="612" v2="1356" v3="2226" />
+      <tetrahedron index="5707" v0="612" v1="1356" v2="2226" v3="2227" />
+      <tetrahedron index="5708" v0="1356" v1="2226" v2="2227" v3="2971" />
+      <tetrahedron index="5709" v0="550" v1="707" v2="1355" v3="2165" />
+      <tetrahedron index="5710" v0="707" v1="1355" v2="2165" v3="2322" />
+      <tetrahedron index="5711" v0="1355" v1="2165" v2="2322" v3="2970" />
+      <tetrahedron index="5712" v0="418" v1="1288" v2="1385" v3="2033" />
+      <tetrahedron index="5713" v0="1288" v1="1385" v2="2033" v3="2903" />
+      <tetrahedron index="5714" v0="1385" v1="2033" v2="2903" v3="3000" />
+      <tetrahedron index="5715" v0="9" v1="11" v2="827" v3="1624" />
+      <tetrahedron index="5716" v0="11" v1="827" v2="1624" v3="1626" />
+      <tetrahedron index="5717" v0="827" v1="1624" v2="1626" v3="2442" />
+      <tetrahedron index="5718" v0="9" v1="827" v2="1232" v3="1624" />
+      <tetrahedron index="5719" v0="827" v1="1232" v2="1624" v3="2442" />
+      <tetrahedron index="5720" v0="1232" v1="1624" v2="2442" v3="2847" />
+      <tetrahedron index="5721" v0="1219" v1="1313" v2="1386" v3="2834" />
+      <tetrahedron index="5722" v0="1313" v1="1386" v2="2834" v3="2928" />
+      <tetrahedron index="5723" v0="1386" v1="2834" v2="2928" v3="3001" />
+      <tetrahedron index="5724" v0="1313" v1="1360" v2="1386" v3="2928" />
+      <tetrahedron index="5725" v0="1360" v1="1386" v2="2928" v3="2975" />
+      <tetrahedron index="5726" v0="1386" v1="2928" v2="2975" v3="3001" />
+      <tetrahedron index="5727" v0="945" v1="1250" v2="1382" v3="2560" />
+      <tetrahedron index="5728" v0="1250" v1="1382" v2="2560" v3="2865" />
+      <tetrahedron index="5729" v0="1382" v1="2560" v2="2865" v3="2997" />
+      <tetrahedron index="5730" v0="421" v1="1292" v2="1379" v3="2036" />
+      <tetrahedron index="5731" v0="1292" v1="1379" v2="2036" v3="2907" />
+      <tetrahedron index="5732" v0="1379" v1="2036" v2="2907" v3="2994" />
+      <tetrahedron index="5733" v0="12" v1="1046" v2="1365" v3="1627" />
+      <tetrahedron index="5734" v0="1046" v1="1365" v2="1627" v3="2661" />
+      <tetrahedron index="5735" v0="1365" v1="1627" v2="2661" v3="2980" />
+      <tetrahedron index="5736" v0="12" v1="13" v2="1365" v3="1627" />
+      <tetrahedron index="5737" v0="13" v1="1365" v2="1627" v3="1628" />
+      <tetrahedron index="5738" v0="1365" v1="1627" v2="1628" v3="2980" />
+      <tetrahedron index="5739" v0="238" v1="510" v2="1387" v3="1853" />
+      <tetrahedron index="5740" v0="510" v1="1387" v2="1853" v3="2125" />
+      <tetrahedron index="5741" v0="1387" v1="1853" v2="2125" v3="3002" />
+      <tetrahedron index="5742" v0="238" v1="239" v2="1387" v3="1853" />
+      <tetrahedron index="5743" v0="239" v1="1387" v2="1853" v3="1854" />
+      <tetrahedron index="5744" v0="1387" v1="1853" v2="1854" v3="3002" />
+      <tetrahedron index="5745" v0="485" v1="639" v2="757" v3="2100" />
+      <tetrahedron index="5746" v0="639" v1="757" v2="2100" v3="2254" />
+      <tetrahedron index="5747" v0="757" v1="2100" v2="2254" v3="2372" />
+      <tetrahedron index="5748" v0="485" v1="486" v2="639" v3="2100" />
+      <tetrahedron index="5749" v0="486" v1="639" v2="2100" v3="2101" />
+      <tetrahedron index="5750" v0="639" v1="2100" v2="2101" v3="2254" />
+      <tetrahedron index="5751" v0="412" v1="724" v2="725" v3="2027" />
+      <tetrahedron index="5752" v0="724" v1="725" v2="2027" v3="2339" />
+      <tetrahedron index="5753" v0="725" v1="2027" v2="2339" v3="2340" />
+      <tetrahedron index="5754" v0="377" v1="412" v2="724" v3="1992" />
+      <tetrahedron index="5755" v0="412" v1="724" v2="1992" v3="2027" />
+      <tetrahedron index="5756" v0="724" v1="1992" v2="2027" v3="2339" />
+      <tetrahedron index="5757" v0="761" v1="979" v2="1321" v3="2376" />
+      <tetrahedron index="5758" v0="979" v1="1321" v2="2376" v3="2594" />
+      <tetrahedron index="5759" v0="1321" v1="2376" v2="2594" v3="2936" />
+      <tetrahedron index="5760" v0="556" v1="761" v2="1321" v3="2171" />
+      <tetrahedron index="5761" v0="761" v1="1321" v2="2171" v3="2376" />
+      <tetrahedron index="5762" v0="1321" v1="2171" v2="2376" v3="2936" />
+      <tetrahedron index="5763" v0="1360" v1="1361" v2="1388" v3="2975" />
+      <tetrahedron index="5764" v0="1361" v1="1388" v2="2975" v3="2976" />
+      <tetrahedron index="5765" v0="1388" v1="2975" v2="2976" v3="3003" />
+      <tetrahedron index="5766" v0="1343" v1="1361" v2="1388" v3="2958" />
+      <tetrahedron index="5767" v0="1361" v1="1388" v2="2958" v3="2976" />
+      <tetrahedron index="5768" v0="1388" v1="2958" v2="2976" v3="3003" />
+      <tetrahedron index="5769" v0="432" v1="908" v2="1330" v3="2047" />
+      <tetrahedron index="5770" v0="908" v1="1330" v2="2047" v3="2523" />
+      <tetrahedron index="5771" v0="1330" v1="2047" v2="2523" v3="2945" />
+      <tetrahedron index="5772" v0="432" v1="1284" v2="1330" v3="2047" />
+      <tetrahedron index="5773" v0="1284" v1="1330" v2="2047" v3="2899" />
+      <tetrahedron index="5774" v0="1330" v1="2047" v2="2899" v3="2945" />
+      <tetrahedron index="5775" v0="180" v1="893" v2="1183" v3="1795" />
+      <tetrahedron index="5776" v0="893" v1="1183" v2="1795" v3="2508" />
+      <tetrahedron index="5777" v0="1183" v1="1795" v2="2508" v3="2798" />
+      <tetrahedron index="5778" v0="68" v1="724" v2="822" v3="1683" />
+      <tetrahedron index="5779" v0="724" v1="822" v2="1683" v3="2339" />
+      <tetrahedron index="5780" v0="822" v1="1683" v2="2339" v3="2437" />
+      <tetrahedron index="5781" v0="377" v1="724" v2="822" v3="1992" />
+      <tetrahedron index="5782" v0="724" v1="822" v2="1992" v3="2339" />
+      <tetrahedron index="5783" v0="822" v1="1992" v2="2339" v3="2437" />
+      <tetrahedron index="5784" v0="620" v1="621" v2="1323" v3="2235" />
+      <tetrahedron index="5785" v0="621" v1="1323" v2="2235" v3="2236" />
+      <tetrahedron index="5786" v0="1323" v1="2235" v2="2236" v3="2938" />
+      <tetrahedron index="5787" v0="621" v1="1289" v2="1323" v3="2236" />
+      <tetrahedron index="5788" v0="1289" v1="1323" v2="2236" v3="2904" />
+      <tetrahedron index="5789" v0="1323" v1="2236" v2="2904" v3="2938" />
+      <tetrahedron index="5790" v0="840" v1="1017" v2="1085" v3="2455" />
+      <tetrahedron index="5791" v0="1017" v1="1085" v2="2455" v3="2632" />
+      <tetrahedron index="5792" v0="1085" v1="2455" v2="2632" v3="2700" />
+      <tetrahedron index="5793" v0="1017" v1="1042" v2="1085" v3="2632" />
+      <tetrahedron index="5794" v0="1042" v1="1085" v2="2632" v3="2657" />
+      <tetrahedron index="5795" v0="1085" v1="2632" v2="2657" v3="2700" />
+      <tetrahedron index="5796" v0="1250" v1="1382" v2="1389" v3="2865" />
+      <tetrahedron index="5797" v0="1382" v1="1389" v2="2865" v3="2997" />
+      <tetrahedron index="5798" v0="1389" v1="2865" v2="2997" v3="3004" />
+      <tetrahedron index="5799" v0="561" v1="1389" v2="1390" v3="2176" />
+      <tetrahedron index="5800" v0="1389" v1="1390" v2="2176" v3="3004" />
+      <tetrahedron index="5801" v0="1390" v1="2176" v2="3004" v3="3005" />
+      <tetrahedron index="5802" v0="514" v1="723" v2="1328" v3="2129" />
+      <tetrahedron index="5803" v0="723" v1="1328" v2="2129" v3="2338" />
+      <tetrahedron index="5804" v0="1328" v1="2129" v2="2338" v3="2943" />
+      <tetrahedron index="5805" v0="514" v1="867" v2="1328" v3="2129" />
+      <tetrahedron index="5806" v0="867" v1="1328" v2="2129" v3="2482" />
+      <tetrahedron index="5807" v0="1328" v1="2129" v2="2482" v3="2943" />
+      <tetrahedron index="5808" v0="1190" v1="1391" v2="1392" v3="2805" />
+      <tetrahedron index="5809" v0="1391" v1="1392" v2="2805" v3="3006" />
+      <tetrahedron index="5810" v0="1392" v1="2805" v2="3006" v3="3007" />
+      <tetrahedron index="5811" v0="1242" v1="1366" v2="1393" v3="2857" />
+      <tetrahedron index="5812" v0="1366" v1="1393" v2="2857" v3="2981" />
+      <tetrahedron index="5813" v0="1393" v1="2857" v2="2981" v3="3008" />
+      <tetrahedron index="5814" v0="1294" v1="1366" v2="1393" v3="2909" />
+      <tetrahedron index="5815" v0="1366" v1="1393" v2="2909" v3="2981" />
+      <tetrahedron index="5816" v0="1393" v1="2909" v2="2981" v3="3008" />
+      <tetrahedron index="5817" v0="378" v1="379" v2="1297" v3="1993" />
+      <tetrahedron index="5818" v0="379" v1="1297" v2="1993" v3="1994" />
+      <tetrahedron index="5819" v0="1297" v1="1993" v2="1994" v3="2912" />
+      <tetrahedron index="5820" v0="379" v1="1297" v2="1304" v3="1994" />
+      <tetrahedron index="5821" v0="1297" v1="1304" v2="1994" v3="2912" />
+      <tetrahedron index="5822" v0="1304" v1="1994" v2="2912" v3="2919" />
+      <tetrahedron index="5823" v0="560" v1="1081" v2="1371" v3="2175" />
+      <tetrahedron index="5824" v0="1081" v1="1371" v2="2175" v3="2696" />
+      <tetrahedron index="5825" v0="1371" v1="2175" v2="2696" v3="2986" />
+      <tetrahedron index="5826" v0="505" v1="1081" v2="1371" v3="2120" />
+      <tetrahedron index="5827" v0="1081" v1="1371" v2="2120" v3="2696" />
+      <tetrahedron index="5828" v0="1371" v1="2120" v2="2696" v3="2986" />
+      <tetrahedron index="5829" v0="694" v1="1285" v2="1322" v3="2309" />
+      <tetrahedron index="5830" v0="1285" v1="1322" v2="2309" v3="2900" />
+      <tetrahedron index="5831" v0="1322" v1="2309" v2="2900" v3="2937" />
+      <tetrahedron index="5832" v0="1227" v1="1285" v2="1322" v3="2842" />
+      <tetrahedron index="5833" v0="1285" v1="1322" v2="2842" v3="2900" />
+      <tetrahedron index="5834" v0="1322" v1="2842" v2="2900" v3="2937" />
+      <tetrahedron index="5835" v0="541" v1="1209" v2="1243" v3="2156" />
+      <tetrahedron index="5836" v0="1209" v1="1243" v2="2156" v3="2824" />
+      <tetrahedron index="5837" v0="1243" v1="2156" v2="2824" v3="2858" />
+      <tetrahedron index="5838" v0="487" v1="541" v2="1209" v3="2102" />
+      <tetrahedron index="5839" v0="541" v1="1209" v2="2102" v3="2156" />
+      <tetrahedron index="5840" v0="1209" v1="2102" v2="2156" v3="2824" />
+      <tetrahedron index="5841" v0="25" v1="835" v2="1281" v3="1640" />
+      <tetrahedron index="5842" v0="835" v1="1281" v2="1640" v3="2450" />
+      <tetrahedron index="5843" v0="1281" v1="1640" v2="2450" v3="2896" />
+      <tetrahedron index="5844" v0="529" v1="1279" v2="1378" v3="2144" />
+      <tetrahedron index="5845" v0="1279" v1="1378" v2="2144" v3="2894" />
+      <tetrahedron index="5846" v0="1378" v1="2144" v2="2894" v3="2993" />
+      <tetrahedron index="5847" v0="107" v1="1279" v2="1378" v3="1722" />
+      <tetrahedron index="5848" v0="1279" v1="1378" v2="1722" v3="2894" />
+      <tetrahedron index="5849" v0="1378" v1="1722" v2="2894" v3="2993" />
+      <tetrahedron index="5850" v0="1139" v1="1394" v2="1395" v3="2754" />
+      <tetrahedron index="5851" v0="1394" v1="1395" v2="2754" v3="3009" />
+      <tetrahedron index="5852" v0="1395" v1="2754" v2="3009" v3="3010" />
+      <tetrahedron index="5853" v0="1139" v1="1140" v2="1395" v3="2754" />
+      <tetrahedron index="5854" v0="1140" v1="1395" v2="2754" v3="2755" />
+      <tetrahedron index="5855" v0="1395" v1="2754" v2="2755" v3="3010" />
+      <tetrahedron index="5856" v0="1162" v1="1189" v2="1190" v3="2777" />
+      <tetrahedron index="5857" v0="1189" v1="1190" v2="2777" v3="2804" />
+      <tetrahedron index="5858" v0="1190" v1="2777" v2="2804" v3="2805" />
+      <tetrahedron index="5859" v0="1162" v1="1190" v2="1391" v3="2777" />
+      <tetrahedron index="5860" v0="1190" v1="1391" v2="2777" v3="2805" />
+      <tetrahedron index="5861" v0="1391" v1="2777" v2="2805" v3="3006" />
+      <tetrahedron index="5862" v0="123" v1="246" v2="1335" v3="1738" />
+      <tetrahedron index="5863" v0="246" v1="1335" v2="1738" v3="1861" />
+      <tetrahedron index="5864" v0="1335" v1="1738" v2="1861" v3="2950" />
+      <tetrahedron index="5865" v0="246" v1="269" v2="1335" v3="1861" />
+      <tetrahedron index="5866" v0="269" v1="1335" v2="1861" v3="1884" />
+      <tetrahedron index="5867" v0="1335" v1="1861" v2="1884" v3="2950" />
+      <tetrahedron index="5868" v0="1301" v1="1370" v2="1396" v3="2916" />
+      <tetrahedron index="5869" v0="1370" v1="1396" v2="2916" v3="2985" />
+      <tetrahedron index="5870" v0="1396" v1="2916" v2="2985" v3="3011" />
+      <tetrahedron index="5871" v0="808" v1="1370" v2="1396" v3="2423" />
+      <tetrahedron index="5872" v0="1370" v1="1396" v2="2423" v3="2985" />
+      <tetrahedron index="5873" v0="1396" v1="2423" v2="2985" v3="3011" />
+      <tetrahedron index="5874" v0="932" v1="1091" v2="1330" v3="2547" />
+      <tetrahedron index="5875" v0="1091" v1="1330" v2="2547" v3="2706" />
+      <tetrahedron index="5876" v0="1330" v1="2547" v2="2706" v3="2945" />
+      <tetrahedron index="5877" v0="910" v1="1091" v2="1330" v3="2525" />
+      <tetrahedron index="5878" v0="1091" v1="1330" v2="2525" v3="2706" />
+      <tetrahedron index="5879" v0="1330" v1="2525" v2="2706" v3="2945" />
+      <tetrahedron index="5880" v0="104" v1="1035" v2="1397" v3="1719" />
+      <tetrahedron index="5881" v0="1035" v1="1397" v2="1719" v3="2650" />
+      <tetrahedron index="5882" v0="1397" v1="1719" v2="2650" v3="3012" />
+      <tetrahedron index="5883" v0="104" v1="1375" v2="1397" v3="1719" />
+      <tetrahedron index="5884" v0="1375" v1="1397" v2="1719" v3="2990" />
+      <tetrahedron index="5885" v0="1397" v1="1719" v2="2990" v3="3012" />
+      <tetrahedron index="5886" v0="659" v1="990" v2="1288" v3="2274" />
+      <tetrahedron index="5887" v0="990" v1="1288" v2="2274" v3="2605" />
+      <tetrahedron index="5888" v0="1288" v1="2274" v2="2605" v3="2903" />
+      <tetrahedron index="5889" v0="706" v1="1347" v2="1398" v3="2321" />
+      <tetrahedron index="5890" v0="1347" v1="1398" v2="2321" v3="2962" />
+      <tetrahedron index="5891" v0="1398" v1="2321" v2="2962" v3="3013" />
+      <tetrahedron index="5892" v0="757" v1="1127" v2="1252" v3="2372" />
+      <tetrahedron index="5893" v0="1127" v1="1252" v2="2372" v3="2742" />
+      <tetrahedron index="5894" v0="1252" v1="2372" v2="2742" v3="2867" />
+      <tetrahedron index="5895" v0="757" v1="1251" v2="1252" v3="2372" />
+      <tetrahedron index="5896" v0="1251" v1="1252" v2="2372" v3="2866" />
+      <tetrahedron index="5897" v0="1252" v1="2372" v2="2866" v3="2867" />
+      <tetrahedron index="5898" v0="1080" v1="1343" v2="1361" v3="2695" />
+      <tetrahedron index="5899" v0="1343" v1="1361" v2="2695" v3="2958" />
+      <tetrahedron index="5900" v0="1361" v1="2695" v2="2958" v3="2976" />
+      <tetrahedron index="5901" v0="759" v1="1080" v2="1361" v3="2374" />
+      <tetrahedron index="5902" v0="1080" v1="1361" v2="2374" v3="2695" />
+      <tetrahedron index="5903" v0="1361" v1="2374" v2="2695" v3="2976" />
+      <tetrahedron index="5904" v0="668" v1="1025" v2="1080" v3="2283" />
+      <tetrahedron index="5905" v0="1025" v1="1080" v2="2283" v3="2640" />
+      <tetrahedron index="5906" v0="1080" v1="2283" v2="2640" v3="2695" />
+      <tetrahedron index="5907" v0="668" v1="884" v2="1080" v3="2283" />
+      <tetrahedron index="5908" v0="884" v1="1080" v2="2283" v3="2499" />
+      <tetrahedron index="5909" v0="1080" v1="2283" v2="2499" v3="2695" />
+      <tetrahedron index="5910" v0="1399" v1="1400" v2="1401" v3="3014" />
+      <tetrahedron index="5911" v0="1400" v1="1401" v2="3014" v3="3015" />
+      <tetrahedron index="5912" v0="1401" v1="3014" v2="3015" v3="3016" />
+      <tetrahedron index="5913" v0="1086" v1="1118" v2="1377" v3="2701" />
+      <tetrahedron index="5914" v0="1118" v1="1377" v2="2701" v3="2733" />
+      <tetrahedron index="5915" v0="1377" v1="2701" v2="2733" v3="2992" />
+      <tetrahedron index="5916" v0="136" v1="593" v2="827" v3="1751" />
+      <tetrahedron index="5917" v0="593" v1="827" v2="1751" v3="2208" />
+      <tetrahedron index="5918" v0="827" v1="1751" v2="2208" v3="2442" />
+      <tetrahedron index="5919" v0="929" v1="1402" v2="1403" v3="2544" />
+      <tetrahedron index="5920" v0="1402" v1="1403" v2="2544" v3="3017" />
+      <tetrahedron index="5921" v0="1403" v1="2544" v2="3017" v3="3018" />
+      <tetrahedron index="5922" v0="964" v1="1065" v2="1384" v3="2579" />
+      <tetrahedron index="5923" v0="1065" v1="1384" v2="2579" v3="2680" />
+      <tetrahedron index="5924" v0="1384" v1="2579" v2="2680" v3="2999" />
+      <tetrahedron index="5925" v0="1047" v1="1311" v2="1404" v3="2662" />
+      <tetrahedron index="5926" v0="1311" v1="1404" v2="2662" v3="2926" />
+      <tetrahedron index="5927" v0="1404" v1="2662" v2="2926" v3="3019" />
+      <tetrahedron index="5928" v0="91" v1="93" v2="664" v3="1706" />
+      <tetrahedron index="5929" v0="93" v1="664" v2="1706" v3="1708" />
+      <tetrahedron index="5930" v0="664" v1="1706" v2="1708" v3="2279" />
+      <tetrahedron index="5931" v0="991" v1="1405" v2="1406" v3="2606" />
+      <tetrahedron index="5932" v0="1405" v1="1406" v2="2606" v3="3020" />
+      <tetrahedron index="5933" v0="1406" v1="2606" v2="3020" v3="3021" />
+      <tetrahedron index="5934" v0="857" v1="858" v2="1215" v3="2472" />
+      <tetrahedron index="5935" v0="858" v1="1215" v2="2472" v3="2473" />
+      <tetrahedron index="5936" v0="1215" v1="2472" v2="2473" v3="2830" />
+      <tetrahedron index="5937" v0="138" v1="593" v2="1135" v3="1753" />
+      <tetrahedron index="5938" v0="593" v1="1135" v2="1753" v3="2208" />
+      <tetrahedron index="5939" v0="1135" v1="1753" v2="2208" v3="2750" />
+      <tetrahedron index="5940" v0="392" v1="936" v2="1407" v3="2007" />
+      <tetrahedron index="5941" v0="936" v1="1407" v2="2007" v3="2551" />
+      <tetrahedron index="5942" v0="1407" v1="2007" v2="2551" v3="3022" />
+      <tetrahedron index="5943" v0="643" v1="843" v2="869" v3="2258" />
+      <tetrahedron index="5944" v0="843" v1="869" v2="2258" v3="2458" />
+      <tetrahedron index="5945" v0="869" v1="2258" v2="2458" v3="2484" />
+      <tetrahedron index="5946" v0="820" v1="849" v2="1298" v3="2435" />
+      <tetrahedron index="5947" v0="849" v1="1298" v2="2435" v3="2464" />
+      <tetrahedron index="5948" v0="1298" v1="2435" v2="2464" v3="2913" />
+      <tetrahedron index="5949" v0="107" v1="1378" v2="1408" v3="1722" />
+      <tetrahedron index="5950" v0="1378" v1="1408" v2="1722" v3="2993" />
+      <tetrahedron index="5951" v0="1408" v1="1722" v2="2993" v3="3023" />
+      <tetrahedron index="5952" v0="107" v1="365" v2="1408" v3="1722" />
+      <tetrahedron index="5953" v0="365" v1="1408" v2="1722" v3="1980" />
+      <tetrahedron index="5954" v0="1408" v1="1722" v2="1980" v3="3023" />
+      <tetrahedron index="5955" v0="1040" v1="1041" v2="1409" v3="2655" />
+      <tetrahedron index="5956" v0="1041" v1="1409" v2="2655" v3="2656" />
+      <tetrahedron index="5957" v0="1409" v1="2655" v2="2656" v3="3024" />
+      <tetrahedron index="5958" v0="422" v1="423" v2="1329" v3="2037" />
+      <tetrahedron index="5959" v0="423" v1="1329" v2="2037" v3="2038" />
+      <tetrahedron index="5960" v0="1329" v1="2037" v2="2038" v3="2944" />
+      <tetrahedron index="5961" v0="746" v1="834" v2="1410" v3="2361" />
+      <tetrahedron index="5962" v0="834" v1="1410" v2="2361" v3="2449" />
+      <tetrahedron index="5963" v0="1410" v1="2361" v2="2449" v3="3025" />
+      <tetrahedron index="5964" v0="89" v1="1119" v2="1411" v3="1704" />
+      <tetrahedron index="5965" v0="1119" v1="1411" v2="1704" v3="2734" />
+      <tetrahedron index="5966" v0="1411" v1="1704" v2="2734" v3="3026" />
+      <tetrahedron index="5967" v0="1119" v1="1411" v2="1412" v3="2734" />
+      <tetrahedron index="5968" v0="1411" v1="1412" v2="2734" v3="3026" />
+      <tetrahedron index="5969" v0="1412" v1="2734" v2="3026" v3="3027" />
+      <tetrahedron index="5970" v0="993" v1="994" v2="1413" v3="2608" />
+      <tetrahedron index="5971" v0="994" v1="1413" v2="2608" v3="2609" />
+      <tetrahedron index="5972" v0="1413" v1="2608" v2="2609" v3="3028" />
+      <tetrahedron index="5973" v0="1414" v1="1415" v2="1416" v3="3029" />
+      <tetrahedron index="5974" v0="1415" v1="1416" v2="3029" v3="3030" />
+      <tetrahedron index="5975" v0="1416" v1="3029" v2="3030" v3="3031" />
+      <tetrahedron index="5976" v0="402" v1="403" v2="1417" v3="2017" />
+      <tetrahedron index="5977" v0="403" v1="1417" v2="2017" v3="2018" />
+      <tetrahedron index="5978" v0="1417" v1="2017" v2="2018" v3="3032" />
+      <tetrahedron index="5979" v0="1337" v1="1339" v2="1418" v3="2952" />
+      <tetrahedron index="5980" v0="1339" v1="1418" v2="2952" v3="2954" />
+      <tetrahedron index="5981" v0="1418" v1="2952" v2="2954" v3="3033" />
+      <tetrahedron index="5982" v0="164" v1="539" v2="1419" v3="1779" />
+      <tetrahedron index="5983" v0="539" v1="1419" v2="1779" v3="2154" />
+      <tetrahedron index="5984" v0="1419" v1="1779" v2="2154" v3="3034" />
+      <tetrahedron index="5985" v0="164" v1="1088" v2="1419" v3="1779" />
+      <tetrahedron index="5986" v0="1088" v1="1419" v2="1779" v3="2703" />
+      <tetrahedron index="5987" v0="1419" v1="1779" v2="2703" v3="3034" />
+      <tetrahedron index="5988" v0="488" v1="490" v2="1420" v3="2103" />
+      <tetrahedron index="5989" v0="490" v1="1420" v2="2103" v3="2105" />
+      <tetrahedron index="5990" v0="1420" v1="2103" v2="2105" v3="3035" />
+      <tetrahedron index="5991" v0="826" v1="1193" v2="1421" v3="2441" />
+      <tetrahedron index="5992" v0="1193" v1="1421" v2="2441" v3="2808" />
+      <tetrahedron index="5993" v0="1421" v1="2441" v2="2808" v3="3036" />
+      <tetrahedron index="5994" v0="1194" v1="1195" v2="1422" v3="2809" />
+      <tetrahedron index="5995" v0="1195" v1="1422" v2="2809" v3="2810" />
+      <tetrahedron index="5996" v0="1422" v1="2809" v2="2810" v3="3037" />
+      <tetrahedron index="5997" v0="191" v1="1423" v2="1424" v3="1806" />
+      <tetrahedron index="5998" v0="1423" v1="1424" v2="1806" v3="3038" />
+      <tetrahedron index="5999" v0="1424" v1="1806" v2="3038" v3="3039" />
+      <tetrahedron index="6000" v0="1153" v1="1163" v2="1425" v3="2768" />
+      <tetrahedron index="6001" v0="1163" v1="1425" v2="2768" v3="2778" />
+      <tetrahedron index="6002" v0="1425" v1="2768" v2="2778" v3="3040" />
+      <tetrahedron index="6003" v0="100" v1="1210" v2="1426" v3="1715" />
+      <tetrahedron index="6004" v0="1210" v1="1426" v2="1715" v3="2825" />
+      <tetrahedron index="6005" v0="1426" v1="1715" v2="2825" v3="3041" />
+      <tetrahedron index="6006" v0="945" v1="1248" v2="1250" v3="2560" />
+      <tetrahedron index="6007" v0="1248" v1="1250" v2="2560" v3="2863" />
+      <tetrahedron index="6008" v0="1250" v1="2560" v2="2863" v3="2865" />
+      <tetrahedron index="6009" v0="945" v1="947" v2="1248" v3="2560" />
+      <tetrahedron index="6010" v0="947" v1="1248" v2="2560" v3="2562" />
+      <tetrahedron index="6011" v0="1248" v1="2560" v2="2562" v3="2863" />
+      <tetrahedron index="6012" v0="1042" v1="1085" v2="1427" v3="2657" />
+      <tetrahedron index="6013" v0="1085" v1="1427" v2="2657" v3="2700" />
+      <tetrahedron index="6014" v0="1427" v1="2657" v2="2700" v3="3042" />
+      <tetrahedron index="6015" v0="990" v1="1288" v2="1428" v3="2605" />
+      <tetrahedron index="6016" v0="1288" v1="1428" v2="2605" v3="2903" />
+      <tetrahedron index="6017" v0="1428" v1="2605" v2="2903" v3="3043" />
+      <tetrahedron index="6018" v0="1109" v1="1110" v2="1429" v3="2724" />
+      <tetrahedron index="6019" v0="1110" v1="1429" v2="2724" v3="2725" />
+      <tetrahedron index="6020" v0="1429" v1="2724" v2="2725" v3="3044" />
+      <tetrahedron index="6021" v0="1391" v1="1392" v2="1430" v3="3006" />
+      <tetrahedron index="6022" v0="1392" v1="1430" v2="3006" v3="3007" />
+      <tetrahedron index="6023" v0="1430" v1="3006" v2="3007" v3="3045" />
+      <tetrahedron index="6024" v0="1203" v1="1431" v2="1432" v3="2818" />
+      <tetrahedron index="6025" v0="1431" v1="1432" v2="2818" v3="3046" />
+      <tetrahedron index="6026" v0="1432" v1="2818" v2="3046" v3="3047" />
+      <tetrahedron index="6027" v0="936" v1="1407" v2="1433" v3="2551" />
+      <tetrahedron index="6028" v0="1407" v1="1433" v2="2551" v3="3022" />
+      <tetrahedron index="6029" v0="1433" v1="2551" v2="3022" v3="3048" />
+      <tetrahedron index="6030" v0="1013" v1="1434" v2="1435" v3="2628" />
+      <tetrahedron index="6031" v0="1434" v1="1435" v2="2628" v3="3049" />
+      <tetrahedron index="6032" v0="1435" v1="2628" v2="3049" v3="3050" />
+      <tetrahedron index="6033" v0="1374" v1="1375" v2="1436" v3="2989" />
+      <tetrahedron index="6034" v0="1375" v1="1436" v2="2989" v3="2990" />
+      <tetrahedron index="6035" v0="1436" v1="2989" v2="2990" v3="3051" />
+      <tetrahedron index="6036" v0="1375" v1="1395" v2="1436" v3="2990" />
+      <tetrahedron index="6037" v0="1395" v1="1436" v2="2990" v3="3010" />
+      <tetrahedron index="6038" v0="1436" v1="2990" v2="3010" v3="3051" />
+      <tetrahedron index="6039" v0="4" v1="314" v2="460" v3="1619" />
+      <tetrahedron index="6040" v0="314" v1="460" v2="1619" v3="1929" />
+      <tetrahedron index="6041" v0="460" v1="1619" v2="1929" v3="2075" />
+      <tetrahedron index="6042" v0="839" v1="1112" v2="1437" v3="2454" />
+      <tetrahedron index="6043" v0="1112" v1="1437" v2="2454" v3="2727" />
+      <tetrahedron index="6044" v0="1437" v1="2454" v2="2727" v3="3052" />
+      <tetrahedron index="6045" v0="316" v1="317" v2="1438" v3="1931" />
+      <tetrahedron index="6046" v0="317" v1="1438" v2="1931" v3="1932" />
+      <tetrahedron index="6047" v0="1438" v1="1931" v2="1932" v3="3053" />
+      <tetrahedron index="6048" v0="92" v1="457" v2="1439" v3="1707" />
+      <tetrahedron index="6049" v0="457" v1="1439" v2="1707" v3="2072" />
+      <tetrahedron index="6050" v0="1439" v1="1707" v2="2072" v3="3054" />
+      <tetrahedron index="6051" v0="750" v1="1440" v2="1441" v3="2365" />
+      <tetrahedron index="6052" v0="1440" v1="1441" v2="2365" v3="3055" />
+      <tetrahedron index="6053" v0="1441" v1="2365" v2="3055" v3="3056" />
+      <tetrahedron index="6054" v0="272" v1="273" v2="738" v3="1887" />
+      <tetrahedron index="6055" v0="273" v1="738" v2="1887" v3="1888" />
+      <tetrahedron index="6056" v0="738" v1="1887" v2="1888" v3="2353" />
+      <tetrahedron index="6057" v0="220" v1="395" v2="1180" v3="1835" />
+      <tetrahedron index="6058" v0="395" v1="1180" v2="1835" v3="2010" />
+      <tetrahedron index="6059" v0="1180" v1="1835" v2="2010" v3="2795" />
+      <tetrahedron index="6060" v0="220" v1="395" v2="455" v3="1835" />
+      <tetrahedron index="6061" v0="395" v1="455" v2="1835" v3="2010" />
+      <tetrahedron index="6062" v0="455" v1="1835" v2="2010" v3="2070" />
+      <tetrahedron index="6063" v0="192" v1="1359" v2="1442" v3="1807" />
+      <tetrahedron index="6064" v0="1359" v1="1442" v2="1807" v3="2974" />
+      <tetrahedron index="6065" v0="1442" v1="1807" v2="2974" v3="3057" />
+      <tetrahedron index="6066" v0="373" v1="561" v2="836" v3="1988" />
+      <tetrahedron index="6067" v0="561" v1="836" v2="1988" v3="2176" />
+      <tetrahedron index="6068" v0="836" v1="1988" v2="2176" v3="2451" />
+      <tetrahedron index="6069" v0="344" v1="827" v2="1232" v3="1959" />
+      <tetrahedron index="6070" v0="827" v1="1232" v2="1959" v3="2442" />
+      <tetrahedron index="6071" v0="1232" v1="1959" v2="2442" v3="2847" />
+      <tetrahedron index="6072" v0="137" v1="344" v2="827" v3="1752" />
+      <tetrahedron index="6073" v0="344" v1="827" v2="1752" v3="1959" />
+      <tetrahedron index="6074" v0="827" v1="1752" v2="1959" v3="2442" />
+      <tetrahedron index="6075" v0="769" v1="1233" v2="1443" v3="2384" />
+      <tetrahedron index="6076" v0="1233" v1="1443" v2="2384" v3="2848" />
+      <tetrahedron index="6077" v0="1443" v1="2384" v2="2848" v3="3058" />
+      <tetrahedron index="6078" v0="925" v1="926" v2="1444" v3="2540" />
+      <tetrahedron index="6079" v0="926" v1="1444" v2="2540" v3="2541" />
+      <tetrahedron index="6080" v0="1444" v1="2540" v2="2541" v3="3059" />
+      <tetrahedron index="6081" v0="130" v1="696" v2="1445" v3="1745" />
+      <tetrahedron index="6082" v0="696" v1="1445" v2="1745" v3="2311" />
+      <tetrahedron index="6083" v0="1445" v1="1745" v2="2311" v3="3060" />
+      <tetrahedron index="6084" v0="695" v1="696" v2="1445" v3="2310" />
+      <tetrahedron index="6085" v0="696" v1="1445" v2="2310" v3="2311" />
+      <tetrahedron index="6086" v0="1445" v1="2310" v2="2311" v3="3060" />
+      <tetrahedron index="6087" v0="596" v1="714" v2="1376" v3="2211" />
+      <tetrahedron index="6088" v0="714" v1="1376" v2="2211" v3="2329" />
+      <tetrahedron index="6089" v0="1376" v1="2211" v2="2329" v3="2991" />
+      <tetrahedron index="6090" v0="12" v1="791" v2="1046" v3="1627" />
+      <tetrahedron index="6091" v0="791" v1="1046" v2="1627" v3="2406" />
+      <tetrahedron index="6092" v0="1046" v1="1627" v2="2406" v3="2661" />
+      <tetrahedron index="6093" v0="12" v1="791" v2="792" v3="1627" />
+      <tetrahedron index="6094" v0="791" v1="792" v2="1627" v3="2406" />
+      <tetrahedron index="6095" v0="792" v1="1627" v2="2406" v3="2407" />
+      <tetrahedron index="6096" v0="188" v1="381" v2="1446" v3="1803" />
+      <tetrahedron index="6097" v0="381" v1="1446" v2="1803" v3="1996" />
+      <tetrahedron index="6098" v0="1446" v1="1803" v2="1996" v3="3061" />
+      <tetrahedron index="6099" v0="1041" v1="1336" v2="1447" v3="2656" />
+      <tetrahedron index="6100" v0="1336" v1="1447" v2="2656" v3="2951" />
+      <tetrahedron index="6101" v0="1447" v1="2656" v2="2951" v3="3062" />
+      <tetrahedron index="6102" v0="1041" v1="1336" v2="1409" v3="2656" />
+      <tetrahedron index="6103" v0="1336" v1="1409" v2="2656" v3="2951" />
+      <tetrahedron index="6104" v0="1409" v1="2656" v2="2951" v3="3024" />
+      <tetrahedron index="6105" v0="270" v1="334" v2="1044" v3="1885" />
+      <tetrahedron index="6106" v0="334" v1="1044" v2="1885" v3="1949" />
+      <tetrahedron index="6107" v0="1044" v1="1885" v2="1949" v3="2659" />
+      <tetrahedron index="6108" v0="270" v1="340" v2="1044" v3="1885" />
+      <tetrahedron index="6109" v0="340" v1="1044" v2="1885" v3="1955" />
+      <tetrahedron index="6110" v0="1044" v1="1885" v2="1955" v3="2659" />
+      <tetrahedron index="6111" v0="743" v1="1055" v2="1248" v3="2358" />
+      <tetrahedron index="6112" v0="1055" v1="1248" v2="2358" v3="2670" />
+      <tetrahedron index="6113" v0="1248" v1="2358" v2="2670" v3="2863" />
+      <tetrahedron index="6114" v0="870" v1="1314" v2="1315" v3="2485" />
+      <tetrahedron index="6115" v0="1314" v1="1315" v2="2485" v3="2929" />
+      <tetrahedron index="6116" v0="1315" v1="2485" v2="2929" v3="2930" />
+      <tetrahedron index="6117" v0="864" v1="870" v2="1315" v3="2479" />
+      <tetrahedron index="6118" v0="870" v1="1315" v2="2479" v3="2485" />
+      <tetrahedron index="6119" v0="1315" v1="2479" v2="2485" v3="2930" />
+      <tetrahedron index="6120" v0="30" v1="572" v2="1448" v3="1645" />
+      <tetrahedron index="6121" v0="572" v1="1448" v2="1645" v3="2187" />
+      <tetrahedron index="6122" v0="1448" v1="1645" v2="2187" v3="3063" />
+      <tetrahedron index="6123" v0="30" v1="1249" v2="1448" v3="1645" />
+      <tetrahedron index="6124" v0="1249" v1="1448" v2="1645" v3="2864" />
+      <tetrahedron index="6125" v0="1448" v1="1645" v2="2864" v3="3063" />
+      <tetrahedron index="6126" v0="470" v1="988" v2="1106" v3="2085" />
+      <tetrahedron index="6127" v0="988" v1="1106" v2="2085" v3="2603" />
+      <tetrahedron index="6128" v0="1106" v1="2085" v2="2603" v3="2721" />
+      <tetrahedron index="6129" v0="1250" v1="1389" v2="1449" v3="2865" />
+      <tetrahedron index="6130" v0="1389" v1="1449" v2="2865" v3="3004" />
+      <tetrahedron index="6131" v0="1449" v1="2865" v2="3004" v3="3064" />
+      <tetrahedron index="6132" v0="1036" v1="1037" v2="1263" v3="2651" />
+      <tetrahedron index="6133" v0="1037" v1="1263" v2="2651" v3="2652" />
+      <tetrahedron index="6134" v0="1263" v1="2651" v2="2652" v3="2878" />
+      <tetrahedron index="6135" v0="1136" v1="1312" v2="1316" v3="2751" />
+      <tetrahedron index="6136" v0="1312" v1="1316" v2="2751" v3="2927" />
+      <tetrahedron index="6137" v0="1316" v1="2751" v2="2927" v3="2931" />
+      <tetrahedron index="6138" v0="954" v1="1312" v2="1316" v3="2569" />
+      <tetrahedron index="6139" v0="1312" v1="1316" v2="2569" v3="2927" />
+      <tetrahedron index="6140" v0="1316" v1="2569" v2="2927" v3="2931" />
+      <tetrahedron index="6141" v0="97" v1="99" v2="973" v3="1712" />
+      <tetrahedron index="6142" v0="99" v1="973" v2="1712" v3="1714" />
+      <tetrahedron index="6143" v0="973" v1="1712" v2="1714" v3="2588" />
+      <tetrahedron index="6144" v0="1005" v1="1291" v2="1450" v3="2620" />
+      <tetrahedron index="6145" v0="1291" v1="1450" v2="2620" v3="2906" />
+      <tetrahedron index="6146" v0="1450" v1="2620" v2="2906" v3="3065" />
+      <tetrahedron index="6147" v0="584" v1="665" v2="1451" v3="2199" />
+      <tetrahedron index="6148" v0="665" v1="1451" v2="2199" v3="2280" />
+      <tetrahedron index="6149" v0="1451" v1="2199" v2="2280" v3="3066" />
+      <tetrahedron index="6150" v0="665" v1="1106" v2="1451" v3="2280" />
+      <tetrahedron index="6151" v0="1106" v1="1451" v2="2280" v3="2721" />
+      <tetrahedron index="6152" v0="1451" v1="2280" v2="2721" v3="3066" />
+      <tetrahedron index="6153" v0="214" v1="464" v2="681" v3="1829" />
+      <tetrahedron index="6154" v0="464" v1="681" v2="1829" v3="2079" />
+      <tetrahedron index="6155" v0="681" v1="1829" v2="2079" v3="2296" />
+      <tetrahedron index="6156" v0="214" v1="215" v2="464" v3="1829" />
+      <tetrahedron index="6157" v0="215" v1="464" v2="1829" v3="1830" />
+      <tetrahedron index="6158" v0="464" v1="1829" v2="1830" v3="2079" />
+      <tetrahedron index="6159" v0="446" v1="501" v2="618" v3="2061" />
+      <tetrahedron index="6160" v0="501" v1="618" v2="2061" v3="2116" />
+      <tetrahedron index="6161" v0="618" v1="2061" v2="2116" v3="2233" />
+      <tetrahedron index="6162" v0="132" v1="446" v2="501" v3="1747" />
+      <tetrahedron index="6163" v0="446" v1="501" v2="1747" v3="2061" />
+      <tetrahedron index="6164" v0="501" v1="1747" v2="2061" v3="2116" />
+      <tetrahedron index="6165" v0="29" v1="30" v2="1249" v3="1644" />
+      <tetrahedron index="6166" v0="30" v1="1249" v2="1644" v3="1645" />
+      <tetrahedron index="6167" v0="1249" v1="1644" v2="1645" v3="2864" />
+      <tetrahedron index="6168" v0="326" v1="327" v2="1320" v3="1941" />
+      <tetrahedron index="6169" v0="327" v1="1320" v2="1941" v3="1942" />
+      <tetrahedron index="6170" v0="1320" v1="1941" v2="1942" v3="2935" />
+      <tetrahedron index="6171" v0="286" v1="326" v2="1320" v3="1901" />
+      <tetrahedron index="6172" v0="326" v1="1320" v2="1901" v3="1941" />
+      <tetrahedron index="6173" v0="1320" v1="1901" v2="1941" v3="2935" />
+      <tetrahedron index="6174" v0="712" v1="756" v2="770" v3="2327" />
+      <tetrahedron index="6175" v0="756" v1="770" v2="2327" v3="2371" />
+      <tetrahedron index="6176" v0="770" v1="2327" v2="2371" v3="2385" />
+      <tetrahedron index="6177" v0="756" v1="770" v2="1258" v3="2371" />
+      <tetrahedron index="6178" v0="770" v1="1258" v2="2371" v3="2385" />
+      <tetrahedron index="6179" v0="1258" v1="2371" v2="2385" v3="2873" />
+      <tetrahedron index="6180" v0="181" v1="292" v2="293" v3="1796" />
+      <tetrahedron index="6181" v0="292" v1="293" v2="1796" v3="1907" />
+      <tetrahedron index="6182" v0="293" v1="1796" v2="1907" v3="1908" />
+      <tetrahedron index="6183" v0="241" v1="242" v2="1452" v3="1856" />
+      <tetrahedron index="6184" v0="242" v1="1452" v2="1856" v3="1857" />
+      <tetrahedron index="6185" v0="1452" v1="1856" v2="1857" v3="3067" />
+      <tetrahedron index="6186" v0="242" v1="1378" v2="1452" v3="1857" />
+      <tetrahedron index="6187" v0="1378" v1="1452" v2="1857" v3="2993" />
+      <tetrahedron index="6188" v0="1452" v1="1857" v2="2993" v3="3067" />
+      <tetrahedron index="6189" v0="355" v1="1453" v2="1454" v3="1970" />
+      <tetrahedron index="6190" v0="1453" v1="1454" v2="1970" v3="3068" />
+      <tetrahedron index="6191" v0="1454" v1="1970" v2="3068" v3="3069" />
+      <tetrahedron index="6192" v0="318" v1="355" v2="1454" v3="1933" />
+      <tetrahedron index="6193" v0="355" v1="1454" v2="1933" v3="1970" />
+      <tetrahedron index="6194" v0="1454" v1="1933" v2="1970" v3="3069" />
+      <tetrahedron index="6195" v0="870" v1="1314" v2="1455" v3="2485" />
+      <tetrahedron index="6196" v0="1314" v1="1455" v2="2485" v3="2929" />
+      <tetrahedron index="6197" v0="1455" v1="2485" v2="2929" v3="3070" />
+      <tetrahedron index="6198" v0="870" v1="871" v2="1455" v3="2485" />
+      <tetrahedron index="6199" v0="871" v1="1455" v2="2485" v3="2486" />
+      <tetrahedron index="6200" v0="1455" v1="2485" v2="2486" v3="3070" />
+      <tetrahedron index="6201" v0="882" v1="1339" v2="1418" v3="2497" />
+      <tetrahedron index="6202" v0="1339" v1="1418" v2="2497" v3="2954" />
+      <tetrahedron index="6203" v0="1418" v1="2497" v2="2954" v3="3033" />
+      <tetrahedron index="6204" v0="520" v1="1456" v2="1457" v3="2135" />
+      <tetrahedron index="6205" v0="1456" v1="1457" v2="2135" v3="3071" />
+      <tetrahedron index="6206" v0="1457" v1="2135" v2="3071" v3="3072" />
+      <tetrahedron index="6207" v0="431" v1="1456" v2="1457" v3="2046" />
+      <tetrahedron index="6208" v0="1456" v1="1457" v2="2046" v3="3071" />
+      <tetrahedron index="6209" v0="1457" v1="2046" v2="3071" v3="3072" />
+      <tetrahedron index="6210" v0="828" v1="1272" v2="1458" v3="2443" />
+      <tetrahedron index="6211" v0="1272" v1="1458" v2="2443" v3="2887" />
+      <tetrahedron index="6212" v0="1458" v1="2443" v2="2887" v3="3073" />
+      <tetrahedron index="6213" v0="828" v1="829" v2="1458" v3="2443" />
+      <tetrahedron index="6214" v0="829" v1="1458" v2="2443" v3="2444" />
+      <tetrahedron index="6215" v0="1458" v1="2443" v2="2444" v3="3073" />
+      <tetrahedron index="6216" v0="327" v1="1083" v2="1299" v3="1942" />
+      <tetrahedron index="6217" v0="1083" v1="1299" v2="1942" v3="2698" />
+      <tetrahedron index="6218" v0="1299" v1="1942" v2="2698" v3="2914" />
+      <tetrahedron index="6219" v0="1176" v1="1195" v2="1459" v3="2791" />
+      <tetrahedron index="6220" v0="1195" v1="1459" v2="2791" v3="2810" />
+      <tetrahedron index="6221" v0="1459" v1="2791" v2="2810" v3="3074" />
+      <tetrahedron index="6222" v0="909" v1="1176" v2="1459" v3="2524" />
+      <tetrahedron index="6223" v0="1176" v1="1459" v2="2524" v3="2791" />
+      <tetrahedron index="6224" v0="1459" v1="2524" v2="2791" v3="3074" />
+      <tetrahedron index="6225" v0="986" v1="1203" v2="1432" v3="2601" />
+      <tetrahedron index="6226" v0="1203" v1="1432" v2="2601" v3="2818" />
+      <tetrahedron index="6227" v0="1432" v1="2601" v2="2818" v3="3047" />
+      <tetrahedron index="6228" v0="922" v1="1460" v2="1461" v3="2537" />
+      <tetrahedron index="6229" v0="1460" v1="1461" v2="2537" v3="3075" />
+      <tetrahedron index="6230" v0="1461" v1="2537" v2="3075" v3="3076" />
+      <tetrahedron index="6231" v0="922" v1="1461" v2="1462" v3="2537" />
+      <tetrahedron index="6232" v0="1461" v1="1462" v2="2537" v3="3076" />
+      <tetrahedron index="6233" v0="1462" v1="2537" v2="3076" v3="3077" />
+      <tetrahedron index="6234" v0="438" v1="439" v2="1463" v3="2053" />
+      <tetrahedron index="6235" v0="439" v1="1463" v2="2053" v3="2054" />
+      <tetrahedron index="6236" v0="1463" v1="2053" v2="2054" v3="3078" />
+      <tetrahedron index="6237" v0="1047" v1="1124" v2="1464" v3="2662" />
+      <tetrahedron index="6238" v0="1124" v1="1464" v2="2662" v3="2739" />
+      <tetrahedron index="6239" v0="1464" v1="2662" v2="2739" v3="3079" />
+      <tetrahedron index="6240" v0="1046" v1="1047" v2="1464" v3="2661" />
+      <tetrahedron index="6241" v0="1047" v1="1464" v2="2661" v3="2662" />
+      <tetrahedron index="6242" v0="1464" v1="2661" v2="2662" v3="3079" />
+      <tetrahedron index="6243" v0="1094" v1="1304" v2="1425" v3="2709" />
+      <tetrahedron index="6244" v0="1304" v1="1425" v2="2709" v3="2919" />
+      <tetrahedron index="6245" v0="1425" v1="2709" v2="2919" v3="3040" />
+      <tetrahedron index="6246" v0="1131" v1="1465" v2="1466" v3="2746" />
+      <tetrahedron index="6247" v0="1465" v1="1466" v2="2746" v3="3080" />
+      <tetrahedron index="6248" v0="1466" v1="2746" v2="3080" v3="3081" />
+      <tetrahedron index="6249" v0="66" v1="67" v2="1246" v3="1681" />
+      <tetrahedron index="6250" v0="67" v1="1246" v2="1681" v3="1682" />
+      <tetrahedron index="6251" v0="1246" v1="1681" v2="1682" v3="2861" />
+      <tetrahedron index="6252" v0="237" v1="1099" v2="1467" v3="1852" />
+      <tetrahedron index="6253" v0="1099" v1="1467" v2="1852" v3="2714" />
+      <tetrahedron index="6254" v0="1467" v1="1852" v2="2714" v3="3082" />
+      <tetrahedron index="6255" v0="424" v1="1099" v2="1467" v3="2039" />
+      <tetrahedron index="6256" v0="1099" v1="1467" v2="2039" v3="2714" />
+      <tetrahedron index="6257" v0="1467" v1="2039" v2="2714" v3="3082" />
+      <tetrahedron index="6258" v0="1160" v1="1166" v2="1468" v3="2775" />
+      <tetrahedron index="6259" v0="1166" v1="1468" v2="2775" v3="2781" />
+      <tetrahedron index="6260" v0="1468" v1="2775" v2="2781" v3="3083" />
+      <tetrahedron index="6261" v0="1108" v1="1166" v2="1468" v3="2723" />
+      <tetrahedron index="6262" v0="1166" v1="1468" v2="2723" v3="2781" />
+      <tetrahedron index="6263" v0="1468" v1="2723" v2="2781" v3="3083" />
+      <tetrahedron index="6264" v0="490" v1="670" v2="1469" v3="2105" />
+      <tetrahedron index="6265" v0="670" v1="1469" v2="2105" v3="2285" />
+      <tetrahedron index="6266" v0="1469" v1="2105" v2="2285" v3="3084" />
+      <tetrahedron index="6267" v0="820" v1="1287" v2="1298" v3="2435" />
+      <tetrahedron index="6268" v0="1287" v1="1298" v2="2435" v3="2902" />
+      <tetrahedron index="6269" v0="1298" v1="2435" v2="2902" v3="2913" />
+      <tetrahedron index="6270" v0="905" v1="1292" v2="1427" v3="2520" />
+      <tetrahedron index="6271" v0="1292" v1="1427" v2="2520" v3="2907" />
+      <tetrahedron index="6272" v0="1427" v1="2520" v2="2907" v3="3042" />
+      <tetrahedron index="6273" v0="1333" v1="1334" v2="1470" v3="2948" />
+      <tetrahedron index="6274" v0="1334" v1="1470" v2="2948" v3="2949" />
+      <tetrahedron index="6275" v0="1470" v1="2948" v2="2949" v3="3085" />
+      <tetrahedron index="6276" v0="1238" v1="1334" v2="1470" v3="2853" />
+      <tetrahedron index="6277" v0="1334" v1="1470" v2="2853" v3="2949" />
+      <tetrahedron index="6278" v0="1470" v1="2853" v2="2949" v3="3085" />
+      <tetrahedron index="6279" v0="236" v1="237" v2="1467" v3="1851" />
+      <tetrahedron index="6280" v0="237" v1="1467" v2="1851" v3="1852" />
+      <tetrahedron index="6281" v0="1467" v1="1851" v2="1852" v3="3082" />
+      <tetrahedron index="6282" v0="116" v1="304" v2="1471" v3="1731" />
+      <tetrahedron index="6283" v0="304" v1="1471" v2="1731" v3="1919" />
+      <tetrahedron index="6284" v0="1471" v1="1731" v2="1919" v3="3086" />
+      <tetrahedron index="6285" v0="813" v1="1214" v2="1422" v3="2428" />
+      <tetrahedron index="6286" v0="1214" v1="1422" v2="2428" v3="2829" />
+      <tetrahedron index="6287" v0="1422" v1="2428" v2="2829" v3="3037" />
+      <tetrahedron index="6288" v0="981" v1="1095" v2="1430" v3="2596" />
+      <tetrahedron index="6289" v0="1095" v1="1430" v2="2596" v3="2710" />
+      <tetrahedron index="6290" v0="1430" v1="2596" v2="2710" v3="3045" />
+      <tetrahedron index="6291" v0="1184" v1="1204" v2="1247" v3="2799" />
+      <tetrahedron index="6292" v0="1204" v1="1247" v2="2799" v3="2819" />
+      <tetrahedron index="6293" v0="1247" v1="2799" v2="2819" v3="2862" />
+      <tetrahedron index="6294" v0="1184" v1="1246" v2="1247" v3="2799" />
+      <tetrahedron index="6295" v0="1246" v1="1247" v2="2799" v3="2861" />
+      <tetrahedron index="6296" v0="1247" v1="2799" v2="2861" v3="2862" />
+      <tetrahedron index="6297" v0="131" v1="249" v2="1472" v3="1746" />
+      <tetrahedron index="6298" v0="249" v1="1472" v2="1746" v3="1864" />
+      <tetrahedron index="6299" v0="1472" v1="1746" v2="1864" v3="3087" />
+      <tetrahedron index="6300" v0="131" v1="132" v2="1472" v3="1746" />
+      <tetrahedron index="6301" v0="132" v1="1472" v2="1746" v3="1747" />
+      <tetrahedron index="6302" v0="1472" v1="1746" v2="1747" v3="3087" />
+      <tetrahedron index="6303" v0="865" v1="1177" v2="1473" v3="2480" />
+      <tetrahedron index="6304" v0="1177" v1="1473" v2="2480" v3="2792" />
+      <tetrahedron index="6305" v0="1473" v1="2480" v2="2792" v3="3088" />
+      <tetrahedron index="6306" v0="650" v1="1337" v2="1474" v3="2265" />
+      <tetrahedron index="6307" v0="1337" v1="1474" v2="2265" v3="2952" />
+      <tetrahedron index="6308" v0="1474" v1="2265" v2="2952" v3="3089" />
+      <tetrahedron index="6309" v0="819" v1="1309" v2="1437" v3="2434" />
+      <tetrahedron index="6310" v0="1309" v1="1437" v2="2434" v3="2924" />
+      <tetrahedron index="6311" v0="1437" v1="2434" v2="2924" v3="3052" />
+      <tetrahedron index="6312" v0="495" v1="1257" v2="1475" v3="2110" />
+      <tetrahedron index="6313" v0="1257" v1="1475" v2="2110" v3="2872" />
+      <tetrahedron index="6314" v0="1475" v1="2110" v2="2872" v3="3090" />
+      <tetrahedron index="6315" v0="1257" v1="1380" v2="1475" v3="2872" />
+      <tetrahedron index="6316" v0="1380" v1="1475" v2="2872" v3="2995" />
+      <tetrahedron index="6317" v0="1475" v1="2872" v2="2995" v3="3090" />
+      <tetrahedron index="6318" v0="981" v1="1095" v2="1476" v3="2596" />
+      <tetrahedron index="6319" v0="1095" v1="1476" v2="2596" v3="2710" />
+      <tetrahedron index="6320" v0="1476" v1="2596" v2="2710" v3="3091" />
+      <tetrahedron index="6321" v0="981" v1="1321" v2="1476" v3="2596" />
+      <tetrahedron index="6322" v0="1321" v1="1476" v2="2596" v3="2936" />
+      <tetrahedron index="6323" v0="1476" v1="2596" v2="2936" v3="3091" />
+      <tetrahedron index="6324" v0="1353" v1="1477" v2="1478" v3="2968" />
+      <tetrahedron index="6325" v0="1477" v1="1478" v2="2968" v3="3092" />
+      <tetrahedron index="6326" v0="1478" v1="2968" v2="3092" v3="3093" />
+      <tetrahedron index="6327" v0="103" v1="383" v2="1479" v3="1718" />
+      <tetrahedron index="6328" v0="383" v1="1479" v2="1718" v3="1998" />
+      <tetrahedron index="6329" v0="1479" v1="1718" v2="1998" v3="3094" />
+      <tetrahedron index="6330" v0="62" v1="1341" v2="1362" v3="1677" />
+      <tetrahedron index="6331" v0="1341" v1="1362" v2="1677" v3="2956" />
+      <tetrahedron index="6332" v0="1362" v1="1677" v2="2956" v3="2977" />
+      <tetrahedron index="6333" v0="1350" v1="1480" v2="1481" v3="2965" />
+      <tetrahedron index="6334" v0="1480" v1="1481" v2="2965" v3="3095" />
+      <tetrahedron index="6335" v0="1481" v1="2965" v2="3095" v3="3096" />
+      <tetrahedron index="6336" v0="966" v1="1482" v2="1483" v3="2581" />
+      <tetrahedron index="6337" v0="1482" v1="1483" v2="2581" v3="3097" />
+      <tetrahedron index="6338" v0="1483" v1="2581" v2="3097" v3="3098" />
+      <tetrahedron index="6339" v0="1357" v1="1480" v2="1484" v3="2972" />
+      <tetrahedron index="6340" v0="1480" v1="1484" v2="2972" v3="3095" />
+      <tetrahedron index="6341" v0="1484" v1="2972" v2="3095" v3="3099" />
+      <tetrahedron index="6342" v0="231" v1="496" v2="1485" v3="1846" />
+      <tetrahedron index="6343" v0="496" v1="1485" v2="1846" v3="2111" />
+      <tetrahedron index="6344" v0="1485" v1="1846" v2="2111" v3="3100" />
+      <tetrahedron index="6345" v0="231" v1="837" v2="1485" v3="1846" />
+      <tetrahedron index="6346" v0="837" v1="1485" v2="1846" v3="2452" />
+      <tetrahedron index="6347" v0="1485" v1="1846" v2="2452" v3="3100" />
+      <tetrahedron index="6348" v0="1375" v1="1397" v2="1403" v3="2990" />
+      <tetrahedron index="6349" v0="1397" v1="1403" v2="2990" v3="3012" />
+      <tetrahedron index="6350" v0="1403" v1="2990" v2="3012" v3="3018" />
+      <tetrahedron index="6351" v0="1375" v1="1395" v2="1403" v3="2990" />
+      <tetrahedron index="6352" v0="1395" v1="1403" v2="2990" v3="3010" />
+      <tetrahedron index="6353" v0="1403" v1="2990" v2="3010" v3="3018" />
+      <tetrahedron index="6354" v0="460" v1="1318" v2="1398" v3="2075" />
+      <tetrahedron index="6355" v0="1318" v1="1398" v2="2075" v3="2933" />
+      <tetrahedron index="6356" v0="1398" v1="2075" v2="2933" v3="3013" />
+      <tetrahedron index="6357" v0="886" v1="941" v2="1486" v3="2501" />
+      <tetrahedron index="6358" v0="941" v1="1486" v2="2501" v3="2556" />
+      <tetrahedron index="6359" v0="1486" v1="2501" v2="2556" v3="3101" />
+      <tetrahedron index="6360" v0="890" v1="941" v2="1486" v3="2505" />
+      <tetrahedron index="6361" v0="941" v1="1486" v2="2505" v3="2556" />
+      <tetrahedron index="6362" v0="1486" v1="2505" v2="2556" v3="3101" />
+      <tetrahedron index="6363" v0="1110" v1="1487" v2="1488" v3="2725" />
+      <tetrahedron index="6364" v0="1487" v1="1488" v2="2725" v3="3102" />
+      <tetrahedron index="6365" v0="1488" v1="2725" v2="3102" v3="3103" />
+      <tetrahedron index="6366" v0="160" v1="746" v2="1410" v3="1775" />
+      <tetrahedron index="6367" v0="746" v1="1410" v2="1775" v3="2361" />
+      <tetrahedron index="6368" v0="1410" v1="1775" v2="2361" v3="3025" />
+      <tetrahedron index="6369" v0="89" v1="1411" v2="1489" v3="1704" />
+      <tetrahedron index="6370" v0="1411" v1="1489" v2="1704" v3="3026" />
+      <tetrahedron index="6371" v0="1489" v1="1704" v2="3026" v3="3104" />
+      <tetrahedron index="6372" v0="671" v1="672" v2="1413" v3="2286" />
+      <tetrahedron index="6373" v0="672" v1="1413" v2="2286" v3="2287" />
+      <tetrahedron index="6374" v0="1413" v1="2286" v2="2287" v3="3028" />
+      <tetrahedron index="6375" v0="672" v1="989" v2="1413" v3="2287" />
+      <tetrahedron index="6376" v0="989" v1="1413" v2="2287" v3="2604" />
+      <tetrahedron index="6377" v0="1413" v1="2287" v2="2604" v3="3028" />
+      <tetrahedron index="6378" v0="388" v1="1207" v2="1417" v3="2003" />
+      <tetrahedron index="6379" v0="1207" v1="1417" v2="2003" v3="2822" />
+      <tetrahedron index="6380" v0="1417" v1="2003" v2="2822" v3="3032" />
+      <tetrahedron index="6381" v0="388" v1="402" v2="1417" v3="2003" />
+      <tetrahedron index="6382" v0="402" v1="1417" v2="2003" v3="2017" />
+      <tetrahedron index="6383" v0="1417" v1="2003" v2="2017" v3="3032" />
+      <tetrahedron index="6384" v0="806" v1="1364" v2="1490" v3="2421" />
+      <tetrahedron index="6385" v0="1364" v1="1490" v2="2421" v3="2979" />
+      <tetrahedron index="6386" v0="1490" v1="2421" v2="2979" v3="3105" />
+      <tetrahedron index="6387" v0="539" v1="1148" v2="1419" v3="2154" />
+      <tetrahedron index="6388" v0="1148" v1="1419" v2="2154" v3="2763" />
+      <tetrahedron index="6389" v0="1419" v1="2154" v2="2763" v3="3034" />
+      <tetrahedron index="6390" v0="975" v1="1073" v2="1491" v3="2590" />
+      <tetrahedron index="6391" v0="1073" v1="1491" v2="2590" v3="2688" />
+      <tetrahedron index="6392" v0="1491" v1="2590" v2="2688" v3="3106" />
+      <tetrahedron index="6393" v0="76" v1="468" v2="1492" v3="1691" />
+      <tetrahedron index="6394" v0="468" v1="1492" v2="1691" v3="2083" />
+      <tetrahedron index="6395" v0="1492" v1="1691" v2="2083" v3="3107" />
+      <tetrahedron index="6396" v0="1156" v1="1187" v2="1493" v3="2771" />
+      <tetrahedron index="6397" v0="1187" v1="1493" v2="2771" v3="2802" />
+      <tetrahedron index="6398" v0="1493" v1="2771" v2="2802" v3="3108" />
+      <tetrahedron index="6399" v0="869" v1="1423" v2="1469" v3="2484" />
+      <tetrahedron index="6400" v0="1423" v1="1469" v2="2484" v3="3038" />
+      <tetrahedron index="6401" v0="1469" v1="2484" v2="3038" v3="3084" />
+      <tetrahedron index="6402" v0="997" v1="1265" v2="1426" v3="2612" />
+      <tetrahedron index="6403" v0="1265" v1="1426" v2="2612" v3="2880" />
+      <tetrahedron index="6404" v0="1426" v1="2612" v2="2880" v3="3041" />
+      <tetrahedron index="6405" v0="1038" v1="1399" v2="1494" v3="2653" />
+      <tetrahedron index="6406" v0="1399" v1="1494" v2="2653" v3="3014" />
+      <tetrahedron index="6407" v0="1494" v1="2653" v2="3014" v3="3109" />
+      <tetrahedron index="6408" v0="355" v1="356" v2="1428" v3="1970" />
+      <tetrahedron index="6409" v0="356" v1="1428" v2="1970" v3="1971" />
+      <tetrahedron index="6410" v0="1428" v1="1970" v2="1971" v3="3043" />
+      <tetrahedron index="6411" v0="1109" v1="1380" v2="1429" v3="2724" />
+      <tetrahedron index="6412" v0="1380" v1="1429" v2="2724" v3="2995" />
+      <tetrahedron index="6413" v0="1429" v1="2724" v2="2995" v3="3044" />
+      <tetrahedron index="6414" v0="861" v1="1277" v2="1495" v3="2476" />
+      <tetrahedron index="6415" v0="1277" v1="1495" v2="2476" v3="2892" />
+      <tetrahedron index="6416" v0="1495" v1="2476" v2="2892" v3="3110" />
+      <tetrahedron index="6417" v0="1337" v1="1338" v2="1496" v3="2952" />
+      <tetrahedron index="6418" v0="1338" v1="1496" v2="2952" v3="2953" />
+      <tetrahedron index="6419" v0="1496" v1="2952" v2="2953" v3="3111" />
+      <tetrahedron index="6420" v0="600" v1="1212" v2="1438" v3="2215" />
+      <tetrahedron index="6421" v0="1212" v1="1438" v2="2215" v3="2827" />
+      <tetrahedron index="6422" v0="1438" v1="2215" v2="2827" v3="3053" />
+      <tetrahedron index="6423" v0="316" v1="600" v2="1438" v3="1931" />
+      <tetrahedron index="6424" v0="600" v1="1438" v2="1931" v3="2215" />
+      <tetrahedron index="6425" v0="1438" v1="1931" v2="2215" v3="3053" />
+      <tetrahedron index="6426" v0="1397" v1="1402" v2="1403" v3="3012" />
+      <tetrahedron index="6427" v0="1402" v1="1403" v2="3012" v3="3017" />
+      <tetrahedron index="6428" v0="1403" v1="3012" v2="3017" v3="3018" />
+      <tetrahedron index="6429" v0="683" v1="686" v2="1497" v3="2298" />
+      <tetrahedron index="6430" v0="686" v1="1497" v2="2298" v3="2301" />
+      <tetrahedron index="6431" v0="1497" v1="2298" v2="2301" v3="3112" />
+      <tetrahedron index="6432" v0="307" v1="686" v2="1497" v3="1922" />
+      <tetrahedron index="6433" v0="686" v1="1497" v2="1922" v3="2301" />
+      <tetrahedron index="6434" v0="1497" v1="1922" v2="2301" v3="3112" />
+      <tetrahedron index="6435" v0="318" v1="319" v2="1454" v3="1933" />
+      <tetrahedron index="6436" v0="319" v1="1454" v2="1933" v3="1934" />
+      <tetrahedron index="6437" v0="1454" v1="1933" v2="1934" v3="3069" />
+      <tetrahedron index="6438" v0="319" v1="832" v2="1454" v3="1934" />
+      <tetrahedron index="6439" v0="832" v1="1454" v2="1934" v3="2447" />
+      <tetrahedron index="6440" v0="1454" v1="1934" v2="2447" v3="3069" />
+      <tetrahedron index="6441" v0="1363" v1="1498" v2="1499" v3="2978" />
+      <tetrahedron index="6442" v0="1498" v1="1499" v2="2978" v3="3113" />
+      <tetrahedron index="6443" v0="1499" v1="2978" v2="3113" v3="3114" />
+      <tetrahedron index="6444" v0="241" v1="1358" v2="1452" v3="1856" />
+      <tetrahedron index="6445" v0="1358" v1="1452" v2="1856" v3="2973" />
+      <tetrahedron index="6446" v0="1452" v1="1856" v2="2973" v3="3067" />
+      <tetrahedron index="6447" v0="1047" v1="1075" v2="1311" v3="2662" />
+      <tetrahedron index="6448" v0="1075" v1="1311" v2="2662" v3="2690" />
+      <tetrahedron index="6449" v0="1311" v1="2662" v2="2690" v3="2926" />
+      <tetrahedron index="6450" v0="1074" v1="1075" v2="1311" v3="2689" />
+      <tetrahedron index="6451" v0="1075" v1="1311" v2="2689" v3="2690" />
+      <tetrahedron index="6452" v0="1311" v1="2689" v2="2690" v3="2926" />
+      <tetrahedron index="6453" v0="347" v1="569" v2="1386" v3="1962" />
+      <tetrahedron index="6454" v0="569" v1="1386" v2="1962" v3="2184" />
+      <tetrahedron index="6455" v0="1386" v1="1962" v2="2184" v3="3001" />
+      <tetrahedron index="6456" v0="347" v1="569" v2="669" v3="1962" />
+      <tetrahedron index="6457" v0="569" v1="669" v2="1962" v3="2184" />
+      <tetrahedron index="6458" v0="669" v1="1962" v2="2184" v3="2284" />
+      <tetrahedron index="6459" v0="863" v1="924" v2="994" v3="2478" />
+      <tetrahedron index="6460" v0="924" v1="994" v2="2478" v3="2539" />
+      <tetrahedron index="6461" v0="994" v1="2478" v2="2539" v3="2609" />
+      <tetrahedron index="6462" v0="924" v1="994" v2="1453" v3="2539" />
+      <tetrahedron index="6463" v0="994" v1="1453" v2="2539" v3="2609" />
+      <tetrahedron index="6464" v0="1453" v1="2539" v2="2609" v3="3068" />
+      <tetrahedron index="6465" v0="403" v1="425" v2="1417" v3="2018" />
+      <tetrahedron index="6466" v0="425" v1="1417" v2="2018" v3="2040" />
+      <tetrahedron index="6467" v0="1417" v1="2018" v2="2040" v3="3032" />
+      <tetrahedron index="6468" v0="425" v1="1207" v2="1417" v3="2040" />
+      <tetrahedron index="6469" v0="1207" v1="1417" v2="2040" v3="2822" />
+      <tetrahedron index="6470" v0="1417" v1="2040" v2="2822" v3="3032" />
+      <tetrahedron index="6471" v0="829" v1="963" v2="1458" v3="2444" />
+      <tetrahedron index="6472" v0="963" v1="1458" v2="2444" v3="2578" />
+      <tetrahedron index="6473" v0="1458" v1="2444" v2="2578" v3="3073" />
+      <tetrahedron index="6474" v0="438" v1="773" v2="1463" v3="2053" />
+      <tetrahedron index="6475" v0="773" v1="1463" v2="2053" v3="2388" />
+      <tetrahedron index="6476" v0="1463" v1="2053" v2="2388" v3="3078" />
+      <tetrahedron index="6477" v0="440" v1="441" v2="630" v3="2055" />
+      <tetrahedron index="6478" v0="441" v1="630" v2="2055" v3="2056" />
+      <tetrahedron index="6479" v0="630" v1="2055" v2="2056" v3="2245" />
+      <tetrahedron index="6480" v0="441" v1="630" v2="1253" v3="2056" />
+      <tetrahedron index="6481" v0="630" v1="1253" v2="2056" v3="2245" />
+      <tetrahedron index="6482" v0="1253" v1="2056" v2="2245" v3="2868" />
+      <tetrahedron index="6483" v0="909" v1="910" v2="1459" v3="2524" />
+      <tetrahedron index="6484" v0="910" v1="1459" v2="2524" v3="2525" />
+      <tetrahedron index="6485" v0="1459" v1="2524" v2="2525" v3="3074" />
+      <tetrahedron index="6486" v0="910" v1="1333" v2="1459" v3="2525" />
+      <tetrahedron index="6487" v0="1333" v1="1459" v2="2525" v3="2948" />
+      <tetrahedron index="6488" v0="1459" v1="2525" v2="2948" v3="3074" />
+      <tetrahedron index="6489" v0="340" v1="341" v2="1456" v3="1955" />
+      <tetrahedron index="6490" v0="341" v1="1456" v2="1955" v3="1956" />
+      <tetrahedron index="6491" v0="1456" v1="1955" v2="1956" v3="3071" />
+      <tetrahedron index="6492" v0="340" v1="431" v2="1456" v3="1955" />
+      <tetrahedron index="6493" v0="431" v1="1456" v2="1955" v3="2046" />
+      <tetrahedron index="6494" v0="1456" v1="1955" v2="2046" v3="3071" />
+      <tetrahedron index="6495" v0="1135" v1="1314" v2="1455" v3="2750" />
+      <tetrahedron index="6496" v0="1314" v1="1455" v2="2750" v3="2929" />
+      <tetrahedron index="6497" v0="1455" v1="2750" v2="2929" v3="3070" />
+      <tetrahedron index="6498" v0="593" v1="1135" v2="1455" v3="2208" />
+      <tetrahedron index="6499" v0="1135" v1="1455" v2="2208" v3="2750" />
+      <tetrahedron index="6500" v0="1455" v1="2208" v2="2750" v3="3070" />
+      <tetrahedron index="6501" v0="365" v1="510" v2="1408" v3="1980" />
+      <tetrahedron index="6502" v0="510" v1="1408" v2="1980" v3="2125" />
+      <tetrahedron index="6503" v0="1408" v1="1980" v2="2125" v3="3023" />
+      <tetrahedron index="6504" v0="510" v1="1387" v2="1408" v3="2125" />
+      <tetrahedron index="6505" v0="1387" v1="1408" v2="2125" v3="3002" />
+      <tetrahedron index="6506" v0="1408" v1="2125" v2="3002" v3="3023" />
+      <tetrahedron index="6507" v0="834" v1="953" v2="1410" v3="2449" />
+      <tetrahedron index="6508" v0="953" v1="1410" v2="2449" v3="2568" />
+      <tetrahedron index="6509" v0="1410" v1="2449" v2="2568" v3="3025" />
+      <tetrahedron index="6510" v0="644" v1="953" v2="1410" v3="2259" />
+      <tetrahedron index="6511" v0="953" v1="1410" v2="2259" v3="2568" />
+      <tetrahedron index="6512" v0="1410" v1="2259" v2="2568" v3="3025" />
+      <tetrahedron index="6513" v0="355" v1="989" v2="1453" v3="1970" />
+      <tetrahedron index="6514" v0="989" v1="1453" v2="1970" v3="2604" />
+      <tetrahedron index="6515" v0="1453" v1="1970" v2="2604" v3="3068" />
+      <tetrahedron index="6516" v0="339" v1="1063" v2="1083" v3="1954" />
+      <tetrahedron index="6517" v0="1063" v1="1083" v2="1954" v3="2678" />
+      <tetrahedron index="6518" v0="1083" v1="1954" v2="2678" v3="2698" />
+      <tetrahedron index="6519" v0="1063" v1="1083" v2="1299" v3="2678" />
+      <tetrahedron index="6520" v0="1083" v1="1299" v2="2678" v3="2698" />
+      <tetrahedron index="6521" v0="1299" v1="2678" v2="2698" v3="2914" />
+      <tetrahedron index="6522" v0="1295" v1="1394" v2="1436" v3="2910" />
+      <tetrahedron index="6523" v0="1394" v1="1436" v2="2910" v3="3009" />
+      <tetrahedron index="6524" v0="1436" v1="2910" v2="3009" v3="3051" />
+      <tetrahedron index="6525" v0="1394" v1="1395" v2="1436" v3="3009" />
+      <tetrahedron index="6526" v0="1395" v1="1436" v2="3009" v3="3010" />
+      <tetrahedron index="6527" v0="1436" v1="3009" v2="3010" v3="3051" />
+      <tetrahedron index="6528" v0="926" v1="1444" v2="1500" v3="2541" />
+      <tetrahedron index="6529" v0="1444" v1="1500" v2="2541" v3="3059" />
+      <tetrahedron index="6530" v0="1500" v1="2541" v2="3059" v3="3115" />
+      <tetrahedron index="6531" v0="601" v1="602" v2="1058" v3="2216" />
+      <tetrahedron index="6532" v0="602" v1="1058" v2="2216" v3="2217" />
+      <tetrahedron index="6533" v0="1058" v1="2216" v2="2217" v3="2673" />
+      <tetrahedron index="6534" v0="540" v1="1098" v2="1379" v3="2155" />
+      <tetrahedron index="6535" v0="1098" v1="1379" v2="2155" v3="2713" />
+      <tetrahedron index="6536" v0="1379" v1="2155" v2="2713" v3="2994" />
+      <tetrahedron index="6537" v0="1195" v1="1459" v2="1470" v3="2810" />
+      <tetrahedron index="6538" v0="1459" v1="1470" v2="2810" v3="3074" />
+      <tetrahedron index="6539" v0="1470" v1="2810" v2="3074" v3="3085" />
+      <tetrahedron index="6540" v0="1333" v1="1459" v2="1470" v3="2948" />
+      <tetrahedron index="6541" v0="1459" v1="1470" v2="2948" v3="3074" />
+      <tetrahedron index="6542" v0="1470" v1="2948" v2="3074" v3="3085" />
+      <tetrahedron index="6543" v0="57" v1="504" v2="1262" v3="1672" />
+      <tetrahedron index="6544" v0="504" v1="1262" v2="1672" v3="2119" />
+      <tetrahedron index="6545" v0="1262" v1="1672" v2="2119" v3="2877" />
+      <tetrahedron index="6546" v0="1214" v1="1238" v2="1422" v3="2829" />
+      <tetrahedron index="6547" v0="1238" v1="1422" v2="2829" v3="2853" />
+      <tetrahedron index="6548" v0="1422" v1="2829" v2="2853" v3="3037" />
+      <tetrahedron index="6549" v0="545" v1="986" v2="1432" v3="2160" />
+      <tetrahedron index="6550" v0="986" v1="1432" v2="2160" v3="2601" />
+      <tetrahedron index="6551" v0="1432" v1="2160" v2="2601" v3="3047" />
+      <tetrahedron index="6552" v0="545" v1="1407" v2="1432" v3="2160" />
+      <tetrahedron index="6553" v0="1407" v1="1432" v2="2160" v3="3022" />
+      <tetrahedron index="6554" v0="1432" v1="2160" v2="3022" v3="3047" />
+      <tetrahedron index="6555" v0="144" v1="458" v2="1501" v3="1759" />
+      <tetrahedron index="6556" v0="458" v1="1501" v2="1759" v3="2073" />
+      <tetrahedron index="6557" v0="1501" v1="1759" v2="2073" v3="3116" />
+      <tetrahedron index="6558" v0="158" v1="1031" v2="1182" v3="1773" />
+      <tetrahedron index="6559" v0="1031" v1="1182" v2="1773" v3="2646" />
+      <tetrahedron index="6560" v0="1182" v1="1773" v2="2646" v3="2797" />
+      <tetrahedron index="6561" v0="158" v1="1182" v2="1341" v3="1773" />
+      <tetrahedron index="6562" v0="1182" v1="1341" v2="1773" v3="2797" />
+      <tetrahedron index="6563" v0="1341" v1="1773" v2="2797" v3="2956" />
+      <tetrahedron index="6564" v0="1399" v1="1464" v2="1502" v3="3014" />
+      <tetrahedron index="6565" v0="1464" v1="1502" v2="3014" v3="3079" />
+      <tetrahedron index="6566" v0="1502" v1="3014" v2="3079" v3="3117" />
+      <tetrahedron index="6567" v0="304" v1="305" v2="1107" v3="1919" />
+      <tetrahedron index="6568" v0="305" v1="1107" v2="1919" v3="1920" />
+      <tetrahedron index="6569" v0="1107" v1="1919" v2="1920" v3="2722" />
+      <tetrahedron index="6570" v0="304" v1="1107" v2="1347" v3="1919" />
+      <tetrahedron index="6571" v0="1107" v1="1347" v2="1919" v3="2722" />
+      <tetrahedron index="6572" v0="1347" v1="1919" v2="2722" v3="2962" />
+      <tetrahedron index="6573" v0="394" v1="1088" v2="1431" v3="2009" />
+      <tetrahedron index="6574" v0="1088" v1="1431" v2="2009" v3="2703" />
+      <tetrahedron index="6575" v0="1431" v1="2009" v2="2703" v3="3046" />
+      <tetrahedron index="6576" v0="165" v1="394" v2="1088" v3="1780" />
+      <tetrahedron index="6577" v0="394" v1="1088" v2="1780" v3="2009" />
+      <tetrahedron index="6578" v0="1088" v1="1780" v2="2009" v3="2703" />
+      <tetrahedron index="6579" v0="1163" v1="1164" v2="1425" v3="2778" />
+      <tetrahedron index="6580" v0="1164" v1="1425" v2="2778" v3="2779" />
+      <tetrahedron index="6581" v0="1425" v1="2778" v2="2779" v3="3040" />
+      <tetrahedron index="6582" v0="155" v1="504" v2="1262" v3="1770" />
+      <tetrahedron index="6583" v0="504" v1="1262" v2="1770" v3="2119" />
+      <tetrahedron index="6584" v0="1262" v1="1770" v2="2119" v3="2877" />
+      <tetrahedron index="6585" v0="1288" v1="1385" v2="1428" v3="2903" />
+      <tetrahedron index="6586" v0="1385" v1="1428" v2="2903" v3="3000" />
+      <tetrahedron index="6587" v0="1428" v1="2903" v2="3000" v3="3043" />
+      <tetrahedron index="6588" v0="356" v1="1385" v2="1428" v3="1971" />
+      <tetrahedron index="6589" v0="1385" v1="1428" v2="1971" v3="3000" />
+      <tetrahedron index="6590" v0="1428" v1="1971" v2="3000" v3="3043" />
+      <tetrahedron index="6591" v0="291" v1="1082" v2="1489" v3="1906" />
+      <tetrahedron index="6592" v0="1082" v1="1489" v2="1906" v3="2697" />
+      <tetrahedron index="6593" v0="1489" v1="1906" v2="2697" v3="3104" />
+      <tetrahedron index="6594" v0="1004" v1="1082" v2="1489" v3="2619" />
+      <tetrahedron index="6595" v0="1082" v1="1489" v2="2619" v3="2697" />
+      <tetrahedron index="6596" v0="1489" v1="2619" v2="2697" v3="3104" />
+      <tetrahedron index="6597" v0="1009" v1="1467" v2="1503" v3="2624" />
+      <tetrahedron index="6598" v0="1467" v1="1503" v2="2624" v3="3082" />
+      <tetrahedron index="6599" v0="1503" v1="2624" v2="3082" v3="3118" />
+      <tetrahedron index="6600" v0="424" v1="1009" v2="1467" v3="2039" />
+      <tetrahedron index="6601" v0="1009" v1="1467" v2="2039" v3="2624" />
+      <tetrahedron index="6602" v0="1467" v1="2039" v2="2624" v3="3082" />
+      <tetrahedron index="6603" v0="1160" v1="1190" v2="1468" v3="2775" />
+      <tetrahedron index="6604" v0="1190" v1="1468" v2="2775" v3="2805" />
+      <tetrahedron index="6605" v0="1468" v1="2775" v2="2805" v3="3083" />
+      <tetrahedron index="6606" v0="1190" v1="1392" v2="1468" v3="2805" />
+      <tetrahedron index="6607" v0="1392" v1="1468" v2="2805" v3="3007" />
+      <tetrahedron index="6608" v0="1468" v1="2805" v2="3007" v3="3083" />
+      <tetrahedron index="6609" v0="643" v1="670" v2="1469" v3="2258" />
+      <tetrahedron index="6610" v0="670" v1="1469" v2="2258" v3="2285" />
+      <tetrahedron index="6611" v0="1469" v1="2258" v2="2285" v3="3084" />
+      <tetrahedron index="6612" v0="643" v1="869" v2="1469" v3="2258" />
+      <tetrahedron index="6613" v0="869" v1="1469" v2="2258" v3="2484" />
+      <tetrahedron index="6614" v0="1469" v1="2258" v2="2484" v3="3084" />
+      <tetrahedron index="6615" v0="709" v1="1414" v2="1504" v3="2324" />
+      <tetrahedron index="6616" v0="1414" v1="1504" v2="2324" v3="3029" />
+      <tetrahedron index="6617" v0="1504" v1="2324" v2="3029" v3="3119" />
+      <tetrahedron index="6618" v0="841" v1="1292" v2="1427" v3="2456" />
+      <tetrahedron index="6619" v0="1292" v1="1427" v2="2456" v3="2907" />
+      <tetrahedron index="6620" v0="1427" v1="2456" v2="2907" v3="3042" />
+      <tetrahedron index="6621" v0="841" v1="1085" v2="1427" v3="2456" />
+      <tetrahedron index="6622" v0="1085" v1="1427" v2="2456" v3="2700" />
+      <tetrahedron index="6623" v0="1427" v1="2456" v2="2700" v3="3042" />
+      <tetrahedron index="6624" v0="525" v1="569" v2="1360" v3="2140" />
+      <tetrahedron index="6625" v0="569" v1="1360" v2="2140" v3="2184" />
+      <tetrahedron index="6626" v0="1360" v1="2140" v2="2184" v3="2975" />
+      <tetrahedron index="6627" v0="569" v1="1360" v2="1386" v3="2184" />
+      <tetrahedron index="6628" v0="1360" v1="1386" v2="2184" v3="2975" />
+      <tetrahedron index="6629" v0="1386" v1="2184" v2="2975" v3="3001" />
+      <tetrahedron index="6630" v0="474" v1="777" v2="1213" v3="2089" />
+      <tetrahedron index="6631" v0="777" v1="1213" v2="2089" v3="2392" />
+      <tetrahedron index="6632" v0="1213" v1="2089" v2="2392" v3="2828" />
+      <tetrahedron index="6633" v0="453" v1="474" v2="1213" v3="2068" />
+      <tetrahedron index="6634" v0="474" v1="1213" v2="2068" v3="2089" />
+      <tetrahedron index="6635" v0="1213" v1="2068" v2="2089" v3="2828" />
+      <tetrahedron index="6636" v0="950" v1="1276" v2="1496" v3="2565" />
+      <tetrahedron index="6637" v0="1276" v1="1496" v2="2565" v3="2891" />
+      <tetrahedron index="6638" v0="1496" v1="2565" v2="2891" v3="3111" />
+      <tetrahedron index="6639" v0="980" v1="981" v2="1430" v3="2595" />
+      <tetrahedron index="6640" v0="981" v1="1430" v2="2595" v3="2596" />
+      <tetrahedron index="6641" v0="1430" v1="2595" v2="2596" v3="3045" />
+      <tetrahedron index="6642" v0="980" v1="1392" v2="1430" v3="2595" />
+      <tetrahedron index="6643" v0="1392" v1="1430" v2="2595" v3="3007" />
+      <tetrahedron index="6644" v0="1430" v1="2595" v2="3007" v3="3045" />
+      <tetrahedron index="6645" v0="966" v1="1012" v2="1482" v3="2581" />
+      <tetrahedron index="6646" v0="1012" v1="1482" v2="2581" v3="2627" />
+      <tetrahedron index="6647" v0="1482" v1="2581" v2="2627" v3="3097" />
+      <tetrahedron index="6648" v0="1245" v1="1247" v2="1505" v3="2860" />
+      <tetrahedron index="6649" v0="1247" v1="1505" v2="2860" v3="2862" />
+      <tetrahedron index="6650" v0="1505" v1="2860" v2="2862" v3="3120" />
+      <tetrahedron index="6651" v0="483" v1="1441" v2="1506" v3="2098" />
+      <tetrahedron index="6652" v0="1441" v1="1506" v2="2098" v3="3056" />
+      <tetrahedron index="6653" v0="1506" v1="2098" v2="3056" v3="3121" />
+      <tetrahedron index="6654" v0="716" v1="837" v2="1485" v3="2331" />
+      <tetrahedron index="6655" v0="837" v1="1485" v2="2331" v3="2452" />
+      <tetrahedron index="6656" v0="1485" v1="2331" v2="2452" v3="3100" />
+      <tetrahedron index="6657" v0="716" v1="1381" v2="1485" v3="2331" />
+      <tetrahedron index="6658" v0="1381" v1="1485" v2="2331" v3="2996" />
+      <tetrahedron index="6659" v0="1485" v1="2331" v2="2996" v3="3100" />
+      <tetrahedron index="6660" v0="1482" v1="1483" v2="1507" v3="3097" />
+      <tetrahedron index="6661" v0="1483" v1="1507" v2="3097" v3="3098" />
+      <tetrahedron index="6662" v0="1507" v1="3097" v2="3098" v3="3122" />
+      <tetrahedron index="6663" v0="886" v1="1310" v2="1486" v3="2501" />
+      <tetrahedron index="6664" v0="1310" v1="1486" v2="2501" v3="2925" />
+      <tetrahedron index="6665" v0="1486" v1="2501" v2="2925" v3="3101" />
+      <tetrahedron index="6666" v0="132" v1="500" v2="1472" v3="1747" />
+      <tetrahedron index="6667" v0="500" v1="1472" v2="1747" v3="2115" />
+      <tetrahedron index="6668" v0="1472" v1="1747" v2="2115" v3="3087" />
+      <tetrahedron index="6669" v0="1414" v1="1415" v2="1504" v3="3029" />
+      <tetrahedron index="6670" v0="1415" v1="1504" v2="3029" v3="3030" />
+      <tetrahedron index="6671" v0="1504" v1="3029" v2="3030" v3="3119" />
+      <tetrahedron index="6672" v0="649" v1="1415" v2="1504" v3="2264" />
+      <tetrahedron index="6673" v0="1415" v1="1504" v2="2264" v3="3030" />
+      <tetrahedron index="6674" v0="1504" v1="2264" v2="3030" v3="3119" />
+      <tetrahedron index="6675" v0="714" v1="1411" v2="1412" v3="2329" />
+      <tetrahedron index="6676" v0="1411" v1="1412" v2="2329" v3="3026" />
+      <tetrahedron index="6677" v0="1412" v1="2329" v2="3026" v3="3027" />
+      <tetrahedron index="6678" v0="1444" v1="1500" v2="1508" v3="3059" />
+      <tetrahedron index="6679" v0="1500" v1="1508" v2="3059" v3="3115" />
+      <tetrahedron index="6680" v0="1508" v1="3059" v2="3115" v3="3123" />
+      <tetrahedron index="6681" v0="946" v1="947" v2="1509" v3="2561" />
+      <tetrahedron index="6682" v0="947" v1="1509" v2="2561" v3="2562" />
+      <tetrahedron index="6683" v0="1509" v1="2561" v2="2562" v3="3124" />
+      <tetrahedron index="6684" v0="711" v1="946" v2="1509" v3="2326" />
+      <tetrahedron index="6685" v0="946" v1="1509" v2="2326" v3="2561" />
+      <tetrahedron index="6686" v0="1509" v1="2326" v2="2561" v3="3124" />
+      <tetrahedron index="6687" v0="706" v1="1307" v2="1398" v3="2321" />
+      <tetrahedron index="6688" v0="1307" v1="1398" v2="2321" v3="2922" />
+      <tetrahedron index="6689" v0="1398" v1="2321" v2="2922" v3="3013" />
+      <tetrahedron index="6690" v0="1307" v1="1318" v2="1398" v3="2922" />
+      <tetrahedron index="6691" v0="1318" v1="1398" v2="2922" v3="2933" />
+      <tetrahedron index="6692" v0="1398" v1="2922" v2="2933" v3="3013" />
+      <tetrahedron index="6693" v0="1475" v1="1510" v2="1511" v3="3090" />
+      <tetrahedron index="6694" v0="1510" v1="1511" v2="3090" v3="3125" />
+      <tetrahedron index="6695" v0="1511" v1="3090" v2="3125" v3="3126" />
+      <tetrahedron index="6696" v0="495" v1="1475" v2="1510" v3="2110" />
+      <tetrahedron index="6697" v0="1475" v1="1510" v2="2110" v3="3090" />
+      <tetrahedron index="6698" v0="1510" v1="2110" v2="3090" v3="3125" />
+      <tetrahedron index="6699" v0="1095" v1="1297" v2="1476" v3="2710" />
+      <tetrahedron index="6700" v0="1297" v1="1476" v2="2710" v3="2912" />
+      <tetrahedron index="6701" v0="1476" v1="2710" v2="2912" v3="3091" />
+      <tetrahedron index="6702" v0="623" v1="1297" v2="1476" v3="2238" />
+      <tetrahedron index="6703" v0="1297" v1="1476" v2="2238" v3="2912" />
+      <tetrahedron index="6704" v0="1476" v1="2238" v2="2912" v3="3091" />
+      <tetrahedron index="6705" v0="1257" v1="1381" v2="1485" v3="2872" />
+      <tetrahedron index="6706" v0="1381" v1="1485" v2="2872" v3="2996" />
+      <tetrahedron index="6707" v0="1485" v1="2872" v2="2996" v3="3100" />
+      <tetrahedron index="6708" v0="496" v1="1257" v2="1485" v3="2111" />
+      <tetrahedron index="6709" v0="1257" v1="1485" v2="2111" v3="2872" />
+      <tetrahedron index="6710" v0="1485" v1="2111" v2="2872" v3="3100" />
+      <tetrahedron index="6711" v0="317" v1="1438" v2="1512" v3="1932" />
+      <tetrahedron index="6712" v0="1438" v1="1512" v2="1932" v3="3053" />
+      <tetrahedron index="6713" v0="1512" v1="1932" v2="3053" v3="3127" />
+      <tetrahedron index="6714" v0="1212" v1="1438" v2="1512" v3="2827" />
+      <tetrahedron index="6715" v0="1438" v1="1512" v2="2827" v3="3053" />
+      <tetrahedron index="6716" v0="1512" v1="2827" v2="3053" v3="3127" />
+      <tetrahedron index="6717" v0="91" v1="92" v2="1439" v3="1706" />
+      <tetrahedron index="6718" v0="92" v1="1439" v2="1706" v3="1707" />
+      <tetrahedron index="6719" v0="1439" v1="1706" v2="1707" v3="3054" />
+      <tetrahedron index="6720" v0="903" v1="1205" v2="1326" v3="2518" />
+      <tetrahedron index="6721" v0="1205" v1="1326" v2="2518" v3="2820" />
+      <tetrahedron index="6722" v0="1326" v1="2518" v2="2820" v3="2941" />
+      <tetrahedron index="6723" v0="1140" v1="1395" v2="1403" v3="2755" />
+      <tetrahedron index="6724" v0="1395" v1="1403" v2="2755" v3="3010" />
+      <tetrahedron index="6725" v0="1403" v1="2755" v2="3010" v3="3018" />
+      <tetrahedron index="6726" v0="929" v1="1140" v2="1403" v3="2544" />
+      <tetrahedron index="6727" v0="1140" v1="1403" v2="2544" v3="2755" />
+      <tetrahedron index="6728" v0="1403" v1="2544" v2="2755" v3="3018" />
+      <tetrahedron index="6729" v0="522" v1="524" v2="1344" v3="2137" />
+      <tetrahedron index="6730" v0="524" v1="1344" v2="2137" v3="2139" />
+      <tetrahedron index="6731" v0="1344" v1="2137" v2="2139" v3="2959" />
+      <tetrahedron index="6732" v0="522" v1="875" v2="1344" v3="2137" />
+      <tetrahedron index="6733" v0="875" v1="1344" v2="2137" v3="2490" />
+      <tetrahedron index="6734" v0="1344" v1="2137" v2="2490" v3="2959" />
+      <tetrahedron index="6735" v0="605" v1="623" v2="1476" v3="2220" />
+      <tetrahedron index="6736" v0="623" v1="1476" v2="2220" v3="2238" />
+      <tetrahedron index="6737" v0="1476" v1="2220" v2="2238" v3="3091" />
+      <tetrahedron index="6738" v0="605" v1="1321" v2="1476" v3="2220" />
+      <tetrahedron index="6739" v0="1321" v1="1476" v2="2220" v3="2936" />
+      <tetrahedron index="6740" v0="1476" v1="2220" v2="2936" v3="3091" />
+      <tetrahedron index="6741" v0="1387" v1="1408" v2="1452" v3="3002" />
+      <tetrahedron index="6742" v0="1408" v1="1452" v2="3002" v3="3023" />
+      <tetrahedron index="6743" v0="1452" v1="3002" v2="3023" v3="3067" />
+      <tetrahedron index="6744" v0="1378" v1="1408" v2="1452" v3="2993" />
+      <tetrahedron index="6745" v0="1408" v1="1452" v2="2993" v3="3023" />
+      <tetrahedron index="6746" v0="1452" v1="2993" v2="3023" v3="3067" />
+      <tetrahedron index="6747" v0="435" v1="522" v2="926" v3="2050" />
+      <tetrahedron index="6748" v0="522" v1="926" v2="2050" v3="2137" />
+      <tetrahedron index="6749" v0="926" v1="2050" v2="2137" v3="2541" />
+      <tetrahedron index="6750" v0="522" v1="926" v2="1348" v3="2137" />
+      <tetrahedron index="6751" v0="926" v1="1348" v2="2137" v3="2541" />
+      <tetrahedron index="6752" v0="1348" v1="2137" v2="2541" v3="2963" />
+      <tetrahedron index="6753" v0="289" v1="1480" v2="1481" v3="1904" />
+      <tetrahedron index="6754" v0="1480" v1="1481" v2="1904" v3="3095" />
+      <tetrahedron index="6755" v0="1481" v1="1904" v2="3095" v3="3096" />
+      <tetrahedron index="6756" v0="1380" v1="1429" v2="1475" v3="2995" />
+      <tetrahedron index="6757" v0="1429" v1="1475" v2="2995" v3="3044" />
+      <tetrahedron index="6758" v0="1475" v1="2995" v2="3044" v3="3090" />
+      <tetrahedron index="6759" v0="980" v1="1392" v2="1468" v3="2595" />
+      <tetrahedron index="6760" v0="1392" v1="1468" v2="2595" v3="3007" />
+      <tetrahedron index="6761" v0="1468" v1="2595" v2="3007" v3="3083" />
+      <tetrahedron index="6762" v0="980" v1="1108" v2="1468" v3="2595" />
+      <tetrahedron index="6763" v0="1108" v1="1468" v2="2595" v3="2723" />
+      <tetrahedron index="6764" v0="1468" v1="2595" v2="2723" v3="3083" />
+      <tetrahedron index="6765" v0="289" v1="1357" v2="1480" v3="1904" />
+      <tetrahedron index="6766" v0="1357" v1="1480" v2="1904" v3="2972" />
+      <tetrahedron index="6767" v0="1480" v1="1904" v2="2972" v3="3095" />
+      <tetrahedron index="6768" v0="890" v1="1224" v2="1486" v3="2505" />
+      <tetrahedron index="6769" v0="1224" v1="1486" v2="2505" v3="2839" />
+      <tetrahedron index="6770" v0="1486" v1="2505" v2="2839" v3="3101" />
+      <tetrahedron index="6771" v0="202" v1="835" v2="1281" v3="1817" />
+      <tetrahedron index="6772" v0="835" v1="1281" v2="1817" v3="2450" />
+      <tetrahedron index="6773" v0="1281" v1="1817" v2="2450" v3="2896" />
+      <tetrahedron index="6774" v0="186" v1="1004" v2="1082" v3="1801" />
+      <tetrahedron index="6775" v0="1004" v1="1082" v2="1801" v3="2619" />
+      <tetrahedron index="6776" v0="1082" v1="1801" v2="2619" v3="2697" />
+      <tetrahedron index="6777" v0="184" v1="186" v2="1082" v3="1799" />
+      <tetrahedron index="6778" v0="186" v1="1082" v2="1799" v3="1801" />
+      <tetrahedron index="6779" v0="1082" v1="1799" v2="1801" v3="2697" />
+      <tetrahedron index="6780" v0="784" v1="1219" v2="1513" v3="2399" />
+      <tetrahedron index="6781" v0="1219" v1="1513" v2="2399" v3="2834" />
+      <tetrahedron index="6782" v0="1513" v1="2399" v2="2834" v3="3128" />
+      <tetrahedron index="6783" v0="1110" v1="1429" v2="1487" v3="2725" />
+      <tetrahedron index="6784" v0="1429" v1="1487" v2="2725" v3="3044" />
+      <tetrahedron index="6785" v0="1487" v1="2725" v2="3044" v3="3102" />
+      <tetrahedron index="6786" v0="392" v1="1407" v2="1432" v3="2007" />
+      <tetrahedron index="6787" v0="1407" v1="1432" v2="2007" v3="3022" />
+      <tetrahedron index="6788" v0="1432" v1="2007" v2="3022" v3="3047" />
+      <tetrahedron index="6789" v0="129" v1="191" v2="1423" v3="1744" />
+      <tetrahedron index="6790" v0="191" v1="1423" v2="1744" v3="1806" />
+      <tetrahedron index="6791" v0="1423" v1="1744" v2="1806" v3="3038" />
+      <tetrahedron index="6792" v0="129" v1="869" v2="1423" v3="1744" />
+      <tetrahedron index="6793" v0="869" v1="1423" v2="1744" v3="2484" />
+      <tetrahedron index="6794" v0="1423" v1="1744" v2="2484" v3="3038" />
+      <tetrahedron index="6795" v0="1514" v1="1515" v2="1516" v3="3129" />
+      <tetrahedron index="6796" v0="1515" v1="1516" v2="3129" v3="3130" />
+      <tetrahedron index="6797" v0="1516" v1="3129" v2="3130" v3="3131" />
+      <tetrahedron index="6798" v0="182" v1="595" v2="960" v3="1797" />
+      <tetrahedron index="6799" v0="595" v1="960" v2="1797" v3="2210" />
+      <tetrahedron index="6800" v0="960" v1="1797" v2="2210" v3="2575" />
+      <tetrahedron index="6801" v0="102" v1="997" v2="1426" v3="1717" />
+      <tetrahedron index="6802" v0="997" v1="1426" v2="1717" v3="2612" />
+      <tetrahedron index="6803" v0="1426" v1="1717" v2="2612" v3="3041" />
+      <tetrahedron index="6804" v0="100" v1="102" v2="1426" v3="1715" />
+      <tetrahedron index="6805" v0="102" v1="1426" v2="1715" v3="1717" />
+      <tetrahedron index="6806" v0="1426" v1="1715" v2="1717" v3="3041" />
+      <tetrahedron index="6807" v0="136" v1="871" v2="1455" v3="1751" />
+      <tetrahedron index="6808" v0="871" v1="1455" v2="1751" v3="2486" />
+      <tetrahedron index="6809" v0="1455" v1="1751" v2="2486" v3="3070" />
+      <tetrahedron index="6810" v0="136" v1="593" v2="1455" v3="1751" />
+      <tetrahedron index="6811" v0="593" v1="1455" v2="1751" v3="2208" />
+      <tetrahedron index="6812" v0="1455" v1="1751" v2="2208" v3="3070" />
+      <tetrahedron index="6813" v0="488" v1="845" v2="1420" v3="2103" />
+      <tetrahedron index="6814" v0="845" v1="1420" v2="2103" v3="2460" />
+      <tetrahedron index="6815" v0="1420" v1="2103" v2="2460" v3="3035" />
+      <tetrahedron index="6816" v0="788" v1="845" v2="1420" v3="2403" />
+      <tetrahedron index="6817" v0="845" v1="1420" v2="2403" v3="2460" />
+      <tetrahedron index="6818" v0="1420" v1="2403" v2="2460" v3="3035" />
+      <tetrahedron index="6819" v0="806" v1="844" v2="1364" v3="2421" />
+      <tetrahedron index="6820" v0="844" v1="1364" v2="2421" v3="2459" />
+      <tetrahedron index="6821" v0="1364" v1="2421" v2="2459" v3="2979" />
+      <tetrahedron index="6822" v0="806" v1="807" v2="844" v3="2421" />
+      <tetrahedron index="6823" v0="807" v1="844" v2="2421" v3="2422" />
+      <tetrahedron index="6824" v0="844" v1="2421" v2="2422" v3="2459" />
+      <tetrahedron index="6825" v0="750" v1="762" v2="1440" v3="2365" />
+      <tetrahedron index="6826" v0="762" v1="1440" v2="2365" v3="2377" />
+      <tetrahedron index="6827" v0="1440" v1="2365" v2="2377" v3="3055" />
+      <tetrahedron index="6828" v0="547" v1="762" v2="1440" v3="2162" />
+      <tetrahedron index="6829" v0="762" v1="1440" v2="2162" v3="2377" />
+      <tetrahedron index="6830" v0="1440" v1="2162" v2="2377" v3="3055" />
+      <tetrahedron index="6831" v0="411" v1="607" v2="1083" v3="2026" />
+      <tetrahedron index="6832" v0="607" v1="1083" v2="2026" v3="2222" />
+      <tetrahedron index="6833" v0="1083" v1="2026" v2="2222" v3="2698" />
+      <tetrahedron index="6834" v0="327" v1="411" v2="1083" v3="1942" />
+      <tetrahedron index="6835" v0="411" v1="1083" v2="1942" v3="2026" />
+      <tetrahedron index="6836" v0="1083" v1="1942" v2="2026" v3="2698" />
+      <tetrahedron index="6837" v0="975" v1="1008" v2="1491" v3="2590" />
+      <tetrahedron index="6838" v0="1008" v1="1491" v2="2590" v3="2623" />
+      <tetrahedron index="6839" v0="1491" v1="2590" v2="2623" v3="3106" />
+      <tetrahedron index="6840" v0="1073" v1="1145" v2="1491" v3="2688" />
+      <tetrahedron index="6841" v0="1145" v1="1491" v2="2688" v3="2760" />
+      <tetrahedron index="6842" v0="1491" v1="2688" v2="2760" v3="3106" />
+      <tetrahedron index="6843" v0="490" v1="1420" v2="1424" v3="2105" />
+      <tetrahedron index="6844" v0="1420" v1="1424" v2="2105" v3="3035" />
+      <tetrahedron index="6845" v0="1424" v1="2105" v2="3035" v3="3039" />
+      <tetrahedron index="6846" v0="1040" v1="1193" v2="1421" v3="2655" />
+      <tetrahedron index="6847" v0="1193" v1="1421" v2="2655" v3="2808" />
+      <tetrahedron index="6848" v0="1421" v1="2655" v2="2808" v3="3036" />
+      <tetrahedron index="6849" v0="1040" v1="1409" v2="1421" v3="2655" />
+      <tetrahedron index="6850" v0="1409" v1="1421" v2="2655" v3="3024" />
+      <tetrahedron index="6851" v0="1421" v1="2655" v2="3024" v3="3036" />
+      <tetrahedron index="6852" v0="804" v1="813" v2="1422" v3="2419" />
+      <tetrahedron index="6853" v0="813" v1="1422" v2="2419" v3="2428" />
+      <tetrahedron index="6854" v0="1422" v1="2419" v2="2428" v3="3037" />
+      <tetrahedron index="6855" v0="804" v1="1194" v2="1422" v3="2419" />
+      <tetrahedron index="6856" v0="1194" v1="1422" v2="2419" v3="2809" />
+      <tetrahedron index="6857" v0="1422" v1="2419" v2="2809" v3="3037" />
+      <tetrahedron index="6858" v0="468" v1="690" v2="1492" v3="2083" />
+      <tetrahedron index="6859" v0="690" v1="1492" v2="2083" v3="2305" />
+      <tetrahedron index="6860" v0="1492" v1="2083" v2="2305" v3="3107" />
+      <tetrahedron index="6861" v0="1188" v1="1197" v2="1493" v3="2803" />
+      <tetrahedron index="6862" v0="1197" v1="1493" v2="2803" v3="2812" />
+      <tetrahedron index="6863" v0="1493" v1="2803" v2="2812" v3="3108" />
+      <tetrahedron index="6864" v0="1156" v1="1188" v2="1493" v3="2771" />
+      <tetrahedron index="6865" v0="1188" v1="1493" v2="2771" v3="2803" />
+      <tetrahedron index="6866" v0="1493" v1="2771" v2="2803" v3="3108" />
+      <tetrahedron index="6867" v0="630" v1="753" v2="1286" v3="2245" />
+      <tetrahedron index="6868" v0="753" v1="1286" v2="2245" v3="2368" />
+      <tetrahedron index="6869" v0="1286" v1="2245" v2="2368" v3="2901" />
+      <tetrahedron index="6870" v0="73" v1="630" v2="753" v3="1688" />
+      <tetrahedron index="6871" v0="630" v1="753" v2="1688" v3="2245" />
+      <tetrahedron index="6872" v0="753" v1="1688" v2="2245" v3="2368" />
+      <tetrahedron index="6873" v0="490" v1="1423" v2="1424" v3="2105" />
+      <tetrahedron index="6874" v0="1423" v1="1424" v2="2105" v3="3038" />
+      <tetrahedron index="6875" v0="1424" v1="2105" v2="3038" v3="3039" />
+      <tetrahedron index="6876" v0="490" v1="1423" v2="1469" v3="2105" />
+      <tetrahedron index="6877" v0="1423" v1="1469" v2="2105" v3="3038" />
+      <tetrahedron index="6878" v0="1469" v1="2105" v2="3038" v3="3084" />
+      <tetrahedron index="6879" v0="858" v1="1090" v2="1495" v3="2473" />
+      <tetrahedron index="6880" v0="1090" v1="1495" v2="2473" v3="2705" />
+      <tetrahedron index="6881" v0="1495" v1="2473" v2="2705" v3="3110" />
+      <tetrahedron index="6882" v0="1090" v1="1277" v2="1495" v3="2705" />
+      <tetrahedron index="6883" v0="1277" v1="1495" v2="2705" v3="2892" />
+      <tetrahedron index="6884" v0="1495" v1="2705" v2="2892" v3="3110" />
+      <tetrahedron index="6885" v0="1155" v1="1304" v2="1425" v3="2770" />
+      <tetrahedron index="6886" v0="1304" v1="1425" v2="2770" v3="2919" />
+      <tetrahedron index="6887" v0="1425" v1="2770" v2="2919" v3="3040" />
+      <tetrahedron index="6888" v0="1153" v1="1155" v2="1425" v3="2768" />
+      <tetrahedron index="6889" v0="1155" v1="1425" v2="2768" v3="2770" />
+      <tetrahedron index="6890" v0="1425" v1="2768" v2="2770" v3="3040" />
+      <tetrahedron index="6891" v0="664" v1="1414" v2="1416" v3="2279" />
+      <tetrahedron index="6892" v0="1414" v1="1416" v2="2279" v3="3029" />
+      <tetrahedron index="6893" v0="1416" v1="2279" v2="3029" v3="3031" />
+      <tetrahedron index="6894" v0="91" v1="664" v2="1416" v3="1706" />
+      <tetrahedron index="6895" v0="664" v1="1416" v2="1706" v3="2279" />
+      <tetrahedron index="6896" v0="1416" v1="1706" v2="2279" v3="3031" />
+      <tetrahedron index="6897" v0="498" v1="905" v2="1427" v3="2113" />
+      <tetrahedron index="6898" v0="905" v1="1427" v2="2113" v3="2520" />
+      <tetrahedron index="6899" v0="1427" v1="2113" v2="2520" v3="3042" />
+      <tetrahedron index="6900" v0="498" v1="1042" v2="1427" v3="2113" />
+      <tetrahedron index="6901" v0="1042" v1="1427" v2="2113" v3="2657" />
+      <tetrahedron index="6902" v0="1427" v1="2113" v2="2657" v3="3042" />
+      <tetrahedron index="6903" v0="1399" v1="1494" v2="1502" v3="3014" />
+      <tetrahedron index="6904" v0="1494" v1="1502" v2="3014" v3="3109" />
+      <tetrahedron index="6905" v0="1502" v1="3014" v2="3109" v3="3117" />
+      <tetrahedron index="6906" v0="1494" v1="1502" v2="1515" v3="3109" />
+      <tetrahedron index="6907" v0="1502" v1="1515" v2="3109" v3="3117" />
+      <tetrahedron index="6908" v0="1515" v1="3109" v2="3117" v3="3130" />
+      <tetrahedron index="6909" v0="989" v1="990" v2="1428" v3="2604" />
+      <tetrahedron index="6910" v0="990" v1="1428" v2="2604" v3="2605" />
+      <tetrahedron index="6911" v0="1428" v1="2604" v2="2605" v3="3043" />
+      <tetrahedron index="6912" v0="355" v1="989" v2="1428" v3="1970" />
+      <tetrahedron index="6913" v0="989" v1="1428" v2="1970" v3="2604" />
+      <tetrahedron index="6914" v0="1428" v1="1970" v2="2604" v3="3043" />
+      <tetrahedron index="6915" v0="858" v1="1215" v2="1517" v3="2473" />
+      <tetrahedron index="6916" v0="1215" v1="1517" v2="2473" v3="2830" />
+      <tetrahedron index="6917" v0="1517" v1="2473" v2="2830" v3="3132" />
+      <tetrahedron index="6918" v0="858" v1="1495" v2="1517" v3="2473" />
+      <tetrahedron index="6919" v0="1495" v1="1517" v2="2473" v3="3110" />
+      <tetrahedron index="6920" v0="1517" v1="2473" v2="3110" v3="3132" />
+      <tetrahedron index="6921" v0="1093" v1="1095" v2="1430" v3="2708" />
+      <tetrahedron index="6922" v0="1095" v1="1430" v2="2708" v3="2710" />
+      <tetrahedron index="6923" v0="1430" v1="2708" v2="2710" v3="3045" />
+      <tetrahedron index="6924" v0="1093" v1="1391" v2="1430" v3="2708" />
+      <tetrahedron index="6925" v0="1391" v1="1430" v2="2708" v3="3006" />
+      <tetrahedron index="6926" v0="1430" v1="2708" v2="3006" v3="3045" />
+      <tetrahedron index="6927" v0="1131" v1="1133" v2="1465" v3="2746" />
+      <tetrahedron index="6928" v0="1133" v1="1465" v2="2746" v3="2748" />
+      <tetrahedron index="6929" v0="1465" v1="2746" v2="2748" v3="3080" />
+      <tetrahedron index="6930" v0="96" v1="193" v2="1504" v3="1711" />
+      <tetrahedron index="6931" v0="193" v1="1504" v2="1711" v3="1808" />
+      <tetrahedron index="6932" v0="1504" v1="1711" v2="1808" v3="3119" />
+      <tetrahedron index="6933" v0="96" v1="709" v2="1504" v3="1711" />
+      <tetrahedron index="6934" v0="709" v1="1504" v2="1711" v3="2324" />
+      <tetrahedron index="6935" v0="1504" v1="1711" v2="2324" v3="3119" />
+      <tetrahedron index="6936" v0="1038" v1="1256" v2="1494" v3="2653" />
+      <tetrahedron index="6937" v0="1256" v1="1494" v2="2653" v3="2871" />
+      <tetrahedron index="6938" v0="1494" v1="2653" v2="2871" v3="3109" />
+      <tetrahedron index="6939" v0="1256" v1="1514" v2="1515" v3="2871" />
+      <tetrahedron index="6940" v0="1514" v1="1515" v2="2871" v3="3129" />
+      <tetrahedron index="6941" v0="1515" v1="2871" v2="3129" v3="3130" />
+      <tetrahedron index="6942" v0="1256" v1="1494" v2="1515" v3="2871" />
+      <tetrahedron index="6943" v0="1494" v1="1515" v2="2871" v3="3109" />
+      <tetrahedron index="6944" v0="1515" v1="2871" v2="3109" v3="3130" />
+      <tetrahedron index="6945" v0="1399" v1="1401" v2="1464" v3="3014" />
+      <tetrahedron index="6946" v0="1401" v1="1464" v2="3014" v3="3016" />
+      <tetrahedron index="6947" v0="1464" v1="3014" v2="3016" v3="3079" />
+      <tetrahedron index="6948" v0="506" v1="1012" v2="1518" v3="2121" />
+      <tetrahedron index="6949" v0="1012" v1="1518" v2="2121" v3="2627" />
+      <tetrahedron index="6950" v0="1518" v1="2121" v2="2627" v3="3133" />
+      <tetrahedron index="6951" v0="506" v1="1206" v2="1518" v3="2121" />
+      <tetrahedron index="6952" v0="1206" v1="1518" v2="2121" v3="2821" />
+      <tetrahedron index="6953" v0="1518" v1="2121" v2="2821" v3="3133" />
+      <tetrahedron index="6954" v0="229" v1="810" v2="1519" v3="1844" />
+      <tetrahedron index="6955" v0="810" v1="1519" v2="1844" v3="2425" />
+      <tetrahedron index="6956" v0="1519" v1="1844" v2="2425" v3="3134" />
+      <tetrahedron index="6957" v0="817" v1="819" v2="1437" v3="2432" />
+      <tetrahedron index="6958" v0="819" v1="1437" v2="2432" v3="2434" />
+      <tetrahedron index="6959" v0="1437" v1="2432" v2="2434" v3="3052" />
+      <tetrahedron index="6960" v0="817" v1="839" v2="1437" v3="2432" />
+      <tetrahedron index="6961" v0="839" v1="1437" v2="2432" v3="2454" />
+      <tetrahedron index="6962" v0="1437" v1="2432" v2="2454" v3="3052" />
+      <tetrahedron index="6963" v0="923" v1="924" v2="1345" v3="2538" />
+      <tetrahedron index="6964" v0="924" v1="1345" v2="2538" v3="2539" />
+      <tetrahedron index="6965" v0="1345" v1="2538" v2="2539" v3="2960" />
+      <tetrahedron index="6966" v0="832" v1="924" v2="1345" v3="2447" />
+      <tetrahedron index="6967" v0="924" v1="1345" v2="2447" v3="2539" />
+      <tetrahedron index="6968" v0="1345" v1="2447" v2="2539" v3="2960" />
+      <tetrahedron index="6969" v0="63" v1="817" v2="1362" v3="1678" />
+      <tetrahedron index="6970" v0="817" v1="1362" v2="1678" v3="2432" />
+      <tetrahedron index="6971" v0="1362" v1="1678" v2="2432" v3="2977" />
+      <tetrahedron index="6972" v0="62" v1="63" v2="1362" v3="1677" />
+      <tetrahedron index="6973" v0="63" v1="1362" v2="1677" v3="1678" />
+      <tetrahedron index="6974" v0="1362" v1="1677" v2="1678" v3="2977" />
+      <tetrahedron index="6975" v0="434" v1="457" v2="1439" v3="2049" />
+      <tetrahedron index="6976" v0="457" v1="1439" v2="2049" v3="2072" />
+      <tetrahedron index="6977" v0="1439" v1="2049" v2="2072" v3="3054" />
+      <tetrahedron index="6978" v0="434" v1="925" v2="1439" v3="2049" />
+      <tetrahedron index="6979" v0="925" v1="1439" v2="2049" v3="2540" />
+      <tetrahedron index="6980" v0="1439" v1="2049" v2="2540" v3="3054" />
+      <tetrahedron index="6981" v0="501" v1="618" v2="1520" v3="2116" />
+      <tetrahedron index="6982" v0="618" v1="1520" v2="2116" v3="2233" />
+      <tetrahedron index="6983" v0="1520" v1="2116" v2="2233" v3="3135" />
+      <tetrahedron index="6984" v0="483" v1="750" v2="1441" v3="2098" />
+      <tetrahedron index="6985" v0="750" v1="1441" v2="2098" v3="2365" />
+      <tetrahedron index="6986" v0="1441" v1="2098" v2="2365" v3="3056" />
+      <tetrahedron index="6987" v0="947" v1="1055" v2="1248" v3="2562" />
+      <tetrahedron index="6988" v0="1055" v1="1248" v2="2562" v3="2670" />
+      <tetrahedron index="6989" v0="1248" v1="2562" v2="2670" v3="2863" />
+      <tetrahedron index="6990" v0="181" v1="292" v2="595" v3="1796" />
+      <tetrahedron index="6991" v0="292" v1="595" v2="1796" v3="1907" />
+      <tetrahedron index="6992" v0="595" v1="1796" v2="1907" v3="2210" />
+      <tetrahedron index="6993" v0="181" v1="182" v2="595" v3="1796" />
+      <tetrahedron index="6994" v0="182" v1="595" v2="1796" v3="1797" />
+      <tetrahedron index="6995" v0="595" v1="1796" v2="1797" v3="2210" />
+      <tetrahedron index="6996" v0="394" v1="1431" v2="1432" v3="2009" />
+      <tetrahedron index="6997" v0="1431" v1="1432" v2="2009" v3="3046" />
+      <tetrahedron index="6998" v0="1432" v1="2009" v2="3046" v3="3047" />
+      <tetrahedron index="6999" v0="392" v1="394" v2="1432" v3="2007" />
+      <tetrahedron index="7000" v0="394" v1="1432" v2="2007" v3="2009" />
+      <tetrahedron index="7001" v0="1432" v1="2007" v2="2009" v3="3047" />
+      <tetrahedron index="7002" v0="956" v1="958" v2="1206" v3="2571" />
+      <tetrahedron index="7003" v0="958" v1="1206" v2="2571" v3="2573" />
+      <tetrahedron index="7004" v0="1206" v1="2571" v2="2573" v3="2821" />
+      <tetrahedron index="7005" v0="1098" v1="1187" v2="1493" v3="2713" />
+      <tetrahedron index="7006" v0="1187" v1="1493" v2="2713" v3="2802" />
+      <tetrahedron index="7007" v0="1493" v1="2713" v2="2802" v3="3108" />
+      <tetrahedron index="7008" v0="1195" v1="1422" v2="1470" v3="2810" />
+      <tetrahedron index="7009" v0="1422" v1="1470" v2="2810" v3="3037" />
+      <tetrahedron index="7010" v0="1470" v1="2810" v2="3037" v3="3085" />
+      <tetrahedron index="7011" v0="1238" v1="1422" v2="1470" v3="2853" />
+      <tetrahedron index="7012" v0="1422" v1="1470" v2="2853" v3="3037" />
+      <tetrahedron index="7013" v0="1470" v1="2853" v2="3037" v3="3085" />
+      <tetrahedron index="7014" v0="780" v1="1182" v2="1362" v3="2395" />
+      <tetrahedron index="7015" v0="1182" v1="1362" v2="2395" v3="2797" />
+      <tetrahedron index="7016" v0="1362" v1="2395" v2="2797" v3="2977" />
+      <tetrahedron index="7017" v0="1182" v1="1341" v2="1362" v3="2797" />
+      <tetrahedron index="7018" v0="1341" v1="1362" v2="2797" v3="2956" />
+      <tetrahedron index="7019" v0="1362" v1="2797" v2="2956" v3="2977" />
+      <tetrahedron index="7020" v0="1324" v1="1373" v2="1521" v3="2939" />
+      <tetrahedron index="7021" v0="1373" v1="1521" v2="2939" v3="2988" />
+      <tetrahedron index="7022" v0="1521" v1="2939" v2="2988" v3="3136" />
+      <tetrahedron index="7023" v0="1295" v1="1374" v2="1436" v3="2910" />
+      <tetrahedron index="7024" v0="1374" v1="1436" v2="2910" v3="2989" />
+      <tetrahedron index="7025" v0="1436" v1="2910" v2="2989" v3="3051" />
+      <tetrahedron index="7026" v0="1483" v1="1522" v2="1523" v3="3098" />
+      <tetrahedron index="7027" v0="1522" v1="1523" v2="3098" v3="3137" />
+      <tetrahedron index="7028" v0="1523" v1="3098" v2="3137" v3="3138" />
+      <tetrahedron index="7029" v0="314" v1="1347" v2="1398" v3="1929" />
+      <tetrahedron index="7030" v0="1347" v1="1398" v2="1929" v3="2962" />
+      <tetrahedron index="7031" v0="1398" v1="1929" v2="2962" v3="3013" />
+      <tetrahedron index="7032" v0="314" v1="460" v2="1398" v3="1929" />
+      <tetrahedron index="7033" v0="460" v1="1398" v2="1929" v3="2075" />
+      <tetrahedron index="7034" v0="1398" v1="1929" v2="2075" v3="3013" />
+      <tetrahedron index="7035" v0="568" v1="572" v2="1181" v3="2183" />
+      <tetrahedron index="7036" v0="572" v1="1181" v2="2183" v3="2187" />
+      <tetrahedron index="7037" v0="1181" v1="2183" v2="2187" v3="2796" />
+      <tetrahedron index="7038" v0="572" v1="1181" v2="1448" v3="2187" />
+      <tetrahedron index="7039" v0="1181" v1="1448" v2="2187" v3="2796" />
+      <tetrahedron index="7040" v0="1448" v1="2187" v2="2796" v3="3063" />
+      <tetrahedron index="7041" v0="646" v1="922" v2="1462" v3="2261" />
+      <tetrahedron index="7042" v0="922" v1="1462" v2="2261" v3="2537" />
+      <tetrahedron index="7043" v0="1462" v1="2261" v2="2537" v3="3077" />
+      <tetrahedron index="7044" v0="1047" v1="1075" v2="1124" v3="2662" />
+      <tetrahedron index="7045" v0="1075" v1="1124" v2="2662" v3="2690" />
+      <tetrahedron index="7046" v0="1124" v1="2662" v2="2690" v3="2739" />
+      <tetrahedron index="7047" v0="190" v1="191" v2="1424" v3="1805" />
+      <tetrahedron index="7048" v0="191" v1="1424" v2="1805" v3="1806" />
+      <tetrahedron index="7049" v0="1424" v1="1805" v2="1806" v3="3039" />
+      <tetrahedron index="7050" v0="552" v1="761" v2="853" v3="2167" />
+      <tetrahedron index="7051" v0="761" v1="853" v2="2167" v3="2376" />
+      <tetrahedron index="7052" v0="853" v1="2167" v2="2376" v3="2468" />
+      <tetrahedron index="7053" v0="414" v1="415" v2="1444" v3="2029" />
+      <tetrahedron index="7054" v0="415" v1="1444" v2="2029" v3="2030" />
+      <tetrahedron index="7055" v0="1444" v1="2029" v2="2030" v3="3059" />
+      <tetrahedron index="7056" v0="512" v1="689" v2="1185" v3="2127" />
+      <tetrahedron index="7057" v0="689" v1="1185" v2="2127" v3="2304" />
+      <tetrahedron index="7058" v0="1185" v1="2127" v2="2304" v3="2800" />
+      <tetrahedron index="7059" v0="711" v1="713" v2="1524" v3="2326" />
+      <tetrahedron index="7060" v0="713" v1="1524" v2="2326" v3="2328" />
+      <tetrahedron index="7061" v0="1524" v1="2326" v2="2328" v3="3139" />
+      <tetrahedron index="7062" v0="711" v1="1443" v2="1524" v3="2326" />
+      <tetrahedron index="7063" v0="1443" v1="1524" v2="2326" v3="3058" />
+      <tetrahedron index="7064" v0="1524" v1="2326" v2="3058" v3="3139" />
+      <tetrahedron index="7065" v0="731" v1="732" v2="912" v3="2346" />
+      <tetrahedron index="7066" v0="732" v1="912" v2="2346" v3="2347" />
+      <tetrahedron index="7067" v0="912" v1="2346" v2="2347" v3="2527" />
+      <tetrahedron index="7068" v0="256" v1="259" v2="1525" v3="1871" />
+      <tetrahedron index="7069" v0="259" v1="1525" v2="1871" v3="1874" />
+      <tetrahedron index="7070" v0="1525" v1="1871" v2="1874" v3="3140" />
+      <tetrahedron index="7071" v0="1005" v1="1006" v2="1291" v3="2620" />
+      <tetrahedron index="7072" v0="1006" v1="1291" v2="2620" v3="2621" />
+      <tetrahedron index="7073" v0="1291" v1="2620" v2="2621" v3="2906" />
+      <tetrahedron index="7074" v0="1136" v1="1311" v2="1312" v3="2751" />
+      <tetrahedron index="7075" v0="1311" v1="1312" v2="2751" v3="2926" />
+      <tetrahedron index="7076" v0="1312" v1="2751" v2="2926" v3="2927" />
+      <tetrahedron index="7077" v0="1061" v1="1062" v2="1225" v3="2676" />
+      <tetrahedron index="7078" v0="1062" v1="1225" v2="2676" v3="2677" />
+      <tetrahedron index="7079" v0="1225" v1="2676" v2="2677" v3="2840" />
+      <tetrahedron index="7080" v0="640" v1="641" v2="665" v3="2255" />
+      <tetrahedron index="7081" v0="641" v1="665" v2="2255" v3="2256" />
+      <tetrahedron index="7082" v0="665" v1="2255" v2="2256" v3="2280" />
+      <tetrahedron index="7083" v0="606" v1="865" v2="1177" v3="2221" />
+      <tetrahedron index="7084" v0="865" v1="1177" v2="2221" v3="2480" />
+      <tetrahedron index="7085" v0="1177" v1="2221" v2="2480" v3="2792" />
+      <tetrahedron index="7086" v0="390" v1="987" v2="1319" v3="2005" />
+      <tetrahedron index="7087" v0="987" v1="1319" v2="2005" v3="2602" />
+      <tetrahedron index="7088" v0="1319" v1="2005" v2="2602" v3="2934" />
+      <tetrahedron index="7089" v0="190" v1="1359" v2="1526" v3="1805" />
+      <tetrahedron index="7090" v0="1359" v1="1526" v2="1805" v3="2974" />
+      <tetrahedron index="7091" v0="1526" v1="1805" v2="2974" v3="3141" />
+      <tetrahedron index="7092" v0="1171" v1="1336" v2="1447" v3="2786" />
+      <tetrahedron index="7093" v0="1336" v1="1447" v2="2786" v3="2951" />
+      <tetrahedron index="7094" v0="1447" v1="2786" v2="2951" v3="3062" />
+      <tetrahedron index="7095" v0="934" v1="936" v2="1433" v3="2549" />
+      <tetrahedron index="7096" v0="936" v1="1433" v2="2549" v3="2551" />
+      <tetrahedron index="7097" v0="1433" v1="2549" v2="2551" v3="3048" />
+      <tetrahedron index="7098" v0="26" v1="835" v2="1089" v3="1641" />
+      <tetrahedron index="7099" v0="835" v1="1089" v2="1641" v3="2450" />
+      <tetrahedron index="7100" v0="1089" v1="1641" v2="2450" v3="2704" />
+      <tetrahedron index="7101" v0="185" v1="186" v2="1230" v3="1800" />
+      <tetrahedron index="7102" v0="186" v1="1230" v2="1800" v3="1801" />
+      <tetrahedron index="7103" v0="1230" v1="1800" v2="1801" v3="2845" />
+      <tetrahedron index="7104" v0="1265" v1="1295" v2="1394" v3="2880" />
+      <tetrahedron index="7105" v0="1295" v1="1394" v2="2880" v3="2910" />
+      <tetrahedron index="7106" v0="1394" v1="2880" v2="2910" v3="3009" />
+      <tetrahedron index="7107" v0="310" v1="311" v2="1510" v3="1925" />
+      <tetrahedron index="7108" v0="311" v1="1510" v2="1925" v3="1926" />
+      <tetrahedron index="7109" v0="1510" v1="1925" v2="1926" v3="3125" />
+      <tetrahedron index="7110" v0="904" v1="1308" v2="1527" v3="2519" />
+      <tetrahedron index="7111" v0="1308" v1="1527" v2="2519" v3="2923" />
+      <tetrahedron index="7112" v0="1527" v1="2519" v2="2923" v3="3142" />
+      <tetrahedron index="7113" v0="465" v1="678" v2="1528" v3="2080" />
+      <tetrahedron index="7114" v0="678" v1="1528" v2="2080" v3="2293" />
+      <tetrahedron index="7115" v0="1528" v1="2080" v2="2293" v3="3143" />
+      <tetrahedron index="7116" v0="798" v1="1133" v2="1529" v3="2413" />
+      <tetrahedron index="7117" v0="1133" v1="1529" v2="2413" v3="2748" />
+      <tetrahedron index="7118" v0="1529" v1="2413" v2="2748" v3="3144" />
+      <tetrahedron index="7119" v0="919" v1="1530" v2="1531" v3="2534" />
+      <tetrahedron index="7120" v0="1530" v1="1531" v2="2534" v3="3145" />
+      <tetrahedron index="7121" v0="1531" v1="2534" v2="3145" v3="3146" />
+      <tetrahedron index="7122" v0="815" v1="919" v2="1531" v3="2430" />
+      <tetrahedron index="7123" v0="919" v1="1531" v2="2430" v3="2534" />
+      <tetrahedron index="7124" v0="1531" v1="2430" v2="2534" v3="3146" />
+      <tetrahedron index="7125" v0="561" v1="836" v2="1390" v3="2176" />
+      <tetrahedron index="7126" v0="836" v1="1390" v2="2176" v3="2451" />
+      <tetrahedron index="7127" v0="1390" v1="2176" v2="2451" v3="3005" />
+      <tetrahedron index="7128" v0="912" v1="933" v2="1532" v3="2527" />
+      <tetrahedron index="7129" v0="933" v1="1532" v2="2527" v3="2548" />
+      <tetrahedron index="7130" v0="1532" v1="2527" v2="2548" v3="3147" />
+      <tetrahedron index="7131" v0="771" v1="1382" v2="1533" v3="2386" />
+      <tetrahedron index="7132" v0="1382" v1="1533" v2="2386" v3="2997" />
+      <tetrahedron index="7133" v0="1533" v1="2386" v2="2997" v3="3148" />
+      <tetrahedron index="7134" v0="798" v1="927" v2="1529" v3="2413" />
+      <tetrahedron index="7135" v0="927" v1="1529" v2="2413" v3="2542" />
+      <tetrahedron index="7136" v0="1529" v1="2413" v2="2542" v3="3144" />
+      <tetrahedron index="7137" v0="595" v1="960" v2="968" v3="2210" />
+      <tetrahedron index="7138" v0="960" v1="968" v2="2210" v3="2575" />
+      <tetrahedron index="7139" v0="968" v1="2210" v2="2575" v3="2583" />
+      <tetrahedron index="7140" v0="595" v1="596" v2="968" v3="2210" />
+      <tetrahedron index="7141" v0="596" v1="968" v2="2210" v3="2211" />
+      <tetrahedron index="7142" v0="968" v1="2210" v2="2211" v3="2583" />
+      <tetrahedron index="7143" v0="190" v1="1424" v2="1534" v3="1805" />
+      <tetrahedron index="7144" v0="1424" v1="1534" v2="1805" v3="3039" />
+      <tetrahedron index="7145" v0="1534" v1="1805" v2="3039" v3="3149" />
+      <tetrahedron index="7146" v0="81" v1="398" v2="413" v3="1696" />
+      <tetrahedron index="7147" v0="398" v1="413" v2="1696" v3="2013" />
+      <tetrahedron index="7148" v0="413" v1="1696" v2="2013" v3="2028" />
+      <tetrahedron index="7149" v0="939" v1="956" v2="957" v3="2554" />
+      <tetrahedron index="7150" v0="956" v1="957" v2="2554" v3="2571" />
+      <tetrahedron index="7151" v0="957" v1="2554" v2="2571" v3="2572" />
+      <tetrahedron index="7152" v0="439" v1="1463" v2="1535" v3="2054" />
+      <tetrahedron index="7153" v0="1463" v1="1535" v2="2054" v3="3078" />
+      <tetrahedron index="7154" v0="1535" v1="2054" v2="3078" v3="3150" />
+      <tetrahedron index="7155" v0="439" v1="1079" v2="1535" v3="2054" />
+      <tetrahedron index="7156" v0="1079" v1="1535" v2="2054" v3="2694" />
+      <tetrahedron index="7157" v0="1535" v1="2054" v2="2694" v3="3150" />
+      <tetrahedron index="7158" v0="389" v1="390" v2="1536" v3="2004" />
+      <tetrahedron index="7159" v0="390" v1="1536" v2="2004" v3="2005" />
+      <tetrahedron index="7160" v0="1536" v1="2004" v2="2005" v3="3151" />
+      <tetrahedron index="7161" v0="626" v1="1364" v2="1537" v3="2241" />
+      <tetrahedron index="7162" v0="1364" v1="1537" v2="2241" v3="2979" />
+      <tetrahedron index="7163" v0="1537" v1="2241" v2="2979" v3="3152" />
+      <tetrahedron index="7164" v0="1229" v1="1370" v2="1538" v3="2844" />
+      <tetrahedron index="7165" v0="1370" v1="1538" v2="2844" v3="2985" />
+      <tetrahedron index="7166" v0="1538" v1="2844" v2="2985" v3="3153" />
+      <tetrahedron index="7167" v0="1128" v1="1305" v2="1539" v3="2743" />
+      <tetrahedron index="7168" v0="1305" v1="1539" v2="2743" v3="2920" />
+      <tetrahedron index="7169" v0="1539" v1="2743" v2="2920" v3="3154" />
+      <tetrahedron index="7170" v0="690" v1="1492" v2="1540" v3="2305" />
+      <tetrahedron index="7171" v0="1492" v1="1540" v2="2305" v3="3107" />
+      <tetrahedron index="7172" v0="1540" v1="2305" v2="3107" v3="3155" />
+      <tetrahedron index="7173" v0="1028" v1="1384" v2="1541" v3="2643" />
+      <tetrahedron index="7174" v0="1384" v1="1541" v2="2643" v3="2999" />
+      <tetrahedron index="7175" v0="1541" v1="2643" v2="2999" v3="3156" />
+      <tetrahedron index="7176" v0="115" v1="1329" v2="1542" v3="1730" />
+      <tetrahedron index="7177" v0="1329" v1="1542" v2="1730" v3="2944" />
+      <tetrahedron index="7178" v0="1542" v1="1730" v2="2944" v3="3157" />
+      <tetrahedron index="7179" v0="1062" v1="1225" v2="1543" v3="2677" />
+      <tetrahedron index="7180" v0="1225" v1="1543" v2="2677" v3="2840" />
+      <tetrahedron index="7181" v0="1543" v1="2677" v2="2840" v3="3158" />
+      <tetrahedron index="7182" v0="1133" v1="1465" v2="1544" v3="2748" />
+      <tetrahedron index="7183" v0="1465" v1="1544" v2="2748" v3="3080" />
+      <tetrahedron index="7184" v0="1544" v1="2748" v2="3080" v3="3159" />
+      <tetrahedron index="7185" v0="798" v1="1133" v2="1544" v3="2413" />
+      <tetrahedron index="7186" v0="1133" v1="1544" v2="2413" v3="2748" />
+      <tetrahedron index="7187" v0="1544" v1="2413" v2="2748" v3="3159" />
+      <tetrahedron index="7188" v0="272" v1="323" v2="1451" v3="1887" />
+      <tetrahedron index="7189" v0="323" v1="1451" v2="1887" v3="1938" />
+      <tetrahedron index="7190" v0="1451" v1="1887" v2="1938" v3="3066" />
+      <tetrahedron index="7191" v0="550" v1="861" v2="1545" v3="2165" />
+      <tetrahedron index="7192" v0="861" v1="1545" v2="2165" v3="2476" />
+      <tetrahedron index="7193" v0="1545" v1="2165" v2="2476" v3="3160" />
+      <tetrahedron index="7194" v0="547" v1="548" v2="1546" v3="2162" />
+      <tetrahedron index="7195" v0="548" v1="1546" v2="2162" v3="2163" />
+      <tetrahedron index="7196" v0="1546" v1="2162" v2="2163" v3="3161" />
+      <tetrahedron index="7197" v0="1216" v1="1240" v2="1547" v3="2831" />
+      <tetrahedron index="7198" v0="1240" v1="1547" v2="2831" v3="2855" />
+      <tetrahedron index="7199" v0="1547" v1="2831" v2="2855" v3="3162" />
+      <tetrahedron index="7200" v0="1098" v1="1379" v2="1493" v3="2713" />
+      <tetrahedron index="7201" v0="1379" v1="1493" v2="2713" v3="2994" />
+      <tetrahedron index="7202" v0="1493" v1="2713" v2="2994" v3="3108" />
+      <tetrahedron index="7203" v0="976" v1="1005" v2="1450" v3="2591" />
+      <tetrahedron index="7204" v0="1005" v1="1450" v2="2591" v3="2620" />
+      <tetrahedron index="7205" v0="1450" v1="2591" v2="2620" v3="3065" />
+      <tetrahedron index="7206" v0="1038" v1="1399" v2="1400" v3="2653" />
+      <tetrahedron index="7207" v0="1399" v1="1400" v2="2653" v3="3014" />
+      <tetrahedron index="7208" v0="1400" v1="2653" v2="3014" v3="3015" />
+      <tetrahedron index="7209" v0="1016" v1="1018" v2="1548" v3="2631" />
+      <tetrahedron index="7210" v0="1018" v1="1548" v2="2631" v3="2633" />
+      <tetrahedron index="7211" v0="1548" v1="2631" v2="2633" v3="3163" />
+      <tetrahedron index="7212" v0="1242" v1="1366" v2="1549" v3="2857" />
+      <tetrahedron index="7213" v0="1366" v1="1549" v2="2857" v3="2981" />
+      <tetrahedron index="7214" v0="1549" v1="2857" v2="2981" v3="3164" />
+      <tetrahedron index="7215" v0="313" v1="1099" v2="1369" v3="1928" />
+      <tetrahedron index="7216" v0="1099" v1="1369" v2="1928" v3="2714" />
+      <tetrahedron index="7217" v0="1369" v1="1928" v2="2714" v3="2984" />
+      <tetrahedron index="7218" v0="812" v1="950" v2="1550" v3="2427" />
+      <tetrahedron index="7219" v0="950" v1="1550" v2="2427" v3="2565" />
+      <tetrahedron index="7220" v0="1550" v1="2427" v2="2565" v3="3165" />
+      <tetrahedron index="7221" v0="950" v1="1496" v2="1550" v3="2565" />
+      <tetrahedron index="7222" v0="1496" v1="1550" v2="2565" v3="3111" />
+      <tetrahedron index="7223" v0="1550" v1="2565" v2="3111" v3="3165" />
+      <tetrahedron index="7224" v0="190" v1="1526" v2="1551" v3="1805" />
+      <tetrahedron index="7225" v0="1526" v1="1551" v2="1805" v3="3141" />
+      <tetrahedron index="7226" v0="1551" v1="1805" v2="3141" v3="3166" />
+      <tetrahedron index="7227" v0="730" v1="1551" v2="1552" v3="2345" />
+      <tetrahedron index="7228" v0="1551" v1="1552" v2="2345" v3="3166" />
+      <tetrahedron index="7229" v0="1552" v1="2345" v2="3166" v3="3167" />
+      <tetrahedron index="7230" v0="814" v1="816" v2="1553" v3="2429" />
+      <tetrahedron index="7231" v0="816" v1="1553" v2="2429" v3="2431" />
+      <tetrahedron index="7232" v0="1553" v1="2429" v2="2431" v3="3168" />
+      <tetrahedron index="7233" v0="814" v1="882" v2="1553" v3="2429" />
+      <tetrahedron index="7234" v0="882" v1="1553" v2="2429" v3="2497" />
+      <tetrahedron index="7235" v0="1553" v1="2429" v2="2497" v3="3168" />
+      <tetrahedron index="7236" v0="596" v1="968" v2="1376" v3="2211" />
+      <tetrahedron index="7237" v0="968" v1="1376" v2="2211" v3="2583" />
+      <tetrahedron index="7238" v0="1376" v1="2211" v2="2583" v3="2991" />
+      <tetrahedron index="7239" v0="968" v1="969" v2="1376" v3="2583" />
+      <tetrahedron index="7240" v0="969" v1="1376" v2="2583" v3="2584" />
+      <tetrahedron index="7241" v0="1376" v1="2583" v2="2584" v3="2991" />
+      <tetrahedron index="7242" v0="842" v1="1291" v2="1554" v3="2457" />
+      <tetrahedron index="7243" v0="1291" v1="1554" v2="2457" v3="2906" />
+      <tetrahedron index="7244" v0="1554" v1="2457" v2="2906" v3="3169" />
+      <tetrahedron index="7245" v0="1337" v1="1474" v2="1496" v3="2952" />
+      <tetrahedron index="7246" v0="1474" v1="1496" v2="2952" v3="3089" />
+      <tetrahedron index="7247" v0="1496" v1="2952" v2="3089" v3="3111" />
+      <tetrahedron index="7248" v0="407" v1="730" v2="1552" v3="2022" />
+      <tetrahedron index="7249" v0="730" v1="1552" v2="2022" v3="2345" />
+      <tetrahedron index="7250" v0="1552" v1="2022" v2="2345" v3="3167" />
+      <tetrahedron index="7251" v0="1389" v1="1449" v2="1555" v3="3004" />
+      <tetrahedron index="7252" v0="1449" v1="1555" v2="3004" v3="3064" />
+      <tetrahedron index="7253" v0="1555" v1="3004" v2="3064" v3="3170" />
+      <tetrahedron index="7254" v0="415" v1="1444" v2="1556" v3="2030" />
+      <tetrahedron index="7255" v0="1444" v1="1556" v2="2030" v3="3059" />
+      <tetrahedron index="7256" v0="1556" v1="2030" v2="3059" v3="3171" />
+      <tetrahedron index="7257" v0="773" v1="1463" v2="1557" v3="2388" />
+      <tetrahedron index="7258" v0="1463" v1="1557" v2="2388" v3="3078" />
+      <tetrahedron index="7259" v0="1557" v1="2388" v2="3078" v3="3172" />
+      <tetrahedron index="7260" v0="881" v1="1013" v2="1434" v3="2496" />
+      <tetrahedron index="7261" v0="1013" v1="1434" v2="2496" v3="2628" />
+      <tetrahedron index="7262" v0="1434" v1="2496" v2="2628" v3="3049" />
+      <tetrahedron index="7263" v0="361" v1="1068" v2="1558" v3="1976" />
+      <tetrahedron index="7264" v0="1068" v1="1558" v2="1976" v3="2683" />
+      <tetrahedron index="7265" v0="1558" v1="1976" v2="2683" v3="3173" />
+      <tetrahedron index="7266" v0="361" v1="811" v2="1558" v3="1976" />
+      <tetrahedron index="7267" v0="811" v1="1558" v2="1976" v3="2426" />
+      <tetrahedron index="7268" v0="1558" v1="1976" v2="2426" v3="3173" />
+      <tetrahedron index="7269" v0="1215" v1="1517" v2="1559" v3="2830" />
+      <tetrahedron index="7270" v0="1517" v1="1559" v2="2830" v3="3132" />
+      <tetrahedron index="7271" v0="1559" v1="2830" v2="3132" v3="3174" />
+      <tetrahedron index="7272" v0="481" v1="1112" v2="1309" v3="2096" />
+      <tetrahedron index="7273" v0="1112" v1="1309" v2="2096" v3="2727" />
+      <tetrahedron index="7274" v0="1309" v1="2096" v2="2727" v3="2924" />
+      <tetrahedron index="7275" v0="1112" v1="1309" v2="1437" v3="2727" />
+      <tetrahedron index="7276" v0="1309" v1="1437" v2="2727" v3="2924" />
+      <tetrahedron index="7277" v0="1437" v1="2727" v2="2924" v3="3052" />
+      <tetrahedron index="7278" v0="874" v1="1230" v2="1560" v3="2489" />
+      <tetrahedron index="7279" v0="1230" v1="1560" v2="2489" v3="2845" />
+      <tetrahedron index="7280" v0="1560" v1="2489" v2="2845" v3="3175" />
+      <tetrahedron index="7281" v0="236" v1="1467" v2="1503" v3="1851" />
+      <tetrahedron index="7282" v0="1467" v1="1503" v2="1851" v3="3082" />
+      <tetrahedron index="7283" v0="1503" v1="1851" v2="3082" v3="3118" />
+      <tetrahedron index="7284" v0="304" v1="1347" v2="1471" v3="1919" />
+      <tetrahedron index="7285" v0="1347" v1="1471" v2="1919" v3="2962" />
+      <tetrahedron index="7286" v0="1471" v1="1919" v2="2962" v3="3086" />
+      <tetrahedron index="7287" v0="252" v1="520" v2="1457" v3="1867" />
+      <tetrahedron index="7288" v0="520" v1="1457" v2="1867" v3="2135" />
+      <tetrahedron index="7289" v0="1457" v1="1867" v2="2135" v3="3072" />
+      <tetrahedron index="7290" v0="320" v1="738" v2="984" v3="1935" />
+      <tetrahedron index="7291" v0="738" v1="984" v2="1935" v3="2353" />
+      <tetrahedron index="7292" v0="984" v1="1935" v2="2353" v3="2599" />
+      <tetrahedron index="7293" v0="273" v1="320" v2="738" v3="1888" />
+      <tetrahedron index="7294" v0="320" v1="738" v2="1888" v3="1935" />
+      <tetrahedron index="7295" v0="738" v1="1888" v2="1935" v3="2353" />
+      <tetrahedron index="7296" v0="67" v1="991" v2="1245" v3="1682" />
+      <tetrahedron index="7297" v0="991" v1="1245" v2="1682" v3="2606" />
+      <tetrahedron index="7298" v0="1245" v1="1682" v2="2606" v3="2860" />
+      <tetrahedron index="7299" v0="67" v1="1245" v2="1246" v3="1682" />
+      <tetrahedron index="7300" v0="1245" v1="1246" v2="1682" v3="2860" />
+      <tetrahedron index="7301" v0="1246" v1="1682" v2="2860" v3="2861" />
+      <tetrahedron index="7302" v0="588" v1="641" v2="672" v3="2203" />
+      <tetrahedron index="7303" v0="641" v1="672" v2="2203" v3="2256" />
+      <tetrahedron index="7304" v0="672" v1="2203" v2="2256" v3="2287" />
+      <tetrahedron index="7305" v0="588" v1="658" v2="672" v3="2203" />
+      <tetrahedron index="7306" v0="658" v1="672" v2="2203" v3="2273" />
+      <tetrahedron index="7307" v0="672" v1="2203" v2="2273" v3="2287" />
+      <tetrahedron index="7308" v0="268" v1="646" v2="921" v3="1883" />
+      <tetrahedron index="7309" v0="646" v1="921" v2="1883" v3="2261" />
+      <tetrahedron index="7310" v0="921" v1="1883" v2="2261" v3="2536" />
+      <tetrahedron index="7311" v0="646" v1="921" v2="922" v3="2261" />
+      <tetrahedron index="7312" v0="921" v1="922" v2="2261" v3="2536" />
+      <tetrahedron index="7313" v0="922" v1="2261" v2="2536" v3="2537" />
+      <tetrahedron index="7314" v0="279" v1="995" v2="1336" v3="1894" />
+      <tetrahedron index="7315" v0="995" v1="1336" v2="1894" v3="2610" />
+      <tetrahedron index="7316" v0="1336" v1="1894" v2="2610" v3="2951" />
+      <tetrahedron index="7317" v0="279" v1="1336" v2="1409" v3="1894" />
+      <tetrahedron index="7318" v0="1336" v1="1409" v2="1894" v3="2951" />
+      <tetrahedron index="7319" v0="1409" v1="1894" v2="2951" v3="3024" />
+      <tetrahedron index="7320" v0="436" v1="875" v2="1388" v3="2051" />
+      <tetrahedron index="7321" v0="875" v1="1388" v2="2051" v3="2490" />
+      <tetrahedron index="7322" v0="1388" v1="2051" v2="2490" v3="3003" />
+      <tetrahedron index="7323" v0="436" v1="1221" v2="1388" v3="2051" />
+      <tetrahedron index="7324" v0="1221" v1="1388" v2="2051" v3="2836" />
+      <tetrahedron index="7325" v0="1388" v1="2051" v2="2836" v3="3003" />
+      <tetrahedron index="7326" v0="158" v1="747" v2="1031" v3="1773" />
+      <tetrahedron index="7327" v0="747" v1="1031" v2="1773" v3="2362" />
+      <tetrahedron index="7328" v0="1031" v1="1773" v2="2362" v3="2646" />
+      <tetrahedron index="7329" v0="158" v1="160" v2="747" v3="1773" />
+      <tetrahedron index="7330" v0="160" v1="747" v2="1773" v3="1775" />
+      <tetrahedron index="7331" v0="747" v1="1773" v2="1775" v3="2362" />
+      <tetrahedron index="7332" v0="128" v1="129" v2="192" v3="1743" />
+      <tetrahedron index="7333" v0="129" v1="192" v2="1743" v3="1744" />
+      <tetrahedron index="7334" v0="192" v1="1743" v2="1744" v3="1807" />
+      <tetrahedron index="7335" v0="129" v1="191" v2="192" v3="1744" />
+      <tetrahedron index="7336" v0="191" v1="192" v2="1744" v3="1806" />
+      <tetrahedron index="7337" v0="192" v1="1744" v2="1806" v3="1807" />
+      <tetrahedron index="7338" v0="59" v1="146" v2="1105" v3="1674" />
+      <tetrahedron index="7339" v0="146" v1="1105" v2="1674" v3="1761" />
+      <tetrahedron index="7340" v0="1105" v1="1674" v2="1761" v3="2720" />
+      <tetrahedron index="7341" v0="59" v1="146" v2="148" v3="1674" />
+      <tetrahedron index="7342" v0="146" v1="148" v2="1674" v3="1761" />
+      <tetrahedron index="7343" v0="148" v1="1674" v2="1761" v3="1763" />
+      <tetrahedron index="7344" v0="1208" v1="1396" v2="1490" v3="2823" />
+      <tetrahedron index="7345" v0="1396" v1="1490" v2="2823" v3="3011" />
+      <tetrahedron index="7346" v0="1490" v1="2823" v2="3011" v3="3105" />
+      <tetrahedron index="7347" v0="1141" v1="1208" v2="1490" v3="2756" />
+      <tetrahedron index="7348" v0="1208" v1="1490" v2="2756" v3="2823" />
+      <tetrahedron index="7349" v0="1490" v1="2756" v2="2823" v3="3105" />
+      <tetrahedron index="7350" v0="1001" v1="1120" v2="1167" v3="2616" />
+      <tetrahedron index="7351" v0="1120" v1="1167" v2="2616" v3="2735" />
+      <tetrahedron index="7352" v0="1167" v1="2616" v2="2735" v3="2782" />
+      <tetrahedron index="7353" v0="699" v1="1001" v2="1167" v3="2314" />
+      <tetrahedron index="7354" v0="1001" v1="1167" v2="2314" v3="2616" />
+      <tetrahedron index="7355" v0="1167" v1="2314" v2="2616" v3="2782" />
+      <tetrahedron index="7356" v0="685" v1="686" v2="696" v3="2300" />
+      <tetrahedron index="7357" v0="686" v1="696" v2="2300" v3="2301" />
+      <tetrahedron index="7358" v0="696" v1="2300" v2="2301" v3="2311" />
+      <tetrahedron index="7359" v0="686" v1="696" v2="938" v3="2301" />
+      <tetrahedron index="7360" v0="696" v1="938" v2="2301" v3="2311" />
+      <tetrahedron index="7361" v0="938" v1="2301" v2="2311" v3="2553" />
+      <tetrahedron index="7362" v0="187" v1="188" v2="1044" v3="1802" />
+      <tetrahedron index="7363" v0="188" v1="1044" v2="1802" v3="1803" />
+      <tetrahedron index="7364" v0="1044" v1="1802" v2="1803" v3="2659" />
+      <tetrahedron index="7365" v0="188" v1="381" v2="1044" v3="1803" />
+      <tetrahedron index="7366" v0="381" v1="1044" v2="1803" v3="1996" />
+      <tetrahedron index="7367" v0="1044" v1="1803" v2="1996" v3="2659" />
+      <tetrahedron index="7368" v0="29" v1="743" v2="745" v3="1644" />
+      <tetrahedron index="7369" v0="743" v1="745" v2="1644" v3="2358" />
+      <tetrahedron index="7370" v0="745" v1="1644" v2="2358" v3="2360" />
+      <tetrahedron index="7371" v0="27" v1="29" v2="745" v3="1642" />
+      <tetrahedron index="7372" v0="29" v1="745" v2="1642" v3="1644" />
+      <tetrahedron index="7373" v0="745" v1="1642" v2="1644" v3="2360" />
+      <tetrahedron index="7374" v0="10" v1="214" v2="480" v3="1625" />
+      <tetrahedron index="7375" v0="214" v1="480" v2="1625" v3="1829" />
+      <tetrahedron index="7376" v0="480" v1="1625" v2="1829" v3="2095" />
+      <tetrahedron index="7377" v0="128" v1="682" v2="1445" v3="1743" />
+      <tetrahedron index="7378" v0="682" v1="1445" v2="1743" v3="2297" />
+      <tetrahedron index="7379" v0="1445" v1="1743" v2="2297" v3="3060" />
+      <tetrahedron index="7380" v0="128" v1="130" v2="1445" v3="1743" />
+      <tetrahedron index="7381" v0="130" v1="1445" v2="1743" v3="1745" />
+      <tetrahedron index="7382" v0="1445" v1="1743" v2="1745" v3="3060" />
+      <tetrahedron index="7383" v0="987" v1="1319" v2="1561" v3="2602" />
+      <tetrahedron index="7384" v0="1319" v1="1561" v2="2602" v3="2934" />
+      <tetrahedron index="7385" v0="1561" v1="2602" v2="2934" v3="3176" />
+      <tetrahedron index="7386" v0="952" v1="987" v2="1561" v3="2567" />
+      <tetrahedron index="7387" v0="987" v1="1561" v2="2567" v3="2602" />
+      <tetrahedron index="7388" v0="1561" v1="2567" v2="2602" v3="3176" />
+      <tetrahedron index="7389" v0="185" v1="850" v2="1460" v3="1800" />
+      <tetrahedron index="7390" v0="850" v1="1460" v2="1800" v3="2465" />
+      <tetrahedron index="7391" v0="1460" v1="1800" v2="2465" v3="3075" />
+      <tetrahedron index="7392" v0="850" v1="922" v2="1460" v3="2465" />
+      <tetrahedron index="7393" v0="922" v1="1460" v2="2465" v3="2537" />
+      <tetrahedron index="7394" v0="1460" v1="2465" v2="2537" v3="3075" />
+      <tetrahedron index="7395" v0="349" v1="432" v2="1525" v3="1964" />
+      <tetrahedron index="7396" v0="432" v1="1525" v2="1964" v3="2047" />
+      <tetrahedron index="7397" v0="1525" v1="1964" v2="2047" v3="3140" />
+      <tetrahedron index="7398" v0="432" v1="1284" v2="1525" v3="2047" />
+      <tetrahedron index="7399" v0="1284" v1="1525" v2="2047" v3="2899" />
+      <tetrahedron index="7400" v0="1525" v1="2047" v2="2899" v3="3140" />
+      <tetrahedron index="7401" v0="433" v1="586" v2="908" v3="2048" />
+      <tetrahedron index="7402" v0="586" v1="908" v2="2048" v3="2201" />
+      <tetrahedron index="7403" v0="908" v1="2048" v2="2201" v3="2523" />
+      <tetrahedron index="7404" v0="432" v1="433" v2="908" v3="2047" />
+      <tetrahedron index="7405" v0="433" v1="908" v2="2047" v3="2048" />
+      <tetrahedron index="7406" v0="908" v1="2047" v2="2048" v3="2523" />
+      <tetrahedron index="7407" v0="415" v1="1415" v2="1416" v3="2030" />
+      <tetrahedron index="7408" v0="1415" v1="1416" v2="2030" v3="3030" />
+      <tetrahedron index="7409" v0="1416" v1="2030" v2="3030" v3="3031" />
+      <tetrahedron index="7410" v0="415" v1="416" v2="1415" v3="2030" />
+      <tetrahedron index="7411" v0="416" v1="1415" v2="2030" v3="2031" />
+      <tetrahedron index="7412" v0="1415" v1="2030" v2="2031" v3="3030" />
+      <tetrahedron index="7413" v0="140" v1="322" v2="800" v3="1755" />
+      <tetrahedron index="7414" v0="322" v1="800" v2="1755" v3="1937" />
+      <tetrahedron index="7415" v0="800" v1="1755" v2="1937" v3="2415" />
+      <tetrahedron index="7416" v0="321" v1="322" v2="800" v3="1936" />
+      <tetrahedron index="7417" v0="322" v1="800" v2="1936" v3="1937" />
+      <tetrahedron index="7418" v0="800" v1="1936" v2="1937" v3="2415" />
+      <tetrahedron index="7419" v0="8" v1="999" v2="1006" v3="1623" />
+      <tetrahedron index="7420" v0="999" v1="1006" v2="1623" v3="2614" />
+      <tetrahedron index="7421" v0="1006" v1="1623" v2="2614" v3="2621" />
+      <tetrahedron index="7422" v0="7" v1="8" v2="1006" v3="1622" />
+      <tetrahedron index="7423" v0="8" v1="1006" v2="1622" v3="1623" />
+      <tetrahedron index="7424" v0="1006" v1="1622" v2="1623" v3="2621" />
+      <tetrahedron index="7425" v0="756" v1="1258" v2="1260" v3="2371" />
+      <tetrahedron index="7426" v0="1258" v1="1260" v2="2371" v3="2873" />
+      <tetrahedron index="7427" v0="1260" v1="2371" v2="2873" v3="2875" />
+      <tetrahedron index="7428" v0="684" v1="756" v2="1260" v3="2299" />
+      <tetrahedron index="7429" v0="756" v1="1260" v2="2299" v3="2371" />
+      <tetrahedron index="7430" v0="1260" v1="2299" v2="2371" v3="2875" />
+      <tetrahedron index="7431" v0="954" v1="1106" v2="1312" v3="2569" />
+      <tetrahedron index="7432" v0="1106" v1="1312" v2="2569" v3="2721" />
+      <tetrahedron index="7433" v0="1312" v1="2569" v2="2721" v3="2927" />
+      <tetrahedron index="7434" v0="988" v1="1106" v2="1312" v3="2603" />
+      <tetrahedron index="7435" v0="1106" v1="1312" v2="2603" v3="2721" />
+      <tetrahedron index="7436" v0="1312" v1="2603" v2="2721" v3="2927" />
+      <tetrahedron index="7437" v0="652" v1="754" v2="1561" v3="2267" />
+      <tetrahedron index="7438" v0="754" v1="1561" v2="2267" v3="2369" />
+      <tetrahedron index="7439" v0="1561" v1="2267" v2="2369" v3="3176" />
+      <tetrahedron index="7440" v0="475" v1="754" v2="1561" v3="2090" />
+      <tetrahedron index="7441" v0="754" v1="1561" v2="2090" v3="2369" />
+      <tetrahedron index="7442" v0="1561" v1="2090" v2="2369" v3="3176" />
+      <tetrahedron index="7443" v0="714" v1="1411" v2="1489" v3="2329" />
+      <tetrahedron index="7444" v0="1411" v1="1489" v2="2329" v3="3026" />
+      <tetrahedron index="7445" v0="1489" v1="2329" v2="3026" v3="3104" />
+      <tetrahedron index="7446" v0="291" v1="714" v2="1489" v3="1906" />
+      <tetrahedron index="7447" v0="714" v1="1489" v2="1906" v3="2329" />
+      <tetrahedron index="7448" v0="1489" v1="1906" v2="2329" v3="3104" />
+      <tetrahedron index="7449" v0="1204" v1="1247" v2="1505" v3="2819" />
+      <tetrahedron index="7450" v0="1247" v1="1505" v2="2819" v3="2862" />
+      <tetrahedron index="7451" v0="1505" v1="2819" v2="2862" v3="3120" />
+      <tetrahedron index="7452" v0="1147" v1="1204" v2="1505" v3="2762" />
+      <tetrahedron index="7453" v0="1204" v1="1505" v2="2762" v3="2819" />
+      <tetrahedron index="7454" v0="1505" v1="2762" v2="2819" v3="3120" />
+      <tetrahedron index="7455" v0="1265" v1="1426" v2="1562" v3="2880" />
+      <tetrahedron index="7456" v0="1426" v1="1562" v2="2880" v3="3041" />
+      <tetrahedron index="7457" v0="1562" v1="2880" v2="3041" v3="3177" />
+      <tetrahedron index="7458" v0="198" v1="1211" v2="1563" v3="1813" />
+      <tetrahedron index="7459" v0="1211" v1="1563" v2="1813" v3="2826" />
+      <tetrahedron index="7460" v0="1563" v1="1813" v2="2826" v3="3178" />
+      <tetrahedron index="7461" v0="1035" v1="1282" v2="1397" v3="2650" />
+      <tetrahedron index="7462" v0="1282" v1="1397" v2="2650" v3="2897" />
+      <tetrahedron index="7463" v0="1397" v1="2650" v2="2897" v3="3012" />
+      <tetrahedron index="7464" v0="195" v1="1287" v2="1320" v3="1810" />
+      <tetrahedron index="7465" v0="1287" v1="1320" v2="1810" v3="2902" />
+      <tetrahedron index="7466" v0="1320" v1="1810" v2="2902" v3="2935" />
+      <tetrahedron index="7467" v0="195" v1="286" v2="1320" v3="1810" />
+      <tetrahedron index="7468" v0="286" v1="1320" v2="1810" v3="1901" />
+      <tetrahedron index="7469" v0="1320" v1="1810" v2="1901" v3="2935" />
+      <tetrahedron index="7470" v0="821" v1="1363" v2="1499" v3="2436" />
+      <tetrahedron index="7471" v0="1363" v1="1499" v2="2436" v3="2978" />
+      <tetrahedron index="7472" v0="1499" v1="2436" v2="2978" v3="3114" />
+      <tetrahedron index="7473" v0="821" v1="822" v2="1363" v3="2436" />
+      <tetrahedron index="7474" v0="822" v1="1363" v2="2436" v3="2437" />
+      <tetrahedron index="7475" v0="1363" v1="2436" v2="2437" v3="2978" />
+      <tetrahedron index="7476" v0="1131" v1="1296" v2="1462" v3="2746" />
+      <tetrahedron index="7477" v0="1296" v1="1462" v2="2746" v3="2911" />
+      <tetrahedron index="7478" v0="1462" v1="2746" v2="2911" v3="3077" />
+      <tetrahedron index="7479" v0="1131" v1="1462" v2="1466" v3="2746" />
+      <tetrahedron index="7480" v0="1462" v1="1466" v2="2746" v3="3077" />
+      <tetrahedron index="7481" v0="1466" v1="2746" v2="3077" v3="3081" />
+      <tetrahedron index="7482" v0="297" v1="310" v2="965" v3="1912" />
+      <tetrahedron index="7483" v0="310" v1="965" v2="1912" v3="1925" />
+      <tetrahedron index="7484" v0="965" v1="1912" v2="1925" v3="2580" />
+      <tetrahedron index="7485" v0="297" v1="298" v2="965" v3="1912" />
+      <tetrahedron index="7486" v0="298" v1="965" v2="1912" v3="1913" />
+      <tetrahedron index="7487" v0="965" v1="1912" v2="1913" v3="2580" />
+      <tetrahedron index="7488" v0="299" v1="535" v2="786" v3="1914" />
+      <tetrahedron index="7489" v0="535" v1="786" v2="1914" v3="2150" />
+      <tetrahedron index="7490" v0="786" v1="1914" v2="2150" v3="2401" />
+      <tetrahedron index="7491" v0="299" v1="786" v2="965" v3="1914" />
+      <tetrahedron index="7492" v0="786" v1="965" v2="1914" v3="2401" />
+      <tetrahedron index="7493" v0="965" v1="1914" v2="2401" v3="2580" />
+      <tetrahedron index="7494" v0="989" v1="994" v2="1413" v3="2604" />
+      <tetrahedron index="7495" v0="994" v1="1413" v2="2604" v3="2609" />
+      <tetrahedron index="7496" v0="1413" v1="2604" v2="2609" v3="3028" />
+      <tetrahedron index="7497" v0="989" v1="994" v2="1453" v3="2604" />
+      <tetrahedron index="7498" v0="994" v1="1453" v2="2604" v3="2609" />
+      <tetrahedron index="7499" v0="1453" v1="2604" v2="2609" v3="3068" />
+      <tetrahedron index="7500" v0="159" v1="160" v2="644" v3="1774" />
+      <tetrahedron index="7501" v0="160" v1="644" v2="1774" v3="1775" />
+      <tetrahedron index="7502" v0="644" v1="1774" v2="1775" v3="2259" />
+      <tetrahedron index="7503" v0="160" v1="644" v2="1410" v3="1775" />
+      <tetrahedron index="7504" v0="644" v1="1410" v2="1775" v3="2259" />
+      <tetrahedron index="7505" v0="1410" v1="1775" v2="2259" v3="3025" />
+      <tetrahedron index="7506" v0="21" v1="1066" v2="1458" v3="1636" />
+      <tetrahedron index="7507" v0="1066" v1="1458" v2="1636" v3="2681" />
+      <tetrahedron index="7508" v0="1458" v1="1636" v2="2681" v3="3073" />
+      <tetrahedron index="7509" v0="21" v1="1272" v2="1458" v3="1636" />
+      <tetrahedron index="7510" v0="1272" v1="1458" v2="1636" v3="2887" />
+      <tetrahedron index="7511" v0="1458" v1="1636" v2="2887" v3="3073" />
+      <tetrahedron index="7512" v0="60" v1="195" v2="285" v3="1675" />
+      <tetrahedron index="7513" v0="195" v1="285" v2="1675" v3="1810" />
+      <tetrahedron index="7514" v0="285" v1="1675" v2="1810" v3="1900" />
+      <tetrahedron index="7515" v0="58" v1="60" v2="285" v3="1673" />
+      <tetrahedron index="7516" v0="60" v1="285" v2="1673" v3="1675" />
+      <tetrahedron index="7517" v0="285" v1="1673" v2="1675" v3="1900" />
+      <tetrahedron index="7518" v0="262" v1="397" v2="889" v3="1877" />
+      <tetrahedron index="7519" v0="397" v1="889" v2="1877" v3="2012" />
+      <tetrahedron index="7520" v0="889" v1="1877" v2="2012" v3="2504" />
+      <tetrahedron index="7521" v0="262" v1="889" v2="1564" v3="1877" />
+      <tetrahedron index="7522" v0="889" v1="1564" v2="1877" v3="2504" />
+      <tetrahedron index="7523" v0="1564" v1="1877" v2="2504" v3="3179" />
+      <tetrahedron index="7524" v0="88" v1="801" v2="1565" v3="1703" />
+      <tetrahedron index="7525" v0="801" v1="1565" v2="1703" v3="2416" />
+      <tetrahedron index="7526" v0="1565" v1="1703" v2="2416" v3="3180" />
+      <tetrahedron index="7527" v0="801" v1="874" v2="1565" v3="2416" />
+      <tetrahedron index="7528" v0="874" v1="1565" v2="2416" v3="2489" />
+      <tetrahedron index="7529" v0="1565" v1="2416" v2="2489" v3="3180" />
+      <tetrahedron index="7530" v0="221" v1="222" v2="224" v3="1836" />
+      <tetrahedron index="7531" v0="222" v1="224" v2="1836" v3="1837" />
+      <tetrahedron index="7532" v0="224" v1="1836" v2="1837" v3="1839" />
+      <tetrahedron index="7533" v0="222" v1="223" v2="224" v3="1837" />
+      <tetrahedron index="7534" v0="223" v1="224" v2="1837" v3="1838" />
+      <tetrahedron index="7535" v0="224" v1="1837" v2="1838" v3="1839" />
+      <tetrahedron index="7536" v0="259" v1="469" v2="1525" v3="1874" />
+      <tetrahedron index="7537" v0="469" v1="1525" v2="1874" v3="2084" />
+      <tetrahedron index="7538" v0="1525" v1="1874" v2="2084" v3="3140" />
+      <tetrahedron index="7539" v0="710" v1="902" v2="1566" v3="2325" />
+      <tetrahedron index="7540" v0="902" v1="1566" v2="2325" v3="2517" />
+      <tetrahedron index="7541" v0="1566" v1="2325" v2="2517" v3="3181" />
+      <tetrahedron index="7542" v0="898" v1="1405" v2="1567" v3="2513" />
+      <tetrahedron index="7543" v0="1405" v1="1567" v2="2513" v3="3020" />
+      <tetrahedron index="7544" v0="1567" v1="2513" v2="3020" v3="3182" />
+      <tetrahedron index="7545" v0="449" v1="889" v2="1567" v3="2064" />
+      <tetrahedron index="7546" v0="889" v1="1567" v2="2064" v3="2504" />
+      <tetrahedron index="7547" v0="1567" v1="2064" v2="2504" v3="3182" />
+      <tetrahedron index="7548" v0="1244" v1="1568" v2="1569" v3="2859" />
+      <tetrahedron index="7549" v0="1568" v1="1569" v2="2859" v3="3183" />
+      <tetrahedron index="7550" v0="1569" v1="2859" v2="3183" v3="3184" />
+      <tetrahedron index="7551" v0="912" v1="913" v2="1570" v3="2527" />
+      <tetrahedron index="7552" v0="913" v1="1570" v2="2527" v3="2528" />
+      <tetrahedron index="7553" v0="1570" v1="2527" v2="2528" v3="3185" />
+      <tetrahedron index="7554" v0="597" v1="873" v2="957" v3="2212" />
+      <tetrahedron index="7555" v0="873" v1="957" v2="2212" v3="2488" />
+      <tetrahedron index="7556" v0="957" v1="2212" v2="2488" v3="2572" />
+      <tetrahedron index="7557" v0="565" v1="967" v2="1566" v3="2180" />
+      <tetrahedron index="7558" v0="967" v1="1566" v2="2180" v3="2582" />
+      <tetrahedron index="7559" v0="1566" v1="2180" v2="2582" v3="3181" />
+      <tetrahedron index="7560" v0="796" v1="927" v2="1571" v3="2411" />
+      <tetrahedron index="7561" v0="927" v1="1571" v2="2411" v3="2542" />
+      <tetrahedron index="7562" v0="1571" v1="2411" v2="2542" v3="3186" />
+      <tetrahedron index="7563" v0="796" v1="801" v2="1571" v3="2411" />
+      <tetrahedron index="7564" v0="801" v1="1571" v2="2411" v3="2416" />
+      <tetrahedron index="7565" v0="1571" v1="2411" v2="2416" v3="3186" />
+      <tetrahedron index="7566" v0="1023" v1="1058" v2="1572" v3="2638" />
+      <tetrahedron index="7567" v0="1058" v1="1572" v2="2638" v3="2673" />
+      <tetrahedron index="7568" v0="1572" v1="2638" v2="2673" v3="3187" />
+      <tetrahedron index="7569" v0="1056" v1="1509" v2="1573" v3="2671" />
+      <tetrahedron index="7570" v0="1509" v1="1573" v2="2671" v3="3124" />
+      <tetrahedron index="7571" v0="1573" v1="2671" v2="3124" v3="3188" />
+      <tetrahedron index="7572" v0="790" v1="791" v2="1404" v3="2405" />
+      <tetrahedron index="7573" v0="791" v1="1404" v2="2405" v3="2406" />
+      <tetrahedron index="7574" v0="1404" v1="2405" v2="2406" v3="3019" />
+      <tetrahedron index="7575" v0="791" v1="1047" v2="1404" v3="2406" />
+      <tetrahedron index="7576" v0="1047" v1="1404" v2="2406" v3="2662" />
+      <tetrahedron index="7577" v0="1404" v1="2406" v2="2662" v3="3019" />
+      <tetrahedron index="7578" v0="1574" v1="1575" v2="1576" v3="3189" />
+      <tetrahedron index="7579" v0="1575" v1="1576" v2="3189" v3="3190" />
+      <tetrahedron index="7580" v0="1576" v1="3189" v2="3190" v3="3191" />
+      <tetrahedron index="7581" v0="689" v1="1185" v2="1577" v3="2304" />
+      <tetrahedron index="7582" v0="1185" v1="1577" v2="2304" v3="2800" />
+      <tetrahedron index="7583" v0="1577" v1="2304" v2="2800" v3="3192" />
+      <tetrahedron index="7584" v0="689" v1="1222" v2="1577" v3="2304" />
+      <tetrahedron index="7585" v0="1222" v1="1577" v2="2304" v3="2837" />
+      <tetrahedron index="7586" v0="1577" v1="2304" v2="2837" v3="3192" />
+      <tetrahedron index="7587" v0="230" v1="1096" v2="1541" v3="1845" />
+      <tetrahedron index="7588" v0="1096" v1="1541" v2="1845" v3="2711" />
+      <tetrahedron index="7589" v0="1541" v1="1845" v2="2711" v3="3156" />
+      <tetrahedron index="7590" v0="647" v1="1141" v2="1537" v3="2262" />
+      <tetrahedron index="7591" v0="1141" v1="1537" v2="2262" v3="2756" />
+      <tetrahedron index="7592" v0="1537" v1="2262" v2="2756" v3="3152" />
+      <tetrahedron index="7593" v0="1054" v1="1079" v2="1540" v3="2669" />
+      <tetrahedron index="7594" v0="1079" v1="1540" v2="2669" v3="2694" />
+      <tetrahedron index="7595" v0="1540" v1="2669" v2="2694" v3="3155" />
+      <tetrahedron index="7596" v0="1013" v1="1123" v2="1576" v3="2628" />
+      <tetrahedron index="7597" v0="1123" v1="1576" v2="2628" v3="2738" />
+      <tetrahedron index="7598" v0="1576" v1="2628" v2="2738" v3="3191" />
+      <tetrahedron index="7599" v0="1216" v1="1220" v2="1225" v3="2831" />
+      <tetrahedron index="7600" v0="1220" v1="1225" v2="2831" v3="2835" />
+      <tetrahedron index="7601" v0="1225" v1="2831" v2="2835" v3="2840" />
+      <tetrahedron index="7602" v0="1120" v1="1167" v2="1223" v3="2735" />
+      <tetrahedron index="7603" v0="1167" v1="1223" v2="2735" v3="2782" />
+      <tetrahedron index="7604" v0="1223" v1="2735" v2="2782" v3="2838" />
+      <tetrahedron index="7605" v0="955" v1="1049" v2="1543" v3="2570" />
+      <tetrahedron index="7606" v0="1049" v1="1543" v2="2570" v3="2664" />
+      <tetrahedron index="7607" v0="1543" v1="2570" v2="2664" v3="3158" />
+      <tetrahedron index="7608" v0="1147" v1="1204" v2="1578" v3="2762" />
+      <tetrahedron index="7609" v0="1204" v1="1578" v2="2762" v3="2819" />
+      <tetrahedron index="7610" v0="1578" v1="2762" v2="2819" v3="3193" />
+      <tetrahedron index="7611" v0="1147" v1="1148" v2="1578" v3="2762" />
+      <tetrahedron index="7612" v0="1148" v1="1578" v2="2762" v3="2763" />
+      <tetrahedron index="7613" v0="1578" v1="2762" v2="2763" v3="3193" />
+      <tetrahedron index="7614" v0="1254" v1="1291" v2="1542" v3="2869" />
+      <tetrahedron index="7615" v0="1291" v1="1542" v2="2869" v3="2906" />
+      <tetrahedron index="7616" v0="1542" v1="2869" v2="2906" v3="3157" />
+      <tetrahedron index="7617" v0="1244" v1="1300" v2="1568" v3="2859" />
+      <tetrahedron index="7618" v0="1300" v1="1568" v2="2859" v3="2915" />
+      <tetrahedron index="7619" v0="1568" v1="2859" v2="2915" v3="3183" />
+      <tetrahedron index="7620" v0="42" v1="846" v2="1309" v3="1657" />
+      <tetrahedron index="7621" v0="846" v1="1309" v2="1657" v3="2461" />
+      <tetrahedron index="7622" v0="1309" v1="1657" v2="2461" v3="2924" />
+      <tetrahedron index="7623" v0="42" v1="324" v2="846" v3="1657" />
+      <tetrahedron index="7624" v0="324" v1="846" v2="1657" v3="1939" />
+      <tetrahedron index="7625" v0="846" v1="1657" v2="1939" v3="2461" />
+      <tetrahedron index="7626" v0="671" v1="1317" v2="1579" v3="2286" />
+      <tetrahedron index="7627" v0="1317" v1="1579" v2="2286" v3="2932" />
+      <tetrahedron index="7628" v0="1579" v1="2286" v2="2932" v3="3194" />
+      <tetrahedron index="7629" v0="565" v1="1326" v2="1580" v3="2180" />
+      <tetrahedron index="7630" v0="1326" v1="1580" v2="2180" v3="2941" />
+      <tetrahedron index="7631" v0="1580" v1="2180" v2="2941" v3="3195" />
+      <tetrahedron index="7632" v0="1110" v1="1111" v2="1549" v3="2725" />
+      <tetrahedron index="7633" v0="1111" v1="1549" v2="2725" v3="2726" />
+      <tetrahedron index="7634" v0="1549" v1="2725" v2="2726" v3="3164" />
+      <tetrahedron index="7635" v0="1331" v1="1334" v2="1581" v3="2946" />
+      <tetrahedron index="7636" v0="1334" v1="1581" v2="2946" v3="2949" />
+      <tetrahedron index="7637" v0="1581" v1="2946" v2="2949" v3="3196" />
+      <tetrahedron index="7638" v0="1302" v1="1366" v2="1488" v3="2917" />
+      <tetrahedron index="7639" v0="1366" v1="1488" v2="2917" v3="2981" />
+      <tetrahedron index="7640" v0="1488" v1="2917" v2="2981" v3="3103" />
+      <tetrahedron index="7641" v0="295" v1="930" v2="1582" v3="1910" />
+      <tetrahedron index="7642" v0="930" v1="1582" v2="1910" v3="2545" />
+      <tetrahedron index="7643" v0="1582" v1="1910" v2="2545" v3="3197" />
+      <tetrahedron index="7644" v0="234" v1="295" v2="1582" v3="1849" />
+      <tetrahedron index="7645" v0="295" v1="1582" v2="1849" v3="1910" />
+      <tetrahedron index="7646" v0="1582" v1="1849" v2="1910" v3="3197" />
+      <tetrahedron index="7647" v0="769" v1="1443" v2="1583" v3="2384" />
+      <tetrahedron index="7648" v0="1443" v1="1583" v2="2384" v3="3058" />
+      <tetrahedron index="7649" v0="1583" v1="2384" v2="3058" v3="3198" />
+      <tetrahedron index="7650" v0="309" v1="769" v2="1583" v3="1924" />
+      <tetrahedron index="7651" v0="769" v1="1583" v2="1924" v3="2384" />
+      <tetrahedron index="7652" v0="1583" v1="1924" v2="2384" v3="3198" />
+      <tetrahedron index="7653" v0="1192" v1="1318" v2="1569" v3="2807" />
+      <tetrahedron index="7654" v0="1318" v1="1569" v2="2807" v3="2933" />
+      <tetrahedron index="7655" v0="1569" v1="2807" v2="2933" v3="3184" />
+      <tetrahedron index="7656" v0="1192" v1="1568" v2="1569" v3="2807" />
+      <tetrahedron index="7657" v0="1568" v1="1569" v2="2807" v3="3183" />
+      <tetrahedron index="7658" v0="1569" v1="2807" v2="3183" v3="3184" />
+      <tetrahedron index="7659" v0="1178" v1="1353" v2="1548" v3="2793" />
+      <tetrahedron index="7660" v0="1353" v1="1548" v2="2793" v3="2968" />
+      <tetrahedron index="7661" v0="1548" v1="2793" v2="2968" v3="3163" />
+      <tetrahedron index="7662" v0="1294" v1="1351" v2="1393" v3="2909" />
+      <tetrahedron index="7663" v0="1351" v1="1393" v2="2909" v3="2966" />
+      <tetrahedron index="7664" v0="1393" v1="2909" v2="2966" v3="3008" />
+      <tetrahedron index="7665" v0="1351" v1="1393" v2="1584" v3="2966" />
+      <tetrahedron index="7666" v0="1393" v1="1584" v2="2966" v3="3008" />
+      <tetrahedron index="7667" v0="1584" v1="2966" v2="3008" v3="3199" />
+      <tetrahedron index="7668" v0="357" v1="748" v2="1355" v3="1972" />
+      <tetrahedron index="7669" v0="748" v1="1355" v2="1972" v3="2363" />
+      <tetrahedron index="7670" v0="1355" v1="1972" v2="2363" v3="2970" />
+      <tetrahedron index="7671" v0="1024" v1="1137" v2="1572" v3="2639" />
+      <tetrahedron index="7672" v0="1137" v1="1572" v2="2639" v3="2752" />
+      <tetrahedron index="7673" v0="1572" v1="2639" v2="2752" v3="3187" />
+      <tetrahedron index="7674" v0="1023" v1="1024" v2="1572" v3="2638" />
+      <tetrahedron index="7675" v0="1024" v1="1572" v2="2638" v3="2639" />
+      <tetrahedron index="7676" v0="1572" v1="2638" v2="2639" v3="3187" />
+      <tetrahedron index="7677" v0="454" v1="555" v2="1585" v3="2069" />
+      <tetrahedron index="7678" v0="555" v1="1585" v2="2069" v3="2170" />
+      <tetrahedron index="7679" v0="1585" v1="2069" v2="2170" v3="3200" />
+      <tetrahedron index="7680" v0="555" v1="883" v2="1585" v3="2170" />
+      <tetrahedron index="7681" v0="883" v1="1585" v2="2170" v3="2498" />
+      <tetrahedron index="7682" v0="1585" v1="2170" v2="2498" v3="3200" />
+      <tetrahedron index="7683" v0="966" v1="1483" v2="1506" v3="2581" />
+      <tetrahedron index="7684" v0="1483" v1="1506" v2="2581" v3="3098" />
+      <tetrahedron index="7685" v0="1506" v1="2581" v2="3098" v3="3121" />
+      <tetrahedron index="7686" v0="964" v1="1384" v2="1586" v3="2579" />
+      <tetrahedron index="7687" v0="1384" v1="1586" v2="2579" v3="2999" />
+      <tetrahedron index="7688" v0="1586" v1="2579" v2="2999" v3="3201" />
+      <tetrahedron index="7689" v0="964" v1="1518" v2="1586" v3="2579" />
+      <tetrahedron index="7690" v0="1518" v1="1586" v2="2579" v3="3133" />
+      <tetrahedron index="7691" v0="1586" v1="2579" v2="3133" v3="3201" />
+      <tetrahedron index="7692" v0="1240" v1="1242" v2="1587" v3="2855" />
+      <tetrahedron index="7693" v0="1242" v1="1587" v2="2855" v3="2857" />
+      <tetrahedron index="7694" v0="1587" v1="2855" v2="2857" v3="3202" />
+      <tetrahedron index="7695" v0="1240" v1="1547" v2="1587" v3="2855" />
+      <tetrahedron index="7696" v0="1547" v1="1587" v2="2855" v3="3162" />
+      <tetrahedron index="7697" v0="1587" v1="2855" v2="3162" v3="3202" />
+      <tetrahedron index="7698" v0="1382" v1="1389" v2="1390" v3="2997" />
+      <tetrahedron index="7699" v0="1389" v1="1390" v2="2997" v3="3004" />
+      <tetrahedron index="7700" v0="1390" v1="2997" v2="3004" v3="3005" />
+      <tetrahedron index="7701" v0="1097" v1="1365" v2="1400" v3="2712" />
+      <tetrahedron index="7702" v0="1365" v1="1400" v2="2712" v3="2980" />
+      <tetrahedron index="7703" v0="1400" v1="2712" v2="2980" v3="3015" />
+      <tetrahedron index="7704" v0="528" v1="1112" v2="1588" v3="2143" />
+      <tetrahedron index="7705" v0="1112" v1="1588" v2="2143" v3="2727" />
+      <tetrahedron index="7706" v0="1588" v1="2143" v2="2727" v3="3203" />
+      <tetrahedron index="7707" v0="528" v1="1181" v2="1588" v3="2143" />
+      <tetrahedron index="7708" v0="1181" v1="1588" v2="2143" v3="2796" />
+      <tetrahedron index="7709" v0="1588" v1="2143" v2="2796" v3="3203" />
+      <tetrahedron index="7710" v0="991" v1="1405" v2="1521" v3="2606" />
+      <tetrahedron index="7711" v0="1405" v1="1521" v2="2606" v3="3020" />
+      <tetrahedron index="7712" v0="1521" v1="2606" v2="3020" v3="3136" />
+      <tetrahedron index="7713" v0="1373" v1="1405" v2="1521" v3="2988" />
+      <tetrahedron index="7714" v0="1405" v1="1521" v2="2988" v3="3020" />
+      <tetrahedron index="7715" v0="1521" v1="2988" v2="3020" v3="3136" />
+      <tetrahedron index="7716" v0="1339" v1="1340" v2="1434" v3="2954" />
+      <tetrahedron index="7717" v0="1340" v1="1434" v2="2954" v3="2955" />
+      <tetrahedron index="7718" v0="1434" v1="2954" v2="2955" v3="3049" />
+      <tetrahedron index="7719" v0="681" v1="682" v2="1442" v3="2296" />
+      <tetrahedron index="7720" v0="682" v1="1442" v2="2296" v3="2297" />
+      <tetrahedron index="7721" v0="1442" v1="2296" v2="2297" v3="3057" />
+      <tetrahedron index="7722" v0="732" v1="983" v2="1446" v3="2347" />
+      <tetrahedron index="7723" v0="983" v1="1446" v2="2347" v3="2598" />
+      <tetrahedron index="7724" v0="1446" v1="2347" v2="2598" v3="3061" />
+      <tetrahedron index="7725" v0="842" v1="1291" v2="1450" v3="2457" />
+      <tetrahedron index="7726" v0="1291" v1="1450" v2="2457" v3="2906" />
+      <tetrahedron index="7727" v0="1450" v1="2457" v2="2906" v3="3065" />
+      <tetrahedron index="7728" v0="473" v1="1234" v2="1589" v3="2088" />
+      <tetrahedron index="7729" v0="1234" v1="1589" v2="2088" v3="2849" />
+      <tetrahedron index="7730" v0="1589" v1="2088" v2="2849" v3="3204" />
+      <tetrahedron index="7731" v0="1460" v1="1461" v2="1466" v3="3075" />
+      <tetrahedron index="7732" v0="1461" v1="1466" v2="3075" v3="3076" />
+      <tetrahedron index="7733" v0="1466" v1="3075" v2="3076" v3="3081" />
+      <tetrahedron index="7734" v0="1461" v1="1462" v2="1466" v3="3076" />
+      <tetrahedron index="7735" v0="1462" v1="1466" v2="3076" v3="3077" />
+      <tetrahedron index="7736" v0="1466" v1="3076" v2="3077" v3="3081" />
+      <tetrahedron index="7737" v0="83" v1="414" v2="1508" v3="1698" />
+      <tetrahedron index="7738" v0="414" v1="1508" v2="1698" v3="2029" />
+      <tetrahedron index="7739" v0="1508" v1="1698" v2="2029" v3="3123" />
+      <tetrahedron index="7740" v0="414" v1="1444" v2="1508" v3="2029" />
+      <tetrahedron index="7741" v0="1444" v1="1508" v2="2029" v3="3059" />
+      <tetrahedron index="7742" v0="1508" v1="2029" v2="3059" v3="3123" />
+      <tetrahedron index="7743" v0="1177" v1="1193" v2="1473" v3="2792" />
+      <tetrahedron index="7744" v0="1193" v1="1473" v2="2792" v3="2808" />
+      <tetrahedron index="7745" v0="1473" v1="2792" v2="2808" v3="3088" />
+      <tetrahedron index="7746" v0="1350" v1="1590" v2="1591" v3="2965" />
+      <tetrahedron index="7747" v0="1590" v1="1591" v2="2965" v3="3205" />
+      <tetrahedron index="7748" v0="1591" v1="2965" v2="3205" v3="3206" />
+      <tetrahedron index="7749" v0="429" v1="705" v2="1477" v3="2044" />
+      <tetrahedron index="7750" v0="705" v1="1477" v2="2044" v3="2320" />
+      <tetrahedron index="7751" v0="1477" v1="2044" v2="2320" v3="3092" />
+      <tetrahedron index="7752" v0="705" v1="1353" v2="1477" v3="2320" />
+      <tetrahedron index="7753" v0="1353" v1="1477" v2="2320" v3="2968" />
+      <tetrahedron index="7754" v0="1477" v1="2320" v2="2968" v3="3092" />
+      <tetrahedron index="7755" v0="1" v1="110" v2="1479" v3="1616" />
+      <tetrahedron index="7756" v0="110" v1="1479" v2="1616" v3="1725" />
+      <tetrahedron index="7757" v0="1479" v1="1616" v2="1725" v3="3094" />
+      <tetrahedron index="7758" v0="1" v1="383" v2="1479" v3="1616" />
+      <tetrahedron index="7759" v0="383" v1="1479" v2="1616" v3="1998" />
+      <tetrahedron index="7760" v0="1479" v1="1616" v2="1998" v3="3094" />
+      <tetrahedron index="7761" v0="1200" v1="1274" v2="1581" v3="2815" />
+      <tetrahedron index="7762" v0="1274" v1="1581" v2="2815" v3="2889" />
+      <tetrahedron index="7763" v0="1581" v1="2815" v2="2889" v3="3196" />
+      <tetrahedron index="7764" v0="1293" v1="1294" v2="1349" v3="2908" />
+      <tetrahedron index="7765" v0="1294" v1="1349" v2="2908" v3="2909" />
+      <tetrahedron index="7766" v0="1349" v1="2908" v2="2909" v3="2964" />
+      <tetrahedron index="7767" v0="1294" v1="1349" v2="1351" v3="2909" />
+      <tetrahedron index="7768" v0="1349" v1="1351" v2="2909" v3="2964" />
+      <tetrahedron index="7769" v0="1351" v1="2909" v2="2964" v3="2966" />
+      <tetrahedron index="7770" v0="547" v1="1440" v2="1592" v3="2162" />
+      <tetrahedron index="7771" v0="1440" v1="1592" v2="2162" v3="3055" />
+      <tetrahedron index="7772" v0="1592" v1="2162" v2="3055" v3="3207" />
+      <tetrahedron index="7773" v0="547" v1="1546" v2="1592" v3="2162" />
+      <tetrahedron index="7774" v0="1546" v1="1592" v2="2162" v3="3161" />
+      <tetrahedron index="7775" v0="1592" v1="2162" v2="3161" v3="3207" />
+      <tetrahedron index="7776" v0="902" v1="903" v2="1580" v3="2517" />
+      <tetrahedron index="7777" v0="903" v1="1580" v2="2517" v3="2518" />
+      <tetrahedron index="7778" v0="1580" v1="2517" v2="2518" v3="3195" />
+      <tetrahedron index="7779" v0="903" v1="1326" v2="1580" v3="2518" />
+      <tetrahedron index="7780" v0="1326" v1="1580" v2="2518" v3="2941" />
+      <tetrahedron index="7781" v0="1580" v1="2518" v2="2941" v3="3195" />
+      <tetrahedron index="7782" v0="1340" v1="1435" v2="1574" v3="2955" />
+      <tetrahedron index="7783" v0="1435" v1="1574" v2="2955" v3="3050" />
+      <tetrahedron index="7784" v0="1574" v1="2955" v2="3050" v3="3189" />
+      <tetrahedron index="7785" v0="1340" v1="1434" v2="1435" v3="2955" />
+      <tetrahedron index="7786" v0="1434" v1="1435" v2="2955" v3="3049" />
+      <tetrahedron index="7787" v0="1435" v1="2955" v2="3049" v3="3050" />
+      <tetrahedron index="7788" v0="874" v1="1230" v2="1593" v3="2489" />
+      <tetrahedron index="7789" v0="1230" v1="1593" v2="2489" v3="2845" />
+      <tetrahedron index="7790" v0="1593" v1="2489" v2="2845" v3="3208" />
+      <tetrahedron index="7791" v0="797" v1="874" v2="1593" v3="2412" />
+      <tetrahedron index="7792" v0="874" v1="1593" v2="2412" v3="2489" />
+      <tetrahedron index="7793" v0="1593" v1="2412" v2="2489" v3="3208" />
+      <tetrahedron index="7794" v0="1289" v1="1324" v2="1594" v3="2904" />
+      <tetrahedron index="7795" v0="1324" v1="1594" v2="2904" v3="2939" />
+      <tetrahedron index="7796" v0="1594" v1="2904" v2="2939" v3="3209" />
+      <tetrahedron index="7797" v0="700" v1="1500" v2="1508" v3="2315" />
+      <tetrahedron index="7798" v0="1500" v1="1508" v2="2315" v3="3115" />
+      <tetrahedron index="7799" v0="1508" v1="2315" v2="3115" v3="3123" />
+      <tetrahedron index="7800" v0="358" v1="887" v2="1501" v3="1973" />
+      <tetrahedron index="7801" v0="887" v1="1501" v2="1973" v3="2502" />
+      <tetrahedron index="7802" v0="1501" v1="1973" v2="2502" v3="3116" />
+      <tetrahedron index="7803" v0="480" v1="1346" v2="1595" v3="2095" />
+      <tetrahedron index="7804" v0="1346" v1="1595" v2="2095" v3="2961" />
+      <tetrahedron index="7805" v0="1595" v1="2095" v2="2961" v3="3210" />
+      <tetrahedron index="7806" v0="214" v1="480" v2="1595" v3="1829" />
+      <tetrahedron index="7807" v0="480" v1="1595" v2="1829" v3="2095" />
+      <tetrahedron index="7808" v0="1595" v1="1829" v2="2095" v3="3210" />
+      <tetrahedron index="7809" v0="1487" v1="1511" v2="1596" v3="3102" />
+      <tetrahedron index="7810" v0="1511" v1="1596" v2="3102" v3="3126" />
+      <tetrahedron index="7811" v0="1596" v1="3102" v2="3126" v3="3211" />
+      <tetrahedron index="7812" v0="317" v1="1512" v2="1597" v3="1932" />
+      <tetrahedron index="7813" v0="1512" v1="1597" v2="1932" v3="3127" />
+      <tetrahedron index="7814" v0="1597" v1="1932" v2="3127" v3="3212" />
+      <tetrahedron index="7815" v0="410" v1="431" v2="1598" v3="2025" />
+      <tetrahedron index="7816" v0="431" v1="1598" v2="2025" v3="2046" />
+      <tetrahedron index="7817" v0="1598" v1="2025" v2="2046" v3="3213" />
+      <tetrahedron index="7818" v0="431" v1="1457" v2="1598" v3="2046" />
+      <tetrahedron index="7819" v0="1457" v1="1598" v2="2046" v3="3072" />
+      <tetrahedron index="7820" v0="1598" v1="2046" v2="3072" v3="3213" />
+      <tetrahedron index="7821" v0="1365" v1="1400" v2="1401" v3="2980" />
+      <tetrahedron index="7822" v0="1400" v1="1401" v2="2980" v3="3015" />
+      <tetrahedron index="7823" v0="1401" v1="2980" v2="3015" v3="3016" />
+      <tetrahedron index="7824" v0="1519" v1="1523" v2="1592" v3="3134" />
+      <tetrahedron index="7825" v0="1523" v1="1592" v2="3134" v3="3138" />
+      <tetrahedron index="7826" v0="1592" v1="3134" v2="3138" v3="3207" />
+      <tetrahedron index="7827" v0="861" v1="1545" v2="1599" v3="2476" />
+      <tetrahedron index="7828" v0="1545" v1="1599" v2="2476" v3="3160" />
+      <tetrahedron index="7829" v0="1599" v1="2476" v2="3160" v3="3214" />
+      <tetrahedron index="7830" v0="1016" v1="1039" v2="1478" v3="2631" />
+      <tetrahedron index="7831" v0="1039" v1="1478" v2="2631" v3="2654" />
+      <tetrahedron index="7832" v0="1478" v1="2631" v2="2654" v3="3093" />
+      <tetrahedron index="7833" v0="1039" v1="1477" v2="1478" v3="2654" />
+      <tetrahedron index="7834" v0="1477" v1="1478" v2="2654" v3="3092" />
+      <tetrahedron index="7835" v0="1478" v1="2654" v2="3092" v3="3093" />
+      <tetrahedron index="7836" v0="371" v1="1229" v2="1570" v3="1986" />
+      <tetrahedron index="7837" v0="1229" v1="1570" v2="1986" v3="2844" />
+      <tetrahedron index="7838" v0="1570" v1="1986" v2="2844" v3="3185" />
+      <tetrahedron index="7839" v0="371" v1="913" v2="1570" v3="1986" />
+      <tetrahedron index="7840" v0="913" v1="1570" v2="1986" v3="2528" />
+      <tetrahedron index="7841" v0="1570" v1="1986" v2="2528" v3="3185" />
+      <tetrahedron index="7842" v0="1206" v1="1518" v2="1600" v3="2821" />
+      <tetrahedron index="7843" v0="1518" v1="1600" v2="2821" v3="3133" />
+      <tetrahedron index="7844" v0="1600" v1="2821" v2="3133" v3="3215" />
+      <tetrahedron index="7845" v0="873" v1="957" v2="958" v3="2488" />
+      <tetrahedron index="7846" v0="957" v1="958" v2="2488" v3="2572" />
+      <tetrahedron index="7847" v0="958" v1="2488" v2="2572" v3="2573" />
+      <tetrahedron index="7848" v0="1440" v1="1441" v2="1522" v3="3055" />
+      <tetrahedron index="7849" v0="1441" v1="1522" v2="3055" v3="3056" />
+      <tetrahedron index="7850" v0="1522" v1="3055" v2="3056" v3="3137" />
+      <tetrahedron index="7851" v0="344" v1="1232" v2="1601" v3="1959" />
+      <tetrahedron index="7852" v0="1232" v1="1601" v2="1959" v3="2847" />
+      <tetrahedron index="7853" v0="1601" v1="1959" v2="2847" v3="3216" />
+      <tetrahedron index="7854" v0="1232" v1="1233" v2="1601" v3="2847" />
+      <tetrahedron index="7855" v0="1233" v1="1601" v2="2847" v3="2848" />
+      <tetrahedron index="7856" v0="1601" v1="2847" v2="2848" v3="3216" />
+      <tetrahedron index="7857" v0="110" v1="1255" v2="1527" v3="1725" />
+      <tetrahedron index="7858" v0="1255" v1="1527" v2="1725" v3="2870" />
+      <tetrahedron index="7859" v0="1527" v1="1725" v2="2870" v3="3142" />
+      <tetrahedron index="7860" v0="110" v1="1308" v2="1527" v3="1725" />
+      <tetrahedron index="7861" v0="1308" v1="1527" v2="1725" v3="2923" />
+      <tetrahedron index="7862" v0="1527" v1="1725" v2="2923" v3="3142" />
+      <tetrahedron index="7863" v0="695" v1="1445" v2="1528" v3="2310" />
+      <tetrahedron index="7864" v0="1445" v1="1528" v2="2310" v3="3060" />
+      <tetrahedron index="7865" v0="1528" v1="2310" v2="3060" v3="3143" />
+      <tetrahedron index="7866" v0="887" v1="941" v2="1530" v3="2502" />
+      <tetrahedron index="7867" v0="941" v1="1530" v2="2502" v3="2556" />
+      <tetrahedron index="7868" v0="1530" v1="2502" v2="2556" v3="3145" />
+      <tetrahedron index="7869" v0="887" v1="1530" v2="1602" v3="2502" />
+      <tetrahedron index="7870" v0="1530" v1="1602" v2="2502" v3="3145" />
+      <tetrahedron index="7871" v0="1602" v1="2502" v2="3145" v3="3217" />
+      <tetrahedron index="7872" v0="941" v1="1530" v2="1531" v3="2556" />
+      <tetrahedron index="7873" v0="1530" v1="1531" v2="2556" v3="3145" />
+      <tetrahedron index="7874" v0="1531" v1="2556" v2="3145" v3="3146" />
+      <tetrahedron index="7875" v0="732" v1="912" v2="1532" v3="2347" />
+      <tetrahedron index="7876" v0="912" v1="1532" v2="2347" v3="2527" />
+      <tetrahedron index="7877" v0="1532" v1="2347" v2="2527" v3="3147" />
+      <tetrahedron index="7878" v0="732" v1="983" v2="1532" v3="2347" />
+      <tetrahedron index="7879" v0="983" v1="1532" v2="2347" v3="2598" />
+      <tetrahedron index="7880" v0="1532" v1="2347" v2="2598" v3="3147" />
+      <tetrahedron index="7881" v0="735" v1="836" v2="1533" v3="2350" />
+      <tetrahedron index="7882" v0="836" v1="1533" v2="2350" v3="2451" />
+      <tetrahedron index="7883" v0="1533" v1="2350" v2="2451" v3="3148" />
+      <tetrahedron index="7884" v0="1132" v1="1133" v2="1529" v3="2747" />
+      <tetrahedron index="7885" v0="1133" v1="1529" v2="2747" v3="2748" />
+      <tetrahedron index="7886" v0="1529" v1="2747" v2="2748" v3="3144" />
+      <tetrahedron index="7887" v0="369" v1="558" v2="1603" v3="1984" />
+      <tetrahedron index="7888" v0="558" v1="1603" v2="1984" v3="2173" />
+      <tetrahedron index="7889" v0="1603" v1="1984" v2="2173" v3="3218" />
+      <tetrahedron index="7890" v0="558" v1="1264" v2="1603" v3="2173" />
+      <tetrahedron index="7891" v0="1264" v1="1603" v2="2173" v3="2879" />
+      <tetrahedron index="7892" v0="1603" v1="2173" v2="2879" v3="3218" />
+      <tetrahedron index="7893" v0="32" v1="662" v2="1602" v3="1647" />
+      <tetrahedron index="7894" v0="662" v1="1602" v2="1647" v3="2277" />
+      <tetrahedron index="7895" v0="1602" v1="1647" v2="2277" v3="3217" />
+      <tetrahedron index="7896" v0="788" v1="805" v2="1534" v3="2403" />
+      <tetrahedron index="7897" v0="805" v1="1534" v2="2403" v3="2420" />
+      <tetrahedron index="7898" v0="1534" v1="2403" v2="2420" v3="3149" />
+      <tetrahedron index="7899" v0="618" v1="619" v2="1604" v3="2233" />
+      <tetrahedron index="7900" v0="619" v1="1604" v2="2233" v3="2234" />
+      <tetrahedron index="7901" v0="1604" v1="2233" v2="2234" v3="3219" />
+      <tetrahedron index="7902" v0="175" v1="178" v2="413" v3="1790" />
+      <tetrahedron index="7903" v0="178" v1="413" v2="1790" v3="1793" />
+      <tetrahedron index="7904" v0="413" v1="1790" v2="1793" v3="2028" />
+      <tetrahedron index="7905" v0="400" v1="648" v2="1605" v3="2015" />
+      <tetrahedron index="7906" v0="648" v1="1605" v2="2015" v3="2263" />
+      <tetrahedron index="7907" v0="1605" v1="2015" v2="2263" v3="3220" />
+      <tetrahedron index="7908" v0="648" v1="1070" v2="1605" v3="2263" />
+      <tetrahedron index="7909" v0="1070" v1="1605" v2="2263" v3="2685" />
+      <tetrahedron index="7910" v0="1605" v1="2263" v2="2685" v3="3220" />
+      <tetrahedron index="7911" v0="1380" v1="1381" v2="1606" v3="2995" />
+      <tetrahedron index="7912" v0="1381" v1="1606" v2="2995" v3="2996" />
+      <tetrahedron index="7913" v0="1606" v1="2995" v2="2996" v3="3221" />
+      <tetrahedron index="7914" v0="716" v1="1381" v2="1606" v3="2331" />
+      <tetrahedron index="7915" v0="1381" v1="1606" v2="2331" v3="2996" />
+      <tetrahedron index="7916" v0="1606" v1="2331" v2="2996" v3="3221" />
+      <tetrahedron index="7917" v0="1026" v1="1081" v2="1536" v3="2641" />
+      <tetrahedron index="7918" v0="1081" v1="1536" v2="2641" v3="2696" />
+      <tetrahedron index="7919" v0="1536" v1="2641" v2="2696" v3="3151" />
+      <tetrahedron index="7920" v0="912" v1="933" v2="1538" v3="2527" />
+      <tetrahedron index="7921" v0="933" v1="1538" v2="2527" v3="2548" />
+      <tetrahedron index="7922" v0="1538" v1="2527" v2="2548" v3="3153" />
+      <tetrahedron index="7923" v0="944" v1="1252" v2="1539" v3="2559" />
+      <tetrahedron index="7924" v0="1252" v1="1539" v2="2559" v3="2867" />
+      <tetrahedron index="7925" v0="1539" v1="2559" v2="2867" v3="3154" />
+      <tetrahedron index="7926" v0="560" v1="1081" v2="1597" v3="2175" />
+      <tetrahedron index="7927" v0="1081" v1="1597" v2="2175" v3="2696" />
+      <tetrahedron index="7928" v0="1597" v1="2175" v2="2696" v3="3212" />
+      <tetrahedron index="7929" v0="560" v1="1512" v2="1597" v3="2175" />
+      <tetrahedron index="7930" v0="1512" v1="1597" v2="2175" v3="3127" />
+      <tetrahedron index="7931" v0="1597" v1="2175" v2="3127" v3="3212" />
+      <tetrahedron index="7932" v0="797" v1="798" v2="1544" v3="2412" />
+      <tetrahedron index="7933" v0="798" v1="1544" v2="2412" v3="2413" />
+      <tetrahedron index="7934" v0="1544" v1="2412" v2="2413" v3="3159" />
+      <tetrahedron index="7935" v0="523" v1="701" v2="758" v3="2138" />
+      <tetrahedron index="7936" v0="701" v1="758" v2="2138" v3="2316" />
+      <tetrahedron index="7937" v0="758" v1="2138" v2="2316" v3="2373" />
+      <tetrahedron index="7938" v0="177" v1="701" v2="758" v3="1792" />
+      <tetrahedron index="7939" v0="701" v1="758" v2="1792" v3="2316" />
+      <tetrahedron index="7940" v0="758" v1="1792" v2="2316" v3="2373" />
+      <tetrahedron index="7941" v0="1265" v1="1394" v2="1563" v3="2880" />
+      <tetrahedron index="7942" v0="1394" v1="1563" v2="2880" v3="3009" />
+      <tetrahedron index="7943" v0="1563" v1="2880" v2="3009" v3="3178" />
+      <tetrahedron index="7944" v0="1265" v1="1562" v2="1563" v3="2880" />
+      <tetrahedron index="7945" v0="1562" v1="1563" v2="2880" v3="3177" />
+      <tetrahedron index="7946" v0="1563" v1="2880" v2="3177" v3="3178" />
+      <tetrahedron index="7947" v0="232" v1="387" v2="1369" v3="1847" />
+      <tetrahedron index="7948" v0="387" v1="1369" v2="1847" v3="2002" />
+      <tetrahedron index="7949" v0="1369" v1="1847" v2="2002" v3="2984" />
+      <tetrahedron index="7950" v0="1484" v1="1514" v2="1607" v3="3099" />
+      <tetrahedron index="7951" v0="1514" v1="1607" v2="3099" v3="3129" />
+      <tetrahedron index="7952" v0="1607" v1="3099" v2="3129" v3="3222" />
+      <tetrahedron index="7953" v0="1484" v1="1607" v2="1608" v3="3099" />
+      <tetrahedron index="7954" v0="1607" v1="1608" v2="3099" v3="3222" />
+      <tetrahedron index="7955" v0="1608" v1="3099" v2="3222" v3="3223" />
+      <tetrahedron index="7956" v0="812" v1="1550" v2="1609" v3="2427" />
+      <tetrahedron index="7957" v0="1550" v1="1609" v2="2427" v3="3165" />
+      <tetrahedron index="7958" v0="1609" v1="2427" v2="3165" v3="3224" />
+      <tetrahedron index="7959" v0="730" v1="805" v2="1551" v3="2345" />
+      <tetrahedron index="7960" v0="805" v1="1551" v2="2345" v3="2420" />
+      <tetrahedron index="7961" v0="1551" v1="2345" v2="2420" v3="3166" />
+      <tetrahedron index="7962" v0="651" v1="816" v2="1553" v3="2266" />
+      <tetrahedron index="7963" v0="816" v1="1553" v2="2266" v3="2431" />
+      <tetrahedron index="7964" v0="1553" v1="2266" v2="2431" v3="3168" />
+      <tetrahedron index="7965" v0="684" v1="1260" v2="1610" v3="2299" />
+      <tetrahedron index="7966" v0="1260" v1="1610" v2="2299" v3="2875" />
+      <tetrahedron index="7967" v0="1610" v1="2299" v2="2875" v3="3225" />
+      <tetrahedron index="7968" v0="423" v1="1329" v2="1554" v3="2038" />
+      <tetrahedron index="7969" v0="1329" v1="1554" v2="2038" v3="2944" />
+      <tetrahedron index="7970" v0="1554" v1="2038" v2="2944" v3="3169" />
+      <tetrahedron index="7971" v0="1465" v1="1466" v2="1611" v3="3080" />
+      <tetrahedron index="7972" v0="1466" v1="1611" v2="3080" v3="3081" />
+      <tetrahedron index="7973" v0="1611" v1="3080" v2="3081" v3="3226" />
+      <tetrahedron index="7974" v0="1460" v1="1466" v2="1611" v3="3075" />
+      <tetrahedron index="7975" v0="1466" v1="1611" v2="3075" v3="3081" />
+      <tetrahedron index="7976" v0="1611" v1="3075" v2="3081" v3="3226" />
+      <tetrahedron index="7977" v0="650" v1="1043" v2="1474" v3="2265" />
+      <tetrahedron index="7978" v0="1043" v1="1474" v2="2265" v3="2658" />
+      <tetrahedron index="7979" v0="1474" v1="2265" v2="2658" v3="3089" />
+      <tetrahedron index="7980" v0="803" v1="812" v2="1608" v3="2418" />
+      <tetrahedron index="7981" v0="812" v1="1608" v2="2418" v3="2427" />
+      <tetrahedron index="7982" v0="1608" v1="2418" v2="2427" v3="3223" />
+      <tetrahedron index="7983" v0="1526" v1="1551" v2="1552" v3="3141" />
+      <tetrahedron index="7984" v0="1551" v1="1552" v2="3141" v3="3166" />
+      <tetrahedron index="7985" v0="1552" v1="3141" v2="3166" v3="3167" />
+      <tetrahedron index="7986" v0="481" v1="1112" v2="1555" v3="2096" />
+      <tetrahedron index="7987" v0="1112" v1="1555" v2="2096" v3="2727" />
+      <tetrahedron index="7988" v0="1555" v1="2096" v2="2727" v3="3170" />
+      <tetrahedron index="7989" v0="925" v1="1439" v2="1556" v3="2540" />
+      <tetrahedron index="7990" v0="1439" v1="1556" v2="2540" v3="3054" />
+      <tetrahedron index="7991" v0="1556" v1="2540" v2="3054" v3="3171" />
+      <tetrahedron index="7992" v0="925" v1="1444" v2="1556" v3="2540" />
+      <tetrahedron index="7993" v0="1444" v1="1556" v2="2540" v3="3059" />
+      <tetrahedron index="7994" v0="1556" v1="2540" v2="3059" v3="3171" />
+      <tetrahedron index="7995" v0="773" v1="1372" v2="1557" v3="2388" />
+      <tetrahedron index="7996" v0="1372" v1="1557" v2="2388" v3="2987" />
+      <tetrahedron index="7997" v0="1557" v1="2388" v2="2987" v3="3172" />
+      <tetrahedron index="7998" v0="77" v1="537" v2="1372" v3="1692" />
+      <tetrahedron index="7999" v0="537" v1="1372" v2="1692" v3="2152" />
+      <tetrahedron index="8000" v0="1372" v1="1692" v2="2152" v3="2987" />
+      <tetrahedron index="8001" v0="77" v1="1372" v2="1557" v3="1692" />
+      <tetrahedron index="8002" v0="1372" v1="1557" v2="1692" v3="2987" />
+      <tetrahedron index="8003" v0="1557" v1="1692" v2="2987" v3="3172" />
+      <tetrahedron index="8004" v0="346" v1="347" v2="1513" v3="1961" />
+      <tetrahedron index="8005" v0="347" v1="1513" v2="1961" v3="1962" />
+      <tetrahedron index="8006" v0="1513" v1="1961" v2="1962" v3="3128" />
+      <tetrahedron index="8007" v0="1068" v1="1070" v2="1558" v3="2683" />
+      <tetrahedron index="8008" v0="1070" v1="1558" v2="2683" v3="2685" />
+      <tetrahedron index="8009" v0="1558" v1="2683" v2="2685" v3="3173" />
+      <tetrahedron index="8010" v0="1310" v1="1486" v2="1559" v3="2925" />
+      <tetrahedron index="8011" v0="1486" v1="1559" v2="2925" v3="3101" />
+      <tetrahedron index="8012" v0="1559" v1="2925" v2="3101" v3="3174" />
+      <tetrahedron index="8013" v0="1061" v1="1303" v2="1383" v3="2676" />
+      <tetrahedron index="8014" v0="1303" v1="1383" v2="2676" v3="2918" />
+      <tetrahedron index="8015" v0="1383" v1="2676" v2="2918" v3="2998" />
+      <tetrahedron index="8016" v0="1061" v1="1225" v2="1383" v3="2676" />
+      <tetrahedron index="8017" v0="1225" v1="1383" v2="2676" v3="2840" />
+      <tetrahedron index="8018" v0="1383" v1="2676" v2="2840" v3="2998" />
+      <tetrahedron index="8019" v0="357" v1="391" v2="1354" v3="1972" />
+      <tetrahedron index="8020" v0="391" v1="1354" v2="1972" v3="2006" />
+      <tetrahedron index="8021" v0="1354" v1="1972" v2="2006" v3="2969" />
+      <tetrahedron index="8022" v0="357" v1="1354" v2="1355" v3="1972" />
+      <tetrahedron index="8023" v0="1354" v1="1355" v2="1972" v3="2969" />
+      <tetrahedron index="8024" v0="1355" v1="1972" v2="2969" v3="2970" />
+      <tetrahedron index="8025" v0="1149" v1="1267" v2="1612" v3="2764" />
+      <tetrahedron index="8026" v0="1267" v1="1612" v2="2764" v3="2882" />
+      <tetrahedron index="8027" v0="1612" v1="2764" v2="2882" v3="3227" />
+      <tetrahedron index="8028" v0="1149" v1="1594" v2="1612" v3="2764" />
+      <tetrahedron index="8029" v0="1594" v1="1612" v2="2764" v3="3209" />
+      <tetrahedron index="8030" v0="1612" v1="2764" v2="3209" v3="3227" />
+      <tetrahedron index="8031" v0="854" v1="1230" v2="1560" v3="2469" />
+      <tetrahedron index="8032" v0="1230" v1="1560" v2="2469" v3="2845" />
+      <tetrahedron index="8033" v0="1560" v1="2469" v2="2845" v3="3175" />
+      <tetrahedron index="8034" v0="854" v1="855" v2="1560" v3="2469" />
+      <tetrahedron index="8035" v0="855" v1="1560" v2="2469" v3="2470" />
+      <tetrahedron index="8036" v0="1560" v1="2469" v2="2470" v3="3175" />
+      <tetrahedron index="8037" v0="5" v1="116" v2="1471" v3="1620" />
+      <tetrahedron index="8038" v0="116" v1="1471" v2="1620" v3="1731" />
+      <tetrahedron index="8039" v0="1471" v1="1620" v2="1731" v3="3086" />
+      <tetrahedron index="8040" v0="1211" v1="1562" v2="1563" v3="2826" />
+      <tetrahedron index="8041" v0="1562" v1="1563" v2="2826" v3="3177" />
+      <tetrahedron index="8042" v0="1563" v1="2826" v2="3177" v3="3178" />
+      <tetrahedron index="8043" v0="1498" v1="1499" v2="1564" v3="3113" />
+      <tetrahedron index="8044" v0="1499" v1="1564" v2="3113" v3="3114" />
+      <tetrahedron index="8045" v0="1564" v1="3113" v2="3114" v3="3179" />
+      <tetrahedron index="8046" v0="224" v1="225" v2="536" v3="1839" />
+      <tetrahedron index="8047" v0="225" v1="536" v2="1839" v3="1840" />
+      <tetrahedron index="8048" v0="536" v1="1839" v2="1840" v3="2151" />
+      <tetrahedron index="8049" v0="221" v1="224" v2="536" v3="1836" />
+      <tetrahedron index="8050" v0="224" v1="536" v2="1836" v3="1839" />
+      <tetrahedron index="8051" v0="536" v1="1836" v2="1839" v3="2151" />
+      <tetrahedron index="8052" v0="143" v1="151" v2="462" v3="1758" />
+      <tetrahedron index="8053" v0="151" v1="462" v2="1758" v3="1766" />
+      <tetrahedron index="8054" v0="462" v1="1758" v2="1766" v3="2077" />
+      <tetrahedron index="8055" v0="151" v1="462" v2="483" v3="1766" />
+      <tetrahedron index="8056" v0="462" v1="483" v2="1766" v3="2077" />
+      <tetrahedron index="8057" v0="483" v1="1766" v2="2077" v3="2098" />
+      <tetrahedron index="8058" v0="71" v1="359" v2="444" v3="1686" />
+      <tetrahedron index="8059" v0="359" v1="444" v2="1686" v3="1974" />
+      <tetrahedron index="8060" v0="444" v1="1686" v2="1974" v3="2059" />
+      <tetrahedron index="8061" v0="261" v1="359" v2="444" v3="1876" />
+      <tetrahedron index="8062" v0="359" v1="444" v2="1876" v3="1974" />
+      <tetrahedron index="8063" v0="444" v1="1876" v2="1974" v3="2059" />
+      <tetrahedron index="8064" v0="378" v1="469" v2="624" v3="1993" />
+      <tetrahedron index="8065" v0="469" v1="624" v2="1993" v3="2084" />
+      <tetrahedron index="8066" v0="624" v1="1993" v2="2084" v3="2239" />
+      <tetrahedron index="8067" v0="259" v1="469" v2="624" v3="1874" />
+      <tetrahedron index="8068" v0="469" v1="624" v2="1874" v3="2084" />
+      <tetrahedron index="8069" v0="624" v1="1874" v2="2084" v3="2239" />
+      <tetrahedron index="8070" v0="829" v1="962" v2="963" v3="2444" />
+      <tetrahedron index="8071" v0="962" v1="963" v2="2444" v3="2577" />
+      <tetrahedron index="8072" v0="963" v1="2444" v2="2577" v3="2578" />
+      <tetrahedron index="8073" v0="829" v1="873" v2="962" v3="2444" />
+      <tetrahedron index="8074" v0="873" v1="962" v2="2444" v3="2488" />
+      <tetrahedron index="8075" v0="962" v1="2444" v2="2488" v3="2577" />
+      <tetrahedron index="8076" v0="889" v1="1406" v2="1567" v3="2504" />
+      <tetrahedron index="8077" v0="1406" v1="1567" v2="2504" v3="3021" />
+      <tetrahedron index="8078" v0="1567" v1="2504" v2="3021" v3="3182" />
+      <tetrahedron index="8079" v0="1405" v1="1406" v2="1567" v3="3020" />
+      <tetrahedron index="8080" v0="1406" v1="1567" v2="3020" v3="3021" />
+      <tetrahedron index="8081" v0="1567" v1="3020" v2="3021" v3="3182" />
+      <tetrahedron index="8082" v0="176" v1="449" v2="1567" v3="1791" />
+      <tetrahedron index="8083" v0="449" v1="1567" v2="1791" v3="2064" />
+      <tetrahedron index="8084" v0="1567" v1="1791" v2="2064" v3="3182" />
+      <tetrahedron index="8085" v0="176" v1="898" v2="1567" v3="1791" />
+      <tetrahedron index="8086" v0="898" v1="1567" v2="1791" v3="2513" />
+      <tetrahedron index="8087" v0="1567" v1="1791" v2="2513" v3="3182" />
+      <tetrahedron index="8088" v0="578" v1="579" v2="826" v3="2193" />
+      <tetrahedron index="8089" v0="579" v1="826" v2="2193" v3="2194" />
+      <tetrahedron index="8090" v0="826" v1="2193" v2="2194" v3="2441" />
+      <tetrahedron index="8091" v0="579" v1="826" v2="1421" v3="2194" />
+      <tetrahedron index="8092" v0="826" v1="1421" v2="2194" v3="2441" />
+      <tetrahedron index="8093" v0="1421" v1="2194" v2="2441" v3="3036" />
+      <tetrahedron index="8094" v0="927" v1="1116" v2="1571" v3="2542" />
+      <tetrahedron index="8095" v0="1116" v1="1571" v2="2542" v3="2731" />
+      <tetrahedron index="8096" v0="1571" v1="2542" v2="2731" v3="3186" />
+      <tetrahedron index="8097" v0="1116" v1="1273" v2="1571" v3="2731" />
+      <tetrahedron index="8098" v0="1273" v1="1571" v2="2731" v3="2888" />
+      <tetrahedron index="8099" v0="1571" v1="2731" v2="2888" v3="3186" />
+      <tetrahedron index="8100" v0="88" v1="1273" v2="1571" v3="1703" />
+      <tetrahedron index="8101" v0="1273" v1="1571" v2="1703" v3="2888" />
+      <tetrahedron index="8102" v0="1571" v1="1703" v2="2888" v3="3186" />
+      <tetrahedron index="8103" v0="88" v1="801" v2="1571" v3="1703" />
+      <tetrahedron index="8104" v0="801" v1="1571" v2="1703" v3="2416" />
+      <tetrahedron index="8105" v0="1571" v1="1703" v2="2416" v3="3186" />
+      <tetrahedron index="8106" v0="709" v1="967" v2="1566" v3="2324" />
+      <tetrahedron index="8107" v0="967" v1="1566" v2="2324" v3="2582" />
+      <tetrahedron index="8108" v0="1566" v1="2324" v2="2582" v3="3181" />
+      <tetrahedron index="8109" v0="709" v1="710" v2="1566" v3="2324" />
+      <tetrahedron index="8110" v0="710" v1="1566" v2="2324" v3="2325" />
+      <tetrahedron index="8111" v0="1566" v1="2324" v2="2325" v3="3181" />
+      <tetrahedron index="8112" v0="961" v1="1041" v2="1447" v3="2576" />
+      <tetrahedron index="8113" v0="1041" v1="1447" v2="2576" v3="2656" />
+      <tetrahedron index="8114" v0="1447" v1="2576" v2="2656" v3="3062" />
+      <tetrahedron index="8115" v0="961" v1="1433" v2="1447" v3="2576" />
+      <tetrahedron index="8116" v0="1433" v1="1447" v2="2576" v3="3048" />
+      <tetrahedron index="8117" v0="1447" v1="2576" v2="3048" v3="3062" />
+      <tetrahedron index="8118" v0="1008" v1="1009" v2="1503" v3="2623" />
+      <tetrahedron index="8119" v0="1009" v1="1503" v2="2623" v3="2624" />
+      <tetrahedron index="8120" v0="1503" v1="2623" v2="2624" v3="3118" />
+      <tetrahedron index="8121" v0="1008" v1="1491" v2="1503" v3="2623" />
+      <tetrahedron index="8122" v0="1491" v1="1503" v2="2623" v3="3106" />
+      <tetrahedron index="8123" v0="1503" v1="2623" v2="3106" v3="3118" />
+      <tetrahedron index="8124" v0="674" v1="675" v2="1056" v3="2289" />
+      <tetrahedron index="8125" v0="675" v1="1056" v2="2289" v3="2290" />
+      <tetrahedron index="8126" v0="1056" v1="2289" v2="2290" v3="2671" />
+      <tetrahedron index="8127" v0="674" v1="1056" v2="1573" v3="2289" />
+      <tetrahedron index="8128" v0="1056" v1="1573" v2="2289" v3="2671" />
+      <tetrahedron index="8129" v0="1573" v1="2289" v2="2671" v3="3188" />
+      <tetrahedron index="8130" v0="1181" v1="1448" v2="1588" v3="2796" />
+      <tetrahedron index="8131" v0="1448" v1="1588" v2="2796" v3="3063" />
+      <tetrahedron index="8132" v0="1588" v1="2796" v2="3063" v3="3203" />
+      <tetrahedron index="8133" v0="1448" v1="1449" v2="1588" v3="3063" />
+      <tetrahedron index="8134" v0="1449" v1="1588" v2="3063" v3="3064" />
+      <tetrahedron index="8135" v0="1588" v1="3063" v2="3064" v3="3203" />
+      <tetrahedron index="8136" v0="1123" v1="1124" v2="1576" v3="2738" />
+      <tetrahedron index="8137" v0="1124" v1="1576" v2="2738" v3="2739" />
+      <tetrahedron index="8138" v0="1576" v1="2738" v2="2739" v3="3191" />
+      <tetrahedron index="8139" v0="1124" v1="1575" v2="1576" v3="2739" />
+      <tetrahedron index="8140" v0="1575" v1="1576" v2="2739" v3="3190" />
+      <tetrahedron index="8141" v0="1576" v1="2739" v2="3190" v3="3191" />
+      <tetrahedron index="8142" v0="641" v1="954" v2="1317" v3="2256" />
+      <tetrahedron index="8143" v0="954" v1="1317" v2="2256" v3="2569" />
+      <tetrahedron index="8144" v0="1317" v1="2256" v2="2569" v3="2932" />
+      <tetrahedron index="8145" v0="641" v1="671" v2="1317" v3="2256" />
+      <tetrahedron index="8146" v0="671" v1="1317" v2="2256" v3="2286" />
+      <tetrahedron index="8147" v0="1317" v1="2256" v2="2286" v3="2932" />
+      <tetrahedron index="8148" v0="626" v1="627" v2="1537" v3="2241" />
+      <tetrahedron index="8149" v0="627" v1="1537" v2="2241" v3="2242" />
+      <tetrahedron index="8150" v0="1537" v1="2241" v2="2242" v3="3152" />
+      <tetrahedron index="8151" v0="627" v1="647" v2="1537" v3="2242" />
+      <tetrahedron index="8152" v0="647" v1="1537" v2="2242" v3="2262" />
+      <tetrahedron index="8153" v0="1537" v1="2242" v2="2262" v3="3152" />
+      <tetrahedron index="8154" v0="993" v1="1413" v2="1579" v3="2608" />
+      <tetrahedron index="8155" v0="1413" v1="1579" v2="2608" v3="3028" />
+      <tetrahedron index="8156" v0="1579" v1="2608" v2="3028" v3="3194" />
+      <tetrahedron index="8157" v0="671" v1="1413" v2="1579" v3="2286" />
+      <tetrahedron index="8158" v0="1413" v1="1579" v2="2286" v3="3028" />
+      <tetrahedron index="8159" v0="1579" v1="2286" v2="3028" v3="3194" />
+      <tetrahedron index="8160" v0="1096" v1="1507" v2="1541" v3="2711" />
+      <tetrahedron index="8161" v0="1507" v1="1541" v2="2711" v3="3122" />
+      <tetrahedron index="8162" v0="1541" v1="2711" v2="3122" v3="3156" />
+      <tetrahedron index="8163" v0="1384" v1="1507" v2="1541" v3="2999" />
+      <tetrahedron index="8164" v0="1507" v1="1541" v2="2999" v3="3122" />
+      <tetrahedron index="8165" v0="1541" v1="2999" v2="3122" v3="3156" />
+      <tetrahedron index="8166" v0="214" v1="681" v2="1595" v3="1829" />
+      <tetrahedron index="8167" v0="681" v1="1595" v2="1829" v3="2296" />
+      <tetrahedron index="8168" v0="1595" v1="1829" v2="2296" v3="3210" />
+      <tetrahedron index="8169" v0="681" v1="1595" v2="1613" v3="2296" />
+      <tetrahedron index="8170" v0="1595" v1="1613" v2="2296" v3="3210" />
+      <tetrahedron index="8171" v0="1613" v1="2296" v2="3210" v3="3228" />
+      <tetrahedron index="8172" v0="128" v1="682" v2="1442" v3="1743" />
+      <tetrahedron index="8173" v0="682" v1="1442" v2="1743" v3="2297" />
+      <tetrahedron index="8174" v0="1442" v1="1743" v2="2297" v3="3057" />
+      <tetrahedron index="8175" v0="128" v1="192" v2="1442" v3="1743" />
+      <tetrahedron index="8176" v0="192" v1="1442" v2="1743" v3="1807" />
+      <tetrahedron index="8177" v0="1442" v1="1743" v2="1807" v3="3057" />
+      <tetrahedron index="8178" v0="1079" v1="1535" v2="1540" v3="2694" />
+      <tetrahedron index="8179" v0="1535" v1="1540" v2="2694" v3="3150" />
+      <tetrahedron index="8180" v0="1540" v1="2694" v2="3150" v3="3155" />
+      <tetrahedron index="8181" v0="1492" v1="1535" v2="1540" v3="3107" />
+      <tetrahedron index="8182" v0="1535" v1="1540" v2="3107" v3="3150" />
+      <tetrahedron index="8183" v0="1540" v1="3107" v2="3150" v3="3155" />
+      <tetrahedron index="8184" v0="1013" v1="1435" v2="1576" v3="2628" />
+      <tetrahedron index="8185" v0="1435" v1="1576" v2="2628" v3="3050" />
+      <tetrahedron index="8186" v0="1576" v1="2628" v2="3050" v3="3191" />
+      <tetrahedron index="8187" v0="1435" v1="1574" v2="1576" v3="3050" />
+      <tetrahedron index="8188" v0="1574" v1="1576" v2="3050" v3="3189" />
+      <tetrahedron index="8189" v0="1576" v1="3050" v2="3189" v3="3191" />
+      <tetrahedron index="8190" v0="935" v1="1084" v2="1223" v3="2550" />
+      <tetrahedron index="8191" v0="1084" v1="1223" v2="2550" v3="2699" />
+      <tetrahedron index="8192" v0="1223" v1="2550" v2="2699" v3="2838" />
+      <tetrahedron index="8193" v0="1084" v1="1167" v2="1223" v3="2699" />
+      <tetrahedron index="8194" v0="1167" v1="1223" v2="2699" v3="2782" />
+      <tetrahedron index="8195" v0="1223" v1="2699" v2="2782" v3="2838" />
+      <tetrahedron index="8196" v0="889" v1="1406" v2="1564" v3="2504" />
+      <tetrahedron index="8197" v0="1406" v1="1564" v2="2504" v3="3021" />
+      <tetrahedron index="8198" v0="1564" v1="2504" v2="3021" v3="3179" />
+      <tetrahedron index="8199" v0="1406" v1="1499" v2="1564" v3="3021" />
+      <tetrahedron index="8200" v0="1499" v1="1564" v2="3021" v3="3114" />
+      <tetrahedron index="8201" v0="1564" v1="3021" v2="3114" v3="3179" />
+      <tetrahedron index="8202" v0="959" v1="1049" v2="1543" v3="2574" />
+      <tetrahedron index="8203" v0="1049" v1="1543" v2="2574" v3="2664" />
+      <tetrahedron index="8204" v0="1543" v1="2574" v2="2664" v3="3158" />
+      <tetrahedron index="8205" v0="959" v1="1062" v2="1543" v3="2574" />
+      <tetrahedron index="8206" v0="1062" v1="1543" v2="2574" v3="2677" />
+      <tetrahedron index="8207" v0="1543" v1="2574" v2="2677" v3="3158" />
+      <tetrahedron index="8208" v0="408" v1="501" v2="1520" v3="2023" />
+      <tetrahedron index="8209" v0="501" v1="1520" v2="2023" v3="2116" />
+      <tetrahedron index="8210" v0="1520" v1="2023" v2="2116" v3="3135" />
+      <tetrahedron index="8211" v0="684" v1="685" v2="1610" v3="2299" />
+      <tetrahedron index="8212" v0="685" v1="1610" v2="2299" v3="2300" />
+      <tetrahedron index="8213" v0="1610" v1="2299" v2="2300" v3="3225" />
+      <tetrahedron index="8214" v0="685" v1="695" v2="1610" v3="2300" />
+      <tetrahedron index="8215" v0="695" v1="1610" v2="2300" v3="2310" />
+      <tetrahedron index="8216" v0="1610" v1="2300" v2="2310" v3="3225" />
+      <tetrahedron index="8217" v0="1203" v1="1204" v2="1578" v3="2818" />
+      <tetrahedron index="8218" v0="1204" v1="1578" v2="2818" v3="2819" />
+      <tetrahedron index="8219" v0="1578" v1="2818" v2="2819" v3="3193" />
+      <tetrahedron index="8220" v0="1203" v1="1431" v2="1578" v3="2818" />
+      <tetrahedron index="8221" v0="1431" v1="1578" v2="2818" v3="3046" />
+      <tetrahedron index="8222" v0="1578" v1="2818" v2="3046" v3="3193" />
+      <tetrahedron index="8223" v0="1148" v1="1419" v2="1578" v3="2763" />
+      <tetrahedron index="8224" v0="1419" v1="1578" v2="2763" v3="3034" />
+      <tetrahedron index="8225" v0="1578" v1="2763" v2="3034" v3="3193" />
+      <tetrahedron index="8226" v0="461" v1="819" v2="846" v3="2076" />
+      <tetrahedron index="8227" v0="819" v1="846" v2="2076" v3="2434" />
+      <tetrahedron index="8228" v0="846" v1="2076" v2="2434" v3="2461" />
+      <tetrahedron index="8229" v0="819" v1="846" v2="1309" v3="2434" />
+      <tetrahedron index="8230" v0="846" v1="1309" v2="2434" v3="2461" />
+      <tetrahedron index="8231" v0="1309" v1="2434" v2="2461" v3="2924" />
+      <tetrahedron index="8232" v0="1291" v1="1542" v2="1554" v3="2906" />
+      <tetrahedron index="8233" v0="1542" v1="1554" v2="2906" v3="3157" />
+      <tetrahedron index="8234" v0="1554" v1="2906" v2="3157" v3="3169" />
+      <tetrahedron index="8235" v0="1329" v1="1542" v2="1554" v3="2944" />
+      <tetrahedron index="8236" v0="1542" v1="1554" v2="2944" v3="3157" />
+      <tetrahedron index="8237" v0="1554" v1="2944" v2="3157" v3="3169" />
+      <tetrahedron index="8238" v0="1315" v1="1316" v2="1317" v3="2930" />
+      <tetrahedron index="8239" v0="1316" v1="1317" v2="2930" v3="2931" />
+      <tetrahedron index="8240" v0="1317" v1="2930" v2="2931" v3="2932" />
+      <tetrahedron index="8241" v0="1315" v1="1317" v2="1579" v3="2930" />
+      <tetrahedron index="8242" v0="1317" v1="1579" v2="2930" v3="2932" />
+      <tetrahedron index="8243" v0="1579" v1="2930" v2="2932" v3="3194" />
+      <tetrahedron index="8244" v0="390" v1="1319" v2="1536" v3="2005" />
+      <tetrahedron index="8245" v0="1319" v1="1536" v2="2005" v3="2934" />
+      <tetrahedron index="8246" v0="1536" v1="2005" v2="2934" v3="3151" />
+      <tetrahedron index="8247" v0="1026" v1="1319" v2="1536" v3="2641" />
+      <tetrahedron index="8248" v0="1319" v1="1536" v2="2641" v3="2934" />
+      <tetrahedron index="8249" v0="1536" v1="2641" v2="2934" v3="3151" />
+      <tetrahedron index="8250" v0="1110" v1="1488" v2="1549" v3="2725" />
+      <tetrahedron index="8251" v0="1488" v1="1549" v2="2725" v3="3103" />
+      <tetrahedron index="8252" v0="1549" v1="2725" v2="3103" v3="3164" />
+      <tetrahedron index="8253" v0="1366" v1="1488" v2="1549" v3="2981" />
+      <tetrahedron index="8254" v0="1488" v1="1549" v2="2981" v3="3103" />
+      <tetrahedron index="8255" v0="1549" v1="2981" v2="3103" v3="3164" />
+      <tetrahedron index="8256" v0="929" v1="1402" v2="1582" v3="2544" />
+      <tetrahedron index="8257" v0="1402" v1="1582" v2="2544" v3="3017" />
+      <tetrahedron index="8258" v0="1582" v1="2544" v2="3017" v3="3197" />
+      <tetrahedron index="8259" v0="929" v1="930" v2="1582" v3="2544" />
+      <tetrahedron index="8260" v0="930" v1="1582" v2="2544" v3="2545" />
+      <tetrahedron index="8261" v0="1582" v1="2544" v2="2545" v3="3197" />
+      <tetrahedron index="8262" v0="1443" v1="1524" v2="1583" v3="3058" />
+      <tetrahedron index="8263" v0="1524" v1="1583" v2="3058" v3="3139" />
+      <tetrahedron index="8264" v0="1583" v1="3058" v2="3139" v3="3198" />
+      <tetrahedron index="8265" v0="1497" v1="1524" v2="1583" v3="3112" />
+      <tetrahedron index="8266" v0="1524" v1="1583" v2="3112" v3="3139" />
+      <tetrahedron index="8267" v0="1583" v1="3112" v2="3139" v3="3198" />
+      <tetrahedron index="8268" v0="674" v1="1573" v2="1601" v3="2289" />
+      <tetrahedron index="8269" v0="1573" v1="1601" v2="2289" v3="3188" />
+      <tetrahedron index="8270" v0="1601" v1="2289" v2="3188" v3="3216" />
+      <tetrahedron index="8271" v0="344" v1="674" v2="1601" v3="1959" />
+      <tetrahedron index="8272" v0="674" v1="1601" v2="1959" v3="2289" />
+      <tetrahedron index="8273" v0="1601" v1="1959" v2="2289" v3="3216" />
+      <tetrahedron index="8274" v0="460" v1="1318" v2="1569" v3="2075" />
+      <tetrahedron index="8275" v0="1318" v1="1569" v2="2075" v3="2933" />
+      <tetrahedron index="8276" v0="1569" v1="2075" v2="2933" v3="3184" />
+      <tetrahedron index="8277" v0="460" v1="1244" v2="1569" v3="2075" />
+      <tetrahedron index="8278" v0="1244" v1="1569" v2="2075" v3="2859" />
+      <tetrahedron index="8279" v0="1569" v1="2075" v2="2859" v3="3184" />
+      <tetrahedron index="8280" v0="1353" v1="1478" v2="1548" v3="2968" />
+      <tetrahedron index="8281" v0="1478" v1="1548" v2="2968" v3="3093" />
+      <tetrahedron index="8282" v0="1548" v1="2968" v2="3093" v3="3163" />
+      <tetrahedron index="8283" v0="1016" v1="1478" v2="1548" v3="2631" />
+      <tetrahedron index="8284" v0="1478" v1="1548" v2="2631" v3="3093" />
+      <tetrahedron index="8285" v0="1548" v1="2631" v2="3093" v3="3163" />
+      <tetrahedron index="8286" v0="601" v1="1058" v2="1572" v3="2216" />
+      <tetrahedron index="8287" v0="1058" v1="1572" v2="2216" v3="2673" />
+      <tetrahedron index="8288" v0="1572" v1="2216" v2="2673" v3="3187" />
+      <tetrahedron index="8289" v0="453" v1="454" v2="1585" v3="2068" />
+      <tetrahedron index="8290" v0="454" v1="1585" v2="2068" v3="2069" />
+      <tetrahedron index="8291" v0="1585" v1="2068" v2="2069" v3="3200" />
+      <tetrahedron index="8292" v0="453" v1="1213" v2="1585" v3="2068" />
+      <tetrahedron index="8293" v0="1213" v1="1585" v2="2068" v3="2828" />
+      <tetrahedron index="8294" v0="1585" v1="2068" v2="2828" v3="3200" />
+      <tetrahedron index="8295" v0="1078" v1="1213" v2="1585" v3="2693" />
+      <tetrahedron index="8296" v0="1213" v1="1585" v2="2693" v3="2828" />
+      <tetrahedron index="8297" v0="1585" v1="2693" v2="2828" v3="3200" />
+      <tetrahedron index="8298" v0="883" v1="1078" v2="1585" v3="2498" />
+      <tetrahedron index="8299" v0="1078" v1="1585" v2="2498" v3="2693" />
+      <tetrahedron index="8300" v0="1585" v1="2498" v2="2693" v3="3200" />
+      <tetrahedron index="8301" v0="824" v1="1169" v2="1170" v3="2439" />
+      <tetrahedron index="8302" v0="1169" v1="1170" v2="2439" v3="2784" />
+      <tetrahedron index="8303" v0="1170" v1="2439" v2="2784" v3="2785" />
+      <tetrahedron index="8304" v0="824" v1="853" v2="1169" v3="2439" />
+      <tetrahedron index="8305" v0="853" v1="1169" v2="2439" v3="2468" />
+      <tetrahedron index="8306" v0="1169" v1="2439" v2="2468" v3="2784" />
+      <tetrahedron index="8307" v0="276" v1="835" v2="1089" v3="1891" />
+      <tetrahedron index="8308" v0="835" v1="1089" v2="1891" v3="2450" />
+      <tetrahedron index="8309" v0="1089" v1="1891" v2="2450" v3="2704" />
+      <tetrahedron index="8310" v0="205" v1="276" v2="1089" v3="1820" />
+      <tetrahedron index="8311" v0="276" v1="1089" v2="1820" v3="1891" />
+      <tetrahedron index="8312" v0="1089" v1="1820" v2="1891" v3="2704" />
+      <tetrahedron index="8313" v0="108" v1="904" v2="1527" v3="1723" />
+      <tetrahedron index="8314" v0="904" v1="1527" v2="1723" v3="2519" />
+      <tetrahedron index="8315" v0="1527" v1="1723" v2="2519" v3="3142" />
+      <tetrahedron index="8316" v0="108" v1="1255" v2="1527" v3="1723" />
+      <tetrahedron index="8317" v0="1255" v1="1527" v2="1723" v3="2870" />
+      <tetrahedron index="8318" v0="1527" v1="1723" v2="2870" v3="3142" />
+      <tetrahedron index="8319" v0="1021" v1="1023" v2="1050" v3="2636" />
+      <tetrahedron index="8320" v0="1023" v1="1050" v2="2636" v3="2638" />
+      <tetrahedron index="8321" v0="1050" v1="2636" v2="2638" v3="2665" />
+      <tetrahedron index="8322" v0="1023" v1="1050" v2="1058" v3="2638" />
+      <tetrahedron index="8323" v0="1050" v1="1058" v2="2638" v3="2665" />
+      <tetrahedron index="8324" v0="1058" v1="2638" v2="2665" v3="2673" />
+      <tetrahedron index="8325" v0="1384" v1="1507" v2="1586" v3="2999" />
+      <tetrahedron index="8326" v0="1507" v1="1586" v2="2999" v3="3122" />
+      <tetrahedron index="8327" v0="1586" v1="2999" v2="3122" v3="3201" />
+      <tetrahedron index="8328" v0="1482" v1="1507" v2="1586" v3="3097" />
+      <tetrahedron index="8329" v0="1507" v1="1586" v2="3097" v3="3122" />
+      <tetrahedron index="8330" v0="1586" v1="3097" v2="3122" v3="3201" />
+      <tetrahedron index="8331" v0="288" v1="1584" v2="1587" v3="1903" />
+      <tetrahedron index="8332" v0="1584" v1="1587" v2="1903" v3="3199" />
+      <tetrahedron index="8333" v0="1587" v1="1903" v2="3199" v3="3202" />
+      <tetrahedron index="8334" v0="1242" v1="1393" v2="1587" v3="2857" />
+      <tetrahedron index="8335" v0="1393" v1="1587" v2="2857" v3="3008" />
+      <tetrahedron index="8336" v0="1587" v1="2857" v2="3008" v3="3202" />
+      <tetrahedron index="8337" v0="1393" v1="1584" v2="1587" v3="3008" />
+      <tetrahedron index="8338" v0="1584" v1="1587" v2="3008" v3="3199" />
+      <tetrahedron index="8339" v0="1587" v1="3008" v2="3199" v3="3202" />
+      <tetrahedron index="8340" v0="1118" v1="1377" v2="1412" v3="2733" />
+      <tetrahedron index="8341" v0="1377" v1="1412" v2="2733" v3="2992" />
+      <tetrahedron index="8342" v0="1412" v1="2733" v2="2992" v3="3027" />
+      <tetrahedron index="8343" v0="1118" v1="1119" v2="1412" v3="2733" />
+      <tetrahedron index="8344" v0="1119" v1="1412" v2="2733" v3="2734" />
+      <tetrahedron index="8345" v0="1412" v1="2733" v2="2734" v3="3027" />
+      <tetrahedron index="8346" v0="1359" v1="1604" v2="1613" v3="2974" />
+      <tetrahedron index="8347" v0="1604" v1="1613" v2="2974" v3="3219" />
+      <tetrahedron index="8348" v0="1613" v1="2974" v2="3219" v3="3228" />
+      <tetrahedron index="8349" v0="1359" v1="1526" v2="1604" v3="2974" />
+      <tetrahedron index="8350" v0="1526" v1="1604" v2="2974" v3="3141" />
+      <tetrahedron index="8351" v0="1604" v1="2974" v2="3141" v3="3219" />
+      <tetrahedron index="8352" v0="1112" v1="1555" v2="1588" v3="2727" />
+      <tetrahedron index="8353" v0="1555" v1="1588" v2="2727" v3="3170" />
+      <tetrahedron index="8354" v0="1588" v1="2727" v2="3170" v3="3203" />
+      <tetrahedron index="8355" v0="1449" v1="1555" v2="1588" v3="3064" />
+      <tetrahedron index="8356" v0="1555" v1="1588" v2="3064" v3="3170" />
+      <tetrahedron index="8357" v0="1588" v1="3064" v2="3170" v3="3203" />
+      <tetrahedron index="8358" v0="1359" v1="1442" v2="1613" v3="2974" />
+      <tetrahedron index="8359" v0="1442" v1="1613" v2="2974" v3="3057" />
+      <tetrahedron index="8360" v0="1613" v1="2974" v2="3057" v3="3228" />
+      <tetrahedron index="8361" v0="681" v1="1442" v2="1613" v3="2296" />
+      <tetrahedron index="8362" v0="1442" v1="1613" v2="2296" v3="3057" />
+      <tetrahedron index="8363" v0="1613" v1="2296" v2="3057" v3="3228" />
+      <tetrahedron index="8364" v0="991" v1="1245" v2="1521" v3="2606" />
+      <tetrahedron index="8365" v0="1245" v1="1521" v2="2606" v3="2860" />
+      <tetrahedron index="8366" v0="1521" v1="2606" v2="2860" v3="3136" />
+      <tetrahedron index="8367" v0="1210" v1="1426" v2="1562" v3="2825" />
+      <tetrahedron index="8368" v0="1426" v1="1562" v2="2825" v3="3041" />
+      <tetrahedron index="8369" v0="1562" v1="2825" v2="3041" v3="3177" />
+      <tetrahedron index="8370" v0="1210" v1="1211" v2="1562" v3="2825" />
+      <tetrahedron index="8371" v0="1211" v1="1562" v2="2825" v3="2826" />
+      <tetrahedron index="8372" v0="1562" v1="2825" v2="2826" v3="3177" />
+      <tetrahedron index="8373" v0="714" v1="1376" v2="1412" v3="2329" />
+      <tetrahedron index="8374" v0="1376" v1="1412" v2="2329" v3="2991" />
+      <tetrahedron index="8375" v0="1412" v1="2329" v2="2991" v3="3027" />
+      <tetrahedron index="8376" v0="1376" v1="1377" v2="1412" v3="2991" />
+      <tetrahedron index="8377" v0="1377" v1="1412" v2="2991" v3="2992" />
+      <tetrahedron index="8378" v0="1412" v1="2991" v2="2992" v3="3027" />
+      <tetrahedron index="8379" v0="1036" v1="1263" v2="1590" v3="2651" />
+      <tetrahedron index="8380" v0="1263" v1="1590" v2="2651" v3="2878" />
+      <tetrahedron index="8381" v0="1590" v1="2651" v2="2878" v3="3205" />
+      <tetrahedron index="8382" v0="1263" v1="1367" v2="1590" v3="2878" />
+      <tetrahedron index="8383" v0="1367" v1="1590" v2="2878" v3="2982" />
+      <tetrahedron index="8384" v0="1590" v1="2878" v2="2982" v3="3205" />
+      <tetrahedron index="8385" v0="97" v1="973" v2="1326" v3="1712" />
+      <tetrahedron index="8386" v0="973" v1="1326" v2="1712" v3="2588" />
+      <tetrahedron index="8387" v0="1326" v1="1712" v2="2588" v3="2941" />
+      <tetrahedron index="8388" v0="97" v1="565" v2="1326" v3="1712" />
+      <tetrahedron index="8389" v0="565" v1="1326" v2="1712" v3="2180" />
+      <tetrahedron index="8390" v0="1326" v1="1712" v2="2180" v3="2941" />
+      <tetrahedron index="8391" v0="683" v1="1497" v2="1524" v3="2298" />
+      <tetrahedron index="8392" v0="1497" v1="1524" v2="2298" v3="3112" />
+      <tetrahedron index="8393" v0="1524" v1="2298" v2="3112" v3="3139" />
+      <tetrahedron index="8394" v0="683" v1="713" v2="1524" v3="2298" />
+      <tetrahedron index="8395" v0="713" v1="1524" v2="2298" v3="2328" />
+      <tetrahedron index="8396" v0="1524" v1="2298" v2="2328" v3="3139" />
+      <tetrahedron index="8397" v0="82" v1="83" v2="1508" v3="1697" />
+      <tetrahedron index="8398" v0="83" v1="1508" v2="1697" v3="1698" />
+      <tetrahedron index="8399" v0="1508" v1="1697" v2="1698" v3="3123" />
+      <tetrahedron index="8400" v0="82" v1="700" v2="1508" v3="1697" />
+      <tetrahedron index="8401" v0="700" v1="1508" v2="1697" v3="2315" />
+      <tetrahedron index="8402" v0="1508" v1="1697" v2="2315" v3="3123" />
+      <tetrahedron index="8403" v0="428" v1="429" v2="1477" v3="2043" />
+      <tetrahedron index="8404" v0="429" v1="1477" v2="2043" v3="2044" />
+      <tetrahedron index="8405" v0="1477" v1="2043" v2="2044" v3="3092" />
+      <tetrahedron index="8406" v0="428" v1="1039" v2="1477" v3="2043" />
+      <tetrahedron index="8407" v0="1039" v1="1477" v2="2043" v3="2654" />
+      <tetrahedron index="8408" v0="1477" v1="2043" v2="2654" v3="3092" />
+      <tetrahedron index="8409" v0="110" v1="1308" v2="1479" v3="1725" />
+      <tetrahedron index="8410" v0="1308" v1="1479" v2="1725" v3="2923" />
+      <tetrahedron index="8411" v0="1479" v1="1725" v2="2923" v3="3094" />
+      <tetrahedron index="8412" v0="761" v1="853" v2="1169" v3="2376" />
+      <tetrahedron index="8413" v0="853" v1="1169" v2="2376" v3="2468" />
+      <tetrahedron index="8414" v0="1169" v1="2376" v2="2468" v3="2784" />
+      <tetrahedron index="8415" v0="761" v1="979" v2="1169" v3="2376" />
+      <tetrahedron index="8416" v0="979" v1="1169" v2="2376" v3="2594" />
+      <tetrahedron index="8417" v0="1169" v1="2376" v2="2594" v3="2784" />
+      <tetrahedron index="8418" v0="1274" v1="1332" v2="1581" v3="2889" />
+      <tetrahedron index="8419" v0="1332" v1="1581" v2="2889" v3="2947" />
+      <tetrahedron index="8420" v0="1581" v1="2889" v2="2947" v3="3196" />
+      <tetrahedron index="8421" v0="1332" v1="1334" v2="1581" v3="2947" />
+      <tetrahedron index="8422" v0="1334" v1="1581" v2="2947" v3="2949" />
+      <tetrahedron index="8423" v0="1581" v1="2947" v2="2949" v3="3196" />
+      <tetrahedron index="8424" v0="185" v1="1460" v2="1611" v3="1800" />
+      <tetrahedron index="8425" v0="1460" v1="1611" v2="1800" v3="3075" />
+      <tetrahedron index="8426" v0="1611" v1="1800" v2="3075" v3="3226" />
+      <tetrahedron index="8427" v0="185" v1="1230" v2="1611" v3="1800" />
+      <tetrahedron index="8428" v0="1230" v1="1611" v2="1800" v3="2845" />
+      <tetrahedron index="8429" v0="1611" v1="1800" v2="2845" v3="3226" />
+      <tetrahedron index="8430" v0="1350" v1="1480" v2="1591" v3="2965" />
+      <tetrahedron index="8431" v0="1480" v1="1591" v2="2965" v3="3095" />
+      <tetrahedron index="8432" v0="1591" v1="2965" v2="3095" v3="3206" />
+      <tetrahedron index="8433" v0="1480" v1="1484" v2="1591" v3="3095" />
+      <tetrahedron index="8434" v0="1484" v1="1591" v2="3095" v3="3099" />
+      <tetrahedron index="8435" v0="1591" v1="3095" v2="3099" v3="3206" />
+      <tetrahedron index="8436" v0="1293" v1="1349" v2="1367" v3="2908" />
+      <tetrahedron index="8437" v0="1349" v1="1367" v2="2908" v3="2964" />
+      <tetrahedron index="8438" v0="1367" v1="2908" v2="2964" v3="2982" />
+      <tetrahedron index="8439" v0="500" v1="1472" v2="1598" v3="2115" />
+      <tetrahedron index="8440" v0="1472" v1="1598" v2="2115" v3="3087" />
+      <tetrahedron index="8441" v0="1598" v1="2115" v2="3087" v3="3213" />
+      <tetrahedron index="8442" v0="1457" v1="1472" v2="1598" v3="3072" />
+      <tetrahedron index="8443" v0="1472" v1="1598" v2="3072" v3="3087" />
+      <tetrahedron index="8444" v0="1598" v1="3072" v2="3087" v3="3213" />
+      <tetrahedron index="8445" v0="1440" v1="1522" v2="1592" v3="3055" />
+      <tetrahedron index="8446" v0="1522" v1="1592" v2="3055" v3="3137" />
+      <tetrahedron index="8447" v0="1592" v1="3055" v2="3137" v3="3207" />
+      <tetrahedron index="8448" v0="1522" v1="1523" v2="1592" v3="3137" />
+      <tetrahedron index="8449" v0="1523" v1="1592" v2="3137" v3="3138" />
+      <tetrahedron index="8450" v0="1592" v1="3137" v2="3138" v3="3207" />
+      <tetrahedron index="8451" v0="1420" v1="1424" v2="1534" v3="3035" />
+      <tetrahedron index="8452" v0="1424" v1="1534" v2="3035" v3="3039" />
+      <tetrahedron index="8453" v0="1534" v1="3035" v2="3039" v3="3149" />
+      <tetrahedron index="8454" v0="788" v1="1420" v2="1534" v3="2403" />
+      <tetrahedron index="8455" v0="1420" v1="1534" v2="2403" v3="3035" />
+      <tetrahedron index="8456" v0="1534" v1="2403" v2="3035" v3="3149" />
+      <tetrahedron index="8457" v0="76" v1="1492" v2="1535" v3="1691" />
+      <tetrahedron index="8458" v0="1492" v1="1535" v2="1691" v3="3107" />
+      <tetrahedron index="8459" v0="1535" v1="1691" v2="3107" v3="3150" />
+      <tetrahedron index="8460" v0="76" v1="1463" v2="1535" v3="1691" />
+      <tetrahedron index="8461" v0="1463" v1="1535" v2="1691" v3="3078" />
+      <tetrahedron index="8462" v0="1535" v1="1691" v2="3078" v3="3150" />
+      <tetrahedron index="8463" v0="1012" v1="1518" v2="1586" v3="2627" />
+      <tetrahedron index="8464" v0="1518" v1="1586" v2="2627" v3="3133" />
+      <tetrahedron index="8465" v0="1586" v1="2627" v2="3133" v3="3201" />
+      <tetrahedron index="8466" v0="1012" v1="1482" v2="1586" v3="2627" />
+      <tetrahedron index="8467" v0="1482" v1="1586" v2="2627" v3="3097" />
+      <tetrahedron index="8468" v0="1586" v1="2627" v2="3097" v3="3201" />
+      <tetrahedron index="8469" v0="1230" v1="1593" v2="1611" v3="2845" />
+      <tetrahedron index="8470" v0="1593" v1="1611" v2="2845" v3="3208" />
+      <tetrahedron index="8471" v0="1611" v1="2845" v2="3208" v3="3226" />
+      <tetrahedron index="8472" v0="1465" v1="1593" v2="1611" v3="3080" />
+      <tetrahedron index="8473" v0="1593" v1="1611" v2="3080" v3="3208" />
+      <tetrahedron index="8474" v0="1611" v1="3080" v2="3208" v3="3226" />
+      <tetrahedron index="8475" v0="1324" v1="1505" v2="1594" v3="2939" />
+      <tetrahedron index="8476" v0="1505" v1="1594" v2="2939" v3="3120" />
+      <tetrahedron index="8477" v0="1594" v1="2939" v2="3120" v3="3209" />
+      <tetrahedron index="8478" v0="32" v1="458" v2="1602" v3="1647" />
+      <tetrahedron index="8479" v0="458" v1="1602" v2="1647" v3="2073" />
+      <tetrahedron index="8480" v0="1602" v1="1647" v2="2073" v3="3217" />
+      <tetrahedron index="8481" v0="307" v1="1497" v2="1583" v3="1922" />
+      <tetrahedron index="8482" v0="1497" v1="1583" v2="1922" v3="3112" />
+      <tetrahedron index="8483" v0="1583" v1="1922" v2="3112" v3="3198" />
+      <tetrahedron index="8484" v0="307" v1="309" v2="1583" v3="1922" />
+      <tetrahedron index="8485" v0="309" v1="1583" v2="1922" v3="1924" />
+      <tetrahedron index="8486" v0="1583" v1="1922" v2="1924" v3="3198" />
+      <tetrahedron index="8487" v0="1162" v1="1164" v2="1391" v3="2777" />
+      <tetrahedron index="8488" v0="1164" v1="1391" v2="2777" v3="2779" />
+      <tetrahedron index="8489" v0="1391" v1="2777" v2="2779" v3="3006" />
+      <tetrahedron index="8490" v0="1093" v1="1164" v2="1391" v3="2708" />
+      <tetrahedron index="8491" v0="1164" v1="1391" v2="2708" v3="2779" />
+      <tetrahedron index="8492" v0="1391" v1="2708" v2="2779" v3="3006" />
+      <tetrahedron index="8493" v0="926" v1="1348" v2="1500" v3="2541" />
+      <tetrahedron index="8494" v0="1348" v1="1500" v2="2541" v3="2963" />
+      <tetrahedron index="8495" v0="1500" v1="2541" v2="2963" v3="3115" />
+      <tetrahedron index="8496" v0="700" v1="1348" v2="1500" v3="2315" />
+      <tetrahedron index="8497" v0="1348" v1="1500" v2="2315" v3="2963" />
+      <tetrahedron index="8498" v0="1500" v1="2315" v2="2963" v3="3115" />
+      <tetrahedron index="8499" v0="155" v1="799" v2="1596" v3="1770" />
+      <tetrahedron index="8500" v0="799" v1="1596" v2="1770" v3="2414" />
+      <tetrahedron index="8501" v0="1596" v1="1770" v2="2414" v3="3211" />
+      <tetrahedron index="8502" v0="619" v1="1346" v2="1595" v3="2234" />
+      <tetrahedron index="8503" v0="1346" v1="1595" v2="2234" v3="2961" />
+      <tetrahedron index="8504" v0="1595" v1="2234" v2="2961" v3="3210" />
+      <tetrahedron index="8505" v0="1350" v1="1351" v2="1481" v3="2965" />
+      <tetrahedron index="8506" v0="1351" v1="1481" v2="2965" v3="2966" />
+      <tetrahedron index="8507" v0="1481" v1="2965" v2="2966" v3="3096" />
+      <tetrahedron index="8508" v0="1351" v1="1481" v2="1584" v3="2966" />
+      <tetrahedron index="8509" v0="1481" v1="1584" v2="2966" v3="3096" />
+      <tetrahedron index="8510" v0="1584" v1="2966" v2="3096" v3="3199" />
+      <tetrahedron index="8511" v0="1036" v1="1256" v2="1591" v3="2651" />
+      <tetrahedron index="8512" v0="1256" v1="1591" v2="2651" v3="2871" />
+      <tetrahedron index="8513" v0="1591" v1="2651" v2="2871" v3="3206" />
+      <tetrahedron index="8514" v0="1036" v1="1590" v2="1591" v3="2651" />
+      <tetrahedron index="8515" v0="1590" v1="1591" v2="2651" v3="3205" />
+      <tetrahedron index="8516" v0="1591" v1="2651" v2="3205" v3="3206" />
+      <tetrahedron index="8517" v0="1266" v1="1289" v2="1612" v3="2881" />
+      <tetrahedron index="8518" v0="1289" v1="1612" v2="2881" v3="2904" />
+      <tetrahedron index="8519" v0="1612" v1="2881" v2="2904" v3="3227" />
+      <tetrahedron index="8520" v0="1289" v1="1594" v2="1612" v3="2904" />
+      <tetrahedron index="8521" v0="1594" v1="1612" v2="2904" v3="3209" />
+      <tetrahedron index="8522" v0="1612" v1="2904" v2="3209" v3="3227" />
+      <tetrahedron index="8523" v0="896" v1="1200" v2="1581" v3="2511" />
+      <tetrahedron index="8524" v0="1200" v1="1581" v2="2511" v3="2815" />
+      <tetrahedron index="8525" v0="1581" v1="2511" v2="2815" v3="3196" />
+      <tetrahedron index="8526" v0="896" v1="1331" v2="1581" v3="2511" />
+      <tetrahedron index="8527" v0="1331" v1="1581" v2="2511" v3="2946" />
+      <tetrahedron index="8528" v0="1581" v1="2511" v2="2946" v3="3196" />
+      <tetrahedron index="8529" v0="1104" v1="1150" v2="1183" v3="2719" />
+      <tetrahedron index="8530" v0="1150" v1="1183" v2="2719" v3="2765" />
+      <tetrahedron index="8531" v0="1183" v1="2719" v2="2765" v3="2798" />
+      <tetrahedron index="8532" v0="1104" v1="1165" v2="1183" v3="2719" />
+      <tetrahedron index="8533" v0="1165" v1="1183" v2="2719" v3="2780" />
+      <tetrahedron index="8534" v0="1183" v1="2719" v2="2780" v3="2798" />
+      <tetrahedron index="8535" v0="288" v1="1481" v2="1584" v3="1903" />
+      <tetrahedron index="8536" v0="1481" v1="1584" v2="1903" v3="3096" />
+      <tetrahedron index="8537" v0="1584" v1="1903" v2="3096" v3="3199" />
+      <tetrahedron index="8538" v0="288" v1="289" v2="1481" v3="1903" />
+      <tetrahedron index="8539" v0="289" v1="1481" v2="1903" v3="1904" />
+      <tetrahedron index="8540" v0="1481" v1="1903" v2="1904" v3="3096" />
+      <tetrahedron index="8541" v0="1429" v1="1475" v2="1511" v3="3044" />
+      <tetrahedron index="8542" v0="1475" v1="1511" v2="3044" v3="3090" />
+      <tetrahedron index="8543" v0="1511" v1="3044" v2="3090" v3="3126" />
+      <tetrahedron index="8544" v0="1429" v1="1487" v2="1511" v3="3044" />
+      <tetrahedron index="8545" v0="1487" v1="1511" v2="3044" v3="3102" />
+      <tetrahedron index="8546" v0="1511" v1="3044" v2="3102" v3="3126" />
+      <tetrahedron index="8547" v0="371" v1="372" v2="913" v3="1986" />
+      <tetrahedron index="8548" v0="372" v1="913" v2="1986" v3="1987" />
+      <tetrahedron index="8549" v0="913" v1="1986" v2="1987" v3="2528" />
+      <tetrahedron index="8550" v0="372" v1="559" v2="913" v3="1987" />
+      <tetrahedron index="8551" v0="559" v1="913" v2="1987" v3="2174" />
+      <tetrahedron index="8552" v0="913" v1="1987" v2="2174" v3="2528" />
+      <tetrahedron index="8553" v0="179" v1="1165" v2="1183" v3="1794" />
+      <tetrahedron index="8554" v0="1165" v1="1183" v2="1794" v3="2780" />
+      <tetrahedron index="8555" v0="1183" v1="1794" v2="2780" v3="2798" />
+      <tetrahedron index="8556" v0="179" v1="180" v2="1183" v3="1794" />
+      <tetrahedron index="8557" v0="180" v1="1183" v2="1794" v3="1795" />
+      <tetrahedron index="8558" v0="1183" v1="1794" v2="1795" v3="2798" />
+      <tetrahedron index="8559" v0="897" v1="898" v2="1373" v3="2512" />
+      <tetrahedron index="8560" v0="898" v1="1373" v2="2512" v3="2513" />
+      <tetrahedron index="8561" v0="1373" v1="2512" v2="2513" v3="2988" />
+      <tetrahedron index="8562" v0="898" v1="1373" v2="1405" v3="2513" />
+      <tetrahedron index="8563" v0="1373" v1="1405" v2="2513" v3="2988" />
+      <tetrahedron index="8564" v0="1405" v1="2513" v2="2988" v3="3020" />
+      <tetrahedron index="8565" v0="409" v1="500" v2="1598" v3="2024" />
+      <tetrahedron index="8566" v0="500" v1="1598" v2="2024" v3="2115" />
+      <tetrahedron index="8567" v0="1598" v1="2024" v2="2115" v3="3213" />
+      <tetrahedron index="8568" v0="409" v1="410" v2="1598" v3="2024" />
+      <tetrahedron index="8569" v0="410" v1="1598" v2="2024" v3="2025" />
+      <tetrahedron index="8570" v0="1598" v1="2024" v2="2025" v3="3213" />
+      <tetrahedron index="8571" v0="650" v1="1337" v2="1418" v3="2265" />
+      <tetrahedron index="8572" v0="1337" v1="1418" v2="2265" v3="2952" />
+      <tetrahedron index="8573" v0="1418" v1="2265" v2="2952" v3="3033" />
+      <tetrahedron index="8574" v0="650" v1="651" v2="1418" v3="2265" />
+      <tetrahedron index="8575" v0="651" v1="1418" v2="2265" v3="2266" />
+      <tetrahedron index="8576" v0="1418" v1="2265" v2="2266" v3="3033" />
+      <tetrahedron index="8577" v0="1338" v1="1496" v2="1550" v3="2953" />
+      <tetrahedron index="8578" v0="1496" v1="1550" v2="2953" v3="3111" />
+      <tetrahedron index="8579" v0="1550" v1="2953" v2="3111" v3="3165" />
+      <tetrahedron index="8580" v0="1338" v1="1550" v2="1609" v3="2953" />
+      <tetrahedron index="8581" v0="1550" v1="1609" v2="2953" v3="3165" />
+      <tetrahedron index="8582" v0="1609" v1="2953" v2="3165" v3="3224" />
+      <tetrahedron index="8583" v0="1046" v1="1401" v2="1464" v3="2661" />
+      <tetrahedron index="8584" v0="1401" v1="1464" v2="2661" v3="3016" />
+      <tetrahedron index="8585" v0="1464" v1="2661" v2="3016" v3="3079" />
+      <tetrahedron index="8586" v0="1046" v1="1365" v2="1401" v3="2661" />
+      <tetrahedron index="8587" v0="1365" v1="1401" v2="2661" v3="2980" />
+      <tetrahedron index="8588" v0="1401" v1="2661" v2="2980" v3="3016" />
+      <tetrahedron index="8589" v0="1517" v1="1559" v2="1599" v3="3132" />
+      <tetrahedron index="8590" v0="1559" v1="1599" v2="3132" v3="3174" />
+      <tetrahedron index="8591" v0="1599" v1="3132" v2="3174" v3="3214" />
+      <tetrahedron index="8592" v0="1310" v1="1559" v2="1599" v3="2925" />
+      <tetrahedron index="8593" v0="1559" v1="1599" v2="2925" v3="3174" />
+      <tetrahedron index="8594" v0="1599" v1="2925" v2="3174" v3="3214" />
+      <tetrahedron index="8595" v0="1229" v1="1538" v2="1570" v3="2844" />
+      <tetrahedron index="8596" v0="1538" v1="1570" v2="2844" v3="3153" />
+      <tetrahedron index="8597" v0="1570" v1="2844" v2="3153" v3="3185" />
+      <tetrahedron index="8598" v0="912" v1="1538" v2="1570" v3="2527" />
+      <tetrahedron index="8599" v0="1538" v1="1570" v2="2527" v3="3153" />
+      <tetrahedron index="8600" v0="1570" v1="2527" v2="3153" v3="3185" />
+      <tetrahedron index="8601" v0="964" v1="1518" v2="1600" v3="2579" />
+      <tetrahedron index="8602" v0="1518" v1="1600" v2="2579" v3="3133" />
+      <tetrahedron index="8603" v0="1600" v1="2579" v2="3133" v3="3215" />
+      <tetrahedron index="8604" v0="962" v1="964" v2="1600" v3="2577" />
+      <tetrahedron index="8605" v0="964" v1="1600" v2="2577" v3="2579" />
+      <tetrahedron index="8606" v0="1600" v1="2577" v2="2579" v3="3215" />
+      <tetrahedron index="8607" v0="958" v1="1206" v2="1600" v3="2573" />
+      <tetrahedron index="8608" v0="1206" v1="1600" v2="2573" v3="2821" />
+      <tetrahedron index="8609" v0="1600" v1="2573" v2="2821" v3="3215" />
+      <tetrahedron index="8610" v0="1237" v1="1238" v2="1331" v3="2852" />
+      <tetrahedron index="8611" v0="1238" v1="1331" v2="2852" v3="2853" />
+      <tetrahedron index="8612" v0="1331" v1="2852" v2="2853" v3="2946" />
+      <tetrahedron index="8613" v0="1238" v1="1331" v2="1334" v3="2853" />
+      <tetrahedron index="8614" v0="1331" v1="1334" v2="2853" v3="2946" />
+      <tetrahedron index="8615" v0="1334" v1="2853" v2="2946" v3="2949" />
+      <tetrahedron index="8616" v0="234" v1="729" v2="1582" v3="1849" />
+      <tetrahedron index="8617" v0="729" v1="1582" v2="1849" v3="2344" />
+      <tetrahedron index="8618" v0="1582" v1="1849" v2="2344" v3="3197" />
+      <tetrahedron index="8619" v0="729" v1="1402" v2="1582" v3="2344" />
+      <tetrahedron index="8620" v0="1402" v1="1582" v2="2344" v3="3017" />
+      <tetrahedron index="8621" v0="1582" v1="2344" v2="3017" v3="3197" />
+      <tetrahedron index="8622" v0="229" v1="1096" v2="1519" v3="1844" />
+      <tetrahedron index="8623" v0="1096" v1="1519" v2="1844" v3="2711" />
+      <tetrahedron index="8624" v0="1519" v1="1844" v2="2711" v3="3134" />
+      <tetrahedron index="8625" v0="1096" v1="1519" v2="1523" v3="2711" />
+      <tetrahedron index="8626" v0="1519" v1="1523" v2="2711" v3="3134" />
+      <tetrahedron index="8627" v0="1523" v1="2711" v2="3134" v3="3138" />
+      <tetrahedron index="8628" v0="1443" v1="1573" v2="1601" v3="3058" />
+      <tetrahedron index="8629" v0="1573" v1="1601" v2="3058" v3="3188" />
+      <tetrahedron index="8630" v0="1601" v1="3058" v2="3188" v3="3216" />
+      <tetrahedron index="8631" v0="1233" v1="1443" v2="1601" v3="2848" />
+      <tetrahedron index="8632" v0="1443" v1="1601" v2="2848" v3="3058" />
+      <tetrahedron index="8633" v0="1601" v1="2848" v2="3058" v3="3216" />
+      <tetrahedron index="8634" v0="1465" v1="1544" v2="1593" v3="3080" />
+      <tetrahedron index="8635" v0="1544" v1="1593" v2="3080" v3="3159" />
+      <tetrahedron index="8636" v0="1593" v1="3080" v2="3159" v3="3208" />
+      <tetrahedron index="8637" v0="797" v1="1544" v2="1593" v3="2412" />
+      <tetrahedron index="8638" v0="1544" v1="1593" v2="2412" v3="3159" />
+      <tetrahedron index="8639" v0="1593" v1="2412" v2="3159" v3="3208" />
+      <tetrahedron index="8640" v0="1520" v1="1526" v2="1604" v3="3135" />
+      <tetrahedron index="8641" v0="1526" v1="1604" v2="3135" v3="3141" />
+      <tetrahedron index="8642" v0="1604" v1="3135" v2="3141" v3="3219" />
+      <tetrahedron index="8643" v0="618" v1="1520" v2="1604" v3="2233" />
+      <tetrahedron index="8644" v0="1520" v1="1604" v2="2233" v3="3135" />
+      <tetrahedron index="8645" v0="1604" v1="2233" v2="3135" v3="3219" />
+      <tetrahedron index="8646" v0="561" v1="1389" v2="1555" v3="2176" />
+      <tetrahedron index="8647" v0="1389" v1="1555" v2="2176" v3="3004" />
+      <tetrahedron index="8648" v0="1555" v1="2176" v2="3004" v3="3170" />
+      <tetrahedron index="8649" v0="481" v1="561" v2="1555" v3="2096" />
+      <tetrahedron index="8650" v0="561" v1="1555" v2="2096" v3="2176" />
+      <tetrahedron index="8651" v0="1555" v1="2096" v2="2176" v3="3170" />
+      <tetrahedron index="8652" v0="372" v1="560" v2="1512" v3="1987" />
+      <tetrahedron index="8653" v0="560" v1="1512" v2="1987" v3="2175" />
+      <tetrahedron index="8654" v0="1512" v1="1987" v2="2175" v3="3127" />
+      <tetrahedron index="8655" v0="372" v1="1212" v2="1512" v3="1987" />
+      <tetrahedron index="8656" v0="1212" v1="1512" v2="1987" v3="2827" />
+      <tetrahedron index="8657" v0="1512" v1="1987" v2="2827" v3="3127" />
+      <tetrahedron index="8658" v0="579" v1="1409" v2="1421" v3="2194" />
+      <tetrahedron index="8659" v0="1409" v1="1421" v2="2194" v3="3024" />
+      <tetrahedron index="8660" v0="1421" v1="2194" v2="3024" v3="3036" />
+      <tetrahedron index="8661" v0="279" v1="579" v2="1409" v3="1894" />
+      <tetrahedron index="8662" v0="579" v1="1409" v2="1894" v3="2194" />
+      <tetrahedron index="8663" v0="1409" v1="1894" v2="2194" v3="3024" />
+      <tetrahedron index="8664" v0="278" v1="358" v2="1501" v3="1893" />
+      <tetrahedron index="8665" v0="358" v1="1501" v2="1893" v3="1973" />
+      <tetrahedron index="8666" v0="1501" v1="1893" v2="1973" v3="3116" />
+      <tetrahedron index="8667" v0="144" v1="278" v2="1501" v3="1759" />
+      <tetrahedron index="8668" v0="278" v1="1501" v2="1759" v3="1893" />
+      <tetrahedron index="8669" v0="1501" v1="1759" v2="1893" v3="3116" />
+      <tetrahedron index="8670" v0="464" v1="465" v2="1528" v3="2079" />
+      <tetrahedron index="8671" v0="465" v1="1528" v2="2079" v3="2080" />
+      <tetrahedron index="8672" v0="1528" v1="2079" v2="2080" v3="3143" />
+      <tetrahedron index="8673" v0="783" v1="983" v2="1532" v3="2398" />
+      <tetrahedron index="8674" v0="983" v1="1532" v2="2398" v3="2598" />
+      <tetrahedron index="8675" v0="1532" v1="2398" v2="2598" v3="3147" />
+      <tetrahedron index="8676" v0="783" v1="933" v2="1532" v3="2398" />
+      <tetrahedron index="8677" v0="933" v1="1532" v2="2398" v3="2548" />
+      <tetrahedron index="8678" v0="1532" v1="2398" v2="2548" v3="3147" />
+      <tetrahedron index="8679" v0="717" v1="1189" v2="1606" v3="2332" />
+      <tetrahedron index="8680" v0="1189" v1="1606" v2="2332" v3="2804" />
+      <tetrahedron index="8681" v0="1606" v1="2332" v2="2804" v3="3221" />
+      <tetrahedron index="8682" v0="716" v1="717" v2="1606" v3="2331" />
+      <tetrahedron index="8683" v0="717" v1="1606" v2="2331" v3="2332" />
+      <tetrahedron index="8684" v0="1606" v1="2331" v2="2332" v3="3221" />
+      <tetrahedron index="8685" v0="105" v1="1374" v2="1603" v3="1720" />
+      <tetrahedron index="8686" v0="1374" v1="1603" v2="1720" v3="2989" />
+      <tetrahedron index="8687" v0="1603" v1="1720" v2="2989" v3="3218" />
+      <tetrahedron index="8688" v0="105" v1="369" v2="1603" v3="1720" />
+      <tetrahedron index="8689" v0="369" v1="1603" v2="1720" v3="1984" />
+      <tetrahedron index="8690" v0="1603" v1="1720" v2="1984" v3="3218" />
+      <tetrahedron index="8691" v0="470" v1="1106" v2="1451" v3="2085" />
+      <tetrahedron index="8692" v0="1106" v1="1451" v2="2085" v3="2721" />
+      <tetrahedron index="8693" v0="1451" v1="2085" v2="2721" v3="3066" />
+      <tetrahedron index="8694" v0="323" v1="470" v2="1451" v3="1938" />
+      <tetrahedron index="8695" v0="470" v1="1451" v2="1938" v3="2085" />
+      <tetrahedron index="8696" v0="1451" v1="1938" v2="2085" v3="3066" />
+      <tetrahedron index="8697" v0="399" v1="811" v2="1605" v3="2014" />
+      <tetrahedron index="8698" v0="811" v1="1605" v2="2014" v3="2426" />
+      <tetrahedron index="8699" v0="1605" v1="2014" v2="2426" v3="3220" />
+      <tetrahedron index="8700" v0="399" v1="400" v2="1605" v3="2014" />
+      <tetrahedron index="8701" v0="400" v1="1605" v2="2014" v3="2015" />
+      <tetrahedron index="8702" v0="1605" v1="2014" v2="2015" v3="3220" />
+      <tetrahedron index="8703" v0="261" v1="444" v2="1498" v3="1876" />
+      <tetrahedron index="8704" v0="444" v1="1498" v2="1876" v3="2059" />
+      <tetrahedron index="8705" v0="1498" v1="1876" v2="2059" v3="3113" />
+      <tetrahedron index="8706" v0="1382" v1="1390" v2="1533" v3="2997" />
+      <tetrahedron index="8707" v0="1390" v1="1533" v2="2997" v3="3005" />
+      <tetrahedron index="8708" v0="1533" v1="2997" v2="3005" v3="3148" />
+      <tetrahedron index="8709" v0="836" v1="1390" v2="1533" v3="2451" />
+      <tetrahedron index="8710" v0="1390" v1="1533" v2="2451" v3="3005" />
+      <tetrahedron index="8711" v0="1533" v1="2451" v2="3005" v3="3148" />
+      <tetrahedron index="8712" v0="81" v1="413" v2="838" v3="1696" />
+      <tetrahedron index="8713" v0="413" v1="838" v2="1696" v3="2028" />
+      <tetrahedron index="8714" v0="838" v1="1696" v2="2028" v3="2453" />
+      <tetrahedron index="8715" v0="178" v1="413" v2="838" v3="1793" />
+      <tetrahedron index="8716" v0="413" v1="838" v2="1793" v3="2028" />
+      <tetrahedron index="8717" v0="838" v1="1793" v2="2028" v3="2453" />
+      <tetrahedron index="8718" v0="597" v1="722" v2="957" v3="2212" />
+      <tetrahedron index="8719" v0="722" v1="957" v2="2212" v3="2337" />
+      <tetrahedron index="8720" v0="957" v1="2212" v2="2337" v3="2572" />
+      <tetrahedron index="8721" v0="722" v1="939" v2="957" v3="2337" />
+      <tetrahedron index="8722" v0="939" v1="957" v2="2337" v3="2554" />
+      <tetrahedron index="8723" v0="957" v1="2337" v2="2554" v3="2572" />
+      <tetrahedron index="8724" v0="808" v1="933" v2="1538" v3="2423" />
+      <tetrahedron index="8725" v0="933" v1="1538" v2="2423" v3="2548" />
+      <tetrahedron index="8726" v0="1538" v1="2423" v2="2548" v3="3153" />
+      <tetrahedron index="8727" v0="808" v1="1370" v2="1538" v3="2423" />
+      <tetrahedron index="8728" v0="1370" v1="1538" v2="2423" v3="2985" />
+      <tetrahedron index="8729" v0="1538" v1="2423" v2="2985" v3="3153" />
+      <tetrahedron index="8730" v0="1109" v1="1380" v2="1606" v3="2724" />
+      <tetrahedron index="8731" v0="1380" v1="1606" v2="2724" v3="2995" />
+      <tetrahedron index="8732" v0="1606" v1="2724" v2="2995" v3="3221" />
+      <tetrahedron index="8733" v0="1109" v1="1189" v2="1606" v3="2724" />
+      <tetrahedron index="8734" v0="1189" v1="1606" v2="2724" v3="2804" />
+      <tetrahedron index="8735" v0="1606" v1="2724" v2="2804" v3="3221" />
+      <tetrahedron index="8736" v0="811" v1="1558" v2="1605" v3="2426" />
+      <tetrahedron index="8737" v0="1558" v1="1605" v2="2426" v3="3173" />
+      <tetrahedron index="8738" v0="1605" v1="2426" v2="3173" v3="3220" />
+      <tetrahedron index="8739" v0="1070" v1="1558" v2="1605" v3="2685" />
+      <tetrahedron index="8740" v0="1558" v1="1605" v2="2685" v3="3173" />
+      <tetrahedron index="8741" v0="1605" v1="2685" v2="3173" v3="3220" />
+      <tetrahedron index="8742" v0="1141" v1="1490" v2="1537" v3="2756" />
+      <tetrahedron index="8743" v0="1490" v1="1537" v2="2756" v3="3105" />
+      <tetrahedron index="8744" v0="1537" v1="2756" v2="3105" v3="3152" />
+      <tetrahedron index="8745" v0="1364" v1="1490" v2="1537" v3="2979" />
+      <tetrahedron index="8746" v0="1490" v1="1537" v2="2979" v3="3105" />
+      <tetrahedron index="8747" v0="1537" v1="2979" v2="3105" v3="3152" />
+      <tetrahedron index="8748" v0="947" v1="1056" v2="1509" v3="2562" />
+      <tetrahedron index="8749" v0="1056" v1="1509" v2="2562" v3="2671" />
+      <tetrahedron index="8750" v0="1509" v1="2562" v2="2671" v3="3124" />
+      <tetrahedron index="8751" v0="947" v1="1055" v2="1056" v3="2562" />
+      <tetrahedron index="8752" v0="1055" v1="1056" v2="2562" v3="2670" />
+      <tetrahedron index="8753" v0="1056" v1="2562" v2="2670" v3="2671" />
+      <tetrahedron index="8754" v0="421" v1="1197" v2="1379" v3="2036" />
+      <tetrahedron index="8755" v0="1197" v1="1379" v2="2036" v3="2812" />
+      <tetrahedron index="8756" v0="1379" v1="2036" v2="2812" v3="2994" />
+      <tetrahedron index="8757" v0="1197" v1="1379" v2="1493" v3="2812" />
+      <tetrahedron index="8758" v0="1379" v1="1493" v2="2812" v3="2994" />
+      <tetrahedron index="8759" v0="1493" v1="2812" v2="2994" v3="3108" />
+      <tetrahedron index="8760" v0="1127" v1="1128" v2="1539" v3="2742" />
+      <tetrahedron index="8761" v0="1128" v1="1539" v2="2742" v3="2743" />
+      <tetrahedron index="8762" v0="1539" v1="2742" v2="2743" v3="3154" />
+      <tetrahedron index="8763" v0="1127" v1="1252" v2="1539" v3="2742" />
+      <tetrahedron index="8764" v0="1252" v1="1539" v2="2742" v3="2867" />
+      <tetrahedron index="8765" v0="1539" v1="2742" v2="2867" v3="3154" />
+      <tetrahedron index="8766" v0="1030" v1="1054" v2="1540" v3="2645" />
+      <tetrahedron index="8767" v0="1054" v1="1540" v2="2645" v3="2669" />
+      <tetrahedron index="8768" v0="1540" v1="2645" v2="2669" v3="3155" />
+      <tetrahedron index="8769" v0="690" v1="1030" v2="1540" v3="2305" />
+      <tetrahedron index="8770" v0="1030" v1="1540" v2="2305" v3="2645" />
+      <tetrahedron index="8771" v0="1540" v1="2305" v2="2645" v3="3155" />
+      <tetrahedron index="8772" v0="230" v1="860" v2="1541" v3="1845" />
+      <tetrahedron index="8773" v0="860" v1="1541" v2="1845" v3="2475" />
+      <tetrahedron index="8774" v0="1541" v1="1845" v2="2475" v3="3156" />
+      <tetrahedron index="8775" v0="860" v1="1028" v2="1541" v3="2475" />
+      <tetrahedron index="8776" v0="1028" v1="1541" v2="2475" v3="2643" />
+      <tetrahedron index="8777" v0="1541" v1="2475" v2="2643" v3="3156" />
+      <tetrahedron index="8778" v0="567" v1="1254" v2="1542" v3="2182" />
+      <tetrahedron index="8779" v0="1254" v1="1542" v2="2182" v3="2869" />
+      <tetrahedron index="8780" v0="1542" v1="2182" v2="2869" v3="3157" />
+      <tetrahedron index="8781" v0="115" v1="567" v2="1542" v3="1730" />
+      <tetrahedron index="8782" v0="567" v1="1542" v2="1730" v3="2182" />
+      <tetrahedron index="8783" v0="1542" v1="1730" v2="2182" v3="3157" />
+      <tetrahedron index="8784" v0="91" v1="1439" v2="1556" v3="1706" />
+      <tetrahedron index="8785" v0="1439" v1="1556" v2="1706" v3="3054" />
+      <tetrahedron index="8786" v0="1556" v1="1706" v2="3054" v3="3171" />
+      <tetrahedron index="8787" v0="76" v1="1463" v2="1557" v3="1691" />
+      <tetrahedron index="8788" v0="1463" v1="1557" v2="1691" v3="3078" />
+      <tetrahedron index="8789" v0="1557" v1="1691" v2="3078" v3="3172" />
+      <tetrahedron index="8790" v0="76" v1="77" v2="1557" v3="1691" />
+      <tetrahedron index="8791" v0="77" v1="1557" v2="1691" v3="1692" />
+      <tetrahedron index="8792" v0="1557" v1="1691" v2="1692" v3="3172" />
+      <tetrahedron index="8793" v0="317" v1="389" v2="1597" v3="1932" />
+      <tetrahedron index="8794" v0="389" v1="1597" v2="1932" v3="2004" />
+      <tetrahedron index="8795" v0="1597" v1="1932" v2="2004" v3="3212" />
+      <tetrahedron index="8796" v0="1120" v1="1223" v2="1577" v3="2735" />
+      <tetrahedron index="8797" v0="1223" v1="1577" v2="2735" v3="2838" />
+      <tetrahedron index="8798" v0="1577" v1="2735" v2="2838" v3="3192" />
+      <tetrahedron index="8799" v0="1222" v1="1223" v2="1577" v3="2837" />
+      <tetrahedron index="8800" v0="1223" v1="1577" v2="2837" v3="2838" />
+      <tetrahedron index="8801" v0="1577" v1="2837" v2="2838" v3="3192" />
+      <tetrahedron index="8802" v0="1607" v1="1609" v2="1614" v3="3222" />
+      <tetrahedron index="8803" v0="1609" v1="1614" v2="3222" v3="3224" />
+      <tetrahedron index="8804" v0="1614" v1="3222" v2="3224" v3="3229" />
+      <tetrahedron index="8805" v0="548" v1="809" v2="1546" v3="2163" />
+      <tetrahedron index="8806" v0="809" v1="1546" v2="2163" v3="2424" />
+      <tetrahedron index="8807" v0="1546" v1="2163" v2="2424" v3="3161" />
+      <tetrahedron index="8808" v0="809" v1="810" v2="1546" v3="2424" />
+      <tetrahedron index="8809" v0="810" v1="1546" v2="2424" v3="2425" />
+      <tetrahedron index="8810" v0="1546" v1="2424" v2="2425" v3="3161" />
+      <tetrahedron index="8811" v0="700" v1="701" v2="1348" v3="2315" />
+      <tetrahedron index="8812" v0="701" v1="1348" v2="2315" v3="2316" />
+      <tetrahedron index="8813" v0="1348" v1="2315" v2="2316" v3="2963" />
+      <tetrahedron index="8814" v0="523" v1="701" v2="1348" v3="2138" />
+      <tetrahedron index="8815" v0="701" v1="1348" v2="2138" v3="2316" />
+      <tetrahedron index="8816" v0="1348" v1="2138" v2="2316" v3="2963" />
+      <tetrahedron index="8817" v0="748" v1="1310" v2="1545" v3="2363" />
+      <tetrahedron index="8818" v0="1310" v1="1545" v2="2363" v3="2925" />
+      <tetrahedron index="8819" v0="1545" v1="2363" v2="2925" v3="3160" />
+      <tetrahedron index="8820" v0="1310" v1="1545" v2="1599" v3="2925" />
+      <tetrahedron index="8821" v0="1545" v1="1599" v2="2925" v3="3160" />
+      <tetrahedron index="8822" v0="1599" v1="2925" v2="3160" v3="3214" />
+      <tetrahedron index="8823" v0="810" v1="1519" v2="1546" v3="2425" />
+      <tetrahedron index="8824" v0="1519" v1="1546" v2="2425" v3="3134" />
+      <tetrahedron index="8825" v0="1546" v1="2425" v2="3134" v3="3161" />
+      <tetrahedron index="8826" v0="1519" v1="1546" v2="1592" v3="3134" />
+      <tetrahedron index="8827" v0="1546" v1="1592" v2="3134" v3="3161" />
+      <tetrahedron index="8828" v0="1592" v1="3134" v2="3161" v3="3207" />
+      <tetrahedron index="8829" v0="1224" v1="1486" v2="1559" v3="2839" />
+      <tetrahedron index="8830" v0="1486" v1="1559" v2="2839" v3="3101" />
+      <tetrahedron index="8831" v0="1559" v1="2839" v2="3101" v3="3174" />
+      <tetrahedron index="8832" v0="1215" v1="1224" v2="1559" v3="2830" />
+      <tetrahedron index="8833" v0="1224" v1="1559" v2="2830" v3="2839" />
+      <tetrahedron index="8834" v0="1559" v1="2830" v2="2839" v3="3174" />
+      <tetrahedron index="8835" v0="842" v1="1052" v2="1450" v3="2457" />
+      <tetrahedron index="8836" v0="1052" v1="1450" v2="2457" v3="2667" />
+      <tetrahedron index="8837" v0="1450" v1="2457" v2="2667" v3="3065" />
+      <tetrahedron index="8838" v0="976" v1="1052" v2="1450" v3="2591" />
+      <tetrahedron index="8839" v0="1052" v1="1450" v2="2591" v3="2667" />
+      <tetrahedron index="8840" v0="1450" v1="2591" v2="2667" v3="3065" />
+      <tetrahedron index="8841" v0="1037" v1="1097" v2="1400" v3="2652" />
+      <tetrahedron index="8842" v0="1097" v1="1400" v2="2652" v3="2712" />
+      <tetrahedron index="8843" v0="1400" v1="2652" v2="2712" v3="3015" />
+      <tetrahedron index="8844" v0="1037" v1="1038" v2="1400" v3="2652" />
+      <tetrahedron index="8845" v0="1038" v1="1400" v2="2652" v3="2653" />
+      <tetrahedron index="8846" v0="1400" v1="2652" v2="2653" v3="3015" />
+      <tetrahedron index="8847" v0="1139" v1="1394" v2="1563" v3="2754" />
+      <tetrahedron index="8848" v0="1394" v1="1563" v2="2754" v3="3009" />
+      <tetrahedron index="8849" v0="1563" v1="2754" v2="3009" v3="3178" />
+      <tetrahedron index="8850" v0="198" v1="1139" v2="1563" v3="1813" />
+      <tetrahedron index="8851" v0="1139" v1="1563" v2="1813" v3="2754" />
+      <tetrahedron index="8852" v0="1563" v1="1813" v2="2754" v3="3178" />
+      <tetrahedron index="8853" v0="1125" v1="1178" v2="1548" v3="2740" />
+      <tetrahedron index="8854" v0="1178" v1="1548" v2="2740" v3="2793" />
+      <tetrahedron index="8855" v0="1548" v1="2740" v2="2793" v3="3163" />
+      <tetrahedron index="8856" v0="1018" v1="1125" v2="1548" v3="2633" />
+      <tetrahedron index="8857" v0="1125" v1="1548" v2="2633" v3="2740" />
+      <tetrahedron index="8858" v0="1548" v1="2633" v2="2740" v3="3163" />
+      <tetrahedron index="8859" v0="1111" v1="1241" v2="1549" v3="2726" />
+      <tetrahedron index="8860" v0="1241" v1="1549" v2="2726" v3="2856" />
+      <tetrahedron index="8861" v0="1549" v1="2726" v2="2856" v3="3164" />
+      <tetrahedron index="8862" v0="1241" v1="1242" v2="1549" v3="2856" />
+      <tetrahedron index="8863" v0="1242" v1="1549" v2="2856" v3="2857" />
+      <tetrahedron index="8864" v0="1549" v1="2856" v2="2857" v3="3164" />
+      <tetrahedron index="8865" v0="387" v1="571" v2="1369" v3="2002" />
+      <tetrahedron index="8866" v0="571" v1="1369" v2="2002" v3="2186" />
+      <tetrahedron index="8867" v0="1369" v1="2002" v2="2186" v3="2984" />
+      <tetrahedron index="8868" v0="812" v1="1608" v2="1609" v3="2427" />
+      <tetrahedron index="8869" v0="1608" v1="1609" v2="2427" v3="3223" />
+      <tetrahedron index="8870" v0="1609" v1="2427" v2="3223" v3="3224" />
+      <tetrahedron index="8871" v0="1607" v1="1608" v2="1609" v3="3222" />
+      <tetrahedron index="8872" v0="1608" v1="1609" v2="3222" v3="3223" />
+      <tetrahedron index="8873" v0="1609" v1="3222" v2="3223" v3="3224" />
+      <tetrahedron index="8874" v0="678" v1="1528" v2="1610" v3="2293" />
+      <tetrahedron index="8875" v0="1528" v1="1610" v2="2293" v3="3143" />
+      <tetrahedron index="8876" v0="1610" v1="2293" v2="3143" v3="3225" />
+      <tetrahedron index="8877" v0="695" v1="1528" v2="1610" v3="2310" />
+      <tetrahedron index="8878" v0="1528" v1="1610" v2="2310" v3="3143" />
+      <tetrahedron index="8879" v0="1610" v1="2310" v2="3143" v3="3225" />
+      <tetrahedron index="8880" v0="1276" v1="1474" v2="1496" v3="2891" />
+      <tetrahedron index="8881" v0="1474" v1="1496" v2="2891" v3="3089" />
+      <tetrahedron index="8882" v0="1496" v1="2891" v2="3089" v3="3111" />
+      <tetrahedron index="8883" v0="1043" v1="1276" v2="1474" v3="2658" />
+      <tetrahedron index="8884" v0="1276" v1="1474" v2="2658" v3="2891" />
+      <tetrahedron index="8885" v0="1474" v1="2658" v2="2891" v3="3089" />
+      <tetrahedron index="8886" v0="1357" v1="1484" v2="1608" v3="2972" />
+      <tetrahedron index="8887" v0="1484" v1="1608" v2="2972" v3="3099" />
+      <tetrahedron index="8888" v0="1608" v1="2972" v2="3099" v3="3223" />
+      <tetrahedron index="8889" v0="803" v1="1357" v2="1608" v3="2418" />
+      <tetrahedron index="8890" v0="1357" v1="1608" v2="2418" v3="2972" />
+      <tetrahedron index="8891" v0="1608" v1="2418" v2="2972" v3="3223" />
+      <tetrahedron index="8892" v0="407" v1="408" v2="1552" v3="2022" />
+      <tetrahedron index="8893" v0="408" v1="1552" v2="2022" v3="2023" />
+      <tetrahedron index="8894" v0="1552" v1="2022" v2="2023" v3="3167" />
+      <tetrahedron index="8895" v0="882" v1="1339" v2="1434" v3="2497" />
+      <tetrahedron index="8896" v0="1339" v1="1434" v2="2497" v3="2954" />
+      <tetrahedron index="8897" v0="1434" v1="2497" v2="2954" v3="3049" />
+      <tetrahedron index="8898" v0="881" v1="882" v2="1434" v3="2496" />
+      <tetrahedron index="8899" v0="882" v1="1434" v2="2496" v3="2497" />
+      <tetrahedron index="8900" v0="1434" v1="2496" v2="2497" v3="3049" />
+      <tetrahedron index="8901" v0="564" v1="784" v2="1513" v3="2179" />
+      <tetrahedron index="8902" v0="784" v1="1513" v2="2179" v3="2399" />
+      <tetrahedron index="8903" v0="1513" v1="2179" v2="2399" v3="3128" />
+      <tetrahedron index="8904" v0="346" v1="564" v2="1513" v3="1961" />
+      <tetrahedron index="8905" v0="564" v1="1513" v2="1961" v3="2179" />
+      <tetrahedron index="8906" v0="1513" v1="1961" v2="2179" v3="3128" />
+      <tetrahedron index="8907" v0="1155" v1="1303" v2="1383" v3="2770" />
+      <tetrahedron index="8908" v0="1303" v1="1383" v2="2770" v3="2918" />
+      <tetrahedron index="8909" v0="1383" v1="2770" v2="2918" v3="2998" />
+      <tetrahedron index="8910" v0="1154" v1="1155" v2="1383" v3="2769" />
+      <tetrahedron index="8911" v0="1155" v1="1383" v2="2769" v3="2770" />
+      <tetrahedron index="8912" v0="1383" v1="2769" v2="2770" v3="2998" />
+      <tetrahedron index="8913" v0="391" v1="763" v2="1354" v3="2006" />
+      <tetrahedron index="8914" v0="763" v1="1354" v2="2006" v3="2378" />
+      <tetrahedron index="8915" v0="1354" v1="2006" v2="2378" v3="2969" />
+      <tetrahedron index="8916" v0="707" v1="763" v2="1354" v3="2322" />
+      <tetrahedron index="8917" v0="763" v1="1354" v2="2322" v3="2378" />
+      <tetrahedron index="8918" v0="1354" v1="2322" v2="2378" v3="2969" />
+      <tetrahedron index="8919" v0="1267" v1="1306" v2="1612" v3="2882" />
+      <tetrahedron index="8920" v0="1306" v1="1612" v2="2882" v3="2921" />
+      <tetrahedron index="8921" v0="1612" v1="2882" v2="2921" v3="3227" />
+      <tetrahedron index="8922" v0="1266" v1="1306" v2="1612" v3="2881" />
+      <tetrahedron index="8923" v0="1306" v1="1612" v2="2881" v3="2921" />
+      <tetrahedron index="8924" v0="1612" v1="2881" v2="2921" v3="3227" />
+      <tetrahedron index="8925" v0="1262" v1="1302" v2="1488" v3="2877" />
+      <tetrahedron index="8926" v0="1302" v1="1488" v2="2877" v3="2917" />
+      <tetrahedron index="8927" v0="1488" v1="2877" v2="2917" v3="3103" />
+      <tetrahedron index="8928" v0="1262" v1="1487" v2="1488" v3="2877" />
+      <tetrahedron index="8929" v0="1487" v1="1488" v2="2877" v3="3102" />
+      <tetrahedron index="8930" v0="1488" v1="2877" v2="3102" v3="3103" />
+      <tetrahedron index="8931" v0="920" v1="1193" v2="1473" v3="2535" />
+      <tetrahedron index="8932" v0="1193" v1="1473" v2="2535" v3="2808" />
+      <tetrahedron index="8933" v0="1473" v1="2535" v2="2808" v3="3088" />
+      <tetrahedron index="8934" v0="920" v1="1327" v2="1473" v3="2535" />
+      <tetrahedron index="8935" v0="1327" v1="1473" v2="2535" v3="2942" />
+      <tetrahedron index="8936" v0="1473" v1="2535" v2="2942" v3="3088" />
+      <tetrahedron index="8937" v0="1145" v1="1491" v2="1503" v3="2760" />
+      <tetrahedron index="8938" v0="1491" v1="1503" v2="2760" v3="3106" />
+      <tetrahedron index="8939" v0="1503" v1="2760" v2="3106" v3="3118" />
+      <tetrahedron index="8940" v0="236" v1="1145" v2="1503" v3="1851" />
+      <tetrahedron index="8941" v0="1145" v1="1503" v2="1851" v3="2760" />
+      <tetrahedron index="8942" v0="1503" v1="1851" v2="2760" v3="3118" />
+      <tetrahedron index="8943" v0="314" v1="1347" v2="1471" v3="1929" />
+      <tetrahedron index="8944" v0="1347" v1="1471" v2="1929" v3="2962" />
+      <tetrahedron index="8945" v0="1471" v1="1929" v2="2962" v3="3086" />
+      <tetrahedron index="8946" v0="5" v1="314" v2="1471" v3="1620" />
+      <tetrahedron index="8947" v0="314" v1="1471" v2="1620" v3="1929" />
+      <tetrahedron index="8948" v0="1471" v1="1620" v2="1929" v3="3086" />
+      <tetrahedron index="8949" v0="1510" v1="1511" v2="1596" v3="3125" />
+      <tetrahedron index="8950" v0="1511" v1="1596" v2="3125" v3="3126" />
+      <tetrahedron index="8951" v0="1596" v1="3125" v2="3126" v3="3211" />
+      <tetrahedron index="8952" v0="408" v1="1520" v2="1552" v3="2023" />
+      <tetrahedron index="8953" v0="1520" v1="1552" v2="2023" v3="3135" />
+      <tetrahedron index="8954" v0="1552" v1="2023" v2="3135" v3="3167" />
+      <tetrahedron index="8955" v0="1520" v1="1526" v2="1552" v3="3135" />
+      <tetrahedron index="8956" v0="1526" v1="1552" v2="3135" v3="3141" />
+      <tetrahedron index="8957" v0="1552" v1="3135" v2="3141" v3="3167" />
+      <tetrahedron index="8958" v0="462" v1="966" v2="1506" v3="2077" />
+      <tetrahedron index="8959" v0="966" v1="1506" v2="2077" v3="2581" />
+      <tetrahedron index="8960" v0="1506" v1="2077" v2="2581" v3="3121" />
+      <tetrahedron index="8961" v0="462" v1="483" v2="1506" v3="2077" />
+      <tetrahedron index="8962" v0="483" v1="1506" v2="2077" v3="2098" />
+      <tetrahedron index="8963" v0="1506" v1="2077" v2="2098" v3="3121" />
+      <tetrahedron index="8964" v0="1216" v1="1220" v2="1547" v3="2831" />
+      <tetrahedron index="8965" v0="1220" v1="1547" v2="2831" v3="2835" />
+      <tetrahedron index="8966" v0="1547" v1="2831" v2="2835" v3="3162" />
+      <tetrahedron index="8967" v0="876" v1="1220" v2="1547" v3="2491" />
+      <tetrahedron index="8968" v0="1220" v1="1547" v2="2491" v3="2835" />
+      <tetrahedron index="8969" v0="1547" v1="2491" v2="2835" v3="3162" />
+      <tetrahedron index="8970" v0="550" v1="1355" v2="1545" v3="2165" />
+      <tetrahedron index="8971" v0="1355" v1="1545" v2="2165" v3="2970" />
+      <tetrahedron index="8972" v0="1545" v1="2165" v2="2970" v3="3160" />
+      <tetrahedron index="8973" v0="748" v1="1355" v2="1545" v3="2363" />
+      <tetrahedron index="8974" v0="1355" v1="1545" v2="2363" v3="2970" />
+      <tetrahedron index="8975" v0="1545" v1="2363" v2="2970" v3="3160" />
+      <tetrahedron index="8976" v0="882" v1="1418" v2="1553" v3="2497" />
+      <tetrahedron index="8977" v0="1418" v1="1553" v2="2497" v3="3033" />
+      <tetrahedron index="8978" v0="1553" v1="2497" v2="3033" v3="3168" />
+      <tetrahedron index="8979" v0="651" v1="1418" v2="1553" v3="2266" />
+      <tetrahedron index="8980" v0="1418" v1="1553" v2="2266" v3="3033" />
+      <tetrahedron index="8981" v0="1553" v1="2266" v2="3033" v3="3168" />
+      <tetrahedron index="8982" v0="887" v1="1501" v2="1602" v3="2502" />
+      <tetrahedron index="8983" v0="1501" v1="1602" v2="2502" v3="3116" />
+      <tetrahedron index="8984" v0="1602" v1="2502" v2="3116" v3="3217" />
+      <tetrahedron index="8985" v0="458" v1="1501" v2="1602" v3="2073" />
+      <tetrahedron index="8986" v0="1501" v1="1602" v2="2073" v3="3116" />
+      <tetrahedron index="8987" v0="1602" v1="2073" v2="3116" v3="3217" />
+      <tetrahedron index="8988" v0="1516" v1="1607" v2="1614" v3="3131" />
+      <tetrahedron index="8989" v0="1607" v1="1614" v2="3131" v3="3222" />
+      <tetrahedron index="8990" v0="1614" v1="3131" v2="3222" v3="3229" />
+      <tetrahedron index="8991" v0="1514" v1="1516" v2="1607" v3="3129" />
+      <tetrahedron index="8992" v0="1516" v1="1607" v2="3129" v3="3131" />
+      <tetrahedron index="8993" v0="1607" v1="3129" v2="3131" v3="3222" />
+      <tetrahedron index="8994" v0="190" v1="1534" v2="1551" v3="1805" />
+      <tetrahedron index="8995" v0="1534" v1="1551" v2="1805" v3="3149" />
+      <tetrahedron index="8996" v0="1551" v1="1805" v2="3149" v3="3166" />
+      <tetrahedron index="8997" v0="805" v1="1534" v2="1551" v3="2420" />
+      <tetrahedron index="8998" v0="1534" v1="1551" v2="2420" v3="3149" />
+      <tetrahedron index="8999" v0="1551" v1="2420" v2="3149" v3="3166" />
+      <tetrahedron index="9000" v0="288" v1="1547" v2="1587" v3="1903" />
+      <tetrahedron index="9001" v0="1547" v1="1587" v2="1903" v3="3162" />
+      <tetrahedron index="9002" v0="1587" v1="1903" v2="3162" v3="3202" />
+      <tetrahedron index="9003" v0="288" v1="876" v2="1547" v3="1903" />
+      <tetrahedron index="9004" v0="876" v1="1547" v2="1903" v3="2491" />
+      <tetrahedron index="9005" v0="1547" v1="1903" v2="2491" v3="3162" />
+      <tetrahedron index="9006" v0="94" v1="96" v2="710" v3="1709" />
+      <tetrahedron index="9007" v0="96" v1="710" v2="1709" v3="1711" />
+      <tetrahedron index="9008" v0="710" v1="1709" v2="1711" v3="2325" />
+      <tetrahedron index="9009" v0="94" v1="710" v2="902" v3="1709" />
+      <tetrahedron index="9010" v0="710" v1="902" v2="1709" v3="2325" />
+      <tetrahedron index="9011" v0="902" v1="1709" v2="2325" v3="2517" />
+      <tetrahedron index="9012" v0="565" v1="1566" v2="1580" v3="2180" />
+      <tetrahedron index="9013" v0="1566" v1="1580" v2="2180" v3="3181" />
+      <tetrahedron index="9014" v0="1580" v1="2180" v2="3181" v3="3195" />
+      <tetrahedron index="9015" v0="902" v1="1566" v2="1580" v3="2517" />
+      <tetrahedron index="9016" v0="1566" v1="1580" v2="2517" v3="3181" />
+      <tetrahedron index="9017" v0="1580" v1="2517" v2="3181" v3="3195" />
+      <tetrahedron index="9018" v0="1136" v1="1311" v2="1404" v3="2751" />
+      <tetrahedron index="9019" v0="1311" v1="1404" v2="2751" v3="2926" />
+      <tetrahedron index="9020" v0="1404" v1="2751" v2="2926" v3="3019" />
+      <tetrahedron index="9021" v0="790" v1="1136" v2="1404" v3="2405" />
+      <tetrahedron index="9022" v0="1136" v1="1404" v2="2405" v3="2751" />
+      <tetrahedron index="9023" v0="1404" v1="2405" v2="2751" v3="3019" />
+      <tetrahedron index="9024" v0="934" v1="1433" v2="1447" v3="2549" />
+      <tetrahedron index="9025" v0="1433" v1="1447" v2="2549" v3="3048" />
+      <tetrahedron index="9026" v0="1447" v1="2549" v2="3048" v3="3062" />
+      <tetrahedron index="9027" v0="934" v1="1171" v2="1447" v3="2549" />
+      <tetrahedron index="9028" v0="1171" v1="1447" v2="2549" v3="2786" />
+      <tetrahedron index="9029" v0="1447" v1="2549" v2="2786" v3="3062" />
+      <tetrahedron index="9030" v0="444" v1="1363" v2="1498" v3="2059" />
+      <tetrahedron index="9031" v0="1363" v1="1498" v2="2059" v3="2978" />
+      <tetrahedron index="9032" v0="1498" v1="2059" v2="2978" v3="3113" />
+      <tetrahedron index="9033" v0="68" v1="444" v2="1363" v3="1683" />
+      <tetrahedron index="9034" v0="444" v1="1363" v2="1683" v3="2059" />
+      <tetrahedron index="9035" v0="1363" v1="1683" v2="2059" v3="2978" />
+      <tetrahedron index="9036" v0="914" v1="927" v2="1529" v3="2529" />
+      <tetrahedron index="9037" v0="927" v1="1529" v2="2529" v3="2542" />
+      <tetrahedron index="9038" v0="1529" v1="2529" v2="2542" v3="3144" />
+      <tetrahedron index="9039" v0="914" v1="1132" v2="1529" v3="2529" />
+      <tetrahedron index="9040" v0="1132" v1="1529" v2="2529" v3="2747" />
+      <tetrahedron index="9041" v0="1529" v1="2529" v2="2747" v3="3144" />
+      <tetrahedron index="9042" v0="955" v1="1220" v2="1543" v3="2570" />
+      <tetrahedron index="9043" v0="1220" v1="1543" v2="2570" v3="2835" />
+      <tetrahedron index="9044" v0="1543" v1="2570" v2="2835" v3="3158" />
+      <tetrahedron index="9045" v0="1220" v1="1225" v2="1543" v3="2835" />
+      <tetrahedron index="9046" v0="1225" v1="1543" v2="2835" v3="2840" />
+      <tetrahedron index="9047" v0="1543" v1="2835" v2="2840" v3="3158" />
+      <tetrahedron index="9048" v0="961" v1="1407" v2="1433" v3="2576" />
+      <tetrahedron index="9049" v0="1407" v1="1433" v2="2576" v3="3022" />
+      <tetrahedron index="9050" v0="1433" v1="2576" v2="3022" v3="3048" />
+      <tetrahedron index="9051" v0="545" v1="961" v2="1407" v3="2160" />
+      <tetrahedron index="9052" v0="961" v1="1407" v2="2160" v3="2576" />
+      <tetrahedron index="9053" v0="1407" v1="2160" v2="2576" v3="3022" />
+      <tetrahedron index="9054" v0="1295" v1="1374" v2="1603" v3="2910" />
+      <tetrahedron index="9055" v0="1374" v1="1603" v2="2910" v3="2989" />
+      <tetrahedron index="9056" v0="1603" v1="2910" v2="2989" v3="3218" />
+      <tetrahedron index="9057" v0="1264" v1="1295" v2="1603" v3="2879" />
+      <tetrahedron index="9058" v0="1295" v1="1603" v2="2879" v3="2910" />
+      <tetrahedron index="9059" v0="1603" v1="2879" v2="2910" v3="3218" />
+      <tetrahedron index="9060" v0="272" v1="584" v2="738" v3="1887" />
+      <tetrahedron index="9061" v0="584" v1="738" v2="1887" v3="2199" />
+      <tetrahedron index="9062" v0="738" v1="1887" v2="2199" v3="2353" />
+      <tetrahedron index="9063" v0="272" v1="584" v2="1451" v3="1887" />
+      <tetrahedron index="9064" v0="584" v1="1451" v2="1887" v3="2199" />
+      <tetrahedron index="9065" v0="1451" v1="1887" v2="2199" v3="3066" />
+      <tetrahedron index="9066" v0="88" v1="90" v2="1565" v3="1703" />
+      <tetrahedron index="9067" v0="90" v1="1565" v2="1703" v3="1705" />
+      <tetrahedron index="9068" v0="1565" v1="1703" v2="1705" v3="3180" />
+      <tetrahedron index="9069" v0="90" v1="855" v2="1565" v3="1705" />
+      <tetrahedron index="9070" v0="855" v1="1565" v2="1705" v3="2470" />
+      <tetrahedron index="9071" v0="1565" v1="1705" v2="2470" v3="3180" />
+      <tetrahedron index="9072" v0="89" v1="1004" v2="1489" v3="1704" />
+      <tetrahedron index="9073" v0="1004" v1="1489" v2="1704" v3="2619" />
+      <tetrahedron index="9074" v0="1489" v1="1704" v2="2619" v3="3104" />
+      <tetrahedron index="9075" v0="89" v1="90" v2="1004" v3="1704" />
+      <tetrahedron index="9076" v0="90" v1="1004" v2="1704" v3="1705" />
+      <tetrahedron index="9077" v0="1004" v1="1704" v2="1705" v3="2619" />
+      <tetrahedron index="9078" v0="29" v1="743" v2="1249" v3="1644" />
+      <tetrahedron index="9079" v0="743" v1="1249" v2="1644" v3="2358" />
+      <tetrahedron index="9080" v0="1249" v1="1644" v2="2358" v3="2864" />
+      <tetrahedron index="9081" v0="743" v1="1248" v2="1249" v3="2358" />
+      <tetrahedron index="9082" v0="1248" v1="1249" v2="2358" v3="2863" />
+      <tetrahedron index="9083" v0="1249" v1="2358" v2="2863" v3="2864" />
+      <tetrahedron index="9084" v0="683" v1="684" v2="713" v3="2298" />
+      <tetrahedron index="9085" v0="684" v1="713" v2="2298" v3="2299" />
+      <tetrahedron index="9086" v0="713" v1="2298" v2="2299" v3="2328" />
+      <tetrahedron index="9087" v0="684" v1="713" v2="756" v3="2299" />
+      <tetrahedron index="9088" v0="713" v1="756" v2="2299" v3="2328" />
+      <tetrahedron index="9089" v0="756" v1="2299" v2="2328" v3="2371" />
+      <tetrahedron index="9090" v0="682" v1="1445" v2="1528" v3="2297" />
+      <tetrahedron index="9091" v0="1445" v1="1528" v2="2297" v3="3060" />
+      <tetrahedron index="9092" v0="1528" v1="2297" v2="3060" v3="3143" />
+      <tetrahedron index="9093" v0="464" v1="682" v2="1528" v3="2079" />
+      <tetrahedron index="9094" v0="682" v1="1528" v2="2079" v3="2297" />
+      <tetrahedron index="9095" v0="1528" v1="2079" v2="2297" v3="3143" />
+      <tetrahedron index="9096" v0="380" v1="732" v2="1446" v3="1995" />
+      <tetrahedron index="9097" v0="732" v1="1446" v2="1995" v3="2347" />
+      <tetrahedron index="9098" v0="1446" v1="1995" v2="2347" v3="3061" />
+      <tetrahedron index="9099" v0="380" v1="381" v2="1446" v3="1995" />
+      <tetrahedron index="9100" v0="381" v1="1446" v2="1995" v3="1996" />
+      <tetrahedron index="9101" v0="1446" v1="1995" v2="1996" v3="3061" />
+      <tetrahedron index="9102" v0="332" v1="646" v2="1296" v3="1947" />
+      <tetrahedron index="9103" v0="646" v1="1296" v2="1947" v3="2261" />
+      <tetrahedron index="9104" v0="1296" v1="1947" v2="2261" v3="2911" />
+      <tetrahedron index="9105" v0="646" v1="1296" v2="1462" v3="2261" />
+      <tetrahedron index="9106" v0="1296" v1="1462" v2="2261" v3="2911" />
+      <tetrahedron index="9107" v0="1462" v1="2261" v2="2911" v3="3077" />
+      <tetrahedron index="9108" v0="855" v1="1560" v2="1565" v3="2470" />
+      <tetrahedron index="9109" v0="1560" v1="1565" v2="2470" v3="3175" />
+      <tetrahedron index="9110" v0="1565" v1="2470" v2="3175" v3="3180" />
+      <tetrahedron index="9111" v0="874" v1="1560" v2="1565" v3="2489" />
+      <tetrahedron index="9112" v0="1560" v1="1565" v2="2489" v3="3175" />
+      <tetrahedron index="9113" v0="1565" v1="2489" v2="3175" v3="3180" />
+      <tetrahedron index="9114" v0="815" v1="890" v2="1531" v3="2430" />
+      <tetrahedron index="9115" v0="890" v1="1531" v2="2430" v3="2505" />
+      <tetrahedron index="9116" v0="1531" v1="2430" v2="2505" v3="3146" />
+      <tetrahedron index="9117" v0="890" v1="941" v2="1531" v3="2505" />
+      <tetrahedron index="9118" v0="941" v1="1531" v2="2505" v3="2556" />
+      <tetrahedron index="9119" v0="1531" v1="2505" v2="2556" v3="3146" />
+      <tetrahedron index="9120" v0="188" v1="891" v2="1446" v3="1803" />
+      <tetrahedron index="9121" v0="891" v1="1446" v2="1803" v3="2506" />
+      <tetrahedron index="9122" v0="1446" v1="1803" v2="2506" v3="3061" />
+      <tetrahedron index="9123" v0="891" v1="983" v2="1446" v3="2506" />
+      <tetrahedron index="9124" v0="983" v1="1446" v2="2506" v3="2598" />
+      <tetrahedron index="9125" v0="1446" v1="2506" v2="2598" v3="3061" />
+      <tetrahedron index="9126" v0="911" v1="1300" v2="1568" v3="2526" />
+      <tetrahedron index="9127" v0="1300" v1="1568" v2="2526" v3="2915" />
+      <tetrahedron index="9128" v0="1568" v1="2526" v2="2915" v3="3183" />
+      <tetrahedron index="9129" v0="574" v1="911" v2="1300" v3="2189" />
+      <tetrahedron index="9130" v0="911" v1="1300" v2="2189" v3="2526" />
+      <tetrahedron index="9131" v0="1300" v1="2189" v2="2526" v3="2915" />
+      <tetrahedron index="9132" v0="664" v1="967" v2="1414" v3="2279" />
+      <tetrahedron index="9133" v0="967" v1="1414" v2="2279" v3="2582" />
+      <tetrahedron index="9134" v0="1414" v1="2279" v2="2582" v3="3029" />
+      <tetrahedron index="9135" v0="709" v1="967" v2="1414" v3="2324" />
+      <tetrahedron index="9136" v0="967" v1="1414" v2="2324" v3="2582" />
+      <tetrahedron index="9137" v0="1414" v1="2324" v2="2582" v3="3029" />
+      <tetrahedron index="9138" v0="356" v1="800" v2="1589" v3="1971" />
+      <tetrahedron index="9139" v0="800" v1="1589" v2="1971" v3="2415" />
+      <tetrahedron index="9140" v0="1589" v1="1971" v2="2415" v3="3204" />
+      <tetrahedron index="9141" v0="356" v1="1385" v2="1589" v3="1971" />
+      <tetrahedron index="9142" v0="1385" v1="1589" v2="1971" v3="3000" />
+      <tetrahedron index="9143" v0="1589" v1="1971" v2="3000" v3="3204" />
+      <tetrahedron index="9144" v0="1188" v1="1196" v2="1300" v3="2803" />
+      <tetrahedron index="9145" v0="1196" v1="1300" v2="2803" v3="2811" />
+      <tetrahedron index="9146" v0="1300" v1="2803" v2="2811" v3="2915" />
+      <tetrahedron index="9147" v0="1196" v1="1244" v2="1300" v3="2811" />
+      <tetrahedron index="9148" v0="1244" v1="1300" v2="2811" v3="2859" />
+      <tetrahedron index="9149" v0="1300" v1="2811" v2="2859" v3="2915" />
+      <tetrahedron index="9150" v0="333" v1="872" v2="1000" v3="1948" />
+      <tetrahedron index="9151" v0="872" v1="1000" v2="1948" v3="2487" />
+      <tetrahedron index="9152" v0="1000" v1="1948" v2="2487" v3="2615" />
+      <tetrahedron index="9153" v0="333" v1="380" v2="872" v3="1948" />
+      <tetrahedron index="9154" v0="380" v1="872" v2="1948" v3="1995" />
+      <tetrahedron index="9155" v0="872" v1="1948" v2="1995" v3="2487" />
+      <tetrahedron index="9156" v0="509" v1="565" v2="967" v3="2124" />
+      <tetrahedron index="9157" v0="565" v1="967" v2="2124" v3="2180" />
+      <tetrahedron index="9158" v0="967" v1="2124" v2="2180" v3="2582" />
+      <tetrahedron index="9159" v0="509" v1="519" v2="565" v3="2124" />
+      <tetrahedron index="9160" v0="519" v1="565" v2="2124" v3="2134" />
+      <tetrahedron index="9161" v0="565" v1="2124" v2="2134" v3="2180" />
+      <tetrahedron index="9162" v0="1464" v1="1502" v2="1575" v3="3079" />
+      <tetrahedron index="9163" v0="1502" v1="1575" v2="3079" v3="3117" />
+      <tetrahedron index="9164" v0="1575" v1="3079" v2="3117" v3="3190" />
+      <tetrahedron index="9165" v0="1124" v1="1464" v2="1575" v3="2739" />
+      <tetrahedron index="9166" v0="1464" v1="1575" v2="2739" v3="3079" />
+      <tetrahedron index="9167" v0="1575" v1="2739" v2="3079" v3="3190" />
+      <tetrahedron index="9168" v0="911" v1="1024" v2="1568" v3="2526" />
+      <tetrahedron index="9169" v0="1024" v1="1568" v2="2526" v3="2639" />
+      <tetrahedron index="9170" v0="1568" v1="2526" v2="2639" v3="3183" />
+      <tetrahedron index="9171" v0="1024" v1="1192" v2="1568" v3="2639" />
+      <tetrahedron index="9172" v0="1192" v1="1568" v2="2639" v3="2807" />
+      <tetrahedron index="9173" v0="1568" v1="2639" v2="2807" v3="3183" />
+      <tetrahedron index="9174" v0="918" v1="1185" v2="1577" v3="2533" />
+      <tetrahedron index="9175" v0="1185" v1="1577" v2="2533" v3="2800" />
+      <tetrahedron index="9176" v0="1577" v1="2533" v2="2800" v3="3192" />
+      <tetrahedron index="9177" v0="918" v1="1120" v2="1577" v3="2533" />
+      <tetrahedron index="9178" v0="1120" v1="1577" v2="2533" v3="2735" />
+      <tetrahedron index="9179" v0="1577" v1="2533" v2="2735" v3="3192" />
+      <tetrahedron index="9180" v0="864" v1="993" v2="1579" v3="2479" />
+      <tetrahedron index="9181" v0="993" v1="1579" v2="2479" v3="2608" />
+      <tetrahedron index="9182" v0="1579" v1="2479" v2="2608" v3="3194" />
+      <tetrahedron index="9183" v0="864" v1="1315" v2="1579" v3="2479" />
+      <tetrahedron index="9184" v0="1315" v1="1579" v2="2479" v3="2930" />
+      <tetrahedron index="9185" v0="1579" v1="2479" v2="2930" v3="3194" />
+      <tetrahedron index="9186" v0="408" v1="409" v2="500" v3="2023" />
+      <tetrahedron index="9187" v0="409" v1="500" v2="2023" v3="2024" />
+      <tetrahedron index="9188" v0="500" v1="2023" v2="2024" v3="2115" />
+      <tetrahedron index="9189" v0="408" v1="500" v2="501" v3="2023" />
+      <tetrahedron index="9190" v0="500" v1="501" v2="2023" v3="2115" />
+      <tetrahedron index="9191" v0="501" v1="2023" v2="2115" v3="2116" />
+      <tetrahedron index="9192" v0="991" v1="1406" v2="1499" v3="2606" />
+      <tetrahedron index="9193" v0="1406" v1="1499" v2="2606" v3="3021" />
+      <tetrahedron index="9194" v0="1499" v1="2606" v2="3021" v3="3114" />
+      <tetrahedron index="9195" v0="821" v1="991" v2="1499" v3="2436" />
+      <tetrahedron index="9196" v0="991" v1="1499" v2="2436" v3="2606" />
+      <tetrahedron index="9197" v0="1499" v1="2436" v2="2606" v3="3114" />
+      <tetrahedron index="9198" v0="1113" v1="1184" v2="1246" v3="2728" />
+      <tetrahedron index="9199" v0="1184" v1="1246" v2="2728" v3="2799" />
+      <tetrahedron index="9200" v0="1246" v1="2728" v2="2799" v3="2861" />
+      <tetrahedron index="9201" v0="66" v1="1113" v2="1246" v3="1681" />
+      <tetrahedron index="9202" v0="1113" v1="1246" v2="1681" v3="2728" />
+      <tetrahedron index="9203" v0="1246" v1="1681" v2="2728" v3="2861" />
+      <tetrahedron index="9204" v0="256" v1="851" v2="1284" v3="1871" />
+      <tetrahedron index="9205" v0="851" v1="1284" v2="1871" v3="2466" />
+      <tetrahedron index="9206" v0="1284" v1="1871" v2="2466" v3="2899" />
+      <tetrahedron index="9207" v0="256" v1="1284" v2="1525" v3="1871" />
+      <tetrahedron index="9208" v0="1284" v1="1525" v2="1871" v3="2899" />
+      <tetrahedron index="9209" v0="1525" v1="1871" v2="2899" v3="3140" />
+      <tetrahedron index="9210" v0="847" v1="1305" v2="1539" v3="2462" />
+      <tetrahedron index="9211" v0="1305" v1="1539" v2="2462" v3="2920" />
+      <tetrahedron index="9212" v0="1539" v1="2462" v2="2920" v3="3154" />
+      <tetrahedron index="9213" v0="847" v1="944" v2="1539" v3="2462" />
+      <tetrahedron index="9214" v0="944" v1="1539" v2="2462" v3="2559" />
+      <tetrahedron index="9215" v0="1539" v1="2462" v2="2559" v3="3154" />
+      <tetrahedron index="9216" v0="321" v1="1234" v2="1589" v3="1936" />
+      <tetrahedron index="9217" v0="1234" v1="1589" v2="1936" v3="2849" />
+      <tetrahedron index="9218" v0="1589" v1="1936" v2="2849" v3="3204" />
+      <tetrahedron index="9219" v0="321" v1="800" v2="1589" v3="1936" />
+      <tetrahedron index="9220" v0="800" v1="1589" v2="1936" v3="2415" />
+      <tetrahedron index="9221" v0="1589" v1="1936" v2="2415" v3="3204" />
+      <tetrahedron index="9222" v0="334" v1="381" v2="1044" v3="1949" />
+      <tetrahedron index="9223" v0="381" v1="1044" v2="1949" v3="1996" />
+      <tetrahedron index="9224" v0="1044" v1="1949" v2="1996" v3="2659" />
+      <tetrahedron index="9225" v0="333" v1="334" v2="381" v3="1948" />
+      <tetrahedron index="9226" v0="334" v1="381" v2="1948" v3="1949" />
+      <tetrahedron index="9227" v0="381" v1="1948" v2="1949" v3="1996" />
+      <tetrahedron index="9228" v0="1147" v1="1149" v2="1594" v3="2762" />
+      <tetrahedron index="9229" v0="1149" v1="1594" v2="2762" v3="2764" />
+      <tetrahedron index="9230" v0="1594" v1="2762" v2="2764" v3="3209" />
+      <tetrahedron index="9231" v0="1147" v1="1505" v2="1594" v3="2762" />
+      <tetrahedron index="9232" v0="1505" v1="1594" v2="2762" v3="3120" />
+      <tetrahedron index="9233" v0="1594" v1="2762" v2="3120" v3="3209" />
+      <tetrahedron index="9234" v0="1327" v1="1328" v2="1473" v3="2942" />
+      <tetrahedron index="9235" v0="1328" v1="1473" v2="2942" v3="2943" />
+      <tetrahedron index="9236" v0="1473" v1="2942" v2="2943" v3="3088" />
+      <tetrahedron index="9237" v0="865" v1="1328" v2="1473" v3="2480" />
+      <tetrahedron index="9238" v0="1328" v1="1473" v2="2480" v3="2943" />
+      <tetrahedron index="9239" v0="1473" v1="2480" v2="2943" v3="3088" />
+      <tetrahedron index="9240" v0="1483" v1="1506" v2="1522" v3="3098" />
+      <tetrahedron index="9241" v0="1506" v1="1522" v2="3098" v3="3121" />
+      <tetrahedron index="9242" v0="1522" v1="3098" v2="3121" v3="3137" />
+      <tetrahedron index="9243" v0="1441" v1="1506" v2="1522" v3="3056" />
+      <tetrahedron index="9244" v0="1506" v1="1522" v2="3056" v3="3121" />
+      <tetrahedron index="9245" v0="1522" v1="3056" v2="3121" v3="3137" />
+      <tetrahedron index="9246" v0="1221" v1="1313" v2="1360" v3="2836" />
+      <tetrahedron index="9247" v0="1313" v1="1360" v2="2836" v3="2928" />
+      <tetrahedron index="9248" v0="1360" v1="2836" v2="2928" v3="2975" />
+      <tetrahedron index="9249" v0="1221" v1="1360" v2="1388" v3="2836" />
+      <tetrahedron index="9250" v0="1360" v1="1388" v2="2836" v3="2975" />
+      <tetrahedron index="9251" v0="1388" v1="2836" v2="2975" v3="3003" />
+      <tetrahedron index="9252" v0="130" v1="868" v2="938" v3="1745" />
+      <tetrahedron index="9253" v0="868" v1="938" v2="1745" v3="2483" />
+      <tetrahedron index="9254" v0="938" v1="1745" v2="2483" v3="2553" />
+      <tetrahedron index="9255" v0="130" v1="696" v2="938" v3="1745" />
+      <tetrahedron index="9256" v0="696" v1="938" v2="1745" v3="2311" />
+      <tetrahedron index="9257" v0="938" v1="1745" v2="2311" v3="2553" />
+      <tetrahedron index="9258" v0="703" v1="1086" v2="1118" v3="2318" />
+      <tetrahedron index="9259" v0="1086" v1="1118" v2="2318" v3="2701" />
+      <tetrahedron index="9260" v0="1118" v1="2318" v2="2701" v3="2733" />
+      <tetrahedron index="9261" v0="703" v1="1086" v2="1087" v3="2318" />
+      <tetrahedron index="9262" v0="1086" v1="1087" v2="2318" v3="2701" />
+      <tetrahedron index="9263" v0="1087" v1="2318" v2="2701" v3="2702" />
+      <tetrahedron index="9264" v0="1287" v1="1299" v2="1320" v3="2902" />
+      <tetrahedron index="9265" v0="1299" v1="1320" v2="2902" v3="2914" />
+      <tetrahedron index="9266" v0="1320" v1="2902" v2="2914" v3="2935" />
+      <tetrahedron index="9267" v0="1287" v1="1298" v2="1299" v3="2902" />
+      <tetrahedron index="9268" v0="1298" v1="1299" v2="2902" v3="2913" />
+      <tetrahedron index="9269" v0="1299" v1="2902" v2="2913" v3="2914" />
+      <tetrahedron index="9270" v0="806" v1="1396" v2="1490" v3="2421" />
+      <tetrahedron index="9271" v0="1396" v1="1490" v2="2421" v3="3011" />
+      <tetrahedron index="9272" v0="1490" v1="2421" v2="3011" v3="3105" />
+      <tetrahedron index="9273" v0="806" v1="808" v2="1396" v3="2421" />
+      <tetrahedron index="9274" v0="808" v1="1396" v2="2421" v3="2423" />
+      <tetrahedron index="9275" v0="1396" v1="2421" v2="2423" v3="3011" />
+      <tetrahedron index="9276" v0="601" v1="915" v2="1572" v3="2216" />
+      <tetrahedron index="9277" v0="915" v1="1572" v2="2216" v3="2530" />
+      <tetrahedron index="9278" v0="1572" v1="2216" v2="2530" v3="3187" />
+      <tetrahedron index="9279" v0="915" v1="1137" v2="1572" v3="2530" />
+      <tetrahedron index="9280" v0="1137" v1="1572" v2="2530" v3="2752" />
+      <tetrahedron index="9281" v0="1572" v1="2530" v2="2752" v3="3187" />
+      <tetrahedron index="9282" v0="159" v1="663" v2="1341" v3="1774" />
+      <tetrahedron index="9283" v0="663" v1="1341" v2="1774" v3="2278" />
+      <tetrahedron index="9284" v0="1341" v1="1774" v2="2278" v3="2956" />
+      <tetrahedron index="9285" v0="158" v1="159" v2="1341" v3="1773" />
+      <tetrahedron index="9286" v0="159" v1="1341" v2="1773" v3="1774" />
+      <tetrahedron index="9287" v0="1341" v1="1773" v2="1774" v3="2956" />
+      <tetrahedron index="9288" v0="349" v1="469" v2="1525" v3="1964" />
+      <tetrahedron index="9289" v0="469" v1="1525" v2="1964" v3="2084" />
+      <tetrahedron index="9290" v0="1525" v1="1964" v2="2084" v3="3140" />
+      <tetrahedron index="9291" v0="349" v1="350" v2="469" v3="1964" />
+      <tetrahedron index="9292" v0="350" v1="469" v2="1964" v3="1965" />
+      <tetrahedron index="9293" v0="469" v1="1964" v2="1965" v3="2084" />
+      <tetrahedron index="9294" v0="935" v1="1222" v2="1290" v3="2550" />
+      <tetrahedron index="9295" v0="1222" v1="1290" v2="2550" v3="2837" />
+      <tetrahedron index="9296" v0="1290" v1="2550" v2="2837" v3="2905" />
+      <tetrahedron index="9297" v0="934" v1="935" v2="1290" v3="2549" />
+      <tetrahedron index="9298" v0="935" v1="1290" v2="2549" v3="2550" />
+      <tetrahedron index="9299" v0="1290" v1="2549" v2="2550" v3="2905" />
+      <tetrahedron index="9300" v0="18" v1="140" v2="322" v3="1633" />
+      <tetrahedron index="9301" v0="140" v1="322" v2="1633" v3="1755" />
+      <tetrahedron index="9302" v0="322" v1="1633" v2="1755" v3="1937" />
+      <tetrahedron index="9303" v0="16" v1="18" v2="140" v3="1631" />
+      <tetrahedron index="9304" v0="18" v1="140" v2="1631" v3="1633" />
+      <tetrahedron index="9305" v0="140" v1="1631" v2="1633" v3="1755" />
+      <tetrahedron index="9306" v0="416" v1="648" v2="649" v3="2031" />
+      <tetrahedron index="9307" v0="648" v1="649" v2="2031" v3="2263" />
+      <tetrahedron index="9308" v0="649" v1="2031" v2="2263" v3="2264" />
+      <tetrahedron index="9309" v0="416" v1="649" v2="1415" v3="2031" />
+      <tetrahedron index="9310" v0="649" v1="1415" v2="2031" v3="2264" />
+      <tetrahedron index="9311" v0="1415" v1="2031" v2="2264" v3="3030" />
+      <tetrahedron index="9312" v0="348" v1="585" v2="1061" v3="1963" />
+      <tetrahedron index="9313" v0="585" v1="1061" v2="1963" v3="2200" />
+      <tetrahedron index="9314" v0="1061" v1="1963" v2="2200" v3="2676" />
+      <tetrahedron index="9315" v0="348" v1="433" v2="585" v3="1963" />
+      <tetrahedron index="9316" v0="433" v1="585" v2="1963" v3="2048" />
+      <tetrahedron index="9317" v0="585" v1="1963" v2="2048" v3="2200" />
+      <tetrahedron index="9318" v0="1208" v1="1322" v2="1396" v3="2823" />
+      <tetrahedron index="9319" v0="1322" v1="1396" v2="2823" v3="2937" />
+      <tetrahedron index="9320" v0="1396" v1="2823" v2="2937" v3="3011" />
+      <tetrahedron index="9321" v0="1301" v1="1322" v2="1396" v3="2916" />
+      <tetrahedron index="9322" v0="1322" v1="1396" v2="2916" v3="2937" />
+      <tetrahedron index="9323" v0="1396" v1="2916" v2="2937" v3="3011" />
+      <tetrahedron index="9324" v0="237" v1="1099" v2="1369" v3="1852" />
+      <tetrahedron index="9325" v0="1099" v1="1369" v2="1852" v3="2714" />
+      <tetrahedron index="9326" v0="1369" v1="1852" v2="2714" v3="2984" />
+      <tetrahedron index="9327" v0="237" v1="571" v2="1369" v3="1852" />
+      <tetrahedron index="9328" v0="571" v1="1369" v2="1852" v3="2186" />
+      <tetrahedron index="9329" v0="1369" v1="1852" v2="2186" v3="2984" />
+      <tetrahedron index="9330" v0="210" v1="475" v2="1319" v3="1825" />
+      <tetrahedron index="9331" v0="475" v1="1319" v2="1825" v3="2090" />
+      <tetrahedron index="9332" v0="1319" v1="1825" v2="2090" v3="2934" />
+      <tetrahedron index="9333" v0="475" v1="1319" v2="1561" v3="2090" />
+      <tetrahedron index="9334" v0="1319" v1="1561" v2="2090" v3="2934" />
+      <tetrahedron index="9335" v0="1561" v1="2090" v2="2934" v3="3176" />
+      <tetrahedron index="9336" v0="124" v1="652" v2="952" v3="1739" />
+      <tetrahedron index="9337" v0="652" v1="952" v2="1739" v3="2267" />
+      <tetrahedron index="9338" v0="952" v1="1739" v2="2267" v3="2567" />
+      <tetrahedron index="9339" v0="652" v1="952" v2="1561" v3="2267" />
+      <tetrahedron index="9340" v0="952" v1="1561" v2="2267" v3="2567" />
+      <tetrahedron index="9341" v0="1561" v1="2267" v2="2567" v3="3176" />
+      <tetrahedron index="9342" v0="310" v1="495" v2="1510" v3="1925" />
+      <tetrahedron index="9343" v0="495" v1="1510" v2="1925" v3="2110" />
+      <tetrahedron index="9344" v0="1510" v1="1925" v2="2110" v3="3125" />
+      <tetrahedron index="9345" v0="196" v1="198" v2="942" v3="1811" />
+      <tetrahedron index="9346" v0="198" v1="942" v2="1811" v3="1813" />
+      <tetrahedron index="9347" v0="942" v1="1811" v2="1813" v3="2557" />
+      <tetrahedron index="9348" v0="198" v1="942" v2="1139" v3="1813" />
+      <tetrahedron index="9349" v0="942" v1="1139" v2="1813" v3="2557" />
+      <tetrahedron index="9350" v0="1139" v1="1813" v2="2557" v3="2754" />
+      <tetrahedron index="9351" v0="46" v1="146" v2="1105" v3="1661" />
+      <tetrahedron index="9352" v0="146" v1="1105" v2="1661" v3="1761" />
+      <tetrahedron index="9353" v0="1105" v1="1661" v2="1761" v3="2720" />
+      <tetrahedron index="9354" v0="46" v1="482" v2="1105" v3="1661" />
+      <tetrahedron index="9355" v0="482" v1="1105" v2="1661" v3="2097" />
+      <tetrahedron index="9356" v0="1105" v1="1661" v2="2097" v3="2720" />
+      <tetrahedron index="9357" v0="56" v1="482" v2="511" v3="1671" />
+      <tetrahedron index="9358" v0="482" v1="511" v2="1671" v3="2097" />
+      <tetrahedron index="9359" v0="511" v1="1671" v2="2097" v3="2126" />
+      <tetrahedron index="9360" v0="482" v1="511" v2="720" v3="2097" />
+      <tetrahedron index="9361" v0="511" v1="720" v2="2097" v3="2126" />
+      <tetrahedron index="9362" v0="720" v1="2097" v2="2126" v3="2335" />
+      <tetrahedron index="9363" v0="58" v1="452" v2="720" v3="1673" />
+      <tetrahedron index="9364" v0="452" v1="720" v2="1673" v3="2067" />
+      <tetrahedron index="9365" v0="720" v1="1673" v2="2067" v3="2335" />
+      <tetrahedron index="9366" v0="58" v1="720" v2="1105" v3="1673" />
+      <tetrahedron index="9367" v0="720" v1="1105" v2="1673" v3="2335" />
+      <tetrahedron index="9368" v0="1105" v1="1673" v2="2335" v3="2720" />
+      <tetrahedron index="9369" v0="1096" v1="1507" v2="1523" v3="2711" />
+      <tetrahedron index="9370" v0="1507" v1="1523" v2="2711" v3="3122" />
+      <tetrahedron index="9371" v0="1523" v1="2711" v2="3122" v3="3138" />
+      <tetrahedron index="9372" v0="1483" v1="1507" v2="1523" v3="3098" />
+      <tetrahedron index="9373" v0="1507" v1="1523" v2="3098" v3="3122" />
+      <tetrahedron index="9374" v0="1523" v1="3098" v2="3122" v3="3138" />
+      <tetrahedron index="9375" v0="1324" v1="1505" v2="1521" v3="2939" />
+      <tetrahedron index="9376" v0="1505" v1="1521" v2="2939" v3="3120" />
+      <tetrahedron index="9377" v0="1521" v1="2939" v2="3120" v3="3136" />
+      <tetrahedron index="9378" v0="1245" v1="1505" v2="1521" v3="2860" />
+      <tetrahedron index="9379" v0="1505" v1="1521" v2="2860" v3="3120" />
+      <tetrahedron index="9380" v0="1521" v1="2860" v2="3120" v3="3136" />
+      <tetrahedron index="9381" v0="415" v1="1416" v2="1556" v3="2030" />
+      <tetrahedron index="9382" v0="1416" v1="1556" v2="2030" v3="3031" />
+      <tetrahedron index="9383" v0="1556" v1="2030" v2="3031" v3="3171" />
+      <tetrahedron index="9384" v0="91" v1="1416" v2="1556" v3="1706" />
+      <tetrahedron index="9385" v0="1416" v1="1556" v2="1706" v3="3031" />
+      <tetrahedron index="9386" v0="1556" v1="1706" v2="3031" v3="3171" />
+      <tetrahedron index="9387" v0="1340" v1="1574" v2="1614" v3="2955" />
+      <tetrahedron index="9388" v0="1574" v1="1614" v2="2955" v3="3189" />
+      <tetrahedron index="9389" v0="1614" v1="2955" v2="3189" v3="3229" />
+      <tetrahedron index="9390" v0="1516" v1="1574" v2="1614" v3="3131" />
+      <tetrahedron index="9391" v0="1574" v1="1614" v2="3131" v3="3189" />
+      <tetrahedron index="9392" v0="1614" v1="3131" v2="3189" v3="3229" />
+      <tetrahedron index="9393" v0="1282" v1="1397" v2="1402" v3="2897" />
+      <tetrahedron index="9394" v0="1397" v1="1402" v2="2897" v3="3012" />
+      <tetrahedron index="9395" v0="1402" v1="2897" v2="3012" v3="3017" />
+      <tetrahedron index="9396" v0="729" v1="1282" v2="1402" v3="2344" />
+      <tetrahedron index="9397" v0="1282" v1="1402" v2="2344" v3="2897" />
+      <tetrahedron index="9398" v0="1402" v1="2344" v2="2897" v3="3017" />
+      <tetrahedron index="9399" v0="832" v1="924" v2="1453" v3="2447" />
+      <tetrahedron index="9400" v0="924" v1="1453" v2="2447" v3="2539" />
+      <tetrahedron index="9401" v0="1453" v1="2447" v2="2539" v3="3068" />
+      <tetrahedron index="9402" v0="832" v1="1453" v2="1454" v3="2447" />
+      <tetrahedron index="9403" v0="1453" v1="1454" v2="2447" v3="3068" />
+      <tetrahedron index="9404" v0="1454" v1="2447" v2="3068" v3="3069" />
+      <tetrahedron index="9405" v0="261" v1="262" v2="1564" v3="1876" />
+      <tetrahedron index="9406" v0="262" v1="1564" v2="1876" v3="1877" />
+      <tetrahedron index="9407" v0="1564" v1="1876" v2="1877" v3="3179" />
+      <tetrahedron index="9408" v0="261" v1="1498" v2="1564" v3="1876" />
+      <tetrahedron index="9409" v0="1498" v1="1564" v2="1876" v3="3113" />
+      <tetrahedron index="9410" v0="1564" v1="1876" v2="3113" v3="3179" />
+      <tetrahedron index="9411" v0="341" v1="520" v2="742" v3="1956" />
+      <tetrahedron index="9412" v0="520" v1="742" v2="1956" v3="2135" />
+      <tetrahedron index="9413" v0="742" v1="1956" v2="2135" v3="2357" />
+      <tetrahedron index="9414" v0="341" v1="520" v2="1456" v3="1956" />
+      <tetrahedron index="9415" v0="520" v1="1456" v2="1956" v3="2135" />
+      <tetrahedron index="9416" v0="1456" v1="1956" v2="2135" v3="3071" />
+      <tetrahedron index="9417" v0="963" v1="1066" v2="1458" v3="2578" />
+      <tetrahedron index="9418" v0="1066" v1="1458" v2="2578" v3="2681" />
+      <tetrahedron index="9419" v0="1458" v1="2578" v2="2681" v3="3073" />
+      <tetrahedron index="9420" v0="963" v1="1065" v2="1066" v3="2578" />
+      <tetrahedron index="9421" v0="1065" v1="1066" v2="2578" v3="2680" />
+      <tetrahedron index="9422" v0="1066" v1="2578" v2="2680" v3="2681" />
+      <tetrahedron index="9423" v0="711" v1="1443" v2="1573" v3="2326" />
+      <tetrahedron index="9424" v0="1443" v1="1573" v2="2326" v3="3058" />
+      <tetrahedron index="9425" v0="1573" v1="2326" v2="3058" v3="3188" />
+      <tetrahedron index="9426" v0="711" v1="1509" v2="1573" v3="2326" />
+      <tetrahedron index="9427" v0="1509" v1="1573" v2="2326" v3="3124" />
+      <tetrahedron index="9428" v0="1573" v1="2326" v2="3124" v3="3188" />
+      <tetrahedron index="9429" v0="1502" v1="1515" v2="1516" v3="3117" />
+      <tetrahedron index="9430" v0="1515" v1="1516" v2="3117" v3="3130" />
+      <tetrahedron index="9431" v0="1516" v1="3117" v2="3130" v3="3131" />
+      <tetrahedron index="9432" v0="875" v1="1343" v2="1344" v3="2490" />
+      <tetrahedron index="9433" v0="1343" v1="1344" v2="2490" v3="2958" />
+      <tetrahedron index="9434" v0="1344" v1="2490" v2="2958" v3="2959" />
+      <tetrahedron index="9435" v0="875" v1="1343" v2="1388" v3="2490" />
+      <tetrahedron index="9436" v0="1343" v1="1388" v2="2490" v3="2958" />
+      <tetrahedron index="9437" v0="1388" v1="2490" v2="2958" v3="3003" />
+      <tetrahedron index="9438" v0="202" v1="275" v2="276" v3="1817" />
+      <tetrahedron index="9439" v0="275" v1="276" v2="1817" v3="1890" />
+      <tetrahedron index="9440" v0="276" v1="1817" v2="1890" v3="1891" />
+      <tetrahedron index="9441" v0="202" v1="276" v2="835" v3="1817" />
+      <tetrahedron index="9442" v0="276" v1="835" v2="1817" v3="1891" />
+      <tetrahedron index="9443" v0="835" v1="1817" v2="1891" v3="2450" />
+      <tetrahedron index="9444" v0="1338" v1="1609" v2="1614" v3="2953" />
+      <tetrahedron index="9445" v0="1609" v1="1614" v2="2953" v3="3224" />
+      <tetrahedron index="9446" v0="1614" v1="2953" v2="3224" v3="3229" />
+      <tetrahedron index="9447" v0="1338" v1="1340" v2="1614" v3="2953" />
+      <tetrahedron index="9448" v0="1340" v1="1614" v2="2953" v3="2955" />
+      <tetrahedron index="9449" v0="1614" v1="2953" v2="2955" v3="3229" />
+      <tetrahedron index="9450" v0="586" v1="959" v2="1062" v3="2201" />
+      <tetrahedron index="9451" v0="959" v1="1062" v2="2201" v3="2574" />
+      <tetrahedron index="9452" v0="1062" v1="2201" v2="2574" v3="2677" />
+      <tetrahedron index="9453" v0="585" v1="586" v2="1062" v3="2200" />
+      <tetrahedron index="9454" v0="586" v1="1062" v2="2200" v3="2201" />
+      <tetrahedron index="9455" v0="1062" v1="2200" v2="2201" v3="2677" />
+      <tetrahedron index="9456" v0="423" v1="841" v2="1554" v3="2038" />
+      <tetrahedron index="9457" v0="841" v1="1554" v2="2038" v3="2456" />
+      <tetrahedron index="9458" v0="1554" v1="2038" v2="2456" v3="3169" />
+      <tetrahedron index="9459" v0="841" v1="842" v2="1554" v3="2456" />
+      <tetrahedron index="9460" v0="842" v1="1554" v2="2456" v3="2457" />
+      <tetrahedron index="9461" v0="1554" v1="2456" v2="2457" v3="3169" />
+      <tetrahedron index="9462" v0="667" v1="900" v2="1372" v3="2282" />
+      <tetrahedron index="9463" v0="900" v1="1372" v2="2282" v3="2515" />
+      <tetrahedron index="9464" v0="1372" v1="2282" v2="2515" v3="2987" />
+      <tetrahedron index="9465" v0="773" v1="900" v2="1372" v3="2388" />
+      <tetrahedron index="9466" v0="900" v1="1372" v2="2388" v3="2515" />
+      <tetrahedron index="9467" v0="1372" v1="2388" v2="2515" v3="2987" />
+      <tetrahedron index="9468" v0="770" v1="771" v2="1533" v3="2385" />
+      <tetrahedron index="9469" v0="771" v1="1533" v2="2385" v3="2386" />
+      <tetrahedron index="9470" v0="1533" v1="2385" v2="2386" v3="3148" />
+      <tetrahedron index="9471" v0="735" v1="770" v2="1533" v3="2350" />
+      <tetrahedron index="9472" v0="770" v1="1533" v2="2350" v3="2385" />
+      <tetrahedron index="9473" v0="1533" v1="2350" v2="2385" v3="3148" />
+      <tetrahedron index="9474" v0="103" v1="1035" v2="1479" v3="1718" />
+      <tetrahedron index="9475" v0="1035" v1="1479" v2="1718" v3="2650" />
+      <tetrahedron index="9476" v0="1479" v1="1718" v2="2650" v3="3094" />
+      <tetrahedron index="9477" v0="1035" v1="1308" v2="1479" v3="2650" />
+      <tetrahedron index="9478" v0="1308" v1="1479" v2="2650" v3="2923" />
+      <tetrahedron index="9479" v0="1479" v1="2650" v2="2923" v3="3094" />
+      <tetrahedron index="9480" v0="1495" v1="1517" v2="1599" v3="3110" />
+      <tetrahedron index="9481" v0="1517" v1="1599" v2="3110" v3="3132" />
+      <tetrahedron index="9482" v0="1599" v1="3110" v2="3132" v3="3214" />
+      <tetrahedron index="9483" v0="861" v1="1495" v2="1599" v3="2476" />
+      <tetrahedron index="9484" v0="1495" v1="1599" v2="2476" v3="3110" />
+      <tetrahedron index="9485" v0="1599" v1="2476" v2="3110" v3="3214" />
+      <tetrahedron index="9486" v0="347" v1="1386" v2="1513" v3="1962" />
+      <tetrahedron index="9487" v0="1386" v1="1513" v2="1962" v3="3001" />
+      <tetrahedron index="9488" v0="1513" v1="1962" v2="3001" v3="3128" />
+      <tetrahedron index="9489" v0="1219" v1="1386" v2="1513" v3="2834" />
+      <tetrahedron index="9490" v0="1386" v1="1513" v2="2834" v3="3001" />
+      <tetrahedron index="9491" v0="1513" v1="2834" v2="3001" v3="3128" />
+      <tetrahedron index="9492" v0="1093" v1="1094" v2="1164" v3="2708" />
+      <tetrahedron index="9493" v0="1094" v1="1164" v2="2708" v3="2709" />
+      <tetrahedron index="9494" v0="1164" v1="2708" v2="2709" v3="2779" />
+      <tetrahedron index="9495" v0="1094" v1="1164" v2="1425" v3="2709" />
+      <tetrahedron index="9496" v0="1164" v1="1425" v2="2709" v3="2779" />
+      <tetrahedron index="9497" v0="1425" v1="2709" v2="2779" v3="3040" />
+      <tetrahedron index="9498" v0="389" v1="1536" v2="1597" v3="2004" />
+      <tetrahedron index="9499" v0="1536" v1="1597" v2="2004" v3="3151" />
+      <tetrahedron index="9500" v0="1597" v1="2004" v2="3151" v3="3212" />
+      <tetrahedron index="9501" v0="1081" v1="1536" v2="1597" v3="2696" />
+      <tetrahedron index="9502" v0="1536" v1="1597" v2="2696" v3="3151" />
+      <tetrahedron index="9503" v0="1597" v1="2696" v2="3151" v3="3212" />
+      <tetrahedron index="9504" v0="1249" v1="1250" v2="1449" v3="2864" />
+      <tetrahedron index="9505" v0="1250" v1="1449" v2="2864" v3="2865" />
+      <tetrahedron index="9506" v0="1449" v1="2864" v2="2865" v3="3064" />
+      <tetrahedron index="9507" v0="1249" v1="1448" v2="1449" v3="2864" />
+      <tetrahedron index="9508" v0="1448" v1="1449" v2="2864" v3="3063" />
+      <tetrahedron index="9509" v0="1449" v1="2864" v2="3063" v3="3064" />
+      <tetrahedron index="9510" v0="311" v1="799" v2="1596" v3="1926" />
+      <tetrahedron index="9511" v0="799" v1="1596" v2="1926" v3="2414" />
+      <tetrahedron index="9512" v0="1596" v1="1926" v2="2414" v3="3211" />
+      <tetrahedron index="9513" v0="311" v1="1510" v2="1596" v3="1926" />
+      <tetrahedron index="9514" v0="1510" v1="1596" v2="1926" v3="3125" />
+      <tetrahedron index="9515" v0="1596" v1="1926" v2="3125" v3="3211" />
+      <tetrahedron index="9516" v0="1135" v1="1136" v2="1314" v3="2750" />
+      <tetrahedron index="9517" v0="1136" v1="1314" v2="2750" v3="2751" />
+      <tetrahedron index="9518" v0="1314" v1="2750" v2="2751" v3="2929" />
+      <tetrahedron index="9519" v0="1136" v1="1314" v2="1316" v3="2751" />
+      <tetrahedron index="9520" v0="1314" v1="1316" v2="2751" v3="2929" />
+      <tetrahedron index="9521" v0="1316" v1="2751" v2="2929" v3="2931" />
+      <tetrahedron index="9522" v0="131" v1="249" v2="250" v3="1746" />
+      <tetrahedron index="9523" v0="249" v1="250" v2="1746" v3="1864" />
+      <tetrahedron index="9524" v0="250" v1="1746" v2="1864" v3="1865" />
+      <tetrahedron index="9525" v0="131" v1="250" v2="885" v3="1746" />
+      <tetrahedron index="9526" v0="250" v1="885" v2="1746" v3="1865" />
+      <tetrahedron index="9527" v0="885" v1="1746" v2="1865" v3="2500" />
+      <tetrahedron index="9528" v0="616" v1="1270" v2="1283" v3="2231" />
+      <tetrahedron index="9529" v0="1270" v1="1283" v2="2231" v3="2885" />
+      <tetrahedron index="9530" v0="1283" v1="2231" v2="2885" v3="2898" />
+      <tetrahedron index="9531" v0="616" v1="617" v2="1270" v3="2231" />
+      <tetrahedron index="9532" v0="617" v1="1270" v2="2231" v3="2232" />
+      <tetrahedron index="9533" v0="1270" v1="2231" v2="2232" v3="2885" />
+      <tetrahedron index="9534" v0="282" v1="448" v2="1198" v3="1897" />
+      <tetrahedron index="9535" v0="448" v1="1198" v2="1897" v3="2063" />
+      <tetrahedron index="9536" v0="1198" v1="1897" v2="2063" v3="2813" />
+      <tetrahedron index="9537" v0="282" v1="1134" v2="1198" v3="1897" />
+      <tetrahedron index="9538" v0="1134" v1="1198" v2="1897" v3="2749" />
+      <tetrahedron index="9539" v0="1198" v1="1897" v2="2749" v3="2813" />
+      <tetrahedron index="9540" v0="235" v1="526" v2="1144" v3="1850" />
+      <tetrahedron index="9541" v0="526" v1="1144" v2="1850" v3="2141" />
+      <tetrahedron index="9542" v0="1144" v1="1850" v2="2141" v3="2759" />
+      <tetrahedron index="9543" v0="235" v1="236" v2="1144" v3="1850" />
+      <tetrahedron index="9544" v0="236" v1="1144" v2="1850" v3="1851" />
+      <tetrahedron index="9545" v0="1144" v1="1850" v2="1851" v3="2759" />
+      <tetrahedron index="9546" v0="280" v1="715" v2="1146" v3="1895" />
+      <tetrahedron index="9547" v0="715" v1="1146" v2="1895" v3="2330" />
+      <tetrahedron index="9548" v0="1146" v1="1895" v2="2330" v3="2761" />
+      <tetrahedron index="9549" v0="471" v1="715" v2="1146" v3="2086" />
+      <tetrahedron index="9550" v0="715" v1="1146" v2="2086" v3="2330" />
+      <tetrahedron index="9551" v0="1146" v1="2086" v2="2330" v3="2761" />
+      <tetrahedron index="9552" v0="52" v1="54" v2="504" v3="1667" />
+      <tetrahedron index="9553" v0="54" v1="504" v2="1667" v3="1669" />
+      <tetrahedron index="9554" v0="504" v1="1667" v2="1669" v3="2119" />
+      <tetrahedron index="9555" v0="51" v1="52" v2="54" v3="1666" />
+      <tetrahedron index="9556" v0="52" v1="54" v2="1666" v3="1667" />
+      <tetrahedron index="9557" v0="54" v1="1666" v2="1667" v3="1669" />
+      <tetrahedron index="9558" v0="329" v1="573" v2="617" v3="1944" />
+      <tetrahedron index="9559" v0="573" v1="617" v2="1944" v3="2188" />
+      <tetrahedron index="9560" v0="617" v1="1944" v2="2188" v3="2232" />
+      <tetrahedron index="9561" v0="329" v1="492" v2="617" v3="1944" />
+      <tetrahedron index="9562" v0="492" v1="617" v2="1944" v3="2107" />
+      <tetrahedron index="9563" v0="617" v1="1944" v2="2107" v3="2232" />
+      <tetrahedron index="9564" v0="1484" v1="1514" v2="1591" v3="3099" />
+      <tetrahedron index="9565" v0="1514" v1="1591" v2="3099" v3="3129" />
+      <tetrahedron index="9566" v0="1591" v1="3099" v2="3129" v3="3206" />
+      <tetrahedron index="9567" v0="1256" v1="1514" v2="1591" v3="2871" />
+      <tetrahedron index="9568" v0="1514" v1="1591" v2="2871" v3="3129" />
+      <tetrahedron index="9569" v0="1591" v1="2871" v2="3129" v3="3206" />
+      <tetrahedron index="9570" v0="193" v1="401" v2="649" v3="1808" />
+      <tetrahedron index="9571" v0="401" v1="649" v2="1808" v3="2016" />
+      <tetrahedron index="9572" v0="649" v1="1808" v2="2016" v3="2264" />
+      <tetrahedron index="9573" v0="193" v1="649" v2="1504" v3="1808" />
+      <tetrahedron index="9574" v0="649" v1="1504" v2="1808" v3="2264" />
+      <tetrahedron index="9575" v0="1504" v1="1808" v2="2264" v3="3119" />
+      <tetrahedron index="9576" v0="239" v1="1358" v2="1387" v3="1854" />
+      <tetrahedron index="9577" v0="1358" v1="1387" v2="1854" v3="2973" />
+      <tetrahedron index="9578" v0="1387" v1="1854" v2="2973" v3="3002" />
+      <tetrahedron index="9579" v0="1358" v1="1387" v2="1452" v3="2973" />
+      <tetrahedron index="9580" v0="1387" v1="1452" v2="2973" v3="3002" />
+      <tetrahedron index="9581" v0="1452" v1="2973" v2="3002" v3="3067" />
+      <tetrahedron index="9582" v0="774" v1="1253" v2="1286" v3="2389" />
+      <tetrahedron index="9583" v0="1253" v1="1286" v2="2389" v3="2868" />
+      <tetrahedron index="9584" v0="1286" v1="2389" v2="2868" v3="2901" />
+      <tetrahedron index="9585" v0="630" v1="1253" v2="1286" v3="2245" />
+      <tetrahedron index="9586" v0="1253" v1="1286" v2="2245" v3="2868" />
+      <tetrahedron index="9587" v0="1286" v1="2245" v2="2868" v3="2901" />
+      <tetrahedron index="9588" v0="958" v1="962" v2="1600" v3="2573" />
+      <tetrahedron index="9589" v0="962" v1="1600" v2="2573" v3="2577" />
+      <tetrahedron index="9590" v0="1600" v1="2573" v2="2577" v3="3215" />
+      <tetrahedron index="9591" v0="873" v1="958" v2="962" v3="2488" />
+      <tetrahedron index="9592" v0="958" v1="962" v2="2488" v3="2573" />
+      <tetrahedron index="9593" v0="962" v1="2488" v2="2573" v3="2577" />
+      <tetrahedron index="9594" v0="1516" v1="1574" v2="1575" v3="3131" />
+      <tetrahedron index="9595" v0="1574" v1="1575" v2="3131" v3="3189" />
+      <tetrahedron index="9596" v0="1575" v1="3131" v2="3189" v3="3190" />
+      <tetrahedron index="9597" v0="1502" v1="1516" v2="1575" v3="3117" />
+      <tetrahedron index="9598" v0="1516" v1="1575" v2="3117" v3="3131" />
+      <tetrahedron index="9599" v0="1575" v1="3117" v2="3131" v3="3190" />
+      <tetrahedron index="9600" v0="1349" v1="1350" v2="1590" v3="2964" />
+      <tetrahedron index="9601" v0="1350" v1="1590" v2="2964" v3="2965" />
+      <tetrahedron index="9602" v0="1590" v1="2964" v2="2965" v3="3205" />
+      <tetrahedron index="9603" v0="1349" v1="1367" v2="1590" v3="2964" />
+      <tetrahedron index="9604" v0="1367" v1="1590" v2="2964" v3="2982" />
+      <tetrahedron index="9605" v0="1590" v1="2964" v2="2982" v3="3205" />
+      <tetrahedron index="9606" v0="678" v1="1260" v2="1610" v3="2293" />
+      <tetrahedron index="9607" v0="1260" v1="1610" v2="2293" v3="2875" />
+      <tetrahedron index="9608" v0="1610" v1="2293" v2="2875" v3="3225" />
+      <tetrahedron index="9609" v0="678" v1="679" v2="1260" v3="2293" />
+      <tetrahedron index="9610" v0="679" v1="1260" v2="2293" v3="2294" />
+      <tetrahedron index="9611" v0="1260" v1="2293" v2="2294" v3="2875" />
+      <tetrahedron index="9612" v0="155" v1="1262" v2="1487" v3="1770" />
+      <tetrahedron index="9613" v0="1262" v1="1487" v2="1770" v3="2877" />
+      <tetrahedron index="9614" v0="1487" v1="1770" v2="2877" v3="3102" />
+      <tetrahedron index="9615" v0="155" v1="1487" v2="1596" v3="1770" />
+      <tetrahedron index="9616" v0="1487" v1="1596" v2="1770" v3="3102" />
+      <tetrahedron index="9617" v0="1596" v1="1770" v2="3102" v3="3211" />
+      <tetrahedron index="9618" v0="1419" v1="1431" v2="1578" v3="3034" />
+      <tetrahedron index="9619" v0="1431" v1="1578" v2="3034" v3="3046" />
+      <tetrahedron index="9620" v0="1578" v1="3034" v2="3046" v3="3193" />
+      <tetrahedron index="9621" v0="1088" v1="1419" v2="1431" v3="2703" />
+      <tetrahedron index="9622" v0="1419" v1="1431" v2="2703" v3="3034" />
+      <tetrahedron index="9623" v0="1431" v1="2703" v2="3034" v3="3046" />
+      <tetrahedron index="9624" v0="662" v1="1530" v2="1602" v3="2277" />
+      <tetrahedron index="9625" v0="1530" v1="1602" v2="2277" v3="3145" />
+      <tetrahedron index="9626" v0="1602" v1="2277" v2="3145" v3="3217" />
+      <tetrahedron index="9627" v0="662" v1="919" v2="1530" v3="2277" />
+      <tetrahedron index="9628" v0="919" v1="1530" v2="2277" v3="2534" />
+      <tetrahedron index="9629" v0="1530" v1="2277" v2="2534" v3="3145" />
+      <tetrahedron index="9630" v0="619" v1="1595" v2="1613" v3="2234" />
+      <tetrahedron index="9631" v0="1595" v1="1613" v2="2234" v3="3210" />
+      <tetrahedron index="9632" v0="1613" v1="2234" v2="3210" v3="3228" />
+      <tetrahedron index="9633" v0="619" v1="1604" v2="1613" v3="2234" />
+      <tetrahedron index="9634" v0="1604" v1="1613" v2="2234" v3="3219" />
+      <tetrahedron index="9635" v0="1613" v1="2234" v2="3219" v3="3228" />
+      <tetrahedron index="9636" v0="310" v1="497" v2="503" v3="1925" />
+      <tetrahedron index="9637" v0="497" v1="503" v2="1925" v3="2112" />
+      <tetrahedron index="9638" v0="503" v1="1925" v2="2112" v3="2118" />
+      <tetrahedron index="9639" v0="310" v1="495" v2="497" v3="1925" />
+      <tetrahedron index="9640" v0="495" v1="497" v2="1925" v3="2110" />
+      <tetrahedron index="9641" v0="497" v1="1925" v2="2110" v3="2112" />
+      <tetrahedron index="9642" v0="53" v1="157" v2="775" v3="1668" />
+      <tetrahedron index="9643" v0="157" v1="775" v2="1668" v3="1772" />
+      <tetrahedron index="9644" v0="775" v1="1668" v2="1772" v3="2390" />
+      <tetrahedron index="9645" v0="53" v1="511" v2="775" v3="1668" />
+      <tetrahedron index="9646" v0="511" v1="775" v2="1668" v3="2126" />
+      <tetrahedron index="9647" v0="775" v1="1668" v2="2126" v3="2390" />
+      <tetrahedron index="9648" v0="735" v1="770" v2="1258" v3="2350" />
+      <tetrahedron index="9649" v0="770" v1="1258" v2="2350" v3="2385" />
+      <tetrahedron index="9650" v0="1258" v1="2350" v2="2385" v3="2873" />
+      <tetrahedron index="9651" v0="734" v1="735" v2="1258" v3="2349" />
+      <tetrahedron index="9652" v0="735" v1="1258" v2="2349" v3="2350" />
+      <tetrahedron index="9653" v0="1258" v1="2349" v2="2350" v3="2873" />
+      <tetrahedron index="9654" v0="249" v1="252" v2="1457" v3="1864" />
+      <tetrahedron index="9655" v0="252" v1="1457" v2="1864" v3="1867" />
+      <tetrahedron index="9656" v0="1457" v1="1864" v2="1867" v3="3072" />
+      <tetrahedron index="9657" v0="249" v1="1457" v2="1472" v3="1864" />
+      <tetrahedron index="9658" v0="1457" v1="1472" v2="1864" v3="3072" />
+      <tetrahedron index="9659" v0="1472" v1="1864" v2="3072" v3="3087" />
+      <tetrahedron index="9660" v0="61" v1="775" v2="1003" v3="1676" />
+      <tetrahedron index="9661" v0="775" v1="1003" v2="1676" v3="2390" />
+      <tetrahedron index="9662" v0="1003" v1="1676" v2="2390" v3="2618" />
+      <tetrahedron index="9663" v0="61" v1="530" v2="1003" v3="1676" />
+      <tetrahedron index="9664" v0="530" v1="1003" v2="1676" v3="2145" />
+      <tetrahedron index="9665" v0="1003" v1="1676" v2="2145" v3="2618" />
+      <tetrahedron index="9666" v0="446" v1="619" v2="1346" v3="2061" />
+      <tetrahedron index="9667" v0="619" v1="1346" v2="2061" v3="2234" />
+      <tetrahedron index="9668" v0="1346" v1="2061" v2="2234" v3="2961" />
+      <tetrahedron index="9669" v0="446" v1="590" v2="1346" v3="2061" />
+      <tetrahedron index="9670" v0="590" v1="1346" v2="2061" v3="2205" />
+      <tetrahedron index="9671" v0="1346" v1="2061" v2="2205" v3="2961" />
+      <tetrahedron index="9672" v0="473" v1="1385" v2="1589" v3="2088" />
+      <tetrahedron index="9673" v0="1385" v1="1589" v2="2088" v3="3000" />
+      <tetrahedron index="9674" v0="1589" v1="2088" v2="3000" v3="3204" />
+      <tetrahedron index="9675" v0="418" v1="473" v2="1385" v3="2033" />
+      <tetrahedron index="9676" v0="473" v1="1385" v2="2033" v3="2088" />
+      <tetrahedron index="9677" v0="1385" v1="2033" v2="2088" v3="3000" />
+      <tetrahedron index="9678" v0="1615" v1="1616" v2="1617" v3="3230" />
+      <tetrahedron index="9679" v0="1616" v1="1617" v2="3230" v3="3231" />
+      <tetrahedron index="9680" v0="1617" v1="3230" v2="3231" v3="3232" />
+      <tetrahedron index="9681" v0="1618" v1="1619" v2="1620" v3="3233" />
+      <tetrahedron index="9682" v0="1619" v1="1620" v2="3233" v3="3234" />
+      <tetrahedron index="9683" v0="1620" v1="3233" v2="3234" v3="3235" />
+      <tetrahedron index="9684" v0="1621" v1="1622" v2="1623" v3="3236" />
+      <tetrahedron index="9685" v0="1622" v1="1623" v2="3236" v3="3237" />
+      <tetrahedron index="9686" v0="1623" v1="3236" v2="3237" v3="3238" />
+      <tetrahedron index="9687" v0="1624" v1="1625" v2="1626" v3="3239" />
+      <tetrahedron index="9688" v0="1625" v1="1626" v2="3239" v3="3240" />
+      <tetrahedron index="9689" v0="1626" v1="3239" v2="3240" v3="3241" />
+      <tetrahedron index="9690" v0="1627" v1="1628" v2="1629" v3="3242" />
+      <tetrahedron index="9691" v0="1628" v1="1629" v2="3242" v3="3243" />
+      <tetrahedron index="9692" v0="1629" v1="3242" v2="3243" v3="3244" />
+      <tetrahedron index="9693" v0="1630" v1="1631" v2="1632" v3="3245" />
+      <tetrahedron index="9694" v0="1631" v1="1632" v2="3245" v3="3246" />
+      <tetrahedron index="9695" v0="1632" v1="3245" v2="3246" v3="3247" />
+      <tetrahedron index="9696" v0="1630" v1="1633" v2="1634" v3="3245" />
+      <tetrahedron index="9697" v0="1633" v1="1634" v2="3245" v3="3248" />
+      <tetrahedron index="9698" v0="1634" v1="3245" v2="3248" v3="3249" />
+      <tetrahedron index="9699" v0="1635" v1="1636" v2="1637" v3="3250" />
+      <tetrahedron index="9700" v0="1636" v1="1637" v2="3250" v3="3251" />
+      <tetrahedron index="9701" v0="1637" v1="3250" v2="3251" v3="3252" />
+      <tetrahedron index="9702" v0="1635" v1="1637" v2="1638" v3="3250" />
+      <tetrahedron index="9703" v0="1637" v1="1638" v2="3250" v3="3252" />
+      <tetrahedron index="9704" v0="1638" v1="3250" v2="3252" v3="3253" />
+      <tetrahedron index="9705" v0="1639" v1="1640" v2="1641" v3="3254" />
+      <tetrahedron index="9706" v0="1640" v1="1641" v2="3254" v3="3255" />
+      <tetrahedron index="9707" v0="1641" v1="3254" v2="3255" v3="3256" />
+      <tetrahedron index="9708" v0="1642" v1="1643" v2="1644" v3="3257" />
+      <tetrahedron index="9709" v0="1643" v1="1644" v2="3257" v3="3258" />
+      <tetrahedron index="9710" v0="1644" v1="3257" v2="3258" v3="3259" />
+      <tetrahedron index="9711" v0="1643" v1="1645" v2="1646" v3="3258" />
+      <tetrahedron index="9712" v0="1645" v1="1646" v2="3258" v3="3260" />
+      <tetrahedron index="9713" v0="1646" v1="3258" v2="3260" v3="3261" />
+      <tetrahedron index="9714" v0="1647" v1="1648" v2="1649" v3="3262" />
+      <tetrahedron index="9715" v0="1648" v1="1649" v2="3262" v3="3263" />
+      <tetrahedron index="9716" v0="1649" v1="3262" v2="3263" v3="3264" />
+      <tetrahedron index="9717" v0="1650" v1="1651" v2="1652" v3="3265" />
+      <tetrahedron index="9718" v0="1651" v1="1652" v2="3265" v3="3266" />
+      <tetrahedron index="9719" v0="1652" v1="3265" v2="3266" v3="3267" />
+      <tetrahedron index="9720" v0="1651" v1="1652" v2="1653" v3="3266" />
+      <tetrahedron index="9721" v0="1652" v1="1653" v2="3266" v3="3267" />
+      <tetrahedron index="9722" v0="1653" v1="3266" v2="3267" v3="3268" />
+      <tetrahedron index="9723" v0="1652" v1="1653" v2="1654" v3="3267" />
+      <tetrahedron index="9724" v0="1653" v1="1654" v2="3267" v3="3268" />
+      <tetrahedron index="9725" v0="1654" v1="3267" v2="3268" v3="3269" />
+      <tetrahedron index="9726" v0="1651" v1="1653" v2="1655" v3="3266" />
+      <tetrahedron index="9727" v0="1653" v1="1655" v2="3266" v3="3268" />
+      <tetrahedron index="9728" v0="1655" v1="3266" v2="3268" v3="3270" />
+      <tetrahedron index="9729" v0="1656" v1="1657" v2="1658" v3="3271" />
+      <tetrahedron index="9730" v0="1657" v1="1658" v2="3271" v3="3272" />
+      <tetrahedron index="9731" v0="1658" v1="3271" v2="3272" v3="3273" />
+      <tetrahedron index="9732" v0="1659" v1="1660" v2="1661" v3="3274" />
+      <tetrahedron index="9733" v0="1660" v1="1661" v2="3274" v3="3275" />
+      <tetrahedron index="9734" v0="1661" v1="3274" v2="3275" v3="3276" />
+      <tetrahedron index="9735" v0="1655" v1="1662" v2="1663" v3="3270" />
+      <tetrahedron index="9736" v0="1662" v1="1663" v2="3270" v3="3277" />
+      <tetrahedron index="9737" v0="1663" v1="3270" v2="3277" v3="3278" />
+      <tetrahedron index="9738" v0="1659" v1="1661" v2="1664" v3="3274" />
+      <tetrahedron index="9739" v0="1661" v1="1664" v2="3274" v3="3276" />
+      <tetrahedron index="9740" v0="1664" v1="3274" v2="3276" v3="3279" />
+      <tetrahedron index="9741" v0="1665" v1="1666" v2="1667" v3="3280" />
+      <tetrahedron index="9742" v0="1666" v1="1667" v2="3280" v3="3281" />
+      <tetrahedron index="9743" v0="1667" v1="3280" v2="3281" v3="3282" />
+      <tetrahedron index="9744" v0="1665" v1="1666" v2="1668" v3="3280" />
+      <tetrahedron index="9745" v0="1666" v1="1668" v2="3280" v3="3281" />
+      <tetrahedron index="9746" v0="1668" v1="3280" v2="3281" v3="3283" />
+      <tetrahedron index="9747" v0="1663" v1="1666" v2="1669" v3="3278" />
+      <tetrahedron index="9748" v0="1666" v1="1669" v2="3278" v3="3281" />
+      <tetrahedron index="9749" v0="1669" v1="3278" v2="3281" v3="3284" />
+      <tetrahedron index="9750" v0="1662" v1="1663" v2="1669" v3="3277" />
+      <tetrahedron index="9751" v0="1663" v1="1669" v2="3277" v3="3278" />
+      <tetrahedron index="9752" v0="1669" v1="3277" v2="3278" v3="3284" />
+      <tetrahedron index="9753" v0="1655" v1="1662" v2="1670" v3="3270" />
+      <tetrahedron index="9754" v0="1662" v1="1670" v2="3270" v3="3277" />
+      <tetrahedron index="9755" v0="1670" v1="3270" v2="3277" v3="3285" />
+      <tetrahedron index="9756" v0="1665" v1="1668" v2="1671" v3="3280" />
+      <tetrahedron index="9757" v0="1668" v1="1671" v2="3280" v3="3283" />
+      <tetrahedron index="9758" v0="1671" v1="3280" v2="3283" v3="3286" />
+      <tetrahedron index="9759" v0="1662" v1="1670" v2="1672" v3="3277" />
+      <tetrahedron index="9760" v0="1670" v1="1672" v2="3277" v3="3285" />
+      <tetrahedron index="9761" v0="1672" v1="3277" v2="3285" v3="3287" />
+      <tetrahedron index="9762" v0="1673" v1="1674" v2="1675" v3="3288" />
+      <tetrahedron index="9763" v0="1674" v1="1675" v2="3288" v3="3289" />
+      <tetrahedron index="9764" v0="1675" v1="3288" v2="3289" v3="3290" />
+      <tetrahedron index="9765" v0="1676" v1="1677" v2="1678" v3="3291" />
+      <tetrahedron index="9766" v0="1677" v1="1678" v2="3291" v3="3292" />
+      <tetrahedron index="9767" v0="1678" v1="3291" v2="3292" v3="3293" />
+      <tetrahedron index="9768" v0="1679" v1="1680" v2="1681" v3="3294" />
+      <tetrahedron index="9769" v0="1680" v1="1681" v2="3294" v3="3295" />
+      <tetrahedron index="9770" v0="1681" v1="3294" v2="3295" v3="3296" />
+      <tetrahedron index="9771" v0="1679" v1="1681" v2="1682" v3="3294" />
+      <tetrahedron index="9772" v0="1681" v1="1682" v2="3294" v3="3296" />
+      <tetrahedron index="9773" v0="1682" v1="3294" v2="3296" v3="3297" />
+      <tetrahedron index="9774" v0="1683" v1="1684" v2="1685" v3="3298" />
+      <tetrahedron index="9775" v0="1684" v1="1685" v2="3298" v3="3299" />
+      <tetrahedron index="9776" v0="1685" v1="3298" v2="3299" v3="3300" />
+      <tetrahedron index="9777" v0="1684" v1="1686" v2="1687" v3="3299" />
+      <tetrahedron index="9778" v0="1686" v1="1687" v2="3299" v3="3301" />
+      <tetrahedron index="9779" v0="1687" v1="3299" v2="3301" v3="3302" />
+      <tetrahedron index="9780" v0="1688" v1="1689" v2="1690" v3="3303" />
+      <tetrahedron index="9781" v0="1689" v1="1690" v2="3303" v3="3304" />
+      <tetrahedron index="9782" v0="1690" v1="3303" v2="3304" v3="3305" />
+      <tetrahedron index="9783" v0="1691" v1="1692" v2="1693" v3="3306" />
+      <tetrahedron index="9784" v0="1692" v1="1693" v2="3306" v3="3307" />
+      <tetrahedron index="9785" v0="1693" v1="3306" v2="3307" v3="3308" />
+      <tetrahedron index="9786" v0="1694" v1="1695" v2="1696" v3="3309" />
+      <tetrahedron index="9787" v0="1695" v1="1696" v2="3309" v3="3310" />
+      <tetrahedron index="9788" v0="1696" v1="3309" v2="3310" v3="3311" />
+      <tetrahedron index="9789" v0="1697" v1="1698" v2="1699" v3="3312" />
+      <tetrahedron index="9790" v0="1698" v1="1699" v2="3312" v3="3313" />
+      <tetrahedron index="9791" v0="1699" v1="3312" v2="3313" v3="3314" />
+      <tetrahedron index="9792" v0="1700" v1="1701" v2="1702" v3="3315" />
+      <tetrahedron index="9793" v0="1701" v1="1702" v2="3315" v3="3316" />
+      <tetrahedron index="9794" v0="1702" v1="3315" v2="3316" v3="3317" />
+      <tetrahedron index="9795" v0="1703" v1="1704" v2="1705" v3="3318" />
+      <tetrahedron index="9796" v0="1704" v1="1705" v2="3318" v3="3319" />
+      <tetrahedron index="9797" v0="1705" v1="3318" v2="3319" v3="3320" />
+      <tetrahedron index="9798" v0="1706" v1="1707" v2="1708" v3="3321" />
+      <tetrahedron index="9799" v0="1707" v1="1708" v2="3321" v3="3322" />
+      <tetrahedron index="9800" v0="1708" v1="3321" v2="3322" v3="3323" />
+      <tetrahedron index="9801" v0="1709" v1="1710" v2="1711" v3="3324" />
+      <tetrahedron index="9802" v0="1710" v1="1711" v2="3324" v3="3325" />
+      <tetrahedron index="9803" v0="1711" v1="3324" v2="3325" v3="3326" />
+      <tetrahedron index="9804" v0="1712" v1="1713" v2="1714" v3="3327" />
+      <tetrahedron index="9805" v0="1713" v1="1714" v2="3327" v3="3328" />
+      <tetrahedron index="9806" v0="1714" v1="3327" v2="3328" v3="3329" />
+      <tetrahedron index="9807" v0="1715" v1="1716" v2="1717" v3="3330" />
+      <tetrahedron index="9808" v0="1716" v1="1717" v2="3330" v3="3331" />
+      <tetrahedron index="9809" v0="1717" v1="3330" v2="3331" v3="3332" />
+      <tetrahedron index="9810" v0="1718" v1="1719" v2="1720" v3="3333" />
+      <tetrahedron index="9811" v0="1719" v1="1720" v2="3333" v3="3334" />
+      <tetrahedron index="9812" v0="1720" v1="3333" v2="3334" v3="3335" />
+      <tetrahedron index="9813" v0="1715" v1="1716" v2="1721" v3="3330" />
+      <tetrahedron index="9814" v0="1716" v1="1721" v2="3330" v3="3331" />
+      <tetrahedron index="9815" v0="1721" v1="3330" v2="3331" v3="3336" />
+      <tetrahedron index="9816" v0="1722" v1="1723" v2="1724" v3="3337" />
+      <tetrahedron index="9817" v0="1723" v1="1724" v2="3337" v3="3338" />
+      <tetrahedron index="9818" v0="1724" v1="3337" v2="3338" v3="3339" />
+      <tetrahedron index="9819" v0="1615" v1="1616" v2="1725" v3="3230" />
+      <tetrahedron index="9820" v0="1616" v1="1725" v2="3230" v3="3231" />
+      <tetrahedron index="9821" v0="1725" v1="3230" v2="3231" v3="3340" />
+      <tetrahedron index="9822" v0="1726" v1="1727" v2="1728" v3="3341" />
+      <tetrahedron index="9823" v0="1727" v1="1728" v2="3341" v3="3342" />
+      <tetrahedron index="9824" v0="1728" v1="3341" v2="3342" v3="3343" />
+      <tetrahedron index="9825" v0="1618" v1="1729" v2="1730" v3="3233" />
+      <tetrahedron index="9826" v0="1729" v1="1730" v2="3233" v3="3344" />
+      <tetrahedron index="9827" v0="1730" v1="3233" v2="3344" v3="3345" />
+      <tetrahedron index="9828" v0="1731" v1="1732" v2="1733" v3="3346" />
+      <tetrahedron index="9829" v0="1732" v1="1733" v2="3346" v3="3347" />
+      <tetrahedron index="9830" v0="1733" v1="3346" v2="3347" v3="3348" />
+      <tetrahedron index="9831" v0="1734" v1="1735" v2="1736" v3="3349" />
+      <tetrahedron index="9832" v0="1735" v1="1736" v2="3349" v3="3350" />
+      <tetrahedron index="9833" v0="1736" v1="3349" v2="3350" v3="3351" />
+      <tetrahedron index="9834" v0="1737" v1="1738" v2="1739" v3="3352" />
+      <tetrahedron index="9835" v0="1738" v1="1739" v2="3352" v3="3353" />
+      <tetrahedron index="9836" v0="1739" v1="3352" v2="3353" v3="3354" />
+      <tetrahedron index="9837" v0="1740" v1="1741" v2="1742" v3="3355" />
+      <tetrahedron index="9838" v0="1741" v1="1742" v2="3355" v3="3356" />
+      <tetrahedron index="9839" v0="1742" v1="3355" v2="3356" v3="3357" />
+      <tetrahedron index="9840" v0="1743" v1="1744" v2="1745" v3="3358" />
+      <tetrahedron index="9841" v0="1744" v1="1745" v2="3358" v3="3359" />
+      <tetrahedron index="9842" v0="1745" v1="3358" v2="3359" v3="3360" />
+      <tetrahedron index="9843" v0="1746" v1="1747" v2="1748" v3="3361" />
+      <tetrahedron index="9844" v0="1747" v1="1748" v2="3361" v3="3362" />
+      <tetrahedron index="9845" v0="1748" v1="3361" v2="3362" v3="3363" />
+      <tetrahedron index="9846" v0="1625" v1="1626" v2="1749" v3="3240" />
+      <tetrahedron index="9847" v0="1626" v1="1749" v2="3240" v3="3241" />
+      <tetrahedron index="9848" v0="1749" v1="3240" v2="3241" v3="3364" />
+      <tetrahedron index="9849" v0="1626" v1="1750" v2="1751" v3="3241" />
+      <tetrahedron index="9850" v0="1750" v1="1751" v2="3241" v3="3365" />
+      <tetrahedron index="9851" v0="1751" v1="3241" v2="3365" v3="3366" />
+      <tetrahedron index="9852" v0="1752" v1="1753" v2="1754" v3="3367" />
+      <tetrahedron index="9853" v0="1753" v1="1754" v2="3367" v3="3368" />
+      <tetrahedron index="9854" v0="1754" v1="3367" v2="3368" v3="3369" />
+      <tetrahedron index="9855" v0="1631" v1="1755" v2="1756" v3="3246" />
+      <tetrahedron index="9856" v0="1755" v1="1756" v2="3246" v3="3370" />
+      <tetrahedron index="9857" v0="1756" v1="3246" v2="3370" v3="3371" />
+      <tetrahedron index="9858" v0="1630" v1="1634" v2="1757" v3="3245" />
+      <tetrahedron index="9859" v0="1634" v1="1757" v2="3245" v3="3249" />
+      <tetrahedron index="9860" v0="1757" v1="3245" v2="3249" v3="3372" />
+      <tetrahedron index="9861" v0="1758" v1="1759" v2="1760" v3="3373" />
+      <tetrahedron index="9862" v0="1759" v1="1760" v2="3373" v3="3374" />
+      <tetrahedron index="9863" v0="1760" v1="3373" v2="3374" v3="3375" />
+      <tetrahedron index="9864" v0="1761" v1="1762" v2="1763" v3="3376" />
+      <tetrahedron index="9865" v0="1762" v1="1763" v2="3376" v3="3377" />
+      <tetrahedron index="9866" v0="1763" v1="3376" v2="3377" v3="3378" />
+      <tetrahedron index="9867" v0="1646" v1="1652" v2="1654" v3="3261" />
+      <tetrahedron index="9868" v0="1652" v1="1654" v2="3261" v3="3267" />
+      <tetrahedron index="9869" v0="1654" v1="3261" v2="3267" v3="3269" />
+      <tetrahedron index="9870" v0="1656" v1="1658" v2="1763" v3="3271" />
+      <tetrahedron index="9871" v0="1658" v1="1763" v2="3271" v3="3273" />
+      <tetrahedron index="9872" v0="1763" v1="3271" v2="3273" v3="3378" />
+      <tetrahedron index="9873" v0="1655" v1="1663" v2="1764" v3="3270" />
+      <tetrahedron index="9874" v0="1663" v1="1764" v2="3270" v3="3278" />
+      <tetrahedron index="9875" v0="1764" v1="3270" v2="3278" v3="3379" />
+      <tetrahedron index="9876" v0="1653" v1="1655" v2="1764" v3="3268" />
+      <tetrahedron index="9877" v0="1655" v1="1764" v2="3268" v3="3270" />
+      <tetrahedron index="9878" v0="1764" v1="3268" v2="3270" v3="3379" />
+      <tetrahedron index="9879" v0="1650" v1="1651" v2="1765" v3="3265" />
+      <tetrahedron index="9880" v0="1651" v1="1765" v2="3265" v3="3266" />
+      <tetrahedron index="9881" v0="1765" v1="3265" v2="3266" v3="3380" />
+      <tetrahedron index="9882" v0="1758" v1="1759" v2="1766" v3="3373" />
+      <tetrahedron index="9883" v0="1759" v1="1766" v2="3373" v3="3374" />
+      <tetrahedron index="9884" v0="1766" v1="3373" v2="3374" v3="3381" />
+      <tetrahedron index="9885" v0="1663" v1="1764" v2="1767" v3="3278" />
+      <tetrahedron index="9886" v0="1764" v1="1767" v2="3278" v3="3379" />
+      <tetrahedron index="9887" v0="1767" v1="3278" v2="3379" v3="3382" />
+      <tetrahedron index="9888" v0="1768" v1="1769" v2="1770" v3="3383" />
+      <tetrahedron index="9889" v0="1769" v1="1770" v2="3383" v3="3384" />
+      <tetrahedron index="9890" v0="1770" v1="3383" v2="3384" v3="3385" />
+      <tetrahedron index="9891" v0="1768" v1="1769" v2="1771" v3="3383" />
+      <tetrahedron index="9892" v0="1769" v1="1771" v2="3383" v3="3384" />
+      <tetrahedron index="9893" v0="1771" v1="3383" v2="3384" v3="3386" />
+      <tetrahedron index="9894" v0="1651" v1="1655" v2="1670" v3="3266" />
+      <tetrahedron index="9895" v0="1655" v1="1670" v2="3266" v3="3270" />
+      <tetrahedron index="9896" v0="1670" v1="3266" v2="3270" v3="3285" />
+      <tetrahedron index="9897" v0="1651" v1="1670" v2="1765" v3="3266" />
+      <tetrahedron index="9898" v0="1670" v1="1765" v2="3266" v3="3285" />
+      <tetrahedron index="9899" v0="1765" v1="3266" v2="3285" v3="3380" />
+      <tetrahedron index="9900" v0="1668" v1="1767" v2="1772" v3="3283" />
+      <tetrahedron index="9901" v0="1767" v1="1772" v2="3283" v3="3382" />
+      <tetrahedron index="9902" v0="1772" v1="3283" v2="3382" v3="3387" />
+      <tetrahedron index="9903" v0="1773" v1="1774" v2="1775" v3="3388" />
+      <tetrahedron index="9904" v0="1774" v1="1775" v2="3388" v3="3389" />
+      <tetrahedron index="9905" v0="1775" v1="3388" v2="3389" v3="3390" />
+      <tetrahedron index="9906" v0="1776" v1="1777" v2="1778" v3="3391" />
+      <tetrahedron index="9907" v0="1777" v1="1778" v2="3391" v3="3392" />
+      <tetrahedron index="9908" v0="1778" v1="3391" v2="3392" v3="3393" />
+      <tetrahedron index="9909" v0="1779" v1="1780" v2="1781" v3="3394" />
+      <tetrahedron index="9910" v0="1780" v1="1781" v2="3394" v3="3395" />
+      <tetrahedron index="9911" v0="1781" v1="3394" v2="3395" v3="3396" />
+      <tetrahedron index="9912" v0="1782" v1="1783" v2="1784" v3="3397" />
+      <tetrahedron index="9913" v0="1783" v1="1784" v2="3397" v3="3398" />
+      <tetrahedron index="9914" v0="1784" v1="3397" v2="3398" v3="3399" />
+      <tetrahedron index="9915" v0="1779" v1="1781" v2="1785" v3="3394" />
+      <tetrahedron index="9916" v0="1781" v1="1785" v2="3394" v3="3396" />
+      <tetrahedron index="9917" v0="1785" v1="3394" v2="3396" v3="3400" />
+      <tetrahedron index="9918" v0="1687" v1="1781" v2="1785" v3="3302" />
+      <tetrahedron index="9919" v0="1781" v1="1785" v2="3302" v3="3396" />
+      <tetrahedron index="9920" v0="1785" v1="3302" v2="3396" v3="3400" />
+      <tetrahedron index="9921" v0="1786" v1="1787" v2="1788" v3="3401" />
+      <tetrahedron index="9922" v0="1787" v1="1788" v2="3401" v3="3402" />
+      <tetrahedron index="9923" v0="1788" v1="3401" v2="3402" v3="3403" />
+      <tetrahedron index="9924" v0="1789" v1="1790" v2="1791" v3="3404" />
+      <tetrahedron index="9925" v0="1790" v1="1791" v2="3404" v3="3405" />
+      <tetrahedron index="9926" v0="1791" v1="3404" v2="3405" v3="3406" />
+      <tetrahedron index="9927" v0="1697" v1="1787" v2="1792" v3="3312" />
+      <tetrahedron index="9928" v0="1787" v1="1792" v2="3312" v3="3402" />
+      <tetrahedron index="9929" v0="1792" v1="3312" v2="3402" v3="3407" />
+      <tetrahedron index="9930" v0="1793" v1="1794" v2="1795" v3="3408" />
+      <tetrahedron index="9931" v0="1794" v1="1795" v2="3408" v3="3409" />
+      <tetrahedron index="9932" v0="1795" v1="3408" v2="3409" v3="3410" />
+      <tetrahedron index="9933" v0="1796" v1="1797" v2="1798" v3="3411" />
+      <tetrahedron index="9934" v0="1797" v1="1798" v2="3411" v3="3412" />
+      <tetrahedron index="9935" v0="1798" v1="3411" v2="3412" v3="3413" />
+      <tetrahedron index="9936" v0="1799" v1="1800" v2="1801" v3="3414" />
+      <tetrahedron index="9937" v0="1800" v1="1801" v2="3414" v3="3415" />
+      <tetrahedron index="9938" v0="1801" v1="3414" v2="3415" v3="3416" />
+      <tetrahedron index="9939" v0="1802" v1="1803" v2="1804" v3="3417" />
+      <tetrahedron index="9940" v0="1803" v1="1804" v2="3417" v3="3418" />
+      <tetrahedron index="9941" v0="1804" v1="3417" v2="3418" v3="3419" />
+      <tetrahedron index="9942" v0="1805" v1="1806" v2="1807" v3="3420" />
+      <tetrahedron index="9943" v0="1806" v1="1807" v2="3420" v3="3421" />
+      <tetrahedron index="9944" v0="1807" v1="3420" v2="3421" v3="3422" />
+      <tetrahedron index="9945" v0="1662" v1="1669" v2="1672" v3="3277" />
+      <tetrahedron index="9946" v0="1669" v1="1672" v2="3277" v3="3284" />
+      <tetrahedron index="9947" v0="1672" v1="3277" v2="3284" v3="3287" />
+      <tetrahedron index="9948" v0="1710" v1="1711" v2="1808" v3="3325" />
+      <tetrahedron index="9949" v0="1711" v1="1808" v2="3325" v3="3326" />
+      <tetrahedron index="9950" v0="1808" v1="3325" v2="3326" v3="3423" />
+      <tetrahedron index="9951" v0="1675" v1="1809" v2="1810" v3="3290" />
+      <tetrahedron index="9952" v0="1809" v1="1810" v2="3290" v3="3424" />
+      <tetrahedron index="9953" v0="1810" v1="3290" v2="3424" v3="3425" />
+      <tetrahedron index="9954" v0="1811" v1="1812" v2="1813" v3="3426" />
+      <tetrahedron index="9955" v0="1812" v1="1813" v2="3426" v3="3427" />
+      <tetrahedron index="9956" v0="1813" v1="3426" v2="3427" v3="3428" />
+      <tetrahedron index="9957" v0="1738" v1="1814" v2="1815" v3="3353" />
+      <tetrahedron index="9958" v0="1814" v1="1815" v2="3353" v3="3429" />
+      <tetrahedron index="9959" v0="1815" v1="3353" v2="3429" v3="3430" />
+      <tetrahedron index="9960" v0="1816" v1="1817" v2="1818" v3="3431" />
+      <tetrahedron index="9961" v0="1817" v1="1818" v2="3431" v3="3432" />
+      <tetrahedron index="9962" v0="1818" v1="3431" v2="3432" v3="3433" />
+      <tetrahedron index="9963" v0="1707" v1="1708" v2="1819" v3="3322" />
+      <tetrahedron index="9964" v0="1708" v1="1819" v2="3322" v3="3323" />
+      <tetrahedron index="9965" v0="1819" v1="3322" v2="3323" v3="3434" />
+      <tetrahedron index="9966" v0="1820" v1="1821" v2="1822" v3="3435" />
+      <tetrahedron index="9967" v0="1821" v1="1822" v2="3435" v3="3436" />
+      <tetrahedron index="9968" v0="1822" v1="3435" v2="3436" v3="3437" />
+      <tetrahedron index="9969" v0="1823" v1="1824" v2="1825" v3="3438" />
+      <tetrahedron index="9970" v0="1824" v1="1825" v2="3438" v3="3439" />
+      <tetrahedron index="9971" v0="1825" v1="3438" v2="3439" v3="3440" />
+      <tetrahedron index="9972" v0="1826" v1="1827" v2="1828" v3="3441" />
+      <tetrahedron index="9973" v0="1827" v1="1828" v2="3441" v3="3442" />
+      <tetrahedron index="9974" v0="1828" v1="3441" v2="3442" v3="3443" />
+      <tetrahedron index="9975" v0="1749" v1="1829" v2="1830" v3="3364" />
+      <tetrahedron index="9976" v0="1829" v1="1830" v2="3364" v3="3444" />
+      <tetrahedron index="9977" v0="1830" v1="3364" v2="3444" v3="3445" />
+      <tetrahedron index="9978" v0="1630" v1="1631" v2="1633" v3="3245" />
+      <tetrahedron index="9979" v0="1631" v1="1633" v2="3245" v3="3246" />
+      <tetrahedron index="9980" v0="1633" v1="3245" v2="3246" v3="3248" />
+      <tetrahedron index="9981" v0="1631" v1="1632" v2="1831" v3="3246" />
+      <tetrahedron index="9982" v0="1632" v1="1831" v2="3246" v3="3247" />
+      <tetrahedron index="9983" v0="1831" v1="3246" v2="3247" v3="3446" />
+      <tetrahedron index="9984" v0="1832" v1="1833" v2="1834" v3="3447" />
+      <tetrahedron index="9985" v0="1833" v1="1834" v2="3447" v3="3448" />
+      <tetrahedron index="9986" v0="1834" v1="3447" v2="3448" v3="3449" />
+      <tetrahedron index="9987" v0="1835" v1="1836" v2="1837" v3="3450" />
+      <tetrahedron index="9988" v0="1836" v1="1837" v2="3450" v3="3451" />
+      <tetrahedron index="9989" v0="1837" v1="3450" v2="3451" v3="3452" />
+      <tetrahedron index="9990" v0="1838" v1="1839" v2="1840" v3="3453" />
+      <tetrahedron index="9991" v0="1839" v1="1840" v2="3453" v3="3454" />
+      <tetrahedron index="9992" v0="1840" v1="3453" v2="3454" v3="3455" />
+      <tetrahedron index="9993" v0="1713" v1="1841" v2="1842" v3="3328" />
+      <tetrahedron index="9994" v0="1841" v1="1842" v2="3328" v3="3456" />
+      <tetrahedron index="9995" v0="1842" v1="3328" v2="3456" v3="3457" />
+      <tetrahedron index="9996" v0="1823" v1="1824" v2="1843" v3="3438" />
+      <tetrahedron index="9997" v0="1824" v1="1843" v2="3438" v3="3439" />
+      <tetrahedron index="9998" v0="1843" v1="3438" v2="3439" v3="3458" />
+      <tetrahedron index="9999" v0="1844" v1="1845" v2="1846" v3="3459" />
+      <tetrahedron index="10000" v0="1845" v1="1846" v2="3459" v3="3460" />
+      <tetrahedron index="10001" v0="1846" v1="3459" v2="3460" v3="3461" />
+      <tetrahedron index="10002" v0="1847" v1="1848" v2="1849" v3="3462" />
+      <tetrahedron index="10003" v0="1848" v1="1849" v2="3462" v3="3463" />
+      <tetrahedron index="10004" v0="1849" v1="3462" v2="3463" v3="3464" />
+      <tetrahedron index="10005" v0="1850" v1="1851" v2="1852" v3="3465" />
+      <tetrahedron index="10006" v0="1851" v1="1852" v2="3465" v3="3466" />
+      <tetrahedron index="10007" v0="1852" v1="3465" v2="3466" v3="3467" />
+      <tetrahedron index="10008" v0="1721" v1="1853" v2="1854" v3="3336" />
+      <tetrahedron index="10009" v0="1853" v1="1854" v2="3336" v3="3468" />
+      <tetrahedron index="10010" v0="1854" v1="3336" v2="3468" v3="3469" />
+      <tetrahedron index="10011" v0="1716" v1="1721" v2="1854" v3="3331" />
+      <tetrahedron index="10012" v0="1721" v1="1854" v2="3331" v3="3336" />
+      <tetrahedron index="10013" v0="1854" v1="3331" v2="3336" v3="3469" />
+      <tetrahedron index="10014" v0="1855" v1="1856" v2="1857" v3="3470" />
+      <tetrahedron index="10015" v0="1856" v1="1857" v2="3470" v3="3471" />
+      <tetrahedron index="10016" v0="1857" v1="3470" v2="3471" v3="3472" />
+      <tetrahedron index="10017" v0="1855" v1="1857" v2="1858" v3="3470" />
+      <tetrahedron index="10018" v0="1857" v1="1858" v2="3470" v3="3472" />
+      <tetrahedron index="10019" v0="1858" v1="3470" v2="3472" v3="3473" />
+      <tetrahedron index="10020" v0="1859" v1="1860" v2="1861" v3="3474" />
+      <tetrahedron index="10021" v0="1860" v1="1861" v2="3474" v3="3475" />
+      <tetrahedron index="10022" v0="1861" v1="3474" v2="3475" v3="3476" />
+      <tetrahedron index="10023" v0="1828" v1="1862" v2="1863" v3="3443" />
+      <tetrahedron index="10024" v0="1862" v1="1863" v2="3443" v3="3477" />
+      <tetrahedron index="10025" v0="1863" v1="3443" v2="3477" v3="3478" />
+      <tetrahedron index="10026" v0="1864" v1="1865" v2="1866" v3="3479" />
+      <tetrahedron index="10027" v0="1865" v1="1866" v2="3479" v3="3480" />
+      <tetrahedron index="10028" v0="1866" v1="3479" v2="3480" v3="3481" />
+      <tetrahedron index="10029" v0="1864" v1="1866" v2="1867" v3="3479" />
+      <tetrahedron index="10030" v0="1866" v1="1867" v2="3479" v3="3481" />
+      <tetrahedron index="10031" v0="1867" v1="3479" v2="3481" v3="3482" />
+      <tetrahedron index="10032" v0="1629" v1="1868" v2="1869" v3="3244" />
+      <tetrahedron index="10033" v0="1868" v1="1869" v2="3244" v3="3483" />
+      <tetrahedron index="10034" v0="1869" v1="3244" v2="3483" v3="3484" />
+      <tetrahedron index="10035" v0="1630" v1="1632" v2="1760" v3="3245" />
+      <tetrahedron index="10036" v0="1632" v1="1760" v2="3245" v3="3247" />
+      <tetrahedron index="10037" v0="1760" v1="3245" v2="3247" v3="3375" />
+      <tetrahedron index="10038" v0="1630" v1="1757" v2="1760" v3="3245" />
+      <tetrahedron index="10039" v0="1757" v1="1760" v2="3245" v3="3372" />
+      <tetrahedron index="10040" v0="1760" v1="3245" v2="3372" v3="3375" />
+      <tetrahedron index="10041" v0="1646" v1="1650" v2="1652" v3="3261" />
+      <tetrahedron index="10042" v0="1650" v1="1652" v2="3261" v3="3265" />
+      <tetrahedron index="10043" v0="1652" v1="3261" v2="3265" v3="3267" />
+      <tetrahedron index="10044" v0="1643" v1="1646" v2="1650" v3="3258" />
+      <tetrahedron index="10045" v0="1646" v1="1650" v2="3258" v3="3261" />
+      <tetrahedron index="10046" v0="1650" v1="3258" v2="3261" v3="3265" />
+      <tetrahedron index="10047" v0="1642" v1="1643" v2="1650" v3="3257" />
+      <tetrahedron index="10048" v0="1643" v1="1650" v2="3257" v3="3258" />
+      <tetrahedron index="10049" v0="1650" v1="3257" v2="3258" v3="3265" />
+      <tetrahedron index="10050" v0="1665" v1="1667" v2="1771" v3="3280" />
+      <tetrahedron index="10051" v0="1667" v1="1771" v2="3280" v3="3282" />
+      <tetrahedron index="10052" v0="1771" v1="3280" v2="3282" v3="3386" />
+      <tetrahedron index="10053" v0="1670" v1="1765" v2="1870" v3="3285" />
+      <tetrahedron index="10054" v0="1765" v1="1870" v2="3285" v3="3380" />
+      <tetrahedron index="10055" v0="1870" v1="3285" v2="3380" v3="3485" />
+      <tetrahedron index="10056" v0="1871" v1="1872" v2="1873" v3="3486" />
+      <tetrahedron index="10057" v0="1872" v1="1873" v2="3486" v3="3487" />
+      <tetrahedron index="10058" v0="1873" v1="3486" v2="3487" v3="3488" />
+      <tetrahedron index="10059" v0="1871" v1="1873" v2="1874" v3="3486" />
+      <tetrahedron index="10060" v0="1873" v1="1874" v2="3486" v3="3488" />
+      <tetrahedron index="10061" v0="1874" v1="3486" v2="3488" v3="3489" />
+      <tetrahedron index="10062" v0="1875" v1="1876" v2="1877" v3="3490" />
+      <tetrahedron index="10063" v0="1876" v1="1877" v2="3490" v3="3491" />
+      <tetrahedron index="10064" v0="1877" v1="3490" v2="3491" v3="3492" />
+      <tetrahedron index="10065" v0="1697" v1="1699" v2="1787" v3="3312" />
+      <tetrahedron index="10066" v0="1699" v1="1787" v2="3312" v3="3314" />
+      <tetrahedron index="10067" v0="1787" v1="3312" v2="3314" v3="3402" />
+      <tetrahedron index="10068" v0="1701" v1="1878" v2="1879" v3="3316" />
+      <tetrahedron index="10069" v0="1878" v1="1879" v2="3316" v3="3493" />
+      <tetrahedron index="10070" v0="1879" v1="3316" v2="3493" v3="3494" />
+      <tetrahedron index="10071" v0="1880" v1="1881" v2="1882" v3="3495" />
+      <tetrahedron index="10072" v0="1881" v1="1882" v2="3495" v3="3496" />
+      <tetrahedron index="10073" v0="1882" v1="3495" v2="3496" v3="3497" />
+      <tetrahedron index="10074" v0="1880" v1="1882" v2="1883" v3="3495" />
+      <tetrahedron index="10075" v0="1882" v1="1883" v2="3495" v3="3497" />
+      <tetrahedron index="10076" v0="1883" v1="3495" v2="3497" v3="3498" />
+      <tetrahedron index="10077" v0="1859" v1="1861" v2="1884" v3="3474" />
+      <tetrahedron index="10078" v0="1861" v1="1884" v2="3474" v3="3476" />
+      <tetrahedron index="10079" v0="1884" v1="3474" v2="3476" v3="3499" />
+      <tetrahedron index="10080" v0="1826" v1="1827" v2="1885" v3="3441" />
+      <tetrahedron index="10081" v0="1827" v1="1885" v2="3441" v3="3442" />
+      <tetrahedron index="10082" v0="1885" v1="3441" v2="3442" v3="3500" />
+      <tetrahedron index="10083" v0="1631" v1="1756" v2="1831" v3="3246" />
+      <tetrahedron index="10084" v0="1756" v1="1831" v2="3246" v3="3371" />
+      <tetrahedron index="10085" v0="1831" v1="3246" v2="3371" v3="3446" />
+      <tetrahedron index="10086" v0="1886" v1="1887" v2="1888" v3="3501" />
+      <tetrahedron index="10087" v0="1887" v1="1888" v2="3501" v3="3502" />
+      <tetrahedron index="10088" v0="1888" v1="3501" v2="3502" v3="3503" />
+      <tetrahedron index="10089" v0="1886" v1="1888" v2="1889" v3="3501" />
+      <tetrahedron index="10090" v0="1888" v1="1889" v2="3501" v3="3503" />
+      <tetrahedron index="10091" v0="1889" v1="3501" v2="3503" v3="3504" />
+      <tetrahedron index="10092" v0="1632" v1="1758" v2="1760" v3="3247" />
+      <tetrahedron index="10093" v0="1758" v1="1760" v2="3247" v3="3373" />
+      <tetrahedron index="10094" v0="1760" v1="3247" v2="3373" v3="3375" />
+      <tetrahedron index="10095" v0="1821" v1="1890" v2="1891" v3="3436" />
+      <tetrahedron index="10096" v0="1890" v1="1891" v2="3436" v3="3505" />
+      <tetrahedron index="10097" v0="1891" v1="3436" v2="3505" v3="3506" />
+      <tetrahedron index="10098" v0="1766" v1="1892" v2="1893" v3="3381" />
+      <tetrahedron index="10099" v0="1892" v1="1893" v2="3381" v3="3507" />
+      <tetrahedron index="10100" v0="1893" v1="3381" v2="3507" v3="3508" />
+      <tetrahedron index="10101" v0="1759" v1="1766" v2="1893" v3="3374" />
+      <tetrahedron index="10102" v0="1766" v1="1893" v2="3374" v3="3381" />
+      <tetrahedron index="10103" v0="1893" v1="3374" v2="3381" v3="3508" />
+      <tetrahedron index="10104" v0="1894" v1="1895" v2="1896" v3="3509" />
+      <tetrahedron index="10105" v0="1895" v1="1896" v2="3509" v3="3510" />
+      <tetrahedron index="10106" v0="1896" v1="3509" v2="3510" v3="3511" />
+      <tetrahedron index="10107" v0="1897" v1="1898" v2="1899" v3="3512" />
+      <tetrahedron index="10108" v0="1898" v1="1899" v2="3512" v3="3513" />
+      <tetrahedron index="10109" v0="1899" v1="3512" v2="3513" v3="3514" />
+      <tetrahedron index="10110" v0="1900" v1="1901" v2="1902" v3="3515" />
+      <tetrahedron index="10111" v0="1901" v1="1902" v2="3515" v3="3516" />
+      <tetrahedron index="10112" v0="1902" v1="3515" v2="3516" v3="3517" />
+      <tetrahedron index="10113" v0="1903" v1="1904" v2="1905" v3="3518" />
+      <tetrahedron index="10114" v0="1904" v1="1905" v2="3518" v3="3519" />
+      <tetrahedron index="10115" v0="1905" v1="3518" v2="3519" v3="3520" />
+      <tetrahedron index="10116" v0="1906" v1="1907" v2="1908" v3="3521" />
+      <tetrahedron index="10117" v0="1907" v1="1908" v2="3521" v3="3522" />
+      <tetrahedron index="10118" v0="1908" v1="3521" v2="3522" v3="3523" />
+      <tetrahedron index="10119" v0="1906" v1="1908" v2="1909" v3="3521" />
+      <tetrahedron index="10120" v0="1908" v1="1909" v2="3521" v3="3523" />
+      <tetrahedron index="10121" v0="1909" v1="3521" v2="3523" v3="3524" />
+      <tetrahedron index="10122" v0="1627" v1="1629" v2="1754" v3="3242" />
+      <tetrahedron index="10123" v0="1629" v1="1754" v2="3242" v3="3244" />
+      <tetrahedron index="10124" v0="1754" v1="3242" v2="3244" v3="3369" />
+      <tetrahedron index="10125" v0="1848" v1="1849" v2="1910" v3="3463" />
+      <tetrahedron index="10126" v0="1849" v1="1910" v2="3463" v3="3464" />
+      <tetrahedron index="10127" v0="1910" v1="3463" v2="3464" v3="3525" />
+      <tetrahedron index="10128" v0="1911" v1="1912" v2="1913" v3="3526" />
+      <tetrahedron index="10129" v0="1912" v1="1913" v2="3526" v3="3527" />
+      <tetrahedron index="10130" v0="1913" v1="3526" v2="3527" v3="3528" />
+      <tetrahedron index="10131" v0="1911" v1="1913" v2="1914" v3="3526" />
+      <tetrahedron index="10132" v0="1913" v1="1914" v2="3526" v3="3528" />
+      <tetrahedron index="10133" v0="1914" v1="3526" v2="3528" v3="3529" />
+      <tetrahedron index="10134" v0="1642" v1="1650" v2="1765" v3="3257" />
+      <tetrahedron index="10135" v0="1650" v1="1765" v2="3257" v3="3265" />
+      <tetrahedron index="10136" v0="1765" v1="3257" v2="3265" v3="3380" />
+      <tetrahedron index="10137" v0="1904" v1="1905" v2="1915" v3="3519" />
+      <tetrahedron index="10138" v0="1905" v1="1915" v2="3519" v3="3520" />
+      <tetrahedron index="10139" v0="1915" v1="3519" v2="3520" v3="3530" />
+      <tetrahedron index="10140" v0="1916" v1="1917" v2="1918" v3="3531" />
+      <tetrahedron index="10141" v0="1917" v1="1918" v2="3531" v3="3532" />
+      <tetrahedron index="10142" v0="1918" v1="3531" v2="3532" v3="3533" />
+      <tetrahedron index="10143" v0="1919" v1="1920" v2="1921" v3="3534" />
+      <tetrahedron index="10144" v0="1920" v1="1921" v2="3534" v3="3535" />
+      <tetrahedron index="10145" v0="1921" v1="3534" v2="3535" v3="3536" />
+      <tetrahedron index="10146" v0="1922" v1="1923" v2="1924" v3="3537" />
+      <tetrahedron index="10147" v0="1923" v1="1924" v2="3537" v3="3538" />
+      <tetrahedron index="10148" v0="1924" v1="3537" v2="3538" v3="3539" />
+      <tetrahedron index="10149" v0="1912" v1="1925" v2="1926" v3="3527" />
+      <tetrahedron index="10150" v0="1925" v1="1926" v2="3527" v3="3540" />
+      <tetrahedron index="10151" v0="1926" v1="3527" v2="3540" v3="3541" />
+      <tetrahedron index="10152" v0="1796" v1="1908" v2="1927" v3="3411" />
+      <tetrahedron index="10153" v0="1908" v1="1927" v2="3411" v3="3523" />
+      <tetrahedron index="10154" v0="1927" v1="3411" v2="3523" v3="3542" />
+      <tetrahedron index="10155" v0="1847" v1="1848" v2="1928" v3="3462" />
+      <tetrahedron index="10156" v0="1848" v1="1928" v2="3462" v3="3463" />
+      <tetrahedron index="10157" v0="1928" v1="3462" v2="3463" v3="3543" />
+      <tetrahedron index="10158" v0="1619" v1="1620" v2="1929" v3="3234" />
+      <tetrahedron index="10159" v0="1620" v1="1929" v2="3234" v3="3235" />
+      <tetrahedron index="10160" v0="1929" v1="3234" v2="3235" v3="3544" />
+      <tetrahedron index="10161" v0="1930" v1="1931" v2="1932" v3="3545" />
+      <tetrahedron index="10162" v0="1931" v1="1932" v2="3545" v3="3546" />
+      <tetrahedron index="10163" v0="1932" v1="3545" v2="3546" v3="3547" />
+      <tetrahedron index="10164" v0="1755" v1="1933" v2="1934" v3="3370" />
+      <tetrahedron index="10165" v0="1933" v1="1934" v2="3370" v3="3548" />
+      <tetrahedron index="10166" v0="1934" v1="3370" v2="3548" v3="3549" />
+      <tetrahedron index="10167" v0="1935" v1="1936" v2="1937" v3="3550" />
+      <tetrahedron index="10168" v0="1936" v1="1937" v2="3550" v3="3551" />
+      <tetrahedron index="10169" v0="1937" v1="3550" v2="3551" v3="3552" />
+      <tetrahedron index="10170" v0="1648" v1="1649" v2="1938" v3="3263" />
+      <tetrahedron index="10171" v0="1649" v1="1938" v2="3263" v3="3264" />
+      <tetrahedron index="10172" v0="1938" v1="3263" v2="3264" v3="3553" />
+      <tetrahedron index="10173" v0="1675" v1="1809" v2="1939" v3="3290" />
+      <tetrahedron index="10174" v0="1809" v1="1939" v2="3290" v3="3424" />
+      <tetrahedron index="10175" v0="1939" v1="3290" v2="3424" v3="3554" />
+      <tetrahedron index="10176" v0="1834" v1="1940" v2="1941" v3="3449" />
+      <tetrahedron index="10177" v0="1940" v1="1941" v2="3449" v3="3555" />
+      <tetrahedron index="10178" v0="1941" v1="3449" v2="3555" v3="3556" />
+      <tetrahedron index="10179" v0="1940" v1="1941" v2="1942" v3="3555" />
+      <tetrahedron index="10180" v0="1941" v1="1942" v2="3555" v3="3556" />
+      <tetrahedron index="10181" v0="1942" v1="3555" v2="3556" v3="3557" />
+      <tetrahedron index="10182" v0="1835" v1="1837" v2="1918" v3="3450" />
+      <tetrahedron index="10183" v0="1837" v1="1918" v2="3450" v3="3452" />
+      <tetrahedron index="10184" v0="1918" v1="3450" v2="3452" v3="3533" />
+      <tetrahedron index="10185" v0="1943" v1="1944" v2="1945" v3="3558" />
+      <tetrahedron index="10186" v0="1944" v1="1945" v2="3558" v3="3559" />
+      <tetrahedron index="10187" v0="1945" v1="3558" v2="3559" v3="3560" />
+      <tetrahedron index="10188" v0="1700" v1="1701" v2="1878" v3="3315" />
+      <tetrahedron index="10189" v0="1701" v1="1878" v2="3315" v3="3316" />
+      <tetrahedron index="10190" v0="1878" v1="3315" v2="3316" v3="3493" />
+      <tetrahedron index="10191" v0="1878" v1="1879" v2="1946" v3="3493" />
+      <tetrahedron index="10192" v0="1879" v1="1946" v2="3493" v3="3494" />
+      <tetrahedron index="10193" v0="1946" v1="3493" v2="3494" v3="3561" />
+      <tetrahedron index="10194" v0="1879" v1="1946" v2="1947" v3="3494" />
+      <tetrahedron index="10195" v0="1946" v1="1947" v2="3494" v3="3561" />
+      <tetrahedron index="10196" v0="1947" v1="3494" v2="3561" v3="3562" />
+      <tetrahedron index="10197" v0="1948" v1="1949" v2="1950" v3="3563" />
+      <tetrahedron index="10198" v0="1949" v1="1950" v2="3563" v3="3564" />
+      <tetrahedron index="10199" v0="1950" v1="3563" v2="3564" v3="3565" />
+      <tetrahedron index="10200" v0="1666" v1="1668" v2="1767" v3="3281" />
+      <tetrahedron index="10201" v0="1668" v1="1767" v2="3281" v3="3283" />
+      <tetrahedron index="10202" v0="1767" v1="3281" v2="3283" v3="3382" />
+      <tetrahedron index="10203" v0="1663" v1="1666" v2="1767" v3="3278" />
+      <tetrahedron index="10204" v0="1666" v1="1767" v2="3278" v3="3281" />
+      <tetrahedron index="10205" v0="1767" v1="3278" v2="3281" v3="3382" />
+      <tetrahedron index="10206" v0="1951" v1="1952" v2="1953" v3="3566" />
+      <tetrahedron index="10207" v0="1952" v1="1953" v2="3566" v3="3567" />
+      <tetrahedron index="10208" v0="1953" v1="3566" v2="3567" v3="3568" />
+      <tetrahedron index="10209" v0="1951" v1="1953" v2="1954" v3="3566" />
+      <tetrahedron index="10210" v0="1953" v1="1954" v2="3566" v3="3568" />
+      <tetrahedron index="10211" v0="1954" v1="3566" v2="3568" v3="3569" />
+      <tetrahedron index="10212" v0="1885" v1="1955" v2="1956" v3="3500" />
+      <tetrahedron index="10213" v0="1955" v1="1956" v2="3500" v3="3570" />
+      <tetrahedron index="10214" v0="1956" v1="3500" v2="3570" v3="3571" />
+      <tetrahedron index="10215" v0="1875" v1="1877" v2="1957" v3="3490" />
+      <tetrahedron index="10216" v0="1877" v1="1957" v2="3490" v3="3492" />
+      <tetrahedron index="10217" v0="1957" v1="3490" v2="3492" v3="3572" />
+      <tetrahedron index="10218" v0="1752" v1="1958" v2="1959" v3="3367" />
+      <tetrahedron index="10219" v0="1958" v1="1959" v2="3367" v3="3573" />
+      <tetrahedron index="10220" v0="1959" v1="3367" v2="3573" v3="3574" />
+      <tetrahedron index="10221" v0="1960" v1="1961" v2="1962" v3="3575" />
+      <tetrahedron index="10222" v0="1961" v1="1962" v2="3575" v3="3576" />
+      <tetrahedron index="10223" v0="1962" v1="3575" v2="3576" v3="3577" />
+      <tetrahedron index="10224" v0="1963" v1="1964" v2="1965" v3="3578" />
+      <tetrahedron index="10225" v0="1964" v1="1965" v2="3578" v3="3579" />
+      <tetrahedron index="10226" v0="1965" v1="3578" v2="3579" v3="3580" />
+      <tetrahedron index="10227" v0="1966" v1="1967" v2="1968" v3="3581" />
+      <tetrahedron index="10228" v0="1967" v1="1968" v2="3581" v3="3582" />
+      <tetrahedron index="10229" v0="1968" v1="3581" v2="3582" v3="3583" />
+      <tetrahedron index="10230" v0="1618" v1="1620" v2="1729" v3="3233" />
+      <tetrahedron index="10231" v0="1620" v1="1729" v2="3233" v3="3235" />
+      <tetrahedron index="10232" v0="1729" v1="3233" v2="3235" v3="3344" />
+      <tetrahedron index="10233" v0="1732" v1="1735" v2="1969" v3="3347" />
+      <tetrahedron index="10234" v0="1735" v1="1969" v2="3347" v3="3350" />
+      <tetrahedron index="10235" v0="1969" v1="3347" v2="3350" v3="3584" />
+      <tetrahedron index="10236" v0="1933" v1="1970" v2="1971" v3="3548" />
+      <tetrahedron index="10237" v0="1970" v1="1971" v2="3548" v3="3585" />
+      <tetrahedron index="10238" v0="1971" v1="3548" v2="3585" v3="3586" />
+      <tetrahedron index="10239" v0="1893" v1="1972" v2="1973" v3="3508" />
+      <tetrahedron index="10240" v0="1972" v1="1973" v2="3508" v3="3587" />
+      <tetrahedron index="10241" v0="1973" v1="3508" v2="3587" v3="3588" />
+      <tetrahedron index="10242" v0="1875" v1="1876" v2="1974" v3="3490" />
+      <tetrahedron index="10243" v0="1876" v1="1974" v2="3490" v3="3491" />
+      <tetrahedron index="10244" v0="1974" v1="3490" v2="3491" v3="3589" />
+      <tetrahedron index="10245" v0="1975" v1="1976" v2="1977" v3="3590" />
+      <tetrahedron index="10246" v0="1976" v1="1977" v2="3590" v3="3591" />
+      <tetrahedron index="10247" v0="1977" v1="3590" v2="3591" v3="3592" />
+      <tetrahedron index="10248" v0="1978" v1="1979" v2="1980" v3="3593" />
+      <tetrahedron index="10249" v0="1979" v1="1980" v2="3593" v3="3594" />
+      <tetrahedron index="10250" v0="1980" v1="3593" v2="3594" v3="3595" />
+      <tetrahedron index="10251" v0="1979" v1="1980" v2="1981" v3="3594" />
+      <tetrahedron index="10252" v0="1980" v1="1981" v2="3594" v3="3595" />
+      <tetrahedron index="10253" v0="1981" v1="3594" v2="3595" v3="3596" />
+      <tetrahedron index="10254" v0="1982" v1="1983" v2="1984" v3="3597" />
+      <tetrahedron index="10255" v0="1983" v1="1984" v2="3597" v3="3598" />
+      <tetrahedron index="10256" v0="1984" v1="3597" v2="3598" v3="3599" />
+      <tetrahedron index="10257" v0="1985" v1="1986" v2="1987" v3="3600" />
+      <tetrahedron index="10258" v0="1986" v1="1987" v2="3600" v3="3601" />
+      <tetrahedron index="10259" v0="1987" v1="3600" v2="3601" v3="3602" />
+      <tetrahedron index="10260" v0="1656" v1="1763" v2="1988" v3="3271" />
+      <tetrahedron index="10261" v0="1763" v1="1988" v2="3271" v3="3378" />
+      <tetrahedron index="10262" v0="1988" v1="3271" v2="3378" v3="3603" />
+      <tetrahedron index="10263" v0="1989" v1="1990" v2="1991" v3="3604" />
+      <tetrahedron index="10264" v0="1990" v1="1991" v2="3604" v3="3605" />
+      <tetrahedron index="10265" v0="1991" v1="3604" v2="3605" v3="3606" />
+      <tetrahedron index="10266" v0="1679" v1="1682" v2="1992" v3="3294" />
+      <tetrahedron index="10267" v0="1682" v1="1992" v2="3294" v3="3297" />
+      <tetrahedron index="10268" v0="1992" v1="3294" v2="3297" v3="3607" />
+      <tetrahedron index="10269" v0="1965" v1="1993" v2="1994" v3="3580" />
+      <tetrahedron index="10270" v0="1993" v1="1994" v2="3580" v3="3608" />
+      <tetrahedron index="10271" v0="1994" v1="3580" v2="3608" v3="3609" />
+      <tetrahedron index="10272" v0="1948" v1="1995" v2="1996" v3="3563" />
+      <tetrahedron index="10273" v0="1995" v1="1996" v2="3563" v3="3610" />
+      <tetrahedron index="10274" v0="1996" v1="3563" v2="3610" v3="3611" />
+      <tetrahedron index="10275" v0="1997" v1="1998" v2="1999" v3="3612" />
+      <tetrahedron index="10276" v0="1998" v1="1999" v2="3612" v3="3613" />
+      <tetrahedron index="10277" v0="1999" v1="3612" v2="3613" v3="3614" />
+      <tetrahedron index="10278" v0="1732" v1="1735" v2="1921" v3="3347" />
+      <tetrahedron index="10279" v0="1735" v1="1921" v2="3347" v3="3350" />
+      <tetrahedron index="10280" v0="1921" v1="3347" v2="3350" v3="3536" />
+      <tetrahedron index="10281" v0="1786" v1="1916" v2="2000" v3="3401" />
+      <tetrahedron index="10282" v0="1916" v1="2000" v2="3401" v3="3531" />
+      <tetrahedron index="10283" v0="2000" v1="3401" v2="3531" v3="3615" />
+      <tetrahedron index="10284" v0="1701" v1="1879" v2="2001" v3="3316" />
+      <tetrahedron index="10285" v0="1879" v1="2001" v2="3316" v3="3494" />
+      <tetrahedron index="10286" v0="2001" v1="3316" v2="3494" v3="3616" />
+      <tetrahedron index="10287" v0="1978" v1="1979" v2="2002" v3="3593" />
+      <tetrahedron index="10288" v0="1979" v1="2002" v2="3593" v3="3594" />
+      <tetrahedron index="10289" v0="2002" v1="3593" v2="3594" v3="3617" />
+      <tetrahedron index="10290" v0="1855" v1="1856" v2="2003" v3="3470" />
+      <tetrahedron index="10291" v0="1856" v1="2003" v2="3470" v3="3471" />
+      <tetrahedron index="10292" v0="2003" v1="3470" v2="3471" v3="3618" />
+      <tetrahedron index="10293" v0="1623" v1="2004" v2="2005" v3="3238" />
+      <tetrahedron index="10294" v0="2004" v1="2005" v2="3238" v3="3619" />
+      <tetrahedron index="10295" v0="2005" v1="3238" v2="3619" v3="3620" />
+      <tetrahedron index="10296" v0="1621" v1="1623" v2="2005" v3="3236" />
+      <tetrahedron index="10297" v0="1623" v1="2005" v2="3236" v3="3238" />
+      <tetrahedron index="10298" v0="2005" v1="3236" v2="3238" v3="3620" />
+      <tetrahedron index="10299" v0="1892" v1="1972" v2="2006" v3="3507" />
+      <tetrahedron index="10300" v0="1972" v1="2006" v2="3507" v3="3587" />
+      <tetrahedron index="10301" v0="2006" v1="3507" v2="3587" v3="3621" />
+      <tetrahedron index="10302" v0="1892" v1="1893" v2="1972" v3="3507" />
+      <tetrahedron index="10303" v0="1893" v1="1972" v2="3507" v3="3508" />
+      <tetrahedron index="10304" v0="1972" v1="3507" v2="3508" v3="3587" />
+      <tetrahedron index="10305" v0="2007" v1="2008" v2="2009" v3="3622" />
+      <tetrahedron index="10306" v0="2008" v1="2009" v2="3622" v3="3623" />
+      <tetrahedron index="10307" v0="2009" v1="3622" v2="3623" v3="3624" />
+      <tetrahedron index="10308" v0="1693" v1="2010" v2="2011" v3="3308" />
+      <tetrahedron index="10309" v0="2010" v1="2011" v2="3308" v3="3625" />
+      <tetrahedron index="10310" v0="2011" v1="3308" v2="3625" v3="3626" />
+      <tetrahedron index="10311" v0="1695" v1="1957" v2="2012" v3="3310" />
+      <tetrahedron index="10312" v0="1957" v1="2012" v2="3310" v3="3572" />
+      <tetrahedron index="10313" v0="2012" v1="3310" v2="3572" v3="3627" />
+      <tetrahedron index="10314" v0="1877" v1="1957" v2="2012" v3="3492" />
+      <tetrahedron index="10315" v0="1957" v1="2012" v2="3492" v3="3572" />
+      <tetrahedron index="10316" v0="2012" v1="3492" v2="3572" v3="3627" />
+      <tetrahedron index="10317" v0="1695" v1="2012" v2="2013" v3="3310" />
+      <tetrahedron index="10318" v0="2012" v1="2013" v2="3310" v3="3627" />
+      <tetrahedron index="10319" v0="2013" v1="3310" v2="3627" v3="3628" />
+      <tetrahedron index="10320" v0="1695" v1="1696" v2="2013" v3="3310" />
+      <tetrahedron index="10321" v0="1696" v1="2013" v2="3310" v3="3311" />
+      <tetrahedron index="10322" v0="2013" v1="3310" v2="3311" v3="3628" />
+      <tetrahedron index="10323" v0="2014" v1="2015" v2="2016" v3="3629" />
+      <tetrahedron index="10324" v0="2015" v1="2016" v2="3629" v3="3630" />
+      <tetrahedron index="10325" v0="2016" v1="3629" v2="3630" v3="3631" />
+      <tetrahedron index="10326" v0="1960" v1="2014" v2="2016" v3="3575" />
+      <tetrahedron index="10327" v0="2014" v1="2016" v2="3575" v3="3629" />
+      <tetrahedron index="10328" v0="2016" v1="3575" v2="3629" v3="3631" />
+      <tetrahedron index="10329" v0="1717" v1="2017" v2="2018" v3="3332" />
+      <tetrahedron index="10330" v0="2017" v1="2018" v2="3332" v3="3632" />
+      <tetrahedron index="10331" v0="2018" v1="3332" v2="3632" v3="3633" />
+      <tetrahedron index="10332" v0="1716" v1="1717" v2="2017" v3="3331" />
+      <tetrahedron index="10333" v0="1717" v1="2017" v2="3331" v3="3332" />
+      <tetrahedron index="10334" v0="2017" v1="3331" v2="3332" v3="3632" />
+      <tetrahedron index="10335" v0="1855" v1="1858" v2="2019" v3="3470" />
+      <tetrahedron index="10336" v0="1858" v1="2019" v2="3470" v3="3473" />
+      <tetrahedron index="10337" v0="2019" v1="3470" v2="3473" v3="3634" />
+      <tetrahedron index="10338" v0="1862" v1="1863" v2="2020" v3="3477" />
+      <tetrahedron index="10339" v0="1863" v1="2020" v2="3477" v3="3478" />
+      <tetrahedron index="10340" v0="2020" v1="3477" v2="3478" v3="3635" />
+      <tetrahedron index="10341" v0="1828" v1="1863" v2="2021" v3="3443" />
+      <tetrahedron index="10342" v0="1863" v1="2021" v2="3443" v3="3478" />
+      <tetrahedron index="10343" v0="2021" v1="3443" v2="3478" v3="3636" />
+      <tetrahedron index="10344" v0="1826" v1="1885" v2="1949" v3="3441" />
+      <tetrahedron index="10345" v0="1885" v1="1949" v2="3441" v3="3500" />
+      <tetrahedron index="10346" v0="1949" v1="3441" v2="3500" v3="3564" />
+      <tetrahedron index="10347" v0="2022" v1="2023" v2="2024" v3="3637" />
+      <tetrahedron index="10348" v0="2023" v1="2024" v2="3637" v3="3638" />
+      <tetrahedron index="10349" v0="2024" v1="3637" v2="3638" v3="3639" />
+      <tetrahedron index="10350" v0="2022" v1="2024" v2="2025" v3="3637" />
+      <tetrahedron index="10351" v0="2024" v1="2025" v2="3637" v3="3639" />
+      <tetrahedron index="10352" v0="2025" v1="3637" v2="3639" v3="3640" />
+      <tetrahedron index="10353" v0="1629" v1="1869" v2="1958" v3="3244" />
+      <tetrahedron index="10354" v0="1869" v1="1958" v2="3244" v3="3484" />
+      <tetrahedron index="10355" v0="1958" v1="3244" v2="3484" v3="3573" />
+      <tetrahedron index="10356" v0="1752" v1="1754" v2="1958" v3="3367" />
+      <tetrahedron index="10357" v0="1754" v1="1958" v2="3367" v3="3369" />
+      <tetrahedron index="10358" v0="1958" v1="3367" v2="3369" v3="3573" />
+      <tetrahedron index="10359" v0="1629" v1="1754" v2="1958" v3="3244" />
+      <tetrahedron index="10360" v0="1754" v1="1958" v2="3244" v3="3369" />
+      <tetrahedron index="10361" v0="1958" v1="3244" v2="3369" v3="3573" />
+      <tetrahedron index="10362" v0="1820" v1="1821" v2="1891" v3="3435" />
+      <tetrahedron index="10363" v0="1821" v1="1891" v2="3435" v3="3436" />
+      <tetrahedron index="10364" v0="1891" v1="3435" v2="3436" v3="3506" />
+      <tetrahedron index="10365" v0="1940" v1="1942" v2="2026" v3="3555" />
+      <tetrahedron index="10366" v0="1942" v1="2026" v2="3555" v3="3557" />
+      <tetrahedron index="10367" v0="2026" v1="3555" v2="3557" v3="3641" />
+      <tetrahedron index="10368" v0="1679" v1="1992" v2="2027" v3="3294" />
+      <tetrahedron index="10369" v0="1992" v1="2027" v2="3294" v3="3607" />
+      <tetrahedron index="10370" v0="2027" v1="3294" v2="3607" v3="3642" />
+      <tetrahedron index="10371" v0="1786" v1="1787" v2="2000" v3="3401" />
+      <tetrahedron index="10372" v0="1787" v1="2000" v2="3401" v3="3402" />
+      <tetrahedron index="10373" v0="2000" v1="3401" v2="3402" v3="3615" />
+      <tetrahedron index="10374" v0="1787" v1="1792" v2="2000" v3="3402" />
+      <tetrahedron index="10375" v0="1792" v1="2000" v2="3402" v3="3407" />
+      <tetrahedron index="10376" v0="2000" v1="3402" v2="3407" v3="3615" />
+      <tetrahedron index="10377" v0="1790" v1="2013" v2="2028" v3="3405" />
+      <tetrahedron index="10378" v0="2013" v1="2028" v2="3405" v3="3628" />
+      <tetrahedron index="10379" v0="2028" v1="3405" v2="3628" v3="3643" />
+      <tetrahedron index="10380" v0="1790" v1="1793" v2="1794" v3="3405" />
+      <tetrahedron index="10381" v0="1793" v1="1794" v2="3405" v3="3408" />
+      <tetrahedron index="10382" v0="1794" v1="3405" v2="3408" v3="3409" />
+      <tetrahedron index="10383" v0="2029" v1="2030" v2="2031" v3="3644" />
+      <tetrahedron index="10384" v0="2030" v1="2031" v2="3644" v3="3645" />
+      <tetrahedron index="10385" v0="2031" v1="3644" v2="3645" v3="3646" />
+      <tetrahedron index="10386" v0="2032" v1="2033" v2="2034" v3="3647" />
+      <tetrahedron index="10387" v0="2033" v1="2034" v2="3647" v3="3648" />
+      <tetrahedron index="10388" v0="2034" v1="3647" v2="3648" v3="3649" />
+      <tetrahedron index="10389" v0="1818" v1="2032" v2="2034" v3="3433" />
+      <tetrahedron index="10390" v0="2032" v1="2034" v2="3433" v3="3647" />
+      <tetrahedron index="10391" v0="2034" v1="3433" v2="3647" v3="3649" />
+      <tetrahedron index="10392" v0="1734" v1="1740" v2="2035" v3="3349" />
+      <tetrahedron index="10393" v0="1740" v1="2035" v2="3349" v3="3355" />
+      <tetrahedron index="10394" v0="2035" v1="3349" v2="3355" v3="3650" />
+      <tetrahedron index="10395" v0="1734" v1="1735" v2="2035" v3="3349" />
+      <tetrahedron index="10396" v0="1735" v1="2035" v2="3349" v3="3350" />
+      <tetrahedron index="10397" v0="2035" v1="3349" v2="3350" v3="3650" />
+      <tetrahedron index="10398" v0="2036" v1="2037" v2="2038" v3="3651" />
+      <tetrahedron index="10399" v0="2037" v1="2038" v2="3651" v3="3652" />
+      <tetrahedron index="10400" v0="2038" v1="3651" v2="3652" v3="3653" />
+      <tetrahedron index="10401" v0="1848" v1="1928" v2="2039" v3="3463" />
+      <tetrahedron index="10402" v0="1928" v1="2039" v2="3463" v3="3543" />
+      <tetrahedron index="10403" v0="2039" v1="3463" v2="3543" v3="3654" />
+      <tetrahedron index="10404" v0="2018" v1="2040" v2="2041" v3="3633" />
+      <tetrahedron index="10405" v0="2040" v1="2041" v2="3633" v3="3655" />
+      <tetrahedron index="10406" v0="2041" v1="3633" v2="3655" v3="3656" />
+      <tetrahedron index="10407" v0="1616" v1="1617" v2="2042" v3="3231" />
+      <tetrahedron index="10408" v0="1617" v1="2042" v2="3231" v3="3232" />
+      <tetrahedron index="10409" v0="2042" v1="3231" v2="3232" v3="3657" />
+      <tetrahedron index="10410" v0="2043" v1="2044" v2="2045" v3="3658" />
+      <tetrahedron index="10411" v0="2044" v1="2045" v2="3658" v3="3659" />
+      <tetrahedron index="10412" v0="2045" v1="3658" v2="3659" v3="3660" />
+      <tetrahedron index="10413" v0="1802" v1="1955" v2="2046" v3="3417" />
+      <tetrahedron index="10414" v0="1955" v1="2046" v2="3417" v3="3570" />
+      <tetrahedron index="10415" v0="2046" v1="3417" v2="3570" v3="3661" />
+      <tetrahedron index="10416" v0="1964" v1="2047" v2="2048" v3="3579" />
+      <tetrahedron index="10417" v0="2047" v1="2048" v2="3579" v3="3662" />
+      <tetrahedron index="10418" v0="2048" v1="3579" v2="3662" v3="3663" />
+      <tetrahedron index="10419" v0="2049" v1="2050" v2="2051" v3="3664" />
+      <tetrahedron index="10420" v0="2050" v1="2051" v2="3664" v3="3665" />
+      <tetrahedron index="10421" v0="2051" v1="3664" v2="3665" v3="3666" />
+      <tetrahedron index="10422" v0="2049" v1="2051" v2="2052" v3="3664" />
+      <tetrahedron index="10423" v0="2051" v1="2052" v2="3664" v3="3666" />
+      <tetrahedron index="10424" v0="2052" v1="3664" v2="3666" v3="3667" />
+      <tetrahedron index="10425" v0="2053" v1="2054" v2="2055" v3="3668" />
+      <tetrahedron index="10426" v0="2054" v1="2055" v2="3668" v3="3669" />
+      <tetrahedron index="10427" v0="2055" v1="3668" v2="3669" v3="3670" />
+      <tetrahedron index="10428" v0="2053" v1="2055" v2="2056" v3="3668" />
+      <tetrahedron index="10429" v0="2055" v1="2056" v2="3668" v3="3670" />
+      <tetrahedron index="10430" v0="2056" v1="3668" v2="3670" v3="3671" />
+      <tetrahedron index="10431" v0="1621" v1="1622" v2="1860" v3="3236" />
+      <tetrahedron index="10432" v0="1622" v1="1860" v2="3236" v3="3237" />
+      <tetrahedron index="10433" v0="1860" v1="3236" v2="3237" v3="3475" />
+      <tetrahedron index="10434" v0="1622" v1="1859" v2="1860" v3="3237" />
+      <tetrahedron index="10435" v0="1859" v1="1860" v2="3237" v3="3474" />
+      <tetrahedron index="10436" v0="1860" v1="3237" v2="3474" v3="3475" />
+      <tetrahedron index="10437" v0="1966" v1="1967" v2="2057" v3="3581" />
+      <tetrahedron index="10438" v0="1967" v1="2057" v2="3581" v3="3582" />
+      <tetrahedron index="10439" v0="2057" v1="3581" v2="3582" v3="3672" />
+      <tetrahedron index="10440" v0="1735" v1="1969" v2="2035" v3="3350" />
+      <tetrahedron index="10441" v0="1969" v1="2035" v2="3350" v3="3584" />
+      <tetrahedron index="10442" v0="2035" v1="3350" v2="3584" v3="3650" />
+      <tetrahedron index="10443" v0="1826" v1="1949" v2="1950" v3="3441" />
+      <tetrahedron index="10444" v0="1949" v1="1950" v2="3441" v3="3564" />
+      <tetrahedron index="10445" v0="1950" v1="3441" v2="3564" v3="3565" />
+      <tetrahedron index="10446" v0="1888" v1="1889" v2="1935" v3="3503" />
+      <tetrahedron index="10447" v0="1889" v1="1935" v2="3503" v3="3504" />
+      <tetrahedron index="10448" v0="1935" v1="3503" v2="3504" v3="3550" />
+      <tetrahedron index="10449" v0="1821" v1="1822" v2="2058" v3="3436" />
+      <tetrahedron index="10450" v0="1822" v1="2058" v2="3436" v3="3437" />
+      <tetrahedron index="10451" v0="2058" v1="3436" v2="3437" v3="3673" />
+      <tetrahedron index="10452" v0="1684" v1="1686" v2="2059" v3="3299" />
+      <tetrahedron index="10453" v0="1686" v1="2059" v2="3299" v3="3301" />
+      <tetrahedron index="10454" v0="2059" v1="3299" v2="3301" v3="3674" />
+      <tetrahedron index="10455" v0="1732" v1="1969" v2="2060" v3="3347" />
+      <tetrahedron index="10456" v0="1969" v1="2060" v2="3347" v3="3584" />
+      <tetrahedron index="10457" v0="2060" v1="3347" v2="3584" v3="3675" />
+      <tetrahedron index="10458" v0="1747" v1="1748" v2="2061" v3="3362" />
+      <tetrahedron index="10459" v0="1748" v1="2061" v2="3362" v3="3363" />
+      <tetrahedron index="10460" v0="2061" v1="3362" v2="3363" v3="3676" />
+      <tetrahedron index="10461" v0="1897" v1="2062" v2="2063" v3="3512" />
+      <tetrahedron index="10462" v0="2062" v1="2063" v2="3512" v3="3677" />
+      <tetrahedron index="10463" v0="2063" v1="3512" v2="3677" v3="3678" />
+      <tetrahedron index="10464" v0="1790" v1="2013" v2="2064" v3="3405" />
+      <tetrahedron index="10465" v0="2013" v1="2064" v2="3405" v3="3628" />
+      <tetrahedron index="10466" v0="2064" v1="3405" v2="3628" v3="3679" />
+      <tetrahedron index="10467" v0="1790" v1="1791" v2="2064" v3="3405" />
+      <tetrahedron index="10468" v0="1791" v1="2064" v2="3405" v3="3406" />
+      <tetrahedron index="10469" v0="2064" v1="3405" v2="3406" v3="3679" />
+      <tetrahedron index="10470" v0="1946" v1="2065" v2="2066" v3="3561" />
+      <tetrahedron index="10471" v0="2065" v1="2066" v2="3561" v3="3680" />
+      <tetrahedron index="10472" v0="2066" v1="3561" v2="3680" v3="3681" />
+      <tetrahedron index="10473" v0="1735" v1="1736" v2="1921" v3="3350" />
+      <tetrahedron index="10474" v0="1736" v1="1921" v2="3350" v3="3351" />
+      <tetrahedron index="10475" v0="1921" v1="3350" v2="3351" v3="3536" />
+      <tetrahedron index="10476" v0="1718" v1="1720" v2="1999" v3="3333" />
+      <tetrahedron index="10477" v0="1720" v1="1999" v2="3333" v3="3335" />
+      <tetrahedron index="10478" v0="1999" v1="3333" v2="3335" v3="3614" />
+      <tetrahedron index="10479" v0="1900" v1="1902" v2="2067" v3="3515" />
+      <tetrahedron index="10480" v0="1902" v1="2067" v2="3515" v3="3517" />
+      <tetrahedron index="10481" v0="2067" v1="3515" v2="3517" v3="3682" />
+      <tetrahedron index="10482" v0="1873" v1="2068" v2="2069" v3="3488" />
+      <tetrahedron index="10483" v0="2068" v1="2069" v2="3488" v3="3683" />
+      <tetrahedron index="10484" v0="2069" v1="3488" v2="3683" v3="3684" />
+      <tetrahedron index="10485" v0="1693" v1="2010" v2="2070" v3="3308" />
+      <tetrahedron index="10486" v0="2010" v1="2070" v2="3308" v3="3625" />
+      <tetrahedron index="10487" v0="2070" v1="3308" v2="3625" v3="3685" />
+      <tetrahedron index="10488" v0="1702" v1="1945" v2="2071" v3="3317" />
+      <tetrahedron index="10489" v0="1945" v1="2071" v2="3317" v3="3560" />
+      <tetrahedron index="10490" v0="2071" v1="3317" v2="3560" v3="3686" />
+      <tetrahedron index="10491" v0="1835" v1="1836" v2="2070" v3="3450" />
+      <tetrahedron index="10492" v0="1836" v1="2070" v2="3450" v3="3451" />
+      <tetrahedron index="10493" v0="2070" v1="3450" v2="3451" v3="3685" />
+      <tetrahedron index="10494" v0="1707" v1="1819" v2="2072" v3="3322" />
+      <tetrahedron index="10495" v0="1819" v1="2072" v2="3322" v3="3434" />
+      <tetrahedron index="10496" v0="2072" v1="3322" v2="3434" v3="3687" />
+      <tetrahedron index="10497" v0="1616" v1="1998" v2="2042" v3="3231" />
+      <tetrahedron index="10498" v0="1998" v1="2042" v2="3231" v3="3613" />
+      <tetrahedron index="10499" v0="2042" v1="3231" v2="3613" v3="3657" />
+      <tetrahedron index="10500" v0="1731" v1="1732" v2="1921" v3="3346" />
+      <tetrahedron index="10501" v0="1732" v1="1921" v2="3346" v3="3347" />
+      <tetrahedron index="10502" v0="1921" v1="3346" v2="3347" v3="3536" />
+      <tetrahedron index="10503" v0="1759" v1="1760" v2="2073" v3="3374" />
+      <tetrahedron index="10504" v0="1760" v1="2073" v2="3374" v3="3375" />
+      <tetrahedron index="10505" v0="2073" v1="3374" v2="3375" v3="3688" />
+      <tetrahedron index="10506" v0="1619" v1="2074" v2="2075" v3="3234" />
+      <tetrahedron index="10507" v0="2074" v1="2075" v2="3234" v3="3689" />
+      <tetrahedron index="10508" v0="2075" v1="3234" v2="3689" v3="3690" />
+      <tetrahedron index="10509" v0="1738" v1="1739" v2="1861" v3="3353" />
+      <tetrahedron index="10510" v0="1739" v1="1861" v2="3353" v3="3354" />
+      <tetrahedron index="10511" v0="1861" v1="3353" v2="3354" v3="3476" />
+      <tetrahedron index="10512" v0="1809" v1="1939" v2="2076" v3="3424" />
+      <tetrahedron index="10513" v0="1939" v1="2076" v2="3424" v3="3554" />
+      <tetrahedron index="10514" v0="2076" v1="3424" v2="3554" v3="3691" />
+      <tetrahedron index="10515" v0="1718" v1="1998" v2="1999" v3="3333" />
+      <tetrahedron index="10516" v0="1998" v1="1999" v2="3333" v3="3613" />
+      <tetrahedron index="10517" v0="1999" v1="3333" v2="3613" v3="3614" />
+      <tetrahedron index="10518" v0="1758" v1="2077" v2="2078" v3="3373" />
+      <tetrahedron index="10519" v0="2077" v1="2078" v2="3373" v3="3692" />
+      <tetrahedron index="10520" v0="2078" v1="3373" v2="3692" v3="3693" />
+      <tetrahedron index="10521" v0="1830" v1="2079" v2="2080" v3="3445" />
+      <tetrahedron index="10522" v0="2079" v1="2080" v2="3445" v3="3694" />
+      <tetrahedron index="10523" v0="2080" v1="3445" v2="3694" v3="3695" />
+      <tetrahedron index="10524" v0="1749" v1="1830" v2="2081" v3="3364" />
+      <tetrahedron index="10525" v0="1830" v1="2081" v2="3364" v3="3445" />
+      <tetrahedron index="10526" v0="2081" v1="3364" v2="3445" v3="3696" />
+      <tetrahedron index="10527" v0="2011" v1="2082" v2="2083" v3="3626" />
+      <tetrahedron index="10528" v0="2082" v1="2083" v2="3626" v3="3697" />
+      <tetrahedron index="10529" v0="2083" v1="3626" v2="3697" v3="3698" />
+      <tetrahedron index="10530" v0="1965" v1="1993" v2="2084" v3="3580" />
+      <tetrahedron index="10531" v0="1993" v1="2084" v2="3580" v3="3608" />
+      <tetrahedron index="10532" v0="2084" v1="3580" v2="3608" v3="3699" />
+      <tetrahedron index="10533" v0="1648" v1="1938" v2="2085" v3="3263" />
+      <tetrahedron index="10534" v0="1938" v1="2085" v2="3263" v3="3553" />
+      <tetrahedron index="10535" v0="2085" v1="3263" v2="3553" v3="3700" />
+      <tetrahedron index="10536" v0="2086" v1="2087" v2="2088" v3="3701" />
+      <tetrahedron index="10537" v0="2087" v1="2088" v2="3701" v3="3702" />
+      <tetrahedron index="10538" v0="2088" v1="3701" v2="3702" v3="3703" />
+      <tetrahedron index="10539" v0="1963" v1="1965" v2="1994" v3="3578" />
+      <tetrahedron index="10540" v0="1965" v1="1994" v2="3578" v3="3580" />
+      <tetrahedron index="10541" v0="1994" v1="3578" v2="3580" v3="3609" />
+      <tetrahedron index="10542" v0="1692" v1="1693" v2="2070" v3="3307" />
+      <tetrahedron index="10543" v0="1693" v1="2070" v2="3307" v3="3308" />
+      <tetrahedron index="10544" v0="2070" v1="3307" v2="3308" v3="3685" />
+      <tetrahedron index="10545" v0="1872" v1="1873" v2="2068" v3="3487" />
+      <tetrahedron index="10546" v0="1873" v1="2068" v2="3487" v3="3488" />
+      <tetrahedron index="10547" v0="2068" v1="3487" v2="3488" v3="3683" />
+      <tetrahedron index="10548" v0="1872" v1="2068" v2="2089" v3="3487" />
+      <tetrahedron index="10549" v0="2068" v1="2089" v2="3487" v3="3683" />
+      <tetrahedron index="10550" v0="2089" v1="3487" v2="3683" v3="3704" />
+      <tetrahedron index="10551" v0="1824" v1="1825" v2="2090" v3="3439" />
+      <tetrahedron index="10552" v0="1825" v1="2090" v2="3439" v3="3440" />
+      <tetrahedron index="10553" v0="2090" v1="3439" v2="3440" v3="3705" />
+      <tetrahedron index="10554" v0="2091" v1="2092" v2="2093" v3="3706" />
+      <tetrahedron index="10555" v0="2092" v1="2093" v2="3706" v3="3707" />
+      <tetrahedron index="10556" v0="2093" v1="3706" v2="3707" v3="3708" />
+      <tetrahedron index="10557" v0="1737" v1="1738" v2="1815" v3="3352" />
+      <tetrahedron index="10558" v0="1738" v1="1815" v2="3352" v3="3353" />
+      <tetrahedron index="10559" v0="1815" v1="3352" v2="3353" v3="3430" />
+      <tetrahedron index="10560" v0="1823" v1="1843" v2="2094" v3="3438" />
+      <tetrahedron index="10561" v0="1843" v1="2094" v2="3438" v3="3458" />
+      <tetrahedron index="10562" v0="2094" v1="3438" v2="3458" v3="3709" />
+      <tetrahedron index="10563" v0="1625" v1="1749" v2="1829" v3="3240" />
+      <tetrahedron index="10564" v0="1749" v1="1829" v2="3240" v3="3364" />
+      <tetrahedron index="10565" v0="1829" v1="3240" v2="3364" v3="3444" />
+      <tetrahedron index="10566" v0="1624" v1="1625" v2="2095" v3="3239" />
+      <tetrahedron index="10567" v0="1625" v1="2095" v2="3239" v3="3240" />
+      <tetrahedron index="10568" v0="2095" v1="3239" v2="3240" v3="3710" />
+      <tetrahedron index="10569" v0="1761" v1="1762" v2="1914" v3="3376" />
+      <tetrahedron index="10570" v0="1762" v1="1914" v2="3376" v3="3377" />
+      <tetrahedron index="10571" v0="1914" v1="3376" v2="3377" v3="3529" />
+      <tetrahedron index="10572" v0="1656" v1="1657" v2="2096" v3="3271" />
+      <tetrahedron index="10573" v0="1657" v1="2096" v2="3271" v3="3272" />
+      <tetrahedron index="10574" v0="2096" v1="3271" v2="3272" v3="3711" />
+      <tetrahedron index="10575" v0="1661" v1="1664" v2="2097" v3="3276" />
+      <tetrahedron index="10576" v0="1664" v1="2097" v2="3276" v3="3279" />
+      <tetrahedron index="10577" v0="2097" v1="3276" v2="3279" v3="3712" />
+      <tetrahedron index="10578" v0="1766" v1="1892" v2="2098" v3="3381" />
+      <tetrahedron index="10579" v0="1892" v1="2098" v2="3381" v3="3507" />
+      <tetrahedron index="10580" v0="2098" v1="3381" v2="3507" v3="3713" />
+      <tetrahedron index="10581" v0="1952" v1="1953" v2="2082" v3="3567" />
+      <tetrahedron index="10582" v0="1953" v1="2082" v2="3567" v3="3568" />
+      <tetrahedron index="10583" v0="2082" v1="3567" v2="3568" v3="3697" />
+      <tetrahedron index="10584" v0="2099" v1="2100" v2="2101" v3="3714" />
+      <tetrahedron index="10585" v0="2100" v1="2101" v2="3714" v3="3715" />
+      <tetrahedron index="10586" v0="2101" v1="3714" v2="3715" v3="3716" />
+      <tetrahedron index="10587" v0="1726" v1="1727" v2="2102" v3="3341" />
+      <tetrahedron index="10588" v0="1727" v1="2102" v2="3341" v3="3342" />
+      <tetrahedron index="10589" v0="2102" v1="3341" v2="3342" v3="3717" />
+      <tetrahedron index="10590" v0="1827" v1="1828" v2="1862" v3="3442" />
+      <tetrahedron index="10591" v0="1828" v1="1862" v2="3442" v3="3443" />
+      <tetrahedron index="10592" v0="1862" v1="3442" v2="3443" v3="3477" />
+      <tetrahedron index="10593" v0="2103" v1="2104" v2="2105" v3="3718" />
+      <tetrahedron index="10594" v0="2104" v1="2105" v2="3718" v3="3719" />
+      <tetrahedron index="10595" v0="2105" v1="3718" v2="3719" v3="3720" />
+      <tetrahedron index="10596" v0="1944" v1="2106" v2="2107" v3="3559" />
+      <tetrahedron index="10597" v0="2106" v1="2107" v2="3559" v3="3721" />
+      <tetrahedron index="10598" v0="2107" v1="3559" v2="3721" v3="3722" />
+      <tetrahedron index="10599" v0="1632" v1="1758" v2="2078" v3="3247" />
+      <tetrahedron index="10600" v0="1758" v1="2078" v2="3247" v3="3373" />
+      <tetrahedron index="10601" v0="2078" v1="3247" v2="3373" v3="3693" />
+      <tetrahedron index="10602" v0="1632" v1="1831" v2="2078" v3="3247" />
+      <tetrahedron index="10603" v0="1831" v1="2078" v2="3247" v3="3446" />
+      <tetrahedron index="10604" v0="2078" v1="3247" v2="3446" v3="3693" />
+      <tetrahedron index="10605" v0="1875" v1="1974" v2="2108" v3="3490" />
+      <tetrahedron index="10606" v0="1974" v1="2108" v2="3490" v3="3589" />
+      <tetrahedron index="10607" v0="2108" v1="3490" v2="3589" v3="3723" />
+      <tetrahedron index="10608" v0="2010" v1="2011" v2="2109" v3="3625" />
+      <tetrahedron index="10609" v0="2011" v1="2109" v2="3625" v3="3626" />
+      <tetrahedron index="10610" v0="2109" v1="3625" v2="3626" v3="3724" />
+      <tetrahedron index="10611" v0="2110" v1="2111" v2="2112" v3="3725" />
+      <tetrahedron index="10612" v0="2111" v1="2112" v2="3725" v3="3726" />
+      <tetrahedron index="10613" v0="2112" v1="3725" v2="3726" v3="3727" />
+      <tetrahedron index="10614" v0="1728" v1="2113" v2="2114" v3="3343" />
+      <tetrahedron index="10615" v0="2113" v1="2114" v2="3343" v3="3728" />
+      <tetrahedron index="10616" v0="2114" v1="3343" v2="3728" v3="3729" />
+      <tetrahedron index="10617" v0="1747" v1="2115" v2="2116" v3="3362" />
+      <tetrahedron index="10618" v0="2115" v1="2116" v2="3362" v3="3730" />
+      <tetrahedron index="10619" v0="2116" v1="3362" v2="3730" v3="3731" />
+      <tetrahedron index="10620" v0="2112" v1="2117" v2="2118" v3="3727" />
+      <tetrahedron index="10621" v0="2117" v1="2118" v2="3727" v3="3732" />
+      <tetrahedron index="10622" v0="2118" v1="3727" v2="3732" v3="3733" />
+      <tetrahedron index="10623" v0="1667" v1="1769" v2="2119" v3="3282" />
+      <tetrahedron index="10624" v0="1769" v1="2119" v2="3282" v3="3384" />
+      <tetrahedron index="10625" v0="2119" v1="3282" v2="3384" v3="3734" />
+      <tetrahedron index="10626" v0="1667" v1="1769" v2="1771" v3="3282" />
+      <tetrahedron index="10627" v0="1769" v1="1771" v2="3282" v3="3384" />
+      <tetrahedron index="10628" v0="1771" v1="3282" v2="3384" v3="3386" />
+      <tetrahedron index="10629" v0="1823" v1="2094" v2="2120" v3="3438" />
+      <tetrahedron index="10630" v0="2094" v1="2120" v2="3438" v3="3709" />
+      <tetrahedron index="10631" v0="2120" v1="3438" v2="3709" v3="3735" />
+      <tetrahedron index="10632" v0="1756" v1="1831" v2="2121" v3="3371" />
+      <tetrahedron index="10633" v0="1831" v1="2121" v2="3371" v3="3446" />
+      <tetrahedron index="10634" v0="2121" v1="3371" v2="3446" v3="3736" />
+      <tetrahedron index="10635" v0="1756" v1="2121" v2="2122" v3="3371" />
+      <tetrahedron index="10636" v0="2121" v1="2122" v2="3371" v3="3736" />
+      <tetrahedron index="10637" v0="2122" v1="3371" v2="3736" v3="3737" />
+      <tetrahedron index="10638" v0="1757" v1="1760" v2="2073" v3="3372" />
+      <tetrahedron index="10639" v0="1760" v1="2073" v2="3372" v3="3375" />
+      <tetrahedron index="10640" v0="2073" v1="3372" v2="3375" v3="3688" />
+      <tetrahedron index="10641" v0="1647" v1="1757" v2="2073" v3="3262" />
+      <tetrahedron index="10642" v0="1757" v1="2073" v2="3262" v3="3372" />
+      <tetrahedron index="10643" v0="2073" v1="3262" v2="3372" v3="3688" />
+      <tetrahedron index="10644" v0="1708" v1="2123" v2="2124" v3="3323" />
+      <tetrahedron index="10645" v0="2123" v1="2124" v2="3323" v3="3738" />
+      <tetrahedron index="10646" v0="2124" v1="3323" v2="3738" v3="3739" />
+      <tetrahedron index="10647" v0="1978" v1="1980" v2="2125" v3="3593" />
+      <tetrahedron index="10648" v0="1980" v1="2125" v2="3593" v3="3595" />
+      <tetrahedron index="10649" v0="2125" v1="3593" v2="3595" v3="3740" />
+      <tetrahedron index="10650" v0="1668" v1="1671" v2="2126" v3="3283" />
+      <tetrahedron index="10651" v0="1671" v1="2126" v2="3283" v3="3286" />
+      <tetrahedron index="10652" v0="2126" v1="3283" v2="3286" v3="3741" />
+      <tetrahedron index="10653" v0="2127" v1="2128" v2="2129" v3="3742" />
+      <tetrahedron index="10654" v0="2128" v1="2129" v2="3742" v3="3743" />
+      <tetrahedron index="10655" v0="2129" v1="3742" v2="3743" v3="3744" />
+      <tetrahedron index="10656" v0="1819" v1="2072" v2="2130" v3="3434" />
+      <tetrahedron index="10657" v0="2072" v1="2130" v2="3434" v3="3687" />
+      <tetrahedron index="10658" v0="2130" v1="3434" v2="3687" v3="3745" />
+      <tetrahedron index="10659" v0="1819" v1="2130" v2="2131" v3="3434" />
+      <tetrahedron index="10660" v0="2130" v1="2131" v2="3434" v3="3745" />
+      <tetrahedron index="10661" v0="2131" v1="3434" v2="3745" v3="3746" />
+      <tetrahedron index="10662" v0="1979" v1="1981" v2="2132" v3="3594" />
+      <tetrahedron index="10663" v0="1981" v1="2132" v2="3594" v3="3596" />
+      <tetrahedron index="10664" v0="2132" v1="3594" v2="3596" v3="3747" />
+      <tetrahedron index="10665" v0="1762" v1="1988" v2="2133" v3="3377" />
+      <tetrahedron index="10666" v0="1988" v1="2133" v2="3377" v3="3603" />
+      <tetrahedron index="10667" v0="2133" v1="3377" v2="3603" v3="3748" />
+      <tetrahedron index="10668" v0="1762" v1="1763" v2="1988" v3="3377" />
+      <tetrahedron index="10669" v0="1763" v1="1988" v2="3377" v3="3378" />
+      <tetrahedron index="10670" v0="1988" v1="3377" v2="3378" v3="3603" />
+      <tetrahedron index="10671" v0="1713" v1="1841" v2="2134" v3="3328" />
+      <tetrahedron index="10672" v0="1841" v1="2134" v2="3328" v3="3456" />
+      <tetrahedron index="10673" v0="2134" v1="3328" v2="3456" v3="3749" />
+      <tetrahedron index="10674" v0="1867" v1="2135" v2="2136" v3="3482" />
+      <tetrahedron index="10675" v0="2135" v1="2136" v2="3482" v3="3750" />
+      <tetrahedron index="10676" v0="2136" v1="3482" v2="3750" v3="3751" />
+      <tetrahedron index="10677" v0="2137" v1="2138" v2="2139" v3="3752" />
+      <tetrahedron index="10678" v0="2138" v1="2139" v2="3752" v3="3753" />
+      <tetrahedron index="10679" v0="2139" v1="3752" v2="3753" v3="3754" />
+      <tetrahedron index="10680" v0="1975" v1="1977" v2="2140" v3="3590" />
+      <tetrahedron index="10681" v0="1977" v1="2140" v2="3590" v3="3592" />
+      <tetrahedron index="10682" v0="2140" v1="3590" v2="3592" v3="3755" />
+      <tetrahedron index="10683" v0="1721" v1="1853" v2="2141" v3="3336" />
+      <tetrahedron index="10684" v0="1853" v1="2141" v2="3336" v3="3468" />
+      <tetrahedron index="10685" v0="2141" v1="3336" v2="3468" v3="3756" />
+      <tetrahedron index="10686" v0="1649" v1="1886" v2="1887" v3="3264" />
+      <tetrahedron index="10687" v0="1886" v1="1887" v2="3264" v3="3501" />
+      <tetrahedron index="10688" v0="1887" v1="3264" v2="3501" v3="3502" />
+      <tetrahedron index="10689" v0="1772" v1="2142" v2="2143" v3="3387" />
+      <tetrahedron index="10690" v0="2142" v1="2143" v2="3387" v3="3757" />
+      <tetrahedron index="10691" v0="2143" v1="3387" v2="3757" v3="3758" />
+      <tetrahedron index="10692" v0="1857" v1="1858" v2="2144" v3="3472" />
+      <tetrahedron index="10693" v0="1858" v1="2144" v2="3472" v3="3473" />
+      <tetrahedron index="10694" v0="2144" v1="3472" v2="3473" v3="3759" />
+      <tetrahedron index="10695" v0="2145" v1="2146" v2="2147" v3="3760" />
+      <tetrahedron index="10696" v0="2146" v1="2147" v2="3760" v3="3761" />
+      <tetrahedron index="10697" v0="2147" v1="3760" v2="3761" v3="3762" />
+      <tetrahedron index="10698" v0="1873" v1="1874" v2="2148" v3="3488" />
+      <tetrahedron index="10699" v0="1874" v1="2148" v2="3488" v3="3489" />
+      <tetrahedron index="10700" v0="2148" v1="3488" v2="3489" v3="3763" />
+      <tetrahedron index="10701" v0="1713" v1="1842" v2="2149" v3="3328" />
+      <tetrahedron index="10702" v0="1842" v1="2149" v2="3328" v3="3457" />
+      <tetrahedron index="10703" v0="2149" v1="3328" v2="3457" v3="3764" />
+      <tetrahedron index="10704" v0="1713" v1="1714" v2="2149" v3="3328" />
+      <tetrahedron index="10705" v0="1714" v1="2149" v2="3328" v3="3329" />
+      <tetrahedron index="10706" v0="2149" v1="3328" v2="3329" v3="3764" />
+      <tetrahedron index="10707" v0="1762" v1="2133" v2="2150" v3="3377" />
+      <tetrahedron index="10708" v0="2133" v1="2150" v2="3377" v3="3748" />
+      <tetrahedron index="10709" v0="2150" v1="3377" v2="3748" v3="3765" />
+      <tetrahedron index="10710" v0="1836" v1="2151" v2="2152" v3="3451" />
+      <tetrahedron index="10711" v0="2151" v1="2152" v2="3451" v3="3766" />
+      <tetrahedron index="10712" v0="2152" v1="3451" v2="3766" v3="3767" />
+      <tetrahedron index="10713" v0="1785" v1="2153" v2="2154" v3="3400" />
+      <tetrahedron index="10714" v0="2153" v1="2154" v2="3400" v3="3768" />
+      <tetrahedron index="10715" v0="2154" v1="3400" v2="3768" v3="3769" />
+      <tetrahedron index="10716" v0="2155" v1="2156" v2="2157" v3="3770" />
+      <tetrahedron index="10717" v0="2156" v1="2157" v2="3770" v3="3771" />
+      <tetrahedron index="10718" v0="2157" v1="3770" v2="3771" v3="3772" />
+      <tetrahedron index="10719" v0="2158" v1="2159" v2="2160" v3="3773" />
+      <tetrahedron index="10720" v0="2159" v1="2160" v2="3773" v3="3774" />
+      <tetrahedron index="10721" v0="2160" v1="3773" v2="3774" v3="3775" />
+      <tetrahedron index="10722" v0="2161" v1="2162" v2="2163" v3="3776" />
+      <tetrahedron index="10723" v0="2162" v1="2163" v2="3776" v3="3777" />
+      <tetrahedron index="10724" v0="2163" v1="3776" v2="3777" v3="3778" />
+      <tetrahedron index="10725" v0="2164" v1="2165" v2="2166" v3="3779" />
+      <tetrahedron index="10726" v0="2165" v1="2166" v2="3779" v3="3780" />
+      <tetrahedron index="10727" v0="2166" v1="3779" v2="3780" v3="3781" />
+      <tetrahedron index="10728" v0="2167" v1="2168" v2="2169" v3="3782" />
+      <tetrahedron index="10729" v0="2168" v1="2169" v2="3782" v3="3783" />
+      <tetrahedron index="10730" v0="2169" v1="3782" v2="3783" v3="3784" />
+      <tetrahedron index="10731" v0="2069" v1="2170" v2="2171" v3="3684" />
+      <tetrahedron index="10732" v0="2170" v1="2171" v2="3684" v3="3785" />
+      <tetrahedron index="10733" v0="2171" v1="3684" v2="3785" v3="3786" />
+      <tetrahedron index="10734" v0="2040" v1="2041" v2="2172" v3="3655" />
+      <tetrahedron index="10735" v0="2041" v1="2172" v2="3655" v3="3656" />
+      <tetrahedron index="10736" v0="2172" v1="3655" v2="3656" v3="3787" />
+      <tetrahedron index="10737" v0="2041" v1="2172" v2="2173" v3="3656" />
+      <tetrahedron index="10738" v0="2172" v1="2173" v2="3656" v3="3787" />
+      <tetrahedron index="10739" v0="2173" v1="3656" v2="3787" v3="3788" />
+      <tetrahedron index="10740" v0="1987" v1="2174" v2="2175" v3="3602" />
+      <tetrahedron index="10741" v0="2174" v1="2175" v2="3602" v3="3789" />
+      <tetrahedron index="10742" v0="2175" v1="3602" v2="3789" v3="3790" />
+      <tetrahedron index="10743" v0="1656" v1="1988" v2="2176" v3="3271" />
+      <tetrahedron index="10744" v0="1988" v1="2176" v2="3271" v3="3603" />
+      <tetrahedron index="10745" v0="2176" v1="3271" v2="3603" v3="3791" />
+      <tetrahedron index="10746" v0="1656" v1="2096" v2="2176" v3="3271" />
+      <tetrahedron index="10747" v0="2096" v1="2176" v2="3271" v3="3711" />
+      <tetrahedron index="10748" v0="2176" v1="3271" v2="3711" v3="3791" />
+      <tetrahedron index="10749" v0="1659" v1="1660" v2="2177" v3="3274" />
+      <tetrahedron index="10750" v0="1660" v1="2177" v2="3274" v3="3275" />
+      <tetrahedron index="10751" v0="2177" v1="3274" v2="3275" v3="3792" />
+      <tetrahedron index="10752" v0="1833" v1="1834" v2="1941" v3="3448" />
+      <tetrahedron index="10753" v0="1834" v1="1941" v2="3448" v3="3449" />
+      <tetrahedron index="10754" v0="1941" v1="3448" v2="3449" v3="3556" />
+      <tetrahedron index="10755" v0="1777" v1="1778" v2="1917" v3="3392" />
+      <tetrahedron index="10756" v0="1778" v1="1917" v2="3392" v3="3393" />
+      <tetrahedron index="10757" v0="1917" v1="3392" v2="3393" v3="3532" />
+      <tetrahedron index="10758" v0="1961" v1="2178" v2="2179" v3="3576" />
+      <tetrahedron index="10759" v0="2178" v1="2179" v2="3576" v3="3793" />
+      <tetrahedron index="10760" v0="2179" v1="3576" v2="3793" v3="3794" />
+      <tetrahedron index="10761" v0="1712" v1="2134" v2="2180" v3="3327" />
+      <tetrahedron index="10762" v0="2134" v1="2180" v2="3327" v3="3749" />
+      <tetrahedron index="10763" v0="2180" v1="3327" v2="3749" v3="3795" />
+      <tetrahedron index="10764" v0="1712" v1="1713" v2="2134" v3="3327" />
+      <tetrahedron index="10765" v0="1713" v1="2134" v2="3327" v3="3328" />
+      <tetrahedron index="10766" v0="2134" v1="3327" v2="3328" v3="3749" />
+      <tetrahedron index="10767" v0="1618" v1="1619" v2="2074" v3="3233" />
+      <tetrahedron index="10768" v0="1619" v1="2074" v2="3233" v3="3234" />
+      <tetrahedron index="10769" v0="2074" v1="3233" v2="3234" v3="3689" />
+      <tetrahedron index="10770" v0="2060" v1="2181" v2="2182" v3="3675" />
+      <tetrahedron index="10771" v0="2181" v1="2182" v2="3675" v3="3796" />
+      <tetrahedron index="10772" v0="2182" v1="3675" v2="3796" v3="3797" />
+      <tetrahedron index="10773" v0="1931" v1="1969" v2="2060" v3="3546" />
+      <tetrahedron index="10774" v0="1969" v1="2060" v2="3546" v3="3584" />
+      <tetrahedron index="10775" v0="2060" v1="3546" v2="3584" v3="3675" />
+      <tetrahedron index="10776" v0="1626" v1="1749" v2="1750" v3="3241" />
+      <tetrahedron index="10777" v0="1749" v1="1750" v2="3241" v3="3364" />
+      <tetrahedron index="10778" v0="1750" v1="3241" v2="3364" v3="3365" />
+      <tetrahedron index="10779" v0="1767" v1="1772" v2="2183" v3="3382" />
+      <tetrahedron index="10780" v0="1772" v1="2183" v2="3382" v3="3387" />
+      <tetrahedron index="10781" v0="2183" v1="3382" v2="3387" v3="3798" />
+      <tetrahedron index="10782" v0="1977" v1="2140" v2="2184" v3="3592" />
+      <tetrahedron index="10783" v0="2140" v1="2184" v2="3592" v3="3755" />
+      <tetrahedron index="10784" v0="2184" v1="3592" v2="3755" v3="3799" />
+      <tetrahedron index="10785" v0="1922" v1="1923" v2="2185" v3="3537" />
+      <tetrahedron index="10786" v0="1923" v1="2185" v2="3537" v3="3538" />
+      <tetrahedron index="10787" v0="2185" v1="3537" v2="3538" v3="3800" />
+      <tetrahedron index="10788" v0="1850" v1="1852" v2="2186" v3="3465" />
+      <tetrahedron index="10789" v0="1852" v1="2186" v2="3465" v3="3467" />
+      <tetrahedron index="10790" v0="2186" v1="3465" v2="3467" v3="3801" />
+      <tetrahedron index="10791" v0="1802" v1="2025" v2="2046" v3="3417" />
+      <tetrahedron index="10792" v0="2025" v1="2046" v2="3417" v3="3640" />
+      <tetrahedron index="10793" v0="2046" v1="3417" v2="3640" v3="3661" />
+      <tetrahedron index="10794" v0="1802" v1="1804" v2="2025" v3="3417" />
+      <tetrahedron index="10795" v0="1804" v1="2025" v2="3417" v3="3419" />
+      <tetrahedron index="10796" v0="2025" v1="3417" v2="3419" v3="3640" />
+      <tetrahedron index="10797" v0="1901" v1="1902" v2="1941" v3="3516" />
+      <tetrahedron index="10798" v0="1902" v1="1941" v2="3516" v3="3517" />
+      <tetrahedron index="10799" v0="1941" v1="3516" v2="3517" v3="3556" />
+      <tetrahedron index="10800" v0="1833" v1="1902" v2="1941" v3="3448" />
+      <tetrahedron index="10801" v0="1902" v1="1941" v2="3448" v3="3517" />
+      <tetrahedron index="10802" v0="1941" v1="3448" v2="3517" v3="3556" />
+      <tetrahedron index="10803" v0="1645" v1="1646" v2="2187" v3="3260" />
+      <tetrahedron index="10804" v0="1646" v1="2187" v2="3260" v3="3261" />
+      <tetrahedron index="10805" v0="2187" v1="3260" v2="3261" v3="3802" />
+      <tetrahedron index="10806" v0="1646" v1="1654" v2="2187" v3="3261" />
+      <tetrahedron index="10807" v0="1654" v1="2187" v2="3261" v3="3269" />
+      <tetrahedron index="10808" v0="2187" v1="3261" v2="3269" v3="3802" />
+      <tetrahedron index="10809" v0="1944" v1="1945" v2="2188" v3="3559" />
+      <tetrahedron index="10810" v0="1945" v1="2188" v2="3559" v3="3560" />
+      <tetrahedron index="10811" v0="2188" v1="3559" v2="3560" v3="3803" />
+      <tetrahedron index="10812" v0="2189" v1="2190" v2="2191" v3="3804" />
+      <tetrahedron index="10813" v0="2190" v1="2191" v2="3804" v3="3805" />
+      <tetrahedron index="10814" v0="2191" v1="3804" v2="3805" v3="3806" />
+      <tetrahedron index="10815" v0="1683" v1="1684" v2="2059" v3="3298" />
+      <tetrahedron index="10816" v0="1684" v1="2059" v2="3298" v3="3299" />
+      <tetrahedron index="10817" v0="2059" v1="3298" v2="3299" v3="3674" />
+      <tetrahedron index="10818" v0="1755" v1="1756" v2="1934" v3="3370" />
+      <tetrahedron index="10819" v0="1756" v1="1934" v2="3370" v3="3371" />
+      <tetrahedron index="10820" v0="1934" v1="3370" v2="3371" v3="3549" />
+      <tetrahedron index="10821" v0="1821" v1="2058" v2="2192" v3="3436" />
+      <tetrahedron index="10822" v0="2058" v1="2192" v2="3436" v3="3673" />
+      <tetrahedron index="10823" v0="2192" v1="3436" v2="3673" v3="3807" />
+      <tetrahedron index="10824" v0="1895" v1="2193" v2="2194" v3="3510" />
+      <tetrahedron index="10825" v0="2193" v1="2194" v2="3510" v3="3808" />
+      <tetrahedron index="10826" v0="2194" v1="3510" v2="3808" v3="3809" />
+      <tetrahedron index="10827" v0="2195" v1="2196" v2="2197" v3="3810" />
+      <tetrahedron index="10828" v0="2196" v1="2197" v2="3810" v3="3811" />
+      <tetrahedron index="10829" v0="2197" v1="3810" v2="3811" v3="3812" />
+      <tetrahedron index="10830" v0="1639" v1="2198" v2="2199" v3="3254" />
+      <tetrahedron index="10831" v0="2198" v1="2199" v2="3254" v3="3813" />
+      <tetrahedron index="10832" v0="2199" v1="3254" v2="3813" v3="3814" />
+      <tetrahedron index="10833" v0="1639" v1="1641" v2="2198" v3="3254" />
+      <tetrahedron index="10834" v0="1641" v1="2198" v2="3254" v3="3256" />
+      <tetrahedron index="10835" v0="2198" v1="3254" v2="3256" v3="3813" />
+      <tetrahedron index="10836" v0="2048" v1="2200" v2="2201" v3="3663" />
+      <tetrahedron index="10837" v0="2200" v1="2201" v2="3663" v3="3815" />
+      <tetrahedron index="10838" v0="2201" v1="3663" v2="3815" v3="3816" />
+      <tetrahedron index="10839" v0="1761" v1="1911" v2="1914" v3="3376" />
+      <tetrahedron index="10840" v0="1911" v1="1914" v2="3376" v3="3526" />
+      <tetrahedron index="10841" v0="1914" v1="3376" v2="3526" v3="3529" />
+      <tetrahedron index="10842" v0="1710" v1="2178" v2="2202" v3="3325" />
+      <tetrahedron index="10843" v0="2178" v1="2202" v2="3325" v3="3793" />
+      <tetrahedron index="10844" v0="2202" v1="3325" v2="3793" v3="3817" />
+      <tetrahedron index="10845" v0="2033" v1="2034" v2="2087" v3="3648" />
+      <tetrahedron index="10846" v0="2034" v1="2087" v2="3648" v3="3649" />
+      <tetrahedron index="10847" v0="2087" v1="3648" v2="3649" v3="3702" />
+      <tetrahedron index="10848" v0="1810" v1="1900" v2="1901" v3="3425" />
+      <tetrahedron index="10849" v0="1900" v1="1901" v2="3425" v3="3515" />
+      <tetrahedron index="10850" v0="1901" v1="3425" v2="3515" v3="3516" />
+      <tetrahedron index="10851" v0="1673" v1="1900" v2="2067" v3="3288" />
+      <tetrahedron index="10852" v0="1900" v1="2067" v2="3288" v3="3515" />
+      <tetrahedron index="10853" v0="2067" v1="3288" v2="3515" v3="3682" />
+      <tetrahedron index="10854" v0="1640" v1="2203" v2="2204" v3="3255" />
+      <tetrahedron index="10855" v0="2203" v1="2204" v2="3255" v3="3818" />
+      <tetrahedron index="10856" v0="2204" v1="3255" v2="3818" v3="3819" />
+      <tetrahedron index="10857" v0="2205" v1="2206" v2="2207" v3="3820" />
+      <tetrahedron index="10858" v0="2206" v1="2207" v2="3820" v3="3821" />
+      <tetrahedron index="10859" v0="2207" v1="3820" v2="3821" v3="3822" />
+      <tetrahedron index="10860" v0="1780" v1="2008" v2="2009" v3="3395" />
+      <tetrahedron index="10861" v0="2008" v1="2009" v2="3395" v3="3623" />
+      <tetrahedron index="10862" v0="2009" v1="3395" v2="3623" v3="3624" />
+      <tetrahedron index="10863" v0="1783" v1="1916" v2="1917" v3="3398" />
+      <tetrahedron index="10864" v0="1916" v1="1917" v2="3398" v3="3531" />
+      <tetrahedron index="10865" v0="1917" v1="3398" v2="3531" v3="3532" />
+      <tetrahedron index="10866" v0="1752" v1="1753" v2="2208" v3="3367" />
+      <tetrahedron index="10867" v0="1753" v1="2208" v2="3367" v3="3368" />
+      <tetrahedron index="10868" v0="2208" v1="3367" v2="3368" v3="3823" />
+      <tetrahedron index="10869" v0="1734" v1="1740" v2="1741" v3="3349" />
+      <tetrahedron index="10870" v0="1740" v1="1741" v2="3349" v3="3355" />
+      <tetrahedron index="10871" v0="1741" v1="3349" v2="3355" v3="3356" />
+      <tetrahedron index="10872" v0="1826" v1="1828" v2="2209" v3="3441" />
+      <tetrahedron index="10873" v0="1828" v1="2209" v2="3441" v3="3443" />
+      <tetrahedron index="10874" v0="2209" v1="3441" v2="3443" v3="3824" />
+      <tetrahedron index="10875" v0="1826" v1="1950" v2="2209" v3="3441" />
+      <tetrahedron index="10876" v0="1950" v1="2209" v2="3441" v3="3565" />
+      <tetrahedron index="10877" v0="2209" v1="3441" v2="3565" v3="3824" />
+      <tetrahedron index="10878" v0="1907" v1="2210" v2="2211" v3="3522" />
+      <tetrahedron index="10879" v0="2210" v1="2211" v2="3522" v3="3825" />
+      <tetrahedron index="10880" v0="2211" v1="3522" v2="3825" v3="3826" />
+      <tetrahedron index="10881" v0="2212" v1="2213" v2="2214" v3="3827" />
+      <tetrahedron index="10882" v0="2213" v1="2214" v2="3827" v3="3828" />
+      <tetrahedron index="10883" v0="2214" v1="3827" v2="3828" v3="3829" />
+      <tetrahedron index="10884" v0="1931" v1="1969" v2="2215" v3="3546" />
+      <tetrahedron index="10885" v0="1969" v1="2215" v2="3546" v3="3584" />
+      <tetrahedron index="10886" v0="2215" v1="3546" v2="3584" v3="3830" />
+      <tetrahedron index="10887" v0="1982" v1="2216" v2="2217" v3="3597" />
+      <tetrahedron index="10888" v0="2216" v1="2217" v2="3597" v3="3831" />
+      <tetrahedron index="10889" v0="2217" v1="3597" v2="3831" v3="3832" />
+      <tetrahedron index="10890" v0="1982" v1="2172" v2="2217" v3="3597" />
+      <tetrahedron index="10891" v0="2172" v1="2217" v2="3597" v3="3787" />
+      <tetrahedron index="10892" v0="2217" v1="3597" v2="3787" v3="3832" />
+      <tetrahedron index="10893" v0="1698" v1="1699" v2="2218" v3="3313" />
+      <tetrahedron index="10894" v0="1699" v1="2218" v2="3313" v3="3314" />
+      <tetrahedron index="10895" v0="2218" v1="3313" v2="3314" v3="3833" />
+      <tetrahedron index="10896" v0="1699" v1="2218" v2="2219" v3="3314" />
+      <tetrahedron index="10897" v0="2218" v1="2219" v2="3314" v3="3833" />
+      <tetrahedron index="10898" v0="2219" v1="3314" v2="3833" v3="3834" />
+      <tetrahedron index="10899" v0="2148" v1="2171" v2="2220" v3="3763" />
+      <tetrahedron index="10900" v0="2171" v1="2220" v2="3763" v3="3786" />
+      <tetrahedron index="10901" v0="2220" v1="3763" v2="3786" v3="3835" />
+      <tetrahedron index="10902" v0="2158" v1="2159" v2="2221" v3="3773" />
+      <tetrahedron index="10903" v0="2159" v1="2221" v2="3773" v3="3774" />
+      <tetrahedron index="10904" v0="2221" v1="3773" v2="3774" v3="3836" />
+      <tetrahedron index="10905" v0="2026" v1="2222" v2="2223" v3="3641" />
+      <tetrahedron index="10906" v0="2222" v1="2223" v2="3641" v3="3837" />
+      <tetrahedron index="10907" v0="2223" v1="3641" v2="3837" v3="3838" />
+      <tetrahedron index="10908" v0="2109" v1="2222" v2="2223" v3="3724" />
+      <tetrahedron index="10909" v0="2222" v1="2223" v2="3724" v3="3837" />
+      <tetrahedron index="10910" v0="2223" v1="3724" v2="3837" v3="3838" />
+      <tetrahedron index="10911" v0="1740" v1="2035" v2="2224" v3="3355" />
+      <tetrahedron index="10912" v0="2035" v1="2224" v2="3355" v3="3650" />
+      <tetrahedron index="10913" v0="2224" v1="3355" v2="3650" v3="3839" />
+      <tetrahedron index="10914" v0="2225" v1="2226" v2="2227" v3="3840" />
+      <tetrahedron index="10915" v0="2226" v1="2227" v2="3840" v3="3841" />
+      <tetrahedron index="10916" v0="2227" v1="3840" v2="3841" v3="3842" />
+      <tetrahedron index="10917" v0="2019" v1="2228" v2="2229" v3="3634" />
+      <tetrahedron index="10918" v0="2228" v1="2229" v2="3634" v3="3843" />
+      <tetrahedron index="10919" v0="2229" v1="3634" v2="3843" v3="3844" />
+      <tetrahedron index="10920" v0="1974" v1="2108" v2="2230" v3="3589" />
+      <tetrahedron index="10921" v0="2108" v1="2230" v2="3589" v3="3723" />
+      <tetrahedron index="10922" v0="2230" v1="3589" v2="3723" v3="3845" />
+      <tetrahedron index="10923" v0="1686" v1="1974" v2="2230" v3="3301" />
+      <tetrahedron index="10924" v0="1974" v1="2230" v2="3301" v3="3589" />
+      <tetrahedron index="10925" v0="2230" v1="3301" v2="3589" v3="3845" />
+      <tetrahedron index="10926" v0="2188" v1="2231" v2="2232" v3="3803" />
+      <tetrahedron index="10927" v0="2231" v1="2232" v2="3803" v3="3846" />
+      <tetrahedron index="10928" v0="2232" v1="3803" v2="3846" v3="3847" />
+      <tetrahedron index="10929" v0="2061" v1="2233" v2="2234" v3="3676" />
+      <tetrahedron index="10930" v0="2233" v1="2234" v2="3676" v3="3848" />
+      <tetrahedron index="10931" v0="2234" v1="3676" v2="3848" v3="3849" />
+      <tetrahedron index="10932" v0="2235" v1="2236" v2="2237" v3="3850" />
+      <tetrahedron index="10933" v0="2236" v1="2237" v2="3850" v3="3851" />
+      <tetrahedron index="10934" v0="2237" v1="3850" v2="3851" v3="3852" />
+      <tetrahedron index="10935" v0="2220" v1="2238" v2="2239" v3="3835" />
+      <tetrahedron index="10936" v0="2238" v1="2239" v2="3835" v3="3853" />
+      <tetrahedron index="10937" v0="2239" v1="3835" v2="3853" v3="3854" />
+      <tetrahedron index="10938" v0="2240" v1="2241" v2="2242" v3="3855" />
+      <tetrahedron index="10939" v0="2241" v1="2242" v2="3855" v3="3856" />
+      <tetrahedron index="10940" v0="2242" v1="3855" v2="3856" v3="3857" />
+      <tetrahedron index="10941" v0="2192" v1="2243" v2="2244" v3="3807" />
+      <tetrahedron index="10942" v0="2243" v1="2244" v2="3807" v3="3858" />
+      <tetrahedron index="10943" v0="2244" v1="3807" v2="3858" v3="3859" />
+      <tetrahedron index="10944" v0="1784" v1="1786" v2="1788" v3="3399" />
+      <tetrahedron index="10945" v0="1786" v1="1788" v2="3399" v3="3401" />
+      <tetrahedron index="10946" v0="1788" v1="3399" v2="3401" v3="3403" />
+      <tetrahedron index="10947" v0="1688" v1="2055" v2="2245" v3="3303" />
+      <tetrahedron index="10948" v0="2055" v1="2245" v2="3303" v3="3670" />
+      <tetrahedron index="10949" v0="2245" v1="3303" v2="3670" v3="3860" />
+      <tetrahedron index="10950" v0="1847" v1="1849" v2="2246" v3="3462" />
+      <tetrahedron index="10951" v0="1849" v1="2246" v2="3462" v3="3464" />
+      <tetrahedron index="10952" v0="2246" v1="3462" v2="3464" v3="3861" />
+      <tetrahedron index="10953" v0="1978" v1="2186" v2="2247" v3="3593" />
+      <tetrahedron index="10954" v0="2186" v1="2247" v2="3593" v3="3801" />
+      <tetrahedron index="10955" v0="2247" v1="3593" v2="3801" v3="3862" />
+      <tetrahedron index="10956" v0="1850" v1="2186" v2="2247" v3="3465" />
+      <tetrahedron index="10957" v0="2186" v1="2247" v2="3465" v3="3801" />
+      <tetrahedron index="10958" v0="2247" v1="3465" v2="3801" v3="3862" />
+      <tetrahedron index="10959" v0="1875" v1="2108" v2="2248" v3="3490" />
+      <tetrahedron index="10960" v0="2108" v1="2248" v2="3490" v3="3723" />
+      <tetrahedron index="10961" v0="2248" v1="3490" v2="3723" v3="3863" />
+      <tetrahedron index="10962" v0="1818" v1="2032" v2="2249" v3="3433" />
+      <tetrahedron index="10963" v0="2032" v1="2249" v2="3433" v3="3647" />
+      <tetrahedron index="10964" v0="2249" v1="3433" v2="3647" v3="3864" />
+      <tetrahedron index="10965" v0="1816" v1="2243" v2="2250" v3="3431" />
+      <tetrahedron index="10966" v0="2243" v1="2250" v2="3431" v3="3858" />
+      <tetrahedron index="10967" v0="2250" v1="3431" v2="3858" v3="3865" />
+      <tetrahedron index="10968" v0="1989" v1="1991" v2="2128" v3="3604" />
+      <tetrahedron index="10969" v0="1991" v1="2128" v2="3604" v3="3606" />
+      <tetrahedron index="10970" v0="2128" v1="3604" v2="3606" v3="3743" />
+      <tetrahedron index="10971" v0="2251" v1="2252" v2="2253" v3="3866" />
+      <tetrahedron index="10972" v0="2252" v1="2253" v2="3866" v3="3867" />
+      <tetrahedron index="10973" v0="2253" v1="3866" v2="3867" v3="3868" />
+      <tetrahedron index="10974" v0="1819" v1="2123" v2="2131" v3="3434" />
+      <tetrahedron index="10975" v0="2123" v1="2131" v2="3434" v3="3738" />
+      <tetrahedron index="10976" v0="2131" v1="3434" v2="3738" v3="3746" />
+      <tetrahedron index="10977" v0="1708" v1="1819" v2="2123" v3="3323" />
+      <tetrahedron index="10978" v0="1819" v1="2123" v2="3323" v3="3434" />
+      <tetrahedron index="10979" v0="2123" v1="3323" v2="3434" v3="3738" />
+      <tetrahedron index="10980" v0="2106" v1="2107" v2="2254" v3="3721" />
+      <tetrahedron index="10981" v0="2107" v1="2254" v2="3721" v3="3722" />
+      <tetrahedron index="10982" v0="2254" v1="3721" v2="3722" v3="3869" />
+      <tetrahedron index="10983" v0="2203" v1="2255" v2="2256" v3="3818" />
+      <tetrahedron index="10984" v0="2255" v1="2256" v2="3818" v3="3870" />
+      <tetrahedron index="10985" v0="2256" v1="3818" v2="3870" v3="3871" />
+      <tetrahedron index="10986" v0="2123" v1="2124" v2="2134" v3="3738" />
+      <tetrahedron index="10987" v0="2124" v1="2134" v2="3738" v3="3739" />
+      <tetrahedron index="10988" v0="2134" v1="3738" v2="3739" v3="3749" />
+      <tetrahedron index="10989" v0="1865" v1="2257" v2="2258" v3="3480" />
+      <tetrahedron index="10990" v0="2257" v1="2258" v2="3480" v3="3872" />
+      <tetrahedron index="10991" v0="2258" v1="3480" v2="3872" v3="3873" />
+      <tetrahedron index="10992" v0="1774" v1="2147" v2="2259" v3="3389" />
+      <tetrahedron index="10993" v0="2147" v1="2259" v2="3389" v3="3762" />
+      <tetrahedron index="10994" v0="2259" v1="3389" v2="3762" v3="3874" />
+      <tetrahedron index="10995" v0="1882" v1="1883" v2="2260" v3="3497" />
+      <tetrahedron index="10996" v0="1883" v1="2260" v2="3497" v3="3498" />
+      <tetrahedron index="10997" v0="2260" v1="3497" v2="3498" v3="3875" />
+      <tetrahedron index="10998" v0="1883" v1="2260" v2="2261" v3="3498" />
+      <tetrahedron index="10999" v0="2260" v1="2261" v2="3498" v3="3875" />
+      <tetrahedron index="11000" v0="2261" v1="3498" v2="3875" v3="3876" />
+      <tetrahedron index="11001" v0="1827" v1="1862" v2="2262" v3="3442" />
+      <tetrahedron index="11002" v0="1862" v1="2262" v2="3442" v3="3477" />
+      <tetrahedron index="11003" v0="2262" v1="3442" v2="3477" v3="3877" />
+      <tetrahedron index="11004" v0="2015" v1="2263" v2="2264" v3="3630" />
+      <tetrahedron index="11005" v0="2263" v1="2264" v2="3630" v3="3878" />
+      <tetrahedron index="11006" v0="2264" v1="3630" v2="3878" v3="3879" />
+      <tetrahedron index="11007" v0="2093" v1="2265" v2="2266" v3="3708" />
+      <tetrahedron index="11008" v0="2265" v1="2266" v2="3708" v3="3880" />
+      <tetrahedron index="11009" v0="2266" v1="3708" v2="3880" v3="3881" />
+      <tetrahedron index="11010" v0="1737" v1="2267" v2="2268" v3="3352" />
+      <tetrahedron index="11011" v0="2267" v1="2268" v2="3352" v3="3882" />
+      <tetrahedron index="11012" v0="2268" v1="3352" v2="3882" v3="3883" />
+      <tetrahedron index="11013" v0="1729" v1="1730" v2="2182" v3="3344" />
+      <tetrahedron index="11014" v0="1730" v1="2182" v2="3344" v3="3345" />
+      <tetrahedron index="11015" v0="2182" v1="3344" v2="3345" v3="3797" />
+      <tetrahedron index="11016" v0="2205" v1="2206" v2="2269" v3="3820" />
+      <tetrahedron index="11017" v0="2206" v1="2269" v2="3820" v3="3821" />
+      <tetrahedron index="11018" v0="2269" v1="3820" v2="3821" v3="3884" />
+      <tetrahedron index="11019" v0="2149" v1="2270" v2="2271" v3="3764" />
+      <tetrahedron index="11020" v0="2270" v1="2271" v2="3764" v3="3885" />
+      <tetrahedron index="11021" v0="2271" v1="3764" v2="3885" v3="3886" />
+      <tetrahedron index="11022" v0="1710" v1="2178" v2="2272" v3="3325" />
+      <tetrahedron index="11023" v0="2178" v1="2272" v2="3325" v3="3793" />
+      <tetrahedron index="11024" v0="2272" v1="3325" v2="3793" v3="3887" />
+      <tetrahedron index="11025" v0="1710" v1="1808" v2="2272" v3="3325" />
+      <tetrahedron index="11026" v0="1808" v1="2272" v2="3325" v3="3423" />
+      <tetrahedron index="11027" v0="2272" v1="3325" v2="3423" v3="3887" />
+      <tetrahedron index="11028" v0="2203" v1="2204" v2="2273" v3="3818" />
+      <tetrahedron index="11029" v0="2204" v1="2273" v2="3818" v3="3819" />
+      <tetrahedron index="11030" v0="2273" v1="3818" v2="3819" v3="3888" />
+      <tetrahedron index="11031" v0="2204" v1="2273" v2="2274" v3="3819" />
+      <tetrahedron index="11032" v0="2273" v1="2274" v2="3819" v3="3888" />
+      <tetrahedron index="11033" v0="2274" v1="3819" v2="3888" v3="3889" />
+      <tetrahedron index="11034" v0="2275" v1="2276" v2="2277" v3="3890" />
+      <tetrahedron index="11035" v0="2276" v1="2277" v2="3890" v3="3891" />
+      <tetrahedron index="11036" v0="2277" v1="3890" v2="3891" v3="3892" />
+      <tetrahedron index="11037" v0="1676" v1="1677" v2="2145" v3="3291" />
+      <tetrahedron index="11038" v0="1677" v1="2145" v2="3291" v3="3292" />
+      <tetrahedron index="11039" v0="2145" v1="3291" v2="3292" v3="3760" />
+      <tetrahedron index="11040" v0="1677" v1="2145" v2="2278" v3="3292" />
+      <tetrahedron index="11041" v0="2145" v1="2278" v2="3292" v3="3760" />
+      <tetrahedron index="11042" v0="2278" v1="3292" v2="3760" v3="3893" />
+      <tetrahedron index="11043" v0="1708" v1="2124" v2="2279" v3="3323" />
+      <tetrahedron index="11044" v0="2124" v1="2279" v2="3323" v3="3739" />
+      <tetrahedron index="11045" v0="2279" v1="3323" v2="3739" v3="3894" />
+      <tetrahedron index="11046" v0="2199" v1="2255" v2="2280" v3="3814" />
+      <tetrahedron index="11047" v0="2255" v1="2280" v2="3814" v3="3870" />
+      <tetrahedron index="11048" v0="2280" v1="3814" v2="3870" v3="3895" />
+      <tetrahedron index="11049" v0="1639" v1="2199" v2="2255" v3="3254" />
+      <tetrahedron index="11050" v0="2199" v1="2255" v2="3254" v3="3814" />
+      <tetrahedron index="11051" v0="2255" v1="3254" v2="3814" v3="3870" />
+      <tetrahedron index="11052" v0="1845" v1="1846" v2="2281" v3="3460" />
+      <tetrahedron index="11053" v0="1846" v1="2281" v2="3460" v3="3461" />
+      <tetrahedron index="11054" v0="2281" v1="3460" v2="3461" v3="3896" />
+      <tetrahedron index="11055" v0="1676" v1="1678" v2="2142" v3="3291" />
+      <tetrahedron index="11056" v0="1678" v1="2142" v2="3291" v3="3293" />
+      <tetrahedron index="11057" v0="2142" v1="3291" v2="3293" v3="3757" />
+      <tetrahedron index="11058" v0="2151" v1="2282" v2="2283" v3="3766" />
+      <tetrahedron index="11059" v0="2282" v1="2283" v2="3766" v3="3897" />
+      <tetrahedron index="11060" v0="2283" v1="3766" v2="3897" v3="3898" />
+      <tetrahedron index="11061" v0="2081" v1="2212" v2="2213" v3="3696" />
+      <tetrahedron index="11062" v0="2212" v1="2213" v2="3696" v3="3827" />
+      <tetrahedron index="11063" v0="2213" v1="3696" v2="3827" v3="3828" />
+      <tetrahedron index="11064" v0="1977" v1="2184" v2="2284" v3="3592" />
+      <tetrahedron index="11065" v0="2184" v1="2284" v2="3592" v3="3799" />
+      <tetrahedron index="11066" v0="2284" v1="3592" v2="3799" v3="3899" />
+      <tetrahedron index="11067" v0="2196" v1="2197" v2="2227" v3="3811" />
+      <tetrahedron index="11068" v0="2197" v1="2227" v2="3811" v3="3812" />
+      <tetrahedron index="11069" v0="2227" v1="3811" v2="3812" v3="3842" />
+      <tetrahedron index="11070" v0="1865" v1="1866" v2="2258" v3="3480" />
+      <tetrahedron index="11071" v0="1866" v1="2258" v2="3480" v3="3481" />
+      <tetrahedron index="11072" v0="2258" v1="3480" v2="3481" v3="3873" />
+      <tetrahedron index="11073" v0="1866" v1="2258" v2="2285" v3="3481" />
+      <tetrahedron index="11074" v0="2258" v1="2285" v2="3481" v3="3873" />
+      <tetrahedron index="11075" v0="2285" v1="3481" v2="3873" v3="3900" />
+      <tetrahedron index="11076" v0="2256" v1="2286" v2="2287" v3="3871" />
+      <tetrahedron index="11077" v0="2286" v1="2287" v2="3871" v3="3901" />
+      <tetrahedron index="11078" v0="2287" v1="3871" v2="3901" v3="3902" />
+      <tetrahedron index="11079" v0="1741" v1="1742" v2="2288" v3="3356" />
+      <tetrahedron index="11080" v0="1742" v1="2288" v2="3356" v3="3357" />
+      <tetrahedron index="11081" v0="2288" v1="3356" v2="3357" v3="3903" />
+      <tetrahedron index="11082" v0="1828" v1="2021" v2="2209" v3="3443" />
+      <tetrahedron index="11083" v0="2021" v1="2209" v2="3443" v3="3636" />
+      <tetrahedron index="11084" v0="2209" v1="3443" v2="3636" v3="3824" />
+      <tetrahedron index="11085" v0="1843" v1="2021" v2="2209" v3="3458" />
+      <tetrahedron index="11086" v0="2021" v1="2209" v2="3458" v3="3636" />
+      <tetrahedron index="11087" v0="2209" v1="3458" v2="3636" v3="3824" />
+      <tetrahedron index="11088" v0="1869" v1="2289" v2="2290" v3="3484" />
+      <tetrahedron index="11089" v0="2289" v1="2290" v2="3484" v3="3904" />
+      <tetrahedron index="11090" v0="2290" v1="3484" v2="3904" v3="3905" />
+      <tetrahedron index="11091" v0="2253" v1="2291" v2="2292" v3="3868" />
+      <tetrahedron index="11092" v0="2291" v1="2292" v2="3868" v3="3906" />
+      <tetrahedron index="11093" v0="2292" v1="3868" v2="3906" v3="3907" />
+      <tetrahedron index="11094" v0="2213" v1="2293" v2="2294" v3="3828" />
+      <tetrahedron index="11095" v0="2293" v1="2294" v2="3828" v3="3908" />
+      <tetrahedron index="11096" v0="2294" v1="3828" v2="3908" v3="3909" />
+      <tetrahedron index="11097" v0="2213" v1="2214" v2="2294" v3="3828" />
+      <tetrahedron index="11098" v0="2214" v1="2294" v2="3828" v3="3829" />
+      <tetrahedron index="11099" v0="2294" v1="3828" v2="3829" v3="3909" />
+      <tetrahedron index="11100" v0="1985" v1="2224" v2="2295" v3="3600" />
+      <tetrahedron index="11101" v0="2224" v1="2295" v2="3600" v3="3839" />
+      <tetrahedron index="11102" v0="2295" v1="3600" v2="3839" v3="3910" />
+      <tetrahedron index="11103" v0="1740" v1="2224" v2="2295" v3="3355" />
+      <tetrahedron index="11104" v0="2224" v1="2295" v2="3355" v3="3839" />
+      <tetrahedron index="11105" v0="2295" v1="3355" v2="3839" v3="3910" />
+      <tetrahedron index="11106" v0="2079" v1="2296" v2="2297" v3="3694" />
+      <tetrahedron index="11107" v0="2296" v1="2297" v2="3694" v3="3911" />
+      <tetrahedron index="11108" v0="2297" v1="3694" v2="3911" v3="3912" />
+      <tetrahedron index="11109" v0="2298" v1="2299" v2="2300" v3="3913" />
+      <tetrahedron index="11110" v0="2299" v1="2300" v2="3913" v3="3914" />
+      <tetrahedron index="11111" v0="2300" v1="3913" v2="3914" v3="3915" />
+      <tetrahedron index="11112" v0="2298" v1="2300" v2="2301" v3="3913" />
+      <tetrahedron index="11113" v0="2300" v1="2301" v2="3913" v3="3915" />
+      <tetrahedron index="11114" v0="2301" v1="3913" v2="3915" v3="3916" />
+      <tetrahedron index="11115" v0="1679" v1="1680" v2="2302" v3="3294" />
+      <tetrahedron index="11116" v0="1680" v1="2302" v2="3294" v3="3295" />
+      <tetrahedron index="11117" v0="2302" v1="3294" v2="3295" v3="3917" />
+      <tetrahedron index="11118" v0="1847" v1="2002" v2="2246" v3="3462" />
+      <tetrahedron index="11119" v0="2002" v1="2246" v2="3462" v3="3617" />
+      <tetrahedron index="11120" v0="2246" v1="3462" v2="3617" v3="3861" />
+      <tetrahedron index="11121" v0="1979" v1="2002" v2="2246" v3="3594" />
+      <tetrahedron index="11122" v0="2002" v1="2246" v2="3594" v3="3617" />
+      <tetrahedron index="11123" v0="2246" v1="3594" v2="3617" v3="3861" />
+      <tetrahedron index="11124" v0="1897" v1="1899" v2="2062" v3="3512" />
+      <tetrahedron index="11125" v0="1899" v1="2062" v2="3512" v3="3514" />
+      <tetrahedron index="11126" v0="2062" v1="3512" v2="3514" v3="3677" />
+      <tetrahedron index="11127" v0="1899" v1="2062" v2="2303" v3="3514" />
+      <tetrahedron index="11128" v0="2062" v1="2303" v2="3514" v3="3677" />
+      <tetrahedron index="11129" v0="2303" v1="3514" v2="3677" v3="3918" />
+      <tetrahedron index="11130" v0="1989" v1="2128" v2="2304" v3="3604" />
+      <tetrahedron index="11131" v0="2128" v1="2304" v2="3604" v3="3743" />
+      <tetrahedron index="11132" v0="2304" v1="3604" v2="3743" v3="3919" />
+      <tetrahedron index="11133" v0="2127" v1="2128" v2="2304" v3="3742" />
+      <tetrahedron index="11134" v0="2128" v1="2304" v2="3742" v3="3743" />
+      <tetrahedron index="11135" v0="2304" v1="3742" v2="3743" v3="3919" />
+      <tetrahedron index="11136" v0="1952" v1="2082" v2="2305" v3="3567" />
+      <tetrahedron index="11137" v0="2082" v1="2305" v2="3567" v3="3697" />
+      <tetrahedron index="11138" v0="2305" v1="3567" v2="3697" v3="3920" />
+      <tetrahedron index="11139" v0="2306" v1="2307" v2="2308" v3="3921" />
+      <tetrahedron index="11140" v0="2307" v1="2308" v2="3921" v3="3922" />
+      <tetrahedron index="11141" v0="2308" v1="3921" v2="3922" v3="3923" />
+      <tetrahedron index="11142" v0="1740" v1="1742" v2="2295" v3="3355" />
+      <tetrahedron index="11143" v0="1742" v1="2295" v2="3355" v3="3357" />
+      <tetrahedron index="11144" v0="2295" v1="3355" v2="3357" v3="3910" />
+      <tetrahedron index="11145" v0="1742" v1="2295" v2="2309" v3="3357" />
+      <tetrahedron index="11146" v0="2295" v1="2309" v2="3357" v3="3910" />
+      <tetrahedron index="11147" v0="2309" v1="3357" v2="3910" v3="3924" />
+      <tetrahedron index="11148" v0="1960" v1="2016" v2="2272" v3="3575" />
+      <tetrahedron index="11149" v0="2016" v1="2272" v2="3575" v3="3631" />
+      <tetrahedron index="11150" v0="2272" v1="3575" v2="3631" v3="3887" />
+      <tetrahedron index="11151" v0="1808" v1="2016" v2="2272" v3="3423" />
+      <tetrahedron index="11152" v0="2016" v1="2272" v2="3423" v3="3631" />
+      <tetrahedron index="11153" v0="2272" v1="3423" v2="3631" v3="3887" />
+      <tetrahedron index="11154" v0="2300" v1="2310" v2="2311" v3="3915" />
+      <tetrahedron index="11155" v0="2310" v1="2311" v2="3915" v3="3925" />
+      <tetrahedron index="11156" v0="2311" v1="3915" v2="3925" v3="3926" />
+      <tetrahedron index="11157" v0="1879" v1="2001" v2="2260" v3="3494" />
+      <tetrahedron index="11158" v0="2001" v1="2260" v2="3494" v3="3616" />
+      <tetrahedron index="11159" v0="2260" v1="3494" v2="3616" v3="3875" />
+      <tetrahedron index="11160" v0="1882" v1="2001" v2="2260" v3="3497" />
+      <tetrahedron index="11161" v0="2001" v1="2260" v2="3497" v3="3616" />
+      <tetrahedron index="11162" v0="2260" v1="3497" v2="3616" v3="3875" />
+      <tetrahedron index="11163" v0="1737" v1="1739" v2="2267" v3="3352" />
+      <tetrahedron index="11164" v0="1739" v1="2267" v2="3352" v3="3354" />
+      <tetrahedron index="11165" v0="2267" v1="3352" v2="3354" v3="3882" />
+      <tetrahedron index="11166" v0="1698" v1="2218" v2="2312" v3="3313" />
+      <tetrahedron index="11167" v0="2218" v1="2312" v2="3313" v3="3833" />
+      <tetrahedron index="11168" v0="2312" v1="3313" v2="3833" v3="3927" />
+      <tetrahedron index="11169" v0="2218" v1="2219" v2="2313" v3="3833" />
+      <tetrahedron index="11170" v0="2219" v1="2313" v2="3833" v3="3834" />
+      <tetrahedron index="11171" v0="2313" v1="3833" v2="3834" v3="3928" />
+      <tetrahedron index="11172" v0="2148" v1="2220" v2="2239" v3="3763" />
+      <tetrahedron index="11173" v0="2220" v1="2239" v2="3763" v3="3835" />
+      <tetrahedron index="11174" v0="2239" v1="3763" v2="3835" v3="3854" />
+      <tetrahedron index="11175" v0="1874" v1="2148" v2="2239" v3="3489" />
+      <tetrahedron index="11176" v0="2148" v1="2239" v2="3489" v3="3763" />
+      <tetrahedron index="11177" v0="2239" v1="3489" v2="3763" v3="3854" />
+      <tetrahedron index="11178" v0="1780" v1="1781" v2="2314" v3="3395" />
+      <tetrahedron index="11179" v0="1781" v1="2314" v2="3395" v3="3396" />
+      <tetrahedron index="11180" v0="2314" v1="3395" v2="3396" v3="3929" />
+      <tetrahedron index="11181" v0="1780" v1="2008" v2="2314" v3="3395" />
+      <tetrahedron index="11182" v0="2008" v1="2314" v2="3395" v3="3623" />
+      <tetrahedron index="11183" v0="2314" v1="3395" v2="3623" v3="3929" />
+      <tetrahedron index="11184" v0="1789" v1="1790" v2="1794" v3="3404" />
+      <tetrahedron index="11185" v0="1790" v1="1794" v2="3404" v3="3405" />
+      <tetrahedron index="11186" v0="1794" v1="3404" v2="3405" v3="3409" />
+      <tetrahedron index="11187" v0="1697" v1="1792" v2="2315" v3="3312" />
+      <tetrahedron index="11188" v0="1792" v1="2315" v2="3312" v3="3407" />
+      <tetrahedron index="11189" v0="2315" v1="3312" v2="3407" v3="3930" />
+      <tetrahedron index="11190" v0="1792" v1="2315" v2="2316" v3="3407" />
+      <tetrahedron index="11191" v0="2315" v1="2316" v2="3407" v3="3930" />
+      <tetrahedron index="11192" v0="2316" v1="3407" v2="3930" v3="3931" />
+      <tetrahedron index="11193" v0="2058" v1="2192" v2="2317" v3="3673" />
+      <tetrahedron index="11194" v0="2192" v1="2317" v2="3673" v3="3807" />
+      <tetrahedron index="11195" v0="2317" v1="3673" v2="3807" v3="3932" />
+      <tetrahedron index="11196" v0="2308" v1="2318" v2="2319" v3="3923" />
+      <tetrahedron index="11197" v0="2318" v1="2319" v2="3923" v3="3933" />
+      <tetrahedron index="11198" v0="2319" v1="3923" v2="3933" v3="3934" />
+      <tetrahedron index="11199" v0="1960" v1="1961" v2="2272" v3="3575" />
+      <tetrahedron index="11200" v0="1961" v1="2272" v2="3575" v3="3576" />
+      <tetrahedron index="11201" v0="2272" v1="3575" v2="3576" v3="3887" />
+      <tetrahedron index="11202" v0="1961" v1="2178" v2="2272" v3="3576" />
+      <tetrahedron index="11203" v0="2178" v1="2272" v2="3576" v3="3793" />
+      <tetrahedron index="11204" v0="2272" v1="3576" v2="3793" v3="3887" />
+      <tetrahedron index="11205" v0="2044" v1="2320" v2="2321" v3="3659" />
+      <tetrahedron index="11206" v0="2320" v1="2321" v2="3659" v3="3935" />
+      <tetrahedron index="11207" v0="2321" v1="3659" v2="3935" v3="3936" />
+      <tetrahedron index="11208" v0="2165" v1="2166" v2="2322" v3="3780" />
+      <tetrahedron index="11209" v0="2166" v1="2322" v2="3780" v3="3781" />
+      <tetrahedron index="11210" v0="2322" v1="3780" v2="3781" v3="3937" />
+      <tetrahedron index="11211" v0="1853" v1="2125" v2="2247" v3="3468" />
+      <tetrahedron index="11212" v0="2125" v1="2247" v2="3468" v3="3740" />
+      <tetrahedron index="11213" v0="2247" v1="3468" v2="3740" v3="3862" />
+      <tetrahedron index="11214" v0="1978" v1="2125" v2="2247" v3="3593" />
+      <tetrahedron index="11215" v0="2125" v1="2247" v2="3593" v3="3740" />
+      <tetrahedron index="11216" v0="2247" v1="3593" v2="3740" v3="3862" />
+      <tetrahedron index="11217" v0="1617" v1="2042" v2="2323" v3="3232" />
+      <tetrahedron index="11218" v0="2042" v1="2323" v2="3232" v3="3657" />
+      <tetrahedron index="11219" v0="2323" v1="3232" v2="3657" v3="3938" />
+      <tetrahedron index="11220" v0="2042" v1="2190" v2="2323" v3="3657" />
+      <tetrahedron index="11221" v0="2190" v1="2323" v2="3657" v3="3805" />
+      <tetrahedron index="11222" v0="2323" v1="3657" v2="3805" v3="3938" />
+      <tetrahedron index="11223" v0="1963" v1="1964" v2="2048" v3="3578" />
+      <tetrahedron index="11224" v0="1964" v1="2048" v2="3578" v3="3579" />
+      <tetrahedron index="11225" v0="2048" v1="3578" v2="3579" v3="3663" />
+      <tetrahedron index="11226" v0="1711" v1="2324" v2="2325" v3="3326" />
+      <tetrahedron index="11227" v0="2324" v1="2325" v2="3326" v3="3939" />
+      <tetrahedron index="11228" v0="2325" v1="3326" v2="3939" v3="3940" />
+      <tetrahedron index="11229" v0="2326" v1="2327" v2="2328" v3="3941" />
+      <tetrahedron index="11230" v0="2327" v1="2328" v2="3941" v3="3942" />
+      <tetrahedron index="11231" v0="2328" v1="3941" v2="3942" v3="3943" />
+      <tetrahedron index="11232" v0="1945" v1="2071" v2="2188" v3="3560" />
+      <tetrahedron index="11233" v0="2071" v1="2188" v2="3560" v3="3686" />
+      <tetrahedron index="11234" v0="2188" v1="3560" v2="3686" v3="3803" />
+      <tetrahedron index="11235" v0="2071" v1="2188" v2="2231" v3="3686" />
+      <tetrahedron index="11236" v0="2188" v1="2231" v2="3686" v3="3803" />
+      <tetrahedron index="11237" v0="2231" v1="3686" v2="3803" v3="3846" />
+      <tetrahedron index="11238" v0="1907" v1="2211" v2="2329" v3="3522" />
+      <tetrahedron index="11239" v0="2211" v1="2329" v2="3522" v3="3826" />
+      <tetrahedron index="11240" v0="2329" v1="3522" v2="3826" v3="3944" />
+      <tetrahedron index="11241" v0="1906" v1="1907" v2="2329" v3="3521" />
+      <tetrahedron index="11242" v0="1907" v1="2329" v2="3521" v3="3522" />
+      <tetrahedron index="11243" v0="2329" v1="3521" v2="3522" v3="3944" />
+      <tetrahedron index="11244" v0="2130" v1="2131" v2="2196" v3="3745" />
+      <tetrahedron index="11245" v0="2131" v1="2196" v2="3745" v3="3746" />
+      <tetrahedron index="11246" v0="2196" v1="3745" v2="3746" v3="3811" />
+      <tetrahedron index="11247" v0="2131" v1="2195" v2="2196" v3="3746" />
+      <tetrahedron index="11248" v0="2195" v1="2196" v2="3746" v3="3810" />
+      <tetrahedron index="11249" v0="2196" v1="3746" v2="3810" v3="3811" />
+      <tetrahedron index="11250" v0="1841" v1="1842" v2="2195" v3="3456" />
+      <tetrahedron index="11251" v0="1842" v1="2195" v2="3456" v3="3457" />
+      <tetrahedron index="11252" v0="2195" v1="3456" v2="3457" v3="3810" />
+      <tetrahedron index="11253" v0="1841" v1="2131" v2="2195" v3="3456" />
+      <tetrahedron index="11254" v0="2131" v1="2195" v2="3456" v3="3746" />
+      <tetrahedron index="11255" v0="2195" v1="3456" v2="3746" v3="3810" />
+      <tetrahedron index="11256" v0="1816" v1="1817" v2="1890" v3="3431" />
+      <tetrahedron index="11257" v0="1817" v1="1890" v2="3431" v3="3432" />
+      <tetrahedron index="11258" v0="1890" v1="3431" v2="3432" v3="3505" />
+      <tetrahedron index="11259" v0="1895" v1="1896" v2="2330" v3="3510" />
+      <tetrahedron index="11260" v0="1896" v1="2330" v2="3510" v3="3511" />
+      <tetrahedron index="11261" v0="2330" v1="3510" v2="3511" v3="3945" />
+      <tetrahedron index="11262" v0="2331" v1="2332" v2="2333" v3="3946" />
+      <tetrahedron index="11263" v0="2332" v1="2333" v2="3946" v3="3947" />
+      <tetrahedron index="11264" v0="2333" v1="3946" v2="3947" v3="3948" />
+      <tetrahedron index="11265" v0="1736" v1="1920" v2="1921" v3="3351" />
+      <tetrahedron index="11266" v0="1920" v1="1921" v2="3351" v3="3535" />
+      <tetrahedron index="11267" v0="1921" v1="3351" v2="3535" v3="3536" />
+      <tetrahedron index="11268" v0="1736" v1="1920" v2="2334" v3="3351" />
+      <tetrahedron index="11269" v0="1920" v1="2334" v2="3351" v3="3535" />
+      <tetrahedron index="11270" v0="2334" v1="3351" v2="3535" v3="3949" />
+      <tetrahedron index="11271" v0="2067" v1="2335" v2="2336" v3="3682" />
+      <tetrahedron index="11272" v0="2335" v1="2336" v2="3682" v3="3950" />
+      <tetrahedron index="11273" v0="2336" v1="3682" v2="3950" v3="3951" />
+      <tetrahedron index="11274" v0="1750" v1="2081" v2="2337" v3="3365" />
+      <tetrahedron index="11275" v0="2081" v1="2337" v2="3365" v3="3696" />
+      <tetrahedron index="11276" v0="2337" v1="3365" v2="3696" v3="3952" />
+      <tetrahedron index="11277" v0="1993" v1="2238" v2="2239" v3="3608" />
+      <tetrahedron index="11278" v0="2238" v1="2239" v2="3608" v3="3853" />
+      <tetrahedron index="11279" v0="2239" v1="3608" v2="3853" v3="3854" />
+      <tetrahedron index="11280" v0="1821" v1="1890" v2="2192" v3="3436" />
+      <tetrahedron index="11281" v0="1890" v1="2192" v2="3436" v3="3505" />
+      <tetrahedron index="11282" v0="2192" v1="3436" v2="3505" v3="3807" />
+      <tetrahedron index="11283" v0="1783" v1="1786" v2="1916" v3="3398" />
+      <tetrahedron index="11284" v0="1786" v1="1916" v2="3398" v3="3401" />
+      <tetrahedron index="11285" v0="1916" v1="3398" v2="3401" v3="3531" />
+      <tetrahedron index="11286" v0="2128" v1="2129" v2="2338" v3="3743" />
+      <tetrahedron index="11287" v0="2129" v1="2338" v2="3743" v3="3744" />
+      <tetrahedron index="11288" v0="2338" v1="3743" v2="3744" v3="3953" />
+      <tetrahedron index="11289" v0="1991" v1="2128" v2="2338" v3="3606" />
+      <tetrahedron index="11290" v0="2128" v1="2338" v2="3606" v3="3743" />
+      <tetrahedron index="11291" v0="2338" v1="3606" v2="3743" v3="3953" />
+      <tetrahedron index="11292" v0="1855" v1="2019" v2="2229" v3="3470" />
+      <tetrahedron index="11293" v0="2019" v1="2229" v2="3470" v3="3634" />
+      <tetrahedron index="11294" v0="2229" v1="3470" v2="3634" v3="3844" />
+      <tetrahedron index="11295" v0="1683" v1="1685" v2="2339" v3="3298" />
+      <tetrahedron index="11296" v0="1685" v1="2339" v2="3298" v3="3300" />
+      <tetrahedron index="11297" v0="2339" v1="3298" v2="3300" v3="3954" />
+      <tetrahedron index="11298" v0="1685" v1="2339" v2="2340" v3="3300" />
+      <tetrahedron index="11299" v0="2339" v1="2340" v2="3300" v3="3954" />
+      <tetrahedron index="11300" v0="2340" v1="3300" v2="3954" v3="3955" />
+      <tetrahedron index="11301" v0="1947" v1="2260" v2="2261" v3="3562" />
+      <tetrahedron index="11302" v0="2260" v1="2261" v2="3562" v3="3875" />
+      <tetrahedron index="11303" v0="2261" v1="3562" v2="3875" v3="3876" />
+      <tetrahedron index="11304" v0="1879" v1="1947" v2="2260" v3="3494" />
+      <tetrahedron index="11305" v0="1947" v1="2260" v2="3494" v3="3562" />
+      <tetrahedron index="11306" v0="2260" v1="3494" v2="3562" v3="3875" />
+      <tetrahedron index="11307" v0="1797" v1="1798" v2="2341" v3="3412" />
+      <tetrahedron index="11308" v0="1798" v1="2341" v2="3412" v3="3413" />
+      <tetrahedron index="11309" v0="2341" v1="3412" v2="3413" v3="3956" />
+      <tetrahedron index="11310" v0="2147" v1="2259" v2="2342" v3="3762" />
+      <tetrahedron index="11311" v0="2259" v1="2342" v2="3762" v3="3874" />
+      <tetrahedron index="11312" v0="2342" v1="3762" v2="3874" v3="3957" />
+      <tetrahedron index="11313" v0="2146" v1="2147" v2="2342" v3="3761" />
+      <tetrahedron index="11314" v0="2147" v1="2342" v2="3761" v3="3762" />
+      <tetrahedron index="11315" v0="2342" v1="3761" v2="3762" v3="3957" />
+      <tetrahedron index="11316" v0="1920" v1="2334" v2="2343" v3="3535" />
+      <tetrahedron index="11317" v0="2334" v1="2343" v2="3535" v3="3949" />
+      <tetrahedron index="11318" v0="2343" v1="3535" v2="3949" v3="3958" />
+      <tetrahedron index="11319" v0="2132" v1="2246" v2="2344" v3="3747" />
+      <tetrahedron index="11320" v0="2246" v1="2344" v2="3747" v3="3861" />
+      <tetrahedron index="11321" v0="2344" v1="3747" v2="3861" v3="3959" />
+      <tetrahedron index="11322" v0="1979" v1="2132" v2="2246" v3="3594" />
+      <tetrahedron index="11323" v0="2132" v1="2246" v2="3594" v3="3747" />
+      <tetrahedron index="11324" v0="2246" v1="3594" v2="3747" v3="3861" />
+      <tetrahedron index="11325" v0="2033" v1="2087" v2="2088" v3="3648" />
+      <tetrahedron index="11326" v0="2087" v1="2088" v2="3648" v3="3702" />
+      <tetrahedron index="11327" v0="2088" v1="3648" v2="3702" v3="3703" />
+      <tetrahedron index="11328" v0="1804" v1="2022" v2="2345" v3="3419" />
+      <tetrahedron index="11329" v0="2022" v1="2345" v2="3419" v3="3637" />
+      <tetrahedron index="11330" v0="2345" v1="3419" v2="3637" v3="3960" />
+      <tetrahedron index="11331" v0="1804" v1="2022" v2="2025" v3="3419" />
+      <tetrahedron index="11332" v0="2022" v1="2025" v2="3419" v3="3637" />
+      <tetrahedron index="11333" v0="2025" v1="3419" v2="3637" v3="3640" />
+      <tetrahedron index="11334" v0="1995" v1="2346" v2="2347" v3="3610" />
+      <tetrahedron index="11335" v0="2346" v1="2347" v2="3610" v3="3961" />
+      <tetrahedron index="11336" v0="2347" v1="3610" v2="3961" v3="3962" />
+      <tetrahedron index="11337" v0="2049" v1="2052" v2="2072" v3="3664" />
+      <tetrahedron index="11338" v0="2052" v1="2072" v2="3664" v3="3667" />
+      <tetrahedron index="11339" v0="2072" v1="3664" v2="3667" v3="3687" />
+      <tetrahedron index="11340" v0="2052" v1="2072" v2="2130" v3="3667" />
+      <tetrahedron index="11341" v0="2072" v1="2130" v2="3667" v3="3687" />
+      <tetrahedron index="11342" v0="2130" v1="3667" v2="3687" v3="3745" />
+      <tetrahedron index="11343" v0="1875" v1="1957" v2="2248" v3="3490" />
+      <tetrahedron index="11344" v0="1957" v1="2248" v2="3490" v3="3572" />
+      <tetrahedron index="11345" v0="2248" v1="3490" v2="3572" v3="3863" />
+      <tetrahedron index="11346" v0="2348" v1="2349" v2="2350" v3="3963" />
+      <tetrahedron index="11347" v0="2349" v1="2350" v2="3963" v3="3964" />
+      <tetrahedron index="11348" v0="2350" v1="3963" v2="3964" v3="3965" />
+      <tetrahedron index="11349" v0="2133" v1="2348" v2="2350" v3="3748" />
+      <tetrahedron index="11350" v0="2348" v1="2350" v2="3748" v3="3963" />
+      <tetrahedron index="11351" v0="2350" v1="3748" v2="3963" v3="3965" />
+      <tetrahedron index="11352" v0="1778" v1="1782" v2="1783" v3="3393" />
+      <tetrahedron index="11353" v0="1782" v1="1783" v2="3393" v3="3397" />
+      <tetrahedron index="11354" v0="1783" v1="3393" v2="3397" v3="3398" />
+      <tetrahedron index="11355" v0="1778" v1="1783" v2="1917" v3="3393" />
+      <tetrahedron index="11356" v0="1783" v1="1917" v2="3393" v3="3398" />
+      <tetrahedron index="11357" v0="1917" v1="3393" v2="3398" v3="3532" />
+      <tetrahedron index="11358" v0="2153" v1="2230" v2="2351" v3="3768" />
+      <tetrahedron index="11359" v0="2230" v1="2351" v2="3768" v3="3845" />
+      <tetrahedron index="11360" v0="2351" v1="3768" v2="3845" v3="3966" />
+      <tetrahedron index="11361" v0="1881" v1="1882" v2="2352" v3="3496" />
+      <tetrahedron index="11362" v0="1882" v1="2352" v2="3496" v3="3497" />
+      <tetrahedron index="11363" v0="2352" v1="3496" v2="3497" v3="3967" />
+      <tetrahedron index="11364" v0="1882" v1="2001" v2="2352" v3="3497" />
+      <tetrahedron index="11365" v0="2001" v1="2352" v2="3497" v3="3616" />
+      <tetrahedron index="11366" v0="2352" v1="3497" v2="3616" v3="3967" />
+      <tetrahedron index="11367" v0="2198" v1="2199" v2="2353" v3="3813" />
+      <tetrahedron index="11368" v0="2199" v1="2353" v2="3813" v3="3814" />
+      <tetrahedron index="11369" v0="2353" v1="3813" v2="3814" v3="3968" />
+      <tetrahedron index="11370" v0="1690" v1="2354" v2="2355" v3="3305" />
+      <tetrahedron index="11371" v0="2354" v1="2355" v2="3305" v3="3969" />
+      <tetrahedron index="11372" v0="2355" v1="3305" v2="3969" v3="3970" />
+      <tetrahedron index="11373" v0="1688" v1="1690" v2="2355" v3="3303" />
+      <tetrahedron index="11374" v0="1690" v1="2355" v2="3303" v3="3305" />
+      <tetrahedron index="11375" v0="2355" v1="3303" v2="3305" v3="3970" />
+      <tetrahedron index="11376" v0="1863" v1="2020" v2="2356" v3="3478" />
+      <tetrahedron index="11377" v0="2020" v1="2356" v2="3478" v3="3635" />
+      <tetrahedron index="11378" v0="2356" v1="3478" v2="3635" v3="3971" />
+      <tetrahedron index="11379" v0="2135" v1="2136" v2="2357" v3="3750" />
+      <tetrahedron index="11380" v0="2136" v1="2357" v2="3750" v3="3751" />
+      <tetrahedron index="11381" v0="2357" v1="3750" v2="3751" v3="3972" />
+      <tetrahedron index="11382" v0="2136" v1="2240" v2="2357" v3="3751" />
+      <tetrahedron index="11383" v0="2240" v1="2357" v2="3751" v3="3855" />
+      <tetrahedron index="11384" v0="2357" v1="3751" v2="3855" v3="3972" />
+      <tetrahedron index="11385" v0="2358" v1="2359" v2="2360" v3="3973" />
+      <tetrahedron index="11386" v0="2359" v1="2360" v2="3973" v3="3974" />
+      <tetrahedron index="11387" v0="2360" v1="3973" v2="3974" v3="3975" />
+      <tetrahedron index="11388" v0="2145" v1="2147" v2="2278" v3="3760" />
+      <tetrahedron index="11389" v0="2147" v1="2278" v2="3760" v3="3762" />
+      <tetrahedron index="11390" v0="2278" v1="3760" v2="3762" v3="3893" />
+      <tetrahedron index="11391" v0="1774" v1="2147" v2="2278" v3="3389" />
+      <tetrahedron index="11392" v0="2147" v1="2278" v2="3389" v3="3762" />
+      <tetrahedron index="11393" v0="2278" v1="3389" v2="3762" v3="3893" />
+      <tetrahedron index="11394" v0="1648" v1="2276" v2="2277" v3="3263" />
+      <tetrahedron index="11395" v0="2276" v1="2277" v2="3263" v3="3891" />
+      <tetrahedron index="11396" v0="2277" v1="3263" v2="3891" v3="3892" />
+      <tetrahedron index="11397" v0="2069" v1="2148" v2="2171" v3="3684" />
+      <tetrahedron index="11398" v0="2148" v1="2171" v2="3684" v3="3763" />
+      <tetrahedron index="11399" v0="2171" v1="3684" v2="3763" v3="3786" />
+      <tetrahedron index="11400" v0="1873" v1="2069" v2="2148" v3="3488" />
+      <tetrahedron index="11401" v0="2069" v1="2148" v2="3488" v3="3684" />
+      <tetrahedron index="11402" v0="2148" v1="3488" v2="3684" v3="3763" />
+      <tetrahedron index="11403" v0="1838" v1="2138" v2="2139" v3="3453" />
+      <tetrahedron index="11404" v0="2138" v1="2139" v2="3453" v3="3753" />
+      <tetrahedron index="11405" v0="2139" v1="3453" v2="3753" v3="3754" />
+      <tetrahedron index="11406" v0="1838" v1="1840" v2="2139" v3="3453" />
+      <tetrahedron index="11407" v0="1840" v1="2139" v2="3453" v3="3455" />
+      <tetrahedron index="11408" v0="2139" v1="3453" v2="3455" v3="3754" />
+      <tetrahedron index="11409" v0="1775" v1="2361" v2="2362" v3="3390" />
+      <tetrahedron index="11410" v0="2361" v1="2362" v2="3390" v3="3976" />
+      <tetrahedron index="11411" v0="2362" v1="3390" v2="3976" v3="3977" />
+      <tetrahedron index="11412" v0="1972" v1="1973" v2="2363" v3="3587" />
+      <tetrahedron index="11413" v0="1973" v1="2363" v2="3587" v3="3588" />
+      <tetrahedron index="11414" v0="2363" v1="3587" v2="3588" v3="3978" />
+      <tetrahedron index="11415" v0="2015" v1="2016" v2="2264" v3="3630" />
+      <tetrahedron index="11416" v0="2016" v1="2264" v2="3630" v3="3631" />
+      <tetrahedron index="11417" v0="2264" v1="3630" v2="3631" v3="3879" />
+      <tetrahedron index="11418" v0="2031" v1="2263" v2="2312" v3="3646" />
+      <tetrahedron index="11419" v0="2263" v1="2312" v2="3646" v3="3878" />
+      <tetrahedron index="11420" v0="2312" v1="3646" v2="3878" v3="3927" />
+      <tetrahedron index="11421" v0="2019" v1="2228" v2="2364" v3="3634" />
+      <tetrahedron index="11422" v0="2228" v1="2364" v2="3634" v3="3843" />
+      <tetrahedron index="11423" v0="2364" v1="3634" v2="3843" v3="3979" />
+      <tetrahedron index="11424" v0="1892" v1="2098" v2="2365" v3="3507" />
+      <tetrahedron index="11425" v0="2098" v1="2365" v2="3507" v3="3713" />
+      <tetrahedron index="11426" v0="2365" v1="3507" v2="3713" v3="3980" />
+      <tetrahedron index="11427" v0="1692" v1="2070" v2="2152" v3="3307" />
+      <tetrahedron index="11428" v0="2070" v1="2152" v2="3307" v3="3685" />
+      <tetrahedron index="11429" v0="2152" v1="3307" v2="3685" v3="3767" />
+      <tetrahedron index="11430" v0="1836" v1="2070" v2="2152" v3="3451" />
+      <tetrahedron index="11431" v0="2070" v1="2152" v2="3451" v3="3685" />
+      <tetrahedron index="11432" v0="2152" v1="3451" v2="3685" v3="3767" />
+      <tetrahedron index="11433" v0="2153" v1="2154" v2="2366" v3="3768" />
+      <tetrahedron index="11434" v0="2154" v1="2366" v2="3768" v3="3769" />
+      <tetrahedron index="11435" v0="2366" v1="3768" v2="3769" v3="3981" />
+      <tetrahedron index="11436" v0="2159" v1="2160" v2="2367" v3="3774" />
+      <tetrahedron index="11437" v0="2160" v1="2367" v2="3774" v3="3775" />
+      <tetrahedron index="11438" v0="2367" v1="3774" v2="3775" v3="3982" />
+      <tetrahedron index="11439" v0="1688" v1="2355" v2="2368" v3="3303" />
+      <tetrahedron index="11440" v0="2355" v1="2368" v2="3303" v3="3970" />
+      <tetrahedron index="11441" v0="2368" v1="3303" v2="3970" v3="3983" />
+      <tetrahedron index="11442" v0="2268" v1="2369" v2="2370" v3="3883" />
+      <tetrahedron index="11443" v0="2369" v1="2370" v2="3883" v3="3984" />
+      <tetrahedron index="11444" v0="2370" v1="3883" v2="3984" v3="3985" />
+      <tetrahedron index="11445" v0="2267" v1="2268" v2="2369" v3="3882" />
+      <tetrahedron index="11446" v0="2268" v1="2369" v2="3882" v3="3883" />
+      <tetrahedron index="11447" v0="2369" v1="3882" v2="3883" v3="3984" />
+      <tetrahedron index="11448" v0="2327" v1="2328" v2="2371" v3="3942" />
+      <tetrahedron index="11449" v0="2328" v1="2371" v2="3942" v3="3943" />
+      <tetrahedron index="11450" v0="2371" v1="3942" v2="3943" v3="3986" />
+      <tetrahedron index="11451" v0="1733" v1="2060" v2="2182" v3="3348" />
+      <tetrahedron index="11452" v0="2060" v1="2182" v2="3348" v3="3675" />
+      <tetrahedron index="11453" v0="2182" v1="3348" v2="3675" v3="3797" />
+      <tetrahedron index="11454" v0="1853" v1="2141" v2="2247" v3="3468" />
+      <tetrahedron index="11455" v0="2141" v1="2247" v2="3468" v3="3756" />
+      <tetrahedron index="11456" v0="2247" v1="3468" v2="3756" v3="3862" />
+      <tetrahedron index="11457" v0="1850" v1="2141" v2="2247" v3="3465" />
+      <tetrahedron index="11458" v0="2141" v1="2247" v2="3465" v3="3756" />
+      <tetrahedron index="11459" v0="2247" v1="3465" v2="3756" v3="3862" />
+      <tetrahedron index="11460" v0="2107" v1="2254" v2="2372" v3="3722" />
+      <tetrahedron index="11461" v0="2254" v1="2372" v2="3722" v3="3869" />
+      <tetrahedron index="11462" v0="2372" v1="3722" v2="3869" v3="3987" />
+      <tetrahedron index="11463" v0="1792" v1="2000" v2="2373" v3="3407" />
+      <tetrahedron index="11464" v0="2000" v1="2373" v2="3407" v3="3615" />
+      <tetrahedron index="11465" v0="2373" v1="3407" v2="3615" v3="3988" />
+      <tetrahedron index="11466" v0="1838" v1="2138" v2="2373" v3="3453" />
+      <tetrahedron index="11467" v0="2138" v1="2373" v2="3453" v3="3753" />
+      <tetrahedron index="11468" v0="2373" v1="3453" v2="3753" v3="3988" />
+      <tetrahedron index="11469" v0="1975" v1="2140" v2="2374" v3="3590" />
+      <tetrahedron index="11470" v0="2140" v1="2374" v2="3590" v3="3755" />
+      <tetrahedron index="11471" v0="2374" v1="3590" v2="3755" v3="3989" />
+      <tetrahedron index="11472" v0="1975" v1="2374" v2="2375" v3="3590" />
+      <tetrahedron index="11473" v0="2374" v1="2375" v2="3590" v3="3989" />
+      <tetrahedron index="11474" v0="2375" v1="3590" v2="3989" v3="3990" />
+      <tetrahedron index="11475" v0="1997" v1="2042" v2="2190" v3="3612" />
+      <tetrahedron index="11476" v0="2042" v1="2190" v2="3612" v3="3657" />
+      <tetrahedron index="11477" v0="2190" v1="3612" v2="3657" v3="3805" />
+      <tetrahedron index="11478" v0="1997" v1="1998" v2="2042" v3="3612" />
+      <tetrahedron index="11479" v0="1998" v1="2042" v2="3612" v3="3613" />
+      <tetrahedron index="11480" v0="2042" v1="3612" v2="3613" v3="3657" />
+      <tetrahedron index="11481" v0="1729" v1="1733" v2="2182" v3="3344" />
+      <tetrahedron index="11482" v0="1733" v1="2182" v2="3344" v3="3348" />
+      <tetrahedron index="11483" v0="2182" v1="3344" v2="3348" v3="3797" />
+      <tetrahedron index="11484" v0="2170" v1="2171" v2="2376" v3="3785" />
+      <tetrahedron index="11485" v0="2171" v1="2376" v2="3785" v3="3786" />
+      <tetrahedron index="11486" v0="2376" v1="3785" v2="3786" v3="3991" />
+      <tetrahedron index="11487" v0="2167" v1="2170" v2="2376" v3="3782" />
+      <tetrahedron index="11488" v0="2170" v1="2376" v2="3782" v3="3785" />
+      <tetrahedron index="11489" v0="2376" v1="3782" v2="3785" v3="3991" />
+      <tetrahedron index="11490" v0="2161" v1="2162" v2="2377" v3="3776" />
+      <tetrahedron index="11491" v0="2162" v1="2377" v2="3776" v3="3777" />
+      <tetrahedron index="11492" v0="2377" v1="3776" v2="3777" v3="3992" />
+      <tetrahedron index="11493" v0="2161" v1="2377" v2="2378" v3="3776" />
+      <tetrahedron index="11494" v0="2377" v1="2378" v2="3776" v3="3992" />
+      <tetrahedron index="11495" v0="2378" v1="3776" v2="3992" v3="3993" />
+      <tetrahedron index="11496" v0="2101" v1="2379" v2="2380" v3="3716" />
+      <tetrahedron index="11497" v0="2379" v1="2380" v2="3716" v3="3994" />
+      <tetrahedron index="11498" v0="2380" v1="3716" v2="3994" v3="3995" />
+      <tetrahedron index="11499" v0="2099" v1="2101" v2="2380" v3="3714" />
+      <tetrahedron index="11500" v0="2101" v1="2380" v2="3714" v3="3716" />
+      <tetrahedron index="11501" v0="2380" v1="3714" v2="3716" v3="3995" />
+      <tetrahedron index="11502" v0="2219" v1="2313" v2="2381" v3="3834" />
+      <tetrahedron index="11503" v0="2313" v1="2381" v2="3834" v3="3928" />
+      <tetrahedron index="11504" v0="2381" v1="3834" v2="3928" v3="3996" />
+      <tetrahedron index="11505" v0="2243" v1="2250" v2="2382" v3="3858" />
+      <tetrahedron index="11506" v0="2250" v1="2382" v2="3858" v3="3865" />
+      <tetrahedron index="11507" v0="2382" v1="3858" v2="3865" v3="3997" />
+      <tetrahedron index="11508" v0="2099" v1="2380" v2="2383" v3="3714" />
+      <tetrahedron index="11509" v0="2380" v1="2383" v2="3714" v3="3995" />
+      <tetrahedron index="11510" v0="2383" v1="3714" v2="3995" v3="3998" />
+      <tetrahedron index="11511" v0="2091" v1="2093" v2="2266" v3="3706" />
+      <tetrahedron index="11512" v0="2093" v1="2266" v2="3706" v3="3708" />
+      <tetrahedron index="11513" v0="2266" v1="3706" v2="3708" v3="3881" />
+      <tetrahedron index="11514" v0="1960" v1="2014" v2="2284" v3="3575" />
+      <tetrahedron index="11515" v0="2014" v1="2284" v2="3575" v3="3629" />
+      <tetrahedron index="11516" v0="2284" v1="3575" v2="3629" v3="3899" />
+      <tetrahedron index="11517" v0="1960" v1="1962" v2="2284" v3="3575" />
+      <tetrahedron index="11518" v0="1962" v1="2284" v2="3575" v3="3577" />
+      <tetrahedron index="11519" v0="2284" v1="3575" v2="3577" v3="3899" />
+      <tetrahedron index="11520" v0="1924" v1="2206" v2="2207" v3="3539" />
+      <tetrahedron index="11521" v0="2206" v1="2207" v2="3539" v3="3821" />
+      <tetrahedron index="11522" v0="2207" v1="3539" v2="3821" v3="3822" />
+      <tetrahedron index="11523" v0="1924" v1="2206" v2="2384" v3="3539" />
+      <tetrahedron index="11524" v0="2206" v1="2384" v2="3539" v3="3821" />
+      <tetrahedron index="11525" v0="2384" v1="3539" v2="3821" v3="3999" />
+      <tetrahedron index="11526" v0="2151" v1="2152" v2="2282" v3="3766" />
+      <tetrahedron index="11527" v0="2152" v1="2282" v2="3766" v3="3767" />
+      <tetrahedron index="11528" v0="2282" v1="3766" v2="3767" v3="3897" />
+      <tetrahedron index="11529" v0="2327" v1="2385" v2="2386" v3="3942" />
+      <tetrahedron index="11530" v0="2385" v1="2386" v2="3942" v3="4000" />
+      <tetrahedron index="11531" v0="2386" v1="3942" v2="4000" v3="4001" />
+      <tetrahedron index="11532" v0="1647" v1="1649" v2="1757" v3="3262" />
+      <tetrahedron index="11533" v0="1649" v1="1757" v2="3262" v3="3264" />
+      <tetrahedron index="11534" v0="1757" v1="3262" v2="3264" v3="3372" />
+      <tetrahedron index="11535" v0="1818" v1="2034" v2="2250" v3="3433" />
+      <tetrahedron index="11536" v0="2034" v1="2250" v2="3433" v3="3649" />
+      <tetrahedron index="11537" v0="2250" v1="3433" v2="3649" v3="3865" />
+      <tetrahedron index="11538" v0="1816" v1="1818" v2="2250" v3="3431" />
+      <tetrahedron index="11539" v0="1818" v1="2250" v2="3431" v3="3433" />
+      <tetrahedron index="11540" v0="2250" v1="3431" v2="3433" v3="3865" />
+      <tetrahedron index="11541" v0="1841" v1="2123" v2="2131" v3="3456" />
+      <tetrahedron index="11542" v0="2123" v1="2131" v2="3456" v3="3738" />
+      <tetrahedron index="11543" v0="2131" v1="3456" v2="3738" v3="3746" />
+      <tetrahedron index="11544" v0="1841" v1="2123" v2="2134" v3="3456" />
+      <tetrahedron index="11545" v0="2123" v1="2134" v2="3456" v3="3738" />
+      <tetrahedron index="11546" v0="2134" v1="3456" v2="3738" v3="3749" />
+      <tetrahedron index="11547" v0="2053" v1="2387" v2="2388" v3="3668" />
+      <tetrahedron index="11548" v0="2387" v1="2388" v2="3668" v3="4002" />
+      <tetrahedron index="11549" v0="2388" v1="3668" v2="4002" v3="4003" />
+      <tetrahedron index="11550" v0="2219" v1="2381" v2="2389" v3="3834" />
+      <tetrahedron index="11551" v0="2381" v1="2389" v2="3834" v3="3996" />
+      <tetrahedron index="11552" v0="2389" v1="3834" v2="3996" v3="4004" />
+      <tetrahedron index="11553" v0="1772" v1="2142" v2="2390" v3="3387" />
+      <tetrahedron index="11554" v0="2142" v1="2390" v2="3387" v3="3757" />
+      <tetrahedron index="11555" v0="2390" v1="3387" v2="3757" v3="4005" />
+      <tetrahedron index="11556" v0="1783" v1="1784" v2="1786" v3="3398" />
+      <tetrahedron index="11557" v0="1784" v1="1786" v2="3398" v3="3399" />
+      <tetrahedron index="11558" v0="1786" v1="3398" v2="3399" v3="3401" />
+      <tetrahedron index="11559" v0="1732" v1="1733" v2="2060" v3="3347" />
+      <tetrahedron index="11560" v0="1733" v1="2060" v2="3347" v3="3348" />
+      <tetrahedron index="11561" v0="2060" v1="3347" v2="3348" v3="3675" />
+      <tetrahedron index="11562" v0="1923" v1="1924" v2="2207" v3="3538" />
+      <tetrahedron index="11563" v0="1924" v1="2207" v2="3538" v3="3539" />
+      <tetrahedron index="11564" v0="2207" v1="3538" v2="3539" v3="3822" />
+      <tetrahedron index="11565" v0="2251" v1="2391" v2="2392" v3="3866" />
+      <tetrahedron index="11566" v0="2391" v1="2392" v2="3866" v3="4006" />
+      <tetrahedron index="11567" v0="2392" v1="3866" v2="4006" v3="4007" />
+      <tetrahedron index="11568" v0="2393" v1="2394" v2="2395" v3="4008" />
+      <tetrahedron index="11569" v0="2394" v1="2395" v2="4008" v3="4009" />
+      <tetrahedron index="11570" v0="2395" v1="4008" v2="4009" v3="4010" />
+      <tetrahedron index="11571" v0="1798" v1="1880" v2="1881" v3="3413" />
+      <tetrahedron index="11572" v0="1880" v1="1881" v2="3413" v3="3495" />
+      <tetrahedron index="11573" v0="1881" v1="3413" v2="3495" v3="3496" />
+      <tetrahedron index="11574" v0="2396" v1="2397" v2="2398" v3="4011" />
+      <tetrahedron index="11575" v0="2397" v1="2398" v2="4011" v3="4012" />
+      <tetrahedron index="11576" v0="2398" v1="4011" v2="4012" v3="4013" />
+      <tetrahedron index="11577" v0="2225" v1="2226" v2="2399" v3="3840" />
+      <tetrahedron index="11578" v0="2226" v1="2399" v2="3840" v3="3841" />
+      <tetrahedron index="11579" v0="2399" v1="3840" v2="3841" v3="4014" />
+      <tetrahedron index="11580" v0="1700" v1="2308" v2="2319" v3="3315" />
+      <tetrahedron index="11581" v0="2308" v1="2319" v2="3315" v3="3923" />
+      <tetrahedron index="11582" v0="2319" v1="3315" v2="3923" v3="3934" />
+      <tetrahedron index="11583" v0="2354" v1="2355" v2="2400" v3="3969" />
+      <tetrahedron index="11584" v0="2355" v1="2400" v2="3969" v3="3970" />
+      <tetrahedron index="11585" v0="2400" v1="3969" v2="3970" v3="4015" />
+      <tetrahedron index="11586" v0="1749" v1="1750" v2="2081" v3="3364" />
+      <tetrahedron index="11587" v0="1750" v1="2081" v2="3364" v3="3365" />
+      <tetrahedron index="11588" v0="2081" v1="3364" v2="3365" v3="3696" />
+      <tetrahedron index="11589" v0="2252" v1="2253" v2="2292" v3="3867" />
+      <tetrahedron index="11590" v0="2253" v1="2292" v2="3867" v3="3868" />
+      <tetrahedron index="11591" v0="2292" v1="3867" v2="3868" v3="3907" />
+      <tetrahedron index="11592" v0="1635" v1="2401" v2="2402" v3="3250" />
+      <tetrahedron index="11593" v0="2401" v1="2402" v2="3250" v3="4016" />
+      <tetrahedron index="11594" v0="2402" v1="3250" v2="4016" v3="4017" />
+      <tetrahedron index="11595" v0="1688" v1="1689" v2="2055" v3="3303" />
+      <tetrahedron index="11596" v0="1689" v1="2055" v2="3303" v3="3304" />
+      <tetrahedron index="11597" v0="2055" v1="3303" v2="3304" v3="3670" />
+      <tetrahedron index="11598" v0="2396" v1="2397" v2="2403" v3="4011" />
+      <tetrahedron index="11599" v0="2397" v1="2403" v2="4011" v3="4012" />
+      <tetrahedron index="11600" v0="2403" v1="4011" v2="4012" v3="4018" />
+      <tetrahedron index="11601" v0="1863" v1="2356" v2="2404" v3="3478" />
+      <tetrahedron index="11602" v0="2356" v1="2404" v2="3478" v3="3971" />
+      <tetrahedron index="11603" v0="2404" v1="3478" v2="3971" v3="4019" />
+      <tetrahedron index="11604" v0="1863" v1="2021" v2="2404" v3="3478" />
+      <tetrahedron index="11605" v0="2021" v1="2404" v2="3478" v3="3636" />
+      <tetrahedron index="11606" v0="2404" v1="3478" v2="3636" v3="4019" />
+      <tetrahedron index="11607" v0="2405" v1="2406" v2="2407" v3="4020" />
+      <tetrahedron index="11608" v0="2406" v1="2407" v2="4020" v3="4021" />
+      <tetrahedron index="11609" v0="2407" v1="4020" v2="4021" v3="4022" />
+      <tetrahedron index="11610" v0="1753" v1="2405" v2="2407" v3="3368" />
+      <tetrahedron index="11611" v0="2405" v1="2407" v2="3368" v3="4020" />
+      <tetrahedron index="11612" v0="2407" v1="3368" v2="4020" v3="4022" />
+      <tetrahedron index="11613" v0="2408" v1="2409" v2="2410" v3="4023" />
+      <tetrahedron index="11614" v0="2409" v1="2410" v2="4023" v3="4024" />
+      <tetrahedron index="11615" v0="2410" v1="4023" v2="4024" v3="4025" />
+      <tetrahedron index="11616" v0="2411" v1="2412" v2="2413" v3="4026" />
+      <tetrahedron index="11617" v0="2412" v1="2413" v2="4026" v3="4027" />
+      <tetrahedron index="11618" v0="2413" v1="4026" v2="4027" v3="4028" />
+      <tetrahedron index="11619" v0="1768" v1="1770" v2="2414" v3="3383" />
+      <tetrahedron index="11620" v0="1770" v1="2414" v2="3383" v3="3385" />
+      <tetrahedron index="11621" v0="2414" v1="3383" v2="3385" v3="4029" />
+      <tetrahedron index="11622" v0="1933" v1="1971" v2="2415" v3="3548" />
+      <tetrahedron index="11623" v0="1971" v1="2415" v2="3548" v3="3586" />
+      <tetrahedron index="11624" v0="2415" v1="3548" v2="3586" v3="4030" />
+      <tetrahedron index="11625" v0="1822" v1="1990" v2="1991" v3="3437" />
+      <tetrahedron index="11626" v0="1990" v1="1991" v2="3437" v3="3605" />
+      <tetrahedron index="11627" v0="1991" v1="3437" v2="3605" v3="3606" />
+      <tetrahedron index="11628" v0="1729" v1="1731" v2="1733" v3="3344" />
+      <tetrahedron index="11629" v0="1731" v1="1733" v2="3344" v3="3346" />
+      <tetrahedron index="11630" v0="1733" v1="3344" v2="3346" v3="3348" />
+      <tetrahedron index="11631" v0="1620" v1="1729" v2="1731" v3="3235" />
+      <tetrahedron index="11632" v0="1729" v1="1731" v2="3235" v3="3344" />
+      <tetrahedron index="11633" v0="1731" v1="3235" v2="3344" v3="3346" />
+      <tetrahedron index="11634" v0="2411" v1="2412" v2="2416" v3="4026" />
+      <tetrahedron index="11635" v0="2412" v1="2416" v2="4026" v3="4027" />
+      <tetrahedron index="11636" v0="2416" v1="4026" v2="4027" v3="4031" />
+      <tetrahedron index="11637" v0="2153" v1="2230" v2="2417" v3="3768" />
+      <tetrahedron index="11638" v0="2230" v1="2417" v2="3768" v3="3845" />
+      <tetrahedron index="11639" v0="2417" v1="3768" v2="3845" v3="4032" />
+      <tetrahedron index="11640" v0="1915" v1="2418" v2="2419" v3="3530" />
+      <tetrahedron index="11641" v0="2418" v1="2419" v2="3530" v3="4033" />
+      <tetrahedron index="11642" v0="2419" v1="3530" v2="4033" v3="4034" />
+      <tetrahedron index="11643" v0="2397" v1="2403" v2="2420" v3="4012" />
+      <tetrahedron index="11644" v0="2403" v1="2420" v2="4012" v3="4018" />
+      <tetrahedron index="11645" v0="2420" v1="4012" v2="4018" v3="4035" />
+      <tetrahedron index="11646" v0="2421" v1="2422" v2="2423" v3="4036" />
+      <tetrahedron index="11647" v0="2422" v1="2423" v2="4036" v3="4037" />
+      <tetrahedron index="11648" v0="2423" v1="4036" v2="4037" v3="4038" />
+      <tetrahedron index="11649" v0="2333" v1="2424" v2="2425" v3="3948" />
+      <tetrahedron index="11650" v0="2424" v1="2425" v2="3948" v3="4039" />
+      <tetrahedron index="11651" v0="2425" v1="3948" v2="4039" v3="4040" />
+      <tetrahedron index="11652" v0="2014" v1="2284" v2="2426" v3="3629" />
+      <tetrahedron index="11653" v0="2284" v1="2426" v2="3629" v3="3899" />
+      <tetrahedron index="11654" v0="2426" v1="3629" v2="3899" v3="4041" />
+      <tetrahedron index="11655" v0="2418" v1="2427" v2="2428" v3="4033" />
+      <tetrahedron index="11656" v0="2427" v1="2428" v2="4033" v3="4042" />
+      <tetrahedron index="11657" v0="2428" v1="4033" v2="4042" v3="4043" />
+      <tetrahedron index="11658" v0="1977" v1="2284" v2="2426" v3="3592" />
+      <tetrahedron index="11659" v0="2284" v1="2426" v2="3592" v3="3899" />
+      <tetrahedron index="11660" v0="2426" v1="3592" v2="3899" v3="4041" />
+      <tetrahedron index="11661" v0="2429" v1="2430" v2="2431" v3="4044" />
+      <tetrahedron index="11662" v0="2430" v1="2431" v2="4044" v3="4045" />
+      <tetrahedron index="11663" v0="2431" v1="4044" v2="4045" v3="4046" />
+      <tetrahedron index="11664" v0="1969" v1="2035" v2="2215" v3="3584" />
+      <tetrahedron index="11665" v0="2035" v1="2215" v2="3584" v3="3650" />
+      <tetrahedron index="11666" v0="2215" v1="3584" v2="3650" v3="3830" />
+      <tetrahedron index="11667" v0="2081" v1="2212" v2="2337" v3="3696" />
+      <tetrahedron index="11668" v0="2212" v1="2337" v2="3696" v3="3827" />
+      <tetrahedron index="11669" v0="2337" v1="3696" v2="3827" v3="3952" />
+      <tetrahedron index="11670" v0="1785" v1="2153" v2="2351" v3="3400" />
+      <tetrahedron index="11671" v0="2153" v1="2351" v2="3400" v3="3768" />
+      <tetrahedron index="11672" v0="2351" v1="3400" v2="3768" v3="3966" />
+      <tetrahedron index="11673" v0="2432" v1="2433" v2="2434" v3="4047" />
+      <tetrahedron index="11674" v0="2433" v1="2434" v2="4047" v3="4048" />
+      <tetrahedron index="11675" v0="2434" v1="4047" v2="4048" v3="4049" />
+      <tetrahedron index="11676" v0="1809" v1="2076" v2="2435" v3="3424" />
+      <tetrahedron index="11677" v0="2076" v1="2435" v2="3424" v3="3691" />
+      <tetrahedron index="11678" v0="2435" v1="3424" v2="3691" v3="4050" />
+      <tetrahedron index="11679" v0="1992" v1="2436" v2="2437" v3="3607" />
+      <tetrahedron index="11680" v0="2436" v1="2437" v2="3607" v3="4051" />
+      <tetrahedron index="11681" v0="2437" v1="3607" v2="4051" v3="4052" />
+      <tetrahedron index="11682" v0="2169" v1="2438" v2="2439" v3="3784" />
+      <tetrahedron index="11683" v0="2438" v1="2439" v2="3784" v3="4053" />
+      <tetrahedron index="11684" v0="2439" v1="3784" v2="4053" v3="4054" />
+      <tetrahedron index="11685" v0="1953" v1="2082" v2="2440" v3="3568" />
+      <tetrahedron index="11686" v0="2082" v1="2440" v2="3568" v3="3697" />
+      <tetrahedron index="11687" v0="2440" v1="3568" v2="3697" v3="4055" />
+      <tetrahedron index="11688" v0="2193" v1="2382" v2="2441" v3="3808" />
+      <tetrahedron index="11689" v0="2382" v1="2441" v2="3808" v3="3997" />
+      <tetrahedron index="11690" v0="2441" v1="3808" v2="3997" v3="4056" />
+      <tetrahedron index="11691" v0="1752" v1="2208" v2="2442" v3="3367" />
+      <tetrahedron index="11692" v0="2208" v1="2442" v2="3367" v3="3823" />
+      <tetrahedron index="11693" v0="2442" v1="3367" v2="3823" v3="4057" />
+      <tetrahedron index="11694" v0="2214" v1="2294" v2="2443" v3="3829" />
+      <tetrahedron index="11695" v0="2294" v1="2443" v2="3829" v3="3909" />
+      <tetrahedron index="11696" v0="2443" v1="3829" v2="3909" v3="4058" />
+      <tetrahedron index="11697" v0="2214" v1="2443" v2="2444" v3="3829" />
+      <tetrahedron index="11698" v0="2443" v1="2444" v2="3829" v3="4058" />
+      <tetrahedron index="11699" v0="2444" v1="3829" v2="4058" v3="4059" />
+      <tetrahedron index="11700" v0="2244" v1="2382" v2="2441" v3="3859" />
+      <tetrahedron index="11701" v0="2382" v1="2441" v2="3859" v3="3997" />
+      <tetrahedron index="11702" v0="2441" v1="3859" v2="3997" v3="4056" />
+      <tetrahedron index="11703" v0="1699" v1="1787" v2="2445" v3="3314" />
+      <tetrahedron index="11704" v0="1787" v1="2445" v2="3314" v3="3402" />
+      <tetrahedron index="11705" v0="2445" v1="3314" v2="3402" v3="4060" />
+      <tetrahedron index="11706" v0="1866" v1="2285" v2="2446" v3="3481" />
+      <tetrahedron index="11707" v0="2285" v1="2446" v2="3481" v3="3900" />
+      <tetrahedron index="11708" v0="2446" v1="3481" v2="3900" v3="4061" />
+      <tetrahedron index="11709" v0="1659" v1="2177" v2="2414" v3="3274" />
+      <tetrahedron index="11710" v0="2177" v1="2414" v2="3274" v3="3792" />
+      <tetrahedron index="11711" v0="2414" v1="3274" v2="3792" v3="4029" />
+      <tetrahedron index="11712" v0="1756" v1="1934" v2="2122" v3="3371" />
+      <tetrahedron index="11713" v0="1934" v1="2122" v2="3371" v3="3549" />
+      <tetrahedron index="11714" v0="2122" v1="3371" v2="3549" v3="3737" />
+      <tetrahedron index="11715" v0="1934" v1="2122" v2="2447" v3="3549" />
+      <tetrahedron index="11716" v0="2122" v1="2447" v2="3549" v3="3737" />
+      <tetrahedron index="11717" v0="2447" v1="3549" v2="3737" v3="4062" />
+      <tetrahedron index="11718" v0="1639" v1="2203" v2="2255" v3="3254" />
+      <tetrahedron index="11719" v0="2203" v1="2255" v2="3254" v3="3818" />
+      <tetrahedron index="11720" v0="2255" v1="3254" v2="3818" v3="3870" />
+      <tetrahedron index="11721" v0="1639" v1="1640" v2="2203" v3="3254" />
+      <tetrahedron index="11722" v0="1640" v1="2203" v2="3254" v3="3255" />
+      <tetrahedron index="11723" v0="2203" v1="3254" v2="3255" v3="3818" />
+      <tetrahedron index="11724" v0="1690" v1="2354" v2="2448" v3="3305" />
+      <tetrahedron index="11725" v0="2354" v1="2448" v2="3305" v3="3969" />
+      <tetrahedron index="11726" v0="2448" v1="3305" v2="3969" v3="4063" />
+      <tetrahedron index="11727" v0="2354" v1="2448" v2="2449" v3="3969" />
+      <tetrahedron index="11728" v0="2448" v1="2449" v2="3969" v3="4063" />
+      <tetrahedron index="11729" v0="2449" v1="3969" v2="4063" v3="4064" />
+      <tetrahedron index="11730" v0="1640" v1="1641" v2="2450" v3="3255" />
+      <tetrahedron index="11731" v0="1641" v1="2450" v2="3255" v3="3256" />
+      <tetrahedron index="11732" v0="2450" v1="3255" v2="3256" v3="4065" />
+      <tetrahedron index="11733" v0="1988" v1="2133" v2="2451" v3="3603" />
+      <tetrahedron index="11734" v0="2133" v1="2451" v2="3603" v3="3748" />
+      <tetrahedron index="11735" v0="2451" v1="3603" v2="3748" v3="4066" />
+      <tetrahedron index="11736" v0="2012" v1="2013" v2="2064" v3="3627" />
+      <tetrahedron index="11737" v0="2013" v1="2064" v2="3627" v3="3628" />
+      <tetrahedron index="11738" v0="2064" v1="3627" v2="3628" v3="3679" />
+      <tetrahedron index="11739" v0="1748" v1="2205" v2="2207" v3="3363" />
+      <tetrahedron index="11740" v0="2205" v1="2207" v2="3363" v3="3820" />
+      <tetrahedron index="11741" v0="2207" v1="3363" v2="3820" v3="3822" />
+      <tetrahedron index="11742" v0="1748" v1="2061" v2="2205" v3="3363" />
+      <tetrahedron index="11743" v0="2061" v1="2205" v2="3363" v3="3676" />
+      <tetrahedron index="11744" v0="2205" v1="3363" v2="3676" v3="3820" />
+      <tetrahedron index="11745" v0="1796" v1="1798" v2="1880" v3="3411" />
+      <tetrahedron index="11746" v0="1798" v1="1880" v2="3411" v3="3413" />
+      <tetrahedron index="11747" v0="1880" v1="3411" v2="3413" v3="3495" />
+      <tetrahedron index="11748" v0="1796" v1="1880" v2="1927" v3="3411" />
+      <tetrahedron index="11749" v0="1880" v1="1927" v2="3411" v3="3495" />
+      <tetrahedron index="11750" v0="1927" v1="3411" v2="3495" v3="3542" />
+      <tetrahedron index="11751" v0="1869" v1="1958" v2="2289" v3="3484" />
+      <tetrahedron index="11752" v0="1958" v1="2289" v2="3484" v3="3573" />
+      <tetrahedron index="11753" v0="2289" v1="3484" v2="3573" v3="3904" />
+      <tetrahedron index="11754" v0="2240" v1="2242" v2="2357" v3="3855" />
+      <tetrahedron index="11755" v0="2242" v1="2357" v2="3855" v3="3857" />
+      <tetrahedron index="11756" v0="2357" v1="3855" v2="3857" v3="3972" />
+      <tetrahedron index="11757" v0="1844" v1="1846" v2="2452" v3="3459" />
+      <tetrahedron index="11758" v0="1846" v1="2452" v2="3459" v3="3461" />
+      <tetrahedron index="11759" v0="2452" v1="3459" v2="3461" v3="4067" />
+      <tetrahedron index="11760" v0="1824" v1="2021" v2="2404" v3="3439" />
+      <tetrahedron index="11761" v0="2021" v1="2404" v2="3439" v3="3636" />
+      <tetrahedron index="11762" v0="2404" v1="3439" v2="3636" v3="4019" />
+      <tetrahedron index="11763" v0="1824" v1="1843" v2="2021" v3="3439" />
+      <tetrahedron index="11764" v0="1843" v1="2021" v2="3439" v3="3458" />
+      <tetrahedron index="11765" v0="2021" v1="3439" v2="3458" v3="3636" />
+      <tetrahedron index="11766" v0="1894" v1="1895" v2="2194" v3="3509" />
+      <tetrahedron index="11767" v0="1895" v1="2194" v2="3509" v3="3510" />
+      <tetrahedron index="11768" v0="2194" v1="3509" v2="3510" v3="3809" />
+      <tetrahedron index="11769" v0="2306" v1="2307" v2="2453" v3="3921" />
+      <tetrahedron index="11770" v0="2307" v1="2453" v2="3921" v3="3922" />
+      <tetrahedron index="11771" v0="2453" v1="3921" v2="3922" v3="4068" />
+      <tetrahedron index="11772" v0="1923" v1="2185" v2="2257" v3="3538" />
+      <tetrahedron index="11773" v0="2185" v1="2257" v2="3538" v3="3800" />
+      <tetrahedron index="11774" v0="2257" v1="3538" v2="3800" v3="3872" />
+      <tetrahedron index="11775" v0="1840" v1="2151" v2="2283" v3="3455" />
+      <tetrahedron index="11776" v0="2151" v1="2283" v2="3455" v3="3766" />
+      <tetrahedron index="11777" v0="2283" v1="3455" v2="3766" v3="3898" />
+      <tetrahedron index="11778" v0="1678" v1="2432" v2="2454" v3="3293" />
+      <tetrahedron index="11779" v0="2432" v1="2454" v2="3293" v3="4047" />
+      <tetrahedron index="11780" v0="2454" v1="3293" v2="4047" v3="4069" />
+      <tetrahedron index="11781" v0="1943" v1="1944" v2="2106" v3="3558" />
+      <tetrahedron index="11782" v0="1944" v1="2106" v2="3558" v3="3559" />
+      <tetrahedron index="11783" v0="2106" v1="3558" v2="3559" v3="3721" />
+      <tetrahedron index="11784" v0="2455" v1="2456" v2="2457" v3="4070" />
+      <tetrahedron index="11785" v0="2456" v1="2457" v2="4070" v3="4071" />
+      <tetrahedron index="11786" v0="2457" v1="4070" v2="4071" v3="4072" />
+      <tetrahedron index="11787" v0="1931" v1="2060" v2="2181" v3="3546" />
+      <tetrahedron index="11788" v0="2060" v1="2181" v2="3546" v3="3675" />
+      <tetrahedron index="11789" v0="2181" v1="3546" v2="3675" v3="3796" />
+      <tetrahedron index="11790" v0="1633" v1="1634" v2="1889" v3="3248" />
+      <tetrahedron index="11791" v0="1634" v1="1889" v2="3248" v3="3249" />
+      <tetrahedron index="11792" v0="1889" v1="3248" v2="3249" v3="3504" />
+      <tetrahedron index="11793" v0="1856" v1="2003" v2="2017" v3="3471" />
+      <tetrahedron index="11794" v0="2003" v1="2017" v2="3471" v3="3618" />
+      <tetrahedron index="11795" v0="2017" v1="3471" v2="3618" v3="3632" />
+      <tetrahedron index="11796" v0="2257" v1="2258" v2="2458" v3="3872" />
+      <tetrahedron index="11797" v0="2258" v1="2458" v2="3872" v3="3873" />
+      <tetrahedron index="11798" v0="2458" v1="3872" v2="3873" v3="4073" />
+      <tetrahedron index="11799" v0="1991" v1="2058" v2="2338" v3="3606" />
+      <tetrahedron index="11800" v0="2058" v1="2338" v2="3606" v3="3673" />
+      <tetrahedron index="11801" v0="2338" v1="3606" v2="3673" v3="3953" />
+      <tetrahedron index="11802" v0="1822" v1="1991" v2="2058" v3="3437" />
+      <tetrahedron index="11803" v0="1991" v1="2058" v2="3437" v3="3606" />
+      <tetrahedron index="11804" v0="2058" v1="3437" v2="3606" v3="3673" />
+      <tetrahedron index="11805" v0="1983" v1="1984" v2="1999" v3="3598" />
+      <tetrahedron index="11806" v0="1984" v1="1999" v2="3598" v3="3599" />
+      <tetrahedron index="11807" v0="1999" v1="3598" v2="3599" v3="3614" />
+      <tetrahedron index="11808" v0="1720" v1="1984" v2="1999" v3="3335" />
+      <tetrahedron index="11809" v0="1984" v1="1999" v2="3335" v3="3599" />
+      <tetrahedron index="11810" v0="1999" v1="3335" v2="3599" v3="3614" />
+      <tetrahedron index="11811" v0="1638" v1="2150" v2="2401" v3="3253" />
+      <tetrahedron index="11812" v0="2150" v1="2401" v2="3253" v3="3765" />
+      <tetrahedron index="11813" v0="2401" v1="3253" v2="3765" v3="4016" />
+      <tetrahedron index="11814" v0="2133" v1="2350" v2="2451" v3="3748" />
+      <tetrahedron index="11815" v0="2350" v1="2451" v2="3748" v3="3965" />
+      <tetrahedron index="11816" v0="2451" v1="3748" v2="3965" v3="4066" />
+      <tetrahedron index="11817" v0="2396" v1="2459" v2="2460" v3="4011" />
+      <tetrahedron index="11818" v0="2459" v1="2460" v2="4011" v3="4074" />
+      <tetrahedron index="11819" v0="2460" v1="4011" v2="4074" v3="4075" />
+      <tetrahedron index="11820" v0="1939" v1="2076" v2="2461" v3="3554" />
+      <tetrahedron index="11821" v0="2076" v1="2461" v2="3554" v3="3691" />
+      <tetrahedron index="11822" v0="2461" v1="3554" v2="3691" v3="4076" />
+      <tetrahedron index="11823" v0="2366" v1="2417" v2="2462" v3="3981" />
+      <tetrahedron index="11824" v0="2417" v1="2462" v2="3981" v3="4032" />
+      <tetrahedron index="11825" v0="2462" v1="3981" v2="4032" v3="4077" />
+      <tetrahedron index="11826" v0="1940" v1="2026" v2="2463" v3="3555" />
+      <tetrahedron index="11827" v0="2026" v1="2463" v2="3555" v3="3641" />
+      <tetrahedron index="11828" v0="2463" v1="3555" v2="3641" v3="4078" />
+      <tetrahedron index="11829" v0="2394" v1="2435" v2="2464" v3="4009" />
+      <tetrahedron index="11830" v0="2435" v1="2464" v2="4009" v3="4050" />
+      <tetrahedron index="11831" v0="2464" v1="4009" v2="4050" v3="4079" />
+      <tetrahedron index="11832" v0="1799" v1="1800" v2="2465" v3="3414" />
+      <tetrahedron index="11833" v0="1800" v1="2465" v2="3414" v3="3415" />
+      <tetrahedron index="11834" v0="2465" v1="3414" v2="3415" v3="4080" />
+      <tetrahedron index="11835" v0="1871" v1="2466" v2="2467" v3="3486" />
+      <tetrahedron index="11836" v0="2466" v1="2467" v2="3486" v3="4081" />
+      <tetrahedron index="11837" v0="2467" v1="3486" v2="4081" v3="4082" />
+      <tetrahedron index="11838" v0="2167" v1="2169" v2="2468" v3="3782" />
+      <tetrahedron index="11839" v0="2169" v1="2468" v2="3782" v3="3784" />
+      <tetrahedron index="11840" v0="2468" v1="3782" v2="3784" v3="4083" />
+      <tetrahedron index="11841" v0="2089" v1="2251" v2="2392" v3="3704" />
+      <tetrahedron index="11842" v0="2251" v1="2392" v2="3704" v3="3866" />
+      <tetrahedron index="11843" v0="2392" v1="3704" v2="3866" v3="4007" />
+      <tetrahedron index="11844" v0="1705" v1="2469" v2="2470" v3="3320" />
+      <tetrahedron index="11845" v0="2469" v1="2470" v2="3320" v3="4084" />
+      <tetrahedron index="11846" v0="2470" v1="3320" v2="4084" v3="4085" />
+      <tetrahedron index="11847" v0="2471" v1="2472" v2="2473" v3="4086" />
+      <tetrahedron index="11848" v0="2472" v1="2473" v2="4086" v3="4087" />
+      <tetrahedron index="11849" v0="2473" v1="4086" v2="4087" v3="4088" />
+      <tetrahedron index="11850" v0="1967" v1="2271" v2="2474" v3="3582" />
+      <tetrahedron index="11851" v0="2271" v1="2474" v2="3582" v3="3886" />
+      <tetrahedron index="11852" v0="2474" v1="3582" v2="3886" v3="4089" />
+      <tetrahedron index="11853" v0="1845" v1="2281" v2="2475" v3="3460" />
+      <tetrahedron index="11854" v0="2281" v1="2475" v2="3460" v3="3896" />
+      <tetrahedron index="11855" v0="2475" v1="3460" v2="3896" v3="4090" />
+      <tetrahedron index="11856" v0="2164" v1="2165" v2="2476" v3="3779" />
+      <tetrahedron index="11857" v0="2165" v1="2476" v2="3779" v3="3780" />
+      <tetrahedron index="11858" v0="2476" v1="3779" v2="3780" v3="4091" />
+      <tetrahedron index="11859" v0="2109" v1="2222" v2="2440" v3="3724" />
+      <tetrahedron index="11860" v0="2222" v1="2440" v2="3724" v3="3837" />
+      <tetrahedron index="11861" v0="2440" v1="3724" v2="3837" v3="4055" />
+      <tetrahedron index="11862" v0="2477" v1="2478" v2="2479" v3="4092" />
+      <tetrahedron index="11863" v0="2478" v1="2479" v2="4092" v3="4093" />
+      <tetrahedron index="11864" v0="2479" v1="4092" v2="4093" v3="4094" />
+      <tetrahedron index="11865" v0="2252" v1="2292" v2="2467" v3="3867" />
+      <tetrahedron index="11866" v0="2292" v1="2467" v2="3867" v3="3907" />
+      <tetrahedron index="11867" v0="2467" v1="3867" v2="3907" v3="4082" />
+      <tetrahedron index="11868" v0="1686" v1="2230" v2="2351" v3="3301" />
+      <tetrahedron index="11869" v0="2230" v1="2351" v2="3301" v3="3845" />
+      <tetrahedron index="11870" v0="2351" v1="3301" v2="3845" v3="3966" />
+      <tetrahedron index="11871" v0="2480" v1="2481" v2="2482" v3="4095" />
+      <tetrahedron index="11872" v0="2481" v1="2482" v2="4095" v3="4096" />
+      <tetrahedron index="11873" v0="2482" v1="4095" v2="4096" v3="4097" />
+      <tetrahedron index="11874" v0="2458" v1="2483" v2="2484" v3="4073" />
+      <tetrahedron index="11875" v0="2483" v1="2484" v2="4073" v3="4098" />
+      <tetrahedron index="11876" v0="2484" v1="4073" v2="4098" v3="4099" />
+      <tetrahedron index="11877" v0="2477" v1="2485" v2="2486" v3="4092" />
+      <tetrahedron index="11878" v0="2485" v1="2486" v2="4092" v3="4100" />
+      <tetrahedron index="11879" v0="2486" v1="4092" v2="4100" v3="4101" />
+      <tetrahedron index="11880" v0="1995" v1="2346" v2="2487" v3="3610" />
+      <tetrahedron index="11881" v0="2346" v1="2487" v2="3610" v3="3961" />
+      <tetrahedron index="11882" v0="2487" v1="3610" v2="3961" v3="4102" />
+      <tetrahedron index="11883" v0="2212" v1="2214" v2="2488" v3="3827" />
+      <tetrahedron index="11884" v0="2214" v1="2488" v2="3827" v3="3829" />
+      <tetrahedron index="11885" v0="2488" v1="3827" v2="3829" v3="4103" />
+      <tetrahedron index="11886" v0="2412" v1="2416" v2="2489" v3="4027" />
+      <tetrahedron index="11887" v0="2416" v1="2489" v2="4027" v3="4031" />
+      <tetrahedron index="11888" v0="2489" v1="4027" v2="4031" v3="4104" />
+      <tetrahedron index="11889" v0="2050" v1="2051" v2="2490" v3="3665" />
+      <tetrahedron index="11890" v0="2051" v1="2490" v2="3665" v3="3666" />
+      <tetrahedron index="11891" v0="2490" v1="3665" v2="3666" v3="4105" />
+      <tetrahedron index="11892" v0="1903" v1="1905" v2="2491" v3="3518" />
+      <tetrahedron index="11893" v0="1905" v1="2491" v2="3518" v3="3520" />
+      <tetrahedron index="11894" v0="2491" v1="3518" v2="3520" v3="4106" />
+      <tetrahedron index="11895" v0="1727" v1="1728" v2="2492" v3="3342" />
+      <tetrahedron index="11896" v0="1728" v1="2492" v2="3342" v3="3343" />
+      <tetrahedron index="11897" v0="2492" v1="3342" v2="3343" v3="4107" />
+      <tetrahedron index="11898" v0="2228" v1="2364" v2="2493" v3="3843" />
+      <tetrahedron index="11899" v0="2364" v1="2493" v2="3843" v3="3979" />
+      <tetrahedron index="11900" v0="2493" v1="3843" v2="3979" v3="4108" />
+      <tetrahedron index="11901" v0="2493" v1="2494" v2="2495" v3="4108" />
+      <tetrahedron index="11902" v0="2494" v1="2495" v2="4108" v3="4109" />
+      <tetrahedron index="11903" v0="2495" v1="4108" v2="4109" v3="4110" />
+      <tetrahedron index="11904" v0="2429" v1="2496" v2="2497" v3="4044" />
+      <tetrahedron index="11905" v0="2496" v1="2497" v2="4044" v3="4111" />
+      <tetrahedron index="11906" v0="2497" v1="4044" v2="4111" v3="4112" />
+      <tetrahedron index="11907" v0="2167" v1="2170" v2="2498" v3="3782" />
+      <tetrahedron index="11908" v0="2170" v1="2498" v2="3782" v3="3785" />
+      <tetrahedron index="11909" v0="2498" v1="3782" v2="3785" v3="4113" />
+      <tetrahedron index="11910" v0="1840" v1="2283" v2="2499" v3="3455" />
+      <tetrahedron index="11911" v0="2283" v1="2499" v2="3455" v3="3898" />
+      <tetrahedron index="11912" v0="2499" v1="3455" v2="3898" v3="4114" />
+      <tetrahedron index="11913" v0="2394" v1="2433" v2="2435" v3="4009" />
+      <tetrahedron index="11914" v0="2433" v1="2435" v2="4009" v3="4048" />
+      <tetrahedron index="11915" v0="2435" v1="4009" v2="4048" v3="4050" />
+      <tetrahedron index="11916" v0="1923" v1="2207" v2="2500" v3="3538" />
+      <tetrahedron index="11917" v0="2207" v1="2500" v2="3538" v3="3822" />
+      <tetrahedron index="11918" v0="2500" v1="3538" v2="3822" v3="4115" />
+      <tetrahedron index="11919" v0="1748" v1="2207" v2="2500" v3="3363" />
+      <tetrahedron index="11920" v0="2207" v1="2500" v2="3363" v3="3822" />
+      <tetrahedron index="11921" v0="2500" v1="3363" v2="3822" v3="4115" />
+      <tetrahedron index="11922" v0="1832" v1="2146" v2="2342" v3="3447" />
+      <tetrahedron index="11923" v0="2146" v1="2342" v2="3447" v3="3761" />
+      <tetrahedron index="11924" v0="2342" v1="3447" v2="3761" v3="3957" />
+      <tetrahedron index="11925" v0="2322" v1="2378" v2="2438" v3="3937" />
+      <tetrahedron index="11926" v0="2378" v1="2438" v2="3937" v3="3993" />
+      <tetrahedron index="11927" v0="2438" v1="3937" v2="3993" v3="4053" />
+      <tetrahedron index="11928" v0="1973" v1="2501" v2="2502" v3="3588" />
+      <tetrahedron index="11929" v0="2501" v1="2502" v2="3588" v3="4116" />
+      <tetrahedron index="11930" v0="2502" v1="3588" v2="4116" v3="4117" />
+      <tetrahedron index="11931" v0="2243" v1="2244" v2="2382" v3="3858" />
+      <tetrahedron index="11932" v0="2244" v1="2382" v2="3858" v3="3859" />
+      <tetrahedron index="11933" v0="2382" v1="3858" v2="3859" v3="3997" />
+      <tetrahedron index="11934" v0="1699" v1="2219" v2="2445" v3="3314" />
+      <tetrahedron index="11935" v0="2219" v1="2445" v2="3314" v3="3834" />
+      <tetrahedron index="11936" v0="2445" v1="3314" v2="3834" v3="4060" />
+      <tetrahedron index="11937" v0="2136" v1="2446" v2="2503" v3="3751" />
+      <tetrahedron index="11938" v0="2446" v1="2503" v2="3751" v3="4061" />
+      <tetrahedron index="11939" v0="2503" v1="3751" v2="4061" v3="4118" />
+      <tetrahedron index="11940" v0="2012" v1="2064" v2="2504" v3="3627" />
+      <tetrahedron index="11941" v0="2064" v1="2504" v2="3627" v3="3679" />
+      <tetrahedron index="11942" v0="2504" v1="3627" v2="3679" v3="4119" />
+      <tetrahedron index="11943" v0="2430" v1="2431" v2="2505" v3="4045" />
+      <tetrahedron index="11944" v0="2431" v1="2505" v2="4045" v3="4046" />
+      <tetrahedron index="11945" v0="2505" v1="4045" v2="4046" v3="4120" />
+      <tetrahedron index="11946" v0="1804" v1="2345" v2="2506" v3="3419" />
+      <tetrahedron index="11947" v0="2345" v1="2506" v2="3419" v3="3960" />
+      <tetrahedron index="11948" v0="2506" v1="3419" v2="3960" v3="4121" />
+      <tetrahedron index="11949" v0="1795" v1="2507" v2="2508" v3="3410" />
+      <tetrahedron index="11950" v0="2507" v1="2508" v2="3410" v3="4122" />
+      <tetrahedron index="11951" v0="2508" v1="3410" v2="4122" v3="4123" />
+      <tetrahedron index="11952" v0="2509" v1="2510" v2="2511" v3="4124" />
+      <tetrahedron index="11953" v0="2510" v1="2511" v2="4124" v3="4125" />
+      <tetrahedron index="11954" v0="2511" v1="4124" v2="4125" v3="4126" />
+      <tetrahedron index="11955" v0="2361" v1="2448" v2="2449" v3="3976" />
+      <tetrahedron index="11956" v0="2448" v1="2449" v2="3976" v3="4063" />
+      <tetrahedron index="11957" v0="2449" v1="3976" v2="4063" v3="4064" />
+      <tetrahedron index="11958" v0="1791" v1="2512" v2="2513" v3="3406" />
+      <tetrahedron index="11959" v0="2512" v1="2513" v2="3406" v3="4127" />
+      <tetrahedron index="11960" v0="2513" v1="3406" v2="4127" v3="4128" />
+      <tetrahedron index="11961" v0="1803" v1="1804" v2="2506" v3="3418" />
+      <tetrahedron index="11962" v0="1804" v1="2506" v2="3418" v3="3419" />
+      <tetrahedron index="11963" v0="2506" v1="3418" v2="3419" v3="4121" />
+      <tetrahedron index="11964" v0="1700" v1="1878" v2="2319" v3="3315" />
+      <tetrahedron index="11965" v0="1878" v1="2319" v2="3315" v3="3493" />
+      <tetrahedron index="11966" v0="2319" v1="3315" v2="3493" v3="3934" />
+      <tetrahedron index="11967" v0="1777" v1="2223" v2="2463" v3="3392" />
+      <tetrahedron index="11968" v0="2223" v1="2463" v2="3392" v3="3838" />
+      <tetrahedron index="11969" v0="2463" v1="3392" v2="3838" v3="4078" />
+      <tetrahedron index="11970" v0="2026" v1="2223" v2="2463" v3="3641" />
+      <tetrahedron index="11971" v0="2223" v1="2463" v2="3641" v3="3838" />
+      <tetrahedron index="11972" v0="2463" v1="3641" v2="3838" v3="4078" />
+      <tetrahedron index="11973" v0="1776" v1="2463" v2="2514" v3="3391" />
+      <tetrahedron index="11974" v0="2463" v1="2514" v2="3391" v3="4078" />
+      <tetrahedron index="11975" v0="2514" v1="3391" v2="4078" v3="4129" />
+      <tetrahedron index="11976" v0="1776" v1="1777" v2="2463" v3="3391" />
+      <tetrahedron index="11977" v0="1777" v1="2463" v2="3391" v3="3392" />
+      <tetrahedron index="11978" v0="2463" v1="3391" v2="3392" v3="4078" />
+      <tetrahedron index="11979" v0="2387" v1="2388" v2="2515" v3="4002" />
+      <tetrahedron index="11980" v0="2388" v1="2515" v2="4002" v3="4003" />
+      <tetrahedron index="11981" v0="2515" v1="4002" v2="4003" v3="4130" />
+      <tetrahedron index="11982" v0="1951" v1="2393" v2="2516" v3="3566" />
+      <tetrahedron index="11983" v0="2393" v1="2516" v2="3566" v3="4008" />
+      <tetrahedron index="11984" v0="2516" v1="3566" v2="4008" v3="4131" />
+      <tetrahedron index="11985" v0="2393" v1="2394" v2="2516" v3="4008" />
+      <tetrahedron index="11986" v0="2394" v1="2516" v2="4008" v3="4009" />
+      <tetrahedron index="11987" v0="2516" v1="4008" v2="4009" v3="4131" />
+      <tetrahedron index="11988" v0="2408" v1="2517" v2="2518" v3="4023" />
+      <tetrahedron index="11989" v0="2517" v1="2518" v2="4023" v3="4132" />
+      <tetrahedron index="11990" v0="2518" v1="4023" v2="4132" v3="4133" />
+      <tetrahedron index="11991" v0="1723" v1="1981" v2="2519" v3="3338" />
+      <tetrahedron index="11992" v0="1981" v1="2519" v2="3338" v3="3596" />
+      <tetrahedron index="11993" v0="2519" v1="3338" v2="3596" v3="4134" />
+      <tetrahedron index="11994" v0="1981" v1="2132" v2="2519" v3="3596" />
+      <tetrahedron index="11995" v0="2132" v1="2519" v2="3596" v3="3747" />
+      <tetrahedron index="11996" v0="2519" v1="3596" v2="3747" v3="4134" />
+      <tetrahedron index="11997" v0="1728" v1="2113" v2="2492" v3="3343" />
+      <tetrahedron index="11998" v0="2113" v1="2492" v2="3343" v3="3728" />
+      <tetrahedron index="11999" v0="2492" v1="3343" v2="3728" v3="4107" />
+      <tetrahedron index="12000" v0="2113" v1="2492" v2="2520" v3="3728" />
+      <tetrahedron index="12001" v0="2492" v1="2520" v2="3728" v3="4107" />
+      <tetrahedron index="12002" v0="2520" v1="3728" v2="4107" v3="4135" />
+      <tetrahedron index="12003" v0="2253" v1="2521" v2="2522" v3="3868" />
+      <tetrahedron index="12004" v0="2521" v1="2522" v2="3868" v3="4136" />
+      <tetrahedron index="12005" v0="2522" v1="3868" v2="4136" v3="4137" />
+      <tetrahedron index="12006" v0="2394" v1="2395" v2="2433" v3="4009" />
+      <tetrahedron index="12007" v0="2395" v1="2433" v2="4009" v3="4010" />
+      <tetrahedron index="12008" v0="2433" v1="4009" v2="4010" v3="4048" />
+      <tetrahedron index="12009" v0="2395" v1="2432" v2="2433" v3="4010" />
+      <tetrahedron index="12010" v0="2432" v1="2433" v2="4010" v3="4047" />
+      <tetrahedron index="12011" v0="2433" v1="4010" v2="4047" v3="4048" />
+      <tetrahedron index="12012" v0="2219" v1="2389" v2="2445" v3="3834" />
+      <tetrahedron index="12013" v0="2389" v1="2445" v2="3834" v3="4004" />
+      <tetrahedron index="12014" v0="2445" v1="3834" v2="4004" v3="4060" />
+      <tetrahedron index="12015" v0="2201" v1="2523" v2="2524" v3="3816" />
+      <tetrahedron index="12016" v0="2523" v1="2524" v2="3816" v3="4138" />
+      <tetrahedron index="12017" v0="2524" v1="3816" v2="4138" v3="4139" />
+      <tetrahedron index="12018" v0="2523" v1="2524" v2="2525" v3="4138" />
+      <tetrahedron index="12019" v0="2524" v1="2525" v2="4138" v3="4139" />
+      <tetrahedron index="12020" v0="2525" v1="4138" v2="4139" v3="4140" />
+      <tetrahedron index="12021" v0="2189" v1="2191" v2="2526" v3="3804" />
+      <tetrahedron index="12022" v0="2191" v1="2526" v2="3804" v3="3806" />
+      <tetrahedron index="12023" v0="2526" v1="3804" v2="3806" v3="4141" />
+      <tetrahedron index="12024" v0="2346" v1="2527" v2="2528" v3="3961" />
+      <tetrahedron index="12025" v0="2527" v1="2528" v2="3961" v3="4142" />
+      <tetrahedron index="12026" v0="2528" v1="3961" v2="4142" v3="4143" />
+      <tetrahedron index="12027" v0="2065" v1="2066" v2="2529" v3="3680" />
+      <tetrahedron index="12028" v0="2066" v1="2529" v2="3680" v3="3681" />
+      <tetrahedron index="12029" v0="2529" v1="3680" v2="3681" v3="4144" />
+      <tetrahedron index="12030" v0="1983" v1="2216" v2="2530" v3="3598" />
+      <tetrahedron index="12031" v0="2216" v1="2530" v2="3598" v3="3831" />
+      <tetrahedron index="12032" v0="2530" v1="3598" v2="3831" v3="4145" />
+      <tetrahedron index="12033" v0="1982" v1="1983" v2="2216" v3="3597" />
+      <tetrahedron index="12034" v0="1983" v1="2216" v2="3597" v3="3598" />
+      <tetrahedron index="12035" v0="2216" v1="3597" v2="3598" v3="3831" />
+      <tetrahedron index="12036" v0="2045" v1="2531" v2="2532" v3="3660" />
+      <tetrahedron index="12037" v0="2531" v1="2532" v2="3660" v3="4146" />
+      <tetrahedron index="12038" v0="2532" v1="3660" v2="4146" v3="4147" />
+      <tetrahedron index="12039" v0="1871" v1="1872" v2="2467" v3="3486" />
+      <tetrahedron index="12040" v0="1872" v1="2467" v2="3486" v3="3487" />
+      <tetrahedron index="12041" v0="2467" v1="3486" v2="3487" v3="4082" />
+      <tetrahedron index="12042" v0="1872" v1="2252" v2="2467" v3="3487" />
+      <tetrahedron index="12043" v0="2252" v1="2467" v2="3487" v3="3867" />
+      <tetrahedron index="12044" v0="2467" v1="3487" v2="3867" v3="4082" />
+      <tetrahedron index="12045" v0="2136" v1="2240" v2="2503" v3="3751" />
+      <tetrahedron index="12046" v0="2240" v1="2503" v2="3751" v3="3855" />
+      <tetrahedron index="12047" v0="2503" v1="3751" v2="3855" v3="4118" />
+      <tetrahedron index="12048" v0="1680" v1="2302" v2="2481" v3="3295" />
+      <tetrahedron index="12049" v0="2302" v1="2481" v2="3295" v3="3917" />
+      <tetrahedron index="12050" v0="2481" v1="3295" v2="3917" v3="4096" />
+      <tetrahedron index="12051" v0="1787" v1="1788" v2="2445" v3="3402" />
+      <tetrahedron index="12052" v0="1788" v1="2445" v2="3402" v3="3403" />
+      <tetrahedron index="12053" v0="2445" v1="3402" v2="3403" v3="4060" />
+      <tetrahedron index="12054" v0="1685" v1="2340" v2="2533" v3="3300" />
+      <tetrahedron index="12055" v0="2340" v1="2533" v2="3300" v3="3955" />
+      <tetrahedron index="12056" v0="2533" v1="3300" v2="3955" v3="4148" />
+      <tetrahedron index="12057" v0="1824" v1="2090" v2="2404" v3="3439" />
+      <tetrahedron index="12058" v0="2090" v1="2404" v2="3439" v3="3705" />
+      <tetrahedron index="12059" v0="2404" v1="3439" v2="3705" v3="4019" />
+      <tetrahedron index="12060" v0="2090" v1="2369" v2="2404" v3="3705" />
+      <tetrahedron index="12061" v0="2369" v1="2404" v2="3705" v3="3984" />
+      <tetrahedron index="12062" v0="2404" v1="3705" v2="3984" v3="4019" />
+      <tetrahedron index="12063" v0="1866" v1="1867" v2="2446" v3="3481" />
+      <tetrahedron index="12064" v0="1867" v1="2446" v2="3481" v3="3482" />
+      <tetrahedron index="12065" v0="2446" v1="3481" v2="3482" v3="4061" />
+      <tetrahedron index="12066" v0="1867" v1="2136" v2="2446" v3="3482" />
+      <tetrahedron index="12067" v0="2136" v1="2446" v2="3482" v3="3751" />
+      <tetrahedron index="12068" v0="2446" v1="3482" v2="3751" v3="4061" />
+      <tetrahedron index="12069" v0="2275" v1="2277" v2="2534" v3="3890" />
+      <tetrahedron index="12070" v0="2277" v1="2534" v2="3890" v3="3892" />
+      <tetrahedron index="12071" v0="2534" v1="3890" v2="3892" v3="4149" />
+      <tetrahedron index="12072" v0="2192" v1="2244" v2="2317" v3="3807" />
+      <tetrahedron index="12073" v0="2244" v1="2317" v2="3807" v3="3859" />
+      <tetrahedron index="12074" v0="2317" v1="3807" v2="3859" v3="3932" />
+      <tetrahedron index="12075" v0="2244" v1="2317" v2="2535" v3="3859" />
+      <tetrahedron index="12076" v0="2317" v1="2535" v2="3859" v3="3932" />
+      <tetrahedron index="12077" v0="2535" v1="3859" v2="3932" v3="4150" />
+      <tetrahedron index="12078" v0="1722" v1="1980" v2="1981" v3="3337" />
+      <tetrahedron index="12079" v0="1980" v1="1981" v2="3337" v3="3595" />
+      <tetrahedron index="12080" v0="1981" v1="3337" v2="3595" v3="3596" />
+      <tetrahedron index="12081" v0="1722" v1="1723" v2="1981" v3="3337" />
+      <tetrahedron index="12082" v0="1723" v1="1981" v2="3337" v3="3338" />
+      <tetrahedron index="12083" v0="1981" v1="3337" v2="3338" v3="3596" />
+      <tetrahedron index="12084" v0="2465" v1="2536" v2="2537" v3="4080" />
+      <tetrahedron index="12085" v0="2536" v1="2537" v2="4080" v3="4151" />
+      <tetrahedron index="12086" v0="2537" v1="4080" v2="4151" v3="4152" />
+      <tetrahedron index="12087" v0="2155" v1="2156" v2="2492" v3="3770" />
+      <tetrahedron index="12088" v0="2156" v1="2492" v2="3770" v3="3771" />
+      <tetrahedron index="12089" v0="2492" v1="3770" v2="3771" v3="4107" />
+      <tetrahedron index="12090" v0="1727" v1="2156" v2="2492" v3="3342" />
+      <tetrahedron index="12091" v0="2156" v1="2492" v2="3342" v3="3771" />
+      <tetrahedron index="12092" v0="2492" v1="3342" v2="3771" v3="4107" />
+      <tetrahedron index="12093" v0="1983" v1="1997" v2="1999" v3="3598" />
+      <tetrahedron index="12094" v0="1997" v1="1999" v2="3598" v3="3612" />
+      <tetrahedron index="12095" v0="1999" v1="3598" v2="3612" v3="3614" />
+      <tetrahedron index="12096" v0="1983" v1="1997" v2="2530" v3="3598" />
+      <tetrahedron index="12097" v0="1997" v1="2530" v2="3598" v3="3612" />
+      <tetrahedron index="12098" v0="2530" v1="3598" v2="3612" v3="4145" />
+      <tetrahedron index="12099" v0="2478" v1="2538" v2="2539" v3="4093" />
+      <tetrahedron index="12100" v0="2538" v1="2539" v2="4093" v3="4153" />
+      <tetrahedron index="12101" v0="2539" v1="4093" v2="4153" v3="4154" />
+      <tetrahedron index="12102" v0="2477" v1="2478" v2="2538" v3="4092" />
+      <tetrahedron index="12103" v0="2478" v1="2538" v2="4092" v3="4093" />
+      <tetrahedron index="12104" v0="2538" v1="4092" v2="4093" v3="4153" />
+      <tetrahedron index="12105" v0="2049" v1="2050" v2="2540" v3="3664" />
+      <tetrahedron index="12106" v0="2050" v1="2540" v2="3664" v3="3665" />
+      <tetrahedron index="12107" v0="2540" v1="3664" v2="3665" v3="4155" />
+      <tetrahedron index="12108" v0="2050" v1="2540" v2="2541" v3="3665" />
+      <tetrahedron index="12109" v0="2540" v1="2541" v2="3665" v3="4155" />
+      <tetrahedron index="12110" v0="2541" v1="3665" v2="4155" v3="4156" />
+      <tetrahedron index="12111" v0="2411" v1="2413" v2="2542" v3="4026" />
+      <tetrahedron index="12112" v0="2413" v1="2542" v2="4026" v3="4028" />
+      <tetrahedron index="12113" v0="2542" v1="4026" v2="4028" v3="4157" />
+      <tetrahedron index="12114" v0="2543" v1="2544" v2="2545" v3="4158" />
+      <tetrahedron index="12115" v0="2544" v1="2545" v2="4158" v3="4159" />
+      <tetrahedron index="12116" v0="2545" v1="4158" v2="4159" v3="4160" />
+      <tetrahedron index="12117" v0="1647" v1="1648" v2="2277" v3="3262" />
+      <tetrahedron index="12118" v0="1648" v1="2277" v2="3262" v3="3263" />
+      <tetrahedron index="12119" v0="2277" v1="3262" v2="3263" v3="3892" />
+      <tetrahedron index="12120" v0="1694" v1="1696" v2="2546" v3="3309" />
+      <tetrahedron index="12121" v0="1696" v1="2546" v2="3309" v3="3311" />
+      <tetrahedron index="12122" v0="2546" v1="3309" v2="3311" v3="4161" />
+      <tetrahedron index="12123" v0="2091" v1="2266" v2="2431" v3="3706" />
+      <tetrahedron index="12124" v0="2266" v1="2431" v2="3706" v3="3881" />
+      <tetrahedron index="12125" v0="2431" v1="3706" v2="3881" v3="4046" />
+      <tetrahedron index="12126" v0="2291" v1="2292" v2="2547" v3="3906" />
+      <tetrahedron index="12127" v0="2292" v1="2547" v2="3906" v3="3907" />
+      <tetrahedron index="12128" v0="2547" v1="3906" v2="3907" v3="4162" />
+      <tetrahedron index="12129" v0="2398" v1="2422" v2="2548" v3="4013" />
+      <tetrahedron index="12130" v0="2422" v1="2548" v2="4013" v3="4037" />
+      <tetrahedron index="12131" v0="2548" v1="4013" v2="4037" v3="4163" />
+      <tetrahedron index="12132" v0="2549" v1="2550" v2="2551" v3="4164" />
+      <tetrahedron index="12133" v0="2550" v1="2551" v2="4164" v3="4165" />
+      <tetrahedron index="12134" v0="2551" v1="4164" v2="4165" v3="4166" />
+      <tetrahedron index="12135" v0="2076" v1="2433" v2="2434" v3="3691" />
+      <tetrahedron index="12136" v0="2433" v1="2434" v2="3691" v3="4048" />
+      <tetrahedron index="12137" v0="2434" v1="3691" v2="4048" v3="4049" />
+      <tetrahedron index="12138" v0="2076" v1="2433" v2="2435" v3="3691" />
+      <tetrahedron index="12139" v0="2433" v1="2435" v2="3691" v3="4048" />
+      <tetrahedron index="12140" v0="2435" v1="3691" v2="4048" v3="4050" />
+      <tetrahedron index="12141" v0="2318" v1="2319" v2="2552" v3="3933" />
+      <tetrahedron index="12142" v0="2319" v1="2552" v2="3933" v3="3934" />
+      <tetrahedron index="12143" v0="2552" v1="3933" v2="3934" v3="4167" />
+      <tetrahedron index="12144" v0="1840" v1="2139" v2="2499" v3="3455" />
+      <tetrahedron index="12145" v0="2139" v1="2499" v2="3455" v3="3754" />
+      <tetrahedron index="12146" v0="2499" v1="3455" v2="3754" v3="4114" />
+      <tetrahedron index="12147" v0="2458" v1="2483" v2="2553" v3="4073" />
+      <tetrahedron index="12148" v0="2483" v1="2553" v2="4073" v3="4098" />
+      <tetrahedron index="12149" v0="2553" v1="4073" v2="4098" v3="4168" />
+      <tetrahedron index="12150" v0="1784" v1="1788" v2="2368" v3="3399" />
+      <tetrahedron index="12151" v0="1788" v1="2368" v2="3399" v3="3403" />
+      <tetrahedron index="12152" v0="2368" v1="3399" v2="3403" v3="3983" />
+      <tetrahedron index="12153" v0="2337" v1="2554" v2="2555" v3="3952" />
+      <tetrahedron index="12154" v0="2554" v1="2555" v2="3952" v3="4169" />
+      <tetrahedron index="12155" v0="2555" v1="3952" v2="4169" v3="4170" />
+      <tetrahedron index="12156" v0="2006" v1="2377" v2="2378" v3="3621" />
+      <tetrahedron index="12157" v0="2377" v1="2378" v2="3621" v3="3992" />
+      <tetrahedron index="12158" v0="2378" v1="3621" v2="3992" v3="3993" />
+      <tetrahedron index="12159" v0="2501" v1="2502" v2="2556" v3="4116" />
+      <tetrahedron index="12160" v0="2502" v1="2556" v2="4116" v3="4117" />
+      <tetrahedron index="12161" v0="2556" v1="4116" v2="4117" v3="4171" />
+      <tetrahedron index="12162" v0="1849" v1="2246" v2="2344" v3="3464" />
+      <tetrahedron index="12163" v0="2246" v1="2344" v2="3464" v3="3861" />
+      <tetrahedron index="12164" v0="2344" v1="3464" v2="3861" v3="3959" />
+      <tetrahedron index="12165" v0="2543" v1="2557" v2="2558" v3="4158" />
+      <tetrahedron index="12166" v0="2557" v1="2558" v2="4158" v3="4172" />
+      <tetrahedron index="12167" v0="2558" v1="4158" v2="4172" v3="4173" />
+      <tetrahedron index="12168" v0="1689" v1="2054" v2="2055" v3="3304" />
+      <tetrahedron index="12169" v0="2054" v1="2055" v2="3304" v3="3669" />
+      <tetrahedron index="12170" v0="2055" v1="3304" v2="3669" v3="3670" />
+      <tetrahedron index="12171" v0="1753" v1="1754" v2="2407" v3="3368" />
+      <tetrahedron index="12172" v0="1754" v1="2407" v2="3368" v3="3369" />
+      <tetrahedron index="12173" v0="2407" v1="3368" v2="3369" v3="4022" />
+      <tetrahedron index="12174" v0="1627" v1="1754" v2="2407" v3="3242" />
+      <tetrahedron index="12175" v0="1754" v1="2407" v2="3242" v3="3369" />
+      <tetrahedron index="12176" v0="2407" v1="3242" v2="3369" v3="4022" />
+      <tetrahedron index="12177" v0="2214" v1="2444" v2="2488" v3="3829" />
+      <tetrahedron index="12178" v0="2444" v1="2488" v2="3829" v3="4059" />
+      <tetrahedron index="12179" v0="2488" v1="3829" v2="4059" v3="4103" />
+      <tetrahedron index="12180" v0="1811" v1="2557" v2="2558" v3="3426" />
+      <tetrahedron index="12181" v0="2557" v1="2558" v2="3426" v3="4172" />
+      <tetrahedron index="12182" v0="2558" v1="3426" v2="4172" v3="4173" />
+      <tetrahedron index="12183" v0="2108" v1="2417" v2="2559" v3="3723" />
+      <tetrahedron index="12184" v0="2417" v1="2559" v2="3723" v3="4032" />
+      <tetrahedron index="12185" v0="2559" v1="3723" v2="4032" v3="4174" />
+      <tetrahedron index="12186" v0="2108" v1="2230" v2="2417" v3="3723" />
+      <tetrahedron index="12187" v0="2230" v1="2417" v2="3723" v3="3845" />
+      <tetrahedron index="12188" v0="2417" v1="3723" v2="3845" v3="4032" />
+      <tetrahedron index="12189" v0="2560" v1="2561" v2="2562" v3="4175" />
+      <tetrahedron index="12190" v0="2561" v1="2562" v2="4175" v3="4176" />
+      <tetrahedron index="12191" v0="2562" v1="4175" v2="4176" v3="4177" />
+      <tetrahedron index="12192" v0="2493" v1="2563" v2="2564" v3="4108" />
+      <tetrahedron index="12193" v0="2563" v1="2564" v2="4108" v3="4178" />
+      <tetrahedron index="12194" v0="2564" v1="4108" v2="4178" v3="4179" />
+      <tetrahedron index="12195" v0="2364" v1="2493" v2="2563" v3="3979" />
+      <tetrahedron index="12196" v0="2493" v1="2563" v2="3979" v3="4108" />
+      <tetrahedron index="12197" v0="2563" v1="3979" v2="4108" v3="4178" />
+      <tetrahedron index="12198" v0="2396" v1="2403" v2="2460" v3="4011" />
+      <tetrahedron index="12199" v0="2403" v1="2460" v2="4011" v3="4018" />
+      <tetrahedron index="12200" v0="2460" v1="4011" v2="4018" v3="4075" />
+      <tetrahedron index="12201" v0="2427" v1="2428" v2="2565" v3="4042" />
+      <tetrahedron index="12202" v0="2428" v1="2565" v2="4042" v3="4043" />
+      <tetrahedron index="12203" v0="2565" v1="4042" v2="4043" v3="4180" />
+      <tetrahedron index="12204" v0="2228" v1="2493" v2="2495" v3="3843" />
+      <tetrahedron index="12205" v0="2493" v1="2495" v2="3843" v3="4108" />
+      <tetrahedron index="12206" v0="2495" v1="3843" v2="4108" v3="4110" />
+      <tetrahedron index="12207" v0="2333" v1="2425" v2="2452" v3="3948" />
+      <tetrahedron index="12208" v0="2425" v1="2452" v2="3948" v3="4040" />
+      <tetrahedron index="12209" v0="2452" v1="3948" v2="4040" v3="4067" />
+      <tetrahedron index="12210" v0="2331" v1="2333" v2="2452" v3="3946" />
+      <tetrahedron index="12211" v0="2333" v1="2452" v2="3946" v3="3948" />
+      <tetrahedron index="12212" v0="2452" v1="3946" v2="3948" v3="4067" />
+      <tetrahedron index="12213" v0="1686" v1="1687" v2="2351" v3="3301" />
+      <tetrahedron index="12214" v0="1687" v1="2351" v2="3301" v3="3302" />
+      <tetrahedron index="12215" v0="2351" v1="3301" v2="3302" v3="3966" />
+      <tetrahedron index="12216" v0="1687" v1="1785" v2="2351" v3="3302" />
+      <tetrahedron index="12217" v0="1785" v1="2351" v2="3302" v3="3400" />
+      <tetrahedron index="12218" v0="2351" v1="3302" v2="3400" v3="3966" />
+      <tetrahedron index="12219" v0="1776" v1="1778" v2="2566" v3="3391" />
+      <tetrahedron index="12220" v0="1778" v1="2566" v2="3391" v3="3393" />
+      <tetrahedron index="12221" v0="2566" v1="3391" v2="3393" v3="4181" />
+      <tetrahedron index="12222" v0="2161" v1="2438" v2="2439" v3="3776" />
+      <tetrahedron index="12223" v0="2438" v1="2439" v2="3776" v3="4053" />
+      <tetrahedron index="12224" v0="2439" v1="3776" v2="4053" v3="4054" />
+      <tetrahedron index="12225" v0="2161" v1="2378" v2="2438" v3="3776" />
+      <tetrahedron index="12226" v0="2378" v1="2438" v2="3776" v3="3993" />
+      <tetrahedron index="12227" v0="2438" v1="3776" v2="3993" v3="4053" />
+      <tetrahedron index="12228" v0="1832" v1="1833" v2="2336" v3="3447" />
+      <tetrahedron index="12229" v0="1833" v1="2336" v2="3447" v3="3448" />
+      <tetrahedron index="12230" v0="2336" v1="3447" v2="3448" v3="3951" />
+      <tetrahedron index="12231" v0="1832" v1="2146" v2="2336" v3="3447" />
+      <tetrahedron index="12232" v0="2146" v1="2336" v2="3447" v3="3761" />
+      <tetrahedron index="12233" v0="2336" v1="3447" v2="3761" v3="3951" />
+      <tetrahedron index="12234" v0="1860" v1="1861" v2="2567" v3="3475" />
+      <tetrahedron index="12235" v0="1861" v1="2567" v2="3475" v3="3476" />
+      <tetrahedron index="12236" v0="2567" v1="3475" v2="3476" v3="4182" />
+      <tetrahedron index="12237" v0="1739" v1="1861" v2="2567" v3="3354" />
+      <tetrahedron index="12238" v0="1861" v1="2567" v2="3354" v3="3476" />
+      <tetrahedron index="12239" v0="2567" v1="3354" v2="3476" v3="4182" />
+      <tetrahedron index="12240" v0="1982" v1="1984" v2="2173" v3="3597" />
+      <tetrahedron index="12241" v0="1984" v1="2173" v2="3597" v3="3599" />
+      <tetrahedron index="12242" v0="2173" v1="3597" v2="3599" v3="3788" />
+      <tetrahedron index="12243" v0="1982" v1="2172" v2="2173" v3="3597" />
+      <tetrahedron index="12244" v0="2172" v1="2173" v2="3597" v3="3787" />
+      <tetrahedron index="12245" v0="2173" v1="3597" v2="3787" v3="3788" />
+      <tetrahedron index="12246" v0="2011" v1="2109" v2="2440" v3="3626" />
+      <tetrahedron index="12247" v0="2109" v1="2440" v2="3626" v3="3724" />
+      <tetrahedron index="12248" v0="2440" v1="3626" v2="3724" v3="4055" />
+      <tetrahedron index="12249" v0="2011" v1="2082" v2="2440" v3="3626" />
+      <tetrahedron index="12250" v0="2082" v1="2440" v2="3626" v3="3697" />
+      <tetrahedron index="12251" v0="2440" v1="3626" v2="3697" v3="4055" />
+      <tetrahedron index="12252" v0="1973" v1="2363" v2="2501" v3="3588" />
+      <tetrahedron index="12253" v0="2363" v1="2501" v2="3588" v3="3978" />
+      <tetrahedron index="12254" v0="2501" v1="3588" v2="3978" v3="4116" />
+      <tetrahedron index="12255" v0="2259" v1="2342" v2="2568" v3="3874" />
+      <tetrahedron index="12256" v0="2342" v1="2568" v2="3874" v3="3957" />
+      <tetrahedron index="12257" v0="2568" v1="3874" v2="3957" v3="4183" />
+      <tetrahedron index="12258" v0="2091" v1="2431" v2="2505" v3="3706" />
+      <tetrahedron index="12259" v0="2431" v1="2505" v2="3706" v3="4046" />
+      <tetrahedron index="12260" v0="2505" v1="3706" v2="4046" v3="4120" />
+      <tetrahedron index="12261" v0="2244" v1="2441" v2="2535" v3="3859" />
+      <tetrahedron index="12262" v0="2441" v1="2535" v2="3859" v3="4056" />
+      <tetrahedron index="12263" v0="2535" v1="3859" v2="4056" v3="4150" />
+      <tetrahedron index="12264" v0="2040" v1="2172" v2="2217" v3="3655" />
+      <tetrahedron index="12265" v0="2172" v1="2217" v2="3655" v3="3787" />
+      <tetrahedron index="12266" v0="2217" v1="3655" v2="3787" v3="3832" />
+      <tetrahedron index="12267" v0="2104" v1="2285" v2="2446" v3="3719" />
+      <tetrahedron index="12268" v0="2285" v1="2446" v2="3719" v3="3900" />
+      <tetrahedron index="12269" v0="2446" v1="3719" v2="3900" v3="4061" />
+      <tetrahedron index="12270" v0="2104" v1="2446" v2="2503" v3="3719" />
+      <tetrahedron index="12271" v0="2446" v1="2503" v2="3719" v3="4061" />
+      <tetrahedron index="12272" v0="2503" v1="3719" v2="4061" v3="4118" />
+      <tetrahedron index="12273" v0="2256" v1="2280" v2="2569" v3="3871" />
+      <tetrahedron index="12274" v0="2280" v1="2569" v2="3871" v3="3895" />
+      <tetrahedron index="12275" v0="2569" v1="3871" v2="3895" v3="4184" />
+      <tetrahedron index="12276" v0="1872" v1="2089" v2="2252" v3="3487" />
+      <tetrahedron index="12277" v0="2089" v1="2252" v2="3487" v3="3704" />
+      <tetrahedron index="12278" v0="2252" v1="3487" v2="3704" v3="3867" />
+      <tetrahedron index="12279" v0="2089" v1="2251" v2="2252" v3="3704" />
+      <tetrahedron index="12280" v0="2251" v1="2252" v2="3704" v3="3866" />
+      <tetrahedron index="12281" v0="2252" v1="3704" v2="3866" v3="3867" />
+      <tetrahedron index="12282" v0="2397" v1="2420" v2="2506" v3="4012" />
+      <tetrahedron index="12283" v0="2420" v1="2506" v2="4012" v3="4035" />
+      <tetrahedron index="12284" v0="2506" v1="4012" v2="4035" v3="4121" />
+      <tetrahedron index="12285" v0="2345" v1="2420" v2="2506" v3="3960" />
+      <tetrahedron index="12286" v0="2420" v1="2506" v2="3960" v3="4035" />
+      <tetrahedron index="12287" v0="2506" v1="3960" v2="4035" v3="4121" />
+      <tetrahedron index="12288" v0="1726" v1="1858" v2="2144" v3="3341" />
+      <tetrahedron index="12289" v0="1858" v1="2144" v2="3341" v3="3473" />
+      <tetrahedron index="12290" v0="2144" v1="3341" v2="3473" v3="3759" />
+      <tetrahedron index="12291" v0="2166" v1="2322" v2="2438" v3="3781" />
+      <tetrahedron index="12292" v0="2322" v1="2438" v2="3781" v3="3937" />
+      <tetrahedron index="12293" v0="2438" v1="3781" v2="3937" v3="4053" />
+      <tetrahedron index="12294" v0="2166" v1="2169" v2="2438" v3="3781" />
+      <tetrahedron index="12295" v0="2169" v1="2438" v2="3781" v3="3784" />
+      <tetrahedron index="12296" v0="2438" v1="3781" v2="3784" v3="4053" />
+      <tetrahedron index="12297" v0="1905" v1="2491" v2="2570" v3="3520" />
+      <tetrahedron index="12298" v0="2491" v1="2570" v2="3520" v3="4106" />
+      <tetrahedron index="12299" v0="2570" v1="3520" v2="4106" v3="4185" />
+      <tetrahedron index="12300" v0="2571" v1="2572" v2="2573" v3="4186" />
+      <tetrahedron index="12301" v0="2572" v1="2573" v2="4186" v3="4187" />
+      <tetrahedron index="12302" v0="2573" v1="4186" v2="4187" v3="4188" />
+      <tetrahedron index="12303" v0="2201" v1="2524" v2="2574" v3="3816" />
+      <tetrahedron index="12304" v0="2524" v1="2574" v2="3816" v3="4139" />
+      <tetrahedron index="12305" v0="2574" v1="3816" v2="4139" v3="4189" />
+      <tetrahedron index="12306" v0="2093" v1="2265" v2="2509" v3="3708" />
+      <tetrahedron index="12307" v0="2265" v1="2509" v2="3708" v3="3880" />
+      <tetrahedron index="12308" v0="2509" v1="3708" v2="3880" v3="4124" />
+      <tetrahedron index="12309" v0="2118" v1="2401" v2="2402" v3="3733" />
+      <tetrahedron index="12310" v0="2401" v1="2402" v2="3733" v3="4016" />
+      <tetrahedron index="12311" v0="2402" v1="3733" v2="4016" v3="4017" />
+      <tetrahedron index="12312" v0="1782" v1="2400" v2="2566" v3="3397" />
+      <tetrahedron index="12313" v0="2400" v1="2566" v2="3397" v3="4015" />
+      <tetrahedron index="12314" v0="2566" v1="3397" v2="4015" v3="4181" />
+      <tetrahedron index="12315" v0="1778" v1="1782" v2="2566" v3="3393" />
+      <tetrahedron index="12316" v0="1782" v1="2566" v2="3393" v3="3397" />
+      <tetrahedron index="12317" v0="2566" v1="3393" v2="3397" v3="4181" />
+      <tetrahedron index="12318" v0="1976" v1="1977" v2="2426" v3="3591" />
+      <tetrahedron index="12319" v0="1977" v1="2426" v2="3591" v3="3592" />
+      <tetrahedron index="12320" v0="2426" v1="3591" v2="3592" v3="4041" />
+      <tetrahedron index="12321" v0="2035" v1="2215" v2="2224" v3="3650" />
+      <tetrahedron index="12322" v0="2215" v1="2224" v2="3650" v3="3830" />
+      <tetrahedron index="12323" v0="2224" v1="3650" v2="3830" v3="3839" />
+      <tetrahedron index="12324" v0="1926" v1="2177" v2="2414" v3="3541" />
+      <tetrahedron index="12325" v0="2177" v1="2414" v2="3541" v3="3792" />
+      <tetrahedron index="12326" v0="2414" v1="3541" v2="3792" v3="4029" />
+      <tetrahedron index="12327" v0="1912" v1="1926" v2="2177" v3="3527" />
+      <tetrahedron index="12328" v0="1926" v1="2177" v2="3527" v3="3541" />
+      <tetrahedron index="12329" v0="2177" v1="3527" v2="3541" v3="3792" />
+      <tetrahedron index="12330" v0="2166" v1="2168" v2="2169" v3="3781" />
+      <tetrahedron index="12331" v0="2168" v1="2169" v2="3781" v3="3783" />
+      <tetrahedron index="12332" v0="2169" v1="3781" v2="3783" v3="3784" />
+      <tetrahedron index="12333" v0="2164" v1="2166" v2="2168" v3="3779" />
+      <tetrahedron index="12334" v0="2166" v1="2168" v2="3779" v3="3781" />
+      <tetrahedron index="12335" v0="2168" v1="3779" v2="3781" v3="3783" />
+      <tetrahedron index="12336" v0="2167" v1="2168" v2="2498" v3="3782" />
+      <tetrahedron index="12337" v0="2168" v1="2498" v2="3782" v3="3783" />
+      <tetrahedron index="12338" v0="2498" v1="3782" v2="3783" v3="4113" />
+      <tetrahedron index="12339" v0="1978" v1="2002" v2="2186" v3="3593" />
+      <tetrahedron index="12340" v0="2002" v1="2186" v2="3593" v3="3617" />
+      <tetrahedron index="12341" v0="2186" v1="3593" v2="3617" v3="3801" />
+      <tetrahedron index="12342" v0="1657" v1="1658" v2="1939" v3="3272" />
+      <tetrahedron index="12343" v0="1658" v1="1939" v2="3272" v3="3273" />
+      <tetrahedron index="12344" v0="1939" v1="3272" v2="3273" v3="3554" />
+      <tetrahedron index="12345" v0="1797" v1="2341" v2="2575" v3="3412" />
+      <tetrahedron index="12346" v0="2341" v1="2575" v2="3412" v3="3956" />
+      <tetrahedron index="12347" v0="2575" v1="3412" v2="3956" v3="4190" />
+      <tetrahedron index="12348" v0="1769" v1="1770" v2="2119" v3="3384" />
+      <tetrahedron index="12349" v0="1770" v1="2119" v2="3384" v3="3385" />
+      <tetrahedron index="12350" v0="2119" v1="3384" v2="3385" v3="3734" />
+      <tetrahedron index="12351" v0="2160" v1="2367" v2="2576" v3="3775" />
+      <tetrahedron index="12352" v0="2367" v1="2576" v2="3775" v3="3982" />
+      <tetrahedron index="12353" v0="2576" v1="3775" v2="3982" v3="4191" />
+      <tetrahedron index="12354" v0="2577" v1="2578" v2="2579" v3="4192" />
+      <tetrahedron index="12355" v0="2578" v1="2579" v2="4192" v3="4193" />
+      <tetrahedron index="12356" v0="2579" v1="4192" v2="4193" v3="4194" />
+      <tetrahedron index="12357" v0="2538" v1="2554" v2="2555" v3="4153" />
+      <tetrahedron index="12358" v0="2554" v1="2555" v2="4153" v3="4169" />
+      <tetrahedron index="12359" v0="2555" v1="4153" v2="4169" v3="4170" />
+      <tetrahedron index="12360" v0="2112" v1="2117" v2="2281" v3="3727" />
+      <tetrahedron index="12361" v0="2117" v1="2281" v2="3727" v3="3732" />
+      <tetrahedron index="12362" v0="2281" v1="3727" v2="3732" v3="3896" />
+      <tetrahedron index="12363" v0="1842" v1="2149" v2="2270" v3="3457" />
+      <tetrahedron index="12364" v0="2149" v1="2270" v2="3457" v3="3764" />
+      <tetrahedron index="12365" v0="2270" v1="3457" v2="3764" v3="3885" />
+      <tetrahedron index="12366" v0="1635" v1="1638" v2="2401" v3="3250" />
+      <tetrahedron index="12367" v0="1638" v1="2401" v2="3250" v3="3253" />
+      <tetrahedron index="12368" v0="2401" v1="3250" v2="3253" v3="4016" />
+      <tetrahedron index="12369" v0="1913" v1="1914" v2="2580" v3="3528" />
+      <tetrahedron index="12370" v0="1914" v1="2580" v2="3528" v3="3529" />
+      <tetrahedron index="12371" v0="2580" v1="3528" v2="3529" v3="4195" />
+      <tetrahedron index="12372" v0="2077" v1="2078" v2="2581" v3="3692" />
+      <tetrahedron index="12373" v0="2078" v1="2581" v2="3692" v3="3693" />
+      <tetrahedron index="12374" v0="2581" v1="3692" v2="3693" v3="4196" />
+      <tetrahedron index="12375" v0="1762" v1="1914" v2="2150" v3="3377" />
+      <tetrahedron index="12376" v0="1914" v1="2150" v2="3377" v3="3529" />
+      <tetrahedron index="12377" v0="2150" v1="3377" v2="3529" v3="3765" />
+      <tetrahedron index="12378" v0="2124" v1="2279" v2="2582" v3="3739" />
+      <tetrahedron index="12379" v0="2279" v1="2582" v2="3739" v3="3894" />
+      <tetrahedron index="12380" v0="2582" v1="3739" v2="3894" v3="4197" />
+      <tetrahedron index="12381" v0="2508" v1="2583" v2="2584" v3="4123" />
+      <tetrahedron index="12382" v0="2583" v1="2584" v2="4123" v3="4198" />
+      <tetrahedron index="12383" v0="2584" v1="4123" v2="4198" v3="4199" />
+      <tetrahedron index="12384" v0="1967" v1="1968" v2="2271" v3="3582" />
+      <tetrahedron index="12385" v0="1968" v1="2271" v2="3582" v3="3583" />
+      <tetrahedron index="12386" v0="2271" v1="3582" v2="3583" v3="3886" />
+      <tetrahedron index="12387" v0="1968" v1="2270" v2="2271" v3="3583" />
+      <tetrahedron index="12388" v0="2270" v1="2271" v2="3583" v3="3885" />
+      <tetrahedron index="12389" v0="2271" v1="3583" v2="3885" v3="3886" />
+      <tetrahedron index="12390" v0="2429" v1="2496" v2="2585" v3="4044" />
+      <tetrahedron index="12391" v0="2496" v1="2585" v2="4044" v3="4111" />
+      <tetrahedron index="12392" v0="2585" v1="4044" v2="4111" v3="4200" />
+      <tetrahedron index="12393" v0="1951" v1="1952" v2="2586" v3="3566" />
+      <tetrahedron index="12394" v0="1952" v1="2586" v2="3566" v3="3567" />
+      <tetrahedron index="12395" v0="2586" v1="3566" v2="3567" v3="4201" />
+      <tetrahedron index="12396" v0="1641" v1="2198" v2="2587" v3="3256" />
+      <tetrahedron index="12397" v0="2198" v1="2587" v2="3256" v3="3813" />
+      <tetrahedron index="12398" v0="2587" v1="3256" v2="3813" v3="4202" />
+      <tetrahedron index="12399" v0="1714" v1="2588" v2="2589" v3="3329" />
+      <tetrahedron index="12400" v0="2588" v1="2589" v2="3329" v3="4203" />
+      <tetrahedron index="12401" v0="2589" v1="3329" v2="4203" v3="4204" />
+      <tetrahedron index="12402" v0="1811" v1="1812" v2="2590" v3="3426" />
+      <tetrahedron index="12403" v0="1812" v1="2590" v2="3426" v3="3427" />
+      <tetrahedron index="12404" v0="2590" v1="3426" v2="3427" v3="4205" />
+      <tetrahedron index="12405" v0="1859" v1="1884" v2="2591" v3="3474" />
+      <tetrahedron index="12406" v0="1884" v1="2591" v2="3474" v3="3499" />
+      <tetrahedron index="12407" v0="2591" v1="3474" v2="3499" v3="4206" />
+      <tetrahedron index="12408" v0="1927" v1="2465" v2="2536" v3="3542" />
+      <tetrahedron index="12409" v0="2465" v1="2536" v2="3542" v3="4080" />
+      <tetrahedron index="12410" v0="2536" v1="3542" v2="4080" v3="4151" />
+      <tetrahedron index="12411" v0="1726" v1="1728" v2="2592" v3="3341" />
+      <tetrahedron index="12412" v0="1728" v1="2592" v2="3341" v3="3343" />
+      <tetrahedron index="12413" v0="2592" v1="3341" v2="3343" v3="4207" />
+      <tetrahedron index="12414" v0="2195" v1="2197" v2="2593" v3="3810" />
+      <tetrahedron index="12415" v0="2197" v1="2593" v2="3810" v3="3812" />
+      <tetrahedron index="12416" v0="2593" v1="3810" v2="3812" v3="4208" />
+      <tetrahedron index="12417" v0="2594" v1="2595" v2="2596" v3="4209" />
+      <tetrahedron index="12418" v0="2595" v1="2596" v2="4209" v3="4210" />
+      <tetrahedron index="12419" v0="2596" v1="4209" v2="4210" v3="4211" />
+      <tetrahedron index="12420" v0="2400" v1="2566" v2="2597" v3="4015" />
+      <tetrahedron index="12421" v0="2566" v1="2597" v2="4015" v3="4181" />
+      <tetrahedron index="12422" v0="2597" v1="4015" v2="4181" v3="4212" />
+      <tetrahedron index="12423" v0="2397" v1="2398" v2="2598" v3="4012" />
+      <tetrahedron index="12424" v0="2398" v1="2598" v2="4012" v3="4013" />
+      <tetrahedron index="12425" v0="2598" v1="4012" v2="4013" v3="4213" />
+      <tetrahedron index="12426" v0="2397" v1="2506" v2="2598" v3="4012" />
+      <tetrahedron index="12427" v0="2506" v1="2598" v2="4012" v3="4121" />
+      <tetrahedron index="12428" v0="2598" v1="4012" v2="4121" v3="4213" />
+      <tetrahedron index="12429" v0="1935" v1="1936" v2="2599" v3="3550" />
+      <tetrahedron index="12430" v0="1936" v1="2599" v2="3550" v3="3551" />
+      <tetrahedron index="12431" v0="2599" v1="3550" v2="3551" v3="4214" />
+      <tetrahedron index="12432" v0="2174" v1="2346" v2="2487" v3="3789" />
+      <tetrahedron index="12433" v0="2346" v1="2487" v2="3789" v3="3961" />
+      <tetrahedron index="12434" v0="2487" v1="3789" v2="3961" v3="4102" />
+      <tetrahedron index="12435" v0="2174" v1="2346" v2="2528" v3="3789" />
+      <tetrahedron index="12436" v0="2346" v1="2528" v2="3789" v3="3961" />
+      <tetrahedron index="12437" v0="2528" v1="3789" v2="3961" v3="4143" />
+      <tetrahedron index="12438" v0="1779" v1="1785" v2="2154" v3="3394" />
+      <tetrahedron index="12439" v0="1785" v1="2154" v2="3394" v3="3400" />
+      <tetrahedron index="12440" v0="2154" v1="3394" v2="3400" v3="3769" />
+      <tetrahedron index="12441" v0="1670" v1="1672" v2="1870" v3="3285" />
+      <tetrahedron index="12442" v0="1672" v1="1870" v2="3285" v3="3287" />
+      <tetrahedron index="12443" v0="1870" v1="3285" v2="3287" v3="3485" />
+      <tetrahedron index="12444" v0="1966" v1="2057" v2="2600" v3="3581" />
+      <tetrahedron index="12445" v0="2057" v1="2600" v2="3581" v3="3672" />
+      <tetrahedron index="12446" v0="2600" v1="3581" v2="3672" v3="4215" />
+      <tetrahedron index="12447" v0="1660" v1="1761" v2="1911" v3="3275" />
+      <tetrahedron index="12448" v0="1761" v1="1911" v2="3275" v3="3376" />
+      <tetrahedron index="12449" v0="1911" v1="3275" v2="3376" v3="3526" />
+      <tetrahedron index="12450" v0="1660" v1="1661" v2="1761" v3="3275" />
+      <tetrahedron index="12451" v0="1661" v1="1761" v2="3275" v3="3276" />
+      <tetrahedron index="12452" v0="1761" v1="3275" v2="3276" v3="3376" />
+      <tetrahedron index="12453" v0="2422" v1="2423" v2="2548" v3="4037" />
+      <tetrahedron index="12454" v0="2423" v1="2548" v2="4037" v3="4038" />
+      <tetrahedron index="12455" v0="2548" v1="4037" v2="4038" v3="4163" />
+      <tetrahedron index="12456" v0="2158" v1="2160" v2="2601" v3="3773" />
+      <tetrahedron index="12457" v0="2160" v1="2601" v2="3773" v3="3775" />
+      <tetrahedron index="12458" v0="2601" v1="3773" v2="3775" v3="4216" />
+      <tetrahedron index="12459" v0="2029" v1="2031" v2="2312" v3="3644" />
+      <tetrahedron index="12460" v0="2031" v1="2312" v2="3644" v3="3646" />
+      <tetrahedron index="12461" v0="2312" v1="3644" v2="3646" v3="3927" />
+      <tetrahedron index="12462" v0="1698" v1="2029" v2="2312" v3="3313" />
+      <tetrahedron index="12463" v0="2029" v1="2312" v2="3313" v3="3644" />
+      <tetrahedron index="12464" v0="2312" v1="3313" v2="3644" v3="3927" />
+      <tetrahedron index="12465" v0="1833" v1="2067" v2="2336" v3="3448" />
+      <tetrahedron index="12466" v0="2067" v1="2336" v2="3448" v3="3682" />
+      <tetrahedron index="12467" v0="2336" v1="3448" v2="3682" v3="3951" />
+      <tetrahedron index="12468" v0="1833" v1="1902" v2="2067" v3="3448" />
+      <tetrahedron index="12469" v0="1902" v1="2067" v2="3448" v3="3517" />
+      <tetrahedron index="12470" v0="2067" v1="3448" v2="3517" v3="3682" />
+      <tetrahedron index="12471" v0="1860" v1="2567" v2="2602" v3="3475" />
+      <tetrahedron index="12472" v0="2567" v1="2602" v2="3475" v3="4182" />
+      <tetrahedron index="12473" v0="2602" v1="3475" v2="4182" v3="4217" />
+      <tetrahedron index="12474" v0="1621" v1="1860" v2="2602" v3="3236" />
+      <tetrahedron index="12475" v0="1860" v1="2602" v2="3236" v3="3475" />
+      <tetrahedron index="12476" v0="2602" v1="3236" v2="3475" v3="4217" />
+      <tetrahedron index="12477" v0="1881" v1="1943" v2="2352" v3="3496" />
+      <tetrahedron index="12478" v0="1943" v1="2352" v2="3496" v3="3558" />
+      <tetrahedron index="12479" v0="2352" v1="3496" v2="3558" v3="3967" />
+      <tetrahedron index="12480" v0="2477" v1="2479" v2="2485" v3="4092" />
+      <tetrahedron index="12481" v0="2479" v1="2485" v2="4092" v3="4094" />
+      <tetrahedron index="12482" v0="2485" v1="4092" v2="4094" v3="4100" />
+      <tetrahedron index="12483" v0="2085" v1="2276" v2="2603" v3="3700" />
+      <tetrahedron index="12484" v0="2276" v1="2603" v2="3700" v3="3891" />
+      <tetrahedron index="12485" v0="2603" v1="3700" v2="3891" v3="4218" />
+      <tetrahedron index="12486" v0="1648" v1="2085" v2="2276" v3="3263" />
+      <tetrahedron index="12487" v0="2085" v1="2276" v2="3263" v3="3700" />
+      <tetrahedron index="12488" v0="2276" v1="3263" v2="3700" v3="3891" />
+      <tetrahedron index="12489" v0="2287" v1="2604" v2="2605" v3="3902" />
+      <tetrahedron index="12490" v0="2604" v1="2605" v2="3902" v3="4219" />
+      <tetrahedron index="12491" v0="2605" v1="3902" v2="4219" v3="4220" />
+      <tetrahedron index="12492" v0="1880" v1="1883" v2="2536" v3="3495" />
+      <tetrahedron index="12493" v0="1883" v1="2536" v2="3495" v3="3498" />
+      <tetrahedron index="12494" v0="2536" v1="3495" v2="3498" v3="4151" />
+      <tetrahedron index="12495" v0="1880" v1="1927" v2="2536" v3="3495" />
+      <tetrahedron index="12496" v0="1927" v1="2536" v2="3495" v3="3542" />
+      <tetrahedron index="12497" v0="2536" v1="3495" v2="3542" v3="4151" />
+      <tetrahedron index="12498" v0="2221" v1="2480" v2="2481" v3="3836" />
+      <tetrahedron index="12499" v0="2480" v1="2481" v2="3836" v3="4095" />
+      <tetrahedron index="12500" v0="2481" v1="3836" v2="4095" v3="4096" />
+      <tetrahedron index="12501" v0="1682" v1="1992" v2="2436" v3="3297" />
+      <tetrahedron index="12502" v0="1992" v1="2436" v2="3297" v3="3607" />
+      <tetrahedron index="12503" v0="2436" v1="3297" v2="3607" v3="4051" />
+      <tetrahedron index="12504" v0="1682" v1="2436" v2="2606" v3="3297" />
+      <tetrahedron index="12505" v0="2436" v1="2606" v2="3297" v3="4051" />
+      <tetrahedron index="12506" v0="2606" v1="3297" v2="4051" v3="4221" />
+      <tetrahedron index="12507" v0="1953" v1="2222" v2="2440" v3="3568" />
+      <tetrahedron index="12508" v0="2222" v1="2440" v2="3568" v3="3837" />
+      <tetrahedron index="12509" v0="2440" v1="3568" v2="3837" v3="4055" />
+      <tetrahedron index="12510" v0="1816" v1="1890" v2="2243" v3="3431" />
+      <tetrahedron index="12511" v0="1890" v1="2243" v2="3431" v3="3505" />
+      <tetrahedron index="12512" v0="2243" v1="3431" v2="3505" v3="3858" />
+      <tetrahedron index="12513" v0="1890" v1="2192" v2="2243" v3="3505" />
+      <tetrahedron index="12514" v0="2192" v1="2243" v2="3505" v3="3807" />
+      <tetrahedron index="12515" v0="2243" v1="3505" v2="3807" v3="3858" />
+      <tetrahedron index="12516" v0="2380" v1="2383" v2="2607" v3="3995" />
+      <tetrahedron index="12517" v0="2383" v1="2607" v2="3995" v3="3998" />
+      <tetrahedron index="12518" v0="2607" v1="3995" v2="3998" v3="4222" />
+      <tetrahedron index="12519" v0="2185" v1="2257" v2="2458" v3="3800" />
+      <tetrahedron index="12520" v0="2257" v1="2458" v2="3800" v3="3872" />
+      <tetrahedron index="12521" v0="2458" v1="3800" v2="3872" v3="4073" />
+      <tetrahedron index="12522" v0="2185" v1="2458" v2="2553" v3="3800" />
+      <tetrahedron index="12523" v0="2458" v1="2553" v2="3800" v3="4073" />
+      <tetrahedron index="12524" v0="2553" v1="3800" v2="4073" v3="4168" />
+      <tetrahedron index="12525" v0="2104" v1="2105" v2="2285" v3="3719" />
+      <tetrahedron index="12526" v0="2105" v1="2285" v2="3719" v3="3720" />
+      <tetrahedron index="12527" v0="2285" v1="3719" v2="3720" v3="3900" />
+      <tetrahedron index="12528" v0="2478" v1="2479" v2="2608" v3="4093" />
+      <tetrahedron index="12529" v0="2479" v1="2608" v2="4093" v3="4094" />
+      <tetrahedron index="12530" v0="2608" v1="4093" v2="4094" v3="4223" />
+      <tetrahedron index="12531" v0="2478" v1="2608" v2="2609" v3="4093" />
+      <tetrahedron index="12532" v0="2608" v1="2609" v2="4093" v3="4223" />
+      <tetrahedron index="12533" v0="2609" v1="4093" v2="4223" v3="4224" />
+      <tetrahedron index="12534" v0="2396" v1="2422" v2="2459" v3="4011" />
+      <tetrahedron index="12535" v0="2422" v1="2459" v2="4011" v3="4037" />
+      <tetrahedron index="12536" v0="2459" v1="4011" v2="4037" v3="4074" />
+      <tetrahedron index="12537" v0="2396" v1="2398" v2="2422" v3="4011" />
+      <tetrahedron index="12538" v0="2398" v1="2422" v2="4011" v3="4013" />
+      <tetrahedron index="12539" v0="2422" v1="4011" v2="4013" v3="4037" />
+      <tetrahedron index="12540" v0="1911" v1="1912" v2="2177" v3="3526" />
+      <tetrahedron index="12541" v0="1912" v1="2177" v2="3526" v3="3527" />
+      <tetrahedron index="12542" v0="2177" v1="3526" v2="3527" v3="3792" />
+      <tetrahedron index="12543" v0="1660" v1="1911" v2="2177" v3="3275" />
+      <tetrahedron index="12544" v0="1911" v1="2177" v2="3275" v3="3526" />
+      <tetrahedron index="12545" v0="2177" v1="3275" v2="3526" v3="3792" />
+      <tetrahedron index="12546" v0="1894" v1="1896" v2="2610" v3="3509" />
+      <tetrahedron index="12547" v0="1896" v1="2610" v2="3509" v3="3511" />
+      <tetrahedron index="12548" v0="2610" v1="3509" v2="3511" v3="4225" />
+      <tetrahedron index="12549" v0="1896" v1="1898" v2="2610" v3="3511" />
+      <tetrahedron index="12550" v0="1898" v1="2610" v2="3511" v3="3513" />
+      <tetrahedron index="12551" v0="2610" v1="3511" v2="3513" v3="4225" />
+      <tetrahedron index="12552" v0="2369" v1="2370" v2="2404" v3="3984" />
+      <tetrahedron index="12553" v0="2370" v1="2404" v2="3984" v3="3985" />
+      <tetrahedron index="12554" v0="2404" v1="3984" v2="3985" v3="4019" />
+      <tetrahedron index="12555" v0="2356" v1="2370" v2="2404" v3="3971" />
+      <tetrahedron index="12556" v0="2370" v1="2404" v2="3971" v3="3985" />
+      <tetrahedron index="12557" v0="2404" v1="3971" v2="3985" v3="4019" />
+      <tetrahedron index="12558" v0="2108" v1="2559" v2="2611" v3="3723" />
+      <tetrahedron index="12559" v0="2559" v1="2611" v2="3723" v3="4174" />
+      <tetrahedron index="12560" v0="2611" v1="3723" v2="4174" v3="4226" />
+      <tetrahedron index="12561" v0="2108" v1="2248" v2="2611" v3="3723" />
+      <tetrahedron index="12562" v0="2248" v1="2611" v2="3723" v3="3863" />
+      <tetrahedron index="12563" v0="2611" v1="3723" v2="3863" v3="4226" />
+      <tetrahedron index="12564" v0="2018" v1="2041" v2="2612" v3="3633" />
+      <tetrahedron index="12565" v0="2041" v1="2612" v2="3633" v3="3656" />
+      <tetrahedron index="12566" v0="2612" v1="3633" v2="3656" v3="4227" />
+      <tetrahedron index="12567" v0="1717" v1="2018" v2="2612" v3="3332" />
+      <tetrahedron index="12568" v0="2018" v1="2612" v2="3332" v3="3633" />
+      <tetrahedron index="12569" v0="2612" v1="3332" v2="3633" v3="4227" />
+      <tetrahedron index="12570" v0="2093" v1="2509" v2="2613" v3="3708" />
+      <tetrahedron index="12571" v0="2509" v1="2613" v2="3708" v3="4124" />
+      <tetrahedron index="12572" v0="2613" v1="3708" v2="4124" v3="4228" />
+      <tetrahedron index="12573" v0="1799" v1="1909" v2="2465" v3="3414" />
+      <tetrahedron index="12574" v0="1909" v1="2465" v2="3414" v3="3524" />
+      <tetrahedron index="12575" v0="2465" v1="3414" v2="3524" v3="4080" />
+      <tetrahedron index="12576" v0="1623" v1="1930" v2="2614" v3="3238" />
+      <tetrahedron index="12577" v0="1930" v1="2614" v2="3238" v3="3545" />
+      <tetrahedron index="12578" v0="2614" v1="3238" v2="3545" v3="4229" />
+      <tetrahedron index="12579" v0="1948" v1="1950" v2="2615" v3="3563" />
+      <tetrahedron index="12580" v0="1950" v1="2615" v2="3563" v3="3565" />
+      <tetrahedron index="12581" v0="2615" v1="3563" v2="3565" v3="4230" />
+      <tetrahedron index="12582" v0="1781" v1="2314" v2="2616" v3="3396" />
+      <tetrahedron index="12583" v0="2314" v1="2616" v2="3396" v3="3929" />
+      <tetrahedron index="12584" v0="2616" v1="3396" v2="3929" v3="4231" />
+      <tetrahedron index="12585" v0="2178" v1="2202" v2="2617" v3="3793" />
+      <tetrahedron index="12586" v0="2202" v1="2617" v2="3793" v3="3817" />
+      <tetrahedron index="12587" v0="2617" v1="3793" v2="3817" v3="4232" />
+      <tetrahedron index="12588" v0="2145" v1="2146" v2="2618" v3="3760" />
+      <tetrahedron index="12589" v0="2146" v1="2618" v2="3760" v3="3761" />
+      <tetrahedron index="12590" v0="2618" v1="3760" v2="3761" v3="4233" />
+      <tetrahedron index="12591" v0="2146" v1="2336" v2="2618" v3="3761" />
+      <tetrahedron index="12592" v0="2336" v1="2618" v2="3761" v3="3951" />
+      <tetrahedron index="12593" v0="2618" v1="3761" v2="3951" v3="4233" />
+      <tetrahedron index="12594" v0="1705" v1="2469" v2="2619" v3="3320" />
+      <tetrahedron index="12595" v0="2469" v1="2619" v2="3320" v3="4084" />
+      <tetrahedron index="12596" v0="2619" v1="3320" v2="4084" v3="4234" />
+      <tetrahedron index="12597" v0="2275" v1="2534" v2="2585" v3="3890" />
+      <tetrahedron index="12598" v0="2534" v1="2585" v2="3890" v3="4149" />
+      <tetrahedron index="12599" v0="2585" v1="3890" v2="4149" v3="4200" />
+      <tetrahedron index="12600" v0="1622" v1="1859" v2="2620" v3="3237" />
+      <tetrahedron index="12601" v0="1859" v1="2620" v2="3237" v3="3474" />
+      <tetrahedron index="12602" v0="2620" v1="3237" v2="3474" v3="4235" />
+      <tetrahedron index="12603" v0="1622" v1="2620" v2="2621" v3="3237" />
+      <tetrahedron index="12604" v0="2620" v1="2621" v2="3237" v3="4235" />
+      <tetrahedron index="12605" v0="2621" v1="3237" v2="4235" v3="4236" />
+      <tetrahedron index="12606" v0="2558" v1="2622" v2="2623" v3="4173" />
+      <tetrahedron index="12607" v0="2622" v1="2623" v2="4173" v3="4237" />
+      <tetrahedron index="12608" v0="2623" v1="4173" v2="4237" v3="4238" />
+      <tetrahedron index="12609" v0="2622" v1="2623" v2="2624" v3="4237" />
+      <tetrahedron index="12610" v0="2623" v1="2624" v2="4237" v3="4238" />
+      <tetrahedron index="12611" v0="2624" v1="4237" v2="4238" v3="4239" />
+      <tetrahedron index="12612" v0="2062" v1="2063" v2="2587" v3="3677" />
+      <tetrahedron index="12613" v0="2063" v1="2587" v2="3677" v3="3678" />
+      <tetrahedron index="12614" v0="2587" v1="3677" v2="3678" v3="4202" />
+      <tetrahedron index="12615" v0="2235" v1="2383" v2="2625" v3="3850" />
+      <tetrahedron index="12616" v0="2383" v1="2625" v2="3850" v3="3998" />
+      <tetrahedron index="12617" v0="2625" v1="3850" v2="3998" v3="4240" />
+      <tetrahedron index="12618" v0="2106" v1="2254" v2="2626" v3="3721" />
+      <tetrahedron index="12619" v0="2254" v1="2626" v2="3721" v3="3869" />
+      <tetrahedron index="12620" v0="2626" v1="3721" v2="3869" v3="4241" />
+      <tetrahedron index="12621" v0="2101" v1="2254" v2="2626" v3="3716" />
+      <tetrahedron index="12622" v0="2254" v1="2626" v2="3716" v3="3869" />
+      <tetrahedron index="12623" v0="2626" v1="3716" v2="3869" v3="4241" />
+      <tetrahedron index="12624" v0="2078" v1="2581" v2="2627" v3="3693" />
+      <tetrahedron index="12625" v0="2581" v1="2627" v2="3693" v3="4196" />
+      <tetrahedron index="12626" v0="2627" v1="3693" v2="4196" v3="4242" />
+      <tetrahedron index="12627" v0="2496" v1="2628" v2="2629" v3="4111" />
+      <tetrahedron index="12628" v0="2628" v1="2629" v2="4111" v3="4243" />
+      <tetrahedron index="12629" v0="2629" v1="4111" v2="4243" v3="4244" />
+      <tetrahedron index="12630" v0="2342" v1="2568" v2="2630" v3="3957" />
+      <tetrahedron index="12631" v0="2568" v1="2630" v2="3957" v3="4183" />
+      <tetrahedron index="12632" v0="2630" v1="3957" v2="4183" v3="4245" />
+      <tetrahedron index="12633" v0="2631" v1="2632" v2="2633" v3="4246" />
+      <tetrahedron index="12634" v0="2632" v1="2633" v2="4246" v3="4247" />
+      <tetrahedron index="12635" v0="2633" v1="4246" v2="4247" v3="4248" />
+      <tetrahedron index="12636" v0="2455" v1="2632" v2="2633" v3="4070" />
+      <tetrahedron index="12637" v0="2632" v1="2633" v2="4070" v3="4247" />
+      <tetrahedron index="12638" v0="2633" v1="4070" v2="4247" v3="4248" />
+      <tetrahedron index="12639" v0="2275" v1="2276" v2="2634" v3="3890" />
+      <tetrahedron index="12640" v0="2276" v1="2634" v2="3890" v3="3891" />
+      <tetrahedron index="12641" v0="2634" v1="3890" v2="3891" v3="4249" />
+      <tetrahedron index="12642" v0="2168" v1="2498" v2="2635" v3="3783" />
+      <tetrahedron index="12643" v0="2498" v1="2635" v2="3783" v3="4113" />
+      <tetrahedron index="12644" v0="2635" v1="3783" v2="4113" v3="4250" />
+      <tetrahedron index="12645" v0="2164" v1="2168" v2="2635" v3="3779" />
+      <tetrahedron index="12646" v0="2168" v1="2635" v2="3779" v3="3783" />
+      <tetrahedron index="12647" v0="2635" v1="3779" v2="3783" v3="4250" />
+      <tetrahedron index="12648" v0="2636" v1="2637" v2="2638" v3="4251" />
+      <tetrahedron index="12649" v0="2637" v1="2638" v2="4251" v3="4252" />
+      <tetrahedron index="12650" v0="2638" v1="4251" v2="4252" v3="4253" />
+      <tetrahedron index="12651" v0="2637" v1="2638" v2="2639" v3="4252" />
+      <tetrahedron index="12652" v0="2638" v1="2639" v2="4252" v3="4253" />
+      <tetrahedron index="12653" v0="2639" v1="4252" v2="4253" v3="4254" />
+      <tetrahedron index="12654" v0="2375" v1="2515" v2="2640" v3="3990" />
+      <tetrahedron index="12655" v0="2515" v1="2640" v2="3990" v3="4130" />
+      <tetrahedron index="12656" v0="2640" v1="3990" v2="4130" v3="4255" />
+      <tetrahedron index="12657" v0="1823" v1="2120" v2="2641" v3="3438" />
+      <tetrahedron index="12658" v0="2120" v1="2641" v2="3438" v3="3735" />
+      <tetrahedron index="12659" v0="2641" v1="3438" v2="3735" v3="4256" />
+      <tetrahedron index="12660" v0="2475" v1="2642" v2="2643" v3="4090" />
+      <tetrahedron index="12661" v0="2642" v1="2643" v2="4090" v3="4257" />
+      <tetrahedron index="12662" v0="2643" v1="4090" v2="4257" v3="4258" />
+      <tetrahedron index="12663" v0="1701" v1="1702" v2="2644" v3="3316" />
+      <tetrahedron index="12664" v0="1702" v1="2644" v2="3316" v3="3317" />
+      <tetrahedron index="12665" v0="2644" v1="3316" v2="3317" v3="4259" />
+      <tetrahedron index="12666" v0="1702" v1="1945" v2="2644" v3="3317" />
+      <tetrahedron index="12667" v0="1945" v1="2644" v2="3317" v3="3560" />
+      <tetrahedron index="12668" v0="2644" v1="3317" v2="3560" v3="4259" />
+      <tetrahedron index="12669" v0="1952" v1="2305" v2="2645" v3="3567" />
+      <tetrahedron index="12670" v0="2305" v1="2645" v2="3567" v3="3920" />
+      <tetrahedron index="12671" v0="2645" v1="3567" v2="3920" v3="4260" />
+      <tetrahedron index="12672" v0="2362" v1="2586" v2="2646" v3="3977" />
+      <tetrahedron index="12673" v0="2586" v1="2646" v2="3977" v3="4201" />
+      <tetrahedron index="12674" v0="2646" v1="3977" v2="4201" v3="4261" />
+      <tetrahedron index="12675" v0="1855" v1="2003" v2="2647" v3="3470" />
+      <tetrahedron index="12676" v0="2003" v1="2647" v2="3470" v3="3618" />
+      <tetrahedron index="12677" v0="2647" v1="3470" v2="3618" v3="4262" />
+      <tetrahedron index="12678" v0="1750" v1="1751" v2="2486" v3="3365" />
+      <tetrahedron index="12679" v0="1751" v1="2486" v2="3365" v3="3366" />
+      <tetrahedron index="12680" v0="2486" v1="3365" v2="3366" v3="4101" />
+      <tetrahedron index="12681" v0="1784" v1="2355" v2="2368" v3="3399" />
+      <tetrahedron index="12682" v0="2355" v1="2368" v2="3399" v3="3970" />
+      <tetrahedron index="12683" v0="2368" v1="3399" v2="3970" v3="3983" />
+      <tetrahedron index="12684" v0="1798" v1="2341" v2="2648" v3="3413" />
+      <tetrahedron index="12685" v0="2341" v1="2648" v2="3413" v3="3956" />
+      <tetrahedron index="12686" v0="2648" v1="3413" v2="3956" v3="4263" />
+      <tetrahedron index="12687" v0="1798" v1="1881" v2="2648" v3="3413" />
+      <tetrahedron index="12688" v0="1881" v1="2648" v2="3413" v3="3496" />
+      <tetrahedron index="12689" v0="2648" v1="3413" v2="3496" v3="4263" />
+      <tetrahedron index="12690" v0="2531" v1="2636" v2="2649" v3="4146" />
+      <tetrahedron index="12691" v0="2636" v1="2649" v2="4146" v3="4251" />
+      <tetrahedron index="12692" v0="2649" v1="4146" v2="4251" v3="4264" />
+      <tetrahedron index="12693" v0="1718" v1="1719" v2="2650" v3="3333" />
+      <tetrahedron index="12694" v0="1719" v1="2650" v2="3333" v3="3334" />
+      <tetrahedron index="12695" v0="2650" v1="3333" v2="3334" v3="4265" />
+      <tetrahedron index="12696" v0="2651" v1="2652" v2="2653" v3="4266" />
+      <tetrahedron index="12697" v0="2652" v1="2653" v2="4266" v3="4267" />
+      <tetrahedron index="12698" v0="2653" v1="4266" v2="4267" v3="4268" />
+      <tetrahedron index="12699" v0="2043" v1="2494" v2="2654" v3="3658" />
+      <tetrahedron index="12700" v0="2494" v1="2654" v2="3658" v3="4109" />
+      <tetrahedron index="12701" v0="2654" v1="3658" v2="4109" v3="4269" />
+      <tetrahedron index="12702" v0="2367" v1="2655" v2="2656" v3="3982" />
+      <tetrahedron index="12703" v0="2655" v1="2656" v2="3982" v3="4270" />
+      <tetrahedron index="12704" v0="2656" v1="3982" v2="4270" v3="4271" />
+      <tetrahedron index="12705" v0="2563" v1="2564" v2="2657" v3="4178" />
+      <tetrahedron index="12706" v0="2564" v1="2657" v2="4178" v3="4179" />
+      <tetrahedron index="12707" v0="2657" v1="4178" v2="4179" v3="4272" />
+      <tetrahedron index="12708" v0="2509" v1="2511" v2="2658" v3="4124" />
+      <tetrahedron index="12709" v0="2511" v1="2658" v2="4124" v3="4126" />
+      <tetrahedron index="12710" v0="2658" v1="4124" v2="4126" v3="4273" />
+      <tetrahedron index="12711" v0="2265" v1="2509" v2="2658" v3="3880" />
+      <tetrahedron index="12712" v0="2509" v1="2658" v2="3880" v3="4124" />
+      <tetrahedron index="12713" v0="2658" v1="3880" v2="4124" v3="4273" />
+      <tetrahedron index="12714" v0="1802" v1="1955" v2="2659" v3="3417" />
+      <tetrahedron index="12715" v0="1955" v1="2659" v2="3417" v3="3570" />
+      <tetrahedron index="12716" v0="2659" v1="3417" v2="3570" v3="4274" />
+      <tetrahedron index="12717" v0="1966" v1="1968" v2="2660" v3="3581" />
+      <tetrahedron index="12718" v0="1968" v1="2660" v2="3581" v3="3583" />
+      <tetrahedron index="12719" v0="2660" v1="3581" v2="3583" v3="4275" />
+      <tetrahedron index="12720" v0="2406" v1="2661" v2="2662" v3="4021" />
+      <tetrahedron index="12721" v0="2661" v1="2662" v2="4021" v3="4276" />
+      <tetrahedron index="12722" v0="2662" v1="4021" v2="4276" v3="4277" />
+      <tetrahedron index="12723" v0="1905" v1="2570" v2="2663" v3="3520" />
+      <tetrahedron index="12724" v0="2570" v1="2663" v2="3520" v3="4185" />
+      <tetrahedron index="12725" v0="2663" v1="3520" v2="4185" v3="4278" />
+      <tetrahedron index="12726" v0="2570" v1="2663" v2="2664" v3="4185" />
+      <tetrahedron index="12727" v0="2663" v1="2664" v2="4185" v3="4278" />
+      <tetrahedron index="12728" v0="2664" v1="4185" v2="4278" v3="4279" />
+      <tetrahedron index="12729" v0="2636" v1="2665" v2="2666" v3="4251" />
+      <tetrahedron index="12730" v0="2665" v1="2666" v2="4251" v3="4280" />
+      <tetrahedron index="12731" v0="2666" v1="4251" v2="4280" v3="4281" />
+      <tetrahedron index="12732" v0="2636" v1="2649" v2="2666" v3="4251" />
+      <tetrahedron index="12733" v0="2649" v1="2666" v2="4251" v3="4264" />
+      <tetrahedron index="12734" v0="2666" v1="4251" v2="4264" v3="4281" />
+      <tetrahedron index="12735" v0="2455" v1="2633" v2="2667" v3="4070" />
+      <tetrahedron index="12736" v0="2633" v1="2667" v2="4070" v3="4248" />
+      <tetrahedron index="12737" v0="2667" v1="4070" v2="4248" v3="4282" />
+      <tetrahedron index="12738" v0="1916" v1="2000" v2="2668" v3="3531" />
+      <tetrahedron index="12739" v0="2000" v1="2668" v2="3531" v3="3615" />
+      <tetrahedron index="12740" v0="2668" v1="3531" v2="3615" v3="4283" />
+      <tetrahedron index="12741" v0="2000" v1="2373" v2="2668" v3="3615" />
+      <tetrahedron index="12742" v0="2373" v1="2668" v2="3615" v3="3988" />
+      <tetrahedron index="12743" v0="2668" v1="3615" v2="3988" v3="4283" />
+      <tetrahedron index="12744" v0="2019" v1="2364" v2="2592" v3="3634" />
+      <tetrahedron index="12745" v0="2364" v1="2592" v2="3634" v3="3979" />
+      <tetrahedron index="12746" v0="2592" v1="3634" v2="3979" v3="4207" />
+      <tetrahedron index="12747" v0="1968" v1="2270" v2="2593" v3="3583" />
+      <tetrahedron index="12748" v0="2270" v1="2593" v2="3583" v3="3885" />
+      <tetrahedron index="12749" v0="2593" v1="3583" v2="3885" v3="4208" />
+      <tetrahedron index="12750" v0="2361" v1="2362" v2="2669" v3="3976" />
+      <tetrahedron index="12751" v0="2362" v1="2669" v2="3976" v3="3977" />
+      <tetrahedron index="12752" v0="2669" v1="3976" v2="3977" v3="4284" />
+      <tetrahedron index="12753" v0="2362" v1="2645" v2="2669" v3="3977" />
+      <tetrahedron index="12754" v0="2645" v1="2669" v2="3977" v3="4260" />
+      <tetrahedron index="12755" v0="2669" v1="3977" v2="4260" v3="4284" />
+      <tetrahedron index="12756" v0="2290" v1="2670" v2="2671" v3="3905" />
+      <tetrahedron index="12757" v0="2670" v1="2671" v2="3905" v3="4285" />
+      <tetrahedron index="12758" v0="2671" v1="3905" v2="4285" v3="4286" />
+      <tetrahedron index="12759" v0="2449" v1="2568" v2="2597" v3="4064" />
+      <tetrahedron index="12760" v0="2568" v1="2597" v2="4064" v3="4183" />
+      <tetrahedron index="12761" v0="2597" v1="4064" v2="4183" v3="4212" />
+      <tetrahedron index="12762" v0="2217" v1="2672" v2="2673" v3="3832" />
+      <tetrahedron index="12763" v0="2672" v1="2673" v2="3832" v3="4287" />
+      <tetrahedron index="12764" v0="2673" v1="3832" v2="4287" v3="4288" />
+      <tetrahedron index="12765" v0="2459" v1="2460" v2="2674" v3="4074" />
+      <tetrahedron index="12766" v0="2460" v1="2674" v2="4074" v3="4075" />
+      <tetrahedron index="12767" v0="2674" v1="4074" v2="4075" v3="4289" />
+      <tetrahedron index="12768" v0="2103" v1="2460" v2="2674" v3="3718" />
+      <tetrahedron index="12769" v0="2460" v1="2674" v2="3718" v3="4075" />
+      <tetrahedron index="12770" v0="2674" v1="3718" v2="4075" v3="4289" />
+      <tetrahedron index="12771" v0="1789" v1="1791" v2="2625" v3="3404" />
+      <tetrahedron index="12772" v0="1791" v1="2625" v2="3404" v3="3406" />
+      <tetrahedron index="12773" v0="2625" v1="3404" v2="3406" v3="4240" />
+      <tetrahedron index="12774" v0="1755" v1="1933" v2="2415" v3="3370" />
+      <tetrahedron index="12775" v0="1933" v1="2415" v2="3370" v3="3548" />
+      <tetrahedron index="12776" v0="2415" v1="3370" v2="3548" v3="4030" />
+      <tetrahedron index="12777" v0="1925" v1="2118" v2="2580" v3="3540" />
+      <tetrahedron index="12778" v0="2118" v1="2580" v2="3540" v3="3733" />
+      <tetrahedron index="12779" v0="2580" v1="3540" v2="3733" v3="4195" />
+      <tetrahedron index="12780" v0="2118" v1="2401" v2="2580" v3="3733" />
+      <tetrahedron index="12781" v0="2401" v1="2580" v2="3733" v3="4016" />
+      <tetrahedron index="12782" v0="2580" v1="3733" v2="4016" v3="4195" />
+      <tetrahedron index="12783" v0="1676" v1="2142" v2="2390" v3="3291" />
+      <tetrahedron index="12784" v0="2142" v1="2390" v2="3291" v3="3757" />
+      <tetrahedron index="12785" v0="2390" v1="3291" v2="3757" v3="4005" />
+      <tetrahedron index="12786" v0="2092" v1="2093" v2="2613" v3="3707" />
+      <tetrahedron index="12787" v0="2093" v1="2613" v2="3707" v3="3708" />
+      <tetrahedron index="12788" v0="2613" v1="3707" v2="3708" v3="4228" />
+      <tetrahedron index="12789" v0="1734" v1="1736" v2="2675" v3="3349" />
+      <tetrahedron index="12790" v0="1736" v1="2675" v2="3349" v3="3351" />
+      <tetrahedron index="12791" v0="2675" v1="3349" v2="3351" v3="4290" />
+      <tetrahedron index="12792" v0="1734" v1="1741" v2="2675" v3="3349" />
+      <tetrahedron index="12793" v0="1741" v1="2675" v2="3349" v3="3356" />
+      <tetrahedron index="12794" v0="2675" v1="3349" v2="3356" v3="4290" />
+      <tetrahedron index="12795" v0="1831" v1="2078" v2="2627" v3="3446" />
+      <tetrahedron index="12796" v0="2078" v1="2627" v2="3446" v3="3693" />
+      <tetrahedron index="12797" v0="2627" v1="3446" v2="3693" v3="4242" />
+      <tetrahedron index="12798" v0="2200" v1="2676" v2="2677" v3="3815" />
+      <tetrahedron index="12799" v0="2676" v1="2677" v2="3815" v3="4291" />
+      <tetrahedron index="12800" v0="2677" v1="3815" v2="4291" v3="4292" />
+      <tetrahedron index="12801" v0="1950" v1="2094" v2="2615" v3="3565" />
+      <tetrahedron index="12802" v0="2094" v1="2615" v2="3565" v3="3709" />
+      <tetrahedron index="12803" v0="2615" v1="3565" v2="3709" v3="4230" />
+      <tetrahedron index="12804" v0="1693" v1="2011" v2="2083" v3="3308" />
+      <tetrahedron index="12805" v0="2011" v1="2083" v2="3308" v3="3626" />
+      <tetrahedron index="12806" v0="2083" v1="3308" v2="3626" v3="3698" />
+      <tetrahedron index="12807" v0="1691" v1="1693" v2="2083" v3="3306" />
+      <tetrahedron index="12808" v0="1693" v1="2083" v2="3306" v3="3308" />
+      <tetrahedron index="12809" v0="2083" v1="3306" v2="3308" v3="3698" />
+      <tetrahedron index="12810" v0="1951" v1="1954" v2="2516" v3="3566" />
+      <tetrahedron index="12811" v0="1954" v1="2516" v2="3566" v3="3569" />
+      <tetrahedron index="12812" v0="2516" v1="3566" v2="3569" v3="4131" />
+      <tetrahedron index="12813" v0="1954" v1="2516" v2="2678" v3="3569" />
+      <tetrahedron index="12814" v0="2516" v1="2678" v2="3569" v3="4131" />
+      <tetrahedron index="12815" v0="2678" v1="3569" v2="4131" v3="4293" />
+      <tetrahedron index="12816" v0="2126" v1="2390" v2="2618" v3="3741" />
+      <tetrahedron index="12817" v0="2390" v1="2618" v2="3741" v3="4005" />
+      <tetrahedron index="12818" v0="2618" v1="3741" v2="4005" v3="4233" />
+      <tetrahedron index="12819" v0="1892" v1="2006" v2="2365" v3="3507" />
+      <tetrahedron index="12820" v0="2006" v1="2365" v2="3507" v3="3621" />
+      <tetrahedron index="12821" v0="2365" v1="3507" v2="3621" v3="3980" />
+      <tetrahedron index="12822" v0="2006" v1="2365" v2="2377" v3="3621" />
+      <tetrahedron index="12823" v0="2365" v1="2377" v2="3621" v3="3980" />
+      <tetrahedron index="12824" v0="2377" v1="3621" v2="3980" v3="3992" />
+      <tetrahedron index="12825" v0="2103" v1="2104" v2="2674" v3="3718" />
+      <tetrahedron index="12826" v0="2104" v1="2674" v2="3718" v3="3719" />
+      <tetrahedron index="12827" v0="2674" v1="3718" v2="3719" v3="4289" />
+      <tetrahedron index="12828" v0="2471" v1="2521" v2="2679" v3="4086" />
+      <tetrahedron index="12829" v0="2521" v1="2679" v2="4086" v3="4136" />
+      <tetrahedron index="12830" v0="2679" v1="4086" v2="4136" v3="4294" />
+      <tetrahedron index="12831" v0="2521" v1="2522" v2="2679" v3="4136" />
+      <tetrahedron index="12832" v0="2522" v1="2679" v2="4136" v3="4137" />
+      <tetrahedron index="12833" v0="2679" v1="4136" v2="4137" v3="4294" />
+      <tetrahedron index="12834" v0="2643" v1="2680" v2="2681" v3="4258" />
+      <tetrahedron index="12835" v0="2680" v1="2681" v2="4258" v3="4295" />
+      <tetrahedron index="12836" v0="2681" v1="4258" v2="4295" v3="4296" />
+      <tetrahedron index="12837" v0="2642" v1="2643" v2="2681" v3="4257" />
+      <tetrahedron index="12838" v0="2643" v1="2681" v2="4257" v3="4258" />
+      <tetrahedron index="12839" v0="2681" v1="4257" v2="4258" v3="4296" />
+      <tetrahedron index="12840" v0="1976" v1="2682" v2="2683" v3="3591" />
+      <tetrahedron index="12841" v0="2682" v1="2683" v2="3591" v3="4297" />
+      <tetrahedron index="12842" v0="2683" v1="3591" v2="4297" v3="4298" />
+      <tetrahedron index="12843" v0="2430" v1="2534" v2="2585" v3="4045" />
+      <tetrahedron index="12844" v0="2534" v1="2585" v2="4045" v3="4149" />
+      <tetrahedron index="12845" v0="2585" v1="4045" v2="4149" v3="4200" />
+      <tetrahedron index="12846" v0="2429" v1="2430" v2="2585" v3="4044" />
+      <tetrahedron index="12847" v0="2430" v1="2585" v2="4044" v3="4045" />
+      <tetrahedron index="12848" v0="2585" v1="4044" v2="4045" v3="4200" />
+      <tetrahedron index="12849" v0="2043" v1="2045" v2="2531" v3="3658" />
+      <tetrahedron index="12850" v0="2045" v1="2531" v2="3658" v3="3660" />
+      <tetrahedron index="12851" v0="2531" v1="3658" v2="3660" v3="4146" />
+      <tetrahedron index="12852" v0="2043" v1="2531" v2="2649" v3="3658" />
+      <tetrahedron index="12853" v0="2531" v1="2649" v2="3658" v3="4146" />
+      <tetrahedron index="12854" v0="2649" v1="3658" v2="4146" v3="4264" />
+      <tetrahedron index="12855" v0="2356" v1="2370" v2="2684" v3="3971" />
+      <tetrahedron index="12856" v0="2370" v1="2684" v2="3971" v3="3985" />
+      <tetrahedron index="12857" v0="2684" v1="3971" v2="3985" v3="4299" />
+      <tetrahedron index="12858" v0="2288" v1="2370" v2="2684" v3="3903" />
+      <tetrahedron index="12859" v0="2370" v1="2684" v2="3903" v3="3985" />
+      <tetrahedron index="12860" v0="2684" v1="3903" v2="3985" v3="4299" />
+      <tetrahedron index="12861" v0="1859" v1="2591" v2="2620" v3="3474" />
+      <tetrahedron index="12862" v0="2591" v1="2620" v2="3474" v3="4206" />
+      <tetrahedron index="12863" v0="2620" v1="3474" v2="4206" v3="4235" />
+      <tetrahedron index="12864" v0="2218" v1="2312" v2="2685" v3="3833" />
+      <tetrahedron index="12865" v0="2312" v1="2685" v2="3833" v3="3927" />
+      <tetrahedron index="12866" v0="2685" v1="3833" v2="3927" v3="4300" />
+      <tetrahedron index="12867" v0="2218" v1="2313" v2="2685" v3="3833" />
+      <tetrahedron index="12868" v0="2313" v1="2685" v2="3833" v3="3928" />
+      <tetrahedron index="12869" v0="2685" v1="3833" v2="3928" v3="4300" />
+      <tetrahedron index="12870" v0="2032" v1="2249" v2="2274" v3="3647" />
+      <tetrahedron index="12871" v0="2249" v1="2274" v2="3647" v3="3864" />
+      <tetrahedron index="12872" v0="2274" v1="3647" v2="3864" v3="3889" />
+      <tetrahedron index="12873" v0="1843" v1="2094" v2="2209" v3="3458" />
+      <tetrahedron index="12874" v0="2094" v1="2209" v2="3458" v3="3709" />
+      <tetrahedron index="12875" v0="2209" v1="3458" v2="3709" v3="3824" />
+      <tetrahedron index="12876" v0="1950" v1="2094" v2="2209" v3="3565" />
+      <tetrahedron index="12877" v0="2094" v1="2209" v2="3565" v3="3709" />
+      <tetrahedron index="12878" v0="2209" v1="3565" v2="3709" v3="3824" />
+      <tetrahedron index="12879" v0="2543" v1="2558" v2="2622" v3="4158" />
+      <tetrahedron index="12880" v0="2558" v1="2622" v2="4158" v3="4173" />
+      <tetrahedron index="12881" v0="2622" v1="4158" v2="4173" v3="4237" />
+      <tetrahedron index="12882" v0="2543" v1="2545" v2="2622" v3="4158" />
+      <tetrahedron index="12883" v0="2545" v1="2622" v2="4158" v3="4160" />
+      <tetrahedron index="12884" v0="2622" v1="4158" v2="4160" v3="4237" />
+      <tetrahedron index="12885" v0="2359" v1="2360" v2="2686" v3="3974" />
+      <tetrahedron index="12886" v0="2360" v1="2686" v2="3974" v3="3975" />
+      <tetrahedron index="12887" v0="2686" v1="3974" v2="3975" v3="4301" />
+      <tetrahedron index="12888" v0="2360" v1="2686" v2="2687" v3="3975" />
+      <tetrahedron index="12889" v0="2686" v1="2687" v2="3975" v3="4301" />
+      <tetrahedron index="12890" v0="2687" v1="3975" v2="4301" v3="4302" />
+      <tetrahedron index="12891" v0="2149" v1="2271" v2="2589" v3="3764" />
+      <tetrahedron index="12892" v0="2271" v1="2589" v2="3764" v3="3886" />
+      <tetrahedron index="12893" v0="2589" v1="3764" v2="3886" v3="4204" />
+      <tetrahedron index="12894" v0="1714" v1="2149" v2="2589" v3="3329" />
+      <tetrahedron index="12895" v0="2149" v1="2589" v2="3329" v3="3764" />
+      <tetrahedron index="12896" v0="2589" v1="3329" v2="3764" v3="4204" />
+      <tetrahedron index="12897" v0="2099" v1="2237" v2="2383" v3="3714" />
+      <tetrahedron index="12898" v0="2237" v1="2383" v2="3714" v3="3852" />
+      <tetrahedron index="12899" v0="2383" v1="3714" v2="3852" v3="3998" />
+      <tetrahedron index="12900" v0="2235" v1="2237" v2="2383" v3="3850" />
+      <tetrahedron index="12901" v0="2237" v1="2383" v2="3850" v3="3852" />
+      <tetrahedron index="12902" v0="2383" v1="3850" v2="3852" v3="3998" />
+      <tetrahedron index="12903" v0="2106" v1="2626" v2="2648" v3="3721" />
+      <tetrahedron index="12904" v0="2626" v1="2648" v2="3721" v3="4241" />
+      <tetrahedron index="12905" v0="2648" v1="3721" v2="4241" v3="4263" />
+      <tetrahedron index="12906" v0="2341" v1="2626" v2="2648" v3="3956" />
+      <tetrahedron index="12907" v0="2626" v1="2648" v2="3956" v3="4241" />
+      <tetrahedron index="12908" v0="2648" v1="3956" v2="4241" v3="4263" />
+      <tetrahedron index="12909" v0="2155" v1="2492" v2="2520" v3="3770" />
+      <tetrahedron index="12910" v0="2492" v1="2520" v2="3770" v3="4107" />
+      <tetrahedron index="12911" v0="2520" v1="3770" v2="4107" v3="4135" />
+      <tetrahedron index="12912" v0="2455" v1="2457" v2="2667" v3="4070" />
+      <tetrahedron index="12913" v0="2457" v1="2667" v2="4070" v3="4072" />
+      <tetrahedron index="12914" v0="2667" v1="4070" v2="4072" v3="4282" />
+      <tetrahedron index="12915" v0="1812" v1="2590" v2="2688" v3="3427" />
+      <tetrahedron index="12916" v0="2590" v1="2688" v2="3427" v3="4205" />
+      <tetrahedron index="12917" v0="2688" v1="3427" v2="4205" v3="4303" />
+      <tetrahedron index="12918" v0="1832" v1="2342" v2="2630" v3="3447" />
+      <tetrahedron index="12919" v0="2342" v1="2630" v2="3447" v3="3957" />
+      <tetrahedron index="12920" v0="2630" v1="3447" v2="3957" v3="4245" />
+      <tetrahedron index="12921" v0="1832" v1="1834" v2="2630" v3="3447" />
+      <tetrahedron index="12922" v0="1834" v1="2630" v2="3447" v3="3449" />
+      <tetrahedron index="12923" v0="2630" v1="3447" v2="3449" v3="4245" />
+      <tetrahedron index="12924" v0="2564" v1="2631" v2="2632" v3="4179" />
+      <tetrahedron index="12925" v0="2631" v1="2632" v2="4179" v3="4246" />
+      <tetrahedron index="12926" v0="2632" v1="4179" v2="4246" v3="4247" />
+      <tetrahedron index="12927" v0="2564" v1="2632" v2="2657" v3="4179" />
+      <tetrahedron index="12928" v0="2632" v1="2657" v2="4179" v3="4247" />
+      <tetrahedron index="12929" v0="2657" v1="4179" v2="4247" v3="4272" />
+      <tetrahedron index="12930" v0="2275" v1="2629" v2="2634" v3="3890" />
+      <tetrahedron index="12931" v0="2629" v1="2634" v2="3890" v3="4244" />
+      <tetrahedron index="12932" v0="2634" v1="3890" v2="4244" v3="4249" />
+      <tetrahedron index="12933" v0="2634" v1="2689" v2="2690" v3="4249" />
+      <tetrahedron index="12934" v0="2689" v1="2690" v2="4249" v3="4304" />
+      <tetrahedron index="12935" v0="2690" v1="4249" v2="4304" v3="4305" />
+      <tetrahedron index="12936" v0="1930" v1="1931" v2="2181" v3="3545" />
+      <tetrahedron index="12937" v0="1931" v1="2181" v2="3545" v3="3546" />
+      <tetrahedron index="12938" v0="2181" v1="3545" v2="3546" v3="3796" />
+      <tetrahedron index="12939" v0="1930" v1="2181" v2="2614" v3="3545" />
+      <tetrahedron index="12940" v0="2181" v1="2614" v2="3545" v3="3796" />
+      <tetrahedron index="12941" v0="2614" v1="3545" v2="3796" v3="4229" />
+      <tetrahedron index="12942" v0="2341" v1="2626" v2="2691" v3="3956" />
+      <tetrahedron index="12943" v0="2626" v1="2691" v2="3956" v3="4241" />
+      <tetrahedron index="12944" v0="2691" v1="3956" v2="4241" v3="4306" />
+      <tetrahedron index="12945" v0="2101" v1="2379" v2="2626" v3="3716" />
+      <tetrahedron index="12946" v0="2379" v1="2626" v2="3716" v3="3994" />
+      <tetrahedron index="12947" v0="2626" v1="3716" v2="3994" v3="4241" />
+      <tetrahedron index="12948" v0="2471" v1="2472" v2="2692" v3="4086" />
+      <tetrahedron index="12949" v0="2472" v1="2692" v2="4086" v3="4087" />
+      <tetrahedron index="12950" v0="2692" v1="4086" v2="4087" v3="4307" />
+      <tetrahedron index="12951" v0="1726" v1="1858" v2="2592" v3="3341" />
+      <tetrahedron index="12952" v0="1858" v1="2592" v2="3341" v3="3473" />
+      <tetrahedron index="12953" v0="2592" v1="3341" v2="3473" v3="4207" />
+      <tetrahedron index="12954" v0="1858" v1="2019" v2="2592" v3="3473" />
+      <tetrahedron index="12955" v0="2019" v1="2592" v2="3473" v3="3634" />
+      <tetrahedron index="12956" v0="2592" v1="3473" v2="3634" v3="4207" />
+      <tetrahedron index="12957" v0="2498" v1="2635" v2="2693" v3="4113" />
+      <tetrahedron index="12958" v0="2635" v1="2693" v2="4113" v3="4250" />
+      <tetrahedron index="12959" v0="2693" v1="4113" v2="4250" v3="4308" />
+      <tetrahedron index="12960" v0="2367" v1="2576" v2="2656" v3="3982" />
+      <tetrahedron index="12961" v0="2576" v1="2656" v2="3982" v3="4191" />
+      <tetrahedron index="12962" v0="2656" v1="3982" v2="4191" v3="4271" />
+      <tetrahedron index="12963" v0="1940" v1="2463" v2="2514" v3="3555" />
+      <tetrahedron index="12964" v0="2463" v1="2514" v2="3555" v3="4078" />
+      <tetrahedron index="12965" v0="2514" v1="3555" v2="4078" v3="4129" />
+      <tetrahedron index="12966" v0="1834" v1="1940" v2="2514" v3="3449" />
+      <tetrahedron index="12967" v0="1940" v1="2514" v2="3449" v3="3555" />
+      <tetrahedron index="12968" v0="2514" v1="3449" v2="3555" v3="4129" />
+      <tetrahedron index="12969" v0="2531" v1="2636" v2="2637" v3="4146" />
+      <tetrahedron index="12970" v0="2636" v1="2637" v2="4146" v3="4251" />
+      <tetrahedron index="12971" v0="2637" v1="4146" v2="4251" v3="4252" />
+      <tetrahedron index="12972" v0="2531" v1="2532" v2="2637" v3="4146" />
+      <tetrahedron index="12973" v0="2532" v1="2637" v2="4146" v3="4147" />
+      <tetrahedron index="12974" v0="2637" v1="4146" v2="4147" v3="4252" />
+      <tetrahedron index="12975" v0="1689" v1="2054" v2="2694" v3="3304" />
+      <tetrahedron index="12976" v0="2054" v1="2694" v2="3304" v3="3669" />
+      <tetrahedron index="12977" v0="2694" v1="3304" v2="3669" v3="4309" />
+      <tetrahedron index="12978" v0="2374" v1="2375" v2="2640" v3="3989" />
+      <tetrahedron index="12979" v0="2375" v1="2640" v2="3989" v3="3990" />
+      <tetrahedron index="12980" v0="2640" v1="3989" v2="3990" v3="4255" />
+      <tetrahedron index="12981" v0="2374" v1="2640" v2="2695" v3="3989" />
+      <tetrahedron index="12982" v0="2640" v1="2695" v2="3989" v3="4255" />
+      <tetrahedron index="12983" v0="2695" v1="3989" v2="4255" v3="4310" />
+      <tetrahedron index="12984" v0="2120" v1="2641" v2="2696" v3="3735" />
+      <tetrahedron index="12985" v0="2641" v1="2696" v2="3735" v3="4256" />
+      <tetrahedron index="12986" v0="2696" v1="3735" v2="4256" v3="4311" />
+      <tetrahedron index="12987" v0="2111" v1="2112" v2="2281" v3="3726" />
+      <tetrahedron index="12988" v0="2112" v1="2281" v2="3726" v3="3727" />
+      <tetrahedron index="12989" v0="2281" v1="3726" v2="3727" v3="3896" />
+      <tetrahedron index="12990" v0="1846" v1="2111" v2="2281" v3="3461" />
+      <tetrahedron index="12991" v0="2111" v1="2281" v2="3461" v3="3726" />
+      <tetrahedron index="12992" v0="2281" v1="3461" v2="3726" v3="3896" />
+      <tetrahedron index="12993" v0="2341" v1="2575" v2="2691" v3="3956" />
+      <tetrahedron index="12994" v0="2575" v1="2691" v2="3956" v3="4190" />
+      <tetrahedron index="12995" v0="2691" v1="3956" v2="4190" v3="4306" />
+      <tetrahedron index="12996" v0="1701" v1="2001" v2="2644" v3="3316" />
+      <tetrahedron index="12997" v0="2001" v1="2644" v2="3316" v3="3616" />
+      <tetrahedron index="12998" v0="2644" v1="3316" v2="3616" v3="4259" />
+      <tetrahedron index="12999" v0="2001" v1="2352" v2="2644" v3="3616" />
+      <tetrahedron index="13000" v0="2352" v1="2644" v2="3616" v3="3967" />
+      <tetrahedron index="13001" v0="2644" v1="3616" v2="3967" v3="4259" />
+      <tetrahedron index="13002" v0="1943" v1="2352" v2="2644" v3="3558" />
+      <tetrahedron index="13003" v0="2352" v1="2644" v2="3558" v3="3967" />
+      <tetrahedron index="13004" v0="2644" v1="3558" v2="3967" v3="4259" />
+      <tetrahedron index="13005" v0="1943" v1="1945" v2="2644" v3="3558" />
+      <tetrahedron index="13006" v0="1945" v1="2644" v2="3558" v3="3560" />
+      <tetrahedron index="13007" v0="2644" v1="3558" v2="3560" v3="4259" />
+      <tetrahedron index="13008" v0="1952" v1="2586" v2="2645" v3="3567" />
+      <tetrahedron index="13009" v0="2586" v1="2645" v2="3567" v3="4201" />
+      <tetrahedron index="13010" v0="2645" v1="3567" v2="4201" v3="4260" />
+      <tetrahedron index="13011" v0="2362" v1="2586" v2="2645" v3="3977" />
+      <tetrahedron index="13012" v0="2586" v1="2645" v2="3977" v3="4201" />
+      <tetrahedron index="13013" v0="2645" v1="3977" v2="4201" v3="4260" />
+      <tetrahedron index="13014" v0="1842" v1="2195" v2="2593" v3="3457" />
+      <tetrahedron index="13015" v0="2195" v1="2593" v2="3457" v3="3810" />
+      <tetrahedron index="13016" v0="2593" v1="3457" v2="3810" v3="4208" />
+      <tetrahedron index="13017" v0="1842" v1="2270" v2="2593" v3="3457" />
+      <tetrahedron index="13018" v0="2270" v1="2593" v2="3457" v3="3885" />
+      <tetrahedron index="13019" v0="2593" v1="3457" v2="3885" v3="4208" />
+      <tetrahedron index="13020" v0="2104" v1="2503" v2="2674" v3="3719" />
+      <tetrahedron index="13021" v0="2503" v1="2674" v2="3719" v3="4118" />
+      <tetrahedron index="13022" v0="2674" v1="3719" v2="4118" v3="4289" />
+      <tetrahedron index="13023" v0="2153" v1="2366" v2="2417" v3="3768" />
+      <tetrahedron index="13024" v0="2366" v1="2417" v2="3768" v3="3981" />
+      <tetrahedron index="13025" v0="2417" v1="3768" v2="3981" v3="4032" />
+      <tetrahedron index="13026" v0="2169" v1="2439" v2="2468" v3="3784" />
+      <tetrahedron index="13027" v0="2439" v1="2468" v2="3784" v3="4054" />
+      <tetrahedron index="13028" v0="2468" v1="3784" v2="4054" v3="4083" />
+      <tetrahedron index="13029" v0="2263" v1="2312" v2="2685" v3="3878" />
+      <tetrahedron index="13030" v0="2312" v1="2685" v2="3878" v3="3927" />
+      <tetrahedron index="13031" v0="2685" v1="3878" v2="3927" v3="4300" />
+      <tetrahedron index="13032" v0="1823" v1="1825" v2="2641" v3="3438" />
+      <tetrahedron index="13033" v0="1825" v1="2641" v2="3438" v3="3440" />
+      <tetrahedron index="13034" v0="2641" v1="3438" v2="3440" v3="4256" />
+      <tetrahedron index="13035" v0="1906" v1="1909" v2="2697" v3="3521" />
+      <tetrahedron index="13036" v0="1909" v1="2697" v2="3521" v3="3524" />
+      <tetrahedron index="13037" v0="2697" v1="3521" v2="3524" v3="4312" />
+      <tetrahedron index="13038" v0="1799" v1="1909" v2="2697" v3="3414" />
+      <tetrahedron index="13039" v0="1909" v1="2697" v2="3414" v3="3524" />
+      <tetrahedron index="13040" v0="2697" v1="3414" v2="3524" v3="4312" />
+      <tetrahedron index="13041" v0="1953" v1="1954" v2="2222" v3="3568" />
+      <tetrahedron index="13042" v0="1954" v1="2222" v2="3568" v3="3569" />
+      <tetrahedron index="13043" v0="2222" v1="3568" v2="3569" v3="3837" />
+      <tetrahedron index="13044" v0="1954" v1="2222" v2="2698" v3="3569" />
+      <tetrahedron index="13045" v0="2222" v1="2698" v2="3569" v3="3837" />
+      <tetrahedron index="13046" v0="2698" v1="3569" v2="3837" v3="4313" />
+      <tetrahedron index="13047" v0="2117" v1="2281" v2="2475" v3="3732" />
+      <tetrahedron index="13048" v0="2281" v1="2475" v2="3732" v3="3896" />
+      <tetrahedron index="13049" v0="2475" v1="3732" v2="3896" v3="4090" />
+      <tetrahedron index="13050" v0="2117" v1="2475" v2="2642" v3="3732" />
+      <tetrahedron index="13051" v0="2475" v1="2642" v2="3732" v3="4090" />
+      <tetrahedron index="13052" v0="2642" v1="3732" v2="4090" v3="4257" />
+      <tetrahedron index="13053" v0="2494" v1="2495" v2="2649" v3="4109" />
+      <tetrahedron index="13054" v0="2495" v1="2649" v2="4109" v3="4110" />
+      <tetrahedron index="13055" v0="2649" v1="4109" v2="4110" v3="4264" />
+      <tetrahedron index="13056" v0="2043" v1="2494" v2="2649" v3="3658" />
+      <tetrahedron index="13057" v0="2494" v1="2649" v2="3658" v3="4109" />
+      <tetrahedron index="13058" v0="2649" v1="3658" v2="4109" v3="4264" />
+      <tetrahedron index="13059" v0="2550" v1="2551" v2="2699" v3="4165" />
+      <tetrahedron index="13060" v0="2551" v1="2699" v2="4165" v3="4166" />
+      <tetrahedron index="13061" v0="2699" v1="4165" v2="4166" v3="4314" />
+      <tetrahedron index="13062" v0="2578" v1="2579" v2="2680" v3="4193" />
+      <tetrahedron index="13063" v0="2579" v1="2680" v2="4193" v3="4194" />
+      <tetrahedron index="13064" v0="2680" v1="4193" v2="4194" v3="4295" />
+      <tetrahedron index="13065" v0="1838" v1="2373" v2="2668" v3="3453" />
+      <tetrahedron index="13066" v0="2373" v1="2668" v2="3453" v3="3988" />
+      <tetrahedron index="13067" v0="2668" v1="3453" v2="3988" v3="4283" />
+      <tetrahedron index="13068" v0="1837" v1="1838" v2="2668" v3="3452" />
+      <tetrahedron index="13069" v0="1838" v1="2668" v2="3452" v3="3453" />
+      <tetrahedron index="13070" v0="2668" v1="3452" v2="3453" v3="4283" />
+      <tetrahedron index="13071" v0="2495" v1="2649" v2="2666" v3="4110" />
+      <tetrahedron index="13072" v0="2649" v1="2666" v2="4110" v3="4264" />
+      <tetrahedron index="13073" v0="2666" v1="4110" v2="4264" v3="4281" />
+      <tetrahedron index="13074" v0="2228" v1="2495" v2="2666" v3="3843" />
+      <tetrahedron index="13075" v0="2495" v1="2666" v2="3843" v3="4110" />
+      <tetrahedron index="13076" v0="2666" v1="3843" v2="4110" v3="4281" />
+      <tetrahedron index="13077" v0="2455" v1="2456" v2="2700" v3="4070" />
+      <tetrahedron index="13078" v0="2456" v1="2700" v2="4070" v3="4071" />
+      <tetrahedron index="13079" v0="2700" v1="4070" v2="4071" v3="4315" />
+      <tetrahedron index="13080" v0="2564" v1="2631" v2="2654" v3="4179" />
+      <tetrahedron index="13081" v0="2631" v1="2654" v2="4179" v3="4246" />
+      <tetrahedron index="13082" v0="2654" v1="4179" v2="4246" v3="4269" />
+      <tetrahedron index="13083" v0="1915" v1="2419" v2="2663" v3="3530" />
+      <tetrahedron index="13084" v0="2419" v1="2663" v2="3530" v3="4034" />
+      <tetrahedron index="13085" v0="2663" v1="3530" v2="4034" v3="4278" />
+      <tetrahedron index="13086" v0="1905" v1="1915" v2="2663" v3="3520" />
+      <tetrahedron index="13087" v0="1915" v1="2663" v2="3520" v3="3530" />
+      <tetrahedron index="13088" v0="2663" v1="3520" v2="3530" v3="4278" />
+      <tetrahedron index="13089" v0="2507" v1="2701" v2="2702" v3="4122" />
+      <tetrahedron index="13090" v0="2701" v1="2702" v2="4122" v3="4316" />
+      <tetrahedron index="13091" v0="2702" v1="4122" v2="4316" v3="4317" />
+      <tetrahedron index="13092" v0="1779" v1="1780" v2="2703" v3="3394" />
+      <tetrahedron index="13093" v0="1780" v1="2703" v2="3394" v3="3395" />
+      <tetrahedron index="13094" v0="2703" v1="3394" v2="3395" v3="4318" />
+      <tetrahedron index="13095" v0="2178" v1="2179" v2="2617" v3="3793" />
+      <tetrahedron index="13096" v0="2179" v1="2617" v2="3793" v3="3794" />
+      <tetrahedron index="13097" v0="2617" v1="3793" v2="3794" v3="4232" />
+      <tetrahedron index="13098" v0="1975" v1="2375" v2="2682" v3="3590" />
+      <tetrahedron index="13099" v0="2375" v1="2682" v2="3590" v3="3990" />
+      <tetrahedron index="13100" v0="2682" v1="3590" v2="3990" v3="4297" />
+      <tetrahedron index="13101" v0="1975" v1="1976" v2="2682" v3="3590" />
+      <tetrahedron index="13102" v0="1976" v1="2682" v2="3590" v3="3591" />
+      <tetrahedron index="13103" v0="2682" v1="3590" v2="3591" v3="4297" />
+      <tetrahedron index="13104" v0="2393" v1="2586" v2="2646" v3="4008" />
+      <tetrahedron index="13105" v0="2586" v1="2646" v2="4008" v3="4201" />
+      <tetrahedron index="13106" v0="2646" v1="4008" v2="4201" v3="4261" />
+      <tetrahedron index="13107" v0="1951" v1="2393" v2="2586" v3="3566" />
+      <tetrahedron index="13108" v0="2393" v1="2586" v2="3566" v3="4008" />
+      <tetrahedron index="13109" v0="2586" v1="3566" v2="4008" v3="4201" />
+      <tetrahedron index="13110" v0="2354" v1="2449" v2="2597" v3="3969" />
+      <tetrahedron index="13111" v0="2449" v1="2597" v2="3969" v3="4064" />
+      <tetrahedron index="13112" v0="2597" v1="3969" v2="4064" v3="4212" />
+      <tetrahedron index="13113" v0="2354" v1="2400" v2="2597" v3="3969" />
+      <tetrahedron index="13114" v0="2400" v1="2597" v2="3969" v3="4015" />
+      <tetrahedron index="13115" v0="2597" v1="3969" v2="4015" v3="4212" />
+      <tetrahedron index="13116" v0="1641" v1="2587" v2="2704" v3="3256" />
+      <tetrahedron index="13117" v0="2587" v1="2704" v2="3256" v3="4202" />
+      <tetrahedron index="13118" v0="2704" v1="3256" v2="4202" v3="4319" />
+      <tetrahedron index="13119" v0="1736" v1="2334" v2="2675" v3="3351" />
+      <tetrahedron index="13120" v0="2334" v1="2675" v2="3351" v3="3949" />
+      <tetrahedron index="13121" v0="2675" v1="3351" v2="3949" v3="4290" />
+      <tetrahedron index="13122" v0="2473" v1="2679" v2="2705" v3="4088" />
+      <tetrahedron index="13123" v0="2679" v1="2705" v2="4088" v3="4294" />
+      <tetrahedron index="13124" v0="2705" v1="4088" v2="4294" v3="4320" />
+      <tetrahedron index="13125" v0="2471" v1="2473" v2="2679" v3="4086" />
+      <tetrahedron index="13126" v0="2473" v1="2679" v2="4086" v3="4088" />
+      <tetrahedron index="13127" v0="2679" v1="4086" v2="4088" v3="4294" />
+      <tetrahedron index="13128" v0="1837" v1="1918" v2="2668" v3="3452" />
+      <tetrahedron index="13129" v0="1918" v1="2668" v2="3452" v3="3533" />
+      <tetrahedron index="13130" v0="2668" v1="3452" v2="3533" v3="4283" />
+      <tetrahedron index="13131" v0="1916" v1="1918" v2="2668" v3="3531" />
+      <tetrahedron index="13132" v0="1918" v1="2668" v2="3531" v3="3533" />
+      <tetrahedron index="13133" v0="2668" v1="3531" v2="3533" v3="4283" />
+      <tetrahedron index="13134" v0="2558" v1="2590" v2="2623" v3="4173" />
+      <tetrahedron index="13135" v0="2590" v1="2623" v2="4173" v3="4205" />
+      <tetrahedron index="13136" v0="2623" v1="4173" v2="4205" v3="4238" />
+      <tetrahedron index="13137" v0="1811" v1="2558" v2="2590" v3="3426" />
+      <tetrahedron index="13138" v0="2558" v1="2590" v2="3426" v3="4173" />
+      <tetrahedron index="13139" v0="2590" v1="3426" v2="4173" v3="4205" />
+      <tetrahedron index="13140" v0="2291" v1="2547" v2="2706" v3="3906" />
+      <tetrahedron index="13141" v0="2547" v1="2706" v2="3906" v3="4162" />
+      <tetrahedron index="13142" v0="2706" v1="3906" v2="4162" v3="4321" />
+      <tetrahedron index="13143" v0="2588" v1="2589" v2="2707" v3="4203" />
+      <tetrahedron index="13144" v0="2589" v1="2707" v2="4203" v3="4204" />
+      <tetrahedron index="13145" v0="2707" v1="4203" v2="4204" v3="4322" />
+      <tetrahedron index="13146" v0="1909" v1="1927" v2="2465" v3="3524" />
+      <tetrahedron index="13147" v0="1927" v1="2465" v2="3524" v3="3542" />
+      <tetrahedron index="13148" v0="2465" v1="3524" v2="3542" v3="4080" />
+      <tetrahedron index="13149" v0="1908" v1="1909" v2="1927" v3="3523" />
+      <tetrahedron index="13150" v0="1909" v1="1927" v2="3523" v3="3524" />
+      <tetrahedron index="13151" v0="1927" v1="3523" v2="3524" v3="3542" />
+      <tetrahedron index="13152" v0="2448" v1="2669" v2="2694" v3="4063" />
+      <tetrahedron index="13153" v0="2669" v1="2694" v2="4063" v3="4284" />
+      <tetrahedron index="13154" v0="2694" v1="4063" v2="4284" v3="4309" />
+      <tetrahedron index="13155" v0="2361" v1="2448" v2="2669" v3="3976" />
+      <tetrahedron index="13156" v0="2448" v1="2669" v2="3976" v3="4063" />
+      <tetrahedron index="13157" v0="2669" v1="3976" v2="4063" v3="4284" />
+      <tetrahedron index="13158" v0="2665" v1="2672" v2="2673" v3="4280" />
+      <tetrahedron index="13159" v0="2672" v1="2673" v2="4280" v3="4287" />
+      <tetrahedron index="13160" v0="2673" v1="4280" v2="4287" v3="4288" />
+      <tetrahedron index="13161" v0="1623" v1="1930" v2="2004" v3="3238" />
+      <tetrahedron index="13162" v0="1930" v1="2004" v2="3238" v3="3545" />
+      <tetrahedron index="13163" v0="2004" v1="3238" v2="3545" v3="3619" />
+      <tetrahedron index="13164" v0="1930" v1="1932" v2="2004" v3="3545" />
+      <tetrahedron index="13165" v0="1932" v1="2004" v2="3545" v3="3547" />
+      <tetrahedron index="13166" v0="2004" v1="3545" v2="3547" v3="3619" />
+      <tetrahedron index="13167" v0="2235" v1="2512" v2="2625" v3="3850" />
+      <tetrahedron index="13168" v0="2512" v1="2625" v2="3850" v3="4127" />
+      <tetrahedron index="13169" v0="2625" v1="3850" v2="4127" v3="4240" />
+      <tetrahedron index="13170" v0="1791" v1="2512" v2="2625" v3="3406" />
+      <tetrahedron index="13171" v0="2512" v1="2625" v2="3406" v3="4127" />
+      <tetrahedron index="13172" v0="2625" v1="3406" v2="4127" v3="4240" />
+      <tetrahedron index="13173" v0="2507" v1="2508" v2="2584" v3="4122" />
+      <tetrahedron index="13174" v0="2508" v1="2584" v2="4122" v3="4123" />
+      <tetrahedron index="13175" v0="2584" v1="4122" v2="4123" v3="4199" />
+      <tetrahedron index="13176" v0="2507" v1="2584" v2="2701" v3="4122" />
+      <tetrahedron index="13177" v0="2584" v1="2701" v2="4122" v3="4199" />
+      <tetrahedron index="13178" v0="2701" v1="4122" v2="4199" v3="4316" />
+      <tetrahedron index="13179" v0="2708" v1="2709" v2="2710" v3="4323" />
+      <tetrahedron index="13180" v0="2709" v1="2710" v2="4323" v3="4324" />
+      <tetrahedron index="13181" v0="2710" v1="4323" v2="4324" v3="4325" />
+      <tetrahedron index="13182" v0="2496" v1="2585" v2="2629" v3="4111" />
+      <tetrahedron index="13183" v0="2585" v1="2629" v2="4111" v3="4200" />
+      <tetrahedron index="13184" v0="2629" v1="4111" v2="4200" v3="4244" />
+      <tetrahedron index="13185" v0="2275" v1="2585" v2="2629" v3="3890" />
+      <tetrahedron index="13186" v0="2585" v1="2629" v2="3890" v3="4200" />
+      <tetrahedron index="13187" v0="2629" v1="3890" v2="4200" v3="4244" />
+      <tetrahedron index="13188" v0="2313" v1="2683" v2="2685" v3="3928" />
+      <tetrahedron index="13189" v0="2683" v1="2685" v2="3928" v3="4298" />
+      <tetrahedron index="13190" v0="2685" v1="3928" v2="4298" v3="4300" />
+      <tetrahedron index="13191" v0="1844" v1="1845" v2="2711" v3="3459" />
+      <tetrahedron index="13192" v0="1845" v1="2711" v2="3459" v3="3460" />
+      <tetrahedron index="13193" v0="2711" v1="3459" v2="3460" v3="4326" />
+      <tetrahedron index="13194" v0="2652" v1="2687" v2="2712" v3="4267" />
+      <tetrahedron index="13195" v0="2687" v1="2712" v2="4267" v3="4302" />
+      <tetrahedron index="13196" v0="2712" v1="4267" v2="4302" v3="4327" />
+      <tetrahedron index="13197" v0="2155" v1="2157" v2="2713" v3="3770" />
+      <tetrahedron index="13198" v0="2157" v1="2713" v2="3770" v3="3772" />
+      <tetrahedron index="13199" v0="2713" v1="3770" v2="3772" v3="4328" />
+      <tetrahedron index="13200" v0="1928" v1="2039" v2="2714" v3="3543" />
+      <tetrahedron index="13201" v0="2039" v1="2714" v2="3543" v3="3654" />
+      <tetrahedron index="13202" v0="2714" v1="3543" v2="3654" v3="4329" />
+      <tetrahedron index="13203" v0="2622" v1="2624" v2="2715" v3="4237" />
+      <tetrahedron index="13204" v0="2624" v1="2715" v2="4237" v3="4239" />
+      <tetrahedron index="13205" v0="2715" v1="4237" v2="4239" v3="4330" />
+      <tetrahedron index="13206" v0="2494" v1="2564" v2="2654" v3="4109" />
+      <tetrahedron index="13207" v0="2564" v1="2654" v2="4109" v3="4179" />
+      <tetrahedron index="13208" v0="2654" v1="4109" v2="4179" v3="4269" />
+      <tetrahedron index="13209" v0="2493" v1="2494" v2="2564" v3="4108" />
+      <tetrahedron index="13210" v0="2494" v1="2564" v2="4108" v3="4109" />
+      <tetrahedron index="13211" v0="2564" v1="4108" v2="4109" v3="4179" />
+      <tetrahedron index="13212" v0="1968" v1="2593" v2="2660" v3="3583" />
+      <tetrahedron index="13213" v0="2593" v1="2660" v2="3583" v3="4208" />
+      <tetrahedron index="13214" v0="2660" v1="3583" v2="4208" v3="4275" />
+      <tetrahedron index="13215" v0="2197" v1="2593" v2="2660" v3="3812" />
+      <tetrahedron index="13216" v0="2593" v1="2660" v2="3812" v3="4208" />
+      <tetrahedron index="13217" v0="2660" v1="3812" v2="4208" v3="4275" />
+      <tetrahedron index="13218" v0="1789" v1="2607" v2="2625" v3="3404" />
+      <tetrahedron index="13219" v0="2607" v1="2625" v2="3404" v3="4222" />
+      <tetrahedron index="13220" v0="2625" v1="3404" v2="4222" v3="4240" />
+      <tetrahedron index="13221" v0="2383" v1="2607" v2="2625" v3="3998" />
+      <tetrahedron index="13222" v0="2607" v1="2625" v2="3998" v3="4222" />
+      <tetrahedron index="13223" v0="2625" v1="3998" v2="4222" v3="4240" />
+      <tetrahedron index="13224" v0="2202" v1="2617" v2="2716" v3="3817" />
+      <tetrahedron index="13225" v0="2617" v1="2716" v2="3817" v3="4232" />
+      <tetrahedron index="13226" v0="2716" v1="3817" v2="4232" v3="4331" />
+      <tetrahedron index="13227" v0="1664" v1="1671" v2="2097" v3="3279" />
+      <tetrahedron index="13228" v0="1671" v1="2097" v2="3279" v3="3286" />
+      <tetrahedron index="13229" v0="2097" v1="3279" v2="3286" v3="3712" />
+      <tetrahedron index="13230" v0="1943" v1="2106" v2="2648" v3="3558" />
+      <tetrahedron index="13231" v0="2106" v1="2648" v2="3558" v3="3721" />
+      <tetrahedron index="13232" v0="2648" v1="3558" v2="3721" v3="4263" />
+      <tetrahedron index="13233" v0="1881" v1="1943" v2="2648" v3="3496" />
+      <tetrahedron index="13234" v0="1943" v1="2648" v2="3496" v3="3558" />
+      <tetrahedron index="13235" v0="2648" v1="3496" v2="3558" v3="4263" />
+      <tetrahedron index="13236" v0="2408" v1="2410" v2="2717" v3="4023" />
+      <tetrahedron index="13237" v0="2410" v1="2717" v2="4023" v3="4025" />
+      <tetrahedron index="13238" v0="2717" v1="4023" v2="4025" v3="4332" />
+      <tetrahedron index="13239" v0="2410" v1="2717" v2="2718" v3="4025" />
+      <tetrahedron index="13240" v0="2717" v1="2718" v2="4025" v3="4332" />
+      <tetrahedron index="13241" v0="2718" v1="4025" v2="4332" v3="4333" />
+      <tetrahedron index="13242" v0="2380" v1="2607" v2="2719" v3="3995" />
+      <tetrahedron index="13243" v0="2607" v1="2719" v2="3995" v3="4222" />
+      <tetrahedron index="13244" v0="2719" v1="3995" v2="4222" v3="4334" />
+      <tetrahedron index="13245" v0="1635" v1="1636" v2="2402" v3="3250" />
+      <tetrahedron index="13246" v0="1636" v1="2402" v2="3250" v3="3251" />
+      <tetrahedron index="13247" v0="2402" v1="3250" v2="3251" v3="4017" />
+      <tetrahedron index="13248" v0="1636" v1="2402" v2="2642" v3="3251" />
+      <tetrahedron index="13249" v0="2402" v1="2642" v2="3251" v3="4017" />
+      <tetrahedron index="13250" v0="2642" v1="3251" v2="4017" v3="4257" />
+      <tetrahedron index="13251" v0="2282" v1="2515" v2="2640" v3="3897" />
+      <tetrahedron index="13252" v0="2515" v1="2640" v2="3897" v3="4130" />
+      <tetrahedron index="13253" v0="2640" v1="3897" v2="4130" v3="4255" />
+      <tetrahedron index="13254" v0="2282" v1="2283" v2="2640" v3="3897" />
+      <tetrahedron index="13255" v0="2283" v1="2640" v2="3897" v3="3898" />
+      <tetrahedron index="13256" v0="2640" v1="3897" v2="3898" v3="4255" />
+      <tetrahedron index="13257" v0="2228" v1="2229" v2="2666" v3="3843" />
+      <tetrahedron index="13258" v0="2229" v1="2666" v2="3843" v3="3844" />
+      <tetrahedron index="13259" v0="2666" v1="3843" v2="3844" v3="4281" />
+      <tetrahedron index="13260" v0="2117" v1="2118" v2="2402" v3="3732" />
+      <tetrahedron index="13261" v0="2118" v1="2402" v2="3732" v3="3733" />
+      <tetrahedron index="13262" v0="2402" v1="3732" v2="3733" v3="4017" />
+      <tetrahedron index="13263" v0="2117" v1="2402" v2="2642" v3="3732" />
+      <tetrahedron index="13264" v0="2402" v1="2642" v2="3732" v3="4017" />
+      <tetrahedron index="13265" v0="2642" v1="3732" v2="4017" v3="4257" />
+      <tetrahedron index="13266" v0="2097" v1="2335" v2="2720" v3="3712" />
+      <tetrahedron index="13267" v0="2335" v1="2720" v2="3712" v3="3950" />
+      <tetrahedron index="13268" v0="2720" v1="3712" v2="3950" v3="4335" />
+      <tetrahedron index="13269" v0="2686" v1="2687" v2="2712" v3="4301" />
+      <tetrahedron index="13270" v0="2687" v1="2712" v2="4301" v3="4302" />
+      <tetrahedron index="13271" v0="2712" v1="4301" v2="4302" v3="4327" />
+      <tetrahedron index="13272" v0="2280" v1="2569" v2="2721" v3="3895" />
+      <tetrahedron index="13273" v0="2569" v1="2721" v2="3895" v3="4184" />
+      <tetrahedron index="13274" v0="2721" v1="3895" v2="4184" v3="4336" />
+      <tetrahedron index="13275" v0="1814" v1="1815" v2="2343" v3="3429" />
+      <tetrahedron index="13276" v0="1815" v1="2343" v2="3429" v3="3430" />
+      <tetrahedron index="13277" v0="2343" v1="3429" v2="3430" v3="3958" />
+      <tetrahedron index="13278" v0="1920" v1="2343" v2="2722" v3="3535" />
+      <tetrahedron index="13279" v0="2343" v1="2722" v2="3535" v3="3958" />
+      <tetrahedron index="13280" v0="2722" v1="3535" v2="3958" v3="4337" />
+      <tetrahedron index="13281" v0="1659" v1="1768" v2="2414" v3="3274" />
+      <tetrahedron index="13282" v0="1768" v1="2414" v2="3274" v3="3383" />
+      <tetrahedron index="13283" v0="2414" v1="3274" v2="3383" v3="4029" />
+      <tetrahedron index="13284" v0="2113" v1="2563" v2="2657" v3="3728" />
+      <tetrahedron index="13285" v0="2563" v1="2657" v2="3728" v3="4178" />
+      <tetrahedron index="13286" v0="2657" v1="3728" v2="4178" v3="4272" />
+      <tetrahedron index="13287" v0="1834" v1="2514" v2="2630" v3="3449" />
+      <tetrahedron index="13288" v0="2514" v1="2630" v2="3449" v3="4129" />
+      <tetrahedron index="13289" v0="2630" v1="3449" v2="4129" v3="4245" />
+      <tetrahedron index="13290" v0="2594" v1="2595" v2="2723" v3="4209" />
+      <tetrahedron index="13291" v0="2595" v1="2723" v2="4209" v3="4210" />
+      <tetrahedron index="13292" v0="2723" v1="4209" v2="4210" v3="4338" />
+      <tetrahedron index="13293" v0="2724" v1="2725" v2="2726" v3="4339" />
+      <tetrahedron index="13294" v0="2725" v1="2726" v2="4339" v3="4340" />
+      <tetrahedron index="13295" v0="2726" v1="4339" v2="4340" v3="4341" />
+      <tetrahedron index="13296" v0="2143" v1="2454" v2="2727" v3="3758" />
+      <tetrahedron index="13297" v0="2454" v1="2727" v2="3758" v3="4069" />
+      <tetrahedron index="13298" v0="2727" v1="3758" v2="4069" v3="4342" />
+      <tetrahedron index="13299" v0="1764" v1="1767" v2="2183" v3="3379" />
+      <tetrahedron index="13300" v0="1767" v1="2183" v2="3379" v3="3382" />
+      <tetrahedron index="13301" v0="2183" v1="3379" v2="3382" v3="3798" />
+      <tetrahedron index="13302" v0="1664" v1="1768" v2="1771" v3="3279" />
+      <tetrahedron index="13303" v0="1768" v1="1771" v2="3279" v3="3383" />
+      <tetrahedron index="13304" v0="1771" v1="3279" v2="3383" v3="3386" />
+      <tetrahedron index="13305" v0="1659" v1="1664" v2="1768" v3="3274" />
+      <tetrahedron index="13306" v0="1664" v1="1768" v2="3274" v3="3279" />
+      <tetrahedron index="13307" v0="1768" v1="3274" v2="3279" v3="3383" />
+      <tetrahedron index="13308" v0="1665" v1="1671" v2="1771" v3="3280" />
+      <tetrahedron index="13309" v0="1671" v1="1771" v2="3280" v3="3286" />
+      <tetrahedron index="13310" v0="1771" v1="3280" v2="3286" v3="3386" />
+      <tetrahedron index="13311" v0="1664" v1="1671" v2="1771" v3="3279" />
+      <tetrahedron index="13312" v0="1671" v1="1771" v2="3279" v3="3286" />
+      <tetrahedron index="13313" v0="1771" v1="3279" v2="3286" v3="3386" />
+      <tetrahedron index="13314" v0="1680" v1="1681" v2="2728" v3="3295" />
+      <tetrahedron index="13315" v0="1681" v1="2728" v2="3295" v3="3296" />
+      <tetrahedron index="13316" v0="2728" v1="3295" v2="3296" v3="4343" />
+      <tetrahedron index="13317" v0="2057" v1="2600" v2="2729" v3="3672" />
+      <tetrahedron index="13318" v0="2600" v1="2729" v2="3672" v3="4215" />
+      <tetrahedron index="13319" v0="2729" v1="3672" v2="4215" v3="4344" />
+      <tetrahedron index="13320" v0="2057" v1="2729" v2="2730" v3="3672" />
+      <tetrahedron index="13321" v0="2729" v1="2730" v2="3672" v3="4344" />
+      <tetrahedron index="13322" v0="2730" v1="3672" v2="4344" v3="4345" />
+      <tetrahedron index="13323" v0="2529" v1="2542" v2="2731" v3="4144" />
+      <tetrahedron index="13324" v0="2542" v1="2731" v2="4144" v3="4157" />
+      <tetrahedron index="13325" v0="2731" v1="4144" v2="4157" v3="4346" />
+      <tetrahedron index="13326" v0="2732" v1="2733" v2="2734" v3="4347" />
+      <tetrahedron index="13327" v0="2733" v1="2734" v2="4347" v3="4348" />
+      <tetrahedron index="13328" v0="2734" v1="4347" v2="4348" v3="4349" />
+      <tetrahedron index="13329" v0="1658" v1="1675" v2="1939" v3="3273" />
+      <tetrahedron index="13330" v0="1675" v1="1939" v2="3273" v3="3290" />
+      <tetrahedron index="13331" v0="1939" v1="3273" v2="3290" v3="3554" />
+      <tetrahedron index="13332" v0="2202" v1="2716" v2="2717" v3="3817" />
+      <tetrahedron index="13333" v0="2716" v1="2717" v2="3817" v3="4331" />
+      <tetrahedron index="13334" v0="2717" v1="3817" v2="4331" v3="4332" />
+      <tetrahedron index="13335" v0="2533" v1="2616" v2="2735" v3="4148" />
+      <tetrahedron index="13336" v0="2616" v1="2735" v2="4148" v3="4231" />
+      <tetrahedron index="13337" v0="2735" v1="4148" v2="4231" v3="4350" />
+      <tetrahedron index="13338" v0="2375" v1="2682" v2="2736" v3="3990" />
+      <tetrahedron index="13339" v0="2682" v1="2736" v2="3990" v3="4297" />
+      <tetrahedron index="13340" v0="2736" v1="3990" v2="4297" v3="4351" />
+      <tetrahedron index="13341" v0="1634" v1="1886" v2="1889" v3="3249" />
+      <tetrahedron index="13342" v0="1886" v1="1889" v2="3249" v3="3501" />
+      <tetrahedron index="13343" v0="1889" v1="3249" v2="3501" v3="3504" />
+      <tetrahedron index="13344" v0="2198" v1="2353" v2="2737" v3="3813" />
+      <tetrahedron index="13345" v0="2353" v1="2737" v2="3813" v3="3968" />
+      <tetrahedron index="13346" v0="2737" v1="3813" v2="3968" v3="4352" />
+      <tetrahedron index="13347" v0="2690" v1="2738" v2="2739" v3="4305" />
+      <tetrahedron index="13348" v0="2738" v1="2739" v2="4305" v3="4353" />
+      <tetrahedron index="13349" v0="2739" v1="4305" v2="4353" v3="4354" />
+      <tetrahedron index="13350" v0="2633" v1="2667" v2="2740" v3="4248" />
+      <tetrahedron index="13351" v0="2667" v1="2740" v2="4248" v3="4282" />
+      <tetrahedron index="13352" v0="2740" v1="4248" v2="4282" v3="4355" />
+      <tetrahedron index="13353" v0="2514" v1="2630" v2="2741" v3="4129" />
+      <tetrahedron index="13354" v0="2630" v1="2741" v2="4129" v3="4245" />
+      <tetrahedron index="13355" v0="2741" v1="4129" v2="4245" v3="4356" />
+      <tetrahedron index="13356" v0="2237" v1="2742" v2="2743" v3="3852" />
+      <tetrahedron index="13357" v0="2742" v1="2743" v2="3852" v3="4357" />
+      <tetrahedron index="13358" v0="2743" v1="3852" v2="4357" v3="4358" />
+      <tetrahedron index="13359" v0="2381" v1="2744" v2="2745" v3="3996" />
+      <tetrahedron index="13360" v0="2744" v1="2745" v2="3996" v3="4359" />
+      <tetrahedron index="13361" v0="2745" v1="3996" v2="4359" v3="4360" />
+      <tetrahedron index="13362" v0="2746" v1="2747" v2="2748" v3="4361" />
+      <tetrahedron index="13363" v0="2747" v1="2748" v2="4361" v3="4362" />
+      <tetrahedron index="13364" v0="2748" v1="4361" v2="4362" v3="4363" />
+      <tetrahedron index="13365" v0="1633" v1="1889" v2="1937" v3="3248" />
+      <tetrahedron index="13366" v0="1889" v1="1937" v2="3248" v3="3504" />
+      <tetrahedron index="13367" v0="1937" v1="3248" v2="3504" v3="3552" />
+      <tetrahedron index="13368" v0="1889" v1="1935" v2="1937" v3="3504" />
+      <tetrahedron index="13369" v0="1935" v1="1937" v2="3504" v3="3550" />
+      <tetrahedron index="13370" v0="1937" v1="3504" v2="3550" v3="3552" />
+      <tetrahedron index="13371" v0="2185" v1="2301" v2="2553" v3="3800" />
+      <tetrahedron index="13372" v0="2301" v1="2553" v2="3800" v3="3916" />
+      <tetrahedron index="13373" v0="2553" v1="3800" v2="3916" v3="4168" />
+      <tetrahedron index="13374" v0="1922" v1="2185" v2="2301" v3="3537" />
+      <tetrahedron index="13375" v0="2185" v1="2301" v2="3537" v3="3800" />
+      <tetrahedron index="13376" v0="2301" v1="3537" v2="3800" v3="3916" />
+      <tetrahedron index="13377" v0="2307" v1="2308" v2="2702" v3="3922" />
+      <tetrahedron index="13378" v0="2308" v1="2702" v2="3922" v3="3923" />
+      <tetrahedron index="13379" v0="2702" v1="3922" v2="3923" v3="4317" />
+      <tetrahedron index="13380" v0="2308" v1="2318" v2="2702" v3="3923" />
+      <tetrahedron index="13381" v0="2318" v1="2702" v2="3923" v3="3933" />
+      <tetrahedron index="13382" v0="2702" v1="3923" v2="3933" v3="4317" />
+      <tetrahedron index="13383" v0="1680" v1="2158" v2="2221" v3="3295" />
+      <tetrahedron index="13384" v0="2158" v1="2221" v2="3295" v3="3773" />
+      <tetrahedron index="13385" v0="2221" v1="3295" v2="3773" v3="3836" />
+      <tetrahedron index="13386" v0="1680" v1="2221" v2="2481" v3="3295" />
+      <tetrahedron index="13387" v0="2221" v1="2481" v2="3295" v3="3836" />
+      <tetrahedron index="13388" v0="2481" v1="3295" v2="3836" v3="4096" />
+      <tetrahedron index="13389" v0="1896" v1="1898" v2="1899" v3="3511" />
+      <tetrahedron index="13390" v0="1898" v1="1899" v2="3511" v3="3513" />
+      <tetrahedron index="13391" v0="1899" v1="3511" v2="3513" v3="3514" />
+      <tetrahedron index="13392" v0="1896" v1="1899" v2="2330" v3="3511" />
+      <tetrahedron index="13393" v0="1899" v1="2330" v2="3511" v3="3514" />
+      <tetrahedron index="13394" v0="2330" v1="3511" v2="3514" v3="3945" />
+      <tetrahedron index="13395" v0="1897" v1="1898" v2="2749" v3="3512" />
+      <tetrahedron index="13396" v0="1898" v1="2749" v2="3512" v3="3513" />
+      <tetrahedron index="13397" v0="2749" v1="3512" v2="3513" v3="4364" />
+      <tetrahedron index="13398" v0="2405" v1="2750" v2="2751" v3="4020" />
+      <tetrahedron index="13399" v0="2750" v1="2751" v2="4020" v3="4365" />
+      <tetrahedron index="13400" v0="2751" v1="4020" v2="4365" v3="4366" />
+      <tetrahedron index="13401" v0="1753" v1="2405" v2="2750" v3="3368" />
+      <tetrahedron index="13402" v0="2405" v1="2750" v2="3368" v3="4020" />
+      <tetrahedron index="13403" v0="2750" v1="3368" v2="4020" v3="4365" />
+      <tetrahedron index="13404" v0="1669" v1="1672" v2="2119" v3="3284" />
+      <tetrahedron index="13405" v0="1672" v1="2119" v2="3284" v3="3287" />
+      <tetrahedron index="13406" v0="2119" v1="3284" v2="3287" v3="3734" />
+      <tetrahedron index="13407" v0="2204" v1="2249" v2="2274" v3="3819" />
+      <tetrahedron index="13408" v0="2249" v1="2274" v2="3819" v3="3864" />
+      <tetrahedron index="13409" v0="2274" v1="3819" v2="3864" v3="3889" />
+      <tetrahedron index="13410" v0="1689" v1="1690" v2="2448" v3="3304" />
+      <tetrahedron index="13411" v0="1690" v1="2448" v2="3304" v3="3305" />
+      <tetrahedron index="13412" v0="2448" v1="3304" v2="3305" v3="4063" />
+      <tetrahedron index="13413" v0="1689" v1="2448" v2="2694" v3="3304" />
+      <tetrahedron index="13414" v0="2448" v1="2694" v2="3304" v3="4063" />
+      <tetrahedron index="13415" v0="2694" v1="3304" v2="4063" v3="4309" />
+      <tetrahedron index="13416" v0="2335" v1="2336" v2="2618" v3="3950" />
+      <tetrahedron index="13417" v0="2336" v1="2618" v2="3950" v3="3951" />
+      <tetrahedron index="13418" v0="2618" v1="3950" v2="3951" v3="4233" />
+      <tetrahedron index="13419" v0="2126" v1="2335" v2="2618" v3="3741" />
+      <tetrahedron index="13420" v0="2335" v1="2618" v2="3741" v3="3950" />
+      <tetrahedron index="13421" v0="2618" v1="3741" v2="3950" v3="4233" />
+      <tetrahedron index="13422" v0="2191" v1="2530" v2="2752" v3="3806" />
+      <tetrahedron index="13423" v0="2530" v1="2752" v2="3806" v3="4145" />
+      <tetrahedron index="13424" v0="2752" v1="3806" v2="4145" v3="4367" />
+      <tetrahedron index="13425" v0="1815" v1="2334" v2="2343" v3="3430" />
+      <tetrahedron index="13426" v0="2334" v1="2343" v2="3430" v3="3949" />
+      <tetrahedron index="13427" v0="2343" v1="3430" v2="3949" v3="3958" />
+      <tetrahedron index="13428" v0="1678" v1="2142" v2="2454" v3="3293" />
+      <tetrahedron index="13429" v0="2142" v1="2454" v2="3293" v3="3757" />
+      <tetrahedron index="13430" v0="2454" v1="3293" v2="3757" v3="4069" />
+      <tetrahedron index="13431" v0="2142" v1="2143" v2="2454" v3="3757" />
+      <tetrahedron index="13432" v0="2143" v1="2454" v2="3757" v3="3758" />
+      <tetrahedron index="13433" v0="2454" v1="3757" v2="3758" v3="4069" />
+      <tetrahedron index="13434" v0="1628" v1="1629" v2="1868" v3="3243" />
+      <tetrahedron index="13435" v0="1629" v1="1868" v2="3243" v3="3244" />
+      <tetrahedron index="13436" v0="1868" v1="3243" v2="3244" v3="3483" />
+      <tetrahedron index="13437" v0="1795" v1="2507" v2="2753" v3="3410" />
+      <tetrahedron index="13438" v0="2507" v1="2753" v2="3410" v3="4122" />
+      <tetrahedron index="13439" v0="2753" v1="3410" v2="4122" v3="4368" />
+      <tetrahedron index="13440" v0="1793" v1="1795" v2="2753" v3="3408" />
+      <tetrahedron index="13441" v0="1795" v1="2753" v2="3408" v3="3410" />
+      <tetrahedron index="13442" v0="2753" v1="3408" v2="3410" v3="4368" />
+      <tetrahedron index="13443" v0="1628" v1="1868" v2="2686" v3="3243" />
+      <tetrahedron index="13444" v0="1868" v1="2686" v2="3243" v3="3483" />
+      <tetrahedron index="13445" v0="2686" v1="3243" v2="3483" v3="4301" />
+      <tetrahedron index="13446" v0="2557" v1="2754" v2="2755" v3="4172" />
+      <tetrahedron index="13447" v0="2754" v1="2755" v2="4172" v3="4369" />
+      <tetrahedron index="13448" v0="2755" v1="4172" v2="4369" v3="4370" />
+      <tetrahedron index="13449" v0="1862" v1="2020" v2="2756" v3="3477" />
+      <tetrahedron index="13450" v0="2020" v1="2756" v2="3477" v3="3635" />
+      <tetrahedron index="13451" v0="2756" v1="3477" v2="3635" v3="4371" />
+      <tetrahedron index="13452" v0="2130" v1="2196" v2="2757" v3="3745" />
+      <tetrahedron index="13453" v0="2196" v1="2757" v2="3745" v3="3811" />
+      <tetrahedron index="13454" v0="2757" v1="3745" v2="3811" v3="4372" />
+      <tetrahedron index="13455" v0="2196" v1="2227" v2="2757" v3="3811" />
+      <tetrahedron index="13456" v0="2227" v1="2757" v2="3811" v3="3842" />
+      <tetrahedron index="13457" v0="2757" v1="3811" v2="3842" v3="4372" />
+      <tetrahedron index="13458" v0="2379" v1="2626" v2="2691" v3="3994" />
+      <tetrahedron index="13459" v0="2626" v1="2691" v2="3994" v3="4241" />
+      <tetrahedron index="13460" v0="2691" v1="3994" v2="4241" v3="4306" />
+      <tetrahedron index="13461" v0="2391" v1="2679" v2="2705" v3="4006" />
+      <tetrahedron index="13462" v0="2679" v1="2705" v2="4006" v3="4294" />
+      <tetrahedron index="13463" v0="2705" v1="4006" v2="4294" v3="4320" />
+      <tetrahedron index="13464" v0="2392" v1="2693" v2="2758" v3="4007" />
+      <tetrahedron index="13465" v0="2693" v1="2758" v2="4007" v3="4308" />
+      <tetrahedron index="13466" v0="2758" v1="4007" v2="4308" v3="4373" />
+      <tetrahedron index="13467" v0="2635" v1="2693" v2="2758" v3="4250" />
+      <tetrahedron index="13468" v0="2693" v1="2758" v2="4250" v3="4308" />
+      <tetrahedron index="13469" v0="2758" v1="4250" v2="4308" v3="4373" />
+      <tetrahedron index="13470" v0="1851" v1="2759" v2="2760" v3="3466" />
+      <tetrahedron index="13471" v0="2759" v1="2760" v2="3466" v3="4374" />
+      <tetrahedron index="13472" v0="2760" v1="3466" v2="4374" v3="4375" />
+      <tetrahedron index="13473" v0="2086" v1="2087" v2="2761" v3="3701" />
+      <tetrahedron index="13474" v0="2087" v1="2761" v2="3701" v3="3702" />
+      <tetrahedron index="13475" v0="2761" v1="3701" v2="3702" v3="4376" />
+      <tetrahedron index="13476" v0="2762" v1="2763" v2="2764" v3="4377" />
+      <tetrahedron index="13477" v0="2763" v1="2764" v2="4377" v3="4378" />
+      <tetrahedron index="13478" v0="2764" v1="4377" v2="4378" v3="4379" />
+      <tetrahedron index="13479" v0="2127" v1="2129" v2="2482" v3="3742" />
+      <tetrahedron index="13480" v0="2129" v1="2482" v2="3742" v3="3744" />
+      <tetrahedron index="13481" v0="2482" v1="3742" v2="3744" v3="4097" />
+      <tetrahedron index="13482" v0="2251" v1="2253" v2="2522" v3="3866" />
+      <tetrahedron index="13483" v0="2253" v1="2522" v2="3866" v3="3868" />
+      <tetrahedron index="13484" v0="2522" v1="3866" v2="3868" v3="4137" />
+      <tetrahedron index="13485" v0="2691" v1="2719" v2="2765" v3="4306" />
+      <tetrahedron index="13486" v0="2719" v1="2765" v2="4306" v3="4334" />
+      <tetrahedron index="13487" v0="2765" v1="4306" v2="4334" v3="4380" />
+      <tetrahedron index="13488" v0="2062" v1="2303" v2="2737" v3="3677" />
+      <tetrahedron index="13489" v0="2303" v1="2737" v2="3677" v3="3918" />
+      <tetrahedron index="13490" v0="2737" v1="3677" v2="3918" v3="4352" />
+      <tetrahedron index="13491" v0="2326" v1="2327" v2="2561" v3="3941" />
+      <tetrahedron index="13492" v0="2327" v1="2561" v2="3941" v3="3942" />
+      <tetrahedron index="13493" v0="2561" v1="3941" v2="3942" v3="4176" />
+      <tetrahedron index="13494" v0="2253" v1="2291" v2="2766" v3="3868" />
+      <tetrahedron index="13495" v0="2291" v1="2766" v2="3868" v3="3906" />
+      <tetrahedron index="13496" v0="2766" v1="3868" v2="3906" v3="4381" />
+      <tetrahedron index="13497" v0="2253" v1="2521" v2="2766" v3="3868" />
+      <tetrahedron index="13498" v0="2521" v1="2766" v2="3868" v3="4136" />
+      <tetrahedron index="13499" v0="2766" v1="3868" v2="4136" v3="4381" />
+      <tetrahedron index="13500" v0="1684" v1="1687" v2="2767" v3="3299" />
+      <tetrahedron index="13501" v0="1687" v1="2767" v2="3299" v3="3302" />
+      <tetrahedron index="13502" v0="2767" v1="3299" v2="3302" v3="4382" />
+      <tetrahedron index="13503" v0="1684" v1="1685" v2="2767" v3="3299" />
+      <tetrahedron index="13504" v0="1685" v1="2767" v2="3299" v3="3300" />
+      <tetrahedron index="13505" v0="2767" v1="3299" v2="3300" v3="4382" />
+      <tetrahedron index="13506" v0="2768" v1="2769" v2="2770" v3="4383" />
+      <tetrahedron index="13507" v0="2769" v1="2770" v2="4383" v3="4384" />
+      <tetrahedron index="13508" v0="2770" v1="4383" v2="4384" v3="4385" />
+      <tetrahedron index="13509" v0="2189" v1="2190" v2="2771" v3="3804" />
+      <tetrahedron index="13510" v0="2190" v1="2771" v2="3804" v3="3805" />
+      <tetrahedron index="13511" v0="2771" v1="3804" v2="3805" v3="4386" />
+      <tetrahedron index="13512" v0="2190" v1="2323" v2="2771" v3="3805" />
+      <tetrahedron index="13513" v0="2323" v1="2771" v2="3805" v3="3938" />
+      <tetrahedron index="13514" v0="2771" v1="3805" v2="3938" v3="4386" />
+      <tetrahedron index="13515" v0="1702" v1="2071" v2="2772" v3="3317" />
+      <tetrahedron index="13516" v0="2071" v1="2772" v2="3317" v3="3686" />
+      <tetrahedron index="13517" v0="2772" v1="3317" v2="3686" v3="4387" />
+      <tetrahedron index="13518" v0="1700" v1="1702" v2="2772" v3="3315" />
+      <tetrahedron index="13519" v0="1702" v1="2772" v2="3315" v3="3317" />
+      <tetrahedron index="13520" v0="2772" v1="3315" v2="3317" v3="4387" />
+      <tetrahedron index="13521" v0="2552" v1="2732" v2="2773" v3="4167" />
+      <tetrahedron index="13522" v0="2732" v1="2773" v2="4167" v3="4347" />
+      <tetrahedron index="13523" v0="2773" v1="4167" v2="4347" v3="4388" />
+      <tetrahedron index="13524" v0="2732" v1="2773" v2="2774" v3="4347" />
+      <tetrahedron index="13525" v0="2773" v1="2774" v2="4347" v3="4388" />
+      <tetrahedron index="13526" v0="2774" v1="4347" v2="4388" v3="4389" />
+      <tetrahedron index="13527" v0="1848" v1="1910" v2="2715" v3="3463" />
+      <tetrahedron index="13528" v0="1910" v1="2715" v2="3463" v3="3525" />
+      <tetrahedron index="13529" v0="2715" v1="3463" v2="3525" v3="4330" />
+      <tetrahedron index="13530" v0="2333" v1="2424" v2="2775" v3="3948" />
+      <tetrahedron index="13531" v0="2424" v1="2775" v2="3948" v3="4039" />
+      <tetrahedron index="13532" v0="2775" v1="3948" v2="4039" v3="4390" />
+      <tetrahedron index="13533" v0="2179" v1="2617" v2="2776" v3="3794" />
+      <tetrahedron index="13534" v0="2617" v1="2776" v2="3794" v3="4232" />
+      <tetrahedron index="13535" v0="2776" v1="3794" v2="4232" v3="4391" />
+      <tetrahedron index="13536" v0="2179" v1="2399" v2="2776" v3="3794" />
+      <tetrahedron index="13537" v0="2399" v1="2776" v2="3794" v3="4014" />
+      <tetrahedron index="13538" v0="2776" v1="3794" v2="4014" v3="4391" />
+      <tetrahedron index="13539" v0="2777" v1="2778" v2="2779" v3="4392" />
+      <tetrahedron index="13540" v0="2778" v1="2779" v2="4392" v3="4393" />
+      <tetrahedron index="13541" v0="2779" v1="4392" v2="4393" v3="4394" />
+      <tetrahedron index="13542" v0="2607" v1="2719" v2="2780" v3="4222" />
+      <tetrahedron index="13543" v0="2719" v1="2780" v2="4222" v3="4334" />
+      <tetrahedron index="13544" v0="2780" v1="4222" v2="4334" v3="4395" />
+      <tetrahedron index="13545" v0="2163" v1="2424" v2="2781" v3="3778" />
+      <tetrahedron index="13546" v0="2424" v1="2781" v2="3778" v3="4039" />
+      <tetrahedron index="13547" v0="2781" v1="3778" v2="4039" v3="4396" />
+      <tetrahedron index="13548" v0="2008" v1="2314" v2="2782" v3="3623" />
+      <tetrahedron index="13549" v0="2314" v1="2782" v2="3623" v3="3929" />
+      <tetrahedron index="13550" v0="2782" v1="3623" v2="3929" v3="4397" />
+      <tetrahedron index="13551" v0="1680" v1="2158" v2="2728" v3="3295" />
+      <tetrahedron index="13552" v0="2158" v1="2728" v2="3295" v3="3773" />
+      <tetrahedron index="13553" v0="2728" v1="3295" v2="3773" v3="4343" />
+      <tetrahedron index="13554" v0="1885" v1="1956" v2="2783" v3="3500" />
+      <tetrahedron index="13555" v0="1956" v1="2783" v2="3500" v3="3571" />
+      <tetrahedron index="13556" v0="2783" v1="3500" v2="3571" v3="4398" />
+      <tetrahedron index="13557" v0="1827" v1="1885" v2="2783" v3="3442" />
+      <tetrahedron index="13558" v0="1885" v1="2783" v2="3442" v3="3500" />
+      <tetrahedron index="13559" v0="2783" v1="3442" v2="3500" v3="4398" />
+      <tetrahedron index="13560" v0="1637" v1="2348" v2="2349" v3="3252" />
+      <tetrahedron index="13561" v0="2348" v1="2349" v2="3252" v3="3963" />
+      <tetrahedron index="13562" v0="2349" v1="3252" v2="3963" v3="3964" />
+      <tetrahedron index="13563" v0="2723" v1="2784" v2="2785" v3="4338" />
+      <tetrahedron index="13564" v0="2784" v1="2785" v2="4338" v3="4399" />
+      <tetrahedron index="13565" v0="2785" v1="4338" v2="4399" v3="4400" />
+      <tetrahedron index="13566" v0="2786" v1="2787" v2="2788" v3="4401" />
+      <tetrahedron index="13567" v0="2787" v1="2788" v2="4401" v3="4402" />
+      <tetrahedron index="13568" v0="2788" v1="4401" v2="4402" v3="4403" />
+      <tetrahedron index="13569" v0="2749" v1="2787" v2="2788" v3="4364" />
+      <tetrahedron index="13570" v0="2787" v1="2788" v2="4364" v3="4402" />
+      <tetrahedron index="13571" v0="2788" v1="4364" v2="4402" v3="4403" />
+      <tetrahedron index="13572" v0="2688" v1="2760" v2="2789" v3="4303" />
+      <tetrahedron index="13573" v0="2760" v1="2789" v2="4303" v3="4375" />
+      <tetrahedron index="13574" v0="2789" v1="4303" v2="4375" v3="4404" />
+      <tetrahedron index="13575" v0="1830" v1="2080" v2="2081" v3="3445" />
+      <tetrahedron index="13576" v0="2080" v1="2081" v2="3445" v3="3695" />
+      <tetrahedron index="13577" v0="2081" v1="3445" v2="3695" v3="3696" />
+      <tetrahedron index="13578" v0="2193" v1="2382" v2="2790" v3="3808" />
+      <tetrahedron index="13579" v0="2382" v1="2790" v2="3808" v3="3997" />
+      <tetrahedron index="13580" v0="2790" v1="3808" v2="3997" v3="4405" />
+      <tetrahedron index="13581" v0="2193" v1="2761" v2="2790" v3="3808" />
+      <tetrahedron index="13582" v0="2761" v1="2790" v2="3808" v3="4376" />
+      <tetrahedron index="13583" v0="2790" v1="3808" v2="4376" v3="4405" />
+      <tetrahedron index="13584" v0="2574" v1="2664" v2="2791" v3="4189" />
+      <tetrahedron index="13585" v0="2664" v1="2791" v2="4189" v3="4279" />
+      <tetrahedron index="13586" v0="2791" v1="4189" v2="4279" v3="4406" />
+      <tetrahedron index="13587" v0="2159" v1="2221" v2="2792" v3="3774" />
+      <tetrahedron index="13588" v0="2221" v1="2792" v2="3774" v3="3836" />
+      <tetrahedron index="13589" v0="2792" v1="3774" v2="3836" v3="4407" />
+      <tetrahedron index="13590" v0="2387" v1="2736" v2="2745" v3="4002" />
+      <tetrahedron index="13591" v0="2736" v1="2745" v2="4002" v3="4351" />
+      <tetrahedron index="13592" v0="2745" v1="4002" v2="4351" v3="4360" />
+      <tetrahedron index="13593" v0="2114" v1="2364" v2="2563" v3="3729" />
+      <tetrahedron index="13594" v0="2364" v1="2563" v2="3729" v3="3979" />
+      <tetrahedron index="13595" v0="2563" v1="3729" v2="3979" v3="4178" />
+      <tetrahedron index="13596" v0="2113" v1="2114" v2="2563" v3="3728" />
+      <tetrahedron index="13597" v0="2114" v1="2563" v2="3728" v3="3729" />
+      <tetrahedron index="13598" v0="2563" v1="3728" v2="3729" v3="4178" />
+      <tetrahedron index="13599" v0="1884" v1="2740" v2="2793" v3="3499" />
+      <tetrahedron index="13600" v0="2740" v1="2793" v2="3499" v3="4355" />
+      <tetrahedron index="13601" v0="2793" v1="3499" v2="4355" v3="4408" />
+      <tetrahedron index="13602" v0="2566" v1="2597" v2="2741" v3="4181" />
+      <tetrahedron index="13603" v0="2597" v1="2741" v2="4181" v3="4212" />
+      <tetrahedron index="13604" v0="2741" v1="4181" v2="4212" v3="4356" />
+      <tetrahedron index="13605" v0="2682" v1="2683" v2="2744" v3="4297" />
+      <tetrahedron index="13606" v0="2683" v1="2744" v2="4297" v3="4298" />
+      <tetrahedron index="13607" v0="2744" v1="4297" v2="4298" v3="4359" />
+      <tetrahedron index="13608" v0="1649" v1="1757" v2="1886" v3="3264" />
+      <tetrahedron index="13609" v0="1757" v1="1886" v2="3264" v3="3372" />
+      <tetrahedron index="13610" v0="1886" v1="3264" v2="3372" v3="3501" />
+      <tetrahedron index="13611" v0="1634" v1="1757" v2="1886" v3="3249" />
+      <tetrahedron index="13612" v0="1757" v1="1886" v2="3249" v3="3372" />
+      <tetrahedron index="13613" v0="1886" v1="3249" v2="3372" v3="3501" />
+      <tetrahedron index="13614" v0="2507" v1="2702" v2="2753" v3="4122" />
+      <tetrahedron index="13615" v0="2702" v1="2753" v2="4122" v3="4317" />
+      <tetrahedron index="13616" v0="2753" v1="4122" v2="4317" v3="4368" />
+      <tetrahedron index="13617" v0="2307" v1="2702" v2="2753" v3="3922" />
+      <tetrahedron index="13618" v0="2702" v1="2753" v2="3922" v3="4317" />
+      <tetrahedron index="13619" v0="2753" v1="3922" v2="4317" v3="4368" />
+      <tetrahedron index="13620" v0="2307" v1="2453" v2="2753" v3="3922" />
+      <tetrahedron index="13621" v0="2453" v1="2753" v2="3922" v3="4068" />
+      <tetrahedron index="13622" v0="2753" v1="3922" v2="4068" v3="4368" />
+      <tetrahedron index="13623" v0="1793" v1="2453" v2="2753" v3="3408" />
+      <tetrahedron index="13624" v0="2453" v1="2753" v2="3408" v3="4068" />
+      <tetrahedron index="13625" v0="2753" v1="3408" v2="4068" v3="4368" />
+      <tetrahedron index="13626" v0="1865" v1="2257" v2="2500" v3="3480" />
+      <tetrahedron index="13627" v0="2257" v1="2500" v2="3480" v3="3872" />
+      <tetrahedron index="13628" v0="2500" v1="3480" v2="3872" v3="4115" />
+      <tetrahedron index="13629" v0="1923" v1="2257" v2="2500" v3="3538" />
+      <tetrahedron index="13630" v0="2257" v1="2500" v2="3538" v3="3872" />
+      <tetrahedron index="13631" v0="2500" v1="3538" v2="3872" v3="4115" />
+      <tetrahedron index="13632" v0="1731" v1="1919" v2="1921" v3="3346" />
+      <tetrahedron index="13633" v0="1919" v1="1921" v2="3346" v3="3534" />
+      <tetrahedron index="13634" v0="1921" v1="3346" v2="3534" v3="3536" />
+      <tetrahedron index="13635" v0="1835" v1="2794" v2="2795" v3="3450" />
+      <tetrahedron index="13636" v0="2794" v1="2795" v2="3450" v3="4409" />
+      <tetrahedron index="13637" v0="2795" v1="3450" v2="4409" v3="4410" />
+      <tetrahedron index="13638" v0="1862" v1="2262" v2="2756" v3="3477" />
+      <tetrahedron index="13639" v0="2262" v1="2756" v2="3477" v3="3877" />
+      <tetrahedron index="13640" v0="2756" v1="3477" v2="3877" v3="4371" />
+      <tetrahedron index="13641" v0="2379" v1="2380" v2="2719" v3="3994" />
+      <tetrahedron index="13642" v0="2380" v1="2719" v2="3994" v3="3995" />
+      <tetrahedron index="13643" v0="2719" v1="3994" v2="3995" v3="4334" />
+      <tetrahedron index="13644" v0="2379" v1="2691" v2="2719" v3="3994" />
+      <tetrahedron index="13645" v0="2691" v1="2719" v2="3994" v3="4306" />
+      <tetrahedron index="13646" v0="2719" v1="3994" v2="4306" v3="4334" />
+      <tetrahedron index="13647" v0="1772" v1="2143" v2="2796" v3="3387" />
+      <tetrahedron index="13648" v0="2143" v1="2796" v2="3387" v3="3758" />
+      <tetrahedron index="13649" v0="2796" v1="3387" v2="3758" v3="4411" />
+      <tetrahedron index="13650" v0="1772" v1="2183" v2="2796" v3="3387" />
+      <tetrahedron index="13651" v0="2183" v1="2796" v2="3387" v3="3798" />
+      <tetrahedron index="13652" v0="2796" v1="3387" v2="3798" v3="4411" />
+      <tetrahedron index="13653" v0="1709" v1="1710" v2="2202" v3="3324" />
+      <tetrahedron index="13654" v0="1710" v1="2202" v2="3324" v3="3325" />
+      <tetrahedron index="13655" v0="2202" v1="3324" v2="3325" v3="3817" />
+      <tetrahedron index="13656" v0="1709" v1="2202" v2="2717" v3="3324" />
+      <tetrahedron index="13657" v0="2202" v1="2717" v2="3324" v3="3817" />
+      <tetrahedron index="13658" v0="2717" v1="3324" v2="3817" v3="4332" />
+      <tetrahedron index="13659" v0="2225" v1="2227" v2="2757" v3="3840" />
+      <tetrahedron index="13660" v0="2227" v1="2757" v2="3840" v3="3842" />
+      <tetrahedron index="13661" v0="2757" v1="3840" v2="3842" v3="4372" />
+      <tetrahedron index="13662" v0="2052" v1="2130" v2="2757" v3="3667" />
+      <tetrahedron index="13663" v0="2130" v1="2757" v2="3667" v3="3745" />
+      <tetrahedron index="13664" v0="2757" v1="3667" v2="3745" v3="4372" />
+      <tetrahedron index="13665" v0="2082" v1="2083" v2="2305" v3="3697" />
+      <tetrahedron index="13666" v0="2083" v1="2305" v2="3697" v3="3698" />
+      <tetrahedron index="13667" v0="2305" v1="3697" v2="3698" v3="3920" />
+      <tetrahedron index="13668" v0="1703" v1="1704" v2="2774" v3="3318" />
+      <tetrahedron index="13669" v0="1704" v1="2774" v2="3318" v3="3319" />
+      <tetrahedron index="13670" v0="2774" v1="3318" v2="3319" v3="4389" />
+      <tetrahedron index="13671" v0="2313" v1="2683" v2="2744" v3="3928" />
+      <tetrahedron index="13672" v0="2683" v1="2744" v2="3928" v3="4298" />
+      <tetrahedron index="13673" v0="2744" v1="3928" v2="4298" v3="4359" />
+      <tetrahedron index="13674" v0="2313" v1="2381" v2="2744" v3="3928" />
+      <tetrahedron index="13675" v0="2381" v1="2744" v2="3928" v3="3996" />
+      <tetrahedron index="13676" v0="2744" v1="3928" v2="3996" v3="4359" />
+      <tetrahedron index="13677" v0="2393" v1="2646" v2="2797" v3="4008" />
+      <tetrahedron index="13678" v0="2646" v1="2797" v2="4008" v3="4261" />
+      <tetrahedron index="13679" v0="2797" v1="4008" v2="4261" v3="4412" />
+      <tetrahedron index="13680" v0="2393" v1="2395" v2="2797" v3="4008" />
+      <tetrahedron index="13681" v0="2395" v1="2797" v2="4008" v3="4010" />
+      <tetrahedron index="13682" v0="2797" v1="4008" v2="4010" v3="4412" />
+      <tetrahedron index="13683" v0="2303" v1="2599" v2="2737" v3="3918" />
+      <tetrahedron index="13684" v0="2599" v1="2737" v2="3918" v3="4214" />
+      <tetrahedron index="13685" v0="2737" v1="3918" v2="4214" v3="4352" />
+      <tetrahedron index="13686" v0="2391" v1="2392" v2="2758" v3="4006" />
+      <tetrahedron index="13687" v0="2392" v1="2758" v2="4006" v3="4007" />
+      <tetrahedron index="13688" v0="2758" v1="4006" v2="4007" v3="4373" />
+      <tetrahedron index="13689" v0="2391" v1="2705" v2="2758" v3="4006" />
+      <tetrahedron index="13690" v0="2705" v1="2758" v2="4006" v3="4320" />
+      <tetrahedron index="13691" v0="2758" v1="4006" v2="4320" v3="4373" />
+      <tetrahedron index="13692" v0="2159" v1="2367" v2="2792" v3="3774" />
+      <tetrahedron index="13693" v0="2367" v1="2792" v2="3774" v3="3982" />
+      <tetrahedron index="13694" v0="2792" v1="3774" v2="3982" v3="4407" />
+      <tetrahedron index="13695" v0="2367" v1="2655" v2="2792" v3="3982" />
+      <tetrahedron index="13696" v0="2655" v1="2792" v2="3982" v3="4270" />
+      <tetrahedron index="13697" v0="2792" v1="3982" v2="4270" v3="4407" />
+      <tetrahedron index="13698" v0="1895" v1="2193" v2="2761" v3="3510" />
+      <tetrahedron index="13699" v0="2193" v1="2761" v2="3510" v3="3808" />
+      <tetrahedron index="13700" v0="2761" v1="3510" v2="3808" v3="4376" />
+      <tetrahedron index="13701" v0="2034" v1="2087" v2="2790" v3="3649" />
+      <tetrahedron index="13702" v0="2087" v1="2790" v2="3649" v3="3702" />
+      <tetrahedron index="13703" v0="2790" v1="3649" v2="3702" v3="4405" />
+      <tetrahedron index="13704" v0="2087" v1="2761" v2="2790" v3="3702" />
+      <tetrahedron index="13705" v0="2761" v1="2790" v2="3702" v3="4376" />
+      <tetrahedron index="13706" v0="2790" v1="3702" v2="4376" v3="4405" />
+      <tetrahedron index="13707" v0="2477" v1="2486" v2="2555" v3="4092" />
+      <tetrahedron index="13708" v0="2486" v1="2555" v2="4092" v3="4101" />
+      <tetrahedron index="13709" v0="2555" v1="4092" v2="4101" v3="4170" />
+      <tetrahedron index="13710" v0="2477" v1="2538" v2="2555" v3="4092" />
+      <tetrahedron index="13711" v0="2538" v1="2555" v2="4092" v3="4153" />
+      <tetrahedron index="13712" v0="2555" v1="4092" v2="4153" v3="4170" />
+      <tetrahedron index="13713" v0="1628" v1="2686" v2="2712" v3="3243" />
+      <tetrahedron index="13714" v0="2686" v1="2712" v2="3243" v3="4301" />
+      <tetrahedron index="13715" v0="2712" v1="3243" v2="4301" v3="4327" />
+      <tetrahedron index="13716" v0="2575" v1="2691" v2="2765" v3="4190" />
+      <tetrahedron index="13717" v0="2691" v1="2765" v2="4190" v3="4306" />
+      <tetrahedron index="13718" v0="2765" v1="4190" v2="4306" v3="4380" />
+      <tetrahedron index="13719" v0="2575" v1="2583" v2="2765" v3="4190" />
+      <tetrahedron index="13720" v0="2583" v1="2765" v2="4190" v3="4198" />
+      <tetrahedron index="13721" v0="2765" v1="4190" v2="4198" v3="4380" />
+      <tetrahedron index="13722" v0="2508" v1="2765" v2="2798" v3="4123" />
+      <tetrahedron index="13723" v0="2765" v1="2798" v2="4123" v3="4380" />
+      <tetrahedron index="13724" v0="2798" v1="4123" v2="4380" v3="4413" />
+      <tetrahedron index="13725" v0="2508" v1="2583" v2="2765" v3="4123" />
+      <tetrahedron index="13726" v0="2583" v1="2765" v2="4123" v3="4198" />
+      <tetrahedron index="13727" v0="2765" v1="4123" v2="4198" v3="4380" />
+      <tetrahedron index="13728" v0="1868" v1="1869" v2="2290" v3="3483" />
+      <tetrahedron index="13729" v0="1869" v1="2290" v2="3483" v3="3484" />
+      <tetrahedron index="13730" v0="2290" v1="3483" v2="3484" v3="3905" />
+      <tetrahedron index="13731" v0="2418" v1="2419" v2="2428" v3="4033" />
+      <tetrahedron index="13732" v0="2419" v1="2428" v2="4033" v3="4034" />
+      <tetrahedron index="13733" v0="2428" v1="4033" v2="4034" v3="4043" />
+      <tetrahedron index="13734" v0="2601" v1="2728" v2="2799" v3="4216" />
+      <tetrahedron index="13735" v0="2728" v1="2799" v2="4216" v3="4343" />
+      <tetrahedron index="13736" v0="2799" v1="4216" v2="4343" v3="4414" />
+      <tetrahedron index="13737" v0="2158" v1="2601" v2="2728" v3="3773" />
+      <tetrahedron index="13738" v0="2601" v1="2728" v2="3773" v3="4216" />
+      <tetrahedron index="13739" v0="2728" v1="3773" v2="4216" v3="4343" />
+      <tetrahedron index="13740" v0="1910" v1="2545" v2="2715" v3="3525" />
+      <tetrahedron index="13741" v0="2545" v1="2715" v2="3525" v3="4160" />
+      <tetrahedron index="13742" v0="2715" v1="3525" v2="4160" v3="4330" />
+      <tetrahedron index="13743" v0="2545" v1="2622" v2="2715" v3="4160" />
+      <tetrahedron index="13744" v0="2622" v1="2715" v2="4160" v3="4237" />
+      <tetrahedron index="13745" v0="2715" v1="4160" v2="4237" v3="4330" />
+      <tetrahedron index="13746" v0="2340" v1="2800" v2="2801" v3="3955" />
+      <tetrahedron index="13747" v0="2800" v1="2801" v2="3955" v3="4415" />
+      <tetrahedron index="13748" v0="2801" v1="3955" v2="4415" v3="4416" />
+      <tetrahedron index="13749" v0="2318" v1="2732" v2="2733" v3="3933" />
+      <tetrahedron index="13750" v0="2732" v1="2733" v2="3933" v3="4347" />
+      <tetrahedron index="13751" v0="2733" v1="3933" v2="4347" v3="4348" />
+      <tetrahedron index="13752" v0="2318" v1="2552" v2="2732" v3="3933" />
+      <tetrahedron index="13753" v0="2552" v1="2732" v2="3933" v3="4167" />
+      <tetrahedron index="13754" v0="2732" v1="3933" v2="4167" v3="4347" />
+      <tetrahedron index="13755" v0="2157" v1="2713" v2="2802" v3="3772" />
+      <tetrahedron index="13756" v0="2713" v1="2802" v2="3772" v3="4328" />
+      <tetrahedron index="13757" v0="2802" v1="3772" v2="4328" v3="4417" />
+      <tetrahedron index="13758" v0="2509" v1="2510" v2="2613" v3="4124" />
+      <tetrahedron index="13759" v0="2510" v1="2613" v2="4124" v3="4125" />
+      <tetrahedron index="13760" v0="2613" v1="4124" v2="4125" v3="4228" />
+      <tetrahedron index="13761" v0="2510" v1="2613" v2="2692" v3="4125" />
+      <tetrahedron index="13762" v0="2613" v1="2692" v2="4125" v3="4228" />
+      <tetrahedron index="13763" v0="2692" v1="4125" v2="4228" v3="4307" />
+      <tetrahedron index="13764" v0="1781" v1="2616" v2="2767" v3="3396" />
+      <tetrahedron index="13765" v0="2616" v1="2767" v2="3396" v3="4231" />
+      <tetrahedron index="13766" v0="2767" v1="3396" v2="4231" v3="4382" />
+      <tetrahedron index="13767" v0="1687" v1="1781" v2="2767" v3="3302" />
+      <tetrahedron index="13768" v0="1781" v1="2767" v2="3302" v3="3396" />
+      <tetrahedron index="13769" v0="2767" v1="3302" v2="3396" v3="4382" />
+      <tetrahedron index="13770" v0="2189" v1="2771" v2="2803" v3="3804" />
+      <tetrahedron index="13771" v0="2771" v1="2803" v2="3804" v3="4386" />
+      <tetrahedron index="13772" v0="2803" v1="3804" v2="4386" v3="4418" />
+      <tetrahedron index="13773" v0="2323" v1="2771" v2="2802" v3="3938" />
+      <tetrahedron index="13774" v0="2771" v1="2802" v2="3938" v3="4386" />
+      <tetrahedron index="13775" v0="2802" v1="3938" v2="4386" v3="4417" />
+      <tetrahedron index="13776" v0="2332" v1="2804" v2="2805" v3="3947" />
+      <tetrahedron index="13777" v0="2804" v1="2805" v2="3947" v3="4419" />
+      <tetrahedron index="13778" v0="2805" v1="3947" v2="4419" v3="4420" />
+      <tetrahedron index="13779" v0="2071" v1="2546" v2="2772" v3="3686" />
+      <tetrahedron index="13780" v0="2546" v1="2772" v2="3686" v3="4161" />
+      <tetrahedron index="13781" v0="2772" v1="3686" v2="4161" v3="4387" />
+      <tetrahedron index="13782" v0="2306" v1="2546" v2="2772" v3="3921" />
+      <tetrahedron index="13783" v0="2546" v1="2772" v2="3921" v3="4161" />
+      <tetrahedron index="13784" v0="2772" v1="3921" v2="4161" v3="4387" />
+      <tetrahedron index="13785" v0="2306" v1="2308" v2="2772" v3="3921" />
+      <tetrahedron index="13786" v0="2308" v1="2772" v2="3921" v3="3923" />
+      <tetrahedron index="13787" v0="2772" v1="3921" v2="3923" v3="4387" />
+      <tetrahedron index="13788" v0="1700" v1="2308" v2="2772" v3="3315" />
+      <tetrahedron index="13789" v0="2308" v1="2772" v2="3315" v3="3923" />
+      <tetrahedron index="13790" v0="2772" v1="3315" v2="3923" v3="4387" />
+      <tetrahedron index="13791" v0="1776" v1="2566" v2="2741" v3="3391" />
+      <tetrahedron index="13792" v0="2566" v1="2741" v2="3391" v3="4181" />
+      <tetrahedron index="13793" v0="2741" v1="3391" v2="4181" v3="4356" />
+      <tetrahedron index="13794" v0="1776" v1="2514" v2="2741" v3="3391" />
+      <tetrahedron index="13795" v0="2514" v1="2741" v2="3391" v3="4129" />
+      <tetrahedron index="13796" v0="2741" v1="3391" v2="4129" v3="4356" />
+      <tetrahedron index="13797" v0="2065" v1="2552" v2="2806" v3="3680" />
+      <tetrahedron index="13798" v0="2552" v1="2806" v2="3680" v3="4167" />
+      <tetrahedron index="13799" v0="2806" v1="3680" v2="4167" v3="4421" />
+      <tetrahedron index="13800" v0="2271" v1="2474" v2="2589" v3="3886" />
+      <tetrahedron index="13801" v0="2474" v1="2589" v2="3886" v3="4089" />
+      <tetrahedron index="13802" v0="2589" v1="3886" v2="4089" v3="4204" />
+      <tetrahedron index="13803" v0="2474" v1="2589" v2="2707" v3="4089" />
+      <tetrahedron index="13804" v0="2589" v1="2707" v2="4089" v3="4204" />
+      <tetrahedron index="13805" v0="2707" v1="4089" v2="4204" v3="4322" />
+      <tetrahedron index="13806" v0="2251" v1="2391" v2="2522" v3="3866" />
+      <tetrahedron index="13807" v0="2391" v1="2522" v2="3866" v3="4006" />
+      <tetrahedron index="13808" v0="2522" v1="3866" v2="4006" v3="4137" />
+      <tetrahedron index="13809" v0="2391" v1="2522" v2="2679" v3="4006" />
+      <tetrahedron index="13810" v0="2522" v1="2679" v2="4006" v3="4137" />
+      <tetrahedron index="13811" v0="2679" v1="4006" v2="4137" v3="4294" />
+      <tetrahedron index="13812" v0="2532" v1="2637" v2="2807" v3="4147" />
+      <tetrahedron index="13813" v0="2637" v1="2807" v2="4147" v3="4252" />
+      <tetrahedron index="13814" v0="2807" v1="4147" v2="4252" v3="4422" />
+      <tetrahedron index="13815" v0="2637" v1="2639" v2="2807" v3="4252" />
+      <tetrahedron index="13816" v0="2639" v1="2807" v2="4252" v3="4254" />
+      <tetrahedron index="13817" v0="2807" v1="4252" v2="4254" v3="4422" />
+      <tetrahedron index="13818" v0="2533" v1="2616" v2="2767" v3="4148" />
+      <tetrahedron index="13819" v0="2616" v1="2767" v2="4148" v3="4231" />
+      <tetrahedron index="13820" v0="2767" v1="4148" v2="4231" v3="4382" />
+      <tetrahedron index="13821" v0="1685" v1="2533" v2="2767" v3="3300" />
+      <tetrahedron index="13822" v0="2533" v1="2767" v2="3300" v3="4148" />
+      <tetrahedron index="13823" v0="2767" v1="3300" v2="4148" v3="4382" />
+      <tetrahedron index="13824" v0="1848" v1="2039" v2="2715" v3="3463" />
+      <tetrahedron index="13825" v0="2039" v1="2715" v2="3463" v3="3654" />
+      <tetrahedron index="13826" v0="2715" v1="3463" v2="3654" v3="4330" />
+      <tetrahedron index="13827" v0="2039" v1="2624" v2="2715" v3="3654" />
+      <tetrahedron index="13828" v0="2624" v1="2715" v2="3654" v3="4239" />
+      <tetrahedron index="13829" v0="2715" v1="3654" v2="4239" v3="4330" />
+      <tetrahedron index="13830" v0="2332" v1="2333" v2="2775" v3="3947" />
+      <tetrahedron index="13831" v0="2333" v1="2775" v2="3947" v3="3948" />
+      <tetrahedron index="13832" v0="2775" v1="3947" v2="3948" v3="4390" />
+      <tetrahedron index="13833" v0="2332" v1="2775" v2="2805" v3="3947" />
+      <tetrahedron index="13834" v0="2775" v1="2805" v2="3947" v3="4390" />
+      <tetrahedron index="13835" v0="2805" v1="3947" v2="4390" v3="4420" />
+      <tetrahedron index="13836" v0="2655" v1="2792" v2="2808" v3="4270" />
+      <tetrahedron index="13837" v0="2792" v1="2808" v2="4270" v3="4407" />
+      <tetrahedron index="13838" v0="2808" v1="4270" v2="4407" v3="4423" />
+      <tetrahedron index="13839" v0="2791" v1="2809" v2="2810" v3="4406" />
+      <tetrahedron index="13840" v0="2809" v1="2810" v2="4406" v3="4424" />
+      <tetrahedron index="13841" v0="2810" v1="4406" v2="4424" v3="4425" />
+      <tetrahedron index="13842" v0="2664" v1="2791" v2="2809" v3="4279" />
+      <tetrahedron index="13843" v0="2791" v1="2809" v2="4279" v3="4406" />
+      <tetrahedron index="13844" v0="2809" v1="4279" v2="4406" v3="4424" />
+      <tetrahedron index="13845" v0="2353" v1="2599" v2="2737" v3="3968" />
+      <tetrahedron index="13846" v0="2599" v1="2737" v2="3968" v3="4214" />
+      <tetrahedron index="13847" v0="2737" v1="3968" v2="4214" v3="4352" />
+      <tetrahedron index="13848" v0="2803" v1="2811" v2="2812" v3="4418" />
+      <tetrahedron index="13849" v0="2811" v1="2812" v2="4418" v3="4426" />
+      <tetrahedron index="13850" v0="2812" v1="4418" v2="4426" v3="4427" />
+      <tetrahedron index="13851" v0="2617" v1="2729" v2="2776" v3="4232" />
+      <tetrahedron index="13852" v0="2729" v1="2776" v2="4232" v3="4344" />
+      <tetrahedron index="13853" v0="2776" v1="4232" v2="4344" v3="4391" />
+      <tetrahedron index="13854" v0="2600" v1="2729" v2="2776" v3="4215" />
+      <tetrahedron index="13855" v0="2729" v1="2776" v2="4215" v3="4344" />
+      <tetrahedron index="13856" v0="2776" v1="4215" v2="4344" v3="4391" />
+      <tetrahedron index="13857" v0="2063" v1="2704" v2="2813" v3="3678" />
+      <tetrahedron index="13858" v0="2704" v1="2813" v2="3678" v3="4319" />
+      <tetrahedron index="13859" v0="2813" v1="3678" v2="4319" v3="4428" />
+      <tetrahedron index="13860" v0="2063" v1="2587" v2="2704" v3="3678" />
+      <tetrahedron index="13861" v0="2587" v1="2704" v2="3678" v3="4202" />
+      <tetrahedron index="13862" v0="2704" v1="3678" v2="4202" v3="4319" />
+      <tetrahedron index="13863" v0="2724" v1="2804" v2="2814" v3="4339" />
+      <tetrahedron index="13864" v0="2804" v1="2814" v2="4339" v3="4419" />
+      <tetrahedron index="13865" v0="2814" v1="4339" v2="4419" v3="4429" />
+      <tetrahedron index="13866" v0="2766" v1="2815" v2="2816" v3="4381" />
+      <tetrahedron index="13867" v0="2815" v1="2816" v2="4381" v3="4430" />
+      <tetrahedron index="13868" v0="2816" v1="4381" v2="4430" v3="4431" />
+      <tetrahedron index="13869" v0="2521" v1="2766" v2="2816" v3="4136" />
+      <tetrahedron index="13870" v0="2766" v1="2816" v2="4136" v3="4381" />
+      <tetrahedron index="13871" v0="2816" v1="4136" v2="4381" v3="4431" />
+      <tetrahedron index="13872" v0="2007" v1="2551" v2="2699" v3="3622" />
+      <tetrahedron index="13873" v0="2551" v1="2699" v2="3622" v3="4166" />
+      <tetrahedron index="13874" v0="2699" v1="3622" v2="4166" v3="4314" />
+      <tetrahedron index="13875" v0="2007" v1="2008" v2="2699" v3="3622" />
+      <tetrahedron index="13876" v0="2008" v1="2699" v2="3622" v3="3623" />
+      <tetrahedron index="13877" v0="2699" v1="3622" v2="3623" v3="4314" />
+      <tetrahedron index="13878" v0="2665" v1="2666" v2="2817" v3="4280" />
+      <tetrahedron index="13879" v0="2666" v1="2817" v2="4280" v3="4281" />
+      <tetrahedron index="13880" v0="2817" v1="4280" v2="4281" v3="4432" />
+      <tetrahedron index="13881" v0="2229" v1="2666" v2="2817" v3="3844" />
+      <tetrahedron index="13882" v0="2666" v1="2817" v2="3844" v3="4281" />
+      <tetrahedron index="13883" v0="2817" v1="3844" v2="4281" v3="4432" />
+      <tetrahedron index="13884" v0="2008" v1="2699" v2="2782" v3="3623" />
+      <tetrahedron index="13885" v0="2699" v1="2782" v2="3623" v3="4314" />
+      <tetrahedron index="13886" v0="2782" v1="3623" v2="4314" v3="4397" />
+      <tetrahedron index="13887" v0="2601" v1="2799" v2="2818" v3="4216" />
+      <tetrahedron index="13888" v0="2799" v1="2818" v2="4216" v3="4414" />
+      <tetrahedron index="13889" v0="2818" v1="4216" v2="4414" v3="4433" />
+      <tetrahedron index="13890" v0="2799" v1="2818" v2="2819" v3="4414" />
+      <tetrahedron index="13891" v0="2818" v1="2819" v2="4414" v3="4433" />
+      <tetrahedron index="13892" v0="2819" v1="4414" v2="4433" v3="4434" />
+      <tetrahedron index="13893" v0="2408" v1="2409" v2="2518" v3="4023" />
+      <tetrahedron index="13894" v0="2409" v1="2518" v2="4023" v3="4024" />
+      <tetrahedron index="13895" v0="2518" v1="4023" v2="4024" v3="4133" />
+      <tetrahedron index="13896" v0="2409" v1="2518" v2="2820" v3="4024" />
+      <tetrahedron index="13897" v0="2518" v1="2820" v2="4024" v3="4133" />
+      <tetrahedron index="13898" v0="2820" v1="4024" v2="4133" v3="4435" />
+      <tetrahedron index="13899" v0="2122" v1="2571" v2="2821" v3="3737" />
+      <tetrahedron index="13900" v0="2571" v1="2821" v2="3737" v3="4186" />
+      <tetrahedron index="13901" v0="2821" v1="3737" v2="4186" v3="4436" />
+      <tetrahedron index="13902" v0="2121" v1="2122" v2="2821" v3="3736" />
+      <tetrahedron index="13903" v0="2122" v1="2821" v2="3736" v3="3737" />
+      <tetrahedron index="13904" v0="2821" v1="3736" v2="3737" v3="4436" />
+      <tetrahedron index="13905" v0="1709" v1="2408" v2="2717" v3="3324" />
+      <tetrahedron index="13906" v0="2408" v1="2717" v2="3324" v3="4023" />
+      <tetrahedron index="13907" v0="2717" v1="3324" v2="4023" v3="4332" />
+      <tetrahedron index="13908" v0="1709" v1="2408" v2="2517" v3="3324" />
+      <tetrahedron index="13909" v0="2408" v1="2517" v2="3324" v3="4023" />
+      <tetrahedron index="13910" v0="2517" v1="3324" v2="4023" v3="4132" />
+      <tetrahedron index="13911" v0="1750" v1="2337" v2="2555" v3="3365" />
+      <tetrahedron index="13912" v0="2337" v1="2555" v2="3365" v3="3952" />
+      <tetrahedron index="13913" v0="2555" v1="3365" v2="3952" v3="4170" />
+      <tetrahedron index="13914" v0="1750" v1="2486" v2="2555" v3="3365" />
+      <tetrahedron index="13915" v0="2486" v1="2555" v2="3365" v3="4101" />
+      <tetrahedron index="13916" v0="2555" v1="3365" v2="4101" v3="4170" />
+      <tetrahedron index="13917" v0="2040" v1="2672" v2="2822" v3="3655" />
+      <tetrahedron index="13918" v0="2672" v1="2822" v2="3655" v3="4287" />
+      <tetrahedron index="13919" v0="2822" v1="3655" v2="4287" v3="4437" />
+      <tetrahedron index="13920" v0="2040" v1="2217" v2="2672" v3="3655" />
+      <tetrahedron index="13921" v0="2217" v1="2672" v2="3655" v3="3832" />
+      <tetrahedron index="13922" v0="2672" v1="3655" v2="3832" v3="4287" />
+      <tetrahedron index="13923" v0="2242" v1="2357" v2="2783" v3="3857" />
+      <tetrahedron index="13924" v0="2357" v1="2783" v2="3857" v3="3972" />
+      <tetrahedron index="13925" v0="2783" v1="3857" v2="3972" v3="4398" />
+      <tetrahedron index="13926" v0="1956" v1="2357" v2="2783" v3="3571" />
+      <tetrahedron index="13927" v0="2357" v1="2783" v2="3571" v3="3972" />
+      <tetrahedron index="13928" v0="2783" v1="3571" v2="3972" v3="4398" />
+      <tetrahedron index="13929" v0="2242" v1="2262" v2="2783" v3="3857" />
+      <tetrahedron index="13930" v0="2262" v1="2783" v2="3857" v3="3877" />
+      <tetrahedron index="13931" v0="2783" v1="3857" v2="3877" v3="4398" />
+      <tetrahedron index="13932" v0="1827" v1="2262" v2="2783" v3="3442" />
+      <tetrahedron index="13933" v0="2262" v1="2783" v2="3442" v3="3877" />
+      <tetrahedron index="13934" v0="2783" v1="3442" v2="3877" v3="4398" />
+      <tetrahedron index="13935" v0="1673" v1="1674" v2="2720" v3="3288" />
+      <tetrahedron index="13936" v0="1674" v1="2720" v2="3288" v3="3289" />
+      <tetrahedron index="13937" v0="2720" v1="3288" v2="3289" v3="4335" />
+      <tetrahedron index="13938" v0="2020" v1="2756" v2="2823" v3="3635" />
+      <tetrahedron index="13939" v0="2756" v1="2823" v2="3635" v3="4371" />
+      <tetrahedron index="13940" v0="2823" v1="3635" v2="4371" v3="4438" />
+      <tetrahedron index="13941" v0="2065" v1="2529" v2="2731" v3="3680" />
+      <tetrahedron index="13942" v0="2529" v1="2731" v2="3680" v3="4144" />
+      <tetrahedron index="13943" v0="2731" v1="3680" v2="4144" v3="4346" />
+      <tetrahedron index="13944" v0="2161" v1="2163" v2="2785" v3="3776" />
+      <tetrahedron index="13945" v0="2163" v1="2785" v2="3776" v3="3778" />
+      <tetrahedron index="13946" v0="2785" v1="3776" v2="3778" v3="4400" />
+      <tetrahedron index="13947" v0="2161" v1="2439" v2="2785" v3="3776" />
+      <tetrahedron index="13948" v0="2439" v1="2785" v2="3776" v3="4054" />
+      <tetrahedron index="13949" v0="2785" v1="3776" v2="4054" v3="4400" />
+      <tetrahedron index="13950" v0="1789" v1="2607" v2="2780" v3="3404" />
+      <tetrahedron index="13951" v0="2607" v1="2780" v2="3404" v3="4222" />
+      <tetrahedron index="13952" v0="2780" v1="3404" v2="4222" v3="4395" />
+      <tetrahedron index="13953" v0="1789" v1="1794" v2="2780" v3="3404" />
+      <tetrahedron index="13954" v0="1794" v1="2780" v2="3404" v3="3409" />
+      <tetrahedron index="13955" v0="2780" v1="3404" v2="3409" v3="4395" />
+      <tetrahedron index="13956" v0="2327" v1="2386" v2="2561" v3="3942" />
+      <tetrahedron index="13957" v0="2386" v1="2561" v2="3942" v3="4001" />
+      <tetrahedron index="13958" v0="2561" v1="3942" v2="4001" v3="4176" />
+      <tetrahedron index="13959" v0="2524" v1="2574" v2="2791" v3="4139" />
+      <tetrahedron index="13960" v0="2574" v1="2791" v2="4139" v3="4189" />
+      <tetrahedron index="13961" v0="2791" v1="4139" v2="4189" v3="4406" />
+      <tetrahedron index="13962" v0="1658" v1="1674" v2="1675" v3="3273" />
+      <tetrahedron index="13963" v0="1674" v1="1675" v2="3273" v3="3289" />
+      <tetrahedron index="13964" v0="1675" v1="3273" v2="3289" v3="3290" />
+      <tetrahedron index="13965" v0="1658" v1="1674" v2="1763" v3="3273" />
+      <tetrahedron index="13966" v0="1674" v1="1763" v2="3273" v3="3289" />
+      <tetrahedron index="13967" v0="1763" v1="3273" v2="3289" v3="3378" />
+      <tetrahedron index="13968" v0="1898" v1="2610" v2="2787" v3="3513" />
+      <tetrahedron index="13969" v0="2610" v1="2787" v2="3513" v3="4225" />
+      <tetrahedron index="13970" v0="2787" v1="3513" v2="4225" v3="4402" />
+      <tetrahedron index="13971" v0="1898" v1="2749" v2="2787" v3="3513" />
+      <tetrahedron index="13972" v0="2749" v1="2787" v2="3513" v3="4364" />
+      <tetrahedron index="13973" v0="2787" v1="3513" v2="4364" v3="4402" />
+      <tetrahedron index="13974" v0="2716" v1="2718" v2="2730" v3="4331" />
+      <tetrahedron index="13975" v0="2718" v1="2730" v2="4331" v3="4333" />
+      <tetrahedron index="13976" v0="2730" v1="4331" v2="4333" v3="4345" />
+      <tetrahedron index="13977" v0="2716" v1="2717" v2="2718" v3="4331" />
+      <tetrahedron index="13978" v0="2717" v1="2718" v2="4331" v3="4332" />
+      <tetrahedron index="13979" v0="2718" v1="4331" v2="4332" v3="4333" />
+      <tetrahedron index="13980" v0="2387" v1="2515" v2="2736" v3="4002" />
+      <tetrahedron index="13981" v0="2515" v1="2736" v2="4002" v3="4130" />
+      <tetrahedron index="13982" v0="2736" v1="4002" v2="4130" v3="4351" />
+      <tetrahedron index="13983" v0="2375" v1="2515" v2="2736" v3="3990" />
+      <tetrahedron index="13984" v0="2515" v1="2736" v2="3990" v3="4130" />
+      <tetrahedron index="13985" v0="2736" v1="3990" v2="4130" v3="4351" />
+      <tetrahedron index="13986" v0="2759" v1="2760" v2="2789" v3="4374" />
+      <tetrahedron index="13987" v0="2760" v1="2789" v2="4374" v3="4375" />
+      <tetrahedron index="13988" v0="2789" v1="4374" v2="4375" v3="4404" />
+      <tetrahedron index="13989" v0="2292" v1="2466" v2="2547" v3="3907" />
+      <tetrahedron index="13990" v0="2466" v1="2547" v2="3907" v3="4081" />
+      <tetrahedron index="13991" v0="2547" v1="3907" v2="4081" v3="4162" />
+      <tetrahedron index="13992" v0="2292" v1="2466" v2="2467" v3="3907" />
+      <tetrahedron index="13993" v0="2466" v1="2467" v2="3907" v3="4081" />
+      <tetrahedron index="13994" v0="2467" v1="3907" v2="4081" v3="4082" />
+      <tetrahedron index="13995" v0="1724" v1="2102" v2="2824" v3="3339" />
+      <tetrahedron index="13996" v0="2102" v1="2824" v2="3339" v3="3717" />
+      <tetrahedron index="13997" v0="2824" v1="3339" v2="3717" v3="4439" />
+      <tetrahedron index="13998" v0="2250" v1="2382" v2="2790" v3="3865" />
+      <tetrahedron index="13999" v0="2382" v1="2790" v2="3865" v3="3997" />
+      <tetrahedron index="14000" v0="2790" v1="3865" v2="3997" v3="4405" />
+      <tetrahedron index="14001" v0="2034" v1="2250" v2="2790" v3="3649" />
+      <tetrahedron index="14002" v0="2250" v1="2790" v2="3649" v3="3865" />
+      <tetrahedron index="14003" v0="2790" v1="3649" v2="3865" v3="4405" />
+      <tetrahedron index="14004" v0="2723" v1="2781" v2="2785" v3="4338" />
+      <tetrahedron index="14005" v0="2781" v1="2785" v2="4338" v3="4396" />
+      <tetrahedron index="14006" v0="2785" v1="4338" v2="4396" v3="4400" />
+      <tetrahedron index="14007" v0="2163" v1="2781" v2="2785" v3="3778" />
+      <tetrahedron index="14008" v0="2781" v1="2785" v2="3778" v3="4396" />
+      <tetrahedron index="14009" v0="2785" v1="3778" v2="4396" v3="4400" />
+      <tetrahedron index="14010" v0="2628" v1="2629" v2="2738" v3="4243" />
+      <tetrahedron index="14011" v0="2629" v1="2738" v2="4243" v3="4244" />
+      <tetrahedron index="14012" v0="2738" v1="4243" v2="4244" v3="4353" />
+      <tetrahedron index="14013" v0="1884" v1="2591" v2="2740" v3="3499" />
+      <tetrahedron index="14014" v0="2591" v1="2740" v2="3499" v3="4206" />
+      <tetrahedron index="14015" v0="2740" v1="3499" v2="4206" v3="4355" />
+      <tetrahedron index="14016" v0="2591" v1="2667" v2="2740" v3="4206" />
+      <tetrahedron index="14017" v0="2667" v1="2740" v2="4206" v3="4282" />
+      <tetrahedron index="14018" v0="2740" v1="4206" v2="4282" v3="4355" />
+      <tetrahedron index="14019" v0="2062" v1="2587" v2="2737" v3="3677" />
+      <tetrahedron index="14020" v0="2587" v1="2737" v2="3677" v3="4202" />
+      <tetrahedron index="14021" v0="2737" v1="3677" v2="4202" v3="4352" />
+      <tetrahedron index="14022" v0="2198" v1="2587" v2="2737" v3="3813" />
+      <tetrahedron index="14023" v0="2587" v1="2737" v2="3813" v3="4202" />
+      <tetrahedron index="14024" v0="2737" v1="3813" v2="4202" v3="4352" />
+      <tetrahedron index="14025" v0="1728" v1="2114" v2="2592" v3="3343" />
+      <tetrahedron index="14026" v0="2114" v1="2592" v2="3343" v3="3729" />
+      <tetrahedron index="14027" v0="2592" v1="3343" v2="3729" v3="4207" />
+      <tetrahedron index="14028" v0="2114" v1="2364" v2="2592" v3="3729" />
+      <tetrahedron index="14029" v0="2364" v1="2592" v2="3729" v3="3979" />
+      <tetrahedron index="14030" v0="2592" v1="3729" v2="3979" v3="4207" />
+      <tetrahedron index="14031" v0="2629" v1="2634" v2="2738" v3="4244" />
+      <tetrahedron index="14032" v0="2634" v1="2738" v2="4244" v3="4249" />
+      <tetrahedron index="14033" v0="2738" v1="4244" v2="4249" v3="4353" />
+      <tetrahedron index="14034" v0="2634" v1="2690" v2="2738" v3="4249" />
+      <tetrahedron index="14035" v0="2690" v1="2738" v2="4249" v3="4305" />
+      <tetrahedron index="14036" v0="2738" v1="4249" v2="4305" v3="4353" />
+      <tetrahedron index="14037" v0="2419" v1="2663" v2="2809" v3="4034" />
+      <tetrahedron index="14038" v0="2663" v1="2809" v2="4034" v3="4278" />
+      <tetrahedron index="14039" v0="2809" v1="4034" v2="4278" v3="4424" />
+      <tetrahedron index="14040" v0="2663" v1="2664" v2="2809" v3="4278" />
+      <tetrahedron index="14041" v0="2664" v1="2809" v2="4278" v3="4279" />
+      <tetrahedron index="14042" v0="2809" v1="4278" v2="4279" v3="4424" />
+      <tetrahedron index="14043" v0="2789" v1="2825" v2="2826" v3="4404" />
+      <tetrahedron index="14044" v0="2825" v1="2826" v2="4404" v3="4440" />
+      <tetrahedron index="14045" v0="2826" v1="4404" v2="4440" v3="4441" />
+      <tetrahedron index="14046" v0="1985" v1="1987" v2="2827" v3="3600" />
+      <tetrahedron index="14047" v0="1987" v1="2827" v2="3600" v3="3602" />
+      <tetrahedron index="14048" v0="2827" v1="3600" v2="3602" v3="4442" />
+      <tetrahedron index="14049" v0="2568" v1="2630" v2="2741" v3="4183" />
+      <tetrahedron index="14050" v0="2630" v1="2741" v2="4183" v3="4245" />
+      <tetrahedron index="14051" v0="2741" v1="4183" v2="4245" v3="4356" />
+      <tetrahedron index="14052" v0="2568" v1="2597" v2="2741" v3="4183" />
+      <tetrahedron index="14053" v0="2597" v1="2741" v2="4183" v3="4212" />
+      <tetrahedron index="14054" v0="2741" v1="4183" v2="4212" v3="4356" />
+      <tetrahedron index="14055" v0="2441" v1="2535" v2="2808" v3="4056" />
+      <tetrahedron index="14056" v0="2535" v1="2808" v2="4056" v3="4150" />
+      <tetrahedron index="14057" v0="2808" v1="4056" v2="4150" v3="4423" />
+      <tetrahedron index="14058" v0="2392" v1="2693" v2="2828" v3="4007" />
+      <tetrahedron index="14059" v0="2693" v1="2828" v2="4007" v3="4308" />
+      <tetrahedron index="14060" v0="2828" v1="4007" v2="4308" v3="4443" />
+      <tetrahedron index="14061" v0="2428" v1="2565" v2="2829" v3="4043" />
+      <tetrahedron index="14062" v0="2565" v1="2829" v2="4043" v3="4180" />
+      <tetrahedron index="14063" v0="2829" v1="4043" v2="4180" v3="4444" />
+      <tetrahedron index="14064" v0="2092" v1="2472" v2="2830" v3="3707" />
+      <tetrahedron index="14065" v0="2472" v1="2830" v2="3707" v3="4087" />
+      <tetrahedron index="14066" v0="2830" v1="3707" v2="4087" v3="4445" />
+      <tetrahedron index="14067" v0="2472" v1="2613" v2="2692" v3="4087" />
+      <tetrahedron index="14068" v0="2613" v1="2692" v2="4087" v3="4228" />
+      <tetrahedron index="14069" v0="2692" v1="4087" v2="4228" v3="4307" />
+      <tetrahedron index="14070" v0="2092" v1="2472" v2="2613" v3="3707" />
+      <tetrahedron index="14071" v0="2472" v1="2613" v2="3707" v3="4087" />
+      <tetrahedron index="14072" v0="2613" v1="3707" v2="4087" v3="4228" />
+      <tetrahedron index="14073" v0="2769" v1="2831" v2="2832" v3="4384" />
+      <tetrahedron index="14074" v0="2831" v1="2832" v2="4384" v3="4446" />
+      <tetrahedron index="14075" v0="2832" v1="4384" v2="4446" v3="4447" />
+      <tetrahedron index="14076" v0="2424" v1="2775" v2="2781" v3="4039" />
+      <tetrahedron index="14077" v0="2775" v1="2781" v2="4039" v3="4390" />
+      <tetrahedron index="14078" v0="2781" v1="4039" v2="4390" v3="4396" />
+      <tetrahedron index="14079" v0="1868" v1="2290" v2="2359" v3="3483" />
+      <tetrahedron index="14080" v0="2290" v1="2359" v2="3483" v3="3905" />
+      <tetrahedron index="14081" v0="2359" v1="3483" v2="3905" v3="3974" />
+      <tetrahedron index="14082" v0="1868" v1="2359" v2="2686" v3="3483" />
+      <tetrahedron index="14083" v0="2359" v1="2686" v2="3483" v3="3974" />
+      <tetrahedron index="14084" v0="2686" v1="3483" v2="3974" v3="4301" />
+      <tetrahedron index="14085" v0="2665" v1="2672" v2="2817" v3="4280" />
+      <tetrahedron index="14086" v0="2672" v1="2817" v2="4280" v3="4287" />
+      <tetrahedron index="14087" v0="2817" v1="4280" v2="4287" v3="4432" />
+      <tetrahedron index="14088" v0="2672" v1="2817" v2="2822" v3="4287" />
+      <tetrahedron index="14089" v0="2817" v1="2822" v2="4287" v3="4432" />
+      <tetrahedron index="14090" v0="2822" v1="4287" v2="4432" v3="4437" />
+      <tetrahedron index="14091" v0="2716" v1="2729" v2="2730" v3="4331" />
+      <tetrahedron index="14092" v0="2729" v1="2730" v2="4331" v3="4344" />
+      <tetrahedron index="14093" v0="2730" v1="4331" v2="4344" v3="4345" />
+      <tetrahedron index="14094" v0="2617" v1="2716" v2="2729" v3="4232" />
+      <tetrahedron index="14095" v0="2716" v1="2729" v2="4232" v3="4331" />
+      <tetrahedron index="14096" v0="2729" v1="4232" v2="4331" v3="4344" />
+      <tetrahedron index="14097" v0="2736" v1="2744" v2="2745" v3="4351" />
+      <tetrahedron index="14098" v0="2744" v1="2745" v2="4351" v3="4359" />
+      <tetrahedron index="14099" v0="2745" v1="4351" v2="4359" v3="4360" />
+      <tetrahedron index="14100" v0="2682" v1="2736" v2="2744" v3="4297" />
+      <tetrahedron index="14101" v0="2736" v1="2744" v2="4297" v3="4351" />
+      <tetrahedron index="14102" v0="2744" v1="4297" v2="4351" v3="4359" />
+      <tetrahedron index="14103" v0="1801" v1="2469" v2="2619" v3="3416" />
+      <tetrahedron index="14104" v0="2469" v1="2619" v2="3416" v3="4084" />
+      <tetrahedron index="14105" v0="2619" v1="3416" v2="4084" v3="4234" />
+      <tetrahedron index="14106" v0="2226" v1="2399" v2="2776" v3="3841" />
+      <tetrahedron index="14107" v0="2399" v1="2776" v2="3841" v3="4014" />
+      <tetrahedron index="14108" v0="2776" v1="3841" v2="4014" v3="4391" />
+      <tetrahedron index="14109" v0="2127" v1="2482" v2="2833" v3="3742" />
+      <tetrahedron index="14110" v0="2482" v1="2833" v2="3742" v3="4097" />
+      <tetrahedron index="14111" v0="2833" v1="3742" v2="4097" v3="4448" />
+      <tetrahedron index="14112" v0="2358" v1="2359" v2="2670" v3="3973" />
+      <tetrahedron index="14113" v0="2359" v1="2670" v2="3973" v3="3974" />
+      <tetrahedron index="14114" v0="2670" v1="3973" v2="3974" v3="4285" />
+      <tetrahedron index="14115" v0="2290" v1="2359" v2="2670" v3="3905" />
+      <tetrahedron index="14116" v0="2359" v1="2670" v2="3905" v3="3974" />
+      <tetrahedron index="14117" v0="2670" v1="3905" v2="3974" v3="4285" />
+      <tetrahedron index="14118" v0="1704" v1="2734" v2="2774" v3="3319" />
+      <tetrahedron index="14119" v0="2734" v1="2774" v2="3319" v3="4349" />
+      <tetrahedron index="14120" v0="2774" v1="3319" v2="4349" v3="4389" />
+      <tetrahedron index="14121" v0="2732" v1="2734" v2="2774" v3="4347" />
+      <tetrahedron index="14122" v0="2734" v1="2774" v2="4347" v3="4349" />
+      <tetrahedron index="14123" v0="2774" v1="4347" v2="4349" v3="4389" />
+      <tetrahedron index="14124" v0="2225" v1="2399" v2="2834" v3="3840" />
+      <tetrahedron index="14125" v0="2399" v1="2834" v2="3840" v3="4014" />
+      <tetrahedron index="14126" v0="2834" v1="3840" v2="4014" v3="4449" />
+      <tetrahedron index="14127" v0="1654" v1="2183" v2="2187" v3="3269" />
+      <tetrahedron index="14128" v0="2183" v1="2187" v2="3269" v3="3798" />
+      <tetrahedron index="14129" v0="2187" v1="3269" v2="3798" v3="3802" />
+      <tetrahedron index="14130" v0="1621" v1="2005" v2="2602" v3="3236" />
+      <tetrahedron index="14131" v0="2005" v1="2602" v2="3236" v3="3620" />
+      <tetrahedron index="14132" v0="2602" v1="3236" v2="3620" v3="4217" />
+      <tetrahedron index="14133" v0="1817" v1="1818" v2="2249" v3="3432" />
+      <tetrahedron index="14134" v0="1818" v1="2249" v2="3432" v3="3433" />
+      <tetrahedron index="14135" v0="2249" v1="3432" v2="3433" v3="3864" />
+      <tetrahedron index="14136" v0="2491" v1="2570" v2="2835" v3="4106" />
+      <tetrahedron index="14137" v0="2570" v1="2835" v2="4106" v3="4185" />
+      <tetrahedron index="14138" v0="2835" v1="4106" v2="4185" v3="4450" />
+      <tetrahedron index="14139" v0="2236" v1="2237" v2="2743" v3="3851" />
+      <tetrahedron index="14140" v0="2237" v1="2743" v2="3851" v3="3852" />
+      <tetrahedron index="14141" v0="2743" v1="3851" v2="3852" v3="4358" />
+      <tetrahedron index="14142" v0="2051" v1="2052" v2="2836" v3="3666" />
+      <tetrahedron index="14143" v0="2052" v1="2836" v2="3666" v3="3667" />
+      <tetrahedron index="14144" v0="2836" v1="3666" v2="3667" v3="4451" />
+      <tetrahedron index="14145" v0="2268" v1="2288" v2="2370" v3="3883" />
+      <tetrahedron index="14146" v0="2288" v1="2370" v2="3883" v3="3903" />
+      <tetrahedron index="14147" v0="2370" v1="3883" v2="3903" v3="3985" />
+      <tetrahedron index="14148" v0="2550" v1="2837" v2="2838" v3="4165" />
+      <tetrahedron index="14149" v0="2837" v1="2838" v2="4165" v3="4452" />
+      <tetrahedron index="14150" v0="2838" v1="4165" v2="4452" v3="4453" />
+      <tetrahedron index="14151" v0="1812" v1="1813" v2="2826" v3="3427" />
+      <tetrahedron index="14152" v0="1813" v1="2826" v2="3427" v3="3428" />
+      <tetrahedron index="14153" v0="2826" v1="3427" v2="3428" v3="4441" />
+      <tetrahedron index="14154" v0="2092" v1="2830" v2="2839" v3="3707" />
+      <tetrahedron index="14155" v0="2830" v1="2839" v2="3707" v3="4445" />
+      <tetrahedron index="14156" v0="2839" v1="3707" v2="4445" v3="4454" />
+      <tetrahedron index="14157" v0="2769" v1="2831" v2="2840" v3="4384" />
+      <tetrahedron index="14158" v0="2831" v1="2840" v2="4384" v3="4446" />
+      <tetrahedron index="14159" v0="2840" v1="4384" v2="4446" v3="4455" />
+      <tetrahedron index="14160" v0="2268" v1="2288" v2="2841" v3="3883" />
+      <tetrahedron index="14161" v0="2288" v1="2841" v2="3883" v3="3903" />
+      <tetrahedron index="14162" v0="2841" v1="3883" v2="3903" v3="4456" />
+      <tetrahedron index="14163" v0="2020" v1="2823" v2="2842" v3="3635" />
+      <tetrahedron index="14164" v0="2823" v1="2842" v2="3635" v3="4438" />
+      <tetrahedron index="14165" v0="2842" v1="3635" v2="4438" v3="4457" />
+      <tetrahedron index="14166" v0="1986" v1="2843" v2="2844" v3="3601" />
+      <tetrahedron index="14167" v0="2843" v1="2844" v2="3601" v3="4458" />
+      <tetrahedron index="14168" v0="2844" v1="3601" v2="4458" v3="4459" />
+      <tetrahedron index="14169" v0="1801" v1="2469" v2="2845" v3="3416" />
+      <tetrahedron index="14170" v0="2469" v1="2845" v2="3416" v3="4084" />
+      <tetrahedron index="14171" v0="2845" v1="3416" v2="4084" v3="4460" />
+      <tetrahedron index="14172" v0="2020" v1="2356" v2="2842" v3="3635" />
+      <tetrahedron index="14173" v0="2356" v1="2842" v2="3635" v3="3971" />
+      <tetrahedron index="14174" v0="2842" v1="3635" v2="3971" v3="4457" />
+      <tetrahedron index="14175" v0="2846" v1="2847" v2="2848" v3="4461" />
+      <tetrahedron index="14176" v0="2847" v1="2848" v2="4461" v3="4462" />
+      <tetrahedron index="14177" v0="2848" v1="4461" v2="4462" v3="4463" />
+      <tetrahedron index="14178" v0="1624" v1="2095" v2="2269" v3="3239" />
+      <tetrahedron index="14179" v0="2095" v1="2269" v2="3239" v3="3710" />
+      <tetrahedron index="14180" v0="2269" v1="3239" v2="3710" v3="3884" />
+      <tetrahedron index="14181" v0="1936" v1="2599" v2="2849" v3="3551" />
+      <tetrahedron index="14182" v0="2599" v1="2849" v2="3551" v3="4214" />
+      <tetrahedron index="14183" v0="2849" v1="3551" v2="4214" v3="4464" />
+      <tetrahedron index="14184" v0="2303" v1="2599" v2="2849" v3="3918" />
+      <tetrahedron index="14185" v0="2599" v1="2849" v2="3918" v3="4214" />
+      <tetrahedron index="14186" v0="2849" v1="3918" v2="4214" v3="4464" />
+      <tetrahedron index="14187" v0="2303" v1="2849" v2="2850" v3="3918" />
+      <tetrahedron index="14188" v0="2849" v1="2850" v2="3918" v3="4464" />
+      <tetrahedron index="14189" v0="2850" v1="3918" v2="4464" v3="4465" />
+      <tetrahedron index="14190" v0="2225" v1="2834" v2="2851" v3="3840" />
+      <tetrahedron index="14191" v0="2834" v1="2851" v2="3840" v3="4449" />
+      <tetrahedron index="14192" v0="2851" v1="3840" v2="4449" v3="4466" />
+      <tetrahedron index="14193" v0="2829" v1="2852" v2="2853" v3="4444" />
+      <tetrahedron index="14194" v0="2852" v1="2853" v2="4444" v3="4467" />
+      <tetrahedron index="14195" v0="2853" v1="4444" v2="4467" v3="4468" />
+      <tetrahedron index="14196" v0="2036" v1="2037" v2="2812" v3="3651" />
+      <tetrahedron index="14197" v0="2037" v1="2812" v2="3651" v3="3652" />
+      <tetrahedron index="14198" v0="2812" v1="3651" v2="3652" v3="4427" />
+      <tetrahedron index="14199" v0="2037" v1="2811" v2="2812" v3="3652" />
+      <tetrahedron index="14200" v0="2811" v1="2812" v2="3652" v3="4426" />
+      <tetrahedron index="14201" v0="2812" v1="3652" v2="4426" v3="4427" />
+      <tetrahedron index="14202" v0="1654" v1="1764" v2="2183" v3="3269" />
+      <tetrahedron index="14203" v0="1764" v1="2183" v2="3269" v3="3379" />
+      <tetrahedron index="14204" v0="2183" v1="3269" v2="3379" v3="3798" />
+      <tetrahedron index="14205" v0="1653" v1="1654" v2="1764" v3="3268" />
+      <tetrahedron index="14206" v0="1654" v1="1764" v2="3268" v3="3269" />
+      <tetrahedron index="14207" v0="1764" v1="3268" v2="3269" v3="3379" />
+      <tetrahedron index="14208" v0="2409" v1="2707" v2="2854" v3="4024" />
+      <tetrahedron index="14209" v0="2707" v1="2854" v2="4024" v3="4322" />
+      <tetrahedron index="14210" v0="2854" v1="4024" v2="4322" v3="4469" />
+      <tetrahedron index="14211" v0="1782" v1="1784" v2="2400" v3="3397" />
+      <tetrahedron index="14212" v0="1784" v1="2400" v2="3397" v3="3399" />
+      <tetrahedron index="14213" v0="2400" v1="3397" v2="3399" v3="4015" />
+      <tetrahedron index="14214" v0="1784" v1="2355" v2="2400" v3="3399" />
+      <tetrahedron index="14215" v0="2355" v1="2400" v2="3399" v3="3970" />
+      <tetrahedron index="14216" v0="2400" v1="3399" v2="3970" v3="4015" />
+      <tetrahedron index="14217" v0="2050" v1="2137" v2="2490" v3="3665" />
+      <tetrahedron index="14218" v0="2137" v1="2490" v2="3665" v3="3752" />
+      <tetrahedron index="14219" v0="2490" v1="3665" v2="3752" v3="4105" />
+      <tetrahedron index="14220" v0="2855" v1="2856" v2="2857" v3="4470" />
+      <tetrahedron index="14221" v0="2856" v1="2857" v2="4470" v3="4471" />
+      <tetrahedron index="14222" v0="2857" v1="4470" v2="4471" v3="4472" />
+      <tetrahedron index="14223" v0="2080" v1="2081" v2="2213" v3="3695" />
+      <tetrahedron index="14224" v0="2081" v1="2213" v2="3695" v3="3696" />
+      <tetrahedron index="14225" v0="2213" v1="3695" v2="3696" v3="3828" />
+      <tetrahedron index="14226" v0="2080" v1="2213" v2="2293" v3="3695" />
+      <tetrahedron index="14227" v0="2213" v1="2293" v2="3695" v3="3828" />
+      <tetrahedron index="14228" v0="2293" v1="3695" v2="3828" v3="3908" />
+      <tetrahedron index="14229" v0="2156" v1="2157" v2="2858" v3="3771" />
+      <tetrahedron index="14230" v0="2157" v1="2858" v2="3771" v3="3772" />
+      <tetrahedron index="14231" v0="2858" v1="3771" v2="3772" v3="4473" />
+      <tetrahedron index="14232" v0="2543" v1="2544" v2="2755" v3="4158" />
+      <tetrahedron index="14233" v0="2544" v1="2755" v2="4158" v3="4159" />
+      <tetrahedron index="14234" v0="2755" v1="4158" v2="4159" v3="4370" />
+      <tetrahedron index="14235" v0="2543" v1="2557" v2="2755" v3="4158" />
+      <tetrahedron index="14236" v0="2557" v1="2755" v2="4158" v3="4172" />
+      <tetrahedron index="14237" v0="2755" v1="4158" v2="4172" v3="4370" />
+      <tetrahedron index="14238" v0="2074" v1="2075" v2="2859" v3="3689" />
+      <tetrahedron index="14239" v0="2075" v1="2859" v2="3689" v3="3690" />
+      <tetrahedron index="14240" v0="2859" v1="3689" v2="3690" v3="4474" />
+      <tetrahedron index="14241" v0="2074" v1="2811" v2="2859" v3="3689" />
+      <tetrahedron index="14242" v0="2811" v1="2859" v2="3689" v3="4426" />
+      <tetrahedron index="14243" v0="2859" v1="3689" v2="4426" v3="4474" />
+      <tetrahedron index="14244" v0="2860" v1="2861" v2="2862" v3="4475" />
+      <tetrahedron index="14245" v0="2861" v1="2862" v2="4475" v3="4476" />
+      <tetrahedron index="14246" v0="2862" v1="4475" v2="4476" v3="4477" />
+      <tetrahedron index="14247" v0="2340" v1="2533" v2="2800" v3="3955" />
+      <tetrahedron index="14248" v0="2533" v1="2800" v2="3955" v3="4148" />
+      <tetrahedron index="14249" v0="2800" v1="3955" v2="4148" v3="4415" />
+      <tetrahedron index="14250" v0="1649" v1="1887" v2="1938" v3="3264" />
+      <tetrahedron index="14251" v0="1887" v1="1938" v2="3264" v3="3502" />
+      <tetrahedron index="14252" v0="1938" v1="3264" v2="3502" v3="3553" />
+      <tetrahedron index="14253" v0="2094" v1="2120" v2="2615" v3="3709" />
+      <tetrahedron index="14254" v0="2120" v1="2615" v2="3709" v3="3735" />
+      <tetrahedron index="14255" v0="2615" v1="3709" v2="3735" v3="4230" />
+      <tetrahedron index="14256" v0="2863" v1="2864" v2="2865" v3="4478" />
+      <tetrahedron index="14257" v0="2864" v1="2865" v2="4478" v3="4479" />
+      <tetrahedron index="14258" v0="2865" v1="4478" v2="4479" v3="4480" />
+      <tetrahedron index="14259" v0="1820" v1="2704" v2="2813" v3="3435" />
+      <tetrahedron index="14260" v0="2704" v1="2813" v2="3435" v3="4319" />
+      <tetrahedron index="14261" v0="2813" v1="3435" v2="4319" v3="4428" />
+      <tetrahedron index="14262" v0="2133" v1="2150" v2="2348" v3="3748" />
+      <tetrahedron index="14263" v0="2150" v1="2348" v2="3748" v3="3765" />
+      <tetrahedron index="14264" v0="2348" v1="3748" v2="3765" v3="3963" />
+      <tetrahedron index="14265" v0="1638" v1="2150" v2="2348" v3="3253" />
+      <tetrahedron index="14266" v0="2150" v1="2348" v2="3253" v3="3765" />
+      <tetrahedron index="14267" v0="2348" v1="3253" v2="3765" v3="3963" />
+      <tetrahedron index="14268" v0="2409" v1="2707" v2="2820" v3="4024" />
+      <tetrahedron index="14269" v0="2707" v1="2820" v2="4024" v3="4322" />
+      <tetrahedron index="14270" v0="2820" v1="4024" v2="4322" v3="4435" />
+      <tetrahedron index="14271" v0="2588" v1="2707" v2="2820" v3="4203" />
+      <tetrahedron index="14272" v0="2707" v1="2820" v2="4203" v3="4322" />
+      <tetrahedron index="14273" v0="2820" v1="4203" v2="4322" v3="4435" />
+      <tetrahedron index="14274" v0="2611" v1="2866" v2="2867" v3="4226" />
+      <tetrahedron index="14275" v0="2866" v1="2867" v2="4226" v3="4481" />
+      <tetrahedron index="14276" v0="2867" v1="4226" v2="4481" v3="4482" />
+      <tetrahedron index="14277" v0="2191" v1="2526" v2="2752" v3="3806" />
+      <tetrahedron index="14278" v0="2526" v1="2752" v2="3806" v3="4141" />
+      <tetrahedron index="14279" v0="2752" v1="3806" v2="4141" v3="4367" />
+      <tetrahedron index="14280" v0="2526" v1="2639" v2="2752" v3="4141" />
+      <tetrahedron index="14281" v0="2639" v1="2752" v2="4141" v3="4254" />
+      <tetrahedron index="14282" v0="2752" v1="4141" v2="4254" v3="4367" />
+      <tetrahedron index="14283" v0="1997" v1="2191" v2="2530" v3="3612" />
+      <tetrahedron index="14284" v0="2191" v1="2530" v2="3612" v3="3806" />
+      <tetrahedron index="14285" v0="2530" v1="3612" v2="3806" v3="4145" />
+      <tetrahedron index="14286" v0="1997" v1="2190" v2="2191" v3="3612" />
+      <tetrahedron index="14287" v0="2190" v1="2191" v2="3612" v3="3805" />
+      <tetrahedron index="14288" v0="2191" v1="3612" v2="3805" v3="3806" />
+      <tetrahedron index="14289" v0="2056" v1="2745" v2="2868" v3="3671" />
+      <tetrahedron index="14290" v0="2745" v1="2868" v2="3671" v3="4360" />
+      <tetrahedron index="14291" v0="2868" v1="3671" v2="4360" v3="4483" />
+      <tetrahedron index="14292" v0="2614" v1="2621" v2="2869" v3="4229" />
+      <tetrahedron index="14293" v0="2621" v1="2869" v2="4229" v3="4236" />
+      <tetrahedron index="14294" v0="2869" v1="4229" v2="4236" v3="4484" />
+      <tetrahedron index="14295" v0="2181" v1="2614" v2="2869" v3="3796" />
+      <tetrahedron index="14296" v0="2614" v1="2869" v2="3796" v3="4229" />
+      <tetrahedron index="14297" v0="2869" v1="3796" v2="4229" v3="4484" />
+      <tetrahedron index="14298" v0="2086" v1="2330" v2="2850" v3="3701" />
+      <tetrahedron index="14299" v0="2330" v1="2850" v2="3701" v3="3945" />
+      <tetrahedron index="14300" v0="2850" v1="3701" v2="3945" v3="4465" />
+      <tetrahedron index="14301" v0="1724" v1="2824" v2="2870" v3="3339" />
+      <tetrahedron index="14302" v0="2824" v1="2870" v2="3339" v3="4439" />
+      <tetrahedron index="14303" v0="2870" v1="3339" v2="4439" v3="4485" />
+      <tetrahedron index="14304" v0="1615" v1="2824" v2="2870" v3="3230" />
+      <tetrahedron index="14305" v0="2824" v1="2870" v2="3230" v3="4439" />
+      <tetrahedron index="14306" v0="2870" v1="3230" v2="4439" v3="4485" />
+      <tetrahedron index="14307" v0="2651" v1="2653" v2="2871" v3="4266" />
+      <tetrahedron index="14308" v0="2653" v1="2871" v2="4266" v3="4268" />
+      <tetrahedron index="14309" v0="2871" v1="4266" v2="4268" v3="4486" />
+      <tetrahedron index="14310" v0="2110" v1="2111" v2="2872" v3="3725" />
+      <tetrahedron index="14311" v0="2111" v1="2872" v2="3725" v3="3726" />
+      <tetrahedron index="14312" v0="2872" v1="3725" v2="3726" v3="4487" />
+      <tetrahedron index="14313" v0="2873" v1="2874" v2="2875" v3="4488" />
+      <tetrahedron index="14314" v0="2874" v1="2875" v2="4488" v3="4489" />
+      <tetrahedron index="14315" v0="2875" v1="4488" v2="4489" v3="4490" />
+      <tetrahedron index="14316" v0="1672" v1="1870" v2="2876" v3="3287" />
+      <tetrahedron index="14317" v0="1870" v1="2876" v2="3287" v3="3485" />
+      <tetrahedron index="14318" v0="2876" v1="3287" v2="3485" v3="4491" />
+      <tetrahedron index="14319" v0="1672" v1="2876" v2="2877" v3="3287" />
+      <tetrahedron index="14320" v0="2876" v1="2877" v2="3287" v3="4491" />
+      <tetrahedron index="14321" v0="2877" v1="3287" v2="4491" v3="4492" />
+      <tetrahedron index="14322" v0="2652" v1="2687" v2="2878" v3="4267" />
+      <tetrahedron index="14323" v0="2687" v1="2878" v2="4267" v3="4302" />
+      <tetrahedron index="14324" v0="2878" v1="4267" v2="4302" v3="4493" />
+      <tetrahedron index="14325" v0="2041" v1="2612" v2="2879" v3="3656" />
+      <tetrahedron index="14326" v0="2612" v1="2879" v2="3656" v3="4227" />
+      <tetrahedron index="14327" v0="2879" v1="3656" v2="4227" v3="4494" />
+      <tetrahedron index="14328" v0="2612" v1="2879" v2="2880" v3="4227" />
+      <tetrahedron index="14329" v0="2879" v1="2880" v2="4227" v3="4494" />
+      <tetrahedron index="14330" v0="2880" v1="4227" v2="4494" v3="4495" />
+      <tetrahedron index="14331" v0="2236" v1="2743" v2="2881" v3="3851" />
+      <tetrahedron index="14332" v0="2743" v1="2881" v2="3851" v3="4358" />
+      <tetrahedron index="14333" v0="2881" v1="3851" v2="4358" v3="4496" />
+      <tetrahedron index="14334" v0="2763" v1="2764" v2="2882" v3="4378" />
+      <tetrahedron index="14335" v0="2764" v1="2882" v2="4378" v3="4379" />
+      <tetrahedron index="14336" v0="2882" v1="4378" v2="4379" v3="4497" />
+      <tetrahedron index="14337" v0="2511" v1="2658" v2="2852" v3="4126" />
+      <tetrahedron index="14338" v0="2658" v1="2852" v2="4126" v3="4273" />
+      <tetrahedron index="14339" v0="2852" v1="4126" v2="4273" v3="4467" />
+      <tetrahedron index="14340" v0="1814" v1="2883" v2="2884" v3="3429" />
+      <tetrahedron index="14341" v0="2883" v1="2884" v2="3429" v3="4498" />
+      <tetrahedron index="14342" v0="2884" v1="3429" v2="4498" v3="4499" />
+      <tetrahedron index="14343" v0="2232" v1="2866" v2="2885" v3="3847" />
+      <tetrahedron index="14344" v0="2866" v1="2885" v2="3847" v3="4481" />
+      <tetrahedron index="14345" v0="2885" v1="3847" v2="4481" v3="4500" />
+      <tetrahedron index="14346" v0="2749" v1="2788" v2="2886" v3="4364" />
+      <tetrahedron index="14347" v0="2788" v1="2886" v2="4364" v3="4403" />
+      <tetrahedron index="14348" v0="2886" v1="4364" v2="4403" v3="4501" />
+      <tetrahedron index="14349" v0="1637" v1="2349" v2="2887" v3="3252" />
+      <tetrahedron index="14350" v0="2349" v1="2887" v2="3252" v3="3964" />
+      <tetrahedron index="14351" v0="2887" v1="3252" v2="3964" v3="4502" />
+      <tetrahedron index="14352" v0="1703" v1="2774" v2="2888" v3="3318" />
+      <tetrahedron index="14353" v0="2774" v1="2888" v2="3318" v3="4389" />
+      <tetrahedron index="14354" v0="2888" v1="3318" v2="4389" v3="4503" />
+      <tetrahedron index="14355" v0="2291" v1="2766" v2="2889" v3="3906" />
+      <tetrahedron index="14356" v0="2766" v1="2889" v2="3906" v3="4381" />
+      <tetrahedron index="14357" v0="2889" v1="3906" v2="4381" v3="4504" />
+      <tetrahedron index="14358" v0="2766" v1="2815" v2="2889" v3="4381" />
+      <tetrahedron index="14359" v0="2815" v1="2889" v2="4381" v3="4430" />
+      <tetrahedron index="14360" v0="2889" v1="4381" v2="4430" v3="4504" />
+      <tetrahedron index="14361" v0="1967" v1="2474" v2="2890" v3="3582" />
+      <tetrahedron index="14362" v0="2474" v1="2890" v2="3582" v3="4089" />
+      <tetrahedron index="14363" v0="2890" v1="3582" v2="4089" v3="4505" />
+      <tetrahedron index="14364" v0="1878" v1="1946" v2="2806" v3="3493" />
+      <tetrahedron index="14365" v0="1946" v1="2806" v2="3493" v3="3561" />
+      <tetrahedron index="14366" v0="2806" v1="3493" v2="3561" v3="4421" />
+      <tetrahedron index="14367" v0="1946" v1="2065" v2="2806" v3="3561" />
+      <tetrahedron index="14368" v0="2065" v1="2806" v2="3561" v3="3680" />
+      <tetrahedron index="14369" v0="2806" v1="3561" v2="3680" v3="4421" />
+      <tetrahedron index="14370" v0="2565" v1="2829" v2="2891" v3="4180" />
+      <tetrahedron index="14371" v0="2829" v1="2891" v2="4180" v3="4444" />
+      <tetrahedron index="14372" v0="2891" v1="4180" v2="4444" v3="4506" />
+      <tetrahedron index="14373" v0="2705" v1="2758" v2="2892" v3="4320" />
+      <tetrahedron index="14374" v0="2758" v1="2892" v2="4320" v3="4373" />
+      <tetrahedron index="14375" v0="2892" v1="4320" v2="4373" v3="4507" />
+      <tetrahedron index="14376" v0="2635" v1="2758" v2="2892" v3="4250" />
+      <tetrahedron index="14377" v0="2758" v1="2892" v2="4250" v3="4373" />
+      <tetrahedron index="14378" v0="2892" v1="4250" v2="4373" v3="4507" />
+      <tetrahedron index="14379" v0="2360" v1="2687" v2="2893" v3="3975" />
+      <tetrahedron index="14380" v0="2687" v1="2893" v2="3975" v3="4302" />
+      <tetrahedron index="14381" v0="2893" v1="3975" v2="4302" v3="4508" />
+      <tetrahedron index="14382" v0="1642" v1="2360" v2="2893" v3="3257" />
+      <tetrahedron index="14383" v0="2360" v1="2893" v2="3257" v3="3975" />
+      <tetrahedron index="14384" v0="2893" v1="3257" v2="3975" v3="4508" />
+      <tetrahedron index="14385" v0="2302" v1="2801" v2="2833" v3="3917" />
+      <tetrahedron index="14386" v0="2801" v1="2833" v2="3917" v3="4416" />
+      <tetrahedron index="14387" v0="2833" v1="3917" v2="4416" v3="4448" />
+      <tetrahedron index="14388" v0="1724" v1="2102" v2="2894" v3="3339" />
+      <tetrahedron index="14389" v0="2102" v1="2894" v2="3339" v3="3717" />
+      <tetrahedron index="14390" v0="2894" v1="3339" v2="3717" v3="4509" />
+      <tetrahedron index="14391" v0="1722" v1="1724" v2="2894" v3="3337" />
+      <tetrahedron index="14392" v0="1724" v1="2894" v2="3337" v3="3339" />
+      <tetrahedron index="14393" v0="2894" v1="3337" v2="3339" v3="4509" />
+      <tetrahedron index="14394" v0="2074" v1="2811" v2="2895" v3="3689" />
+      <tetrahedron index="14395" v0="2811" v1="2895" v2="3689" v3="4426" />
+      <tetrahedron index="14396" v0="2895" v1="3689" v2="4426" v3="4510" />
+      <tetrahedron index="14397" v0="2037" v1="2811" v2="2895" v3="3652" />
+      <tetrahedron index="14398" v0="2811" v1="2895" v2="3652" v3="4426" />
+      <tetrahedron index="14399" v0="2895" v1="3652" v2="4426" v3="4510" />
+      <tetrahedron index="14400" v0="2204" v1="2249" v2="2896" v3="3819" />
+      <tetrahedron index="14401" v0="2249" v1="2896" v2="3819" v3="3864" />
+      <tetrahedron index="14402" v0="2896" v1="3819" v2="3864" v3="4511" />
+      <tetrahedron index="14403" v0="2295" v1="2309" v2="2843" v3="3910" />
+      <tetrahedron index="14404" v0="2309" v1="2843" v2="3910" v3="3924" />
+      <tetrahedron index="14405" v0="2843" v1="3910" v2="3924" v3="4458" />
+      <tetrahedron index="14406" v0="2132" v1="2519" v2="2897" v3="3747" />
+      <tetrahedron index="14407" v0="2519" v1="2897" v2="3747" v3="4134" />
+      <tetrahedron index="14408" v0="2897" v1="3747" v2="4134" v3="4512" />
+      <tetrahedron index="14409" v0="2206" v1="2269" v2="2846" v3="3821" />
+      <tetrahedron index="14410" v0="2269" v1="2846" v2="3821" v3="3884" />
+      <tetrahedron index="14411" v0="2846" v1="3821" v2="3884" v3="4461" />
+      <tetrahedron index="14412" v0="1957" v1="2248" v2="2898" v3="3572" />
+      <tetrahedron index="14413" v0="2248" v1="2898" v2="3572" v3="3863" />
+      <tetrahedron index="14414" v0="2898" v1="3572" v2="3863" v3="4513" />
+      <tetrahedron index="14415" v0="2052" v1="2836" v2="2851" v3="3667" />
+      <tetrahedron index="14416" v0="2836" v1="2851" v2="3667" v3="4451" />
+      <tetrahedron index="14417" v0="2851" v1="3667" v2="4451" v3="4466" />
+      <tetrahedron index="14418" v0="2466" v1="2547" v2="2899" v3="4081" />
+      <tetrahedron index="14419" v0="2547" v1="2899" v2="4081" v3="4162" />
+      <tetrahedron index="14420" v0="2899" v1="4081" v2="4162" v3="4514" />
+      <tetrahedron index="14421" v0="1742" v1="2309" v2="2900" v3="3357" />
+      <tetrahedron index="14422" v0="2309" v1="2900" v2="3357" v3="3924" />
+      <tetrahedron index="14423" v0="2900" v1="3357" v2="3924" v3="4515" />
+      <tetrahedron index="14424" v0="1788" v1="2368" v2="2901" v3="3403" />
+      <tetrahedron index="14425" v0="2368" v1="2901" v2="3403" v3="3983" />
+      <tetrahedron index="14426" v0="2901" v1="3403" v2="3983" v3="4516" />
+      <tetrahedron index="14427" v0="1809" v1="1810" v2="2902" v3="3424" />
+      <tetrahedron index="14428" v0="1810" v1="2902" v2="3424" v3="3425" />
+      <tetrahedron index="14429" v0="2902" v1="3424" v2="3425" v3="4517" />
+      <tetrahedron index="14430" v0="1777" v1="1917" v2="2794" v3="3392" />
+      <tetrahedron index="14431" v0="1917" v1="2794" v2="3392" v3="3532" />
+      <tetrahedron index="14432" v0="2794" v1="3392" v2="3532" v3="4409" />
+      <tetrahedron index="14433" v0="2032" v1="2033" v2="2903" v3="3647" />
+      <tetrahedron index="14434" v0="2033" v1="2903" v2="3647" v3="3648" />
+      <tetrahedron index="14435" v0="2903" v1="3647" v2="3648" v3="4518" />
+      <tetrahedron index="14436" v0="1820" v1="1822" v2="2886" v3="3435" />
+      <tetrahedron index="14437" v0="1822" v1="2886" v2="3435" v3="3437" />
+      <tetrahedron index="14438" v0="2886" v1="3435" v2="3437" v3="4501" />
+      <tetrahedron index="14439" v0="2236" v1="2881" v2="2904" v3="3851" />
+      <tetrahedron index="14440" v0="2881" v1="2904" v2="3851" v3="4496" />
+      <tetrahedron index="14441" v0="2904" v1="3851" v2="4496" v3="4519" />
+      <tetrahedron index="14442" v0="1989" v1="2837" v2="2905" v3="3604" />
+      <tetrahedron index="14443" v0="2837" v1="2905" v2="3604" v3="4452" />
+      <tetrahedron index="14444" v0="2905" v1="3604" v2="4452" v3="4520" />
+      <tetrahedron index="14445" v0="1989" v1="1990" v2="2905" v3="3604" />
+      <tetrahedron index="14446" v0="1990" v1="2905" v2="3604" v3="3605" />
+      <tetrahedron index="14447" v0="2905" v1="3604" v2="3605" v3="4520" />
+      <tetrahedron index="14448" v0="2349" v1="2874" v2="2887" v3="3964" />
+      <tetrahedron index="14449" v0="2874" v1="2887" v2="3964" v3="4489" />
+      <tetrahedron index="14450" v0="2887" v1="3964" v2="4489" v3="4502" />
+      <tetrahedron index="14451" v0="2349" v1="2873" v2="2874" v3="3964" />
+      <tetrahedron index="14452" v0="2873" v1="2874" v2="3964" v3="4488" />
+      <tetrahedron index="14453" v0="2874" v1="3964" v2="4488" v3="4489" />
+      <tetrahedron index="14454" v0="2032" v1="2274" v2="2903" v3="3647" />
+      <tetrahedron index="14455" v0="2274" v1="2903" v2="3647" v3="3889" />
+      <tetrahedron index="14456" v0="2903" v1="3647" v2="3889" v3="4518" />
+      <tetrahedron index="14457" v0="2154" v1="2366" v2="2882" v3="3769" />
+      <tetrahedron index="14458" v0="2366" v1="2882" v2="3769" v3="3981" />
+      <tetrahedron index="14459" v0="2882" v1="3769" v2="3981" v3="4497" />
+      <tetrahedron index="14460" v0="2154" v1="2763" v2="2882" v3="3769" />
+      <tetrahedron index="14461" v0="2763" v1="2882" v2="3769" v3="4378" />
+      <tetrahedron index="14462" v0="2882" v1="3769" v2="4378" v3="4497" />
+      <tetrahedron index="14463" v0="2621" v1="2869" v2="2906" v3="4236" />
+      <tetrahedron index="14464" v0="2869" v1="2906" v2="4236" v3="4484" />
+      <tetrahedron index="14465" v0="2906" v1="4236" v2="4484" v3="4521" />
+      <tetrahedron index="14466" v0="2181" v1="2182" v2="2869" v3="3796" />
+      <tetrahedron index="14467" v0="2182" v1="2869" v2="3796" v3="3797" />
+      <tetrahedron index="14468" v0="2869" v1="3796" v2="3797" v3="4484" />
+      <tetrahedron index="14469" v0="2086" v1="2088" v2="2850" v3="3701" />
+      <tetrahedron index="14470" v0="2088" v1="2850" v2="3701" v3="3703" />
+      <tetrahedron index="14471" v0="2850" v1="3701" v2="3703" v3="4465" />
+      <tetrahedron index="14472" v0="2088" v1="2849" v2="2850" v3="3703" />
+      <tetrahedron index="14473" v0="2849" v1="2850" v2="3703" v3="4464" />
+      <tetrahedron index="14474" v0="2850" v1="3703" v2="4464" v3="4465" />
+      <tetrahedron index="14475" v0="1723" v1="1724" v2="2870" v3="3338" />
+      <tetrahedron index="14476" v0="1724" v1="2870" v2="3338" v3="3339" />
+      <tetrahedron index="14477" v0="2870" v1="3338" v2="3339" v3="4485" />
+      <tetrahedron index="14478" v0="1615" v1="1725" v2="2870" v3="3230" />
+      <tetrahedron index="14479" v0="1725" v1="2870" v2="3230" v3="3340" />
+      <tetrahedron index="14480" v0="2870" v1="3230" v2="3340" v3="4485" />
+      <tetrahedron index="14481" v0="2053" v1="2056" v2="2387" v3="3668" />
+      <tetrahedron index="14482" v0="2056" v1="2387" v2="3668" v3="3671" />
+      <tetrahedron index="14483" v0="2387" v1="3668" v2="3671" v3="4002" />
+      <tetrahedron index="14484" v0="2056" v1="2387" v2="2745" v3="3671" />
+      <tetrahedron index="14485" v0="2387" v1="2745" v2="3671" v3="4002" />
+      <tetrahedron index="14486" v0="2745" v1="3671" v2="4002" v3="4360" />
+      <tetrahedron index="14487" v0="2036" v1="2038" v2="2907" v3="3651" />
+      <tetrahedron index="14488" v0="2038" v1="2907" v2="3651" v3="3653" />
+      <tetrahedron index="14489" v0="2907" v1="3651" v2="3653" v3="4522" />
+      <tetrahedron index="14490" v0="2038" v1="2456" v2="2907" v3="3653" />
+      <tetrahedron index="14491" v0="2456" v1="2907" v2="3653" v3="4071" />
+      <tetrahedron index="14492" v0="2907" v1="3653" v2="4071" v3="4522" />
+      <tetrahedron index="14493" v0="2206" v1="2384" v2="2846" v3="3821" />
+      <tetrahedron index="14494" v0="2384" v1="2846" v2="3821" v3="3999" />
+      <tetrahedron index="14495" v0="2846" v1="3821" v2="3999" v3="4461" />
+      <tetrahedron index="14496" v0="2384" v1="2846" v2="2848" v3="3999" />
+      <tetrahedron index="14497" v0="2846" v1="2848" v2="3999" v3="4461" />
+      <tetrahedron index="14498" v0="2848" v1="3999" v2="4461" v3="4463" />
+      <tetrahedron index="14499" v0="1726" v1="2144" v2="2894" v3="3341" />
+      <tetrahedron index="14500" v0="2144" v1="2894" v2="3341" v3="3759" />
+      <tetrahedron index="14501" v0="2894" v1="3341" v2="3759" v3="4509" />
+      <tetrahedron index="14502" v0="1726" v1="2102" v2="2894" v3="3341" />
+      <tetrahedron index="14503" v0="2102" v1="2894" v2="3341" v3="3717" />
+      <tetrahedron index="14504" v0="2894" v1="3341" v2="3717" v3="4509" />
+      <tetrahedron index="14505" v0="2109" v1="2223" v2="2795" v3="3724" />
+      <tetrahedron index="14506" v0="2223" v1="2795" v2="3724" v3="3838" />
+      <tetrahedron index="14507" v0="2795" v1="3724" v2="3838" v3="4410" />
+      <tetrahedron index="14508" v0="1870" v1="2876" v2="2908" v3="3485" />
+      <tetrahedron index="14509" v0="2876" v1="2908" v2="3485" v3="4491" />
+      <tetrahedron index="14510" v0="2908" v1="3485" v2="4491" v3="4523" />
+      <tetrahedron index="14511" v0="2876" v1="2908" v2="2909" v3="4491" />
+      <tetrahedron index="14512" v0="2908" v1="2909" v2="4491" v3="4523" />
+      <tetrahedron index="14513" v0="2909" v1="4491" v2="4523" v3="4524" />
+      <tetrahedron index="14514" v0="1809" v1="2435" v2="2902" v3="3424" />
+      <tetrahedron index="14515" v0="2435" v1="2902" v2="3424" v3="4050" />
+      <tetrahedron index="14516" v0="2902" v1="3424" v2="4050" v3="4517" />
+      <tetrahedron index="14517" v0="2041" v1="2173" v2="2879" v3="3656" />
+      <tetrahedron index="14518" v0="2173" v1="2879" v2="3656" v3="3788" />
+      <tetrahedron index="14519" v0="2879" v1="3656" v2="3788" v3="4494" />
+      <tetrahedron index="14520" v0="2471" v1="2521" v2="2816" v3="4086" />
+      <tetrahedron index="14521" v0="2521" v1="2816" v2="4086" v3="4136" />
+      <tetrahedron index="14522" v0="2816" v1="4086" v2="4136" v3="4431" />
+      <tetrahedron index="14523" v0="2471" v1="2692" v2="2816" v3="4086" />
+      <tetrahedron index="14524" v0="2692" v1="2816" v2="4086" v3="4307" />
+      <tetrahedron index="14525" v0="2816" v1="4086" v2="4307" v3="4431" />
+      <tetrahedron index="14526" v0="2276" v1="2634" v2="2689" v3="3891" />
+      <tetrahedron index="14527" v0="2634" v1="2689" v2="3891" v3="4249" />
+      <tetrahedron index="14528" v0="2689" v1="3891" v2="4249" v3="4304" />
+      <tetrahedron index="14529" v0="2276" v1="2603" v2="2689" v3="3891" />
+      <tetrahedron index="14530" v0="2603" v1="2689" v2="3891" v3="4218" />
+      <tetrahedron index="14531" v0="2689" v1="3891" v2="4218" v3="4304" />
+      <tetrahedron index="14532" v0="2127" v1="2800" v2="2833" v3="3742" />
+      <tetrahedron index="14533" v0="2800" v1="2833" v2="3742" v3="4415" />
+      <tetrahedron index="14534" v0="2833" v1="3742" v2="4415" v3="4448" />
+      <tetrahedron index="14535" v0="2800" v1="2801" v2="2833" v3="4415" />
+      <tetrahedron index="14536" v0="2801" v1="2833" v2="4415" v3="4416" />
+      <tetrahedron index="14537" v0="2833" v1="4415" v2="4416" v3="4448" />
+      <tetrahedron index="14538" v0="2879" v1="2880" v2="2910" v3="4494" />
+      <tetrahedron index="14539" v0="2880" v1="2910" v2="4494" v3="4495" />
+      <tetrahedron index="14540" v0="2910" v1="4494" v2="4495" v3="4525" />
+      <tetrahedron index="14541" v0="1946" v1="1947" v2="2066" v3="3561" />
+      <tetrahedron index="14542" v0="1947" v1="2066" v2="3561" v3="3562" />
+      <tetrahedron index="14543" v0="2066" v1="3561" v2="3562" v3="3681" />
+      <tetrahedron index="14544" v0="1947" v1="2066" v2="2911" v3="3562" />
+      <tetrahedron index="14545" v0="2066" v1="2911" v2="3562" v3="3681" />
+      <tetrahedron index="14546" v0="2911" v1="3562" v2="3681" v3="4526" />
+      <tetrahedron index="14547" v0="2709" v1="2710" v2="2912" v3="4324" />
+      <tetrahedron index="14548" v0="2710" v1="2912" v2="4324" v3="4325" />
+      <tetrahedron index="14549" v0="2912" v1="4324" v2="4325" v3="4527" />
+      <tetrahedron index="14550" v0="2678" v1="2913" v2="2914" v3="4293" />
+      <tetrahedron index="14551" v0="2913" v1="2914" v2="4293" v3="4528" />
+      <tetrahedron index="14552" v0="2914" v1="4293" v2="4528" v3="4529" />
+      <tetrahedron index="14553" v0="2319" v1="2552" v2="2806" v3="3934" />
+      <tetrahedron index="14554" v0="2552" v1="2806" v2="3934" v3="4167" />
+      <tetrahedron index="14555" v0="2806" v1="3934" v2="4167" v3="4421" />
+      <tetrahedron index="14556" v0="1878" v1="2319" v2="2806" v3="3493" />
+      <tetrahedron index="14557" v0="2319" v1="2806" v2="3493" v3="3934" />
+      <tetrahedron index="14558" v0="2806" v1="3493" v2="3934" v3="4421" />
+      <tetrahedron index="14559" v0="2409" v1="2410" v2="2854" v3="4024" />
+      <tetrahedron index="14560" v0="2410" v1="2854" v2="4024" v3="4025" />
+      <tetrahedron index="14561" v0="2854" v1="4024" v2="4025" v3="4469" />
+      <tetrahedron index="14562" v0="2410" v1="2718" v2="2854" v3="4025" />
+      <tetrahedron index="14563" v0="2718" v1="2854" v2="4025" v3="4333" />
+      <tetrahedron index="14564" v0="2854" v1="4025" v2="4333" v3="4469" />
+      <tetrahedron index="14565" v0="2057" v1="2730" v2="2890" v3="3672" />
+      <tetrahedron index="14566" v0="2730" v1="2890" v2="3672" v3="4345" />
+      <tetrahedron index="14567" v0="2890" v1="3672" v2="4345" v3="4505" />
+      <tetrahedron index="14568" v0="1967" v1="2057" v2="2890" v3="3582" />
+      <tetrahedron index="14569" v0="2057" v1="2890" v2="3582" v3="3672" />
+      <tetrahedron index="14570" v0="2890" v1="3582" v2="3672" v3="4505" />
+      <tetrahedron index="14571" v0="2164" v1="2635" v2="2892" v3="3779" />
+      <tetrahedron index="14572" v0="2635" v1="2892" v2="3779" v3="4250" />
+      <tetrahedron index="14573" v0="2892" v1="3779" v2="4250" v3="4507" />
+      <tetrahedron index="14574" v0="2164" v1="2476" v2="2892" v3="3779" />
+      <tetrahedron index="14575" v0="2476" v1="2892" v2="3779" v3="4091" />
+      <tetrahedron index="14576" v0="2892" v1="3779" v2="4091" v3="4507" />
+      <tetrahedron index="14577" v0="1642" v1="1765" v2="2893" v3="3257" />
+      <tetrahedron index="14578" v0="1765" v1="2893" v2="3257" v3="3380" />
+      <tetrahedron index="14579" v0="2893" v1="3257" v2="3380" v3="4508" />
+      <tetrahedron index="14580" v0="2189" v1="2803" v2="2915" v3="3804" />
+      <tetrahedron index="14581" v0="2803" v1="2915" v2="3804" v3="4418" />
+      <tetrahedron index="14582" v0="2915" v1="3804" v2="4418" v3="4530" />
+      <tetrahedron index="14583" v0="1990" v1="2788" v2="2886" v3="3605" />
+      <tetrahedron index="14584" v0="2788" v1="2886" v2="3605" v3="4403" />
+      <tetrahedron index="14585" v0="2886" v1="3605" v2="4403" v3="4501" />
+      <tetrahedron index="14586" v0="1822" v1="1990" v2="2886" v3="3437" />
+      <tetrahedron index="14587" v0="1990" v1="2886" v2="3437" v3="3605" />
+      <tetrahedron index="14588" v0="2886" v1="3437" v2="3605" v3="4501" />
+      <tetrahedron index="14589" v0="2843" v1="2844" v2="2916" v3="4458" />
+      <tetrahedron index="14590" v0="2844" v1="2916" v2="4458" v3="4459" />
+      <tetrahedron index="14591" v0="2916" v1="4458" v2="4459" v3="4531" />
+      <tetrahedron index="14592" v0="2309" v1="2843" v2="2916" v3="3924" />
+      <tetrahedron index="14593" v0="2843" v1="2916" v2="3924" v3="4458" />
+      <tetrahedron index="14594" v0="2916" v1="3924" v2="4458" v3="4531" />
+      <tetrahedron index="14595" v0="2876" v1="2909" v2="2917" v3="4491" />
+      <tetrahedron index="14596" v0="2909" v1="2917" v2="4491" v3="4524" />
+      <tetrahedron index="14597" v0="2917" v1="4491" v2="4524" v3="4532" />
+      <tetrahedron index="14598" v0="2876" v1="2877" v2="2917" v3="4491" />
+      <tetrahedron index="14599" v0="2877" v1="2917" v2="4491" v3="4492" />
+      <tetrahedron index="14600" v0="2917" v1="4491" v2="4492" v3="4532" />
+      <tetrahedron index="14601" v0="2549" v1="2786" v2="2905" v3="4164" />
+      <tetrahedron index="14602" v0="2786" v1="2905" v2="4164" v3="4401" />
+      <tetrahedron index="14603" v0="2905" v1="4164" v2="4401" v3="4520" />
+      <tetrahedron index="14604" v0="2611" v1="2866" v2="2885" v3="4226" />
+      <tetrahedron index="14605" v0="2866" v1="2885" v2="4226" v3="4481" />
+      <tetrahedron index="14606" v0="2885" v1="4226" v2="4481" v3="4500" />
+      <tetrahedron index="14607" v0="2248" v1="2611" v2="2885" v3="3863" />
+      <tetrahedron index="14608" v0="2611" v1="2885" v2="3863" v3="4226" />
+      <tetrahedron index="14609" v0="2885" v1="3863" v2="4226" v3="4500" />
+      <tetrahedron index="14610" v0="2831" v1="2832" v2="2855" v3="4446" />
+      <tetrahedron index="14611" v0="2832" v1="2855" v2="4446" v3="4447" />
+      <tetrahedron index="14612" v0="2855" v1="4446" v2="4447" v3="4470" />
+      <tetrahedron index="14613" v0="2832" v1="2855" v2="2856" v3="4447" />
+      <tetrahedron index="14614" v0="2855" v1="2856" v2="4447" v3="4470" />
+      <tetrahedron index="14615" v0="2856" v1="4447" v2="4470" v3="4471" />
+      <tetrahedron index="14616" v0="1994" v1="2918" v2="2919" v3="3609" />
+      <tetrahedron index="14617" v0="2918" v1="2919" v2="3609" v3="4533" />
+      <tetrahedron index="14618" v0="2919" v1="3609" v2="4533" v3="4534" />
+      <tetrahedron index="14619" v0="2743" v1="2881" v2="2920" v3="4358" />
+      <tetrahedron index="14620" v0="2881" v1="2920" v2="4358" v3="4496" />
+      <tetrahedron index="14621" v0="2920" v1="4358" v2="4496" v3="4535" />
+      <tetrahedron index="14622" v0="2881" v1="2920" v2="2921" v3="4496" />
+      <tetrahedron index="14623" v0="2920" v1="2921" v2="4496" v3="4535" />
+      <tetrahedron index="14624" v0="2921" v1="4496" v2="4535" v3="4536" />
+      <tetrahedron index="14625" v0="1844" v1="2425" v2="2452" v3="3459" />
+      <tetrahedron index="14626" v0="2425" v1="2452" v2="3459" v3="4040" />
+      <tetrahedron index="14627" v0="2452" v1="3459" v2="4040" v3="4067" />
+      <tetrahedron index="14628" v0="2288" v1="2684" v2="2900" v3="3903" />
+      <tetrahedron index="14629" v0="2684" v1="2900" v2="3903" v3="4299" />
+      <tetrahedron index="14630" v0="2900" v1="3903" v2="4299" v3="4515" />
+      <tetrahedron index="14631" v0="1742" v1="2288" v2="2900" v3="3357" />
+      <tetrahedron index="14632" v0="2288" v1="2900" v2="3357" v3="3903" />
+      <tetrahedron index="14633" v0="2900" v1="3357" v2="3903" v3="4515" />
+      <tetrahedron index="14634" v0="2291" v1="2706" v2="2889" v3="3906" />
+      <tetrahedron index="14635" v0="2706" v1="2889" v2="3906" v3="4321" />
+      <tetrahedron index="14636" v0="2889" v1="3906" v2="4321" v3="4504" />
+      <tetrahedron index="14637" v0="1741" v1="2675" v2="2841" v3="3356" />
+      <tetrahedron index="14638" v0="2675" v1="2841" v2="3356" v3="4290" />
+      <tetrahedron index="14639" v0="2841" v1="3356" v2="4290" v3="4456" />
+      <tetrahedron index="14640" v0="1741" v1="2288" v2="2841" v3="3356" />
+      <tetrahedron index="14641" v0="2288" v1="2841" v2="3356" v3="3903" />
+      <tetrahedron index="14642" v0="2841" v1="3356" v2="3903" v3="4456" />
+      <tetrahedron index="14643" v0="2768" v1="2769" v2="2832" v3="4383" />
+      <tetrahedron index="14644" v0="2769" v1="2832" v2="4383" v3="4384" />
+      <tetrahedron index="14645" v0="2832" v1="4383" v2="4384" v3="4447" />
+      <tetrahedron index="14646" v0="2687" v1="2878" v2="2893" v3="4302" />
+      <tetrahedron index="14647" v0="2878" v1="2893" v2="4302" v3="4493" />
+      <tetrahedron index="14648" v0="2893" v1="4302" v2="4493" v3="4508" />
+      <tetrahedron index="14649" v0="2510" v1="2692" v2="2816" v3="4125" />
+      <tetrahedron index="14650" v0="2692" v1="2816" v2="4125" v3="4307" />
+      <tetrahedron index="14651" v0="2816" v1="4125" v2="4307" v3="4431" />
+      <tetrahedron index="14652" v0="2510" v1="2815" v2="2816" v3="4125" />
+      <tetrahedron index="14653" v0="2815" v1="2816" v2="4125" v3="4430" />
+      <tetrahedron index="14654" v0="2816" v1="4125" v2="4430" v3="4431" />
+      <tetrahedron index="14655" v0="2044" v1="2321" v2="2922" v3="3659" />
+      <tetrahedron index="14656" v0="2321" v1="2922" v2="3659" v3="3936" />
+      <tetrahedron index="14657" v0="2922" v1="3659" v2="3936" v3="4537" />
+      <tetrahedron index="14658" v0="2044" v1="2045" v2="2922" v3="3659" />
+      <tetrahedron index="14659" v0="2045" v1="2922" v2="3659" v3="3660" />
+      <tetrahedron index="14660" v0="2922" v1="3659" v2="3660" v3="4537" />
+      <tetrahedron index="14661" v0="1985" v1="2295" v2="2843" v3="3600" />
+      <tetrahedron index="14662" v0="2295" v1="2843" v2="3600" v3="3910" />
+      <tetrahedron index="14663" v0="2843" v1="3600" v2="3910" v3="4458" />
+      <tetrahedron index="14664" v0="1985" v1="1986" v2="2843" v3="3600" />
+      <tetrahedron index="14665" v0="1986" v1="2843" v2="3600" v3="3601" />
+      <tetrahedron index="14666" v0="2843" v1="3600" v2="3601" v3="4458" />
+      <tetrahedron index="14667" v0="1618" v1="2074" v2="2895" v3="3233" />
+      <tetrahedron index="14668" v0="2074" v1="2895" v2="3233" v3="3689" />
+      <tetrahedron index="14669" v0="2895" v1="3233" v2="3689" v3="4510" />
+      <tetrahedron index="14670" v0="1618" v1="1730" v2="2895" v3="3233" />
+      <tetrahedron index="14671" v0="1730" v1="2895" v2="3233" v3="3345" />
+      <tetrahedron index="14672" v0="2895" v1="3233" v2="3345" v3="4510" />
+      <tetrahedron index="14673" v0="2091" v1="2505" v2="2839" v3="3706" />
+      <tetrahedron index="14674" v0="2505" v1="2839" v2="3706" v3="4120" />
+      <tetrahedron index="14675" v0="2839" v1="3706" v2="4120" v3="4454" />
+      <tetrahedron index="14676" v0="2091" v1="2092" v2="2839" v3="3706" />
+      <tetrahedron index="14677" v0="2092" v1="2839" v2="3706" v3="3707" />
+      <tetrahedron index="14678" v0="2839" v1="3706" v2="3707" v3="4454" />
+      <tetrahedron index="14679" v0="1737" v1="2268" v2="2841" v3="3352" />
+      <tetrahedron index="14680" v0="2268" v1="2841" v2="3352" v3="3883" />
+      <tetrahedron index="14681" v0="2841" v1="3352" v2="3883" v3="4456" />
+      <tetrahedron index="14682" v0="1737" v1="1815" v2="2841" v3="3352" />
+      <tetrahedron index="14683" v0="1815" v1="2841" v2="3352" v3="3430" />
+      <tetrahedron index="14684" v0="2841" v1="3352" v2="3430" v3="4456" />
+      <tetrahedron index="14685" v0="2519" v1="2897" v2="2923" v3="4134" />
+      <tetrahedron index="14686" v0="2897" v1="2923" v2="4134" v3="4512" />
+      <tetrahedron index="14687" v0="2923" v1="4134" v2="4512" v3="4538" />
+      <tetrahedron index="14688" v0="2650" v1="2897" v2="2923" v3="4265" />
+      <tetrahedron index="14689" v0="2897" v1="2923" v2="4265" v3="4512" />
+      <tetrahedron index="14690" v0="2923" v1="4265" v2="4512" v3="4538" />
+      <tetrahedron index="14691" v0="1657" v1="2096" v2="2924" v3="3272" />
+      <tetrahedron index="14692" v0="2096" v1="2924" v2="3272" v3="3711" />
+      <tetrahedron index="14693" v0="2924" v1="3272" v2="3711" v3="4539" />
+      <tetrahedron index="14694" v0="2356" v1="2684" v2="2842" v3="3971" />
+      <tetrahedron index="14695" v0="2684" v1="2842" v2="3971" v3="4299" />
+      <tetrahedron index="14696" v0="2842" v1="3971" v2="4299" v3="4457" />
+      <tetrahedron index="14697" v0="2684" v1="2842" v2="2900" v3="4299" />
+      <tetrahedron index="14698" v0="2842" v1="2900" v2="4299" v3="4457" />
+      <tetrahedron index="14699" v0="2900" v1="4299" v2="4457" v3="4515" />
+      <tetrahedron index="14700" v0="2381" v1="2389" v2="2868" v3="3996" />
+      <tetrahedron index="14701" v0="2389" v1="2868" v2="3996" v3="4004" />
+      <tetrahedron index="14702" v0="2868" v1="3996" v2="4004" v3="4483" />
+      <tetrahedron index="14703" v0="2381" v1="2745" v2="2868" v3="3996" />
+      <tetrahedron index="14704" v0="2745" v1="2868" v2="3996" v3="4360" />
+      <tetrahedron index="14705" v0="2868" v1="3996" v2="4360" v3="4483" />
+      <tetrahedron index="14706" v0="1624" v1="2846" v2="2847" v3="3239" />
+      <tetrahedron index="14707" v0="2846" v1="2847" v2="3239" v3="4461" />
+      <tetrahedron index="14708" v0="2847" v1="3239" v2="4461" v3="4462" />
+      <tetrahedron index="14709" v0="1624" v1="2269" v2="2846" v3="3239" />
+      <tetrahedron index="14710" v0="2269" v1="2846" v2="3239" v3="3884" />
+      <tetrahedron index="14711" v0="2846" v1="3239" v2="3884" v3="4461" />
+      <tetrahedron index="14712" v0="2363" v1="2501" v2="2925" v3="3978" />
+      <tetrahedron index="14713" v0="2501" v1="2925" v2="3978" v3="4116" />
+      <tetrahedron index="14714" v0="2925" v1="3978" v2="4116" v3="4540" />
+      <tetrahedron index="14715" v0="1695" v1="1957" v2="2898" v3="3310" />
+      <tetrahedron index="14716" v0="1957" v1="2898" v2="3310" v3="3572" />
+      <tetrahedron index="14717" v0="2898" v1="3310" v2="3572" v3="4513" />
+      <tetrahedron index="14718" v0="1694" v1="1695" v2="2898" v3="3309" />
+      <tetrahedron index="14719" v0="1695" v1="2898" v2="3309" v3="3310" />
+      <tetrahedron index="14720" v0="2898" v1="3309" v2="3310" v3="4513" />
+      <tetrahedron index="14721" v0="1899" v1="2330" v2="2850" v3="3514" />
+      <tetrahedron index="14722" v0="2330" v1="2850" v2="3514" v3="3945" />
+      <tetrahedron index="14723" v0="2850" v1="3514" v2="3945" v3="4465" />
+      <tetrahedron index="14724" v0="1899" v1="2303" v2="2850" v3="3514" />
+      <tetrahedron index="14725" v0="2303" v1="2850" v2="3514" v3="3918" />
+      <tetrahedron index="14726" v0="2850" v1="3514" v2="3918" v3="4465" />
+      <tetrahedron index="14727" v0="2689" v1="2926" v2="2927" v3="4304" />
+      <tetrahedron index="14728" v0="2926" v1="2927" v2="4304" v3="4541" />
+      <tetrahedron index="14729" v0="2927" v1="4304" v2="4541" v3="4542" />
+      <tetrahedron index="14730" v0="1990" v1="2788" v2="2905" v3="3605" />
+      <tetrahedron index="14731" v0="2788" v1="2905" v2="3605" v3="4403" />
+      <tetrahedron index="14732" v0="2905" v1="3605" v2="4403" v3="4520" />
+      <tetrahedron index="14733" v0="2786" v1="2788" v2="2905" v3="4401" />
+      <tetrahedron index="14734" v0="2788" v1="2905" v2="4401" v3="4403" />
+      <tetrahedron index="14735" v0="2905" v1="4401" v2="4403" v3="4520" />
+      <tetrahedron index="14736" v0="1815" v1="2334" v2="2841" v3="3430" />
+      <tetrahedron index="14737" v0="2334" v1="2841" v2="3430" v3="3949" />
+      <tetrahedron index="14738" v0="2841" v1="3430" v2="3949" v3="4456" />
+      <tetrahedron index="14739" v0="2334" v1="2675" v2="2841" v3="3949" />
+      <tetrahedron index="14740" v0="2675" v1="2841" v2="3949" v3="4290" />
+      <tetrahedron index="14741" v0="2841" v1="3949" v2="4290" v3="4456" />
+      <tetrahedron index="14742" v0="2389" v1="2445" v2="2901" v3="4004" />
+      <tetrahedron index="14743" v0="2445" v1="2901" v2="4004" v3="4060" />
+      <tetrahedron index="14744" v0="2901" v1="4004" v2="4060" v3="4516" />
+      <tetrahedron index="14745" v0="1788" v1="2445" v2="2901" v3="3403" />
+      <tetrahedron index="14746" v0="2445" v1="2901" v2="3403" v3="4060" />
+      <tetrahedron index="14747" v0="2901" v1="3403" v2="4060" v3="4516" />
+      <tetrahedron index="14748" v0="2481" v1="2482" v2="2833" v3="4096" />
+      <tetrahedron index="14749" v0="2482" v1="2833" v2="4096" v3="4097" />
+      <tetrahedron index="14750" v0="2833" v1="4096" v2="4097" v3="4448" />
+      <tetrahedron index="14751" v0="2302" v1="2481" v2="2833" v3="3917" />
+      <tetrahedron index="14752" v0="2481" v1="2833" v2="3917" v3="4096" />
+      <tetrahedron index="14753" v0="2833" v1="3917" v2="4096" v3="4448" />
+      <tetrahedron index="14754" v0="2834" v1="2851" v2="2928" v3="4449" />
+      <tetrahedron index="14755" v0="2851" v1="2928" v2="4449" v3="4466" />
+      <tetrahedron index="14756" v0="2928" v1="4449" v2="4466" v3="4543" />
+      <tetrahedron index="14757" v0="2836" v1="2851" v2="2928" v3="4451" />
+      <tetrahedron index="14758" v0="2851" v1="2928" v2="4451" v3="4466" />
+      <tetrahedron index="14759" v0="2928" v1="4451" v2="4466" v3="4543" />
+      <tetrahedron index="14760" v0="2929" v1="2930" v2="2931" v3="4544" />
+      <tetrahedron index="14761" v0="2930" v1="2931" v2="4544" v3="4545" />
+      <tetrahedron index="14762" v0="2931" v1="4544" v2="4545" v3="4546" />
+      <tetrahedron index="14763" v0="2569" v1="2931" v2="2932" v3="4184" />
+      <tetrahedron index="14764" v0="2931" v1="2932" v2="4184" v3="4546" />
+      <tetrahedron index="14765" v0="2932" v1="4184" v2="4546" v3="4547" />
+      <tetrahedron index="14766" v0="1820" v1="2813" v2="2886" v3="3435" />
+      <tetrahedron index="14767" v0="2813" v1="2886" v2="3435" v3="4428" />
+      <tetrahedron index="14768" v0="2886" v1="3435" v2="4428" v3="4501" />
+      <tetrahedron index="14769" v0="2052" v1="2757" v2="2851" v3="3667" />
+      <tetrahedron index="14770" v0="2757" v1="2851" v2="3667" v3="4372" />
+      <tetrahedron index="14771" v0="2851" v1="3667" v2="4372" v3="4466" />
+      <tetrahedron index="14772" v0="2225" v1="2757" v2="2851" v3="3840" />
+      <tetrahedron index="14773" v0="2757" v1="2851" v2="3840" v3="4372" />
+      <tetrahedron index="14774" v0="2851" v1="3840" v2="4372" v3="4466" />
+      <tetrahedron index="14775" v0="2045" v1="2532" v2="2922" v3="3660" />
+      <tetrahedron index="14776" v0="2532" v1="2922" v2="3660" v3="4147" />
+      <tetrahedron index="14777" v0="2922" v1="3660" v2="4147" v3="4537" />
+      <tetrahedron index="14778" v0="2532" v1="2922" v2="2933" v3="4147" />
+      <tetrahedron index="14779" v0="2922" v1="2933" v2="4147" v3="4537" />
+      <tetrahedron index="14780" v0="2933" v1="4147" v2="4537" v3="4548" />
+      <tetrahedron index="14781" v0="1825" v1="2641" v2="2934" v3="3440" />
+      <tetrahedron index="14782" v0="2641" v1="2934" v2="3440" v3="4256" />
+      <tetrahedron index="14783" v0="2934" v1="3440" v2="4256" v3="4549" />
+      <tetrahedron index="14784" v0="1615" v1="2824" v2="2858" v3="3230" />
+      <tetrahedron index="14785" v0="2824" v1="2858" v2="3230" v3="4439" />
+      <tetrahedron index="14786" v0="2858" v1="3230" v2="4439" v3="4473" />
+      <tetrahedron index="14787" v0="2058" v1="2317" v2="2338" v3="3673" />
+      <tetrahedron index="14788" v0="2317" v1="2338" v2="3673" v3="3932" />
+      <tetrahedron index="14789" v0="2338" v1="3673" v2="3932" v3="3953" />
+      <tetrahedron index="14790" v0="2066" v1="2529" v2="2747" v3="3681" />
+      <tetrahedron index="14791" v0="2529" v1="2747" v2="3681" v3="4144" />
+      <tetrahedron index="14792" v0="2747" v1="3681" v2="4144" v3="4362" />
+      <tetrahedron index="14793" v0="2066" v1="2747" v2="2911" v3="3681" />
+      <tetrahedron index="14794" v0="2747" v1="2911" v2="3681" v3="4362" />
+      <tetrahedron index="14795" v0="2911" v1="3681" v2="4362" v3="4526" />
+      <tetrahedron index="14796" v0="2829" v1="2852" v2="2891" v3="4444" />
+      <tetrahedron index="14797" v0="2852" v1="2891" v2="4444" v3="4467" />
+      <tetrahedron index="14798" v0="2891" v1="4444" v2="4467" v3="4506" />
+      <tetrahedron index="14799" v0="2658" v1="2852" v2="2891" v3="4273" />
+      <tetrahedron index="14800" v0="2852" v1="2891" v2="4273" v3="4467" />
+      <tetrahedron index="14801" v0="2891" v1="4273" v2="4467" v3="4506" />
+      <tetrahedron index="14802" v0="2132" v1="2344" v2="2897" v3="3747" />
+      <tetrahedron index="14803" v0="2344" v1="2897" v2="3747" v3="3959" />
+      <tetrahedron index="14804" v0="2897" v1="3747" v2="3959" v3="4512" />
+      <tetrahedron index="14805" v0="2724" v1="2726" v2="2814" v3="4339" />
+      <tetrahedron index="14806" v0="2726" v1="2814" v2="4339" v3="4341" />
+      <tetrahedron index="14807" v0="2814" v1="4339" v2="4341" v3="4429" />
+      <tetrahedron index="14808" v0="1636" v1="1637" v2="2887" v3="3251" />
+      <tetrahedron index="14809" v0="1637" v1="2887" v2="3251" v3="3252" />
+      <tetrahedron index="14810" v0="2887" v1="3251" v2="3252" v3="4502" />
+      <tetrahedron index="14811" v0="2474" v1="2854" v2="2890" v3="4089" />
+      <tetrahedron index="14812" v0="2854" v1="2890" v2="4089" v3="4469" />
+      <tetrahedron index="14813" v0="2890" v1="4089" v2="4469" v3="4505" />
+      <tetrahedron index="14814" v0="2474" v1="2707" v2="2854" v3="4089" />
+      <tetrahedron index="14815" v0="2707" v1="2854" v2="4089" v3="4322" />
+      <tetrahedron index="14816" v0="2854" v1="4089" v2="4322" v3="4469" />
+      <tetrahedron index="14817" v0="1615" v1="1617" v2="2858" v3="3230" />
+      <tetrahedron index="14818" v0="1617" v1="2858" v2="3230" v3="3232" />
+      <tetrahedron index="14819" v0="2858" v1="3230" v2="3232" v3="4473" />
+      <tetrahedron index="14820" v0="2718" v1="2854" v2="2890" v3="4333" />
+      <tetrahedron index="14821" v0="2854" v1="2890" v2="4333" v3="4469" />
+      <tetrahedron index="14822" v0="2890" v1="4333" v2="4469" v3="4505" />
+      <tetrahedron index="14823" v0="2718" v1="2730" v2="2890" v3="4333" />
+      <tetrahedron index="14824" v0="2730" v1="2890" v2="4333" v3="4345" />
+      <tetrahedron index="14825" v0="2890" v1="4333" v2="4345" v3="4505" />
+      <tetrahedron index="14826" v0="1831" v1="2121" v2="2627" v3="3446" />
+      <tetrahedron index="14827" v0="2121" v1="2627" v2="3446" v3="3736" />
+      <tetrahedron index="14828" v0="2627" v1="3446" v2="3736" v3="4242" />
+      <tetrahedron index="14829" v0="2294" v1="2443" v2="2874" v3="3909" />
+      <tetrahedron index="14830" v0="2443" v1="2874" v2="3909" v3="4058" />
+      <tetrahedron index="14831" v0="2874" v1="3909" v2="4058" v3="4489" />
+      <tetrahedron index="14832" v0="2443" v1="2874" v2="2887" v3="4058" />
+      <tetrahedron index="14833" v0="2874" v1="2887" v2="4058" v3="4489" />
+      <tetrahedron index="14834" v0="2887" v1="4058" v2="4489" v3="4502" />
+      <tetrahedron index="14835" v0="2559" v1="2611" v2="2867" v3="4174" />
+      <tetrahedron index="14836" v0="2611" v1="2867" v2="4174" v3="4226" />
+      <tetrahedron index="14837" v0="2867" v1="4174" v2="4226" v3="4482" />
+      <tetrahedron index="14838" v0="1917" v1="1918" v2="2794" v3="3532" />
+      <tetrahedron index="14839" v0="1918" v1="2794" v2="3532" v3="3533" />
+      <tetrahedron index="14840" v0="2794" v1="3532" v2="3533" v3="4409" />
+      <tetrahedron index="14841" v0="1835" v1="1918" v2="2794" v3="3450" />
+      <tetrahedron index="14842" v0="1918" v1="2794" v2="3450" v3="3533" />
+      <tetrahedron index="14843" v0="2794" v1="3450" v2="3533" v3="4409" />
+      <tetrahedron index="14844" v0="2603" v1="2689" v2="2927" v3="4218" />
+      <tetrahedron index="14845" v0="2689" v1="2927" v2="4218" v3="4304" />
+      <tetrahedron index="14846" v0="2927" v1="4218" v2="4304" v3="4542" />
+      <tetrahedron index="14847" v0="2099" v1="2237" v2="2742" v3="3714" />
+      <tetrahedron index="14848" v0="2237" v1="2742" v2="3714" v3="3852" />
+      <tetrahedron index="14849" v0="2742" v1="3714" v2="3852" v3="4357" />
+      <tetrahedron index="14850" v0="2294" v1="2874" v2="2875" v3="3909" />
+      <tetrahedron index="14851" v0="2874" v1="2875" v2="3909" v3="4489" />
+      <tetrahedron index="14852" v0="2875" v1="3909" v2="4489" v3="4490" />
+      <tetrahedron index="14853" v0="1637" v1="1638" v2="2348" v3="3252" />
+      <tetrahedron index="14854" v0="1638" v1="2348" v2="3252" v3="3253" />
+      <tetrahedron index="14855" v0="2348" v1="3252" v2="3253" v3="3963" />
+      <tetrahedron index="14856" v0="1942" v1="2914" v2="2935" v3="3557" />
+      <tetrahedron index="14857" v0="2914" v1="2935" v2="3557" v3="4529" />
+      <tetrahedron index="14858" v0="2935" v1="3557" v2="4529" v3="4550" />
+      <tetrahedron index="14859" v0="2366" v1="2882" v2="2921" v3="3981" />
+      <tetrahedron index="14860" v0="2882" v1="2921" v2="3981" v3="4497" />
+      <tetrahedron index="14861" v0="2921" v1="3981" v2="4497" v3="4536" />
+      <tetrahedron index="14862" v0="2248" v1="2885" v2="2898" v3="3863" />
+      <tetrahedron index="14863" v0="2885" v1="2898" v2="3863" v3="4500" />
+      <tetrahedron index="14864" v0="2898" v1="3863" v2="4500" v3="4513" />
+      <tetrahedron index="14865" v0="1636" v1="2642" v2="2681" v3="3251" />
+      <tetrahedron index="14866" v0="2642" v1="2681" v2="3251" v3="4257" />
+      <tetrahedron index="14867" v0="2681" v1="3251" v2="4257" v3="4296" />
+      <tetrahedron index="14868" v0="2510" v1="2511" v2="2815" v3="4125" />
+      <tetrahedron index="14869" v0="2511" v1="2815" v2="4125" v3="4126" />
+      <tetrahedron index="14870" v0="2815" v1="4125" v2="4126" v3="4430" />
+      <tetrahedron index="14871" v0="2746" v1="2747" v2="2911" v3="4361" />
+      <tetrahedron index="14872" v0="2747" v1="2911" v2="4361" v3="4362" />
+      <tetrahedron index="14873" v0="2911" v1="4361" v2="4362" v3="4526" />
+      <tetrahedron index="14874" v0="2273" v1="2274" v2="2605" v3="3888" />
+      <tetrahedron index="14875" v0="2274" v1="2605" v2="3888" v3="3889" />
+      <tetrahedron index="14876" v0="2605" v1="3888" v2="3889" v3="4220" />
+      <tetrahedron index="14877" v0="2171" v1="2220" v2="2936" v3="3786" />
+      <tetrahedron index="14878" v0="2220" v1="2936" v2="3786" v3="3835" />
+      <tetrahedron index="14879" v0="2936" v1="3786" v2="3835" v3="4551" />
+      <tetrahedron index="14880" v0="1989" v1="2304" v2="2837" v3="3604" />
+      <tetrahedron index="14881" v0="2304" v1="2837" v2="3604" v3="3919" />
+      <tetrahedron index="14882" v0="2837" v1="3604" v2="3919" v3="4452" />
+      <tetrahedron index="14883" v0="2309" v1="2916" v2="2937" v3="3924" />
+      <tetrahedron index="14884" v0="2916" v1="2937" v2="3924" v3="4531" />
+      <tetrahedron index="14885" v0="2937" v1="3924" v2="4531" v3="4552" />
+      <tetrahedron index="14886" v0="1694" v1="2231" v2="2898" v3="3309" />
+      <tetrahedron index="14887" v0="2231" v1="2898" v2="3309" v3="3846" />
+      <tetrahedron index="14888" v0="2898" v1="3309" v2="3846" v3="4513" />
+      <tetrahedron index="14889" v0="2904" v1="2938" v2="2939" v3="4519" />
+      <tetrahedron index="14890" v0="2938" v1="2939" v2="4519" v3="4553" />
+      <tetrahedron index="14891" v0="2939" v1="4519" v2="4553" v3="4554" />
+      <tetrahedron index="14892" v0="2503" v1="2674" v2="2940" v3="4118" />
+      <tetrahedron index="14893" v0="2674" v1="2940" v2="4118" v3="4289" />
+      <tetrahedron index="14894" v0="2940" v1="4118" v2="4289" v3="4555" />
+      <tetrahedron index="14895" v0="2588" v1="2820" v2="2941" v3="4203" />
+      <tetrahedron index="14896" v0="2820" v1="2941" v2="4203" v3="4435" />
+      <tetrahedron index="14897" v0="2941" v1="4203" v2="4435" v3="4556" />
+      <tetrahedron index="14898" v0="2709" v1="2912" v2="2919" v3="4324" />
+      <tetrahedron index="14899" v0="2912" v1="2919" v2="4324" v3="4527" />
+      <tetrahedron index="14900" v0="2919" v1="4324" v2="4527" v3="4534" />
+      <tetrahedron index="14901" v0="2338" v1="2942" v2="2943" v3="3953" />
+      <tetrahedron index="14902" v0="2942" v1="2943" v2="3953" v3="4557" />
+      <tetrahedron index="14903" v0="2943" v1="3953" v2="4557" v3="4558" />
+      <tetrahedron index="14904" v0="1730" v1="2895" v2="2944" v3="3345" />
+      <tetrahedron index="14905" v0="2895" v1="2944" v2="3345" v3="4510" />
+      <tetrahedron index="14906" v0="2944" v1="3345" v2="4510" v3="4559" />
+      <tetrahedron index="14907" v0="2037" v1="2895" v2="2944" v3="3652" />
+      <tetrahedron index="14908" v0="2895" v1="2944" v2="3652" v3="4510" />
+      <tetrahedron index="14909" v0="2944" v1="3652" v2="4510" v3="4559" />
+      <tetrahedron index="14910" v0="2547" v1="2899" v2="2945" v3="4162" />
+      <tetrahedron index="14911" v0="2899" v1="2945" v2="4162" v3="4514" />
+      <tetrahedron index="14912" v0="2945" v1="4162" v2="4514" v3="4560" />
+      <tetrahedron index="14913" v0="1640" v1="2204" v2="2896" v3="3255" />
+      <tetrahedron index="14914" v0="2204" v1="2896" v2="3255" v3="3819" />
+      <tetrahedron index="14915" v0="2896" v1="3255" v2="3819" v3="4511" />
+      <tetrahedron index="14916" v0="2511" v1="2852" v2="2946" v3="4126" />
+      <tetrahedron index="14917" v0="2852" v1="2946" v2="4126" v3="4467" />
+      <tetrahedron index="14918" v0="2946" v1="4126" v2="4467" v3="4561" />
+      <tetrahedron index="14919" v0="2947" v1="2948" v2="2949" v3="4562" />
+      <tetrahedron index="14920" v0="2948" v1="2949" v2="4562" v3="4563" />
+      <tetrahedron index="14921" v0="2949" v1="4562" v2="4563" v3="4564" />
+      <tetrahedron index="14922" v0="1617" v1="2157" v2="2858" v3="3232" />
+      <tetrahedron index="14923" v0="2157" v1="2858" v2="3232" v3="3772" />
+      <tetrahedron index="14924" v0="2858" v1="3232" v2="3772" v3="4473" />
+      <tetrahedron index="14925" v0="1617" v1="2157" v2="2802" v3="3232" />
+      <tetrahedron index="14926" v0="2157" v1="2802" v2="3232" v3="3772" />
+      <tetrahedron index="14927" v0="2802" v1="3232" v2="3772" v3="4417" />
+      <tetrahedron index="14928" v0="1884" v1="2793" v2="2950" v3="3499" />
+      <tetrahedron index="14929" v0="2793" v1="2950" v2="3499" v3="4408" />
+      <tetrahedron index="14930" v0="2950" v1="3499" v2="4408" v3="4565" />
+      <tetrahedron index="14931" v0="2320" v1="2321" v2="2722" v3="3935" />
+      <tetrahedron index="14932" v0="2321" v1="2722" v2="3935" v3="3936" />
+      <tetrahedron index="14933" v0="2722" v1="3935" v2="3936" v3="4337" />
+      <tetrahedron index="14934" v0="1626" v1="1751" v2="2442" v3="3241" />
+      <tetrahedron index="14935" v0="1751" v1="2442" v2="3241" v3="3366" />
+      <tetrahedron index="14936" v0="2442" v1="3241" v2="3366" v3="4057" />
+      <tetrahedron index="14937" v0="1694" v1="2071" v2="2546" v3="3309" />
+      <tetrahedron index="14938" v0="2071" v1="2546" v2="3309" v3="3686" />
+      <tetrahedron index="14939" v0="2546" v1="3309" v2="3686" v3="4161" />
+      <tetrahedron index="14940" v0="1694" v1="2071" v2="2231" v3="3309" />
+      <tetrahedron index="14941" v0="2071" v1="2231" v2="3309" v3="3686" />
+      <tetrahedron index="14942" v0="2231" v1="3309" v2="3686" v3="3846" />
+      <tetrahedron index="14943" v0="1958" v1="1959" v2="2289" v3="3573" />
+      <tetrahedron index="14944" v0="1959" v1="2289" v2="3573" v3="3574" />
+      <tetrahedron index="14945" v0="2289" v1="3573" v2="3574" v3="3904" />
+      <tetrahedron index="14946" v0="1696" v1="2453" v2="2546" v3="3311" />
+      <tetrahedron index="14947" v0="2453" v1="2546" v2="3311" v3="4068" />
+      <tetrahedron index="14948" v0="2546" v1="3311" v2="4068" v3="4161" />
+      <tetrahedron index="14949" v0="2306" v1="2453" v2="2546" v3="3921" />
+      <tetrahedron index="14950" v0="2453" v1="2546" v2="3921" v3="4068" />
+      <tetrahedron index="14951" v0="2546" v1="3921" v2="4068" v3="4161" />
+      <tetrahedron index="14952" v0="2107" v1="2232" v2="2866" v3="3722" />
+      <tetrahedron index="14953" v0="2232" v1="2866" v2="3722" v3="3847" />
+      <tetrahedron index="14954" v0="2866" v1="3722" v2="3847" v3="4481" />
+      <tetrahedron index="14955" v0="2107" v1="2372" v2="2866" v3="3722" />
+      <tetrahedron index="14956" v0="2372" v1="2866" v2="3722" v3="3987" />
+      <tetrahedron index="14957" v0="2866" v1="3722" v2="3987" v3="4481" />
+      <tetrahedron index="14958" v0="1643" v1="1644" v2="1645" v3="3258" />
+      <tetrahedron index="14959" v0="1644" v1="1645" v2="3258" v3="3259" />
+      <tetrahedron index="14960" v0="1645" v1="3258" v2="3259" v3="3260" />
+      <tetrahedron index="14961" v0="2688" v1="2789" v2="2826" v3="4303" />
+      <tetrahedron index="14962" v0="2789" v1="2826" v2="4303" v3="4404" />
+      <tetrahedron index="14963" v0="2826" v1="4303" v2="4404" v3="4441" />
+      <tetrahedron index="14964" v0="1812" v1="2688" v2="2826" v3="3427" />
+      <tetrahedron index="14965" v0="2688" v1="2826" v2="3427" v3="4303" />
+      <tetrahedron index="14966" v0="2826" v1="3427" v2="4303" v3="4441" />
+      <tetrahedron index="14967" v0="2786" v1="2787" v2="2951" v3="4401" />
+      <tetrahedron index="14968" v0="2787" v1="2951" v2="4401" v3="4402" />
+      <tetrahedron index="14969" v0="2951" v1="4401" v2="4402" v3="4566" />
+      <tetrahedron index="14970" v0="2610" v1="2787" v2="2951" v3="4225" />
+      <tetrahedron index="14971" v0="2787" v1="2951" v2="4225" v3="4402" />
+      <tetrahedron index="14972" v0="2951" v1="4225" v2="4402" v3="4566" />
+      <tetrahedron index="14973" v0="2532" v1="2807" v2="2933" v3="4147" />
+      <tetrahedron index="14974" v0="2807" v1="2933" v2="4147" v3="4422" />
+      <tetrahedron index="14975" v0="2933" v1="4147" v2="4422" v3="4548" />
+      <tetrahedron index="14976" v0="1966" v1="2600" v2="2660" v3="3581" />
+      <tetrahedron index="14977" v0="2600" v1="2660" v2="3581" v3="4215" />
+      <tetrahedron index="14978" v0="2660" v1="3581" v2="4215" v3="4275" />
+      <tetrahedron index="14979" v0="1746" v1="1748" v2="2500" v3="3361" />
+      <tetrahedron index="14980" v0="1748" v1="2500" v2="3361" v3="3363" />
+      <tetrahedron index="14981" v0="2500" v1="3361" v2="3363" v3="4115" />
+      <tetrahedron index="14982" v0="2952" v1="2953" v2="2954" v3="4567" />
+      <tetrahedron index="14983" v0="2953" v1="2954" v2="4567" v3="4568" />
+      <tetrahedron index="14984" v0="2954" v1="4567" v2="4568" v3="4569" />
+      <tetrahedron index="14985" v0="2953" v1="2954" v2="2955" v3="4568" />
+      <tetrahedron index="14986" v0="2954" v1="2955" v2="4568" v3="4569" />
+      <tetrahedron index="14987" v0="2955" v1="4568" v2="4569" v3="4570" />
+      <tetrahedron index="14988" v0="2027" v1="2340" v2="2801" v3="3642" />
+      <tetrahedron index="14989" v0="2340" v1="2801" v2="3642" v3="3955" />
+      <tetrahedron index="14990" v0="2801" v1="3642" v2="3955" v3="4416" />
+      <tetrahedron index="14991" v0="1677" v1="2278" v2="2956" v3="3292" />
+      <tetrahedron index="14992" v0="2278" v1="2956" v2="3292" v3="3893" />
+      <tetrahedron index="14993" v0="2956" v1="3292" v2="3893" v3="4571" />
+      <tetrahedron index="14994" v0="2594" v1="2596" v2="2936" v3="4209" />
+      <tetrahedron index="14995" v0="2596" v1="2936" v2="4209" v3="4211" />
+      <tetrahedron index="14996" v0="2936" v1="4209" v2="4211" v3="4551" />
+      <tetrahedron index="14997" v0="1715" v1="2825" v2="2957" v3="3330" />
+      <tetrahedron index="14998" v0="2825" v1="2957" v2="3330" v3="4440" />
+      <tetrahedron index="14999" v0="2957" v1="3330" v2="4440" v3="4572" />
+      <tetrahedron index="15000" v0="1715" v1="1721" v2="2957" v3="3330" />
+      <tetrahedron index="15001" v0="1721" v1="2957" v2="3330" v3="3336" />
+      <tetrahedron index="15002" v0="2957" v1="3330" v2="3336" v3="4572" />
+      <tetrahedron index="15003" v0="2499" v1="2958" v2="2959" v3="4114" />
+      <tetrahedron index="15004" v0="2958" v1="2959" v2="4114" v3="4573" />
+      <tetrahedron index="15005" v0="2959" v1="4114" v2="4573" v3="4574" />
+      <tetrahedron index="15006" v0="2139" v1="2499" v2="2959" v3="3754" />
+      <tetrahedron index="15007" v0="2499" v1="2959" v2="3754" v3="4114" />
+      <tetrahedron index="15008" v0="2959" v1="3754" v2="4114" v3="4574" />
+      <tetrahedron index="15009" v0="2554" v1="2571" v2="2960" v3="4169" />
+      <tetrahedron index="15010" v0="2571" v1="2960" v2="4169" v3="4186" />
+      <tetrahedron index="15011" v0="2960" v1="4169" v2="4186" v3="4575" />
+      <tetrahedron index="15012" v0="2538" v1="2554" v2="2960" v3="4153" />
+      <tetrahedron index="15013" v0="2554" v1="2960" v2="4153" v3="4169" />
+      <tetrahedron index="15014" v0="2960" v1="4153" v2="4169" v3="4575" />
+      <tetrahedron index="15015" v0="2464" v1="2516" v2="2678" v3="4079" />
+      <tetrahedron index="15016" v0="2516" v1="2678" v2="4079" v3="4131" />
+      <tetrahedron index="15017" v0="2678" v1="4079" v2="4131" v3="4293" />
+      <tetrahedron index="15018" v0="2394" v1="2464" v2="2516" v3="4009" />
+      <tetrahedron index="15019" v0="2464" v1="2516" v2="4009" v3="4079" />
+      <tetrahedron index="15020" v0="2516" v1="4009" v2="4079" v3="4131" />
+      <tetrahedron index="15021" v0="2235" v1="2512" v2="2938" v3="3850" />
+      <tetrahedron index="15022" v0="2512" v1="2938" v2="3850" v3="4127" />
+      <tetrahedron index="15023" v0="2938" v1="3850" v2="4127" v3="4553" />
+      <tetrahedron index="15024" v0="2095" v1="2269" v2="2961" v3="3710" />
+      <tetrahedron index="15025" v0="2269" v1="2961" v2="3710" v3="3884" />
+      <tetrahedron index="15026" v0="2961" v1="3710" v2="3884" v3="4576" />
+      <tetrahedron index="15027" v0="2229" v1="2647" v2="2817" v3="3844" />
+      <tetrahedron index="15028" v0="2647" v1="2817" v2="3844" v3="4262" />
+      <tetrahedron index="15029" v0="2817" v1="3844" v2="4262" v3="4432" />
+      <tetrahedron index="15030" v0="1855" v1="2229" v2="2647" v3="3470" />
+      <tetrahedron index="15031" v0="2229" v1="2647" v2="3470" v3="3844" />
+      <tetrahedron index="15032" v0="2647" v1="3470" v2="3844" v3="4262" />
+      <tetrahedron index="15033" v0="2321" v1="2722" v2="2962" v3="3936" />
+      <tetrahedron index="15034" v0="2722" v1="2962" v2="3936" v3="4337" />
+      <tetrahedron index="15035" v0="2962" v1="3936" v2="4337" v3="4577" />
+      <tetrahedron index="15036" v0="1993" v1="2238" v2="2912" v3="3608" />
+      <tetrahedron index="15037" v0="2238" v1="2912" v2="3608" v3="3853" />
+      <tetrahedron index="15038" v0="2912" v1="3608" v2="3853" v3="4527" />
+      <tetrahedron index="15039" v0="2137" v1="2138" v2="2963" v3="3752" />
+      <tetrahedron index="15040" v0="2138" v1="2963" v2="3752" v3="3753" />
+      <tetrahedron index="15041" v0="2963" v1="3752" v2="3753" v3="4578" />
+      <tetrahedron index="15042" v0="2964" v1="2965" v2="2966" v3="4579" />
+      <tetrahedron index="15043" v0="2965" v1="2966" v2="4579" v3="4580" />
+      <tetrahedron index="15044" v0="2966" v1="4579" v2="4580" v3="4581" />
+      <tetrahedron index="15045" v0="2832" v1="2856" v2="2967" v3="4447" />
+      <tetrahedron index="15046" v0="2856" v1="2967" v2="4447" v3="4471" />
+      <tetrahedron index="15047" v0="2967" v1="4447" v2="4471" v3="4582" />
+      <tetrahedron index="15048" v0="2726" v1="2856" v2="2967" v3="4341" />
+      <tetrahedron index="15049" v0="2856" v1="2967" v2="4341" v3="4471" />
+      <tetrahedron index="15050" v0="2967" v1="4341" v2="4471" v3="4582" />
+      <tetrahedron index="15051" v0="2777" v1="2804" v2="2814" v3="4392" />
+      <tetrahedron index="15052" v0="2804" v1="2814" v2="4392" v3="4419" />
+      <tetrahedron index="15053" v0="2814" v1="4392" v2="4419" v3="4429" />
+      <tetrahedron index="15054" v0="2320" v1="2884" v2="2968" v3="3935" />
+      <tetrahedron index="15055" v0="2884" v1="2968" v2="3935" v3="4499" />
+      <tetrahedron index="15056" v0="2968" v1="3935" v2="4499" v3="4583" />
+      <tetrahedron index="15057" v0="2320" v1="2722" v2="2884" v3="3935" />
+      <tetrahedron index="15058" v0="2722" v1="2884" v2="3935" v3="4337" />
+      <tetrahedron index="15059" v0="2884" v1="3935" v2="4337" v3="4499" />
+      <tetrahedron index="15060" v0="2322" v1="2969" v2="2970" v3="3937" />
+      <tetrahedron index="15061" v0="2969" v1="2970" v2="3937" v3="4584" />
+      <tetrahedron index="15062" v0="2970" v1="3937" v2="4584" v3="4585" />
+      <tetrahedron index="15063" v0="1738" v1="1814" v2="2950" v3="3353" />
+      <tetrahedron index="15064" v0="1814" v1="2950" v2="3353" v3="3429" />
+      <tetrahedron index="15065" v0="2950" v1="3353" v2="3429" v3="4565" />
+      <tetrahedron index="15066" v0="2793" v1="2883" v2="2968" v3="4408" />
+      <tetrahedron index="15067" v0="2883" v1="2968" v2="4408" v3="4498" />
+      <tetrahedron index="15068" v0="2968" v1="4408" v2="4498" v3="4583" />
+      <tetrahedron index="15069" v0="2883" v1="2884" v2="2968" v3="4498" />
+      <tetrahedron index="15070" v0="2884" v1="2968" v2="4498" v3="4499" />
+      <tetrahedron index="15071" v0="2968" v1="4498" v2="4499" v3="4583" />
+      <tetrahedron index="15072" v0="2317" v1="2535" v2="2942" v3="3932" />
+      <tetrahedron index="15073" v0="2535" v1="2942" v2="3932" v3="4150" />
+      <tetrahedron index="15074" v0="2942" v1="3932" v2="4150" v3="4557" />
+      <tetrahedron index="15075" v0="2317" v1="2338" v2="2942" v3="3932" />
+      <tetrahedron index="15076" v0="2338" v1="2942" v2="3932" v3="3953" />
+      <tetrahedron index="15077" v0="2942" v1="3932" v2="3953" v3="4557" />
+      <tetrahedron index="15078" v0="2197" v1="2660" v2="2971" v3="3812" />
+      <tetrahedron index="15079" v0="2660" v1="2971" v2="3812" v3="4275" />
+      <tetrahedron index="15080" v0="2971" v1="3812" v2="4275" v3="4586" />
+      <tetrahedron index="15081" v0="2600" v1="2660" v2="2971" v3="4215" />
+      <tetrahedron index="15082" v0="2660" v1="2971" v2="4215" v3="4275" />
+      <tetrahedron index="15083" v0="2971" v1="4215" v2="4275" v3="4586" />
+      <tetrahedron index="15084" v0="1904" v1="1915" v2="2972" v3="3519" />
+      <tetrahedron index="15085" v0="1915" v1="2972" v2="3519" v3="3530" />
+      <tetrahedron index="15086" v0="2972" v1="3519" v2="3530" v3="4587" />
+      <tetrahedron index="15087" v0="1856" v1="2017" v2="2973" v3="3471" />
+      <tetrahedron index="15088" v0="2017" v1="2973" v2="3471" v3="3632" />
+      <tetrahedron index="15089" v0="2973" v1="3471" v2="3632" v3="4588" />
+      <tetrahedron index="15090" v0="2100" v1="2372" v2="2742" v3="3715" />
+      <tetrahedron index="15091" v0="2372" v1="2742" v2="3715" v3="3987" />
+      <tetrahedron index="15092" v0="2742" v1="3715" v2="3987" v3="4357" />
+      <tetrahedron index="15093" v0="2099" v1="2100" v2="2742" v3="3714" />
+      <tetrahedron index="15094" v0="2100" v1="2742" v2="3714" v3="3715" />
+      <tetrahedron index="15095" v0="2742" v1="3714" v2="3715" v3="4357" />
+      <tetrahedron index="15096" v0="1805" v1="1807" v2="2974" v3="3420" />
+      <tetrahedron index="15097" v0="1807" v1="2974" v2="3420" v3="3422" />
+      <tetrahedron index="15098" v0="2974" v1="3420" v2="3422" v3="4589" />
+      <tetrahedron index="15099" v0="2140" v1="2975" v2="2976" v3="3755" />
+      <tetrahedron index="15100" v0="2975" v1="2976" v2="3755" v3="4590" />
+      <tetrahedron index="15101" v0="2976" v1="3755" v2="4590" v3="4591" />
+      <tetrahedron index="15102" v0="2140" v1="2374" v2="2976" v3="3755" />
+      <tetrahedron index="15103" v0="2374" v1="2976" v2="3755" v3="3989" />
+      <tetrahedron index="15104" v0="2976" v1="3755" v2="3989" v3="4591" />
+      <tetrahedron index="15105" v0="2395" v1="2432" v2="2977" v3="4010" />
+      <tetrahedron index="15106" v0="2432" v1="2977" v2="4010" v3="4047" />
+      <tetrahedron index="15107" v0="2977" v1="4010" v2="4047" v3="4592" />
+      <tetrahedron index="15108" v0="1683" v1="2437" v2="2978" v3="3298" />
+      <tetrahedron index="15109" v0="2437" v1="2978" v2="3298" v3="4052" />
+      <tetrahedron index="15110" v0="2978" v1="3298" v2="4052" v3="4593" />
+      <tetrahedron index="15111" v0="2499" v1="2695" v2="2958" v3="4114" />
+      <tetrahedron index="15112" v0="2695" v1="2958" v2="4114" v3="4310" />
+      <tetrahedron index="15113" v0="2958" v1="4114" v2="4310" v3="4573" />
+      <tetrahedron index="15114" v0="2823" v1="2842" v2="2937" v3="4438" />
+      <tetrahedron index="15115" v0="2842" v1="2937" v2="4438" v3="4457" />
+      <tetrahedron index="15116" v0="2937" v1="4438" v2="4457" v3="4552" />
+      <tetrahedron index="15117" v0="2241" v1="2940" v2="2979" v3="3856" />
+      <tetrahedron index="15118" v0="2940" v1="2979" v2="3856" v3="4555" />
+      <tetrahedron index="15119" v0="2979" v1="3856" v2="4555" v3="4594" />
+      <tetrahedron index="15120" v0="1628" v1="2712" v2="2980" v3="3243" />
+      <tetrahedron index="15121" v0="2712" v1="2980" v2="3243" v3="4327" />
+      <tetrahedron index="15122" v0="2980" v1="3243" v2="4327" v3="4595" />
+      <tetrahedron index="15123" v0="2480" v1="2482" v2="2943" v3="4095" />
+      <tetrahedron index="15124" v0="2482" v1="2943" v2="4095" v3="4097" />
+      <tetrahedron index="15125" v0="2943" v1="4095" v2="4097" v3="4558" />
+      <tetrahedron index="15126" v0="2909" v1="2917" v2="2981" v3="4524" />
+      <tetrahedron index="15127" v0="2917" v1="2981" v2="4524" v3="4532" />
+      <tetrahedron index="15128" v0="2981" v1="4524" v2="4532" v3="4596" />
+      <tetrahedron index="15129" v0="1727" v1="2102" v2="2156" v3="3342" />
+      <tetrahedron index="15130" v0="2102" v1="2156" v2="3342" v3="3717" />
+      <tetrahedron index="15131" v0="2156" v1="3342" v2="3717" v3="3771" />
+      <tetrahedron index="15132" v0="1817" v1="2249" v2="2896" v3="3432" />
+      <tetrahedron index="15133" v0="2249" v1="2896" v2="3432" v3="3864" />
+      <tetrahedron index="15134" v0="2896" v1="3432" v2="3864" v3="4511" />
+      <tetrahedron index="15135" v0="2706" v1="2889" v2="2947" v3="4321" />
+      <tetrahedron index="15136" v0="2889" v1="2947" v2="4321" v3="4504" />
+      <tetrahedron index="15137" v0="2947" v1="4321" v2="4504" v3="4562" />
+      <tetrahedron index="15138" v0="2878" v1="2982" v2="2983" v3="4493" />
+      <tetrahedron index="15139" v0="2982" v1="2983" v2="4493" v3="4597" />
+      <tetrahedron index="15140" v0="2983" v1="4493" v2="4597" v3="4598" />
+      <tetrahedron index="15141" v0="2878" v1="2893" v2="2983" v3="4493" />
+      <tetrahedron index="15142" v0="2893" v1="2983" v2="4493" v3="4508" />
+      <tetrahedron index="15143" v0="2983" v1="4493" v2="4508" v3="4598" />
+      <tetrahedron index="15144" v0="1847" v1="1928" v2="2984" v3="3462" />
+      <tetrahedron index="15145" v0="1928" v1="2984" v2="3462" v3="3543" />
+      <tetrahedron index="15146" v0="2984" v1="3462" v2="3543" v3="4599" />
+      <tetrahedron index="15147" v0="2844" v1="2916" v2="2985" v3="4459" />
+      <tetrahedron index="15148" v0="2916" v1="2985" v2="4459" v3="4531" />
+      <tetrahedron index="15149" v0="2985" v1="4459" v2="4531" v3="4600" />
+      <tetrahedron index="15150" v0="2417" v1="2462" v2="2559" v3="4032" />
+      <tetrahedron index="15151" v0="2462" v1="2559" v2="4032" v3="4077" />
+      <tetrahedron index="15152" v0="2559" v1="4032" v2="4077" v3="4174" />
+      <tetrahedron index="15153" v0="2523" v1="2525" v2="2945" v3="4138" />
+      <tetrahedron index="15154" v0="2525" v1="2945" v2="4138" v3="4140" />
+      <tetrahedron index="15155" v0="2945" v1="4138" v2="4140" v3="4560" />
+      <tetrahedron index="15156" v0="2174" v1="2487" v2="2986" v3="3789" />
+      <tetrahedron index="15157" v0="2487" v1="2986" v2="3789" v3="4102" />
+      <tetrahedron index="15158" v0="2986" v1="3789" v2="4102" v3="4601" />
+      <tetrahedron index="15159" v0="2174" v1="2175" v2="2986" v3="3789" />
+      <tetrahedron index="15160" v0="2175" v1="2986" v2="3789" v3="3790" />
+      <tetrahedron index="15161" v0="2986" v1="3789" v2="3790" v3="4601" />
+      <tetrahedron index="15162" v0="1716" v1="1854" v2="2973" v3="3331" />
+      <tetrahedron index="15163" v0="1854" v1="2973" v2="3331" v3="3469" />
+      <tetrahedron index="15164" v0="2973" v1="3331" v2="3469" v3="4588" />
+      <tetrahedron index="15165" v0="1716" v1="2017" v2="2973" v3="3331" />
+      <tetrahedron index="15166" v0="2017" v1="2973" v2="3331" v3="3632" />
+      <tetrahedron index="15167" v0="2973" v1="3331" v2="3632" v3="4588" />
+      <tetrahedron index="15168" v0="2152" v1="2282" v2="2987" v3="3767" />
+      <tetrahedron index="15169" v0="2282" v1="2987" v2="3767" v3="3897" />
+      <tetrahedron index="15170" v0="2987" v1="3767" v2="3897" v3="4602" />
+      <tetrahedron index="15171" v0="2273" v1="2287" v2="2605" v3="3888" />
+      <tetrahedron index="15172" v0="2287" v1="2605" v2="3888" v3="3902" />
+      <tetrahedron index="15173" v0="2605" v1="3888" v2="3902" v3="4220" />
+      <tetrahedron index="15174" v0="1679" v1="2027" v2="2302" v3="3294" />
+      <tetrahedron index="15175" v0="2027" v1="2302" v2="3294" v3="3642" />
+      <tetrahedron index="15176" v0="2302" v1="3294" v2="3642" v3="3917" />
+      <tetrahedron index="15177" v0="2027" v1="2302" v2="2801" v3="3642" />
+      <tetrahedron index="15178" v0="2302" v1="2801" v2="3642" v3="3917" />
+      <tetrahedron index="15179" v0="2801" v1="3642" v2="3917" v3="4416" />
+      <tetrahedron index="15180" v0="2938" v1="2939" v2="2988" v3="4553" />
+      <tetrahedron index="15181" v0="2939" v1="2988" v2="4553" v3="4554" />
+      <tetrahedron index="15182" v0="2988" v1="4553" v2="4554" v3="4603" />
+      <tetrahedron index="15183" v0="2512" v1="2938" v2="2988" v3="4127" />
+      <tetrahedron index="15184" v0="2938" v1="2988" v2="4127" v3="4553" />
+      <tetrahedron index="15185" v0="2988" v1="4127" v2="4553" v3="4603" />
+      <tetrahedron index="15186" v0="1721" v1="2141" v2="2957" v3="3336" />
+      <tetrahedron index="15187" v0="2141" v1="2957" v2="3336" v3="3756" />
+      <tetrahedron index="15188" v0="2957" v1="3336" v2="3756" v3="4572" />
+      <tetrahedron index="15189" v0="2141" v1="2759" v2="2957" v3="3756" />
+      <tetrahedron index="15190" v0="2759" v1="2957" v2="3756" v3="4374" />
+      <tetrahedron index="15191" v0="2957" v1="3756" v2="4374" v3="4572" />
+      <tetrahedron index="15192" v0="2789" v1="2825" v2="2957" v3="4404" />
+      <tetrahedron index="15193" v0="2825" v1="2957" v2="4404" v3="4440" />
+      <tetrahedron index="15194" v0="2957" v1="4404" v2="4440" v3="4572" />
+      <tetrahedron index="15195" v0="2759" v1="2789" v2="2957" v3="4374" />
+      <tetrahedron index="15196" v0="2789" v1="2957" v2="4374" v3="4404" />
+      <tetrahedron index="15197" v0="2957" v1="4374" v2="4404" v3="4572" />
+      <tetrahedron index="15198" v0="1719" v1="1720" v2="2989" v3="3334" />
+      <tetrahedron index="15199" v0="1720" v1="2989" v2="3334" v3="3335" />
+      <tetrahedron index="15200" v0="2989" v1="3334" v2="3335" v3="4604" />
+      <tetrahedron index="15201" v0="1719" v1="2989" v2="2990" v3="3334" />
+      <tetrahedron index="15202" v0="2989" v1="2990" v2="3334" v3="4604" />
+      <tetrahedron index="15203" v0="2990" v1="3334" v2="4604" v3="4605" />
+      <tetrahedron index="15204" v0="2122" v1="2571" v2="2960" v3="3737" />
+      <tetrahedron index="15205" v0="2571" v1="2960" v2="3737" v3="4186" />
+      <tetrahedron index="15206" v0="2960" v1="3737" v2="4186" v3="4575" />
+      <tetrahedron index="15207" v0="2122" v1="2447" v2="2960" v3="3737" />
+      <tetrahedron index="15208" v0="2447" v1="2960" v2="3737" v3="4062" />
+      <tetrahedron index="15209" v0="2960" v1="3737" v2="4062" v3="4575" />
+      <tetrahedron index="15210" v0="2464" v1="2678" v2="2913" v3="4079" />
+      <tetrahedron index="15211" v0="2678" v1="2913" v2="4079" v3="4293" />
+      <tetrahedron index="15212" v0="2913" v1="4079" v2="4293" v3="4528" />
+      <tetrahedron index="15213" v0="1744" v1="2483" v2="2484" v3="3359" />
+      <tetrahedron index="15214" v0="2483" v1="2484" v2="3359" v3="4098" />
+      <tetrahedron index="15215" v0="2484" v1="3359" v2="4098" v3="4099" />
+      <tetrahedron index="15216" v0="1744" v1="1745" v2="2483" v3="3359" />
+      <tetrahedron index="15217" v0="1745" v1="2483" v2="3359" v3="3360" />
+      <tetrahedron index="15218" v0="2483" v1="3359" v2="3360" v3="4098" />
+      <tetrahedron index="15219" v0="1915" v1="2418" v2="2972" v3="3530" />
+      <tetrahedron index="15220" v0="2418" v1="2972" v2="3530" v3="4033" />
+      <tetrahedron index="15221" v0="2972" v1="3530" v2="4033" v3="4587" />
+      <tetrahedron index="15222" v0="2205" v1="2269" v2="2961" v3="3820" />
+      <tetrahedron index="15223" v0="2269" v1="2961" v2="3820" v3="3884" />
+      <tetrahedron index="15224" v0="2961" v1="3820" v2="3884" v3="4576" />
+      <tetrahedron index="15225" v0="2584" v1="2991" v2="2992" v3="4199" />
+      <tetrahedron index="15226" v0="2991" v1="2992" v2="4199" v3="4606" />
+      <tetrahedron index="15227" v0="2992" v1="4199" v2="4606" v3="4607" />
+      <tetrahedron index="15228" v0="2584" v1="2701" v2="2992" v3="4199" />
+      <tetrahedron index="15229" v0="2701" v1="2992" v2="4199" v3="4316" />
+      <tetrahedron index="15230" v0="2992" v1="4199" v2="4316" v3="4607" />
+      <tetrahedron index="15231" v0="2647" v1="2817" v2="2822" v3="4262" />
+      <tetrahedron index="15232" v0="2817" v1="2822" v2="4262" v3="4432" />
+      <tetrahedron index="15233" v0="2822" v1="4262" v2="4432" v3="4437" />
+      <tetrahedron index="15234" v0="2003" v1="2647" v2="2822" v3="3618" />
+      <tetrahedron index="15235" v0="2647" v1="2822" v2="3618" v3="4262" />
+      <tetrahedron index="15236" v0="2822" v1="3618" v2="4262" v3="4437" />
+      <tetrahedron index="15237" v0="1857" v1="2144" v2="2993" v3="3472" />
+      <tetrahedron index="15238" v0="2144" v1="2993" v2="3472" v3="3759" />
+      <tetrahedron index="15239" v0="2993" v1="3472" v2="3759" v3="4608" />
+      <tetrahedron index="15240" v0="2155" v1="2520" v2="2994" v3="3770" />
+      <tetrahedron index="15241" v0="2520" v1="2994" v2="3770" v3="4135" />
+      <tetrahedron index="15242" v0="2994" v1="3770" v2="4135" v3="4609" />
+      <tetrahedron index="15243" v0="2520" v1="2907" v2="2994" v3="4135" />
+      <tetrahedron index="15244" v0="2907" v1="2994" v2="4135" v3="4522" />
+      <tetrahedron index="15245" v0="2994" v1="4135" v2="4522" v3="4609" />
+      <tetrahedron index="15246" v0="2065" v1="2552" v2="2773" v3="3680" />
+      <tetrahedron index="15247" v0="2552" v1="2773" v2="3680" v3="4167" />
+      <tetrahedron index="15248" v0="2773" v1="3680" v2="4167" v3="4388" />
+      <tetrahedron index="15249" v0="2065" v1="2731" v2="2773" v3="3680" />
+      <tetrahedron index="15250" v0="2731" v1="2773" v2="3680" v3="4346" />
+      <tetrahedron index="15251" v0="2773" v1="3680" v2="4346" v3="4388" />
+      <tetrahedron index="15252" v0="2240" v1="2503" v2="2940" v3="3855" />
+      <tetrahedron index="15253" v0="2503" v1="2940" v2="3855" v3="4118" />
+      <tetrahedron index="15254" v0="2940" v1="3855" v2="4118" v3="4555" />
+      <tetrahedron index="15255" v0="2240" v1="2241" v2="2940" v3="3855" />
+      <tetrahedron index="15256" v0="2241" v1="2940" v2="3855" v3="3856" />
+      <tetrahedron index="15257" v0="2940" v1="3855" v2="3856" v3="4555" />
+      <tetrahedron index="15258" v0="2768" v1="2832" v2="2967" v3="4383" />
+      <tetrahedron index="15259" v0="2832" v1="2967" v2="4383" v3="4447" />
+      <tetrahedron index="15260" v0="2967" v1="4383" v2="4447" v3="4582" />
+      <tetrahedron index="15261" v0="2768" v1="2778" v2="2967" v3="4383" />
+      <tetrahedron index="15262" v0="2778" v1="2967" v2="4383" v3="4393" />
+      <tetrahedron index="15263" v0="2967" v1="4383" v2="4393" v3="4582" />
+      <tetrahedron index="15264" v0="2872" v1="2995" v2="2996" v3="4487" />
+      <tetrahedron index="15265" v0="2995" v1="2996" v2="4487" v3="4610" />
+      <tetrahedron index="15266" v0="2996" v1="4487" v2="4610" v3="4611" />
+      <tetrahedron index="15267" v0="1985" v1="2224" v2="2827" v3="3600" />
+      <tetrahedron index="15268" v0="2224" v1="2827" v2="3600" v3="3839" />
+      <tetrahedron index="15269" v0="2827" v1="3600" v2="3839" v3="4442" />
+      <tetrahedron index="15270" v0="2215" v1="2224" v2="2827" v3="3830" />
+      <tetrahedron index="15271" v0="2224" v1="2827" v2="3830" v3="3839" />
+      <tetrahedron index="15272" v0="2827" v1="3830" v2="3839" v3="4442" />
+      <tetrahedron index="15273" v0="2777" v1="2778" v2="2814" v3="4392" />
+      <tetrahedron index="15274" v0="2778" v1="2814" v2="4392" v3="4393" />
+      <tetrahedron index="15275" v0="2814" v1="4392" v2="4393" v3="4429" />
+      <tetrahedron index="15276" v0="2386" v1="2560" v2="2561" v3="4001" />
+      <tetrahedron index="15277" v0="2560" v1="2561" v2="4001" v3="4175" />
+      <tetrahedron index="15278" v0="2561" v1="4001" v2="4175" v3="4176" />
+      <tetrahedron index="15279" v0="2386" v1="2560" v2="2997" v3="4001" />
+      <tetrahedron index="15280" v0="2560" v1="2997" v2="4001" v3="4175" />
+      <tetrahedron index="15281" v0="2997" v1="4001" v2="4175" v3="4612" />
+      <tetrahedron index="15282" v0="2600" v1="2776" v2="2971" v3="4215" />
+      <tetrahedron index="15283" v0="2776" v1="2971" v2="4215" v3="4391" />
+      <tetrahedron index="15284" v0="2971" v1="4215" v2="4391" v3="4586" />
+      <tetrahedron index="15285" v0="2226" v1="2776" v2="2971" v3="3841" />
+      <tetrahedron index="15286" v0="2776" v1="2971" v2="3841" v3="4391" />
+      <tetrahedron index="15287" v0="2971" v1="3841" v2="4391" v3="4586" />
+      <tetrahedron index="15288" v0="2120" v1="2615" v2="2986" v3="3735" />
+      <tetrahedron index="15289" v0="2615" v1="2986" v2="3735" v3="4230" />
+      <tetrahedron index="15290" v0="2986" v1="3735" v2="4230" v3="4601" />
+      <tetrahedron index="15291" v0="2487" v1="2615" v2="2986" v3="4102" />
+      <tetrahedron index="15292" v0="2615" v1="2986" v2="4102" v3="4230" />
+      <tetrahedron index="15293" v0="2986" v1="4102" v2="4230" v3="4601" />
+      <tetrahedron index="15294" v0="2459" v1="2940" v2="2979" v3="4074" />
+      <tetrahedron index="15295" v0="2940" v1="2979" v2="4074" v3="4555" />
+      <tetrahedron index="15296" v0="2979" v1="4074" v2="4555" v3="4594" />
+      <tetrahedron index="15297" v0="2459" v1="2674" v2="2940" v3="4074" />
+      <tetrahedron index="15298" v0="2674" v1="2940" v2="4074" v3="4289" />
+      <tetrahedron index="15299" v0="2940" v1="4074" v2="4289" v3="4555" />
+      <tetrahedron index="15300" v0="2769" v1="2840" v2="2998" v3="4384" />
+      <tetrahedron index="15301" v0="2840" v1="2998" v2="4384" v3="4455" />
+      <tetrahedron index="15302" v0="2998" v1="4384" v2="4455" v3="4613" />
+      <tetrahedron index="15303" v0="2366" v1="2462" v2="2921" v3="3981" />
+      <tetrahedron index="15304" v0="2462" v1="2921" v2="3981" v3="4077" />
+      <tetrahedron index="15305" v0="2921" v1="3981" v2="4077" v3="4536" />
+      <tetrahedron index="15306" v0="2462" v1="2920" v2="2921" v3="4077" />
+      <tetrahedron index="15307" v0="2920" v1="2921" v2="4077" v3="4535" />
+      <tetrahedron index="15308" v0="2921" v1="4077" v2="4535" v3="4536" />
+      <tetrahedron index="15309" v0="2778" v1="2814" v2="2967" v3="4393" />
+      <tetrahedron index="15310" v0="2814" v1="2967" v2="4393" v3="4429" />
+      <tetrahedron index="15311" v0="2967" v1="4393" v2="4429" v3="4582" />
+      <tetrahedron index="15312" v0="2726" v1="2814" v2="2967" v3="4341" />
+      <tetrahedron index="15313" v0="2814" v1="2967" v2="4341" v3="4429" />
+      <tetrahedron index="15314" v0="2967" v1="4341" v2="4429" v3="4582" />
+      <tetrahedron index="15315" v0="1814" v1="2883" v2="2950" v3="3429" />
+      <tetrahedron index="15316" v0="2883" v1="2950" v2="3429" v3="4498" />
+      <tetrahedron index="15317" v0="2950" v1="3429" v2="4498" v3="4565" />
+      <tetrahedron index="15318" v0="2793" v1="2883" v2="2950" v3="4408" />
+      <tetrahedron index="15319" v0="2883" v1="2950" v2="4408" v3="4498" />
+      <tetrahedron index="15320" v0="2950" v1="4408" v2="4498" v3="4565" />
+      <tetrahedron index="15321" v0="1963" v1="1994" v2="2918" v3="3578" />
+      <tetrahedron index="15322" v0="1994" v1="2918" v2="3578" v3="3609" />
+      <tetrahedron index="15323" v0="2918" v1="3578" v2="3609" v3="4533" />
+      <tetrahedron index="15324" v0="1963" v1="2676" v2="2918" v3="3578" />
+      <tetrahedron index="15325" v0="2676" v1="2918" v2="3578" v3="4291" />
+      <tetrahedron index="15326" v0="2918" v1="3578" v2="4291" v3="4533" />
+      <tetrahedron index="15327" v0="1777" v1="2223" v2="2795" v3="3392" />
+      <tetrahedron index="15328" v0="2223" v1="2795" v2="3392" v3="3838" />
+      <tetrahedron index="15329" v0="2795" v1="3392" v2="3838" v3="4410" />
+      <tetrahedron index="15330" v0="1777" v1="2794" v2="2795" v3="3392" />
+      <tetrahedron index="15331" v0="2794" v1="2795" v2="3392" v3="4409" />
+      <tetrahedron index="15332" v0="2795" v1="3392" v2="4409" v3="4410" />
+      <tetrahedron index="15333" v0="2731" v1="2773" v2="2888" v3="4346" />
+      <tetrahedron index="15334" v0="2773" v1="2888" v2="4346" v3="4388" />
+      <tetrahedron index="15335" v0="2888" v1="4346" v2="4388" v3="4503" />
+      <tetrahedron index="15336" v0="2773" v1="2774" v2="2888" v3="4388" />
+      <tetrahedron index="15337" v0="2774" v1="2888" v2="4388" v3="4389" />
+      <tetrahedron index="15338" v0="2888" v1="4388" v2="4389" v3="4503" />
+      <tetrahedron index="15339" v0="1870" v1="2908" v2="2983" v3="3485" />
+      <tetrahedron index="15340" v0="2908" v1="2983" v2="3485" v3="4523" />
+      <tetrahedron index="15341" v0="2983" v1="3485" v2="4523" v3="4598" />
+      <tetrahedron index="15342" v0="2908" v1="2982" v2="2983" v3="4523" />
+      <tetrahedron index="15343" v0="2982" v1="2983" v2="4523" v3="4597" />
+      <tetrahedron index="15344" v0="2983" v1="4523" v2="4597" v3="4598" />
+      <tetrahedron index="15345" v0="2343" v1="2722" v2="2884" v3="3958" />
+      <tetrahedron index="15346" v0="2722" v1="2884" v2="3958" v3="4337" />
+      <tetrahedron index="15347" v0="2884" v1="3958" v2="4337" v3="4499" />
+      <tetrahedron index="15348" v0="1814" v1="2343" v2="2884" v3="3429" />
+      <tetrahedron index="15349" v0="2343" v1="2884" v2="3429" v3="3958" />
+      <tetrahedron index="15350" v0="2884" v1="3429" v2="3958" v3="4499" />
+      <tetrahedron index="15351" v0="2643" v1="2680" v2="2999" v3="4258" />
+      <tetrahedron index="15352" v0="2680" v1="2999" v2="4258" v3="4295" />
+      <tetrahedron index="15353" v0="2999" v1="4258" v2="4295" v3="4614" />
+      <tetrahedron index="15354" v0="2010" v1="2109" v2="2795" v3="3625" />
+      <tetrahedron index="15355" v0="2109" v1="2795" v2="3625" v3="3724" />
+      <tetrahedron index="15356" v0="2795" v1="3625" v2="3724" v3="4410" />
+      <tetrahedron index="15357" v0="2525" v1="2947" v2="2948" v3="4140" />
+      <tetrahedron index="15358" v0="2947" v1="2948" v2="4140" v3="4562" />
+      <tetrahedron index="15359" v0="2948" v1="4140" v2="4562" v3="4563" />
+      <tetrahedron index="15360" v0="2525" v1="2706" v2="2947" v3="4140" />
+      <tetrahedron index="15361" v0="2706" v1="2947" v2="4140" v3="4321" />
+      <tetrahedron index="15362" v0="2947" v1="4140" v2="4321" v3="4562" />
+      <tetrahedron index="15363" v0="1617" v1="2323" v2="2802" v3="3232" />
+      <tetrahedron index="15364" v0="2323" v1="2802" v2="3232" v3="3938" />
+      <tetrahedron index="15365" v0="2802" v1="3232" v2="3938" v3="4417" />
+      <tetrahedron index="15366" v0="2770" v1="2918" v2="2919" v3="4385" />
+      <tetrahedron index="15367" v0="2918" v1="2919" v2="4385" v3="4533" />
+      <tetrahedron index="15368" v0="2919" v1="4385" v2="4533" v3="4534" />
+      <tetrahedron index="15369" v0="2749" v1="2813" v2="2886" v3="4364" />
+      <tetrahedron index="15370" v0="2813" v1="2886" v2="4364" v3="4428" />
+      <tetrahedron index="15371" v0="2886" v1="4364" v2="4428" v3="4501" />
+      <tetrahedron index="15372" v0="2594" v1="2723" v2="2784" v3="4209" />
+      <tetrahedron index="15373" v0="2723" v1="2784" v2="4209" v3="4338" />
+      <tetrahedron index="15374" v0="2784" v1="4209" v2="4338" v3="4399" />
+      <tetrahedron index="15375" v0="1765" v1="2893" v2="2983" v3="3380" />
+      <tetrahedron index="15376" v0="2893" v1="2983" v2="3380" v3="4508" />
+      <tetrahedron index="15377" v0="2983" v1="3380" v2="4508" v3="4598" />
+      <tetrahedron index="15378" v0="1765" v1="1870" v2="2983" v3="3380" />
+      <tetrahedron index="15379" v0="1870" v1="2983" v2="3380" v3="3485" />
+      <tetrahedron index="15380" v0="2983" v1="3380" v2="3485" v3="4598" />
+      <tetrahedron index="15381" v0="2197" v1="2227" v2="2971" v3="3812" />
+      <tetrahedron index="15382" v0="2227" v1="2971" v2="3812" v3="3842" />
+      <tetrahedron index="15383" v0="2971" v1="3812" v2="3842" v3="4586" />
+      <tetrahedron index="15384" v0="2226" v1="2227" v2="2971" v3="3841" />
+      <tetrahedron index="15385" v0="2227" v1="2971" v2="3841" v3="3842" />
+      <tetrahedron index="15386" v0="2971" v1="3841" v2="3842" v3="4586" />
+      <tetrahedron index="15387" v0="2165" v1="2322" v2="2970" v3="3780" />
+      <tetrahedron index="15388" v0="2322" v1="2970" v2="3780" v3="3937" />
+      <tetrahedron index="15389" v0="2970" v1="3780" v2="3937" v3="4585" />
+      <tetrahedron index="15390" v0="2033" v1="2903" v2="3000" v3="3648" />
+      <tetrahedron index="15391" v0="2903" v1="3000" v2="3648" v3="4518" />
+      <tetrahedron index="15392" v0="3000" v1="3648" v2="4518" v3="4615" />
+      <tetrahedron index="15393" v0="1624" v1="1626" v2="2442" v3="3239" />
+      <tetrahedron index="15394" v0="1626" v1="2442" v2="3239" v3="3241" />
+      <tetrahedron index="15395" v0="2442" v1="3239" v2="3241" v3="4057" />
+      <tetrahedron index="15396" v0="1624" v1="2442" v2="2847" v3="3239" />
+      <tetrahedron index="15397" v0="2442" v1="2847" v2="3239" v3="4057" />
+      <tetrahedron index="15398" v0="2847" v1="3239" v2="4057" v3="4462" />
+      <tetrahedron index="15399" v0="2834" v1="2928" v2="3001" v3="4449" />
+      <tetrahedron index="15400" v0="2928" v1="3001" v2="4449" v3="4543" />
+      <tetrahedron index="15401" v0="3001" v1="4449" v2="4543" v3="4616" />
+      <tetrahedron index="15402" v0="2928" v1="2975" v2="3001" v3="4543" />
+      <tetrahedron index="15403" v0="2975" v1="3001" v2="4543" v3="4590" />
+      <tetrahedron index="15404" v0="3001" v1="4543" v2="4590" v3="4616" />
+      <tetrahedron index="15405" v0="2560" v1="2865" v2="2997" v3="4175" />
+      <tetrahedron index="15406" v0="2865" v1="2997" v2="4175" v3="4480" />
+      <tetrahedron index="15407" v0="2997" v1="4175" v2="4480" v3="4612" />
+      <tetrahedron index="15408" v0="2036" v1="2907" v2="2994" v3="3651" />
+      <tetrahedron index="15409" v0="2907" v1="2994" v2="3651" v3="4522" />
+      <tetrahedron index="15410" v0="2994" v1="3651" v2="4522" v3="4609" />
+      <tetrahedron index="15411" v0="1627" v1="2661" v2="2980" v3="3242" />
+      <tetrahedron index="15412" v0="2661" v1="2980" v2="3242" v3="4276" />
+      <tetrahedron index="15413" v0="2980" v1="3242" v2="4276" v3="4595" />
+      <tetrahedron index="15414" v0="1627" v1="1628" v2="2980" v3="3242" />
+      <tetrahedron index="15415" v0="1628" v1="2980" v2="3242" v3="3243" />
+      <tetrahedron index="15416" v0="2980" v1="3242" v2="3243" v3="4595" />
+      <tetrahedron index="15417" v0="1853" v1="2125" v2="3002" v3="3468" />
+      <tetrahedron index="15418" v0="2125" v1="3002" v2="3468" v3="3740" />
+      <tetrahedron index="15419" v0="3002" v1="3468" v2="3740" v3="4617" />
+      <tetrahedron index="15420" v0="1853" v1="1854" v2="3002" v3="3468" />
+      <tetrahedron index="15421" v0="1854" v1="3002" v2="3468" v3="3469" />
+      <tetrahedron index="15422" v0="3002" v1="3468" v2="3469" v3="4617" />
+      <tetrahedron index="15423" v0="2100" v1="2254" v2="2372" v3="3715" />
+      <tetrahedron index="15424" v0="2254" v1="2372" v2="3715" v3="3869" />
+      <tetrahedron index="15425" v0="2372" v1="3715" v2="3869" v3="3987" />
+      <tetrahedron index="15426" v0="2100" v1="2101" v2="2254" v3="3715" />
+      <tetrahedron index="15427" v0="2101" v1="2254" v2="3715" v3="3716" />
+      <tetrahedron index="15428" v0="2254" v1="3715" v2="3716" v3="3869" />
+      <tetrahedron index="15429" v0="2027" v1="2339" v2="2340" v3="3642" />
+      <tetrahedron index="15430" v0="2339" v1="2340" v2="3642" v3="3954" />
+      <tetrahedron index="15431" v0="2340" v1="3642" v2="3954" v3="3955" />
+      <tetrahedron index="15432" v0="1992" v1="2027" v2="2339" v3="3607" />
+      <tetrahedron index="15433" v0="2027" v1="2339" v2="3607" v3="3642" />
+      <tetrahedron index="15434" v0="2339" v1="3607" v2="3642" v3="3954" />
+      <tetrahedron index="15435" v0="2376" v1="2594" v2="2936" v3="3991" />
+      <tetrahedron index="15436" v0="2594" v1="2936" v2="3991" v3="4209" />
+      <tetrahedron index="15437" v0="2936" v1="3991" v2="4209" v3="4551" />
+      <tetrahedron index="15438" v0="2171" v1="2376" v2="2936" v3="3786" />
+      <tetrahedron index="15439" v0="2376" v1="2936" v2="3786" v3="3991" />
+      <tetrahedron index="15440" v0="2936" v1="3786" v2="3991" v3="4551" />
+      <tetrahedron index="15441" v0="2975" v1="2976" v2="3003" v3="4590" />
+      <tetrahedron index="15442" v0="2976" v1="3003" v2="4590" v3="4591" />
+      <tetrahedron index="15443" v0="3003" v1="4590" v2="4591" v3="4618" />
+      <tetrahedron index="15444" v0="2958" v1="2976" v2="3003" v3="4573" />
+      <tetrahedron index="15445" v0="2976" v1="3003" v2="4573" v3="4591" />
+      <tetrahedron index="15446" v0="3003" v1="4573" v2="4591" v3="4618" />
+      <tetrahedron index="15447" v0="2047" v1="2523" v2="2945" v3="3662" />
+      <tetrahedron index="15448" v0="2523" v1="2945" v2="3662" v3="4138" />
+      <tetrahedron index="15449" v0="2945" v1="3662" v2="4138" v3="4560" />
+      <tetrahedron index="15450" v0="2047" v1="2899" v2="2945" v3="3662" />
+      <tetrahedron index="15451" v0="2899" v1="2945" v2="3662" v3="4514" />
+      <tetrahedron index="15452" v0="2945" v1="3662" v2="4514" v3="4560" />
+      <tetrahedron index="15453" v0="1795" v1="2508" v2="2798" v3="3410" />
+      <tetrahedron index="15454" v0="2508" v1="2798" v2="3410" v3="4123" />
+      <tetrahedron index="15455" v0="2798" v1="3410" v2="4123" v3="4413" />
+      <tetrahedron index="15456" v0="1683" v1="2339" v2="2437" v3="3298" />
+      <tetrahedron index="15457" v0="2339" v1="2437" v2="3298" v3="3954" />
+      <tetrahedron index="15458" v0="2437" v1="3298" v2="3954" v3="4052" />
+      <tetrahedron index="15459" v0="1992" v1="2339" v2="2437" v3="3607" />
+      <tetrahedron index="15460" v0="2339" v1="2437" v2="3607" v3="3954" />
+      <tetrahedron index="15461" v0="2437" v1="3607" v2="3954" v3="4052" />
+      <tetrahedron index="15462" v0="2235" v1="2236" v2="2938" v3="3850" />
+      <tetrahedron index="15463" v0="2236" v1="2938" v2="3850" v3="3851" />
+      <tetrahedron index="15464" v0="2938" v1="3850" v2="3851" v3="4553" />
+      <tetrahedron index="15465" v0="2236" v1="2904" v2="2938" v3="3851" />
+      <tetrahedron index="15466" v0="2904" v1="2938" v2="3851" v3="4519" />
+      <tetrahedron index="15467" v0="2938" v1="3851" v2="4519" v3="4553" />
+      <tetrahedron index="15468" v0="2455" v1="2632" v2="2700" v3="4070" />
+      <tetrahedron index="15469" v0="2632" v1="2700" v2="4070" v3="4247" />
+      <tetrahedron index="15470" v0="2700" v1="4070" v2="4247" v3="4315" />
+      <tetrahedron index="15471" v0="2632" v1="2657" v2="2700" v3="4247" />
+      <tetrahedron index="15472" v0="2657" v1="2700" v2="4247" v3="4272" />
+      <tetrahedron index="15473" v0="2700" v1="4247" v2="4272" v3="4315" />
+      <tetrahedron index="15474" v0="2865" v1="2997" v2="3004" v3="4480" />
+      <tetrahedron index="15475" v0="2997" v1="3004" v2="4480" v3="4612" />
+      <tetrahedron index="15476" v0="3004" v1="4480" v2="4612" v3="4619" />
+      <tetrahedron index="15477" v0="2176" v1="3004" v2="3005" v3="3791" />
+      <tetrahedron index="15478" v0="3004" v1="3005" v2="3791" v3="4619" />
+      <tetrahedron index="15479" v0="3005" v1="3791" v2="4619" v3="4620" />
+      <tetrahedron index="15480" v0="2129" v1="2338" v2="2943" v3="3744" />
+      <tetrahedron index="15481" v0="2338" v1="2943" v2="3744" v3="3953" />
+      <tetrahedron index="15482" v0="2943" v1="3744" v2="3953" v3="4558" />
+      <tetrahedron index="15483" v0="2129" v1="2482" v2="2943" v3="3744" />
+      <tetrahedron index="15484" v0="2482" v1="2943" v2="3744" v3="4097" />
+      <tetrahedron index="15485" v0="2943" v1="3744" v2="4097" v3="4558" />
+      <tetrahedron index="15486" v0="2805" v1="3006" v2="3007" v3="4420" />
+      <tetrahedron index="15487" v0="3006" v1="3007" v2="4420" v3="4621" />
+      <tetrahedron index="15488" v0="3007" v1="4420" v2="4621" v3="4622" />
+      <tetrahedron index="15489" v0="2857" v1="2981" v2="3008" v3="4472" />
+      <tetrahedron index="15490" v0="2981" v1="3008" v2="4472" v3="4596" />
+      <tetrahedron index="15491" v0="3008" v1="4472" v2="4596" v3="4623" />
+      <tetrahedron index="15492" v0="2909" v1="2981" v2="3008" v3="4524" />
+      <tetrahedron index="15493" v0="2981" v1="3008" v2="4524" v3="4596" />
+      <tetrahedron index="15494" v0="3008" v1="4524" v2="4596" v3="4623" />
+      <tetrahedron index="15495" v0="1993" v1="1994" v2="2912" v3="3608" />
+      <tetrahedron index="15496" v0="1994" v1="2912" v2="3608" v3="3609" />
+      <tetrahedron index="15497" v0="2912" v1="3608" v2="3609" v3="4527" />
+      <tetrahedron index="15498" v0="1994" v1="2912" v2="2919" v3="3609" />
+      <tetrahedron index="15499" v0="2912" v1="2919" v2="3609" v3="4527" />
+      <tetrahedron index="15500" v0="2919" v1="3609" v2="4527" v3="4534" />
+      <tetrahedron index="15501" v0="2175" v1="2696" v2="2986" v3="3790" />
+      <tetrahedron index="15502" v0="2696" v1="2986" v2="3790" v3="4311" />
+      <tetrahedron index="15503" v0="2986" v1="3790" v2="4311" v3="4601" />
+      <tetrahedron index="15504" v0="2120" v1="2696" v2="2986" v3="3735" />
+      <tetrahedron index="15505" v0="2696" v1="2986" v2="3735" v3="4311" />
+      <tetrahedron index="15506" v0="2986" v1="3735" v2="4311" v3="4601" />
+      <tetrahedron index="15507" v0="2309" v1="2900" v2="2937" v3="3924" />
+      <tetrahedron index="15508" v0="2900" v1="2937" v2="3924" v3="4515" />
+      <tetrahedron index="15509" v0="2937" v1="3924" v2="4515" v3="4552" />
+      <tetrahedron index="15510" v0="2842" v1="2900" v2="2937" v3="4457" />
+      <tetrahedron index="15511" v0="2900" v1="2937" v2="4457" v3="4515" />
+      <tetrahedron index="15512" v0="2937" v1="4457" v2="4515" v3="4552" />
+      <tetrahedron index="15513" v0="2156" v1="2824" v2="2858" v3="3771" />
+      <tetrahedron index="15514" v0="2824" v1="2858" v2="3771" v3="4439" />
+      <tetrahedron index="15515" v0="2858" v1="3771" v2="4439" v3="4473" />
+      <tetrahedron index="15516" v0="2102" v1="2156" v2="2824" v3="3717" />
+      <tetrahedron index="15517" v0="2156" v1="2824" v2="3717" v3="3771" />
+      <tetrahedron index="15518" v0="2824" v1="3717" v2="3771" v3="4439" />
+      <tetrahedron index="15519" v0="1640" v1="2450" v2="2896" v3="3255" />
+      <tetrahedron index="15520" v0="2450" v1="2896" v2="3255" v3="4065" />
+      <tetrahedron index="15521" v0="2896" v1="3255" v2="4065" v3="4511" />
+      <tetrahedron index="15522" v0="2144" v1="2894" v2="2993" v3="3759" />
+      <tetrahedron index="15523" v0="2894" v1="2993" v2="3759" v3="4509" />
+      <tetrahedron index="15524" v0="2993" v1="3759" v2="4509" v3="4608" />
+      <tetrahedron index="15525" v0="1722" v1="2894" v2="2993" v3="3337" />
+      <tetrahedron index="15526" v0="2894" v1="2993" v2="3337" v3="4509" />
+      <tetrahedron index="15527" v0="2993" v1="3337" v2="4509" v3="4608" />
+      <tetrahedron index="15528" v0="2754" v1="3009" v2="3010" v3="4369" />
+      <tetrahedron index="15529" v0="3009" v1="3010" v2="4369" v3="4624" />
+      <tetrahedron index="15530" v0="3010" v1="4369" v2="4624" v3="4625" />
+      <tetrahedron index="15531" v0="2754" v1="2755" v2="3010" v3="4369" />
+      <tetrahedron index="15532" v0="2755" v1="3010" v2="4369" v3="4370" />
+      <tetrahedron index="15533" v0="3010" v1="4369" v2="4370" v3="4625" />
+      <tetrahedron index="15534" v0="2777" v1="2804" v2="2805" v3="4392" />
+      <tetrahedron index="15535" v0="2804" v1="2805" v2="4392" v3="4419" />
+      <tetrahedron index="15536" v0="2805" v1="4392" v2="4419" v3="4420" />
+      <tetrahedron index="15537" v0="2777" v1="2805" v2="3006" v3="4392" />
+      <tetrahedron index="15538" v0="2805" v1="3006" v2="4392" v3="4420" />
+      <tetrahedron index="15539" v0="3006" v1="4392" v2="4420" v3="4621" />
+      <tetrahedron index="15540" v0="1738" v1="1861" v2="2950" v3="3353" />
+      <tetrahedron index="15541" v0="1861" v1="2950" v2="3353" v3="3476" />
+      <tetrahedron index="15542" v0="2950" v1="3353" v2="3476" v3="4565" />
+      <tetrahedron index="15543" v0="1861" v1="1884" v2="2950" v3="3476" />
+      <tetrahedron index="15544" v0="1884" v1="2950" v2="3476" v3="3499" />
+      <tetrahedron index="15545" v0="2950" v1="3476" v2="3499" v3="4565" />
+      <tetrahedron index="15546" v0="2916" v1="2985" v2="3011" v3="4531" />
+      <tetrahedron index="15547" v0="2985" v1="3011" v2="4531" v3="4600" />
+      <tetrahedron index="15548" v0="3011" v1="4531" v2="4600" v3="4626" />
+      <tetrahedron index="15549" v0="2423" v1="2985" v2="3011" v3="4038" />
+      <tetrahedron index="15550" v0="2985" v1="3011" v2="4038" v3="4600" />
+      <tetrahedron index="15551" v0="3011" v1="4038" v2="4600" v3="4626" />
+      <tetrahedron index="15552" v0="2547" v1="2706" v2="2945" v3="4162" />
+      <tetrahedron index="15553" v0="2706" v1="2945" v2="4162" v3="4321" />
+      <tetrahedron index="15554" v0="2945" v1="4162" v2="4321" v3="4560" />
+      <tetrahedron index="15555" v0="2525" v1="2706" v2="2945" v3="4140" />
+      <tetrahedron index="15556" v0="2706" v1="2945" v2="4140" v3="4321" />
+      <tetrahedron index="15557" v0="2945" v1="4140" v2="4321" v3="4560" />
+      <tetrahedron index="15558" v0="1719" v1="2650" v2="3012" v3="3334" />
+      <tetrahedron index="15559" v0="2650" v1="3012" v2="3334" v3="4265" />
+      <tetrahedron index="15560" v0="3012" v1="3334" v2="4265" v3="4627" />
+      <tetrahedron index="15561" v0="1719" v1="2990" v2="3012" v3="3334" />
+      <tetrahedron index="15562" v0="2990" v1="3012" v2="3334" v3="4605" />
+      <tetrahedron index="15563" v0="3012" v1="3334" v2="4605" v3="4627" />
+      <tetrahedron index="15564" v0="2274" v1="2605" v2="2903" v3="3889" />
+      <tetrahedron index="15565" v0="2605" v1="2903" v2="3889" v3="4220" />
+      <tetrahedron index="15566" v0="2903" v1="3889" v2="4220" v3="4518" />
+      <tetrahedron index="15567" v0="2321" v1="2962" v2="3013" v3="3936" />
+      <tetrahedron index="15568" v0="2962" v1="3013" v2="3936" v3="4577" />
+      <tetrahedron index="15569" v0="3013" v1="3936" v2="4577" v3="4628" />
+      <tetrahedron index="15570" v0="2372" v1="2742" v2="2867" v3="3987" />
+      <tetrahedron index="15571" v0="2742" v1="2867" v2="3987" v3="4357" />
+      <tetrahedron index="15572" v0="2867" v1="3987" v2="4357" v3="4482" />
+      <tetrahedron index="15573" v0="2372" v1="2866" v2="2867" v3="3987" />
+      <tetrahedron index="15574" v0="2866" v1="2867" v2="3987" v3="4481" />
+      <tetrahedron index="15575" v0="2867" v1="3987" v2="4481" v3="4482" />
+      <tetrahedron index="15576" v0="2695" v1="2958" v2="2976" v3="4310" />
+      <tetrahedron index="15577" v0="2958" v1="2976" v2="4310" v3="4573" />
+      <tetrahedron index="15578" v0="2976" v1="4310" v2="4573" v3="4591" />
+      <tetrahedron index="15579" v0="2374" v1="2695" v2="2976" v3="3989" />
+      <tetrahedron index="15580" v0="2695" v1="2976" v2="3989" v3="4310" />
+      <tetrahedron index="15581" v0="2976" v1="3989" v2="4310" v3="4591" />
+      <tetrahedron index="15582" v0="2283" v1="2640" v2="2695" v3="3898" />
+      <tetrahedron index="15583" v0="2640" v1="2695" v2="3898" v3="4255" />
+      <tetrahedron index="15584" v0="2695" v1="3898" v2="4255" v3="4310" />
+      <tetrahedron index="15585" v0="2283" v1="2499" v2="2695" v3="3898" />
+      <tetrahedron index="15586" v0="2499" v1="2695" v2="3898" v3="4114" />
+      <tetrahedron index="15587" v0="2695" v1="3898" v2="4114" v3="4310" />
+      <tetrahedron index="15588" v0="3014" v1="3015" v2="3016" v3="4629" />
+      <tetrahedron index="15589" v0="3015" v1="3016" v2="4629" v3="4630" />
+      <tetrahedron index="15590" v0="3016" v1="4629" v2="4630" v3="4631" />
+      <tetrahedron index="15591" v0="2701" v1="2733" v2="2992" v3="4316" />
+      <tetrahedron index="15592" v0="2733" v1="2992" v2="4316" v3="4348" />
+      <tetrahedron index="15593" v0="2992" v1="4316" v2="4348" v3="4607" />
+      <tetrahedron index="15594" v0="1751" v1="2208" v2="2442" v3="3366" />
+      <tetrahedron index="15595" v0="2208" v1="2442" v2="3366" v3="3823" />
+      <tetrahedron index="15596" v0="2442" v1="3366" v2="3823" v3="4057" />
+      <tetrahedron index="15597" v0="2544" v1="3017" v2="3018" v3="4159" />
+      <tetrahedron index="15598" v0="3017" v1="3018" v2="4159" v3="4632" />
+      <tetrahedron index="15599" v0="3018" v1="4159" v2="4632" v3="4633" />
+      <tetrahedron index="15600" v0="2579" v1="2680" v2="2999" v3="4194" />
+      <tetrahedron index="15601" v0="2680" v1="2999" v2="4194" v3="4295" />
+      <tetrahedron index="15602" v0="2999" v1="4194" v2="4295" v3="4614" />
+      <tetrahedron index="15603" v0="2662" v1="2926" v2="3019" v3="4277" />
+      <tetrahedron index="15604" v0="2926" v1="3019" v2="4277" v3="4541" />
+      <tetrahedron index="15605" v0="3019" v1="4277" v2="4541" v3="4634" />
+      <tetrahedron index="15606" v0="1706" v1="1708" v2="2279" v3="3321" />
+      <tetrahedron index="15607" v0="1708" v1="2279" v2="3321" v3="3323" />
+      <tetrahedron index="15608" v0="2279" v1="3321" v2="3323" v3="3894" />
+      <tetrahedron index="15609" v0="2606" v1="3020" v2="3021" v3="4221" />
+      <tetrahedron index="15610" v0="3020" v1="3021" v2="4221" v3="4635" />
+      <tetrahedron index="15611" v0="3021" v1="4221" v2="4635" v3="4636" />
+      <tetrahedron index="15612" v0="2472" v1="2473" v2="2830" v3="4087" />
+      <tetrahedron index="15613" v0="2473" v1="2830" v2="4087" v3="4088" />
+      <tetrahedron index="15614" v0="2830" v1="4087" v2="4088" v3="4445" />
+      <tetrahedron index="15615" v0="1753" v1="2208" v2="2750" v3="3368" />
+      <tetrahedron index="15616" v0="2208" v1="2750" v2="3368" v3="3823" />
+      <tetrahedron index="15617" v0="2750" v1="3368" v2="3823" v3="4365" />
+      <tetrahedron index="15618" v0="2007" v1="2551" v2="3022" v3="3622" />
+      <tetrahedron index="15619" v0="2551" v1="3022" v2="3622" v3="4166" />
+      <tetrahedron index="15620" v0="3022" v1="3622" v2="4166" v3="4637" />
+      <tetrahedron index="15621" v0="2258" v1="2458" v2="2484" v3="3873" />
+      <tetrahedron index="15622" v0="2458" v1="2484" v2="3873" v3="4073" />
+      <tetrahedron index="15623" v0="2484" v1="3873" v2="4073" v3="4099" />
+      <tetrahedron index="15624" v0="2435" v1="2464" v2="2913" v3="4050" />
+      <tetrahedron index="15625" v0="2464" v1="2913" v2="4050" v3="4079" />
+      <tetrahedron index="15626" v0="2913" v1="4050" v2="4079" v3="4528" />
+      <tetrahedron index="15627" v0="1722" v1="2993" v2="3023" v3="3337" />
+      <tetrahedron index="15628" v0="2993" v1="3023" v2="3337" v3="4608" />
+      <tetrahedron index="15629" v0="3023" v1="3337" v2="4608" v3="4638" />
+      <tetrahedron index="15630" v0="1722" v1="1980" v2="3023" v3="3337" />
+      <tetrahedron index="15631" v0="1980" v1="3023" v2="3337" v3="3595" />
+      <tetrahedron index="15632" v0="3023" v1="3337" v2="3595" v3="4638" />
+      <tetrahedron index="15633" v0="2655" v1="2656" v2="3024" v3="4270" />
+      <tetrahedron index="15634" v0="2656" v1="3024" v2="4270" v3="4271" />
+      <tetrahedron index="15635" v0="3024" v1="4270" v2="4271" v3="4639" />
+      <tetrahedron index="15636" v0="2037" v1="2038" v2="2944" v3="3652" />
+      <tetrahedron index="15637" v0="2038" v1="2944" v2="3652" v3="3653" />
+      <tetrahedron index="15638" v0="2944" v1="3652" v2="3653" v3="4559" />
+      <tetrahedron index="15639" v0="2361" v1="2449" v2="3025" v3="3976" />
+      <tetrahedron index="15640" v0="2449" v1="3025" v2="3976" v3="4064" />
+      <tetrahedron index="15641" v0="3025" v1="3976" v2="4064" v3="4640" />
+      <tetrahedron index="15642" v0="1704" v1="2734" v2="3026" v3="3319" />
+      <tetrahedron index="15643" v0="2734" v1="3026" v2="3319" v3="4349" />
+      <tetrahedron index="15644" v0="3026" v1="3319" v2="4349" v3="4641" />
+      <tetrahedron index="15645" v0="2734" v1="3026" v2="3027" v3="4349" />
+      <tetrahedron index="15646" v0="3026" v1="3027" v2="4349" v3="4641" />
+      <tetrahedron index="15647" v0="3027" v1="4349" v2="4641" v3="4642" />
+      <tetrahedron index="15648" v0="2608" v1="2609" v2="3028" v3="4223" />
+      <tetrahedron index="15649" v0="2609" v1="3028" v2="4223" v3="4224" />
+      <tetrahedron index="15650" v0="3028" v1="4223" v2="4224" v3="4643" />
+      <tetrahedron index="15651" v0="3029" v1="3030" v2="3031" v3="4644" />
+      <tetrahedron index="15652" v0="3030" v1="3031" v2="4644" v3="4645" />
+      <tetrahedron index="15653" v0="3031" v1="4644" v2="4645" v3="4646" />
+      <tetrahedron index="15654" v0="2017" v1="2018" v2="3032" v3="3632" />
+      <tetrahedron index="15655" v0="2018" v1="3032" v2="3632" v3="3633" />
+      <tetrahedron index="15656" v0="3032" v1="3632" v2="3633" v3="4647" />
+      <tetrahedron index="15657" v0="2952" v1="2954" v2="3033" v3="4567" />
+      <tetrahedron index="15658" v0="2954" v1="3033" v2="4567" v3="4569" />
+      <tetrahedron index="15659" v0="3033" v1="4567" v2="4569" v3="4648" />
+      <tetrahedron index="15660" v0="1779" v1="2154" v2="3034" v3="3394" />
+      <tetrahedron index="15661" v0="2154" v1="3034" v2="3394" v3="3769" />
+      <tetrahedron index="15662" v0="3034" v1="3394" v2="3769" v3="4649" />
+      <tetrahedron index="15663" v0="1779" v1="2703" v2="3034" v3="3394" />
+      <tetrahedron index="15664" v0="2703" v1="3034" v2="3394" v3="4318" />
+      <tetrahedron index="15665" v0="3034" v1="3394" v2="4318" v3="4649" />
+      <tetrahedron index="15666" v0="2103" v1="2105" v2="3035" v3="3718" />
+      <tetrahedron index="15667" v0="2105" v1="3035" v2="3718" v3="3720" />
+      <tetrahedron index="15668" v0="3035" v1="3718" v2="3720" v3="4650" />
+      <tetrahedron index="15669" v0="2441" v1="2808" v2="3036" v3="4056" />
+      <tetrahedron index="15670" v0="2808" v1="3036" v2="4056" v3="4423" />
+      <tetrahedron index="15671" v0="3036" v1="4056" v2="4423" v3="4651" />
+      <tetrahedron index="15672" v0="2809" v1="2810" v2="3037" v3="4424" />
+      <tetrahedron index="15673" v0="2810" v1="3037" v2="4424" v3="4425" />
+      <tetrahedron index="15674" v0="3037" v1="4424" v2="4425" v3="4652" />
+      <tetrahedron index="15675" v0="1806" v1="3038" v2="3039" v3="3421" />
+      <tetrahedron index="15676" v0="3038" v1="3039" v2="3421" v3="4653" />
+      <tetrahedron index="15677" v0="3039" v1="3421" v2="4653" v3="4654" />
+      <tetrahedron index="15678" v0="2768" v1="2778" v2="3040" v3="4383" />
+      <tetrahedron index="15679" v0="2778" v1="3040" v2="4383" v3="4393" />
+      <tetrahedron index="15680" v0="3040" v1="4383" v2="4393" v3="4655" />
+      <tetrahedron index="15681" v0="1715" v1="2825" v2="3041" v3="3330" />
+      <tetrahedron index="15682" v0="2825" v1="3041" v2="3330" v3="4440" />
+      <tetrahedron index="15683" v0="3041" v1="3330" v2="4440" v3="4656" />
+      <tetrahedron index="15684" v0="2560" v1="2863" v2="2865" v3="4175" />
+      <tetrahedron index="15685" v0="2863" v1="2865" v2="4175" v3="4478" />
+      <tetrahedron index="15686" v0="2865" v1="4175" v2="4478" v3="4480" />
+      <tetrahedron index="15687" v0="2560" v1="2562" v2="2863" v3="4175" />
+      <tetrahedron index="15688" v0="2562" v1="2863" v2="4175" v3="4177" />
+      <tetrahedron index="15689" v0="2863" v1="4175" v2="4177" v3="4478" />
+      <tetrahedron index="15690" v0="2657" v1="2700" v2="3042" v3="4272" />
+      <tetrahedron index="15691" v0="2700" v1="3042" v2="4272" v3="4315" />
+      <tetrahedron index="15692" v0="3042" v1="4272" v2="4315" v3="4657" />
+      <tetrahedron index="15693" v0="2605" v1="2903" v2="3043" v3="4220" />
+      <tetrahedron index="15694" v0="2903" v1="3043" v2="4220" v3="4518" />
+      <tetrahedron index="15695" v0="3043" v1="4220" v2="4518" v3="4658" />
+      <tetrahedron index="15696" v0="2724" v1="2725" v2="3044" v3="4339" />
+      <tetrahedron index="15697" v0="2725" v1="3044" v2="4339" v3="4340" />
+      <tetrahedron index="15698" v0="3044" v1="4339" v2="4340" v3="4659" />
+      <tetrahedron index="15699" v0="3006" v1="3007" v2="3045" v3="4621" />
+      <tetrahedron index="15700" v0="3007" v1="3045" v2="4621" v3="4622" />
+      <tetrahedron index="15701" v0="3045" v1="4621" v2="4622" v3="4660" />
+      <tetrahedron index="15702" v0="2818" v1="3046" v2="3047" v3="4433" />
+      <tetrahedron index="15703" v0="3046" v1="3047" v2="4433" v3="4661" />
+      <tetrahedron index="15704" v0="3047" v1="4433" v2="4661" v3="4662" />
+      <tetrahedron index="15705" v0="2551" v1="3022" v2="3048" v3="4166" />
+      <tetrahedron index="15706" v0="3022" v1="3048" v2="4166" v3="4637" />
+      <tetrahedron index="15707" v0="3048" v1="4166" v2="4637" v3="4663" />
+      <tetrahedron index="15708" v0="2628" v1="3049" v2="3050" v3="4243" />
+      <tetrahedron index="15709" v0="3049" v1="3050" v2="4243" v3="4664" />
+      <tetrahedron index="15710" v0="3050" v1="4243" v2="4664" v3="4665" />
+      <tetrahedron index="15711" v0="2989" v1="2990" v2="3051" v3="4604" />
+      <tetrahedron index="15712" v0="2990" v1="3051" v2="4604" v3="4605" />
+      <tetrahedron index="15713" v0="3051" v1="4604" v2="4605" v3="4666" />
+      <tetrahedron index="15714" v0="2990" v1="3010" v2="3051" v3="4605" />
+      <tetrahedron index="15715" v0="3010" v1="3051" v2="4605" v3="4625" />
+      <tetrahedron index="15716" v0="3051" v1="4605" v2="4625" v3="4666" />
+      <tetrahedron index="15717" v0="1619" v1="1929" v2="2075" v3="3234" />
+      <tetrahedron index="15718" v0="1929" v1="2075" v2="3234" v3="3544" />
+      <tetrahedron index="15719" v0="2075" v1="3234" v2="3544" v3="3690" />
+      <tetrahedron index="15720" v0="2454" v1="2727" v2="3052" v3="4069" />
+      <tetrahedron index="15721" v0="2727" v1="3052" v2="4069" v3="4342" />
+      <tetrahedron index="15722" v0="3052" v1="4069" v2="4342" v3="4667" />
+      <tetrahedron index="15723" v0="1931" v1="1932" v2="3053" v3="3546" />
+      <tetrahedron index="15724" v0="1932" v1="3053" v2="3546" v3="3547" />
+      <tetrahedron index="15725" v0="3053" v1="3546" v2="3547" v3="4668" />
+      <tetrahedron index="15726" v0="1707" v1="2072" v2="3054" v3="3322" />
+      <tetrahedron index="15727" v0="2072" v1="3054" v2="3322" v3="3687" />
+      <tetrahedron index="15728" v0="3054" v1="3322" v2="3687" v3="4669" />
+      <tetrahedron index="15729" v0="2365" v1="3055" v2="3056" v3="3980" />
+      <tetrahedron index="15730" v0="3055" v1="3056" v2="3980" v3="4670" />
+      <tetrahedron index="15731" v0="3056" v1="3980" v2="4670" v3="4671" />
+      <tetrahedron index="15732" v0="1887" v1="1888" v2="2353" v3="3502" />
+      <tetrahedron index="15733" v0="1888" v1="2353" v2="3502" v3="3503" />
+      <tetrahedron index="15734" v0="2353" v1="3502" v2="3503" v3="3968" />
+      <tetrahedron index="15735" v0="1835" v1="2010" v2="2795" v3="3450" />
+      <tetrahedron index="15736" v0="2010" v1="2795" v2="3450" v3="3625" />
+      <tetrahedron index="15737" v0="2795" v1="3450" v2="3625" v3="4410" />
+      <tetrahedron index="15738" v0="1835" v1="2010" v2="2070" v3="3450" />
+      <tetrahedron index="15739" v0="2010" v1="2070" v2="3450" v3="3625" />
+      <tetrahedron index="15740" v0="2070" v1="3450" v2="3625" v3="3685" />
+      <tetrahedron index="15741" v0="1807" v1="2974" v2="3057" v3="3422" />
+      <tetrahedron index="15742" v0="2974" v1="3057" v2="3422" v3="4589" />
+      <tetrahedron index="15743" v0="3057" v1="3422" v2="4589" v3="4672" />
+      <tetrahedron index="15744" v0="1988" v1="2176" v2="2451" v3="3603" />
+      <tetrahedron index="15745" v0="2176" v1="2451" v2="3603" v3="3791" />
+      <tetrahedron index="15746" v0="2451" v1="3603" v2="3791" v3="4066" />
+      <tetrahedron index="15747" v0="1959" v1="2442" v2="2847" v3="3574" />
+      <tetrahedron index="15748" v0="2442" v1="2847" v2="3574" v3="4057" />
+      <tetrahedron index="15749" v0="2847" v1="3574" v2="4057" v3="4462" />
+      <tetrahedron index="15750" v0="1752" v1="1959" v2="2442" v3="3367" />
+      <tetrahedron index="15751" v0="1959" v1="2442" v2="3367" v3="3574" />
+      <tetrahedron index="15752" v0="2442" v1="3367" v2="3574" v3="4057" />
+      <tetrahedron index="15753" v0="2384" v1="2848" v2="3058" v3="3999" />
+      <tetrahedron index="15754" v0="2848" v1="3058" v2="3999" v3="4463" />
+      <tetrahedron index="15755" v0="3058" v1="3999" v2="4463" v3="4673" />
+      <tetrahedron index="15756" v0="2540" v1="2541" v2="3059" v3="4155" />
+      <tetrahedron index="15757" v0="2541" v1="3059" v2="4155" v3="4156" />
+      <tetrahedron index="15758" v0="3059" v1="4155" v2="4156" v3="4674" />
+      <tetrahedron index="15759" v0="1745" v1="2311" v2="3060" v3="3360" />
+      <tetrahedron index="15760" v0="2311" v1="3060" v2="3360" v3="3926" />
+      <tetrahedron index="15761" v0="3060" v1="3360" v2="3926" v3="4675" />
+      <tetrahedron index="15762" v0="2310" v1="2311" v2="3060" v3="3925" />
+      <tetrahedron index="15763" v0="2311" v1="3060" v2="3925" v3="3926" />
+      <tetrahedron index="15764" v0="3060" v1="3925" v2="3926" v3="4675" />
+      <tetrahedron index="15765" v0="2211" v1="2329" v2="2991" v3="3826" />
+      <tetrahedron index="15766" v0="2329" v1="2991" v2="3826" v3="3944" />
+      <tetrahedron index="15767" v0="2991" v1="3826" v2="3944" v3="4606" />
+      <tetrahedron index="15768" v0="1627" v1="2406" v2="2661" v3="3242" />
+      <tetrahedron index="15769" v0="2406" v1="2661" v2="3242" v3="4021" />
+      <tetrahedron index="15770" v0="2661" v1="3242" v2="4021" v3="4276" />
+      <tetrahedron index="15771" v0="1627" v1="2406" v2="2407" v3="3242" />
+      <tetrahedron index="15772" v0="2406" v1="2407" v2="3242" v3="4021" />
+      <tetrahedron index="15773" v0="2407" v1="3242" v2="4021" v3="4022" />
+      <tetrahedron index="15774" v0="1803" v1="1996" v2="3061" v3="3418" />
+      <tetrahedron index="15775" v0="1996" v1="3061" v2="3418" v3="3611" />
+      <tetrahedron index="15776" v0="3061" v1="3418" v2="3611" v3="4676" />
+      <tetrahedron index="15777" v0="2656" v1="2951" v2="3062" v3="4271" />
+      <tetrahedron index="15778" v0="2951" v1="3062" v2="4271" v3="4566" />
+      <tetrahedron index="15779" v0="3062" v1="4271" v2="4566" v3="4677" />
+      <tetrahedron index="15780" v0="2656" v1="2951" v2="3024" v3="4271" />
+      <tetrahedron index="15781" v0="2951" v1="3024" v2="4271" v3="4566" />
+      <tetrahedron index="15782" v0="3024" v1="4271" v2="4566" v3="4639" />
+      <tetrahedron index="15783" v0="1885" v1="1949" v2="2659" v3="3500" />
+      <tetrahedron index="15784" v0="1949" v1="2659" v2="3500" v3="3564" />
+      <tetrahedron index="15785" v0="2659" v1="3500" v2="3564" v3="4274" />
+      <tetrahedron index="15786" v0="1885" v1="1955" v2="2659" v3="3500" />
+      <tetrahedron index="15787" v0="1955" v1="2659" v2="3500" v3="3570" />
+      <tetrahedron index="15788" v0="2659" v1="3500" v2="3570" v3="4274" />
+      <tetrahedron index="15789" v0="2358" v1="2670" v2="2863" v3="3973" />
+      <tetrahedron index="15790" v0="2670" v1="2863" v2="3973" v3="4285" />
+      <tetrahedron index="15791" v0="2863" v1="3973" v2="4285" v3="4478" />
+      <tetrahedron index="15792" v0="2485" v1="2929" v2="2930" v3="4100" />
+      <tetrahedron index="15793" v0="2929" v1="2930" v2="4100" v3="4544" />
+      <tetrahedron index="15794" v0="2930" v1="4100" v2="4544" v3="4545" />
+      <tetrahedron index="15795" v0="2479" v1="2485" v2="2930" v3="4094" />
+      <tetrahedron index="15796" v0="2485" v1="2930" v2="4094" v3="4100" />
+      <tetrahedron index="15797" v0="2930" v1="4094" v2="4100" v3="4545" />
+      <tetrahedron index="15798" v0="1645" v1="2187" v2="3063" v3="3260" />
+      <tetrahedron index="15799" v0="2187" v1="3063" v2="3260" v3="3802" />
+      <tetrahedron index="15800" v0="3063" v1="3260" v2="3802" v3="4678" />
+      <tetrahedron index="15801" v0="1645" v1="2864" v2="3063" v3="3260" />
+      <tetrahedron index="15802" v0="2864" v1="3063" v2="3260" v3="4479" />
+      <tetrahedron index="15803" v0="3063" v1="3260" v2="4479" v3="4678" />
+      <tetrahedron index="15804" v0="2085" v1="2603" v2="2721" v3="3700" />
+      <tetrahedron index="15805" v0="2603" v1="2721" v2="3700" v3="4218" />
+      <tetrahedron index="15806" v0="2721" v1="3700" v2="4218" v3="4336" />
+      <tetrahedron index="15807" v0="2865" v1="3004" v2="3064" v3="4480" />
+      <tetrahedron index="15808" v0="3004" v1="3064" v2="4480" v3="4619" />
+      <tetrahedron index="15809" v0="3064" v1="4480" v2="4619" v3="4679" />
+      <tetrahedron index="15810" v0="2651" v1="2652" v2="2878" v3="4266" />
+      <tetrahedron index="15811" v0="2652" v1="2878" v2="4266" v3="4267" />
+      <tetrahedron index="15812" v0="2878" v1="4266" v2="4267" v3="4493" />
+      <tetrahedron index="15813" v0="2751" v1="2927" v2="2931" v3="4366" />
+      <tetrahedron index="15814" v0="2927" v1="2931" v2="4366" v3="4542" />
+      <tetrahedron index="15815" v0="2931" v1="4366" v2="4542" v3="4546" />
+      <tetrahedron index="15816" v0="2569" v1="2927" v2="2931" v3="4184" />
+      <tetrahedron index="15817" v0="2927" v1="2931" v2="4184" v3="4542" />
+      <tetrahedron index="15818" v0="2931" v1="4184" v2="4542" v3="4546" />
+      <tetrahedron index="15819" v0="1712" v1="1714" v2="2588" v3="3327" />
+      <tetrahedron index="15820" v0="1714" v1="2588" v2="3327" v3="3329" />
+      <tetrahedron index="15821" v0="2588" v1="3327" v2="3329" v3="4203" />
+      <tetrahedron index="15822" v0="2620" v1="2906" v2="3065" v3="4235" />
+      <tetrahedron index="15823" v0="2906" v1="3065" v2="4235" v3="4521" />
+      <tetrahedron index="15824" v0="3065" v1="4235" v2="4521" v3="4680" />
+      <tetrahedron index="15825" v0="2199" v1="2280" v2="3066" v3="3814" />
+      <tetrahedron index="15826" v0="2280" v1="3066" v2="3814" v3="3895" />
+      <tetrahedron index="15827" v0="3066" v1="3814" v2="3895" v3="4681" />
+      <tetrahedron index="15828" v0="2280" v1="2721" v2="3066" v3="3895" />
+      <tetrahedron index="15829" v0="2721" v1="3066" v2="3895" v3="4336" />
+      <tetrahedron index="15830" v0="3066" v1="3895" v2="4336" v3="4681" />
+      <tetrahedron index="15831" v0="1829" v1="2079" v2="2296" v3="3444" />
+      <tetrahedron index="15832" v0="2079" v1="2296" v2="3444" v3="3694" />
+      <tetrahedron index="15833" v0="2296" v1="3444" v2="3694" v3="3911" />
+      <tetrahedron index="15834" v0="1829" v1="1830" v2="2079" v3="3444" />
+      <tetrahedron index="15835" v0="1830" v1="2079" v2="3444" v3="3445" />
+      <tetrahedron index="15836" v0="2079" v1="3444" v2="3445" v3="3694" />
+      <tetrahedron index="15837" v0="2061" v1="2116" v2="2233" v3="3676" />
+      <tetrahedron index="15838" v0="2116" v1="2233" v2="3676" v3="3731" />
+      <tetrahedron index="15839" v0="2233" v1="3676" v2="3731" v3="3848" />
+      <tetrahedron index="15840" v0="1747" v1="2061" v2="2116" v3="3362" />
+      <tetrahedron index="15841" v0="2061" v1="2116" v2="3362" v3="3676" />
+      <tetrahedron index="15842" v0="2116" v1="3362" v2="3676" v3="3731" />
+      <tetrahedron index="15843" v0="1644" v1="1645" v2="2864" v3="3259" />
+      <tetrahedron index="15844" v0="1645" v1="2864" v2="3259" v3="3260" />
+      <tetrahedron index="15845" v0="2864" v1="3259" v2="3260" v3="4479" />
+      <tetrahedron index="15846" v0="1941" v1="1942" v2="2935" v3="3556" />
+      <tetrahedron index="15847" v0="1942" v1="2935" v2="3556" v3="3557" />
+      <tetrahedron index="15848" v0="2935" v1="3556" v2="3557" v3="4550" />
+      <tetrahedron index="15849" v0="1901" v1="1941" v2="2935" v3="3516" />
+      <tetrahedron index="15850" v0="1941" v1="2935" v2="3516" v3="3556" />
+      <tetrahedron index="15851" v0="2935" v1="3516" v2="3556" v3="4550" />
+      <tetrahedron index="15852" v0="2327" v1="2371" v2="2385" v3="3942" />
+      <tetrahedron index="15853" v0="2371" v1="2385" v2="3942" v3="3986" />
+      <tetrahedron index="15854" v0="2385" v1="3942" v2="3986" v3="4000" />
+      <tetrahedron index="15855" v0="2371" v1="2385" v2="2873" v3="3986" />
+      <tetrahedron index="15856" v0="2385" v1="2873" v2="3986" v3="4000" />
+      <tetrahedron index="15857" v0="2873" v1="3986" v2="4000" v3="4488" />
+      <tetrahedron index="15858" v0="1796" v1="1907" v2="1908" v3="3411" />
+      <tetrahedron index="15859" v0="1907" v1="1908" v2="3411" v3="3522" />
+      <tetrahedron index="15860" v0="1908" v1="3411" v2="3522" v3="3523" />
+      <tetrahedron index="15861" v0="1856" v1="1857" v2="3067" v3="3471" />
+      <tetrahedron index="15862" v0="1857" v1="3067" v2="3471" v3="3472" />
+      <tetrahedron index="15863" v0="3067" v1="3471" v2="3472" v3="4682" />
+      <tetrahedron index="15864" v0="1857" v1="2993" v2="3067" v3="3472" />
+      <tetrahedron index="15865" v0="2993" v1="3067" v2="3472" v3="4608" />
+      <tetrahedron index="15866" v0="3067" v1="3472" v2="4608" v3="4682" />
+      <tetrahedron index="15867" v0="1970" v1="3068" v2="3069" v3="3585" />
+      <tetrahedron index="15868" v0="3068" v1="3069" v2="3585" v3="4683" />
+      <tetrahedron index="15869" v0="3069" v1="3585" v2="4683" v3="4684" />
+      <tetrahedron index="15870" v0="1933" v1="1970" v2="3069" v3="3548" />
+      <tetrahedron index="15871" v0="1970" v1="3069" v2="3548" v3="3585" />
+      <tetrahedron index="15872" v0="3069" v1="3548" v2="3585" v3="4684" />
+      <tetrahedron index="15873" v0="2485" v1="2929" v2="3070" v3="4100" />
+      <tetrahedron index="15874" v0="2929" v1="3070" v2="4100" v3="4544" />
+      <tetrahedron index="15875" v0="3070" v1="4100" v2="4544" v3="4685" />
+      <tetrahedron index="15876" v0="2485" v1="2486" v2="3070" v3="4100" />
+      <tetrahedron index="15877" v0="2486" v1="3070" v2="4100" v3="4101" />
+      <tetrahedron index="15878" v0="3070" v1="4100" v2="4101" v3="4685" />
+      <tetrahedron index="15879" v0="2497" v1="2954" v2="3033" v3="4112" />
+      <tetrahedron index="15880" v0="2954" v1="3033" v2="4112" v3="4569" />
+      <tetrahedron index="15881" v0="3033" v1="4112" v2="4569" v3="4648" />
+      <tetrahedron index="15882" v0="2135" v1="3071" v2="3072" v3="3750" />
+      <tetrahedron index="15883" v0="3071" v1="3072" v2="3750" v3="4686" />
+      <tetrahedron index="15884" v0="3072" v1="3750" v2="4686" v3="4687" />
+      <tetrahedron index="15885" v0="2046" v1="3071" v2="3072" v3="3661" />
+      <tetrahedron index="15886" v0="3071" v1="3072" v2="3661" v3="4686" />
+      <tetrahedron index="15887" v0="3072" v1="3661" v2="4686" v3="4687" />
+      <tetrahedron index="15888" v0="2443" v1="2887" v2="3073" v3="4058" />
+      <tetrahedron index="15889" v0="2887" v1="3073" v2="4058" v3="4502" />
+      <tetrahedron index="15890" v0="3073" v1="4058" v2="4502" v3="4688" />
+      <tetrahedron index="15891" v0="2443" v1="2444" v2="3073" v3="4058" />
+      <tetrahedron index="15892" v0="2444" v1="3073" v2="4058" v3="4059" />
+      <tetrahedron index="15893" v0="3073" v1="4058" v2="4059" v3="4688" />
+      <tetrahedron index="15894" v0="1942" v1="2698" v2="2914" v3="3557" />
+      <tetrahedron index="15895" v0="2698" v1="2914" v2="3557" v3="4313" />
+      <tetrahedron index="15896" v0="2914" v1="3557" v2="4313" v3="4529" />
+      <tetrahedron index="15897" v0="2791" v1="2810" v2="3074" v3="4406" />
+      <tetrahedron index="15898" v0="2810" v1="3074" v2="4406" v3="4425" />
+      <tetrahedron index="15899" v0="3074" v1="4406" v2="4425" v3="4689" />
+      <tetrahedron index="15900" v0="2524" v1="2791" v2="3074" v3="4139" />
+      <tetrahedron index="15901" v0="2791" v1="3074" v2="4139" v3="4406" />
+      <tetrahedron index="15902" v0="3074" v1="4139" v2="4406" v3="4689" />
+      <tetrahedron index="15903" v0="2601" v1="2818" v2="3047" v3="4216" />
+      <tetrahedron index="15904" v0="2818" v1="3047" v2="4216" v3="4433" />
+      <tetrahedron index="15905" v0="3047" v1="4216" v2="4433" v3="4662" />
+      <tetrahedron index="15906" v0="2537" v1="3075" v2="3076" v3="4152" />
+      <tetrahedron index="15907" v0="3075" v1="3076" v2="4152" v3="4690" />
+      <tetrahedron index="15908" v0="3076" v1="4152" v2="4690" v3="4691" />
+      <tetrahedron index="15909" v0="2537" v1="3076" v2="3077" v3="4152" />
+      <tetrahedron index="15910" v0="3076" v1="3077" v2="4152" v3="4691" />
+      <tetrahedron index="15911" v0="3077" v1="4152" v2="4691" v3="4692" />
+      <tetrahedron index="15912" v0="2053" v1="2054" v2="3078" v3="3668" />
+      <tetrahedron index="15913" v0="2054" v1="3078" v2="3668" v3="3669" />
+      <tetrahedron index="15914" v0="3078" v1="3668" v2="3669" v3="4693" />
+      <tetrahedron index="15915" v0="2662" v1="2739" v2="3079" v3="4277" />
+      <tetrahedron index="15916" v0="2739" v1="3079" v2="4277" v3="4354" />
+      <tetrahedron index="15917" v0="3079" v1="4277" v2="4354" v3="4694" />
+      <tetrahedron index="15918" v0="2661" v1="2662" v2="3079" v3="4276" />
+      <tetrahedron index="15919" v0="2662" v1="3079" v2="4276" v3="4277" />
+      <tetrahedron index="15920" v0="3079" v1="4276" v2="4277" v3="4694" />
+      <tetrahedron index="15921" v0="2709" v1="2919" v2="3040" v3="4324" />
+      <tetrahedron index="15922" v0="2919" v1="3040" v2="4324" v3="4534" />
+      <tetrahedron index="15923" v0="3040" v1="4324" v2="4534" v3="4655" />
+      <tetrahedron index="15924" v0="2746" v1="3080" v2="3081" v3="4361" />
+      <tetrahedron index="15925" v0="3080" v1="3081" v2="4361" v3="4695" />
+      <tetrahedron index="15926" v0="3081" v1="4361" v2="4695" v3="4696" />
+      <tetrahedron index="15927" v0="1681" v1="1682" v2="2861" v3="3296" />
+      <tetrahedron index="15928" v0="1682" v1="2861" v2="3296" v3="3297" />
+      <tetrahedron index="15929" v0="2861" v1="3296" v2="3297" v3="4476" />
+      <tetrahedron index="15930" v0="1852" v1="2714" v2="3082" v3="3467" />
+      <tetrahedron index="15931" v0="2714" v1="3082" v2="3467" v3="4329" />
+      <tetrahedron index="15932" v0="3082" v1="3467" v2="4329" v3="4697" />
+      <tetrahedron index="15933" v0="2039" v1="2714" v2="3082" v3="3654" />
+      <tetrahedron index="15934" v0="2714" v1="3082" v2="3654" v3="4329" />
+      <tetrahedron index="15935" v0="3082" v1="3654" v2="4329" v3="4697" />
+      <tetrahedron index="15936" v0="2775" v1="2781" v2="3083" v3="4390" />
+      <tetrahedron index="15937" v0="2781" v1="3083" v2="4390" v3="4396" />
+      <tetrahedron index="15938" v0="3083" v1="4390" v2="4396" v3="4698" />
+      <tetrahedron index="15939" v0="2723" v1="2781" v2="3083" v3="4338" />
+      <tetrahedron index="15940" v0="2781" v1="3083" v2="4338" v3="4396" />
+      <tetrahedron index="15941" v0="3083" v1="4338" v2="4396" v3="4698" />
+      <tetrahedron index="15942" v0="2105" v1="2285" v2="3084" v3="3720" />
+      <tetrahedron index="15943" v0="2285" v1="3084" v2="3720" v3="3900" />
+      <tetrahedron index="15944" v0="3084" v1="3720" v2="3900" v3="4699" />
+      <tetrahedron index="15945" v0="2435" v1="2902" v2="2913" v3="4050" />
+      <tetrahedron index="15946" v0="2902" v1="2913" v2="4050" v3="4517" />
+      <tetrahedron index="15947" v0="2913" v1="4050" v2="4517" v3="4528" />
+      <tetrahedron index="15948" v0="2520" v1="2907" v2="3042" v3="4135" />
+      <tetrahedron index="15949" v0="2907" v1="3042" v2="4135" v3="4522" />
+      <tetrahedron index="15950" v0="3042" v1="4135" v2="4522" v3="4657" />
+      <tetrahedron index="15951" v0="2948" v1="2949" v2="3085" v3="4563" />
+      <tetrahedron index="15952" v0="2949" v1="3085" v2="4563" v3="4564" />
+      <tetrahedron index="15953" v0="3085" v1="4563" v2="4564" v3="4700" />
+      <tetrahedron index="15954" v0="2853" v1="2949" v2="3085" v3="4468" />
+      <tetrahedron index="15955" v0="2949" v1="3085" v2="4468" v3="4564" />
+      <tetrahedron index="15956" v0="3085" v1="4468" v2="4564" v3="4700" />
+      <tetrahedron index="15957" v0="1851" v1="1852" v2="3082" v3="3466" />
+      <tetrahedron index="15958" v0="1852" v1="3082" v2="3466" v3="3467" />
+      <tetrahedron index="15959" v0="3082" v1="3466" v2="3467" v3="4697" />
+      <tetrahedron index="15960" v0="1731" v1="1919" v2="3086" v3="3346" />
+      <tetrahedron index="15961" v0="1919" v1="3086" v2="3346" v3="3534" />
+      <tetrahedron index="15962" v0="3086" v1="3346" v2="3534" v3="4701" />
+      <tetrahedron index="15963" v0="2428" v1="2829" v2="3037" v3="4043" />
+      <tetrahedron index="15964" v0="2829" v1="3037" v2="4043" v3="4444" />
+      <tetrahedron index="15965" v0="3037" v1="4043" v2="4444" v3="4652" />
+      <tetrahedron index="15966" v0="2596" v1="2710" v2="3045" v3="4211" />
+      <tetrahedron index="15967" v0="2710" v1="3045" v2="4211" v3="4325" />
+      <tetrahedron index="15968" v0="3045" v1="4211" v2="4325" v3="4660" />
+      <tetrahedron index="15969" v0="2799" v1="2819" v2="2862" v3="4414" />
+      <tetrahedron index="15970" v0="2819" v1="2862" v2="4414" v3="4434" />
+      <tetrahedron index="15971" v0="2862" v1="4414" v2="4434" v3="4477" />
+      <tetrahedron index="15972" v0="2799" v1="2861" v2="2862" v3="4414" />
+      <tetrahedron index="15973" v0="2861" v1="2862" v2="4414" v3="4476" />
+      <tetrahedron index="15974" v0="2862" v1="4414" v2="4476" v3="4477" />
+      <tetrahedron index="15975" v0="1746" v1="1864" v2="3087" v3="3361" />
+      <tetrahedron index="15976" v0="1864" v1="3087" v2="3361" v3="3479" />
+      <tetrahedron index="15977" v0="3087" v1="3361" v2="3479" v3="4702" />
+      <tetrahedron index="15978" v0="1746" v1="1747" v2="3087" v3="3361" />
+      <tetrahedron index="15979" v0="1747" v1="3087" v2="3361" v3="3362" />
+      <tetrahedron index="15980" v0="3087" v1="3361" v2="3362" v3="4702" />
+      <tetrahedron index="15981" v0="2480" v1="2792" v2="3088" v3="4095" />
+      <tetrahedron index="15982" v0="2792" v1="3088" v2="4095" v3="4407" />
+      <tetrahedron index="15983" v0="3088" v1="4095" v2="4407" v3="4703" />
+      <tetrahedron index="15984" v0="2265" v1="2952" v2="3089" v3="3880" />
+      <tetrahedron index="15985" v0="2952" v1="3089" v2="3880" v3="4567" />
+      <tetrahedron index="15986" v0="3089" v1="3880" v2="4567" v3="4704" />
+      <tetrahedron index="15987" v0="2434" v1="2924" v2="3052" v3="4049" />
+      <tetrahedron index="15988" v0="2924" v1="3052" v2="4049" v3="4539" />
+      <tetrahedron index="15989" v0="3052" v1="4049" v2="4539" v3="4667" />
+      <tetrahedron index="15990" v0="2110" v1="2872" v2="3090" v3="3725" />
+      <tetrahedron index="15991" v0="2872" v1="3090" v2="3725" v3="4487" />
+      <tetrahedron index="15992" v0="3090" v1="3725" v2="4487" v3="4705" />
+      <tetrahedron index="15993" v0="2872" v1="2995" v2="3090" v3="4487" />
+      <tetrahedron index="15994" v0="2995" v1="3090" v2="4487" v3="4610" />
+      <tetrahedron index="15995" v0="3090" v1="4487" v2="4610" v3="4705" />
+      <tetrahedron index="15996" v0="2596" v1="2710" v2="3091" v3="4211" />
+      <tetrahedron index="15997" v0="2710" v1="3091" v2="4211" v3="4325" />
+      <tetrahedron index="15998" v0="3091" v1="4211" v2="4325" v3="4706" />
+      <tetrahedron index="15999" v0="2596" v1="2936" v2="3091" v3="4211" />
+      <tetrahedron index="16000" v0="2936" v1="3091" v2="4211" v3="4551" />
+      <tetrahedron index="16001" v0="3091" v1="4211" v2="4551" v3="4706" />
+      <tetrahedron index="16002" v0="2968" v1="3092" v2="3093" v3="4583" />
+      <tetrahedron index="16003" v0="3092" v1="3093" v2="4583" v3="4707" />
+      <tetrahedron index="16004" v0="3093" v1="4583" v2="4707" v3="4708" />
+      <tetrahedron index="16005" v0="1718" v1="1998" v2="3094" v3="3333" />
+      <tetrahedron index="16006" v0="1998" v1="3094" v2="3333" v3="3613" />
+      <tetrahedron index="16007" v0="3094" v1="3333" v2="3613" v3="4709" />
+      <tetrahedron index="16008" v0="1677" v1="2956" v2="2977" v3="3292" />
+      <tetrahedron index="16009" v0="2956" v1="2977" v2="3292" v3="4571" />
+      <tetrahedron index="16010" v0="2977" v1="3292" v2="4571" v3="4592" />
+      <tetrahedron index="16011" v0="2965" v1="3095" v2="3096" v3="4580" />
+      <tetrahedron index="16012" v0="3095" v1="3096" v2="4580" v3="4710" />
+      <tetrahedron index="16013" v0="3096" v1="4580" v2="4710" v3="4711" />
+      <tetrahedron index="16014" v0="2581" v1="3097" v2="3098" v3="4196" />
+      <tetrahedron index="16015" v0="3097" v1="3098" v2="4196" v3="4712" />
+      <tetrahedron index="16016" v0="3098" v1="4196" v2="4712" v3="4713" />
+      <tetrahedron index="16017" v0="2972" v1="3095" v2="3099" v3="4587" />
+      <tetrahedron index="16018" v0="3095" v1="3099" v2="4587" v3="4710" />
+      <tetrahedron index="16019" v0="3099" v1="4587" v2="4710" v3="4714" />
+      <tetrahedron index="16020" v0="1846" v1="2111" v2="3100" v3="3461" />
+      <tetrahedron index="16021" v0="2111" v1="3100" v2="3461" v3="3726" />
+      <tetrahedron index="16022" v0="3100" v1="3461" v2="3726" v3="4715" />
+      <tetrahedron index="16023" v0="1846" v1="2452" v2="3100" v3="3461" />
+      <tetrahedron index="16024" v0="2452" v1="3100" v2="3461" v3="4067" />
+      <tetrahedron index="16025" v0="3100" v1="3461" v2="4067" v3="4715" />
+      <tetrahedron index="16026" v0="2990" v1="3012" v2="3018" v3="4605" />
+      <tetrahedron index="16027" v0="3012" v1="3018" v2="4605" v3="4627" />
+      <tetrahedron index="16028" v0="3018" v1="4605" v2="4627" v3="4633" />
+      <tetrahedron index="16029" v0="2990" v1="3010" v2="3018" v3="4605" />
+      <tetrahedron index="16030" v0="3010" v1="3018" v2="4605" v3="4625" />
+      <tetrahedron index="16031" v0="3018" v1="4605" v2="4625" v3="4633" />
+      <tetrahedron index="16032" v0="2075" v1="2933" v2="3013" v3="3690" />
+      <tetrahedron index="16033" v0="2933" v1="3013" v2="3690" v3="4548" />
+      <tetrahedron index="16034" v0="3013" v1="3690" v2="4548" v3="4628" />
+      <tetrahedron index="16035" v0="2501" v1="2556" v2="3101" v3="4116" />
+      <tetrahedron index="16036" v0="2556" v1="3101" v2="4116" v3="4171" />
+      <tetrahedron index="16037" v0="3101" v1="4116" v2="4171" v3="4716" />
+      <tetrahedron index="16038" v0="2505" v1="2556" v2="3101" v3="4120" />
+      <tetrahedron index="16039" v0="2556" v1="3101" v2="4120" v3="4171" />
+      <tetrahedron index="16040" v0="3101" v1="4120" v2="4171" v3="4716" />
+      <tetrahedron index="16041" v0="2725" v1="3102" v2="3103" v3="4340" />
+      <tetrahedron index="16042" v0="3102" v1="3103" v2="4340" v3="4717" />
+      <tetrahedron index="16043" v0="3103" v1="4340" v2="4717" v3="4718" />
+      <tetrahedron index="16044" v0="1775" v1="2361" v2="3025" v3="3390" />
+      <tetrahedron index="16045" v0="2361" v1="3025" v2="3390" v3="3976" />
+      <tetrahedron index="16046" v0="3025" v1="3390" v2="3976" v3="4640" />
+      <tetrahedron index="16047" v0="1704" v1="3026" v2="3104" v3="3319" />
+      <tetrahedron index="16048" v0="3026" v1="3104" v2="3319" v3="4641" />
+      <tetrahedron index="16049" v0="3104" v1="3319" v2="4641" v3="4719" />
+      <tetrahedron index="16050" v0="2286" v1="2287" v2="3028" v3="3901" />
+      <tetrahedron index="16051" v0="2287" v1="3028" v2="3901" v3="3902" />
+      <tetrahedron index="16052" v0="3028" v1="3901" v2="3902" v3="4643" />
+      <tetrahedron index="16053" v0="2287" v1="2604" v2="3028" v3="3902" />
+      <tetrahedron index="16054" v0="2604" v1="3028" v2="3902" v3="4219" />
+      <tetrahedron index="16055" v0="3028" v1="3902" v2="4219" v3="4643" />
+      <tetrahedron index="16056" v0="2003" v1="2822" v2="3032" v3="3618" />
+      <tetrahedron index="16057" v0="2822" v1="3032" v2="3618" v3="4437" />
+      <tetrahedron index="16058" v0="3032" v1="3618" v2="4437" v3="4647" />
+      <tetrahedron index="16059" v0="2003" v1="2017" v2="3032" v3="3618" />
+      <tetrahedron index="16060" v0="2017" v1="3032" v2="3618" v3="3632" />
+      <tetrahedron index="16061" v0="3032" v1="3618" v2="3632" v3="4647" />
+      <tetrahedron index="16062" v0="2421" v1="2979" v2="3105" v3="4036" />
+      <tetrahedron index="16063" v0="2979" v1="3105" v2="4036" v3="4594" />
+      <tetrahedron index="16064" v0="3105" v1="4036" v2="4594" v3="4720" />
+      <tetrahedron index="16065" v0="2154" v1="2763" v2="3034" v3="3769" />
+      <tetrahedron index="16066" v0="2763" v1="3034" v2="3769" v3="4378" />
+      <tetrahedron index="16067" v0="3034" v1="3769" v2="4378" v3="4649" />
+      <tetrahedron index="16068" v0="2590" v1="2688" v2="3106" v3="4205" />
+      <tetrahedron index="16069" v0="2688" v1="3106" v2="4205" v3="4303" />
+      <tetrahedron index="16070" v0="3106" v1="4205" v2="4303" v3="4721" />
+      <tetrahedron index="16071" v0="1691" v1="2083" v2="3107" v3="3306" />
+      <tetrahedron index="16072" v0="2083" v1="3107" v2="3306" v3="3698" />
+      <tetrahedron index="16073" v0="3107" v1="3306" v2="3698" v3="4722" />
+      <tetrahedron index="16074" v0="2771" v1="2802" v2="3108" v3="4386" />
+      <tetrahedron index="16075" v0="2802" v1="3108" v2="4386" v3="4417" />
+      <tetrahedron index="16076" v0="3108" v1="4386" v2="4417" v3="4723" />
+      <tetrahedron index="16077" v0="2484" v1="3038" v2="3084" v3="4099" />
+      <tetrahedron index="16078" v0="3038" v1="3084" v2="4099" v3="4653" />
+      <tetrahedron index="16079" v0="3084" v1="4099" v2="4653" v3="4699" />
+      <tetrahedron index="16080" v0="2612" v1="2880" v2="3041" v3="4227" />
+      <tetrahedron index="16081" v0="2880" v1="3041" v2="4227" v3="4495" />
+      <tetrahedron index="16082" v0="3041" v1="4227" v2="4495" v3="4656" />
+      <tetrahedron index="16083" v0="2653" v1="3014" v2="3109" v3="4268" />
+      <tetrahedron index="16084" v0="3014" v1="3109" v2="4268" v3="4629" />
+      <tetrahedron index="16085" v0="3109" v1="4268" v2="4629" v3="4724" />
+      <tetrahedron index="16086" v0="1970" v1="1971" v2="3043" v3="3585" />
+      <tetrahedron index="16087" v0="1971" v1="3043" v2="3585" v3="3586" />
+      <tetrahedron index="16088" v0="3043" v1="3585" v2="3586" v3="4658" />
+      <tetrahedron index="16089" v0="2724" v1="2995" v2="3044" v3="4339" />
+      <tetrahedron index="16090" v0="2995" v1="3044" v2="4339" v3="4610" />
+      <tetrahedron index="16091" v0="3044" v1="4339" v2="4610" v3="4659" />
+      <tetrahedron index="16092" v0="2476" v1="2892" v2="3110" v3="4091" />
+      <tetrahedron index="16093" v0="2892" v1="3110" v2="4091" v3="4507" />
+      <tetrahedron index="16094" v0="3110" v1="4091" v2="4507" v3="4725" />
+      <tetrahedron index="16095" v0="2952" v1="2953" v2="3111" v3="4567" />
+      <tetrahedron index="16096" v0="2953" v1="3111" v2="4567" v3="4568" />
+      <tetrahedron index="16097" v0="3111" v1="4567" v2="4568" v3="4726" />
+      <tetrahedron index="16098" v0="2215" v1="2827" v2="3053" v3="3830" />
+      <tetrahedron index="16099" v0="2827" v1="3053" v2="3830" v3="4442" />
+      <tetrahedron index="16100" v0="3053" v1="3830" v2="4442" v3="4668" />
+      <tetrahedron index="16101" v0="1931" v1="2215" v2="3053" v3="3546" />
+      <tetrahedron index="16102" v0="2215" v1="3053" v2="3546" v3="3830" />
+      <tetrahedron index="16103" v0="3053" v1="3546" v2="3830" v3="4668" />
+      <tetrahedron index="16104" v0="3012" v1="3017" v2="3018" v3="4627" />
+      <tetrahedron index="16105" v0="3017" v1="3018" v2="4627" v3="4632" />
+      <tetrahedron index="16106" v0="3018" v1="4627" v2="4632" v3="4633" />
+      <tetrahedron index="16107" v0="2298" v1="2301" v2="3112" v3="3913" />
+      <tetrahedron index="16108" v0="2301" v1="3112" v2="3913" v3="3916" />
+      <tetrahedron index="16109" v0="3112" v1="3913" v2="3916" v3="4727" />
+      <tetrahedron index="16110" v0="1922" v1="2301" v2="3112" v3="3537" />
+      <tetrahedron index="16111" v0="2301" v1="3112" v2="3537" v3="3916" />
+      <tetrahedron index="16112" v0="3112" v1="3537" v2="3916" v3="4727" />
+      <tetrahedron index="16113" v0="1933" v1="1934" v2="3069" v3="3548" />
+      <tetrahedron index="16114" v0="1934" v1="3069" v2="3548" v3="3549" />
+      <tetrahedron index="16115" v0="3069" v1="3548" v2="3549" v3="4684" />
+      <tetrahedron index="16116" v0="1934" v1="2447" v2="3069" v3="3549" />
+      <tetrahedron index="16117" v0="2447" v1="3069" v2="3549" v3="4062" />
+      <tetrahedron index="16118" v0="3069" v1="3549" v2="4062" v3="4684" />
+      <tetrahedron index="16119" v0="2978" v1="3113" v2="3114" v3="4593" />
+      <tetrahedron index="16120" v0="3113" v1="3114" v2="4593" v3="4728" />
+      <tetrahedron index="16121" v0="3114" v1="4593" v2="4728" v3="4729" />
+      <tetrahedron index="16122" v0="1856" v1="2973" v2="3067" v3="3471" />
+      <tetrahedron index="16123" v0="2973" v1="3067" v2="3471" v3="4588" />
+      <tetrahedron index="16124" v0="3067" v1="3471" v2="4588" v3="4682" />
+      <tetrahedron index="16125" v0="2662" v1="2690" v2="2926" v3="4277" />
+      <tetrahedron index="16126" v0="2690" v1="2926" v2="4277" v3="4305" />
+      <tetrahedron index="16127" v0="2926" v1="4277" v2="4305" v3="4541" />
+      <tetrahedron index="16128" v0="2689" v1="2690" v2="2926" v3="4304" />
+      <tetrahedron index="16129" v0="2690" v1="2926" v2="4304" v3="4305" />
+      <tetrahedron index="16130" v0="2926" v1="4304" v2="4305" v3="4541" />
+      <tetrahedron index="16131" v0="1962" v1="2184" v2="3001" v3="3577" />
+      <tetrahedron index="16132" v0="2184" v1="3001" v2="3577" v3="3799" />
+      <tetrahedron index="16133" v0="3001" v1="3577" v2="3799" v3="4616" />
+      <tetrahedron index="16134" v0="1962" v1="2184" v2="2284" v3="3577" />
+      <tetrahedron index="16135" v0="2184" v1="2284" v2="3577" v3="3799" />
+      <tetrahedron index="16136" v0="2284" v1="3577" v2="3799" v3="3899" />
+      <tetrahedron index="16137" v0="2478" v1="2539" v2="2609" v3="4093" />
+      <tetrahedron index="16138" v0="2539" v1="2609" v2="4093" v3="4154" />
+      <tetrahedron index="16139" v0="2609" v1="4093" v2="4154" v3="4224" />
+      <tetrahedron index="16140" v0="2539" v1="2609" v2="3068" v3="4154" />
+      <tetrahedron index="16141" v0="2609" v1="3068" v2="4154" v3="4224" />
+      <tetrahedron index="16142" v0="3068" v1="4154" v2="4224" v3="4683" />
+      <tetrahedron index="16143" v0="2018" v1="2040" v2="3032" v3="3633" />
+      <tetrahedron index="16144" v0="2040" v1="3032" v2="3633" v3="3655" />
+      <tetrahedron index="16145" v0="3032" v1="3633" v2="3655" v3="4647" />
+      <tetrahedron index="16146" v0="2040" v1="2822" v2="3032" v3="3655" />
+      <tetrahedron index="16147" v0="2822" v1="3032" v2="3655" v3="4437" />
+      <tetrahedron index="16148" v0="3032" v1="3655" v2="4437" v3="4647" />
+      <tetrahedron index="16149" v0="2444" v1="2578" v2="3073" v3="4059" />
+      <tetrahedron index="16150" v0="2578" v1="3073" v2="4059" v3="4193" />
+      <tetrahedron index="16151" v0="3073" v1="4059" v2="4193" v3="4688" />
+      <tetrahedron index="16152" v0="2053" v1="2388" v2="3078" v3="3668" />
+      <tetrahedron index="16153" v0="2388" v1="3078" v2="3668" v3="4003" />
+      <tetrahedron index="16154" v0="3078" v1="3668" v2="4003" v3="4693" />
+      <tetrahedron index="16155" v0="2055" v1="2056" v2="2245" v3="3670" />
+      <tetrahedron index="16156" v0="2056" v1="2245" v2="3670" v3="3671" />
+      <tetrahedron index="16157" v0="2245" v1="3670" v2="3671" v3="3860" />
+      <tetrahedron index="16158" v0="2056" v1="2245" v2="2868" v3="3671" />
+      <tetrahedron index="16159" v0="2245" v1="2868" v2="3671" v3="3860" />
+      <tetrahedron index="16160" v0="2868" v1="3671" v2="3860" v3="4483" />
+      <tetrahedron index="16161" v0="2524" v1="2525" v2="3074" v3="4139" />
+      <tetrahedron index="16162" v0="2525" v1="3074" v2="4139" v3="4140" />
+      <tetrahedron index="16163" v0="3074" v1="4139" v2="4140" v3="4689" />
+      <tetrahedron index="16164" v0="2525" v1="2948" v2="3074" v3="4140" />
+      <tetrahedron index="16165" v0="2948" v1="3074" v2="4140" v3="4563" />
+      <tetrahedron index="16166" v0="3074" v1="4140" v2="4563" v3="4689" />
+      <tetrahedron index="16167" v0="1955" v1="1956" v2="3071" v3="3570" />
+      <tetrahedron index="16168" v0="1956" v1="3071" v2="3570" v3="3571" />
+      <tetrahedron index="16169" v0="3071" v1="3570" v2="3571" v3="4686" />
+      <tetrahedron index="16170" v0="1955" v1="2046" v2="3071" v3="3570" />
+      <tetrahedron index="16171" v0="2046" v1="3071" v2="3570" v3="3661" />
+      <tetrahedron index="16172" v0="3071" v1="3570" v2="3661" v3="4686" />
+      <tetrahedron index="16173" v0="2750" v1="2929" v2="3070" v3="4365" />
+      <tetrahedron index="16174" v0="2929" v1="3070" v2="4365" v3="4544" />
+      <tetrahedron index="16175" v0="3070" v1="4365" v2="4544" v3="4685" />
+      <tetrahedron index="16176" v0="2208" v1="2750" v2="3070" v3="3823" />
+      <tetrahedron index="16177" v0="2750" v1="3070" v2="3823" v3="4365" />
+      <tetrahedron index="16178" v0="3070" v1="3823" v2="4365" v3="4685" />
+      <tetrahedron index="16179" v0="1980" v1="2125" v2="3023" v3="3595" />
+      <tetrahedron index="16180" v0="2125" v1="3023" v2="3595" v3="3740" />
+      <tetrahedron index="16181" v0="3023" v1="3595" v2="3740" v3="4638" />
+      <tetrahedron index="16182" v0="2125" v1="3002" v2="3023" v3="3740" />
+      <tetrahedron index="16183" v0="3002" v1="3023" v2="3740" v3="4617" />
+      <tetrahedron index="16184" v0="3023" v1="3740" v2="4617" v3="4638" />
+      <tetrahedron index="16185" v0="2449" v1="2568" v2="3025" v3="4064" />
+      <tetrahedron index="16186" v0="2568" v1="3025" v2="4064" v3="4183" />
+      <tetrahedron index="16187" v0="3025" v1="4064" v2="4183" v3="4640" />
+      <tetrahedron index="16188" v0="2259" v1="2568" v2="3025" v3="3874" />
+      <tetrahedron index="16189" v0="2568" v1="3025" v2="3874" v3="4183" />
+      <tetrahedron index="16190" v0="3025" v1="3874" v2="4183" v3="4640" />
+      <tetrahedron index="16191" v0="1970" v1="2604" v2="3068" v3="3585" />
+      <tetrahedron index="16192" v0="2604" v1="3068" v2="3585" v3="4219" />
+      <tetrahedron index="16193" v0="3068" v1="3585" v2="4219" v3="4683" />
+      <tetrahedron index="16194" v0="1954" v1="2678" v2="2698" v3="3569" />
+      <tetrahedron index="16195" v0="2678" v1="2698" v2="3569" v3="4293" />
+      <tetrahedron index="16196" v0="2698" v1="3569" v2="4293" v3="4313" />
+      <tetrahedron index="16197" v0="2678" v1="2698" v2="2914" v3="4293" />
+      <tetrahedron index="16198" v0="2698" v1="2914" v2="4293" v3="4313" />
+      <tetrahedron index="16199" v0="2914" v1="4293" v2="4313" v3="4529" />
+      <tetrahedron index="16200" v0="2910" v1="3009" v2="3051" v3="4525" />
+      <tetrahedron index="16201" v0="3009" v1="3051" v2="4525" v3="4624" />
+      <tetrahedron index="16202" v0="3051" v1="4525" v2="4624" v3="4666" />
+      <tetrahedron index="16203" v0="3009" v1="3010" v2="3051" v3="4624" />
+      <tetrahedron index="16204" v0="3010" v1="3051" v2="4624" v3="4625" />
+      <tetrahedron index="16205" v0="3051" v1="4624" v2="4625" v3="4666" />
+      <tetrahedron index="16206" v0="2541" v1="3059" v2="3115" v3="4156" />
+      <tetrahedron index="16207" v0="3059" v1="3115" v2="4156" v3="4674" />
+      <tetrahedron index="16208" v0="3115" v1="4156" v2="4674" v3="4730" />
+      <tetrahedron index="16209" v0="2216" v1="2217" v2="2673" v3="3831" />
+      <tetrahedron index="16210" v0="2217" v1="2673" v2="3831" v3="3832" />
+      <tetrahedron index="16211" v0="2673" v1="3831" v2="3832" v3="4288" />
+      <tetrahedron index="16212" v0="2155" v1="2713" v2="2994" v3="3770" />
+      <tetrahedron index="16213" v0="2713" v1="2994" v2="3770" v3="4328" />
+      <tetrahedron index="16214" v0="2994" v1="3770" v2="4328" v3="4609" />
+      <tetrahedron index="16215" v0="2810" v1="3074" v2="3085" v3="4425" />
+      <tetrahedron index="16216" v0="3074" v1="3085" v2="4425" v3="4689" />
+      <tetrahedron index="16217" v0="3085" v1="4425" v2="4689" v3="4700" />
+      <tetrahedron index="16218" v0="2948" v1="3074" v2="3085" v3="4563" />
+      <tetrahedron index="16219" v0="3074" v1="3085" v2="4563" v3="4689" />
+      <tetrahedron index="16220" v0="3085" v1="4563" v2="4689" v3="4700" />
+      <tetrahedron index="16221" v0="1672" v1="2119" v2="2877" v3="3287" />
+      <tetrahedron index="16222" v0="2119" v1="2877" v2="3287" v3="3734" />
+      <tetrahedron index="16223" v0="2877" v1="3287" v2="3734" v3="4492" />
+      <tetrahedron index="16224" v0="2829" v1="2853" v2="3037" v3="4444" />
+      <tetrahedron index="16225" v0="2853" v1="3037" v2="4444" v3="4468" />
+      <tetrahedron index="16226" v0="3037" v1="4444" v2="4468" v3="4652" />
+      <tetrahedron index="16227" v0="2160" v1="2601" v2="3047" v3="3775" />
+      <tetrahedron index="16228" v0="2601" v1="3047" v2="3775" v3="4216" />
+      <tetrahedron index="16229" v0="3047" v1="3775" v2="4216" v3="4662" />
+      <tetrahedron index="16230" v0="2160" v1="3022" v2="3047" v3="3775" />
+      <tetrahedron index="16231" v0="3022" v1="3047" v2="3775" v3="4637" />
+      <tetrahedron index="16232" v0="3047" v1="3775" v2="4637" v3="4662" />
+      <tetrahedron index="16233" v0="1759" v1="2073" v2="3116" v3="3374" />
+      <tetrahedron index="16234" v0="2073" v1="3116" v2="3374" v3="3688" />
+      <tetrahedron index="16235" v0="3116" v1="3374" v2="3688" v3="4731" />
+      <tetrahedron index="16236" v0="1773" v1="2646" v2="2797" v3="3388" />
+      <tetrahedron index="16237" v0="2646" v1="2797" v2="3388" v3="4261" />
+      <tetrahedron index="16238" v0="2797" v1="3388" v2="4261" v3="4412" />
+      <tetrahedron index="16239" v0="1773" v1="2797" v2="2956" v3="3388" />
+      <tetrahedron index="16240" v0="2797" v1="2956" v2="3388" v3="4412" />
+      <tetrahedron index="16241" v0="2956" v1="3388" v2="4412" v3="4571" />
+      <tetrahedron index="16242" v0="3014" v1="3079" v2="3117" v3="4629" />
+      <tetrahedron index="16243" v0="3079" v1="3117" v2="4629" v3="4694" />
+      <tetrahedron index="16244" v0="3117" v1="4629" v2="4694" v3="4732" />
+      <tetrahedron index="16245" v0="1919" v1="1920" v2="2722" v3="3534" />
+      <tetrahedron index="16246" v0="1920" v1="2722" v2="3534" v3="3535" />
+      <tetrahedron index="16247" v0="2722" v1="3534" v2="3535" v3="4337" />
+      <tetrahedron index="16248" v0="1919" v1="2722" v2="2962" v3="3534" />
+      <tetrahedron index="16249" v0="2722" v1="2962" v2="3534" v3="4337" />
+      <tetrahedron index="16250" v0="2962" v1="3534" v2="4337" v3="4577" />
+      <tetrahedron index="16251" v0="2009" v1="2703" v2="3046" v3="3624" />
+      <tetrahedron index="16252" v0="2703" v1="3046" v2="3624" v3="4318" />
+      <tetrahedron index="16253" v0="3046" v1="3624" v2="4318" v3="4661" />
+      <tetrahedron index="16254" v0="1780" v1="2009" v2="2703" v3="3395" />
+      <tetrahedron index="16255" v0="2009" v1="2703" v2="3395" v3="3624" />
+      <tetrahedron index="16256" v0="2703" v1="3395" v2="3624" v3="4318" />
+      <tetrahedron index="16257" v0="2778" v1="2779" v2="3040" v3="4393" />
+      <tetrahedron index="16258" v0="2779" v1="3040" v2="4393" v3="4394" />
+      <tetrahedron index="16259" v0="3040" v1="4393" v2="4394" v3="4655" />
+      <tetrahedron index="16260" v0="1770" v1="2119" v2="2877" v3="3385" />
+      <tetrahedron index="16261" v0="2119" v1="2877" v2="3385" v3="3734" />
+      <tetrahedron index="16262" v0="2877" v1="3385" v2="3734" v3="4492" />
+      <tetrahedron index="16263" v0="2903" v1="3000" v2="3043" v3="4518" />
+      <tetrahedron index="16264" v0="3000" v1="3043" v2="4518" v3="4615" />
+      <tetrahedron index="16265" v0="3043" v1="4518" v2="4615" v3="4658" />
+      <tetrahedron index="16266" v0="1971" v1="3000" v2="3043" v3="3586" />
+      <tetrahedron index="16267" v0="3000" v1="3043" v2="3586" v3="4615" />
+      <tetrahedron index="16268" v0="3043" v1="3586" v2="4615" v3="4658" />
+      <tetrahedron index="16269" v0="1906" v1="2697" v2="3104" v3="3521" />
+      <tetrahedron index="16270" v0="2697" v1="3104" v2="3521" v3="4312" />
+      <tetrahedron index="16271" v0="3104" v1="3521" v2="4312" v3="4719" />
+      <tetrahedron index="16272" v0="2619" v1="2697" v2="3104" v3="4234" />
+      <tetrahedron index="16273" v0="2697" v1="3104" v2="4234" v3="4312" />
+      <tetrahedron index="16274" v0="3104" v1="4234" v2="4312" v3="4719" />
+      <tetrahedron index="16275" v0="2624" v1="3082" v2="3118" v3="4239" />
+      <tetrahedron index="16276" v0="3082" v1="3118" v2="4239" v3="4697" />
+      <tetrahedron index="16277" v0="3118" v1="4239" v2="4697" v3="4733" />
+      <tetrahedron index="16278" v0="2039" v1="2624" v2="3082" v3="3654" />
+      <tetrahedron index="16279" v0="2624" v1="3082" v2="3654" v3="4239" />
+      <tetrahedron index="16280" v0="3082" v1="3654" v2="4239" v3="4697" />
+      <tetrahedron index="16281" v0="2775" v1="2805" v2="3083" v3="4390" />
+      <tetrahedron index="16282" v0="2805" v1="3083" v2="4390" v3="4420" />
+      <tetrahedron index="16283" v0="3083" v1="4390" v2="4420" v3="4698" />
+      <tetrahedron index="16284" v0="2805" v1="3007" v2="3083" v3="4420" />
+      <tetrahedron index="16285" v0="3007" v1="3083" v2="4420" v3="4622" />
+      <tetrahedron index="16286" v0="3083" v1="4420" v2="4622" v3="4698" />
+      <tetrahedron index="16287" v0="2258" v1="2285" v2="3084" v3="3873" />
+      <tetrahedron index="16288" v0="2285" v1="3084" v2="3873" v3="3900" />
+      <tetrahedron index="16289" v0="3084" v1="3873" v2="3900" v3="4699" />
+      <tetrahedron index="16290" v0="2258" v1="2484" v2="3084" v3="3873" />
+      <tetrahedron index="16291" v0="2484" v1="3084" v2="3873" v3="4099" />
+      <tetrahedron index="16292" v0="3084" v1="3873" v2="4099" v3="4699" />
+      <tetrahedron index="16293" v0="2324" v1="3029" v2="3119" v3="3939" />
+      <tetrahedron index="16294" v0="3029" v1="3119" v2="3939" v3="4644" />
+      <tetrahedron index="16295" v0="3119" v1="3939" v2="4644" v3="4734" />
+      <tetrahedron index="16296" v0="2456" v1="2907" v2="3042" v3="4071" />
+      <tetrahedron index="16297" v0="2907" v1="3042" v2="4071" v3="4522" />
+      <tetrahedron index="16298" v0="3042" v1="4071" v2="4522" v3="4657" />
+      <tetrahedron index="16299" v0="2456" v1="2700" v2="3042" v3="4071" />
+      <tetrahedron index="16300" v0="2700" v1="3042" v2="4071" v3="4315" />
+      <tetrahedron index="16301" v0="3042" v1="4071" v2="4315" v3="4657" />
+      <tetrahedron index="16302" v0="2140" v1="2184" v2="2975" v3="3755" />
+      <tetrahedron index="16303" v0="2184" v1="2975" v2="3755" v3="3799" />
+      <tetrahedron index="16304" v0="2975" v1="3755" v2="3799" v3="4590" />
+      <tetrahedron index="16305" v0="2184" v1="2975" v2="3001" v3="3799" />
+      <tetrahedron index="16306" v0="2975" v1="3001" v2="3799" v3="4590" />
+      <tetrahedron index="16307" v0="3001" v1="3799" v2="4590" v3="4616" />
+      <tetrahedron index="16308" v0="2089" v1="2392" v2="2828" v3="3704" />
+      <tetrahedron index="16309" v0="2392" v1="2828" v2="3704" v3="4007" />
+      <tetrahedron index="16310" v0="2828" v1="3704" v2="4007" v3="4443" />
+      <tetrahedron index="16311" v0="2068" v1="2089" v2="2828" v3="3683" />
+      <tetrahedron index="16312" v0="2089" v1="2828" v2="3683" v3="3704" />
+      <tetrahedron index="16313" v0="2828" v1="3683" v2="3704" v3="4443" />
+      <tetrahedron index="16314" v0="2565" v1="2891" v2="3111" v3="4180" />
+      <tetrahedron index="16315" v0="2891" v1="3111" v2="4180" v3="4506" />
+      <tetrahedron index="16316" v0="3111" v1="4180" v2="4506" v3="4726" />
+      <tetrahedron index="16317" v0="2595" v1="2596" v2="3045" v3="4210" />
+      <tetrahedron index="16318" v0="2596" v1="3045" v2="4210" v3="4211" />
+      <tetrahedron index="16319" v0="3045" v1="4210" v2="4211" v3="4660" />
+      <tetrahedron index="16320" v0="2595" v1="3007" v2="3045" v3="4210" />
+      <tetrahedron index="16321" v0="3007" v1="3045" v2="4210" v3="4622" />
+      <tetrahedron index="16322" v0="3045" v1="4210" v2="4622" v3="4660" />
+      <tetrahedron index="16323" v0="2581" v1="2627" v2="3097" v3="4196" />
+      <tetrahedron index="16324" v0="2627" v1="3097" v2="4196" v3="4242" />
+      <tetrahedron index="16325" v0="3097" v1="4196" v2="4242" v3="4712" />
+      <tetrahedron index="16326" v0="2860" v1="2862" v2="3120" v3="4475" />
+      <tetrahedron index="16327" v0="2862" v1="3120" v2="4475" v3="4477" />
+      <tetrahedron index="16328" v0="3120" v1="4475" v2="4477" v3="4735" />
+      <tetrahedron index="16329" v0="2098" v1="3056" v2="3121" v3="3713" />
+      <tetrahedron index="16330" v0="3056" v1="3121" v2="3713" v3="4671" />
+      <tetrahedron index="16331" v0="3121" v1="3713" v2="4671" v3="4736" />
+      <tetrahedron index="16332" v0="2331" v1="2452" v2="3100" v3="3946" />
+      <tetrahedron index="16333" v0="2452" v1="3100" v2="3946" v3="4067" />
+      <tetrahedron index="16334" v0="3100" v1="3946" v2="4067" v3="4715" />
+      <tetrahedron index="16335" v0="2331" v1="2996" v2="3100" v3="3946" />
+      <tetrahedron index="16336" v0="2996" v1="3100" v2="3946" v3="4611" />
+      <tetrahedron index="16337" v0="3100" v1="3946" v2="4611" v3="4715" />
+      <tetrahedron index="16338" v0="3097" v1="3098" v2="3122" v3="4712" />
+      <tetrahedron index="16339" v0="3098" v1="3122" v2="4712" v3="4713" />
+      <tetrahedron index="16340" v0="3122" v1="4712" v2="4713" v3="4737" />
+      <tetrahedron index="16341" v0="2501" v1="2925" v2="3101" v3="4116" />
+      <tetrahedron index="16342" v0="2925" v1="3101" v2="4116" v3="4540" />
+      <tetrahedron index="16343" v0="3101" v1="4116" v2="4540" v3="4716" />
+      <tetrahedron index="16344" v0="1747" v1="2115" v2="3087" v3="3362" />
+      <tetrahedron index="16345" v0="2115" v1="3087" v2="3362" v3="3730" />
+      <tetrahedron index="16346" v0="3087" v1="3362" v2="3730" v3="4702" />
+      <tetrahedron index="16347" v0="3029" v1="3030" v2="3119" v3="4644" />
+      <tetrahedron index="16348" v0="3030" v1="3119" v2="4644" v3="4645" />
+      <tetrahedron index="16349" v0="3119" v1="4644" v2="4645" v3="4734" />
+      <tetrahedron index="16350" v0="2264" v1="3030" v2="3119" v3="3879" />
+      <tetrahedron index="16351" v0="3030" v1="3119" v2="3879" v3="4645" />
+      <tetrahedron index="16352" v0="3119" v1="3879" v2="4645" v3="4734" />
+      <tetrahedron index="16353" v0="2329" v1="3026" v2="3027" v3="3944" />
+      <tetrahedron index="16354" v0="3026" v1="3027" v2="3944" v3="4641" />
+      <tetrahedron index="16355" v0="3027" v1="3944" v2="4641" v3="4642" />
+      <tetrahedron index="16356" v0="3059" v1="3115" v2="3123" v3="4674" />
+      <tetrahedron index="16357" v0="3115" v1="3123" v2="4674" v3="4730" />
+      <tetrahedron index="16358" v0="3123" v1="4674" v2="4730" v3="4738" />
+      <tetrahedron index="16359" v0="2561" v1="2562" v2="3124" v3="4176" />
+      <tetrahedron index="16360" v0="2562" v1="3124" v2="4176" v3="4177" />
+      <tetrahedron index="16361" v0="3124" v1="4176" v2="4177" v3="4739" />
+      <tetrahedron index="16362" v0="2326" v1="2561" v2="3124" v3="3941" />
+      <tetrahedron index="16363" v0="2561" v1="3124" v2="3941" v3="4176" />
+      <tetrahedron index="16364" v0="3124" v1="3941" v2="4176" v3="4739" />
+      <tetrahedron index="16365" v0="2321" v1="2922" v2="3013" v3="3936" />
+      <tetrahedron index="16366" v0="2922" v1="3013" v2="3936" v3="4537" />
+      <tetrahedron index="16367" v0="3013" v1="3936" v2="4537" v3="4628" />
+      <tetrahedron index="16368" v0="2922" v1="2933" v2="3013" v3="4537" />
+      <tetrahedron index="16369" v0="2933" v1="3013" v2="4537" v3="4548" />
+      <tetrahedron index="16370" v0="3013" v1="4537" v2="4548" v3="4628" />
+      <tetrahedron index="16371" v0="3090" v1="3125" v2="3126" v3="4705" />
+      <tetrahedron index="16372" v0="3125" v1="3126" v2="4705" v3="4740" />
+      <tetrahedron index="16373" v0="3126" v1="4705" v2="4740" v3="4741" />
+      <tetrahedron index="16374" v0="2110" v1="3090" v2="3125" v3="3725" />
+      <tetrahedron index="16375" v0="3090" v1="3125" v2="3725" v3="4705" />
+      <tetrahedron index="16376" v0="3125" v1="3725" v2="4705" v3="4740" />
+      <tetrahedron index="16377" v0="2710" v1="2912" v2="3091" v3="4325" />
+      <tetrahedron index="16378" v0="2912" v1="3091" v2="4325" v3="4527" />
+      <tetrahedron index="16379" v0="3091" v1="4325" v2="4527" v3="4706" />
+      <tetrahedron index="16380" v0="2238" v1="2912" v2="3091" v3="3853" />
+      <tetrahedron index="16381" v0="2912" v1="3091" v2="3853" v3="4527" />
+      <tetrahedron index="16382" v0="3091" v1="3853" v2="4527" v3="4706" />
+      <tetrahedron index="16383" v0="2872" v1="2996" v2="3100" v3="4487" />
+      <tetrahedron index="16384" v0="2996" v1="3100" v2="4487" v3="4611" />
+      <tetrahedron index="16385" v0="3100" v1="4487" v2="4611" v3="4715" />
+      <tetrahedron index="16386" v0="2111" v1="2872" v2="3100" v3="3726" />
+      <tetrahedron index="16387" v0="2872" v1="3100" v2="3726" v3="4487" />
+      <tetrahedron index="16388" v0="3100" v1="3726" v2="4487" v3="4715" />
+      <tetrahedron index="16389" v0="1932" v1="3053" v2="3127" v3="3547" />
+      <tetrahedron index="16390" v0="3053" v1="3127" v2="3547" v3="4668" />
+      <tetrahedron index="16391" v0="3127" v1="3547" v2="4668" v3="4742" />
+      <tetrahedron index="16392" v0="2827" v1="3053" v2="3127" v3="4442" />
+      <tetrahedron index="16393" v0="3053" v1="3127" v2="4442" v3="4668" />
+      <tetrahedron index="16394" v0="3127" v1="4442" v2="4668" v3="4742" />
+      <tetrahedron index="16395" v0="1706" v1="1707" v2="3054" v3="3321" />
+      <tetrahedron index="16396" v0="1707" v1="3054" v2="3321" v3="3322" />
+      <tetrahedron index="16397" v0="3054" v1="3321" v2="3322" v3="4669" />
+      <tetrahedron index="16398" v0="2518" v1="2820" v2="2941" v3="4133" />
+      <tetrahedron index="16399" v0="2820" v1="2941" v2="4133" v3="4435" />
+      <tetrahedron index="16400" v0="2941" v1="4133" v2="4435" v3="4556" />
+      <tetrahedron index="16401" v0="2755" v1="3010" v2="3018" v3="4370" />
+      <tetrahedron index="16402" v0="3010" v1="3018" v2="4370" v3="4625" />
+      <tetrahedron index="16403" v0="3018" v1="4370" v2="4625" v3="4633" />
+      <tetrahedron index="16404" v0="2544" v1="2755" v2="3018" v3="4159" />
+      <tetrahedron index="16405" v0="2755" v1="3018" v2="4159" v3="4370" />
+      <tetrahedron index="16406" v0="3018" v1="4159" v2="4370" v3="4633" />
+      <tetrahedron index="16407" v0="2137" v1="2139" v2="2959" v3="3752" />
+      <tetrahedron index="16408" v0="2139" v1="2959" v2="3752" v3="3754" />
+      <tetrahedron index="16409" v0="2959" v1="3752" v2="3754" v3="4574" />
+      <tetrahedron index="16410" v0="2137" v1="2490" v2="2959" v3="3752" />
+      <tetrahedron index="16411" v0="2490" v1="2959" v2="3752" v3="4105" />
+      <tetrahedron index="16412" v0="2959" v1="3752" v2="4105" v3="4574" />
+      <tetrahedron index="16413" v0="2220" v1="2238" v2="3091" v3="3835" />
+      <tetrahedron index="16414" v0="2238" v1="3091" v2="3835" v3="3853" />
+      <tetrahedron index="16415" v0="3091" v1="3835" v2="3853" v3="4706" />
+      <tetrahedron index="16416" v0="2220" v1="2936" v2="3091" v3="3835" />
+      <tetrahedron index="16417" v0="2936" v1="3091" v2="3835" v3="4551" />
+      <tetrahedron index="16418" v0="3091" v1="3835" v2="4551" v3="4706" />
+      <tetrahedron index="16419" v0="3002" v1="3023" v2="3067" v3="4617" />
+      <tetrahedron index="16420" v0="3023" v1="3067" v2="4617" v3="4638" />
+      <tetrahedron index="16421" v0="3067" v1="4617" v2="4638" v3="4682" />
+      <tetrahedron index="16422" v0="2993" v1="3023" v2="3067" v3="4608" />
+      <tetrahedron index="16423" v0="3023" v1="3067" v2="4608" v3="4638" />
+      <tetrahedron index="16424" v0="3067" v1="4608" v2="4638" v3="4682" />
+      <tetrahedron index="16425" v0="2050" v1="2137" v2="2541" v3="3665" />
+      <tetrahedron index="16426" v0="2137" v1="2541" v2="3665" v3="3752" />
+      <tetrahedron index="16427" v0="2541" v1="3665" v2="3752" v3="4156" />
+      <tetrahedron index="16428" v0="2137" v1="2541" v2="2963" v3="3752" />
+      <tetrahedron index="16429" v0="2541" v1="2963" v2="3752" v3="4156" />
+      <tetrahedron index="16430" v0="2963" v1="3752" v2="4156" v3="4578" />
+      <tetrahedron index="16431" v0="1904" v1="3095" v2="3096" v3="3519" />
+      <tetrahedron index="16432" v0="3095" v1="3096" v2="3519" v3="4710" />
+      <tetrahedron index="16433" v0="3096" v1="3519" v2="4710" v3="4711" />
+      <tetrahedron index="16434" v0="2995" v1="3044" v2="3090" v3="4610" />
+      <tetrahedron index="16435" v0="3044" v1="3090" v2="4610" v3="4659" />
+      <tetrahedron index="16436" v0="3090" v1="4610" v2="4659" v3="4705" />
+      <tetrahedron index="16437" v0="2595" v1="3007" v2="3083" v3="4210" />
+      <tetrahedron index="16438" v0="3007" v1="3083" v2="4210" v3="4622" />
+      <tetrahedron index="16439" v0="3083" v1="4210" v2="4622" v3="4698" />
+      <tetrahedron index="16440" v0="2595" v1="2723" v2="3083" v3="4210" />
+      <tetrahedron index="16441" v0="2723" v1="3083" v2="4210" v3="4338" />
+      <tetrahedron index="16442" v0="3083" v1="4210" v2="4338" v3="4698" />
+      <tetrahedron index="16443" v0="1904" v1="2972" v2="3095" v3="3519" />
+      <tetrahedron index="16444" v0="2972" v1="3095" v2="3519" v3="4587" />
+      <tetrahedron index="16445" v0="3095" v1="3519" v2="4587" v3="4710" />
+      <tetrahedron index="16446" v0="2505" v1="2839" v2="3101" v3="4120" />
+      <tetrahedron index="16447" v0="2839" v1="3101" v2="4120" v3="4454" />
+      <tetrahedron index="16448" v0="3101" v1="4120" v2="4454" v3="4716" />
+      <tetrahedron index="16449" v0="1817" v1="2450" v2="2896" v3="3432" />
+      <tetrahedron index="16450" v0="2450" v1="2896" v2="3432" v3="4065" />
+      <tetrahedron index="16451" v0="2896" v1="3432" v2="4065" v3="4511" />
+      <tetrahedron index="16452" v0="1801" v1="2619" v2="2697" v3="3416" />
+      <tetrahedron index="16453" v0="2619" v1="2697" v2="3416" v3="4234" />
+      <tetrahedron index="16454" v0="2697" v1="3416" v2="4234" v3="4312" />
+      <tetrahedron index="16455" v0="1799" v1="1801" v2="2697" v3="3414" />
+      <tetrahedron index="16456" v0="1801" v1="2697" v2="3414" v3="3416" />
+      <tetrahedron index="16457" v0="2697" v1="3414" v2="3416" v3="4312" />
+      <tetrahedron index="16458" v0="2399" v1="2834" v2="3128" v3="4014" />
+      <tetrahedron index="16459" v0="2834" v1="3128" v2="4014" v3="4449" />
+      <tetrahedron index="16460" v0="3128" v1="4014" v2="4449" v3="4743" />
+      <tetrahedron index="16461" v0="2725" v1="3044" v2="3102" v3="4340" />
+      <tetrahedron index="16462" v0="3044" v1="3102" v2="4340" v3="4659" />
+      <tetrahedron index="16463" v0="3102" v1="4340" v2="4659" v3="4717" />
+      <tetrahedron index="16464" v0="2007" v1="3022" v2="3047" v3="3622" />
+      <tetrahedron index="16465" v0="3022" v1="3047" v2="3622" v3="4637" />
+      <tetrahedron index="16466" v0="3047" v1="3622" v2="4637" v3="4662" />
+      <tetrahedron index="16467" v0="1744" v1="1806" v2="3038" v3="3359" />
+      <tetrahedron index="16468" v0="1806" v1="3038" v2="3359" v3="3421" />
+      <tetrahedron index="16469" v0="3038" v1="3359" v2="3421" v3="4653" />
+      <tetrahedron index="16470" v0="1744" v1="2484" v2="3038" v3="3359" />
+      <tetrahedron index="16471" v0="2484" v1="3038" v2="3359" v3="4099" />
+      <tetrahedron index="16472" v0="3038" v1="3359" v2="4099" v3="4653" />
+      <tetrahedron index="16473" v0="3129" v1="3130" v2="3131" v3="4744" />
+      <tetrahedron index="16474" v0="3130" v1="3131" v2="4744" v3="4745" />
+      <tetrahedron index="16475" v0="3131" v1="4744" v2="4745" v3="4746" />
+      <tetrahedron index="16476" v0="1797" v1="2210" v2="2575" v3="3412" />
+      <tetrahedron index="16477" v0="2210" v1="2575" v2="3412" v3="3825" />
+      <tetrahedron index="16478" v0="2575" v1="3412" v2="3825" v3="4190" />
+      <tetrahedron index="16479" v0="1717" v1="2612" v2="3041" v3="3332" />
+      <tetrahedron index="16480" v0="2612" v1="3041" v2="3332" v3="4227" />
+      <tetrahedron index="16481" v0="3041" v1="3332" v2="4227" v3="4656" />
+      <tetrahedron index="16482" v0="1715" v1="1717" v2="3041" v3="3330" />
+      <tetrahedron index="16483" v0="1717" v1="3041" v2="3330" v3="3332" />
+      <tetrahedron index="16484" v0="3041" v1="3330" v2="3332" v3="4656" />
+      <tetrahedron index="16485" v0="1751" v1="2486" v2="3070" v3="3366" />
+      <tetrahedron index="16486" v0="2486" v1="3070" v2="3366" v3="4101" />
+      <tetrahedron index="16487" v0="3070" v1="3366" v2="4101" v3="4685" />
+      <tetrahedron index="16488" v0="1751" v1="2208" v2="3070" v3="3366" />
+      <tetrahedron index="16489" v0="2208" v1="3070" v2="3366" v3="3823" />
+      <tetrahedron index="16490" v0="3070" v1="3366" v2="3823" v3="4685" />
+      <tetrahedron index="16491" v0="2103" v1="2460" v2="3035" v3="3718" />
+      <tetrahedron index="16492" v0="2460" v1="3035" v2="3718" v3="4075" />
+      <tetrahedron index="16493" v0="3035" v1="3718" v2="4075" v3="4650" />
+      <tetrahedron index="16494" v0="2403" v1="2460" v2="3035" v3="4018" />
+      <tetrahedron index="16495" v0="2460" v1="3035" v2="4018" v3="4075" />
+      <tetrahedron index="16496" v0="3035" v1="4018" v2="4075" v3="4650" />
+      <tetrahedron index="16497" v0="2421" v1="2459" v2="2979" v3="4036" />
+      <tetrahedron index="16498" v0="2459" v1="2979" v2="4036" v3="4074" />
+      <tetrahedron index="16499" v0="2979" v1="4036" v2="4074" v3="4594" />
+      <tetrahedron index="16500" v0="2421" v1="2422" v2="2459" v3="4036" />
+      <tetrahedron index="16501" v0="2422" v1="2459" v2="4036" v3="4037" />
+      <tetrahedron index="16502" v0="2459" v1="4036" v2="4037" v3="4074" />
+      <tetrahedron index="16503" v0="2365" v1="2377" v2="3055" v3="3980" />
+      <tetrahedron index="16504" v0="2377" v1="3055" v2="3980" v3="3992" />
+      <tetrahedron index="16505" v0="3055" v1="3980" v2="3992" v3="4670" />
+      <tetrahedron index="16506" v0="2162" v1="2377" v2="3055" v3="3777" />
+      <tetrahedron index="16507" v0="2377" v1="3055" v2="3777" v3="3992" />
+      <tetrahedron index="16508" v0="3055" v1="3777" v2="3992" v3="4670" />
+      <tetrahedron index="16509" v0="2026" v1="2222" v2="2698" v3="3641" />
+      <tetrahedron index="16510" v0="2222" v1="2698" v2="3641" v3="3837" />
+      <tetrahedron index="16511" v0="2698" v1="3641" v2="3837" v3="4313" />
+      <tetrahedron index="16512" v0="1942" v1="2026" v2="2698" v3="3557" />
+      <tetrahedron index="16513" v0="2026" v1="2698" v2="3557" v3="3641" />
+      <tetrahedron index="16514" v0="2698" v1="3557" v2="3641" v3="4313" />
+      <tetrahedron index="16515" v0="2590" v1="2623" v2="3106" v3="4205" />
+      <tetrahedron index="16516" v0="2623" v1="3106" v2="4205" v3="4238" />
+      <tetrahedron index="16517" v0="3106" v1="4205" v2="4238" v3="4721" />
+      <tetrahedron index="16518" v0="2688" v1="2760" v2="3106" v3="4303" />
+      <tetrahedron index="16519" v0="2760" v1="3106" v2="4303" v3="4375" />
+      <tetrahedron index="16520" v0="3106" v1="4303" v2="4375" v3="4721" />
+      <tetrahedron index="16521" v0="2105" v1="3035" v2="3039" v3="3720" />
+      <tetrahedron index="16522" v0="3035" v1="3039" v2="3720" v3="4650" />
+      <tetrahedron index="16523" v0="3039" v1="3720" v2="4650" v3="4654" />
+      <tetrahedron index="16524" v0="2655" v1="2808" v2="3036" v3="4270" />
+      <tetrahedron index="16525" v0="2808" v1="3036" v2="4270" v3="4423" />
+      <tetrahedron index="16526" v0="3036" v1="4270" v2="4423" v3="4651" />
+      <tetrahedron index="16527" v0="2655" v1="3024" v2="3036" v3="4270" />
+      <tetrahedron index="16528" v0="3024" v1="3036" v2="4270" v3="4639" />
+      <tetrahedron index="16529" v0="3036" v1="4270" v2="4639" v3="4651" />
+      <tetrahedron index="16530" v0="2419" v1="2428" v2="3037" v3="4034" />
+      <tetrahedron index="16531" v0="2428" v1="3037" v2="4034" v3="4043" />
+      <tetrahedron index="16532" v0="3037" v1="4034" v2="4043" v3="4652" />
+      <tetrahedron index="16533" v0="2419" v1="2809" v2="3037" v3="4034" />
+      <tetrahedron index="16534" v0="2809" v1="3037" v2="4034" v3="4424" />
+      <tetrahedron index="16535" v0="3037" v1="4034" v2="4424" v3="4652" />
+      <tetrahedron index="16536" v0="2083" v1="2305" v2="3107" v3="3698" />
+      <tetrahedron index="16537" v0="2305" v1="3107" v2="3698" v3="3920" />
+      <tetrahedron index="16538" v0="3107" v1="3698" v2="3920" v3="4722" />
+      <tetrahedron index="16539" v0="2803" v1="2812" v2="3108" v3="4418" />
+      <tetrahedron index="16540" v0="2812" v1="3108" v2="4418" v3="4427" />
+      <tetrahedron index="16541" v0="3108" v1="4418" v2="4427" v3="4723" />
+      <tetrahedron index="16542" v0="2771" v1="2803" v2="3108" v3="4386" />
+      <tetrahedron index="16543" v0="2803" v1="3108" v2="4386" v3="4418" />
+      <tetrahedron index="16544" v0="3108" v1="4386" v2="4418" v3="4723" />
+      <tetrahedron index="16545" v0="2245" v1="2368" v2="2901" v3="3860" />
+      <tetrahedron index="16546" v0="2368" v1="2901" v2="3860" v3="3983" />
+      <tetrahedron index="16547" v0="2901" v1="3860" v2="3983" v3="4516" />
+      <tetrahedron index="16548" v0="1688" v1="2245" v2="2368" v3="3303" />
+      <tetrahedron index="16549" v0="2245" v1="2368" v2="3303" v3="3860" />
+      <tetrahedron index="16550" v0="2368" v1="3303" v2="3860" v3="3983" />
+      <tetrahedron index="16551" v0="2105" v1="3038" v2="3039" v3="3720" />
+      <tetrahedron index="16552" v0="3038" v1="3039" v2="3720" v3="4653" />
+      <tetrahedron index="16553" v0="3039" v1="3720" v2="4653" v3="4654" />
+      <tetrahedron index="16554" v0="2105" v1="3038" v2="3084" v3="3720" />
+      <tetrahedron index="16555" v0="3038" v1="3084" v2="3720" v3="4653" />
+      <tetrahedron index="16556" v0="3084" v1="3720" v2="4653" v3="4699" />
+      <tetrahedron index="16557" v0="2473" v1="2705" v2="3110" v3="4088" />
+      <tetrahedron index="16558" v0="2705" v1="3110" v2="4088" v3="4320" />
+      <tetrahedron index="16559" v0="3110" v1="4088" v2="4320" v3="4725" />
+      <tetrahedron index="16560" v0="2705" v1="2892" v2="3110" v3="4320" />
+      <tetrahedron index="16561" v0="2892" v1="3110" v2="4320" v3="4507" />
+      <tetrahedron index="16562" v0="3110" v1="4320" v2="4507" v3="4725" />
+      <tetrahedron index="16563" v0="2770" v1="2919" v2="3040" v3="4385" />
+      <tetrahedron index="16564" v0="2919" v1="3040" v2="4385" v3="4534" />
+      <tetrahedron index="16565" v0="3040" v1="4385" v2="4534" v3="4655" />
+      <tetrahedron index="16566" v0="2768" v1="2770" v2="3040" v3="4383" />
+      <tetrahedron index="16567" v0="2770" v1="3040" v2="4383" v3="4385" />
+      <tetrahedron index="16568" v0="3040" v1="4383" v2="4385" v3="4655" />
+      <tetrahedron index="16569" v0="2279" v1="3029" v2="3031" v3="3894" />
+      <tetrahedron index="16570" v0="3029" v1="3031" v2="3894" v3="4644" />
+      <tetrahedron index="16571" v0="3031" v1="3894" v2="4644" v3="4646" />
+      <tetrahedron index="16572" v0="1706" v1="2279" v2="3031" v3="3321" />
+      <tetrahedron index="16573" v0="2279" v1="3031" v2="3321" v3="3894" />
+      <tetrahedron index="16574" v0="3031" v1="3321" v2="3894" v3="4646" />
+      <tetrahedron index="16575" v0="2113" v1="2520" v2="3042" v3="3728" />
+      <tetrahedron index="16576" v0="2520" v1="3042" v2="3728" v3="4135" />
+      <tetrahedron index="16577" v0="3042" v1="3728" v2="4135" v3="4657" />
+      <tetrahedron index="16578" v0="2113" v1="2657" v2="3042" v3="3728" />
+      <tetrahedron index="16579" v0="2657" v1="3042" v2="3728" v3="4272" />
+      <tetrahedron index="16580" v0="3042" v1="3728" v2="4272" v3="4657" />
+      <tetrahedron index="16581" v0="3014" v1="3109" v2="3117" v3="4629" />
+      <tetrahedron index="16582" v0="3109" v1="3117" v2="4629" v3="4724" />
+      <tetrahedron index="16583" v0="3117" v1="4629" v2="4724" v3="4732" />
+      <tetrahedron index="16584" v0="3109" v1="3117" v2="3130" v3="4724" />
+      <tetrahedron index="16585" v0="3117" v1="3130" v2="4724" v3="4732" />
+      <tetrahedron index="16586" v0="3130" v1="4724" v2="4732" v3="4745" />
+      <tetrahedron index="16587" v0="2604" v1="2605" v2="3043" v3="4219" />
+      <tetrahedron index="16588" v0="2605" v1="3043" v2="4219" v3="4220" />
+      <tetrahedron index="16589" v0="3043" v1="4219" v2="4220" v3="4658" />
+      <tetrahedron index="16590" v0="1970" v1="2604" v2="3043" v3="3585" />
+      <tetrahedron index="16591" v0="2604" v1="3043" v2="3585" v3="4219" />
+      <tetrahedron index="16592" v0="3043" v1="3585" v2="4219" v3="4658" />
+      <tetrahedron index="16593" v0="2473" v1="2830" v2="3132" v3="4088" />
+      <tetrahedron index="16594" v0="2830" v1="3132" v2="4088" v3="4445" />
+      <tetrahedron index="16595" v0="3132" v1="4088" v2="4445" v3="4747" />
+      <tetrahedron index="16596" v0="2473" v1="3110" v2="3132" v3="4088" />
+      <tetrahedron index="16597" v0="3110" v1="3132" v2="4088" v3="4725" />
+      <tetrahedron index="16598" v0="3132" v1="4088" v2="4725" v3="4747" />
+      <tetrahedron index="16599" v0="2708" v1="2710" v2="3045" v3="4323" />
+      <tetrahedron index="16600" v0="2710" v1="3045" v2="4323" v3="4325" />
+      <tetrahedron index="16601" v0="3045" v1="4323" v2="4325" v3="4660" />
+      <tetrahedron index="16602" v0="2708" v1="3006" v2="3045" v3="4323" />
+      <tetrahedron index="16603" v0="3006" v1="3045" v2="4323" v3="4621" />
+      <tetrahedron index="16604" v0="3045" v1="4323" v2="4621" v3="4660" />
+      <tetrahedron index="16605" v0="2746" v1="2748" v2="3080" v3="4361" />
+      <tetrahedron index="16606" v0="2748" v1="3080" v2="4361" v3="4363" />
+      <tetrahedron index="16607" v0="3080" v1="4361" v2="4363" v3="4695" />
+      <tetrahedron index="16608" v0="1711" v1="1808" v2="3119" v3="3326" />
+      <tetrahedron index="16609" v0="1808" v1="3119" v2="3326" v3="3423" />
+      <tetrahedron index="16610" v0="3119" v1="3326" v2="3423" v3="4734" />
+      <tetrahedron index="16611" v0="1711" v1="2324" v2="3119" v3="3326" />
+      <tetrahedron index="16612" v0="2324" v1="3119" v2="3326" v3="3939" />
+      <tetrahedron index="16613" v0="3119" v1="3326" v2="3939" v3="4734" />
+      <tetrahedron index="16614" v0="2653" v1="2871" v2="3109" v3="4268" />
+      <tetrahedron index="16615" v0="2871" v1="3109" v2="4268" v3="4486" />
+      <tetrahedron index="16616" v0="3109" v1="4268" v2="4486" v3="4724" />
+      <tetrahedron index="16617" v0="2871" v1="3129" v2="3130" v3="4486" />
+      <tetrahedron index="16618" v0="3129" v1="3130" v2="4486" v3="4744" />
+      <tetrahedron index="16619" v0="3130" v1="4486" v2="4744" v3="4745" />
+      <tetrahedron index="16620" v0="2871" v1="3109" v2="3130" v3="4486" />
+      <tetrahedron index="16621" v0="3109" v1="3130" v2="4486" v3="4724" />
+      <tetrahedron index="16622" v0="3130" v1="4486" v2="4724" v3="4745" />
+      <tetrahedron index="16623" v0="3014" v1="3016" v2="3079" v3="4629" />
+      <tetrahedron index="16624" v0="3016" v1="3079" v2="4629" v3="4631" />
+      <tetrahedron index="16625" v0="3079" v1="4629" v2="4631" v3="4694" />
+      <tetrahedron index="16626" v0="2121" v1="2627" v2="3133" v3="3736" />
+      <tetrahedron index="16627" v0="2627" v1="3133" v2="3736" v3="4242" />
+      <tetrahedron index="16628" v0="3133" v1="3736" v2="4242" v3="4748" />
+      <tetrahedron index="16629" v0="2121" v1="2821" v2="3133" v3="3736" />
+      <tetrahedron index="16630" v0="2821" v1="3133" v2="3736" v3="4436" />
+      <tetrahedron index="16631" v0="3133" v1="3736" v2="4436" v3="4748" />
+      <tetrahedron index="16632" v0="1844" v1="2425" v2="3134" v3="3459" />
+      <tetrahedron index="16633" v0="2425" v1="3134" v2="3459" v3="4040" />
+      <tetrahedron index="16634" v0="3134" v1="3459" v2="4040" v3="4749" />
+      <tetrahedron index="16635" v0="2432" v1="2434" v2="3052" v3="4047" />
+      <tetrahedron index="16636" v0="2434" v1="3052" v2="4047" v3="4049" />
+      <tetrahedron index="16637" v0="3052" v1="4047" v2="4049" v3="4667" />
+      <tetrahedron index="16638" v0="2432" v1="2454" v2="3052" v3="4047" />
+      <tetrahedron index="16639" v0="2454" v1="3052" v2="4047" v3="4069" />
+      <tetrahedron index="16640" v0="3052" v1="4047" v2="4069" v3="4667" />
+      <tetrahedron index="16641" v0="2538" v1="2539" v2="2960" v3="4153" />
+      <tetrahedron index="16642" v0="2539" v1="2960" v2="4153" v3="4154" />
+      <tetrahedron index="16643" v0="2960" v1="4153" v2="4154" v3="4575" />
+      <tetrahedron index="16644" v0="2447" v1="2539" v2="2960" v3="4062" />
+      <tetrahedron index="16645" v0="2539" v1="2960" v2="4062" v3="4154" />
+      <tetrahedron index="16646" v0="2960" v1="4062" v2="4154" v3="4575" />
+      <tetrahedron index="16647" v0="1678" v1="2432" v2="2977" v3="3293" />
+      <tetrahedron index="16648" v0="2432" v1="2977" v2="3293" v3="4047" />
+      <tetrahedron index="16649" v0="2977" v1="3293" v2="4047" v3="4592" />
+      <tetrahedron index="16650" v0="1677" v1="1678" v2="2977" v3="3292" />
+      <tetrahedron index="16651" v0="1678" v1="2977" v2="3292" v3="3293" />
+      <tetrahedron index="16652" v0="2977" v1="3292" v2="3293" v3="4592" />
+      <tetrahedron index="16653" v0="2049" v1="2072" v2="3054" v3="3664" />
+      <tetrahedron index="16654" v0="2072" v1="3054" v2="3664" v3="3687" />
+      <tetrahedron index="16655" v0="3054" v1="3664" v2="3687" v3="4669" />
+      <tetrahedron index="16656" v0="2049" v1="2540" v2="3054" v3="3664" />
+      <tetrahedron index="16657" v0="2540" v1="3054" v2="3664" v3="4155" />
+      <tetrahedron index="16658" v0="3054" v1="3664" v2="4155" v3="4669" />
+      <tetrahedron index="16659" v0="2116" v1="2233" v2="3135" v3="3731" />
+      <tetrahedron index="16660" v0="2233" v1="3135" v2="3731" v3="3848" />
+      <tetrahedron index="16661" v0="3135" v1="3731" v2="3848" v3="4750" />
+      <tetrahedron index="16662" v0="2098" v1="2365" v2="3056" v3="3713" />
+      <tetrahedron index="16663" v0="2365" v1="3056" v2="3713" v3="3980" />
+      <tetrahedron index="16664" v0="3056" v1="3713" v2="3980" v3="4671" />
+      <tetrahedron index="16665" v0="2562" v1="2670" v2="2863" v3="4177" />
+      <tetrahedron index="16666" v0="2670" v1="2863" v2="4177" v3="4285" />
+      <tetrahedron index="16667" v0="2863" v1="4177" v2="4285" v3="4478" />
+      <tetrahedron index="16668" v0="1796" v1="1907" v2="2210" v3="3411" />
+      <tetrahedron index="16669" v0="1907" v1="2210" v2="3411" v3="3522" />
+      <tetrahedron index="16670" v0="2210" v1="3411" v2="3522" v3="3825" />
+      <tetrahedron index="16671" v0="1796" v1="1797" v2="2210" v3="3411" />
+      <tetrahedron index="16672" v0="1797" v1="2210" v2="3411" v3="3412" />
+      <tetrahedron index="16673" v0="2210" v1="3411" v2="3412" v3="3825" />
+      <tetrahedron index="16674" v0="2009" v1="3046" v2="3047" v3="3624" />
+      <tetrahedron index="16675" v0="3046" v1="3047" v2="3624" v3="4661" />
+      <tetrahedron index="16676" v0="3047" v1="3624" v2="4661" v3="4662" />
+      <tetrahedron index="16677" v0="2007" v1="2009" v2="3047" v3="3622" />
+      <tetrahedron index="16678" v0="2009" v1="3047" v2="3622" v3="3624" />
+      <tetrahedron index="16679" v0="3047" v1="3622" v2="3624" v3="4662" />
+      <tetrahedron index="16680" v0="2571" v1="2573" v2="2821" v3="4186" />
+      <tetrahedron index="16681" v0="2573" v1="2821" v2="4186" v3="4188" />
+      <tetrahedron index="16682" v0="2821" v1="4186" v2="4188" v3="4436" />
+      <tetrahedron index="16683" v0="2713" v1="2802" v2="3108" v3="4328" />
+      <tetrahedron index="16684" v0="2802" v1="3108" v2="4328" v3="4417" />
+      <tetrahedron index="16685" v0="3108" v1="4328" v2="4417" v3="4723" />
+      <tetrahedron index="16686" v0="2810" v1="3037" v2="3085" v3="4425" />
+      <tetrahedron index="16687" v0="3037" v1="3085" v2="4425" v3="4652" />
+      <tetrahedron index="16688" v0="3085" v1="4425" v2="4652" v3="4700" />
+      <tetrahedron index="16689" v0="2853" v1="3037" v2="3085" v3="4468" />
+      <tetrahedron index="16690" v0="3037" v1="3085" v2="4468" v3="4652" />
+      <tetrahedron index="16691" v0="3085" v1="4468" v2="4652" v3="4700" />
+      <tetrahedron index="16692" v0="2395" v1="2797" v2="2977" v3="4010" />
+      <tetrahedron index="16693" v0="2797" v1="2977" v2="4010" v3="4412" />
+      <tetrahedron index="16694" v0="2977" v1="4010" v2="4412" v3="4592" />
+      <tetrahedron index="16695" v0="2797" v1="2956" v2="2977" v3="4412" />
+      <tetrahedron index="16696" v0="2956" v1="2977" v2="4412" v3="4571" />
+      <tetrahedron index="16697" v0="2977" v1="4412" v2="4571" v3="4592" />
+      <tetrahedron index="16698" v0="2939" v1="2988" v2="3136" v3="4554" />
+      <tetrahedron index="16699" v0="2988" v1="3136" v2="4554" v3="4603" />
+      <tetrahedron index="16700" v0="3136" v1="4554" v2="4603" v3="4751" />
+      <tetrahedron index="16701" v0="2910" v1="2989" v2="3051" v3="4525" />
+      <tetrahedron index="16702" v0="2989" v1="3051" v2="4525" v3="4604" />
+      <tetrahedron index="16703" v0="3051" v1="4525" v2="4604" v3="4666" />
+      <tetrahedron index="16704" v0="3098" v1="3137" v2="3138" v3="4713" />
+      <tetrahedron index="16705" v0="3137" v1="3138" v2="4713" v3="4752" />
+      <tetrahedron index="16706" v0="3138" v1="4713" v2="4752" v3="4753" />
+      <tetrahedron index="16707" v0="1929" v1="2962" v2="3013" v3="3544" />
+      <tetrahedron index="16708" v0="2962" v1="3013" v2="3544" v3="4577" />
+      <tetrahedron index="16709" v0="3013" v1="3544" v2="4577" v3="4628" />
+      <tetrahedron index="16710" v0="1929" v1="2075" v2="3013" v3="3544" />
+      <tetrahedron index="16711" v0="2075" v1="3013" v2="3544" v3="3690" />
+      <tetrahedron index="16712" v0="3013" v1="3544" v2="3690" v3="4628" />
+      <tetrahedron index="16713" v0="2183" v1="2187" v2="2796" v3="3798" />
+      <tetrahedron index="16714" v0="2187" v1="2796" v2="3798" v3="3802" />
+      <tetrahedron index="16715" v0="2796" v1="3798" v2="3802" v3="4411" />
+      <tetrahedron index="16716" v0="2187" v1="2796" v2="3063" v3="3802" />
+      <tetrahedron index="16717" v0="2796" v1="3063" v2="3802" v3="4411" />
+      <tetrahedron index="16718" v0="3063" v1="3802" v2="4411" v3="4678" />
+      <tetrahedron index="16719" v0="2261" v1="2537" v2="3077" v3="3876" />
+      <tetrahedron index="16720" v0="2537" v1="3077" v2="3876" v3="4152" />
+      <tetrahedron index="16721" v0="3077" v1="3876" v2="4152" v3="4692" />
+      <tetrahedron index="16722" v0="2662" v1="2690" v2="2739" v3="4277" />
+      <tetrahedron index="16723" v0="2690" v1="2739" v2="4277" v3="4305" />
+      <tetrahedron index="16724" v0="2739" v1="4277" v2="4305" v3="4354" />
+      <tetrahedron index="16725" v0="1805" v1="1806" v2="3039" v3="3420" />
+      <tetrahedron index="16726" v0="1806" v1="3039" v2="3420" v3="3421" />
+      <tetrahedron index="16727" v0="3039" v1="3420" v2="3421" v3="4654" />
+      <tetrahedron index="16728" v0="2167" v1="2376" v2="2468" v3="3782" />
+      <tetrahedron index="16729" v0="2376" v1="2468" v2="3782" v3="3991" />
+      <tetrahedron index="16730" v0="2468" v1="3782" v2="3991" v3="4083" />
+      <tetrahedron index="16731" v0="2029" v1="2030" v2="3059" v3="3644" />
+      <tetrahedron index="16732" v0="2030" v1="3059" v2="3644" v3="3645" />
+      <tetrahedron index="16733" v0="3059" v1="3644" v2="3645" v3="4674" />
+      <tetrahedron index="16734" v0="2127" v1="2304" v2="2800" v3="3742" />
+      <tetrahedron index="16735" v0="2304" v1="2800" v2="3742" v3="3919" />
+      <tetrahedron index="16736" v0="2800" v1="3742" v2="3919" v3="4415" />
+      <tetrahedron index="16737" v0="2326" v1="2328" v2="3139" v3="3941" />
+      <tetrahedron index="16738" v0="2328" v1="3139" v2="3941" v3="3943" />
+      <tetrahedron index="16739" v0="3139" v1="3941" v2="3943" v3="4754" />
+      <tetrahedron index="16740" v0="2326" v1="3058" v2="3139" v3="3941" />
+      <tetrahedron index="16741" v0="3058" v1="3139" v2="3941" v3="4673" />
+      <tetrahedron index="16742" v0="3139" v1="3941" v2="4673" v3="4754" />
+      <tetrahedron index="16743" v0="2346" v1="2347" v2="2527" v3="3961" />
+      <tetrahedron index="16744" v0="2347" v1="2527" v2="3961" v3="3962" />
+      <tetrahedron index="16745" v0="2527" v1="3961" v2="3962" v3="4142" />
+      <tetrahedron index="16746" v0="1871" v1="1874" v2="3140" v3="3486" />
+      <tetrahedron index="16747" v0="1874" v1="3140" v2="3486" v3="3489" />
+      <tetrahedron index="16748" v0="3140" v1="3486" v2="3489" v3="4755" />
+      <tetrahedron index="16749" v0="2620" v1="2621" v2="2906" v3="4235" />
+      <tetrahedron index="16750" v0="2621" v1="2906" v2="4235" v3="4236" />
+      <tetrahedron index="16751" v0="2906" v1="4235" v2="4236" v3="4521" />
+      <tetrahedron index="16752" v0="2751" v1="2926" v2="2927" v3="4366" />
+      <tetrahedron index="16753" v0="2926" v1="2927" v2="4366" v3="4541" />
+      <tetrahedron index="16754" v0="2927" v1="4366" v2="4541" v3="4542" />
+      <tetrahedron index="16755" v0="2676" v1="2677" v2="2840" v3="4291" />
+      <tetrahedron index="16756" v0="2677" v1="2840" v2="4291" v3="4292" />
+      <tetrahedron index="16757" v0="2840" v1="4291" v2="4292" v3="4455" />
+      <tetrahedron index="16758" v0="2255" v1="2256" v2="2280" v3="3870" />
+      <tetrahedron index="16759" v0="2256" v1="2280" v2="3870" v3="3871" />
+      <tetrahedron index="16760" v0="2280" v1="3870" v2="3871" v3="3895" />
+      <tetrahedron index="16761" v0="2221" v1="2480" v2="2792" v3="3836" />
+      <tetrahedron index="16762" v0="2480" v1="2792" v2="3836" v3="4095" />
+      <tetrahedron index="16763" v0="2792" v1="3836" v2="4095" v3="4407" />
+      <tetrahedron index="16764" v0="2005" v1="2602" v2="2934" v3="3620" />
+      <tetrahedron index="16765" v0="2602" v1="2934" v2="3620" v3="4217" />
+      <tetrahedron index="16766" v0="2934" v1="3620" v2="4217" v3="4549" />
+      <tetrahedron index="16767" v0="1805" v1="2974" v2="3141" v3="3420" />
+      <tetrahedron index="16768" v0="2974" v1="3141" v2="3420" v3="4589" />
+      <tetrahedron index="16769" v0="3141" v1="3420" v2="4589" v3="4756" />
+      <tetrahedron index="16770" v0="2786" v1="2951" v2="3062" v3="4401" />
+      <tetrahedron index="16771" v0="2951" v1="3062" v2="4401" v3="4566" />
+      <tetrahedron index="16772" v0="3062" v1="4401" v2="4566" v3="4677" />
+      <tetrahedron index="16773" v0="2549" v1="2551" v2="3048" v3="4164" />
+      <tetrahedron index="16774" v0="2551" v1="3048" v2="4164" v3="4166" />
+      <tetrahedron index="16775" v0="3048" v1="4164" v2="4166" v3="4663" />
+      <tetrahedron index="16776" v0="1641" v1="2450" v2="2704" v3="3256" />
+      <tetrahedron index="16777" v0="2450" v1="2704" v2="3256" v3="4065" />
+      <tetrahedron index="16778" v0="2704" v1="3256" v2="4065" v3="4319" />
+      <tetrahedron index="16779" v0="1800" v1="1801" v2="2845" v3="3415" />
+      <tetrahedron index="16780" v0="1801" v1="2845" v2="3415" v3="3416" />
+      <tetrahedron index="16781" v0="2845" v1="3415" v2="3416" v3="4460" />
+      <tetrahedron index="16782" v0="2880" v1="2910" v2="3009" v3="4495" />
+      <tetrahedron index="16783" v0="2910" v1="3009" v2="4495" v3="4525" />
+      <tetrahedron index="16784" v0="3009" v1="4495" v2="4525" v3="4624" />
+      <tetrahedron index="16785" v0="1925" v1="1926" v2="3125" v3="3540" />
+      <tetrahedron index="16786" v0="1926" v1="3125" v2="3540" v3="3541" />
+      <tetrahedron index="16787" v0="3125" v1="3540" v2="3541" v3="4740" />
+      <tetrahedron index="16788" v0="2519" v1="2923" v2="3142" v3="4134" />
+      <tetrahedron index="16789" v0="2923" v1="3142" v2="4134" v3="4538" />
+      <tetrahedron index="16790" v0="3142" v1="4134" v2="4538" v3="4757" />
+      <tetrahedron index="16791" v0="2080" v1="2293" v2="3143" v3="3695" />
+      <tetrahedron index="16792" v0="2293" v1="3143" v2="3695" v3="3908" />
+      <tetrahedron index="16793" v0="3143" v1="3695" v2="3908" v3="4758" />
+      <tetrahedron index="16794" v0="2413" v1="2748" v2="3144" v3="4028" />
+      <tetrahedron index="16795" v0="2748" v1="3144" v2="4028" v3="4363" />
+      <tetrahedron index="16796" v0="3144" v1="4028" v2="4363" v3="4759" />
+      <tetrahedron index="16797" v0="2534" v1="3145" v2="3146" v3="4149" />
+      <tetrahedron index="16798" v0="3145" v1="3146" v2="4149" v3="4760" />
+      <tetrahedron index="16799" v0="3146" v1="4149" v2="4760" v3="4761" />
+      <tetrahedron index="16800" v0="2430" v1="2534" v2="3146" v3="4045" />
+      <tetrahedron index="16801" v0="2534" v1="3146" v2="4045" v3="4149" />
+      <tetrahedron index="16802" v0="3146" v1="4045" v2="4149" v3="4761" />
+      <tetrahedron index="16803" v0="2176" v1="2451" v2="3005" v3="3791" />
+      <tetrahedron index="16804" v0="2451" v1="3005" v2="3791" v3="4066" />
+      <tetrahedron index="16805" v0="3005" v1="3791" v2="4066" v3="4620" />
+      <tetrahedron index="16806" v0="2527" v1="2548" v2="3147" v3="4142" />
+      <tetrahedron index="16807" v0="2548" v1="3147" v2="4142" v3="4163" />
+      <tetrahedron index="16808" v0="3147" v1="4142" v2="4163" v3="4762" />
+      <tetrahedron index="16809" v0="2386" v1="2997" v2="3148" v3="4001" />
+      <tetrahedron index="16810" v0="2997" v1="3148" v2="4001" v3="4612" />
+      <tetrahedron index="16811" v0="3148" v1="4001" v2="4612" v3="4763" />
+      <tetrahedron index="16812" v0="2413" v1="2542" v2="3144" v3="4028" />
+      <tetrahedron index="16813" v0="2542" v1="3144" v2="4028" v3="4157" />
+      <tetrahedron index="16814" v0="3144" v1="4028" v2="4157" v3="4759" />
+      <tetrahedron index="16815" v0="2210" v1="2575" v2="2583" v3="3825" />
+      <tetrahedron index="16816" v0="2575" v1="2583" v2="3825" v3="4190" />
+      <tetrahedron index="16817" v0="2583" v1="3825" v2="4190" v3="4198" />
+      <tetrahedron index="16818" v0="2210" v1="2211" v2="2583" v3="3825" />
+      <tetrahedron index="16819" v0="2211" v1="2583" v2="3825" v3="3826" />
+      <tetrahedron index="16820" v0="2583" v1="3825" v2="3826" v3="4198" />
+      <tetrahedron index="16821" v0="1805" v1="3039" v2="3149" v3="3420" />
+      <tetrahedron index="16822" v0="3039" v1="3149" v2="3420" v3="4654" />
+      <tetrahedron index="16823" v0="3149" v1="3420" v2="4654" v3="4764" />
+      <tetrahedron index="16824" v0="1696" v1="2013" v2="2028" v3="3311" />
+      <tetrahedron index="16825" v0="2013" v1="2028" v2="3311" v3="3628" />
+      <tetrahedron index="16826" v0="2028" v1="3311" v2="3628" v3="3643" />
+      <tetrahedron index="16827" v0="2554" v1="2571" v2="2572" v3="4169" />
+      <tetrahedron index="16828" v0="2571" v1="2572" v2="4169" v3="4186" />
+      <tetrahedron index="16829" v0="2572" v1="4169" v2="4186" v3="4187" />
+      <tetrahedron index="16830" v0="2054" v1="3078" v2="3150" v3="3669" />
+      <tetrahedron index="16831" v0="3078" v1="3150" v2="3669" v3="4693" />
+      <tetrahedron index="16832" v0="3150" v1="3669" v2="4693" v3="4765" />
+      <tetrahedron index="16833" v0="2054" v1="2694" v2="3150" v3="3669" />
+      <tetrahedron index="16834" v0="2694" v1="3150" v2="3669" v3="4309" />
+      <tetrahedron index="16835" v0="3150" v1="3669" v2="4309" v3="4765" />
+      <tetrahedron index="16836" v0="2004" v1="2005" v2="3151" v3="3619" />
+      <tetrahedron index="16837" v0="2005" v1="3151" v2="3619" v3="3620" />
+      <tetrahedron index="16838" v0="3151" v1="3619" v2="3620" v3="4766" />
+      <tetrahedron index="16839" v0="2241" v1="2979" v2="3152" v3="3856" />
+      <tetrahedron index="16840" v0="2979" v1="3152" v2="3856" v3="4594" />
+      <tetrahedron index="16841" v0="3152" v1="3856" v2="4594" v3="4767" />
+      <tetrahedron index="16842" v0="2844" v1="2985" v2="3153" v3="4459" />
+      <tetrahedron index="16843" v0="2985" v1="3153" v2="4459" v3="4600" />
+      <tetrahedron index="16844" v0="3153" v1="4459" v2="4600" v3="4768" />
+      <tetrahedron index="16845" v0="2743" v1="2920" v2="3154" v3="4358" />
+      <tetrahedron index="16846" v0="2920" v1="3154" v2="4358" v3="4535" />
+      <tetrahedron index="16847" v0="3154" v1="4358" v2="4535" v3="4769" />
+      <tetrahedron index="16848" v0="2305" v1="3107" v2="3155" v3="3920" />
+      <tetrahedron index="16849" v0="3107" v1="3155" v2="3920" v3="4722" />
+      <tetrahedron index="16850" v0="3155" v1="3920" v2="4722" v3="4770" />
+      <tetrahedron index="16851" v0="2643" v1="2999" v2="3156" v3="4258" />
+      <tetrahedron index="16852" v0="2999" v1="3156" v2="4258" v3="4614" />
+      <tetrahedron index="16853" v0="3156" v1="4258" v2="4614" v3="4771" />
+      <tetrahedron index="16854" v0="1730" v1="2944" v2="3157" v3="3345" />
+      <tetrahedron index="16855" v0="2944" v1="3157" v2="3345" v3="4559" />
+      <tetrahedron index="16856" v0="3157" v1="3345" v2="4559" v3="4772" />
+      <tetrahedron index="16857" v0="2677" v1="2840" v2="3158" v3="4292" />
+      <tetrahedron index="16858" v0="2840" v1="3158" v2="4292" v3="4455" />
+      <tetrahedron index="16859" v0="3158" v1="4292" v2="4455" v3="4773" />
+      <tetrahedron index="16860" v0="2748" v1="3080" v2="3159" v3="4363" />
+      <tetrahedron index="16861" v0="3080" v1="3159" v2="4363" v3="4695" />
+      <tetrahedron index="16862" v0="3159" v1="4363" v2="4695" v3="4774" />
+      <tetrahedron index="16863" v0="2413" v1="2748" v2="3159" v3="4028" />
+      <tetrahedron index="16864" v0="2748" v1="3159" v2="4028" v3="4363" />
+      <tetrahedron index="16865" v0="3159" v1="4028" v2="4363" v3="4774" />
+      <tetrahedron index="16866" v0="1887" v1="1938" v2="3066" v3="3502" />
+      <tetrahedron index="16867" v0="1938" v1="3066" v2="3502" v3="3553" />
+      <tetrahedron index="16868" v0="3066" v1="3502" v2="3553" v3="4681" />
+      <tetrahedron index="16869" v0="2165" v1="2476" v2="3160" v3="3780" />
+      <tetrahedron index="16870" v0="2476" v1="3160" v2="3780" v3="4091" />
+      <tetrahedron index="16871" v0="3160" v1="3780" v2="4091" v3="4775" />
+      <tetrahedron index="16872" v0="2162" v1="2163" v2="3161" v3="3777" />
+      <tetrahedron index="16873" v0="2163" v1="3161" v2="3777" v3="3778" />
+      <tetrahedron index="16874" v0="3161" v1="3777" v2="3778" v3="4776" />
+      <tetrahedron index="16875" v0="2831" v1="2855" v2="3162" v3="4446" />
+      <tetrahedron index="16876" v0="2855" v1="3162" v2="4446" v3="4470" />
+      <tetrahedron index="16877" v0="3162" v1="4446" v2="4470" v3="4777" />
+      <tetrahedron index="16878" v0="2713" v1="2994" v2="3108" v3="4328" />
+      <tetrahedron index="16879" v0="2994" v1="3108" v2="4328" v3="4609" />
+      <tetrahedron index="16880" v0="3108" v1="4328" v2="4609" v3="4723" />
+      <tetrahedron index="16881" v0="2591" v1="2620" v2="3065" v3="4206" />
+      <tetrahedron index="16882" v0="2620" v1="3065" v2="4206" v3="4235" />
+      <tetrahedron index="16883" v0="3065" v1="4206" v2="4235" v3="4680" />
+      <tetrahedron index="16884" v0="2653" v1="3014" v2="3015" v3="4268" />
+      <tetrahedron index="16885" v0="3014" v1="3015" v2="4268" v3="4629" />
+      <tetrahedron index="16886" v0="3015" v1="4268" v2="4629" v3="4630" />
+      <tetrahedron index="16887" v0="2631" v1="2633" v2="3163" v3="4246" />
+      <tetrahedron index="16888" v0="2633" v1="3163" v2="4246" v3="4248" />
+      <tetrahedron index="16889" v0="3163" v1="4246" v2="4248" v3="4778" />
+      <tetrahedron index="16890" v0="2857" v1="2981" v2="3164" v3="4472" />
+      <tetrahedron index="16891" v0="2981" v1="3164" v2="4472" v3="4596" />
+      <tetrahedron index="16892" v0="3164" v1="4472" v2="4596" v3="4779" />
+      <tetrahedron index="16893" v0="1928" v1="2714" v2="2984" v3="3543" />
+      <tetrahedron index="16894" v0="2714" v1="2984" v2="3543" v3="4329" />
+      <tetrahedron index="16895" v0="2984" v1="3543" v2="4329" v3="4599" />
+      <tetrahedron index="16896" v0="2427" v1="2565" v2="3165" v3="4042" />
+      <tetrahedron index="16897" v0="2565" v1="3165" v2="4042" v3="4180" />
+      <tetrahedron index="16898" v0="3165" v1="4042" v2="4180" v3="4780" />
+      <tetrahedron index="16899" v0="2565" v1="3111" v2="3165" v3="4180" />
+      <tetrahedron index="16900" v0="3111" v1="3165" v2="4180" v3="4726" />
+      <tetrahedron index="16901" v0="3165" v1="4180" v2="4726" v3="4780" />
+      <tetrahedron index="16902" v0="1805" v1="3141" v2="3166" v3="3420" />
+      <tetrahedron index="16903" v0="3141" v1="3166" v2="3420" v3="4756" />
+      <tetrahedron index="16904" v0="3166" v1="3420" v2="4756" v3="4781" />
+      <tetrahedron index="16905" v0="2345" v1="3166" v2="3167" v3="3960" />
+      <tetrahedron index="16906" v0="3166" v1="3167" v2="3960" v3="4781" />
+      <tetrahedron index="16907" v0="3167" v1="3960" v2="4781" v3="4782" />
+      <tetrahedron index="16908" v0="2429" v1="2431" v2="3168" v3="4044" />
+      <tetrahedron index="16909" v0="2431" v1="3168" v2="4044" v3="4046" />
+      <tetrahedron index="16910" v0="3168" v1="4044" v2="4046" v3="4783" />
+      <tetrahedron index="16911" v0="2429" v1="2497" v2="3168" v3="4044" />
+      <tetrahedron index="16912" v0="2497" v1="3168" v2="4044" v3="4112" />
+      <tetrahedron index="16913" v0="3168" v1="4044" v2="4112" v3="4783" />
+      <tetrahedron index="16914" v0="2211" v1="2583" v2="2991" v3="3826" />
+      <tetrahedron index="16915" v0="2583" v1="2991" v2="3826" v3="4198" />
+      <tetrahedron index="16916" v0="2991" v1="3826" v2="4198" v3="4606" />
+      <tetrahedron index="16917" v0="2583" v1="2584" v2="2991" v3="4198" />
+      <tetrahedron index="16918" v0="2584" v1="2991" v2="4198" v3="4199" />
+      <tetrahedron index="16919" v0="2991" v1="4198" v2="4199" v3="4606" />
+      <tetrahedron index="16920" v0="2457" v1="2906" v2="3169" v3="4072" />
+      <tetrahedron index="16921" v0="2906" v1="3169" v2="4072" v3="4521" />
+      <tetrahedron index="16922" v0="3169" v1="4072" v2="4521" v3="4784" />
+      <tetrahedron index="16923" v0="2952" v1="3089" v2="3111" v3="4567" />
+      <tetrahedron index="16924" v0="3089" v1="3111" v2="4567" v3="4704" />
+      <tetrahedron index="16925" v0="3111" v1="4567" v2="4704" v3="4726" />
+      <tetrahedron index="16926" v0="2022" v1="2345" v2="3167" v3="3637" />
+      <tetrahedron index="16927" v0="2345" v1="3167" v2="3637" v3="3960" />
+      <tetrahedron index="16928" v0="3167" v1="3637" v2="3960" v3="4782" />
+      <tetrahedron index="16929" v0="3004" v1="3064" v2="3170" v3="4619" />
+      <tetrahedron index="16930" v0="3064" v1="3170" v2="4619" v3="4679" />
+      <tetrahedron index="16931" v0="3170" v1="4619" v2="4679" v3="4785" />
+      <tetrahedron index="16932" v0="2030" v1="3059" v2="3171" v3="3645" />
+      <tetrahedron index="16933" v0="3059" v1="3171" v2="3645" v3="4674" />
+      <tetrahedron index="16934" v0="3171" v1="3645" v2="4674" v3="4786" />
+      <tetrahedron index="16935" v0="2388" v1="3078" v2="3172" v3="4003" />
+      <tetrahedron index="16936" v0="3078" v1="3172" v2="4003" v3="4693" />
+      <tetrahedron index="16937" v0="3172" v1="4003" v2="4693" v3="4787" />
+      <tetrahedron index="16938" v0="2496" v1="2628" v2="3049" v3="4111" />
+      <tetrahedron index="16939" v0="2628" v1="3049" v2="4111" v3="4243" />
+      <tetrahedron index="16940" v0="3049" v1="4111" v2="4243" v3="4664" />
+      <tetrahedron index="16941" v0="1976" v1="2683" v2="3173" v3="3591" />
+      <tetrahedron index="16942" v0="2683" v1="3173" v2="3591" v3="4298" />
+      <tetrahedron index="16943" v0="3173" v1="3591" v2="4298" v3="4788" />
+      <tetrahedron index="16944" v0="1976" v1="2426" v2="3173" v3="3591" />
+      <tetrahedron index="16945" v0="2426" v1="3173" v2="3591" v3="4041" />
+      <tetrahedron index="16946" v0="3173" v1="3591" v2="4041" v3="4788" />
+      <tetrahedron index="16947" v0="2830" v1="3132" v2="3174" v3="4445" />
+      <tetrahedron index="16948" v0="3132" v1="3174" v2="4445" v3="4747" />
+      <tetrahedron index="16949" v0="3174" v1="4445" v2="4747" v3="4789" />
+      <tetrahedron index="16950" v0="2096" v1="2727" v2="2924" v3="3711" />
+      <tetrahedron index="16951" v0="2727" v1="2924" v2="3711" v3="4342" />
+      <tetrahedron index="16952" v0="2924" v1="3711" v2="4342" v3="4539" />
+      <tetrahedron index="16953" v0="2727" v1="2924" v2="3052" v3="4342" />
+      <tetrahedron index="16954" v0="2924" v1="3052" v2="4342" v3="4539" />
+      <tetrahedron index="16955" v0="3052" v1="4342" v2="4539" v3="4667" />
+      <tetrahedron index="16956" v0="2489" v1="2845" v2="3175" v3="4104" />
+      <tetrahedron index="16957" v0="2845" v1="3175" v2="4104" v3="4460" />
+      <tetrahedron index="16958" v0="3175" v1="4104" v2="4460" v3="4790" />
+      <tetrahedron index="16959" v0="1851" v1="3082" v2="3118" v3="3466" />
+      <tetrahedron index="16960" v0="3082" v1="3118" v2="3466" v3="4697" />
+      <tetrahedron index="16961" v0="3118" v1="3466" v2="4697" v3="4733" />
+      <tetrahedron index="16962" v0="1919" v1="2962" v2="3086" v3="3534" />
+      <tetrahedron index="16963" v0="2962" v1="3086" v2="3534" v3="4577" />
+      <tetrahedron index="16964" v0="3086" v1="3534" v2="4577" v3="4701" />
+      <tetrahedron index="16965" v0="1867" v1="2135" v2="3072" v3="3482" />
+      <tetrahedron index="16966" v0="2135" v1="3072" v2="3482" v3="3750" />
+      <tetrahedron index="16967" v0="3072" v1="3482" v2="3750" v3="4687" />
+      <tetrahedron index="16968" v0="1935" v1="2353" v2="2599" v3="3550" />
+      <tetrahedron index="16969" v0="2353" v1="2599" v2="3550" v3="3968" />
+      <tetrahedron index="16970" v0="2599" v1="3550" v2="3968" v3="4214" />
+      <tetrahedron index="16971" v0="1888" v1="1935" v2="2353" v3="3503" />
+      <tetrahedron index="16972" v0="1935" v1="2353" v2="3503" v3="3550" />
+      <tetrahedron index="16973" v0="2353" v1="3503" v2="3550" v3="3968" />
+      <tetrahedron index="16974" v0="1682" v1="2606" v2="2860" v3="3297" />
+      <tetrahedron index="16975" v0="2606" v1="2860" v2="3297" v3="4221" />
+      <tetrahedron index="16976" v0="2860" v1="3297" v2="4221" v3="4475" />
+      <tetrahedron index="16977" v0="1682" v1="2860" v2="2861" v3="3297" />
+      <tetrahedron index="16978" v0="2860" v1="2861" v2="3297" v3="4475" />
+      <tetrahedron index="16979" v0="2861" v1="3297" v2="4475" v3="4476" />
+      <tetrahedron index="16980" v0="2203" v1="2256" v2="2287" v3="3818" />
+      <tetrahedron index="16981" v0="2256" v1="2287" v2="3818" v3="3871" />
+      <tetrahedron index="16982" v0="2287" v1="3818" v2="3871" v3="3902" />
+      <tetrahedron index="16983" v0="2203" v1="2273" v2="2287" v3="3818" />
+      <tetrahedron index="16984" v0="2273" v1="2287" v2="3818" v3="3888" />
+      <tetrahedron index="16985" v0="2287" v1="3818" v2="3888" v3="3902" />
+      <tetrahedron index="16986" v0="1883" v1="2261" v2="2536" v3="3498" />
+      <tetrahedron index="16987" v0="2261" v1="2536" v2="3498" v3="3876" />
+      <tetrahedron index="16988" v0="2536" v1="3498" v2="3876" v3="4151" />
+      <tetrahedron index="16989" v0="2261" v1="2536" v2="2537" v3="3876" />
+      <tetrahedron index="16990" v0="2536" v1="2537" v2="3876" v3="4151" />
+      <tetrahedron index="16991" v0="2537" v1="3876" v2="4151" v3="4152" />
+      <tetrahedron index="16992" v0="1894" v1="2610" v2="2951" v3="3509" />
+      <tetrahedron index="16993" v0="2610" v1="2951" v2="3509" v3="4225" />
+      <tetrahedron index="16994" v0="2951" v1="3509" v2="4225" v3="4566" />
+      <tetrahedron index="16995" v0="1894" v1="2951" v2="3024" v3="3509" />
+      <tetrahedron index="16996" v0="2951" v1="3024" v2="3509" v3="4566" />
+      <tetrahedron index="16997" v0="3024" v1="3509" v2="4566" v3="4639" />
+      <tetrahedron index="16998" v0="2051" v1="2490" v2="3003" v3="3666" />
+      <tetrahedron index="16999" v0="2490" v1="3003" v2="3666" v3="4105" />
+      <tetrahedron index="17000" v0="3003" v1="3666" v2="4105" v3="4618" />
+      <tetrahedron index="17001" v0="2051" v1="2836" v2="3003" v3="3666" />
+      <tetrahedron index="17002" v0="2836" v1="3003" v2="3666" v3="4451" />
+      <tetrahedron index="17003" v0="3003" v1="3666" v2="4451" v3="4618" />
+      <tetrahedron index="17004" v0="1773" v1="2362" v2="2646" v3="3388" />
+      <tetrahedron index="17005" v0="2362" v1="2646" v2="3388" v3="3977" />
+      <tetrahedron index="17006" v0="2646" v1="3388" v2="3977" v3="4261" />
+      <tetrahedron index="17007" v0="1773" v1="1775" v2="2362" v3="3388" />
+      <tetrahedron index="17008" v0="1775" v1="2362" v2="3388" v3="3390" />
+      <tetrahedron index="17009" v0="2362" v1="3388" v2="3390" v3="3977" />
+      <tetrahedron index="17010" v0="1743" v1="1744" v2="1807" v3="3358" />
+      <tetrahedron index="17011" v0="1744" v1="1807" v2="3358" v3="3359" />
+      <tetrahedron index="17012" v0="1807" v1="3358" v2="3359" v3="3422" />
+      <tetrahedron index="17013" v0="1744" v1="1806" v2="1807" v3="3359" />
+      <tetrahedron index="17014" v0="1806" v1="1807" v2="3359" v3="3421" />
+      <tetrahedron index="17015" v0="1807" v1="3359" v2="3421" v3="3422" />
+      <tetrahedron index="17016" v0="1674" v1="1761" v2="2720" v3="3289" />
+      <tetrahedron index="17017" v0="1761" v1="2720" v2="3289" v3="3376" />
+      <tetrahedron index="17018" v0="2720" v1="3289" v2="3376" v3="4335" />
+      <tetrahedron index="17019" v0="1674" v1="1761" v2="1763" v3="3289" />
+      <tetrahedron index="17020" v0="1761" v1="1763" v2="3289" v3="3376" />
+      <tetrahedron index="17021" v0="1763" v1="3289" v2="3376" v3="3378" />
+      <tetrahedron index="17022" v0="2823" v1="3011" v2="3105" v3="4438" />
+      <tetrahedron index="17023" v0="3011" v1="3105" v2="4438" v3="4626" />
+      <tetrahedron index="17024" v0="3105" v1="4438" v2="4626" v3="4720" />
+      <tetrahedron index="17025" v0="2756" v1="2823" v2="3105" v3="4371" />
+      <tetrahedron index="17026" v0="2823" v1="3105" v2="4371" v3="4438" />
+      <tetrahedron index="17027" v0="3105" v1="4371" v2="4438" v3="4720" />
+      <tetrahedron index="17028" v0="2616" v1="2735" v2="2782" v3="4231" />
+      <tetrahedron index="17029" v0="2735" v1="2782" v2="4231" v3="4350" />
+      <tetrahedron index="17030" v0="2782" v1="4231" v2="4350" v3="4397" />
+      <tetrahedron index="17031" v0="2314" v1="2616" v2="2782" v3="3929" />
+      <tetrahedron index="17032" v0="2616" v1="2782" v2="3929" v3="4231" />
+      <tetrahedron index="17033" v0="2782" v1="3929" v2="4231" v3="4397" />
+      <tetrahedron index="17034" v0="2300" v1="2301" v2="2311" v3="3915" />
+      <tetrahedron index="17035" v0="2301" v1="2311" v2="3915" v3="3916" />
+      <tetrahedron index="17036" v0="2311" v1="3915" v2="3916" v3="3926" />
+      <tetrahedron index="17037" v0="2301" v1="2311" v2="2553" v3="3916" />
+      <tetrahedron index="17038" v0="2311" v1="2553" v2="3916" v3="3926" />
+      <tetrahedron index="17039" v0="2553" v1="3916" v2="3926" v3="4168" />
+      <tetrahedron index="17040" v0="1802" v1="1803" v2="2659" v3="3417" />
+      <tetrahedron index="17041" v0="1803" v1="2659" v2="3417" v3="3418" />
+      <tetrahedron index="17042" v0="2659" v1="3417" v2="3418" v3="4274" />
+      <tetrahedron index="17043" v0="1803" v1="1996" v2="2659" v3="3418" />
+      <tetrahedron index="17044" v0="1996" v1="2659" v2="3418" v3="3611" />
+      <tetrahedron index="17045" v0="2659" v1="3418" v2="3611" v3="4274" />
+      <tetrahedron index="17046" v0="1644" v1="2358" v2="2360" v3="3259" />
+      <tetrahedron index="17047" v0="2358" v1="2360" v2="3259" v3="3973" />
+      <tetrahedron index="17048" v0="2360" v1="3259" v2="3973" v3="3975" />
+      <tetrahedron index="17049" v0="1642" v1="1644" v2="2360" v3="3257" />
+      <tetrahedron index="17050" v0="1644" v1="2360" v2="3257" v3="3259" />
+      <tetrahedron index="17051" v0="2360" v1="3257" v2="3259" v3="3975" />
+      <tetrahedron index="17052" v0="1625" v1="1829" v2="2095" v3="3240" />
+      <tetrahedron index="17053" v0="1829" v1="2095" v2="3240" v3="3444" />
+      <tetrahedron index="17054" v0="2095" v1="3240" v2="3444" v3="3710" />
+      <tetrahedron index="17055" v0="1743" v1="2297" v2="3060" v3="3358" />
+      <tetrahedron index="17056" v0="2297" v1="3060" v2="3358" v3="3912" />
+      <tetrahedron index="17057" v0="3060" v1="3358" v2="3912" v3="4675" />
+      <tetrahedron index="17058" v0="1743" v1="1745" v2="3060" v3="3358" />
+      <tetrahedron index="17059" v0="1745" v1="3060" v2="3358" v3="3360" />
+      <tetrahedron index="17060" v0="3060" v1="3358" v2="3360" v3="4675" />
+      <tetrahedron index="17061" v0="2602" v1="2934" v2="3176" v3="4217" />
+      <tetrahedron index="17062" v0="2934" v1="3176" v2="4217" v3="4549" />
+      <tetrahedron index="17063" v0="3176" v1="4217" v2="4549" v3="4791" />
+      <tetrahedron index="17064" v0="2567" v1="2602" v2="3176" v3="4182" />
+      <tetrahedron index="17065" v0="2602" v1="3176" v2="4182" v3="4217" />
+      <tetrahedron index="17066" v0="3176" v1="4182" v2="4217" v3="4791" />
+      <tetrahedron index="17067" v0="1800" v1="2465" v2="3075" v3="3415" />
+      <tetrahedron index="17068" v0="2465" v1="3075" v2="3415" v3="4080" />
+      <tetrahedron index="17069" v0="3075" v1="3415" v2="4080" v3="4690" />
+      <tetrahedron index="17070" v0="2465" v1="2537" v2="3075" v3="4080" />
+      <tetrahedron index="17071" v0="2537" v1="3075" v2="4080" v3="4152" />
+      <tetrahedron index="17072" v0="3075" v1="4080" v2="4152" v3="4690" />
+      <tetrahedron index="17073" v0="1964" v1="2047" v2="3140" v3="3579" />
+      <tetrahedron index="17074" v0="2047" v1="3140" v2="3579" v3="3662" />
+      <tetrahedron index="17075" v0="3140" v1="3579" v2="3662" v3="4755" />
+      <tetrahedron index="17076" v0="2047" v1="2899" v2="3140" v3="3662" />
+      <tetrahedron index="17077" v0="2899" v1="3140" v2="3662" v3="4514" />
+      <tetrahedron index="17078" v0="3140" v1="3662" v2="4514" v3="4755" />
+      <tetrahedron index="17079" v0="2048" v1="2201" v2="2523" v3="3663" />
+      <tetrahedron index="17080" v0="2201" v1="2523" v2="3663" v3="3816" />
+      <tetrahedron index="17081" v0="2523" v1="3663" v2="3816" v3="4138" />
+      <tetrahedron index="17082" v0="2047" v1="2048" v2="2523" v3="3662" />
+      <tetrahedron index="17083" v0="2048" v1="2523" v2="3662" v3="3663" />
+      <tetrahedron index="17084" v0="2523" v1="3662" v2="3663" v3="4138" />
+      <tetrahedron index="17085" v0="2030" v1="3030" v2="3031" v3="3645" />
+      <tetrahedron index="17086" v0="3030" v1="3031" v2="3645" v3="4645" />
+      <tetrahedron index="17087" v0="3031" v1="3645" v2="4645" v3="4646" />
+      <tetrahedron index="17088" v0="2030" v1="2031" v2="3030" v3="3645" />
+      <tetrahedron index="17089" v0="2031" v1="3030" v2="3645" v3="3646" />
+      <tetrahedron index="17090" v0="3030" v1="3645" v2="3646" v3="4645" />
+      <tetrahedron index="17091" v0="1755" v1="1937" v2="2415" v3="3370" />
+      <tetrahedron index="17092" v0="1937" v1="2415" v2="3370" v3="3552" />
+      <tetrahedron index="17093" v0="2415" v1="3370" v2="3552" v3="4030" />
+      <tetrahedron index="17094" v0="1936" v1="1937" v2="2415" v3="3551" />
+      <tetrahedron index="17095" v0="1937" v1="2415" v2="3551" v3="3552" />
+      <tetrahedron index="17096" v0="2415" v1="3551" v2="3552" v3="4030" />
+      <tetrahedron index="17097" v0="1623" v1="2614" v2="2621" v3="3238" />
+      <tetrahedron index="17098" v0="2614" v1="2621" v2="3238" v3="4229" />
+      <tetrahedron index="17099" v0="2621" v1="3238" v2="4229" v3="4236" />
+      <tetrahedron index="17100" v0="1622" v1="1623" v2="2621" v3="3237" />
+      <tetrahedron index="17101" v0="1623" v1="2621" v2="3237" v3="3238" />
+      <tetrahedron index="17102" v0="2621" v1="3237" v2="3238" v3="4236" />
+      <tetrahedron index="17103" v0="2371" v1="2873" v2="2875" v3="3986" />
+      <tetrahedron index="17104" v0="2873" v1="2875" v2="3986" v3="4488" />
+      <tetrahedron index="17105" v0="2875" v1="3986" v2="4488" v3="4490" />
+      <tetrahedron index="17106" v0="2299" v1="2371" v2="2875" v3="3914" />
+      <tetrahedron index="17107" v0="2371" v1="2875" v2="3914" v3="3986" />
+      <tetrahedron index="17108" v0="2875" v1="3914" v2="3986" v3="4490" />
+      <tetrahedron index="17109" v0="2569" v1="2721" v2="2927" v3="4184" />
+      <tetrahedron index="17110" v0="2721" v1="2927" v2="4184" v3="4336" />
+      <tetrahedron index="17111" v0="2927" v1="4184" v2="4336" v3="4542" />
+      <tetrahedron index="17112" v0="2603" v1="2721" v2="2927" v3="4218" />
+      <tetrahedron index="17113" v0="2721" v1="2927" v2="4218" v3="4336" />
+      <tetrahedron index="17114" v0="2927" v1="4218" v2="4336" v3="4542" />
+      <tetrahedron index="17115" v0="2267" v1="2369" v2="3176" v3="3882" />
+      <tetrahedron index="17116" v0="2369" v1="3176" v2="3882" v3="3984" />
+      <tetrahedron index="17117" v0="3176" v1="3882" v2="3984" v3="4791" />
+      <tetrahedron index="17118" v0="2090" v1="2369" v2="3176" v3="3705" />
+      <tetrahedron index="17119" v0="2369" v1="3176" v2="3705" v3="3984" />
+      <tetrahedron index="17120" v0="3176" v1="3705" v2="3984" v3="4791" />
+      <tetrahedron index="17121" v0="2329" v1="3026" v2="3104" v3="3944" />
+      <tetrahedron index="17122" v0="3026" v1="3104" v2="3944" v3="4641" />
+      <tetrahedron index="17123" v0="3104" v1="3944" v2="4641" v3="4719" />
+      <tetrahedron index="17124" v0="1906" v1="2329" v2="3104" v3="3521" />
+      <tetrahedron index="17125" v0="2329" v1="3104" v2="3521" v3="3944" />
+      <tetrahedron index="17126" v0="3104" v1="3521" v2="3944" v3="4719" />
+      <tetrahedron index="17127" v0="2819" v1="2862" v2="3120" v3="4434" />
+      <tetrahedron index="17128" v0="2862" v1="3120" v2="4434" v3="4477" />
+      <tetrahedron index="17129" v0="3120" v1="4434" v2="4477" v3="4735" />
+      <tetrahedron index="17130" v0="2762" v1="2819" v2="3120" v3="4377" />
+      <tetrahedron index="17131" v0="2819" v1="3120" v2="4377" v3="4434" />
+      <tetrahedron index="17132" v0="3120" v1="4377" v2="4434" v3="4735" />
+      <tetrahedron index="17133" v0="2880" v1="3041" v2="3177" v3="4495" />
+      <tetrahedron index="17134" v0="3041" v1="3177" v2="4495" v3="4656" />
+      <tetrahedron index="17135" v0="3177" v1="4495" v2="4656" v3="4792" />
+      <tetrahedron index="17136" v0="1813" v1="2826" v2="3178" v3="3428" />
+      <tetrahedron index="17137" v0="2826" v1="3178" v2="3428" v3="4441" />
+      <tetrahedron index="17138" v0="3178" v1="3428" v2="4441" v3="4793" />
+      <tetrahedron index="17139" v0="2650" v1="2897" v2="3012" v3="4265" />
+      <tetrahedron index="17140" v0="2897" v1="3012" v2="4265" v3="4512" />
+      <tetrahedron index="17141" v0="3012" v1="4265" v2="4512" v3="4627" />
+      <tetrahedron index="17142" v0="1810" v1="2902" v2="2935" v3="3425" />
+      <tetrahedron index="17143" v0="2902" v1="2935" v2="3425" v3="4517" />
+      <tetrahedron index="17144" v0="2935" v1="3425" v2="4517" v3="4550" />
+      <tetrahedron index="17145" v0="1810" v1="1901" v2="2935" v3="3425" />
+      <tetrahedron index="17146" v0="1901" v1="2935" v2="3425" v3="3516" />
+      <tetrahedron index="17147" v0="2935" v1="3425" v2="3516" v3="4550" />
+      <tetrahedron index="17148" v0="2436" v1="2978" v2="3114" v3="4051" />
+      <tetrahedron index="17149" v0="2978" v1="3114" v2="4051" v3="4593" />
+      <tetrahedron index="17150" v0="3114" v1="4051" v2="4593" v3="4729" />
+      <tetrahedron index="17151" v0="2436" v1="2437" v2="2978" v3="4051" />
+      <tetrahedron index="17152" v0="2437" v1="2978" v2="4051" v3="4052" />
+      <tetrahedron index="17153" v0="2978" v1="4051" v2="4052" v3="4593" />
+      <tetrahedron index="17154" v0="2746" v1="2911" v2="3077" v3="4361" />
+      <tetrahedron index="17155" v0="2911" v1="3077" v2="4361" v3="4526" />
+      <tetrahedron index="17156" v0="3077" v1="4361" v2="4526" v3="4692" />
+      <tetrahedron index="17157" v0="2746" v1="3077" v2="3081" v3="4361" />
+      <tetrahedron index="17158" v0="3077" v1="3081" v2="4361" v3="4692" />
+      <tetrahedron index="17159" v0="3081" v1="4361" v2="4692" v3="4696" />
+      <tetrahedron index="17160" v0="1912" v1="1925" v2="2580" v3="3527" />
+      <tetrahedron index="17161" v0="1925" v1="2580" v2="3527" v3="3540" />
+      <tetrahedron index="17162" v0="2580" v1="3527" v2="3540" v3="4195" />
+      <tetrahedron index="17163" v0="1912" v1="1913" v2="2580" v3="3527" />
+      <tetrahedron index="17164" v0="1913" v1="2580" v2="3527" v3="3528" />
+      <tetrahedron index="17165" v0="2580" v1="3527" v2="3528" v3="4195" />
+      <tetrahedron index="17166" v0="1914" v1="2150" v2="2401" v3="3529" />
+      <tetrahedron index="17167" v0="2150" v1="2401" v2="3529" v3="3765" />
+      <tetrahedron index="17168" v0="2401" v1="3529" v2="3765" v3="4016" />
+      <tetrahedron index="17169" v0="1914" v1="2401" v2="2580" v3="3529" />
+      <tetrahedron index="17170" v0="2401" v1="2580" v2="3529" v3="4016" />
+      <tetrahedron index="17171" v0="2580" v1="3529" v2="4016" v3="4195" />
+      <tetrahedron index="17172" v0="2604" v1="2609" v2="3028" v3="4219" />
+      <tetrahedron index="17173" v0="2609" v1="3028" v2="4219" v3="4224" />
+      <tetrahedron index="17174" v0="3028" v1="4219" v2="4224" v3="4643" />
+      <tetrahedron index="17175" v0="2604" v1="2609" v2="3068" v3="4219" />
+      <tetrahedron index="17176" v0="2609" v1="3068" v2="4219" v3="4224" />
+      <tetrahedron index="17177" v0="3068" v1="4219" v2="4224" v3="4683" />
+      <tetrahedron index="17178" v0="1774" v1="1775" v2="2259" v3="3389" />
+      <tetrahedron index="17179" v0="1775" v1="2259" v2="3389" v3="3390" />
+      <tetrahedron index="17180" v0="2259" v1="3389" v2="3390" v3="3874" />
+      <tetrahedron index="17181" v0="1775" v1="2259" v2="3025" v3="3390" />
+      <tetrahedron index="17182" v0="2259" v1="3025" v2="3390" v3="3874" />
+      <tetrahedron index="17183" v0="3025" v1="3390" v2="3874" v3="4640" />
+      <tetrahedron index="17184" v0="1636" v1="2681" v2="3073" v3="3251" />
+      <tetrahedron index="17185" v0="2681" v1="3073" v2="3251" v3="4296" />
+      <tetrahedron index="17186" v0="3073" v1="3251" v2="4296" v3="4688" />
+      <tetrahedron index="17187" v0="1636" v1="2887" v2="3073" v3="3251" />
+      <tetrahedron index="17188" v0="2887" v1="3073" v2="3251" v3="4502" />
+      <tetrahedron index="17189" v0="3073" v1="3251" v2="4502" v3="4688" />
+      <tetrahedron index="17190" v0="1675" v1="1810" v2="1900" v3="3290" />
+      <tetrahedron index="17191" v0="1810" v1="1900" v2="3290" v3="3425" />
+      <tetrahedron index="17192" v0="1900" v1="3290" v2="3425" v3="3515" />
+      <tetrahedron index="17193" v0="1673" v1="1675" v2="1900" v3="3288" />
+      <tetrahedron index="17194" v0="1675" v1="1900" v2="3288" v3="3290" />
+      <tetrahedron index="17195" v0="1900" v1="3288" v2="3290" v3="3515" />
+      <tetrahedron index="17196" v0="1877" v1="2012" v2="2504" v3="3492" />
+      <tetrahedron index="17197" v0="2012" v1="2504" v2="3492" v3="3627" />
+      <tetrahedron index="17198" v0="2504" v1="3492" v2="3627" v3="4119" />
+      <tetrahedron index="17199" v0="1877" v1="2504" v2="3179" v3="3492" />
+      <tetrahedron index="17200" v0="2504" v1="3179" v2="3492" v3="4119" />
+      <tetrahedron index="17201" v0="3179" v1="3492" v2="4119" v3="4794" />
+      <tetrahedron index="17202" v0="1703" v1="2416" v2="3180" v3="3318" />
+      <tetrahedron index="17203" v0="2416" v1="3180" v2="3318" v3="4031" />
+      <tetrahedron index="17204" v0="3180" v1="3318" v2="4031" v3="4795" />
+      <tetrahedron index="17205" v0="2416" v1="2489" v2="3180" v3="4031" />
+      <tetrahedron index="17206" v0="2489" v1="3180" v2="4031" v3="4104" />
+      <tetrahedron index="17207" v0="3180" v1="4031" v2="4104" v3="4795" />
+      <tetrahedron index="17208" v0="1836" v1="1837" v2="1839" v3="3451" />
+      <tetrahedron index="17209" v0="1837" v1="1839" v2="3451" v3="3452" />
+      <tetrahedron index="17210" v0="1839" v1="3451" v2="3452" v3="3454" />
+      <tetrahedron index="17211" v0="1837" v1="1838" v2="1839" v3="3452" />
+      <tetrahedron index="17212" v0="1838" v1="1839" v2="3452" v3="3453" />
+      <tetrahedron index="17213" v0="1839" v1="3452" v2="3453" v3="3454" />
+      <tetrahedron index="17214" v0="1874" v1="2084" v2="3140" v3="3489" />
+      <tetrahedron index="17215" v0="2084" v1="3140" v2="3489" v3="3699" />
+      <tetrahedron index="17216" v0="3140" v1="3489" v2="3699" v3="4755" />
+      <tetrahedron index="17217" v0="2325" v1="2517" v2="3181" v3="3940" />
+      <tetrahedron index="17218" v0="2517" v1="3181" v2="3940" v3="4132" />
+      <tetrahedron index="17219" v0="3181" v1="3940" v2="4132" v3="4796" />
+      <tetrahedron index="17220" v0="2513" v1="3020" v2="3182" v3="4128" />
+      <tetrahedron index="17221" v0="3020" v1="3182" v2="4128" v3="4635" />
+      <tetrahedron index="17222" v0="3182" v1="4128" v2="4635" v3="4797" />
+      <tetrahedron index="17223" v0="2064" v1="2504" v2="3182" v3="3679" />
+      <tetrahedron index="17224" v0="2504" v1="3182" v2="3679" v3="4119" />
+      <tetrahedron index="17225" v0="3182" v1="3679" v2="4119" v3="4797" />
+      <tetrahedron index="17226" v0="2859" v1="3183" v2="3184" v3="4474" />
+      <tetrahedron index="17227" v0="3183" v1="3184" v2="4474" v3="4798" />
+      <tetrahedron index="17228" v0="3184" v1="4474" v2="4798" v3="4799" />
+      <tetrahedron index="17229" v0="2527" v1="2528" v2="3185" v3="4142" />
+      <tetrahedron index="17230" v0="2528" v1="3185" v2="4142" v3="4143" />
+      <tetrahedron index="17231" v0="3185" v1="4142" v2="4143" v3="4800" />
+      <tetrahedron index="17232" v0="2212" v1="2488" v2="2572" v3="3827" />
+      <tetrahedron index="17233" v0="2488" v1="2572" v2="3827" v3="4103" />
+      <tetrahedron index="17234" v0="2572" v1="3827" v2="4103" v3="4187" />
+      <tetrahedron index="17235" v0="2180" v1="2582" v2="3181" v3="3795" />
+      <tetrahedron index="17236" v0="2582" v1="3181" v2="3795" v3="4197" />
+      <tetrahedron index="17237" v0="3181" v1="3795" v2="4197" v3="4796" />
+      <tetrahedron index="17238" v0="2411" v1="2542" v2="3186" v3="4026" />
+      <tetrahedron index="17239" v0="2542" v1="3186" v2="4026" v3="4157" />
+      <tetrahedron index="17240" v0="3186" v1="4026" v2="4157" v3="4801" />
+      <tetrahedron index="17241" v0="2411" v1="2416" v2="3186" v3="4026" />
+      <tetrahedron index="17242" v0="2416" v1="3186" v2="4026" v3="4031" />
+      <tetrahedron index="17243" v0="3186" v1="4026" v2="4031" v3="4801" />
+      <tetrahedron index="17244" v0="2638" v1="2673" v2="3187" v3="4253" />
+      <tetrahedron index="17245" v0="2673" v1="3187" v2="4253" v3="4288" />
+      <tetrahedron index="17246" v0="3187" v1="4253" v2="4288" v3="4802" />
+      <tetrahedron index="17247" v0="2671" v1="3124" v2="3188" v3="4286" />
+      <tetrahedron index="17248" v0="3124" v1="3188" v2="4286" v3="4739" />
+      <tetrahedron index="17249" v0="3188" v1="4286" v2="4739" v3="4803" />
+      <tetrahedron index="17250" v0="2405" v1="2406" v2="3019" v3="4020" />
+      <tetrahedron index="17251" v0="2406" v1="3019" v2="4020" v3="4021" />
+      <tetrahedron index="17252" v0="3019" v1="4020" v2="4021" v3="4634" />
+      <tetrahedron index="17253" v0="2406" v1="2662" v2="3019" v3="4021" />
+      <tetrahedron index="17254" v0="2662" v1="3019" v2="4021" v3="4277" />
+      <tetrahedron index="17255" v0="3019" v1="4021" v2="4277" v3="4634" />
+      <tetrahedron index="17256" v0="3189" v1="3190" v2="3191" v3="4804" />
+      <tetrahedron index="17257" v0="3190" v1="3191" v2="4804" v3="4805" />
+      <tetrahedron index="17258" v0="3191" v1="4804" v2="4805" v3="4806" />
+      <tetrahedron index="17259" v0="2304" v1="2800" v2="3192" v3="3919" />
+      <tetrahedron index="17260" v0="2800" v1="3192" v2="3919" v3="4415" />
+      <tetrahedron index="17261" v0="3192" v1="3919" v2="4415" v3="4807" />
+      <tetrahedron index="17262" v0="2304" v1="2837" v2="3192" v3="3919" />
+      <tetrahedron index="17263" v0="2837" v1="3192" v2="3919" v3="4452" />
+      <tetrahedron index="17264" v0="3192" v1="3919" v2="4452" v3="4807" />
+      <tetrahedron index="17265" v0="1845" v1="2711" v2="3156" v3="3460" />
+      <tetrahedron index="17266" v0="2711" v1="3156" v2="3460" v3="4326" />
+      <tetrahedron index="17267" v0="3156" v1="3460" v2="4326" v3="4771" />
+      <tetrahedron index="17268" v0="2262" v1="2756" v2="3152" v3="3877" />
+      <tetrahedron index="17269" v0="2756" v1="3152" v2="3877" v3="4371" />
+      <tetrahedron index="17270" v0="3152" v1="3877" v2="4371" v3="4767" />
+      <tetrahedron index="17271" v0="2669" v1="2694" v2="3155" v3="4284" />
+      <tetrahedron index="17272" v0="2694" v1="3155" v2="4284" v3="4309" />
+      <tetrahedron index="17273" v0="3155" v1="4284" v2="4309" v3="4770" />
+      <tetrahedron index="17274" v0="2628" v1="2738" v2="3191" v3="4243" />
+      <tetrahedron index="17275" v0="2738" v1="3191" v2="4243" v3="4353" />
+      <tetrahedron index="17276" v0="3191" v1="4243" v2="4353" v3="4806" />
+      <tetrahedron index="17277" v0="2831" v1="2835" v2="2840" v3="4446" />
+      <tetrahedron index="17278" v0="2835" v1="2840" v2="4446" v3="4450" />
+      <tetrahedron index="17279" v0="2840" v1="4446" v2="4450" v3="4455" />
+      <tetrahedron index="17280" v0="2735" v1="2782" v2="2838" v3="4350" />
+      <tetrahedron index="17281" v0="2782" v1="2838" v2="4350" v3="4397" />
+      <tetrahedron index="17282" v0="2838" v1="4350" v2="4397" v3="4453" />
+      <tetrahedron index="17283" v0="2570" v1="2664" v2="3158" v3="4185" />
+      <tetrahedron index="17284" v0="2664" v1="3158" v2="4185" v3="4279" />
+      <tetrahedron index="17285" v0="3158" v1="4185" v2="4279" v3="4773" />
+      <tetrahedron index="17286" v0="2762" v1="2819" v2="3193" v3="4377" />
+      <tetrahedron index="17287" v0="2819" v1="3193" v2="4377" v3="4434" />
+      <tetrahedron index="17288" v0="3193" v1="4377" v2="4434" v3="4808" />
+      <tetrahedron index="17289" v0="2762" v1="2763" v2="3193" v3="4377" />
+      <tetrahedron index="17290" v0="2763" v1="3193" v2="4377" v3="4378" />
+      <tetrahedron index="17291" v0="3193" v1="4377" v2="4378" v3="4808" />
+      <tetrahedron index="17292" v0="2869" v1="2906" v2="3157" v3="4484" />
+      <tetrahedron index="17293" v0="2906" v1="3157" v2="4484" v3="4521" />
+      <tetrahedron index="17294" v0="3157" v1="4484" v2="4521" v3="4772" />
+      <tetrahedron index="17295" v0="2859" v1="2915" v2="3183" v3="4474" />
+      <tetrahedron index="17296" v0="2915" v1="3183" v2="4474" v3="4530" />
+      <tetrahedron index="17297" v0="3183" v1="4474" v2="4530" v3="4798" />
+      <tetrahedron index="17298" v0="1657" v1="2461" v2="2924" v3="3272" />
+      <tetrahedron index="17299" v0="2461" v1="2924" v2="3272" v3="4076" />
+      <tetrahedron index="17300" v0="2924" v1="3272" v2="4076" v3="4539" />
+      <tetrahedron index="17301" v0="1657" v1="1939" v2="2461" v3="3272" />
+      <tetrahedron index="17302" v0="1939" v1="2461" v2="3272" v3="3554" />
+      <tetrahedron index="17303" v0="2461" v1="3272" v2="3554" v3="4076" />
+      <tetrahedron index="17304" v0="2286" v1="2932" v2="3194" v3="3901" />
+      <tetrahedron index="17305" v0="2932" v1="3194" v2="3901" v3="4547" />
+      <tetrahedron index="17306" v0="3194" v1="3901" v2="4547" v3="4809" />
+      <tetrahedron index="17307" v0="2180" v1="2941" v2="3195" v3="3795" />
+      <tetrahedron index="17308" v0="2941" v1="3195" v2="3795" v3="4556" />
+      <tetrahedron index="17309" v0="3195" v1="3795" v2="4556" v3="4810" />
+      <tetrahedron index="17310" v0="2725" v1="2726" v2="3164" v3="4340" />
+      <tetrahedron index="17311" v0="2726" v1="3164" v2="4340" v3="4341" />
+      <tetrahedron index="17312" v0="3164" v1="4340" v2="4341" v3="4779" />
+      <tetrahedron index="17313" v0="2946" v1="2949" v2="3196" v3="4561" />
+      <tetrahedron index="17314" v0="2949" v1="3196" v2="4561" v3="4564" />
+      <tetrahedron index="17315" v0="3196" v1="4561" v2="4564" v3="4811" />
+      <tetrahedron index="17316" v0="2917" v1="2981" v2="3103" v3="4532" />
+      <tetrahedron index="17317" v0="2981" v1="3103" v2="4532" v3="4596" />
+      <tetrahedron index="17318" v0="3103" v1="4532" v2="4596" v3="4718" />
+      <tetrahedron index="17319" v0="1910" v1="2545" v2="3197" v3="3525" />
+      <tetrahedron index="17320" v0="2545" v1="3197" v2="3525" v3="4160" />
+      <tetrahedron index="17321" v0="3197" v1="3525" v2="4160" v3="4812" />
+      <tetrahedron index="17322" v0="1849" v1="1910" v2="3197" v3="3464" />
+      <tetrahedron index="17323" v0="1910" v1="3197" v2="3464" v3="3525" />
+      <tetrahedron index="17324" v0="3197" v1="3464" v2="3525" v3="4812" />
+      <tetrahedron index="17325" v0="2384" v1="3058" v2="3198" v3="3999" />
+      <tetrahedron index="17326" v0="3058" v1="3198" v2="3999" v3="4673" />
+      <tetrahedron index="17327" v0="3198" v1="3999" v2="4673" v3="4813" />
+      <tetrahedron index="17328" v0="1924" v1="2384" v2="3198" v3="3539" />
+      <tetrahedron index="17329" v0="2384" v1="3198" v2="3539" v3="3999" />
+      <tetrahedron index="17330" v0="3198" v1="3539" v2="3999" v3="4813" />
+      <tetrahedron index="17331" v0="2807" v1="2933" v2="3184" v3="4422" />
+      <tetrahedron index="17332" v0="2933" v1="3184" v2="4422" v3="4548" />
+      <tetrahedron index="17333" v0="3184" v1="4422" v2="4548" v3="4799" />
+      <tetrahedron index="17334" v0="2807" v1="3183" v2="3184" v3="4422" />
+      <tetrahedron index="17335" v0="3183" v1="3184" v2="4422" v3="4798" />
+      <tetrahedron index="17336" v0="3184" v1="4422" v2="4798" v3="4799" />
+      <tetrahedron index="17337" v0="2793" v1="2968" v2="3163" v3="4408" />
+      <tetrahedron index="17338" v0="2968" v1="3163" v2="4408" v3="4583" />
+      <tetrahedron index="17339" v0="3163" v1="4408" v2="4583" v3="4778" />
+      <tetrahedron index="17340" v0="2909" v1="2966" v2="3008" v3="4524" />
+      <tetrahedron index="17341" v0="2966" v1="3008" v2="4524" v3="4581" />
+      <tetrahedron index="17342" v0="3008" v1="4524" v2="4581" v3="4623" />
+      <tetrahedron index="17343" v0="2966" v1="3008" v2="3199" v3="4581" />
+      <tetrahedron index="17344" v0="3008" v1="3199" v2="4581" v3="4623" />
+      <tetrahedron index="17345" v0="3199" v1="4581" v2="4623" v3="4814" />
+      <tetrahedron index="17346" v0="1972" v1="2363" v2="2970" v3="3587" />
+      <tetrahedron index="17347" v0="2363" v1="2970" v2="3587" v3="3978" />
+      <tetrahedron index="17348" v0="2970" v1="3587" v2="3978" v3="4585" />
+      <tetrahedron index="17349" v0="2639" v1="2752" v2="3187" v3="4254" />
+      <tetrahedron index="17350" v0="2752" v1="3187" v2="4254" v3="4367" />
+      <tetrahedron index="17351" v0="3187" v1="4254" v2="4367" v3="4802" />
+      <tetrahedron index="17352" v0="2638" v1="2639" v2="3187" v3="4253" />
+      <tetrahedron index="17353" v0="2639" v1="3187" v2="4253" v3="4254" />
+      <tetrahedron index="17354" v0="3187" v1="4253" v2="4254" v3="4802" />
+      <tetrahedron index="17355" v0="2069" v1="2170" v2="3200" v3="3684" />
+      <tetrahedron index="17356" v0="2170" v1="3200" v2="3684" v3="3785" />
+      <tetrahedron index="17357" v0="3200" v1="3684" v2="3785" v3="4815" />
+      <tetrahedron index="17358" v0="2170" v1="2498" v2="3200" v3="3785" />
+      <tetrahedron index="17359" v0="2498" v1="3200" v2="3785" v3="4113" />
+      <tetrahedron index="17360" v0="3200" v1="3785" v2="4113" v3="4815" />
+      <tetrahedron index="17361" v0="2581" v1="3098" v2="3121" v3="4196" />
+      <tetrahedron index="17362" v0="3098" v1="3121" v2="4196" v3="4713" />
+      <tetrahedron index="17363" v0="3121" v1="4196" v2="4713" v3="4736" />
+      <tetrahedron index="17364" v0="2579" v1="2999" v2="3201" v3="4194" />
+      <tetrahedron index="17365" v0="2999" v1="3201" v2="4194" v3="4614" />
+      <tetrahedron index="17366" v0="3201" v1="4194" v2="4614" v3="4816" />
+      <tetrahedron index="17367" v0="2579" v1="3133" v2="3201" v3="4194" />
+      <tetrahedron index="17368" v0="3133" v1="3201" v2="4194" v3="4748" />
+      <tetrahedron index="17369" v0="3201" v1="4194" v2="4748" v3="4816" />
+      <tetrahedron index="17370" v0="2855" v1="2857" v2="3202" v3="4470" />
+      <tetrahedron index="17371" v0="2857" v1="3202" v2="4470" v3="4472" />
+      <tetrahedron index="17372" v0="3202" v1="4470" v2="4472" v3="4817" />
+      <tetrahedron index="17373" v0="2855" v1="3162" v2="3202" v3="4470" />
+      <tetrahedron index="17374" v0="3162" v1="3202" v2="4470" v3="4777" />
+      <tetrahedron index="17375" v0="3202" v1="4470" v2="4777" v3="4817" />
+      <tetrahedron index="17376" v0="2997" v1="3004" v2="3005" v3="4612" />
+      <tetrahedron index="17377" v0="3004" v1="3005" v2="4612" v3="4619" />
+      <tetrahedron index="17378" v0="3005" v1="4612" v2="4619" v3="4620" />
+      <tetrahedron index="17379" v0="2712" v1="2980" v2="3015" v3="4327" />
+      <tetrahedron index="17380" v0="2980" v1="3015" v2="4327" v3="4595" />
+      <tetrahedron index="17381" v0="3015" v1="4327" v2="4595" v3="4630" />
+      <tetrahedron index="17382" v0="2143" v1="2727" v2="3203" v3="3758" />
+      <tetrahedron index="17383" v0="2727" v1="3203" v2="3758" v3="4342" />
+      <tetrahedron index="17384" v0="3203" v1="3758" v2="4342" v3="4818" />
+      <tetrahedron index="17385" v0="2143" v1="2796" v2="3203" v3="3758" />
+      <tetrahedron index="17386" v0="2796" v1="3203" v2="3758" v3="4411" />
+      <tetrahedron index="17387" v0="3203" v1="3758" v2="4411" v3="4818" />
+      <tetrahedron index="17388" v0="2606" v1="3020" v2="3136" v3="4221" />
+      <tetrahedron index="17389" v0="3020" v1="3136" v2="4221" v3="4635" />
+      <tetrahedron index="17390" v0="3136" v1="4221" v2="4635" v3="4751" />
+      <tetrahedron index="17391" v0="2988" v1="3020" v2="3136" v3="4603" />
+      <tetrahedron index="17392" v0="3020" v1="3136" v2="4603" v3="4635" />
+      <tetrahedron index="17393" v0="3136" v1="4603" v2="4635" v3="4751" />
+      <tetrahedron index="17394" v0="2954" v1="2955" v2="3049" v3="4569" />
+      <tetrahedron index="17395" v0="2955" v1="3049" v2="4569" v3="4570" />
+      <tetrahedron index="17396" v0="3049" v1="4569" v2="4570" v3="4664" />
+      <tetrahedron index="17397" v0="2296" v1="2297" v2="3057" v3="3911" />
+      <tetrahedron index="17398" v0="2297" v1="3057" v2="3911" v3="3912" />
+      <tetrahedron index="17399" v0="3057" v1="3911" v2="3912" v3="4672" />
+      <tetrahedron index="17400" v0="2347" v1="2598" v2="3061" v3="3962" />
+      <tetrahedron index="17401" v0="2598" v1="3061" v2="3962" v3="4213" />
+      <tetrahedron index="17402" v0="3061" v1="3962" v2="4213" v3="4676" />
+      <tetrahedron index="17403" v0="2457" v1="2906" v2="3065" v3="4072" />
+      <tetrahedron index="17404" v0="2906" v1="3065" v2="4072" v3="4521" />
+      <tetrahedron index="17405" v0="3065" v1="4072" v2="4521" v3="4680" />
+      <tetrahedron index="17406" v0="2088" v1="2849" v2="3204" v3="3703" />
+      <tetrahedron index="17407" v0="2849" v1="3204" v2="3703" v3="4464" />
+      <tetrahedron index="17408" v0="3204" v1="3703" v2="4464" v3="4819" />
+      <tetrahedron index="17409" v0="3075" v1="3076" v2="3081" v3="4690" />
+      <tetrahedron index="17410" v0="3076" v1="3081" v2="4690" v3="4691" />
+      <tetrahedron index="17411" v0="3081" v1="4690" v2="4691" v3="4696" />
+      <tetrahedron index="17412" v0="3076" v1="3077" v2="3081" v3="4691" />
+      <tetrahedron index="17413" v0="3077" v1="3081" v2="4691" v3="4692" />
+      <tetrahedron index="17414" v0="3081" v1="4691" v2="4692" v3="4696" />
+      <tetrahedron index="17415" v0="1698" v1="2029" v2="3123" v3="3313" />
+      <tetrahedron index="17416" v0="2029" v1="3123" v2="3313" v3="3644" />
+      <tetrahedron index="17417" v0="3123" v1="3313" v2="3644" v3="4738" />
+      <tetrahedron index="17418" v0="2029" v1="3059" v2="3123" v3="3644" />
+      <tetrahedron index="17419" v0="3059" v1="3123" v2="3644" v3="4674" />
+      <tetrahedron index="17420" v0="3123" v1="3644" v2="4674" v3="4738" />
+      <tetrahedron index="17421" v0="2792" v1="2808" v2="3088" v3="4407" />
+      <tetrahedron index="17422" v0="2808" v1="3088" v2="4407" v3="4423" />
+      <tetrahedron index="17423" v0="3088" v1="4407" v2="4423" v3="4703" />
+      <tetrahedron index="17424" v0="2965" v1="3205" v2="3206" v3="4580" />
+      <tetrahedron index="17425" v0="3205" v1="3206" v2="4580" v3="4820" />
+      <tetrahedron index="17426" v0="3206" v1="4580" v2="4820" v3="4821" />
+      <tetrahedron index="17427" v0="2044" v1="2320" v2="3092" v3="3659" />
+      <tetrahedron index="17428" v0="2320" v1="3092" v2="3659" v3="3935" />
+      <tetrahedron index="17429" v0="3092" v1="3659" v2="3935" v3="4707" />
+      <tetrahedron index="17430" v0="2320" v1="2968" v2="3092" v3="3935" />
+      <tetrahedron index="17431" v0="2968" v1="3092" v2="3935" v3="4583" />
+      <tetrahedron index="17432" v0="3092" v1="3935" v2="4583" v3="4707" />
+      <tetrahedron index="17433" v0="1616" v1="1725" v2="3094" v3="3231" />
+      <tetrahedron index="17434" v0="1725" v1="3094" v2="3231" v3="3340" />
+      <tetrahedron index="17435" v0="3094" v1="3231" v2="3340" v3="4709" />
+      <tetrahedron index="17436" v0="1616" v1="1998" v2="3094" v3="3231" />
+      <tetrahedron index="17437" v0="1998" v1="3094" v2="3231" v3="3613" />
+      <tetrahedron index="17438" v0="3094" v1="3231" v2="3613" v3="4709" />
+      <tetrahedron index="17439" v0="2815" v1="2889" v2="3196" v3="4430" />
+      <tetrahedron index="17440" v0="2889" v1="3196" v2="4430" v3="4504" />
+      <tetrahedron index="17441" v0="3196" v1="4430" v2="4504" v3="4811" />
+      <tetrahedron index="17442" v0="2908" v1="2909" v2="2964" v3="4523" />
+      <tetrahedron index="17443" v0="2909" v1="2964" v2="4523" v3="4524" />
+      <tetrahedron index="17444" v0="2964" v1="4523" v2="4524" v3="4579" />
+      <tetrahedron index="17445" v0="2909" v1="2964" v2="2966" v3="4524" />
+      <tetrahedron index="17446" v0="2964" v1="2966" v2="4524" v3="4579" />
+      <tetrahedron index="17447" v0="2966" v1="4524" v2="4579" v3="4581" />
+      <tetrahedron index="17448" v0="2162" v1="3055" v2="3207" v3="3777" />
+      <tetrahedron index="17449" v0="3055" v1="3207" v2="3777" v3="4670" />
+      <tetrahedron index="17450" v0="3207" v1="3777" v2="4670" v3="4822" />
+      <tetrahedron index="17451" v0="2162" v1="3161" v2="3207" v3="3777" />
+      <tetrahedron index="17452" v0="3161" v1="3207" v2="3777" v3="4776" />
+      <tetrahedron index="17453" v0="3207" v1="3777" v2="4776" v3="4822" />
+      <tetrahedron index="17454" v0="2517" v1="2518" v2="3195" v3="4132" />
+      <tetrahedron index="17455" v0="2518" v1="3195" v2="4132" v3="4133" />
+      <tetrahedron index="17456" v0="3195" v1="4132" v2="4133" v3="4810" />
+      <tetrahedron index="17457" v0="2518" v1="2941" v2="3195" v3="4133" />
+      <tetrahedron index="17458" v0="2941" v1="3195" v2="4133" v3="4556" />
+      <tetrahedron index="17459" v0="3195" v1="4133" v2="4556" v3="4810" />
+      <tetrahedron index="17460" v0="2955" v1="3050" v2="3189" v3="4570" />
+      <tetrahedron index="17461" v0="3050" v1="3189" v2="4570" v3="4665" />
+      <tetrahedron index="17462" v0="3189" v1="4570" v2="4665" v3="4804" />
+      <tetrahedron index="17463" v0="2955" v1="3049" v2="3050" v3="4570" />
+      <tetrahedron index="17464" v0="3049" v1="3050" v2="4570" v3="4664" />
+      <tetrahedron index="17465" v0="3050" v1="4570" v2="4664" v3="4665" />
+      <tetrahedron index="17466" v0="2489" v1="2845" v2="3208" v3="4104" />
+      <tetrahedron index="17467" v0="2845" v1="3208" v2="4104" v3="4460" />
+      <tetrahedron index="17468" v0="3208" v1="4104" v2="4460" v3="4823" />
+      <tetrahedron index="17469" v0="2412" v1="2489" v2="3208" v3="4027" />
+      <tetrahedron index="17470" v0="2489" v1="3208" v2="4027" v3="4104" />
+      <tetrahedron index="17471" v0="3208" v1="4027" v2="4104" v3="4823" />
+      <tetrahedron index="17472" v0="2904" v1="2939" v2="3209" v3="4519" />
+      <tetrahedron index="17473" v0="2939" v1="3209" v2="4519" v3="4554" />
+      <tetrahedron index="17474" v0="3209" v1="4519" v2="4554" v3="4824" />
+      <tetrahedron index="17475" v0="2315" v1="3115" v2="3123" v3="3930" />
+      <tetrahedron index="17476" v0="3115" v1="3123" v2="3930" v3="4730" />
+      <tetrahedron index="17477" v0="3123" v1="3930" v2="4730" v3="4738" />
+      <tetrahedron index="17478" v0="1973" v1="2502" v2="3116" v3="3588" />
+      <tetrahedron index="17479" v0="2502" v1="3116" v2="3588" v3="4117" />
+      <tetrahedron index="17480" v0="3116" v1="3588" v2="4117" v3="4731" />
+      <tetrahedron index="17481" v0="2095" v1="2961" v2="3210" v3="3710" />
+      <tetrahedron index="17482" v0="2961" v1="3210" v2="3710" v3="4576" />
+      <tetrahedron index="17483" v0="3210" v1="3710" v2="4576" v3="4825" />
+      <tetrahedron index="17484" v0="1829" v1="2095" v2="3210" v3="3444" />
+      <tetrahedron index="17485" v0="2095" v1="3210" v2="3444" v3="3710" />
+      <tetrahedron index="17486" v0="3210" v1="3444" v2="3710" v3="4825" />
+      <tetrahedron index="17487" v0="3102" v1="3126" v2="3211" v3="4717" />
+      <tetrahedron index="17488" v0="3126" v1="3211" v2="4717" v3="4741" />
+      <tetrahedron index="17489" v0="3211" v1="4717" v2="4741" v3="4826" />
+      <tetrahedron index="17490" v0="1932" v1="3127" v2="3212" v3="3547" />
+      <tetrahedron index="17491" v0="3127" v1="3212" v2="3547" v3="4742" />
+      <tetrahedron index="17492" v0="3212" v1="3547" v2="4742" v3="4827" />
+      <tetrahedron index="17493" v0="2025" v1="2046" v2="3213" v3="3640" />
+      <tetrahedron index="17494" v0="2046" v1="3213" v2="3640" v3="3661" />
+      <tetrahedron index="17495" v0="3213" v1="3640" v2="3661" v3="4828" />
+      <tetrahedron index="17496" v0="2046" v1="3072" v2="3213" v3="3661" />
+      <tetrahedron index="17497" v0="3072" v1="3213" v2="3661" v3="4687" />
+      <tetrahedron index="17498" v0="3213" v1="3661" v2="4687" v3="4828" />
+      <tetrahedron index="17499" v0="2980" v1="3015" v2="3016" v3="4595" />
+      <tetrahedron index="17500" v0="3015" v1="3016" v2="4595" v3="4630" />
+      <tetrahedron index="17501" v0="3016" v1="4595" v2="4630" v3="4631" />
+      <tetrahedron index="17502" v0="3134" v1="3138" v2="3207" v3="4749" />
+      <tetrahedron index="17503" v0="3138" v1="3207" v2="4749" v3="4753" />
+      <tetrahedron index="17504" v0="3207" v1="4749" v2="4753" v3="4822" />
+      <tetrahedron index="17505" v0="2476" v1="3160" v2="3214" v3="4091" />
+      <tetrahedron index="17506" v0="3160" v1="3214" v2="4091" v3="4775" />
+      <tetrahedron index="17507" v0="3214" v1="4091" v2="4775" v3="4829" />
+      <tetrahedron index="17508" v0="2631" v1="2654" v2="3093" v3="4246" />
+      <tetrahedron index="17509" v0="2654" v1="3093" v2="4246" v3="4269" />
+      <tetrahedron index="17510" v0="3093" v1="4246" v2="4269" v3="4708" />
+      <tetrahedron index="17511" v0="2654" v1="3092" v2="3093" v3="4269" />
+      <tetrahedron index="17512" v0="3092" v1="3093" v2="4269" v3="4707" />
+      <tetrahedron index="17513" v0="3093" v1="4269" v2="4707" v3="4708" />
+      <tetrahedron index="17514" v0="1986" v1="2844" v2="3185" v3="3601" />
+      <tetrahedron index="17515" v0="2844" v1="3185" v2="3601" v3="4459" />
+      <tetrahedron index="17516" v0="3185" v1="3601" v2="4459" v3="4800" />
+      <tetrahedron index="17517" v0="1986" v1="2528" v2="3185" v3="3601" />
+      <tetrahedron index="17518" v0="2528" v1="3185" v2="3601" v3="4143" />
+      <tetrahedron index="17519" v0="3185" v1="3601" v2="4143" v3="4800" />
+      <tetrahedron index="17520" v0="2821" v1="3133" v2="3215" v3="4436" />
+      <tetrahedron index="17521" v0="3133" v1="3215" v2="4436" v3="4748" />
+      <tetrahedron index="17522" v0="3215" v1="4436" v2="4748" v3="4830" />
+      <tetrahedron index="17523" v0="2488" v1="2572" v2="2573" v3="4103" />
+      <tetrahedron index="17524" v0="2572" v1="2573" v2="4103" v3="4187" />
+      <tetrahedron index="17525" v0="2573" v1="4103" v2="4187" v3="4188" />
+      <tetrahedron index="17526" v0="3055" v1="3056" v2="3137" v3="4670" />
+      <tetrahedron index="17527" v0="3056" v1="3137" v2="4670" v3="4671" />
+      <tetrahedron index="17528" v0="3137" v1="4670" v2="4671" v3="4752" />
+      <tetrahedron index="17529" v0="1959" v1="2847" v2="3216" v3="3574" />
+      <tetrahedron index="17530" v0="2847" v1="3216" v2="3574" v3="4462" />
+      <tetrahedron index="17531" v0="3216" v1="3574" v2="4462" v3="4831" />
+      <tetrahedron index="17532" v0="2847" v1="2848" v2="3216" v3="4462" />
+      <tetrahedron index="17533" v0="2848" v1="3216" v2="4462" v3="4463" />
+      <tetrahedron index="17534" v0="3216" v1="4462" v2="4463" v3="4831" />
+      <tetrahedron index="17535" v0="1725" v1="2870" v2="3142" v3="3340" />
+      <tetrahedron index="17536" v0="2870" v1="3142" v2="3340" v3="4485" />
+      <tetrahedron index="17537" v0="3142" v1="3340" v2="4485" v3="4757" />
+      <tetrahedron index="17538" v0="1725" v1="2923" v2="3142" v3="3340" />
+      <tetrahedron index="17539" v0="2923" v1="3142" v2="3340" v3="4538" />
+      <tetrahedron index="17540" v0="3142" v1="3340" v2="4538" v3="4757" />
+      <tetrahedron index="17541" v0="2310" v1="3060" v2="3143" v3="3925" />
+      <tetrahedron index="17542" v0="3060" v1="3143" v2="3925" v3="4675" />
+      <tetrahedron index="17543" v0="3143" v1="3925" v2="4675" v3="4758" />
+      <tetrahedron index="17544" v0="2502" v1="2556" v2="3145" v3="4117" />
+      <tetrahedron index="17545" v0="2556" v1="3145" v2="4117" v3="4171" />
+      <tetrahedron index="17546" v0="3145" v1="4117" v2="4171" v3="4760" />
+      <tetrahedron index="17547" v0="2502" v1="3145" v2="3217" v3="4117" />
+      <tetrahedron index="17548" v0="3145" v1="3217" v2="4117" v3="4760" />
+      <tetrahedron index="17549" v0="3217" v1="4117" v2="4760" v3="4832" />
+      <tetrahedron index="17550" v0="2556" v1="3145" v2="3146" v3="4171" />
+      <tetrahedron index="17551" v0="3145" v1="3146" v2="4171" v3="4760" />
+      <tetrahedron index="17552" v0="3146" v1="4171" v2="4760" v3="4761" />
+      <tetrahedron index="17553" v0="2347" v1="2527" v2="3147" v3="3962" />
+      <tetrahedron index="17554" v0="2527" v1="3147" v2="3962" v3="4142" />
+      <tetrahedron index="17555" v0="3147" v1="3962" v2="4142" v3="4762" />
+      <tetrahedron index="17556" v0="2347" v1="2598" v2="3147" v3="3962" />
+      <tetrahedron index="17557" v0="2598" v1="3147" v2="3962" v3="4213" />
+      <tetrahedron index="17558" v0="3147" v1="3962" v2="4213" v3="4762" />
+      <tetrahedron index="17559" v0="2350" v1="2451" v2="3148" v3="3965" />
+      <tetrahedron index="17560" v0="2451" v1="3148" v2="3965" v3="4066" />
+      <tetrahedron index="17561" v0="3148" v1="3965" v2="4066" v3="4763" />
+      <tetrahedron index="17562" v0="2747" v1="2748" v2="3144" v3="4362" />
+      <tetrahedron index="17563" v0="2748" v1="3144" v2="4362" v3="4363" />
+      <tetrahedron index="17564" v0="3144" v1="4362" v2="4363" v3="4759" />
+      <tetrahedron index="17565" v0="1984" v1="2173" v2="3218" v3="3599" />
+      <tetrahedron index="17566" v0="2173" v1="3218" v2="3599" v3="3788" />
+      <tetrahedron index="17567" v0="3218" v1="3599" v2="3788" v3="4833" />
+      <tetrahedron index="17568" v0="2173" v1="2879" v2="3218" v3="3788" />
+      <tetrahedron index="17569" v0="2879" v1="3218" v2="3788" v3="4494" />
+      <tetrahedron index="17570" v0="3218" v1="3788" v2="4494" v3="4833" />
+      <tetrahedron index="17571" v0="1647" v1="2277" v2="3217" v3="3262" />
+      <tetrahedron index="17572" v0="2277" v1="3217" v2="3262" v3="3892" />
+      <tetrahedron index="17573" v0="3217" v1="3262" v2="3892" v3="4832" />
+      <tetrahedron index="17574" v0="2403" v1="2420" v2="3149" v3="4018" />
+      <tetrahedron index="17575" v0="2420" v1="3149" v2="4018" v3="4035" />
+      <tetrahedron index="17576" v0="3149" v1="4018" v2="4035" v3="4764" />
+      <tetrahedron index="17577" v0="2233" v1="2234" v2="3219" v3="3848" />
+      <tetrahedron index="17578" v0="2234" v1="3219" v2="3848" v3="3849" />
+      <tetrahedron index="17579" v0="3219" v1="3848" v2="3849" v3="4834" />
+      <tetrahedron index="17580" v0="1790" v1="1793" v2="2028" v3="3405" />
+      <tetrahedron index="17581" v0="1793" v1="2028" v2="3405" v3="3408" />
+      <tetrahedron index="17582" v0="2028" v1="3405" v2="3408" v3="3643" />
+      <tetrahedron index="17583" v0="2015" v1="2263" v2="3220" v3="3630" />
+      <tetrahedron index="17584" v0="2263" v1="3220" v2="3630" v3="3878" />
+      <tetrahedron index="17585" v0="3220" v1="3630" v2="3878" v3="4835" />
+      <tetrahedron index="17586" v0="2263" v1="2685" v2="3220" v3="3878" />
+      <tetrahedron index="17587" v0="2685" v1="3220" v2="3878" v3="4300" />
+      <tetrahedron index="17588" v0="3220" v1="3878" v2="4300" v3="4835" />
+      <tetrahedron index="17589" v0="2995" v1="2996" v2="3221" v3="4610" />
+      <tetrahedron index="17590" v0="2996" v1="3221" v2="4610" v3="4611" />
+      <tetrahedron index="17591" v0="3221" v1="4610" v2="4611" v3="4836" />
+      <tetrahedron index="17592" v0="2331" v1="2996" v2="3221" v3="3946" />
+      <tetrahedron index="17593" v0="2996" v1="3221" v2="3946" v3="4611" />
+      <tetrahedron index="17594" v0="3221" v1="3946" v2="4611" v3="4836" />
+      <tetrahedron index="17595" v0="2641" v1="2696" v2="3151" v3="4256" />
+      <tetrahedron index="17596" v0="2696" v1="3151" v2="4256" v3="4311" />
+      <tetrahedron index="17597" v0="3151" v1="4256" v2="4311" v3="4766" />
+      <tetrahedron index="17598" v0="2527" v1="2548" v2="3153" v3="4142" />
+      <tetrahedron index="17599" v0="2548" v1="3153" v2="4142" v3="4163" />
+      <tetrahedron index="17600" v0="3153" v1="4142" v2="4163" v3="4768" />
+      <tetrahedron index="17601" v0="2559" v1="2867" v2="3154" v3="4174" />
+      <tetrahedron index="17602" v0="2867" v1="3154" v2="4174" v3="4482" />
+      <tetrahedron index="17603" v0="3154" v1="4174" v2="4482" v3="4769" />
+      <tetrahedron index="17604" v0="2175" v1="2696" v2="3212" v3="3790" />
+      <tetrahedron index="17605" v0="2696" v1="3212" v2="3790" v3="4311" />
+      <tetrahedron index="17606" v0="3212" v1="3790" v2="4311" v3="4827" />
+      <tetrahedron index="17607" v0="2175" v1="3127" v2="3212" v3="3790" />
+      <tetrahedron index="17608" v0="3127" v1="3212" v2="3790" v3="4742" />
+      <tetrahedron index="17609" v0="3212" v1="3790" v2="4742" v3="4827" />
+      <tetrahedron index="17610" v0="2412" v1="2413" v2="3159" v3="4027" />
+      <tetrahedron index="17611" v0="2413" v1="3159" v2="4027" v3="4028" />
+      <tetrahedron index="17612" v0="3159" v1="4027" v2="4028" v3="4774" />
+      <tetrahedron index="17613" v0="2138" v1="2316" v2="2373" v3="3753" />
+      <tetrahedron index="17614" v0="2316" v1="2373" v2="3753" v3="3931" />
+      <tetrahedron index="17615" v0="2373" v1="3753" v2="3931" v3="3988" />
+      <tetrahedron index="17616" v0="1792" v1="2316" v2="2373" v3="3407" />
+      <tetrahedron index="17617" v0="2316" v1="2373" v2="3407" v3="3931" />
+      <tetrahedron index="17618" v0="2373" v1="3407" v2="3931" v3="3988" />
+      <tetrahedron index="17619" v0="2880" v1="3009" v2="3178" v3="4495" />
+      <tetrahedron index="17620" v0="3009" v1="3178" v2="4495" v3="4624" />
+      <tetrahedron index="17621" v0="3178" v1="4495" v2="4624" v3="4793" />
+      <tetrahedron index="17622" v0="2880" v1="3177" v2="3178" v3="4495" />
+      <tetrahedron index="17623" v0="3177" v1="3178" v2="4495" v3="4792" />
+      <tetrahedron index="17624" v0="3178" v1="4495" v2="4792" v3="4793" />
+      <tetrahedron index="17625" v0="1847" v1="2002" v2="2984" v3="3462" />
+      <tetrahedron index="17626" v0="2002" v1="2984" v2="3462" v3="3617" />
+      <tetrahedron index="17627" v0="2984" v1="3462" v2="3617" v3="4599" />
+      <tetrahedron index="17628" v0="3099" v1="3129" v2="3222" v3="4714" />
+      <tetrahedron index="17629" v0="3129" v1="3222" v2="4714" v3="4744" />
+      <tetrahedron index="17630" v0="3222" v1="4714" v2="4744" v3="4837" />
+      <tetrahedron index="17631" v0="3099" v1="3222" v2="3223" v3="4714" />
+      <tetrahedron index="17632" v0="3222" v1="3223" v2="4714" v3="4837" />
+      <tetrahedron index="17633" v0="3223" v1="4714" v2="4837" v3="4838" />
+      <tetrahedron index="17634" v0="2427" v1="3165" v2="3224" v3="4042" />
+      <tetrahedron index="17635" v0="3165" v1="3224" v2="4042" v3="4780" />
+      <tetrahedron index="17636" v0="3224" v1="4042" v2="4780" v3="4839" />
+      <tetrahedron index="17637" v0="2345" v1="2420" v2="3166" v3="3960" />
+      <tetrahedron index="17638" v0="2420" v1="3166" v2="3960" v3="4035" />
+      <tetrahedron index="17639" v0="3166" v1="3960" v2="4035" v3="4781" />
+      <tetrahedron index="17640" v0="2266" v1="2431" v2="3168" v3="3881" />
+      <tetrahedron index="17641" v0="2431" v1="3168" v2="3881" v3="4046" />
+      <tetrahedron index="17642" v0="3168" v1="3881" v2="4046" v3="4783" />
+      <tetrahedron index="17643" v0="2299" v1="2875" v2="3225" v3="3914" />
+      <tetrahedron index="17644" v0="2875" v1="3225" v2="3914" v3="4490" />
+      <tetrahedron index="17645" v0="3225" v1="3914" v2="4490" v3="4840" />
+      <tetrahedron index="17646" v0="2038" v1="2944" v2="3169" v3="3653" />
+      <tetrahedron index="17647" v0="2944" v1="3169" v2="3653" v3="4559" />
+      <tetrahedron index="17648" v0="3169" v1="3653" v2="4559" v3="4784" />
+      <tetrahedron index="17649" v0="3080" v1="3081" v2="3226" v3="4695" />
+      <tetrahedron index="17650" v0="3081" v1="3226" v2="4695" v3="4696" />
+      <tetrahedron index="17651" v0="3226" v1="4695" v2="4696" v3="4841" />
+      <tetrahedron index="17652" v0="3075" v1="3081" v2="3226" v3="4690" />
+      <tetrahedron index="17653" v0="3081" v1="3226" v2="4690" v3="4696" />
+      <tetrahedron index="17654" v0="3226" v1="4690" v2="4696" v3="4841" />
+      <tetrahedron index="17655" v0="2265" v1="2658" v2="3089" v3="3880" />
+      <tetrahedron index="17656" v0="2658" v1="3089" v2="3880" v3="4273" />
+      <tetrahedron index="17657" v0="3089" v1="3880" v2="4273" v3="4704" />
+      <tetrahedron index="17658" v0="2418" v1="2427" v2="3223" v3="4033" />
+      <tetrahedron index="17659" v0="2427" v1="3223" v2="4033" v3="4042" />
+      <tetrahedron index="17660" v0="3223" v1="4033" v2="4042" v3="4838" />
+      <tetrahedron index="17661" v0="3141" v1="3166" v2="3167" v3="4756" />
+      <tetrahedron index="17662" v0="3166" v1="3167" v2="4756" v3="4781" />
+      <tetrahedron index="17663" v0="3167" v1="4756" v2="4781" v3="4782" />
+      <tetrahedron index="17664" v0="2096" v1="2727" v2="3170" v3="3711" />
+      <tetrahedron index="17665" v0="2727" v1="3170" v2="3711" v3="4342" />
+      <tetrahedron index="17666" v0="3170" v1="3711" v2="4342" v3="4785" />
+      <tetrahedron index="17667" v0="2540" v1="3054" v2="3171" v3="4155" />
+      <tetrahedron index="17668" v0="3054" v1="3171" v2="4155" v3="4669" />
+      <tetrahedron index="17669" v0="3171" v1="4155" v2="4669" v3="4786" />
+      <tetrahedron index="17670" v0="2540" v1="3059" v2="3171" v3="4155" />
+      <tetrahedron index="17671" v0="3059" v1="3171" v2="4155" v3="4674" />
+      <tetrahedron index="17672" v0="3171" v1="4155" v2="4674" v3="4786" />
+      <tetrahedron index="17673" v0="2388" v1="2987" v2="3172" v3="4003" />
+      <tetrahedron index="17674" v0="2987" v1="3172" v2="4003" v3="4602" />
+      <tetrahedron index="17675" v0="3172" v1="4003" v2="4602" v3="4787" />
+      <tetrahedron index="17676" v0="1692" v1="2152" v2="2987" v3="3307" />
+      <tetrahedron index="17677" v0="2152" v1="2987" v2="3307" v3="3767" />
+      <tetrahedron index="17678" v0="2987" v1="3307" v2="3767" v3="4602" />
+      <tetrahedron index="17679" v0="1692" v1="2987" v2="3172" v3="3307" />
+      <tetrahedron index="17680" v0="2987" v1="3172" v2="3307" v3="4602" />
+      <tetrahedron index="17681" v0="3172" v1="3307" v2="4602" v3="4787" />
+      <tetrahedron index="17682" v0="1961" v1="1962" v2="3128" v3="3576" />
+      <tetrahedron index="17683" v0="1962" v1="3128" v2="3576" v3="3577" />
+      <tetrahedron index="17684" v0="3128" v1="3576" v2="3577" v3="4743" />
+      <tetrahedron index="17685" v0="2683" v1="2685" v2="3173" v3="4298" />
+      <tetrahedron index="17686" v0="2685" v1="3173" v2="4298" v3="4300" />
+      <tetrahedron index="17687" v0="3173" v1="4298" v2="4300" v3="4788" />
+      <tetrahedron index="17688" v0="2925" v1="3101" v2="3174" v3="4540" />
+      <tetrahedron index="17689" v0="3101" v1="3174" v2="4540" v3="4716" />
+      <tetrahedron index="17690" v0="3174" v1="4540" v2="4716" v3="4789" />
+      <tetrahedron index="17691" v0="2676" v1="2918" v2="2998" v3="4291" />
+      <tetrahedron index="17692" v0="2918" v1="2998" v2="4291" v3="4533" />
+      <tetrahedron index="17693" v0="2998" v1="4291" v2="4533" v3="4613" />
+      <tetrahedron index="17694" v0="2676" v1="2840" v2="2998" v3="4291" />
+      <tetrahedron index="17695" v0="2840" v1="2998" v2="4291" v3="4455" />
+      <tetrahedron index="17696" v0="2998" v1="4291" v2="4455" v3="4613" />
+      <tetrahedron index="17697" v0="1972" v1="2006" v2="2969" v3="3587" />
+      <tetrahedron index="17698" v0="2006" v1="2969" v2="3587" v3="3621" />
+      <tetrahedron index="17699" v0="2969" v1="3587" v2="3621" v3="4584" />
+      <tetrahedron index="17700" v0="1972" v1="2969" v2="2970" v3="3587" />
+      <tetrahedron index="17701" v0="2969" v1="2970" v2="3587" v3="4584" />
+      <tetrahedron index="17702" v0="2970" v1="3587" v2="4584" v3="4585" />
+      <tetrahedron index="17703" v0="2764" v1="2882" v2="3227" v3="4379" />
+      <tetrahedron index="17704" v0="2882" v1="3227" v2="4379" v3="4497" />
+      <tetrahedron index="17705" v0="3227" v1="4379" v2="4497" v3="4842" />
+      <tetrahedron index="17706" v0="2764" v1="3209" v2="3227" v3="4379" />
+      <tetrahedron index="17707" v0="3209" v1="3227" v2="4379" v3="4824" />
+      <tetrahedron index="17708" v0="3227" v1="4379" v2="4824" v3="4842" />
+      <tetrahedron index="17709" v0="2469" v1="2845" v2="3175" v3="4084" />
+      <tetrahedron index="17710" v0="2845" v1="3175" v2="4084" v3="4460" />
+      <tetrahedron index="17711" v0="3175" v1="4084" v2="4460" v3="4790" />
+      <tetrahedron index="17712" v0="2469" v1="2470" v2="3175" v3="4084" />
+      <tetrahedron index="17713" v0="2470" v1="3175" v2="4084" v3="4085" />
+      <tetrahedron index="17714" v0="3175" v1="4084" v2="4085" v3="4790" />
+      <tetrahedron index="17715" v0="1620" v1="1731" v2="3086" v3="3235" />
+      <tetrahedron index="17716" v0="1731" v1="3086" v2="3235" v3="3346" />
+      <tetrahedron index="17717" v0="3086" v1="3235" v2="3346" v3="4701" />
+      <tetrahedron index="17718" v0="2826" v1="3177" v2="3178" v3="4441" />
+      <tetrahedron index="17719" v0="3177" v1="3178" v2="4441" v3="4792" />
+      <tetrahedron index="17720" v0="3178" v1="4441" v2="4792" v3="4793" />
+      <tetrahedron index="17721" v0="3113" v1="3114" v2="3179" v3="4728" />
+      <tetrahedron index="17722" v0="3114" v1="3179" v2="4728" v3="4729" />
+      <tetrahedron index="17723" v0="3179" v1="4728" v2="4729" v3="4794" />
+      <tetrahedron index="17724" v0="1839" v1="1840" v2="2151" v3="3454" />
+      <tetrahedron index="17725" v0="1840" v1="2151" v2="3454" v3="3455" />
+      <tetrahedron index="17726" v0="2151" v1="3454" v2="3455" v3="3766" />
+      <tetrahedron index="17727" v0="1836" v1="1839" v2="2151" v3="3451" />
+      <tetrahedron index="17728" v0="1839" v1="2151" v2="3451" v3="3454" />
+      <tetrahedron index="17729" v0="2151" v1="3451" v2="3454" v3="3766" />
+      <tetrahedron index="17730" v0="1758" v1="1766" v2="2077" v3="3373" />
+      <tetrahedron index="17731" v0="1766" v1="2077" v2="3373" v3="3381" />
+      <tetrahedron index="17732" v0="2077" v1="3373" v2="3381" v3="3692" />
+      <tetrahedron index="17733" v0="1766" v1="2077" v2="2098" v3="3381" />
+      <tetrahedron index="17734" v0="2077" v1="2098" v2="3381" v3="3692" />
+      <tetrahedron index="17735" v0="2098" v1="3381" v2="3692" v3="3713" />
+      <tetrahedron index="17736" v0="1686" v1="1974" v2="2059" v3="3301" />
+      <tetrahedron index="17737" v0="1974" v1="2059" v2="3301" v3="3589" />
+      <tetrahedron index="17738" v0="2059" v1="3301" v2="3589" v3="3674" />
+      <tetrahedron index="17739" v0="1876" v1="1974" v2="2059" v3="3491" />
+      <tetrahedron index="17740" v0="1974" v1="2059" v2="3491" v3="3589" />
+      <tetrahedron index="17741" v0="2059" v1="3491" v2="3589" v3="3674" />
+      <tetrahedron index="17742" v0="1993" v1="2084" v2="2239" v3="3608" />
+      <tetrahedron index="17743" v0="2084" v1="2239" v2="3608" v3="3699" />
+      <tetrahedron index="17744" v0="2239" v1="3608" v2="3699" v3="3854" />
+      <tetrahedron index="17745" v0="1874" v1="2084" v2="2239" v3="3489" />
+      <tetrahedron index="17746" v0="2084" v1="2239" v2="3489" v3="3699" />
+      <tetrahedron index="17747" v0="2239" v1="3489" v2="3699" v3="3854" />
+      <tetrahedron index="17748" v0="2444" v1="2577" v2="2578" v3="4059" />
+      <tetrahedron index="17749" v0="2577" v1="2578" v2="4059" v3="4192" />
+      <tetrahedron index="17750" v0="2578" v1="4059" v2="4192" v3="4193" />
+      <tetrahedron index="17751" v0="2444" v1="2488" v2="2577" v3="4059" />
+      <tetrahedron index="17752" v0="2488" v1="2577" v2="4059" v3="4103" />
+      <tetrahedron index="17753" v0="2577" v1="4059" v2="4103" v3="4192" />
+      <tetrahedron index="17754" v0="2504" v1="3021" v2="3182" v3="4119" />
+      <tetrahedron index="17755" v0="3021" v1="3182" v2="4119" v3="4636" />
+      <tetrahedron index="17756" v0="3182" v1="4119" v2="4636" v3="4797" />
+      <tetrahedron index="17757" v0="3020" v1="3021" v2="3182" v3="4635" />
+      <tetrahedron index="17758" v0="3021" v1="3182" v2="4635" v3="4636" />
+      <tetrahedron index="17759" v0="3182" v1="4635" v2="4636" v3="4797" />
+      <tetrahedron index="17760" v0="1791" v1="2064" v2="3182" v3="3406" />
+      <tetrahedron index="17761" v0="2064" v1="3182" v2="3406" v3="3679" />
+      <tetrahedron index="17762" v0="3182" v1="3406" v2="3679" v3="4797" />
+      <tetrahedron index="17763" v0="1791" v1="2513" v2="3182" v3="3406" />
+      <tetrahedron index="17764" v0="2513" v1="3182" v2="3406" v3="4128" />
+      <tetrahedron index="17765" v0="3182" v1="3406" v2="4128" v3="4797" />
+      <tetrahedron index="17766" v0="2193" v1="2194" v2="2441" v3="3808" />
+      <tetrahedron index="17767" v0="2194" v1="2441" v2="3808" v3="3809" />
+      <tetrahedron index="17768" v0="2441" v1="3808" v2="3809" v3="4056" />
+      <tetrahedron index="17769" v0="2194" v1="2441" v2="3036" v3="3809" />
+      <tetrahedron index="17770" v0="2441" v1="3036" v2="3809" v3="4056" />
+      <tetrahedron index="17771" v0="3036" v1="3809" v2="4056" v3="4651" />
+      <tetrahedron index="17772" v0="2542" v1="2731" v2="3186" v3="4157" />
+      <tetrahedron index="17773" v0="2731" v1="3186" v2="4157" v3="4346" />
+      <tetrahedron index="17774" v0="3186" v1="4157" v2="4346" v3="4801" />
+      <tetrahedron index="17775" v0="2731" v1="2888" v2="3186" v3="4346" />
+      <tetrahedron index="17776" v0="2888" v1="3186" v2="4346" v3="4503" />
+      <tetrahedron index="17777" v0="3186" v1="4346" v2="4503" v3="4801" />
+      <tetrahedron index="17778" v0="1703" v1="2888" v2="3186" v3="3318" />
+      <tetrahedron index="17779" v0="2888" v1="3186" v2="3318" v3="4503" />
+      <tetrahedron index="17780" v0="3186" v1="3318" v2="4503" v3="4801" />
+      <tetrahedron index="17781" v0="1703" v1="2416" v2="3186" v3="3318" />
+      <tetrahedron index="17782" v0="2416" v1="3186" v2="3318" v3="4031" />
+      <tetrahedron index="17783" v0="3186" v1="3318" v2="4031" v3="4801" />
+      <tetrahedron index="17784" v0="2324" v1="2582" v2="3181" v3="3939" />
+      <tetrahedron index="17785" v0="2582" v1="3181" v2="3939" v3="4197" />
+      <tetrahedron index="17786" v0="3181" v1="3939" v2="4197" v3="4796" />
+      <tetrahedron index="17787" v0="2324" v1="2325" v2="3181" v3="3939" />
+      <tetrahedron index="17788" v0="2325" v1="3181" v2="3939" v3="3940" />
+      <tetrahedron index="17789" v0="3181" v1="3939" v2="3940" v3="4796" />
+      <tetrahedron index="17790" v0="2576" v1="2656" v2="3062" v3="4191" />
+      <tetrahedron index="17791" v0="2656" v1="3062" v2="4191" v3="4271" />
+      <tetrahedron index="17792" v0="3062" v1="4191" v2="4271" v3="4677" />
+      <tetrahedron index="17793" v0="2576" v1="3048" v2="3062" v3="4191" />
+      <tetrahedron index="17794" v0="3048" v1="3062" v2="4191" v3="4663" />
+      <tetrahedron index="17795" v0="3062" v1="4191" v2="4663" v3="4677" />
+      <tetrahedron index="17796" v0="2623" v1="2624" v2="3118" v3="4238" />
+      <tetrahedron index="17797" v0="2624" v1="3118" v2="4238" v3="4239" />
+      <tetrahedron index="17798" v0="3118" v1="4238" v2="4239" v3="4733" />
+      <tetrahedron index="17799" v0="2623" v1="3106" v2="3118" v3="4238" />
+      <tetrahedron index="17800" v0="3106" v1="3118" v2="4238" v3="4721" />
+      <tetrahedron index="17801" v0="3118" v1="4238" v2="4721" v3="4733" />
+      <tetrahedron index="17802" v0="2289" v1="2290" v2="2671" v3="3904" />
+      <tetrahedron index="17803" v0="2290" v1="2671" v2="3904" v3="3905" />
+      <tetrahedron index="17804" v0="2671" v1="3904" v2="3905" v3="4286" />
+      <tetrahedron index="17805" v0="2289" v1="2671" v2="3188" v3="3904" />
+      <tetrahedron index="17806" v0="2671" v1="3188" v2="3904" v3="4286" />
+      <tetrahedron index="17807" v0="3188" v1="3904" v2="4286" v3="4803" />
+      <tetrahedron index="17808" v0="2796" v1="3063" v2="3203" v3="4411" />
+      <tetrahedron index="17809" v0="3063" v1="3203" v2="4411" v3="4678" />
+      <tetrahedron index="17810" v0="3203" v1="4411" v2="4678" v3="4818" />
+      <tetrahedron index="17811" v0="3063" v1="3064" v2="3203" v3="4678" />
+      <tetrahedron index="17812" v0="3064" v1="3203" v2="4678" v3="4679" />
+      <tetrahedron index="17813" v0="3203" v1="4678" v2="4679" v3="4818" />
+      <tetrahedron index="17814" v0="2738" v1="2739" v2="3191" v3="4353" />
+      <tetrahedron index="17815" v0="2739" v1="3191" v2="4353" v3="4354" />
+      <tetrahedron index="17816" v0="3191" v1="4353" v2="4354" v3="4806" />
+      <tetrahedron index="17817" v0="2739" v1="3190" v2="3191" v3="4354" />
+      <tetrahedron index="17818" v0="3190" v1="3191" v2="4354" v3="4805" />
+      <tetrahedron index="17819" v0="3191" v1="4354" v2="4805" v3="4806" />
+      <tetrahedron index="17820" v0="2256" v1="2569" v2="2932" v3="3871" />
+      <tetrahedron index="17821" v0="2569" v1="2932" v2="3871" v3="4184" />
+      <tetrahedron index="17822" v0="2932" v1="3871" v2="4184" v3="4547" />
+      <tetrahedron index="17823" v0="2256" v1="2286" v2="2932" v3="3871" />
+      <tetrahedron index="17824" v0="2286" v1="2932" v2="3871" v3="3901" />
+      <tetrahedron index="17825" v0="2932" v1="3871" v2="3901" v3="4547" />
+      <tetrahedron index="17826" v0="2241" v1="2242" v2="3152" v3="3856" />
+      <tetrahedron index="17827" v0="2242" v1="3152" v2="3856" v3="3857" />
+      <tetrahedron index="17828" v0="3152" v1="3856" v2="3857" v3="4767" />
+      <tetrahedron index="17829" v0="2242" v1="2262" v2="3152" v3="3857" />
+      <tetrahedron index="17830" v0="2262" v1="3152" v2="3857" v3="3877" />
+      <tetrahedron index="17831" v0="3152" v1="3857" v2="3877" v3="4767" />
+      <tetrahedron index="17832" v0="2608" v1="3028" v2="3194" v3="4223" />
+      <tetrahedron index="17833" v0="3028" v1="3194" v2="4223" v3="4643" />
+      <tetrahedron index="17834" v0="3194" v1="4223" v2="4643" v3="4809" />
+      <tetrahedron index="17835" v0="2286" v1="3028" v2="3194" v3="3901" />
+      <tetrahedron index="17836" v0="3028" v1="3194" v2="3901" v3="4643" />
+      <tetrahedron index="17837" v0="3194" v1="3901" v2="4643" v3="4809" />
+      <tetrahedron index="17838" v0="2711" v1="3122" v2="3156" v3="4326" />
+      <tetrahedron index="17839" v0="3122" v1="3156" v2="4326" v3="4737" />
+      <tetrahedron index="17840" v0="3156" v1="4326" v2="4737" v3="4771" />
+      <tetrahedron index="17841" v0="2999" v1="3122" v2="3156" v3="4614" />
+      <tetrahedron index="17842" v0="3122" v1="3156" v2="4614" v3="4737" />
+      <tetrahedron index="17843" v0="3156" v1="4614" v2="4737" v3="4771" />
+      <tetrahedron index="17844" v0="1829" v1="2296" v2="3210" v3="3444" />
+      <tetrahedron index="17845" v0="2296" v1="3210" v2="3444" v3="3911" />
+      <tetrahedron index="17846" v0="3210" v1="3444" v2="3911" v3="4825" />
+      <tetrahedron index="17847" v0="2296" v1="3210" v2="3228" v3="3911" />
+      <tetrahedron index="17848" v0="3210" v1="3228" v2="3911" v3="4825" />
+      <tetrahedron index="17849" v0="3228" v1="3911" v2="4825" v3="4843" />
+      <tetrahedron index="17850" v0="1743" v1="2297" v2="3057" v3="3358" />
+      <tetrahedron index="17851" v0="2297" v1="3057" v2="3358" v3="3912" />
+      <tetrahedron index="17852" v0="3057" v1="3358" v2="3912" v3="4672" />
+      <tetrahedron index="17853" v0="1743" v1="1807" v2="3057" v3="3358" />
+      <tetrahedron index="17854" v0="1807" v1="3057" v2="3358" v3="3422" />
+      <tetrahedron index="17855" v0="3057" v1="3358" v2="3422" v3="4672" />
+      <tetrahedron index="17856" v0="2694" v1="3150" v2="3155" v3="4309" />
+      <tetrahedron index="17857" v0="3150" v1="3155" v2="4309" v3="4765" />
+      <tetrahedron index="17858" v0="3155" v1="4309" v2="4765" v3="4770" />
+      <tetrahedron index="17859" v0="3107" v1="3150" v2="3155" v3="4722" />
+      <tetrahedron index="17860" v0="3150" v1="3155" v2="4722" v3="4765" />
+      <tetrahedron index="17861" v0="3155" v1="4722" v2="4765" v3="4770" />
+      <tetrahedron index="17862" v0="2628" v1="3050" v2="3191" v3="4243" />
+      <tetrahedron index="17863" v0="3050" v1="3191" v2="4243" v3="4665" />
+      <tetrahedron index="17864" v0="3191" v1="4243" v2="4665" v3="4806" />
+      <tetrahedron index="17865" v0="3050" v1="3189" v2="3191" v3="4665" />
+      <tetrahedron index="17866" v0="3189" v1="3191" v2="4665" v3="4804" />
+      <tetrahedron index="17867" v0="3191" v1="4665" v2="4804" v3="4806" />
+      <tetrahedron index="17868" v0="2550" v1="2699" v2="2838" v3="4165" />
+      <tetrahedron index="17869" v0="2699" v1="2838" v2="4165" v3="4314" />
+      <tetrahedron index="17870" v0="2838" v1="4165" v2="4314" v3="4453" />
+      <tetrahedron index="17871" v0="2699" v1="2782" v2="2838" v3="4314" />
+      <tetrahedron index="17872" v0="2782" v1="2838" v2="4314" v3="4397" />
+      <tetrahedron index="17873" v0="2838" v1="4314" v2="4397" v3="4453" />
+      <tetrahedron index="17874" v0="2504" v1="3021" v2="3179" v3="4119" />
+      <tetrahedron index="17875" v0="3021" v1="3179" v2="4119" v3="4636" />
+      <tetrahedron index="17876" v0="3179" v1="4119" v2="4636" v3="4794" />
+      <tetrahedron index="17877" v0="3021" v1="3114" v2="3179" v3="4636" />
+      <tetrahedron index="17878" v0="3114" v1="3179" v2="4636" v3="4729" />
+      <tetrahedron index="17879" v0="3179" v1="4636" v2="4729" v3="4794" />
+      <tetrahedron index="17880" v0="2574" v1="2664" v2="3158" v3="4189" />
+      <tetrahedron index="17881" v0="2664" v1="3158" v2="4189" v3="4279" />
+      <tetrahedron index="17882" v0="3158" v1="4189" v2="4279" v3="4773" />
+      <tetrahedron index="17883" v0="2574" v1="2677" v2="3158" v3="4189" />
+      <tetrahedron index="17884" v0="2677" v1="3158" v2="4189" v3="4292" />
+      <tetrahedron index="17885" v0="3158" v1="4189" v2="4292" v3="4773" />
+      <tetrahedron index="17886" v0="2023" v1="2116" v2="3135" v3="3638" />
+      <tetrahedron index="17887" v0="2116" v1="3135" v2="3638" v3="3731" />
+      <tetrahedron index="17888" v0="3135" v1="3638" v2="3731" v3="4750" />
+      <tetrahedron index="17889" v0="2299" v1="2300" v2="3225" v3="3914" />
+      <tetrahedron index="17890" v0="2300" v1="3225" v2="3914" v3="3915" />
+      <tetrahedron index="17891" v0="3225" v1="3914" v2="3915" v3="4840" />
+      <tetrahedron index="17892" v0="2300" v1="2310" v2="3225" v3="3915" />
+      <tetrahedron index="17893" v0="2310" v1="3225" v2="3915" v3="3925" />
+      <tetrahedron index="17894" v0="3225" v1="3915" v2="3925" v3="4840" />
+      <tetrahedron index="17895" v0="2818" v1="2819" v2="3193" v3="4433" />
+      <tetrahedron index="17896" v0="2819" v1="3193" v2="4433" v3="4434" />
+      <tetrahedron index="17897" v0="3193" v1="4433" v2="4434" v3="4808" />
+      <tetrahedron index="17898" v0="2818" v1="3046" v2="3193" v3="4433" />
+      <tetrahedron index="17899" v0="3046" v1="3193" v2="4433" v3="4661" />
+      <tetrahedron index="17900" v0="3193" v1="4433" v2="4661" v3="4808" />
+      <tetrahedron index="17901" v0="2763" v1="3034" v2="3193" v3="4378" />
+      <tetrahedron index="17902" v0="3034" v1="3193" v2="4378" v3="4649" />
+      <tetrahedron index="17903" v0="3193" v1="4378" v2="4649" v3="4808" />
+      <tetrahedron index="17904" v0="2076" v1="2434" v2="2461" v3="3691" />
+      <tetrahedron index="17905" v0="2434" v1="2461" v2="3691" v3="4049" />
+      <tetrahedron index="17906" v0="2461" v1="3691" v2="4049" v3="4076" />
+      <tetrahedron index="17907" v0="2434" v1="2461" v2="2924" v3="4049" />
+      <tetrahedron index="17908" v0="2461" v1="2924" v2="4049" v3="4076" />
+      <tetrahedron index="17909" v0="2924" v1="4049" v2="4076" v3="4539" />
+      <tetrahedron index="17910" v0="2906" v1="3157" v2="3169" v3="4521" />
+      <tetrahedron index="17911" v0="3157" v1="3169" v2="4521" v3="4772" />
+      <tetrahedron index="17912" v0="3169" v1="4521" v2="4772" v3="4784" />
+      <tetrahedron index="17913" v0="2944" v1="3157" v2="3169" v3="4559" />
+      <tetrahedron index="17914" v0="3157" v1="3169" v2="4559" v3="4772" />
+      <tetrahedron index="17915" v0="3169" v1="4559" v2="4772" v3="4784" />
+      <tetrahedron index="17916" v0="2930" v1="2931" v2="2932" v3="4545" />
+      <tetrahedron index="17917" v0="2931" v1="2932" v2="4545" v3="4546" />
+      <tetrahedron index="17918" v0="2932" v1="4545" v2="4546" v3="4547" />
+      <tetrahedron index="17919" v0="2930" v1="2932" v2="3194" v3="4545" />
+      <tetrahedron index="17920" v0="2932" v1="3194" v2="4545" v3="4547" />
+      <tetrahedron index="17921" v0="3194" v1="4545" v2="4547" v3="4809" />
+      <tetrahedron index="17922" v0="2005" v1="2934" v2="3151" v3="3620" />
+      <tetrahedron index="17923" v0="2934" v1="3151" v2="3620" v3="4549" />
+      <tetrahedron index="17924" v0="3151" v1="3620" v2="4549" v3="4766" />
+      <tetrahedron index="17925" v0="2641" v1="2934" v2="3151" v3="4256" />
+      <tetrahedron index="17926" v0="2934" v1="3151" v2="4256" v3="4549" />
+      <tetrahedron index="17927" v0="3151" v1="4256" v2="4549" v3="4766" />
+      <tetrahedron index="17928" v0="2725" v1="3103" v2="3164" v3="4340" />
+      <tetrahedron index="17929" v0="3103" v1="3164" v2="4340" v3="4718" />
+      <tetrahedron index="17930" v0="3164" v1="4340" v2="4718" v3="4779" />
+      <tetrahedron index="17931" v0="2981" v1="3103" v2="3164" v3="4596" />
+      <tetrahedron index="17932" v0="3103" v1="3164" v2="4596" v3="4718" />
+      <tetrahedron index="17933" v0="3164" v1="4596" v2="4718" v3="4779" />
+      <tetrahedron index="17934" v0="2544" v1="3017" v2="3197" v3="4159" />
+      <tetrahedron index="17935" v0="3017" v1="3197" v2="4159" v3="4632" />
+      <tetrahedron index="17936" v0="3197" v1="4159" v2="4632" v3="4812" />
+      <tetrahedron index="17937" v0="2544" v1="2545" v2="3197" v3="4159" />
+      <tetrahedron index="17938" v0="2545" v1="3197" v2="4159" v3="4160" />
+      <tetrahedron index="17939" v0="3197" v1="4159" v2="4160" v3="4812" />
+      <tetrahedron index="17940" v0="3058" v1="3139" v2="3198" v3="4673" />
+      <tetrahedron index="17941" v0="3139" v1="3198" v2="4673" v3="4754" />
+      <tetrahedron index="17942" v0="3198" v1="4673" v2="4754" v3="4813" />
+      <tetrahedron index="17943" v0="3112" v1="3139" v2="3198" v3="4727" />
+      <tetrahedron index="17944" v0="3139" v1="3198" v2="4727" v3="4754" />
+      <tetrahedron index="17945" v0="3198" v1="4727" v2="4754" v3="4813" />
+      <tetrahedron index="17946" v0="2289" v1="3188" v2="3216" v3="3904" />
+      <tetrahedron index="17947" v0="3188" v1="3216" v2="3904" v3="4803" />
+      <tetrahedron index="17948" v0="3216" v1="3904" v2="4803" v3="4831" />
+      <tetrahedron index="17949" v0="1959" v1="2289" v2="3216" v3="3574" />
+      <tetrahedron index="17950" v0="2289" v1="3216" v2="3574" v3="3904" />
+      <tetrahedron index="17951" v0="3216" v1="3574" v2="3904" v3="4831" />
+      <tetrahedron index="17952" v0="2075" v1="2933" v2="3184" v3="3690" />
+      <tetrahedron index="17953" v0="2933" v1="3184" v2="3690" v3="4548" />
+      <tetrahedron index="17954" v0="3184" v1="3690" v2="4548" v3="4799" />
+      <tetrahedron index="17955" v0="2075" v1="2859" v2="3184" v3="3690" />
+      <tetrahedron index="17956" v0="2859" v1="3184" v2="3690" v3="4474" />
+      <tetrahedron index="17957" v0="3184" v1="3690" v2="4474" v3="4799" />
+      <tetrahedron index="17958" v0="2968" v1="3093" v2="3163" v3="4583" />
+      <tetrahedron index="17959" v0="3093" v1="3163" v2="4583" v3="4708" />
+      <tetrahedron index="17960" v0="3163" v1="4583" v2="4708" v3="4778" />
+      <tetrahedron index="17961" v0="2631" v1="3093" v2="3163" v3="4246" />
+      <tetrahedron index="17962" v0="3093" v1="3163" v2="4246" v3="4708" />
+      <tetrahedron index="17963" v0="3163" v1="4246" v2="4708" v3="4778" />
+      <tetrahedron index="17964" v0="2216" v1="2673" v2="3187" v3="3831" />
+      <tetrahedron index="17965" v0="2673" v1="3187" v2="3831" v3="4288" />
+      <tetrahedron index="17966" v0="3187" v1="3831" v2="4288" v3="4802" />
+      <tetrahedron index="17967" v0="2068" v1="2069" v2="3200" v3="3683" />
+      <tetrahedron index="17968" v0="2069" v1="3200" v2="3683" v3="3684" />
+      <tetrahedron index="17969" v0="3200" v1="3683" v2="3684" v3="4815" />
+      <tetrahedron index="17970" v0="2068" v1="2828" v2="3200" v3="3683" />
+      <tetrahedron index="17971" v0="2828" v1="3200" v2="3683" v3="4443" />
+      <tetrahedron index="17972" v0="3200" v1="3683" v2="4443" v3="4815" />
+      <tetrahedron index="17973" v0="2693" v1="2828" v2="3200" v3="4308" />
+      <tetrahedron index="17974" v0="2828" v1="3200" v2="4308" v3="4443" />
+      <tetrahedron index="17975" v0="3200" v1="4308" v2="4443" v3="4815" />
+      <tetrahedron index="17976" v0="2498" v1="2693" v2="3200" v3="4113" />
+      <tetrahedron index="17977" v0="2693" v1="3200" v2="4113" v3="4308" />
+      <tetrahedron index="17978" v0="3200" v1="4113" v2="4308" v3="4815" />
+      <tetrahedron index="17979" v0="2439" v1="2784" v2="2785" v3="4054" />
+      <tetrahedron index="17980" v0="2784" v1="2785" v2="4054" v3="4399" />
+      <tetrahedron index="17981" v0="2785" v1="4054" v2="4399" v3="4400" />
+      <tetrahedron index="17982" v0="2439" v1="2468" v2="2784" v3="4054" />
+      <tetrahedron index="17983" v0="2468" v1="2784" v2="4054" v3="4083" />
+      <tetrahedron index="17984" v0="2784" v1="4054" v2="4083" v3="4399" />
+      <tetrahedron index="17985" v0="1891" v1="2450" v2="2704" v3="3506" />
+      <tetrahedron index="17986" v0="2450" v1="2704" v2="3506" v3="4065" />
+      <tetrahedron index="17987" v0="2704" v1="3506" v2="4065" v3="4319" />
+      <tetrahedron index="17988" v0="1820" v1="1891" v2="2704" v3="3435" />
+      <tetrahedron index="17989" v0="1891" v1="2704" v2="3435" v3="3506" />
+      <tetrahedron index="17990" v0="2704" v1="3435" v2="3506" v3="4319" />
+      <tetrahedron index="17991" v0="1723" v1="2519" v2="3142" v3="3338" />
+      <tetrahedron index="17992" v0="2519" v1="3142" v2="3338" v3="4134" />
+      <tetrahedron index="17993" v0="3142" v1="3338" v2="4134" v3="4757" />
+      <tetrahedron index="17994" v0="1723" v1="2870" v2="3142" v3="3338" />
+      <tetrahedron index="17995" v0="2870" v1="3142" v2="3338" v3="4485" />
+      <tetrahedron index="17996" v0="3142" v1="3338" v2="4485" v3="4757" />
+      <tetrahedron index="17997" v0="2636" v1="2638" v2="2665" v3="4251" />
+      <tetrahedron index="17998" v0="2638" v1="2665" v2="4251" v3="4253" />
+      <tetrahedron index="17999" v0="2665" v1="4251" v2="4253" v3="4280" />
+      <tetrahedron index="18000" v0="2638" v1="2665" v2="2673" v3="4253" />
+      <tetrahedron index="18001" v0="2665" v1="2673" v2="4253" v3="4280" />
+      <tetrahedron index="18002" v0="2673" v1="4253" v2="4280" v3="4288" />
+      <tetrahedron index="18003" v0="2999" v1="3122" v2="3201" v3="4614" />
+      <tetrahedron index="18004" v0="3122" v1="3201" v2="4614" v3="4737" />
+      <tetrahedron index="18005" v0="3201" v1="4614" v2="4737" v3="4816" />
+      <tetrahedron index="18006" v0="3097" v1="3122" v2="3201" v3="4712" />
+      <tetrahedron index="18007" v0="3122" v1="3201" v2="4712" v3="4737" />
+      <tetrahedron index="18008" v0="3201" v1="4712" v2="4737" v3="4816" />
+      <tetrahedron index="18009" v0="1903" v1="3199" v2="3202" v3="3518" />
+      <tetrahedron index="18010" v0="3199" v1="3202" v2="3518" v3="4814" />
+      <tetrahedron index="18011" v0="3202" v1="3518" v2="4814" v3="4817" />
+      <tetrahedron index="18012" v0="2857" v1="3008" v2="3202" v3="4472" />
+      <tetrahedron index="18013" v0="3008" v1="3202" v2="4472" v3="4623" />
+      <tetrahedron index="18014" v0="3202" v1="4472" v2="4623" v3="4817" />
+      <tetrahedron index="18015" v0="3008" v1="3199" v2="3202" v3="4623" />
+      <tetrahedron index="18016" v0="3199" v1="3202" v2="4623" v3="4814" />
+      <tetrahedron index="18017" v0="3202" v1="4623" v2="4814" v3="4817" />
+      <tetrahedron index="18018" v0="2733" v1="2992" v2="3027" v3="4348" />
+      <tetrahedron index="18019" v0="2992" v1="3027" v2="4348" v3="4607" />
+      <tetrahedron index="18020" v0="3027" v1="4348" v2="4607" v3="4642" />
+      <tetrahedron index="18021" v0="2733" v1="2734" v2="3027" v3="4348" />
+      <tetrahedron index="18022" v0="2734" v1="3027" v2="4348" v3="4349" />
+      <tetrahedron index="18023" v0="3027" v1="4348" v2="4349" v3="4642" />
+      <tetrahedron index="18024" v0="2974" v1="3219" v2="3228" v3="4589" />
+      <tetrahedron index="18025" v0="3219" v1="3228" v2="4589" v3="4834" />
+      <tetrahedron index="18026" v0="3228" v1="4589" v2="4834" v3="4843" />
+      <tetrahedron index="18027" v0="2974" v1="3141" v2="3219" v3="4589" />
+      <tetrahedron index="18028" v0="3141" v1="3219" v2="4589" v3="4756" />
+      <tetrahedron index="18029" v0="3219" v1="4589" v2="4756" v3="4834" />
+      <tetrahedron index="18030" v0="2727" v1="3170" v2="3203" v3="4342" />
+      <tetrahedron index="18031" v0="3170" v1="3203" v2="4342" v3="4785" />
+      <tetrahedron index="18032" v0="3203" v1="4342" v2="4785" v3="4818" />
+      <tetrahedron index="18033" v0="3064" v1="3170" v2="3203" v3="4679" />
+      <tetrahedron index="18034" v0="3170" v1="3203" v2="4679" v3="4785" />
+      <tetrahedron index="18035" v0="3203" v1="4679" v2="4785" v3="4818" />
+      <tetrahedron index="18036" v0="2974" v1="3057" v2="3228" v3="4589" />
+      <tetrahedron index="18037" v0="3057" v1="3228" v2="4589" v3="4672" />
+      <tetrahedron index="18038" v0="3228" v1="4589" v2="4672" v3="4843" />
+      <tetrahedron index="18039" v0="2296" v1="3057" v2="3228" v3="3911" />
+      <tetrahedron index="18040" v0="3057" v1="3228" v2="3911" v3="4672" />
+      <tetrahedron index="18041" v0="3228" v1="3911" v2="4672" v3="4843" />
+      <tetrahedron index="18042" v0="2606" v1="2860" v2="3136" v3="4221" />
+      <tetrahedron index="18043" v0="2860" v1="3136" v2="4221" v3="4475" />
+      <tetrahedron index="18044" v0="3136" v1="4221" v2="4475" v3="4751" />
+      <tetrahedron index="18045" v0="2825" v1="3041" v2="3177" v3="4440" />
+      <tetrahedron index="18046" v0="3041" v1="3177" v2="4440" v3="4656" />
+      <tetrahedron index="18047" v0="3177" v1="4440" v2="4656" v3="4792" />
+      <tetrahedron index="18048" v0="2825" v1="2826" v2="3177" v3="4440" />
+      <tetrahedron index="18049" v0="2826" v1="3177" v2="4440" v3="4441" />
+      <tetrahedron index="18050" v0="3177" v1="4440" v2="4441" v3="4792" />
+      <tetrahedron index="18051" v0="2329" v1="2991" v2="3027" v3="3944" />
+      <tetrahedron index="18052" v0="2991" v1="3027" v2="3944" v3="4606" />
+      <tetrahedron index="18053" v0="3027" v1="3944" v2="4606" v3="4642" />
+      <tetrahedron index="18054" v0="2991" v1="2992" v2="3027" v3="4606" />
+      <tetrahedron index="18055" v0="2992" v1="3027" v2="4606" v3="4607" />
+      <tetrahedron index="18056" v0="3027" v1="4606" v2="4607" v3="4642" />
+      <tetrahedron index="18057" v0="2651" v1="2878" v2="3205" v3="4266" />
+      <tetrahedron index="18058" v0="2878" v1="3205" v2="4266" v3="4493" />
+      <tetrahedron index="18059" v0="3205" v1="4266" v2="4493" v3="4820" />
+      <tetrahedron index="18060" v0="2878" v1="2982" v2="3205" v3="4493" />
+      <tetrahedron index="18061" v0="2982" v1="3205" v2="4493" v3="4597" />
+      <tetrahedron index="18062" v0="3205" v1="4493" v2="4597" v3="4820" />
+      <tetrahedron index="18063" v0="1712" v1="2588" v2="2941" v3="3327" />
+      <tetrahedron index="18064" v0="2588" v1="2941" v2="3327" v3="4203" />
+      <tetrahedron index="18065" v0="2941" v1="3327" v2="4203" v3="4556" />
+      <tetrahedron index="18066" v0="1712" v1="2180" v2="2941" v3="3327" />
+      <tetrahedron index="18067" v0="2180" v1="2941" v2="3327" v3="3795" />
+      <tetrahedron index="18068" v0="2941" v1="3327" v2="3795" v3="4556" />
+      <tetrahedron index="18069" v0="2298" v1="3112" v2="3139" v3="3913" />
+      <tetrahedron index="18070" v0="3112" v1="3139" v2="3913" v3="4727" />
+      <tetrahedron index="18071" v0="3139" v1="3913" v2="4727" v3="4754" />
+      <tetrahedron index="18072" v0="2298" v1="2328" v2="3139" v3="3913" />
+      <tetrahedron index="18073" v0="2328" v1="3139" v2="3913" v3="3943" />
+      <tetrahedron index="18074" v0="3139" v1="3913" v2="3943" v3="4754" />
+      <tetrahedron index="18075" v0="1697" v1="1698" v2="3123" v3="3312" />
+      <tetrahedron index="18076" v0="1698" v1="3123" v2="3312" v3="3313" />
+      <tetrahedron index="18077" v0="3123" v1="3312" v2="3313" v3="4738" />
+      <tetrahedron index="18078" v0="1697" v1="2315" v2="3123" v3="3312" />
+      <tetrahedron index="18079" v0="2315" v1="3123" v2="3312" v3="3930" />
+      <tetrahedron index="18080" v0="3123" v1="3312" v2="3930" v3="4738" />
+      <tetrahedron index="18081" v0="2043" v1="2044" v2="3092" v3="3658" />
+      <tetrahedron index="18082" v0="2044" v1="3092" v2="3658" v3="3659" />
+      <tetrahedron index="18083" v0="3092" v1="3658" v2="3659" v3="4707" />
+      <tetrahedron index="18084" v0="2043" v1="2654" v2="3092" v3="3658" />
+      <tetrahedron index="18085" v0="2654" v1="3092" v2="3658" v3="4269" />
+      <tetrahedron index="18086" v0="3092" v1="3658" v2="4269" v3="4707" />
+      <tetrahedron index="18087" v0="1725" v1="2923" v2="3094" v3="3340" />
+      <tetrahedron index="18088" v0="2923" v1="3094" v2="3340" v3="4538" />
+      <tetrahedron index="18089" v0="3094" v1="3340" v2="4538" v3="4709" />
+      <tetrahedron index="18090" v0="2376" v1="2468" v2="2784" v3="3991" />
+      <tetrahedron index="18091" v0="2468" v1="2784" v2="3991" v3="4083" />
+      <tetrahedron index="18092" v0="2784" v1="3991" v2="4083" v3="4399" />
+      <tetrahedron index="18093" v0="2376" v1="2594" v2="2784" v3="3991" />
+      <tetrahedron index="18094" v0="2594" v1="2784" v2="3991" v3="4209" />
+      <tetrahedron index="18095" v0="2784" v1="3991" v2="4209" v3="4399" />
+      <tetrahedron index="18096" v0="2889" v1="2947" v2="3196" v3="4504" />
+      <tetrahedron index="18097" v0="2947" v1="3196" v2="4504" v3="4562" />
+      <tetrahedron index="18098" v0="3196" v1="4504" v2="4562" v3="4811" />
+      <tetrahedron index="18099" v0="2947" v1="2949" v2="3196" v3="4562" />
+      <tetrahedron index="18100" v0="2949" v1="3196" v2="4562" v3="4564" />
+      <tetrahedron index="18101" v0="3196" v1="4562" v2="4564" v3="4811" />
+      <tetrahedron index="18102" v0="1800" v1="3075" v2="3226" v3="3415" />
+      <tetrahedron index="18103" v0="3075" v1="3226" v2="3415" v3="4690" />
+      <tetrahedron index="18104" v0="3226" v1="3415" v2="4690" v3="4841" />
+      <tetrahedron index="18105" v0="1800" v1="2845" v2="3226" v3="3415" />
+      <tetrahedron index="18106" v0="2845" v1="3226" v2="3415" v3="4460" />
+      <tetrahedron index="18107" v0="3226" v1="3415" v2="4460" v3="4841" />
+      <tetrahedron index="18108" v0="2965" v1="3095" v2="3206" v3="4580" />
+      <tetrahedron index="18109" v0="3095" v1="3206" v2="4580" v3="4710" />
+      <tetrahedron index="18110" v0="3206" v1="4580" v2="4710" v3="4821" />
+      <tetrahedron index="18111" v0="3095" v1="3099" v2="3206" v3="4710" />
+      <tetrahedron index="18112" v0="3099" v1="3206" v2="4710" v3="4714" />
+      <tetrahedron index="18113" v0="3206" v1="4710" v2="4714" v3="4821" />
+      <tetrahedron index="18114" v0="2908" v1="2964" v2="2982" v3="4523" />
+      <tetrahedron index="18115" v0="2964" v1="2982" v2="4523" v3="4579" />
+      <tetrahedron index="18116" v0="2982" v1="4523" v2="4579" v3="4597" />
+      <tetrahedron index="18117" v0="2115" v1="3087" v2="3213" v3="3730" />
+      <tetrahedron index="18118" v0="3087" v1="3213" v2="3730" v3="4702" />
+      <tetrahedron index="18119" v0="3213" v1="3730" v2="4702" v3="4828" />
+      <tetrahedron index="18120" v0="3072" v1="3087" v2="3213" v3="4687" />
+      <tetrahedron index="18121" v0="3087" v1="3213" v2="4687" v3="4702" />
+      <tetrahedron index="18122" v0="3213" v1="4687" v2="4702" v3="4828" />
+      <tetrahedron index="18123" v0="3055" v1="3137" v2="3207" v3="4670" />
+      <tetrahedron index="18124" v0="3137" v1="3207" v2="4670" v3="4752" />
+      <tetrahedron index="18125" v0="3207" v1="4670" v2="4752" v3="4822" />
+      <tetrahedron index="18126" v0="3137" v1="3138" v2="3207" v3="4752" />
+      <tetrahedron index="18127" v0="3138" v1="3207" v2="4752" v3="4753" />
+      <tetrahedron index="18128" v0="3207" v1="4752" v2="4753" v3="4822" />
+      <tetrahedron index="18129" v0="3035" v1="3039" v2="3149" v3="4650" />
+      <tetrahedron index="18130" v0="3039" v1="3149" v2="4650" v3="4654" />
+      <tetrahedron index="18131" v0="3149" v1="4650" v2="4654" v3="4764" />
+      <tetrahedron index="18132" v0="2403" v1="3035" v2="3149" v3="4018" />
+      <tetrahedron index="18133" v0="3035" v1="3149" v2="4018" v3="4650" />
+      <tetrahedron index="18134" v0="3149" v1="4018" v2="4650" v3="4764" />
+      <tetrahedron index="18135" v0="1691" v1="3107" v2="3150" v3="3306" />
+      <tetrahedron index="18136" v0="3107" v1="3150" v2="3306" v3="4722" />
+      <tetrahedron index="18137" v0="3150" v1="3306" v2="4722" v3="4765" />
+      <tetrahedron index="18138" v0="1691" v1="3078" v2="3150" v3="3306" />
+      <tetrahedron index="18139" v0="3078" v1="3150" v2="3306" v3="4693" />
+      <tetrahedron index="18140" v0="3150" v1="3306" v2="4693" v3="4765" />
+      <tetrahedron index="18141" v0="2627" v1="3133" v2="3201" v3="4242" />
+      <tetrahedron index="18142" v0="3133" v1="3201" v2="4242" v3="4748" />
+      <tetrahedron index="18143" v0="3201" v1="4242" v2="4748" v3="4816" />
+      <tetrahedron index="18144" v0="2627" v1="3097" v2="3201" v3="4242" />
+      <tetrahedron index="18145" v0="3097" v1="3201" v2="4242" v3="4712" />
+      <tetrahedron index="18146" v0="3201" v1="4242" v2="4712" v3="4816" />
+      <tetrahedron index="18147" v0="2845" v1="3208" v2="3226" v3="4460" />
+      <tetrahedron index="18148" v0="3208" v1="3226" v2="4460" v3="4823" />
+      <tetrahedron index="18149" v0="3226" v1="4460" v2="4823" v3="4841" />
+      <tetrahedron index="18150" v0="3080" v1="3208" v2="3226" v3="4695" />
+      <tetrahedron index="18151" v0="3208" v1="3226" v2="4695" v3="4823" />
+      <tetrahedron index="18152" v0="3226" v1="4695" v2="4823" v3="4841" />
+      <tetrahedron index="18153" v0="2939" v1="3120" v2="3209" v3="4554" />
+      <tetrahedron index="18154" v0="3120" v1="3209" v2="4554" v3="4735" />
+      <tetrahedron index="18155" v0="3209" v1="4554" v2="4735" v3="4824" />
+      <tetrahedron index="18156" v0="1647" v1="2073" v2="3217" v3="3262" />
+      <tetrahedron index="18157" v0="2073" v1="3217" v2="3262" v3="3688" />
+      <tetrahedron index="18158" v0="3217" v1="3262" v2="3688" v3="4832" />
+      <tetrahedron index="18159" v0="1922" v1="3112" v2="3198" v3="3537" />
+      <tetrahedron index="18160" v0="3112" v1="3198" v2="3537" v3="4727" />
+      <tetrahedron index="18161" v0="3198" v1="3537" v2="4727" v3="4813" />
+      <tetrahedron index="18162" v0="1922" v1="1924" v2="3198" v3="3537" />
+      <tetrahedron index="18163" v0="1924" v1="3198" v2="3537" v3="3539" />
+      <tetrahedron index="18164" v0="3198" v1="3537" v2="3539" v3="4813" />
+      <tetrahedron index="18165" v0="2777" v1="2779" v2="3006" v3="4392" />
+      <tetrahedron index="18166" v0="2779" v1="3006" v2="4392" v3="4394" />
+      <tetrahedron index="18167" v0="3006" v1="4392" v2="4394" v3="4621" />
+      <tetrahedron index="18168" v0="2708" v1="2779" v2="3006" v3="4323" />
+      <tetrahedron index="18169" v0="2779" v1="3006" v2="4323" v3="4394" />
+      <tetrahedron index="18170" v0="3006" v1="4323" v2="4394" v3="4621" />
+      <tetrahedron index="18171" v0="2541" v1="2963" v2="3115" v3="4156" />
+      <tetrahedron index="18172" v0="2963" v1="3115" v2="4156" v3="4578" />
+      <tetrahedron index="18173" v0="3115" v1="4156" v2="4578" v3="4730" />
+      <tetrahedron index="18174" v0="2315" v1="2963" v2="3115" v3="3930" />
+      <tetrahedron index="18175" v0="2963" v1="3115" v2="3930" v3="4578" />
+      <tetrahedron index="18176" v0="3115" v1="3930" v2="4578" v3="4730" />
+      <tetrahedron index="18177" v0="1770" v1="2414" v2="3211" v3="3385" />
+      <tetrahedron index="18178" v0="2414" v1="3211" v2="3385" v3="4029" />
+      <tetrahedron index="18179" v0="3211" v1="3385" v2="4029" v3="4826" />
+      <tetrahedron index="18180" v0="2234" v1="2961" v2="3210" v3="3849" />
+      <tetrahedron index="18181" v0="2961" v1="3210" v2="3849" v3="4576" />
+      <tetrahedron index="18182" v0="3210" v1="3849" v2="4576" v3="4825" />
+      <tetrahedron index="18183" v0="2965" v1="2966" v2="3096" v3="4580" />
+      <tetrahedron index="18184" v0="2966" v1="3096" v2="4580" v3="4581" />
+      <tetrahedron index="18185" v0="3096" v1="4580" v2="4581" v3="4711" />
+      <tetrahedron index="18186" v0="2966" v1="3096" v2="3199" v3="4581" />
+      <tetrahedron index="18187" v0="3096" v1="3199" v2="4581" v3="4711" />
+      <tetrahedron index="18188" v0="3199" v1="4581" v2="4711" v3="4814" />
+      <tetrahedron index="18189" v0="2651" v1="2871" v2="3206" v3="4266" />
+      <tetrahedron index="18190" v0="2871" v1="3206" v2="4266" v3="4486" />
+      <tetrahedron index="18191" v0="3206" v1="4266" v2="4486" v3="4821" />
+      <tetrahedron index="18192" v0="2651" v1="3205" v2="3206" v3="4266" />
+      <tetrahedron index="18193" v0="3205" v1="3206" v2="4266" v3="4820" />
+      <tetrahedron index="18194" v0="3206" v1="4266" v2="4820" v3="4821" />
+      <tetrahedron index="18195" v0="2881" v1="2904" v2="3227" v3="4496" />
+      <tetrahedron index="18196" v0="2904" v1="3227" v2="4496" v3="4519" />
+      <tetrahedron index="18197" v0="3227" v1="4496" v2="4519" v3="4842" />
+      <tetrahedron index="18198" v0="2904" v1="3209" v2="3227" v3="4519" />
+      <tetrahedron index="18199" v0="3209" v1="3227" v2="4519" v3="4824" />
+      <tetrahedron index="18200" v0="3227" v1="4519" v2="4824" v3="4842" />
+      <tetrahedron index="18201" v0="2511" v1="2815" v2="3196" v3="4126" />
+      <tetrahedron index="18202" v0="2815" v1="3196" v2="4126" v3="4430" />
+      <tetrahedron index="18203" v0="3196" v1="4126" v2="4430" v3="4811" />
+      <tetrahedron index="18204" v0="2511" v1="2946" v2="3196" v3="4126" />
+      <tetrahedron index="18205" v0="2946" v1="3196" v2="4126" v3="4561" />
+      <tetrahedron index="18206" v0="3196" v1="4126" v2="4561" v3="4811" />
+      <tetrahedron index="18207" v0="2719" v1="2765" v2="2798" v3="4334" />
+      <tetrahedron index="18208" v0="2765" v1="2798" v2="4334" v3="4380" />
+      <tetrahedron index="18209" v0="2798" v1="4334" v2="4380" v3="4413" />
+      <tetrahedron index="18210" v0="2719" v1="2780" v2="2798" v3="4334" />
+      <tetrahedron index="18211" v0="2780" v1="2798" v2="4334" v3="4395" />
+      <tetrahedron index="18212" v0="2798" v1="4334" v2="4395" v3="4413" />
+      <tetrahedron index="18213" v0="1903" v1="3096" v2="3199" v3="3518" />
+      <tetrahedron index="18214" v0="3096" v1="3199" v2="3518" v3="4711" />
+      <tetrahedron index="18215" v0="3199" v1="3518" v2="4711" v3="4814" />
+      <tetrahedron index="18216" v0="1903" v1="1904" v2="3096" v3="3518" />
+      <tetrahedron index="18217" v0="1904" v1="3096" v2="3518" v3="3519" />
+      <tetrahedron index="18218" v0="3096" v1="3518" v2="3519" v3="4711" />
+      <tetrahedron index="18219" v0="3044" v1="3090" v2="3126" v3="4659" />
+      <tetrahedron index="18220" v0="3090" v1="3126" v2="4659" v3="4705" />
+      <tetrahedron index="18221" v0="3126" v1="4659" v2="4705" v3="4741" />
+      <tetrahedron index="18222" v0="3044" v1="3102" v2="3126" v3="4659" />
+      <tetrahedron index="18223" v0="3102" v1="3126" v2="4659" v3="4717" />
+      <tetrahedron index="18224" v0="3126" v1="4659" v2="4717" v3="4741" />
+      <tetrahedron index="18225" v0="1986" v1="1987" v2="2528" v3="3601" />
+      <tetrahedron index="18226" v0="1987" v1="2528" v2="3601" v3="3602" />
+      <tetrahedron index="18227" v0="2528" v1="3601" v2="3602" v3="4143" />
+      <tetrahedron index="18228" v0="1987" v1="2174" v2="2528" v3="3602" />
+      <tetrahedron index="18229" v0="2174" v1="2528" v2="3602" v3="3789" />
+      <tetrahedron index="18230" v0="2528" v1="3602" v2="3789" v3="4143" />
+      <tetrahedron index="18231" v0="1794" v1="2780" v2="2798" v3="3409" />
+      <tetrahedron index="18232" v0="2780" v1="2798" v2="3409" v3="4395" />
+      <tetrahedron index="18233" v0="2798" v1="3409" v2="4395" v3="4413" />
+      <tetrahedron index="18234" v0="1794" v1="1795" v2="2798" v3="3409" />
+      <tetrahedron index="18235" v0="1795" v1="2798" v2="3409" v3="3410" />
+      <tetrahedron index="18236" v0="2798" v1="3409" v2="3410" v3="4413" />
+      <tetrahedron index="18237" v0="2512" v1="2513" v2="2988" v3="4127" />
+      <tetrahedron index="18238" v0="2513" v1="2988" v2="4127" v3="4128" />
+      <tetrahedron index="18239" v0="2988" v1="4127" v2="4128" v3="4603" />
+      <tetrahedron index="18240" v0="2513" v1="2988" v2="3020" v3="4128" />
+      <tetrahedron index="18241" v0="2988" v1="3020" v2="4128" v3="4603" />
+      <tetrahedron index="18242" v0="3020" v1="4128" v2="4603" v3="4635" />
+      <tetrahedron index="18243" v0="2024" v1="2115" v2="3213" v3="3639" />
+      <tetrahedron index="18244" v0="2115" v1="3213" v2="3639" v3="3730" />
+      <tetrahedron index="18245" v0="3213" v1="3639" v2="3730" v3="4828" />
+      <tetrahedron index="18246" v0="2024" v1="2025" v2="3213" v3="3639" />
+      <tetrahedron index="18247" v0="2025" v1="3213" v2="3639" v3="3640" />
+      <tetrahedron index="18248" v0="3213" v1="3639" v2="3640" v3="4828" />
+      <tetrahedron index="18249" v0="2265" v1="2952" v2="3033" v3="3880" />
+      <tetrahedron index="18250" v0="2952" v1="3033" v2="3880" v3="4567" />
+      <tetrahedron index="18251" v0="3033" v1="3880" v2="4567" v3="4648" />
+      <tetrahedron index="18252" v0="2265" v1="2266" v2="3033" v3="3880" />
+      <tetrahedron index="18253" v0="2266" v1="3033" v2="3880" v3="3881" />
+      <tetrahedron index="18254" v0="3033" v1="3880" v2="3881" v3="4648" />
+      <tetrahedron index="18255" v0="2953" v1="3111" v2="3165" v3="4568" />
+      <tetrahedron index="18256" v0="3111" v1="3165" v2="4568" v3="4726" />
+      <tetrahedron index="18257" v0="3165" v1="4568" v2="4726" v3="4780" />
+      <tetrahedron index="18258" v0="2953" v1="3165" v2="3224" v3="4568" />
+      <tetrahedron index="18259" v0="3165" v1="3224" v2="4568" v3="4780" />
+      <tetrahedron index="18260" v0="3224" v1="4568" v2="4780" v3="4839" />
+      <tetrahedron index="18261" v0="2661" v1="3016" v2="3079" v3="4276" />
+      <tetrahedron index="18262" v0="3016" v1="3079" v2="4276" v3="4631" />
+      <tetrahedron index="18263" v0="3079" v1="4276" v2="4631" v3="4694" />
+      <tetrahedron index="18264" v0="2661" v1="2980" v2="3016" v3="4276" />
+      <tetrahedron index="18265" v0="2980" v1="3016" v2="4276" v3="4595" />
+      <tetrahedron index="18266" v0="3016" v1="4276" v2="4595" v3="4631" />
+      <tetrahedron index="18267" v0="3132" v1="3174" v2="3214" v3="4747" />
+      <tetrahedron index="18268" v0="3174" v1="3214" v2="4747" v3="4789" />
+      <tetrahedron index="18269" v0="3214" v1="4747" v2="4789" v3="4829" />
+      <tetrahedron index="18270" v0="2925" v1="3174" v2="3214" v3="4540" />
+      <tetrahedron index="18271" v0="3174" v1="3214" v2="4540" v3="4789" />
+      <tetrahedron index="18272" v0="3214" v1="4540" v2="4789" v3="4829" />
+      <tetrahedron index="18273" v0="2844" v1="3153" v2="3185" v3="4459" />
+      <tetrahedron index="18274" v0="3153" v1="3185" v2="4459" v3="4768" />
+      <tetrahedron index="18275" v0="3185" v1="4459" v2="4768" v3="4800" />
+      <tetrahedron index="18276" v0="2527" v1="3153" v2="3185" v3="4142" />
+      <tetrahedron index="18277" v0="3153" v1="3185" v2="4142" v3="4768" />
+      <tetrahedron index="18278" v0="3185" v1="4142" v2="4768" v3="4800" />
+      <tetrahedron index="18279" v0="2579" v1="3133" v2="3215" v3="4194" />
+      <tetrahedron index="18280" v0="3133" v1="3215" v2="4194" v3="4748" />
+      <tetrahedron index="18281" v0="3215" v1="4194" v2="4748" v3="4830" />
+      <tetrahedron index="18282" v0="2577" v1="2579" v2="3215" v3="4192" />
+      <tetrahedron index="18283" v0="2579" v1="3215" v2="4192" v3="4194" />
+      <tetrahedron index="18284" v0="3215" v1="4192" v2="4194" v3="4830" />
+      <tetrahedron index="18285" v0="2573" v1="2821" v2="3215" v3="4188" />
+      <tetrahedron index="18286" v0="2821" v1="3215" v2="4188" v3="4436" />
+      <tetrahedron index="18287" v0="3215" v1="4188" v2="4436" v3="4830" />
+      <tetrahedron index="18288" v0="2852" v1="2853" v2="2946" v3="4467" />
+      <tetrahedron index="18289" v0="2853" v1="2946" v2="4467" v3="4468" />
+      <tetrahedron index="18290" v0="2946" v1="4467" v2="4468" v3="4561" />
+      <tetrahedron index="18291" v0="2853" v1="2946" v2="2949" v3="4468" />
+      <tetrahedron index="18292" v0="2946" v1="2949" v2="4468" v3="4561" />
+      <tetrahedron index="18293" v0="2949" v1="4468" v2="4561" v3="4564" />
+      <tetrahedron index="18294" v0="1849" v1="2344" v2="3197" v3="3464" />
+      <tetrahedron index="18295" v0="2344" v1="3197" v2="3464" v3="3959" />
+      <tetrahedron index="18296" v0="3197" v1="3464" v2="3959" v3="4812" />
+      <tetrahedron index="18297" v0="2344" v1="3017" v2="3197" v3="3959" />
+      <tetrahedron index="18298" v0="3017" v1="3197" v2="3959" v3="4632" />
+      <tetrahedron index="18299" v0="3197" v1="3959" v2="4632" v3="4812" />
+      <tetrahedron index="18300" v0="1844" v1="2711" v2="3134" v3="3459" />
+      <tetrahedron index="18301" v0="2711" v1="3134" v2="3459" v3="4326" />
+      <tetrahedron index="18302" v0="3134" v1="3459" v2="4326" v3="4749" />
+      <tetrahedron index="18303" v0="2711" v1="3134" v2="3138" v3="4326" />
+      <tetrahedron index="18304" v0="3134" v1="3138" v2="4326" v3="4749" />
+      <tetrahedron index="18305" v0="3138" v1="4326" v2="4749" v3="4753" />
+      <tetrahedron index="18306" v0="3058" v1="3188" v2="3216" v3="4673" />
+      <tetrahedron index="18307" v0="3188" v1="3216" v2="4673" v3="4803" />
+      <tetrahedron index="18308" v0="3216" v1="4673" v2="4803" v3="4831" />
+      <tetrahedron index="18309" v0="2848" v1="3058" v2="3216" v3="4463" />
+      <tetrahedron index="18310" v0="3058" v1="3216" v2="4463" v3="4673" />
+      <tetrahedron index="18311" v0="3216" v1="4463" v2="4673" v3="4831" />
+      <tetrahedron index="18312" v0="3080" v1="3159" v2="3208" v3="4695" />
+      <tetrahedron index="18313" v0="3159" v1="3208" v2="4695" v3="4774" />
+      <tetrahedron index="18314" v0="3208" v1="4695" v2="4774" v3="4823" />
+      <tetrahedron index="18315" v0="2412" v1="3159" v2="3208" v3="4027" />
+      <tetrahedron index="18316" v0="3159" v1="3208" v2="4027" v3="4774" />
+      <tetrahedron index="18317" v0="3208" v1="4027" v2="4774" v3="4823" />
+      <tetrahedron index="18318" v0="3135" v1="3141" v2="3219" v3="4750" />
+      <tetrahedron index="18319" v0="3141" v1="3219" v2="4750" v3="4756" />
+      <tetrahedron index="18320" v0="3219" v1="4750" v2="4756" v3="4834" />
+      <tetrahedron index="18321" v0="2233" v1="3135" v2="3219" v3="3848" />
+      <tetrahedron index="18322" v0="3135" v1="3219" v2="3848" v3="4750" />
+      <tetrahedron index="18323" v0="3219" v1="3848" v2="4750" v3="4834" />
+      <tetrahedron index="18324" v0="2176" v1="3004" v2="3170" v3="3791" />
+      <tetrahedron index="18325" v0="3004" v1="3170" v2="3791" v3="4619" />
+      <tetrahedron index="18326" v0="3170" v1="3791" v2="4619" v3="4785" />
+      <tetrahedron index="18327" v0="2096" v1="2176" v2="3170" v3="3711" />
+      <tetrahedron index="18328" v0="2176" v1="3170" v2="3711" v3="3791" />
+      <tetrahedron index="18329" v0="3170" v1="3711" v2="3791" v3="4785" />
+      <tetrahedron index="18330" v0="1987" v1="2175" v2="3127" v3="3602" />
+      <tetrahedron index="18331" v0="2175" v1="3127" v2="3602" v3="3790" />
+      <tetrahedron index="18332" v0="3127" v1="3602" v2="3790" v3="4742" />
+      <tetrahedron index="18333" v0="1987" v1="2827" v2="3127" v3="3602" />
+      <tetrahedron index="18334" v0="2827" v1="3127" v2="3602" v3="4442" />
+      <tetrahedron index="18335" v0="3127" v1="3602" v2="4442" v3="4742" />
+      <tetrahedron index="18336" v0="2194" v1="3024" v2="3036" v3="3809" />
+      <tetrahedron index="18337" v0="3024" v1="3036" v2="3809" v3="4639" />
+      <tetrahedron index="18338" v0="3036" v1="3809" v2="4639" v3="4651" />
+      <tetrahedron index="18339" v0="1894" v1="2194" v2="3024" v3="3509" />
+      <tetrahedron index="18340" v0="2194" v1="3024" v2="3509" v3="3809" />
+      <tetrahedron index="18341" v0="3024" v1="3509" v2="3809" v3="4639" />
+      <tetrahedron index="18342" v0="1893" v1="1973" v2="3116" v3="3508" />
+      <tetrahedron index="18343" v0="1973" v1="3116" v2="3508" v3="3588" />
+      <tetrahedron index="18344" v0="3116" v1="3508" v2="3588" v3="4731" />
+      <tetrahedron index="18345" v0="1759" v1="1893" v2="3116" v3="3374" />
+      <tetrahedron index="18346" v0="1893" v1="3116" v2="3374" v3="3508" />
+      <tetrahedron index="18347" v0="3116" v1="3374" v2="3508" v3="4731" />
+      <tetrahedron index="18348" v0="2079" v1="2080" v2="3143" v3="3694" />
+      <tetrahedron index="18349" v0="2080" v1="3143" v2="3694" v3="3695" />
+      <tetrahedron index="18350" v0="3143" v1="3694" v2="3695" v3="4758" />
+      <tetrahedron index="18351" v0="2398" v1="2598" v2="3147" v3="4013" />
+      <tetrahedron index="18352" v0="2598" v1="3147" v2="4013" v3="4213" />
+      <tetrahedron index="18353" v0="3147" v1="4013" v2="4213" v3="4762" />
+      <tetrahedron index="18354" v0="2398" v1="2548" v2="3147" v3="4013" />
+      <tetrahedron index="18355" v0="2548" v1="3147" v2="4013" v3="4163" />
+      <tetrahedron index="18356" v0="3147" v1="4013" v2="4163" v3="4762" />
+      <tetrahedron index="18357" v0="2332" v1="2804" v2="3221" v3="3947" />
+      <tetrahedron index="18358" v0="2804" v1="3221" v2="3947" v3="4419" />
+      <tetrahedron index="18359" v0="3221" v1="3947" v2="4419" v3="4836" />
+      <tetrahedron index="18360" v0="2331" v1="2332" v2="3221" v3="3946" />
+      <tetrahedron index="18361" v0="2332" v1="3221" v2="3946" v3="3947" />
+      <tetrahedron index="18362" v0="3221" v1="3946" v2="3947" v3="4836" />
+      <tetrahedron index="18363" v0="1720" v1="2989" v2="3218" v3="3335" />
+      <tetrahedron index="18364" v0="2989" v1="3218" v2="3335" v3="4604" />
+      <tetrahedron index="18365" v0="3218" v1="3335" v2="4604" v3="4833" />
+      <tetrahedron index="18366" v0="1720" v1="1984" v2="3218" v3="3335" />
+      <tetrahedron index="18367" v0="1984" v1="3218" v2="3335" v3="3599" />
+      <tetrahedron index="18368" v0="3218" v1="3335" v2="3599" v3="4833" />
+      <tetrahedron index="18369" v0="2085" v1="2721" v2="3066" v3="3700" />
+      <tetrahedron index="18370" v0="2721" v1="3066" v2="3700" v3="4336" />
+      <tetrahedron index="18371" v0="3066" v1="3700" v2="4336" v3="4681" />
+      <tetrahedron index="18372" v0="1938" v1="2085" v2="3066" v3="3553" />
+      <tetrahedron index="18373" v0="2085" v1="3066" v2="3553" v3="3700" />
+      <tetrahedron index="18374" v0="3066" v1="3553" v2="3700" v3="4681" />
+      <tetrahedron index="18375" v0="2014" v1="2426" v2="3220" v3="3629" />
+      <tetrahedron index="18376" v0="2426" v1="3220" v2="3629" v3="4041" />
+      <tetrahedron index="18377" v0="3220" v1="3629" v2="4041" v3="4835" />
+      <tetrahedron index="18378" v0="2014" v1="2015" v2="3220" v3="3629" />
+      <tetrahedron index="18379" v0="2015" v1="3220" v2="3629" v3="3630" />
+      <tetrahedron index="18380" v0="3220" v1="3629" v2="3630" v3="4835" />
+      <tetrahedron index="18381" v0="1876" v1="2059" v2="3113" v3="3491" />
+      <tetrahedron index="18382" v0="2059" v1="3113" v2="3491" v3="3674" />
+      <tetrahedron index="18383" v0="3113" v1="3491" v2="3674" v3="4728" />
+      <tetrahedron index="18384" v0="2997" v1="3005" v2="3148" v3="4612" />
+      <tetrahedron index="18385" v0="3005" v1="3148" v2="4612" v3="4620" />
+      <tetrahedron index="18386" v0="3148" v1="4612" v2="4620" v3="4763" />
+      <tetrahedron index="18387" v0="2451" v1="3005" v2="3148" v3="4066" />
+      <tetrahedron index="18388" v0="3005" v1="3148" v2="4066" v3="4620" />
+      <tetrahedron index="18389" v0="3148" v1="4066" v2="4620" v3="4763" />
+      <tetrahedron index="18390" v0="1696" v1="2028" v2="2453" v3="3311" />
+      <tetrahedron index="18391" v0="2028" v1="2453" v2="3311" v3="3643" />
+      <tetrahedron index="18392" v0="2453" v1="3311" v2="3643" v3="4068" />
+      <tetrahedron index="18393" v0="1793" v1="2028" v2="2453" v3="3408" />
+      <tetrahedron index="18394" v0="2028" v1="2453" v2="3408" v3="3643" />
+      <tetrahedron index="18395" v0="2453" v1="3408" v2="3643" v3="4068" />
+      <tetrahedron index="18396" v0="2212" v1="2337" v2="2572" v3="3827" />
+      <tetrahedron index="18397" v0="2337" v1="2572" v2="3827" v3="3952" />
+      <tetrahedron index="18398" v0="2572" v1="3827" v2="3952" v3="4187" />
+      <tetrahedron index="18399" v0="2337" v1="2554" v2="2572" v3="3952" />
+      <tetrahedron index="18400" v0="2554" v1="2572" v2="3952" v3="4169" />
+      <tetrahedron index="18401" v0="2572" v1="3952" v2="4169" v3="4187" />
+      <tetrahedron index="18402" v0="2423" v1="2548" v2="3153" v3="4038" />
+      <tetrahedron index="18403" v0="2548" v1="3153" v2="4038" v3="4163" />
+      <tetrahedron index="18404" v0="3153" v1="4038" v2="4163" v3="4768" />
+      <tetrahedron index="18405" v0="2423" v1="2985" v2="3153" v3="4038" />
+      <tetrahedron index="18406" v0="2985" v1="3153" v2="4038" v3="4600" />
+      <tetrahedron index="18407" v0="3153" v1="4038" v2="4600" v3="4768" />
+      <tetrahedron index="18408" v0="2724" v1="2995" v2="3221" v3="4339" />
+      <tetrahedron index="18409" v0="2995" v1="3221" v2="4339" v3="4610" />
+      <tetrahedron index="18410" v0="3221" v1="4339" v2="4610" v3="4836" />
+      <tetrahedron index="18411" v0="2724" v1="2804" v2="3221" v3="4339" />
+      <tetrahedron index="18412" v0="2804" v1="3221" v2="4339" v3="4419" />
+      <tetrahedron index="18413" v0="3221" v1="4339" v2="4419" v3="4836" />
+      <tetrahedron index="18414" v0="2426" v1="3173" v2="3220" v3="4041" />
+      <tetrahedron index="18415" v0="3173" v1="3220" v2="4041" v3="4788" />
+      <tetrahedron index="18416" v0="3220" v1="4041" v2="4788" v3="4835" />
+      <tetrahedron index="18417" v0="2685" v1="3173" v2="3220" v3="4300" />
+      <tetrahedron index="18418" v0="3173" v1="3220" v2="4300" v3="4788" />
+      <tetrahedron index="18419" v0="3220" v1="4300" v2="4788" v3="4835" />
+      <tetrahedron index="18420" v0="2756" v1="3105" v2="3152" v3="4371" />
+      <tetrahedron index="18421" v0="3105" v1="3152" v2="4371" v3="4720" />
+      <tetrahedron index="18422" v0="3152" v1="4371" v2="4720" v3="4767" />
+      <tetrahedron index="18423" v0="2979" v1="3105" v2="3152" v3="4594" />
+      <tetrahedron index="18424" v0="3105" v1="3152" v2="4594" v3="4720" />
+      <tetrahedron index="18425" v0="3152" v1="4594" v2="4720" v3="4767" />
+      <tetrahedron index="18426" v0="2562" v1="2671" v2="3124" v3="4177" />
+      <tetrahedron index="18427" v0="2671" v1="3124" v2="4177" v3="4286" />
+      <tetrahedron index="18428" v0="3124" v1="4177" v2="4286" v3="4739" />
+      <tetrahedron index="18429" v0="2562" v1="2670" v2="2671" v3="4177" />
+      <tetrahedron index="18430" v0="2670" v1="2671" v2="4177" v3="4285" />
+      <tetrahedron index="18431" v0="2671" v1="4177" v2="4285" v3="4286" />
+      <tetrahedron index="18432" v0="2036" v1="2812" v2="2994" v3="3651" />
+      <tetrahedron index="18433" v0="2812" v1="2994" v2="3651" v3="4427" />
+      <tetrahedron index="18434" v0="2994" v1="3651" v2="4427" v3="4609" />
+      <tetrahedron index="18435" v0="2812" v1="2994" v2="3108" v3="4427" />
+      <tetrahedron index="18436" v0="2994" v1="3108" v2="4427" v3="4609" />
+      <tetrahedron index="18437" v0="3108" v1="4427" v2="4609" v3="4723" />
+      <tetrahedron index="18438" v0="2742" v1="2743" v2="3154" v3="4357" />
+      <tetrahedron index="18439" v0="2743" v1="3154" v2="4357" v3="4358" />
+      <tetrahedron index="18440" v0="3154" v1="4357" v2="4358" v3="4769" />
+      <tetrahedron index="18441" v0="2742" v1="2867" v2="3154" v3="4357" />
+      <tetrahedron index="18442" v0="2867" v1="3154" v2="4357" v3="4482" />
+      <tetrahedron index="18443" v0="3154" v1="4357" v2="4482" v3="4769" />
+      <tetrahedron index="18444" v0="2645" v1="2669" v2="3155" v3="4260" />
+      <tetrahedron index="18445" v0="2669" v1="3155" v2="4260" v3="4284" />
+      <tetrahedron index="18446" v0="3155" v1="4260" v2="4284" v3="4770" />
+      <tetrahedron index="18447" v0="2305" v1="2645" v2="3155" v3="3920" />
+      <tetrahedron index="18448" v0="2645" v1="3155" v2="3920" v3="4260" />
+      <tetrahedron index="18449" v0="3155" v1="3920" v2="4260" v3="4770" />
+      <tetrahedron index="18450" v0="1845" v1="2475" v2="3156" v3="3460" />
+      <tetrahedron index="18451" v0="2475" v1="3156" v2="3460" v3="4090" />
+      <tetrahedron index="18452" v0="3156" v1="3460" v2="4090" v3="4771" />
+      <tetrahedron index="18453" v0="2475" v1="2643" v2="3156" v3="4090" />
+      <tetrahedron index="18454" v0="2643" v1="3156" v2="4090" v3="4258" />
+      <tetrahedron index="18455" v0="3156" v1="4090" v2="4258" v3="4771" />
+      <tetrahedron index="18456" v0="2182" v1="2869" v2="3157" v3="3797" />
+      <tetrahedron index="18457" v0="2869" v1="3157" v2="3797" v3="4484" />
+      <tetrahedron index="18458" v0="3157" v1="3797" v2="4484" v3="4772" />
+      <tetrahedron index="18459" v0="1730" v1="2182" v2="3157" v3="3345" />
+      <tetrahedron index="18460" v0="2182" v1="3157" v2="3345" v3="3797" />
+      <tetrahedron index="18461" v0="3157" v1="3345" v2="3797" v3="4772" />
+      <tetrahedron index="18462" v0="1706" v1="3054" v2="3171" v3="3321" />
+      <tetrahedron index="18463" v0="3054" v1="3171" v2="3321" v3="4669" />
+      <tetrahedron index="18464" v0="3171" v1="3321" v2="4669" v3="4786" />
+      <tetrahedron index="18465" v0="1691" v1="3078" v2="3172" v3="3306" />
+      <tetrahedron index="18466" v0="3078" v1="3172" v2="3306" v3="4693" />
+      <tetrahedron index="18467" v0="3172" v1="3306" v2="4693" v3="4787" />
+      <tetrahedron index="18468" v0="1691" v1="1692" v2="3172" v3="3306" />
+      <tetrahedron index="18469" v0="1692" v1="3172" v2="3306" v3="3307" />
+      <tetrahedron index="18470" v0="3172" v1="3306" v2="3307" v3="4787" />
+      <tetrahedron index="18471" v0="1932" v1="2004" v2="3212" v3="3547" />
+      <tetrahedron index="18472" v0="2004" v1="3212" v2="3547" v3="3619" />
+      <tetrahedron index="18473" v0="3212" v1="3547" v2="3619" v3="4827" />
+      <tetrahedron index="18474" v0="2735" v1="2838" v2="3192" v3="4350" />
+      <tetrahedron index="18475" v0="2838" v1="3192" v2="4350" v3="4453" />
+      <tetrahedron index="18476" v0="3192" v1="4350" v2="4453" v3="4807" />
+      <tetrahedron index="18477" v0="2837" v1="2838" v2="3192" v3="4452" />
+      <tetrahedron index="18478" v0="2838" v1="3192" v2="4452" v3="4453" />
+      <tetrahedron index="18479" v0="3192" v1="4452" v2="4453" v3="4807" />
+      <tetrahedron index="18480" v0="3222" v1="3224" v2="3229" v3="4837" />
+      <tetrahedron index="18481" v0="3224" v1="3229" v2="4837" v3="4839" />
+      <tetrahedron index="18482" v0="3229" v1="4837" v2="4839" v3="4844" />
+      <tetrahedron index="18483" v0="2163" v1="2424" v2="3161" v3="3778" />
+      <tetrahedron index="18484" v0="2424" v1="3161" v2="3778" v3="4039" />
+      <tetrahedron index="18485" v0="3161" v1="3778" v2="4039" v3="4776" />
+      <tetrahedron index="18486" v0="2424" v1="2425" v2="3161" v3="4039" />
+      <tetrahedron index="18487" v0="2425" v1="3161" v2="4039" v3="4040" />
+      <tetrahedron index="18488" v0="3161" v1="4039" v2="4040" v3="4776" />
+      <tetrahedron index="18489" v0="2315" v1="2316" v2="2963" v3="3930" />
+      <tetrahedron index="18490" v0="2316" v1="2963" v2="3930" v3="3931" />
+      <tetrahedron index="18491" v0="2963" v1="3930" v2="3931" v3="4578" />
+      <tetrahedron index="18492" v0="2138" v1="2316" v2="2963" v3="3753" />
+      <tetrahedron index="18493" v0="2316" v1="2963" v2="3753" v3="3931" />
+      <tetrahedron index="18494" v0="2963" v1="3753" v2="3931" v3="4578" />
+      <tetrahedron index="18495" v0="2363" v1="2925" v2="3160" v3="3978" />
+      <tetrahedron index="18496" v0="2925" v1="3160" v2="3978" v3="4540" />
+      <tetrahedron index="18497" v0="3160" v1="3978" v2="4540" v3="4775" />
+      <tetrahedron index="18498" v0="2925" v1="3160" v2="3214" v3="4540" />
+      <tetrahedron index="18499" v0="3160" v1="3214" v2="4540" v3="4775" />
+      <tetrahedron index="18500" v0="3214" v1="4540" v2="4775" v3="4829" />
+      <tetrahedron index="18501" v0="2425" v1="3134" v2="3161" v3="4040" />
+      <tetrahedron index="18502" v0="3134" v1="3161" v2="4040" v3="4749" />
+      <tetrahedron index="18503" v0="3161" v1="4040" v2="4749" v3="4776" />
+      <tetrahedron index="18504" v0="3134" v1="3161" v2="3207" v3="4749" />
+      <tetrahedron index="18505" v0="3161" v1="3207" v2="4749" v3="4776" />
+      <tetrahedron index="18506" v0="3207" v1="4749" v2="4776" v3="4822" />
+      <tetrahedron index="18507" v0="2839" v1="3101" v2="3174" v3="4454" />
+      <tetrahedron index="18508" v0="3101" v1="3174" v2="4454" v3="4716" />
+      <tetrahedron index="18509" v0="3174" v1="4454" v2="4716" v3="4789" />
+      <tetrahedron index="18510" v0="2830" v1="2839" v2="3174" v3="4445" />
+      <tetrahedron index="18511" v0="2839" v1="3174" v2="4445" v3="4454" />
+      <tetrahedron index="18512" v0="3174" v1="4445" v2="4454" v3="4789" />
+      <tetrahedron index="18513" v0="2457" v1="2667" v2="3065" v3="4072" />
+      <tetrahedron index="18514" v0="2667" v1="3065" v2="4072" v3="4282" />
+      <tetrahedron index="18515" v0="3065" v1="4072" v2="4282" v3="4680" />
+      <tetrahedron index="18516" v0="2591" v1="2667" v2="3065" v3="4206" />
+      <tetrahedron index="18517" v0="2667" v1="3065" v2="4206" v3="4282" />
+      <tetrahedron index="18518" v0="3065" v1="4206" v2="4282" v3="4680" />
+      <tetrahedron index="18519" v0="2652" v1="2712" v2="3015" v3="4267" />
+      <tetrahedron index="18520" v0="2712" v1="3015" v2="4267" v3="4327" />
+      <tetrahedron index="18521" v0="3015" v1="4267" v2="4327" v3="4630" />
+      <tetrahedron index="18522" v0="2652" v1="2653" v2="3015" v3="4267" />
+      <tetrahedron index="18523" v0="2653" v1="3015" v2="4267" v3="4268" />
+      <tetrahedron index="18524" v0="3015" v1="4267" v2="4268" v3="4630" />
+      <tetrahedron index="18525" v0="2754" v1="3009" v2="3178" v3="4369" />
+      <tetrahedron index="18526" v0="3009" v1="3178" v2="4369" v3="4624" />
+      <tetrahedron index="18527" v0="3178" v1="4369" v2="4624" v3="4793" />
+      <tetrahedron index="18528" v0="1813" v1="2754" v2="3178" v3="3428" />
+      <tetrahedron index="18529" v0="2754" v1="3178" v2="3428" v3="4369" />
+      <tetrahedron index="18530" v0="3178" v1="3428" v2="4369" v3="4793" />
+      <tetrahedron index="18531" v0="2740" v1="2793" v2="3163" v3="4355" />
+      <tetrahedron index="18532" v0="2793" v1="3163" v2="4355" v3="4408" />
+      <tetrahedron index="18533" v0="3163" v1="4355" v2="4408" v3="4778" />
+      <tetrahedron index="18534" v0="2633" v1="2740" v2="3163" v3="4248" />
+      <tetrahedron index="18535" v0="2740" v1="3163" v2="4248" v3="4355" />
+      <tetrahedron index="18536" v0="3163" v1="4248" v2="4355" v3="4778" />
+      <tetrahedron index="18537" v0="2726" v1="2856" v2="3164" v3="4341" />
+      <tetrahedron index="18538" v0="2856" v1="3164" v2="4341" v3="4471" />
+      <tetrahedron index="18539" v0="3164" v1="4341" v2="4471" v3="4779" />
+      <tetrahedron index="18540" v0="2856" v1="2857" v2="3164" v3="4471" />
+      <tetrahedron index="18541" v0="2857" v1="3164" v2="4471" v3="4472" />
+      <tetrahedron index="18542" v0="3164" v1="4471" v2="4472" v3="4779" />
+      <tetrahedron index="18543" v0="2002" v1="2186" v2="2984" v3="3617" />
+      <tetrahedron index="18544" v0="2186" v1="2984" v2="3617" v3="3801" />
+      <tetrahedron index="18545" v0="2984" v1="3617" v2="3801" v3="4599" />
+      <tetrahedron index="18546" v0="2427" v1="3223" v2="3224" v3="4042" />
+      <tetrahedron index="18547" v0="3223" v1="3224" v2="4042" v3="4838" />
+      <tetrahedron index="18548" v0="3224" v1="4042" v2="4838" v3="4839" />
+      <tetrahedron index="18549" v0="3222" v1="3223" v2="3224" v3="4837" />
+      <tetrahedron index="18550" v0="3223" v1="3224" v2="4837" v3="4838" />
+      <tetrahedron index="18551" v0="3224" v1="4837" v2="4838" v3="4839" />
+      <tetrahedron index="18552" v0="2293" v1="3143" v2="3225" v3="3908" />
+      <tetrahedron index="18553" v0="3143" v1="3225" v2="3908" v3="4758" />
+      <tetrahedron index="18554" v0="3225" v1="3908" v2="4758" v3="4840" />
+      <tetrahedron index="18555" v0="2310" v1="3143" v2="3225" v3="3925" />
+      <tetrahedron index="18556" v0="3143" v1="3225" v2="3925" v3="4758" />
+      <tetrahedron index="18557" v0="3225" v1="3925" v2="4758" v3="4840" />
+      <tetrahedron index="18558" v0="2891" v1="3089" v2="3111" v3="4506" />
+      <tetrahedron index="18559" v0="3089" v1="3111" v2="4506" v3="4704" />
+      <tetrahedron index="18560" v0="3111" v1="4506" v2="4704" v3="4726" />
+      <tetrahedron index="18561" v0="2658" v1="2891" v2="3089" v3="4273" />
+      <tetrahedron index="18562" v0="2891" v1="3089" v2="4273" v3="4506" />
+      <tetrahedron index="18563" v0="3089" v1="4273" v2="4506" v3="4704" />
+      <tetrahedron index="18564" v0="2972" v1="3099" v2="3223" v3="4587" />
+      <tetrahedron index="18565" v0="3099" v1="3223" v2="4587" v3="4714" />
+      <tetrahedron index="18566" v0="3223" v1="4587" v2="4714" v3="4838" />
+      <tetrahedron index="18567" v0="2418" v1="2972" v2="3223" v3="4033" />
+      <tetrahedron index="18568" v0="2972" v1="3223" v2="4033" v3="4587" />
+      <tetrahedron index="18569" v0="3223" v1="4033" v2="4587" v3="4838" />
+      <tetrahedron index="18570" v0="2022" v1="2023" v2="3167" v3="3637" />
+      <tetrahedron index="18571" v0="2023" v1="3167" v2="3637" v3="3638" />
+      <tetrahedron index="18572" v0="3167" v1="3637" v2="3638" v3="4782" />
+      <tetrahedron index="18573" v0="2497" v1="2954" v2="3049" v3="4112" />
+      <tetrahedron index="18574" v0="2954" v1="3049" v2="4112" v3="4569" />
+      <tetrahedron index="18575" v0="3049" v1="4112" v2="4569" v3="4664" />
+      <tetrahedron index="18576" v0="2496" v1="2497" v2="3049" v3="4111" />
+      <tetrahedron index="18577" v0="2497" v1="3049" v2="4111" v3="4112" />
+      <tetrahedron index="18578" v0="3049" v1="4111" v2="4112" v3="4664" />
+      <tetrahedron index="18579" v0="2179" v1="2399" v2="3128" v3="3794" />
+      <tetrahedron index="18580" v0="2399" v1="3128" v2="3794" v3="4014" />
+      <tetrahedron index="18581" v0="3128" v1="3794" v2="4014" v3="4743" />
+      <tetrahedron index="18582" v0="1961" v1="2179" v2="3128" v3="3576" />
+      <tetrahedron index="18583" v0="2179" v1="3128" v2="3576" v3="3794" />
+      <tetrahedron index="18584" v0="3128" v1="3576" v2="3794" v3="4743" />
+      <tetrahedron index="18585" v0="2770" v1="2918" v2="2998" v3="4385" />
+      <tetrahedron index="18586" v0="2918" v1="2998" v2="4385" v3="4533" />
+      <tetrahedron index="18587" v0="2998" v1="4385" v2="4533" v3="4613" />
+      <tetrahedron index="18588" v0="2769" v1="2770" v2="2998" v3="4384" />
+      <tetrahedron index="18589" v0="2770" v1="2998" v2="4384" v3="4385" />
+      <tetrahedron index="18590" v0="2998" v1="4384" v2="4385" v3="4613" />
+      <tetrahedron index="18591" v0="2006" v1="2378" v2="2969" v3="3621" />
+      <tetrahedron index="18592" v0="2378" v1="2969" v2="3621" v3="3993" />
+      <tetrahedron index="18593" v0="2969" v1="3621" v2="3993" v3="4584" />
+      <tetrahedron index="18594" v0="2322" v1="2378" v2="2969" v3="3937" />
+      <tetrahedron index="18595" v0="2378" v1="2969" v2="3937" v3="3993" />
+      <tetrahedron index="18596" v0="2969" v1="3937" v2="3993" v3="4584" />
+      <tetrahedron index="18597" v0="2882" v1="2921" v2="3227" v3="4497" />
+      <tetrahedron index="18598" v0="2921" v1="3227" v2="4497" v3="4536" />
+      <tetrahedron index="18599" v0="3227" v1="4497" v2="4536" v3="4842" />
+      <tetrahedron index="18600" v0="2881" v1="2921" v2="3227" v3="4496" />
+      <tetrahedron index="18601" v0="2921" v1="3227" v2="4496" v3="4536" />
+      <tetrahedron index="18602" v0="3227" v1="4496" v2="4536" v3="4842" />
+      <tetrahedron index="18603" v0="2877" v1="2917" v2="3103" v3="4492" />
+      <tetrahedron index="18604" v0="2917" v1="3103" v2="4492" v3="4532" />
+      <tetrahedron index="18605" v0="3103" v1="4492" v2="4532" v3="4718" />
+      <tetrahedron index="18606" v0="2877" v1="3102" v2="3103" v3="4492" />
+      <tetrahedron index="18607" v0="3102" v1="3103" v2="4492" v3="4717" />
+      <tetrahedron index="18608" v0="3103" v1="4492" v2="4717" v3="4718" />
+      <tetrahedron index="18609" v0="2535" v1="2808" v2="3088" v3="4150" />
+      <tetrahedron index="18610" v0="2808" v1="3088" v2="4150" v3="4423" />
+      <tetrahedron index="18611" v0="3088" v1="4150" v2="4423" v3="4703" />
+      <tetrahedron index="18612" v0="2535" v1="2942" v2="3088" v3="4150" />
+      <tetrahedron index="18613" v0="2942" v1="3088" v2="4150" v3="4557" />
+      <tetrahedron index="18614" v0="3088" v1="4150" v2="4557" v3="4703" />
+      <tetrahedron index="18615" v0="2760" v1="3106" v2="3118" v3="4375" />
+      <tetrahedron index="18616" v0="3106" v1="3118" v2="4375" v3="4721" />
+      <tetrahedron index="18617" v0="3118" v1="4375" v2="4721" v3="4733" />
+      <tetrahedron index="18618" v0="1851" v1="2760" v2="3118" v3="3466" />
+      <tetrahedron index="18619" v0="2760" v1="3118" v2="3466" v3="4375" />
+      <tetrahedron index="18620" v0="3118" v1="3466" v2="4375" v3="4733" />
+      <tetrahedron index="18621" v0="1929" v1="2962" v2="3086" v3="3544" />
+      <tetrahedron index="18622" v0="2962" v1="3086" v2="3544" v3="4577" />
+      <tetrahedron index="18623" v0="3086" v1="3544" v2="4577" v3="4701" />
+      <tetrahedron index="18624" v0="1620" v1="1929" v2="3086" v3="3235" />
+      <tetrahedron index="18625" v0="1929" v1="3086" v2="3235" v3="3544" />
+      <tetrahedron index="18626" v0="3086" v1="3235" v2="3544" v3="4701" />
+      <tetrahedron index="18627" v0="3125" v1="3126" v2="3211" v3="4740" />
+      <tetrahedron index="18628" v0="3126" v1="3211" v2="4740" v3="4741" />
+      <tetrahedron index="18629" v0="3211" v1="4740" v2="4741" v3="4826" />
+      <tetrahedron index="18630" v0="2023" v1="3135" v2="3167" v3="3638" />
+      <tetrahedron index="18631" v0="3135" v1="3167" v2="3638" v3="4750" />
+      <tetrahedron index="18632" v0="3167" v1="3638" v2="4750" v3="4782" />
+      <tetrahedron index="18633" v0="3135" v1="3141" v2="3167" v3="4750" />
+      <tetrahedron index="18634" v0="3141" v1="3167" v2="4750" v3="4756" />
+      <tetrahedron index="18635" v0="3167" v1="4750" v2="4756" v3="4782" />
+      <tetrahedron index="18636" v0="2077" v1="2581" v2="3121" v3="3692" />
+      <tetrahedron index="18637" v0="2581" v1="3121" v2="3692" v3="4196" />
+      <tetrahedron index="18638" v0="3121" v1="3692" v2="4196" v3="4736" />
+      <tetrahedron index="18639" v0="2077" v1="2098" v2="3121" v3="3692" />
+      <tetrahedron index="18640" v0="2098" v1="3121" v2="3692" v3="3713" />
+      <tetrahedron index="18641" v0="3121" v1="3692" v2="3713" v3="4736" />
+      <tetrahedron index="18642" v0="2831" v1="2835" v2="3162" v3="4446" />
+      <tetrahedron index="18643" v0="2835" v1="3162" v2="4446" v3="4450" />
+      <tetrahedron index="18644" v0="3162" v1="4446" v2="4450" v3="4777" />
+      <tetrahedron index="18645" v0="2491" v1="2835" v2="3162" v3="4106" />
+      <tetrahedron index="18646" v0="2835" v1="3162" v2="4106" v3="4450" />
+      <tetrahedron index="18647" v0="3162" v1="4106" v2="4450" v3="4777" />
+      <tetrahedron index="18648" v0="2165" v1="2970" v2="3160" v3="3780" />
+      <tetrahedron index="18649" v0="2970" v1="3160" v2="3780" v3="4585" />
+      <tetrahedron index="18650" v0="3160" v1="3780" v2="4585" v3="4775" />
+      <tetrahedron index="18651" v0="2363" v1="2970" v2="3160" v3="3978" />
+      <tetrahedron index="18652" v0="2970" v1="3160" v2="3978" v3="4585" />
+      <tetrahedron index="18653" v0="3160" v1="3978" v2="4585" v3="4775" />
+      <tetrahedron index="18654" v0="2497" v1="3033" v2="3168" v3="4112" />
+      <tetrahedron index="18655" v0="3033" v1="3168" v2="4112" v3="4648" />
+      <tetrahedron index="18656" v0="3168" v1="4112" v2="4648" v3="4783" />
+      <tetrahedron index="18657" v0="2266" v1="3033" v2="3168" v3="3881" />
+      <tetrahedron index="18658" v0="3033" v1="3168" v2="3881" v3="4648" />
+      <tetrahedron index="18659" v0="3168" v1="3881" v2="4648" v3="4783" />
+      <tetrahedron index="18660" v0="2502" v1="3116" v2="3217" v3="4117" />
+      <tetrahedron index="18661" v0="3116" v1="3217" v2="4117" v3="4731" />
+      <tetrahedron index="18662" v0="3217" v1="4117" v2="4731" v3="4832" />
+      <tetrahedron index="18663" v0="2073" v1="3116" v2="3217" v3="3688" />
+      <tetrahedron index="18664" v0="3116" v1="3217" v2="3688" v3="4731" />
+      <tetrahedron index="18665" v0="3217" v1="3688" v2="4731" v3="4832" />
+      <tetrahedron index="18666" v0="3131" v1="3222" v2="3229" v3="4746" />
+      <tetrahedron index="18667" v0="3222" v1="3229" v2="4746" v3="4837" />
+      <tetrahedron index="18668" v0="3229" v1="4746" v2="4837" v3="4844" />
+      <tetrahedron index="18669" v0="3129" v1="3131" v2="3222" v3="4744" />
+      <tetrahedron index="18670" v0="3131" v1="3222" v2="4744" v3="4746" />
+      <tetrahedron index="18671" v0="3222" v1="4744" v2="4746" v3="4837" />
+      <tetrahedron index="18672" v0="1805" v1="3149" v2="3166" v3="3420" />
+      <tetrahedron index="18673" v0="3149" v1="3166" v2="3420" v3="4764" />
+      <tetrahedron index="18674" v0="3166" v1="3420" v2="4764" v3="4781" />
+      <tetrahedron index="18675" v0="2420" v1="3149" v2="3166" v3="4035" />
+      <tetrahedron index="18676" v0="3149" v1="3166" v2="4035" v3="4764" />
+      <tetrahedron index="18677" v0="3166" v1="4035" v2="4764" v3="4781" />
+      <tetrahedron index="18678" v0="1903" v1="3162" v2="3202" v3="3518" />
+      <tetrahedron index="18679" v0="3162" v1="3202" v2="3518" v3="4777" />
+      <tetrahedron index="18680" v0="3202" v1="3518" v2="4777" v3="4817" />
+      <tetrahedron index="18681" v0="1903" v1="2491" v2="3162" v3="3518" />
+      <tetrahedron index="18682" v0="2491" v1="3162" v2="3518" v3="4106" />
+      <tetrahedron index="18683" v0="3162" v1="3518" v2="4106" v3="4777" />
+      <tetrahedron index="18684" v0="1709" v1="1711" v2="2325" v3="3324" />
+      <tetrahedron index="18685" v0="1711" v1="2325" v2="3324" v3="3326" />
+      <tetrahedron index="18686" v0="2325" v1="3324" v2="3326" v3="3940" />
+      <tetrahedron index="18687" v0="1709" v1="2325" v2="2517" v3="3324" />
+      <tetrahedron index="18688" v0="2325" v1="2517" v2="3324" v3="3940" />
+      <tetrahedron index="18689" v0="2517" v1="3324" v2="3940" v3="4132" />
+      <tetrahedron index="18690" v0="2180" v1="3181" v2="3195" v3="3795" />
+      <tetrahedron index="18691" v0="3181" v1="3195" v2="3795" v3="4796" />
+      <tetrahedron index="18692" v0="3195" v1="3795" v2="4796" v3="4810" />
+      <tetrahedron index="18693" v0="2517" v1="3181" v2="3195" v3="4132" />
+      <tetrahedron index="18694" v0="3181" v1="3195" v2="4132" v3="4796" />
+      <tetrahedron index="18695" v0="3195" v1="4132" v2="4796" v3="4810" />
+      <tetrahedron index="18696" v0="2751" v1="2926" v2="3019" v3="4366" />
+      <tetrahedron index="18697" v0="2926" v1="3019" v2="4366" v3="4541" />
+      <tetrahedron index="18698" v0="3019" v1="4366" v2="4541" v3="4634" />
+      <tetrahedron index="18699" v0="2405" v1="2751" v2="3019" v3="4020" />
+      <tetrahedron index="18700" v0="2751" v1="3019" v2="4020" v3="4366" />
+      <tetrahedron index="18701" v0="3019" v1="4020" v2="4366" v3="4634" />
+      <tetrahedron index="18702" v0="2549" v1="3048" v2="3062" v3="4164" />
+      <tetrahedron index="18703" v0="3048" v1="3062" v2="4164" v3="4663" />
+      <tetrahedron index="18704" v0="3062" v1="4164" v2="4663" v3="4677" />
+      <tetrahedron index="18705" v0="2549" v1="2786" v2="3062" v3="4164" />
+      <tetrahedron index="18706" v0="2786" v1="3062" v2="4164" v3="4401" />
+      <tetrahedron index="18707" v0="3062" v1="4164" v2="4401" v3="4677" />
+      <tetrahedron index="18708" v0="2059" v1="2978" v2="3113" v3="3674" />
+      <tetrahedron index="18709" v0="2978" v1="3113" v2="3674" v3="4593" />
+      <tetrahedron index="18710" v0="3113" v1="3674" v2="4593" v3="4728" />
+      <tetrahedron index="18711" v0="1683" v1="2059" v2="2978" v3="3298" />
+      <tetrahedron index="18712" v0="2059" v1="2978" v2="3298" v3="3674" />
+      <tetrahedron index="18713" v0="2978" v1="3298" v2="3674" v3="4593" />
+      <tetrahedron index="18714" v0="2529" v1="2542" v2="3144" v3="4144" />
+      <tetrahedron index="18715" v0="2542" v1="3144" v2="4144" v3="4157" />
+      <tetrahedron index="18716" v0="3144" v1="4144" v2="4157" v3="4759" />
+      <tetrahedron index="18717" v0="2529" v1="2747" v2="3144" v3="4144" />
+      <tetrahedron index="18718" v0="2747" v1="3144" v2="4144" v3="4362" />
+      <tetrahedron index="18719" v0="3144" v1="4144" v2="4362" v3="4759" />
+      <tetrahedron index="18720" v0="2570" v1="2835" v2="3158" v3="4185" />
+      <tetrahedron index="18721" v0="2835" v1="3158" v2="4185" v3="4450" />
+      <tetrahedron index="18722" v0="3158" v1="4185" v2="4450" v3="4773" />
+      <tetrahedron index="18723" v0="2835" v1="2840" v2="3158" v3="4450" />
+      <tetrahedron index="18724" v0="2840" v1="3158" v2="4450" v3="4455" />
+      <tetrahedron index="18725" v0="3158" v1="4450" v2="4455" v3="4773" />
+      <tetrahedron index="18726" v0="2576" v1="3022" v2="3048" v3="4191" />
+      <tetrahedron index="18727" v0="3022" v1="3048" v2="4191" v3="4637" />
+      <tetrahedron index="18728" v0="3048" v1="4191" v2="4637" v3="4663" />
+      <tetrahedron index="18729" v0="2160" v1="2576" v2="3022" v3="3775" />
+      <tetrahedron index="18730" v0="2576" v1="3022" v2="3775" v3="4191" />
+      <tetrahedron index="18731" v0="3022" v1="3775" v2="4191" v3="4637" />
+      <tetrahedron index="18732" v0="2910" v1="2989" v2="3218" v3="4525" />
+      <tetrahedron index="18733" v0="2989" v1="3218" v2="4525" v3="4604" />
+      <tetrahedron index="18734" v0="3218" v1="4525" v2="4604" v3="4833" />
+      <tetrahedron index="18735" v0="2879" v1="2910" v2="3218" v3="4494" />
+      <tetrahedron index="18736" v0="2910" v1="3218" v2="4494" v3="4525" />
+      <tetrahedron index="18737" v0="3218" v1="4494" v2="4525" v3="4833" />
+      <tetrahedron index="18738" v0="1887" v1="2199" v2="2353" v3="3502" />
+      <tetrahedron index="18739" v0="2199" v1="2353" v2="3502" v3="3814" />
+      <tetrahedron index="18740" v0="2353" v1="3502" v2="3814" v3="3968" />
+      <tetrahedron index="18741" v0="1887" v1="2199" v2="3066" v3="3502" />
+      <tetrahedron index="18742" v0="2199" v1="3066" v2="3502" v3="3814" />
+      <tetrahedron index="18743" v0="3066" v1="3502" v2="3814" v3="4681" />
+      <tetrahedron index="18744" v0="1703" v1="1705" v2="3180" v3="3318" />
+      <tetrahedron index="18745" v0="1705" v1="3180" v2="3318" v3="3320" />
+      <tetrahedron index="18746" v0="3180" v1="3318" v2="3320" v3="4795" />
+      <tetrahedron index="18747" v0="1705" v1="2470" v2="3180" v3="3320" />
+      <tetrahedron index="18748" v0="2470" v1="3180" v2="3320" v3="4085" />
+      <tetrahedron index="18749" v0="3180" v1="3320" v2="4085" v3="4795" />
+      <tetrahedron index="18750" v0="1704" v1="2619" v2="3104" v3="3319" />
+      <tetrahedron index="18751" v0="2619" v1="3104" v2="3319" v3="4234" />
+      <tetrahedron index="18752" v0="3104" v1="3319" v2="4234" v3="4719" />
+      <tetrahedron index="18753" v0="1704" v1="1705" v2="2619" v3="3319" />
+      <tetrahedron index="18754" v0="1705" v1="2619" v2="3319" v3="3320" />
+      <tetrahedron index="18755" v0="2619" v1="3319" v2="3320" v3="4234" />
+      <tetrahedron index="18756" v0="1644" v1="2358" v2="2864" v3="3259" />
+      <tetrahedron index="18757" v0="2358" v1="2864" v2="3259" v3="3973" />
+      <tetrahedron index="18758" v0="2864" v1="3259" v2="3973" v3="4479" />
+      <tetrahedron index="18759" v0="2358" v1="2863" v2="2864" v3="3973" />
+      <tetrahedron index="18760" v0="2863" v1="2864" v2="3973" v3="4478" />
+      <tetrahedron index="18761" v0="2864" v1="3973" v2="4478" v3="4479" />
+      <tetrahedron index="18762" v0="2298" v1="2299" v2="2328" v3="3913" />
+      <tetrahedron index="18763" v0="2299" v1="2328" v2="3913" v3="3914" />
+      <tetrahedron index="18764" v0="2328" v1="3913" v2="3914" v3="3943" />
+      <tetrahedron index="18765" v0="2299" v1="2328" v2="2371" v3="3914" />
+      <tetrahedron index="18766" v0="2328" v1="2371" v2="3914" v3="3943" />
+      <tetrahedron index="18767" v0="2371" v1="3914" v2="3943" v3="3986" />
+      <tetrahedron index="18768" v0="2297" v1="3060" v2="3143" v3="3912" />
+      <tetrahedron index="18769" v0="3060" v1="3143" v2="3912" v3="4675" />
+      <tetrahedron index="18770" v0="3143" v1="3912" v2="4675" v3="4758" />
+      <tetrahedron index="18771" v0="2079" v1="2297" v2="3143" v3="3694" />
+      <tetrahedron index="18772" v0="2297" v1="3143" v2="3694" v3="3912" />
+      <tetrahedron index="18773" v0="3143" v1="3694" v2="3912" v3="4758" />
+      <tetrahedron index="18774" v0="1995" v1="2347" v2="3061" v3="3610" />
+      <tetrahedron index="18775" v0="2347" v1="3061" v2="3610" v3="3962" />
+      <tetrahedron index="18776" v0="3061" v1="3610" v2="3962" v3="4676" />
+      <tetrahedron index="18777" v0="1995" v1="1996" v2="3061" v3="3610" />
+      <tetrahedron index="18778" v0="1996" v1="3061" v2="3610" v3="3611" />
+      <tetrahedron index="18779" v0="3061" v1="3610" v2="3611" v3="4676" />
+      <tetrahedron index="18780" v0="1947" v1="2261" v2="2911" v3="3562" />
+      <tetrahedron index="18781" v0="2261" v1="2911" v2="3562" v3="3876" />
+      <tetrahedron index="18782" v0="2911" v1="3562" v2="3876" v3="4526" />
+      <tetrahedron index="18783" v0="2261" v1="2911" v2="3077" v3="3876" />
+      <tetrahedron index="18784" v0="2911" v1="3077" v2="3876" v3="4526" />
+      <tetrahedron index="18785" v0="3077" v1="3876" v2="4526" v3="4692" />
+      <tetrahedron index="18786" v0="2470" v1="3175" v2="3180" v3="4085" />
+      <tetrahedron index="18787" v0="3175" v1="3180" v2="4085" v3="4790" />
+      <tetrahedron index="18788" v0="3180" v1="4085" v2="4790" v3="4795" />
+      <tetrahedron index="18789" v0="2489" v1="3175" v2="3180" v3="4104" />
+      <tetrahedron index="18790" v0="3175" v1="3180" v2="4104" v3="4790" />
+      <tetrahedron index="18791" v0="3180" v1="4104" v2="4790" v3="4795" />
+      <tetrahedron index="18792" v0="2430" v1="2505" v2="3146" v3="4045" />
+      <tetrahedron index="18793" v0="2505" v1="3146" v2="4045" v3="4120" />
+      <tetrahedron index="18794" v0="3146" v1="4045" v2="4120" v3="4761" />
+      <tetrahedron index="18795" v0="2505" v1="2556" v2="3146" v3="4120" />
+      <tetrahedron index="18796" v0="2556" v1="3146" v2="4120" v3="4171" />
+      <tetrahedron index="18797" v0="3146" v1="4120" v2="4171" v3="4761" />
+      <tetrahedron index="18798" v0="1803" v1="2506" v2="3061" v3="3418" />
+      <tetrahedron index="18799" v0="2506" v1="3061" v2="3418" v3="4121" />
+      <tetrahedron index="18800" v0="3061" v1="3418" v2="4121" v3="4676" />
+      <tetrahedron index="18801" v0="2506" v1="2598" v2="3061" v3="4121" />
+      <tetrahedron index="18802" v0="2598" v1="3061" v2="4121" v3="4213" />
+      <tetrahedron index="18803" v0="3061" v1="4121" v2="4213" v3="4676" />
+      <tetrahedron index="18804" v0="2526" v1="2915" v2="3183" v3="4141" />
+      <tetrahedron index="18805" v0="2915" v1="3183" v2="4141" v3="4530" />
+      <tetrahedron index="18806" v0="3183" v1="4141" v2="4530" v3="4798" />
+      <tetrahedron index="18807" v0="2189" v1="2526" v2="2915" v3="3804" />
+      <tetrahedron index="18808" v0="2526" v1="2915" v2="3804" v3="4141" />
+      <tetrahedron index="18809" v0="2915" v1="3804" v2="4141" v3="4530" />
+      <tetrahedron index="18810" v0="2279" v1="2582" v2="3029" v3="3894" />
+      <tetrahedron index="18811" v0="2582" v1="3029" v2="3894" v3="4197" />
+      <tetrahedron index="18812" v0="3029" v1="3894" v2="4197" v3="4644" />
+      <tetrahedron index="18813" v0="2324" v1="2582" v2="3029" v3="3939" />
+      <tetrahedron index="18814" v0="2582" v1="3029" v2="3939" v3="4197" />
+      <tetrahedron index="18815" v0="3029" v1="3939" v2="4197" v3="4644" />
+      <tetrahedron index="18816" v0="1971" v1="2415" v2="3204" v3="3586" />
+      <tetrahedron index="18817" v0="2415" v1="3204" v2="3586" v3="4030" />
+      <tetrahedron index="18818" v0="3204" v1="3586" v2="4030" v3="4819" />
+      <tetrahedron index="18819" v0="1971" v1="3000" v2="3204" v3="3586" />
+      <tetrahedron index="18820" v0="3000" v1="3204" v2="3586" v3="4615" />
+      <tetrahedron index="18821" v0="3204" v1="3586" v2="4615" v3="4819" />
+      <tetrahedron index="18822" v0="2803" v1="2811" v2="2915" v3="4418" />
+      <tetrahedron index="18823" v0="2811" v1="2915" v2="4418" v3="4426" />
+      <tetrahedron index="18824" v0="2915" v1="4418" v2="4426" v3="4530" />
+      <tetrahedron index="18825" v0="2811" v1="2859" v2="2915" v3="4426" />
+      <tetrahedron index="18826" v0="2859" v1="2915" v2="4426" v3="4474" />
+      <tetrahedron index="18827" v0="2915" v1="4426" v2="4474" v3="4530" />
+      <tetrahedron index="18828" v0="1948" v1="2487" v2="2615" v3="3563" />
+      <tetrahedron index="18829" v0="2487" v1="2615" v2="3563" v3="4102" />
+      <tetrahedron index="18830" v0="2615" v1="3563" v2="4102" v3="4230" />
+      <tetrahedron index="18831" v0="1948" v1="1995" v2="2487" v3="3563" />
+      <tetrahedron index="18832" v0="1995" v1="2487" v2="3563" v3="3610" />
+      <tetrahedron index="18833" v0="2487" v1="3563" v2="3610" v3="4102" />
+      <tetrahedron index="18834" v0="2124" v1="2180" v2="2582" v3="3739" />
+      <tetrahedron index="18835" v0="2180" v1="2582" v2="3739" v3="3795" />
+      <tetrahedron index="18836" v0="2582" v1="3739" v2="3795" v3="4197" />
+      <tetrahedron index="18837" v0="2124" v1="2134" v2="2180" v3="3739" />
+      <tetrahedron index="18838" v0="2134" v1="2180" v2="3739" v3="3749" />
+      <tetrahedron index="18839" v0="2180" v1="3739" v2="3749" v3="3795" />
+      <tetrahedron index="18840" v0="3079" v1="3117" v2="3190" v3="4694" />
+      <tetrahedron index="18841" v0="3117" v1="3190" v2="4694" v3="4732" />
+      <tetrahedron index="18842" v0="3190" v1="4694" v2="4732" v3="4805" />
+      <tetrahedron index="18843" v0="2739" v1="3079" v2="3190" v3="4354" />
+      <tetrahedron index="18844" v0="3079" v1="3190" v2="4354" v3="4694" />
+      <tetrahedron index="18845" v0="3190" v1="4354" v2="4694" v3="4805" />
+      <tetrahedron index="18846" v0="2526" v1="2639" v2="3183" v3="4141" />
+      <tetrahedron index="18847" v0="2639" v1="3183" v2="4141" v3="4254" />
+      <tetrahedron index="18848" v0="3183" v1="4141" v2="4254" v3="4798" />
+      <tetrahedron index="18849" v0="2639" v1="2807" v2="3183" v3="4254" />
+      <tetrahedron index="18850" v0="2807" v1="3183" v2="4254" v3="4422" />
+      <tetrahedron index="18851" v0="3183" v1="4254" v2="4422" v3="4798" />
+      <tetrahedron index="18852" v0="2533" v1="2800" v2="3192" v3="4148" />
+      <tetrahedron index="18853" v0="2800" v1="3192" v2="4148" v3="4415" />
+      <tetrahedron index="18854" v0="3192" v1="4148" v2="4415" v3="4807" />
+      <tetrahedron index="18855" v0="2533" v1="2735" v2="3192" v3="4148" />
+      <tetrahedron index="18856" v0="2735" v1="3192" v2="4148" v3="4350" />
+      <tetrahedron index="18857" v0="3192" v1="4148" v2="4350" v3="4807" />
+      <tetrahedron index="18858" v0="2479" v1="2608" v2="3194" v3="4094" />
+      <tetrahedron index="18859" v0="2608" v1="3194" v2="4094" v3="4223" />
+      <tetrahedron index="18860" v0="3194" v1="4094" v2="4223" v3="4809" />
+      <tetrahedron index="18861" v0="2479" v1="2930" v2="3194" v3="4094" />
+      <tetrahedron index="18862" v0="2930" v1="3194" v2="4094" v3="4545" />
+      <tetrahedron index="18863" v0="3194" v1="4094" v2="4545" v3="4809" />
+      <tetrahedron index="18864" v0="2023" v1="2024" v2="2115" v3="3638" />
+      <tetrahedron index="18865" v0="2024" v1="2115" v2="3638" v3="3639" />
+      <tetrahedron index="18866" v0="2115" v1="3638" v2="3639" v3="3730" />
+      <tetrahedron index="18867" v0="2023" v1="2115" v2="2116" v3="3638" />
+      <tetrahedron index="18868" v0="2115" v1="2116" v2="3638" v3="3730" />
+      <tetrahedron index="18869" v0="2116" v1="3638" v2="3730" v3="3731" />
+      <tetrahedron index="18870" v0="2606" v1="3021" v2="3114" v3="4221" />
+      <tetrahedron index="18871" v0="3021" v1="3114" v2="4221" v3="4636" />
+      <tetrahedron index="18872" v0="3114" v1="4221" v2="4636" v3="4729" />
+      <tetrahedron index="18873" v0="2436" v1="2606" v2="3114" v3="4051" />
+      <tetrahedron index="18874" v0="2606" v1="3114" v2="4051" v3="4221" />
+      <tetrahedron index="18875" v0="3114" v1="4051" v2="4221" v3="4729" />
+      <tetrahedron index="18876" v0="2728" v1="2799" v2="2861" v3="4343" />
+      <tetrahedron index="18877" v0="2799" v1="2861" v2="4343" v3="4414" />
+      <tetrahedron index="18878" v0="2861" v1="4343" v2="4414" v3="4476" />
+      <tetrahedron index="18879" v0="1681" v1="2728" v2="2861" v3="3296" />
+      <tetrahedron index="18880" v0="2728" v1="2861" v2="3296" v3="4343" />
+      <tetrahedron index="18881" v0="2861" v1="3296" v2="4343" v3="4476" />
+      <tetrahedron index="18882" v0="1871" v1="2466" v2="2899" v3="3486" />
+      <tetrahedron index="18883" v0="2466" v1="2899" v2="3486" v3="4081" />
+      <tetrahedron index="18884" v0="2899" v1="3486" v2="4081" v3="4514" />
+      <tetrahedron index="18885" v0="1871" v1="2899" v2="3140" v3="3486" />
+      <tetrahedron index="18886" v0="2899" v1="3140" v2="3486" v3="4514" />
+      <tetrahedron index="18887" v0="3140" v1="3486" v2="4514" v3="4755" />
+      <tetrahedron index="18888" v0="2462" v1="2920" v2="3154" v3="4077" />
+      <tetrahedron index="18889" v0="2920" v1="3154" v2="4077" v3="4535" />
+      <tetrahedron index="18890" v0="3154" v1="4077" v2="4535" v3="4769" />
+      <tetrahedron index="18891" v0="2462" v1="2559" v2="3154" v3="4077" />
+      <tetrahedron index="18892" v0="2559" v1="3154" v2="4077" v3="4174" />
+      <tetrahedron index="18893" v0="3154" v1="4077" v2="4174" v3="4769" />
+      <tetrahedron index="18894" v0="1936" v1="2849" v2="3204" v3="3551" />
+      <tetrahedron index="18895" v0="2849" v1="3204" v2="3551" v3="4464" />
+      <tetrahedron index="18896" v0="3204" v1="3551" v2="4464" v3="4819" />
+      <tetrahedron index="18897" v0="1936" v1="2415" v2="3204" v3="3551" />
+      <tetrahedron index="18898" v0="2415" v1="3204" v2="3551" v3="4030" />
+      <tetrahedron index="18899" v0="3204" v1="3551" v2="4030" v3="4819" />
+      <tetrahedron index="18900" v0="1949" v1="1996" v2="2659" v3="3564" />
+      <tetrahedron index="18901" v0="1996" v1="2659" v2="3564" v3="3611" />
+      <tetrahedron index="18902" v0="2659" v1="3564" v2="3611" v3="4274" />
+      <tetrahedron index="18903" v0="1948" v1="1949" v2="1996" v3="3563" />
+      <tetrahedron index="18904" v0="1949" v1="1996" v2="3563" v3="3564" />
+      <tetrahedron index="18905" v0="1996" v1="3563" v2="3564" v3="3611" />
+      <tetrahedron index="18906" v0="2762" v1="2764" v2="3209" v3="4377" />
+      <tetrahedron index="18907" v0="2764" v1="3209" v2="4377" v3="4379" />
+      <tetrahedron index="18908" v0="3209" v1="4377" v2="4379" v3="4824" />
+      <tetrahedron index="18909" v0="2762" v1="3120" v2="3209" v3="4377" />
+      <tetrahedron index="18910" v0="3120" v1="3209" v2="4377" v3="4735" />
+      <tetrahedron index="18911" v0="3209" v1="4377" v2="4735" v3="4824" />
+      <tetrahedron index="18912" v0="2942" v1="2943" v2="3088" v3="4557" />
+      <tetrahedron index="18913" v0="2943" v1="3088" v2="4557" v3="4558" />
+      <tetrahedron index="18914" v0="3088" v1="4557" v2="4558" v3="4703" />
+      <tetrahedron index="18915" v0="2480" v1="2943" v2="3088" v3="4095" />
+      <tetrahedron index="18916" v0="2943" v1="3088" v2="4095" v3="4558" />
+      <tetrahedron index="18917" v0="3088" v1="4095" v2="4558" v3="4703" />
+      <tetrahedron index="18918" v0="3098" v1="3121" v2="3137" v3="4713" />
+      <tetrahedron index="18919" v0="3121" v1="3137" v2="4713" v3="4736" />
+      <tetrahedron index="18920" v0="3137" v1="4713" v2="4736" v3="4752" />
+      <tetrahedron index="18921" v0="3056" v1="3121" v2="3137" v3="4671" />
+      <tetrahedron index="18922" v0="3121" v1="3137" v2="4671" v3="4736" />
+      <tetrahedron index="18923" v0="3137" v1="4671" v2="4736" v3="4752" />
+      <tetrahedron index="18924" v0="2836" v1="2928" v2="2975" v3="4451" />
+      <tetrahedron index="18925" v0="2928" v1="2975" v2="4451" v3="4543" />
+      <tetrahedron index="18926" v0="2975" v1="4451" v2="4543" v3="4590" />
+      <tetrahedron index="18927" v0="2836" v1="2975" v2="3003" v3="4451" />
+      <tetrahedron index="18928" v0="2975" v1="3003" v2="4451" v3="4590" />
+      <tetrahedron index="18929" v0="3003" v1="4451" v2="4590" v3="4618" />
+      <tetrahedron index="18930" v0="1745" v1="2483" v2="2553" v3="3360" />
+      <tetrahedron index="18931" v0="2483" v1="2553" v2="3360" v3="4098" />
+      <tetrahedron index="18932" v0="2553" v1="3360" v2="4098" v3="4168" />
+      <tetrahedron index="18933" v0="1745" v1="2311" v2="2553" v3="3360" />
+      <tetrahedron index="18934" v0="2311" v1="2553" v2="3360" v3="3926" />
+      <tetrahedron index="18935" v0="2553" v1="3360" v2="3926" v3="4168" />
+      <tetrahedron index="18936" v0="2318" v1="2701" v2="2733" v3="3933" />
+      <tetrahedron index="18937" v0="2701" v1="2733" v2="3933" v3="4316" />
+      <tetrahedron index="18938" v0="2733" v1="3933" v2="4316" v3="4348" />
+      <tetrahedron index="18939" v0="2318" v1="2701" v2="2702" v3="3933" />
+      <tetrahedron index="18940" v0="2701" v1="2702" v2="3933" v3="4316" />
+      <tetrahedron index="18941" v0="2702" v1="3933" v2="4316" v3="4317" />
+      <tetrahedron index="18942" v0="2902" v1="2914" v2="2935" v3="4517" />
+      <tetrahedron index="18943" v0="2914" v1="2935" v2="4517" v3="4529" />
+      <tetrahedron index="18944" v0="2935" v1="4517" v2="4529" v3="4550" />
+      <tetrahedron index="18945" v0="2902" v1="2913" v2="2914" v3="4517" />
+      <tetrahedron index="18946" v0="2913" v1="2914" v2="4517" v3="4528" />
+      <tetrahedron index="18947" v0="2914" v1="4517" v2="4528" v3="4529" />
+      <tetrahedron index="18948" v0="2421" v1="3011" v2="3105" v3="4036" />
+      <tetrahedron index="18949" v0="3011" v1="3105" v2="4036" v3="4626" />
+      <tetrahedron index="18950" v0="3105" v1="4036" v2="4626" v3="4720" />
+      <tetrahedron index="18951" v0="2421" v1="2423" v2="3011" v3="4036" />
+      <tetrahedron index="18952" v0="2423" v1="3011" v2="4036" v3="4038" />
+      <tetrahedron index="18953" v0="3011" v1="4036" v2="4038" v3="4626" />
+      <tetrahedron index="18954" v0="2216" v1="2530" v2="3187" v3="3831" />
+      <tetrahedron index="18955" v0="2530" v1="3187" v2="3831" v3="4145" />
+      <tetrahedron index="18956" v0="3187" v1="3831" v2="4145" v3="4802" />
+      <tetrahedron index="18957" v0="2530" v1="2752" v2="3187" v3="4145" />
+      <tetrahedron index="18958" v0="2752" v1="3187" v2="4145" v3="4367" />
+      <tetrahedron index="18959" v0="3187" v1="4145" v2="4367" v3="4802" />
+      <tetrahedron index="18960" v0="1774" v1="2278" v2="2956" v3="3389" />
+      <tetrahedron index="18961" v0="2278" v1="2956" v2="3389" v3="3893" />
+      <tetrahedron index="18962" v0="2956" v1="3389" v2="3893" v3="4571" />
+      <tetrahedron index="18963" v0="1773" v1="1774" v2="2956" v3="3388" />
+      <tetrahedron index="18964" v0="1774" v1="2956" v2="3388" v3="3389" />
+      <tetrahedron index="18965" v0="2956" v1="3388" v2="3389" v3="4571" />
+      <tetrahedron index="18966" v0="1964" v1="2084" v2="3140" v3="3579" />
+      <tetrahedron index="18967" v0="2084" v1="3140" v2="3579" v3="3699" />
+      <tetrahedron index="18968" v0="3140" v1="3579" v2="3699" v3="4755" />
+      <tetrahedron index="18969" v0="1964" v1="1965" v2="2084" v3="3579" />
+      <tetrahedron index="18970" v0="1965" v1="2084" v2="3579" v3="3580" />
+      <tetrahedron index="18971" v0="2084" v1="3579" v2="3580" v3="3699" />
+      <tetrahedron index="18972" v0="2550" v1="2837" v2="2905" v3="4165" />
+      <tetrahedron index="18973" v0="2837" v1="2905" v2="4165" v3="4452" />
+      <tetrahedron index="18974" v0="2905" v1="4165" v2="4452" v3="4520" />
+      <tetrahedron index="18975" v0="2549" v1="2550" v2="2905" v3="4164" />
+      <tetrahedron index="18976" v0="2550" v1="2905" v2="4164" v3="4165" />
+      <tetrahedron index="18977" v0="2905" v1="4164" v2="4165" v3="4520" />
+      <tetrahedron index="18978" v0="1633" v1="1755" v2="1937" v3="3248" />
+      <tetrahedron index="18979" v0="1755" v1="1937" v2="3248" v3="3370" />
+      <tetrahedron index="18980" v0="1937" v1="3248" v2="3370" v3="3552" />
+      <tetrahedron index="18981" v0="1631" v1="1633" v2="1755" v3="3246" />
+      <tetrahedron index="18982" v0="1633" v1="1755" v2="3246" v3="3248" />
+      <tetrahedron index="18983" v0="1755" v1="3246" v2="3248" v3="3370" />
+      <tetrahedron index="18984" v0="2031" v1="2263" v2="2264" v3="3646" />
+      <tetrahedron index="18985" v0="2263" v1="2264" v2="3646" v3="3878" />
+      <tetrahedron index="18986" v0="2264" v1="3646" v2="3878" v3="3879" />
+      <tetrahedron index="18987" v0="2031" v1="2264" v2="3030" v3="3646" />
+      <tetrahedron index="18988" v0="2264" v1="3030" v2="3646" v3="3879" />
+      <tetrahedron index="18989" v0="3030" v1="3646" v2="3879" v3="4645" />
+      <tetrahedron index="18990" v0="1963" v1="2200" v2="2676" v3="3578" />
+      <tetrahedron index="18991" v0="2200" v1="2676" v2="3578" v3="3815" />
+      <tetrahedron index="18992" v0="2676" v1="3578" v2="3815" v3="4291" />
+      <tetrahedron index="18993" v0="1963" v1="2048" v2="2200" v3="3578" />
+      <tetrahedron index="18994" v0="2048" v1="2200" v2="3578" v3="3663" />
+      <tetrahedron index="18995" v0="2200" v1="3578" v2="3663" v3="3815" />
+      <tetrahedron index="18996" v0="2823" v1="2937" v2="3011" v3="4438" />
+      <tetrahedron index="18997" v0="2937" v1="3011" v2="4438" v3="4552" />
+      <tetrahedron index="18998" v0="3011" v1="4438" v2="4552" v3="4626" />
+      <tetrahedron index="18999" v0="2916" v1="2937" v2="3011" v3="4531" />
+      <tetrahedron index="19000" v0="2937" v1="3011" v2="4531" v3="4552" />
+      <tetrahedron index="19001" v0="3011" v1="4531" v2="4552" v3="4626" />
+      <tetrahedron index="19002" v0="1852" v1="2714" v2="2984" v3="3467" />
+      <tetrahedron index="19003" v0="2714" v1="2984" v2="3467" v3="4329" />
+      <tetrahedron index="19004" v0="2984" v1="3467" v2="4329" v3="4599" />
+      <tetrahedron index="19005" v0="1852" v1="2186" v2="2984" v3="3467" />
+      <tetrahedron index="19006" v0="2186" v1="2984" v2="3467" v3="3801" />
+      <tetrahedron index="19007" v0="2984" v1="3467" v2="3801" v3="4599" />
+      <tetrahedron index="19008" v0="1825" v1="2090" v2="2934" v3="3440" />
+      <tetrahedron index="19009" v0="2090" v1="2934" v2="3440" v3="3705" />
+      <tetrahedron index="19010" v0="2934" v1="3440" v2="3705" v3="4549" />
+      <tetrahedron index="19011" v0="2090" v1="2934" v2="3176" v3="3705" />
+      <tetrahedron index="19012" v0="2934" v1="3176" v2="3705" v3="4549" />
+      <tetrahedron index="19013" v0="3176" v1="3705" v2="4549" v3="4791" />
+      <tetrahedron index="19014" v0="1739" v1="2267" v2="2567" v3="3354" />
+      <tetrahedron index="19015" v0="2267" v1="2567" v2="3354" v3="3882" />
+      <tetrahedron index="19016" v0="2567" v1="3354" v2="3882" v3="4182" />
+      <tetrahedron index="19017" v0="2267" v1="2567" v2="3176" v3="3882" />
+      <tetrahedron index="19018" v0="2567" v1="3176" v2="3882" v3="4182" />
+      <tetrahedron index="19019" v0="3176" v1="3882" v2="4182" v3="4791" />
+      <tetrahedron index="19020" v0="1925" v1="2110" v2="3125" v3="3540" />
+      <tetrahedron index="19021" v0="2110" v1="3125" v2="3540" v3="3725" />
+      <tetrahedron index="19022" v0="3125" v1="3540" v2="3725" v3="4740" />
+      <tetrahedron index="19023" v0="1811" v1="1813" v2="2557" v3="3426" />
+      <tetrahedron index="19024" v0="1813" v1="2557" v2="3426" v3="3428" />
+      <tetrahedron index="19025" v0="2557" v1="3426" v2="3428" v3="4172" />
+      <tetrahedron index="19026" v0="1813" v1="2557" v2="2754" v3="3428" />
+      <tetrahedron index="19027" v0="2557" v1="2754" v2="3428" v3="4172" />
+      <tetrahedron index="19028" v0="2754" v1="3428" v2="4172" v3="4369" />
+      <tetrahedron index="19029" v0="1661" v1="1761" v2="2720" v3="3276" />
+      <tetrahedron index="19030" v0="1761" v1="2720" v2="3276" v3="3376" />
+      <tetrahedron index="19031" v0="2720" v1="3276" v2="3376" v3="4335" />
+      <tetrahedron index="19032" v0="1661" v1="2097" v2="2720" v3="3276" />
+      <tetrahedron index="19033" v0="2097" v1="2720" v2="3276" v3="3712" />
+      <tetrahedron index="19034" v0="2720" v1="3276" v2="3712" v3="4335" />
+      <tetrahedron index="19035" v0="1671" v1="2097" v2="2126" v3="3286" />
+      <tetrahedron index="19036" v0="2097" v1="2126" v2="3286" v3="3712" />
+      <tetrahedron index="19037" v0="2126" v1="3286" v2="3712" v3="3741" />
+      <tetrahedron index="19038" v0="2097" v1="2126" v2="2335" v3="3712" />
+      <tetrahedron index="19039" v0="2126" v1="2335" v2="3712" v3="3741" />
+      <tetrahedron index="19040" v0="2335" v1="3712" v2="3741" v3="3950" />
+      <tetrahedron index="19041" v0="1673" v1="2067" v2="2335" v3="3288" />
+      <tetrahedron index="19042" v0="2067" v1="2335" v2="3288" v3="3682" />
+      <tetrahedron index="19043" v0="2335" v1="3288" v2="3682" v3="3950" />
+      <tetrahedron index="19044" v0="1673" v1="2335" v2="2720" v3="3288" />
+      <tetrahedron index="19045" v0="2335" v1="2720" v2="3288" v3="3950" />
+      <tetrahedron index="19046" v0="2720" v1="3288" v2="3950" v3="4335" />
+      <tetrahedron index="19047" v0="2711" v1="3122" v2="3138" v3="4326" />
+      <tetrahedron index="19048" v0="3122" v1="3138" v2="4326" v3="4737" />
+      <tetrahedron index="19049" v0="3138" v1="4326" v2="4737" v3="4753" />
+      <tetrahedron index="19050" v0="3098" v1="3122" v2="3138" v3="4713" />
+      <tetrahedron index="19051" v0="3122" v1="3138" v2="4713" v3="4737" />
+      <tetrahedron index="19052" v0="3138" v1="4713" v2="4737" v3="4753" />
+      <tetrahedron index="19053" v0="2939" v1="3120" v2="3136" v3="4554" />
+      <tetrahedron index="19054" v0="3120" v1="3136" v2="4554" v3="4735" />
+      <tetrahedron index="19055" v0="3136" v1="4554" v2="4735" v3="4751" />
+      <tetrahedron index="19056" v0="2860" v1="3120" v2="3136" v3="4475" />
+      <tetrahedron index="19057" v0="3120" v1="3136" v2="4475" v3="4735" />
+      <tetrahedron index="19058" v0="3136" v1="4475" v2="4735" v3="4751" />
+      <tetrahedron index="19059" v0="2030" v1="3031" v2="3171" v3="3645" />
+      <tetrahedron index="19060" v0="3031" v1="3171" v2="3645" v3="4646" />
+      <tetrahedron index="19061" v0="3171" v1="3645" v2="4646" v3="4786" />
+      <tetrahedron index="19062" v0="1706" v1="3031" v2="3171" v3="3321" />
+      <tetrahedron index="19063" v0="3031" v1="3171" v2="3321" v3="4646" />
+      <tetrahedron index="19064" v0="3171" v1="3321" v2="4646" v3="4786" />
+      <tetrahedron index="19065" v0="2955" v1="3189" v2="3229" v3="4570" />
+      <tetrahedron index="19066" v0="3189" v1="3229" v2="4570" v3="4804" />
+      <tetrahedron index="19067" v0="3229" v1="4570" v2="4804" v3="4844" />
+      <tetrahedron index="19068" v0="3131" v1="3189" v2="3229" v3="4746" />
+      <tetrahedron index="19069" v0="3189" v1="3229" v2="4746" v3="4804" />
+      <tetrahedron index="19070" v0="3229" v1="4746" v2="4804" v3="4844" />
+      <tetrahedron index="19071" v0="2897" v1="3012" v2="3017" v3="4512" />
+      <tetrahedron index="19072" v0="3012" v1="3017" v2="4512" v3="4627" />
+      <tetrahedron index="19073" v0="3017" v1="4512" v2="4627" v3="4632" />
+      <tetrahedron index="19074" v0="2344" v1="2897" v2="3017" v3="3959" />
+      <tetrahedron index="19075" v0="2897" v1="3017" v2="3959" v3="4512" />
+      <tetrahedron index="19076" v0="3017" v1="3959" v2="4512" v3="4632" />
+      <tetrahedron index="19077" v0="2447" v1="2539" v2="3068" v3="4062" />
+      <tetrahedron index="19078" v0="2539" v1="3068" v2="4062" v3="4154" />
+      <tetrahedron index="19079" v0="3068" v1="4062" v2="4154" v3="4683" />
+      <tetrahedron index="19080" v0="2447" v1="3068" v2="3069" v3="4062" />
+      <tetrahedron index="19081" v0="3068" v1="3069" v2="4062" v3="4683" />
+      <tetrahedron index="19082" v0="3069" v1="4062" v2="4683" v3="4684" />
+      <tetrahedron index="19083" v0="1876" v1="1877" v2="3179" v3="3491" />
+      <tetrahedron index="19084" v0="1877" v1="3179" v2="3491" v3="3492" />
+      <tetrahedron index="19085" v0="3179" v1="3491" v2="3492" v3="4794" />
+      <tetrahedron index="19086" v0="1876" v1="3113" v2="3179" v3="3491" />
+      <tetrahedron index="19087" v0="3113" v1="3179" v2="3491" v3="4728" />
+      <tetrahedron index="19088" v0="3179" v1="3491" v2="4728" v3="4794" />
+      <tetrahedron index="19089" v0="1956" v1="2135" v2="2357" v3="3571" />
+      <tetrahedron index="19090" v0="2135" v1="2357" v2="3571" v3="3750" />
+      <tetrahedron index="19091" v0="2357" v1="3571" v2="3750" v3="3972" />
+      <tetrahedron index="19092" v0="1956" v1="2135" v2="3071" v3="3571" />
+      <tetrahedron index="19093" v0="2135" v1="3071" v2="3571" v3="3750" />
+      <tetrahedron index="19094" v0="3071" v1="3571" v2="3750" v3="4686" />
+      <tetrahedron index="19095" v0="2578" v1="2681" v2="3073" v3="4193" />
+      <tetrahedron index="19096" v0="2681" v1="3073" v2="4193" v3="4296" />
+      <tetrahedron index="19097" v0="3073" v1="4193" v2="4296" v3="4688" />
+      <tetrahedron index="19098" v0="2578" v1="2680" v2="2681" v3="4193" />
+      <tetrahedron index="19099" v0="2680" v1="2681" v2="4193" v3="4295" />
+      <tetrahedron index="19100" v0="2681" v1="4193" v2="4295" v3="4296" />
+      <tetrahedron index="19101" v0="2326" v1="3058" v2="3188" v3="3941" />
+      <tetrahedron index="19102" v0="3058" v1="3188" v2="3941" v3="4673" />
+      <tetrahedron index="19103" v0="3188" v1="3941" v2="4673" v3="4803" />
+      <tetrahedron index="19104" v0="2326" v1="3124" v2="3188" v3="3941" />
+      <tetrahedron index="19105" v0="3124" v1="3188" v2="3941" v3="4739" />
+      <tetrahedron index="19106" v0="3188" v1="3941" v2="4739" v3="4803" />
+      <tetrahedron index="19107" v0="3117" v1="3130" v2="3131" v3="4732" />
+      <tetrahedron index="19108" v0="3130" v1="3131" v2="4732" v3="4745" />
+      <tetrahedron index="19109" v0="3131" v1="4732" v2="4745" v3="4746" />
+      <tetrahedron index="19110" v0="2490" v1="2958" v2="2959" v3="4105" />
+      <tetrahedron index="19111" v0="2958" v1="2959" v2="4105" v3="4573" />
+      <tetrahedron index="19112" v0="2959" v1="4105" v2="4573" v3="4574" />
+      <tetrahedron index="19113" v0="2490" v1="2958" v2="3003" v3="4105" />
+      <tetrahedron index="19114" v0="2958" v1="3003" v2="4105" v3="4573" />
+      <tetrahedron index="19115" v0="3003" v1="4105" v2="4573" v3="4618" />
+      <tetrahedron index="19116" v0="1817" v1="1890" v2="1891" v3="3432" />
+      <tetrahedron index="19117" v0="1890" v1="1891" v2="3432" v3="3505" />
+      <tetrahedron index="19118" v0="1891" v1="3432" v2="3505" v3="3506" />
+      <tetrahedron index="19119" v0="1817" v1="1891" v2="2450" v3="3432" />
+      <tetrahedron index="19120" v0="1891" v1="2450" v2="3432" v3="3506" />
+      <tetrahedron index="19121" v0="2450" v1="3432" v2="3506" v3="4065" />
+      <tetrahedron index="19122" v0="2953" v1="3224" v2="3229" v3="4568" />
+      <tetrahedron index="19123" v0="3224" v1="3229" v2="4568" v3="4839" />
+      <tetrahedron index="19124" v0="3229" v1="4568" v2="4839" v3="4844" />
+      <tetrahedron index="19125" v0="2953" v1="2955" v2="3229" v3="4568" />
+      <tetrahedron index="19126" v0="2955" v1="3229" v2="4568" v3="4570" />
+      <tetrahedron index="19127" v0="3229" v1="4568" v2="4570" v3="4844" />
+      <tetrahedron index="19128" v0="2201" v1="2574" v2="2677" v3="3816" />
+      <tetrahedron index="19129" v0="2574" v1="2677" v2="3816" v3="4189" />
+      <tetrahedron index="19130" v0="2677" v1="3816" v2="4189" v3="4292" />
+      <tetrahedron index="19131" v0="2200" v1="2201" v2="2677" v3="3815" />
+      <tetrahedron index="19132" v0="2201" v1="2677" v2="3815" v3="3816" />
+      <tetrahedron index="19133" v0="2677" v1="3815" v2="3816" v3="4292" />
+      <tetrahedron index="19134" v0="2038" v1="2456" v2="3169" v3="3653" />
+      <tetrahedron index="19135" v0="2456" v1="3169" v2="3653" v3="4071" />
+      <tetrahedron index="19136" v0="3169" v1="3653" v2="4071" v3="4784" />
+      <tetrahedron index="19137" v0="2456" v1="2457" v2="3169" v3="4071" />
+      <tetrahedron index="19138" v0="2457" v1="3169" v2="4071" v3="4072" />
+      <tetrahedron index="19139" v0="3169" v1="4071" v2="4072" v3="4784" />
+      <tetrahedron index="19140" v0="2282" v1="2515" v2="2987" v3="3897" />
+      <tetrahedron index="19141" v0="2515" v1="2987" v2="3897" v3="4130" />
+      <tetrahedron index="19142" v0="2987" v1="3897" v2="4130" v3="4602" />
+      <tetrahedron index="19143" v0="2388" v1="2515" v2="2987" v3="4003" />
+      <tetrahedron index="19144" v0="2515" v1="2987" v2="4003" v3="4130" />
+      <tetrahedron index="19145" v0="2987" v1="4003" v2="4130" v3="4602" />
+      <tetrahedron index="19146" v0="2385" v1="2386" v2="3148" v3="4000" />
+      <tetrahedron index="19147" v0="2386" v1="3148" v2="4000" v3="4001" />
+      <tetrahedron index="19148" v0="3148" v1="4000" v2="4001" v3="4763" />
+      <tetrahedron index="19149" v0="2350" v1="2385" v2="3148" v3="3965" />
+      <tetrahedron index="19150" v0="2385" v1="3148" v2="3965" v3="4000" />
+      <tetrahedron index="19151" v0="3148" v1="3965" v2="4000" v3="4763" />
+      <tetrahedron index="19152" v0="1718" v1="2650" v2="3094" v3="3333" />
+      <tetrahedron index="19153" v0="2650" v1="3094" v2="3333" v3="4265" />
+      <tetrahedron index="19154" v0="3094" v1="3333" v2="4265" v3="4709" />
+      <tetrahedron index="19155" v0="2650" v1="2923" v2="3094" v3="4265" />
+      <tetrahedron index="19156" v0="2923" v1="3094" v2="4265" v3="4538" />
+      <tetrahedron index="19157" v0="3094" v1="4265" v2="4538" v3="4709" />
+      <tetrahedron index="19158" v0="3110" v1="3132" v2="3214" v3="4725" />
+      <tetrahedron index="19159" v0="3132" v1="3214" v2="4725" v3="4747" />
+      <tetrahedron index="19160" v0="3214" v1="4725" v2="4747" v3="4829" />
+      <tetrahedron index="19161" v0="2476" v1="3110" v2="3214" v3="4091" />
+      <tetrahedron index="19162" v0="3110" v1="3214" v2="4091" v3="4725" />
+      <tetrahedron index="19163" v0="3214" v1="4091" v2="4725" v3="4829" />
+      <tetrahedron index="19164" v0="1962" v1="3001" v2="3128" v3="3577" />
+      <tetrahedron index="19165" v0="3001" v1="3128" v2="3577" v3="4616" />
+      <tetrahedron index="19166" v0="3128" v1="3577" v2="4616" v3="4743" />
+      <tetrahedron index="19167" v0="2834" v1="3001" v2="3128" v3="4449" />
+      <tetrahedron index="19168" v0="3001" v1="3128" v2="4449" v3="4616" />
+      <tetrahedron index="19169" v0="3128" v1="4449" v2="4616" v3="4743" />
+      <tetrahedron index="19170" v0="2708" v1="2709" v2="2779" v3="4323" />
+      <tetrahedron index="19171" v0="2709" v1="2779" v2="4323" v3="4324" />
+      <tetrahedron index="19172" v0="2779" v1="4323" v2="4324" v3="4394" />
+      <tetrahedron index="19173" v0="2709" v1="2779" v2="3040" v3="4324" />
+      <tetrahedron index="19174" v0="2779" v1="3040" v2="4324" v3="4394" />
+      <tetrahedron index="19175" v0="3040" v1="4324" v2="4394" v3="4655" />
+      <tetrahedron index="19176" v0="2004" v1="3151" v2="3212" v3="3619" />
+      <tetrahedron index="19177" v0="3151" v1="3212" v2="3619" v3="4766" />
+      <tetrahedron index="19178" v0="3212" v1="3619" v2="4766" v3="4827" />
+      <tetrahedron index="19179" v0="2696" v1="3151" v2="3212" v3="4311" />
+      <tetrahedron index="19180" v0="3151" v1="3212" v2="4311" v3="4766" />
+      <tetrahedron index="19181" v0="3212" v1="4311" v2="4766" v3="4827" />
+      <tetrahedron index="19182" v0="2864" v1="2865" v2="3064" v3="4479" />
+      <tetrahedron index="19183" v0="2865" v1="3064" v2="4479" v3="4480" />
+      <tetrahedron index="19184" v0="3064" v1="4479" v2="4480" v3="4679" />
+      <tetrahedron index="19185" v0="2864" v1="3063" v2="3064" v3="4479" />
+      <tetrahedron index="19186" v0="3063" v1="3064" v2="4479" v3="4678" />
+      <tetrahedron index="19187" v0="3064" v1="4479" v2="4678" v3="4679" />
+      <tetrahedron index="19188" v0="1926" v1="2414" v2="3211" v3="3541" />
+      <tetrahedron index="19189" v0="2414" v1="3211" v2="3541" v3="4029" />
+      <tetrahedron index="19190" v0="3211" v1="3541" v2="4029" v3="4826" />
+      <tetrahedron index="19191" v0="1926" v1="3125" v2="3211" v3="3541" />
+      <tetrahedron index="19192" v0="3125" v1="3211" v2="3541" v3="4740" />
+      <tetrahedron index="19193" v0="3211" v1="3541" v2="4740" v3="4826" />
+      <tetrahedron index="19194" v0="2750" v1="2751" v2="2929" v3="4365" />
+      <tetrahedron index="19195" v0="2751" v1="2929" v2="4365" v3="4366" />
+      <tetrahedron index="19196" v0="2929" v1="4365" v2="4366" v3="4544" />
+      <tetrahedron index="19197" v0="2751" v1="2929" v2="2931" v3="4366" />
+      <tetrahedron index="19198" v0="2929" v1="2931" v2="4366" v3="4544" />
+      <tetrahedron index="19199" v0="2931" v1="4366" v2="4544" v3="4546" />
+      <tetrahedron index="19200" v0="1746" v1="1864" v2="1865" v3="3361" />
+      <tetrahedron index="19201" v0="1864" v1="1865" v2="3361" v3="3479" />
+      <tetrahedron index="19202" v0="1865" v1="3361" v2="3479" v3="3480" />
+      <tetrahedron index="19203" v0="1746" v1="1865" v2="2500" v3="3361" />
+      <tetrahedron index="19204" v0="1865" v1="2500" v2="3361" v3="3480" />
+      <tetrahedron index="19205" v0="2500" v1="3361" v2="3480" v3="4115" />
+      <tetrahedron index="19206" v0="2231" v1="2885" v2="2898" v3="3846" />
+      <tetrahedron index="19207" v0="2885" v1="2898" v2="3846" v3="4500" />
+      <tetrahedron index="19208" v0="2898" v1="3846" v2="4500" v3="4513" />
+      <tetrahedron index="19209" v0="2231" v1="2232" v2="2885" v3="3846" />
+      <tetrahedron index="19210" v0="2232" v1="2885" v2="3846" v3="3847" />
+      <tetrahedron index="19211" v0="2885" v1="3846" v2="3847" v3="4500" />
+      <tetrahedron index="19212" v0="1897" v1="2063" v2="2813" v3="3512" />
+      <tetrahedron index="19213" v0="2063" v1="2813" v2="3512" v3="3678" />
+      <tetrahedron index="19214" v0="2813" v1="3512" v2="3678" v3="4428" />
+      <tetrahedron index="19215" v0="1897" v1="2749" v2="2813" v3="3512" />
+      <tetrahedron index="19216" v0="2749" v1="2813" v2="3512" v3="4364" />
+      <tetrahedron index="19217" v0="2813" v1="3512" v2="4364" v3="4428" />
+      <tetrahedron index="19218" v0="1850" v1="2141" v2="2759" v3="3465" />
+      <tetrahedron index="19219" v0="2141" v1="2759" v2="3465" v3="3756" />
+      <tetrahedron index="19220" v0="2759" v1="3465" v2="3756" v3="4374" />
+      <tetrahedron index="19221" v0="1850" v1="1851" v2="2759" v3="3465" />
+      <tetrahedron index="19222" v0="1851" v1="2759" v2="3465" v3="3466" />
+      <tetrahedron index="19223" v0="2759" v1="3465" v2="3466" v3="4374" />
+      <tetrahedron index="19224" v0="1895" v1="2330" v2="2761" v3="3510" />
+      <tetrahedron index="19225" v0="2330" v1="2761" v2="3510" v3="3945" />
+      <tetrahedron index="19226" v0="2761" v1="3510" v2="3945" v3="4376" />
+      <tetrahedron index="19227" v0="2086" v1="2330" v2="2761" v3="3701" />
+      <tetrahedron index="19228" v0="2330" v1="2761" v2="3701" v3="3945" />
+      <tetrahedron index="19229" v0="2761" v1="3701" v2="3945" v3="4376" />
+      <tetrahedron index="19230" v0="1667" v1="1669" v2="2119" v3="3282" />
+      <tetrahedron index="19231" v0="1669" v1="2119" v2="3282" v3="3284" />
+      <tetrahedron index="19232" v0="2119" v1="3282" v2="3284" v3="3734" />
+      <tetrahedron index="19233" v0="1666" v1="1667" v2="1669" v3="3281" />
+      <tetrahedron index="19234" v0="1667" v1="1669" v2="3281" v3="3282" />
+      <tetrahedron index="19235" v0="1669" v1="3281" v2="3282" v3="3284" />
+      <tetrahedron index="19236" v0="1944" v1="2188" v2="2232" v3="3559" />
+      <tetrahedron index="19237" v0="2188" v1="2232" v2="3559" v3="3803" />
+      <tetrahedron index="19238" v0="2232" v1="3559" v2="3803" v3="3847" />
+      <tetrahedron index="19239" v0="1944" v1="2107" v2="2232" v3="3559" />
+      <tetrahedron index="19240" v0="2107" v1="2232" v2="3559" v3="3722" />
+      <tetrahedron index="19241" v0="2232" v1="3559" v2="3722" v3="3847" />
+      <tetrahedron index="19242" v0="3099" v1="3129" v2="3206" v3="4714" />
+      <tetrahedron index="19243" v0="3129" v1="3206" v2="4714" v3="4744" />
+      <tetrahedron index="19244" v0="3206" v1="4714" v2="4744" v3="4821" />
+      <tetrahedron index="19245" v0="2871" v1="3129" v2="3206" v3="4486" />
+      <tetrahedron index="19246" v0="3129" v1="3206" v2="4486" v3="4744" />
+      <tetrahedron index="19247" v0="3206" v1="4486" v2="4744" v3="4821" />
+      <tetrahedron index="19248" v0="1808" v1="2016" v2="2264" v3="3423" />
+      <tetrahedron index="19249" v0="2016" v1="2264" v2="3423" v3="3631" />
+      <tetrahedron index="19250" v0="2264" v1="3423" v2="3631" v3="3879" />
+      <tetrahedron index="19251" v0="1808" v1="2264" v2="3119" v3="3423" />
+      <tetrahedron index="19252" v0="2264" v1="3119" v2="3423" v3="3879" />
+      <tetrahedron index="19253" v0="3119" v1="3423" v2="3879" v3="4734" />
+      <tetrahedron index="19254" v0="1854" v1="2973" v2="3002" v3="3469" />
+      <tetrahedron index="19255" v0="2973" v1="3002" v2="3469" v3="4588" />
+      <tetrahedron index="19256" v0="3002" v1="3469" v2="4588" v3="4617" />
+      <tetrahedron index="19257" v0="2973" v1="3002" v2="3067" v3="4588" />
+      <tetrahedron index="19258" v0="3002" v1="3067" v2="4588" v3="4617" />
+      <tetrahedron index="19259" v0="3067" v1="4588" v2="4617" v3="4682" />
+      <tetrahedron index="19260" v0="2389" v1="2868" v2="2901" v3="4004" />
+      <tetrahedron index="19261" v0="2868" v1="2901" v2="4004" v3="4483" />
+      <tetrahedron index="19262" v0="2901" v1="4004" v2="4483" v3="4516" />
+      <tetrahedron index="19263" v0="2245" v1="2868" v2="2901" v3="3860" />
+      <tetrahedron index="19264" v0="2868" v1="2901" v2="3860" v3="4483" />
+      <tetrahedron index="19265" v0="2901" v1="3860" v2="4483" v3="4516" />
+      <tetrahedron index="19266" v0="2573" v1="2577" v2="3215" v3="4188" />
+      <tetrahedron index="19267" v0="2577" v1="3215" v2="4188" v3="4192" />
+      <tetrahedron index="19268" v0="3215" v1="4188" v2="4192" v3="4830" />
+      <tetrahedron index="19269" v0="2488" v1="2573" v2="2577" v3="4103" />
+      <tetrahedron index="19270" v0="2573" v1="2577" v2="4103" v3="4188" />
+      <tetrahedron index="19271" v0="2577" v1="4103" v2="4188" v3="4192" />
+      <tetrahedron index="19272" v0="3131" v1="3189" v2="3190" v3="4746" />
+      <tetrahedron index="19273" v0="3189" v1="3190" v2="4746" v3="4804" />
+      <tetrahedron index="19274" v0="3190" v1="4746" v2="4804" v3="4805" />
+      <tetrahedron index="19275" v0="3117" v1="3131" v2="3190" v3="4732" />
+      <tetrahedron index="19276" v0="3131" v1="3190" v2="4732" v3="4746" />
+      <tetrahedron index="19277" v0="3190" v1="4732" v2="4746" v3="4805" />
+      <tetrahedron index="19278" v0="2964" v1="2965" v2="3205" v3="4579" />
+      <tetrahedron index="19279" v0="2965" v1="3205" v2="4579" v3="4580" />
+      <tetrahedron index="19280" v0="3205" v1="4579" v2="4580" v3="4820" />
+      <tetrahedron index="19281" v0="2964" v1="2982" v2="3205" v3="4579" />
+      <tetrahedron index="19282" v0="2982" v1="3205" v2="4579" v3="4597" />
+      <tetrahedron index="19283" v0="3205" v1="4579" v2="4597" v3="4820" />
+      <tetrahedron index="19284" v0="2293" v1="2875" v2="3225" v3="3908" />
+      <tetrahedron index="19285" v0="2875" v1="3225" v2="3908" v3="4490" />
+      <tetrahedron index="19286" v0="3225" v1="3908" v2="4490" v3="4840" />
+      <tetrahedron index="19287" v0="2293" v1="2294" v2="2875" v3="3908" />
+      <tetrahedron index="19288" v0="2294" v1="2875" v2="3908" v3="3909" />
+      <tetrahedron index="19289" v0="2875" v1="3908" v2="3909" v3="4490" />
+      <tetrahedron index="19290" v0="1770" v1="2877" v2="3102" v3="3385" />
+      <tetrahedron index="19291" v0="2877" v1="3102" v2="3385" v3="4492" />
+      <tetrahedron index="19292" v0="3102" v1="3385" v2="4492" v3="4717" />
+      <tetrahedron index="19293" v0="1770" v1="3102" v2="3211" v3="3385" />
+      <tetrahedron index="19294" v0="3102" v1="3211" v2="3385" v3="4717" />
+      <tetrahedron index="19295" v0="3211" v1="3385" v2="4717" v3="4826" />
+      <tetrahedron index="19296" v0="3034" v1="3046" v2="3193" v3="4649" />
+      <tetrahedron index="19297" v0="3046" v1="3193" v2="4649" v3="4661" />
+      <tetrahedron index="19298" v0="3193" v1="4649" v2="4661" v3="4808" />
+      <tetrahedron index="19299" v0="2703" v1="3034" v2="3046" v3="4318" />
+      <tetrahedron index="19300" v0="3034" v1="3046" v2="4318" v3="4649" />
+      <tetrahedron index="19301" v0="3046" v1="4318" v2="4649" v3="4661" />
+      <tetrahedron index="19302" v0="2277" v1="3145" v2="3217" v3="3892" />
+      <tetrahedron index="19303" v0="3145" v1="3217" v2="3892" v3="4760" />
+      <tetrahedron index="19304" v0="3217" v1="3892" v2="4760" v3="4832" />
+      <tetrahedron index="19305" v0="2277" v1="2534" v2="3145" v3="3892" />
+      <tetrahedron index="19306" v0="2534" v1="3145" v2="3892" v3="4149" />
+      <tetrahedron index="19307" v0="3145" v1="3892" v2="4149" v3="4760" />
+      <tetrahedron index="19308" v0="2234" v1="3210" v2="3228" v3="3849" />
+      <tetrahedron index="19309" v0="3210" v1="3228" v2="3849" v3="4825" />
+      <tetrahedron index="19310" v0="3228" v1="3849" v2="4825" v3="4843" />
+      <tetrahedron index="19311" v0="2234" v1="3219" v2="3228" v3="3849" />
+      <tetrahedron index="19312" v0="3219" v1="3228" v2="3849" v3="4834" />
+      <tetrahedron index="19313" v0="3228" v1="3849" v2="4834" v3="4843" />
+      <tetrahedron index="19314" v0="1925" v1="2112" v2="2118" v3="3540" />
+      <tetrahedron index="19315" v0="2112" v1="2118" v2="3540" v3="3727" />
+      <tetrahedron index="19316" v0="2118" v1="3540" v2="3727" v3="3733" />
+      <tetrahedron index="19317" v0="1925" v1="2110" v2="2112" v3="3540" />
+      <tetrahedron index="19318" v0="2110" v1="2112" v2="3540" v3="3725" />
+      <tetrahedron index="19319" v0="2112" v1="3540" v2="3725" v3="3727" />
+      <tetrahedron index="19320" v0="1668" v1="1772" v2="2390" v3="3283" />
+      <tetrahedron index="19321" v0="1772" v1="2390" v2="3283" v3="3387" />
+      <tetrahedron index="19322" v0="2390" v1="3283" v2="3387" v3="4005" />
+      <tetrahedron index="19323" v0="1668" v1="2126" v2="2390" v3="3283" />
+      <tetrahedron index="19324" v0="2126" v1="2390" v2="3283" v3="3741" />
+      <tetrahedron index="19325" v0="2390" v1="3283" v2="3741" v3="4005" />
+      <tetrahedron index="19326" v0="2350" v1="2385" v2="2873" v3="3965" />
+      <tetrahedron index="19327" v0="2385" v1="2873" v2="3965" v3="4000" />
+      <tetrahedron index="19328" v0="2873" v1="3965" v2="4000" v3="4488" />
+      <tetrahedron index="19329" v0="2349" v1="2350" v2="2873" v3="3964" />
+      <tetrahedron index="19330" v0="2350" v1="2873" v2="3964" v3="3965" />
+      <tetrahedron index="19331" v0="2873" v1="3964" v2="3965" v3="4488" />
+      <tetrahedron index="19332" v0="1864" v1="1867" v2="3072" v3="3479" />
+      <tetrahedron index="19333" v0="1867" v1="3072" v2="3479" v3="3482" />
+      <tetrahedron index="19334" v0="3072" v1="3479" v2="3482" v3="4687" />
+      <tetrahedron index="19335" v0="1864" v1="3072" v2="3087" v3="3479" />
+      <tetrahedron index="19336" v0="3072" v1="3087" v2="3479" v3="4687" />
+      <tetrahedron index="19337" v0="3087" v1="3479" v2="4687" v3="4702" />
+      <tetrahedron index="19338" v0="1676" v1="2390" v2="2618" v3="3291" />
+      <tetrahedron index="19339" v0="2390" v1="2618" v2="3291" v3="4005" />
+      <tetrahedron index="19340" v0="2618" v1="3291" v2="4005" v3="4233" />
+      <tetrahedron index="19341" v0="1676" v1="2145" v2="2618" v3="3291" />
+      <tetrahedron index="19342" v0="2145" v1="2618" v2="3291" v3="3760" />
+      <tetrahedron index="19343" v0="2618" v1="3291" v2="3760" v3="4233" />
+      <tetrahedron index="19344" v0="2061" v1="2234" v2="2961" v3="3676" />
+      <tetrahedron index="19345" v0="2234" v1="2961" v2="3676" v3="3849" />
+      <tetrahedron index="19346" v0="2961" v1="3676" v2="3849" v3="4576" />
+      <tetrahedron index="19347" v0="2061" v1="2205" v2="2961" v3="3676" />
+      <tetrahedron index="19348" v0="2205" v1="2961" v2="3676" v3="3820" />
+      <tetrahedron index="19349" v0="2961" v1="3676" v2="3820" v3="4576" />
+      <tetrahedron index="19350" v0="2088" v1="3000" v2="3204" v3="3703" />
+      <tetrahedron index="19351" v0="3000" v1="3204" v2="3703" v3="4615" />
+      <tetrahedron index="19352" v0="3204" v1="3703" v2="4615" v3="4819" />
+      <tetrahedron index="19353" v0="2033" v1="2088" v2="3000" v3="3648" />
+      <tetrahedron index="19354" v0="2088" v1="3000" v2="3648" v3="3703" />
+      <tetrahedron index="19355" v0="3000" v1="3648" v2="3703" v3="4615" />
+      <tetrahedron index="19356" v0="4657" v1="5184" v2="5497" v3="6160" />
+      <tetrahedron index="19357" v0="4508" v1="5342" v2="5482" v3="5988" />
+      <tetrahedron index="19358" v0="3492" v1="3627" v2="5262" v3="6615" />
+      <tetrahedron index="19359" v0="6301" v1="6799" v2="6850" v3="6992" />
+      <tetrahedron index="19360" v0="5192" v1="5489" v2="5811" v3="6468" />
+      <tetrahedron index="19361" v0="3908" v1="5095" v2="5271" v3="5908" />
+      <tetrahedron index="19362" v0="3608" v1="3699" v2="5380" v3="5571" />
+      <tetrahedron index="19363" v0="5769" v1="5772" v2="6378" v3="6858" />
+      <tetrahedron index="19364" v0="4384" v1="4613" v2="6210" v3="6762" />
+      <tetrahedron index="19365" v0="3579" v1="3662" v2="4755" v3="6391" />
+      <tetrahedron index="19366" v0="3601" v1="4459" v2="4800" v3="5367" />
+      <tetrahedron index="19367" v0="5717" v1="5719" v2="5852" v3="6388" />
+      <tetrahedron index="19368" v0="5063" v1="5624" v2="6111" v3="6300" />
+      <tetrahedron index="19369" v0="4853" v1="4906" v2="4959" v3="5402" />
+      <tetrahedron index="19370" v0="4557" v1="4703" v2="5376" v3="6027" />
+      <tetrahedron index="19371" v0="4976" v1="6300" v2="6301" v3="6798" />
+      <tetrahedron index="19372" v0="4763" v1="5144" v2="5145" v3="5758" />
+      <tetrahedron index="19373" v0="5042" v1="6081" v2="6083" v3="6660" />
+      <tetrahedron index="19374" v0="4639" v1="5330" v2="5375" v3="6026" />
+      <tetrahedron index="19375" v0="3668" v1="3671" v2="5107" v3="5124" />
+      <tetrahedron index="19376" v0="5053" v1="5604" v2="5606" v3="6283" />
+      <tetrahedron index="19377" v0="5298" v1="5670" v2="5936" v3="6342" />
+      <tetrahedron index="19378" v0="3306" v1="4765" v2="5276" v3="5915" />
+      <tetrahedron index="19379" v0="4859" v1="4982" v2="6037" v3="6315" />
+      <tetrahedron index="19380" v0="6291" v1="6999" v2="7009" v3="7025" />
+      <tetrahedron index="19381" v0="6176" v1="6301" v2="6966" v3="6992" />
+      <tetrahedron index="19382" v0="4858" v1="5518" v2="6188" v3="6412" />
+      <tetrahedron index="19383" v0="3424" v1="3554" v2="3691" v3="5534" />
+      <tetrahedron index="19384" v0="5605" v1="5781" v2="6281" v3="6628" />
+      <tetrahedron index="19385" v0="4971" v1="5439" v2="6100" v3="6708" />
+      <tetrahedron index="19386" v0="3297" v1="4051" v2="5217" v3="5856" />
+      <tetrahedron index="19387" v0="4719" v1="5357" v2="5633" v3="6008" />
+      <tetrahedron index="19388" v0="3396" v1="5219" v2="5838" v3="6143" />
+      <tetrahedron index="19389" v0="4948" v1="5376" v2="6025" v3="6026" />
+      <tetrahedron index="19390" v0="4924" v1="5303" v2="5304" v3="6034" />
+      <tetrahedron index="19391" v0="3316" v1="3616" v2="4259" v3="6507" />
+      <tetrahedron index="19392" v0="3604" v1="3606" v2="3743" v3="6028" />
+      <tetrahedron index="19393" v0="4921" v1="5295" v2="5584" v3="5934" />
+      <tetrahedron index="19394" v0="5358" v1="5864" v2="6010" v3="6608" />
+      <tetrahedron index="19395" v0="4857" v1="5169" v2="5445" v3="5875" />
+      <tetrahedron index="19396" v0="4562" v1="4811" v2="5537" v3="6736" />
+      <tetrahedron index="19397" v0="4941" v1="5358" v2="6011" v3="6610" />
+      <tetrahedron index="19398" v0="3341" v1="5160" v2="5773" v3="6334" />
+      <tetrahedron index="19399" v0="4012" v1="5229" v2="5666" v3="6339" />
+      <tetrahedron index="19400" v0="5629" v1="5653" v2="5912" v3="6355" />
+      <tetrahedron index="19401" v0="3949" v1="4290" v2="4456" v3="5256" />
+      <tetrahedron index="19402" v0="5309" v1="6641" v2="6643" v3="6774" />
+      <tetrahedron index="19403" v0="3574" v1="3904" v2="4831" v3="5196" />
+      <tetrahedron index="19404" v0="3420" v1="4756" v2="5823" v3="6477" />
+      <tetrahedron index="19405" v0="3646" v1="3879" v2="4645" v3="5252" />
+      <tetrahedron index="19406" v0="4868" v1="5981" v2="6348" v3="6432" />
+      <tetrahedron index="19407" v0="3604" v1="3606" v2="5738" v3="6028" />
+      <tetrahedron index="19408" v0="4514" v1="5725" v2="5961" v3="6391" />
+      <tetrahedron index="19409" v0="3658" v1="4269" v2="4707" v3="5088" />
+      <tetrahedron index="19410" v0="3395" v1="3623" v2="5479" v3="5861" />
+      <tetrahedron index="19411" v0="4434" v1="4477" v2="5092" v3="5837" />
+      <tetrahedron index="19412" v0="4056" v1="4150" v2="5332" v3="6026" />
+      <tetrahedron index="19413" v0="4235" v1="4521" v2="4680" v3="5567" />
+      <tetrahedron index="19414" v0="5191" v1="6410" v2="6619" v3="6969" />
+      <tetrahedron index="19415" v0="4567" v1="4704" v2="5600" v3="6272" />
+      <tetrahedron index="19416" v0="3520" v1="5191" v2="6040" v3="6410" />
+      <tetrahedron index="19417" v0="4868" v1="5159" v2="6204" v3="6832" />
+      <tetrahedron index="19418" v0="3404" v1="4222" v2="4240" v3="5087" />
+      <tetrahedron index="19419" v0="3935" v1="3936" v2="4337" v3="6683" />
+      <tetrahedron index="19420" v0="5275" v1="5872" v2="5916" v3="6802" />
+      <tetrahedron index="19421" v0="4027" v1="4028" v2="4157" v3="4774" />
+      <tetrahedron index="19422" v0="3252" v1="3963" v2="3964" v3="6403" />
+      <tetrahedron index="19423" v0="5943" v1="6193" v2="6310" v3="6554" />
+      <tetrahedron index="19424" v0="3876" v1="4152" v2="4692" v3="5099" />
+      <tetrahedron index="19425" v0="4955" v1="6156" v2="6227" v3="6753" />
+      <tetrahedron index="19426" v0="3623" v1="5237" v2="5479" v3="5861" />
+      <tetrahedron index="19427" v0="5185" v1="5497" v2="5798" v3="6160" />
+      <tetrahedron index="19428" v0="5155" v1="5950" v2="6487" v3="6560" />
+      <tetrahedron index="19429" v0="4998" v1="5251" v2="5253" v3="5496" />
+      <tetrahedron index="19430" v0="3406" v1="4127" v2="4128" v3="5033" />
+      <tetrahedron index="19431" v0="4270" v1="5375" v2="6025" v3="6026" />
+      <tetrahedron index="19432" v0="3917" v1="4416" v2="4448" v3="5863" />
+      <tetrahedron index="19433" v0="5416" v1="6075" v2="6654" v3="6695" />
+      <tetrahedron index="19434" v0="4900" v1="5860" v2="5922" v3="6505" />
+      <tetrahedron index="19435" v0="3311" v1="3643" v2="5291" v3="5931" />
+      <tetrahedron index="19436" v0="3771" v1="6136" v2="6378" v3="6701" />
+      <tetrahedron index="19437" v0="5307" v1="5945" v2="6212" v3="6559" />
+      <tetrahedron index="19438" v0="3555" v1="4129" v2="5432" v3="6089" />
+      <tetrahedron index="19439" v0="4218" v1="5338" v2="5562" v3="5563" />
+      <tetrahedron index="19440" v0="4892" v1="5030" v2="5563" v3="5622" />
+      <tetrahedron index="19441" v0="4879" v1="5180" v2="5181" v3="5792" />
+      <tetrahedron index="19442" v0="3703" v1="5386" v2="6020" v3="6038" />
+      <tetrahedron index="19443" v0="3610" v1="3962" v2="5122" v3="5198" />
+      <tetrahedron index="19444" v0="5036" v1="6634" v2="6750" v3="7029" />
+      <tetrahedron index="19445" v0="5159" v1="6204" v2="6374" v3="6832" />
+      <tetrahedron index="19446" v0="4060" v1="5208" v2="5737" v3="6400" />
+      <tetrahedron index="19447" v0="3742" v1="3919" v2="4415" v3="5283" />
+      <tetrahedron index="19448" v0="3640" v1="3661" v2="5665" v3="6647" />
+      <tetrahedron index="19449" v0="4566" v1="5136" v2="5330" v3="5734" />
+      <tetrahedron index="19450" v0="5616" v1="6705" v2="6955" v3="7020" />
+      <tetrahedron index="19451" v0="4072" v1="4521" v2="4680" v3="5778" />
+      <tetrahedron index="19452" v0="3683" v1="4443" v2="5582" v3="6256" />
+      <tetrahedron index="19453" v0="5091" v1="5713" v2="5715" v3="6384" />
+      <tetrahedron index="19454" v0="4246" v1="5669" v2="6161" v3="6341" />
+      <tetrahedron index="19455" v0="4862" v1="6311" v2="6727" v3="6951" />
+      <tetrahedron index="19456" v0="4948" v1="5136" v2="5377" v3="5738" />
+      <tetrahedron index="19457" v0="4044" v1="4046" v2="4783" v3="5362" />
+      <tetrahedron index="19458" v0="3521" v1="3522" v2="3523" v3="5866" />
+      <tetrahedron index="19459" v0="4916" v1="5917" v2="5921" v3="6544" />
+      <tetrahedron index="19460" v0="3527" v1="3541" v2="3792" v3="4029" />
+      <tetrahedron index="19461" v0="4853" v1="4959" v2="5402" v3="6061" />
+      <tetrahedron index="19462" v0="3567" v1="5359" v2="5681" v3="6354" />
+      <tetrahedron index="19463" v0="3347" v1="3350" v2="5257" v3="5890" />
+      <tetrahedron index="19464" v0="5076" v1="5274" v2="5912" v3="5914" />
+      <tetrahedron index="19465" v0="5664" v1="5889" v2="6338" v3="6822" />
+      <tetrahedron index="19466" v0="5244" v1="5873" v2="6124" v3="6513" />
+      <tetrahedron index="19467" v0="4295" v1="4296" v2="5412" v3="5414" />
+      <tetrahedron index="19468" v0="5436" v1="6093" v2="6666" v3="6670" />
+      <tetrahedron index="19469" v0="4131" v1="5000" v2="5501" v3="5799" />
+      <tetrahedron index="19470" v0="3711" v1="4342" v2="4539" v3="6646" />
+      <tetrahedron index="19471" v0="3324" v1="4023" v2="4332" v3="5429" />
+      <tetrahedron index="19472" v0="4909" v1="5256" v2="5889" v3="6076" />
+      <tetrahedron index="19473" v0="3392" v1="3838" v2="4410" v3="5916" />
+      <tetrahedron index="19474" v0="4520" v1="5377" v2="5917" v3="6544" />
+      <tetrahedron index="19475" v0="4893" v1="5055" v2="5219" v3="5834" />
+      <tetrahedron index="19476" v0="3935" v1="4583" v2="5071" v3="5646" />
+      <tetrahedron index="19477" v0="5112" v1="5659" v2="6251" v3="6831" />
+      <tetrahedron index="19478" v0="4324" v1="4394" v2="4655" v3="5306" />
+      <tetrahedron index="19479" v0="4871" v1="5049" v2="5594" v3="6683" />
+      <tetrahedron index="19480" v0="5065" v1="6625" v2="6808" v3="6924" />
+      <tetrahedron index="19481" v0="5184" v1="5185" v2="5497" v3="6160" />
+      <tetrahedron index="19482" v0="3916" v1="5325" v2="5934" v3="5973" />
+      <tetrahedron index="19483" v0="3295" v1="3836" v2="4096" v3="5142" />
+      <tetrahedron index="19484" v0="5665" v1="5824" v2="6361" v3="6829" />
+      <tetrahedron index="19485" v0="4404" v1="5491" v2="5731" v3="6152" />
+      <tetrahedron index="19486" v0="4800" v1="5366" v2="6017" v3="6383" />
+      <tetrahedron index="19487" v0="3385" v1="4029" v2="4826" v3="6889" />
+      <tetrahedron index="19488" v0="4286" v1="4803" v2="5561" v3="6565" />
+      <tetrahedron index="19489" v0="4460" v1="4823" v2="4841" v3="5657" />
+      <tetrahedron index="19490" v0="3927" v1="5213" v2="5566" v3="5831" />
+      <tetrahedron index="19491" v0="3547" v1="4742" v2="4827" v3="5849" />
+      <tetrahedron index="19492" v0="4041" v1="4835" v2="5564" v3="6238" />
+      <tetrahedron index="19493" v0="3278" v1="5128" v2="5406" v3="5480" />
+      <tetrahedron index="19494" v0="3689" v1="4474" v2="5593" v3="6197" />
+      <tetrahedron index="19495" v0="5190" v1="5810" v2="6465" v3="6895" />
+      <tetrahedron index="19496" v0="4312" v1="5058" v2="5612" v3="6606" />
+      <tetrahedron index="19497" v0="4325" v1="4527" v2="4706" v3="5303" />
+      <tetrahedron index="19498" v0="4699" v1="5672" v2="5957" v3="6346" />
+      <tetrahedron index="19499" v0="4491" v1="5990" v2="6181" v3="6583" />
+      <tetrahedron index="19500" v0="3317" v1="5162" v2="5559" v3="5642" />
+      <tetrahedron index="19501" v0="3392" v1="3838" v2="5277" v3="5916" />
+      <tetrahedron index="19502" v0="3238" v1="3545" v2="4229" v3="5544" />
+      <tetrahedron index="19503" v0="4977" v1="5452" v2="5453" v3="5645" />
+      <tetrahedron index="19504" v0="3914" v1="3943" v2="5080" v3="5115" />
+      <tetrahedron index="19505" v0="4948" v1="5375" v2="5976" v3="6026" />
+      <tetrahedron index="19506" v0="5320" v1="5965" v2="5966" v3="6058" />
+      <tetrahedron index="19507" v0="4877" v1="5173" v2="5174" v3="5886" />
+      <tetrahedron index="19508" v0="4270" v1="4423" v2="4651" v3="6026" />
+      <tetrahedron index="19509" v0="4853" v1="6104" v2="6524" v3="6677" />
+      <tetrahedron index="19510" v0="4800" v1="5366" v2="5367" v3="6383" />
+      <tetrahedron index="19511" v0="4722" v1="4770" v2="5274" v3="5914" />
+      <tetrahedron index="19512" v0="5029" v1="5081" v2="5656" v3="6332" />
+      <tetrahedron index="19513" v0="4674" v1="5052" v2="5075" v3="5651" />
+      <tetrahedron index="19514" v0="4956" v1="5402" v2="6060" v3="6445" />
+      <tetrahedron index="19515" v0="4865" v1="4906" v2="5069" v3="5883" />
+      <tetrahedron index="19516" v0="4706" v1="5303" v2="5304" v3="6552" />
+      <tetrahedron index="19517" v0="5102" v1="5254" v2="5704" v3="6375" />
+      <tetrahedron index="19518" v0="4863" v1="5001" v2="6100" v3="6236" />
+      <tetrahedron index="19519" v0="5590" v1="6263" v2="6264" v3="6775" />
+      <tetrahedron index="19520" v0="4213" v1="5229" v2="5719" v3="5852" />
+      <tetrahedron index="19521" v0="4658" v1="5302" v2="5387" v3="6037" />
+      <tetrahedron index="19522" v0="3366" v1="3823" v2="4057" v3="6518" />
+      <tetrahedron index="19523" v0="4159" v1="4237" v2="4370" v3="5650" />
+      <tetrahedron index="19524" v0="5004" v1="5529" v2="6030" v3="6594" />
+      <tetrahedron index="19525" v0="5346" v1="6589" v2="6667" v3="6911" />
+      <tetrahedron index="19526" v0="4891" v1="5212" v2="6760" v3="6830" />
+      <tetrahedron index="19527" v0="5064" v1="5627" v2="5628" v3="5629" />
+      <tetrahedron index="19528" v0="4384" v1="4447" v2="5558" v3="6746" />
+      <tetrahedron index="19529" v0="3299" v1="3302" v2="4382" v3="5219" />
+      <tetrahedron index="19530" v0="4580" v1="4710" v2="4821" v3="6990" />
+      <tetrahedron index="19531" v0="5042" v1="6081" v2="6256" v3="6660" />
+      <tetrahedron index="19532" v0="3487" v1="3867" v2="4082" v3="5423" />
+      <tetrahedron index="19533" v0="4948" v1="5136" v2="5375" v3="5976" />
+      <tetrahedron index="19534" v0="3405" v1="3408" v2="3409" v3="5293" />
+      <tetrahedron index="19535" v0="5361" v1="6014" v2="6409" v3="6987" />
+      <tetrahedron index="19536" v0="5081" v1="6330" v2="6817" v3="6821" />
+      <tetrahedron index="19537" v0="5067" v1="5368" v2="6038" v3="6068" />
+      <tetrahedron index="19538" v0="4112" v1="4783" v2="5360" v3="6229" />
+      <tetrahedron index="19539" v0="5031" v1="6239" v2="6240" v3="6759" />
+      <tetrahedron index="19540" v0="5599" v1="6221" v2="6590" v3="6668" />
+      <tetrahedron index="19541" v0="3503" v1="3504" v2="3550" v3="5466" />
+      <tetrahedron index="19542" v0="6563" v1="6564" v2="6898" v3="7004" />
+      <tetrahedron index="19543" v0="5576" v1="5709" v2="6251" v3="6771" />
+      <tetrahedron index="19544" v0="4070" v1="4072" v2="4282" v3="6162" />
+      <tetrahedron index="19545" v0="5287" v1="6081" v2="6082" v3="6570" />
+      <tetrahedron index="19546" v0="4383" v1="4384" v2="4447" v3="5558" />
+      <tetrahedron index="19547" v0="3474" v1="3499" v2="4206" v3="5688" />
+      <tetrahedron index="19548" v0="3374" v1="5492" v2="6114" v3="6493" />
+      <tetrahedron index="19549" v0="3742" v1="3744" v2="4097" v3="5923" />
+      <tetrahedron index="19550" v0="3794" v1="5177" v2="5785" v3="6084" />
+      <tetrahedron index="19551" v0="3936" v1="4577" v2="4628" v3="6683" />
+      <tetrahedron index="19552" v0="4315" v1="4657" v2="5497" v3="5499" />
+      <tetrahedron index="19553" v0="4927" v1="5204" v2="5821" v3="5957" />
+      <tetrahedron index="19554" v0="4196" v1="4713" v2="4736" v3="6141" />
+      <tetrahedron index="19555" v0="3969" v1="4063" v2="5076" v3="5653" />
+      <tetrahedron index="19556" v0="3761" v1="3951" v2="4233" v3="5803" />
+      <tetrahedron index="19557" v0="4211" v1="4325" v2="4660" v3="5304" />
+      <tetrahedron index="19558" v0="4380" v1="5161" v2="5290" v3="5732" />
+      <tetrahedron index="19559" v0="3330" v1="3336" v2="5355" v3="5730" />
+      <tetrahedron index="19560" v0="4101" v1="5486" v2="5487" v3="6406" />
+      <tetrahedron index="19561" v0="3500" v1="3570" v2="4274" v3="6500" />
+      <tetrahedron index="19562" v0="4617" v1="4638" v2="4682" v3="6005" />
+      <tetrahedron index="19563" v0="5348" v1="5995" v2="6616" v3="6917" />
+      <tetrahedron index="19564" v0="3459" v1="4040" v2="4067" v3="6888" />
+      <tetrahedron index="19565" v0="3431" v1="3433" v2="3865" v3="5408" />
+      <tetrahedron index="19566" v0="5156" v1="5464" v2="6072" v3="6131" />
+      <tetrahedron index="19567" v0="4848" v1="5403" v2="5524" v3="6103" />
+      <tetrahedron index="19568" v0="4993" v1="5488" v2="6295" v3="6699" />
+      <tetrahedron index="19569" v0="4978" v1="5454" v2="5494" v3="6157" />
+      <tetrahedron index="19570" v0="4194" v1="4614" v2="4816" v3="6074" />
+      <tetrahedron index="19571" v0="3938" v1="4386" v2="4417" v3="6379" />
+      <tetrahedron index="19572" v0="3702" v1="4376" v2="5635" v3="6067" />
+      <tetrahedron index="19573" v0="4908" v1="5453" v2="5645" v3="6321" />
+      <tetrahedron index="19574" v0="4899" v1="5232" v2="5854" v3="5855" />
+      <tetrahedron index="19575" v0="4761" v1="5026" v2="5553" v3="6226" />
+      <tetrahedron index="19576" v0="3345" v1="4772" v2="5163" v3="5778" />
+      <tetrahedron index="19577" v0="3770" v1="4135" v2="4609" v3="5323" />
+      <tetrahedron index="19578" v0="3729" v1="3979" v2="4990" v3="5797" />
+      <tetrahedron index="19579" v0="4931" v1="5548" v2="5967" v3="6573" />
+      <tetrahedron index="19580" v0="5071" v1="5646" v2="5647" v3="6322" />
+      <tetrahedron index="19581" v0="3677" v1="4202" v2="5368" v3="6068" />
+      <tetrahedron index="19582" v0="4987" v1="5844" v2="5846" v3="6495" />
+      <tetrahedron index="19583" v0="3937" v1="4584" v2="5394" v3="6049" />
+      <tetrahedron index="19584" v0="6890" v1="6944" v2="7002" v3="7004" />
+      <tetrahedron index="19585" v0="5547" v1="5880" v2="6521" v3="6523" />
+      <tetrahedron index="19586" v0="3388" v1="3389" v2="5118" v3="5706" />
+      <tetrahedron index="19587" v0="5096" v1="5698" v2="6368" v3="6401" />
+      <tetrahedron index="19588" v0="3835" v1="3854" v2="5381" v3="6032" />
+      <tetrahedron index="19589" v0="4016" v1="5299" v2="5442" v3="5937" />
+      <tetrahedron index="19590" v0="3299" v1="3301" v2="5055" v3="5855" />
+      <tetrahedron index="19591" v0="5243" v1="5627" v2="5872" v3="6512" />
+      <tetrahedron index="19592" v0="4996" v1="5495" v2="6114" v3="6714" />
+      <tetrahedron index="19593" v0="5247" v1="5875" v2="6122" v3="6691" />
+      <tetrahedron index="19594" v0="5173" v1="5251" v2="5619" v3="5885" />
+      <tetrahedron index="19595" v0="3245" v1="3247" v2="5454" v3="5621" />
+      <tetrahedron index="19596" v0="3399" v1="3983" v2="5721" v3="5827" />
+      <tetrahedron index="19597" v0="5894" v1="6529" v2="6532" v3="6533" />
+      <tetrahedron index="19598" v0="4679" v1="4912" v2="5267" v3="5949" />
+      <tetrahedron index="19599" v0="3327" v1="3749" v2="3795" v3="5430" />
+      <tetrahedron index="19600" v0="5019" v1="5538" v2="6463" v3="6852" />
+      <tetrahedron index="19601" v0="3368" v1="4022" v2="5023" v3="6096" />
+      <tetrahedron index="19602" v0="4374" v1="4375" v2="4733" v3="5731" />
+      <tetrahedron index="19603" v0="3794" v1="4232" v2="4391" v3="5177" />
+      <tetrahedron index="19604" v0="4853" v1="5403" v2="5524" v3="6104" />
+      <tetrahedron index="19605" v0="5042" v1="5582" v2="6256" v3="6660" />
+      <tetrahedron index="19606" v0="3896" v1="5527" v2="5723" v3="6200" />
+      <tetrahedron index="19607" v0="3409" v1="4395" v2="4413" v3="5930" />
+      <tetrahedron index="19608" v0="4003" v1="5107" v2="5693" v3="6364" />
+      <tetrahedron index="19609" v0="4900" v1="5021" v2="5238" v3="5543" />
+      <tetrahedron index="19610" v0="3653" v1="4071" v2="4522" v3="5499" />
+      <tetrahedron index="19611" v0="3751" v1="3855" v2="4118" v3="5400" />
+      <tetrahedron index="19612" v0="3502" v1="4982" v2="5151" v3="6316" />
+      <tetrahedron index="19613" v0="4870" v1="5131" v2="5161" v3="5641" />
+      <tetrahedron index="19614" v0="3856" v1="4594" v2="5078" v3="5231" />
+      <tetrahedron index="19615" v0="4164" v1="4520" v2="5377" v3="5917" />
+      <tetrahedron index="19616" v0="4951" v1="5133" v2="5382" v3="5726" />
+      <tetrahedron index="19617" v0="3439" v1="4019" v2="5054" v3="5608" />
+      <tetrahedron index="19618" v0="3756" v1="4572" v2="5130" v3="5730" />
+      <tetrahedron index="19619" v0="4979" v1="5084" v2="5456" v3="5773" />
+      <tetrahedron index="19620" v0="3937" v1="3993" v2="4053" v3="6049" />
+      <tetrahedron index="19621" v0="3814" v1="3895" v2="4681" v3="5151" />
+      <tetrahedron index="19622" v0="3334" v1="4604" v2="4605" v3="6268" />
+      <tetrahedron index="19623" v0="4519" v1="4553" v2="5259" v3="6241" />
+      <tetrahedron index="19624" v0="3463" v1="3464" v2="4330" v3="6134" />
+      <tetrahedron index="19625" v0="4883" v1="6793" v2="6950" v3="7017" />
+      <tetrahedron index="19626" v0="5003" v1="5294" v2="5932" v3="6548" />
+      <tetrahedron index="19627" v0="3736" v1="3737" v2="5678" v3="5905" />
+      <tetrahedron index="19628" v0="5061" v1="5174" v2="5886" v3="6526" />
+      <tetrahedron index="19629" v0="4979" v1="5456" v2="5773" v3="6399" />
+      <tetrahedron index="19630" v0="5060" v1="5613" v2="6294" v3="6679" />
+      <tetrahedron index="19631" v0="3230" v1="3231" v2="3232" v3="5472" />
+      <tetrahedron index="19632" v0="3668" v1="5124" v2="5693" v3="5720" />
+      <tetrahedron index="19633" v0="4102" v1="5182" v2="5714" v3="5715" />
+      <tetrahedron index="19634" v0="3575" v1="3576" v2="3887" v3="5885" />
+      <tetrahedron index="19635" v0="3547" v1="3619" v2="5419" v3="5849" />
+      <tetrahedron index="19636" v0="4951" v1="5133" v2="5726" v3="6066" />
+      <tetrahedron index="19637" v0="5318" v1="6242" v2="6243" v3="6656" />
+      <tetrahedron index="19638" v0="5157" v1="6308" v2="6551" v3="6554" />
+      <tetrahedron index="19639" v0="5207" v1="5700" v2="5825" v3="6370" />
+      <tetrahedron index="19640" v0="3597" v1="3832" v2="5659" v3="6742" />
+      <tetrahedron index="19641" v0="3439" v1="3705" v2="5054" v3="5851" />
+      <tetrahedron index="19642" v0="3719" v1="4061" v2="5691" v3="6362" />
+      <tetrahedron index="19643" v0="3736" v1="5678" v2="5905" v3="6297" />
+      <tetrahedron index="19644" v0="4968" v1="5426" v2="5428" v3="5430" />
+      <tetrahedron index="19645" v0="4942" v1="5912" v2="6354" v3="6542" />
+      <tetrahedron index="19646" v0="5361" v1="6014" v2="6587" v3="6754" />
+      <tetrahedron index="19647" v0="3530" v1="5816" v2="6410" v3="6619" />
+      <tetrahedron index="19648" v0="4291" v1="4455" v2="4613" v3="5020" />
+      <tetrahedron index="19649" v0="5713" v1="5791" v2="6384" v3="6449" />
+      <tetrahedron index="19650" v0="3361" v1="3363" v2="4115" v3="5671" />
+      <tetrahedron index="19651" v0="5296" v1="5297" v2="5298" v3="5956" />
+      <tetrahedron index="19652" v0="5993" v1="6589" v2="6911" v3="6971" />
+      <tetrahedron index="19653" v0="3969" v1="4063" v2="4064" v3="5076" />
+      <tetrahedron index="19654" v0="4111" v1="4243" v2="4244" v3="6031" />
+      <tetrahedron index="19655" v0="3270" v1="3278" v2="3284" v3="5133" />
+      <tetrahedron index="19656" v0="5307" v1="5570" v2="5946" v3="6244" />
+      <tetrahedron index="19657" v0="4965" v1="5418" v2="5419" v3="6336" />
+      <tetrahedron index="19658" v0="5531" v1="6204" v2="6432" v3="6433" />
+      <tetrahedron index="19659" v0="5015" v1="5455" v2="6116" v3="6168" />
+      <tetrahedron index="19660" v0="5243" v1="5276" v2="5627" v3="5915" />
+      <tetrahedron index="19661" v0="5614" v1="5876" v2="6288" v3="6289" />
+      <tetrahedron index="19662" v0="3732" v1="4090" v2="4257" v3="5808" />
+      <tetrahedron index="19663" v0="3521" v1="3944" v2="4719" v3="5357" />
+      <tetrahedron index="19664" v0="4422" v1="5024" v2="5549" v3="6253" />
+      <tetrahedron index="19665" v0="3407" v1="3931" v2="5288" v3="5927" />
+      <tetrahedron index="19666" v0="3258" v1="3261" v2="3267" v3="5069" />
+      <tetrahedron index="19667" v0="4383" v1="5557" v2="5558" v3="5948" />
+      <tetrahedron index="19668" v0="3330" v1="4656" v2="5355" v3="5490" />
+      <tetrahedron index="19669" v0="3442" v1="5199" v2="5674" v3="5819" />
+      <tetrahedron index="19670" v0="3280" v1="3281" v2="3283" v3="3382" />
+      <tetrahedron index="19671" v0="4895" v1="5222" v2="5843" v3="6491" />
+      <tetrahedron index="19672" v0="3804" v1="4386" v2="4418" v3="5322" />
+      <tetrahedron index="19673" v0="4909" v1="5085" v2="5663" v3="6336" />
+      <tetrahedron index="19674" v0="3397" v1="3398" v2="3399" v3="5628" />
+      <tetrahedron index="19675" v0="3302" v1="5055" v2="5834" v3="5838" />
+      <tetrahedron index="19676" v0="5309" v1="5950" v2="6098" v3="7014" />
+      <tetrahedron index="19677" v0="3958" v1="6375" v2="6528" v3="6684" />
+      <tetrahedron index="19678" v0="5076" v1="5097" v2="5682" v3="5683" />
+      <tetrahedron index="19679" v0="3935" v1="5071" v2="5646" v3="6683" />
+      <tetrahedron index="19680" v0="3487" v1="3704" v2="5423" v3="6256" />
+      <tetrahedron index="19681" v0="3338" v1="3596" v2="4134" v3="5979" />
+      <tetrahedron index="19682" v0="5014" v1="6120" v2="6834" v3="6952" />
+      <tetrahedron index="19683" v0="4885" v1="5051" v2="5599" v3="6473" />
+      <tetrahedron index="19684" v0="3915" v1="4840" v2="5115" v3="5974" />
+      <tetrahedron index="19685" v0="4531" v1="4600" v2="6018" v3="6386" />
+      <tetrahedron index="19686" v0="3295" v1="3773" v2="5142" v3="6504" />
+      <tetrahedron index="19687" v0="3598" v1="3614" v2="5083" v3="6831" />
+      <tetrahedron index="19688" v0="4529" v1="5000" v2="5500" v3="6453" />
+      <tetrahedron index="19689" v0="4514" v1="4755" v2="6242" v3="6391" />
+      <tetrahedron index="19690" v0="3754" v1="4114" v2="4574" v3="6371" />
+      <tetrahedron index="19691" v0="3557" v1="4313" v2="5432" v3="6453" />
+      <tetrahedron index="19692" v0="4459" v1="4600" v2="4768" v3="5366" />
+      <tetrahedron index="19693" v0="3447" v1="3448" v2="5502" v3="5803" />
+      <tetrahedron index="19694" v0="4377" v1="4434" v2="4808" v3="5837" />
+      <tetrahedron index="19695" v0="3808" v1="3997" v2="4405" v3="5586" />
+      <tetrahedron index="19696" v0="3307" v1="3685" v2="5829" v3="6478" />
+      <tetrahedron index="19697" v0="4988" v1="5237" v2="5479" v3="5861" />
+      <tetrahedron index="19698" v0="4906" v1="5406" v2="6066" v3="6144" />
+      <tetrahedron index="19699" v0="5031" v1="6237" v2="6240" v3="6759" />
+      <tetrahedron index="19700" v0="5086" v1="5666" v2="5690" v3="6823" />
+      <tetrahedron index="19701" v0="5380" v1="5569" v2="5571" v3="6243" />
+      <tetrahedron index="19702" v0="3357" v1="3910" v2="5790" v3="6499" />
+      <tetrahedron index="19703" v0="4996" v1="6159" v2="6714" v3="6715" />
+      <tetrahedron index="19704" v0="4036" v1="4037" v2="4074" v3="5717" />
+      <tetrahedron index="19705" v0="3274" v1="3383" v2="3386" v3="5726" />
+      <tetrahedron index="19706" v0="3891" v1="5504" v2="5529" v3="6167" />
+      <tetrahedron index="19707" v0="3495" v1="3497" v2="5449" v3="6109" />
+      <tetrahedron index="19708" v0="5055" v1="5686" v2="5834" v3="6358" />
+      <tetrahedron index="19709" v0="4872" v1="5050" v2="5164" v3="6776" />
+      <tetrahedron index="19710" v0="4196" v1="4712" v2="5846" v3="6141" />
+      <tetrahedron index="19711" v0="3240" v1="3444" v2="5324" v3="5911" />
+      <tetrahedron index="19712" v0="4103" v1="4188" v2="4192" v3="6111" />
+      <tetrahedron index="19713" v0="4568" v1="4839" v2="4844" v3="5815" />
+      <tetrahedron index="19714" v0="3935" v1="4499" v2="4583" v3="5071" />
+      <tetrahedron index="19715" v0="4927" v1="5312" v2="6343" v3="6825" />
+      <tetrahedron index="19716" v0="5778" v1="6162" v2="6861" v3="6994" />
+      <tetrahedron index="19717" v0="5748" v1="6001" v2="6002" v3="6600" />
+      <tetrahedron index="19718" v0="4899" v1="5104" v2="5675" v3="6347" />
+      <tetrahedron index="19719" v0="4449" v1="4743" v2="4998" v3="5424" />
+      <tetrahedron index="19720" v0="4971" v1="5437" v2="5440" v3="6847" />
+      <tetrahedron index="19721" v0="3268" v1="3278" v2="3379" v3="5480" />
+      <tetrahedron index="19722" v0="3313" v1="3314" v2="3833" v3="5679" />
+      <tetrahedron index="19723" v0="3991" v1="4209" v2="6553" v3="6580" />
+      <tetrahedron index="19724" v0="4277" v1="4354" v2="4694" v3="5153" />
+      <tetrahedron index="19725" v0="3483" v1="3484" v2="3905" v3="5952" />
+      <tetrahedron index="19726" v0="4896" v1="5072" v2="5695" v3="5851" />
+      <tetrahedron index="19727" v0="4012" v1="4018" v2="4035" v3="6339" />
+      <tetrahedron index="19728" v0="4459" v1="4768" v2="4800" v3="5366" />
+      <tetrahedron index="19729" v0="5010" v1="5522" v2="5632" v3="6195" />
+      <tetrahedron index="19730" v0="4163" v1="4762" v2="5123" v3="5719" />
+      <tetrahedron index="19731" v0="4878" v1="4967" v2="5040" v3="5581" />
+      <tetrahedron index="19732" v0="4930" v1="5504" v2="6100" v3="6417" />
+      <tetrahedron index="19733" v0="3282" v1="5128" v2="5133" v3="5726" />
+      <tetrahedron index="19734" v0="3772" v1="4328" v2="4417" v3="5708" />
+      <tetrahedron index="19735" v0="4623" v1="5515" v2="6184" v3="6186" />
+      <tetrahedron index="19736" v0="3250" v1="3253" v2="4016" v3="5299" />
+      <tetrahedron index="19737" v0="5142" v1="5283" v2="5863" v3="5922" />
+      <tetrahedron index="19738" v0="3773" v1="3836" v2="5142" v3="5920" />
+      <tetrahedron index="19739" v0="3240" v1="3364" v2="3444" v3="3445" />
+      <tetrahedron index="19740" v0="5142" v1="5238" v2="5542" v3="5863" />
+      <tetrahedron index="19741" v0="3563" v1="3610" v2="3611" v3="5818" />
+      <tetrahedron index="19742" v0="3927" v1="4300" v2="5566" v3="5831" />
+      <tetrahedron index="19743" v0="4015" v1="5628" v2="5629" v3="5721" />
+      <tetrahedron index="19744" v0="3773" v1="3774" v2="3836" v3="5920" />
+      <tetrahedron index="19745" v0="4899" v1="5104" v2="5689" v3="5899" />
+      <tetrahedron index="19746" v0="5156" v1="6071" v2="6072" v3="6652" />
+      <tetrahedron index="19747" v0="3283" v1="5007" v2="5116" v3="5654" />
+      <tetrahedron index="19748" v0="4408" v1="4583" v2="4778" v3="5647" />
+      <tetrahedron index="19749" v0="3611" v1="4274" v2="5200" v3="5852" />
+      <tetrahedron index="19750" v0="3836" v1="5279" v2="5282" v3="5920" />
+      <tetrahedron index="19751" v0="4931" v1="4990" v2="5969" v3="6435" />
+      <tetrahedron index="19752" v0="3655" v1="3656" v2="3787" v3="5531" />
+      <tetrahedron index="19753" v0="4226" v1="5074" v2="5372" v3="6022" />
+      <tetrahedron index="19754" v0="3333" v1="3613" v2="3614" v3="5766" />
+      <tetrahedron index="19755" v0="3337" v1="4638" v2="5336" v3="6349" />
+      <tetrahedron index="19756" v0="4246" v1="4708" v2="5669" v3="6341" />
+      <tetrahedron index="19757" v0="3654" v1="4329" v2="4599" v3="4697" />
+      <tetrahedron index="19758" v0="5518" v1="6188" v2="6412" v3="6964" />
+      <tetrahedron index="19759" v0="4896" v1="5054" v2="5848" v3="5851" />
+      <tetrahedron index="19760" v0="5167" v1="6156" v2="6227" v3="6753" />
+      <tetrahedron index="19761" v0="3291" v1="3293" v2="4005" v3="5077" />
+      <tetrahedron index="19762" v0="4910" v1="5259" v2="5263" v3="5895" />
+      <tetrahedron index="19763" v0="4914" v1="5095" v2="5705" v3="5911" />
+      <tetrahedron index="19764" v0="3522" v1="3826" v2="3944" v3="5240" />
+      <tetrahedron index="19765" v0="4087" v1="4445" v2="5188" v3="6415" />
+      <tetrahedron index="19766" v0="5034" v1="5629" v2="5653" v3="5914" />
+      <tetrahedron index="19767" v0="5520" v1="6191" v2="6624" v3="6738" />
+      <tetrahedron index="19768" v0="5043" v1="5162" v2="5732" v3="6396" />
+      <tetrahedron index="19769" v0="5095" v1="5705" v2="5974" v3="6381" />
+      <tetrahedron index="19770" v0="5509" v1="6230" v2="6431" v3="6735" />
+      <tetrahedron index="19771" v0="4762" v1="5123" v2="5198" v3="5719" />
+      <tetrahedron index="19772" v0="3897" v1="4130" v2="4255" v3="5825" />
+      <tetrahedron index="19773" v0="5189" v1="5808" v2="6697" v3="6952" />
+      <tetrahedron index="19774" v0="4950" v1="5947" v2="6243" v3="6245" />
+      <tetrahedron index="19775" v0="5096" v1="5684" v2="6368" v3="6986" />
+      <tetrahedron index="19776" v0="3759" v1="5084" v2="5661" v3="5677" />
+      <tetrahedron index="19777" v0="4974" v1="5445" v2="6061" v3="6445" />
+      <tetrahedron index="19778" v0="4851" v1="4935" v2="5338" v3="6318" />
+      <tetrahedron index="19779" v0="3852" v1="4357" v2="5374" v3="6532" />
+      <tetrahedron index="19780" v0="3355" v1="5226" v2="5417" v3="5420" />
+      <tetrahedron index="19781" v0="4292" v1="4455" v2="5539" v3="6211" />
+      <tetrahedron index="19782" v0="3808" v1="5329" v2="5586" v3="6258" />
+      <tetrahedron index="19783" v0="3780" v1="4585" v2="5393" v3="5394" />
+      <tetrahedron index="19784" v0="3725" v1="4705" v2="5126" v3="5459" />
+      <tetrahedron index="19785" v0="3254" v1="3256" v2="3813" v3="6021" />
+      <tetrahedron index="19786" v0="3729" v1="3979" v2="4990" v3="5771" />
+      <tetrahedron index="19787" v0="3603" v1="3791" v2="4066" v3="4888" />
+      <tetrahedron index="19788" v0="5010" v1="5521" v2="6193" v3="6231" />
+      <tetrahedron index="19789" v0="3799" v1="4590" v2="5135" v3="6356" />
+      <tetrahedron index="19790" v0="5877" v1="6182" v2="6732" v3="6964" />
+      <tetrahedron index="19791" v0="3890" v1="4200" v2="4244" v3="5379" />
+      <tetrahedron index="19792" v0="3744" v1="5281" v2="5919" v3="5923" />
+      <tetrahedron index="19793" v0="5251" v1="5252" v2="5619" v3="5886" />
+      <tetrahedron index="19794" v0="3267" v1="4906" v2="4959" v3="5069" />
+      <tetrahedron index="19795" v0="3598" v1="3612" v2="3614" v3="6831" />
+      <tetrahedron index="19796" v0="3509" v1="3809" v2="4639" v3="5330" />
+      <tetrahedron index="19797" v0="5305" v1="5941" v2="6553" v3="6983" />
+      <tetrahedron index="19798" v0="3923" v1="3933" v2="3934" v3="5868" />
+      <tetrahedron index="19799" v0="3350" v1="5256" v2="5257" v3="6076" />
+      <tetrahedron index="19800" v0="3242" v1="4021" v2="4276" v3="5220" />
+      <tetrahedron index="19801" v0="3836" v1="5142" v2="5279" v3="5920" />
+      <tetrahedron index="19802" v0="3557" v1="4313" v2="4529" v3="6453" />
+      <tetrahedron index="19803" v0="5098" v1="5384" v2="5385" v3="5466" />
+      <tetrahedron index="19804" v0="5810" v1="6463" v2="6996" v3="7019" />
+      <tetrahedron index="19805" v0="4887" v1="5200" v2="5674" v3="5818" />
+      <tetrahedron index="19806" v0="3355" v1="3839" v2="5417" v3="5420" />
+      <tetrahedron index="19807" v0="5255" v1="5567" v2="5778" v3="6813" />
+      <tetrahedron index="19808" v0="4747" v1="4789" v2="5574" v3="6249" />
+      <tetrahedron index="19809" v0="4494" v1="5016" v2="5530" v3="5531" />
+      <tetrahedron index="19810" v0="3618" v1="4437" v2="4647" v3="5159" />
+      <tetrahedron index="19811" v0="4257" v1="5464" v2="5808" v3="6130" />
+      <tetrahedron index="19812" v0="3562" v1="3681" v2="5358" v3="6607" />
+      <tetrahedron index="19813" v0="3438" v1="3735" v2="5608" v3="5696" />
+      <tetrahedron index="19814" v0="3600" v1="3910" v2="4458" v3="5790" />
+      <tetrahedron index="19815" v0="3343" v1="5160" v2="5769" v3="5771" />
+      <tetrahedron index="19816" v0="4744" v1="4746" v2="4837" v3="6003" />
+      <tetrahedron index="19817" v0="3529" v1="3765" v2="5441" v3="6549" />
+      <tetrahedron index="19818" v0="3485" v1="4491" v2="4523" v3="5344" />
+      <tetrahedron index="19819" v0="5764" v1="6308" v2="6757" v3="6805" />
+      <tetrahedron index="19820" v0="5157" v1="6551" v2="6764" v3="6894" />
+      <tetrahedron index="19821" v0="3490" v1="3589" v2="3723" v3="5261" />
+      <tetrahedron index="19822" v0="3566" v1="4131" v2="5501" v3="6088" />
+      <tetrahedron index="19823" v0="4927" v1="5672" v2="5821" v3="5957" />
+      <tetrahedron index="19824" v0="5134" v1="5178" v2="5788" v3="6448" />
+      <tetrahedron index="19825" v0="5809" v1="6622" v2="6623" v3="6737" />
+      <tetrahedron index="19826" v0="4951" v1="5445" v2="6061" v3="6104" />
+      <tetrahedron index="19827" v0="3528" v1="3792" v2="4973" v3="5485" />
+      <tetrahedron index="19828" v0="4950" v1="5763" v2="6034" v3="6558" />
+      <tetrahedron index="19829" v0="5407" v1="5485" v2="5726" v3="5727" />
+      <tetrahedron index="19830" v0="4925" v1="5154" v2="5249" v3="5757" />
+      <tetrahedron index="19831" v0="5036" v1="5573" v2="5574" v3="6250" />
+      <tetrahedron index="19832" v0="3659" v1="4537" v2="5526" v3="5594" />
+      <tetrahedron index="19833" v0="3833" v1="3834" v2="3928" v3="6986" />
+      <tetrahedron index="19834" v0="3310" v1="3572" v2="3627" v3="5373" />
+      <tetrahedron index="19835" v0="5146" v1="5486" v2="5742" v3="6135" />
+      <tetrahedron index="19836" v0="4576" v1="5044" v2="5296" v3="5584" />
+      <tetrahedron index="19837" v0="5285" v1="5344" v2="5924" v3="5990" />
+      <tetrahedron index="19838" v0="3479" v1="4687" v2="5206" v3="5824" />
+      <tetrahedron index="19839" v0="3609" v1="4527" v2="4534" v3="5570" />
+      <tetrahedron index="19840" v0="3700" v1="4935" v2="5563" v3="6318" />
+      <tetrahedron index="19841" v0="4947" v1="5074" v2="5374" v3="5898" />
+      <tetrahedron index="19842" v0="5167" v1="6247" v2="6753" v3="6766" />
+      <tetrahedron index="19843" v0="4622" v1="5010" v2="5523" v3="6195" />
+      <tetrahedron index="19844" v0="3946" v1="4836" v2="5244" v3="5873" />
+      <tetrahedron index="19845" v0="3403" v1="4060" v2="4516" v3="5208" />
+      <tetrahedron index="19846" v0="3378" v1="3603" v2="5137" v3="5820" />
+      <tetrahedron index="19847" v0="4937" v1="6292" v2="6773" v3="6907" />
+      <tetrahedron index="19848" v0="4175" v1="4176" v2="4177" v3="5560" />
+      <tetrahedron index="19849" v0="4663" v1="5278" v2="5917" v3="6543" />
+      <tetrahedron index="19850" v0="3499" v1="5254" v2="5688" v3="5887" />
+      <tetrahedron index="19851" v0="3746" v1="5040" v2="5175" v3="5581" />
+      <tetrahedron index="19852" v0="5104" v1="5896" v2="5899" v3="6241" />
+      <tetrahedron index="19853" v0="4541" v1="5437" v2="5754" v3="6416" />
+      <tetrahedron index="19854" v0="6645" v1="6703" v2="6931" v3="7012" />
+      <tetrahedron index="19855" v0="3451" v1="5210" v2="5829" v3="5871" />
+      <tetrahedron index="19856" v0="3405" v1="3628" v2="3643" v3="5931" />
+      <tetrahedron index="19857" v0="5903" v1="6671" v2="6672" v3="6797" />
+      <tetrahedron index="19858" v0="5152" v1="6012" v2="6668" v3="6669" />
+      <tetrahedron index="19859" v0="4879" v1="5108" v2="5182" v3="6366" />
+      <tetrahedron index="19860" v0="4712" v1="5477" v2="5846" v3="6141" />
+      <tetrahedron index="19861" v0="5195" v1="5809" v2="6623" v3="6737" />
+      <tetrahedron index="19862" v0="4908" v1="5888" v2="6360" v3="6813" />
+      <tetrahedron index="19863" v0="4695" v1="4823" v2="4841" v3="5090" />
+      <tetrahedron index="19864" v0="4364" v1="4501" v2="5328" v3="5585" />
+      <tetrahedron index="19865" v0="3780" v1="4585" v2="4775" v3="5393" />
+      <tetrahedron index="19866" v0="3656" v1="3787" v2="3788" v3="5531" />
+      <tetrahedron index="19867" v0="3524" v1="4080" v2="5058" v3="5611" />
+      <tetrahedron index="19868" v0="4656" v1="5490" v2="6007" v3="6777" />
+      <tetrahedron index="19869" v0="3961" v1="3962" v2="5122" v3="5198" />
+      <tetrahedron index="19870" v0="3372" v1="3375" v2="3688" v3="6114" />
+      <tetrahedron index="19871" v0="3768" v1="3845" v2="5854" v3="6502" />
+      <tetrahedron index="19872" v0="3977" v1="4260" v2="4284" v3="5682" />
+      <tetrahedron index="19873" v0="3679" v1="5373" v2="5667" v3="6023" />
+      <tetrahedron index="19874" v0="5068" v1="5637" v2="5744" v3="6317" />
+      <tetrahedron index="19875" v0="4350" v1="5236" v2="5860" v3="6505" />
+      <tetrahedron index="19876" v0="4744" v1="5350" v2="5351" v3="5352" />
+      <tetrahedron index="19877" v0="3347" v1="3348" v2="5113" v3="5891" />
+      <tetrahedron index="19878" v0="3237" v1="4235" v2="4236" v3="5545" />
+      <tetrahedron index="19879" v0="3427" v1="3428" v2="4205" v3="4441" />
+      <tetrahedron index="19880" v0="3402" v1="5209" v2="6401" v3="6402" />
+      <tetrahedron index="19881" v0="4962" v1="5414" v2="6073" v3="6074" />
+      <tetrahedron index="19882" v0="4910" v1="5260" v2="5896" v3="5899" />
+      <tetrahedron index="19883" v0="4285" v1="5012" v2="6235" v3="6562" />
+      <tetrahedron index="19884" v0="3368" v1="5248" v2="5547" v3="6523" />
+      <tetrahedron index="19885" v0="4897" v1="5078" v2="5231" v3="5853" />
+      <tetrahedron index="19886" v0="3490" v1="3492" v2="3572" v3="5262" />
+      <tetrahedron index="19887" v0="4170" v1="5106" v2="5486" v3="6149" />
+      <tetrahedron index="19888" v0="3869" v1="5505" v2="5932" v3="6548" />
+      <tetrahedron index="19889" v0="4941" v1="5357" v2="5633" v3="6606" />
+      <tetrahedron index="19890" v0="5269" v1="5846" v2="6015" v3="6885" />
+      <tetrahedron index="19891" v0="4498" v1="4499" v2="4583" v3="5071" />
+      <tetrahedron index="19892" v0="3944" v1="5357" v2="5870" v3="6506" />
+      <tetrahedron index="19893" v0="5132" v1="5357" v2="5870" v3="6506" />
+      <tetrahedron index="19894" v0="4754" v1="4813" v2="5121" v3="5712" />
+      <tetrahedron index="19895" v0="4942" v1="5359" v2="5681" v3="5682" />
+      <tetrahedron index="19896" v0="5019" v1="5519" v2="6189" v3="6624" />
+      <tetrahedron index="19897" v0="5167" v1="6247" v2="6765" v3="6766" />
+      <tetrahedron index="19898" v0="3862" v1="5165" v2="5730" v3="5780" />
+      <tetrahedron index="19899" v0="5027" v1="5558" v2="6230" v3="6234" />
+      <tetrahedron index="19900" v0="4996" v1="5494" v2="6114" v3="6714" />
+      <tetrahedron index="19901" v0="4186" v1="4187" v2="5470" v3="6540" />
+      <tetrahedron index="19902" v0="3656" v1="4227" v2="4494" v3="5530" />
+      <tetrahedron index="19903" v0="4823" v1="4841" v2="5090" v3="5657" />
+      <tetrahedron index="19904" v0="4018" v1="4075" v2="4650" v3="5105" />
+      <tetrahedron index="19905" v0="3535" v1="3536" v2="5890" v3="6113" />
+      <tetrahedron index="19906" v0="3418" v1="3611" v2="4274" v3="5852" />
+      <tetrahedron index="19907" v0="4074" v1="4289" v2="4555" v3="6363" />
+      <tetrahedron index="19908" v0="4233" v1="5077" v2="5103" v3="5802" />
+      <tetrahedron index="19909" v0="5560" v1="5758" v2="5759" v3="6820" />
+      <tetrahedron index="19910" v0="3565" v1="3709" v2="4230" v3="5715" />
+      <tetrahedron index="19911" v0="4891" v1="5109" v2="5697" v3="6357" />
+      <tetrahedron index="19912" v0="4944" v1="5364" v2="6115" v3="6685" />
+      <tetrahedron index="19913" v0="3447" v1="3448" v2="3951" v3="5803" />
+      <tetrahedron index="19914" v0="4070" v1="4071" v2="4072" v3="6163" />
+      <tetrahedron index="19915" v0="5127" v1="6042" v2="6467" v3="6620" />
+      <tetrahedron index="19916" v0="5012" v1="6266" v2="6424" v3="6562" />
+      <tetrahedron index="19917" v0="3851" v1="4553" v2="5259" v3="5894" />
+      <tetrahedron index="19918" v0="4374" v1="4572" v2="5130" v3="5731" />
+      <tetrahedron index="19919" v0="4855" v1="4925" v2="5249" v3="5883" />
+      <tetrahedron index="19920" v0="3280" v1="3382" v2="5266" v3="5901" />
+      <tetrahedron index="19921" v0="3538" v1="5584" v2="5934" v3="5972" />
+      <tetrahedron index="19922" v0="3295" v1="3773" v2="3836" v3="5142" />
+      <tetrahedron index="19923" v0="3441" v1="3443" v2="3824" v3="5091" />
+      <tetrahedron index="19924" v0="3400" v1="3966" v2="5838" v3="6501" />
+      <tetrahedron index="19925" v0="5055" v1="5686" v2="6484" v3="6501" />
+      <tetrahedron index="19926" v0="3609" v1="4533" v2="4534" v3="5570" />
+      <tetrahedron index="19927" v0="3645" v1="3646" v2="5566" v3="6240" />
+      <tetrahedron index="19928" v0="4486" v1="4821" v2="5350" v3="5989" />
+      <tetrahedron index="19929" v0="3742" v1="4448" v2="5283" v3="5923" />
+      <tetrahedron index="19930" v0="4128" v1="4603" v2="4635" v3="5896" />
+      <tetrahedron index="19931" v0="4114" v1="4310" v2="5109" v3="5699" />
+      <tetrahedron index="19932" v0="3418" v1="3611" v2="4676" v3="5852" />
+      <tetrahedron index="19933" v0="3653" v1="5499" v2="5777" v3="6440" />
+      <tetrahedron index="19934" v0="3709" v1="3824" v2="5180" v3="5715" />
+      <tetrahedron index="19935" v0="5255" v1="5778" v2="6441" v3="6813" />
+      <tetrahedron index="19936" v0="3652" v1="5111" v2="5499" v3="5777" />
+      <tetrahedron index="19937" v0="4318" v1="5216" v2="5479" v3="6143" />
+      <tetrahedron index="19938" v0="3744" v1="5281" v2="5919" v3="6028" />
+      <tetrahedron index="19939" v0="5008" v1="5750" v2="6186" v3="6412" />
+      <tetrahedron index="19940" v0="5840" v1="6596" v2="6718" v3="6961" />
+      <tetrahedron index="19941" v0="4641" v1="4642" v2="5132" v3="5357" />
+      <tetrahedron index="19942" v0="3431" v1="3865" v2="5408" v3="5410" />
+      <tetrahedron index="19943" v0="3382" v1="5041" v2="5266" v3="5901" />
+      <tetrahedron index="19944" v0="3396" v1="4988" v2="5219" v3="6143" />
+      <tetrahedron index="19945" v0="3680" v1="4388" v2="5066" v3="6609" />
+      <tetrahedron index="19946" v0="4980" v1="5459" v2="5462" v3="6119" />
+      <tetrahedron index="19947" v0="4385" v1="4533" v2="4613" v3="6244" />
+      <tetrahedron index="19948" v0="4708" v1="5646" v2="5669" v3="6341" />
+      <tetrahedron index="19949" v0="3255" v1="3819" v2="4511" v3="5371" />
+      <tetrahedron index="19950" v0="3640" v1="5086" v2="5665" v3="6647" />
+      <tetrahedron index="19951" v0="5027" v1="6431" v2="6557" v3="6757" />
+      <tetrahedron index="19952" v0="3962" v1="4676" v2="5719" v3="5818" />
+      <tetrahedron index="19953" v0="4436" v1="5270" v2="5905" v3="5906" />
+      <tetrahedron index="19954" v0="4926" v1="5310" v2="5311" v3="6561" />
+      <tetrahedron index="19955" v0="4489" v1="5197" v2="6427" v3="6541" />
+      <tetrahedron index="19956" v0="4108" v1="4178" v2="4179" v3="5797" />
+      <tetrahedron index="19957" v0="3286" v1="5514" v2="5901" v3="6058" />
+      <tetrahedron index="19958" v0="4188" v1="5063" v2="5906" v3="6111" />
+      <tetrahedron index="19959" v0="5219" v1="5838" v2="6143" v3="6484" />
+      <tetrahedron index="19960" v0="3288" v1="3515" v2="3682" v3="5143" />
+      <tetrahedron index="19961" v0="4753" v1="5478" v2="6142" v3="6277" />
+      <tetrahedron index="19962" v0="4887" v1="5199" v2="5716" v3="5819" />
+      <tetrahedron index="19963" v0="3258" v1="3261" v2="3265" v3="3267" />
+      <tetrahedron index="19964" v0="3640" v1="3661" v2="4828" v3="5665" />
+      <tetrahedron index="19965" v0="3942" v1="3986" v2="4000" v3="6333" />
+      <tetrahedron index="19966" v0="4600" v1="4768" v2="5366" v3="6017" />
+      <tetrahedron index="19967" v0="5482" v1="5588" v2="6260" v3="6262" />
+      <tetrahedron index="19968" v0="4717" v1="5411" v2="5462" v3="6125" />
+      <tetrahedron index="19969" v0="5107" v1="5210" v2="5700" v3="6364" />
+      <tetrahedron index="19970" v0="4040" v1="4776" v2="5606" v3="5607" />
+      <tetrahedron index="19971" v0="4990" v1="5548" v2="5797" v3="6146" />
+      <tetrahedron index="19972" v0="3291" v1="3293" v2="3757" v3="4005" />
+      <tetrahedron index="19973" v0="3439" v1="3440" v2="5608" v3="5848" />
+      <tetrahedron index="19974" v0="4224" v1="4643" v2="5637" v3="5744" />
+      <tetrahedron index="19975" v0="3677" v1="3918" v2="4352" v3="5368" />
+      <tetrahedron index="19976" v0="3290" v1="3425" v2="3515" v3="5143" />
+      <tetrahedron index="19977" v0="3450" v1="3452" v2="3533" v3="5242" />
+      <tetrahedron index="19978" v0="4855" v1="5319" v2="5483" v3="5963" />
+      <tetrahedron index="19979" v0="4460" v1="5058" v2="5612" v3="5657" />
+      <tetrahedron index="19980" v0="6050" v1="6154" v2="6710" v3="6711" />
+      <tetrahedron index="19981" v0="4662" v1="5235" v2="5237" v3="5862" />
+      <tetrahedron index="19982" v0="5016" v1="5532" v2="5595" v3="6743" />
+      <tetrahedron index="19983" v0="5006" v1="5692" v2="5879" v3="6518" />
+      <tetrahedron index="19984" v0="4511" v1="5370" v2="5371" v3="6019" />
+      <tetrahedron index="19985" v0="4093" v1="4153" v2="5146" v3="5742" />
+      <tetrahedron index="19986" v0="5064" v1="5627" v2="6305" v3="6802" />
+      <tetrahedron index="19987" v0="4034" v1="5390" v2="6471" v3="6619" />
+      <tetrahedron index="19988" v0="5175" v1="5579" v2="6254" v3="6772" />
+      <tetrahedron index="19989" v0="3880" v1="4567" v2="4648" v3="5347" />
+      <tetrahedron index="19990" v0="4347" v1="4349" v2="5634" v3="6008" />
+      <tetrahedron index="19991" v0="4980" v1="5459" v2="5460" v3="6123" />
+      <tetrahedron index="19992" v0="4179" v1="4269" v2="5669" v3="5798" />
+      <tetrahedron index="19993" v0="4075" v1="5105" v2="5230" v3="5691" />
+      <tetrahedron index="19994" v0="3238" v1="4229" v2="5544" v3="5893" />
+      <tetrahedron index="19995" v0="5845" v1="6153" v2="6493" v3="6884" />
+      <tetrahedron index="19996" v0="4710" v1="4821" v2="5351" v3="5999" />
+      <tetrahedron index="19997" v0="3361" v1="5312" v2="5671" v3="6343" />
+      <tetrahedron index="19998" v0="4872" v1="5050" v2="5164" v3="5597" />
+      <tetrahedron index="19999" v0="3614" v1="5083" v2="5766" v3="6831" />
+      <tetrahedron index="20000" v0="4844" v1="5265" v2="5815" v3="6000" />
+      <tetrahedron index="20001" v0="4886" v1="5197" v2="6176" v3="6731" />
+      <tetrahedron index="20002" v0="4916" v1="5279" v2="5283" v3="5923" />
+      <tetrahedron index="20003" v0="5904" v1="6460" v2="6538" v3="6867" />
+      <tetrahedron index="20004" v0="3770" v1="5321" v2="5323" v3="5708" />
+      <tetrahedron index="20005" v0="4869" v1="5160" v2="5770" v3="6858" />
+      <tetrahedron index="20006" v0="5194" v1="5815" v2="6000" v3="6473" />
+      <tetrahedron index="20007" v0="4225" v1="4402" v2="5585" v3="5734" />
+      <tetrahedron index="20008" v0="4939" v1="5353" v2="6419" v3="6848" />
+      <tetrahedron index="20009" v0="3686" v1="5642" v2="5933" v3="6320" />
+      <tetrahedron index="20010" v0="4856" v1="4956" v2="5783" v3="7018" />
+      <tetrahedron index="20011" v0="3950" v1="3951" v2="4233" v3="6454" />
+      <tetrahedron index="20012" v0="5022" v1="5545" v2="5893" v3="6215" />
+      <tetrahedron index="20013" v0="6098" v1="6640" v2="6673" v3="6944" />
+      <tetrahedron index="20014" v0="4890" v1="5207" v2="5209" v3="5828" />
+      <tetrahedron index="20015" v0="3514" v1="3918" v2="4465" v3="6038" />
+      <tetrahedron index="20016" v0="4238" v1="4239" v2="4733" v3="6395" />
+      <tetrahedron index="20017" v0="4893" v1="4988" v2="5216" v3="6484" />
+      <tetrahedron index="20018" v0="5310" v1="6054" v2="6263" v3="6874" />
+      <tetrahedron index="20019" v0="4347" v1="5132" v2="6008" v3="6314" />
+      <tetrahedron index="20020" v0="4932" v1="5121" v2="5327" v3="5975" />
+      <tetrahedron index="20021" v0="4086" v1="6091" v2="6457" v3="6665" />
+      <tetrahedron index="20022" v0="5490" v1="6151" v2="6327" v3="6777" />
+      <tetrahedron index="20023" v0="4910" v1="5262" v2="5897" v3="6533" />
+      <tetrahedron index="20024" v0="3434" v1="3745" v2="5578" v3="5581" />
+      <tetrahedron index="20025" v0="4220" v1="4518" v2="4658" v3="5387" />
+      <tetrahedron index="20026" v0="4945" v1="5366" v2="6018" v3="6386" />
+      <tetrahedron index="20027" v0="5397" v1="6056" v2="6443" v3="6864" />
+      <tetrahedron index="20028" v0="3661" v1="4686" v2="5401" v3="6059" />
+      <tetrahedron index="20029" v0="4961" v1="5411" v2="6127" v3="6725" />
+      <tetrahedron index="20030" v0="3604" v1="3743" v2="5281" v3="6028" />
+      <tetrahedron index="20031" v0="3326" v1="3939" v2="5172" v3="5787" />
+      <tetrahedron index="20032" v0="4902" v1="5107" v2="5124" v3="5826" />
+      <tetrahedron index="20033" v0="4144" v1="4362" v2="4774" v3="5082" />
+      <tetrahedron index="20034" v0="4979" v1="5084" v2="5662" v3="5767" />
+      <tetrahedron index="20035" v0="4893" v1="5021" v2="5836" v3="6214" />
+      <tetrahedron index="20036" v0="5176" v1="5428" v2="6662" v3="6772" />
+      <tetrahedron index="20037" v0="5532" v1="5981" v2="6205" v3="6743" />
+      <tetrahedron index="20038" v0="4185" v1="4450" v2="5540" v3="5813" />
+      <tetrahedron index="20039" v0="4948" v1="5136" v2="5375" v3="5377" />
+      <tetrahedron index="20040" v0="4446" v1="4450" v2="4455" v3="5540" />
+      <tetrahedron index="20041" v0="5307" v1="5570" v2="5946" v3="6245" />
+      <tetrahedron index="20042" v0="3324" v1="3325" v2="3326" v3="5787" />
+      <tetrahedron index="20043" v0="5188" v1="5805" v2="6092" v3="6458" />
+      <tetrahedron index="20044" v0="4960" v1="5067" v2="6019" v3="6068" />
+      <tetrahedron index="20045" v0="4141" v1="4254" v2="4798" v3="6196" />
+      <tetrahedron index="20046" v0="4340" v1="4717" v2="5411" v3="6125" />
+      <tetrahedron index="20047" v0="3612" v1="3614" v2="5473" v3="6831" />
+      <tetrahedron index="20048" v0="3544" v1="3690" v2="4628" v3="5049" />
+      <tetrahedron index="20049" v0="4070" v1="4247" v2="4248" v3="6161" />
+      <tetrahedron index="20050" v0="4139" v1="5389" v2="6041" v3="6207" />
+      <tetrahedron index="20051" v0="3266" v1="4956" v2="5404" v3="5405" />
+      <tetrahedron index="20052" v0="3496" v1="3497" v2="3967" v3="5449" />
+      <tetrahedron index="20053" v0="5068" v1="5636" v2="5744" v3="6317" />
+      <tetrahedron index="20054" v0="3518" v1="3519" v2="3520" v3="6414" />
+      <tetrahedron index="20055" v0="4856" v1="4956" v2="4991" v3="5587" />
+      <tetrahedron index="20056" v0="3686" v1="4161" v2="5933" v3="6320" />
+      <tetrahedron index="20057" v0="6279" v1="6784" v2="6862" v3="6949" />
+      <tetrahedron index="20058" v0="5040" v1="5580" v2="5784" v3="6446" />
+      <tetrahedron index="20059" v0="3997" v1="5125" v2="5329" v3="5586" />
+      <tetrahedron index="20060" v0="3938" v1="4386" v2="5968" v3="6379" />
+      <tetrahedron index="20061" v0="4342" v1="4539" v2="4667" v3="5007" />
+      <tetrahedron index="20062" v0="4164" v1="5377" v2="5917" v3="6543" />
+      <tetrahedron index="20063" v0="5520" v1="6585" v2="6624" v3="6737" />
+      <tetrahedron index="20064" v0="3488" v1="3684" v2="3763" v3="6617" />
+      <tetrahedron index="20065" v0="3280" v1="3281" v2="3282" v3="3386" />
+      <tetrahedron index="20066" v0="5037" v1="5984" v2="5987" v3="6901" />
+      <tetrahedron index="20067" v0="4697" v1="5130" v2="5469" v3="6325" />
+      <tetrahedron index="20068" v0="3930" v1="4578" v2="4730" v3="5601" />
+      <tetrahedron index="20069" v0="4997" v1="5877" v2="6182" v3="6732" />
+      <tetrahedron index="20070" v0="4442" v1="4742" v2="5225" v3="5417" />
+      <tetrahedron index="20071" v0="4349" v1="4641" v2="5132" v3="6008" />
+      <tetrahedron index="20072" v0="4206" v1="4235" v2="4680" v3="5567" />
+      <tetrahedron index="20073" v0="3247" v1="5364" v2="5621" v3="6115" />
+      <tetrahedron index="20074" v0="5002" v1="5864" v2="6506" v3="6508" />
+      <tetrahedron index="20075" v0="3777" v1="4670" v2="4822" v3="5604" />
+      <tetrahedron index="20076" v0="4065" v1="4511" v2="5371" v3="6019" />
+      <tetrahedron index="20077" v0="4365" v1="4685" v2="5487" v3="5878" />
+      <tetrahedron index="20078" v0="4928" v1="5762" v2="6080" v3="6428" />
+      <tetrahedron index="20079" v0="3719" v1="4061" v2="5203" v3="6362" />
+      <tetrahedron index="20080" v0="4859" v1="5151" v2="5729" v3="6393" />
+      <tetrahedron index="20081" v0="3712" v1="5735" v2="6057" v3="6835" />
+      <tetrahedron index="20082" v0="4221" v1="4635" v2="4636" v3="5234" />
+      <tetrahedron index="20083" v0="4246" v1="4708" v2="4778" v3="6341" />
+      <tetrahedron index="20084" v0="5138" v1="5934" v2="5935" v3="5973" />
+      <tetrahedron index="20085" v0="3489" v1="3763" v2="3854" v3="6032" />
+      <tetrahedron index="20086" v0="3575" v1="3577" v2="5253" v3="5496" />
+      <tetrahedron index="20087" v0="3888" v1="5729" v2="6039" v3="6618" />
+      <tetrahedron index="20088" v0="4934" v1="5337" v2="5980" v3="6743" />
+      <tetrahedron index="20089" v0="4855" v1="5883" v2="6065" v3="6392" />
+      <tetrahedron index="20090" v0="3417" v1="3570" v2="3661" v3="5401" />
+      <tetrahedron index="20091" v0="4386" v1="5322" v2="5968" v3="6379" />
+      <tetrahedron index="20092" v0="4566" v1="4639" v2="5136" v3="5375" />
+      <tetrahedron index="20093" v0="5407" v1="6065" v2="6144" v3="6392" />
+      <tetrahedron index="20094" v0="3345" v1="4510" v2="4559" v3="5163" />
+      <tetrahedron index="20095" v0="4347" v1="4348" v2="4349" v3="5132" />
+      <tetrahedron index="20096" v0="5346" v1="6246" v2="6589" v3="6939" />
+      <tetrahedron index="20097" v0="4475" v1="4477" v2="5092" v3="6483" />
+      <tetrahedron index="20098" v0="5012" v1="5524" v2="5759" v3="5882" />
+      <tetrahedron index="20099" v0="5023" v1="5839" v2="6216" v3="6485" />
+      <tetrahedron index="20100" v0="4949" v1="5378" v2="5379" v3="5555" />
+      <tetrahedron index="20101" v0="3954" v1="5215" v2="5543" v3="6214" />
+      <tetrahedron index="20102" v0="4570" v1="5265" v2="5815" v3="6013" />
+      <tetrahedron index="20103" v0="3457" v1="3886" v2="4208" v3="5134" />
+      <tetrahedron index="20104" v0="5001" v1="5503" v2="6100" v3="6168" />
+      <tetrahedron index="20105" v0="4931" v1="5323" v2="5969" v3="6435" />
+      <tetrahedron index="20106" v0="4487" v1="4705" v2="5126" v3="5722" />
+      <tetrahedron index="20107" v0="4924" v1="5304" v2="5306" v3="5944" />
+      <tetrahedron index="20108" v0="4884" v1="5191" v2="6844" v3="6969" />
+      <tetrahedron index="20109" v0="3368" v1="3369" v2="4022" v3="5547" />
+      <tetrahedron index="20110" v0="3939" v1="4197" v2="4644" v3="5580" />
+      <tetrahedron index="20111" v0="4949" v1="5026" v2="5552" v3="5554" />
+      <tetrahedron index="20112" v0="5070" v1="5643" v2="5774" v3="6320" />
+      <tetrahedron index="20113" v0="3728" v1="4135" v2="5323" v3="5969" />
+      <tetrahedron index="20114" v0="5190" v1="6461" v2="6464" v3="7023" />
+      <tetrahedron index="20115" v0="4278" v1="5388" v2="6040" v3="6619" />
+      <tetrahedron index="20116" v0="5020" v1="5556" v2="6466" v3="6745" />
+      <tetrahedron index="20117" v0="4930" v1="6100" v2="6675" v3="6719" />
+      <tetrahedron index="20118" v0="3658" v1="4146" v2="4264" v3="5183" />
+      <tetrahedron index="20119" v0="3530" v1="4034" v2="4278" v3="6619" />
+      <tetrahedron index="20120" v0="4916" v1="5281" v2="5283" v3="5923" />
+      <tetrahedron index="20121" v0="5148" v1="6033" v2="6550" v3="6580" />
+      <tetrahedron index="20122" v0="3455" v1="3898" v2="5699" v3="5825" />
+      <tetrahedron index="20123" v0="4732" v1="4746" v2="4805" v3="6598" />
+      <tetrahedron index="20124" v0="4412" v1="4571" v2="4592" v3="5079" />
+      <tetrahedron index="20125" v0="4889" v1="5203" v2="5206" v3="6362" />
+      <tetrahedron index="20126" v0="3499" v1="4408" v2="4565" v3="5887" />
+      <tetrahedron index="20127" v0="3531" v1="3533" v2="5114" v3="6801" />
+      <tetrahedron index="20128" v0="3263" v1="4218" v2="5001" v3="5504" />
+      <tetrahedron index="20129" v0="3671" v1="5107" v2="5124" v3="5694" />
+      <tetrahedron index="20130" v0="5415" v1="5632" v2="6195" v3="6313" />
+      <tetrahedron index="20131" v0="3274" v1="3386" v2="5320" v3="5727" />
+      <tetrahedron index="20132" v0="3444" v1="3710" v2="4825" v3="5971" />
+      <tetrahedron index="20133" v0="4896" v1="5850" v2="6496" v3="6499" />
+      <tetrahedron index="20134" v0="5477" v1="6460" v2="6867" v3="6977" />
+      <tetrahedron index="20135" v0="3600" v1="4442" v2="5225" v3="5226" />
+      <tetrahedron index="20136" v0="4444" v1="4468" v2="4652" v3="6190" />
+      <tetrahedron index="20137" v0="3480" v1="3873" v2="5089" v3="6343" />
+      <tetrahedron index="20138" v0="3406" v1="4127" v2="4240" v3="5667" />
+      <tetrahedron index="20139" v0="3788" v1="4494" v2="4833" v3="5532" />
+      <tetrahedron index="20140" v0="4113" v1="4815" v2="5042" v3="5747" />
+      <tetrahedron index="20141" v0="3504" v1="5940" v2="5982" v3="6576" />
+      <tetrahedron index="20142" v0="3526" v1="4992" v2="5484" v3="5485" />
+      <tetrahedron index="20143" v0="4266" v1="5989" v2="6139" v3="6702" />
+      <tetrahedron index="20144" v0="4993" v1="5106" v2="5486" v3="6149" />
+      <tetrahedron index="20145" v0="4291" v1="5020" v2="5539" v3="5541" />
+      <tetrahedron index="20146" v0="3784" v1="5340" v2="5341" v3="5983" />
+      <tetrahedron index="20147" v0="4554" v1="5104" v2="6241" v3="6347" />
+      <tetrahedron index="20148" v0="5941" v1="5943" v2="6551" v3="6983" />
+      <tetrahedron index="20149" v0="5617" v1="6582" v2="6907" v3="6967" />
+      <tetrahedron index="20150" v0="4079" v1="5000" v2="5186" v3="5799" />
+      <tetrahedron index="20151" v0="3399" v1="3970" v2="4015" v3="5628" />
+      <tetrahedron index="20152" v0="5676" v1="6005" v2="6993" v3="7024" />
+      <tetrahedron index="20153" v0="4095" v1="4407" v2="5376" v3="5919" />
+      <tetrahedron index="20154" v0="3843" v1="4108" v2="4110" v3="6147" />
+      <tetrahedron index="20155" v0="3294" v1="3607" v2="3642" v3="6214" />
+      <tetrahedron index="20156" v0="3318" v1="4031" v2="4104" v3="4801" />
+      <tetrahedron index="20157" v0="4040" v1="4067" v2="6888" v3="7001" />
+      <tetrahedron index="20158" v0="3462" v1="3617" v2="3861" v3="4983" />
+      <tetrahedron index="20159" v0="5065" v1="5632" v2="6194" v3="6310" />
+      <tetrahedron index="20160" v0="4470" v1="4472" v2="4817" v3="5489" />
+      <tetrahedron index="20161" v0="4265" v1="4538" v2="4709" v3="5337" />
+      <tetrahedron index="20162" v0="4458" v1="4531" v2="5179" v3="6018" />
+      <tetrahedron index="20163" v0="4898" v1="5058" v2="5612" v3="5657" />
+      <tetrahedron index="20164" v0="4915" v1="5064" v2="5916" v3="6802" />
+      <tetrahedron index="20165" v0="5212" v1="5213" v2="6760" v3="6830" />
+      <tetrahedron index="20166" v0="3952" v1="4187" v2="5470" v3="6110" />
+      <tetrahedron index="20167" v0="3496" v1="4263" v2="5447" v3="5775" />
+      <tetrahedron index="20168" v0="4851" v1="4935" v2="5833" v3="6480" />
+      <tetrahedron index="20169" v0="3637" v1="3639" v2="3640" v3="5665" />
+      <tetrahedron index="20170" v0="3946" v1="5244" v2="5873" v3="6513" />
+      <tetrahedron index="20171" v0="4518" v1="4952" v2="5387" v3="6039" />
+      <tetrahedron index="20172" v0="4408" v1="4498" v2="4565" v3="5254" />
+      <tetrahedron index="20173" v0="3299" v1="3302" v2="5219" v3="5834" />
+      <tetrahedron index="20174" v0="4534" v1="5303" v2="5570" v3="5946" />
+      <tetrahedron index="20175" v0="4856" v1="4956" v2="5396" v3="6259" />
+      <tetrahedron index="20176" v0="5268" v1="6150" v2="6673" v3="6707" />
+      <tetrahedron index="20177" v0="4661" v1="4808" v2="5216" v3="5858" />
+      <tetrahedron index="20178" v0="4407" v1="5282" v2="5376" v3="5919" />
+      <tetrahedron index="20179" v0="4596" v1="4779" v2="5517" v3="6187" />
+      <tetrahedron index="20180" v0="4440" v1="4792" v2="5490" v3="6151" />
+      <tetrahedron index="20181" v0="4051" v1="4052" v2="5217" v3="6481" />
+      <tetrahedron index="20182" v0="4159" v1="4237" v2="4812" v3="5468" />
+      <tetrahedron index="20183" v0="4397" v1="5236" v2="5860" v3="5861" />
+      <tetrahedron index="20184" v0="3717" v1="3771" v2="4439" v3="6136" />
+      <tetrahedron index="20185" v0="4938" v1="5009" v2="5345" v3="6940" />
+      <tetrahedron index="20186" v0="4864" v1="5841" v2="6171" v3="6724" />
+      <tetrahedron index="20187" v0="4095" v1="4407" v2="5282" v3="5919" />
+      <tetrahedron index="20188" v0="4953" v1="5809" v2="6461" v3="6969" />
+      <tetrahedron index="20189" v0="4216" v1="4433" v2="5235" v3="5859" />
+      <tetrahedron index="20190" v0="4709" v1="5158" v2="5337" v3="5765" />
+      <tetrahedron index="20191" v0="4760" v1="4761" v2="6029" v3="6225" />
+      <tetrahedron index="20192" v0="3605" v1="4403" v2="4501" v3="5328" />
+      <tetrahedron index="20193" v0="3281" v1="5266" v2="5480" v3="5964" />
+      <tetrahedron index="20194" v0="3344" v1="5453" v2="6321" v3="6814" />
+      <tetrahedron index="20195" v0="4504" v1="4562" v2="4811" v3="6736" />
+      <tetrahedron index="20196" v0="3680" v1="3681" v2="5358" v3="5673" />
+      <tetrahedron index="20197" v0="5437" v1="6099" v2="6421" v3="6847" />
+      <tetrahedron index="20198" v0="4734" v1="5172" v2="5174" v3="5580" />
+      <tetrahedron index="20199" v0="4036" v1="4594" v2="5716" v3="5717" />
+      <tetrahedron index="20200" v0="4036" v1="5123" v2="5716" v3="5717" />
+      <tetrahedron index="20201" v0="3257" v1="3380" v2="4991" v3="5482" />
+      <tetrahedron index="20202" v0="6429" v1="6467" v2="6869" v3="6996" />
+      <tetrahedron index="20203" v0="4092" v1="4093" v2="4094" v3="6406" />
+      <tetrahedron index="20204" v0="5031" v1="5566" v2="5831" v3="6760" />
+      <tetrahedron index="20205" v0="3714" v1="3998" v2="5374" v3="6024" />
+      <tetrahedron index="20206" v0="4473" v1="5472" v2="5772" v3="6136" />
+      <tetrahedron index="20207" v0="3605" v1="3606" v2="5328" v3="5738" />
+      <tetrahedron index="20208" v0="3312" v1="5288" v2="5601" v3="5679" />
+      <tetrahedron index="20209" v0="3924" v1="4531" v2="4552" v3="5179" />
+      <tetrahedron index="20210" v0="3450" v1="3685" v2="5829" v3="6512" />
+      <tetrahedron index="20211" v0="4268" v1="4629" v2="4724" v3="5551" />
+      <tetrahedron index="20212" v0="4552" v1="5179" v2="5792" v3="5793" />
+      <tetrahedron index="20213" v0="5245" v1="6201" v2="6285" v3="7000" />
+      <tetrahedron index="20214" v0="4059" v1="4103" v2="4192" v3="5626" />
+      <tetrahedron index="20215" v0="5614" v1="6286" v2="6287" v3="6789" />
+      <tetrahedron index="20216" v0="4433" v1="5235" v2="5858" v3="5859" />
+      <tetrahedron index="20217" v0="5233" v1="5234" v2="5856" v3="6358" />
+      <tetrahedron index="20218" v0="4909" v1="5117" v2="5258" v3="5892" />
+      <tetrahedron index="20219" v0="4448" v1="5283" v2="5863" v3="5923" />
+      <tetrahedron index="20220" v0="5042" v1="5582" v2="6659" v3="6660" />
+      <tetrahedron index="20221" v0="3304" v1="3305" v2="5034" v3="5721" />
+      <tetrahedron index="20222" v0="4990" v1="5185" v2="5797" v3="5969" />
+      <tetrahedron index="20223" v0="3668" v1="4002" v2="4003" v3="5107" />
+      <tetrahedron index="20224" v0="3456" v1="3749" v2="5579" v3="6254" />
+      <tetrahedron index="20225" v0="3762" v1="5592" v2="5706" v3="6377" />
+      <tetrahedron index="20226" v0="4103" v1="4192" v2="5063" v3="6111" />
+      <tetrahedron index="20227" v0="4867" v1="5556" v2="6466" v3="6895" />
+      <tetrahedron index="20228" v0="3726" v1="5126" v2="5722" v3="6200" />
+      <tetrahedron index="20229" v0="5036" v1="6047" v2="6048" v3="6631" />
+      <tetrahedron index="20230" v0="4870" v1="5131" v2="5609" v3="6107" />
+      <tetrahedron index="20231" v0="3467" v1="4329" v2="4599" v3="4697" />
+      <tetrahedron index="20232" v0="3708" v1="5436" v2="6093" v3="6670" />
+      <tetrahedron index="20233" v0="4876" v1="5614" v2="6106" v3="6679" />
+      <tetrahedron index="20234" v0="4318" v1="4649" v2="4661" v3="5216" />
+      <tetrahedron index="20235" v0="3349" v1="3356" v2="4290" v3="6078" />
+      <tetrahedron index="20236" v0="5207" v1="5209" v2="5927" v3="6402" />
+      <tetrahedron index="20237" v0="4926" v1="5311" v2="5547" v3="6561" />
+      <tetrahedron index="20238" v0="5139" v1="5736" v2="6398" v3="6836" />
+      <tetrahedron index="20239" v0="3231" v1="3340" v2="4709" v3="5158" />
+      <tetrahedron index="20240" v0="4218" v1="4304" v2="5504" v3="6417" />
+      <tetrahedron index="20241" v0="4025" v1="4332" v2="4333" v3="4469" />
+      <tetrahedron index="20242" v0="5166" v1="6045" v2="6049" v3="6626" />
+      <tetrahedron index="20243" v0="5446" v1="6105" v2="6289" v3="6876" />
+      <tetrahedron index="20244" v0="3668" v1="5107" v2="5124" v3="5693" />
+      <tetrahedron index="20245" v0="4579" v1="4820" v2="5284" v3="5924" />
+      <tetrahedron index="20246" v0="3233" v1="3234" v2="3235" v3="6438" />
+      <tetrahedron index="20247" v0="4695" v1="4774" v2="4823" v3="5090" />
+      <tetrahedron index="20248" v0="3626" v1="3724" v2="5275" v3="5913" />
+      <tetrahedron index="20249" v0="5027" v1="5945" v2="6559" v3="6757" />
+      <tetrahedron index="20250" v0="4118" v1="4289" v2="5691" v3="6363" />
+      <tetrahedron index="20251" v0="5058" v1="5090" v2="5657" v3="6011" />
+      <tetrahedron index="20252" v0="3617" v1="3861" v2="4983" v3="5467" />
+      <tetrahedron index="20253" v0="4904" v1="5247" v2="5876" v3="6516" />
+      <tetrahedron index="20254" v0="4896" v1="5072" v2="5850" v3="5851" />
+      <tetrahedron index="20255" v0="4931" v1="5184" v2="5321" v3="5796" />
+      <tetrahedron index="20256" v0="3254" v1="3813" v2="5129" v3="6021" />
+      <tetrahedron index="20257" v0="4753" v1="5478" v2="6142" v3="6998" />
+      <tetrahedron index="20258" v0="3710" v1="4576" v2="4825" v3="5971" />
+      <tetrahedron index="20259" v0="4901" v1="5056" v2="5240" v3="5870" />
+      <tetrahedron index="20260" v0="4995" v1="5491" v2="6324" v3="6709" />
+      <tetrahedron index="20261" v0="4943" v1="5152" v2="6223" v3="6668" />
+      <tetrahedron index="20262" v0="4596" v1="4623" v2="5515" v3="6184" />
+      <tetrahedron index="20263" v0="5057" v1="5379" v2="5610" v3="6592" />
+      <tetrahedron index="20264" v0="4939" v1="5350" v2="5351" v3="6846" />
+      <tetrahedron index="20265" v0="4486" v1="4745" v2="5350" v3="5998" />
+      <tetrahedron index="20266" v0="4169" v1="4575" v2="6135" v3="6700" />
+      <tetrahedron index="20267" v0="3438" v1="4256" v2="5696" v3="5848" />
+      <tetrahedron index="20268" v0="3356" v1="5889" v2="6338" v3="6496" />
+      <tetrahedron index="20269" v0="4096" v1="4097" v2="4448" v3="5923" />
+      <tetrahedron index="20270" v0="4694" v1="5153" v2="5755" v3="6420" />
+      <tetrahedron index="20271" v0="3892" v1="5015" v2="5378" v3="6741" />
+      <tetrahedron index="20272" v0="3370" v1="3548" v2="3552" v3="4030" />
+      <tetrahedron index="20273" v0="4327" v1="4595" v2="4630" v3="5476" />
+      <tetrahedron index="20274" v0="3433" v1="3647" v2="3649" v3="5370" />
+      <tetrahedron index="20275" v0="3527" v1="4973" v2="5442" v3="5444" />
+      <tetrahedron index="20276" v0="4115" v1="5671" v2="6345" v3="6826" />
+      <tetrahedron index="20277" v0="3230" v1="4439" v2="4485" v3="5471" />
+      <tetrahedron index="20278" v0="4875" v1="5011" v2="5524" v3="5882" />
+      <tetrahedron index="20279" v0="4474" v1="4799" v2="5013" v3="6199" />
+      <tetrahedron index="20280" v0="3739" v1="5040" v2="5580" v3="6255" />
+      <tetrahedron index="20281" v0="4087" v1="4307" v2="6090" v3="6665" />
+      <tetrahedron index="20282" v0="3388" v1="3390" v2="3977" v3="5118" />
+      <tetrahedron index="20283" v0="5223" v1="5845" v2="6153" v3="6494" />
+      <tetrahedron index="20284" v0="4923" v1="5301" v2="5938" v3="5939" />
+      <tetrahedron index="20285" v0="3283" v1="3286" v2="5514" v3="6057" />
+      <tetrahedron index="20286" v0="4251" v1="5481" v2="6219" v3="6398" />
+      <tetrahedron index="20287" v0="3543" v1="3654" v2="4329" v3="4599" />
+      <tetrahedron index="20288" v0="3295" v1="3773" v2="4343" v3="6504" />
+      <tetrahedron index="20289" v0="3702" v1="3703" v2="5067" v3="6020" />
+      <tetrahedron index="20290" v0="3264" v1="3501" v2="3502" v3="3553" />
+      <tetrahedron index="20291" v0="3716" v1="3869" v2="4241" v3="6548" />
+      <tetrahedron index="20292" v0="3977" v1="5097" v2="5681" v3="5682" />
+      <tetrahedron index="20293" v0="4215" v1="4275" v2="5178" v3="5733" />
+      <tetrahedron index="20294" v0="3941" v1="3942" v2="5081" v3="6821" />
+      <tetrahedron index="20295" v0="3753" v1="3931" v2="5927" v3="5928" />
+      <tetrahedron index="20296" v0="4861" v1="5994" v2="6585" v3="6908" />
+      <tetrahedron index="20297" v0="4932" v1="5325" v2="5712" v3="6381" />
+      <tetrahedron index="20298" v0="3641" v1="3837" v2="5710" v3="6089" />
+      <tetrahedron index="20299" v0="3856" v1="4594" v2="4767" v3="5078" />
+      <tetrahedron index="20300" v0="3428" v1="4173" v2="5650" v3="6709" />
+      <tetrahedron index="20301" v0="4448" v1="5279" v2="5863" v3="5923" />
+      <tetrahedron index="20302" v0="3688" v1="4731" v2="5495" v3="6154" />
+      <tetrahedron index="20303" v0="3862" v1="5130" v2="5730" v3="5780" />
+      <tetrahedron index="20304" v0="3241" v1="5272" v2="5909" v3="5911" />
+      <tetrahedron index="20305" v0="5346" v1="5992" v2="6667" v3="6939" />
+      <tetrahedron index="20306" v0="4191" v1="4271" v2="4677" v3="6543" />
+      <tetrahedron index="20307" v0="4989" v1="5038" v2="5883" v3="6144" />
+      <tetrahedron index="20308" v0="4956" v1="5402" v2="5404" v3="6063" />
+      <tetrahedron index="20309" v0="5436" v1="6092" v2="6415" v3="6666" />
+      <tetrahedron index="20310" v0="3669" v1="5034" v2="5720" v3="5915" />
+      <tetrahedron index="20311" v0="3817" v1="4232" v2="5177" v3="6086" />
+      <tetrahedron index="20312" v0="4364" v1="4501" v2="5331" v3="6069" />
+      <tetrahedron index="20313" v0="5013" v1="5526" v2="5594" v3="5668" />
+      <tetrahedron index="20314" v0="3608" v1="3699" v2="3854" v3="5380" />
+      <tetrahedron index="20315" v0="6287" v1="6597" v2="6790" v3="6967" />
+      <tetrahedron index="20316" v0="4185" v1="5191" v2="5540" v3="6040" />
+      <tetrahedron index="20317" v0="5248" v1="5879" v2="5881" v3="6518" />
+      <tetrahedron index="20318" v0="5346" v1="6589" v2="6611" v3="6911" />
+      <tetrahedron index="20319" v0="4404" v1="4440" v2="4441" v3="6152" />
+      <tetrahedron index="20320" v0="4902" v1="5829" v2="6511" v3="6512" />
+      <tetrahedron index="20321" v0="3621" v1="3993" v2="5166" v3="6049" />
+      <tetrahedron index="20322" v0="4090" v1="4257" v2="4258" v3="5808" />
+      <tetrahedron index="20323" v0="3582" v1="4089" v2="4505" v3="6448" />
+      <tetrahedron index="20324" v0="6046" v1="6633" v2="6711" v3="6926" />
+      <tetrahedron index="20325" v0="4384" v1="4446" v2="4455" v3="6210" />
+      <tetrahedron index="20326" v0="4140" v1="4321" v2="4560" v3="6042" />
+      <tetrahedron index="20327" v0="5448" v1="5865" v2="6109" v3="6508" />
+      <tetrahedron index="20328" v0="4054" v1="4083" v2="4399" v3="5983" />
+      <tetrahedron index="20329" v0="4129" v1="4245" v2="5432" v3="6089" />
+      <tetrahedron index="20330" v0="4900" v1="5237" v2="5862" v3="5918" />
+      <tetrahedron index="20331" v0="4869" v1="5773" v2="6334" v3="6399" />
+      <tetrahedron index="20332" v0="3621" v1="3992" v2="5781" v3="5842" />
+      <tetrahedron index="20333" v0="4195" v1="4981" v2="5463" v3="6129" />
+      <tetrahedron index="20334" v0="4900" v1="5237" v2="5860" v3="5918" />
+      <tetrahedron index="20335" v0="4007" v1="4308" v2="4443" v3="5583" />
+      <tetrahedron index="20336" v0="3401" v1="3403" v2="5208" v3="5827" />
+      <tetrahedron index="20337" v0="3470" v1="3844" v2="4262" v3="5456" />
+      <tetrahedron index="20338" v0="3282" v1="3383" v2="3386" v3="5726" />
+      <tetrahedron index="20339" v0="5031" v1="5212" v2="5565" v3="5831" />
+      <tetrahedron index="20340" v0="4540" v1="4789" v2="5573" v3="5574" />
+      <tetrahedron index="20341" v0="3264" v1="5030" v2="5622" v3="5623" />
+      <tetrahedron index="20342" v0="5224" v1="5848" v2="5851" v3="6497" />
+      <tetrahedron index="20343" v0="4849" v1="6409" v2="6843" v3="6963" />
+      <tetrahedron index="20344" v0="4860" v1="6228" v2="6753" v3="6754" />
+      <tetrahedron index="20345" v0="4292" v1="5539" v2="6041" v3="6211" />
+      <tetrahedron index="20346" v0="5052" v1="5075" v2="5651" v3="6239" />
+      <tetrahedron index="20347" v0="3486" v1="3487" v2="4082" v3="5422" />
+      <tetrahedron index="20348" v0="4446" v1="4450" v2="4777" v3="5813" />
+      <tetrahedron index="20349" v0="4902" v1="5124" v2="5693" v3="5720" />
+      <tetrahedron index="20350" v0="4903" v1="6075" v2="6124" v3="6695" />
+      <tetrahedron index="20351" v0="4528" v1="4529" v2="5000" v3="5800" />
+      <tetrahedron index="20352" v0="4351" v1="4359" v2="4360" v3="5701" />
+      <tetrahedron index="20353" v0="5102" v1="5254" v2="5688" v3="5887" />
+      <tetrahedron index="20354" v0="5155" v1="5950" v2="6062" v3="6487" />
+      <tetrahedron index="20355" v0="5660" v1="5677" v2="6137" v3="6350" />
+      <tetrahedron index="20356" v0="3795" v1="4796" v2="4810" v3="5428" />
+      <tetrahedron index="20357" v0="3324" v1="5427" v2="6086" v3="6662" />
+      <tetrahedron index="20358" v0="4215" v1="5178" v2="5733" v3="5789" />
+      <tetrahedron index="20359" v0="3391" v1="4078" v2="4129" v3="5120" />
+      <tetrahedron index="20360" v0="4582" v1="5510" v2="5557" v3="6231" />
+      <tetrahedron index="20361" v0="3419" v1="3637" v2="3640" v3="5086" />
+      <tetrahedron index="20362" v0="5119" v1="5472" v2="5772" v3="6436" />
+      <tetrahedron index="20363" v0="3776" v1="3992" v2="3993" v3="5781" />
+      <tetrahedron index="20364" v0="4950" v1="6243" v2="6657" v3="6937" />
+      <tetrahedron index="20365" v0="5256" v1="5257" v2="5704" v3="5890" />
+      <tetrahedron index="20366" v0="4171" v1="5553" v2="6225" v3="6751" />
+      <tetrahedron index="20367" v0="3245" v1="3246" v2="5062" v3="5621" />
+      <tetrahedron index="20368" v0="3880" v1="4124" v2="4273" v3="5345" />
+      <tetrahedron index="20369" v0="4015" v1="5034" v2="5629" v3="5721" />
+      <tetrahedron index="20370" v0="4920" v1="5291" v2="5643" v3="5933" />
+      <tetrahedron index="20371" v0="4965" v1="5417" v2="5418" v3="5420" />
+      <tetrahedron index="20372" v0="3392" v1="4409" v2="5064" v3="5916" />
+      <tetrahedron index="20373" v0="4535" v1="5263" v2="5895" v3="6530" />
+      <tetrahedron index="20374" v0="4895" v1="5223" v2="5844" v3="6153" />
+      <tetrahedron index="20375" v0="4401" v1="4520" v2="5136" v3="5377" />
+      <tetrahedron index="20376" v0="4868" v1="5083" v2="5766" v3="5981" />
+      <tetrahedron index="20377" v0="5526" v1="5549" v2="6198" v3="6199" />
+      <tetrahedron index="20378" v0="6641" v1="6642" v2="6643" v3="6774" />
+      <tetrahedron index="20379" v0="4649" v1="5216" v2="5687" v3="6484" />
+      <tetrahedron index="20380" v0="4372" v1="5581" v2="6085" v3="6661" />
+      <tetrahedron index="20381" v0="4877" v1="5172" v2="5174" v3="5784" />
+      <tetrahedron index="20382" v0="5504" v1="6116" v2="6167" v3="6721" />
+      <tetrahedron index="20383" v0="3301" v1="3674" v2="5232" v3="5855" />
+      <tetrahedron index="20384" v0="3237" v1="5258" v2="5545" v3="5893" />
+      <tetrahedron index="20385" v0="3665" v1="4155" v2="5651" v3="6328" />
+      <tetrahedron index="20386" v0="4426" v1="5111" v2="6197" v3="6452" />
+      <tetrahedron index="20387" v0="4431" v1="5434" v2="5435" v3="6091" />
+      <tetrahedron index="20388" v0="3456" v1="3457" v2="5134" v3="6254" />
+      <tetrahedron index="20389" v0="4880" v1="5668" v2="5798" v3="6160" />
+      <tetrahedron index="20390" v0="4979" v1="5703" v2="6335" v3="6832" />
+      <tetrahedron index="20391" v0="4562" v1="4563" v2="4564" v3="5537" />
+      <tetrahedron index="20392" v0="3541" v1="4826" v2="5247" v3="6119" />
+      <tetrahedron index="20393" v0="3977" v1="4201" v2="4261" v3="5118" />
+      <tetrahedron index="20394" v0="3271" v1="5735" v2="6397" v3="6835" />
+      <tetrahedron index="20395" v0="4714" v1="5351" v2="5814" v3="5999" />
+      <tetrahedron index="20396" v0="3446" v1="3736" v2="4242" v3="6015" />
+      <tetrahedron index="20397" v0="3553" v1="4935" v2="5339" v3="5563" />
+      <tetrahedron index="20398" v0="4504" v1="5315" v2="5435" v3="5538" />
+      <tetrahedron index="20399" v0="4714" v1="5351" v2="5352" v3="6001" />
+      <tetrahedron index="20400" v0="3500" v1="5200" v2="5674" v3="5819" />
+      <tetrahedron index="20401" v0="4741" v1="4826" v2="5462" v3="6119" />
+      <tetrahedron index="20402" v0="4018" v1="4075" v2="5105" v3="6339" />
+      <tetrahedron index="20403" v0="4418" v1="4530" v2="5322" v3="6452" />
+      <tetrahedron index="20404" v0="4995" v1="5648" v2="6327" v3="6394" />
+      <tetrahedron index="20405" v0="3266" v1="3380" v2="4991" v3="6148" />
+      <tetrahedron index="20406" v0="4882" v1="6246" v2="6589" v3="6634" />
+      <tetrahedron index="20407" v0="4848" v1="6263" v2="6649" v3="6898" />
+      <tetrahedron index="20408" v0="3257" v1="4991" v2="5587" v3="5588" />
+      <tetrahedron index="20409" v0="3964" v1="6403" v2="6425" v3="6819" />
+      <tetrahedron index="20410" v0="3560" v1="3686" v2="5642" v3="5933" />
+      <tetrahedron index="20411" v0="4946" v1="5067" v2="5368" v3="6019" />
+      <tetrahedron index="20412" v0="3367" v1="3574" v2="4057" v3="5881" />
+      <tetrahedron index="20413" v0="4314" v1="5237" v2="5860" v3="5918" />
+      <tetrahedron index="20414" v0="4211" v1="4706" v2="5304" v3="6552" />
+      <tetrahedron index="20415" v0="5075" v1="5252" v2="5652" v3="6240" />
+      <tetrahedron index="20416" v0="4750" v1="4756" v2="4782" v3="5823" />
+      <tetrahedron index="20417" v0="5269" v1="5477" v2="5846" v3="6495" />
+      <tetrahedron index="20418" v0="3720" v1="4653" v2="6475" v3="6873" />
+      <tetrahedron index="20419" v0="3321" v1="4646" v2="4786" v3="6526" />
+      <tetrahedron index="20420" v0="3410" v1="4413" v2="5774" v3="5930" />
+      <tetrahedron index="20421" v0="3888" v1="3902" v2="4220" v3="5729" />
+      <tetrahedron index="20422" v0="4077" v1="4535" v2="4769" v3="6530" />
+      <tetrahedron index="20423" v0="5363" v1="6780" v2="6783" v3="7016" />
+      <tetrahedron index="20424" v0="4899" v1="5854" v2="5855" v3="6358" />
+      <tetrahedron index="20425" v0="4570" v1="5265" v2="5900" v3="6013" />
+      <tetrahedron index="20426" v0="4140" v1="4321" v2="6042" v3="6621" />
+      <tetrahedron index="20427" v0="3297" v1="4221" v2="4475" v3="5856" />
+      <tetrahedron index="20428" v0="3470" v1="3471" v2="3472" v3="5662" />
+      <tetrahedron index="20429" v0="5680" v1="5706" v2="6352" v3="6376" />
+      <tetrahedron index="20430" v0="3773" v1="3774" v2="3775" v3="5920" />
+      <tetrahedron index="20431" v0="5473" v1="5709" v2="6251" v3="6771" />
+      <tetrahedron index="20432" v0="3873" v1="4099" v2="5089" v3="5672" />
+      <tetrahedron index="20433" v0="5045" v1="5125" v2="5331" v3="6070" />
+      <tetrahedron index="20434" v0="4975" v1="5162" v2="5447" v3="6107" />
+      <tetrahedron index="20435" v0="3957" v1="5706" v2="6376" v3="6377" />
+      <tetrahedron index="20436" v0="3471" v1="3618" v2="3632" v3="5768" />
+      <tetrahedron index="20437" v0="3623" v1="4397" v2="5237" v3="5860" />
+      <tetrahedron index="20438" v0="3783" v1="5341" v2="5985" v3="5987" />
+      <tetrahedron index="20439" v0="3493" v1="3561" v2="4421" v3="6608" />
+      <tetrahedron index="20440" v0="4927" v1="5821" v2="5823" v3="5955" />
+      <tetrahedron index="20441" v0="3692" v1="5223" v2="5845" v3="6153" />
+      <tetrahedron index="20442" v0="4963" v1="5605" v2="6283" v3="6786" />
+      <tetrahedron index="20443" v0="3561" v1="3562" v2="3681" v3="5358" />
+      <tetrahedron index="20444" v0="4270" v1="4651" v2="5375" v3="6026" />
+      <tetrahedron index="20445" v0="3683" v1="3684" v2="4815" v3="5582" />
+      <tetrahedron index="20446" v0="3424" v1="3425" v2="5143" v3="5801" />
+      <tetrahedron index="20447" v0="4193" v1="4194" v2="5414" v3="6304" />
+      <tetrahedron index="20448" v0="4931" v1="5184" v2="5323" v3="5969" />
+      <tetrahedron index="20449" v0="4969" v1="5431" v2="5432" v3="5500" />
+      <tetrahedron index="20450" v0="3622" v1="4314" v2="5237" v3="5918" />
+      <tetrahedron index="20451" v0="3438" v1="3709" v2="3735" v3="5608" />
+      <tetrahedron index="20452" v0="4912" v1="4929" v2="5266" v3="5966" />
+      <tetrahedron index="20453" v0="3399" v1="5124" v2="5721" v3="6306" />
+      <tetrahedron index="20454" v0="3634" v1="4207" v2="5773" v3="6437" />
+      <tetrahedron index="20455" v0="5365" v1="6097" v2="6672" v3="6794" />
+      <tetrahedron index="20456" v0="3590" v1="3989" v2="5685" v3="6357" />
+      <tetrahedron index="20457" v0="4929" v1="5266" v2="5320" v3="5964" />
+      <tetrahedron index="20458" v0="4704" v1="4726" v2="5600" v3="6273" />
+      <tetrahedron index="20459" v0="3838" v1="4078" v2="5120" v3="6089" />
+      <tetrahedron index="20460" v0="4873" v1="5493" v2="6281" v3="6633" />
+      <tetrahedron index="20461" v0="4190" v1="5447" v2="6107" v3="6680" />
+      <tetrahedron index="20462" v0="5997" v1="6596" v2="6718" v3="6789" />
+      <tetrahedron index="20463" v0="5155" v1="6062" v2="6103" v3="6648" />
+      <tetrahedron index="20464" v0="3283" v1="5007" v2="5514" v3="6057" />
+      <tetrahedron index="20465" v0="4451" v1="4590" v2="4618" v3="5884" />
+      <tetrahedron index="20466" v0="4011" v1="4074" v2="4075" v3="5230" />
+      <tetrahedron index="20467" v0="3736" v1="4436" v2="5270" v3="5905" />
+      <tetrahedron index="20468" v0="3898" v1="4114" v2="4310" v3="5699" />
+      <tetrahedron index="20469" v0="3911" v1="5296" v2="5935" v3="5971" />
+      <tetrahedron index="20470" v0="3759" v1="4509" v2="4608" v3="5677" />
+      <tetrahedron index="20471" v0="5501" v1="5502" v2="5591" v3="6455" />
+      <tetrahedron index="20472" v0="3643" v1="5291" v2="5293" v3="5931" />
+      <tetrahedron index="20473" v0="4707" v1="4708" v2="5646" v3="5669" />
+      <tetrahedron index="20474" v0="4570" v1="4804" v2="5265" v3="5900" />
+      <tetrahedron index="20475" v0="3491" v1="3492" v2="4794" v3="5260" />
+      <tetrahedron index="20476" v0="3820" v1="3884" v2="4576" v3="5044" />
+      <tetrahedron index="20477" v0="5003" v1="5294" v2="5506" v3="5932" />
+      <tetrahedron index="20478" v0="3357" v1="3903" v2="4515" v3="5850" />
+      <tetrahedron index="20479" v0="3262" v1="3263" v2="3892" v3="6158" />
+      <tetrahedron index="20480" v0="4644" v1="4645" v2="4734" v3="5886" />
+      <tetrahedron index="20481" v0="3521" v1="4719" v2="5357" v3="6606" />
+      <tetrahedron index="20482" v0="3827" v1="3829" v2="5450" v3="6730" />
+      <tetrahedron index="20483" v0="4365" v1="4544" v2="5487" v3="6517" />
+      <tetrahedron index="20484" v0="5403" v1="6062" v2="6444" v3="6648" />
+      <tetrahedron index="20485" v0="3472" v1="4608" v2="5093" v3="5677" />
+      <tetrahedron index="20486" v0="4750" v1="5313" v2="5823" v3="6477" />
+      <tetrahedron index="20487" v0="4912" v1="4989" v2="5267" v3="5308" />
+      <tetrahedron index="20488" v0="4932" v1="5121" v2="5325" v3="5712" />
+      <tetrahedron index="20489" v0="3564" v1="3611" v2="4274" v3="5200" />
+      <tetrahedron index="20490" v0="5122" v1="5674" v2="5713" v3="5818" />
+      <tetrahedron index="20491" v0="4872" v1="5648" v2="6327" v3="6394" />
+      <tetrahedron index="20492" v0="3871" v1="3902" v2="4859" v3="6315" />
+      <tetrahedron index="20493" v0="3719" v1="3720" v2="3900" v3="5203" />
+      <tetrahedron index="20494" v0="6055" v1="6596" v2="6644" v3="6913" />
+      <tetrahedron index="20495" v0="5402" v1="5403" v2="6061" v3="6445" />
+      <tetrahedron index="20496" v0="3574" v1="5196" v2="5881" v3="5953" />
+      <tetrahedron index="20497" v0="3662" v1="4514" v2="4560" v3="6391" />
+      <tetrahedron index="20498" v0="4890" v1="5210" v2="5826" v3="6511" />
+      <tetrahedron index="20499" v0="4911" v1="5348" v2="5995" v3="6917" />
+      <tetrahedron index="20500" v0="3505" v1="3807" v2="3858" v3="5125" />
+      <tetrahedron index="20501" v0="3876" v1="4526" v2="5099" v3="6607" />
+      <tetrahedron index="20502" v0="4887" v1="5123" v2="5198" v3="6388" />
+      <tetrahedron index="20503" v0="3921" v1="3922" v2="5028" v3="5070" />
+      <tetrahedron index="20504" v0="4006" v1="4373" v2="5286" v3="6257" />
+      <tetrahedron index="20505" v0="6043" v1="6190" v2="6624" v3="6737" />
+      <tetrahedron index="20506" v0="5257" v1="5418" v2="5544" v3="6076" />
+      <tetrahedron index="20507" v0="4242" v1="5269" v2="5846" v3="6015" />
+      <tetrahedron index="20508" v0="4590" v1="4618" v2="5135" v3="5884" />
+      <tetrahedron index="20509" v0="3710" v1="5324" v2="5327" v3="5971" />
+      <tetrahedron index="20510" v0="4090" v1="4258" v2="5189" v3="5808" />
+      <tetrahedron index="20511" v0="3434" v1="5040" v2="5578" v3="5581" />
+      <tetrahedron index="20512" v0="4930" v1="5504" v2="6116" v3="6721" />
+      <tetrahedron index="20513" v0="4099" v1="5089" v2="5672" v3="6346" />
+      <tetrahedron index="20514" v0="4086" v1="4087" v2="4088" v3="6665" />
+      <tetrahedron index="20515" v0="4252" v1="4422" v2="5549" v3="6253" />
+      <tetrahedron index="20516" v0="4845" v1="5950" v2="6098" v3="6644" />
+      <tetrahedron index="20517" v0="3602" v1="3789" v2="3790" v3="5108" />
+      <tetrahedron index="20518" v0="3448" v1="3449" v2="3556" v3="5502" />
+      <tetrahedron index="20519" v0="3995" v1="3998" v2="4222" v3="5087" />
+      <tetrahedron index="20520" v0="6110" v1="6520" v2="6681" v3="6953" />
+      <tetrahedron index="20521" v0="4164" v1="4165" v2="4520" v3="5917" />
+      <tetrahedron index="20522" v0="3404" v1="5087" v2="5667" v3="6340" />
+      <tetrahedron index="20523" v0="3741" v1="3950" v2="4233" v3="5077" />
+      <tetrahedron index="20524" v0="3373" v1="3374" v2="5492" v3="6493" />
+      <tetrahedron index="20525" v0="3961" v1="3962" v2="4142" v3="5198" />
+      <tetrahedron index="20526" v0="3930" v1="5288" v2="5601" v3="5928" />
+      <tetrahedron index="20527" v0="3508" v1="4731" v2="6050" v3="6154" />
+      <tetrahedron index="20528" v0="5001" v1="5503" v2="5623" v3="6236" />
+      <tetrahedron index="20529" v0="4151" v1="5002" v2="5611" v3="6607" />
+      <tetrahedron index="20530" v0="4303" v1="4404" v2="4441" v3="5491" />
+      <tetrahedron index="20531" v0="4002" v1="5107" v2="5700" v3="6372" />
+      <tetrahedron index="20532" v0="3262" v1="5455" v2="5495" v3="6158" />
+      <tetrahedron index="20533" v0="4968" v1="5427" v2="5429" v3="6086" />
+      <tetrahedron index="20534" v0="3432" v1="5370" v2="5408" v3="6019" />
+      <tetrahedron index="20535" v0="3624" v1="4661" v2="4662" v3="5235" />
+      <tetrahedron index="20536" v0="4876" v1="5445" v2="5783" v3="6444" />
+      <tetrahedron index="20537" v0="3680" v1="5358" v2="6314" v3="6608" />
+      <tetrahedron index="20538" v0="3405" v1="3643" v2="5293" v3="5931" />
+      <tetrahedron index="20539" v0="3876" v1="4526" v2="4692" v3="5099" />
+      <tetrahedron index="20540" v0="4928" v1="5421" v2="6082" v3="6571" />
+      <tetrahedron index="20541" v0="3235" v1="4977" v2="5452" v3="5453" />
+      <tetrahedron index="20542" v0="3448" v1="3951" v2="5017" v3="5803" />
+      <tetrahedron index="20543" v0="3487" v1="3683" v2="3704" v3="6256" />
+      <tetrahedron index="20544" v0="4688" v1="5413" v2="5626" v3="6071" />
+      <tetrahedron index="20545" v0="4901" v1="5132" v2="5864" v3="6506" />
+      <tetrahedron index="20546" v0="3509" v1="4225" v2="5329" v3="5734" />
+      <tetrahedron index="20547" v0="4341" v1="4471" v2="4582" v3="5510" />
+      <tetrahedron index="20548" v0="3906" v1="4321" v2="4504" v3="5315" />
+      <tetrahedron index="20549" v0="5546" v1="6216" v2="6217" v3="6485" />
+      <tetrahedron index="20550" v0="3723" v1="5264" v2="5897" v3="6530" />
+      <tetrahedron index="20551" v0="3297" v1="5217" v2="5856" v3="6483" />
+      <tetrahedron index="20552" v0="3367" v1="3368" v2="5248" v3="6523" />
+      <tetrahedron index="20553" v0="3238" v1="3619" v2="3620" v3="5663" />
+      <tetrahedron index="20554" v0="4324" v1="4325" v2="4527" v3="5303" />
+      <tetrahedron index="20555" v0="4051" v1="4221" v2="4729" v3="5856" />
+      <tetrahedron index="20556" v0="4012" v1="5229" v2="5230" v3="6339" />
+      <tetrahedron index="20557" v0="4510" v1="4559" v2="5163" v3="5777" />
+      <tetrahedron index="20558" v0="3464" v1="3525" v2="4330" v3="4812" />
+      <tetrahedron index="20559" v0="4947" v1="5898" v2="6532" v3="6533" />
+      <tetrahedron index="20560" v0="4993" v1="5486" v2="5742" v3="6135" />
+      <tetrahedron index="20561" v0="4183" v1="4640" v2="5097" v3="6351" />
+      <tetrahedron index="20562" v0="3465" v1="3466" v2="4374" v3="4733" />
+      <tetrahedron index="20563" v0="5996" v1="6582" v2="6595" v3="6906" />
+      <tetrahedron index="20564" v0="3807" v1="3859" v2="5125" v3="5332" />
+      <tetrahedron index="20565" v0="4383" v1="4582" v2="5557" v3="6234" />
+      <tetrahedron index="20566" v0="4913" v1="6612" v2="6893" v3="6942" />
+      <tetrahedron index="20567" v0="3501" v1="3502" v2="3503" v3="5982" />
+      <tetrahedron index="20568" v0="3652" v1="5111" v2="5499" v3="6164" />
+      <tetrahedron index="20569" v0="3697" v1="4055" v2="5359" v3="5913" />
+      <tetrahedron index="20570" v0="4616" v1="5253" v2="5884" v3="6525" />
+      <tetrahedron index="20571" v0="3376" v1="3378" v2="5137" v3="5735" />
+      <tetrahedron index="20572" v0="3962" v1="4213" v2="4762" v3="5719" />
+      <tetrahedron index="20573" v0="4950" v1="5381" v2="5745" v3="6034" />
+      <tetrahedron index="20574" v0="3258" v1="3260" v2="3261" v3="5069" />
+      <tetrahedron index="20575" v0="5115" v1="5705" v2="5712" v3="6381" />
+      <tetrahedron index="20576" v0="4824" v1="5675" v2="6359" v3="6828" />
+      <tetrahedron index="20577" v0="3698" v1="4722" v2="5274" v3="5276" />
+      <tetrahedron index="20578" v0="4573" v1="4591" v2="4618" v3="5830" />
+      <tetrahedron index="20579" v0="4214" v1="4352" v2="5386" v3="5728" />
+      <tetrahedron index="20580" v0="4294" v1="4320" v2="5286" v3="6457" />
+      <tetrahedron index="20581" v0="3292" v1="4571" v2="4592" v3="5079" />
+      <tetrahedron index="20582" v0="4154" v1="4224" v2="5147" v3="5744" />
+      <tetrahedron index="20583" v0="4084" v1="4234" v2="4460" v3="4898" />
+      <tetrahedron index="20584" v0="5306" v1="5521" v2="5944" v3="6193" />
+      <tetrahedron index="20585" v0="3391" v1="3392" v2="4078" v3="5277" />
+      <tetrahedron index="20586" v0="4112" v1="4569" v2="4648" v3="5360" />
+      <tetrahedron index="20587" v0="3769" v1="5687" v2="6484" v3="6501" />
+      <tetrahedron index="20588" v0="4932" v1="5325" v2="5973" v3="6381" />
+      <tetrahedron index="20589" v0="5020" v1="5539" v2="5541" v3="6213" />
+      <tetrahedron index="20590" v0="3891" v1="3892" v2="5015" v3="5529" />
+      <tetrahedron index="20591" v0="4314" v1="4453" v2="5860" v3="5918" />
+      <tetrahedron index="20592" v0="4453" v1="5280" v2="5860" v3="5918" />
+      <tetrahedron index="20593" v0="4879" v1="5108" v2="6365" v3="6366" />
+      <tetrahedron index="20594" v0="4068" v1="4368" v2="5070" v3="5774" />
+      <tetrahedron index="20595" v0="4912" v1="5041" v2="5266" v3="5267" />
+      <tetrahedron index="20596" v0="4127" v1="4128" v2="4603" v3="5568" />
+      <tetrahedron index="20597" v0="3829" v1="4058" v2="4059" v3="5451" />
+      <tetrahedron index="20598" v0="4847" v1="6014" v2="6430" v3="6909" />
+      <tetrahedron index="20599" v0="4857" v1="5445" v2="5875" v3="6288" />
+      <tetrahedron index="20600" v0="4927" v1="5313" v2="5936" v3="5956" />
+      <tetrahedron index="20601" v0="4862" v1="5943" v2="6310" v3="6554" />
+      <tetrahedron index="20602" v0="4069" v1="4342" v2="4667" v3="5654" />
+      <tetrahedron index="20603" v0="4952" v1="5098" v2="5384" v3="5385" />
+      <tetrahedron index="20604" v0="4958" v1="5230" v2="5666" v3="6339" />
+      <tetrahedron index="20605" v0="4862" v1="5943" v2="6308" v3="6554" />
+      <tetrahedron index="20606" v0="3453" v1="3454" v2="5207" v3="5828" />
+      <tetrahedron index="20607" v0="4069" v1="4342" v2="5116" v3="5654" />
+      <tetrahedron index="20608" v0="4946" v1="4952" v2="5129" v3="5728" />
+      <tetrahedron index="20609" v0="4124" v1="4125" v2="4126" v3="5433" />
+      <tetrahedron index="20610" v0="3782" v1="4083" v2="5341" v3="5986" />
+      <tetrahedron index="20611" v0="4990" v1="5548" v2="6434" v3="6573" />
+      <tetrahedron index="20612" v0="4617" v1="4638" v2="5356" v3="6005" />
+      <tetrahedron index="20613" v0="5611" v1="6009" v2="6605" v3="6610" />
+      <tetrahedron index="20614" v0="4614" v1="4737" v2="4816" v3="5477" />
+      <tetrahedron index="20615" v0="3559" v1="3847" v2="5294" v3="5932" />
+      <tetrahedron index="20616" v0="5056" v1="5131" v2="5609" v3="6107" />
+      <tetrahedron index="20617" v0="3880" v1="5347" v2="6012" v3="6778" />
+      <tetrahedron index="20618" v0="3540" v1="3725" v2="5457" v3="6389" />
+      <tetrahedron index="20619" v0="4077" v1="4174" v2="4769" v3="6530" />
+      <tetrahedron index="20620" v0="3230" v1="4439" v2="4473" v3="5472" />
+      <tetrahedron index="20621" v0="5063" v1="5451" v2="6111" v3="6302" />
+      <tetrahedron index="20622" v0="4853" v1="5407" v2="6524" v3="6677" />
+      <tetrahedron index="20623" v0="4890" v1="5107" v2="5210" v3="5700" />
+      <tetrahedron index="20624" v0="3793" v1="5177" v2="5785" v3="5787" />
+      <tetrahedron index="20625" v0="3546" v1="3675" v2="3796" v3="5544" />
+      <tetrahedron index="20626" v0="5196" v1="5910" v2="6522" v3="6818" />
+      <tetrahedron index="20627" v0="3254" v1="5129" v2="5729" v3="6618" />
+      <tetrahedron index="20628" v0="4219" v1="4224" v2="4683" v3="5744" />
+      <tetrahedron index="20629" v0="5391" v1="6577" v2="6629" v3="7011" />
+      <tetrahedron index="20630" v0="3770" v1="3772" v2="4328" v3="5708" />
+      <tetrahedron index="20631" v0="3797" v1="4484" v2="4772" v3="5255" />
+      <tetrahedron index="20632" v0="5104" v1="5234" v2="5896" v3="5899" />
+      <tetrahedron index="20633" v0="4895" v1="5222" v2="6881" v3="6957" />
+      <tetrahedron index="20634" v0="3362" v1="3730" v2="4702" v3="5312" />
+      <tetrahedron index="20635" v0="3497" v1="3498" v2="3875" v3="6109" />
+      <tetrahedron index="20636" v0="5493" v1="6155" v2="6712" v3="6958" />
+      <tetrahedron index="20637" v0="4041" v1="5031" v2="5564" v3="5565" />
+      <tetrahedron index="20638" v0="3318" v1="3320" v2="4104" v3="4795" />
+      <tetrahedron index="20639" v0="5630" v1="5632" v2="6280" v3="6311" />
+      <tetrahedron index="20640" v0="5220" v1="5839" v2="6216" v3="6485" />
+      <tetrahedron index="20641" v0="4151" v1="5002" v2="6109" v3="6605" />
+      <tetrahedron index="20642" v0="4897" v1="4958" v2="5230" v3="5400" />
+      <tetrahedron index="20643" v0="4882" v1="6589" v2="6634" v3="6666" />
+      <tetrahedron index="20644" v0="5144" v1="6331" v2="6819" v3="6984" />
+      <tetrahedron index="20645" v0="3511" v1="5045" v2="5329" v3="6258" />
+      <tetrahedron index="20646" v0="3597" v1="3598" v2="5083" v3="5659" />
+      <tetrahedron index="20647" v0="3979" v1="4108" v2="5797" v3="6147" />
+      <tetrahedron index="20648" v0="4875" v1="5011" v2="5046" v3="6265" />
+      <tetrahedron index="20649" v0="4981" v1="5299" v2="5760" v3="6102" />
+      <tetrahedron index="20650" v0="3682" v1="5017" v2="5143" v3="5803" />
+      <tetrahedron index="20651" v0="4624" v1="4625" v2="4666" v3="6269" />
+      <tetrahedron index="20652" v0="3700" v1="4218" v2="5562" v3="5563" />
+      <tetrahedron index="20653" v0="4882" v1="6246" v2="6634" v3="6903" />
+      <tetrahedron index="20654" v0="3267" v1="4906" v2="5038" v3="5069" />
+      <tetrahedron index="20655" v0="4177" v1="5029" v2="5560" v3="6235" />
+      <tetrahedron index="20656" v0="4856" v1="6260" v2="6638" v3="6976" />
+      <tetrahedron index="20657" v0="3408" v1="3409" v2="5293" v3="5774" />
+      <tetrahedron index="20658" v0="3848" v1="5297" v2="5313" v3="5956" />
+      <tetrahedron index="20659" v0="4890" v1="5698" v2="6402" v3="6837" />
+      <tetrahedron index="20660" v0="3231" v1="3657" v2="5472" v3="5473" />
+      <tetrahedron index="20661" v0="4683" v1="5744" v2="5938" v3="5939" />
+      <tetrahedron index="20662" v0="4881" v1="5017" v2="5186" v3="5800" />
+      <tetrahedron index="20663" v0="3410" v1="4123" v2="5161" v3="5641" />
+      <tetrahedron index="20664" v0="3998" v1="5087" v2="5374" v3="6024" />
+      <tetrahedron index="20665" v0="5170" v1="5446" v2="6106" v3="6875" />
+      <tetrahedron index="20666" v0="4916" v1="5278" v2="5282" v3="5920" />
+      <tetrahedron index="20667" v0="3994" v1="5290" v2="6169" v3="6396" />
+      <tetrahedron index="20668" v0="4314" v1="4453" v2="5280" v3="5918" />
+      <tetrahedron index="20669" v0="4947" v1="5087" v2="6340" v3="6546" />
+      <tetrahedron index="20670" v0="3388" v1="5118" v2="5592" v3="5706" />
+      <tetrahedron index="20671" v0="5361" v1="6222" v2="6593" v3="6840" />
+      <tetrahedron index="20672" v0="4272" v1="4315" v2="4657" v3="5497" />
+      <tetrahedron index="20673" v0="4921" v1="5296" v2="5584" v3="5935" />
+      <tetrahedron index="20674" v0="4896" v1="5225" v2="5695" v3="6499" />
+      <tetrahedron index="20675" v0="5316" v1="5958" v2="6456" v3="6566" />
+      <tetrahedron index="20676" v0="4502" v1="5156" v2="6071" v3="6427" />
+      <tetrahedron index="20677" v0="3347" v1="3675" v2="5257" v3="5891" />
+      <tetrahedron index="20678" v0="4500" v1="4513" v2="5372" v3="6022" />
+      <tetrahedron index="20679" v0="4943" v1="6221" v2="6223" v3="6668" />
+      <tetrahedron index="20680" v0="3304" v1="3669" v2="5034" v3="5720" />
+      <tetrahedron index="20681" v0="4393" v1="4429" v2="4582" v3="6231" />
+      <tetrahedron index="20682" v0="3248" v1="3504" v2="5940" v3="6576" />
+      <tetrahedron index="20683" v0="3786" v1="3835" v2="5746" v3="6033" />
+      <tetrahedron index="20684" v0="5318" v1="6428" v2="6937" v3="6973" />
+      <tetrahedron index="20685" v0="4578" v1="5289" v2="5601" v3="5928" />
+      <tetrahedron index="20686" v0="5022" v1="5704" v2="5888" v3="5891" />
+      <tetrahedron index="20687" v0="4865" v1="5011" v2="5012" v3="5882" />
+      <tetrahedron index="20688" v0="4953" v1="5390" v2="6043" v3="6623" />
+      <tetrahedron index="20689" v0="4863" v1="5001" v2="5503" v3="6100" />
+      <tetrahedron index="20690" v0="4907" v1="5252" v2="6240" v3="6758" />
+      <tetrahedron index="20691" v0="4930" v1="6100" v2="6675" v3="6847" />
+      <tetrahedron index="20692" v0="3501" v1="3502" v2="5339" v3="5982" />
+      <tetrahedron index="20693" v0="4644" v1="4734" v2="5174" v3="5580" />
+      <tetrahedron index="20694" v0="4870" v1="5043" v2="5643" v3="6396" />
+      <tetrahedron index="20695" v0="4560" v1="5127" v2="6042" v3="6620" />
+      <tetrahedron index="20696" v0="3735" v1="4601" v2="5182" v3="5696" />
+      <tetrahedron index="20697" v0="3266" v1="3270" v2="5404" v3="6064" />
+      <tetrahedron index="20698" v0="4829" v1="5574" v2="6048" v3="6248" />
+      <tetrahedron index="20699" v0="4868" v1="5660" v2="6138" v3="6373" />
+      <tetrahedron index="20700" v0="6301" v1="6799" v2="6850" v3="6943" />
+      <tetrahedron index="20701" v0="4291" v1="4455" v2="5020" v3="5539" />
+      <tetrahedron index="20702" v0="4881" v1="5017" v2="5186" v3="5803" />
+      <tetrahedron index="20703" v0="3465" v1="4374" v2="4733" v3="5130" />
+      <tetrahedron index="20704" v0="3793" v1="3817" v2="5177" v3="5787" />
+      <tetrahedron index="20705" v0="3522" v1="3944" v2="5240" v3="5357" />
+      <tetrahedron index="20706" v0="4960" v1="5586" v2="6067" v3="6650" />
+      <tetrahedron index="20707" v0="3540" v1="3727" v2="3733" v3="6389" />
+      <tetrahedron index="20708" v0="3368" v1="4365" v2="5248" v3="5878" />
+      <tetrahedron index="20709" v0="3918" v1="4464" v2="5386" v3="6038" />
+      <tetrahedron index="20710" v0="3654" v1="4239" v2="4697" v3="5469" />
+      <tetrahedron index="20711" v0="6174" v1="6231" v2="6312" v3="6965" />
+      <tetrahedron index="20712" v0="3274" v1="3275" v2="3526" v3="3792" />
+      <tetrahedron index="20713" v0="4927" v1="5313" v2="5314" v3="6477" />
+      <tetrahedron index="20714" v0="3575" v1="5253" v2="5496" v3="5885" />
+      <tetrahedron index="20715" v0="4894" v1="6140" v2="6645" v3="6930" />
+      <tetrahedron index="20716" v0="4104" v1="5082" v2="5657" v3="5658" />
+      <tetrahedron index="20717" v0="3262" v1="5455" v2="5495" v3="6114" />
+      <tetrahedron index="20718" v0="3970" v1="4015" v2="5034" v3="5721" />
+      <tetrahedron index="20719" v0="4383" v1="4393" v2="4582" v3="5557" />
+      <tetrahedron index="20720" v0="4255" v1="5110" v2="5699" v3="5825" />
+      <tetrahedron index="20721" v0="5305" v1="5941" v2="5943" v3="6983" />
+      <tetrahedron index="20722" v0="4146" v1="4147" v2="5549" v3="5795" />
+      <tetrahedron index="20723" v0="4004" v1="5140" v2="5737" v3="6400" />
+      <tetrahedron index="20724" v0="6301" v1="6673" v2="6798" v3="6890" />
+      <tetrahedron index="20725" v0="4507" v1="5575" v2="5926" v3="6545" />
+      <tetrahedron index="20726" v0="5008" v1="6182" v2="6412" v3="6413" />
+      <tetrahedron index="20727" v0="3434" v1="3687" v2="3745" v3="5578" />
+      <tetrahedron index="20728" v0="4965" v1="5417" v2="5849" v3="6077" />
+      <tetrahedron index="20729" v0="5349" v1="5996" v2="6407" v3="6839" />
+      <tetrahedron index="20730" v0="4870" v1="5028" v2="5559" v3="5642" />
+      <tetrahedron index="20731" v0="3432" v1="3433" v2="5370" v3="5408" />
+      <tetrahedron index="20732" v0="4931" v1="5323" v2="6380" v3="6435" />
+      <tetrahedron index="20733" v0="3265" v1="3266" v2="3380" v3="4991" />
+      <tetrahedron index="20734" v0="4870" v1="5131" v2="5609" v3="5641" />
+      <tetrahedron index="20735" v0="4080" v1="4690" v2="4841" v3="5099" />
+      <tetrahedron index="20736" v0="4553" v1="5259" v2="5568" v3="5894" />
+      <tetrahedron index="20737" v0="3590" v1="3591" v2="4297" v3="5212" />
+      <tetrahedron index="20738" v0="4404" v1="4721" v2="5491" v3="5731" />
+      <tetrahedron index="20739" v0="5322" v1="5707" v2="5967" v3="5968" />
+      <tetrahedron index="20740" v0="4165" v1="4166" v2="4314" v3="5918" />
+      <tetrahedron index="20741" v0="5841" v1="6488" v2="6675" v3="6720" />
+      <tetrahedron index="20742" v0="5440" v1="5754" v2="6417" v3="6847" />
+      <tetrahedron index="20743" v0="5180" v1="5181" v2="5791" v3="5792" />
+      <tetrahedron index="20744" v0="3397" v1="4015" v2="5628" v3="5629" />
+      <tetrahedron index="20745" v0="5639" v1="6318" v2="6319" v3="6812" />
+      <tetrahedron index="20746" v0="4985" v1="5702" v2="5772" v3="6334" />
+      <tetrahedron index="20747" v0="4837" v1="4844" v2="5815" v3="6000" />
+      <tetrahedron index="20748" v0="4902" v1="5693" v2="5720" v3="5915" />
+      <tetrahedron index="20749" v0="4981" v1="5299" v2="5442" v3="6102" />
+      <tetrahedron index="20750" v0="5416" v1="6124" v2="6173" v3="6693" />
+      <tetrahedron index="20751" v0="4608" v1="4638" v2="4682" v3="6349" />
+      <tetrahedron index="20752" v0="5220" v1="5756" v2="6140" v3="6217" />
+      <tetrahedron index="20753" v0="5083" v1="5659" v2="6204" v3="6373" />
+      <tetrahedron index="20754" v0="4210" v1="5523" v2="5942" v3="6556" />
+      <tetrahedron index="20755" v0="4868" v1="5767" v2="6348" v3="6432" />
+      <tetrahedron index="20756" v0="4995" v1="5490" v2="6151" v3="6152" />
+      <tetrahedron index="20757" v0="3829" v1="5450" v2="5451" v3="6730" />
+      <tetrahedron index="20758" v0="3293" v1="4047" v2="4592" v3="5103" />
+      <tetrahedron index="20759" v0="3412" v1="3825" v2="4190" v3="6680" />
+      <tetrahedron index="20760" v0="3651" v1="3652" v2="3653" v3="5499" />
+      <tetrahedron index="20761" v0="4386" v1="4417" v2="4723" v3="6379" />
+      <tetrahedron index="20762" v0="5026" v1="5554" v2="6029" v3="6927" />
+      <tetrahedron index="20763" v0="5437" v1="5546" v2="6217" v3="6416" />
+      <tetrahedron index="20764" v0="6053" v1="6443" v2="6864" v3="6976" />
+      <tetrahedron index="20765" v0="4946" v1="5129" v2="5728" v3="6021" />
+      <tetrahedron index="20766" v0="4889" v1="5206" v2="5821" v3="5824" />
+      <tetrahedron index="20767" v0="4091" v1="4829" v2="6248" v3="6768" />
+      <tetrahedron index="20768" v0="4893" v1="5092" v2="5686" v3="5837" />
+      <tetrahedron index="20769" v0="5220" v1="5476" v2="6140" v3="6486" />
+      <tetrahedron index="20770" v0="3662" v1="5127" v2="5724" v3="6391" />
+      <tetrahedron index="20771" v0="5260" v1="5261" v2="5857" v3="5899" />
+      <tetrahedron index="20772" v0="3248" v1="5940" v2="6479" v3="6576" />
+      <tetrahedron index="20773" v0="3259" v1="5011" v2="5046" v3="6265" />
+      <tetrahedron index="20774" v0="5810" v1="6464" v2="6852" v3="6902" />
+      <tetrahedron index="20775" v0="4276" v1="5756" v2="6217" v3="6416" />
+      <tetrahedron index="20776" v0="5160" v1="5769" v2="6701" v3="6858" />
+      <tetrahedron index="20777" v0="4887" v1="5199" v2="5713" v3="6387" />
+      <tetrahedron index="20778" v0="5006" v1="5272" v2="5910" v3="6522" />
+      <tetrahedron index="20779" v0="3446" v1="3736" v2="6015" v3="6796" />
+      <tetrahedron index="20780" v0="5107" v1="5694" v2="6372" v3="6837" />
+      <tetrahedron index="20781" v0="5248" v1="5881" v2="6521" v3="6523" />
+      <tetrahedron index="20782" v0="4518" v1="4615" v2="4952" v3="5387" />
+      <tetrahedron index="20783" v0="4917" v1="5343" v2="6582" v3="6584" />
+      <tetrahedron index="20784" v0="4417" v1="4723" v2="5708" v3="6379" />
+      <tetrahedron index="20785" v0="3538" v1="3800" v2="5295" v3="5934" />
+      <tetrahedron index="20786" v0="4877" v1="4998" v2="5171" v3="5619" />
+      <tetrahedron index="20787" v0="4901" v1="5056" v2="5241" v3="5870" />
+      <tetrahedron index="20788" v0="4441" v1="4792" v2="4793" v3="6151" />
+      <tetrahedron index="20789" v0="6124" v1="6173" v2="6693" v3="6728" />
+      <tetrahedron index="20790" v0="4852" v1="5617" v2="6679" v3="6790" />
+      <tetrahedron index="20791" v0="4969" v1="5680" v2="6088" v3="6352" />
+      <tetrahedron index="20792" v0="3388" v1="4261" v2="5048" v3="5118" />
+      <tetrahedron index="20793" v0="3553" v1="3700" v2="4935" v3="5563" />
+      <tetrahedron index="20794" v0="4540" v1="4789" v2="4829" v3="5574" />
+      <tetrahedron index="20795" v0="4042" v1="4180" v2="5598" v3="6192" />
+      <tetrahedron index="20796" v0="5177" v1="5787" v2="6086" v3="6662" />
+      <tetrahedron index="20797" v0="3526" v1="3529" v2="5202" v3="5484" />
+      <tetrahedron index="20798" v0="3568" v1="3837" v2="4055" v3="5359" />
+      <tetrahedron index="20799" v0="4649" v1="4808" v2="5216" v3="5837" />
+      <tetrahedron index="20800" v0="3688" v1="4731" v2="4832" v3="5495" />
+      <tetrahedron index="20801" v0="4980" v1="6121" v2="6126" v3="6128" />
+      <tetrahedron index="20802" v0="5022" v1="5258" v2="5892" v3="5893" />
+      <tetrahedron index="20803" v0="3274" v1="3275" v2="3279" v3="5965" />
+      <tetrahedron index="20804" v0="3575" v1="3576" v2="3577" v3="5496" />
+      <tetrahedron index="20805" v0="3413" v1="3495" v2="3496" v3="5449" />
+      <tetrahedron index="20806" v0="3387" v1="3758" v2="4411" v3="4818" />
+      <tetrahedron index="20807" v0="5126" v1="5457" v2="6117" v3="6389" />
+      <tetrahedron index="20808" v0="4011" v1="4074" v2="5230" v3="6385" />
+      <tetrahedron index="20809" v0="3472" v1="3759" v2="5084" v3="5677" />
+      <tetrahedron index="20810" v0="3336" v1="3468" v2="3756" v3="5730" />
+      <tetrahedron index="20811" v0="5493" v1="6630" v2="6710" v3="6957" />
+      <tetrahedron index="20812" v0="3770" v1="3772" v2="5708" v3="6378" />
+      <tetrahedron index="20813" v0="3618" v1="4437" v2="5159" v3="5662" />
+      <tetrahedron index="20814" v0="4953" v1="5390" v2="6043" v3="6744" />
+      <tetrahedron index="20815" v0="3890" v1="3892" v2="4149" v3="5378" />
+      <tetrahedron index="20816" v0="3637" v1="3638" v2="4782" v3="5205" />
+      <tetrahedron index="20817" v0="4491" v1="4532" v2="5285" v3="6181" />
+      <tetrahedron index="20818" v0="5557" v1="6193" v2="6231" v3="6233" />
+      <tetrahedron index="20819" v0="4970" v1="5805" v2="6091" v3="6665" />
+      <tetrahedron index="20820" v0="4122" v1="4199" v2="4316" v3="5609" />
+      <tetrahedron index="20821" v0="4392" v1="4393" v2="4394" v3="5521" />
+      <tetrahedron index="20822" v0="4180" v1="4506" v2="5598" v3="6273" />
+      <tetrahedron index="20823" v0="3241" v1="4057" v2="5272" v3="5692" />
+      <tetrahedron index="20824" v0="4888" v1="5483" v2="5963" v3="6405" />
+      <tetrahedron index="20825" v0="5391" v1="6577" v2="6764" v3="6922" />
+      <tetrahedron index="20826" v0="5560" v1="5759" v2="6235" v3="6424" />
+      <tetrahedron index="20827" v0="4220" v1="5387" v2="5729" v3="6039" />
+      <tetrahedron index="20828" v0="3994" v1="3995" v2="4334" v3="5292" />
+      <tetrahedron index="20829" v0="3568" v1="3697" v2="4055" v3="5359" />
+      <tetrahedron index="20830" v0="3411" v1="3412" v2="3825" v3="6680" />
+      <tetrahedron index="20831" v0="3452" v1="3533" v2="4283" v3="5242" />
+      <tetrahedron index="20832" v0="5440" v1="5562" v2="6708" v3="6956" />
+      <tetrahedron index="20833" v0="3784" v1="4083" v2="5341" v3="5983" />
+      <tetrahedron index="20834" v0="4897" v1="4958" v2="5400" v3="5401" />
+      <tetrahedron index="20835" v0="3723" v1="3845" v2="4032" v3="6502" />
+      <tetrahedron index="20836" v0="5809" v1="6586" v2="6989" v3="7023" />
+      <tetrahedron index="20837" v0="3444" v1="3445" v2="3694" v3="5970" />
+      <tetrahedron index="20838" v0="5025" v1="5996" v2="6419" v3="6848" />
+      <tetrahedron index="20839" v0="3255" v1="5371" v2="6021" v3="6618" />
+      <tetrahedron index="20840" v0="4880" v1="5183" v2="5795" v3="6198" />
+      <tetrahedron index="20841" v0="4927" v1="5314" v2="5936" v3="6346" />
+      <tetrahedron index="20842" v0="5481" v1="5770" v2="6836" v3="6859" />
+      <tetrahedron index="20843" v0="5616" v1="6705" v2="6955" v3="7018" />
+      <tetrahedron index="20844" v0="4155" v1="4674" v2="4786" v3="5075" />
+      <tetrahedron index="20845" v0="3961" v1="5122" v2="6017" v3="6383" />
+      <tetrahedron index="20846" v0="3598" v1="3612" v2="6251" v3="6831" />
+      <tetrahedron index="20847" v0="4920" v1="5003" v2="5294" v3="6548" />
+      <tetrahedron index="20848" v0="4035" v1="4764" v2="5822" v3="6476" />
+      <tetrahedron index="20849" v0="3651" v1="3652" v2="5499" v3="6164" />
+      <tetrahedron index="20850" v0="4015" v1="4181" v2="4212" v3="6355" />
+      <tetrahedron index="20851" v0="3761" v1="5103" v2="5803" v3="5804" />
+      <tetrahedron index="20852" v0="4993" v1="5486" v2="5487" v3="6406" />
+      <tetrahedron index="20853" v0="4928" v1="6080" v2="6566" v3="6851" />
+      <tetrahedron index="20854" v0="5318" v1="5422" v2="6080" v3="6656" />
+      <tetrahedron index="20855" v0="4209" v1="5305" v2="5942" v3="6553" />
+      <tetrahedron index="20856" v0="3858" v1="3997" v2="5125" v3="5410" />
+      <tetrahedron index="20857" v0="5083" v1="5532" v2="5766" v3="5981" />
+      <tetrahedron index="20858" v0="3987" v1="4357" v2="4482" v3="5074" />
+      <tetrahedron index="20859" v0="3857" v1="3877" v2="4398" v3="5819" />
+      <tetrahedron index="20860" v0="3909" v1="4489" v2="4490" v3="5907" />
+      <tetrahedron index="20861" v0="5266" v1="5320" v2="5966" v3="6058" />
+      <tetrahedron index="20862" v0="3257" v1="3258" v2="3259" v3="5046" />
+      <tetrahedron index="20863" v0="4568" v1="5051" v2="5815" v3="6271" />
+      <tetrahedron index="20864" v0="5499" v1="6163" v2="6440" v3="6815" />
+      <tetrahedron index="20865" v0="4894" v1="6485" v2="6674" v3="6945" />
+      <tetrahedron index="20866" v0="5236" v1="5237" v2="5860" v3="5861" />
+      <tetrahedron index="20867" v0="4534" v1="5570" v2="5946" v3="6244" />
+      <tetrahedron index="20868" v0="5095" v1="5705" v2="5970" v3="5974" />
+      <tetrahedron index="20869" v0="4239" v1="4697" v2="4733" v3="6325" />
+      <tetrahedron index="20870" v0="5037" v1="5958" v2="6577" v3="6901" />
+      <tetrahedron index="20871" v0="3820" v1="3821" v2="3884" v3="5044" />
+      <tetrahedron index="20872" v0="3373" v1="3693" v2="5845" v3="6493" />
+      <tetrahedron index="20873" v0="4906" v1="4959" v2="5406" v3="6066" />
+      <tetrahedron index="20874" v0="3268" v1="3270" v2="4959" v3="5406" />
+      <tetrahedron index="20875" v0="4490" v1="5080" v2="5907" v3="6333" />
+      <tetrahedron index="20876" v0="3609" v1="5035" v2="5570" v3="5571" />
+      <tetrahedron index="20877" v0="3333" v1="4265" v2="5337" v3="6205" />
+      <tetrahedron index="20878" v0="4998" v1="5171" v2="5250" v3="6525" />
+      <tetrahedron index="20879" v0="3740" v1="5165" v2="5356" v3="5779" />
+      <tetrahedron index="20880" v0="3302" v1="3396" v2="3400" v3="5838" />
+      <tetrahedron index="20881" v0="4155" v1="5075" v2="5652" v3="6328" />
+      <tetrahedron index="20882" v0="5377" v1="5917" v2="5921" v3="6543" />
+      <tetrahedron index="20883" v0="5049" v1="5594" v2="6439" v3="6860" />
+      <tetrahedron index="20884" v0="3612" v1="3657" v2="3805" v3="5709" />
+      <tetrahedron index="20885" v0="3583" v1="3886" v2="4208" v3="5733" />
+      <tetrahedron index="20886" v0="4270" v1="4271" v2="4639" v3="5375" />
+      <tetrahedron index="20887" v0="3308" v1="3625" v2="3685" v3="5872" />
+      <tetrahedron index="20888" v0="3667" v1="4451" v2="5250" v3="6525" />
+      <tetrahedron index="20889" v0="3493" v1="3934" v2="4421" v3="5239" />
+      <tetrahedron index="20890" v0="4323" v1="4324" v2="4394" v3="5306" />
+      <tetrahedron index="20891" v0="3336" v1="3468" v2="3469" v3="5779" />
+      <tetrahedron index="20892" v0="4219" v1="4224" v2="4643" v3="5744" />
+      <tetrahedron index="20893" v0="3882" v1="4182" v2="4791" v3="5085" />
+      <tetrahedron index="20894" v0="4987" v1="5844" v2="6141" v3="6779" />
+      <tetrahedron index="20895" v0="4934" v1="5333" v2="5336" v3="5596" />
+      <tetrahedron index="20896" v0="4918" v1="5286" v2="5926" v3="6545" />
+      <tetrahedron index="20897" v0="4450" v1="4455" v2="4773" v3="5540" />
+      <tetrahedron index="20898" v0="3272" v1="3711" v2="4539" v3="5535" />
+      <tetrahedron index="20899" v0="3330" v1="5355" v2="5490" v3="5730" />
+      <tetrahedron index="20900" v0="4981" v1="5760" v2="6102" v3="6892" />
+      <tetrahedron index="20901" v0="5248" v1="5438" v2="5880" v3="6096" />
+      <tetrahedron index="20902" v0="3337" v1="3338" v2="5334" v3="5979" />
+      <tetrahedron index="20903" v0="5929" v1="5931" v2="6340" v3="6547" />
+      <tetrahedron index="20904" v0="3392" v1="3838" v2="4078" v3="5277" />
+      <tetrahedron index="20905" v0="3747" v1="4134" v2="4512" v3="5333" />
+      <tetrahedron index="20906" v0="3696" v1="3828" v2="5273" v3="5513" />
+      <tetrahedron index="20907" v0="4139" v1="4140" v2="5389" v3="6620" />
+      <tetrahedron index="20908" v0="4119" v1="4636" v2="4797" v3="5260" />
+      <tetrahedron index="20909" v0="4878" v1="4967" v2="5040" v3="5784" />
+      <tetrahedron index="20910" v0="5113" v1="5704" v2="5888" v3="6113" />
+      <tetrahedron index="20911" v0="3716" v1="3869" v2="5505" v3="6548" />
+      <tetrahedron index="20912" v0="4641" v1="5132" v2="5357" v3="6008" />
+      <tetrahedron index="20913" v0="3591" v1="4297" v2="4298" v3="5212" />
+      <tetrahedron index="20914" v0="5154" v1="5249" v2="5758" v3="5759" />
+      <tetrahedron index="20915" v0="5456" v1="5773" v2="6399" v3="6437" />
+      <tetrahedron index="20916" v0="4881" v1="5186" v2="5187" v3="5803" />
+      <tetrahedron index="20917" v0="4998" v1="5171" v2="5250" v3="5619" />
+      <tetrahedron index="20918" v0="3979" v1="4108" v2="4178" v3="5797" />
+      <tetrahedron index="20919" v0="3796" v1="3797" v2="5022" v3="5891" />
+      <tetrahedron index="20920" v0="4408" v1="4498" v2="5254" v3="5887" />
+      <tetrahedron index="20921" v0="5363" v1="6278" v2="6783" v3="6979" />
+      <tetrahedron index="20922" v0="4615" v1="4658" v2="5098" v3="5387" />
+      <tetrahedron index="20923" v0="5062" v1="5620" v2="6297" v3="6298" />
+      <tetrahedron index="20924" v0="5528" v1="6227" v2="6755" v3="6843" />
+      <tetrahedron index="20925" v0="4853" v1="4906" v2="4959" v3="6066" />
+      <tetrahedron index="20926" v0="3298" v1="3299" v2="3300" v3="5215" />
+      <tetrahedron index="20927" v0="4992" v1="5407" v2="6065" v3="6392" />
+      <tetrahedron index="20928" v0="4623" v1="4814" v2="5752" v3="6184" />
+      <tetrahedron index="20929" v0="5191" v1="6040" v2="6410" v3="6619" />
+      <tetrahedron index="20930" v0="4321" v1="4560" v2="5725" v3="6042" />
+      <tetrahedron index="20931" v0="4998" v1="5171" v2="5424" v3="6447" />
+      <tetrahedron index="20932" v0="4927" v1="5671" v2="5936" v3="6344" />
+      <tetrahedron index="20933" v0="3638" v1="5205" v2="5823" v3="5955" />
+      <tetrahedron index="20934" v0="4463" v1="4673" v2="4831" v3="5711" />
+      <tetrahedron index="20935" v0="4456" v1="5889" v2="6338" v3="6822" />
+      <tetrahedron index="20936" v0="3892" v1="5015" v2="5378" v3="5529" />
+      <tetrahedron index="20937" v0="5402" v1="5403" v2="6060" v3="6445" />
+      <tetrahedron index="20938" v0="4900" v1="5021" v2="5543" v3="5835" />
+      <tetrahedron index="20939" v0="3446" v1="5364" v2="6015" v3="6685" />
+      <tetrahedron index="20940" v0="4950" v1="5380" v2="6245" v3="6763" />
+      <tetrahedron index="20941" v0="4938" v1="5994" v2="6670" v3="6940" />
+      <tetrahedron index="20942" v0="4020" v1="4021" v2="4022" v3="5546" />
+      <tetrahedron index="20943" v0="4921" v1="5671" v2="6345" v3="6826" />
+      <tetrahedron index="20944" v0="4891" v1="5109" v2="5211" v3="5697" />
+      <tetrahedron index="20945" v0="3811" v1="3812" v2="5425" v3="5786" />
+      <tetrahedron index="20946" v0="5148" v1="5745" v2="5746" v3="6033" />
+      <tetrahedron index="20947" v0="3647" v1="3649" v2="5370" v3="6020" />
+      <tetrahedron index="20948" v0="4636" v1="4729" v2="4794" v3="5857" />
+      <tetrahedron index="20949" v0="5752" v1="6179" v2="6184" v3="6186" />
+      <tetrahedron index="20950" v0="3383" v1="4951" v2="5383" v3="5726" />
+      <tetrahedron index="20951" v0="5646" v1="5669" v2="6323" v3="6341" />
+      <tetrahedron index="20952" v0="4915" v1="5034" v2="5276" v3="5914" />
+      <tetrahedron index="20953" v0="3395" v1="3396" v2="3929" v3="5861" />
+      <tetrahedron index="20954" v0="4871" v1="5163" v2="6439" v3="6815" />
+      <tetrahedron index="20955" v0="4166" v1="4663" v2="5278" v3="5917" />
+      <tetrahedron index="20956" v0="4854" v1="5941" v2="6550" v3="6551" />
+      <tetrahedron index="20957" v0="4857" v1="5445" v2="5446" v3="6288" />
+      <tetrahedron index="20958" v0="3657" v1="3805" v2="3938" v3="5709" />
+      <tetrahedron index="20959" v0="4878" v1="4967" v2="5175" v3="5581" />
+      <tetrahedron index="20960" v0="5056" v1="5241" v2="5609" v3="5867" />
+      <tetrahedron index="20961" v0="4143" v1="4800" v2="5367" v3="6383" />
+      <tetrahedron index="20962" v0="4198" v1="5056" v2="5131" v3="6107" />
+      <tetrahedron index="20963" v0="4040" v1="4749" v2="4776" v3="5607" />
+      <tetrahedron index="20964" v0="4890" v1="5107" v2="6372" v3="6837" />
+      <tetrahedron index="20965" v0="4462" v1="4463" v2="4831" v3="5711" />
+      <tetrahedron index="20966" v0="3541" v1="5457" v2="6118" v3="6691" />
+      <tetrahedron index="20967" v0="3264" v1="3372" v2="5455" v3="5623" />
+      <tetrahedron index="20968" v0="3250" v1="3251" v2="4017" v3="5464" />
+      <tetrahedron index="20969" v0="5015" v1="5455" v2="6116" v3="6158" />
+      <tetrahedron index="20970" v0="3387" v1="3758" v2="4818" v3="5116" />
+      <tetrahedron index="20971" v0="6015" v1="6612" v2="6685" v3="6796" />
+      <tetrahedron index="20972" v0="4036" v1="4720" v2="5716" v3="5718" />
+      <tetrahedron index="20973" v0="5155" v1="5951" v2="6062" v3="6103" />
+      <tetrahedron index="20974" v0="4749" v1="5604" v2="5607" v3="6142" />
+      <tetrahedron index="20975" v0="3328" v1="3457" v2="3764" v3="6087" />
+      <tetrahedron index="20976" v0="3737" v1="5678" v2="5905" v3="6700" />
+      <tetrahedron index="20977" v0="3275" v1="3526" v2="5201" v3="5202" />
+      <tetrahedron index="20978" v0="5246" v1="6277" v2="6655" v3="6934" />
+      <tetrahedron index="20979" v0="4138" v1="4139" v2="4140" v3="6620" />
+      <tetrahedron index="20980" v0="4887" v1="5198" v2="5713" v3="5718" />
+      <tetrahedron index="20981" v0="3570" v1="5228" v2="5401" v3="5853" />
+      <tetrahedron index="20982" v0="6247" v1="6753" v2="6766" v3="6923" />
+      <tetrahedron index="20983" v0="3726" v1="4487" v2="5126" v3="5722" />
+      <tetrahedron index="20984" v0="3664" v1="3687" v2="5061" v3="5652" />
+      <tetrahedron index="20985" v0="3251" v1="4296" v2="5413" v3="6130" />
+      <tetrahedron index="20986" v0="3463" v1="3464" v2="3525" v3="4330" />
+      <tetrahedron index="20987" v0="4870" v1="5070" v2="5642" v3="5643" />
+      <tetrahedron index="20988" v0="3377" v1="3529" v2="5441" v3="6838" />
+      <tetrahedron index="20989" v0="3834" v1="4004" v2="4060" v3="5737" />
+      <tetrahedron index="20990" v0="5066" v1="5090" v2="5657" v3="5673" />
+      <tetrahedron index="20991" v0="3330" v1="3332" v2="4656" v3="5355" />
+      <tetrahedron index="20992" v0="4714" v1="4744" v2="5351" v3="5352" />
+      <tetrahedron index="20993" v0="3551" v1="4030" v2="4819" v3="5098" />
+      <tetrahedron index="20994" v0="3582" v1="4215" v2="4275" v3="5733" />
+      <tetrahedron index="20995" v0="4203" v1="4322" v2="4556" v3="5430" />
+      <tetrahedron index="20996" v0="5084" v1="5660" v2="5661" v3="6334" />
+      <tetrahedron index="20997" v0="4946" v1="5369" v2="5370" v3="6020" />
+      <tetrahedron index="20998" v0="6075" v1="6655" v2="6695" v3="7000" />
+      <tetrahedron index="20999" v0="5361" v1="5599" v2="6221" v3="6222" />
+      <tetrahedron index="21000" v0="4951" v1="4974" v2="5133" v3="5382" />
+      <tetrahedron index="21001" v0="4617" v1="5354" v2="5356" v3="6005" />
+      <tetrahedron index="21002" v0="3714" v1="3995" v2="3998" v3="6024" />
+      <tetrahedron index="21003" v0="4242" v1="4712" v2="4816" v3="5477" />
+      <tetrahedron index="21004" v0="5155" v1="6103" v2="6648" v3="6892" />
+      <tetrahedron index="21005" v0="3621" v1="5166" v2="5781" v3="5842" />
+      <tetrahedron index="21006" v0="5255" v1="5888" v2="6321" v3="6813" />
+      <tetrahedron index="21007" v0="4075" v1="5105" v2="5230" v3="6339" />
+      <tetrahedron index="21008" v0="4872" v1="5165" v2="5978" v3="6006" />
+      <tetrahedron index="21009" v0="3478" v1="3636" v2="4019" v3="5794" />
+      <tetrahedron index="21010" v0="4297" v1="4298" v2="5212" v3="5684" />
+      <tetrahedron index="21011" v0="5163" v1="5777" v2="6438" v3="6439" />
+      <tetrahedron index="21012" v0="3777" v1="4670" v2="5604" v3="6490" />
+      <tetrahedron index="21013" v0="4958" v1="5086" v2="5666" v3="6647" />
+      <tetrahedron index="21014" v0="4468" v1="5019" v2="5519" v3="6190" />
+      <tetrahedron index="21015" v0="4927" v1="5089" v2="5672" v3="6346" />
+      <tetrahedron index="21016" v0="5512" v1="5879" v2="6521" v3="6522" />
+      <tetrahedron index="21017" v0="4587" v1="4838" v2="5814" v3="6470" />
+      <tetrahedron index="21018" v0="5106" v1="5692" v2="5879" v3="6518" />
+      <tetrahedron index="21019" v0="3915" v1="5115" v2="5974" v3="6381" />
+      <tetrahedron index="21020" v0="4910" v1="5260" v2="5261" v3="5262" />
+      <tetrahedron index="21021" v0="5149" v1="6001" v2="6408" v3="6868" />
+      <tetrahedron index="21022" v0="3718" v1="3719" v2="3720" v3="5203" />
+      <tetrahedron index="21023" v0="3269" v1="3379" v2="4989" v3="5038" />
+      <tetrahedron index="21024" v0="3769" v1="4378" v2="5101" v3="5687" />
+      <tetrahedron index="21025" v0="4891" v1="5211" v2="5697" v3="6369" />
+      <tetrahedron index="21026" v0="3484" v1="3904" v2="3905" v3="5311" />
+      <tetrahedron index="21027" v0="4853" v1="5524" v2="5882" v3="6524" />
+      <tetrahedron index="21028" v0="3408" v1="4068" v2="5293" v3="5774" />
+      <tetrahedron index="21029" v0="5032" v1="5647" v2="5688" v3="5887" />
+      <tetrahedron index="21030" v0="4362" v1="4526" v2="4695" v3="5090" />
+      <tetrahedron index="21031" v0="3806" v1="5576" v2="5709" v3="5968" />
+      <tetrahedron index="21032" v0="3472" v1="3473" v2="3759" v3="5084" />
+      <tetrahedron index="21033" v0="3295" v1="3296" v2="4343" v3="5542" />
+      <tetrahedron index="21034" v0="4885" v1="5599" v2="5991" v3="6587" />
+      <tetrahedron index="21035" v0="4905" v1="5512" v2="6798" v3="6890" />
+      <tetrahedron index="21036" v0="5343" v1="5344" v2="5924" v3="6584" />
+      <tetrahedron index="21037" v0="3293" v1="4047" v2="5077" v3="5103" />
+      <tetrahedron index="21038" v0="5221" v1="6645" v2="6878" v3="6930" />
+      <tetrahedron index="21039" v0="3461" v1="3896" v2="5527" v3="6200" />
+      <tetrahedron index="21040" v0="4012" v1="4121" v2="5229" v3="5666" />
+      <tetrahedron index="21041" v0="3623" v1="3929" v2="4397" v3="5861" />
+      <tetrahedron index="21042" v0="4438" v1="4552" v2="4626" v3="6386" />
+      <tetrahedron index="21043" v0="5037" v1="5984" v2="5987" v3="6904" />
+      <tetrahedron index="21044" v0="4127" v1="4553" v2="4603" v3="5568" />
+      <tetrahedron index="21045" v0="4687" v1="5399" v2="6059" v3="6361" />
+      <tetrahedron index="21046" v0="5282" v1="5376" v2="5919" v3="5921" />
+      <tetrahedron index="21047" v0="3452" v1="3453" v2="3454" v3="5828" />
+      <tetrahedron index="21048" v0="5085" v1="5847" v2="5889" v3="6338" />
+      <tetrahedron index="21049" v0="3582" v1="3886" v2="5733" v3="6448" />
+      <tetrahedron index="21050" v0="4889" v1="5105" v2="5203" v3="5822" />
+      <tetrahedron index="21051" v0="3991" v1="4209" v2="4551" v3="6580" />
+      <tetrahedron index="21052" v0="4851" v1="5094" v2="6295" v3="6480" />
+      <tetrahedron index="21053" v0="3423" v1="3887" v2="5785" v3="5885" />
+      <tetrahedron index="21054" v0="3274" v1="3526" v2="3792" v3="5485" />
+      <tetrahedron index="21055" v0="5725" v1="6428" v2="6467" v3="6973" />
+      <tetrahedron index="21056" v0="3811" v1="5175" v2="5425" v3="6661" />
+      <tetrahedron index="21057" v0="5760" v1="6425" v2="6426" v3="6933" />
+      <tetrahedron index="21058" v0="3447" v1="3761" v2="3957" v3="5591" />
+      <tetrahedron index="21059" v0="4935" v1="5339" v2="5636" v3="6316" />
+      <tetrahedron index="21060" v0="5215" v1="5543" v2="5835" v3="6214" />
+      <tetrahedron index="21061" v0="4941" v1="5132" v2="6008" v3="6506" />
+      <tetrahedron index="21062" v0="6239" v1="6328" v2="6329" v3="6759" />
+      <tetrahedron index="21063" v0="4969" v1="5501" v2="6088" v3="6352" />
+      <tetrahedron index="21064" v0="3795" v1="4556" v2="4810" v3="5430" />
+      <tetrahedron index="21065" v0="3262" v1="3688" v2="4832" v3="5495" />
+      <tetrahedron index="21066" v0="5378" v1="5379" v2="5529" v3="6030" />
+      <tetrahedron index="21067" v0="4284" v1="4309" v2="4770" v3="5076" />
+      <tetrahedron index="21068" v0="3441" v1="3564" v2="3565" v3="5674" />
+      <tetrahedron index="21069" v0="4924" v1="5306" v2="6193" v3="6896" />
+      <tetrahedron index="21070" v0="4495" v1="4525" v2="6007" v3="6269" />
+      <tetrahedron index="21071" v0="3723" v1="5261" v2="5264" v3="5897" />
+      <tetrahedron index="21072" v0="6105" v1="6289" v2="6689" v3="6876" />
+      <tetrahedron index="21073" v0="3263" v1="3264" v2="3372" v3="5455" />
+      <tetrahedron index="21074" v0="3897" v1="3898" v2="4255" v3="5825" />
+      <tetrahedron index="21075" v0="4986" v1="6220" v2="6849" v3="6991" />
+      <tetrahedron index="21076" v0="3645" v1="5075" v2="5566" v3="6240" />
+      <tetrahedron index="21077" v0="3276" v1="3376" v2="4335" v3="5735" />
+      <tetrahedron index="21078" v0="4188" v1="5906" v2="6111" v3="6540" />
+      <tetrahedron index="21079" v0="3240" v1="3444" v2="3710" v3="5324" />
+      <tetrahedron index="21080" v0="3570" v1="3661" v2="4686" v3="5401" />
+      <tetrahedron index="21081" v0="4712" v1="4713" v2="6141" v3="6704" />
+      <tetrahedron index="21082" v0="4062" v1="4154" v2="4575" v3="5146" />
+      <tetrahedron index="21083" v0="6521" v1="6890" v2="7002" v3="7004" />
+      <tetrahedron index="21084" v0="4010" v1="5804" v2="6455" v3="6866" />
+      <tetrahedron index="21085" v0="4298" v1="5212" v2="5684" v3="6986" />
+      <tetrahedron index="21086" v0="4164" v1="4165" v2="4166" v3="5917" />
+      <tetrahedron index="21087" v0="4931" v1="5707" v2="5708" v3="6380" />
+      <tetrahedron index="21088" v0="4434" v1="4477" v2="4735" v3="5092" />
+      <tetrahedron index="21089" v0="3394" v1="3400" v2="5838" v3="6501" />
+      <tetrahedron index="21090" v0="4496" v1="4535" v2="4536" v3="5895" />
+      <tetrahedron index="21091" v0="3964" v1="4489" v2="4502" v3="6427" />
+      <tetrahedron index="21092" v0="3634" v1="3979" v2="5771" v3="6437" />
+      <tetrahedron index="21093" v0="4919" v1="5679" v2="6368" v3="6401" />
+      <tetrahedron index="21094" v0="5562" v1="6095" v2="6708" v3="6956" />
+      <tetrahedron index="21095" v0="3939" v1="5172" v2="5176" v3="6446" />
+      <tetrahedron index="21096" v0="4860" v1="6221" v2="6228" v3="6754" />
+      <tetrahedron index="21097" v0="4070" v1="4072" v2="6163" v3="6994" />
+      <tetrahedron index="21098" v0="3936" v1="4537" v2="4628" v3="5594" />
+      <tetrahedron index="21099" v0="4199" v1="4606" v2="4607" v3="5869" />
+      <tetrahedron index="21100" v0="3301" v1="3589" v2="3845" v3="5232" />
+      <tetrahedron index="21101" v0="5415" v1="6282" v2="6283" v3="6787" />
+      <tetrahedron index="21102" v0="5405" v1="5618" v2="6148" v3="6705" />
+      <tetrahedron index="21103" v0="3450" v1="3533" v2="5242" v3="6305" />
+      <tetrahedron index="21104" v0="5262" v1="5372" v2="5898" v3="6023" />
+      <tetrahedron index="21105" v0="4927" v1="5672" v2="6343" v3="6825" />
+      <tetrahedron index="21106" v0="3491" v1="4728" v2="5232" v3="5857" />
+      <tetrahedron index="21107" v0="3576" v1="3577" v2="4743" v3="5496" />
+      <tetrahedron index="21108" v0="4301" v1="4302" v2="5589" v3="6262" />
+      <tetrahedron index="21109" v0="4232" v1="4391" v2="5177" v3="5178" />
+      <tetrahedron index="21110" v0="5299" v1="5760" v2="6131" v3="6425" />
+      <tetrahedron index="21111" v0="3676" v1="3849" v2="4576" v3="5296" />
+      <tetrahedron index="21112" v0="3577" v1="4616" v2="4998" v3="5253" />
+      <tetrahedron index="21113" v0="4014" v1="4449" v2="4743" v3="5424" />
+      <tetrahedron index="21114" v0="4044" v1="4045" v2="4046" v3="6226" />
+      <tetrahedron index="21115" v0="4190" v1="4306" v2="4380" v3="5732" />
+      <tetrahedron index="21116" v0="3612" v1="3613" v2="3657" v3="5473" />
+      <tetrahedron index="21117" v0="3307" v1="3685" v2="3767" v3="5829" />
+      <tetrahedron index="21118" v0="4427" v1="4609" v2="5796" v3="6164" />
+      <tetrahedron index="21119" v0="3468" v1="3756" v2="3862" v3="5730" />
+      <tetrahedron index="21120" v0="3330" v1="3331" v2="3332" v3="5355" />
+      <tetrahedron index="21121" v0="5187" v1="5802" v2="5803" v3="6454" />
+      <tetrahedron index="21122" v0="3661" v1="5665" v2="6059" v3="6647" />
+      <tetrahedron index="21123" v0="5659" v1="6204" v2="6374" v3="6742" />
+      <tetrahedron index="21124" v0="4218" v1="4336" v2="4542" v3="6318" />
+      <tetrahedron index="21125" v0="5148" v1="5941" v2="5986" v3="6568" />
+      <tetrahedron index="21126" v0="4077" v1="4535" v2="4536" v3="5895" />
+      <tetrahedron index="21127" v0="4310" v1="5109" v2="5699" v3="6357" />
+      <tetrahedron index="21128" v0="4846" v1="5249" v2="6065" v3="6422" />
+      <tetrahedron index="21129" v0="3528" v1="5442" v2="5485" v3="6549" />
+      <tetrahedron index="21130" v0="5183" v1="5549" v2="5795" v3="6198" />
+      <tetrahedron index="21131" v0="5121" v1="5655" v2="5705" v3="5711" />
+      <tetrahedron index="21132" v0="4399" v1="5631" v2="5983" v3="6553" />
+      <tetrahedron index="21133" v0="4050" v1="4079" v2="5186" v3="5799" />
+      <tetrahedron index="21134" v0="3576" v1="3887" v2="5785" v3="5885" />
+      <tetrahedron index="21135" v0="5305" v1="5763" v2="6034" v3="6550" />
+      <tetrahedron index="21136" v0="4524" v1="4581" v2="4623" v3="5515" />
+      <tetrahedron index="21137" v0="3585" v1="4219" v2="5638" v3="5938" />
+      <tetrahedron index="21138" v0="3490" v1="5261" v2="5262" v3="5897" />
+      <tetrahedron index="21139" v0="4921" v1="5295" v2="5584" v3="6826" />
+      <tetrahedron index="21140" v0="3554" v1="3691" v2="4076" v3="5534" />
+      <tetrahedron index="21141" v0="4955" v1="5528" v2="6159" v3="6740" />
+      <tetrahedron index="21142" v0="3703" v1="5369" v2="5386" v3="6020" />
+      <tetrahedron index="21143" v0="4515" v1="4552" v2="5179" v3="5793" />
+      <tetrahedron index="21144" v0="4920" v1="5292" v2="5929" v3="6169" />
+      <tetrahedron index="21145" v0="5248" v1="5438" v2="5880" v3="6519" />
+      <tetrahedron index="21146" v0="4164" v1="4166" v2="4663" v3="5917" />
+      <tetrahedron index="21147" v0="4086" v1="4136" v2="5925" v3="6091" />
+      <tetrahedron index="21148" v0="4925" v1="5038" v2="5308" v3="5640" />
+      <tetrahedron index="21149" v0="4855" v1="4925" v2="5757" v3="5949" />
+      <tetrahedron index="21150" v0="3701" v1="4465" v2="5635" v3="6038" />
+      <tetrahedron index="21151" v0="5058" v1="5066" v2="5633" v3="5657" />
+      <tetrahedron index="21152" v0="4915" v1="5034" v2="5627" v3="5629" />
+      <tetrahedron index="21153" v0="3996" v1="4360" v2="4483" v3="5140" />
+      <tetrahedron index="21154" v0="3857" v1="5078" v2="5231" v3="5853" />
+      <tetrahedron index="21155" v0="4517" v1="4529" v2="4550" v3="5800" />
+      <tetrahedron index="21156" v0="3789" v1="4102" v2="5182" v3="5714" />
+      <tetrahedron index="21157" v0="3518" v1="4777" v2="6468" v3="6870" />
+      <tetrahedron index="21158" v0="4218" v1="5001" v2="5440" v3="6417" />
+      <tetrahedron index="21159" v0="4937" v1="6293" v2="6705" v3="6706" />
+      <tetrahedron index="21160" v0="3271" v1="3273" v2="3378" v3="5137" />
+      <tetrahedron index="21161" v0="3742" v1="3743" v2="3744" v3="5281" />
+      <tetrahedron index="21162" v0="5095" v1="5705" v2="5911" v3="5970" />
+      <tetrahedron index="21163" v0="5124" v1="5827" v2="6306" v3="6803" />
+      <tetrahedron index="21164" v0="5511" v1="6312" v2="6313" v3="6693" />
+      <tetrahedron index="21165" v0="4525" v1="4604" v2="4833" v3="5595" />
+      <tetrahedron index="21166" v0="4684" v1="5301" v2="5938" v3="5939" />
+      <tetrahedron index="21167" v0="3779" v1="5575" v2="5987" v3="6581" />
+      <tetrahedron index="21168" v0="3291" v1="4005" v2="4233" v3="5077" />
+      <tetrahedron index="21169" v0="3795" v1="4197" v2="4796" v3="6255" />
+      <tetrahedron index="21170" v0="4430" v1="4431" v2="5434" v3="5435" />
+      <tetrahedron index="21171" v0="3985" v1="5072" v2="5794" v3="5851" />
+      <tetrahedron index="21172" v0="4137" v1="5287" v2="5925" v3="6257" />
+      <tetrahedron index="21173" v0="4162" v1="4514" v2="5725" v3="5961" />
+      <tetrahedron index="21174" v0="4897" v1="5078" v2="5717" v3="6388" />
+      <tetrahedron index="21175" v0="5055" v1="5838" v2="6484" v3="6501" />
+      <tetrahedron index="21176" v0="3571" v1="3750" v2="3972" v3="5400" />
+      <tetrahedron index="21177" v0="3575" v1="5251" v2="5253" v3="5885" />
+      <tetrahedron index="21178" v0="3237" v1="3238" v2="5258" v3="5893" />
+      <tetrahedron index="21179" v0="4058" v1="4059" v2="5451" v3="6071" />
+      <tetrahedron index="21180" v0="3957" v1="4183" v2="5680" v3="5706" />
+      <tetrahedron index="21181" v0="4927" v1="5204" v2="5821" v3="5823" />
+      <tetrahedron index="21182" v0="6563" v1="6891" v2="7003" v3="7028" />
+      <tetrahedron index="21183" v0="4877" v1="5061" v2="5171" v3="5619" />
+      <tetrahedron index="21184" v0="3310" v1="3311" v2="3628" v3="5931" />
+      <tetrahedron index="21185" v0="3294" v1="3296" v2="5021" v3="5542" />
+      <tetrahedron index="21186" v0="4062" v1="4154" v2="5146" v3="5939" />
+      <tetrahedron index="21187" v0="5073" v1="5468" v2="5648" v3="6326" />
+      <tetrahedron index="21188" v0="3980" v1="3992" v2="4670" v3="6491" />
+      <tetrahedron index="21189" v0="4468" v1="4700" v2="5537" v3="6190" />
+      <tetrahedron index="21190" v0="5083" v1="5532" v2="5981" v3="6204" />
+      <tetrahedron index="21191" v0="4915" v1="5064" v2="5627" v3="6802" />
+      <tetrahedron index="21192" v0="4908" v1="5644" v2="5887" v3="6813" />
+      <tetrahedron index="21193" v0="4632" v1="4633" v2="5073" v3="5597" />
+      <tetrahedron index="21194" v0="3261" v1="5038" v2="5308" v3="5640" />
+      <tetrahedron index="21195" v0="3563" v1="4102" v2="4230" v3="5715" />
+      <tetrahedron index="21196" v0="6227" v1="6228" v2="6755" v3="6843" />
+      <tetrahedron index="21197" v0="5926" v1="6545" v2="6567" v3="6581" />
+      <tetrahedron index="21198" v0="4996" v1="5492" v2="6114" v3="6154" />
+      <tetrahedron index="21199" v0="3555" v1="3556" v2="3557" v3="5432" />
+      <tetrahedron index="21200" v0="4625" v1="5073" v2="5597" v3="5649" />
+      <tetrahedron index="21201" v0="4874" v1="6713" v2="6959" v3="6962" />
+      <tetrahedron index="21202" v0="3937" v1="3993" v2="4584" v3="6049" />
+      <tetrahedron index="21203" v0="4779" v1="6172" v2="6185" v3="6187" />
+      <tetrahedron index="21204" v0="3298" v1="5215" v2="5834" v3="6481" />
+      <tetrahedron index="21205" v0="4610" v1="4836" v2="5244" v3="6175" />
+      <tetrahedron index="21206" v0="4884" v1="5192" v2="6209" v3="6230" />
+      <tetrahedron index="21207" v0="4719" v1="5357" v2="5633" v3="6606" />
+      <tetrahedron index="21208" v0="3260" v1="4479" v2="4678" v3="5308" />
+      <tetrahedron index="21209" v0="4903" v1="5244" v2="5460" v3="6123" />
+      <tetrahedron index="21210" v0="5270" v1="5905" v2="5906" v3="6534" />
+      <tetrahedron index="21211" v0="4902" v1="5627" v2="6305" v3="6306" />
+      <tetrahedron index="21212" v0="4309" v1="4765" v2="5914" v3="5915" />
+      <tetrahedron index="21213" v0="3669" v1="4309" v2="4765" v3="5915" />
+      <tetrahedron index="21214" v0="3527" v1="5444" v2="6514" v3="6691" />
+      <tetrahedron index="21215" v0="3263" v1="5001" v2="5504" v3="6168" />
+      <tetrahedron index="21216" v0="3550" v1="3551" v2="5098" v3="5466" />
+      <tetrahedron index="21217" v0="4516" v1="5208" v2="5694" v3="5827" />
+      <tetrahedron index="21218" v0="3605" v1="4403" v2="5328" v3="5738" />
+      <tetrahedron index="21219" v0="3252" v1="3253" v2="5299" v3="6403" />
+      <tetrahedron index="21220" v0="3357" v1="3924" v2="4515" v3="5790" />
+      <tetrahedron index="21221" v0="3531" v1="3615" v2="4283" v3="5114" />
+      <tetrahedron index="21222" v0="3390" v1="3976" v2="4640" v3="6351" />
+      <tetrahedron index="21223" v0="3647" v1="5369" v2="5370" v3="5371" />
+      <tetrahedron index="21224" v0="3534" v1="4337" v2="4577" v3="5645" />
+      <tetrahedron index="21225" v0="5149" v1="5351" v2="5999" v3="6916" />
+      <tetrahedron index="21226" v0="5058" v1="6011" v2="6606" v3="6610" />
+      <tetrahedron index="21227" v0="3448" v1="3556" v2="5017" v3="5800" />
+      <tetrahedron index="21228" v0="5140" v1="5698" v2="5737" v3="6402" />
+      <tetrahedron index="21229" v0="3345" v1="4559" v2="4772" v3="5163" />
+      <tetrahedron index="21230" v0="5461" v1="5877" v2="6791" v3="6863" />
+      <tetrahedron index="21231" v0="4324" v1="4534" v2="5303" v3="5946" />
+      <tetrahedron index="21232" v0="5043" v1="5290" v2="5643" v3="6396" />
+      <tetrahedron index="21233" v0="3909" v1="5197" v2="5907" v3="6730" />
+      <tetrahedron index="21234" v0="5233" v1="5834" v2="5855" v3="6358" />
+      <tetrahedron index="21235" v0="4579" v1="4580" v2="4581" v3="6179" />
+      <tetrahedron index="21236" v0="3676" v1="5297" v2="6344" v3="6345" />
+      <tetrahedron index="21237" v0="5235" v1="5858" v2="5859" v3="6503" />
+      <tetrahedron index="21238" v0="4797" v1="5033" v2="5260" v3="5568" />
+      <tetrahedron index="21239" v0="5053" v1="5605" v2="6782" v3="6881" />
+      <tetrahedron index="21240" v0="4146" v1="4264" v2="5183" v3="6219" />
+      <tetrahedron index="21241" v0="3631" v1="5173" v2="5251" v3="5885" />
+      <tetrahedron index="21242" v0="3681" v1="5358" v2="5673" v3="6607" />
+      <tetrahedron index="21243" v0="4796" v1="5176" v2="5427" v3="5428" />
+      <tetrahedron index="21244" v0="5436" v1="6666" v2="6667" v3="6670" />
+      <tetrahedron index="21245" v0="5473" v1="5766" v2="6138" v3="6831" />
+      <tetrahedron index="21246" v0="4878" v1="5176" v2="6662" v3="6772" />
+      <tetrahedron index="21247" v0="4309" v1="5034" v2="5914" v3="5915" />
+      <tetrahedron index="21248" v0="5098" v1="5384" v2="5466" v3="6037" />
+      <tetrahedron index="21249" v0="5025" v1="6220" v2="6419" v3="6991" />
+      <tetrahedron index="21250" v0="4860" v1="5552" v2="5554" v3="6228" />
+      <tetrahedron index="21251" v0="5397" v1="6055" v2="6641" v3="6864" />
+      <tetrahedron index="21252" v0="4209" v1="4338" v2="5942" v3="6553" />
+      <tetrahedron index="21253" v0="4941" v1="5633" v2="5634" v3="6008" />
+      <tetrahedron index="21254" v0="4914" v1="5121" v2="5705" v3="5711" />
+      <tetrahedron index="21255" v0="3366" v1="3823" v2="4685" v3="5878" />
+      <tetrahedron index="21256" v0="3548" v1="3552" v2="4030" v3="5302" />
+      <tetrahedron index="21257" v0="5149" v1="5351" v2="6001" v3="6600" />
+      <tetrahedron index="21258" v0="4873" v1="6626" v2="6633" v3="6923" />
+      <tetrahedron index="21259" v0="4927" v1="5313" v2="5955" v3="6344" />
+      <tetrahedron index="21260" v0="4341" v1="4582" v2="5510" v3="6174" />
+      <tetrahedron index="21261" v0="3652" v1="4510" v2="4559" v3="5777" />
+      <tetrahedron index="21262" v0="3590" v1="3755" v2="3989" v3="5685" />
+      <tetrahedron index="21263" v0="4973" v1="5443" v2="6101" v3="6102" />
+      <tetrahedron index="21264" v0="3773" v1="4216" v2="5862" v3="6504" />
+      <tetrahedron index="21265" v0="5518" v1="6183" v2="6185" v3="6735" />
+      <tetrahedron index="21266" v0="4898" v1="5066" v2="5633" v3="5657" />
+      <tetrahedron index="21267" v0="4159" v1="4632" v2="4633" v3="5073" />
+      <tetrahedron index="21268" v0="3726" v1="4487" v2="4715" v3="5722" />
+      <tetrahedron index="21269" v0="4293" v1="4313" v2="4529" v3="5500" />
+      <tetrahedron index="21270" v0="4803" v1="5081" v2="6330" v3="6821" />
+      <tetrahedron index="21271" v0="3303" v1="3670" v2="3860" v3="5124" />
+      <tetrahedron index="21272" v0="4013" v1="4163" v2="5123" v3="5719" />
+      <tetrahedron index="21273" v0="4288" v1="5112" v2="5703" v3="5736" />
+      <tetrahedron index="21274" v0="4089" v1="4968" v2="5426" v3="5430" />
+      <tetrahedron index="21275" v0="3977" v1="4260" v2="5681" v3="5682" />
+      <tetrahedron index="21276" v0="5014" v1="6120" v2="6690" v3="6834" />
+      <tetrahedron index="21277" v0="3946" v1="3947" v2="4836" v3="5873" />
+      <tetrahedron index="21278" v0="4713" v1="4736" v2="4752" v3="5478" />
+      <tetrahedron index="21279" v0="4282" v1="5498" v2="5647" v3="6162" />
+      <tetrahedron index="21280" v0="3493" v1="5239" v2="6010" v3="6608" />
+      <tetrahedron index="21281" v0="3820" v1="3821" v2="3822" v3="5584" />
+      <tetrahedron index="21282" v0="5119" v1="5707" v2="5708" v3="6379" />
+      <tetrahedron index="21283" v0="4468" v1="4561" v2="4564" v3="5519" />
+      <tetrahedron index="21284" v0="3731" v1="3848" v2="4750" v3="5313" />
+      <tetrahedron index="21285" v0="4911" v1="5265" v2="6601" v3="6917" />
+      <tetrahedron index="21286" v0="4146" v1="4147" v2="4252" v3="5549" />
+      <tetrahedron index="21287" v0="5518" v1="6188" v2="6726" v3="6856" />
+      <tetrahedron index="21288" v0="3572" v1="3863" v2="4513" v3="5372" />
+      <tetrahedron index="21289" v0="5256" v1="5889" v2="6076" v3="6078" />
+      <tetrahedron index="21290" v0="3387" v1="3757" v2="4005" v3="5116" />
+      <tetrahedron index="21291" v0="4020" v1="4366" v2="5438" v3="6218" />
+      <tetrahedron index="21292" v0="3306" v1="4722" v2="4765" v3="5276" />
+      <tetrahedron index="21293" v0="4889" v1="5105" v2="5203" v3="5691" />
+      <tetrahedron index="21294" v0="3669" v1="4309" v2="5034" v3="5915" />
+      <tetrahedron index="21295" v0="4438" v1="4626" v2="4720" v3="6387" />
+      <tetrahedron index="21296" v0="4495" v1="4624" v2="6151" v3="6777" />
+      <tetrahedron index="21297" v0="3976" v1="4064" v2="4284" v3="5097" />
+      <tetrahedron index="21298" v0="5189" v1="5904" v2="6697" v3="6867" />
+      <tetrahedron index="21299" v0="4518" v1="4615" v2="4952" v3="5369" />
+      <tetrahedron index="21300" v0="3981" v1="4497" v2="5101" v3="5689" />
+      <tetrahedron index="21301" v0="4144" v1="4157" v2="4346" v3="5082" />
+      <tetrahedron index="21302" v0="3465" v1="3467" v2="3801" v3="4697" />
+      <tetrahedron index="21303" v0="3918" v1="4464" v2="4465" v3="6038" />
+      <tetrahedron index="21304" v0="5034" v1="5628" v2="5629" v3="6306" />
+      <tetrahedron index="21305" v0="4340" v1="4341" v2="6172" v3="6728" />
+      <tetrahedron index="21306" v0="3232" v1="3938" v2="5119" v3="5709" />
+      <tetrahedron index="21307" v0="4882" v1="5574" v2="6458" v3="6769" />
+      <tetrahedron index="21308" v0="4878" v1="5176" v2="6255" v3="6772" />
+      <tetrahedron index="21309" v0="4991" v1="6148" v2="6260" v3="6955" />
+      <tetrahedron index="21310" v0="4908" v1="5254" v2="5887" v3="6360" />
+      <tetrahedron index="21311" v0="4773" v1="5540" v2="6040" v3="6745" />
+      <tetrahedron index="21312" v0="3348" v1="3675" v2="3797" v3="5891" />
+      <tetrahedron index="21313" v0="3324" v1="3817" v2="5787" v3="6086" />
+      <tetrahedron index="21314" v0="4939" v1="5998" v2="6419" v3="6598" />
+      <tetrahedron index="21315" v0="5764" v1="6233" v2="6431" v3="6757" />
+      <tetrahedron index="21316" v0="5991" v1="6585" v2="6622" v3="6908" />
+      <tetrahedron index="21317" v0="3984" v1="5227" v2="6338" v3="6497" />
+      <tetrahedron index="21318" v0="4965" v1="5417" v2="5418" v3="6077" />
+      <tetrahedron index="21319" v0="3487" v1="4082" v2="5422" v3="5423" />
+      <tetrahedron index="21320" v0="4687" v1="4828" v2="5665" v3="5824" />
+      <tetrahedron index="21321" v0="4751" v1="5675" v2="5856" v3="6347" />
+      <tetrahedron index="21322" v0="4736" v1="5223" v2="5478" v3="5843" />
+      <tetrahedron index="21323" v0="4889" v1="5105" v2="5690" v3="5691" />
+      <tetrahedron index="21324" v0="4919" v1="5289" v2="5927" v3="5928" />
+      <tetrahedron index="21325" v0="3691" v1="4048" v2="4050" v3="5187" />
+      <tetrahedron index="21326" v0="3571" v1="5400" v2="5401" v3="5853" />
+      <tetrahedron index="21327" v0="5192" v1="5489" v2="5811" v3="6968" />
+      <tetrahedron index="21328" v0="4978" v1="6115" v2="6296" v3="6795" />
+      <tetrahedron index="21329" v0="3429" v1="3958" v2="4499" v3="5254" />
+      <tetrahedron index="21330" v0="5399" v1="5690" v2="5691" v3="6361" />
+      <tetrahedron index="21331" v0="5222" v1="6153" v2="6710" v3="6957" />
+      <tetrahedron index="21332" v0="3970" v1="4015" v2="5034" v3="5653" />
+      <tetrahedron index="21333" v0="3645" v1="4645" v2="4646" v3="6526" />
+      <tetrahedron index="21334" v0="3591" v1="4298" v2="4788" v3="5212" />
+      <tetrahedron index="21335" v0="3505" v1="3858" v2="5125" v3="6070" />
+      <tetrahedron index="21336" v0="5395" v1="5495" v2="6154" v3="6740" />
+      <tetrahedron index="21337" v0="3703" v1="4464" v2="4819" v3="5386" />
+      <tetrahedron index="21338" v0="4479" v1="4925" v2="5154" v3="5757" />
+      <tetrahedron index="21339" v0="3497" v1="3616" v2="5449" v3="5865" />
+      <tetrahedron index="21340" v0="4691" v1="4692" v2="4696" v3="5099" />
+      <tetrahedron index="21341" v0="3993" v1="5166" v2="5781" v3="6049" />
+      <tetrahedron index="21342" v0="4437" v1="5159" v2="5662" v3="6335" />
+      <tetrahedron index="21343" v0="4567" v1="4569" v2="4648" v3="5360" />
+      <tetrahedron index="21344" v0="4849" v1="5995" v2="6593" v3="6755" />
+      <tetrahedron index="21345" v0="3692" v1="4196" v2="4736" v3="5223" />
+      <tetrahedron index="21346" v0="4256" v1="5696" v2="5848" v3="6367" />
+      <tetrahedron index="21347" v0="5026" v1="5378" v2="5555" v3="6029" />
+      <tetrahedron index="21348" v0="4219" v1="4220" v2="5387" v3="5638" />
+      <tetrahedron index="21349" v0="4142" v1="4163" v2="4762" v3="5198" />
+      <tetrahedron index="21350" v0="3933" v1="5132" v2="5241" v3="5868" />
+      <tetrahedron index="21351" v0="3691" v1="4049" v2="4076" v3="5534" />
+      <tetrahedron index="21352" v0="4971" v1="5440" v2="6218" v3="6956" />
+      <tetrahedron index="21353" v0="3632" v1="4588" v2="5354" v3="6005" />
+      <tetrahedron index="21354" v0="4887" v1="5123" v2="5716" v3="5718" />
+      <tetrahedron index="21355" v0="4006" v1="4137" v2="5286" v3="6257" />
+      <tetrahedron index="21356" v0="4891" v1="5697" v2="6369" v3="6830" />
+      <tetrahedron index="21357" v0="4205" v1="4303" v2="4441" v3="5491" />
+      <tetrahedron index="21358" v0="4348" v1="4642" v2="5132" v3="5870" />
+      <tetrahedron index="21359" v0="3263" v1="3264" v2="3553" v3="3700" />
+      <tetrahedron index="21360" v0="5087" v1="5929" v2="6340" v3="6547" />
+      <tetrahedron index="21361" v0="5004" v1="6171" v2="6594" v3="6616" />
+      <tetrahedron index="21362" v0="4610" v1="4611" v2="5244" v3="5722" />
+      <tetrahedron index="21363" v0="3668" v1="3669" v2="5720" v3="5915" />
+      <tetrahedron index="21364" v0="4842" v1="5104" v2="6531" v3="6828" />
+      <tetrahedron index="21365" v0="4990" v1="5481" v2="5770" v3="6434" />
+      <tetrahedron index="21366" v0="4969" v1="5432" v2="5680" v3="6089" />
+      <tetrahedron index="21367" v0="3429" v1="4498" v2="4499" v3="5254" />
+      <tetrahedron index="21368" v0="3661" v1="4687" v2="4828" v3="6059" />
+      <tetrahedron index="21369" v0="3848" v1="3849" v2="4834" v3="5297" />
+      <tetrahedron index="21370" v0="5022" v1="5888" v2="6215" v3="6360" />
+      <tetrahedron index="21371" v0="5349" v1="5996" v2="6879" v3="6967" />
+      <tetrahedron index="21372" v0="4122" v1="4317" v2="5609" v3="5641" />
+      <tetrahedron index="21373" v0="3444" v1="5970" v2="6574" v3="6575" />
+      <tetrahedron index="21374" v0="3868" v1="4136" v2="5925" v3="6910" />
+      <tetrahedron index="21375" v0="5038" v1="5406" v2="5883" v3="6144" />
+      <tetrahedron index="21376" v0="4195" v1="4981" v2="5442" v3="5463" />
+      <tetrahedron index="21377" v0="3330" v1="5490" v2="5730" v3="6152" />
+      <tetrahedron index="21378" v0="5067" v1="5368" v2="6019" v3="6068" />
+      <tetrahedron index="21379" v0="4954" v1="5392" v2="6045" v3="6626" />
+      <tetrahedron index="21380" v0="4950" v1="5745" v2="6656" v3="6657" />
+      <tetrahedron index="21381" v0="4948" v1="5376" v2="5921" v3="6028" />
+      <tetrahedron index="21382" v0="3745" v1="3746" v2="3811" v3="5581" />
+      <tetrahedron index="21383" v0="5461" v1="5877" v2="6516" v3="6791" />
+      <tetrahedron index="21384" v0="3254" v1="3255" v2="3818" v3="6618" />
+      <tetrahedron index="21385" v0="3248" v1="3249" v2="3501" v3="3504" />
+      <tetrahedron index="21386" v0="5034" v1="5627" v2="5720" v3="5915" />
+      <tetrahedron index="21387" v0="3340" v1="4485" v2="5471" v3="5765" />
+      <tetrahedron index="21388" v0="4859" v1="4982" v2="5151" v3="6315" />
+      <tetrahedron index="21389" v0="3668" v1="4003" v2="5107" v3="5693" />
+      <tetrahedron index="21390" v0="4415" v1="5283" v2="5863" v3="6505" />
+      <tetrahedron index="21391" v0="3755" v1="4591" v2="5135" v3="5685" />
+      <tetrahedron index="21392" v0="5192" v1="5509" v2="6230" v3="6735" />
+      <tetrahedron index="21393" v0="4226" v1="5074" v2="5372" v3="5898" />
+      <tetrahedron index="21394" v0="4936" v1="6568" v2="6577" v3="6922" />
+      <tetrahedron index="21395" v0="3671" v1="5107" v2="5694" v3="6372" />
+      <tetrahedron index="21396" v0="3857" v1="3972" v2="5231" v3="5853" />
+      <tetrahedron index="21397" v0="4408" v1="4498" v2="4583" v3="5071" />
+      <tetrahedron index="21398" v0="3458" v1="3709" v2="5180" v3="5608" />
+      <tetrahedron index="21399" v0="3744" v1="4097" v2="4558" v3="5919" />
+      <tetrahedron index="21400" v0="3477" v1="3478" v2="3635" v3="5791" />
+      <tetrahedron index="21401" v0="4882" v1="5805" v2="6092" v3="6458" />
+      <tetrahedron index="21402" v0="5603" v1="6307" v2="6786" v3="6804" />
+      <tetrahedron index="21403" v0="4238" v1="4239" v2="6324" v3="6395" />
+      <tetrahedron index="21404" v0="4909" v1="5085" v2="5117" v3="5663" />
+      <tetrahedron index="21405" v0="4017" v1="4257" v2="5464" v3="5808" />
+      <tetrahedron index="21406" v0="3306" v1="3307" v2="3308" v3="5243" />
+      <tetrahedron index="21407" v0="4927" v1="5312" v2="5955" v3="6344" />
+      <tetrahedron index="21408" v0="5178" v1="5429" v2="5788" v3="6086" />
+      <tetrahedron index="21409" v0="3903" v1="5227" v2="5850" v3="6496" />
+      <tetrahedron index="21410" v0="3714" v1="3852" v2="3998" v3="5374" />
+      <tetrahedron index="21411" v0="3857" v1="3877" v2="4767" v3="5078" />
+      <tetrahedron index="21412" v0="4927" v1="5313" v2="5314" v3="5956" />
+      <tetrahedron index="21413" v0="5184" v1="5185" v2="5548" v3="5969" />
+      <tetrahedron index="21414" v0="5120" v1="6353" v2="6827" v3="6985" />
+      <tetrahedron index="21415" v0="3668" v1="5693" v2="5720" v3="5915" />
+      <tetrahedron index="21416" v0="4973" v1="5442" v2="6101" v3="6102" />
+      <tetrahedron index="21417" v0="4771" v1="5189" v2="6460" v3="6867" />
+      <tetrahedron index="21418" v0="6612" v1="6796" v2="6941" v3="6982" />
+      <tetrahedron index="21419" v0="3248" v1="3370" v2="3552" v3="5940" />
+      <tetrahedron index="21420" v0="3244" v1="3369" v2="3573" v3="5547" />
+      <tetrahedron index="21421" v0="4179" v1="4246" v2="5497" v3="5669" />
+      <tetrahedron index="21422" v0="4218" v1="4542" v2="5338" v3="6318" />
+      <tetrahedron index="21423" v0="3368" v1="5023" v2="5547" v3="6096" />
+      <tetrahedron index="21424" v0="4103" v1="4187" v2="5450" v3="6111" />
+      <tetrahedron index="21425" v0="3919" v1="5280" v2="5283" v3="6886" />
+      <tetrahedron index="21426" v0="4641" v1="4719" v2="5357" v3="6008" />
+      <tetrahedron index="21427" v0="5005" v1="5518" v2="6172" v3="6185" />
+      <tetrahedron index="21428" v0="3280" v1="3283" v2="3286" v3="5901" />
+      <tetrahedron index="21429" v0="5193" v1="6014" v2="6430" v3="6909" />
+      <tetrahedron index="21430" v0="5748" v1="6407" v2="6409" v3="6593" />
+      <tetrahedron index="21431" v0="3294" v1="3295" v2="3296" v3="5542" />
+      <tetrahedron index="21432" v0="4243" v1="4665" v2="5057" v3="5610" />
+      <tetrahedron index="21433" v0="3641" v1="3837" v2="3838" v3="5710" />
+      <tetrahedron index="21434" v0="3681" v1="4362" v2="4526" v3="5673" />
+      <tetrahedron index="21435" v0="3524" v1="3542" v2="5611" v3="6009" />
+      <tetrahedron index="21436" v0="5756" v1="6140" v2="6217" v3="6421" />
+      <tetrahedron index="21437" v0="5071" v1="5644" v2="5887" v3="6527" />
+      <tetrahedron index="21438" v0="5334" v1="5471" v2="5765" v3="6137" />
+      <tetrahedron index="21439" v0="3528" v1="3529" v2="4016" v3="4195" />
+      <tetrahedron index="21440" v0="3550" v1="3968" v2="5384" v3="5385" />
+      <tetrahedron index="21441" v0="4326" v1="4737" v2="4771" v3="5807" />
+      <tetrahedron index="21442" v0="3337" v1="5336" v2="5979" v3="6349" />
+      <tetrahedron index="21443" v0="4164" v1="4677" v2="5377" v3="6543" />
+      <tetrahedron index="21444" v0="3649" v1="3702" v2="4405" v3="6067" />
+      <tetrahedron index="21445" v0="4368" v1="5070" v2="5641" v3="5774" />
+      <tetrahedron index="21446" v0="5334" v1="5677" v2="6348" v3="6349" />
+      <tetrahedron index="21447" v0="3437" v1="5141" v2="5328" v3="5977" />
+      <tetrahedron index="21448" v0="3456" v1="3746" v2="5175" v3="5579" />
+      <tetrahedron index="21449" v0="3306" v1="4693" v2="4787" v3="5243" />
+      <tetrahedron index="21450" v0="5841" v1="6488" v2="6720" v3="6880" />
+      <tetrahedron index="21451" v0="5004" v1="5508" v2="5529" v3="6167" />
+      <tetrahedron index="21452" v0="3449" v1="4129" v2="4245" v3="5432" />
+      <tetrahedron index="21453" v0="4063" v1="4064" v2="4284" v3="5076" />
+      <tetrahedron index="21454" v0="4018" v1="4650" v2="5105" v3="5822" />
+      <tetrahedron index="21455" v0="3452" v1="3453" v2="4283" v3="5828" />
+      <tetrahedron index="21456" v0="3273" v1="3290" v2="3554" v3="6397" />
+      <tetrahedron index="21457" v0="4848" v1="5403" v2="6062" v3="6103" />
+      <tetrahedron index="21458" v0="3647" v1="3889" v2="5369" v3="5371" />
+      <tetrahedron index="21459" v0="5159" v1="6204" v2="6432" v3="6433" />
+      <tetrahedron index="21460" v0="4943" v1="5347" v2="5360" v3="6012" />
+      <tetrahedron index="21461" v0="3368" v1="4020" v2="4022" v3="6096" />
+      <tetrahedron index="21462" v0="5019" v1="5519" v2="5537" v3="6189" />
+      <tetrahedron index="21463" v0="4852" v1="5616" v2="6292" v3="6443" />
+      <tetrahedron index="21464" v0="3990" v1="5100" v2="5110" v3="5701" />
+      <tetrahedron index="21465" v0="4216" v1="4343" v2="4414" v3="5859" />
+      <tetrahedron index="21466" v0="3548" v1="3585" v2="4684" v3="5938" />
+      <tetrahedron index="21467" v0="3668" v1="4693" v2="5693" v3="5915" />
+      <tetrahedron index="21468" v0="3975" v1="5588" v2="6261" v3="6262" />
+      <tetrahedron index="21469" v0="5349" v1="6170" v2="6407" v3="6723" />
+      <tetrahedron index="21470" v0="4535" v1="4769" v2="5263" v3="6530" />
+      <tetrahedron index="21471" v0="5055" v1="5854" v2="5855" v3="6358" />
+      <tetrahedron index="21472" v0="4903" v1="6075" v2="6124" v3="6513" />
+      <tetrahedron index="21473" v0="3717" v1="5661" v2="6136" v3="6350" />
+      <tetrahedron index="21474" v0="3357" v1="3910" v2="3924" v3="5790" />
+      <tetrahedron index="21475" v0="4549" v1="4791" v2="5085" v3="5847" />
+      <tetrahedron index="21476" v0="3917" v1="5238" v2="5542" v3="5863" />
+      <tetrahedron index="21477" v0="5993" v1="6221" v2="6223" v3="6971" />
+      <tetrahedron index="21478" v0="4577" v1="4628" v2="5452" v3="6683" />
+      <tetrahedron index="21479" v0="4897" v1="5228" v2="5401" v3="5853" />
+      <tetrahedron index="21480" v0="5312" v1="5821" v2="5824" v3="5955" />
+      <tetrahedron index="21481" v0="6462" v1="6470" v2="6868" v3="6872" />
+      <tetrahedron index="21482" v0="3875" v1="5002" v2="6109" v3="6508" />
+      <tetrahedron index="21483" v0="3319" v1="4349" v2="4641" v3="6008" />
+      <tetrahedron index="21484" v0="5096" v1="5698" v2="5737" v3="6401" />
+      <tetrahedron index="21485" v0="3798" v1="4818" v2="5041" v3="5267" />
+      <tetrahedron index="21486" v0="5170" v1="5446" v2="6106" v3="6444" />
+      <tetrahedron index="21487" v0="3320" v1="4234" v2="4790" v3="4898" />
+      <tetrahedron index="21488" v0="6625" v1="6629" v2="6922" v3="6925" />
+      <tetrahedron index="21489" v0="4077" v1="4535" v2="5895" v3="6530" />
+      <tetrahedron index="21490" v0="3904" v1="4803" v2="4831" v3="5196" />
+      <tetrahedron index="21491" v0="4331" v1="4332" v2="4333" v3="5429" />
+      <tetrahedron index="21492" v0="6046" v1="6632" v2="6753" v3="6923" />
+      <tetrahedron index="21493" v0="6124" v1="6125" v2="6725" v3="6728" />
+      <tetrahedron index="21494" v0="4887" v1="5719" v2="5818" v3="6388" />
+      <tetrahedron index="21495" v0="3801" v1="4599" v2="4697" v3="5469" />
+      <tetrahedron index="21496" v0="3498" v1="3875" v2="5002" v3="6109" />
+      <tetrahedron index="21497" v0="5095" v1="5115" v2="5974" v3="6381" />
+      <tetrahedron index="21498" v0="3693" v1="4196" v2="5845" v3="6494" />
+      <tetrahedron index="21499" v0="4362" v1="4526" v2="5090" v3="5673" />
+      <tetrahedron index="21500" v0="5729" v1="6039" v2="6393" v3="6618" />
+      <tetrahedron index="21501" v0="4896" v1="5226" v2="6496" v3="6499" />
+      <tetrahedron index="21502" v0="3288" v1="3289" v2="3290" v3="5739" />
+      <tetrahedron index="21503" v0="3725" v1="5126" v2="5457" v3="6389" />
+      <tetrahedron index="21504" v0="3647" v1="3864" v2="3889" v3="5371" />
+      <tetrahedron index="21505" v0="3296" v1="4476" v2="5836" v3="5859" />
+      <tetrahedron index="21506" v0="3930" v1="4730" v2="4738" v3="5601" />
+      <tetrahedron index="21507" v0="3680" v1="5358" v2="5673" v3="6609" />
+      <tetrahedron index="21508" v0="4160" v1="4237" v2="4330" v3="4812" />
+      <tetrahedron index="21509" v0="4365" v1="5248" v2="5438" v3="6096" />
+      <tetrahedron index="21510" v0="4934" v1="5335" v2="5337" v3="5980" />
+      <tetrahedron index="21511" v0="3535" v1="3958" v2="6528" v3="6684" />
+      <tetrahedron index="21512" v0="3386" v1="5320" v2="5727" v3="5964" />
+      <tetrahedron index="21513" v0="4739" v1="5029" v2="5081" v3="5561" />
+      <tetrahedron index="21514" v0="6088" v1="6352" v2="6353" v3="6664" />
+      <tetrahedron index="21515" v0="4033" v1="4042" v2="4043" v3="6872" />
+      <tetrahedron index="21516" v0="4724" v1="4745" v2="5998" v3="6598" />
+      <tetrahedron index="21517" v0="3977" v1="5097" v2="5681" v3="6351" />
+      <tetrahedron index="21518" v0="3706" v1="3881" v2="4046" v3="6669" />
+      <tetrahedron index="21519" v0="4768" v1="4800" v2="5366" v3="6017" />
+      <tetrahedron index="21520" v0="3815" v1="3816" v2="4292" v3="5539" />
+      <tetrahedron index="21521" v0="5119" v1="5707" v2="5709" v3="6436" />
+      <tetrahedron index="21522" v0="3782" v1="5341" v2="5747" v3="5985" />
+      <tetrahedron index="21523" v0="3451" v1="3767" v2="5210" v3="5829" />
+      <tetrahedron index="21524" v0="5097" v1="5680" v2="5681" v3="6353" />
+      <tetrahedron index="21525" v0="5388" v1="6040" v2="6619" v3="6623" />
+      <tetrahedron index="21526" v0="5615" v1="6718" v2="6875" v3="6981" />
+      <tetrahedron index="21527" v0="3744" v1="4097" v2="5919" v3="5923" />
+      <tetrahedron index="21528" v0="4198" v1="4199" v2="5056" v3="5609" />
+      <tetrahedron index="21529" v0="3624" v1="5235" v2="5479" v3="5858" />
+      <tetrahedron index="21530" v0="3347" v1="5113" v2="5257" v3="5891" />
+      <tetrahedron index="21531" v0="5144" v1="6331" v2="6820" v3="6984" />
+      <tetrahedron index="21532" v0="4865" v1="4925" v2="5154" v3="5249" />
+      <tetrahedron index="21533" v0="4238" v1="5491" v2="6324" v3="6395" />
+      <tetrahedron index="21534" v0="3233" v1="3344" v2="3345" v3="5776" />
+      <tetrahedron index="21535" v0="3812" v1="4208" v2="4275" v3="5786" />
+      <tetrahedron index="21536" v0="4930" v1="5504" v2="6116" v3="6168" />
+      <tetrahedron index="21537" v0="5005" v1="6234" v2="6431" v3="6735" />
+      <tetrahedron index="21538" v0="3470" v1="3844" v2="5456" v3="5773" />
+      <tetrahedron index="21539" v0="5656" v1="5761" v2="6427" v3="6819" />
+      <tetrahedron index="21540" v0="4644" v1="4734" v2="5174" v3="5886" />
+      <tetrahedron index="21541" v0="5805" v1="5992" v2="6079" v3="6588" />
+      <tetrahedron index="21542" v0="3788" v1="4494" v2="5016" v3="5531" />
+      <tetrahedron index="21543" v0="4916" v1="5279" v2="5282" v3="5921" />
+      <tetrahedron index="21544" v0="4122" v1="4199" v2="5609" v3="5641" />
+      <tetrahedron index="21545" v0="4093" v1="4153" v2="4154" v3="5146" />
+      <tetrahedron index="21546" v0="5257" v1="5704" v2="5890" v3="5891" />
+      <tetrahedron index="21547" v0="4913" v1="5625" v2="5903" v3="6797" />
+      <tetrahedron index="21548" v0="3616" v1="5449" v2="5865" v3="6507" />
+      <tetrahedron index="21549" v0="5163" v1="5778" v2="6440" v3="6861" />
+      <tetrahedron index="21550" v0="5874" v1="6460" v2="6538" v3="6781" />
+      <tetrahedron index="21551" v0="4153" v1="4154" v2="4575" v3="5146" />
+      <tetrahedron index="21552" v0="4609" v1="5184" v2="5796" v3="6164" />
+      <tetrahedron index="21553" v0="5297" v1="5671" v2="6344" v3="6345" />
+      <tetrahedron index="21554" v0="4728" v1="5232" v2="5233" v3="5857" />
+      <tetrahedron index="21555" v0="4001" v1="4175" v2="4612" v3="5758" />
+      <tetrahedron index="21556" v0="4481" v1="4500" v2="5074" v3="6022" />
+      <tetrahedron index="21557" v0="3367" v1="3369" v2="3573" v3="5547" />
+      <tetrahedron index="21558" v0="5943" v1="6308" v2="6311" v3="6625" />
+      <tetrahedron index="21559" v0="5352" v1="6000" v2="6001" v3="6002" />
+      <tetrahedron index="21560" v0="4476" v1="4477" v2="5218" v3="6483" />
+      <tetrahedron index="21561" v0="4928" v1="5315" v2="5317" v3="5960" />
+      <tetrahedron index="21562" v0="3460" v1="3896" v2="4090" v3="6459" />
+      <tetrahedron index="21563" v0="3549" v1="3737" v2="4062" v3="5678" />
+      <tetrahedron index="21564" v0="4957" v1="5319" v2="5962" v3="5966" />
+      <tetrahedron index="21565" v0="3971" v1="4299" v2="5794" v3="6450" />
+      <tetrahedron index="21566" v0="5352" v1="6002" v2="6003" v3="6601" />
+      <tetrahedron index="21567" v0="3623" v1="4314" v2="4397" v3="5860" />
+      <tetrahedron index="21568" v0="6495" v1="6893" v2="6999" v3="7026" />
+      <tetrahedron index="21569" v0="3913" v1="3915" v2="5115" v3="6381" />
+      <tetrahedron index="21570" v0="3322" v1="3434" v2="3687" v3="5578" />
+      <tetrahedron index="21571" v0="3857" v1="3972" v2="4398" v3="5853" />
+      <tetrahedron index="21572" v0="3987" v1="4481" v2="5003" v3="5074" />
+      <tetrahedron index="21573" v0="4887" v1="5200" v2="5674" v3="5819" />
+      <tetrahedron index="21574" v0="4148" v1="4415" v2="4807" v3="6505" />
+      <tetrahedron index="21575" v0="4201" v1="5118" v2="5681" v3="6352" />
+      <tetrahedron index="21576" v0="3994" v1="4241" v2="4306" v3="6396" />
+      <tetrahedron index="21577" v0="5093" v1="5676" v2="6005" v3="6857" />
+      <tetrahedron index="21578" v0="4900" v1="5021" v2="5238" v3="5542" />
+      <tetrahedron index="21579" v0="3871" v1="3901" v2="3902" v3="5068" />
+      <tetrahedron index="21580" v0="4939" v1="5998" v2="6419" v3="6595" />
+      <tetrahedron index="21581" v0="3301" v1="3845" v2="3966" v3="5232" />
+      <tetrahedron index="21582" v0="3795" v1="4796" v2="5428" v3="6255" />
+      <tetrahedron index="21583" v0="3259" v1="3973" v2="5011" v3="6265" />
+      <tetrahedron index="21584" v0="4942" v1="5913" v2="6354" v3="6542" />
+      <tetrahedron index="21585" v0="4910" v1="5261" v2="5264" v3="5899" />
+      <tetrahedron index="21586" v0="3482" v1="4061" v2="5206" v3="6362" />
+      <tetrahedron index="21587" v0="4016" v1="4195" v2="5442" v3="5463" />
+      <tetrahedron index="21588" v0="3846" v1="3847" v2="4500" v3="5506" />
+      <tetrahedron index="21589" v0="5013" v1="5049" v2="5593" v3="6439" />
+      <tetrahedron index="21590" v0="3920" v1="4722" v2="4770" v3="5274" />
+      <tetrahedron index="21591" v0="4277" v1="4305" v2="5754" v3="6416" />
+      <tetrahedron index="21592" v0="5333" v1="5336" v2="5978" v3="6132" />
+      <tetrahedron index="21593" v0="4776" v1="5604" v2="5606" v3="5607" />
+      <tetrahedron index="21594" v0="4990" v1="5481" v2="5548" v3="6146" />
+      <tetrahedron index="21595" v0="3303" v1="5124" v2="5720" v3="5721" />
+      <tetrahedron index="21596" v0="4132" v1="4810" v2="5426" v3="5428" />
+      <tetrahedron index="21597" v0="3455" v1="5207" v2="5825" v3="6370" />
+      <tetrahedron index="21598" v0="4882" v1="5188" v2="6458" v3="6769" />
+      <tetrahedron index="21599" v0="5005" v1="6233" v2="6431" v3="6856" />
+      <tetrahedron index="21600" v0="4902" v1="5829" v2="6511" v3="6887" />
+      <tetrahedron index="21601" v0="4594" v1="4767" v2="5078" v3="5716" />
+      <tetrahedron index="21602" v0="4968" v1="5429" v2="5788" v3="6448" />
+      <tetrahedron index="21603" v0="3890" v1="4244" v2="4249" v3="5529" />
+      <tetrahedron index="21604" v0="4955" v1="5528" v2="5554" v3="6227" />
+      <tetrahedron index="21605" v0="4940" v1="5165" v2="5356" v3="5779" />
+      <tetrahedron index="21606" v0="4652" v1="6190" v2="6192" v3="6471" />
+      <tetrahedron index="21607" v0="3509" v1="3809" v2="5329" v3="5330" />
+      <tetrahedron index="21608" v0="4479" v1="4865" v2="4925" v3="5640" />
+      <tetrahedron index="21609" v0="4939" v1="5353" v2="6002" v3="6003" />
+      <tetrahedron index="21610" v0="5625" v1="6300" v2="6797" v3="6800" />
+      <tetrahedron index="21611" v0="5248" v1="5880" v2="6521" v3="6523" />
+      <tetrahedron index="21612" v0="4871" v1="5646" v2="6322" v3="6323" />
+      <tetrahedron index="21613" v0="3374" v1="3508" v2="4731" v3="5492" />
+      <tetrahedron index="21614" v0="3251" v1="3252" v2="5156" v3="6131" />
+      <tetrahedron index="21615" v0="5113" v1="5704" v2="5890" v3="6113" />
+      <tetrahedron index="21616" v0="3421" v1="4653" v2="4654" v3="5957" />
+      <tetrahedron index="21617" v0="6279" v1="6442" v2="6804" v3="6995" />
+      <tetrahedron index="21618" v0="4878" v1="5177" v2="5178" v3="5425" />
+      <tetrahedron index="21619" v0="3827" v1="3952" v2="4187" v3="6110" />
+      <tetrahedron index="21620" v0="3447" v1="4881" v2="5502" v3="5591" />
+      <tetrahedron index="21621" v0="4423" v1="4703" v2="5376" v3="6027" />
+      <tetrahedron index="21622" v0="3396" v1="4988" v2="5479" v3="5861" />
+      <tetrahedron index="21623" v0="4892" v1="5030" v2="5562" v3="5563" />
+      <tetrahedron index="21624" v0="3243" v1="3244" v2="5839" v3="5952" />
+      <tetrahedron index="21625" v0="4923" v1="4982" v2="5302" v3="6037" />
+      <tetrahedron index="21626" v0="3437" v1="3605" v2="4501" v3="5328" />
+      <tetrahedron index="21627" v0="4931" v1="5322" v2="5707" v3="5967" />
+      <tetrahedron index="21628" v0="4156" v1="4674" v2="4730" v3="6274" />
+      <tetrahedron index="21629" v0="5996" v1="6582" v2="6906" v3="6967" />
+      <tetrahedron index="21630" v0="4389" v1="5633" v2="5634" v3="5658" />
+      <tetrahedron index="21631" v0="4033" v1="4034" v2="4043" v3="6471" />
+      <tetrahedron index="21632" v0="5300" v1="5951" v2="6266" v3="6966" />
+      <tetrahedron index="21633" v0="4891" v1="5212" v2="5565" v3="5685" />
+      <tetrahedron index="21634" v0="4549" v1="5224" v2="5847" v3="6498" />
+      <tetrahedron index="21635" v0="3587" v1="4585" v2="5392" v3="6045" />
+      <tetrahedron index="21636" v0="3721" v1="5043" v2="6396" v3="6548" />
+      <tetrahedron index="21637" v0="5263" v1="5898" v2="6532" v3="6533" />
+      <tetrahedron index="21638" v0="5631" v1="5983" v2="6309" v3="6807" />
+      <tetrahedron index="21639" v0="3804" v1="3806" v2="4141" v3="5968" />
+      <tetrahedron index="21640" v0="5005" v1="5518" v2="6173" v3="6726" />
+      <tetrahedron index="21641" v0="4902" v1="5243" v2="5693" v3="6887" />
+      <tetrahedron index="21642" v0="4870" v1="5043" v2="5642" v3="5643" />
+      <tetrahedron index="21643" v0="3449" v1="4245" v2="5432" v3="6376" />
+      <tetrahedron index="21644" v0="3313" v1="3644" v2="3927" v3="5213" />
+      <tetrahedron index="21645" v0="3318" v1="4104" v2="4801" v3="5658" />
+      <tetrahedron index="21646" v0="4639" v1="4651" v2="5330" v3="6026" />
+      <tetrahedron index="21647" v0="3775" v1="4216" v2="4662" v3="5862" />
+      <tetrahedron index="21648" v0="3619" v1="4827" v2="5849" v3="6498" />
+      <tetrahedron index="21649" v0="4291" v1="4613" v2="5020" v3="6762" />
+      <tetrahedron index="21650" v0="4988" v1="5216" v2="6143" v3="6484" />
+      <tetrahedron index="21651" v0="3849" v1="4843" v2="5297" v3="5956" />
+      <tetrahedron index="21652" v0="4468" v1="4652" v2="4700" v3="6190" />
+      <tetrahedron index="21653" v0="4657" v1="5184" v2="5499" v3="6164" />
+      <tetrahedron index="21654" v0="4853" v1="5403" v2="6061" v3="6104" />
+      <tetrahedron index="21655" v0="4694" v1="5153" v2="5756" v3="6416" />
+      <tetrahedron index="21656" v0="4475" v1="5092" v2="5856" v3="6483" />
+      <tetrahedron index="21657" v0="3382" v1="5041" v2="5266" v3="5267" />
+      <tetrahedron index="21658" v0="3785" v1="5148" v2="5747" v3="5986" />
+      <tetrahedron index="21659" v0="4985" v1="5473" v2="5702" v3="6138" />
+      <tetrahedron index="21660" v0="5100" v1="5110" v2="5699" v3="6368" />
+      <tetrahedron index="21661" v0="3855" v1="3857" v2="3972" v3="5231" />
+      <tetrahedron index="21662" v0="4933" v1="5045" v2="5331" v3="5585" />
+      <tetrahedron index="21663" v0="4459" v1="4531" v2="4600" v3="6018" />
+      <tetrahedron index="21664" v0="6266" v1="6563" v2="6898" v3="6966" />
+      <tetrahedron index="21665" v0="4958" v1="5230" v2="5400" v3="6363" />
+      <tetrahedron index="21666" v0="5392" v1="6631" v2="6633" v3="6926" />
+      <tetrahedron index="21667" v0="5032" v1="5498" v2="6162" v3="6861" />
+      <tetrahedron index="21668" v0="4934" v1="5596" v2="5980" v3="6743" />
+      <tetrahedron index="21669" v0="4883" v1="6120" v2="6678" v3="7017" />
+      <tetrahedron index="21670" v0="3818" v1="3871" v2="3902" v3="5729" />
+      <tetrahedron index="21671" v0="4875" v1="4956" v2="5396" v3="5402" />
+      <tetrahedron index="21672" v0="4719" v1="5612" v2="5633" v3="6606" />
+      <tetrahedron index="21673" v0="4941" v1="5358" v2="5864" v3="6608" />
+      <tetrahedron index="21674" v0="3871" v1="3895" v2="5151" v3="6811" />
+      <tetrahedron index="21675" v0="5012" v1="5759" v2="6235" v3="6424" />
+      <tetrahedron index="21676" v0="3664" v1="5250" v2="5652" v3="6328" />
+      <tetrahedron index="21677" v0="3288" v1="3289" v2="4335" v3="5739" />
+      <tetrahedron index="21678" v0="5511" v1="6173" v2="6728" v3="6965" />
+      <tetrahedron index="21679" v0="4088" v1="5188" v2="5806" v3="6249" />
+      <tetrahedron index="21680" v0="5154" v1="5249" v2="5758" v3="6422" />
+      <tetrahedron index="21681" v0="3664" v1="3667" v2="5061" v3="5250" />
+      <tetrahedron index="21682" v0="4944" v1="5844" v2="6495" v3="6882" />
+      <tetrahedron index="21683" v0="5482" v1="6260" v2="6773" v3="7020" />
+      <tetrahedron index="21684" v0="3923" v1="4317" v2="5028" v3="6510" />
+      <tetrahedron index="21685" v0="4466" v1="4998" v2="5171" v3="5424" />
+      <tetrahedron index="21686" v0="4253" v1="5577" v2="6253" v3="6398" />
+      <tetrahedron index="21687" v0="3683" v1="5582" v2="6256" v3="6938" />
+      <tetrahedron index="21688" v0="3648" v1="4518" v2="4615" v3="5369" />
+      <tetrahedron index="21689" v0="3995" v1="3998" v2="5087" v3="6024" />
+      <tetrahedron index="21690" v0="4147" v1="4422" v2="4548" v3="6199" />
+      <tetrahedron index="21691" v0="4094" v1="4223" v2="4809" v3="5743" />
+      <tetrahedron index="21692" v0="3280" v1="3281" v2="3382" v3="5266" />
+      <tetrahedron index="21693" v0="4023" v1="4024" v2="4133" v3="4469" />
+      <tetrahedron index="21694" v0="3693" v1="4196" v2="5846" v3="6494" />
+      <tetrahedron index="21695" v0="4855" v1="4929" v2="6144" v3="6392" />
+      <tetrahedron index="21696" v0="3651" v1="3653" v2="4522" v3="5499" />
+      <tetrahedron index="21697" v0="4075" v1="4289" v2="5230" v3="5691" />
+      <tetrahedron index="21698" v0="4932" v1="5325" v2="5327" v3="5973" />
+      <tetrahedron index="21699" v0="4120" v1="4761" v2="5553" v3="6226" />
+      <tetrahedron index="21700" v0="3374" v1="4731" v2="5492" v3="6154" />
+      <tetrahedron index="21701" v0="5221" v1="6055" v2="6645" v3="6864" />
+      <tetrahedron index="21702" v0="3687" v1="5061" v2="5171" v3="5578" />
+      <tetrahedron index="21703" v0="3574" v1="3904" v2="5196" v3="5953" />
+      <tetrahedron index="21704" v0="4303" v1="4375" v2="4404" v3="4721" />
+      <tetrahedron index="21705" v0="4770" v1="5076" v2="5274" v3="6354" />
+      <tetrahedron index="21706" v0="3717" v1="3771" v2="6136" v3="6701" />
+      <tetrahedron index="21707" v0="4989" v1="5038" v2="5480" v3="6144" />
+      <tetrahedron index="21708" v0="4900" v1="5862" v2="5918" v3="5922" />
+      <tetrahedron index="21709" v0="4491" v1="4492" v2="6181" v3="6583" />
+      <tetrahedron index="21710" v0="5152" v1="5553" v2="6224" v3="6770" />
+      <tetrahedron index="21711" v0="3556" v1="3557" v2="4550" v3="6453" />
+      <tetrahedron index="21712" v0="3230" v1="3232" v2="4473" v3="5472" />
+      <tetrahedron index="21713" v0="3274" v1="3279" v2="5320" v3="5965" />
+      <tetrahedron index="21714" v0="6301" v1="6797" v2="6799" v3="6943" />
+      <tetrahedron index="21715" v0="3860" v1="4483" v2="4516" v3="5694" />
+      <tetrahedron index="21716" v0="3302" v1="3966" v2="5055" v3="5838" />
+      <tetrahedron index="21717" v0="4975" v1="5056" v2="6107" v3="6680" />
+      <tetrahedron index="21718" v0="5550" v1="6292" v2="6907" v3="6931" />
+      <tetrahedron index="21719" v0="3668" v1="3669" v2="4693" v3="5915" />
+      <tetrahedron index="21720" v0="4509" v1="5334" v2="5677" v3="6350" />
+      <tetrahedron index="21721" v0="5615" v1="6794" v2="6920" v3="7009" />
+      <tetrahedron index="21722" v0="4700" v1="5019" v2="5537" v3="6190" />
+      <tetrahedron index="21723" v0="4196" v1="4736" v2="5223" v3="6141" />
+      <tetrahedron index="21724" v0="4859" v1="4982" v2="5384" v3="6037" />
+      <tetrahedron index="21725" v0="3563" v1="4102" v2="5122" v3="5715" />
+      <tetrahedron index="21726" v0="4992" v1="5407" v2="5485" v3="5727" />
+      <tetrahedron index="21727" v0="3366" v1="4101" v2="4685" v3="5878" />
+      <tetrahedron index="21728" v0="4156" v1="4674" v2="5651" v3="6274" />
+      <tetrahedron index="21729" v0="5079" v1="5591" v2="5804" v3="6455" />
+      <tetrahedron index="21730" v0="4291" v1="4292" v2="4455" v3="5539" />
+      <tetrahedron index="21731" v0="4248" v1="4282" v2="4355" v3="5647" />
+      <tetrahedron index="21732" v0="3283" v1="3286" v2="5514" v3="5901" />
+      <tetrahedron index="21733" v0="4008" v1="4412" v2="5048" v3="6866" />
+      <tetrahedron index="21734" v0="3429" v1="4498" v2="4565" v3="5254" />
+      <tetrahedron index="21735" v0="3356" v1="5226" v2="5420" v3="6496" />
+      <tetrahedron index="21736" v0="4286" v1="5029" v2="5561" v3="5954" />
+      <tetrahedron index="21737" v0="4377" v1="5092" v2="5687" v3="5837" />
+      <tetrahedron index="21738" v0="4096" v1="4448" v2="5279" v3="5923" />
+      <tetrahedron index="21739" v0="4899" v1="5104" v2="5234" v3="6347" />
+      <tetrahedron index="21740" v0="4117" v1="5395" v2="6051" v3="6225" />
+      <tetrahedron index="21741" v0="3271" v1="3711" v2="4957" v3="6646" />
+      <tetrahedron index="21742" v0="3990" v1="4255" v2="5100" v3="5699" />
+      <tetrahedron index="21743" v0="5903" v1="6535" v2="6536" v3="6799" />
+      <tetrahedron index="21744" v0="5317" v1="5725" v2="5961" v3="6428" />
+      <tetrahedron index="21745" v0="5025" v1="6139" v2="6595" v3="6906" />
+      <tetrahedron index="21746" v0="5463" v1="5464" v2="5808" v3="6696" />
+      <tetrahedron index="21747" v0="5473" v1="5702" v2="6251" v3="6831" />
+      <tetrahedron index="21748" v0="5108" v1="5695" v2="6365" v3="6366" />
+      <tetrahedron index="21749" v0="5481" v1="6219" v2="6253" v3="6398" />
+      <tetrahedron index="21750" v0="4899" v1="5264" v2="5689" v3="6502" />
+      <tetrahedron index="21751" v0="3526" v1="4992" v2="5201" v3="5484" />
+      <tetrahedron index="21752" v0="3561" v1="5358" v2="6010" v3="6608" />
+      <tetrahedron index="21753" v0="4921" v1="5297" v2="5936" v3="6345" />
+      <tetrahedron index="21754" v0="3327" v1="4204" v2="5430" v3="6087" />
+      <tetrahedron index="21755" v0="3409" v1="3410" v2="5774" v3="5930" />
+      <tetrahedron index="21756" v0="5236" v1="5543" v2="5835" v3="6482" />
+      <tetrahedron index="21757" v0="4896" v1="5224" v2="5849" v3="6367" />
+      <tetrahedron index="21758" v0="3350" v1="5256" v2="5257" v3="5890" />
+      <tetrahedron index="21759" v0="3368" v1="3823" v2="5248" v3="5878" />
+      <tetrahedron index="21760" v0="4407" v1="5282" v2="5376" v3="6025" />
+      <tetrahedron index="21761" v0="4418" v1="4427" v2="5321" v3="6452" />
+      <tetrahedron index="21762" v0="4953" v1="6461" v2="6745" v3="6969" />
+      <tetrahedron index="21763" v0="5200" v1="5818" v2="5852" v3="6388" />
+      <tetrahedron index="21764" v0="5167" v1="6228" v2="6409" v3="6754" />
+      <tetrahedron index="21765" v0="3250" v1="3252" v2="5299" v3="6131" />
+      <tetrahedron index="21766" v0="5672" v1="5821" v2="5957" v3="6475" />
+      <tetrahedron index="21767" v0="3264" v1="5001" v2="5030" v3="5623" />
+      <tetrahedron index="21768" v0="3310" v1="3572" v2="4513" v3="5372" />
+      <tetrahedron index="21769" v0="3290" v1="5143" v2="5534" v3="5739" />
+      <tetrahedron index="21770" v0="4863" v1="5503" v2="6097" v3="6165" />
+      <tetrahedron index="21771" v0="4595" v1="5220" v2="5839" v3="6486" />
+      <tetrahedron index="21772" v0="4582" v1="5510" v2="6174" v3="6231" />
+      <tetrahedron index="21773" v0="3274" v1="3526" v2="5201" v3="5727" />
+      <tetrahedron index="21774" v0="4914" v1="5271" v2="5273" v3="5910" />
+      <tetrahedron index="21775" v0="4855" v1="5249" v2="5757" v3="6422" />
+      <tetrahedron index="21776" v0="3235" v1="4701" v2="5452" v3="5453" />
+      <tetrahedron index="21777" v0="4433" v1="5218" v2="5837" v3="5858" />
+      <tetrahedron index="21778" v0="3237" v1="3474" v2="4235" v3="5545" />
+      <tetrahedron index="21779" v0="3946" v1="4067" v2="4715" v3="5245" />
+      <tetrahedron index="21780" v0="5389" v1="6041" v2="6207" v3="6970" />
+      <tetrahedron index="21781" v0="3234" v1="3689" v2="3690" v3="5593" />
+      <tetrahedron index="21782" v0="4570" v1="4844" v2="5265" v3="5815" />
+      <tetrahedron index="21783" v0="5630" v1="6627" v2="6766" v3="6806" />
+      <tetrahedron index="21784" v0="4993" v1="5106" v2="5486" v3="5487" />
+      <tetrahedron index="21785" v0="3432" v1="3506" v2="4960" v3="5410" />
+      <tetrahedron index="21786" v0="5062" v1="5622" v2="5623" v3="6296" />
+      <tetrahedron index="21787" v0="4863" v1="5062" v2="5620" v3="6236" />
+      <tetrahedron index="21788" v0="3774" v1="3982" v2="4407" v3="5282" />
+      <tetrahedron index="21789" v0="4184" v1="4336" v2="4542" v3="6318" />
+      <tetrahedron index="21790" v0="3921" v1="3923" v2="4387" v3="5028" />
+      <tetrahedron index="21791" v0="3251" v1="4017" v2="4257" v3="5464" />
+      <tetrahedron index="21792" v0="4059" v1="4193" v2="4688" v3="5626" />
+      <tetrahedron index="21793" v0="4744" v1="4745" v2="4746" v3="6003" />
+      <tetrahedron index="21794" v0="4979" v1="5456" v2="5703" v3="6399" />
+      <tetrahedron index="21795" v0="4854" v1="5148" v2="5941" v3="6083" />
+      <tetrahedron index="21796" v0="4308" v1="4443" v2="4815" v3="5583" />
+      <tetrahedron index="21797" v0="3841" v1="5425" v2="6084" v3="6661" />
+      <tetrahedron index="21798" v0="3304" v1="3669" v2="4309" v3="5034" />
+      <tetrahedron index="21799" v0="3781" v1="3784" v2="4053" v3="5340" />
+      <tetrahedron index="21800" v0="4325" v1="4706" v2="5303" v3="5304" />
+      <tetrahedron index="21801" v0="3475" v1="4182" v2="4217" v3="5663" />
+      <tetrahedron index="21802" v0="4904" v1="5614" v2="5877" v3="6289" />
+      <tetrahedron index="21803" v0="4209" v1="4210" v2="4211" v3="5942" />
+      <tetrahedron index="21804" v0="3439" v1="3636" v2="4019" v3="5608" />
+      <tetrahedron index="21805" v0="3761" v1="3957" v2="5591" v3="6377" />
+      <tetrahedron index="21806" v0="5001" v1="5503" v2="5623" v3="6168" />
+      <tetrahedron index="21807" v0="4849" v1="5348" v2="5995" v3="6723" />
+      <tetrahedron index="21808" v0="4965" v1="5889" v2="6076" v3="6336" />
+      <tetrahedron index="21809" v0="5067" v1="5635" v2="6068" v3="6650" />
+      <tetrahedron index="21810" v0="6920" v1="6999" v2="7009" v3="7025" />
+      <tetrahedron index="21811" v0="3791" v1="4619" v2="5319" v3="5963" />
+      <tetrahedron index="21812" v0="5020" v1="5540" v2="6209" v3="6210" />
+      <tetrahedron index="21813" v0="3875" v1="5002" v2="6010" v3="6607" />
+      <tetrahedron index="21814" v0="5454" v1="5455" v2="6157" v3="6714" />
+      <tetrahedron index="21815" v0="4975" v1="5056" v2="5867" v3="6107" />
+      <tetrahedron index="21816" v0="4900" v1="5142" v2="5238" v3="5863" />
+      <tetrahedron index="21817" v0="3604" v1="3743" v2="3919" v3="5281" />
+      <tetrahedron index="21818" v0="4888" v1="4992" v2="5201" v3="5483" />
+      <tetrahedron index="21819" v0="5390" v1="5816" v2="6471" v3="6619" />
+      <tetrahedron index="21820" v0="3619" v1="4766" v2="4827" v3="6498" />
+      <tetrahedron index="21821" v0="5112" v1="5702" v2="6252" v3="6399" />
+      <tetrahedron index="21822" v0="5073" v1="5597" v2="5648" v3="6326" />
+      <tetrahedron index="21823" v0="3939" v1="4644" v2="4734" v3="5580" />
+      <tetrahedron index="21824" v0="3362" v1="5312" v2="5955" v3="6344" />
+      <tetrahedron index="21825" v0="4570" v1="4665" v2="5610" v3="5900" />
+      <tetrahedron index="21826" v0="5512" v1="6522" v2="6731" v3="7003" />
+      <tetrahedron index="21827" v0="4034" v1="4424" v2="4652" v3="5390" />
+      <tetrahedron index="21828" v0="3865" v1="4405" v2="5586" v3="6067" />
+      <tetrahedron index="21829" v0="3820" v1="3822" v2="5584" v3="6345" />
+      <tetrahedron index="21830" v0="3958" v1="4337" v2="6113" v3="6684" />
+      <tetrahedron index="21831" v0="3851" v1="4358" v2="5259" v3="5263" />
+      <tetrahedron index="21832" v0="4951" v1="6061" v2="6066" v3="6104" />
+      <tetrahedron index="21833" v0="3791" v1="4619" v2="4785" v3="5319" />
+      <tetrahedron index="21834" v0="4853" v1="4906" v2="5407" v3="6066" />
+      <tetrahedron index="21835" v0="4134" v1="4538" v2="4757" v3="5335" />
+      <tetrahedron index="21836" v0="3823" v1="4365" v2="4685" v3="5878" />
+      <tetrahedron index="21837" v0="3408" v1="4068" v2="4368" v3="5774" />
+      <tetrahedron index="21838" v0="4907" v1="5251" v2="5253" v3="6237" />
+      <tetrahedron index="21839" v0="4104" v1="4460" v2="4823" v3="4898" />
+      <tetrahedron index="21840" v0="5509" v1="6183" v2="6735" v3="6968" />
+      <tetrahedron index="21841" v0="3588" v1="5395" v2="6051" v3="6926" />
+      <tetrahedron index="21842" v0="5008" v1="5515" v2="5516" v3="6187" />
+      <tetrahedron index="21843" v0="4953" v1="5389" v2="6463" v3="7019" />
+      <tetrahedron index="21844" v0="3980" v1="5222" v2="5842" v3="6491" />
+      <tetrahedron index="21845" v0="3251" v1="5156" v2="5413" v3="5464" />
+      <tetrahedron index="21846" v0="4743" v1="4998" v2="5424" v3="5496" />
+      <tetrahedron index="21847" v0="5039" v1="5576" v2="5577" v3="6252" />
+      <tetrahedron index="21848" v0="4092" v1="4093" v2="5486" v3="6406" />
+      <tetrahedron index="21849" v0="4946" v1="5368" v2="5386" v3="5728" />
+      <tetrahedron index="21850" v0="4840" v1="5095" v2="5115" v3="5974" />
+      <tetrahedron index="21851" v0="3947" v1="4836" v2="5873" v3="6175" />
+      <tetrahedron index="21852" v0="4927" v1="5089" v2="5672" v3="6343" />
+      <tetrahedron index="21853" v0="5567" v1="5688" v2="6360" v3="6813" />
+      <tetrahedron index="21854" v0="3691" v1="5187" v2="5534" v3="5802" />
+      <tetrahedron index="21855" v0="4191" v1="4663" v2="5278" v3="6543" />
+      <tetrahedron index="21856" v0="4865" v1="5249" v2="5759" v3="5882" />
+      <tetrahedron index="21857" v0="4909" v1="5258" v2="5544" v3="5892" />
+      <tetrahedron index="21858" v0="5411" v1="6172" v2="6187" v3="6725" />
+      <tetrahedron index="21859" v0="4720" v1="5716" v2="5718" v3="6387" />
+      <tetrahedron index="21860" v0="3978" v1="5392" v2="6048" v3="6051" />
+      <tetrahedron index="21861" v0="3237" v1="3475" v2="5258" v3="5545" />
+      <tetrahedron index="21862" v0="3861" v1="4983" v2="5468" v3="6134" />
+      <tetrahedron index="21863" v0="5391" v1="6625" v2="6627" v3="6925" />
+      <tetrahedron index="21864" v0="4975" v1="5559" v2="5867" v3="6107" />
+      <tetrahedron index="21865" v0="5316" v1="5959" v2="6246" v3="6764" />
+      <tetrahedron index="21866" v0="3432" v1="4065" v2="4511" v3="6019" />
+      <tetrahedron index="21867" v0="5149" v1="5751" v2="5999" v3="6915" />
+      <tetrahedron index="21868" v0="3235" v1="4977" v2="5453" v3="5776" />
+      <tetrahedron index="21869" v0="4856" v1="4991" v2="5588" v3="6260" />
+      <tetrahedron index="21870" v0="4953" v1="6207" v2="6463" v3="6744" />
+      <tetrahedron index="21871" v0="4911" v1="5348" v2="5995" v3="6593" />
+      <tetrahedron index="21872" v0="5047" v1="5590" v2="6259" v3="6775" />
+      <tetrahedron index="21873" v0="5021" v1="5543" v2="5835" v3="6214" />
+      <tetrahedron index="21874" v0="4749" v1="4776" v2="4822" v3="5604" />
+      <tetrahedron index="21875" v0="4458" v1="4459" v2="4531" v3="6018" />
+      <tetrahedron index="21876" v0="3724" v1="4410" v2="5275" v3="5916" />
+      <tetrahedron index="21877" v0="4963" v1="5415" v2="6280" v3="6313" />
+      <tetrahedron index="21878" v0="3766" v1="3767" v2="3897" v3="5210" />
+      <tetrahedron index="21879" v0="4323" v1="4394" v2="5306" v3="5944" />
+      <tetrahedron index="21880" v0="4044" v1="4111" v2="4200" v3="5555" />
+      <tetrahedron index="21881" v0="5493" v1="6281" v2="6630" v3="6957" />
+      <tetrahedron index="21882" v0="3314" v1="3833" v2="3834" v3="5679" />
+      <tetrahedron index="21883" v0="4943" v1="5152" v2="6012" v3="6668" />
+      <tetrahedron index="21884" v0="4049" v1="5534" v2="5802" v3="6206" />
+      <tetrahedron index="21885" v0="3247" v1="3446" v2="5364" v3="5621" />
+      <tetrahedron index="21886" v0="4890" v1="5207" v2="5209" v3="6402" />
+      <tetrahedron index="21887" v0="5013" v1="5525" v2="6197" v3="6199" />
+      <tetrahedron index="21888" v0="3420" v1="4589" v2="5314" v3="6477" />
+      <tetrahedron index="21889" v0="4581" v1="4623" v2="4814" v3="5752" />
+      <tetrahedron index="21890" v0="3495" v1="3496" v2="3497" v3="5449" />
+      <tetrahedron index="21891" v0="4884" v1="5509" v2="6230" v3="6431" />
+      <tetrahedron index="21892" v0="4392" v1="4394" v2="4621" v3="5521" />
+      <tetrahedron index="21893" v0="3604" v1="4452" v2="4520" v3="6544" />
+      <tetrahedron index="21894" v0="4537" v1="4548" v2="5526" v3="5594" />
+      <tetrahedron index="21895" v0="4246" v1="4269" v2="4708" v3="5669" />
+      <tetrahedron index="21896" v0="4892" v1="5338" v2="5562" v3="5563" />
+      <tetrahedron index="21897" v0="4672" v1="5298" v2="5935" v3="6342" />
+      <tetrahedron index="21898" v0="4986" v1="5475" v2="5476" v3="5756" />
+      <tetrahedron index="21899" v0="4088" v1="4747" v2="5806" v3="6249" />
+      <tetrahedron index="21900" v0="5089" v1="5670" v2="5936" v3="6346" />
+      <tetrahedron index="21901" v0="4936" v1="5941" v2="6568" v3="6922" />
+      <tetrahedron index="21902" v0="3610" v1="3611" v2="4676" v3="5818" />
+      <tetrahedron index="21903" v0="4064" v1="4284" v2="5076" v3="5097" />
+      <tetrahedron index="21904" v0="4993" v1="5106" v2="5487" v3="5878" />
+      <tetrahedron index="21905" v0="3272" v1="3273" v2="3554" v3="6397" />
+      <tetrahedron index="21906" v0="4150" v1="4423" v2="4703" v3="6027" />
+      <tetrahedron index="21907" v0="4266" v1="5343" v2="5989" v3="6139" />
+      <tetrahedron index="21908" v0="4475" v1="5092" v2="5675" v3="5856" />
+      <tetrahedron index="21909" v0="4022" v1="5023" v2="5547" v3="6216" />
+      <tetrahedron index="21910" v0="4313" v1="5431" v2="5432" v3="6089" />
+      <tetrahedron index="21911" v0="3593" v1="5467" v2="5780" v3="6132" />
+      <tetrahedron index="21912" v0="3996" v1="5096" v2="5140" v3="5737" />
+      <tetrahedron index="21913" v0="5287" v1="5423" v2="6081" v3="6082" />
+      <tetrahedron index="21914" v0="5036" v1="5573" v2="6048" v3="6051" />
+      <tetrahedron index="21915" v0="3333" v1="4709" v2="5337" v3="5766" />
+      <tetrahedron index="21916" v0="5168" v1="6718" v2="6960" v3="6997" />
+      <tetrahedron index="21917" v0="3508" v1="4731" v2="5492" v3="6154" />
+      <tetrahedron index="21918" v0="5130" v1="5731" v2="6152" v3="6395" />
+      <tetrahedron index="21919" v0="6276" v1="6538" v2="6781" v3="6977" />
+      <tetrahedron index="21920" v0="3538" v1="3800" v2="5934" v3="5972" />
+      <tetrahedron index="21921" v0="5180" v1="5182" v2="5608" v3="6451" />
+      <tetrahedron index="21922" v0="3328" v1="3456" v2="3749" v3="6254" />
+      <tetrahedron index="21923" v0="4932" v1="5324" v2="5970" v3="6575" />
+      <tetrahedron index="21924" v0="5390" v1="5816" v2="6471" v3="6623" />
+      <tetrahedron index="21925" v0="4033" v1="5816" v2="6470" v3="6872" />
+      <tetrahedron index="21926" v0="5170" v1="6056" v2="6062" v3="6865" />
+      <tetrahedron index="21927" v0="5196" v1="5910" v2="6330" v3="6818" />
+      <tetrahedron index="21928" v0="4324" v1="4527" v2="4534" v3="5303" />
+      <tetrahedron index="21929" v0="4093" v1="5146" v2="5147" v3="5742" />
+      <tetrahedron index="21930" v0="4256" v1="4549" v2="4766" v3="5224" />
+      <tetrahedron index="21931" v0="4226" v1="4500" v2="5372" v3="6022" />
+      <tetrahedron index="21932" v0="4213" v1="4676" v2="5229" v3="5852" />
+      <tetrahedron index="21933" v0="4162" v1="4321" v2="4560" v3="5725" />
+      <tetrahedron index="21934" v0="4248" v1="5498" v2="6161" v3="6341" />
+      <tetrahedron index="21935" v0="3942" v1="4000" v2="6332" v3="6333" />
+      <tetrahedron index="21936" v0="3240" v1="3364" v2="3445" v3="5911" />
+      <tetrahedron index="21937" v0="3570" v1="3571" v2="4686" v3="5401" />
+      <tetrahedron index="21938" v0="5363" v1="6276" v2="6882" v3="6920" />
+      <tetrahedron index="21939" v0="6154" v1="6159" v2="6740" v3="6958" />
+      <tetrahedron index="21940" v0="4176" v1="4177" v2="4739" v3="5029" />
+      <tetrahedron index="21941" v0="5015" v1="5528" v2="6202" v3="6594" />
+      <tetrahedron index="21942" v0="3324" v1="4332" v2="5429" v3="6086" />
+      <tetrahedron index="21943" v0="3731" v1="5313" v2="5955" v3="6344" />
+      <tetrahedron index="21944" v0="4855" v1="4925" v2="5249" v3="5757" />
+      <tetrahedron index="21945" v0="3522" v1="5240" v2="5357" v3="5866" />
+      <tetrahedron index="21946" v0="5268" v1="6097" v2="6671" v3="6672" />
+      <tetrahedron index="21947" v0="5518" v1="6412" v2="6732" v3="6964" />
+      <tetrahedron index="21948" v0="3915" v1="3925" v2="4840" v3="5974" />
+      <tetrahedron index="21949" v0="4165" v1="4314" v2="4453" v3="5280" />
+      <tetrahedron index="21950" v0="4540" v1="4716" v2="4789" v3="5573" />
+      <tetrahedron index="21951" v0="5022" v1="5258" v2="5544" v3="5893" />
+      <tetrahedron index="21952" v0="3382" v1="5266" v2="5267" v3="6145" />
+      <tetrahedron index="21953" v0="4519" v1="4553" v2="4554" v3="6241" />
+      <tetrahedron index="21954" v0="3569" v1="4131" v2="4293" v3="5500" />
+      <tetrahedron index="21955" v0="4923" v1="5636" v2="5638" v3="5744" />
+      <tetrahedron index="21956" v0="3260" v1="3802" v2="4678" v3="5308" />
+      <tetrahedron index="21957" v0="3592" v1="5565" v2="6237" v3="6356" />
+      <tetrahedron index="21958" v0="4858" v1="6188" v2="6408" v3="6469" />
+      <tetrahedron index="21959" v0="4866" v1="5156" v2="6072" v3="6933" />
+      <tetrahedron index="21960" v0="5361" v1="5599" v2="6221" v3="6587" />
+      <tetrahedron index="21961" v0="3416" v1="4234" v2="4460" v3="5612" />
+      <tetrahedron index="21962" v0="3578" v1="3579" v2="3663" v3="5724" />
+      <tetrahedron index="21963" v0="3435" v1="3436" v2="3437" v3="5331" />
+      <tetrahedron index="21964" v0="5149" v1="5748" v2="6001" v3="6408" />
+      <tetrahedron index="21965" v0="3263" v1="3891" v2="4218" v3="5504" />
+      <tetrahedron index="21966" v0="3442" v1="3877" v2="4398" v3="5819" />
+      <tetrahedron index="21967" v0="5265" v1="5815" v2="6000" v3="6013" />
+      <tetrahedron index="21968" v0="4915" v1="5275" v2="5872" v3="5916" />
+      <tetrahedron index="21969" v0="5014" v1="5527" v2="5874" v3="6459" />
+      <tetrahedron index="21970" v0="4984" v1="5620" v2="5678" v3="6297" />
+      <tetrahedron index="21971" v0="4858" v1="5518" v2="6186" v3="6412" />
+      <tetrahedron index="21972" v0="5077" v1="5802" v2="6206" v3="6454" />
+      <tetrahedron index="21973" v0="4913" v1="5903" v2="6797" v3="6942" />
+      <tetrahedron index="21974" v0="5163" v1="5776" v2="6438" v3="6441" />
+      <tetrahedron index="21975" v0="6170" v1="6687" v2="6784" v3="6997" />
+      <tetrahedron index="21976" v0="4020" v1="4022" v2="5023" v3="6216" />
+      <tetrahedron index="21977" v0="6280" v1="6786" v2="6808" v3="6924" />
+      <tetrahedron index="21978" v0="3301" v1="3589" v2="3674" v3="5232" />
+      <tetrahedron index="21979" v0="5194" v1="5817" v2="6473" v3="6474" />
+      <tetrahedron index="21980" v0="5111" v1="5499" v2="5668" v3="5777" />
+      <tetrahedron index="21981" v0="4927" v1="5313" v2="5936" v3="6344" />
+      <tetrahedron index="21982" v0="4358" v1="5263" v2="5894" v3="6532" />
+      <tetrahedron index="21983" v0="3298" v1="3300" v2="3954" v3="5215" />
+      <tetrahedron index="21984" v0="5672" v1="5821" v2="6475" v3="6825" />
+      <tetrahedron index="21985" v0="3448" v1="3517" v2="3682" v3="5017" />
+      <tetrahedron index="21986" v0="4355" v1="5032" v2="5647" v3="5688" />
+      <tetrahedron index="21987" v0="4920" v1="5291" v2="5294" v3="5506" />
+      <tetrahedron index="21988" v0="3851" v1="5259" v2="5263" v3="5894" />
+      <tetrahedron index="21989" v0="6611" v1="6754" v2="6911" v3="6971" />
+      <tetrahedron index="21990" v0="4576" v1="5044" v2="5296" v3="5971" />
+      <tetrahedron index="21991" v0="4841" v1="5058" v2="5090" v3="5657" />
+      <tetrahedron index="21992" v0="4707" v1="5088" v2="5669" v3="6267" />
+      <tetrahedron index="21993" v0="3258" v1="3259" v2="5011" v3="5069" />
+      <tetrahedron index="21994" v0="3259" v1="4865" v2="5011" v3="5069" />
+      <tetrahedron index="21995" v0="3968" v1="4214" v2="4352" v3="5728" />
+      <tetrahedron index="21996" v0="4901" v1="5132" v2="5239" v3="5864" />
+      <tetrahedron index="21997" v0="4728" v1="4729" v2="5233" v3="5857" />
+      <tetrahedron index="21998" v0="3478" v1="3636" v2="5180" v3="5181" />
+      <tetrahedron index="21999" v0="4605" v1="4666" v2="5050" v3="5597" />
+      <tetrahedron index="22000" v0="4907" v1="5252" v2="5652" v3="6240" />
+      <tetrahedron index="22001" v0="3308" v1="3685" v2="5243" v3="5872" />
+      <tetrahedron index="22002" v0="3889" v1="5371" v2="6039" v3="6618" />
+      <tetrahedron index="22003" v0="3705" v1="5054" v2="5848" v3="5851" />
+      <tetrahedron index="22004" v0="4408" v1="4498" v2="5071" v3="5887" />
+      <tetrahedron index="22005" v0="3810" v1="3812" v2="4208" v3="5786" />
+      <tetrahedron index="22006" v0="4056" v1="4150" v2="4423" v3="6026" />
+      <tetrahedron index="22007" v0="3622" v1="5237" v2="5862" v3="5918" />
+      <tetrahedron index="22008" v0="4524" v1="4581" v2="5515" v3="6179" />
+      <tetrahedron index="22009" v0="3374" v1="3381" v2="3508" v3="5492" />
+      <tetrahedron index="22010" v0="3605" v1="4403" v2="4520" v3="5738" />
+      <tetrahedron index="22011" v0="5032" v1="5498" v2="6322" v3="6861" />
+      <tetrahedron index="22012" v0="3389" v1="3893" v2="4571" v3="5592" />
+      <tetrahedron index="22013" v0="3450" v1="3451" v2="3685" v3="5829" />
+      <tetrahedron index="22014" v0="4858" v1="5751" v2="6408" v3="6916" />
+      <tetrahedron index="22015" v0="5316" v1="5958" v2="6566" v3="7010" />
+      <tetrahedron index="22016" v0="4460" v1="4841" v2="5058" v3="5657" />
+      <tetrahedron index="22017" v0="4224" v1="5147" v2="5637" v3="5744" />
+      <tetrahedron index="22018" v0="4093" v1="5147" v2="5743" v3="6406" />
+      <tetrahedron index="22019" v0="4256" v1="5224" v2="5848" v3="6367" />
+      <tetrahedron index="22020" v0="4943" v1="5360" v2="5362" v3="6229" />
+      <tetrahedron index="22021" v0="5377" v1="5921" v2="6025" v3="6543" />
+      <tetrahedron index="22022" v0="4897" v1="5228" v2="5852" v3="6500" />
+      <tetrahedron index="22023" v0="3834" v1="3996" v2="5096" v3="5737" />
+      <tetrahedron index="22024" v0="3580" v1="3608" v2="3609" v3="5571" />
+      <tetrahedron index="22025" v0="4877" v1="5040" v2="5171" v3="5784" />
+      <tetrahedron index="22026" v0="3455" v1="5207" v2="6370" v3="6371" />
+      <tetrahedron index="22027" v0="4891" v1="5100" v2="5212" v3="6830" />
+      <tetrahedron index="22028" v0="5047" v1="5588" v2="6052" v3="6259" />
+      <tetrahedron index="22029" v0="5017" v1="5143" v2="5801" v3="5803" />
+      <tetrahedron index="22030" v0="3411" v1="3495" v2="5866" v3="6605" />
+      <tetrahedron index="22031" v0="5283" v1="5863" v2="5922" v3="6505" />
+      <tetrahedron index="22032" v0="3611" v1="5200" v2="5818" v3="5852" />
+      <tetrahedron index="22033" v0="4974" v1="5405" v2="5783" v3="6445" />
+      <tetrahedron index="22034" v0="3508" v1="5492" v2="6050" v3="6710" />
+      <tetrahedron index="22035" v0="4805" v1="5353" v2="5755" v3="6603" />
+      <tetrahedron index="22036" v0="4892" v1="5094" v2="5214" v3="6298" />
+      <tetrahedron index="22037" v0="4221" v1="4475" v2="4751" v3="5856" />
+      <tetrahedron index="22038" v0="4446" v1="4777" v2="5192" v3="5813" />
+      <tetrahedron index="22039" v0="4474" v1="5013" v2="6197" v3="6199" />
+      <tetrahedron index="22040" v0="4123" v1="4199" v2="5609" v3="5641" />
+      <tetrahedron index="22041" v0="4251" v1="4264" v2="5481" v3="6219" />
+      <tetrahedron index="22042" v0="5113" v1="5888" v2="6113" v3="6321" />
+      <tetrahedron index="22043" v0="3266" v1="3285" v2="5405" v3="6148" />
+      <tetrahedron index="22044" v0="4870" v1="5162" v2="5559" v3="5642" />
+      <tetrahedron index="22045" v0="4243" v1="4244" v2="4353" v3="6031" />
+      <tetrahedron index="22046" v0="4908" v1="5704" v2="6113" v3="6684" />
+      <tetrahedron index="22047" v0="3664" v1="3687" v2="4669" v3="5652" />
+      <tetrahedron index="22048" v0="3437" v1="3606" v2="3673" v3="5141" />
+      <tetrahedron index="22049" v0="3321" v1="3322" v2="5061" v3="5578" />
+      <tetrahedron index="22050" v0="3629" v1="3630" v2="5251" v3="6758" />
+      <tetrahedron index="22051" v0="3521" v1="3522" v2="5357" v3="5866" />
+      <tetrahedron index="22052" v0="4580" v1="4581" v2="4711" v3="5150" />
+      <tetrahedron index="22053" v0="3816" v1="5539" v2="6041" v3="6208" />
+      <tetrahedron index="22054" v0="4980" v1="6117" v2="6121" v3="6126" />
+      <tetrahedron index="22055" v0="3864" v1="4511" v2="5370" v3="5371" />
+      <tetrahedron index="22056" v0="5159" v1="5767" v2="6335" v3="6832" />
+      <tetrahedron index="22057" v0="5926" v1="5985" v2="6567" v3="6581" />
+      <tetrahedron index="22058" v0="4192" v1="5063" v2="5906" v3="6304" />
+      <tetrahedron index="22059" v0="3478" v1="3971" v2="5181" v3="5794" />
+      <tetrahedron index="22060" v0="3585" v1="4219" v2="4683" v3="5938" />
+      <tetrahedron index="22061" v0="4973" v1="5442" v2="5485" v3="6101" />
+      <tetrahedron index="22062" v0="4018" v1="4650" v2="4764" v3="5822" />
+      <tetrahedron index="22063" v0="3563" v1="3565" v2="4230" v3="5715" />
+      <tetrahedron index="22064" v0="6276" v1="6793" v2="7009" v3="7017" />
+      <tetrahedron index="22065" v0="3473" v1="3759" v2="5084" v3="5661" />
+      <tetrahedron index="22066" v0="5051" v1="5598" v2="6270" v3="6472" />
+      <tetrahedron index="22067" v0="3495" v1="3497" v2="3498" v3="6109" />
+      <tetrahedron index="22068" v0="4927" v1="5314" v2="5957" v3="6477" />
+      <tetrahedron index="22069" v0="4680" v1="5567" v2="5778" v3="6162" />
+      <tetrahedron index="22070" v0="3720" v1="4650" v2="5203" v3="6873" />
+      <tetrahedron index="22071" v0="5258" v1="5545" v2="5892" v3="5893" />
+      <tetrahedron index="22072" v0="4357" v1="4358" v2="4769" v3="6532" />
+      <tetrahedron index="22073" v0="3367" v1="3573" v2="3574" v3="5953" />
+      <tetrahedron index="22074" v0="3575" v1="3629" v2="3899" v3="5251" />
+      <tetrahedron index="22075" v0="3352" v1="3354" v2="3882" v3="5664" />
+      <tetrahedron index="22076" v0="3968" v1="5129" v2="5385" v3="5728" />
+      <tetrahedron index="22077" v0="4722" v1="4765" v2="5276" v3="5914" />
+      <tetrahedron index="22078" v0="5361" v1="6221" v2="6587" v3="6754" />
+      <tetrahedron index="22079" v0="5080" v1="6333" v2="6731" v3="6817" />
+      <tetrahedron index="22080" v0="5809" v1="6461" v2="6989" v3="7023" />
+      <tetrahedron index="22081" v0="5152" v1="6223" v2="6750" v3="6971" />
+      <tetrahedron index="22082" v0="4517" v1="5017" v2="5186" v3="5800" />
+      <tetrahedron index="22083" v0="5157" v1="5762" v2="6465" v3="6894" />
+      <tetrahedron index="22084" v0="3388" v1="3389" v2="5592" v3="5706" />
+      <tetrahedron index="22085" v0="3782" v1="3785" v2="3991" v3="5986" />
+      <tetrahedron index="22086" v0="3232" v1="3938" v2="4417" v3="5119" />
+      <tetrahedron index="22087" v0="3263" v1="5015" v2="5504" v3="6158" />
+      <tetrahedron index="22088" v0="4189" v1="4292" v2="4773" v3="6211" />
+      <tetrahedron index="22089" v0="5139" v1="5770" v2="6399" v3="6437" />
+      <tetrahedron index="22090" v0="3373" v1="5492" v2="5845" v3="6493" />
+      <tetrahedron index="22091" v0="5026" v1="5553" v2="6223" v3="6226" />
+      <tetrahedron index="22092" v0="4722" v1="4765" v2="4770" v3="5914" />
+      <tetrahedron index="22093" v0="3247" v1="3375" v2="5454" v3="6493" />
+      <tetrahedron index="22094" v0="3490" v1="3863" v2="5262" v3="5897" />
+      <tetrahedron index="22095" v0="3576" v1="5496" v2="5785" v3="6084" />
+      <tetrahedron index="22096" v0="4905" v1="5248" v2="5880" v3="6519" />
+      <tetrahedron index="22097" v0="3701" v1="3702" v2="5067" v3="5635" />
+      <tetrahedron index="22098" v0="4023" v1="4469" v2="5426" v3="5429" />
+      <tetrahedron index="22099" v0="3944" v1="5240" v2="5357" v3="6506" />
+      <tetrahedron index="22100" v0="4932" v1="5705" v2="5712" v3="6381" />
+      <tetrahedron index="22101" v0="3279" v1="3286" v2="5398" v3="6058" />
+      <tetrahedron index="22102" v0="4245" v1="5120" v2="6353" v3="6827" />
+      <tetrahedron index="22103" v0="5346" v1="5992" v2="5994" v3="6667" />
+      <tetrahedron index="22104" v0="4042" v1="4838" v2="4839" v3="6872" />
+      <tetrahedron index="22105" v0="4981" v1="6072" v2="6696" v3="6892" />
+      <tetrahedron index="22106" v0="3323" v1="3739" v2="5040" v3="5580" />
+      <tetrahedron index="22107" v0="3286" v1="3712" v2="5398" v3="6057" />
+      <tetrahedron index="22108" v0="4814" v1="4817" v2="5752" v3="6184" />
+      <tetrahedron index="22109" v0="3551" v1="3552" v2="4030" v3="5098" />
+      <tetrahedron index="22110" v0="5476" v1="5589" v2="6486" v3="6703" />
+      <tetrahedron index="22111" v0="3859" v1="3997" v2="4056" v3="5125" />
+      <tetrahedron index="22112" v0="4106" v1="5191" v2="5813" v3="6870" />
+      <tetrahedron index="22113" v0="3467" v1="3801" v2="4599" v3="4697" />
+      <tetrahedron index="22114" v0="4950" v1="5381" v2="5745" v3="6032" />
+      <tetrahedron index="22115" v0="3414" v1="4312" v2="5058" v3="5612" />
+      <tetrahedron index="22116" v0="3283" v1="3741" v2="5007" v3="6057" />
+      <tetrahedron index="22117" v0="5113" v1="5704" v2="5890" v3="5891" />
+      <tetrahedron index="22118" v0="3646" v1="3879" v2="5252" v3="6758" />
+      <tetrahedron index="22119" v0="5602" v1="6780" v2="6781" v3="6934" />
+      <tetrahedron index="22120" v0="3558" v1="4263" v2="5162" v3="5775" />
+      <tetrahedron index="22121" v0="4893" v1="5055" v2="5686" v3="6484" />
+      <tetrahedron index="22122" v0="4594" v1="5078" v2="5716" v3="5717" />
+      <tetrahedron index="22123" v0="3445" v1="3695" v2="5273" v3="5911" />
+      <tetrahedron index="22124" v0="4710" v1="4714" v2="4821" v3="5351" />
+      <tetrahedron index="22125" v0="4914" v1="5655" v2="5705" v3="5908" />
+      <tetrahedron index="22126" v0="4521" v1="4772" v2="5255" v3="5778" />
+      <tetrahedron index="22127" v0="4376" v1="5635" v2="6067" v3="6258" />
+      <tetrahedron index="22128" v0="4364" v1="4501" v2="5331" v3="5585" />
+      <tetrahedron index="22129" v0="3933" v1="4167" v2="5868" v3="6919" />
+      <tetrahedron index="22130" v0="4554" v1="4603" v2="4751" v3="6347" />
+      <tetrahedron index="22131" v0="3852" v1="5894" v2="6529" v3="6532" />
+      <tetrahedron index="22132" v0="3435" v1="4319" v2="4428" v3="5409" />
+      <tetrahedron index="22133" v0="4700" v1="5019" v2="5536" v3="5537" />
+      <tetrahedron index="22134" v0="3436" v1="3505" v2="3807" v3="6070" />
+      <tetrahedron index="22135" v0="3957" v1="4183" v2="5680" v3="6376" />
+      <tetrahedron index="22136" v0="4509" v1="5661" v2="5677" v3="6350" />
+      <tetrahedron index="22137" v0="3647" v1="3648" v2="3649" v3="6020" />
+      <tetrahedron index="22138" v0="3959" v1="4512" v2="5164" v3="6133" />
+      <tetrahedron index="22139" v0="3425" v1="4517" v2="5017" v3="5801" />
+      <tetrahedron index="22140" v0="4066" v1="4620" v2="5145" v3="6405" />
+      <tetrahedron index="22141" v0="4515" v1="4552" v2="5793" v3="6450" />
+      <tetrahedron index="22142" v0="4963" v1="5416" v2="6307" v3="6693" />
+      <tetrahedron index="22143" v0="5034" v1="5276" v2="5914" v3="5915" />
+      <tetrahedron index="22144" v0="5488" v1="6299" v2="6519" v3="6699" />
+      <tetrahedron index="22145" v0="5036" v1="6224" v2="6750" v3="6972" />
+      <tetrahedron index="22146" v0="3296" v1="5021" v2="5836" v3="5859" />
+      <tetrahedron index="22147" v0="4309" v1="4765" v2="4770" v3="5914" />
+      <tetrahedron index="22148" v0="4589" v1="4834" v2="5956" v3="6477" />
+      <tetrahedron index="22149" v0="5309" v1="6098" v2="6640" v3="6643" />
+      <tetrahedron index="22150" v0="6279" v1="6613" v2="6783" v3="6979" />
+      <tetrahedron index="22151" v0="3580" v1="3608" v2="3699" v3="5571" />
+      <tetrahedron index="22152" v0="4872" v1="5490" v2="6327" v3="6777" />
+      <tetrahedron index="22153" v0="4952" v1="5384" v2="6037" v3="6393" />
+      <tetrahedron index="22154" v0="5100" v1="5212" v2="5684" v3="6830" />
+      <tetrahedron index="22155" v0="3399" v1="5628" v2="6801" v3="6803" />
+      <tetrahedron index="22156" v0="6098" v1="6099" v2="6643" v3="6674" />
+      <tetrahedron index="22157" v0="3835" v1="5746" v2="6032" v3="6033" />
+      <tetrahedron index="22158" v0="5541" v1="5570" v2="6390" v3="6748" />
+      <tetrahedron index="22159" v0="5467" v1="5780" v2="6326" v3="6394" />
+      <tetrahedron index="22160" v0="4271" v1="5377" v2="6025" v3="6543" />
+      <tetrahedron index="22161" v0="3845" v1="5232" v2="5854" v3="6502" />
+      <tetrahedron index="22162" v0="4866" v1="6535" v2="6799" v3="6850" />
+      <tetrahedron index="22163" v0="3431" v1="3858" v2="3865" v3="5410" />
+      <tetrahedron index="22164" v0="4853" v1="4875" v2="5524" v3="5882" />
+      <tetrahedron index="22165" v0="4253" v1="4802" v2="5577" v3="5736" />
+      <tetrahedron index="22166" v0="4219" v1="4643" v2="5638" v3="5744" />
+      <tetrahedron index="22167" v0="4308" v1="5583" v2="6579" v3="6905" />
+      <tetrahedron index="22168" v0="3655" v1="3787" v2="5531" v3="6742" />
+      <tetrahedron index="22169" v0="4967" v1="5177" v2="5785" v3="6084" />
+      <tetrahedron index="22170" v0="3666" v1="4451" v2="5884" v3="6816" />
+      <tetrahedron index="22171" v0="4903" v1="5460" v2="6123" v3="6128" />
+      <tetrahedron index="22172" v0="3851" v1="4358" v2="5894" v3="6532" />
+      <tetrahedron index="22173" v0="4276" v1="4631" v2="4694" v3="5756" />
+      <tetrahedron index="22174" v0="3894" v1="4644" v2="5174" v3="5580" />
+      <tetrahedron index="22175" v0="4934" v1="5335" v2="5337" v3="5765" />
+      <tetrahedron index="22176" v0="3558" v1="3560" v2="4259" v3="5162" />
+      <tetrahedron index="22177" v0="4916" v1="5278" v2="5917" v3="6543" />
+      <tetrahedron index="22178" v0="4446" v1="4447" v2="4470" v3="6746" />
+      <tetrahedron index="22179" v0="3752" v1="5211" v2="6274" v3="6329" />
+      <tetrahedron index="22180" v0="5105" v1="5230" v2="5691" v3="6339" />
+      <tetrahedron index="22181" v0="5042" v1="6083" v2="6659" v3="6660" />
+      <tetrahedron index="22182" v0="3482" v1="3750" v2="3751" v3="5399" />
+      <tetrahedron index="22183" v0="4958" v1="5399" v2="6059" v3="6361" />
+      <tetrahedron index="22184" v0="4914" v1="5271" v2="5908" v3="5910" />
+      <tetrahedron index="22185" v0="4773" v1="6040" v2="6211" v3="6745" />
+      <tetrahedron index="22186" v0="4286" v1="5561" v2="5954" v3="6565" />
+      <tetrahedron index="22187" v0="4552" v1="5179" v2="5792" v3="6018" />
+      <tetrahedron index="22188" v0="3304" v1="4309" v2="5034" v3="5653" />
+      <tetrahedron index="22189" v0="4058" v1="4059" v2="4688" v3="6071" />
+      <tetrahedron index="22190" v0="3280" v1="3281" v2="5266" v3="5964" />
+      <tetrahedron index="22191" v0="3446" v1="5364" v2="5621" v3="6685" />
+      <tetrahedron index="22192" v0="4491" v1="5285" v2="5344" v3="5990" />
+      <tetrahedron index="22193" v0="5558" v1="5948" v2="6747" v3="6762" />
+      <tetrahedron index="22194" v0="3905" v1="3974" v2="5310" v3="6264" />
+      <tetrahedron index="22195" v0="3403" v1="3983" v2="4516" v3="5827" />
+      <tetrahedron index="22196" v0="4866" v1="5156" v2="5760" v3="6072" />
+      <tetrahedron index="22197" v0="3298" v1="4052" v2="5215" v3="6481" />
+      <tetrahedron index="22198" v0="4941" v1="5357" v2="6008" v3="6506" />
+      <tetrahedron index="22199" v0="4965" v1="5847" v2="5889" v3="6336" />
+      <tetrahedron index="22200" v0="3985" v1="4299" v2="5072" v3="5850" />
+      <tetrahedron index="22201" v0="4679" v1="4912" v2="5041" v3="5962" />
+      <tetrahedron index="22202" v0="4445" v1="5188" v2="6249" v3="6415" />
+      <tetrahedron index="22203" v0="4942" v1="5359" v2="5710" v3="6542" />
+      <tetrahedron index="22204" v0="4892" v1="5094" v2="5214" v3="6480" />
+      <tetrahedron index="22205" v0="3377" v1="3529" v2="5202" v3="6838" />
+      <tetrahedron index="22206" v0="4860" v1="5552" v2="6221" v3="6228" />
+      <tetrahedron index="22207" v0="3880" v1="3881" v2="6012" v3="6778" />
+      <tetrahedron index="22208" v0="5114" v1="5826" v2="5828" v3="6511" />
+      <tetrahedron index="22209" v0="3234" v1="3689" v2="5593" v3="6438" />
+      <tetrahedron index="22210" v0="5600" v1="6270" v2="6272" v3="6273" />
+      <tetrahedron index="22211" v0="3327" v1="3795" v2="4556" v3="5430" />
+      <tetrahedron index="22212" v0="5100" v1="5684" v2="5697" v3="6368" />
+      <tetrahedron index="22213" v0="3751" v1="4118" v2="5400" v3="5691" />
+      <tetrahedron index="22214" v0="4906" v1="5407" v2="5883" v3="6144" />
+      <tetrahedron index="22215" v0="3291" v1="4233" v2="5077" v3="5103" />
+      <tetrahedron index="22216" v0="4857" v1="5403" v2="6104" v3="6648" />
+      <tetrahedron index="22217" v0="5155" v1="5951" v2="6062" v3="6649" />
+      <tetrahedron index="22218" v0="4196" v1="5223" v2="5846" v3="6141" />
+      <tetrahedron index="22219" v0="5015" v1="6167" v2="6594" v3="6721" />
+      <tetrahedron index="22220" v0="3969" v1="5076" v2="5653" v3="5683" />
+      <tetrahedron index="22221" v0="4898" v1="5066" v2="5633" v3="5658" />
+      <tetrahedron index="22222" v0="4953" v1="5810" v2="6461" v3="6464" />
+      <tetrahedron index="22223" v0="4164" v1="4663" v2="4677" v3="6543" />
+      <tetrahedron index="22224" v0="3277" v1="3287" v2="5059" v3="5618" />
+      <tetrahedron index="22225" v0="5057" v1="5379" v2="5610" v3="6031" />
+      <tetrahedron index="22226" v0="4242" v1="5477" v2="5846" v3="6653" />
+      <tetrahedron index="22227" v0="5517" v1="5518" v2="6172" v3="6187" />
+      <tetrahedron index="22228" v0="5282" v1="5921" v2="6025" v3="6543" />
+      <tetrahedron index="22229" v0="3261" v1="3267" v2="3268" v3="3269" />
+      <tetrahedron index="22230" v0="4568" v1="5051" v2="5815" v3="6474" />
+      <tetrahedron index="22231" v0="4941" v1="5132" v2="6314" v3="6506" />
+      <tetrahedron index="22232" v0="3921" v1="4387" v2="5028" v3="5642" />
+      <tetrahedron index="22233" v0="5027" v1="6230" v2="6234" v3="6431" />
+      <tetrahedron index="22234" v0="4705" v1="4740" v2="4741" v3="5459" />
+      <tetrahedron index="22235" v0="4749" v1="4776" v2="5604" v3="5607" />
+      <tetrahedron index="22236" v0="5300" v1="6103" v2="6426" v3="6850" />
+      <tetrahedron index="22237" v0="4321" v1="4504" v2="4562" v3="6621" />
+      <tetrahedron index="22238" v0="4010" v1="5079" v2="5804" v3="6866" />
+      <tetrahedron index="22239" v0="3307" v1="3767" v2="4602" v3="6478" />
+      <tetrahedron index="22240" v0="3672" v1="4344" v2="4345" v3="4505" />
+      <tetrahedron index="22241" v0="5348" v1="5995" v2="6407" v3="6593" />
+      <tetrahedron index="22242" v0="4499" v1="5071" v2="5645" v3="6527" />
+      <tetrahedron index="22243" v0="5134" v1="5178" v2="5733" v3="5786" />
+      <tetrahedron index="22244" v0="5167" v1="6247" v2="6753" v3="6754" />
+      <tetrahedron index="22245" v0="3626" v1="3698" v2="5274" v3="5913" />
+      <tetrahedron index="22246" v0="4589" v1="5298" v2="5314" v3="5956" />
+      <tetrahedron index="22247" v0="3934" v1="4421" v2="5239" v3="6919" />
+      <tetrahedron index="22248" v0="3427" v1="4205" v2="4303" v3="4441" />
+      <tetrahedron index="22249" v0="3786" v1="3835" v2="4551" v3="6033" />
+      <tetrahedron index="22250" v0="5047" v1="6263" v2="6264" v3="6637" />
+      <tetrahedron index="22251" v0="3697" v1="3698" v2="5274" v3="5913" />
+      <tetrahedron index="22252" v0="5100" v1="5684" v2="5697" v3="6830" />
+      <tetrahedron index="22253" v0="4867" v1="5810" v2="6465" v3="6466" />
+      <tetrahedron index="22254" v0="3941" v1="3942" v2="4176" v3="5081" />
+      <tetrahedron index="22255" v0="4900" v1="5236" v2="5860" v3="6505" />
+      <tetrahedron index="22256" v0="3623" v1="4397" v2="5237" v3="5861" />
+      <tetrahedron index="22257" v0="4676" v1="5719" v2="5818" v3="5852" />
+      <tetrahedron index="22258" v0="4746" v1="4837" v2="4844" v3="5352" />
+      <tetrahedron index="22259" v0="3501" v1="3502" v2="3553" v3="5339" />
+      <tetrahedron index="22260" v0="5303" v1="5381" v2="6034" v3="6763" />
+      <tetrahedron index="22261" v0="3980" v1="5222" v2="5843" v3="6491" />
+      <tetrahedron index="22262" v0="5179" v1="5367" v2="6365" v3="6382" />
+      <tetrahedron index="22263" v0="3905" v1="5310" v2="5954" v3="6564" />
+      <tetrahedron index="22264" v0="4305" v1="4354" v2="5508" v3="6418" />
+      <tetrahedron index="22265" v0="4978" v1="6165" v2="6686" v3="6795" />
+      <tetrahedron index="22266" v0="5493" v1="6155" v2="6710" v3="6958" />
+      <tetrahedron index="22267" v0="4512" v1="4627" v2="5164" v3="6776" />
+      <tetrahedron index="22268" v0="4888" v1="4929" v2="5201" v3="5483" />
+      <tetrahedron index="22269" v0="3263" v1="3891" v2="3892" v3="5015" />
+      <tetrahedron index="22270" v0="4018" v1="4035" v2="4764" v3="5822" />
+      <tetrahedron index="22271" v0="3990" v1="5100" v2="5110" v3="5699" />
+      <tetrahedron index="22272" v0="4878" v1="5178" v2="5786" v3="5788" />
+      <tetrahedron index="22273" v0="5204" v1="5205" v2="5821" v3="5823" />
+      <tetrahedron index="22274" v0="5264" v1="5689" v2="5899" v3="6531" />
+      <tetrahedron index="22275" v0="4938" v1="5993" v2="6093" v3="6668" />
+      <tetrahedron index="22276" v0="3388" v1="3389" v2="4571" v3="5592" />
+      <tetrahedron index="22277" v0="3626" v1="3697" v2="3698" v3="5913" />
+      <tetrahedron index="22278" v0="4959" v1="5402" v2="5404" v3="6061" />
+      <tetrahedron index="22279" v0="4939" v1="5996" v2="6595" v3="6848" />
+      <tetrahedron index="22280" v0="5158" v1="5766" v2="5981" v3="6138" />
+      <tetrahedron index="22281" v0="3454" v1="3766" v2="5210" v3="5825" />
+      <tetrahedron index="22282" v0="5318" v1="6080" v2="6428" v3="6571" />
+      <tetrahedron index="22283" v0="4949" v1="5026" v2="5552" v3="5555" />
+      <tetrahedron index="22284" v0="3338" v1="4485" v2="5334" v3="5765" />
+      <tetrahedron index="22285" v0="3521" v1="5357" v2="6009" v3="6606" />
+      <tetrahedron index="22286" v0="5031" v1="5564" v2="6238" v3="6240" />
+      <tetrahedron index="22287" v0="3594" v1="3595" v2="3596" v3="6132" />
+      <tetrahedron index="22288" v0="4901" v1="5241" v2="5867" v3="5868" />
+      <tetrahedron index="22289" v0="3673" v1="3807" v2="3932" v3="5977" />
+      <tetrahedron index="22290" v0="3235" v1="4977" v2="5452" v3="5776" />
+      <tetrahedron index="22291" v0="3775" v1="3982" v2="4191" v3="5278" />
+      <tetrahedron index="22292" v0="5161" v1="5643" v2="5774" v3="5930" />
+      <tetrahedron index="22293" v0="3732" v1="5014" v2="5808" v3="6834" />
+      <tetrahedron index="22294" v0="5006" v1="5513" v2="5910" v3="6178" />
+      <tetrahedron index="22295" v0="5307" v1="5570" v2="6244" v3="6748" />
+      <tetrahedron index="22296" v0="4920" v1="5293" v2="5774" v3="5930" />
+      <tetrahedron index="22297" v0="3294" v1="5021" v2="5836" v3="6214" />
+      <tetrahedron index="22298" v0="4882" v1="5188" v2="6092" v3="6769" />
+      <tetrahedron index="22299" v0="4975" v1="5449" v2="5865" v3="6507" />
+      <tetrahedron index="22300" v0="4245" v1="5680" v2="6353" v3="6827" />
+      <tetrahedron index="22301" v0="4908" v1="5102" v2="5704" v3="6360" />
+      <tetrahedron index="22302" v0="6054" v1="6485" v2="6561" v3="6874" />
+      <tetrahedron index="22303" v0="3447" v1="4881" v2="5502" v3="5803" />
+      <tetrahedron index="22304" v0="4215" v1="4275" v2="4586" v3="5178" />
+      <tetrahedron index="22305" v0="4918" v1="5421" v2="5958" v3="6567" />
+      <tetrahedron index="22306" v0="3715" v1="3987" v2="4357" v3="5074" />
+      <tetrahedron index="22307" v0="4659" v1="4717" v2="4741" v3="5462" />
+      <tetrahedron index="22308" v0="5051" v1="5598" v2="5817" v3="6472" />
+      <tetrahedron index="22309" v0="5160" v1="5770" v2="5773" v3="6437" />
+      <tetrahedron index="22310" v0="3833" v1="3834" v2="5679" v3="6986" />
+      <tetrahedron index="22311" v0="3719" v1="3900" v2="4061" v3="5203" />
+      <tetrahedron index="22312" v0="4377" v1="4808" v2="5687" v3="5837" />
+      <tetrahedron index="22313" v0="4143" v1="5367" v2="5714" v3="6383" />
+      <tetrahedron index="22314" v0="4905" v1="5879" v2="6520" v3="6946" />
+      <tetrahedron index="22315" v0="3689" v1="3690" v2="4474" v3="5593" />
+      <tetrahedron index="22316" v0="3674" v1="5232" v2="5233" v3="5855" />
+      <tetrahedron index="22317" v0="4056" v1="4651" v2="5330" v3="6026" />
+      <tetrahedron index="22318" v0="4239" v1="6324" v2="6395" v3="6698" />
+      <tetrahedron index="22319" v0="3969" v1="4212" v2="5683" v3="6355" />
+      <tetrahedron index="22320" v0="3933" v1="4316" v2="4317" v3="5609" />
+      <tetrahedron index="22321" v0="3768" v1="3845" v2="3966" v3="5854" />
+      <tetrahedron index="22322" v0="4004" v1="4483" v2="4516" v3="6400" />
+      <tetrahedron index="22323" v0="3309" v1="3846" v2="5294" v3="5506" />
+      <tetrahedron index="22324" v0="4522" v1="4657" v2="5499" v3="6164" />
+      <tetrahedron index="22325" v0="3271" v1="3273" v2="5137" v3="5735" />
+      <tetrahedron index="22326" v0="4202" v1="4352" v2="5368" v3="6614" />
+      <tetrahedron index="22327" v0="4011" v1="4012" v2="5230" v3="6385" />
+      <tetrahedron index="22328" v0="4773" v1="5540" v2="6211" v3="6745" />
+      <tetrahedron index="22329" v0="3304" v1="3305" v2="4063" v3="5653" />
+      <tetrahedron index="22330" v0="5197" v1="5451" v2="6177" v3="6730" />
+      <tetrahedron index="22331" v0="3429" v1="5254" v2="6375" v3="6684" />
+      <tetrahedron index="22332" v0="3252" v1="3964" v2="4502" v3="6425" />
+      <tetrahedron index="22333" v0="3528" v1="4016" v2="5442" v3="6549" />
+      <tetrahedron index="22334" v0="5218" v1="5858" v2="5859" v3="6503" />
+      <tetrahedron index="22335" v0="4964" v1="5458" v2="6120" v3="6122" />
+      <tetrahedron index="22336" v0="4881" v1="5187" v2="5799" v3="5804" />
+      <tetrahedron index="22337" v0="4901" v1="5239" v2="5241" v3="5868" />
+      <tetrahedron index="22338" v0="4908" v1="5644" v2="5887" v3="6527" />
+      <tetrahedron index="22339" v0="4568" v1="4726" v2="4780" v3="6474" />
+      <tetrahedron index="22340" v0="5097" v1="5680" v2="6353" v3="6827" />
+      <tetrahedron index="22341" v0="4524" v1="4532" v2="4596" v3="5515" />
+      <tetrahedron index="22342" v0="3755" v1="4590" v2="5135" v3="6356" />
+      <tetrahedron index="22343" v0="3514" v1="5635" v2="6068" v3="6651" />
+      <tetrahedron index="22344" v0="4456" v1="5256" v2="6078" v3="6822" />
+      <tetrahedron index="22345" v0="3319" v1="4389" v2="5633" v3="6008" />
+      <tetrahedron index="22346" v0="4280" v1="5139" v2="5703" v3="5736" />
+      <tetrahedron index="22347" v0="3624" v1="4661" v2="5235" v3="5858" />
+      <tetrahedron index="22348" v0="4900" v1="5236" v2="5238" v3="5543" />
+      <tetrahedron index="22349" v0="3917" v1="5142" v2="5542" v3="5863" />
+      <tetrahedron index="22350" v0="3378" v1="3603" v2="5202" v3="5820" />
+      <tetrahedron index="22351" v0="4123" v1="5131" v2="5161" v3="5641" />
+      <tetrahedron index="22352" v0="4388" v1="5066" v2="5634" v3="6609" />
+      <tetrahedron index="22353" v0="4512" v1="5164" v2="5333" v3="6133" />
+      <tetrahedron index="22354" v0="3381" v1="3507" v2="3508" v3="5492" />
+      <tetrahedron index="22355" v0="3430" v1="3958" v2="6375" v3="6528" />
+      <tetrahedron index="22356" v0="4954" v1="5394" v2="6578" v3="6635" />
+      <tetrahedron index="22357" v0="4837" v1="4839" v2="5194" v3="5815" />
+      <tetrahedron index="22358" v0="3938" v1="5119" v2="5709" v3="6379" />
+      <tetrahedron index="22359" v0="5512" v1="6176" v2="6301" v3="7028" />
+      <tetrahedron index="22360" v0="3499" v1="5102" v2="5254" v3="5688" />
+      <tetrahedron index="22361" v0="5558" v1="6230" v2="6746" v3="6747" />
+      <tetrahedron index="22362" v0="4963" v1="5632" v2="6313" v3="6951" />
+      <tetrahedron index="22363" v0="5481" v1="6219" v2="6253" v3="6573" />
+      <tetrahedron index="22364" v0="4709" v1="5158" v2="5337" v3="5766" />
+      <tetrahedron index="22365" v0="4881" v1="5502" v2="5591" v3="6455" />
+      <tetrahedron index="22366" v0="5102" v1="5688" v2="5887" v3="6360" />
+      <tetrahedron index="22367" v0="3718" v1="5105" v2="5203" v3="5691" />
+      <tetrahedron index="22368" v0="5470" v1="6110" v2="6111" v3="6682" />
+      <tetrahedron index="22369" v0="4939" v1="5352" v2="6002" v3="6003" />
+      <tetrahedron index="22370" v0="6794" v1="6959" v2="7021" v3="7025" />
+      <tetrahedron index="22371" v0="4966" v1="5422" v2="5423" v3="6082" />
+      <tetrahedron index="22372" v0="3541" v1="4740" v2="5457" v3="6119" />
+      <tetrahedron index="22373" v0="5527" v1="6117" v2="6200" v3="6201" />
+      <tetrahedron index="22374" v0="4110" v1="4264" v2="4281" v3="5481" />
+      <tetrahedron index="22375" v0="4919" v1="5288" v2="5289" v3="5928" />
+      <tetrahedron index="22376" v0="3346" v1="3536" v2="5113" v3="6113" />
+      <tetrahedron index="22377" v0="5875" v1="6105" v2="6289" v3="6689" />
+      <tetrahedron index="22378" v0="5176" v1="5580" v2="6255" v3="6446" />
+      <tetrahedron index="22379" v0="3400" v1="3768" v2="3769" v3="6501" />
+      <tetrahedron index="22380" v0="4914" v1="5095" v2="5705" v3="5908" />
+      <tetrahedron index="22381" v0="4951" v1="4974" v2="5133" v3="6061" />
+      <tetrahedron index="22382" v0="3538" v1="3800" v2="3872" v3="5295" />
+      <tetrahedron index="22383" v0="5300" v1="6331" v2="6563" v3="6729" />
+      <tetrahedron index="22384" v0="4423" v1="5376" v2="6025" v3="6026" />
+      <tetrahedron index="22385" v0="4008" v1="4010" v2="4412" v3="6455" />
+      <tetrahedron index="22386" v0="3352" v1="4456" v2="6338" v3="6822" />
+      <tetrahedron index="22387" v0="5614" v1="5877" v2="6287" v3="6792" />
+      <tetrahedron index="22388" v0="3631" v1="3879" v2="5173" v3="5251" />
+      <tetrahedron index="22389" v0="4945" v1="5718" v2="6386" v3="6449" />
+      <tetrahedron index="22390" v0="4377" v1="4378" v2="4808" v3="5687" />
+      <tetrahedron index="22391" v0="3762" v1="3957" v2="5706" v3="6377" />
+      <tetrahedron index="22392" v0="4648" v1="5347" v2="5360" v3="6012" />
+      <tetrahedron index="22393" v0="4466" v1="5171" v2="5424" v3="6085" />
+      <tetrahedron index="22394" v0="6166" v1="6675" v2="6719" v3="6929" />
+      <tetrahedron index="22395" v0="3905" v1="5311" v2="5954" v3="6565" />
+      <tetrahedron index="22396" v0="4006" v1="4320" v2="4373" v3="5286" />
+      <tetrahedron index="22397" v0="4009" v1="4048" v2="5799" v3="5804" />
+      <tetrahedron index="22398" v0="5067" v1="5370" v2="5408" v3="6067" />
+      <tetrahedron index="22399" v0="3247" v1="3446" v2="3693" v3="5364" />
+      <tetrahedron index="22400" v0="4624" v1="4625" v2="5649" v3="6269" />
+      <tetrahedron index="22401" v0="5438" v1="5878" v2="6517" v3="6519" />
+      <tetrahedron index="22402" v0="6154" v1="6710" v2="6711" v3="6958" />
+      <tetrahedron index="22403" v0="4868" v1="5159" v2="6204" v3="6432" />
+      <tetrahedron index="22404" v0="3363" v1="4115" v2="5671" v3="6345" />
+      <tetrahedron index="22405" v0="4628" v1="5013" v2="5049" v3="5594" />
+      <tetrahedron index="22406" v0="4475" v1="4477" v2="4735" v3="5092" />
+      <tetrahedron index="22407" v0="5114" v1="5208" v2="5826" v3="5828" />
+      <tetrahedron index="22408" v0="4593" v1="4729" v2="5233" v3="5856" />
+      <tetrahedron index="22409" v0="3612" v1="3613" v2="3614" v3="5473" />
+      <tetrahedron index="22410" v0="5050" v1="5597" v2="6269" v3="6327" />
+      <tetrahedron index="22411" v0="5044" v1="5584" v2="5934" v3="5935" />
+      <tetrahedron index="22412" v0="3456" v1="3738" v2="3749" v3="5579" />
+      <tetrahedron index="22413" v0="5996" v1="6879" v2="6906" v3="6967" />
+      <tetrahedron index="22414" v0="3657" v1="5473" v2="5709" v3="6436" />
+      <tetrahedron index="22415" v0="4095" v1="4558" v2="5376" v3="5919" />
+      <tetrahedron index="22416" v0="5063" v1="6073" v2="6303" v3="6304" />
+      <tetrahedron index="22417" v0="4747" v1="4829" v2="5574" v3="6768" />
+      <tetrahedron index="22418" v0="3590" v1="3591" v2="5565" v3="5685" />
+      <tetrahedron index="22419" v0="5271" v1="5513" v2="5910" v3="6731" />
+      <tetrahedron index="22420" v0="4250" v1="4373" v2="4507" v3="5926" />
+      <tetrahedron index="22421" v0="3947" v1="4419" v2="5522" v3="6175" />
+      <tetrahedron index="22422" v0="4915" v1="5277" v2="5629" v3="5916" />
+      <tetrahedron index="22423" v0="4467" v1="5009" v2="5519" v3="6191" />
+      <tetrahedron index="22424" v0="3928" v1="4298" v2="5684" v3="6986" />
+      <tetrahedron index="22425" v0="3928" v1="4359" v2="5096" v3="5684" />
+      <tetrahedron index="22426" v0="4855" v1="4912" v2="4929" v3="4989" />
+      <tetrahedron index="22427" v0="3576" v1="3793" v2="3887" v3="5785" />
+      <tetrahedron index="22428" v0="4070" v1="4248" v2="5498" v3="6161" />
+      <tetrahedron index="22429" v0="3459" v1="5245" v2="6285" v3="6888" />
+      <tetrahedron index="22430" v0="4894" v1="6054" v2="6485" v3="6642" />
+      <tetrahedron index="22431" v0="6055" v1="6098" v2="6099" v3="6644" />
+      <tetrahedron index="22432" v0="4072" v1="4282" v2="4680" v3="6162" />
+      <tetrahedron index="22433" v0="4193" v1="4296" v2="5413" v3="5414" />
+      <tetrahedron index="22434" v0="4208" v1="4275" v2="5733" v3="5786" />
+      <tetrahedron index="22435" v0="3901" v1="4643" v2="5637" v3="5638" />
+      <tetrahedron index="22436" v0="4180" v1="5598" v2="6192" v3="6273" />
+      <tetrahedron index="22437" v0="5232" v1="5261" v2="5899" v3="6502" />
+      <tetrahedron index="22438" v0="4936" v1="6625" v2="6807" v3="6983" />
+      <tetrahedron index="22439" v0="3588" v1="5392" v2="6051" v3="6926" />
+      <tetrahedron index="22440" v0="4942" v1="5359" v2="5682" v3="6354" />
+      <tetrahedron index="22441" v0="4159" v1="4160" v2="4237" v3="4812" />
+      <tetrahedron index="22442" v0="4537" v1="4548" v2="4628" v3="5594" />
+      <tetrahedron index="22443" v0="6430" v1="6569" v2="6909" v3="7023" />
+      <tetrahedron index="22444" v0="3989" v1="4310" v2="4591" v3="6357" />
+      <tetrahedron index="22445" v0="3697" v1="5359" v2="5913" v3="6354" />
+      <tetrahedron index="22446" v0="3707" v1="3708" v2="4228" v3="5436" />
+      <tetrahedron index="22447" v0="4936" v1="5983" v2="6807" v3="6899" />
+      <tetrahedron index="22448" v0="3981" v1="5101" v2="5689" v3="5854" />
+      <tetrahedron index="22449" v0="3873" v1="4073" v2="4099" v3="5089" />
+      <tetrahedron index="22450" v0="4901" v1="5132" v2="5241" v3="5870" />
+      <tetrahedron index="22451" v0="4258" v1="4614" v2="6074" v3="6867" />
+      <tetrahedron index="22452" v0="3736" v1="3737" v2="4436" v3="5905" />
+      <tetrahedron index="22453" v0="3465" v1="3801" v2="3862" v3="5780" />
+      <tetrahedron index="22454" v0="4650" v1="4764" v2="5822" v3="6873" />
+      <tetrahedron index="22455" v0="3401" v1="5114" v2="6801" v3="6803" />
+      <tetrahedron index="22456" v0="4952" v1="5098" v2="5387" v3="6037" />
+      <tetrahedron index="22457" v0="5656" v1="5761" v2="6541" v3="6729" />
+      <tetrahedron index="22458" v0="3820" v1="3821" v2="5044" v3="5584" />
+      <tetrahedron index="22459" v0="4362" v1="5082" v2="5090" v3="5673" />
+      <tetrahedron index="22460" v0="3770" v1="4328" v2="4609" v3="5321" />
+      <tetrahedron index="22461" v0="4341" v1="4779" v2="6172" v3="6185" />
+      <tetrahedron index="22462" v0="4858" v1="5751" v2="6408" v3="6469" />
+      <tetrahedron index="22463" v0="4981" v1="5760" v2="6072" v3="6131" />
+      <tetrahedron index="22464" v0="4990" v1="5481" v2="5770" v3="6147" />
+      <tetrahedron index="22465" v0="5216" v1="5218" v2="5837" v3="5858" />
+      <tetrahedron index="22466" v0="4502" v1="5156" v2="5413" v3="6071" />
+      <tetrahedron index="22467" v0="6121" v1="6128" v2="6694" v3="6695" />
+      <tetrahedron index="22468" v0="3786" v1="3991" v2="5148" v3="6580" />
+      <tetrahedron index="22469" v0="4035" v1="5666" v2="6339" v3="6823" />
+      <tetrahedron index="22470" v0="5083" v1="5766" v2="6138" v3="6831" />
+      <tetrahedron index="22471" v0="3675" v1="3796" v2="5544" v3="5891" />
+      <tetrahedron index="22472" v0="4746" v1="4805" v2="5353" v3="6601" />
+      <tetrahedron index="22473" v0="3596" v1="3747" v2="4134" v3="5333" />
+      <tetrahedron index="22474" v0="5272" v1="5273" v2="5909" v3="5911" />
+      <tetrahedron index="22475" v0="3798" v1="3802" v2="4678" v3="5267" />
+      <tetrahedron index="22476" v0="3558" v1="3560" v2="5043" v3="5162" />
+      <tetrahedron index="22477" v0="3312" v1="3407" v2="3930" v3="5288" />
+      <tetrahedron index="22478" v0="5147" v1="5637" v2="5743" v3="6317" />
+      <tetrahedron index="22479" v0="4629" v1="4631" v2="5475" v3="6420" />
+      <tetrahedron index="22480" v0="4810" v1="5426" v2="5428" v3="5430" />
+      <tetrahedron index="22481" v0="5281" v1="5921" v2="6028" v3="6544" />
+      <tetrahedron index="22482" v0="5205" v1="5821" v2="5824" v3="5955" />
+      <tetrahedron index="22483" v0="3435" v1="3437" v2="4501" v3="5331" />
+      <tetrahedron index="22484" v0="4290" v1="4456" v2="5256" v3="6078" />
+      <tetrahedron index="22485" v0="3417" v1="3640" v2="3661" v3="6647" />
+      <tetrahedron index="22486" v0="5197" v1="6176" v2="6427" v3="6652" />
+      <tetrahedron index="22487" v0="4325" v1="5303" v2="5304" v3="5306" />
+      <tetrahedron index="22488" v0="3450" v1="3451" v2="3452" v3="5242" />
+      <tetrahedron index="22489" v0="3379" v1="4989" v2="5038" v3="5480" />
+      <tetrahedron index="22490" v0="4174" v1="5263" v2="5897" v3="5898" />
+      <tetrahedron index="22491" v0="4011" v1="4037" v2="4074" v3="6385" />
+      <tetrahedron index="22492" v0="3655" v1="4437" v2="4647" v3="5159" />
+      <tetrahedron index="22493" v0="4653" v1="4654" v2="5957" v3="6873" />
+      <tetrahedron index="22494" v0="3835" v1="4551" v2="5381" v3="6033" />
+      <tetrahedron index="22495" v0="3755" v1="4590" v2="4591" v3="5135" />
+      <tetrahedron index="22496" v0="3579" v1="3662" v2="3663" v3="5724" />
+      <tetrahedron index="22497" v0="4586" v1="5178" v2="5733" v3="5786" />
+      <tetrahedron index="22498" v0="4927" v1="5089" v2="5671" v3="6343" />
+      <tetrahedron index="22499" v0="3261" v1="5038" v2="5069" v3="5640" />
+      <tetrahedron index="22500" v0="3909" v1="5271" v2="5907" v3="6730" />
+      <tetrahedron index="22501" v0="4913" v1="6073" v2="6536" v3="6800" />
+      <tetrahedron index="22502" v0="3302" v1="3396" v2="5219" v3="5838" />
+      <tetrahedron index="22503" v0="3712" v1="5398" v2="5735" v3="6057" />
+      <tetrahedron index="22504" v0="4994" v1="5489" v2="6183" v3="6184" />
+      <tetrahedron index="22505" v0="5322" v1="5707" v2="5968" v3="6379" />
+      <tetrahedron index="22506" v0="4495" v1="4656" v2="6007" v3="6777" />
+      <tetrahedron index="22507" v0="6279" v1="6804" v2="6843" v3="6995" />
+      <tetrahedron index="22508" v0="5128" v1="5406" v2="5480" v3="6144" />
+      <tetrahedron index="22509" v0="4870" v1="5028" v2="5070" v3="5641" />
+      <tetrahedron index="22510" v0="3513" v1="4364" v2="4402" v3="5585" />
+      <tetrahedron index="22511" v0="3585" v1="4219" v2="5302" v3="5638" />
+      <tetrahedron index="22512" v0="3383" v1="3384" v2="3385" v3="4029" />
+      <tetrahedron index="22513" v0="3273" v1="3378" v2="5137" v3="5735" />
+      <tetrahedron index="22514" v0="6292" v1="6443" v2="6864" v3="6976" />
+      <tetrahedron index="22515" v0="3664" v1="3666" v2="5250" v3="6328" />
+      <tetrahedron index="22516" v0="3286" v1="5398" v2="5514" v3="6058" />
+      <tetrahedron index="22517" v0="4715" v1="5245" v2="5722" v3="6200" />
+      <tetrahedron index="22518" v0="3696" v1="5273" v2="5513" v3="6178" />
+      <tetrahedron index="22519" v0="4474" v1="4530" v2="5525" v3="6197" />
+      <tetrahedron index="22520" v0="3332" v1="4656" v2="5355" v3="6007" />
+      <tetrahedron index="22521" v0="3701" v1="3702" v2="3703" v3="5067" />
+      <tetrahedron index="22522" v0="5393" v1="6047" v2="6048" v3="6631" />
+      <tetrahedron index="22523" v0="4969" v1="5000" v2="5500" v3="6453" />
+      <tetrahedron index="22524" v0="4433" v1="5218" v2="5858" v3="5859" />
+      <tetrahedron index="22525" v0="5528" v1="6159" v2="6716" v3="6740" />
+      <tetrahedron index="22526" v0="6054" v1="6637" v2="6642" v3="6874" />
+      <tetrahedron index="22527" v0="4538" v1="5335" v2="5337" v3="5765" />
+      <tetrahedron index="22528" v0="3567" v1="4260" v2="5681" v3="6354" />
+      <tetrahedron index="22529" v0="4878" v1="5176" v2="6255" v3="6446" />
+      <tetrahedron index="22530" v0="3817" v1="4331" v2="4332" v3="5429" />
+      <tetrahedron index="22531" v0="4104" v1="4823" v2="5082" v3="5657" />
+      <tetrahedron index="22532" v0="4093" v1="4154" v2="5146" v3="5147" />
+      <tetrahedron index="22533" v0="4892" v1="5214" v2="5563" v3="5622" />
+      <tetrahedron index="22534" v0="3533" v1="4283" v2="5114" v3="5242" />
+      <tetrahedron index="22535" v0="5213" v1="5566" v2="5831" v3="6760" />
+      <tetrahedron index="22536" v0="6182" v1="6286" v2="6287" v3="6790" />
+      <tetrahedron index="22537" v0="4918" v1="6079" v2="6082" v3="6570" />
+      <tetrahedron index="22538" v0="3703" v1="4464" v2="4465" v3="6038" />
+      <tetrahedron index="22539" v0="3917" v1="4096" v2="5142" v3="5863" />
+      <tetrahedron index="22540" v0="3451" v1="3452" v2="5242" v3="5871" />
+      <tetrahedron index="22541" v0="5004" v1="6418" v2="6602" v3="6724" />
+      <tetrahedron index="22542" v0="3546" v1="3830" v2="5418" v3="6077" />
+      <tetrahedron index="22543" v0="4468" v1="5519" v2="6190" v3="6738" />
+      <tetrahedron index="22544" v0="5345" v1="6094" v2="6670" v3="6940" />
+      <tetrahedron index="22545" v0="4731" v1="5395" v2="6050" v3="6154" />
+      <tetrahedron index="22546" v0="4063" v1="4309" v2="5076" v3="5653" />
+      <tetrahedron index="22547" v0="5157" v1="6308" v2="6764" v3="6805" />
+      <tetrahedron index="22548" v0="4385" v1="4534" v2="5946" v3="6244" />
+      <tetrahedron index="22549" v0="3723" v1="3863" v2="4226" v3="5897" />
+      <tetrahedron index="22550" v0="6044" v1="6627" v2="6808" v3="6924" />
+      <tetrahedron index="22551" v0="5055" v1="5854" v2="6358" v3="6501" />
+      <tetrahedron index="22552" v0="3241" v1="3365" v2="5692" v3="6178" />
+      <tetrahedron index="22553" v0="3270" v1="4959" v2="5133" v3="5406" />
+      <tetrahedron index="22554" v0="4990" v1="5481" v2="6434" v3="6573" />
+      <tetrahedron index="22555" v0="4479" v1="4865" v2="5069" v3="5640" />
+      <tetrahedron index="22556" v0="4649" v1="5216" v2="5687" v3="5837" />
+      <tetrahedron index="22557" v0="5764" v1="6557" v2="6757" v3="6805" />
+      <tetrahedron index="22558" v0="4463" v1="4673" v2="5121" v3="5711" />
+      <tetrahedron index="22559" v0="4908" v1="5704" v2="5888" v3="6113" />
+      <tetrahedron index="22560" v0="4927" v1="5671" v2="6343" v3="6344" />
+      <tetrahedron index="22561" v0="3470" v1="3473" v2="3634" v3="5773" />
+      <tetrahedron index="22562" v0="4974" v1="5445" v2="5783" v3="6444" />
+      <tetrahedron index="22563" v0="5170" v1="6106" v2="6443" v3="6913" />
+      <tetrahedron index="22564" v0="3680" v1="4167" v2="4421" v3="6919" />
+      <tetrahedron index="22565" v0="4384" v1="4446" v2="6210" v3="6746" />
+      <tetrahedron index="22566" v0="6140" v1="6642" v2="6645" v3="6703" />
+      <tetrahedron index="22567" v0="4051" v1="4593" v2="4729" v3="5856" />
+      <tetrahedron index="22568" v0="3318" v1="4104" v2="4898" v3="5658" />
+      <tetrahedron index="22569" v0="6687" v1="6784" v2="6949" v3="7015" />
+      <tetrahedron index="22570" v0="3752" v1="3753" v2="4578" v3="5289" />
+      <tetrahedron index="22571" v0="4979" v1="5084" v2="5660" v3="5773" />
+      <tetrahedron index="22572" v0="3307" v1="3685" v2="5243" v3="6478" />
+      <tetrahedron index="22573" v0="4296" v1="5412" v2="5413" v3="5414" />
+      <tetrahedron index="22574" v0="5203" v1="5206" v2="5821" v3="6825" />
+      <tetrahedron index="22575" v0="5128" v1="5406" v2="6066" v3="6144" />
+      <tetrahedron index="22576" v0="4088" v1="4445" v2="5188" v3="6249" />
+      <tetrahedron index="22577" v0="3947" v1="4390" v2="4420" v3="5522" />
+      <tetrahedron index="22578" v0="3593" v1="3617" v2="5467" v3="5780" />
+      <tetrahedron index="22579" v0="4209" v1="4211" v2="4551" v3="6552" />
+      <tetrahedron index="22580" v0="3751" v1="5399" v2="5400" v3="5691" />
+      <tetrahedron index="22581" v0="3818" v1="3870" v2="3871" v3="5729" />
+      <tetrahedron index="22582" v0="4542" v1="5338" v2="6095" v3="6319" />
+      <tetrahedron index="22583" v0="5019" v1="5519" v2="6190" v3="6624" />
+      <tetrahedron index="22584" v0="3838" v1="5120" v2="5710" v3="6089" />
+      <tetrahedron index="22585" v0="4245" v1="4969" v2="5432" v3="5680" />
+      <tetrahedron index="22586" v0="5108" v1="5182" v2="5714" v3="6382" />
+      <tetrahedron index="22587" v0="6204" v1="6373" v2="6374" v3="6832" />
+      <tetrahedron index="22588" v0="4515" v1="5072" v2="5850" v3="6499" />
+      <tetrahedron index="22589" v0="5105" v1="5690" v2="5822" v3="6823" />
+      <tetrahedron index="22590" v0="4050" v1="5186" v2="5187" v3="5801" />
+      <tetrahedron index="22591" v0="3304" v1="3305" v2="5034" v3="5653" />
+      <tetrahedron index="22592" v0="3773" v1="3775" v2="5862" v3="5920" />
+      <tetrahedron index="22593" v0="3260" v1="4479" v2="5308" v3="5640" />
+      <tetrahedron index="22594" v0="4940" v1="5354" v2="6203" v3="6993" />
+      <tetrahedron index="22595" v0="3282" v1="3383" v2="3384" v3="5382" />
+      <tetrahedron index="22596" v0="5355" v1="5730" v2="5779" v3="6006" />
+      <tetrahedron index="22597" v0="4939" v1="5348" v2="6002" v3="6407" />
+      <tetrahedron index="22598" v0="3854" v1="5380" v2="5381" v3="6032" />
+      <tetrahedron index="22599" v0="3417" v1="3418" v2="3419" v3="5666" />
+      <tetrahedron index="22600" v0="3779" v1="3780" v2="3781" v3="6578" />
+      <tetrahedron index="22601" v0="3742" v1="3743" v2="3919" v3="5281" />
+      <tetrahedron index="22602" v0="4832" v1="5495" v2="6740" v3="6741" />
+      <tetrahedron index="22603" v0="4881" v1="5591" v2="5803" v3="5804" />
+      <tetrahedron index="22604" v0="4990" v1="5481" v2="6146" v3="6147" />
+      <tetrahedron index="22605" v0="3544" v1="4577" v2="4701" v3="5452" />
+      <tetrahedron index="22606" v0="5047" v1="5590" v2="6264" v3="6265" />
+      <tetrahedron index="22607" v0="3395" v1="4318" v2="5479" v3="6143" />
+      <tetrahedron index="22608" v0="3297" v1="5217" v2="5836" v3="6483" />
+      <tetrahedron index="22609" v0="4736" v1="4752" v2="5478" v3="5843" />
+      <tetrahedron index="22610" v0="5598" v1="6270" v2="6273" v3="6472" />
+      <tetrahedron index="22611" v0="3627" v1="3628" v2="3679" v3="5373" />
+      <tetrahedron index="22612" v0="5020" v1="6209" v2="6210" v3="6747" />
+      <tetrahedron index="22613" v0="5311" v1="5954" v2="6564" v3="6565" />
+      <tetrahedron index="22614" v0="3389" v1="3390" v2="5118" v3="5706" />
+      <tetrahedron index="22615" v0="4455" v1="4613" v2="5020" v3="6210" />
+      <tetrahedron index="22616" v0="3615" v1="3988" v2="5209" v3="5828" />
+      <tetrahedron index="22617" v0="3474" v1="3475" v2="5545" v3="5892" />
+      <tetrahedron index="22618" v0="4415" v1="4448" v2="5283" v3="5863" />
+      <tetrahedron index="22619" v0="4938" v1="6093" v2="6668" v3="6778" />
+      <tetrahedron index="22620" v0="5636" v1="5639" v2="6316" v3="6811" />
+      <tetrahedron index="22621" v0="4878" v1="4967" v2="5177" v3="5425" />
+      <tetrahedron index="22622" v0="4756" v1="4781" v2="4782" v3="5823" />
+      <tetrahedron index="22623" v0="4927" v1="5089" v2="5936" v3="6346" />
+      <tetrahedron index="22624" v0="3290" v1="3424" v2="3554" v3="5534" />
+      <tetrahedron index="22625" v0="4907" v1="5075" v2="5652" v3="6240" />
+      <tetrahedron index="22626" v0="3423" v1="4734" v2="5172" v3="5173" />
+      <tetrahedron index="22627" v0="4870" v1="5028" v2="5070" v3="5642" />
+      <tetrahedron index="22628" v0="4670" v1="4752" v2="4822" v3="6998" />
+      <tetrahedron index="22629" v0="3599" v1="3788" v2="5532" v3="6742" />
+      <tetrahedron index="22630" v0="5112" v1="5736" v2="6252" v3="6399" />
+      <tetrahedron index="22631" v0="3999" v1="4463" v2="4673" v3="5121" />
+      <tetrahedron index="22632" v0="4975" v1="5447" v2="6107" v3="6680" />
+      <tetrahedron index="22633" v0="4042" v1="4780" v2="5598" v3="6474" />
+      <tetrahedron index="22634" v0="3376" v1="3378" v2="5137" v3="5820" />
+      <tetrahedron index="22635" v0="3548" v1="3549" v2="4684" v3="5301" />
+      <tetrahedron index="22636" v0="3233" v1="3345" v2="4510" v3="5163" />
+      <tetrahedron index="22637" v0="3915" v1="3925" v2="3926" v3="5326" />
+      <tetrahedron index="22638" v0="3280" v1="3286" v2="5901" v3="6058" />
+      <tetrahedron index="22639" v0="5075" v1="5566" v2="6239" v3="6240" />
+      <tetrahedron index="22640" v0="4910" v1="5260" v2="5568" v3="5896" />
+      <tetrahedron index="22641" v0="4867" v1="5810" v2="6466" v3="6467" />
+      <tetrahedron index="22642" v0="5108" v1="5225" v2="5695" v3="6365" />
+      <tetrahedron index="22643" v0="4875" v1="5524" v2="5590" v3="6060" />
+      <tetrahedron index="22644" v0="4131" v1="5500" v2="5501" v3="6088" />
+      <tetrahedron index="22645" v0="4846" v1="6065" v2="6101" v3="6524" />
+      <tetrahedron index="22646" v0="3341" v1="3717" v2="4509" v3="5661" />
+      <tetrahedron index="22647" v0="3946" v1="4611" v2="5244" v3="5722" />
+      <tetrahedron index="22648" v0="3619" v1="3620" v2="5663" v3="6498" />
+      <tetrahedron index="22649" v0="4179" v1="5497" v2="5669" v3="5798" />
+      <tetrahedron index="22650" v0="5594" v1="5668" v2="6439" v3="6860" />
+      <tetrahedron index="22651" v0="3413" v1="3496" v2="5447" v3="5449" />
+      <tetrahedron index="22652" v0="3319" v1="4719" v2="5633" v3="6008" />
+      <tetrahedron index="22653" v0="5166" v1="6281" v2="6630" v3="6633" />
+      <tetrahedron index="22654" v0="4408" v1="4583" v2="5071" v3="5647" />
+      <tetrahedron index="22655" v0="5301" v1="5833" v2="5939" v3="6479" />
+      <tetrahedron index="22656" v0="4293" v1="4529" v2="5000" v3="5500" />
+      <tetrahedron index="22657" v0="4969" v1="5048" v2="5501" v3="5591" />
+      <tetrahedron index="22658" v0="4028" v1="4157" v2="4759" v3="4774" />
+      <tetrahedron index="22659" v0="3276" v1="3376" v2="5137" v3="5820" />
+      <tetrahedron index="22660" v0="3249" v1="3264" v2="3372" v3="5623" />
+      <tetrahedron index="22661" v0="5035" v1="5569" v2="5571" v3="6243" />
+      <tetrahedron index="22662" v0="4863" v1="5439" v2="5503" v3="6100" />
+      <tetrahedron index="22663" v0="4853" v1="4875" v2="5011" v3="5882" />
+      <tetrahedron index="22664" v0="3745" v1="4372" v2="5171" v3="5581" />
+      <tetrahedron index="22665" v0="5556" v1="6461" v2="6466" v3="6745" />
+      <tetrahedron index="22666" v0="4976" v1="5450" v2="5451" v3="6111" />
+      <tetrahedron index="22667" v0="4122" v1="4123" v2="4199" v3="5641" />
+      <tetrahedron index="22668" v0="3587" v1="4584" v2="4585" v3="6045" />
+      <tetrahedron index="22669" v0="4037" v1="4038" v2="4163" v3="5123" />
+      <tetrahedron index="22670" v0="4938" v1="5009" v2="6585" v3="6940" />
+      <tetrahedron index="22671" v0="3569" v1="4131" v2="5500" v3="6088" />
+      <tetrahedron index="22672" v0="4929" v1="5201" v2="5727" v3="6392" />
+      <tetrahedron index="22673" v0="4760" v1="6029" v2="6741" v3="6927" />
+      <tetrahedron index="22674" v0="3769" v1="3981" v2="5101" v3="5854" />
+      <tetrahedron index="22675" v0="3625" v1="5275" v2="5872" v3="6802" />
+      <tetrahedron index="22676" v0="3913" v1="4727" v2="5712" v3="6381" />
+      <tetrahedron index="22677" v0="3417" v1="3570" v2="5228" v3="5401" />
+      <tetrahedron index="22678" v0="3629" v1="3630" v2="4835" v3="5564" />
+      <tetrahedron index="22679" v0="3313" v1="3644" v2="4738" v3="5213" />
+      <tetrahedron index="22680" v0="5309" v1="6641" v2="6649" v3="6774" />
+      <tetrahedron index="22681" v0="3908" v1="4840" v2="5095" v3="5908" />
+      <tetrahedron index="22682" v0="3502" v1="5339" v2="5982" v3="6316" />
+      <tetrahedron index="22683" v0="3310" v1="4513" v2="5372" v3="6546" />
+      <tetrahedron index="22684" v0="5047" v1="5588" v2="6052" v3="6638" />
+      <tetrahedron index="22685" v0="5523" v1="5943" v2="6310" v3="6555" />
+      <tetrahedron index="22686" v0="5073" v1="5468" v2="5648" v3="6698" />
+      <tetrahedron index="22687" v0="3359" v1="3422" v2="5298" v3="6342" />
+      <tetrahedron index="22688" v0="3382" v1="3387" v2="5041" v3="5901" />
+      <tetrahedron index="22689" v0="4931" v1="5967" v2="6434" v3="6573" />
+      <tetrahedron index="22690" v0="4673" v1="4754" v2="5121" v3="5655" />
+      <tetrahedron index="22691" v0="5305" v1="5943" v2="6553" v3="6983" />
+      <tetrahedron index="22692" v0="3551" v1="4819" v2="5098" v3="5385" />
+      <tetrahedron index="22693" v0="4071" v1="6163" v2="6440" v3="6994" />
+      <tetrahedron index="22694" v0="3274" v1="3383" v2="3792" v3="4029" />
+      <tetrahedron index="22695" v0="3667" v1="3687" v2="3745" v3="5171" />
+      <tetrahedron index="22696" v0="3939" v1="4734" v2="5172" v3="5580" />
+      <tetrahedron index="22697" v0="3758" v1="4342" v2="4818" v3="5116" />
+      <tetrahedron index="22698" v0="4953" v1="5019" v2="6043" v3="6744" />
+      <tetrahedron index="22699" v0="5284" v1="5285" v2="6179" v3="6413" />
+      <tetrahedron index="22700" v0="5272" v1="5273" v2="5910" v3="6178" />
+      <tetrahedron index="22701" v0="5307" v1="5947" v2="6212" v3="6748" />
+      <tetrahedron index="22702" v0="5624" v1="6111" v2="6300" v3="6682" />
+      <tetrahedron index="22703" v0="3344" v1="5776" v2="6321" v3="6814" />
+      <tetrahedron index="22704" v0="5809" v1="6461" v2="6464" v3="7023" />
+      <tetrahedron index="22705" v0="4568" v1="4726" v2="5051" v3="5600" />
+      <tetrahedron index="22706" v0="5225" v1="5226" v2="5790" v3="6499" />
+      <tetrahedron index="22707" v0="3238" v1="3545" v2="5419" v3="5544" />
+      <tetrahedron index="22708" v0="4977" v1="5453" v2="5645" v3="6321" />
+      <tetrahedron index="22709" v0="3980" v1="4670" v2="4671" v3="6491" />
+      <tetrahedron index="22710" v0="3826" v1="4198" v2="4606" v3="5869" />
+      <tetrahedron index="22711" v0="4869" v1="5702" v2="6334" v3="6399" />
+      <tetrahedron index="22712" v0="5193" v1="5509" v2="6188" v3="6469" />
+      <tetrahedron index="22713" v0="3818" v1="3888" v2="5729" v3="6618" />
+      <tetrahedron index="22714" v0="5421" v1="5958" v2="6083" v3="6566" />
+      <tetrahedron index="22715" v0="5606" v1="6282" v2="6283" v3="6787" />
+      <tetrahedron index="22716" v0="5206" v1="5399" v2="6361" v3="6362" />
+      <tetrahedron index="22717" v0="4890" v1="5208" v2="5209" v3="5828" />
+      <tetrahedron index="22718" v0="3865" v1="3997" v2="4405" v3="5586" />
+      <tetrahedron index="22719" v0="4182" v1="5085" v2="5117" v3="5663" />
+      <tetrahedron index="22720" v0="3445" v1="3695" v2="3696" v3="5273" />
+      <tetrahedron index="22721" v0="4933" v1="5328" v2="5585" v3="5734" />
+      <tetrahedron index="22722" v0="4942" v1="5097" v2="6353" v3="6827" />
+      <tetrahedron index="22723" v0="5305" v1="5942" v2="5943" v3="6553" />
+      <tetrahedron index="22724" v0="4009" v1="4050" v2="4079" v3="5799" />
+      <tetrahedron index="22725" v0="4917" v1="5284" v2="5285" v3="6413" />
+      <tetrahedron index="22726" v0="4851" v1="5338" v2="5742" v3="6295" />
+      <tetrahedron index="22727" v0="5675" v1="5686" v2="5856" v3="6358" />
+      <tetrahedron index="22728" v0="5300" v1="5951" v2="6850" v3="6966" />
+      <tetrahedron index="22729" v0="3308" v1="3625" v2="3626" v3="5275" />
+      <tetrahedron index="22730" v0="4904" v1="5875" v2="6288" v3="6289" />
+      <tetrahedron index="22731" v0="4899" v1="5101" v2="5675" v3="6358" />
+      <tetrahedron index="22732" v0="4353" v1="4806" v2="6031" v3="6602" />
+      <tetrahedron index="22733" v0="4147" v1="4252" v2="4422" v3="5549" />
+      <tetrahedron index="22734" v0="5496" v1="5785" v2="6084" v3="6447" />
+      <tetrahedron index="22735" v0="3832" v1="4287" v2="5703" v3="6374" />
+      <tetrahedron index="22736" v0="3352" v1="3354" v2="5664" v3="6337" />
+      <tetrahedron index="22737" v0="3804" v1="4530" v2="5322" v3="6196" />
+      <tetrahedron index="22738" v0="4188" v1="4192" v2="5063" v3="5906" />
+      <tetrahedron index="22739" v0="3266" v1="4991" v2="5405" v3="6148" />
+      <tetrahedron index="22740" v0="3239" v1="4461" v2="5327" v3="5975" />
+      <tetrahedron index="22741" v0="4093" v1="4154" v2="4224" v3="5147" />
+      <tetrahedron index="22742" v0="4851" v1="4935" v2="5338" v3="6480" />
+      <tetrahedron index="22743" v0="4521" v1="4680" v2="5567" v3="5778" />
+      <tetrahedron index="22744" v0="3733" v1="4016" v2="4017" v3="5463" />
+      <tetrahedron index="22745" v0="3242" v1="3369" v2="4022" v3="6216" />
+      <tetrahedron index="22746" v0="4049" v1="4076" v2="5534" v3="6206" />
+      <tetrahedron index="22747" v0="3751" v1="4061" v2="4118" v3="6362" />
+      <tetrahedron index="22748" v0="4910" v1="5264" v2="5895" v3="6530" />
+      <tetrahedron index="22749" v0="3528" v1="4973" v2="5442" v3="5485" />
+      <tetrahedron index="22750" v0="3436" v1="3437" v2="3673" v3="5977" />
+      <tetrahedron index="22751" v0="4862" v1="5010" v2="6193" v3="6310" />
+      <tetrahedron index="22752" v0="4066" v1="4763" v2="6404" v3="6405" />
+      <tetrahedron index="22753" v0="4133" v1="4322" v2="4435" v3="4556" />
+      <tetrahedron index="22754" v0="3716" v1="3994" v2="4241" v3="6548" />
+      <tetrahedron index="22755" v0="5574" v1="5806" v2="6249" v3="6458" />
+      <tetrahedron index="22756" v0="4915" v1="5034" v2="5629" v3="5914" />
+      <tetrahedron index="22757" v0="4863" v1="5902" v2="6297" v3="6795" />
+      <tetrahedron index="22758" v0="4692" v1="4695" v2="4841" v3="5099" />
+      <tetrahedron index="22759" v0="3509" v1="3511" v2="4225" v3="5329" />
+      <tetrahedron index="22760" v0="3871" v1="4859" v2="5151" v3="6315" />
+      <tetrahedron index="22761" v0="5103" v1="5802" v2="5803" v3="5804" />
+      <tetrahedron index="22762" v0="4251" v1="4281" v2="5481" v3="6398" />
+      <tetrahedron index="22763" v0="5053" v1="6275" v2="6277" v3="6655" />
+      <tetrahedron index="22764" v0="3482" v1="4687" v2="5206" v3="5399" />
+      <tetrahedron index="22765" v0="3641" v1="3837" v2="5431" v3="6089" />
+      <tetrahedron index="22766" v0="3761" v1="3951" v2="5591" v3="5803" />
+      <tetrahedron index="22767" v0="3906" v1="4162" v2="4321" v3="5315" />
+      <tetrahedron index="22768" v0="4751" v1="5234" v2="5856" v3="6347" />
+      <tetrahedron index="22769" v0="3289" v1="3290" v2="4335" v3="5739" />
+      <tetrahedron index="22770" v0="3572" v1="5372" v2="5373" v3="6023" />
+      <tetrahedron index="22771" v0="3460" v1="4090" v2="4771" v3="6459" />
+      <tetrahedron index="22772" v0="4497" v1="4536" v2="4842" v3="6531" />
+      <tetrahedron index="22773" v0="4730" v1="5052" v2="5601" v3="6274" />
+      <tetrahedron index="22774" v0="4517" v1="4528" v2="5186" v3="5800" />
+      <tetrahedron index="22775" v0="5255" v1="5776" v2="6321" v3="6814" />
+      <tetrahedron index="22776" v0="5063" v1="5626" v2="6302" v3="6303" />
+      <tetrahedron index="22777" v0="5245" v1="5527" v2="6201" v3="6285" />
+      <tetrahedron index="22778" v0="4081" v1="4082" v2="5422" v3="6658" />
+      <tetrahedron index="22779" v0="4906" v1="5406" v2="5883" v3="6144" />
+      <tetrahedron index="22780" v0="4856" v1="6052" v2="6056" v3="6443" />
+      <tetrahedron index="22781" v0="3258" v1="3265" v2="3267" v3="6063" />
+      <tetrahedron index="22782" v0="4890" v1="5207" v2="5210" v3="5828" />
+      <tetrahedron index="22783" v0="3436" v1="3807" v2="5331" v3="5977" />
+      <tetrahedron index="22784" v0="3252" v1="3253" v2="3963" v3="6403" />
+      <tetrahedron index="22785" v0="5493" v1="6710" v2="6711" v3="6958" />
+      <tetrahedron index="22786" v0="5322" v1="5967" v2="6196" v3="6452" />
+      <tetrahedron index="22787" v0="6125" v1="6172" v2="6725" v3="6728" />
+      <tetrahedron index="22788" v0="5034" v1="5276" v2="5627" v3="5915" />
+      <tetrahedron index="22789" v0="4900" v1="5236" v2="5543" v3="5835" />
+      <tetrahedron index="22790" v0="3312" v1="3930" v2="4738" v3="5601" />
+      <tetrahedron index="22791" v0="3274" v1="3275" v2="5201" v3="5965" />
+      <tetrahedron index="22792" v0="3509" v1="4566" v2="4639" v3="5734" />
+      <tetrahedron index="22793" v0="5511" v1="6174" v2="6175" v3="6728" />
+      <tetrahedron index="22794" v0="3231" v1="5158" v2="5472" v3="5473" />
+      <tetrahedron index="22795" v0="3519" v1="3520" v2="6410" v3="6414" />
+      <tetrahedron index="22796" v0="3352" v1="3430" v2="4456" v3="6822" />
+      <tetrahedron index="22797" v0="5156" v1="5760" v2="6072" v3="6131" />
+      <tetrahedron index="22798" v0="4348" v1="4607" v2="4642" v3="5870" />
+      <tetrahedron index="22799" v0="5029" v1="5560" v2="6235" v3="6424" />
+      <tetrahedron index="22800" v0="3354" v1="3476" v2="4182" v3="5117" />
+      <tetrahedron index="22801" v0="3359" v1="3421" v2="4653" v3="6346" />
+      <tetrahedron index="22802" v0="5365" v1="6941" v2="6947" v3="7026" />
+      <tetrahedron index="22803" v0="4615" v1="4819" v2="4952" v3="5386" />
+      <tetrahedron index="22804" v0="4422" v1="4798" v2="5525" v3="6199" />
+      <tetrahedron index="22805" v0="5121" v1="5655" v2="5705" v3="5712" />
+      <tetrahedron index="22806" v0="5288" v1="5601" v2="5928" v3="6369" />
+      <tetrahedron index="22807" v0="3308" v1="3626" v2="3698" v3="5275" />
+      <tetrahedron index="22808" v0="3395" v1="3623" v2="3624" v3="5479" />
+      <tetrahedron index="22809" v0="3242" v1="3243" v2="3244" v3="5839" />
+      <tetrahedron index="22810" v0="5132" v1="5357" v2="6008" v3="6506" />
+      <tetrahedron index="22811" v0="4976" v1="5512" v2="6682" v3="6798" />
+      <tetrahedron index="22812" v0="5005" v1="6233" v2="6234" v3="6431" />
+      <tetrahedron index="22813" v0="4837" v1="4838" v2="5194" v3="5814" />
+      <tetrahedron index="22814" v0="3984" v1="3985" v2="5227" v3="5851" />
+      <tetrahedron index="22815" v0="4963" v1="5605" v2="6280" v3="6283" />
+      <tetrahedron index="22816" v0="4918" v1="5805" v2="6079" v3="6570" />
+      <tetrahedron index="22817" v0="4579" v1="5285" v2="5924" v3="6179" />
+      <tetrahedron index="22818" v0="4891" v1="5100" v2="5685" v3="5697" />
+      <tetrahedron index="22819" v0="3770" v1="4107" v2="4135" v3="5323" />
+      <tetrahedron index="22820" v0="3961" v1="5122" v2="5714" v3="6383" />
+      <tetrahedron index="22821" v0="5381" v1="5745" v2="6033" v3="6034" />
+      <tetrahedron index="22822" v0="4276" v1="4277" v2="4694" v3="5756" />
+      <tetrahedron index="22823" v0="5506" v1="5929" v2="5931" v3="6546" />
+      <tetrahedron index="22824" v0="3999" v1="5121" v2="5327" v3="5975" />
+      <tetrahedron index="22825" v0="5084" v1="5660" v2="5773" v3="6334" />
+      <tetrahedron index="22826" v0="5029" v1="5081" v2="5561" v3="6817" />
+      <tetrahedron index="22827" v0="4241" v1="4306" v2="5732" v3="6396" />
+      <tetrahedron index="22828" v0="4971" v1="6098" v2="6099" v3="6674" />
+      <tetrahedron index="22829" v0="4193" v1="4296" v2="4688" v3="5413" />
+      <tetrahedron index="22830" v0="3723" v1="5261" v2="5264" v3="6502" />
+      <tetrahedron index="22831" v0="4895" v1="5363" v2="5844" v3="6278" />
+      <tetrahedron index="22832" v0="4851" v1="4935" v2="5636" v3="6317" />
+      <tetrahedron index="22833" v0="3393" v1="3397" v2="3398" v3="5064" />
+      <tetrahedron index="22834" v0="3422" v1="4589" v2="4672" v3="5298" />
+      <tetrahedron index="22835" v0="4916" v1="5280" v2="5283" v3="5922" />
+      <tetrahedron index="22836" v0="3459" v1="3461" v2="4067" v3="6888" />
+      <tetrahedron index="22837" v0="6718" v1="6960" v2="6997" v3="7021" />
+      <tetrahedron index="22838" v0="5081" v1="5656" v2="6332" v3="6333" />
+      <tetrahedron index="22839" v0="4130" v1="4351" v2="5110" v3="5700" />
+      <tetrahedron index="22840" v0="5061" v1="5619" v2="5652" v3="6526" />
+      <tetrahedron index="22841" v0="5703" v1="6373" v2="6374" v3="6832" />
+      <tetrahedron index="22842" v0="3249" v1="5214" v2="5622" v3="5832" />
+      <tetrahedron index="22843" v0="4419" v1="5522" v2="6175" v3="6756" />
+      <tetrahedron index="22844" v0="3367" v1="3573" v2="5547" v3="6523" />
+      <tetrahedron index="22845" v0="4939" v1="5350" v2="5351" v3="5352" />
+      <tetrahedron index="22846" v0="5052" v1="5213" v2="5566" v3="6760" />
+      <tetrahedron index="22847" v0="3616" v1="3967" v2="4259" v3="6507" />
+      <tetrahedron index="22848" v0="6466" v1="6749" v2="6970" v3="7019" />
+      <tetrahedron index="22849" v0="4091" v1="4725" v2="4829" v3="6768" />
+      <tetrahedron index="22850" v0="3792" v1="5485" v2="5726" v3="5727" />
+      <tetrahedron index="22851" v0="4346" v1="4801" v2="5082" v3="5658" />
+      <tetrahedron index="22852" v0="4383" v1="4385" v2="5558" v3="5948" />
+      <tetrahedron index="22853" v0="4193" v1="4194" v2="4295" v3="5414" />
+      <tetrahedron index="22854" v0="5188" v1="6249" v2="6415" v3="6769" />
+      <tetrahedron index="22855" v0="3367" v1="3368" v2="3369" v3="5547" />
+      <tetrahedron index="22856" v0="6485" v1="6486" v2="6642" v3="6874" />
+      <tetrahedron index="22857" v0="3534" v1="5453" v2="5645" v3="6113" />
+      <tetrahedron index="22858" v0="4948" v1="5375" v2="6025" v3="6026" />
+      <tetrahedron index="22859" v0="3478" v1="5180" v2="5181" v3="5791" />
+      <tetrahedron index="22860" v0="5367" v1="5714" v2="6365" v3="6382" />
+      <tetrahedron index="22861" v0="4976" v1="5625" v2="6652" v3="6992" />
+      <tetrahedron index="22862" v0="3753" v1="3931" v2="4578" v3="5928" />
+      <tetrahedron index="22863" v0="4918" v1="5421" v2="6081" v3="6567" />
+      <tetrahedron index="22864" v0="4947" v1="5372" v2="5898" v3="6023" />
+      <tetrahedron index="22865" v0="3793" v1="3794" v2="5177" v3="5785" />
+      <tetrahedron index="22866" v0="3374" v1="3688" v2="4731" v3="6154" />
+      <tetrahedron index="22867" v0="5062" v1="5623" v2="6296" v3="6795" />
+      <tetrahedron index="22868" v0="4020" v1="4022" v2="5546" v3="6216" />
+      <tetrahedron index="22869" v0="3832" v1="5659" v2="5703" v3="6374" />
+      <tetrahedron index="22870" v0="4948" v1="5136" v2="5738" v3="5976" />
+      <tetrahedron index="22871" v0="3384" v1="3385" v2="3734" v3="6035" />
+      <tetrahedron index="22872" v0="4718" v1="5411" v2="5516" v3="6180" />
+      <tetrahedron index="22873" v0="5424" v1="5496" v2="6084" v3="6447" />
+      <tetrahedron index="22874" v0="4949" v1="5015" v2="5378" v3="6202" />
+      <tetrahedron index="22875" v0="4976" v1="6111" v2="6300" v3="6682" />
+      <tetrahedron index="22876" v0="3609" v1="5035" v2="5571" v3="6390" />
+      <tetrahedron index="22877" v0="3399" v1="5628" v2="5721" v3="6306" />
+      <tetrahedron index="22878" v0="5148" v1="5941" v2="6550" v3="6580" />
+      <tetrahedron index="22879" v0="4908" v1="5704" v2="5888" v3="6360" />
+      <tetrahedron index="22880" v0="3569" v1="4313" v2="5431" v3="5500" />
+      <tetrahedron index="22881" v0="3265" v1="3266" v2="4991" v3="5587" />
+      <tetrahedron index="22882" v0="5037" v1="5987" v2="6581" v3="6901" />
+      <tetrahedron index="22883" v0="3276" v1="3712" v2="5398" v3="5735" />
+      <tetrahedron index="22884" v0="4145" v1="4367" v2="4802" v3="5576" />
+      <tetrahedron index="22885" v0="3325" v1="3423" v2="5172" v3="5785" />
+      <tetrahedron index="22886" v0="3918" v1="4214" v2="4464" v3="5386" />
+      <tetrahedron index="22887" v0="3482" v1="3751" v2="4061" v3="5399" />
+      <tetrahedron index="22888" v0="4927" v1="5672" v2="5957" v3="6346" />
+      <tetrahedron index="22889" v0="4754" v1="5115" v2="5655" v3="5712" />
+      <tetrahedron index="22890" v0="3652" v1="4426" v2="4427" v3="5111" />
+      <tetrahedron index="22891" v0="3232" v1="3657" v2="5472" v3="5709" />
+      <tetrahedron index="22892" v0="4934" v1="5334" v2="5981" v3="6348" />
+      <tetrahedron index="22893" v0="4882" v1="6589" v2="6666" v3="6667" />
+      <tetrahedron index="22894" v0="6098" v1="6640" v2="6643" v3="6674" />
+      <tetrahedron index="22895" v0="5155" v1="6535" v2="6560" v3="6850" />
+      <tetrahedron index="22896" v0="3281" v1="5128" v2="5480" v3="5964" />
+      <tetrahedron index="22897" v0="4849" v1="6228" v2="6755" v3="6843" />
+      <tetrahedron index="22898" v0="4916" v1="5280" v2="5281" v3="5283" />
+      <tetrahedron index="22899" v0="4158" v1="4159" v2="4160" v3="4237" />
+      <tetrahedron index="22900" v0="3363" v1="3822" v2="6345" v3="6826" />
+      <tetrahedron index="22901" v0="3790" v1="4311" v2="4601" v3="5696" />
+      <tetrahedron index="22902" v0="3367" v1="3823" v2="4057" v3="6518" />
+      <tetrahedron index="22903" v0="3638" v1="4782" v2="5205" v3="5823" />
+      <tetrahedron index="22904" v0="4963" v1="5415" v2="6283" v3="6787" />
+      <tetrahedron index="22905" v0="4216" v1="4343" v2="5859" v3="6504" />
+      <tetrahedron index="22906" v0="3404" v1="4222" v2="5087" v3="6547" />
+      <tetrahedron index="22907" v0="3277" v1="3287" v2="3734" v3="5059" />
+      <tetrahedron index="22908" v0="3979" v1="4990" v2="5797" v3="6147" />
+      <tetrahedron index="22909" v0="4622" v1="4698" v2="5523" v3="6195" />
+      <tetrahedron index="22910" v0="3586" v1="4658" v2="5098" v3="6037" />
+      <tetrahedron index="22911" v0="3441" v1="3442" v2="3500" v3="5674" />
+      <tetrahedron index="22912" v0="3415" v1="4080" v2="4690" v3="4841" />
+      <tetrahedron index="22913" v0="3407" v1="3988" v2="5209" v3="5927" />
+      <tetrahedron index="22914" v0="4952" v1="5129" v2="5385" v3="5728" />
+      <tetrahedron index="22915" v0="4006" v1="4294" v2="4320" v3="5286" />
+      <tetrahedron index="22916" v0="4995" v1="5491" v2="6151" v3="6709" />
+      <tetrahedron index="22917" v0="3442" v1="3443" v2="3477" v3="5199" />
+      <tetrahedron index="22918" v0="4102" v1="4230" v2="4601" v3="5182" />
+      <tetrahedron index="22919" v0="5941" v1="5986" v2="6580" v3="6899" />
+      <tetrahedron index="22920" v0="3720" v1="4650" v2="4654" v3="6873" />
+      <tetrahedron index="22921" v0="3486" v1="3489" v2="4755" v3="6242" />
+      <tetrahedron index="22922" v0="3806" v1="5039" v2="5576" v3="5968" />
+      <tetrahedron index="22923" v0="4909" v1="5117" v2="5258" v3="5663" />
+      <tetrahedron index="22924" v0="3573" v1="3574" v2="3904" v3="5953" />
+      <tetrahedron index="22925" v0="3514" v1="3945" v2="4465" v3="5635" />
+      <tetrahedron index="22926" v0="4947" v1="5372" v2="5898" v3="6022" />
+      <tetrahedron index="22927" v0="5365" v1="6016" v2="6686" v3="6947" />
+      <tetrahedron index="22928" v0="3351" v1="3535" v2="3536" v3="5890" />
+      <tetrahedron index="22929" v0="6291" v1="6536" v2="6893" v3="6942" />
+      <tetrahedron index="22930" v0="3346" v1="3534" v2="3536" v3="6113" />
+      <tetrahedron index="22931" v0="3309" v1="3686" v2="4161" v3="5291" />
+      <tetrahedron index="22932" v0="4126" v1="4273" v2="5009" v3="6191" />
+      <tetrahedron index="22933" v0="3981" v1="4032" v2="4077" v3="5264" />
+      <tetrahedron index="22934" v0="4514" v1="5318" v2="5961" v3="6391" />
+      <tetrahedron index="22935" v0="4568" v1="4569" v2="6013" v3="6271" />
+      <tetrahedron index="22936" v0="3914" v1="3986" v2="4490" v3="5080" />
+      <tetrahedron index="22937" v0="4013" v1="4037" v2="5717" v3="5719" />
+      <tetrahedron index="22938" v0="3343" v1="3729" v2="4207" v3="5771" />
+      <tetrahedron index="22939" v0="4483" v1="5140" v2="5694" v3="6400" />
+      <tetrahedron index="22940" v0="3861" v1="5467" v2="6133" v3="6326" />
+      <tetrahedron index="22941" v0="4924" v1="5763" v2="5943" v3="6554" />
+      <tetrahedron index="22942" v0="4870" v1="5161" v2="5290" v3="5732" />
+      <tetrahedron index="22943" v0="3780" v1="5393" v2="5394" v3="6578" />
+      <tetrahedron index="22944" v0="5704" v1="5892" v2="6337" v3="6375" />
+      <tetrahedron index="22945" v0="3268" v1="5038" v2="5406" v3="5480" />
+      <tetrahedron index="22946" v0="4870" v1="5043" v2="5162" v3="5642" />
+      <tetrahedron index="22947" v0="3883" v1="3903" v2="5227" v3="6496" />
+      <tetrahedron index="22948" v0="3365" v1="3366" v2="5106" v3="5692" />
+      <tetrahedron index="22949" v0="4079" v1="4131" v2="4293" v3="5000" />
+      <tetrahedron index="22950" v0="6411" v1="6600" v2="6839" v3="6916" />
+      <tetrahedron index="22951" v0="5147" v1="5637" v2="5744" v3="6317" />
+      <tetrahedron index="22952" v0="6016" v1="6613" v2="6920" v3="7025" />
+      <tetrahedron index="22953" v0="4852" v1="5616" v2="6293" v3="6679" />
+      <tetrahedron index="22954" v0="3594" v1="5467" v2="6132" v3="6133" />
+      <tetrahedron index="22955" v0="3239" v1="4057" v2="4462" v3="5909" />
+      <tetrahedron index="22956" v0="4102" v1="4230" v2="5182" v3="5715" />
+      <tetrahedron index="22957" v0="5306" v1="5946" v2="6232" v3="6896" />
+      <tetrahedron index="22958" v0="4392" v1="4393" v2="4429" v3="6231" />
+      <tetrahedron index="22959" v0="3409" v1="5293" v2="5930" v3="6547" />
+      <tetrahedron index="22960" v0="3599" v1="3788" v2="4833" v3="5532" />
+      <tetrahedron index="22961" v0="5212" v1="5213" v2="5831" v3="6760" />
+      <tetrahedron index="22962" v0="3898" v1="4255" v2="5699" v3="5825" />
+      <tetrahedron index="22963" v0="5839" v1="6485" v2="6486" v3="6874" />
+      <tetrahedron index="22964" v0="4963" v1="5415" v2="6280" v3="6283" />
+      <tetrahedron index="22965" v0="6166" v1="6720" v2="6877" v3="6962" />
+      <tetrahedron index="22966" v0="4210" v1="4211" v2="5942" v3="6556" />
+      <tetrahedron index="22967" v0="3513" v1="4225" v2="4402" v3="5585" />
+      <tetrahedron index="22968" v0="3668" v1="3671" v2="4002" v3="5107" />
+      <tetrahedron index="22969" v0="4880" v1="5184" v2="5185" v3="6160" />
+      <tetrahedron index="22970" v0="4879" v1="5108" v2="5182" v3="6382" />
+      <tetrahedron index="22971" v0="3317" v1="4259" v2="5162" v3="5559" />
+      <tetrahedron index="22972" v0="5550" v1="6906" v2="6907" v3="7005" />
+      <tetrahedron index="22973" v0="5144" v1="5145" v2="5758" v3="6404" />
+      <tetrahedron index="22974" v0="3663" v1="4138" v2="5127" v3="6208" />
+      <tetrahedron index="22975" v0="4425" v1="5536" v2="6207" v3="6744" />
+      <tetrahedron index="22976" v0="3943" v1="5080" v2="5115" v3="5655" />
+      <tetrahedron index="22977" v0="5114" v1="5242" v2="5871" v3="6511" />
+      <tetrahedron index="22978" v0="5106" v1="5879" v2="6946" v3="6953" />
+      <tetrahedron index="22979" v0="5303" v1="6034" v2="6558" v3="6896" />
+      <tetrahedron index="22980" v0="4679" v1="4818" v2="5041" v3="5267" />
+      <tetrahedron index="22981" v0="4513" v1="5372" v2="5506" v3="6022" />
+      <tetrahedron index="22982" v0="4954" v1="6045" v2="6049" v3="6626" />
+      <tetrahedron index="22983" v0="5062" v1="5620" v2="6236" v3="6298" />
+      <tetrahedron index="22984" v0="5027" v1="5556" v2="5945" v3="6557" />
+      <tetrahedron index="22985" v0="4746" v1="4844" v2="5265" v3="5352" />
+      <tetrahedron index="22986" v0="4750" v1="4834" v2="5313" v3="6477" />
+      <tetrahedron index="22987" v0="4377" v1="4378" v2="5687" v3="6359" />
+      <tetrahedron index="22988" v0="5004" v1="5508" v2="5529" v3="6602" />
+      <tetrahedron index="22989" v0="3532" v1="3533" v2="4409" v3="6305" />
+      <tetrahedron index="22990" v0="3316" v1="3317" v2="4259" v3="5559" />
+      <tetrahedron index="22991" v0="5158" v1="5473" v2="5766" v3="6138" />
+      <tetrahedron index="22992" v0="4865" v1="4906" v2="5249" v3="5883" />
+      <tetrahedron index="22993" v0="4327" v1="5476" v2="5589" v3="6928" />
+      <tetrahedron index="22994" v0="3652" v1="3653" v2="4559" v3="6440" />
+      <tetrahedron index="22995" v0="3725" v1="4705" v2="4740" v3="5459" />
+      <tetrahedron index="22996" v0="5136" v1="5328" v2="5738" v3="5976" />
+      <tetrahedron index="22997" v0="5439" v1="5503" v2="6717" v3="6719" />
+      <tetrahedron index="22998" v0="4181" v1="4212" v2="4356" v3="6985" />
+      <tetrahedron index="22999" v0="4946" v1="5368" v2="5728" v3="6614" />
+      <tetrahedron index="23000" v0="3306" v1="5243" v2="5276" v3="5915" />
+      <tetrahedron index="23001" v0="3872" v1="4115" v2="5089" v3="6826" />
+      <tetrahedron index="23002" v0="3397" v1="3399" v2="4015" v3="5628" />
+      <tetrahedron index="23003" v0="4803" v1="5081" v2="5561" v3="6330" />
+      <tetrahedron index="23004" v0="3579" v1="3580" v2="3699" v3="5569" />
+      <tetrahedron index="23005" v0="4321" v1="5315" v2="5538" v3="6621" />
+      <tetrahedron index="23006" v0="3276" v1="3286" v2="3712" v3="5398" />
+      <tetrahedron index="23007" v0="4140" v1="4689" v2="5389" v3="5536" />
+      <tetrahedron index="23008" v0="5066" v1="5090" v2="5657" v3="6011" />
+      <tetrahedron index="23009" v0="3611" v1="4676" v2="5818" v3="5852" />
+      <tetrahedron index="23010" v0="4863" v1="5620" v2="6297" v3="6795" />
+      <tetrahedron index="23011" v0="4472" v1="4779" v2="5517" v3="6185" />
+      <tetrahedron index="23012" v0="4020" v1="4022" v2="5023" v3="6096" />
+      <tetrahedron index="23013" v0="3625" v1="3724" v2="4410" v3="5275" />
+      <tetrahedron index="23014" v0="4848" v1="4875" v2="5590" v3="6775" />
+      <tetrahedron index="23015" v0="3566" v1="4201" v2="5681" v3="6088" />
+      <tetrahedron index="23016" v0="5676" v1="6005" v2="6857" v3="6993" />
+      <tetrahedron index="23017" v0="5029" v1="5560" v2="6331" v3="6332" />
+      <tetrahedron index="23018" v0="4997" v1="5877" v2="6182" v3="6286" />
+      <tetrahedron index="23019" v0="4491" v1="4523" v2="4524" v3="5285" />
+      <tetrahedron index="23020" v0="4092" v1="4101" v2="4170" v3="5486" />
+      <tetrahedron index="23021" v0="4770" v1="5076" v2="5274" v3="5914" />
+      <tetrahedron index="23022" v0="5148" v1="5745" v2="5746" v3="6083" />
+      <tetrahedron index="23023" v0="3475" v1="3476" v2="4182" v3="5117" />
+      <tetrahedron index="23024" v0="3909" v1="4490" v2="5271" v3="5907" />
+      <tetrahedron index="23025" v0="3956" v1="4190" v2="5447" v3="5732" />
+      <tetrahedron index="23026" v0="5390" v1="6043" v2="6190" v3="6744" />
+      <tetrahedron index="23027" v0="4857" v1="4973" v2="5383" v3="6514" />
+      <tetrahedron index="23028" v0="3816" v1="4189" v2="4292" v3="6041" />
+      <tetrahedron index="23029" v0="3651" v1="3652" v2="4427" v3="5111" />
+      <tetrahedron index="23030" v0="5012" v1="5590" v2="6266" v3="6562" />
+      <tetrahedron index="23031" v0="4876" v1="4974" v2="5059" v3="5445" />
+      <tetrahedron index="23032" v0="4461" v1="4463" v2="5909" v3="5975" />
+      <tetrahedron index="23033" v0="4094" v1="4100" v2="4545" v3="6406" />
+      <tetrahedron index="23034" v0="4997" v1="5876" v2="6180" v3="6515" />
+      <tetrahedron index="23035" v0="3760" v1="3761" v2="3762" v3="5079" />
+      <tetrahedron index="23036" v0="3230" v1="3340" v2="4485" v3="5471" />
+      <tetrahedron index="23037" v0="3496" v1="3967" v2="5449" v3="5775" />
+      <tetrahedron index="23038" v0="4910" v1="5259" v2="5899" v3="6241" />
+      <tetrahedron index="23039" v0="4420" v1="4622" v2="4698" v3="6195" />
+      <tetrahedron index="23040" v0="5545" v1="5567" v2="5688" v3="6360" />
+      <tetrahedron index="23041" v0="3414" v1="3416" v2="4312" v3="5612" />
+      <tetrahedron index="23042" v0="5168" v1="6718" v2="6877" v3="6997" />
+      <tetrahedron index="23043" v0="3973" v1="4285" v2="4478" v3="6423" />
+      <tetrahedron index="23044" v0="5314" v1="5670" v2="5936" v3="6346" />
+      <tetrahedron index="23045" v0="4605" v1="4627" v2="4633" v3="5597" />
+      <tetrahedron index="23046" v0="3594" v1="5333" v2="6132" v3="6133" />
+      <tetrahedron index="23047" v0="3906" v1="4381" v2="5435" v3="5960" />
+      <tetrahedron index="23048" v0="4390" v1="4420" v2="4698" v3="6195" />
+      <tetrahedron index="23049" v0="3530" v1="4033" v2="4034" v3="5816" />
+      <tetrahedron index="23050" v0="4976" v1="5512" v2="6177" v3="6682" />
+      <tetrahedron index="23051" v0="5300" v1="5761" v2="6426" v3="6984" />
+      <tetrahedron index="23052" v0="4886" v1="6331" v2="6563" v3="6729" />
+      <tetrahedron index="23053" v0="4866" v1="5625" v2="6652" v3="6799" />
+      <tetrahedron index="23054" v0="4881" v1="5000" v2="5502" v3="5800" />
+      <tetrahedron index="23055" v0="3500" v1="5200" v2="5819" v3="6500" />
+      <tetrahedron index="23056" v0="3411" v1="3523" v2="3542" v3="5866" />
+      <tetrahedron index="23057" v0="5615" v1="6789" v2="6792" v3="6875" />
+      <tetrahedron index="23058" v0="3785" v1="3786" v2="3991" v3="5148" />
+      <tetrahedron index="23059" v0="4967" v1="5040" v2="5581" v3="5784" />
+      <tetrahedron index="23060" v0="3547" v1="5419" v2="5849" v3="6077" />
+      <tetrahedron index="23061" v0="4251" v1="4252" v2="6219" v3="6253" />
+      <tetrahedron index="23062" v0="4343" v1="4414" v2="4476" v3="5859" />
+      <tetrahedron index="23063" v0="5719" v1="5818" v2="5852" v3="6388" />
+      <tetrahedron index="23064" v0="4866" v1="5465" v2="6072" v3="6535" />
+      <tetrahedron index="23065" v0="3650" v1="5418" v2="6076" v3="6078" />
+      <tetrahedron index="23066" v0="4554" v1="4603" v2="6241" v3="6347" />
+      <tetrahedron index="23067" v0="4106" v1="4185" v2="5191" v3="6870" />
+      <tetrahedron index="23068" v0="5438" v1="5880" v2="6519" v3="6707" />
+      <tetrahedron index="23069" v0="5063" v1="6300" v2="6302" v3="6800" />
+      <tetrahedron index="23070" v0="6291" v1="6536" v2="6897" v3="6942" />
+      <tetrahedron index="23071" v0="3808" v1="4376" v2="4405" v3="5586" />
+      <tetrahedron index="23072" v0="5365" v1="6016" v2="6947" v3="7025" />
+      <tetrahedron index="23073" v0="4043" v1="4652" v2="6192" v3="6471" />
+      <tetrahedron index="23074" v0="4000" v1="4001" v2="5144" v3="6332" />
+      <tetrahedron index="23075" v0="3995" v1="5087" v2="5292" v3="6024" />
+      <tetrahedron index="23076" v0="5903" v1="6560" v2="6799" v3="6943" />
+      <tetrahedron index="23077" v0="3584" v1="5257" v2="5418" v3="6076" />
+      <tetrahedron index="23078" v0="3352" v1="5664" v2="6337" v3="6822" />
+      <tetrahedron index="23079" v0="4271" v1="4677" v2="5377" v3="6543" />
+      <tetrahedron index="23080" v0="4711" v1="5752" v2="6414" v3="6915" />
+      <tetrahedron index="23081" v0="5076" v1="5682" v2="5683" v3="5912" />
+      <tetrahedron index="23082" v0="3308" v1="3698" v2="5276" v3="5872" />
+      <tetrahedron index="23083" v0="4929" v1="4989" v2="5480" v3="6144" />
+      <tetrahedron index="23084" v0="4870" v1="5161" v2="5290" v3="5643" />
+      <tetrahedron index="23085" v0="3519" v1="5749" v2="6410" v3="6414" />
+      <tetrahedron index="23086" v0="4687" v1="5665" v2="6059" v3="6361" />
+      <tetrahedron index="23087" v0="4504" v1="5435" v2="5538" v3="6736" />
+      <tetrahedron index="23088" v0="4933" v1="5136" v2="5328" v3="5976" />
+      <tetrahedron index="23089" v0="4876" v1="5614" v2="6106" v3="6288" />
+      <tetrahedron index="23090" v0="3269" v1="3379" v2="3798" v3="5267" />
+      <tetrahedron index="23091" v0="4110" v1="4281" v2="5481" v3="6147" />
+      <tetrahedron index="23092" v0="3790" v1="4311" v2="4827" v3="6367" />
+      <tetrahedron index="23093" v0="5087" v1="5292" v2="5929" v3="6547" />
+      <tetrahedron index="23094" v0="4494" v1="4495" v2="4525" v3="6007" />
+      <tetrahedron index="23095" v0="3316" v1="3494" v2="3616" v3="5865" />
+      <tetrahedron index="23096" v0="3344" v1="3348" v2="3797" v3="6814" />
+      <tetrahedron index="23097" v0="4974" v1="5783" v2="6444" v3="6445" />
+      <tetrahedron index="23098" v0="4179" v1="4247" v2="4272" v3="5497" />
+      <tetrahedron index="23099" v0="5034" v1="5628" v2="5721" v3="6306" />
+      <tetrahedron index="23100" v0="4850" v1="6290" v2="6442" v3="6862" />
+      <tetrahedron index="23101" v0="4619" v1="4679" v2="5319" v3="5949" />
+      <tetrahedron index="23102" v0="4929" v1="5727" v2="6144" v3="6392" />
+      <tetrahedron index="23103" v0="4948" v1="5376" v2="6026" v3="6027" />
+      <tetrahedron index="23104" v0="3859" v1="4056" v2="4150" v3="5332" />
+      <tetrahedron index="23105" v0="4183" v1="4245" v2="4356" v3="6827" />
+      <tetrahedron index="23106" v0="5115" v1="5655" v2="5705" v3="5712" />
+      <tetrahedron index="23107" v0="4966" v1="5745" v2="6617" v3="6656" />
+      <tetrahedron index="23108" v0="3474" v1="3499" v2="5102" v3="5688" />
+      <tetrahedron index="23109" v0="4933" v1="5045" v2="5125" v3="5329" />
+      <tetrahedron index="23110" v0="3443" v1="3636" v2="3824" v3="5791" />
+      <tetrahedron index="23111" v0="3515" v1="3516" v2="3517" v3="5017" />
+      <tetrahedron index="23112" v0="5123" v1="5716" v2="5717" v3="6388" />
+      <tetrahedron index="23113" v0="4940" v1="5165" v2="5978" v3="6006" />
+      <tetrahedron index="23114" v0="5363" v1="6016" v2="6882" v3="6883" />
+      <tetrahedron index="23115" v0="3695" v1="5095" v2="5911" v3="5970" />
+      <tetrahedron index="23116" v0="3593" v1="3862" v2="5165" v3="5780" />
+      <tetrahedron index="23117" v0="3239" v1="5324" v2="5327" v3="5975" />
+      <tetrahedron index="23118" v0="4845" v1="5950" v2="6098" v3="6560" />
+      <tetrahedron index="23119" v0="3557" v1="3641" v2="4313" v3="5432" />
+      <tetrahedron index="23120" v0="3501" v1="3553" v2="5030" v3="5563" />
+      <tetrahedron index="23121" v0="4381" v1="4431" v2="5435" v3="6091" />
+      <tetrahedron index="23122" v0="4887" v1="5123" v2="5198" v3="5718" />
+      <tetrahedron index="23123" v0="4643" v1="5637" v2="5638" v3="5744" />
+      <tetrahedron index="23124" v0="4997" v1="5613" v2="5614" v3="6286" />
+      <tetrahedron index="23125" v0="3471" v1="3632" v2="5768" v3="6005" />
+      <tetrahedron index="23126" v0="3497" v1="3616" v2="3967" v3="5449" />
+      <tetrahedron index="23127" v0="4148" v1="4350" v2="4807" v3="6505" />
+      <tetrahedron index="23128" v0="5588" v1="5589" v2="6261" v3="6262" />
+      <tetrahedron index="23129" v0="3946" v1="3948" v2="4067" v3="7001" />
+      <tetrahedron index="23130" v0="3593" v1="3594" v2="3617" v3="5467" />
+      <tetrahedron index="23131" v0="3383" v1="3384" v2="4029" v3="6036" />
+      <tetrahedron index="23132" v0="3293" v1="3757" v2="4069" v3="5077" />
+      <tetrahedron index="23133" v0="3319" v1="4641" v2="4719" v3="6008" />
+      <tetrahedron index="23134" v0="3663" v1="5127" v2="5724" v3="6208" />
+      <tetrahedron index="23135" v0="5182" v1="5608" v2="6366" v3="6451" />
+      <tetrahedron index="23136" v0="5476" v1="6140" v2="6486" v3="6703" />
+      <tetrahedron index="23137" v0="4431" v1="5434" v2="6091" v3="6665" />
+      <tetrahedron index="23138" v0="4847" v1="6014" v2="6247" v3="6611" />
+      <tetrahedron index="23139" v0="4978" v1="5454" v2="5455" v3="6157" />
+      <tetrahedron index="23140" v0="4896" v1="5227" v2="5847" v3="6497" />
+      <tetrahedron index="23141" v0="3850" v1="4127" v2="4553" v3="5894" />
+      <tetrahedron index="23142" v0="3872" v1="3873" v2="4073" v3="5089" />
+      <tetrahedron index="23143" v0="5044" v1="5296" v2="5584" v3="5935" />
+      <tetrahedron index="23144" v0="4158" v1="4237" v2="4370" v3="5650" />
+      <tetrahedron index="23145" v0="5145" v1="5741" v2="6404" v3="6405" />
+      <tetrahedron index="23146" v0="5293" v1="5931" v2="6340" v3="6547" />
+      <tetrahedron index="23147" v0="3334" v1="4265" v2="6268" v3="6776" />
+      <tetrahedron index="23148" v0="3355" v1="3356" v2="3357" v3="5226" />
+      <tetrahedron index="23149" v0="3440" v1="3705" v2="4549" v3="5224" />
+      <tetrahedron index="23150" v0="3573" v1="3904" v2="5311" v3="5953" />
+      <tetrahedron index="23151" v0="4460" v1="4823" v2="4898" v3="5657" />
+      <tetrahedron index="23152" v0="4942" v1="5097" v2="5683" v3="6827" />
+      <tetrahedron index="23153" v0="3847" v1="4500" v2="5506" v3="5932" />
+      <tetrahedron index="23154" v0="5168" v1="6170" v2="6877" v3="6997" />
+      <tetrahedron index="23155" v0="3625" v1="4410" v2="5275" v3="5916" />
+      <tetrahedron index="23156" v0="3359" v1="3422" v2="5298" v3="5670" />
+      <tetrahedron index="23157" v0="4919" v1="5927" v2="6370" v3="6371" />
+      <tetrahedron index="23158" v0="5436" v1="5753" v2="6415" v3="6666" />
+      <tetrahedron index="23159" v0="4073" v1="4099" v2="5089" v3="5670" />
+      <tetrahedron index="23160" v0="3333" v1="5337" v2="5766" v3="6205" />
+      <tetrahedron index="23161" v0="4846" v1="5249" v2="5758" v3="6422" />
+      <tetrahedron index="23162" v0="4881" v1="5799" v2="5804" v3="6455" />
+      <tetrahedron index="23163" v0="3266" v1="3270" v2="4959" v3="5404" />
+      <tetrahedron index="23164" v0="3629" v1="3630" v2="5564" v3="6758" />
+      <tetrahedron index="23165" v0="4893" v1="5215" v2="5219" v3="5835" />
+      <tetrahedron index="23166" v0="4803" v1="4831" v2="5196" v3="6330" />
+      <tetrahedron index="23167" v0="3685" v1="5243" v2="5829" v3="6478" />
+      <tetrahedron index="23168" v0="4223" v1="4643" v2="4809" v3="5637" />
+      <tetrahedron index="23169" v0="5053" v1="5602" v2="6275" v3="6655" />
+      <tetrahedron index="23170" v0="4301" v1="4302" v2="4327" v3="5589" />
+      <tetrahedron index="23171" v0="4944" v1="5844" v2="6492" v3="6494" />
+      <tetrahedron index="23172" v0="3387" v1="4411" v2="4818" v3="5041" />
+      <tetrahedron index="23173" v0="4422" v1="4798" v2="5024" v3="5525" />
+      <tetrahedron index="23174" v0="3494" v1="3562" v2="3875" v3="6010" />
+      <tetrahedron index="23175" v0="3749" v1="3795" v2="6254" v3="6772" />
+      <tetrahedron index="23176" v0="3618" v1="4647" v2="5159" v3="5768" />
+      <tetrahedron index="23177" v0="3637" v1="3640" v2="5086" v3="5665" />
+      <tetrahedron index="23178" v0="3419" v1="3960" v2="4121" v3="5666" />
+      <tetrahedron index="23179" v0="3449" v1="5432" v2="5502" v3="6376" />
+      <tetrahedron index="23180" v0="4877" v1="4998" v2="5496" v3="5619" />
+      <tetrahedron index="23181" v0="3700" v1="4336" v2="4681" v3="4935" />
+      <tetrahedron index="23182" v0="4148" v1="4231" v2="4350" v3="5236" />
+      <tetrahedron index="23183" v0="3420" v1="3421" v2="3422" v3="5314" />
+      <tetrahedron index="23184" v0="4905" v1="5880" v2="6707" v3="7002" />
+      <tetrahedron index="23185" v0="4934" v1="5333" v2="5596" v3="5980" />
+      <tetrahedron index="23186" v0="4942" v1="5120" v2="5710" v3="6353" />
+      <tetrahedron index="23187" v0="5348" v1="5353" v2="6002" v3="6848" />
+      <tetrahedron index="23188" v0="5170" v1="6056" v2="6443" v3="6865" />
+      <tetrahedron index="23189" v0="3570" v1="5228" v2="5853" v3="6500" />
+      <tetrahedron index="23190" v0="3877" v1="4767" v2="5078" v3="5819" />
+      <tetrahedron index="23191" v0="3629" v1="3899" v2="5251" v3="5564" />
+      <tetrahedron index="23192" v0="3624" v1="4662" v2="5235" v3="5237" />
+      <tetrahedron index="23193" v0="4834" v1="5313" v2="5956" v3="6477" />
+      <tetrahedron index="23194" v0="4875" v1="4956" v2="5046" v3="6063" />
+      <tetrahedron index="23195" v0="3491" v1="3589" v2="5232" v3="5261" />
+      <tetrahedron index="23196" v0="3871" v1="5068" v2="5151" v3="6811" />
+      <tetrahedron index="23197" v0="3656" v1="4494" v2="5530" v3="5531" />
+      <tetrahedron index="23198" v0="3840" v1="4372" v2="4466" v3="6085" />
+      <tetrahedron index="23199" v0="4185" v1="4450" v2="4773" v3="5540" />
+      <tetrahedron index="23200" v0="4480" v1="4619" v2="4679" v3="5757" />
+      <tetrahedron index="23201" v0="3901" v1="4547" v2="4809" v3="5637" />
+      <tetrahedron index="23202" v0="4077" v1="5264" v2="5895" v3="6530" />
+      <tetrahedron index="23203" v0="3384" v1="3385" v2="4029" v3="6036" />
+      <tetrahedron index="23204" v0="4444" v1="4506" v2="6192" v3="6738" />
+      <tetrahedron index="23205" v0="5001" v1="5030" v2="5562" v3="6236" />
+      <tetrahedron index="23206" v0="4306" v1="4334" v2="4380" v3="5290" />
+      <tetrahedron index="23207" v0="3564" v1="5200" v2="5674" v3="5818" />
+      <tetrahedron index="23208" v0="4830" v1="5906" v2="6304" v3="6539" />
+      <tetrahedron index="23209" v0="4496" v1="4535" v2="5263" v3="5895" />
+      <tetrahedron index="23210" v0="5782" v1="6843" v2="6988" v3="6995" />
+      <tetrahedron index="23211" v0="4341" v1="4471" v2="4779" v3="6185" />
+      <tetrahedron index="23212" v0="4293" v1="4528" v2="4529" v3="5000" />
+      <tetrahedron index="23213" v0="4861" v1="5019" v2="6463" v3="6852" />
+      <tetrahedron index="23214" v0="3720" v1="3900" v2="5203" v3="6475" />
+      <tetrahedron index="23215" v0="5112" v1="5702" v2="6251" v3="6831" />
+      <tetrahedron index="23216" v0="4011" v1="4075" v2="5230" v3="6339" />
+      <tetrahedron index="23217" v0="3234" v1="5049" v2="5593" v3="6438" />
+      <tetrahedron index="23218" v0="4847" v1="6765" v2="6805" v3="6806" />
+      <tetrahedron index="23219" v0="4867" v1="5945" v2="5947" v3="6212" />
+      <tetrahedron index="23220" v0="4139" v1="4406" v2="6041" v3="6207" />
+      <tetrahedron index="23221" v0="4362" v1="4695" v2="4774" v3="5090" />
+      <tetrahedron index="23222" v0="5532" v1="6205" v2="6268" v3="6743" />
+      <tetrahedron index="23223" v0="4915" v1="5629" v2="5912" v3="6355" />
+      <tetrahedron index="23224" v0="3600" v1="3602" v2="5225" v3="6365" />
+      <tetrahedron index="23225" v0="5192" v1="5811" v2="5813" v3="6209" />
+      <tetrahedron index="23226" v0="5022" v1="5545" v2="5892" v3="5893" />
+      <tetrahedron index="23227" v0="5131" v1="5447" v2="5732" v3="6107" />
+      <tetrahedron index="23228" v0="4901" v1="5239" v2="5864" v3="6508" />
+      <tetrahedron index="23229" v0="3469" v1="4617" v2="5354" v3="5779" />
+      <tetrahedron index="23230" v0="3468" v1="3740" v2="5165" v3="5779" />
+      <tetrahedron index="23231" v0="3394" v1="3769" v2="6484" v3="6501" />
+      <tetrahedron index="23232" v0="4639" v1="4651" v2="5375" v3="6026" />
+      <tetrahedron index="23233" v0="4903" v1="6121" v2="6123" v3="6201" />
+      <tetrahedron index="23234" v0="3681" v1="4144" v2="4362" v3="5673" />
+      <tetrahedron index="23235" v0="5748" v1="6407" v2="6409" v3="6963" />
+      <tetrahedron index="23236" v0="4894" v1="6099" v2="6421" v3="6930" />
+      <tetrahedron index="23237" v0="4123" v1="4199" v2="5131" v3="5609" />
+      <tetrahedron index="23238" v0="3418" v1="4121" v2="5229" v3="5666" />
+      <tetrahedron index="23239" v0="3245" v1="3246" v2="3247" v3="5621" />
+      <tetrahedron index="23240" v0="3431" v1="3432" v2="3505" v3="5410" />
+      <tetrahedron index="23241" v0="4853" v1="5443" v2="6104" v3="6524" />
+      <tetrahedron index="23242" v0="3266" v1="4956" v2="4991" v3="5405" />
+      <tetrahedron index="23243" v0="4914" v1="5272" v2="5273" v3="5910" />
+      <tetrahedron index="23244" v0="4961" v1="5518" v2="6173" v3="6725" />
+      <tetrahedron index="23245" v0="5029" v1="5656" v2="6331" v3="6332" />
+      <tetrahedron index="23246" v0="5590" v1="6264" v2="6265" v3="6562" />
+      <tetrahedron index="23247" v0="3961" v1="4142" v2="5122" v3="5198" />
+      <tetrahedron index="23248" v0="4364" v1="4402" v2="4403" v3="5734" />
+      <tetrahedron index="23249" v0="4896" v1="5224" v2="5851" v3="6497" />
+      <tetrahedron index="23250" v0="3312" v1="3313" v2="3314" v3="5679" />
+      <tetrahedron index="23251" v0="3258" v1="5011" v2="5069" v3="6063" />
+      <tetrahedron index="23252" v0="3932" v1="4150" v2="5332" v3="6027" />
+      <tetrahedron index="23253" v0="3349" v1="3650" v2="6076" v3="6078" />
+      <tetrahedron index="23254" v0="3491" v1="3492" v2="5260" v3="5261" />
+      <tetrahedron index="23255" v0="5812" v1="6185" v2="6735" v3="6968" />
+      <tetrahedron index="23256" v0="3490" v1="3491" v2="3492" v3="5261" />
+      <tetrahedron index="23257" v0="3686" v1="4161" v2="5291" v3="5933" />
+      <tetrahedron index="23258" v0="3715" v1="3869" v2="3987" v3="5505" />
+      <tetrahedron index="23259" v0="3638" v1="3730" v2="3731" v3="5955" />
+      <tetrahedron index="23260" v0="4811" v1="5537" v2="6189" v3="6736" />
+      <tetrahedron index="23261" v0="3447" v1="5502" v2="5591" v3="6376" />
+      <tetrahedron index="23262" v0="4878" v1="5177" v2="5784" v3="6446" />
+      <tetrahedron index="23263" v0="3680" v1="4346" v2="4388" v3="5066" />
+      <tetrahedron index="23264" v0="4931" v1="5184" v2="5548" v3="5796" />
+      <tetrahedron index="23265" v0="3585" v1="4219" v2="4658" v3="5302" />
+      <tetrahedron index="23266" v0="5147" v1="5743" v2="6317" v3="6319" />
+      <tetrahedron index="23267" v0="5269" v1="6015" v2="6612" v3="6885" />
+      <tetrahedron index="23268" v0="4878" v1="4967" v2="5175" v3="5425" />
+      <tetrahedron index="23269" v0="4865" v1="4906" v2="5011" v3="5069" />
+      <tetrahedron index="23270" v0="4733" v1="5130" v2="6325" v3="6395" />
+      <tetrahedron index="23271" v0="3275" v1="3376" v2="5202" v3="5820" />
+      <tetrahedron index="23272" v0="4910" v1="5264" v2="5897" v3="6530" />
+      <tetrahedron index="23273" v0="5791" v1="5792" v2="6384" v3="6449" />
+      <tetrahedron index="23274" v0="4530" v1="5525" v2="6196" v3="6452" />
+      <tetrahedron index="23275" v0="3996" v1="4359" v2="4360" v3="5701" />
+      <tetrahedron index="23276" v0="5361" v1="5599" v2="6587" v3="6840" />
+      <tetrahedron index="23277" v0="5877" v1="6127" v2="6180" v3="6732" />
+      <tetrahedron index="23278" v0="3499" v1="4408" v2="5688" v3="5887" />
+      <tetrahedron index="23279" v0="5060" v1="5613" v2="6286" v3="6679" />
+      <tetrahedron index="23280" v0="4034" v1="5816" v2="6471" v3="6619" />
+      <tetrahedron index="23281" v0="3721" v1="4241" v2="4263" v3="6396" />
+      <tetrahedron index="23282" v0="5539" v1="5541" v2="6213" v3="6390" />
+      <tetrahedron index="23283" v0="4370" v1="4625" v2="4633" v3="5073" />
+      <tetrahedron index="23284" v0="3941" v1="4673" v2="4754" v3="5655" />
+      <tetrahedron index="23285" v0="3412" v1="4190" v2="5447" v3="6680" />
+      <tetrahedron index="23286" v0="6291" v1="6536" v2="6537" v3="6893" />
+      <tetrahedron index="23287" v0="4461" v1="4462" v2="4463" v3="5909" />
+      <tetrahedron index="23288" v0="6301" v1="6943" v2="6944" v3="7014" />
+      <tetrahedron index="23289" v0="5992" v1="6092" v2="6667" v3="6939" />
+      <tetrahedron index="23290" v0="5159" v1="5662" v2="5767" v3="5768" />
+      <tetrahedron index="23291" v0="3472" v1="3759" v2="4608" v3="5677" />
+      <tetrahedron index="23292" v0="4581" v1="5150" v2="5752" v3="6179" />
+      <tetrahedron index="23293" v0="4917" v1="5750" v2="6413" v3="6734" />
+      <tetrahedron index="23294" v0="3658" v1="3659" v2="5088" v3="5795" />
+      <tetrahedron index="23295" v0="4486" v1="4744" v2="4821" v3="5350" />
+      <tetrahedron index="23296" v0="4871" v1="5049" v2="6438" v3="6439" />
+      <tetrahedron index="23297" v0="5043" v1="5642" v2="5933" v3="6320" />
+      <tetrahedron index="23298" v0="3558" v1="4259" v2="5162" v3="5775" />
+      <tetrahedron index="23299" v0="3664" v1="4155" v2="4669" v3="5652" />
+      <tetrahedron index="23300" v0="4900" v1="5236" v2="5238" v3="6505" />
+      <tetrahedron index="23301" v0="3969" v1="4015" v2="4212" v3="6355" />
+      <tetrahedron index="23302" v0="5006" v1="5272" v2="5692" v3="5881" />
+      <tetrahedron index="23303" v0="4607" v1="5241" v2="5869" v3="5870" />
+      <tetrahedron index="23304" v0="3904" v1="5311" v2="5953" v3="6565" />
+      <tetrahedron index="23305" v0="3249" v1="3264" v2="5622" v3="5623" />
+      <tetrahedron index="23306" v0="3349" v1="3355" v2="3356" v3="5420" />
+      <tetrahedron index="23307" v0="4184" v1="5639" v2="6318" v3="6812" />
+      <tetrahedron index="23308" v0="3337" v1="5334" v2="5979" v3="6349" />
+      <tetrahedron index="23309" v0="3268" v1="3270" v2="3278" v3="5406" />
+      <tetrahedron index="23310" v0="5165" v1="5467" v2="5780" v3="6132" />
+      <tetrahedron index="23311" v0="4896" v1="5054" v2="5695" v3="5851" />
+      <tetrahedron index="23312" v0="3939" v1="4197" v2="5176" v3="6255" />
+      <tetrahedron index="23313" v0="3602" v1="3790" v2="4742" v3="5225" />
+      <tetrahedron index="23314" v0="5108" v1="5695" v2="5696" v3="6367" />
+      <tetrahedron index="23315" v0="6639" v1="6645" v2="6931" v3="7012" />
+      <tetrahedron index="23316" v0="4927" v1="5314" v2="5936" v3="5956" />
+      <tetrahedron index="23317" v0="5152" v1="6224" v2="6770" v3="6972" />
+      <tetrahedron index="23318" v0="4020" v1="5023" v2="5546" v3="6096" />
+      <tetrahedron index="23319" v0="3277" v1="3285" v2="3287" v3="5618" />
+      <tetrahedron index="23320" v0="3799" v1="4616" v2="5253" v3="5884" />
+      <tetrahedron index="23321" v0="3644" v1="4674" v2="5052" v3="5075" />
+      <tetrahedron index="23322" v0="4910" v1="5263" v2="5895" v3="6530" />
+      <tetrahedron index="23323" v0="3735" v1="4230" v2="4601" v3="5182" />
+      <tetrahedron index="23324" v0="4943" v1="5599" v2="6221" v3="6222" />
+      <tetrahedron index="23325" v0="4880" v1="5183" v2="5548" v3="5798" />
+      <tetrahedron index="23326" v0="4100" v1="4544" v2="5487" v3="6406" />
+      <tetrahedron index="23327" v0="4855" v1="5483" v2="5963" v3="6422" />
+      <tetrahedron index="23328" v0="3351" v1="3949" v2="5256" v3="5890" />
+      <tetrahedron index="23329" v0="4051" v1="4593" v2="5856" v3="6481" />
+      <tetrahedron index="23330" v0="4999" v1="5497" v2="5669" v3="6161" />
+      <tetrahedron index="23331" v0="3519" v1="4587" v2="4710" v3="6599" />
+      <tetrahedron index="23332" v0="3913" v1="5115" v2="5712" v3="6381" />
+      <tetrahedron index="23333" v0="4596" v1="5515" v2="5517" v3="6184" />
+      <tetrahedron index="23334" v0="3298" v1="3299" v2="5215" v3="5834" />
+      <tetrahedron index="23335" v0="4320" v1="4373" v2="5286" v3="5926" />
+      <tetrahedron index="23336" v0="4595" v1="5220" v2="5476" v3="5756" />
+      <tetrahedron index="23337" v0="5004" v1="6004" v2="6171" v3="6724" />
+      <tetrahedron index="23338" v0="4716" v1="4789" v2="5573" v3="6250" />
+      <tetrahedron index="23339" v0="5336" v1="5356" v2="5978" v3="6132" />
+      <tetrahedron index="23340" v0="5880" v1="6098" v2="6640" v3="6674" />
+      <tetrahedron index="23341" v0="3889" v1="4220" v2="4518" v3="6039" />
+      <tetrahedron index="23342" v0="5279" v1="5283" v2="5863" v3="5923" />
+      <tetrahedron index="23343" v0="3262" v1="3372" v2="3688" v3="6114" />
+      <tetrahedron index="23344" v0="5572" v1="6246" v2="6903" v3="6974" />
+      <tetrahedron index="23345" v0="3717" v1="4509" v2="5661" v3="6350" />
+      <tetrahedron index="23346" v0="3392" v1="3393" v2="5277" v3="5916" />
+      <tetrahedron index="23347" v0="3761" v1="5079" v2="5103" v3="5804" />
+      <tetrahedron index="23348" v0="4155" v1="5075" v2="5651" v3="6328" />
+      <tetrahedron index="23349" v0="6426" v1="6729" v2="6850" v3="6992" />
+      <tetrahedron index="23350" v0="3540" v1="3541" v2="5457" v3="6118" />
+      <tetrahedron index="23351" v0="3526" v1="3528" v2="5484" v3="5485" />
+      <tetrahedron index="23352" v0="3565" v1="3824" v2="5091" v3="5715" />
+      <tetrahedron index="23353" v0="3786" v1="5148" v2="5746" v3="6033" />
+      <tetrahedron index="23354" v0="3306" v1="3698" v2="4722" v3="5276" />
+      <tetrahedron index="23355" v0="5054" v1="5608" v2="5696" v3="6366" />
+      <tetrahedron index="23356" v0="4920" v1="5291" v2="5643" v3="5774" />
+      <tetrahedron index="23357" v0="5031" v1="6239" v2="6759" v3="6760" />
+      <tetrahedron index="23358" v0="4849" v1="5348" v2="5995" v3="6407" />
+      <tetrahedron index="23359" v0="4072" v1="4521" v2="4784" v3="5778" />
+      <tetrahedron index="23360" v0="5821" v1="5957" v2="6475" v3="6873" />
+      <tetrahedron index="23361" v0="4012" v1="5229" v2="5230" v3="6385" />
+      <tetrahedron index="23362" v0="3627" v1="5262" v2="6023" v3="6615" />
+      <tetrahedron index="23363" v0="4916" v1="5142" v2="5279" v3="5920" />
+      <tetrahedron index="23364" v0="4728" v1="4729" v2="4794" v3="5857" />
+      <tetrahedron index="23365" v0="4365" v1="4544" v2="4685" v3="5487" />
+      <tetrahedron index="23366" v0="3472" v1="4608" v2="4682" v3="5093" />
+      <tetrahedron index="23367" v0="3275" v1="5201" v2="5202" v3="5965" />
+      <tetrahedron index="23368" v0="3235" v1="3544" v2="4701" v3="5452" />
+      <tetrahedron index="23369" v0="3462" v1="3861" v2="4983" v3="6134" />
+      <tetrahedron index="23370" v0="3796" v1="5022" v2="5544" v3="5893" />
+      <tetrahedron index="23371" v0="3881" v1="4046" v2="6012" v3="6669" />
+      <tetrahedron index="23372" v0="4125" v1="4430" v2="4431" v3="5434" />
+      <tetrahedron index="23373" v0="5093" v1="6005" v2="6349" v3="7024" />
+      <tetrahedron index="23374" v0="4894" v1="6099" v2="6217" v3="6421" />
+      <tetrahedron index="23375" v0="3409" v1="3410" v2="4413" v3="5930" />
+      <tetrahedron index="23376" v0="3738" v1="3739" v2="5040" v3="5579" />
+      <tetrahedron index="23377" v0="4933" v1="5330" v2="5734" v3="5976" />
+      <tetrahedron index="23378" v0="3908" v1="4758" v2="4840" v3="5095" />
+      <tetrahedron index="23379" v0="4008" v1="4261" v2="4412" v3="5048" />
+      <tetrahedron index="23380" v0="5195" v1="6192" v2="6472" v3="6737" />
+      <tetrahedron index="23381" v0="4593" v1="5233" v2="5834" v3="5855" />
+      <tetrahedron index="23382" v0="3394" v1="3395" v2="3396" v3="6143" />
+      <tetrahedron index="23383" v0="4921" v1="5296" v2="5298" v3="5935" />
+      <tetrahedron index="23384" v0="5092" v1="5686" v2="5856" v3="6483" />
+      <tetrahedron index="23385" v0="3239" v1="3240" v2="3710" v3="5324" />
+      <tetrahedron index="23386" v0="3835" v1="3853" v2="4706" v3="5381" />
+      <tetrahedron index="23387" v0="4177" v1="4286" v2="4739" v3="5029" />
+      <tetrahedron index="23388" v0="3490" v1="3491" v2="3589" v3="5261" />
+      <tetrahedron index="23389" v0="5025" v1="5998" v2="6419" v3="6595" />
+      <tetrahedron index="23390" v0="5092" v1="5686" v2="5687" v3="6359" />
+      <tetrahedron index="23391" v0="3450" v1="3451" v2="5242" v3="5829" />
+      <tetrahedron index="23392" v0="4907" v1="6237" v2="6240" v3="6759" />
+      <tetrahedron index="23393" v0="3644" v1="3646" v2="3927" v3="5566" />
+      <tetrahedron index="23394" v0="5095" v1="5115" v2="5705" v3="6381" />
+      <tetrahedron index="23395" v0="5879" v1="6520" v2="6946" v3="6953" />
+      <tetrahedron index="23396" v0="3518" v1="4777" v2="4817" v3="6468" />
+      <tetrahedron index="23397" v0="3835" v1="3853" v2="3854" v3="5381" />
+      <tetrahedron index="23398" v0="4099" v1="4699" v2="5672" v3="6346" />
+      <tetrahedron index="23399" v0="4843" v1="5296" v2="5297" v3="5956" />
+      <tetrahedron index="23400" v0="4361" v1="4362" v2="4526" v3="4695" />
+      <tetrahedron index="23401" v0="4924" v1="5305" v2="5763" v3="6034" />
+      <tetrahedron index="23402" v0="3320" v1="4084" v2="4234" v3="4790" />
+      <tetrahedron index="23403" v0="3890" v1="3892" v2="5378" v3="5529" />
+      <tetrahedron index="23404" v0="3347" v1="3584" v2="3675" v3="5257" />
+      <tetrahedron index="23405" v0="3622" v1="4166" v2="4314" v3="5918" />
+      <tetrahedron index="23406" v0="4857" v1="5446" v2="5875" v3="6105" />
+      <tetrahedron index="23407" v0="4916" v1="5917" v2="5921" v3="6543" />
+      <tetrahedron index="23408" v0="5621" v1="6115" v2="6685" v3="6795" />
+      <tetrahedron index="23409" v0="3503" v1="3550" v2="5384" v3="5466" />
+      <tetrahedron index="23410" v0="3637" v1="3639" v2="5205" v3="5665" />
+      <tetrahedron index="23411" v0="4615" v1="4819" v2="4952" v3="5098" />
+      <tetrahedron index="23412" v0="3580" v1="3699" v2="5569" v3="5571" />
+      <tetrahedron index="23413" v0="4273" v1="5009" v2="5345" v3="6191" />
+      <tetrahedron index="23414" v0="4038" v1="4600" v2="4626" v3="5718" />
+      <tetrahedron index="23415" v0="4949" v1="5378" v2="5529" v3="6030" />
+      <tetrahedron index="23416" v0="3977" v1="4201" v2="4260" v3="5681" />
+      <tetrahedron index="23417" v0="4904" v1="5875" v2="5876" v3="6288" />
+      <tetrahedron index="23418" v0="3956" v1="4241" v2="4263" v3="6396" />
+      <tetrahedron index="23419" v0="4978" v1="5454" v2="6115" v3="6296" />
+      <tetrahedron index="23420" v0="3941" v1="4803" v2="5655" v3="6330" />
+      <tetrahedron index="23421" v0="4947" v1="5373" v2="6340" v3="6546" />
+      <tetrahedron index="23422" v0="3866" v1="4006" v2="4137" v3="6257" />
+      <tetrahedron index="23423" v0="3530" v1="4587" v2="5749" v3="6470" />
+      <tetrahedron index="23424" v0="4880" v1="5111" v2="5796" v3="6160" />
+      <tetrahedron index="23425" v0="4023" v1="4025" v2="4332" v3="4469" />
+      <tetrahedron index="23426" v0="4039" v1="5415" v2="5606" v3="6284" />
+      <tetrahedron index="23427" v0="5621" v1="6685" v2="6795" v3="6796" />
+      <tetrahedron index="23428" v0="4896" v1="5225" v2="5849" v3="6367" />
+      <tetrahedron index="23429" v0="3658" v1="3659" v2="3660" v3="5795" />
+      <tetrahedron index="23430" v0="3725" v1="5126" v2="5457" v3="5459" />
+      <tetrahedron index="23431" v0="4036" v1="5123" v2="5716" v3="5718" />
+      <tetrahedron index="23432" v0="4205" v1="4238" v2="4721" v3="5491" />
+      <tetrahedron index="23433" v0="3339" v1="4509" v2="5334" v3="6350" />
+      <tetrahedron index="23434" v0="3775" v1="4637" v2="5278" v3="5862" />
+      <tetrahedron index="23435" v0="5191" v1="5540" v2="6209" v3="6745" />
+      <tetrahedron index="23436" v0="3571" v1="3750" v2="4686" v3="5400" />
+      <tetrahedron index="23437" v0="4687" v1="5206" v2="5824" v3="6361" />
+      <tetrahedron index="23438" v0="4258" v1="5189" v2="5412" v3="6867" />
+      <tetrahedron index="23439" v0="4589" v1="4672" v2="4843" v3="5298" />
+      <tetrahedron index="23440" v0="3715" v1="4357" v2="5074" v3="5374" />
+      <tetrahedron index="23441" v0="4442" v1="4668" v2="4742" v3="5417" />
+      <tetrahedron index="23442" v0="3636" v1="3824" v2="5180" v3="5791" />
+      <tetrahedron index="23443" v0="5005" v1="6173" v2="6727" v3="6965" />
+      <tetrahedron index="23444" v0="3955" v1="4148" v2="5236" v3="5543" />
+      <tetrahedron index="23445" v0="4093" v1="4153" v2="5486" v3="5742" />
+      <tetrahedron index="23446" v0="4277" v1="4694" v2="5756" v3="6416" />
+      <tetrahedron index="23447" v0="3324" v1="4023" v2="5427" v3="5429" />
+      <tetrahedron index="23448" v0="4730" v1="4738" v2="5052" v3="5601" />
+      <tetrahedron index="23449" v0="6429" v1="6852" v2="6902" v3="6912" />
+      <tetrahedron index="23450" v0="4158" v1="4172" v2="4173" v3="4370" />
+      <tetrahedron index="23451" v0="3881" v1="4046" v2="4783" v3="6012" />
+      <tetrahedron index="23452" v0="4948" v1="5141" v2="5738" v3="5976" />
+      <tetrahedron index="23453" v0="3418" v1="4121" v2="4676" v3="5229" />
+      <tetrahedron index="23454" v0="3736" v1="4436" v2="4748" v3="5270" />
+      <tetrahedron index="23455" v0="3414" v1="4460" v2="4841" v3="5058" />
+      <tetrahedron index="23456" v0="3598" v1="3612" v2="4145" v3="6251" />
+      <tetrahedron index="23457" v0="5054" v1="5072" v2="5695" v3="5851" />
+      <tetrahedron index="23458" v0="4791" v1="5085" v2="6338" v3="6497" />
+      <tetrahedron index="23459" v0="4808" v1="5216" v2="5837" v3="5858" />
+      <tetrahedron index="23460" v0="5012" v1="5524" v2="6266" v3="6424" />
+      <tetrahedron index="23461" v0="3528" v1="4016" v2="4195" v3="5442" />
+      <tetrahedron index="23462" v0="4130" v1="5110" v2="5700" v3="5825" />
+      <tetrahedron index="23463" v0="5042" v1="5582" v2="5583" v3="6579" />
+      <tetrahedron index="23464" v0="3409" v1="5293" v2="5774" v3="5930" />
+      <tetrahedron index="23465" v0="3792" v1="5383" v2="5485" v3="5726" />
+      <tetrahedron index="23466" v0="5093" v1="5767" v2="5768" v3="6432" />
+      <tetrahedron index="23467" v0="5639" v1="6317" v2="6319" v3="6812" />
+      <tetrahedron index="23468" v0="3424" v1="4050" v2="4517" v3="5801" />
+      <tetrahedron index="23469" v0="4384" v1="5558" v2="6210" v3="6747" />
+      <tetrahedron index="23470" v0="4949" v1="5378" v2="5379" v3="6030" />
+      <tetrahedron index="23471" v0="3856" v1="3857" v2="4767" v3="5078" />
+      <tetrahedron index="23472" v0="3935" v1="4337" v2="4499" v3="5645" />
+      <tetrahedron index="23473" v0="4162" v1="4321" v2="5315" v3="5725" />
+      <tetrahedron index="23474" v0="3318" v1="3319" v2="4389" v3="5658" />
+      <tetrahedron index="23475" v0="4051" v1="5217" v2="5856" v3="6481" />
+      <tetrahedron index="23476" v0="4506" v1="4704" v2="4726" v3="6273" />
+      <tetrahedron index="23477" v0="4815" v1="5042" v2="5582" v3="5747" />
+      <tetrahedron index="23478" v0="3462" v1="3463" v2="3543" v3="3654" />
+      <tetrahedron index="23479" v0="3331" v1="3469" v2="5354" v3="5779" />
+      <tetrahedron index="23480" v0="4944" v1="6115" v2="6685" v3="6686" />
+      <tetrahedron index="23481" v0="3825" v1="3826" v2="5056" v3="6108" />
+      <tetrahedron index="23482" v0="4045" v1="4149" v2="4200" v3="5555" />
+      <tetrahedron index="23483" v0="4081" v1="4162" v2="4514" v3="5961" />
+      <tetrahedron index="23484" v0="4924" v1="5304" v2="5305" v3="5942" />
+      <tetrahedron index="23485" v0="4324" v1="4655" v2="5306" v3="5946" />
+      <tetrahedron index="23486" v0="4906" v1="5407" v2="6066" v3="6144" />
+      <tetrahedron index="23487" v0="3767" v1="5210" v2="5829" v3="6364" />
+      <tetrahedron index="23488" v0="3590" v1="3990" v2="4297" v3="5100" />
+      <tetrahedron index="23489" v0="4747" v1="5574" v2="5806" v3="6249" />
+      <tetrahedron index="23490" v0="3911" v1="4672" v2="5138" v3="5935" />
+      <tetrahedron index="23491" v0="4975" v1="5447" v2="5448" v3="5449" />
+      <tetrahedron index="23492" v0="4983" v1="5468" v2="6134" v3="6698" />
+      <tetrahedron index="23493" v0="3709" v1="3735" v2="5182" v3="5608" />
+      <tetrahedron index="23494" v0="3751" v1="4061" v2="5399" v3="6362" />
+      <tetrahedron index="23495" v0="3639" v1="5205" v2="5665" v3="5824" />
+      <tetrahedron index="23496" v0="4425" v1="4689" v2="5536" v3="6207" />
+      <tetrahedron index="23497" v0="4249" v1="4353" v2="5508" v3="6031" />
+      <tetrahedron index="23498" v0="3245" v1="3246" v2="5062" v3="5622" />
+      <tetrahedron index="23499" v0="5465" v1="6535" v2="6536" v3="6897" />
+      <tetrahedron index="23500" v0="4946" v1="5067" v2="5386" v3="6020" />
+      <tetrahedron index="23501" v0="4900" v1="4988" v2="5835" v3="6503" />
+      <tetrahedron index="23502" v0="5520" v1="5598" v2="6273" v3="6472" />
+      <tetrahedron index="23503" v0="3294" v1="3642" v2="3917" v3="5238" />
+      <tetrahedron index="23504" v0="3277" v1="3284" v2="3734" v3="5059" />
+      <tetrahedron index="23505" v0="3760" v1="3761" v2="5079" v3="5103" />
+      <tetrahedron index="23506" v0="4635" v1="4636" v2="4797" v3="5896" />
+      <tetrahedron index="23507" v0="5138" v1="5326" v2="5973" v3="6574" />
+      <tetrahedron index="23508" v0="3974" v1="5047" v2="6264" v3="6265" />
+      <tetrahedron index="23509" v0="3590" v1="3592" v2="5565" v3="6356" />
+      <tetrahedron index="23510" v0="5614" v1="6289" v2="6789" v3="6792" />
+      <tetrahedron index="23511" v0="4103" v1="5063" v2="5451" v3="6111" />
+      <tetrahedron index="23512" v0="6519" v1="6520" v2="6699" v3="6953" />
+      <tetrahedron index="23513" v0="4918" v1="5805" v2="6079" v3="6456" />
+      <tetrahedron index="23514" v0="3460" v1="4771" v2="5807" v3="6459" />
+      <tetrahedron index="23515" v0="4744" v1="4821" v2="5350" v3="5351" />
+      <tetrahedron index="23516" v0="4736" v1="5223" v2="5478" v3="6141" />
+      <tetrahedron index="23517" v0="4181" v1="5277" v2="5629" v3="6355" />
+      <tetrahedron index="23518" v0="4891" v1="5031" v2="6759" v3="6760" />
+      <tetrahedron index="23519" v0="4942" v1="5682" v2="5683" v3="5912" />
+      <tetrahedron index="23520" v0="3478" v1="3636" v2="5180" v3="5791" />
+      <tetrahedron index="23521" v0="4872" v1="5050" v2="6269" v3="6327" />
+      <tetrahedron index="23522" v0="3664" v1="5061" v2="5250" v3="5652" />
+      <tetrahedron index="23523" v0="3882" v1="5085" v2="5664" v3="6338" />
+      <tetrahedron index="23524" v0="6582" v1="6595" v2="6839" v3="6845" />
+      <tetrahedron index="23525" v0="6075" v1="6283" v2="6787" v3="7027" />
+      <tetrahedron index="23526" v0="4932" v1="5705" v2="5970" v3="5974" />
+      <tetrahedron index="23527" v0="3724" v1="4055" v2="5710" v3="5913" />
+      <tetrahedron index="23528" v0="4494" v1="4525" v2="5595" v3="6007" />
+      <tetrahedron index="23529" v0="4580" v1="4711" v2="5150" v3="5999" />
+      <tetrahedron index="23530" v0="4424" v1="5388" v2="5390" v3="6619" />
+      <tetrahedron index="23531" v0="4638" v1="5336" v2="6349" v3="7024" />
+      <tetrahedron index="23532" v0="3690" v1="4548" v2="4799" v3="6199" />
+      <tetrahedron index="23533" v0="4901" v1="5864" v2="6506" v3="6508" />
+      <tetrahedron index="23534" v0="4194" v1="5414" v2="6074" v3="6653" />
+      <tetrahedron index="23535" v0="5041" v1="5116" v2="5514" v3="5901" />
+      <tetrahedron index="23536" v0="5167" v1="6156" v2="6804" v3="6843" />
+      <tetrahedron index="23537" v0="5298" v1="5314" v2="5670" v3="5936" />
+      <tetrahedron index="23538" v0="3250" v1="4016" v2="4017" v3="5463" />
+      <tetrahedron index="23539" v0="4613" v1="5541" v2="6244" v3="6762" />
+      <tetrahedron index="23540" v0="3749" v1="5579" v2="6254" v3="6772" />
+      <tetrahedron index="23541" v0="4068" v1="5070" v2="5774" v3="6320" />
+      <tetrahedron index="23542" v0="4897" v1="5078" v2="5231" v3="5717" />
+      <tetrahedron index="23543" v0="4863" v1="5902" v2="6097" v3="6941" />
+      <tetrahedron index="23544" v0="4523" v1="4579" v2="5285" v3="5924" />
+      <tetrahedron index="23545" v0="4496" v1="4536" v2="5895" v3="6531" />
+      <tetrahedron index="23546" v0="3827" v1="3952" v2="5513" v3="6110" />
+      <tetrahedron index="23547" v0="5040" v1="5174" v2="5578" v3="5580" />
+      <tetrahedron index="23548" v0="3337" v1="3339" v2="4509" v3="5334" />
+      <tetrahedron index="23549" v0="4964" v1="5444" v2="6129" v3="6676" />
+      <tetrahedron index="23550" v0="5113" v1="5257" v2="5890" v3="5891" />
+      <tetrahedron index="23551" v0="4868" v1="5766" v2="5981" v3="6138" />
+      <tetrahedron index="23552" v0="4126" v1="4561" v2="4811" v3="6189" />
+      <tetrahedron index="23553" v0="3664" v1="4155" v2="5652" v3="6328" />
+      <tetrahedron index="23554" v0="5221" v1="5840" v2="6644" v3="6961" />
+      <tetrahedron index="23555" v0="3269" v1="4989" v2="5267" v3="5308" />
+      <tetrahedron index="23556" v0="5847" v1="5889" v2="6338" v3="6496" />
+      <tetrahedron index="23557" v0="3828" v1="3908" v2="3909" v3="5271" />
+      <tetrahedron index="23558" v0="3300" v1="3954" v2="3955" v3="5543" />
+      <tetrahedron index="23559" v0="3327" v1="4203" v2="4204" v3="5430" />
+      <tetrahedron index="23560" v0="3850" v1="3851" v2="3852" v3="5894" />
+      <tetrahedron index="23561" v0="3473" v1="5084" v2="5661" v3="5773" />
+      <tetrahedron index="23562" v0="5559" v1="5867" v2="6509" v3="6510" />
+      <tetrahedron index="23563" v0="3921" v1="5070" v2="5642" v3="6320" />
+      <tetrahedron index="23564" v0="4273" v1="5345" v2="6191" v3="6272" />
+      <tetrahedron index="23565" v0="3745" v1="3811" v2="4372" v3="5581" />
+      <tetrahedron index="23566" v0="5246" v1="6277" v2="6655" v3="6788" />
+      <tetrahedron index="23567" v0="3418" v1="3419" v2="4121" v3="5666" />
+      <tetrahedron index="23568" v0="3905" v1="4285" v2="4286" v3="5954" />
+      <tetrahedron index="23569" v0="5269" v1="5477" v2="5846" v3="6653" />
+      <tetrahedron index="23570" v0="4977" v1="5453" v2="5776" v3="6321" />
+      <tetrahedron index="23571" v0="3700" v1="4218" v2="5563" v3="6318" />
+      <tetrahedron index="23572" v0="4679" v1="4912" v2="5319" v3="5949" />
+      <tetrahedron index="23573" v0="4976" v1="5512" v2="6176" v3="6177" />
+      <tetrahedron index="23574" v0="4041" v1="5031" v2="5564" v3="6238" />
+      <tetrahedron index="23575" v0="4896" v1="5225" v2="5226" v3="6499" />
+      <tetrahedron index="23576" v0="5349" v1="6287" v2="6722" v3="6734" />
+      <tetrahedron index="23577" v0="3363" v1="4115" v2="6345" v3="6826" />
+      <tetrahedron index="23578" v0="5439" v1="6098" v2="6099" v3="6675" />
+      <tetrahedron index="23579" v0="4923" v1="5636" v2="5833" v3="6317" />
+      <tetrahedron index="23580" v0="6130" v1="6537" v2="6696" v3="6697" />
+      <tetrahedron index="23581" v0="6430" v1="6855" v2="7023" v3="7030" />
+      <tetrahedron index="23582" v0="3413" v1="3496" v2="4263" v3="5447" />
+      <tetrahedron index="23583" v0="4923" v1="5301" v2="5302" v3="5940" />
+      <tetrahedron index="23584" v0="5761" v1="6176" v2="6652" v3="6729" />
+      <tetrahedron index="23585" v0="4331" v1="4344" v2="4345" v3="4505" />
+      <tetrahedron index="23586" v0="4185" v1="5191" v2="5540" v3="5813" />
+      <tetrahedron index="23587" v0="3850" v1="3852" v2="5894" v3="6529" />
+      <tetrahedron index="23588" v0="4891" v1="5109" v2="5211" v3="5830" />
+      <tetrahedron index="23589" v0="3810" v1="4208" v2="5134" v3="5786" />
+      <tetrahedron index="23590" v0="4122" v1="4316" v2="4317" v3="5609" />
+      <tetrahedron index="23591" v0="4893" v1="5021" v2="5835" v3="6214" />
+      <tetrahedron index="23592" v0="4920" v1="5291" v2="5506" v3="5931" />
+      <tetrahedron index="23593" v0="4872" v1="5648" v2="6326" v3="6394" />
+      <tetrahedron index="23594" v0="3978" v1="4585" v2="5392" v3="6048" />
+      <tetrahedron index="23595" v0="4434" v1="4477" v2="5218" v3="5837" />
+      <tetrahedron index="23596" v0="4634" v1="5437" v2="5546" v3="6218" />
+      <tetrahedron index="23597" v0="3439" v1="3705" v2="4019" v3="5851" />
+      <tetrahedron index="23598" v0="4462" v1="4463" v2="5711" v3="5909" />
+      <tetrahedron index="23599" v0="4922" v1="5299" v2="5760" v3="6425" />
+      <tetrahedron index="23600" v0="4887" v1="5199" v2="5674" v3="5713" />
+      <tetrahedron index="23601" v0="4088" v1="4445" v2="4747" v3="6249" />
+      <tetrahedron index="23602" v0="5193" v1="6188" v2="6408" v3="6469" />
+      <tetrahedron index="23603" v0="4883" v1="6276" v2="6793" v3="6950" />
+      <tetrahedron index="23604" v0="3602" v1="3790" v2="5108" v3="5225" />
+      <tetrahedron index="23605" v0="3691" v1="4050" v2="5187" v3="5801" />
+      <tetrahedron index="23606" v0="5755" v1="6419" v2="6598" v3="6914" />
+      <tetrahedron index="23607" v0="5958" v1="6568" v2="6900" v3="6901" />
+      <tetrahedron index="23608" v0="3585" v1="4683" v2="4684" v3="5938" />
+      <tetrahedron index="23609" v0="5054" v1="5696" v2="5848" v3="6367" />
+      <tetrahedron index="23610" v0="4523" v1="4579" v2="4597" v3="5924" />
+      <tetrahedron index="23611" v0="3537" v1="3800" v2="5934" v3="5972" />
+      <tetrahedron index="23612" v0="3579" v1="3699" v2="4755" v3="5569" />
+      <tetrahedron index="23613" v0="4027" v1="4104" v2="4823" v3="5082" />
+      <tetrahedron index="23614" v0="4997" v1="5516" v2="6180" v3="6732" />
+      <tetrahedron index="23615" v0="5632" v1="6313" v2="6693" v3="6951" />
+      <tetrahedron index="23616" v0="4007" v1="5583" v2="6256" v3="6257" />
+      <tetrahedron index="23617" v0="3474" v1="3476" v2="5102" v3="5117" />
+      <tetrahedron index="23618" v0="3848" v1="4834" v2="5313" v3="5956" />
+      <tetrahedron index="23619" v0="4975" v1="5865" v2="5867" v3="6509" />
+      <tetrahedron index="23620" v0="4721" v1="5491" v2="5731" v3="6395" />
+      <tetrahedron index="23621" v0="3478" v1="3971" v2="4019" v3="5794" />
+      <tetrahedron index="23622" v0="3914" v1="3943" v2="3986" v3="5080" />
+      <tetrahedron index="23623" v0="5014" v1="5458" v2="6120" v3="6688" />
+      <tetrahedron index="23624" v0="4269" v1="5088" v2="5795" v3="5798" />
+      <tetrahedron index="23625" v0="4951" v1="4974" v2="5382" v3="5445" />
+      <tetrahedron index="23626" v0="3527" v1="3792" v2="4973" v3="5383" />
+      <tetrahedron index="23627" v0="4243" v1="4806" v2="5057" v3="6031" />
+      <tetrahedron index="23628" v0="4498" v1="5071" v2="5254" v3="5887" />
+      <tetrahedron index="23629" v0="3914" v1="4840" v2="5115" v3="5908" />
+      <tetrahedron index="23630" v0="3618" v1="4262" v2="4437" v3="5662" />
+      <tetrahedron index="23631" v0="5002" v1="5358" v2="5864" v3="6010" />
+      <tetrahedron index="23632" v0="4891" v1="5052" v2="5213" v3="6760" />
+      <tetrahedron index="23633" v0="3788" v1="5016" v2="5531" v3="5532" />
+      <tetrahedron index="23634" v0="4125" v1="4307" v2="4431" v3="5434" />
+      <tetrahedron index="23635" v0="5207" v1="5209" v2="5828" v3="5927" />
+      <tetrahedron index="23636" v0="3487" v1="3488" v2="6617" v3="6938" />
+      <tetrahedron index="23637" v0="3587" v1="3978" v2="4585" v3="5392" />
+      <tetrahedron index="23638" v0="4331" v1="4505" v2="5429" v3="5789" />
+      <tetrahedron index="23639" v0="4132" v1="4796" v2="5427" v3="5428" />
+      <tetrahedron index="23640" v0="4649" v1="4808" v2="5687" v3="5837" />
+      <tetrahedron index="23641" v0="3985" v1="5227" v2="5850" v3="5851" />
+      <tetrahedron index="23642" v0="4965" v1="5420" v2="5889" v3="6496" />
+      <tetrahedron index="23643" v0="5038" v1="5406" v2="5480" v3="6144" />
+      <tetrahedron index="23644" v0="4487" v1="4610" v2="5722" v3="6692" />
+      <tetrahedron index="23645" v0="4086" v1="5925" v2="6091" v3="6457" />
+      <tetrahedron index="23646" v0="3655" v1="3787" v2="6374" v3="6742" />
+      <tetrahedron index="23647" v0="5437" v1="6099" v2="6217" v3="6674" />
+      <tetrahedron index="23648" v0="4095" v1="4558" v2="4703" v3="5376" />
+      <tetrahedron index="23649" v0="4247" v1="4272" v2="4315" v3="5497" />
+      <tetrahedron index="23650" v0="3447" v1="3951" v2="5591" v3="5803" />
+      <tetrahedron index="23651" v0="4650" v1="5203" v2="5822" v3="6873" />
+      <tetrahedron index="23652" v0="3542" v1="4151" v2="6109" v3="6605" />
+      <tetrahedron index="23653" v0="4184" v1="4336" v2="5639" v3="6318" />
+      <tetrahedron index="23654" v0="3693" v1="5364" v2="5845" v3="6494" />
+      <tetrahedron index="23655" v0="4906" v1="5249" v2="5407" v3="5882" />
+      <tetrahedron index="23656" v0="4935" v1="5636" v2="5639" v3="6317" />
+      <tetrahedron index="23657" v0="4463" v1="5121" v2="5711" v3="5909" />
+      <tetrahedron index="23658" v0="3238" v1="3545" v2="3619" v3="5419" />
+      <tetrahedron index="23659" v0="4300" v1="4788" v2="4835" v3="5831" />
+      <tetrahedron index="23660" v0="4882" v1="5188" v2="6092" v3="6458" />
+      <tetrahedron index="23661" v0="4135" v1="5184" v2="5323" v3="5969" />
+      <tetrahedron index="23662" v0="3577" v1="3799" v2="4616" v3="5253" />
+      <tetrahedron index="23663" v0="3462" v1="3617" v2="4599" v3="5469" />
+      <tetrahedron index="23664" v0="3339" v1="4439" v2="4485" v3="5471" />
+      <tetrahedron index="23665" v0="3535" v1="5890" v2="6113" v3="6684" />
+      <tetrahedron index="23666" v0="5881" v1="5953" v2="6521" v3="6891" />
+      <tetrahedron index="23667" v0="4856" v1="5588" v2="6052" v3="6638" />
+      <tetrahedron index="23668" v0="3652" v1="4426" v2="5111" v3="5777" />
+      <tetrahedron index="23669" v0="4855" v1="4912" v2="4989" v3="5949" />
+      <tetrahedron index="23670" v0="3908" v1="4490" v2="5271" v3="5908" />
+      <tetrahedron index="23671" v0="5248" v1="5547" v2="5880" v3="6096" />
+      <tetrahedron index="23672" v0="3322" v1="3323" v2="3434" v3="5578" />
+      <tetrahedron index="23673" v0="3231" v1="3613" v2="5158" v3="5473" />
+      <tetrahedron index="23674" v0="6619" v1="6623" v2="6844" v3="6969" />
+      <tetrahedron index="23675" v0="3828" v1="3909" v2="5271" v3="6730" />
+      <tetrahedron index="23676" v0="4967" v1="6084" v2="6085" v3="6661" />
+      <tetrahedron index="23677" v0="3574" v1="5881" v2="5953" v3="6523" />
+      <tetrahedron index="23678" v0="3480" v1="3872" v2="3873" v3="5089" />
+      <tetrahedron index="23679" v0="5032" v1="5778" v2="6813" v3="6861" />
+      <tetrahedron index="23680" v0="4947" v1="5372" v2="5373" v3="6023" />
+      <tetrahedron index="23681" v0="4846" v1="5249" v2="6065" v3="6524" />
+      <tetrahedron index="23682" v0="5087" v1="5292" v2="5929" v3="6024" />
+      <tetrahedron index="23683" v0="5783" v1="6444" v2="6445" v3="6865" />
+      <tetrahedron index="23684" v0="4632" v1="5073" v2="5468" v3="5597" />
+      <tetrahedron index="23685" v0="4275" v1="4586" v2="5178" v3="5733" />
+      <tetrahedron index="23686" v0="4946" v1="5369" v2="5386" v3="6020" />
+      <tetrahedron index="23687" v0="3931" v1="5288" v2="5927" v3="5928" />
+      <tetrahedron index="23688" v0="3914" v1="4490" v2="4840" v3="5908" />
+      <tetrahedron index="23689" v0="5091" v1="5122" v2="5674" v3="5713" />
+      <tetrahedron index="23690" v0="3690" v1="4474" v2="4799" v3="5013" />
+      <tetrahedron index="23691" v0="4904" v1="5458" v2="6122" v3="6126" />
+      <tetrahedron index="23692" v0="5031" v1="5565" v2="5831" v3="6238" />
+      <tetrahedron index="23693" v0="4921" v1="5671" v2="5936" v3="6826" />
+      <tetrahedron index="23694" v0="5149" v1="5814" v2="5999" v3="6599" />
+      <tetrahedron index="23695" v0="3796" v1="4229" v2="4484" v3="5893" />
+      <tetrahedron index="23696" v0="3563" v1="3564" v2="3611" v3="5818" />
+      <tetrahedron index="23697" v0="3475" v1="5117" v2="5258" v3="5663" />
+      <tetrahedron index="23698" v0="5105" v1="5690" v2="5691" v3="6339" />
+      <tetrahedron index="23699" v0="3595" v1="3740" v2="4638" v3="5356" />
+      <tetrahedron index="23700" v0="3826" v1="3944" v2="4606" v3="5240" />
+      <tetrahedron index="23701" v0="5243" v1="5276" v2="5627" v3="5872" />
+      <tetrahedron index="23702" v0="3642" v1="5021" v2="5543" v3="6214" />
+      <tetrahedron index="23703" v0="3737" v1="4575" v2="5146" v3="5678" />
+      <tetrahedron index="23704" v0="4895" v1="6275" v2="6491" v3="6881" />
+      <tetrahedron index="23705" v0="4594" v1="4720" v2="4767" v3="5716" />
+      <tetrahedron index="23706" v0="4072" v1="4680" v2="5778" v3="6162" />
+      <tetrahedron index="23707" v0="3914" v1="5080" v2="5115" v3="5908" />
+      <tetrahedron index="23708" v0="3478" v1="3635" v2="3971" v3="5181" />
+      <tetrahedron index="23709" v0="3589" v1="3723" v2="3845" v3="5261" />
+      <tetrahedron index="23710" v0="5021" v1="5218" v2="5836" v3="5859" />
+      <tetrahedron index="23711" v0="4059" v1="4103" v2="5451" v3="5626" />
+      <tetrahedron index="23712" v0="3914" v1="4490" v2="5080" v3="5908" />
+      <tetrahedron index="23713" v0="5510" v1="6172" v2="6174" v3="6965" />
+      <tetrahedron index="23714" v0="3491" v1="4794" v2="5260" v3="5857" />
+      <tetrahedron index="23715" v0="6052" v1="6053" v2="6443" v3="6976" />
+      <tetrahedron index="23716" v0="4901" v1="5448" v2="5866" v3="6108" />
+      <tetrahedron index="23717" v0="4995" v1="5731" v2="6152" v3="6395" />
+      <tetrahedron index="23718" v0="4219" v1="4220" v2="4658" v3="5387" />
+      <tetrahedron index="23719" v0="3284" v1="4974" v2="5133" v3="5382" />
+      <tetrahedron index="23720" v0="3816" v1="4292" v2="5539" v3="6041" />
+      <tetrahedron index="23721" v0="4738" v1="5052" v2="5213" v3="5601" />
+      <tetrahedron index="23722" v0="4050" v1="4517" v2="5186" v3="5801" />
+      <tetrahedron index="23723" v0="5036" v1="6048" v2="6051" v3="6631" />
+      <tetrahedron index="23724" v0="5337" v1="5981" v2="6205" v3="6743" />
+      <tetrahedron index="23725" v0="4177" v1="4285" v2="4286" v3="6235" />
+      <tetrahedron index="23726" v0="4923" v1="5744" v2="5938" v3="5939" />
+      <tetrahedron index="23727" v0="4269" v1="4707" v2="5088" v3="5669" />
+      <tetrahedron index="23728" v0="4869" v1="5160" v2="5770" v3="5773" />
+      <tetrahedron index="23729" v0="3367" v1="5248" v2="6518" v3="6523" />
+      <tetrahedron index="23730" v0="4223" v1="4224" v2="5147" v3="5637" />
+      <tetrahedron index="23731" v0="3277" v1="3284" v2="5059" v3="6064" />
+      <tetrahedron index="23732" v0="5617" v1="6292" v2="6597" v3="6907" />
+      <tetrahedron index="23733" v0="4962" v1="6072" v2="6130" v3="6696" />
+      <tetrahedron index="23734" v0="4958" v1="5399" v2="5400" v3="5691" />
+      <tetrahedron index="23735" v0="3377" v1="3748" v2="3765" v3="5441" />
+      <tetrahedron index="23736" v0="5149" v1="6408" v2="6868" v3="6871" />
+      <tetrahedron index="23737" v0="6568" v1="6577" v2="6922" v3="7010" />
+      <tetrahedron index="23738" v0="4955" v1="5554" v2="6740" v3="6927" />
+      <tetrahedron index="23739" v0="4926" v1="5547" v2="6521" v3="6523" />
+      <tetrahedron index="23740" v0="4119" v1="4797" v2="5260" v3="6615" />
+      <tetrahedron index="23741" v0="3250" v1="4981" v2="5463" v3="5464" />
+      <tetrahedron index="23742" v0="3352" v1="5664" v2="6338" v3="6822" />
+      <tetrahedron index="23743" v0="4163" v1="4762" v2="5123" v3="5198" />
+      <tetrahedron index="23744" v0="4965" v1="5847" v2="5889" v3="6496" />
+      <tetrahedron index="23745" v0="3658" v1="4146" v2="5183" v3="5795" />
+      <tetrahedron index="23746" v0="3399" v1="3401" v2="6801" v3="6803" />
+      <tetrahedron index="23747" v0="5182" v1="5608" v2="5696" v3="6366" />
+      <tetrahedron index="23748" v0="3257" v1="3265" v2="4991" v3="5587" />
+      <tetrahedron index="23749" v0="3594" v1="3596" v2="5333" v3="6132" />
+      <tetrahedron index="23750" v0="4306" v1="4380" v2="5290" v3="5732" />
+      <tetrahedron index="23751" v0="3947" v1="4419" v2="4836" v3="6175" />
+      <tetrahedron index="23752" v0="4190" v1="4198" v2="4380" v3="5131" />
+      <tetrahedron index="23753" v0="3340" v1="4538" v2="4709" v3="5765" />
+      <tetrahedron index="23754" v0="3399" v1="5124" v2="5827" v3="6306" />
+      <tetrahedron index="23755" v0="3831" v1="4288" v2="5112" v3="5703" />
+      <tetrahedron index="23756" v0="3908" v1="4490" v2="4840" v3="5908" />
+      <tetrahedron index="23757" v0="5510" v1="6174" v2="6233" v3="6965" />
+      <tetrahedron index="23758" v0="3692" v1="4736" v2="5223" v3="5843" />
+      <tetrahedron index="23759" v0="3232" v1="3772" v2="4417" v3="5119" />
+      <tetrahedron index="23760" v0="3875" v1="5865" v2="6109" v3="6508" />
+      <tetrahedron index="23761" v0="5397" v1="6053" v2="6637" v3="6638" />
+      <tetrahedron index="23762" v0="4977" v1="5644" v2="5645" v3="6322" />
+      <tetrahedron index="23763" v0="4853" v1="5402" v2="5524" v3="6060" />
+      <tetrahedron index="23764" v0="4918" v1="5926" v2="6567" v3="6905" />
+      <tetrahedron index="23765" v0="3440" v1="4256" v2="4549" v3="5224" />
+      <tetrahedron index="23766" v0="3283" v1="3382" v2="3387" v3="5901" />
+      <tetrahedron index="23767" v0="3468" v1="4617" v2="5356" v3="5779" />
+      <tetrahedron index="23768" v0="4254" v1="5024" v2="5577" v3="6253" />
+      <tetrahedron index="23769" v0="4023" v1="4024" v2="4025" v3="4469" />
+      <tetrahedron index="23770" v0="3350" v1="3351" v2="3536" v3="5890" />
+      <tetrahedron index="23771" v0="4179" v1="5185" v2="5497" v3="5798" />
+      <tetrahedron index="23772" v0="4362" v1="4363" v2="4695" v3="4774" />
+      <tetrahedron index="23773" v0="3812" v1="4275" v2="4586" v3="5786" />
+      <tetrahedron index="23774" v0="3420" v1="3422" v2="4589" v3="5314" />
+      <tetrahedron index="23775" v0="4009" v1="4079" v2="4131" v3="5799" />
+      <tetrahedron index="23776" v0="3324" v1="3940" v2="4132" v3="5427" />
+      <tetrahedron index="23777" v0="3548" v1="3585" v2="3586" v3="5302" />
+      <tetrahedron index="23778" v0="4936" v1="5340" v2="5341" v3="5984" />
+      <tetrahedron index="23779" v0="3534" v1="3535" v2="4337" v3="6113" />
+      <tetrahedron index="23780" v0="4209" v1="4338" v2="4399" v3="6553" />
+      <tetrahedron index="23781" v0="4439" v1="5471" v2="6136" v3="6350" />
+      <tetrahedron index="23782" v0="3851" v1="4358" v2="5263" v3="5894" />
+      <tetrahedron index="23783" v0="4128" v1="4797" v2="5033" v3="5568" />
+      <tetrahedron index="23784" v0="4884" v1="5556" v2="6209" v3="6461" />
+      <tetrahedron index="23785" v0="6626" v1="6627" v2="6923" v3="6925" />
+      <tetrahedron index="23786" v0="3703" v1="4615" v2="5369" v3="5386" />
+      <tetrahedron index="23787" v0="5211" v1="5289" v2="6274" v3="6369" />
+      <tetrahedron index="23788" v0="4215" v1="4391" v2="4586" v3="5178" />
+      <tetrahedron index="23789" v0="3666" v1="4105" v2="4618" v3="6816" />
+      <tetrahedron index="23790" v0="5031" v1="5566" v2="6239" v3="6240" />
+      <tetrahedron index="23791" v0="4979" v1="5660" v2="5773" v3="6334" />
+      <tetrahedron index="23792" v0="5287" v1="5423" v2="6081" v3="6256" />
+      <tetrahedron index="23793" v0="4003" v1="4693" v2="4787" v3="5693" />
+      <tetrahedron index="23794" v0="5178" v1="5429" v2="5788" v3="6448" />
+      <tetrahedron index="23795" v0="3444" v1="5324" v2="5911" v3="5970" />
+      <tetrahedron index="23796" v0="4896" v1="5072" v2="5850" v3="6499" />
+      <tetrahedron index="23797" v0="5114" v1="5208" v2="5826" v3="5827" />
+      <tetrahedron index="23798" v0="4492" v1="4532" v2="4718" v3="5516" />
+      <tetrahedron index="23799" v0="3777" v1="4776" v2="4822" v3="5604" />
+      <tetrahedron index="23800" v0="3623" v1="4314" v2="5237" v3="5860" />
+      <tetrahedron index="23801" v0="3309" v1="3686" v2="5291" v3="5933" />
+      <tetrahedron index="23802" v0="4747" v1="4789" v2="4829" v3="5574" />
+      <tetrahedron index="23803" v0="5269" v1="5270" v2="6015" v3="6612" />
+      <tetrahedron index="23804" v0="5873" v1="6124" v2="6693" v3="6787" />
+      <tetrahedron index="23805" v0="4964" v1="6105" v2="6129" v3="6676" />
+      <tetrahedron index="23806" v0="3324" v1="3817" v2="4332" v3="6086" />
+      <tetrahedron index="23807" v0="3283" v1="3741" v2="5007" v3="5654" />
+      <tetrahedron index="23808" v0="3527" v1="5383" v2="5444" v3="6514" />
+      <tetrahedron index="23809" v0="3626" v1="3724" v2="4055" v3="5913" />
+      <tetrahedron index="23810" v0="4862" v1="5764" v2="6233" v3="6757" />
+      <tetrahedron index="23811" v0="3730" v1="5312" v2="5824" v3="5955" />
+      <tetrahedron index="23812" v0="4970" v1="5433" v2="6591" v3="6940" />
+      <tetrahedron index="23813" v0="3280" v1="5266" v2="5901" v3="6058" />
+      <tetrahedron index="23814" v0="4139" v1="5389" v2="6041" v3="6620" />
+      <tetrahedron index="23815" v0="5091" v1="5122" v2="5674" v3="5715" />
+      <tetrahedron index="23816" v0="4222" v1="4395" v2="5292" v3="6547" />
+      <tetrahedron index="23817" v0="3244" v1="3573" v2="5547" v3="5952" />
+      <tetrahedron index="23818" v0="3453" v1="3455" v2="5207" v3="5927" />
+      <tetrahedron index="23819" v0="4930" v1="6167" v2="6721" v3="6880" />
+      <tetrahedron index="23820" v0="4861" v1="6585" v2="6622" v3="6908" />
+      <tetrahedron index="23821" v0="3460" v1="4326" v2="4771" v3="5807" />
+      <tetrahedron index="23822" v0="3806" v1="4367" v2="5039" v3="5576" />
+      <tetrahedron index="23823" v0="3712" v1="5533" v2="6057" v3="6835" />
+      <tetrahedron index="23824" v0="3294" v1="3296" v2="5021" v3="5836" />
+      <tetrahedron index="23825" v0="3338" v1="4134" v2="4757" v3="5335" />
+      <tetrahedron index="23826" v0="4270" v1="4639" v2="4651" v3="5375" />
+      <tetrahedron index="23827" v0="4366" v1="4544" v2="6095" v3="6517" />
+      <tetrahedron index="23828" v0="4940" v1="5016" v2="5596" v3="5676" />
+      <tetrahedron index="23829" v0="4875" v1="5590" v2="6259" v3="6265" />
+      <tetrahedron index="23830" v0="4714" v1="4744" v2="4821" v3="5351" />
+      <tetrahedron index="23831" v0="3259" v1="3973" v2="5046" v3="6265" />
+      <tetrahedron index="23832" v0="4718" v1="5515" v2="5516" v3="6187" />
+      <tetrahedron index="23833" v0="3664" v1="3665" v2="4155" v3="6328" />
+      <tetrahedron index="23834" v0="5024" v1="5039" v2="5967" v3="6196" />
+      <tetrahedron index="23835" v0="4287" v1="4432" v2="4437" v3="6335" />
+      <tetrahedron index="23836" v0="4885" v1="5599" v2="6587" v3="6840" />
+      <tetrahedron index="23837" v0="3761" v1="5079" v2="5591" v3="5804" />
+      <tetrahedron index="23838" v0="3550" v1="3551" v2="5098" v3="5385" />
+      <tetrahedron index="23839" v0="6589" v1="6666" v2="6667" v3="6911" />
+      <tetrahedron index="23840" v0="3900" v1="5203" v2="5206" v3="6362" />
+      <tetrahedron index="23841" v0="4518" v1="4615" v2="4658" v3="5387" />
+      <tetrahedron index="23842" v0="4216" v1="4433" v2="4662" v3="5235" />
+      <tetrahedron index="23843" v0="5278" v1="5862" v2="5918" v3="5922" />
+      <tetrahedron index="23844" v0="5058" v1="5611" v2="6011" v3="6610" />
+      <tetrahedron index="23845" v0="3331" v1="5354" v2="5355" v3="5779" />
+      <tetrahedron index="23846" v0="4970" v1="5434" v2="6090" v3="6665" />
+      <tetrahedron index="23847" v0="5053" v1="6275" v2="6782" v3="6881" />
+      <tetrahedron index="23848" v0="4266" v1="4486" v2="5989" v3="6702" />
+      <tetrahedron index="23849" v0="3714" v1="3715" v2="4357" v3="5374" />
+      <tetrahedron index="23850" v0="3669" v1="4693" v2="4765" v3="5915" />
+      <tetrahedron index="23851" v0="4105" v1="4574" v2="5211" v3="5830" />
+      <tetrahedron index="23852" v0="3338" v1="4757" v2="5335" v3="5765" />
+      <tetrahedron index="23853" v0="4787" v1="5243" v2="5693" v3="6478" />
+      <tetrahedron index="23854" v0="4912" v1="5266" v2="5962" v3="5966" />
+      <tetrahedron index="23855" v0="5002" v1="5611" v2="6607" v3="6610" />
+      <tetrahedron index="23856" v0="4620" v1="5145" v2="5963" v3="6405" />
+      <tetrahedron index="23857" v0="5205" v1="5821" v2="5824" v3="6829" />
+      <tetrahedron index="23858" v0="3774" v1="3836" v2="5282" v3="5920" />
+      <tetrahedron index="23859" v0="3873" v1="5089" v2="5672" v3="6343" />
+      <tetrahedron index="23860" v0="4886" v1="5029" v2="5081" v3="6817" />
+      <tetrahedron index="23861" v0="5470" v1="5624" v2="6111" v3="6540" />
+      <tetrahedron index="23862" v0="3540" v1="5457" v2="6118" v3="6389" />
+      <tetrahedron index="23863" v0="4866" v1="6072" v2="6535" v3="6799" />
+      <tetrahedron index="23864" v0="5943" v1="6308" v2="6551" v3="6554" />
+      <tetrahedron index="23865" v0="5246" v1="6201" v2="6285" v3="7000" />
+      <tetrahedron index="23866" v0="4176" v1="5029" v2="5081" v3="6332" />
+      <tetrahedron index="23867" v0="3575" v1="3631" v2="3887" v3="5885" />
+      <tetrahedron index="23868" v0="4954" v1="5393" v2="5984" v3="6578" />
+      <tetrahedron index="23869" v0="5630" v1="6308" v2="6806" v3="6924" />
+      <tetrahedron index="23870" v0="6717" v1="6794" v2="6929" v3="7021" />
+      <tetrahedron index="23871" v0="5493" v1="6050" v2="6630" v3="6710" />
+      <tetrahedron index="23872" v0="3997" v1="4056" v2="5125" v3="5329" />
+      <tetrahedron index="23873" v0="4863" v1="5268" v2="5902" v3="6150" />
+      <tetrahedron index="23874" v0="4919" v1="5288" v2="5289" v3="6369" />
+      <tetrahedron index="23875" v0="4547" v1="4809" v2="5637" v3="6812" />
+      <tetrahedron index="23876" v0="5135" v1="6237" v2="6356" v3="6759" />
+      <tetrahedron index="23877" v0="5170" v1="5783" v2="6106" v3="6444" />
+      <tetrahedron index="23878" v0="4979" v1="5660" v2="5702" v3="6334" />
+      <tetrahedron index="23879" v0="3472" v1="5084" v2="5093" v3="5677" />
+      <tetrahedron index="23880" v0="3493" v1="4421" v2="5239" v3="6608" />
+      <tetrahedron index="23881" v0="4868" v1="6204" v2="6373" v3="6832" />
+      <tetrahedron index="23882" v0="3879" v1="4645" v2="5173" v3="5886" />
+      <tetrahedron index="23883" v0="5119" v1="5707" v2="5708" v3="6380" />
+      <tetrahedron index="23884" v0="3637" v1="3638" v2="3639" v3="5205" />
+      <tetrahedron index="23885" v0="3658" v1="4109" v2="4264" v3="5183" />
+      <tetrahedron index="23886" v0="4584" v1="4585" v2="5394" v3="6045" />
+      <tetrahedron index="23887" v0="3292" v1="3760" v2="3893" v3="5079" />
+      <tetrahedron index="23888" v0="4164" v1="4401" v2="4677" v3="5377" />
+      <tetrahedron index="23889" v0="4916" v1="5142" v2="5920" v3="5922" />
+      <tetrahedron index="23890" v0="3901" v1="3902" v2="5068" v3="5638" />
+      <tetrahedron index="23891" v0="5048" v1="5591" v2="6376" v3="6377" />
+      <tetrahedron index="23892" v0="3888" v1="3889" v2="6039" v3="6618" />
+      <tetrahedron index="23893" v0="3527" v1="3528" v2="4195" v3="5442" />
+      <tetrahedron index="23894" v0="3803" v1="3846" v2="3847" v3="5294" />
+      <tetrahedron index="23895" v0="3751" v1="5399" v2="5691" v3="6362" />
+      <tetrahedron index="23896" v0="4718" v1="5411" v2="5516" v3="6187" />
+      <tetrahedron index="23897" v0="3276" v1="5137" v2="5398" v3="5820" />
+      <tetrahedron index="23898" v0="4023" v1="5426" v2="5427" v3="5429" />
+      <tetrahedron index="23899" v0="5004" v1="6171" v2="6594" v3="6880" />
+      <tetrahedron index="23900" v0="5523" v1="6194" v2="6310" v3="6555" />
+      <tetrahedron index="23901" v0="3750" v1="3751" v2="3972" v3="5400" />
+      <tetrahedron index="23902" v0="4583" v1="4778" v2="5647" v3="6341" />
+      <tetrahedron index="23903" v0="5860" v1="5922" v2="6505" v3="6886" />
+      <tetrahedron index="23904" v0="3507" v1="3508" v2="3587" v3="6050" />
+      <tetrahedron index="23905" v0="6752" v1="6784" v2="6949" v3="7015" />
+      <tetrahedron index="23906" v0="4889" v1="5206" v2="6361" v3="6829" />
+      <tetrahedron index="23907" v0="4372" v1="5171" v2="5581" v3="6085" />
+      <tetrahedron index="23908" v0="4837" v1="5194" v2="5815" v3="6000" />
+      <tetrahedron index="23909" v0="4372" v1="4466" v2="5171" v3="6085" />
+      <tetrahedron index="23910" v0="3253" v1="4016" v2="5299" v3="5937" />
+      <tetrahedron index="23911" v0="4068" v1="5291" v2="5774" v3="6320" />
+      <tetrahedron index="23912" v0="6055" v1="6641" v2="6864" v3="6913" />
+      <tetrahedron index="23913" v0="3231" v1="3613" v2="3657" v3="5473" />
+      <tetrahedron index="23914" v0="4879" v1="5695" v2="6365" v3="6366" />
+      <tetrahedron index="23915" v0="4946" v1="5371" v2="6021" v3="6614" />
+      <tetrahedron index="23916" v0="4946" v1="5369" v2="5370" v3="5371" />
+      <tetrahedron index="23917" v0="3939" v1="5176" v2="5580" v3="6255" />
+      <tetrahedron index="23918" v0="6291" v1="6678" v2="6876" v3="7009" />
+      <tetrahedron index="23919" v0="3404" v1="5087" v2="6340" v3="6547" />
+      <tetrahedron index="23920" v0="4869" v1="5160" v2="5773" v3="6334" />
+      <tetrahedron index="23921" v0="5527" v1="5723" v2="6117" v3="6200" />
+      <tetrahedron index="23922" v0="4278" v1="4279" v2="4424" v3="5388" />
+      <tetrahedron index="23923" v0="3976" v1="4640" v2="5097" v3="6351" />
+      <tetrahedron index="23924" v0="6174" v1="6231" v2="6312" v3="6756" />
+      <tetrahedron index="23925" v0="3451" v1="5242" v2="5829" v3="5871" />
+      <tetrahedron index="23926" v0="3412" v1="3956" v2="4190" v3="5447" />
+      <tetrahedron index="23927" v0="3874" v1="4183" v2="4640" v3="6351" />
+      <tetrahedron index="23928" v0="4867" v1="5556" v2="5945" v3="6895" />
+      <tetrahedron index="23929" v0="4879" v1="5179" v2="5792" v3="6382" />
+      <tetrahedron index="23930" v0="4877" v1="5040" v2="5174" v3="5578" />
+      <tetrahedron index="23931" v0="4089" v1="4505" v2="5429" v3="6448" />
+      <tetrahedron index="23932" v0="5101" v1="5854" v2="6358" v3="6501" />
+      <tetrahedron index="23933" v0="4863" v1="5001" v2="5503" v3="6236" />
+      <tetrahedron index="23934" v0="5126" v1="5723" v2="6117" v3="6200" />
+      <tetrahedron index="23935" v0="4933" v1="5330" v2="5332" v3="5976" />
+      <tetrahedron index="23936" v0="3614" v1="5473" v2="5766" v3="6831" />
+      <tetrahedron index="23937" v0="3857" v1="3877" v2="5078" v3="5819" />
+      <tetrahedron index="23938" v0="4120" v1="4171" v2="4716" v3="5553" />
+      <tetrahedron index="23939" v0="4879" v1="5181" v2="5792" v3="5793" />
+      <tetrahedron index="23940" v0="3827" v1="4103" v2="4187" v3="5450" />
+      <tetrahedron index="23941" v0="3901" v1="4643" v2="4809" v3="5637" />
+      <tetrahedron index="23942" v0="4960" v1="5067" v2="6067" v3="6650" />
+      <tetrahedron index="23943" v0="3849" v1="4843" v2="5296" v3="5297" />
+      <tetrahedron index="23944" v0="3316" v1="3493" v2="3494" v3="5865" />
+      <tetrahedron index="23945" v0="4742" v1="5225" v2="5849" v3="6367" />
+      <tetrahedron index="23946" v0="4878" v1="5787" v2="6446" v3="6662" />
+      <tetrahedron index="23947" v0="4401" v1="5136" v2="5375" v3="5377" />
+      <tetrahedron index="23948" v0="4867" v1="5762" v2="6465" v3="6895" />
+      <tetrahedron index="23949" v0="4750" v1="4756" v2="5823" v3="6477" />
+      <tetrahedron index="23950" v0="3294" v1="3642" v2="5021" v3="5238" />
+      <tetrahedron index="23951" v0="4568" v1="4839" v2="5815" v3="6474" />
+      <tetrahedron index="23952" v0="4254" v1="4798" v2="5024" v3="6253" />
+      <tetrahedron index="23953" v0="6626" v1="6631" v2="6923" v3="7011" />
+      <tetrahedron index="23954" v0="5692" v1="5879" v2="6681" v3="6946" />
+      <tetrahedron index="23955" v0="4347" v1="4388" v2="5634" v3="6314" />
+      <tetrahedron index="23956" v0="3462" v1="3654" v2="4599" v3="5469" />
+      <tetrahedron index="23957" v0="3372" v1="5454" v2="5455" v3="6296" />
+      <tetrahedron index="23958" v0="4320" v1="4373" v2="4507" v3="5926" />
+      <tetrahedron index="23959" v0="5669" v1="6161" v2="6323" v3="6341" />
+      <tetrahedron index="23960" v0="5352" v1="6001" v2="6002" v3="6600" />
+      <tetrahedron index="23961" v0="6279" v1="6442" v2="6783" v3="6862" />
+      <tetrahedron index="23962" v0="5392" v1="6045" v2="6626" v3="6633" />
+      <tetrahedron index="23963" v0="4126" v1="5009" v2="5345" v3="6940" />
+      <tetrahedron index="23964" v0="3341" v1="4207" v2="5160" v3="5773" />
+      <tetrahedron index="23965" v0="3281" v1="3386" v2="5128" v3="5964" />
+      <tetrahedron index="23966" v0="4342" v1="5007" v2="5116" v3="5514" />
+      <tetrahedron index="23967" v0="4487" v1="4611" v2="4715" v3="5722" />
+      <tetrahedron index="23968" v0="5086" v1="5205" v2="6476" v3="6829" />
+      <tetrahedron index="23969" v0="4267" v1="4268" v2="4630" v3="5474" />
+      <tetrahedron index="23970" v0="3841" v1="6084" v2="6085" v3="6661" />
+      <tetrahedron index="23971" v0="4909" v1="5256" v2="5257" v3="6076" />
+      <tetrahedron index="23972" v0="5039" v1="5967" v2="6434" v3="6573" />
+      <tetrahedron index="23973" v0="5234" v1="5675" v2="5856" v3="6347" />
+      <tetrahedron index="23974" v0="3376" v1="3526" v2="3529" v3="5202" />
+      <tetrahedron index="23975" v0="5648" v1="6325" v2="6394" v3="6395" />
+      <tetrahedron index="23976" v0="3588" v1="4117" v2="4731" v3="5395" />
+      <tetrahedron index="23977" v0="4712" v1="5477" v2="6141" v3="6704" />
+      <tetrahedron index="23978" v0="4036" v1="4074" v2="4594" v3="5717" />
+      <tetrahedron index="23979" v0="3460" v1="5527" v2="5807" v3="6459" />
+      <tetrahedron index="23980" v0="3477" v1="4371" v2="5199" v3="6387" />
+      <tetrahedron index="23981" v0="4071" v1="4522" v2="4657" v3="5499" />
+      <tetrahedron index="23982" v0="3978" v1="4116" v2="6048" v3="6051" />
+      <tetrahedron index="23983" v0="3569" v1="4293" v2="4313" v3="5500" />
+      <tetrahedron index="23984" v0="3287" v1="3734" v2="4492" v3="5613" />
+      <tetrahedron index="23985" v0="4486" v1="5350" v2="5989" v3="6702" />
+      <tetrahedron index="23986" v0="4996" v1="6155" v2="6492" v3="6715" />
+      <tetrahedron index="23987" v0="4565" v1="5102" v2="5254" v3="6375" />
+      <tetrahedron index="23988" v0="3241" v1="3364" v2="5273" v3="5911" />
+      <tetrahedron index="23989" v0="3762" v1="3874" v2="5592" v3="5706" />
+      <tetrahedron index="23990" v0="4036" v1="4626" v2="4720" v3="5718" />
+      <tetrahedron index="23991" v0="3353" v1="3429" v2="4565" v3="6375" />
+      <tetrahedron index="23992" v0="4415" v1="4807" v2="5283" v3="6886" />
+      <tetrahedron index="23993" v0="4700" v1="5536" v2="6190" v3="6744" />
+      <tetrahedron index="23994" v0="4153" v1="4169" v2="6135" v3="6149" />
+      <tetrahedron index="23995" v0="3590" v1="3591" v2="3592" v3="5565" />
+      <tetrahedron index="23996" v0="4045" v1="4149" v2="5555" v3="6029" />
+      <tetrahedron index="23997" v0="4934" v1="5333" v2="5335" v3="5979" />
+      <tetrahedron index="23998" v0="3401" v1="3531" v2="3615" v3="5114" />
+      <tetrahedron index="23999" v0="3994" v1="4306" v2="4334" v3="5290" />
+      <tetrahedron index="24000" v0="3393" v1="4181" v2="5277" v3="5629" />
+      <tetrahedron index="24001" v0="5309" v1="6055" v2="6098" v3="6643" />
+      <tetrahedron index="24002" v0="4636" v1="4729" v2="5234" v3="5857" />
+      <tetrahedron index="24003" v0="3891" v1="4218" v2="4304" v3="5504" />
+      <tetrahedron index="24004" v0="4371" v1="4720" v2="4767" v3="5716" />
+      <tetrahedron index="24005" v0="3707" v1="4228" v2="5436" v3="6415" />
+      <tetrahedron index="24006" v0="4970" v1="5433" v2="5434" v3="6094" />
+      <tetrahedron index="24007" v0="3838" v1="5120" v2="5277" v3="5710" />
+      <tetrahedron index="24008" v0="3356" v1="3357" v2="5226" v3="5850" />
+      <tetrahedron index="24009" v0="3428" v1="4369" v2="4793" v3="6709" />
+      <tetrahedron index="24010" v0="3919" v1="4415" v2="4807" v3="5283" />
+      <tetrahedron index="24011" v0="4438" v1="4626" v2="6386" v3="6387" />
+      <tetrahedron index="24012" v0="5167" v1="6227" v2="6228" v3="6753" />
+      <tetrahedron index="24013" v0="5040" v1="5171" v2="5581" v3="5784" />
+      <tetrahedron index="24014" v0="4153" v1="4169" v2="4170" v3="6149" />
+      <tetrahedron index="24015" v0="3617" v1="4983" v2="5467" v3="5469" />
+      <tetrahedron index="24016" v0="4896" v1="5227" v2="5847" v3="6496" />
+      <tetrahedron index="24017" v0="4858" v1="5509" v2="5518" v3="6183" />
+      <tetrahedron index="24018" v0="3426" v1="3427" v2="3428" v3="4205" />
+      <tetrahedron index="24019" v0="4936" v1="6577" v2="6629" v3="6922" />
+      <tetrahedron index="24020" v0="4948" v1="5377" v2="5921" v3="6025" />
+      <tetrahedron index="24021" v0="3454" v1="3455" v2="3766" v3="5825" />
+      <tetrahedron index="24022" v0="4853" v1="5407" v2="6066" v3="6677" />
+      <tetrahedron index="24023" v0="3232" v1="3657" v2="3938" v3="5709" />
+      <tetrahedron index="24024" v0="5048" v1="5592" v2="5706" v3="6377" />
+      <tetrahedron index="24025" v0="6577" v1="6903" v2="6974" v3="7011" />
+      <tetrahedron index="24026" v0="3288" v1="3290" v2="3515" v3="5143" />
+      <tetrahedron index="24027" v0="3377" v1="3603" v2="5202" v3="6838" />
+      <tetrahedron index="24028" v0="4121" v1="4213" v2="4676" v3="5229" />
+      <tetrahedron index="24029" v0="3433" v1="3647" v2="3864" v3="5370" />
+      <tetrahedron index="24030" v0="5161" v1="5290" v2="5643" v3="5930" />
+      <tetrahedron index="24031" v0="3542" v1="4080" v2="4151" v3="5611" />
+      <tetrahedron index="24032" v0="4271" v1="4677" v2="5375" v3="5377" />
+      <tetrahedron index="24033" v0="3534" v1="4337" v2="5645" v3="6113" />
+      <tetrahedron index="24034" v0="5718" v1="6386" v2="6387" v3="6449" />
+      <tetrahedron index="24035" v0="4905" v1="5879" v2="6519" v3="6520" />
+      <tetrahedron index="24036" v0="4853" v1="5407" v2="5882" v3="6524" />
+      <tetrahedron index="24037" v0="5025" v1="5998" v2="6595" v3="6702" />
+      <tetrahedron index="24038" v0="4893" v1="5216" v2="5218" v3="6503" />
+      <tetrahedron index="24039" v0="3604" v1="3919" v2="4452" v3="6544" />
+      <tetrahedron index="24040" v0="3861" v1="3959" v2="6133" v3="6326" />
+      <tetrahedron index="24041" v0="4468" v1="4564" v2="4700" v3="5537" />
+      <tetrahedron index="24042" v0="6634" v1="6666" v2="6750" v3="6972" />
+      <tetrahedron index="24043" v0="3459" v1="4040" v2="4749" v3="5607" />
+      <tetrahedron index="24044" v0="4979" v1="5660" v2="5767" v3="6832" />
+      <tetrahedron index="24045" v0="3551" v1="4214" v2="4464" v3="5385" />
+      <tetrahedron index="24046" v0="5200" v1="5819" v2="6388" v3="6500" />
+      <tetrahedron index="24047" v0="5753" v1="6249" v2="6250" v3="6769" />
+      <tetrahedron index="24048" v0="3800" v1="4073" v2="4168" v3="6824" />
+      <tetrahedron index="24049" v0="4919" v1="5209" v2="6401" v3="6402" />
+      <tetrahedron index="24050" v0="4724" v1="4732" v2="4745" v3="6598" />
+      <tetrahedron index="24051" v0="3274" v1="3383" v2="3792" v3="5726" />
+      <tetrahedron index="24052" v0="4929" v1="5320" v2="5727" v3="5964" />
+      <tetrahedron index="24053" v0="3784" v1="4053" v2="4054" v3="5340" />
+      <tetrahedron index="24054" v0="5292" v1="5293" v2="5929" v3="6547" />
+      <tetrahedron index="24055" v0="3239" v1="4461" v2="5909" v3="5975" />
+      <tetrahedron index="24056" v0="5269" v1="6073" v2="6612" v3="6893" />
+      <tetrahedron index="24057" v0="3554" v1="5018" v2="5534" v3="5739" />
+      <tetrahedron index="24058" v0="4980" v1="5460" v2="5462" v3="6128" />
+      <tetrahedron index="24059" v0="4656" v1="5355" v2="5490" v3="6007" />
+      <tetrahedron index="24060" v0="3266" v1="4956" v2="5404" v3="5587" />
+      <tetrahedron index="24061" v0="3849" v1="4834" v2="4843" v3="5956" />
+      <tetrahedron index="24062" v0="3639" v1="4828" v2="5665" v3="5824" />
+      <tetrahedron index="24063" v0="3728" v1="4107" v2="4135" v3="5323" />
+      <tetrahedron index="24064" v0="5458" v1="6121" v2="6688" v3="6950" />
+      <tetrahedron index="24065" v0="4429" v1="4582" v2="6174" v3="6231" />
+      <tetrahedron index="24066" v0="4966" v1="6659" v2="6660" v3="6938" />
+      <tetrahedron index="24067" v0="4985" v1="5472" v2="5772" v3="6136" />
+      <tetrahedron index="24068" v0="4943" v1="5599" v2="6221" v3="6668" />
+      <tetrahedron index="24069" v0="3245" v1="3246" v2="3248" v3="3249" />
+      <tetrahedron index="24070" v0="4657" v1="5184" v2="5499" v3="6160" />
+      <tetrahedron index="24071" v0="3766" v1="3897" v2="3898" v3="5825" />
+      <tetrahedron index="24072" v0="4934" v1="5337" v2="5765" v3="5981" />
+      <tetrahedron index="24073" v0="4847" v1="6246" v2="6569" v3="6611" />
+      <tetrahedron index="24074" v0="4877" v1="5172" v2="5173" v3="5174" />
+      <tetrahedron index="24075" v0="4021" v1="4022" v2="5546" v3="6216" />
+      <tetrahedron index="24076" v0="3909" v1="4058" v2="4489" v3="5197" />
+      <tetrahedron index="24077" v0="4882" v1="5992" v2="6939" v3="7013" />
+      <tetrahedron index="24078" v0="4334" v1="4380" v2="4413" v3="5290" />
+      <tetrahedron index="24079" v0="3911" v1="4672" v2="4843" v3="5296" />
+      <tetrahedron index="24080" v0="3904" v1="3905" v2="4286" v3="6565" />
+      <tetrahedron index="24081" v0="3387" v1="3798" v2="4411" v3="5041" />
+      <tetrahedron index="24082" v0="3937" v1="5394" v2="6049" v3="6635" />
+      <tetrahedron index="24083" v0="4802" v1="5112" v2="5576" v3="6252" />
+      <tetrahedron index="24084" v0="4583" v1="4707" v2="4708" v3="5646" />
+      <tetrahedron index="24085" v0="4879" v1="5695" v2="5793" v3="6365" />
+      <tetrahedron index="24086" v0="4879" v1="5182" v2="6382" v3="6384" />
+      <tetrahedron index="24087" v0="3333" v1="3334" v2="4265" v3="6205" />
+      <tetrahedron index="24088" v0="5165" v1="5467" v2="6326" v3="6394" />
+      <tetrahedron index="24089" v0="4414" v1="4434" v2="4477" v3="5218" />
+      <tetrahedron index="24090" v0="3695" v1="5095" v2="5273" v3="5911" />
+      <tetrahedron index="24091" v0="4361" v1="4362" v2="4363" v3="4695" />
+      <tetrahedron index="24092" v0="5126" v1="5722" v2="6123" v3="6692" />
+      <tetrahedron index="24093" v0="4869" v1="5702" v2="6252" v3="6399" />
+      <tetrahedron index="24094" v0="3647" v1="3889" v2="4518" v3="5369" />
+      <tetrahedron index="24095" v0="4117" v1="4760" v2="4832" v3="6225" />
+      <tetrahedron index="24096" v0="3873" v1="4099" v2="4699" v3="5672" />
+      <tetrahedron index="24097" v0="4188" v1="4192" v2="5063" v3="6111" />
+      <tetrahedron index="24098" v0="3941" v1="4176" v2="4739" v3="5081" />
+      <tetrahedron index="24099" v0="3471" v1="5093" v2="5768" v3="6005" />
+      <tetrahedron index="24100" v0="3719" v1="4061" v2="4118" v3="5691" />
+      <tetrahedron index="24101" v0="3714" v1="3715" v2="3716" v3="5505" />
+      <tetrahedron index="24102" v0="3249" v1="3264" v2="3372" v3="3501" />
+      <tetrahedron index="24103" v0="3919" v1="5280" v2="5281" v3="5283" />
+      <tetrahedron index="24104" v0="4871" v1="5163" v2="6438" v3="6439" />
+      <tetrahedron index="24105" v0="4985" v1="5472" v2="5473" v3="6436" />
+      <tetrahedron index="24106" v0="3230" v1="4439" v2="5471" v3="5472" />
+      <tetrahedron index="24107" v0="4909" v1="5664" v2="5889" v3="6822" />
+      <tetrahedron index="24108" v0="4949" v1="5026" v2="5554" v3="6029" />
+      <tetrahedron index="24109" v0="4766" v1="4827" v2="5849" v3="6498" />
+      <tetrahedron index="24110" v0="5996" v1="6582" v2="6839" v3="6967" />
+      <tetrahedron index="24111" v0="4911" v1="5610" v2="5900" v3="6013" />
+      <tetrahedron index="24112" v0="4968" v1="5429" v2="5788" v3="6086" />
+      <tetrahedron index="24113" v0="5714" v1="5715" v2="6384" v3="6833" />
+      <tetrahedron index="24114" v0="4926" v1="6054" v2="6263" v3="6774" />
+      <tetrahedron index="24115" v0="3405" v1="5293" v2="6340" v3="6547" />
+      <tetrahedron index="24116" v0="4342" v1="4818" v2="5041" v3="5116" />
+      <tetrahedron index="24117" v0="3230" v1="3231" v2="5471" v3="5472" />
+      <tetrahedron index="24118" v0="4946" v1="5067" v2="5370" v3="6019" />
+      <tetrahedron index="24119" v0="3320" v1="4104" v2="4790" v3="4898" />
+      <tetrahedron index="24120" v0="3493" v1="3494" v2="5239" v3="5865" />
+      <tetrahedron index="24121" v0="3450" v1="3533" v2="6305" v3="6802" />
+      <tetrahedron index="24122" v0="3591" v1="4041" v2="4788" v3="5565" />
+      <tetrahedron index="24123" v0="5094" v1="5678" v2="5832" v3="6298" />
+      <tetrahedron index="24124" v0="3810" v1="3811" v2="5175" v3="5786" />
+      <tetrahedron index="24125" v0="4096" v1="4448" v2="5279" v3="5863" />
+      <tetrahedron index="24126" v0="3455" v1="3754" v2="4114" v3="6371" />
+      <tetrahedron index="24127" v0="4270" v1="4423" v2="6025" v3="6026" />
+      <tetrahedron index="24128" v0="5348" v1="6004" v2="6171" v3="6616" />
+      <tetrahedron index="24129" v0="3326" v1="3423" v2="4734" v3="5172" />
+      <tetrahedron index="24130" v0="5208" v1="5694" v2="5826" v3="5827" />
+      <tetrahedron index="24131" v0="5769" v1="5772" v2="6378" v3="6701" />
+      <tetrahedron index="24132" v0="4579" v1="4597" v2="4820" v3="5924" />
+      <tetrahedron index="24133" v0="3548" v1="3552" v2="5302" v3="5940" />
+      <tetrahedron index="24134" v0="4347" v1="4388" v2="4389" v3="5634" />
+      <tetrahedron index="24135" v0="4086" v1="4307" v2="4431" v3="6665" />
+      <tetrahedron index="24136" v0="5169" v1="5876" v2="6288" v3="6515" />
+      <tetrahedron index="24137" v0="3298" v1="4052" v2="4593" v3="6481" />
+      <tetrahedron index="24138" v0="4741" v1="5459" v2="5462" v3="6119" />
+      <tetrahedron index="24139" v0="3727" v1="3732" v2="3896" v3="5723" />
+      <tetrahedron index="24140" v0="4891" v1="5031" v2="5565" v3="5685" />
+      <tetrahedron index="24141" v0="3468" v1="3862" v2="5165" v3="5730" />
+      <tetrahedron index="24142" v0="4454" v1="4789" v2="6249" v3="6250" />
+      <tetrahedron index="24143" v0="3578" v1="3580" v2="5724" v3="6390" />
+      <tetrahedron index="24144" v0="4929" v1="5201" v2="5320" v3="5727" />
+      <tetrahedron index="24145" v0="5297" v1="5313" v2="5936" v3="6344" />
+      <tetrahedron index="24146" v0="4496" v1="4536" v2="4842" v3="6531" />
+      <tetrahedron index="24147" v0="4389" v1="4503" v2="5634" v3="5658" />
+      <tetrahedron index="24148" v0="3395" v1="3623" v2="3929" v3="5861" />
+      <tetrahedron index="24149" v0="4295" v1="5412" v2="5414" v3="6074" />
+      <tetrahedron index="24150" v0="5004" v1="6030" v2="6594" v3="6616" />
+      <tetrahedron index="24151" v0="3600" v1="3839" v2="4442" v3="5226" />
+      <tetrahedron index="24152" v0="3305" v1="3969" v2="3970" v3="5653" />
+      <tetrahedron index="24153" v0="4559" v1="5163" v2="5777" v3="6440" />
+      <tetrahedron index="24154" v0="3540" v1="3725" v2="4740" v3="5457" />
+      <tetrahedron index="24155" v0="5026" v1="5552" v2="5555" v3="6223" />
+      <tetrahedron index="24156" v0="4355" v1="4408" v2="4778" v3="5647" />
+      <tetrahedron index="24157" v0="3406" v1="4128" v2="4797" v3="5033" />
+      <tetrahedron index="24158" v0="3389" v1="3390" v2="3874" v3="5706" />
+      <tetrahedron index="24159" v0="3574" v1="4057" v2="4462" v3="6818" />
+      <tetrahedron index="24160" v0="3984" v1="4791" v2="6338" v3="6497" />
+      <tetrahedron index="24161" v0="4379" v1="4824" v2="6359" v3="6828" />
+      <tetrahedron index="24162" v0="5026" v1="5554" v2="6636" v3="6927" />
+      <tetrahedron index="24163" v0="3876" v1="4151" v2="4152" v3="5611" />
+      <tetrahedron index="24164" v0="3270" v1="3278" v2="5133" v3="5406" />
+      <tetrahedron index="24165" v0="4170" v1="5106" v2="6149" v3="6681" />
+      <tetrahedron index="24166" v0="3465" v1="3466" v2="3467" v3="4697" />
+      <tetrahedron index="24167" v0="4980" v1="5457" v2="5459" v3="6119" />
+      <tetrahedron index="24168" v0="3614" v1="5083" v2="5532" v3="5766" />
+      <tetrahedron index="24169" v0="3262" v1="3372" v2="5455" v3="6114" />
+      <tetrahedron index="24170" v0="3280" v1="3386" v2="5320" v3="5964" />
+      <tetrahedron index="24171" v0="4166" v1="4637" v2="4663" v3="5278" />
+      <tetrahedron index="24172" v0="4253" v1="4288" v2="4802" v3="5736" />
+      <tetrahedron index="24173" v0="3521" v1="3522" v2="3944" v3="5357" />
+      <tetrahedron index="24174" v0="3340" v1="4485" v2="4757" v3="5765" />
+      <tetrahedron index="24175" v0="4250" v1="4507" v2="5926" v3="6581" />
+      <tetrahedron index="24176" v0="4917" v1="5750" v2="6734" v3="6845" />
+      <tetrahedron index="24177" v0="3617" v1="3801" v2="5469" v3="5780" />
+      <tetrahedron index="24178" v0="5881" v1="6521" v2="6522" v3="6891" />
+      <tetrahedron index="24179" v0="4967" v1="5784" v2="5785" v3="6447" />
+      <tetrahedron index="24180" v0="4915" v1="5274" v2="5912" v3="5914" />
+      <tetrahedron index="24181" v0="6687" v1="6877" v2="6962" v3="6997" />
+      <tetrahedron index="24182" v0="3670" v1="3671" v2="3860" v3="5124" />
+      <tetrahedron index="24183" v0="4774" v1="4823" v2="5082" v3="5090" />
+      <tetrahedron index="24184" v0="3991" v1="5148" v2="5986" v3="6580" />
+      <tetrahedron index="24185" v0="5769" v1="6380" v2="6435" v3="6858" />
+      <tetrahedron index="24186" v0="4985" v1="5660" v2="6137" v3="6350" />
+      <tetrahedron index="24187" v0="4852" v1="5614" v2="6106" v3="6679" />
+      <tetrahedron index="24188" v0="5446" v1="5614" v2="6288" v3="6289" />
+      <tetrahedron index="24189" v0="5127" v1="5725" v2="6042" v3="6467" />
+      <tetrahedron index="24190" v0="3878" v1="3927" v2="4300" v3="5566" />
+      <tetrahedron index="24191" v0="4560" v1="5127" v2="5725" v3="6391" />
+      <tetrahedron index="24192" v0="4746" v1="5353" v2="6003" v3="6598" />
+      <tetrahedron index="24193" v0="5519" v1="6191" v2="6624" v3="6738" />
+      <tetrahedron index="24194" v0="3821" v1="3884" v2="4461" v3="5327" />
+      <tetrahedron index="24195" v0="3890" v1="3891" v2="3892" v3="5529" />
+      <tetrahedron index="24196" v0="3496" v1="3558" v2="3967" v3="5775" />
+      <tetrahedron index="24197" v0="4915" v1="5274" v2="5275" v3="5276" />
+      <tetrahedron index="24198" v0="3590" v1="3755" v2="5685" v3="6356" />
+      <tetrahedron index="24199" v0="3541" v1="5247" v2="6119" v3="6691" />
+      <tetrahedron index="24200" v0="5023" v1="5546" v2="6216" v3="6485" />
+      <tetrahedron index="24201" v0="3642" v1="3917" v2="4416" v3="5238" />
+      <tetrahedron index="24202" v0="4339" v1="4419" v2="4836" v3="6175" />
+      <tetrahedron index="24203" v0="4899" v1="5233" v2="5234" v3="6358" />
+      <tetrahedron index="24204" v0="3997" v1="5125" v2="5410" v3="5586" />
+      <tetrahedron index="24205" v0="4873" v1="6626" v2="6627" v3="6923" />
+      <tetrahedron index="24206" v0="3569" v1="5431" v2="5500" v3="6088" />
+      <tetrahedron index="24207" v0="3733" v1="4016" v2="4195" v3="5463" />
+      <tetrahedron index="24208" v0="3464" v1="3861" v2="3959" v3="6134" />
+      <tetrahedron index="24209" v0="3847" v1="5294" v2="5506" v3="5932" />
+      <tetrahedron index="24210" v0="4442" v1="5225" v2="5226" v3="5417" />
+      <tetrahedron index="24211" v0="4422" v1="5024" v2="5525" v3="5549" />
+      <tetrahedron index="24212" v0="4041" v1="5031" v2="5565" v3="6238" />
+      <tetrahedron index="24213" v0="3489" v1="3854" v2="5380" v3="6032" />
+      <tetrahedron index="24214" v0="5463" v1="6120" v2="6129" v3="6834" />
+      <tetrahedron index="24215" v0="3799" v1="4590" v2="4616" v3="5884" />
+      <tetrahedron index="24216" v0="4146" v1="5183" v2="5549" v3="5795" />
+      <tetrahedron index="24217" v0="5510" v1="5557" v2="6233" v3="6234" />
+      <tetrahedron index="24218" v0="5191" v1="5811" v2="5813" v3="6209" />
+      <tetrahedron index="24219" v0="4433" v1="4434" v2="4808" v3="5837" />
+      <tetrahedron index="24220" v0="5179" v1="5367" v2="5792" v3="6018" />
+      <tetrahedron index="24221" v0="3246" v1="5062" v2="5621" v3="6297" />
+      <tetrahedron index="24222" v0="3332" v1="4227" v2="6007" v3="6203" />
+      <tetrahedron index="24223" v0="4375" v1="4404" v2="4721" v3="5731" />
+      <tetrahedron index="24224" v0="4876" v1="5169" v2="5445" v3="6288" />
+      <tetrahedron index="24225" v0="4919" v1="5289" v2="5927" v3="6371" />
+      <tetrahedron index="24226" v0="3624" v1="5235" v2="5237" v3="5479" />
+      <tetrahedron index="24227" v0="3723" v1="4032" v2="5264" v3="6530" />
+      <tetrahedron index="24228" v0="4874" v1="6159" v2="6714" v3="6715" />
+      <tetrahedron index="24229" v0="5189" v1="6460" v2="6538" v3="6867" />
+      <tetrahedron index="24230" v0="4515" v1="5072" v2="5790" v3="6499" />
+      <tetrahedron index="24231" v0="4874" v1="6159" v2="6715" v3="7015" />
+      <tetrahedron index="24232" v0="5450" v1="6110" v2="6111" v3="6682" />
+      <tetrahedron index="24233" v0="3991" v1="4083" v2="4399" v3="5986" />
+      <tetrahedron index="24234" v0="3946" v1="3947" v2="3948" v3="5873" />
+      <tetrahedron index="24235" v0="3490" v1="3723" v2="5261" v3="5897" />
+      <tetrahedron index="24236" v0="4872" v1="5978" v2="6006" v3="6604" />
+      <tetrahedron index="24237" v0="4161" v1="5291" v2="5933" v3="6320" />
+      <tetrahedron index="24238" v0="3567" v1="3920" v2="4260" v3="6354" />
+      <tetrahedron index="24239" v0="4892" v1="5562" v2="5620" v3="6236" />
+      <tetrahedron index="24240" v0="6047" v1="6634" v2="6903" v3="7029" />
+      <tetrahedron index="24241" v0="3288" v1="3290" v2="5143" v3="5739" />
+      <tetrahedron index="24242" v0="3981" v1="4497" v2="4536" v3="5689" />
+      <tetrahedron index="24243" v0="4964" v1="6105" v2="6678" v3="6689" />
+      <tetrahedron index="24244" v0="4194" v1="4748" v2="4816" v3="6653" />
+      <tetrahedron index="24245" v0="4892" v1="5620" v2="6295" v3="6298" />
+      <tetrahedron index="24246" v0="3355" v1="3650" v2="3839" v3="5420" />
+      <tetrahedron index="24247" v0="5361" v1="5552" v2="6221" v3="6222" />
+      <tetrahedron index="24248" v0="5112" v1="5659" v2="6373" v3="6831" />
+      <tetrahedron index="24249" v0="4987" v1="5477" v2="5846" v3="6495" />
+      <tetrahedron index="24250" v0="3836" v1="4095" v2="4096" v3="5279" />
+      <tetrahedron index="24251" v0="6054" v1="6485" v2="6642" v3="6874" />
+      <tetrahedron index="24252" v0="4895" v1="5222" v2="6153" v3="6957" />
+      <tetrahedron index="24253" v0="3501" v1="5030" v2="5214" v3="5622" />
+      <tetrahedron index="24254" v0="4868" v1="5159" v2="5767" v3="6432" />
+      <tetrahedron index="24255" v0="3596" v1="4134" v2="5333" v3="5335" />
+      <tetrahedron index="24256" v0="3420" v1="4589" v2="4756" v3="6477" />
+      <tetrahedron index="24257" v0="3416" v1="4084" v2="4234" v3="4460" />
+      <tetrahedron index="24258" v0="3772" v1="4417" v2="5119" v3="5708" />
+      <tetrahedron index="24259" v0="5195" v1="6462" v2="6470" v3="6872" />
+      <tetrahedron index="24260" v0="6410" v1="6619" v2="6844" v3="6969" />
+      <tetrahedron index="24261" v0="3857" v1="4398" v2="5078" v3="5819" />
+      <tetrahedron index="24262" v0="3385" v1="4029" v2="6036" v3="6889" />
+      <tetrahedron index="24263" v0="4898" v1="5058" v2="5612" v3="5633" />
+      <tetrahedron index="24264" v0="5749" v1="6462" v2="6470" v3="6868" />
+      <tetrahedron index="24265" v0="4080" v1="4151" v2="4152" v3="5611" />
+      <tetrahedron index="24266" v0="4123" v1="4198" v2="4380" v3="5131" />
+      <tetrahedron index="24267" v0="3471" v1="3632" v2="4588" v3="6005" />
+      <tetrahedron index="24268" v0="5305" v1="6033" v2="6550" v3="6580" />
+      <tetrahedron index="24269" v0="4923" v1="5301" v2="5302" v3="5938" />
+      <tetrahedron index="24270" v0="3748" v1="4066" v2="6405" v3="6838" />
+      <tetrahedron index="24271" v0="4941" v1="5357" v2="5633" v3="6008" />
+      <tetrahedron index="24272" v0="4987" v1="5844" v2="5846" v3="6141" />
+      <tetrahedron index="24273" v0="4172" v1="4173" v2="4370" v3="5650" />
+      <tetrahedron index="24274" v0="4446" v1="4450" v2="5540" v3="5813" />
+      <tetrahedron index="24275" v0="3509" v1="5329" v2="5330" v3="5734" />
+      <tetrahedron index="24276" v0="4001" v1="4176" v2="5560" v3="6332" />
+      <tetrahedron index="24277" v0="3742" v1="3744" v2="5281" v3="5923" />
+      <tetrahedron index="24278" v0="5234" v1="5857" v2="5896" v3="5899" />
+      <tetrahedron index="24279" v0="5060" v1="5616" v2="6293" v3="6679" />
+      <tetrahedron index="24280" v0="4954" v1="5984" v2="6047" v3="6629" />
+      <tetrahedron index="24281" v0="3722" v1="3847" v2="4481" v3="5932" />
+      <tetrahedron index="24282" v0="3970" v1="4015" v2="5628" v3="5721" />
+      <tetrahedron index="24283" v0="3446" v1="3736" v2="6297" v3="6796" />
+      <tetrahedron index="24284" v0="3811" v1="5175" v2="5425" v3="5786" />
+      <tetrahedron index="24285" v0="4413" v1="5161" v2="5290" v3="5930" />
+      <tetrahedron index="24286" v0="3879" v1="4645" v2="5252" v3="5886" />
+      <tetrahedron index="24287" v0="4501" v1="5328" v2="5331" v3="5585" />
+      <tetrahedron index="24288" v0="3600" v1="3910" v2="5226" v3="5790" />
+      <tetrahedron index="24289" v0="5287" v1="6081" v2="6256" v3="6257" />
+      <tetrahedron index="24290" v0="3689" v1="5593" v2="5777" v3="6197" />
+      <tetrahedron index="24291" v0="3398" v1="3401" v2="3531" v3="6801" />
+      <tetrahedron index="24292" v0="5522" v1="5632" v2="6312" v3="6313" />
+      <tetrahedron index="24293" v0="3336" v1="3468" v2="5730" v3="5779" />
+      <tetrahedron index="24294" v0="3429" v1="3958" v2="6375" v3="6684" />
+      <tetrahedron index="24295" v0="4891" v1="6239" v2="6759" v3="6760" />
+      <tetrahedron index="24296" v0="3926" v1="5326" v2="5934" v3="5973" />
+      <tetrahedron index="24297" v0="5134" v1="5788" v2="6448" v3="6663" />
+      <tetrahedron index="24298" v0="3926" v1="5138" v2="5326" v3="5934" />
+      <tetrahedron index="24299" v0="3294" v1="3296" v2="3297" v3="5836" />
+      <tetrahedron index="24300" v0="4034" v1="4424" v2="5390" v3="6619" />
+      <tetrahedron index="24301" v0="5193" v1="6408" v2="6586" v3="6987" />
+      <tetrahedron index="24302" v0="5589" v1="6261" v2="6637" v3="6874" />
+      <tetrahedron index="24303" v0="4364" v1="4428" v2="4501" v3="6069" />
+      <tetrahedron index="24304" v0="3563" v1="3564" v2="5674" v3="5818" />
+      <tetrahedron index="24305" v0="4886" v1="5512" v2="7003" v3="7028" />
+      <tetrahedron index="24306" v0="4945" v1="5718" v2="6017" v3="6386" />
+      <tetrahedron index="24307" v0="5993" v1="6221" v2="6590" v3="6668" />
+      <tetrahedron index="24308" v0="5196" v1="5881" v2="6522" v3="6818" />
+      <tetrahedron index="24309" v0="3264" v1="3501" v2="5030" v3="5622" />
+      <tetrahedron index="24310" v0="4859" v1="4982" v2="5151" v3="5384" />
+      <tetrahedron index="24311" v0="5435" v1="6091" v2="6588" v3="6910" />
+      <tetrahedron index="24312" v0="3279" v1="3280" v2="3386" v3="5320" />
+      <tetrahedron index="24313" v0="3349" v1="3351" v2="4290" v3="6078" />
+      <tetrahedron index="24314" v0="4208" v1="5134" v2="5733" v3="5786" />
+      <tetrahedron index="24315" v0="4908" v1="5254" v2="6527" v3="6684" />
+      <tetrahedron index="24316" v0="4034" v1="4652" v2="5390" v3="6471" />
+      <tetrahedron index="24317" v0="3602" v1="5108" v2="5225" v3="6365" />
+      <tetrahedron index="24318" v0="5714" v1="6382" v2="6383" v3="6833" />
+      <tetrahedron index="24319" v0="3484" v1="3573" v2="3904" v3="5311" />
+      <tetrahedron index="24320" v0="5365" v1="6947" v2="7025" v3="7026" />
+      <tetrahedron index="24321" v0="3395" v1="3396" v2="5479" v3="5861" />
+      <tetrahedron index="24322" v0="4909" v1="5022" v2="5544" v3="5892" />
+      <tetrahedron index="24323" v0="4919" v1="5698" v2="6401" v3="6402" />
+      <tetrahedron index="24324" v0="5268" v1="6097" v2="6098" v3="6150" />
+      <tetrahedron index="24325" v0="5093" v1="5676" v2="6348" v3="6432" />
+      <tetrahedron index="24326" v0="4580" v1="5150" v2="5999" v3="6411" />
+      <tetrahedron index="24327" v0="5014" v1="6389" v2="6690" v3="6834" />
+      <tetrahedron index="24328" v0="4562" v1="4563" v2="5537" v3="6621" />
+      <tetrahedron index="24329" v0="3752" v1="3754" v2="4574" v3="5289" />
+      <tetrahedron index="24330" v0="4657" v1="5184" v2="5497" v3="5969" />
+      <tetrahedron index="24331" v0="5517" v1="6183" v2="6184" v3="6186" />
+      <tetrahedron index="24332" v0="3276" v1="5137" v2="5398" v3="5735" />
+      <tetrahedron index="24333" v0="5317" v1="5961" v2="6428" v3="6571" />
+      <tetrahedron index="24334" v0="3322" v1="3687" v2="5061" v3="5578" />
+      <tetrahedron index="24335" v0="3839" v1="4442" v2="5226" v3="5417" />
+      <tetrahedron index="24336" v0="4044" v1="4046" v2="5362" v3="6226" />
+      <tetrahedron index="24337" v0="4982" v1="5384" v2="5466" v3="6037" />
+      <tetrahedron index="24338" v0="3790" v1="4311" v2="5696" v3="6367" />
+      <tetrahedron index="24339" v0="5051" v1="5598" v2="5817" v3="6474" />
+      <tetrahedron index="24340" v0="3716" v1="5505" v2="6169" v3="6548" />
+      <tetrahedron index="24341" v0="3667" v1="3745" v2="4372" v3="5171" />
+      <tetrahedron index="24342" v0="5311" v1="6564" v2="6891" v3="7004" />
+      <tetrahedron index="24343" v0="5246" v1="6121" v2="6201" v3="6934" />
+      <tetrahedron index="24344" v0="5251" v1="5253" v2="5564" v3="6237" />
+      <tetrahedron index="24345" v0="4767" v1="5078" v2="5716" v3="5819" />
+      <tetrahedron index="24346" v0="3688" v1="5495" v2="6114" v3="6154" />
+      <tetrahedron index="24347" v0="4144" v1="4759" v2="4774" v3="5082" />
+      <tetrahedron index="24348" v0="4087" v1="4228" v2="4307" v3="6090" />
+      <tetrahedron index="24349" v0="4851" v1="5147" v2="5939" v3="6317" />
+      <tetrahedron index="24350" v0="4952" v1="5098" v2="5384" v3="6037" />
+      <tetrahedron index="24351" v0="3512" v1="3678" v2="4428" v3="5409" />
+      <tetrahedron index="24352" v0="3288" v1="3682" v2="3950" v3="5739" />
+      <tetrahedron index="24353" v0="3575" v1="3629" v2="3631" v3="5251" />
+      <tetrahedron index="24354" v0="4764" v1="4781" v2="5204" v3="6476" />
+      <tetrahedron index="24355" v0="5554" v1="6029" v2="6202" v3="6927" />
+      <tetrahedron index="24356" v0="3632" v1="3633" v2="6433" v3="6857" />
+      <tetrahedron index="24357" v0="5678" v1="5832" v2="6297" v3="6298" />
+      <tetrahedron index="24358" v0="3977" v1="5118" v2="5681" v3="6351" />
+      <tetrahedron index="24359" v0="4417" v1="5119" v2="5708" v3="6379" />
+      <tetrahedron index="24360" v0="3548" v1="5301" v2="5302" v3="5940" />
+      <tetrahedron index="24361" v0="5864" v1="6010" v2="6508" v3="6608" />
+      <tetrahedron index="24362" v0="3871" v1="3902" v2="5151" v3="5729" />
+      <tetrahedron index="24363" v0="4107" v1="5323" v2="5769" v3="6435" />
+      <tetrahedron index="24364" v0="4896" v1="5226" v2="5417" v3="6496" />
+      <tetrahedron index="24365" v0="5149" v1="5751" v2="6408" v3="6916" />
+      <tetrahedron index="24366" v0="3464" v1="4330" v2="4812" v3="6134" />
+      <tetrahedron index="24367" v0="4905" v1="6299" v2="6519" v3="6520" />
+      <tetrahedron index="24368" v0="4070" v1="5498" v2="6161" v3="6163" />
+      <tetrahedron index="24369" v0="3470" v1="3471" v2="3618" v3="5662" />
+      <tetrahedron index="24370" v0="4954" v1="5392" v2="5394" v3="6045" />
+      <tetrahedron index="24371" v0="3586" v1="4030" v2="5098" v3="5302" />
+      <tetrahedron index="24372" v0="3746" v1="5040" v2="5175" v3="5579" />
+      <tetrahedron index="24373" v0="3457" v1="5134" v2="6087" v3="6254" />
+      <tetrahedron index="24374" v0="6279" v1="6613" v2="6862" v3="6949" />
+      <tetrahedron index="24375" v0="3291" v1="3760" v2="4233" v3="5103" />
+      <tetrahedron index="24376" v0="4584" v1="5394" v2="6045" v3="6049" />
+      <tetrahedron index="24377" v0="3776" v1="4053" v2="4054" v3="6309" />
+      <tetrahedron index="24378" v0="5317" v1="6082" v2="6571" v3="6658" />
+      <tetrahedron index="24379" v0="6029" v1="6202" v2="6741" v3="6927" />
+      <tetrahedron index="24380" v0="5258" v1="5419" v2="5663" v3="6336" />
+      <tetrahedron index="24381" v0="3741" v1="4005" v2="5077" v3="5654" />
+      <tetrahedron index="24382" v0="4861" v1="5009" v2="6585" v3="6624" />
+      <tetrahedron index="24383" v0="5045" v1="5125" v2="5329" v3="5586" />
+      <tetrahedron index="24384" v0="3760" v1="3762" v2="3893" v3="5079" />
+      <tetrahedron index="24385" v0="6882" v1="6920" v2="6999" v3="7025" />
+      <tetrahedron index="24386" v0="3239" v1="3710" v2="5324" v3="5327" />
+      <tetrahedron index="24387" v0="4570" v1="4804" v2="4844" v3="5265" />
+      <tetrahedron index="24388" v0="4425" v1="4700" v2="5536" v3="6744" />
+      <tetrahedron index="24389" v0="3479" v1="5206" v2="5312" v3="5824" />
+      <tetrahedron index="24390" v0="4943" v1="5552" v2="6221" v3="6222" />
+      <tetrahedron index="24391" v0="5207" v1="5927" v2="6370" v3="6371" />
+      <tetrahedron index="24392" v0="3974" v1="3975" v2="5047" v3="6265" />
+      <tetrahedron index="24393" v0="4467" v1="4468" v2="4561" v3="5519" />
+      <tetrahedron index="24394" v0="3855" v1="3972" v2="5231" v3="5400" />
+      <tetrahedron index="24395" v0="5053" v1="5606" v2="6283" v3="7027" />
+      <tetrahedron index="24396" v0="4892" v1="5622" v2="6236" v3="6298" />
+      <tetrahedron index="24397" v0="4267" v1="5342" v2="5474" v3="6139" />
+      <tetrahedron index="24398" v0="4071" v1="4315" v2="5499" v3="6163" />
+      <tetrahedron index="24399" v0="4994" v1="5150" v2="5751" v3="5752" />
+      <tetrahedron index="24400" v0="4494" v1="5595" v2="6007" v3="6918" />
+      <tetrahedron index="24401" v0="3459" v1="3461" v2="5245" v3="6285" />
+      <tetrahedron index="24402" v0="4920" v1="5003" v2="6169" v3="6548" />
+      <tetrahedron index="24403" v0="5993" v1="6093" v2="6668" v3="6669" />
+      <tetrahedron index="24404" v0="3976" v1="3977" v2="5097" v3="6351" />
+      <tetrahedron index="24405" v0="4326" v1="4737" v2="4753" v3="6704" />
+      <tetrahedron index="24406" v0="6276" v1="6538" v2="6793" v3="6977" />
+      <tetrahedron index="24407" v0="3739" v1="3795" v2="4197" v3="6255" />
+      <tetrahedron index="24408" v0="3924" v1="4515" v2="4552" v3="5179" />
+      <tetrahedron index="24409" v0="5493" v1="6156" v2="6712" v3="6958" />
+      <tetrahedron index="24410" v0="5415" v1="5632" v2="6194" v3="6195" />
+      <tetrahedron index="24411" v0="3291" v1="3292" v2="3760" v3="5103" />
+      <tetrahedron index="24412" v0="4942" v1="5359" v2="5913" v3="6354" />
+      <tetrahedron index="24413" v0="4625" v1="4666" v2="5597" v3="6269" />
+      <tetrahedron index="24414" v0="5192" v1="5812" v2="6230" v3="6746" />
+      <tetrahedron index="24415" v0="3419" v1="3960" v2="5086" v3="6823" />
+      <tetrahedron index="24416" v0="3266" v1="3277" v2="3285" v3="6064" />
+      <tetrahedron index="24417" v0="3789" v1="3961" v2="4143" v3="5714" />
+      <tetrahedron index="24418" v0="3431" v1="3432" v2="5408" v3="5410" />
+      <tetrahedron index="24419" v0="4954" v1="5394" v2="6045" v3="6049" />
+      <tetrahedron index="24420" v0="4974" v1="5445" v2="6444" v3="6445" />
+      <tetrahedron index="24421" v0="4846" v1="5741" v2="6065" v3="6422" />
+      <tetrahedron index="24422" v0="3534" v1="4577" v2="5453" v3="5645" />
+      <tetrahedron index="24423" v0="4471" v1="4472" v2="4779" v3="6185" />
+      <tetrahedron index="24424" v0="5305" v1="5763" v2="5943" v3="6550" />
+      <tetrahedron index="24425" v0="4169" v1="4186" v2="4575" v3="6700" />
+      <tetrahedron index="24426" v0="5559" v1="5867" v2="6107" v3="6510" />
+      <tetrahedron index="24427" v0="5616" v1="5783" v2="6294" v3="6679" />
+      <tetrahedron index="24428" v0="3291" v1="3293" v2="5077" v3="5103" />
+      <tetrahedron index="24429" v0="3292" v1="3293" v2="4592" v3="5103" />
+      <tetrahedron index="24430" v0="3675" v1="5257" v2="5544" v3="5891" />
+      <tetrahedron index="24431" v0="4902" v1="5243" v2="5627" v3="5915" />
+      <tetrahedron index="24432" v0="4659" v1="4741" v2="5460" v3="5462" />
+      <tetrahedron index="24433" v0="3545" v1="3546" v2="3796" v3="5544" />
+      <tetrahedron index="24434" v0="3280" v1="3283" v2="3382" v3="5901" />
+      <tetrahedron index="24435" v0="4628" v1="5049" v2="5594" v3="6683" />
+      <tetrahedron index="24436" v0="4926" v1="6521" v2="6891" v3="7004" />
+      <tetrahedron index="24437" v0="3317" v1="3686" v2="4387" v3="5642" />
+      <tetrahedron index="24438" v0="5037" v1="6545" v2="6567" v3="6581" />
+      <tetrahedron index="24439" v0="3306" v1="3307" v2="4787" v3="5243" />
+      <tetrahedron index="24440" v0="4608" v1="4682" v2="5093" v3="6349" />
+      <tetrahedron index="24441" v0="4076" v1="4539" v2="5535" v3="6206" />
+      <tetrahedron index="24442" v0="3811" v1="4372" v2="5581" v3="6661" />
+      <tetrahedron index="24443" v0="3268" v1="3379" v2="5038" v3="5480" />
+      <tetrahedron index="24444" v0="5008" v1="5515" v2="5517" v3="6186" />
+      <tetrahedron index="24445" v0="3511" v1="3513" v2="4225" v3="5585" />
+      <tetrahedron index="24446" v0="3453" v1="3753" v2="3754" v3="5927" />
+      <tetrahedron index="24447" v0="4862" v1="5632" v2="6310" v3="6312" />
+      <tetrahedron index="24448" v0="5042" v1="5582" v2="5583" v3="6256" />
+      <tetrahedron index="24449" v0="4673" v1="4754" v2="4813" v3="5121" />
+      <tetrahedron index="24450" v0="3364" v1="3445" v2="5273" v3="5911" />
+      <tetrahedron index="24451" v0="5168" v1="5997" v2="6170" v3="6877" />
+      <tetrahedron index="24452" v0="4362" v1="4363" v2="4759" v3="4774" />
+      <tetrahedron index="24453" v0="3715" v1="3987" v2="5003" v3="5074" />
+      <tetrahedron index="24454" v0="4589" v1="4834" v2="4843" v3="5956" />
+      <tetrahedron index="24455" v0="3309" v1="3310" v2="4513" v3="5506" />
+      <tetrahedron index="24456" v0="5091" v1="5199" v2="5674" v3="5713" />
+      <tetrahedron index="24457" v0="4877" v1="5061" v2="5174" v3="5578" />
+      <tetrahedron index="24458" v0="4058" v1="4502" v2="4688" v3="6071" />
+      <tetrahedron index="24459" v0="4681" v1="4935" v2="6316" v3="6811" />
+      <tetrahedron index="24460" v0="4889" v1="5206" v2="6361" v3="6362" />
+      <tetrahedron index="24461" v0="5132" v1="5239" v2="5241" v3="5868" />
+      <tetrahedron index="24462" v0="4064" v1="4183" v2="4640" v3="5097" />
+      <tetrahedron index="24463" v0="5006" v1="5692" v2="5881" v3="6518" />
+      <tetrahedron index="24464" v0="4519" v1="4554" v2="5104" v3="6241" />
+      <tetrahedron index="24465" v0="5680" v1="5706" v2="6351" v3="6352" />
+      <tetrahedron index="24466" v0="5490" v1="5730" v2="6006" v3="6394" />
+      <tetrahedron index="24467" v0="4881" v1="5017" v2="5502" v3="5803" />
+      <tetrahedron index="24468" v0="4051" v1="4052" v2="4593" v3="6481" />
+      <tetrahedron index="24469" v0="3539" v1="3821" v2="3822" v3="5972" />
+      <tetrahedron index="24470" v0="4262" v1="4437" v2="5662" v3="6335" />
+      <tetrahedron index="24471" v0="3511" v1="3513" v2="5045" v3="6651" />
+      <tetrahedron index="24472" v0="4438" v1="4457" v2="4552" v3="5181" />
+      <tetrahedron index="24473" v0="5068" v1="5636" v2="5638" v3="6315" />
+      <tetrahedron index="24474" v0="3516" v1="3517" v2="3556" v3="5017" />
+      <tetrahedron index="24475" v0="4074" v1="4555" v2="4594" v3="5231" />
+      <tetrahedron index="24476" v0="4379" v1="4824" v2="4842" v3="6828" />
+      <tetrahedron index="24477" v0="4903" v1="5244" v2="5460" v3="6124" />
+      <tetrahedron index="24478" v0="3960" v1="4035" v2="4781" v3="6476" />
+      <tetrahedron index="24479" v0="4242" v1="5364" v2="5846" v3="6015" />
+      <tetrahedron index="24480" v0="5396" v1="6060" v2="6445" v3="6865" />
+      <tetrahedron index="24481" v0="4909" v1="5257" v2="5544" v3="6076" />
+      <tetrahedron index="24482" v0="3961" v1="4142" v2="6017" v3="6383" />
+      <tetrahedron index="24483" v0="4097" v1="5279" v2="5919" v3="5923" />
+      <tetrahedron index="24484" v0="3938" v1="4417" v2="5119" v3="6379" />
+      <tetrahedron index="24485" v0="3538" v1="3539" v2="3822" v3="5972" />
+      <tetrahedron index="24486" v0="3479" v1="4687" v2="4702" v3="5824" />
+      <tetrahedron index="24487" v0="5112" v1="5659" v2="5703" v3="6373" />
+      <tetrahedron index="24488" v0="4300" v1="4835" v2="5831" v3="6238" />
+      <tetrahedron index="24489" v0="4852" v1="6287" v2="6597" v3="6789" />
+      <tetrahedron index="24490" v0="3282" v1="5133" v2="5382" v3="5726" />
+      <tetrahedron index="24491" v0="4997" v1="5876" v2="5877" v3="6180" />
+      <tetrahedron index="24492" v0="3690" v1="4474" v2="5013" v3="5593" />
+      <tetrahedron index="24493" v0="4258" v1="4295" v2="5412" v3="6074" />
+      <tetrahedron index="24494" v0="5096" v1="5698" v2="5701" v3="6368" />
+      <tetrahedron index="24495" v0="3773" v1="4216" v2="4343" v3="6504" />
+      <tetrahedron index="24496" v0="6044" v1="6625" v2="6629" v3="6925" />
+      <tetrahedron index="24497" v0="4874" v1="6116" v2="6687" v3="6716" />
+      <tetrahedron index="24498" v0="4863" v1="5488" v2="5620" v3="5902" />
+      <tetrahedron index="24499" v0="4054" v1="5631" v2="5983" v3="6309" />
+      <tetrahedron index="24500" v0="4126" v1="4430" v2="4811" v3="6736" />
+      <tetrahedron index="24501" v0="3507" v1="3980" v2="5222" v3="5842" />
+      <tetrahedron index="24502" v0="4231" v1="4350" v2="4397" v3="5236" />
+      <tetrahedron index="24503" v0="5166" v1="5781" v2="5842" v3="6281" />
+      <tetrahedron index="24504" v0="5019" v1="5537" v2="5538" v3="6621" />
+      <tetrahedron index="24505" v0="3405" v1="3408" v2="3643" v3="5293" />
+      <tetrahedron index="24506" v0="4880" v1="5088" v2="5668" v3="5798" />
+      <tetrahedron index="24507" v0="5292" v1="5293" v2="5930" v3="6547" />
+      <tetrahedron index="24508" v0="3241" v1="3365" v2="3366" v3="5692" />
+      <tetrahedron index="24509" v0="4887" v1="5199" v2="5716" v3="6387" />
+      <tetrahedron index="24510" v0="3407" v1="5209" v2="5288" v3="5927" />
+      <tetrahedron index="24511" v0="5094" v1="5146" v2="5678" v3="5939" />
+      <tetrahedron index="24512" v0="4236" v1="4484" v2="5893" v3="6215" />
+      <tetrahedron index="24513" v0="5195" v1="5816" v2="6470" v3="6872" />
+      <tetrahedron index="24514" v0="4942" v1="5120" v2="6353" v3="6985" />
+      <tetrahedron index="24515" v0="3795" v1="4810" v2="5428" v3="5430" />
+      <tetrahedron index="24516" v0="3561" v1="3562" v2="5358" v3="6010" />
+      <tetrahedron index="24517" v0="4114" v1="4573" v2="4574" v3="5109" />
+      <tetrahedron index="24518" v0="4027" v1="4801" v2="5082" v3="5658" />
+      <tetrahedron index="24519" v0="3969" v1="4064" v2="4212" v3="5683" />
+      <tetrahedron index="24520" v0="4479" v1="4678" v2="4679" v3="5308" />
+      <tetrahedron index="24521" v0="4007" v1="4308" v2="4373" v3="5583" />
+      <tetrahedron index="24522" v0="3315" v1="3923" v2="3934" v3="6510" />
+      <tetrahedron index="24523" v0="3804" v1="4386" v2="5322" v3="5968" />
+      <tetrahedron index="24524" v0="3335" v1="3599" v2="4833" v3="5532" />
+      <tetrahedron index="24525" v0="4567" v1="5347" v2="5600" v3="6272" />
+      <tetrahedron index="24526" v0="3260" v1="3269" v2="3802" v3="5308" />
+      <tetrahedron index="24527" v0="5358" v1="5673" v2="6011" v3="6609" />
+      <tetrahedron index="24528" v0="5071" v1="5646" v2="6322" v3="6683" />
+      <tetrahedron index="24529" v0="4876" v1="5783" v2="6106" v3="6444" />
+      <tetrahedron index="24530" v0="3487" v1="3488" v2="3683" v3="6938" />
+      <tetrahedron index="24531" v0="4223" v1="4224" v2="4643" v3="5637" />
+      <tetrahedron index="24532" v0="5124" v1="5720" v2="5721" v3="6306" />
+      <tetrahedron index="24533" v0="3238" v1="5258" v2="5419" v3="5544" />
+      <tetrahedron index="24534" v0="5084" v1="5660" v2="5661" v3="5677" />
+      <tetrahedron index="24535" v0="4992" v1="5201" v2="5727" v3="6392" />
+      <tetrahedron index="24536" v0="5474" v1="5551" v2="6220" v3="6991" />
+      <tetrahedron index="24537" v0="3504" v1="3550" v2="3552" v3="5466" />
+      <tetrahedron index="24538" v0="4870" v1="5028" v2="5609" v3="6510" />
+      <tetrahedron index="24539" v0="3755" v1="3799" v2="4590" v3="6356" />
+      <tetrahedron index="24540" v0="4107" v1="5323" v2="6378" v3="6380" />
+      <tetrahedron index="24541" v0="3775" v1="3982" v2="5278" v3="5920" />
+      <tetrahedron index="24542" v0="4975" v1="5559" v2="6507" v3="6509" />
+      <tetrahedron index="24543" v0="3279" v1="3280" v2="3286" v3="3386" />
+      <tetrahedron index="24544" v0="4867" v1="5762" v2="6428" v3="6467" />
+      <tetrahedron index="24545" v0="4044" v1="4783" v2="5362" v3="6229" />
+      <tetrahedron index="24546" v0="4604" v1="4605" v2="4666" v3="5050" />
+      <tetrahedron index="24547" v0="4443" v1="4815" v2="5582" v3="5583" />
+      <tetrahedron index="24548" v0="3808" v1="3997" v2="4056" v3="5329" />
+      <tetrahedron index="24549" v0="4897" v1="5231" v2="5400" v3="5853" />
+      <tetrahedron index="24550" v0="4171" v1="4761" v2="5553" v3="6225" />
+      <tetrahedron index="24551" v0="4490" v1="5080" v2="5271" v3="5907" />
+      <tetrahedron index="24552" v0="4180" v1="4506" v2="6192" v3="6273" />
+      <tetrahedron index="24553" v0="3588" v1="4117" v2="5395" v3="6051" />
+      <tetrahedron index="24554" v0="4286" v1="4739" v2="5029" v3="5561" />
+      <tetrahedron index="24555" v0="4980" v1="5459" v2="6117" v3="6123" />
+      <tetrahedron index="24556" v0="3290" v1="3554" v2="5018" v3="6397" />
+      <tetrahedron index="24557" v0="5008" v1="5518" v2="6186" v3="6412" />
+      <tetrahedron index="24558" v0="5223" v1="5844" v2="6153" v3="6494" />
+      <tetrahedron index="24559" v0="4999" v1="5499" v2="5668" v3="6160" />
+      <tetrahedron index="24560" v0="4385" v1="4534" v2="4655" v3="5946" />
+      <tetrahedron index="24561" v0="5024" v1="5039" v2="5577" v3="5967" />
+      <tetrahedron index="24562" v0="3652" v1="4559" v2="5777" v3="6440" />
+      <tetrahedron index="24563" v0="4023" v1="4133" v2="4469" v3="5426" />
+      <tetrahedron index="24564" v0="3371" v1="3549" v2="5094" v3="5678" />
+      <tetrahedron index="24565" v0="5093" v1="5662" v2="5767" v3="5768" />
+      <tetrahedron index="24566" v0="5499" v1="5668" v2="5777" v3="6439" />
+      <tetrahedron index="24567" v0="3299" v1="5219" v2="5834" v3="6482" />
+      <tetrahedron index="24568" v0="4948" v1="5141" v2="5976" v3="6027" />
+      <tetrahedron index="24569" v0="4888" v1="5201" v2="5202" v3="6572" />
+      <tetrahedron index="24570" v0="5169" v1="5875" v2="5876" v3="6288" />
+      <tetrahedron index="24571" v0="5070" v1="5161" v2="5641" v3="5774" />
+      <tetrahedron index="24572" v0="3337" v1="3595" v2="4638" v3="5336" />
+      <tetrahedron index="24573" v0="4468" v1="5019" v2="5537" v3="6190" />
+      <tetrahedron index="24574" v0="5008" v1="5517" v2="5518" v3="6187" />
+      <tetrahedron index="24575" v0="3906" v1="4381" v2="4504" v3="5435" />
+      <tetrahedron index="24576" v0="3826" v1="4198" v2="5056" v3="5869" />
+      <tetrahedron index="24577" v0="4229" v1="4236" v2="4484" v3="5893" />
+      <tetrahedron index="24578" v0="4855" v1="5249" v2="6065" v3="6422" />
+      <tetrahedron index="24579" v0="6308" v1="6311" v2="6625" v3="6924" />
+      <tetrahedron index="24580" v0="6182" v1="6412" v2="6732" v3="6964" />
+      <tetrahedron index="24581" v0="4846" v1="5740" v2="5741" v3="5758" />
+      <tetrahedron index="24582" v0="4927" v1="5313" v2="5823" v3="6477" />
+      <tetrahedron index="24583" v0="3346" v1="5113" v2="5453" v3="6113" />
+      <tetrahedron index="24584" v0="4369" v1="4625" v2="5649" v3="5650" />
+      <tetrahedron index="24585" v0="3359" v1="4099" v2="4653" v3="6346" />
+      <tetrahedron index="24586" v0="4331" v1="4333" v2="4345" v3="4505" />
+      <tetrahedron index="24587" v0="5525" v1="6197" v2="6452" v3="6739" />
+      <tetrahedron index="24588" v0="5695" v1="5790" v2="5793" v3="6365" />
+      <tetrahedron index="24589" v0="3633" v1="3655" v2="4647" v3="6433" />
+      <tetrahedron index="24590" v0="3259" v1="4479" v2="4865" v3="5069" />
+      <tetrahedron index="24591" v0="5071" v1="5644" v2="5645" v3="6322" />
+      <tetrahedron index="24592" v0="3301" v1="5055" v2="5854" v3="5855" />
+      <tetrahedron index="24593" v0="4843" v1="5296" v2="5298" v3="5956" />
+      <tetrahedron index="24594" v0="4959" v1="5402" v2="5404" v3="6063" />
+      <tetrahedron index="24595" v0="4028" v1="4363" v2="4759" v3="4774" />
+      <tetrahedron index="24596" v0="4958" v1="5230" v2="5690" v3="5691" />
+      <tetrahedron index="24597" v0="4956" v1="5405" v2="5783" v3="6445" />
+      <tetrahedron index="24598" v0="3956" v1="4190" v2="4306" v3="5732" />
+      <tetrahedron index="24599" v0="4269" v1="4707" v2="4708" v3="5669" />
+      <tetrahedron index="24600" v0="3450" v1="3625" v2="5872" v3="6802" />
+      <tetrahedron index="24601" v0="5220" v1="6216" v2="6217" v3="6485" />
+      <tetrahedron index="24602" v0="3841" v1="4391" v2="5425" v3="6084" />
+      <tetrahedron index="24603" v0="4903" v1="5244" v2="6124" v3="6513" />
+      <tetrahedron index="24604" v0="4899" v1="5264" v2="5899" v3="6502" />
+      <tetrahedron index="24605" v0="4932" v1="5121" v2="5705" v3="5712" />
+      <tetrahedron index="24606" v0="3829" v1="4059" v2="4103" v3="5451" />
+      <tetrahedron index="24607" v0="3840" v1="4449" v2="4466" v3="5424" />
+      <tetrahedron index="24608" v0="5197" v1="5451" v2="6071" v3="6652" />
+      <tetrahedron index="24609" v0="6300" v1="6301" v2="6797" v3="6799" />
+      <tetrahedron index="24610" v0="4874" v1="5494" v2="6715" v3="6883" />
+      <tetrahedron index="24611" v0="4570" v1="5610" v2="5900" v3="6013" />
+      <tetrahedron index="24612" v0="5782" v1="6726" v2="6841" v3="6988" />
+      <tetrahedron index="24613" v0="3911" v1="4672" v2="5296" v3="5935" />
+      <tetrahedron index="24614" v0="3376" v1="3377" v2="3529" v3="5202" />
+      <tetrahedron index="24615" v0="5201" v1="5965" v2="5966" v3="6572" />
+      <tetrahedron index="24616" v0="3512" v1="4364" v2="4428" v3="6069" />
+      <tetrahedron index="24617" v0="4446" v1="4470" v2="4777" v3="5192" />
+      <tetrahedron index="24618" v0="3644" v1="5052" v2="5075" v3="6239" />
+      <tetrahedron index="24619" v0="5201" v1="5202" v2="5965" v3="6572" />
+      <tetrahedron index="24620" v0="5150" v1="5750" v2="6179" v3="6411" />
+      <tetrahedron index="24621" v0="4883" v1="5874" v2="6120" v3="6688" />
+      <tetrahedron index="24622" v0="4939" v1="6600" v2="6839" v3="6846" />
+      <tetrahedron index="24623" v0="4906" v1="4959" v2="5011" v3="5069" />
+      <tetrahedron index="24624" v0="4919" v1="5698" v2="6368" v3="6370" />
+      <tetrahedron index="24625" v0="4860" v1="5552" v2="6221" v3="6223" />
+      <tetrahedron index="24626" v0="4427" v1="4609" v2="4723" v3="5321" />
+      <tetrahedron index="24627" v0="4420" v1="4621" v2="5010" v3="5521" />
+      <tetrahedron index="24628" v0="5397" v1="6641" v2="6642" v3="6774" />
+      <tetrahedron index="24629" v0="4874" v1="6016" v2="6613" v3="6883" />
+      <tetrahedron index="24630" v0="4093" v1="4094" v2="4223" v3="5743" />
+      <tetrahedron index="24631" v0="6098" v1="6150" v2="6673" v3="6707" />
+      <tetrahedron index="24632" v0="4865" v1="5154" v2="5759" v3="6423" />
+      <tetrahedron index="24633" v0="5002" v1="5611" v2="6605" v3="6610" />
+      <tetrahedron index="24634" v0="3432" v1="3864" v2="4511" v3="5370" />
+      <tetrahedron index="24635" v0="4568" v1="5815" v2="6013" v3="6271" />
+      <tetrahedron index="24636" v0="4987" v1="5844" v2="6495" v3="6978" />
+      <tetrahedron index="24637" v0="4907" v1="4998" v2="5250" v3="5619" />
+      <tetrahedron index="24638" v0="3580" v1="5035" v2="5569" v3="5724" />
+      <tetrahedron index="24639" v0="5307" v1="6558" v2="6559" v3="6896" />
+      <tetrahedron index="24640" v0="5210" v1="5829" v2="5871" v3="6511" />
+      <tetrahedron index="24641" v0="4610" v1="4659" v2="5244" v3="6692" />
+      <tetrahedron index="24642" v0="4868" v1="5660" v2="6137" v3="6138" />
+      <tetrahedron index="24643" v0="4256" v1="4311" v2="5224" v3="6367" />
+      <tetrahedron index="24644" v0="3458" v1="3709" v2="3824" v3="5180" />
+      <tetrahedron index="24645" v0="4039" v1="4396" v2="5415" v3="6785" />
+      <tetrahedron index="24646" v0="5365" v1="6097" v2="6671" v3="6672" />
+      <tetrahedron index="24647" v0="4941" v1="5864" v2="6314" v3="6506" />
+      <tetrahedron index="24648" v0="4338" v1="4400" v2="5631" v3="6194" />
+      <tetrahedron index="24649" v0="3487" v1="3704" v2="3867" v3="5423" />
+      <tetrahedron index="24650" v0="3961" v1="4102" v2="5122" v3="5714" />
+      <tetrahedron index="24651" v0="5102" v1="5545" v2="5688" v3="6360" />
+      <tetrahedron index="24652" v0="3290" v1="3554" v2="5018" v3="5739" />
+      <tetrahedron index="24653" v0="3752" v1="5211" v2="5289" v3="6274" />
+      <tetrahedron index="24654" v0="4877" v1="4998" v2="5496" v3="6447" />
+      <tetrahedron index="24655" v0="3902" v1="4859" v2="5151" v3="5729" />
+      <tetrahedron index="24656" v0="5054" v1="5608" v2="6366" v3="6451" />
+      <tetrahedron index="24657" v0="3569" v1="3837" v2="4313" v3="5431" />
+      <tetrahedron index="24658" v0="3796" v1="4229" v2="5544" v3="5893" />
+      <tetrahedron index="24659" v0="3714" v1="3715" v2="5505" v3="6024" />
+      <tetrahedron index="24660" v0="4725" v1="4747" v2="5806" v3="6768" />
+      <tetrahedron index="24661" v0="4959" v1="5011" v2="5402" v3="6063" />
+      <tetrahedron index="24662" v0="3408" v1="3410" v2="4368" v3="5774" />
+      <tetrahedron index="24663" v0="3748" v1="3765" v2="3963" v3="5441" />
+      <tetrahedron index="24664" v0="4889" v1="5690" v2="6361" v3="6829" />
+      <tetrahedron index="24665" v0="5297" v1="5298" v2="5936" v3="5956" />
+      <tetrahedron index="24666" v0="4103" v1="4192" v2="5063" v3="5626" />
+      <tetrahedron index="24667" v0="3843" v1="3844" v2="4281" v3="6859" />
+      <tetrahedron index="24668" v0="3921" v1="4161" v2="4387" v3="6320" />
+      <tetrahedron index="24669" v0="3645" v1="4646" v2="4786" v3="6526" />
+      <tetrahedron index="24670" v0="4869" v1="5702" v2="5772" v3="6334" />
+      <tetrahedron index="24671" v0="4470" v1="4472" v2="5489" v3="6968" />
+      <tetrahedron index="24672" v0="3523" v1="3524" v2="3542" v3="6009" />
+      <tetrahedron index="24673" v0="3430" v1="6337" v2="6528" v3="6822" />
+      <tetrahedron index="24674" v0="4580" v1="4710" v2="4711" v3="5999" />
+      <tetrahedron index="24675" v0="3737" v1="4062" v2="5146" v3="5678" />
+      <tetrahedron index="24676" v0="4896" v1="5224" v2="5847" v3="5849" />
+      <tetrahedron index="24677" v0="3468" v1="3740" v2="4617" v3="5356" />
+      <tetrahedron index="24678" v0="4920" v1="5291" v2="5293" v3="5774" />
+      <tetrahedron index="24679" v0="4086" v1="4136" v2="4431" v3="6091" />
+      <tetrahedron index="24680" v0="3456" v1="3457" v2="3810" v3="5134" />
+      <tetrahedron index="24681" v0="3837" v1="5431" v2="5710" v3="6089" />
+      <tetrahedron index="24682" v0="4870" v1="5131" v2="5161" v3="5732" />
+      <tetrahedron index="24683" v0="4880" v1="5548" v2="5796" v3="6739" />
+      <tetrahedron index="24684" v0="4636" v1="5234" v2="5857" v3="5896" />
+      <tetrahedron index="24685" v0="3410" v1="4368" v2="5641" v3="5774" />
+      <tetrahedron index="24686" v0="4991" v1="5482" v2="6148" v3="6260" />
+      <tetrahedron index="24687" v0="3540" v1="3727" v2="5723" v3="6389" />
+      <tetrahedron index="24688" v0="3499" v1="4565" v2="5254" v3="5887" />
+      <tetrahedron index="24689" v0="4904" v1="5876" v2="6288" v3="6289" />
+      <tetrahedron index="24690" v0="4499" v1="5071" v2="5254" v3="6527" />
+      <tetrahedron index="24691" v0="5589" v1="6261" v2="6486" v3="6874" />
+      <tetrahedron index="24692" v0="3474" v1="5102" v2="5117" v3="5892" />
+      <tetrahedron index="24693" v0="3789" v1="5108" v2="5714" v3="6365" />
+      <tetrahedron index="24694" v0="3585" v1="5302" v2="5638" v3="5938" />
+      <tetrahedron index="24695" v0="3368" v1="3823" v2="4365" v3="5878" />
+      <tetrahedron index="24696" v0="3374" v1="5492" v2="6114" v3="6154" />
+      <tetrahedron index="24697" v0="3272" v1="3554" v2="4076" v3="6397" />
+      <tetrahedron index="24698" v0="4908" v1="5644" v2="6321" v3="6813" />
+      <tetrahedron index="24699" v0="3880" v1="3881" v2="4648" v3="6012" />
+      <tetrahedron index="24700" v0="4919" v1="5288" v2="5601" v3="5679" />
+      <tetrahedron index="24701" v0="4854" v1="5148" v2="5941" v3="6550" />
+      <tetrahedron index="24702" v0="5255" v1="5888" v2="6215" v3="6360" />
+      <tetrahedron index="24703" v0="4981" v1="5442" v2="5444" v3="6102" />
+      <tetrahedron index="24704" v0="5764" v1="6431" v2="6855" v3="6856" />
+      <tetrahedron index="24705" v0="3504" v1="3552" v2="5466" v3="5940" />
+      <tetrahedron index="24706" v0="3603" v1="4066" v2="4888" v3="6838" />
+      <tetrahedron index="24707" v0="4996" v1="5492" v2="6114" v3="6493" />
+      <tetrahedron index="24708" v0="3762" v1="3874" v2="3957" v3="5706" />
+      <tetrahedron index="24709" v0="4853" v1="5403" v2="5524" v3="6060" />
+      <tetrahedron index="24710" v0="4282" v1="4680" v2="5032" v3="6162" />
+      <tetrahedron index="24711" v0="4869" v1="5160" v2="5772" v3="6334" />
+      <tetrahedron index="24712" v0="4117" v1="4731" v2="4832" v3="5395" />
+      <tetrahedron index="24713" v0="4159" v1="4370" v2="4633" v3="5073" />
+      <tetrahedron index="24714" v0="4890" v1="5210" v2="5828" v3="6511" />
+      <tetrahedron index="24715" v0="4937" v1="5482" v2="5988" v3="6773" />
+      <tetrahedron index="24716" v0="5016" v1="5531" v2="6432" v3="6433" />
+      <tetrahedron index="24717" v0="4867" v1="6213" v2="6467" v3="6761" />
+      <tetrahedron index="24718" v0="4254" v1="4422" v2="4798" v3="6253" />
+      <tetrahedron index="24719" v0="4959" v1="5133" v2="5406" v3="6066" />
+      <tetrahedron index="24720" v0="4323" v1="5304" v2="5306" v3="5944" />
+      <tetrahedron index="24721" v0="3876" v1="4151" v2="5611" v3="6607" />
+      <tetrahedron index="24722" v0="3622" v1="4637" v2="4662" v3="5862" />
+      <tetrahedron index="24723" v0="4969" v1="5431" v2="6089" v3="6353" />
+      <tetrahedron index="24724" v0="5304" v1="5305" v2="5942" v3="6552" />
+      <tetrahedron index="24725" v0="4468" v1="4564" v2="5519" v3="5537" />
+      <tetrahedron index="24726" v0="3579" v1="3580" v2="5569" v3="5724" />
+      <tetrahedron index="24727" v0="4249" v1="4304" v2="4305" v3="5508" />
+      <tetrahedron index="24728" v0="4377" v1="4378" v2="4379" v3="6359" />
+      <tetrahedron index="24729" v0="4026" v1="4027" v2="4031" v3="4801" />
+      <tetrahedron index="24730" v0="3697" v1="3698" v2="3920" v3="5274" />
+      <tetrahedron index="24731" v0="3689" v1="4426" v2="4474" v3="6197" />
+      <tetrahedron index="24732" v0="3582" v1="4505" v2="5789" v3="6448" />
+      <tetrahedron index="24733" v0="3260" v1="3261" v2="3269" v3="5308" />
+      <tetrahedron index="24734" v0="4642" v1="5132" v2="5357" v3="5870" />
+      <tetrahedron index="24735" v0="4374" v1="4404" v2="4572" v3="5731" />
+      <tetrahedron index="24736" v0="4955" v1="5554" v2="6227" v3="6636" />
+      <tetrahedron index="24737" v0="4726" v1="5051" v2="5598" v3="6474" />
+      <tetrahedron index="24738" v0="3567" v1="3697" v2="3920" v3="6354" />
+      <tetrahedron index="24739" v0="3273" v1="3289" v2="5735" v3="6397" />
+      <tetrahedron index="24740" v0="3414" v1="4080" v2="4841" v3="5058" />
+      <tetrahedron index="24741" v0="5478" v1="5843" v2="6275" v3="6998" />
+      <tetrahedron index="24742" v0="4261" v1="5048" v2="5118" v3="6352" />
+      <tetrahedron index="24743" v0="3904" v1="4286" v2="4803" v3="6565" />
+      <tetrahedron index="24744" v0="4409" v1="4410" v2="5916" v3="6802" />
+      <tetrahedron index="24745" v0="4902" v1="5720" v2="5915" v3="6306" />
+      <tetrahedron index="24746" v0="4403" v1="5136" v2="5328" v3="5738" />
+      <tetrahedron index="24747" v0="4218" v1="5338" v2="5563" v3="6318" />
+      <tetrahedron index="24748" v0="5005" v1="5510" v2="6233" v3="6234" />
+      <tetrahedron index="24749" v0="3561" v1="3680" v2="5358" v3="6608" />
+      <tetrahedron index="24750" v0="3589" v1="3845" v2="5261" v3="6502" />
+      <tetrahedron index="24751" v0="3771" v1="5769" v2="6378" v3="6701" />
+      <tetrahedron index="24752" v0="3674" v1="4593" v2="4728" v3="5233" />
+      <tetrahedron index="24753" v0="3239" v1="3884" v2="4461" v3="5327" />
+      <tetrahedron index="24754" v0="5016" v1="5676" v2="5981" v3="6432" />
+      <tetrahedron index="24755" v0="4428" v1="4501" v2="5331" v3="6069" />
+      <tetrahedron index="24756" v0="3576" v1="3794" v2="4743" v3="6084" />
+      <tetrahedron index="24757" v0="3712" v1="3950" v2="4335" v3="5018" />
+      <tetrahedron index="24758" v0="4196" v1="5223" v2="5846" v3="6494" />
+      <tetrahedron index="24759" v0="3695" v1="3828" v2="3908" v3="5271" />
+      <tetrahedron index="24760" v0="4479" v1="4925" v2="5308" v3="5640" />
+      <tetrahedron index="24761" v0="3500" v1="3564" v2="4274" v3="5200" />
+      <tetrahedron index="24762" v0="5248" v1="5878" v2="5879" v3="6518" />
+      <tetrahedron index="24763" v0="4142" v1="4163" v2="5198" v3="6017" />
+      <tetrahedron index="24764" v0="5160" v1="5771" v2="5773" v3="6437" />
+      <tetrahedron index="24765" v0="5839" v1="6485" v2="6561" v3="6874" />
+      <tetrahedron index="24766" v0="4439" v1="5471" v2="5472" v3="6136" />
+      <tetrahedron index="24767" v0="5303" v1="6034" v2="6245" v3="6763" />
+      <tetrahedron index="24768" v0="3474" v1="3475" v2="3476" v3="5117" />
+      <tetrahedron index="24769" v0="4338" v1="4399" v2="5631" v3="6553" />
+      <tetrahedron index="24770" v0="3918" v1="4214" v2="4352" v3="5386" />
+      <tetrahedron index="24771" v0="4297" v1="5100" v2="5684" v3="5701" />
+      <tetrahedron index="24772" v0="4917" v1="5284" v2="5750" v3="6413" />
+      <tetrahedron index="24773" v0="5153" v1="5841" v2="6489" v3="6724" />
+      <tetrahedron index="24774" v0="4420" v1="5010" v2="5522" v3="6195" />
+      <tetrahedron index="24775" v0="4820" v1="5284" v2="5343" v3="5924" />
+      <tetrahedron index="24776" v0="5015" v1="6158" v2="6202" v3="6716" />
+      <tetrahedron index="24777" v0="3444" v1="3710" v2="5324" v3="5971" />
+      <tetrahedron index="24778" v0="4548" v1="5013" v2="5526" v3="5594" />
+      <tetrahedron index="24779" v0="4251" v1="6219" v2="6253" v3="6398" />
+      <tetrahedron index="24780" v0="4672" v1="5296" v2="5298" v3="5935" />
+      <tetrahedron index="24781" v0="4855" v1="4912" v2="4929" v3="5319" />
+      <tetrahedron index="24782" v0="4944" v1="5494" v2="6492" v3="6884" />
+      <tetrahedron index="24783" v0="3525" v1="4160" v2="4330" v3="4812" />
+      <tetrahedron index="24784" v0="4277" v1="4694" v2="5153" v3="6416" />
+      <tetrahedron index="24785" v0="5582" v1="6256" v2="6660" v3="6938" />
+      <tetrahedron index="24786" v0="4871" v1="6112" v2="6322" v3="6683" />
+      <tetrahedron index="24787" v0="4042" v1="4043" v2="4180" v3="6192" />
+      <tetrahedron index="24788" v0="3834" v1="5096" v2="5679" v3="6401" />
+      <tetrahedron index="24789" v0="4600" v1="4768" v2="5718" v3="6017" />
+      <tetrahedron index="24790" v0="3514" v1="5635" v2="6038" v3="6068" />
+      <tetrahedron index="24791" v0="3813" v1="3968" v2="5129" v3="5728" />
+      <tetrahedron index="24792" v0="3503" v1="4982" v2="5466" v3="5982" />
+      <tetrahedron index="24793" v0="4889" v1="5204" v2="5822" v3="6873" />
+      <tetrahedron index="24794" v0="3460" v1="3461" v2="3896" v3="5527" />
+      <tetrahedron index="24795" v0="4853" v1="4875" v2="5402" v3="5524" />
+      <tetrahedron index="24796" v0="5624" v1="6520" v2="6682" v3="6798" />
+      <tetrahedron index="24797" v0="4099" v1="4653" v2="4699" v3="6346" />
+      <tetrahedron index="24798" v0="3634" v1="3979" v2="4207" v3="5771" />
+      <tetrahedron index="24799" v0="3665" v1="4155" v2="4156" v3="5651" />
+      <tetrahedron index="24800" v0="3451" v1="3685" v2="3767" v3="5829" />
+      <tetrahedron index="24801" v0="4921" v1="5584" v2="5934" v3="5935" />
+      <tetrahedron index="24802" v0="4945" v1="6384" v2="6449" v3="6833" />
+      <tetrahedron index="24803" v0="3673" v1="3932" v2="3953" v3="5141" />
+      <tetrahedron index="24804" v0="3470" v1="3634" v2="3844" v3="5773" />
+      <tetrahedron index="24805" v0="3377" v1="3378" v2="3603" v3="5202" />
+      <tetrahedron index="24806" v0="4944" v1="6016" v2="6492" v3="6882" />
+      <tetrahedron index="24807" v0="4896" v1="5227" v2="5850" v3="5851" />
+      <tetrahedron index="24808" v0="4882" v1="5805" v2="5992" v3="6092" />
+      <tetrahedron index="24809" v0="4897" v1="5228" v2="5853" v3="6500" />
+      <tetrahedron index="24810" v0="4116" v1="4540" v2="4716" v3="5573" />
+      <tetrahedron index="24811" v0="4978" v1="5503" v2="5623" v3="6168" />
+      <tetrahedron index="24812" v0="4406" v1="4424" v2="4425" v3="6207" />
+      <tetrahedron index="24813" v0="4945" v1="5792" v2="6384" v3="6449" />
+      <tetrahedron index="24814" v0="5635" v1="6068" v2="6650" v3="6651" />
+      <tetrahedron index="24815" v0="4449" v1="4466" v2="4543" v3="4998" />
+      <tetrahedron index="24816" v0="4333" v1="4469" v2="4505" v3="5429" />
+      <tetrahedron index="24817" v0="5168" v1="6784" v2="6862" v3="6997" />
+      <tetrahedron index="24818" v0="3889" v1="5369" v2="5371" v3="6039" />
+      <tetrahedron index="24819" v0="5104" v1="5234" v2="5896" v3="6347" />
+      <tetrahedron index="24820" v0="5159" v1="6335" v2="6374" v3="6832" />
+      <tetrahedron index="24821" v0="3589" v1="5232" v2="5261" v3="6502" />
+      <tetrahedron index="24822" v0="4453" v1="5280" v2="5860" v3="6886" />
+      <tetrahedron index="24823" v0="4164" v1="4663" v2="5917" v3="6543" />
+      <tetrahedron index="24824" v0="5068" v1="5637" v2="6317" v3="6812" />
+      <tetrahedron index="24825" v0="4856" v1="5588" v2="6260" v3="6638" />
+      <tetrahedron index="24826" v0="4740" v1="5457" v2="5459" v3="6119" />
+      <tetrahedron index="24827" v0="3351" v1="3535" v2="3949" v3="5890" />
+      <tetrahedron index="24828" v0="4909" v1="5256" v2="5889" v3="6822" />
+      <tetrahedron index="24829" v0="4900" v1="5236" v2="5237" v3="5860" />
+      <tetrahedron index="24830" v0="3326" v1="3939" v2="3940" v3="5176" />
+      <tetrahedron index="24831" v0="4175" v1="4480" v2="4612" v3="5154" />
+      <tetrahedron index="24832" v0="4717" v1="4718" v2="5411" v3="6180" />
+      <tetrahedron index="24833" v0="4961" v1="5416" v2="5461" v3="6442" />
+      <tetrahedron index="24834" v0="4851" v1="5636" v2="5833" v3="6317" />
+      <tetrahedron index="24835" v0="4023" v1="4332" v2="4469" v3="5429" />
+      <tetrahedron index="24836" v0="4212" v1="5683" v2="6827" v3="6985" />
+      <tetrahedron index="24837" v0="4966" v1="5421" v2="5423" v3="6082" />
+      <tetrahedron index="24838" v0="3831" v1="3832" v2="4288" v3="5703" />
+      <tetrahedron index="24839" v0="4896" v1="5225" v2="5417" v3="5849" />
+      <tetrahedron index="24840" v0="3813" v1="4202" v2="4352" v3="6614" />
+      <tetrahedron index="24841" v0="5627" v1="5720" v2="5915" v3="6306" />
+      <tetrahedron index="24842" v0="4659" v1="5244" v2="5460" v3="6692" />
+      <tetrahedron index="24843" v0="3251" v1="5156" v2="5464" v3="6131" />
+      <tetrahedron index="24844" v0="4981" v1="5464" v2="6072" v3="6131" />
+      <tetrahedron index="24845" v0="3584" v1="3650" v2="3830" v3="5418" />
+      <tetrahedron index="24846" v0="3237" v1="3474" v2="3475" v3="5545" />
+      <tetrahedron index="24847" v0="4348" v1="4349" v2="4642" v3="5132" />
+      <tetrahedron index="24848" v0="4533" v1="5541" v2="5570" v3="6244" />
+      <tetrahedron index="24849" v0="5451" v1="5626" v2="6071" v3="6302" />
+      <tetrahedron index="24850" v0="3354" v1="5117" v2="5664" v3="6337" />
+      <tetrahedron index="24851" v0="4457" v1="4552" v2="5181" v3="5793" />
+      <tetrahedron index="24852" v0="3925" v1="4675" v2="4758" v3="5326" />
+      <tetrahedron index="24853" v0="5483" v1="5741" v2="6065" v3="6422" />
+      <tetrahedron index="24854" v0="3856" v1="4555" v2="4594" v3="5231" />
+      <tetrahedron index="24855" v0="4967" v1="5171" v2="5581" v3="5784" />
+      <tetrahedron index="24856" v0="5091" v1="5199" v2="5713" v3="5791" />
+      <tetrahedron index="24857" v0="4954" v1="5984" v2="6629" v3="6635" />
+      <tetrahedron index="24858" v0="5603" v1="6712" v2="6783" v3="6804" />
+      <tetrahedron index="24859" v0="3604" v1="3605" v2="4520" v3="5738" />
+      <tetrahedron index="24860" v0="3979" v1="5770" v2="6437" v3="6859" />
+      <tetrahedron index="24861" v0="4507" v1="5575" v2="6545" v3="6768" />
+      <tetrahedron index="24862" v0="4110" v1="4264" v2="5481" v3="6146" />
+      <tetrahedron index="24863" v0="3502" v1="3814" v2="3968" v3="5384" />
+      <tetrahedron index="24864" v0="4146" v1="4251" v2="4264" v3="6219" />
+      <tetrahedron index="24865" v0="4638" v1="5336" v2="5356" v3="7024" />
+      <tetrahedron index="24866" v0="4214" v1="4464" v2="5385" v3="5386" />
+      <tetrahedron index="24867" v0="4105" v1="4618" v2="5830" v3="6816" />
+      <tetrahedron index="24868" v0="4181" v1="5277" v2="6355" v3="6985" />
+      <tetrahedron index="24869" v0="3399" v1="5124" v2="5721" v3="5827" />
+      <tetrahedron index="24870" v0="4927" v1="5089" v2="5671" v3="5936" />
+      <tetrahedron index="24871" v0="3337" v1="3338" v2="3339" v3="5334" />
+      <tetrahedron index="24872" v0="5684" v1="6368" v2="6830" v3="6986" />
+      <tetrahedron index="24873" v0="4931" v1="5322" v2="5796" v3="5967" />
+      <tetrahedron index="24874" v0="3711" v1="4342" v2="4785" v3="5514" />
+      <tetrahedron index="24875" v0="3957" v1="4183" v2="4245" v3="6376" />
+      <tetrahedron index="24876" v0="4142" v1="4143" v2="4800" v3="6383" />
+      <tetrahedron index="24877" v0="5247" v1="6119" v2="6122" v3="6691" />
+      <tetrahedron index="24878" v0="5000" v1="5501" v2="5799" v3="6455" />
+      <tetrahedron index="24879" v0="3411" v1="3495" v2="5448" v3="5866" />
+      <tetrahedron index="24880" v0="3763" v1="5746" v2="6032" v3="6617" />
+      <tetrahedron index="24881" v0="4323" v1="4324" v2="4325" v3="5306" />
+      <tetrahedron index="24882" v0="4258" v1="4295" v2="4614" v3="6074" />
+      <tetrahedron index="24883" v0="3293" v1="3757" v2="4005" v3="5077" />
+      <tetrahedron index="24884" v0="3338" v1="3339" v2="4485" v3="5334" />
+      <tetrahedron index="24885" v0="4924" v1="5304" v2="6034" v3="6552" />
+      <tetrahedron index="24886" v0="5112" v1="5703" v2="6373" v3="6399" />
+      <tetrahedron index="24887" v0="4626" v1="5718" v2="6386" v3="6387" />
+      <tetrahedron index="24888" v0="4064" v1="5076" v2="5097" v3="5683" />
+      <tetrahedron index="24889" v0="4746" v1="5265" v2="5352" v3="6601" />
+      <tetrahedron index="24890" v0="5809" v1="6623" v2="6844" v3="6969" />
+      <tetrahedron index="24891" v0="3261" v1="3268" v2="3269" v3="5038" />
+      <tetrahedron index="24892" v0="5021" v1="5235" v2="5859" v3="6504" />
+      <tetrahedron index="24893" v0="3853" v1="4527" v2="4706" v3="6763" />
+      <tetrahedron index="24894" v0="4142" v1="5122" v2="5198" v3="6017" />
+      <tetrahedron index="24895" v0="4038" v1="4768" v2="5718" v3="6017" />
+      <tetrahedron index="24896" v0="3535" v1="3949" v2="3958" v3="6528" />
+      <tetrahedron index="24897" v0="3932" v1="5141" v2="5332" v3="5977" />
+      <tetrahedron index="24898" v0="4185" v1="4278" v2="4279" v3="6040" />
+      <tetrahedron index="24899" v0="4155" v1="4674" v2="5075" v3="5651" />
+      <tetrahedron index="24900" v0="3350" v1="3351" v2="5256" v3="5890" />
+      <tetrahedron index="24901" v0="3369" v1="4022" v2="5547" v3="6216" />
+      <tetrahedron index="24902" v0="4918" v1="5926" v2="6545" v3="6567" />
+      <tetrahedron index="24903" v0="4881" v1="5000" v2="5502" v3="6455" />
+      <tetrahedron index="24904" v0="3630" v1="4835" v2="5564" v3="6758" />
+      <tetrahedron index="24905" v0="5035" v1="5570" v2="6390" v3="6748" />
+      <tetrahedron index="24906" v0="3421" v1="5314" v2="5957" v3="6346" />
+      <tetrahedron index="24907" v0="3730" v1="4702" v2="5312" v3="5824" />
+      <tetrahedron index="24908" v0="4905" v1="5624" v2="6299" v3="6520" />
+      <tetrahedron index="24909" v0="4464" v1="4819" v2="5385" v3="5386" />
+      <tetrahedron index="24910" v0="4917" v1="5990" v2="6413" v3="6733" />
+      <tetrahedron index="24911" v0="5132" v1="5864" v2="6314" v3="6506" />
+      <tetrahedron index="24912" v0="3679" v1="5373" v2="5667" v3="6340" />
+      <tetrahedron index="24913" v0="5297" v1="5313" v2="5936" v3="5956" />
+      <tetrahedron index="24914" v0="4985" v1="5471" v2="5472" v3="6136" />
+      <tetrahedron index="24915" v0="5554" v1="6632" v2="6636" v3="6753" />
+      <tetrahedron index="24916" v0="4045" v1="4149" v2="4761" v3="6029" />
+      <tetrahedron index="24917" v0="4919" v1="5601" v2="5679" v3="6369" />
+      <tetrahedron index="24918" v0="3700" v1="4218" v2="4336" v3="6318" />
+      <tetrahedron index="24919" v0="4878" v1="5040" v2="5175" v3="5579" />
+      <tetrahedron index="24920" v0="5149" v1="5351" v2="5814" v3="6001" />
+      <tetrahedron index="24921" v0="4164" v1="4401" v2="4520" v3="5377" />
+      <tetrahedron index="24922" v0="5246" v1="5874" v2="6460" v3="6781" />
+      <tetrahedron index="24923" v0="5070" v1="5161" v2="5643" v3="5774" />
+      <tetrahedron index="24924" v0="4860" v1="6223" v2="6750" v3="6971" />
+      <tetrahedron index="24925" v0="4226" v1="4481" v2="4500" v3="5074" />
+      <tetrahedron index="24926" v0="4071" v1="4072" v2="6163" v3="6994" />
+      <tetrahedron index="24927" v0="3274" v1="3386" v2="5726" v3="5727" />
+      <tetrahedron index="24928" v0="5036" v1="5573" v2="5574" v3="6048" />
+      <tetrahedron index="24929" v0="4692" v1="4695" v2="4696" v3="4841" />
+      <tetrahedron index="24930" v0="4994" v1="5752" v2="6414" v3="6915" />
+      <tetrahedron index="24931" v0="3276" v1="3712" v2="4335" v3="5735" />
+      <tetrahedron index="24932" v0="3941" v1="4739" v2="4803" v3="5081" />
+      <tetrahedron index="24933" v0="3782" v1="3783" v2="4113" v3="5985" />
+      <tetrahedron index="24934" v0="4946" v1="5368" v2="6019" v3="6614" />
+      <tetrahedron index="24935" v0="5159" v1="5662" v2="5767" v3="6335" />
+      <tetrahedron index="24936" v0="3355" v1="3357" v2="3910" v3="5226" />
+      <tetrahedron index="24937" v0="4235" v1="5545" v2="5567" v3="5688" />
+      <tetrahedron index="24938" v0="4899" v1="5264" v2="5689" v3="5899" />
+      <tetrahedron index="24939" v0="4943" v1="5360" v2="6013" v3="6271" />
+      <tetrahedron index="24940" v0="3769" v1="4378" v2="4649" v3="5687" />
+      <tetrahedron index="24941" v0="4920" v1="5043" v2="5643" v3="5933" />
+      <tetrahedron index="24942" v0="4909" v1="5256" v2="5704" v3="6528" />
+      <tetrahedron index="24943" v0="3600" v1="5225" v2="5790" v3="6365" />
+      <tetrahedron index="24944" v0="5066" v1="5633" v2="5634" v3="5658" />
+      <tetrahedron index="24945" v0="4804" v1="5900" v2="6601" v3="6603" />
+      <tetrahedron index="24946" v0="5660" v1="5661" v2="5677" v3="6350" />
+      <tetrahedron index="24947" v0="3738" v1="3739" v2="3749" v3="5579" />
+      <tetrahedron index="24948" v0="5102" v1="5254" v2="5887" v3="6360" />
+      <tetrahedron index="24949" v0="5379" v1="5529" v2="6030" v3="6031" />
+      <tetrahedron index="24950" v0="3418" v1="4676" v2="5229" v3="5852" />
+      <tetrahedron index="24951" v0="4106" v1="4185" v2="4450" v3="5813" />
+      <tetrahedron index="24952" v0="3333" v1="3613" v2="4709" v3="5766" />
+      <tetrahedron index="24953" v0="4358" v1="4535" v2="4769" v3="5263" />
+      <tetrahedron index="24954" v0="4665" v1="4804" v2="4806" v3="5900" />
+      <tetrahedron index="24955" v0="4661" v1="5216" v2="5479" v3="5858" />
+      <tetrahedron index="24956" v0="5058" v1="5090" v2="5611" v3="6011" />
+      <tetrahedron index="24957" v0="5240" v1="5357" v2="5866" v3="6506" />
+      <tetrahedron index="24958" v0="5039" v1="5322" v2="5967" v3="5968" />
+      <tetrahedron index="24959" v0="5094" v1="5214" v2="5832" v3="6298" />
+      <tetrahedron index="24960" v0="3271" v1="3272" v2="3273" v3="6397" />
+      <tetrahedron index="24961" v0="4321" v1="4504" v2="5315" v3="5538" />
+      <tetrahedron index="24962" v0="5991" v1="6569" v2="6909" v3="7023" />
+      <tetrahedron index="24963" v0="5063" v1="5270" v2="5906" v3="6534" />
+      <tetrahedron index="24964" v0="5062" v1="5832" v2="6297" v3="6298" />
+      <tetrahedron index="24965" v0="3332" v1="3633" v2="4227" v3="5530" />
+      <tetrahedron index="24966" v0="3314" v1="3402" v2="4060" v3="5737" />
+      <tetrahedron index="24967" v0="3783" v1="4113" v2="4250" v3="5985" />
+      <tetrahedron index="24968" v0="5873" v1="6282" v2="6787" v3="7001" />
+      <tetrahedron index="24969" v0="5300" v1="6331" v2="6424" v3="6563" />
+      <tetrahedron index="24970" v0="5024" v1="5525" v2="5796" v3="6452" />
+      <tetrahedron index="24971" v0="3349" v1="3350" v2="3650" v3="6076" />
+      <tetrahedron index="24972" v0="3236" v1="3238" v2="3620" v3="5663" />
+      <tetrahedron index="24973" v0="4938" v1="5520" v2="6191" v3="6585" />
+      <tetrahedron index="24974" v0="5061" v1="5171" v2="5250" v3="5619" />
+      <tetrahedron index="24975" v0="4079" v1="4528" v2="5000" v3="5186" />
+      <tetrahedron index="24976" v0="3410" v1="4122" v2="4368" v3="5641" />
+      <tetrahedron index="24977" v0="3927" v1="4300" v2="5213" v3="5831" />
+      <tetrahedron index="24978" v0="4615" v1="4952" v2="5369" v3="5386" />
+      <tetrahedron index="24979" v0="5138" v1="5326" v2="5934" v3="5973" />
+      <tetrahedron index="24980" v0="4858" v1="4994" v2="5751" v3="6469" />
+      <tetrahedron index="24981" v0="4517" v1="4550" v2="5017" v3="5800" />
+      <tetrahedron index="24982" v0="5625" v1="6652" v2="6799" v3="6992" />
+      <tetrahedron index="24983" v0="5155" v1="5446" v2="6062" v3="6487" />
+      <tetrahedron index="24984" v0="3624" v1="4661" v2="5479" v3="5858" />
+      <tetrahedron index="24985" v0="3687" v1="3745" v2="5171" v3="5578" />
+      <tetrahedron index="24986" v0="5014" v1="5527" v2="6117" v3="6688" />
+      <tetrahedron index="24987" v0="6426" v1="6652" v2="6729" v3="6992" />
+      <tetrahedron index="24988" v0="5414" v1="5626" v2="6303" v3="6304" />
+      <tetrahedron index="24989" v0="4468" v1="5019" v2="5519" v3="5537" />
+      <tetrahedron index="24990" v0="3444" v1="3911" v2="5971" v3="6574" />
+      <tetrahedron index="24991" v0="6276" v1="6793" v2="6977" v3="6999" />
+      <tetrahedron index="24992" v0="4765" v1="5276" v2="5914" v3="5915" />
+      <tetrahedron index="24993" v0="3580" v1="5035" v2="5569" v3="5571" />
+      <tetrahedron index="24994" v0="5005" v1="5509" v2="5518" v3="6735" />
+      <tetrahedron index="24995" v0="5024" v1="5577" v2="6253" v3="6573" />
+      <tetrahedron index="24996" v0="4919" v1="5698" v2="5927" v3="6370" />
+      <tetrahedron index="24997" v0="4406" v1="4424" v2="5388" v3="6207" />
+      <tetrahedron index="24998" v0="3836" v1="4095" v2="4407" v3="5282" />
+      <tetrahedron index="24999" v0="5397" v1="6052" v2="6263" v3="6637" />
+      <tetrahedron index="25000" v0="4908" v1="5254" v2="5704" v3="6684" />
+      <tetrahedron index="25001" v0="4962" v1="5412" v2="5414" v3="6074" />
+      <tetrahedron index="25002" v0="3748" v1="3965" v2="4066" v3="6404" />
+      <tetrahedron index="25003" v0="5190" v1="5810" v2="6461" v3="6464" />
+      <tetrahedron index="25004" v0="5031" v1="6237" v2="6356" v3="6759" />
+      <tetrahedron index="25005" v0="3606" v1="5141" v2="5328" v3="5738" />
+      <tetrahedron index="25006" v0="4917" v1="5990" v2="6733" v3="6790" />
+      <tetrahedron index="25007" v0="3466" v1="4374" v2="4375" v3="4733" />
+      <tetrahedron index="25008" v0="5574" v1="6047" v2="6248" v3="6767" />
+      <tetrahedron index="25009" v0="4650" v1="5105" v2="5203" v3="5822" />
+      <tetrahedron index="25010" v0="5154" v1="5560" v2="5758" v3="5759" />
+      <tetrahedron index="25011" v0="4899" v1="5104" v2="5234" v3="5899" />
+      <tetrahedron index="25012" v0="3555" v1="3641" v2="5432" v3="6089" />
+      <tetrahedron index="25013" v0="4190" v1="5131" v2="5447" v3="5732" />
+      <tetrahedron index="25014" v0="3548" v1="3586" v2="4030" v3="5302" />
+      <tetrahedron index="25015" v0="3306" v1="4693" v2="5243" v3="5915" />
+      <tetrahedron index="25016" v0="4324" v1="5303" v2="5306" v3="5946" />
+      <tetrahedron index="25017" v0="3819" v1="3864" v2="3889" v3="5371" />
+      <tetrahedron index="25018" v0="5334" v1="5765" v2="5981" v3="6137" />
+      <tetrahedron index="25019" v0="5044" v1="5296" v2="5935" v3="5971" />
+      <tetrahedron index="25020" v0="4186" v1="4187" v2="4188" v3="6540" />
+      <tetrahedron index="25021" v0="4896" v1="5847" v2="5849" v3="6496" />
+      <tetrahedron index="25022" v0="3690" v1="4548" v2="4628" v3="5013" />
+      <tetrahedron index="25023" v0="4890" v1="5208" v2="5209" v3="6402" />
+      <tetrahedron index="25024" v0="3540" v1="3541" v2="4740" v3="5457" />
+      <tetrahedron index="25025" v0="4218" v1="5001" v2="5440" v3="5562" />
+      <tetrahedron index="25026" v0="4258" v1="4295" v2="4296" v3="5412" />
+      <tetrahedron index="25027" v0="4947" v1="5929" v2="6022" v3="6546" />
+      <tetrahedron index="25028" v0="3499" v1="4206" v2="4355" v3="5688" />
+      <tetrahedron index="25029" v0="3299" v1="3302" v2="5055" v3="5834" />
+      <tetrahedron index="25030" v0="3301" v1="3966" v2="5232" v3="5854" />
+      <tetrahedron index="25031" v0="4260" v1="4284" v2="4770" v3="5682" />
+      <tetrahedron index="25032" v0="5195" v1="5817" v2="6462" v3="6872" />
+      <tetrahedron index="25033" v0="3647" v1="3864" v2="5370" v3="5371" />
+      <tetrahedron index="25034" v0="5539" v1="6208" v2="6213" v3="6749" />
+      <tetrahedron index="25035" v0="3806" v1="4141" v2="4367" v3="5039" />
+      <tetrahedron index="25036" v0="4083" v1="5983" v2="5986" v3="6899" />
+      <tetrahedron index="25037" v0="3244" v1="5547" v2="5952" v3="6561" />
+      <tetrahedron index="25038" v0="5603" v1="6283" v2="6654" v3="6935" />
+      <tetrahedron index="25039" v0="4963" v1="5416" v2="6075" v3="6693" />
+      <tetrahedron index="25040" v0="3562" v1="3681" v2="4526" v3="6607" />
+      <tetrahedron index="25041" v0="3396" v1="4988" v2="5219" v3="6482" />
+      <tetrahedron index="25042" v0="3782" v1="4113" v2="5747" v3="5985" />
+      <tetrahedron index="25043" v0="5242" v1="6305" v2="6512" v3="6802" />
+      <tetrahedron index="25044" v0="3622" v1="3623" v2="3624" v3="5237" />
+      <tetrahedron index="25045" v0="4947" v1="5898" v2="6023" v3="6533" />
+      <tetrahedron index="25046" v0="3792" v1="4973" v2="5383" v3="5485" />
+      <tetrahedron index="25047" v0="4181" v1="4212" v2="6355" v3="6985" />
+      <tetrahedron index="25048" v0="5062" v1="5623" v2="6236" v3="6795" />
+      <tetrahedron index="25049" v0="4587" v1="4714" v2="4838" v3="5814" />
+      <tetrahedron index="25050" v0="4893" v1="5217" v2="5836" v3="6483" />
+      <tetrahedron index="25051" v0="3809" v1="4056" v2="5329" v3="5330" />
+      <tetrahedron index="25052" v0="4892" v1="5562" v2="5620" v3="6295" />
+      <tetrahedron index="25053" v0="3500" v1="3571" v2="4398" v3="5853" />
+      <tetrahedron index="25054" v0="5398" v1="5514" v2="6057" v3="6646" />
+      <tetrahedron index="25055" v0="4914" v1="5655" v2="5711" v3="5910" />
+      <tetrahedron index="25056" v0="3420" v1="4756" v2="4781" v3="5823" />
+      <tetrahedron index="25057" v0="3890" v1="4244" v2="5379" v3="5529" />
+      <tetrahedron index="25058" v0="4666" v1="5050" v2="5597" v3="6269" />
+      <tetrahedron index="25059" v0="5146" v1="5678" v2="6135" v3="6700" />
+      <tetrahedron index="25060" v0="3735" v1="4311" v2="4601" v3="5696" />
+      <tetrahedron index="25061" v0="3414" v1="3416" v2="4460" v3="5612" />
+      <tetrahedron index="25062" v0="4947" v1="5003" v2="6022" v3="6024" />
+      <tetrahedron index="25063" v0="4567" v1="4568" v2="4569" v3="6271" />
+      <tetrahedron index="25064" v0="3538" v1="3822" v2="4115" v3="6826" />
+      <tetrahedron index="25065" v0="3554" v1="5018" v2="5535" v3="6397" />
+      <tetrahedron index="25066" v0="3680" v1="4346" v2="5066" v3="5673" />
+      <tetrahedron index="25067" v0="4433" v1="4808" v2="5837" v3="5858" />
+      <tetrahedron index="25068" v0="3692" v1="3713" v2="4736" v3="5843" />
+      <tetrahedron index="25069" v0="3563" v1="3565" v2="5674" v3="5715" />
+      <tetrahedron index="25070" v0="5003" v1="5505" v2="5932" v3="6548" />
+      <tetrahedron index="25071" v0="4999" v1="5088" v2="5669" v3="5798" />
+      <tetrahedron index="25072" v0="3902" v1="4220" v2="5387" v3="5729" />
+      <tetrahedron index="25073" v0="3794" v1="4391" v2="5177" v3="6084" />
+      <tetrahedron index="25074" v0="4947" v1="5087" v2="5374" v3="6024" />
+      <tetrahedron index="25075" v0="5391" v1="6577" v2="6629" v3="6922" />
+      <tetrahedron index="25076" v0="3682" v1="3951" v2="5017" v3="5803" />
+      <tetrahedron index="25077" v0="3291" v1="3292" v2="3293" v3="5103" />
+      <tetrahedron index="25078" v0="4862" v1="5764" v2="6308" v3="6727" />
+      <tetrahedron index="25079" v0="4857" v1="4951" v2="5383" v3="5445" />
+      <tetrahedron index="25080" v0="4582" v1="5510" v2="5557" v3="6234" />
+      <tetrahedron index="25081" v0="4912" v1="4989" v2="5308" v3="5949" />
+      <tetrahedron index="25082" v0="5014" v1="5874" v2="6459" v3="6952" />
+      <tetrahedron index="25083" v0="4201" v1="5681" v2="6088" v3="6352" />
+      <tetrahedron index="25084" v0="4288" v1="4802" v2="5112" v3="5736" />
+      <tetrahedron index="25085" v0="4852" v1="5617" v2="6292" v3="6597" />
+      <tetrahedron index="25086" v0="4966" v1="5746" v2="6083" v3="6659" />
+      <tetrahedron index="25087" v0="3471" v1="4682" v2="5093" v3="6005" />
+      <tetrahedron index="25088" v0="3791" v1="4785" v2="4957" v3="5962" />
+      <tetrahedron index="25089" v0="3880" v1="5347" v2="6272" v3="6778" />
+      <tetrahedron index="25090" v0="5026" v1="6224" v2="6225" v3="6636" />
+      <tetrahedron index="25091" v0="4866" v1="5760" v2="6072" v3="6892" />
+      <tetrahedron index="25092" v0="5256" v1="5704" v2="5890" v3="6528" />
+      <tetrahedron index="25093" v0="4909" v1="5258" v2="5663" v3="6336" />
+      <tetrahedron index="25094" v0="3835" v1="5381" v2="6032" v3="6033" />
+      <tetrahedron index="25095" v0="3879" v1="5173" v2="5251" v3="5886" />
+      <tetrahedron index="25096" v0="3300" v1="5215" v2="5543" v3="6482" />
+      <tetrahedron index="25097" v0="4302" v1="4493" v2="4508" v3="5342" />
+      <tetrahedron index="25098" v0="5285" v1="5515" v2="6181" v3="6413" />
+      <tetrahedron index="25099" v0="4914" v1="5095" v2="5273" v3="5908" />
+      <tetrahedron index="25100" v0="3933" v1="4348" v2="5132" v3="5241" />
+      <tetrahedron index="25101" v0="3457" v1="3810" v2="4208" v3="5134" />
+      <tetrahedron index="25102" v0="5126" v1="5245" v2="5722" v3="6200" />
+      <tetrahedron index="25103" v0="3799" v1="5135" v2="5884" v3="6237" />
+      <tetrahedron index="25104" v0="4155" v1="4156" v2="4674" v3="5651" />
+      <tetrahedron index="25105" v0="4004" v1="4060" v2="4516" v3="6400" />
+      <tetrahedron index="25106" v0="3592" v1="3799" v2="6237" v3="6356" />
+      <tetrahedron index="25107" v0="4433" v1="4434" v2="5218" v3="5837" />
+      <tetrahedron index="25108" v0="4905" v1="6520" v2="6682" v3="6798" />
+      <tetrahedron index="25109" v0="5014" v1="5723" v2="6117" v3="6389" />
+      <tetrahedron index="25110" v0="3956" v1="4263" v2="5447" v3="5732" />
+      <tetrahedron index="25111" v0="4852" v1="5616" v2="6292" v3="6293" />
+      <tetrahedron index="25112" v0="4868" v1="5158" v2="5981" v3="6137" />
+      <tetrahedron index="25113" v0="3564" v1="3611" v2="5200" v3="5818" />
+      <tetrahedron index="25114" v0="4837" v1="4839" v2="4844" v3="5815" />
+      <tetrahedron index="25115" v0="4411" v1="4678" v2="4818" v3="5267" />
+      <tetrahedron index="25116" v0="4054" v1="4400" v2="5631" v3="6309" />
+      <tetrahedron index="25117" v0="5047" v1="6052" v2="6259" v3="6775" />
+      <tetrahedron index="25118" v0="3989" v1="5100" v2="5699" v3="6357" />
+      <tetrahedron index="25119" v0="5100" v1="5685" v2="5697" v3="6357" />
+      <tetrahedron index="25120" v0="4687" v1="4702" v2="4828" v3="5824" />
+      <tetrahedron index="25121" v0="4589" v1="4843" v2="5298" v3="5956" />
+      <tetrahedron index="25122" v0="3279" v1="3280" v2="5320" v3="6058" />
+      <tetrahedron index="25123" v0="4672" v1="4843" v2="5296" v3="5298" />
+      <tetrahedron index="25124" v0="4285" v1="4478" v2="6235" v3="6423" />
+      <tetrahedron index="25125" v0="3282" v1="3383" v2="3384" v3="3386" />
+      <tetrahedron index="25126" v0="3928" v1="4298" v2="4359" v3="5684" />
+      <tetrahedron index="25127" v0="3292" v1="3760" v2="5079" v3="5103" />
+      <tetrahedron index="25128" v0="3274" v1="5201" v2="5320" v3="5727" />
+      <tetrahedron index="25129" v0="3821" v1="3822" v2="5044" v3="5972" />
+      <tetrahedron index="25130" v0="4145" v1="4802" v2="5112" v3="5576" />
+      <tetrahedron index="25131" v0="4962" v1="5412" v2="5904" v3="6074" />
+      <tetrahedron index="25132" v0="4374" v1="4733" v2="5130" v3="5731" />
+      <tetrahedron index="25133" v0="4007" v1="4373" v2="6257" v3="6905" />
+      <tetrahedron index="25134" v0="3939" v1="5172" v2="5176" v3="5787" />
+      <tetrahedron index="25135" v0="3289" v1="3376" v2="4335" v3="5735" />
+      <tetrahedron index="25136" v0="3686" v1="4161" v2="4387" v3="5642" />
+      <tetrahedron index="25137" v0="5660" v1="5702" v2="6138" v3="6373" />
+      <tetrahedron index="25138" v0="4897" v1="5078" v2="5853" v3="6500" />
+      <tetrahedron index="25139" v0="3394" v1="4318" v2="4649" v3="6143" />
+      <tetrahedron index="25140" v0="4459" v1="4600" v2="5366" v3="6018" />
+      <tetrahedron index="25141" v0="4915" v1="5277" v2="5912" v3="6355" />
+      <tetrahedron index="25142" v0="3332" v1="4227" v2="4656" v3="6007" />
+      <tetrahedron index="25143" v0="3492" v1="5260" v2="5262" v3="6615" />
+      <tetrahedron index="25144" v0="4389" v1="5633" v2="5634" v3="6008" />
+      <tetrahedron index="25145" v0="4036" v1="4038" v2="5123" v3="5718" />
+      <tetrahedron index="25146" v0="3935" v1="4583" v2="4707" v3="5646" />
+      <tetrahedron index="25147" v0="4957" v1="5137" v2="5398" v3="6646" />
+      <tetrahedron index="25148" v0="4851" v1="5338" v2="5742" v3="6319" />
+      <tetrahedron index="25149" v0="4863" v1="5488" v2="5902" v3="6150" />
+      <tetrahedron index="25150" v0="4923" v1="5744" v2="5833" v3="6317" />
+      <tetrahedron index="25151" v0="4408" v1="5071" v2="5647" v3="5887" />
+      <tetrahedron index="25152" v0="3705" v1="4549" v2="5224" v3="6497" />
+      <tetrahedron index="25153" v0="6290" v1="6613" v2="6920" v3="7016" />
+      <tetrahedron index="25154" v0="4480" v1="4612" v2="5154" v3="5757" />
+      <tetrahedron index="25155" v0="3296" v1="4343" v2="4476" v3="5859" />
+      <tetrahedron index="25156" v0="3706" v1="3708" v2="3881" v3="6669" />
+      <tetrahedron index="25157" v0="4145" v1="5112" v2="5576" v3="6251" />
+      <tetrahedron index="25158" v0="4101" v1="5106" v2="5486" v3="5487" />
+      <tetrahedron index="25159" v0="5096" v1="5679" v2="6368" v3="6986" />
+      <tetrahedron index="25160" v0="3442" v1="3477" v2="3877" v3="5199" />
+      <tetrahedron index="25161" v0="4847" v1="6014" v2="6430" v3="6765" />
+      <tetrahedron index="25162" v0="3258" v1="3259" v2="5011" v3="5046" />
+      <tetrahedron index="25163" v0="4931" v1="5548" v2="5796" v3="5967" />
+      <tetrahedron index="25164" v0="3707" v1="4445" v2="4454" v3="6415" />
+      <tetrahedron index="25165" v0="4050" v1="5187" v2="5799" v3="5804" />
+      <tetrahedron index="25166" v0="4496" v1="5259" v2="5263" v3="5895" />
+      <tetrahedron index="25167" v0="3391" v1="3392" v2="3393" v3="5277" />
+      <tetrahedron index="25168" v0="3888" v1="3889" v2="4220" v3="6039" />
+      <tetrahedron index="25169" v0="4517" v1="5017" v2="5186" v3="5801" />
+      <tetrahedron index="25170" v0="4127" v1="4128" v2="5033" v3="5568" />
+      <tetrahedron index="25171" v0="3288" v1="3682" v2="5143" v3="5739" />
+      <tetrahedron index="25172" v0="4570" v1="4665" v2="4804" v3="5900" />
+      <tetrahedron index="25173" v0="5154" v1="5249" v2="5757" v3="6422" />
+      <tetrahedron index="25174" v0="4309" v1="5034" v2="5653" v3="5914" />
+      <tetrahedron index="25175" v0="3562" v1="3876" v2="4526" v3="6607" />
+      <tetrahedron index="25176" v0="3394" v1="5838" v2="6484" v3="6501" />
+      <tetrahedron index="25177" v0="3274" v1="3279" v2="3383" v3="3386" />
+      <tetrahedron index="25178" v0="4984" v1="5488" v2="5620" v3="6699" />
+      <tetrahedron index="25179" v0="4947" v1="5003" v2="5929" v3="6022" />
+      <tetrahedron index="25180" v0="5528" v1="6594" v2="6687" v3="6716" />
+      <tetrahedron index="25181" v0="5488" v1="6150" v2="6707" v3="6708" />
+      <tetrahedron index="25182" v0="5381" v1="5745" v2="6032" v3="6033" />
+      <tetrahedron index="25183" v0="5538" v1="6621" v2="6852" v3="6996" />
+      <tetrahedron index="25184" v0="3880" v1="4273" v2="4704" v3="6272" />
+      <tetrahedron index="25185" v0="3420" v1="4764" v2="4781" v3="5204" />
+      <tetrahedron index="25186" v0="4248" v1="4282" v2="5498" v3="5647" />
+      <tetrahedron index="25187" v0="3411" v1="3413" v2="3495" v3="5448" />
+      <tetrahedron index="25188" v0="3513" v1="5045" v2="5585" v3="6651" />
+      <tetrahedron index="25189" v0="3432" v1="3506" v2="4960" v3="6019" />
+      <tetrahedron index="25190" v0="3998" v1="4222" v2="4240" v3="5087" />
+      <tetrahedron index="25191" v0="3361" v1="3479" v2="4702" v3="5312" />
+      <tetrahedron index="25192" v0="4559" v1="5163" v2="5778" v3="6440" />
+      <tetrahedron index="25193" v0="4639" v1="5136" v2="5330" v3="5375" />
+      <tetrahedron index="25194" v0="3995" v1="4222" v2="4334" v3="5292" />
+      <tetrahedron index="25195" v0="4166" v1="5278" v2="5917" v3="5918" />
+      <tetrahedron index="25196" v0="4284" v1="4770" v2="5076" v3="5682" />
+      <tetrahedron index="25197" v0="3629" v1="4041" v2="4835" v3="5564" />
+      <tetrahedron index="25198" v0="4690" v1="4691" v2="4696" v3="4841" />
+      <tetrahedron index="25199" v0="4862" v1="5943" v2="6310" v3="6311" />
+      <tetrahedron index="25200" v0="5107" v1="5124" v2="5694" v3="5826" />
+      <tetrahedron index="25201" v0="3341" v1="3473" v2="3759" v3="5661" />
+      <tetrahedron index="25202" v0="3691" v1="5143" v2="5187" v3="5801" />
+      <tetrahedron index="25203" v0="4985" v1="5772" v2="6136" v3="6334" />
+      <tetrahedron index="25204" v0="5507" v1="6170" v2="6687" v3="6948" />
+      <tetrahedron index="25205" v0="4350" v1="4453" v2="4807" v3="5860" />
+      <tetrahedron index="25206" v0="4514" v1="4560" v2="5725" v3="6391" />
+      <tetrahedron index="25207" v0="4992" v1="5484" v2="5485" v3="6549" />
+      <tetrahedron index="25208" v0="3575" v1="3577" v2="3899" v3="5253" />
+      <tetrahedron index="25209" v0="3816" v1="4139" v2="6041" v3="6620" />
+      <tetrahedron index="25210" v0="5172" v1="5784" v2="5785" v3="5787" />
+      <tetrahedron index="25211" v0="4867" v1="5762" v2="5945" v3="6895" />
+      <tetrahedron index="25212" v0="3952" v1="4169" v2="4187" v3="5470" />
+      <tetrahedron index="25213" v0="3978" v1="4116" v2="4540" v3="6048" />
+      <tetrahedron index="25214" v0="4999" v1="5088" v2="5668" v3="5798" />
+      <tetrahedron index="25215" v0="3250" v1="4017" v2="5463" v3="5464" />
+      <tetrahedron index="25216" v0="4671" v1="4736" v2="4752" v3="5843" />
+      <tetrahedron index="25217" v0="3393" v1="5064" v2="5277" v3="5916" />
+      <tetrahedron index="25218" v0="3254" v1="5129" v2="6021" v3="6618" />
+      <tetrahedron index="25219" v0="5840" v1="6789" v2="6875" v3="6913" />
+      <tetrahedron index="25220" v0="5648" v1="6325" v2="6326" v3="6394" />
+      <tetrahedron index="25221" v0="4852" v1="5614" v2="6106" v3="6789" />
+      <tetrahedron index="25222" v0="3340" v1="4538" v2="4757" v3="5765" />
+      <tetrahedron index="25223" v0="5195" v1="6192" v2="6471" v3="6737" />
+      <tetrahedron index="25224" v0="3632" v1="5768" v2="6005" v3="6857" />
+      <tetrahedron index="25225" v0="4001" v1="4175" v2="4176" v3="5560" />
+      <tetrahedron index="25226" v0="3326" v1="3939" v2="4734" v3="5172" />
+      <tetrahedron index="25227" v0="5025" v1="6419" v2="6595" v3="6848" />
+      <tetrahedron index="25228" v0="4316" v1="5241" v2="5609" v3="5869" />
+      <tetrahedron index="25229" v0="3582" v1="5733" v2="5789" v3="6448" />
+      <tetrahedron index="25230" v0="5110" v1="5699" v2="6368" v3="6370" />
+      <tetrahedron index="25231" v0="5053" v1="5604" v2="5605" v3="6283" />
+      <tetrahedron index="25232" v0="5341" v1="6581" v2="6900" v3="6901" />
+      <tetrahedron index="25233" v0="3361" v1="3362" v2="4702" v3="5312" />
+      <tetrahedron index="25234" v0="5224" v1="5847" v2="5849" v3="6498" />
+      <tetrahedron index="25235" v0="5208" v1="5694" v2="5826" v3="6837" />
+      <tetrahedron index="25236" v0="4849" v1="6407" v2="6409" v3="6593" />
+      <tetrahedron index="25237" v0="4426" v1="4530" v2="6197" v3="6452" />
+      <tetrahedron index="25238" v0="4916" v1="5278" v2="5280" v3="5917" />
+      <tetrahedron index="25239" v0="4848" v1="6056" v2="6062" v3="6649" />
+      <tetrahedron index="25240" v0="5051" v1="5599" v2="6270" v3="6271" />
+      <tetrahedron index="25241" v0="5353" v1="6004" v2="6419" v3="6724" />
+      <tetrahedron index="25242" v0="4997" v1="5614" v2="5877" v3="6286" />
+      <tetrahedron index="25243" v0="3937" v1="4584" v2="4585" v3="5394" />
+      <tetrahedron index="25244" v0="3537" v1="3538" v2="3539" v3="5972" />
+      <tetrahedron index="25245" v0="4970" v1="5805" v2="5992" v3="6092" />
+      <tetrahedron index="25246" v0="4628" v1="5452" v2="6112" v3="6683" />
+      <tetrahedron index="25247" v0="5096" v1="5684" v2="5701" v3="6368" />
+      <tetrahedron index="25248" v0="5079" v1="5591" v2="6455" v3="6866" />
+      <tetrahedron index="25249" v0="4422" v1="4798" v2="4799" v3="6199" />
+      <tetrahedron index="25250" v0="4938" v1="5994" v2="6667" v3="6670" />
+      <tetrahedron index="25251" v0="3367" v1="3823" v2="5248" v3="6518" />
+      <tetrahedron index="25252" v0="3296" v1="4343" v2="5542" v3="5859" />
+      <tetrahedron index="25253" v0="4926" v1="5310" v2="6054" v3="6263" />
+      <tetrahedron index="25254" v0="3804" v1="3805" v2="3806" v3="5968" />
+      <tetrahedron index="25255" v0="5126" v1="5459" v2="6117" v3="6123" />
+      <tetrahedron index="25256" v0="4176" v1="4177" v2="5029" v3="5560" />
+      <tetrahedron index="25257" v0="5951" v1="6301" v2="6944" v3="7014" />
+      <tetrahedron index="25258" v0="3554" v1="5018" v2="5534" v3="5535" />
+      <tetrahedron index="25259" v0="4872" v1="5164" v2="5597" v3="6326" />
+      <tetrahedron index="25260" v0="3414" v1="4460" v2="5058" v3="5612" />
+      <tetrahedron index="25261" v0="3897" v1="4130" v2="5700" v3="5825" />
+      <tetrahedron index="25262" v0="4930" v1="6100" v2="6417" v3="6847" />
+      <tetrahedron index="25263" v0="4920" v1="5643" v2="5774" v3="5930" />
+      <tetrahedron index="25264" v0="3519" v1="3530" v2="4587" v3="5749" />
+      <tetrahedron index="25265" v0="4929" v1="5266" v2="5480" v3="5964" />
+      <tetrahedron index="25266" v0="5193" v1="6188" v2="6408" v3="6842" />
+      <tetrahedron index="25267" v0="5032" v1="5071" v2="5647" v3="6322" />
+      <tetrahedron index="25268" v0="3831" v1="5112" v2="5659" v3="5703" />
+      <tetrahedron index="25269" v0="4503" v1="5066" v2="5634" v3="5658" />
+      <tetrahedron index="25270" v0="4900" v1="4988" v2="5237" v3="5861" />
+      <tetrahedron index="25271" v0="5122" v1="5198" v2="5713" v3="5818" />
+      <tetrahedron index="25272" v0="5397" v1="6052" v2="6056" v3="6443" />
+      <tetrahedron index="25273" v0="5606" v1="6283" v2="6787" v3="7027" />
+      <tetrahedron index="25274" v0="3582" v1="3672" v2="4215" v3="5789" />
+      <tetrahedron index="25275" v0="3809" v1="4639" v2="4651" v3="5330" />
+      <tetrahedron index="25276" v0="5873" v1="6124" v2="6513" v3="6787" />
+      <tetrahedron index="25277" v0="3441" v1="3500" v2="3564" v3="5674" />
+      <tetrahedron index="25278" v0="4175" v1="4478" v2="5154" v3="5560" />
+      <tetrahedron index="25279" v0="5010" v1="5521" v2="5944" v3="6193" />
+      <tetrahedron index="25280" v0="5340" v1="5341" v2="5984" v3="5987" />
+      <tetrahedron index="25281" v0="4126" v1="4273" v2="4467" v3="6191" />
+      <tetrahedron index="25282" v0="3633" v1="3655" v2="3656" v3="6433" />
+      <tetrahedron index="25283" v0="5128" v1="5407" v2="5726" v3="5727" />
+      <tetrahedron index="25284" v0="3286" v1="5398" v2="5514" v3="6057" />
+      <tetrahedron index="25285" v0="4191" v1="4663" v2="4677" v3="6543" />
+      <tetrahedron index="25286" v0="4004" v1="4483" v2="5140" v3="6400" />
+      <tetrahedron index="25287" v0="4855" v1="5483" v2="6065" v3="6422" />
+      <tetrahedron index="25288" v0="3438" v1="3440" v2="4256" v3="5848" />
+      <tetrahedron index="25289" v0="4384" v1="5558" v2="6747" v3="6762" />
+      <tetrahedron index="25290" v0="5407" v1="5883" v2="6065" v3="6144" />
+      <tetrahedron index="25291" v0="4868" v1="5158" v2="5981" v3="6138" />
+      <tetrahedron index="25292" v0="4995" v1="5491" v2="6151" v3="6152" />
+      <tetrahedron index="25293" v0="4105" v1="4573" v2="4574" v3="5830" />
+      <tetrahedron index="25294" v0="4853" v1="5402" v2="5403" v3="6060" />
+      <tetrahedron index="25295" v0="3827" v1="5450" v2="5513" v3="6110" />
+      <tetrahedron index="25296" v0="3483" v1="3974" v2="4301" v3="6261" />
+      <tetrahedron index="25297" v0="4896" v1="5054" v2="5695" v3="6367" />
+      <tetrahedron index="25298" v0="4948" v1="5141" v2="5376" v3="6028" />
+      <tetrahedron index="25299" v0="5359" v1="5681" v2="5682" v3="6354" />
+      <tetrahedron index="25300" v0="3424" v1="3691" v2="5143" v3="5801" />
+      <tetrahedron index="25301" v0="3831" v1="4288" v2="4802" v3="5112" />
+      <tetrahedron index="25302" v0="4904" v1="5247" v2="5875" v3="6122" />
+      <tetrahedron index="25303" v0="4919" v1="5288" v2="5927" v3="5928" />
+      <tetrahedron index="25304" v0="4959" v1="5011" v2="5069" v3="6063" />
+      <tetrahedron index="25305" v0="4087" v1="4088" v2="5188" v3="6665" />
+      <tetrahedron index="25306" v0="3673" v1="3932" v2="5141" v3="5977" />
+      <tetrahedron index="25307" v0="5020" v1="6212" v2="6213" v3="6466" />
+      <tetrahedron index="25308" v0="3306" v1="3308" v2="5243" v3="5276" />
+      <tetrahedron index="25309" v0="3558" v1="3967" v2="4259" v3="5775" />
+      <tetrahedron index="25310" v0="3850" v1="3851" v2="4553" v3="5894" />
+      <tetrahedron index="25311" v0="3724" v1="3838" v2="5277" v3="5916" />
+      <tetrahedron index="25312" v0="4135" v1="4522" v2="4657" v3="5184" />
+      <tetrahedron index="25313" v0="4929" v1="5266" v2="5320" v3="5966" />
+      <tetrahedron index="25314" v0="4103" v1="4187" v2="4188" v3="6111" />
+      <tetrahedron index="25315" v0="3720" v1="3900" v2="4699" v3="6475" />
+      <tetrahedron index="25316" v0="5221" v1="6055" v2="6596" v3="6864" />
+      <tetrahedron index="25317" v0="5044" v1="5935" v2="5971" v3="6575" />
+      <tetrahedron index="25318" v0="4047" v1="4049" v2="4667" v3="5077" />
+      <tetrahedron index="25319" v0="5085" v1="5664" v2="5889" v3="6338" />
+      <tetrahedron index="25320" v0="5001" v1="5562" v2="6236" v3="6708" />
+      <tetrahedron index="25321" v0="4588" v1="4617" v2="4682" v3="6005" />
+      <tetrahedron index="25322" v0="4176" v1="4739" v2="5029" v3="5081" />
+      <tetrahedron index="25323" v0="4006" v1="4007" v2="4373" v3="6257" />
+      <tetrahedron index="25324" v0="3526" v1="3527" v2="3528" v3="3792" />
+      <tetrahedron index="25325" v0="3659" v1="4707" v2="5088" v3="6267" />
+      <tetrahedron index="25326" v0="4899" v1="5233" v2="5234" v3="5857" />
+      <tetrahedron index="25327" v0="3263" v1="3264" v2="3700" v3="5030" />
+      <tetrahedron index="25328" v0="3629" v1="3899" v2="4041" v3="5564" />
+      <tetrahedron index="25329" v0="4413" v1="5161" v2="5774" v3="5930" />
+      <tetrahedron index="25330" v0="5025" v1="5551" v2="6220" v3="6991" />
+      <tetrahedron index="25331" v0="3453" v1="5207" v2="5828" v3="5927" />
+      <tetrahedron index="25332" v0="4118" v1="4289" v2="4555" v3="6363" />
+      <tetrahedron index="25333" v0="4472" v1="4817" v2="5489" v3="6184" />
+      <tetrahedron index="25334" v0="5348" v1="5995" v2="6616" v3="6723" />
+      <tetrahedron index="25335" v0="5002" v1="6506" v2="6605" v3="6610" />
+      <tetrahedron index="25336" v0="3328" v1="3456" v2="3457" v3="6087" />
+      <tetrahedron index="25337" v0="3455" v1="3766" v2="3898" v3="5825" />
+      <tetrahedron index="25338" v0="4541" v1="4634" v2="5437" v3="6218" />
+      <tetrahedron index="25339" v0="5144" v1="5740" v2="6403" v3="6819" />
+      <tetrahedron index="25340" v0="5145" v1="5483" v2="5741" v3="6405" />
+      <tetrahedron index="25341" v0="3285" v1="3380" v2="3485" v3="6148" />
+      <tetrahedron index="25342" v0="4925" v1="4989" v2="5038" v3="5883" />
+      <tetrahedron index="25343" v0="3851" v1="4358" v2="4496" v3="5259" />
+      <tetrahedron index="25344" v0="3537" v1="3916" v2="5934" v3="5972" />
+      <tetrahedron index="25345" v0="5023" v1="6485" v2="6674" v3="6945" />
+      <tetrahedron index="25346" v0="5492" v1="6050" v2="6154" v3="6710" />
+      <tetrahedron index="25347" v0="4163" v1="5123" v2="5198" v3="6017" />
+      <tetrahedron index="25348" v0="5538" v1="6189" v2="6591" v3="6736" />
+      <tetrahedron index="25349" v0="5625" v1="6300" v2="6797" v3="6799" />
+      <tetrahedron index="25350" v0="3793" v1="3817" v2="4232" v3="5177" />
+      <tetrahedron index="25351" v0="5164" v1="5333" v2="5978" v3="6133" />
+      <tetrahedron index="25352" v0="3312" v1="3930" v2="5288" v3="5601" />
+      <tetrahedron index="25353" v0="3292" v1="4592" v2="5079" v3="5103" />
+      <tetrahedron index="25354" v0="5446" v1="5875" v2="6288" v3="6289" />
+      <tetrahedron index="25355" v0="4890" v1="5208" v2="5826" v3="5828" />
+      <tetrahedron index="25356" v0="5009" v1="5520" v2="6585" v3="6624" />
+      <tetrahedron index="25357" v0="4977" v1="5644" v2="5645" v3="6321" />
+      <tetrahedron index="25358" v0="3962" v1="4142" v2="4762" v3="5198" />
+      <tetrahedron index="25359" v0="3693" v1="4196" v2="4242" v3="5846" />
+      <tetrahedron index="25360" v0="3535" v1="3958" v2="6113" v3="6684" />
+      <tetrahedron index="25361" v0="4624" v1="6151" v2="6269" v3="6777" />
+      <tetrahedron index="25362" v0="4246" v1="4248" v2="4778" v3="6341" />
+      <tetrahedron index="25363" v0="3456" v1="3457" v2="6087" v3="6254" />
+      <tetrahedron index="25364" v0="3432" v1="3433" v2="3864" v3="5370" />
+      <tetrahedron index="25365" v0="3708" v1="3881" v2="6093" v3="6669" />
+      <tetrahedron index="25366" v0="4219" v1="4683" v2="5744" v3="5938" />
+      <tetrahedron index="25367" v0="4346" v1="4388" v2="4503" v3="5066" />
+      <tetrahedron index="25368" v0="3677" v1="4202" v2="4352" v3="5368" />
+      <tetrahedron index="25369" v0="4646" v1="5174" v2="5886" v3="6526" />
+      <tetrahedron index="25370" v0="4890" v1="5107" v2="5210" v3="5826" />
+      <tetrahedron index="25371" v0="4930" v1="6720" v2="6721" v3="6962" />
+      <tetrahedron index="25372" v0="4477" v1="5092" v2="5218" v3="6483" />
+      <tetrahedron index="25373" v0="3371" v1="5094" v2="5678" v3="5832" />
+      <tetrahedron index="25374" v0="4153" v1="5146" v2="5486" v3="5742" />
+      <tetrahedron index="25375" v0="4854" v1="5745" v2="6080" v3="6083" />
+      <tetrahedron index="25376" v0="4600" v1="4626" v2="5718" v3="6386" />
+      <tetrahedron index="25377" v0="3655" v1="3656" v2="5531" v3="6433" />
+      <tetrahedron index="25378" v0="4486" v1="4744" v2="4745" v3="5350" />
+      <tetrahedron index="25379" v0="4958" v1="5228" v2="5401" v3="5666" />
+      <tetrahedron index="25380" v0="5169" v1="5247" v2="5875" v3="6036" />
+      <tetrahedron index="25381" v0="5063" v1="5624" v2="6300" v3="6534" />
+      <tetrahedron index="25382" v0="3659" v1="5088" v2="5526" v3="5795" />
+      <tetrahedron index="25383" v0="4040" v1="5607" v2="6888" v3="7027" />
+      <tetrahedron index="25384" v0="3831" v1="3832" v2="5659" v3="5703" />
+      <tetrahedron index="25385" v0="4949" v1="5026" v2="5378" v3="5555" />
+      <tetrahedron index="25386" v0="3451" v1="3766" v2="3767" v3="5210" />
+      <tetrahedron index="25387" v0="4460" v1="4898" v2="5612" v3="5657" />
+      <tetrahedron index="25388" v0="4198" v1="4199" v2="4606" v3="5869" />
+      <tetrahedron index="25389" v0="4020" v1="5546" v2="6096" v3="6218" />
+      <tetrahedron index="25390" v0="4183" v1="4245" v2="5680" v3="6827" />
+      <tetrahedron index="25391" v0="5032" v1="5071" v2="5644" v3="6322" />
+      <tetrahedron index="25392" v0="5135" v1="5884" v2="6237" v3="6759" />
+      <tetrahedron index="25393" v0="3967" v1="5449" v2="5775" v3="6507" />
+      <tetrahedron index="25394" v0="3315" v1="3316" v2="3317" v3="5559" />
+      <tetrahedron index="25395" v0="3732" v1="4017" v2="4257" v3="5808" />
+      <tetrahedron index="25396" v0="5381" v1="6033" v2="6034" v3="6552" />
+      <tetrahedron index="25397" v0="4869" v1="5770" v2="6434" v3="6858" />
+      <tetrahedron index="25398" v0="4901" v1="5240" v2="5866" v3="6108" />
+      <tetrahedron index="25399" v0="4905" v1="6299" v2="6673" v3="6798" />
+      <tetrahedron index="25400" v0="3962" v1="5198" v2="5719" v3="5818" />
+      <tetrahedron index="25401" v0="5409" v1="6069" v2="6070" v3="6932" />
+      <tetrahedron index="25402" v0="4198" v1="5056" v2="5131" v3="5609" />
+      <tetrahedron index="25403" v0="4297" v1="5100" v2="5212" v3="5684" />
+      <tetrahedron index="25404" v0="4876" v1="5059" v2="5169" v3="5613" />
+      <tetrahedron index="25405" v0="4922" v1="4972" v2="5740" v3="6101" />
+      <tetrahedron index="25406" v0="4109" v1="4179" v2="4269" v3="5798" />
+      <tetrahedron index="25407" v0="5145" v1="5741" v2="5758" v3="6404" />
+      <tetrahedron index="25408" v0="5340" v1="6044" v2="6807" v3="6810" />
+      <tetrahedron index="25409" v0="3586" v1="4615" v2="4658" v3="5098" />
+      <tetrahedron index="25410" v0="4277" v1="4305" v2="5153" v3="6416" />
+      <tetrahedron index="25411" v0="3836" v1="4096" v2="5142" v3="5279" />
+      <tetrahedron index="25412" v0="4042" v1="4180" v2="4780" v3="5598" />
+      <tetrahedron index="25413" v0="3746" v1="3810" v2="3811" v3="5175" />
+      <tetrahedron index="25414" v0="4902" v1="5243" v2="5693" v3="5915" />
+      <tetrahedron index="25415" v0="3456" v1="3746" v2="3810" v3="5175" />
+      <tetrahedron index="25416" v0="3775" v1="4637" v2="4662" v3="5862" />
+      <tetrahedron index="25417" v0="5068" v1="5639" v2="6317" v3="6812" />
+      <tetrahedron index="25418" v0="3241" v1="3364" v2="3365" v3="6178" />
+      <tetrahedron index="25419" v0="3782" v1="3991" v2="4083" v3="5986" />
+      <tetrahedron index="25420" v0="4056" v1="5125" v2="5329" v3="5332" />
+      <tetrahedron index="25421" v0="4056" v1="5330" v2="5332" v3="6026" />
+      <tetrahedron index="25422" v0="5351" v1="5352" v2="6001" v3="6600" />
+      <tetrahedron index="25423" v0="3639" v1="3730" v2="5205" v3="5824" />
+      <tetrahedron index="25424" v0="5119" v1="5707" v2="5709" v3="6379" />
+      <tetrahedron index="25425" v0="3618" v1="5159" v2="5662" v3="5768" />
+      <tetrahedron index="25426" v0="3655" v1="4287" v2="4437" v3="6374" />
+      <tetrahedron index="25427" v0="3526" v1="5201" v2="5202" v3="5484" />
+      <tetrahedron index="25428" v0="3672" v1="4344" v2="4505" v3="5789" />
+      <tetrahedron index="25429" v0="5020" v1="5556" v2="6212" v3="6747" />
+      <tetrahedron index="25430" v0="3587" v1="3588" v2="3978" v3="5392" />
+      <tetrahedron index="25431" v0="4986" v1="6140" v2="6421" v3="6645" />
+      <tetrahedron index="25432" v0="3901" v1="3902" v2="4643" v3="5638" />
+      <tetrahedron index="25433" v0="3307" v1="3767" v2="5829" v3="6478" />
+      <tetrahedron index="25434" v0="4474" v1="4799" v2="5525" v3="6199" />
+      <tetrahedron index="25435" v0="5781" v1="6628" v2="6809" v3="6810" />
+      <tetrahedron index="25436" v0="4901" v1="5240" v2="5870" v3="6506" />
+      <tetrahedron index="25437" v0="3897" v1="4130" v2="4602" v3="5700" />
+      <tetrahedron index="25438" v0="3930" v1="3931" v2="5288" v3="5928" />
+      <tetrahedron index="25439" v0="3454" v1="3455" v2="5207" v3="5825" />
+      <tetrahedron index="25440" v0="5247" v1="6119" v2="6516" v3="6889" />
+      <tetrahedron index="25441" v0="5144" v1="5656" v2="6331" v3="6332" />
+      <tetrahedron index="25442" v0="3275" v1="3376" v2="3526" v3="5202" />
+      <tetrahedron index="25443" v0="3718" v1="3720" v2="4650" v3="5203" />
+      <tetrahedron index="25444" v0="3262" v1="3688" v2="5495" v3="6114" />
+      <tetrahedron index="25445" v0="4865" v1="4906" v2="5249" v3="5882" />
+      <tetrahedron index="25446" v0="3401" v1="3402" v2="3403" v3="5208" />
+      <tetrahedron index="25447" v0="5588" v1="6260" v2="6262" v3="6638" />
+      <tetrahedron index="25448" v0="4956" v1="5402" v2="5404" v3="6445" />
+      <tetrahedron index="25449" v0="3976" v1="4063" v2="4064" v3="4284" />
+      <tetrahedron index="25450" v0="5462" v1="6119" v2="6516" v3="6889" />
+      <tetrahedron index="25451" v0="5474" v1="6639" v2="6928" v3="7012" />
+      <tetrahedron index="25452" v0="3252" v1="5156" v2="6131" v3="6425" />
+      <tetrahedron index="25453" v0="4136" v1="5925" v2="6091" v3="6910" />
+      <tetrahedron index="25454" v0="4298" v1="4300" v2="4788" v3="5212" />
+      <tetrahedron index="25455" v0="3807" v1="3858" v2="3859" v3="5125" />
+      <tetrahedron index="25456" v0="5349" v1="6287" v2="6597" v3="6967" />
+      <tetrahedron index="25457" v0="4549" v1="4766" v2="5224" v3="6498" />
+      <tetrahedron index="25458" v0="4093" v1="4223" v2="5147" v3="5743" />
+      <tetrahedron index="25459" v0="4108" v1="4109" v2="4179" v3="5797" />
+      <tetrahedron index="25460" v0="3836" v1="4095" v2="5279" v3="5282" />
+      <tetrahedron index="25461" v0="3420" v1="5204" v2="5823" v3="6477" />
+      <tetrahedron index="25462" v0="4385" v1="5946" v2="5948" v3="6244" />
+      <tetrahedron index="25463" v0="3358" v1="3422" v2="4672" v3="5298" />
+      <tetrahedron index="25464" v0="3474" v1="3476" v2="3499" v3="5102" />
+      <tetrahedron index="25465" v0="4921" v1="5297" v2="5298" v3="5936" />
+      <tetrahedron index="25466" v0="5031" v1="5566" v2="6239" v3="6760" />
+      <tetrahedron index="25467" v0="3707" v1="3708" v2="5436" v3="5753" />
+      <tetrahedron index="25468" v0="3969" v1="3970" v2="4015" v3="5653" />
+      <tetrahedron index="25469" v0="3281" v1="3382" v2="5266" v3="6145" />
+      <tetrahedron index="25470" v0="4985" v1="5158" v2="5471" v3="6138" />
+      <tetrahedron index="25471" v0="3351" v1="4290" v2="5256" v3="6078" />
+      <tetrahedron index="25472" v0="5180" v1="5182" v2="5715" v3="6384" />
+      <tetrahedron index="25473" v0="3798" v1="3802" v2="4411" v3="4678" />
+      <tetrahedron index="25474" v0="3453" v1="3454" v2="3455" v3="5207" />
+      <tetrahedron index="25475" v0="5698" v1="5927" v2="6370" v3="6402" />
+      <tetrahedron index="25476" v0="4947" v1="5087" v2="5667" v3="6340" />
+      <tetrahedron index="25477" v0="4679" v1="4785" v2="4818" v3="5041" />
+      <tetrahedron index="25478" v0="3922" v1="5028" v2="5070" v3="5641" />
+      <tetrahedron index="25479" v0="3238" v1="5258" v2="5544" v3="5893" />
+      <tetrahedron index="25480" v0="3288" v1="3950" v2="4335" v3="5739" />
+      <tetrahedron index="25481" v0="5990" v1="6181" v2="6413" v3="6733" />
+      <tetrahedron index="25482" v0="3436" v1="3505" v2="3506" v3="6070" />
+      <tetrahedron index="25483" v0="3294" v1="3917" v2="5238" v3="5542" />
+      <tetrahedron index="25484" v0="4377" v1="5092" v2="5687" v3="6359" />
+      <tetrahedron index="25485" v0="4494" v1="5016" v2="5532" v3="5595" />
+      <tetrahedron index="25486" v0="3426" v1="3428" v2="4173" v3="4205" />
+      <tetrahedron index="25487" v0="4886" v1="5197" v2="6541" v3="6731" />
+      <tetrahedron index="25488" v0="4985" v1="5660" v2="5661" v3="6350" />
+      <tetrahedron index="25489" v0="4872" v1="5490" v2="6006" v3="6394" />
+      <tetrahedron index="25490" v0="3613" v1="4709" v2="5158" v3="5766" />
+      <tetrahedron index="25491" v0="5337" v1="5980" v2="6205" v3="6743" />
+      <tetrahedron index="25492" v0="4525" v1="4604" v2="4666" v3="5050" />
+      <tetrahedron index="25493" v0="3502" v1="4681" v2="5151" v3="6316" />
+      <tetrahedron index="25494" v0="3470" v1="5456" v2="5662" v3="5773" />
+      <tetrahedron index="25495" v0="4919" v1="5289" v2="5697" v3="6371" />
+      <tetrahedron index="25496" v0="4919" v1="5698" v2="6368" v3="6401" />
+      <tetrahedron index="25497" v0="4997" v1="5877" v2="6180" v3="6732" />
+      <tetrahedron index="25498" v0="5042" v1="5583" v2="6081" v3="6256" />
+      <tetrahedron index="25499" v0="3868" v1="3906" v2="4381" v3="5960" />
+      <tetrahedron index="25500" v0="5170" v1="5840" v2="5950" v3="6913" />
+      <tetrahedron index="25501" v0="3852" v1="4357" v2="4358" v3="6532" />
+      <tetrahedron index="25502" v0="4857" v1="5875" v2="6036" v3="6514" />
+      <tetrahedron index="25503" v0="3707" v1="4087" v2="4228" v3="6090" />
+      <tetrahedron index="25504" v0="3595" v1="5336" v2="5356" v3="6132" />
+      <tetrahedron index="25505" v0="4027" v1="4157" v2="4801" v3="5082" />
+      <tetrahedron index="25506" v0="5422" v1="5961" v2="6571" v3="6658" />
+      <tetrahedron index="25507" v0="4962" v1="5625" v2="6072" v3="6536" />
+      <tetrahedron index="25508" v0="4385" v1="4613" v2="6244" v3="6762" />
+      <tetrahedron index="25509" v0="3987" v1="4481" v2="5003" v3="5932" />
+      <tetrahedron index="25510" v0="4175" v1="4612" v2="5154" v3="5758" />
+      <tetrahedron index="25511" v0="3738" v1="3746" v2="5040" v3="5579" />
+      <tetrahedron index="25512" v0="4902" v1="5627" v2="6305" v3="6512" />
+      <tetrahedron index="25513" v0="4919" v1="5288" v2="5601" v3="6369" />
+      <tetrahedron index="25514" v0="4184" v1="4542" v2="4546" v3="6318" />
+      <tetrahedron index="25515" v0="5194" v1="5817" v2="6473" v3="6868" />
+      <tetrahedron index="25516" v0="3935" v1="5646" v2="6267" v3="6683" />
+      <tetrahedron index="25517" v0="3481" v1="3900" v2="4061" v3="5206" />
+      <tetrahedron index="25518" v0="3301" v1="5232" v2="5854" v3="5855" />
+      <tetrahedron index="25519" v0="4353" v1="5508" v2="6418" v3="6602" />
+      <tetrahedron index="25520" v0="3394" v1="3400" v2="3769" v3="6501" />
+      <tetrahedron index="25521" v0="3752" v1="4105" v2="5211" v3="6329" />
+      <tetrahedron index="25522" v0="4934" v1="5334" v2="5765" v3="5981" />
+      <tetrahedron index="25523" v0="4815" v1="5582" v2="5583" v3="6579" />
+      <tetrahedron index="25524" v0="5020" v1="6213" v2="6466" v3="6749" />
+      <tetrahedron index="25525" v0="3626" v1="3698" v2="5274" v3="5275" />
+      <tetrahedron index="25526" v0="4146" v1="4251" v2="4252" v3="6219" />
+      <tetrahedron index="25527" v0="5013" v1="5526" v2="6198" v3="6199" />
+      <tetrahedron index="25528" v0="3764" v1="3886" v2="4204" v3="6087" />
+      <tetrahedron index="25529" v0="3600" v1="3601" v2="4458" v3="5790" />
+      <tetrahedron index="25530" v0="5439" v1="6099" v2="6100" v3="6847" />
+      <tetrahedron index="25531" v0="5363" v1="5844" v2="6278" v3="6780" />
+      <tetrahedron index="25532" v0="3266" v1="3267" v2="3270" v3="4959" />
+      <tetrahedron index="25533" v0="4132" v1="4133" v2="4810" v3="5426" />
+      <tetrahedron index="25534" v0="4878" v1="5178" v2="5425" v3="5786" />
+      <tetrahedron index="25535" v0="4225" v1="5329" v2="5585" v3="5734" />
+      <tetrahedron index="25536" v0="3434" v1="3738" v2="3746" v3="5040" />
+      <tetrahedron index="25537" v0="5127" v1="6208" v2="6213" v3="6749" />
+      <tetrahedron index="25538" v0="3237" v1="4236" v2="5545" v3="5893" />
+      <tetrahedron index="25539" v0="4277" v1="4541" v2="5754" v3="6416" />
+      <tetrahedron index="25540" v0="3883" v1="3984" v2="3985" v3="5227" />
+      <tetrahedron index="25541" v0="4947" v1="5372" v2="6022" v3="6546" />
+      <tetrahedron index="25542" v0="3750" v1="4686" v2="4687" v3="6059" />
+      <tetrahedron index="25543" v0="3905" v1="5310" v2="5954" v3="6264" />
+      <tetrahedron index="25544" v0="5172" v1="5784" v2="5785" v3="6447" />
+      <tetrahedron index="25545" v0="5167" v1="6766" v2="6804" v3="6988" />
+      <tetrahedron index="25546" v0="3791" v1="4957" v2="5319" v3="5962" />
+      <tetrahedron index="25547" v0="3566" v1="4008" v2="4131" v3="5501" />
+      <tetrahedron index="25548" v0="4907" v1="5884" v2="6237" v3="6759" />
+      <tetrahedron index="25549" v0="4892" v1="5094" v2="6295" v3="6480" />
+      <tetrahedron index="25550" v0="4479" v1="4925" v2="5308" v3="5949" />
+      <tetrahedron index="25551" v0="3269" v1="4989" v2="5267" v3="6145" />
+      <tetrahedron index="25552" v0="5390" v1="5816" v2="6619" v3="6623" />
+      <tetrahedron index="25553" v0="5221" v1="6644" v2="6675" v3="6930" />
+      <tetrahedron index="25554" v0="3479" v1="3481" v2="3482" v3="5206" />
+      <tetrahedron index="25555" v0="3261" v1="3267" v2="3268" v3="5038" />
+      <tetrahedron index="25556" v0="4207" v1="5160" v2="5771" v3="5773" />
+      <tetrahedron index="25557" v0="3341" v1="3759" v2="4509" v3="5661" />
+      <tetrahedron index="25558" v0="4969" v1="5432" v2="5502" v3="6453" />
+      <tetrahedron index="25559" v0="3245" v1="5062" v2="5622" v3="6296" />
+      <tetrahedron index="25560" v0="4921" v1="5296" v2="5297" v3="5298" />
+      <tetrahedron index="25561" v0="4153" v1="4170" v2="5486" v3="6149" />
+      <tetrahedron index="25562" v0="3257" v1="5587" v2="5588" v3="6259" />
+      <tetrahedron index="25563" v0="5280" v1="5283" v2="5922" v3="6886" />
+      <tetrahedron index="25564" v0="3323" v1="3738" v2="3739" v3="5040" />
+      <tetrahedron index="25565" v0="5233" v1="5856" v2="6358" v3="6481" />
+      <tetrahedron index="25566" v0="3853" v1="3854" v2="5380" v3="5381" />
+      <tetrahedron index="25567" v0="4947" v1="5087" v2="5929" v3="6024" />
+      <tetrahedron index="25568" v0="3844" v1="4262" v2="4432" v3="5456" />
+      <tetrahedron index="25569" v0="3901" v1="5068" v2="5637" v3="5638" />
+      <tetrahedron index="25570" v0="3651" v1="4522" v2="4609" v3="6164" />
+      <tetrahedron index="25571" v0="4026" v1="4027" v2="4157" v3="4801" />
+      <tetrahedron index="25572" v0="4785" v1="5041" v2="5514" v3="5962" />
+      <tetrahedron index="25573" v0="3711" v1="3791" v2="4785" v3="4957" />
+      <tetrahedron index="25574" v0="4901" v1="5448" v2="5865" v3="5867" />
+      <tetrahedron index="25575" v0="3597" v1="3831" v2="3832" v3="5659" />
+      <tetrahedron index="25576" v0="3645" v1="5075" v2="5252" v3="6526" />
+      <tetrahedron index="25577" v0="5156" v1="6425" v2="6427" v3="6933" />
+      <tetrahedron index="25578" v0="4890" v1="5698" v2="6370" v3="6402" />
+      <tetrahedron index="25579" v0="4904" v1="5614" v2="5876" v3="5877" />
+      <tetrahedron index="25580" v0="4522" v1="4609" v2="5184" v3="6164" />
+      <tetrahedron index="25581" v0="3984" v1="5227" v2="5851" v3="6497" />
+      <tetrahedron index="25582" v0="4495" v1="4624" v2="4793" v3="6151" />
+      <tetrahedron index="25583" v0="3791" v1="4066" v2="4620" v3="6405" />
+      <tetrahedron index="25584" v0="4840" v1="5095" v2="5115" v3="5908" />
+      <tetrahedron index="25585" v0="3913" v1="3914" v2="3915" v3="5115" />
+      <tetrahedron index="25586" v0="5044" v1="5934" v2="5935" v3="5973" />
+      <tetrahedron index="25587" v0="3352" v1="3882" v2="3883" v3="6338" />
+      <tetrahedron index="25588" v0="4495" v1="4792" v2="4793" v3="6151" />
+      <tetrahedron index="25589" v0="3315" v1="3923" v2="4387" v3="5028" />
+      <tetrahedron index="25590" v0="3382" v1="3798" v2="5041" v3="5267" />
+      <tetrahedron index="25591" v0="3405" v1="5293" v2="5931" v3="6340" />
+      <tetrahedron index="25592" v0="3257" v1="3258" v2="3265" v3="5046" />
+      <tetrahedron index="25593" v0="4074" v1="4594" v2="5231" v3="5717" />
+      <tetrahedron index="25594" v0="3326" v1="3939" v2="5176" v3="5787" />
+      <tetrahedron index="25595" v0="4454" v1="5753" v2="6249" v3="6250" />
+      <tetrahedron index="25596" v0="4877" v1="5040" v2="5174" v3="5784" />
+      <tetrahedron index="25597" v0="3807" v1="5125" v2="5331" v3="5977" />
+      <tetrahedron index="25598" v0="3843" v1="4281" v2="6147" v3="6859" />
+      <tetrahedron index="25599" v0="3257" v1="3265" v2="3380" v3="4991" />
+      <tetrahedron index="25600" v0="4328" v1="4609" v2="4723" v3="5321" />
+      <tetrahedron index="25601" v0="3593" v1="3801" v2="3862" v3="5780" />
+      <tetrahedron index="25602" v0="3719" v1="4118" v2="4289" v3="5691" />
+      <tetrahedron index="25603" v0="4963" v1="6307" v2="6693" v3="6951" />
+      <tetrahedron index="25604" v0="4046" v1="5362" v2="6012" v3="6669" />
+      <tetrahedron index="25605" v0="4636" v1="5260" v2="5857" v3="5896" />
+      <tetrahedron index="25606" v0="3405" v1="3628" v2="5931" v3="6340" />
+      <tetrahedron index="25607" v0="3636" v1="5180" v2="5608" v3="6451" />
+      <tetrahedron index="25608" v0="5140" v1="5737" v2="6400" v3="6402" />
+      <tetrahedron index="25609" v0="4900" v1="5235" v2="5237" v3="5862" />
+      <tetrahedron index="25610" v0="4056" v1="4423" v2="4651" v3="6026" />
+      <tetrahedron index="25611" v0="4897" v1="5228" v2="5229" v3="5852" />
+      <tetrahedron index="25612" v0="5049" v1="5452" v2="6112" v3="6438" />
+      <tetrahedron index="25613" v0="5155" v1="5446" v2="6062" v3="6648" />
+      <tetrahedron index="25614" v0="6279" v1="6442" v2="6862" v3="6995" />
+      <tetrahedron index="25615" v0="4244" v1="4249" v2="5529" v3="6031" />
+      <tetrahedron index="25616" v0="3442" v1="3500" v2="4398" v3="5819" />
+      <tetrahedron index="25617" v0="4953" v1="5388" v2="5390" v3="6744" />
+      <tetrahedron index="25618" v0="3338" v1="4485" v2="4757" v3="5765" />
+      <tetrahedron index="25619" v0="3280" v1="5266" v2="5320" v3="6058" />
+      <tetrahedron index="25620" v0="3429" v1="3430" v2="3958" v3="6375" />
+      <tetrahedron index="25621" v0="5538" v1="6189" v2="6591" v3="6624" />
+      <tetrahedron index="25622" v0="5309" v1="5950" v2="6641" v3="6649" />
+      <tetrahedron index="25623" v0="5714" v1="5715" v2="6382" v3="6384" />
+      <tetrahedron index="25624" v0="5526" v1="5549" v2="5795" v3="6198" />
+      <tetrahedron index="25625" v0="4092" v1="4101" v2="5486" v3="6406" />
+      <tetrahedron index="25626" v0="5446" v1="6062" v2="6444" v3="6648" />
+      <tetrahedron index="25627" v0="4340" v1="4659" v2="4717" v3="6125" />
+      <tetrahedron index="25628" v0="6046" v1="6626" v2="6633" v3="6923" />
+      <tetrahedron index="25629" v0="3545" v1="3547" v2="3619" v3="5419" />
+      <tetrahedron index="25630" v0="6118" v1="6389" v2="6690" v3="6834" />
+      <tetrahedron index="25631" v0="4918" v1="5286" v2="5926" v3="6905" />
+      <tetrahedron index="25632" v0="4907" v1="5250" v2="5884" v3="6759" />
+      <tetrahedron index="25633" v0="3651" v1="3652" v2="5111" v3="6164" />
+      <tetrahedron index="25634" v0="5182" v1="5714" v2="5715" v3="6382" />
+      <tetrahedron index="25635" v0="4913" v1="6073" v2="6536" v3="6893" />
+      <tetrahedron index="25636" v0="6055" v1="6641" v2="6644" v3="6913" />
+      <tetrahedron index="25637" v0="5421" v1="5423" v2="6081" v3="6082" />
+      <tetrahedron index="25638" v0="3411" v1="3522" v2="5866" v3="6108" />
+      <tetrahedron index="25639" v0="3302" v1="3396" v2="4382" v3="5219" />
+      <tetrahedron index="25640" v0="4970" v1="5433" v2="5434" v3="5435" />
+      <tetrahedron index="25641" v0="3985" v1="5072" v2="5850" v3="5851" />
+      <tetrahedron index="25642" v0="5096" v1="5679" v2="6368" v3="6401" />
+      <tetrahedron index="25643" v0="4879" v1="5179" v2="5793" v3="6365" />
+      <tetrahedron index="25644" v0="5060" v1="5990" v2="6733" v3="6790" />
+      <tetrahedron index="25645" v0="3248" v1="3504" v2="3552" v3="5940" />
+      <tetrahedron index="25646" v0="4996" v1="5495" v2="6114" v3="6154" />
+      <tetrahedron index="25647" v0="5068" v1="5636" v2="5638" v3="5744" />
+      <tetrahedron index="25648" v0="5959" v1="6429" v2="6853" v3="6902" />
+      <tetrahedron index="25649" v0="3725" v1="5126" v2="5723" v3="6389" />
+      <tetrahedron index="25650" v0="5310" v1="6261" v2="6263" v3="6264" />
+      <tetrahedron index="25651" v0="4932" v1="5324" v2="5327" v3="6575" />
+      <tetrahedron index="25652" v0="3922" v1="4317" v2="5028" v3="5641" />
+      <tetrahedron index="25653" v0="3327" v1="3328" v2="3329" v3="4204" />
+      <tetrahedron index="25654" v0="3510" v1="3511" v2="5329" v3="6258" />
+      <tetrahedron index="25655" v0="5286" v1="5287" v2="5925" v3="6570" />
+      <tetrahedron index="25656" v0="5617" v1="5990" v2="6293" v3="6584" />
+      <tetrahedron index="25657" v0="3419" v1="5086" v2="5666" v3="6647" />
+      <tetrahedron index="25658" v0="4954" v1="6044" v2="6629" v3="6635" />
+      <tetrahedron index="25659" v0="5517" v1="5518" v2="6172" v3="6185" />
+      <tetrahedron index="25660" v0="4388" v1="4389" v2="4503" v3="5634" />
+      <tetrahedron index="25661" v0="6156" v1="6279" v2="6712" v3="6752" />
+      <tetrahedron index="25662" v0="4623" v1="4814" v2="4817" v3="6184" />
+      <tetrahedron index="25663" v0="3860" v1="3983" v2="5124" v3="5827" />
+      <tetrahedron index="25664" v0="3341" v1="5160" v2="6334" v3="6701" />
+      <tetrahedron index="25665" v0="4276" v1="4595" v2="5220" v3="5756" />
+      <tetrahedron index="25666" v0="5199" v1="5713" v2="5791" v3="6387" />
+      <tetrahedron index="25667" v0="3593" v1="3740" v2="5165" v3="6132" />
+      <tetrahedron index="25668" v0="5111" v1="5499" v2="5668" v3="6160" />
+      <tetrahedron index="25669" v0="4551" v1="4706" v2="5381" v3="6552" />
+      <tetrahedron index="25670" v0="3537" v1="3539" v2="4813" v3="5325" />
+      <tetrahedron index="25671" v0="3658" v1="3659" v2="4707" v3="5088" />
+      <tetrahedron index="25672" v0="4461" v1="4463" v2="5121" v3="5975" />
+      <tetrahedron index="25673" v0="3597" v1="3787" v2="3832" v3="6742" />
+      <tetrahedron index="25674" v0="3689" v1="4426" v2="4510" v3="5777" />
+      <tetrahedron index="25675" v0="4900" v1="5235" v2="5862" v3="6504" />
+      <tetrahedron index="25676" v0="3974" v1="3975" v2="4301" v3="6261" />
+      <tetrahedron index="25677" v0="5167" v1="6766" v2="6841" v3="6988" />
+      <tetrahedron index="25678" v0="4378" v1="4379" v2="4497" v3="5101" />
+      <tetrahedron index="25679" v0="4727" v1="4813" v2="5325" v3="5712" />
+      <tetrahedron index="25680" v0="5034" v1="5627" v2="5629" v3="6306" />
+      <tetrahedron index="25681" v0="4250" v1="5926" v2="5985" v3="6581" />
+      <tetrahedron index="25682" v0="3441" v1="3442" v2="5199" v3="5674" />
+      <tetrahedron index="25683" v0="4806" v1="5057" v2="5900" v3="6603" />
+      <tetrahedron index="25684" v0="4945" v1="5366" v2="5367" v3="6383" />
+      <tetrahedron index="25685" v0="3340" v1="4709" v2="5158" v3="5765" />
+      <tetrahedron index="25686" v0="4039" v1="5415" v2="5606" v3="6282" />
+      <tetrahedron index="25687" v0="5158" v1="5337" v2="5765" v3="5981" />
+      <tetrahedron index="25688" v0="3424" v1="3425" v2="4517" v3="5801" />
+      <tetrahedron index="25689" v0="4920" v1="5294" v2="5506" v3="5929" />
+      <tetrahedron index="25690" v0="3742" v1="5281" v2="5283" v3="5923" />
+      <tetrahedron index="25691" v0="5704" v1="6337" v2="6375" v3="6528" />
+      <tetrahedron index="25692" v0="4580" v1="4820" v2="5284" v3="6990" />
+      <tetrahedron index="25693" v0="4018" v1="5105" v2="6339" v3="6823" />
+      <tetrahedron index="25694" v0="3354" v1="3882" v2="4182" v3="5664" />
+      <tetrahedron index="25695" v0="4490" v1="5080" v2="5271" v3="5908" />
+      <tetrahedron index="25696" v0="4652" v1="5390" v2="6190" v3="6471" />
+      <tetrahedron index="25697" v0="4918" v1="5286" v2="5805" v3="6570" />
+      <tetrahedron index="25698" v0="5518" v1="6172" v2="6173" v3="6725" />
+      <tetrahedron index="25699" v0="5450" v1="5513" v2="6110" v3="6946" />
+      <tetrahedron index="25700" v0="4668" v1="5417" v2="5849" v3="6077" />
+      <tetrahedron index="25701" v0="5032" v1="5567" v2="5778" v3="6162" />
+      <tetrahedron index="25702" v0="5118" v1="5681" v2="6351" v3="6352" />
+      <tetrahedron index="25703" v0="4390" v1="5415" v2="6194" v3="6195" />
+      <tetrahedron index="25704" v0="5750" v1="6182" v2="6413" v3="6734" />
+      <tetrahedron index="25705" v0="3758" v1="4069" v2="4342" v3="5116" />
+      <tetrahedron index="25706" v0="4568" v1="4726" v2="5051" v3="6474" />
+      <tetrahedron index="25707" v0="4576" v1="4825" v2="5296" v3="5971" />
+      <tetrahedron index="25708" v0="3594" v1="3747" v2="5467" v3="6133" />
+      <tetrahedron index="25709" v0="3539" v1="4813" v2="5325" v3="5327" />
+      <tetrahedron index="25710" v0="5036" v1="6051" v2="6636" v3="6751" />
+      <tetrahedron index="25711" v0="3739" v1="4197" v2="5580" v3="6255" />
+      <tetrahedron index="25712" v0="4542" v1="4546" v2="6095" v3="6319" />
+      <tetrahedron index="25713" v0="4567" v1="4568" v2="4726" v3="5600" />
+      <tetrahedron index="25714" v0="4088" v1="4294" v2="4320" v3="6457" />
+      <tetrahedron index="25715" v0="6054" v1="6640" v2="6643" v3="6774" />
+      <tetrahedron index="25716" v0="4931" v1="5184" v2="5548" v3="5969" />
+      <tetrahedron index="25717" v0="5091" v1="5122" v2="5713" v3="5715" />
+      <tetrahedron index="25718" v0="5201" v1="5320" v2="5965" v3="5966" />
+      <tetrahedron index="25719" v0="5035" v1="5724" v2="6213" v3="6390" />
+      <tetrahedron index="25720" v0="3250" v1="3251" v2="3252" v3="6131" />
+      <tetrahedron index="25721" v0="3762" v1="3893" v2="5079" v3="5592" />
+      <tetrahedron index="25722" v0="3659" v1="3660" v2="4537" v3="5526" />
+      <tetrahedron index="25723" v0="5376" v1="5919" v2="5921" v3="6028" />
+      <tetrahedron index="25724" v0="3441" v1="3442" v2="5091" v3="5199" />
+      <tetrahedron index="25725" v0="4726" v1="5051" v2="5598" v3="5600" />
+      <tetrahedron index="25726" v0="4863" v1="5268" v2="6097" v3="6150" />
+      <tetrahedron index="25727" v0="3833" v1="3927" v2="4300" v3="5213" />
+      <tetrahedron index="25728" v0="4074" v1="4289" v2="5230" v3="6363" />
+      <tetrahedron index="25729" v0="5013" v1="5111" v2="5668" v3="6739" />
+      <tetrahedron index="25730" v0="4934" v1="5334" v2="5765" v3="5979" />
+      <tetrahedron index="25731" v0="4548" v1="5013" v2="5526" v3="6199" />
+      <tetrahedron index="25732" v0="5111" v1="5184" v2="5796" v3="6160" />
+      <tetrahedron index="25733" v0="3465" v1="3756" v2="3862" v3="5130" />
+      <tetrahedron index="25734" v0="4679" v1="4912" v2="5319" v3="5962" />
+      <tetrahedron index="25735" v0="4916" v1="5279" v2="5282" v3="5920" />
+      <tetrahedron index="25736" v0="3501" v1="5030" v2="5214" v3="5563" />
+      <tetrahedron index="25737" v0="3741" v1="5007" v2="5533" v3="6057" />
+      <tetrahedron index="25738" v0="3675" v1="3796" v2="3797" v3="5891" />
+      <tetrahedron index="25739" v0="3347" v1="3350" v2="3536" v3="5890" />
+      <tetrahedron index="25740" v0="6044" v1="6049" v2="6635" v3="6810" />
+      <tetrahedron index="25741" v0="5024" v1="5549" v2="6219" v3="6253" />
+      <tetrahedron index="25742" v0="4920" v1="5003" v2="5294" v3="5929" />
+      <tetrahedron index="25743" v0="4538" v1="5335" v2="5337" v3="5980" />
+      <tetrahedron index="25744" v0="4921" v1="5584" v2="6345" v3="6826" />
+      <tetrahedron index="25745" v0="4331" v1="5429" v2="5789" v3="6086" />
+      <tetrahedron index="25746" v0="3476" v1="5117" v2="6337" v3="6375" />
+      <tetrahedron index="25747" v0="4592" v1="5079" v2="5103" v3="5804" />
+      <tetrahedron index="25748" v0="5197" v1="5761" v2="6427" v3="6541" />
+      <tetrahedron index="25749" v0="5172" v1="5784" v2="5787" v3="6446" />
+      <tetrahedron index="25750" v0="3588" v1="3978" v2="4116" v3="6051" />
+      <tetrahedron index="25751" v0="5517" v1="6172" v2="6185" v3="6187" />
+      <tetrahedron index="25752" v0="3521" v1="3523" v2="5866" v3="6009" />
+      <tetrahedron index="25753" v0="4454" v1="4716" v2="4789" v3="6250" />
+      <tetrahedron index="25754" v0="3701" v1="5067" v2="5635" v3="6038" />
+      <tetrahedron index="25755" v0="4487" v1="4610" v2="4611" v3="5722" />
+      <tetrahedron index="25756" v0="3515" v1="3517" v2="3682" v3="5017" />
+      <tetrahedron index="25757" v0="4969" v1="5500" v2="5501" v3="6088" />
+      <tetrahedron index="25758" v0="4813" v1="5121" v2="5325" v3="5327" />
+      <tetrahedron index="25759" v0="3306" v1="3308" v2="3698" v3="5276" />
+      <tetrahedron index="25760" v0="5073" v1="5164" v2="5468" v3="6326" />
+      <tetrahedron index="25761" v0="6292" v1="6639" v2="6907" v3="6931" />
+      <tetrahedron index="25762" v0="5316" v1="6079" v2="6851" v3="6853" />
+      <tetrahedron index="25763" v0="4591" v1="5685" v2="5830" v3="6357" />
+      <tetrahedron index="25764" v0="3290" v1="3424" v2="3425" v3="5143" />
+      <tetrahedron index="25765" v0="3396" v1="3929" v2="4231" v3="5861" />
+      <tetrahedron index="25766" v0="4911" v1="5265" v2="5900" v3="6917" />
+      <tetrahedron index="25767" v0="4961" v1="5416" v2="5461" v3="6127" />
+      <tetrahedron index="25768" v0="4195" v1="4981" v2="5442" v3="5444" />
+      <tetrahedron index="25769" v0="3358" v1="4672" v2="5138" v3="6342" />
+      <tetrahedron index="25770" v0="4952" v1="5129" v2="5384" v3="5385" />
+      <tetrahedron index="25771" v0="3404" v1="3405" v2="6340" v3="6547" />
+      <tetrahedron index="25772" v0="5048" v1="5501" v2="5591" v3="6455" />
+      <tetrahedron index="25773" v0="5190" v1="6430" v2="6569" v3="7023" />
+      <tetrahedron index="25774" v0="3476" v1="4565" v2="5102" v3="6375" />
+      <tetrahedron index="25775" v0="5024" v1="5525" v2="5796" v3="6739" />
+      <tetrahedron index="25776" v0="5528" v1="6687" v2="6716" v3="7015" />
+      <tetrahedron index="25777" v0="3355" v1="3839" v2="3910" v3="5226" />
+      <tetrahedron index="25778" v0="3730" v1="4702" v2="4828" v3="5824" />
+      <tetrahedron index="25779" v0="5109" v1="5289" v2="5697" v3="6369" />
+      <tetrahedron index="25780" v0="5333" v1="5336" v2="5596" v3="5978" />
+      <tetrahedron index="25781" v0="4045" v1="4761" v2="5026" v3="6029" />
+      <tetrahedron index="25782" v0="3718" v1="3719" v2="4289" v3="5691" />
+      <tetrahedron index="25783" v0="4848" v1="4875" v2="5396" v3="6060" />
+      <tetrahedron index="25784" v0="4263" v1="5162" v2="5447" v3="5732" />
+      <tetrahedron index="25785" v0="4239" v1="4983" v2="5469" v3="6325" />
+      <tetrahedron index="25786" v0="3674" v1="4728" v2="5232" v3="5233" />
+      <tetrahedron index="25787" v0="4910" v1="5263" v2="5897" v3="6530" />
+      <tetrahedron index="25788" v0="3647" v1="3648" v2="4518" v3="5369" />
+      <tetrahedron index="25789" v0="5064" v1="5277" v2="5629" v3="5916" />
+      <tetrahedron index="25790" v0="3300" v1="3955" v2="4148" v3="5543" />
+      <tetrahedron index="25791" v0="3392" v1="3532" v2="4409" v3="5064" />
+      <tetrahedron index="25792" v0="3573" v1="5311" v2="5547" v3="5952" />
+      <tetrahedron index="25793" v0="5057" v1="6004" v2="6616" v3="6917" />
+      <tetrahedron index="25794" v0="4386" v1="4723" v2="5322" v3="6379" />
+      <tetrahedron index="25795" v0="5139" v1="5736" v2="6399" v3="6836" />
+      <tetrahedron index="25796" v0="3439" v1="3458" v2="3636" v3="5608" />
+      <tetrahedron index="25797" v0="3548" v1="3585" v2="5302" v3="5938" />
+      <tetrahedron index="25798" v0="4881" v1="5000" v2="5186" v3="5799" />
+      <tetrahedron index="25799" v0="4947" v1="5087" v2="5374" v3="6529" />
+      <tetrahedron index="25800" v0="4938" v1="5345" v2="6670" v3="6940" />
+      <tetrahedron index="25801" v0="4897" v1="5400" v2="5401" v3="5853" />
+      <tetrahedron index="25802" v0="3537" v1="3916" v2="5325" v3="5972" />
+      <tetrahedron index="25803" v0="3590" v1="4297" v2="5100" v3="5212" />
+      <tetrahedron index="25804" v0="3357" v1="3910" v2="5226" v3="6499" />
+      <tetrahedron index="25805" v0="5575" v1="5926" v2="6545" v3="6581" />
+      <tetrahedron index="25806" v0="4064" v1="5097" v2="5683" v3="6827" />
+      <tetrahedron index="25807" v0="3549" v1="5094" v2="5301" v3="5939" />
+      <tetrahedron index="25808" v0="4908" v1="5453" v2="5645" v3="6113" />
+      <tetrahedron index="25809" v0="4082" v1="5422" v2="5423" v3="6658" />
+      <tetrahedron index="25810" v0="3318" v1="4503" v2="4801" v3="5658" />
+      <tetrahedron index="25811" v0="4970" v1="5434" v2="5435" v3="6091" />
+      <tetrahedron index="25812" v0="3804" v1="5322" v2="5968" v3="6196" />
+      <tetrahedron index="25813" v0="5105" v1="5690" v2="6339" v3="6823" />
+      <tetrahedron index="25814" v0="4123" v1="5131" v2="5609" v3="5641" />
+      <tetrahedron index="25815" v0="4886" v1="5197" v2="6176" v3="6541" />
+      <tetrahedron index="25816" v0="3356" v1="3883" v2="3903" v3="4456" />
+      <tetrahedron index="25817" v0="3779" v1="3781" v2="3783" v3="5987" />
+      <tetrahedron index="25818" v0="4903" v1="5245" v2="5722" v3="6513" />
+      <tetrahedron index="25819" v0="3615" v1="3988" v2="4283" v3="5828" />
+      <tetrahedron index="25820" v0="4846" v1="5145" v2="5741" v3="5758" />
+      <tetrahedron index="25821" v0="3390" v1="3874" v2="4640" v3="6351" />
+      <tetrahedron index="25822" v0="3271" v1="3378" v2="3603" v3="5137" />
+      <tetrahedron index="25823" v0="3500" v1="3564" v2="5200" v3="5674" />
+      <tetrahedron index="25824" v0="4126" v1="5009" v2="5433" v3="6189" />
+      <tetrahedron index="25825" v0="3451" v1="3452" v2="3454" v3="5871" />
+      <tetrahedron index="25826" v0="4210" v1="4338" v2="4698" v3="5523" />
+      <tetrahedron index="25827" v0="5189" v1="5807" v2="5874" v3="6460" />
+      <tetrahedron index="25828" v0="4692" v1="4695" v2="5090" v3="5099" />
+      <tetrahedron index="25829" v0="3308" v1="5243" v2="5276" v3="5872" />
+      <tetrahedron index="25830" v0="5322" v1="5796" v2="5967" v3="6452" />
+      <tetrahedron index="25831" v0="3905" v1="4285" v2="5954" v3="6562" />
+      <tetrahedron index="25832" v0="3444" v1="3694" v2="5970" v3="6574" />
+      <tetrahedron index="25833" v0="4947" v1="5373" v2="5667" v3="6340" />
+      <tetrahedron index="25834" v0="4967" v1="5177" v2="5784" v3="5785" />
+      <tetrahedron index="25835" v0="3975" v1="4508" v2="5588" v3="6262" />
+      <tetrahedron index="25836" v0="3636" v1="4019" v2="5608" v3="6451" />
+      <tetrahedron index="25837" v0="3903" v1="4299" v2="4515" v3="5850" />
+      <tetrahedron index="25838" v0="4749" v1="4822" v2="5604" v3="6142" />
+      <tetrahedron index="25839" v0="4265" v1="4538" v2="5337" v3="5980" />
+      <tetrahedron index="25840" v0="3254" v1="3818" v2="5729" v3="6618" />
+      <tetrahedron index="25841" v0="4068" v1="5291" v2="5293" v3="5774" />
+      <tetrahedron index="25842" v0="4896" v1="5224" v2="5848" v3="5851" />
+      <tetrahedron index="25843" v0="5093" v1="5676" v2="6005" v3="7024" />
+      <tetrahedron index="25844" v0="3402" v1="3403" v2="4060" v3="5208" />
+      <tetrahedron index="25845" v0="4060" v1="4516" v2="5208" v3="6400" />
+      <tetrahedron index="25846" v0="4920" v1="5290" v2="5292" v3="6169" />
+      <tetrahedron index="25847" v0="5339" v1="5636" v2="5982" v3="6316" />
+      <tetrahedron index="25848" v0="4401" v1="4566" v2="4677" v3="5375" />
+      <tetrahedron index="25849" v0="3521" v1="5357" v2="5866" v3="6009" />
+      <tetrahedron index="25850" v0="4210" v1="4622" v2="4698" v3="5523" />
+      <tetrahedron index="25851" v0="5013" v1="5525" v2="6198" v3="6199" />
+      <tetrahedron index="25852" v0="3261" v1="3267" v2="5038" v3="5069" />
+      <tetrahedron index="25853" v0="4997" v1="6182" v2="6286" v3="6733" />
+      <tetrahedron index="25854" v0="5112" v1="5702" v2="6251" v3="6771" />
+      <tetrahedron index="25855" v0="4857" v1="6104" v2="6648" v3="6676" />
+      <tetrahedron index="25856" v0="4393" v1="4582" v2="5557" v3="6231" />
+      <tetrahedron index="25857" v0="3917" v1="4096" v2="4448" v3="5863" />
+      <tetrahedron index="25858" v0="4896" v1="5225" v2="5226" v3="5417" />
+      <tetrahedron index="25859" v0="4335" v1="5018" v2="5735" v3="6397" />
+      <tetrahedron index="25860" v0="4938" v1="5520" v2="6191" v3="6273" />
+      <tetrahedron index="25861" v0="3448" v1="3556" v2="5502" v3="5800" />
+      <tetrahedron index="25862" v0="3387" v1="4818" v2="5041" v3="5116" />
+      <tetrahedron index="25863" v0="4865" v1="5012" v2="5759" v3="5882" />
+      <tetrahedron index="25864" v0="4914" v1="5272" v2="5273" v3="5909" />
+      <tetrahedron index="25865" v0="4962" v1="6130" v2="6537" v3="6696" />
+      <tetrahedron index="25866" v0="6291" v1="6793" v2="6999" v3="7009" />
+      <tetrahedron index="25867" v0="3880" v1="4648" v2="5347" v3="6012" />
+      <tetrahedron index="25868" v0="3412" v1="3413" v2="5447" v3="6680" />
+      <tetrahedron index="25869" v0="4948" v1="5376" v2="5921" v3="6025" />
+      <tetrahedron index="25870" v0="4179" v1="4272" v2="5185" v3="5497" />
+      <tetrahedron index="25871" v0="4335" v1="5018" v2="5739" v3="6397" />
+      <tetrahedron index="25872" v0="4815" v1="5582" v2="5747" v3="6659" />
+      <tetrahedron index="25873" v0="5289" v1="5601" v2="5928" v3="6369" />
+      <tetrahedron index="25874" v0="4386" v1="4418" v2="4723" v3="5322" />
+      <tetrahedron index="25875" v0="4142" v1="4800" v2="6017" v3="6383" />
+      <tetrahedron index="25876" v0="3530" v1="4034" v2="5816" v3="6619" />
+      <tetrahedron index="25877" v0="3660" v1="4147" v2="5526" v3="5795" />
+      <tetrahedron index="25878" v0="4870" v1="5131" v2="5732" v3="6107" />
+      <tetrahedron index="25879" v0="4365" v1="5248" v2="5438" v3="5878" />
+      <tetrahedron index="25880" v0="4981" v1="6129" v2="6696" v3="6892" />
+      <tetrahedron index="25881" v0="4074" v1="5230" v2="5231" v3="5717" />
+      <tetrahedron index="25882" v0="5178" v1="5429" v2="5789" v3="6448" />
+      <tetrahedron index="25883" v0="4858" v1="5518" v2="6183" v3="6186" />
+      <tetrahedron index="25884" v0="3437" v1="3673" v2="5141" v3="5977" />
+      <tetrahedron index="25885" v0="4893" v1="5021" v2="5218" v3="6503" />
+      <tetrahedron index="25886" v0="3753" v1="5289" v2="5927" v3="5928" />
+      <tetrahedron index="25887" v0="4009" v1="4010" v2="4048" v3="5804" />
+      <tetrahedron index="25888" v0="3272" v1="5535" v2="6646" v3="6835" />
+      <tetrahedron index="25889" v0="4785" v1="4957" v2="5514" v3="5962" />
+      <tetrahedron index="25890" v0="5904" v1="6538" v2="6793" v3="6977" />
+      <tetrahedron index="25891" v0="4867" v1="6465" v2="6466" v3="6895" />
+      <tetrahedron index="25892" v0="3244" v1="3484" v2="3573" v3="5952" />
+      <tetrahedron index="25893" v0="5106" v1="5878" v2="5879" v3="6518" />
+      <tetrahedron index="25894" v0="4498" v1="4499" v2="5071" v3="5254" />
+      <tetrahedron index="25895" v0="4253" v1="5577" v2="5736" v3="6398" />
+      <tetrahedron index="25896" v0="3644" v1="3645" v2="4674" v3="5075" />
+      <tetrahedron index="25897" v0="4361" v1="4526" v2="4692" v3="4695" />
+      <tetrahedron index="25898" v0="4427" v1="5111" v2="5796" v3="6164" />
+      <tetrahedron index="25899" v0="3590" v1="3989" v2="5100" v3="6357" />
+      <tetrahedron index="25900" v0="4939" v1="5996" v2="6839" v3="6848" />
+      <tetrahedron index="25901" v0="5068" v1="5637" v2="5638" v3="5744" />
+      <tetrahedron index="25902" v0="5157" v1="5945" v2="6557" v3="6895" />
+      <tetrahedron index="25903" v0="4915" v1="5064" v2="5629" v3="5916" />
+      <tetrahedron index="25904" v0="4158" v1="4159" v2="4237" v3="4370" />
+      <tetrahedron index="25905" v0="3824" v1="5091" v2="5180" v3="5715" />
+      <tetrahedron index="25906" v0="4741" v1="5459" v2="5460" v3="5462" />
+      <tetrahedron index="25907" v0="4328" v1="4723" v2="5321" v3="5708" />
+      <tetrahedron index="25908" v0="4980" v1="5459" v2="5460" v3="5462" />
+      <tetrahedron index="25909" v0="4178" v1="4179" v2="5185" v3="5797" />
+      <tetrahedron index="25910" v0="5024" v1="5525" v2="6196" v3="6452" />
+      <tetrahedron index="25911" v0="4911" v1="5057" v2="5610" v3="6592" />
+      <tetrahedron index="25912" v0="4992" v1="5201" v2="5483" v3="6392" />
+      <tetrahedron index="25913" v0="5950" v1="6641" v2="6644" v3="6913" />
+      <tetrahedron index="25914" v0="3509" v1="3510" v2="3809" v3="5329" />
+      <tetrahedron index="25915" v0="3263" v1="3700" v2="4218" v3="5030" />
+      <tetrahedron index="25916" v0="3995" v1="5292" v2="6024" v3="6169" />
+      <tetrahedron index="25917" v0="3682" v1="3950" v2="5739" v3="6454" />
+      <tetrahedron index="25918" v0="3565" v1="3709" v2="3824" v3="5715" />
+      <tetrahedron index="25919" v0="3718" v1="4650" v2="5105" v3="5203" />
+      <tetrahedron index="25920" v0="5083" v1="5532" v2="6204" v3="6742" />
+      <tetrahedron index="25921" v0="4036" v1="4594" v2="4720" v3="5716" />
+      <tetrahedron index="25922" v0="5073" v1="5164" v2="5597" v3="6326" />
+      <tetrahedron index="25923" v0="4475" v1="4735" v2="5092" v3="5675" />
+      <tetrahedron index="25924" v0="4475" v1="4735" v2="4751" v3="5675" />
+      <tetrahedron index="25925" v0="3309" v1="3310" v2="5506" v3="5931" />
+      <tetrahedron index="25926" v0="4441" v1="4793" v2="6151" v3="6709" />
+      <tetrahedron index="25927" v0="4900" v1="5860" v2="5918" v3="5922" />
+      <tetrahedron index="25928" v0="5107" v1="5694" v2="5826" v3="6837" />
+      <tetrahedron index="25929" v0="5031" v1="5565" v2="6237" v3="6356" />
+      <tetrahedron index="25930" v0="4532" v1="5285" v2="5515" v3="6181" />
+      <tetrahedron index="25931" v0="4194" v1="4295" v2="5414" v3="6074" />
+      <tetrahedron index="25932" v0="5152" v1="5993" v2="6223" v3="6668" />
+      <tetrahedron index="25933" v0="3398" v1="5064" v2="5628" v3="6801" />
+      <tetrahedron index="25934" v0="5169" v1="5247" v2="5876" v3="6889" />
+      <tetrahedron index="25935" v0="5411" v1="5462" v2="6125" v3="6127" />
+      <tetrahedron index="25936" v0="5481" v1="5548" v2="6146" v3="6219" />
+      <tetrahedron index="25937" v0="3612" v1="5473" v2="5709" v3="6251" />
+      <tetrahedron index="25938" v0="4146" v1="5183" v2="5549" v3="6219" />
+      <tetrahedron index="25939" v0="4588" v1="4617" v2="5354" v3="6005" />
+      <tetrahedron index="25940" v0="4218" v1="5001" v2="5504" v3="6417" />
+      <tetrahedron index="25941" v0="5008" v1="5750" v2="6412" v3="6413" />
+      <tetrahedron index="25942" v0="6140" v1="6486" v2="6642" v3="6703" />
+      <tetrahedron index="25943" v0="5170" v1="5950" v2="6062" v3="6487" />
+      <tetrahedron index="25944" v0="4891" v1="5031" v2="5212" v3="6760" />
+      <tetrahedron index="25945" v0="5397" v1="6054" v2="6642" v3="6774" />
+      <tetrahedron index="25946" v0="4981" v1="5299" v2="5760" v3="6131" />
+      <tetrahedron index="25947" v0="4553" v1="5259" v2="5568" v3="6241" />
+      <tetrahedron index="25948" v0="3243" v1="4301" v2="6261" v3="6486" />
+      <tetrahedron index="25949" v0="3435" v1="3506" v2="4319" v3="5409" />
+      <tetrahedron index="25950" v0="4050" v1="4079" v2="4528" v3="5186" />
+      <tetrahedron index="25951" v0="3691" v1="4049" v2="5534" v3="5802" />
+      <tetrahedron index="25952" v0="3243" v1="3244" v2="3483" v3="5952" />
+      <tetrahedron index="25953" v0="4877" v1="5061" v2="5171" v3="5578" />
+      <tetrahedron index="25954" v0="6537" v1="6696" v2="6697" v3="6952" />
+      <tetrahedron index="25955" v0="3935" v1="4337" v2="5645" v3="6683" />
+      <tetrahedron index="25956" v0="4403" v1="5136" v2="5328" v3="5734" />
+      <tetrahedron index="25957" v0="4924" v1="5763" v2="6554" v3="6558" />
+      <tetrahedron index="25958" v0="5764" v1="6765" v2="6805" v3="6806" />
+      <tetrahedron index="25959" v0="4961" v1="5518" v2="6173" v3="6726" />
+      <tetrahedron index="25960" v0="5018" v1="5534" v2="5535" v3="6206" />
+      <tetrahedron index="25961" v0="3575" v1="3899" v2="5251" v3="5253" />
+      <tetrahedron index="25962" v0="3678" v1="4319" v2="4428" v3="5409" />
+      <tetrahedron index="25963" v0="5066" v1="5633" v2="6011" v3="6609" />
+      <tetrahedron index="25964" v0="3276" v1="5398" v2="5820" v3="5965" />
+      <tetrahedron index="25965" v0="4223" v1="4809" v2="5637" v3="5743" />
+      <tetrahedron index="25966" v0="3873" v1="5672" v2="6343" v3="6825" />
+      <tetrahedron index="25967" v0="3294" v1="3297" v2="3607" v3="5836" />
+      <tetrahedron index="25968" v0="3325" v1="3326" v2="3423" v3="5172" />
+      <tetrahedron index="25969" v0="4975" v1="5448" v2="5867" v3="6108" />
+      <tetrahedron index="25970" v0="3971" v1="3985" v2="4019" v3="5794" />
+      <tetrahedron index="25971" v0="4961" v1="5416" v2="6127" v3="6725" />
+      <tetrahedron index="25972" v0="4895" v1="5843" v2="6275" v3="6779" />
+      <tetrahedron index="25973" v0="3330" v1="4572" v2="5730" v3="6152" />
+      <tetrahedron index="25974" v0="3947" v1="4419" v2="4420" v3="5522" />
+      <tetrahedron index="25975" v0="3641" v1="3838" v2="5710" v3="6089" />
+      <tetrahedron index="25976" v0="4659" v1="4717" v2="5462" v3="6125" />
+      <tetrahedron index="25977" v0="4910" v1="5261" v2="5262" v3="5897" />
+      <tetrahedron index="25978" v0="4679" v1="5267" v2="5308" v3="5949" />
+      <tetrahedron index="25979" v0="4044" v1="4112" v2="4783" v3="6229" />
+      <tetrahedron index="25980" v0="4455" v1="5020" v2="5540" v3="6210" />
+      <tetrahedron index="25981" v0="3242" v1="5220" v2="5839" v3="6216" />
+      <tetrahedron index="25982" v0="3633" v1="3656" v2="5530" v3="6433" />
+      <tetrahedron index="25983" v0="3790" v1="5108" v2="5696" v3="6367" />
+      <tetrahedron index="25984" v0="3241" v1="3364" v2="5273" v3="6178" />
+      <tetrahedron index="25985" v0="4974" v1="5382" v2="5445" v3="6035" />
+      <tetrahedron index="25986" v0="3708" v1="3880" v2="3881" v3="6778" />
+      <tetrahedron index="25987" v0="4899" v1="5233" v2="5855" v3="6358" />
+      <tetrahedron index="25988" v0="4896" v1="5227" v2="5851" v3="6497" />
+      <tetrahedron index="25989" v0="4997" v1="5516" v2="6732" v3="6733" />
+      <tetrahedron index="25990" v0="3902" v1="4859" v2="5387" v3="5638" />
+      <tetrahedron index="25991" v0="3725" v1="4487" v2="4705" v3="5126" />
+      <tetrahedron index="25992" v0="3299" v1="5055" v2="5834" v3="5855" />
+      <tetrahedron index="25993" v0="3284" v1="3384" v2="3734" v3="6035" />
+      <tetrahedron index="25994" v0="5150" v1="5284" v2="6179" v3="6411" />
+      <tetrahedron index="25995" v0="4189" v1="4279" v2="4406" v3="5388" />
+      <tetrahedron index="25996" v0="5310" v1="5311" v2="5952" v3="6561" />
+      <tetrahedron index="25997" v0="4950" v1="5947" v2="6243" v3="6937" />
+      <tetrahedron index="25998" v0="6040" v1="6623" v2="6745" v3="6969" />
+      <tetrahedron index="25999" v0="6279" v1="6613" v2="6783" v3="6862" />
+      <tetrahedron index="26000" v0="4256" v1="4311" v2="4766" v3="5224" />
+      <tetrahedron index="26001" v0="3328" v1="3749" v2="6087" v3="6254" />
+      <tetrahedron index="26002" v0="3749" v1="3795" v2="5579" v3="6772" />
+      <tetrahedron index="26003" v0="3323" v1="5040" v2="5578" v3="5580" />
+      <tetrahedron index="26004" v0="3726" v1="3727" v2="3896" v3="5723" />
+      <tetrahedron index="26005" v0="5439" v1="5503" v2="6100" v3="6719" />
+      <tetrahedron index="26006" v0="4668" v1="4742" v2="5417" v3="5849" />
+      <tetrahedron index="26007" v0="3944" v1="4641" v2="4642" v3="5357" />
+      <tetrahedron index="26008" v0="4901" v1="5448" v2="5866" v3="6508" />
+      <tetrahedron index="26009" v0="4194" v1="4748" v2="6539" v3="6653" />
+      <tetrahedron index="26010" v0="5029" v1="5561" v2="5954" v3="6563" />
+      <tetrahedron index="26011" v0="4244" v1="5379" v2="5529" v3="6031" />
+      <tetrahedron index="26012" v0="6281" v1="6782" v2="6881" v3="6957" />
+      <tetrahedron index="26013" v0="3270" v1="3277" v2="3278" v3="3284" />
+      <tetrahedron index="26014" v0="3586" v1="5098" v2="5302" v3="6037" />
+      <tetrahedron index="26015" v0="4258" v1="4771" v2="5189" v3="6867" />
+      <tetrahedron index="26016" v0="4919" v1="5289" v2="5697" v3="6369" />
+      <tetrahedron index="26017" v0="4495" v1="4525" v2="4624" v3="6269" />
+      <tetrahedron index="26018" v0="3740" v1="5165" v2="5356" v3="6132" />
+      <tetrahedron index="26019" v0="3330" v1="4440" v2="4656" v3="5490" />
+      <tetrahedron index="26020" v0="4412" v1="4571" v2="5079" v3="5592" />
+      <tetrahedron index="26021" v0="4493" v1="5342" v2="5988" v3="7006" />
+      <tetrahedron index="26022" v0="3709" v1="5180" v2="5182" v3="5715" />
+      <tetrahedron index="26023" v0="4650" v1="4654" v2="4764" v3="6873" />
+      <tetrahedron index="26024" v0="3942" v1="4176" v2="5081" v3="6332" />
+      <tetrahedron index="26025" v0="5465" v1="6291" v2="6678" v3="6897" />
+      <tetrahedron index="26026" v0="4390" v1="4396" v2="5415" v3="6194" />
+      <tetrahedron index="26027" v0="3981" v1="4077" v2="4536" v3="5264" />
+      <tetrahedron index="26028" v0="4977" v1="5776" v2="6438" v3="6441" />
+      <tetrahedron index="26029" v0="3235" v1="3346" v2="4701" v3="5453" />
+      <tetrahedron index="26030" v0="4897" v1="4958" v2="5228" v3="5401" />
+      <tetrahedron index="26031" v0="4265" v1="5980" v2="6268" v3="6776" />
+      <tetrahedron index="26032" v0="4523" v1="5285" v2="5344" v3="5924" />
+      <tetrahedron index="26033" v0="3484" v1="3573" v2="5311" v3="5952" />
+      <tetrahedron index="26034" v0="3840" v1="3841" v2="3842" v3="6661" />
+      <tetrahedron index="26035" v0="3877" v1="4371" v2="4767" v3="5199" />
+      <tetrahedron index="26036" v0="4912" v1="4929" v2="4989" v3="6145" />
+      <tetrahedron index="26037" v0="4851" v1="5146" v2="5147" v3="5742" />
+      <tetrahedron index="26038" v0="3267" v1="3268" v2="4906" v3="5038" />
+      <tetrahedron index="26039" v0="5391" v1="6247" v2="6806" v3="6974" />
+      <tetrahedron index="26040" v0="4020" v1="5023" v2="5546" v3="6216" />
+      <tetrahedron index="26041" v0="3529" v1="5441" v2="5484" v3="6838" />
+      <tetrahedron index="26042" v0="3399" v1="3401" v2="5827" v3="6803" />
+      <tetrahedron index="26043" v0="3663" v1="3816" v2="4138" v3="6208" />
+      <tetrahedron index="26044" v0="3623" v1="3624" v2="5237" v3="5479" />
+      <tetrahedron index="26045" v0="5625" v1="6302" v2="6303" v3="6800" />
+      <tetrahedron index="26046" v0="3303" v1="3305" v2="3970" v3="5721" />
+      <tetrahedron index="26047" v0="3364" v1="3696" v2="5273" v3="6178" />
+      <tetrahedron index="26048" v0="4217" v1="4549" v2="4791" v3="5085" />
+      <tetrahedron index="26049" v0="3406" v1="3679" v2="5033" v3="5667" />
+      <tetrahedron index="26050" v0="3654" v1="4239" v2="4983" v3="5469" />
+      <tetrahedron index="26051" v0="5745" v1="5746" v2="6032" v3="6033" />
+      <tetrahedron index="26052" v0="3985" v1="5072" v2="5794" v3="6450" />
+      <tetrahedron index="26053" v0="5398" v1="6057" v2="6646" v3="6835" />
+      <tetrahedron index="26054" v0="4020" v1="4634" v2="5546" v3="6218" />
+      <tetrahedron index="26055" v0="4457" v1="5181" v2="5793" v3="6450" />
+      <tetrahedron index="26056" v0="4073" v1="5089" v2="5295" v3="5670" />
+      <tetrahedron index="26057" v0="3538" v1="3872" v2="4115" v3="6826" />
+      <tetrahedron index="26058" v0="4106" v1="4450" v2="4777" v3="5813" />
+      <tetrahedron index="26059" v0="4243" v1="4353" v2="4806" v3="6031" />
+      <tetrahedron index="26060" v0="4139" v1="4140" v2="4689" v3="5389" />
+      <tetrahedron index="26061" v0="4969" v1="5431" v2="5500" v3="6088" />
+      <tetrahedron index="26062" v0="4896" v1="5225" v2="5695" v3="6367" />
+      <tetrahedron index="26063" v0="4868" v1="5660" v2="5767" v3="6137" />
+      <tetrahedron index="26064" v0="4969" v1="5501" v2="5502" v3="5591" />
+      <tetrahedron index="26065" v0="3531" v1="3533" v2="4283" v3="5114" />
+      <tetrahedron index="26066" v0="4965" v1="5419" v2="5849" v3="6077" />
+      <tetrahedron index="26067" v0="3257" v1="3259" v2="3975" v3="5046" />
+      <tetrahedron index="26068" v0="4884" v1="6230" v2="6557" v3="6855" />
+      <tetrahedron index="26069" v0="3283" v1="4005" v2="5116" v3="5654" />
+      <tetrahedron index="26070" v0="3285" v1="3485" v2="6148" v3="6706" />
+      <tetrahedron index="26071" v0="4093" v1="4223" v2="4224" v3="5147" />
+      <tetrahedron index="26072" v0="3647" v1="5369" v2="5370" v3="6020" />
+      <tetrahedron index="26073" v0="4020" v1="4021" v2="4634" v3="5546" />
+      <tetrahedron index="26074" v0="4994" v1="6183" v2="6184" v3="6186" />
+      <tetrahedron index="26075" v0="4187" v1="5450" v2="6110" v3="6111" />
+      <tetrahedron index="26076" v0="3269" v1="3802" v2="5267" v3="5308" />
+      <tetrahedron index="26077" v0="4867" v1="6212" v2="6213" v3="6748" />
+      <tetrahedron index="26078" v0="5156" v1="5413" v2="6071" v3="6072" />
+      <tetrahedron index="26079" v0="4883" v1="5458" v2="6950" v3="7017" />
+      <tetrahedron index="26080" v0="5177" v1="5784" v2="5787" v3="6446" />
+      <tetrahedron index="26081" v0="6056" v1="6641" v2="6649" v3="6774" />
+      <tetrahedron index="26082" v0="3699" v1="5380" v2="5569" v3="5571" />
+      <tetrahedron index="26083" v0="4990" v1="5797" v2="5969" v3="6435" />
+      <tetrahedron index="26084" v0="3712" v1="5018" v2="5533" v3="5735" />
+      <tetrahedron index="26085" v0="3303" v1="3304" v2="3305" v3="5721" />
+      <tetrahedron index="26086" v0="5349" v1="6734" v2="6790" v3="6967" />
+      <tetrahedron index="26087" v0="4905" v1="5248" v2="5879" v3="6519" />
+      <tetrahedron index="26088" v0="5054" v1="5695" v2="5696" v3="6366" />
+      <tetrahedron index="26089" v0="4523" v1="4524" v2="4579" v3="5285" />
+      <tetrahedron index="26090" v0="3471" v1="4588" v2="4682" v3="6005" />
+      <tetrahedron index="26091" v0="6587" v1="6590" v2="6611" v3="6754" />
+      <tetrahedron index="26092" v0="3547" v1="3619" v2="4827" v3="5849" />
+      <tetrahedron index="26093" v0="3492" v1="5260" v2="5261" v3="5262" />
+      <tetrahedron index="26094" v0="3428" v1="4369" v2="5650" v3="6709" />
+      <tetrahedron index="26095" v0="4020" v1="4365" v2="5438" v3="6096" />
+      <tetrahedron index="26096" v0="4422" v1="4548" v2="4799" v3="6199" />
+      <tetrahedron index="26097" v0="4001" v1="4612" v2="4763" v3="5758" />
+      <tetrahedron index="26098" v0="4901" v1="5056" v2="5240" v3="6108" />
+      <tetrahedron index="26099" v0="3910" v1="5226" v2="5790" v3="6499" />
+      <tetrahedron index="26100" v0="3411" v1="5448" v2="6108" v3="6680" />
+      <tetrahedron index="26101" v0="3345" v1="4772" v2="5255" v3="6441" />
+      <tetrahedron index="26102" v0="3452" v1="4283" v2="5828" v3="5871" />
+      <tetrahedron index="26103" v0="3588" v1="4731" v2="5395" v3="6050" />
+      <tetrahedron index="26104" v0="4770" v1="5076" v2="5682" v3="6354" />
+      <tetrahedron index="26105" v0="4116" v1="5573" v2="6048" v3="6051" />
+      <tetrahedron index="26106" v0="4865" v1="5011" v2="5012" v3="6423" />
+      <tetrahedron index="26107" v0="5009" v1="5433" v2="6591" v3="6940" />
+      <tetrahedron index="26108" v0="3860" v1="4516" v2="5694" v3="5827" />
+      <tetrahedron index="26109" v0="3356" v1="3883" v2="3903" v3="6496" />
+      <tetrahedron index="26110" v0="5577" v1="6253" v2="6398" v3="6573" />
+      <tetrahedron index="26111" v0="3891" v1="5015" v2="5504" v3="5529" />
+      <tetrahedron index="26112" v0="4167" v1="4347" v2="4388" v3="6314" />
+      <tetrahedron index="26113" v0="4846" v1="5740" v2="5758" v3="6820" />
+      <tetrahedron index="26114" v0="4956" v1="5046" v2="5587" v3="6259" />
+      <tetrahedron index="26115" v0="3753" v1="4578" v2="5289" v3="5928" />
+      <tetrahedron index="26116" v0="3773" v1="5142" v2="5862" v3="5920" />
+      <tetrahedron index="26117" v0="4095" v1="4097" v2="5279" v3="5919" />
+      <tetrahedron index="26118" v0="4364" v1="5328" v2="5585" v3="5734" />
+      <tetrahedron index="26119" v0="4917" v1="5284" v2="5285" v3="5924" />
+      <tetrahedron index="26120" v0="5693" v1="6364" v2="6478" v3="6887" />
+      <tetrahedron index="26121" v0="3232" v1="3772" v2="4473" v3="5119" />
+      <tetrahedron index="26122" v0="3700" v1="5030" v2="5562" v3="5563" />
+      <tetrahedron index="26123" v0="4212" v1="4356" v2="6827" v3="6985" />
+      <tetrahedron index="26124" v0="4861" v1="5991" v2="6569" v3="6908" />
+      <tetrahedron index="26125" v0="3796" v1="3797" v2="5022" v3="6215" />
+      <tetrahedron index="26126" v0="4132" v1="4796" v2="4810" v3="5428" />
+      <tetrahedron index="26127" v0="5590" v1="6263" v2="6264" v3="6564" />
+      <tetrahedron index="26128" v0="3259" v1="3973" v2="4865" v3="6423" />
+      <tetrahedron index="26129" v0="3327" v1="4203" v2="4556" v3="5430" />
+      <tetrahedron index="26130" v0="5015" v1="5504" v2="6116" v3="6168" />
+      <tetrahedron index="26131" v0="3660" v1="4146" v2="4147" v3="5795" />
+      <tetrahedron index="26132" v0="5495" v1="6158" v2="6740" v3="6741" />
+      <tetrahedron index="26133" v0="3240" v1="3241" v2="3364" v3="5911" />
+      <tetrahedron index="26134" v0="3263" v1="3264" v2="5001" v3="5030" />
+      <tetrahedron index="26135" v0="3520" v1="4185" v2="5191" v3="6040" />
+      <tetrahedron index="26136" v0="4879" v1="5182" v2="6366" v3="6451" />
+      <tetrahedron index="26137" v0="3965" v1="4763" v2="5144" v3="6404" />
+      <tetrahedron index="26138" v0="3637" v1="3960" v2="5086" v3="5205" />
+      <tetrahedron index="26139" v0="3714" v1="3852" v2="4357" v3="5374" />
+      <tetrahedron index="26140" v0="3257" v1="3975" v2="4508" v3="5588" />
+      <tetrahedron index="26141" v0="4933" v1="5136" v2="5328" v3="5734" />
+      <tetrahedron index="26142" v0="5246" v1="6277" v2="6460" v3="6781" />
+      <tetrahedron index="26143" v0="3892" v1="4149" v2="5378" v3="6029" />
+      <tetrahedron index="26144" v0="3450" v1="3625" v2="3685" v3="5872" />
+      <tetrahedron index="26145" v0="4787" v1="5693" v2="6364" v3="6478" />
+      <tetrahedron index="26146" v0="4648" v1="4783" v2="5360" v3="6012" />
+      <tetrahedron index="26147" v0="4445" v1="4747" v2="4789" v3="6249" />
+      <tetrahedron index="26148" v0="3851" v1="4496" v2="4519" v3="5259" />
+      <tetrahedron index="26149" v0="5517" v1="6183" v2="6185" v3="6968" />
+      <tetrahedron index="26150" v0="4124" v1="4126" v2="5345" v3="6094" />
+      <tetrahedron index="26151" v0="4674" v1="5052" v2="5651" v3="6274" />
+      <tetrahedron index="26152" v0="5302" v1="5387" v2="5638" v3="6037" />
+      <tetrahedron index="26153" v0="4748" v1="5269" v2="6539" v3="6653" />
+      <tetrahedron index="26154" v0="4043" v1="4180" v2="4444" v3="6192" />
+      <tetrahedron index="26155" v0="4750" v1="4756" v2="4834" v3="6477" />
+      <tetrahedron index="26156" v0="3260" v1="3261" v2="5308" v3="5640" />
+      <tetrahedron index="26157" v0="3535" v1="3958" v2="4337" v3="6113" />
+      <tetrahedron index="26158" v0="4553" v1="4603" v2="5568" v3="6241" />
+      <tetrahedron index="26159" v0="5183" v1="5548" v2="6146" v3="6219" />
+      <tetrahedron index="26160" v0="4938" v1="5347" v2="6272" v3="6778" />
+      <tetrahedron index="26161" v0="4176" v1="5029" v2="5560" v3="6332" />
+      <tetrahedron index="26162" v0="3965" v1="4000" v2="4763" v3="5144" />
+      <tetrahedron index="26163" v0="3769" v1="3981" v2="4497" v3="5101" />
+      <tetrahedron index="26164" v0="4847" v1="6569" v2="6611" v3="6909" />
+      <tetrahedron index="26165" v0="4899" v1="5232" v2="5854" v3="6502" />
+      <tetrahedron index="26166" v0="3257" v1="4991" v2="5482" v3="5588" />
+      <tetrahedron index="26167" v0="3318" v1="3319" v2="3320" v3="4898" />
+      <tetrahedron index="26168" v0="3814" v1="5129" v2="5151" v3="5384" />
+      <tetrahedron index="26169" v0="3268" v1="3270" v2="3278" v3="3379" />
+      <tetrahedron index="26170" v0="3359" v1="4098" v2="4099" v3="5670" />
+      <tetrahedron index="26171" v0="4933" v1="5329" v2="5330" v3="5332" />
+      <tetrahedron index="26172" v0="4921" v1="5296" v2="5584" v3="6345" />
+      <tetrahedron index="26173" v0="3932" v1="5141" v2="5332" v3="6027" />
+      <tetrahedron index="26174" v0="4902" v1="5107" v2="5124" v3="5693" />
+      <tetrahedron index="26175" v0="5143" v1="5534" v2="5739" v3="6454" />
+      <tetrahedron index="26176" v0="3952" v1="4169" v2="4170" v3="6149" />
+      <tetrahedron index="26177" v0="3629" v1="5251" v2="5564" v3="6758" />
+      <tetrahedron index="26178" v0="4302" v1="4327" v2="5589" v3="6262" />
+      <tetrahedron index="26179" v0="5108" v1="5695" v2="5696" v3="6366" />
+      <tetrahedron index="26180" v0="3668" v1="4003" v2="4693" v3="5693" />
+      <tetrahedron index="26181" v0="3761" v1="5591" v2="5803" v3="5804" />
+      <tetrahedron index="26182" v0="3471" v1="3472" v2="4682" v3="5093" />
+      <tetrahedron index="26183" v0="5020" v1="6211" v2="6466" v3="6749" />
+      <tetrahedron index="26184" v0="3242" v1="3369" v2="5839" v3="6216" />
+      <tetrahedron index="26185" v0="4074" v1="4555" v2="5231" v3="6363" />
+      <tetrahedron index="26186" v0="5172" v1="5174" v2="5580" v3="5784" />
+      <tetrahedron index="26187" v0="5183" v1="5185" v2="5548" v3="6146" />
+      <tetrahedron index="26188" v0="4342" v1="5007" v2="5116" v3="5654" />
+      <tetrahedron index="26189" v0="3537" v1="4727" v2="4813" v3="5325" />
+      <tetrahedron index="26190" v0="3388" v1="3389" v2="3390" v3="5118" />
+      <tetrahedron index="26191" v0="5023" v1="5547" v2="5880" v3="6096" />
+      <tetrahedron index="26192" v0="5040" v1="5174" v2="5580" v3="5784" />
+      <tetrahedron index="26193" v0="4493" v1="4597" v2="4820" v3="5343" />
+      <tetrahedron index="26194" v0="4035" v1="4764" v2="4781" v3="6476" />
+      <tetrahedron index="26195" v0="4922" v1="5443" v2="6101" v3="6102" />
+      <tetrahedron index="26196" v0="5003" v1="5506" v2="6022" v3="6546" />
+      <tetrahedron index="26197" v0="3483" v1="3974" v2="5310" v3="6261" />
+      <tetrahedron index="26198" v0="3539" v1="3821" v2="3999" v3="5327" />
+      <tetrahedron index="26199" v0="3458" v1="3636" v2="3824" v3="5180" />
+      <tetrahedron index="26200" v0="3239" v1="3241" v2="4057" v3="5272" />
+      <tetrahedron index="26201" v0="4931" v1="5321" v2="5322" v3="5796" />
+      <tetrahedron index="26202" v0="5557" v1="6193" v2="6233" v3="6559" />
+      <tetrahedron index="26203" v0="4216" v1="4662" v2="5235" v3="5862" />
+      <tetrahedron index="26204" v0="3697" v1="3920" v2="5274" v3="6354" />
+      <tetrahedron index="26205" v0="4560" v1="5127" v2="5725" v3="6042" />
+      <tetrahedron index="26206" v0="4890" v1="5208" v2="6402" v3="6837" />
+      <tetrahedron index="26207" v0="3703" v1="4615" v2="4819" v3="5386" />
+      <tetrahedron index="26208" v0="5134" v1="5175" v2="5786" v3="5788" />
+      <tetrahedron index="26209" v0="4970" v1="5433" v2="5435" v3="6591" />
+      <tetrahedron index="26210" v0="4165" v1="4452" v2="5280" v3="5917" />
+      <tetrahedron index="26211" v0="4875" v1="4956" v2="5046" v3="6259" />
+      <tetrahedron index="26212" v0="4148" v1="5236" v2="5543" v3="6482" />
+      <tetrahedron index="26213" v0="3905" v1="5311" v2="5954" v3="6564" />
+      <tetrahedron index="26214" v0="3571" v1="3972" v2="5400" v3="5853" />
+      <tetrahedron index="26215" v0="3441" v1="3442" v2="3443" v3="5091" />
+      <tetrahedron index="26216" v0="4532" v1="4596" v2="4718" v3="5515" />
+      <tetrahedron index="26217" v0="4923" v1="4982" v2="5636" v3="6315" />
+      <tetrahedron index="26218" v0="4980" v1="5460" v2="6123" v3="6128" />
+      <tetrahedron index="26219" v0="4102" v1="5122" v2="5714" v3="5715" />
+      <tetrahedron index="26220" v0="4081" v1="4162" v2="5317" v3="5961" />
+      <tetrahedron index="26221" v0="4881" v1="5591" v2="5804" v3="6455" />
+      <tetrahedron index="26222" v0="5189" v1="5807" v2="5874" v3="6459" />
+      <tetrahedron index="26223" v0="5013" v1="5526" v2="5668" v3="6198" />
+      <tetrahedron index="26224" v0="3561" v1="3680" v2="3681" v3="5358" />
+      <tetrahedron index="26225" v0="5204" v1="5821" v2="5957" v3="6873" />
+      <tetrahedron index="26226" v0="3892" v1="5015" v2="6158" v3="6741" />
+      <tetrahedron index="26227" v0="4909" v1="5022" v2="5257" v3="5704" />
+      <tetrahedron index="26228" v0="3337" v1="4509" v2="5334" v3="6349" />
+      <tetrahedron index="26229" v0="4321" v1="4504" v2="5538" v3="6621" />
+      <tetrahedron index="26230" v0="3871" v1="4184" v2="5639" v3="6811" />
+      <tetrahedron index="26231" v0="3546" v1="5418" v2="5419" v3="5544" />
+      <tetrahedron index="26232" v0="3323" v1="3739" v2="3894" v3="5580" />
+      <tetrahedron index="26233" v0="4276" v1="5220" v2="5756" v3="6217" />
+      <tetrahedron index="26234" v0="3377" v1="3529" v2="3765" v3="5441" />
+      <tetrahedron index="26235" v0="3612" v1="3805" v2="5709" v3="6251" />
+      <tetrahedron index="26236" v0="5136" v1="5330" v2="5734" v3="5976" />
+      <tetrahedron index="26237" v0="3814" v1="3870" v2="3895" v3="5151" />
+      <tetrahedron index="26238" v0="3946" v1="4611" v2="4715" v3="5722" />
+      <tetrahedron index="26239" v0="4893" v1="5216" v2="5837" v3="6484" />
+      <tetrahedron index="26240" v0="3642" v1="3955" v2="4416" v3="5238" />
+      <tetrahedron index="26241" v0="3615" v1="5114" v2="5208" v3="5209" />
+      <tetrahedron index="26242" v0="4993" v1="5487" v2="6095" v3="6517" />
+      <tetrahedron index="26243" v0="4622" v1="5010" v2="5523" v3="5944" />
+      <tetrahedron index="26244" v0="3408" v1="3409" v2="3410" v3="5774" />
+      <tetrahedron index="26245" v0="6193" v1="6231" v2="6233" v3="6312" />
+      <tetrahedron index="26246" v0="3391" v1="4356" v2="5120" v3="6985" />
+      <tetrahedron index="26247" v0="3779" v1="3783" v2="5985" v3="5987" />
+      <tetrahedron index="26248" v0="3953" v1="5141" v2="5376" v3="6027" />
+      <tetrahedron index="26249" v0="4044" v1="4045" v2="4200" v3="5555" />
+      <tetrahedron index="26250" v0="5109" v1="5211" v2="5697" v3="6369" />
+      <tetrahedron index="26251" v0="4339" v1="4610" v2="4836" v3="6175" />
+      <tetrahedron index="26252" v0="3851" v1="4519" v2="4553" v3="5259" />
+      <tetrahedron index="26253" v0="3695" v1="3828" v2="5271" v3="5273" />
+      <tetrahedron index="26254" v0="4970" v1="5434" v2="6091" v3="6665" />
+      <tetrahedron index="26255" v0="4583" v1="5071" v2="5646" v3="5647" />
+      <tetrahedron index="26256" v0="4964" v1="5444" v2="6118" v3="6129" />
+      <tetrahedron index="26257" v0="3948" v1="4040" v2="6282" v3="7001" />
+      <tetrahedron index="26258" v0="4249" v1="4305" v2="4353" v3="5508" />
+      <tetrahedron index="26259" v0="5286" v1="5805" v2="5925" v3="6457" />
+      <tetrahedron index="26260" v0="3273" v1="3289" v2="3378" v3="5735" />
+      <tetrahedron index="26261" v0="5748" v1="6408" v2="6409" v3="6987" />
+      <tetrahedron index="26262" v0="4957" v1="5398" v2="6058" v3="6572" />
+      <tetrahedron index="26263" v0="3284" v1="3384" v2="5382" v3="6035" />
+      <tetrahedron index="26264" v0="4559" v1="4772" v2="5163" v3="5778" />
+      <tetrahedron index="26265" v0="4969" v1="5431" v2="5432" v3="6089" />
+      <tetrahedron index="26266" v0="5184" v1="5499" v2="6160" v3="6164" />
+      <tetrahedron index="26267" v0="4089" v1="4469" v2="5426" v3="5429" />
+      <tetrahedron index="26268" v0="3796" v1="4484" v2="5893" v3="6215" />
+      <tetrahedron index="26269" v0="4725" v1="4747" v2="4829" v3="6768" />
+      <tetrahedron index="26270" v0="5030" v1="5214" v2="5563" v3="5622" />
+      <tetrahedron index="26271" v0="4831" v1="5711" v2="6330" v3="6818" />
+      <tetrahedron index="26272" v0="5123" v1="5198" v2="5719" v3="6388" />
+      <tetrahedron index="26273" v0="5027" v1="5557" v2="5558" v3="6559" />
+      <tetrahedron index="26274" v0="4334" v1="4395" v2="5292" v3="5930" />
+      <tetrahedron index="26275" v0="4949" v1="5015" v2="5378" v3="5529" />
+      <tetrahedron index="26276" v0="3709" v1="4230" v2="5182" v3="5715" />
+      <tetrahedron index="26277" v0="3643" v1="4068" v2="5291" v3="5293" />
+      <tetrahedron index="26278" v0="5215" v1="5217" v2="6214" v3="6481" />
+      <tetrahedron index="26279" v0="4331" v1="4344" v2="5789" v3="6086" />
+      <tetrahedron index="26280" v0="3300" v1="4148" v2="5543" v3="6482" />
+      <tetrahedron index="26281" v0="4617" v1="5354" v2="5356" v3="5779" />
+      <tetrahedron index="26282" v0="4994" v1="5752" v2="6414" v3="6468" />
+      <tetrahedron index="26283" v0="5285" v1="5515" v2="6179" v3="6413" />
+      <tetrahedron index="26284" v0="3879" v1="5251" v2="5252" v3="5886" />
+      <tetrahedron index="26285" v0="4479" v1="4480" v2="5154" v3="5757" />
+      <tetrahedron index="26286" v0="3850" v1="3852" v2="3998" v3="6529" />
+      <tetrahedron index="26287" v0="4914" v1="5271" v2="5273" v3="5908" />
+      <tetrahedron index="26288" v0="5039" v1="5322" v2="5967" v3="6196" />
+      <tetrahedron index="26289" v0="4139" v1="4406" v2="4689" v3="6207" />
+      <tetrahedron index="26290" v0="4941" v1="5634" v2="6008" v3="6314" />
+      <tetrahedron index="26291" v0="4401" v1="4402" v2="4566" v3="5136" />
+      <tetrahedron index="26292" v0="4955" v1="5395" v2="6154" v3="6740" />
+      <tetrahedron index="26293" v0="4551" v1="6033" v2="6552" v3="6580" />
+      <tetrahedron index="26294" v0="5044" v1="5584" v2="5934" v3="5972" />
+      <tetrahedron index="26295" v0="5055" v1="5219" v2="5834" v3="5838" />
+      <tetrahedron index="26296" v0="4036" v1="4037" v2="4038" v3="5123" />
+      <tetrahedron index="26297" v0="4985" v1="5702" v2="5772" v3="6436" />
+      <tetrahedron index="26298" v0="4694" v1="5153" v2="5756" v3="6420" />
+      <tetrahedron index="26299" v0="3593" v1="3595" v2="3740" v3="6132" />
+      <tetrahedron index="26300" v0="4939" v1="5353" v2="6002" v3="6848" />
+      <tetrahedron index="26301" v0="3341" v1="3342" v2="3343" v3="5160" />
+      <tetrahedron index="26302" v0="4942" v1="5682" v2="5912" v3="6354" />
+      <tetrahedron index="26303" v0="4532" v1="4718" v2="5515" v3="5516" />
+      <tetrahedron index="26304" v0="4844" v1="5265" v2="5352" v3="6000" />
+      <tetrahedron index="26305" v0="3897" v1="4602" v2="5210" v3="6364" />
+      <tetrahedron index="26306" v0="3383" v1="4951" v2="5382" v3="5726" />
+      <tetrahedron index="26307" v0="4111" v1="4244" v2="5379" v3="6031" />
+      <tetrahedron index="26308" v0="3756" v1="3862" v2="5130" v3="5730" />
+      <tetrahedron index="26309" v0="3334" v1="4265" v2="4627" v3="6776" />
+      <tetrahedron index="26310" v0="4244" v1="4249" v2="4353" v3="6031" />
+      <tetrahedron index="26311" v0="3260" v1="3261" v2="3269" v3="3802" />
+      <tetrahedron index="26312" v0="5152" v1="5362" v2="6012" v3="6669" />
+      <tetrahedron index="26313" v0="4266" v1="4486" v2="4821" v3="5989" />
+      <tetrahedron index="26314" v0="4923" v1="5638" v2="5744" v3="5938" />
+      <tetrahedron index="26315" v0="4397" v1="5237" v2="5860" v3="5861" />
+      <tetrahedron index="26316" v0="5024" v1="5548" v2="5967" v3="6573" />
+      <tetrahedron index="26317" v0="4433" v1="4661" v2="4808" v3="5858" />
+      <tetrahedron index="26318" v0="3487" v1="5422" v2="6617" v3="6936" />
+      <tetrahedron index="26319" v0="4692" v1="4696" v2="4841" v3="5099" />
+      <tetrahedron index="26320" v0="5740" v1="5741" v2="5758" v3="6404" />
+      <tetrahedron index="26321" v0="3459" v1="4040" v2="5607" v3="6888" />
+      <tetrahedron index="26322" v0="4966" v1="5745" v2="5746" v3="6617" />
+      <tetrahedron index="26323" v0="3774" v1="3836" v2="4407" v3="5282" />
+      <tetrahedron index="26324" v0="4679" v1="4912" v2="5041" v3="5267" />
+      <tetrahedron index="26325" v0="5465" v1="6291" v2="6536" v3="6537" />
+      <tetrahedron index="26326" v0="4915" v1="5034" v2="5276" v3="5627" />
+      <tetrahedron index="26327" v0="3691" v1="4048" v2="4049" v3="5802" />
+      <tetrahedron index="26328" v0="5349" v1="5997" v2="6597" v3="6879" />
+      <tetrahedron index="26329" v0="4899" v1="5104" v2="5675" v3="6828" />
+      <tetrahedron index="26330" v0="3278" v1="3281" v2="3379" v3="5480" />
+      <tetrahedron index="26331" v0="5422" v1="5423" v2="6082" v3="6658" />
+      <tetrahedron index="26332" v0="5430" v1="6087" v2="6254" v3="6663" />
+      <tetrahedron index="26333" v0="6051" v1="6225" v2="6636" v3="6751" />
+      <tetrahedron index="26334" v0="3239" v1="3240" v2="5324" v3="5975" />
+      <tetrahedron index="26335" v0="3718" v1="3719" v2="5203" v3="5691" />
+      <tetrahedron index="26336" v0="4221" v1="4635" v2="4751" v3="5234" />
+      <tetrahedron index="26337" v0="5363" v1="6276" v2="6780" v3="6920" />
+      <tetrahedron index="26338" v0="5704" v1="5890" v2="6113" v3="6684" />
+      <tetrahedron index="26339" v0="4920" v1="5290" v2="5292" v3="5930" />
+      <tetrahedron index="26340" v0="4872" v1="5165" v2="6326" v3="6394" />
+      <tetrahedron index="26341" v0="3324" v1="3325" v2="3817" v3="5787" />
+      <tetrahedron index="26342" v0="3327" v1="3328" v2="3749" v3="6087" />
+      <tetrahedron index="26343" v0="3309" v1="5291" v2="5294" v3="5933" />
+      <tetrahedron index="26344" v0="3852" v1="5374" v2="6529" v3="6532" />
+      <tetrahedron index="26345" v0="3597" v1="3598" v2="3831" v3="5659" />
+      <tetrahedron index="26346" v0="4008" v1="4009" v2="4131" v3="5501" />
+      <tetrahedron index="26347" v0="4216" v1="5235" v2="5862" v3="6504" />
+      <tetrahedron index="26348" v0="4385" v1="4655" v2="5946" v3="5948" />
+      <tetrahedron index="26349" v0="5704" v1="6375" v2="6528" v3="6684" />
+      <tetrahedron index="26350" v0="3628" v1="5931" v2="6340" v3="6546" />
+      <tetrahedron index="26351" v0="5128" v1="5407" v2="6066" v3="6144" />
+      <tetrahedron index="26352" v0="3827" v1="4187" v2="5450" v3="6110" />
+      <tetrahedron index="26353" v0="3982" v1="4270" v2="4407" v3="6025" />
+      <tetrahedron index="26354" v0="3831" v1="4145" v2="4802" v3="5112" />
+      <tetrahedron index="26355" v0="4172" v1="4173" v2="4369" v3="5650" />
+      <tetrahedron index="26356" v0="3309" v1="3311" v2="4161" v3="5291" />
+      <tetrahedron index="26357" v0="4107" v1="5769" v2="6378" v3="6380" />
+      <tetrahedron index="26358" v0="4009" v1="5799" v2="5804" v3="6455" />
+      <tetrahedron index="26359" v0="4771" v1="5189" v2="5807" v3="6459" />
+      <tetrahedron index="26360" v0="4307" v1="4431" v2="5434" v3="6665" />
+      <tetrahedron index="26361" v0="3984" v1="3985" v2="4019" v3="5851" />
+      <tetrahedron index="26362" v0="3316" v1="4259" v2="5559" v3="6507" />
+      <tetrahedron index="26363" v0="3423" v1="5173" v2="5785" v3="5885" />
+      <tetrahedron index="26364" v0="4925" v1="5038" v2="5069" v3="5883" />
+      <tetrahedron index="26365" v0="3655" v1="5159" v2="5531" v3="6433" />
+      <tetrahedron index="26366" v0="5616" v1="5783" v2="6106" v3="6443" />
+      <tetrahedron index="26367" v0="3639" v1="3730" v2="4828" v3="5824" />
+      <tetrahedron index="26368" v0="4165" v1="4452" v2="4453" v3="5280" />
+      <tetrahedron index="26369" v0="5006" v1="6177" v2="6522" v3="6731" />
+      <tetrahedron index="26370" v0="5149" v1="5749" v2="5751" v3="6871" />
+      <tetrahedron index="26371" v0="4493" v1="4508" v2="5342" v3="5988" />
+      <tetrahedron index="26372" v0="4693" v1="5243" v2="5693" v3="5915" />
+      <tetrahedron index="26373" v0="4390" v1="4420" v2="5522" v3="6195" />
+      <tetrahedron index="26374" v0="4013" v1="4213" v2="5229" v3="5719" />
+      <tetrahedron index="26375" v0="5541" v1="6212" v2="6213" v3="6748" />
+      <tetrahedron index="26376" v0="4177" v1="4286" v2="5029" v3="6235" />
+      <tetrahedron index="26377" v0="4882" v1="5805" v2="6456" v3="6458" />
+      <tetrahedron index="26378" v0="3913" v1="4754" v2="5115" v3="5712" />
+      <tetrahedron index="26379" v0="4898" v1="5058" v2="5633" v3="5657" />
+      <tetrahedron index="26380" v0="5155" v1="6535" v2="6560" v3="6897" />
+      <tetrahedron index="26381" v0="4893" v1="5217" v2="5836" v3="6214" />
+      <tetrahedron index="26382" v0="4687" v1="5665" v2="5824" v3="6361" />
+      <tetrahedron index="26383" v0="5013" v1="5593" v2="6197" v3="6439" />
+      <tetrahedron index="26384" v0="3902" v1="4219" v2="4220" v3="5638" />
+      <tetrahedron index="26385" v0="4126" v1="4811" v2="6189" v3="6736" />
+      <tetrahedron index="26386" v0="5063" v1="5270" v2="5906" v3="6539" />
+      <tetrahedron index="26387" v0="6495" v1="6793" v2="6893" v3="6999" />
+      <tetrahedron index="26388" v0="4011" v1="4012" v2="4018" v3="6339" />
+      <tetrahedron index="26389" v0="3494" v1="3561" v2="3562" v3="6010" />
+      <tetrahedron index="26390" v0="5024" v1="5577" v2="5967" v3="6573" />
+      <tetrahedron index="26391" v0="5873" v1="6513" v2="6787" v3="7001" />
+      <tetrahedron index="26392" v0="4869" v1="5707" v2="5772" v3="6436" />
+      <tetrahedron index="26393" v0="3607" v1="4051" v2="4052" v3="5217" />
+      <tetrahedron index="26394" v0="6156" v1="6279" v2="6752" v3="6843" />
+      <tetrahedron index="26395" v0="5166" v1="6045" v2="6630" v3="6633" />
+      <tetrahedron index="26396" v0="5575" v1="6767" v2="6768" v3="6904" />
+      <tetrahedron index="26397" v0="3507" v1="3508" v2="5492" v3="6710" />
+      <tetrahedron index="26398" v0="3804" v1="3805" v2="4386" v3="5968" />
+      <tetrahedron index="26399" v0="3645" v1="4674" v2="4786" v3="5075" />
+      <tetrahedron index="26400" v0="4251" v1="4264" v2="4281" v3="5481" />
+      <tetrahedron index="26401" v0="4094" v1="4545" v2="5743" v3="6406" />
+      <tetrahedron index="26402" v0="5624" v1="6300" v2="6682" v3="6798" />
+      <tetrahedron index="26403" v0="4956" v1="5404" v2="5405" v3="6064" />
+      <tetrahedron index="26404" v0="5060" v1="5617" v2="6293" v3="6790" />
+      <tetrahedron index="26405" v0="5139" v1="5703" v2="5736" v3="6399" />
+      <tetrahedron index="26406" v0="3544" v1="4577" v2="4628" v3="5452" />
+      <tetrahedron index="26407" v0="4470" v1="4471" v2="5812" v3="6968" />
+      <tetrahedron index="26408" v0="3442" v1="3500" v2="5674" v3="5819" />
+      <tetrahedron index="26409" v0="5144" v1="5740" v2="6403" v3="6404" />
+      <tetrahedron index="26410" v0="3635" v1="3971" v2="4457" v3="5181" />
+      <tetrahedron index="26411" v0="4924" v1="6554" v2="6558" v3="6896" />
+      <tetrahedron index="26412" v0="5334" v1="5979" v2="6348" v3="6349" />
+      <tetrahedron index="26413" v0="3482" v1="3750" v2="4687" v3="5399" />
+      <tetrahedron index="26414" v0="4585" v1="5392" v2="5393" v3="5394" />
+      <tetrahedron index="26415" v0="3539" v1="3821" v2="5327" v3="5972" />
+      <tetrahedron index="26416" v0="5110" v1="5699" v2="5825" v3="6370" />
+      <tetrahedron index="26417" v0="5066" v1="5082" v2="5657" v3="5673" />
+      <tetrahedron index="26418" v0="3877" v1="4767" v2="5716" v3="5819" />
+      <tetrahedron index="26419" v0="4904" v1="5614" v2="5876" v3="6289" />
+      <tetrahedron index="26420" v0="4893" v1="5092" v2="5218" v3="5837" />
+      <tetrahedron index="26421" v0="4131" v1="4293" v2="5000" v3="5500" />
+      <tetrahedron index="26422" v0="5025" v1="5551" v2="5998" v3="6954" />
+      <tetrahedron index="26423" v0="3814" v1="3870" v2="5129" v3="5151" />
+      <tetrahedron index="26424" v0="3492" v1="4119" v2="4794" v3="5260" />
+      <tetrahedron index="26425" v0="3341" v1="3342" v2="3717" v3="6701" />
+      <tetrahedron index="26426" v0="4296" v1="5412" v2="5413" v3="6130" />
+      <tetrahedron index="26427" v0="4144" v1="4362" v2="4759" v3="4774" />
+      <tetrahedron index="26428" v0="4203" v1="4204" v2="4322" v3="5430" />
+      <tetrahedron index="26429" v0="3266" v1="4956" v2="4991" v3="5587" />
+      <tetrahedron index="26430" v0="4280" v1="4288" v2="5703" v3="5736" />
+      <tetrahedron index="26431" v0="4998" v1="5251" v2="5619" v3="5885" />
+      <tetrahedron index="26432" v0="4267" v1="4302" v2="4493" v3="5342" />
+      <tetrahedron index="26433" v0="4523" v1="4597" v2="5344" v3="5924" />
+      <tetrahedron index="26434" v0="5764" v1="6308" v2="6727" v3="6806" />
+      <tetrahedron index="26435" v0="3380" v1="4508" v2="4598" v3="5482" />
+      <tetrahedron index="26436" v0="4614" v1="5477" v2="6653" v3="6867" />
+      <tetrahedron index="26437" v0="3446" v1="4242" v2="5364" v3="6015" />
+      <tetrahedron index="26438" v0="4297" v1="4351" v2="4359" v3="5701" />
+      <tetrahedron index="26439" v0="3753" v1="3754" v2="5289" v3="5927" />
+      <tetrahedron index="26440" v0="5926" v1="6567" v2="6579" v3="6905" />
+      <tetrahedron index="26441" v0="4953" v1="5809" v2="6461" v3="6464" />
+      <tetrahedron index="26442" v0="3546" v1="3584" v2="5257" v3="5418" />
+      <tetrahedron index="26443" v0="4008" v1="4412" v2="6455" v3="6866" />
+      <tetrahedron index="26444" v0="4586" v1="5178" v2="5425" v3="5786" />
+      <tetrahedron index="26445" v0="3959" v1="5164" v2="6133" v3="6326" />
+      <tetrahedron index="26446" v0="6075" v1="6124" v2="6513" v3="6787" />
+      <tetrahedron index="26447" v0="5761" v1="6425" v2="6427" v3="6819" />
+      <tetrahedron index="26448" v0="3437" v1="3606" v2="5141" v3="5328" />
+      <tetrahedron index="26449" v0="4109" v1="4110" v2="4264" v3="6146" />
+      <tetrahedron index="26450" v0="5437" v1="6099" v2="6217" v3="6421" />
+      <tetrahedron index="26451" v0="4026" v1="4027" v2="4028" v3="4157" />
+      <tetrahedron index="26452" v0="4969" v1="5048" v2="5501" v3="6352" />
+      <tetrahedron index="26453" v0="3919" v1="4807" v2="5283" v3="6886" />
+      <tetrahedron index="26454" v0="4456" v1="5889" v2="6078" v3="6822" />
+      <tetrahedron index="26455" v0="4896" v1="5224" v2="5848" v3="6367" />
+      <tetrahedron index="26456" v0="4896" v1="5054" v2="5848" v3="6367" />
+      <tetrahedron index="26457" v0="4430" v1="4504" v2="5435" v3="6736" />
+      <tetrahedron index="26458" v0="5589" v1="6053" v2="6637" v3="6703" />
+      <tetrahedron index="26459" v0="4854" v1="5958" v2="6568" v3="6900" />
+      <tetrahedron index="26460" v0="4418" v1="4426" v2="4427" v3="6452" />
+      <tetrahedron index="26461" v0="5139" v1="5456" v2="6399" v3="6437" />
+      <tetrahedron index="26462" v0="4996" v1="6153" v2="6155" v3="6710" />
+      <tetrahedron index="26463" v0="5205" v1="5665" v2="5824" v3="6829" />
+      <tetrahedron index="26464" v0="3533" v1="5114" v2="5242" v3="6801" />
+      <tetrahedron index="26465" v0="3536" v1="5113" v2="5890" v3="6113" />
+      <tetrahedron index="26466" v0="3761" v1="3762" v2="3957" v3="6377" />
+      <tetrahedron index="26467" v0="4910" v1="5259" v2="5263" v3="5894" />
+      <tetrahedron index="26468" v0="3948" v1="4040" v2="4067" v3="7001" />
+      <tetrahedron index="26469" v0="5274" v1="5912" v2="5913" v3="6354" />
+      <tetrahedron index="26470" v0="4574" v1="5109" v2="5211" v3="5830" />
+      <tetrahedron index="26471" v0="4936" v1="5984" v2="6577" v3="6629" />
+      <tetrahedron index="26472" v0="4533" v1="4534" v2="5570" v3="6244" />
+      <tetrahedron index="26473" v0="4101" v1="4170" v2="5106" v3="5486" />
+      <tetrahedron index="26474" v0="3293" v1="4047" v2="4069" v3="5077" />
+      <tetrahedron index="26475" v0="4218" v1="4304" v2="5440" v3="6417" />
+      <tetrahedron index="26476" v0="5507" v1="6687" v2="6721" v3="6962" />
+      <tetrahedron index="26477" v0="4020" v1="4366" v2="4634" v3="6218" />
+      <tetrahedron index="26478" v0="3281" v1="3282" v2="3386" v3="5128" />
+      <tetrahedron index="26479" v0="4910" v1="5264" v2="5895" v3="5899" />
+      <tetrahedron index="26480" v0="4874" v1="6157" v2="6686" v3="6713" />
+      <tetrahedron index="26481" v0="3760" v1="3761" v2="4233" v3="5103" />
+      <tetrahedron index="26482" v0="5008" v1="5517" v2="5518" v3="6186" />
+      <tetrahedron index="26483" v0="5002" v1="5358" v2="6010" v3="6607" />
+      <tetrahedron index="26484" v0="3251" v1="4296" v2="4688" v3="5413" />
+      <tetrahedron index="26485" v0="4911" v1="5265" v2="6000" v3="6013" />
+      <tetrahedron index="26486" v0="4865" v1="4925" v2="5249" v3="5883" />
+      <tetrahedron index="26487" v0="3635" v1="5791" v2="6387" v3="6449" />
+      <tetrahedron index="26488" v0="5361" v1="6593" v2="6840" v3="6987" />
+      <tetrahedron index="26489" v0="4455" v1="5020" v2="5539" v3="6211" />
+      <tetrahedron index="26490" v0="3393" v1="3397" v2="4181" v3="5629" />
+      <tetrahedron index="26491" v0="5764" v1="6431" v2="6557" v3="6855" />
+      <tetrahedron index="26492" v0="3501" v1="3504" v2="5982" v3="6576" />
+      <tetrahedron index="26493" v0="4598" v1="5344" v2="5482" v3="5988" />
+      <tetrahedron index="26494" v0="3341" v1="3473" v2="5661" v3="5773" />
+      <tetrahedron index="26495" v0="3551" v1="4464" v2="4819" v3="5385" />
+      <tetrahedron index="26496" v0="3429" v1="3958" v2="5254" v3="6684" />
+      <tetrahedron index="26497" v0="3779" v1="4250" v2="4507" v3="5575" />
+      <tetrahedron index="26498" v0="4010" v1="4047" v2="4048" v3="5802" />
+      <tetrahedron index="26499" v0="4432" v1="5456" v2="5703" v3="6335" />
+      <tetrahedron index="26500" v0="5763" v1="5947" v2="6657" v3="6937" />
+      <tetrahedron index="26501" v0="4092" v1="4093" v2="4153" v3="5486" />
+      <tetrahedron index="26502" v0="4366" v1="4541" v2="4542" v3="6956" />
+      <tetrahedron index="26503" v0="4964" v1="5444" v2="6514" v3="6676" />
+      <tetrahedron index="26504" v0="3853" v1="4706" v2="5381" v3="6763" />
+      <tetrahedron index="26505" v0="4248" v1="4355" v2="4778" v3="5647" />
+      <tetrahedron index="26506" v0="5433" v1="6189" v2="6591" v3="6736" />
+      <tetrahedron index="26507" v0="3362" v1="3730" v2="3731" v3="5955" />
+      <tetrahedron index="26508" v0="4122" v1="4317" v2="4368" v3="5641" />
+      <tetrahedron index="26509" v0="4798" v1="4799" v2="5525" v3="6199" />
+      <tetrahedron index="26510" v0="4286" v1="4739" v2="4803" v3="5561" />
+      <tetrahedron index="26511" v0="6156" v1="6227" v2="6752" v3="6843" />
+      <tetrahedron index="26512" v0="3732" v1="3896" v2="5014" v3="5723" />
+      <tetrahedron index="26513" v0="4477" v1="5092" v2="5218" v3="5837" />
+      <tetrahedron index="26514" v0="4878" v1="4967" v2="5177" v3="5784" />
+      <tetrahedron index="26515" v0="3250" v1="4016" v2="4981" v3="5299" />
+      <tetrahedron index="26516" v0="3929" v1="4231" v2="4397" v3="5861" />
+      <tetrahedron index="26517" v0="3366" v1="3823" v2="5878" v3="6518" />
+      <tetrahedron index="26518" v0="4899" v1="5232" v2="5857" v3="5899" />
+      <tetrahedron index="26519" v0="3423" v1="5172" v2="5173" v3="5785" />
+      <tetrahedron index="26520" v0="4906" v1="5038" v2="5069" v3="5883" />
+      <tetrahedron index="26521" v0="4796" v1="5176" v2="5428" v3="6255" />
+      <tetrahedron index="26522" v0="6055" v1="6596" v2="6864" v3="6913" />
+      <tetrahedron index="26523" v0="4924" v1="5303" v2="5304" v3="5306" />
+      <tetrahedron index="26524" v0="4903" v1="5244" v2="5722" v3="6513" />
+      <tetrahedron index="26525" v0="3287" v1="3485" v2="4491" v3="6583" />
+      <tetrahedron index="26526" v0="5460" v1="6124" v2="6127" v3="6128" />
+      <tetrahedron index="26527" v0="4010" v1="4048" v2="5802" v3="5804" />
+      <tetrahedron index="26528" v0="4193" v1="4688" v2="5413" v3="5626" />
+      <tetrahedron index="26529" v0="5627" v1="5628" v2="5629" v3="6306" />
+      <tetrahedron index="26530" v0="5411" v1="5462" v2="6127" v3="6180" />
+      <tetrahedron index="26531" v0="3397" v1="3398" v2="5064" v3="5628" />
+      <tetrahedron index="26532" v0="4694" v1="4732" v2="4805" v3="5755" />
+      <tetrahedron index="26533" v0="3399" v1="3403" v2="3983" v3="5827" />
+      <tetrahedron index="26534" v0="3821" v1="3822" v2="5044" v3="5584" />
+      <tetrahedron index="26535" v0="3300" v1="3954" v2="5215" v3="5543" />
+      <tetrahedron index="26536" v0="3906" v1="5315" v2="5435" v3="5960" />
+      <tetrahedron index="26537" v0="3364" v1="3445" v2="3696" v3="5273" />
+      <tetrahedron index="26538" v0="5907" v1="6333" v2="6541" v3="6731" />
+      <tetrahedron index="26539" v0="4899" v1="5234" v2="5675" v3="6347" />
+      <tetrahedron index="26540" v0="4346" v1="4503" v2="5066" v3="5658" />
+      <tetrahedron index="26541" v0="3921" v1="5028" v2="5070" v3="5642" />
+      <tetrahedron index="26542" v0="5414" v1="6073" v2="6303" v3="6304" />
+      <tetrahedron index="26543" v0="4920" v1="5043" v2="5290" v3="5643" />
+      <tetrahedron index="26544" v0="4853" v1="4906" v2="5011" v3="5402" />
+      <tetrahedron index="26545" v0="4921" v1="5670" v2="5936" v3="6342" />
+      <tetrahedron index="26546" v0="3684" v1="3763" v2="5746" v3="6617" />
+      <tetrahedron index="26547" v0="4242" v1="4712" v2="5477" v3="5846" />
+      <tetrahedron index="26548" v0="3572" v1="3863" v2="5262" v3="5372" />
+      <tetrahedron index="26549" v0="4269" v1="5088" v2="5669" v3="5798" />
+      <tetrahedron index="26550" v0="4996" v1="5494" v2="6714" v3="6715" />
+      <tetrahedron index="26551" v0="4474" v1="5525" v2="6197" v3="6199" />
+      <tetrahedron index="26552" v0="3318" v1="4031" v2="4104" v3="4795" />
+      <tetrahedron index="26553" v0="4900" v1="4988" v2="5236" v3="5835" />
+      <tetrahedron index="26554" v0="4226" v1="4482" v2="5074" v3="5898" />
+      <tetrahedron index="26555" v0="5349" v1="6170" v2="6722" v3="6963" />
+      <tetrahedron index="26556" v0="3930" v1="4578" v2="5601" v3="5928" />
+      <tetrahedron index="26557" v0="3245" v1="3249" v2="5622" v3="6296" />
+      <tetrahedron index="26558" v0="5032" v1="5071" v2="5644" v3="5887" />
+      <tetrahedron index="26559" v0="3972" v1="5231" v2="5400" v3="5853" />
+      <tetrahedron index="26560" v0="3321" v1="3322" v2="4669" v3="5061" />
+      <tetrahedron index="26561" v0="4188" v1="4192" v2="4830" v3="5906" />
+      <tetrahedron index="26562" v0="4492" v1="4997" v2="5613" v3="6515" />
+      <tetrahedron index="26563" v0="3502" v1="4982" v2="5151" v3="5384" />
+      <tetrahedron index="26564" v0="3777" v1="4776" v2="5604" v3="6284" />
+      <tetrahedron index="26565" v0="3771" v1="4439" v2="4473" v3="6136" />
+      <tetrahedron index="26566" v0="4966" v1="5745" v2="5746" v3="6083" />
+      <tetrahedron index="26567" v0="5627" v1="5628" v2="6305" v3="6306" />
+      <tetrahedron index="26568" v0="3802" v1="4678" v2="5267" v3="5308" />
+      <tetrahedron index="26569" v0="5080" v1="5271" v2="5907" v3="6731" />
+      <tetrahedron index="26570" v0="4211" v1="4325" v2="4706" v3="5304" />
+      <tetrahedron index="26571" v0="3924" v1="5179" v2="5790" v3="5793" />
+      <tetrahedron index="26572" v0="4901" v1="5239" v2="5867" v3="5868" />
+      <tetrahedron index="26573" v0="4038" v1="4163" v2="4768" v3="6017" />
+      <tetrahedron index="26574" v0="5168" v1="5997" v2="6287" v3="6789" />
+      <tetrahedron index="26575" v0="5062" v1="5622" v2="5832" v3="6298" />
+      <tetrahedron index="26576" v0="3660" v1="4147" v2="4537" v3="5526" />
+      <tetrahedron index="26577" v0="4881" v1="5000" v2="5186" v3="5800" />
+      <tetrahedron index="26578" v0="4904" v1="6126" v2="6516" v3="6791" />
+      <tetrahedron index="26579" v0="5261" v1="5264" v2="5899" v3="6502" />
+      <tetrahedron index="26580" v0="4010" v1="4047" v2="4592" v3="5802" />
+      <tetrahedron index="26581" v0="3442" v1="3877" v2="5199" v3="5819" />
+      <tetrahedron index="26582" v0="5805" v1="6079" v2="6456" v3="7013" />
+      <tetrahedron index="26583" v0="4216" v1="4414" v2="4433" v3="5859" />
+      <tetrahedron index="26584" v0="4377" v1="4379" v2="4824" v3="6359" />
+      <tetrahedron index="26585" v0="4946" v1="4952" v2="5369" v3="5386" />
+      <tetrahedron index="26586" v0="4890" v1="5698" v2="5700" v3="6370" />
+      <tetrahedron index="26587" v0="5297" v1="5671" v2="5936" v3="6344" />
+      <tetrahedron index="26588" v0="5112" v1="5576" v2="6251" v3="6771" />
+      <tetrahedron index="26589" v0="3381" v1="3507" v2="3713" v3="5222" />
+      <tetrahedron index="26590" v0="4626" v1="4720" v2="5718" v3="6387" />
+      <tetrahedron index="26591" v0="5255" v1="5567" v2="6215" v3="6360" />
+      <tetrahedron index="26592" v0="5087" v1="5929" v2="6340" v3="6546" />
+      <tetrahedron index="26593" v0="4862" v1="5943" v2="6308" v3="6311" />
+      <tetrahedron index="26594" v0="4049" v1="5077" v2="5802" v3="6206" />
+      <tetrahedron index="26595" v0="3474" v1="4206" v2="4235" v3="5688" />
+      <tetrahedron index="26596" v0="5877" v1="6127" v2="6180" v3="6516" />
+      <tetrahedron index="26597" v0="3443" v1="3477" v2="3478" v3="5791" />
+      <tetrahedron index="26598" v0="3282" v1="3284" v2="5133" v3="5382" />
+      <tetrahedron index="26599" v0="3277" v1="3285" v2="5405" v3="5618" />
+      <tetrahedron index="26600" v0="5602" v1="6275" v2="6277" v3="6655" />
+      <tetrahedron index="26601" v0="6612" v1="6941" v2="6947" v3="7026" />
+      <tetrahedron index="26602" v0="3264" v1="3553" v2="3700" v3="5030" />
+      <tetrahedron index="26603" v0="3376" v1="3378" v2="5202" v3="5820" />
+      <tetrahedron index="26604" v0="3767" v1="4602" v2="5210" v3="6364" />
+      <tetrahedron index="26605" v0="5488" v1="5902" v2="6150" v3="6299" />
+      <tetrahedron index="26606" v0="4914" v1="5272" v2="5910" v3="6818" />
+      <tetrahedron index="26607" v0="3693" v1="5364" v2="5846" v3="6494" />
+      <tetrahedron index="26608" v0="6428" v1="6761" v2="6937" v3="6973" />
+      <tetrahedron index="26609" v0="3874" v1="3957" v2="4183" v3="5706" />
+      <tetrahedron index="26610" v0="4900" v1="4988" v2="5235" v3="5237" />
+      <tetrahedron index="26611" v0="4966" v1="5745" v2="6080" v3="6656" />
+      <tetrahedron index="26612" v0="5016" v1="6432" v2="6433" v3="6857" />
+      <tetrahedron index="26613" v0="4629" v1="4631" v2="4694" v3="6420" />
+      <tetrahedron index="26614" v0="3919" v1="4452" v2="5280" v3="5281" />
+      <tetrahedron index="26615" v0="3448" v1="3517" v2="3556" v3="5017" />
+      <tetrahedron index="26616" v0="3330" v1="3331" v2="3336" v3="5355" />
+      <tetrahedron index="26617" v0="4034" v1="4043" v2="4652" v3="6471" />
+      <tetrahedron index="26618" v0="5473" v1="5709" v2="6436" v3="6771" />
+      <tetrahedron index="26619" v0="3342" v1="3343" v2="5160" v3="5769" />
+      <tetrahedron index="26620" v0="4303" v1="4404" v2="4721" v3="5491" />
+      <tetrahedron index="26621" v0="4548" v1="4628" v2="5013" v3="5594" />
+      <tetrahedron index="26622" v0="3247" v1="5454" v2="5621" v3="6115" />
+      <tetrahedron index="26623" v0="4391" v1="5177" v2="5178" v3="5425" />
+      <tetrahedron index="26624" v0="3304" v1="4063" v2="4309" v3="5653" />
+      <tetrahedron index="26625" v0="5158" v1="5471" v2="6137" v3="6138" />
+      <tetrahedron index="26626" v0="4958" v1="5666" v2="5690" v3="6339" />
+      <tetrahedron index="26627" v0="4476" v1="5218" v2="5836" v3="6483" />
+      <tetrahedron index="26628" v0="3620" v1="4549" v2="4766" v3="6498" />
+      <tetrahedron index="26629" v0="4712" v1="4737" v2="4816" v3="5477" />
+      <tetrahedron index="26630" v0="5413" v1="6071" v2="6072" v3="6302" />
+      <tetrahedron index="26631" v0="4126" v1="4430" v2="5433" v3="6736" />
+      <tetrahedron index="26632" v0="4073" v1="4098" v2="4168" v3="6824" />
+      <tetrahedron index="26633" v0="3511" v1="3513" v2="5045" v3="5585" />
+      <tetrahedron index="26634" v0="3546" v1="3584" v2="3675" v3="5257" />
+      <tetrahedron index="26635" v0="4910" v1="5261" v2="5264" v3="5897" />
+      <tetrahedron index="26636" v0="6165" v1="6685" v2="6686" v3="6795" />
+      <tetrahedron index="26637" v0="4225" v1="4402" v2="4566" v3="5734" />
+      <tetrahedron index="26638" v0="5166" v1="6045" v2="6626" v3="6633" />
+      <tetrahedron index="26639" v0="3504" v1="5466" v2="5940" v3="5982" />
+      <tetrahedron index="26640" v0="3274" v1="3275" v2="3526" v3="5201" />
+      <tetrahedron index="26641" v0="4488" v1="4489" v2="4490" v3="5907" />
+      <tetrahedron index="26642" v0="3632" v1="4647" v2="5768" v3="6433" />
+      <tetrahedron index="26643" v0="5204" v1="5205" v2="5823" v3="6476" />
+      <tetrahedron index="26644" v0="4932" v1="5326" v2="5974" v3="6381" />
+      <tetrahedron index="26645" v0="5397" v1="6055" v2="6641" v3="6642" />
+      <tetrahedron index="26646" v0="3284" v1="4974" v2="5059" v3="6064" />
+      <tetrahedron index="26647" v0="5935" v1="5973" v2="6574" v3="6575" />
+      <tetrahedron index="26648" v0="4897" v1="5230" v2="5231" v3="5400" />
+      <tetrahedron index="26649" v0="3262" v1="3263" v2="3264" v3="3372" />
+      <tetrahedron index="26650" v0="4856" v1="6052" v2="6638" v3="6976" />
+      <tetrahedron index="26651" v0="6098" v1="6943" v2="6944" v3="7014" />
+      <tetrahedron index="26652" v0="4364" v1="4403" v2="4501" v3="5328" />
+      <tetrahedron index="26653" v0="3679" v1="5033" v2="5667" v3="6023" />
+      <tetrahedron index="26654" v0="4559" v1="4772" v2="4784" v3="5778" />
+      <tetrahedron index="26655" v0="4093" v1="5147" v2="5742" v3="6406" />
+      <tetrahedron index="26656" v0="3512" v1="3513" v2="4364" v3="5585" />
+      <tetrahedron index="26657" v0="4849" v1="6228" v2="6593" v3="6755" />
+      <tetrahedron index="26658" v0="5136" v1="5330" v2="5375" v3="5976" />
+      <tetrahedron index="26659" v0="3370" v1="3371" v2="3549" v3="5094" />
+      <tetrahedron index="26660" v0="6312" v1="6727" v2="6951" v3="6965" />
+      <tetrahedron index="26661" v0="4880" v1="5183" v2="5548" v3="6198" />
+      <tetrahedron index="26662" v0="3423" v1="3879" v2="4734" v3="5173" />
+      <tetrahedron index="26663" v0="4194" v1="4295" v2="4614" v3="6074" />
+      <tetrahedron index="26664" v0="4888" v1="5201" v2="5966" v3="6572" />
+      <tetrahedron index="26665" v0="3644" v1="4674" v2="4738" v3="5052" />
+      <tetrahedron index="26666" v0="3317" v1="3560" v2="3686" v3="5642" />
+      <tetrahedron index="26667" v0="3587" v1="3588" v2="6050" v3="6926" />
+      <tetrahedron index="26668" v0="5060" v1="5618" v2="6294" v3="6705" />
+      <tetrahedron index="26669" v0="5325" v1="5327" v2="5972" v3="5973" />
+      <tetrahedron index="26670" v0="3840" v1="4466" v2="5424" v3="6085" />
+      <tetrahedron index="26671" v0="4907" v1="5251" v2="5252" v3="6758" />
+      <tetrahedron index="26672" v0="5912" v1="5913" v2="6354" v3="6542" />
+      <tetrahedron index="26673" v0="5027" v1="6233" v2="6559" v3="6757" />
+      <tetrahedron index="26674" v0="3473" v1="3634" v2="4207" v3="5773" />
+      <tetrahedron index="26675" v0="4908" v1="5644" v2="5645" v3="6527" />
+      <tetrahedron index="26676" v0="3888" v1="4220" v2="5729" v3="6039" />
+      <tetrahedron index="26677" v0="4367" v1="4802" v2="5576" v3="5577" />
+      <tetrahedron index="26678" v0="5278" v1="5862" v2="5920" v3="5922" />
+      <tetrahedron index="26679" v0="4009" v1="4048" v2="4050" v3="5799" />
+      <tetrahedron index="26680" v0="4922" v1="5443" v2="5740" v3="6101" />
+      <tetrahedron index="26681" v0="4045" v1="5026" v2="5555" v3="6029" />
+      <tetrahedron index="26682" v0="5659" v1="5703" v2="6373" v3="6374" />
+      <tetrahedron index="26683" v0="4174" v1="4769" v2="5263" v3="6530" />
+      <tetrahedron index="26684" v0="3903" v1="3985" v2="5227" v3="5850" />
+      <tetrahedron index="26685" v0="4875" v1="5590" v2="6259" v3="6775" />
+      <tetrahedron index="26686" v0="4600" v1="5366" v2="6017" v3="6386" />
+      <tetrahedron index="26687" v0="5346" v1="6246" v2="6589" v3="6611" />
+      <tetrahedron index="26688" v0="4190" v1="5131" v2="5447" v3="6107" />
+      <tetrahedron index="26689" v0="5100" v1="5684" v2="5701" v3="6368" />
+      <tetrahedron index="26690" v0="5349" v1="5996" v2="6839" v3="6967" />
+      <tetrahedron index="26691" v0="4470" v1="5192" v2="5489" v3="5812" />
+      <tetrahedron index="26692" v0="4872" v1="5597" v2="6326" v3="6327" />
+      <tetrahedron index="26693" v0="4158" v1="4173" v2="4370" v3="5650" />
+      <tetrahedron index="26694" v0="3975" v1="4301" v2="4302" v3="6262" />
+      <tetrahedron index="26695" v0="4945" v1="6382" v2="6384" v3="6833" />
+      <tetrahedron index="26696" v0="4907" v1="5250" v2="5619" v3="5652" />
+      <tetrahedron index="26697" v0="4486" v1="4724" v2="4745" v3="5998" />
+      <tetrahedron index="26698" v0="3347" v1="3348" v2="3675" v3="5891" />
+      <tetrahedron index="26699" v0="3858" v1="5125" v2="5410" v3="6070" />
+      <tetrahedron index="26700" v0="4714" v1="4744" v2="4837" v3="5352" />
+      <tetrahedron index="26701" v0="5349" v1="5997" v2="6287" v3="6597" />
+      <tetrahedron index="26702" v0="3453" v1="3988" v2="4283" v3="5828" />
+      <tetrahedron index="26703" v0="6794" v1="6920" v2="7009" v3="7025" />
+      <tetrahedron index="26704" v0="4262" v1="5456" v2="5662" v3="6335" />
+      <tetrahedron index="26705" v0="4246" v1="4248" v2="6161" v3="6341" />
+      <tetrahedron index="26706" v0="5020" v1="5556" v2="6212" v3="6466" />
+      <tetrahedron index="26707" v0="4884" v1="6469" v2="6844" v3="6989" />
+      <tetrahedron index="26708" v0="3492" v1="4119" v2="5260" v3="6615" />
+      <tetrahedron index="26709" v0="4897" v1="5852" v2="6388" v3="6500" />
+      <tetrahedron index="26710" v0="3735" v1="4256" v2="4311" v3="5696" />
+      <tetrahedron index="26711" v0="4317" v1="5028" v2="5609" v3="6510" />
+      <tetrahedron index="26712" v0="4923" v1="5636" v2="5638" v3="6315" />
+      <tetrahedron index="26713" v0="5756" v1="6217" v2="6416" v3="6421" />
+      <tetrahedron index="26714" v0="4136" v1="4137" v2="4294" v3="5925" />
+      <tetrahedron index="26715" v0="3638" v1="3730" v2="5205" v3="5955" />
+      <tetrahedron index="26716" v0="3399" v1="5827" v2="6306" v3="6803" />
+      <tetrahedron index="26717" v0="6153" v1="6492" v2="6494" v3="6884" />
+      <tetrahedron index="26718" v0="5152" v1="5553" v2="6223" v3="6226" />
+      <tetrahedron index="26719" v0="3342" v1="3343" v2="4107" v3="5769" />
+      <tetrahedron index="26720" v0="4353" v1="4354" v2="4806" v3="6602" />
+      <tetrahedron index="26721" v0="4369" v1="4624" v2="4625" v3="5649" />
+      <tetrahedron index="26722" v0="4907" v1="4998" v2="5251" v3="5619" />
+      <tetrahedron index="26723" v0="5764" v1="6431" v2="6557" v3="6757" />
+      <tetrahedron index="26724" v0="3470" v1="3472" v2="3473" v3="5084" />
+      <tetrahedron index="26725" v0="3325" v1="3793" v2="5785" v3="5787" />
+      <tetrahedron index="26726" v0="3437" v1="4501" v2="5328" v3="5331" />
+      <tetrahedron index="26727" v0="3379" v1="4989" v2="5480" v3="6145" />
+      <tetrahedron index="26728" v0="3616" v1="3967" v2="5449" v3="6507" />
+      <tetrahedron index="26729" v0="4070" v1="4282" v2="5498" v3="6162" />
+      <tetrahedron index="26730" v0="3641" v1="4313" v2="5432" v3="6089" />
+      <tetrahedron index="26731" v0="4932" v1="5326" v2="5973" v3="6381" />
+      <tetrahedron index="26732" v0="5951" v1="6898" v2="6944" v3="7014" />
+      <tetrahedron index="26733" v0="5284" v1="5343" v2="5924" v3="6845" />
+      <tetrahedron index="26734" v0="4863" v1="5268" v2="5902" v3="6097" />
+      <tetrahedron index="26735" v0="5112" v1="5702" v2="6373" v3="6831" />
+      <tetrahedron index="26736" v0="3905" v1="5310" v2="5311" v3="6564" />
+      <tetrahedron index="26737" v0="6645" v1="6703" v2="6864" v3="6931" />
+      <tetrahedron index="26738" v0="5115" v1="5655" v2="5705" v3="5908" />
+      <tetrahedron index="26739" v0="3443" v1="3478" v2="3636" v3="5791" />
+      <tetrahedron index="26740" v0="3588" v1="4116" v2="4117" v3="6051" />
+      <tetrahedron index="26741" v0="4979" v1="5662" v2="5767" v3="6335" />
+      <tetrahedron index="26742" v0="3732" v1="4017" v2="5463" v3="5808" />
+      <tetrahedron index="26743" v0="3608" v1="5380" v2="5571" v3="6763" />
+      <tetrahedron index="26744" v0="3379" v1="3382" v2="5267" v3="6145" />
+      <tetrahedron index="26745" v0="3603" v1="4888" v2="5202" v3="6838" />
+      <tetrahedron index="26746" v0="4892" v1="5620" v2="6236" v3="6298" />
+      <tetrahedron index="26747" v0="4216" v1="5235" v2="5859" v3="6504" />
+      <tetrahedron index="26748" v0="5158" v1="5765" v2="5981" v3="6137" />
+      <tetrahedron index="26749" v0="4192" v1="4830" v2="5906" v3="6304" />
+      <tetrahedron index="26750" v0="3621" v1="5166" v2="6045" v3="6630" />
+      <tetrahedron index="26751" v0="3559" v1="3803" v2="3847" v3="5294" />
+      <tetrahedron index="26752" v0="3677" v1="3678" v2="6068" v3="6651" />
+      <tetrahedron index="26753" v0="3911" v1="4825" v2="4843" v3="5296" />
+      <tetrahedron index="26754" v0="3238" v1="4229" v2="4236" v3="5893" />
+      <tetrahedron index="26755" v0="3394" v1="3395" v2="4318" v3="6143" />
+      <tetrahedron index="26756" v0="3587" v1="3621" v2="4584" v3="6045" />
+      <tetrahedron index="26757" v0="3539" v1="5325" v2="5327" v3="5972" />
+      <tetrahedron index="26758" v0="5100" v1="5697" v2="5699" v3="6368" />
+      <tetrahedron index="26759" v0="3649" v1="5370" v2="5408" v3="6067" />
+      <tetrahedron index="26760" v0="5210" v1="5828" v2="5871" v3="6511" />
+      <tetrahedron index="26761" v0="4925" v1="5038" v2="5069" v3="5640" />
+      <tetrahedron index="26762" v0="3951" v1="4233" v2="5803" v3="6454" />
+      <tetrahedron index="26763" v0="3563" v1="3564" v2="3565" v3="5674" />
+      <tetrahedron index="26764" v0="4029" v1="4826" v2="5247" v3="6889" />
+      <tetrahedron index="26765" v0="5053" v1="6142" v2="6277" v3="6655" />
+      <tetrahedron index="26766" v0="5615" v1="6920" v2="6980" v3="7009" />
+      <tetrahedron index="26767" v0="4636" v1="4797" v2="5260" v3="5896" />
+      <tetrahedron index="26768" v0="3743" v1="3744" v2="5281" v3="6028" />
+      <tetrahedron index="26769" v0="3526" v1="3528" v2="3529" v3="5484" />
+      <tetrahedron index="26770" v0="5416" v1="6075" v2="6124" v3="6693" />
+      <tetrahedron index="26771" v0="3873" v1="3900" v2="4699" v3="5672" />
+      <tetrahedron index="26772" v0="3788" v1="5531" v2="5532" v3="6742" />
+      <tetrahedron index="26773" v0="4916" v1="5279" v2="5281" v3="5921" />
+      <tetrahedron index="26774" v0="3894" v1="5174" v2="5578" v3="5580" />
+      <tetrahedron index="26775" v0="4897" v1="4958" v2="5228" v3="5666" />
+      <tetrahedron index="26776" v0="3637" v1="5086" v2="5205" v3="5665" />
+      <tetrahedron index="26777" v0="3774" v1="3775" v2="3982" v3="5920" />
+      <tetrahedron index="26778" v0="3316" v1="3616" v2="5865" v3="6507" />
+      <tetrahedron index="26779" v0="3339" v1="4439" v2="5471" v3="6350" />
+      <tetrahedron index="26780" v0="4294" v1="5286" v2="5925" v3="6457" />
+      <tetrahedron index="26781" v0="5595" v1="6007" v2="6918" v3="7008" />
+      <tetrahedron index="26782" v0="3410" v1="5161" v2="5641" v3="5774" />
+      <tetrahedron index="26783" v0="3544" v1="4628" v2="5049" v3="5452" />
+      <tetrahedron index="26784" v0="3391" v1="4078" v2="5120" v3="5277" />
+      <tetrahedron index="26785" v0="4479" v1="4925" v2="5757" v3="5949" />
+      <tetrahedron index="26786" v0="5428" v1="5430" v2="6254" v3="6663" />
+      <tetrahedron index="26787" v0="3236" v1="3620" v2="4217" v3="5663" />
+      <tetrahedron index="26788" v0="4313" v1="5431" v2="5432" v3="5500" />
+      <tetrahedron index="26789" v0="3414" v1="3524" v2="5058" v3="6606" />
+      <tetrahedron index="26790" v0="4047" v1="4048" v2="4049" v3="5802" />
+      <tetrahedron index="26791" v0="4934" v1="5335" v2="5765" v3="5979" />
+      <tetrahedron index="26792" v0="4694" v1="5153" v2="5755" v3="6418" />
+      <tetrahedron index="26793" v0="5084" v1="5661" v2="5773" v3="6334" />
+      <tetrahedron index="26794" v0="5080" v1="5655" v2="5908" v3="5910" />
+      <tetrahedron index="26795" v0="3267" v1="3268" v2="4906" v3="4959" />
+      <tetrahedron index="26796" v0="4985" v1="5158" v2="5473" v3="6138" />
+      <tetrahedron index="26797" v0="4475" v1="4751" v2="5675" v3="5856" />
+      <tetrahedron index="26798" v0="5389" v1="5536" v2="6207" v3="6463" />
+      <tetrahedron index="26799" v0="3646" v1="3878" v2="3927" v3="5566" />
+      <tetrahedron index="26800" v0="3440" v1="4256" v2="5224" v3="5848" />
+      <tetrahedron index="26801" v0="4850" v1="6278" v2="6780" v3="6783" />
+      <tetrahedron index="26802" v0="3393" v1="5064" v2="5277" v3="5629" />
+      <tetrahedron index="26803" v0="5221" v1="5841" v2="6488" v3="6675" />
+      <tetrahedron index="26804" v0="6004" v1="6418" v2="6602" v3="6603" />
+      <tetrahedron index="26805" v0="5539" v1="6041" v2="6208" v3="6749" />
+      <tetrahedron index="26806" v0="4367" v1="5039" v2="5576" v3="5577" />
+      <tetrahedron index="26807" v0="4099" v1="5089" v2="5670" v3="6346" />
+      <tetrahedron index="26808" v0="3426" v1="3428" v2="4172" v3="4173" />
+      <tetrahedron index="26809" v0="3622" v1="3624" v2="4662" v3="5237" />
+      <tetrahedron index="26810" v0="3566" v1="3567" v2="4201" v3="5681" />
+      <tetrahedron index="26811" v0="3295" v1="3917" v2="4096" v3="5142" />
+      <tetrahedron index="26812" v0="4966" v1="5421" v2="6080" v3="6083" />
+      <tetrahedron index="26813" v0="5027" v1="6233" v2="6431" v3="6757" />
+      <tetrahedron index="26814" v0="3644" v1="3645" v2="3646" v3="5566" />
+      <tetrahedron index="26815" v0="4020" v1="4365" v2="4366" v3="5438" />
+      <tetrahedron index="26816" v0="3658" v1="4269" v2="5795" v3="5798" />
+      <tetrahedron index="26817" v0="4947" v1="5374" v2="6529" v3="6532" />
+      <tetrahedron index="26818" v0="5226" v1="5850" v2="6496" v3="6499" />
+      <tetrahedron index="26819" v0="3775" v1="5278" v2="5862" v3="5920" />
+      <tetrahedron index="26820" v0="4961" v1="5518" v2="6732" v3="6964" />
+      <tetrahedron index="26821" v0="4014" v1="5424" v2="6084" v3="6085" />
+      <tetrahedron index="26822" v0="4865" v1="4925" v2="5069" v3="5883" />
+      <tetrahedron index="26823" v0="3509" v1="4639" v2="5330" v3="5734" />
+      <tetrahedron index="26824" v0="4362" v1="4774" v2="5082" v3="5090" />
+      <tetrahedron index="26825" v0="3641" v1="3838" v2="4078" v3="6089" />
+      <tetrahedron index="26826" v0="3644" v1="3927" v2="5213" v3="5566" />
+      <tetrahedron index="26827" v0="4914" v1="5655" v2="5908" v3="5910" />
+      <tetrahedron index="26828" v0="3450" v1="5242" v2="5829" v3="6512" />
+      <tetrahedron index="26829" v0="4877" v1="5172" v2="5784" v3="6447" />
+      <tetrahedron index="26830" v0="5287" v1="5960" v2="6082" v3="6570" />
+      <tetrahedron index="26831" v0="3668" v1="3670" v2="5124" v3="5720" />
+      <tetrahedron index="26832" v0="5558" v1="6210" v2="6746" v3="6747" />
+      <tetrahedron index="26833" v0="4629" v1="4630" v2="4631" v3="5475" />
+      <tetrahedron index="26834" v0="3337" v1="3595" v2="3596" v3="5336" />
+      <tetrahedron index="26835" v0="4568" v1="4570" v2="4844" v3="5815" />
+      <tetrahedron index="26836" v0="4891" v1="5685" v2="5697" v3="6357" />
+      <tetrahedron index="26837" v0="3248" v1="3249" v2="5214" v3="5832" />
+      <tetrahedron index="26838" v0="5316" v1="5992" v2="6079" v3="7013" />
+      <tetrahedron index="26839" v0="3644" v1="5052" v2="5566" v3="6239" />
+      <tetrahedron index="26840" v0="4984" v1="5488" v2="5620" v3="5902" />
+      <tetrahedron index="26841" v0="4443" v1="5582" v2="5583" v3="6256" />
+      <tetrahedron index="26842" v0="5350" v1="5989" v2="6846" v3="6990" />
+      <tetrahedron index="26843" v0="3986" v1="4490" v2="5080" v3="6333" />
+      <tetrahedron index="26844" v0="4606" v1="4607" v2="4642" v3="5870" />
+      <tetrahedron index="26845" v0="3414" v1="3524" v2="4080" v3="5058" />
+      <tetrahedron index="26846" v0="3875" v1="5002" v2="6010" v3="6508" />
+      <tetrahedron index="26847" v0="3608" v1="3853" v2="3854" v3="5380" />
+      <tetrahedron index="26848" v0="5061" v1="5619" v2="5886" v3="6526" />
+      <tetrahedron index="26849" v0="4857" v1="5169" v2="5875" v3="6036" />
+      <tetrahedron index="26850" v0="3860" v1="3983" v2="4516" v3="5827" />
+      <tetrahedron index="26851" v0="3357" v1="4515" v2="5850" v3="6499" />
+      <tetrahedron index="26852" v0="5310" v1="5952" v2="6261" v3="6874" />
+      <tetrahedron index="26853" v0="4890" v1="5207" v2="5210" v3="5700" />
+      <tetrahedron index="26854" v0="3242" v1="4276" v2="4595" v3="5220" />
+      <tetrahedron index="26855" v0="3571" v1="3972" v2="4398" v3="5853" />
+      <tetrahedron index="26856" v0="3667" v1="4451" v2="4466" v3="6525" />
+      <tetrahedron index="26857" v0="4915" v1="5629" v2="5912" v3="5914" />
+      <tetrahedron index="26858" v0="3881" v1="4648" v2="4783" v3="6012" />
+      <tetrahedron index="26859" v0="5316" v1="6079" v2="6566" v3="6851" />
+      <tetrahedron index="26860" v0="3682" v1="3950" v2="3951" v3="6454" />
+      <tetrahedron index="26861" v0="5531" v1="5532" v2="6204" v3="6742" />
+      <tetrahedron index="26862" v0="4073" v1="4098" v2="4099" v3="5670" />
+      <tetrahedron index="26863" v0="5013" v1="5049" v2="5594" v3="6439" />
+      <tetrahedron index="26864" v0="3338" v1="5334" v2="5765" v3="5979" />
+      <tetrahedron index="26865" v0="3882" v1="4791" v2="5085" v3="6338" />
+      <tetrahedron index="26866" v0="4893" v1="5215" v2="5834" v3="6481" />
+      <tetrahedron index="26867" v0="3399" v1="3970" v2="3983" v3="5721" />
+      <tetrahedron index="26868" v0="5006" v1="5512" v2="5879" v3="6946" />
+      <tetrahedron index="26869" v0="4861" v1="5009" v2="5994" v3="6591" />
+      <tetrahedron index="26870" v0="3910" v1="3924" v2="4458" v3="5790" />
+      <tetrahedron index="26871" v0="4887" v1="5674" v2="5713" v3="5818" />
+      <tetrahedron index="26872" v0="3448" v1="5017" v2="5502" v3="5803" />
+      <tetrahedron index="26873" v0="3843" v1="4110" v2="4281" v3="6147" />
+      <tetrahedron index="26874" v0="4343" v1="5542" v2="5859" v3="6504" />
+      <tetrahedron index="26875" v0="5680" v1="5681" v2="6351" v3="6352" />
+      <tetrahedron index="26876" v0="3471" v1="5093" v2="5662" v3="5768" />
+      <tetrahedron index="26877" v0="3534" v1="3535" v2="3536" v3="6113" />
+      <tetrahedron index="26878" v0="5118" v1="5706" v2="6351" v3="6352" />
+      <tetrahedron index="26879" v0="3540" v1="3725" v2="5723" v3="6389" />
+      <tetrahedron index="26880" v0="4423" v1="5376" v2="6026" v3="6027" />
+      <tetrahedron index="26881" v0="5134" v1="6087" v2="6254" v3="6663" />
+      <tetrahedron index="26882" v0="4264" v1="5183" v2="6146" v3="6219" />
+      <tetrahedron index="26883" v0="3791" v1="4619" v2="4620" v3="5963" />
+      <tetrahedron index="26884" v0="3973" v1="5012" v2="6265" v3="6423" />
+      <tetrahedron index="26885" v0="5762" v1="6080" v2="6566" v3="6851" />
+      <tetrahedron index="26886" v0="3450" v1="4409" v2="4410" v3="6802" />
+      <tetrahedron index="26887" v0="3499" v1="4565" v2="5102" v3="5254" />
+      <tetrahedron index="26888" v0="3705" v1="5848" v2="5851" v3="6497" />
+      <tetrahedron index="26889" v0="5254" v1="5704" v2="6375" v3="6684" />
+      <tetrahedron index="26890" v0="5660" v1="5677" v2="5767" v3="6137" />
+      <tetrahedron index="26891" v0="4013" v1="4037" v2="5123" v3="5719" />
+      <tetrahedron index="26892" v0="3465" v1="3862" v2="5130" v3="5780" />
+      <tetrahedron index="26893" v0="4159" v1="4632" v2="4812" v3="5468" />
+      <tetrahedron index="26894" v0="4917" v1="5285" v2="5990" v3="6413" />
+      <tetrahedron index="26895" v0="5782" v1="6442" v2="6988" v3="6995" />
+      <tetrahedron index="26896" v0="4910" v1="5260" v2="5262" v3="6615" />
+      <tetrahedron index="26897" v0="5064" v1="5628" v2="6305" v3="6801" />
+      <tetrahedron index="26898" v0="3773" v1="3775" v2="4216" v3="5862" />
+      <tetrahedron index="26899" v0="3239" v1="4461" v2="4462" v3="5909" />
+      <tetrahedron index="26900" v0="4995" v1="5130" v2="6152" v3="6395" />
+      <tetrahedron index="26901" v0="5044" v1="5327" v2="5972" v3="5973" />
+      <tetrahedron index="26902" v0="5156" v1="5464" v2="6072" v3="6130" />
+      <tetrahedron index="26903" v0="4471" v1="5510" v2="5812" v3="6185" />
+      <tetrahedron index="26904" v0="3423" v1="3631" v2="3887" v3="5885" />
+      <tetrahedron index="26905" v0="5350" v1="5989" v2="6595" v3="6702" />
+      <tetrahedron index="26906" v0="4914" v1="5121" v2="5711" v3="5909" />
+      <tetrahedron index="26907" v0="4860" v1="5026" v2="5552" v3="5554" />
+      <tetrahedron index="26908" v0="5093" v1="5677" v2="6348" v3="6349" />
+      <tetrahedron index="26909" v0="4874" v1="6016" v2="6613" v3="6959" />
+      <tetrahedron index="26910" v0="3306" v1="4693" v2="4765" v3="5915" />
+      <tetrahedron index="26911" v0="4117" v1="4171" v2="4760" v3="6225" />
+      <tetrahedron index="26912" v0="4080" v1="4841" v2="5058" v3="5099" />
+      <tetrahedron index="26913" v0="4837" v1="4844" v2="5352" v3="6000" />
+      <tetrahedron index="26914" v0="3806" v1="4145" v2="4367" v3="5576" />
+      <tetrahedron index="26915" v0="3309" v1="5291" v2="5506" v3="5931" />
+      <tetrahedron index="26916" v0="4353" v1="5508" v2="6031" v3="6602" />
+      <tetrahedron index="26917" v0="3245" v1="3246" v2="3249" v3="5622" />
+      <tetrahedron index="26918" v0="4162" v1="5317" v2="5725" v3="5961" />
+      <tetrahedron index="26919" v0="3819" v1="3888" v2="3889" v3="6618" />
+      <tetrahedron index="26920" v0="4749" v1="4753" v2="4822" v3="6142" />
+      <tetrahedron index="26921" v0="3351" v1="3949" v2="4290" v3="5256" />
+      <tetrahedron index="26922" v0="5603" v1="6278" v2="6712" v3="6782" />
+      <tetrahedron index="26923" v0="3711" v1="4785" v2="4957" v3="5514" />
+      <tetrahedron index="26924" v0="4187" v1="4188" v2="6111" v3="6540" />
+      <tetrahedron index="26925" v0="3242" v1="4021" v2="5220" v3="6216" />
+      <tetrahedron index="26926" v0="5342" v1="6053" v2="6262" v3="6773" />
+      <tetrahedron index="26927" v0="3966" v1="5055" v2="5854" v3="6501" />
+      <tetrahedron index="26928" v0="5438" v1="5488" v2="6519" v3="6707" />
+      <tetrahedron index="26929" v0="4454" v1="5753" v2="6250" v3="6770" />
+      <tetrahedron index="26930" v0="3694" v1="3695" v2="4758" v3="5970" />
+      <tetrahedron index="26931" v0="3577" v1="4616" v2="4998" v3="5496" />
+      <tetrahedron index="26932" v0="5056" v1="5240" v2="5869" v3="5870" />
+      <tetrahedron index="26933" v0="4962" v1="5904" v2="6073" v3="6074" />
+      <tetrahedron index="26934" v0="5100" v1="5109" v2="5697" v3="5699" />
+      <tetrahedron index="26935" v0="5159" v1="5531" v2="6204" v3="6433" />
+      <tetrahedron index="26936" v0="5145" v1="5483" v2="5963" v3="6422" />
+      <tetrahedron index="26937" v0="5515" v1="6179" v2="6186" v3="6413" />
+      <tetrahedron index="26938" v0="3712" v1="4335" v2="5018" v3="5735" />
+      <tetrahedron index="26939" v0="5630" v1="6307" v2="6766" v3="6786" />
+      <tetrahedron index="26940" v0="4918" v1="5287" v2="6081" v3="6570" />
+      <tetrahedron index="26941" v0="6734" v1="6839" v2="6845" v3="6967" />
+      <tetrahedron index="26942" v0="4797" v1="5260" v2="5568" v3="5896" />
+      <tetrahedron index="26943" v0="3230" v1="3231" v2="3340" v3="5471" />
+      <tetrahedron index="26944" v0="5027" v1="5557" v2="6233" v3="6234" />
+      <tetrahedron index="26945" v0="6106" v1="6789" v2="6875" v3="6913" />
+      <tetrahedron index="26946" v0="4616" v1="4998" v2="5253" v3="6525" />
+      <tetrahedron index="26947" v0="4897" v1="5229" v2="5230" v3="5666" />
+      <tetrahedron index="26948" v0="5615" v1="6876" v2="6897" v3="7009" />
+      <tetrahedron index="26949" v0="4326" v1="4753" v2="6704" v3="6788" />
+      <tetrahedron index="26950" v0="3391" v1="4181" v2="4356" v3="6985" />
+      <tetrahedron index="26951" v0="3590" v1="3592" v2="3755" v3="6356" />
+      <tetrahedron index="26952" v0="3383" v1="3792" v2="4029" v3="5383" />
+      <tetrahedron index="26953" v0="3575" v1="3576" v2="5496" v3="5885" />
+      <tetrahedron index="26954" v0="4932" v1="5326" v2="5970" v3="5974" />
+      <tetrahedron index="26955" v0="3871" v1="3902" v2="5068" v3="6315" />
+      <tetrahedron index="26956" v0="3615" v1="4283" v2="5114" v3="5828" />
+      <tetrahedron index="26957" v0="4108" v1="5797" v2="6146" v3="6147" />
+      <tetrahedron index="26958" v0="4990" v1="5797" v2="6146" v3="6147" />
+      <tetrahedron index="26959" v0="4897" v1="5230" v2="5231" v3="5717" />
+      <tetrahedron index="26960" v0="3358" v1="3360" v2="4675" v3="5138" />
+      <tetrahedron index="26961" v0="3465" v1="3756" v2="4374" v3="5130" />
+      <tetrahedron index="26962" v0="4821" v1="5350" v2="5351" v3="6990" />
+      <tetrahedron index="26963" v0="3671" v1="3860" v2="4483" v3="5694" />
+      <tetrahedron index="26964" v0="3996" v1="4360" v2="5140" v3="5701" />
+      <tetrahedron index="26965" v0="3598" v1="3831" v2="5659" v3="6251" />
+      <tetrahedron index="26966" v0="3353" v1="3476" v2="6337" v3="6375" />
+      <tetrahedron index="26967" v0="5157" v1="5763" v2="6551" v3="6894" />
+      <tetrahedron index="26968" v0="4314" v1="4397" v2="4453" v3="5860" />
+      <tetrahedron index="26969" v0="3619" v1="5419" v2="5849" v3="6498" />
+      <tetrahedron index="26970" v0="4342" v1="4785" v2="5041" v3="5514" />
+      <tetrahedron index="26971" v0="4009" v1="4010" v2="5804" v3="6455" />
+      <tetrahedron index="26972" v0="3244" v1="3369" v2="5547" v3="5839" />
+      <tetrahedron index="26973" v0="5269" v1="5904" v2="6073" v3="6653" />
+      <tetrahedron index="26974" v0="4027" v1="4104" v2="5082" v3="5658" />
+      <tetrahedron index="26975" v0="3822" v1="5044" v2="5584" v3="5972" />
+      <tetrahedron index="26976" v0="4192" v1="4193" v2="4194" v3="6304" />
+      <tetrahedron index="26977" v0="4678" v1="4679" v2="4818" v3="5267" />
+      <tetrahedron index="26978" v0="3440" v1="3705" v2="5224" v3="5848" />
+      <tetrahedron index="26979" v0="4865" v1="4925" v2="5069" v3="5640" />
+      <tetrahedron index="26980" v0="3911" v1="4825" v2="5296" v3="5971" />
+      <tetrahedron index="26981" v0="4975" v1="5448" v2="6108" v3="6680" />
+      <tetrahedron index="26982" v0="3459" v1="3460" v2="3461" v3="6285" />
+      <tetrahedron index="26983" v0="5078" v1="5716" v2="5717" v3="6388" />
+      <tetrahedron index="26984" v0="4198" v1="5056" v2="6107" v3="6680" />
+      <tetrahedron index="26985" v0="4347" v1="4349" v2="5132" v3="6008" />
+      <tetrahedron index="26986" v0="4938" v1="6191" v2="6272" v3="6273" />
+      <tetrahedron index="26987" v0="4125" v1="4430" v2="5433" v3="5434" />
+      <tetrahedron index="26988" v0="3507" v1="3621" v2="3980" v3="5842" />
+      <tetrahedron index="26989" v0="3906" v1="4504" v2="5315" v3="5435" />
+      <tetrahedron index="26990" v0="3462" v1="3654" v2="4983" v3="6134" />
+      <tetrahedron index="26991" v0="4674" v1="4730" v2="4738" v3="5052" />
+      <tetrahedron index="26992" v0="3327" v1="3328" v2="4204" v3="6087" />
+      <tetrahedron index="26993" v0="3341" v1="5661" v2="5773" v3="6334" />
+      <tetrahedron index="26994" v0="4251" v1="4253" v2="6253" v3="6398" />
+      <tetrahedron index="26995" v0="4882" v1="6634" v2="6666" v3="6769" />
+      <tetrahedron index="26996" v0="4239" v1="6325" v2="6395" v3="6698" />
+      <tetrahedron index="26997" v0="5152" v1="5753" v2="6666" v3="6669" />
+      <tetrahedron index="26998" v0="4492" v1="4532" v2="5516" v3="6181" />
+      <tetrahedron index="26999" v0="4922" v1="5740" v2="6403" v3="6984" />
+      <tetrahedron index="27000" v0="4965" v1="5418" v2="5419" v3="6077" />
+      <tetrahedron index="27001" v0="3638" v1="4750" v2="4782" v3="5823" />
+      <tetrahedron index="27002" v0="3410" v1="4123" v2="4413" v3="5161" />
+      <tetrahedron index="27003" v0="4744" v1="4837" v2="5352" v3="6003" />
+      <tetrahedron index="27004" v0="5004" v1="6171" v2="6489" v3="6880" />
+      <tetrahedron index="27005" v0="4886" v1="5029" v2="5081" v3="5656" />
+      <tetrahedron index="27006" v0="4049" v1="4076" v2="4539" v3="6206" />
+      <tetrahedron index="27007" v0="6307" v1="6766" v2="6804" v3="6988" />
+      <tetrahedron index="27008" v0="5318" v1="5422" v2="6656" v3="6936" />
+      <tetrahedron index="27009" v0="3750" v1="5399" v2="5400" v3="6059" />
+      <tetrahedron index="27010" v0="5058" v1="5612" v2="5633" v3="6606" />
+      <tetrahedron index="27011" v0="5845" v1="6153" v2="6494" v3="6884" />
+      <tetrahedron index="27012" v0="4894" v1="6140" v2="6485" v3="6642" />
+      <tetrahedron index="27013" v0="5413" v1="5626" v2="6071" v3="6302" />
+      <tetrahedron index="27014" v0="4083" v1="5341" v2="5986" v3="6899" />
+      <tetrahedron index="27015" v0="5142" v1="5279" v2="5283" v3="5863" />
+      <tetrahedron index="27016" v0="3607" v1="3954" v2="4052" v3="6214" />
+      <tetrahedron index="27017" v0="4497" v1="4842" v2="5689" v3="6828" />
+      <tetrahedron index="27018" v0="4958" v1="5399" v2="5400" v3="6059" />
+      <tetrahedron index="27019" v0="3753" v1="3931" v2="3988" v3="5927" />
+      <tetrahedron index="27020" v0="3594" v1="3747" v2="3861" v3="5467" />
+      <tetrahedron index="27021" v0="6040" v1="6619" v2="6623" v3="6969" />
+      <tetrahedron index="27022" v0="4955" v1="5395" v2="6636" v3="6927" />
+      <tetrahedron index="27023" v0="3453" v1="3753" v2="3988" v3="5927" />
+      <tetrahedron index="27024" v0="4589" v1="5314" v2="5956" v3="6477" />
+      <tetrahedron index="27025" v0="3725" v1="3726" v2="5126" v3="5723" />
+      <tetrahedron index="27026" v0="3234" v1="3544" v2="3690" v3="5049" />
+      <tetrahedron index="27027" v0="4999" v1="5498" v2="6163" v3="6815" />
+      <tetrahedron index="27028" v0="5063" v1="5451" v2="5626" v3="6302" />
+      <tetrahedron index="27029" v0="3974" v1="5047" v2="6261" v3="6264" />
+      <tetrahedron index="27030" v0="3297" v1="3607" v2="4051" v3="5217" />
+      <tetrahedron index="27031" v0="4371" v1="4438" v2="4720" v3="6387" />
+      <tetrahedron index="27032" v0="4418" v1="4723" v2="5321" v3="5322" />
+      <tetrahedron index="27033" v0="3648" v1="3702" v2="3703" v3="6020" />
+      <tetrahedron index="27034" v0="4940" v1="5165" v2="5779" v3="6006" />
+      <tetrahedron index="27035" v0="4976" v1="5197" v2="5451" v3="6177" />
+      <tetrahedron index="27036" v0="5176" v1="5427" v2="5428" v3="6662" />
+      <tetrahedron index="27037" v0="3374" v1="3375" v2="3688" v3="6114" />
+      <tetrahedron index="27038" v0="5009" v1="5433" v2="6189" v3="6591" />
+      <tetrahedron index="27039" v0="4853" v1="5443" v2="5524" v3="6524" />
+      <tetrahedron index="27040" v0="4086" v1="4087" v2="4307" v3="6665" />
+      <tetrahedron index="27041" v0="4083" v1="4399" v2="5983" v3="5986" />
+      <tetrahedron index="27042" v0="4909" v1="5256" v2="5257" v3="5704" />
+      <tetrahedron index="27043" v0="4904" v1="5877" v2="6289" v3="6791" />
+      <tetrahedron index="27044" v0="4414" v1="4433" v2="5218" v3="5859" />
+      <tetrahedron index="27045" v0="3690" v1="4628" v2="5013" v3="5049" />
+      <tetrahedron index="27046" v0="3581" v1="3582" v2="3583" v3="4275" />
+      <tetrahedron index="27047" v0="3581" v1="3582" v2="4215" v3="4275" />
+      <tetrahedron index="27048" v0="3581" v1="3582" v2="3672" v3="4215" />
+      <tetrahedron index="27049" v0="4867" v1="5762" v2="5947" v3="6937" />
+      <tetrahedron index="27050" v0="5022" v1="5257" v2="5544" v3="5891" />
+      <tetrahedron index="27051" v0="4884" v1="5192" v2="5509" v3="5811" />
+      <tetrahedron index="27052" v0="3822" v1="5584" v2="6345" v3="6826" />
+      <tetrahedron index="27053" v0="4919" v1="5209" v2="5288" v3="5927" />
+      <tetrahedron index="27054" v0="4338" v1="5942" v2="6553" v3="6555" />
+      <tetrahedron index="27055" v0="3482" v1="4061" v2="5399" v3="6362" />
+      <tetrahedron index="27056" v0="3850" v1="4127" v2="5894" v3="6529" />
+      <tetrahedron index="27057" v0="4514" v1="5318" v2="6242" v3="6391" />
+      <tetrahedron index="27058" v0="5013" v1="5111" v2="5668" v3="6439" />
+      <tetrahedron index="27059" v0="3451" v1="3454" v2="3766" v3="5210" />
+      <tetrahedron index="27060" v0="4697" v1="4733" v2="5130" v3="6325" />
+      <tetrahedron index="27061" v0="4931" v1="5184" v2="5321" v3="5323" />
+      <tetrahedron index="27062" v0="3233" v1="5163" v2="5776" v3="6438" />
+      <tetrahedron index="27063" v0="4107" v1="5323" v2="5769" v3="6380" />
+      <tetrahedron index="27064" v0="4439" v1="4473" v2="5472" v3="6136" />
+      <tetrahedron index="27065" v0="3283" v1="3741" v2="4005" v3="5654" />
+      <tetrahedron index="27066" v0="5263" v1="5894" v2="6532" v3="6533" />
+      <tetrahedron index="27067" v0="3236" v1="3237" v2="3475" v3="5258" />
+      <tetrahedron index="27068" v0="4066" v1="4620" v2="4763" v3="5145" />
+      <tetrahedron index="27069" v0="3249" v1="3501" v2="5214" v3="5622" />
+      <tetrahedron index="27070" v0="3695" v1="3908" v2="5095" v3="5271" />
+      <tetrahedron index="27071" v0="4063" v1="4284" v2="4309" v3="5076" />
+      <tetrahedron index="27072" v0="3692" v1="3693" v2="4196" v3="5845" />
+      <tetrahedron index="27073" v0="3952" v1="4170" v2="6149" v3="6681" />
+      <tetrahedron index="27074" v0="3840" v1="4014" v2="5424" v3="6085" />
+      <tetrahedron index="27075" v0="4426" v1="5111" v2="5777" v3="6197" />
+      <tetrahedron index="27076" v0="4491" v1="4524" v2="4532" v3="5285" />
+      <tetrahedron index="27077" v0="4587" v1="5814" v2="6470" v3="6599" />
+      <tetrahedron index="27078" v0="3905" v1="5954" v2="6264" v3="6562" />
+      <tetrahedron index="27079" v0="5111" v1="5184" v2="6160" v3="6164" />
+      <tetrahedron index="27080" v0="4183" v1="5097" v2="6351" v3="6827" />
+      <tetrahedron index="27081" v0="5461" v1="5462" v2="6127" v3="6516" />
+      <tetrahedron index="27082" v0="3962" v1="4213" v2="4676" v3="5719" />
+      <tetrahedron index="27083" v0="4494" v1="5016" v2="5595" v3="6918" />
+      <tetrahedron index="27084" v0="5762" v1="5959" v2="6465" v3="6894" />
+      <tetrahedron index="27085" v0="3745" v1="5171" v2="5578" v3="5581" />
+      <tetrahedron index="27086" v0="3368" v1="5248" v2="5547" v3="6096" />
+      <tetrahedron index="27087" v0="3552" v1="5098" v2="5302" v3="5466" />
+      <tetrahedron index="27088" v0="3770" v1="5323" v2="5708" v3="6380" />
+      <tetrahedron index="27089" v0="3634" v1="3843" v2="3844" v3="6437" />
+      <tetrahedron index="27090" v0="4879" v1="5180" v2="5182" v3="6384" />
+      <tetrahedron index="27091" v0="4339" v1="4429" v2="6174" v3="6756" />
+      <tetrahedron index="27092" v0="4506" v1="4726" v2="5598" v3="6273" />
+      <tetrahedron index="27093" v0="4932" v1="5705" v2="5974" v3="6381" />
+      <tetrahedron index="27094" v0="4324" v1="4534" v2="4655" v3="5946" />
+      <tetrahedron index="27095" v0="4080" v1="4152" v2="4690" v3="5099" />
+      <tetrahedron index="27096" v0="3260" v1="3261" v2="5069" v3="5640" />
+      <tetrahedron index="27097" v0="3730" v1="5205" v2="5824" v3="5955" />
+      <tetrahedron index="27098" v0="3590" v1="5565" v2="5685" v3="6356" />
+      <tetrahedron index="27099" v0="5003" v1="5505" v2="6169" v3="6548" />
+      <tetrahedron index="27100" v0="3683" v1="4443" v2="4815" v3="5582" />
+      <tetrahedron index="27101" v0="5058" v1="5066" v2="5657" v3="6011" />
+      <tetrahedron index="27102" v0="5495" v1="6154" v2="6159" v3="6740" />
+      <tetrahedron index="27103" v0="3999" v1="4673" v2="4813" v3="5121" />
+      <tetrahedron index="27104" v0="3906" v1="5315" v2="5317" v3="5960" />
+      <tetrahedron index="27105" v0="4458" v1="5179" v2="5367" v3="6018" />
+      <tetrahedron index="27106" v0="5512" v1="6301" v2="6798" v3="6890" />
+      <tetrahedron index="27107" v0="4758" v1="5326" v2="5970" v3="5974" />
+      <tetrahedron index="27108" v0="5058" v1="5066" v2="5633" v3="6011" />
+      <tetrahedron index="27109" v0="5008" v1="6182" v2="6412" v3="6732" />
+      <tetrahedron index="27110" v0="3539" v1="3999" v2="4813" v3="5327" />
+      <tetrahedron index="27111" v0="5128" v1="5133" v2="5406" v3="6066" />
+      <tetrahedron index="27112" v0="3617" v1="5467" v2="5469" v3="5780" />
+      <tetrahedron index="27113" v0="3346" v1="3347" v2="3536" v3="5113" />
+      <tetrahedron index="27114" v0="4940" v1="5355" v2="6006" v3="6604" />
+      <tetrahedron index="27115" v0="4111" v1="4200" v2="5379" v3="5555" />
+      <tetrahedron index="27116" v0="4968" v1="5427" v2="5428" v3="6662" />
+      <tetrahedron index="27117" v0="4605" v1="4625" v2="4633" v3="5597" />
+      <tetrahedron index="27118" v0="4148" v1="4350" v2="5236" v3="6505" />
+      <tetrahedron index="27119" v0="3662" v1="3663" v2="4138" v3="5127" />
+      <tetrahedron index="27120" v0="3321" v1="3323" v2="3894" v3="5578" />
+      <tetrahedron index="27121" v0="4447" v1="5558" v2="5812" v3="6234" />
+      <tetrahedron index="27122" v0="4495" v1="4656" v2="4792" v3="5490" />
+      <tetrahedron index="27123" v0="4218" v1="4542" v2="5338" v3="5562" />
+      <tetrahedron index="27124" v0="3728" v1="4272" v2="4657" v3="5969" />
+      <tetrahedron index="27125" v0="4745" v1="5350" v2="6003" v3="6598" />
+      <tetrahedron index="27126" v0="3526" v1="3528" v2="3792" v3="5485" />
+      <tetrahedron index="27127" v0="5512" v1="6522" v2="6891" v3="7003" />
+      <tetrahedron index="27128" v0="3234" v1="3235" v2="3544" v3="5452" />
+      <tetrahedron index="27129" v0="5013" v1="5594" v2="5668" v3="6439" />
+      <tetrahedron index="27130" v0="4967" v1="5177" v2="5425" v3="6084" />
+      <tetrahedron index="27131" v0="5034" v1="5628" v2="5629" v3="5721" />
+      <tetrahedron index="27132" v0="4256" v1="4311" v2="5696" v3="6367" />
+      <tetrahedron index="27133" v0="3556" v1="3557" v2="5432" v3="6453" />
+      <tetrahedron index="27134" v0="3428" v1="4441" v2="4793" v3="6709" />
+      <tetrahedron index="27135" v0="5318" v1="6080" v2="6656" v3="6657" />
+      <tetrahedron index="27136" v0="3622" v1="4166" v2="4637" v3="5918" />
+      <tetrahedron index="27137" v0="3486" v1="4514" v2="4755" v3="6242" />
+      <tetrahedron index="27138" v0="3251" v1="4257" v2="5464" v3="6130" />
+      <tetrahedron index="27139" v0="3739" v1="5040" v2="5579" v3="6255" />
+      <tetrahedron index="27140" v0="3789" v1="4143" v2="5367" v3="5714" />
+      <tetrahedron index="27141" v0="5227" v1="5847" v2="6338" v3="6497" />
+      <tetrahedron index="27142" v0="3491" v1="5232" v2="5261" v3="5857" />
+      <tetrahedron index="27143" v0="6012" v1="6093" v2="6668" v3="6669" />
+      <tetrahedron index="27144" v0="4895" v1="5222" v2="5843" v3="6153" />
+      <tetrahedron index="27145" v0="4092" v1="4153" v2="4170" v3="5486" />
+      <tetrahedron index="27146" v0="4996" v1="6159" v2="6715" v3="6958" />
+      <tetrahedron index="27147" v0="4000" v1="5656" v2="6332" v3="6333" />
+      <tetrahedron index="27148" v0="4149" v1="5378" v2="5555" v3="6029" />
+      <tetrahedron index="27149" v0="4982" v1="5302" v2="5466" v3="5940" />
+      <tetrahedron index="27150" v0="3654" v1="4599" v2="4697" v3="5469" />
+      <tetrahedron index="27151" v0="4872" v1="5164" v2="5978" v3="6776" />
+      <tetrahedron index="27152" v0="3454" v1="5207" v2="5210" v3="5871" />
+      <tetrahedron index="27153" v0="3268" v1="3278" v2="5406" v3="5480" />
+      <tetrahedron index="27154" v0="4140" v1="5389" v2="6042" v3="6620" />
+      <tetrahedron index="27155" v0="4380" v1="4413" v2="5161" v3="5290" />
+      <tetrahedron index="27156" v0="3966" v1="5055" v2="5838" v3="6501" />
+      <tetrahedron index="27157" v0="4967" v1="5424" v2="6084" v3="6085" />
+      <tetrahedron index="27158" v0="5281" v1="5919" v2="5921" v3="6028" />
+      <tetrahedron index="27159" v0="3449" v1="3555" v2="4129" v3="5432" />
+      <tetrahedron index="27160" v0="3815" v1="3816" v2="5539" v3="6208" />
+      <tetrahedron index="27161" v0="3820" v1="4576" v2="5044" v3="5584" />
+      <tetrahedron index="27162" v0="4943" v1="5347" v2="5360" v3="6271" />
+      <tetrahedron index="27163" v0="3782" v1="3785" v2="4113" v3="5747" />
+      <tetrahedron index="27164" v0="4133" v1="4322" v2="4469" v3="5426" />
+      <tetrahedron index="27165" v0="3940" v1="4132" v2="4796" v3="5427" />
+      <tetrahedron index="27166" v0="3815" v1="4291" v2="4292" v3="5539" />
+      <tetrahedron index="27167" v0="4700" v1="5019" v2="5536" v3="6190" />
+      <tetrahedron index="27168" v0="3621" v1="3993" v2="4584" v3="6049" />
+      <tetrahedron index="27169" v0="3303" v1="3304" v2="5720" v3="5721" />
+      <tetrahedron index="27170" v0="3724" v1="5275" v2="5913" v3="6542" />
+      <tetrahedron index="27171" v0="5134" v1="5788" v2="6254" v3="6663" />
+      <tetrahedron index="27172" v0="3696" v1="3827" v2="3828" v3="5513" />
+      <tetrahedron index="27173" v0="3495" v1="3542" v2="4151" v3="6109" />
+      <tetrahedron index="27174" v0="4101" v1="5106" v2="5487" v3="5878" />
+      <tetrahedron index="27175" v0="4268" v1="4630" v2="5474" v3="5475" />
+      <tetrahedron index="27176" v0="4980" v1="5458" v2="6117" v3="6126" />
+      <tetrahedron index="27177" v0="3652" v1="3653" v2="5499" v3="5777" />
+      <tetrahedron index="27178" v0="4047" v1="4592" v2="5103" v3="5802" />
+      <tetrahedron index="27179" v0="4880" v1="5185" v2="5548" v3="5798" />
+      <tetrahedron index="27180" v0="3322" v1="3687" v2="4669" v3="5061" />
+      <tetrahedron index="27181" v0="4528" v1="5000" v2="5186" v3="5800" />
+      <tetrahedron index="27182" v0="3868" v1="5287" v2="5925" v3="6570" />
+      <tetrahedron index="27183" v0="4872" v1="5050" v2="5597" v3="6327" />
+      <tetrahedron index="27184" v0="3804" v1="4141" v2="4530" v3="6196" />
+      <tetrahedron index="27185" v0="3540" v1="3725" v2="3727" v3="5723" />
+      <tetrahedron index="27186" v0="5191" v1="5540" v2="6040" v3="6745" />
+      <tetrahedron index="27187" v0="4945" v1="5367" v2="6382" v3="6383" />
+      <tetrahedron index="27188" v0="5239" v1="5867" v2="5868" v3="6509" />
+      <tetrahedron index="27189" v0="5101" v1="5675" v2="6359" v3="6828" />
+      <tetrahedron index="27190" v0="5006" v1="5272" v2="5692" v3="6178" />
+      <tetrahedron index="27191" v0="5088" v1="6267" v2="6323" v3="6860" />
+      <tetrahedron index="27192" v0="4272" v1="5185" v2="5497" v3="5969" />
+      <tetrahedron index="27193" v0="5248" v1="5438" v2="5878" v3="6519" />
+      <tetrahedron index="27194" v0="3508" v1="5492" v2="6050" v3="6154" />
+      <tetrahedron index="27195" v0="4649" v1="5216" v2="6143" v3="6484" />
+      <tetrahedron index="27196" v0="6307" v1="6766" v2="6975" v3="6988" />
+      <tetrahedron index="27197" v0="4908" v1="5102" v2="5254" v3="6360" />
+      <tetrahedron index="27198" v0="3470" v1="3473" v2="5084" v3="5773" />
+      <tetrahedron index="27199" v0="3976" v1="4064" v2="4640" v3="5097" />
+      <tetrahedron index="27200" v0="3773" v1="5142" v2="5862" v3="6504" />
+      <tetrahedron index="27201" v0="3843" v1="3844" v2="6437" v3="6859" />
+      <tetrahedron index="27202" v0="5073" v1="5648" v2="6324" v3="6327" />
+      <tetrahedron index="27203" v0="4379" v1="5101" v2="6359" v3="6828" />
+      <tetrahedron index="27204" v0="3996" v1="4359" v2="5096" v3="5701" />
+      <tetrahedron index="27205" v0="3389" v1="3874" v2="5592" v3="5706" />
+      <tetrahedron index="27206" v0="3447" v1="3957" v2="5591" v3="6377" />
+      <tetrahedron index="27207" v0="4190" v1="4380" v2="5131" v3="5732" />
+      <tetrahedron index="27208" v0="3593" v1="3594" v2="5467" v3="6132" />
+      <tetrahedron index="27209" v0="3263" v1="4218" v2="5001" v3="5030" />
+      <tetrahedron index="27210" v0="5101" v1="5675" v2="5686" v3="6359" />
+      <tetrahedron index="27211" v0="3231" v1="3340" v2="5158" v3="5471" />
+      <tetrahedron index="27212" v0="4557" v1="4558" v2="4703" v3="5376" />
+      <tetrahedron index="27213" v0="3317" v1="3560" v2="4259" v3="5162" />
+      <tetrahedron index="27214" v0="3282" v1="3386" v2="5128" v3="5726" />
+      <tetrahedron index="27215" v0="3527" v1="3541" v2="6118" v3="6691" />
+      <tetrahedron index="27216" v0="4218" v1="4304" v2="4542" v3="5440" />
+      <tetrahedron index="27217" v0="5035" v1="5947" v2="6748" v3="6761" />
+      <tetrahedron index="27218" v0="3350" v1="3584" v2="5257" v3="6076" />
+      <tetrahedron index="27219" v0="3250" v1="3251" v2="5464" v3="6131" />
+      <tetrahedron index="27220" v0="6014" v1="6587" v2="6611" v3="6909" />
+      <tetrahedron index="27221" v0="3324" v1="3326" v2="3940" v3="5787" />
+      <tetrahedron index="27222" v0="4910" v1="5259" v2="5568" v3="5894" />
+      <tetrahedron index="27223" v0="4961" v1="5877" v2="6127" v3="6732" />
+      <tetrahedron index="27224" v0="3381" v1="5492" v2="5845" v3="6153" />
+      <tetrahedron index="27225" v0="5511" v1="5522" v2="6175" v3="6756" />
+      <tetrahedron index="27226" v0="5347" v1="5600" v2="6270" v3="6272" />
+      <tetrahedron index="27227" v0="3373" v1="3381" v2="3692" v3="5845" />
+      <tetrahedron index="27228" v0="3658" v1="3660" v2="4146" v3="5795" />
+      <tetrahedron index="27229" v0="4155" v1="4786" v2="5075" v3="5652" />
+      <tetrahedron index="27230" v0="3371" v1="3549" v2="3737" v3="5678" />
+      <tetrahedron index="27231" v0="3233" v1="3689" v2="4510" v3="6438" />
+      <tetrahedron index="27232" v0="6261" v1="6263" v2="6264" v3="6637" />
+      <tetrahedron index="27233" v0="3432" v1="3506" v2="4065" v3="6019" />
+      <tetrahedron index="27234" v0="3632" v1="3633" v2="6203" v3="6857" />
+      <tetrahedron index="27235" v0="5512" v1="6521" v2="6522" v3="6891" />
+      <tetrahedron index="27236" v0="3665" v1="3752" v2="4105" v3="6329" />
+      <tetrahedron index="27237" v0="3920" v1="4770" v2="5274" v3="6354" />
+      <tetrahedron index="27238" v0="4967" v1="5581" v2="6085" v3="6661" />
+      <tetrahedron index="27239" v0="3924" v1="4458" v2="4531" v3="5179" />
+      <tetrahedron index="27240" v0="4918" v1="5421" v2="6079" v3="6566" />
+      <tetrahedron index="27241" v0="5239" v1="5865" v2="5867" v3="6509" />
+      <tetrahedron index="27242" v0="4080" v1="4152" v2="5099" v3="5611" />
+      <tetrahedron index="27243" v0="4323" v1="4325" v2="4660" v3="5304" />
+      <tetrahedron index="27244" v0="4754" v1="5121" v2="5655" v3="5712" />
+      <tetrahedron index="27245" v0="3650" v1="3839" v2="5417" v3="5420" />
+      <tetrahedron index="27246" v0="5391" v1="6577" v2="6974" v3="7011" />
+      <tetrahedron index="27247" v0="3331" v1="3332" v2="5355" v3="6203" />
+      <tetrahedron index="27248" v0="3567" v1="3568" v2="3697" v3="5359" />
+      <tetrahedron index="27249" v0="5307" v1="5946" v2="5948" v3="6244" />
+      <tetrahedron index="27250" v0="4946" v1="5067" v2="5370" v3="6020" />
+      <tetrahedron index="27251" v0="3435" v1="4428" v2="4501" v3="5331" />
+      <tetrahedron index="27252" v0="3313" v1="4738" v2="5213" v3="5601" />
+      <tetrahedron index="27253" v0="4165" v1="4452" v2="5917" v3="6544" />
+      <tetrahedron index="27254" v0="4001" v1="5144" v2="5560" v3="6332" />
+      <tetrahedron index="27255" v0="4969" v1="5432" v2="5502" v3="6376" />
+      <tetrahedron index="27256" v0="3414" v1="3415" v2="4460" v3="4841" />
+      <tetrahedron index="27257" v0="3283" v1="3387" v2="5116" v3="5901" />
+      <tetrahedron index="27258" v0="3278" v1="5128" v2="5133" v3="5406" />
+      <tetrahedron index="27259" v0="3392" v1="3393" v2="3532" v3="5064" />
+      <tetrahedron index="27260" v0="4220" v1="4518" v2="5387" v3="6039" />
+      <tetrahedron index="27261" v0="4348" v1="4607" v2="5241" v3="5870" />
+      <tetrahedron index="27262" v0="5809" v1="6043" v2="6464" v3="6622" />
+      <tetrahedron index="27263" v0="3390" v1="3874" v2="5706" v3="6351" />
+      <tetrahedron index="27264" v0="4349" v1="4641" v2="4642" v3="5132" />
+      <tetrahedron index="27265" v0="4080" v1="5058" v2="5099" v3="5611" />
+      <tetrahedron index="27266" v0="4118" v1="5400" v2="5691" v3="6363" />
+      <tetrahedron index="27267" v0="4436" v1="4748" v2="4830" v3="6539" />
+      <tetrahedron index="27268" v0="3768" v1="3769" v2="3981" v3="5854" />
+      <tetrahedron index="27269" v0="3284" v1="4974" v2="5133" v3="6064" />
+      <tetrahedron index="27270" v0="3746" v1="3811" v2="5175" v3="5581" />
+      <tetrahedron index="27271" v0="3385" v1="5169" v2="6036" v3="6889" />
+      <tetrahedron index="27272" v0="6469" v1="6844" v2="6871" v3="6989" />
+      <tetrahedron index="27273" v0="5024" v1="5548" v2="5549" v3="6219" />
+      <tetrahedron index="27274" v0="3294" v1="5021" v2="5238" v3="5542" />
+      <tetrahedron index="27275" v0="5498" v1="6161" v2="6323" v3="6341" />
+      <tetrahedron index="27276" v0="5009" v1="5520" v2="6191" v3="6585" />
+      <tetrahedron index="27277" v0="5511" v1="6174" v2="6175" v3="6756" />
+      <tetrahedron index="27278" v0="3989" v1="4255" v2="4310" v3="5699" />
+      <tetrahedron index="27279" v0="3700" v1="4218" v2="5030" v3="5562" />
+      <tetrahedron index="27280" v0="4041" v1="4835" v2="5831" v3="6238" />
+      <tetrahedron index="27281" v0="5003" v1="5929" v2="6022" v3="6546" />
+      <tetrahedron index="27282" v0="3702" v1="4376" v2="4405" v3="6067" />
+      <tetrahedron index="27283" v0="5698" v1="5737" v2="6401" v3="6402" />
+      <tetrahedron index="27284" v0="3666" v1="3667" v2="4451" v3="5250" />
+      <tetrahedron index="27285" v0="4979" v1="5773" v2="6334" v3="6399" />
+      <tetrahedron index="27286" v0="3648" v1="3703" v2="4615" v3="5369" />
+      <tetrahedron index="27287" v0="5332" v1="5976" v2="6026" v3="6027" />
+      <tetrahedron index="27288" v0="3863" v1="4500" v2="4513" v3="5372" />
+      <tetrahedron index="27289" v0="4953" v1="5388" v2="6040" v3="6745" />
+      <tetrahedron index="27290" v0="4323" v1="4660" v2="5304" v3="5944" />
+      <tetrahedron index="27291" v0="4695" v1="4841" v2="5090" v3="5099" />
+      <tetrahedron index="27292" v0="4987" v1="6277" v2="6460" v3="6781" />
+      <tetrahedron index="27293" v0="3324" v1="3940" v2="5427" v3="5787" />
+      <tetrahedron index="27294" v0="3671" v1="4360" v2="4483" v3="6372" />
+      <tetrahedron index="27295" v0="4052" v1="5215" v2="6214" v3="6481" />
+      <tetrahedron index="27296" v0="4332" v1="4333" v2="4469" v3="5429" />
+      <tetrahedron index="27297" v0="4986" v1="5756" v2="6140" v3="6421" />
+      <tetrahedron index="27298" v0="3898" v1="4255" v2="4310" v3="5699" />
+      <tetrahedron index="27299" v0="4414" v1="4433" v2="4434" v3="5218" />
+      <tetrahedron index="27300" v0="4879" v1="5179" v2="5792" v3="5793" />
+      <tetrahedron index="27301" v0="3859" v1="4056" v2="5125" v3="5332" />
+      <tetrahedron index="27302" v0="5249" v1="5407" v2="5882" v3="6524" />
+      <tetrahedron index="27303" v0="3761" v1="4233" v2="5103" v3="5803" />
+      <tetrahedron index="27304" v0="4209" v1="4210" v2="4338" v3="5942" />
+      <tetrahedron index="27305" v0="3298" v1="3299" v2="3674" v3="5834" />
+      <tetrahedron index="27306" v0="3724" v1="3837" v2="3838" v3="5710" />
+      <tetrahedron index="27307" v0="5120" v1="5710" v2="6089" v3="6353" />
+      <tetrahedron index="27308" v0="4096" v1="4097" v2="5279" v3="5923" />
+      <tetrahedron index="27309" v0="4254" v1="4367" v2="5039" v3="5577" />
+      <tetrahedron index="27310" v0="3401" v1="3402" v2="3615" v3="5208" />
+      <tetrahedron index="27311" v0="3371" v1="3736" v2="5678" v3="6297" />
+      <tetrahedron index="27312" v0="4910" v1="5033" v2="5260" v3="6615" />
+      <tetrahedron index="27313" v0="3263" v1="3892" v2="5015" v3="6158" />
+      <tetrahedron index="27314" v0="3541" v1="4029" v2="5247" v3="6691" />
+      <tetrahedron index="27315" v0="3424" v1="3691" v2="4050" v3="5801" />
+      <tetrahedron index="27316" v0="5158" v1="5471" v2="5765" v3="6137" />
+      <tetrahedron index="27317" v0="3254" v1="3814" v2="3870" v3="5129" />
+      <tetrahedron index="27318" v0="4086" v1="4294" v2="5925" v3="6457" />
+      <tetrahedron index="27319" v0="3251" v1="3252" v2="4502" v3="5156" />
+      <tetrahedron index="27320" v0="4009" v1="4131" v2="5501" v3="5799" />
+      <tetrahedron index="27321" v0="3434" v1="3746" v2="5040" v3="5581" />
+      <tetrahedron index="27322" v0="4206" v1="4680" v2="5032" v3="5567" />
+      <tetrahedron index="27323" v0="3668" v1="3670" v2="3671" v3="5124" />
+      <tetrahedron index="27324" v0="3451" v1="3454" v2="5210" v3="5871" />
+      <tetrahedron index="27325" v0="5101" v1="5686" v2="5687" v3="6359" />
+      <tetrahedron index="27326" v0="4934" v1="5596" v2="5676" v3="6743" />
+      <tetrahedron index="27327" v0="5520" v1="6192" v2="6737" v3="6738" />
+      <tetrahedron index="27328" v0="4783" v1="5360" v2="5362" v3="6012" />
+      <tetrahedron index="27329" v0="3263" v1="5001" v2="5455" v3="6168" />
+      <tetrahedron index="27330" v0="5879" v1="5881" v2="6521" v3="6522" />
+      <tetrahedron index="27331" v0="3666" v1="6328" v2="6329" v3="6816" />
+      <tetrahedron index="27332" v0="4165" v1="4166" v2="5917" v3="5918" />
+      <tetrahedron index="27333" v0="4924" v1="6034" v2="6558" v3="6896" />
+      <tetrahedron index="27334" v0="4999" v1="5497" v2="5669" v3="5798" />
+      <tetrahedron index="27335" v0="5925" v1="5960" v2="6570" v3="6910" />
+      <tetrahedron index="27336" v0="4020" v1="5438" v2="6096" v3="6218" />
+      <tetrahedron index="27337" v0="5165" v1="5467" v2="5780" v3="6394" />
+      <tetrahedron index="27338" v0="3658" v1="4109" v2="4269" v3="5798" />
+      <tetrahedron index="27339" v0="3387" v1="5041" v2="5116" v3="5901" />
+      <tetrahedron index="27340" v0="4889" v1="5821" v2="5824" v3="6829" />
+      <tetrahedron index="27341" v0="3347" v1="3536" v2="5113" v3="5890" />
+      <tetrahedron index="27342" v0="3432" v1="4511" v2="5370" v3="6019" />
+      <tetrahedron index="27343" v0="4024" v1="4133" v2="4322" v3="4469" />
+      <tetrahedron index="27344" v0="4985" v1="5473" v2="5702" v3="6436" />
+      <tetrahedron index="27345" v0="5713" v1="5791" v2="6387" v3="6449" />
+      <tetrahedron index="27346" v0="3550" v1="3968" v2="4214" v3="5385" />
+      <tetrahedron index="27347" v0="4789" v1="5573" v2="5574" v3="6250" />
+      <tetrahedron index="27348" v0="5165" v1="5730" v2="5779" v3="6006" />
+      <tetrahedron index="27349" v0="5285" v1="5990" v2="6181" v3="6413" />
+      <tetrahedron index="27350" v0="4036" v1="4038" v2="4626" v3="5718" />
+      <tetrahedron index="27351" v0="4109" v1="4264" v2="5183" v3="6146" />
+      <tetrahedron index="27352" v0="3364" v1="3365" v2="3696" v3="6178" />
+      <tetrahedron index="27353" v0="4974" v1="5404" v2="6061" v3="6445" />
+      <tetrahedron index="27354" v0="4070" v1="4071" v2="4315" v3="6163" />
+      <tetrahedron index="27355" v0="6176" v1="6301" v2="6966" v3="7028" />
+      <tetrahedron index="27356" v0="4889" v1="5203" v2="5206" v3="5821" />
+      <tetrahedron index="27357" v0="4089" v1="4322" v2="5426" v3="5430" />
+      <tetrahedron index="27358" v0="4971" v1="5438" v2="6218" v3="6956" />
+      <tetrahedron index="27359" v0="3411" v1="3522" v2="3523" v3="5866" />
+      <tetrahedron index="27360" v0="3246" v1="5062" v2="5622" v3="5832" />
+      <tetrahedron index="27361" v0="5902" v1="6297" v2="6795" v3="6941" />
+      <tetrahedron index="27362" v0="3791" v1="4620" v2="4888" v3="6405" />
+      <tetrahedron index="27363" v0="3420" v1="4654" v2="4764" v3="5204" />
+      <tetrahedron index="27364" v0="4742" v1="5225" v2="5417" v3="5849" />
+      <tetrahedron index="27365" v0="3292" v1="3893" v2="4571" v3="5079" />
+      <tetrahedron index="27366" v0="5225" v1="5695" v2="5790" v3="6365" />
+      <tetrahedron index="27367" v0="5005" v1="5510" v2="6172" v3="6185" />
+      <tetrahedron index="27368" v0="3234" v1="3235" v2="5452" v3="6438" />
+      <tetrahedron index="27369" v0="4064" v1="4183" v2="5097" v3="6827" />
+      <tetrahedron index="27370" v0="6299" v1="6519" v2="6520" v3="6699" />
+      <tetrahedron index="27371" v0="3278" v1="3281" v2="3379" v3="3382" />
+      <tetrahedron index="27372" v0="4878" v1="5176" v2="6446" v3="6662" />
+      <tetrahedron index="27373" v0="4486" v1="5350" v2="5998" v3="6702" />
+      <tetrahedron index="27374" v0="3319" v1="4234" v2="4719" v3="5633" />
+      <tetrahedron index="27375" v0="4997" v1="5614" v2="5876" v3="5877" />
+      <tetrahedron index="27376" v0="4887" v1="5198" v2="5719" v3="5818" />
+      <tetrahedron index="27377" v0="4206" v1="5032" v2="5567" v3="5688" />
+      <tetrahedron index="27378" v0="4144" v1="4157" v2="4759" v3="5082" />
+      <tetrahedron index="27379" v0="3552" v1="4030" v2="5098" v3="5302" />
+      <tetrahedron index="27380" v0="3639" v1="3640" v2="4828" v3="5665" />
+      <tetrahedron index="27381" v0="4851" v1="5094" v2="5833" v3="5939" />
+      <tetrahedron index="27382" v0="5144" v1="5656" v2="6331" v3="6819" />
+      <tetrahedron index="27383" v0="4050" v1="5186" v2="5187" v3="5799" />
+      <tetrahedron index="27384" v0="5025" v1="6139" v2="6595" v3="6702" />
+      <tetrahedron index="27385" v0="3621" v1="3980" v2="3992" v3="5842" />
+      <tetrahedron index="27386" v0="5048" v1="5118" v2="5592" v3="5706" />
+      <tetrahedron index="27387" v0="4884" v1="5192" v2="5509" v3="6230" />
+      <tetrahedron index="27388" v0="3402" v1="3407" v2="3615" v3="5209" />
+      <tetrahedron index="27389" v0="4999" v1="5497" v2="5499" v3="6160" />
+      <tetrahedron index="27390" v0="4976" v1="5450" v2="6111" v3="6682" />
+      <tetrahedron index="27391" v0="3356" v1="5420" v2="5889" v3="6078" />
+      <tetrahedron index="27392" v0="4048" v1="4050" v2="5187" v3="5804" />
+      <tetrahedron index="27393" v0="3590" v1="3989" v2="3990" v3="5100" />
+      <tetrahedron index="27394" v0="4946" v1="5371" v2="6021" v3="6618" />
+      <tetrahedron index="27395" v0="3829" v1="4103" v2="5450" v3="5451" />
+      <tetrahedron index="27396" v0="3712" v1="5533" v2="5735" v3="6835" />
+      <tetrahedron index="27397" v0="4577" v1="5452" v2="5453" v3="5645" />
+      <tetrahedron index="27398" v0="5439" v1="6099" v2="6675" v3="6847" />
+      <tetrahedron index="27399" v0="3395" v1="3396" v2="5479" v3="6143" />
+      <tetrahedron index="27400" v0="4886" v1="5029" v2="5656" v3="6331" />
+      <tetrahedron index="27401" v0="3712" v1="3741" v2="3950" v3="5533" />
+      <tetrahedron index="27402" v0="4954" v1="5392" v2="5393" v3="5394" />
+      <tetrahedron index="27403" v0="4908" v1="5254" v2="5887" v3="6527" />
+      <tetrahedron index="27404" v0="5379" v1="5555" v2="6229" v3="6592" />
+      <tetrahedron index="27405" v0="4215" v1="4344" v2="4391" v3="5178" />
+      <tetrahedron index="27406" v0="3963" v1="4972" v2="5441" v3="5937" />
+      <tetrahedron index="27407" v0="4426" v1="4474" v2="4530" v3="6197" />
+      <tetrahedron index="27408" v0="4348" v1="5132" v2="5241" v3="5870" />
+      <tetrahedron index="27409" v0="4585" v1="5392" v2="5393" v3="6048" />
+      <tetrahedron index="27410" v0="3389" v1="3762" v2="3893" v3="5592" />
+      <tetrahedron index="27411" v0="3448" v1="5017" v2="5502" v3="5800" />
+      <tetrahedron index="27412" v0="4624" v1="5649" v2="6151" v3="6269" />
+      <tetrahedron index="27413" v0="3989" v1="4255" v2="5100" v3="5699" />
+      <tetrahedron index="27414" v0="3604" v1="3605" v2="3606" v3="5738" />
+      <tetrahedron index="27415" v0="3312" v1="3313" v2="5601" v3="5679" />
+      <tetrahedron index="27416" v0="4236" v1="5545" v2="5893" v3="6215" />
+      <tetrahedron index="27417" v0="3554" v1="4076" v2="5534" v3="5535" />
+      <tetrahedron index="27418" v0="4283" v1="5114" v2="5828" v3="5871" />
+      <tetrahedron index="27419" v0="3352" v1="3353" v2="3354" v3="6337" />
+      <tetrahedron index="27420" v0="3959" v1="4512" v2="4632" v3="5164" />
+      <tetrahedron index="27421" v0="3893" v1="4571" v2="5079" v3="5592" />
+      <tetrahedron index="27422" v0="3805" v1="3806" v2="5709" v3="5968" />
+      <tetrahedron index="27423" v0="4999" v1="5498" v2="6323" v3="6815" />
+      <tetrahedron index="27424" v0="4147" v1="4548" v2="5526" v3="6199" />
+      <tetrahedron index="27425" v0="4889" v1="5105" v2="5690" v3="5822" />
+      <tetrahedron index="27426" v0="3523" v1="3542" v2="6009" v3="6605" />
+      <tetrahedron index="27427" v0="4864" v1="6419" v2="6724" v3="6848" />
+      <tetrahedron index="27428" v0="5085" v1="5847" v2="6338" v3="6497" />
+      <tetrahedron index="27429" v0="4914" v1="5655" v2="5705" v3="5711" />
+      <tetrahedron index="27430" v0="5004" v1="6004" v2="6171" v3="6616" />
+      <tetrahedron index="27431" v0="3346" v1="3534" v2="4701" v3="5453" />
+      <tetrahedron index="27432" v0="4924" v1="5305" v2="5942" v3="5943" />
+      <tetrahedron index="27433" v0="4276" v1="4595" v2="4631" v3="5756" />
+      <tetrahedron index="27434" v0="3305" v1="3970" v2="5034" v3="5653" />
+      <tetrahedron index="27435" v0="5112" v1="5703" v2="5736" v3="6399" />
+      <tetrahedron index="27436" v0="5349" v1="6722" v2="6963" v3="7007" />
+      <tetrahedron index="27437" v0="3648" v1="3649" v2="3702" v3="6020" />
+      <tetrahedron index="27438" v0="4667" v1="5077" v2="5654" v3="6206" />
+      <tetrahedron index="27439" v0="4243" v1="4665" v2="4806" v3="5057" />
+      <tetrahedron index="27440" v0="5157" v1="5945" v2="6554" v3="6757" />
+      <tetrahedron index="27441" v0="4210" v1="4622" v2="4660" v3="6556" />
+      <tetrahedron index="27442" v0="5035" v1="5724" v2="6213" v3="6761" />
+      <tetrahedron index="27443" v0="4604" v1="5050" v2="5595" v3="6268" />
+      <tetrahedron index="27444" v0="3755" v1="5135" v2="5685" v3="6356" />
+      <tetrahedron index="27445" v0="3778" v1="6284" v2="6785" v3="6809" />
+      <tetrahedron index="27446" v0="4254" v1="4367" v2="4802" v3="5577" />
+      <tetrahedron index="27447" v0="3959" v1="4632" v2="4812" v3="5468" />
+      <tetrahedron index="27448" v0="4027" v1="4157" v2="4774" v3="5082" />
+      <tetrahedron index="27449" v0="5207" v1="5210" v2="5828" v3="5871" />
+      <tetrahedron index="27450" v0="4491" v1="5285" v2="5990" v3="6181" />
+      <tetrahedron index="27451" v0="4892" v1="5094" v2="6295" v3="6298" />
+      <tetrahedron index="27452" v0="3812" v1="4586" v2="5425" v3="5786" />
+      <tetrahedron index="27453" v0="5150" v1="5750" v2="6179" v3="6186" />
+      <tetrahedron index="27454" v0="4897" v1="5229" v2="5230" v3="6385" />
+      <tetrahedron index="27455" v0="3370" v1="3371" v2="5094" v3="5832" />
+      <tetrahedron index="27456" v0="5036" v1="6224" v2="6632" v3="6751" />
+      <tetrahedron index="27457" v0="4929" v1="5266" v2="5480" v3="6145" />
+      <tetrahedron index="27458" v0="4848" v1="5403" v2="5524" v3="6060" />
+      <tetrahedron index="27459" v0="3254" v1="3813" v2="3814" v3="5129" />
+      <tetrahedron index="27460" v0="3601" v1="4143" v2="4800" v3="5367" />
+      <tetrahedron index="27461" v0="4157" v1="4759" v2="4774" v3="5082" />
+      <tetrahedron index="27462" v0="3940" v1="5176" v2="5427" v3="5787" />
+      <tetrahedron index="27463" v0="4013" v1="5717" v2="5719" v3="6385" />
+      <tetrahedron index="27464" v0="4882" v1="6092" v2="6666" v3="6667" />
+      <tetrahedron index="27465" v0="3407" v1="3931" v2="3988" v3="5927" />
+      <tetrahedron index="27466" v0="5639" v1="6317" v2="6318" v3="6319" />
+      <tetrahedron index="27467" v0="4619" v1="5319" v2="5949" v3="5963" />
+      <tetrahedron index="27468" v0="3546" v1="3547" v2="5419" v3="6077" />
+      <tetrahedron index="27469" v0="3999" v1="4461" v2="5327" v3="5975" />
+      <tetrahedron index="27470" v0="4612" v1="4619" v2="5757" v3="5963" />
+      <tetrahedron index="27471" v0="3798" v1="4411" v2="4678" v3="5267" />
+      <tetrahedron index="27472" v0="4889" v1="5203" v2="5822" v3="6873" />
+      <tetrahedron index="27473" v0="5070" v1="5642" v2="5643" v3="6320" />
+      <tetrahedron index="27474" v0="5316" v1="5959" v2="6764" v3="6894" />
+      <tetrahedron index="27475" v0="3808" v1="4376" v2="5586" v3="6258" />
+      <tetrahedron index="27476" v0="3541" v1="4029" v2="4826" v3="5247" />
+      <tetrahedron index="27477" v0="3562" v1="3875" v2="6010" v3="6607" />
+      <tetrahedron index="27478" v0="3838" v1="4078" v2="5120" v3="5277" />
+      <tetrahedron index="27479" v0="3339" v1="4485" v2="5471" v3="6350" />
+      <tetrahedron index="27480" v0="3340" v1="5158" v2="5471" v3="5765" />
+      <tetrahedron index="27481" v0="4948" v1="5141" v2="5738" v3="6028" />
+      <tetrahedron index="27482" v0="3250" v1="4981" v2="5464" v3="6131" />
+      <tetrahedron index="27483" v0="3726" v1="5126" v2="5723" v3="6200" />
+      <tetrahedron index="27484" v0="4000" v1="4001" v2="4763" v3="5144" />
+      <tetrahedron index="27485" v0="4906" v1="5038" v2="5406" v3="5883" />
+      <tetrahedron index="27486" v0="3800" v1="3872" v2="4073" v3="5295" />
+      <tetrahedron index="27487" v0="3969" v1="4064" v2="5076" v3="5683" />
+      <tetrahedron index="27488" v0="4902" v1="5627" v2="5915" v3="6306" />
+      <tetrahedron index="27489" v0="3777" v1="3778" v2="4776" v3="6284" />
+      <tetrahedron index="27490" v0="4365" v1="5487" v2="5878" v3="6517" />
+      <tetrahedron index="27491" v0="4904" v1="5875" v2="6122" v3="6689" />
+      <tetrahedron index="27492" v0="5416" v1="6124" v2="6173" v3="6725" />
+      <tetrahedron index="27493" v0="4530" v1="4798" v2="5525" v3="6196" />
+      <tetrahedron index="27494" v0="3907" v1="4081" v2="5317" v3="6658" />
+      <tetrahedron index="27495" v0="4267" v1="5342" v2="5474" v3="6928" />
+      <tetrahedron index="27496" v0="3313" v1="3833" v2="5213" v3="5679" />
+      <tetrahedron index="27497" v0="4595" v1="5220" v2="5476" v3="6486" />
+      <tetrahedron index="27498" v0="3397" v1="5064" v2="5628" v3="5629" />
+      <tetrahedron index="27499" v0="3474" v1="5102" v2="5545" v3="5688" />
+      <tetrahedron index="27500" v0="4895" v1="6782" v2="6881" v3="6957" />
+      <tetrahedron index="27501" v0="4823" v1="5082" v2="5090" v3="5657" />
+      <tetrahedron index="27502" v0="4977" v1="6112" v2="6322" v3="6441" />
+      <tetrahedron index="27503" v0="3231" v1="3232" v2="3657" v3="5472" />
+      <tetrahedron index="27504" v0="3975" v1="4302" v2="4508" v3="6262" />
+      <tetrahedron index="27505" v0="4911" v1="5057" v2="5610" v3="5900" />
+      <tetrahedron index="27506" v0="3281" v1="5266" v2="5480" v3="6145" />
+      <tetrahedron index="27507" v0="4391" v1="4586" v2="5178" v3="5425" />
+      <tetrahedron index="27508" v0="4552" v1="5181" v2="5792" v3="6449" />
+      <tetrahedron index="27509" v0="5748" v1="6001" v2="6408" v3="6840" />
+      <tetrahedron index="27510" v0="3812" v1="3842" v2="4586" v3="5425" />
+      <tetrahedron index="27511" v0="4879" v1="5180" v2="5182" v3="6451" />
+      <tetrahedron index="27512" v0="3897" v1="5210" v2="5700" v3="5825" />
+      <tetrahedron index="27513" v0="4972" v1="5740" v2="5741" v3="6404" />
+      <tetrahedron index="27514" v0="4361" v1="4692" v2="4695" v3="4696" />
+      <tetrahedron index="27515" v0="3372" v1="5454" v2="5455" v3="6114" />
+      <tetrahedron index="27516" v0="6102" v1="6103" v2="6676" v3="6892" />
+      <tetrahedron index="27517" v0="3496" v1="5447" v2="5449" v3="5775" />
+      <tetrahedron index="27518" v0="4881" v1="5186" v2="5187" v3="5799" />
+      <tetrahedron index="27519" v0="4881" v1="5000" v2="5799" v3="6455" />
+      <tetrahedron index="27520" v0="4949" v1="5378" v2="6029" v3="6202" />
+      <tetrahedron index="27521" v0="4895" v1="5602" v2="6275" v3="6278" />
+      <tetrahedron index="27522" v0="3876" v1="4152" v2="5099" v3="5611" />
+      <tetrahedron index="27523" v0="5268" v1="5902" v2="6097" v3="6671" />
+      <tetrahedron index="27524" v0="5351" v1="6411" v2="6600" v3="6916" />
+      <tetrahedron index="27525" v0="3294" v1="3295" v2="3917" v3="5542" />
+      <tetrahedron index="27526" v0="4982" v1="5151" v2="6315" v3="6316" />
+      <tetrahedron index="27527" v0="3571" v1="4686" v2="5400" v3="5401" />
+      <tetrahedron index="27528" v0="4349" v1="4389" v2="5634" v3="6008" />
+      <tetrahedron index="27529" v0="4887" v1="5713" v2="5718" v3="6387" />
+      <tetrahedron index="27530" v0="3432" v1="4960" v2="5408" v3="6019" />
+      <tetrahedron index="27531" v0="5039" v1="5707" v2="5967" v3="5968" />
+      <tetrahedron index="27532" v0="4933" v1="5328" v2="5331" v3="5977" />
+      <tetrahedron index="27533" v0="4856" v1="4991" v2="5587" v3="5588" />
+      <tetrahedron index="27534" v0="3263" v1="3700" v2="3891" v3="4218" />
+      <tetrahedron index="27535" v0="3828" v1="5271" v2="5273" v3="5513" />
+      <tetrahedron index="27536" v0="5190" v1="5959" v2="6430" v3="6805" />
+      <tetrahedron index="27537" v0="4878" v1="5040" v2="5175" v3="5581" />
+      <tetrahedron index="27538" v0="4964" v1="6105" v2="6129" v3="6678" />
+      <tetrahedron index="27539" v0="4054" v1="4399" v2="4400" v3="5631" />
+      <tetrahedron index="27540" v0="3302" v1="5219" v2="5834" v3="5838" />
+      <tetrahedron index="27541" v0="4907" v1="5251" v2="5252" v3="5619" />
+      <tetrahedron index="27542" v0="5006" v1="5272" v2="5910" v3="6178" />
+      <tetrahedron index="27543" v0="5047" v1="6261" v2="6264" v3="6637" />
+      <tetrahedron index="27544" v0="4938" v1="5345" v2="6191" v3="6272" />
+      <tetrahedron index="27545" v0="4346" v1="5066" v2="5082" v3="5658" />
+      <tetrahedron index="27546" v0="3983" v1="5124" v2="5721" v3="5827" />
+      <tetrahedron index="27547" v0="4841" v1="5058" v2="5090" v3="5099" />
+      <tetrahedron index="27548" v0="3978" v1="4540" v2="4775" v3="6048" />
+      <tetrahedron index="27549" v0="3978" v1="4585" v2="4775" v3="6048" />
+      <tetrahedron index="27550" v0="5246" v1="5527" v2="5807" v3="5874" />
+      <tetrahedron index="27551" v0="4480" v1="4612" v2="4619" v3="5757" />
+      <tetrahedron index="27552" v0="4049" v1="4667" v2="5077" v3="6206" />
+      <tetrahedron index="27553" v0="4999" v1="5498" v2="6161" v3="6163" />
+      <tetrahedron index="27554" v0="3907" v1="4081" v2="4162" v3="5317" />
+      <tetrahedron index="27555" v0="5143" v1="5187" v2="5801" v3="5803" />
+      <tetrahedron index="27556" v0="3390" v1="3976" v2="3977" v3="6351" />
+      <tetrahedron index="27557" v0="6279" v1="6712" v2="6783" v3="6979" />
+      <tetrahedron index="27558" v0="3259" v1="4479" v2="4865" v3="6423" />
+      <tetrahedron index="27559" v0="4938" v1="5991" v2="6270" v3="6585" />
+      <tetrahedron index="27560" v0="5809" v1="6461" v2="6969" v3="6989" />
+      <tetrahedron index="27561" v0="5557" v1="6193" v2="6231" v3="6232" />
+      <tetrahedron index="27562" v0="3938" v1="5709" v2="5968" v3="6379" />
+      <tetrahedron index="27563" v0="4342" v1="4667" v2="5007" v3="5654" />
+      <tetrahedron index="27564" v0="3318" v1="4389" v2="4503" v3="5658" />
+      <tetrahedron index="27565" v0="4882" v1="6589" v2="6667" v3="6939" />
+      <tetrahedron index="27566" v0="4573" v1="4574" v2="5109" v3="5830" />
+      <tetrahedron index="27567" v0="4953" v1="5389" v2="6207" v3="6463" />
+      <tetrahedron index="27568" v0="5104" v1="5259" v2="5899" v3="6241" />
+      <tetrahedron index="27569" v0="3361" v1="3479" v2="3480" v3="6343" />
+      <tetrahedron index="27570" v0="4877" v1="5040" v2="5171" v3="5578" />
+      <tetrahedron index="27571" v0="3481" v1="3482" v2="4061" v3="5206" />
+      <tetrahedron index="27572" v0="3780" v1="3937" v2="4585" v3="5394" />
+      <tetrahedron index="27573" v0="4580" v1="4581" v2="5150" v3="6179" />
+      <tetrahedron index="27574" v0="3604" v1="4520" v2="5738" v3="6544" />
+      <tetrahedron index="27575" v0="5024" v1="5525" v2="5549" v3="6198" />
+      <tetrahedron index="27576" v0="4920" v1="5292" v2="5293" v3="5930" />
+      <tetrahedron index="27577" v0="4854" v1="5762" v2="6566" v3="6894" />
+      <tetrahedron index="27578" v0="3703" v1="5067" v2="6020" v3="6038" />
+      <tetrahedron index="27579" v0="4352" v1="5368" v2="5728" v3="6614" />
+      <tetrahedron index="27580" v0="5399" v1="5691" v2="6361" v3="6362" />
+      <tetrahedron index="27581" v0="3238" v1="5258" v2="5419" v3="5663" />
+      <tetrahedron index="27582" v0="4596" v1="4718" v2="4779" v3="6187" />
+      <tetrahedron index="27583" v0="5995" v1="6594" v2="6616" v3="6723" />
+      <tetrahedron index="27584" v0="4209" v1="5305" v2="5942" v3="6552" />
+      <tetrahedron index="27585" v0="4921" v1="5089" v2="5295" v3="5670" />
+      <tetrahedron index="27586" v0="4984" v1="5624" v2="5902" v3="6299" />
+      <tetrahedron index="27587" v0="3354" v1="3476" v2="5117" v3="6337" />
+      <tetrahedron index="27588" v0="5403" v1="5445" v2="6061" v3="6445" />
+      <tetrahedron index="27589" v0="4893" v1="5021" v2="5835" v3="6503" />
+      <tetrahedron index="27590" v0="4047" v1="5077" v2="5103" v3="5802" />
+      <tetrahedron index="27591" v0="3495" v1="3498" v2="4151" v3="6109" />
+      <tetrahedron index="27592" v0="3991" v1="4209" v2="4399" v3="6553" />
+      <tetrahedron index="27593" v0="3282" v1="3383" v2="5382" v3="5726" />
+      <tetrahedron index="27594" v0="4516" v1="5208" v2="5694" v3="6400" />
+      <tetrahedron index="27595" v0="5003" v1="5294" v2="5506" v3="5929" />
+      <tetrahedron index="27596" v0="3459" v1="5607" v2="6285" v3="6788" />
+      <tetrahedron index="27597" v0="3516" v1="3556" v2="4550" v3="5017" />
+      <tetrahedron index="27598" v0="3619" v1="5419" v2="5663" v3="6498" />
+      <tetrahedron index="27599" v0="3441" v1="3565" v2="5091" v3="5674" />
+      <tetrahedron index="27600" v0="4850" v1="6654" v2="6934" v3="6935" />
+      <tetrahedron index="27601" v0="4038" v1="4600" v2="4768" v3="5718" />
+      <tetrahedron index="27602" v0="4174" v1="4226" v2="4482" v3="5898" />
+      <tetrahedron index="27603" v0="4027" v1="4031" v2="4104" v3="4801" />
+      <tetrahedron index="27604" v0="5686" v1="5687" v2="5837" v3="6484" />
+      <tetrahedron index="27605" v0="4606" v1="4607" v2="5869" v3="5870" />
+      <tetrahedron index="27606" v0="3253" v1="3765" v2="4016" v3="5937" />
+      <tetrahedron index="27607" v0="3591" v1="3592" v2="4041" v3="5565" />
+      <tetrahedron index="27608" v0="3480" v1="4115" v2="5089" v3="5671" />
+      <tetrahedron index="27609" v0="4035" v1="5822" v2="6476" v3="6823" />
+      <tetrahedron index="27610" v0="3598" v1="3599" v2="3614" v3="5083" />
+      <tetrahedron index="27611" v0="3797" v1="5022" v2="5891" v3="6814" />
+      <tetrahedron index="27612" v0="5313" v1="5314" v2="5956" v3="6477" />
+      <tetrahedron index="27613" v0="4923" v1="5302" v2="5638" v3="5938" />
+      <tetrahedron index="27614" v0="4520" v1="5136" v2="5377" v3="5738" />
+      <tetrahedron index="27615" v0="4949" v1="5554" v2="6029" v3="6202" />
+      <tetrahedron index="27616" v0="4979" v1="5767" v2="6335" v3="6832" />
+      <tetrahedron index="27617" v0="4623" v1="6179" v2="6184" v3="6186" />
+      <tetrahedron index="27618" v0="3441" v1="3565" v2="3824" v3="5091" />
+      <tetrahedron index="27619" v0="4953" v1="5388" v2="6207" v3="6744" />
+      <tetrahedron index="27620" v0="3233" v1="4510" v2="5163" v3="6438" />
+      <tetrahedron index="27621" v0="4478" v1="4479" v2="4480" v3="5154" />
+      <tetrahedron index="27622" v0="5252" v1="5619" v2="5886" v3="6526" />
+      <tetrahedron index="27623" v0="3933" v1="4316" v2="4348" v3="5241" />
+      <tetrahedron index="27624" v0="4895" v1="5363" v2="6155" v3="6492" />
+      <tetrahedron index="27625" v0="4157" v1="4346" v2="4801" v3="5082" />
+      <tetrahedron index="27626" v0="4090" v1="4258" v2="4771" v3="5189" />
+      <tetrahedron index="27627" v0="4886" v1="6731" v2="6817" v3="7003" />
+      <tetrahedron index="27628" v0="4519" v1="4824" v2="4842" v3="5104" />
+      <tetrahedron index="27629" v0="3557" v1="4529" v2="4550" v3="6453" />
+      <tetrahedron index="27630" v0="4987" v1="5477" v2="5846" v3="6141" />
+      <tetrahedron index="27631" v0="3527" v1="4195" v2="5442" v3="5444" />
+      <tetrahedron index="27632" v0="5989" v1="6595" v2="6845" v3="6846" />
+      <tetrahedron index="27633" v0="5764" v1="6727" v2="6765" v3="6806" />
+      <tetrahedron index="27634" v0="6148" v1="6705" v2="6955" v3="7020" />
+      <tetrahedron index="27635" v0="5284" v1="5750" v2="6179" v3="6411" />
+      <tetrahedron index="27636" v0="3373" v1="3381" v2="5492" v3="5845" />
+      <tetrahedron index="27637" v0="4916" v1="5278" v2="5918" v3="5922" />
+      <tetrahedron index="27638" v0="4852" v1="6286" v2="6287" v3="6789" />
+      <tetrahedron index="27639" v0="4969" v1="5502" v2="5591" v3="6376" />
+      <tetrahedron index="27640" v0="4979" v1="5084" v2="5660" v3="5767" />
+      <tetrahedron index="27641" v0="4383" v1="4385" v2="4655" v3="5948" />
+      <tetrahedron index="27642" v0="6429" v1="6851" v2="6853" v3="6854" />
+      <tetrahedron index="27643" v0="5630" v1="6727" v2="6806" v3="6975" />
+      <tetrahedron index="27644" v0="5207" v1="5210" v2="5700" v3="5825" />
+      <tetrahedron index="27645" v0="3651" v1="4522" v2="5499" v3="6164" />
+      <tetrahedron index="27646" v0="3388" v1="4412" v2="5048" v3="5592" />
+      <tetrahedron index="27647" v0="4524" v1="5285" v2="5515" v3="6179" />
+      <tetrahedron index="27648" v0="3297" v1="4476" v2="5836" v3="6483" />
+      <tetrahedron index="27649" v0="4591" v1="4618" v2="5135" v3="5830" />
+      <tetrahedron index="27650" v0="3779" v1="5985" v2="5987" v3="6581" />
+      <tetrahedron index="27651" v0="5076" v1="5653" v2="5912" v3="5914" />
+      <tetrahedron index="27652" v0="4918" v1="6456" v2="6545" v3="6567" />
+      <tetrahedron index="27653" v0="4884" v1="5191" v2="5811" v3="6209" />
+      <tetrahedron index="27654" v0="4470" v1="4817" v2="5489" v3="6468" />
+      <tetrahedron index="27655" v0="3610" v1="3962" v2="5198" v3="5818" />
+      <tetrahedron index="27656" v0="4476" v1="5218" v2="5836" v3="5859" />
+      <tetrahedron index="27657" v0="5150" v1="5752" v2="6179" v3="6186" />
+      <tetrahedron index="27658" v0="4936" v1="5340" v2="6044" v3="6807" />
+      <tetrahedron index="27659" v0="4219" v1="4658" v2="5302" v3="5638" />
+      <tetrahedron index="27660" v0="3297" v1="3607" v2="5217" v3="5836" />
+      <tetrahedron index="27661" v0="3924" v1="4515" v2="5179" v3="5793" />
+      <tetrahedron index="27662" v0="5363" v1="6278" v2="6780" v3="6783" />
+      <tetrahedron index="27663" v0="4909" v1="5085" v2="5117" v3="5664" />
+      <tetrahedron index="27664" v0="5244" v1="5460" v2="6124" v3="6125" />
+      <tetrahedron index="27665" v0="3366" v1="4101" v2="5106" v3="5878" />
+      <tetrahedron index="27666" v0="4152" v1="4691" v2="4692" v3="5099" />
+      <tetrahedron index="27667" v0="4941" v1="5634" v2="6314" v3="6609" />
+      <tetrahedron index="27668" v0="3709" v1="3735" v2="4230" v3="5182" />
+      <tetrahedron index="27669" v0="4526" v1="4692" v2="4695" v3="5090" />
+      <tetrahedron index="27670" v0="4978" v1="5455" v2="5623" v3="6168" />
+      <tetrahedron index="27671" v0="3917" v1="4416" v2="5238" v3="5863" />
+      <tetrahedron index="27672" v0="5021" v1="5542" v2="5859" v3="6504" />
+      <tetrahedron index="27673" v0="4936" v1="5984" v2="6577" v3="6901" />
+      <tetrahedron index="27674" v0="3514" v1="3677" v2="6038" v3="6068" />
+      <tetrahedron index="27675" v0="5029" v1="5560" v2="6331" v3="6424" />
+      <tetrahedron index="27676" v0="4010" v1="4412" v2="4592" v3="5079" />
+      <tetrahedron index="27677" v0="3618" v1="3632" v2="4647" v3="5768" />
+      <tetrahedron index="27678" v0="4871" v1="5049" v2="6112" v3="6438" />
+      <tetrahedron index="27679" v0="3944" v1="4606" v2="4642" v3="5870" />
+      <tetrahedron index="27680" v0="4575" v1="5146" v2="5678" v3="6700" />
+      <tetrahedron index="27681" v0="5190" v1="5556" v2="6461" v3="6895" />
+      <tetrahedron index="27682" v0="3816" v1="4138" v2="4139" v3="6620" />
+      <tetrahedron index="27683" v0="4976" v1="5197" v2="6176" v3="6177" />
+      <tetrahedron index="27684" v0="3250" v1="4981" v2="5299" v3="6131" />
+      <tetrahedron index="27685" v0="4340" v1="4717" v2="4718" v3="5411" />
+      <tetrahedron index="27686" v0="5761" v1="6425" v2="6426" v3="6984" />
+      <tetrahedron index="27687" v0="3274" v1="5201" v2="5320" v3="5965" />
+      <tetrahedron index="27688" v0="5941" v1="6568" v2="6922" v3="7010" />
+      <tetrahedron index="27689" v0="3698" v1="5274" v2="5275" v3="5276" />
+      <tetrahedron index="27690" v0="3437" v1="5328" v2="5331" v3="5977" />
+      <tetrahedron index="27691" v0="5100" v1="5110" v2="5701" v3="6368" />
+      <tetrahedron index="27692" v0="3701" v1="3703" v2="4465" v3="6038" />
+      <tetrahedron index="27693" v0="5221" v1="5997" v2="6488" v3="6596" />
+      <tetrahedron index="27694" v0="4592" v1="5103" v2="5802" v3="5804" />
+      <tetrahedron index="27695" v0="5244" v1="6124" v2="6125" v3="6175" />
+      <tetrahedron index="27696" v0="5241" v1="5609" v2="5867" v3="5868" />
+      <tetrahedron index="27697" v0="4943" v1="5152" v2="5362" v3="6012" />
+      <tetrahedron index="27698" v0="4401" v1="4403" v2="4520" v3="5136" />
+      <tetrahedron index="27699" v0="5330" v1="5375" v2="5976" v3="6026" />
+      <tetrahedron index="27700" v0="4141" v1="4254" v2="4367" v3="5039" />
+      <tetrahedron index="27701" v0="4985" v1="5158" v2="5472" v3="5473" />
+      <tetrahedron index="27702" v0="3518" v1="5752" v2="6414" v3="6468" />
+      <tetrahedron index="27703" v0="4011" v1="4018" v2="4075" v3="6339" />
+      <tetrahedron index="27704" v0="4622" v1="5523" v2="5944" v3="6556" />
+      <tetrahedron index="27705" v0="5714" v1="6382" v2="6384" v3="6833" />
+      <tetrahedron index="27706" v0="4380" v1="5131" v2="5161" v3="5732" />
+      <tetrahedron index="27707" v0="3740" v1="4617" v2="4638" v3="5356" />
+      <tetrahedron index="27708" v0="4554" v1="4824" v2="5104" v3="6347" />
+      <tetrahedron index="27709" v0="4066" v1="4888" v2="6405" v3="6838" />
+      <tetrahedron index="27710" v0="3503" v1="4982" v2="5384" v3="5466" />
+      <tetrahedron index="27711" v0="4861" v1="6585" v2="6622" v3="6624" />
+      <tetrahedron index="27712" v0="4305" v1="4353" v2="4354" v3="5508" />
+      <tetrahedron index="27713" v0="5084" v1="5093" v2="5662" v3="5767" />
+      <tetrahedron index="27714" v0="5666" v1="5690" v2="6339" v3="6823" />
+      <tetrahedron index="27715" v0="4101" v1="4685" v2="5487" v3="5878" />
+      <tetrahedron index="27716" v0="5334" v1="5677" v2="6137" v3="6350" />
+      <tetrahedron index="27717" v0="3671" v1="3860" v2="5124" v3="5694" />
+      <tetrahedron index="27718" v0="5556" v1="6209" v2="6230" v3="6747" />
+      <tetrahedron index="27719" v0="3299" v1="3674" v2="5834" v3="5855" />
+      <tetrahedron index="27720" v0="4594" v1="5078" v2="5231" v3="5717" />
+      <tetrahedron index="27721" v0="3867" v1="3907" v2="5287" v3="6082" />
+      <tetrahedron index="27722" v0="5290" v1="5643" v2="5732" v3="6396" />
+      <tetrahedron index="27723" v0="4277" v1="4305" v2="4541" v3="5754" />
+      <tetrahedron index="27724" v0="3324" v1="4023" v2="4132" v3="5427" />
+      <tetrahedron index="27725" v0="4401" v1="4566" v2="5136" v3="5375" />
+      <tetrahedron index="27726" v0="4518" v1="4952" v2="5369" v3="6039" />
+      <tetrahedron index="27727" v0="4837" v1="5194" v2="5352" v3="6000" />
+      <tetrahedron index="27728" v0="4341" v1="5510" v2="6172" v3="6185" />
+      <tetrahedron index="27729" v0="3399" v1="3401" v2="3403" v3="5827" />
+      <tetrahedron index="27730" v0="4978" v1="5454" v2="5494" v3="6115" />
+      <tetrahedron index="27731" v0="3454" v1="5207" v2="5828" v3="5871" />
+      <tetrahedron index="27732" v0="4308" v1="4815" v2="5583" v3="6579" />
+      <tetrahedron index="27733" v0="3575" v1="3631" v2="5251" v3="5885" />
+      <tetrahedron index="27734" v0="4855" v1="5319" v2="5949" v3="5963" />
+      <tetrahedron index="27735" v0="4039" v1="4040" v2="4776" v3="5606" />
+      <tetrahedron index="27736" v0="3438" v1="5608" v2="5696" v3="5848" />
+      <tetrahedron index="27737" v0="6590" v1="6754" v2="6911" v3="6971" />
+      <tetrahedron index="27738" v0="4218" v1="5001" v2="5030" v3="5562" />
+      <tetrahedron index="27739" v0="3430" v1="6337" v2="6375" v3="6528" />
+      <tetrahedron index="27740" v0="5411" v1="6127" v2="6180" v3="6732" />
+      <tetrahedron index="27741" v0="5051" v1="5815" v2="6271" v3="6473" />
+      <tetrahedron index="27742" v0="3866" v1="5287" v2="6256" v3="6257" />
+      <tetrahedron index="27743" v0="5995" v1="6030" v2="6594" v3="6616" />
+      <tetrahedron index="27744" v0="4123" v1="4380" v2="5131" v3="5161" />
+      <tetrahedron index="27745" v0="4211" v1="4551" v2="4706" v3="6552" />
+      <tetrahedron index="27746" v0="3555" v1="3641" v2="4078" v3="6089" />
+      <tetrahedron index="27747" v0="3438" v1="3439" v2="3440" v3="5608" />
+      <tetrahedron index="27748" v0="4876" v1="4974" v2="5445" v3="5783" />
+      <tetrahedron index="27749" v0="4074" v1="4075" v2="4289" v3="5230" />
+      <tetrahedron index="27750" v0="4923" v1="4982" v2="6037" v3="6315" />
+      <tetrahedron index="27751" v0="4975" v1="5448" v2="5865" v3="5867" />
+      <tetrahedron index="27752" v0="4087" v1="5188" v2="6090" v3="6665" />
+      <tetrahedron index="27753" v0="4892" v1="5214" v2="5563" v3="6480" />
+      <tetrahedron index="27754" v0="3489" v1="3699" v2="3854" v3="5380" />
+      <tetrahedron index="27755" v0="4934" v1="5333" v2="5335" v3="5980" />
+      <tetrahedron index="27756" v0="4913" v1="5063" v2="5270" v3="6534" />
+      <tetrahedron index="27757" v0="3384" v1="3385" v2="6035" v3="6036" />
+      <tetrahedron index="27758" v0="4804" v1="4806" v2="5900" v3="6603" />
+      <tetrahedron index="27759" v0="4924" v1="5305" v2="5763" v3="5943" />
+      <tetrahedron index="27760" v0="3939" v1="4197" v2="4796" v3="5176" />
+      <tetrahedron index="27761" v0="6414" v1="6469" v2="6844" v3="6871" />
+      <tetrahedron index="27762" v0="3729" v1="3979" v2="4207" v3="5771" />
+      <tetrahedron index="27763" v0="5156" v1="5760" v2="6131" v3="6425" />
+      <tetrahedron index="27764" v0="4189" v1="6041" v2="6211" v3="6970" />
+      <tetrahedron index="27765" v0="3382" v1="3387" v2="3798" v3="5041" />
+      <tetrahedron index="27766" v0="4043" v1="5195" v2="6192" v3="6471" />
+      <tetrahedron index="27767" v0="3804" v1="4418" v2="4530" v3="5322" />
+      <tetrahedron index="27768" v0="3965" v1="5144" v2="6403" v3="6404" />
+      <tetrahedron index="27769" v0="3987" v1="4481" v2="4482" v3="5074" />
+      <tetrahedron index="27770" v0="4024" v1="4133" v2="4322" v3="4435" />
+      <tetrahedron index="27771" v0="4877" v1="5496" v2="5619" v3="5885" />
+      <tetrahedron index="27772" v0="4618" v1="5135" v2="5884" v3="6816" />
+      <tetrahedron index="27773" v0="3390" v1="3977" v2="5118" v3="6351" />
+      <tetrahedron index="27774" v0="4893" v1="4988" v2="5216" v3="6503" />
+      <tetrahedron index="27775" v0="3690" v1="4799" v2="5013" v3="6199" />
+      <tetrahedron index="27776" v0="4985" v1="5471" v2="6137" v3="6138" />
+      <tetrahedron index="27777" v0="5200" v1="5852" v2="6388" v3="6500" />
+      <tetrahedron index="27778" v0="3638" v1="3731" v2="4750" v3="5955" />
+      <tetrahedron index="27779" v0="5057" v1="5379" v2="6030" v3="6031" />
+      <tetrahedron index="27780" v0="3301" v1="3966" v2="5055" v3="5854" />
+      <tetrahedron index="27781" v0="4654" v1="5204" v2="5957" v3="6873" />
+      <tetrahedron index="27782" v0="3622" v1="4637" v2="5862" v3="5918" />
+      <tetrahedron index="27783" v0="3807" v1="3859" v2="3932" v3="5332" />
+      <tetrahedron index="27784" v0="5113" v1="5704" v2="5888" v3="5891" />
+      <tetrahedron index="27785" v0="3540" v1="3733" v2="4195" v3="6118" />
+      <tetrahedron index="27786" v0="4044" v1="5362" v2="5555" v3="6229" />
+      <tetrahedron index="27787" v0="5550" v1="6597" v2="6906" v3="6907" />
+      <tetrahedron index="27788" v0="3358" v1="3912" v2="4675" v3="5138" />
+      <tetrahedron index="27789" v0="4089" v1="4469" v2="4505" v3="5429" />
+      <tetrahedron index="27790" v0="3649" v1="3865" v2="4405" v3="6067" />
+      <tetrahedron index="27791" v0="3964" v1="3965" v2="6403" v3="6819" />
+      <tetrahedron index="27792" v0="5454" v1="6115" v2="6493" v3="6884" />
+      <tetrahedron index="27793" v0="3356" v1="3357" v2="3903" v3="5850" />
+      <tetrahedron index="27794" v0="4717" v1="5462" v2="6180" v3="6889" />
+      <tetrahedron index="27795" v0="3589" v1="3845" v2="5232" v3="6502" />
+      <tetrahedron index="27796" v0="3576" v1="3793" v2="3794" v3="5785" />
+      <tetrahedron index="27797" v0="5110" v1="5698" v2="6368" v3="6370" />
+      <tetrahedron index="27798" v0="3645" v1="4645" v2="5252" v3="6526" />
+      <tetrahedron index="27799" v0="4612" v1="4620" v2="4763" v3="5145" />
+      <tetrahedron index="27800" v0="3546" v1="3830" v2="4668" v3="6077" />
+      <tetrahedron index="27801" v0="3606" v1="3673" v2="3953" v3="5141" />
+      <tetrahedron index="27802" v0="4899" v1="5232" v2="5233" v3="5855" />
+      <tetrahedron index="27803" v0="4616" v1="4743" v2="4998" v3="5496" />
+      <tetrahedron index="27804" v0="4415" v1="4416" v2="5863" v3="6505" />
+      <tetrahedron index="27805" v0="3696" v1="3827" v2="3952" v3="5513" />
+      <tetrahedron index="27806" v0="4875" v1="5011" v2="5012" v3="5524" />
+      <tetrahedron index="27807" v0="5206" v1="5312" v2="5821" v3="5824" />
+      <tetrahedron index="27808" v0="4999" v1="5668" v2="5798" v3="6160" />
+      <tetrahedron index="27809" v0="3796" v1="5022" v2="5544" v3="5891" />
+      <tetrahedron index="27810" v0="3478" v1="3635" v2="5181" v3="5791" />
+      <tetrahedron index="27811" v0="3827" v1="3829" v2="4103" v3="5450" />
+      <tetrahedron index="27812" v0="3342" v1="3771" v2="4107" v3="5769" />
+      <tetrahedron index="27813" v0="4932" v1="5121" v2="5325" v3="5327" />
+      <tetrahedron index="27814" v0="5012" v1="5759" v2="6235" v3="6423" />
+      <tetrahedron index="27815" v0="4893" v1="5215" v2="5217" v3="6481" />
+      <tetrahedron index="27816" v0="3671" v1="4002" v2="4360" v3="6372" />
+      <tetrahedron index="27817" v0="4238" v1="4721" v2="4733" v3="6395" />
+      <tetrahedron index="27818" v0="3246" v1="3446" v2="5621" v3="6297" />
+      <tetrahedron index="27819" v0="4866" v1="5625" v2="6072" v3="6652" />
+      <tetrahedron index="27820" v0="4984" v1="6135" v2="6295" v3="6699" />
+      <tetrahedron index="27821" v0="3425" v1="5017" v2="5143" v3="5801" />
+      <tetrahedron index="27822" v0="3422" v1="4589" v2="5298" v3="5314" />
+      <tetrahedron index="27823" v0="5481" v1="5770" v2="6434" v3="6836" />
+      <tetrahedron index="27824" v0="4116" v1="4540" v2="5573" v3="6048" />
+      <tetrahedron index="27825" v0="3439" v1="4019" v2="5054" v3="5851" />
+      <tetrahedron index="27826" v0="4931" v1="5322" v2="5707" v3="6379" />
+      <tetrahedron index="27827" v0="3861" v1="4983" v2="5468" v3="6326" />
+      <tetrahedron index="27828" v0="5104" v1="5689" v2="6531" v3="6828" />
+      <tetrahedron index="27829" v0="3457" v1="3886" v2="5134" v3="6087" />
+      <tetrahedron index="27830" v0="4870" v1="5070" v2="5161" v3="5641" />
+      <tetrahedron index="27831" v0="3263" v1="5455" v2="5504" v3="6158" />
+      <tetrahedron index="27832" v0="3499" v1="4355" v2="4408" v3="5688" />
+      <tetrahedron index="27833" v0="3486" v1="4081" v2="4082" v3="5422" />
+      <tetrahedron index="27834" v0="4849" v1="6170" v2="6784" v3="6948" />
+      <tetrahedron index="27835" v0="3362" v1="3731" v2="5955" v3="6344" />
+      <tetrahedron index="27836" v0="3296" v1="5021" v2="5542" v3="5859" />
+      <tetrahedron index="27837" v0="4985" v1="5158" v2="5471" v3="5472" />
+      <tetrahedron index="27838" v0="3491" v1="4728" v2="4794" v3="5857" />
+      <tetrahedron index="27839" v0="3834" v1="3996" v2="4004" v3="5737" />
+      <tetrahedron index="27840" v0="3752" v1="4156" v2="4578" v3="6274" />
+      <tetrahedron index="27841" v0="3507" v1="5222" v2="6630" v3="6710" />
+      <tetrahedron index="27842" v0="3501" v1="5214" v2="5339" v3="5563" />
+      <tetrahedron index="27843" v0="4627" v1="4632" v2="4633" v3="5597" />
+      <tetrahedron index="27844" v0="3448" v1="3682" v2="3951" v3="5017" />
+      <tetrahedron index="27845" v0="3563" v1="5122" v2="5674" v3="5715" />
+      <tetrahedron index="27846" v0="4988" v1="5235" v2="5237" v3="5479" />
+      <tetrahedron index="27847" v0="5031" v1="5212" v2="5831" v3="6760" />
+      <tetrahedron index="27848" v0="3304" v1="3669" v2="3670" v3="5720" />
+      <tetrahedron index="27849" v0="3791" v1="4785" v2="5319" v3="5962" />
+      <tetrahedron index="27850" v0="5013" v1="5111" v2="6197" v3="6739" />
+      <tetrahedron index="27851" v0="5829" v1="6364" v2="6478" v3="6887" />
+      <tetrahedron index="27852" v0="6117" v1="6121" v2="6123" v3="6201" />
+      <tetrahedron index="27853" v0="3278" v1="3281" v2="3282" v3="3284" />
+      <tetrahedron index="27854" v0="5713" v1="5718" v2="6387" v3="6449" />
+      <tetrahedron index="27855" v0="5255" v1="5567" v2="6360" v3="6813" />
+      <tetrahedron index="27856" v0="4853" v1="4906" v2="5011" v3="5882" />
+      <tetrahedron index="27857" v0="3578" v1="3580" v2="3609" v3="5571" />
+      <tetrahedron index="27858" v0="3580" v1="5035" v2="5571" v3="6390" />
+      <tetrahedron index="27859" v0="5284" v1="5750" v2="6411" v3="6845" />
+      <tetrahedron index="27860" v0="4888" v1="5319" v2="5483" v3="5963" />
+      <tetrahedron index="27861" v0="4902" v1="5124" v2="5720" v3="6306" />
+      <tetrahedron index="27862" v0="4867" v1="6213" v2="6466" v3="6467" />
+      <tetrahedron index="27863" v0="3470" v1="3618" v2="4262" v3="5662" />
+      <tetrahedron index="27864" v0="3990" v1="4255" v2="5110" v3="5699" />
+      <tetrahedron index="27865" v0="3365" v1="5106" v2="5692" v3="6681" />
+      <tetrahedron index="27866" v0="3933" v1="3934" v2="4167" v3="5868" />
+      <tetrahedron index="27867" v0="4234" v1="4460" v2="4898" v3="5612" />
+      <tetrahedron index="27868" v0="3312" v1="3402" v2="5288" v3="6401" />
+      <tetrahedron index="27869" v0="3350" v1="3584" v2="3650" v3="5418" />
+      <tetrahedron index="27870" v0="4958" v1="5086" v2="5666" v3="5690" />
+      <tetrahedron index="27871" v0="3471" v1="3618" v2="5662" v3="5768" />
+      <tetrahedron index="27872" v0="4525" v1="4604" v2="5050" v3="5595" />
+      <tetrahedron index="27873" v0="4538" v1="4709" v2="5337" v3="5765" />
+      <tetrahedron index="27874" v0="4088" v1="4725" v2="4747" v3="5806" />
+      <tetrahedron index="27875" v0="5100" v1="5109" v2="5697" v3="6357" />
+      <tetrahedron index="27876" v0="3789" v1="3961" v2="4102" v3="5714" />
+      <tetrahedron index="27877" v0="3844" v1="4281" v2="5139" v3="6859" />
+      <tetrahedron index="27878" v0="3600" v1="5225" v2="5226" v3="5790" />
+      <tetrahedron index="27879" v0="4438" v1="6386" v2="6387" v3="6449" />
+      <tetrahedron index="27880" v0="4472" v1="4596" v2="4779" v3="5517" />
+      <tetrahedron index="27881" v0="5092" v1="5675" v2="5686" v3="6359" />
+      <tetrahedron index="27882" v0="5190" v1="6430" v2="7023" v3="7030" />
+      <tetrahedron index="27883" v0="5053" v1="5604" v2="5607" v3="6142" />
+      <tetrahedron index="27884" v0="4930" v1="5504" v2="6167" v3="6417" />
+      <tetrahedron index="27885" v0="3940" v1="4796" v2="5176" v3="5427" />
+      <tetrahedron index="27886" v0="4889" v1="5206" v2="5824" v3="6829" />
+      <tetrahedron index="27887" v0="6260" v1="6262" v2="6638" v3="6773" />
+      <tetrahedron index="27888" v0="4364" v1="4402" v2="5585" v3="5734" />
+      <tetrahedron index="27889" v0="5164" v1="5333" v2="5978" v3="6776" />
+      <tetrahedron index="27890" v0="5278" v1="5280" v2="5917" v3="5918" />
+      <tetrahedron index="27891" v0="3447" v1="3448" v2="3449" v3="5502" />
+      <tetrahedron index="27892" v0="4274" v1="5200" v2="5228" v3="6500" />
+      <tetrahedron index="27893" v0="4245" v1="4969" v2="5680" v3="6376" />
+      <tetrahedron index="27894" v0="3396" v1="4988" v2="5479" v3="6143" />
+      <tetrahedron index="27895" v0="4243" v1="5057" v2="5610" v3="6031" />
+      <tetrahedron index="27896" v0="4105" v1="4573" v2="4618" v3="5830" />
+      <tetrahedron index="27897" v0="3309" v1="5291" v2="5294" v3="5506" />
+      <tetrahedron index="27898" v0="3406" v1="3679" v2="4797" v3="5033" />
+      <tetrahedron index="27899" v0="4406" v1="4425" v2="4689" v3="6207" />
+      <tetrahedron index="27900" v0="4946" v1="5370" v2="5371" v3="6019" />
+      <tetrahedron index="27901" v0="3421" v1="4653" v2="5957" v3="6346" />
+      <tetrahedron index="27902" v0="3417" v1="5401" v2="5666" v3="6647" />
+      <tetrahedron index="27903" v0="4174" v1="4482" v2="4769" v3="5898" />
+      <tetrahedron index="27904" v0="3368" v1="4365" v2="5248" v3="6096" />
+      <tetrahedron index="27905" v0="3331" v1="3336" v2="3469" v3="5779" />
+      <tetrahedron index="27906" v0="3667" v1="5061" v2="5171" v3="5250" />
+      <tetrahedron index="27907" v0="3941" v1="3943" v2="4754" v3="5655" />
+      <tetrahedron index="27908" v0="3262" v1="3263" v2="3372" v3="5455" />
+      <tetrahedron index="27909" v0="3789" v1="4102" v2="4601" v3="5182" />
+      <tetrahedron index="27910" v0="4280" v1="4287" v2="4288" v3="5703" />
+      <tetrahedron index="27911" v0="4433" v1="4661" v2="5235" v3="5858" />
+      <tetrahedron index="27912" v0="5481" v1="5770" v2="6147" v3="6859" />
+      <tetrahedron index="27913" v0="3482" v1="5206" v2="5399" v3="6362" />
+      <tetrahedron index="27914" v0="5061" v1="5250" v2="5619" v3="5652" />
+      <tetrahedron index="27915" v0="4628" v1="5049" v2="6112" v3="6683" />
+      <tetrahedron index="27916" v0="4891" v1="5052" v2="6239" v3="6760" />
+      <tetrahedron index="27917" v0="5075" v1="5651" v2="6239" v3="6328" />
+      <tetrahedron index="27918" v0="5008" v1="5515" v2="5516" v3="6413" />
+      <tetrahedron index="27919" v0="3553" v1="4681" v2="4935" v3="5339" />
+      <tetrahedron index="27920" v0="4264" v1="5481" v2="6146" v3="6219" />
+      <tetrahedron index="27921" v0="5096" v1="5140" v2="5698" v3="5737" />
+      <tetrahedron index="27922" v0="3502" v1="3503" v2="4982" v3="5982" />
+      <tetrahedron index="27923" v0="3282" v1="3284" v2="3384" v3="3734" />
+      <tetrahedron index="27924" v0="4074" v1="5230" v2="5231" v3="6363" />
+      <tetrahedron index="27925" v0="4856" v1="5396" v2="5783" v3="6865" />
+      <tetrahedron index="27926" v0="4907" v1="4998" v2="5251" v3="5253" />
+      <tetrahedron index="27927" v0="4920" v1="5292" v2="5293" v3="5929" />
+      <tetrahedron index="27928" v0="5346" v1="6589" v2="6667" v3="6939" />
+      <tetrahedron index="27929" v0="5334" v1="5471" v2="6137" v3="6350" />
+      <tetrahedron index="27930" v0="4893" v1="5215" v2="5219" v3="5834" />
+      <tetrahedron index="27931" v0="5141" v1="5328" v2="5976" v3="5977" />
+      <tetrahedron index="27932" v0="6301" v1="6673" v2="6797" v3="6798" />
+      <tetrahedron index="27933" v0="4878" v1="5175" v2="5786" v3="5788" />
+      <tetrahedron index="27934" v0="3475" v1="5117" v2="5258" v3="5892" />
+      <tetrahedron index="27935" v0="4023" v1="4132" v2="4133" v3="5426" />
+      <tetrahedron index="27936" v0="4612" v1="5145" v2="5963" v3="6422" />
+      <tetrahedron index="27937" v0="3879" v1="4645" v2="4734" v3="5173" />
+      <tetrahedron index="27938" v0="5704" v1="5890" v2="6528" v3="6684" />
+      <tetrahedron index="27939" v0="5134" v1="5178" v2="5786" v3="5788" />
+      <tetrahedron index="27940" v0="4878" v1="5175" v2="5425" v3="5786" />
+      <tetrahedron index="27941" v0="3419" v1="3960" v2="5666" v3="6823" />
+      <tetrahedron index="27942" v0="4572" v1="5130" v2="5730" v3="6152" />
+      <tetrahedron index="27943" v0="4968" v1="5426" v2="5427" v3="5428" />
+      <tetrahedron index="27944" v0="3357" v1="5226" v2="5850" v3="6499" />
+      <tetrahedron index="27945" v0="3270" v1="3277" v2="3284" v3="6064" />
+      <tetrahedron index="27946" v0="4484" v1="4521" v2="5255" v3="6215" />
+      <tetrahedron index="27947" v0="4928" v1="5315" v2="5317" v3="6428" />
+      <tetrahedron index="27948" v0="4984" v1="5902" v2="6534" v3="6982" />
+      <tetrahedron index="27949" v0="4935" v1="5636" v2="5639" v3="6316" />
+      <tetrahedron index="27950" v0="4926" v1="5547" v2="5880" v3="6561" />
+      <tetrahedron index="27951" v0="3965" v1="5144" v2="6403" v3="6819" />
+      <tetrahedron index="27952" v0="5169" v1="5247" v2="5875" v3="5876" />
+      <tetrahedron index="27953" v0="4233" v1="5103" v2="5802" v3="5803" />
+      <tetrahedron index="27954" v0="3436" v1="3437" v2="5331" v3="5977" />
+      <tetrahedron index="27955" v0="4946" v1="4952" v2="5129" v3="6618" />
+      <tetrahedron index="27956" v0="4452" v1="4453" v2="4807" v3="5280" />
+      <tetrahedron index="27957" v0="3796" v1="3797" v2="4484" v3="6215" />
+      <tetrahedron index="27958" v0="4238" v1="5491" v2="6324" v3="6709" />
+      <tetrahedron index="27959" v0="5318" v1="6243" v2="6937" v3="6973" />
+      <tetrahedron index="27960" v0="4990" v1="5481" v2="5548" v3="6573" />
+      <tetrahedron index="27961" v0="4543" v1="4590" v2="4616" v3="5884" />
+      <tetrahedron index="27962" v0="4714" v1="4837" v2="4838" v3="5814" />
+      <tetrahedron index="27963" v0="4297" v1="4359" v2="5684" v3="5701" />
+      <tetrahedron index="27964" v0="3858" v1="3859" v2="3997" v3="5125" />
+      <tetrahedron index="27965" v0="3374" v1="3688" v2="6114" v3="6154" />
+      <tetrahedron index="27966" v0="5311" v1="5547" v2="5952" v3="6561" />
+      <tetrahedron index="27967" v0="4418" v1="4427" v2="4723" v3="5321" />
+      <tetrahedron index="27968" v0="3259" v1="3260" v2="4479" v3="5640" />
+      <tetrahedron index="27969" v0="3278" v1="3281" v2="3282" v3="5128" />
+      <tetrahedron index="27970" v0="5315" v1="5435" v2="5538" v3="6854" />
+      <tetrahedron index="27971" v0="4706" v1="5303" v2="5381" v3="6763" />
+      <tetrahedron index="27972" v0="5083" v1="5659" v2="6204" v3="6742" />
+      <tetrahedron index="27973" v0="5098" v1="5302" v2="5466" v3="6037" />
+      <tetrahedron index="27974" v0="5135" v1="5884" v2="6759" v3="6816" />
+      <tetrahedron index="27975" v0="3668" v1="3669" v2="3670" v3="5720" />
+      <tetrahedron index="27976" v0="3857" v1="4398" v2="5078" v3="5853" />
+      <tetrahedron index="27977" v0="5141" v1="5332" v2="5976" v3="5977" />
+      <tetrahedron index="27978" v0="4251" v1="4280" v2="4281" v3="6398" />
+      <tetrahedron index="27979" v0="5188" v1="5806" v2="6457" v3="6458" />
+      <tetrahedron index="27980" v0="3943" v1="4754" v2="5115" v3="5655" />
+      <tetrahedron index="27981" v0="4938" v1="5993" v2="6590" v3="6668" />
+      <tetrahedron index="27982" v0="5194" v1="5352" v2="6000" v3="6001" />
+      <tetrahedron index="27983" v0="3825" v1="3826" v2="4198" v3="5056" />
+      <tetrahedron index="27984" v0="3527" v1="4973" v2="5383" v3="5444" />
+      <tetrahedron index="27985" v0="3882" v1="3883" v2="3984" v3="6338" />
+      <tetrahedron index="27986" v0="5649" v1="6151" v2="6327" v3="6777" />
+      <tetrahedron index="27987" v0="5330" v1="5332" v2="5976" v3="6026" />
+      <tetrahedron index="27988" v0="4984" v1="5470" v2="6540" v3="6700" />
+      <tetrahedron index="27989" v0="4893" v1="5217" v2="5686" v3="6483" />
+      <tetrahedron index="27990" v0="3491" v1="5260" v2="5261" v3="5857" />
+      <tetrahedron index="27991" v0="5081" v1="6333" v2="6817" v3="6821" />
+      <tetrahedron index="27992" v0="5114" v1="5208" v2="5209" v3="5828" />
+      <tetrahedron index="27993" v0="3518" v1="3520" v2="4106" v3="6870" />
+      <tetrahedron index="27994" v0="4391" v1="5177" v2="5425" v3="6084" />
+      <tetrahedron index="27995" v0="3655" v1="4647" v2="5159" v3="6433" />
+      <tetrahedron index="27996" v0="4893" v1="5092" v2="5686" v3="6483" />
+      <tetrahedron index="27997" v0="4408" v1="5647" v2="5688" v3="5887" />
+      <tetrahedron index="27998" v0="3554" v1="4076" v2="5535" v3="6397" />
+      <tetrahedron index="27999" v0="3335" v1="3599" v2="3614" v3="5532" />
+      <tetrahedron index="28000" v0="4574" v1="5109" v2="5211" v3="5289" />
+      <tetrahedron index="28001" v0="4744" v1="4745" v2="5350" v3="6003" />
+      <tetrahedron index="28002" v0="4125" v1="4228" v2="6090" v3="6094" />
+      <tetrahedron index="28003" v0="4612" v1="4619" v2="4620" v3="5963" />
+      <tetrahedron index="28004" v0="3373" v1="3374" v2="3381" v3="5492" />
+      <tetrahedron index="28005" v0="4027" v1="4774" v2="4823" v3="5082" />
+      <tetrahedron index="28006" v0="4519" v1="4554" v2="4824" v3="5104" />
+      <tetrahedron index="28007" v0="4252" v1="4254" v2="5577" v3="6253" />
+      <tetrahedron index="28008" v0="3695" v1="5095" v2="5271" v3="5273" />
+      <tetrahedron index="28009" v0="4896" v1="5224" v2="5847" v3="6497" />
+      <tetrahedron index="28010" v0="3782" v1="3784" v2="4083" v3="5341" />
+      <tetrahedron index="28011" v0="4887" v1="5716" v2="5718" v3="6387" />
+      <tetrahedron index="28012" v0="3258" v1="3259" v2="3260" v3="5069" />
+      <tetrahedron index="28013" v0="3595" v1="4638" v2="5336" v3="5356" />
+      <tetrahedron index="28014" v0="4300" v1="5212" v2="5213" v3="5831" />
+      <tetrahedron index="28015" v0="3946" v1="4611" v2="4836" v3="5244" />
+      <tetrahedron index="28016" v0="3990" v1="4297" v2="4351" v3="5701" />
+      <tetrahedron index="28017" v0="4258" v1="4614" v2="4771" v3="6867" />
+      <tetrahedron index="28018" v0="5523" v1="5942" v2="5943" v3="6555" />
+      <tetrahedron index="28019" v0="4912" v1="5266" v2="5267" v3="6145" />
+      <tetrahedron index="28020" v0="4876" v1="5445" v2="5446" v3="6444" />
+      <tetrahedron index="28021" v0="6224" v1="6250" v2="6770" v3="6972" />
+      <tetrahedron index="28022" v0="3638" v1="3639" v2="3730" v3="5205" />
+      <tetrahedron index="28023" v0="3637" v1="3960" v2="4782" v3="5205" />
+      <tetrahedron index="28024" v0="4891" v1="5100" v2="5212" v3="5685" />
+      <tetrahedron index="28025" v0="3330" v1="3336" v2="4572" v3="5730" />
+      <tetrahedron index="28026" v0="5488" v1="5562" v2="5620" v3="6295" />
+      <tetrahedron index="28027" v0="5516" v1="6181" v2="6413" v3="6733" />
+      <tetrahedron index="28028" v0="4357" v1="4482" v2="5074" v3="5898" />
+      <tetrahedron index="28029" v0="5172" v1="5176" v2="5787" v3="6446" />
+      <tetrahedron index="28030" v0="3308" v1="3698" v2="5275" v3="5872" />
+      <tetrahedron index="28031" v0="4910" v1="5033" v2="5568" v3="6533" />
+      <tetrahedron index="28032" v0="4306" v1="5290" v2="5732" v3="6396" />
+      <tetrahedron index="28033" v0="5810" v1="6463" v2="6464" v3="6852" />
+      <tetrahedron index="28034" v0="5239" v1="6010" v2="6508" v3="6608" />
+      <tetrahedron index="28035" v0="5782" v1="6842" v2="6963" v3="6964" />
+      <tetrahedron index="28036" v0="4430" v1="5433" v2="5434" v3="5435" />
+      <tetrahedron index="28037" v0="3394" v1="3396" v2="5838" v3="6143" />
+      <tetrahedron index="28038" v0="3782" v1="5341" v2="5747" v3="5986" />
+      <tetrahedron index="28039" v0="3835" v1="4551" v2="4706" v3="5381" />
+      <tetrahedron index="28040" v0="4307" v1="5434" v2="6090" v3="6665" />
+      <tetrahedron index="28041" v0="3610" v1="3962" v2="4676" v3="5818" />
+      <tetrahedron index="28042" v0="3245" v1="3372" v2="3375" v3="5454" />
+      <tetrahedron index="28043" v0="3333" v1="4265" v2="4709" v3="5337" />
+      <tetrahedron index="28044" v0="5552" v1="6222" v2="6229" v3="6592" />
+      <tetrahedron index="28045" v0="5065" v1="6194" v2="6310" v3="6555" />
+      <tetrahedron index="28046" v0="4180" v1="4506" v2="4726" v3="5598" />
+      <tetrahedron index="28047" v0="4945" v1="5366" v2="6017" v3="6386" />
+      <tetrahedron index="28048" v0="3505" v1="3807" v2="5125" v3="6070" />
+      <tetrahedron index="28049" v0="3941" v1="4803" v2="5081" v3="6821" />
+      <tetrahedron index="28050" v0="5065" v1="6309" v2="6807" v3="6808" />
+      <tetrahedron index="28051" v0="4678" v1="4679" v2="5267" v3="5308" />
+      <tetrahedron index="28052" v0="3244" v1="3483" v2="3484" v3="5952" />
+      <tetrahedron index="28053" v0="5603" v1="5605" v2="6283" v3="6786" />
+      <tetrahedron index="28054" v0="5226" v1="5417" v2="5420" v3="6496" />
+      <tetrahedron index="28055" v0="3659" v1="3936" v2="4537" v3="5594" />
+      <tetrahedron index="28056" v0="5072" v1="5695" v2="5790" v3="5793" />
+      <tetrahedron index="28057" v0="5052" v1="5211" v2="6274" v3="6369" />
+      <tetrahedron index="28058" v0="4897" v1="5717" v2="5852" v3="6385" />
+      <tetrahedron index="28059" v0="4420" v1="4622" v2="5010" v3="6195" />
+      <tetrahedron index="28060" v0="3769" v1="4378" v2="4497" v3="5101" />
+      <tetrahedron index="28061" v0="3707" v1="4454" v2="5753" v3="6415" />
+      <tetrahedron index="28062" v0="5903" v1="6671" v2="6672" v3="6942" />
+      <tetrahedron index="28063" v0="3242" v1="3243" v2="4595" v3="5839" />
+      <tetrahedron index="28064" v0="3902" v1="4859" v2="5638" v3="6315" />
+      <tetrahedron index="28065" v0="3462" v1="3617" v2="4983" v3="5469" />
+      <tetrahedron index="28066" v0="4334" v1="5290" v2="5292" v3="5930" />
+      <tetrahedron index="28067" v0="4383" v1="4384" v2="4385" v3="5558" />
+      <tetrahedron index="28068" v0="4680" v1="5032" v2="5567" v3="6162" />
+      <tetrahedron index="28069" v0="4563" v1="4689" v2="4700" v3="5536" />
+      <tetrahedron index="28070" v0="3522" v1="3825" v2="3826" v3="6108" />
+      <tetrahedron index="28071" v0="4425" v1="4689" v2="4700" v3="5536" />
+      <tetrahedron index="28072" v0="4589" v1="4756" v2="4834" v3="6477" />
+      <tetrahedron index="28073" v0="4124" v1="4126" v2="5433" v3="6094" />
+      <tetrahedron index="28074" v0="4234" v1="4898" v2="5612" v3="5633" />
+      <tetrahedron index="28075" v0="4910" v1="5568" v2="5894" v3="6533" />
+      <tetrahedron index="28076" v0="4922" v1="5760" v2="6425" v3="6426" />
+      <tetrahedron index="28077" v0="5004" v1="6030" v2="6602" v3="6616" />
+      <tetrahedron index="28078" v0="5589" v1="6637" v2="6642" v3="6703" />
+      <tetrahedron index="28079" v0="3664" v1="3665" v2="3666" v3="6328" />
+      <tetrahedron index="28080" v0="4813" v1="5121" v2="5325" v3="5712" />
+      <tetrahedron index="28081" v0="4999" v1="5499" v2="6163" v3="6815" />
+      <tetrahedron index="28082" v0="5525" v1="5796" v2="6452" v3="6739" />
+      <tetrahedron index="28083" v0="6563" v1="6891" v2="7004" v3="7028" />
+      <tetrahedron index="28084" v0="3594" v1="3617" v2="3861" v3="5467" />
+      <tetrahedron index="28085" v0="4175" v1="4478" v2="4480" v3="5154" />
+      <tetrahedron index="28086" v0="3630" v1="3631" v2="3879" v3="5251" />
+      <tetrahedron index="28087" v0="3767" v1="3897" v2="4602" v3="5210" />
+      <tetrahedron index="28088" v0="4956" v1="5396" v2="5402" v3="6060" />
+      <tetrahedron index="28089" v0="3757" v1="3758" v2="4069" v3="5116" />
+      <tetrahedron index="28090" v0="4863" v1="5439" v2="6150" v3="6708" />
+      <tetrahedron index="28091" v0="3724" v1="3838" v2="4410" v3="5916" />
+      <tetrahedron index="28092" v0="5186" v1="5187" v2="5801" v3="5803" />
+      <tetrahedron index="28093" v0="5222" v1="5842" v2="6630" v3="6957" />
+      <tetrahedron index="28094" v0="3331" v1="3336" v2="5355" v3="5779" />
+      <tetrahedron index="28095" v0="4936" v1="6625" v2="6629" v3="6922" />
+      <tetrahedron index="28096" v0="3468" v1="3740" v2="5356" v3="5779" />
+      <tetrahedron index="28097" v0="3511" v1="5045" v2="5329" v3="5585" />
+      <tetrahedron index="28098" v0="5041" v1="5514" v2="5901" v3="5962" />
+      <tetrahedron index="28099" v0="4895" v1="6275" v2="6278" v3="6782" />
+      <tetrahedron index="28100" v0="4880" v1="5184" v2="5185" v3="5548" />
+      <tetrahedron index="28101" v0="4316" v1="4348" v2="4607" v3="5241" />
+      <tetrahedron index="28102" v0="3558" v1="3559" v2="3560" v3="5043" />
+      <tetrahedron index="28103" v0="3247" v1="3373" v2="3693" v3="6493" />
+      <tetrahedron index="28104" v0="5157" v1="5762" v2="5945" v3="6895" />
+      <tetrahedron index="28105" v0="4123" v1="4198" v2="4199" v3="5131" />
+      <tetrahedron index="28106" v0="4848" v1="5524" v2="5590" v3="6060" />
+      <tetrahedron index="28107" v0="3396" v1="4382" v2="4988" v3="5861" />
+      <tetrahedron index="28108" v0="3444" v1="3911" v2="4825" v3="5971" />
+      <tetrahedron index="28109" v0="3868" v1="5925" v2="5960" v3="6570" />
+      <tetrahedron index="28110" v0="4139" v1="4189" v2="4406" v3="6041" />
+      <tetrahedron index="28111" v0="4752" v1="4753" v2="5478" v3="6998" />
+      <tetrahedron index="28112" v0="5256" v1="5889" v2="6078" v3="6822" />
+      <tetrahedron index="28113" v0="5954" v1="6266" v2="6563" v3="6564" />
+      <tetrahedron index="28114" v0="3642" v1="3954" v2="3955" v3="5543" />
+      <tetrahedron index="28115" v0="5108" v1="5182" v2="5696" v3="6366" />
+      <tetrahedron index="28116" v0="5960" v1="6079" v2="6082" v3="6570" />
+      <tetrahedron index="28117" v0="3325" v1="3793" v2="3887" v3="5785" />
+      <tetrahedron index="28118" v0="3355" v1="3356" v2="5226" v3="5420" />
+      <tetrahedron index="28119" v0="3370" v1="3548" v2="5301" v3="5940" />
+      <tetrahedron index="28120" v0="3782" v1="3783" v2="5341" v3="5985" />
+      <tetrahedron index="28121" v0="4998" v1="5251" v2="5496" v3="5885" />
+      <tetrahedron index="28122" v0="4847" v1="6247" v2="6611" v3="6974" />
+      <tetrahedron index="28123" v0="4916" v1="5142" v2="5279" v3="5283" />
+      <tetrahedron index="28124" v0="4993" v1="6135" v2="6699" v3="6953" />
+      <tetrahedron index="28125" v0="5058" v1="5090" v2="5099" v3="5611" />
+      <tetrahedron index="28126" v0="3464" v1="4812" v2="5468" v3="6134" />
+      <tetrahedron index="28127" v0="5022" v1="5257" v2="5704" v3="5891" />
+      <tetrahedron index="28128" v0="4304" v1="4541" v2="5440" v3="5754" />
+      <tetrahedron index="28129" v0="4612" v1="5145" v2="5154" v3="5758" />
+      <tetrahedron index="28130" v0="3287" v1="3734" v2="5059" v3="5613" />
+      <tetrahedron index="28131" v0="4203" v1="4322" v2="4435" v3="4556" />
+      <tetrahedron index="28132" v0="4567" v1="4704" v2="4726" v3="5600" />
+      <tetrahedron index="28133" v0="6428" v1="6467" v2="6761" v3="6973" />
+      <tetrahedron index="28134" v0="3708" v1="3880" v2="4124" v3="5345" />
+      <tetrahedron index="28135" v0="4572" v1="5130" v2="5731" v3="6152" />
+      <tetrahedron index="28136" v0="3890" v1="5378" v2="5379" v3="5529" />
+      <tetrahedron index="28137" v0="3299" v1="3301" v2="3674" v3="5855" />
+      <tetrahedron index="28138" v0="4880" v1="5088" v2="5795" v3="5798" />
+      <tetrahedron index="28139" v0="3251" v1="4502" v2="4688" v3="5413" />
+      <tetrahedron index="28140" v0="3713" v1="3980" v2="4671" v3="5843" />
+      <tetrahedron index="28141" v0="4404" v1="4572" v2="5731" v3="6152" />
+      <tetrahedron index="28142" v0="4089" v1="4322" v2="4469" v3="5426" />
+      <tetrahedron index="28143" v0="4408" v1="4565" v2="5254" v3="5887" />
+      <tetrahedron index="28144" v0="4976" v1="5450" v2="6177" v3="6682" />
+      <tetrahedron index="28145" v0="4246" v1="4247" v2="4248" v3="6161" />
+      <tetrahedron index="28146" v0="3312" v1="3402" v2="3407" v3="5288" />
+      <tetrahedron index="28147" v0="3358" v1="4672" v2="5298" v3="6342" />
+      <tetrahedron index="28148" v0="3315" v1="3316" v2="5559" v3="6509" />
+      <tetrahedron index="28149" v0="5244" v1="5722" v2="6123" v3="6692" />
+      <tetrahedron index="28150" v0="4186" v1="5470" v2="6540" v3="6700" />
+      <tetrahedron index="28151" v0="4717" v1="4741" v2="4826" v3="5462" />
+      <tetrahedron index="28152" v0="4819" v1="4952" v2="5098" v3="5385" />
+      <tetrahedron index="28153" v0="4193" v1="4295" v2="4296" v3="5414" />
+      <tetrahedron index="28154" v0="4878" v1="5177" v2="5787" v3="6662" />
+      <tetrahedron index="28155" v0="5286" v1="5805" v2="5925" v3="6570" />
+      <tetrahedron index="28156" v0="5167" v1="6409" v2="6841" v3="6843" />
+      <tetrahedron index="28157" v0="3254" v1="3870" v2="5129" v3="5729" />
+      <tetrahedron index="28158" v0="5020" v1="5540" v2="6211" v3="6745" />
+      <tetrahedron index="28159" v0="4979" v1="5702" v2="6334" v3="6399" />
+      <tetrahedron index="28160" v0="5163" v1="5777" v2="6439" v3="6815" />
+      <tetrahedron index="28161" v0="4544" v1="5487" v2="6095" v3="6517" />
+      <tetrahedron index="28162" v0="4893" v1="5092" v2="5218" v3="6483" />
+      <tetrahedron index="28163" v0="3705" v1="3984" v2="4791" v3="6497" />
+      <tetrahedron index="28164" v0="4928" v1="5421" v2="6079" v3="6082" />
+      <tetrahedron index="28165" v0="4961" v1="5411" v2="6187" v3="6725" />
+      <tetrahedron index="28166" v0="4141" v1="4254" v2="5039" v3="5577" />
+      <tetrahedron index="28167" v0="3645" v1="3646" v2="4645" v3="5252" />
+      <tetrahedron index="28168" v0="4090" v1="4771" v2="5189" v3="6459" />
+      <tetrahedron index="28169" v0="3436" v1="3807" v2="5331" v3="6070" />
+      <tetrahedron index="28170" v0="6627" v1="6786" v2="6808" v3="6924" />
+      <tetrahedron index="28171" v0="5520" v1="6270" v2="6273" v3="6472" />
+      <tetrahedron index="28172" v0="3922" v1="4317" v2="4368" v3="5641" />
+      <tetrahedron index="28173" v0="4916" v1="5278" v2="5280" v3="5918" />
+      <tetrahedron index="28174" v0="3976" v1="3977" v2="4284" v3="5097" />
+      <tetrahedron index="28175" v0="3804" v1="4141" v2="5968" v3="6196" />
+      <tetrahedron index="28176" v0="5180" v1="5791" v2="5792" v3="6384" />
+      <tetrahedron index="28177" v0="4265" v1="5337" v2="5980" v3="6205" />
+      <tetrahedron index="28178" v0="4178" v1="4272" v2="5185" v3="5969" />
+      <tetrahedron index="28179" v0="3567" v1="3697" v2="5359" v3="6354" />
+      <tetrahedron index="28180" v0="5396" v1="5783" v2="6445" v3="6865" />
+      <tetrahedron index="28181" v0="5053" v1="6075" v2="6655" v3="7027" />
+      <tetrahedron index="28182" v0="3450" v1="5242" v2="6305" v3="6802" />
+      <tetrahedron index="28183" v0="4979" v1="5660" v2="6373" v3="6832" />
+      <tetrahedron index="28184" v0="3462" v1="3654" v2="4983" v3="5469" />
+      <tetrahedron index="28185" v0="3648" v1="3703" v2="5369" v3="6020" />
+      <tetrahedron index="28186" v0="5015" v1="5528" v2="6594" v3="6716" />
+      <tetrahedron index="28187" v0="4727" v1="4754" v2="4813" v3="5712" />
+      <tetrahedron index="28188" v0="5439" v1="6100" v2="6675" v3="6847" />
+      <tetrahedron index="28189" v0="5124" v1="5826" v2="5827" v3="6803" />
+      <tetrahedron index="28190" v0="5363" v1="6155" v2="6883" v3="6979" />
+      <tetrahedron index="28191" v0="4266" v1="4820" v2="4821" v3="5989" />
+      <tetrahedron index="28192" v0="4479" v1="4679" v2="5308" v3="5949" />
+      <tetrahedron index="28193" v0="3967" v1="4259" v2="5775" v3="6507" />
+      <tetrahedron index="28194" v0="3279" v1="5398" v2="5965" v3="6058" />
+      <tetrahedron index="28195" v0="4095" v1="4096" v2="4097" v3="5279" />
+      <tetrahedron index="28196" v0="4013" v1="4213" v2="4762" v3="5719" />
+      <tetrahedron index="28197" v0="3576" v1="5496" v2="5785" v3="5885" />
+      <tetrahedron index="28198" v0="5520" v1="6270" v2="6585" v3="6921" />
+      <tetrahedron index="28199" v0="5262" v1="5898" v2="6023" v3="6533" />
+      <tetrahedron index="28200" v0="5002" v1="5864" v2="6010" v3="6508" />
+      <tetrahedron index="28201" v0="3973" v1="4478" v2="4479" v3="6423" />
+      <tetrahedron index="28202" v0="6165" v1="6685" v2="6795" v3="6941" />
+      <tetrahedron index="28203" v0="4392" v1="4420" v2="4621" v3="5521" />
+      <tetrahedron index="28204" v0="3666" v1="4451" v2="4618" v3="6816" />
+      <tetrahedron index="28205" v0="5242" v1="5829" v2="5871" v3="6511" />
+      <tetrahedron index="28206" v0="4995" v1="5648" v2="6324" v3="6327" />
+      <tetrahedron index="28207" v0="4104" v1="4898" v2="5657" v3="5658" />
+      <tetrahedron index="28208" v0="3563" v1="3610" v2="5122" v3="5818" />
+      <tetrahedron index="28209" v0="5217" v1="5686" v2="5856" v3="6483" />
+      <tetrahedron index="28210" v0="4183" v1="5680" v2="5706" v3="6351" />
+      <tetrahedron index="28211" v0="4125" v1="4126" v2="4430" v3="5433" />
+      <tetrahedron index="28212" v0="4481" v1="5003" v2="5074" v3="6022" />
+      <tetrahedron index="28213" v0="4981" v1="5463" v2="6129" v3="6696" />
+      <tetrahedron index="28214" v0="3325" v1="3423" v2="3887" v3="5785" />
+      <tetrahedron index="28215" v0="5015" v1="5455" v2="5504" v3="6168" />
+      <tetrahedron index="28216" v0="5143" v1="5187" v2="5534" v3="6454" />
+      <tetrahedron index="28217" v0="3541" v1="4740" v2="4826" v3="6119" />
+      <tetrahedron index="28218" v0="3977" v1="4201" v2="5118" v3="5681" />
+      <tetrahedron index="28219" v0="3805" v1="3938" v2="5709" v3="5968" />
+      <tetrahedron index="28220" v0="4444" v1="4467" v2="4468" v3="5519" />
+      <tetrahedron index="28221" v0="5042" v1="5583" v2="6081" v3="6905" />
+      <tetrahedron index="28222" v0="3932" v1="4150" v2="4557" v3="6027" />
+      <tetrahedron index="28223" v0="3826" v1="5056" v2="5240" v3="6108" />
+      <tetrahedron index="28224" v0="4199" v1="5056" v2="5609" v3="5869" />
+      <tetrahedron index="28225" v0="4104" v1="4823" v2="4898" v3="5657" />
+      <tetrahedron index="28226" v0="3347" v1="3350" v2="3584" v3="5257" />
+      <tetrahedron index="28227" v0="4492" v1="4997" v2="6180" v3="6515" />
+      <tetrahedron index="28228" v0="6075" v1="6654" v2="6655" v3="6935" />
+      <tetrahedron index="28229" v0="4921" v1="5298" v2="5936" v3="6342" />
+      <tetrahedron index="28230" v0="3287" v1="3485" v2="6583" v3="6706" />
+      <tetrahedron index="28231" v0="3270" v1="3284" v2="5133" v3="6064" />
+      <tetrahedron index="28232" v0="4945" v1="5713" v2="5718" v3="6449" />
+      <tetrahedron index="28233" v0="4213" v1="4676" v2="5719" v3="5852" />
+      <tetrahedron index="28234" v0="4927" v1="5312" v2="5821" v3="5955" />
+      <tetrahedron index="28235" v0="3304" v1="5034" v2="5720" v3="5721" />
+      <tetrahedron index="28236" v0="4915" v1="5064" v2="5627" v3="5629" />
+      <tetrahedron index="28237" v0="4966" v1="5422" v2="6617" v3="6936" />
+      <tetrahedron index="28238" v0="4219" v1="4658" v2="5387" v3="5638" />
+      <tetrahedron index="28239" v0="5864" v1="6314" v2="6608" v3="6919" />
+      <tetrahedron index="28240" v0="4698" v1="5523" v2="6194" v3="6195" />
+      <tetrahedron index="28241" v0="3621" v1="3992" v2="3993" v3="5781" />
+      <tetrahedron index="28242" v0="3597" v1="3598" v2="3599" v3="5083" />
+      <tetrahedron index="28243" v0="5144" v1="5560" v2="6331" v3="6332" />
+      <tetrahedron index="28244" v0="3698" v1="5275" v2="5276" v3="5872" />
+      <tetrahedron index="28245" v0="3621" v1="3993" v2="5166" v3="5781" />
+      <tetrahedron index="28246" v0="3439" v1="5054" v2="5608" v3="5848" />
+      <tetrahedron index="28247" v0="4920" v1="5290" v2="5643" v3="5930" />
+      <tetrahedron index="28248" v0="4279" v1="4406" v2="4424" v3="5388" />
+      <tetrahedron index="28249" v0="3684" v1="4815" v2="5582" v3="6659" />
+      <tetrahedron index="28250" v0="3592" v1="3755" v2="3799" v3="6356" />
+      <tetrahedron index="28251" v0="4901" v1="5239" v2="5865" v3="6508" />
+      <tetrahedron index="28252" v0="4369" v1="4793" v2="5649" v3="6709" />
+      <tetrahedron index="28253" v0="4926" v1="6054" v2="6640" v3="6774" />
+      <tetrahedron index="28254" v0="5050" v1="5595" v2="6268" v3="7008" />
+      <tetrahedron index="28255" v0="4096" v1="5142" v2="5279" v3="5863" />
+      <tetrahedron index="28256" v0="3591" v1="5212" v2="5565" v3="5685" />
+      <tetrahedron index="28257" v0="3677" v1="5368" v2="6038" v3="6068" />
+      <tetrahedron index="28258" v0="3538" v1="3822" v2="5584" v3="5972" />
+      <tetrahedron index="28259" v0="5189" v1="5904" v2="6538" v3="6867" />
+      <tetrahedron index="28260" v0="3892" v1="5378" v2="6029" v3="6741" />
+      <tetrahedron index="28261" v0="3342" v1="3717" v2="3771" v3="6701" />
+      <tetrahedron index="28262" v0="4951" v1="5133" v2="6061" v3="6066" />
+      <tetrahedron index="28263" v0="5190" v1="5810" v2="6464" v3="6465" />
+      <tetrahedron index="28264" v0="5179" v1="5367" v2="5792" v3="6382" />
+      <tetrahedron index="28265" v0="3649" v1="3865" v2="5408" v3="6067" />
+      <tetrahedron index="28266" v0="5191" v1="5540" v2="5813" v3="6209" />
+      <tetrahedron index="28267" v0="4887" v1="5716" v2="5819" v3="6388" />
+      <tetrahedron index="28268" v0="5239" v1="5864" v2="6508" v3="6608" />
+      <tetrahedron index="28269" v0="3361" v1="3480" v2="4115" v3="5671" />
+      <tetrahedron index="28270" v0="5086" v1="5690" v2="6476" v3="6823" />
+      <tetrahedron index="28271" v0="5615" v1="6290" v2="6920" v3="6980" />
+      <tetrahedron index="28272" v0="4188" v1="4436" v2="4830" v3="5906" />
+      <tetrahedron index="28273" v0="4046" v1="4783" v2="5362" v3="6012" />
+      <tetrahedron index="28274" v0="3309" v1="3311" v2="5291" v3="5931" />
+      <tetrahedron index="28275" v0="4975" v1="5447" v2="5449" v3="5775" />
+      <tetrahedron index="28276" v0="6004" v1="6418" v2="6602" v3="6724" />
+      <tetrahedron index="28277" v0="4491" v1="4523" v2="5285" v3="5344" />
+      <tetrahedron index="28278" v0="3713" v1="3980" v2="5222" v3="5843" />
+      <tetrahedron index="28279" v0="5080" v1="5271" v2="5908" v3="5910" />
+      <tetrahedron index="28280" v0="5244" v1="5460" v2="6123" v3="6692" />
+      <tetrahedron index="28281" v0="5519" v1="6190" v2="6624" v3="6738" />
+      <tetrahedron index="28282" v0="3413" v1="5447" v2="5448" v3="5449" />
+      <tetrahedron index="28283" v0="3414" v1="3415" v2="3416" v3="4460" />
+      <tetrahedron index="28284" v0="3511" v1="4225" v2="5329" v3="5585" />
+      <tetrahedron index="28285" v0="4554" v1="4735" v2="4751" v3="6347" />
+      <tetrahedron index="28286" v0="3574" v1="5196" v2="5881" v3="6818" />
+      <tetrahedron index="28287" v0="3524" v1="3542" v2="4080" v3="5611" />
+      <tetrahedron index="28288" v0="4910" v1="5896" v2="5899" v3="6241" />
+      <tetrahedron index="28289" v0="4953" v1="5389" v2="6970" v3="7019" />
+      <tetrahedron index="28290" v0="3284" v1="5059" v2="5382" v3="6035" />
+      <tetrahedron index="28291" v0="4853" v1="4875" v2="5011" v3="5402" />
+      <tetrahedron index="28292" v0="4901" v1="5132" v2="5239" v3="5241" />
+      <tetrahedron index="28293" v0="3902" v1="4220" v2="5387" v3="5638" />
+      <tetrahedron index="28294" v0="4574" v1="5109" v2="5289" v3="6371" />
+      <tetrahedron index="28295" v0="4338" v1="4396" v2="4400" v3="6194" />
+      <tetrahedron index="28296" v0="4250" v1="4507" v2="5575" v3="6581" />
+      <tetrahedron index="28297" v0="3327" v1="3329" v2="4203" v3="4204" />
+      <tetrahedron index="28298" v0="4803" v1="5196" v2="5561" v3="6330" />
+      <tetrahedron index="28299" v0="5018" v1="5533" v2="5535" v3="6206" />
+      <tetrahedron index="28300" v0="5830" v1="6329" v2="6759" v3="6816" />
+      <tetrahedron index="28301" v0="3982" v1="4407" v2="5282" v3="6025" />
+      <tetrahedron index="28302" v0="3963" v1="3965" v2="6403" v3="6404" />
+      <tetrahedron index="28303" v0="5071" v1="5644" v2="5645" v3="6527" />
+      <tetrahedron index="28304" v0="4961" v1="5461" v2="5877" v3="6127" />
+      <tetrahedron index="28305" v0="3365" v1="5692" v2="6178" v3="6681" />
+      <tetrahedron index="28306" v0="4853" v1="5443" v2="5524" v3="6104" />
+      <tetrahedron index="28307" v0="4334" v1="4395" v2="4413" v3="5930" />
+      <tetrahedron index="28308" v0="4966" v1="5422" v2="6080" v3="6656" />
+      <tetrahedron index="28309" v0="5316" v1="5959" v2="6851" v3="6894" />
+      <tetrahedron index="28310" v0="4984" v1="5470" v2="6699" v3="6700" />
+      <tetrahedron index="28311" v0="4986" v1="5476" v2="5756" v3="6140" />
+      <tetrahedron index="28312" v0="4889" v1="5205" v2="5821" v3="6829" />
+      <tetrahedron index="28313" v0="3622" v1="4662" v2="5237" v3="5862" />
+      <tetrahedron index="28314" v0="4691" v1="4696" v2="4841" v3="5099" />
+      <tetrahedron index="28315" v0="3830" v1="4668" v2="5417" v3="6077" />
+      <tetrahedron index="28316" v0="3546" v1="3547" v2="4668" v3="6077" />
+      <tetrahedron index="28317" v0="4791" v1="5085" v2="5847" v3="6497" />
+      <tetrahedron index="28318" v0="4863" v1="5503" v2="6165" v3="6795" />
+      <tetrahedron index="28319" v0="5152" v1="6223" v2="6224" v3="6750" />
+      <tetrahedron index="28320" v0="5232" v1="5261" v2="5857" v3="5899" />
+      <tetrahedron index="28321" v0="4069" v1="4667" v2="5077" v3="5654" />
+      <tetrahedron index="28322" v0="5649" v1="6269" v2="6327" v3="6777" />
+      <tetrahedron index="28323" v0="5380" v1="5569" v2="6242" v3="6243" />
+      <tetrahedron index="28324" v0="3922" v1="4068" v2="4368" v3="5070" />
+      <tetrahedron index="28325" v0="3666" v1="4451" v2="5250" v3="5884" />
+      <tetrahedron index="28326" v0="4199" v1="4316" v2="4607" v3="5869" />
+      <tetrahedron index="28327" v0="5242" v1="5829" v2="6511" v3="6512" />
+      <tetrahedron index="28328" v0="3863" v1="4226" v2="5897" v3="5898" />
+      <tetrahedron index="28329" v0="3996" v1="5096" v2="5140" v3="5701" />
+      <tetrahedron index="28330" v0="3798" v1="4411" v2="4818" v3="5267" />
+      <tetrahedron index="28331" v0="4289" v1="5230" v2="5691" v3="6363" />
+      <tetrahedron index="28332" v0="5056" v1="5241" v2="5869" v3="5870" />
+      <tetrahedron index="28333" v0="4010" v1="4412" v2="6455" v3="6866" />
+      <tetrahedron index="28334" v0="4908" v1="5102" v2="5254" v3="5704" />
+      <tetrahedron index="28335" v0="3645" v1="5075" v2="5252" v3="6240" />
+      <tetrahedron index="28336" v0="3502" v1="3553" v2="4681" v3="5339" />
+      <tetrahedron index="28337" v0="3458" v1="3636" v2="5180" v3="5608" />
+      <tetrahedron index="28338" v0="5109" v1="5211" v2="5289" v3="6369" />
+      <tetrahedron index="28339" v0="3418" v1="5228" v2="5229" v3="5666" />
+      <tetrahedron index="28340" v0="5403" v1="5445" v2="6061" v3="6104" />
+      <tetrahedron index="28341" v0="5520" v1="5598" v2="6192" v3="6273" />
+      <tetrahedron index="28342" v0="4610" v1="4611" v2="4836" v3="5244" />
+      <tetrahedron index="28343" v0="4346" v1="5066" v2="5082" v3="5673" />
+      <tetrahedron index="28344" v0="4885" v1="6462" v2="6586" v3="6921" />
+      <tetrahedron index="28345" v0="3825" v1="4190" v2="4198" v3="6680" />
+      <tetrahedron index="28346" v0="4897" v1="5717" v2="5852" v3="6388" />
+      <tetrahedron index="28347" v0="5812" v1="6230" v2="6234" v3="6735" />
+      <tetrahedron index="28348" v0="5303" v1="5946" v2="6245" v3="6896" />
+      <tetrahedron index="28349" v0="5764" v1="6430" v2="6557" v3="7030" />
+      <tetrahedron index="28350" v0="3246" v1="3248" v2="3370" v3="5832" />
+      <tetrahedron index="28351" v0="4316" v1="4607" v2="5241" v3="5869" />
+      <tetrahedron index="28352" v0="3246" v1="3370" v2="3371" v3="5832" />
+      <tetrahedron index="28353" v0="4142" v1="4768" v2="4800" v3="6017" />
+      <tetrahedron index="28354" v0="3417" v1="5228" v2="5401" v3="5666" />
+      <tetrahedron index="28355" v0="3889" v1="4518" v2="5369" v3="6039" />
+      <tetrahedron index="28356" v0="4138" v1="4560" v2="5127" v3="6620" />
+      <tetrahedron index="28357" v0="4896" v1="5227" v2="5850" v3="6496" />
+      <tetrahedron index="28358" v0="3290" v1="3554" v2="5534" v3="5739" />
+      <tetrahedron index="28359" v0="3924" v1="4458" v2="5179" v3="5790" />
+      <tetrahedron index="28360" v0="4364" v1="4403" v2="5328" v3="5734" />
+      <tetrahedron index="28361" v0="5177" v1="5784" v2="5785" v3="5787" />
+      <tetrahedron index="28362" v0="3246" v1="3249" v2="5622" v3="5832" />
+      <tetrahedron index="28363" v0="3326" v1="3940" v2="5176" v3="5787" />
+      <tetrahedron index="28364" v0="5165" v1="5356" v2="5978" v3="6132" />
+      <tetrahedron index="28365" v0="5110" v1="5700" v2="5825" v3="6370" />
+      <tetrahedron index="28366" v0="4284" v1="5076" v2="5097" v3="5682" />
+      <tetrahedron index="28367" v0="3570" v1="3571" v2="5401" v3="5853" />
+      <tetrahedron index="28368" v0="4601" v1="5108" v2="5182" v3="5696" />
+      <tetrahedron index="28369" v0="3946" v1="4715" v2="5245" v3="5722" />
+      <tetrahedron index="28370" v0="3586" v1="4030" v2="4819" v3="5098" />
+      <tetrahedron index="28371" v0="4909" v1="5704" v2="6337" v3="6528" />
+      <tetrahedron index="28372" v0="4902" v1="5242" v2="6511" v3="6512" />
+      <tetrahedron index="28373" v0="5096" v1="5140" v2="5698" v3="5701" />
+      <tetrahedron index="28374" v0="3438" v1="3735" v2="4256" v3="5696" />
+      <tetrahedron index="28375" v0="4478" v1="4479" v2="5154" v3="6423" />
+      <tetrahedron index="28376" v0="4342" v1="4785" v2="4818" v3="5041" />
+      <tetrahedron index="28377" v0="3311" v1="3628" v2="3643" v3="5931" />
+      <tetrahedron index="28378" v0="3752" v1="3753" v2="3754" v3="5289" />
+      <tetrahedron index="28379" v0="5439" v1="6717" v2="6719" v3="6929" />
+      <tetrahedron index="28380" v0="3393" v1="3398" v2="3532" v3="5064" />
+      <tetrahedron index="28381" v0="3990" v1="4297" v2="5100" v3="5701" />
+      <tetrahedron index="28382" v0="4564" v1="5519" v2="5537" v3="6189" />
+      <tetrahedron index="28383" v0="3690" v1="5013" v2="5049" v3="5593" />
+      <tetrahedron index="28384" v0="4947" v1="5374" v2="5898" v3="6532" />
+      <tetrahedron index="28385" v0="4638" v1="4682" v2="6005" v3="7024" />
+      <tetrahedron index="28386" v0="4358" v1="4769" v2="5263" v3="6532" />
+      <tetrahedron index="28387" v0="5465" v1="6537" v2="6678" v3="6696" />
+      <tetrahedron index="28388" v0="4927" v1="5313" v2="5823" v3="5955" />
+      <tetrahedron index="28389" v0="3638" v1="4750" v2="5823" v3="5955" />
+      <tetrahedron index="28390" v0="4221" v1="4751" v2="5234" v3="5856" />
+      <tetrahedron index="28391" v0="4018" v1="4035" v2="5105" v3="6823" />
+      <tetrahedron index="28392" v0="3832" v1="4287" v2="4288" v3="5703" />
+      <tetrahedron index="28393" v0="3498" v1="4151" v2="5002" v3="6109" />
+      <tetrahedron index="28394" v0="4100" v1="4101" v2="5487" v3="6406" />
+      <tetrahedron index="28395" v0="4971" v1="5438" v2="6218" v3="6674" />
+      <tetrahedron index="28396" v0="5478" v1="6142" v2="6275" v3="6277" />
+      <tetrahedron index="28397" v0="3280" v1="5266" v2="5320" v3="5964" />
+      <tetrahedron index="28398" v0="3365" v1="3952" v2="4170" v3="6681" />
+      <tetrahedron index="28399" v0="4459" v1="5366" v2="5367" v3="6018" />
+      <tetrahedron index="28400" v0="4973" v1="5443" v2="6104" v3="6677" />
+      <tetrahedron index="28401" v0="3877" v1="4767" v2="5199" v3="5716" />
+      <tetrahedron index="28402" v0="6182" v1="6287" v2="6722" v3="6734" />
+      <tetrahedron index="28403" v0="4802" v1="5112" v2="5736" v3="6252" />
+      <tetrahedron index="28404" v0="3299" v1="5215" v2="5834" v3="6482" />
+      <tetrahedron index="28405" v0="3285" v1="5618" v2="6148" v3="6706" />
+      <tetrahedron index="28406" v0="4870" v1="5043" v2="5732" v3="6396" />
+      <tetrahedron index="28407" v0="4512" v1="4627" v2="4632" v3="5164" />
+      <tetrahedron index="28408" v0="4982" v1="5466" v2="5940" v3="5982" />
+      <tetrahedron index="28409" v0="5312" v1="5671" v2="6343" v3="6344" />
+      <tetrahedron index="28410" v0="3548" v1="5301" v2="5302" v3="5938" />
+      <tetrahedron index="28411" v0="5215" v1="5219" v2="5834" v3="6482" />
+      <tetrahedron index="28412" v0="3759" v1="4509" v2="5661" v3="5677" />
+      <tetrahedron index="28413" v0="4103" v1="5063" v2="5451" v3="5626" />
+      <tetrahedron index="28414" v0="5104" v1="5675" v2="6347" v3="6828" />
+      <tetrahedron index="28415" v0="4196" v1="4242" v2="4712" v3="5846" />
+      <tetrahedron index="28416" v0="4194" v1="4830" v2="6304" v3="6539" />
+      <tetrahedron index="28417" v0="3532" v1="4409" v2="5064" v3="6305" />
+      <tetrahedron index="28418" v0="4378" v1="4379" v2="5101" v3="6359" />
+      <tetrahedron index="28419" v0="3574" v1="4462" v2="4831" v3="6818" />
+      <tetrahedron index="28420" v0="5159" v1="5767" v2="5768" v3="6432" />
+      <tetrahedron index="28421" v0="4893" v1="5686" v2="5837" v3="6484" />
+      <tetrahedron index="28422" v0="5230" v1="5231" v2="5400" v3="6363" />
+      <tetrahedron index="28423" v0="4087" v1="4088" v2="4445" v3="5188" />
+      <tetrahedron index="28424" v0="4848" v1="5951" v2="6062" v3="6103" />
+      <tetrahedron index="28425" v0="4975" v1="5559" v2="5867" v3="6509" />
+      <tetrahedron index="28426" v0="4975" v1="5162" v2="5447" v3="5775" />
+      <tetrahedron index="28427" v0="4957" v1="5398" v2="5514" v3="6058" />
+      <tetrahedron index="28428" v0="4915" v1="5276" v2="5627" v3="5872" />
+      <tetrahedron index="28429" v0="3416" v1="4234" v2="4312" v3="5612" />
+      <tetrahedron index="28430" v0="6582" v1="6839" v2="6845" v3="6967" />
+      <tetrahedron index="28431" v0="3361" v1="3362" v2="5312" v3="6344" />
+      <tetrahedron index="28432" v0="5395" v1="6050" v2="6711" v3="6926" />
+      <tetrahedron index="28433" v0="4353" v1="4354" v2="5508" v3="6418" />
+      <tetrahedron index="28434" v0="3863" v1="5262" v2="5897" v3="5898" />
+      <tetrahedron index="28435" v0="4961" v1="5461" v2="6442" v3="6863" />
+      <tetrahedron index="28436" v0="3356" v1="3903" v2="5850" v3="6496" />
+      <tetrahedron index="28437" v0="4659" v1="5244" v2="5460" v3="6125" />
+      <tetrahedron index="28438" v0="3799" v1="5253" v2="5884" v3="6237" />
+      <tetrahedron index="28439" v0="4451" v1="4543" v2="4590" v3="5884" />
+      <tetrahedron index="28440" v0="4625" v1="5073" v2="5649" v3="5650" />
+      <tetrahedron index="28441" v0="3509" v1="4225" v2="4566" v3="5734" />
+      <tetrahedron index="28442" v0="5169" v1="5445" v2="5875" v3="6288" />
+      <tetrahedron index="28443" v0="3706" v1="4046" v2="4120" v3="5152" />
+      <tetrahedron index="28444" v0="3410" v1="4413" v2="5161" v3="5774" />
+      <tetrahedron index="28445" v0="3600" v1="3602" v2="4442" v3="5225" />
+      <tetrahedron index="28446" v0="4226" v1="4481" v2="4482" v3="5074" />
+      <tetrahedron index="28447" v0="3360" v1="3926" v2="5138" v3="5934" />
+      <tetrahedron index="28448" v0="3899" v1="5251" v2="5253" v3="5564" />
+      <tetrahedron index="28449" v0="4689" v1="5389" v2="5536" v3="6207" />
+      <tetrahedron index="28450" v0="3795" v1="5579" v2="6255" v3="6772" />
+      <tetrahedron index="28451" v0="4856" v1="4956" v2="5396" v3="5783" />
+      <tetrahedron index="28452" v0="4867" v1="5947" v2="6212" v3="6748" />
+      <tetrahedron index="28453" v0="5184" v1="5185" v2="5497" v3="5969" />
+      <tetrahedron index="28454" v0="5027" v1="5558" v2="6230" v3="6747" />
+      <tetrahedron index="28455" v0="4384" v1="5558" v2="6210" v3="6746" />
+      <tetrahedron index="28456" v0="3257" v1="3380" v2="4508" v3="5482" />
+      <tetrahedron index="28457" v0="4271" v1="5375" v2="5377" v3="6025" />
+      <tetrahedron index="28458" v0="3266" v1="5404" v2="5405" v3="6064" />
+      <tetrahedron index="28459" v0="4848" v1="6263" v2="6649" v3="6775" />
+      <tetrahedron index="28460" v0="4566" v1="4639" v2="5136" v3="5330" />
+      <tetrahedron index="28461" v0="4883" v1="5458" v2="6120" v3="6688" />
+      <tetrahedron index="28462" v0="4379" v1="4497" v2="4842" v3="6828" />
+      <tetrahedron index="28463" v0="3232" v1="4473" v2="5119" v3="5472" />
+      <tetrahedron index="28464" v0="4109" v1="4179" v2="5185" v3="5798" />
+      <tetrahedron index="28465" v0="3609" v1="4533" v2="5570" v3="6390" />
+      <tetrahedron index="28466" v0="5067" v1="5386" v2="6020" v3="6038" />
+      <tetrahedron index="28467" v0="5085" v1="5847" v2="5889" v3="6336" />
+      <tetrahedron index="28468" v0="4868" v1="5083" v2="6138" v3="6373" />
+      <tetrahedron index="28469" v0="3655" v1="3832" v2="4287" v3="6374" />
+      <tetrahedron index="28470" v0="3977" v1="4284" v2="5097" v3="5682" />
+      <tetrahedron index="28471" v0="4952" v1="5387" v2="6037" v3="6393" />
+      <tetrahedron index="28472" v0="4942" v1="5097" v2="5682" v3="5683" />
+      <tetrahedron index="28473" v0="4851" v1="5094" v2="5146" v3="5939" />
+      <tetrahedron index="28474" v0="3465" v1="4697" v2="5130" v3="5469" />
+      <tetrahedron index="28475" v0="5091" v1="5180" v2="5715" v3="6384" />
+      <tetrahedron index="28476" v0="4851" v1="5094" v2="5833" v3="6480" />
+      <tetrahedron index="28477" v0="4606" v1="5240" v2="5869" v3="5870" />
+      <tetrahedron index="28478" v0="3389" v1="3762" v2="3874" v3="5592" />
+      <tetrahedron index="28479" v0="4272" v1="4657" v2="5497" v3="5969" />
+      <tetrahedron index="28480" v0="5094" v1="5678" v2="6295" v3="6298" />
+      <tetrahedron index="28481" v0="3501" v1="3553" v2="5339" v3="5563" />
+      <tetrahedron index="28482" v0="3308" v1="3625" v2="5275" v3="5872" />
+      <tetrahedron index="28483" v0="3789" v1="5367" v2="5714" v3="6365" />
+      <tetrahedron index="28484" v0="4969" v1="5680" v2="6352" v3="6376" />
+      <tetrahedron index="28485" v0="3392" v1="4409" v2="4410" v3="5916" />
+      <tetrahedron index="28486" v0="3319" v1="4389" v2="5633" v3="5658" />
+      <tetrahedron index="28487" v0="4883" v1="5458" v2="6120" v3="7017" />
+      <tetrahedron index="28488" v0="3319" v1="4898" v2="5633" v3="5658" />
+      <tetrahedron index="28489" v0="4984" v1="5678" v2="5905" v3="6297" />
+      <tetrahedron index="28490" v0="3383" v1="4029" v2="5383" v3="6036" />
+      <tetrahedron index="28491" v0="5082" v1="5090" v2="5657" v3="5673" />
+      <tetrahedron index="28492" v0="4943" v1="6013" v2="6222" v3="6271" />
+      <tetrahedron index="28493" v0="4894" v1="6140" v2="6217" v3="6485" />
+      <tetrahedron index="28494" v0="4191" v1="4271" v2="6025" v3="6543" />
+      <tetrahedron index="28495" v0="4347" v1="4349" v2="4389" v3="5634" />
+      <tetrahedron index="28496" v0="4119" v1="4636" v2="4794" v3="5260" />
+      <tetrahedron index="28497" v0="4918" v1="6081" v2="6567" v3="6905" />
+      <tetrahedron index="28498" v0="3316" v1="5559" v2="6507" v3="6509" />
+      <tetrahedron index="28499" v0="3420" v1="4654" v2="5204" v3="5957" />
+      <tetrahedron index="28500" v0="4943" v1="5362" v2="5552" v3="6223" />
+      <tetrahedron index="28501" v0="3922" v1="3923" v2="4317" v3="5028" />
+      <tetrahedron index="28502" v0="3988" v1="5209" v2="5828" v3="5927" />
+      <tetrahedron index="28503" v0="3664" v1="3667" v2="3687" v3="5061" />
+      <tetrahedron index="28504" v0="4006" v1="4137" v2="4294" v3="5286" />
+      <tetrahedron index="28505" v0="4615" v1="4952" v2="5098" v3="5387" />
+      <tetrahedron index="28506" v0="4962" v1="5412" v2="5413" v3="6130" />
+      <tetrahedron index="28507" v0="4797" v1="5033" v2="5260" v3="6615" />
+      <tetrahedron index="28508" v0="3712" v1="3950" v2="5018" v3="5533" />
+      <tetrahedron index="28509" v0="4858" v1="5509" v2="6188" v3="6469" />
+      <tetrahedron index="28510" v0="3693" v1="4242" v2="5364" v3="5846" />
+      <tetrahedron index="28511" v0="5148" v1="5941" v2="6083" v3="6900" />
+      <tetrahedron index="28512" v0="4893" v1="5055" v2="5219" v3="6484" />
+      <tetrahedron index="28513" v0="4962" v1="5414" v2="6073" v3="6303" />
+      <tetrahedron index="28514" v0="4969" v1="5000" v2="5501" v3="5502" />
+      <tetrahedron index="28515" v0="4048" v1="4050" v2="5799" v3="5804" />
+      <tetrahedron index="28516" v0="5516" v1="6182" v2="6413" v3="6733" />
+      <tetrahedron index="28517" v0="3701" v1="3703" v2="5067" v3="6038" />
+      <tetrahedron index="28518" v0="4903" v1="5460" v2="6124" v3="6128" />
+      <tetrahedron index="28519" v0="4079" v1="4293" v2="4528" v3="5000" />
+      <tetrahedron index="28520" v0="4561" v1="4564" v2="4811" v3="6189" />
+      <tetrahedron index="28521" v0="3550" v1="3551" v2="3552" v3="5466" />
+      <tetrahedron index="28522" v0="5303" v1="5570" v2="5946" v3="6245" />
+      <tetrahedron index="28523" v0="4505" v1="5429" v2="5789" v3="6448" />
+      <tetrahedron index="28524" v0="5607" v1="6142" v2="6277" v3="6655" />
+      <tetrahedron index="28525" v0="4114" v1="4310" v2="4573" v3="5109" />
+      <tetrahedron index="28526" v0="4231" v1="4397" v2="5236" v3="5861" />
+      <tetrahedron index="28527" v0="3476" v1="3499" v2="4565" v3="5102" />
+      <tetrahedron index="28528" v0="4127" v1="5033" v2="5894" v3="6529" />
+      <tetrahedron index="28529" v0="4449" v1="4543" v2="4616" v3="4998" />
+      <tetrahedron index="28530" v0="4470" v1="5489" v2="5812" v3="6968" />
+      <tetrahedron index="28531" v0="5395" v1="6050" v2="6154" v3="6711" />
+      <tetrahedron index="28532" v0="4111" v1="4200" v2="4244" v3="5379" />
+      <tetrahedron index="28533" v0="3560" v1="5043" v2="5162" v3="5642" />
+      <tetrahedron index="28534" v0="5883" v1="6065" v2="6144" v3="6392" />
+      <tetrahedron index="28535" v0="5461" v1="6290" v2="6694" v3="6791" />
+      <tetrahedron index="28536" v0="3599" v1="3614" v2="5083" v3="5532" />
+      <tetrahedron index="28537" v0="3635" v1="4438" v2="4457" v3="5181" />
+      <tetrahedron index="28538" v0="4137" v1="5286" v2="5925" v3="6257" />
+      <tetrahedron index="28539" v0="3799" v1="5135" v2="6237" v3="6356" />
+      <tetrahedron index="28540" v0="4845" v1="6097" v2="6672" v3="6794" />
+      <tetrahedron index="28541" v0="3834" v1="5096" v2="5737" v3="6401" />
+      <tetrahedron index="28542" v0="4893" v1="5216" v2="5218" v3="5837" />
+      <tetrahedron index="28543" v0="4018" v1="4035" v2="5105" v3="5822" />
+      <tetrahedron index="28544" v0="3580" v1="5035" v2="5724" v3="6390" />
+      <tetrahedron index="28545" v0="4895" v1="5363" v2="6155" v3="6278" />
+      <tetrahedron index="28546" v0="3285" v1="5405" v2="5618" v3="6148" />
+      <tetrahedron index="28547" v0="5266" v1="5901" v2="5962" v3="5966" />
+      <tetrahedron index="28548" v0="3933" v1="4316" v2="5241" v3="5609" />
+      <tetrahedron index="28549" v0="5336" v1="5979" v2="6348" v3="6349" />
+      <tetrahedron index="28550" v0="5019" v1="6043" v2="6190" v3="6744" />
+      <tetrahedron index="28551" v0="4521" v1="4772" v2="4784" v3="5778" />
+      <tetrahedron index="28552" v0="3741" v1="4005" v2="4233" v3="5077" />
+      <tetrahedron index="28553" v0="5094" v1="5214" v2="5833" v3="6479" />
+      <tetrahedron index="28554" v0="5126" v1="5723" v2="6117" v3="6389" />
+      <tetrahedron index="28555" v0="3501" v1="3503" v2="3504" v3="5982" />
+      <tetrahedron index="28556" v0="5167" v1="6014" v2="6247" v3="6754" />
+      <tetrahedron index="28557" v0="4649" v1="4661" v2="4808" v3="5216" />
+      <tetrahedron index="28558" v0="3942" v1="5081" v2="6332" v3="6333" />
+      <tetrahedron index="28559" v0="4875" v1="5012" v2="5524" v3="5590" />
+      <tetrahedron index="28560" v0="4995" v1="5490" v2="6151" v3="6327" />
+      <tetrahedron index="28561" v0="3266" v1="3270" v2="3277" v3="3285" />
+      <tetrahedron index="28562" v0="5152" v1="5993" v2="6223" v3="6971" />
+      <tetrahedron index="28563" v0="5496" v1="5785" v2="5885" v3="6447" />
+      <tetrahedron index="28564" v0="4746" v1="4804" v2="4844" v3="5265" />
+      <tetrahedron index="28565" v0="4449" v1="4466" v2="4998" v3="5424" />
+      <tetrahedron index="28566" v0="3320" v1="4104" v2="4790" v3="4795" />
+      <tetrahedron index="28567" v0="3347" v1="5113" v2="5257" v3="5890" />
+      <tetrahedron index="28568" v0="5605" v1="5781" v2="6281" v3="6490" />
+      <tetrahedron index="28569" v0="4789" v1="5574" v2="6249" v3="6250" />
+      <tetrahedron index="28570" v0="4958" v1="5399" v2="5690" v3="5691" />
+      <tetrahedron index="28571" v0="3386" v1="5128" v2="5727" v3="5964" />
+      <tetrahedron index="28572" v0="3600" v1="3839" v2="3910" v3="5226" />
+      <tetrahedron index="28573" v0="3349" v1="3355" v2="3650" v3="5420" />
+      <tetrahedron index="28574" v0="5020" v1="6211" v2="6466" v3="6745" />
+      <tetrahedron index="28575" v0="4852" v1="6106" v2="6443" v3="6913" />
+      <tetrahedron index="28576" v0="5216" v1="5687" v2="5837" v3="6484" />
+      <tetrahedron index="28577" v0="4852" v1="5616" v2="6106" v3="6679" />
+      <tetrahedron index="28578" v0="3807" v1="3932" v2="5332" v3="5977" />
+      <tetrahedron index="28579" v0="4821" v1="5350" v2="5989" v3="6990" />
+      <tetrahedron index="28580" v0="3321" v1="3894" v2="4646" v3="5174" />
+      <tetrahedron index="28581" v0="5178" v1="5733" v2="5789" v3="6448" />
+      <tetrahedron index="28582" v0="5200" v1="5228" v2="5852" v3="6500" />
+      <tetrahedron index="28583" v0="4929" v1="4989" v2="5480" v3="6145" />
+      <tetrahedron index="28584" v0="5127" v1="5724" v2="6208" v3="6213" />
+      <tetrahedron index="28585" v0="4690" v1="4691" v2="4841" v3="5099" />
+      <tetrahedron index="28586" v0="3318" v1="3319" v2="4898" v3="5658" />
+      <tetrahedron index="28587" v0="4094" v1="4545" v2="4809" v3="5743" />
+      <tetrahedron index="28588" v0="5683" v1="5912" v2="6355" v3="6985" />
+      <tetrahedron index="28589" v0="4971" v1="6098" v2="6150" v3="6707" />
+      <tetrahedron index="28590" v0="3360" v1="3926" v2="4168" v3="5934" />
+      <tetrahedron index="28591" v0="4875" v1="5011" v2="5012" v3="6265" />
+      <tetrahedron index="28592" v0="4687" v1="5206" v2="5399" v3="6361" />
+      <tetrahedron index="28593" v0="3484" v1="3905" v2="5311" v3="5952" />
+      <tetrahedron index="28594" v0="3396" v1="4231" v2="4382" v3="5861" />
+      <tetrahedron index="28595" v0="3441" v1="5091" v2="5199" v3="5674" />
+      <tetrahedron index="28596" v0="3274" v1="3792" v2="5485" v3="5727" />
+      <tetrahedron index="28597" v0="3431" v1="3432" v2="3433" v3="5408" />
+      <tetrahedron index="28598" v0="5523" v1="5942" v2="5943" v3="6556" />
+      <tetrahedron index="28599" v0="4870" v1="5028" v2="5559" v3="6510" />
+      <tetrahedron index="28600" v0="4369" v1="4624" v2="4793" v3="5649" />
+      <tetrahedron index="28601" v0="3461" v1="4715" v2="5245" v3="6200" />
+      <tetrahedron index="28602" v0="3261" v1="3269" v2="5038" v3="5308" />
+      <tetrahedron index="28603" v0="3624" v1="4318" v2="4661" v3="5479" />
+      <tetrahedron index="28604" v0="3563" v1="3610" v2="4102" v3="5122" />
+      <tetrahedron index="28605" v0="4394" v1="5306" v2="5521" v3="6232" />
+      <tetrahedron index="28606" v0="3843" v1="3979" v2="4108" v3="6147" />
+      <tetrahedron index="28607" v0="5025" v1="5996" v2="6220" v3="6906" />
+      <tetrahedron index="28608" v0="3275" v1="3276" v2="3376" v3="5820" />
+      <tetrahedron index="28609" v0="3546" v1="5257" v2="5418" v3="5544" />
+      <tetrahedron index="28610" v0="4559" v1="4784" v2="5778" v3="6440" />
+      <tetrahedron index="28611" v0="4944" v1="5364" v2="6494" v3="6885" />
+      <tetrahedron index="28612" v0="3556" v1="5502" v2="5800" v3="6453" />
+      <tetrahedron index="28613" v0="3367" v1="3574" v2="5953" v3="6523" />
+      <tetrahedron index="28614" v0="3902" v1="4859" v2="5387" v3="5729" />
+      <tetrahedron index="28615" v0="4890" v1="5207" v2="5700" v3="6370" />
+      <tetrahedron index="28616" v0="5124" v1="5694" v2="5826" v3="5827" />
+      <tetrahedron index="28617" v0="3776" v1="4400" v2="6309" v3="6809" />
+      <tetrahedron index="28618" v0="4994" v1="5509" v2="5811" v3="6469" />
+      <tetrahedron index="28619" v0="4776" v1="5604" v2="5606" v3="6284" />
+      <tetrahedron index="28620" v0="3367" v1="5881" v2="6518" v3="6523" />
+      <tetrahedron index="28621" v0="4159" v1="4370" v2="5073" v3="5650" />
+      <tetrahedron index="28622" v0="3315" v1="3317" v2="4387" v3="5559" />
+      <tetrahedron index="28623" v0="3556" v1="4550" v2="5017" v3="5800" />
+      <tetrahedron index="28624" v0="3241" v1="3366" v2="4057" v3="5692" />
+      <tetrahedron index="28625" v0="4954" v1="6049" v2="6626" v3="6635" />
+      <tetrahedron index="28626" v0="4890" v1="5698" v2="6372" v3="6837" />
+      <tetrahedron index="28627" v0="4933" v1="5328" v2="5331" v3="5585" />
+      <tetrahedron index="28628" v0="3686" v1="4161" v2="5642" v3="6320" />
+      <tetrahedron index="28629" v0="3313" v1="5213" v2="5601" v3="5679" />
+      <tetrahedron index="28630" v0="4336" v1="4935" v2="5639" v3="6318" />
+      <tetrahedron index="28631" v0="3419" v1="5086" v2="5666" v3="6823" />
+      <tetrahedron index="28632" v0="3268" v1="4906" v2="4959" v3="5406" />
+      <tetrahedron index="28633" v0="4609" v1="5184" v2="5321" v3="5796" />
+      <tetrahedron index="28634" v0="4127" v1="5033" v2="5568" v3="5894" />
+      <tetrahedron index="28635" v0="3644" v1="5075" v2="5566" v3="6239" />
+      <tetrahedron index="28636" v0="4015" v1="4181" v2="5629" v3="6355" />
+      <tetrahedron index="28637" v0="4864" v1="5996" v2="6220" v3="6879" />
+      <tetrahedron index="28638" v0="5659" v1="6204" v2="6373" v3="6374" />
+      <tetrahedron index="28639" v0="4569" v1="4570" v2="4664" v3="6013" />
+      <tetrahedron index="28640" v0="3278" v1="3281" v2="5128" v3="5480" />
+      <tetrahedron index="28641" v0="4569" v1="5360" v2="6013" v3="6271" />
+      <tetrahedron index="28642" v0="3392" v1="3393" v2="5064" v3="5916" />
+      <tetrahedron index="28643" v0="5042" v1="5747" v2="5985" v3="6900" />
+      <tetrahedron index="28644" v0="4427" v1="4609" v2="5321" v3="5796" />
+      <tetrahedron index="28645" v0="3368" v1="4022" v2="5023" v3="5547" />
+      <tetrahedron index="28646" v0="4895" v1="5844" v2="6153" v3="6492" />
+      <tetrahedron index="28647" v0="4886" v1="5029" v2="5561" v3="6563" />
+      <tetrahedron index="28648" v0="3705" v1="5224" v2="5848" v3="6497" />
+      <tetrahedron index="28649" v0="5004" v1="5529" v2="6167" v3="6594" />
+      <tetrahedron index="28650" v0="3863" v1="4226" v2="5372" v3="5898" />
+      <tetrahedron index="28651" v0="4484" v1="4521" v2="4772" v3="5255" />
+      <tetrahedron index="28652" v0="4581" v1="4623" v2="5515" v3="6179" />
+      <tetrahedron index="28653" v0="3840" v1="3842" v2="4372" v3="6085" />
+      <tetrahedron index="28654" v0="4972" v1="5740" v2="5741" v3="6101" />
+      <tetrahedron index="28655" v0="4902" v1="5124" v2="6306" v3="6803" />
+      <tetrahedron index="28656" v0="5067" v1="5635" v2="6038" v3="6068" />
+      <tetrahedron index="28657" v0="4911" v1="5265" v2="5900" v3="6013" />
+      <tetrahedron index="28658" v0="3385" v1="5169" v2="6035" v3="6036" />
+      <tetrahedron index="28659" v0="5029" v1="6331" v2="6424" v3="6563" />
+      <tetrahedron index="28660" v0="4631" v1="5475" v2="5476" v3="5756" />
+      <tetrahedron index="28661" v0="5053" v1="6283" v2="6782" v3="6935" />
+      <tetrahedron index="28662" v0="4414" v1="4476" v2="4477" v3="5218" />
+      <tetrahedron index="28663" v0="5095" v1="5115" v2="5705" v3="5908" />
+      <tetrahedron index="28664" v0="4659" v1="5460" v2="5462" v3="6125" />
+      <tetrahedron index="28665" v0="5293" v1="5929" v2="5931" v3="6547" />
+      <tetrahedron index="28666" v0="4182" v1="4217" v2="5085" v3="5663" />
+      <tetrahedron index="28667" v0="4629" v1="4724" v2="4732" v3="6914" />
+      <tetrahedron index="28668" v0="4864" v1="6724" v2="6849" v3="6878" />
+      <tetrahedron index="28669" v0="5762" v1="6428" v2="6429" v3="6465" />
+      <tetrahedron index="28670" v0="4892" v1="5338" v2="5562" v3="6295" />
+      <tetrahedron index="28671" v0="4855" v1="5883" v2="6144" v3="6392" />
+      <tetrahedron index="28672" v0="4339" v1="4340" v2="4659" v3="6125" />
+      <tetrahedron index="28673" v0="4172" v1="4369" v2="4370" v3="5650" />
+      <tetrahedron index="28674" v0="4930" v1="5504" v2="6167" v3="6721" />
+      <tetrahedron index="28675" v0="3358" v1="3359" v2="3422" v3="6342" />
+      <tetrahedron index="28676" v0="3405" v1="3628" v2="3679" v3="6340" />
+      <tetrahedron index="28677" v0="5097" v1="5680" v2="6351" v3="6827" />
+      <tetrahedron index="28678" v0="4645" v1="5252" v2="5886" v3="6526" />
+      <tetrahedron index="28679" v0="5056" v1="5241" v2="5609" v3="5869" />
+      <tetrahedron index="28680" v0="3245" v1="3372" v2="5454" v3="6296" />
+      <tetrahedron index="28681" v0="3300" v1="4148" v2="4382" v3="6482" />
+      <tetrahedron index="28682" v0="4268" v1="4486" v2="5998" v3="6702" />
+      <tetrahedron index="28683" v0="4475" v1="4476" v2="4477" v3="6483" />
+      <tetrahedron index="28684" v0="4048" v1="5187" v2="5802" v3="5804" />
+      <tetrahedron index="28685" v0="3527" v1="3528" v2="3792" v3="4973" />
+      <tetrahedron index="28686" v0="4983" v1="5469" v2="5780" v3="6325" />
+      <tetrahedron index="28687" v0="5035" v1="5570" v2="6245" v3="6748" />
+      <tetrahedron index="28688" v0="3442" v1="3443" v2="5091" v3="5199" />
+      <tetrahedron index="28689" v0="4907" v1="5252" v2="5619" v3="5652" />
+      <tetrahedron index="28690" v0="5144" v1="5740" v2="5758" v3="6404" />
+      <tetrahedron index="28691" v0="4983" v1="5648" v2="6325" v3="6326" />
+      <tetrahedron index="28692" v0="4949" v1="5026" v2="5378" v3="6029" />
+      <tetrahedron index="28693" v0="4879" v1="5180" v2="5181" v3="6451" />
+      <tetrahedron index="28694" v0="3934" v1="4167" v2="4421" v3="6919" />
+      <tetrahedron index="28695" v0="5420" v1="5889" v2="6076" v3="6078" />
+      <tetrahedron index="28696" v0="4489" v1="5656" v2="6427" v3="6541" />
+      <tetrahedron index="28697" v0="3465" v1="3466" v2="4697" v3="4733" />
+      <tetrahedron index="28698" v0="5367" v1="5714" v2="6382" v3="6383" />
+      <tetrahedron index="28699" v0="5348" v1="5353" v2="6002" v3="6004" />
+      <tetrahedron index="28700" v0="3367" v1="3574" v2="5881" v3="6523" />
+      <tetrahedron index="28701" v0="4710" v1="4714" v2="5999" v3="6599" />
+      <tetrahedron index="28702" v0="4517" v1="4528" v2="4529" v3="5800" />
+      <tetrahedron index="28703" v0="3336" v1="3756" v2="4572" v3="5730" />
+      <tetrahedron index="28704" v0="4955" v1="6046" v2="6636" v3="6753" />
+      <tetrahedron index="28705" v0="3577" v1="3799" v2="3899" v3="5253" />
+      <tetrahedron index="28706" v0="4049" v1="4539" v2="4667" v3="6206" />
+      <tetrahedron index="28707" v0="3538" v1="5295" v2="5584" v3="6826" />
+      <tetrahedron index="28708" v0="5015" v1="5504" v2="5529" v3="6167" />
+      <tetrahedron index="28709" v0="3807" v1="5125" v2="5332" v3="5977" />
+      <tetrahedron index="28710" v0="3236" v1="3238" v2="5258" v3="5663" />
+      <tetrahedron index="28711" v0="3537" v1="3538" v2="3800" v3="5972" />
+      <tetrahedron index="28712" v0="4900" v1="5021" v2="5235" v3="6504" />
+      <tetrahedron index="28713" v0="4144" v1="4362" v2="5082" v3="5673" />
+      <tetrahedron index="28714" v0="4446" v1="5192" v2="5813" v3="6746" />
+      <tetrahedron index="28715" v0="5572" v1="6611" v2="6754" v3="6971" />
+      <tetrahedron index="28716" v0="6172" v1="6174" v2="6728" v3="6965" />
+      <tetrahedron index="28717" v0="4846" v1="5249" v2="5759" v3="5882" />
+      <tetrahedron index="28718" v0="3281" v1="3379" v2="3382" v3="6145" />
+      <tetrahedron index="28719" v0="3944" v1="4642" v2="5357" v3="5870" />
+      <tetrahedron index="28720" v0="3780" v1="3937" v2="5394" v3="6578" />
+      <tetrahedron index="28721" v0="5021" v1="5235" v2="5859" v3="6503" />
+      <tetrahedron index="28722" v0="4146" v1="4252" v2="5549" v3="6219" />
+      <tetrahedron index="28723" v0="4781" v1="5204" v2="5823" v3="6476" />
+      <tetrahedron index="28724" v0="3644" v1="4738" v2="5052" v3="5213" />
+      <tetrahedron index="28725" v0="3642" v1="5021" v2="5238" v3="5543" />
+      <tetrahedron index="28726" v0="5058" v1="5611" v2="6009" v3="6610" />
+      <tetrahedron index="28727" v0="3913" v1="4727" v2="4754" v3="5712" />
+      <tetrahedron index="28728" v0="3303" v1="3670" v2="5124" v3="5720" />
+      <tetrahedron index="28729" v0="4612" v1="5145" v2="5154" v3="6422" />
+      <tetrahedron index="28730" v0="5001" v1="6100" v2="6236" v3="6708" />
+      <tetrahedron index="28731" v0="4384" v1="4455" v2="4613" v3="6210" />
+      <tetrahedron index="28732" v0="4494" v1="4833" v2="5532" v3="5595" />
+      <tetrahedron index="28733" v0="4259" v1="5559" v2="5775" v3="6507" />
+      <tetrahedron index="28734" v0="3707" v1="4087" v2="6090" v3="6415" />
+      <tetrahedron index="28735" v0="4997" v1="6182" v2="6732" v3="6733" />
+      <tetrahedron index="28736" v0="3715" v1="5003" v2="5505" v3="6024" />
+      <tetrahedron index="28737" v0="3851" v1="3852" v2="5894" v3="6532" />
+      <tetrahedron index="28738" v0="4001" v1="4175" v2="5560" v3="5758" />
+      <tetrahedron index="28739" v0="3266" v1="3267" v2="3268" v3="3270" />
+      <tetrahedron index="28740" v0="4936" v1="5341" v2="6568" v3="6901" />
+      <tetrahedron index="28741" v0="4350" v1="4397" v2="4453" v3="5860" />
+      <tetrahedron index="28742" v0="3373" v1="3692" v2="3693" v3="5845" />
+      <tetrahedron index="28743" v0="5481" v1="5548" v2="6219" v3="6573" />
+      <tetrahedron index="28744" v0="3407" v1="3615" v2="3988" v3="5209" />
+      <tetrahedron index="28745" v0="3701" v1="3945" v2="4376" v3="5635" />
+      <tetrahedron index="28746" v0="4253" v1="4254" v2="4802" v3="5577" />
+      <tetrahedron index="28747" v0="3417" v1="3418" v2="5228" v3="5666" />
+      <tetrahedron index="28748" v0="3990" v1="4351" v2="5110" v3="5701" />
+      <tetrahedron index="28749" v0="4881" v1="5187" v2="5803" v3="5804" />
+      <tetrahedron index="28750" v0="4983" v1="5648" v2="6325" v3="6698" />
+      <tetrahedron index="28751" v0="3552" v1="5302" v2="5466" v3="5940" />
+      <tetrahedron index="28752" v0="3698" v1="3920" v2="4722" v3="5274" />
+      <tetrahedron index="28753" v0="4824" v1="5675" v2="6347" v3="6828" />
+      <tetrahedron index="28754" v0="3813" v1="5129" v2="5728" v3="6021" />
+      <tetrahedron index="28755" v0="4946" v1="4952" v2="5386" v3="5728" />
+      <tetrahedron index="28756" v0="4124" v1="4126" v2="4273" v3="5345" />
+      <tetrahedron index="28757" v0="4909" v1="5022" v2="5257" v3="5544" />
+      <tetrahedron index="28758" v0="3372" v1="3375" v2="5454" v3="6114" />
+      <tetrahedron index="28759" v0="3428" v1="4173" v2="4369" v3="5650" />
+      <tetrahedron index="28760" v0="4746" v1="4837" v2="5352" v3="6003" />
+      <tetrahedron index="28761" v0="4906" v1="4959" v2="5011" v3="5402" />
+      <tetrahedron index="28762" v0="3860" v1="5124" v2="5694" v3="5827" />
+      <tetrahedron index="28763" v0="4771" v1="5189" v2="5807" v3="6460" />
+      <tetrahedron index="28764" v0="6687" v1="6784" v2="6949" v3="6997" />
+      <tetrahedron index="28765" v0="4175" v1="5154" v2="5560" v3="5758" />
+      <tetrahedron index="28766" v0="3432" v1="3505" v2="3506" v3="5410" />
+      <tetrahedron index="28767" v0="3739" v1="3894" v2="4197" v3="5580" />
+      <tetrahedron index="28768" v0="5036" v1="6632" v2="6636" v3="6751" />
+      <tetrahedron index="28769" v0="6212" v1="6244" v2="6747" v3="6762" />
+      <tetrahedron index="28770" v0="5288" v1="5289" v2="5928" v3="6369" />
+      <tetrahedron index="28771" v0="3512" v1="4364" v2="5585" v3="6069" />
+      <tetrahedron index="28772" v0="3901" v1="4547" v2="5068" v3="6812" />
+      <tetrahedron index="28773" v0="4982" v1="5636" v2="5982" v3="6316" />
+      <tetrahedron index="28774" v0="4880" v1="5183" v2="5795" v3="5798" />
+      <tetrahedron index="28775" v0="4915" v1="5275" v2="5276" v3="5872" />
+      <tetrahedron index="28776" v0="3953" v1="4557" v2="4558" v3="5376" />
+      <tetrahedron index="28777" v0="4070" v1="5498" v2="6163" v3="6994" />
+      <tetrahedron index="28778" v0="4970" v1="6091" v2="6588" v3="6910" />
+      <tetrahedron index="28779" v0="5100" v1="5109" v2="5699" v3="6357" />
+      <tetrahedron index="28780" v0="4227" v1="4494" v2="4495" v3="6007" />
+      <tetrahedron index="28781" v0="3602" v1="4442" v2="4742" v3="5225" />
+      <tetrahedron index="28782" v0="4965" v1="5417" v2="5420" v3="6496" />
+      <tetrahedron index="28783" v0="3644" v1="5052" v2="5213" v3="5566" />
+      <tetrahedron index="28784" v0="5904" v1="6537" v2="6538" v3="6793" />
+      <tetrahedron index="28785" v0="5126" v1="5459" v2="6123" v3="6692" />
+      <tetrahedron index="28786" v0="4829" v1="5574" v2="6248" v3="6768" />
+      <tetrahedron index="28787" v0="4252" v1="4253" v2="4254" v3="5577" />
+      <tetrahedron index="28788" v0="5545" v1="5567" v2="6215" v3="6360" />
+      <tetrahedron index="28789" v0="3921" v1="3922" v2="3923" v3="5028" />
+      <tetrahedron index="28790" v0="3806" v1="4145" v2="5576" v3="6251" />
+      <tetrahedron index="28791" v0="4053" v1="5340" v2="6578" v3="6635" />
+      <tetrahedron index="28792" v0="4155" v1="4669" v2="4786" v3="5652" />
+      <tetrahedron index="28793" v0="3548" v1="4684" v2="5301" v3="5938" />
+      <tetrahedron index="28794" v0="3276" v1="3279" v2="3286" v3="5398" />
+      <tetrahedron index="28795" v0="4990" v1="5185" v2="5548" v3="5797" />
+      <tetrahedron index="28796" v0="3545" v1="3796" v2="4229" v3="5544" />
+      <tetrahedron index="28797" v0="4199" v1="4316" v2="5609" v3="5869" />
+      <tetrahedron index="28798" v0="4912" v1="4929" v2="5319" v3="5966" />
+      <tetrahedron index="28799" v0="5024" v1="5548" v2="5796" v3="6739" />
+      <tetrahedron index="28800" v0="4982" v1="5302" v2="5466" v3="6037" />
+      <tetrahedron index="28801" v0="4958" v1="5399" v2="5690" v3="6361" />
+      <tetrahedron index="28802" v0="4876" v1="5613" v2="5614" v3="6288" />
+      <tetrahedron index="28803" v0="3855" v1="4118" v2="4555" v3="6363" />
+      <tetrahedron index="28804" v0="4463" v1="5121" v2="5909" v3="5975" />
+      <tetrahedron index="28805" v0="3763" v1="3786" v2="3835" v3="5746" />
+      <tetrahedron index="28806" v0="3257" v1="3265" v2="5046" v3="5587" />
+      <tetrahedron index="28807" v0="3524" v1="5058" v2="5611" v3="6009" />
+      <tetrahedron index="28808" v0="4258" v1="5412" v2="6074" v3="6867" />
+      <tetrahedron index="28809" v0="5611" v1="6011" v2="6607" v3="6610" />
+      <tetrahedron index="28810" v0="3928" v1="5096" v2="5684" v3="6986" />
+      <tetrahedron index="28811" v0="4123" v1="4380" v2="4413" v3="5161" />
+      <tetrahedron index="28812" v0="4873" v1="6156" v2="6753" v3="6766" />
+      <tetrahedron index="28813" v0="5032" v1="5567" v2="5688" v3="6813" />
+      <tetrahedron index="28814" v0="3447" v1="3957" v2="4245" v3="6376" />
+      <tetrahedron index="28815" v0="3259" v1="3260" v2="5069" v3="5640" />
+      <tetrahedron index="28816" v0="4127" v1="4553" v2="5568" v3="5894" />
+      <tetrahedron index="28817" v0="4990" v1="5185" v2="5548" v3="5969" />
+      <tetrahedron index="28818" v0="4263" v1="5162" v2="5447" v3="5775" />
+      <tetrahedron index="28819" v0="3925" v1="3926" v2="4675" v3="5326" />
+      <tetrahedron index="28820" v0="4180" v1="4726" v2="4780" v3="5598" />
+      <tetrahedron index="28821" v0="4175" v1="4177" v2="4478" v3="5560" />
+      <tetrahedron index="28822" v0="4635" v1="4751" v2="5234" v3="6347" />
+      <tetrahedron index="28823" v0="3303" v1="3304" v2="3670" v3="5720" />
+      <tetrahedron index="28824" v0="4916" v1="5280" v2="5918" v3="5922" />
+      <tetrahedron index="28825" v0="4089" v1="4968" v2="5426" v3="5429" />
+      <tetrahedron index="28826" v0="4876" v1="4974" v2="5783" v3="6294" />
+      <tetrahedron index="28827" v0="4402" v1="4403" v2="5136" v3="5734" />
+      <tetrahedron index="28828" v0="4917" v1="5285" v2="5924" v3="5990" />
+      <tetrahedron index="28829" v0="5041" v1="5266" v2="5901" v3="5962" />
+      <tetrahedron index="28830" v0="3370" v1="3548" v2="3549" v3="5301" />
+      <tetrahedron index="28831" v0="4931" v1="5707" v2="6380" v3="6434" />
+      <tetrahedron index="28832" v0="3493" v1="3561" v2="6010" v3="6608" />
+      <tetrahedron index="28833" v0="4338" v1="4399" v2="4400" v3="5631" />
+      <tetrahedron index="28834" v0="3359" v1="3422" v2="5314" v3="5670" />
+      <tetrahedron index="28835" v0="3307" v1="4787" v2="5243" v3="6478" />
+      <tetrahedron index="28836" v0="3990" v1="4130" v2="4255" v3="5110" />
+      <tetrahedron index="28837" v0="5557" v1="6193" v2="6232" v3="6559" />
+      <tetrahedron index="28838" v0="4447" v1="4470" v2="4471" v3="5812" />
+      <tetrahedron index="28839" v0="3797" v1="5022" v2="6215" v3="6814" />
+      <tetrahedron index="28840" v0="3387" v1="3757" v2="3758" v3="5116" />
+      <tetrahedron index="28841" v0="3235" v1="3344" v2="3346" v3="5453" />
+      <tetrahedron index="28842" v0="4912" v1="5319" v2="5962" v3="5966" />
+      <tetrahedron index="28843" v0="5035" v1="6213" v2="6748" v3="6761" />
+      <tetrahedron index="28844" v0="3486" v1="4081" v2="4514" v3="5961" />
+      <tetrahedron index="28845" v0="4600" v1="5366" v2="6018" v3="6386" />
+      <tetrahedron index="28846" v0="3235" v1="3344" v2="5453" v3="5776" />
+      <tetrahedron index="28847" v0="4566" v1="4639" v2="5330" v3="5734" />
+      <tetrahedron index="28848" v0="4366" v1="5438" v2="6095" v3="6956" />
+      <tetrahedron index="28849" v0="4595" v1="4630" v2="4631" v3="5476" />
+      <tetrahedron index="28850" v0="4630" v1="4631" v2="5475" v3="5476" />
+      <tetrahedron index="28851" v0="4862" v1="5632" v2="6310" v3="6311" />
+      <tetrahedron index="28852" v0="3680" v1="4388" v2="5634" v3="6609" />
+      <tetrahedron index="28853" v0="5246" v1="5807" v2="6277" v3="6788" />
+      <tetrahedron index="28854" v0="3422" v1="5298" v2="5314" v3="5670" />
+      <tetrahedron index="28855" v0="6794" v1="6920" v2="7021" v3="7025" />
+      <tetrahedron index="28856" v0="3790" v1="5108" v2="5225" v3="6367" />
+      <tetrahedron index="28857" v0="3939" v1="3940" v2="4796" v3="5176" />
+      <tetrahedron index="28858" v0="5879" v1="6519" v2="6520" v3="6953" />
+      <tetrahedron index="28859" v0="3294" v1="3642" v2="5021" v3="6214" />
+      <tetrahedron index="28860" v0="4928" v1="5317" v2="6428" v3="6571" />
+      <tetrahedron index="28861" v0="3942" v1="4000" v2="4001" v3="6332" />
+      <tetrahedron index="28862" v0="5024" v1="6219" v2="6253" v3="6573" />
+      <tetrahedron index="28863" v0="4010" v1="4592" v2="5802" v3="5804" />
+      <tetrahedron index="28864" v0="3274" v1="3279" v2="3386" v3="5320" />
+      <tetrahedron index="28865" v0="3591" v1="4788" v2="5212" v3="5565" />
+      <tetrahedron index="28866" v0="3715" v1="3987" v2="5003" v3="5505" />
+      <tetrahedron index="28867" v0="5439" v1="6100" v2="6675" v3="6719" />
+      <tetrahedron index="28868" v0="4887" v1="5198" v2="5713" v3="5818" />
+      <tetrahedron index="28869" v0="3870" v1="3871" v2="3895" v3="5151" />
+      <tetrahedron index="28870" v0="3297" v1="4051" v2="4221" v3="5856" />
+      <tetrahedron index="28871" v0="4918" v1="5286" v2="6257" v3="6905" />
+      <tetrahedron index="28872" v0="5768" v1="6432" v2="6433" v3="6857" />
+      <tetrahedron index="28873" v0="3246" v1="3247" v2="3446" v3="5621" />
+      <tetrahedron index="28874" v0="4900" v1="5142" v2="5863" v3="5922" />
+      <tetrahedron index="28875" v0="3971" v1="3985" v2="4299" v3="5794" />
+      <tetrahedron index="28876" v0="3252" v1="3964" v2="6403" v3="6425" />
+      <tetrahedron index="28877" v0="4403" v1="4520" v2="5136" v3="5738" />
+      <tetrahedron index="28878" v0="4371" v1="4767" v2="5199" v3="5716" />
+      <tetrahedron index="28879" v0="4944" v1="5364" v2="6685" v3="6885" />
+      <tetrahedron index="28880" v0="4526" v1="4692" v2="5090" v3="5099" />
+      <tetrahedron index="28881" v0="4865" v1="4906" v2="5011" v3="5882" />
+      <tetrahedron index="28882" v0="4057" v1="5272" v2="5692" v3="5881" />
+      <tetrahedron index="28883" v0="4904" v1="5247" v2="5875" v3="5876" />
+      <tetrahedron index="28884" v0="4474" v1="4530" v2="4798" v3="5525" />
+      <tetrahedron index="28885" v0="4239" v1="4697" v2="5469" v3="6325" />
+      <tetrahedron index="28886" v0="4958" v1="5086" v2="5690" v3="6361" />
+      <tetrahedron index="28887" v0="4919" v1="5209" v2="5288" v3="6401" />
+      <tetrahedron index="28888" v0="4265" v1="4512" v2="5980" v3="6776" />
+      <tetrahedron index="28889" v0="3947" v1="3948" v2="4390" v3="5873" />
+      <tetrahedron index="28890" v0="4222" v1="4334" v2="4395" v3="5292" />
+      <tetrahedron index="28891" v0="4994" v1="5751" v2="6414" v3="6469" />
+      <tetrahedron index="28892" v0="4177" v1="4285" v2="4478" v3="6235" />
+      <tetrahedron index="28893" v0="4914" v1="5095" v2="5273" v3="5911" />
+      <tetrahedron index="28894" v0="5289" v1="5601" v2="6274" v3="6369" />
+      <tetrahedron index="28895" v0="4886" v1="5512" v2="6731" v3="7003" />
+      <tetrahedron index="28896" v0="3241" v1="5272" v2="5273" v3="6178" />
+      <tetrahedron index="28897" v0="4973" v1="5443" v2="6102" v3="6676" />
+      <tetrahedron index="28898" v0="3921" v1="3922" v2="4068" v3="5070" />
+      <tetrahedron index="28899" v0="3906" v1="3907" v2="4162" v3="5317" />
+      <tetrahedron index="28900" v0="4446" v1="4455" v2="5540" v3="6210" />
+      <tetrahedron index="28901" v0="3317" v1="4387" v2="5559" v3="5642" />
+      <tetrahedron index="28902" v0="3944" v1="4641" v2="4719" v3="5357" />
+      <tetrahedron index="28903" v0="3718" v1="4075" v2="5105" v3="5691" />
+      <tetrahedron index="28904" v0="3503" v1="3550" v2="3968" v3="5384" />
+      <tetrahedron index="28905" v0="5997" v1="6488" v2="6596" v3="6879" />
+      <tetrahedron index="28906" v0="4401" v1="4677" v2="5375" v3="5377" />
+      <tetrahedron index="28907" v0="5995" v1="6030" v2="6616" v3="6917" />
+      <tetrahedron index="28908" v0="3705" v1="4549" v2="4791" v3="6497" />
+      <tetrahedron index="28909" v0="5196" v1="5953" v2="6565" v3="6891" />
+      <tetrahedron index="28910" v0="3455" v1="5699" v2="5825" v3="6371" />
+      <tetrahedron index="28911" v0="3871" v1="5068" v2="5151" v3="6315" />
+      <tetrahedron index="28912" v0="3858" v1="3865" v2="3997" v3="5410" />
+      <tetrahedron index="28913" v0="3353" v1="3354" v2="3476" v3="6337" />
+      <tetrahedron index="28914" v0="4910" v1="5033" v2="5260" v3="5568" />
+      <tetrahedron index="28915" v0="3432" v1="4960" v2="5408" v3="5410" />
+      <tetrahedron index="28916" v0="5223" v1="5846" v2="6141" v3="6494" />
+      <tetrahedron index="28917" v0="3521" v1="3524" v2="4312" v3="6606" />
+      <tetrahedron index="28918" v0="4378" v1="4649" v2="4808" v3="5687" />
+      <tetrahedron index="28919" v0="3756" v1="4374" v2="4572" v3="5130" />
+      <tetrahedron index="28920" v0="3271" v1="3711" v2="3791" v3="4957" />
+      <tetrahedron index="28921" v0="3866" v1="3868" v2="4137" v3="5287" />
+      <tetrahedron index="28922" v0="3295" v1="4343" v2="5542" v3="6504" />
+      <tetrahedron index="28923" v0="5499" v1="5777" v2="6440" v3="6815" />
+      <tetrahedron index="28924" v0="4350" v1="4397" v2="5236" v3="5860" />
+      <tetrahedron index="28925" v0="3715" v1="3716" v2="3869" v3="5505" />
+      <tetrahedron index="28926" v0="5113" v1="5888" v2="5891" v3="6814" />
+      <tetrahedron index="28927" v0="4567" v1="4648" v2="5347" v3="5360" />
+      <tetrahedron index="28928" v0="4524" v1="4596" v2="4623" v3="5515" />
+      <tetrahedron index="28929" v0="4530" v1="5322" v2="6196" v3="6452" />
+      <tetrahedron index="28930" v0="3510" v1="3808" v2="4376" v3="6258" />
+      <tetrahedron index="28931" v0="3270" v1="5404" v2="6061" v3="6064" />
+      <tetrahedron index="28932" v0="4179" v1="4246" v2="4247" v3="5497" />
+      <tetrahedron index="28933" v0="3465" v1="3801" v2="5130" v3="5780" />
+      <tetrahedron index="28934" v0="4004" v1="4060" v2="5737" v3="6400" />
+      <tetrahedron index="28935" v0="3474" v1="5102" v2="5545" v3="5892" />
+      <tetrahedron index="28936" v0="5460" v1="5462" v2="6127" v3="6128" />
+      <tetrahedron index="28937" v0="3834" v1="3928" v2="3996" v3="5096" />
+      <tetrahedron index="28938" v0="4694" v1="4732" v2="5755" v3="6420" />
+      <tetrahedron index="28939" v0="3411" v1="5448" v2="5866" v3="6108" />
+      <tetrahedron index="28940" v0="4422" v1="5525" v2="5549" v3="6199" />
+      <tetrahedron index="28941" v0="5206" v1="5824" v2="6361" v3="6829" />
+      <tetrahedron index="28942" v0="5221" v1="5550" v2="6645" v3="6878" />
+      <tetrahedron index="28943" v0="3242" v1="4021" v2="4022" v3="6216" />
+      <tetrahedron index="28944" v0="3357" v1="4515" v2="5790" v3="6499" />
+      <tetrahedron index="28945" v0="4563" v1="4700" v2="5536" v3="5537" />
+      <tetrahedron index="28946" v0="3456" v1="3738" v2="3746" v3="5579" />
+      <tetrahedron index="28947" v0="3641" v1="3837" v2="4313" v3="5431" />
+      <tetrahedron index="28948" v0="3414" v1="4312" v2="5058" v3="6606" />
+      <tetrahedron index="28949" v0="3855" v1="3856" v2="3857" v3="5231" />
+      <tetrahedron index="28950" v0="3411" v1="3522" v2="3825" v3="6108" />
+      <tetrahedron index="28951" v0="4114" v1="5109" v2="5699" v3="6371" />
+      <tetrahedron index="28952" v0="3796" v1="5022" v2="5893" v3="6215" />
+      <tetrahedron index="28953" v0="3370" v1="3548" v2="3552" v3="5940" />
+      <tetrahedron index="28954" v0="5107" v1="5210" v2="5826" v3="6511" />
+      <tetrahedron index="28955" v0="4950" v1="5745" v2="6550" v3="6657" />
+      <tetrahedron index="28956" v0="3725" v1="3726" v2="3727" v3="5723" />
+      <tetrahedron index="28957" v0="3234" v1="3690" v2="5049" v3="5593" />
+      <tetrahedron index="28958" v0="3841" v1="4014" v2="4391" v3="6084" />
+      <tetrahedron index="28959" v0="5318" v1="5422" v2="5961" v3="6571" />
+      <tetrahedron index="28960" v0="5252" v1="5619" v2="5652" v3="6526" />
+      <tetrahedron index="28961" v0="5614" v1="6287" v2="6789" v3="6792" />
+      <tetrahedron index="28962" v0="4945" v1="5792" v2="6018" v3="6382" />
+      <tetrahedron index="28963" v0="3491" v1="3674" v2="4728" v3="5232" />
+      <tetrahedron index="28964" v0="4876" v1="5613" v2="6294" v3="6679" />
+      <tetrahedron index="28965" v0="4869" v1="5039" v2="5707" v3="6252" />
+      <tetrahedron index="28966" v0="3593" v1="5165" v2="5780" v3="6132" />
+      <tetrahedron index="28967" v0="4183" v1="4245" v2="5680" v3="6376" />
+      <tetrahedron index="28968" v0="3999" v1="4461" v2="5121" v3="5975" />
+      <tetrahedron index="28969" v0="6535" v1="6560" v2="6799" v3="6850" />
+      <tetrahedron index="28970" v0="4328" v1="4417" v2="4723" v3="5708" />
+      <tetrahedron index="28971" v0="4875" v1="5046" v2="6259" v3="6265" />
+      <tetrahedron index="28972" v0="4147" v1="4537" v2="4548" v3="5526" />
+      <tetrahedron index="28973" v0="5187" v1="5534" v2="5802" v3="6454" />
+      <tetrahedron index="28974" v0="5053" v1="6142" v2="6275" v3="6277" />
+      <tetrahedron index="28975" v0="4923" v1="5744" v2="5833" v3="5939" />
+      <tetrahedron index="28976" v0="3483" v1="3905" v2="5310" v3="5952" />
+      <tetrahedron index="28977" v0="3664" v1="3666" v2="3667" v3="5250" />
+      <tetrahedron index="28978" v0="3278" v1="3282" v2="3284" v3="5133" />
+      <tetrahedron index="28979" v0="3444" v1="3445" v2="5911" v3="5970" />
+      <tetrahedron index="28980" v0="4670" v1="4671" v2="6491" v3="6998" />
+      <tetrahedron index="28981" v0="3633" v1="3656" v2="4227" v3="5530" />
+      <tetrahedron index="28982" v0="4899" v1="5101" v2="5689" v3="5854" />
+      <tetrahedron index="28983" v0="3902" v1="4219" v2="4643" v3="5638" />
+      <tetrahedron index="28984" v0="4933" v1="5125" v2="5329" v3="5332" />
+      <tetrahedron index="28985" v0="5352" v1="6000" v2="6002" v3="6601" />
+      <tetrahedron index="28986" v0="4949" v1="5552" v2="5554" v3="6755" />
+      <tetrahedron index="28987" v0="4919" v1="5288" v2="5679" v3="6401" />
+      <tetrahedron index="28988" v0="4981" v1="6129" v2="6676" v3="6892" />
+      <tetrahedron index="28989" v0="4717" v1="5411" v2="5462" v3="6180" />
+      <tetrahedron index="28990" v0="4089" v1="4204" v2="5430" v3="6087" />
+      <tetrahedron index="28991" v0="4970" v1="5805" v2="5992" v3="6588" />
+      <tetrahedron index="28992" v0="4933" v1="5136" v2="5734" v3="5976" />
+      <tetrahedron index="28993" v0="5205" v1="5821" v2="5823" v3="5955" />
+      <tetrahedron index="28994" v0="4627" v1="4632" v2="5164" v3="5597" />
+      <tetrahedron index="28995" v0="5016" v1="5530" v2="5531" v3="6433" />
+      <tetrahedron index="28996" v0="3716" v1="5505" v2="6024" v3="6169" />
+      <tetrahedron index="28997" v0="3355" v1="3839" v2="5226" v3="5417" />
+      <tetrahedron index="28998" v0="5170" v1="5446" v2="6062" v3="6487" />
+      <tetrahedron index="28999" v0="3652" v1="3653" v2="5777" v3="6440" />
+      <tetrahedron index="29000" v0="3314" v1="3834" v2="4060" v3="5737" />
+      <tetrahedron index="29001" v0="5001" v1="5440" v2="5562" v3="6100" />
+      <tetrahedron index="29002" v0="3658" v1="4109" v2="5183" v3="5798" />
+      <tetrahedron index="29003" v0="4302" v1="5342" v2="6262" v3="6928" />
+      <tetrahedron index="29004" v0="5520" v1="6585" v2="6737" v3="6921" />
+      <tetrahedron index="29005" v0="3861" v1="4983" v2="5467" v3="6326" />
+      <tetrahedron index="29006" v0="3447" v1="5591" v2="6376" v3="6377" />
+      <tetrahedron index="29007" v0="5074" v1="5372" v2="5898" v3="6022" />
+      <tetrahedron index="29008" v0="3263" v1="3264" v2="5001" v3="5623" />
+      <tetrahedron index="29009" v0="3871" v1="4184" v2="5068" v3="5639" />
+      <tetrahedron index="29010" v0="3243" v1="4301" v2="4327" v3="6486" />
+      <tetrahedron index="29011" v0="6276" v1="6780" v2="6882" v3="6978" />
+      <tetrahedron index="29012" v0="4710" v1="4714" v2="5351" v3="5999" />
+      <tetrahedron index="29013" v0="3593" v1="3594" v2="3595" v3="6132" />
+      <tetrahedron index="29014" v0="4041" v1="4788" v2="4835" v3="5831" />
+      <tetrahedron index="29015" v0="5389" v1="6041" v2="6620" v3="6749" />
+      <tetrahedron index="29016" v0="4474" v1="5013" v2="5593" v3="6197" />
+      <tetrahedron index="29017" v0="5446" v1="5614" v2="6289" v3="6875" />
+      <tetrahedron index="29018" v0="3468" v1="3469" v2="4617" v3="5779" />
+      <tetrahedron index="29019" v0="4953" v1="5389" v2="6207" v3="6970" />
+      <tetrahedron index="29020" v0="3863" v1="5262" v2="5372" v3="5898" />
+      <tetrahedron index="29021" v0="4338" v1="4396" v2="4698" v3="6194" />
+      <tetrahedron index="29022" v0="3486" v1="3487" v2="5422" v3="6936" />
+      <tetrahedron index="29023" v0="4133" v1="4322" v2="4556" v3="5426" />
+      <tetrahedron index="29024" v0="3692" v1="4196" v2="5223" v3="5845" />
+      <tetrahedron index="29025" v0="3403" v1="4516" v2="5208" v3="5827" />
+      <tetrahedron index="29026" v0="3509" v1="3510" v2="3511" v3="5329" />
+      <tetrahedron index="29027" v0="4968" v1="5426" v2="5427" v3="5429" />
+      <tetrahedron index="29028" v0="4906" v1="5249" v2="5407" v3="5883" />
+      <tetrahedron index="29029" v0="3872" v1="4073" v2="5089" v3="5295" />
+      <tetrahedron index="29030" v0="3507" v1="3713" v2="3980" v3="5222" />
+      <tetrahedron index="29031" v0="5147" v1="5742" v2="5743" v3="6319" />
+      <tetrahedron index="29032" v0="3866" v1="3867" v2="3868" v3="5287" />
+      <tetrahedron index="29033" v0="4070" v1="4248" v2="4282" v3="5498" />
+      <tetrahedron index="29034" v0="3644" v1="3645" v2="5075" v3="5566" />
+      <tetrahedron index="29035" v0="5138" v1="5934" v2="5935" v3="6342" />
+      <tetrahedron index="29036" v0="4931" v1="4990" v2="5548" v3="6434" />
+      <tetrahedron index="29037" v0="3310" v1="3572" v2="5372" v3="5373" />
+      <tetrahedron index="29038" v0="4933" v1="5125" v2="5331" v3="5977" />
+      <tetrahedron index="29039" v0="4124" v1="4125" v2="4228" v3="6094" />
+      <tetrahedron index="29040" v0="4057" v1="4462" v2="5272" v3="5909" />
+      <tetrahedron index="29041" v0="3867" v1="3868" v2="3907" v3="5287" />
+      <tetrahedron index="29042" v0="4935" v1="5338" v2="5563" v3="6480" />
+      <tetrahedron index="29043" v0="3933" v1="4347" v2="4348" v3="5132" />
+      <tetrahedron index="29044" v0="3650" v1="3830" v2="3839" v3="5417" />
+      <tetrahedron index="29045" v0="5001" v1="5440" v2="6100" v3="6417" />
+      <tetrahedron index="29046" v0="3582" v1="4215" v2="5733" v3="5789" />
+      <tetrahedron index="29047" v0="4427" v1="5321" v2="5796" v3="6452" />
+      <tetrahedron index="29048" v0="3974" v1="5310" v2="6261" v3="6264" />
+      <tetrahedron index="29049" v0="5556" v1="6209" v2="6461" v3="6745" />
+      <tetrahedron index="29050" v0="3550" v1="5098" v2="5385" v3="5466" />
+      <tetrahedron index="29051" v0="4495" v1="4792" v2="5490" v3="6777" />
+      <tetrahedron index="29052" v0="5047" v1="6263" v2="6264" v3="6775" />
+      <tetrahedron index="29053" v0="5036" v1="5573" v2="6224" v3="6250" />
+      <tetrahedron index="29054" v0="4581" v1="4711" v2="5150" v3="5752" />
+      <tetrahedron index="29055" v0="4853" v1="6061" v2="6066" v3="6104" />
+      <tetrahedron index="29056" v0="4871" v1="5498" v2="6815" v3="6861" />
+      <tetrahedron index="29057" v0="4938" v1="5009" v2="5345" v3="6191" />
+      <tetrahedron index="29058" v0="4132" v1="5426" v2="5427" v3="5428" />
+      <tetrahedron index="29059" v0="3877" v1="5199" v2="5716" v3="5819" />
+      <tetrahedron index="29060" v0="3994" v1="4306" v2="5290" v3="6396" />
+      <tetrahedron index="29061" v0="4960" v1="5409" v2="6070" v3="6932" />
+      <tetrahedron index="29062" v0="5655" v1="5711" v2="5910" v3="6330" />
+      <tetrahedron index="29063" v0="3789" v1="3790" v2="4601" v3="5108" />
+      <tetrahedron index="29064" v0="5017" v1="5186" v2="5801" v3="5803" />
+      <tetrahedron index="29065" v0="5107" v1="5693" v2="6364" v3="6887" />
+      <tetrahedron index="29066" v0="4699" v1="5672" v2="5957" v3="6475" />
+      <tetrahedron index="29067" v0="4387" v1="5028" v2="5559" v3="5642" />
+      <tetrahedron index="29068" v0="3819" v1="3889" v2="5371" v3="6618" />
+      <tetrahedron index="29069" v0="3490" v1="3492" v2="5261" v3="5262" />
+      <tetrahedron index="29070" v0="3813" v1="4352" v2="5728" v3="6614" />
+      <tetrahedron index="29071" v0="4915" v1="5277" v2="5629" v3="6355" />
+      <tetrahedron index="29072" v0="5251" v1="5253" v2="5496" v3="5885" />
+      <tetrahedron index="29073" v0="3700" v1="4336" v2="4935" v3="6318" />
+      <tetrahedron index="29074" v0="5403" v1="6062" v2="6103" v3="6648" />
+      <tetrahedron index="29075" v0="4940" v1="5165" v2="5356" v3="5978" />
+      <tetrahedron index="29076" v0="3723" v1="4174" v2="4226" v3="5897" />
+      <tetrahedron index="29077" v0="4870" v1="5643" v2="5732" v3="6396" />
+      <tetrahedron index="29078" v0="4507" v1="5575" v2="5926" v3="6581" />
+      <tetrahedron index="29079" v0="3274" v1="3526" v2="5485" v3="5727" />
+      <tetrahedron index="29080" v0="3527" v1="3792" v2="4029" v3="5383" />
+      <tetrahedron index="29081" v0="3683" v1="3704" v2="4443" v3="6256" />
+      <tetrahedron index="29082" v0="3750" v1="4686" v2="5400" v3="6059" />
+      <tetrahedron index="29083" v0="5435" v1="5960" v2="6588" v3="6910" />
+      <tetrahedron index="29084" v0="5221" v1="5841" v2="6488" v3="6878" />
+      <tetrahedron index="29085" v0="5042" v1="5583" v2="6579" v3="6905" />
+      <tetrahedron index="29086" v0="4521" v1="5255" v2="5567" v3="6215" />
+      <tetrahedron index="29087" v0="4954" v1="5392" v2="6626" v3="6631" />
+      <tetrahedron index="29088" v0="3452" v1="4283" v2="5114" v3="5871" />
+      <tetrahedron index="29089" v0="4221" v1="4636" v2="4729" v3="5234" />
+      <tetrahedron index="29090" v0="4860" v1="5554" v2="6632" v3="6753" />
+      <tetrahedron index="29091" v0="4111" v1="4243" v2="4664" v3="5610" />
+      <tetrahedron index="29092" v0="4925" v1="4989" v2="5038" v3="5308" />
+      <tetrahedron index="29093" v0="5627" v1="6305" v2="6512" v3="6802" />
+      <tetrahedron index="29094" v0="4139" v1="4689" v2="5389" v3="6207" />
+      <tetrahedron index="29095" v0="3968" v1="4214" v2="5385" v3="5728" />
+      <tetrahedron index="29096" v0="3419" v1="3637" v2="3960" v3="5086" />
+      <tetrahedron index="29097" v0="4117" v1="6051" v2="6225" v3="6751" />
+      <tetrahedron index="29098" v0="3402" v1="5737" v2="6401" v3="6402" />
+      <tetrahedron index="29099" v0="4019" v1="5054" v2="5794" v3="5851" />
+      <tetrahedron index="29100" v0="5597" v1="5649" v2="6269" v3="6327" />
+      <tetrahedron index="29101" v0="3622" v1="3623" v2="4314" v3="5237" />
+      <tetrahedron index="29102" v0="3757" v1="4005" v2="4069" v3="5116" />
+      <tetrahedron index="29103" v0="4937" v1="6148" v2="6705" v3="7020" />
+      <tetrahedron index="29104" v0="4875" v1="5402" v2="5524" v3="6060" />
+      <tetrahedron index="29105" v0="3316" v1="5865" v2="6507" v3="6509" />
+      <tetrahedron index="29106" v0="4910" v1="5033" v2="6533" v3="6615" />
+      <tetrahedron index="29107" v0="3363" v1="3822" v2="4115" v3="6826" />
+      <tetrahedron index="29108" v0="4867" v1="5556" v2="6212" v3="6466" />
+      <tetrahedron index="29109" v0="3453" v1="3988" v2="5828" v3="5927" />
+      <tetrahedron index="29110" v0="5359" v1="5710" v2="5913" v3="6542" />
+      <tetrahedron index="29111" v0="4392" v1="4420" v2="5010" v3="5521" />
+      <tetrahedron index="29112" v0="3782" v1="3783" v2="3784" v3="5341" />
+      <tetrahedron index="29113" v0="3443" v1="5091" v2="5199" v3="5791" />
+      <tetrahedron index="29114" v0="3423" v1="3631" v2="3879" v3="5173" />
+      <tetrahedron index="29115" v0="4901" v1="5056" v2="5241" v3="5867" />
+      <tetrahedron index="29116" v0="4920" v1="5043" v2="5294" v3="5933" />
+      <tetrahedron index="29117" v0="4673" v1="4803" v2="5655" v3="6330" />
+      <tetrahedron index="29118" v0="4974" v1="5059" v2="5382" v3="6035" />
+      <tetrahedron index="29119" v0="4904" v1="5875" v2="6289" v3="6689" />
+      <tetrahedron index="29120" v0="3399" v1="3970" v2="5628" v3="5721" />
+      <tetrahedron index="29121" v0="4988" v1="5219" v2="5835" v3="6482" />
+      <tetrahedron index="29122" v0="5016" v1="5596" v2="5676" v3="6743" />
+      <tetrahedron index="29123" v0="3615" v1="5114" v2="5209" v3="5828" />
+      <tetrahedron index="29124" v0="4076" v1="5534" v2="5535" v3="6206" />
+      <tetrahedron index="29125" v0="4900" v1="5863" v2="5922" v3="6505" />
+      <tetrahedron index="29126" v0="5123" v1="5198" v2="5718" v3="6017" />
+      <tetrahedron index="29127" v0="3394" v1="3396" v2="3400" v3="5838" />
+      <tetrahedron index="29128" v0="3295" v1="3917" v2="5142" v3="5542" />
+      <tetrahedron index="29129" v0="4988" v1="5216" v2="5479" v3="6143" />
+      <tetrahedron index="29130" v0="4894" v1="6140" v2="6421" v3="6930" />
+      <tetrahedron index="29131" v0="5350" v1="5998" v2="6595" v3="6702" />
+      <tetrahedron index="29132" v0="5880" v1="6098" v2="6674" v3="6707" />
+      <tetrahedron index="29133" v0="3619" v1="3620" v2="4766" v3="6498" />
+      <tetrahedron index="29134" v0="3680" v1="3681" v2="4144" v3="5673" />
+      <tetrahedron index="29135" v0="3457" v1="3764" v2="3886" v3="6087" />
+      <tetrahedron index="29136" v0="4165" v1="4314" v2="5280" v3="5918" />
+      <tetrahedron index="29137" v0="3231" v1="3613" v2="4709" v3="5158" />
+      <tetrahedron index="29138" v0="3734" v1="5059" v2="5613" v3="6035" />
+      <tetrahedron index="29139" v0="4278" v1="4279" v2="5388" v3="6040" />
+      <tetrahedron index="29140" v0="5805" v1="6570" v2="6588" v3="6910" />
+      <tetrahedron index="29141" v0="5024" v1="5548" v2="6219" v3="6573" />
+      <tetrahedron index="29142" v0="3361" v1="5312" v2="5671" v3="6344" />
+      <tetrahedron index="29143" v0="5310" v1="5952" v2="6561" v3="6874" />
+      <tetrahedron index="29144" v0="3465" v1="3801" v2="4697" v3="5469" />
+      <tetrahedron index="29145" v0="4904" v1="5458" v2="6122" v3="6689" />
+      <tetrahedron index="29146" v0="5305" v1="5941" v2="6550" v3="6580" />
+      <tetrahedron index="29147" v0="6408" v1="6409" v2="6842" v3="6987" />
+      <tetrahedron index="29148" v0="4984" v1="5905" v2="6540" v3="6700" />
+      <tetrahedron index="29149" v0="3950" v1="4233" v2="5077" v3="6454" />
+      <tetrahedron index="29150" v0="5084" v1="5093" v2="5677" v3="5767" />
+      <tetrahedron index="29151" v0="4722" v1="5274" v2="5276" v3="5914" />
+      <tetrahedron index="29152" v0="5081" v1="5656" v2="6333" v3="6817" />
+      <tetrahedron index="29153" v0="3797" v1="4484" v2="5255" v3="6215" />
+      <tetrahedron index="29154" v0="4763" v1="5144" v2="5145" v3="6404" />
+      <tetrahedron index="29155" v0="4933" v1="5329" v2="5330" v3="5734" />
+      <tetrahedron index="29156" v0="3494" v1="3616" v2="3875" v3="5865" />
+      <tetrahedron index="29157" v0="4870" v1="5043" v2="5162" v3="5732" />
+      <tetrahedron index="29158" v0="3747" v1="4512" v2="5333" v3="6133" />
+      <tetrahedron index="29159" v0="3274" v1="3792" v2="5726" v3="5727" />
+      <tetrahedron index="29160" v0="3695" v1="4758" v2="5095" v3="5970" />
+      <tetrahedron index="29161" v0="3934" v1="5239" v2="5868" v3="6919" />
+      <tetrahedron index="29162" v0="3810" v1="3811" v2="3812" v3="5786" />
+      <tetrahedron index="29163" v0="4877" v1="5496" v2="5885" v3="6447" />
+      <tetrahedron index="29164" v0="5063" v1="5906" v2="6111" v3="6534" />
+      <tetrahedron index="29165" v0="3474" v1="3475" v2="5117" v3="5892" />
+      <tetrahedron index="29166" v0="4088" v1="4320" v2="5806" v3="6457" />
+      <tetrahedron index="29167" v0="3233" v1="3345" v2="5163" v3="5776" />
+      <tetrahedron index="29168" v0="4875" v1="5396" v2="5402" v3="6060" />
+      <tetrahedron index="29169" v0="3518" v1="4711" v2="4814" v3="5752" />
+      <tetrahedron index="29170" v0="3331" v1="3632" v2="4588" v3="5354" />
+      <tetrahedron index="29171" v0="3315" v1="5559" v2="6509" v3="6510" />
+      <tetrahedron index="29172" v0="4872" v1="5648" v2="6326" v3="6327" />
+      <tetrahedron index="29173" v0="4033" v1="4587" v2="4838" v3="6470" />
+      <tetrahedron index="29174" v0="3742" v1="4097" v2="4448" v3="5923" />
+      <tetrahedron index="29175" v0="3263" v1="3891" v2="5015" v3="5504" />
+      <tetrahedron index="29176" v0="3307" v1="4602" v2="4787" v3="6478" />
+      <tetrahedron index="29177" v0="5147" v1="5744" v2="5939" v3="6317" />
+      <tetrahedron index="29178" v0="3259" v1="3973" v2="4865" v3="5011" />
+      <tetrahedron index="29179" v0="5057" v1="6004" v2="6603" v3="6917" />
+      <tetrahedron index="29180" v0="4182" v1="4217" v2="4791" v3="5085" />
+      <tetrahedron index="29181" v0="3942" v1="4001" v2="4176" v3="6332" />
+      <tetrahedron index="29182" v0="4215" v1="4344" v2="5178" v3="5789" />
+      <tetrahedron index="29183" v0="3850" v1="4127" v2="4240" v3="6529" />
+      <tetrahedron index="29184" v0="3735" v1="5182" v2="5608" v3="5696" />
+      <tetrahedron index="29185" v0="3263" v1="5001" v2="5455" v3="5623" />
+      <tetrahedron index="29186" v0="3714" v1="3715" v2="5374" v3="6024" />
+      <tetrahedron index="29187" v0="3959" v1="4632" v2="5164" v3="5468" />
+      <tetrahedron index="29188" v0="3647" v1="3648" v2="5369" v3="6020" />
+      <tetrahedron index="29189" v0="4440" v1="4656" v2="4792" v3="5490" />
+      <tetrahedron index="29190" v0="4893" v1="4988" v2="5219" v3="5835" />
+      <tetrahedron index="29191" v0="4965" v1="5847" v2="5849" v3="6498" />
+      <tetrahedron index="29192" v0="3979" v1="5770" v2="6147" v3="6859" />
+      <tetrahedron index="29193" v0="4766" v1="5224" v2="5849" v3="6498" />
+      <tetrahedron index="29194" v0="3941" v1="4673" v2="4803" v3="5655" />
+      <tetrahedron index="29195" v0="4884" v1="5192" v2="5811" v3="6209" />
+      <tetrahedron index="29196" v0="4729" v1="5233" v2="5234" v3="5857" />
+      <tetrahedron index="29197" v0="4375" v1="4721" v2="4733" v3="5731" />
+      <tetrahedron index="29198" v0="4855" v1="5483" v2="6065" v3="6392" />
+      <tetrahedron index="29199" v0="3768" v1="3769" v2="5854" v3="6501" />
+      <tetrahedron index="29200" v0="3254" v1="3255" v2="6021" v3="6618" />
+      <tetrahedron index="29201" v0="5342" v1="5988" v2="6773" v3="7006" />
+      <tetrahedron index="29202" v0="5996" v1="6407" v2="6839" v3="6848" />
+      <tetrahedron index="29203" v0="3674" v1="4593" v2="5834" v3="5855" />
+      <tetrahedron index="29204" v0="3950" v1="4335" v2="5018" v3="5739" />
+      <tetrahedron index="29205" v0="4120" v1="5553" v2="6226" v3="6770" />
+      <tetrahedron index="29206" v0="3805" v1="3938" v2="4386" v3="5968" />
+      <tetrahedron index="29207" v0="4401" v1="4402" v2="4403" v3="5136" />
+      <tetrahedron index="29208" v0="6053" v1="6703" v2="6864" v3="6931" />
+      <tetrahedron index="29209" v0="6009" v1="6506" v2="6605" v3="6610" />
+      <tetrahedron index="29210" v0="4910" v1="5259" v2="5568" v3="6241" />
+      <tetrahedron index="29211" v0="4304" v1="4541" v2="4542" v3="5440" />
+      <tetrahedron index="29212" v0="6292" v1="6639" v2="6773" v3="6931" />
+      <tetrahedron index="29213" v0="3366" v1="5106" v2="5692" v3="6518" />
+      <tetrahedron index="29214" v0="5405" v1="5618" v2="6294" v3="6705" />
+      <tetrahedron index="29215" v0="3338" v1="5335" v2="5765" v3="5979" />
+      <tetrahedron index="29216" v0="4974" v1="5404" v2="6061" v3="6064" />
+      <tetrahedron index="29217" v0="3770" v1="3771" v2="4107" v3="6378" />
+      <tetrahedron index="29218" v0="3695" v1="3908" v2="4758" v3="5095" />
+      <tetrahedron index="29219" v0="5341" v1="5985" v2="5987" v3="6581" />
+      <tetrahedron index="29220" v0="3996" v1="4004" v2="4483" v3="5140" />
+      <tetrahedron index="29221" v0="3935" v1="4499" v2="5071" v3="5645" />
+      <tetrahedron index="29222" v0="3386" v1="5128" v2="5726" v3="5727" />
+      <tetrahedron index="29223" v0="4986" v1="6421" v2="6645" v3="6878" />
+      <tetrahedron index="29224" v0="3301" v1="3302" v2="3966" v3="5055" />
+      <tetrahedron index="29225" v0="3268" v1="3269" v2="3379" v3="5038" />
+      <tetrahedron index="29226" v0="3343" v1="4207" v2="5160" v3="5771" />
+      <tetrahedron index="29227" v0="3625" v1="3626" v2="3724" v3="5275" />
+      <tetrahedron index="29228" v0="4112" v1="4648" v2="4783" v3="5360" />
+      <tetrahedron index="29229" v0="4088" v1="4320" v2="4725" v3="5806" />
+      <tetrahedron index="29230" v0="3586" v1="4658" v2="5302" v3="6037" />
+      <tetrahedron index="29231" v0="3908" v1="3909" v2="4490" v3="5271" />
+      <tetrahedron index="29232" v0="3479" v1="4702" v2="5312" v3="5824" />
+      <tetrahedron index="29233" v0="3330" v1="4440" v2="4572" v3="6152" />
+      <tetrahedron index="29234" v0="3658" v1="4269" v2="5088" v3="5795" />
+      <tetrahedron index="29235" v0="4066" v1="4763" v2="5145" v3="6405" />
+      <tetrahedron index="29236" v0="3553" v1="3700" v2="4681" v3="4935" />
+      <tetrahedron index="29237" v0="3577" v1="4616" v2="4743" v3="5496" />
+      <tetrahedron index="29238" v0="4489" v1="5197" v2="5907" v3="6541" />
+      <tetrahedron index="29239" v0="3791" v1="4066" v2="4888" v3="6405" />
+      <tetrahedron index="29240" v0="4147" v1="5526" v2="5549" v3="5795" />
+      <tetrahedron index="29241" v0="5016" v1="5530" v2="6203" v3="6857" />
+      <tetrahedron index="29242" v0="3659" v1="3660" v2="5526" v3="5795" />
+      <tetrahedron index="29243" v0="4923" v1="5301" v2="5833" v3="5940" />
+      <tetrahedron index="29244" v0="4901" v1="5132" v2="5870" v3="6506" />
+      <tetrahedron index="29245" v0="5039" v1="5576" v2="6252" v3="6771" />
+      <tetrahedron index="29246" v0="3425" v1="4517" v2="4550" v3="5017" />
+      <tetrahedron index="29247" v0="4338" v1="5631" v2="6553" v3="6555" />
+      <tetrahedron index="29248" v0="4112" v1="5360" v2="6013" v3="6229" />
+      <tetrahedron index="29249" v0="4174" v1="4769" v2="5263" v3="5898" />
+      <tetrahedron index="29250" v0="4854" v1="5763" v2="6550" v3="6551" />
+      <tetrahedron index="29251" v0="4041" v1="4788" v2="5565" v3="5831" />
+      <tetrahedron index="29252" v0="3428" v1="4172" v2="4173" v3="4369" />
+      <tetrahedron index="29253" v0="3737" v1="4062" v2="4575" v3="5146" />
+      <tetrahedron index="29254" v0="4549" v1="4791" v2="5847" v3="6497" />
+      <tetrahedron index="29255" v0="5194" v1="5814" v2="6470" v3="6868" />
+      <tetrahedron index="29256" v0="3871" v1="3902" v2="4859" v3="5151" />
+      <tetrahedron index="29257" v0="4238" v1="4239" v2="6324" v3="6698" />
+      <tetrahedron index="29258" v0="5167" v1="6804" v2="6843" v3="6988" />
+      <tetrahedron index="29259" v0="3279" v1="3280" v2="3286" v3="6058" />
+      <tetrahedron index="29260" v0="4873" v1="6627" v2="6628" v3="6786" />
+      <tetrahedron index="29261" v0="3956" v1="4241" v2="4306" v3="5732" />
+      <tetrahedron index="29262" v0="3928" v1="3996" v2="4359" v3="5096" />
+      <tetrahedron index="29263" v0="5183" v1="5185" v2="5548" v3="5798" />
+      <tetrahedron index="29264" v0="4323" v1="4325" v2="5304" v3="5306" />
+      <tetrahedron index="29265" v0="3433" v1="3649" v2="5370" v3="5408" />
+      <tetrahedron index="29266" v0="4907" v1="5251" v2="5564" v3="6237" />
+      <tetrahedron index="29267" v0="5191" v1="6040" v2="6745" v3="6969" />
+      <tetrahedron index="29268" v0="5052" v1="5566" v2="6239" v3="6760" />
+      <tetrahedron index="29269" v0="4977" v1="5644" v2="6321" v3="6441" />
+      <tetrahedron index="29270" v0="5876" v1="5877" v2="6180" v3="6516" />
+      <tetrahedron index="29271" v0="3662" v1="4560" v2="5127" v3="6391" />
+      <tetrahedron index="29272" v0="4135" v1="4657" v2="5184" v3="5969" />
+      <tetrahedron index="29273" v0="3634" v1="3844" v2="5773" v3="6437" />
+      <tetrahedron index="29274" v0="3728" v1="4135" v2="4657" v3="5969" />
+      <tetrahedron index="29275" v0="4221" v1="4729" v2="5234" v3="5856" />
+      <tetrahedron index="29276" v0="3826" v1="4606" v2="5240" v3="5869" />
+      <tetrahedron index="29277" v0="4910" v1="5263" v2="5894" v3="6533" />
+      <tetrahedron index="29278" v0="4953" v1="6623" v2="6745" v3="6969" />
+      <tetrahedron index="29279" v0="4136" v1="4381" v2="4431" v3="6091" />
+      <tetrahedron index="29280" v0="5027" v1="6233" v2="6234" v3="6431" />
+      <tetrahedron index="29281" v0="5111" v1="5796" v2="6452" v3="6739" />
+      <tetrahedron index="29282" v0="3350" v1="3584" v2="5418" v3="6076" />
+      <tetrahedron index="29283" v0="4864" v1="5996" v2="6220" v3="6419" />
+      <tetrahedron index="29284" v0="3418" v1="4274" v2="5228" v3="5852" />
+      <tetrahedron index="29285" v0="4232" v1="4344" v2="4391" v3="5178" />
+      <tetrahedron index="29286" v0="3549" v1="4062" v2="4684" v3="5939" />
+      <tetrahedron index="29287" v0="4644" v1="4645" v2="4646" v3="5174" />
+      <tetrahedron index="29288" v0="5507" v1="6171" v2="6594" v3="6723" />
+      <tetrahedron index="29289" v0="5037" v1="6456" v2="6767" v3="6903" />
+      <tetrahedron index="29290" v0="3488" v1="3489" v2="3763" v3="6617" />
+      <tetrahedron index="29291" v0="3546" v1="5418" v2="5419" v3="6077" />
+      <tetrahedron index="29292" v0="3590" v1="5100" v2="5685" v3="6357" />
+      <tetrahedron index="29293" v0="3447" v1="3449" v2="4245" v3="6376" />
+      <tetrahedron index="29294" v0="4280" v1="4432" v2="5139" v3="5703" />
+      <tetrahedron index="29295" v0="4850" v1="6290" v2="6783" v3="6862" />
+      <tetrahedron index="29296" v0="4938" v1="5347" v2="6270" v3="6272" />
+      <tetrahedron index="29297" v0="5255" v1="5888" v2="6360" v3="6813" />
+      <tetrahedron index="29298" v0="4968" v1="5788" v2="6448" v3="6663" />
+      <tetrahedron index="29299" v0="5104" v1="5689" v2="5899" v3="6531" />
+      <tetrahedron index="29300" v0="3826" v1="5056" v2="5240" v3="5869" />
+      <tetrahedron index="29301" v0="5699" v1="5825" v2="6370" v3="6371" />
+      <tetrahedron index="29302" v0="5015" v1="5504" v2="6116" v3="6167" />
+      <tetrahedron index="29303" v0="5022" v1="5258" v2="5544" v3="5892" />
+      <tetrahedron index="29304" v0="4975" v1="5865" v2="6507" v3="6509" />
+      <tetrahedron index="29305" v0="4993" v1="5486" v2="6135" v3="6149" />
+      <tetrahedron index="29306" v0="5310" v1="6054" v2="6561" v3="6874" />
+      <tetrahedron index="29307" v0="4605" v1="4625" v2="4666" v3="5597" />
+      <tetrahedron index="29308" v0="4381" v1="4430" v2="4431" v3="5435" />
+      <tetrahedron index="29309" v0="4008" v1="5048" v2="5501" v3="6455" />
+      <tetrahedron index="29310" v0="4898" v1="5066" v2="5657" v3="5658" />
+      <tetrahedron index="29311" v0="3662" v1="4138" v2="4560" v3="5127" />
+      <tetrahedron index="29312" v0="4637" v1="5278" v2="5862" v3="5918" />
+      <tetrahedron index="29313" v0="3520" v1="6410" v2="6414" v3="6870" />
+      <tetrahedron index="29314" v0="3514" v1="4465" v2="5635" v3="6038" />
+      <tetrahedron index="29315" v0="5066" v1="5082" v2="5657" v3="5658" />
+      <tetrahedron index="29316" v0="3989" v1="3990" v2="4255" v3="5100" />
+      <tetrahedron index="29317" v0="3819" v1="3864" v2="4511" v3="5371" />
+      <tetrahedron index="29318" v0="3635" v1="5181" v2="5791" v3="6449" />
+      <tetrahedron index="29319" v0="4893" v1="5055" v2="5686" v3="5834" />
+      <tetrahedron index="29320" v0="4930" v1="5503" v2="6100" v3="6168" />
+      <tetrahedron index="29321" v0="5010" v1="5632" v2="6195" v3="6310" />
+      <tetrahedron index="29322" v0="3553" v1="3700" v2="5030" v3="5563" />
+      <tetrahedron index="29323" v0="3902" v1="5068" v2="5638" v3="6315" />
+      <tetrahedron index="29324" v0="3530" v1="4278" v2="6410" v3="6619" />
+      <tetrahedron index="29325" v0="3718" v1="4075" v2="4289" v3="5691" />
+      <tetrahedron index="29326" v0="3298" v1="3674" v2="4593" v3="5834" />
+      <tetrahedron index="29327" v0="4418" v1="4426" v2="4530" v3="6452" />
+      <tetrahedron index="29328" v0="4927" v1="5312" v2="6343" v3="6344" />
+      <tetrahedron index="29329" v0="5809" v1="6622" v2="6737" v3="6921" />
+      <tetrahedron index="29330" v0="3610" v1="5122" v2="5198" v3="5818" />
+      <tetrahedron index="29331" v0="3289" v1="3376" v2="3378" v3="5735" />
+      <tetrahedron index="29332" v0="3317" v1="3560" v2="5162" v3="5642" />
+      <tetrahedron index="29333" v0="3443" v1="3477" v2="5199" v3="5791" />
+      <tetrahedron index="29334" v0="3705" v1="3984" v2="4019" v3="5851" />
+      <tetrahedron index="29335" v0="5223" v1="5478" v2="6141" v3="6779" />
+      <tetrahedron index="29336" v0="6301" v1="6673" v2="6890" v3="6944" />
+      <tetrahedron index="29337" v0="3725" v1="3726" v2="4487" v3="5126" />
+      <tetrahedron index="29338" v0="3676" v1="3848" v2="3849" v3="5297" />
+      <tetrahedron index="29339" v0="3865" v1="3997" v2="5410" v3="5586" />
+      <tetrahedron index="29340" v0="4862" v1="5010" v2="6193" v3="6312" />
+      <tetrahedron index="29341" v0="4653" v1="4699" v2="5957" v3="6346" />
+      <tetrahedron index="29342" v0="5127" v1="5725" v2="6467" v3="6973" />
+      <tetrahedron index="29343" v0="4928" v1="6079" v2="6566" v3="6851" />
+      <tetrahedron index="29344" v0="4583" v1="4708" v2="5646" v3="6341" />
+      <tetrahedron index="29345" v0="5091" v1="5713" v2="5791" v3="6384" />
+      <tetrahedron index="29346" v0="3266" v1="3270" v2="3277" v3="6064" />
+      <tetrahedron index="29347" v0="4159" v1="4237" v2="5073" v3="5650" />
+      <tetrahedron index="29348" v0="4933" v1="5045" v2="5125" v3="5331" />
+      <tetrahedron index="29349" v0="4538" v1="4757" v2="5335" v3="5765" />
+      <tetrahedron index="29350" v0="4562" v1="4564" v2="4811" v3="5537" />
+      <tetrahedron index="29351" v0="5392" v1="6048" v2="6051" v3="6631" />
+      <tetrahedron index="29352" v0="3563" v1="5122" v2="5674" v3="5818" />
+      <tetrahedron index="29353" v0="3241" v1="5272" v2="5273" v3="5911" />
+      <tetrahedron index="29354" v0="4497" v1="4536" v2="5689" v3="6531" />
+      <tetrahedron index="29355" v0="3521" v1="3523" v2="3524" v3="6009" />
+      <tetrahedron index="29356" v0="4921" v1="5089" v2="5295" v3="6826" />
+      <tetrahedron index="29357" v0="4975" v1="5559" v2="5775" v3="6507" />
+      <tetrahedron index="29358" v0="3999" v1="4461" v2="4463" v3="5121" />
+      <tetrahedron index="29359" v0="3933" v1="5241" v2="5609" v3="5868" />
+      <tetrahedron index="29360" v0="3770" v1="3771" v2="3772" v3="6378" />
+      <tetrahedron index="29361" v0="5269" v1="5904" v2="6073" v3="6893" />
+      <tetrahedron index="29362" v0="3418" v1="5228" v2="5229" v3="5852" />
+      <tetrahedron index="29363" v0="3891" v1="4249" v2="5508" v3="5529" />
+      <tetrahedron index="29364" v0="4342" v1="5041" v2="5116" v3="5514" />
+      <tetrahedron index="29365" v0="5321" v1="5322" v2="5796" v3="6452" />
+      <tetrahedron index="29366" v0="4235" v1="4236" v2="5545" v3="6215" />
+      <tetrahedron index="29367" v0="4868" v1="5158" v2="6137" v3="6138" />
+      <tetrahedron index="29368" v0="3437" v1="3605" v2="3606" v3="5328" />
+      <tetrahedron index="29369" v0="4849" v1="6170" v2="6407" v3="6963" />
+      <tetrahedron index="29370" v0="4744" v1="5350" v2="5352" v3="6003" />
+      <tetrahedron index="29371" v0="4358" v1="4496" v2="4535" v3="5263" />
+      <tetrahedron index="29372" v0="5470" v1="6149" v2="6681" v3="6953" />
+      <tetrahedron index="29373" v0="4180" v1="4444" v2="4506" v3="6192" />
+      <tetrahedron index="29374" v0="4658" v1="5302" v2="5387" v3="5638" />
+      <tetrahedron index="29375" v0="3505" v1="3858" v2="5410" v3="6070" />
+      <tetrahedron index="29376" v0="3695" v1="3696" v2="3828" v3="5273" />
+      <tetrahedron index="29377" v0="3728" v1="4178" v2="4272" v3="5969" />
+      <tetrahedron index="29378" v0="3919" v1="4452" v2="5281" v3="6544" />
+      <tetrahedron index="29379" v0="3245" v1="5454" v2="5621" v3="6296" />
+      <tetrahedron index="29380" v0="4620" v1="4888" v2="5963" v3="6405" />
+      <tetrahedron index="29381" v0="3435" v1="5409" v2="6069" v3="6070" />
+      <tetrahedron index="29382" v0="4291" v1="4533" v2="4613" v3="5541" />
+      <tetrahedron index="29383" v0="4930" v1="6675" v2="6719" v3="6720" />
+      <tetrahedron index="29384" v0="5621" v1="6115" v2="6296" v3="6795" />
+      <tetrahedron index="29385" v0="4975" v1="5162" v2="5559" v3="5775" />
+      <tetrahedron index="29386" v0="3444" v1="5324" v2="5970" v3="6575" />
+      <tetrahedron index="29387" v0="4549" v1="5224" v2="5847" v3="6497" />
+      <tetrahedron index="29388" v0="5032" v1="5071" v2="5647" v3="5887" />
+      <tetrahedron index="29389" v0="5269" v1="6073" v2="6539" v3="6653" />
+      <tetrahedron index="29390" v0="4713" v1="4752" v2="4753" v3="5478" />
+      <tetrahedron index="29391" v0="4880" v1="5184" v2="5548" v3="5796" />
+      <tetrahedron index="29392" v0="4862" v1="6193" v2="6310" v3="6554" />
+      <tetrahedron index="29393" v0="3385" v1="5169" v2="6515" v3="6889" />
+      <tetrahedron index="29394" v0="3769" v1="5101" v2="5687" v3="6501" />
+      <tetrahedron index="29395" v0="5045" v1="5331" v2="6069" v3="6070" />
+      <tetrahedron index="29396" v0="4474" v1="4798" v2="4799" v3="5525" />
+      <tetrahedron index="29397" v0="3268" v1="4906" v2="5038" v3="5406" />
+      <tetrahedron index="29398" v0="4242" v1="4748" v2="5269" v3="6015" />
+      <tetrahedron index="29399" v0="4632" v1="5164" v2="5468" v3="5597" />
+      <tetrahedron index="29400" v0="4991" v1="5482" v2="5588" v3="6260" />
+      <tetrahedron index="29401" v0="5310" v1="6261" v2="6637" v3="6874" />
+      <tetrahedron index="29402" v0="4933" v1="5329" v2="5585" v3="5734" />
+      <tetrahedron index="29403" v0="3629" v1="3630" v2="3631" v3="5251" />
+      <tetrahedron index="29404" v0="3890" v1="3891" v2="4249" v3="5529" />
+      <tetrahedron index="29405" v0="4856" v1="4956" v2="5587" v3="6259" />
+      <tetrahedron index="29406" v0="4943" v1="5360" v2="5362" v3="6012" />
+      <tetrahedron index="29407" v0="5039" v1="5577" v2="5967" v3="6573" />
+      <tetrahedron index="29408" v0="3770" v1="4328" v2="5321" v3="5708" />
+      <tetrahedron index="29409" v0="3297" v1="4475" v2="4476" v3="6483" />
+      <tetrahedron index="29410" v0="4120" v1="4171" v2="4761" v3="5553" />
+      <tetrahedron index="29411" v0="3492" v1="3572" v2="3627" v3="5262" />
+      <tetrahedron index="29412" v0="3239" v1="3241" v2="5272" v3="5909" />
+      <tetrahedron index="29413" v0="5024" v1="5548" v2="5796" v3="5967" />
+      <tetrahedron index="29414" v0="5515" v1="5516" v2="6181" v3="6413" />
+      <tetrahedron index="29415" v0="5363" v1="6016" v2="6613" v3="6920" />
+      <tetrahedron index="29416" v0="4916" v1="5279" v2="5281" v3="5923" />
+      <tetrahedron index="29417" v0="5264" v1="5895" v2="5899" v3="6531" />
+      <tetrahedron index="29418" v0="3438" v1="3439" v2="3458" v3="5608" />
+      <tetrahedron index="29419" v0="4869" v1="6252" v2="6434" v3="6836" />
+      <tetrahedron index="29420" v0="4200" v1="5378" v2="5379" v3="5555" />
+      <tetrahedron index="29421" v0="4859" v1="5638" v2="6037" v3="6315" />
+      <tetrahedron index="29422" v0="4938" v1="5994" v2="6585" v3="6940" />
+      <tetrahedron index="29423" v0="4923" v1="5636" v2="5744" v3="6317" />
+      <tetrahedron index="29424" v0="5613" v1="5614" v2="6286" v3="6679" />
+      <tetrahedron index="29425" v0="4133" v1="4556" v2="4810" v3="5426" />
+      <tetrahedron index="29426" v0="4071" v1="4315" v2="4657" v3="5499" />
+      <tetrahedron index="29427" v0="3935" v1="5071" v2="5645" v3="6683" />
+      <tetrahedron index="29428" v0="4976" v1="5512" v2="6176" v3="6798" />
+      <tetrahedron index="29429" v0="5707" v1="5709" v2="5968" v3="6379" />
+      <tetrahedron index="29430" v0="3455" v1="5825" v2="6370" v3="6371" />
+      <tetrahedron index="29431" v0="4246" v1="4247" v2="5497" v3="6161" />
+      <tetrahedron index="29432" v0="5088" v1="5526" v2="5594" v3="5668" />
+      <tetrahedron index="29433" v0="5609" v1="5867" v2="5868" v3="6510" />
+      <tetrahedron index="29434" v0="4331" v1="4333" v2="4505" v3="5429" />
+      <tetrahedron index="29435" v0="3267" v1="3268" v2="3270" v3="4959" />
+      <tetrahedron index="29436" v0="4497" v1="4842" v2="5689" v3="6531" />
+      <tetrahedron index="29437" v0="3259" v1="3973" v2="3975" v3="5046" />
+      <tetrahedron index="29438" v0="5040" v1="5171" v2="5578" v3="5581" />
+      <tetrahedron index="29439" v0="5036" v1="6051" v2="6631" v3="6632" />
+      <tetrahedron index="29440" v0="4602" v1="4787" v2="6364" v3="6478" />
+      <tetrahedron index="29441" v0="4243" v1="4664" v2="4665" v3="5610" />
+      <tetrahedron index="29442" v0="5403" v1="5445" v2="6444" v3="6445" />
+      <tetrahedron index="29443" v0="6043" v1="6622" v2="6624" v3="6737" />
+      <tetrahedron index="29444" v0="5534" v1="5802" v2="6206" v3="6454" />
+      <tetrahedron index="29445" v0="3397" v1="4015" v2="4181" v3="5629" />
+      <tetrahedron index="29446" v0="4271" v1="4566" v2="4639" v3="5375" />
+      <tetrahedron index="29447" v0="4483" v1="4516" v2="5694" v3="6400" />
+      <tetrahedron index="29448" v0="5048" v1="5118" v2="5706" v3="6352" />
+      <tetrahedron index="29449" v0="3474" v1="4235" v2="5545" v3="5688" />
+      <tetrahedron index="29450" v0="5025" v1="5474" v2="5551" v3="6954" />
+      <tetrahedron index="29451" v0="3980" v1="4671" v2="5843" v3="6491" />
+      <tetrahedron index="29452" v0="3712" v1="3741" v2="5533" v3="6057" />
+      <tetrahedron index="29453" v0="4971" v1="5440" v2="6708" v3="6956" />
+      <tetrahedron index="29454" v0="5470" v1="6135" v2="6699" v3="6953" />
+      <tetrahedron index="29455" v0="3450" v1="5242" v2="6512" v3="6802" />
+      <tetrahedron index="29456" v0="3274" v1="3275" v2="3276" v3="3279" />
+      <tetrahedron index="29457" v0="5025" v1="5474" v2="5551" v3="6220" />
+      <tetrahedron index="29458" v0="4645" v1="4646" v2="5886" v3="6526" />
+      <tetrahedron index="29459" v0="3425" v1="3515" v2="3516" v3="5017" />
+      <tetrahedron index="29460" v0="4287" v1="4432" v2="5703" v3="6335" />
+      <tetrahedron index="29461" v0="4870" v1="5028" v2="5609" v3="5641" />
+      <tetrahedron index="29462" v0="4868" v1="5660" v2="5767" v3="6832" />
+      <tetrahedron index="29463" v0="4612" v1="4620" v2="5145" v3="5963" />
+      <tetrahedron index="29464" v0="4958" v1="5230" v2="5690" v3="6339" />
+      <tetrahedron index="29465" v0="5403" v1="5443" v2="5524" v3="6103" />
+      <tetrahedron index="29466" v0="3565" v1="5091" v2="5674" v3="5715" />
+      <tetrahedron index="29467" v0="3231" v1="5158" v2="5471" v3="5472" />
+      <tetrahedron index="29468" v0="3390" v1="5118" v2="5706" v3="6351" />
+      <tetrahedron index="29469" v0="4309" v1="5076" v2="5653" v3="5914" />
+      <tetrahedron index="29470" v0="4226" v1="4500" v2="5074" v3="6022" />
+      <tetrahedron index="29471" v0="3645" v1="3646" v2="5252" v3="6240" />
+      <tetrahedron index="29472" v0="4624" v1="4793" v2="5649" v3="6151" />
+      <tetrahedron index="29473" v0="3331" v1="3469" v2="4588" v3="5354" />
+      <tetrahedron index="29474" v0="4268" v1="4629" v2="4630" v3="5475" />
+      <tetrahedron index="29475" v0="4126" v1="4467" v2="5009" v3="6191" />
+      <tetrahedron index="29476" v0="5007" v1="5533" v2="5535" v3="6835" />
+      <tetrahedron index="29477" v0="4928" v1="5317" v2="5960" v3="6082" />
+      <tetrahedron index="29478" v0="3325" v1="3793" v2="3817" v3="5787" />
+      <tetrahedron index="29479" v0="4318" v1="4661" v2="5216" v3="5479" />
+      <tetrahedron index="29480" v0="4727" v1="5325" v2="5712" v3="6381" />
+      <tetrahedron index="29481" v0="3305" v1="3970" v2="5034" v3="5721" />
+      <tetrahedron index="29482" v0="4938" v1="5991" v2="6585" v3="6908" />
+      <tetrahedron index="29483" v0="3333" v1="3334" v2="3335" v3="6205" />
+      <tetrahedron index="29484" v0="4966" v1="5421" v2="5423" v3="6660" />
+      <tetrahedron index="29485" v0="4585" v1="4775" v2="5393" v3="6048" />
+      <tetrahedron index="29486" v0="3502" v1="4982" v2="5982" v3="6316" />
+      <tetrahedron index="29487" v0="4753" v1="6277" v2="6704" v3="6788" />
+      <tetrahedron index="29488" v0="3527" v1="3528" v2="4973" v3="5442" />
+      <tetrahedron index="29489" v0="4016" v1="4981" v2="5299" v3="5442" />
+      <tetrahedron index="29490" v0="4992" v1="5201" v2="5485" v3="5727" />
+      <tetrahedron index="29491" v0="3779" v1="4091" v2="4507" v3="5575" />
+      <tetrahedron index="29492" v0="4390" v1="4698" v2="6194" v3="6195" />
+      <tetrahedron index="29493" v0="4913" v1="5902" v2="6612" v3="6671" />
+      <tetrahedron index="29494" v0="5197" v1="6177" v2="6730" v3="6731" />
+      <tetrahedron index="29495" v0="4984" v1="5470" v2="5624" v3="6699" />
+      <tetrahedron index="29496" v0="5145" v1="5483" v2="5963" v3="6405" />
+      <tetrahedron index="29497" v0="3365" v1="4101" v2="4170" v3="5106" />
+      <tetrahedron index="29498" v0="3391" v1="4129" v2="4356" v3="5120" />
+      <tetrahedron index="29499" v0="4013" v1="4037" v2="4163" v3="5123" />
+      <tetrahedron index="29500" v0="5877" v1="6182" v2="6287" v3="6722" />
+      <tetrahedron index="29501" v0="5260" v1="5857" v2="5896" v3="5899" />
+      <tetrahedron index="29502" v0="4214" v1="5385" v2="5386" v3="5728" />
+      <tetrahedron index="29503" v0="4846" v1="5249" v2="5758" v3="5759" />
+      <tetrahedron index="29504" v0="3465" v1="4697" v2="4733" v3="5130" />
+      <tetrahedron index="29505" v0="4578" v1="4730" v2="5601" v3="6274" />
+      <tetrahedron index="29506" v0="4610" v1="5244" v2="6125" v3="6175" />
+      <tetrahedron index="29507" v0="4932" v1="5121" v2="5705" v3="5975" />
+      <tetrahedron index="29508" v0="4874" v1="6116" v2="6687" v3="6962" />
+      <tetrahedron index="29509" v0="6053" v1="6260" v2="6638" v3="6773" />
+      <tetrahedron index="29510" v0="3708" v1="4228" v2="5436" v3="6094" />
+      <tetrahedron index="29511" v0="4922" v1="4972" v2="5740" v3="6403" />
+      <tetrahedron index="29512" v0="3844" v1="4432" v2="5139" v3="5456" />
+      <tetrahedron index="29513" v0="4882" v1="5805" v2="5992" v3="7013" />
+      <tetrahedron index="29514" v0="3878" v1="4300" v2="4835" v3="6238" />
+      <tetrahedron index="29515" v0="5996" v1="6582" v2="6595" v3="6839" />
+      <tetrahedron index="29516" v0="4922" v1="5299" v2="5442" v3="6102" />
+      <tetrahedron index="29517" v0="3656" v1="3788" v2="4494" v3="5531" />
+      <tetrahedron index="29518" v0="4494" v1="4525" v2="4833" v3="5595" />
+      <tetrahedron index="29519" v0="4098" v1="5670" v2="6342" v3="6824" />
+      <tetrahedron index="29520" v0="5297" v1="5671" v2="5936" v3="6345" />
+      <tetrahedron index="29521" v0="4783" v1="5360" v2="5362" v3="6229" />
+      <tetrahedron index="29522" v0="3547" v1="4668" v2="4742" v3="5849" />
+      <tetrahedron index="29523" v0="3613" v1="3614" v2="5473" v3="5766" />
+      <tetrahedron index="29524" v0="5301" v1="5833" v2="5940" v3="6479" />
+      <tetrahedron index="29525" v0="4007" v1="4373" v2="5583" v3="6905" />
+      <tetrahedron index="29526" v0="4950" v1="5947" v2="6657" v3="6937" />
+      <tetrahedron index="29527" v0="6166" v1="6675" v2="6929" v3="6961" />
+      <tetrahedron index="29528" v0="5179" v1="5790" v2="5793" v3="6365" />
+      <tetrahedron index="29529" v0="4233" v1="5077" v2="5802" v3="6454" />
+      <tetrahedron index="29530" v0="5954" v1="6266" v2="6562" v3="6564" />
+      <tetrahedron index="29531" v0="3445" v1="3694" v2="3695" v3="5970" />
+      <tetrahedron index="29532" v0="4524" v1="4532" v2="5285" v3="5515" />
+      <tetrahedron index="29533" v0="4259" v1="5162" v2="5559" v3="5775" />
+      <tetrahedron index="29534" v0="3456" v1="5175" v2="5579" v3="6254" />
+      <tetrahedron index="29535" v0="5508" v1="5754" v2="6418" v3="6489" />
+      <tetrahedron index="29536" v0="4070" v1="4247" v2="4315" v3="6161" />
+      <tetrahedron index="29537" v0="4672" v1="5138" v2="5935" v3="6342" />
+      <tetrahedron index="29538" v0="3593" v1="3617" v2="3801" v3="5780" />
+      <tetrahedron index="29539" v0="4956" v1="5046" v2="5587" v3="6063" />
+      <tetrahedron index="29540" v0="3801" v1="5130" v2="5469" v3="5780" />
+      <tetrahedron index="29541" v0="3271" v1="3273" v2="5735" v3="6397" />
+      <tetrahedron index="29542" v0="4896" v1="5072" v2="5695" v3="6499" />
+      <tetrahedron index="29543" v0="3995" v1="4222" v2="5087" v3="5292" />
+      <tetrahedron index="29544" v0="5760" v1="6103" v2="6426" v3="6892" />
+      <tetrahedron index="29545" v0="4137" v1="4294" v2="5286" v3="5925" />
+      <tetrahedron index="29546" v0="6279" v1="6752" v2="6784" v3="6843" />
+      <tetrahedron index="29547" v0="4205" v1="4303" v2="4721" v3="5491" />
+      <tetrahedron index="29548" v0="4067" v1="5245" v2="6513" v3="6888" />
+      <tetrahedron index="29549" v0="3985" v1="4019" v2="5794" v3="5851" />
+      <tetrahedron index="29550" v0="3263" v1="3264" v2="5455" v3="5623" />
+      <tetrahedron index="29551" v0="4046" v1="5152" v2="5362" v3="6226" />
+      <tetrahedron index="29552" v0="3439" v1="3440" v2="3705" v3="5848" />
+      <tetrahedron index="29553" v0="3376" v1="3377" v2="3378" v3="5202" />
+      <tetrahedron index="29554" v0="3595" v1="3740" v2="5356" v3="6132" />
+      <tetrahedron index="29555" v0="6409" v1="6841" v2="6842" v3="6963" />
+      <tetrahedron index="29556" v0="5006" v1="5272" v2="5881" v3="6522" />
+      <tetrahedron index="29557" v0="3665" v1="4156" v2="5651" v3="6329" />
+      <tetrahedron index="29558" v0="3336" v1="5355" v2="5730" v3="5779" />
+      <tetrahedron index="29559" v0="4128" v1="4635" v2="4797" v3="5896" />
+      <tetrahedron index="29560" v0="3813" v1="3968" v2="4352" v3="5728" />
+      <tetrahedron index="29561" v0="4021" v1="5220" v2="5546" v3="6216" />
+      <tetrahedron index="29562" v0="4449" v1="4616" v2="4743" v3="4998" />
+      <tetrahedron index="29563" v0="4100" v1="4101" v2="4685" v3="5487" />
+      <tetrahedron index="29564" v0="3593" v1="3740" v2="3862" v3="5165" />
+      <tetrahedron index="29565" v0="3776" v1="3992" v2="5781" v3="6490" />
+      <tetrahedron index="29566" v0="4763" v1="5145" v2="6404" v3="6405" />
+      <tetrahedron index="29567" v0="4940" v1="5354" v2="5356" v3="5779" />
+      <tetrahedron index="29568" v0="4110" v1="5481" v2="6146" v3="6147" />
+      <tetrahedron index="29569" v0="5048" v1="5706" v2="6376" v3="6377" />
+      <tetrahedron index="29570" v0="3684" v1="3763" v2="3786" v3="5746" />
+      <tetrahedron index="29571" v0="3896" v1="5014" v2="5527" v3="5723" />
+      <tetrahedron index="29572" v0="4845" v1="6097" v2="6098" v3="6672" />
+      <tetrahedron index="29573" v0="3808" v1="3809" v2="4056" v3="5329" />
+      <tetrahedron index="29574" v0="3578" v1="3609" v2="4533" v3="6390" />
+      <tetrahedron index="29575" v0="3821" v1="3999" v2="4461" v3="5327" />
+      <tetrahedron index="29576" v0="3913" v1="3914" v2="3943" v3="5115" />
+      <tetrahedron index="29577" v0="3914" v1="3915" v2="4840" v3="5115" />
+      <tetrahedron index="29578" v0="3461" v1="4067" v2="4715" v3="5245" />
+      <tetrahedron index="29579" v0="5656" v1="5761" v2="6331" v3="6819" />
+      <tetrahedron index="29580" v0="4253" v1="4280" v2="4288" v3="5736" />
+      <tetrahedron index="29581" v0="3239" v1="3240" v2="3241" v3="5909" />
+      <tetrahedron index="29582" v0="3311" v1="4068" v2="4161" v3="5291" />
+      <tetrahedron index="29583" v0="3470" v1="4262" v2="5456" v3="5662" />
+      <tetrahedron index="29584" v0="3299" v1="3301" v2="3302" v3="5055" />
+      <tetrahedron index="29585" v0="5037" v1="5958" v2="6456" v3="6577" />
+      <tetrahedron index="29586" v0="5011" v1="5012" v2="5524" v3="5882" />
+      <tetrahedron index="29587" v0="4856" v1="4991" v2="6260" v3="6955" />
+      <tetrahedron index="29588" v0="5066" v1="5090" v2="5673" v3="6011" />
+      <tetrahedron index="29589" v0="3331" v1="3632" v2="5354" v3="6203" />
+      <tetrahedron index="29590" v0="3368" v1="4020" v2="4365" v3="6096" />
+      <tetrahedron index="29591" v0="4895" v1="6153" v2="6155" v3="6957" />
+      <tetrahedron index="29592" v0="3626" v1="5274" v2="5275" v3="5913" />
+      <tetrahedron index="29593" v0="4863" v1="5062" v2="6236" v3="6795" />
+      <tetrahedron index="29594" v0="5398" v1="5735" v2="6057" v3="6835" />
+      <tetrahedron index="29595" v0="3447" v1="3957" v2="6376" v3="6377" />
+      <tetrahedron index="29596" v0="4890" v1="5107" v2="5700" v3="6372" />
+      <tetrahedron index="29597" v0="3367" v1="3368" v2="3823" v3="5248" />
+      <tetrahedron index="29598" v0="4252" v1="4254" v2="4422" v3="6253" />
+      <tetrahedron index="29599" v0="4635" v1="4636" v2="5234" v3="5896" />
+      <tetrahedron index="29600" v0="5364" v1="5621" v2="6115" v3="6685" />
+      <tetrahedron index="29601" v0="3886" v1="4089" v2="4204" v3="6087" />
+      <tetrahedron index="29602" v0="5509" v1="5518" v2="6183" v3="6735" />
+      <tetrahedron index="29603" v0="5181" v1="5791" v2="5792" v3="6449" />
+      <tetrahedron index="29604" v0="3582" v1="3672" v2="4505" v3="5789" />
+      <tetrahedron index="29605" v0="4877" v1="5173" v2="5619" v3="5886" />
+      <tetrahedron index="29606" v0="3494" v1="5239" v2="5865" v3="6010" />
+      <tetrahedron index="29607" v0="4857" v1="4951" v2="5445" v3="6104" />
+      <tetrahedron index="29608" v0="3385" v1="3734" v2="5169" v3="6035" />
+      <tetrahedron index="29609" v0="4318" v1="4649" v2="5216" v3="6143" />
+      <tetrahedron index="29610" v0="3583" v1="4208" v2="4275" v3="5733" />
+      <tetrahedron index="29611" v0="4907" v1="4998" v2="5253" v3="6525" />
+      <tetrahedron index="29612" v0="4969" v1="5680" v2="6089" v3="6353" />
+      <tetrahedron index="29613" v0="3811" v1="3812" v2="3842" v3="5425" />
+      <tetrahedron index="29614" v0="3245" v1="3247" v2="3375" v3="5454" />
+      <tetrahedron index="29615" v0="4910" v1="5260" v2="5261" v3="5899" />
+      <tetrahedron index="29616" v0="3906" v1="4162" v2="5315" v3="5317" />
+      <tetrahedron index="29617" v0="3566" v1="3569" v2="4131" v3="6088" />
+      <tetrahedron index="29618" v0="4100" v1="4544" v2="4685" v3="5487" />
+      <tetrahedron index="29619" v0="3891" v1="4249" v2="4304" v3="5508" />
+      <tetrahedron index="29620" v0="4317" v1="5028" v2="5609" v3="5641" />
+      <tetrahedron index="29621" v0="4519" v1="4842" v2="5104" v3="6531" />
+      <tetrahedron index="29622" v0="4128" v1="4797" v2="5568" v3="5896" />
+      <tetrahedron index="29623" v0="3651" v1="4427" v2="4609" v3="6164" />
+      <tetrahedron index="29624" v0="3886" v1="4208" v2="5134" v3="5733" />
+      <tetrahedron index="29625" v0="5353" v1="5755" v2="6004" v3="6603" />
+      <tetrahedron index="29626" v0="5073" v1="5649" v2="5650" v3="6324" />
+      <tetrahedron index="29627" v0="4246" v1="5497" v2="5669" v3="6161" />
+      <tetrahedron index="29628" v0="4521" v1="5255" v2="5567" v3="5778" />
+      <tetrahedron index="29629" v0="3283" v1="5116" v2="5514" v3="5901" />
+      <tetrahedron index="29630" v0="4304" v1="4305" v2="5508" v3="5754" />
+      <tetrahedron index="29631" v0="5019" v1="5537" v2="5538" v3="6189" />
+      <tetrahedron index="29632" v0="4939" v1="5350" v2="5352" v3="6003" />
+      <tetrahedron index="29633" v0="4864" v1="5841" v2="6171" v3="6488" />
+      <tetrahedron index="29634" v0="3269" v1="4989" v2="5038" v3="5308" />
+      <tetrahedron index="29635" v0="4998" v1="5496" v2="5619" v3="5885" />
+      <tetrahedron index="29636" v0="5782" v1="6784" v2="6843" v3="6995" />
+      <tetrahedron index="29637" v0="4793" v1="5649" v2="6151" v3="6709" />
+      <tetrahedron index="29638" v0="5004" v1="5508" v2="6418" v3="6489" />
+      <tetrahedron index="29639" v0="3674" v1="4593" v2="5233" v3="5855" />
+      <tetrahedron index="29640" v0="4621" v1="4622" v2="4660" v3="5944" />
+      <tetrahedron index="29641" v0="5012" v1="5590" v2="6265" v3="6562" />
+      <tetrahedron index="29642" v0="4942" v1="5683" v2="5912" v3="6985" />
+      <tetrahedron index="29643" v0="3388" v1="4261" v2="4412" v3="5048" />
+      <tetrahedron index="29644" v0="4819" v1="4952" v2="5385" v3="5386" />
+      <tetrahedron index="29645" v0="3371" v1="3736" v2="3737" v3="5678" />
+      <tetrahedron index="29646" v0="5034" v1="5627" v2="5720" v3="6306" />
+      <tetrahedron index="29647" v0="5034" v1="5720" v2="5721" v3="6306" />
+      <tetrahedron index="29648" v0="3944" v1="4606" v2="5240" v3="5870" />
+      <tetrahedron index="29649" v0="5590" v1="6263" v2="6775" v3="6898" />
+      <tetrahedron index="29650" v0="6013" v1="6222" v2="6229" v3="6592" />
+      <tetrahedron index="29651" v0="4320" v1="4725" v2="5806" v3="6545" />
+      <tetrahedron index="29652" v0="3706" v1="3707" v2="4454" v3="5753" />
+      <tetrahedron index="29653" v0="4992" v1="5483" v2="5741" v3="6405" />
+      <tetrahedron index="29654" v0="4916" v1="5142" v2="5283" v3="5922" />
+      <tetrahedron index="29655" v0="4994" v1="5811" v2="6414" v3="6469" />
+      <tetrahedron index="29656" v0="5073" v1="5597" v2="5648" v3="6327" />
+      <tetrahedron index="29657" v0="3690" v1="4548" v2="5013" v3="6199" />
+      <tetrahedron index="29658" v0="3492" v1="3627" v2="4119" v3="6615" />
+      <tetrahedron index="29659" v0="4191" v1="4637" v2="4663" v3="5278" />
+      <tetrahedron index="29660" v0="3438" v1="3440" v2="5608" v3="5848" />
+      <tetrahedron index="29661" v0="5183" v1="5548" v2="5549" v3="6219" />
+      <tetrahedron index="29662" v0="4625" v1="4633" v2="5073" v3="5597" />
+      <tetrahedron index="29663" v0="5095" v1="5271" v2="5273" v3="5908" />
+      <tetrahedron index="29664" v0="5092" v1="5675" v2="5686" v3="5856" />
+      <tetrahedron index="29665" v0="4978" v1="5455" v2="6157" v3="6168" />
+      <tetrahedron index="29666" v0="5152" v1="5993" v2="6668" v3="6669" />
+      <tetrahedron index="29667" v0="5725" v1="6042" v2="6467" v3="6869" />
+      <tetrahedron index="29668" v0="4299" v1="4515" v2="5072" v3="5850" />
+      <tetrahedron index="29669" v0="3510" v1="3808" v2="3809" v3="5329" />
+      <tetrahedron index="29670" v0="3459" v1="5607" v2="6285" v3="6888" />
+      <tetrahedron index="29671" v0="3233" v1="3234" v2="3689" v3="6438" />
+      <tetrahedron index="29672" v0="4324" v1="4325" v2="5303" v3="5306" />
+      <tetrahedron index="29673" v0="3680" v1="4144" v2="4346" v3="5673" />
+      <tetrahedron index="29674" v0="5086" v1="5205" v2="5665" v3="6829" />
+      <tetrahedron index="29675" v0="4519" v1="5104" v2="5259" v3="6531" />
+      <tetrahedron index="29676" v0="3462" v1="3543" v2="3654" v3="4599" />
+      <tetrahedron index="29677" v0="4886" v1="5512" v2="6176" v3="7028" />
+      <tetrahedron index="29678" v0="3610" v1="3961" v2="3962" v3="5122" />
+      <tetrahedron index="29679" v0="5144" v1="5560" v2="5758" v3="6820" />
+      <tetrahedron index="29680" v0="3297" v1="4475" v2="5856" v3="6483" />
+      <tetrahedron index="29681" v0="3892" v1="4149" v2="4760" v3="6029" />
+      <tetrahedron index="29682" v0="3489" v1="5380" v2="6032" v3="6242" />
+      <tetrahedron index="29683" v0="3425" v1="3515" v2="5017" v3="5143" />
+      <tetrahedron index="29684" v0="4916" v1="5278" v2="5920" v3="5922" />
+      <tetrahedron index="29685" v0="4945" v1="5366" v2="5367" v3="6018" />
+      <tetrahedron index="29686" v0="5310" v1="6261" v2="6263" v3="6637" />
+      <tetrahedron index="29687" v0="3470" v1="5084" v2="5662" v3="5773" />
+      <tetrahedron index="29688" v0="4039" v1="4390" v2="4396" v3="5415" />
+      <tetrahedron index="29689" v0="3417" v1="3418" v2="4274" v3="5228" />
+      <tetrahedron index="29690" v0="4128" v1="4603" v2="5568" v3="5896" />
+      <tetrahedron index="29691" v0="3302" v1="3400" v2="3966" v3="5838" />
+      <tetrahedron index="29692" v0="4895" v1="5223" v2="5843" v3="6153" />
+      <tetrahedron index="29693" v0="3667" v1="5171" v2="5250" v3="6525" />
+      <tetrahedron index="29694" v0="3502" v1="3503" v2="4982" v3="5384" />
+      <tetrahedron index="29695" v0="3468" v1="5165" v2="5730" v3="5779" />
+      <tetrahedron index="29696" v0="4899" v1="5232" v2="5233" v3="5857" />
+      <tetrahedron index="29697" v0="3502" v1="3814" v2="4681" v3="5151" />
+      <tetrahedron index="29698" v0="4531" v1="4552" v2="5179" v3="6018" />
+      <tetrahedron index="29699" v0="4077" v1="4536" v2="5264" v3="5895" />
+      <tetrahedron index="29700" v0="4984" v1="5905" v2="6534" v3="6540" />
+      <tetrahedron index="29701" v0="4398" v1="5078" v2="5819" v3="5853" />
+      <tetrahedron index="29702" v0="3406" v1="4127" v2="5033" v3="5667" />
+      <tetrahedron index="29703" v0="3420" v1="4781" v2="5204" v3="5823" />
+      <tetrahedron index="29704" v0="5761" v1="6176" v2="6427" v3="6652" />
+      <tetrahedron index="29705" v0="3305" v1="3969" v2="4063" v3="5653" />
+      <tetrahedron index="29706" v0="4126" v1="4467" v2="5009" v3="6189" />
+      <tetrahedron index="29707" v0="4969" v1="5000" v2="5500" v3="5501" />
+      <tetrahedron index="29708" v0="3383" v1="3792" v2="5383" v3="5726" />
+      <tetrahedron index="29709" v0="5780" v1="6325" v2="6326" v3="6394" />
+      <tetrahedron index="29710" v0="4005" v1="4069" v2="5116" v3="5654" />
+      <tetrahedron index="29711" v0="4899" v1="5234" v2="5857" v3="5899" />
+      <tetrahedron index="29712" v0="5045" v1="5329" v2="5586" v3="6258" />
+      <tetrahedron index="29713" v0="3345" v1="5255" v2="5776" v3="6441" />
+      <tetrahedron index="29714" v0="3239" v1="4057" v2="5272" v3="5909" />
+      <tetrahedron index="29715" v0="4902" v1="5243" v2="5627" v3="6512" />
+      <tetrahedron index="29716" v0="4893" v1="5021" v2="5218" v3="5836" />
+      <tetrahedron index="29717" v0="3729" v1="3979" v2="4178" v3="5797" />
+      <tetrahedron index="29718" v0="4151" v1="5002" v2="5611" v3="6605" />
+      <tetrahedron index="29719" v0="3269" v1="3798" v2="3802" v3="5267" />
+      <tetrahedron index="29720" v0="3489" v1="3699" v2="5380" v3="6242" />
+      <tetrahedron index="29721" v0="4144" v1="4346" v2="5082" v3="5673" />
+      <tetrahedron index="29722" v0="3489" v1="3699" v2="4755" v3="6242" />
+      <tetrahedron index="29723" v0="4731" v1="4832" v2="5395" v3="5495" />
+      <tetrahedron index="29724" v0="3435" v1="3436" v2="5331" v3="6070" />
+      <tetrahedron index="29725" v0="3404" v1="3406" v2="4240" v3="5667" />
+      <tetrahedron index="29726" v0="5243" v1="5693" v2="6478" v3="6887" />
+      <tetrahedron index="29727" v0="4975" v1="5448" v2="5449" v3="5865" />
+      <tetrahedron index="29728" v0="5109" v1="5697" v2="5699" v3="6371" />
+      <tetrahedron index="29729" v0="4977" v1="5452" v2="5645" v3="6112" />
+      <tetrahedron index="29730" v0="3790" v1="4601" v2="5108" v3="5696" />
+      <tetrahedron index="29731" v0="5615" v1="6290" v2="6920" v3="6960" />
+      <tetrahedron index="29732" v0="4432" v1="5139" v2="5456" v3="5703" />
+      <tetrahedron index="29733" v0="3410" v1="4122" v2="4123" v3="5641" />
+      <tetrahedron index="29734" v0="3323" v1="3434" v2="3738" v3="5040" />
+      <tetrahedron index="29735" v0="4962" v1="5412" v2="5413" v3="5414" />
+      <tetrahedron index="29736" v0="3824" v1="5091" v2="5180" v3="5791" />
+      <tetrahedron index="29737" v0="6292" v1="6596" v2="6864" v3="6913" />
+      <tetrahedron index="29738" v0="4868" v1="5083" v2="5766" v3="6138" />
+      <tetrahedron index="29739" v0="4093" v1="4094" v2="5743" v3="6406" />
+      <tetrahedron index="29740" v0="4972" v1="4992" v2="5484" v3="5741" />
+      <tetrahedron index="29741" v0="4921" v1="5089" v2="5670" v3="5936" />
+      <tetrahedron index="29742" v0="4591" v1="5135" v2="5685" v3="5830" />
+      <tetrahedron index="29743" v0="4711" v1="5150" v2="5999" v3="6915" />
+      <tetrahedron index="29744" v0="4924" v1="5944" v2="6193" v3="6556" />
+      <tetrahedron index="29745" v0="3309" v1="3846" v2="4513" v3="5506" />
+      <tetrahedron index="29746" v0="4492" v1="5516" v2="6181" v3="6733" />
+      <tetrahedron index="29747" v0="5355" v1="5490" v2="5730" v3="6006" />
+      <tetrahedron index="29748" v0="4893" v1="5218" v2="5836" v3="6483" />
+      <tetrahedron index="29749" v0="4999" v1="5088" v2="5668" v3="6323" />
+      <tetrahedron index="29750" v0="5761" v1="6331" v2="6819" v3="6984" />
+      <tetrahedron index="29751" v0="4223" v1="5147" v2="5637" v3="5743" />
+      <tetrahedron index="29752" v0="4177" v1="4478" v2="5560" v3="6235" />
+      <tetrahedron index="29753" v0="5365" v1="6097" v2="6165" v3="6717" />
+      <tetrahedron index="29754" v0="5221" v1="6675" v2="6878" v3="6930" />
+      <tetrahedron index="29755" v0="4388" v1="4503" v2="5066" v3="5634" />
+      <tetrahedron index="29756" v0="3770" v1="4609" v2="5321" v3="5323" />
+      <tetrahedron index="29757" v0="4870" v1="5609" v2="6107" v3="6510" />
+      <tetrahedron index="29758" v0="4887" v1="5123" v2="5716" v3="6388" />
+      <tetrahedron index="29759" v0="4929" v1="5201" v2="5483" v3="6392" />
+      <tetrahedron index="29760" v0="3713" v1="4671" v2="4736" v3="5843" />
+      <tetrahedron index="29761" v0="5055" v1="5834" v2="5855" v3="6358" />
+      <tetrahedron index="29762" v0="4377" v1="4434" v2="4735" v3="5092" />
+      <tetrahedron index="29763" v0="3871" v1="3901" v2="4547" v3="5068" />
+      <tetrahedron index="29764" v0="4089" v1="4968" v2="5429" v3="6448" />
+      <tetrahedron index="29765" v0="4862" v1="6233" v2="6312" v3="6965" />
+      <tetrahedron index="29766" v0="4921" v1="5671" v2="5936" v3="6345" />
+      <tetrahedron index="29767" v0="3520" v1="4185" v2="4278" v3="6040" />
+      <tetrahedron index="29768" v0="5926" v1="5985" v2="6567" v3="6579" />
+      <tetrahedron index="29769" v0="3242" v1="3244" v2="3369" v3="5839" />
+      <tetrahedron index="29770" v0="4908" v1="5644" v2="5645" v3="6321" />
+      <tetrahedron index="29771" v0="3503" v1="3504" v2="5466" v3="5982" />
+      <tetrahedron index="29772" v0="3385" v1="3734" v2="4492" v3="6515" />
+      <tetrahedron index="29773" v0="5521" v1="6193" v2="6231" v3="6232" />
+      <tetrahedron index="29774" v0="4847" v1="6430" v2="6569" v3="6909" />
+      <tetrahedron index="29775" v0="4553" v1="4554" v2="4603" v3="6241" />
+      <tetrahedron index="29776" v0="4900" v1="5021" v2="5835" v3="6503" />
+      <tetrahedron index="29777" v0="5266" v1="5901" v2="5966" v3="6058" />
+      <tetrahedron index="29778" v0="3413" v1="3495" v2="5448" v3="5449" />
+      <tetrahedron index="29779" v0="4922" v1="5299" v2="5760" v3="6102" />
+      <tetrahedron index="29780" v0="5357" v1="5866" v2="6009" v3="6506" />
+      <tetrahedron index="29781" v0="4891" v1="5052" v2="5211" v3="6369" />
+      <tetrahedron index="29782" v0="5593" v1="5777" v2="6197" v3="6439" />
+      <tetrahedron index="29783" v0="4645" v1="4734" v2="5173" v3="5886" />
+      <tetrahedron index="29784" v0="3849" v1="4825" v2="4843" v3="5296" />
+      <tetrahedron index="29785" v0="3266" v1="3285" v2="3380" v3="6148" />
+      <tetrahedron index="29786" v0="3465" v1="3801" v2="5130" v3="5469" />
+      <tetrahedron index="29787" v0="3882" v1="3984" v2="4791" v3="6338" />
+      <tetrahedron index="29788" v0="5248" v1="5878" v2="5879" v3="6519" />
+      <tetrahedron index="29789" v0="4392" v1="4393" v2="5521" v3="6231" />
+      <tetrahedron index="29790" v0="3452" v1="3454" v2="5828" v3="5871" />
+      <tetrahedron index="29791" v0="5053" v1="5604" v2="5606" v3="5607" />
+      <tetrahedron index="29792" v0="3551" v1="3552" v2="5098" v3="5466" />
+      <tetrahedron index="29793" v0="3692" v1="5223" v2="5843" v3="6153" />
+      <tetrahedron index="29794" v0="4949" v1="5995" v2="6030" v3="6592" />
+      <tetrahedron index="29795" v0="4312" v1="4719" v2="5612" v3="6606" />
+      <tetrahedron index="29796" v0="4907" v1="6239" v2="6328" v3="6759" />
+      <tetrahedron index="29797" v0="6053" v1="6639" v2="6703" v3="6931" />
+      <tetrahedron index="29798" v0="4275" v1="4586" v2="5733" v3="5786" />
+      <tetrahedron index="29799" v0="4251" v1="4253" v2="4280" v3="6398" />
+      <tetrahedron index="29800" v0="5078" v1="5819" v2="5853" v3="6500" />
+      <tetrahedron index="29801" v0="3246" v1="3248" v2="3249" v3="5832" />
+      <tetrahedron index="29802" v0="4933" v1="5125" v2="5332" v3="5977" />
+      <tetrahedron index="29803" v0="3485" v1="5344" v2="6583" v3="6706" />
+      <tetrahedron index="29804" v0="4897" v1="5228" v2="5229" v3="5666" />
+      <tetrahedron index="29805" v0="4931" v1="5707" v2="5967" v3="6434" />
+      <tetrahedron index="29806" v0="3701" v1="3945" v2="4465" v3="5635" />
+      <tetrahedron index="29807" v0="3905" v1="5310" v2="5311" v3="5952" />
+      <tetrahedron index="29808" v0="5111" v1="5184" v2="5796" v3="6164" />
+      <tetrahedron index="29809" v0="5169" v1="5613" v2="6288" v3="6515" />
+      <tetrahedron index="29810" v0="4206" v1="4282" v2="4680" v3="5032" />
+      <tetrahedron index="29811" v0="3830" v1="3839" v2="4442" v3="5417" />
+      <tetrahedron index="29812" v0="3757" v1="4005" v2="4069" v3="5077" />
+      <tetrahedron index="29813" v0="4334" v1="4413" v2="5290" v3="5930" />
+      <tetrahedron index="29814" v0="5326" v1="5973" v2="6574" v3="6575" />
+      <tetrahedron index="29815" v0="5620" v1="5678" v2="6297" v3="6298" />
+      <tetrahedron index="29816" v0="3328" v1="3329" v2="3764" v3="4204" />
+      <tetrahedron index="29817" v0="4135" v1="4522" v2="4609" v3="5184" />
+      <tetrahedron index="29818" v0="3545" v1="3546" v2="5419" v3="5544" />
+      <tetrahedron index="29819" v0="3455" v1="3754" v2="5927" v3="6371" />
+      <tetrahedron index="29820" v0="4941" v1="5633" v2="6011" v3="6609" />
+      <tetrahedron index="29821" v0="3404" v1="4240" v2="5087" v3="5667" />
+      <tetrahedron index="29822" v0="4092" v1="4094" v2="4100" v3="6406" />
+      <tetrahedron index="29823" v0="3830" v1="4442" v2="4668" v3="5417" />
+      <tetrahedron index="29824" v0="4183" v1="5680" v2="6351" v3="6827" />
+      <tetrahedron index="29825" v0="3849" v1="4576" v2="4825" v3="5296" />
+      <tetrahedron index="29826" v0="3407" v1="3930" v2="3931" v3="5288" />
+      <tetrahedron index="29827" v0="4922" v1="5299" v2="5442" v3="5937" />
+      <tetrahedron index="29828" v0="4737" v1="4771" v2="5807" v3="6460" />
+      <tetrahedron index="29829" v0="3844" v1="4281" v2="4432" v3="5139" />
+      <tetrahedron index="29830" v0="4848" v1="4875" v2="5590" v3="6060" />
+      <tetrahedron index="29831" v0="4458" v1="4459" v2="5367" v3="6018" />
+      <tetrahedron index="29832" v0="4991" v1="5405" v2="6148" v3="6955" />
+      <tetrahedron index="29833" v0="3414" v1="3415" v2="4080" v3="4841" />
+      <tetrahedron index="29834" v0="3283" v1="3286" v2="3741" v3="6057" />
+      <tetrahedron index="29835" v0="4001" v1="5144" v2="5560" v3="5758" />
+      <tetrahedron index="29836" v0="5173" v1="5251" v2="5619" v3="5886" />
+      <tetrahedron index="29837" v0="3590" v1="5100" v2="5212" v3="5685" />
+      <tetrahedron index="29838" v0="5423" v1="6081" v2="6256" v3="6660" />
+      <tetrahedron index="29839" v0="3477" v1="3877" v2="4371" v3="5199" />
+      <tetrahedron index="29840" v0="5032" v1="5498" v2="5647" v3="6322" />
+      <tetrahedron index="29841" v0="3320" v1="4085" v2="4790" v3="4795" />
+      <tetrahedron index="29842" v0="3320" v1="4084" v2="4085" v3="4790" />
+      <tetrahedron index="29843" v0="4889" v1="5205" v2="6476" v3="6829" />
+      <tetrahedron index="29844" v0="3447" v1="4881" v2="5591" v3="5803" />
+      <tetrahedron index="29845" v0="5615" v1="6289" v2="6792" v3="6980" />
+      <tetrahedron index="29846" v0="3900" v1="4699" v2="5672" v3="6475" />
+      <tetrahedron index="29847" v0="5310" v1="6263" v2="6637" v3="6874" />
+      <tetrahedron index="29848" v0="4130" v1="4255" v2="5110" v3="5825" />
+      <tetrahedron index="29849" v0="4378" v1="5101" v2="5687" v3="6359" />
+      <tetrahedron index="29850" v0="4585" v1="5392" v2="5394" v3="6045" />
+      <tetrahedron index="29851" v0="3930" v1="3931" v2="4578" v3="5928" />
+      <tetrahedron index="29852" v0="4731" v1="5395" v2="5495" v3="6154" />
+      <tetrahedron index="29853" v0="3925" v1="4758" v2="4840" v3="5974" />
+      <tetrahedron index="29854" v0="3641" v1="4313" v2="5431" v3="6089" />
+      <tetrahedron index="29855" v0="3251" v1="4502" v2="5156" v3="5413" />
+      <tetrahedron index="29856" v0="3821" v1="3884" v2="5044" v3="5327" />
+      <tetrahedron index="29857" v0="4970" v1="5992" v2="6092" v3="6667" />
+      <tetrahedron index="29858" v0="3298" v1="4593" v2="5834" v3="6481" />
+      <tetrahedron index="29859" v0="5656" v1="5761" v2="6427" v3="6541" />
+      <tetrahedron index="29860" v0="3798" v1="4411" v2="4818" v3="5041" />
+      <tetrahedron index="29861" v0="3328" v1="3764" v2="4204" v3="6087" />
+      <tetrahedron index="29862" v0="3430" v1="3949" v2="3958" v3="6528" />
+      <tetrahedron index="29863" v0="4758" v1="5095" v2="5970" v3="5974" />
+      <tetrahedron index="29864" v0="5557" v1="5948" v2="6232" v3="6559" />
+      <tetrahedron index="29865" v0="5113" v1="5888" v2="6321" v3="6814" />
+      <tetrahedron index="29866" v0="3751" v1="3855" v2="3972" v3="5400" />
+      <tetrahedron index="29867" v0="4257" v1="4258" v2="4296" v3="5412" />
+      <tetrahedron index="29868" v0="3890" v1="4200" v2="5378" v3="5379" />
+      <tetrahedron index="29869" v0="3246" v1="3371" v2="3446" v3="6297" />
+      <tetrahedron index="29870" v0="5347" v1="5599" v2="6270" v3="6271" />
+      <tetrahedron index="29871" v0="5114" v1="5826" v2="5827" v3="6803" />
+      <tetrahedron index="29872" v0="3323" v1="3434" v2="5040" v3="5578" />
+      <tetrahedron index="29873" v0="3578" v1="4291" v2="4533" v3="6390" />
+      <tetrahedron index="29874" v0="3321" v1="3322" v2="3323" v3="5578" />
+      <tetrahedron index="29875" v0="3704" v1="4007" v2="4443" v3="6256" />
+      <tetrahedron index="29876" v0="3785" v1="4113" v2="4815" v3="5747" />
+      <tetrahedron index="29877" v0="4358" v1="4496" v2="5259" v3="5263" />
+      <tetrahedron index="29878" v0="5439" v1="6098" v2="6675" v3="6929" />
+      <tetrahedron index="29879" v0="3250" v1="4016" v2="4981" v3="5463" />
+      <tetrahedron index="29880" v0="4855" v1="5757" v2="5963" v3="6422" />
+      <tetrahedron index="29881" v0="3741" v1="5007" v2="5533" v3="5654" />
+      <tetrahedron index="29882" v0="4935" v1="5338" v2="5563" v3="6318" />
+      <tetrahedron index="29883" v0="4890" v1="5826" v2="5828" v3="6511" />
+      <tetrahedron index="29884" v0="3665" v1="5651" v2="6328" v3="6329" />
+      <tetrahedron index="29885" v0="4234" v1="4312" v2="4719" v3="5612" />
+      <tetrahedron index="29886" v0="5770" v1="5773" v2="6399" v3="6437" />
+      <tetrahedron index="29887" v0="3341" v1="3343" v2="4207" v3="5160" />
+      <tetrahedron index="29888" v0="5748" v1="6002" v2="6407" v3="6600" />
+      <tetrahedron index="29889" v0="3452" v1="4283" v2="5114" v3="5242" />
+      <tetrahedron index="29890" v0="5230" v1="5690" v2="5691" v3="6339" />
+      <tetrahedron index="29891" v0="3725" v1="4740" v2="5457" v3="5459" />
+      <tetrahedron index="29892" v0="4033" v1="5195" v2="5816" v3="6872" />
+      <tetrahedron index="29893" v0="5457" v1="6118" v2="6389" v3="6690" />
+      <tetrahedron index="29894" v0="3707" v1="5436" v2="5753" v3="6415" />
+      <tetrahedron index="29895" v0="4111" v1="5379" v2="5555" v3="6229" />
+      <tetrahedron index="29896" v0="5051" v1="5817" v2="6473" v3="6474" />
+      <tetrahedron index="29897" v0="3732" v1="3733" v2="5463" v3="5808" />
+      <tetrahedron index="29898" v0="4917" v1="5343" v2="5924" v3="6584" />
+      <tetrahedron index="29899" v0="3943" v1="3986" v2="5080" v3="6821" />
+      <tetrahedron index="29900" v0="5148" v1="5941" v2="5986" v3="6580" />
+      <tetrahedron index="29901" v0="4374" v1="4375" v2="4404" v3="5731" />
+      <tetrahedron index="29902" v0="3325" v1="3326" v2="5172" v3="5787" />
+      <tetrahedron index="29903" v0="4628" v1="5049" v2="5452" v3="6112" />
+      <tetrahedron index="29904" v0="3818" v1="3888" v2="3902" v3="5729" />
+      <tetrahedron index="29905" v0="3989" v1="4310" v2="5699" v3="6357" />
+      <tetrahedron index="29906" v0="5086" v1="5690" v2="6361" v3="6829" />
+      <tetrahedron index="29907" v0="3379" v1="3382" v2="3798" v3="5267" />
+      <tetrahedron index="29908" v0="6163" v1="6440" v2="6815" v3="6994" />
+      <tetrahedron index="29909" v0="3232" v1="5119" v2="5472" v3="5709" />
+      <tetrahedron index="29910" v0="5941" v1="5986" v2="6568" v3="6899" />
+      <tetrahedron index="29911" v0="4563" v1="4564" v2="4700" v3="5537" />
+      <tetrahedron index="29912" v0="4492" v1="4997" v2="5516" v3="6733" />
+      <tetrahedron index="29913" v0="4162" v1="5315" v2="5317" v3="5725" />
+      <tetrahedron index="29914" v0="3346" v1="3534" v2="5453" v3="6113" />
+      <tetrahedron index="29915" v0="3290" v1="3424" v2="5143" v3="5534" />
+      <tetrahedron index="29916" v0="4370" v1="4625" v2="5073" v3="5650" />
+      <tetrahedron index="29917" v0="4444" v1="4467" v2="5519" v3="6738" />
+      <tetrahedron index="29918" v0="5439" v1="6097" v2="6098" v3="6150" />
+      <tetrahedron index="29919" v0="5458" v1="6117" v2="6126" v3="6688" />
+      <tetrahedron index="29920" v0="3257" v1="4508" v2="5482" v3="5588" />
+      <tetrahedron index="29921" v0="3681" v1="4526" v2="5673" v3="6607" />
+      <tetrahedron index="29922" v0="3845" v1="3966" v2="5232" v3="5854" />
+      <tetrahedron index="29923" v0="3449" v1="3556" v2="5432" v3="5502" />
+      <tetrahedron index="29924" v0="3254" v1="3255" v2="3256" v3="6021" />
+      <tetrahedron index="29925" v0="4005" v1="4069" v2="5077" v3="5654" />
+      <tetrahedron index="29926" v0="4437" v1="5159" v2="6335" v3="6374" />
+      <tetrahedron index="29927" v0="5040" v1="5579" v2="6255" v3="6446" />
+      <tetrahedron index="29928" v0="4285" v1="5954" v2="6235" v3="6562" />
+      <tetrahedron index="29929" v0="4162" v1="4514" v2="4560" v3="5725" />
+      <tetrahedron index="29930" v0="4858" v1="5509" v2="5518" v3="6188" />
+      <tetrahedron index="29931" v0="3816" v1="4139" v2="4189" v3="6041" />
+      <tetrahedron index="29932" v0="5353" v1="6004" v2="6603" v3="6917" />
+      <tetrahedron index="29933" v0="5106" v1="5692" v2="5879" v3="6681" />
+      <tetrahedron index="29934" v0="3576" v1="3794" v2="5785" v3="6084" />
+      <tetrahedron index="29935" v0="4984" v1="5488" v2="5902" v3="6299" />
+      <tetrahedron index="29936" v0="3556" v1="5432" v2="5502" v3="6453" />
+      <tetrahedron index="29937" v0="4169" v1="4186" v2="4187" v3="5470" />
+      <tetrahedron index="29938" v0="3349" v1="3356" v2="5420" v3="6078" />
+      <tetrahedron index="29939" v0="3903" v1="3985" v2="4299" v3="5850" />
+      <tetrahedron index="29940" v0="5397" v1="6052" v2="6637" v3="6638" />
+      <tetrahedron index="29941" v0="3401" v1="5114" v2="5208" v3="5827" />
+      <tetrahedron index="29942" v0="4752" v1="5478" v2="5843" v3="6998" />
+      <tetrahedron index="29943" v0="3808" v1="3997" v2="5329" v3="5586" />
+      <tetrahedron index="29944" v0="5282" v1="5376" v2="5921" v3="6025" />
+      <tetrahedron index="29945" v0="5160" v1="5770" v2="5771" v3="6437" />
+      <tetrahedron index="29946" v0="3436" v1="3673" v2="3807" v3="5977" />
+      <tetrahedron index="29947" v0="3276" v1="3279" v2="3286" v3="3712" />
+      <tetrahedron index="29948" v0="3855" v1="4555" v2="5231" v3="6363" />
+      <tetrahedron index="29949" v0="3894" v1="4197" v2="4644" v3="5580" />
+      <tetrahedron index="29950" v0="4590" v1="4591" v2="4618" v3="5135" />
+      <tetrahedron index="29951" v0="3475" v1="5258" v2="5545" v3="5892" />
+      <tetrahedron index="29952" v0="3313" v1="3833" v2="3927" v3="5213" />
+      <tetrahedron index="29953" v0="3793" v1="3794" v2="4232" v3="5177" />
+      <tetrahedron index="29954" v0="3863" v1="4226" v2="4500" v3="5372" />
+      <tetrahedron index="29955" v0="3502" v1="3503" v2="3968" v3="5384" />
+      <tetrahedron index="29956" v0="4974" v1="5405" v2="5783" v3="6294" />
+      <tetrahedron index="29957" v0="5149" v1="5351" v2="5814" v3="5999" />
+      <tetrahedron index="29958" v0="5753" v1="6666" v2="6769" v3="6972" />
+      <tetrahedron index="29959" v0="3269" v1="3379" v2="4989" v3="6145" />
+      <tetrahedron index="29960" v0="3264" v1="3501" v2="3553" v3="5030" />
+      <tetrahedron index="29961" v0="5841" v1="6489" v2="6724" v3="6880" />
+      <tetrahedron index="29962" v0="4755" v1="5569" v2="6242" v3="6391" />
+      <tetrahedron index="29963" v0="3947" v1="5522" v2="5873" v3="6175" />
+      <tetrahedron index="29964" v0="3612" v1="3657" v2="5473" v3="5709" />
+      <tetrahedron index="29965" v0="3287" v1="5059" v2="5613" v3="5618" />
+      <tetrahedron index="29966" v0="3809" v1="4056" v2="4651" v3="5330" />
+      <tetrahedron index="29967" v0="3870" v1="3871" v2="5151" v3="5729" />
+      <tetrahedron index="29968" v0="3932" v1="3953" v2="4557" v3="5141" />
+      <tetrahedron index="29969" v0="5997" v1="6596" v2="6597" v3="6879" />
+      <tetrahedron index="29970" v0="3244" v1="5839" v2="5952" v3="6561" />
+      <tetrahedron index="29971" v0="3423" v1="3631" v2="5173" v3="5885" />
+      <tetrahedron index="29972" v0="3479" v1="3481" v2="5206" v3="6825" />
+      <tetrahedron index="29973" v0="3454" v1="5207" v2="5210" v3="5825" />
+      <tetrahedron index="29974" v0="3701" v1="3702" v2="4376" v3="5635" />
+      <tetrahedron index="29975" v0="4897" v1="4958" v2="5230" v3="5666" />
+      <tetrahedron index="29976" v0="4871" v1="5049" v2="6112" v3="6683" />
+      <tetrahedron index="29977" v0="4894" v1="6140" v2="6642" v3="6645" />
+      <tetrahedron index="29978" v0="5086" v1="5665" v2="6361" v3="6829" />
+      <tetrahedron index="29979" v0="3821" v1="5044" v2="5327" v3="5972" />
+      <tetrahedron index="29980" v0="4848" v1="5951" v2="6103" v3="6266" />
+      <tetrahedron index="29981" v0="6044" v1="6049" v2="6626" v3="6635" />
+      <tetrahedron index="29982" v0="4012" v1="4121" v2="4213" v3="5229" />
+      <tetrahedron index="29983" v0="3856" v1="3857" v2="5078" v3="5231" />
+      <tetrahedron index="29984" v0="4996" v1="5495" v2="6154" v3="6159" />
+      <tetrahedron index="29985" v0="5130" v1="5469" v2="5780" v3="6325" />
+      <tetrahedron index="29986" v0="4415" v1="4416" v2="4448" v3="5863" />
+      <tetrahedron index="29987" v0="3515" v1="3682" v2="5017" v3="5143" />
+      <tetrahedron index="29988" v0="4936" v1="6568" v2="6577" v3="6901" />
+      <tetrahedron index="29989" v0="4837" v1="4838" v2="4839" v3="5194" />
+      <tetrahedron index="29990" v0="3276" v1="3279" v2="5398" v3="5965" />
+      <tetrahedron index="29991" v0="3642" v1="3955" v2="5238" v3="5543" />
+      <tetrahedron index="29992" v0="4909" v1="5022" v2="5704" v3="5892" />
+      <tetrahedron index="29993" v0="3269" v1="3379" v2="5267" v3="6145" />
+      <tetrahedron index="29994" v0="4852" v1="5617" v2="6292" v3="6293" />
+      <tetrahedron index="29995" v0="4280" v1="4281" v2="4432" v3="5139" />
+      <tetrahedron index="29996" v0="3346" v1="3347" v2="3348" v3="5113" />
+      <tetrahedron index="29997" v0="3992" v1="5842" v2="6490" v3="6491" />
+      <tetrahedron index="29998" v0="6291" v1="6794" v2="7009" v3="7025" />
+      <tetrahedron index="29999" v0="3460" v1="5807" v2="6285" v3="6788" />
+      <tetrahedron index="30000" v0="5068" v1="5636" v2="5639" v3="6317" />
+      <tetrahedron index="30001" v0="5598" v1="5817" v2="6472" v3="6872" />
+      <tetrahedron index="30002" v0="5071" v1="5254" v2="5887" v3="6527" />
+      <tetrahedron index="30003" v0="3742" v1="4415" v2="4448" v3="5283" />
+      <tetrahedron index="30004" v0="5110" v1="5698" v2="5701" v3="6368" />
+      <tetrahedron index="30005" v0="4544" v1="4545" v2="4546" v3="6319" />
+      <tetrahedron index="30006" v0="4179" v1="4246" v2="4269" v3="5669" />
+      <tetrahedron index="30007" v0="4901" v1="5240" v2="5866" v3="6506" />
+      <tetrahedron index="30008" v0="4849" v1="5528" v2="6843" v3="6948" />
+      <tetrahedron index="30009" v0="4954" v1="5394" v2="6049" v3="6635" />
+      <tetrahedron index="30010" v0="4354" v1="4694" v2="4805" v3="5755" />
+      <tetrahedron index="30011" v0="4886" v1="5029" v2="5561" v3="6817" />
+      <tetrahedron index="30012" v0="3546" v1="3584" v2="3830" v3="5418" />
+      <tetrahedron index="30013" v0="3841" v1="4391" v2="4586" v3="5425" />
+      <tetrahedron index="30014" v0="3689" v1="4426" v2="5777" v3="6197" />
+      <tetrahedron index="30015" v0="4734" v1="5172" v2="5173" v3="5174" />
+      <tetrahedron index="30016" v0="3238" v1="3619" v2="5419" v3="5663" />
+      <tetrahedron index="30017" v0="4346" v1="4503" v2="4801" v3="5658" />
+      <tetrahedron index="30018" v0="3449" v1="3555" v2="3556" v3="5432" />
+      <tetrahedron index="30019" v0="3667" v1="3687" v2="5061" v3="5171" />
+      <tetrahedron index="30020" v0="4943" v1="5599" v2="6222" v3="6271" />
+      <tetrahedron index="30021" v0="3617" v1="3801" v2="4599" v3="5469" />
+      <tetrahedron index="30022" v0="3817" v1="4332" v2="5429" v3="6086" />
+      <tetrahedron index="30023" v0="4058" v1="5197" v2="5451" v3="6071" />
+      <tetrahedron index="30024" v0="4851" v1="4935" v2="5636" v3="5833" />
+      <tetrahedron index="30025" v0="4869" v1="5707" v2="6252" v3="6771" />
+      <tetrahedron index="30026" v0="3341" v1="3473" v2="4207" v3="5773" />
+      <tetrahedron index="30027" v0="3296" v1="3297" v2="4476" v3="5836" />
+      <tetrahedron index="30028" v0="3886" v1="5134" v2="5733" v3="6448" />
+      <tetrahedron index="30029" v0="3662" v1="4514" v2="4755" v3="6391" />
+      <tetrahedron index="30030" v0="3529" v1="5202" v2="5484" v3="6838" />
+      <tetrahedron index="30031" v0="4354" v1="4694" v2="5755" v3="6418" />
+      <tetrahedron index="30032" v0="4901" v1="5056" v2="5867" v3="6108" />
+      <tetrahedron index="30033" v0="4967" v1="5171" v2="5581" v3="6085" />
+      <tetrahedron index="30034" v0="4978" v1="5503" v2="6157" v3="6168" />
+      <tetrahedron index="30035" v0="5365" v1="6097" v2="6717" v3="6794" />
+      <tetrahedron index="30036" v0="4999" v1="5498" v2="6161" v3="6323" />
+      <tetrahedron index="30037" v0="5620" v1="5678" v2="6295" v3="6298" />
+      <tetrahedron index="30038" v0="3663" v1="3815" v2="3816" v3="6208" />
+      <tetrahedron index="30039" v0="3511" v1="3513" v2="3514" v3="6651" />
+      <tetrahedron index="30040" v0="5007" v1="5535" v2="6646" v3="6835" />
+      <tetrahedron index="30041" v0="4273" v1="4467" v2="4506" v3="6191" />
+      <tetrahedron index="30042" v0="5072" v1="5695" v2="5790" v3="6499" />
+      <tetrahedron index="30043" v0="4567" v1="4569" v2="5360" v3="6271" />
+      <tetrahedron index="30044" v0="5225" v1="5695" v2="5790" v3="6499" />
+      <tetrahedron index="30045" v0="3236" v1="3475" v2="4217" v3="5663" />
+      <tetrahedron index="30046" v0="3236" v1="3475" v2="5258" v3="5663" />
+      <tetrahedron index="30047" v0="5129" v1="5151" v2="5384" v3="6393" />
+      <tetrahedron index="30048" v0="4309" v1="4770" v2="5076" v3="5914" />
+      <tetrahedron index="30049" v0="3685" v1="5243" v2="5872" v3="6512" />
+      <tetrahedron index="30050" v0="4644" v1="4645" v2="5174" v3="5886" />
+      <tetrahedron index="30051" v0="3395" v1="3624" v2="4318" v3="5479" />
+      <tetrahedron index="30052" v0="5048" v1="5591" v2="6377" v3="6866" />
+      <tetrahedron index="30053" v0="3334" v1="3335" v2="4604" v3="6268" />
+      <tetrahedron index="30054" v0="4998" v1="5424" v2="5496" v3="6447" />
+      <tetrahedron index="30055" v0="3469" v1="4588" v2="4617" v3="5354" />
+      <tetrahedron index="30056" v0="4945" v1="5366" v2="6017" v3="6383" />
+      <tetrahedron index="30057" v0="3789" v1="5108" v2="5182" v3="5714" />
+      <tetrahedron index="30058" v0="4037" v1="5123" v2="5717" v3="5719" />
+      <tetrahedron index="30059" v0="3495" v1="5448" v2="5449" v3="6109" />
+      <tetrahedron index="30060" v0="4903" v1="6121" v2="6123" v3="6128" />
+      <tetrahedron index="30061" v0="4340" v1="5411" v2="6125" v3="6172" />
+      <tetrahedron index="30062" v0="3460" v1="3461" v2="5527" v3="6285" />
+      <tetrahedron index="30063" v0="3739" v1="3795" v2="5579" v3="6255" />
+      <tetrahedron index="30064" v0="4536" v1="5264" v2="5895" v3="6531" />
+      <tetrahedron index="30065" v0="4414" v1="4476" v2="5218" v3="5859" />
+      <tetrahedron index="30066" v0="4891" v1="5031" v2="5212" v3="5565" />
+      <tetrahedron index="30067" v0="4877" v1="5061" v2="5174" v3="5886" />
+      <tetrahedron index="30068" v0="5309" v1="6098" v2="6944" v3="7014" />
+      <tetrahedron index="30069" v0="3805" v1="3806" v2="5709" v3="6251" />
+      <tetrahedron index="30070" v0="3913" v1="3943" v2="4754" v3="5115" />
+      <tetrahedron index="30071" v0="3404" v1="3409" v2="4395" v3="6547" />
+      <tetrahedron index="30072" v0="3393" v1="3397" v2="5064" v3="5629" />
+      <tetrahedron index="30073" v0="4366" v1="4542" v2="6095" v3="6956" />
+      <tetrahedron index="30074" v0="3439" v1="3705" v2="5054" v3="5848" />
+      <tetrahedron index="30075" v0="4492" v1="4997" v2="5516" v3="6180" />
+      <tetrahedron index="30076" v0="3545" v1="3546" v2="3547" v3="5419" />
+      <tetrahedron index="30077" v0="3699" v1="4755" v2="5569" v3="6242" />
+      <tetrahedron index="30078" v0="3457" v1="3764" v2="3885" v3="3886" />
+      <tetrahedron index="30079" v0="5556" v1="5945" v2="6557" v3="6895" />
+      <tetrahedron index="30080" v0="3404" v1="4222" v2="4395" v3="6547" />
+      <tetrahedron index="30081" v0="4975" v1="5449" v2="5775" v3="6507" />
+      <tetrahedron index="30082" v0="4182" v1="5085" v2="5117" v3="5664" />
+      <tetrahedron index="30083" v0="4095" v1="4097" v2="4558" v3="5919" />
+      <tetrahedron index="30084" v0="5150" v1="5750" v2="6411" v3="6916" />
+      <tetrahedron index="30085" v0="5334" v1="5677" v2="6137" v3="6348" />
+      <tetrahedron index="30086" v0="4206" v1="4282" v2="4355" v3="5032" />
+      <tetrahedron index="30087" v0="3846" v1="3847" v2="5294" v3="5506" />
+      <tetrahedron index="30088" v0="3662" v1="3663" v2="5127" v3="5724" />
+      <tetrahedron index="30089" v0="4577" v1="4701" v2="5452" v3="5453" />
+      <tetrahedron index="30090" v0="4604" v1="4605" v2="5050" v3="6268" />
+      <tetrahedron index="30091" v0="3361" v1="3479" v2="5312" v3="6343" />
+      <tetrahedron index="30092" v0="3855" v1="3856" v2="4555" v3="5231" />
+      <tetrahedron index="30093" v0="4237" v1="5073" v2="5650" v3="6324" />
+      <tetrahedron index="30094" v0="5040" v1="5580" v2="6255" v3="6446" />
+      <tetrahedron index="30095" v0="4869" v1="5039" v2="6252" v3="6434" />
+      <tetrahedron index="30096" v0="5073" v1="5164" v2="5468" v3="5597" />
+      <tetrahedron index="30097" v0="4870" v1="5290" v2="5643" v3="5732" />
+      <tetrahedron index="30098" v0="3534" v1="4577" v2="4701" v3="5453" />
+      <tetrahedron index="30099" v0="5984" v1="6047" v2="6577" v3="6629" />
+      <tetrahedron index="30100" v0="4416" v1="5238" v2="5863" v3="6505" />
+      <tetrahedron index="30101" v0="3990" v1="4130" v2="4351" v3="5110" />
+      <tetrahedron index="30102" v0="3754" v1="4574" v2="5289" v3="6371" />
+      <tetrahedron index="30103" v0="3658" v1="5183" v2="5795" v3="5798" />
+      <tetrahedron index="30104" v0="5488" v1="6299" v2="6519" v3="6707" />
+      <tetrahedron index="30105" v0="4227" v1="4495" v2="4656" v3="6007" />
+      <tetrahedron index="30106" v0="3952" v1="5470" v2="6110" v3="6149" />
+      <tetrahedron index="30107" v0="5461" v1="5462" v2="6127" v3="6128" />
+      <tetrahedron index="30108" v0="5020" v1="5556" v2="6209" v3="6747" />
+      <tetrahedron index="30109" v0="3375" v1="5454" v2="6114" v3="6493" />
+      <tetrahedron index="30110" v0="3419" v1="3640" v2="5086" v3="6647" />
+      <tetrahedron index="30111" v0="4271" v1="4566" v2="4677" v3="5375" />
+      <tetrahedron index="30112" v0="3949" v1="5256" v2="5890" v3="6528" />
+      <tetrahedron index="30113" v0="4948" v1="5976" v2="6026" v3="6027" />
+      <tetrahedron index="30114" v0="5458" v1="6120" v2="6678" v3="7017" />
+      <tetrahedron index="30115" v0="4907" v1="5564" v2="6237" v3="6240" />
+      <tetrahedron index="30116" v0="4985" v1="5660" v2="6137" v3="6138" />
+      <tetrahedron index="30117" v0="4192" v1="4193" v2="5626" v3="6304" />
+      <tetrahedron index="30118" v0="3797" v1="5255" v2="6215" v3="6814" />
+      <tetrahedron index="30119" v0="5391" v1="6247" v2="6923" v3="6974" />
+      <tetrahedron index="30120" v0="4875" v1="5012" v2="5590" v3="6265" />
+      <tetrahedron index="30121" v0="3240" v1="3241" v2="5909" v3="5911" />
+      <tetrahedron index="30122" v0="3480" v1="3872" v2="4115" v3="5089" />
+      <tetrahedron index="30123" v0="4853" v1="4906" v2="5407" v3="5882" />
+      <tetrahedron index="30124" v0="4540" v1="5573" v2="5574" v3="6048" />
+      <tetrahedron index="30125" v0="4194" v1="4816" v2="6074" v3="6653" />
+      <tetrahedron index="30126" v0="4868" v1="5159" v2="5767" v3="6832" />
+      <tetrahedron index="30127" v0="4918" v1="5958" v2="6456" v3="6567" />
+      <tetrahedron index="30128" v0="3370" v1="3549" v2="5094" v3="5301" />
+      <tetrahedron index="30129" v0="3677" v1="3678" v2="4202" v3="6068" />
+      <tetrahedron index="30130" v0="3601" v1="4458" v2="4459" v3="5367" />
+      <tetrahedron index="30131" v0="4887" v1="5199" v2="5674" v3="5819" />
+      <tetrahedron index="30132" v0="3840" v1="4014" v2="4449" v3="5424" />
+      <tetrahedron index="30133" v0="3994" v1="3995" v2="5292" v3="6169" />
+      <tetrahedron index="30134" v0="6166" v1="6675" v2="6719" v3="6720" />
+      <tetrahedron index="30135" v0="3699" v1="5380" v2="5569" v3="6242" />
+      <tetrahedron index="30136" v0="5001" v1="5455" v2="5623" v3="6168" />
+      <tetrahedron index="30137" v0="4665" v1="4806" v2="5057" v3="5900" />
+      <tetrahedron index="30138" v0="3239" v1="3710" v2="3884" v3="5327" />
+      <tetrahedron index="30139" v0="3491" v1="3589" v2="3674" v3="5232" />
+      <tetrahedron index="30140" v0="4864" v1="6171" v2="6488" v3="6723" />
+      <tetrahedron index="30141" v0="3315" v1="5028" v2="5559" v3="6510" />
+      <tetrahedron index="30142" v0="3315" v1="4387" v2="5028" v3="5559" />
+      <tetrahedron index="30143" v0="4044" v1="4111" v2="4112" v3="6229" />
+      <tetrahedron index="30144" v0="4086" v1="4088" v2="4294" v3="6457" />
+      <tetrahedron index="30145" v0="4916" v1="5281" v2="5921" v3="6544" />
+      <tetrahedron index="30146" v0="5753" v1="6250" v2="6770" v3="6972" />
+      <tetrahedron index="30147" v0="4999" v1="5497" v2="5798" v3="6160" />
+      <tetrahedron index="30148" v0="5119" v1="5472" v2="5709" v3="6436" />
+      <tetrahedron index="30149" v0="5750" v1="6734" v2="6839" v3="6845" />
+      <tetrahedron index="30150" v0="4595" v1="4631" v2="5476" v3="5756" />
+      <tetrahedron index="30151" v0="4036" v1="4037" v2="5123" v3="5717" />
+      <tetrahedron index="30152" v0="4909" v1="5085" v2="5664" v3="5889" />
+      <tetrahedron index="30153" v0="4750" v1="5313" v2="5823" v3="5955" />
+      <tetrahedron index="30154" v0="4596" v1="5515" v2="5517" v3="6187" />
+      <tetrahedron index="30155" v0="3785" v1="3991" v2="5148" v3="5986" />
+      <tetrahedron index="30156" v0="3789" v1="4601" v2="5108" v3="5182" />
+      <tetrahedron index="30157" v0="3550" v1="5384" v2="5385" v3="5466" />
+      <tetrahedron index="30158" v0="5507" v1="6171" v2="6488" v3="6723" />
+      <tetrahedron index="30159" v0="4864" v1="6419" v2="6724" v3="6991" />
+      <tetrahedron index="30160" v0="5000" v1="5501" v2="5502" v3="6455" />
+      <tetrahedron index="30161" v0="4865" v1="5154" v2="5249" v3="5759" />
+      <tetrahedron index="30162" v0="4852" v1="6106" v2="6789" v3="6913" />
+      <tetrahedron index="30163" v0="4149" v1="4760" v2="4761" v3="6029" />
+      <tetrahedron index="30164" v0="4597" v1="5343" v2="5344" v3="5924" />
+      <tetrahedron index="30165" v0="3248" v1="3249" v2="3501" v3="5214" />
+      <tetrahedron index="30166" v0="4912" v1="5267" v2="5308" v3="5949" />
+      <tetrahedron index="30167" v0="3433" v1="3649" v2="3865" v3="5408" />
+      <tetrahedron index="30168" v0="4570" v1="4664" v2="4665" v3="5610" />
+      <tetrahedron index="30169" v0="4850" v1="6442" v2="6654" v3="6783" />
+      <tetrahedron index="30170" v0="3315" v1="3923" v2="5028" v3="6510" />
+      <tetrahedron index="30171" v0="4862" v1="5010" v2="6310" v3="6312" />
+      <tetrahedron index="30172" v0="3240" v1="3444" v2="3445" v3="5911" />
+      <tetrahedron index="30173" v0="5188" v1="6090" v2="6092" v3="6665" />
+      <tetrahedron index="30174" v0="3851" v1="3852" v2="4358" v3="6532" />
+      <tetrahedron index="30175" v0="3579" v1="3662" v2="5724" v3="6391" />
+      <tetrahedron index="30176" v0="3237" v1="3238" v2="4236" v3="5893" />
+      <tetrahedron index="30177" v0="5062" v1="5622" v2="6236" v3="6298" />
+      <tetrahedron index="30178" v0="5279" v1="5281" v2="5919" v3="5923" />
+      <tetrahedron index="30179" v0="3840" v1="3842" v2="6085" v3="6661" />
+      <tetrahedron index="30180" v0="3894" v1="4644" v2="4646" v3="5174" />
+      <tetrahedron index="30181" v0="5351" v1="6411" v2="6600" v3="6846" />
+      <tetrahedron index="30182" v0="5108" v1="5225" v2="5695" v3="6367" />
+      <tetrahedron index="30183" v0="4693" v1="4787" v2="5243" v3="5693" />
+      <tetrahedron index="30184" v0="4979" v1="5660" v2="5702" v3="6373" />
+      <tetrahedron index="30185" v0="5437" v1="6217" v2="6416" v3="6421" />
+      <tetrahedron index="30186" v0="4803" v1="5196" v2="5561" v3="6565" />
+      <tetrahedron index="30187" v0="5137" v1="5398" v2="5820" v3="6572" />
+      <tetrahedron index="30188" v0="4579" v1="4580" v2="4820" v3="5284" />
+      <tetrahedron index="30189" v0="3830" v1="5417" v2="5418" v3="6077" />
+      <tetrahedron index="30190" v0="4900" v1="4988" v2="5236" v3="5861" />
+      <tetrahedron index="30191" v0="3282" v1="3284" v2="3384" v3="5382" />
+      <tetrahedron index="30192" v0="5054" v1="5695" v2="5696" v3="6367" />
+      <tetrahedron index="30193" v0="5454" v1="5621" v2="6115" v3="6296" />
+      <tetrahedron index="30194" v0="4178" v1="4179" v2="4272" v3="5185" />
+      <tetrahedron index="30195" v0="3255" v1="4065" v2="4511" v3="5371" />
+      <tetrahedron index="30196" v0="4174" v1="4226" v2="5897" v3="5898" />
+      <tetrahedron index="30197" v0="5032" v1="5498" v2="5647" v3="6162" />
+      <tetrahedron index="30198" v0="3612" v1="3806" v2="4145" v3="6251" />
+      <tetrahedron index="30199" v0="3870" v1="5129" v2="5151" v3="5729" />
+      <tetrahedron index="30200" v0="3309" v1="3310" v2="3311" v3="5931" />
+      <tetrahedron index="30201" v0="4001" v1="4763" v2="5144" v3="5758" />
+      <tetrahedron index="30202" v0="3603" v1="5202" v2="5820" v3="6572" />
+      <tetrahedron index="30203" v0="4126" v1="4273" v2="5009" v3="5345" />
+      <tetrahedron index="30204" v0="4056" v1="5329" v2="5330" v3="5332" />
+      <tetrahedron index="30205" v0="4923" v1="5301" v2="5833" v3="5939" />
+      <tetrahedron index="30206" v0="3960" v1="5086" v2="5205" v3="6476" />
+      <tetrahedron index="30207" v0="5455" v1="6116" v2="6157" v3="6168" />
+      <tetrahedron index="30208" v0="5461" v1="5877" v2="6127" v3="6516" />
+      <tetrahedron index="30209" v0="5009" v1="5519" v2="6189" v3="6624" />
+      <tetrahedron index="30210" v0="4985" v1="5660" v2="5702" v3="6138" />
+      <tetrahedron index="30211" v0="4459" v1="4800" v2="5366" v3="5367" />
+      <tetrahedron index="30212" v0="4286" v1="5029" v2="5954" v3="6235" />
+      <tetrahedron index="30213" v0="4274" v1="5200" v2="5228" v3="5852" />
+      <tetrahedron index="30214" v0="3577" v1="4998" v2="5253" v3="5496" />
+      <tetrahedron index="30215" v0="3598" v1="5083" v2="5659" v3="6831" />
+      <tetrahedron index="30216" v0="5764" v1="6430" v2="6855" v3="6856" />
+      <tetrahedron index="30217" v0="4532" v1="5515" v2="5516" v3="6181" />
+      <tetrahedron index="30218" v0="3992" v1="4670" v2="6490" v3="6491" />
+      <tetrahedron index="30219" v0="5143" v1="5187" v2="5803" v3="6454" />
+      <tetrahedron index="30220" v0="4472" v1="4596" v2="4623" v3="6184" />
+      <tetrahedron index="30221" v0="3360" v1="3926" v2="4675" v3="5138" />
+      <tetrahedron index="30222" v0="4280" v1="4287" v2="4432" v3="5703" />
+      <tetrahedron index="30223" v0="3909" v1="4058" v2="5197" v3="6730" />
+      <tetrahedron index="30224" v0="5402" v1="5404" v2="6061" v3="6445" />
+      <tetrahedron index="30225" v0="4881" v1="5017" v2="5502" v3="5800" />
+      <tetrahedron index="30226" v0="3587" v1="5392" v2="6045" v3="6926" />
+      <tetrahedron index="30227" v0="3286" v1="3712" v2="3741" v3="6057" />
+      <tetrahedron index="30228" v0="4909" v1="5889" v2="6076" v3="6336" />
+      <tetrahedron index="30229" v0="4873" v1="6281" v2="6712" v3="6786" />
+      <tetrahedron index="30230" v0="5537" v1="5538" v2="6189" v3="6736" />
+      <tetrahedron index="30231" v0="3538" v1="3822" v2="5584" v3="6826" />
+      <tetrahedron index="30232" v0="4909" v1="5085" v2="5889" v3="6336" />
+      <tetrahedron index="30233" v0="3911" v1="3912" v2="4672" v3="5138" />
+      <tetrahedron index="30234" v0="4932" v1="5324" v2="5327" v3="5975" />
+      <tetrahedron index="30235" v0="3276" v1="3376" v2="5137" v3="5735" />
+      <tetrahedron index="30236" v0="3526" v1="5201" v2="5485" v3="5727" />
+      <tetrahedron index="30237" v0="5187" v1="5802" v2="5803" v3="5804" />
+      <tetrahedron index="30238" v0="4952" v1="5385" v2="5386" v3="5728" />
+      <tetrahedron index="30239" v0="3250" v1="3252" v2="3253" v3="5299" />
+      <tetrahedron index="30240" v0="3358" v1="3912" v2="4672" v3="5138" />
+      <tetrahedron index="30241" v0="4908" v1="5888" v2="6113" v3="6321" />
+      <tetrahedron index="30242" v0="3788" v1="4494" v2="5016" v3="5532" />
+      <tetrahedron index="30243" v0="3259" v1="4479" v2="5069" v3="5640" />
+      <tetrahedron index="30244" v0="4219" v1="5638" v2="5744" v3="5938" />
+      <tetrahedron index="30245" v0="3922" v1="4368" v2="5070" v3="5641" />
+      <tetrahedron index="30246" v0="4472" v1="4623" v2="4817" v3="6184" />
+      <tetrahedron index="30247" v0="5031" v1="5566" v2="5831" v3="6238" />
+      <tetrahedron index="30248" v0="4355" v1="4408" v2="5647" v3="5688" />
+      <tetrahedron index="30249" v0="3883" v1="3903" v2="3985" v3="5227" />
+      <tetrahedron index="30250" v0="3572" v1="5262" v2="5372" v3="6023" />
+      <tetrahedron index="30251" v0="3994" v1="4334" v2="5290" v3="5292" />
+      <tetrahedron index="30252" v0="3334" v1="4605" v2="4627" v3="6268" />
+      <tetrahedron index="30253" v0="3307" v1="3308" v2="3685" v3="5243" />
+      <tetrahedron index="30254" v0="4910" v1="5263" v2="5897" v3="6533" />
+      <tetrahedron index="30255" v0="5605" v1="6280" v2="6284" v3="6809" />
+      <tetrahedron index="30256" v0="5380" v1="5571" v2="6245" v3="6763" />
+      <tetrahedron index="30257" v0="4198" v1="4199" v2="5056" v3="5869" />
+      <tetrahedron index="30258" v0="4263" v1="5162" v2="5732" v3="6396" />
+      <tetrahedron index="30259" v0="3799" v1="4590" v2="5135" v3="5884" />
+      <tetrahedron index="30260" v0="3650" v1="3830" v2="5417" v3="5418" />
+      <tetrahedron index="30261" v0="5554" v1="6227" v2="6228" v3="6755" />
+      <tetrahedron index="30262" v0="4960" v1="5410" v2="5586" v3="6067" />
+      <tetrahedron index="30263" v0="3752" v1="4574" v2="5211" v3="5289" />
+      <tetrahedron index="30264" v0="5303" v1="5570" v2="6245" v3="6763" />
+      <tetrahedron index="30265" v0="3447" v1="3761" v2="3951" v3="5591" />
+      <tetrahedron index="30266" v0="4032" v1="4077" v2="4174" v3="6530" />
+      <tetrahedron index="30267" v0="5413" v1="5626" v2="6302" v3="6303" />
+      <tetrahedron index="30268" v0="4707" v1="5646" v2="5669" v3="6267" />
+      <tetrahedron index="30269" v0="5093" v1="5767" v2="6348" v3="6432" />
+      <tetrahedron index="30270" v0="3537" v1="3539" v2="5325" v3="5972" />
+      <tetrahedron index="30271" v0="4015" v1="5034" v2="5629" v3="5653" />
+      <tetrahedron index="30272" v0="5407" v1="5485" v2="5726" v3="6677" />
+      <tetrahedron index="30273" v0="3923" v1="3934" v2="5868" v3="6510" />
+      <tetrahedron index="30274" v0="4901" v1="5448" v2="5865" v3="6508" />
+      <tetrahedron index="30275" v0="4927" v1="5672" v2="5821" v3="6825" />
+      <tetrahedron index="30276" v0="5053" v1="5607" v2="6142" v3="6655" />
+      <tetrahedron index="30277" v0="4467" v1="5519" v2="6191" v3="6738" />
+      <tetrahedron index="30278" v0="4369" v1="4370" v2="4625" v3="5650" />
+      <tetrahedron index="30279" v0="5805" v1="6079" v2="6570" v3="6588" />
+      <tetrahedron index="30280" v0="3483" v1="3905" v2="3974" v3="5310" />
+      <tetrahedron index="30281" v0="4959" v1="5133" v2="6061" v3="6066" />
+      <tetrahedron index="30282" v0="5246" v1="6277" v2="6781" v3="6934" />
+      <tetrahedron index="30283" v0="4079" v1="4131" v2="5000" v3="5799" />
+      <tetrahedron index="30284" v0="3652" v1="4426" v2="4510" v3="5777" />
+      <tetrahedron index="30285" v0="4268" v1="5474" v2="5475" v3="5551" />
+      <tetrahedron index="30286" v0="3952" v1="4169" v2="5470" v3="6149" />
+      <tetrahedron index="30287" v0="5613" v1="5876" v2="6288" v3="6515" />
+      <tetrahedron index="30288" v0="4894" v1="6140" v2="6217" v3="6421" />
+      <tetrahedron index="30289" v0="4149" v1="4200" v2="5378" v3="5555" />
+      <tetrahedron index="30290" v0="5056" v1="5609" v2="5867" v3="6107" />
+      <tetrahedron index="30291" v0="3385" v1="3734" v2="5169" v3="6515" />
+      <tetrahedron index="30292" v0="5574" v1="5806" v2="6458" v3="6767" />
+      <tetrahedron index="30293" v0="5572" v1="6634" v2="6903" v3="7029" />
+      <tetrahedron index="30294" v0="5279" v1="5282" v2="5919" v3="5921" />
+      <tetrahedron index="30295" v0="3742" v1="3919" v2="5281" v3="5283" />
+      <tetrahedron index="30296" v0="4979" v1="5456" v2="5703" v3="6335" />
+      <tetrahedron index="30297" v0="4852" v1="5616" v2="6106" v3="6443" />
+      <tetrahedron index="30298" v0="4023" v1="4132" v2="5426" v3="5427" />
+      <tetrahedron index="30299" v0="5142" v1="5862" v2="5920" v3="5922" />
+      <tetrahedron index="30300" v0="3781" v1="4053" v2="5340" v3="6578" />
+      <tetrahedron index="30301" v0="4062" v1="5146" v2="5678" v3="5939" />
+      <tetrahedron index="30302" v0="4089" v1="4204" v2="4322" v3="5430" />
+      <tetrahedron index="30303" v0="3837" v1="4055" v2="5359" v3="5710" />
+      <tetrahedron index="30304" v0="4166" v1="4637" v2="5278" v3="5918" />
+      <tetrahedron index="30305" v0="3613" v1="5158" v2="5473" v3="5766" />
+      <tetrahedron index="30306" v0="4979" v1="5456" v2="5662" v3="6335" />
+      <tetrahedron index="30307" v0="4331" v1="4344" v2="4505" v3="5789" />
+      <tetrahedron index="30308" v0="3567" v1="4201" v2="4260" v3="5681" />
+      <tetrahedron index="30309" v0="5192" v1="5813" v2="6209" v3="6746" />
+      <tetrahedron index="30310" v0="5176" v1="5787" v2="6446" v3="6662" />
+      <tetrahedron index="30311" v0="4165" v1="5280" v2="5917" v3="5918" />
+      <tetrahedron index="30312" v0="4369" v1="5649" v2="5650" v3="6709" />
+      <tetrahedron index="30313" v0="3890" v1="4149" v2="4200" v3="5378" />
+      <tetrahedron index="30314" v0="3944" v1="5240" v2="5870" v3="6506" />
+      <tetrahedron index="30315" v0="5044" v1="5934" v2="5972" v3="5973" />
+      <tetrahedron index="30316" v0="5165" v1="5730" v2="6006" v3="6394" />
+      <tetrahedron index="30317" v0="4970" v1="5992" v2="5994" v3="6667" />
+      <tetrahedron index="30318" v0="4853" v1="5402" v2="5403" v3="6061" />
+      <tetrahedron index="30319" v0="4817" v1="5752" v2="6184" v3="6468" />
+      <tetrahedron index="30320" v0="5009" v1="6189" v2="6591" v3="6624" />
+      <tetrahedron index="30321" v0="6014" v1="6247" v2="6611" v3="6754" />
+      <tetrahedron index="30322" v0="3578" v1="3579" v2="3580" v3="5724" />
+      <tetrahedron index="30323" v0="3479" v1="3482" v2="4687" v3="5206" />
+      <tetrahedron index="30324" v0="4940" v1="5355" v2="5779" v3="6006" />
+      <tetrahedron index="30325" v0="4900" v1="5021" v2="5542" v3="6504" />
+      <tetrahedron index="30326" v0="3452" v1="5114" v2="5242" v3="5871" />
+      <tetrahedron index="30327" v0="3373" v1="3374" v2="3375" v3="6493" />
+      <tetrahedron index="30328" v0="3319" v1="4349" v2="4389" v3="6008" />
+      <tetrahedron index="30329" v0="3522" v1="5240" v2="5866" v3="6108" />
+      <tetrahedron index="30330" v0="5158" v1="5337" v2="5766" v3="5981" />
+      <tetrahedron index="30331" v0="3277" v1="3284" v2="3287" v3="3734" />
+      <tetrahedron index="30332" v0="4857" v1="4951" v2="4973" v3="5383" />
+      <tetrahedron index="30333" v0="3909" v1="4489" v2="5197" v3="5907" />
+      <tetrahedron index="30334" v0="3417" v1="3419" v2="3640" v3="6647" />
+      <tetrahedron index="30335" v0="6947" v1="6999" v2="7025" v3="7026" />
+      <tetrahedron index="30336" v0="3795" v1="5428" v2="6254" v3="6772" />
+      <tetrahedron index="30337" v0="4919" v1="5209" v2="5927" v3="6402" />
+      <tetrahedron index="30338" v0="4092" v1="4100" v2="4101" v3="6406" />
+      <tetrahedron index="30339" v0="5052" v1="5601" v2="6274" v3="6369" />
+      <tetrahedron index="30340" v0="4729" v1="5233" v2="5234" v3="5856" />
+      <tetrahedron index="30341" v0="6260" v1="6773" v2="6976" v3="7020" />
+      <tetrahedron index="30342" v0="4983" v1="5467" v2="5469" v3="5780" />
+      <tetrahedron index="30343" v0="3558" v1="3559" v2="3721" v3="5043" />
+      <tetrahedron index="30344" v0="4322" v1="4556" v2="5426" v3="5430" />
+      <tetrahedron index="30345" v0="4268" v1="4629" v2="5475" v3="5551" />
+      <tetrahedron index="30346" v0="4491" v1="4492" v2="4532" v3="6181" />
+      <tetrahedron index="30347" v0="3490" v1="3572" v2="3863" v3="5262" />
+      <tetrahedron index="30348" v0="5168" v1="6722" v2="6862" v3="6863" />
+      <tetrahedron index="30349" v0="4165" v1="4520" v2="5917" v3="6544" />
+      <tetrahedron index="30350" v0="4900" v1="5238" v2="5863" v3="6505" />
+      <tetrahedron index="30351" v0="3868" v1="4137" v2="5287" v3="5925" />
+      <tetrahedron index="30352" v0="5248" v1="5881" v2="6518" v3="6523" />
+      <tetrahedron index="30353" v0="4359" v1="5096" v2="5684" v3="5701" />
+      <tetrahedron index="30354" v0="4017" v1="5463" v2="5464" v3="5808" />
+      <tetrahedron index="30355" v0="4928" v1="5421" v2="6080" v3="6571" />
+      <tetrahedron index="30356" v0="5144" v1="5560" v2="6331" v3="6820" />
+      <tetrahedron index="30357" v0="4059" v1="4192" v2="4193" v3="5626" />
+      <tetrahedron index="30358" v0="3719" v1="5203" v2="5691" v3="6362" />
+      <tetrahedron index="30359" v0="3408" v1="3643" v2="4068" v3="5293" />
+      <tetrahedron index="30360" v0="3413" v1="3956" v2="4263" v3="5447" />
+      <tetrahedron index="30361" v0="4055" v1="5359" v2="5710" v3="5913" />
+      <tetrahedron index="30362" v0="4975" v1="5056" v2="5867" v3="6108" />
+      <tetrahedron index="30363" v0="4531" v1="4600" v2="4626" v3="6386" />
+      <tetrahedron index="30364" v0="3435" v1="5331" v2="6069" v3="6070" />
+      <tetrahedron index="30365" v0="3354" v1="4182" v2="5117" v3="5664" />
+      <tetrahedron index="30366" v0="4985" v1="5661" v2="6136" v3="6350" />
+      <tetrahedron index="30367" v0="4952" v1="5387" v2="6039" v3="6393" />
+      <tetrahedron index="30368" v0="3610" v1="3961" v2="4102" v3="5122" />
+      <tetrahedron index="30369" v0="3438" v1="3458" v2="3709" v3="5608" />
+      <tetrahedron index="30370" v0="4915" v1="5872" v2="5916" v3="6802" />
+      <tetrahedron index="30371" v0="4552" v1="5181" v2="5792" v3="5793" />
+      <tetrahedron index="30372" v0="3321" v1="5061" v2="5174" v3="5578" />
+      <tetrahedron index="30373" v0="3775" v1="4191" v2="4637" v3="5278" />
+      <tetrahedron index="30374" v0="4300" v1="4788" v2="5212" v3="5831" />
+      <tetrahedron index="30375" v0="4190" v1="4198" v2="5131" v3="6107" />
+      <tetrahedron index="30376" v0="3528" v1="5484" v2="5485" v3="6549" />
+      <tetrahedron index="30377" v0="4986" v1="5476" v2="6140" v3="7012" />
+      <tetrahedron index="30378" v0="4542" v1="4546" v2="6318" v3="6319" />
+      <tetrahedron index="30379" v0="4788" v1="5212" v2="5565" v3="5831" />
+      <tetrahedron index="30380" v0="3736" v1="4242" v2="4748" v3="6015" />
+      <tetrahedron index="30381" v0="4901" v1="5239" v2="5865" v3="5867" />
+      <tetrahedron index="30382" v0="4580" v1="5150" v2="5284" v3="6411" />
+      <tetrahedron index="30383" v0="3813" v1="3814" v2="3968" v3="5129" />
+      <tetrahedron index="30384" v0="4016" v1="4981" v2="5442" v3="5463" />
+      <tetrahedron index="30385" v0="3653" v1="4559" v2="4784" v3="6440" />
+      <tetrahedron index="30386" v0="4041" v1="5565" v2="5831" v3="6238" />
+      <tetrahedron index="30387" v0="4746" v1="4804" v2="5265" v3="6601" />
+      <tetrahedron index="30388" v0="3999" v1="4813" v2="5121" v3="5327" />
+      <tetrahedron index="30389" v0="3388" v1="5048" v2="5118" v3="5592" />
+      <tetrahedron index="30390" v0="4154" v1="4224" v2="4683" v3="5744" />
+      <tetrahedron index="30391" v0="3750" v1="3751" v2="5399" v3="5400" />
+      <tetrahedron index="30392" v0="4233" v1="5802" v2="5803" v3="6454" />
+      <tetrahedron index="30393" v0="3672" v1="4215" v2="4344" v3="5789" />
+      <tetrahedron index="30394" v0="3969" v1="5653" v2="5683" v3="6355" />
+      <tetrahedron index="30395" v0="5397" v1="6052" v2="6053" v3="6638" />
+      <tetrahedron index="30396" v0="5190" v1="5959" v2="6465" v3="6902" />
+      <tetrahedron index="30397" v0="5084" v1="5660" v2="5677" v3="5767" />
+      <tetrahedron index="30398" v0="4095" v1="5279" v2="5282" v3="5919" />
+      <tetrahedron index="30399" v0="3848" v1="4834" v2="5297" v3="5956" />
+      <tetrahedron index="30400" v0="5298" v1="5314" v2="5936" v3="5956" />
+      <tetrahedron index="30401" v0="3948" v1="4039" v2="4040" v3="6282" />
+      <tetrahedron index="30402" v0="3579" v1="5569" v2="5724" v3="6391" />
+      <tetrahedron index="30403" v0="4979" v1="5084" v2="5456" v3="5662" />
+      <tetrahedron index="30404" v0="3257" v1="5046" v2="5587" v3="6259" />
+      <tetrahedron index="30405" v0="3897" v1="5210" v2="5700" v3="6364" />
+      <tetrahedron index="30406" v0="3579" v1="4755" v2="5569" v3="6391" />
+      <tetrahedron index="30407" v0="5631" v1="5983" v2="6553" v3="6807" />
+      <tetrahedron index="30408" v0="5703" v1="6335" v2="6374" v3="6832" />
+      <tetrahedron index="30409" v0="3323" v1="3894" v2="5578" v3="5580" />
+      <tetrahedron index="30410" v0="3319" v1="4234" v2="4898" v3="5633" />
+      <tetrahedron index="30411" v0="3996" v1="4004" v2="5140" v3="5737" />
+      <tetrahedron index="30412" v0="3321" v1="3894" v2="5174" v3="5578" />
+      <tetrahedron index="30413" v0="5065" v1="5631" v2="6194" v3="6555" />
+      <tetrahedron index="30414" v0="4444" v1="4468" v2="6190" v3="6738" />
+      <tetrahedron index="30415" v0="3434" v1="3745" v2="3746" v3="5581" />
+      <tetrahedron index="30416" v0="4142" v1="4163" v2="4768" v3="6017" />
+      <tetrahedron index="30417" v0="3512" v1="4428" v2="5409" v3="6069" />
+      <tetrahedron index="30418" v0="4734" v1="5173" v2="5174" v3="5886" />
+      <tetrahedron index="30419" v0="3455" v1="5207" v2="5927" v3="6371" />
+      <tetrahedron index="30420" v0="4364" v1="5331" v2="5585" v3="6069" />
+      <tetrahedron index="30421" v0="4612" v1="4763" v2="5145" v3="5758" />
+      <tetrahedron index="30422" v0="3443" v1="3824" v2="5091" v3="5791" />
+      <tetrahedron index="30423" v0="3582" v1="3886" v2="4089" v3="6448" />
+      <tetrahedron index="30424" v0="4942" v1="5097" v2="5681" v3="5682" />
+      <tetrahedron index="30425" v0="4753" v1="4822" v2="6142" v3="6998" />
+      <tetrahedron index="30426" v0="3891" v1="5508" v2="5529" v3="6167" />
+      <tetrahedron index="30427" v0="3709" v1="5180" v2="5182" v3="5608" />
+      <tetrahedron index="30428" v0="4932" v1="5326" v2="5970" v3="6575" />
+      <tetrahedron index="30429" v0="4955" v1="6154" v2="6711" v3="6958" />
+      <tetrahedron index="30430" v0="4629" v1="5475" v2="5551" v3="6420" />
+      <tetrahedron index="30431" v0="3249" v1="3264" v2="3501" v3="5622" />
+      <tetrahedron index="30432" v0="5362" v1="5555" v2="6223" v3="6226" />
+      <tetrahedron index="30433" v0="3453" v1="3455" v2="3754" v3="5927" />
+      <tetrahedron index="30434" v0="5008" v1="5515" v2="5517" v3="6187" />
+      <tetrahedron index="30435" v0="3485" v1="4523" v2="4598" v3="5344" />
+      <tetrahedron index="30436" v0="3464" v1="3959" v2="4812" v3="5468" />
+      <tetrahedron index="30437" v0="4106" v1="4185" v2="5191" v3="5813" />
+      <tetrahedron index="30438" v0="4556" v1="4810" v2="5426" v3="5430" />
+      <tetrahedron index="30439" v0="4418" v1="5321" v2="5322" v3="6452" />
+      <tetrahedron index="30440" v0="3248" v1="5214" v2="5832" v3="6479" />
+      <tetrahedron index="30441" v0="4593" v1="4728" v2="4729" v3="5233" />
+      <tetrahedron index="30442" v0="4993" v1="6135" v2="6295" v3="6699" />
+      <tetrahedron index="30443" v0="4965" v1="5847" v2="5849" v3="6496" />
+      <tetrahedron index="30444" v0="4381" v1="4430" v2="4504" v3="5435" />
+      <tetrahedron index="30445" v0="3982" v1="4191" v2="4271" v3="6025" />
+      <tetrahedron index="30446" v0="4451" v1="5250" v2="5884" v3="6525" />
+      <tetrahedron index="30447" v0="3298" v1="3954" v2="4052" v3="5215" />
+      <tetrahedron index="30448" v0="5697" v1="5699" v2="6370" v3="6371" />
+      <tetrahedron index="30449" v0="3519" v1="3520" v2="3530" v3="6410" />
+      <tetrahedron index="30450" v0="4965" v1="5419" v2="5849" v3="6498" />
+      <tetrahedron index="30451" v0="3716" v1="3995" v2="6024" v3="6169" />
+      <tetrahedron index="30452" v0="5280" v1="5860" v2="5918" v3="5922" />
+      <tetrahedron index="30453" v0="3920" v1="4260" v2="4770" v3="6354" />
+      <tetrahedron index="30454" v0="4131" v1="5000" v2="5500" v3="5501" />
+      <tetrahedron index="30455" v0="3310" v1="3627" v2="3628" v3="5373" />
+      <tetrahedron index="30456" v0="3724" v1="3837" v2="4055" v3="5710" />
+      <tetrahedron index="30457" v0="4893" v1="4988" v2="5835" v3="6503" />
+      <tetrahedron index="30458" v0="5528" v1="5554" v2="6227" v3="6755" />
+      <tetrahedron index="30459" v0="3950" v1="5018" v2="5533" v3="6206" />
+      <tetrahedron index="30460" v0="4971" v1="5488" v2="6708" v3="6956" />
+      <tetrahedron index="30461" v0="3490" v1="3723" v2="3863" v3="5897" />
+      <tetrahedron index="30462" v0="3417" v1="3570" v2="4274" v3="5228" />
+      <tetrahedron index="30463" v0="4103" v1="5450" v2="5451" v3="6111" />
+      <tetrahedron index="30464" v0="3360" v1="4098" v2="4168" v3="6824" />
+      <tetrahedron index="30465" v0="3363" v1="3676" v2="3820" v3="6345" />
+      <tetrahedron index="30466" v0="3614" v1="5532" v2="5766" v3="6205" />
+      <tetrahedron index="30467" v0="5473" v1="5702" v2="6138" v3="6831" />
+      <tetrahedron index="30468" v0="4900" v1="5236" v2="5237" v3="5861" />
+      <tetrahedron index="30469" v0="4940" v1="5354" v2="5355" v3="5779" />
+      <tetrahedron index="30470" v0="5629" v1="5653" v2="5912" v3="5914" />
+      <tetrahedron index="30471" v0="4891" v1="5211" v2="5830" v3="6329" />
+      <tetrahedron index="30472" v0="3961" v1="4142" v2="4143" v3="6383" />
+      <tetrahedron index="30473" v0="3841" v1="3842" v2="4586" v3="5425" />
+      <tetrahedron index="30474" v0="4276" v1="4277" v2="5756" v3="6416" />
+      <tetrahedron index="30475" v0="3518" v1="4814" v2="4817" v3="6468" />
+      <tetrahedron index="30476" v0="4960" v1="5067" v2="5408" v3="6067" />
+      <tetrahedron index="30477" v0="4198" v1="4199" v2="5131" v3="5609" />
+      <tetrahedron index="30478" v0="3318" v1="3320" v2="4104" v3="4898" />
+      <tetrahedron index="30479" v0="5080" v1="5115" v2="5655" v3="5908" />
+      <tetrahedron index="30480" v0="3401" v1="3615" v2="5114" v3="5208" />
+      <tetrahedron index="30481" v0="4050" v1="4517" v2="4528" v3="5186" />
+      <tetrahedron index="30482" v0="3463" v1="3654" v2="4330" v3="6134" />
+      <tetrahedron index="30483" v0="3319" v1="3320" v2="4234" v3="4898" />
+      <tetrahedron index="30484" v0="4104" v1="4460" v2="4790" v3="4898" />
+      <tetrahedron index="30485" v0="3986" v1="5080" v2="6333" v3="6821" />
+      <tetrahedron index="30486" v0="4513" v1="5372" v2="5506" v3="6546" />
+      <tetrahedron index="30487" v0="4084" v1="4234" v2="4790" v3="4898" />
+      <tetrahedron index="30488" v0="4659" v1="4741" v2="5460" v3="6692" />
+      <tetrahedron index="30489" v0="4084" v1="4460" v2="4790" v3="4898" />
+      <tetrahedron index="30490" v0="4910" v1="5262" v2="6533" v3="6615" />
+      <tetrahedron index="30491" v0="3388" v1="4412" v2="4571" v3="5592" />
+      <tetrahedron index="30492" v0="5817" v1="6462" v2="6868" v3="6872" />
+      <tetrahedron index="30493" v0="5152" v1="6224" v2="6750" v3="6972" />
+      <tetrahedron index="30494" v0="4901" v1="5448" v2="5867" v3="6108" />
+      <tetrahedron index="30495" v0="4868" v1="5083" v2="6204" v3="6373" />
+      <tetrahedron index="30496" v0="4002" v1="4003" v2="4130" v3="5700" />
+      <tetrahedron index="30497" v0="5590" v1="6266" v2="6562" v3="6564" />
+      <tetrahedron index="30498" v0="3526" v1="4992" v2="5201" v3="5485" />
+      <tetrahedron index="30499" v0="4608" v1="5093" v2="5677" v3="6349" />
+      <tetrahedron index="30500" v0="3973" v1="4865" v2="5011" v3="6423" />
+      <tetrahedron index="30501" v0="3325" v1="5172" v2="5785" v3="5787" />
+      <tetrahedron index="30502" v0="6209" v1="6461" v2="6745" v3="6969" />
+      <tetrahedron index="30503" v0="3402" v1="3615" v2="5208" v3="5209" />
+      <tetrahedron index="30504" v0="4665" v1="5057" v2="5610" v3="5900" />
+      <tetrahedron index="30505" v0="4930" v1="6720" v2="6721" v3="6880" />
+      <tetrahedron index="30506" v0="5129" v1="5729" v2="6393" v3="6618" />
+      <tetrahedron index="30507" v0="5021" v1="5218" v2="5859" v3="6503" />
+      <tetrahedron index="30508" v0="4863" v1="5439" v2="5503" v3="6097" />
+      <tetrahedron index="30509" v0="4891" v1="5213" v2="6760" v3="6830" />
+      <tetrahedron index="30510" v0="3705" v1="3984" v2="5851" v3="6497" />
+      <tetrahedron index="30511" v0="3236" v1="3237" v2="3238" v3="5258" />
+      <tetrahedron index="30512" v0="5006" v1="5879" v2="5881" v3="6518" />
+      <tetrahedron index="30513" v0="4313" v1="4529" v2="5500" v3="6453" />
+      <tetrahedron index="30514" v0="4614" v1="6074" v2="6653" v3="6867" />
+      <tetrahedron index="30515" v0="4039" v1="4040" v2="5606" v3="6282" />
+      <tetrahedron index="30516" v0="4009" v1="5501" v2="5799" v3="6455" />
+      <tetrahedron index="30517" v0="5604" v1="5606" v2="6283" v3="6284" />
+      <tetrahedron index="30518" v0="4947" v1="5003" v2="5929" v3="6024" />
+      <tetrahedron index="30519" v0="3460" v1="5527" v2="5807" v3="6285" />
+      <tetrahedron index="30520" v0="3583" v1="3885" v2="3886" v3="4208" />
+      <tetrahedron index="30521" v0="3457" v1="3885" v2="3886" v3="4208" />
+      <tetrahedron index="30522" v0="4877" v1="5061" v2="5619" v3="5886" />
+      <tetrahedron index="30523" v0="3732" v1="5014" v2="5723" v3="6389" />
+      <tetrahedron index="30524" v0="5372" v1="5506" v2="6022" v3="6546" />
+      <tetrahedron index="30525" v0="3352" v1="3353" v2="3430" v3="6337" />
+      <tetrahedron index="30526" v0="4941" v1="6011" v2="6606" v3="6610" />
+      <tetrahedron index="30527" v0="5094" v1="5833" v2="5939" v3="6479" />
+      <tetrahedron index="30528" v0="5604" v1="5605" v2="6283" v3="6284" />
+      <tetrahedron index="30529" v0="4587" v1="5749" v2="6470" v3="6599" />
+      <tetrahedron index="30530" v0="4987" v1="5602" v2="6277" v3="6781" />
+      <tetrahedron index="30531" v0="5517" v1="5518" v2="6183" v3="6185" />
+      <tetrahedron index="30532" v0="3621" v1="5166" v2="5842" v3="6630" />
+      <tetrahedron index="30533" v0="5364" v1="5845" v2="6493" v3="6884" />
+      <tetrahedron index="30534" v0="4206" v1="4235" v2="5567" v3="5688" />
+      <tetrahedron index="30535" v0="4581" v1="4711" v2="4814" v3="5752" />
+      <tetrahedron index="30536" v0="6098" v1="6560" v2="6943" v3="7014" />
+      <tetrahedron index="30537" v0="4953" v1="5809" v2="6623" v3="6969" />
+      <tetrahedron index="30538" v0="3691" v1="4048" v2="5187" v3="5802" />
+      <tetrahedron index="30539" v0="4228" v1="5436" v2="6090" v3="6415" />
+      <tetrahedron index="30540" v0="3241" v1="5272" v2="5692" v3="6178" />
+      <tetrahedron index="30541" v0="5959" v1="6246" v2="6569" v3="6853" />
+      <tetrahedron index="30542" v0="3707" v1="4087" v2="4445" v3="6415" />
+      <tetrahedron index="30543" v0="3471" v1="3472" v2="5093" v3="5662" />
+      <tetrahedron index="30544" v0="3767" v1="5829" v2="6364" v3="6478" />
+      <tetrahedron index="30545" v0="3242" v1="4595" v2="5220" v3="5839" />
+      <tetrahedron index="30546" v0="3472" v1="5084" v2="5093" v3="5662" />
+      <tetrahedron index="30547" v0="6053" v1="6260" v2="6638" v3="6976" />
+      <tetrahedron index="30548" v0="4992" v1="5483" v2="5741" v3="6065" />
+      <tetrahedron index="30549" v0="6612" v1="6685" v2="6796" v3="6941" />
+      <tetrahedron index="30550" v0="3521" v1="3524" v2="6009" v3="6606" />
+      <tetrahedron index="30551" v0="4980" v1="5458" v2="6122" v3="6126" />
+      <tetrahedron index="30552" v0="3468" v1="3740" v2="3862" v3="5165" />
+      <tetrahedron index="30553" v0="4947" v1="5087" v2="5929" v3="6546" />
+      <tetrahedron index="30554" v0="4047" v1="4049" v2="5077" v3="5802" />
+      <tetrahedron index="30555" v0="4973" v1="5442" v2="5444" v3="6102" />
+      <tetrahedron index="30556" v0="3283" v1="3387" v2="4005" v3="5116" />
+      <tetrahedron index="30557" v0="3352" v1="3882" v2="5664" v3="6338" />
+      <tetrahedron index="30558" v0="3233" v1="3235" v2="3344" v3="5776" />
+      <tetrahedron index="30559" v0="3667" v1="4372" v2="4466" v3="5171" />
+      <tetrahedron index="30560" v0="5114" v1="5828" v2="5871" v3="6511" />
+      <tetrahedron index="30561" v0="5690" v1="5822" v2="6476" v3="6823" />
+      <tetrahedron index="30562" v0="4891" v1="5213" v2="6369" v3="6830" />
+      <tetrahedron index="30563" v0="3626" v1="3697" v2="4055" v3="5913" />
+      <tetrahedron index="30564" v0="5475" v1="5756" v2="6420" v3="6849" />
+      <tetrahedron index="30565" v0="4673" v1="5121" v2="5655" v3="5711" />
+      <tetrahedron index="30566" v0="4305" v1="5153" v2="5754" v3="6416" />
+      <tetrahedron index="30567" v0="4300" v1="5566" v2="5831" v3="6238" />
+      <tetrahedron index="30568" v0="4011" v1="4012" v2="5230" v3="6339" />
+      <tetrahedron index="30569" v0="5365" v1="6671" v2="6942" v3="7026" />
+      <tetrahedron index="30570" v0="3774" v1="3982" v2="5282" v3="5920" />
+      <tetrahedron index="30571" v0="4943" v1="5360" v2="6013" v3="6229" />
+      <tetrahedron index="30572" v0="5003" v1="5506" v2="5929" v3="6546" />
+      <tetrahedron index="30573" v0="3848" v1="4750" v2="4834" v3="5313" />
+      <tetrahedron index="30574" v0="3402" v1="3407" v2="5209" v3="5288" />
+      <tetrahedron index="30575" v0="3359" v1="3421" v2="3422" v3="5314" />
+      <tetrahedron index="30576" v0="4297" v1="4298" v2="4359" v3="5684" />
+      <tetrahedron index="30577" v0="4095" v1="4407" v2="4703" v3="5376" />
+      <tetrahedron index="30578" v0="5359" v1="5710" v2="6353" v3="6664" />
+      <tetrahedron index="30579" v0="3356" v1="5226" v2="5850" v3="6496" />
+      <tetrahedron index="30580" v0="4420" v1="4621" v2="4622" v3="5010" />
+      <tetrahedron index="30581" v0="3776" v1="3777" v2="6490" v3="6809" />
+      <tetrahedron index="30582" v0="3446" v1="3693" v2="4242" v3="5364" />
+      <tetrahedron index="30583" v0="5229" v1="5230" v2="5666" v3="6339" />
+      <tetrahedron index="30584" v0="4159" v1="4632" v2="5073" v3="5468" />
+      <tetrahedron index="30585" v0="5020" v1="5539" v2="6211" v3="6749" />
+      <tetrahedron index="30586" v0="4739" v1="4803" v2="5081" v3="5561" />
+      <tetrahedron index="30587" v0="3582" v1="3583" v2="3886" v3="5733" />
+      <tetrahedron index="30588" v0="4169" v1="5470" v2="6135" v3="6149" />
+      <tetrahedron index="30589" v0="3590" v1="3591" v2="5212" v3="5685" />
+      <tetrahedron index="30590" v0="4890" v1="5698" v2="5700" v3="6372" />
+      <tetrahedron index="30591" v0="4266" v1="4493" v2="4820" v3="5343" />
+      <tetrahedron index="30592" v0="5012" v1="5524" v2="5759" v3="6424" />
+      <tetrahedron index="30593" v0="3916" v1="5325" v2="5934" v3="5972" />
+      <tetrahedron index="30594" v0="3982" v1="5278" v2="5282" v3="5920" />
+      <tetrahedron index="30595" v0="3732" v1="3733" v2="4017" v3="5463" />
+      <tetrahedron index="30596" v0="3859" v1="3932" v2="4150" v3="5332" />
+      <tetrahedron index="30597" v0="5014" v1="5527" v2="5723" v3="6117" />
+      <tetrahedron index="30598" v0="4934" v1="5337" v2="5981" v3="6743" />
+      <tetrahedron index="30599" v0="4761" v1="5026" v2="5553" v3="6029" />
+      <tetrahedron index="30600" v0="3309" v1="3686" v2="3846" v3="5933" />
+      <tetrahedron index="30601" v0="5176" v1="5427" v2="5787" v3="6662" />
+      <tetrahedron index="30602" v0="4152" v1="4690" v2="4691" v3="5099" />
+      <tetrahedron index="30603" v0="4855" v1="4929" v2="5319" v3="5483" />
+      <tetrahedron index="30604" v0="3550" v1="3551" v2="4214" v3="5385" />
+      <tetrahedron index="30605" v0="3868" v1="4136" v2="4137" v3="5925" />
+      <tetrahedron index="30606" v0="3963" v1="3964" v2="3965" v3="6403" />
+      <tetrahedron index="30607" v0="4886" v1="5081" v2="5656" v3="6817" />
+      <tetrahedron index="30608" v0="3632" v1="3633" v2="4647" v3="6433" />
+      <tetrahedron index="30609" v0="3687" v1="4669" v2="5061" v3="5652" />
+      <tetrahedron index="30610" v0="5031" v1="5564" v2="5565" v3="6237" />
+      <tetrahedron index="30611" v0="3582" v1="3583" v2="4275" v3="5733" />
+      <tetrahedron index="30612" v0="3339" v1="4485" v2="5334" v3="6350" />
+      <tetrahedron index="30613" v0="4877" v1="4998" v2="5171" v3="6447" />
+      <tetrahedron index="30614" v0="3425" v1="3516" v2="4550" v3="5017" />
+      <tetrahedron index="30615" v0="4091" v1="4775" v2="4829" v3="6248" />
+      <tetrahedron index="30616" v0="3546" v1="3675" v2="5257" v3="5544" />
+      <tetrahedron index="30617" v0="4877" v1="5173" v2="5619" v3="5885" />
+      <tetrahedron index="30618" v0="4920" v1="5291" v2="5294" v3="5933" />
+      <tetrahedron index="30619" v0="3311" v1="3643" v2="4068" v3="5291" />
+      <tetrahedron index="30620" v0="3460" v1="3896" v2="5527" v3="6459" />
+      <tetrahedron index="30621" v0="3737" v1="4186" v2="4575" v3="6700" />
+      <tetrahedron index="30622" v0="4964" v1="6118" v2="6122" v3="6691" />
+      <tetrahedron index="30623" v0="3555" v1="3557" v2="3641" v3="5432" />
+      <tetrahedron index="30624" v0="4936" v1="6044" v2="6625" v3="6807" />
+      <tetrahedron index="30625" v0="4915" v1="5274" v2="5276" v3="5914" />
+      <tetrahedron index="30626" v0="3431" v1="3505" v2="3858" v3="5410" />
+      <tetrahedron index="30627" v0="5060" v1="5618" v2="6583" v3="6706" />
+      <tetrahedron index="30628" v0="3391" v1="3393" v2="4181" v3="5277" />
+      <tetrahedron index="30629" v0="3470" v1="3472" v2="5084" v3="5662" />
+      <tetrahedron index="30630" v0="3806" v1="4141" v2="5039" v3="5968" />
+      <tetrahedron index="30631" v0="4523" v1="4597" v2="4598" v3="5344" />
+      <tetrahedron index="30632" v0="5141" v1="5332" v2="5976" v3="6027" />
+      <tetrahedron index="30633" v0="3882" v1="4182" v2="5085" v3="5664" />
+      <tetrahedron index="30634" v0="4958" v1="5401" v2="6059" v3="6647" />
+      <tetrahedron index="30635" v0="3272" v1="4076" v2="4539" v3="5535" />
+      <tetrahedron index="30636" v0="4013" v1="4163" v2="4762" v3="5719" />
+      <tetrahedron index="30637" v0="3560" v1="5043" v2="5642" v3="5933" />
+      <tetrahedron index="30638" v0="3559" v1="3722" v2="3847" v3="5932" />
+      <tetrahedron index="30639" v0="3586" v1="4615" v2="4819" v3="5098" />
+      <tetrahedron index="30640" v0="3279" v1="5320" v2="5965" v3="6058" />
+      <tetrahedron index="30641" v0="4140" v1="4563" v2="4689" v3="5536" />
+      <tetrahedron index="30642" v0="4047" v1="4069" v2="4667" v3="5077" />
+      <tetrahedron index="30643" v0="3388" v1="3977" v2="4261" v3="5118" />
+      <tetrahedron index="30644" v0="4402" v1="4566" v2="5136" v3="5734" />
+      <tetrahedron index="30645" v0="4934" v1="5333" v2="5336" v3="5979" />
+      <tetrahedron index="30646" v0="3846" v1="4500" v2="4513" v3="5506" />
+      <tetrahedron index="30647" v0="4124" v1="4125" v2="5433" v3="6094" />
+      <tetrahedron index="30648" v0="4851" v1="5146" v2="5147" v3="5939" />
+      <tetrahedron index="30649" v0="4301" v1="5589" v2="6261" v3="6486" />
+      <tetrahedron index="30650" v0="4914" v1="5273" v2="5909" v3="5911" />
+      <tetrahedron index="30651" v0="3362" v1="3730" v2="5312" v3="5955" />
+      <tetrahedron index="30652" v0="4985" v1="5472" v2="5772" v3="6436" />
+      <tetrahedron index="30653" v0="3303" v1="3860" v2="3983" v3="5124" />
+      <tetrahedron index="30654" v0="3283" v1="5007" v2="5116" v3="5514" />
+      <tetrahedron index="30655" v0="3496" v1="3558" v2="4263" v3="5775" />
+      <tetrahedron index="30656" v0="5362" v1="5552" v2="5555" v3="6223" />
+      <tetrahedron index="30657" v0="3650" v1="5417" v2="5418" v3="5420" />
+      <tetrahedron index="30658" v0="5128" v1="5407" v2="5726" v3="6066" />
+      <tetrahedron index="30659" v0="4109" v1="4179" v2="5185" v3="5797" />
+      <tetrahedron index="30660" v0="3585" v1="3586" v2="4658" v3="5302" />
+      <tetrahedron index="30661" v0="3962" v1="4762" v2="5198" v3="5719" />
+      <tetrahedron index="30662" v0="3752" v1="4105" v2="4574" v3="5211" />
+      <tetrahedron index="30663" v0="5415" v1="5606" v2="6283" v3="6284" />
+      <tetrahedron index="30664" v0="4858" v1="5150" v2="5750" v3="6186" />
+      <tetrahedron index="30665" v0="6224" v1="6632" v2="6636" v3="6751" />
+      <tetrahedron index="30666" v0="5632" v1="6194" v2="6195" v3="6310" />
+      <tetrahedron index="30667" v0="3303" v1="3983" v2="5124" v3="5721" />
+      <tetrahedron index="30668" v0="3500" v1="4274" v2="5200" v3="6500" />
+      <tetrahedron index="30669" v0="4153" v1="5486" v2="6135" v3="6149" />
+      <tetrahedron index="30670" v0="3266" v1="3267" v2="4959" v3="5404" />
+      <tetrahedron index="30671" v0="3881" v1="6012" v2="6093" v3="6669" />
+      <tetrahedron index="30672" v0="3718" v1="4075" v2="4650" v3="5105" />
+      <tetrahedron index="30673" v0="4029" v1="5383" v2="6036" v3="6514" />
+      <tetrahedron index="30674" v0="4472" v1="4596" v2="5517" v3="6184" />
+      <tetrahedron index="30675" v0="4853" v1="4959" v2="6061" v3="6066" />
+      <tetrahedron index="30676" v0="5075" v1="5252" v2="5652" v3="6526" />
+      <tetrahedron index="30677" v0="4953" v1="6043" v2="6464" v3="6623" />
+      <tetrahedron index="30678" v0="4278" v1="4424" v2="5388" v3="6619" />
+      <tetrahedron index="30679" v0="3502" v1="3814" v2="5151" v3="5384" />
+      <tetrahedron index="30680" v0="4806" v1="5057" v2="6602" v3="6603" />
+      <tetrahedron index="30681" v0="3254" v1="3818" v2="3870" v3="5729" />
+      <tetrahedron index="30682" v0="3968" v1="5129" v2="5384" v3="5385" />
+      <tetrahedron index="30683" v0="4304" v1="4305" v2="4541" v3="5754" />
+      <tetrahedron index="30684" v0="4010" v1="4592" v2="5079" v3="5804" />
+      <tetrahedron index="30685" v0="6139" v1="6907" v2="7005" v3="7006" />
+      <tetrahedron index="30686" v0="4933" v1="5045" v2="5329" v3="5585" />
+      <tetrahedron index="30687" v0="4508" v1="4598" v2="5482" v3="5988" />
+      <tetrahedron index="30688" v0="4202" v1="5368" v2="6019" v3="6614" />
+      <tetrahedron index="30689" v0="3739" v1="3749" v2="3795" v3="5579" />
+      <tetrahedron index="30690" v0="4857" v1="5403" v2="6444" v3="6648" />
+      <tetrahedron index="30691" v0="3963" v1="4972" v2="5937" v3="6403" />
+      <tetrahedron index="30692" v0="3278" v1="3282" v2="5128" v3="5133" />
+      <tetrahedron index="30693" v0="5347" v1="5599" v2="6271" v3="6668" />
+      <tetrahedron index="30694" v0="5054" v1="5608" v2="5696" v3="5848" />
+      <tetrahedron index="30695" v0="4158" v1="4173" v2="4237" v3="5650" />
+      <tetrahedron index="30696" v0="4254" v1="4798" v2="5024" v3="6196" />
+      <tetrahedron index="30697" v0="3412" v1="3413" v2="3956" v3="5447" />
+      <tetrahedron index="30698" v0="3324" v1="5427" v2="5429" v3="6086" />
+      <tetrahedron index="30699" v0="5610" v1="6013" v2="6229" v3="6592" />
+      <tetrahedron index="30700" v0="3685" v1="5243" v2="5829" v3="6512" />
+      <tetrahedron index="30701" v0="3312" v1="3313" v2="4738" v3="5601" />
+      <tetrahedron index="30702" v0="3779" v1="3781" v2="5987" v3="6578" />
+      <tetrahedron index="30703" v0="3385" v1="4717" v2="6180" v3="6889" />
+      <tetrahedron index="30704" v0="4377" v1="4434" v2="5092" v3="5837" />
+      <tetrahedron index="30705" v0="4899" v1="5232" v2="5899" v3="6502" />
+      <tetrahedron index="30706" v0="5411" v1="6125" v2="6127" v3="6725" />
+      <tetrahedron index="30707" v0="3337" v1="4608" v2="4638" v3="6349" />
+      <tetrahedron index="30708" v0="4645" v1="4646" v2="5174" v3="5886" />
+      <tetrahedron index="30709" v0="4919" v1="5698" v2="5927" v3="6402" />
+      <tetrahedron index="30710" v0="4530" v1="5525" v2="6197" v3="6452" />
+      <tetrahedron index="30711" v0="5084" v1="5456" v2="5662" v3="5773" />
+      <tetrahedron index="30712" v0="3303" v1="3970" v2="3983" v3="5721" />
+      <tetrahedron index="30713" v0="3963" v1="4972" v2="6403" v3="6404" />
+      <tetrahedron index="30714" v0="3924" v1="4515" v2="5790" v3="5793" />
+      <tetrahedron index="30715" v0="5092" v1="5686" v2="5687" v3="5837" />
+      <tetrahedron index="30716" v0="4636" v1="4794" v2="5260" v3="5857" />
+      <tetrahedron index="30717" v0="3780" v1="5393" v2="6248" v3="6904" />
+      <tetrahedron index="30718" v0="4500" v1="4513" v2="5506" v3="6022" />
+      <tetrahedron index="30719" v0="4993" v1="5486" v2="5742" v3="6406" />
+      <tetrahedron index="30720" v0="4515" v1="5072" v2="5790" v3="5793" />
+      <tetrahedron index="30721" v0="3263" v1="5455" v2="5504" v3="6168" />
+      <tetrahedron index="30722" v0="3475" v1="4182" v2="5117" v3="5663" />
+      <tetrahedron index="30723" v0="4234" v1="4719" v2="5612" v3="5633" />
+      <tetrahedron index="30724" v0="3868" v1="4136" v2="4381" v3="5960" />
+      <tetrahedron index="30725" v0="4206" v1="4355" v2="5032" v3="5688" />
+      <tetrahedron index="30726" v0="5145" v1="5483" v2="5741" v3="6422" />
+      <tetrahedron index="30727" v0="3876" v1="5099" v2="5611" v3="6607" />
+      <tetrahedron index="30728" v0="5015" v1="5528" v2="6202" v3="6716" />
+      <tetrahedron index="30729" v0="6118" v1="6120" v2="6690" v3="6834" />
+      <tetrahedron index="30730" v0="3723" v1="3845" v2="5261" v3="6502" />
+      <tetrahedron index="30731" v0="4993" v1="5106" v2="6149" v3="6953" />
+      <tetrahedron index="30732" v0="4850" v1="5461" v2="6442" v3="6694" />
+      <tetrahedron index="30733" v0="4012" v1="4013" v2="4213" v3="5229" />
+      <tetrahedron index="30734" v0="3365" v1="3366" v2="4101" v3="5106" />
+      <tetrahedron index="30735" v0="4395" v1="5292" v2="5930" v3="6547" />
+      <tetrahedron index="30736" v0="3926" v1="4675" v2="5138" v3="5326" />
+      <tetrahedron index="30737" v0="3537" v1="3916" v2="4727" v3="5325" />
+      <tetrahedron index="30738" v0="3897" v1="4602" v2="5700" v3="6364" />
+      <tetrahedron index="30739" v0="4341" v1="4471" v2="5510" v3="6185" />
+      <tetrahedron index="30740" v0="4887" v1="5200" v2="5818" v3="6388" />
+      <tetrahedron index="30741" v0="3913" v1="3915" v2="3916" v3="6381" />
+      <tetrahedron index="30742" v0="4600" v1="5718" v2="6017" v3="6386" />
+      <tetrahedron index="30743" v0="4193" v1="5413" v2="5414" v3="5626" />
+      <tetrahedron index="30744" v0="3814" v1="3968" v2="5129" v3="5384" />
+      <tetrahedron index="30745" v0="4899" v1="5101" v2="5854" v3="6358" />
+      <tetrahedron index="30746" v0="4390" v1="5415" v2="6195" v3="6313" />
+      <tetrahedron index="30747" v0="5996" v1="6407" v2="6723" v3="6848" />
+      <tetrahedron index="30748" v0="3284" v1="4974" v2="5059" v3="5382" />
+      <tetrahedron index="30749" v0="3932" v1="4557" v2="5141" v3="6027" />
+      <tetrahedron index="30750" v0="3444" v1="5324" v2="5971" v3="6575" />
+      <tetrahedron index="30751" v0="4870" v1="5070" v2="5161" v3="5643" />
+      <tetrahedron index="30752" v0="4876" v1="5783" v2="6294" v3="6679" />
+      <tetrahedron index="30753" v0="3849" v1="4834" v2="5297" v3="5956" />
+      <tetrahedron index="30754" v0="5279" v1="5281" v2="5919" v3="5921" />
+      <tetrahedron index="30755" v0="4262" v1="4432" v2="4437" v3="6335" />
+      <tetrahedron index="30756" v0="4846" v1="5758" v2="5759" v3="6820" />
+      <tetrahedron index="30757" v0="4027" v1="4104" v2="4801" v3="5658" />
+      <tetrahedron index="30758" v0="6139" v1="6582" v2="6907" v3="7006" />
+      <tetrahedron index="30759" v0="3697" v1="5274" v2="5913" v3="6354" />
+      <tetrahedron index="30760" v0="5024" v1="5548" v2="6198" v3="6739" />
+      <tetrahedron index="30761" v0="6001" v1="6408" v2="6840" v3="6868" />
+      <tetrahedron index="30762" v0="4522" v1="4657" v2="5184" v3="6164" />
+      <tetrahedron index="30763" v0="3766" v1="3897" v2="5210" v3="5825" />
+      <tetrahedron index="30764" v0="4972" v1="5740" v2="6403" v3="6404" />
+      <tetrahedron index="30765" v0="3694" v1="4758" v2="5970" v3="6574" />
+      <tetrahedron index="30766" v0="5037" v1="5575" v2="6545" v3="6581" />
+      <tetrahedron index="30767" v0="4860" v1="6224" v2="6632" v3="6750" />
+      <tetrahedron index="30768" v0="4597" v1="4820" v2="5343" v3="5924" />
+      <tetrahedron index="30769" v0="4970" v1="5436" v2="6090" v3="6092" />
+      <tetrahedron index="30770" v0="4912" v1="5041" v2="5266" v3="5962" />
+      <tetrahedron index="30771" v0="4950" v1="6243" v2="6656" v3="6657" />
+      <tetrahedron index="30772" v0="4086" v1="4136" v2="4294" v3="5925" />
+      <tetrahedron index="30773" v0="5188" v1="5805" v2="6457" v3="6458" />
+      <tetrahedron index="30774" v0="5398" v1="5965" v2="6058" v3="6572" />
+      <tetrahedron index="30775" v0="5599" v1="5991" v2="6587" v3="6590" />
+      <tetrahedron index="30776" v0="4938" v1="5599" v2="6270" v3="6590" />
+      <tetrahedron index="30777" v0="4913" v1="6536" v2="6893" v3="6942" />
+      <tetrahedron index="30778" v0="4679" v1="4785" v2="5041" v3="5962" />
+      <tetrahedron index="30779" v0="4252" v1="4253" v2="5577" v3="6253" />
+      <tetrahedron index="30780" v0="6291" v1="6794" v2="6897" v3="6942" />
+      <tetrahedron index="30781" v0="4943" v1="5347" v2="6271" v3="6668" />
+      <tetrahedron index="30782" v0="4957" v1="5137" v2="5398" v3="6572" />
+      <tetrahedron index="30783" v0="3486" v1="4081" v2="5422" v3="5961" />
+      <tetrahedron index="30784" v0="3911" v1="3912" v2="5138" v3="6574" />
+      <tetrahedron index="30785" v0="5341" v1="5747" v2="5985" v3="6900" />
+      <tetrahedron index="30786" v0="3782" v1="3785" v2="5747" v3="5986" />
+      <tetrahedron index="30787" v0="3991" v1="4399" v2="6553" v3="6580" />
+      <tetrahedron index="30788" v0="4209" v1="5305" v2="6553" v3="6580" />
+      <tetrahedron index="30789" v0="5305" v1="6033" v2="6552" v3="6580" />
+      <tetrahedron index="30790" v0="5929" v1="5931" v2="6340" v3="6546" />
+      <tetrahedron index="30791" v0="3310" v1="3628" v2="5931" v3="6546" />
+      <tetrahedron index="30792" v0="4947" v1="5372" v2="5373" v3="6546" />
+      <tetrahedron index="30793" v0="3310" v1="5506" v2="5931" v3="6546" />
+      <tetrahedron index="30794" v0="3754" v1="5289" v2="5927" v3="6371" />
+      <tetrahedron index="30795" v0="5109" v1="5289" v2="5697" v3="6371" />
+      <tetrahedron index="30796" v0="5414" v1="6073" v2="6074" v3="6653" />
+      <tetrahedron index="30797" v0="5144" v1="5740" v2="5758" v3="6820" />
+      <tetrahedron index="30798" v0="4919" v1="5697" v2="6370" v3="6371" />
+      <tetrahedron index="30799" v0="4822" v1="5604" v2="6142" v3="6998" />
+      <tetrahedron index="30800" v0="5463" v1="6120" v2="6696" v3="6952" />
+      <tetrahedron index="30801" v0="4920" v1="5043" v2="5294" v3="6548" />
+      <tetrahedron index="30802" v0="4583" v1="5646" v2="5647" v3="6341" />
+      <tetrahedron index="30803" v0="4583" v1="4708" v2="4778" v3="6341" />
+      <tetrahedron index="30804" v0="3847" v1="4481" v2="4500" v3="5932" />
+      <tetrahedron index="30805" v0="4854" v1="5745" v2="6083" v3="6550" />
+      <tetrahedron index="30806" v0="3528" v1="3529" v2="5484" v3="6549" />
+      <tetrahedron index="30807" v0="3722" v1="3987" v2="4481" v3="5932" />
+      <tetrahedron index="30808" v0="4947" v1="5373" v2="5667" v3="6023" />
+      <tetrahedron index="30809" v0="4150" v1="4557" v2="4703" v3="6027" />
+      <tetrahedron index="30810" v0="4948" v1="5375" v2="5377" v3="6025" />
+      <tetrahedron index="30811" v0="4452" v1="5280" v2="5281" v3="6544" />
+      <tetrahedron index="30812" v0="4452" v1="5280" v2="5917" v3="6544" />
+      <tetrahedron index="30813" v0="4972" v1="5441" v2="5937" v3="6549" />
+      <tetrahedron index="30814" v0="4972" v1="5937" v2="6101" v3="6549" />
+      <tetrahedron index="30815" v0="3987" v1="5003" v2="5505" v3="5932" />
+      <tetrahedron index="30816" v0="3604" v1="5281" v2="6028" v3="6544" />
+      <tetrahedron index="30817" v0="5377" v1="5917" v2="5921" v3="6544" />
+      <tetrahedron index="30818" v0="4920" v1="5506" v2="5929" v3="5931" />
+      <tetrahedron index="30819" v0="4920" v1="5291" v2="5293" v3="5931" />
+      <tetrahedron index="30820" v0="4920" v1="5293" v2="5929" v3="5931" />
+      <tetrahedron index="30821" v0="3722" v1="3869" v2="3987" v3="5932" />
+      <tetrahedron index="30822" v0="3869" v1="3987" v2="5505" v3="5932" />
+      <tetrahedron index="30823" v0="3529" v1="5441" v2="5484" v3="6549" />
+      <tetrahedron index="30824" v0="5148" v1="5745" v2="6083" v3="6550" />
+      <tetrahedron index="30825" v0="3528" v1="3529" v2="4016" v3="6549" />
+      <tetrahedron index="30826" v0="3309" v1="3846" v2="5294" v3="5933" />
+      <tetrahedron index="30827" v0="3560" v1="3686" v2="3803" v3="5933" />
+      <tetrahedron index="30828" v0="3559" v1="5043" v2="5294" v3="5933" />
+      <tetrahedron index="30829" v0="3559" v1="3803" v2="5294" v3="5933" />
+      <tetrahedron index="30830" v0="3686" v1="3803" v2="3846" v3="5933" />
+      <tetrahedron index="30831" v0="3803" v1="3846" v2="5294" v3="5933" />
+      <tetrahedron index="30832" v0="3559" v1="3560" v2="3803" v3="5933" />
+      <tetrahedron index="30833" v0="3559" v1="3560" v2="5043" v3="5933" />
+      <tetrahedron index="30834" v0="3916" v1="3926" v2="4168" v3="5934" />
+      <tetrahedron index="30835" v0="5367" v1="5792" v2="6018" v3="6382" />
+      <tetrahedron index="30836" v0="4879" v1="5108" v2="6365" v3="6382" />
+      <tetrahedron index="30837" v0="3361" v1="3480" v2="5671" v3="6343" />
+      <tetrahedron index="30838" v0="3480" v1="5089" v2="5671" v3="6343" />
+      <tetrahedron index="30839" v0="3538" v1="5295" v2="5584" v3="5934" />
+      <tetrahedron index="30840" v0="3916" v1="5325" v2="5326" v3="5973" />
+      <tetrahedron index="30841" v0="3916" v1="3926" v2="5934" v3="5973" />
+      <tetrahedron index="30842" v0="3800" v1="3916" v2="4168" v3="5934" />
+      <tetrahedron index="30843" v0="4945" v1="5367" v2="6018" v3="6382" />
+      <tetrahedron index="30844" v0="3916" v1="3926" v2="5326" v3="5973" />
+      <tetrahedron index="30845" v0="3537" v1="3800" v2="3916" v3="5934" />
+      <tetrahedron index="30846" v0="5325" v1="5934" v2="5972" v3="5973" />
+      <tetrahedron index="30847" v0="4183" v1="4212" v2="4356" v3="6827" />
+      <tetrahedron index="30848" v0="4921" v1="5296" v2="5297" v3="6345" />
+      <tetrahedron index="30849" v0="5305" v1="5941" v2="5943" v3="6550" />
+      <tetrahedron index="30850" v0="5422" v1="6082" v2="6571" v3="6658" />
+      <tetrahedron index="30851" v0="4922" v1="5442" v2="6101" v3="6102" />
+      <tetrahedron index="30852" v0="3253" v1="3765" v2="3963" v3="5937" />
+      <tetrahedron index="30853" v0="3765" v1="3963" v2="5441" v3="5937" />
+      <tetrahedron index="30854" v0="5745" v1="6033" v2="6034" v3="6550" />
+      <tetrahedron index="30855" v0="5148" v1="5745" v2="6033" v3="6550" />
+      <tetrahedron index="30856" v0="5305" v1="6033" v2="6034" v3="6552" />
+      <tetrahedron index="30857" v0="4950" v1="5745" v2="6034" v3="6550" />
+      <tetrahedron index="30858" v0="4054" v1="4399" v2="5631" v3="5983" />
+      <tetrahedron index="30859" v0="4851" v1="5338" v2="6295" v3="6480" />
+      <tetrahedron index="30860" v0="5037" v1="5984" v2="6047" v3="6577" />
+      <tetrahedron index="30861" v0="4923" v1="4982" v2="5302" v3="5940" />
+      <tetrahedron index="30862" v0="3549" v1="4684" v2="5301" v3="5939" />
+      <tetrahedron index="30863" v0="4062" v1="4683" v2="4684" v3="5939" />
+      <tetrahedron index="30864" v0="4683" v1="4684" v2="5938" v3="5939" />
+      <tetrahedron index="30865" v0="3549" v1="5094" v2="5678" v3="5939" />
+      <tetrahedron index="30866" v0="3549" v1="4062" v2="5678" v3="5939" />
+      <tetrahedron index="30867" v0="4154" v1="5146" v2="5147" v3="5939" />
+      <tetrahedron index="30868" v0="4154" v1="5147" v2="5744" v3="5939" />
+      <tetrahedron index="30869" v0="4062" v1="4154" v2="4683" v3="5939" />
+      <tetrahedron index="30870" v0="4154" v1="4683" v2="5744" v3="5939" />
+      <tetrahedron index="30871" v0="5094" v1="5214" v2="5833" v3="6480" />
+      <tetrahedron index="30872" v0="4250" v1="4373" v2="5926" v3="6579" />
+      <tetrahedron index="30873" v0="5190" v1="6464" v2="6569" v3="6902" />
+      <tetrahedron index="30874" v0="4892" v1="5338" v2="5563" v3="6480" />
+      <tetrahedron index="30875" v0="4892" v1="5338" v2="6295" v3="6480" />
+      <tetrahedron index="30876" v0="4394" v1="5306" v2="5521" v3="5944" />
+      <tetrahedron index="30877" v0="4621" v1="4622" v2="5010" v3="5944" />
+      <tetrahedron index="30878" v0="5005" v1="6173" v2="6726" v3="6856" />
+      <tetrahedron index="30879" v0="4323" v1="4621" v2="4660" v3="5944" />
+      <tetrahedron index="30880" v0="4621" v1="5010" v2="5521" v3="5944" />
+      <tetrahedron index="30881" v0="3630" v1="3878" v2="4835" v3="6758" />
+      <tetrahedron index="30882" v0="4091" v1="4507" v2="4725" v3="6768" />
+      <tetrahedron index="30883" v0="4798" v1="5024" v2="5525" v3="6196" />
+      <tetrahedron index="30884" v0="5065" v1="5632" v2="6310" v3="6311" />
+      <tetrahedron index="30885" v0="4390" v1="4396" v2="4698" v3="6194" />
+      <tetrahedron index="30886" v0="4963" v1="5603" v2="6283" v3="6786" />
+      <tetrahedron index="30887" v0="5065" v1="6310" v2="6311" v3="6555" />
+      <tetrahedron index="30888" v0="4660" v1="5304" v2="5944" v3="6556" />
+      <tetrahedron index="30889" v0="3630" v1="3879" v2="5251" v3="6758" />
+      <tetrahedron index="30890" v0="4873" v1="6281" v2="6628" v3="6786" />
+      <tetrahedron index="30891" v0="6429" v1="6853" v2="6854" v3="6912" />
+      <tetrahedron index="30892" v0="5605" v1="6281" v2="6628" v3="6786" />
+      <tetrahedron index="30893" v0="6044" v1="6625" v2="6627" v3="6924" />
+      <tetrahedron index="30894" v0="3734" v1="5169" v2="5613" v3="6515" />
+      <tetrahedron index="30895" v0="4323" v1="4394" v2="4621" v3="5944" />
+      <tetrahedron index="30896" v0="4394" v1="4621" v2="5521" v3="5944" />
+      <tetrahedron index="30897" v0="5586" v1="6067" v2="6258" v3="6650" />
+      <tetrahedron index="30898" v0="4338" v1="4698" v2="5523" v3="6194" />
+      <tetrahedron index="30899" v0="4141" v1="4530" v2="4798" v3="6196" />
+      <tetrahedron index="30900" v0="5157" v1="6308" v2="6551" v3="6764" />
+      <tetrahedron index="30901" v0="4867" v1="5762" v2="5945" v3="5947" />
+      <tetrahedron index="30902" v0="3781" v1="3937" v2="4053" v3="6578" />
+      <tetrahedron index="30903" v0="4088" v1="5188" v2="5806" v3="6457" />
+      <tetrahedron index="30904" v0="5059" v1="5169" v2="5613" v3="6035" />
+      <tetrahedron index="30905" v0="3630" v1="3878" v2="3879" v3="6758" />
+      <tetrahedron index="30906" v0="3284" v1="3734" v2="5059" v3="6035" />
+      <tetrahedron index="30907" v0="4950" v1="5380" v2="5381" v3="6763" />
+      <tetrahedron index="30908" v0="4966" v1="5745" v2="6080" v3="6083" />
+      <tetrahedron index="30909" v0="5541" v1="6212" v2="6244" v3="6748" />
+      <tetrahedron index="30910" v0="5157" v1="5762" v2="5763" v3="5947" />
+      <tetrahedron index="30911" v0="5027" v1="5557" v2="6233" v3="6559" />
+      <tetrahedron index="30912" v0="5157" v1="5762" v2="5945" v3="5947" />
+      <tetrahedron index="30913" v0="4385" v1="4533" v2="4534" v3="6244" />
+      <tetrahedron index="30914" v0="4527" v1="4706" v2="5303" v3="6763" />
+      <tetrahedron index="30915" v0="4533" v1="4613" v2="5541" v3="6244" />
+      <tetrahedron index="30916" v0="5340" v1="5341" v2="5983" v3="6899" />
+      <tetrahedron index="30917" v0="4926" v1="5880" v2="6561" v3="6945" />
+      <tetrahedron index="30918" v0="4863" v1="5062" v2="5620" v3="6795" />
+      <tetrahedron index="30919" v0="4619" v1="4679" v2="5757" v3="5949" />
+      <tetrahedron index="30920" v0="4925" v1="4989" v2="5308" v3="5949" />
+      <tetrahedron index="30921" v0="4479" v1="4480" v2="4679" v3="5949" />
+      <tetrahedron index="30922" v0="4479" v1="4480" v2="5757" v3="5949" />
+      <tetrahedron index="30923" v0="4480" v1="4679" v2="5757" v3="5949" />
+      <tetrahedron index="30924" v0="4433" v1="4661" v2="4662" v3="5235" />
+      <tetrahedron index="30925" v0="4855" v1="4912" v2="5319" v3="5949" />
+      <tetrahedron index="30926" v0="3280" v1="3281" v2="3386" v3="5964" />
+      <tetrahedron index="30927" v0="4855" v1="4989" v2="5883" v3="5949" />
+      <tetrahedron index="30928" v0="4925" v1="4989" v2="5883" v3="5949" />
+      <tetrahedron index="30929" v0="4855" v1="4925" v2="5883" v3="5949" />
+      <tetrahedron index="30930" v0="5139" v1="5770" v2="6399" v3="6836" />
+      <tetrahedron index="30931" v0="3267" v1="4959" v2="5404" v3="6063" />
+      <tetrahedron index="30932" v0="4913" v1="5270" v2="6612" v3="6982" />
+      <tetrahedron index="30933" v0="4961" v1="5411" v2="6187" v3="6732" />
+      <tetrahedron index="30934" v0="4976" v1="5450" v2="5451" v3="6177" />
+      <tetrahedron index="30935" v0="5403" v1="5443" v2="5524" v3="6104" />
+      <tetrahedron index="30936" v0="3401" v1="3531" v2="5114" v3="6801" />
+      <tetrahedron index="30937" v0="5023" v1="5839" v2="6485" v3="6561" />
+      <tetrahedron index="30938" v0="5006" v1="5513" v2="6177" v3="6946" />
+      <tetrahedron index="30939" v0="3659" v1="3935" v2="4707" v3="6267" />
+      <tetrahedron index="30940" v0="3731" v1="4750" v2="5313" v3="5955" />
+      <tetrahedron index="30941" v0="4512" v1="5333" v2="5980" v3="6776" />
+      <tetrahedron index="30942" v0="4614" v1="4816" v2="6074" v3="6653" />
+      <tetrahedron index="30943" v0="5006" v1="5879" v2="5881" v3="6522" />
+      <tetrahedron index="30944" v0="4962" v1="5413" v2="5414" v3="6303" />
+      <tetrahedron index="30945" v0="4875" v1="5011" v2="5046" v3="6063" />
+      <tetrahedron index="30946" v0="4956" v1="5404" v2="5587" v3="6063" />
+      <tetrahedron index="30947" v0="3258" v1="5011" v2="5046" v3="6063" />
+      <tetrahedron index="30948" v0="3265" v1="5046" v2="5587" v3="6063" />
+      <tetrahedron index="30949" v0="4875" v1="5011" v2="5402" v3="6063" />
+      <tetrahedron index="30950" v0="3258" v1="3265" v2="5046" v3="6063" />
+      <tetrahedron index="30951" v0="5403" v1="5443" v2="6103" v3="6104" />
+      <tetrahedron index="30952" v0="3973" v1="5012" v2="6265" v3="6562" />
+      <tetrahedron index="30953" v0="3973" v1="4285" v2="5012" v3="6562" />
+      <tetrahedron index="30954" v0="3943" v1="5080" v2="5655" v3="6821" />
+      <tetrahedron index="30955" v0="4846" v1="5443" v2="6101" v3="6524" />
+      <tetrahedron index="30956" v0="4866" v1="5465" v2="6535" v3="6892" />
+      <tetrahedron index="30957" v0="4854" v1="5421" v2="6080" v3="6566" />
+      <tetrahedron index="30958" v0="5316" v1="6079" v2="6456" v3="6566" />
+      <tetrahedron index="30959" v0="4854" v1="5421" v2="6083" v3="6566" />
+      <tetrahedron index="30960" v0="4866" v1="5760" v2="6426" v3="6892" />
+      <tetrahedron index="30961" v0="6105" v1="6648" v2="6676" v3="6892" />
+      <tetrahedron index="30962" v0="4886" v1="5029" v2="6331" v3="6563" />
+      <tetrahedron index="30963" v0="3935" v1="4707" v2="5646" v3="6267" />
+      <tetrahedron index="30964" v0="5588" v1="5589" v2="6262" v3="6638" />
+      <tetrahedron index="30965" v0="4854" v1="5958" v2="6083" v3="6566" />
+      <tetrahedron index="30966" v0="4928" v1="5421" v2="6079" v3="6566" />
+      <tetrahedron index="30967" v0="4907" v1="5075" v2="5652" v3="6328" />
+      <tetrahedron index="30968" v0="4918" v1="6079" v2="6456" v3="6566" />
+      <tetrahedron index="30969" v0="4928" v1="5421" v2="6080" v3="6566" />
+      <tetrahedron index="30970" v0="5006" v1="5512" v2="6177" v3="6522" />
+      <tetrahedron index="30971" v0="3659" v1="5088" v2="5526" v3="6267" />
+      <tetrahedron index="30972" v0="4961" v1="5411" v2="6127" v3="6732" />
+      <tetrahedron index="30973" v0="4936" v1="5340" v2="5341" v3="6899" />
+      <tetrahedron index="30974" v0="5006" v1="5512" v2="5879" v3="6522" />
+      <tetrahedron index="30975" v0="5155" v1="6103" v2="6535" v3="6892" />
+      <tetrahedron index="30976" v0="4735" v1="4751" v2="5675" v3="6347" />
+      <tetrahedron index="30977" v0="4764" v1="5204" v2="5822" v3="6476" />
+      <tetrahedron index="30978" v0="3420" v1="3421" v2="4654" v3="5957" />
+      <tetrahedron index="30979" v0="3420" v1="3421" v2="5314" v3="5957" />
+      <tetrahedron index="30980" v0="4603" v1="5896" v2="6241" v3="6347" />
+      <tetrahedron index="30981" v0="5104" v1="5896" v2="6241" v3="6347" />
+      <tetrahedron index="30982" v0="3960" v1="4782" v2="5205" v3="6476" />
+      <tetrahedron index="30983" v0="4781" v1="4782" v2="5823" v3="6476" />
+      <tetrahedron index="30984" v0="3960" v1="4781" v2="4782" v3="6476" />
+      <tetrahedron index="30985" v0="4782" v1="5205" v2="5823" v3="6476" />
+      <tetrahedron index="30986" v0="4889" v1="5204" v2="5822" v3="6476" />
+      <tetrahedron index="30987" v0="3776" v1="4054" v2="4400" v3="6309" />
+      <tetrahedron index="30988" v0="6280" v1="6628" v2="6786" v3="6808" />
+      <tetrahedron index="30989" v0="4054" v1="5340" v2="5983" v3="6309" />
+      <tetrahedron index="30990" v0="4986" v1="6645" v2="6703" v3="7012" />
+      <tetrahedron index="30991" v0="5134" v1="5178" v2="5733" v3="6448" />
+      <tetrahedron index="30992" v0="3794" v1="4014" v2="4743" v3="6084" />
+      <tetrahedron index="30993" v0="3817" v1="5177" v2="5787" v3="6086" />
+      <tetrahedron index="30994" v0="5993" v1="6221" v2="6223" v3="6668" />
+      <tetrahedron index="30995" v0="4913" v1="6300" v2="6534" v3="6800" />
+      <tetrahedron index="30996" v0="4936" v1="5340" v2="5983" v3="6807" />
+      <tetrahedron index="30997" v0="4955" v1="6156" v2="6227" v3="6752" />
+      <tetrahedron index="30998" v0="5195" v1="6471" v2="6623" v3="6737" />
+      <tetrahedron index="30999" v0="4570" v1="4664" v2="5610" v3="6013" />
+      <tetrahedron index="31000" v0="3608" v1="3853" v2="4527" v3="6763" />
+      <tetrahedron index="31001" v0="5305" v1="5941" v2="6553" v3="6580" />
+      <tetrahedron index="31002" v0="5395" v1="6051" v2="6225" v3="6636" />
+      <tetrahedron index="31003" v0="5148" v1="5746" v2="6083" v3="6659" />
+      <tetrahedron index="31004" v0="5318" v1="6243" v2="6656" v3="6657" />
+      <tetrahedron index="31005" v0="4014" v1="4743" v2="5424" v3="6084" />
+      <tetrahedron index="31006" v0="4470" v1="4777" v2="5192" v3="6468" />
+      <tetrahedron index="31007" v0="4967" v1="5175" v2="5581" v3="6661" />
+      <tetrahedron index="31008" v0="4854" v1="5421" v2="6080" v3="6083" />
+      <tetrahedron index="31009" v0="3868" v1="3906" v2="3907" v3="5960" />
+      <tetrahedron index="31010" v0="3906" v1="3907" v2="5317" v3="5960" />
+      <tetrahedron index="31011" v0="3343" v1="3728" v2="3729" v3="6435" />
+      <tetrahedron index="31012" v0="5140" v1="5698" v2="6402" v3="6837" />
+      <tetrahedron index="31013" v0="4619" v1="4679" v2="4785" v3="5962" />
+      <tetrahedron index="31014" v0="4619" v1="4679" v2="5319" v3="5962" />
+      <tetrahedron index="31015" v0="4619" v1="4785" v2="5319" v3="5962" />
+      <tetrahedron index="31016" v0="3791" v1="4620" v2="4888" v3="5963" />
+      <tetrahedron index="31017" v0="3791" v1="4888" v2="5319" v3="5963" />
+      <tetrahedron index="31018" v0="4619" v1="5757" v2="5949" v3="5963" />
+      <tetrahedron index="31019" v0="4855" v1="5757" v2="5949" v3="5963" />
+      <tetrahedron index="31020" v0="4100" v1="4544" v2="4545" v3="6406" />
+      <tetrahedron index="31021" v0="5147" v1="5742" v2="5743" v3="6406" />
+      <tetrahedron index="31022" v0="5487" v1="5742" v2="6319" v3="6406" />
+      <tetrahedron index="31023" v0="3275" v1="5202" v2="5820" v3="5965" />
+      <tetrahedron index="31024" v0="3275" v1="3276" v2="3279" v3="5965" />
+      <tetrahedron index="31025" v0="3275" v1="3276" v2="5820" v3="5965" />
+      <tetrahedron index="31026" v0="4281" v1="5481" v2="6147" v3="6859" />
+      <tetrahedron index="31027" v0="3728" v1="4107" v2="5323" v3="6435" />
+      <tetrahedron index="31028" v0="3729" v1="4990" v2="5797" v3="6435" />
+      <tetrahedron index="31029" v0="4931" v1="5548" v2="6434" v3="6573" />
+      <tetrahedron index="31030" v0="5481" v1="6253" v2="6398" v3="6573" />
+      <tetrahedron index="31031" v0="4958" v1="5400" v2="5401" v3="6059" />
+      <tetrahedron index="31032" v0="4687" v1="4828" v2="5665" v3="6059" />
+      <tetrahedron index="31033" v0="3900" v1="4061" v2="5203" v3="6362" />
+      <tetrahedron index="31034" v0="3661" v1="4686" v2="4687" v3="6059" />
+      <tetrahedron index="31035" v0="4889" v1="5203" v2="5691" v3="6362" />
+      <tetrahedron index="31036" v0="4686" v1="5400" v2="5401" v3="6059" />
+      <tetrahedron index="31037" v0="4929" v1="5319" v2="5483" v3="5966" />
+      <tetrahedron index="31038" v0="4888" v1="5319" v2="5483" v3="5966" />
+      <tetrahedron index="31039" v0="4888" v1="4929" v2="5483" v3="5966" />
+      <tetrahedron index="31040" v0="4888" v1="4929" v2="5201" v3="5966" />
+      <tetrahedron index="31041" v0="4929" v1="5201" v2="5320" v3="5966" />
+      <tetrahedron index="31042" v0="3750" v1="4687" v2="5399" v3="6059" />
+      <tetrahedron index="31043" v0="3900" v1="4061" v2="5206" v3="6362" />
+      <tetrahedron index="31044" v0="4931" v1="6380" v2="6434" v3="6435" />
+      <tetrahedron index="31045" v0="3729" v1="4178" v2="5797" v3="6435" />
+      <tetrahedron index="31046" v0="4178" v1="5797" v2="5969" v3="6435" />
+      <tetrahedron index="31047" v0="3343" v1="3729" v2="5771" v3="6435" />
+      <tetrahedron index="31048" v0="5707" v1="5772" v2="6378" v3="6380" />
+      <tetrahedron index="31049" v0="5119" v1="5708" v2="6378" v3="6380" />
+      <tetrahedron index="31050" v0="5119" v1="5707" v2="6378" v3="6380" />
+      <tetrahedron index="31051" v0="3770" v1="5708" v2="6378" v3="6380" />
+      <tetrahedron index="31052" v0="4178" v1="5185" v2="5797" v3="5969" />
+      <tetrahedron index="31053" v0="3795" v1="5428" v2="6255" v3="6772" />
+      <tetrahedron index="31054" v0="5119" v1="5707" v2="5772" v3="6436" />
+      <tetrahedron index="31055" v0="4931" v1="4990" v2="5548" v3="5969" />
+      <tetrahedron index="31056" v0="5175" v1="5788" v2="6254" v3="6772" />
+      <tetrahedron index="31057" v0="3657" v1="5472" v2="5473" v3="6436" />
+      <tetrahedron index="31058" v0="3844" v1="5139" v2="5456" v3="6437" />
+      <tetrahedron index="31059" v0="3634" v1="4207" v2="5771" v3="6437" />
+      <tetrahedron index="31060" v0="4207" v1="5771" v2="5773" v3="6437" />
+      <tetrahedron index="31061" v0="3445" v1="3695" v2="5911" v3="5970" />
+      <tetrahedron index="31062" v0="5044" v1="5327" v2="5971" v3="6575" />
+      <tetrahedron index="31063" v0="3710" v1="3884" v2="4576" v3="5971" />
+      <tetrahedron index="31064" v0="3884" v1="4576" v2="5044" v3="5971" />
+      <tetrahedron index="31065" v0="3925" v1="4758" v2="5326" v3="5974" />
+      <tetrahedron index="31066" v0="4758" v1="4840" v2="5095" v3="5974" />
+      <tetrahedron index="31067" v0="3884" v1="5044" v2="5327" v3="5971" />
+      <tetrahedron index="31068" v0="3710" v1="3884" v2="5327" v3="5971" />
+      <tetrahedron index="31069" v0="4932" v1="5327" v2="5973" v3="6575" />
+      <tetrahedron index="31070" v0="4932" v1="5326" v2="5973" v3="6575" />
+      <tetrahedron index="31071" v0="5935" v1="5971" v2="6574" v3="6575" />
+      <tetrahedron index="31072" v0="5324" v1="5327" v2="5971" v3="6575" />
+      <tetrahedron index="31073" v0="5044" v1="5327" v2="5973" v3="6575" />
+      <tetrahedron index="31074" v0="5326" v1="5970" v2="6574" v3="6575" />
+      <tetrahedron index="31075" v0="5044" v1="5935" v2="5973" v3="6575" />
+      <tetrahedron index="31076" v0="3444" v1="5971" v2="6574" v3="6575" />
+      <tetrahedron index="31077" v0="3248" v1="5214" v2="6479" v3="6576" />
+      <tetrahedron index="31078" v0="5214" v1="5833" v2="6479" v3="6576" />
+      <tetrahedron index="31079" v0="3248" v1="3501" v2="3504" v3="6576" />
+      <tetrahedron index="31080" v0="4879" v1="5179" v2="6365" v3="6382" />
+      <tetrahedron index="31081" v0="5108" v1="5714" v2="6365" v3="6382" />
+      <tetrahedron index="31082" v0="4897" v1="5230" v2="5717" v3="6385" />
+      <tetrahedron index="31083" v0="3239" v1="3240" v2="5909" v3="5975" />
+      <tetrahedron index="31084" v0="4914" v1="5121" v2="5705" v3="5975" />
+      <tetrahedron index="31085" v0="4914" v1="5121" v2="5909" v3="5975" />
+      <tetrahedron index="31086" v0="4932" v1="5705" v2="5970" v3="5975" />
+      <tetrahedron index="31087" v0="4932" v1="5324" v2="5970" v3="5975" />
+      <tetrahedron index="31088" v0="3240" v1="5909" v2="5911" v3="5975" />
+      <tetrahedron index="31089" v0="3240" v1="5324" v2="5911" v3="5975" />
+      <tetrahedron index="31090" v0="4914" v1="5909" v2="5911" v3="5975" />
+      <tetrahedron index="31091" v0="4914" v1="5705" v2="5911" v3="5975" />
+      <tetrahedron index="31092" v0="5705" v1="5911" v2="5970" v3="5975" />
+      <tetrahedron index="31093" v0="5324" v1="5911" v2="5970" v3="5975" />
+      <tetrahedron index="31094" v0="5141" v1="5328" v2="5738" v3="5976" />
+      <tetrahedron index="31095" v0="4150" v1="4423" v2="6026" v3="6027" />
+      <tetrahedron index="31096" v0="4948" v1="5141" v2="5376" v3="6027" />
+      <tetrahedron index="31097" v0="3953" v1="4557" v2="5141" v3="6027" />
+      <tetrahedron index="31098" v0="3953" v1="4557" v2="5376" v3="6027" />
+      <tetrahedron index="31099" v0="4150" v1="5332" v2="6026" v3="6027" />
+      <tetrahedron index="31100" v0="4933" v1="5332" v2="5976" v3="5977" />
+      <tetrahedron index="31101" v0="4933" v1="5328" v2="5976" v3="5977" />
+      <tetrahedron index="31102" v0="5597" v1="5648" v2="6326" v3="6327" />
+      <tetrahedron index="31103" v0="3747" v1="3959" v2="4512" v3="6133" />
+      <tetrahedron index="31104" v0="5333" v1="5978" v2="6132" v3="6133" />
+      <tetrahedron index="31105" v0="3596" v1="4134" v2="5335" v3="5979" />
+      <tetrahedron index="31106" v0="3338" v1="4134" v2="5335" v3="5979" />
+      <tetrahedron index="31107" v0="3596" v1="5333" v2="5335" v3="5979" />
+      <tetrahedron index="31108" v0="3596" v1="5333" v2="5336" v3="5979" />
+      <tetrahedron index="31109" v0="3337" v1="3338" v2="3596" v3="5979" />
+      <tetrahedron index="31110" v0="3337" v1="3596" v2="5336" v3="5979" />
+      <tetrahedron index="31111" v0="4134" v1="4512" v2="5333" v3="5980" />
+      <tetrahedron index="31112" v0="4134" v1="5333" v2="5335" v3="5980" />
+      <tetrahedron index="31113" v0="4265" v1="4512" v2="4538" v3="5980" />
+      <tetrahedron index="31114" v0="4938" v1="5345" v2="6670" v3="6778" />
+      <tetrahedron index="31115" v0="3881" v1="6012" v2="6093" v3="6778" />
+      <tetrahedron index="31116" v0="5615" v1="6794" v2="6897" v3="7009" />
+      <tetrahedron index="31117" v0="4495" v1="4656" v2="5490" v3="6777" />
+      <tetrahedron index="31118" v0="4625" v1="5597" v2="5649" v3="6269" />
+      <tetrahedron index="31119" v0="4525" v1="4624" v2="4666" v3="6269" />
+      <tetrahedron index="31120" v0="4134" v1="4512" v2="4538" v3="5980" />
+      <tetrahedron index="31121" v0="4134" v1="4538" v2="5335" v3="5980" />
+      <tetrahedron index="31122" v0="3335" v1="3614" v2="5532" v3="6205" />
+      <tetrahedron index="31123" v0="4907" v1="5250" v2="5652" v3="6328" />
+      <tetrahedron index="31124" v0="3333" v1="3335" v2="3614" v3="6205" />
+      <tetrahedron index="31125" v0="5615" v1="6289" v2="6876" v3="6980" />
+      <tetrahedron index="31126" v0="4924" v1="5943" v2="6193" v3="6554" />
+      <tetrahedron index="31127" v0="3784" v1="4054" v2="4083" v3="5983" />
+      <tetrahedron index="31128" v0="3784" v1="4054" v2="5340" v3="5983" />
+      <tetrahedron index="31129" v0="5557" v1="5558" v2="5948" v3="6559" />
+      <tetrahedron index="31130" v0="4971" v1="5437" v2="6099" v3="6674" />
+      <tetrahedron index="31131" v0="5157" v1="5763" v2="6551" v3="6554" />
+      <tetrahedron index="31132" v0="5023" v1="5880" v2="6561" v3="6945" />
+      <tetrahedron index="31133" v0="5763" v1="5943" v2="6551" v3="6554" />
+      <tetrahedron index="31134" v0="4113" v1="4250" v2="4308" v3="6579" />
+      <tetrahedron index="31135" v0="4938" v1="5991" v2="6590" v3="6908" />
+      <tetrahedron index="31136" v0="4250" v1="5926" v2="5985" v3="6579" />
+      <tetrahedron index="31137" v0="4913" v1="5270" v2="6073" v3="6612" />
+      <tetrahedron index="31138" v0="4250" v1="4308" v2="4373" v3="6579" />
+      <tetrahedron index="31139" v0="4113" v1="4250" v2="5985" v3="6579" />
+      <tetrahedron index="31140" v0="4815" v1="5042" v2="5582" v3="6579" />
+      <tetrahedron index="31141" v0="4113" v1="4308" v2="4815" v3="6579" />
+      <tetrahedron index="31142" v0="3508" v1="3587" v2="3588" v3="6050" />
+      <tetrahedron index="31143" v0="4113" v1="4815" v2="5042" v3="6579" />
+      <tetrahedron index="31144" v0="4493" v1="4597" v2="5343" v3="5988" />
+      <tetrahedron index="31145" v0="5196" v1="5910" v2="6522" v3="7003" />
+      <tetrahedron index="31146" v0="4493" v1="4597" v2="4598" v3="5988" />
+      <tetrahedron index="31147" v0="4366" v1="4541" v2="4634" v3="6218" />
+      <tetrahedron index="31148" v0="4597" v1="5343" v2="5344" v3="5988" />
+      <tetrahedron index="31149" v0="4597" v1="4598" v2="5344" v3="5988" />
+      <tetrahedron index="31150" v0="4493" v1="4508" v2="4598" v3="5988" />
+      <tetrahedron index="31151" v0="5047" v1="6052" v2="6637" v3="6638" />
+      <tetrahedron index="31152" v0="3779" v1="3783" v2="4250" v3="5985" />
+      <tetrahedron index="31153" v0="6411" v1="6839" v2="6845" v3="6846" />
+      <tetrahedron index="31154" v0="5810" v1="6464" v2="6465" v3="6902" />
+      <tetrahedron index="31155" v0="4954" v1="6047" v2="6631" v3="7011" />
+      <tetrahedron index="31156" v0="4745" v1="4746" v2="6003" v3="6598" />
+      <tetrahedron index="31157" v0="5421" v1="6083" v2="6567" v3="6900" />
+      <tetrahedron index="31158" v0="4954" v1="6047" v2="6629" v3="7011" />
+      <tetrahedron index="31159" v0="3781" v1="3783" v2="3784" v3="5987" />
+      <tetrahedron index="31160" v0="3783" v1="3784" v2="5341" v3="5987" />
+      <tetrahedron index="31161" v0="3781" v1="3784" v2="5340" v3="5987" />
+      <tetrahedron index="31162" v0="3784" v1="5340" v2="5341" v3="5987" />
+      <tetrahedron index="31163" v0="4820" v1="5284" v2="5343" v3="5989" />
+      <tetrahedron index="31164" v0="4266" v1="4820" v2="5343" v3="5989" />
+      <tetrahedron index="31165" v0="5222" v1="6630" v2="6710" v3="6957" />
+      <tetrahedron index="31166" v0="5008" v1="5516" v2="6182" v3="6413" />
+      <tetrahedron index="31167" v0="6462" v1="6844" v2="6871" v3="6989" />
+      <tetrahedron index="31168" v0="4850" v1="6780" v2="6783" v3="7016" />
+      <tetrahedron index="31169" v0="4939" v1="5350" v2="5998" v3="6598" />
+      <tetrahedron index="31170" v0="5781" v1="5842" v2="6281" v3="6490" />
+      <tetrahedron index="31171" v0="5438" v1="5880" v2="6096" v3="6707" />
+      <tetrahedron index="31172" v0="5446" v1="5614" v2="6106" v3="6288" />
+      <tetrahedron index="31173" v0="4886" v1="5656" v2="6541" v3="6729" />
+      <tetrahedron index="31174" v0="6182" v1="6286" v2="6733" v3="6790" />
+      <tetrahedron index="31175" v0="5363" v1="5844" v2="6882" v3="6978" />
+      <tetrahedron index="31176" v0="5515" v1="5517" v2="6184" v3="6186" />
+      <tetrahedron index="31177" v0="4886" v1="5656" v2="6331" v3="6729" />
+      <tetrahedron index="31178" v0="5343" v1="5344" v2="5988" v3="6584" />
+      <tetrahedron index="31179" v0="5170" v1="6106" v2="6875" v3="6913" />
+      <tetrahedron index="31180" v0="4937" v1="5344" v2="5988" v3="6584" />
+      <tetrahedron index="31181" v0="5435" v1="5538" v2="6591" v3="6736" />
+      <tetrahedron index="31182" v0="4892" v1="5214" v2="5622" v3="6298" />
+      <tetrahedron index="31183" v0="3736" v1="4748" v2="5270" v3="6015" />
+      <tetrahedron index="31184" v0="5509" v1="6431" v2="6855" v3="6856" />
+      <tetrahedron index="31185" v0="6053" v1="6260" v2="6773" v3="6976" />
+      <tetrahedron index="31186" v0="4138" v1="5127" v2="6208" v3="6620" />
+      <tetrahedron index="31187" v0="5026" v1="5553" v2="6223" v3="6224" />
+      <tetrahedron index="31188" v0="4868" v1="5981" v2="6204" v3="6432" />
+      <tetrahedron index="31189" v0="5745" v1="6080" v2="6656" v3="6657" />
+      <tetrahedron index="31190" v0="4918" v1="6081" v2="6082" v3="6570" />
+      <tetrahedron index="31191" v0="6308" v1="6625" v2="6627" v3="6924" />
+      <tetrahedron index="31192" v0="4854" v1="5745" v2="6080" v3="6657" />
+      <tetrahedron index="31193" v0="6291" v1="6893" v2="6942" v3="7026" />
+      <tetrahedron index="31194" v0="4849" v1="5995" v2="6755" v3="6948" />
+      <tetrahedron index="31195" v0="4748" v1="5269" v2="5270" v3="6015" />
+      <tetrahedron index="31196" v0="3597" v1="5083" v2="5659" v3="6742" />
+      <tetrahedron index="31197" v0="5026" v1="5553" v2="6224" v3="6225" />
+      <tetrahedron index="31198" v0="6626" v1="6629" v2="6925" v3="7011" />
+      <tetrahedron index="31199" v0="3736" v1="5270" v2="5905" v3="6796" />
+      <tetrahedron index="31200" v0="4429" v1="6174" v2="6231" v3="6756" />
+      <tetrahedron index="31201" v0="5005" v1="5509" v2="6431" v3="6735" />
+      <tetrahedron index="31202" v0="3708" v1="5345" v2="6093" v3="6778" />
+      <tetrahedron index="31203" v0="4913" v1="5270" v2="6534" v3="6982" />
+      <tetrahedron index="31204" v0="5220" v1="5476" v2="5756" v3="6140" />
+      <tetrahedron index="31205" v0="5840" v1="6596" v2="6718" v3="6789" />
+      <tetrahedron index="31206" v0="4894" v1="6055" v2="6642" v3="6643" />
+      <tetrahedron index="31207" v0="4997" v1="5613" v2="5614" v3="6288" />
+      <tetrahedron index="31208" v0="4939" v1="5353" v2="6419" v3="6598" />
+      <tetrahedron index="31209" v0="5153" v1="5754" v2="6418" v3="6489" />
+      <tetrahedron index="31210" v0="5004" v1="5508" v2="6167" v3="6489" />
+      <tetrahedron index="31211" v0="4994" v1="5509" v2="5811" v3="6183" />
+      <tetrahedron index="31212" v0="4126" v1="5433" v2="6189" v3="6736" />
+      <tetrahedron index="31213" v0="5300" v1="5524" v2="6424" v3="7022" />
+      <tetrahedron index="31214" v0="4268" v1="4486" v2="4724" v3="5998" />
+      <tetrahedron index="31215" v0="4268" v1="4724" v2="5551" v3="5998" />
+      <tetrahedron index="31216" v0="5047" v1="6263" v2="6637" v3="6775" />
+      <tetrahedron index="31217" v0="4960" v1="5409" v2="6068" v3="6932" />
+      <tetrahedron index="31218" v0="4631" v1="4694" v2="5756" v3="6420" />
+      <tetrahedron index="31219" v0="5155" v1="6103" v2="6535" v3="6850" />
+      <tetrahedron index="31220" v0="5589" v1="6486" v2="6642" v3="6703" />
+      <tetrahedron index="31221" v0="4327" v1="5476" v2="5589" v3="6486" />
+      <tetrahedron index="31222" v0="5748" v1="6409" v2="6593" v3="6840" />
+      <tetrahedron index="31223" v0="5150" v1="5999" v2="6411" v3="6916" />
+      <tetrahedron index="31224" v0="5005" v1="5510" v2="6234" v3="6735" />
+      <tetrahedron index="31225" v0="4911" v1="5057" v2="5900" v3="6917" />
+      <tetrahedron index="31226" v0="4885" v1="5599" v2="6473" v3="6840" />
+      <tetrahedron index="31227" v0="4858" v1="5750" v2="6186" v3="6412" />
+      <tetrahedron index="31228" v0="6156" v1="6279" v2="6804" v3="6843" />
+      <tetrahedron index="31229" v0="4087" v1="5188" v2="6090" v3="6415" />
+      <tetrahedron index="31230" v0="5903" v1="6672" v2="6897" v3="6942" />
+      <tetrahedron index="31231" v0="5436" v1="6090" v2="6092" v3="6415" />
+      <tetrahedron index="31232" v0="3707" v1="4228" v2="6090" v3="6415" />
+      <tetrahedron index="31233" v0="4714" v1="5351" v2="5814" v3="6001" />
+      <tetrahedron index="31234" v0="4837" v1="5194" v2="5352" v3="6001" />
+      <tetrahedron index="31235" v0="4837" v1="5194" v2="5814" v3="6001" />
+      <tetrahedron index="31236" v0="4714" v1="4837" v2="5352" v3="6001" />
+      <tetrahedron index="31237" v0="4714" v1="4837" v2="5814" v3="6001" />
+      <tetrahedron index="31238" v0="5748" v1="6000" v2="6001" v3="6002" />
+      <tetrahedron index="31239" v0="4911" v1="5748" v2="6000" v3="6002" />
+      <tetrahedron index="31240" v0="4806" v1="5057" v2="6031" v3="6602" />
+      <tetrahedron index="31241" v0="5508" v1="5529" v2="6031" v3="6602" />
+      <tetrahedron index="31242" v0="5004" v1="5529" v2="6030" v3="6602" />
+      <tetrahedron index="31243" v0="4354" v1="4806" v2="6418" v3="6602" />
+      <tetrahedron index="31244" v0="5159" v1="5768" v2="6432" v3="6433" />
+      <tetrahedron index="31245" v0="5057" v1="6030" v2="6031" v3="6602" />
+      <tetrahedron index="31246" v0="4353" v1="4354" v2="6418" v3="6602" />
+      <tetrahedron index="31247" v0="4587" v1="4710" v2="4714" v3="6599" />
+      <tetrahedron index="31248" v0="4858" v1="5150" v2="5751" v3="6916" />
+      <tetrahedron index="31249" v0="3519" v1="5749" v2="6414" v3="6599" />
+      <tetrahedron index="31250" v0="4587" v1="4714" v2="5814" v3="6599" />
+      <tetrahedron index="31251" v0="4714" v1="5814" v2="5999" v3="6599" />
+      <tetrahedron index="31252" v0="4858" v1="5150" v2="5750" v3="6916" />
+      <tetrahedron index="31253" v0="5004" v1="5508" v2="6418" v3="6602" />
+      <tetrahedron index="31254" v0="4495" v1="6007" v2="6269" v3="6777" />
+      <tetrahedron index="31255" v0="5465" v1="6072" v2="6696" v3="6892" />
+      <tetrahedron index="31256" v0="4940" v1="5978" v2="6006" v3="6604" />
+      <tetrahedron index="31257" v0="4347" v1="5634" v2="6008" v3="6314" />
+      <tetrahedron index="31258" v0="5347" v1="6012" v2="6093" v3="6778" />
+      <tetrahedron index="31259" v0="5025" v1="5996" v2="6220" v3="6419" />
+      <tetrahedron index="31260" v0="4866" v1="6652" v2="6799" v3="6992" />
+      <tetrahedron index="31261" v0="5416" v1="6124" v2="6127" v3="6725" />
+      <tetrahedron index="31262" v0="5355" v1="6006" v2="6007" v3="6604" />
+      <tetrahedron index="31263" v0="3680" v1="4167" v2="6314" v3="6919" />
+      <tetrahedron index="31264" v0="5016" v1="5530" v2="6203" v3="6918" />
+      <tetrahedron index="31265" v0="4806" v1="6418" v2="6602" v3="6603" />
+      <tetrahedron index="31266" v0="5004" v1="6167" v2="6489" v3="6880" />
+      <tetrahedron index="31267" v0="3519" v1="4587" v2="5749" v3="6599" />
+      <tetrahedron index="31268" v0="5153" v1="5754" v2="5841" v3="6421" />
+      <tetrahedron index="31269" v0="5150" v1="5751" v2="5999" v3="6916" />
+      <tetrahedron index="31270" v0="4945" v1="6017" v2="6383" v3="6833" />
+      <tetrahedron index="31271" v0="5016" v1="5532" v2="5981" v3="6743" />
+      <tetrahedron index="31272" v0="5980" v1="6205" v2="6268" v3="6743" />
+      <tetrahedron index="31273" v0="4868" v1="5083" v2="5981" v3="6204" />
+      <tetrahedron index="31274" v0="3339" v1="3717" v2="4509" v3="6350" />
+      <tetrahedron index="31275" v0="5363" v1="6882" v2="6920" v3="7025" />
+      <tetrahedron index="31276" v0="5992" v1="6853" v2="6854" v3="6912" />
+      <tetrahedron index="31277" v0="5805" v1="6091" v2="6457" v3="6910" />
+      <tetrahedron index="31278" v0="3655" v1="3787" v2="3832" v3="6374" />
+      <tetrahedron index="31279" v0="5355" v1="5490" v2="6006" v3="6007" />
+      <tetrahedron index="31280" v0="3973" v1="3974" v2="6265" v3="6562" />
+      <tetrahedron index="31281" v0="3542" v1="4151" v2="5611" v3="6605" />
+      <tetrahedron index="31282" v0="3495" v1="5448" v2="5866" v3="6605" />
+      <tetrahedron index="31283" v0="3411" v1="3495" v2="3542" v3="6605" />
+      <tetrahedron index="31284" v0="5002" v1="6109" v2="6508" v3="6605" />
+      <tetrahedron index="31285" v0="3655" v1="4437" v2="5159" v3="6374" />
+      <tetrahedron index="31286" v0="4869" v1="5160" v2="5772" v3="6858" />
+      <tetrahedron index="31287" v0="4901" v1="5866" v2="6506" v3="6605" />
+      <tetrahedron index="31288" v0="3411" v1="3542" v2="5866" v3="6605" />
+      <tetrahedron index="31289" v0="3330" v1="4440" v2="5490" v3="6152" />
+      <tetrahedron index="31290" v0="4733" v1="5130" v2="5731" v3="6395" />
+      <tetrahedron index="31291" v0="4995" v1="5491" v2="5731" v3="6152" />
+      <tetrahedron index="31292" v0="4404" v1="4440" v2="4572" v3="6152" />
+      <tetrahedron index="31293" v0="4440" v1="5490" v2="6151" v3="6152" />
+      <tetrahedron index="31294" v0="3562" v1="3875" v2="3876" v3="6607" />
+      <tetrahedron index="31295" v0="3493" v1="3494" v2="3561" v3="6010" />
+      <tetrahedron index="31296" v0="4941" v1="5358" v2="6011" v3="6609" />
+      <tetrahedron index="31297" v0="3493" v1="3494" v2="5239" v3="6010" />
+      <tetrahedron index="31298" v0="3680" v1="5066" v2="5673" v3="6609" />
+      <tetrahedron index="31299" v0="4941" v1="5633" v2="5634" v3="6609" />
+      <tetrahedron index="31300" v0="5805" v1="5925" v2="6570" v3="6910" />
+      <tetrahedron index="31301" v0="3562" v1="5358" v2="6010" v3="6607" />
+      <tetrahedron index="31302" v0="4941" v1="5864" v2="6314" v3="6608" />
+      <tetrahedron index="31303" v0="3561" v1="3680" v2="4421" v3="6608" />
+      <tetrahedron index="31304" v0="4941" v1="5358" v2="6314" v3="6608" />
+      <tetrahedron index="31305" v0="4970" v1="5805" v2="6091" v3="6910" />
+      <tetrahedron index="31306" v0="5346" v1="5994" v2="6908" v3="6912" />
+      <tetrahedron index="31307" v0="5902" v1="6612" v2="6671" v3="6941" />
+      <tetrahedron index="31308" v0="3708" v1="4124" v2="5345" v3="6094" />
+      <tetrahedron index="31309" v0="4125" v1="5434" v2="6090" v3="6094" />
+      <tetrahedron index="31310" v0="3708" v1="4124" v2="4228" v3="6094" />
+      <tetrahedron index="31311" v0="4161" v1="4387" v2="5642" v3="6320" />
+      <tetrahedron index="31312" v0="4125" v1="5433" v2="5434" v3="6094" />
+      <tetrahedron index="31313" v0="6640" v1="6643" v2="6674" v3="6945" />
+      <tetrahedron index="31314" v0="4970" v1="5436" v2="6090" v3="6094" />
+      <tetrahedron index="31315" v0="4863" v1="6165" v2="6795" v3="6941" />
+      <tetrahedron index="31316" v0="5365" v1="6097" v2="6165" v3="6941" />
+      <tetrahedron index="31317" v0="5993" v1="6093" v2="6666" v3="6670" />
+      <tetrahedron index="31318" v0="5880" v1="6098" v2="6640" v3="6673" />
+      <tetrahedron index="31319" v0="4970" v1="5434" v2="6090" v3="6094" />
+      <tetrahedron index="31320" v0="4228" v1="5436" v2="6090" v3="6094" />
+      <tetrahedron index="31321" v0="4886" v1="6563" v2="6817" v3="7003" />
+      <tetrahedron index="31322" v0="6299" v1="6673" v2="6797" v3="6798" />
+      <tetrahedron index="31323" v0="4156" v1="4578" v2="4730" v3="6274" />
+      <tetrahedron index="31324" v0="3880" v1="4567" v2="5347" v3="6272" />
+      <tetrahedron index="31325" v0="4568" v1="4569" v2="4570" v3="6013" />
+      <tetrahedron index="31326" v0="4568" v1="4570" v2="5815" v3="6013" />
+      <tetrahedron index="31327" v0="4674" v1="4730" v2="5052" v3="6274" />
+      <tetrahedron index="31328" v0="4860" v1="5026" v2="5552" v3="6223" />
+      <tetrahedron index="31329" v0="4860" v1="5026" v2="6223" v3="6224" />
+      <tetrahedron index="31330" v0="4943" v1="5152" v2="5362" v3="6223" />
+      <tetrahedron index="31331" v0="4943" v1="5552" v2="6221" v3="6223" />
+      <tetrahedron index="31332" v0="4504" v1="4562" v2="6621" v3="6736" />
+      <tetrahedron index="31333" v0="4112" v1="4569" v2="4664" v3="6013" />
+      <tetrahedron index="31334" v0="4112" v1="4569" v2="5360" v3="6013" />
+      <tetrahedron index="31335" v0="5157" v1="5945" v2="6557" v3="6757" />
+      <tetrahedron index="31336" v0="5016" v1="5531" v2="6204" v3="6432" />
+      <tetrahedron index="31337" v0="5676" v1="5981" v2="6348" v3="6432" />
+      <tetrahedron index="31338" v0="5016" v1="5981" v2="6204" v3="6432" />
+      <tetrahedron index="31339" v0="3942" v1="3943" v2="3986" v3="6821" />
+      <tetrahedron index="31340" v0="5214" v1="5622" v2="5832" v3="6298" />
+      <tetrahedron index="31341" v0="4939" v1="5350" v2="5998" v3="6595" />
+      <tetrahedron index="31342" v0="5762" v1="5763" v2="5947" v3="6937" />
+      <tetrahedron index="31343" v0="6717" v1="6794" v2="6959" v3="7021" />
+      <tetrahedron index="31344" v0="4850" v1="5602" v2="6278" v3="6780" />
+      <tetrahedron index="31345" v0="5168" v1="5997" v2="6718" v3="6789" />
+      <tetrahedron index="31346" v0="5617" v1="6293" v2="6679" v3="6790" />
+      <tetrahedron index="31347" v0="3262" v1="3263" v2="5455" v3="6158" />
+      <tetrahedron index="31348" v0="5091" v1="5180" v2="5791" v3="6384" />
+      <tetrahedron index="31349" v0="3961" v1="4142" v2="5122" v3="6017" />
+      <tetrahedron index="31350" v0="5122" v1="5713" v2="5715" v3="6384" />
+      <tetrahedron index="31351" v0="5182" v1="5715" v2="6382" v3="6384" />
+      <tetrahedron index="31352" v0="5470" v1="6135" v2="6149" v3="6953" />
+      <tetrahedron index="31353" v0="5198" v1="5713" v2="5718" v3="6017" />
+      <tetrahedron index="31354" v0="4038" v1="4163" v2="5123" v3="6017" />
+      <tetrahedron index="31355" v0="4038" v1="5123" v2="5718" v3="6017" />
+      <tetrahedron index="31356" v0="4299" v1="4515" v2="5072" v3="6450" />
+      <tetrahedron index="31357" v0="3477" v1="5199" v2="5791" v3="6387" />
+      <tetrahedron index="31358" v0="3506" v1="4960" v2="5409" v3="6019" />
+      <tetrahedron index="31359" v0="3506" v1="4065" v2="4319" v3="6019" />
+      <tetrahedron index="31360" v0="3506" v1="4319" v2="5409" v3="6019" />
+      <tetrahedron index="31361" v0="3256" v1="4065" v2="4319" v3="6019" />
+      <tetrahedron index="31362" v0="3256" v1="4202" v2="4319" v3="6019" />
+      <tetrahedron index="31363" v0="5067" v1="5370" v2="5408" v3="6019" />
+      <tetrahedron index="31364" v0="4960" v1="5067" v2="5408" v3="6019" />
+      <tetrahedron index="31365" v0="3982" v1="4270" v2="4271" v3="6025" />
+      <tetrahedron index="31366" v0="4270" v1="4271" v2="5375" v3="6025" />
+      <tetrahedron index="31367" v0="4947" v1="5074" v2="5898" v3="6022" />
+      <tetrahedron index="31368" v0="3435" v1="4428" v2="5409" v3="6069" />
+      <tetrahedron index="31369" v0="3512" v1="3513" v2="3514" v3="6651" />
+      <tetrahedron index="31370" v0="5045" v1="5331" v2="5585" v3="6069" />
+      <tetrahedron index="31371" v0="3435" v1="4428" v2="5331" v3="6069" />
+      <tetrahedron index="31372" v0="4444" v1="4652" v2="6190" v3="6738" />
+      <tetrahedron index="31373" v0="3255" v1="4065" v2="5371" v3="6021" />
+      <tetrahedron index="31374" v0="5033" v1="6023" v2="6533" v3="6615" />
+      <tetrahedron index="31375" v0="5262" v1="6023" v2="6533" v3="6615" />
+      <tetrahedron index="31376" v0="3679" v1="5033" v2="6023" v3="6615" />
+      <tetrahedron index="31377" v0="4500" v1="5506" v2="5932" v3="6022" />
+      <tetrahedron index="31378" v0="5003" v1="5506" v2="5932" v3="6022" />
+      <tetrahedron index="31379" v0="4481" v1="5003" v2="5932" v3="6022" />
+      <tetrahedron index="31380" v0="4481" v1="4500" v2="5932" v3="6022" />
+      <tetrahedron index="31381" v0="4174" v1="5263" v2="5897" v3="6530" />
+      <tetrahedron index="31382" v0="4032" v1="4077" v2="5264" v3="6530" />
+      <tetrahedron index="31383" v0="3572" v1="3627" v2="5262" v3="6023" />
+      <tetrahedron index="31384" v0="3572" v1="3627" v2="5373" v3="6023" />
+      <tetrahedron index="31385" v0="6291" v1="6537" v2="6793" v3="6893" />
+      <tetrahedron index="31386" v0="5004" v1="6004" v2="6602" v3="6616" />
+      <tetrahedron index="31387" v0="4227" v1="4494" v2="5530" v3="6918" />
+      <tetrahedron index="31388" v0="5550" v1="6596" v2="6597" v3="6879" />
+      <tetrahedron index="31389" v0="3714" v1="3716" v2="3995" v3="6024" />
+      <tetrahedron index="31390" v0="3714" v1="3716" v2="5505" v3="6024" />
+      <tetrahedron index="31391" v0="5065" v1="5632" v2="6194" v3="6280" />
+      <tetrahedron index="31392" v0="3715" v1="5003" v2="5074" v3="6024" />
+      <tetrahedron index="31393" v0="3715" v1="5074" v2="5374" v3="6024" />
+      <tetrahedron index="31394" v0="5003" v1="5074" v2="6022" v3="6024" />
+      <tetrahedron index="31395" v0="4947" v1="5074" v2="5374" v3="6024" />
+      <tetrahedron index="31396" v0="4947" v1="5074" v2="6022" v3="6024" />
+      <tetrahedron index="31397" v0="4270" v1="4407" v2="4423" v3="6025" />
+      <tetrahedron index="31398" v0="3604" v1="5738" v2="6028" v3="6544" />
+      <tetrahedron index="31399" v0="4520" v1="5377" v2="5738" v3="6544" />
+      <tetrahedron index="31400" v0="4165" v1="4452" v2="4520" v3="6544" />
+      <tetrahedron index="31401" v0="3604" v1="3919" v2="5281" v3="6544" />
+      <tetrahedron index="31402" v0="4407" v1="4423" v2="4703" v3="6025" />
+      <tetrahedron index="31403" v0="4423" v1="4703" v2="5376" v3="6025" />
+      <tetrahedron index="31404" v0="4407" v1="4703" v2="5376" v3="6025" />
+      <tetrahedron index="31405" v0="3743" v1="3744" v2="3953" v3="6028" />
+      <tetrahedron index="31406" v0="4558" v1="5376" v2="5919" v3="6028" />
+      <tetrahedron index="31407" v0="3744" v1="4558" v2="5919" v3="6028" />
+      <tetrahedron index="31408" v0="3953" v1="5141" v2="5376" v3="6028" />
+      <tetrahedron index="31409" v0="3606" v1="3743" v2="3953" v3="6028" />
+      <tetrahedron index="31410" v0="5806" v1="6545" v2="6767" v3="6768" />
+      <tetrahedron index="31411" v0="5421" v1="5958" v2="6567" v3="6900" />
+      <tetrahedron index="31412" v0="3744" v1="3953" v2="4558" v3="6028" />
+      <tetrahedron index="31413" v0="3953" v1="4558" v2="5376" v3="6028" />
+      <tetrahedron index="31414" v0="3606" v1="3953" v2="5141" v3="6028" />
+      <tetrahedron index="31415" v0="3606" v1="5141" v2="5738" v3="6028" />
+      <tetrahedron index="31416" v0="4507" v1="4725" v2="6545" v3="6768" />
+      <tetrahedron index="31417" v0="5035" v1="6243" v2="6761" v3="6973" />
+      <tetrahedron index="31418" v0="4091" v1="5575" v2="6248" v3="6768" />
+      <tetrahedron index="31419" v0="4046" v1="4120" v2="5152" v3="6226" />
+      <tetrahedron index="31420" v0="3523" v1="5866" v2="6009" v3="6605" />
+      <tetrahedron index="31421" v0="4940" v1="5354" v2="5355" v3="6203" />
+      <tetrahedron index="31422" v0="5348" v1="6002" v2="6004" v3="6917" />
+      <tetrahedron index="31423" v0="4849" v1="5995" v2="6407" v3="6593" />
+      <tetrahedron index="31424" v0="4911" v1="5995" v2="6222" v3="6593" />
+      <tetrahedron index="31425" v0="4845" v1="5950" v2="6487" v3="6981" />
+      <tetrahedron index="31426" v0="4950" v1="5380" v2="5381" v3="6032" />
+      <tetrahedron index="31427" v0="3763" v1="3835" v2="3854" v3="6032" />
+      <tetrahedron index="31428" v0="4946" v1="5129" v2="6021" v3="6618" />
+      <tetrahedron index="31429" v0="4249" v1="5508" v2="5529" v3="6031" />
+      <tetrahedron index="31430" v0="4804" v1="4805" v2="6601" v3="6603" />
+      <tetrahedron index="31431" v0="4804" v1="4805" v2="4806" v3="6603" />
+      <tetrahedron index="31432" v0="4111" v1="5379" v2="5610" v3="6031" />
+      <tetrahedron index="31433" v0="4111" v1="4243" v2="5610" v3="6031" />
+      <tetrahedron index="31434" v0="3763" v1="3835" v2="5746" v3="6032" />
+      <tetrahedron index="31435" v0="3867" v1="3907" v2="4082" v3="6658" />
+      <tetrahedron index="31436" v0="5387" v1="5729" v2="6039" v3="6393" />
+      <tetrahedron index="31437" v0="4935" v1="5639" v2="6316" v3="6811" />
+      <tetrahedron index="31438" v0="4950" v1="5763" v2="5947" v3="6657" />
+      <tetrahedron index="31439" v0="5407" v1="5727" v2="6144" v3="6392" />
+      <tetrahedron index="31440" v0="4992" v1="5483" v2="6065" v3="6392" />
+      <tetrahedron index="31441" v0="4855" v1="4929" v2="5483" v3="6392" />
+      <tetrahedron index="31442" v0="4338" v1="5523" v2="6194" v3="6555" />
+      <tetrahedron index="31443" v0="3716" v1="3994" v2="6169" v3="6548" />
+      <tetrahedron index="31444" v0="5541" v1="5570" v2="6244" v3="6748" />
+      <tetrahedron index="31445" v0="5167" v1="6014" v2="6247" v3="6765" />
+      <tetrahedron index="31446" v0="3878" v1="4835" v2="6238" v3="6758" />
+      <tetrahedron index="31447" v0="4974" v1="5059" v2="5445" v3="6035" />
+      <tetrahedron index="31448" v0="4951" v1="5382" v2="5445" v3="6035" />
+      <tetrahedron index="31449" v0="4859" v1="5387" v2="5638" v3="6037" />
+      <tetrahedron index="31450" v0="4876" v1="5059" v2="5169" v3="6035" />
+      <tetrahedron index="31451" v0="4876" v1="5169" v2="5445" v3="6035" />
+      <tetrahedron index="31452" v0="4876" v1="5059" v2="5445" v3="6035" />
+      <tetrahedron index="31453" v0="4658" v1="5098" v2="5387" v3="6037" />
+      <tetrahedron index="31454" v0="4982" v1="5636" v2="6315" v3="6316" />
+      <tetrahedron index="31455" v0="3384" v1="5382" v2="6035" v3="6036" />
+      <tetrahedron index="31456" v0="3383" v1="4951" v2="5383" v3="6036" />
+      <tetrahedron index="31457" v0="4857" v1="5383" v2="5445" v3="6036" />
+      <tetrahedron index="31458" v0="4857" v1="5169" v2="5445" v3="6036" />
+      <tetrahedron index="31459" v0="4951" v1="5382" v2="6035" v3="6036" />
+      <tetrahedron index="31460" v0="4951" v1="5383" v2="5445" v3="6036" />
+      <tetrahedron index="31461" v0="4951" v1="5445" v2="6035" v3="6036" />
+      <tetrahedron index="31462" v0="5169" v1="5445" v2="6035" v3="6036" />
+      <tetrahedron index="31463" v0="3383" v1="4951" v2="5382" v3="6036" />
+      <tetrahedron index="31464" v0="3383" v1="3384" v2="5382" v3="6036" />
+      <tetrahedron index="31465" v0="3502" v1="4681" v2="5339" v3="6316" />
+      <tetrahedron index="31466" v0="4681" v1="4935" v2="5339" v3="6316" />
+      <tetrahedron index="31467" v0="3703" v1="4464" v2="5386" v3="6038" />
+      <tetrahedron index="31468" v0="4946" v1="5067" v2="5368" v3="6038" />
+      <tetrahedron index="31469" v0="4946" v1="5368" v2="5386" v3="6038" />
+      <tetrahedron index="31470" v0="4946" v1="5067" v2="5386" v3="6038" />
+      <tetrahedron index="31471" v0="3918" v1="4352" v2="5368" v3="6038" />
+      <tetrahedron index="31472" v0="3918" v1="4352" v2="5386" v3="6038" />
+      <tetrahedron index="31473" v0="4352" v1="5386" v2="5728" v3="6038" />
+      <tetrahedron index="31474" v0="5368" v1="5386" v2="5728" v3="6038" />
+      <tetrahedron index="31475" v0="4352" v1="5368" v2="5728" v3="6038" />
+      <tetrahedron index="31476" v0="3514" v1="3677" v2="3918" v3="6038" />
+      <tetrahedron index="31477" v0="3677" v1="3918" v2="5368" v3="6038" />
+      <tetrahedron index="31478" v0="4502" v1="4688" v2="5413" v3="6071" />
+      <tetrahedron index="31479" v0="5315" v1="5317" v2="5725" v3="6428" />
+      <tetrahedron index="31480" v0="4946" v1="4952" v2="5369" v3="6039" />
+      <tetrahedron index="31481" v0="4034" v1="4278" v2="4424" v3="6619" />
+      <tetrahedron index="31482" v0="4872" v1="5165" v2="6006" v3="6394" />
+      <tetrahedron index="31483" v0="4861" v1="6043" v2="6622" v3="6624" />
+      <tetrahedron index="31484" v0="5024" v1="5525" v2="6198" v3="6739" />
+      <tetrahedron index="31485" v0="5307" v1="5945" v2="5947" v3="6212" />
+      <tetrahedron index="31486" v0="5307" v1="6212" v2="6244" v3="6748" />
+      <tetrahedron index="31487" v0="4185" v1="4279" v2="4773" v3="6040" />
+      <tetrahedron index="31488" v0="4185" v1="4773" v2="5540" v3="6040" />
+      <tetrahedron index="31489" v0="4867" v1="5556" v2="5945" v3="6212" />
+      <tetrahedron index="31490" v0="4944" v1="6016" v2="6882" v3="6947" />
+      <tetrahedron index="31491" v0="3396" v1="4382" v2="4988" v3="6482" />
+      <tetrahedron index="31492" v0="3607" v1="3642" v2="3954" v3="6214" />
+      <tetrahedron index="31493" v0="3607" v1="5217" v2="5836" v3="6214" />
+      <tetrahedron index="31494" v0="5127" v1="6208" v2="6620" v3="6749" />
+      <tetrahedron index="31495" v0="5215" v1="5219" v2="5835" v3="6482" />
+      <tetrahedron index="31496" v0="4384" v1="6210" v2="6747" v3="6762" />
+      <tetrahedron index="31497" v0="5389" v1="6042" v2="6463" v3="6621" />
+      <tetrahedron index="31498" v0="3642" v1="3954" v2="5543" v3="6214" />
+      <tetrahedron index="31499" v0="6213" v1="6466" v2="6467" v3="6749" />
+      <tetrahedron index="31500" v0="5541" v1="6213" v2="6390" v3="6748" />
+      <tetrahedron index="31501" v0="4140" v1="4562" v2="4563" v3="6621" />
+      <tetrahedron index="31502" v0="4884" v1="5509" v2="6431" v3="6855" />
+      <tetrahedron index="31503" v0="5065" v1="6625" v2="6807" v3="6808" />
+      <tetrahedron index="31504" v0="3778" v1="4400" v2="6785" v3="6809" />
+      <tetrahedron index="31505" v0="5993" v1="6589" v2="6666" v3="6911" />
+      <tetrahedron index="31506" v0="5551" v1="6420" v2="6914" v3="6991" />
+      <tetrahedron index="31507" v0="4880" v1="5111" v2="5796" v3="6739" />
+      <tetrahedron index="31508" v0="5361" v1="5599" v2="6222" v3="6473" />
+      <tetrahedron index="31509" v0="5572" v1="6246" v2="6589" v3="6634" />
+      <tetrahedron index="31510" v0="5493" v1="6050" v2="6710" v3="6711" />
+      <tetrahedron index="31511" v0="3508" v1="3588" v2="4731" v3="6050" />
+      <tetrahedron index="31512" v0="5166" v1="5842" v2="6281" v3="6630" />
+      <tetrahedron index="31513" v0="5340" v1="5984" v2="5987" v3="6578" />
+      <tetrahedron index="31514" v0="6046" v1="6156" v2="6633" v3="6711" />
+      <tetrahedron index="31515" v0="6124" v1="6173" v2="6725" v3="6728" />
+      <tetrahedron index="31516" v0="4210" v1="4622" v2="5523" v3="6556" />
+      <tetrahedron index="31517" v0="3780" v1="5393" v2="6578" v3="6904" />
+      <tetrahedron index="31518" v0="3588" v1="5395" v2="6050" v3="6926" />
+      <tetrahedron index="31519" v0="5511" v1="6173" v2="6693" v3="6728" />
+      <tetrahedron index="31520" v0="4862" v1="6193" v2="6233" v3="6312" />
+      <tetrahedron index="31521" v0="5300" v1="6266" v2="6563" v3="6966" />
+      <tetrahedron index="31522" v0="5269" v1="5846" v2="6495" v3="6885" />
+      <tetrahedron index="31523" v0="4955" v1="5395" v2="6740" v3="6927" />
+      <tetrahedron index="31524" v0="6046" v1="6051" v2="6631" v3="6632" />
+      <tetrahedron index="31525" v0="4873" v1="6044" v2="6626" v3="6627" />
+      <tetrahedron index="31526" v0="3588" v1="3978" v2="5392" v3="6051" />
+      <tetrahedron index="31527" v0="5167" v1="6228" v2="6753" v3="6754" />
+      <tetrahedron index="31528" v0="4725" v1="5806" v2="6545" v3="6768" />
+      <tetrahedron index="31529" v0="5036" v1="5573" v2="6051" v3="6751" />
+      <tetrahedron index="31530" v0="5361" v1="5552" v2="6221" v3="6228" />
+      <tetrahedron index="31531" v0="3530" v1="5749" v2="5816" v3="6410" />
+      <tetrahedron index="31532" v0="5340" v1="5984" v2="6578" v3="6635" />
+      <tetrahedron index="31533" v0="4053" v1="4054" v2="5340" v3="6309" />
+      <tetrahedron index="31534" v0="5573" v1="6224" v2="6751" v3="6770" />
+      <tetrahedron index="31535" v0="4540" v1="4775" v2="4829" v3="6048" />
+      <tetrahedron index="31536" v0="4540" v1="4829" v2="5574" v3="6048" />
+      <tetrahedron index="31537" v0="5036" v1="5574" v2="6047" v3="6048" />
+      <tetrahedron index="31538" v0="4090" v1="5189" v2="5808" v3="6459" />
+      <tetrahedron index="31539" v0="6308" v1="6627" v2="6806" v3="6924" />
+      <tetrahedron index="31540" v0="5361" v1="6221" v2="6228" v3="6754" />
+      <tetrahedron index="31541" v0="4390" v1="5522" v2="6195" v3="6313" />
+      <tetrahedron index="31542" v0="5010" v1="5523" v2="6195" v3="6310" />
+      <tetrahedron index="31543" v0="3621" v1="5166" v2="6045" v3="6049" />
+      <tetrahedron index="31544" v0="3621" v1="4584" v2="6045" v3="6049" />
+      <tetrahedron index="31545" v0="4860" v1="6224" v2="6632" v3="6636" />
+      <tetrahedron index="31546" v0="5550" v1="6220" v2="6879" v3="6906" />
+      <tetrahedron index="31547" v0="6183" v1="6185" v2="6735" v3="6968" />
+      <tetrahedron index="31548" v0="6139" v1="6582" v2="6595" v3="6906" />
+      <tetrahedron index="31549" v0="3779" v1="5575" v2="5987" v3="6904" />
+      <tetrahedron index="31550" v0="5023" v1="5547" v2="5839" v3="6561" />
+      <tetrahedron index="31551" v0="5550" v1="6220" v2="6645" v3="6878" />
+      <tetrahedron index="31552" v0="3780" v1="4091" v2="6248" v3="6904" />
+      <tetrahedron index="31553" v0="5984" v1="5987" v2="6578" v3="6904" />
+      <tetrahedron index="31554" v0="4873" v1="5166" v2="6281" v3="6633" />
+      <tetrahedron index="31555" v0="5392" v1="5393" v2="6048" v3="6631" />
+      <tetrahedron index="31556" v0="4954" v1="5392" v2="5393" v3="6631" />
+      <tetrahedron index="31557" v0="6046" v1="6631" v2="6633" v3="6926" />
+      <tetrahedron index="31558" v0="4954" v1="5984" v2="6578" v3="6635" />
+      <tetrahedron index="31559" v0="5630" v1="6280" v2="6786" v3="6924" />
+      <tetrahedron index="31560" v0="4761" v1="5553" v2="6029" v3="6225" />
+      <tetrahedron index="31561" v0="5026" v1="5553" v2="6029" v3="6225" />
+      <tetrahedron index="31562" v0="4171" v1="4760" v2="4761" v3="6225" />
+      <tetrahedron index="31563" v0="6121" v1="6126" v2="6694" v3="6950" />
+      <tetrahedron index="31564" v0="5493" v1="6281" v2="6630" v3="6633" />
+      <tetrahedron index="31565" v0="4044" v1="4045" v2="5555" v3="6226" />
+      <tetrahedron index="31566" v0="4045" v1="5026" v2="5555" v3="6226" />
+      <tetrahedron index="31567" v0="4044" v1="5362" v2="5555" v3="6226" />
+      <tetrahedron index="31568" v0="4045" v1="4046" v2="4120" v3="6226" />
+      <tetrahedron index="31569" v0="5060" v1="5617" v2="5990" v3="6293" />
+      <tetrahedron index="31570" v0="3974" v1="3975" v2="5047" v3="6261" />
+      <tetrahedron index="31571" v0="3243" v1="3483" v2="4301" v3="6261" />
+      <tetrahedron index="31572" v0="4856" v1="5396" v2="6052" v3="6056" />
+      <tetrahedron index="31573" v0="5221" v1="6055" v2="6596" v3="6644" />
+      <tetrahedron index="31574" v0="4196" v1="4712" v2="4713" v3="6141" />
+      <tetrahedron index="31575" v0="4713" v1="4736" v2="5478" v3="6141" />
+      <tetrahedron index="31576" v0="5450" v1="6110" v2="6682" v3="6946" />
+      <tetrahedron index="31577" v0="5438" v1="6096" v2="6218" v3="6674" />
+      <tetrahedron index="31578" v0="5333" v1="5596" v2="5978" v3="6776" />
+      <tetrahedron index="31579" v0="5221" v1="5840" v2="6596" v3="6644" />
+      <tetrahedron index="31580" v0="5443" v1="6103" v2="6104" v3="6648" />
+      <tetrahedron index="31581" v0="4905" v1="6520" v2="6682" v3="6946" />
+      <tetrahedron index="31582" v0="5191" v1="6040" v2="6619" v3="6969" />
+      <tetrahedron index="31583" v0="5170" v1="5446" v2="6062" v3="6444" />
+      <tetrahedron index="31584" v0="5880" v1="6098" v2="6673" v3="6707" />
+      <tetrahedron index="31585" v0="5284" v1="5343" v2="5989" v3="6845" />
+      <tetrahedron index="31586" v0="4412" v1="5048" v2="5592" v3="6866" />
+      <tetrahedron index="31587" v0="3939" v1="5176" v2="5580" v3="6446" />
+      <tetrahedron index="31588" v0="4857" v1="5403" v2="5445" v3="6444" />
+      <tetrahedron index="31589" v0="4857" v1="5445" v2="5446" v3="6444" />
+      <tetrahedron index="31590" v0="4089" v1="5430" v2="6087" v3="6663" />
+      <tetrahedron index="31591" v0="5665" v1="6059" v2="6361" v3="6647" />
+      <tetrahedron index="31592" v0="4958" v1="5086" v2="6361" v3="6647" />
+      <tetrahedron index="31593" v0="4958" v1="6059" v2="6361" v3="6647" />
+      <tetrahedron index="31594" v0="4871" v1="5049" v2="5594" v3="6860" />
+      <tetrahedron index="31595" v0="4253" v1="4280" v2="5736" v3="6398" />
+      <tetrahedron index="31596" v0="5086" v1="5665" v2="6361" v3="6647" />
+      <tetrahedron index="31597" v0="3417" v1="3419" v2="5666" v3="6647" />
+      <tetrahedron index="31598" v0="5514" v1="5901" v2="5962" v3="6058" />
+      <tetrahedron index="31599" v0="4957" v1="5514" v2="5962" v3="6058" />
+      <tetrahedron index="31600" v0="5901" v1="5962" v2="5966" v3="6058" />
+      <tetrahedron index="31601" v0="4957" v1="5962" v2="5966" v3="6058" />
+      <tetrahedron index="31602" v0="3661" v1="4828" v2="5665" v3="6059" />
+      <tetrahedron index="31603" v0="4857" v1="5446" v2="6444" v3="6648" />
+      <tetrahedron index="31604" v0="4857" v1="5446" v2="6105" v3="6648" />
+      <tetrahedron index="31605" v0="5023" v1="6485" v2="6561" v3="6945" />
+      <tetrahedron index="31606" v0="5403" v1="6103" v2="6104" v3="6648" />
+      <tetrahedron index="31607" v0="3939" v1="5172" v2="5580" v3="6446" />
+      <tetrahedron index="31608" v0="5172" v1="5580" v2="5784" v3="6446" />
+      <tetrahedron index="31609" v0="4960" v1="5408" v2="5410" v3="6067" />
+      <tetrahedron index="31610" v0="3702" v1="5067" v2="5635" v3="6067" />
+      <tetrahedron index="31611" v0="4878" v1="5579" v2="6255" v3="6446" />
+      <tetrahedron index="31612" v0="5983" v1="5986" v2="6580" v3="6899" />
+      <tetrahedron index="31613" v0="4951" v1="4974" v2="5445" v3="6061" />
+      <tetrahedron index="31614" v0="3667" v1="4466" v2="5171" v3="6525" />
+      <tetrahedron index="31615" v0="4285" v1="5012" v2="6235" v3="6423" />
+      <tetrahedron index="31616" v0="3270" v1="4959" v2="5133" v3="6061" />
+      <tetrahedron index="31617" v0="3270" v1="4959" v2="5404" v3="6061" />
+      <tetrahedron index="31618" v0="5155" v1="5950" v2="6062" v3="6649" />
+      <tetrahedron index="31619" v0="6056" v1="6062" v2="6641" v3="6649" />
+      <tetrahedron index="31620" v0="4543" v1="4616" v2="5884" v3="6525" />
+      <tetrahedron index="31621" v0="4951" v1="5726" v2="6066" v3="6677" />
+      <tetrahedron index="31622" v0="4960" v1="5067" v2="6068" v3="6650" />
+      <tetrahedron index="31623" v0="5170" v1="5783" v2="6443" v3="6865" />
+      <tetrahedron index="31624" v0="5503" v1="6713" v2="6717" v3="6719" />
+      <tetrahedron index="31625" v0="4083" v1="5341" v2="5983" v3="6899" />
+      <tetrahedron index="31626" v0="4848" v1="5951" v2="6266" v3="6649" />
+      <tetrahedron index="31627" v0="5761" v1="6425" v2="6426" v3="6933" />
+      <tetrahedron index="31628" v0="5156" v1="6427" v2="6652" v3="6933" />
+      <tetrahedron index="31629" v0="4875" v1="4956" v2="5402" v3="6063" />
+      <tetrahedron index="31630" v0="3267" v1="4959" v2="5069" v3="6063" />
+      <tetrahedron index="31631" v0="3258" v1="3267" v2="5069" v3="6063" />
+      <tetrahedron index="31632" v0="3265" v1="3266" v2="3267" v3="6063" />
+      <tetrahedron index="31633" v0="3266" v1="3267" v2="5404" v3="6063" />
+      <tetrahedron index="31634" v0="3277" v1="3285" v2="5405" v3="6064" />
+      <tetrahedron index="31635" v0="3266" v1="3285" v2="5405" v3="6064" />
+      <tetrahedron index="31636" v0="3270" v1="5133" v2="6061" v3="6064" />
+      <tetrahedron index="31637" v0="4974" v1="5133" v2="6061" v3="6064" />
+      <tetrahedron index="31638" v0="4543" v1="4616" v2="4998" v3="6525" />
+      <tetrahedron index="31639" v0="4865" v1="5012" v2="5759" v3="6423" />
+      <tetrahedron index="31640" v0="5249" v1="5407" v2="5883" v3="6065" />
+      <tetrahedron index="31641" v0="4855" v1="5249" v2="5883" v3="6065" />
+      <tetrahedron index="31642" v0="4859" v1="5387" v2="5729" v3="6393" />
+      <tetrahedron index="31643" v0="3259" v1="3973" v2="4479" v3="6423" />
+      <tetrahedron index="31644" v0="3973" v1="4285" v2="5012" v3="6423" />
+      <tetrahedron index="31645" v0="4912" v1="4989" v2="5267" v3="6145" />
+      <tetrahedron index="31646" v0="4859" v1="5151" v2="5384" v3="6393" />
+      <tetrahedron index="31647" v0="5129" v1="5151" v2="5729" v3="6393" />
+      <tetrahedron index="31648" v0="3281" v1="3379" v2="5480" v3="6145" />
+      <tetrahedron index="31649" v0="4912" v1="4929" v2="5266" v3="6145" />
+      <tetrahedron index="31650" v0="5128" v1="5133" v2="5726" v3="6066" />
+      <tetrahedron index="31651" v0="5761" v1="6426" v2="6652" v3="6933" />
+      <tetrahedron index="31652" v0="4875" v1="4956" v2="5396" v3="6259" />
+      <tetrahedron index="31653" v0="5045" v1="6258" v2="6650" v3="6651" />
+      <tetrahedron index="31654" v0="4376" v1="4405" v2="5586" v3="6067" />
+      <tetrahedron index="31655" v0="4856" v1="5587" v2="5588" v3="6259" />
+      <tetrahedron index="31656" v0="3702" v1="5067" v2="6020" v3="6067" />
+      <tetrahedron index="31657" v0="3649" v1="3702" v2="6020" v3="6067" />
+      <tetrahedron index="31658" v0="3649" v1="5370" v2="6020" v3="6067" />
+      <tetrahedron index="31659" v0="5067" v1="5370" v2="6020" v3="6067" />
+      <tetrahedron index="31660" v0="3865" v1="5408" v2="5410" v3="6067" />
+      <tetrahedron index="31661" v0="3865" v1="5410" v2="5586" v3="6067" />
+      <tetrahedron index="31662" v0="4960" v1="5409" v2="6019" v3="6068" />
+      <tetrahedron index="31663" v0="3807" v1="5125" v2="5331" v3="6070" />
+      <tetrahedron index="31664" v0="4928" v1="6428" v2="6429" v3="6851" />
+      <tetrahedron index="31665" v0="3512" v1="3513" v2="5585" v3="6651" />
+      <tetrahedron index="31666" v0="4202" v1="5368" v2="6019" v3="6068" />
+      <tetrahedron index="31667" v0="3678" v1="4319" v2="5409" v3="6068" />
+      <tetrahedron index="31668" v0="4319" v1="5409" v2="6019" v3="6068" />
+      <tetrahedron index="31669" v0="3678" v1="4202" v2="4319" v3="6068" />
+      <tetrahedron index="31670" v0="4202" v1="4319" v2="6019" v3="6068" />
+      <tetrahedron index="31671" v0="3505" v1="3506" v2="5410" v3="6070" />
+      <tetrahedron index="31672" v0="5125" v1="5410" v2="5586" v3="6070" />
+      <tetrahedron index="31673" v0="5045" v1="5125" v2="5586" v3="6070" />
+      <tetrahedron index="31674" v0="5761" v1="6425" v2="6427" v3="6933" />
+      <tetrahedron index="31675" v0="3435" v1="3436" v2="3506" v3="6070" />
+      <tetrahedron index="31676" v0="3435" v1="3506" v2="5409" v3="6070" />
+      <tetrahedron index="31677" v0="3506" v1="4960" v2="5409" v3="6070" />
+      <tetrahedron index="31678" v0="3506" v1="4960" v2="5410" v3="6070" />
+      <tetrahedron index="31679" v0="5156" v1="5760" v2="6425" v3="6933" />
+      <tetrahedron index="31680" v0="3512" v1="3514" v2="3677" v3="6651" />
+      <tetrahedron index="31681" v0="4059" v1="5451" v2="5626" v3="6071" />
+      <tetrahedron index="31682" v0="4059" v1="4688" v2="5626" v3="6071" />
+      <tetrahedron index="31683" v0="4194" v1="5414" v2="6539" v3="6653" />
+      <tetrahedron index="31684" v0="5881" v1="5953" v2="6521" v3="6523" />
+      <tetrahedron index="31685" v0="3411" v1="3825" v2="6108" v3="6680" />
+      <tetrahedron index="31686" v0="5468" v1="5648" v2="6326" v3="6698" />
+      <tetrahedron index="31687" v0="4962" v1="5412" v2="5904" v3="6697" />
+      <tetrahedron index="31688" v0="5170" v1="5783" v2="6106" v3="6443" />
+      <tetrahedron index="31689" v0="5627" v1="5872" v2="6512" v3="6802" />
+      <tetrahedron index="31690" v0="5064" v1="5627" v2="5628" v3="6305" />
+      <tetrahedron index="31691" v0="4963" v1="5415" v2="6313" v3="6787" />
+      <tetrahedron index="31692" v0="4902" v1="5124" v2="5826" v3="6803" />
+      <tetrahedron index="31693" v0="4365" v1="4366" v2="5438" v3="6517" />
+      <tetrahedron index="31694" v0="6551" v1="6764" v2="6894" v3="7010" />
+      <tetrahedron index="31695" v0="5415" v1="6282" v2="6313" v3="6787" />
+      <tetrahedron index="31696" v0="5904" v1="6495" v2="6793" v3="6893" />
+      <tetrahedron index="31697" v0="4193" v1="5414" v2="5626" v3="6304" />
+      <tetrahedron index="31698" v0="4409" v1="5064" v2="5916" v3="6802" />
+      <tetrahedron index="31699" v0="4963" v1="5416" v2="6307" v3="6654" />
+      <tetrahedron index="31700" v0="5905" v1="5906" v2="6534" v3="6540" />
+      <tetrahedron index="31701" v0="4963" v1="5603" v2="6307" v3="6654" />
+      <tetrahedron index="31702" v0="4188" v1="4436" v2="5906" v3="6540" />
+      <tetrahedron index="31703" v0="4850" v1="6278" v2="6654" v3="6783" />
+      <tetrahedron index="31704" v0="4186" v1="4188" v2="4436" v3="6540" />
+      <tetrahedron index="31705" v0="5873" v1="6175" v2="6313" v3="6693" />
+      <tetrahedron index="31706" v0="5459" v1="5460" v2="6123" v3="6692" />
+      <tetrahedron index="31707" v0="5380" v1="6032" v2="6242" v3="6656" />
+      <tetrahedron index="31708" v0="4950" v1="5380" v2="6243" v3="6656" />
+      <tetrahedron index="31709" v0="3350" v1="3650" v2="5418" v3="6076" />
+      <tetrahedron index="31710" v0="4965" v1="5418" v2="5420" v3="6076" />
+      <tetrahedron index="31711" v0="4965" v1="5420" v2="5889" v3="6076" />
+      <tetrahedron index="31712" v0="3547" v1="4668" v2="5849" v3="6077" />
+      <tetrahedron index="31713" v0="3356" v1="4290" v2="4456" v3="6078" />
+      <tetrahedron index="31714" v0="3356" v1="4456" v2="5889" v3="6078" />
+      <tetrahedron index="31715" v0="3349" v1="3350" v2="3351" v3="6078" />
+      <tetrahedron index="31716" v0="3350" v1="3351" v2="5256" v3="6078" />
+      <tetrahedron index="31717" v0="5418" v1="5420" v2="6076" v3="6078" />
+      <tetrahedron index="31718" v0="4440" v1="4441" v2="6151" v3="6152" />
+      <tetrahedron index="31719" v0="3350" v1="5256" v2="6076" v3="6078" />
+      <tetrahedron index="31720" v0="3349" v1="3350" v2="6076" v3="6078" />
+      <tetrahedron index="31721" v0="4441" v1="5491" v2="6151" v3="6152" />
+      <tetrahedron index="31722" v0="3650" v1="5418" v2="5420" v3="6078" />
+      <tetrahedron index="31723" v0="3349" v1="3650" v2="5420" v3="6078" />
+      <tetrahedron index="31724" v0="3840" v1="3841" v2="6085" v3="6661" />
+      <tetrahedron index="31725" v0="5148" v1="5747" v2="6083" v3="6659" />
+      <tetrahedron index="31726" v0="3907" v1="5317" v2="5960" v3="6082" />
+      <tetrahedron index="31727" v0="4928" v1="6080" v2="6428" v3="6571" />
+      <tetrahedron index="31728" v0="4967" v1="5425" v2="6084" v3="6661" />
+      <tetrahedron index="31729" v0="4966" v1="6083" v2="6659" v3="6660" />
+      <tetrahedron index="31730" v0="4938" v1="5994" v2="6585" v3="6908" />
+      <tetrahedron index="31731" v0="4746" v1="4805" v2="5353" v3="6598" />
+      <tetrahedron index="31732" v0="5343" v1="6139" v2="6582" v3="7006" />
+      <tetrahedron index="31733" v0="3867" v1="3907" v2="6082" v3="6658" />
+      <tetrahedron index="31734" v0="3907" v1="4081" v2="4082" v3="6658" />
+      <tetrahedron index="31735" v0="3867" v1="4082" v2="5423" v3="6658" />
+      <tetrahedron index="31736" v0="4081" v1="5317" v2="5961" v3="6658" />
+      <tetrahedron index="31737" v0="4081" v1="5422" v2="5961" v3="6658" />
+      <tetrahedron index="31738" v0="3794" v1="4014" v2="4391" v3="6084" />
+      <tetrahedron index="31739" v0="4918" v1="5286" v2="5287" v3="6257" />
+      <tetrahedron index="31740" v0="4918" v1="5287" v2="6081" v3="6257" />
+      <tetrahedron index="31741" v0="5286" v1="5287" v2="5925" v3="6257" />
+      <tetrahedron index="31742" v0="3866" v1="4006" v2="4007" v3="6257" />
+      <tetrahedron index="31743" v0="5996" v1="6220" v2="6879" v3="6906" />
+      <tetrahedron index="31744" v0="5583" v1="6081" v2="6256" v3="6257" />
+      <tetrahedron index="31745" v0="3514" v1="3677" v2="6068" v3="6651" />
+      <tetrahedron index="31746" v0="3945" v1="4376" v2="5635" v3="6258" />
+      <tetrahedron index="31747" v0="3867" v1="5287" v2="5423" v3="6082" />
+      <tetrahedron index="31748" v0="4928" v1="5317" v2="6082" v3="6571" />
+      <tetrahedron index="31749" v0="4928" v1="5960" v2="6079" v3="6082" />
+      <tetrahedron index="31750" v0="3603" v1="4888" v2="5202" v3="6572" />
+      <tetrahedron index="31751" v0="3603" v1="5137" v2="5820" v3="6572" />
+      <tetrahedron index="31752" v0="5346" v1="6246" v2="6853" v3="6939" />
+      <tetrahedron index="31753" v0="5318" v1="5422" v2="6080" v3="6571" />
+      <tetrahedron index="31754" v0="4918" v1="5421" v2="6079" v3="6082" />
+      <tetrahedron index="31755" v0="4918" v1="5421" v2="6081" v3="6082" />
+      <tetrahedron index="31756" v0="5398" v1="5820" v2="5965" v3="6572" />
+      <tetrahedron index="31757" v0="5202" v1="5820" v2="5965" v3="6572" />
+      <tetrahedron index="31758" v0="3868" v1="3907" v2="5287" v3="6082" />
+      <tetrahedron index="31759" v0="3868" v1="5287" v2="5960" v3="6082" />
+      <tetrahedron index="31760" v0="3868" v1="3907" v2="5960" v3="6082" />
+      <tetrahedron index="31761" v0="5042" v1="5582" v2="5747" v3="6659" />
+      <tetrahedron index="31762" v0="5042" v1="5747" v2="6083" v3="6659" />
+      <tetrahedron index="31763" v0="5315" v1="5435" v2="5960" v3="6854" />
+      <tetrahedron index="31764" v0="5190" v1="5959" v2="6430" v3="6569" />
+      <tetrahedron index="31765" v0="4885" v1="5991" v2="6586" v3="6587" />
+      <tetrahedron index="31766" v0="4953" v1="5388" v2="6040" v3="6623" />
+      <tetrahedron index="31767" v0="3781" v1="5340" v2="5987" v3="6578" />
+      <tetrahedron index="31768" v0="4743" v1="5424" v2="5496" v3="6084" />
+      <tetrahedron index="31769" v0="3576" v1="4743" v2="5496" v3="6084" />
+      <tetrahedron index="31770" v0="4878" v1="5177" v2="6086" v3="6662" />
+      <tetrahedron index="31771" v0="3324" v1="5787" v2="6086" v3="6662" />
+      <tetrahedron index="31772" v0="4878" v1="5788" v2="6086" v3="6662" />
+      <tetrahedron index="31773" v0="3324" v1="5427" v2="5787" v3="6662" />
+      <tetrahedron index="31774" v0="3840" v1="3841" v2="4014" v3="6085" />
+      <tetrahedron index="31775" v0="3841" v1="4014" v2="6084" v3="6085" />
+      <tetrahedron index="31776" v0="4232" v1="5177" v2="5178" v3="6086" />
+      <tetrahedron index="31777" v0="3817" v1="4232" v2="4331" v3="6086" />
+      <tetrahedron index="31778" v0="3817" v1="4331" v2="5429" v3="6086" />
+      <tetrahedron index="31779" v0="5134" v1="6087" v2="6448" v3="6663" />
+      <tetrahedron index="31780" v0="4968" v1="5428" v2="5430" v3="6663" />
+      <tetrahedron index="31781" v0="4089" v1="6087" v2="6448" v3="6663" />
+      <tetrahedron index="31782" v0="4878" v1="5177" v2="5178" v3="6086" />
+      <tetrahedron index="31783" v0="4878" v1="5178" v2="5788" v3="6086" />
+      <tetrahedron index="31784" v0="4232" v1="4344" v2="5178" v3="6086" />
+      <tetrahedron index="31785" v0="4232" v1="4331" v2="4344" v3="6086" />
+      <tetrahedron index="31786" v0="4135" v1="4609" v2="5184" v3="5323" />
+      <tetrahedron index="31787" v0="4609" v1="5184" v2="5321" v3="5323" />
+      <tetrahedron index="31788" v0="5178" v1="5429" v2="5789" v3="6086" />
+      <tetrahedron index="31789" v0="4344" v1="5178" v2="5789" v3="6086" />
+      <tetrahedron index="31790" v0="4945" v1="5792" v2="6386" v3="6449" />
+      <tetrahedron index="31791" v0="4007" v1="4443" v2="5583" v3="6256" />
+      <tetrahedron index="31792" v0="3510" v1="3511" v2="3945" v3="6258" />
+      <tetrahedron index="31793" v0="3510" v1="3945" v2="4376" v3="6258" />
+      <tetrahedron index="31794" v0="4197" v1="4796" v2="5176" v3="6255" />
+      <tetrahedron index="31795" v0="3567" v1="3568" v2="5359" v3="6664" />
+      <tetrahedron index="31796" v0="3939" v1="4197" v2="5580" v3="6255" />
+      <tetrahedron index="31797" v0="6053" v1="6262" v2="6638" v3="6773" />
+      <tetrahedron index="31798" v0="4942" v1="5359" v2="5710" v3="6353" />
+      <tetrahedron index="31799" v0="5431" v1="5710" v2="6089" v3="6353" />
+      <tetrahedron index="31800" v0="4942" v1="5097" v2="5681" v3="6353" />
+      <tetrahedron index="31801" v0="4245" v1="5120" v2="6089" v3="6353" />
+      <tetrahedron index="31802" v0="4842" v1="5689" v2="6531" v3="6828" />
+      <tetrahedron index="31803" v0="4245" v1="5680" v2="6089" v3="6353" />
+      <tetrahedron index="31804" v0="4086" v1="4431" v2="6091" v3="6665" />
+      <tetrahedron index="31805" v0="4245" v1="5432" v2="5680" v3="6089" />
+      <tetrahedron index="31806" v0="4129" v1="4245" v2="5120" v3="6089" />
+      <tetrahedron index="31807" v0="4260" v1="4770" v2="5682" v3="6354" />
+      <tetrahedron index="31808" v0="3555" v1="4078" v2="4129" v3="6089" />
+      <tetrahedron index="31809" v0="4078" v1="4129" v2="5120" v3="6089" />
+      <tetrahedron index="31810" v0="4125" v1="4228" v2="4307" v3="6090" />
+      <tetrahedron index="31811" v0="4125" v1="4307" v2="5434" v3="6090" />
+      <tetrahedron index="31812" v0="4057" v1="5692" v2="5881" v3="6518" />
+      <tetrahedron index="31813" v0="4913" v1="6612" v2="6671" v3="6942" />
+      <tetrahedron index="31814" v0="3366" v1="4057" v2="5692" v3="6518" />
+      <tetrahedron index="31815" v0="5524" v1="5759" v2="5882" v3="6524" />
+      <tetrahedron index="31816" v0="4441" v1="5491" v2="6151" v3="6709" />
+      <tetrahedron index="31817" v0="5993" v1="6666" v2="6667" v3="6911" />
+      <tetrahedron index="31818" v0="5346" v1="6590" v2="6611" v3="6911" />
+      <tetrahedron index="31819" v0="5365" v1="6097" v2="6671" v3="6941" />
+      <tetrahedron index="31820" v0="5473" v1="5702" v2="6436" v3="6771" />
+      <tetrahedron index="31821" v0="5318" v1="5961" v2="6428" v3="6571" />
+      <tetrahedron index="31822" v0="5903" v1="6671" v2="6797" v3="6942" />
+      <tetrahedron index="31823" v0="3366" v1="5106" v2="5878" v3="6518" />
+      <tetrahedron index="31824" v0="4894" v1="6643" v2="6674" v3="6945" />
+      <tetrahedron index="31825" v0="3708" v1="5345" v2="6093" v3="6670" />
+      <tetrahedron index="31826" v0="5993" v1="6666" v2="6667" v3="6670" />
+      <tetrahedron index="31827" v0="5223" v1="5478" v2="5843" v3="6779" />
+      <tetrahedron index="31828" v0="4987" v1="5478" v2="6141" v3="6779" />
+      <tetrahedron index="31829" v0="4895" v1="5223" v2="5843" v3="6779" />
+      <tetrahedron index="31830" v0="3708" v1="5436" v2="6094" v3="6670" />
+      <tetrahedron index="31831" v0="5053" v1="6075" v2="6283" v3="7027" />
+      <tetrahedron index="31832" v0="4895" v1="5223" v2="5844" v3="6779" />
+      <tetrahedron index="31833" v0="4895" v1="5602" v2="6275" v3="6779" />
+      <tetrahedron index="31834" v0="5478" v1="5843" v2="6275" v3="6779" />
+      <tetrahedron index="31835" v0="4936" v1="5941" v2="6922" v3="6983" />
+      <tetrahedron index="31836" v0="3921" v1="4068" v2="5070" v3="6320" />
+      <tetrahedron index="31837" v0="4366" v1="4542" v2="4546" v3="6095" />
+      <tetrahedron index="31838" v0="3921" v1="4387" v2="5642" v3="6320" />
+      <tetrahedron index="31839" v0="4366" v1="4544" v2="4546" v3="6095" />
+      <tetrahedron index="31840" v0="3823" v1="5248" v2="5878" v3="6518" />
+      <tetrahedron index="31841" v0="3921" v1="4068" v2="4161" v3="6320" />
+      <tetrahedron index="31842" v0="5842" v1="6281" v2="6881" v3="6957" />
+      <tetrahedron index="31843" v0="4173" v1="5650" v2="6324" v3="6709" />
+      <tetrahedron index="31844" v0="6153" v1="6155" v2="6710" v3="6957" />
+      <tetrahedron index="31845" v0="5842" v1="6281" v2="6630" v3="6957" />
+      <tetrahedron index="31846" v0="5309" v1="6640" v2="6898" v3="6944" />
+      <tetrahedron index="31847" v0="4971" v1="5439" v2="6099" v3="6100" />
+      <tetrahedron index="31848" v0="5635" v1="6067" v2="6258" v3="6650" />
+      <tetrahedron index="31849" v0="5649" v1="6151" v2="6269" v3="6777" />
+      <tetrahedron index="31850" v0="4614" v1="4816" v2="5477" v3="6653" />
+      <tetrahedron index="31851" v0="4976" v1="6111" v2="6300" v3="6302" />
+      <tetrahedron index="31852" v0="4926" v1="5310" v2="6054" v3="6561" />
+      <tetrahedron index="31853" v0="5063" v1="6111" v2="6300" v3="6302" />
+      <tetrahedron index="31854" v0="5067" v1="5635" v2="6067" v3="6650" />
+      <tetrahedron index="31855" v0="5615" v1="6718" v2="6789" v3="6875" />
+      <tetrahedron index="31856" v0="3994" v1="5290" v2="5292" v3="6169" />
+      <tetrahedron index="31857" v0="4981" v1="5444" v2="6129" v3="6676" />
+      <tetrahedron index="31858" v0="4864" v1="6488" v2="6723" v3="6879" />
+      <tetrahedron index="31859" v0="5050" v1="6604" v2="6777" v3="7008" />
+      <tetrahedron index="31860" v0="5550" v1="6596" v2="6645" v3="6931" />
+      <tetrahedron index="31861" v0="5550" v1="6220" v2="6639" v3="6645" />
+      <tetrahedron index="31862" v0="5221" v1="5550" v2="6596" v3="6645" />
+      <tetrahedron index="31863" v0="4972" v1="4992" v2="5741" v3="6101" />
+      <tetrahedron index="31864" v0="4922" v1="4972" v2="5937" v3="6101" />
+      <tetrahedron index="31865" v0="4922" v1="5442" v2="5937" v3="6101" />
+      <tetrahedron index="31866" v0="4973" v1="5444" v2="6102" v3="6676" />
+      <tetrahedron index="31867" v0="4986" v1="6220" v2="6639" v3="6645" />
+      <tetrahedron index="31868" v0="4848" v1="5403" v2="6060" v3="6865" />
+      <tetrahedron index="31869" v0="4354" v1="4805" v2="5755" v3="6418" />
+      <tetrahedron index="31870" v0="4305" v1="5508" v2="5754" v3="6418" />
+      <tetrahedron index="31871" v0="4305" v1="4354" v2="5153" v3="6418" />
+      <tetrahedron index="31872" v0="5348" v1="6407" v2="6723" v3="6848" />
+      <tetrahedron index="31873" v0="3880" v1="5345" v2="6272" v3="6778" />
+      <tetrahedron index="31874" v0="4996" v1="5492" v2="6153" v3="6710" />
+      <tetrahedron index="31875" v0="4305" v1="5153" v2="5754" v3="6418" />
+      <tetrahedron index="31876" v0="4354" v1="4694" v2="5153" v3="6418" />
+      <tetrahedron index="31877" v0="4373" v1="5286" v2="6257" v3="6905" />
+      <tetrahedron index="31878" v0="4846" v1="5443" v2="5740" v3="6101" />
+      <tetrahedron index="31879" v0="4846" v1="5740" v2="5741" v3="6101" />
+      <tetrahedron index="31880" v0="5305" v1="6033" v2="6034" v3="6550" />
+      <tetrahedron index="31881" v0="4861" v1="6464" v2="6852" v3="6902" />
+      <tetrahedron index="31882" v0="4992" v1="5741" v2="6065" v3="6101" />
+      <tetrahedron index="31883" v0="4874" v1="6949" v2="6979" v3="7015" />
+      <tetrahedron index="31884" v0="4907" v1="5250" v2="5884" v3="6525" />
+      <tetrahedron index="31885" v0="4466" v1="4998" v2="5171" v3="6525" />
+      <tetrahedron index="31886" v0="4846" v1="5741" v2="6065" v3="6101" />
+      <tetrahedron index="31887" v0="4907" v1="5253" v2="5884" v3="6525" />
+      <tetrahedron index="31888" v0="3825" v1="4198" v2="5056" v3="6680" />
+      <tetrahedron index="31889" v0="4946" v1="5371" v2="6019" v3="6614" />
+      <tetrahedron index="31890" v0="5015" v1="6116" v2="6167" v3="6721" />
+      <tetrahedron index="31891" v0="4857" v1="5403" v2="5445" v3="6104" />
+      <tetrahedron index="31892" v0="4629" v1="4724" v2="5551" v3="6914" />
+      <tetrahedron index="31893" v0="4857" v1="4951" v2="4973" v3="6104" />
+      <tetrahedron index="31894" v0="5088" v1="5526" v2="5594" v3="6267" />
+      <tetrahedron index="31895" v0="4058" v1="4489" v2="5197" v3="6427" />
+      <tetrahedron index="31896" v0="4922" v1="5443" v2="6102" v3="6103" />
+      <tetrahedron index="31897" v0="5507" v1="6594" v2="6721" v3="6880" />
+      <tetrahedron index="31898" v0="3825" v1="5056" v2="6108" v3="6680" />
+      <tetrahedron index="31899" v0="4876" v1="5446" v2="6106" v3="6444" />
+      <tetrahedron index="31900" v0="5465" v1="6105" v2="6129" v3="6678" />
+      <tetrahedron index="31901" v0="4993" v1="6519" v2="6699" v3="6953" />
+      <tetrahedron index="31902" v0="4964" v1="6120" v2="6129" v3="6678" />
+      <tetrahedron index="31903" v0="5464" v1="6130" v2="6696" v3="6697" />
+      <tetrahedron index="31904" v0="4451" v1="4543" v2="5884" v3="6525" />
+      <tetrahedron index="31905" v0="4451" v1="4466" v2="4543" v3="6525" />
+      <tetrahedron index="31906" v0="4466" v1="4543" v2="4998" v3="6525" />
+      <tetrahedron index="31907" v0="4907" v1="4998" v2="5250" v3="6525" />
+      <tetrahedron index="31908" v0="4010" v1="4412" v2="5079" v3="6866" />
+      <tetrahedron index="31909" v0="4966" v1="5422" v2="6656" v3="6936" />
+      <tetrahedron index="31910" v0="4962" v1="5465" v2="6072" v3="6536" />
+      <tetrahedron index="31911" v0="4962" v1="6130" v2="6537" v3="6697" />
+      <tetrahedron index="31912" v0="4962" v1="5413" v2="6072" v3="6130" />
+      <tetrahedron index="31913" v0="4926" v1="6640" v2="6774" v3="6898" />
+      <tetrahedron index="31914" v0="3251" v1="5413" v2="5464" v3="6130" />
+      <tetrahedron index="31915" v0="4913" v1="5625" v2="5903" v3="6536" />
+      <tetrahedron index="31916" v0="4926" v1="6263" v2="6774" v3="6898" />
+      <tetrahedron index="31917" v0="4848" v1="6266" v2="6649" v3="6898" />
+      <tetrahedron index="31918" v0="5268" v1="6097" v2="6098" v3="6672" />
+      <tetrahedron index="31919" v0="5162" v1="5447" v2="5732" v3="6107" />
+      <tetrahedron index="31920" v0="4870" v1="5162" v2="5732" v3="6107" />
+      <tetrahedron index="31921" v0="4975" v1="5162" v2="5559" v3="6107" />
+      <tetrahedron index="31922" v0="4870" v1="5162" v2="5559" v3="6107" />
+      <tetrahedron index="31923" v0="3522" v1="3826" v2="5240" v3="6108" />
+      <tetrahedron index="31924" v0="3365" v1="4170" v2="5106" v3="6681" />
+      <tetrahedron index="31925" v0="5006" v1="5692" v2="6178" v3="6681" />
+      <tetrahedron index="31926" v0="4266" v1="4267" v2="4268" v3="6954" />
+      <tetrahedron index="31927" v0="3952" v1="6110" v2="6149" v3="6681" />
+      <tetrahedron index="31928" v0="3952" v1="5513" v2="6110" v3="6681" />
+      <tetrahedron index="31929" v0="3497" v1="5449" v2="5865" v3="6109" />
+      <tetrahedron index="31930" v0="5448" v1="5449" v2="5865" v3="6109" />
+      <tetrahedron index="31931" v0="3497" v1="3616" v2="3875" v3="6109" />
+      <tetrahedron index="31932" v0="3616" v1="3875" v2="5865" v3="6109" />
+      <tetrahedron index="31933" v0="3497" v1="3616" v2="5865" v3="6109" />
+      <tetrahedron index="31934" v0="4944" v1="6016" v2="6686" v3="6947" />
+      <tetrahedron index="31935" v0="5470" v1="5624" v2="6111" v3="6682" />
+      <tetrahedron index="31936" v0="5470" v1="6110" v2="6520" v3="6682" />
+      <tetrahedron index="31937" v0="5170" v1="5783" v2="6444" v3="6865" />
+      <tetrahedron index="31938" v0="4926" v1="5310" v2="6263" v3="6564" />
+      <tetrahedron index="31939" v0="5170" v1="6056" v2="6062" v3="6641" />
+      <tetrahedron index="31940" v0="4905" v1="5248" v2="5879" v3="6521" />
+      <tetrahedron index="31941" v0="4926" v1="5547" v2="5880" v3="6521" />
+      <tetrahedron index="31942" v0="4579" v1="4580" v2="5284" v3="6179" />
+      <tetrahedron index="31943" v0="4580" v1="5150" v2="5284" v3="6179" />
+      <tetrahedron index="31944" v0="4187" v1="5470" v2="6110" v3="6111" />
+      <tetrahedron index="31945" v0="4999" v1="5669" v2="6161" v3="6323" />
+      <tetrahedron index="31946" v0="6290" v1="6791" v2="6792" v3="6863" />
+      <tetrahedron index="31947" v0="5593" v1="5777" v2="6438" v3="6439" />
+      <tetrahedron index="31948" v0="5111" v1="5668" v2="5777" v3="6439" />
+      <tetrahedron index="31949" v0="5045" v1="6069" v2="6651" v3="6932" />
+      <tetrahedron index="31950" v0="5463" v1="6120" v2="6129" v3="6696" />
+      <tetrahedron index="31951" v0="6328" v1="6329" v2="6759" v3="6816" />
+      <tetrahedron index="31952" v0="5250" v1="5884" v2="6759" v3="6816" />
+      <tetrahedron index="31953" v0="5049" v1="5593" v2="6438" v3="6439" />
+      <tetrahedron index="31954" v0="4337" v1="5645" v2="6113" v3="6684" />
+      <tetrahedron index="31955" v0="4908" v1="5645" v2="6113" v3="6684" />
+      <tetrahedron index="31956" v0="4871" v1="5498" v2="6322" v3="6323" />
+      <tetrahedron index="31957" v0="5135" v1="5830" v2="6759" v3="6816" />
+      <tetrahedron index="31958" v0="5655" v1="5910" v2="6330" v3="6817" />
+      <tetrahedron index="31959" v0="4921" v1="5298" v2="5935" v3="6342" />
+      <tetrahedron index="31960" v0="5364" v1="6015" v2="6685" v3="6885" />
+      <tetrahedron index="31961" v0="5844" v1="6153" v2="6492" v3="6494" />
+      <tetrahedron index="31962" v0="4849" v1="6784" v2="6843" v3="6948" />
+      <tetrahedron index="31963" v0="5844" v1="5846" v2="6141" v3="6494" />
+      <tetrahedron index="31964" v0="5223" v1="5844" v2="6141" v3="6494" />
+      <tetrahedron index="31965" v0="5015" v1="5455" v2="5504" v3="6158" />
+      <tetrahedron index="31966" v0="5245" v1="5527" v2="6200" v3="6201" />
+      <tetrahedron index="31967" v0="3262" v1="3892" v2="4832" v3="6741" />
+      <tetrahedron index="31968" v0="4980" v1="5457" v2="6122" v3="6690" />
+      <tetrahedron index="31969" v0="6055" v1="6642" v2="6645" v3="6864" />
+      <tetrahedron index="31970" v0="4964" v1="5875" v2="6105" v3="6689" />
+      <tetrahedron index="31971" v0="4863" v1="5503" v2="6236" v3="6795" />
+      <tetrahedron index="31972" v0="4291" v1="4533" v2="5541" v3="6390" />
+      <tetrahedron index="31973" v0="3609" v1="5035" v2="5570" v3="6390" />
+      <tetrahedron index="31974" v0="5126" v1="5457" v2="5459" v3="6117" />
+      <tetrahedron index="31975" v0="4980" v1="5457" v2="5459" v3="6117" />
+      <tetrahedron index="31976" v0="4993" v1="5487" v2="5878" v3="6517" />
+      <tetrahedron index="31977" v0="3527" v1="3540" v2="4195" v3="6118" />
+      <tetrahedron index="31978" v0="3527" v1="3540" v2="3541" v3="6118" />
+      <tetrahedron index="31979" v0="4997" v1="5613" v2="5876" v3="6515" />
+      <tetrahedron index="31980" v0="3385" v1="4492" v2="6180" v3="6515" />
+      <tetrahedron index="31981" v0="3527" v1="4195" v2="5444" v3="6118" />
+      <tetrahedron index="31982" v0="3734" v1="4492" v2="5613" v3="6515" />
+      <tetrahedron index="31983" v0="5349" v1="6597" v2="6879" v3="6967" />
+      <tetrahedron index="31984" v0="5216" v1="5218" v2="5858" v3="6503" />
+      <tetrahedron index="31985" v0="4740" v1="4741" v2="4826" v3="6119" />
+      <tetrahedron index="31986" v0="4740" v1="4741" v2="5459" v3="6119" />
+      <tetrahedron index="31987" v0="4239" v1="4330" v2="6134" v3="6698" />
+      <tetrahedron index="31988" v0="5156" v1="5413" v2="6072" v3="6130" />
+      <tetrahedron index="31989" v0="5156" v1="5413" v2="5464" v3="6130" />
+      <tetrahedron index="31990" v0="5443" v1="6101" v2="6524" v3="6677" />
+      <tetrahedron index="31991" v0="3578" v1="3580" v2="5571" v3="6390" />
+      <tetrahedron index="31992" v0="5457" v1="6122" v2="6690" v3="6691" />
+      <tetrahedron index="31993" v0="3527" v1="3541" v2="4029" v3="6691" />
+      <tetrahedron index="31994" v0="4533" v1="5541" v2="5570" v3="6390" />
+      <tetrahedron index="31995" v0="4953" v1="5388" v2="6745" v3="6970" />
+      <tetrahedron index="31996" v0="5380" v1="6242" v2="6243" v3="6656" />
+      <tetrahedron index="31997" v0="5460" v1="5462" v2="6125" v3="6127" />
+      <tetrahedron index="31998" v0="4951" v1="6066" v2="6104" v3="6677" />
+      <tetrahedron index="31999" v0="3391" v1="4181" v2="5277" v3="6985" />
+      <tetrahedron index="32000" v0="4195" v1="4981" v2="5444" v3="6129" />
+      <tetrahedron index="32001" v0="4852" v1="5614" v2="6286" v3="6789" />
+      <tetrahedron index="32002" v0="5745" v1="6032" v2="6617" v3="6656" />
+      <tetrahedron index="32003" v0="3527" v1="5444" v2="6118" v3="6691" />
+      <tetrahedron index="32004" v0="4980" v1="5457" v2="6119" v3="6122" />
+      <tetrahedron index="32005" v0="4610" v1="5244" v2="5722" v3="6692" />
+      <tetrahedron index="32006" v0="4705" v1="5126" v2="5722" v3="6692" />
+      <tetrahedron index="32007" v0="4903" v1="5244" v2="5722" v3="6123" />
+      <tetrahedron index="32008" v0="4267" v1="4302" v2="4327" v3="6928" />
+      <tetrahedron index="32009" v0="4903" v1="5245" v2="5722" v3="6123" />
+      <tetrahedron index="32010" v0="5126" v1="5245" v2="5722" v3="6123" />
+      <tetrahedron index="32011" v0="5873" v1="6124" v2="6175" v3="6693" />
+      <tetrahedron index="32012" v0="5511" v1="6124" v2="6175" v3="6693" />
+      <tetrahedron index="32013" v0="5607" v1="6277" v2="6655" v3="6788" />
+      <tetrahedron index="32014" v0="5416" v1="6173" v2="6307" v3="6693" />
+      <tetrahedron index="32015" v0="5168" v1="6287" v2="6789" v3="6792" />
+      <tetrahedron index="32016" v0="6613" v1="6920" v2="6959" v3="6960" />
+      <tetrahedron index="32017" v0="4610" v1="4659" v2="4705" v3="6692" />
+      <tetrahedron index="32018" v0="4487" v1="4705" v2="5722" v3="6692" />
+      <tetrahedron index="32019" v0="4365" v1="4366" v2="4544" v3="6517" />
+      <tetrahedron index="32020" v0="4366" v1="5438" v2="6095" v3="6517" />
+      <tetrahedron index="32021" v0="5461" v1="6126" v2="6128" v3="6694" />
+      <tetrahedron index="32022" v0="5809" v1="6462" v2="6586" v3="6921" />
+      <tetrahedron index="32023" v0="4564" v1="4811" v2="5537" v3="6189" />
+      <tetrahedron index="32024" v0="4987" v1="5477" v2="6460" v3="6977" />
+      <tetrahedron index="32025" v0="4886" v1="6176" v2="6541" v3="6729" />
+      <tetrahedron index="32026" v0="5005" v1="5518" v2="6172" v3="6173" />
+      <tetrahedron index="32027" v0="6231" v1="6233" v2="6312" v3="6965" />
+      <tetrahedron index="32028" v0="4862" v1="6312" v2="6727" v3="6965" />
+      <tetrahedron index="32029" v0="4339" v1="4610" v2="4659" v3="6125" />
+      <tetrahedron index="32030" v0="4926" v1="5310" v2="5311" v3="6564" />
+      <tetrahedron index="32031" v0="4610" v1="4659" v2="5244" v3="6125" />
+      <tetrahedron index="32032" v0="5010" v1="6193" v2="6231" v3="6312" />
+      <tetrahedron index="32033" v0="5522" v1="5873" v2="6175" v3="6313" />
+      <tetrahedron index="32034" v0="5037" v1="5575" v2="6581" v3="6904" />
+      <tetrahedron index="32035" v0="4339" v1="4341" v2="4429" v3="6174" />
+      <tetrahedron index="32036" v0="5007" v1="6057" v2="6646" v3="6835" />
+      <tetrahedron index="32037" v0="4257" v1="4258" v2="5412" v3="6697" />
+      <tetrahedron index="32038" v0="5602" v1="6655" v2="6934" v3="6935" />
+      <tetrahedron index="32039" v0="4980" v1="6117" v2="6121" v3="6128" />
+      <tetrahedron index="32040" v0="6117" v1="6121" v2="6123" v3="6128" />
+      <tetrahedron index="32041" v0="4980" v1="6117" v2="6123" v3="6128" />
+      <tetrahedron index="32042" v0="5416" v1="6124" v2="6127" v3="6128" />
+      <tetrahedron index="32043" v0="5416" v1="5461" v2="6127" v3="6128" />
+      <tetrahedron index="32044" v0="3737" v1="4575" v2="5678" v3="6700" />
+      <tetrahedron index="32045" v0="4365" v1="5438" v2="5878" v3="6517" />
+      <tetrahedron index="32046" v0="4962" v1="5465" v2="6072" v3="6696" />
+      <tetrahedron index="32047" v0="5512" v1="6301" v2="6890" v3="7028" />
+      <tetrahedron index="32048" v0="4981" v1="5463" v2="5464" v3="6696" />
+      <tetrahedron index="32049" v0="5398" v1="5735" v2="6646" v3="6835" />
+      <tetrahedron index="32050" v0="4195" v1="5444" v2="6118" v3="6129" />
+      <tetrahedron index="32051" v0="4237" v1="4238" v2="6324" v3="6698" />
+      <tetrahedron index="32052" v0="3251" v1="4257" v2="4296" v3="6130" />
+      <tetrahedron index="32053" v0="4257" v1="4296" v2="5412" v3="6130" />
+      <tetrahedron index="32054" v0="5106" v1="6149" v2="6681" v3="6953" />
+      <tetrahedron index="32055" v0="4257" v1="5808" v2="6130" v3="6697" />
+      <tetrahedron index="32056" v0="4258" v1="5189" v2="5808" v3="6697" />
+      <tetrahedron index="32057" v0="4257" v1="5412" v2="6130" v3="6697" />
+      <tetrahedron index="32058" v0="5221" v1="6055" v2="6645" v3="6930" />
+      <tetrahedron index="32059" v0="4845" v1="6097" v2="6717" v3="6794" />
+      <tetrahedron index="32060" v0="5189" v1="5874" v2="6460" v3="6538" />
+      <tetrahedron index="32061" v0="5149" v1="5814" v2="6470" v3="6868" />
+      <tetrahedron index="32062" v0="5106" v1="6681" v2="6946" v3="6953" />
+      <tetrahedron index="32063" v0="6520" v1="6681" v2="6946" v3="6953" />
+      <tetrahedron index="32064" v0="5106" v1="5879" v2="6519" v3="6953" />
+      <tetrahedron index="32065" v0="4963" v1="5630" v2="6307" v3="6951" />
+      <tetrahedron index="32066" v0="5364" v1="5845" v2="6494" v3="6884" />
+      <tetrahedron index="32067" v0="4237" v1="5073" v2="6324" v3="6698" />
+      <tetrahedron index="32068" v0="6159" v1="6715" v2="6752" v3="6958" />
+      <tetrahedron index="32069" v0="5073" v1="5648" v2="6324" v3="6698" />
+      <tetrahedron index="32070" v0="5902" v1="6796" v2="6941" v3="6982" />
+      <tetrahedron index="32071" v0="3654" v1="4239" v2="4330" v3="6134" />
+      <tetrahedron index="32072" v0="3462" v1="3464" v2="3861" v3="6134" />
+      <tetrahedron index="32073" v0="3654" v1="4239" v2="4983" v3="6134" />
+      <tetrahedron index="32074" v0="3596" v1="5333" v2="5336" v3="6132" />
+      <tetrahedron index="32075" v0="3595" v1="3596" v2="5336" v3="6132" />
+      <tetrahedron index="32076" v0="3747" v1="3861" v2="3959" v3="6133" />
+      <tetrahedron index="32077" v0="3747" v1="3861" v2="5467" v3="6133" />
+      <tetrahedron index="32078" v0="5073" v1="5649" v2="6324" v3="6327" />
+      <tetrahedron index="32079" v0="3594" v1="3596" v2="3747" v3="6133" />
+      <tetrahedron index="32080" v0="3594" v1="3596" v2="5333" v3="6133" />
+      <tetrahedron index="32081" v0="3596" v1="3747" v2="5333" v3="6133" />
+      <tetrahedron index="32082" v0="3542" v1="5611" v2="6009" v3="6605" />
+      <tetrahedron index="32083" v0="4938" v1="6093" v2="6670" v3="6778" />
+      <tetrahedron index="32084" v0="4239" v1="4733" v2="6325" v3="6395" />
+      <tetrahedron index="32085" v0="3861" v1="3959" v2="5468" v3="6134" />
+      <tetrahedron index="32086" v0="3464" v1="3959" v2="5468" v3="6134" />
+      <tetrahedron index="32087" v0="5160" v1="5772" v2="6334" v3="6701" />
+      <tetrahedron index="32088" v0="4984" v1="5488" v2="6299" v3="6699" />
+      <tetrahedron index="32089" v0="3462" v1="3463" v2="3464" v3="6134" />
+      <tetrahedron index="32090" v0="3462" v1="3463" v2="3654" v3="6134" />
+      <tetrahedron index="32091" v0="4984" v1="5624" v2="6299" v3="6699" />
+      <tetrahedron index="32092" v0="4984" v1="5620" v2="6295" v3="6699" />
+      <tetrahedron index="32093" v0="5470" v1="5624" v2="6520" v3="6699" />
+      <tetrahedron index="32094" v0="4993" v1="5488" v2="6519" v3="6699" />
+      <tetrahedron index="32095" v0="3245" v1="3249" v2="3372" v3="6296" />
+      <tetrahedron index="32096" v0="3446" v1="5621" v2="6685" v3="6796" />
+      <tetrahedron index="32097" v0="3249" v1="3372" v2="5623" v3="6296" />
+      <tetrahedron index="32098" v0="3249" v1="5622" v2="5623" v3="6296" />
+      <tetrahedron index="32099" v0="3372" v1="5455" v2="5623" v3="6296" />
+      <tetrahedron index="32100" v0="3342" v1="3771" v2="5769" v3="6701" />
+      <tetrahedron index="32101" v0="5772" v1="6136" v2="6334" v3="6701" />
+      <tetrahedron index="32102" v0="4978" v1="5454" v2="5455" v3="6296" />
+      <tetrahedron index="32103" v0="4978" v1="5455" v2="5623" v3="6296" />
+      <tetrahedron index="32104" v0="3245" v1="5062" v2="5621" v3="6296" />
+      <tetrahedron index="32105" v0="4153" v1="4575" v2="5146" v3="6135" />
+      <tetrahedron index="32106" v0="4153" v1="5146" v2="5486" v3="6135" />
+      <tetrahedron index="32107" v0="4153" v1="4169" v2="4575" v3="6135" />
+      <tetrahedron index="32108" v0="4863" v1="5439" v2="6097" v3="6150" />
+      <tetrahedron index="32109" v0="5097" v1="5680" v2="5681" v3="6351" />
+      <tetrahedron index="32110" v0="3874" v1="4183" v2="5706" v3="6351" />
+      <tetrahedron index="32111" v0="4970" v1="6090" v2="6092" v3="6665" />
+      <tetrahedron index="32112" v0="4525" v1="4666" v2="5050" v3="6269" />
+      <tetrahedron index="32113" v0="5122" v1="5715" v2="6384" v3="6833" />
+      <tetrahedron index="32114" v0="4495" v1="4792" v2="6151" v3="6777" />
+      <tetrahedron index="32115" v0="4287" v1="4437" v2="6335" v3="6374" />
+      <tetrahedron index="32116" v0="3485" v1="4491" v2="5344" v3="6583" />
+      <tetrahedron index="32117" v0="4266" v1="4493" v2="5343" v3="6139" />
+      <tetrahedron index="32118" v0="4493" v1="5343" v2="5988" v3="6139" />
+      <tetrahedron index="32119" v0="5618" v1="6148" v2="6705" v3="6706" />
+      <tetrahedron index="32120" v0="3287" v1="5618" v2="6583" v3="6706" />
+      <tetrahedron index="32121" v0="5349" v1="6722" v2="6734" v3="7007" />
+      <tetrahedron index="32122" v0="4266" v1="4267" v2="4493" v3="6139" />
+      <tetrahedron index="32123" v0="4267" v1="4493" v2="5342" v3="6139" />
+      <tetrahedron index="32124" v0="5488" v1="6150" v2="6299" v3="6707" />
+      <tetrahedron index="32125" v0="5309" v1="6640" v2="6643" v3="6774" />
+      <tetrahedron index="32126" v0="4975" v1="5447" v2="5448" v3="6680" />
+      <tetrahedron index="32127" v0="4937" v1="5617" v2="6293" v3="6584" />
+      <tetrahedron index="32128" v0="4850" v1="5602" v2="6278" v3="6935" />
+      <tetrahedron index="32129" v0="5464" v1="5808" v2="6696" v3="6697" />
+      <tetrahedron index="32130" v0="5246" v1="5527" v2="5807" v3="6285" />
+      <tetrahedron index="32131" v0="4873" v1="5166" v2="6281" v3="6628" />
+      <tetrahedron index="32132" v0="5168" v1="6613" v2="6862" v3="6960" />
+      <tetrahedron index="32133" v0="4856" v1="5783" v2="6443" v3="6865" />
+      <tetrahedron index="32134" v0="5303" v1="5381" v2="6034" v3="6552" />
+      <tetrahedron index="32135" v0="4848" v1="5396" v2="6056" v3="6775" />
+      <tetrahedron index="32136" v0="5220" v1="6140" v2="6217" v3="6485" />
+      <tetrahedron index="32137" v0="6276" v1="6882" v2="6978" v3="6999" />
+      <tetrahedron index="32138" v0="5616" v1="5783" v2="6106" v3="6679" />
+      <tetrahedron index="32139" v0="6105" v1="6678" v2="6689" v3="6876" />
+      <tetrahedron index="32140" v0="5128" v1="5407" v2="5727" v3="6144" />
+      <tetrahedron index="32141" v0="4929" v1="5480" v2="5964" v3="6144" />
+      <tetrahedron index="32142" v0="5128" v1="5480" v2="5964" v3="6144" />
+      <tetrahedron index="32143" v0="4855" v1="4929" v2="4989" v3="6144" />
+      <tetrahedron index="32144" v0="4855" v1="4989" v2="5883" v3="6144" />
+      <tetrahedron index="32145" v0="4952" v1="5129" v2="5384" v3="6393" />
+      <tetrahedron index="32146" v0="4859" v1="5387" v2="6037" v3="6393" />
+      <tetrahedron index="32147" v0="4278" v1="6040" v2="6410" v3="6619" />
+      <tetrahedron index="32148" v0="4859" v1="5384" v2="6037" v3="6393" />
+      <tetrahedron index="32149" v0="5128" v1="5727" v2="5964" v3="6144" />
+      <tetrahedron index="32150" v0="4929" v1="5727" v2="5964" v3="6144" />
+      <tetrahedron index="32151" v0="5185" v1="5548" v2="5797" v3="6146" />
+      <tetrahedron index="32152" v0="4109" v1="5185" v2="5797" v3="6146" />
+      <tetrahedron index="32153" v0="4108" v1="4109" v2="4110" v3="6146" />
+      <tetrahedron index="32154" v0="4108" v1="4109" v2="5797" v3="6146" />
+      <tetrahedron index="32155" v0="3380" v1="4991" v2="5482" v3="6148" />
+      <tetrahedron index="32156" v0="4109" v1="5185" v2="5798" v3="6146" />
+      <tetrahedron index="32157" v0="5183" v1="5185" v2="5798" v3="6146" />
+      <tetrahedron index="32158" v0="4109" v1="5183" v2="5798" v3="6146" />
+      <tetrahedron index="32159" v0="4108" v1="4110" v2="6146" v3="6147" />
+      <tetrahedron index="32160" v0="4871" v1="6439" v2="6815" v3="6860" />
+      <tetrahedron index="32161" v0="5088" v1="5668" v2="6323" v3="6860" />
+      <tetrahedron index="32162" v0="4871" v1="5594" v2="6683" v3="6860" />
+      <tetrahedron index="32163" v0="5602" v1="6278" v2="6782" v3="6935" />
+      <tetrahedron index="32164" v0="3979" v1="5770" v2="5771" v3="6147" />
+      <tetrahedron index="32165" v0="4990" v1="5770" v2="5771" v3="6147" />
+      <tetrahedron index="32166" v0="3979" v1="4990" v2="5771" v3="6147" />
+      <tetrahedron index="32167" v0="4971" v1="6098" v2="6674" v3="6707" />
+      <tetrahedron index="32168" v0="4917" v1="5617" v2="5990" v3="6584" />
+      <tetrahedron index="32169" v0="4905" v1="6299" v2="6519" v3="6707" />
+      <tetrahedron index="32170" v0="4971" v1="5438" v2="6674" v3="6707" />
+      <tetrahedron index="32171" v0="3380" v1="4598" v2="5482" v3="6148" />
+      <tetrahedron index="32172" v0="5268" v1="6150" v2="6299" v3="6707" />
+      <tetrahedron index="32173" v0="4905" v1="5880" v2="6519" v3="6707" />
+      <tetrahedron index="32174" v0="5439" v1="6098" v2="6099" v3="6150" />
+      <tetrahedron index="32175" v0="4971" v1="6098" v2="6099" v3="6150" />
+      <tetrahedron index="32176" v0="4971" v1="5439" v2="6099" v3="6150" />
+      <tetrahedron index="32177" v0="5546" v1="6096" v2="6218" v3="6674" />
+      <tetrahedron index="32178" v0="5023" v1="5880" v2="6096" v3="6674" />
+      <tetrahedron index="32179" v0="4976" v1="6300" v2="6682" v3="6798" />
+      <tetrahedron index="32180" v0="4976" v1="5451" v2="6111" v3="6302" />
+      <tetrahedron index="32181" v0="4192" v1="5063" v2="5626" v3="6304" />
+      <tetrahedron index="32182" v0="3381" v1="3507" v2="5222" v3="6710" />
+      <tetrahedron index="32183" v0="4704" v1="5600" v2="6272" v3="6273" />
+      <tetrahedron index="32184" v0="4885" v1="5051" v2="5599" v3="6270" />
+      <tetrahedron index="32185" v0="4440" v1="4441" v2="4792" v3="6151" />
+      <tetrahedron index="32186" v0="3974" v1="6264" v2="6265" v3="6562" />
+      <tetrahedron index="32187" v0="5842" v1="6490" v2="6491" v3="6881" />
+      <tetrahedron index="32188" v0="3706" v1="4046" v2="5152" v3="6669" />
+      <tetrahedron index="32189" v0="5110" v1="5698" v2="5700" v3="6370" />
+      <tetrahedron index="32190" v0="4404" v1="4441" v2="5491" v3="6152" />
+      <tetrahedron index="32191" v0="3381" v1="3713" v2="5222" v3="6153" />
+      <tetrahedron index="32192" v0="3713" v1="5222" v2="5843" v3="6153" />
+      <tetrahedron index="32193" v0="3381" v1="3692" v2="5845" v3="6153" />
+      <tetrahedron index="32194" v0="4924" v1="5943" v2="6193" v3="6310" />
+      <tetrahedron index="32195" v0="5648" v1="6325" v2="6395" v3="6698" />
+      <tetrahedron index="32196" v0="5036" v1="5574" v2="6047" v3="6634" />
+      <tetrahedron index="32197" v0="4847" v1="6014" v2="6247" v3="6765" />
+      <tetrahedron index="32198" v0="3247" v1="5364" v2="6115" v3="6493" />
+      <tetrahedron index="32199" v0="3247" v1="3373" v2="3375" v3="6493" />
+      <tetrahedron index="32200" v0="3247" v1="5454" v2="6115" v3="6493" />
+      <tetrahedron index="32201" v0="3381" v1="3692" v2="3713" v3="6153" />
+      <tetrahedron index="32202" v0="3692" v1="3713" v2="5843" v3="6153" />
+      <tetrahedron index="32203" v0="5455" v1="5495" v2="6158" v3="6714" />
+      <tetrahedron index="32204" v0="3716" v1="3994" v2="3995" v3="6169" />
+      <tetrahedron index="32205" v0="5454" v1="5455" v2="6114" v3="6714" />
+      <tetrahedron index="32206" v0="4880" v1="5184" v2="5796" v3="6160" />
+      <tetrahedron index="32207" v0="4880" v1="5185" v2="5798" v3="6160" />
+      <tetrahedron index="32208" v0="4978" v1="5503" v2="5623" v3="6795" />
+      <tetrahedron index="32209" v0="6276" v1="6934" v2="6950" v3="7016" />
+      <tetrahedron index="32210" v0="4944" v1="5494" v2="6115" v3="6884" />
+      <tetrahedron index="32211" v0="6045" v1="6050" v2="6630" v3="6633" />
+      <tetrahedron index="32212" v0="4907" v1="5253" v2="5884" v3="6237" />
+      <tetrahedron index="32213" v0="4657" v1="5497" v2="5499" v3="6160" />
+      <tetrahedron index="32214" v0="5945" v1="6554" v2="6559" v3="6757" />
+      <tetrahedron index="32215" v0="3895" v1="4681" v2="5151" v3="6811" />
+      <tetrahedron index="32216" v0="4681" v1="5151" v2="6316" v3="6811" />
+      <tetrahedron index="32217" v0="5246" v1="5527" v2="6201" v3="6285" />
+      <tetrahedron index="32218" v0="3597" v1="3787" v2="3788" v3="6742" />
+      <tetrahedron index="32219" v0="3523" v1="3542" v2="5866" v3="6605" />
+      <tetrahedron index="32220" v0="4070" v1="4072" v2="6162" v3="6994" />
+      <tetrahedron index="32221" v0="4869" v1="5707" v2="6434" v3="6858" />
+      <tetrahedron index="32222" v0="3332" v1="5355" v2="6007" v3="6203" />
+      <tetrahedron index="32223" v0="5866" v1="6009" v2="6506" v3="6605" />
+      <tetrahedron index="32224" v0="3332" v1="4227" v2="5530" v3="6203" />
+      <tetrahedron index="32225" v0="3331" v1="3332" v2="3632" v3="6203" />
+      <tetrahedron index="32226" v0="4227" v1="5530" v2="6007" v3="6203" />
+      <tetrahedron index="32227" v0="4071" v1="4072" v2="4784" v3="6994" />
+      <tetrahedron index="32228" v0="3495" v1="3542" v2="6109" v3="6605" />
+      <tetrahedron index="32229" v0="4874" v1="6016" v2="6686" v3="6713" />
+      <tetrahedron index="32230" v0="5630" v1="6627" v2="6806" v3="6924" />
+      <tetrahedron index="32231" v0="5364" v1="5846" v2="6494" v3="6885" />
+      <tetrahedron index="32232" v0="3331" v1="5354" v2="5355" v3="6203" />
+      <tetrahedron index="32233" v0="5365" v1="6016" v2="6686" v3="6717" />
+      <tetrahedron index="32234" v0="5503" v1="6165" v2="6713" v3="6717" />
+      <tetrahedron index="32235" v0="4070" v1="5498" v2="6162" v3="6994" />
+      <tetrahedron index="32236" v0="4880" v1="5111" v2="5668" v3="6160" />
+      <tetrahedron index="32237" v0="3651" v1="4427" v2="5111" v3="6164" />
+      <tetrahedron index="32238" v0="5111" v1="5499" v2="6160" v3="6164" />
+      <tetrahedron index="32239" v0="4247" v1="4315" v2="5497" v3="6161" />
+      <tetrahedron index="32240" v0="3959" v1="5164" v2="5468" v3="6326" />
+      <tetrahedron index="32241" v0="3358" v1="3359" v2="3360" v3="6342" />
+      <tetrahedron index="32242" v0="3359" v1="5298" v2="5670" v3="6342" />
+      <tetrahedron index="32243" v0="3358" v1="3422" v2="5298" v3="6342" />
+      <tetrahedron index="32244" v0="3358" v1="3360" v2="5138" v3="6342" />
+      <tetrahedron index="32245" v0="4282" v1="4355" v2="5032" v3="6162" />
+      <tetrahedron index="32246" v0="4355" v1="5032" v2="5647" v3="6162" />
+      <tetrahedron index="32247" v0="4282" v1="4355" v2="5647" v3="6162" />
+      <tetrahedron index="32248" v0="3666" v1="4105" v2="6329" v3="6816" />
+      <tetrahedron index="32249" v0="4977" v1="5776" v2="6321" v3="6441" />
+      <tetrahedron index="32250" v0="4315" v1="5497" v2="5499" v3="6163" />
+      <tetrahedron index="32251" v0="4999" v1="5497" v2="5499" v3="6163" />
+      <tetrahedron index="32252" v0="4070" v1="4315" v2="6161" v3="6163" />
+      <tetrahedron index="32253" v0="5782" v1="6722" v2="6784" v3="6995" />
+      <tetrahedron index="32254" v0="5782" v1="6722" v2="6964" v3="6995" />
+      <tetrahedron index="32255" v0="4977" v1="6112" v2="6438" v3="6441" />
+      <tetrahedron index="32256" v0="3666" v1="5250" v2="5884" v3="6816" />
+      <tetrahedron index="32257" v0="3345" v1="5163" v2="5778" v3="6441" />
+      <tetrahedron index="32258" v0="5255" v1="5776" v2="6321" v3="6441" />
+      <tetrahedron index="32259" v0="4772" v1="5255" v2="5778" v3="6441" />
+      <tetrahedron index="32260" v0="3345" v1="4772" v2="5778" v3="6441" />
+      <tetrahedron index="32261" v0="3348" v1="5113" v2="5891" v3="6814" />
+      <tetrahedron index="32262" v0="4999" v1="5497" v2="6161" v3="6163" />
+      <tetrahedron index="32263" v0="4315" v1="5497" v2="6161" v3="6163" />
+      <tetrahedron index="32264" v0="4451" v1="4618" v2="5884" v3="6816" />
+      <tetrahedron index="32265" v0="3345" v1="5163" v2="5776" v3="6441" />
+      <tetrahedron index="32266" v0="6292" v1="6596" v2="6864" v3="6931" />
+      <tetrahedron index="32267" v0="5031" v1="5566" v2="6238" v3="6240" />
+      <tetrahedron index="32268" v0="5065" v1="6625" v2="6807" v3="6983" />
+      <tetrahedron index="32269" v0="5840" v1="6718" v2="6961" v3="6981" />
+      <tetrahedron index="32270" v0="5454" v1="5494" v2="6157" v3="6714" />
+      <tetrahedron index="32271" v0="5455" v1="5495" v2="6114" v3="6714" />
+      <tetrahedron index="32272" v0="6456" v1="6458" v2="6545" v3="6767" />
+      <tetrahedron index="32273" v0="4961" v1="5416" v2="6173" v3="6725" />
+      <tetrahedron index="32274" v0="4926" v1="6054" v2="6561" v3="6945" />
+      <tetrahedron index="32275" v0="4964" v1="6105" v2="6514" v3="6676" />
+      <tetrahedron index="32276" v0="5062" v1="5620" v2="6297" v3="6795" />
+      <tetrahedron index="32277" v0="5997" v1="6718" v2="6877" v3="6961" />
+      <tetrahedron index="32278" v0="5454" v1="5494" v2="6114" v3="6714" />
+      <tetrahedron index="32279" v0="5841" v1="6724" v2="6849" v3="6878" />
+      <tetrahedron index="32280" v0="4471" v1="5812" v2="6185" v3="6968" />
+      <tetrahedron index="32281" v0="5015" v1="6116" v2="6158" v3="6716" />
+      <tetrahedron index="32282" v0="6140" v1="6421" v2="6645" v3="6930" />
+      <tetrahedron index="32283" v0="5246" v1="6121" v2="6201" v3="6688" />
+      <tetrahedron index="32284" v0="5053" v1="5604" v2="5605" v3="6881" />
+      <tetrahedron index="32285" v0="5001" v1="5504" v2="6100" v3="6168" />
+      <tetrahedron index="32286" v0="4930" v1="5504" v2="6100" v3="6168" />
+      <tetrahedron index="32287" v0="5442" v1="5485" v2="6101" v3="6549" />
+      <tetrahedron index="32288" v0="3765" v1="5441" v2="5937" v3="6549" />
+      <tetrahedron index="32289" v0="4972" v1="4992" v2="6101" v3="6549" />
+      <tetrahedron index="32290" v0="4920" v1="5003" v2="5929" v3="6169" />
+      <tetrahedron index="32291" v0="5292" v1="5929" v2="6024" v3="6169" />
+      <tetrahedron index="32292" v0="4972" v1="4992" v2="5484" v3="6549" />
+      <tetrahedron index="32293" v0="3765" v1="4016" v2="5937" v3="6549" />
+      <tetrahedron index="32294" v0="3417" v1="3661" v2="5401" v3="6647" />
+      <tetrahedron index="32295" v0="5003" v1="5929" v2="6024" v3="6169" />
+      <tetrahedron index="32296" v0="5003" v1="5505" v2="6024" v3="6169" />
+      <tetrahedron index="32297" v0="3312" v1="3314" v2="3402" v3="6401" />
+      <tetrahedron index="32298" v0="4869" v1="5770" v2="6434" v3="6836" />
+      <tetrahedron index="32299" v0="4986" v1="5475" v2="5756" v3="6849" />
+      <tetrahedron index="32300" v0="6044" v1="6309" v2="6807" v3="6810" />
+      <tetrahedron index="32301" v0="4895" v1="5222" v2="6491" v3="6881" />
+      <tetrahedron index="32302" v0="6513" v1="6888" v2="7001" v3="7027" />
+      <tetrahedron index="32303" v0="3777" v1="3992" v2="4670" v3="6490" />
+      <tetrahedron index="32304" v0="5604" v1="5605" v2="6284" v3="6490" />
+      <tetrahedron index="32305" v0="5460" v1="6124" v2="6127" v3="6725" />
+      <tetrahedron index="32306" v0="5761" v1="6176" v2="6541" v3="6729" />
+      <tetrahedron index="32307" v0="5025" v1="5551" v2="5998" v3="6419" />
+      <tetrahedron index="32308" v0="5353" v1="5755" v2="6419" v3="6724" />
+      <tetrahedron index="32309" v0="5153" v1="5755" v2="6418" v3="6724" />
+      <tetrahedron index="32310" v0="5153" v1="6418" v2="6489" v3="6724" />
+      <tetrahedron index="32311" v0="4939" v1="6002" v2="6407" v3="6600" />
+      <tetrahedron index="32312" v0="4340" v1="4341" v2="4779" v3="6172" />
+      <tetrahedron index="32313" v0="4623" v1="5515" v2="6179" v3="6186" />
+      <tetrahedron index="32314" v0="4836" v1="5244" v2="5873" v3="6175" />
+      <tetrahedron index="32315" v0="5244" v1="5873" v2="6124" v3="6175" />
+      <tetrahedron index="32316" v0="4339" v1="4610" v2="6125" v3="6175" />
+      <tetrahedron index="32317" v0="4383" v1="5557" v2="5948" v3="6232" />
+      <tetrahedron index="32318" v0="4341" v1="4429" v2="4582" v3="6174" />
+      <tetrahedron index="32319" v0="4341" v1="5510" v2="6172" v3="6174" />
+      <tetrahedron index="32320" v0="5307" v1="5947" v2="6245" v3="6558" />
+      <tetrahedron index="32321" v0="3519" v1="3530" v2="5749" v3="6410" />
+      <tetrahedron index="32322" v0="3879" v1="5251" v2="5252" v3="6758" />
+      <tetrahedron index="32323" v0="5004" v1="6171" v2="6489" v3="6724" />
+      <tetrahedron index="32324" v0="5745" v1="5746" v2="6032" v3="6617" />
+      <tetrahedron index="32325" v0="5188" v1="6090" v2="6092" v3="6415" />
+      <tetrahedron index="32326" v0="4058" v1="5197" v2="5451" v3="6730" />
+      <tetrahedron index="32327" v0="5300" v1="6729" v2="6850" v3="6966" />
+      <tetrahedron index="32328" v0="6301" v1="6890" v2="6944" v3="6966" />
+      <tetrahedron index="32329" v0="4339" v1="6125" v2="6175" v3="6728" />
+      <tetrahedron index="32330" v0="5193" v1="6014" v2="6430" v3="6765" />
+      <tetrahedron index="32331" v0="4561" v1="4564" v2="5519" v3="6189" />
+      <tetrahedron index="32332" v0="5391" v1="6308" v2="6625" v3="6627" />
+      <tetrahedron index="32333" v0="5511" v1="6124" v2="6693" v3="6728" />
+      <tetrahedron index="32334" v0="6174" v1="6231" v2="6233" v3="6965" />
+      <tetrahedron index="32335" v0="6193" v1="6233" v2="6559" v3="6757" />
+      <tetrahedron index="32336" v0="4383" v1="4393" v2="5557" v3="6232" />
+      <tetrahedron index="32337" v0="4394" v1="4655" v2="5306" v3="6232" />
+      <tetrahedron index="32338" v0="4383" v1="4655" v2="5948" v3="6232" />
+      <tetrahedron index="32339" v0="5023" v1="5546" v2="6096" v3="6674" />
+      <tetrahedron index="32340" v0="4393" v1="4394" v2="5521" v3="6232" />
+      <tetrahedron index="32341" v0="5306" v1="5521" v2="6193" v3="6232" />
+      <tetrahedron index="32342" v0="5391" v1="6308" v2="6627" v3="6806" />
+      <tetrahedron index="32343" v0="5027" v1="5945" v2="6557" v3="6757" />
+      <tetrahedron index="32344" v0="5269" v1="5477" v2="5904" v3="6653" />
+      <tetrahedron index="32345" v0="5149" v1="5814" v2="6001" v3="6868" />
+      <tetrahedron index="32346" v0="4242" v1="4748" v2="5269" v3="6653" />
+      <tetrahedron index="32347" v0="5197" v1="5907" v2="6730" v3="6731" />
+      <tetrahedron index="32348" v0="5080" v1="5271" v2="5910" v3="6731" />
+      <tetrahedron index="32349" v0="5006" v1="5910" v2="6522" v3="6731" />
+      <tetrahedron index="32350" v0="5008" v1="5516" v2="6182" v3="6732" />
+      <tetrahedron index="32351" v0="5005" v1="5510" v2="6172" v3="6965" />
+      <tetrahedron index="32352" v0="4930" v1="5503" v2="6100" v3="6719" />
+      <tetrahedron index="32353" v0="5248" v1="5879" v2="5881" v3="6521" />
+      <tetrahedron index="32354" v0="3367" v1="3368" v2="5547" v3="6523" />
+      <tetrahedron index="32355" v0="5197" v1="6176" v2="6177" v3="6731" />
+      <tetrahedron index="32356" v0="5271" v1="5907" v2="6730" v3="6731" />
+      <tetrahedron index="32357" v0="5197" v1="5907" v2="6541" v3="6731" />
+      <tetrahedron index="32358" v0="5008" v1="5518" v2="6412" v3="6732" />
+      <tetrahedron index="32359" v0="5008" v1="5516" v2="6187" v3="6732" />
+      <tetrahedron index="32360" v0="5470" v1="5624" v2="6520" v3="6682" />
+      <tetrahedron index="32361" v0="5271" v1="5273" v2="5513" v3="6178" />
+      <tetrahedron index="32362" v0="5271" v1="5513" v2="5910" v3="6178" />
+      <tetrahedron index="32363" v0="5271" v1="5273" v2="5910" v3="6178" />
+      <tetrahedron index="32364" v0="5284" v1="5285" v2="5924" v3="6179" />
+      <tetrahedron index="32365" v0="4579" v1="5284" v2="5924" v3="6179" />
+      <tetrahedron index="32366" v0="4524" v1="4579" v2="4581" v3="6179" />
+      <tetrahedron index="32367" v0="4524" v1="4579" v2="5285" v3="6179" />
+      <tetrahedron index="32368" v0="4492" v1="4717" v2="4718" v3="6180" />
+      <tetrahedron index="32369" v0="4492" v1="4718" v2="5516" v3="6180" />
+      <tetrahedron index="32370" v0="4905" v1="5512" v2="6521" v3="6890" />
+      <tetrahedron index="32371" v0="4904" v1="5876" v2="5877" v3="6516" />
+      <tetrahedron index="32372" v0="5614" v1="5877" v2="6289" v3="6792" />
+      <tetrahedron index="32373" v0="3385" v1="4492" v2="4717" v3="6180" />
+      <tetrahedron index="32374" v0="5462" v1="6127" v2="6180" v3="6516" />
+      <tetrahedron index="32375" v0="5750" v1="6182" v2="6412" v3="6734" />
+      <tetrahedron index="32376" v0="5344" v1="5924" v2="5990" v3="6584" />
+      <tetrahedron index="32377" v0="4917" v1="5617" v2="6582" v3="6584" />
+      <tetrahedron index="32378" v0="5649" v1="5650" v2="6324" v3="6709" />
+      <tetrahedron index="32379" v0="5397" v1="6054" v2="6637" v3="6774" />
+      <tetrahedron index="32380" v0="4861" v1="6569" v2="6902" v3="6908" />
+      <tetrahedron index="32381" v0="4922" v1="5443" v2="5740" v3="7022" />
+      <tetrahedron index="32382" v0="5516" v1="6182" v2="6732" v3="6733" />
+      <tetrahedron index="32383" v0="4471" v1="4472" v2="6185" v3="6968" />
+      <tetrahedron index="32384" v0="4930" v1="5841" v2="6675" v3="6720" />
+      <tetrahedron index="32385" v0="5461" v1="6442" v2="6694" v3="6863" />
+      <tetrahedron index="32386" v0="4876" v1="5446" v2="6106" v3="6288" />
+      <tetrahedron index="32387" v0="4997" v1="5614" v2="5876" v3="6288" />
+      <tetrahedron index="32388" v0="4857" v1="5446" v2="5875" v3="6288" />
+      <tetrahedron index="32389" v0="4876" v1="5169" v2="5613" v3="6288" />
+      <tetrahedron index="32390" v0="4939" v1="5352" v2="6002" v3="6600" />
+      <tetrahedron index="32391" v0="4939" v1="5351" v2="5352" v3="6600" />
+      <tetrahedron index="32392" v0="3518" v1="4711" v2="5752" v3="6414" />
+      <tetrahedron index="32393" v0="3518" v1="3519" v2="4711" v3="6414" />
+      <tetrahedron index="32394" v0="5614" v1="5877" v2="6286" v3="6287" />
+      <tetrahedron index="32395" v0="5361" v1="5599" v2="6473" v3="6840" />
+      <tetrahedron index="32396" v0="5877" v1="6182" v2="6286" v3="6287" />
+      <tetrahedron index="32397" v0="5348" v1="6171" v2="6616" v3="6723" />
+      <tetrahedron index="32398" v0="4917" v1="5617" v2="5990" v3="6790" />
+      <tetrahedron index="32399" v0="4876" v1="5445" v2="5446" v3="6288" />
+      <tetrahedron index="32400" v0="3256" v1="4202" v2="6019" v3="6614" />
+      <tetrahedron index="32401" v0="6053" v1="6639" v2="6773" v3="6931" />
+      <tetrahedron index="32402" v0="5227" v1="5847" v2="6338" v3="6496" />
+      <tetrahedron index="32403" v0="4581" v1="4623" v2="5752" v3="6184" />
+      <tetrahedron index="32404" v0="4581" v1="5752" v2="6179" v3="6184" />
+      <tetrahedron index="32405" v0="4581" v1="4623" v2="6179" v3="6184" />
+      <tetrahedron index="32406" v0="4917" v1="6182" v2="6413" v3="6733" />
+      <tetrahedron index="32407" v0="4596" v1="4718" v2="5515" v3="6187" />
+      <tetrahedron index="32408" v0="4504" v1="5538" v2="6621" v3="6736" />
+      <tetrahedron index="32409" v0="5517" v1="5518" v2="6183" v3="6186" />
+      <tetrahedron index="32410" v0="4858" v1="4994" v2="6183" v3="6186" />
+      <tetrahedron index="32411" v0="4994" v1="5150" v2="5752" v3="6186" />
+      <tetrahedron index="32412" v0="4994" v1="5752" v2="6184" v3="6186" />
+      <tetrahedron index="32413" v0="4994" v1="5150" v2="5751" v3="6186" />
+      <tetrahedron index="32414" v0="4858" v1="5150" v2="5751" v3="6186" />
+      <tetrahedron index="32415" v0="4858" v1="4994" v2="5751" v3="6186" />
+      <tetrahedron index="32416" v0="4779" v1="5517" v2="6185" v3="6187" />
+      <tetrahedron index="32417" v0="4340" v1="4718" v2="4779" v3="6187" />
+      <tetrahedron index="32418" v0="4340" v1="4718" v2="5411" v3="6187" />
+      <tetrahedron index="32419" v0="4340" v1="5411" v2="6172" v3="6187" />
+      <tetrahedron index="32420" v0="4340" v1="4779" v2="6172" v3="6187" />
+      <tetrahedron index="32421" v0="4338" v1="5631" v2="6194" v3="6555" />
+      <tetrahedron index="32422" v0="5762" v1="6428" v2="6429" v3="6851" />
+      <tetrahedron index="32423" v0="4467" v1="5009" v2="5519" v3="6189" />
+      <tetrahedron index="32424" v0="4126" v1="4467" v2="4561" v3="6189" />
+      <tetrahedron index="32425" v0="4467" v1="4561" v2="5519" v3="6189" />
+      <tetrahedron index="32426" v0="4911" v1="5995" v2="6222" v3="6592" />
+      <tetrahedron index="32427" v0="4494" v1="5016" v2="5530" v3="6918" />
+      <tetrahedron index="32428" v0="4949" v1="5552" v2="5555" v3="6592" />
+      <tetrahedron index="32429" v0="5379" v1="5610" v2="6229" v3="6592" />
+      <tetrahedron index="32430" v0="6585" v1="6622" v2="6624" v3="6737" />
+      <tetrahedron index="32431" v0="5020" v1="5540" v2="6209" v3="6745" />
+      <tetrahedron index="32432" v0="5020" v1="5556" v2="6209" v3="6745" />
+      <tetrahedron index="32433" v0="4393" v1="4394" v2="4655" v3="6232" />
+      <tetrahedron index="32434" v0="5437" v1="5546" v2="6218" v3="6674" />
+      <tetrahedron index="32435" v0="4655" v1="5946" v2="5948" v3="6232" />
+      <tetrahedron index="32436" v0="4924" v1="5306" v2="5944" v3="6193" />
+      <tetrahedron index="32437" v0="5748" v1="6409" v2="6842" v3="6963" />
+      <tetrahedron index="32438" v0="3752" v1="4578" v2="5289" v3="6274" />
+      <tetrahedron index="32439" v0="4726" v1="5598" v2="5600" v3="6273" />
+      <tetrahedron index="32440" v0="4880" v1="5668" v2="6198" v3="6739" />
+      <tetrahedron index="32441" v0="4043" v1="4444" v2="4652" v3="6192" />
+      <tetrahedron index="32442" v0="4880" v1="5111" v2="5668" v3="6739" />
+      <tetrahedron index="32443" v0="3720" v1="4653" v2="4654" v3="6873" />
+      <tetrahedron index="32444" v0="5520" v1="6624" v2="6737" v3="6738" />
+      <tetrahedron index="32445" v0="4889" v1="5204" v2="5821" v3="6873" />
+      <tetrahedron index="32446" v0="5520" v1="5598" v2="6192" v3="6472" />
+      <tetrahedron index="32447" v0="5065" v1="5943" v2="6311" v3="6555" />
+      <tetrahedron index="32448" v0="5943" v1="6310" v2="6311" v3="6555" />
+      <tetrahedron index="32449" v0="5307" v1="5946" v2="6559" v3="6896" />
+      <tetrahedron index="32450" v0="5010" v1="5523" v2="5944" v3="6193" />
+      <tetrahedron index="32451" v0="5942" v1="5943" v2="6553" v3="6555" />
+      <tetrahedron index="32452" v0="4285" v1="4286" v2="5954" v3="6235" />
+      <tetrahedron index="32453" v0="4000" v1="5144" v2="5656" v3="6332" />
+      <tetrahedron index="32454" v0="4655" v1="5306" v2="5946" v3="6232" />
+      <tetrahedron index="32455" v0="4393" v1="5557" v2="6231" v3="6232" />
+      <tetrahedron index="32456" v0="4393" v1="5521" v2="6231" v3="6232" />
+      <tetrahedron index="32457" v0="4383" v1="4393" v2="4655" v3="6232" />
+      <tetrahedron index="32458" v0="5012" v1="6235" v2="6424" v3="6562" />
+      <tetrahedron index="32459" v0="5840" v1="6718" v2="6789" v3="6875" />
+      <tetrahedron index="32460" v0="4254" v1="5024" v2="5577" v3="6196" />
+      <tetrahedron index="32461" v0="4141" v1="4254" v2="5577" v3="6196" />
+      <tetrahedron index="32462" v0="3556" v1="4550" v2="5800" v3="6453" />
+      <tetrahedron index="32463" v0="5000" v1="5502" v2="5800" v3="6453" />
+      <tetrahedron index="32464" v0="4529" v1="5000" v2="5800" v3="6453" />
+      <tetrahedron index="32465" v0="4313" v1="5432" v2="5500" v3="6453" />
+      <tetrahedron index="32466" v0="5039" v1="5322" v2="5968" v3="6196" />
+      <tetrahedron index="32467" v0="4141" v1="5039" v2="5968" v3="6196" />
+      <tetrahedron index="32468" v0="4141" v1="5039" v2="5577" v3="6196" />
+      <tetrahedron index="32469" v0="5024" v1="5039" v2="5577" v3="6196" />
+      <tetrahedron index="32470" v0="5342" v1="5474" v2="6639" v3="6928" />
+      <tetrahedron index="32471" v0="4969" v1="5432" v2="5500" v3="6453" />
+      <tetrahedron index="32472" v0="4529" v1="4550" v2="5800" v3="6453" />
+      <tetrahedron index="32473" v0="5183" v1="5548" v2="5549" v3="6198" />
+      <tetrahedron index="32474" v0="5503" v1="6097" v2="6165" v3="6717" />
+      <tetrahedron index="32475" v0="5024" v1="5548" v2="5549" v3="6198" />
+      <tetrahedron index="32476" v0="5088" v1="5526" v2="5668" v3="6198" />
+      <tetrahedron index="32477" v0="4880" v1="5088" v2="5668" v3="6198" />
+      <tetrahedron index="32478" v0="5088" v1="5526" v2="5795" v3="6198" />
+      <tetrahedron index="32479" v0="4880" v1="5088" v2="5795" v3="6198" />
+      <tetrahedron index="32480" v0="3461" v1="3726" v2="3896" v3="6200" />
+      <tetrahedron index="32481" v0="3461" v1="3726" v2="4715" v3="6200" />
+      <tetrahedron index="32482" v0="3726" v1="3896" v2="5723" v3="6200" />
+      <tetrahedron index="32483" v0="4832" v1="5395" v2="5495" v3="6740" />
+      <tetrahedron index="32484" v0="3597" v1="3599" v2="3788" v3="6742" />
+      <tetrahedron index="32485" v0="5495" v1="6159" v2="6716" v3="6740" />
+      <tetrahedron index="32486" v0="5528" v1="6202" v2="6716" v3="6740" />
+      <tetrahedron index="32487" v0="5525" v1="5549" v2="6198" v3="6199" />
+      <tetrahedron index="32488" v0="4147" v1="5526" v2="5549" v3="6199" />
+      <tetrahedron index="32489" v0="4147" v1="4422" v2="5549" v3="6199" />
+      <tetrahedron index="32490" v0="3726" v1="4715" v2="5722" v3="6200" />
+      <tetrahedron index="32491" v0="4950" v1="5380" v2="6032" v3="6656" />
+      <tetrahedron index="32492" v0="4964" v1="5875" v2="6105" v3="6514" />
+      <tetrahedron index="32493" v0="4741" v1="5459" v2="5460" v3="6692" />
+      <tetrahedron index="32494" v0="4190" v1="4198" v2="6107" v3="6680" />
+      <tetrahedron index="32495" v0="5344" v1="5990" v2="6583" v3="6706" />
+      <tetrahedron index="32496" v0="4975" v1="5056" v2="6108" v3="6680" />
+      <tetrahedron index="32497" v0="5126" v1="6117" v2="6200" v3="6201" />
+      <tetrahedron index="32498" v0="5126" v1="5245" v2="6200" v3="6201" />
+      <tetrahedron index="32499" v0="4903" v1="5245" v2="6123" v3="6201" />
+      <tetrahedron index="32500" v0="5126" v1="5245" v2="6123" v3="6201" />
+      <tetrahedron index="32501" v0="5126" v1="6117" v2="6123" v3="6201" />
+      <tetrahedron index="32502" v0="4327" v1="4630" v2="5476" v3="6928" />
+      <tetrahedron index="32503" v0="5343" v1="6584" v2="6907" v3="7006" />
+      <tetrahedron index="32504" v0="5015" v1="5378" v2="6202" v3="6741" />
+      <tetrahedron index="32505" v0="5476" v1="5589" v2="6703" v3="6928" />
+      <tetrahedron index="32506" v0="3332" v1="3632" v2="3633" v3="6203" />
+      <tetrahedron index="32507" v0="3332" v1="3633" v2="5530" v3="6203" />
+      <tetrahedron index="32508" v0="4647" v1="5159" v2="5768" v3="6433" />
+      <tetrahedron index="32509" v0="5160" v1="5770" v2="5771" v3="6858" />
+      <tetrahedron index="32510" v0="4869" v1="5707" v2="5772" v3="6858" />
+      <tetrahedron index="32511" v0="5039" v1="5707" v2="5967" v3="6434" />
+      <tetrahedron index="32512" v0="3912" v1="4675" v2="5138" v3="6574" />
+      <tetrahedron index="32513" v0="3656" v1="5530" v2="5531" v3="6433" />
+      <tetrahedron index="32514" v0="5532" v1="5595" v2="6268" v3="6743" />
+      <tetrahedron index="32515" v0="5615" v1="6876" v2="6980" v3="7009" />
+      <tetrahedron index="32516" v0="4934" v1="5676" v2="5981" v3="6743" />
+      <tetrahedron index="32517" v0="3429" v1="4565" v2="5254" v3="6375" />
+      <tetrahedron index="32518" v0="3850" v1="3998" v2="4240" v3="6529" />
+      <tetrahedron index="32519" v0="5102" v1="5704" v2="5892" v3="6375" />
+      <tetrahedron index="32520" v0="5016" v1="5531" v2="5532" v3="6204" />
+      <tetrahedron index="32521" v0="5016" v1="5532" v2="5981" v3="6204" />
+      <tetrahedron index="32522" v0="3353" v1="3429" v2="3430" v3="6375" />
+      <tetrahedron index="32523" v0="3353" v1="3476" v2="4565" v3="6375" />
+      <tetrahedron index="32524" v0="3333" v1="3614" v2="5766" v3="6205" />
+      <tetrahedron index="32525" v0="5337" v1="5766" v2="5981" v3="6205" />
+      <tetrahedron index="32526" v0="5532" v1="5766" v2="5981" v3="6205" />
+      <tetrahedron index="32527" v0="4424" v1="4425" v2="6207" v3="6744" />
+      <tetrahedron index="32528" v0="5536" v1="6207" v2="6463" v3="6744" />
+      <tetrahedron index="32529" v0="3741" v1="3950" v2="5077" v3="6206" />
+      <tetrahedron index="32530" v0="3741" v1="3950" v2="5533" v3="6206" />
+      <tetrahedron index="32531" v0="5007" v1="5533" v2="5535" v3="6206" />
+      <tetrahedron index="32532" v0="5007" v1="5533" v2="5654" v3="6206" />
+      <tetrahedron index="32533" v0="3741" v1="5533" v2="5654" v3="6206" />
+      <tetrahedron index="32534" v0="3741" v1="5077" v2="5654" v3="6206" />
+      <tetrahedron index="32535" v0="4667" v1="5007" v2="5654" v3="6206" />
+      <tetrahedron index="32536" v0="4539" v1="4667" v2="5007" v3="6206" />
+      <tetrahedron index="32537" v0="4539" v1="5007" v2="5535" v3="6206" />
+      <tetrahedron index="32538" v0="3294" v1="3607" v2="5836" v3="6214" />
+      <tetrahedron index="32539" v0="5027" v1="5556" v2="6230" v3="6747" />
+      <tetrahedron index="32540" v0="4292" v1="4455" v2="4773" v3="6211" />
+      <tetrahedron index="32541" v0="4455" v1="5020" v2="5540" v3="6211" />
+      <tetrahedron index="32542" v0="4455" v1="4773" v2="5540" v3="6211" />
+      <tetrahedron index="32543" v0="4867" v1="5810" v2="6465" v3="6467" />
+      <tetrahedron index="32544" v0="5558" v1="6230" v2="6234" v3="6746" />
+      <tetrahedron index="32545" v0="5540" v1="6209" v2="6210" v3="6746" />
+      <tetrahedron index="32546" v0="4446" v1="5540" v2="6210" v3="6746" />
+      <tetrahedron index="32547" v0="4885" v1="5195" v2="5817" v3="6462" />
+      <tetrahedron index="32548" v0="5167" v1="6765" v2="6766" v3="6841" />
+      <tetrahedron index="32549" v0="5762" v1="5959" v2="6851" v3="6894" />
+      <tetrahedron index="32550" v0="5170" v1="6641" v2="6864" v3="6913" />
+      <tetrahedron index="32551" v0="6290" v1="6613" v2="6920" v3="6960" />
+      <tetrahedron index="32552" v0="5749" v1="5816" v2="6462" v3="6470" />
+      <tetrahedron index="32553" v0="5020" v1="5541" v2="6212" v3="6213" />
+      <tetrahedron index="32554" v0="3853" v1="5380" v2="5381" v3="6763" />
+      <tetrahedron index="32555" v0="5951" v1="6301" v2="6850" v3="6966" />
+      <tetrahedron index="32556" v0="3608" v1="3853" v2="5380" v3="6763" />
+      <tetrahedron index="32557" v0="4189" v1="4292" v2="6041" v3="6211" />
+      <tetrahedron index="32558" v0="4446" v1="4470" v2="5192" v3="6746" />
+      <tetrahedron index="32559" v0="4384" v1="4446" v2="4447" v3="6746" />
+      <tetrahedron index="32560" v0="5993" v1="6221" v2="6590" v3="6971" />
+      <tetrahedron index="32561" v0="4279" v1="4773" v2="6040" v3="6211" />
+      <tetrahedron index="32562" v0="4189" v1="4279" v2="4773" v3="6211" />
+      <tetrahedron index="32563" v0="6221" v1="6590" v2="6754" v3="6971" />
+      <tetrahedron index="32564" v0="5762" v1="6428" v2="6465" v3="6467" />
+      <tetrahedron index="32565" v0="6428" v1="6429" v2="6465" v3="6467" />
+      <tetrahedron index="32566" v0="4384" v1="4385" v2="5558" v3="6762" />
+      <tetrahedron index="32567" v0="5539" v1="6041" v2="6211" v3="6749" />
+      <tetrahedron index="32568" v0="6211" v1="6466" v2="6745" v3="6749" />
+      <tetrahedron index="32569" v0="4091" v1="5575" v2="6248" v3="6904" />
+      <tetrahedron index="32570" v0="5035" v1="5571" v2="6243" v3="6245" />
+      <tetrahedron index="32571" v0="4835" v1="5564" v2="6238" v3="6758" />
+      <tetrahedron index="32572" v0="5020" v1="5539" v2="6213" v3="6749" />
+      <tetrahedron index="32573" v0="6041" v1="6208" v2="6620" v3="6749" />
+      <tetrahedron index="32574" v0="5035" v1="5570" v2="5571" v3="6245" />
+      <tetrahedron index="32575" v0="5307" v1="5946" v2="5948" v3="6559" />
+      <tetrahedron index="32576" v0="5035" v1="5947" v2="6243" v3="6245" />
+      <tetrahedron index="32577" v0="5946" v1="5948" v2="6232" v3="6559" />
+      <tetrahedron index="32578" v0="3954" v1="4052" v2="5215" v3="6214" />
+      <tetrahedron index="32579" v0="4893" v1="5215" v2="5217" v3="6214" />
+      <tetrahedron index="32580" v0="4893" v1="5215" v2="5835" v3="6214" />
+      <tetrahedron index="32581" v0="4235" v1="5545" v2="5567" v3="6215" />
+      <tetrahedron index="32582" v0="4236" v1="4484" v2="4521" v3="6215" />
+      <tetrahedron index="32583" v0="4235" v1="4236" v2="4521" v3="6215" />
+      <tetrahedron index="32584" v0="4235" v1="4521" v2="5567" v3="6215" />
+      <tetrahedron index="32585" v0="5023" v1="5547" v2="5839" v3="6216" />
+      <tetrahedron index="32586" v0="3369" v1="5547" v2="5839" v3="6216" />
+      <tetrahedron index="32587" v0="4857" v1="6105" v2="6514" v3="6676" />
+      <tetrahedron index="32588" v0="4327" v1="4595" v2="5476" v3="6486" />
+      <tetrahedron index="32589" v0="5220" v1="5546" v2="6216" v3="6217" />
+      <tetrahedron index="32590" v0="4301" v1="4327" v2="5589" v3="6486" />
+      <tetrahedron index="32591" v0="4846" v1="5145" v2="5741" v3="6422" />
+      <tetrahedron index="32592" v0="5145" v1="5154" v2="5758" v3="6422" />
+      <tetrahedron index="32593" v0="4021" v1="4276" v2="5220" v3="6217" />
+      <tetrahedron index="32594" v0="4021" v1="5220" v2="5546" v3="6217" />
+      <tetrahedron index="32595" v0="3777" v1="5604" v2="6284" v3="6490" />
+      <tetrahedron index="32596" v0="5001" v1="5504" v2="6100" v3="6417" />
+      <tetrahedron index="32597" v0="4304" v1="5440" v2="5754" v3="6417" />
+      <tetrahedron index="32598" v0="4939" v1="6407" v2="6839" v3="6848" />
+      <tetrahedron index="32599" v0="6281" v1="6712" v2="6782" v3="6957" />
+      <tetrahedron index="32600" v0="5493" v1="6155" v2="6710" v3="6957" />
+      <tetrahedron index="32601" v0="4971" v1="5437" v2="5440" v3="6218" />
+      <tetrahedron index="32602" v0="4541" v1="5437" v2="5440" v3="6218" />
+      <tetrahedron index="32603" v0="6596" v1="6645" v2="6864" v3="6931" />
+      <tetrahedron index="32604" v0="4864" v1="5996" v2="6419" v3="6848" />
+      <tetrahedron index="32605" v0="5025" v1="5996" v2="6595" v3="6848" />
+      <tetrahedron index="32606" v0="5342" v1="5482" v2="6262" v3="6773" />
+      <tetrahedron index="32607" v0="3328" v1="3456" v2="6087" v3="6254" />
+      <tetrahedron index="32608" v0="5134" v1="5175" v2="5786" v3="6254" />
+      <tetrahedron index="32609" v0="4612" v1="5154" v2="5757" v3="6422" />
+      <tetrahedron index="32610" v0="4976" v1="6176" v2="6301" v3="6992" />
+      <tetrahedron index="32611" v0="4866" v1="6799" v2="6850" v3="6992" />
+      <tetrahedron index="32612" v0="4631" v1="5475" v2="5756" v3="6420" />
+      <tetrahedron index="32613" v0="5153" v1="5754" v2="6416" v3="6421" />
+      <tetrahedron index="32614" v0="4612" v1="5757" v2="5963" v3="6422" />
+      <tetrahedron index="32615" v0="5437" v1="5754" v2="6416" v3="6421" />
+      <tetrahedron index="32616" v0="4629" v1="4694" v2="4732" v3="6420" />
+      <tetrahedron index="32617" v0="5152" v1="5553" v2="6223" v3="6224" />
+      <tetrahedron index="32618" v0="4832" v1="5395" v2="6740" v3="6927" />
+      <tetrahedron index="32619" v0="5553" v1="6224" v2="6225" v3="6751" />
+      <tetrahedron index="32620" v0="4911" v1="5748" v2="6000" v3="6593" />
+      <tetrahedron index="32621" v0="5015" v1="5529" v2="6167" v3="6594" />
+      <tetrahedron index="32622" v0="4911" v1="6000" v2="6013" v3="6222" />
+      <tetrahedron index="32623" v0="4911" v1="6000" v2="6222" v3="6593" />
+      <tetrahedron index="32624" v0="5093" v1="5768" v2="6432" v3="6857" />
+      <tetrahedron index="32625" v0="6188" v1="6726" v2="6841" v3="6964" />
+      <tetrahedron index="32626" v0="5361" v1="6222" v2="6228" v3="6593" />
+      <tetrahedron index="32627" v0="5307" v1="5947" v2="6245" v3="6748" />
+      <tetrahedron index="32628" v0="4884" v1="5556" v2="6209" v3="6230" />
+      <tetrahedron index="32629" v0="4839" v1="5194" v2="5815" v3="6474" />
+      <tetrahedron index="32630" v0="4726" v1="4780" v2="5598" v3="6474" />
+      <tetrahedron index="32631" v0="3720" v1="5203" v2="6475" v3="6873" />
+      <tetrahedron index="32632" v0="5051" v1="5815" v2="6473" v3="6474" />
+      <tetrahedron index="32633" v0="5223" v1="5844" v2="6141" v3="6779" />
+      <tetrahedron index="32634" v0="3880" v1="4273" v2="5345" v3="6272" />
+      <tetrahedron index="32635" v0="3880" v1="4567" v2="4704" v3="6272" />
+      <tetrahedron index="32636" v0="4673" v1="5655" v2="5711" v3="6330" />
+      <tetrahedron index="32637" v0="6202" v1="6740" v2="6741" v3="6927" />
+      <tetrahedron index="32638" v0="4252" v1="5549" v2="6219" v3="6253" />
+      <tetrahedron index="32639" v0="4046" v1="5152" v2="5362" v3="6669" />
+      <tetrahedron index="32640" v0="3706" v1="5152" v2="5753" v3="6669" />
+      <tetrahedron index="32641" v0="5599" v1="6221" v2="6587" v3="6590" />
+      <tetrahedron index="32642" v0="5047" v1="6052" v2="6637" v3="6775" />
+      <tetrahedron index="32643" v0="4873" v1="6046" v2="6156" v3="6753" />
+      <tetrahedron index="32644" v0="5493" v1="6050" v2="6630" v3="6633" />
+      <tetrahedron index="32645" v0="3979" v1="5770" v2="5771" v3="6437" />
+      <tetrahedron index="32646" v0="4287" v1="5703" v2="6335" v3="6374" />
+      <tetrahedron index="32647" v0="4251" v1="4252" v2="4253" v3="6253" />
+      <tetrahedron index="32648" v0="3806" v1="5576" v2="5709" v3="6251" />
+      <tetrahedron index="32649" v0="4045" v1="4761" v2="5026" v3="6226" />
+      <tetrahedron index="32650" v0="5026" v1="5555" v2="6223" v3="6226" />
+      <tetrahedron index="32651" v0="5152" v1="5362" v2="6223" v3="6226" />
+      <tetrahedron index="32652" v0="4045" v1="4120" v2="4761" v3="6226" />
+      <tetrahedron index="32653" v0="4849" v1="6170" v2="6784" v3="6963" />
+      <tetrahedron index="32654" v0="6290" v1="6920" v2="6980" v3="7016" />
+      <tetrahedron index="32655" v0="4396" v1="4400" v2="6194" v3="6785" />
+      <tetrahedron index="32656" v0="5415" v1="5632" v2="6194" v3="6280" />
+      <tetrahedron index="32657" v0="3867" v1="5423" v2="6082" v3="6658" />
+      <tetrahedron index="32658" v0="5065" v1="5632" v2="6280" v3="6311" />
+      <tetrahedron index="32659" v0="5362" v1="5552" v2="5555" v3="6229" />
+      <tetrahedron index="32660" v0="4044" v1="4111" v2="5555" v3="6229" />
+      <tetrahedron index="32661" v0="4943" v1="5362" v2="5552" v3="6229" />
+      <tetrahedron index="32662" v0="4943" v1="6013" v2="6222" v3="6229" />
+      <tetrahedron index="32663" v0="5511" v1="5522" v2="6312" v3="6756" />
+      <tetrahedron index="32664" v0="4949" v1="5995" v2="6030" v3="6594" />
+      <tetrahedron index="32665" v0="5053" v1="5604" v2="6142" v3="6881" />
+      <tetrahedron index="32666" v0="5361" v1="5552" v2="6222" v3="6228" />
+      <tetrahedron index="32667" v0="5511" v1="6174" v2="6312" v3="6756" />
+      <tetrahedron index="32668" v0="4419" v1="4420" v2="5522" v3="6756" />
+      <tetrahedron index="32669" v0="4392" v1="4419" v2="4420" v3="6756" />
+      <tetrahedron index="32670" v0="4392" v1="4419" v2="4429" v3="6756" />
+      <tetrahedron index="32671" v0="4943" v1="5552" v2="6222" v3="6229" />
+      <tetrahedron index="32672" v0="4111" v1="5379" v2="5610" v3="6229" />
+      <tetrahedron index="32673" v0="4111" v1="4112" v2="4664" v3="6229" />
+      <tetrahedron index="32674" v0="4111" v1="4664" v2="5610" v3="6229" />
+      <tetrahedron index="32675" v0="4664" v1="5610" v2="6013" v3="6229" />
+      <tetrahedron index="32676" v0="4112" v1="4664" v2="6013" v3="6229" />
+      <tetrahedron index="32677" v0="4911" v1="5348" v2="6002" v3="6917" />
+      <tetrahedron index="32678" v0="5193" v1="6469" v2="6855" v3="6989" />
+      <tetrahedron index="32679" v0="5361" v1="6228" v2="6409" v3="6593" />
+      <tetrahedron index="32680" v0="4862" v1="6193" v2="6554" v3="6757" />
+      <tetrahedron index="32681" v0="6052" v1="6053" v2="6638" v3="6976" />
+      <tetrahedron index="32682" v0="4862" v1="6193" v2="6233" v3="6757" />
+      <tetrahedron index="32683" v0="5027" v1="5557" v2="5558" v3="6234" />
+      <tetrahedron index="32684" v0="4390" v1="5415" v2="6282" v3="6313" />
+      <tetrahedron index="32685" v0="6193" v1="6554" v2="6559" v3="6757" />
+      <tetrahedron index="32686" v0="5511" v1="5522" v2="6312" v3="6313" />
+      <tetrahedron index="32687" v0="5843" v1="6275" v2="6491" v3="6998" />
+      <tetrahedron index="32688" v0="5415" v1="5632" v2="6280" v3="6313" />
+      <tetrahedron index="32689" v0="5510" v1="6174" v2="6231" v3="6233" />
+      <tetrahedron index="32690" v0="5510" v1="5557" v2="6231" v3="6233" />
+      <tetrahedron index="32691" v0="4963" v1="5632" v2="6280" v3="6313" />
+      <tetrahedron index="32692" v0="4390" v1="5873" v2="6282" v3="6313" />
+      <tetrahedron index="32693" v0="4383" v1="5557" v2="5558" v3="6234" />
+      <tetrahedron index="32694" v0="4383" v1="4447" v2="4582" v3="6234" />
+      <tetrahedron index="32695" v0="4383" v1="4447" v2="5558" v3="6234" />
+      <tetrahedron index="32696" v0="4471" v1="4582" v2="5510" v3="6234" />
+      <tetrahedron index="32697" v0="4471" v1="5510" v2="5812" v3="6234" />
+      <tetrahedron index="32698" v0="4447" v1="4471" v2="4582" v3="6234" />
+      <tetrahedron index="32699" v0="4447" v1="4471" v2="5812" v3="6234" />
+      <tetrahedron index="32700" v0="5300" v1="5524" v2="6266" v3="6424" />
+      <tetrahedron index="32701" v0="3941" v1="3942" v2="3943" v3="6821" />
+      <tetrahedron index="32702" v0="5001" v1="5030" v2="5623" v3="6236" />
+      <tetrahedron index="32703" v0="5270" v1="6015" v2="6612" v3="6796" />
+      <tetrahedron index="32704" v0="4936" v1="5941" v2="6899" v3="6983" />
+      <tetrahedron index="32705" v0="4892" v1="5030" v2="5562" v3="6236" />
+      <tetrahedron index="32706" v0="5030" v1="5622" v2="5623" v3="6236" />
+      <tetrahedron index="32707" v0="5062" v1="5622" v2="5623" v3="6236" />
+      <tetrahedron index="32708" v0="5268" v1="5902" v2="6150" v3="6299" />
+      <tetrahedron index="32709" v0="4892" v1="5030" v2="5622" v3="6236" />
+      <tetrahedron index="32710" v0="4907" v1="6239" v2="6240" v3="6759" />
+      <tetrahedron index="32711" v0="4867" v1="6428" v2="6467" v3="6761" />
+      <tetrahedron index="32712" v0="5031" v1="5564" v2="6237" v3="6240" />
+      <tetrahedron index="32713" v0="3799" v1="3899" v2="5253" v3="6237" />
+      <tetrahedron index="32714" v0="3899" v1="5253" v2="5564" v3="6237" />
+      <tetrahedron index="32715" v0="3592" v1="3799" v2="3899" v3="6237" />
+      <tetrahedron index="32716" v0="4041" v1="5564" v2="5565" v3="6237" />
+      <tetrahedron index="32717" v0="3592" v1="4041" v2="5565" v3="6237" />
+      <tetrahedron index="32718" v0="3592" v1="3899" v2="4041" v3="6237" />
+      <tetrahedron index="32719" v0="3899" v1="4041" v2="5564" v3="6237" />
+      <tetrahedron index="32720" v0="5334" v1="5981" v2="6137" v3="6348" />
+      <tetrahedron index="32721" v0="4519" v1="5104" v2="5259" v3="6241" />
+      <tetrahedron index="32722" v0="4907" v1="5250" v2="6328" v3="6759" />
+      <tetrahedron index="32723" v0="4891" v1="6239" v2="6329" v3="6759" />
+      <tetrahedron index="32724" v0="4910" v1="5568" v2="5896" v3="6241" />
+      <tetrahedron index="32725" v0="4603" v1="5568" v2="5896" v3="6241" />
+      <tetrahedron index="32726" v0="4985" v1="5660" v2="5661" v3="6334" />
+      <tetrahedron index="32727" v0="3598" v1="5659" v2="6251" v3="6831" />
+      <tetrahedron index="32728" v0="4673" v1="4831" v2="5711" v3="6330" />
+      <tetrahedron index="32729" v0="4867" v1="5947" v2="6748" v3="6761" />
+      <tetrahedron index="32730" v0="5127" v1="6213" v2="6467" v3="6761" />
+      <tetrahedron index="32731" v0="5035" v1="5947" v2="6243" v3="6761" />
+      <tetrahedron index="32732" v0="4867" v1="6213" v2="6748" v3="6761" />
+      <tetrahedron index="32733" v0="5196" v1="5910" v2="6330" v3="6817" />
+      <tetrahedron index="32734" v0="4105" v1="5211" v2="5830" v3="6329" />
+      <tetrahedron index="32735" v0="5052" v1="5651" v2="6239" v3="6329" />
+      <tetrahedron index="32736" v0="3665" v1="3666" v2="4105" v3="6329" />
+      <tetrahedron index="32737" v0="3665" v1="3666" v2="6328" v3="6329" />
+      <tetrahedron index="32738" v0="5651" v1="6239" v2="6328" v3="6329" />
+      <tetrahedron index="32739" v0="5160" v1="5772" v2="6701" v3="6858" />
+      <tetrahedron index="32740" v0="4934" v1="5676" v2="5981" v3="6348" />
+      <tetrahedron index="32741" v0="4868" v1="5981" v2="6137" v3="6348" />
+      <tetrahedron index="32742" v0="3684" v1="5582" v2="6659" v3="6938" />
+      <tetrahedron index="32743" v0="5318" v1="5422" v2="5961" v3="6242" />
+      <tetrahedron index="32744" v0="3486" v1="5422" v2="5961" v3="6242" />
+      <tetrahedron index="32745" v0="3818" v1="3819" v2="3888" v3="6618" />
+      <tetrahedron index="32746" v0="3255" v1="3818" v2="3819" v3="6618" />
+      <tetrahedron index="32747" v0="3255" v1="3819" v2="5371" v3="6618" />
+      <tetrahedron index="32748" v0="4514" v1="5318" v2="5961" v3="6242" />
+      <tetrahedron index="32749" v0="3486" v1="4514" v2="5961" v3="6242" />
+      <tetrahedron index="32750" v0="6292" v1="6443" v2="6864" v3="6913" />
+      <tetrahedron index="32751" v0="5811" v1="6414" v2="6468" v3="6870" />
+      <tetrahedron index="32752" v0="5948" v1="6244" v2="6747" v3="6762" />
+      <tetrahedron index="32753" v0="5572" v1="6246" v2="6634" v3="6903" />
+      <tetrahedron index="32754" v0="4992" v1="5407" v2="5727" v3="6392" />
+      <tetrahedron index="32755" v0="5035" v1="5947" v2="6245" v3="6748" />
+      <tetrahedron index="32756" v0="5020" v1="6212" v2="6747" v3="6762" />
+      <tetrahedron index="32757" v0="6639" v1="6703" v2="6931" v3="7012" />
+      <tetrahedron index="32758" v0="4847" v1="5959" v2="6246" v3="6764" />
+      <tetrahedron index="32759" v0="5380" v1="5571" v2="6243" v3="6245" />
+      <tetrahedron index="32760" v0="4950" v1="5380" v2="6243" v3="6245" />
+      <tetrahedron index="32761" v0="6726" v1="6727" v2="6856" v3="6975" />
+      <tetrahedron index="32762" v0="6247" v1="6632" v2="6753" v3="6923" />
+      <tetrahedron index="32763" v0="4760" v1="6029" v2="6225" v3="6927" />
+      <tetrahedron index="32764" v0="4873" v1="5166" v2="6626" v3="6633" />
+      <tetrahedron index="32765" v0="5042" v1="6567" v2="6579" v3="6905" />
+      <tetrahedron index="32766" v0="5065" v1="6280" v2="6808" v3="6924" />
+      <tetrahedron index="32767" v0="6014" v1="6587" v2="6611" v3="6754" />
+      <tetrahedron index="32768" v0="5361" v1="6014" v2="6409" v3="6754" />
+      <tetrahedron index="32769" v0="5572" v1="6247" v2="6611" v3="6754" />
+      <tetrahedron index="32770" v0="5361" v1="6228" v2="6409" v3="6754" />
+      <tetrahedron index="32771" v0="4775" v1="5393" v2="6048" v3="6248" />
+      <tetrahedron index="32772" v0="4775" v1="4829" v2="6048" v3="6248" />
+      <tetrahedron index="32773" v0="3780" v1="4091" v2="4775" v3="6248" />
+      <tetrahedron index="32774" v0="3780" v1="4775" v2="5393" v3="6248" />
+      <tetrahedron index="32775" v0="4918" v1="6081" v2="6257" v3="6905" />
+      <tetrahedron index="32776" v0="5574" v1="6047" v2="6048" v3="6248" />
+      <tetrahedron index="32777" v0="5393" v1="6047" v2="6048" v3="6248" />
+      <tetrahedron index="32778" v0="5574" v1="6249" v2="6458" v3="6769" />
+      <tetrahedron index="32779" v0="4882" v1="6092" v2="6666" v3="6769" />
+      <tetrahedron index="32780" v0="5016" v1="5676" v2="5981" v3="6743" />
+      <tetrahedron index="32781" v0="3612" v1="3805" v2="3806" v3="6251" />
+      <tetrahedron index="32782" v0="4445" v1="4454" v2="4789" v3="6249" />
+      <tetrahedron index="32783" v0="4846" v1="5145" v2="5758" v3="6422" />
+      <tetrahedron index="32784" v0="5112" v1="5576" v2="6252" v3="6771" />
+      <tetrahedron index="32785" v0="5599" v1="5991" v2="6270" v3="6590" />
+      <tetrahedron index="32786" v0="4938" v1="5991" v2="6270" v3="6590" />
+      <tetrahedron index="32787" v0="4955" v1="5528" v2="6159" v3="6752" />
+      <tetrahedron index="32788" v0="3776" v1="3778" v2="4400" v3="6809" />
+      <tetrahedron index="32789" v0="4869" v1="5702" v2="6252" v3="6771" />
+      <tetrahedron index="32790" v0="5576" v1="5709" v2="5968" v3="6771" />
+      <tetrahedron index="32791" v0="5039" v1="5576" v2="5968" v3="6771" />
+      <tetrahedron index="32792" v0="5707" v1="5709" v2="6436" v3="6771" />
+      <tetrahedron index="32793" v0="5039" v1="5707" v2="6252" v3="6771" />
+      <tetrahedron index="32794" v0="3831" v1="4145" v2="5112" v3="6251" />
+      <tetrahedron index="32795" v0="3831" v1="5112" v2="5659" v3="6251" />
+      <tetrahedron index="32796" v0="3598" v1="3831" v2="4145" v3="6251" />
+      <tetrahedron index="32797" v0="4979" v1="5703" v2="6373" v3="6832" />
+      <tetrahedron index="32798" v0="4802" v1="5576" v2="5577" v3="6252" />
+      <tetrahedron index="32799" v0="4802" v1="5577" v2="5736" v3="6252" />
+      <tetrahedron index="32800" v0="5139" v1="5456" v2="5703" v3="6399" />
+      <tetrahedron index="32801" v0="4869" v1="5770" v2="5773" v3="6399" />
+      <tetrahedron index="32802" v0="6279" v1="6784" v2="6862" v3="6995" />
+      <tetrahedron index="32803" v0="4878" v1="5175" v2="5788" v3="6772" />
+      <tetrahedron index="32804" v0="4878" v1="5788" v2="6662" v3="6772" />
+      <tetrahedron index="32805" v0="4422" v1="4798" v2="5024" v3="6253" />
+      <tetrahedron index="32806" v0="5134" v1="5175" v2="5788" v3="6254" />
+      <tetrahedron index="32807" v0="5904" v1="6495" v2="6793" v3="6977" />
+      <tetrahedron index="32808" v0="5342" v1="5482" v2="5988" v3="6773" />
+      <tetrahedron index="32809" v0="5681" v1="6088" v2="6352" v3="6664" />
+      <tetrahedron index="32810" v0="3567" v1="5359" v2="5681" v3="6664" />
+      <tetrahedron index="32811" v0="3795" v1="5428" v2="5430" v3="6254" />
+      <tetrahedron index="32812" v0="3749" v1="3795" v2="5430" v3="6254" />
+      <tetrahedron index="32813" v0="4942" v1="5681" v2="6353" v3="6664" />
+      <tetrahedron index="32814" v0="5681" v1="6352" v2="6353" v3="6664" />
+      <tetrahedron index="32815" v0="3327" v1="3749" v2="5430" v3="6254" />
+      <tetrahedron index="32816" v0="3327" v1="5430" v2="6087" v3="6254" />
+      <tetrahedron index="32817" v0="3327" v1="3749" v2="6087" v3="6254" />
+      <tetrahedron index="32818" v0="3456" v1="3810" v2="5175" v3="6254" />
+      <tetrahedron index="32819" v0="3810" v1="5175" v2="5786" v3="6254" />
+      <tetrahedron index="32820" v0="3456" v1="3810" v2="5134" v3="6254" />
+      <tetrahedron index="32821" v0="3810" v1="5134" v2="5786" v3="6254" />
+      <tetrahedron index="32822" v0="5346" v1="5991" v2="6590" v3="6908" />
+      <tetrahedron index="32823" v0="5482" v1="6260" v2="6262" v3="6773" />
+      <tetrahedron index="32824" v0="3867" v1="5287" v2="5423" v3="6256" />
+      <tetrahedron index="32825" v0="3704" v1="3867" v2="5423" v3="6256" />
+      <tetrahedron index="32826" v0="4376" v1="5586" v2="6067" v3="6258" />
+      <tetrahedron index="32827" v0="3510" v1="3808" v2="5329" v3="6258" />
+      <tetrahedron index="32828" v0="3704" v1="3866" v2="3867" v3="6256" />
+      <tetrahedron index="32829" v0="3866" v1="3867" v2="5287" v3="6256" />
+      <tetrahedron index="32830" v0="3866" v1="4137" v2="5287" v3="6257" />
+      <tetrahedron index="32831" v0="3991" v1="4399" v2="5986" v3="6580" />
+      <tetrahedron index="32832" v0="5037" v1="5958" v2="6567" v3="6901" />
+      <tetrahedron index="32833" v0="5025" v1="5996" v2="6595" v3="6906" />
+      <tetrahedron index="32834" v0="5550" v1="6597" v2="6879" v3="6906" />
+      <tetrahedron index="32835" v0="5037" v1="5984" v2="6577" v3="6901" />
+      <tetrahedron index="32836" v0="3704" v1="3866" v2="4007" v3="6257" />
+      <tetrahedron index="32837" v0="3704" v1="4007" v2="6256" v3="6257" />
+      <tetrahedron index="32838" v0="3704" v1="3866" v2="6256" v3="6257" />
+      <tetrahedron index="32839" v0="3975" v1="5047" v2="5588" v3="6259" />
+      <tetrahedron index="32840" v0="4848" v1="5524" v2="5590" v3="6266" />
+      <tetrahedron index="32841" v0="5197" v1="6071" v2="6427" v3="6652" />
+      <tetrahedron index="32842" v0="5300" v1="5951" v2="6103" v3="6266" />
+      <tetrahedron index="32843" v0="4856" v1="5588" v2="6052" v3="6259" />
+      <tetrahedron index="32844" v0="4856" v1="5396" v2="6052" v3="6259" />
+      <tetrahedron index="32845" v0="3257" v1="3975" v2="5046" v3="6259" />
+      <tetrahedron index="32846" v0="3257" v1="3975" v2="5588" v3="6259" />
+      <tetrahedron index="32847" v0="4937" v1="5482" v2="6148" v3="6706" />
+      <tetrahedron index="32848" v0="3485" v1="4598" v2="5344" v3="6706" />
+      <tetrahedron index="32849" v0="3975" v1="5047" v2="5588" v3="6261" />
+      <tetrahedron index="32850" v0="5481" v1="6434" v2="6573" v3="6836" />
+      <tetrahedron index="32851" v0="6105" v1="6129" v2="6676" v3="6892" />
+      <tetrahedron index="32852" v0="3483" v1="5310" v2="5952" v3="6261" />
+      <tetrahedron index="32853" v0="5446" v1="6289" v2="6487" v3="6875" />
+      <tetrahedron index="32854" v0="3243" v1="4327" v2="4595" v3="6486" />
+      <tetrahedron index="32855" v0="4848" v1="5951" v2="6062" v3="6649" />
+      <tetrahedron index="32856" v0="4922" v1="5740" v2="6984" v3="7022" />
+      <tetrahedron index="32857" v0="5816" v1="6462" v2="6623" v3="6844" />
+      <tetrahedron index="32858" v0="5439" v1="6675" v2="6719" v3="6929" />
+      <tetrahedron index="32859" v0="6166" v1="6719" v2="6720" v3="6962" />
+      <tetrahedron index="32860" v0="4874" v1="6116" v2="6713" v3="6962" />
+      <tetrahedron index="32861" v0="4973" v1="5444" v2="6514" v3="6676" />
+      <tetrahedron index="32862" v0="6098" v1="6644" v2="6675" v3="6929" />
+      <tetrahedron index="32863" v0="4508" v1="5482" v2="5588" v3="6262" />
+      <tetrahedron index="32864" v0="4302" v1="4508" v2="5342" v3="6262" />
+      <tetrahedron index="32865" v0="4508" v1="5342" v2="5482" v3="6262" />
+      <tetrahedron index="32866" v0="4301" v1="5589" v2="6261" v3="6262" />
+      <tetrahedron index="32867" v0="3975" v1="4301" v2="6261" v3="6262" />
+      <tetrahedron index="32868" v0="3659" v1="5526" v2="5594" v3="6267" />
+      <tetrahedron index="32869" v0="5170" v1="5950" v2="6062" v3="6641" />
+      <tetrahedron index="32870" v0="4265" v1="4512" v2="4627" v3="6776" />
+      <tetrahedron index="32871" v0="4512" v1="5164" v2="5333" v3="6776" />
+      <tetrahedron index="32872" v0="5050" v1="5596" v2="6268" v3="6776" />
+      <tetrahedron index="32873" v0="5596" v1="6268" v2="6743" v3="6776" />
+      <tetrahedron index="32874" v0="6140" v1="6485" v2="6486" v3="6642" />
+      <tetrahedron index="32875" v0="5045" v1="5586" v2="6258" v3="6650" />
+      <tetrahedron index="32876" v0="4866" v1="5760" v2="6426" v3="6933" />
+      <tetrahedron index="32877" v0="5156" v1="6071" v2="6427" v3="6652" />
+      <tetrahedron index="32878" v0="5047" v1="5590" v2="6259" v3="6265" />
+      <tetrahedron index="32879" v0="3265" v1="3266" v2="5587" v3="6063" />
+      <tetrahedron index="32880" v0="3973" v1="3975" v2="5046" v3="6265" />
+      <tetrahedron index="32881" v0="3975" v1="5047" v2="6259" v3="6265" />
+      <tetrahedron index="32882" v0="3975" v1="5046" v2="6259" v3="6265" />
+      <tetrahedron index="32883" v0="3973" v1="3974" v2="3975" v3="6265" />
+      <tetrahedron index="32884" v0="3266" v1="5404" v2="5587" v3="6063" />
+      <tetrahedron index="32885" v0="5012" v1="5524" v2="5590" v3="6266" />
+      <tetrahedron index="32886" v0="3252" v1="4502" v2="5156" v3="6425" />
+      <tetrahedron index="32887" v0="4922" v1="5299" v2="6403" v3="6425" />
+      <tetrahedron index="32888" v0="5300" v1="5524" v2="6103" v3="6266" />
+      <tetrahedron index="32889" v0="4848" v1="5524" v2="6103" v3="6266" />
+      <tetrahedron index="32890" v0="3904" v1="3905" v2="5311" v3="6565" />
+      <tetrahedron index="32891" v0="3252" v1="5299" v2="6131" v3="6425" />
+      <tetrahedron index="32892" v0="3252" v1="5299" v2="6403" v3="6425" />
+      <tetrahedron index="32893" v0="3659" v1="3935" v2="3936" v3="6267" />
+      <tetrahedron index="32894" v0="3659" v1="3936" v2="5594" v3="6267" />
+      <tetrahedron index="32895" v0="3958" v1="4499" v2="5254" v3="6684" />
+      <tetrahedron index="32896" v0="3535" v1="5890" v2="6528" v3="6684" />
+      <tetrahedron index="32897" v0="3334" v1="3335" v2="6205" v3="6268" />
+      <tetrahedron index="32898" v0="5019" v1="5536" v2="6190" v3="6744" />
+      <tetrahedron index="32899" v0="4652" v1="5390" v2="6190" v3="6744" />
+      <tetrahedron index="32900" v0="4265" v1="5980" v2="6205" v3="6268" />
+      <tetrahedron index="32901" v0="3334" v1="4265" v2="6205" v3="6268" />
+      <tetrahedron index="32902" v0="5490" v1="6006" v2="6007" v3="6777" />
+      <tetrahedron index="32903" v0="4792" v1="5490" v2="6151" v3="6777" />
+      <tetrahedron index="32904" v0="4872" v1="6269" v2="6327" v3="6777" />
+      <tetrahedron index="32905" v0="6006" v1="6007" v2="6604" v3="6777" />
+      <tetrahedron index="32906" v0="3335" v1="4604" v2="4833" v3="6268" />
+      <tetrahedron index="32907" v0="4604" v1="4833" v2="5595" v3="6268" />
+      <tetrahedron index="32908" v0="3335" v1="5532" v2="6205" v3="6268" />
+      <tetrahedron index="32909" v0="3335" v1="4833" v2="5532" v3="6268" />
+      <tetrahedron index="32910" v0="4833" v1="5532" v2="5595" v3="6268" />
+      <tetrahedron index="32911" v0="6276" v1="6920" v2="6950" v3="7009" />
+      <tetrahedron index="32912" v0="6291" v1="6794" v2="6897" v3="7009" />
+      <tetrahedron index="32913" v0="5599" v1="6222" v2="6271" v3="6473" />
+      <tetrahedron index="32914" v0="5051" v1="5599" v2="6271" v3="6473" />
+      <tetrahedron index="32915" v0="4885" v1="5051" v2="5817" v3="6473" />
+      <tetrahedron index="32916" v0="4856" v1="6052" v2="6443" v3="6976" />
+      <tetrahedron index="32917" v0="4042" v1="4780" v2="4839" v3="6474" />
+      <tetrahedron index="32918" v0="4567" v1="5347" v2="5360" v3="6271" />
+      <tetrahedron index="32919" v0="4567" v1="5347" v2="5600" v3="6271" />
+      <tetrahedron index="32920" v0="5051" v1="5600" v2="6270" v3="6271" />
+      <tetrahedron index="32921" v0="5347" v1="5600" v2="6270" v3="6271" />
+      <tetrahedron index="32922" v0="4568" v1="5051" v2="5600" v3="6271" />
+      <tetrahedron index="32923" v0="4567" v1="4568" v2="5600" v3="6271" />
+      <tetrahedron index="32924" v0="5194" v1="5815" v2="6473" v3="6474" />
+      <tetrahedron index="32925" v0="4568" v1="4780" v2="4839" v3="6474" />
+      <tetrahedron index="32926" v0="5051" v1="5598" v2="5600" v3="6273" />
+      <tetrahedron index="32927" v0="5051" v1="5600" v2="6270" v3="6273" />
+      <tetrahedron index="32928" v0="5051" v1="5598" v2="6270" v3="6273" />
+      <tetrahedron index="32929" v0="4273" v1="4506" v2="4704" v3="6273" />
+      <tetrahedron index="32930" v0="4273" v1="4506" v2="6191" v3="6273" />
+      <tetrahedron index="32931" v0="4273" v1="6191" v2="6272" v3="6273" />
+      <tetrahedron index="32932" v0="4273" v1="4704" v2="6272" v3="6273" />
+      <tetrahedron index="32933" v0="4938" v1="5520" v2="6270" v3="6273" />
+      <tetrahedron index="32934" v0="4938" v1="6270" v2="6272" v3="6273" />
+      <tetrahedron index="32935" v0="4578" v1="5289" v2="5601" v3="6274" />
+      <tetrahedron index="32936" v0="4039" v1="4390" v2="5415" v3="6282" />
+      <tetrahedron index="32937" v0="5053" v1="5602" v2="6275" v3="6935" />
+      <tetrahedron index="32938" v0="5363" v1="6016" v2="6613" v3="6883" />
+      <tetrahedron index="32939" v0="4996" v1="6155" v2="6715" v3="6958" />
+      <tetrahedron index="32940" v0="3948" v1="4390" v2="5873" v3="6282" />
+      <tetrahedron index="32941" v0="4196" v1="5223" v2="5845" v3="6494" />
+      <tetrahedron index="32942" v0="6291" v1="6793" v2="7009" v3="7017" />
+      <tetrahedron index="32943" v0="6015" v1="6612" v2="6685" v3="6885" />
+      <tetrahedron index="32944" v0="4895" v1="5363" v2="5844" v3="6492" />
+      <tetrahedron index="32945" v0="6694" v1="6950" v2="6980" v3="7016" />
+      <tetrahedron index="32946" v0="4973" v1="5383" v2="5444" v3="6514" />
+      <tetrahedron index="32947" v0="3948" v1="4039" v2="4390" v3="6282" />
+      <tetrahedron index="32948" v0="5841" v1="6171" v2="6488" v3="6880" />
+      <tetrahedron index="32949" v0="4895" v1="6153" v2="6155" v3="6492" />
+      <tetrahedron index="32950" v0="5902" v1="6612" v2="6941" v3="6982" />
+      <tetrahedron index="32951" v0="3356" v1="5420" v2="5889" v3="6496" />
+      <tetrahedron index="32952" v0="6116" v1="6687" v2="6721" v3="6962" />
+      <tetrahedron index="32953" v0="4964" v1="5875" v2="6122" v3="6689" />
+      <tetrahedron index="32954" v0="4876" v1="5783" v2="6106" v3="6679" />
+      <tetrahedron index="32955" v0="4962" v1="5465" v2="6536" v3="6537" />
+      <tetrahedron index="32956" v0="5006" v1="5692" v2="6681" v3="6946" />
+      <tetrahedron index="32957" v0="3287" v1="4491" v2="4492" v3="6583" />
+      <tetrahedron index="32958" v0="5060" v1="5616" v2="6293" v3="6705" />
+      <tetrahedron index="32959" v0="5397" v1="6052" v2="6053" v3="6443" />
+      <tetrahedron index="32960" v0="4211" v1="5304" v2="5942" v3="6552" />
+      <tetrahedron index="32961" v0="5340" v1="5983" v2="6309" v3="6807" />
+      <tetrahedron index="32962" v0="5014" v1="5874" v2="6120" v3="6688" />
+      <tetrahedron index="32963" v0="5300" v1="6563" v2="6729" v3="6966" />
+      <tetrahedron index="32964" v0="3256" v1="3813" v2="6021" v3="6614" />
+      <tetrahedron index="32965" v0="5166" v1="5781" v2="6628" v3="6810" />
+      <tetrahedron index="32966" v0="5415" v1="6194" v2="6280" v3="6785" />
+      <tetrahedron index="32967" v0="5415" v1="6280" v2="6284" v3="6785" />
+      <tetrahedron index="32968" v0="4039" v1="5415" v2="6284" v3="6785" />
+      <tetrahedron index="32969" v0="4860" v1="5554" v2="6228" v3="6753" />
+      <tetrahedron index="32970" v0="5995" v1="6228" v2="6593" v3="6755" />
+      <tetrahedron index="32971" v0="6044" v1="6628" v2="6808" v3="6810" />
+      <tetrahedron index="32972" v0="5014" v1="5527" v2="5874" v3="6688" />
+      <tetrahedron index="32973" v0="4400" v1="5631" v2="6309" v3="6785" />
+      <tetrahedron index="32974" v0="5458" v1="6121" v2="6126" v3="6688" />
+      <tetrahedron index="32975" v0="5523" v1="6194" v2="6195" v3="6310" />
+      <tetrahedron index="32976" v0="6639" v1="6703" v2="6928" v3="7012" />
+      <tetrahedron index="32977" v0="6126" v1="6694" v2="6791" v3="6980" />
+      <tetrahedron index="32978" v0="5195" v1="5817" v2="6472" v3="6921" />
+      <tetrahedron index="32979" v0="4874" v1="6116" v2="6157" v3="6713" />
+      <tetrahedron index="32980" v0="5740" v1="6820" v2="6984" v3="7022" />
+      <tetrahedron index="32981" v0="6290" v1="6613" v2="6862" v3="6960" />
+      <tetrahedron index="32982" v0="5493" v1="6156" v2="6633" v3="6711" />
+      <tetrahedron index="32983" v0="4954" v1="5393" v2="6047" v3="6631" />
+      <tetrahedron index="32984" v0="5764" v1="6430" v2="6557" v3="6805" />
+      <tetrahedron index="32985" v0="5461" v1="6290" v2="6694" v3="6863" />
+      <tetrahedron index="32986" v0="5168" v1="6718" v2="6792" v3="6960" />
+      <tetrahedron index="32987" v0="5485" v1="6101" v2="6524" v3="6677" />
+      <tetrahedron index="32988" v0="4973" v1="5443" v2="6101" v3="6677" />
+      <tetrahedron index="32989" v0="4857" v1="5875" v2="6105" v3="6514" />
+      <tetrahedron index="32990" v0="4857" v1="5383" v2="6036" v3="6514" />
+      <tetrahedron index="32991" v0="5607" v1="6285" v2="6655" v3="6788" />
+      <tetrahedron index="32992" v0="5415" v1="5606" v2="6282" v3="6283" />
+      <tetrahedron index="32993" v0="3460" v1="4326" v2="5807" v3="6788" />
+      <tetrahedron index="32994" v0="3778" v1="4039" v2="4776" v3="6284" />
+      <tetrahedron index="32995" v0="4039" v1="4776" v2="5606" v3="6284" />
+      <tetrahedron index="32996" v0="5340" v1="6044" v2="6635" v3="6810" />
+      <tetrahedron index="32997" v0="4895" v1="5843" v2="6275" v3="6491" />
+      <tetrahedron index="32998" v0="5605" v1="6280" v2="6283" v3="6284" />
+      <tetrahedron index="32999" v0="5415" v1="6280" v2="6283" v3="6284" />
+      <tetrahedron index="33000" v0="5010" v1="5632" v2="6310" v3="6312" />
+      <tetrahedron index="33001" v0="5010" v1="5522" v2="5632" v3="6312" />
+      <tetrahedron index="33002" v0="4924" v1="5304" v2="5944" v3="6556" />
+      <tetrahedron index="33003" v0="5010" v1="5523" v2="6193" v3="6310" />
+      <tetrahedron index="33004" v0="4963" v1="5605" v2="6280" v3="6786" />
+      <tetrahedron index="33005" v0="5615" v1="6289" v2="6487" v3="6876" />
+      <tetrahedron index="33006" v0="3461" v1="5527" v2="6200" v3="6285" />
+      <tetrahedron index="33007" v0="5245" v1="5527" v2="6200" v3="6285" />
+      <tetrahedron index="33008" v0="3461" v1="5245" v2="6200" v3="6285" />
+      <tetrahedron index="33009" v0="5167" v1="6227" v2="6228" v3="6843" />
+      <tetrahedron index="33010" v0="4849" v1="6228" v2="6409" v3="6843" />
+      <tetrahedron index="33011" v0="6182" v1="6412" v2="6722" v3="6734" />
+      <tetrahedron index="33012" v0="4904" v1="5877" v2="6516" v3="6791" />
+      <tetrahedron index="33013" v0="4745" v1="5350" v2="5998" v3="6598" />
+      <tetrahedron index="33014" v0="4846" v1="5443" v2="5740" v3="7022" />
+      <tetrahedron index="33015" v0="4963" v1="6313" v2="6693" v3="6951" />
+      <tetrahedron index="33016" v0="4849" v1="6170" v2="6407" v3="6723" />
+      <tetrahedron index="33017" v0="4849" v1="5348" v2="6407" v3="6723" />
+      <tetrahedron index="33018" v0="6171" v1="6594" v2="6616" v3="6723" />
+      <tetrahedron index="33019" v0="5353" v1="5755" v2="6419" v3="6598" />
+      <tetrahedron index="33020" v0="4732" v1="4745" v2="4746" v3="6598" />
+      <tetrahedron index="33021" v0="5349" v1="5996" v2="6407" v3="6723" />
+      <tetrahedron index="33022" v0="4976" v1="6301" v2="6799" v3="6992" />
+      <tetrahedron index="33023" v0="5507" v1="6171" v2="6488" v3="6880" />
+      <tetrahedron index="33024" v0="4670" v1="4822" v2="5604" v3="6998" />
+      <tetrahedron index="33025" v0="4986" v1="5756" v2="6421" v3="6849" />
+      <tetrahedron index="33026" v0="4997" v1="5613" v2="5876" v3="6288" />
+      <tetrahedron index="33027" v0="5060" v1="5617" v2="5990" v3="6790" />
+      <tetrahedron index="33028" v0="6421" v1="6645" v2="6878" v3="6930" />
+      <tetrahedron index="33029" v0="6182" v1="6287" v2="6734" v3="6790" />
+      <tetrahedron index="33030" v0="5192" v1="5812" v2="6735" v3="6968" />
+      <tetrahedron index="33031" v0="4852" v1="6286" v2="6287" v3="6790" />
+      <tetrahedron index="33032" v0="5014" v1="6117" v2="6688" v3="6690" />
+      <tetrahedron index="33033" v0="5045" v1="6650" v2="6651" v3="6932" />
+      <tetrahedron index="33034" v0="5446" v1="5875" v2="6105" v3="6289" />
+      <tetrahedron index="33035" v0="4852" v1="5617" v2="6293" v3="6679" />
+      <tetrahedron index="33036" v0="4876" v1="5613" v2="5614" v3="6679" />
+      <tetrahedron index="33037" v0="4937" v1="6148" v2="6705" v3="6706" />
+      <tetrahedron index="33038" v0="5461" v1="6126" v2="6516" v3="6791" />
+      <tetrahedron index="33039" v0="3256" v1="3813" v2="4202" v3="6614" />
+      <tetrahedron index="33040" v0="3256" v1="4065" v2="6019" v3="6614" />
+      <tetrahedron index="33041" v0="4732" v1="5755" v2="6598" v3="6914" />
+      <tetrahedron index="33042" v0="4412" v1="5079" v2="5592" v3="6866" />
+      <tetrahedron index="33043" v0="5877" v1="6289" v2="6791" v3="6792" />
+      <tetrahedron index="33044" v0="5014" v1="5458" v2="6120" v3="6690" />
+      <tetrahedron index="33045" v0="4917" v1="6182" v2="6733" v3="6790" />
+      <tetrahedron index="33046" v0="4852" v1="6286" v2="6679" v3="6790" />
+      <tetrahedron index="33047" v0="4903" v1="6121" v2="6128" v3="6695" />
+      <tetrahedron index="33048" v0="4850" v1="6121" v2="6694" v3="6695" />
+      <tetrahedron index="33049" v0="6075" v1="6654" v2="6655" v3="6695" />
+      <tetrahedron index="33050" v0="5458" v1="6120" v2="6122" v3="6690" />
+      <tetrahedron index="33051" v0="4980" v1="5457" v2="6117" v3="6690" />
+      <tetrahedron index="33052" v0="3813" v1="5728" v2="6021" v3="6614" />
+      <tetrahedron index="33053" v0="4946" v1="5728" v2="6021" v3="6614" />
+      <tetrahedron index="33054" v0="5416" v1="6075" v2="6124" v3="6695" />
+      <tetrahedron index="33055" v0="5416" v1="6124" v2="6128" v3="6695" />
+      <tetrahedron index="33056" v0="4864" v1="6220" v2="6878" v3="6879" />
+      <tetrahedron index="33057" v0="4852" v1="5614" v2="6286" v3="6679" />
+      <tetrahedron index="33058" v0="4257" v1="4258" v2="5808" v3="6697" />
+      <tetrahedron index="33059" v0="4436" v1="4748" v2="5270" v3="6539" />
+      <tetrahedron index="33060" v0="4239" v1="4983" v2="6134" v3="6698" />
+      <tetrahedron index="33061" v0="4237" v1="4238" v2="4239" v3="6698" />
+      <tetrahedron index="33062" v0="3287" v1="5613" v2="5618" v3="6583" />
+      <tetrahedron index="33063" v0="5060" v1="5613" v2="5618" v3="6294" />
+      <tetrahedron index="33064" v0="4876" v1="4974" v2="5059" v3="6294" />
+      <tetrahedron index="33065" v0="3277" v1="5405" v2="5618" v3="6294" />
+      <tetrahedron index="33066" v0="3277" v1="5059" v2="5618" v3="6294" />
+      <tetrahedron index="33067" v0="4876" v1="5059" v2="5613" v3="6294" />
+      <tetrahedron index="33068" v0="5059" v1="5613" v2="5618" v3="6294" />
+      <tetrahedron index="33069" v0="4974" v1="5405" v2="6064" v3="6294" />
+      <tetrahedron index="33070" v0="4974" v1="5059" v2="6064" v3="6294" />
+      <tetrahedron index="33071" v0="3277" v1="5405" v2="6064" v3="6294" />
+      <tetrahedron index="33072" v0="3277" v1="5059" v2="6064" v3="6294" />
+      <tetrahedron index="33073" v0="4984" v1="5620" v2="5678" v3="6295" />
+      <tetrahedron index="33074" v0="4984" v1="5678" v2="6135" v3="6295" />
+      <tetrahedron index="33075" v0="4851" v1="5146" v2="5742" v3="6295" />
+      <tetrahedron index="33076" v0="5146" v1="5742" v2="6135" v3="6295" />
+      <tetrahedron index="33077" v0="4993" v1="5742" v2="6135" v3="6295" />
+      <tetrahedron index="33078" v0="5338" v1="5562" v2="6095" v3="6295" />
+      <tetrahedron index="33079" v0="5488" v1="5562" v2="6095" v3="6295" />
+      <tetrahedron index="33080" v0="4993" v1="5488" v2="6095" v3="6295" />
+      <tetrahedron index="33081" v0="5094" v1="5146" v2="5678" v3="6295" />
+      <tetrahedron index="33082" v0="5146" v1="5678" v2="6135" v3="6295" />
+      <tetrahedron index="33083" v0="4851" v1="5094" v2="5146" v3="6295" />
+      <tetrahedron index="33084" v0="4993" v1="5742" v2="6095" v3="6295" />
+      <tetrahedron index="33085" v0="5338" v1="5742" v2="6095" v3="6295" />
+      <tetrahedron index="33086" v0="3246" v1="5062" v2="5832" v3="6297" />
+      <tetrahedron index="33087" v0="3371" v1="5678" v2="5832" v3="6297" />
+      <tetrahedron index="33088" v0="3246" v1="3371" v2="5832" v3="6297" />
+      <tetrahedron index="33089" v0="3371" v1="3446" v2="3736" v3="6297" />
+      <tetrahedron index="33090" v0="4984" v1="5620" v2="5902" v3="6297" />
+      <tetrahedron index="33091" v0="5941" v1="6551" v2="6922" v3="6983" />
+      <tetrahedron index="33092" v0="4936" v1="6625" v2="6922" v3="6983" />
+      <tetrahedron index="33093" v0="4863" v1="5620" v2="5902" v3="6297" />
+      <tetrahedron index="33094" v0="3446" v1="6015" v2="6685" v3="6796" />
+      <tetrahedron index="33095" v0="3446" v1="5621" v2="6297" v3="6796" />
+      <tetrahedron index="33096" v0="4913" v1="5902" v2="6671" v3="6797" />
+      <tetrahedron index="33097" v0="5877" v1="6791" v2="6792" v3="6863" />
+      <tetrahedron index="33098" v0="3736" v1="5270" v2="6015" v3="6796" />
+      <tetrahedron index="33099" v0="5625" v1="6073" v2="6303" v3="6800" />
+      <tetrahedron index="33100" v0="5063" v1="6302" v2="6303" v3="6800" />
+      <tetrahedron index="33101" v0="4913" v1="6300" v2="6534" v3="6797" />
+      <tetrahedron index="33102" v0="4192" v1="4194" v2="4830" v3="6304" />
+      <tetrahedron index="33103" v0="5904" v1="6073" v2="6074" v3="6653" />
+      <tetrahedron index="33104" v0="4976" v1="5625" v2="6300" v3="6302" />
+      <tetrahedron index="33105" v0="4885" v1="5817" v2="6462" v3="6868" />
+      <tetrahedron index="33106" v0="5413" v1="5414" v2="5626" v3="6303" />
+      <tetrahedron index="33107" v0="5414" v1="6073" v2="6539" v3="6653" />
+      <tetrahedron index="33108" v0="5063" v1="5626" v2="6303" v3="6304" />
+      <tetrahedron index="33109" v0="5749" v1="6410" v2="6414" v3="6844" />
+      <tetrahedron index="33110" v0="3398" v1="3531" v2="3532" v3="6801" />
+      <tetrahedron index="33111" v0="5625" v1="6072" v2="6302" v3="6303" />
+      <tetrahedron index="33112" v0="5762" v1="6566" v2="6851" v3="6894" />
+      <tetrahedron index="33113" v0="4905" v1="5624" v2="6299" v3="6798" />
+      <tetrahedron index="33114" v0="6055" v1="6098" v2="6099" v3="6643" />
+      <tetrahedron index="33115" v0="4864" v1="6488" v2="6878" v3="6879" />
+      <tetrahedron index="33116" v0="3244" v1="5547" v2="5839" v3="6561" />
+      <tetrahedron index="33117" v0="4242" v1="4748" v2="4816" v3="6653" />
+      <tetrahedron index="33118" v0="4242" v1="4816" v2="5477" v3="6653" />
+      <tetrahedron index="33119" v0="4913" v1="5063" v2="6534" v3="6800" />
+      <tetrahedron index="33120" v0="5277" v1="5912" v2="6355" v3="6542" />
+      <tetrahedron index="33121" v0="3827" v1="3828" v2="5513" v3="6730" />
+      <tetrahedron index="33122" v0="4058" v1="5197" v2="6071" v3="6427" />
+      <tetrahedron index="33123" v0="5625" v1="6073" v2="6536" v3="6800" />
+      <tetrahedron index="33124" v0="5624" v1="6299" v2="6797" v3="6798" />
+      <tetrahedron index="33125" v0="4905" v1="5624" v2="6520" v3="6798" />
+      <tetrahedron index="33126" v0="6300" v1="6301" v2="6797" v3="6798" />
+      <tetrahedron index="33127" v0="4971" v1="5437" v2="6218" v3="6674" />
+      <tetrahedron index="33128" v0="5413" v1="6072" v2="6302" v3="6303" />
+      <tetrahedron index="33129" v0="4962" v1="5625" v2="6072" v3="6303" />
+      <tetrahedron index="33130" v0="4962" v1="5413" v2="6072" v3="6303" />
+      <tetrahedron index="33131" v0="4436" v1="5905" v2="5906" v3="6540" />
+      <tetrahedron index="33132" v0="3342" v1="5160" v2="5769" v3="6701" />
+      <tetrahedron index="33133" v0="5624" v1="6111" v2="6534" v3="6540" />
+      <tetrahedron index="33134" v0="3341" v1="3342" v2="5160" v3="6701" />
+      <tetrahedron index="33135" v0="4187" v1="5470" v2="6111" v3="6540" />
+      <tetrahedron index="33136" v0="5906" v1="6111" v2="6534" v3="6540" />
+      <tetrahedron index="33137" v0="5772" v1="6136" v2="6378" v3="6701" />
+      <tetrahedron index="33138" v0="3625" v1="4410" v2="5916" v3="6802" />
+      <tetrahedron index="33139" v0="3533" v1="4409" v2="6305" v3="6802" />
+      <tetrahedron index="33140" v0="3401" v1="5114" v2="5827" v3="6803" />
+      <tetrahedron index="33141" v0="5114" v1="5826" v2="6511" v3="6803" />
+      <tetrahedron index="33142" v0="3399" v1="5628" v2="6306" v3="6803" />
+      <tetrahedron index="33143" v0="4902" v1="5826" v2="6511" v3="6803" />
+      <tetrahedron index="33144" v0="3450" v1="3625" v2="4410" v3="6802" />
+      <tetrahedron index="33145" v0="3450" v1="3533" v2="4409" v3="6802" />
+      <tetrahedron index="33146" v0="3450" v1="5872" v2="6512" v3="6802" />
+      <tetrahedron index="33147" v0="5603" v1="6654" v2="6783" v3="6804" />
+      <tetrahedron index="33148" v0="4963" v1="6075" v2="6283" v3="6787" />
+      <tetrahedron index="33149" v0="6890" v1="6891" v2="7004" v3="7028" />
+      <tetrahedron index="33150" v0="5873" v1="6313" v2="6693" v3="6787" />
+      <tetrahedron index="33151" v0="5246" v1="6285" v2="6655" v3="6788" />
+      <tetrahedron index="33152" v0="5522" v1="5632" v2="6195" v3="6313" />
+      <tetrahedron index="33153" v0="4326" v1="5807" v2="6704" v3="6788" />
+      <tetrahedron index="33154" v0="5583" v1="6081" v2="6257" v3="6905" />
+      <tetrahedron index="33155" v0="5806" v1="6458" v2="6545" v3="6767" />
+      <tetrahedron index="33156" v0="5167" v1="6156" v2="6753" v3="6766" />
+      <tetrahedron index="33157" v0="5016" v1="5530" v2="6433" v3="6857" />
+      <tetrahedron index="33158" v0="4862" v1="5764" v2="6233" v3="6727" />
+      <tetrahedron index="33159" v0="4862" v1="6308" v2="6311" v3="6727" />
+      <tetrahedron index="33160" v0="5778" v1="6440" v2="6861" v3="6994" />
+      <tetrahedron index="33161" v0="5630" v1="6308" v2="6311" v3="6727" />
+      <tetrahedron index="33162" v0="5303" v1="5304" v2="6034" v3="6552" />
+      <tetrahedron index="33163" v0="4706" v1="5303" v2="5381" v3="6552" />
+      <tetrahedron index="33164" v0="4551" v1="5381" v2="6033" v3="6552" />
+      <tetrahedron index="33165" v0="4924" v1="5304" v2="5305" v3="6552" />
+      <tetrahedron index="33166" v0="4209" v1="4211" v2="5942" v3="6552" />
+      <tetrahedron index="33167" v0="4924" v1="5305" v2="6034" v3="6552" />
+      <tetrahedron index="33168" v0="5068" v1="5636" v2="6315" v3="6811" />
+      <tetrahedron index="33169" v0="4184" v1="4336" v2="5639" v3="6811" />
+      <tetrahedron index="33170" v0="3892" v1="4760" v2="4832" v3="6741" />
+      <tetrahedron index="33171" v0="6221" v1="6587" v2="6590" v3="6754" />
+      <tetrahedron index="33172" v0="5605" v1="6281" v2="6782" v3="6786" />
+      <tetrahedron index="33173" v0="5603" v1="6281" v2="6712" v3="6786" />
+      <tetrahedron index="33174" v0="5603" v1="6281" v2="6782" v3="6786" />
+      <tetrahedron index="33175" v0="5603" v1="5605" v2="6782" v3="6786" />
+      <tetrahedron index="33176" v0="4963" v1="5603" v2="6307" v3="6786" />
+      <tetrahedron index="33177" v0="5068" v1="5151" v2="6315" v3="6811" />
+      <tetrahedron index="33178" v0="5636" v1="6315" v2="6316" v3="6811" />
+      <tetrahedron index="33179" v0="5363" v1="6016" v2="6882" v3="7025" />
+      <tetrahedron index="33180" v0="6172" v1="6173" v2="6725" v3="6728" />
+      <tetrahedron index="33181" v0="5511" v1="6124" v2="6175" v3="6728" />
+      <tetrahedron index="33182" v0="4941" v1="5132" v2="6008" v3="6314" />
+      <tetrahedron index="33183" v0="5470" v1="6110" v2="6681" v3="6953" />
+      <tetrahedron index="33184" v0="5053" v1="5602" v2="6655" v3="6935" />
+      <tetrahedron index="33185" v0="6121" v1="6126" v2="6128" v3="6694" />
+      <tetrahedron index="33186" v0="5397" v1="6053" v2="6443" v3="6864" />
+      <tetrahedron index="33187" v0="4883" v1="6537" v2="6538" v3="6952" />
+      <tetrahedron index="33188" v0="5045" v1="5586" v2="6070" v3="6932" />
+      <tetrahedron index="33189" v0="4962" v1="5465" v2="6537" v3="6696" />
+      <tetrahedron index="33190" v0="5397" v1="6055" v2="6642" v3="6864" />
+      <tetrahedron index="33191" v0="3947" v1="4390" v2="5522" v3="6313" />
+      <tetrahedron index="33192" v0="3947" v1="5522" v2="5873" v3="6313" />
+      <tetrahedron index="33193" v0="3947" v1="4390" v2="5873" v3="6313" />
+      <tetrahedron index="33194" v0="5066" v1="5633" v2="5634" v3="6609" />
+      <tetrahedron index="33195" v0="5316" v1="6764" v2="6903" v3="7010" />
+      <tetrahedron index="33196" v0="4883" v1="6291" v2="6678" v3="7017" />
+      <tetrahedron index="33197" v0="3680" v1="4167" v2="4388" v3="6314" />
+      <tetrahedron index="33198" v0="3680" v1="4388" v2="5634" v3="6314" />
+      <tetrahedron index="33199" v0="5066" v1="5673" v2="6011" v3="6609" />
+      <tetrahedron index="33200" v0="3680" v1="5358" v2="6314" v3="6609" />
+      <tetrahedron index="33201" v0="4923" v1="5302" v2="5638" v3="6315" />
+      <tetrahedron index="33202" v0="5302" v1="5638" v2="6037" v3="6315" />
+      <tetrahedron index="33203" v0="4923" v1="5302" v2="6037" v3="6315" />
+      <tetrahedron index="33204" v0="5743" v1="6317" v2="6319" v3="6812" />
+      <tetrahedron index="33205" v0="4184" v1="5068" v2="5639" v3="6812" />
+      <tetrahedron index="33206" v0="3901" v1="5068" v2="5637" v3="6812" />
+      <tetrahedron index="33207" v0="4184" v1="4546" v2="4547" v3="6812" />
+      <tetrahedron index="33208" v0="4809" v1="5637" v2="5743" v3="6812" />
+      <tetrahedron index="33209" v0="3901" v1="4547" v2="5637" v3="6812" />
+      <tetrahedron index="33210" v0="5637" v1="5743" v2="6317" v3="6812" />
+      <tetrahedron index="33211" v0="4851" v1="5833" v2="5939" v3="6317" />
+      <tetrahedron index="33212" v0="5744" v1="5833" v2="5939" v3="6317" />
+      <tetrahedron index="33213" v0="5300" v1="5951" v2="6103" v3="6850" />
+      <tetrahedron index="33214" v0="4068" v1="4161" v2="5291" v3="6320" />
+      <tetrahedron index="33215" v0="5291" v1="5643" v2="5774" v3="6320" />
+      <tetrahedron index="33216" v0="4908" v1="5888" v2="6321" v3="6813" />
+      <tetrahedron index="33217" v0="4908" v1="5453" v2="6113" v3="6321" />
+      <tetrahedron index="33218" v0="5338" v1="5742" v2="6095" v3="6319" />
+      <tetrahedron index="33219" v0="5291" v1="5643" v2="5933" v3="6320" />
+      <tetrahedron index="33220" v0="4542" v1="5338" v2="6318" v3="6319" />
+      <tetrahedron index="33221" v0="4935" v1="5639" v2="6317" v3="6318" />
+      <tetrahedron index="33222" v0="4851" v1="4935" v2="6317" v3="6318" />
+      <tetrahedron index="33223" v0="3344" v1="5453" v2="5776" v3="6321" />
+      <tetrahedron index="33224" v0="5043" v1="5643" v2="5933" v3="6320" />
+      <tetrahedron index="33225" v0="5043" v1="5642" v2="5643" v3="6320" />
+      <tetrahedron index="33226" v0="4851" v1="6317" v2="6318" v3="6319" />
+      <tetrahedron index="33227" v0="4851" v1="5338" v2="6318" v3="6319" />
+      <tetrahedron index="33228" v0="4993" v1="5487" v2="5742" v3="6319" />
+      <tetrahedron index="33229" v0="4993" v1="5742" v2="6095" v3="6319" />
+      <tetrahedron index="33230" v0="4993" v1="5487" v2="6095" v3="6319" />
+      <tetrahedron index="33231" v0="4544" v1="5487" v2="6095" v3="6319" />
+      <tetrahedron index="33232" v0="4544" v1="4546" v2="6095" v3="6319" />
+      <tetrahedron index="33233" v0="3520" v1="3530" v2="4278" v3="6410" />
+      <tetrahedron index="33234" v0="5004" v1="6418" v2="6489" v3="6724" />
+      <tetrahedron index="33235" v0="5032" v1="5567" v2="5778" v3="6813" />
+      <tetrahedron index="33236" v0="5644" v1="6321" v2="6441" v3="6813" />
+      <tetrahedron index="33237" v0="5032" v1="5644" v2="5887" v3="6813" />
+      <tetrahedron index="33238" v0="5255" v1="6321" v2="6441" v3="6813" />
+      <tetrahedron index="33239" v0="4851" v1="5147" v2="5742" v3="6319" />
+      <tetrahedron index="33240" v0="4851" v1="5147" v2="6317" v3="6319" />
+      <tetrahedron index="33241" v0="5113" v1="5453" v2="6113" v3="6321" />
+      <tetrahedron index="33242" v0="4871" v1="5498" v2="6323" v3="6815" />
+      <tetrahedron index="33243" v0="6276" v1="6781" v2="6934" v3="6950" />
+      <tetrahedron index="33244" v0="5163" v1="5777" v2="6440" v3="6815" />
+      <tetrahedron index="33245" v0="5032" v1="5778" v2="6162" v3="6861" />
+      <tetrahedron index="33246" v0="5499" v1="5777" v2="6439" v3="6815" />
+      <tetrahedron index="33247" v0="4977" v1="5645" v2="6112" v3="6322" />
+      <tetrahedron index="33248" v0="5761" v1="6425" v2="6819" v3="6984" />
+      <tetrahedron index="33249" v0="5065" v1="5631" v2="6309" v3="6807" />
+      <tetrahedron index="33250" v0="4999" v1="5088" v2="5669" v3="6323" />
+      <tetrahedron index="33251" v0="5778" v1="6441" v2="6813" v3="6861" />
+      <tetrahedron index="33252" v0="6279" v1="6784" v2="6843" v3="6995" />
+      <tetrahedron index="33253" v0="5163" v1="6440" v2="6815" v3="6861" />
+      <tetrahedron index="33254" v0="5163" v1="5778" v2="6441" v3="6861" />
+      <tetrahedron index="33255" v0="5088" v1="5669" v2="6267" v3="6323" />
+      <tetrahedron index="33256" v0="5646" v1="5669" v2="6267" v3="6323" />
+      <tetrahedron index="33257" v0="4996" v1="6155" v2="6710" v3="6958" />
+      <tetrahedron index="33258" v0="4173" v1="4237" v2="4238" v3="6324" />
+      <tetrahedron index="33259" v0="4173" v1="4237" v2="5650" v3="6324" />
+      <tetrahedron index="33260" v0="3381" v1="5492" v2="6153" v3="6710" />
+      <tetrahedron index="33261" v0="4949" v1="5552" v2="6592" v3="6755" />
+      <tetrahedron index="33262" v0="4983" v1="5467" v2="6325" v3="6326" />
+      <tetrahedron index="33263" v0="3861" v1="3959" v2="5468" v3="6326" />
+      <tetrahedron index="33264" v0="4955" v1="6154" v2="6740" v3="6958" />
+      <tetrahedron index="33265" v0="3381" v1="3507" v2="5492" v3="6710" />
+      <tetrahedron index="33266" v0="3381" v1="5222" v2="6153" v3="6710" />
+      <tetrahedron index="33267" v0="5073" v1="5597" v2="5649" v3="6327" />
+      <tetrahedron index="33268" v0="4983" v1="5467" v2="5780" v3="6325" />
+      <tetrahedron index="33269" v0="4995" v1="5648" v2="6394" v3="6395" />
+      <tetrahedron index="33270" v0="4995" v1="5648" v2="6324" v3="6395" />
+      <tetrahedron index="33271" v0="4995" v1="5491" v2="6324" v3="6395" />
+      <tetrahedron index="33272" v0="5130" v1="6325" v2="6394" v3="6395" />
+      <tetrahedron index="33273" v0="4995" v1="5130" v2="6394" v3="6395" />
+      <tetrahedron index="33274" v0="5467" v1="5780" v2="6325" v3="6326" />
+      <tetrahedron index="33275" v0="5624" v1="6299" v2="6520" v3="6699" />
+      <tetrahedron index="33276" v0="4872" v1="5164" v2="5978" v3="6326" />
+      <tetrahedron index="33277" v0="5164" v1="5978" v2="6133" v3="6326" />
+      <tetrahedron index="33278" v0="4238" v1="4721" v2="5491" v3="6395" />
+      <tetrahedron index="33279" v0="4995" v1="5491" v2="5731" v3="6395" />
+      <tetrahedron index="33280" v0="4266" v1="4268" v2="6702" v3="6954" />
+      <tetrahedron index="33281" v0="4872" v1="5165" v2="5978" v3="6326" />
+      <tetrahedron index="33282" v0="5978" v1="6132" v2="6133" v3="6326" />
+      <tetrahedron index="33283" v0="5467" v1="6132" v2="6133" v3="6326" />
+      <tetrahedron index="33284" v0="5165" v1="5978" v2="6132" v3="6326" />
+      <tetrahedron index="33285" v0="5165" v1="5467" v2="6132" v3="6326" />
+      <tetrahedron index="33286" v0="4907" v1="6239" v2="6240" v3="6328" />
+      <tetrahedron index="33287" v0="5075" v1="6239" v2="6240" v3="6328" />
+      <tetrahedron index="33288" v0="4907" v1="5075" v2="6240" v3="6328" />
+      <tetrahedron index="33289" v0="3964" v1="6425" v2="6427" v3="6819" />
+      <tetrahedron index="33290" v0="4985" v1="5660" v2="5702" v3="6334" />
+      <tetrahedron index="33291" v0="5655" v1="6330" v2="6817" v3="6821" />
+      <tetrahedron index="33292" v0="4058" v1="4502" v2="6071" v3="6427" />
+      <tetrahedron index="33293" v0="4985" v1="5661" v2="6136" v3="6334" />
+      <tetrahedron index="33294" v0="3352" v1="3430" v2="6337" v3="6822" />
+      <tetrahedron index="33295" v0="4673" v1="4803" v2="4831" v3="6330" />
+      <tetrahedron index="33296" v0="4488" v1="5656" v2="6427" v3="6819" />
+      <tetrahedron index="33297" v0="4156" v1="5651" v2="6274" v3="6329" />
+      <tetrahedron index="33298" v0="5052" v1="5651" v2="6274" v3="6329" />
+      <tetrahedron index="33299" v0="5052" v1="5211" v2="6274" v3="6329" />
+      <tetrahedron index="33300" v0="4891" v1="5052" v2="5211" v3="6329" />
+      <tetrahedron index="33301" v0="4891" v1="5052" v2="6239" v3="6329" />
+      <tetrahedron index="33302" v0="5196" v1="5561" v2="6330" v3="6817" />
+      <tetrahedron index="33303" v0="5656" v1="6333" v2="6541" v3="6817" />
+      <tetrahedron index="33304" v0="3665" v1="3752" v2="4156" v3="6329" />
+      <tetrahedron index="33305" v0="3752" v1="4156" v2="6274" v3="6329" />
+      <tetrahedron index="33306" v0="3941" v1="4803" v2="6330" v3="6821" />
+      <tetrahedron index="33307" v0="6246" v1="6764" v2="6903" v3="6974" />
+      <tetrahedron index="33308" v0="3941" v1="3943" v2="5655" v3="6821" />
+      <tetrahedron index="33309" v0="3941" v1="5655" v2="6330" v3="6821" />
+      <tetrahedron index="33310" v0="4058" v1="4489" v2="4502" v3="6427" />
+      <tetrahedron index="33311" v0="4924" v1="5763" v2="6034" v3="6558" />
+      <tetrahedron index="33312" v0="3834" v1="3928" v2="5096" v3="6986" />
+      <tetrahedron index="33313" v0="3986" v1="4000" v2="4488" v3="6333" />
+      <tetrahedron index="33314" v0="4000" v1="4488" v2="5656" v3="6333" />
+      <tetrahedron index="33315" v0="6765" v1="6841" v2="6975" v3="6988" />
+      <tetrahedron index="33316" v0="4942" v1="5359" v2="5913" v3="6542" />
+      <tetrahedron index="33317" v0="3834" v1="5096" v2="5679" v3="6986" />
+      <tetrahedron index="33318" v0="3724" v1="5710" v2="5913" v3="6542" />
+      <tetrahedron index="33319" v0="5120" v1="5277" v2="5710" v3="6542" />
+      <tetrahedron index="33320" v0="3986" v1="4488" v2="4490" v3="6333" />
+      <tetrahedron index="33321" v0="4488" v1="4490" v2="5907" v3="6333" />
+      <tetrahedron index="33322" v0="4057" v1="4462" v2="5272" v3="6818" />
+      <tetrahedron index="33323" v0="3574" v1="4057" v2="5881" v3="6818" />
+      <tetrahedron index="33324" v0="4914" v1="5711" v2="5910" v3="6818" />
+      <tetrahedron index="33325" v0="4462" v1="5711" v2="5909" v3="6818" />
+      <tetrahedron index="33326" v0="5272" v1="5881" v2="6522" v3="6818" />
+      <tetrahedron index="33327" v0="4262" v1="4432" v2="5456" v3="6335" />
+      <tetrahedron index="33328" v0="4965" v1="5418" v2="6076" v3="6336" />
+      <tetrahedron index="33329" v0="4909" v1="5544" v2="6076" v3="6336" />
+      <tetrahedron index="33330" v0="5258" v1="5419" v2="5544" v3="6336" />
+      <tetrahedron index="33331" v0="4909" v1="5258" v2="5544" v3="6336" />
+      <tetrahedron index="33332" v0="5418" v1="5419" v2="5544" v3="6336" />
+      <tetrahedron index="33333" v0="5418" v1="5544" v2="6076" v3="6336" />
+      <tetrahedron index="33334" v0="3998" v1="5087" v2="5374" v3="6529" />
+      <tetrahedron index="33335" v0="4245" v1="4969" v2="5432" v3="6376" />
+      <tetrahedron index="33336" v0="3957" v1="5680" v2="5706" v3="6376" />
+      <tetrahedron index="33337" v0="4018" v1="4035" v2="6339" v3="6823" />
+      <tetrahedron index="33338" v0="3960" v1="5086" v2="6476" v3="6823" />
+      <tetrahedron index="33339" v0="3960" v1="4035" v2="6476" v3="6823" />
+      <tetrahedron index="33340" v0="4909" v1="5704" v2="5892" v3="6337" />
+      <tetrahedron index="33341" v0="4909" v1="5117" v2="5892" v3="6337" />
+      <tetrahedron index="33342" v0="3883" v1="3984" v2="5227" v3="6338" />
+      <tetrahedron index="33343" v0="3356" v1="3883" v2="4456" v3="6338" />
+      <tetrahedron index="33344" v0="3356" v1="4456" v2="5889" v3="6338" />
+      <tetrahedron index="33345" v0="3352" v1="3883" v2="4456" v3="6338" />
+      <tetrahedron index="33346" v0="4035" v1="5105" v2="5822" v3="6823" />
+      <tetrahedron index="33347" v0="3360" v1="4098" v2="6342" v3="6824" />
+      <tetrahedron index="33348" v0="3800" v1="5295" v2="5934" v3="6824" />
+      <tetrahedron index="33349" v0="4012" v1="4035" v2="4121" v3="6339" />
+      <tetrahedron index="33350" v0="4012" v1="4121" v2="5666" v3="6339" />
+      <tetrahedron index="33351" v0="4035" v1="4121" v2="5666" v3="6339" />
+      <tetrahedron index="33352" v0="4073" v1="4098" v2="5670" v3="6824" />
+      <tetrahedron index="33353" v0="3800" v1="4168" v2="5934" v3="6824" />
+      <tetrahedron index="33354" v0="4921" v1="5295" v2="5934" v3="6824" />
+      <tetrahedron index="33355" v0="3628" v1="3679" v2="5373" v3="6340" />
+      <tetrahedron index="33356" v0="3405" v1="3406" v2="3679" v3="6340" />
+      <tetrahedron index="33357" v0="3406" v1="3679" v2="5667" v3="6340" />
+      <tetrahedron index="33358" v0="3404" v1="3405" v2="3406" v3="6340" />
+      <tetrahedron index="33359" v0="3404" v1="3406" v2="5667" v3="6340" />
+      <tetrahedron index="33360" v0="4248" v1="5498" v2="5647" v3="6341" />
+      <tetrahedron index="33361" v0="4248" v1="4778" v2="5647" v3="6341" />
+      <tetrahedron index="33362" v0="5646" v1="5647" v2="6322" v3="6341" />
+      <tetrahedron index="33363" v0="5498" v1="5647" v2="6322" v3="6341" />
+      <tetrahedron index="33364" v0="5646" v1="6322" v2="6323" v3="6341" />
+      <tetrahedron index="33365" v0="5498" v1="6322" v2="6323" v3="6341" />
+      <tetrahedron index="33366" v0="3481" v1="3900" v2="5206" v3="6825" />
+      <tetrahedron index="33367" v0="5206" v1="5312" v2="5821" v3="6825" />
+      <tetrahedron index="33368" v0="3359" v1="3360" v2="4098" v3="6342" />
+      <tetrahedron index="33369" v0="3359" v1="4098" v2="5670" v3="6342" />
+      <tetrahedron index="33370" v0="3479" v1="5206" v2="5312" v3="6825" />
+      <tetrahedron index="33371" v0="4927" v1="5312" v2="5821" v3="6825" />
+      <tetrahedron index="33372" v0="5203" v1="5821" v2="6475" v3="6825" />
+      <tetrahedron index="33373" v0="3900" v1="5672" v2="6475" v3="6825" />
+      <tetrahedron index="33374" v0="3361" v1="3362" v2="3363" v3="6344" />
+      <tetrahedron index="33375" v0="3361" v1="3363" v2="5671" v3="6344" />
+      <tetrahedron index="33376" v0="3362" v1="3676" v2="3731" v3="6344" />
+      <tetrahedron index="33377" v0="3676" v1="3848" v2="5297" v3="6344" />
+      <tetrahedron index="33378" v0="3848" v1="5297" v2="5313" v3="6344" />
+      <tetrahedron index="33379" v0="3362" v1="3363" v2="3676" v3="6344" />
+      <tetrahedron index="33380" v0="3359" v1="4099" v2="5670" v3="6346" />
+      <tetrahedron index="33381" v0="3676" v1="3731" v2="3848" v3="6344" />
+      <tetrahedron index="33382" v0="3731" v1="3848" v2="5313" v3="6344" />
+      <tetrahedron index="33383" v0="3363" v1="5671" v2="6344" v3="6345" />
+      <tetrahedron index="33384" v0="3363" v1="3676" v2="6344" v3="6345" />
+      <tetrahedron index="33385" v0="3676" v1="3849" v2="5296" v3="6345" />
+      <tetrahedron index="33386" v0="3849" v1="5296" v2="5297" v3="6345" />
+      <tetrahedron index="33387" v0="3676" v1="3849" v2="5297" v3="6345" />
+      <tetrahedron index="33388" v0="3676" v1="4576" v2="5296" v3="6345" />
+      <tetrahedron index="33389" v0="4576" v1="5296" v2="5584" v3="6345" />
+      <tetrahedron index="33390" v0="3676" v1="3820" v2="4576" v3="6345" />
+      <tetrahedron index="33391" v0="3820" v1="4576" v2="5584" v3="6345" />
+      <tetrahedron index="33392" v0="4927" v1="5314" v2="5957" v3="6346" />
+      <tetrahedron index="33393" v0="3359" v1="3421" v2="5314" v3="6346" />
+      <tetrahedron index="33394" v0="3359" v1="5314" v2="5670" v3="6346" />
+      <tetrahedron index="33395" v0="4554" v1="4735" v2="4824" v3="6347" />
+      <tetrahedron index="33396" v0="4735" v1="4824" v2="5675" v3="6347" />
+      <tetrahedron index="33397" v0="4603" v1="4635" v2="4751" v3="6347" />
+      <tetrahedron index="33398" v0="4603" v1="4635" v2="5896" v3="6347" />
+      <tetrahedron index="33399" v0="5093" v1="5677" v2="5767" v3="6348" />
+      <tetrahedron index="33400" v0="4868" v1="5767" v2="6137" v3="6348" />
+      <tetrahedron index="33401" v0="5677" v1="5767" v2="6137" v3="6348" />
+      <tetrahedron index="33402" v0="4934" v1="5334" v2="5979" v3="6348" />
+      <tetrahedron index="33403" v0="6613" v1="6920" v2="6959" v3="7025" />
+      <tetrahedron index="33404" v0="4934" v1="5336" v2="5979" v3="6348" />
+      <tetrahedron index="33405" v0="4509" v1="5334" v2="5677" v3="6349" />
+      <tetrahedron index="33406" v0="3337" v1="4509" v2="4608" v3="6349" />
+      <tetrahedron index="33407" v0="4509" v1="4608" v2="5677" v3="6349" />
+      <tetrahedron index="33408" v0="5053" v1="5607" v2="6655" v3="7027" />
+      <tetrahedron index="33409" v0="6016" v1="6882" v2="6947" v3="7025" />
+      <tetrahedron index="33410" v0="4682" v1="5093" v2="6005" v3="6349" />
+      <tetrahedron index="33411" v0="6016" v1="6613" v2="6959" v3="7025" />
+      <tetrahedron index="33412" v0="4985" v1="5471" v2="6136" v3="6350" />
+      <tetrahedron index="33413" v0="4985" v1="5471" v2="6137" v3="6350" />
+      <tetrahedron index="33414" v0="3339" v1="3717" v2="4439" v3="6350" />
+      <tetrahedron index="33415" v0="3717" v1="4439" v2="6136" v3="6350" />
+      <tetrahedron index="33416" v0="5334" v1="5471" v2="5765" v3="6350" />
+      <tetrahedron index="33417" v0="4485" v1="5471" v2="5765" v3="6350" />
+      <tetrahedron index="33418" v0="4485" v1="5334" v2="5765" v3="6350" />
+      <tetrahedron index="33419" v0="4201" v1="4261" v2="5118" v3="6352" />
+      <tetrahedron index="33420" v0="4008" v1="4261" v2="5048" v3="6352" />
+      <tetrahedron index="33421" v0="4008" v1="5048" v2="5501" v3="6352" />
+      <tetrahedron index="33422" v0="4008" v1="4201" v2="4261" v3="6352" />
+      <tetrahedron index="33423" v0="3566" v1="4008" v2="5501" v3="6352" />
+      <tetrahedron index="33424" v0="3566" v1="5501" v2="6088" v3="6352" />
+      <tetrahedron index="33425" v0="3566" v1="4008" v2="4201" v3="6352" />
+      <tetrahedron index="33426" v0="3566" v1="4201" v2="6088" v3="6352" />
+      <tetrahedron index="33427" v0="5680" v1="6088" v2="6352" v3="6353" />
+      <tetrahedron index="33428" v0="5680" v1="5681" v2="6352" v3="6353" />
+      <tetrahedron index="33429" v0="4969" v1="5680" v2="6088" v3="6353" />
+      <tetrahedron index="33430" v0="4969" v1="5431" v2="6088" v3="6353" />
+      <tetrahedron index="33431" v0="4899" v1="5104" v2="5689" v3="6828" />
+      <tetrahedron index="33432" v0="4899" v1="5101" v2="5675" v3="6828" />
+      <tetrahedron index="33433" v0="4824" v1="5104" v2="6347" v3="6828" />
+      <tetrahedron index="33434" v0="4260" v1="5681" v2="5682" v3="6354" />
+      <tetrahedron index="33435" v0="5076" v1="5682" v2="5912" v3="6354" />
+      <tetrahedron index="33436" v0="5076" v1="5274" v2="5912" v3="6354" />
+      <tetrahedron index="33437" v0="4824" v1="4842" v2="5104" v3="6828" />
+      <tetrahedron index="33438" v0="5076" v1="5653" v2="5683" v3="6355" />
+      <tetrahedron index="33439" v0="5076" v1="5683" v2="5912" v3="6355" />
+      <tetrahedron index="33440" v0="5076" v1="5653" v2="5912" v3="6355" />
+      <tetrahedron index="33441" v0="3833" v1="3928" v2="4300" v3="6986" />
+      <tetrahedron index="33442" v0="3833" v1="5213" v2="5679" v3="6986" />
+      <tetrahedron index="33443" v0="4015" v1="5629" v2="5653" v3="6355" />
+      <tetrahedron index="33444" v0="3969" v1="4015" v2="5653" v3="6355" />
+      <tetrahedron index="33445" v0="3755" v1="3989" v2="4591" v3="6357" />
+      <tetrahedron index="33446" v0="3755" v1="3989" v2="5685" v3="6357" />
+      <tetrahedron index="33447" v0="3755" v1="4591" v2="5685" v3="6357" />
+      <tetrahedron index="33448" v0="4310" v1="4573" v2="4591" v3="6357" />
+      <tetrahedron index="33449" v0="4310" v1="4573" v2="5109" v3="6357" />
+      <tetrahedron index="33450" v0="4891" v1="5685" v2="5830" v3="6357" />
+      <tetrahedron index="33451" v0="4891" v1="5109" v2="5830" v3="6357" />
+      <tetrahedron index="33452" v0="4573" v1="5109" v2="5830" v3="6357" />
+      <tetrahedron index="33453" v0="4573" v1="4591" v2="5830" v3="6357" />
+      <tetrahedron index="33454" v0="5101" v1="5675" v2="5686" v3="6358" />
+      <tetrahedron index="33455" v0="4899" v1="5234" v2="5675" v3="6358" />
+      <tetrahedron index="33456" v0="5234" v1="5675" v2="5856" v3="6358" />
+      <tetrahedron index="33457" v0="3396" v1="4382" v2="5219" v3="6482" />
+      <tetrahedron index="33458" v0="3299" v1="4382" v2="5219" v3="6482" />
+      <tetrahedron index="33459" v0="3299" v1="3300" v2="5215" v3="6482" />
+      <tetrahedron index="33460" v0="3299" v1="3300" v2="4382" v3="6482" />
+      <tetrahedron index="33461" v0="5215" v1="5543" v2="5835" v3="6482" />
+      <tetrahedron index="33462" v0="4377" v1="4735" v2="4824" v3="6359" />
+      <tetrahedron index="33463" v0="4735" v1="4824" v2="5675" v3="6359" />
+      <tetrahedron index="33464" v0="4377" v1="4735" v2="5092" v3="6359" />
+      <tetrahedron index="33465" v0="4735" v1="5092" v2="5675" v3="6359" />
+      <tetrahedron index="33466" v0="5022" v1="5545" v2="6215" v3="6360" />
+      <tetrahedron index="33467" v0="5022" v1="5888" v2="5891" v3="6814" />
+      <tetrahedron index="33468" v0="3348" v1="3797" v2="5891" v3="6814" />
+      <tetrahedron index="33469" v0="5255" v1="5888" v2="6321" v3="6814" />
+      <tetrahedron index="33470" v0="3344" v1="3346" v2="3348" v3="6814" />
+      <tetrahedron index="33471" v0="5102" v1="5545" v2="5892" v3="6360" />
+      <tetrahedron index="33472" v0="5022" v1="5545" v2="5892" v3="6360" />
+      <tetrahedron index="33473" v0="5102" v1="5704" v2="5892" v3="6360" />
+      <tetrahedron index="33474" v0="5113" v1="5453" v2="6321" v3="6814" />
+      <tetrahedron index="33475" v0="3345" v1="5255" v2="5776" v3="6814" />
+      <tetrahedron index="33476" v0="5022" v1="5704" v2="5888" v3="6360" />
+      <tetrahedron index="33477" v0="5022" v1="5704" v2="5892" v3="6360" />
+      <tetrahedron index="33478" v0="5255" v1="5888" v2="6215" v3="6814" />
+      <tetrahedron index="33479" v0="3346" v1="3348" v2="5113" v3="6814" />
+      <tetrahedron index="33480" v0="5022" v1="5888" v2="6215" v3="6814" />
+      <tetrahedron index="33481" v0="3751" v1="4118" v2="5691" v3="6362" />
+      <tetrahedron index="33482" v0="4061" v1="4118" v2="5691" v3="6362" />
+      <tetrahedron index="33483" v0="4889" v1="5690" v2="5691" v3="6362" />
+      <tetrahedron index="33484" v0="5690" v1="5691" v2="6361" v3="6362" />
+      <tetrahedron index="33485" v0="4889" v1="5690" v2="6361" v3="6362" />
+      <tetrahedron index="33486" v0="4958" v1="5400" v2="5691" v3="6363" />
+      <tetrahedron index="33487" v0="4958" v1="5230" v2="5691" v3="6363" />
+      <tetrahedron index="33488" v0="3855" v1="5231" v2="5400" v3="6363" />
+      <tetrahedron index="33489" v0="3855" v1="4118" v2="5400" v3="6363" />
+      <tetrahedron index="33490" v0="4902" v1="6305" v2="6306" v3="6803" />
+      <tetrahedron index="33491" v0="4902" v1="5242" v2="6305" v3="6512" />
+      <tetrahedron index="33492" v0="4003" v1="4602" v2="4787" v3="6364" />
+      <tetrahedron index="33493" v0="4003" v1="4787" v2="5693" v3="6364" />
+      <tetrahedron index="33494" v0="4002" v1="4003" v2="5107" v3="6364" />
+      <tetrahedron index="33495" v0="4002" v1="5107" v2="5700" v3="6364" />
+      <tetrahedron index="33496" v0="4002" v1="4003" v2="5700" v3="6364" />
+      <tetrahedron index="33497" v0="4003" v1="4130" v2="4602" v3="6364" />
+      <tetrahedron index="33498" v0="4003" v1="4130" v2="5700" v3="6364" />
+      <tetrahedron index="33499" v0="4130" v1="4602" v2="5700" v3="6364" />
+      <tetrahedron index="33500" v0="3248" v1="3370" v2="5940" v3="6479" />
+      <tetrahedron index="33501" v0="3507" v1="5222" v2="5842" v3="6630" />
+      <tetrahedron index="33502" v0="5094" v1="5214" v2="5832" v3="6479" />
+      <tetrahedron index="33503" v0="3600" v1="3601" v2="3602" v3="6365" />
+      <tetrahedron index="33504" v0="3600" v1="3601" v2="5790" v3="6365" />
+      <tetrahedron index="33505" v0="4458" v1="5179" v2="5367" v3="6365" />
+      <tetrahedron index="33506" v0="3601" v1="4458" v2="5367" v3="6365" />
+      <tetrahedron index="33507" v0="4458" v1="5179" v2="5790" v3="6365" />
+      <tetrahedron index="33508" v0="3601" v1="4458" v2="5790" v3="6365" />
+      <tetrahedron index="33509" v0="3601" v1="3602" v2="4143" v3="6365" />
+      <tetrahedron index="33510" v0="3601" v1="4143" v2="5367" v3="6365" />
+      <tetrahedron index="33511" v0="3789" v1="4143" v2="5367" v3="6365" />
+      <tetrahedron index="33512" v0="3602" v1="3789" v2="4143" v3="6365" />
+      <tetrahedron index="33513" v0="3602" v1="3789" v2="5108" v3="6365" />
+      <tetrahedron index="33514" v0="4742" v1="4827" v2="5849" v3="6367" />
+      <tetrahedron index="33515" v0="4311" v1="4766" v2="4827" v3="6367" />
+      <tetrahedron index="33516" v0="4311" v1="4766" v2="5224" v3="6367" />
+      <tetrahedron index="33517" v0="4766" v1="5224" v2="5849" v3="6367" />
+      <tetrahedron index="33518" v0="4766" v1="4827" v2="5849" v3="6367" />
+      <tetrahedron index="33519" v0="3558" v1="3721" v2="5043" v3="6396" />
+      <tetrahedron index="33520" v0="3558" v1="5043" v2="5162" v3="6396" />
+      <tetrahedron index="33521" v0="3790" v1="4742" v2="4827" v3="6367" />
+      <tetrahedron index="33522" v0="3790" v1="4742" v2="5225" v3="6367" />
+      <tetrahedron index="33523" v0="5083" v1="5659" v2="6373" v3="6831" />
+      <tetrahedron index="33524" v0="5083" v1="6138" v2="6373" v3="6831" />
+      <tetrahedron index="33525" v0="3612" v1="5473" v2="6251" v3="6831" />
+      <tetrahedron index="33526" v0="5702" v1="6138" v2="6373" v3="6831" />
+      <tetrahedron index="33527" v0="4891" v1="5052" v2="5213" v3="6369" />
+      <tetrahedron index="33528" v0="5052" v1="5213" v2="5601" v3="6369" />
+      <tetrahedron index="33529" v0="4002" v1="4351" v2="4360" v3="6372" />
+      <tetrahedron index="33530" v0="5697" v1="5699" v2="6368" v3="6370" />
+      <tetrahedron index="33531" v0="4919" v1="5697" v2="6368" v3="6370" />
+      <tetrahedron index="33532" v0="3603" v1="3748" v2="4066" v3="6838" />
+      <tetrahedron index="33533" v0="3671" v1="4483" v2="5694" v3="6372" />
+      <tetrahedron index="33534" v0="4360" v1="5140" v2="5701" v3="6372" />
+      <tetrahedron index="33535" v0="3671" v1="4002" v2="5107" v3="6372" />
+      <tetrahedron index="33536" v0="4483" v1="5140" v2="5694" v3="6372" />
+      <tetrahedron index="33537" v0="4360" v1="4483" v2="5140" v3="6372" />
+      <tetrahedron index="33538" v0="3748" v1="5441" v2="6405" v3="6838" />
+      <tetrahedron index="33539" v0="4114" v1="4574" v2="5109" v3="6371" />
+      <tetrahedron index="33540" v0="3455" v1="3898" v2="4114" v3="6371" />
+      <tetrahedron index="33541" v0="3898" v1="4114" v2="5699" v3="6371" />
+      <tetrahedron index="33542" v0="3455" v1="3898" v2="5699" v3="6371" />
+      <tetrahedron index="33543" v0="4351" v1="4360" v2="5701" v3="6372" />
+      <tetrahedron index="33544" v0="4002" v1="4130" v2="4351" v3="6372" />
+      <tetrahedron index="33545" v0="4130" v1="4351" v2="5700" v3="6372" />
+      <tetrahedron index="33546" v0="4002" v1="4130" v2="5700" v3="6372" />
+      <tetrahedron index="33547" v0="5110" v1="5698" v2="5700" v3="6372" />
+      <tetrahedron index="33548" v0="4351" v1="5110" v2="5700" v3="6372" />
+      <tetrahedron index="33549" v0="4351" v1="5110" v2="5701" v3="6372" />
+      <tetrahedron index="33550" v0="5140" v1="5698" v2="5701" v3="6372" />
+      <tetrahedron index="33551" v0="5110" v1="5698" v2="5701" v3="6372" />
+      <tetrahedron index="33552" v0="3353" v1="3430" v2="6337" v3="6375" />
+      <tetrahedron index="33553" v0="5122" v1="5714" v2="5715" v3="6833" />
+      <tetrahedron index="33554" v0="5122" v1="5713" v2="6384" v3="6833" />
+      <tetrahedron index="33555" v0="5122" v1="6017" v2="6383" v3="6833" />
+      <tetrahedron index="33556" v0="4945" v1="6382" v2="6383" v3="6833" />
+      <tetrahedron index="33557" v0="5122" v1="5714" v2="6383" v3="6833" />
+      <tetrahedron index="33558" v0="4127" v1="5033" v2="5667" v3="6529" />
+      <tetrahedron index="33559" v0="3852" v1="3998" v2="5374" v3="6529" />
+      <tetrahedron index="33560" v0="3476" v1="5102" v2="5117" v3="6375" />
+      <tetrahedron index="33561" v0="4438" v1="4552" v2="5181" v3="6449" />
+      <tetrahedron index="33562" v0="5102" v1="5117" v2="5892" v3="6375" />
+      <tetrahedron index="33563" v0="5117" v1="5892" v2="6337" v3="6375" />
+      <tetrahedron index="33564" v0="4127" v1="4240" v2="5667" v3="6529" />
+      <tetrahedron index="33565" v0="4947" v1="5087" v2="5667" v3="6529" />
+      <tetrahedron index="33566" v0="3447" v1="3449" v2="5502" v3="6376" />
+      <tetrahedron index="33567" v0="5048" v1="5706" v2="6352" v3="6376" />
+      <tetrahedron index="33568" v0="4969" v1="5048" v2="6352" v3="6376" />
+      <tetrahedron index="33569" v0="4969" v1="5048" v2="5591" v3="6376" />
+      <tetrahedron index="33570" v0="3771" v1="4107" v2="5769" v3="6378" />
+      <tetrahedron index="33571" v0="5119" v1="5707" v2="5772" v3="6378" />
+      <tetrahedron index="33572" v0="3772" v1="5119" v2="5708" v3="6378" />
+      <tetrahedron index="33573" v0="3770" v1="4107" v2="5323" v3="6378" />
+      <tetrahedron index="33574" v0="5325" v1="5326" v2="5973" v3="6381" />
+      <tetrahedron index="33575" v0="3771" v1="3772" v2="4473" v3="6378" />
+      <tetrahedron index="33576" v0="3772" v1="4473" v2="5119" v3="6378" />
+      <tetrahedron index="33577" v0="4473" v1="5119" v2="5472" v3="6378" />
+      <tetrahedron index="33578" v0="5119" v1="5472" v2="5772" v3="6378" />
+      <tetrahedron index="33579" v0="4473" v1="5472" v2="5772" v3="6378" />
+      <tetrahedron index="33580" v0="4266" v1="4268" v2="4486" v3="6702" />
+      <tetrahedron index="33581" v0="4473" v1="5772" v2="6136" v3="6378" />
+      <tetrahedron index="33582" v0="3771" v1="4473" v2="6136" v3="6378" />
+      <tetrahedron index="33583" v0="4931" v1="5707" v2="5708" v3="6379" />
+      <tetrahedron index="33584" v0="4723" v1="5321" v2="5322" v3="6379" />
+      <tetrahedron index="33585" v0="4723" v1="5321" v2="5708" v3="6379" />
+      <tetrahedron index="33586" v0="4931" v1="5321" v2="5322" v3="6379" />
+      <tetrahedron index="33587" v0="4931" v1="5321" v2="5708" v3="6379" />
+      <tetrahedron index="33588" v0="3770" v1="5323" v2="6378" v3="6380" />
+      <tetrahedron index="33589" v0="4931" v1="5321" v2="5323" v3="6380" />
+      <tetrahedron index="33590" v0="5321" v1="5323" v2="5708" v3="6380" />
+      <tetrahedron index="33591" v0="4931" v1="5321" v2="5708" v3="6380" />
+      <tetrahedron index="33592" v0="3728" v1="4178" v2="5969" v3="6435" />
+      <tetrahedron index="33593" v0="3728" v1="3729" v2="4178" v3="6435" />
+      <tetrahedron index="33594" v0="3844" v1="5139" v2="6437" v3="6859" />
+      <tetrahedron index="33595" v0="4281" v1="5139" v2="6398" v3="6859" />
+      <tetrahedron index="33596" v0="3343" v1="5769" v2="5771" v3="6435" />
+      <tetrahedron index="33597" v0="3843" v1="3979" v2="6437" v3="6859" />
+      <tetrahedron index="33598" v0="5139" v1="5770" v2="6437" v3="6859" />
+      <tetrahedron index="33599" v0="4931" v1="4990" v2="6434" v3="6435" />
+      <tetrahedron index="33600" v0="4990" v1="5770" v2="6434" v3="6435" />
+      <tetrahedron index="33601" v0="3916" v1="5325" v2="5326" v3="6381" />
+      <tetrahedron index="33602" v0="3915" v1="3925" v2="5326" v3="6381" />
+      <tetrahedron index="33603" v0="3925" v1="5326" v2="5974" v3="6381" />
+      <tetrahedron index="33604" v0="3915" v1="3925" v2="5974" v3="6381" />
+      <tetrahedron index="33605" v0="3913" v1="3916" v2="4727" v3="6381" />
+      <tetrahedron index="33606" v0="3916" v1="4727" v2="5325" v3="6381" />
+      <tetrahedron index="33607" v0="3915" v1="3916" v2="3926" v3="6381" />
+      <tetrahedron index="33608" v0="3915" v1="3926" v2="5326" v3="6381" />
+      <tetrahedron index="33609" v0="3916" v1="3926" v2="5326" v3="6381" />
+      <tetrahedron index="33610" v0="3691" v1="5143" v2="5187" v3="5534" />
+      <tetrahedron index="33611" v0="4074" v1="5230" v2="5717" v3="6385" />
+      <tetrahedron index="33612" v0="3424" v1="3691" v2="5143" v3="5534" />
+      <tetrahedron index="33613" v0="4037" v1="4074" v2="5717" v3="6385" />
+      <tetrahedron index="33614" v0="4013" v1="5229" v2="5719" v3="6385" />
+      <tetrahedron index="33615" v0="4897" v1="5229" v2="5852" v3="6385" />
+      <tetrahedron index="33616" v0="4012" v1="4013" v2="5229" v3="6385" />
+      <tetrahedron index="33617" v0="4011" v1="4012" v2="4013" v3="6385" />
+      <tetrahedron index="33618" v0="3961" v1="4143" v2="5714" v3="6383" />
+      <tetrahedron index="33619" v0="4457" v1="4515" v2="4552" v3="6450" />
+      <tetrahedron index="33620" v0="4515" v1="5072" v2="5793" v3="6450" />
+      <tetrahedron index="33621" v0="4945" v1="5792" v2="6382" v3="6384" />
+      <tetrahedron index="33622" v0="4879" v1="5180" v2="5792" v3="6384" />
+      <tetrahedron index="33623" v0="4879" v1="5792" v2="6382" v3="6384" />
+      <tetrahedron index="33624" v0="3732" v1="5014" v2="6389" v3="6834" />
+      <tetrahedron index="33625" v0="3732" v1="3733" v2="5808" v3="6834" />
+      <tetrahedron index="33626" v0="3733" v1="5463" v2="5808" v3="6834" />
+      <tetrahedron index="33627" v0="3732" v1="3733" v2="6389" v3="6834" />
+      <tetrahedron index="33628" v0="4011" v1="4013" v2="4037" v3="6385" />
+      <tetrahedron index="33629" v0="4013" v1="4037" v2="5717" v3="6385" />
+      <tetrahedron index="33630" v0="5717" v1="5719" v2="5852" v3="6385" />
+      <tetrahedron index="33631" v0="5229" v1="5719" v2="5852" v3="6385" />
+      <tetrahedron index="33632" v0="4887" v1="5198" v2="5719" v3="6388" />
+      <tetrahedron index="33633" v0="4531" v1="4552" v2="4626" v3="6386" />
+      <tetrahedron index="33634" v0="4531" v1="4552" v2="6018" v3="6386" />
+      <tetrahedron index="33635" v0="5072" v1="5793" v2="5794" v3="6450" />
+      <tetrahedron index="33636" v0="4945" v1="5792" v2="6018" v3="6386" />
+      <tetrahedron index="33637" v0="4552" v1="5792" v2="6018" v3="6386" />
+      <tetrahedron index="33638" v0="4887" v1="5200" v2="5819" v3="6388" />
+      <tetrahedron index="33639" v0="3769" v1="5101" v2="5854" v3="6501" />
+      <tetrahedron index="33640" v0="5123" v1="5717" v2="5719" v3="6388" />
+      <tetrahedron index="33641" v0="5078" v1="5716" v2="5819" v3="6388" />
+      <tetrahedron index="33642" v0="4371" v1="5199" v2="5716" v3="6387" />
+      <tetrahedron index="33643" v0="4371" v1="4720" v2="5716" v3="6387" />
+      <tetrahedron index="33644" v0="3985" v1="4299" v2="5794" v3="6450" />
+      <tetrahedron index="33645" v0="3985" v1="4299" v2="5072" v3="6450" />
+      <tetrahedron index="33646" v0="4457" v1="4552" v2="5793" v3="6450" />
+      <tetrahedron index="33647" v0="3971" v1="4299" v2="4457" v3="6450" />
+      <tetrahedron index="33648" v0="3477" v1="3635" v2="4371" v3="6387" />
+      <tetrahedron index="33649" v0="3635" v1="4371" v2="4438" v3="6387" />
+      <tetrahedron index="33650" v0="3477" v1="3635" v2="5791" v3="6387" />
+      <tetrahedron index="33651" v0="4299" v1="4457" v2="4515" v3="6450" />
+      <tetrahedron index="33652" v0="5181" v1="5793" v2="5794" v3="6450" />
+      <tetrahedron index="33653" v0="5018" v1="5533" v2="5535" v3="6835" />
+      <tetrahedron index="33654" v0="5007" v1="5533" v2="6057" v3="6835" />
+      <tetrahedron index="33655" v0="3727" v1="3732" v2="3733" v3="6389" />
+      <tetrahedron index="33656" v0="3727" v1="3732" v2="5723" v3="6389" />
+      <tetrahedron index="33657" v0="3578" v1="3609" v2="5571" v3="6390" />
+      <tetrahedron index="33658" v0="3815" v1="4291" v2="5539" v3="6390" />
+      <tetrahedron index="33659" v0="4291" v1="5539" v2="5541" v3="6390" />
+      <tetrahedron index="33660" v0="3578" v1="3815" v2="4291" v3="6390" />
+      <tetrahedron index="33661" v0="5724" v1="6208" v2="6213" v3="6390" />
+      <tetrahedron index="33662" v0="5539" v1="6208" v2="6213" v3="6390" />
+      <tetrahedron index="33663" v0="3815" v1="5539" v2="6208" v3="6390" />
+      <tetrahedron index="33664" v0="3578" v1="3663" v2="3815" v3="6390" />
+      <tetrahedron index="33665" v0="3578" v1="3663" v2="5724" v3="6390" />
+      <tetrahedron index="33666" v0="3663" v1="5724" v2="6208" v3="6390" />
+      <tetrahedron index="33667" v0="3663" v1="3815" v2="6208" v3="6390" />
+      <tetrahedron index="33668" v0="4847" v1="6247" v2="6806" v3="6974" />
+      <tetrahedron index="33669" v0="5572" v1="6247" v2="6611" v3="6974" />
+      <tetrahedron index="33670" v0="4613" v1="5020" v2="6210" v3="6762" />
+      <tetrahedron index="33671" v0="5020" v1="6210" v2="6747" v3="6762" />
+      <tetrahedron index="33672" v0="4994" v1="5489" v2="5811" v3="6468" />
+      <tetrahedron index="33673" v0="5020" v1="5541" v2="6212" v3="6762" />
+      <tetrahedron index="33674" v0="4995" v1="5490" v2="6327" v3="6394" />
+      <tetrahedron index="33675" v0="4872" v1="5490" v2="6327" v3="6394" />
+      <tetrahedron index="33676" v0="4972" v1="5441" v2="5484" v3="6549" />
+      <tetrahedron index="33677" v0="5442" v1="5937" v2="6101" v3="6549" />
+      <tetrahedron index="33678" v0="5130" v1="5730" v2="6152" v3="6394" />
+      <tetrahedron index="33679" v0="4995" v1="5130" v2="6152" v3="6394" />
+      <tetrahedron index="33680" v0="5490" v1="5730" v2="6152" v3="6394" />
+      <tetrahedron index="33681" v0="4995" v1="5490" v2="6152" v3="6394" />
+      <tetrahedron index="33682" v0="5165" v1="5730" v2="5780" v3="6394" />
+      <tetrahedron index="33683" v0="5130" v1="5730" v2="5780" v3="6394" />
+      <tetrahedron index="33684" v0="5130" v1="5780" v2="6325" v3="6394" />
+      <tetrahedron index="33685" v0="4721" v1="4733" v2="5731" v3="6395" />
+      <tetrahedron index="33686" v0="3956" v1="4241" v2="5732" v3="6396" />
+      <tetrahedron index="33687" v0="3956" v1="4263" v2="5732" v3="6396" />
+      <tetrahedron index="33688" v0="4016" v1="5442" v2="5937" v3="6549" />
+      <tetrahedron index="33689" v0="4992" v1="5485" v2="6101" v3="6549" />
+      <tetrahedron index="33690" v0="4854" v1="5148" v2="6083" v3="6550" />
+      <tetrahedron index="33691" v0="3529" v1="3765" v2="4016" v3="6549" />
+      <tetrahedron index="33692" v0="3289" v1="4335" v2="5735" v3="6397" />
+      <tetrahedron index="33693" v0="5941" v1="5943" v2="6550" v3="6551" />
+      <tetrahedron index="33694" v0="5042" v1="5747" v2="6083" v3="6900" />
+      <tetrahedron index="33695" v0="3786" v1="5148" v2="6033" v3="6580" />
+      <tetrahedron index="33696" v0="3558" v1="3721" v2="4263" v3="6396" />
+      <tetrahedron index="33697" v0="3558" v1="4263" v2="5162" v3="6396" />
+      <tetrahedron index="33698" v0="3272" v1="4076" v2="5535" v3="6397" />
+      <tetrahedron index="33699" v0="3661" v1="5401" v2="6059" v3="6647" />
+      <tetrahedron index="33700" v0="4958" v1="5401" v2="5666" v3="6647" />
+      <tetrahedron index="33701" v0="3290" v1="5018" v2="5739" v3="6397" />
+      <tetrahedron index="33702" v0="3290" v1="4335" v2="5739" v3="6397" />
+      <tetrahedron index="33703" v0="3273" v1="3289" v2="3290" v3="6397" />
+      <tetrahedron index="33704" v0="3289" v1="3290" v2="4335" v3="6397" />
+      <tetrahedron index="33705" v0="4890" v1="5107" v2="5826" v3="6837" />
+      <tetrahedron index="33706" v0="3728" v1="5323" v2="5969" v3="6435" />
+      <tetrahedron index="33707" v0="4990" v1="5770" v2="5771" v3="6435" />
+      <tetrahedron index="33708" v0="3729" v1="4990" v2="5771" v3="6435" />
+      <tetrahedron index="33709" v0="5323" v1="5769" v2="6380" v3="6435" />
+      <tetrahedron index="33710" v0="4280" v1="4281" v2="5139" v3="6398" />
+      <tetrahedron index="33711" v0="4280" v1="5139" v2="5736" v3="6398" />
+      <tetrahedron index="33712" v0="5112" v1="5702" v2="6373" v3="6399" />
+      <tetrahedron index="33713" v0="4979" v1="5703" v2="6373" v3="6399" />
+      <tetrahedron index="33714" v0="4979" v1="5702" v2="6373" v3="6399" />
+      <tetrahedron index="33715" v0="3314" v1="3834" v2="5679" v3="6401" />
+      <tetrahedron index="33716" v0="3314" v1="3834" v2="5737" v3="6401" />
+      <tetrahedron index="33717" v0="3312" v1="5288" v2="5679" v3="6401" />
+      <tetrahedron index="33718" v0="3312" v1="3314" v2="5679" v3="6401" />
+      <tetrahedron index="33719" v0="3402" v1="5209" v2="5288" v3="6401" />
+      <tetrahedron index="33720" v0="4277" v1="4305" v2="4354" v3="5153" />
+      <tetrahedron index="33721" v0="5269" v1="5904" v2="6495" v3="6893" />
+      <tetrahedron index="33722" v0="3314" v1="3402" v2="5737" v3="6401" />
+      <tetrahedron index="33723" v0="3377" v1="3603" v2="3748" v3="6838" />
+      <tetrahedron index="33724" v0="3402" v1="5208" v2="5209" v3="6402" />
+      <tetrahedron index="33725" v0="5208" v1="5737" v2="6400" v3="6402" />
+      <tetrahedron index="33726" v0="3377" v1="3748" v2="5441" v3="6838" />
+      <tetrahedron index="33727" v0="5207" v1="5927" v2="6370" v3="6402" />
+      <tetrahedron index="33728" v0="4890" v1="5207" v2="6370" v3="6402" />
+      <tetrahedron index="33729" v0="3402" v1="4060" v2="5208" v3="6402" />
+      <tetrahedron index="33730" v0="4060" v1="5208" v2="5737" v3="6402" />
+      <tetrahedron index="33731" v0="3402" v1="4060" v2="5737" v3="6402" />
+      <tetrahedron index="33732" v0="3253" v1="5299" v2="5937" v3="6403" />
+      <tetrahedron index="33733" v0="3253" v1="3963" v2="5937" v3="6403" />
+      <tetrahedron index="33734" v0="3391" v1="5120" v2="5277" v3="6985" />
+      <tetrahedron index="33735" v0="5193" v1="6430" v2="6909" v3="7023" />
+      <tetrahedron index="33736" v0="4942" v1="6353" v2="6827" v3="6985" />
+      <tetrahedron index="33737" v0="4922" v1="5299" v2="5937" v3="6403" />
+      <tetrahedron index="33738" v0="4922" v1="4972" v2="5937" v3="6403" />
+      <tetrahedron index="33739" v0="3965" v1="4066" v2="4763" v3="6404" />
+      <tetrahedron index="33740" v0="4993" v1="5487" v2="5742" v3="6406" />
+      <tetrahedron index="33741" v0="3748" v1="3963" v2="3965" v3="6404" />
+      <tetrahedron index="33742" v0="4093" v1="5486" v2="5742" v3="6406" />
+      <tetrahedron index="33743" v0="3963" v1="4972" v2="5441" v3="6404" />
+      <tetrahedron index="33744" v0="3748" v1="3963" v2="5441" v3="6404" />
+      <tetrahedron index="33745" v0="4939" v1="5996" v2="6595" v3="6839" />
+      <tetrahedron index="33746" v0="4472" v1="5517" v2="6185" v3="6968" />
+      <tetrahedron index="33747" v0="4972" v1="5741" v2="6404" v3="6405" />
+      <tetrahedron index="33748" v0="4972" v1="5441" v2="6404" v3="6405" />
+      <tetrahedron index="33749" v0="3748" v1="5441" v2="6404" v3="6405" />
+      <tetrahedron index="33750" v0="3748" v1="4066" v2="6404" v3="6405" />
+      <tetrahedron index="33751" v0="5474" v1="5475" v2="5551" v3="6991" />
+      <tetrahedron index="33752" v0="4939" v1="6595" v2="6839" v3="6846" />
+      <tetrahedron index="33753" v0="5167" v1="6228" v2="6409" v3="6843" />
+      <tetrahedron index="33754" v0="4971" v1="5437" v2="6099" v3="6847" />
+      <tetrahedron index="33755" v0="5748" v1="6407" v2="6600" v3="6839" />
+      <tetrahedron index="33756" v0="4939" v1="6407" v2="6600" v3="6839" />
+      <tetrahedron index="33757" v0="5517" v1="6183" v2="6184" v3="6968" />
+      <tetrahedron index="33758" v0="4544" v1="5487" v2="6319" v3="6406" />
+      <tetrahedron index="33759" v0="4544" v1="4545" v2="6319" v3="6406" />
+      <tetrahedron index="33760" v0="4545" v1="5743" v2="6319" v3="6406" />
+      <tetrahedron index="33761" v0="5742" v1="5743" v2="6319" v3="6406" />
+      <tetrahedron index="33762" v0="6117" v1="6121" v2="6126" v3="6688" />
+      <tetrahedron index="33763" v0="3489" v1="3763" v2="6032" v3="6617" />
+      <tetrahedron index="33764" v0="5782" v1="6409" v2="6841" v3="6843" />
+      <tetrahedron index="33765" v0="5008" v1="5750" v2="6186" v3="6413" />
+      <tetrahedron index="33766" v0="5284" v1="5750" v2="6179" v3="6413" />
+      <tetrahedron index="33767" v0="5750" v1="6182" v2="6412" v3="6413" />
+      <tetrahedron index="33768" v0="5353" v1="6601" v2="6603" v3="6917" />
+      <tetrahedron index="33769" v0="3530" v1="5749" v2="5816" v3="6470" />
+      <tetrahedron index="33770" v0="3520" v1="4278" v2="6040" v3="6410" />
+      <tetrahedron index="33771" v0="4917" v1="5284" v2="5924" v3="6845" />
+      <tetrahedron index="33772" v0="6590" v1="6611" v2="6754" v3="6911" />
+      <tetrahedron index="33773" v0="4861" v1="6043" v2="6463" v3="6464" />
+      <tetrahedron index="33774" v0="5193" v1="6188" v2="6765" v3="6841" />
+      <tetrahedron index="33775" v0="5005" v1="6172" v2="6173" v3="6965" />
+      <tetrahedron index="33776" v0="5167" v1="6014" v2="6409" v3="6841" />
+      <tetrahedron index="33777" v0="5346" v1="6246" v2="6569" v3="6853" />
+      <tetrahedron index="33778" v0="4861" v1="5019" v2="6043" v3="6463" />
+      <tetrahedron index="33779" v0="4953" v1="5019" v2="6043" v3="6463" />
+      <tetrahedron index="33780" v0="4861" v1="6464" v2="6569" v3="6622" />
+      <tetrahedron index="33781" v0="5316" v1="5959" v2="6246" v3="6853" />
+      <tetrahedron index="33782" v0="5008" v1="5515" v2="6186" v3="6413" />
+      <tetrahedron index="33783" v0="6230" v1="6234" v2="6431" v3="6735" />
+      <tetrahedron index="33784" v0="5527" v1="6117" v2="6201" v3="6688" />
+      <tetrahedron index="33785" v0="4854" v1="5762" v2="6080" v3="6657" />
+      <tetrahedron index="33786" v0="5809" v1="6462" v2="6623" v3="6844" />
+      <tetrahedron index="33787" v0="5195" v1="5817" v2="6472" v3="6872" />
+      <tetrahedron index="33788" v0="4864" v1="6724" v2="6849" v3="6991" />
+      <tetrahedron index="33789" v0="5025" v1="5551" v2="6419" v3="6991" />
+      <tetrahedron index="33790" v0="4911" v1="5995" v2="6592" v3="6917" />
+      <tetrahedron index="33791" v0="4911" v1="5057" v2="6592" v3="6917" />
+      <tetrahedron index="33792" v0="4940" v1="5016" v2="6203" v3="6918" />
+      <tetrahedron index="33793" v0="3287" v1="4492" v2="5613" v3="6583" />
+      <tetrahedron index="33794" v0="4227" v1="4494" v2="6007" v3="6918" />
+      <tetrahedron index="33795" v0="5268" v1="6299" v2="6673" v3="6707" />
+      <tetrahedron index="33796" v0="4746" v1="4804" v2="4805" v3="6601" />
+      <tetrahedron index="33797" v0="5355" v1="6007" v2="6203" v3="6918" />
+      <tetrahedron index="33798" v0="5265" v1="5352" v2="6000" v3="6601" />
+      <tetrahedron index="33799" v0="4911" v1="5265" v2="6000" v3="6601" />
+      <tetrahedron index="33800" v0="6291" v1="6876" v2="6897" v3="7009" />
+      <tetrahedron index="33801" v0="4430" v1="4504" v2="4811" v3="6736" />
+      <tetrahedron index="33802" v0="5060" v1="5613" v2="5618" v3="6583" />
+      <tetrahedron index="33803" v0="4746" v1="5353" v2="6003" v3="6601" />
+      <tetrahedron index="33804" v0="4746" v1="5352" v2="6003" v3="6601" />
+      <tetrahedron index="33805" v0="4852" v1="6287" v2="6597" v3="6790" />
+      <tetrahedron index="33806" v0="4938" v1="5345" v2="6272" v3="6778" />
+      <tetrahedron index="33807" v0="5353" v1="6002" v2="6003" v3="6601" />
+      <tetrahedron index="33808" v0="4804" v1="5265" v2="5900" v3="6601" />
+      <tetrahedron index="33809" v0="4911" v1="6000" v2="6002" v3="6601" />
+      <tetrahedron index="33810" v0="4940" v1="5596" v2="5978" v3="6604" />
+      <tetrahedron index="33811" v0="5750" v1="6179" v2="6186" v3="6413" />
+      <tetrahedron index="33812" v0="5149" v1="5749" v2="6868" v3="6871" />
+      <tetrahedron index="33813" v0="4033" v1="4838" v2="6470" v3="6872" />
+      <tetrahedron index="33814" v0="5749" v1="6462" v2="6868" v3="6871" />
+      <tetrahedron index="33815" v0="5749" v1="6462" v2="6844" v3="6871" />
+      <tetrahedron index="33816" v0="5749" v1="6414" v2="6844" v3="6871" />
+      <tetrahedron index="33817" v0="4884" v1="5509" v2="5811" v3="6469" />
+      <tetrahedron index="33818" v0="4454" v1="5753" v2="6249" v3="6415" />
+      <tetrahedron index="33819" v0="4445" v1="4454" v2="6249" v3="6415" />
+      <tetrahedron index="33820" v0="4277" v1="4541" v2="4634" v3="6416" />
+      <tetrahedron index="33821" v0="4541" v1="4634" v2="5437" v3="6416" />
+      <tetrahedron index="33822" v0="4019" v1="5054" v2="5794" v3="6451" />
+      <tetrahedron index="33823" v0="4019" v1="5054" v2="5608" v3="6451" />
+      <tetrahedron index="33824" v0="4021" v1="4276" v2="4277" v3="6416" />
+      <tetrahedron index="33825" v0="4021" v1="4276" v2="6217" v3="6416" />
+      <tetrahedron index="33826" v0="4634" v1="5437" v2="5546" v3="6416" />
+      <tetrahedron index="33827" v0="4021" v1="5546" v2="6217" v3="6416" />
+      <tetrahedron index="33828" v0="4021" v1="4277" v2="4634" v3="6416" />
+      <tetrahedron index="33829" v0="4021" v1="4634" v2="5546" v3="6416" />
+      <tetrahedron index="33830" v0="4304" v1="5508" v2="5754" v3="6417" />
+      <tetrahedron index="33831" v0="3992" v1="5781" v2="5842" v3="6490" />
+      <tetrahedron index="33832" v0="3891" v1="4304" v2="5504" v3="6417" />
+      <tetrahedron index="33833" v0="3891" v1="5504" v2="6167" v3="6417" />
+      <tetrahedron index="33834" v0="4939" v1="5348" v2="6002" v3="6848" />
+      <tetrahedron index="33835" v0="3891" v1="4304" v2="5508" v3="6417" />
+      <tetrahedron index="33836" v0="3891" v1="5508" v2="6167" v3="6417" />
+      <tetrahedron index="33837" v0="4857" v1="6105" v2="6648" v3="6676" />
+      <tetrahedron index="33838" v0="5348" v1="6171" v2="6723" v3="6848" />
+      <tetrahedron index="33839" v0="4981" v1="5444" v2="6102" v3="6676" />
+      <tetrahedron index="33840" v0="5057" v1="6004" v2="6602" v3="6603" />
+      <tetrahedron index="33841" v0="4805" v1="5353" v2="6601" v3="6603" />
+      <tetrahedron index="33842" v0="4053" v1="5340" v2="6309" v3="6810" />
+      <tetrahedron index="33843" v0="3776" v1="3777" v2="3992" v3="6490" />
+      <tetrahedron index="33844" v0="5300" v1="5761" v2="6426" v3="6729" />
+      <tetrahedron index="33845" v0="5518" v1="6172" v2="6187" v3="6725" />
+      <tetrahedron index="33846" v0="5300" v1="5761" v2="6331" v3="6729" />
+      <tetrahedron index="33847" v0="6176" v1="6652" v2="6729" v3="6992" />
+      <tetrahedron index="33848" v0="5460" v1="6125" v2="6127" v3="6725" />
+      <tetrahedron index="33849" v0="5656" v1="5761" v2="6331" v3="6729" />
+      <tetrahedron index="33850" v0="5460" v1="6124" v2="6125" v3="6725" />
+      <tetrahedron index="33851" v0="5153" v1="5756" v2="6416" v3="6421" />
+      <tetrahedron index="33852" v0="4940" v1="5016" v2="5676" v3="6993" />
+      <tetrahedron index="33853" v0="5155" v1="5951" v2="6103" v3="6850" />
+      <tetrahedron index="33854" v0="4939" v1="6419" v2="6595" v3="6848" />
+      <tetrahedron index="33855" v0="5153" v1="5755" v2="6420" v3="6849" />
+      <tetrahedron index="33856" v0="5153" v1="5755" v2="6724" v3="6849" />
+      <tetrahedron index="33857" v0="5153" v1="5841" v2="6421" v3="6849" />
+      <tetrahedron index="33858" v0="5149" v1="5814" v2="6470" v3="6599" />
+      <tetrahedron index="33859" v0="5149" v1="5749" v2="6470" v3="6599" />
+      <tetrahedron index="33860" v0="5149" v1="5751" v2="5999" v3="6916" />
+      <tetrahedron index="33861" v0="5411" v1="6125" v2="6172" v3="6725" />
+      <tetrahedron index="33862" v0="5761" v1="6426" v2="6652" v3="6729" />
+      <tetrahedron index="33863" v0="4342" v1="4539" v2="5007" v3="6646" />
+      <tetrahedron index="33864" v0="5736" v1="6252" v2="6399" v3="6836" />
+      <tetrahedron index="33865" v0="3271" v1="3272" v2="3711" v3="6646" />
+      <tetrahedron index="33866" v0="6495" v1="6882" v2="6947" v3="6999" />
+      <tetrahedron index="33867" v0="5153" v1="5754" v2="5841" v3="6489" />
+      <tetrahedron index="33868" v0="3272" v1="3711" v2="5535" v3="6646" />
+      <tetrahedron index="33869" v0="4869" v1="5770" v2="6399" v3="6836" />
+      <tetrahedron index="33870" v0="5011" v1="5012" v2="6265" v3="6423" />
+      <tetrahedron index="33871" v0="3973" v1="5011" v2="6265" v3="6423" />
+      <tetrahedron index="33872" v0="5154" v1="5560" v2="5759" v3="6423" />
+      <tetrahedron index="33873" v0="5560" v1="5759" v2="6235" v3="6423" />
+      <tetrahedron index="33874" v0="4478" v1="5154" v2="5560" v3="6423" />
+      <tetrahedron index="33875" v0="4478" v1="5560" v2="6235" v3="6423" />
+      <tetrahedron index="33876" v0="4479" v1="4865" v2="4925" v3="6423" />
+      <tetrahedron index="33877" v0="4479" v1="4925" v2="5154" v3="6423" />
+      <tetrahedron index="33878" v0="4865" v1="4925" v2="5154" v3="6423" />
+      <tetrahedron index="33879" v0="5300" v1="6266" v2="6424" v3="6563" />
+      <tetrahedron index="33880" v0="5954" v1="6264" v2="6562" v3="6564" />
+      <tetrahedron index="33881" v0="3942" v1="5081" v2="6333" v3="6821" />
+      <tetrahedron index="33882" v0="3942" v1="3986" v2="6333" v3="6821" />
+      <tetrahedron index="33883" v0="5080" v1="6333" v2="6817" v3="6821" />
+      <tetrahedron index="33884" v0="5310" v1="6263" v2="6264" v3="6564" />
+      <tetrahedron index="33885" v0="5590" v1="6264" v2="6562" v3="6564" />
+      <tetrahedron index="33886" v0="4242" v1="5269" v2="5846" v3="6653" />
+      <tetrahedron index="33887" v0="5602" v1="6277" v2="6781" v3="6934" />
+      <tetrahedron index="33888" v0="5450" v1="5451" v2="6177" v3="6730" />
+      <tetrahedron index="33889" v0="3828" v1="5271" v2="5513" v3="6730" />
+      <tetrahedron index="33890" v0="4922" v1="5760" v2="6102" v3="6426" />
+      <tetrahedron index="33891" v0="5760" v1="6102" v2="6103" v3="6426" />
+      <tetrahedron index="33892" v0="4922" v1="6102" v2="6103" v3="6426" />
+      <tetrahedron index="33893" v0="4212" v1="5683" v2="6355" v3="6985" />
+      <tetrahedron index="33894" v0="4922" v1="5443" v2="6103" v3="6426" />
+      <tetrahedron index="33895" v0="5193" v1="6855" v2="6989" v3="7023" />
+      <tetrahedron index="33896" v0="4928" v1="6429" v2="6851" v3="6854" />
+      <tetrahedron index="33897" v0="3827" v1="3828" v2="3829" v3="6730" />
+      <tetrahedron index="33898" v0="5197" v1="5761" v2="6176" v3="6427" />
+      <tetrahedron index="33899" v0="5560" v1="5759" v2="6424" v3="6820" />
+      <tetrahedron index="33900" v0="3964" v1="4502" v2="6425" v3="6427" />
+      <tetrahedron index="33901" v0="3964" v1="4488" v2="4489" v3="6427" />
+      <tetrahedron index="33902" v0="5560" v1="6331" v2="6424" v3="6820" />
+      <tetrahedron index="33903" v0="4488" v1="4489" v2="5656" v3="6427" />
+      <tetrahedron index="33904" v0="5602" v1="6277" v2="6655" v3="6934" />
+      <tetrahedron index="33905" v0="4502" v1="5156" v2="6425" v3="6427" />
+      <tetrahedron index="33906" v0="4986" v1="5475" v2="5476" v3="7012" />
+      <tetrahedron index="33907" v0="3868" v1="5287" v2="5960" v3="6570" />
+      <tetrahedron index="33908" v0="3518" v1="4814" v2="5752" v3="6468" />
+      <tetrahedron index="33909" v0="4291" v1="5020" v2="5541" v3="6762" />
+      <tetrahedron index="33910" v0="4291" v1="4613" v2="5541" v3="6762" />
+      <tetrahedron index="33911" v0="4384" v1="4385" v2="4613" v3="6762" />
+      <tetrahedron index="33912" v0="6408" v1="6586" v2="6868" v3="6871" />
+      <tetrahedron index="33913" v0="5751" v1="6408" v2="6469" v3="6871" />
+      <tetrahedron index="33914" v0="4994" v1="5752" v2="6184" v3="6468" />
+      <tetrahedron index="33915" v0="4814" v1="4817" v2="5752" v3="6468" />
+      <tetrahedron index="33916" v0="4820" v1="5284" v2="5989" v3="6990" />
+      <tetrahedron index="33917" v0="4777" v1="5192" v2="5813" v3="6468" />
+      <tetrahedron index="33918" v0="4928" v1="6079" v2="6851" v3="6854" />
+      <tetrahedron index="33919" v0="4949" v1="5379" v2="6030" v3="6592" />
+      <tetrahedron index="33920" v0="6950" v1="6980" v2="7009" v3="7017" />
+      <tetrahedron index="33921" v0="3708" v1="5345" v2="6094" v3="6670" />
+      <tetrahedron index="33922" v0="4861" v1="5538" v2="6591" v3="6912" />
+      <tetrahedron index="33923" v0="5340" v1="6044" v2="6629" v3="6635" />
+      <tetrahedron index="33924" v0="6230" v1="6431" v2="6557" v3="6855" />
+      <tetrahedron index="33925" v0="6099" v1="6421" v2="6675" v3="6930" />
+      <tetrahedron index="33926" v0="4867" v1="6212" v2="6213" v3="6466" />
+      <tetrahedron index="33927" v0="5303" v1="5306" v2="5946" v3="6896" />
+      <tetrahedron index="33928" v0="4994" v1="5489" v2="6184" v3="6468" />
+      <tetrahedron index="33929" v0="6462" v1="6586" v2="6868" v3="6871" />
+      <tetrahedron index="33930" v0="4470" v1="5192" v2="5489" v3="6468" />
+      <tetrahedron index="33931" v0="5351" v1="5999" v2="6411" v3="6990" />
+      <tetrahedron index="33932" v0="4470" v1="4777" v2="4817" v3="6468" />
+      <tetrahedron index="33933" v0="4852" v1="6596" v2="6789" v3="6913" />
+      <tetrahedron index="33934" v0="5840" v1="6596" v2="6644" v3="6913" />
+      <tetrahedron index="33935" v0="4950" v1="5947" v2="6245" v3="6558" />
+      <tetrahedron index="33936" v0="5303" v1="6034" v2="6245" v3="6558" />
+      <tetrahedron index="33937" v0="6173" v1="6726" v2="6727" v3="6856" />
+      <tetrahedron index="33938" v0="5005" v1="6173" v2="6727" v3="6856" />
+      <tetrahedron index="33939" v0="5509" v1="6188" v2="6855" v3="6856" />
+      <tetrahedron index="33940" v0="5307" v1="5945" v2="5947" v3="6558" />
+      <tetrahedron index="33941" v0="4874" v1="6687" v2="6716" v3="7015" />
+      <tetrahedron index="33942" v0="6291" v1="6678" v2="6876" v3="6897" />
+      <tetrahedron index="33943" v0="4950" v1="6034" v2="6245" v3="6558" />
+      <tetrahedron index="33944" v0="4869" v1="5039" v2="5707" v3="6434" />
+      <tetrahedron index="33945" v0="4878" v1="5175" v2="5579" v3="6772" />
+      <tetrahedron index="33946" v0="3694" v1="3911" v2="3912" v3="6574" />
+      <tetrahedron index="33947" v0="4869" v1="5702" v2="5772" v3="6436" />
+      <tetrahedron index="33948" v0="5707" v1="6380" v2="6434" v3="6858" />
+      <tetrahedron index="33949" v0="5707" v1="5772" v2="6380" v3="6858" />
+      <tetrahedron index="33950" v0="5769" v1="5772" v2="6701" v3="6858" />
+      <tetrahedron index="33951" v0="6380" v1="6434" v2="6435" v3="6858" />
+      <tetrahedron index="33952" v0="3444" v1="3694" v2="3911" v3="6574" />
+      <tetrahedron index="33953" v0="3657" v1="5472" v2="5709" v3="6436" />
+      <tetrahedron index="33954" v0="5176" v1="5428" v2="6255" v3="6772" />
+      <tetrahedron index="33955" v0="4281" v1="5481" v2="6398" v3="6859" />
+      <tetrahedron index="33956" v0="4675" v1="5138" v2="5326" v3="6574" />
+      <tetrahedron index="33957" v0="3912" v1="4675" v2="4758" v3="6574" />
+      <tetrahedron index="33958" v0="5140" v1="5698" v2="6372" v3="6837" />
+      <tetrahedron index="33959" v0="4675" v1="4758" v2="5326" v3="6574" />
+      <tetrahedron index="33960" v0="4758" v1="5326" v2="5970" v3="6574" />
+      <tetrahedron index="33961" v0="3843" v1="3979" v2="6147" v3="6859" />
+      <tetrahedron index="33962" v0="4878" v1="5579" v2="6255" v3="6772" />
+      <tetrahedron index="33963" v0="3694" v1="3912" v2="4758" v3="6574" />
+      <tetrahedron index="33964" v0="3343" v1="3728" v2="4107" v3="6435" />
+      <tetrahedron index="33965" v0="3343" v1="4107" v2="5769" v3="6435" />
+      <tetrahedron index="33966" v0="3844" v1="5456" v2="5773" v3="6437" />
+      <tetrahedron index="33967" v0="4871" v1="5049" v2="6439" v3="6860" />
+      <tetrahedron index="33968" v0="5088" v1="5594" v2="5668" v3="6860" />
+      <tetrahedron index="33969" v0="4871" v1="6323" v2="6815" v3="6860" />
+      <tetrahedron index="33970" v0="5668" v1="6439" v2="6815" v3="6860" />
+      <tetrahedron index="33971" v0="5594" v1="6267" v2="6683" v3="6860" />
+      <tetrahedron index="33972" v0="5646" v1="6267" v2="6323" v3="6860" />
+      <tetrahedron index="33973" v0="3634" v1="3843" v2="3979" v3="6437" />
+      <tetrahedron index="33974" v0="5088" v1="5594" v2="6267" v3="6860" />
+      <tetrahedron index="33975" v0="3235" v1="5452" v2="5776" v3="6438" />
+      <tetrahedron index="33976" v0="3233" v1="3235" v2="5776" v3="6438" />
+      <tetrahedron index="33977" v0="4510" v1="5163" v2="5777" v3="6438" />
+      <tetrahedron index="33978" v0="3689" v1="5593" v2="5777" v3="6438" />
+      <tetrahedron index="33979" v0="3689" v1="4510" v2="5777" v3="6438" />
+      <tetrahedron index="33980" v0="4977" v1="5452" v2="5776" v3="6438" />
+      <tetrahedron index="33981" v0="3778" v1="4039" v2="6284" v3="6785" />
+      <tetrahedron index="33982" v0="4977" v1="5452" v2="6112" v3="6438" />
+      <tetrahedron index="33983" v0="3234" v1="3544" v2="5049" v3="6438" />
+      <tetrahedron index="33984" v0="3544" v1="5049" v2="5452" v3="6438" />
+      <tetrahedron index="33985" v0="3234" v1="3544" v2="5452" v3="6438" />
+      <tetrahedron index="33986" v0="5111" v1="5777" v2="6197" v3="6439" />
+      <tetrahedron index="33987" v0="5013" v1="5111" v2="6197" v3="6439" />
+      <tetrahedron index="33988" v0="4618" v1="5135" v2="5830" v3="6816" />
+      <tetrahedron index="33989" v0="4886" v1="5656" v2="6541" v3="6817" />
+      <tetrahedron index="33990" v0="4105" v1="5830" v2="6329" v3="6816" />
+      <tetrahedron index="33991" v0="6053" v1="6642" v2="6703" v3="6864" />
+      <tetrahedron index="33992" v0="3653" v1="4071" v2="5499" v3="6440" />
+      <tetrahedron index="33993" v0="4071" v1="5499" v2="6163" v3="6440" />
+      <tetrahedron index="33994" v0="3653" v1="4071" v2="4784" v3="6440" />
+      <tetrahedron index="33995" v0="6442" v1="6804" v2="6988" v3="6995" />
+      <tetrahedron index="33996" v0="6722" v1="6784" v2="6862" v3="6995" />
+      <tetrahedron index="33997" v0="5782" v1="6442" v2="6964" v3="6995" />
+      <tetrahedron index="33998" v0="6804" v1="6843" v2="6988" v3="6995" />
+      <tetrahedron index="33999" v0="3666" v1="5250" v2="6328" v3="6816" />
+      <tetrahedron index="34000" v0="5250" v1="6328" v2="6759" v3="6816" />
+      <tetrahedron index="34001" v0="5397" v1="6053" v2="6642" v3="6864" />
+      <tetrahedron index="34002" v0="4635" v1="5234" v2="5896" v3="6347" />
+      <tetrahedron index="34003" v0="4871" v1="6112" v2="6322" v3="6441" />
+      <tetrahedron index="34004" v0="4871" v1="6112" v2="6438" v3="6441" />
+      <tetrahedron index="34005" v0="4871" v1="5163" v2="6438" v3="6441" />
+      <tetrahedron index="34006" v0="5221" v1="6596" v2="6645" v3="6864" />
+      <tetrahedron index="34007" v0="6642" v1="6645" v2="6703" v3="6864" />
+      <tetrahedron index="34008" v0="5168" v1="6722" v2="6784" v3="6862" />
+      <tetrahedron index="34009" v0="4850" v1="6442" v2="6783" v3="6862" />
+      <tetrahedron index="34010" v0="5363" v1="5844" v2="6780" v3="6978" />
+      <tetrahedron index="34011" v0="5596" v1="5980" v2="6743" v3="6776" />
+      <tetrahedron index="34012" v0="5950" v1="6062" v2="6641" v3="6649" />
+      <tetrahedron index="34013" v0="4878" v1="5040" v2="5784" v3="6446" />
+      <tetrahedron index="34014" v0="4878" v1="5040" v2="5579" v3="6446" />
+      <tetrahedron index="34015" v0="5048" v1="5592" v2="6377" v3="6866" />
+      <tetrahedron index="34016" v0="5048" v1="5591" v2="6455" v3="6866" />
+      <tetrahedron index="34017" v0="3761" v1="5079" v2="5591" v3="6866" />
+      <tetrahedron index="34018" v0="4956" v1="5396" v2="5783" v3="6445" />
+      <tetrahedron index="34019" v0="4956" v1="5396" v2="6060" v3="6445" />
+      <tetrahedron index="34020" v0="4974" v1="5404" v2="6064" v3="6445" />
+      <tetrahedron index="34021" v0="4956" v1="5404" v2="6064" v3="6445" />
+      <tetrahedron index="34022" v0="4956" v1="5405" v2="6064" v3="6445" />
+      <tetrahedron index="34023" v0="4974" v1="5405" v2="6064" v3="6445" />
+      <tetrahedron index="34024" v0="4008" v1="5048" v2="6455" v3="6866" />
+      <tetrahedron index="34025" v0="5079" v1="5804" v2="6455" v3="6866" />
+      <tetrahedron index="34026" v0="4878" v1="5177" v2="5787" v3="6446" />
+      <tetrahedron index="34027" v0="4877" v1="5171" v2="5784" v3="6447" />
+      <tetrahedron index="34028" v0="4967" v1="5171" v2="5784" v3="6447" />
+      <tetrahedron index="34029" v0="4967" v1="5785" v2="6084" v3="6447" />
+      <tetrahedron index="34030" v0="4967" v1="5424" v2="6084" v3="6447" />
+      <tetrahedron index="34031" v0="4877" v1="5172" v2="5173" v3="6447" />
+      <tetrahedron index="34032" v0="5172" v1="5173" v2="5785" v3="6447" />
+      <tetrahedron index="34033" v0="5173" v1="5785" v2="5885" v3="6447" />
+      <tetrahedron index="34034" v0="4877" v1="5173" v2="5885" v3="6447" />
+      <tetrahedron index="34035" v0="5171" v1="5424" v2="6085" v3="6447" />
+      <tetrahedron index="34036" v0="4967" v1="5424" v2="6085" v3="6447" />
+      <tetrahedron index="34037" v0="4967" v1="5171" v2="6085" v3="6447" />
+      <tetrahedron index="34038" v0="3886" v1="5134" v2="6087" v3="6448" />
+      <tetrahedron index="34039" v0="3886" v1="4089" v2="6087" v3="6448" />
+      <tetrahedron index="34040" v0="5431" v1="5710" v2="6353" v3="6664" />
+      <tetrahedron index="34041" v0="5431" v1="6088" v2="6353" v3="6664" />
+      <tetrahedron index="34042" v0="4942" v1="5359" v2="5681" v3="6664" />
+      <tetrahedron index="34043" v0="4942" v1="5359" v2="6353" v3="6664" />
+      <tetrahedron index="34044" v0="4552" v1="5792" v2="6386" v3="6449" />
+      <tetrahedron index="34045" v0="4438" v1="4552" v2="6386" v3="6449" />
+      <tetrahedron index="34046" v0="3635" v1="4438" v2="5181" v3="6449" />
+      <tetrahedron index="34047" v0="3635" v1="4438" v2="6387" v3="6449" />
+      <tetrahedron index="34048" v0="3971" v1="4457" v2="5181" v3="6450" />
+      <tetrahedron index="34049" v0="3971" v1="5181" v2="5794" v3="6450" />
+      <tetrahedron index="34050" v0="3636" v1="4019" v2="5794" v3="6451" />
+      <tetrahedron index="34051" v0="3636" v1="5180" v2="5181" v3="6451" />
+      <tetrahedron index="34052" v0="4879" v1="5181" v2="5793" v3="6451" />
+      <tetrahedron index="34053" v0="5181" v1="5793" v2="5794" v3="6451" />
+      <tetrahedron index="34054" v0="5054" v1="5695" v2="6366" v3="6451" />
+      <tetrahedron index="34055" v0="4879" v1="5695" v2="6366" v3="6451" />
+      <tetrahedron index="34056" v0="4879" v1="5695" v2="5793" v3="6451" />
+      <tetrahedron index="34057" v0="5072" v1="5793" v2="5794" v3="6451" />
+      <tetrahedron index="34058" v0="3478" v1="3636" v2="5181" v3="6451" />
+      <tetrahedron index="34059" v0="3478" v1="5181" v2="5794" v3="6451" />
+      <tetrahedron index="34060" v0="3478" v1="3636" v2="5794" v3="6451" />
+      <tetrahedron index="34061" v0="5054" v1="5072" v2="5695" v3="6451" />
+      <tetrahedron index="34062" v0="5072" v1="5695" v2="5793" v3="6451" />
+      <tetrahedron index="34063" v0="5054" v1="5794" v2="5851" v3="6451" />
+      <tetrahedron index="34064" v0="5072" v1="5794" v2="5851" v3="6451" />
+      <tetrahedron index="34065" v0="5054" v1="5072" v2="5851" v3="6451" />
+      <tetrahedron index="34066" v0="5024" v1="5796" v2="5967" v3="6452" />
+      <tetrahedron index="34067" v0="5024" v1="5967" v2="6196" v3="6452" />
+      <tetrahedron index="34068" v0="4426" v1="4427" v2="5111" v3="6452" />
+      <tetrahedron index="34069" v0="4427" v1="5111" v2="5796" v3="6452" />
+      <tetrahedron index="34070" v0="4969" v1="5000" v2="5502" v3="6453" />
+      <tetrahedron index="34071" v0="3950" v1="5077" v2="6206" v3="6454" />
+      <tetrahedron index="34072" v0="3682" v1="5143" v2="5739" v3="6454" />
+      <tetrahedron index="34073" v0="3682" v1="5143" v2="5803" v3="6454" />
+      <tetrahedron index="34074" v0="3682" v1="3951" v2="5803" v3="6454" />
+      <tetrahedron index="34075" v0="5018" v1="5534" v2="5739" v3="6454" />
+      <tetrahedron index="34076" v0="5018" v1="5534" v2="6206" v3="6454" />
+      <tetrahedron index="34077" v0="3950" v1="5018" v2="5739" v3="6454" />
+      <tetrahedron index="34078" v0="3950" v1="5018" v2="6206" v3="6454" />
+      <tetrahedron index="34079" v0="4008" v1="4009" v2="4010" v3="6455" />
+      <tetrahedron index="34080" v0="4008" v1="4009" v2="5501" v3="6455" />
+      <tetrahedron index="34081" v0="4007" v1="5583" v2="6257" v3="6905" />
+      <tetrahedron index="34082" v0="6429" v1="6465" v2="6467" v3="6996" />
+      <tetrahedron index="34083" v0="4373" v1="5286" v2="5926" v3="6905" />
+      <tetrahedron index="34084" v0="3310" v1="5372" v2="5373" v3="6546" />
+      <tetrahedron index="34085" v0="3310" v1="4513" v2="5506" v3="6546" />
+      <tetrahedron index="34086" v0="5527" v1="5807" v2="5874" v3="6459" />
+      <tetrahedron index="34087" v0="3409" v1="4395" v2="5930" v3="6547" />
+      <tetrahedron index="34088" v0="5188" v1="5806" v2="6249" v3="6458" />
+      <tetrahedron index="34089" v0="5553" v1="6224" v2="6751" v3="6770" />
+      <tetrahedron index="34090" v0="3628" v1="5373" v2="6340" v3="6546" />
+      <tetrahedron index="34091" v0="3310" v1="3628" v2="5373" v3="6546" />
+      <tetrahedron index="34092" v0="4222" v1="5087" v2="5292" v3="6547" />
+      <tetrahedron index="34093" v0="4747" v1="5574" v2="5806" v3="6768" />
+      <tetrahedron index="34094" v0="4091" v1="4507" v2="5575" v3="6768" />
+      <tetrahedron index="34095" v0="3896" v1="5014" v2="5527" v3="6459" />
+      <tetrahedron index="34096" v0="3732" v1="3896" v2="5014" v3="6459" />
+      <tetrahedron index="34097" v0="3732" v1="5014" v2="5808" v3="6459" />
+      <tetrahedron index="34098" v0="3732" v1="3896" v2="4090" v3="6459" />
+      <tetrahedron index="34099" v0="3732" v1="4090" v2="5808" v3="6459" />
+      <tetrahedron index="34100" v0="5438" v1="5488" v2="6095" v3="6707" />
+      <tetrahedron index="34101" v0="5246" v1="5807" v2="5874" v3="6460" />
+      <tetrahedron index="34102" v0="5246" v1="5807" v2="6277" v3="6460" />
+      <tetrahedron index="34103" v0="5602" v1="6275" v2="6278" v3="6782" />
+      <tetrahedron index="34104" v0="5194" v1="6001" v2="6840" v3="6868" />
+      <tetrahedron index="34105" v0="5194" v1="5814" v2="6001" v3="6868" />
+      <tetrahedron index="34106" v0="5063" v1="5906" v2="6304" v3="6539" />
+      <tetrahedron index="34107" v0="4436" v1="4830" v2="5906" v3="6539" />
+      <tetrahedron index="34108" v0="4436" v1="5270" v2="5906" v3="6539" />
+      <tetrahedron index="34109" v0="4194" v1="4748" v2="4830" v3="6539" />
+      <tetrahedron index="34110" v0="5995" v1="6594" v2="6755" v3="6948" />
+      <tetrahedron index="34111" v0="4884" v1="6469" v2="6855" v3="6989" />
+      <tetrahedron index="34112" v0="5509" v1="5518" v2="6188" v3="6856" />
+      <tetrahedron index="34113" v0="4033" v1="4034" v2="5816" v3="6471" />
+      <tetrahedron index="34114" v0="4033" v1="5195" v2="5816" v3="6471" />
+      <tetrahedron index="34115" v0="5440" v1="6100" v2="6417" v3="6847" />
+      <tetrahedron index="34116" v0="4861" v1="5538" v2="6591" v3="6624" />
+      <tetrahedron index="34117" v0="6595" v1="6839" v2="6845" v3="6846" />
+      <tetrahedron index="34118" v0="5343" v1="5989" v2="6582" v3="6845" />
+      <tetrahedron index="34119" v0="4917" v1="5343" v2="5924" v3="6845" />
+      <tetrahedron index="34120" v0="5195" v1="5816" v2="6462" v3="6470" />
+      <tetrahedron index="34121" v0="4653" v1="5957" v2="6475" v3="6873" />
+      <tetrahedron index="34122" v0="4321" v1="5315" v2="5725" v3="6869" />
+      <tetrahedron index="34123" v0="5203" v1="5821" v2="6475" v3="6873" />
+      <tetrahedron index="34124" v0="5168" v1="6613" v2="6960" v3="6997" />
+      <tetrahedron index="34125" v0="4321" v1="6042" v2="6621" v3="6869" />
+      <tetrahedron index="34126" v0="4861" v1="5009" v2="6591" v3="6624" />
+      <tetrahedron index="34127" v0="5750" v1="6411" v2="6839" v3="6845" />
+      <tetrahedron index="34128" v0="4321" v1="5315" v2="6621" v3="6869" />
+      <tetrahedron index="34129" v0="5019" v1="5538" v2="6189" v3="6624" />
+      <tetrahedron index="34130" v0="4918" v1="5286" v2="5287" v3="6570" />
+      <tetrahedron index="34131" v0="5307" v1="5946" v2="6245" v3="6896" />
+      <tetrahedron index="34132" v0="4953" v1="6043" v2="6463" v3="6464" />
+      <tetrahedron index="34133" v0="4953" v1="5810" v2="6463" v3="6464" />
+      <tetrahedron index="34134" v0="5303" v1="6245" v2="6558" v3="6896" />
+      <tetrahedron index="34135" v0="5946" v1="6232" v2="6559" v3="6896" />
+      <tetrahedron index="34136" v0="6554" v1="6558" v2="6559" v3="6896" />
+      <tetrahedron index="34137" v0="5993" v1="6589" v2="6666" v3="6750" />
+      <tetrahedron index="34138" v0="4861" v1="6043" v2="6464" v3="6622" />
+      <tetrahedron index="34139" v0="4867" v1="5762" v2="6465" v3="6467" />
+      <tetrahedron index="34140" v0="5307" v1="6245" v2="6558" v3="6896" />
+      <tetrahedron index="34141" v0="4924" v1="5303" v2="6034" v3="6896" />
+      <tetrahedron index="34142" v0="4950" v1="5763" v2="5947" v3="6558" />
+      <tetrahedron index="34143" v0="4470" v1="5192" v2="5812" v3="6746" />
+      <tetrahedron index="34144" v0="5192" v1="6209" v2="6230" v3="6746" />
+      <tetrahedron index="34145" v0="5812" v1="6230" v2="6234" v3="6746" />
+      <tetrahedron index="34146" v0="4447" v1="4470" v2="5812" v3="6746" />
+      <tetrahedron index="34147" v0="4860" v1="6223" v2="6224" v3="6750" />
+      <tetrahedron index="34148" v0="6634" v1="6666" v2="6769" v3="6972" />
+      <tetrahedron index="34149" v0="5307" v1="5570" v2="6245" v3="6748" />
+      <tetrahedron index="34150" v0="5811" v1="6414" v2="6469" v3="6844" />
+      <tetrahedron index="34151" v0="5036" v1="6634" v2="6750" v3="6972" />
+      <tetrahedron index="34152" v0="5019" v1="5538" v2="6463" v3="6621" />
+      <tetrahedron index="34153" v0="4140" v1="4321" v2="4562" v3="6621" />
+      <tetrahedron index="34154" v0="4994" v1="5811" v2="6414" v3="6468" />
+      <tetrahedron index="34155" v0="4817" v1="5489" v2="6184" v3="6468" />
+      <tetrahedron index="34156" v0="4860" v1="6750" v2="6754" v3="6971" />
+      <tetrahedron index="34157" v0="5616" v1="6292" v2="6293" v3="7020" />
+      <tetrahedron index="34158" v0="4860" v1="6221" v2="6754" v3="6971" />
+      <tetrahedron index="34159" v0="5541" v1="6212" v2="6244" v3="6762" />
+      <tetrahedron index="34160" v0="4861" v1="5991" v2="6569" v3="6622" />
+      <tetrahedron index="34161" v0="4861" v1="5019" v2="6043" v3="6624" />
+      <tetrahedron index="34162" v0="5749" v1="5751" v2="6414" v3="6871" />
+      <tetrahedron index="34163" v0="5552" v1="5554" v2="6228" v3="6755" />
+      <tetrahedron index="34164" v0="4994" v1="5509" v2="6183" v3="6469" />
+      <tetrahedron index="34165" v0="4858" v1="5509" v2="6183" v3="6469" />
+      <tetrahedron index="34166" v0="4858" v1="4994" v2="6183" v3="6469" />
+      <tetrahedron index="34167" v0="4917" v1="5343" v2="6582" v3="6845" />
+      <tetrahedron index="34168" v0="5195" v1="6192" v2="6472" v3="6872" />
+      <tetrahedron index="34169" v0="3530" v1="4033" v2="4587" v3="6470" />
+      <tetrahedron index="34170" v0="3530" v1="4033" v2="5816" v3="6470" />
+      <tetrahedron index="34171" v0="4874" v1="6687" v2="6949" v3="6997" />
+      <tetrahedron index="34172" v0="5168" v1="6613" v2="6862" v3="6997" />
+      <tetrahedron index="34173" v0="4885" v1="5051" v2="5817" v3="6472" />
+      <tetrahedron index="34174" v0="4885" v1="5051" v2="6270" v3="6472" />
+      <tetrahedron index="34175" v0="5960" v1="6570" v2="6588" v3="6910" />
+      <tetrahedron index="34176" v0="4954" v1="6626" v2="6629" v3="7011" />
+      <tetrahedron index="34177" v0="4953" v1="5809" v2="6464" v3="6623" />
+      <tetrahedron index="34178" v0="4447" v1="5558" v2="5812" v3="6746" />
+      <tetrahedron index="34179" v0="5809" v1="6043" v2="6464" v3="6623" />
+      <tetrahedron index="34180" v0="4874" v1="6687" v2="6962" v3="6997" />
+      <tetrahedron index="34181" v0="5194" v1="5817" v2="6868" v3="6872" />
+      <tetrahedron index="34182" v0="6053" v1="6292" v2="6773" v3="6976" />
+      <tetrahedron index="34183" v0="5815" v1="6000" v2="6013" v3="6473" />
+      <tetrahedron index="34184" v0="6000" v1="6013" v2="6222" v3="6473" />
+      <tetrahedron index="34185" v0="6013" v1="6222" v2="6271" v3="6473" />
+      <tetrahedron index="34186" v0="5815" v1="6013" v2="6271" v3="6473" />
+      <tetrahedron index="34187" v0="5167" v1="6014" v2="6765" v3="6841" />
+      <tetrahedron index="34188" v0="5511" v1="6174" v2="6312" v3="6965" />
+      <tetrahedron index="34189" v0="4889" v1="5203" v2="5821" v3="6873" />
+      <tetrahedron index="34190" v0="3872" v1="5089" v2="5295" v3="6826" />
+      <tetrahedron index="34191" v0="3538" v1="3872" v2="5295" v3="6826" />
+      <tetrahedron index="34192" v0="4115" v1="5089" v2="5671" v3="6826" />
+      <tetrahedron index="34193" v0="3243" v1="5839" v2="5952" v3="6874" />
+      <tetrahedron index="34194" v0="6054" v1="6263" v2="6637" v3="6874" />
+      <tetrahedron index="34195" v0="3720" v1="4653" v2="4699" v3="6475" />
+      <tetrahedron index="34196" v0="4653" v1="4699" v2="5957" v3="6475" />
+      <tetrahedron index="34197" v0="5839" v1="5952" v2="6561" v3="6874" />
+      <tetrahedron index="34198" v0="4073" v1="5295" v2="5670" v3="6824" />
+      <tetrahedron index="34199" v0="5684" v1="5697" v2="6368" v3="6830" />
+      <tetrahedron index="34200" v0="4889" v1="5690" v2="5822" v3="6476" />
+      <tetrahedron index="34201" v0="3800" v1="4073" v2="5295" v3="6824" />
+      <tetrahedron index="34202" v0="3360" v1="4168" v2="5934" v3="6824" />
+      <tetrahedron index="34203" v0="4889" v1="5205" v2="5821" v3="6476" />
+      <tetrahedron index="34204" v0="5204" v1="5205" v2="5821" v3="6476" />
+      <tetrahedron index="34205" v0="4889" v1="5204" v2="5821" v3="6476" />
+      <tetrahedron index="34206" v0="4927" v1="5204" v2="5823" v3="6477" />
+      <tetrahedron index="34207" v0="4927" v1="5204" v2="5957" v3="6477" />
+      <tetrahedron index="34208" v0="3420" v1="5314" v2="5957" v3="6477" />
+      <tetrahedron index="34209" v0="3420" v1="5204" v2="5957" v3="6477" />
+      <tetrahedron index="34210" v0="3767" v1="4602" v2="6364" v3="6478" />
+      <tetrahedron index="34211" v0="5094" v1="5301" v2="5939" v3="6479" />
+      <tetrahedron index="34212" v0="3370" v1="5094" v2="5301" v3="6479" />
+      <tetrahedron index="34213" v0="3370" v1="5301" v2="5940" v3="6479" />
+      <tetrahedron index="34214" v0="3370" v1="5094" v2="5832" v3="6479" />
+      <tetrahedron index="34215" v0="3248" v1="3370" v2="5832" v3="6479" />
+      <tetrahedron index="34216" v0="3507" v1="3621" v2="5842" v3="6630" />
+      <tetrahedron index="34217" v0="4986" v1="6639" v2="6645" v3="7012" />
+      <tetrahedron index="34218" v0="4935" v1="5339" v2="5563" v3="6480" />
+      <tetrahedron index="34219" v0="5214" v1="5339" v2="5563" v3="6480" />
+      <tetrahedron index="34220" v0="5037" v1="5984" v2="6047" v3="6904" />
+      <tetrahedron index="34221" v0="4935" v1="5339" v2="5636" v3="6480" />
+      <tetrahedron index="34222" v0="5339" v1="5636" v2="5833" v3="6480" />
+      <tetrahedron index="34223" v0="4935" v1="5636" v2="5833" v3="6480" />
+      <tetrahedron index="34224" v0="5233" v1="5834" v2="6358" v3="6481" />
+      <tetrahedron index="34225" v0="5217" v1="5686" v2="5856" v3="6481" />
+      <tetrahedron index="34226" v0="5686" v1="5856" v2="6358" v3="6481" />
+      <tetrahedron index="34227" v0="4593" v1="5233" v2="5834" v3="6481" />
+      <tetrahedron index="34228" v0="4593" v1="5233" v2="5856" v3="6481" />
+      <tetrahedron index="34229" v0="3607" v1="4052" v2="5217" v3="6481" />
+      <tetrahedron index="34230" v0="3607" v1="5217" v2="6214" v3="6481" />
+      <tetrahedron index="34231" v0="3607" v1="4052" v2="6214" v3="6481" />
+      <tetrahedron index="34232" v0="4893" v1="5217" v2="5686" v3="6481" />
+      <tetrahedron index="34233" v0="4893" v1="5686" v2="5834" v3="6481" />
+      <tetrahedron index="34234" v0="5686" v1="5834" v2="6358" v3="6481" />
+      <tetrahedron index="34235" v0="4988" v1="5236" v2="5835" v3="6482" />
+      <tetrahedron index="34236" v0="4148" v1="4231" v2="4382" v3="6482" />
+      <tetrahedron index="34237" v0="4148" v1="4231" v2="5236" v3="6482" />
+      <tetrahedron index="34238" v0="4988" v1="5236" v2="5861" v3="6482" />
+      <tetrahedron index="34239" v0="4382" v1="4988" v2="5861" v3="6482" />
+      <tetrahedron index="34240" v0="4231" v1="5236" v2="5861" v3="6482" />
+      <tetrahedron index="34241" v0="4231" v1="4382" v2="5861" v3="6482" />
+      <tetrahedron index="34242" v0="5055" v1="5219" v2="5838" v3="6484" />
+      <tetrahedron index="34243" v0="4893" v1="4988" v2="5219" v3="6484" />
+      <tetrahedron index="34244" v0="4988" v1="5219" v2="6143" v3="6484" />
+      <tetrahedron index="34245" v0="3768" v1="3845" v2="4032" v3="6502" />
+      <tetrahedron index="34246" v0="4899" v1="5689" v2="5854" v3="6502" />
+      <tetrahedron index="34247" v0="3769" v1="4649" v2="5687" v3="6484" />
+      <tetrahedron index="34248" v0="3394" v1="5838" v2="6143" v3="6484" />
+      <tetrahedron index="34249" v0="3394" v1="4649" v2="6143" v3="6484" />
+      <tetrahedron index="34250" v0="3394" v1="3769" v2="4649" v3="6484" />
+      <tetrahedron index="34251" v0="3768" v1="3981" v2="5854" v3="6502" />
+      <tetrahedron index="34252" v0="4885" v1="5195" v2="6462" v3="6921" />
+      <tetrahedron index="34253" v0="3243" v1="4595" v2="5839" v3="6486" />
+      <tetrahedron index="34254" v0="4629" v1="4732" v2="6420" v3="6914" />
+      <tetrahedron index="34255" v0="4987" v1="5477" v2="6495" v3="6977" />
+      <tetrahedron index="34256" v0="5446" v1="5614" v2="6106" v3="6875" />
+      <tetrahedron index="34257" v0="5170" v1="5446" v2="6487" v3="6875" />
+      <tetrahedron index="34258" v0="5220" v1="6140" v2="6485" v3="6486" />
+      <tetrahedron index="34259" v0="5220" v1="5839" v2="6485" v3="6486" />
+      <tetrahedron index="34260" v0="5589" v1="6053" v2="6262" v3="6638" />
+      <tetrahedron index="34261" v0="5841" v1="6421" v2="6675" v3="6930" />
+      <tetrahedron index="34262" v0="4732" v1="5755" v2="6420" v3="6914" />
+      <tetrahedron index="34263" v0="5589" v1="6053" v2="6637" v3="6638" />
+      <tetrahedron index="34264" v0="3271" v1="4957" v2="5137" v3="6646" />
+      <tetrahedron index="34265" v0="5755" v1="6004" v2="6418" v3="6724" />
+      <tetrahedron index="34266" v0="5841" v1="6171" v2="6724" v3="6880" />
+      <tetrahedron index="34267" v0="5153" v1="5756" v2="6420" v3="6849" />
+      <tetrahedron index="34268" v0="5353" v1="5755" v2="6004" v3="6724" />
+      <tetrahedron index="34269" v0="5508" v1="6167" v2="6417" v3="6489" />
+      <tetrahedron index="34270" v0="5508" v1="5754" v2="6417" v3="6489" />
+      <tetrahedron index="34271" v0="5053" v1="6142" v2="6275" v3="6881" />
+      <tetrahedron index="34272" v0="4670" v1="6490" v2="6491" v3="6881" />
+      <tetrahedron index="34273" v0="4670" v1="5604" v2="6490" v3="6881" />
+      <tetrahedron index="34274" v0="4944" v1="5364" v2="6115" v3="6884" />
+      <tetrahedron index="34275" v0="5603" v1="6278" v2="6712" v3="6783" />
+      <tetrahedron index="34276" v0="6279" v1="6613" v2="6949" v3="6979" />
+      <tetrahedron index="34277" v0="4885" v1="5817" v2="6472" v3="6921" />
+      <tetrahedron index="34278" v0="3777" v1="3778" v2="6284" v3="6809" />
+      <tetrahedron index="34279" v0="4847" v1="5959" v2="6430" v3="6805" />
+      <tetrahedron index="34280" v0="3980" v1="3992" v2="5842" v3="6491" />
+      <tetrahedron index="34281" v0="5363" v1="6613" v2="6783" v3="6979" />
+      <tetrahedron index="34282" v0="6793" v1="6893" v2="6999" v3="7026" />
+      <tetrahedron index="34283" v0="6276" v1="6882" v2="6920" v3="6999" />
+      <tetrahedron index="34284" v0="4885" v1="5195" v2="5817" v3="6921" />
+      <tetrahedron index="34285" v0="5363" v1="5844" v2="6492" v3="6882" />
+      <tetrahedron index="34286" v0="5283" v1="5922" v2="6505" v3="6886" />
+      <tetrahedron index="34287" v0="4944" v1="5844" v2="6492" v3="6882" />
+      <tetrahedron index="34288" v0="5991" v1="6585" v2="6622" v3="6921" />
+      <tetrahedron index="34289" v0="6613" v1="6783" v2="6920" v3="7016" />
+      <tetrahedron index="34290" v0="3374" v1="3375" v2="6114" v3="6493" />
+      <tetrahedron index="34291" v0="4944" v1="6494" v2="6495" v3="6885" />
+      <tetrahedron index="34292" v0="4913" v1="5903" v2="6536" v3="6942" />
+      <tetrahedron index="34293" v0="3247" v1="3693" v2="5364" v3="6493" />
+      <tetrahedron index="34294" v0="3693" v1="5364" v2="5845" v3="6493" />
+      <tetrahedron index="34295" v0="6276" v1="6780" v2="6781" v3="6978" />
+      <tetrahedron index="34296" v0="4453" v1="4807" v2="5280" v3="6886" />
+      <tetrahedron index="34297" v0="5492" v1="5845" v2="6153" v3="6493" />
+      <tetrahedron index="34298" v0="5364" v1="5846" v2="6015" v3="6885" />
+      <tetrahedron index="34299" v0="5391" v1="6923" v2="6925" v3="7011" />
+      <tetrahedron index="34300" v0="6279" v1="6712" v2="6752" v3="6979" />
+      <tetrahedron index="34301" v0="4453" v1="4807" v2="5860" v3="6886" />
+      <tetrahedron index="34302" v0="5846" v1="6494" v2="6495" v3="6885" />
+      <tetrahedron index="34303" v0="5157" v1="5959" v2="6465" v3="6894" />
+      <tetrahedron index="34304" v0="4415" v1="5283" v2="6505" v3="6886" />
+      <tetrahedron index="34305" v0="5844" v1="5846" v2="6494" v3="6495" />
+      <tetrahedron index="34306" v0="4944" v1="5844" v2="6494" v3="6495" />
+      <tetrahedron index="34307" v0="5602" v1="6780" v2="6781" v3="6978" />
+      <tetrahedron index="34308" v0="5363" v1="6780" v2="6882" v3="6978" />
+      <tetrahedron index="34309" v0="5363" v1="6155" v2="6492" v3="6883" />
+      <tetrahedron index="34310" v0="5494" v1="6492" v2="6686" v3="6883" />
+      <tetrahedron index="34311" v0="5494" v1="6492" v2="6715" v3="6883" />
+      <tetrahedron index="34312" v0="4874" v1="6016" v2="6686" v3="6883" />
+      <tetrahedron index="34313" v0="5363" v1="6492" v2="6882" v3="6883" />
+      <tetrahedron index="34314" v0="6016" v1="6492" v2="6882" v3="6883" />
+      <tetrahedron index="34315" v0="6016" v1="6492" v2="6686" v3="6883" />
+      <tetrahedron index="34316" v0="3883" v1="5227" v2="6338" v3="6496" />
+      <tetrahedron index="34317" v0="3356" v1="3883" v2="6338" v3="6496" />
+      <tetrahedron index="34318" v0="4965" v1="5417" v2="5849" v3="6496" />
+      <tetrahedron index="34319" v0="4896" v1="5417" v2="5849" v3="6496" />
+      <tetrahedron index="34320" v0="4549" v1="5085" v2="5847" v3="6498" />
+      <tetrahedron index="34321" v0="4965" v1="5847" v2="6336" v3="6498" />
+      <tetrahedron index="34322" v0="4965" v1="5419" v2="6336" v3="6498" />
+      <tetrahedron index="34323" v0="3363" v1="3820" v2="3822" v3="6345" />
+      <tetrahedron index="34324" v0="5419" v1="5663" v2="6336" v3="6498" />
+      <tetrahedron index="34325" v0="5085" v1="5847" v2="6336" v3="6498" />
+      <tetrahedron index="34326" v0="5085" v1="5663" v2="6336" v3="6498" />
+      <tetrahedron index="34327" v0="4217" v1="4549" v2="5085" v3="6498" />
+      <tetrahedron index="34328" v0="4217" v1="5085" v2="5663" v3="6498" />
+      <tetrahedron index="34329" v0="3620" v1="4217" v2="4549" v3="6498" />
+      <tetrahedron index="34330" v0="3620" v1="4217" v2="5663" v3="6498" />
+      <tetrahedron index="34331" v0="3570" v1="4274" v2="5228" v3="6500" />
+      <tetrahedron index="34332" v0="3500" v1="3570" v2="3571" v3="6500" />
+      <tetrahedron index="34333" v0="3500" v1="3571" v2="5853" v3="6500" />
+      <tetrahedron index="34334" v0="3570" v1="3571" v2="5853" v3="6500" />
+      <tetrahedron index="34335" v0="3500" v1="4398" v2="5819" v3="6500" />
+      <tetrahedron index="34336" v0="4398" v1="5819" v2="5853" v3="6500" />
+      <tetrahedron index="34337" v0="3500" v1="4398" v2="5853" v3="6500" />
+      <tetrahedron index="34338" v0="5078" v1="5819" v2="6388" v3="6500" />
+      <tetrahedron index="34339" v0="4897" v1="5078" v2="6388" v3="6500" />
+      <tetrahedron index="34340" v0="5101" v1="5686" v2="5687" v3="6501" />
+      <tetrahedron index="34341" v0="5686" v1="5687" v2="6484" v3="6501" />
+      <tetrahedron index="34342" v0="3400" v1="3768" v2="3966" v3="6501" />
+      <tetrahedron index="34343" v0="3768" v1="3966" v2="5854" v3="6501" />
+      <tetrahedron index="34344" v0="5055" v1="5686" v2="6358" v3="6501" />
+      <tetrahedron index="34345" v0="5101" v1="5686" v2="6358" v3="6501" />
+      <tetrahedron index="34346" v0="3723" v1="4032" v2="5264" v3="6502" />
+      <tetrahedron index="34347" v0="3768" v1="3981" v2="4032" v3="6502" />
+      <tetrahedron index="34348" v0="3981" v1="4032" v2="5264" v3="6502" />
+      <tetrahedron index="34349" v0="3981" v1="5264" v2="5689" v3="6502" />
+      <tetrahedron index="34350" v0="3981" v1="5689" v2="5854" v3="6502" />
+      <tetrahedron index="34351" v0="4900" v1="5021" v2="5235" v3="6503" />
+      <tetrahedron index="34352" v0="4900" v1="4988" v2="5235" v3="6503" />
+      <tetrahedron index="34353" v0="4988" v1="5216" v2="5479" v3="6503" />
+      <tetrahedron index="34354" v0="5216" v1="5479" v2="5858" v3="6503" />
+      <tetrahedron index="34355" v0="4988" v1="5235" v2="5479" v3="6503" />
+      <tetrahedron index="34356" v0="5235" v1="5479" v2="5858" v3="6503" />
+      <tetrahedron index="34357" v0="3295" v1="5142" v2="5542" v3="6504" />
+      <tetrahedron index="34358" v0="4900" v1="5142" v2="5238" v3="6504" />
+      <tetrahedron index="34359" v0="4900" v1="5238" v2="5542" v3="6504" />
+      <tetrahedron index="34360" v0="5142" v1="5238" v2="5542" v3="6504" />
+      <tetrahedron index="34361" v0="4900" v1="5862" v2="5922" v3="6504" />
+      <tetrahedron index="34362" v0="5142" v1="5862" v2="5922" v3="6504" />
+      <tetrahedron index="34363" v0="4900" v1="5142" v2="5922" v3="6504" />
+      <tetrahedron index="34364" v0="5210" v1="5829" v2="6511" v3="6887" />
+      <tetrahedron index="34365" v0="3955" v1="4148" v2="5236" v3="6505" />
+      <tetrahedron index="34366" v0="3955" v1="4148" v2="4415" v3="6505" />
+      <tetrahedron index="34367" v0="3955" v1="4415" v2="4416" v3="6505" />
+      <tetrahedron index="34368" v0="3955" v1="4416" v2="5238" v3="6505" />
+      <tetrahedron index="34369" v0="5243" v1="5829" v2="6478" v3="6887" />
+      <tetrahedron index="34370" v0="5210" v1="5829" v2="6364" v3="6887" />
+      <tetrahedron index="34371" v0="4902" v1="5107" v2="5693" v3="6887" />
+      <tetrahedron index="34372" v0="3955" v1="5238" v2="5543" v3="6505" />
+      <tetrahedron index="34373" v0="5236" v1="5238" v2="5543" v3="6505" />
+      <tetrahedron index="34374" v0="3955" v1="5236" v2="5543" v3="6505" />
+      <tetrahedron index="34375" v0="5867" v1="5868" v2="6509" v3="6510" />
+      <tetrahedron index="34376" v0="4870" v1="5559" v2="6107" v3="6510" />
+      <tetrahedron index="34377" v0="5609" v1="5867" v2="6107" v3="6510" />
+      <tetrahedron index="34378" v0="3414" v1="3524" v2="4312" v3="6606" />
+      <tetrahedron index="34379" v0="3524" v1="5058" v2="6009" v3="6606" />
+      <tetrahedron index="34380" v0="5239" v1="5865" v2="6010" v3="6508" />
+      <tetrahedron index="34381" v0="3680" v1="5634" v2="6314" v3="6609" />
+      <tetrahedron index="34382" v0="3494" v1="3875" v2="5865" v3="6508" />
+      <tetrahedron index="34383" v0="3494" v1="5865" v2="6010" v3="6508" />
+      <tetrahedron index="34384" v0="3494" v1="3875" v2="6010" v3="6508" />
+      <tetrahedron index="34385" v0="3315" v1="3316" v2="3493" v3="6509" />
+      <tetrahedron index="34386" v0="3316" v1="3493" v2="5865" v3="6509" />
+      <tetrahedron index="34387" v0="3934" v1="5239" v2="5868" v3="6509" />
+      <tetrahedron index="34388" v0="3315" v1="3493" v2="3934" v3="6509" />
+      <tetrahedron index="34389" v0="3493" v1="3934" v2="5239" v3="6509" />
+      <tetrahedron index="34390" v0="3493" v1="5239" v2="5865" v3="6509" />
+      <tetrahedron index="34391" v0="3934" v1="5868" v2="6509" v3="6510" />
+      <tetrahedron index="34392" v0="3315" v1="3934" v2="6509" v3="6510" />
+      <tetrahedron index="34393" v0="3933" v1="4317" v2="5609" v3="6510" />
+      <tetrahedron index="34394" v0="3933" v1="5609" v2="5868" v3="6510" />
+      <tetrahedron index="34395" v0="3923" v1="3933" v2="4317" v3="6510" />
+      <tetrahedron index="34396" v0="3923" v1="3933" v2="5868" v3="6510" />
+      <tetrahedron index="34397" v0="5603" v1="6307" v2="6654" v3="6804" />
+      <tetrahedron index="34398" v0="4409" v1="5064" v2="6305" v3="6802" />
+      <tetrahedron index="34399" v0="3625" v1="5275" v2="5916" v3="6802" />
+      <tetrahedron index="34400" v0="3459" v1="3461" v2="5245" v3="6888" />
+      <tetrahedron index="34401" v0="5880" v1="6640" v2="6673" v3="7002" />
+      <tetrahedron index="34402" v0="4905" v1="5248" v2="6521" v3="7002" />
+      <tetrahedron index="34403" v0="3450" v1="3685" v2="5872" v3="6512" />
+      <tetrahedron index="34404" v0="4950" v1="5745" v2="6032" v3="6656" />
+      <tetrahedron index="34405" v0="3946" v1="5245" v2="5722" v3="6513" />
+      <tetrahedron index="34406" v0="3946" v1="5244" v2="5722" v3="6513" />
+      <tetrahedron index="34407" v0="3946" v1="4067" v2="5245" v3="6513" />
+      <tetrahedron index="34408" v0="4905" v1="6521" v2="6890" v3="7002" />
+      <tetrahedron index="34409" v0="5807" v1="6277" v2="6704" v3="6788" />
+      <tetrahedron index="34410" v0="5246" v1="5807" v2="6285" v3="6788" />
+      <tetrahedron index="34411" v0="3907" v1="5317" v2="6082" v3="6658" />
+      <tetrahedron index="34412" v0="4826" v1="5247" v2="6119" v3="6889" />
+      <tetrahedron index="34413" v0="4717" v1="4826" v2="5462" v3="6889" />
+      <tetrahedron index="34414" v0="4905" v1="6673" v2="6707" v3="7002" />
+      <tetrahedron index="34415" v0="5247" v1="5876" v2="6516" v3="6889" />
+      <tetrahedron index="34416" v0="3385" v1="4717" v2="4826" v3="6889" />
+      <tetrahedron index="34417" v0="4029" v1="5247" v2="6036" v3="6889" />
+      <tetrahedron index="34418" v0="5876" v1="6180" v2="6516" v3="6889" />
+      <tetrahedron index="34419" v0="5462" v1="6180" v2="6516" v3="6889" />
+      <tetrahedron index="34420" v0="5876" v1="6180" v2="6515" v3="6889" />
+      <tetrahedron index="34421" v0="4487" v1="4610" v2="4705" v3="6692" />
+      <tetrahedron index="34422" v0="4705" v1="4741" v2="5459" v3="6692" />
+      <tetrahedron index="34423" v0="4659" v1="4705" v2="4741" v3="6692" />
+      <tetrahedron index="34424" v0="4705" v1="5126" v2="5459" v3="6692" />
+      <tetrahedron index="34425" v0="5645" v1="6112" v2="6322" v3="6683" />
+      <tetrahedron index="34426" v0="5247" v1="6119" v2="6122" v3="6516" />
+      <tetrahedron index="34427" v0="4904" v1="5247" v2="6122" v3="6516" />
+      <tetrahedron index="34428" v0="4917" v1="6734" v2="6790" v3="6967" />
+      <tetrahedron index="34429" v0="5465" v1="6105" v2="6129" v3="6892" />
+      <tetrahedron index="34430" v0="6582" v1="6906" v2="6907" v3="6967" />
+      <tetrahedron index="34431" v0="5760" v1="6102" v2="6103" v3="6892" />
+      <tetrahedron index="34432" v0="4905" v1="6673" v2="6798" v3="6890" />
+      <tetrahedron index="34433" v0="5349" v1="6287" v2="6790" v3="6967" />
+      <tetrahedron index="34434" v0="5461" v1="6126" v2="6128" v3="6516" />
+      <tetrahedron index="34435" v0="5461" v1="5462" v2="6128" v3="6516" />
+      <tetrahedron index="34436" v0="4904" v1="6122" v2="6126" v3="6516" />
+      <tetrahedron index="34437" v0="4980" v1="5462" v2="6119" v3="6516" />
+      <tetrahedron index="34438" v0="4980" v1="6126" v2="6128" v3="6516" />
+      <tetrahedron index="34439" v0="4980" v1="5462" v2="6128" v3="6516" />
+      <tetrahedron index="34440" v0="4980" v1="6119" v2="6122" v3="6516" />
+      <tetrahedron index="34441" v0="4980" v1="6122" v2="6126" v3="6516" />
+      <tetrahedron index="34442" v0="3367" v1="4057" v2="5881" v3="6518" />
+      <tetrahedron index="34443" v0="4993" v1="5878" v2="6517" v3="6519" />
+      <tetrahedron index="34444" v0="5438" v1="5488" v2="6095" v3="6519" />
+      <tetrahedron index="34445" v0="5438" v1="6095" v2="6517" v3="6519" />
+      <tetrahedron index="34446" v0="4268" v1="5474" v2="5551" v3="6954" />
+      <tetrahedron index="34447" v0="5106" v1="5878" v2="5879" v3="6519" />
+      <tetrahedron index="34448" v0="4993" v1="5488" v2="6095" v3="6519" />
+      <tetrahedron index="34449" v0="4993" v1="6095" v2="6517" v3="6519" />
+      <tetrahedron index="34450" v0="4846" v1="5249" v2="5882" v3="6524" />
+      <tetrahedron index="34451" v0="5196" v1="5910" v2="6817" v3="7003" />
+      <tetrahedron index="34452" v0="5310" v1="5954" v2="6264" v3="6564" />
+      <tetrahedron index="34453" v0="5193" v1="6430" v2="6855" v3="7023" />
+      <tetrahedron index="34454" v0="4846" v1="5759" v2="5882" v3="6524" />
+      <tetrahedron index="34455" v0="4905" v1="5512" v2="5879" v3="6521" />
+      <tetrahedron index="34456" v0="5248" v1="5547" v2="5880" v3="6523" />
+      <tetrahedron index="34457" v0="3936" v1="5594" v2="6267" v3="6683" />
+      <tetrahedron index="34458" v0="3935" v1="3936" v2="6267" v3="6683" />
+      <tetrahedron index="34459" v0="4871" v1="5646" v2="6322" v3="6683" />
+      <tetrahedron index="34460" v0="3936" v1="4628" v2="5594" v3="6683" />
+      <tetrahedron index="34461" v0="5071" v1="5645" v2="6322" v3="6683" />
+      <tetrahedron index="34462" v0="4984" v1="5678" v2="5905" v3="6700" />
+      <tetrahedron index="34463" v0="4984" v1="5678" v2="6135" v3="6700" />
+      <tetrahedron index="34464" v0="4575" v1="5146" v2="6135" v3="6700" />
+      <tetrahedron index="34465" v0="4169" v1="4186" v2="5470" v3="6700" />
+      <tetrahedron index="34466" v0="5470" v1="6135" v2="6699" v3="6700" />
+      <tetrahedron index="34467" v0="4984" v1="6135" v2="6699" v3="6700" />
+      <tetrahedron index="34468" v0="3367" v1="3573" v2="5953" v3="6523" />
+      <tetrahedron index="34469" v0="4926" v1="5311" v2="5547" v3="6523" />
+      <tetrahedron index="34470" v0="5311" v1="5953" v2="6521" v3="6523" />
+      <tetrahedron index="34471" v0="4926" v1="5311" v2="6521" v3="6523" />
+      <tetrahedron index="34472" v0="3573" v1="5311" v2="5547" v3="6523" />
+      <tetrahedron index="34473" v0="3573" v1="5311" v2="5953" v3="6523" />
+      <tetrahedron index="34474" v0="5249" v1="5407" v2="6065" v3="6524" />
+      <tetrahedron index="34475" v0="5507" v1="6170" v2="6723" v3="6877" />
+      <tetrahedron index="34476" v0="5014" v1="5458" v2="6688" v3="6690" />
+      <tetrahedron index="34477" v0="5014" v1="6117" v2="6389" v3="6690" />
+      <tetrahedron index="34478" v0="4992" v1="5407" v2="5485" v3="6524" />
+      <tetrahedron index="34479" v0="4992" v1="5407" v2="6065" v3="6524" />
+      <tetrahedron index="34480" v0="4992" v1="6065" v2="6101" v3="6524" />
+      <tetrahedron index="34481" v0="4992" v1="5485" v2="6101" v3="6524" />
+      <tetrahedron index="34482" v0="5464" v1="5808" v2="6130" v3="6697" />
+      <tetrahedron index="34483" v0="4980" v1="5458" v2="6117" v3="6690" />
+      <tetrahedron index="34484" v0="6170" v1="6722" v2="6784" v3="6963" />
+      <tetrahedron index="34485" v0="6166" v1="6717" v2="6959" v3="7021" />
+      <tetrahedron index="34486" v0="5018" v1="5535" v2="6397" v3="6835" />
+      <tetrahedron index="34487" v0="3645" v1="4786" v2="5075" v3="6526" />
+      <tetrahedron index="34488" v0="4786" v1="5075" v2="5652" v3="6526" />
+      <tetrahedron index="34489" v0="3321" v1="4669" v2="4786" v3="6526" />
+      <tetrahedron index="34490" v0="4669" v1="4786" v2="5652" v3="6526" />
+      <tetrahedron index="34491" v0="3321" v1="5061" v2="5174" v3="6526" />
+      <tetrahedron index="34492" v0="3321" v1="4646" v2="5174" v3="6526" />
+      <tetrahedron index="34493" v0="3321" v1="4669" v2="5061" v3="6526" />
+      <tetrahedron index="34494" v0="4669" v1="5061" v2="5652" v3="6526" />
+      <tetrahedron index="34495" v0="3535" v1="3949" v2="5890" v3="6528" />
+      <tetrahedron index="34496" v0="6279" v1="6752" v2="6784" v3="6949" />
+      <tetrahedron index="34497" v0="5604" v1="5605" v2="6490" v3="6881" />
+      <tetrahedron index="34498" v0="5365" v1="6671" v2="6672" v3="6942" />
+      <tetrahedron index="34499" v0="5280" v1="5860" v2="5922" v3="6886" />
+      <tetrahedron index="34500" v0="4947" v1="5667" v2="6023" v3="6529" />
+      <tetrahedron index="34501" v0="5263" v1="5897" v2="5898" v3="6533" />
+      <tetrahedron index="34502" v0="5033" v1="5894" v2="6529" v3="6533" />
+      <tetrahedron index="34503" v0="3998" v1="4240" v2="5087" v3="6529" />
+      <tetrahedron index="34504" v0="4240" v1="5087" v2="5667" v3="6529" />
+      <tetrahedron index="34505" v0="4984" v1="5624" v2="5902" v3="6534" />
+      <tetrahedron index="34506" v0="5033" v1="5667" v2="6023" v3="6529" />
+      <tetrahedron index="34507" v0="5033" v1="5568" v2="5894" v3="6533" />
+      <tetrahedron index="34508" v0="5033" v1="6023" v2="6529" v3="6533" />
+      <tetrahedron index="34509" v0="3723" v1="4032" v2="4174" v3="6530" />
+      <tetrahedron index="34510" v0="3723" v1="4174" v2="5897" v3="6530" />
+      <tetrahedron index="34511" v0="4496" v1="4519" v2="4842" v3="6531" />
+      <tetrahedron index="34512" v0="3981" v1="4536" v2="5264" v3="6531" />
+      <tetrahedron index="34513" v0="3981" v1="5264" v2="5689" v3="6531" />
+      <tetrahedron index="34514" v0="3981" v1="4536" v2="5689" v3="6531" />
+      <tetrahedron index="34515" v0="5104" v1="5259" v2="5899" v3="6531" />
+      <tetrahedron index="34516" v0="4496" v1="4519" v2="5259" v3="6531" />
+      <tetrahedron index="34517" v0="4496" v1="5259" v2="5895" v3="6531" />
+      <tetrahedron index="34518" v0="4910" v1="5259" v2="5895" v3="6531" />
+      <tetrahedron index="34519" v0="4910" v1="5895" v2="5899" v3="6531" />
+      <tetrahedron index="34520" v0="4910" v1="5259" v2="5899" v3="6531" />
+      <tetrahedron index="34521" v0="4357" v1="5074" v2="5374" v3="6532" />
+      <tetrahedron index="34522" v0="5074" v1="5374" v2="5898" v3="6532" />
+      <tetrahedron index="34523" v0="4357" v1="5074" v2="5898" v3="6532" />
+      <tetrahedron index="34524" v0="4769" v1="5263" v2="5898" v3="6532" />
+      <tetrahedron index="34525" v0="5624" v1="6300" v2="6797" v3="6798" />
+      <tetrahedron index="34526" v0="6117" v1="6121" v2="6201" v3="6688" />
+      <tetrahedron index="34527" v0="4357" v1="4482" v2="4769" v3="6532" />
+      <tetrahedron index="34528" v0="4482" v1="4769" v2="5898" v3="6532" />
+      <tetrahedron index="34529" v0="4357" v1="4482" v2="5898" v3="6532" />
+      <tetrahedron index="34530" v0="5262" v1="5897" v2="5898" v3="6533" />
+      <tetrahedron index="34531" v0="4947" v1="6023" v2="6529" v3="6533" />
+      <tetrahedron index="34532" v0="4947" v1="6529" v2="6532" v3="6533" />
+      <tetrahedron index="34533" v0="5063" v1="5624" v2="6111" v3="6534" />
+      <tetrahedron index="34534" v0="3829" v1="3909" v2="4058" v3="6730" />
+      <tetrahedron index="34535" v0="5197" v1="5761" v2="6176" v3="6541" />
+      <tetrahedron index="34536" v0="5411" v1="5516" v2="6187" v3="6732" />
+      <tetrahedron index="34537" v0="4057" v1="5272" v2="5881" v3="6818" />
+      <tetrahedron index="34538" v0="5625" v1="6300" v2="6302" v3="6800" />
+      <tetrahedron index="34539" v0="4913" v1="5625" v2="6797" v3="6800" />
+      <tetrahedron index="34540" v0="4940" v1="5356" v2="5978" v3="7024" />
+      <tetrahedron index="34541" v0="5762" v1="5959" v2="6465" v3="6851" />
+      <tetrahedron index="34542" v0="4913" v1="6073" v2="6612" v3="6893" />
+      <tetrahedron index="34543" v0="5023" v1="5547" v2="5880" v3="6561" />
+      <tetrahedron index="34544" v0="5507" v1="6488" v2="6720" v3="6877" />
+      <tetrahedron index="34545" v0="4962" v1="6536" v2="6537" v3="6893" />
+      <tetrahedron index="34546" v0="5407" v1="5485" v2="6524" v3="6677" />
+      <tetrahedron index="34547" v0="4951" v1="4973" v2="5383" v3="6677" />
+      <tetrahedron index="34548" v0="5383" v1="5485" v2="5726" v3="6677" />
+      <tetrahedron index="34549" v0="5407" v1="5726" v2="6066" v3="6677" />
+      <tetrahedron index="34550" v0="4936" v1="5340" v2="5983" v3="6899" />
+      <tetrahedron index="34551" v0="4849" v1="6170" v2="6723" v3="6948" />
+      <tetrahedron index="34552" v0="5465" v1="6072" v2="6535" v3="6536" />
+      <tetrahedron index="34553" v0="4913" v1="5063" v2="6073" v3="6800" />
+      <tetrahedron index="34554" v0="4962" v1="6073" v2="6303" v3="6536" />
+      <tetrahedron index="34555" v0="5625" v1="6073" v2="6303" v3="6536" />
+      <tetrahedron index="34556" v0="4962" v1="5625" v2="6303" v3="6536" />
+      <tetrahedron index="34557" v0="4993" v1="6135" v2="6149" v3="6953" />
+      <tetrahedron index="34558" v0="4258" v1="5189" v2="5412" v3="6697" />
+      <tetrahedron index="34559" v0="4962" v1="5412" v2="6130" v3="6697" />
+      <tetrahedron index="34560" v0="4748" v1="5269" v2="5270" v3="6539" />
+      <tetrahedron index="34561" v0="5269" v1="5270" v2="6073" v3="6539" />
+      <tetrahedron index="34562" v0="5063" v1="6073" v2="6304" v3="6539" />
+      <tetrahedron index="34563" v0="5416" v1="6307" v2="6442" v3="6654" />
+      <tetrahedron index="34564" v0="4963" v1="5416" v2="6075" v3="6654" />
+      <tetrahedron index="34565" v0="4913" v1="5063" v2="5270" v3="6539" />
+      <tetrahedron index="34566" v0="4913" v1="5270" v2="6073" v3="6539" />
+      <tetrahedron index="34567" v0="4913" v1="5063" v2="6073" v3="6539" />
+      <tetrahedron index="34568" v0="4883" v1="5874" v2="6688" v3="6950" />
+      <tetrahedron index="34569" v0="5414" v1="6073" v2="6304" v3="6539" />
+      <tetrahedron index="34570" v0="4194" v1="5414" v2="6304" v3="6539" />
+      <tetrahedron index="34571" v0="4239" v1="4983" v2="6325" v3="6698" />
+      <tetrahedron index="34572" v0="4850" v1="5416" v2="6442" v3="6654" />
+      <tetrahedron index="34573" v0="4984" v1="5470" v2="5624" v3="6540" />
+      <tetrahedron index="34574" v0="4984" v1="5624" v2="6534" v3="6540" />
+      <tetrahedron index="34575" v0="5008" v1="5518" v2="6187" v3="6732" />
+      <tetrahedron index="34576" v0="5511" v1="6174" v2="6728" v3="6965" />
+      <tetrahedron index="34577" v0="4488" v1="4489" v2="5907" v3="6541" />
+      <tetrahedron index="34578" v0="4488" v1="5907" v2="6333" v3="6541" />
+      <tetrahedron index="34579" v0="4488" v1="4489" v2="5656" v3="6541" />
+      <tetrahedron index="34580" v0="4488" v1="5656" v2="6333" v3="6541" />
+      <tetrahedron index="34581" v0="3724" v1="5277" v2="5916" v3="6542" />
+      <tetrahedron index="34582" v0="3724" v1="5275" v2="5916" v3="6542" />
+      <tetrahedron index="34583" v0="3724" v1="3838" v2="5277" v3="6542" />
+      <tetrahedron index="34584" v0="3838" v1="5277" v2="5710" v3="6542" />
+      <tetrahedron index="34585" v0="3724" v1="3838" v2="5710" v3="6542" />
+      <tetrahedron index="34586" v0="4915" v1="5277" v2="5912" v3="6542" />
+      <tetrahedron index="34587" v0="5274" v1="5912" v2="5913" v3="6542" />
+      <tetrahedron index="34588" v0="5274" v1="5275" v2="5913" v3="6542" />
+      <tetrahedron index="34589" v0="4915" v1="5277" v2="5916" v3="6542" />
+      <tetrahedron index="34590" v0="4915" v1="5275" v2="5916" v3="6542" />
+      <tetrahedron index="34591" v0="4915" v1="5274" v2="5275" v3="6542" />
+      <tetrahedron index="34592" v0="4915" v1="5274" v2="5912" v3="6542" />
+      <tetrahedron index="34593" v0="3982" v1="4191" v2="5278" v3="6543" />
+      <tetrahedron index="34594" v0="3982" v1="5278" v2="5282" v3="6543" />
+      <tetrahedron index="34595" v0="3982" v1="5282" v2="6025" v3="6543" />
+      <tetrahedron index="34596" v0="3982" v1="4191" v2="6025" v3="6543" />
+      <tetrahedron index="34597" v0="4916" v1="5278" v2="5282" v3="6543" />
+      <tetrahedron index="34598" v0="4916" v1="5282" v2="5921" v3="6543" />
+      <tetrahedron index="34599" v0="4916" v1="5280" v2="5281" v3="6544" />
+      <tetrahedron index="34600" v0="4916" v1="5280" v2="5917" v3="6544" />
+      <tetrahedron index="34601" v0="4948" v1="5377" v2="5921" v3="6544" />
+      <tetrahedron index="34602" v0="4948" v1="5921" v2="6028" v3="6544" />
+      <tetrahedron index="34603" v0="4948" v1="5377" v2="5738" v3="6544" />
+      <tetrahedron index="34604" v0="4948" v1="5738" v2="6028" v3="6544" />
+      <tetrahedron index="34605" v0="4320" v1="5286" v2="5926" v3="6545" />
+      <tetrahedron index="34606" v0="5806" v1="6457" v2="6458" v3="6545" />
+      <tetrahedron index="34607" v0="4320" v1="4507" v2="4725" v3="6545" />
+      <tetrahedron index="34608" v0="4320" v1="4507" v2="5926" v3="6545" />
+      <tetrahedron index="34609" v0="5805" v1="6457" v2="6458" v3="6545" />
+      <tetrahedron index="34610" v0="5805" v1="6456" v2="6458" v3="6545" />
+      <tetrahedron index="34611" v0="4320" v1="5806" v2="6457" v3="6545" />
+      <tetrahedron index="34612" v0="4320" v1="5286" v2="6457" v3="6545" />
+      <tetrahedron index="34613" v0="4918" v1="5805" v2="6456" v3="6545" />
+      <tetrahedron index="34614" v0="4918" v1="5286" v2="5805" v3="6545" />
+      <tetrahedron index="34615" v0="5286" v1="5805" v2="6457" v3="6545" />
+      <tetrahedron index="34616" v0="3404" v1="3405" v2="3409" v3="6547" />
+      <tetrahedron index="34617" v0="3405" v1="3409" v2="5293" v3="6547" />
+      <tetrahedron index="34618" v0="3994" v1="6169" v2="6396" v3="6548" />
+      <tetrahedron index="34619" v0="3994" v1="4241" v2="6396" v3="6548" />
+      <tetrahedron index="34620" v0="3721" v1="3869" v2="4241" v3="6548" />
+      <tetrahedron index="34621" v0="3721" v1="4241" v2="6396" v3="6548" />
+      <tetrahedron index="34622" v0="3559" v1="3721" v2="5043" v3="6548" />
+      <tetrahedron index="34623" v0="3559" v1="5043" v2="5294" v3="6548" />
+      <tetrahedron index="34624" v0="3559" v1="5294" v2="5932" v3="6548" />
+      <tetrahedron index="34625" v0="3721" v1="3722" v2="3869" v3="6548" />
+      <tetrahedron index="34626" v0="3722" v1="3869" v2="5932" v3="6548" />
+      <tetrahedron index="34627" v0="4920" v1="5290" v2="6169" v3="6548" />
+      <tetrahedron index="34628" v0="5290" v1="6169" v2="6396" v3="6548" />
+      <tetrahedron index="34629" v0="4920" v1="5043" v2="5290" v3="6548" />
+      <tetrahedron index="34630" v0="5043" v1="5290" v2="6396" v3="6548" />
+      <tetrahedron index="34631" v0="3559" v1="3721" v2="3722" v3="6548" />
+      <tetrahedron index="34632" v0="3559" v1="3722" v2="5932" v3="6548" />
+      <tetrahedron index="34633" v0="5763" v1="5943" v2="6550" v3="6551" />
+      <tetrahedron index="34634" v0="5342" v1="6053" v2="6262" v3="6928" />
+      <tetrahedron index="34635" v0="5873" v1="6282" v2="6313" v3="6787" />
+      <tetrahedron index="34636" v0="6567" v1="6581" v2="6900" v3="6901" />
+      <tetrahedron index="34637" v0="4936" v1="5341" v2="5984" v3="6901" />
+      <tetrahedron index="34638" v0="4954" v1="5393" v2="5394" v3="6578" />
+      <tetrahedron index="34639" v0="3780" v1="3781" v2="3937" v3="6578" />
+      <tetrahedron index="34640" v0="5042" v1="6083" v2="6567" v3="6900" />
+      <tetrahedron index="34641" v0="5065" v1="6280" v2="6785" v3="6808" />
+      <tetrahedron index="34642" v0="5148" v1="5747" v2="6083" v3="6900" />
+      <tetrahedron index="34643" v0="5523" v1="5944" v2="6193" v3="6556" />
+      <tetrahedron index="34644" v0="4924" v1="5304" v2="5942" v3="6556" />
+      <tetrahedron index="34645" v0="4211" v1="5304" v2="5942" v3="6556" />
+      <tetrahedron index="34646" v0="4924" v1="5942" v2="5943" v3="6556" />
+      <tetrahedron index="34647" v0="4954" v1="6044" v2="6626" v3="6629" />
+      <tetrahedron index="34648" v0="5166" v1="6044" v2="6049" v3="6626" />
+      <tetrahedron index="34649" v0="5035" v1="6213" v2="6390" v3="6748" />
+      <tetrahedron index="34650" v0="3878" v1="5566" v2="6238" v3="6758" />
+      <tetrahedron index="34651" v0="3646" v1="3878" v2="3879" v3="6758" />
+      <tetrahedron index="34652" v0="4845" v1="5950" v2="6487" v3="6560" />
+      <tetrahedron index="34653" v0="5268" v1="6098" v2="6673" v3="6943" />
+      <tetrahedron index="34654" v0="5063" v1="6300" v2="6534" v3="6800" />
+      <tetrahedron index="34655" v0="4210" v1="4338" v2="5523" v3="6555" />
+      <tetrahedron index="34656" v0="4210" v1="5523" v2="5942" v3="6555" />
+      <tetrahedron index="34657" v0="4210" v1="4338" v2="5942" v3="6555" />
+      <tetrahedron index="34658" v0="4622" v1="4660" v2="5944" v3="6556" />
+      <tetrahedron index="34659" v0="5523" v1="5943" v2="6310" v3="6556" />
+      <tetrahedron index="34660" v0="4924" v1="5943" v2="6310" v3="6556" />
+      <tetrahedron index="34661" v0="4924" v1="6193" v2="6310" v3="6556" />
+      <tetrahedron index="34662" v0="5523" v1="6193" v2="6310" v3="6556" />
+      <tetrahedron index="34663" v0="4210" v1="4211" v2="4660" v3="6556" />
+      <tetrahedron index="34664" v0="4211" v1="4660" v2="5304" v3="6556" />
+      <tetrahedron index="34665" v0="5764" v1="6233" v2="6727" v3="6856" />
+      <tetrahedron index="34666" v0="4884" v1="5556" v2="6230" v3="6557" />
+      <tetrahedron index="34667" v0="5764" v1="6233" v2="6431" v3="6856" />
+      <tetrahedron index="34668" v0="4847" v1="6247" v2="6765" v3="6806" />
+      <tetrahedron index="34669" v0="6247" v1="6765" v2="6766" v3="6806" />
+      <tetrahedron index="34670" v0="5630" v1="6308" v2="6727" v3="6806" />
+      <tetrahedron index="34671" v0="5027" v1="5556" v2="6230" v3="6557" />
+      <tetrahedron index="34672" v0="5027" v1="6230" v2="6431" v3="6557" />
+      <tetrahedron index="34673" v0="5465" v1="6105" v2="6535" v3="6897" />
+      <tetrahedron index="34674" v0="5270" v1="6612" v2="6796" v3="6982" />
+      <tetrahedron index="34675" v0="5246" v1="6121" v2="6688" v3="6934" />
+      <tetrahedron index="34676" v0="4845" v1="6487" v2="6560" v3="6897" />
+      <tetrahedron index="34677" v0="5465" v1="6291" v2="6536" v3="6897" />
+      <tetrahedron index="34678" v0="5157" v1="5945" v2="5947" v3="6558" />
+      <tetrahedron index="34679" v0="5157" v1="5763" v2="5947" v3="6558" />
+      <tetrahedron index="34680" v0="5157" v1="5945" v2="6554" v3="6558" />
+      <tetrahedron index="34681" v0="5157" v1="5763" v2="6554" v3="6558" />
+      <tetrahedron index="34682" v0="5564" v1="6238" v2="6240" v3="6758" />
+      <tetrahedron index="34683" v0="6105" v1="6487" v2="6876" v3="6897" />
+      <tetrahedron index="34684" v0="5903" v1="6535" v2="6536" v3="6897" />
+      <tetrahedron index="34685" v0="5903" v1="6535" v2="6560" v3="6897" />
+      <tetrahedron index="34686" v0="5945" v1="6554" v2="6558" v3="6559" />
+      <tetrahedron index="34687" v0="5307" v1="5945" v2="6558" v3="6559" />
+      <tetrahedron index="34688" v0="5155" v1="6105" v2="6535" v3="6897" />
+      <tetrahedron index="34689" v0="4894" v1="6054" v2="6643" v3="6945" />
+      <tetrahedron index="34690" v0="5155" v1="6487" v2="6560" v3="6897" />
+      <tetrahedron index="34691" v0="5155" v1="6105" v2="6487" v3="6897" />
+      <tetrahedron index="34692" v0="4392" v1="4420" v2="5010" v3="6756" />
+      <tetrahedron index="34693" v0="3905" v1="3974" v2="4285" v3="6562" />
+      <tetrahedron index="34694" v0="3905" v1="3974" v2="6264" v3="6562" />
+      <tetrahedron index="34695" v0="3973" v1="3974" v2="4285" v3="6562" />
+      <tetrahedron index="34696" v0="4420" v1="5010" v2="5522" v3="6756" />
+      <tetrahedron index="34697" v0="6266" v1="6424" v2="6562" v3="6563" />
+      <tetrahedron index="34698" v0="5954" v1="6266" v2="6562" v3="6563" />
+      <tetrahedron index="34699" v0="5029" v1="5954" v2="6235" v3="6563" />
+      <tetrahedron index="34700" v0="5029" v1="6235" v2="6424" v3="6563" />
+      <tetrahedron index="34701" v0="5465" v1="6129" v2="6696" v3="6892" />
+      <tetrahedron index="34702" v0="4917" v1="5617" v2="6582" v3="6967" />
+      <tetrahedron index="34703" v0="4462" v1="4831" v2="5711" v3="6818" />
+      <tetrahedron index="34704" v0="3827" v1="5450" v2="5513" v3="6730" />
+      <tetrahedron index="34705" v0="6235" v1="6424" v2="6562" v3="6563" />
+      <tetrahedron index="34706" v0="5954" v1="6235" v2="6562" v3="6563" />
+      <tetrahedron index="34707" v0="4918" v1="5421" v2="5958" v3="6566" />
+      <tetrahedron index="34708" v0="6047" v1="6577" v2="6629" v3="7011" />
+      <tetrahedron index="34709" v0="3904" v1="5196" v2="5953" v3="6565" />
+      <tetrahedron index="34710" v0="3904" v1="4803" v2="5196" v3="6565" />
+      <tetrahedron index="34711" v0="3905" v1="4286" v2="5954" v3="6565" />
+      <tetrahedron index="34712" v0="3512" v1="3677" v2="3678" v3="6651" />
+      <tetrahedron index="34713" v0="5450" v1="5513" v2="6177" v3="6730" />
+      <tetrahedron index="34714" v0="5411" v1="5516" v2="6180" v3="6732" />
+      <tetrahedron index="34715" v0="3828" v1="3829" v2="3909" v3="6730" />
+      <tetrahedron index="34716" v0="5561" v1="5954" v2="6563" v3="6565" />
+      <tetrahedron index="34717" v0="4981" v1="5760" v2="6072" v3="6892" />
+      <tetrahedron index="34718" v0="6103" v1="6535" v2="6850" v3="6892" />
+      <tetrahedron index="34719" v0="5465" v1="6105" v2="6535" v3="6892" />
+      <tetrahedron index="34720" v0="4918" v1="5958" v2="6456" v3="6566" />
+      <tetrahedron index="34721" v0="4861" v1="6463" v2="6464" v3="6852" />
+      <tetrahedron index="34722" v0="5556" v1="6461" v2="6466" v3="6895" />
+      <tetrahedron index="34723" v0="5157" v1="5762" v2="6465" v3="6895" />
+      <tetrahedron index="34724" v0="4854" v1="5762" v2="6080" v3="6566" />
+      <tetrahedron index="34725" v0="5538" v1="6463" v2="6621" v3="6852" />
+      <tetrahedron index="34726" v0="5037" v1="5958" v2="6456" v3="6567" />
+      <tetrahedron index="34727" v0="5037" v1="6456" v2="6545" v3="6567" />
+      <tetrahedron index="34728" v0="5396" v1="6052" v2="6056" v3="6775" />
+      <tetrahedron index="34729" v0="4847" v1="5959" v2="6430" v3="6569" />
+      <tetrahedron index="34730" v0="4939" v1="5351" v2="6600" v3="6846" />
+      <tetrahedron index="34731" v0="5221" v1="6488" v2="6596" v3="6879" />
+      <tetrahedron index="34732" v0="5551" v1="6419" v2="6914" v3="6991" />
+      <tetrahedron index="34733" v0="5960" v1="6079" v2="6588" v3="6854" />
+      <tetrahedron index="34734" v0="4847" v1="5959" v2="6246" v3="6569" />
+      <tetrahedron index="34735" v0="5037" v1="6567" v2="6581" v3="6901" />
+      <tetrahedron index="34736" v0="5421" v1="6081" v2="6083" v3="6567" />
+      <tetrahedron index="34737" v0="5042" v1="6081" v2="6083" v3="6567" />
+      <tetrahedron index="34738" v0="5397" v1="6054" v2="6637" v3="6642" />
+      <tetrahedron index="34739" v0="5343" v1="5989" v2="6139" v3="6582" />
+      <tetrahedron index="34740" v0="5341" v1="5984" v2="5987" v3="6901" />
+      <tetrahedron index="34741" v0="5341" v1="5987" v2="6581" v3="6901" />
+      <tetrahedron index="34742" v0="5958" v1="6567" v2="6900" v3="6901" />
+      <tetrahedron index="34743" v0="4928" v1="5315" v2="5960" v3="6854" />
+      <tetrahedron index="34744" v0="5316" v1="6246" v2="6764" v3="6903" />
+      <tetrahedron index="34745" v0="5309" v1="5950" v2="6649" v3="7014" />
+      <tetrahedron index="34746" v0="5037" v1="6047" v2="6767" v3="6903" />
+      <tetrahedron index="34747" v0="5315" v1="5538" v2="6429" v3="6854" />
+      <tetrahedron index="34748" v0="4966" v1="5422" v2="6080" v3="6571" />
+      <tetrahedron index="34749" v0="4966" v1="5422" v2="6082" v3="6571" />
+      <tetrahedron index="34750" v0="4966" v1="5421" v2="6080" v3="6571" />
+      <tetrahedron index="34751" v0="4966" v1="5421" v2="6082" v3="6571" />
+      <tetrahedron index="34752" v0="4957" v1="5966" v2="6058" v3="6572" />
+      <tetrahedron index="34753" v0="5965" v1="5966" v2="6058" v3="6572" />
+      <tetrahedron index="34754" v0="4957" v1="5319" v2="5966" v3="6572" />
+      <tetrahedron index="34755" v0="4888" v1="5319" v2="5966" v3="6572" />
+      <tetrahedron index="34756" v0="3791" v1="4957" v2="5319" v3="6572" />
+      <tetrahedron index="34757" v0="3791" v1="4888" v2="5319" v3="6572" />
+      <tetrahedron index="34758" v0="3271" v1="3791" v2="4957" v3="6572" />
+      <tetrahedron index="34759" v0="3271" v1="4957" v2="5137" v3="6572" />
+      <tetrahedron index="34760" v0="3603" v1="3791" v2="4888" v3="6572" />
+      <tetrahedron index="34761" v0="3271" v1="3603" v2="3791" v3="6572" />
+      <tetrahedron index="34762" v0="3271" v1="3603" v2="5137" v3="6572" />
+      <tetrahedron index="34763" v0="4890" v1="5208" v2="5826" v3="6837" />
+      <tetrahedron index="34764" v0="5208" v1="6400" v2="6402" v3="6837" />
+      <tetrahedron index="34765" v0="5140" v1="6400" v2="6402" v3="6837" />
+      <tetrahedron index="34766" v0="5208" v1="5694" v2="6400" v3="6837" />
+      <tetrahedron index="34767" v0="5140" v1="5694" v2="6400" v3="6837" />
+      <tetrahedron index="34768" v0="5140" v1="5694" v2="6372" v3="6837" />
+      <tetrahedron index="34769" v0="5339" v1="5636" v2="5982" v3="6576" />
+      <tetrahedron index="34770" v0="3501" v1="5214" v2="5339" v3="6576" />
+      <tetrahedron index="34771" v0="3248" v1="3501" v2="5214" v3="6576" />
+      <tetrahedron index="34772" v0="5339" v1="5636" v2="5833" v3="6576" />
+      <tetrahedron index="34773" v0="5833" v1="5940" v2="6479" v3="6576" />
+      <tetrahedron index="34774" v0="3501" v1="5339" v2="5982" v3="6576" />
+      <tetrahedron index="34775" v0="5138" v1="5935" v2="5973" v3="6574" />
+      <tetrahedron index="34776" v0="3911" v1="5138" v2="5935" v3="6574" />
+      <tetrahedron index="34777" v0="3911" v1="5935" v2="5971" v3="6574" />
+      <tetrahedron index="34778" v0="5214" v1="5833" v2="6480" v3="6576" />
+      <tetrahedron index="34779" v0="5339" v1="5833" v2="6480" v3="6576" />
+      <tetrahedron index="34780" v0="5214" v1="5339" v2="6480" v3="6576" />
+      <tetrahedron index="34781" v0="4923" v1="5636" v2="5833" v3="6576" />
+      <tetrahedron index="34782" v0="4923" v1="5833" v2="5940" v3="6576" />
+      <tetrahedron index="34783" v0="4982" v1="5940" v2="5982" v3="6576" />
+      <tetrahedron index="34784" v0="4982" v1="5636" v2="5982" v3="6576" />
+      <tetrahedron index="34785" v0="4923" v1="4982" v2="5636" v3="6576" />
+      <tetrahedron index="34786" v0="4923" v1="4982" v2="5940" v3="6576" />
+      <tetrahedron index="34787" v0="4873" v1="6046" v2="6633" v3="6923" />
+      <tetrahedron index="34788" v0="4071" v1="4784" v2="6440" v3="6994" />
+      <tetrahedron index="34789" v0="4858" v1="6188" v2="6408" v3="6842" />
+      <tetrahedron index="34790" v0="5575" v1="5987" v2="6581" v3="6904" />
+      <tetrahedron index="34791" v0="3779" v1="3780" v2="6578" v3="6904" />
+      <tetrahedron index="34792" v0="5037" v1="5987" v2="6581" v3="6904" />
+      <tetrahedron index="34793" v0="5630" v1="6308" v2="6311" v3="6924" />
+      <tetrahedron index="34794" v0="4882" v1="5574" v2="6634" v3="6767" />
+      <tetrahedron index="34795" v0="5193" v1="6586" v2="6989" v3="7023" />
+      <tetrahedron index="34796" v0="5065" v1="5631" v2="6555" v3="6807" />
+      <tetrahedron index="34797" v0="3632" v1="5768" v2="6433" v3="6857" />
+      <tetrahedron index="34798" v0="6046" v1="6051" v2="6632" v3="6636" />
+      <tetrahedron index="34799" v0="4308" v1="4373" v2="6579" v3="6905" />
+      <tetrahedron index="34800" v0="4308" v1="4373" v2="5583" v3="6905" />
+      <tetrahedron index="34801" v0="5042" v1="6081" v2="6567" v3="6905" />
+      <tetrahedron index="34802" v0="4373" v1="5926" v2="6579" v3="6905" />
+      <tetrahedron index="34803" v0="4113" v1="5042" v2="5747" v3="6579" />
+      <tetrahedron index="34804" v0="5042" v1="5747" v2="5985" v3="6579" />
+      <tetrahedron index="34805" v0="4113" v1="5747" v2="5985" v3="6579" />
+      <tetrahedron index="34806" v0="3786" v1="3991" v2="4551" v3="6580" />
+      <tetrahedron index="34807" v0="3786" v1="4551" v2="6033" v3="6580" />
+      <tetrahedron index="34808" v0="4854" v1="5958" v2="6083" v3="6900" />
+      <tetrahedron index="34809" v0="5421" v1="5958" v2="6083" v3="6900" />
+      <tetrahedron index="34810" v0="4399" v1="5983" v2="5986" v3="6580" />
+      <tetrahedron index="34811" v0="4399" v1="5983" v2="6553" v3="6580" />
+      <tetrahedron index="34812" v0="4209" v1="5305" v2="6552" v3="6580" />
+      <tetrahedron index="34813" v0="4209" v1="4551" v2="6552" v3="6580" />
+      <tetrahedron index="34814" v0="3779" v1="4250" v2="5575" v3="6581" />
+      <tetrahedron index="34815" v0="3779" v1="4250" v2="5985" v3="6581" />
+      <tetrahedron index="34816" v0="5958" v1="6568" v2="6577" v3="6901" />
+      <tetrahedron index="34817" v0="5810" v1="6465" v2="6852" v3="6902" />
+      <tetrahedron index="34818" v0="5959" v1="6429" v2="6465" v3="6902" />
+      <tetrahedron index="34819" v0="5170" v1="5840" v2="6875" v3="6913" />
+      <tetrahedron index="34820" v0="5190" v1="5959" v2="6569" v3="6902" />
+      <tetrahedron index="34821" v0="5959" v1="6569" v2="6853" v3="6902" />
+      <tetrahedron index="34822" v0="4861" v1="6464" v2="6569" v3="6902" />
+      <tetrahedron index="34823" v0="4930" v1="5503" v2="6713" v3="6719" />
+      <tetrahedron index="34824" v0="5510" v1="5812" v2="6234" v3="6735" />
+      <tetrahedron index="34825" v0="5840" v1="6596" v2="6789" v3="6913" />
+      <tetrahedron index="34826" v0="6054" v1="6263" v2="6637" v3="6774" />
+      <tetrahedron index="34827" v0="4861" v1="5009" v2="5994" v3="6585" />
+      <tetrahedron index="34828" v0="4863" v1="6097" v2="6165" v3="6941" />
+      <tetrahedron index="34829" v0="4938" v1="5520" v2="6270" v3="6585" />
+      <tetrahedron index="34830" v0="4938" v1="5009" v2="6191" v3="6585" />
+      <tetrahedron index="34831" v0="4491" v1="5344" v2="5990" v3="6583" />
+      <tetrahedron index="34832" v0="4864" v1="6220" v2="6849" v3="6991" />
+      <tetrahedron index="34833" v0="4917" v1="6182" v2="6413" v3="6734" />
+      <tetrahedron index="34834" v0="5438" v1="6096" v2="6674" v3="6707" />
+      <tetrahedron index="34835" v0="4905" v1="6299" v2="6673" v3="6707" />
+      <tetrahedron index="34836" v0="5880" v1="6096" v2="6674" v3="6707" />
+      <tetrahedron index="34837" v0="4917" v1="5924" v2="5990" v3="6584" />
+      <tetrahedron index="34838" v0="4986" v1="6220" v2="6639" v3="7012" />
+      <tetrahedron index="34839" v0="4873" v1="6753" v2="6766" v3="6923" />
+      <tetrahedron index="34840" v0="5093" v1="5676" v2="6348" v3="7024" />
+      <tetrahedron index="34841" v0="4638" v1="4682" v2="6349" v3="7024" />
+      <tetrahedron index="34842" v0="4847" v1="6014" v2="6611" v3="6909" />
+      <tetrahedron index="34843" v0="4953" v1="5388" v2="6207" v3="6970" />
+      <tetrahedron index="34844" v0="4937" v1="5482" v2="6148" v3="7020" />
+      <tetrahedron index="34845" v0="5960" v1="6079" v2="6570" v3="6588" />
+      <tetrahedron index="34846" v0="5152" v1="5993" v2="6666" v3="6972" />
+      <tetrahedron index="34847" v0="4970" v1="5435" v2="6091" v3="6588" />
+      <tetrahedron index="34848" v0="5552" v1="5995" v2="6222" v3="6592" />
+      <tetrahedron index="34849" v0="5989" v1="6582" v2="6595" v3="6845" />
+      <tetrahedron index="34850" v0="4971" v1="6099" v2="6100" v3="6847" />
+      <tetrahedron index="34851" v0="5005" v1="5509" v2="5518" v3="6856" />
+      <tetrahedron index="34852" v0="4940" v1="5596" v2="5676" v3="7024" />
+      <tetrahedron index="34853" v0="5336" v1="6348" v2="6349" v3="7024" />
+      <tetrahedron index="34854" v0="5005" v1="5518" v2="6726" v3="6856" />
+      <tetrahedron index="34855" v0="4970" v1="5805" v2="6588" v3="6910" />
+      <tetrahedron index="34856" v0="5388" v1="5390" v2="6619" v3="6623" />
+      <tetrahedron index="34857" v0="4917" v1="5284" v2="5750" v3="6845" />
+      <tetrahedron index="34858" v0="4953" v1="5388" v2="5390" v3="6623" />
+      <tetrahedron index="34859" v0="5005" v1="6233" v2="6727" v3="6856" />
+      <tetrahedron index="34860" v0="5764" v1="6430" v2="6765" v3="6856" />
+      <tetrahedron index="34861" v0="5005" v1="5509" v2="6431" v3="6856" />
+      <tetrahedron index="34862" v0="5764" v1="6727" v2="6765" v3="6856" />
+      <tetrahedron index="34863" v0="5993" v1="6666" v2="6750" v3="6972" />
+      <tetrahedron index="34864" v0="5016" v1="5676" v2="6432" v3="6857" />
+      <tetrahedron index="34865" v0="5168" v1="6170" v2="6784" v3="6997" />
+      <tetrahedron index="34866" v0="3734" v1="5169" v2="5613" v3="6035" />
+      <tetrahedron index="34867" v0="4949" v1="5379" v2="5555" v3="6592" />
+      <tetrahedron index="34868" v0="5552" v1="5555" v2="6229" v3="6592" />
+      <tetrahedron index="34869" v0="5093" v1="5676" v2="6432" v3="6857" />
+      <tetrahedron index="34870" v0="4884" v1="6230" v2="6431" v3="6855" />
+      <tetrahedron index="34871" v0="4938" v1="5599" v2="6590" v3="6668" />
+      <tetrahedron index="34872" v0="4943" v1="5599" v2="6271" v3="6668" />
+      <tetrahedron index="34873" v0="5340" v1="5984" v2="6629" v3="6635" />
+      <tetrahedron index="34874" v0="5151" v1="6315" v2="6316" v3="6811" />
+      <tetrahedron index="34875" v0="3895" v1="4336" v2="4681" v3="6811" />
+      <tetrahedron index="34876" v0="4954" v1="6044" v2="6626" v3="6635" />
+      <tetrahedron index="34877" v0="5959" v1="6764" v2="6805" v3="6894" />
+      <tetrahedron index="34878" v0="6046" v1="6626" v2="6631" v3="6923" />
+      <tetrahedron index="34879" v0="5880" v1="6640" v2="6674" v3="6945" />
+      <tetrahedron index="34880" v0="6726" v1="6841" v2="6975" v3="6988" />
+      <tetrahedron index="34881" v0="5991" v1="6586" v2="6587" v3="6909" />
+      <tetrahedron index="34882" v0="4940" v1="5354" v2="6993" v3="7024" />
+      <tetrahedron index="34883" v0="4415" v1="4807" v2="6505" v3="6886" />
+      <tetrahedron index="34884" v0="5269" v1="5270" v2="6073" v3="6612" />
+      <tetrahedron index="34885" v0="4970" v1="5992" v2="5994" v3="6912" />
+      <tetrahedron index="34886" v0="5435" v1="5960" v2="6588" v3="6854" />
+      <tetrahedron index="34887" v0="4970" v1="5435" v2="6588" v3="6591" />
+      <tetrahedron index="34888" v0="6190" v1="6192" v2="6471" v3="6737" />
+      <tetrahedron index="34889" v0="6308" v1="6551" v2="6764" v3="6922" />
+      <tetrahedron index="34890" v0="6043" v1="6622" v2="6623" v3="6737" />
+      <tetrahedron index="34891" v0="5013" v1="5525" v2="6197" v3="6739" />
+      <tetrahedron index="34892" v0="5520" v1="6192" v2="6472" v3="6737" />
+      <tetrahedron index="34893" v0="5193" v1="5509" v2="6188" v3="6855" />
+      <tetrahedron index="34894" v0="5093" v1="5768" v2="6005" v3="6857" />
+      <tetrahedron index="34895" v0="4852" v1="6292" v2="6443" v3="6913" />
+      <tetrahedron index="34896" v0="5170" v1="6443" v2="6864" v3="6913" />
+      <tetrahedron index="34897" v0="5057" v1="5379" v2="6030" v3="6592" />
+      <tetrahedron index="34898" v0="4911" v1="5610" v2="6013" v3="6592" />
+      <tetrahedron index="34899" v0="4911" v1="6013" v2="6222" v3="6592" />
+      <tetrahedron index="34900" v0="4911" v1="5748" v2="6002" v3="6593" />
+      <tetrahedron index="34901" v0="4911" v1="5348" v2="6002" v3="6593" />
+      <tetrahedron index="34902" v0="5348" v1="6002" v2="6407" v3="6593" />
+      <tetrahedron index="34903" v0="5748" v1="6002" v2="6407" v3="6593" />
+      <tetrahedron index="34904" v0="4392" v1="4429" v2="6231" v3="6756" />
+      <tetrahedron index="34905" v0="4849" v1="6228" v2="6409" v3="6593" />
+      <tetrahedron index="34906" v0="5552" v1="5995" v2="6222" v3="6593" />
+      <tetrahedron index="34907" v0="5552" v1="6222" v2="6228" v3="6593" />
+      <tetrahedron index="34908" v0="5552" v1="5995" v2="6228" v3="6593" />
+      <tetrahedron index="34909" v0="4949" v1="5528" v2="6202" v3="6594" />
+      <tetrahedron index="34910" v0="4949" v1="5015" v2="6202" v3="6594" />
+      <tetrahedron index="34911" v0="4949" v1="5015" v2="5529" v3="6594" />
+      <tetrahedron index="34912" v0="4949" v1="5529" v2="6030" v3="6594" />
+      <tetrahedron index="34913" v0="5403" v1="6060" v2="6445" v3="6865" />
+      <tetrahedron index="34914" v0="4342" v1="5007" v2="5514" v3="6646" />
+      <tetrahedron index="34915" v0="5481" v1="6398" v2="6573" v3="6836" />
+      <tetrahedron index="34916" v0="5577" v1="5736" v2="6398" v3="6836" />
+      <tetrahedron index="34917" v0="4869" v1="6252" v2="6399" v3="6836" />
+      <tetrahedron index="34918" v0="5577" v1="5736" v2="6252" v3="6836" />
+      <tetrahedron index="34919" v0="5192" v1="5812" v2="6230" v3="6735" />
+      <tetrahedron index="34920" v0="4930" v1="5841" v2="6720" v3="6880" />
+      <tetrahedron index="34921" v0="4930" v1="6167" v2="6417" v3="6880" />
+      <tetrahedron index="34922" v0="5550" v1="6292" v2="6596" v3="6597" />
+      <tetrahedron index="34923" v0="4852" v1="6292" v2="6596" v3="6597" />
+      <tetrahedron index="34924" v0="6171" v1="6489" v2="6724" v3="6880" />
+      <tetrahedron index="34925" v0="5507" v1="6488" v2="6720" v3="6880" />
+      <tetrahedron index="34926" v0="4939" v1="5353" v2="6003" v3="6598" />
+      <tetrahedron index="34927" v0="4939" v1="5350" v2="6003" v3="6598" />
+      <tetrahedron index="34928" v0="5150" v1="5751" v2="5752" v3="6915" />
+      <tetrahedron index="34929" v0="4994" v1="5751" v2="6414" v3="6915" />
+      <tetrahedron index="34930" v0="5150" v1="5751" v2="5999" v3="6915" />
+      <tetrahedron index="34931" v0="4805" v1="5353" v2="5755" v3="6598" />
+      <tetrahedron index="34932" v0="4732" v1="4805" v2="5755" v3="6598" />
+      <tetrahedron index="34933" v0="5749" v1="5751" v2="6414" v3="6915" />
+      <tetrahedron index="34934" v0="4994" v1="5751" v2="5752" v3="6915" />
+      <tetrahedron index="34935" v0="5149" v1="5999" v2="6599" v3="6915" />
+      <tetrahedron index="34936" v0="5749" v1="6414" v2="6599" v3="6915" />
+      <tetrahedron index="34937" v0="5149" v1="5351" v2="6600" v3="6916" />
+      <tetrahedron index="34938" v0="5351" v1="5999" v2="6411" v3="6916" />
+      <tetrahedron index="34939" v0="4849" v1="5528" v2="6755" v3="6843" />
+      <tetrahedron index="34940" v0="5057" v1="6030" v2="6592" v3="6917" />
+      <tetrahedron index="34941" v0="4885" v1="6586" v2="6587" v3="6840" />
+      <tetrahedron index="34942" v0="5005" v1="5518" v2="6185" v3="6735" />
+      <tetrahedron index="34943" v0="5900" v1="6601" v2="6603" v3="6917" />
+      <tetrahedron index="34944" v0="5315" v1="5538" v2="6429" v3="6869" />
+      <tetrahedron index="34945" v0="5191" v1="6209" v2="6745" v3="6969" />
+      <tetrahedron index="34946" v0="5361" v1="6222" v2="6473" v3="6840" />
+      <tetrahedron index="34947" v0="5057" v1="6030" v2="6616" v3="6917" />
+      <tetrahedron index="34948" v0="5265" v1="5900" v2="6601" v3="6917" />
+      <tetrahedron index="34949" v0="5995" v1="6030" v2="6592" v3="6917" />
+      <tetrahedron index="34950" v0="4940" v1="6203" v2="6604" v3="6918" />
+      <tetrahedron index="34951" v0="5355" v1="6203" v2="6604" v3="6918" />
+      <tetrahedron index="34952" v0="4940" v1="5016" v2="5596" v3="6918" />
+      <tetrahedron index="34953" v0="5529" v1="6030" v2="6031" v3="6602" />
+      <tetrahedron index="34954" v0="5755" v1="6004" v2="6418" v3="6603" />
+      <tetrahedron index="34955" v0="4805" v1="5755" v2="6418" v3="6603" />
+      <tetrahedron index="34956" v0="4354" v1="4805" v2="4806" v3="6603" />
+      <tetrahedron index="34957" v0="4354" v1="4806" v2="6418" v3="6603" />
+      <tetrahedron index="34958" v0="4354" v1="4805" v2="6418" v3="6603" />
+      <tetrahedron index="34959" v0="5347" v1="6093" v2="6668" v3="6778" />
+      <tetrahedron index="34960" v0="3708" v1="3880" v2="5345" v3="6778" />
+      <tetrahedron index="34961" v0="4938" v1="5347" v2="6668" v3="6778" />
+      <tetrahedron index="34962" v0="5345" v1="6093" v2="6670" v3="6778" />
+      <tetrahedron index="34963" v0="4421" v1="5239" v2="6608" v3="6919" />
+      <tetrahedron index="34964" v0="4940" v1="5355" v2="6203" v3="6604" />
+      <tetrahedron index="34965" v0="3934" v1="4167" v2="5868" v3="6919" />
+      <tetrahedron index="34966" v0="3680" v1="4421" v2="6608" v3="6919" />
+      <tetrahedron index="34967" v0="3680" v1="6314" v2="6608" v3="6919" />
+      <tetrahedron index="34968" v0="5132" v1="5239" v2="5868" v3="6919" />
+      <tetrahedron index="34969" v0="5239" v1="5864" v2="6608" v3="6919" />
+      <tetrahedron index="34970" v0="3495" v1="5448" v2="6109" v3="6605" />
+      <tetrahedron index="34971" v0="5448" v1="6109" v2="6508" v3="6605" />
+      <tetrahedron index="34972" v0="5448" v1="5866" v2="6508" v3="6605" />
+      <tetrahedron index="34973" v0="4901" v1="5866" v2="6508" v3="6605" />
+      <tetrahedron index="34974" v0="4901" v1="6506" v2="6508" v3="6605" />
+      <tetrahedron index="34975" v0="5002" v1="6506" v2="6508" v3="6605" />
+      <tetrahedron index="34976" v0="3521" v1="4312" v2="4719" v3="6606" />
+      <tetrahedron index="34977" v0="4941" v1="5633" v2="6011" v3="6606" />
+      <tetrahedron index="34978" v0="5058" v1="5633" v2="6011" v3="6606" />
+      <tetrahedron index="34979" v0="5572" v1="6246" v2="6589" v3="6611" />
+      <tetrahedron index="34980" v0="5346" v1="6246" v2="6569" v3="6611" />
+      <tetrahedron index="34981" v0="5090" v1="5611" v2="6011" v3="6607" />
+      <tetrahedron index="34982" v0="4526" v1="5090" v2="5099" v3="6607" />
+      <tetrahedron index="34983" v0="5090" v1="5099" v2="5611" v3="6607" />
+      <tetrahedron index="34984" v0="3498" v1="3876" v2="4151" v3="6607" />
+      <tetrahedron index="34985" v0="3498" v1="4151" v2="5002" v3="6607" />
+      <tetrahedron index="34986" v0="3498" v1="3875" v2="3876" v3="6607" />
+      <tetrahedron index="34987" v0="3498" v1="3875" v2="5002" v3="6607" />
+      <tetrahedron index="34988" v0="4526" v1="5090" v2="5673" v3="6607" />
+      <tetrahedron index="34989" v0="5090" v1="5673" v2="6011" v3="6607" />
+      <tetrahedron index="34990" v0="5358" v1="5673" v2="6011" v3="6607" />
+      <tetrahedron index="34991" v0="4941" v1="5358" v2="6314" v3="6609" />
+      <tetrahedron index="34992" v0="5058" v1="6009" v2="6606" v3="6610" />
+      <tetrahedron index="34993" v0="5358" v1="6011" v2="6607" v3="6610" />
+      <tetrahedron index="34994" v0="5002" v1="5358" v2="6607" v3="6610" />
+      <tetrahedron index="34995" v0="5357" v1="6009" v2="6506" v3="6610" />
+      <tetrahedron index="34996" v0="4941" v1="5357" v2="6506" v3="6610" />
+      <tetrahedron index="34997" v0="4941" v1="5864" v2="6506" v3="6610" />
+      <tetrahedron index="34998" v0="5002" v1="5864" v2="6506" v3="6610" />
+      <tetrahedron index="34999" v0="5357" v1="6009" v2="6606" v3="6610" />
+      <tetrahedron index="35000" v0="4941" v1="5357" v2="6606" v3="6610" />
+      <tetrahedron index="35001" v0="4941" v1="5358" v2="5864" v3="6610" />
+      <tetrahedron index="35002" v0="5002" v1="5358" v2="5864" v3="6610" />
+      <tetrahedron index="35003" v0="5552" v1="5995" v2="6228" v3="6755" />
+      <tetrahedron index="35004" v0="5805" v1="5925" v2="6457" v3="6910" />
+      <tetrahedron index="35005" v0="5925" v1="6091" v2="6457" v3="6910" />
+      <tetrahedron index="35006" v0="4949" v1="5528" v2="6202" v3="6755" />
+      <tetrahedron index="35007" v0="5552" v1="5995" v2="6592" v3="6755" />
+      <tetrahedron index="35008" v0="5528" v1="5554" v2="6202" v3="6755" />
+      <tetrahedron index="35009" v0="4977" v1="5644" v2="6322" v3="6441" />
+      <tetrahedron index="35010" v0="4116" v1="4117" v2="6051" v3="6751" />
+      <tetrahedron index="35011" v0="6224" v1="6225" v2="6636" v3="6751" />
+      <tetrahedron index="35012" v0="4936" v1="6807" v2="6899" v3="6983" />
+      <tetrahedron index="35013" v0="4913" v1="5902" v2="6534" v3="6797" />
+      <tetrahedron index="35014" v0="5624" v1="6300" v2="6534" v3="6797" />
+      <tetrahedron index="35015" v0="4978" v1="5494" v2="6157" v3="6686" />
+      <tetrahedron index="35016" v0="4978" v1="5503" v2="6165" v3="6795" />
+      <tetrahedron index="35017" v0="4944" v1="5494" v2="6115" v3="6686" />
+      <tetrahedron index="35018" v0="5841" v1="6675" v2="6878" v3="6930" />
+      <tetrahedron index="35019" v0="4996" v1="5495" v2="6159" v3="6714" />
+      <tetrahedron index="35020" v0="4978" v1="5494" v2="6115" v3="6686" />
+      <tetrahedron index="35021" v0="5062" v1="5621" v2="6296" v3="6795" />
+      <tetrahedron index="35022" v0="5062" v1="5621" v2="6297" v3="6795" />
+      <tetrahedron index="35023" v0="4913" v1="6671" v2="6797" v3="6942" />
+      <tetrahedron index="35024" v0="4065" v1="5371" v2="6019" v3="6614" />
+      <tetrahedron index="35025" v0="4065" v1="5371" v2="6021" v3="6614" />
+      <tetrahedron index="35026" v0="3255" v1="3256" v2="4065" v3="6614" />
+      <tetrahedron index="35027" v0="3255" v1="4065" v2="6021" v3="6614" />
+      <tetrahedron index="35028" v0="3255" v1="3256" v2="6021" v3="6614" />
+      <tetrahedron index="35029" v0="3627" v1="3679" v2="4119" v3="6615" />
+      <tetrahedron index="35030" v0="3679" v1="4119" v2="4797" v3="6615" />
+      <tetrahedron index="35031" v0="3679" v1="4797" v2="5033" v3="6615" />
+      <tetrahedron index="35032" v0="3627" v1="3679" v2="5373" v3="6615" />
+      <tetrahedron index="35033" v0="3627" v1="5373" v2="6023" v3="6615" />
+      <tetrahedron index="35034" v0="3679" v1="5373" v2="6023" v3="6615" />
+      <tetrahedron index="35035" v0="5530" v1="6007" v2="6203" v3="6918" />
+      <tetrahedron index="35036" v0="5355" v1="6007" v2="6604" v3="6918" />
+      <tetrahedron index="35037" v0="4227" v1="5530" v2="6007" v3="6918" />
+      <tetrahedron index="35038" v0="5057" v1="6030" v2="6602" v3="6616" />
+      <tetrahedron index="35039" v0="5057" v1="6004" v2="6602" v3="6616" />
+      <tetrahedron index="35040" v0="5346" v1="5992" v2="6853" v3="6939" />
+      <tetrahedron index="35041" v0="5155" v1="5951" v2="6649" v3="7014" />
+      <tetrahedron index="35042" v0="5762" v1="6428" v2="6761" v3="6937" />
+      <tetrahedron index="35043" v0="4967" v1="5175" v2="5425" v3="6661" />
+      <tetrahedron index="35044" v0="3811" v1="5175" v2="5581" v3="6661" />
+      <tetrahedron index="35045" v0="3811" v1="3842" v2="5425" v3="6661" />
+      <tetrahedron index="35046" v0="5951" v1="6649" v2="6898" v3="7014" />
+      <tetrahedron index="35047" v0="5423" v1="6256" v2="6660" v3="6938" />
+      <tetrahedron index="35048" v0="4867" v1="5947" v2="6761" v3="6937" />
+      <tetrahedron index="35049" v0="5947" v1="6243" v2="6761" v3="6937" />
+      <tetrahedron index="35050" v0="5762" v1="5763" v2="6657" v3="6937" />
+      <tetrahedron index="35051" v0="4946" v1="4952" v2="6039" v3="6618" />
+      <tetrahedron index="35052" v0="4952" v1="6039" v2="6393" v3="6618" />
+      <tetrahedron index="35053" v0="4952" v1="5129" v2="6393" v3="6618" />
+      <tetrahedron index="35054" v0="4946" v1="5369" v2="5371" v3="6618" />
+      <tetrahedron index="35055" v0="5369" v1="5371" v2="6039" v3="6618" />
+      <tetrahedron index="35056" v0="4946" v1="5369" v2="6039" v3="6618" />
+      <tetrahedron index="35057" v0="6190" v1="6192" v2="6737" v3="6738" />
+      <tetrahedron index="35058" v0="5019" v1="6043" v2="6190" v3="6624" />
+      <tetrahedron index="35059" v0="4949" v1="5554" v2="6202" v3="6755" />
+      <tetrahedron index="35060" v0="6589" v1="6634" v2="6666" v3="6750" />
+      <tetrahedron index="35061" v0="3816" v1="6041" v2="6208" v3="6620" />
+      <tetrahedron index="35062" v0="3816" v1="4138" v2="6208" v3="6620" />
+      <tetrahedron index="35063" v0="4138" v1="4140" v2="4560" v3="6620" />
+      <tetrahedron index="35064" v0="4140" v1="4560" v2="6042" v3="6620" />
+      <tetrahedron index="35065" v0="4140" v1="5389" v2="6042" v3="6621" />
+      <tetrahedron index="35066" v0="6560" v1="6850" v2="6943" v3="7014" />
+      <tetrahedron index="35067" v0="5389" v1="5536" v2="6463" v3="6621" />
+      <tetrahedron index="35068" v0="5959" v1="6429" v2="6851" v3="6853" />
+      <tetrahedron index="35069" v0="4630" v1="5474" v2="6928" v3="7012" />
+      <tetrahedron index="35070" v0="5019" v1="5536" v2="5537" v3="6621" />
+      <tetrahedron index="35071" v0="5019" v1="5536" v2="6463" v3="6621" />
+      <tetrahedron index="35072" v0="4140" v1="4563" v2="5536" v3="6621" />
+      <tetrahedron index="35073" v0="4563" v1="5536" v2="5537" v3="6621" />
+      <tetrahedron index="35074" v0="4140" v1="5389" v2="5536" v3="6621" />
+      <tetrahedron index="35075" v0="5316" v1="5959" v2="6851" v3="6853" />
+      <tetrahedron index="35076" v0="5009" v1="5994" v2="6591" v3="6940" />
+      <tetrahedron index="35077" v0="5316" v1="5992" v2="6079" v3="6853" />
+      <tetrahedron index="35078" v0="6247" v1="6923" v2="6974" v3="7011" />
+      <tetrahedron index="35079" v0="5391" v1="6308" v2="6764" v3="6922" />
+      <tetrahedron index="35080" v0="4922" v1="6425" v2="6426" v3="6984" />
+      <tetrahedron index="35081" v0="4954" v1="6626" v2="6631" v3="7011" />
+      <tetrahedron index="35082" v0="5391" v1="6308" v2="6625" v3="6922" />
+      <tetrahedron index="35083" v0="5195" v1="5816" v2="6471" v3="6623" />
+      <tetrahedron index="35084" v0="4444" v1="4652" v2="6192" v3="6738" />
+      <tetrahedron index="35085" v0="4444" v1="4468" v2="5519" v3="6738" />
+      <tetrahedron index="35086" v0="5195" v1="5816" v2="6462" v3="6623" />
+      <tetrahedron index="35087" v0="5195" v1="5809" v2="6462" v3="6623" />
+      <tetrahedron index="35088" v0="5809" v1="6043" v2="6622" v3="6623" />
+      <tetrahedron index="35089" v0="6190" v1="6624" v2="6737" v3="6738" />
+      <tetrahedron index="35090" v0="4652" v1="6190" v2="6192" v3="6738" />
+      <tetrahedron index="35091" v0="5009" v1="5520" v2="6191" v3="6624" />
+      <tetrahedron index="35092" v0="5009" v1="5519" v2="6191" v3="6624" />
+      <tetrahedron index="35093" v0="5166" v1="6044" v2="6049" v3="6810" />
+      <tetrahedron index="35094" v0="6627" v1="6628" v2="6786" v3="6808" />
+      <tetrahedron index="35095" v0="5391" v1="6627" v2="6923" v3="6925" />
+      <tetrahedron index="35096" v0="4884" v1="6461" v2="6969" v3="6989" />
+      <tetrahedron index="35097" v0="4873" v1="6046" v2="6753" v3="6923" />
+      <tetrahedron index="35098" v0="6173" v1="6307" v2="6726" v3="6975" />
+      <tetrahedron index="35099" v0="6044" v1="6625" v2="6627" v3="6925" />
+      <tetrahedron index="35100" v0="5065" v1="6309" v2="6785" v3="6808" />
+      <tetrahedron index="35101" v0="6044" v1="6309" v2="6807" v3="6808" />
+      <tetrahedron index="35102" v0="3895" v1="4184" v2="4336" v3="6811" />
+      <tetrahedron index="35103" v0="5068" v1="5636" v2="5639" v3="6811" />
+      <tetrahedron index="35104" v0="5166" v1="5781" v2="6281" v3="6628" />
+      <tetrahedron index="35105" v0="5605" v1="6280" v2="6628" v3="6808" />
+      <tetrahedron index="35106" v0="6044" v1="6625" v2="6807" v3="6808" />
+      <tetrahedron index="35107" v0="5391" v1="6625" v2="6922" v3="6925" />
+      <tetrahedron index="35108" v0="6044" v1="6627" v2="6628" v3="6808" />
+      <tetrahedron index="35109" v0="6309" v1="6785" v2="6808" v3="6809" />
+      <tetrahedron index="35110" v0="4400" v1="6309" v2="6785" v3="6809" />
+      <tetrahedron index="35111" v0="3776" v1="3777" v2="3778" v3="6809" />
+      <tetrahedron index="35112" v0="5605" v1="5781" v2="6490" v3="6809" />
+      <tetrahedron index="35113" v0="3776" v1="5781" v2="6490" v3="6809" />
+      <tetrahedron index="35114" v0="6050" v1="6633" v2="6711" v3="6926" />
+      <tetrahedron index="35115" v0="4963" v1="6075" v2="6693" v3="6787" />
+      <tetrahedron index="35116" v0="5166" v1="6044" v2="6626" v3="6628" />
+      <tetrahedron index="35117" v0="4873" v1="6044" v2="6626" v3="6628" />
+      <tetrahedron index="35118" v0="4873" v1="5166" v2="6626" v3="6628" />
+      <tetrahedron index="35119" v0="4873" v1="6044" v2="6627" v3="6628" />
+      <tetrahedron index="35120" v0="6075" v1="6124" v2="6693" v3="6787" />
+      <tetrahedron index="35121" v0="4936" v1="5340" v2="5984" v3="6629" />
+      <tetrahedron index="35122" v0="4267" v1="4630" v2="5474" v3="6928" />
+      <tetrahedron index="35123" v0="4936" v1="5340" v2="6044" v3="6629" />
+      <tetrahedron index="35124" v0="4936" v1="6044" v2="6625" v3="6629" />
+      <tetrahedron index="35125" v0="3587" v1="3588" v2="5392" v3="6926" />
+      <tetrahedron index="35126" v0="5392" v1="6045" v2="6633" v3="6926" />
+      <tetrahedron index="35127" v0="5190" v1="6461" v2="7023" v3="7030" />
+      <tetrahedron index="35128" v0="3507" v1="3587" v2="3621" v3="6630" />
+      <tetrahedron index="35129" v0="3587" v1="3621" v2="6045" v3="6630" />
+      <tetrahedron index="35130" v0="3587" v1="6045" v2="6050" v3="6630" />
+      <tetrahedron index="35131" v0="3507" v1="3587" v2="6050" v3="6630" />
+      <tetrahedron index="35132" v0="4955" v1="6046" v2="6156" v3="6711" />
+      <tetrahedron index="35133" v0="4955" v1="5395" v2="6154" v3="6711" />
+      <tetrahedron index="35134" v0="6046" v1="6632" v2="6636" v3="6753" />
+      <tetrahedron index="35135" v0="5493" v1="6050" v2="6633" v3="6711" />
+      <tetrahedron index="35136" v0="5630" v1="6627" v2="6786" v3="6924" />
+      <tetrahedron index="35137" v0="5065" v1="6311" v2="6625" v3="6924" />
+      <tetrahedron index="35138" v0="3587" v1="6045" v2="6050" v3="6926" />
+      <tetrahedron index="35139" v0="5630" v1="6280" v2="6311" v3="6924" />
+      <tetrahedron index="35140" v0="5392" v1="6051" v2="6631" v3="6926" />
+      <tetrahedron index="35141" v0="4987" v1="5477" v2="6141" v3="6704" />
+      <tetrahedron index="35142" v0="5152" v1="5753" v2="6666" v3="6972" />
+      <tetrahedron index="35143" v0="5167" v1="6014" v2="6409" v3="6754" />
+      <tetrahedron index="35144" v0="5152" v1="5993" v2="6750" v3="6972" />
+      <tetrahedron index="35145" v0="5152" v1="5753" v2="6770" v3="6972" />
+      <tetrahedron index="35146" v0="6055" v1="6641" v2="6642" v3="6643" />
+      <tetrahedron index="35147" v0="4894" v1="6054" v2="6642" v3="6643" />
+      <tetrahedron index="35148" v0="6289" v1="6789" v2="6792" v3="6875" />
+      <tetrahedron index="35149" v0="5941" v1="6553" v2="6580" v3="6899" />
+      <tetrahedron index="35150" v0="5309" v1="6055" v2="6641" v3="6643" />
+      <tetrahedron index="35151" v0="5615" v1="6289" v2="6487" v3="6875" />
+      <tetrahedron index="35152" v0="5168" v1="6170" v2="6722" v3="6784" />
+      <tetrahedron index="35153" v0="5554" v1="6227" v2="6228" v3="6753" />
+      <tetrahedron index="35154" v0="4961" v1="5461" v2="5877" v3="6863" />
+      <tetrahedron index="35155" v0="4961" v1="6442" v2="6726" v3="6964" />
+      <tetrahedron index="35156" v0="4996" v1="6154" v2="6159" v3="6958" />
+      <tetrahedron index="35157" v0="5392" v1="6626" v2="6631" v3="6633" />
+      <tetrahedron index="35158" v0="6046" v1="6626" v2="6631" v3="6633" />
+      <tetrahedron index="35159" v0="4955" v1="5554" v2="6636" v3="6927" />
+      <tetrahedron index="35160" v0="4873" v1="6046" v2="6156" v3="6633" />
+      <tetrahedron index="35161" v0="4873" v1="5493" v2="6156" v3="6633" />
+      <tetrahedron index="35162" v0="4116" v1="5573" v2="6051" v3="6751" />
+      <tetrahedron index="35163" v0="5725" v1="5961" v2="6391" v3="6973" />
+      <tetrahedron index="35164" v0="4970" v1="5994" v2="6591" v3="6940" />
+      <tetrahedron index="35165" v0="4861" v1="6902" v2="6908" v3="6912" />
+      <tetrahedron index="35166" v0="5009" v1="5994" v2="6585" v3="6940" />
+      <tetrahedron index="35167" v0="5436" v1="6092" v2="6666" v3="6667" />
+      <tetrahedron index="35168" v0="5782" v1="6442" v2="6726" v3="6988" />
+      <tetrahedron index="35169" v0="6672" v1="6794" v2="6897" v3="6942" />
+      <tetrahedron index="35170" v0="3937" v1="5394" v2="6578" v3="6635" />
+      <tetrahedron index="35171" v0="3937" v1="4053" v2="6049" v3="6635" />
+      <tetrahedron index="35172" v0="3937" v1="4053" v2="6578" v3="6635" />
+      <tetrahedron index="35173" v0="4860" v1="5554" v2="6632" v3="6636" />
+      <tetrahedron index="35174" v0="3778" v1="4396" v2="4400" v3="6785" />
+      <tetrahedron index="35175" v0="4955" v1="5528" v2="6227" v3="6752" />
+      <tetrahedron index="35176" v0="5036" v1="6051" v2="6632" v3="6636" />
+      <tetrahedron index="35177" v0="3892" v1="4760" v2="6029" v3="6741" />
+      <tetrahedron index="35178" v0="6158" v1="6202" v2="6740" v3="6741" />
+      <tetrahedron index="35179" v0="4267" v1="4327" v2="4630" v3="6928" />
+      <tetrahedron index="35180" v0="5015" v1="6158" v2="6202" v3="6741" />
+      <tetrahedron index="35181" v0="4860" v1="5026" v2="5554" v3="6636" />
+      <tetrahedron index="35182" v0="4860" v1="5026" v2="6224" v3="6636" />
+      <tetrahedron index="35183" v0="5615" v1="6289" v2="6792" v3="6875" />
+      <tetrahedron index="35184" v0="5614" v1="6106" v2="6789" v3="6875" />
+      <tetrahedron index="35185" v0="5588" v1="5589" v2="6261" v3="6638" />
+      <tetrahedron index="35186" v0="5047" v1="5588" v2="6261" v3="6638" />
+      <tetrahedron index="35187" v0="5589" v1="6261" v2="6637" v3="6638" />
+      <tetrahedron index="35188" v0="5047" v1="6261" v2="6637" v3="6638" />
+      <tetrahedron index="35189" v0="5550" v1="6292" v2="6597" v3="6907" />
+      <tetrahedron index="35190" v0="6292" v1="6639" v2="6773" v3="6907" />
+      <tetrahedron index="35191" v0="5409" v1="6069" v2="6651" v3="6932" />
+      <tetrahedron index="35192" v0="5346" v1="5991" v2="6569" v3="6908" />
+      <tetrahedron index="35193" v0="6054" v1="6642" v2="6643" v3="6774" />
+      <tetrahedron index="35194" v0="5991" v1="6587" v2="6590" v3="6909" />
+      <tetrahedron index="35195" v0="5397" v1="6263" v2="6637" v3="6774" />
+      <tetrahedron index="35196" v0="4493" v1="5988" v2="6139" v3="7006" />
+      <tetrahedron index="35197" v0="4713" v1="4737" v2="4753" v3="6704" />
+      <tetrahedron index="35198" v0="6110" v1="6520" v2="6681" v3="6946" />
+      <tetrahedron index="35199" v0="4987" v1="5477" v2="6460" v3="6704" />
+      <tetrahedron index="35200" v0="4753" v1="5478" v2="6277" v3="6704" />
+      <tetrahedron index="35201" v0="4987" v1="6277" v2="6460" v3="6704" />
+      <tetrahedron index="35202" v0="4845" v1="6717" v2="6794" v3="6929" />
+      <tetrahedron index="35203" v0="4712" v1="4713" v2="4737" v3="6704" />
+      <tetrahedron index="35204" v0="5333" v1="5596" v2="5980" v3="6776" />
+      <tetrahedron index="35205" v0="5980" v1="6268" v2="6743" v3="6776" />
+      <tetrahedron index="35206" v0="5397" v1="6056" v2="6641" v3="6774" />
+      <tetrahedron index="35207" v0="4845" v1="5840" v2="5950" v3="6644" />
+      <tetrahedron index="35208" v0="6098" v1="6099" v2="6644" v3="6675" />
+      <tetrahedron index="35209" v0="4894" v1="6099" v2="6217" v3="6674" />
+      <tetrahedron index="35210" v0="4894" v1="6099" v2="6643" v3="6674" />
+      <tetrahedron index="35211" v0="4939" v1="5348" v2="6407" v3="6848" />
+      <tetrahedron index="35212" v0="4268" v1="5998" v2="6702" v3="6954" />
+      <tetrahedron index="35213" v0="5437" v1="5546" v2="6217" v3="6674" />
+      <tetrahedron index="35214" v0="4493" v1="5342" v2="6139" v3="7006" />
+      <tetrahedron index="35215" v0="5403" v1="6062" v2="6444" v3="6865" />
+      <tetrahedron index="35216" v0="4848" v1="5403" v2="6062" v3="6865" />
+      <tetrahedron index="35217" v0="5170" v1="6062" v2="6444" v3="6865" />
+      <tetrahedron index="35218" v0="5403" v1="6444" v2="6445" v3="6865" />
+      <tetrahedron index="35219" v0="5614" v1="6289" v2="6789" v3="6875" />
+      <tetrahedron index="35220" v0="4713" v1="4753" v2="5478" v3="6704" />
+      <tetrahedron index="35221" v0="4712" v1="4737" v2="5477" v3="6704" />
+      <tetrahedron index="35222" v0="4987" v1="5478" v2="6277" v3="6704" />
+      <tetrahedron index="35223" v0="3711" v1="4539" v2="5535" v3="6646" />
+      <tetrahedron index="35224" v0="3711" v1="4957" v2="5514" v3="6646" />
+      <tetrahedron index="35225" v0="5137" v1="5398" v2="5735" v3="6646" />
+      <tetrahedron index="35226" v0="4957" v1="5398" v2="5514" v3="6646" />
+      <tetrahedron index="35227" v0="3711" v1="4342" v2="5514" v3="6646" />
+      <tetrahedron index="35228" v0="5007" v1="5514" v2="6057" v3="6646" />
+      <tetrahedron index="35229" v0="4539" v1="5007" v2="5535" v3="6646" />
+      <tetrahedron index="35230" v0="5221" v1="6055" v2="6644" v3="6930" />
+      <tetrahedron index="35231" v0="5309" v1="6055" v2="6641" v3="6644" />
+      <tetrahedron index="35232" v0="5309" v1="5950" v2="6641" v3="6644" />
+      <tetrahedron index="35233" v0="5309" v1="6055" v2="6098" v3="6644" />
+      <tetrahedron index="35234" v0="5309" v1="5950" v2="6098" v3="6644" />
+      <tetrahedron index="35235" v0="4857" v1="4973" v2="6514" v3="6676" />
+      <tetrahedron index="35236" v0="4857" v1="4973" v2="6104" v3="6676" />
+      <tetrahedron index="35237" v0="5550" v1="6639" v2="6645" v3="6931" />
+      <tetrahedron index="35238" v0="4987" v1="5478" v2="6141" v3="6704" />
+      <tetrahedron index="35239" v0="3761" v1="5591" v2="6377" v3="6866" />
+      <tetrahedron index="35240" v0="4856" v1="6056" v2="6443" v3="6865" />
+      <tetrahedron index="35241" v0="4848" v1="6056" v2="6062" v3="6865" />
+      <tetrahedron index="35242" v0="5550" v1="6639" v2="6907" v3="6931" />
+      <tetrahedron index="35243" v0="4470" v1="4471" v2="4472" v3="6968" />
+      <tetrahedron index="35244" v0="5550" v1="6220" v2="6878" v3="6879" />
+      <tetrahedron index="35245" v0="5221" v1="5550" v2="6596" v3="6879" />
+      <tetrahedron index="35246" v0="5409" v1="6068" v2="6651" v3="6932" />
+      <tetrahedron index="35247" v0="4848" v1="5396" v2="6056" v3="6865" />
+      <tetrahedron index="35248" v0="4737" v1="5477" v2="6460" v3="6704" />
+      <tetrahedron index="35249" v0="4713" v1="5478" v2="6141" v3="6704" />
+      <tetrahedron index="35250" v0="4856" v1="5396" v2="6056" v3="6865" />
+      <tetrahedron index="35251" v0="4848" v1="5396" v2="6060" v3="6865" />
+      <tetrahedron index="35252" v0="4951" v1="5383" v2="5726" v3="6677" />
+      <tetrahedron index="35253" v0="4973" v1="5485" v2="6101" v3="6677" />
+      <tetrahedron index="35254" v0="4853" v1="6066" v2="6104" v3="6677" />
+      <tetrahedron index="35255" v0="4973" v1="5383" v2="5485" v3="6677" />
+      <tetrahedron index="35256" v0="5443" v1="6104" v2="6524" v3="6677" />
+      <tetrahedron index="35257" v0="4951" v1="4973" v2="6104" v3="6677" />
+      <tetrahedron index="35258" v0="5155" v1="6105" v2="6487" v3="6648" />
+      <tetrahedron index="35259" v0="5446" v1="6105" v2="6487" v3="6648" />
+      <tetrahedron index="35260" v0="5155" v1="5446" v2="6487" v3="6648" />
+      <tetrahedron index="35261" v0="4875" v1="5396" v2="6259" v3="6775" />
+      <tetrahedron index="35262" v0="6159" v1="6715" v2="6979" v3="7015" />
+      <tetrahedron index="35263" v0="5528" v1="6159" v2="6716" v3="7015" />
+      <tetrahedron index="35264" v0="4848" v1="4875" v2="5396" v3="6775" />
+      <tetrahedron index="35265" v0="5047" v1="5590" v2="6264" v3="6775" />
+      <tetrahedron index="35266" v0="6052" v1="6263" v2="6637" v3="6775" />
+      <tetrahedron index="35267" v0="5396" v1="6052" v2="6259" v3="6775" />
+      <tetrahedron index="35268" v0="5156" v1="6072" v2="6652" v3="6933" />
+      <tetrahedron index="35269" v0="5761" v1="6427" v2="6652" v3="6933" />
+      <tetrahedron index="35270" v0="3512" v1="5409" v2="6069" v3="6651" />
+      <tetrahedron index="35271" v0="4866" v1="5156" v2="5760" v3="6933" />
+      <tetrahedron index="35272" v0="5045" v1="5585" v2="6069" v3="6651" />
+      <tetrahedron index="35273" v0="3512" v1="5585" v2="6069" v3="6651" />
+      <tetrahedron index="35274" v0="3511" v1="5045" v2="6258" v3="6651" />
+      <tetrahedron index="35275" v0="5635" v1="6258" v2="6650" v3="6651" />
+      <tetrahedron index="35276" v0="3512" v1="3678" v2="5409" v3="6651" />
+      <tetrahedron index="35277" v0="3678" v1="5409" v2="6068" v3="6651" />
+      <tetrahedron index="35278" v0="3511" v1="3514" v2="3945" v3="6651" />
+      <tetrahedron index="35279" v0="3511" v1="3945" v2="6258" v3="6651" />
+      <tetrahedron index="35280" v0="3514" v1="3945" v2="5635" v3="6651" />
+      <tetrahedron index="35281" v0="3945" v1="5635" v2="6258" v3="6651" />
+      <tetrahedron index="35282" v0="4913" v1="6300" v2="6797" v3="6800" />
+      <tetrahedron index="35283" v0="4976" v1="5625" v2="6302" v3="6652" />
+      <tetrahedron index="35284" v0="5451" v1="6071" v2="6302" v3="6652" />
+      <tetrahedron index="35285" v0="4976" v1="5451" v2="6302" v3="6652" />
+      <tetrahedron index="35286" v0="6071" v1="6072" v2="6302" v3="6652" />
+      <tetrahedron index="35287" v0="5625" v1="6072" v2="6302" v3="6652" />
+      <tetrahedron index="35288" v0="4976" v1="5197" v2="5451" v3="6652" />
+      <tetrahedron index="35289" v0="4976" v1="5197" v2="6176" v3="6652" />
+      <tetrahedron index="35290" v0="4940" v1="5016" v2="6203" v3="6993" />
+      <tetrahedron index="35291" v0="5063" v1="6073" v2="6303" v3="6800" />
+      <tetrahedron index="35292" v0="4981" v1="5464" v2="6072" v3="6696" />
+      <tetrahedron index="35293" v0="4884" v1="5191" v2="5811" v3="6844" />
+      <tetrahedron index="35294" v0="5350" v1="5351" v2="6846" v3="6990" />
+      <tetrahedron index="35295" v0="4847" v1="5959" v2="6764" v3="6805" />
+      <tetrahedron index="35296" v0="4847" v1="6430" v2="6765" v3="6805" />
+      <tetrahedron index="35297" v0="4963" v1="6075" v2="6283" v3="6654" />
+      <tetrahedron index="35298" v0="4963" v1="5603" v2="6283" v3="6654" />
+      <tetrahedron index="35299" v0="3486" v1="5422" v2="6242" v3="6936" />
+      <tetrahedron index="35300" v0="6032" v1="6242" v2="6656" v3="6936" />
+      <tetrahedron index="35301" v0="6120" v1="6129" v2="6678" v3="6696" />
+      <tetrahedron index="35302" v0="5246" v1="6285" v2="6655" v3="7000" />
+      <tetrahedron index="35303" v0="4826" v1="5462" v2="6119" v3="6889" />
+      <tetrahedron index="35304" v0="5169" v1="5247" v2="6036" v3="6889" />
+      <tetrahedron index="35305" v0="3385" v1="6180" v2="6515" v3="6889" />
+      <tetrahedron index="35306" v0="4886" v1="6563" v2="7003" v3="7028" />
+      <tetrahedron index="35307" v0="5603" v1="6283" v2="6782" v3="6935" />
+      <tetrahedron index="35308" v0="5465" v1="6129" v2="6678" v3="6696" />
+      <tetrahedron index="35309" v0="6654" v1="6655" v2="6934" v3="6935" />
+      <tetrahedron index="35310" v0="4854" v1="5763" v2="6550" v3="6657" />
+      <tetrahedron index="35311" v0="4854" v1="5745" v2="6550" v3="6657" />
+      <tetrahedron index="35312" v0="4950" v1="5763" v2="6034" v3="6657" />
+      <tetrahedron index="35313" v0="5763" v1="6034" v2="6550" v3="6657" />
+      <tetrahedron index="35314" v0="4950" v1="6034" v2="6550" v3="6657" />
+      <tetrahedron index="35315" v0="3488" v1="3683" v2="3684" v3="6938" />
+      <tetrahedron index="35316" v0="3683" v1="3684" v2="5582" v3="6938" />
+      <tetrahedron index="35317" v0="5317" v1="5961" v2="6571" v3="6658" />
+      <tetrahedron index="35318" v0="3785" v1="5148" v2="5747" v3="6659" />
+      <tetrahedron index="35319" v0="5309" v1="6898" v2="6944" v3="7014" />
+      <tetrahedron index="35320" v0="3841" v1="3842" v2="5425" v3="6661" />
+      <tetrahedron index="35321" v0="3684" v1="3785" v2="3786" v3="6659" />
+      <tetrahedron index="35322" v0="3684" v1="3786" v2="5746" v3="6659" />
+      <tetrahedron index="35323" v0="3684" v1="3785" v2="4815" v3="6659" />
+      <tetrahedron index="35324" v0="3785" v1="4815" v2="5747" v3="6659" />
+      <tetrahedron index="35325" v0="3785" v1="3786" v2="5148" v3="6659" />
+      <tetrahedron index="35326" v0="3786" v1="5148" v2="5746" v3="6659" />
+      <tetrahedron index="35327" v0="5421" v1="5423" v2="6081" v3="6660" />
+      <tetrahedron index="35328" v0="5421" v1="6081" v2="6083" v3="6660" />
+      <tetrahedron index="35329" v0="4966" v1="5421" v2="6083" v3="6660" />
+      <tetrahedron index="35330" v0="5309" v1="6649" v2="6898" v3="7014" />
+      <tetrahedron index="35331" v0="4882" v1="6092" v2="6667" v3="6939" />
+      <tetrahedron index="35332" v0="4882" v1="5992" v2="6092" v3="6939" />
+      <tetrahedron index="35333" v0="4970" v1="5433" v2="6094" v3="6940" />
+      <tetrahedron index="35334" v0="3811" v1="3842" v2="4372" v3="6661" />
+      <tetrahedron index="35335" v0="3842" v1="4372" v2="6085" v3="6661" />
+      <tetrahedron index="35336" v0="4968" v1="5788" v2="6086" v3="6662" />
+      <tetrahedron index="35337" v0="4968" v1="5427" v2="6086" v3="6662" />
+      <tetrahedron index="35338" v0="6959" v1="6960" v2="6997" v3="7021" />
+      <tetrahedron index="35339" v0="5342" v1="6053" v2="6639" v3="6773" />
+      <tetrahedron index="35340" v0="4089" v1="4968" v2="5430" v3="6663" />
+      <tetrahedron index="35341" v0="4089" v1="4968" v2="6448" v3="6663" />
+      <tetrahedron index="35342" v0="3566" v1="5681" v2="6088" v3="6664" />
+      <tetrahedron index="35343" v0="3568" v1="3837" v2="5359" v3="6664" />
+      <tetrahedron index="35344" v0="3569" v1="5431" v2="6088" v3="6664" />
+      <tetrahedron index="35345" v0="3837" v1="5431" v2="5710" v3="6664" />
+      <tetrahedron index="35346" v0="3837" v1="5359" v2="5710" v3="6664" />
+      <tetrahedron index="35347" v0="3566" v1="3567" v2="3568" v3="6664" />
+      <tetrahedron index="35348" v0="3566" v1="3567" v2="5681" v3="6664" />
+      <tetrahedron index="35349" v0="3566" v1="3568" v2="3569" v3="6664" />
+      <tetrahedron index="35350" v0="3566" v1="3569" v2="6088" v3="6664" />
+      <tetrahedron index="35351" v0="3568" v1="3569" v2="3837" v3="6664" />
+      <tetrahedron index="35352" v0="3569" v1="3837" v2="5431" v3="6664" />
+      <tetrahedron index="35353" v0="5805" v1="6091" v2="6457" v3="6665" />
+      <tetrahedron index="35354" v0="5188" v1="5805" v2="6457" v3="6665" />
+      <tetrahedron index="35355" v0="4088" v1="5188" v2="6457" v3="6665" />
+      <tetrahedron index="35356" v0="4086" v1="4088" v2="6457" v3="6665" />
+      <tetrahedron index="35357" v0="4970" v1="5805" v2="6092" v3="6665" />
+      <tetrahedron index="35358" v0="5188" v1="5805" v2="6092" v3="6665" />
+      <tetrahedron index="35359" v0="5473" v1="5702" v2="6251" v3="6771" />
+      <tetrahedron index="35360" v0="5112" v1="5702" v2="6252" v3="6771" />
+      <tetrahedron index="35361" v0="5036" v1="5573" v2="6224" v3="6751" />
+      <tetrahedron index="35362" v0="4716" v1="5573" v2="6751" v3="6770" />
+      <tetrahedron index="35363" v0="4120" v1="5152" v2="6226" v3="6770" />
+      <tetrahedron index="35364" v0="4716" v1="5553" v2="6751" v3="6770" />
+      <tetrahedron index="35365" v0="4120" v1="4454" v2="4716" v3="6770" />
+      <tetrahedron index="35366" v0="4454" v1="4716" v2="6250" v3="6770" />
+      <tetrahedron index="35367" v0="4716" v1="5573" v2="6250" v3="6770" />
+      <tetrahedron index="35368" v0="5127" v1="5725" v2="6391" v3="6973" />
+      <tetrahedron index="35369" v0="5573" v1="6224" v2="6250" v3="6770" />
+      <tetrahedron index="35370" v0="4943" v1="5347" v2="6012" v3="6668" />
+      <tetrahedron index="35371" v0="5347" v1="6012" v2="6093" v3="6668" />
+      <tetrahedron index="35372" v0="4938" v1="5599" v2="6270" v3="6668" />
+      <tetrahedron index="35373" v0="5347" v1="5599" v2="6270" v3="6668" />
+      <tetrahedron index="35374" v0="4938" v1="5347" v2="6270" v3="6668" />
+      <tetrahedron index="35375" v0="5993" v1="6093" v2="6666" v3="6669" />
+      <tetrahedron index="35376" v0="5152" v1="5993" v2="6666" v3="6669" />
+      <tetrahedron index="35377" v0="3706" v1="3707" v2="3708" v3="6669" />
+      <tetrahedron index="35378" v0="3707" v1="3708" v2="5753" v3="6669" />
+      <tetrahedron index="35379" v0="3706" v1="3707" v2="5753" v3="6669" />
+      <tetrahedron index="35380" v0="3708" v1="5436" v2="5753" v3="6669" />
+      <tetrahedron index="35381" v0="3708" v1="5436" v2="6093" v3="6669" />
+      <tetrahedron index="35382" v0="5436" v1="6093" v2="6666" v3="6669" />
+      <tetrahedron index="35383" v0="5436" v1="5753" v2="6666" v3="6669" />
+      <tetrahedron index="35384" v0="4938" v1="5993" v2="6093" v3="6670" />
+      <tetrahedron index="35385" v0="6429" v1="6853" v2="6902" v3="6912" />
+      <tetrahedron index="35386" v0="4970" v1="5436" v2="6092" v3="6670" />
+      <tetrahedron index="35387" v0="4970" v1="6092" v2="6667" v3="6670" />
+      <tetrahedron index="35388" v0="5436" v1="6092" v2="6667" v3="6670" />
+      <tetrahedron index="35389" v0="4863" v1="5902" v2="6795" v3="6941" />
+      <tetrahedron index="35390" v0="6685" v1="6795" v2="6796" v3="6941" />
+      <tetrahedron index="35391" v0="5902" v1="6097" v2="6671" v3="6941" />
+      <tetrahedron index="35392" v0="6297" v1="6795" v2="6796" v3="6941" />
+      <tetrahedron index="35393" v0="5316" v1="6566" v2="6851" v3="6894" />
+      <tetrahedron index="35394" v0="4926" v1="6054" v2="6640" v3="6945" />
+      <tetrahedron index="35395" v0="6054" v1="6640" v2="6643" v3="6945" />
+      <tetrahedron index="35396" v0="5196" v1="6565" v2="6891" v3="7003" />
+      <tetrahedron index="35397" v0="5512" v1="6521" v2="6890" v3="6891" />
+      <tetrahedron index="35398" v0="5268" v1="6098" v2="6150" v3="6673" />
+      <tetrahedron index="35399" v0="5805" v1="5992" v2="6079" v3="7013" />
+      <tetrahedron index="35400" v0="6098" v1="6673" v2="6943" v3="6944" />
+      <tetrahedron index="35401" v0="6752" v1="6949" v2="6979" v3="7015" />
+      <tetrahedron index="35402" v0="6752" v1="6784" v2="6843" v3="7015" />
+      <tetrahedron index="35403" v0="6301" v1="6673" v2="6943" v3="6944" />
+      <tetrahedron index="35404" v0="4971" v1="5439" v2="6150" v3="6708" />
+      <tetrahedron index="35405" v0="5440" v1="5562" v2="6100" v3="6708" />
+      <tetrahedron index="35406" v0="5493" v1="6281" v2="6712" v3="6957" />
+      <tetrahedron index="35407" v0="4863" v1="6100" v2="6236" v3="6708" />
+      <tetrahedron index="35408" v0="4863" v1="5488" v2="6150" v3="6708" />
+      <tetrahedron index="35409" v0="4971" v1="5488" v2="6707" v3="6708" />
+      <tetrahedron index="35410" v0="5001" v1="5562" v2="6100" v3="6708" />
+      <tetrahedron index="35411" v0="5488" v1="5562" v2="6095" v3="6708" />
+      <tetrahedron index="35412" v0="4863" v1="5439" v2="6100" v3="6708" />
+      <tetrahedron index="35413" v0="4971" v1="6150" v2="6707" v3="6708" />
+      <tetrahedron index="35414" v0="4894" v1="6217" v2="6485" v3="6674" />
+      <tetrahedron index="35415" v0="6110" v1="6520" v2="6682" v3="6946" />
+      <tetrahedron index="35416" v0="5546" v1="6217" v2="6485" v3="6674" />
+      <tetrahedron index="35417" v0="5023" v1="5546" v2="6485" v3="6674" />
+      <tetrahedron index="35418" v0="5006" v1="5692" v2="5879" v3="6946" />
+      <tetrahedron index="35419" v0="5006" v1="5513" v2="6681" v3="6946" />
+      <tetrahedron index="35420" v0="5513" v1="6110" v2="6681" v3="6946" />
+      <tetrahedron index="35421" v0="4973" v1="5443" v2="6104" v3="6676" />
+      <tetrahedron index="35422" v0="5443" v1="6104" v2="6648" v3="6676" />
+      <tetrahedron index="35423" v0="6560" v1="6799" v2="6850" v3="6943" />
+      <tetrahedron index="35424" v0="4962" v1="5904" v2="6073" v3="6893" />
+      <tetrahedron index="35425" v0="5995" v1="6594" v2="6723" v3="6948" />
+      <tetrahedron index="35426" v0="4962" v1="5904" v2="6537" v3="6893" />
+      <tetrahedron index="35427" v0="5903" v1="6560" v2="6672" v3="6943" />
+      <tetrahedron index="35428" v0="4962" v1="6073" v2="6536" v3="6893" />
+      <tetrahedron index="35429" v0="5443" v1="6102" v2="6103" v3="6676" />
+      <tetrahedron index="35430" v0="5443" v1="6103" v2="6648" v3="6676" />
+      <tetrahedron index="35431" v0="6142" v1="6275" v2="6881" v3="6998" />
+      <tetrahedron index="35432" v0="4930" v1="6116" v2="6721" v3="6962" />
+      <tetrahedron index="35433" v0="5458" v1="6117" v2="6688" v3="6690" />
+      <tetrahedron index="35434" v0="4964" v1="6118" v2="6120" v3="6690" />
+      <tetrahedron index="35435" v0="3272" v1="5535" v2="6397" v3="6835" />
+      <tetrahedron index="35436" v0="5457" v1="6117" v2="6389" v3="6690" />
+      <tetrahedron index="35437" v0="4980" v1="5458" v2="6122" v3="6690" />
+      <tetrahedron index="35438" v0="6170" v1="6488" v2="6723" v3="6877" />
+      <tetrahedron index="35439" v0="5507" v1="6170" v2="6687" v3="6877" />
+      <tetrahedron index="35440" v0="5168" v1="5997" v2="6718" v3="6877" />
+      <tetrahedron index="35441" v0="4883" v1="6291" v2="6537" v3="6678" />
+      <tetrahedron index="35442" v0="5465" v1="6291" v2="6537" v3="6678" />
+      <tetrahedron index="35443" v0="3413" v1="5447" v2="5448" v3="6680" />
+      <tetrahedron index="35444" v0="3411" v1="3412" v2="3413" v3="6680" />
+      <tetrahedron index="35445" v0="3411" v1="3413" v2="5448" v3="6680" />
+      <tetrahedron index="35446" v0="3365" v1="3696" v2="3952" v3="6681" />
+      <tetrahedron index="35447" v0="3365" v1="3696" v2="6178" v3="6681" />
+      <tetrahedron index="35448" v0="4944" v1="6685" v2="6686" v3="6947" />
+      <tetrahedron index="35449" v0="5006" v1="5513" v2="6178" v3="6681" />
+      <tetrahedron index="35450" v0="3696" v1="3952" v2="5513" v3="6681" />
+      <tetrahedron index="35451" v0="3696" v1="5513" v2="6178" v3="6681" />
+      <tetrahedron index="35452" v0="5470" v1="6110" v2="6149" v3="6681" />
+      <tetrahedron index="35453" v0="5025" v1="6139" v2="6702" v3="6954" />
+      <tetrahedron index="35454" v0="4268" v1="5551" v2="5998" v3="6954" />
+      <tetrahedron index="35455" v0="6655" v1="6695" v2="6934" v3="7000" />
+      <tetrahedron index="35456" v0="4944" v1="6495" v2="6885" v3="6947" />
+      <tetrahedron index="35457" v0="4944" v1="6685" v2="6885" v3="6947" />
+      <tetrahedron index="35458" v0="4944" v1="6495" v2="6882" v3="6947" />
+      <tetrahedron index="35459" v0="4903" v1="6075" v2="6695" v3="7000" />
+      <tetrahedron index="35460" v0="4903" v1="6075" v2="6513" v3="7000" />
+      <tetrahedron index="35461" v0="5607" v1="6285" v2="6888" v3="7000" />
+      <tetrahedron index="35462" v0="5245" v1="6513" v2="6888" v3="7000" />
+      <tetrahedron index="35463" v0="6513" v1="6787" v2="7001" v3="7027" />
+      <tetrahedron index="35464" v0="4670" v1="4671" v2="4752" v3="6998" />
+      <tetrahedron index="35465" v0="3936" v1="4337" v2="4577" v3="6683" />
+      <tetrahedron index="35466" v0="4337" v1="4577" v2="5645" v3="6683" />
+      <tetrahedron index="35467" v0="4577" v1="5452" v2="5645" v3="6683" />
+      <tetrahedron index="35468" v0="5452" v1="5645" v2="6112" v3="6683" />
+      <tetrahedron index="35469" v0="4908" v1="5645" v2="6527" v3="6684" />
+      <tetrahedron index="35470" v0="4499" v1="5645" v2="6527" v3="6684" />
+      <tetrahedron index="35471" v0="4499" v1="5254" v2="6527" v3="6684" />
+      <tetrahedron index="35472" v0="3958" v1="4337" v2="4499" v3="6684" />
+      <tetrahedron index="35473" v0="4337" v1="4499" v2="5645" v3="6684" />
+      <tetrahedron index="35474" v0="3736" v1="5905" v2="6297" v3="6796" />
+      <tetrahedron index="35475" v0="5268" v1="5902" v2="6671" v3="6797" />
+      <tetrahedron index="35476" v0="5268" v1="6671" v2="6672" v3="6797" />
+      <tetrahedron index="35477" v0="5364" v1="6115" v2="6493" v3="6884" />
+      <tetrahedron index="35478" v0="4944" v1="6016" v2="6492" v3="6686" />
+      <tetrahedron index="35479" v0="5454" v1="5494" v2="6115" v3="6884" />
+      <tetrahedron index="35480" v0="4944" v1="5494" v2="6492" v3="6686" />
+      <tetrahedron index="35481" v0="5903" v1="6536" v2="6897" v3="6942" />
+      <tetrahedron index="35482" v0="5507" v1="6170" v2="6723" v3="6948" />
+      <tetrahedron index="35483" v0="4978" v1="5623" v2="6296" v3="6795" />
+      <tetrahedron index="35484" v0="5365" v1="6165" v2="6686" v3="6717" />
+      <tetrahedron index="35485" v0="5167" v1="6156" v2="6227" v3="6843" />
+      <tetrahedron index="35486" v0="5439" v1="5503" v2="6097" v3="6717" />
+      <tetrahedron index="35487" v0="5554" v1="6227" v2="6636" v3="6753" />
+      <tetrahedron index="35488" v0="4955" v1="6227" v2="6636" v3="6753" />
+      <tetrahedron index="35489" v0="4882" v1="5574" v2="6458" v3="6767" />
+      <tetrahedron index="35490" v0="4400" v1="5631" v2="6194" v3="6785" />
+      <tetrahedron index="35491" v0="3778" v1="4039" v2="4396" v3="6785" />
+      <tetrahedron index="35492" v0="5841" v1="6421" v2="6878" v3="6930" />
+      <tetrahedron index="35493" v0="6166" v1="6713" v2="6717" v3="6719" />
+      <tetrahedron index="35494" v0="5246" v1="5527" v2="5874" v3="6688" />
+      <tetrahedron index="35495" v0="5246" v1="5527" v2="6201" v3="6688" />
+      <tetrahedron index="35496" v0="4964" v1="5458" v2="6122" v3="6689" />
+      <tetrahedron index="35497" v0="5615" v1="6487" v2="6875" v3="6981" />
+      <tetrahedron index="35498" v0="4903" v1="6124" v2="6128" v3="6695" />
+      <tetrahedron index="35499" v0="4850" v1="5416" v2="6654" v3="6695" />
+      <tetrahedron index="35500" v0="4964" v1="5458" v2="6120" v3="6689" />
+      <tetrahedron index="35501" v0="4964" v1="6120" v2="6678" v3="6689" />
+      <tetrahedron index="35502" v0="5458" v1="6120" v2="6678" v3="6689" />
+      <tetrahedron index="35503" v0="4964" v1="6120" v2="6122" v3="6690" />
+      <tetrahedron index="35504" v0="4964" v1="6118" v2="6122" v3="6690" />
+      <tetrahedron index="35505" v0="6118" v1="6122" v2="6690" v3="6691" />
+      <tetrahedron index="35506" v0="5457" v1="6118" v2="6690" v3="6691" />
+      <tetrahedron index="35507" v0="3541" v1="5457" v2="6119" v3="6691" />
+      <tetrahedron index="35508" v0="5457" v1="6119" v2="6122" v3="6691" />
+      <tetrahedron index="35509" v0="4964" v1="5444" v2="6118" v3="6691" />
+      <tetrahedron index="35510" v0="4964" v1="5444" v2="6514" v3="6691" />
+      <tetrahedron index="35511" v0="3527" v1="4029" v2="5383" v3="6691" />
+      <tetrahedron index="35512" v0="4029" v1="5383" v2="6514" v3="6691" />
+      <tetrahedron index="35513" v0="3527" v1="5383" v2="6514" v3="6691" />
+      <tetrahedron index="35514" v0="4964" v1="5875" v2="6122" v3="6691" />
+      <tetrahedron index="35515" v0="4964" v1="5875" v2="6514" v3="6691" />
+      <tetrahedron index="35516" v0="5247" v1="5875" v2="6036" v3="6691" />
+      <tetrahedron index="35517" v0="4029" v1="5247" v2="6036" v3="6691" />
+      <tetrahedron index="35518" v0="5875" v1="6036" v2="6514" v3="6691" />
+      <tetrahedron index="35519" v0="4029" v1="6036" v2="6514" v3="6691" />
+      <tetrahedron index="35520" v0="5511" v1="5522" v2="6175" v3="6693" />
+      <tetrahedron index="35521" v0="5522" v1="6175" v2="6313" v3="6693" />
+      <tetrahedron index="35522" v0="5511" v1="5522" v2="6313" v3="6693" />
+      <tetrahedron index="35523" v0="5632" v1="6312" v2="6313" v3="6693" />
+      <tetrahedron index="35524" v0="4883" v1="5874" v2="6538" v3="6952" />
+      <tetrahedron index="35525" v0="4339" v1="6174" v2="6175" v3="6728" />
+      <tetrahedron index="35526" v0="6124" v1="6125" v2="6175" v3="6728" />
+      <tetrahedron index="35527" v0="5189" v1="5874" v2="6538" v3="6952" />
+      <tetrahedron index="35528" v0="4883" v1="6120" v2="6696" v3="6952" />
+      <tetrahedron index="35529" v0="4341" v1="6172" v2="6174" v3="6728" />
+      <tetrahedron index="35530" v0="4671" v1="4752" v2="5843" v3="6998" />
+      <tetrahedron index="35531" v0="5144" v1="5740" v2="6820" v3="6984" />
+      <tetrahedron index="35532" v0="5416" v1="5461" v2="6128" v3="6695" />
+      <tetrahedron index="35533" v0="6890" v1="6966" v2="7004" v3="7028" />
+      <tetrahedron index="35534" v0="5053" v1="6075" v2="6655" v3="6935" />
+      <tetrahedron index="35535" v0="6176" v1="6729" v2="6966" v3="7028" />
+      <tetrahedron index="35536" v0="5461" v1="6128" v2="6694" v3="6695" />
+      <tetrahedron index="35537" v0="4850" v1="5461" v2="6694" v3="6695" />
+      <tetrahedron index="35538" v0="5416" v1="5461" v2="6442" v3="6695" />
+      <tetrahedron index="35539" v0="4850" v1="5461" v2="6442" v3="6695" />
+      <tetrahedron index="35540" v0="4850" v1="5416" v2="6442" v3="6695" />
+      <tetrahedron index="35541" v0="5464" v1="6072" v2="6130" v3="6696" />
+      <tetrahedron index="35542" v0="5470" v1="6520" v2="6699" v3="6953" />
+      <tetrahedron index="35543" v0="4883" v1="6537" v2="6678" v3="6696" />
+      <tetrahedron index="35544" v0="4883" v1="6120" v2="6678" v3="6696" />
+      <tetrahedron index="35545" v0="5648" v1="6324" v2="6395" v3="6698" />
+      <tetrahedron index="35546" v0="4237" v1="4239" v2="4330" v3="6698" />
+      <tetrahedron index="35547" v0="4962" v1="5904" v2="6537" v3="6697" />
+      <tetrahedron index="35548" v0="4885" v1="5817" v2="6473" v3="6868" />
+      <tetrahedron index="35549" v0="4885" v1="6473" v2="6840" v3="6868" />
+      <tetrahedron index="35550" v0="5194" v1="6473" v2="6840" v3="6868" />
+      <tetrahedron index="35551" v0="5904" v1="6537" v2="6538" v3="6697" />
+      <tetrahedron index="35552" v0="5189" v1="5904" v2="6538" v3="6697" />
+      <tetrahedron index="35553" v0="4983" v1="5648" v2="6326" v3="6698" />
+      <tetrahedron index="35554" v0="4983" v1="5468" v2="6326" v3="6698" />
+      <tetrahedron index="35555" v0="4159" v1="4237" v2="5073" v3="6698" />
+      <tetrahedron index="35556" v0="4159" v1="5073" v2="5468" v3="6698" />
+      <tetrahedron index="35557" v0="4159" v1="4237" v2="5468" v3="6698" />
+      <tetrahedron index="35558" v0="4237" v1="4812" v2="5468" v3="6698" />
+      <tetrahedron index="35559" v0="4812" v1="5468" v2="6134" v3="6698" />
+      <tetrahedron index="35560" v0="4237" v1="4330" v2="4812" v3="6698" />
+      <tetrahedron index="35561" v0="4330" v1="4812" v2="6134" v3="6698" />
+      <tetrahedron index="35562" v0="5488" v1="5620" v2="6295" v3="6699" />
+      <tetrahedron index="35563" v0="4267" v1="5474" v2="6139" v3="6954" />
+      <tetrahedron index="35564" v0="4266" v1="4267" v2="6139" v3="6954" />
+      <tetrahedron index="35565" v0="5025" v1="5998" v2="6702" v3="6954" />
+      <tetrahedron index="35566" v0="4266" v1="6139" v2="6702" v3="6954" />
+      <tetrahedron index="35567" v0="4169" v1="5470" v2="6135" v3="6700" />
+      <tetrahedron index="35568" v0="3737" v1="4186" v2="4436" v3="6700" />
+      <tetrahedron index="35569" v0="3737" v1="4436" v2="5905" v3="6700" />
+      <tetrahedron index="35570" v0="4436" v1="5905" v2="6540" v3="6700" />
+      <tetrahedron index="35571" v0="4186" v1="4436" v2="6540" v3="6700" />
+      <tetrahedron index="35572" v0="5661" v1="6136" v2="6334" v3="6701" />
+      <tetrahedron index="35573" v0="3341" v1="5661" v2="6334" v3="6701" />
+      <tetrahedron index="35574" v0="3341" v1="3717" v2="5661" v3="6701" />
+      <tetrahedron index="35575" v0="3717" v1="5661" v2="6136" v3="6701" />
+      <tetrahedron index="35576" v0="6920" v1="6959" v2="6960" v3="7021" />
+      <tetrahedron index="35577" v0="5989" v1="6139" v2="6582" v3="6702" />
+      <tetrahedron index="35578" v0="6139" v1="6582" v2="6595" v3="6702" />
+      <tetrahedron index="35579" v0="5989" v1="6582" v2="6595" v3="6702" />
+      <tetrahedron index="35580" v0="4856" v1="4956" v2="4991" v3="6955" />
+      <tetrahedron index="35581" v0="5904" v1="6460" v2="6538" v3="6977" />
+      <tetrahedron index="35582" v0="5405" v1="6148" v2="6705" v3="6955" />
+      <tetrahedron index="35583" v0="4845" v1="6097" v2="6717" v3="6929" />
+      <tetrahedron index="35584" v0="5439" v1="6097" v2="6717" v3="6929" />
+      <tetrahedron index="35585" v0="5397" v1="6053" v2="6637" v3="6703" />
+      <tetrahedron index="35586" v0="5397" v1="6637" v2="6642" v3="6703" />
+      <tetrahedron index="35587" v0="5397" v1="6053" v2="6642" v3="6703" />
+      <tetrahedron index="35588" v0="5316" v1="6246" v2="6853" v3="7013" />
+      <tetrahedron index="35589" v0="4986" v1="6140" v2="6645" v3="6703" />
+      <tetrahedron index="35590" v0="4930" v1="6719" v2="6720" v3="6962" />
+      <tetrahedron index="35591" v0="6166" v1="6717" v2="6719" v3="6929" />
+      <tetrahedron index="35592" v0="4845" v1="6098" v2="6644" v3="6929" />
+      <tetrahedron index="35593" v0="5997" v1="6287" v2="6597" v3="6789" />
+      <tetrahedron index="35594" v0="5807" v1="6277" v2="6460" v3="6704" />
+      <tetrahedron index="35595" v0="4326" v1="4737" v2="5807" v3="6704" />
+      <tetrahedron index="35596" v0="4737" v1="5807" v2="6460" v3="6704" />
+      <tetrahedron index="35597" v0="5616" v1="6294" v2="6679" v3="6705" />
+      <tetrahedron index="35598" v0="5060" v1="6294" v2="6679" v3="6705" />
+      <tetrahedron index="35599" v0="5060" v1="5616" v2="6679" v3="6705" />
+      <tetrahedron index="35600" v0="4541" v1="4542" v2="5440" v3="6956" />
+      <tetrahedron index="35601" v0="4366" v1="5438" v2="6218" v3="6956" />
+      <tetrahedron index="35602" v0="5344" v1="5482" v2="5988" v3="6706" />
+      <tetrahedron index="35603" v0="4937" v1="5482" v2="5988" v3="6706" />
+      <tetrahedron index="35604" v0="4937" v1="5344" v2="5988" v3="6706" />
+      <tetrahedron index="35605" v0="4598" v1="5344" v2="5482" v3="6706" />
+      <tetrahedron index="35606" v0="4598" v1="5482" v2="6148" v3="6706" />
+      <tetrahedron index="35607" v0="3285" v1="3287" v2="3485" v3="6706" />
+      <tetrahedron index="35608" v0="3285" v1="3287" v2="5618" v3="6706" />
+      <tetrahedron index="35609" v0="3380" v1="3485" v2="4598" v3="6706" />
+      <tetrahedron index="35610" v0="3380" v1="3485" v2="6148" v3="6706" />
+      <tetrahedron index="35611" v0="3380" v1="4598" v2="6148" v3="6706" />
+      <tetrahedron index="35612" v0="5344" v1="5990" v2="6584" v3="6706" />
+      <tetrahedron index="35613" v0="4937" v1="5344" v2="6584" v3="6706" />
+      <tetrahedron index="35614" v0="5060" v1="6293" v2="6705" v3="6706" />
+      <tetrahedron index="35615" v0="5060" v1="5618" v2="6705" v3="6706" />
+      <tetrahedron index="35616" v0="5060" v1="5990" v2="6293" v3="6706" />
+      <tetrahedron index="35617" v0="5060" v1="5990" v2="6583" v3="6706" />
+      <tetrahedron index="35618" v0="4937" v1="6293" v2="6584" v3="6706" />
+      <tetrahedron index="35619" v0="5990" v1="6293" v2="6584" v3="6706" />
+      <tetrahedron index="35620" v0="5562" v1="5620" v2="6236" v3="6708" />
+      <tetrahedron index="35621" v0="4863" v1="5620" v2="6236" v3="6708" />
+      <tetrahedron index="35622" v0="5488" v1="5562" v2="5620" v3="6708" />
+      <tetrahedron index="35623" v0="4863" v1="5488" v2="5620" v3="6708" />
+      <tetrahedron index="35624" v0="4173" v1="4238" v2="6324" v3="6709" />
+      <tetrahedron index="35625" v0="3428" v1="4205" v2="4441" v3="6709" />
+      <tetrahedron index="35626" v0="4205" v1="4441" v2="5491" v3="6709" />
+      <tetrahedron index="35627" v0="3428" v1="4173" v2="4205" v3="6709" />
+      <tetrahedron index="35628" v0="5649" v1="6151" v2="6327" v3="6709" />
+      <tetrahedron index="35629" v0="4995" v1="6151" v2="6327" v3="6709" />
+      <tetrahedron index="35630" v0="4995" v1="6324" v2="6327" v3="6709" />
+      <tetrahedron index="35631" v0="5649" v1="6324" v2="6327" v3="6709" />
+      <tetrahedron index="35632" v0="4173" v1="4205" v2="4238" v3="6709" />
+      <tetrahedron index="35633" v0="4205" v1="4238" v2="5491" v3="6709" />
+      <tetrahedron index="35634" v0="6644" v1="6675" v2="6929" v3="6961" />
+      <tetrahedron index="35635" v0="4874" v1="6016" v2="6713" v3="6959" />
+      <tetrahedron index="35636" v0="4984" v1="5905" v2="6534" v3="6982" />
+      <tetrahedron index="35637" v0="3507" v1="3508" v2="6050" v3="6710" />
+      <tetrahedron index="35638" v0="3507" v1="6050" v2="6630" v3="6710" />
+      <tetrahedron index="35639" v0="5026" v1="6225" v2="6636" v3="6927" />
+      <tetrahedron index="35640" v0="5554" v1="6202" v2="6740" v3="6927" />
+      <tetrahedron index="35641" v0="5026" v1="6029" v2="6225" v3="6927" />
+      <tetrahedron index="35642" v0="5395" v1="6225" v2="6636" v3="6927" />
+      <tetrahedron index="35643" v0="4955" v1="6046" v2="6636" v3="6711" />
+      <tetrahedron index="35644" v0="4955" v1="5395" v2="6636" v3="6711" />
+      <tetrahedron index="35645" v0="5169" v1="5876" v2="6515" v3="6889" />
+      <tetrahedron index="35646" v0="4873" v1="5493" v2="6156" v3="6712" />
+      <tetrahedron index="35647" v0="4873" v1="5493" v2="6281" v3="6712" />
+      <tetrahedron index="35648" v0="4904" v1="6289" v2="6689" v3="6980" />
+      <tetrahedron index="35649" v0="5603" v1="6278" v2="6654" v3="6783" />
+      <tetrahedron index="35650" v0="5195" v1="5809" v2="6737" v3="6921" />
+      <tetrahedron index="35651" v0="4525" v1="6007" v2="6269" v3="7008" />
+      <tetrahedron index="35652" v0="4978" v1="5503" v2="6157" v3="6713" />
+      <tetrahedron index="35653" v0="4978" v1="6157" v2="6686" v3="6713" />
+      <tetrahedron index="35654" v0="5060" v1="6286" v2="6733" v3="6790" />
+      <tetrahedron index="35655" v0="5503" v1="6157" v2="6168" v3="6713" />
+      <tetrahedron index="35656" v0="6116" v1="6157" v2="6168" v3="6713" />
+      <tetrahedron index="35657" v0="4930" v1="6116" v2="6168" v3="6713" />
+      <tetrahedron index="35658" v0="4930" v1="5503" v2="6168" v3="6713" />
+      <tetrahedron index="35659" v0="4978" v1="5503" v2="6165" v3="6713" />
+      <tetrahedron index="35660" v0="4978" v1="6165" v2="6686" v3="6713" />
+      <tetrahedron index="35661" v0="5065" v1="6280" v2="6311" v3="6924" />
+      <tetrahedron index="35662" v0="4955" v1="6046" v2="6156" v3="6753" />
+      <tetrahedron index="35663" v0="5458" v1="6121" v2="6126" v3="6950" />
+      <tetrahedron index="35664" v0="4944" v1="6492" v2="6494" v3="6884" />
+      <tetrahedron index="35665" v0="4874" v1="5494" v2="6157" v3="6715" />
+      <tetrahedron index="35666" v0="4874" v1="6157" v2="6714" v3="6715" />
+      <tetrahedron index="35667" v0="5494" v1="6157" v2="6714" v3="6715" />
+      <tetrahedron index="35668" v0="3262" v1="3892" v2="6158" v3="6741" />
+      <tetrahedron index="35669" v0="5378" v1="6029" v2="6202" v3="6741" />
+      <tetrahedron index="35670" v0="5495" v1="6159" v2="6714" v3="6716" />
+      <tetrahedron index="35671" v0="5495" v1="6158" v2="6714" v3="6716" />
+      <tetrahedron index="35672" v0="4874" v1="6116" v2="6157" v3="6716" />
+      <tetrahedron index="35673" v0="4874" v1="6159" v2="6714" v3="6716" />
+      <tetrahedron index="35674" v0="4874" v1="6157" v2="6714" v3="6716" />
+      <tetrahedron index="35675" v0="5455" v1="6116" v2="6157" v3="6716" />
+      <tetrahedron index="35676" v0="5455" v1="6116" v2="6158" v3="6716" />
+      <tetrahedron index="35677" v0="5455" v1="6158" v2="6714" v3="6716" />
+      <tetrahedron index="35678" v0="5455" v1="6157" v2="6714" v3="6716" />
+      <tetrahedron index="35679" v0="6165" v1="6686" v2="6713" v3="6717" />
+      <tetrahedron index="35680" v0="6016" v1="6686" v2="6713" v3="6717" />
+      <tetrahedron index="35681" v0="4852" v1="5617" v2="6597" v3="6790" />
+      <tetrahedron index="35682" v0="5192" v1="5489" v2="5812" v3="6968" />
+      <tetrahedron index="35683" v0="5349" v1="6287" v2="6734" v3="6790" />
+      <tetrahedron index="35684" v0="5060" v1="6286" v2="6679" v3="6790" />
+      <tetrahedron index="35685" v0="4864" v1="5841" v2="6724" v3="6878" />
+      <tetrahedron index="35686" v0="5550" v1="6292" v2="6596" v3="6931" />
+      <tetrahedron index="35687" v0="4864" v1="6220" v2="6849" v3="6878" />
+      <tetrahedron index="35688" v0="5316" v1="6456" v2="6903" v3="7013" />
+      <tetrahedron index="35689" v0="6166" v1="6713" v2="6719" v3="6962" />
+      <tetrahedron index="35690" v0="4917" v1="6182" v2="6734" v3="6790" />
+      <tetrahedron index="35691" v0="5507" v1="6720" v2="6721" v3="6962" />
+      <tetrahedron index="35692" v0="5841" v1="6421" v2="6849" v3="6878" />
+      <tetrahedron index="35693" v0="6167" v1="6594" v2="6721" v3="6880" />
+      <tetrahedron index="35694" v0="4930" v1="6713" v2="6719" v3="6962" />
+      <tetrahedron index="35695" v0="4671" v1="5843" v2="6491" v3="6998" />
+      <tetrahedron index="35696" v0="5782" v1="6722" v2="6784" v3="6963" />
+      <tetrahedron index="35697" v0="4986" v1="6220" v2="6645" v3="6878" />
+      <tetrahedron index="35698" v0="5004" v1="6167" v2="6594" v3="6880" />
+      <tetrahedron index="35699" v0="5157" v1="5762" v2="5763" v3="6894" />
+      <tetrahedron index="35700" v0="5065" v1="6194" v2="6280" v3="6785" />
+      <tetrahedron index="35701" v0="4864" v1="5841" v2="6488" v3="6878" />
+      <tetrahedron index="35702" v0="5221" v1="6488" v2="6675" v3="6720" />
+      <tetrahedron index="35703" v0="4930" v1="6116" v2="6713" v3="6962" />
+      <tetrahedron index="35704" v0="5005" v1="5510" v2="6185" v3="6735" />
+      <tetrahedron index="35705" v0="5510" v1="5812" v2="6185" v3="6735" />
+      <tetrahedron index="35706" v0="4525" v1="5595" v2="6007" v3="7008" />
+      <tetrahedron index="35707" v0="5016" v1="5596" v2="6918" v3="7008" />
+      <tetrahedron index="35708" v0="5349" v1="6170" v2="6407" v3="6963" />
+      <tetrahedron index="35709" v0="5015" v1="6594" v2="6716" v3="6721" />
+      <tetrahedron index="35710" v0="5015" v1="6116" v2="6716" v3="6721" />
+      <tetrahedron index="35711" v0="6116" v1="6687" v2="6716" v3="6721" />
+      <tetrahedron index="35712" v0="6594" v1="6687" v2="6716" v3="6721" />
+      <tetrahedron index="35713" v0="5782" v1="6841" v2="6842" v3="6963" />
+      <tetrahedron index="35714" v0="5782" v1="6409" v2="6841" v3="6963" />
+      <tetrahedron index="35715" v0="5782" v1="6409" v2="6843" v3="6963" />
+      <tetrahedron index="35716" v0="4862" v1="6233" v2="6727" v3="6965" />
+      <tetrahedron index="35717" v0="6463" v1="6621" v2="6852" v3="6996" />
+      <tetrahedron index="35718" v0="4396" v1="5415" v2="6194" v3="6785" />
+      <tetrahedron index="35719" v0="5168" v1="5997" v2="6170" v3="6722" />
+      <tetrahedron index="35720" v0="5168" v1="5997" v2="6287" v3="6722" />
+      <tetrahedron index="35721" v0="5349" v1="5997" v2="6170" v3="6722" />
+      <tetrahedron index="35722" v0="5349" v1="5997" v2="6287" v3="6722" />
+      <tetrahedron index="35723" v0="6412" v1="6842" v2="6963" v3="6964" />
+      <tetrahedron index="35724" v0="5782" v1="6726" v2="6841" v3="6964" />
+      <tetrahedron index="35725" v0="4961" v1="6442" v2="6863" v3="6964" />
+      <tetrahedron index="35726" v0="5153" v1="5756" v2="6421" v3="6849" />
+      <tetrahedron index="35727" v0="5507" v1="6171" v2="6594" v3="6880" />
+      <tetrahedron index="35728" v0="5507" v1="6720" v2="6721" v3="6880" />
+      <tetrahedron index="35729" v0="5004" v1="6004" v2="6602" v3="6724" />
+      <tetrahedron index="35730" v0="5904" v1="6537" v2="6793" v3="6893" />
+      <tetrahedron index="35731" v0="5617" v1="6597" v2="6907" v3="6967" />
+      <tetrahedron index="35732" v0="5300" v1="6426" v2="6729" v3="6850" />
+      <tetrahedron index="35733" v0="5025" v1="6220" v2="6906" v3="7005" />
+      <tetrahedron index="35734" v0="4961" v1="5518" v2="6187" v3="6725" />
+      <tetrahedron index="35735" v0="4961" v1="5416" v2="6173" v3="6726" />
+      <tetrahedron index="35736" v0="4961" v1="5416" v2="6442" v3="6726" />
+      <tetrahedron index="35737" v0="5959" v1="6429" v2="6465" v3="6851" />
+      <tetrahedron index="35738" v0="4339" v1="4340" v2="6125" v3="6728" />
+      <tetrahedron index="35739" v0="4339" v1="4341" v2="6174" v3="6728" />
+      <tetrahedron index="35740" v0="5416" v1="6173" v2="6307" v3="6726" />
+      <tetrahedron index="35741" v0="6462" v1="6586" v2="6871" v3="6989" />
+      <tetrahedron index="35742" v0="4339" v1="4340" v2="4341" v3="6728" />
+      <tetrahedron index="35743" v0="4340" v1="6125" v2="6172" v3="6728" />
+      <tetrahedron index="35744" v0="4963" v1="6313" v2="6693" v3="6787" />
+      <tetrahedron index="35745" v0="6166" v1="6718" v2="6961" v3="7021" />
+      <tetrahedron index="35746" v0="6582" v1="6906" v2="6907" v3="7005" />
+      <tetrahedron index="35747" v0="5951" v1="6301" v2="6944" v3="6966" />
+      <tetrahedron index="35748" v0="5951" v1="6266" v2="6898" v3="6966" />
+      <tetrahedron index="35749" v0="5189" v1="5808" v2="6459" v3="6952" />
+      <tetrahedron index="35750" v0="4883" v1="5874" v2="6120" v3="6952" />
+      <tetrahedron index="35751" v0="5014" v1="5808" v2="6834" v3="6952" />
+      <tetrahedron index="35752" v0="5808" v1="6696" v2="6697" v3="6952" />
+      <tetrahedron index="35753" v0="5014" v1="5874" v2="6120" v3="6952" />
+      <tetrahedron index="35754" v0="5189" v1="5874" v2="6459" v3="6952" />
+      <tetrahedron index="35755" v0="5014" v1="5808" v2="6459" v3="6952" />
+      <tetrahedron index="35756" v0="4852" v1="6292" v2="6596" v3="6913" />
+      <tetrahedron index="35757" v0="4928" v1="5762" v2="6428" v3="6851" />
+      <tetrahedron index="35758" v0="4926" v1="6564" v2="6898" v3="7004" />
+      <tetrahedron index="35759" v0="6597" v1="6879" v2="6906" v3="6967" />
+      <tetrahedron index="35760" v0="4926" v1="5311" v2="6564" v3="7004" />
+      <tetrahedron index="35761" v0="3829" v1="4058" v2="5451" v3="6730" />
+      <tetrahedron index="35762" v0="5512" v1="6177" v2="6522" v3="6731" />
+      <tetrahedron index="35763" v0="4926" v1="5311" v2="6891" v3="7004" />
+      <tetrahedron index="35764" v0="5711" v1="5910" v2="6330" v3="6818" />
+      <tetrahedron index="35765" v0="3574" v1="4831" v2="5196" v3="6818" />
+      <tetrahedron index="35766" v0="4831" v1="5196" v2="6330" v3="6818" />
+      <tetrahedron index="35767" v0="4886" v1="5512" v2="6176" v3="6731" />
+      <tetrahedron index="35768" v0="5512" v1="6176" v2="6177" v3="6731" />
+      <tetrahedron index="35769" v0="5272" v1="5910" v2="6522" v3="6818" />
+      <tetrahedron index="35770" v0="5080" v1="5907" v2="6333" v3="6731" />
+      <tetrahedron index="35771" v0="5006" v1="5513" v2="5910" v3="6731" />
+      <tetrahedron index="35772" v0="5006" v1="5513" v2="6177" v3="6731" />
+      <tetrahedron index="35773" v0="5513" v1="6177" v2="6730" v3="6731" />
+      <tetrahedron index="35774" v0="5271" v1="5513" v2="6730" v3="6731" />
+      <tetrahedron index="35775" v0="4961" v1="5518" v2="6187" v3="6732" />
+      <tetrahedron index="35776" v0="5990" v1="6181" v2="6583" v3="6733" />
+      <tetrahedron index="35777" v0="5060" v1="5990" v2="6583" v3="6733" />
+      <tetrahedron index="35778" v0="5060" v1="5613" v2="6286" v3="6733" />
+      <tetrahedron index="35779" v0="4997" v1="5613" v2="6286" v3="6733" />
+      <tetrahedron index="35780" v0="4492" v1="6181" v2="6583" v3="6733" />
+      <tetrahedron index="35781" v0="5060" v1="5613" v2="6583" v3="6733" />
+      <tetrahedron index="35782" v0="4492" v1="4997" v2="5613" v3="6733" />
+      <tetrahedron index="35783" v0="4492" v1="5613" v2="6583" v3="6733" />
+      <tetrahedron index="35784" v0="5192" v1="5509" v2="6735" v3="6968" />
+      <tetrahedron index="35785" v0="5489" v1="6183" v2="6184" v3="6968" />
+      <tetrahedron index="35786" v0="5461" v1="6126" v2="6694" v3="6791" />
+      <tetrahedron index="35787" v0="4883" v1="6537" v2="6538" v3="6793" />
+      <tetrahedron index="35788" v0="6429" v1="6852" v2="6869" v3="6996" />
+      <tetrahedron index="35789" v0="5748" v1="6000" v2="6001" v3="6840" />
+      <tetrahedron index="35790" v0="6042" v1="6467" v2="6869" v3="6996" />
+      <tetrahedron index="35791" v0="5748" v1="6000" v2="6593" v3="6840" />
+      <tetrahedron index="35792" v0="5537" v1="5538" v2="6621" v3="6736" />
+      <tetrahedron index="35793" v0="4562" v1="5537" v2="6621" v3="6736" />
+      <tetrahedron index="35794" v0="4430" v1="5433" v2="5435" v3="6736" />
+      <tetrahedron index="35795" v0="5433" v1="5435" v2="6591" v3="6736" />
+      <tetrahedron index="35796" v0="5013" v1="5525" v2="6198" v3="6739" />
+      <tetrahedron index="35797" v0="5111" v1="6197" v2="6452" v3="6739" />
+      <tetrahedron index="35798" v0="4880" v1="5548" v2="6198" v3="6739" />
+      <tetrahedron index="35799" v0="5390" v1="6043" v2="6190" v3="6737" />
+      <tetrahedron index="35800" v0="5390" v1="6190" v2="6471" v3="6737" />
+      <tetrahedron index="35801" v0="5390" v1="6471" v2="6623" v3="6737" />
+      <tetrahedron index="35802" v0="5390" v1="6043" v2="6623" v3="6737" />
+      <tetrahedron index="35803" v0="4506" v1="6192" v2="6273" v3="6738" />
+      <tetrahedron index="35804" v0="5520" v1="6192" v2="6273" v3="6738" />
+      <tetrahedron index="35805" v0="5520" v1="6191" v2="6273" v3="6738" />
+      <tetrahedron index="35806" v0="4506" v1="6191" v2="6273" v3="6738" />
+      <tetrahedron index="35807" v0="4444" v1="4467" v2="4506" v3="6738" />
+      <tetrahedron index="35808" v0="4467" v1="4506" v2="6191" v3="6738" />
+      <tetrahedron index="35809" v0="5013" v1="5668" v2="6198" v3="6739" />
+      <tetrahedron index="35810" v0="4955" v1="5528" v2="5554" v3="6740" />
+      <tetrahedron index="35811" v0="5528" v1="5554" v2="6202" v3="6740" />
+      <tetrahedron index="35812" v0="6158" v1="6202" v2="6716" v3="6740" />
+      <tetrahedron index="35813" v0="5495" v1="6158" v2="6716" v3="6740" />
+      <tetrahedron index="35814" v0="3597" v1="3599" v2="5083" v3="6742" />
+      <tetrahedron index="35815" v0="3787" v1="3788" v2="5531" v3="6742" />
+      <tetrahedron index="35816" v0="4327" v1="5589" v2="6262" v3="6928" />
+      <tetrahedron index="35817" v0="5589" v1="6053" v2="6703" v3="6928" />
+      <tetrahedron index="35818" v0="5342" v1="6053" v2="6639" v3="6928" />
+      <tetrahedron index="35819" v0="5589" v1="6053" v2="6262" v3="6928" />
+      <tetrahedron index="35820" v0="4302" v1="4327" v2="6262" v3="6928" />
+      <tetrahedron index="35821" v0="4267" v1="4302" v2="5342" v3="6928" />
+      <tetrahedron index="35822" v0="3262" v1="4832" v2="5495" v3="6741" />
+      <tetrahedron index="35823" v0="3262" v1="5495" v2="6158" v3="6741" />
+      <tetrahedron index="35824" v0="3655" v1="5159" v2="5531" v3="6742" />
+      <tetrahedron index="35825" v0="5159" v1="5531" v2="6204" v3="6742" />
+      <tetrahedron index="35826" v0="5159" v1="6204" v2="6374" v3="6742" />
+      <tetrahedron index="35827" v0="3655" v1="5159" v2="6374" v3="6742" />
+      <tetrahedron index="35828" v0="3832" v1="5659" v2="6374" v3="6742" />
+      <tetrahedron index="35829" v0="3787" v1="3832" v2="6374" v3="6742" />
+      <tetrahedron index="35830" v0="3599" v1="5083" v2="5532" v3="6742" />
+      <tetrahedron index="35831" v0="5019" v1="5536" v2="6463" v3="6744" />
+      <tetrahedron index="35832" v0="4953" v1="5019" v2="6463" v3="6744" />
+      <tetrahedron index="35833" v0="4424" v1="4425" v2="4652" v3="6744" />
+      <tetrahedron index="35834" v0="4424" v1="4652" v2="5390" v3="6744" />
+      <tetrahedron index="35835" v0="4425" v1="4652" v2="4700" v3="6744" />
+      <tetrahedron index="35836" v0="4652" v1="4700" v2="6190" v3="6744" />
+      <tetrahedron index="35837" v0="4424" v1="5388" v2="5390" v3="6744" />
+      <tetrahedron index="35838" v0="4424" v1="5388" v2="6207" v3="6744" />
+      <tetrahedron index="35839" v0="4953" v1="6040" v2="6623" v3="6745" />
+      <tetrahedron index="35840" v0="5388" v1="6040" v2="6745" v3="6970" />
+      <tetrahedron index="35841" v0="6466" v1="6745" v2="6749" v3="6970" />
+      <tetrahedron index="35842" v0="6040" v1="6211" v2="6745" v3="6970" />
+      <tetrahedron index="35843" v0="6589" v1="6611" v2="6911" v3="6971" />
+      <tetrahedron index="35844" v0="5993" v1="6589" v2="6750" v3="6971" />
+      <tetrahedron index="35845" v0="5572" v1="6589" v2="6634" v3="6750" />
+      <tetrahedron index="35846" v0="4949" v1="5528" v2="6594" v3="6755" />
+      <tetrahedron index="35847" v0="5538" v1="6429" v2="6852" v3="6912" />
+      <tetrahedron index="35848" v0="5558" v1="5812" v2="6234" v3="6746" />
+      <tetrahedron index="35849" v0="4446" v1="5540" v2="5813" v3="6746" />
+      <tetrahedron index="35850" v0="5540" v1="5813" v2="6209" v3="6746" />
+      <tetrahedron index="35851" v0="5027" v1="5558" v2="6559" v3="6747" />
+      <tetrahedron index="35852" v0="5027" v1="5556" v2="5945" v3="6747" />
+      <tetrahedron index="35853" v0="5556" v1="5945" v2="6212" v3="6747" />
+      <tetrahedron index="35854" v0="6209" v1="6230" v2="6746" v3="6747" />
+      <tetrahedron index="35855" v0="6209" v1="6210" v2="6746" v3="6747" />
+      <tetrahedron index="35856" v0="5558" v1="5948" v2="6559" v3="6747" />
+      <tetrahedron index="35857" v0="5307" v1="6212" v2="6244" v3="6747" />
+      <tetrahedron index="35858" v0="5307" v1="5948" v2="6244" v3="6747" />
+      <tetrahedron index="35859" v0="5945" v1="6212" v2="6559" v3="6747" />
+      <tetrahedron index="35860" v0="5027" v1="5945" v2="6559" v3="6747" />
+      <tetrahedron index="35861" v0="5307" v1="6212" v2="6559" v3="6747" />
+      <tetrahedron index="35862" v0="5307" v1="5948" v2="6559" v3="6747" />
+      <tetrahedron index="35863" v0="5127" v1="6213" v2="6467" v3="6749" />
+      <tetrahedron index="35864" v0="5127" v1="6467" v2="6620" v3="6749" />
+      <tetrahedron index="35865" v0="4860" v1="6221" v2="6223" v3="6971" />
+      <tetrahedron index="35866" v0="5572" v1="6750" v2="6754" v3="6971" />
+      <tetrahedron index="35867" v0="5993" v1="6590" v2="6911" v3="6971" />
+      <tetrahedron index="35868" v0="5152" v1="5993" v2="6750" v3="6971" />
+      <tetrahedron index="35869" v0="5482" v1="6148" v2="6260" v3="7020" />
+      <tetrahedron index="35870" v0="6955" v1="6976" v2="7018" v3="7020" />
+      <tetrahedron index="35871" v0="5616" v1="6976" v2="7018" v3="7020" />
+      <tetrahedron index="35872" v0="5152" v1="5553" v2="6226" v3="6770" />
+      <tetrahedron index="35873" v0="4120" v1="4716" v2="5553" v3="6770" />
+      <tetrahedron index="35874" v0="5127" v1="5724" v2="6391" v3="6973" />
+      <tetrahedron index="35875" v0="5036" v1="6224" v2="6632" v3="6750" />
+      <tetrahedron index="35876" v0="5556" v1="6557" v2="6895" v3="7030" />
+      <tetrahedron index="35877" v0="5318" v1="5961" v2="6391" v3="6973" />
+      <tetrahedron index="35878" v0="4869" v1="5702" v2="6436" v3="6771" />
+      <tetrahedron index="35879" v0="4171" v1="4716" v2="5553" v3="6751" />
+      <tetrahedron index="35880" v0="4116" v1="4117" v2="4171" v3="6751" />
+      <tetrahedron index="35881" v0="4117" v1="4171" v2="6225" v3="6751" />
+      <tetrahedron index="35882" v0="4116" v1="4171" v2="4716" v3="6751" />
+      <tetrahedron index="35883" v0="4116" v1="4716" v2="5573" v3="6751" />
+      <tetrahedron index="35884" v0="4846" v1="5740" v2="6820" v3="7022" />
+      <tetrahedron index="35885" v0="5615" v1="6487" v2="6897" v3="6981" />
+      <tetrahedron index="35886" v0="6121" v1="6688" v2="6934" v3="6950" />
+      <tetrahedron index="35887" v0="4525" v1="5050" v2="6269" v3="7008" />
+      <tetrahedron index="35888" v0="6016" v1="6713" v2="6717" v3="6959" />
+      <tetrahedron index="35889" v0="6166" v1="6713" v2="6717" v3="6959" />
+      <tetrahedron index="35890" v0="5221" v1="5840" v2="6596" v3="6961" />
+      <tetrahedron index="35891" v0="6173" v1="6727" v2="6951" v3="6965" />
+      <tetrahedron index="35892" v0="6612" v1="6671" v2="6942" v3="7026" />
+      <tetrahedron index="35893" v0="4949" v1="5995" v2="6594" v3="6755" />
+      <tetrahedron index="35894" v0="4949" v1="5995" v2="6592" v3="6755" />
+      <tetrahedron index="35895" v0="6290" v1="6694" v2="6791" v3="6980" />
+      <tetrahedron index="35896" v0="4860" v1="6632" v2="6753" v3="6754" />
+      <tetrahedron index="35897" v0="5753" v1="6250" v2="6769" v3="6972" />
+      <tetrahedron index="35898" v0="4861" v1="6852" v2="6902" v3="6912" />
+      <tetrahedron index="35899" v0="4860" v1="6632" v2="6750" v3="6754" />
+      <tetrahedron index="35900" v0="5572" v1="6632" v2="6750" v3="6754" />
+      <tetrahedron index="35901" v0="5572" v1="6247" v2="6632" v3="6754" />
+      <tetrahedron index="35902" v0="6247" v1="6632" v2="6753" v3="6754" />
+      <tetrahedron index="35903" v0="4339" v1="6174" v2="6175" v3="6756" />
+      <tetrahedron index="35904" v0="4339" v1="4419" v2="4429" v3="6756" />
+      <tetrahedron index="35905" v0="4339" v1="4419" v2="6175" v3="6756" />
+      <tetrahedron index="35906" v0="5010" v1="6231" v2="6312" v3="6756" />
+      <tetrahedron index="35907" v0="5010" v1="5522" v2="6312" v3="6756" />
+      <tetrahedron index="35908" v0="4392" v1="5010" v2="5521" v3="6756" />
+      <tetrahedron index="35909" v0="5010" v1="5521" v2="6231" v3="6756" />
+      <tetrahedron index="35910" v0="4392" v1="5521" v2="6231" v3="6756" />
+      <tetrahedron index="35911" v0="4862" v1="5764" v2="6308" v3="6757" />
+      <tetrahedron index="35912" v0="5157" v1="6308" v2="6554" v3="6757" />
+      <tetrahedron index="35913" v0="4862" v1="6308" v2="6554" v3="6757" />
+      <tetrahedron index="35914" v0="5566" v1="6238" v2="6240" v3="6758" />
+      <tetrahedron index="35915" v0="3646" v1="5252" v2="6240" v3="6758" />
+      <tetrahedron index="35916" v0="4907" v1="5251" v2="5564" v3="6758" />
+      <tetrahedron index="35917" v0="4907" v1="5564" v2="6240" v3="6758" />
+      <tetrahedron index="35918" v0="3646" v1="3878" v2="5566" v3="6758" />
+      <tetrahedron index="35919" v0="3646" v1="5566" v2="6240" v3="6758" />
+      <tetrahedron index="35920" v0="4891" v1="5830" v2="6329" v3="6759" />
+      <tetrahedron index="35921" v0="5081" v1="5561" v2="6330" v3="6817" />
+      <tetrahedron index="35922" v0="5135" v1="5685" v2="6356" v3="6759" />
+      <tetrahedron index="35923" v0="4891" v1="5031" v2="5685" v3="6759" />
+      <tetrahedron index="35924" v0="4891" v1="5685" v2="5830" v3="6759" />
+      <tetrahedron index="35925" v0="5135" v1="5685" v2="5830" v3="6759" />
+      <tetrahedron index="35926" v0="5031" v1="5565" v2="5685" v3="6759" />
+      <tetrahedron index="35927" v0="5565" v1="5685" v2="6356" v3="6759" />
+      <tetrahedron index="35928" v0="5031" v1="5565" v2="6356" v3="6759" />
+      <tetrahedron index="35929" v0="3488" v1="3684" v2="6617" v3="6938" />
+      <tetrahedron index="35930" v0="4867" v1="5762" v2="6428" v3="6761" />
+      <tetrahedron index="35931" v0="5476" v1="6140" v2="6703" v3="7012" />
+      <tetrahedron index="35932" v0="4986" v1="6140" v2="6703" v3="7012" />
+      <tetrahedron index="35933" v0="5582" v1="6659" v2="6660" v3="6938" />
+      <tetrahedron index="35934" v0="5572" v1="6246" v2="6611" v3="6974" />
+      <tetrahedron index="35935" v0="5391" v1="6577" v2="6764" v3="6974" />
+      <tetrahedron index="35936" v0="5127" v1="5724" v2="6213" v3="6761" />
+      <tetrahedron index="35937" v0="4847" v1="6764" v2="6806" v3="6974" />
+      <tetrahedron index="35938" v0="4847" v1="6246" v2="6764" v3="6974" />
+      <tetrahedron index="35939" v0="5391" v1="6764" v2="6806" v3="6974" />
+      <tetrahedron index="35940" v0="4385" v1="5558" v2="5948" v3="6762" />
+      <tetrahedron index="35941" v0="4385" v1="5948" v2="6244" v3="6762" />
+      <tetrahedron index="35942" v0="3608" v1="3609" v2="4527" v3="6763" />
+      <tetrahedron index="35943" v0="3608" v1="3609" v2="5571" v3="6763" />
+      <tetrahedron index="35944" v0="5570" v1="5571" v2="6245" v3="6763" />
+      <tetrahedron index="35945" v0="4950" v1="5381" v2="6034" v3="6763" />
+      <tetrahedron index="35946" v0="4950" v1="6034" v2="6245" v3="6763" />
+      <tetrahedron index="35947" v0="4527" v1="4534" v2="5303" v3="6763" />
+      <tetrahedron index="35948" v0="4534" v1="5303" v2="5570" v3="6763" />
+      <tetrahedron index="35949" v0="4527" v1="4534" v2="5570" v3="6763" />
+      <tetrahedron index="35950" v0="3609" v1="4527" v2="5570" v3="6763" />
+      <tetrahedron index="35951" v0="3609" v1="5570" v2="5571" v3="6763" />
+      <tetrahedron index="35952" v0="4884" v1="6855" v2="7023" v3="7030" />
+      <tetrahedron index="35953" v0="6626" v1="6923" v2="6925" v3="7011" />
+      <tetrahedron index="35954" v0="5336" v1="5356" v2="5978" v3="7024" />
+      <tetrahedron index="35955" v0="5393" v1="5984" v2="6578" v3="6904" />
+      <tetrahedron index="35956" v0="6726" v1="6841" v2="6856" v3="6975" />
+      <tetrahedron index="35957" v0="5630" v1="6766" v2="6806" v3="6975" />
+      <tetrahedron index="35958" v0="5809" v1="6844" v2="6969" v3="6989" />
+      <tetrahedron index="35959" v0="4882" v1="5574" v2="6634" v3="6769" />
+      <tetrahedron index="35960" v0="4882" v1="6456" v2="6458" v3="6767" />
+      <tetrahedron index="35961" v0="5810" v1="6463" v2="6852" v3="6996" />
+      <tetrahedron index="35962" v0="6765" v1="6766" v2="6975" v3="6988" />
+      <tetrahedron index="35963" v0="5353" v1="6002" v2="6601" v3="6917" />
+      <tetrahedron index="35964" v0="5037" v1="6456" v2="6545" v3="6767" />
+      <tetrahedron index="35965" v0="5574" v1="6047" v2="6634" v3="6767" />
+      <tetrahedron index="35966" v0="5057" v1="5900" v2="6603" v3="6917" />
+      <tetrahedron index="35967" v0="4858" v1="6188" v2="6412" v3="6842" />
+      <tetrahedron index="35968" v0="5616" v1="6292" v2="6443" v3="6976" />
+      <tetrahedron index="35969" v0="3777" v1="6284" v2="6490" v3="6809" />
+      <tetrahedron index="35970" v0="5353" v1="6002" v2="6004" v3="6917" />
+      <tetrahedron index="35971" v0="5190" v1="6430" v2="6557" v3="6805" />
+      <tetrahedron index="35972" v0="5764" v1="6308" v2="6805" v3="6806" />
+      <tetrahedron index="35973" v0="4924" v1="5303" v2="5306" v3="6896" />
+      <tetrahedron index="35974" v0="5188" v1="6249" v2="6458" v3="6769" />
+      <tetrahedron index="35975" v0="5574" v1="6249" v2="6250" v3="6769" />
+      <tetrahedron index="35976" v0="5037" v1="5575" v2="6767" v3="6904" />
+      <tetrahedron index="35977" v0="3779" v1="5987" v2="6578" v3="6904" />
+      <tetrahedron index="35978" v0="5574" v1="6248" v2="6767" v3="6768" />
+      <tetrahedron index="35979" v0="5574" v1="5806" v2="6767" v3="6768" />
+      <tetrahedron index="35980" v0="5037" v1="5575" v2="6545" v3="6768" />
+      <tetrahedron index="35981" v0="5037" v1="6545" v2="6767" v3="6768" />
+      <tetrahedron index="35982" v0="5037" v1="5575" v2="6767" v3="6768" />
+      <tetrahedron index="35983" v0="5753" v1="6249" v2="6415" v3="6769" />
+      <tetrahedron index="35984" v0="5753" v1="6415" v2="6666" v3="6769" />
+      <tetrahedron index="35985" v0="5188" v1="6092" v2="6415" v3="6769" />
+      <tetrahedron index="35986" v0="6092" v1="6415" v2="6666" v3="6769" />
+      <tetrahedron index="35987" v0="5725" v1="5961" v2="6428" v3="6973" />
+      <tetrahedron index="35988" v0="6243" v1="6761" v2="6937" v3="6973" />
+      <tetrahedron index="35989" v0="5318" v1="6242" v2="6391" v3="6973" />
+      <tetrahedron index="35990" v0="5318" v1="5961" v2="6428" v3="6973" />
+      <tetrahedron index="35991" v0="5318" v1="6242" v2="6243" v3="6973" />
+      <tetrahedron index="35992" v0="5127" v1="6467" v2="6761" v3="6973" />
+      <tetrahedron index="35993" v0="3706" v1="4120" v2="5152" v3="6770" />
+      <tetrahedron index="35994" v0="3706" v1="5152" v2="5753" v3="6770" />
+      <tetrahedron index="35995" v0="3706" v1="4120" v2="4454" v3="6770" />
+      <tetrahedron index="35996" v0="3706" v1="4454" v2="5753" v3="6770" />
+      <tetrahedron index="35997" v0="4869" v1="5707" v2="6436" v3="6771" />
+      <tetrahedron index="35998" v0="5707" v1="5709" v2="5968" v3="6771" />
+      <tetrahedron index="35999" v0="5039" v1="5707" v2="5968" v3="6771" />
+      <tetrahedron index="36000" v0="5428" v1="6254" v2="6663" v3="6772" />
+      <tetrahedron index="36001" v0="5788" v1="6254" v2="6663" v3="6772" />
+      <tetrahedron index="36002" v0="4968" v1="5788" v2="6662" v3="6772" />
+      <tetrahedron index="36003" v0="4968" v1="5428" v2="6662" v3="6772" />
+      <tetrahedron index="36004" v0="4968" v1="5788" v2="6663" v3="6772" />
+      <tetrahedron index="36005" v0="4968" v1="5428" v2="6663" v3="6772" />
+      <tetrahedron index="36006" v0="5904" v1="6460" v2="6867" v3="6977" />
+      <tetrahedron index="36007" v0="5488" v1="6095" v2="6708" v3="6956" />
+      <tetrahedron index="36008" v0="4366" v1="4541" v2="6218" v3="6956" />
+      <tetrahedron index="36009" v0="4541" v1="5440" v2="6218" v3="6956" />
+      <tetrahedron index="36010" v0="6166" v1="6959" v2="6997" v3="7021" />
+      <tetrahedron index="36011" v0="6166" v1="6718" v2="6997" v3="7021" />
+      <tetrahedron index="36012" v0="6718" v1="6961" v2="6981" v3="7021" />
+      <tetrahedron index="36013" v0="4861" v1="5991" v2="6622" v3="6908" />
+      <tetrahedron index="36014" v0="5170" v1="5950" v2="6641" v3="6913" />
+      <tetrahedron index="36015" v0="5346" v1="5994" v2="6667" v3="6908" />
+      <tetrahedron index="36016" v0="5477" v1="5904" v2="6867" v3="6977" />
+      <tetrahedron index="36017" v0="4903" v1="6121" v2="6695" v3="7000" />
+      <tetrahedron index="36018" v0="5346" v1="6569" v2="6902" v3="6908" />
+      <tetrahedron index="36019" v0="4861" v1="5994" v2="6908" v3="6912" />
+      <tetrahedron index="36020" v0="4861" v1="5538" v2="6852" v3="6912" />
+      <tetrahedron index="36021" v0="6587" v1="6590" v2="6611" v3="6909" />
+      <tetrahedron index="36022" v0="4861" v1="5994" v2="6591" v3="6912" />
+      <tetrahedron index="36023" v0="4848" v1="6056" v2="6649" v3="6775" />
+      <tetrahedron index="36024" v0="5397" v1="6052" v2="6056" v3="6775" />
+      <tetrahedron index="36025" v0="5397" v1="6052" v2="6263" v3="6775" />
+      <tetrahedron index="36026" v0="6263" v1="6649" v2="6774" v3="6775" />
+      <tetrahedron index="36027" v0="6056" v1="6649" v2="6774" v3="6775" />
+      <tetrahedron index="36028" v0="5397" v1="6263" v2="6774" v3="6775" />
+      <tetrahedron index="36029" v0="5397" v1="6056" v2="6774" v3="6775" />
+      <tetrahedron index="36030" v0="3334" v1="4627" v2="6268" v3="6776" />
+      <tetrahedron index="36031" v0="4627" v1="5164" v2="5597" v3="6776" />
+      <tetrahedron index="36032" v0="5050" v1="5164" v2="5597" v3="6776" />
+      <tetrahedron index="36033" v0="4605" v1="5050" v2="6268" v3="6776" />
+      <tetrahedron index="36034" v0="4605" v1="4627" v2="6268" v3="6776" />
+      <tetrahedron index="36035" v0="5050" v1="5596" v2="6604" v3="6776" />
+      <tetrahedron index="36036" v0="4872" v1="5050" v2="6604" v3="6776" />
+      <tetrahedron index="36037" v0="4872" v1="5978" v2="6604" v3="6776" />
+      <tetrahedron index="36038" v0="5596" v1="5978" v2="6604" v3="6776" />
+      <tetrahedron index="36039" v0="4605" v1="5050" v2="5597" v3="6776" />
+      <tetrahedron index="36040" v0="4605" v1="4627" v2="5597" v3="6776" />
+      <tetrahedron index="36041" v0="4495" v1="4624" v2="6269" v3="6777" />
+      <tetrahedron index="36042" v0="4872" v1="5050" v2="6269" v3="6777" />
+      <tetrahedron index="36043" v0="4872" v1="5050" v2="6604" v3="6777" />
+      <tetrahedron index="36044" v0="4872" v1="5490" v2="6006" v3="6777" />
+      <tetrahedron index="36045" v0="4872" v1="6006" v2="6604" v3="6777" />
+      <tetrahedron index="36046" v0="3708" v1="3881" v2="6093" v3="6778" />
+      <tetrahedron index="36047" v0="5363" v1="6155" v2="6278" v3="6979" />
+      <tetrahedron index="36048" v0="4895" v1="5844" v2="6278" v3="6779" />
+      <tetrahedron index="36049" v0="4895" v1="5602" v2="6278" v3="6779" />
+      <tetrahedron index="36050" v0="4987" v1="5602" v2="6277" v3="6779" />
+      <tetrahedron index="36051" v0="4987" v1="5478" v2="6277" v3="6779" />
+      <tetrahedron index="36052" v0="5602" v1="6275" v2="6277" v3="6779" />
+      <tetrahedron index="36053" v0="5478" v1="6275" v2="6277" v3="6779" />
+      <tetrahedron index="36054" v0="5603" v1="6281" v2="6712" v3="6782" />
+      <tetrahedron index="36055" v0="4955" v1="6159" v2="6740" v3="6958" />
+      <tetrahedron index="36056" v0="5520" v1="6472" v2="6737" v3="6921" />
+      <tetrahedron index="36057" v0="6289" v1="6791" v2="6792" v3="6980" />
+      <tetrahedron index="36058" v0="6403" v1="6425" v2="6819" v3="6984" />
+      <tetrahedron index="36059" v0="5053" v1="6275" v2="6782" v3="6935" />
+      <tetrahedron index="36060" v0="4850" v1="6278" v2="6654" v3="6935" />
+      <tetrahedron index="36061" v0="5603" v1="6278" v2="6782" v3="6935" />
+      <tetrahedron index="36062" v0="5363" v1="6613" v2="6883" v3="6979" />
+      <tetrahedron index="36063" v0="6278" v1="6712" v2="6783" v3="6979" />
+      <tetrahedron index="36064" v0="6279" v1="6752" v2="6949" v3="6979" />
+      <tetrahedron index="36065" v0="6155" v1="6715" v2="6883" v3="6979" />
+      <tetrahedron index="36066" v0="5511" v1="6312" v2="6693" v3="6951" />
+      <tetrahedron index="36067" v0="5630" v1="5632" v2="6311" v3="6951" />
+      <tetrahedron index="36068" v0="5602" v1="6275" v2="6782" v3="6935" />
+      <tetrahedron index="36069" v0="5603" v1="6278" v2="6654" v3="6935" />
+      <tetrahedron index="36070" v0="5991" v1="6270" v2="6585" v3="6921" />
+      <tetrahedron index="36071" v0="6155" v1="6278" v2="6712" v3="6979" />
+      <tetrahedron index="36072" v0="6276" v1="6950" v2="7009" v3="7017" />
+      <tetrahedron index="36073" v0="5363" v1="6276" v2="6780" v3="6882" />
+      <tetrahedron index="36074" v0="5603" v1="5605" v2="6283" v3="6782" />
+      <tetrahedron index="36075" v0="5053" v1="5605" v2="6283" v3="6782" />
+      <tetrahedron index="36076" v0="4882" v1="6246" v2="6589" v3="6939" />
+      <tetrahedron index="36077" v0="5318" v1="6242" v2="6656" v3="6936" />
+      <tetrahedron index="36078" v0="3489" v1="6032" v2="6242" v3="6936" />
+      <tetrahedron index="36079" v0="5318" v1="5422" v2="6242" v3="6936" />
+      <tetrahedron index="36080" v0="6032" v1="6617" v2="6656" v3="6936" />
+      <tetrahedron index="36081" v0="6155" v1="6492" v2="6715" v3="6883" />
+      <tetrahedron index="36082" v0="5607" v1="6285" v2="6655" v3="7000" />
+      <tetrahedron index="36083" v0="4883" v1="5458" v2="6688" v3="6950" />
+      <tetrahedron index="36084" v0="6290" v1="6442" v2="6862" v3="6863" />
+      <tetrahedron index="36085" v0="5461" v1="6290" v2="6791" v3="6863" />
+      <tetrahedron index="36086" v0="5749" v1="5816" v2="6462" v3="6844" />
+      <tetrahedron index="36087" v0="4884" v1="5811" v2="6469" v3="6844" />
+      <tetrahedron index="36088" v0="5157" v1="6308" v2="6757" v3="6805" />
+      <tetrahedron index="36089" v0="5157" v1="6557" v2="6757" v3="6805" />
+      <tetrahedron index="36090" v0="6211" v1="6745" v2="6749" v3="6970" />
+      <tetrahedron index="36091" v0="5194" v1="6470" v2="6868" v3="6872" />
+      <tetrahedron index="36092" v0="5340" v1="6309" v2="6807" v3="6810" />
+      <tetrahedron index="36093" v0="4053" v1="6049" v2="6635" v3="6810" />
+      <tetrahedron index="36094" v0="6044" v1="6309" v2="6808" v3="6810" />
+      <tetrahedron index="36095" v0="5065" v1="5631" v2="6194" v3="6785" />
+      <tetrahedron index="36096" v0="5065" v1="5631" v2="6309" v3="6785" />
+      <tetrahedron index="36097" v0="3993" v1="4053" v2="6049" v3="6810" />
+      <tetrahedron index="36098" v0="4053" v1="5340" v2="6635" v3="6810" />
+      <tetrahedron index="36099" v0="3776" v1="3993" v2="5781" v3="6810" />
+      <tetrahedron index="36100" v0="5764" v1="6430" v2="6765" v3="6805" />
+      <tetrahedron index="36101" v0="6044" v1="6626" v2="6629" v3="6925" />
+      <tetrahedron index="36102" v0="4873" v1="6627" v2="6766" v3="6786" />
+      <tetrahedron index="36103" v0="5630" v1="6627" v2="6766" v3="6786" />
+      <tetrahedron index="36104" v0="4963" v1="5630" v2="6280" v3="6786" />
+      <tetrahedron index="36105" v0="4963" v1="5630" v2="6307" v3="6786" />
+      <tetrahedron index="36106" v0="5605" v1="6284" v2="6490" v3="6809" />
+      <tetrahedron index="36107" v0="5605" v1="6280" v2="6628" v3="6786" />
+      <tetrahedron index="36108" v0="3459" v1="3460" v2="4326" v3="6788" />
+      <tetrahedron index="36109" v0="3459" v1="3460" v2="6285" v3="6788" />
+      <tetrahedron index="36110" v0="4753" v1="6142" v2="6277" v3="6788" />
+      <tetrahedron index="36111" v0="3459" v1="4326" v2="4749" v3="6788" />
+      <tetrahedron index="36112" v0="3459" v1="4749" v2="5607" v3="6788" />
+      <tetrahedron index="36113" v0="4749" v1="5607" v2="6142" v3="6788" />
+      <tetrahedron index="36114" v0="5607" v1="6142" v2="6277" v3="6788" />
+      <tetrahedron index="36115" v0="4326" v1="4749" v2="4753" v3="6788" />
+      <tetrahedron index="36116" v0="4749" v1="4753" v2="6142" v3="6788" />
+      <tetrahedron index="36117" v0="5511" v1="6312" v2="6951" v3="6965" />
+      <tetrahedron index="36118" v0="5602" v1="6278" v2="6780" v3="6978" />
+      <tetrahedron index="36119" v0="5507" v1="6488" v2="6723" v3="6877" />
+      <tetrahedron index="36120" v0="4883" v1="6276" v2="6538" v3="6793" />
+      <tetrahedron index="36121" v0="5446" v1="6289" v2="6487" v3="6876" />
+      <tetrahedron index="36122" v0="5590" v1="6263" v2="6564" v3="6898" />
+      <tetrahedron index="36123" v0="6331" v1="6424" v2="6820" v3="7022" />
+      <tetrahedron index="36124" v0="5446" v1="6105" v2="6487" v3="6876" />
+      <tetrahedron index="36125" v0="4852" v1="6596" v2="6597" v3="6789" />
+      <tetrahedron index="36126" v0="5997" v1="6596" v2="6597" v3="6789" />
+      <tetrahedron index="36127" v0="4854" v1="5763" v2="6551" v3="6894" />
+      <tetrahedron index="36128" v0="4883" v1="6291" v2="6537" v3="6793" />
+      <tetrahedron index="36129" v0="5060" v1="6293" v2="6679" v3="6790" />
+      <tetrahedron index="36130" v0="5840" v1="6644" v2="6961" v3="6981" />
+      <tetrahedron index="36131" v0="5615" v1="6794" v2="6897" v3="6981" />
+      <tetrahedron index="36132" v0="4845" v1="5840" v2="5950" v3="6981" />
+      <tetrahedron index="36133" v0="4862" v1="5632" v2="6311" v3="6951" />
+      <tetrahedron index="36134" v0="5189" v1="6538" v2="6697" v3="6952" />
+      <tetrahedron index="36135" v0="4885" v1="5599" v2="5991" v3="6921" />
+      <tetrahedron index="36136" v0="4845" v1="5840" v2="6644" v3="6981" />
+      <tetrahedron index="36137" v0="4845" v1="6487" v2="6897" v3="6981" />
+      <tetrahedron index="36138" v0="5270" v1="5905" v2="6534" v3="6982" />
+      <tetrahedron index="36139" v0="6166" v1="6718" v2="6877" v3="6961" />
+      <tetrahedron index="36140" v0="5615" v1="6718" v2="6789" v3="6792" />
+      <tetrahedron index="36141" v0="5168" v1="6718" v2="6789" v3="6792" />
+      <tetrahedron index="36142" v0="5157" v1="5959" v2="6805" v3="6894" />
+      <tetrahedron index="36143" v0="5157" v1="6764" v2="6805" v3="6894" />
+      <tetrahedron index="36144" v0="5844" v1="6278" v2="6780" v3="6978" />
+      <tetrahedron index="36145" v0="6276" v1="6781" v2="6977" v3="6978" />
+      <tetrahedron index="36146" v0="4987" v1="5602" v2="6781" v3="6978" />
+      <tetrahedron index="36147" v0="4903" v1="6121" v2="6201" v3="7000" />
+      <tetrahedron index="36148" v0="5844" v1="6495" v2="6882" v3="6978" />
+      <tetrahedron index="36149" v0="5951" v1="6266" v2="6649" v3="6898" />
+      <tetrahedron index="36150" v0="4926" v1="6263" v2="6564" v3="6898" />
+      <tetrahedron index="36151" v0="5300" v1="6331" v2="6424" v3="7022" />
+      <tetrahedron index="36152" v0="5168" v1="6290" v2="6862" v3="6960" />
+      <tetrahedron index="36153" v0="5615" v1="6290" v2="6792" v3="6960" />
+      <tetrahedron index="36154" v0="5615" v1="6718" v2="6792" v3="6960" />
+      <tetrahedron index="36155" v0="5168" v1="6290" v2="6792" v3="6960" />
+      <tetrahedron index="36156" v0="4984" v1="5905" v2="6297" v3="6982" />
+      <tetrahedron index="36157" v0="4913" v1="5902" v2="6534" v3="6982" />
+      <tetrahedron index="36158" v0="6166" v1="6713" v2="6959" v3="6962" />
+      <tetrahedron index="36159" v0="5309" v1="6649" v2="6774" v3="6898" />
+      <tetrahedron index="36160" v0="5590" v1="6266" v2="6564" v3="6898" />
+      <tetrahedron index="36161" v0="6585" v1="6622" v2="6737" v3="6921" />
+      <tetrahedron index="36162" v0="5572" v1="6903" v2="6974" v3="7011" />
+      <tetrahedron index="36163" v0="4922" v1="6403" v2="6425" v3="6984" />
+      <tetrahedron index="36164" v0="6047" v1="6577" v2="6903" v3="7011" />
+      <tetrahedron index="36165" v0="6115" v1="6685" v2="6686" v3="6795" />
+      <tetrahedron index="36166" v0="4978" v1="6115" v2="6686" v3="6795" />
+      <tetrahedron index="36167" v0="5503" v1="5623" v2="6236" v3="6795" />
+      <tetrahedron index="36168" v0="5621" v1="6297" v2="6795" v3="6796" />
+      <tetrahedron index="36169" v0="5624" v1="5902" v2="6534" v3="6797" />
+      <tetrahedron index="36170" v0="5624" v1="5902" v2="6299" v3="6797" />
+      <tetrahedron index="36171" v0="5268" v1="5902" v2="6299" v3="6797" />
+      <tetrahedron index="36172" v0="5625" v1="5903" v2="6536" v3="6799" />
+      <tetrahedron index="36173" v0="5762" v1="6429" v2="6465" v3="6851" />
+      <tetrahedron index="36174" v0="5309" v1="6098" v2="6640" v3="6944" />
+      <tetrahedron index="36175" v0="5268" v1="6299" v2="6673" v3="6797" />
+      <tetrahedron index="36176" v0="4866" v1="5625" v2="6072" v3="6799" />
+      <tetrahedron index="36177" v0="5625" v1="5903" v2="6797" v3="6799" />
+      <tetrahedron index="36178" v0="4976" v1="6176" v2="6301" v3="6798" />
+      <tetrahedron index="36179" v0="5512" v1="6176" v2="6301" v3="6798" />
+      <tetrahedron index="36180" v0="6075" v1="6513" v2="6787" v3="7027" />
+      <tetrahedron index="36181" v0="6072" v1="6535" v2="6536" v3="6799" />
+      <tetrahedron index="36182" v0="5625" v1="6072" v2="6536" v3="6799" />
+      <tetrahedron index="36183" v0="4976" v1="5625" v2="6300" v3="6799" />
+      <tetrahedron index="36184" v0="4976" v1="6300" v2="6301" v3="6799" />
+      <tetrahedron index="36185" v0="5810" v1="6465" v2="6466" v3="6895" />
+      <tetrahedron index="36186" v0="4874" v1="6159" v2="6716" v3="7015" />
+      <tetrahedron index="36187" v0="5903" v1="6535" v2="6560" v3="6799" />
+      <tetrahedron index="36188" v0="4928" v1="5762" v2="6080" v3="6851" />
+      <tetrahedron index="36189" v0="4913" v1="5625" v2="6536" v3="6800" />
+      <tetrahedron index="36190" v0="6156" v1="6279" v2="6712" v3="6804" />
+      <tetrahedron index="36191" v0="5114" v1="5242" v2="6511" v3="6801" />
+      <tetrahedron index="36192" v0="3533" v1="5242" v2="6305" v3="6801" />
+      <tetrahedron index="36193" v0="5149" v1="5751" v2="6408" v3="6871" />
+      <tetrahedron index="36194" v0="3398" v1="3399" v2="3401" v3="6801" />
+      <tetrahedron index="36195" v0="3398" v1="3399" v2="5628" v3="6801" />
+      <tetrahedron index="36196" v0="3398" v1="3532" v2="5064" v3="6801" />
+      <tetrahedron index="36197" v0="3532" v1="5064" v2="6305" v3="6801" />
+      <tetrahedron index="36198" v0="3531" v1="3532" v2="3533" v3="6801" />
+      <tetrahedron index="36199" v0="3532" v1="3533" v2="6305" v3="6801" />
+      <tetrahedron index="36200" v0="6307" v1="6766" v2="6786" v3="6804" />
+      <tetrahedron index="36201" v0="5603" v1="6712" v2="6786" v3="6804" />
+      <tetrahedron index="36202" v0="6307" v1="6442" v2="6654" v3="6804" />
+      <tetrahedron index="36203" v0="5167" v1="6156" v2="6766" v3="6804" />
+      <tetrahedron index="36204" v0="6279" v1="6712" v2="6783" v3="6804" />
+      <tetrahedron index="36205" v0="4873" v1="6156" v2="6766" v3="6804" />
+      <tetrahedron index="36206" v0="5748" v1="6408" v2="6409" v3="6842" />
+      <tetrahedron index="36207" v0="5809" v1="6462" v2="6586" v3="6989" />
+      <tetrahedron index="36208" v0="4915" v1="5627" v2="5872" v3="6802" />
+      <tetrahedron index="36209" v0="5114" v1="6511" v2="6801" v3="6803" />
+      <tetrahedron index="36210" v0="5628" v1="6305" v2="6306" v3="6803" />
+      <tetrahedron index="36211" v0="5628" v1="6305" v2="6801" v3="6803" />
+      <tetrahedron index="36212" v0="4902" v1="5242" v2="6305" v3="6803" />
+      <tetrahedron index="36213" v0="4902" v1="5242" v2="6511" v3="6803" />
+      <tetrahedron index="36214" v0="5242" v1="6511" v2="6801" v3="6803" />
+      <tetrahedron index="36215" v0="5242" v1="6305" v2="6801" v3="6803" />
+      <tetrahedron index="36216" v0="4873" v1="6766" v2="6786" v3="6804" />
+      <tetrahedron index="36217" v0="5809" v1="6462" v2="6844" v3="6989" />
+      <tetrahedron index="36218" v0="4638" v1="5356" v2="6005" v3="7024" />
+      <tetrahedron index="36219" v0="4820" v1="4821" v2="5989" v3="6990" />
+      <tetrahedron index="36220" v0="5749" v1="5816" v2="6410" v3="6844" />
+      <tetrahedron index="36221" v0="4873" v1="6156" v2="6712" v3="6804" />
+      <tetrahedron index="36222" v0="4873" v1="6712" v2="6786" v3="6804" />
+      <tetrahedron index="36223" v0="6442" v1="6654" v2="6783" v3="6804" />
+      <tetrahedron index="36224" v0="6279" v1="6442" v2="6783" v3="6804" />
+      <tetrahedron index="36225" v0="5391" v1="6308" v2="6764" v3="6806" />
+      <tetrahedron index="36226" v0="6308" v1="6764" v2="6805" v3="6806" />
+      <tetrahedron index="36227" v0="6727" v1="6765" v2="6856" v3="6975" />
+      <tetrahedron index="36228" v0="4847" v1="6764" v2="6805" v3="6806" />
+      <tetrahedron index="36229" v0="5144" v1="5740" v2="6819" v3="6984" />
+      <tetrahedron index="36230" v0="5300" v1="5761" v2="6331" v3="6984" />
+      <tetrahedron index="36231" v0="5740" v1="6403" v2="6819" v3="6984" />
+      <tetrahedron index="36232" v0="6044" v1="6626" v2="6627" v3="6925" />
+      <tetrahedron index="36233" v0="5391" v1="6629" v2="6922" v3="6925" />
+      <tetrahedron index="36234" v0="6046" v1="6051" v2="6631" v3="6926" />
+      <tetrahedron index="36235" v0="5166" v1="6044" v2="6628" v3="6810" />
+      <tetrahedron index="36236" v0="5166" v1="5781" v2="6049" v3="6810" />
+      <tetrahedron index="36237" v0="3993" v1="5781" v2="6049" v3="6810" />
+      <tetrahedron index="36238" v0="6280" v1="6284" v2="6785" v3="6809" />
+      <tetrahedron index="36239" v0="3871" v1="3895" v2="4184" v3="6811" />
+      <tetrahedron index="36240" v0="3871" v1="5068" v2="5639" v3="6811" />
+      <tetrahedron index="36241" v0="5605" v1="5781" v2="6628" v3="6809" />
+      <tetrahedron index="36242" v0="5605" v1="6628" v2="6808" v3="6809" />
+      <tetrahedron index="36243" v0="6280" v1="6785" v2="6808" v3="6809" />
+      <tetrahedron index="36244" v0="5605" v1="6280" v2="6808" v3="6809" />
+      <tetrahedron index="36245" v0="3776" v1="3993" v2="4053" v3="6810" />
+      <tetrahedron index="36246" v0="3776" v1="4053" v2="6309" v3="6810" />
+      <tetrahedron index="36247" v0="3776" v1="6309" v2="6809" v3="6810" />
+      <tetrahedron index="36248" v0="3776" v1="5781" v2="6809" v3="6810" />
+      <tetrahedron index="36249" v0="6628" v1="6808" v2="6809" v3="6810" />
+      <tetrahedron index="36250" v0="6309" v1="6808" v2="6809" v3="6810" />
+      <tetrahedron index="36251" v0="4336" v1="4681" v2="4935" v3="6811" />
+      <tetrahedron index="36252" v0="4336" v1="4935" v2="5639" v3="6811" />
+      <tetrahedron index="36253" v0="4545" v1="5743" v2="6319" v3="6812" />
+      <tetrahedron index="36254" v0="3871" v1="4184" v2="4547" v3="6812" />
+      <tetrahedron index="36255" v0="3871" v1="4184" v2="5068" v3="6812" />
+      <tetrahedron index="36256" v0="3871" v1="4547" v2="5068" v3="6812" />
+      <tetrahedron index="36257" v0="4184" v1="4546" v2="6318" v3="6812" />
+      <tetrahedron index="36258" v0="4546" v1="6318" v2="6319" v3="6812" />
+      <tetrahedron index="36259" v0="4545" v1="4546" v2="4547" v3="6812" />
+      <tetrahedron index="36260" v0="4545" v1="4546" v2="6319" v3="6812" />
+      <tetrahedron index="36261" v0="4545" v1="4547" v2="4809" v3="6812" />
+      <tetrahedron index="36262" v0="4545" v1="4809" v2="5743" v3="6812" />
+      <tetrahedron index="36263" v0="4908" v1="5887" v2="6360" v3="6813" />
+      <tetrahedron index="36264" v0="5032" v1="5688" v2="5887" v3="6813" />
+      <tetrahedron index="36265" v0="5688" v1="5887" v2="6360" v3="6813" />
+      <tetrahedron index="36266" v0="3344" v1="3345" v2="3797" v3="6814" />
+      <tetrahedron index="36267" v0="3344" v1="3345" v2="5776" v3="6814" />
+      <tetrahedron index="36268" v0="3346" v1="5113" v2="5453" v3="6814" />
+      <tetrahedron index="36269" v0="3344" v1="3346" v2="5453" v3="6814" />
+      <tetrahedron index="36270" v0="3345" v1="3797" v2="4772" v3="6814" />
+      <tetrahedron index="36271" v0="3345" v1="4772" v2="5255" v3="6814" />
+      <tetrahedron index="36272" v0="3797" v1="4772" v2="5255" v3="6814" />
+      <tetrahedron index="36273" v0="4999" v1="5499" v2="5668" v3="6815" />
+      <tetrahedron index="36274" v0="5499" v1="5668" v2="6439" v3="6815" />
+      <tetrahedron index="36275" v0="6290" v1="6613" v2="6783" v3="6862" />
+      <tetrahedron index="36276" v0="5604" v1="6142" v2="6881" v3="6998" />
+      <tetrahedron index="36277" v0="5221" v1="6644" v2="6675" v3="6961" />
+      <tetrahedron index="36278" v0="5080" v1="5910" v2="6731" v3="6817" />
+      <tetrahedron index="36279" v0="6333" v1="6541" v2="6731" v3="6817" />
+      <tetrahedron index="36280" v0="4886" v1="6541" v2="6731" v3="6817" />
+      <tetrahedron index="36281" v0="4886" v1="5561" v2="6563" v3="6817" />
+      <tetrahedron index="36282" v0="6521" v1="6890" v2="6891" v3="7004" />
+      <tetrahedron index="36283" v0="4866" v1="5465" v2="6072" v3="6892" />
+      <tetrahedron index="36284" v0="4866" v1="6535" v2="6850" v3="6892" />
+      <tetrahedron index="36285" v0="4926" v1="6640" v2="6898" v3="7004" />
+      <tetrahedron index="36286" v0="6890" v1="6944" v2="6966" v3="7004" />
+      <tetrahedron index="36287" v0="4926" v1="6521" v2="7002" v3="7004" />
+      <tetrahedron index="36288" v0="6640" v1="6898" v2="6944" v3="7004" />
+      <tetrahedron index="36289" v0="4462" v1="5272" v2="5909" v3="6818" />
+      <tetrahedron index="36290" v0="4914" v1="5711" v2="5909" v3="6818" />
+      <tetrahedron index="36291" v0="4914" v1="5272" v2="5909" v3="6818" />
+      <tetrahedron index="36292" v0="3964" v1="4488" v2="6427" v3="6819" />
+      <tetrahedron index="36293" v0="3964" v1="3965" v2="4488" v3="6819" />
+      <tetrahedron index="36294" v0="4000" v1="5144" v2="5656" v3="6819" />
+      <tetrahedron index="36295" v0="4000" v1="4488" v2="5656" v3="6819" />
+      <tetrahedron index="36296" v0="3965" v1="4000" v2="4488" v3="6819" />
+      <tetrahedron index="36297" v0="3965" v1="4000" v2="5144" v3="6819" />
+      <tetrahedron index="36298" v0="5193" v1="6586" v2="6909" v3="7023" />
+      <tetrahedron index="36299" v0="4356" v1="5120" v2="6827" v3="6985" />
+      <tetrahedron index="36300" v0="4942" v1="5683" v2="6827" v3="6985" />
+      <tetrahedron index="36301" v0="5080" v1="5655" v2="5910" v3="6821" />
+      <tetrahedron index="36302" v0="5655" v1="5910" v2="6817" v3="6821" />
+      <tetrahedron index="36303" v0="5080" v1="5910" v2="6817" v3="6821" />
+      <tetrahedron index="36304" v0="4909" v1="6337" v2="6528" v3="6822" />
+      <tetrahedron index="36305" v0="4909" v1="5256" v2="6528" v3="6822" />
+      <tetrahedron index="36306" v0="4909" v1="5117" v2="5664" v3="6822" />
+      <tetrahedron index="36307" v0="5117" v1="5664" v2="6337" v3="6822" />
+      <tetrahedron index="36308" v0="4909" v1="5117" v2="6337" v3="6822" />
+      <tetrahedron index="36309" v0="3430" v1="3949" v2="4456" v3="6822" />
+      <tetrahedron index="36310" v0="3949" v1="4456" v2="5256" v3="6822" />
+      <tetrahedron index="36311" v0="3949" v1="5256" v2="6528" v3="6822" />
+      <tetrahedron index="36312" v0="3430" v1="3949" v2="6528" v3="6822" />
+      <tetrahedron index="36313" v0="3960" v1="4035" v2="4121" v3="6823" />
+      <tetrahedron index="36314" v0="3960" v1="4121" v2="5666" v3="6823" />
+      <tetrahedron index="36315" v0="4035" v1="4121" v2="5666" v3="6823" />
+      <tetrahedron index="36316" v0="4921" v1="5295" v2="5670" v3="6824" />
+      <tetrahedron index="36317" v0="4921" v1="5670" v2="6342" v3="6824" />
+      <tetrahedron index="36318" v0="3360" v1="5138" v2="5934" v3="6824" />
+      <tetrahedron index="36319" v0="5138" v1="5934" v2="6342" v3="6824" />
+      <tetrahedron index="36320" v0="3360" v1="5138" v2="6342" v3="6824" />
+      <tetrahedron index="36321" v0="4921" v1="5934" v2="5935" v3="6824" />
+      <tetrahedron index="36322" v0="5934" v1="5935" v2="6342" v3="6824" />
+      <tetrahedron index="36323" v0="4921" v1="5935" v2="6342" v3="6824" />
+      <tetrahedron index="36324" v0="3479" v1="5312" v2="6343" v3="6825" />
+      <tetrahedron index="36325" v0="3479" v1="3480" v2="3481" v3="6825" />
+      <tetrahedron index="36326" v0="3479" v1="3480" v2="6343" v3="6825" />
+      <tetrahedron index="36327" v0="3481" v1="3873" v2="3900" v3="6825" />
+      <tetrahedron index="36328" v0="3873" v1="3900" v2="5672" v3="6825" />
+      <tetrahedron index="36329" v0="3480" v1="3481" v2="3873" v3="6825" />
+      <tetrahedron index="36330" v0="3480" v1="3873" v2="6343" v3="6825" />
+      <tetrahedron index="36331" v0="3900" v1="5203" v2="5206" v3="6825" />
+      <tetrahedron index="36332" v0="3900" v1="5203" v2="6475" v3="6825" />
+      <tetrahedron index="36333" v0="5089" v1="5671" v2="5936" v3="6826" />
+      <tetrahedron index="36334" v0="4921" v1="5089" v2="5936" v3="6826" />
+      <tetrahedron index="36335" v0="5212" v1="5684" v2="6830" v3="6986" />
+      <tetrahedron index="36336" v0="4129" v1="4245" v2="4356" v3="6827" />
+      <tetrahedron index="36337" v0="4129" v1="4356" v2="5120" v3="6827" />
+      <tetrahedron index="36338" v0="4129" v1="4245" v2="5120" v3="6827" />
+      <tetrahedron index="36339" v0="5679" v1="6368" v2="6830" v3="6986" />
+      <tetrahedron index="36340" v0="4298" v1="4300" v2="5212" v3="6986" />
+      <tetrahedron index="36341" v0="3833" v1="4300" v2="5213" v3="6986" />
+      <tetrahedron index="36342" v0="4064" v1="4183" v2="4212" v3="6827" />
+      <tetrahedron index="36343" v0="4064" v1="4212" v2="5683" v3="6827" />
+      <tetrahedron index="36344" v0="3928" v1="4298" v2="4300" v3="6986" />
+      <tetrahedron index="36345" v0="5213" v1="5679" v2="6830" v3="6986" />
+      <tetrahedron index="36346" v0="4899" v1="5101" v2="5689" v3="6828" />
+      <tetrahedron index="36347" v0="4379" v1="4497" v2="5101" v3="6828" />
+      <tetrahedron index="36348" v0="4497" v1="5101" v2="5689" v3="6828" />
+      <tetrahedron index="36349" v0="5086" v1="5690" v2="6476" v3="6829" />
+      <tetrahedron index="36350" v0="4889" v1="5690" v2="6476" v3="6829" />
+      <tetrahedron index="36351" v0="4891" v1="5100" v2="5697" v3="6830" />
+      <tetrahedron index="36352" v0="5193" v1="6014" v2="6765" v3="6987" />
+      <tetrahedron index="36353" v0="6014" v1="6409" v2="6841" v3="6987" />
+      <tetrahedron index="36354" v0="5361" v1="6409" v2="6593" v3="6987" />
+      <tetrahedron index="36355" v0="5361" v1="6014" v2="6587" v3="6987" />
+      <tetrahedron index="36356" v0="6409" v1="6593" v2="6840" v3="6987" />
+      <tetrahedron index="36357" v0="5748" v1="6408" v2="6840" v3="6987" />
+      <tetrahedron index="36358" v0="5748" v1="6409" v2="6840" v3="6987" />
+      <tetrahedron index="36359" v0="5213" v1="5601" v2="5679" v3="6830" />
+      <tetrahedron index="36360" v0="5601" v1="5679" v2="6369" v3="6830" />
+      <tetrahedron index="36361" v0="5213" v1="5601" v2="6369" v3="6830" />
+      <tetrahedron index="36362" v0="5193" v1="6408" v2="6842" v3="6987" />
+      <tetrahedron index="36363" v0="6409" v1="6841" v2="6842" v3="6987" />
+      <tetrahedron index="36364" v0="4919" v1="5679" v2="6368" v3="6830" />
+      <tetrahedron index="36365" v0="4919" v1="5679" v2="6369" v3="6830" />
+      <tetrahedron index="36366" v0="4919" v1="5697" v2="6368" v3="6830" />
+      <tetrahedron index="36367" v0="4919" v1="5697" v2="6369" v3="6830" />
+      <tetrahedron index="36368" v0="5193" v1="6765" v2="6841" v3="6987" />
+      <tetrahedron index="36369" v0="6014" v1="6765" v2="6841" v3="6987" />
+      <tetrahedron index="36370" v0="6408" v1="6586" v2="6840" v3="6987" />
+      <tetrahedron index="36371" v0="4868" v1="5660" v2="6373" v3="6832" />
+      <tetrahedron index="36372" v0="5713" v1="6384" v2="6449" v3="6833" />
+      <tetrahedron index="36373" v0="4945" v1="5713" v2="6449" v3="6833" />
+      <tetrahedron index="36374" v0="4945" v1="5713" v2="5718" v3="6833" />
+      <tetrahedron index="36375" v0="4945" v1="5718" v2="6017" v3="6833" />
+      <tetrahedron index="36376" v0="5713" v1="5718" v2="6017" v3="6833" />
+      <tetrahedron index="36377" v0="5122" v1="5198" v2="5713" v3="6833" />
+      <tetrahedron index="36378" v0="5198" v1="5713" v2="6017" v3="6833" />
+      <tetrahedron index="36379" v0="5122" v1="5198" v2="6017" v3="6833" />
+      <tetrahedron index="36380" v0="4964" v1="6118" v2="6120" v3="6834" />
+      <tetrahedron index="36381" v0="4964" v1="6120" v2="6129" v3="6834" />
+      <tetrahedron index="36382" v0="4964" v1="6118" v2="6129" v3="6834" />
+      <tetrahedron index="36383" v0="4195" v1="6118" v2="6129" v3="6834" />
+      <tetrahedron index="36384" v0="4195" v1="5463" v2="6129" v3="6834" />
+      <tetrahedron index="36385" v0="3733" v1="4195" v2="5463" v3="6834" />
+      <tetrahedron index="36386" v0="3733" v1="4195" v2="6118" v3="6834" />
+      <tetrahedron index="36387" v0="3540" v1="3733" v2="6118" v3="6834" />
+      <tetrahedron index="36388" v0="3540" v1="6118" v2="6389" v3="6834" />
+      <tetrahedron index="36389" v0="3540" v1="3733" v2="6389" v3="6834" />
+      <tetrahedron index="36390" v0="5018" v1="5533" v2="5735" v3="6835" />
+      <tetrahedron index="36391" v0="5018" v1="5735" v2="6397" v3="6835" />
+      <tetrahedron index="36392" v0="3271" v1="3272" v2="6397" v3="6835" />
+      <tetrahedron index="36393" v0="3271" v1="3272" v2="6646" v3="6835" />
+      <tetrahedron index="36394" v0="3271" v1="5137" v2="5735" v3="6835" />
+      <tetrahedron index="36395" v0="5137" v1="5735" v2="6646" v3="6835" />
+      <tetrahedron index="36396" v0="3271" v1="5137" v2="6646" v3="6835" />
+      <tetrahedron index="36397" v0="5577" v1="6398" v2="6573" v3="6836" />
+      <tetrahedron index="36398" v0="5039" v1="6252" v2="6434" v3="6836" />
+      <tetrahedron index="36399" v0="5039" v1="6434" v2="6573" v3="6836" />
+      <tetrahedron index="36400" v0="5039" v1="5577" v2="6252" v3="6836" />
+      <tetrahedron index="36401" v0="5039" v1="5577" v2="6573" v3="6836" />
+      <tetrahedron index="36402" v0="4888" v1="5201" v2="5202" v3="6838" />
+      <tetrahedron index="36403" v0="5201" v1="5202" v2="5484" v3="6838" />
+      <tetrahedron index="36404" v0="4972" v1="5441" v2="5484" v3="6838" />
+      <tetrahedron index="36405" v0="4972" v1="5441" v2="6405" v3="6838" />
+      <tetrahedron index="36406" v0="4888" v1="4992" v2="5201" v3="6838" />
+      <tetrahedron index="36407" v0="4992" v1="5201" v2="5484" v3="6838" />
+      <tetrahedron index="36408" v0="4972" v1="5484" v2="5741" v3="6838" />
+      <tetrahedron index="36409" v0="4972" v1="5741" v2="6405" v3="6838" />
+      <tetrahedron index="36410" v0="4992" v1="5484" v2="5741" v3="6838" />
+      <tetrahedron index="36411" v0="4992" v1="5741" v2="6405" v3="6838" />
+      <tetrahedron index="36412" v0="4888" v1="4992" v2="5483" v3="6838" />
+      <tetrahedron index="36413" v0="4992" v1="5483" v2="6405" v3="6838" />
+      <tetrahedron index="36414" v0="4888" v1="5483" v2="6405" v3="6838" />
+      <tetrahedron index="36415" v0="4864" v1="6220" v2="6419" v3="6991" />
+      <tetrahedron index="36416" v0="4630" v1="5476" v2="6928" v3="7012" />
+      <tetrahedron index="36417" v0="6411" v1="6600" v2="6839" v3="6846" />
+      <tetrahedron index="36418" v0="4939" v1="5350" v2="6595" v3="6846" />
+      <tetrahedron index="36419" v0="5350" v1="5989" v2="6595" v3="6846" />
+      <tetrahedron index="36420" v0="6428" v1="6429" v2="6467" v3="6869" />
+      <tetrahedron index="36421" v0="4321" v1="5725" v2="6042" v3="6869" />
+      <tetrahedron index="36422" v0="5315" v1="5538" v2="6621" v3="6869" />
+      <tetrahedron index="36423" v0="6765" v1="6766" v2="6841" v3="6988" />
+      <tetrahedron index="36424" v0="6307" v1="6726" v2="6975" v3="6988" />
+      <tetrahedron index="36425" v0="6000" v1="6222" v2="6473" v3="6840" />
+      <tetrahedron index="36426" v0="6000" v1="6222" v2="6593" v3="6840" />
+      <tetrahedron index="36427" v0="5167" v1="6841" v2="6843" v3="6988" />
+      <tetrahedron index="36428" v0="6307" v1="6442" v2="6804" v3="6988" />
+      <tetrahedron index="36429" v0="5194" v1="6000" v2="6001" v3="6840" />
+      <tetrahedron index="36430" v0="5194" v1="6000" v2="6473" v3="6840" />
+      <tetrahedron index="36431" v0="5315" v1="5725" v2="6428" v3="6869" />
+      <tetrahedron index="36432" v0="5725" v1="6428" v2="6467" v3="6869" />
+      <tetrahedron index="36433" v0="5538" v1="6429" v2="6852" v3="6869" />
+      <tetrahedron index="36434" v0="5005" v1="6233" v2="6727" v3="6965" />
+      <tetrahedron index="36435" v0="6188" v1="6412" v2="6842" v3="6964" />
+      <tetrahedron index="36436" v0="5877" v1="6182" v2="6722" v3="6964" />
+      <tetrahedron index="36437" v0="4961" v1="5877" v2="6863" v3="6964" />
+      <tetrahedron index="36438" v0="5782" v1="6841" v2="6842" v3="6964" />
+      <tetrahedron index="36439" v0="5877" v1="6722" v2="6863" v3="6964" />
+      <tetrahedron index="36440" v0="5518" v1="6188" v2="6726" v3="6964" />
+      <tetrahedron index="36441" v0="4911" v1="6002" v2="6601" v3="6917" />
+      <tetrahedron index="36442" v0="5348" v1="6004" v2="6616" v3="6917" />
+      <tetrahedron index="36443" v0="6041" v1="6211" v2="6749" v3="6970" />
+      <tetrahedron index="36444" v0="6260" v1="6955" v2="6976" v3="7020" />
+      <tetrahedron index="36445" v0="4406" v1="6041" v2="6207" v3="6970" />
+      <tetrahedron index="36446" v0="5816" v1="6410" v2="6619" v3="6844" />
+      <tetrahedron index="36447" v0="5816" v1="6619" v2="6623" v3="6844" />
+      <tetrahedron index="36448" v0="6099" v1="6421" v2="6675" v3="6847" />
+      <tetrahedron index="36449" v0="4971" v1="6100" v2="6708" v3="6847" />
+      <tetrahedron index="36450" v0="5440" v1="6100" v2="6708" v3="6847" />
+      <tetrahedron index="36451" v0="4971" v1="5440" v2="6708" v3="6847" />
+      <tetrahedron index="36452" v0="4541" v1="5437" v2="5440" v3="6847" />
+      <tetrahedron index="36453" v0="4541" v1="5440" v2="5754" v3="6847" />
+      <tetrahedron index="36454" v0="4541" v1="5437" v2="5754" v3="6847" />
+      <tetrahedron index="36455" v0="4930" v1="5841" v2="6417" v3="6847" />
+      <tetrahedron index="36456" v0="4930" v1="5841" v2="6675" v3="6847" />
+      <tetrahedron index="36457" v0="5841" v1="6421" v2="6675" v3="6847" />
+      <tetrahedron index="36458" v0="5754" v1="5841" v2="6421" v3="6847" />
+      <tetrahedron index="36459" v0="5437" v1="5754" v2="6421" v3="6847" />
+      <tetrahedron index="36460" v0="5754" v1="6417" v2="6489" v3="6847" />
+      <tetrahedron index="36461" v0="5841" v1="6417" v2="6489" v3="6847" />
+      <tetrahedron index="36462" v0="5754" v1="5841" v2="6489" v3="6847" />
+      <tetrahedron index="36463" v0="4864" v1="6171" v2="6723" v3="6848" />
+      <tetrahedron index="36464" v0="6004" v1="6419" v2="6724" v3="6848" />
+      <tetrahedron index="36465" v0="4864" v1="6171" v2="6724" v3="6848" />
+      <tetrahedron index="36466" v0="5348" v1="5353" v2="6004" v3="6848" />
+      <tetrahedron index="36467" v0="5353" v1="6004" v2="6419" v3="6848" />
+      <tetrahedron index="36468" v0="5348" v1="6004" v2="6171" v3="6848" />
+      <tetrahedron index="36469" v0="6004" v1="6171" v2="6724" v3="6848" />
+      <tetrahedron index="36470" v0="6729" v1="6850" v2="6966" v3="6992" />
+      <tetrahedron index="36471" v0="6176" v1="6729" v2="6966" v3="6992" />
+      <tetrahedron index="36472" v0="5153" v1="5841" v2="6724" v3="6849" />
+      <tetrahedron index="36473" v0="5617" v1="6582" v2="6584" v3="6907" />
+      <tetrahedron index="36474" v0="5363" v1="6016" v2="6920" v3="7025" />
+      <tetrahedron index="36475" v0="6920" v1="6959" v2="7021" v3="7025" />
+      <tetrahedron index="36476" v0="3632" v1="6203" v2="6857" v3="6993" />
+      <tetrahedron index="36477" v0="5016" v1="6203" v2="6857" v3="6993" />
+      <tetrahedron index="36478" v0="3632" v1="6005" v2="6857" v3="6993" />
+      <tetrahedron index="36479" v0="4928" v1="5960" v2="6079" v3="6854" />
+      <tetrahedron index="36480" v0="4928" v1="5315" v2="6429" v3="6854" />
+      <tetrahedron index="36481" v0="6170" v1="6687" v2="6877" v3="6997" />
+      <tetrahedron index="36482" v0="3520" v1="4185" v2="5191" v3="6870" />
+      <tetrahedron index="36483" v0="4861" v1="5538" v2="6624" v3="6852" />
+      <tetrahedron index="36484" v0="5019" v1="5538" v2="6624" v3="6852" />
+      <tetrahedron index="36485" v0="4861" v1="5019" v2="6624" v3="6852" />
+      <tetrahedron index="36486" v0="5191" v1="5811" v2="5813" v3="6870" />
+      <tetrahedron index="36487" v0="3520" v1="4106" v2="4185" v3="6870" />
+      <tetrahedron index="36488" v0="3518" v1="6414" v2="6468" v3="6870" />
+      <tetrahedron index="36489" v0="3520" v1="5191" v2="6410" v3="6870" />
+      <tetrahedron index="36490" v0="3518" v1="4106" v2="4777" v3="6870" />
+      <tetrahedron index="36491" v0="4106" v1="4777" v2="5813" v3="6870" />
+      <tetrahedron index="36492" v0="3518" v1="3520" v2="6414" v3="6870" />
+      <tetrahedron index="36493" v0="5037" v1="6047" v2="6577" v3="6903" />
+      <tetrahedron index="36494" v0="5391" v1="6629" v2="6925" v3="7011" />
+      <tetrahedron index="36495" v0="6047" v1="6634" v2="6767" v3="6903" />
+      <tetrahedron index="36496" v0="4884" v1="5509" v2="6469" v3="6855" />
+      <tetrahedron index="36497" v0="5193" v1="5509" v2="6469" v3="6855" />
+      <tetrahedron index="36498" v0="5391" v1="6923" v2="6974" v3="7011" />
+      <tetrahedron index="36499" v0="5037" v1="6456" v2="6577" v3="6903" />
+      <tetrahedron index="36500" v0="5476" v1="6703" v2="6928" v3="7012" />
+      <tetrahedron index="36501" v0="6079" v1="6851" v2="6853" v3="6854" />
+      <tetrahedron index="36502" v0="5992" v1="6079" v2="6588" v3="6854" />
+      <tetrahedron index="36503" v0="5992" v1="6079" v2="6853" v3="6854" />
+      <tetrahedron index="36504" v0="3878" v1="4300" v2="5566" v3="6238" />
+      <tetrahedron index="36505" v0="5284" v1="5989" v2="6845" v3="6990" />
+      <tetrahedron index="36506" v0="4940" v1="5676" v2="6993" v3="7024" />
+      <tetrahedron index="36507" v0="5989" v1="6845" v2="6846" v3="6990" />
+      <tetrahedron index="36508" v0="5284" v1="6411" v2="6845" v3="6990" />
+      <tetrahedron index="36509" v0="6411" v1="6845" v2="6846" v3="6990" />
+      <tetrahedron index="36510" v0="6188" v1="6765" v2="6841" v3="6856" />
+      <tetrahedron index="36511" v0="6188" v1="6726" v2="6841" v3="6856" />
+      <tetrahedron index="36512" v0="5193" v1="6430" v2="6765" v3="6856" />
+      <tetrahedron index="36513" v0="5193" v1="6188" v2="6765" v3="6856" />
+      <tetrahedron index="36514" v0="5193" v1="6430" v2="6855" v3="6856" />
+      <tetrahedron index="36515" v0="5193" v1="6188" v2="6855" v3="6856" />
+      <tetrahedron index="36516" v0="3633" v1="5530" v2="6203" v3="6857" />
+      <tetrahedron index="36517" v0="3633" v1="5530" v2="6433" v3="6857" />
+      <tetrahedron index="36518" v0="5769" v1="6378" v2="6380" v3="6858" />
+      <tetrahedron index="36519" v0="5772" v1="6378" v2="6380" v3="6858" />
+      <tetrahedron index="36520" v0="5160" v1="5769" v2="5771" v3="6858" />
+      <tetrahedron index="36521" v0="5769" v1="5771" v2="6435" v3="6858" />
+      <tetrahedron index="36522" v0="5770" v1="6434" v2="6435" v3="6858" />
+      <tetrahedron index="36523" v0="5770" v1="5771" v2="6435" v3="6858" />
+      <tetrahedron index="36524" v0="5139" v1="5770" v2="6836" v3="6859" />
+      <tetrahedron index="36525" v0="5139" v1="6398" v2="6836" v3="6859" />
+      <tetrahedron index="36526" v0="5481" v1="6398" v2="6836" v3="6859" />
+      <tetrahedron index="36527" v0="4871" v1="5646" v2="6323" v3="6860" />
+      <tetrahedron index="36528" v0="4999" v1="5668" v2="6323" v3="6860" />
+      <tetrahedron index="36529" v0="4999" v1="6323" v2="6815" v3="6860" />
+      <tetrahedron index="36530" v0="4999" v1="5668" v2="6815" v3="6860" />
+      <tetrahedron index="36531" v0="5646" v1="6267" v2="6683" v3="6860" />
+      <tetrahedron index="36532" v0="4871" v1="5646" v2="6683" v3="6860" />
+      <tetrahedron index="36533" v0="4871" v1="5498" v2="6322" v3="6861" />
+      <tetrahedron index="36534" v0="4871" v1="6322" v2="6441" v3="6861" />
+      <tetrahedron index="36535" v0="5032" v1="5644" v2="6322" v3="6861" />
+      <tetrahedron index="36536" v0="5644" v1="6322" v2="6441" v3="6861" />
+      <tetrahedron index="36537" v0="5644" v1="6441" v2="6813" v3="6861" />
+      <tetrahedron index="36538" v0="5032" v1="5644" v2="6813" v3="6861" />
+      <tetrahedron index="36539" v0="4871" v1="5163" v2="6441" v3="6861" />
+      <tetrahedron index="36540" v0="4871" v1="5163" v2="6815" v3="6861" />
+      <tetrahedron index="36541" v0="5538" v1="6621" v2="6869" v3="6996" />
+      <tetrahedron index="36542" v0="6042" v1="6463" v2="6621" v3="6996" />
+      <tetrahedron index="36543" v0="5616" v1="6955" v2="7018" v3="7020" />
+      <tetrahedron index="36544" v0="5168" v1="6290" v2="6792" v3="6863" />
+      <tetrahedron index="36545" v0="5168" v1="6290" v2="6862" v3="6863" />
+      <tetrahedron index="36546" v0="4850" v1="6290" v2="6442" v3="6863" />
+      <tetrahedron index="36547" v0="4850" v1="6442" v2="6694" v3="6863" />
+      <tetrahedron index="36548" v0="4850" v1="6290" v2="6694" v3="6863" />
+      <tetrahedron index="36549" v0="5168" v1="6287" v2="6722" v3="6863" />
+      <tetrahedron index="36550" v0="5168" v1="6287" v2="6792" v3="6863" />
+      <tetrahedron index="36551" v0="5877" v1="6287" v2="6722" v3="6863" />
+      <tetrahedron index="36552" v0="5877" v1="6287" v2="6792" v3="6863" />
+      <tetrahedron index="36553" v0="5397" v1="6056" v2="6641" v3="6864" />
+      <tetrahedron index="36554" v0="4976" v1="6176" v2="6652" v3="6992" />
+      <tetrahedron index="36555" v0="4724" v1="4732" v2="6598" v3="6914" />
+      <tetrahedron index="36556" v0="3519" v1="6414" v2="6599" v3="6915" />
+      <tetrahedron index="36557" v0="4960" v1="6068" v2="6650" v3="6932" />
+      <tetrahedron index="36558" v0="5045" v1="6069" v2="6070" v3="6932" />
+      <tetrahedron index="36559" v0="6068" v1="6650" v2="6651" v3="6932" />
+      <tetrahedron index="36560" v0="5170" v1="6056" v2="6443" v3="6864" />
+      <tetrahedron index="36561" v0="5170" v1="6056" v2="6641" v3="6864" />
+      <tetrahedron index="36562" v0="3519" v1="4711" v2="6414" v3="6915" />
+      <tetrahedron index="36563" v0="4710" v1="4711" v2="5999" v3="6915" />
+      <tetrahedron index="36564" v0="4711" v1="5150" v2="5752" v3="6915" />
+      <tetrahedron index="36565" v0="4724" v1="5551" v2="5998" v3="6914" />
+      <tetrahedron index="36566" v0="4724" v1="5998" v2="6598" v3="6914" />
+      <tetrahedron index="36567" v0="5551" v1="5998" v2="6419" v3="6914" />
+      <tetrahedron index="36568" v0="5998" v1="6419" v2="6598" v3="6914" />
+      <tetrahedron index="36569" v0="3761" v1="3762" v2="5079" v3="6866" />
+      <tetrahedron index="36570" v0="3762" v1="5079" v2="5592" v3="6866" />
+      <tetrahedron index="36571" v0="3762" v1="5592" v2="6377" v3="6866" />
+      <tetrahedron index="36572" v0="3761" v1="3762" v2="6377" v3="6866" />
+      <tetrahedron index="36573" v0="4614" v1="4737" v2="5477" v3="6867" />
+      <tetrahedron index="36574" v0="4737" v1="5477" v2="6460" v3="6867" />
+      <tetrahedron index="36575" v0="4614" v1="4737" v2="4771" v3="6867" />
+      <tetrahedron index="36576" v0="4737" v1="4771" v2="6460" v3="6867" />
+      <tetrahedron index="36577" v0="5189" v1="5412" v2="6697" v3="6867" />
+      <tetrahedron index="36578" v0="5412" v1="5904" v2="6074" v3="6867" />
+      <tetrahedron index="36579" v0="5412" v1="5904" v2="6697" v3="6867" />
+      <tetrahedron index="36580" v0="5904" v1="6074" v2="6653" v3="6867" />
+      <tetrahedron index="36581" v0="5477" v1="5904" v2="6653" v3="6867" />
+      <tetrahedron index="36582" v0="5149" v1="5749" v2="6470" v3="6868" />
+      <tetrahedron index="36583" v0="4654" v1="4764" v2="5204" v3="6873" />
+      <tetrahedron index="36584" v0="4764" v1="5204" v2="5822" v3="6873" />
+      <tetrahedron index="36585" v0="3243" v1="5839" v2="6486" v3="6874" />
+      <tetrahedron index="36586" v0="4033" v1="4042" v2="4838" v3="6872" />
+      <tetrahedron index="36587" v0="4885" v1="6462" v2="6586" v3="6868" />
+      <tetrahedron index="36588" v0="6408" v1="6586" v2="6840" v3="6868" />
+      <tetrahedron index="36589" v0="4885" v1="6586" v2="6840" v3="6868" />
+      <tetrahedron index="36590" v0="4928" v1="5315" v2="6428" v3="6869" />
+      <tetrahedron index="36591" v0="4928" v1="6428" v2="6429" v3="6869" />
+      <tetrahedron index="36592" v0="4928" v1="5315" v2="6429" v3="6869" />
+      <tetrahedron index="36593" v0="4777" v1="5813" v2="6468" v3="6870" />
+      <tetrahedron index="36594" v0="5191" v1="6410" v2="6844" v3="6870" />
+      <tetrahedron index="36595" v0="5191" v1="5811" v2="6844" v3="6870" />
+      <tetrahedron index="36596" v0="6410" v1="6414" v2="6844" v3="6870" />
+      <tetrahedron index="36597" v0="5811" v1="6414" v2="6844" v3="6870" />
+      <tetrahedron index="36598" v0="5192" v1="5811" v2="5813" v3="6870" />
+      <tetrahedron index="36599" v0="5192" v1="5813" v2="6468" v3="6870" />
+      <tetrahedron index="36600" v0="5192" v1="5811" v2="6468" v3="6870" />
+      <tetrahedron index="36601" v0="5751" v1="6414" v2="6469" v3="6871" />
+      <tetrahedron index="36602" v0="5351" v1="6411" v2="6846" v3="6990" />
+      <tetrahedron index="36603" v0="4580" v1="5284" v2="6411" v3="6990" />
+      <tetrahedron index="36604" v0="4580" v1="4820" v2="4821" v3="6990" />
+      <tetrahedron index="36605" v0="4580" v1="5999" v2="6411" v3="6990" />
+      <tetrahedron index="36606" v0="4580" v1="4710" v2="5999" v3="6990" />
+      <tetrahedron index="36607" v0="4821" v1="5351" v2="5999" v3="6990" />
+      <tetrahedron index="36608" v0="5598" v1="5817" v2="6474" v3="6872" />
+      <tetrahedron index="36609" v0="4042" v1="5598" v2="6474" v3="6872" />
+      <tetrahedron index="36610" v0="4042" v1="5598" v2="6192" v3="6872" />
+      <tetrahedron index="36611" v0="5598" v1="6192" v2="6472" v3="6872" />
+      <tetrahedron index="36612" v0="4043" v1="5195" v2="6192" v3="6872" />
+      <tetrahedron index="36613" v0="4042" v1="4043" v2="6192" v3="6872" />
+      <tetrahedron index="36614" v0="4042" v1="4839" v2="6474" v3="6872" />
+      <tetrahedron index="36615" v0="4838" v1="4839" v2="5194" v3="6872" />
+      <tetrahedron index="36616" v0="4838" v1="5194" v2="5814" v3="6872" />
+      <tetrahedron index="36617" v0="5194" v1="5814" v2="6470" v3="6872" />
+      <tetrahedron index="36618" v0="4838" v1="5814" v2="6470" v3="6872" />
+      <tetrahedron index="36619" v0="4043" v1="5195" v2="6471" v3="6872" />
+      <tetrahedron index="36620" v0="4033" v1="5195" v2="6471" v3="6872" />
+      <tetrahedron index="36621" v0="4033" v1="4043" v2="6471" v3="6872" />
+      <tetrahedron index="36622" v0="5194" v1="5817" v2="6474" v3="6872" />
+      <tetrahedron index="36623" v0="4839" v1="5194" v2="6474" v3="6872" />
+      <tetrahedron index="36624" v0="5589" v1="6637" v2="6642" v3="6874" />
+      <tetrahedron index="36625" v0="5589" v1="6486" v2="6642" v3="6874" />
+      <tetrahedron index="36626" v0="3243" v1="6261" v2="6486" v3="6874" />
+      <tetrahedron index="36627" v0="3243" v1="3483" v2="5952" v3="6874" />
+      <tetrahedron index="36628" v0="3483" v1="5952" v2="6261" v3="6874" />
+      <tetrahedron index="36629" v0="3243" v1="3483" v2="6261" v3="6874" />
+      <tetrahedron index="36630" v0="6301" v1="6850" v2="6966" v3="6992" />
+      <tetrahedron index="36631" v0="4629" v1="5551" v2="6420" v3="6914" />
+      <tetrahedron index="36632" v0="5170" v1="5840" v2="5950" v3="6875" />
+      <tetrahedron index="36633" v0="5840" v1="5950" v2="6487" v3="6875" />
+      <tetrahedron index="36634" v0="5170" v1="5950" v2="6487" v3="6875" />
+      <tetrahedron index="36635" v0="5809" v1="6586" v2="6622" v3="6921" />
+      <tetrahedron index="36636" v0="6054" v1="6485" v2="6561" v3="6945" />
+      <tetrahedron index="36637" v0="5349" v1="6734" v2="6839" v3="6967" />
+      <tetrahedron index="36638" v0="5195" v1="5809" v2="6462" v3="6921" />
+      <tetrahedron index="36639" v0="5195" v1="6472" v2="6737" v3="6921" />
+      <tetrahedron index="36640" v0="5991" v1="6586" v2="6622" v3="6921" />
+      <tetrahedron index="36641" v0="4885" v1="6270" v2="6472" v3="6921" />
+      <tetrahedron index="36642" v0="5520" v1="6270" v2="6472" v3="6921" />
+      <tetrahedron index="36643" v0="5617" v1="6597" v2="6790" v3="6967" />
+      <tetrahedron index="36644" v0="6266" v1="6563" v2="6564" v3="6898" />
+      <tetrahedron index="36645" v0="6139" v1="6582" v2="6906" v3="7005" />
+      <tetrahedron index="36646" v0="6263" v1="6649" v2="6774" v3="6898" />
+      <tetrahedron index="36647" v0="4885" v1="5599" v2="6270" v3="6921" />
+      <tetrahedron index="36648" v0="4885" v1="5991" v2="6586" v3="6921" />
+      <tetrahedron index="36649" v0="5599" v1="5991" v2="6270" v3="6921" />
+      <tetrahedron index="36650" v0="5221" v1="5841" v2="6675" v3="6878" />
+      <tetrahedron index="36651" v0="4986" v1="6421" v2="6849" v3="6878" />
+      <tetrahedron index="36652" v0="4986" v1="6220" v2="6849" v3="6878" />
+      <tetrahedron index="36653" v0="5349" v1="5996" v2="6723" v3="6879" />
+      <tetrahedron index="36654" v0="4864" v1="6723" v2="6848" v3="6879" />
+      <tetrahedron index="36655" v0="5996" v1="6723" v2="6848" v3="6879" />
+      <tetrahedron index="36656" v0="4864" v1="5996" v2="6848" v3="6879" />
+      <tetrahedron index="36657" v0="5221" v1="6488" v2="6878" v3="6879" />
+      <tetrahedron index="36658" v0="5221" v1="5550" v2="6878" v3="6879" />
+      <tetrahedron index="36659" v0="5349" v1="5997" v2="6170" v3="6879" />
+      <tetrahedron index="36660" v0="6170" v1="6488" v2="6723" v3="6879" />
+      <tetrahedron index="36661" v0="5349" v1="6170" v2="6723" v3="6879" />
+      <tetrahedron index="36662" v0="6170" v1="6488" v2="6877" v3="6879" />
+      <tetrahedron index="36663" v0="5997" v1="6488" v2="6877" v3="6879" />
+      <tetrahedron index="36664" v0="5997" v1="6170" v2="6877" v3="6879" />
+      <tetrahedron index="36665" v0="6167" v1="6417" v2="6489" v3="6880" />
+      <tetrahedron index="36666" v0="4930" v1="5841" v2="6417" v3="6880" />
+      <tetrahedron index="36667" v0="5841" v1="6417" v2="6489" v3="6880" />
+      <tetrahedron index="36668" v0="5222" v1="5842" v2="6491" v3="6881" />
+      <tetrahedron index="36669" v0="4895" v1="6275" v2="6782" v3="6881" />
+      <tetrahedron index="36670" v0="4955" v1="6159" v2="6752" v3="6958" />
+      <tetrahedron index="36671" v0="5842" v1="6281" v2="6490" v3="6881" />
+      <tetrahedron index="36672" v0="6276" v1="6495" v2="6977" v3="6999" />
+      <tetrahedron index="36673" v0="6291" v1="6793" v2="6999" v3="7026" />
+      <tetrahedron index="36674" v0="6495" v1="6793" v2="6977" v3="6999" />
+      <tetrahedron index="36675" v0="5605" v1="6281" v2="6490" v3="6881" />
+      <tetrahedron index="36676" v0="5605" v1="6281" v2="6782" v3="6881" />
+      <tetrahedron index="36677" v0="5615" v1="6290" v2="6792" v3="6980" />
+      <tetrahedron index="36678" v0="5493" v1="6156" v2="6711" v3="6958" />
+      <tetrahedron index="36679" v0="4874" v1="5494" v2="6157" v3="6883" />
+      <tetrahedron index="36680" v0="5494" v1="6157" v2="6686" v3="6883" />
+      <tetrahedron index="36681" v0="4874" v1="6157" v2="6686" v3="6883" />
+      <tetrahedron index="36682" v0="4944" v1="5364" v2="6494" v3="6884" />
+      <tetrahedron index="36683" v0="4996" v1="6492" v2="6715" v3="6884" />
+      <tetrahedron index="36684" v0="5494" v1="6492" v2="6715" v3="6884" />
+      <tetrahedron index="36685" v0="4996" v1="5494" v2="6715" v3="6884" />
+      <tetrahedron index="36686" v0="4996" v1="5494" v2="6114" v3="6884" />
+      <tetrahedron index="36687" v0="4996" v1="6114" v2="6493" v3="6884" />
+      <tetrahedron index="36688" v0="5454" v1="5494" v2="6114" v3="6884" />
+      <tetrahedron index="36689" v0="5454" v1="6114" v2="6493" v3="6884" />
+      <tetrahedron index="36690" v0="4996" v1="6153" v2="6155" v3="6884" />
+      <tetrahedron index="36691" v0="4996" v1="6155" v2="6492" v3="6884" />
+      <tetrahedron index="36692" v0="6153" v1="6155" v2="6492" v3="6884" />
+      <tetrahedron index="36693" v0="4996" v1="5492" v2="6153" v3="6884" />
+      <tetrahedron index="36694" v0="5492" v1="6153" v2="6493" v3="6884" />
+      <tetrahedron index="36695" v0="4996" v1="5492" v2="6493" v3="6884" />
+      <tetrahedron index="36696" v0="4350" v1="4807" v2="5860" v3="6886" />
+      <tetrahedron index="36697" v0="4350" v1="5860" v2="6505" v3="6886" />
+      <tetrahedron index="36698" v0="4350" v1="4807" v2="6505" v3="6886" />
+      <tetrahedron index="36699" v0="3919" v1="4452" v2="4807" v3="6886" />
+      <tetrahedron index="36700" v0="3919" v1="4452" v2="5280" v3="6886" />
+      <tetrahedron index="36701" v0="4452" v1="4807" v2="5280" v3="6886" />
+      <tetrahedron index="36702" v0="5243" v1="5829" v2="6512" v3="6887" />
+      <tetrahedron index="36703" v0="4902" v1="5829" v2="6512" v3="6887" />
+      <tetrahedron index="36704" v0="4902" v1="5243" v2="6512" v3="6887" />
+      <tetrahedron index="36705" v0="5107" v1="5210" v2="6364" v3="6887" />
+      <tetrahedron index="36706" v0="5107" v1="5210" v2="6511" v3="6887" />
+      <tetrahedron index="36707" v0="4902" v1="5107" v2="5826" v3="6887" />
+      <tetrahedron index="36708" v0="5107" v1="5826" v2="6511" v3="6887" />
+      <tetrahedron index="36709" v0="4902" v1="5826" v2="6511" v3="6887" />
+      <tetrahedron index="36710" v0="3461" v1="4067" v2="5245" v3="6888" />
+      <tetrahedron index="36711" v0="3946" v1="5873" v2="6513" v3="7001" />
+      <tetrahedron index="36712" v0="4067" v1="6513" v2="6888" v3="7001" />
+      <tetrahedron index="36713" v0="3948" v1="5873" v2="6282" v3="7001" />
+      <tetrahedron index="36714" v0="6640" v1="6673" v2="6944" v3="7002" />
+      <tetrahedron index="36715" v0="6411" v1="6839" v2="6916" v3="7007" />
+      <tetrahedron index="36716" v0="3946" v1="3948" v2="5873" v3="7001" />
+      <tetrahedron index="36717" v0="3946" v1="4067" v2="6513" v3="7001" />
+      <tetrahedron index="36718" v0="4886" v1="6563" v2="6729" v3="7028" />
+      <tetrahedron index="36719" v0="4905" v1="5248" v2="5880" v3="7002" />
+      <tetrahedron index="36720" v0="5880" v1="6673" v2="6707" v3="7002" />
+      <tetrahedron index="36721" v0="5248" v1="5880" v2="6521" v3="7002" />
+      <tetrahedron index="36722" v0="6673" v1="6890" v2="6944" v3="7002" />
+      <tetrahedron index="36723" v0="4905" v1="6673" v2="6890" v3="7002" />
+      <tetrahedron index="36724" v0="5349" v1="6407" v2="6839" v3="7007" />
+      <tetrahedron index="36725" v0="4926" v1="5880" v2="6640" v3="7002" />
+      <tetrahedron index="36726" v0="4926" v1="5880" v2="6521" v3="7002" />
+      <tetrahedron index="36727" v0="5341" v1="5986" v2="6568" v3="6899" />
+      <tetrahedron index="36728" v0="4926" v1="5880" v2="6640" v3="6945" />
+      <tetrahedron index="36729" v0="4894" v1="6054" v2="6485" v3="6945" />
+      <tetrahedron index="36730" v0="5910" v1="6522" v2="6731" v3="7003" />
+      <tetrahedron index="36731" v0="6103" v1="6648" v2="6676" v3="6892" />
+      <tetrahedron index="36732" v0="4981" v1="6102" v2="6676" v3="6892" />
+      <tetrahedron index="36733" v0="5196" v1="5881" v2="5953" v3="6891" />
+      <tetrahedron index="36734" v0="5196" v1="5881" v2="6522" v3="6891" />
+      <tetrahedron index="36735" v0="5954" v1="6563" v2="6564" v3="6891" />
+      <tetrahedron index="36736" v0="5954" v1="6564" v2="6565" v3="6891" />
+      <tetrahedron index="36737" v0="5954" v1="6563" v2="6565" v3="6891" />
+      <tetrahedron index="36738" v0="5983" v1="6553" v2="6580" v3="6899" />
+      <tetrahedron index="36739" v0="6597" v1="6906" v2="6907" v3="6967" />
+      <tetrahedron index="36740" v0="6139" v1="6582" v2="6907" v3="7005" />
+      <tetrahedron index="36741" v0="5311" v1="5953" v2="6521" v3="6891" />
+      <tetrahedron index="36742" v0="5311" v1="6564" v2="6565" v3="6891" />
+      <tetrahedron index="36743" v0="5311" v1="5953" v2="6565" v3="6891" />
+      <tetrahedron index="36744" v0="4936" v1="5341" v2="6568" v3="6899" />
+      <tetrahedron index="36745" v0="4936" v1="5941" v2="6568" v3="6899" />
+      <tetrahedron index="36746" v0="4926" v1="5311" v2="6521" v3="6891" />
+      <tetrahedron index="36747" v0="4882" v1="5805" v2="6456" v3="7013" />
+      <tetrahedron index="36748" v0="6103" v1="6426" v2="6850" v3="6892" />
+      <tetrahedron index="36749" v0="4866" v1="6426" v2="6850" v3="6892" />
+      <tetrahedron index="36750" v0="5155" v1="6105" v2="6535" v3="6892" />
+      <tetrahedron index="36751" v0="5155" v1="6105" v2="6648" v3="6892" />
+      <tetrahedron index="36752" v0="5507" v1="6594" v2="6721" v3="6948" />
+      <tetrahedron index="36753" v0="6170" v1="6687" v2="6784" v3="6948" />
+      <tetrahedron index="36754" v0="4854" v1="5763" v2="6657" v3="6894" />
+      <tetrahedron index="36755" v0="5762" v1="5763" v2="6657" v3="6894" />
+      <tetrahedron index="36756" v0="4854" v1="5762" v2="6657" v3="6894" />
+      <tetrahedron index="36757" v0="5190" v1="5959" v2="6465" v3="6895" />
+      <tetrahedron index="36758" v0="5157" v1="5959" v2="6465" v3="6895" />
+      <tetrahedron index="36759" v0="5190" v1="6557" v2="6805" v3="6895" />
+      <tetrahedron index="36760" v0="5157" v1="6557" v2="6805" v3="6895" />
+      <tetrahedron index="36761" v0="5190" v1="5810" v2="6461" v3="6895" />
+      <tetrahedron index="36762" v0="5810" v1="6461" v2="6466" v3="6895" />
+      <tetrahedron index="36763" v0="5157" v1="5959" v2="6805" v3="6895" />
+      <tetrahedron index="36764" v0="5190" v1="5959" v2="6805" v3="6895" />
+      <tetrahedron index="36765" v0="4924" v1="6193" v2="6554" v3="6896" />
+      <tetrahedron index="36766" v0="6193" v1="6554" v2="6559" v3="6896" />
+      <tetrahedron index="36767" v0="5306" v1="6193" v2="6232" v3="6896" />
+      <tetrahedron index="36768" v0="6193" v1="6232" v2="6559" v3="6896" />
+      <tetrahedron index="36769" v0="4913" v1="5902" v2="6612" v3="6982" />
+      <tetrahedron index="36770" v0="5615" v1="6487" v2="6876" v3="6897" />
+      <tetrahedron index="36771" v0="6551" v1="6764" v2="6922" v3="7010" />
+      <tetrahedron index="36772" v0="6577" v1="6764" v2="6903" v3="7010" />
+      <tetrahedron index="36773" v0="5528" v1="6159" v2="6752" v3="7015" />
+      <tetrahedron index="36774" v0="5903" v1="6797" v2="6799" v3="6943" />
+      <tetrahedron index="36775" v0="5465" v1="6105" v2="6678" v3="6897" />
+      <tetrahedron index="36776" v0="6105" v1="6678" v2="6876" v3="6897" />
+      <tetrahedron index="36777" v0="4845" v1="6560" v2="6672" v3="6897" />
+      <tetrahedron index="36778" v0="5903" v1="6560" v2="6672" v3="6897" />
+      <tetrahedron index="36779" v0="4845" v1="6672" v2="6794" v3="6897" />
+      <tetrahedron index="36780" v0="5309" v1="6640" v2="6774" v3="6898" />
+      <tetrahedron index="36781" v0="4848" v1="6263" v2="6775" v3="6898" />
+      <tetrahedron index="36782" v0="4848" v1="5590" v2="6266" v3="6898" />
+      <tetrahedron index="36783" v0="4848" v1="5590" v2="6775" v3="6898" />
+      <tetrahedron index="36784" v0="5148" v1="5941" v2="6568" v3="6900" />
+      <tetrahedron index="36785" v0="5148" v1="5747" v2="5986" v3="6900" />
+      <tetrahedron index="36786" v0="5148" v1="5986" v2="6568" v3="6900" />
+      <tetrahedron index="36787" v0="5042" v1="6567" v2="6579" v3="6900" />
+      <tetrahedron index="36788" v0="5985" v1="6567" v2="6579" v3="6900" />
+      <tetrahedron index="36789" v0="5042" v1="5985" v2="6579" v3="6900" />
+      <tetrahedron index="36790" v0="5985" v1="6567" v2="6581" v3="6900" />
+      <tetrahedron index="36791" v0="5341" v1="5985" v2="6581" v3="6900" />
+      <tetrahedron index="36792" v0="5190" v1="6464" v2="6465" v3="6902" />
+      <tetrahedron index="36793" v0="6429" v1="6465" v2="6852" v3="6902" />
+      <tetrahedron index="36794" v0="5341" v1="5747" v2="5986" v3="6900" />
+      <tetrahedron index="36795" v0="5341" v1="5986" v2="6568" v3="6900" />
+      <tetrahedron index="36796" v0="4854" v1="5941" v2="6083" v3="6900" />
+      <tetrahedron index="36797" v0="4854" v1="5941" v2="6568" v3="6900" />
+      <tetrahedron index="36798" v0="5341" v1="6568" v2="6900" v3="6901" />
+      <tetrahedron index="36799" v0="5346" v1="6569" v2="6853" v3="6902" />
+      <tetrahedron index="36800" v0="4940" v1="5354" v2="5356" v3="7024" />
+      <tetrahedron index="36801" v0="6044" v1="6625" v2="6808" v3="6924" />
+      <tetrahedron index="36802" v0="4882" v1="6634" v2="6767" v3="6903" />
+      <tetrahedron index="36803" v0="4882" v1="6456" v2="6767" v3="6903" />
+      <tetrahedron index="36804" v0="5630" v1="6307" v2="6951" v3="6975" />
+      <tetrahedron index="36805" v0="5630" v1="6727" v2="6951" v3="6975" />
+      <tetrahedron index="36806" v0="6727" v1="6765" v2="6806" v3="6975" />
+      <tetrahedron index="36807" v0="4884" v1="6844" v2="6969" v3="6989" />
+      <tetrahedron index="36808" v0="3487" v1="5422" v2="6617" v3="6938" />
+      <tetrahedron index="36809" v0="5630" v1="6307" v2="6766" v3="6975" />
+      <tetrahedron index="36810" v0="6248" v1="6767" v2="6768" v3="6904" />
+      <tetrahedron index="36811" v0="5575" v1="6248" v2="6768" v3="6904" />
+      <tetrahedron index="36812" v0="5393" v1="6047" v2="6248" v3="6904" />
+      <tetrahedron index="36813" v0="6047" v1="6248" v2="6767" v3="6904" />
+      <tetrahedron index="36814" v0="5037" v1="6047" v2="6767" v3="6904" />
+      <tetrahedron index="36815" v0="3779" v1="3780" v2="4091" v3="6904" />
+      <tetrahedron index="36816" v0="3779" v1="4091" v2="5575" v3="6904" />
+      <tetrahedron index="36817" v0="4954" v1="5393" v2="5984" v3="6904" />
+      <tetrahedron index="36818" v0="4954" v1="5984" v2="6047" v3="6904" />
+      <tetrahedron index="36819" v0="4954" v1="5393" v2="6047" v3="6904" />
+      <tetrahedron index="36820" v0="5343" v1="5988" v2="6139" v3="7006" />
+      <tetrahedron index="36821" v0="5343" v1="5988" v2="6584" v3="7006" />
+      <tetrahedron index="36822" v0="5343" v1="6582" v2="6907" v3="7006" />
+      <tetrahedron index="36823" v0="6639" v1="6907" v2="7005" v3="7006" />
+      <tetrahedron index="36824" v0="5750" v1="6411" v2="6839" v3="7007" />
+      <tetrahedron index="36825" v0="5748" v1="6407" v2="6963" v3="7007" />
+      <tetrahedron index="36826" v0="5349" v1="6407" v2="6963" v3="7007" />
+      <tetrahedron index="36827" v0="5748" v1="6407" v2="6839" v3="7007" />
+      <tetrahedron index="36828" v0="4937" v1="5617" v2="6584" v3="6907" />
+      <tetrahedron index="36829" v0="5343" v1="6582" v2="6584" v3="6907" />
+      <tetrahedron index="36830" v0="5750" v1="6412" v2="6734" v3="7007" />
+      <tetrahedron index="36831" v0="5750" v1="6734" v2="6839" v3="7007" />
+      <tetrahedron index="36832" v0="5349" v1="6734" v2="6839" v3="7007" />
+      <tetrahedron index="36833" v0="5617" v1="6292" v2="6293" v3="6907" />
+      <tetrahedron index="36834" v0="4937" v1="6292" v2="6293" v3="6907" />
+      <tetrahedron index="36835" v0="4937" v1="5617" v2="6293" v3="6907" />
+      <tetrahedron index="36836" v0="5346" v1="5991" v2="6569" v3="6909" />
+      <tetrahedron index="36837" v0="5346" v1="6569" v2="6611" v3="6909" />
+      <tetrahedron index="36838" v0="5346" v1="5991" v2="6590" v3="6909" />
+      <tetrahedron index="36839" v0="5346" v1="6590" v2="6611" v3="6909" />
+      <tetrahedron index="36840" v0="3868" v1="5925" v2="5960" v3="6910" />
+      <tetrahedron index="36841" v0="3868" v1="4136" v2="5960" v3="6910" />
+      <tetrahedron index="36842" v0="4136" v1="4381" v2="5960" v3="6910" />
+      <tetrahedron index="36843" v0="4136" v1="4381" v2="6091" v3="6910" />
+      <tetrahedron index="36844" v0="4381" v1="5435" v2="5960" v3="6910" />
+      <tetrahedron index="36845" v0="4381" v1="5435" v2="6091" v3="6910" />
+      <tetrahedron index="36846" v0="5346" v1="6667" v2="6908" v3="6911" />
+      <tetrahedron index="36847" v0="5346" v1="6590" v2="6908" v3="6911" />
+      <tetrahedron index="36848" v0="4938" v1="5993" v2="6590" v3="6911" />
+      <tetrahedron index="36849" v0="4938" v1="6590" v2="6908" v3="6911" />
+      <tetrahedron index="36850" v0="5993" v1="6667" v2="6670" v3="6911" />
+      <tetrahedron index="36851" v0="4938" v1="6667" v2="6670" v3="6911" />
+      <tetrahedron index="36852" v0="4938" v1="5993" v2="6670" v3="6911" />
+      <tetrahedron index="36853" v0="4938" v1="5994" v2="6667" v3="6911" />
+      <tetrahedron index="36854" v0="5994" v1="6667" v2="6908" v3="6911" />
+      <tetrahedron index="36855" v0="4938" v1="5994" v2="6908" v3="6911" />
+      <tetrahedron index="36856" v0="4970" v1="5994" v2="6591" v3="6912" />
+      <tetrahedron index="36857" v0="5346" v1="5992" v2="5994" v3="6912" />
+      <tetrahedron index="36858" v0="5346" v1="5992" v2="6853" v3="6912" />
+      <tetrahedron index="36859" v0="5538" v1="6429" v2="6854" v3="6912" />
+      <tetrahedron index="36860" v0="5346" v1="6853" v2="6902" v3="6912" />
+      <tetrahedron index="36861" v0="5346" v1="6902" v2="6908" v3="6912" />
+      <tetrahedron index="36862" v0="5992" v1="6588" v2="6854" v3="6912" />
+      <tetrahedron index="36863" v0="4970" v1="5992" v2="6588" v3="6912" />
+      <tetrahedron index="36864" v0="4970" v1="6588" v2="6591" v3="6912" />
+      <tetrahedron index="36865" v0="5435" v1="5538" v2="6591" v3="6912" />
+      <tetrahedron index="36866" v0="5435" v1="5538" v2="6854" v3="6912" />
+      <tetrahedron index="36867" v0="5435" v1="6588" v2="6591" v3="6912" />
+      <tetrahedron index="36868" v0="5435" v1="6588" v2="6854" v3="6912" />
+      <tetrahedron index="36869" v0="5840" v1="5950" v2="6644" v3="6913" />
+      <tetrahedron index="36870" v0="4710" v1="5999" v2="6599" v3="6915" />
+      <tetrahedron index="36871" v0="5149" v1="5749" v2="5751" v3="6915" />
+      <tetrahedron index="36872" v0="5149" v1="5749" v2="6599" v3="6915" />
+      <tetrahedron index="36873" v0="3519" v1="4710" v2="4711" v3="6915" />
+      <tetrahedron index="36874" v0="3519" v1="4710" v2="6599" v3="6915" />
+      <tetrahedron index="36875" v0="5149" v1="5748" v2="6408" v3="6916" />
+      <tetrahedron index="36876" v0="4525" v1="5050" v2="5595" v3="7008" />
+      <tetrahedron index="36877" v0="6007" v1="6604" v2="6918" v3="7008" />
+      <tetrahedron index="36878" v0="4858" v1="6408" v2="6842" v3="6916" />
+      <tetrahedron index="36879" v0="5748" v1="6408" v2="6842" v3="6916" />
+      <tetrahedron index="36880" v0="5149" v1="5748" v2="6001" v3="6916" />
+      <tetrahedron index="36881" v0="5748" v1="6001" v2="6600" v3="6916" />
+      <tetrahedron index="36882" v0="5149" v1="6001" v2="6600" v3="6916" />
+      <tetrahedron index="36883" v0="5050" v1="6269" v2="6777" v3="7008" />
+      <tetrahedron index="36884" v0="5595" v1="6268" v2="6743" v3="7008" />
+      <tetrahedron index="36885" v0="6182" v1="6412" v2="6722" v3="6964" />
+      <tetrahedron index="36886" v0="5782" v1="6442" v2="6726" v3="6964" />
+      <tetrahedron index="36887" v0="5050" v1="5596" v2="6604" v3="7008" />
+      <tetrahedron index="36888" v0="4961" v1="5518" v2="6726" v3="6964" />
+      <tetrahedron index="36889" v0="4961" v1="5877" v2="6732" v3="6964" />
+      <tetrahedron index="36890" v0="5782" v1="6722" v2="6963" v3="6964" />
+      <tetrahedron index="36891" v0="4940" v1="5596" v2="6604" v3="6918" />
+      <tetrahedron index="36892" v0="3933" v1="5132" v2="5868" v3="6919" />
+      <tetrahedron index="36893" v0="3933" v1="4167" v2="4347" v3="6919" />
+      <tetrahedron index="36894" v0="4167" v1="4347" v2="6314" v3="6919" />
+      <tetrahedron index="36895" v0="5132" v1="5239" v2="5864" v3="6919" />
+      <tetrahedron index="36896" v0="5132" v1="5864" v2="6314" v3="6919" />
+      <tetrahedron index="36897" v0="3933" v1="4347" v2="5132" v3="6919" />
+      <tetrahedron index="36898" v0="4347" v1="5132" v2="6314" v3="6919" />
+      <tetrahedron index="36899" v0="6612" v1="6893" v2="6942" v3="7026" />
+      <tetrahedron index="36900" v0="4849" v1="5995" v2="6723" v3="6948" />
+      <tetrahedron index="36901" v0="4963" v1="5630" v2="6280" v3="6951" />
+      <tetrahedron index="36902" v0="5470" v1="6110" v2="6520" v3="6953" />
+      <tetrahedron index="36903" v0="5458" v1="6689" v2="6980" v3="7017" />
+      <tetrahedron index="36904" v0="5363" v1="6613" v2="6783" v3="6920" />
+      <tetrahedron index="36905" v0="4883" v1="6291" v2="6793" v3="7017" />
+      <tetrahedron index="36906" v0="5458" v1="6678" v2="6689" v3="7017" />
+      <tetrahedron index="36907" v0="6121" v1="6201" v2="6934" v3="7000" />
+      <tetrahedron index="36908" v0="4903" v1="5245" v2="6513" v3="7000" />
+      <tetrahedron index="36909" v0="4862" v1="6312" v2="6727" v3="6951" />
+      <tetrahedron index="36910" v0="4963" v1="5632" v2="6280" v3="6951" />
+      <tetrahedron index="36911" v0="4883" v1="6537" v2="6696" v3="6952" />
+      <tetrahedron index="36912" v0="6173" v1="6307" v2="6693" v3="6951" />
+      <tetrahedron index="36913" v0="5463" v1="5808" v2="6834" v3="6952" />
+      <tetrahedron index="36914" v0="5630" v1="6311" v2="6727" v3="6951" />
+      <tetrahedron index="36915" v0="5632" v1="6312" v2="6693" v3="6951" />
+      <tetrahedron index="36916" v0="4862" v1="5632" v2="6312" v3="6951" />
+      <tetrahedron index="36917" v0="5630" v1="5632" v2="6280" v3="6951" />
+      <tetrahedron index="36918" v0="4873" v1="6627" v2="6766" v3="6923" />
+      <tetrahedron index="36919" v0="5391" v1="6627" v2="6806" v3="6923" />
+      <tetrahedron index="36920" v0="5391" v1="6247" v2="6806" v3="6923" />
+      <tetrahedron index="36921" v0="4986" v1="5474" v2="6220" v3="7012" />
+      <tetrahedron index="36922" v0="6045" v1="6050" v2="6633" v3="6926" />
+      <tetrahedron index="36923" v0="6220" v1="6639" v2="7005" v3="7012" />
+      <tetrahedron index="36924" v0="6173" v1="6727" v2="6951" v3="6975" />
+      <tetrahedron index="36925" v0="6173" v1="6307" v2="6951" v3="6975" />
+      <tetrahedron index="36926" v0="6765" v1="6766" v2="6806" v3="6975" />
+      <tetrahedron index="36927" v0="6627" v1="6766" v2="6806" v3="6923" />
+      <tetrahedron index="36928" v0="6247" v1="6766" v2="6806" v3="6923" />
+      <tetrahedron index="36929" v0="6173" v1="6726" v2="6727" v3="6975" />
+      <tetrahedron index="36930" v0="5395" v1="6051" v2="6636" v3="6926" />
+      <tetrahedron index="36931" v0="6046" v1="6051" v2="6636" v3="6926" />
+      <tetrahedron index="36932" v0="5395" v1="6636" v2="6711" v3="6926" />
+      <tetrahedron index="36933" v0="6046" v1="6636" v2="6711" v3="6926" />
+      <tetrahedron index="36934" v0="4832" v1="6740" v2="6741" v3="6927" />
+      <tetrahedron index="36935" v0="4760" v1="4832" v2="6225" v3="6927" />
+      <tetrahedron index="36936" v0="4760" v1="4832" v2="6741" v3="6927" />
+      <tetrahedron index="36937" v0="4117" v1="4832" v2="5395" v3="6927" />
+      <tetrahedron index="36938" v0="4117" v1="5395" v2="6225" v3="6927" />
+      <tetrahedron index="36939" v0="4117" v1="4832" v2="6225" v3="6927" />
+      <tetrahedron index="36940" v0="6053" v1="6639" v2="6703" v3="6928" />
+      <tetrahedron index="36941" v0="5316" v1="6246" v2="6903" v3="7013" />
+      <tetrahedron index="36942" v0="5316" v1="5992" v2="6853" v3="7013" />
+      <tetrahedron index="36943" v0="5316" v1="6079" v2="6456" v3="7013" />
+      <tetrahedron index="36944" v0="4882" v1="6246" v2="6939" v3="7013" />
+      <tetrahedron index="36945" v0="4845" v1="6097" v2="6098" v3="6929" />
+      <tetrahedron index="36946" v0="5439" v1="6097" v2="6098" v3="6929" />
+      <tetrahedron index="36947" v0="6055" v1="6099" v2="6643" v3="6930" />
+      <tetrahedron index="36948" v0="4894" v1="6099" v2="6643" v3="6930" />
+      <tetrahedron index="36949" v0="4894" v1="6055" v2="6643" v3="6930" />
+      <tetrahedron index="36950" v0="6055" v1="6099" v2="6644" v3="6930" />
+      <tetrahedron index="36951" v0="6099" v1="6644" v2="6675" v3="6930" />
+      <tetrahedron index="36952" v0="4894" v1="6055" v2="6642" v3="6930" />
+      <tetrahedron index="36953" v0="6055" v1="6642" v2="6645" v3="6930" />
+      <tetrahedron index="36954" v0="4894" v1="6642" v2="6645" v3="6930" />
+      <tetrahedron index="36955" v0="6053" v1="6292" v2="6773" v3="6931" />
+      <tetrahedron index="36956" v0="5045" v1="5586" v2="6650" v3="6932" />
+      <tetrahedron index="36957" v0="4960" v1="5586" v2="6650" v3="6932" />
+      <tetrahedron index="36958" v0="4960" v1="5410" v2="5586" v3="6932" />
+      <tetrahedron index="36959" v0="5410" v1="5586" v2="6070" v3="6932" />
+      <tetrahedron index="36960" v0="4960" v1="5410" v2="6070" v3="6932" />
+      <tetrahedron index="36961" v0="4866" v1="6072" v2="6652" v3="6933" />
+      <tetrahedron index="36962" v0="5512" v1="6891" v2="7003" v3="7028" />
+      <tetrahedron index="36963" v0="4850" v1="5602" v2="6780" v3="6934" />
+      <tetrahedron index="36964" v0="4850" v1="6121" v2="6695" v3="6934" />
+      <tetrahedron index="36965" v0="3486" v1="3489" v2="6242" v3="6936" />
+      <tetrahedron index="36966" v0="4966" v1="6617" v2="6656" v3="6936" />
+      <tetrahedron index="36967" v0="6276" v1="6780" v2="6781" v3="6934" />
+      <tetrahedron index="36968" v0="5463" v1="5808" v2="6696" v3="6952" />
+      <tetrahedron index="36969" v0="6047" v1="6631" v2="7011" v3="7029" />
+      <tetrahedron index="36970" v0="6882" v1="6947" v2="6999" v3="7025" />
+      <tetrahedron index="36971" v0="6654" v1="6655" v2="6695" v3="6934" />
+      <tetrahedron index="36972" v0="4850" v1="6654" v2="6695" v3="6934" />
+      <tetrahedron index="36973" v0="6537" v1="6538" v2="6697" v3="6952" />
+      <tetrahedron index="36974" v0="5463" v1="6120" v2="6834" v3="6952" />
+      <tetrahedron index="36975" v0="5458" v1="6950" v2="6980" v3="7017" />
+      <tetrahedron index="36976" v0="4850" v1="5602" v2="6934" v3="6935" />
+      <tetrahedron index="36977" v0="5053" v1="6075" v2="6283" v3="6935" />
+      <tetrahedron index="36978" v0="6075" v1="6283" v2="6654" v3="6935" />
+      <tetrahedron index="36979" v0="3489" v1="6032" v2="6617" v3="6936" />
+      <tetrahedron index="36980" v0="3486" v1="3488" v2="3489" v3="6936" />
+      <tetrahedron index="36981" v0="3488" v1="3489" v2="6617" v3="6936" />
+      <tetrahedron index="36982" v0="3486" v1="3487" v2="3488" v3="6936" />
+      <tetrahedron index="36983" v0="3487" v1="3488" v2="6617" v3="6936" />
+      <tetrahedron index="36984" v0="4867" v1="5762" v2="6761" v3="6937" />
+      <tetrahedron index="36985" v0="5318" v1="6243" v2="6657" v3="6937" />
+      <tetrahedron index="36986" v0="5762" v1="6080" v2="6428" v3="6937" />
+      <tetrahedron index="36987" v0="5762" v1="6080" v2="6657" v3="6937" />
+      <tetrahedron index="36988" v0="4847" v1="6246" v2="6611" v3="6974" />
+      <tetrahedron index="36989" v0="6577" v1="6764" v2="6903" v3="6974" />
+      <tetrahedron index="36990" v0="5318" v1="6080" v2="6428" v3="6937" />
+      <tetrahedron index="36991" v0="5318" v1="6080" v2="6657" v3="6937" />
+      <tetrahedron index="36992" v0="3684" v1="5746" v2="6617" v3="6938" />
+      <tetrahedron index="36993" v0="3684" v1="5746" v2="6659" v3="6938" />
+      <tetrahedron index="36994" v0="4966" v1="5422" v2="6617" v3="6938" />
+      <tetrahedron index="36995" v0="4966" v1="5423" v2="6660" v3="6938" />
+      <tetrahedron index="36996" v0="3487" v1="5423" v2="6256" v3="6938" />
+      <tetrahedron index="36997" v0="3487" v1="3683" v2="6256" v3="6938" />
+      <tetrahedron index="36998" v0="4966" v1="5746" v2="6617" v3="6938" />
+      <tetrahedron index="36999" v0="4966" v1="5746" v2="6659" v3="6938" />
+      <tetrahedron index="37000" v0="3487" v1="5422" v2="5423" v3="6938" />
+      <tetrahedron index="37001" v0="4966" v1="5422" v2="5423" v3="6938" />
+      <tetrahedron index="37002" v0="4866" v1="6426" v2="6652" v3="6992" />
+      <tetrahedron index="37003" v0="4866" v1="6426" v2="6652" v3="6933" />
+      <tetrahedron index="37004" v0="4126" v1="5009" v2="5433" v3="6940" />
+      <tetrahedron index="37005" v0="4970" v1="5436" v2="6094" v3="6940" />
+      <tetrahedron index="37006" v0="5436" v1="6094" v2="6670" v3="6940" />
+      <tetrahedron index="37007" v0="4970" v1="5436" v2="6670" v3="6940" />
+      <tetrahedron index="37008" v0="4970" v1="5994" v2="6667" v3="6940" />
+      <tetrahedron index="37009" v0="5994" v1="6667" v2="6670" v3="6940" />
+      <tetrahedron index="37010" v0="4970" v1="6667" v2="6670" v3="6940" />
+      <tetrahedron index="37011" v0="4126" v1="5433" v2="6094" v3="6940" />
+      <tetrahedron index="37012" v0="4126" v1="5345" v2="6094" v3="6940" />
+      <tetrahedron index="37013" v0="5902" v1="6297" v2="6796" v3="6941" />
+      <tetrahedron index="37014" v0="6594" v1="6687" v2="6721" v3="6948" />
+      <tetrahedron index="37015" v0="4850" v1="6780" v2="6934" v3="7016" />
+      <tetrahedron index="37016" v0="5528" v1="6594" v2="6687" v3="6948" />
+      <tetrahedron index="37017" v0="5507" v1="6687" v2="6721" v3="6948" />
+      <tetrahedron index="37018" v0="5507" v1="6594" v2="6723" v3="6948" />
+      <tetrahedron index="37019" v0="5528" v1="6594" v2="6755" v3="6948" />
+      <tetrahedron index="37020" v0="4849" v1="5528" v2="6755" v3="6948" />
+      <tetrahedron index="37021" v0="6276" v1="6780" v2="6920" v3="7016" />
+      <tetrahedron index="37022" v0="5607" v1="6888" v2="7000" v3="7027" />
+      <tetrahedron index="37023" v0="6282" v1="6787" v2="7001" v3="7027" />
+      <tetrahedron index="37024" v0="5365" v1="6672" v2="6794" v3="6942" />
+      <tetrahedron index="37025" v0="5053" v1="5606" v2="5607" v3="7027" />
+      <tetrahedron index="37026" v0="5268" v1="6673" v2="6797" v3="6943" />
+      <tetrahedron index="37027" v0="6301" v1="6673" v2="6797" v3="6943" />
+      <tetrahedron index="37028" v0="5268" v1="6098" v2="6672" v3="6943" />
+      <tetrahedron index="37029" v0="5903" v1="6672" v2="6797" v3="6943" />
+      <tetrahedron index="37030" v0="5268" v1="6672" v2="6797" v3="6943" />
+      <tetrahedron index="37031" v0="4874" v1="6687" v2="6949" v3="7015" />
+      <tetrahedron index="37032" v0="5023" v1="5880" v2="6674" v3="6945" />
+      <tetrahedron index="37033" v0="4845" v1="6098" v2="6560" v3="6943" />
+      <tetrahedron index="37034" v0="4845" v1="6560" v2="6672" v3="6943" />
+      <tetrahedron index="37035" v0="4845" v1="6098" v2="6672" v3="6943" />
+      <tetrahedron index="37036" v0="6159" v1="6752" v2="6979" v3="7015" />
+      <tetrahedron index="37037" v0="4874" v1="6715" v2="6979" v3="7015" />
+      <tetrahedron index="37038" v0="5528" v1="6687" v2="6948" v3="7015" />
+      <tetrahedron index="37039" v0="6687" v1="6784" v2="6948" v3="7015" />
+      <tetrahedron index="37040" v0="5196" v1="6522" v2="6891" v3="7003" />
+      <tetrahedron index="37041" v0="5025" v1="5474" v2="6220" v3="7005" />
+      <tetrahedron index="37042" v0="4267" v1="4268" v2="5474" v3="6954" />
+      <tetrahedron index="37043" v0="5106" v1="5879" v2="6681" v3="6946" />
+      <tetrahedron index="37044" v0="4905" v1="5512" v2="5879" v3="6946" />
+      <tetrahedron index="37045" v0="5006" v1="5512" v2="6177" v3="6946" />
+      <tetrahedron index="37046" v0="5512" v1="6177" v2="6682" v3="6946" />
+      <tetrahedron index="37047" v0="5450" v1="5513" v2="6177" v3="6946" />
+      <tetrahedron index="37048" v0="5450" v1="6177" v2="6682" v3="6946" />
+      <tetrahedron index="37049" v0="4905" v1="6682" v2="6798" v3="6946" />
+      <tetrahedron index="37050" v0="5512" v1="6682" v2="6798" v3="6946" />
+      <tetrahedron index="37051" v0="4905" v1="5512" v2="6798" v3="6946" />
+      <tetrahedron index="37052" v0="5245" v1="6285" v2="6888" v3="7000" />
+      <tetrahedron index="37053" v0="4903" v1="5245" v2="6201" v3="7000" />
+      <tetrahedron index="37054" v0="6121" v1="6695" v2="6934" v3="7000" />
+      <tetrahedron index="37055" v0="5606" v1="6282" v2="6787" v3="7027" />
+      <tetrahedron index="37056" v0="5607" v1="6655" v2="7000" v3="7027" />
+      <tetrahedron index="37057" v0="6612" v1="6685" v2="6885" v3="6947" />
+      <tetrahedron index="37058" v0="6612" v1="6685" v2="6941" v3="6947" />
+      <tetrahedron index="37059" v0="6165" v1="6685" v2="6686" v3="6947" />
+      <tetrahedron index="37060" v0="6165" v1="6685" v2="6941" v3="6947" />
+      <tetrahedron index="37061" v0="5365" v1="6165" v2="6686" v3="6947" />
+      <tetrahedron index="37062" v0="5365" v1="6165" v2="6941" v3="6947" />
+      <tetrahedron index="37063" v0="4854" v1="5958" v2="6568" v3="7010" />
+      <tetrahedron index="37064" v0="4856" v1="4956" v2="6955" v3="7018" />
+      <tetrahedron index="37065" v0="6290" v1="6613" v2="6783" v3="7016" />
+      <tetrahedron index="37066" v0="6276" v1="6780" v2="6934" v3="7016" />
+      <tetrahedron index="37067" v0="4850" v1="6290" v2="6783" v3="7016" />
+      <tetrahedron index="37068" v0="5363" v1="6783" v2="6920" v3="7016" />
+      <tetrahedron index="37069" v0="6290" v1="6791" v2="6792" v3="6980" />
+      <tetrahedron index="37070" v0="6289" v1="6689" v2="6876" v3="6980" />
+      <tetrahedron index="37071" v0="6126" v1="6694" v2="6950" v3="6980" />
+      <tetrahedron index="37072" v0="4904" v1="6289" v2="6791" v3="6980" />
+      <tetrahedron index="37073" v0="5458" v1="6126" v2="6950" v3="6980" />
+      <tetrahedron index="37074" v0="5316" v1="6764" v2="6894" v3="7010" />
+      <tetrahedron index="37075" v0="4854" v1="5958" v2="6566" v3="7010" />
+      <tetrahedron index="37076" v0="6577" v1="6764" v2="6922" v3="7010" />
+      <tetrahedron index="37077" v0="6276" v1="6793" v2="6950" v3="7017" />
+      <tetrahedron index="37078" v0="6291" v1="6678" v2="7009" v3="7017" />
+      <tetrahedron index="37079" v0="5246" v1="6781" v2="6934" v3="6950" />
+      <tetrahedron index="37080" v0="5246" v1="6688" v2="6934" v3="6950" />
+      <tetrahedron index="37081" v0="4883" v1="6276" v2="6538" v3="6950" />
+      <tetrahedron index="37082" v0="4883" v1="5874" v2="6538" v3="6950" />
+      <tetrahedron index="37083" v0="6331" v1="6820" v2="6984" v3="7022" />
+      <tetrahedron index="37084" v0="4845" v1="6644" v2="6961" v3="6981" />
+      <tetrahedron index="37085" v0="5300" v1="6103" v2="6426" v3="7022" />
+      <tetrahedron index="37086" v0="5300" v1="6426" v2="6984" v3="7022" />
+      <tetrahedron index="37087" v0="5840" v1="6718" v2="6875" v3="6981" />
+      <tetrahedron index="37088" v0="5840" v1="5950" v2="6487" v3="6981" />
+      <tetrahedron index="37089" v0="4845" v1="6929" v2="6961" v3="6981" />
+      <tetrahedron index="37090" v0="4845" v1="6794" v2="6897" v3="6981" />
+      <tetrahedron index="37091" v0="5958" v1="6568" v2="6577" v3="7010" />
+      <tetrahedron index="37092" v0="5958" v1="6456" v2="6577" v3="7010" />
+      <tetrahedron index="37093" v0="5316" v1="6566" v2="6894" v3="7010" />
+      <tetrahedron index="37094" v0="5246" v1="5874" v2="6688" v3="6950" />
+      <tetrahedron index="37095" v0="5246" v1="5874" v2="6781" v3="6950" />
+      <tetrahedron index="37096" v0="6276" v1="6538" v2="6781" v3="6950" />
+      <tetrahedron index="37097" v0="5874" v1="6538" v2="6781" v3="6950" />
+      <tetrahedron index="37098" v0="5316" v1="5958" v2="6456" v3="7010" />
+      <tetrahedron index="37099" v0="5840" v1="6487" v2="6875" v3="6981" />
+      <tetrahedron index="37100" v0="4993" v1="5106" v2="5878" v3="6953" />
+      <tetrahedron index="37101" v0="5106" v1="5878" v2="6519" v3="6953" />
+      <tetrahedron index="37102" v0="4993" v1="5878" v2="6519" v3="6953" />
+      <tetrahedron index="37103" v0="4956" v1="4991" v2="5405" v3="6955" />
+      <tetrahedron index="37104" v0="6495" v1="6885" v2="6947" v3="7026" />
+      <tetrahedron index="37105" v0="6460" v1="6538" v2="6781" v3="6977" />
+      <tetrahedron index="37106" v0="4987" v1="6460" v2="6781" v3="6977" />
+      <tetrahedron index="37107" v0="6041" v1="6749" v2="6970" v3="7019" />
+      <tetrahedron index="37108" v0="4956" v1="5405" v2="5783" v3="6955" />
+      <tetrahedron index="37109" v0="5389" v1="6041" v2="6749" v3="7019" />
+      <tetrahedron index="37110" v0="4953" v1="5810" v2="6463" v3="7019" />
+      <tetrahedron index="37111" v0="5810" v1="6467" v2="6996" v3="7019" />
+      <tetrahedron index="37112" v0="5389" v1="6041" v2="6970" v3="7019" />
+      <tetrahedron index="37113" v0="5488" v1="6095" v2="6707" v3="6956" />
+      <tetrahedron index="37114" v0="4971" v1="5488" v2="6707" v3="6956" />
+      <tetrahedron index="37115" v0="4218" v1="4542" v2="5440" v3="6956" />
+      <tetrahedron index="37116" v0="4218" v1="5440" v2="5562" v3="6956" />
+      <tetrahedron index="37117" v0="4218" v1="4542" v2="5562" v3="6956" />
+      <tetrahedron index="37118" v0="4542" v1="5338" v2="5562" v3="6956" />
+      <tetrahedron index="37119" v0="5338" v1="5562" v2="6095" v3="6956" />
+      <tetrahedron index="37120" v0="4542" v1="5338" v2="6095" v3="6956" />
+      <tetrahedron index="37121" v0="5438" v1="6095" v2="6707" v3="6956" />
+      <tetrahedron index="37122" v0="4971" v1="5438" v2="6707" v3="6956" />
+      <tetrahedron index="37123" v0="5222" v1="5842" v2="6881" v3="6957" />
+      <tetrahedron index="37124" v0="5493" v1="6155" v2="6712" v3="6957" />
+      <tetrahedron index="37125" v0="6278" v1="6712" v2="6782" v3="6957" />
+      <tetrahedron index="37126" v0="4895" v1="6278" v2="6782" v3="6957" />
+      <tetrahedron index="37127" v0="4895" v1="6155" v2="6278" v3="6957" />
+      <tetrahedron index="37128" v0="6155" v1="6278" v2="6712" v3="6957" />
+      <tetrahedron index="37129" v0="6156" v1="6712" v2="6752" v3="6958" />
+      <tetrahedron index="37130" v0="4955" v1="6156" v2="6711" v3="6958" />
+      <tetrahedron index="37131" v0="4955" v1="6156" v2="6752" v3="6958" />
+      <tetrahedron index="37132" v0="4996" v1="5492" v2="6154" v3="6958" />
+      <tetrahedron index="37133" v0="5492" v1="6154" v2="6710" v3="6958" />
+      <tetrahedron index="37134" v0="4996" v1="5492" v2="6710" v3="6958" />
+      <tetrahedron index="37135" v0="6291" v1="6999" v2="7025" v3="7026" />
+      <tetrahedron index="37136" v0="5005" v1="5510" v2="6233" v3="6965" />
+      <tetrahedron index="37137" v0="4849" v1="6407" v2="6409" v3="6963" />
+      <tetrahedron index="37138" v0="5478" v1="6142" v2="6275" v3="6998" />
+      <tetrahedron index="37139" v0="6166" v1="6720" v2="6877" v3="6961" />
+      <tetrahedron index="37140" v0="5221" v1="6675" v2="6720" v3="6961" />
+      <tetrahedron index="37141" v0="6166" v1="6675" v2="6720" v3="6961" />
+      <tetrahedron index="37142" v0="5270" v1="5905" v2="6796" v3="6982" />
+      <tetrahedron index="37143" v0="4845" v1="6644" v2="6929" v3="6961" />
+      <tetrahedron index="37144" v0="5902" v1="6297" v2="6796" v3="6982" />
+      <tetrahedron index="37145" v0="5221" v1="5997" v2="6596" v3="6961" />
+      <tetrahedron index="37146" v0="5997" v1="6596" v2="6718" v3="6961" />
+      <tetrahedron index="37147" v0="5221" v1="5997" v2="6488" v3="6961" />
+      <tetrahedron index="37148" v0="5997" v1="6488" v2="6877" v3="6961" />
+      <tetrahedron index="37149" v0="5221" v1="6488" v2="6720" v3="6961" />
+      <tetrahedron index="37150" v0="6488" v1="6720" v2="6877" v3="6961" />
+      <tetrahedron index="37151" v0="5905" v1="6297" v2="6796" v3="6982" />
+      <tetrahedron index="37152" v0="4984" v1="5902" v2="6297" v3="6982" />
+      <tetrahedron index="37153" v0="5507" v1="6720" v2="6877" v3="6962" />
+      <tetrahedron index="37154" v0="5507" v1="6687" v2="6877" v3="6962" />
+      <tetrahedron index="37155" v0="4670" v1="5604" v2="6881" v3="6998" />
+      <tetrahedron index="37156" v0="6275" v1="6491" v2="6881" v3="6998" />
+      <tetrahedron index="37157" v0="4670" v1="6491" v2="6881" v3="6998" />
+      <tetrahedron index="37158" v0="4752" v1="4753" v2="4822" v3="6998" />
+      <tetrahedron index="37159" v0="4849" v1="6784" v2="6843" v3="6963" />
+      <tetrahedron index="37160" v0="5782" v1="6784" v2="6843" v3="6963" />
+      <tetrahedron index="37161" v0="5596" v1="6604" v2="6918" v3="7008" />
+      <tetrahedron index="37162" v0="5596" v1="6268" v2="6743" v3="7008" />
+      <tetrahedron index="37163" v0="5050" v1="5596" v2="6268" v3="7008" />
+      <tetrahedron index="37164" v0="5016" v1="5596" v2="6743" v3="7008" />
+      <tetrahedron index="37165" v0="5016" v1="5595" v2="6918" v3="7008" />
+      <tetrahedron index="37166" v0="6007" v1="6269" v2="6777" v3="7008" />
+      <tetrahedron index="37167" v0="6007" v1="6604" v2="6777" v3="7008" />
+      <tetrahedron index="37168" v0="6188" v1="6841" v2="6842" v3="6964" />
+      <tetrahedron index="37169" v0="6172" v1="6173" v2="6728" v3="6965" />
+      <tetrahedron index="37170" v0="5511" v1="6173" v2="6693" v3="6965" />
+      <tetrahedron index="37171" v0="6173" v1="6693" v2="6951" v3="6965" />
+      <tetrahedron index="37172" v0="5511" v1="6693" v2="6951" v3="6965" />
+      <tetrahedron index="37173" v0="6047" v1="6903" v2="7011" v3="7029" />
+      <tetrahedron index="37174" v0="5572" v1="6634" v2="6750" v3="7029" />
+      <tetrahedron index="37175" v0="5572" v1="6632" v2="6750" v3="7029" />
+      <tetrahedron index="37176" v0="5342" v1="5474" v2="6639" v3="7005" />
+      <tetrahedron index="37177" v0="5550" v1="6220" v2="6639" v3="7005" />
+      <tetrahedron index="37178" v0="5025" v1="6139" v2="6906" v3="7005" />
+      <tetrahedron index="37179" v0="5550" v1="6220" v2="6906" v3="7005" />
+      <tetrahedron index="37180" v0="5750" v1="6411" v2="6916" v3="7007" />
+      <tetrahedron index="37181" v0="5036" v1="6047" v2="6634" v3="7029" />
+      <tetrahedron index="37182" v0="5036" v1="6631" v2="6632" v3="7029" />
+      <tetrahedron index="37183" v0="4917" v1="5617" v2="6790" v3="6967" />
+      <tetrahedron index="37184" v0="4917" v1="6734" v2="6845" v3="6967" />
+      <tetrahedron index="37185" v0="4917" v1="6582" v2="6845" v3="6967" />
+      <tetrahedron index="37186" v0="4472" v1="5517" v2="6184" v3="6968" />
+      <tetrahedron index="37187" v0="4472" v1="5489" v2="6184" v3="6968" />
+      <tetrahedron index="37188" v0="5192" v1="5509" v2="5811" v3="6968" />
+      <tetrahedron index="37189" v0="5509" v1="5811" v2="6183" v3="6968" />
+      <tetrahedron index="37190" v0="4994" v1="5489" v2="5811" v3="6968" />
+      <tetrahedron index="37191" v0="4994" v1="5811" v2="6183" v3="6968" />
+      <tetrahedron index="37192" v0="4994" v1="5489" v2="6183" v3="6968" />
+      <tetrahedron index="37193" v0="5191" v1="6410" v2="6844" v3="6969" />
+      <tetrahedron index="37194" v0="4884" v1="5191" v2="6209" v3="6969" />
+      <tetrahedron index="37195" v0="4884" v1="6209" v2="6461" v3="6969" />
+      <tetrahedron index="37196" v0="4406" v1="5388" v2="6207" v3="6970" />
+      <tetrahedron index="37197" v0="5616" v1="6292" v2="6976" v3="7020" />
+      <tetrahedron index="37198" v0="4189" v1="4406" v2="5388" v3="6970" />
+      <tetrahedron index="37199" v0="4189" v1="4406" v2="6041" v3="6970" />
+      <tetrahedron index="37200" v0="4189" v1="4279" v2="5388" v3="6970" />
+      <tetrahedron index="37201" v0="4189" v1="4279" v2="6211" v3="6970" />
+      <tetrahedron index="37202" v0="4279" v1="5388" v2="6040" v3="6970" />
+      <tetrahedron index="37203" v0="4279" v1="6040" v2="6211" v3="6970" />
+      <tetrahedron index="37204" v0="4937" v1="5482" v2="6773" v3="7020" />
+      <tetrahedron index="37205" v0="4937" v1="6292" v2="6293" v3="7020" />
+      <tetrahedron index="37206" v0="4937" v1="6293" v2="6705" v3="7020" />
+      <tetrahedron index="37207" v0="6292" v1="6773" v2="6976" v3="7020" />
+      <tetrahedron index="37208" v0="5616" v1="6293" v2="6705" v3="7020" />
+      <tetrahedron index="37209" v0="5572" v1="6589" v2="6611" v3="6971" />
+      <tetrahedron index="37210" v0="5572" v1="6589" v2="6750" v3="6971" />
+      <tetrahedron index="37211" v0="5036" v1="6224" v2="6250" v3="6972" />
+      <tetrahedron index="37212" v0="5574" v1="6634" v2="6769" v3="6972" />
+      <tetrahedron index="37213" v0="5574" v1="6250" v2="6769" v3="6972" />
+      <tetrahedron index="37214" v0="5036" v1="5574" v2="6250" v3="6972" />
+      <tetrahedron index="37215" v0="5036" v1="5574" v2="6634" v3="6972" />
+      <tetrahedron index="37216" v0="5127" v1="5724" v2="6761" v3="6973" />
+      <tetrahedron index="37217" v0="5569" v1="6242" v2="6243" v3="6973" />
+      <tetrahedron index="37218" v0="5569" v1="6242" v2="6391" v3="6973" />
+      <tetrahedron index="37219" v0="5035" v1="5569" v2="6243" v3="6973" />
+      <tetrahedron index="37220" v0="5035" v1="5724" v2="6761" v3="6973" />
+      <tetrahedron index="37221" v0="5035" v1="5569" v2="5724" v3="6973" />
+      <tetrahedron index="37222" v0="5569" v1="5724" v2="6391" v3="6973" />
+      <tetrahedron index="37223" v0="5474" v1="6220" v2="7005" v3="7012" />
+      <tetrahedron index="37224" v0="4630" v1="5475" v2="5476" v3="7012" />
+      <tetrahedron index="37225" v0="5992" v1="6853" v2="6939" v3="7013" />
+      <tetrahedron index="37226" v0="5474" v1="6639" v2="7005" v3="7012" />
+      <tetrahedron index="37227" v0="4630" v1="5474" v2="5475" v3="7012" />
+      <tetrahedron index="37228" v0="4986" v1="5474" v2="5475" v3="7012" />
+      <tetrahedron index="37229" v0="6765" v1="6841" v2="6856" v3="6975" />
+      <tetrahedron index="37230" v0="6053" v1="6864" v2="6931" v3="6976" />
+      <tetrahedron index="37231" v0="6292" v1="6864" v2="6931" v3="6976" />
+      <tetrahedron index="37232" v0="6053" v1="6292" v2="6931" v3="6976" />
+      <tetrahedron index="37233" v0="4856" v1="6260" v2="6955" v3="6976" />
+      <tetrahedron index="37234" v0="5389" v1="6463" v2="6996" v3="7019" />
+      <tetrahedron index="37235" v0="6929" v1="6961" v2="6981" v3="7021" />
+      <tetrahedron index="37236" v0="6166" v1="6929" v2="6961" v3="7021" />
+      <tetrahedron index="37237" v0="5615" v1="6794" v2="6981" v3="7021" />
+      <tetrahedron index="37238" v0="5615" v1="6718" v2="6960" v3="7021" />
+      <tetrahedron index="37239" v0="6166" v1="6717" v2="6929" v3="7021" />
+      <tetrahedron index="37240" v0="5615" v1="6718" v2="6981" v3="7021" />
+      <tetrahedron index="37241" v0="5269" v1="5477" v2="5904" v3="6977" />
+      <tetrahedron index="37242" v0="5269" v1="5904" v2="6495" v3="6977" />
+      <tetrahedron index="37243" v0="5269" v1="5477" v2="6495" v3="6977" />
+      <tetrahedron index="37244" v0="4987" v1="6781" v2="6977" v3="6978" />
+      <tetrahedron index="37245" v0="5602" v1="6278" v2="6779" v3="6978" />
+      <tetrahedron index="37246" v0="5844" v1="6278" v2="6779" v3="6978" />
+      <tetrahedron index="37247" v0="4987" v1="5844" v2="6779" v3="6978" />
+      <tetrahedron index="37248" v0="4987" v1="5602" v2="6779" v3="6978" />
+      <tetrahedron index="37249" v0="4987" v1="6495" v2="6977" v3="6978" />
+      <tetrahedron index="37250" v0="6276" v1="6495" v2="6977" v3="6978" />
+      <tetrahedron index="37251" v0="6712" v1="6752" v2="6958" v3="6979" />
+      <tetrahedron index="37252" v0="6155" v1="6712" v2="6958" v3="6979" />
+      <tetrahedron index="37253" v0="4874" v1="6613" v2="6883" v3="6979" />
+      <tetrahedron index="37254" v0="4874" v1="6613" v2="6949" v3="6979" />
+      <tetrahedron index="37255" v0="4874" v1="6715" v2="6883" v3="6979" />
+      <tetrahedron index="37256" v0="6276" v1="6920" v2="6950" v3="7016" />
+      <tetrahedron index="37257" v0="6715" v1="6752" v2="6958" v3="6979" />
+      <tetrahedron index="37258" v0="6155" v1="6715" v2="6958" v3="6979" />
+      <tetrahedron index="37259" v0="6159" v1="6715" v2="6752" v3="6979" />
+      <tetrahedron index="37260" v0="4850" v1="6290" v2="6694" v3="7016" />
+      <tetrahedron index="37261" v0="5363" v1="6780" v2="6920" v3="7016" />
+      <tetrahedron index="37262" v0="4904" v1="6126" v2="6791" v3="6980" />
+      <tetrahedron index="37263" v0="5941" v1="6551" v2="6922" v3="7010" />
+      <tetrahedron index="37264" v0="4854" v1="6551" v2="6894" v3="7010" />
+      <tetrahedron index="37265" v0="4854" v1="6566" v2="6894" v3="7010" />
+      <tetrahedron index="37266" v0="4904" v1="5458" v2="6126" v3="6980" />
+      <tetrahedron index="37267" v0="4904" v1="5458" v2="6689" v3="6980" />
+      <tetrahedron index="37268" v0="5300" v1="6331" v2="6984" v3="7022" />
+      <tetrahedron index="37269" v0="4922" v1="5443" v2="6426" v3="7022" />
+      <tetrahedron index="37270" v0="4922" v1="6426" v2="6984" v3="7022" />
+      <tetrahedron index="37271" v0="5300" v1="5524" v2="6103" v3="7022" />
+      <tetrahedron index="37272" v0="5943" v1="6553" v2="6555" v3="6983" />
+      <tetrahedron index="37273" v0="5941" v1="6553" v2="6899" v3="6983" />
+      <tetrahedron index="37274" v0="5943" v1="6308" v2="6551" v3="6983" />
+      <tetrahedron index="37275" v0="6308" v1="6551" v2="6922" v3="6983" />
+      <tetrahedron index="37276" v0="5943" v1="6308" v2="6625" v3="6983" />
+      <tetrahedron index="37277" v0="6308" v1="6625" v2="6922" v3="6983" />
+      <tetrahedron index="37278" v0="5065" v1="5943" v2="6311" v3="6983" />
+      <tetrahedron index="37279" v0="5943" v1="6311" v2="6625" v3="6983" />
+      <tetrahedron index="37280" v0="5065" v1="6311" v2="6625" v3="6983" />
+      <tetrahedron index="37281" v0="5065" v1="5943" v2="6555" v3="6983" />
+      <tetrahedron index="37282" v0="5065" v1="6555" v2="6807" v3="6983" />
+      <tetrahedron index="37283" v0="5631" v1="6553" v2="6555" v3="6983" />
+      <tetrahedron index="37284" v0="5631" v1="6555" v2="6807" v3="6983" />
+      <tetrahedron index="37285" v0="5631" v1="6553" v2="6807" v3="6983" />
+      <tetrahedron index="37286" v0="5983" v1="6553" v2="6807" v3="6983" />
+      <tetrahedron index="37287" v0="5983" v1="6807" v2="6899" v3="6983" />
+      <tetrahedron index="37288" v0="5983" v1="6553" v2="6899" v3="6983" />
+      <tetrahedron index="37289" v0="5809" v1="6586" v2="6622" v3="7023" />
+      <tetrahedron index="37290" v0="5190" v1="6464" v2="6569" v3="7023" />
+      <tetrahedron index="37291" v0="5991" v1="6586" v2="6909" v3="7023" />
+      <tetrahedron index="37292" v0="5809" v1="6464" v2="6622" v3="7023" />
+      <tetrahedron index="37293" v0="5120" v1="5277" v2="6542" v3="6985" />
+      <tetrahedron index="37294" v0="5277" v1="6355" v2="6542" v3="6985" />
+      <tetrahedron index="37295" v0="5912" v1="6355" v2="6542" v3="6985" />
+      <tetrahedron index="37296" v0="4942" v1="5912" v2="6542" v3="6985" />
+      <tetrahedron index="37297" v0="4942" v1="5120" v2="5710" v3="6985" />
+      <tetrahedron index="37298" v0="5120" v1="5710" v2="6542" v3="6985" />
+      <tetrahedron index="37299" v0="4942" v1="5710" v2="6542" v3="6985" />
+      <tetrahedron index="37300" v0="4300" v1="5212" v2="5213" v3="6986" />
+      <tetrahedron index="37301" v0="5212" v1="5213" v2="6830" v3="6986" />
+      <tetrahedron index="37302" v0="5361" v1="6587" v2="6840" v3="6987" />
+      <tetrahedron index="37303" v0="6014" v1="6587" v2="6909" v3="6987" />
+      <tetrahedron index="37304" v0="5193" v1="6014" v2="6909" v3="6987" />
+      <tetrahedron index="37305" v0="6586" v1="6587" v2="6840" v3="6987" />
+      <tetrahedron index="37306" v0="5193" v1="6188" v2="6841" v3="6987" />
+      <tetrahedron index="37307" v0="6188" v1="6841" v2="6842" v3="6987" />
+      <tetrahedron index="37308" v0="5193" v1="6188" v2="6842" v3="6987" />
+      <tetrahedron index="37309" v0="6586" v1="6587" v2="6909" v3="6987" />
+      <tetrahedron index="37310" v0="5193" v1="6586" v2="6909" v3="6987" />
+      <tetrahedron index="37311" v0="5782" v1="6841" v2="6843" v3="6988" />
+      <tetrahedron index="37312" v0="5416" v1="6307" v2="6442" v3="6988" />
+      <tetrahedron index="37313" v0="5416" v1="6442" v2="6726" v3="6988" />
+      <tetrahedron index="37314" v0="5416" v1="6307" v2="6726" v3="6988" />
+      <tetrahedron index="37315" v0="5538" v1="6852" v2="6869" v3="6996" />
+      <tetrahedron index="37316" v0="6042" v1="6621" v2="6869" v3="6996" />
+      <tetrahedron index="37317" v0="4934" v1="5676" v2="6348" v3="7024" />
+      <tetrahedron index="37318" v0="4682" v1="6005" v2="6349" v3="7024" />
+      <tetrahedron index="37319" v0="5093" v1="6348" v2="6349" v3="7024" />
+      <tetrahedron index="37320" v0="5354" v1="6005" v2="6993" v3="7024" />
+      <tetrahedron index="37321" v0="5354" v1="5356" v2="6005" v3="7024" />
+      <tetrahedron index="37322" v0="5193" v1="6408" v2="6469" v3="6989" />
+      <tetrahedron index="37323" v0="6408" v1="6469" v2="6871" v3="6989" />
+      <tetrahedron index="37324" v0="5193" v1="6408" v2="6586" v3="6989" />
+      <tetrahedron index="37325" v0="6408" v1="6586" v2="6871" v3="6989" />
+      <tetrahedron index="37326" v0="4710" v1="4821" v2="5999" v3="6990" />
+      <tetrahedron index="37327" v0="4986" v1="5475" v2="6849" v3="6991" />
+      <tetrahedron index="37328" v0="5475" v1="5551" v2="6420" v3="6991" />
+      <tetrahedron index="37329" v0="5475" v1="6420" v2="6849" v3="6991" />
+      <tetrahedron index="37330" v0="5755" v1="6419" v2="6724" v3="6991" />
+      <tetrahedron index="37331" v0="5755" v1="6724" v2="6849" v3="6991" />
+      <tetrahedron index="37332" v0="5755" v1="6420" v2="6849" v3="6991" />
+      <tetrahedron index="37333" v0="5755" v1="6420" v2="6914" v3="6991" />
+      <tetrahedron index="37334" v0="5755" v1="6419" v2="6914" v3="6991" />
+      <tetrahedron index="37335" v0="4986" v1="5474" v2="5475" v3="6991" />
+      <tetrahedron index="37336" v0="4986" v1="5474" v2="6220" v3="6991" />
+      <tetrahedron index="37337" v0="4976" v1="5625" v2="6799" v3="6992" />
+      <tetrahedron index="37338" v0="4866" v1="6426" v2="6850" v3="6992" />
+      <tetrahedron index="37339" v0="5016" v1="5676" v2="6857" v3="6993" />
+      <tetrahedron index="37340" v0="3632" v1="5354" v2="6005" v3="6993" />
+      <tetrahedron index="37341" v0="3632" v1="5354" v2="6203" v3="6993" />
+      <tetrahedron index="37342" v0="6440" v1="6815" v2="6861" v3="6994" />
+      <tetrahedron index="37343" v0="5498" v1="6162" v2="6861" v3="6994" />
+      <tetrahedron index="37344" v0="4072" v1="4784" v2="5778" v3="6994" />
+      <tetrahedron index="37345" v0="4072" v1="5778" v2="6162" v3="6994" />
+      <tetrahedron index="37346" v0="4784" v1="5778" v2="6440" v3="6994" />
+      <tetrahedron index="37347" v0="5498" v1="6163" v2="6815" v3="6994" />
+      <tetrahedron index="37348" v0="5498" v1="6815" v2="6861" v3="6994" />
+      <tetrahedron index="37349" v0="6442" v1="6862" v2="6863" v3="6995" />
+      <tetrahedron index="37350" v0="6722" v1="6862" v2="6863" v3="6995" />
+      <tetrahedron index="37351" v0="6442" v1="6863" v2="6964" v3="6995" />
+      <tetrahedron index="37352" v0="6722" v1="6863" v2="6964" v3="6995" />
+      <tetrahedron index="37353" v0="5810" v1="6465" v2="6467" v3="6996" />
+      <tetrahedron index="37354" v0="5810" v1="6465" v2="6852" v3="6996" />
+      <tetrahedron index="37355" v0="6429" v1="6465" v2="6852" v3="6996" />
+      <tetrahedron index="37356" v0="5389" v1="6042" v2="6463" v3="6996" />
+      <tetrahedron index="37357" v0="6148" v1="6260" v2="6955" v3="7020" />
+      <tetrahedron index="37358" v0="6613" v1="6862" v2="6949" v3="6997" />
+      <tetrahedron index="37359" v0="6784" v1="6862" v2="6949" v3="6997" />
+      <tetrahedron index="37360" v0="6166" v1="6718" v2="6877" v3="6997" />
+      <tetrahedron index="37361" v0="6166" v1="6877" v2="6962" v3="6997" />
+      <tetrahedron index="37362" v0="6613" v1="6959" v2="6960" v3="6997" />
+      <tetrahedron index="37363" v0="5443" v1="6103" v2="6426" v3="7022" />
+      <tetrahedron index="37364" v0="4874" v1="6613" v2="6949" v3="6997" />
+      <tetrahedron index="37365" v0="4874" v1="6613" v2="6959" v3="6997" />
+      <tetrahedron index="37366" v0="4874" v1="6959" v2="6962" v3="6997" />
+      <tetrahedron index="37367" v0="5443" v1="5524" v2="6103" v3="7022" />
+      <tetrahedron index="37368" v0="6166" v1="6959" v2="6962" v3="6997" />
+      <tetrahedron index="37369" v0="6495" v1="6882" v2="6978" v3="6999" />
+      <tetrahedron index="37370" v0="6276" v1="6495" v2="6978" v3="6999" />
+      <tetrahedron index="37371" v0="4040" v1="5606" v2="5607" v3="7027" />
+      <tetrahedron index="37372" v0="6075" v1="6655" v2="7000" v3="7027" />
+      <tetrahedron index="37373" v0="6291" v1="6793" v2="6893" v3="7026" />
+      <tetrahedron index="37374" v0="6495" v1="6947" v2="6999" v3="7026" />
+      <tetrahedron index="37375" v0="6612" v1="6885" v2="6947" v3="7026" />
+      <tetrahedron index="37376" v0="5246" v1="6655" v2="6934" v3="7000" />
+      <tetrahedron index="37377" v0="5246" v1="6201" v2="6934" v3="7000" />
+      <tetrahedron index="37378" v0="5512" v1="6890" v2="6891" v3="7028" />
+      <tetrahedron index="37379" v0="6301" v1="6890" v2="6966" v3="7028" />
+      <tetrahedron index="37380" v0="6563" v1="6966" v2="7004" v3="7028" />
+      <tetrahedron index="37381" v0="4886" v1="6176" v2="6729" v3="7028" />
+      <tetrahedron index="37382" v0="5910" v1="6731" v2="6817" v3="7003" />
+      <tetrahedron index="37383" v0="6563" v1="6565" v2="6891" v3="7003" />
+      <tetrahedron index="37384" v0="5036" v1="6047" v2="6631" v3="7029" />
+      <tetrahedron index="37385" v0="6046" v1="6631" v2="6632" v3="7029" />
+      <tetrahedron index="37386" v0="5572" v1="6903" v2="7011" v3="7029" />
+      <tetrahedron index="37387" v0="5196" v1="5561" v2="6565" v3="7003" />
+      <tetrahedron index="37388" v0="5196" v1="5561" v2="6817" v3="7003" />
+      <tetrahedron index="37389" v0="5561" v1="6563" v2="6565" v3="7003" />
+      <tetrahedron index="37390" v0="5561" v1="6563" v2="6817" v3="7003" />
+      <tetrahedron index="37391" v0="6563" v1="6898" v2="6966" v3="7004" />
+      <tetrahedron index="37392" v0="6563" v1="6564" v2="6891" v3="7004" />
+      <tetrahedron index="37393" v0="5036" v1="6632" v2="6750" v3="7029" />
+      <tetrahedron index="37394" v0="5951" v1="6898" v2="6944" v3="7004" />
+      <tetrahedron index="37395" v0="5951" v1="6944" v2="6966" v3="7004" />
+      <tetrahedron index="37396" v0="5951" v1="6898" v2="6966" v3="7004" />
+      <tetrahedron index="37397" v0="6640" v1="6944" v2="7002" v3="7004" />
+      <tetrahedron index="37398" v0="4926" v1="6640" v2="7002" v3="7004" />
+      <tetrahedron index="37399" v0="5550" v1="6639" v2="6907" v3="7005" />
+      <tetrahedron index="37400" v0="5025" v1="6139" v2="6954" v3="7005" />
+      <tetrahedron index="37401" v0="5474" v1="6139" v2="6954" v3="7005" />
+      <tetrahedron index="37402" v0="5025" v1="5474" v2="6954" v3="7005" />
+      <tetrahedron index="37403" v0="5342" v1="6639" v2="7005" v3="7006" />
+      <tetrahedron index="37404" v0="5342" v1="5474" v2="6139" v3="7006" />
+      <tetrahedron index="37405" v0="5474" v1="6139" v2="7005" v3="7006" />
+      <tetrahedron index="37406" v0="5342" v1="5474" v2="7005" v3="7006" />
+      <tetrahedron index="37407" v0="5342" v1="6639" v2="6773" v3="7006" />
+      <tetrahedron index="37408" v0="6639" v1="6773" v2="6907" v3="7006" />
+      <tetrahedron index="37409" v0="4937" v1="5988" v2="6773" v3="7006" />
+      <tetrahedron index="37410" v0="4937" v1="6773" v2="6907" v3="7006" />
+      <tetrahedron index="37411" v0="4937" v1="5988" v2="6584" v3="7006" />
+      <tetrahedron index="37412" v0="4937" v1="6584" v2="6907" v3="7006" />
+      <tetrahedron index="37413" v0="4858" v1="5750" v2="6412" v3="7007" />
+      <tetrahedron index="37414" v0="4858" v1="5750" v2="6916" v3="7007" />
+      <tetrahedron index="37415" v0="6412" v1="6842" v2="6963" v3="7007" />
+      <tetrahedron index="37416" v0="6412" v1="6722" v2="6734" v3="7007" />
+      <tetrahedron index="37417" v0="5748" v1="6600" v2="6839" v3="7007" />
+      <tetrahedron index="37418" v0="6600" v1="6839" v2="6916" v3="7007" />
+      <tetrahedron index="37419" v0="5748" v1="6600" v2="6916" v3="7007" />
+      <tetrahedron index="37420" v0="5748" v1="6842" v2="6916" v3="7007" />
+      <tetrahedron index="37421" v0="5748" v1="6842" v2="6963" v3="7007" />
+      <tetrahedron index="37422" v0="4858" v1="6412" v2="6842" v3="7007" />
+      <tetrahedron index="37423" v0="4858" v1="6842" v2="6916" v3="7007" />
+      <tetrahedron index="37424" v0="6412" v1="6963" v2="6964" v3="7007" />
+      <tetrahedron index="37425" v0="6722" v1="6963" v2="6964" v3="7007" />
+      <tetrahedron index="37426" v0="6412" v1="6722" v2="6964" v3="7007" />
+      <tetrahedron index="37427" v0="5016" v1="5595" v2="6743" v3="7008" />
+      <tetrahedron index="37428" v0="5405" v1="5783" v2="6955" v3="7018" />
+      <tetrahedron index="37429" v0="5616" v1="6443" v2="6976" v3="7018" />
+      <tetrahedron index="37430" v0="4856" v1="6443" v2="6976" v3="7018" />
+      <tetrahedron index="37431" v0="5405" v1="5783" v2="6294" v3="7018" />
+      <tetrahedron index="37432" v0="5405" v1="6705" v2="6955" v3="7018" />
+      <tetrahedron index="37433" v0="5616" v1="5783" v2="6294" v3="7018" />
+      <tetrahedron index="37434" v0="4856" v1="6955" v2="6976" v3="7018" />
+      <tetrahedron index="37435" v0="5616" v1="5783" v2="6443" v3="7018" />
+      <tetrahedron index="37436" v0="4856" v1="5783" v2="6443" v3="7018" />
+      <tetrahedron index="37437" v0="4956" v1="5783" v2="6955" v3="7018" />
+      <tetrahedron index="37438" v0="6276" v1="6920" v2="6999" v3="7009" />
+      <tetrahedron index="37439" v0="6276" v1="6793" v2="6999" v3="7009" />
+      <tetrahedron index="37440" v0="6456" v1="6577" v2="6903" v3="7010" />
+      <tetrahedron index="37441" v0="5316" v1="6456" v2="6903" v3="7010" />
+      <tetrahedron index="37442" v0="4854" v1="5941" v2="6551" v3="7010" />
+      <tetrahedron index="37443" v0="4854" v1="5941" v2="6568" v3="7010" />
+      <tetrahedron index="37444" v0="5572" v1="6247" v2="6974" v3="7011" />
+      <tetrahedron index="37445" v0="5190" v1="6430" v2="6557" v3="7030" />
+      <tetrahedron index="37446" v0="5190" v1="5556" v2="6461" v3="7030" />
+      <tetrahedron index="37447" v0="4884" v1="5556" v2="6461" v3="7030" />
+      <tetrahedron index="37448" v0="5190" v1="6557" v2="6895" v3="7030" />
+      <tetrahedron index="37449" v0="4884" v1="5556" v2="6557" v3="7030" />
+      <tetrahedron index="37450" v0="4884" v1="6461" v2="7023" v3="7030" />
+      <tetrahedron index="37451" v0="4884" v1="6557" v2="6855" v3="7030" />
+      <tetrahedron index="37452" v0="5764" v1="6557" v2="6855" v3="7030" />
+      <tetrahedron index="37453" v0="5190" v1="5556" v2="6895" v3="7030" />
+      <tetrahedron index="37454" v0="5764" v1="6430" v2="6855" v3="7030" />
+      <tetrahedron index="37455" v0="6246" v1="6853" v2="6939" v3="7013" />
+      <tetrahedron index="37456" v0="4882" v1="6456" v2="6903" v3="7013" />
+      <tetrahedron index="37457" v0="4882" v1="6246" v2="6903" v3="7013" />
+      <tetrahedron index="37458" v0="5950" v1="6098" v2="6560" v3="7014" />
+      <tetrahedron index="37459" v0="5155" v1="5950" v2="6560" v3="7014" />
+      <tetrahedron index="37460" v0="5155" v1="5950" v2="6649" v3="7014" />
+      <tetrahedron index="37461" v0="5155" v1="6560" v2="6850" v3="7014" />
+      <tetrahedron index="37462" v0="5155" v1="5951" v2="6850" v3="7014" />
+      <tetrahedron index="37463" v0="5951" v1="6301" v2="6850" v3="7014" />
+      <tetrahedron index="37464" v0="6301" v1="6850" v2="6943" v3="7014" />
+      <tetrahedron index="37465" v0="5528" v1="6843" v2="6948" v3="7015" />
+      <tetrahedron index="37466" v0="6784" v1="6843" v2="6948" v3="7015" />
+      <tetrahedron index="37467" v0="5528" v1="6227" v2="6752" v3="7015" />
+      <tetrahedron index="37468" v0="6227" v1="6752" v2="6843" v3="7015" />
+      <tetrahedron index="37469" v0="5528" v1="6227" v2="6843" v3="7015" />
+      <tetrahedron index="37470" v0="6290" v1="6694" v2="6980" v3="7016" />
+      <tetrahedron index="37471" v0="6920" v1="6980" v2="7009" v3="7016" />
+      <tetrahedron index="37472" v0="6950" v1="6980" v2="7009" v3="7016" />
+      <tetrahedron index="37473" v0="6920" v1="6950" v2="7009" v3="7016" />
+      <tetrahedron index="37474" v0="4850" v1="6121" v2="6694" v3="7016" />
+      <tetrahedron index="37475" v0="4850" v1="6121" v2="6934" v3="7016" />
+      <tetrahedron index="37476" v0="6121" v1="6934" v2="6950" v3="7016" />
+      <tetrahedron index="37477" v0="6121" v1="6694" v2="6950" v3="7016" />
+      <tetrahedron index="37478" v0="6689" v1="6876" v2="6980" v3="7017" />
+      <tetrahedron index="37479" v0="6876" v1="6980" v2="7009" v3="7017" />
+      <tetrahedron index="37480" v0="6678" v1="6689" v2="6876" v3="7017" />
+      <tetrahedron index="37481" v0="6678" v1="6876" v2="7009" v3="7017" />
+      <tetrahedron index="37482" v0="5616" v1="6294" v2="6705" v3="7018" />
+      <tetrahedron index="37483" v0="5405" v1="6294" v2="6705" v3="7018" />
+      <tetrahedron index="37484" v0="5810" v1="6466" v2="6467" v3="7019" />
+      <tetrahedron index="37485" v0="6466" v1="6467" v2="6749" v3="7019" />
+      <tetrahedron index="37486" v0="4953" v1="5810" v2="6461" v3="7019" />
+      <tetrahedron index="37487" v0="5810" v1="6461" v2="6466" v3="7019" />
+      <tetrahedron index="37488" v0="6466" v1="6745" v2="6970" v3="7019" />
+      <tetrahedron index="37489" v0="4953" v1="6745" v2="6970" v3="7019" />
+      <tetrahedron index="37490" v0="6042" v1="6467" v2="6996" v3="7019" />
+      <tetrahedron index="37491" v0="5389" v1="6042" v2="6996" v3="7019" />
+      <tetrahedron index="37492" v0="5389" v1="6620" v2="6749" v3="7019" />
+      <tetrahedron index="37493" v0="6467" v1="6620" v2="6749" v3="7019" />
+      <tetrahedron index="37494" v0="6461" v1="6466" v2="6745" v3="7019" />
+      <tetrahedron index="37495" v0="4953" v1="6461" v2="6745" v3="7019" />
+      <tetrahedron index="37496" v0="6042" v1="6467" v2="6620" v3="7019" />
+      <tetrahedron index="37497" v0="5389" v1="6042" v2="6620" v3="7019" />
+      <tetrahedron index="37498" v0="4937" v1="6292" v2="6773" v3="7020" />
+      <tetrahedron index="37499" v0="4845" v1="6794" v2="6929" v3="7021" />
+      <tetrahedron index="37500" v0="4845" v1="6929" v2="6981" v3="7021" />
+      <tetrahedron index="37501" v0="4845" v1="6794" v2="6981" v3="7021" />
+      <tetrahedron index="37502" v0="5615" v1="6794" v2="6920" v3="7021" />
+      <tetrahedron index="37503" v0="5615" v1="6920" v2="6960" v3="7021" />
+      <tetrahedron index="37504" v0="5524" v1="5759" v2="6424" v3="7022" />
+      <tetrahedron index="37505" v0="5759" v1="6424" v2="6820" v3="7022" />
+      <tetrahedron index="37506" v0="5443" v1="5524" v2="6524" v3="7022" />
+      <tetrahedron index="37507" v0="4846" v1="5443" v2="6524" v3="7022" />
+      <tetrahedron index="37508" v0="5524" v1="5759" v2="6524" v3="7022" />
+      <tetrahedron index="37509" v0="4846" v1="5759" v2="6524" v3="7022" />
+      <tetrahedron index="37510" v0="4846" v1="5759" v2="6820" v3="7022" />
+      <tetrahedron index="37511" v0="4884" v1="6855" v2="6989" v3="7023" />
+      <tetrahedron index="37512" v0="4884" v1="6461" v2="6989" v3="7023" />
+      <tetrahedron index="37513" v0="6464" v1="6569" v2="6622" v3="7023" />
+      <tetrahedron index="37514" v0="5991" v1="6586" v2="6622" v3="7023" />
+      <tetrahedron index="37515" v0="5991" v1="6569" v2="6622" v3="7023" />
+      <tetrahedron index="37516" v0="4934" v1="5336" v2="6348" v3="7024" />
+      <tetrahedron index="37517" v0="4940" v1="5596" v2="5978" v3="7024" />
+      <tetrahedron index="37518" v0="5336" v1="5596" v2="5978" v3="7024" />
+      <tetrahedron index="37519" v0="4934" v1="5336" v2="5596" v3="7024" />
+      <tetrahedron index="37520" v0="4934" v1="5596" v2="5676" v3="7024" />
+      <tetrahedron index="37521" v0="4040" v1="6888" v2="7001" v3="7027" />
+      <tetrahedron index="37522" v0="5365" v1="6717" v2="6794" v3="7025" />
+      <tetrahedron index="37523" v0="6717" v1="6794" v2="6959" v3="7025" />
+      <tetrahedron index="37524" v0="5365" v1="6016" v2="6717" v3="7025" />
+      <tetrahedron index="37525" v0="6016" v1="6717" v2="6959" v3="7025" />
+      <tetrahedron index="37526" v0="5269" v1="6612" v2="6885" v3="7026" />
+      <tetrahedron index="37527" v0="5269" v1="6612" v2="6893" v3="7026" />
+      <tetrahedron index="37528" v0="5365" v1="6671" v2="6941" v3="7026" />
+      <tetrahedron index="37529" v0="6612" v1="6671" v2="6941" v3="7026" />
+      <tetrahedron index="37530" v0="6291" v1="6794" v2="7025" v3="7026" />
+      <tetrahedron index="37531" v0="5365" v1="6794" v2="7025" v3="7026" />
+      <tetrahedron index="37532" v0="5269" v1="6495" v2="6885" v3="7026" />
+      <tetrahedron index="37533" v0="5269" v1="6495" v2="6893" v3="7026" />
+      <tetrahedron index="37534" v0="5365" v1="6794" v2="6942" v3="7026" />
+      <tetrahedron index="37535" v0="6291" v1="6794" v2="6942" v3="7026" />
+      <tetrahedron index="37536" v0="6513" v1="6888" v2="7000" v3="7027" />
+      <tetrahedron index="37537" v0="6075" v1="6513" v2="7000" v3="7027" />
+      <tetrahedron index="37538" v0="4040" v1="5606" v2="6282" v3="7027" />
+      <tetrahedron index="37539" v0="4040" v1="6282" v2="7001" v3="7027" />
+      <tetrahedron index="37540" v0="6563" v1="6729" v2="6966" v3="7028" />
+      <tetrahedron index="37541" v0="5572" v1="6247" v2="6632" v3="7029" />
+      <tetrahedron index="37542" v0="6247" v1="6632" v2="6923" v3="7029" />
+      <tetrahedron index="37543" v0="6046" v1="6632" v2="6923" v3="7029" />
+      <tetrahedron index="37544" v0="6247" v1="6923" v2="7011" v3="7029" />
+      <tetrahedron index="37545" v0="5572" v1="6247" v2="7011" v3="7029" />
+      <tetrahedron index="37546" v0="6046" v1="6631" v2="6923" v3="7029" />
+      <tetrahedron index="37547" v0="6631" v1="6923" v2="7011" v3="7029" />
+    </cells>
+    <domains>
+      <mesh_value_collection type="uint" dim="2" size="3226">
+        <value cell_index="2" local_entity="3" value="0" />
+        <value cell_index="3" local_entity="3" value="0" />
+        <value cell_index="6" local_entity="3" value="0" />
+        <value cell_index="9" local_entity="3" value="0" />
+        <value cell_index="12" local_entity="3" value="0" />
+        <value cell_index="15" local_entity="3" value="0" />
+        <value cell_index="20" local_entity="3" value="0" />
+        <value cell_index="21" local_entity="3" value="0" />
+        <value cell_index="26" local_entity="3" value="0" />
+        <value cell_index="27" local_entity="3" value="0" />
+        <value cell_index="30" local_entity="3" value="0" />
+        <value cell_index="33" local_entity="3" value="0" />
+        <value cell_index="36" local_entity="3" value="0" />
+        <value cell_index="39" local_entity="3" value="0" />
+        <value cell_index="42" local_entity="3" value="0" />
+        <value cell_index="45" local_entity="3" value="0" />
+        <value cell_index="50" local_entity="3" value="0" />
+        <value cell_index="51" local_entity="3" value="0" />
+        <value cell_index="54" local_entity="3" value="0" />
+        <value cell_index="57" local_entity="3" value="0" />
+        <value cell_index="60" local_entity="3" value="0" />
+        <value cell_index="63" local_entity="3" value="0" />
+        <value cell_index="68" local_entity="3" value="0" />
+        <value cell_index="69" local_entity="3" value="0" />
+        <value cell_index="72" local_entity="3" value="0" />
+        <value cell_index="75" local_entity="3" value="0" />
+        <value cell_index="78" local_entity="3" value="0" />
+        <value cell_index="81" local_entity="3" value="0" />
+        <value cell_index="84" local_entity="3" value="0" />
+        <value cell_index="87" local_entity="3" value="0" />
+        <value cell_index="90" local_entity="3" value="0" />
+        <value cell_index="93" local_entity="3" value="0" />
+        <value cell_index="96" local_entity="3" value="0" />
+        <value cell_index="101" local_entity="3" value="0" />
+        <value cell_index="102" local_entity="3" value="0" />
+        <value cell_index="105" local_entity="3" value="0" />
+        <value cell_index="108" local_entity="3" value="0" />
+        <value cell_index="111" local_entity="3" value="0" />
+        <value cell_index="114" local_entity="3" value="0" />
+        <value cell_index="117" local_entity="3" value="0" />
+        <value cell_index="120" local_entity="3" value="0" />
+        <value cell_index="123" local_entity="3" value="0" />
+        <value cell_index="126" local_entity="3" value="0" />
+        <value cell_index="129" local_entity="3" value="0" />
+        <value cell_index="132" local_entity="3" value="0" />
+        <value cell_index="135" local_entity="3" value="0" />
+        <value cell_index="138" local_entity="3" value="0" />
+        <value cell_index="141" local_entity="3" value="0" />
+        <value cell_index="144" local_entity="3" value="0" />
+        <value cell_index="147" local_entity="3" value="0" />
+        <value cell_index="150" local_entity="3" value="0" />
+        <value cell_index="153" local_entity="3" value="0" />
+        <value cell_index="156" local_entity="3" value="0" />
+        <value cell_index="159" local_entity="3" value="0" />
+        <value cell_index="162" local_entity="3" value="0" />
+        <value cell_index="165" local_entity="3" value="0" />
+        <value cell_index="168" local_entity="3" value="0" />
+        <value cell_index="171" local_entity="3" value="0" />
+        <value cell_index="174" local_entity="3" value="0" />
+        <value cell_index="177" local_entity="3" value="0" />
+        <value cell_index="180" local_entity="3" value="0" />
+        <value cell_index="183" local_entity="3" value="0" />
+        <value cell_index="186" local_entity="3" value="0" />
+        <value cell_index="189" local_entity="3" value="0" />
+        <value cell_index="192" local_entity="3" value="0" />
+        <value cell_index="195" local_entity="3" value="0" />
+        <value cell_index="198" local_entity="3" value="0" />
+        <value cell_index="201" local_entity="3" value="0" />
+        <value cell_index="204" local_entity="3" value="0" />
+        <value cell_index="207" local_entity="3" value="0" />
+        <value cell_index="210" local_entity="3" value="0" />
+        <value cell_index="213" local_entity="3" value="0" />
+        <value cell_index="216" local_entity="3" value="0" />
+        <value cell_index="219" local_entity="3" value="0" />
+        <value cell_index="222" local_entity="3" value="0" />
+        <value cell_index="225" local_entity="3" value="0" />
+        <value cell_index="228" local_entity="3" value="0" />
+        <value cell_index="231" local_entity="3" value="0" />
+        <value cell_index="234" local_entity="3" value="0" />
+        <value cell_index="237" local_entity="3" value="0" />
+        <value cell_index="240" local_entity="3" value="0" />
+        <value cell_index="243" local_entity="3" value="0" />
+        <value cell_index="246" local_entity="3" value="0" />
+        <value cell_index="249" local_entity="3" value="0" />
+        <value cell_index="252" local_entity="3" value="0" />
+        <value cell_index="255" local_entity="3" value="0" />
+        <value cell_index="258" local_entity="3" value="0" />
+        <value cell_index="261" local_entity="3" value="0" />
+        <value cell_index="264" local_entity="3" value="0" />
+        <value cell_index="267" local_entity="3" value="0" />
+        <value cell_index="270" local_entity="3" value="0" />
+        <value cell_index="273" local_entity="3" value="0" />
+        <value cell_index="276" local_entity="3" value="0" />
+        <value cell_index="279" local_entity="3" value="0" />
+        <value cell_index="282" local_entity="3" value="0" />
+        <value cell_index="285" local_entity="3" value="0" />
+        <value cell_index="288" local_entity="3" value="0" />
+        <value cell_index="291" local_entity="3" value="0" />
+        <value cell_index="294" local_entity="3" value="0" />
+        <value cell_index="297" local_entity="3" value="0" />
+        <value cell_index="300" local_entity="3" value="0" />
+        <value cell_index="303" local_entity="3" value="0" />
+        <value cell_index="306" local_entity="3" value="0" />
+        <value cell_index="309" local_entity="3" value="0" />
+        <value cell_index="312" local_entity="3" value="0" />
+        <value cell_index="315" local_entity="3" value="0" />
+        <value cell_index="318" local_entity="3" value="0" />
+        <value cell_index="321" local_entity="3" value="0" />
+        <value cell_index="324" local_entity="3" value="0" />
+        <value cell_index="327" local_entity="3" value="0" />
+        <value cell_index="330" local_entity="3" value="0" />
+        <value cell_index="333" local_entity="3" value="0" />
+        <value cell_index="336" local_entity="3" value="0" />
+        <value cell_index="339" local_entity="3" value="0" />
+        <value cell_index="342" local_entity="3" value="0" />
+        <value cell_index="345" local_entity="3" value="0" />
+        <value cell_index="348" local_entity="3" value="0" />
+        <value cell_index="351" local_entity="3" value="0" />
+        <value cell_index="354" local_entity="3" value="0" />
+        <value cell_index="357" local_entity="3" value="0" />
+        <value cell_index="360" local_entity="3" value="0" />
+        <value cell_index="363" local_entity="3" value="0" />
+        <value cell_index="366" local_entity="3" value="0" />
+        <value cell_index="369" local_entity="3" value="0" />
+        <value cell_index="372" local_entity="3" value="0" />
+        <value cell_index="375" local_entity="3" value="0" />
+        <value cell_index="378" local_entity="3" value="0" />
+        <value cell_index="381" local_entity="3" value="0" />
+        <value cell_index="384" local_entity="3" value="0" />
+        <value cell_index="387" local_entity="3" value="0" />
+        <value cell_index="390" local_entity="3" value="0" />
+        <value cell_index="393" local_entity="3" value="0" />
+        <value cell_index="396" local_entity="3" value="0" />
+        <value cell_index="399" local_entity="3" value="0" />
+        <value cell_index="402" local_entity="3" value="0" />
+        <value cell_index="405" local_entity="3" value="0" />
+        <value cell_index="408" local_entity="3" value="0" />
+        <value cell_index="411" local_entity="3" value="0" />
+        <value cell_index="414" local_entity="3" value="0" />
+        <value cell_index="417" local_entity="3" value="0" />
+        <value cell_index="420" local_entity="3" value="0" />
+        <value cell_index="423" local_entity="3" value="0" />
+        <value cell_index="426" local_entity="3" value="0" />
+        <value cell_index="429" local_entity="3" value="0" />
+        <value cell_index="432" local_entity="3" value="0" />
+        <value cell_index="435" local_entity="3" value="0" />
+        <value cell_index="438" local_entity="3" value="0" />
+        <value cell_index="441" local_entity="3" value="0" />
+        <value cell_index="444" local_entity="3" value="0" />
+        <value cell_index="447" local_entity="3" value="0" />
+        <value cell_index="450" local_entity="3" value="0" />
+        <value cell_index="453" local_entity="3" value="0" />
+        <value cell_index="456" local_entity="3" value="0" />
+        <value cell_index="459" local_entity="3" value="0" />
+        <value cell_index="462" local_entity="3" value="0" />
+        <value cell_index="465" local_entity="3" value="0" />
+        <value cell_index="468" local_entity="3" value="0" />
+        <value cell_index="471" local_entity="3" value="0" />
+        <value cell_index="474" local_entity="3" value="0" />
+        <value cell_index="477" local_entity="3" value="0" />
+        <value cell_index="480" local_entity="3" value="0" />
+        <value cell_index="483" local_entity="3" value="0" />
+        <value cell_index="486" local_entity="3" value="0" />
+        <value cell_index="489" local_entity="3" value="0" />
+        <value cell_index="492" local_entity="3" value="0" />
+        <value cell_index="495" local_entity="3" value="0" />
+        <value cell_index="498" local_entity="3" value="0" />
+        <value cell_index="501" local_entity="3" value="0" />
+        <value cell_index="504" local_entity="3" value="0" />
+        <value cell_index="507" local_entity="3" value="0" />
+        <value cell_index="510" local_entity="3" value="0" />
+        <value cell_index="513" local_entity="3" value="0" />
+        <value cell_index="516" local_entity="3" value="0" />
+        <value cell_index="519" local_entity="3" value="0" />
+        <value cell_index="522" local_entity="3" value="0" />
+        <value cell_index="525" local_entity="3" value="0" />
+        <value cell_index="528" local_entity="3" value="0" />
+        <value cell_index="531" local_entity="3" value="0" />
+        <value cell_index="534" local_entity="3" value="0" />
+        <value cell_index="537" local_entity="3" value="0" />
+        <value cell_index="540" local_entity="3" value="0" />
+        <value cell_index="543" local_entity="3" value="0" />
+        <value cell_index="546" local_entity="3" value="0" />
+        <value cell_index="549" local_entity="3" value="3" />
+        <value cell_index="552" local_entity="3" value="0" />
+        <value cell_index="555" local_entity="3" value="0" />
+        <value cell_index="558" local_entity="3" value="0" />
+        <value cell_index="561" local_entity="3" value="0" />
+        <value cell_index="564" local_entity="3" value="0" />
+        <value cell_index="567" local_entity="3" value="0" />
+        <value cell_index="570" local_entity="3" value="0" />
+        <value cell_index="573" local_entity="3" value="0" />
+        <value cell_index="576" local_entity="3" value="0" />
+        <value cell_index="579" local_entity="3" value="0" />
+        <value cell_index="582" local_entity="3" value="0" />
+        <value cell_index="585" local_entity="3" value="0" />
+        <value cell_index="588" local_entity="3" value="0" />
+        <value cell_index="591" local_entity="3" value="0" />
+        <value cell_index="594" local_entity="3" value="0" />
+        <value cell_index="597" local_entity="3" value="0" />
+        <value cell_index="600" local_entity="3" value="0" />
+        <value cell_index="603" local_entity="3" value="0" />
+        <value cell_index="606" local_entity="3" value="0" />
+        <value cell_index="609" local_entity="3" value="0" />
+        <value cell_index="612" local_entity="3" value="0" />
+        <value cell_index="615" local_entity="3" value="0" />
+        <value cell_index="618" local_entity="3" value="0" />
+        <value cell_index="621" local_entity="3" value="0" />
+        <value cell_index="624" local_entity="3" value="0" />
+        <value cell_index="627" local_entity="3" value="0" />
+        <value cell_index="630" local_entity="3" value="0" />
+        <value cell_index="633" local_entity="3" value="0" />
+        <value cell_index="636" local_entity="3" value="0" />
+        <value cell_index="639" local_entity="3" value="0" />
+        <value cell_index="642" local_entity="3" value="0" />
+        <value cell_index="645" local_entity="3" value="0" />
+        <value cell_index="648" local_entity="3" value="0" />
+        <value cell_index="651" local_entity="3" value="0" />
+        <value cell_index="654" local_entity="3" value="0" />
+        <value cell_index="657" local_entity="3" value="0" />
+        <value cell_index="660" local_entity="3" value="0" />
+        <value cell_index="663" local_entity="3" value="0" />
+        <value cell_index="666" local_entity="3" value="0" />
+        <value cell_index="669" local_entity="3" value="0" />
+        <value cell_index="672" local_entity="3" value="0" />
+        <value cell_index="675" local_entity="3" value="0" />
+        <value cell_index="678" local_entity="3" value="0" />
+        <value cell_index="681" local_entity="3" value="0" />
+        <value cell_index="684" local_entity="3" value="0" />
+        <value cell_index="687" local_entity="3" value="0" />
+        <value cell_index="690" local_entity="3" value="0" />
+        <value cell_index="693" local_entity="3" value="0" />
+        <value cell_index="696" local_entity="3" value="0" />
+        <value cell_index="699" local_entity="3" value="0" />
+        <value cell_index="702" local_entity="3" value="0" />
+        <value cell_index="705" local_entity="3" value="0" />
+        <value cell_index="708" local_entity="3" value="0" />
+        <value cell_index="711" local_entity="3" value="0" />
+        <value cell_index="714" local_entity="3" value="0" />
+        <value cell_index="717" local_entity="3" value="0" />
+        <value cell_index="720" local_entity="3" value="0" />
+        <value cell_index="723" local_entity="3" value="1" />
+        <value cell_index="726" local_entity="3" value="0" />
+        <value cell_index="729" local_entity="3" value="0" />
+        <value cell_index="732" local_entity="3" value="0" />
+        <value cell_index="735" local_entity="3" value="0" />
+        <value cell_index="738" local_entity="3" value="0" />
+        <value cell_index="741" local_entity="3" value="0" />
+        <value cell_index="744" local_entity="3" value="0" />
+        <value cell_index="747" local_entity="3" value="0" />
+        <value cell_index="750" local_entity="3" value="0" />
+        <value cell_index="753" local_entity="3" value="0" />
+        <value cell_index="756" local_entity="3" value="0" />
+        <value cell_index="759" local_entity="3" value="3" />
+        <value cell_index="762" local_entity="3" value="0" />
+        <value cell_index="765" local_entity="3" value="0" />
+        <value cell_index="768" local_entity="3" value="0" />
+        <value cell_index="771" local_entity="3" value="0" />
+        <value cell_index="774" local_entity="3" value="0" />
+        <value cell_index="777" local_entity="3" value="0" />
+        <value cell_index="780" local_entity="3" value="0" />
+        <value cell_index="783" local_entity="3" value="0" />
+        <value cell_index="786" local_entity="3" value="0" />
+        <value cell_index="789" local_entity="3" value="0" />
+        <value cell_index="792" local_entity="3" value="0" />
+        <value cell_index="795" local_entity="3" value="0" />
+        <value cell_index="798" local_entity="3" value="0" />
+        <value cell_index="801" local_entity="3" value="0" />
+        <value cell_index="804" local_entity="3" value="0" />
+        <value cell_index="807" local_entity="3" value="0" />
+        <value cell_index="810" local_entity="3" value="0" />
+        <value cell_index="813" local_entity="3" value="0" />
+        <value cell_index="816" local_entity="3" value="0" />
+        <value cell_index="819" local_entity="3" value="0" />
+        <value cell_index="822" local_entity="3" value="0" />
+        <value cell_index="825" local_entity="3" value="0" />
+        <value cell_index="828" local_entity="3" value="0" />
+        <value cell_index="831" local_entity="3" value="0" />
+        <value cell_index="834" local_entity="3" value="0" />
+        <value cell_index="837" local_entity="3" value="0" />
+        <value cell_index="840" local_entity="3" value="0" />
+        <value cell_index="843" local_entity="3" value="0" />
+        <value cell_index="846" local_entity="3" value="0" />
+        <value cell_index="849" local_entity="3" value="0" />
+        <value cell_index="852" local_entity="3" value="0" />
+        <value cell_index="855" local_entity="3" value="0" />
+        <value cell_index="858" local_entity="3" value="0" />
+        <value cell_index="861" local_entity="3" value="0" />
+        <value cell_index="864" local_entity="3" value="0" />
+        <value cell_index="867" local_entity="3" value="0" />
+        <value cell_index="870" local_entity="3" value="0" />
+        <value cell_index="873" local_entity="3" value="0" />
+        <value cell_index="876" local_entity="3" value="0" />
+        <value cell_index="879" local_entity="3" value="0" />
+        <value cell_index="882" local_entity="3" value="0" />
+        <value cell_index="885" local_entity="3" value="0" />
+        <value cell_index="888" local_entity="3" value="0" />
+        <value cell_index="891" local_entity="3" value="0" />
+        <value cell_index="894" local_entity="3" value="0" />
+        <value cell_index="897" local_entity="3" value="0" />
+        <value cell_index="900" local_entity="3" value="0" />
+        <value cell_index="903" local_entity="3" value="0" />
+        <value cell_index="906" local_entity="3" value="0" />
+        <value cell_index="909" local_entity="3" value="0" />
+        <value cell_index="912" local_entity="3" value="0" />
+        <value cell_index="915" local_entity="3" value="0" />
+        <value cell_index="918" local_entity="3" value="0" />
+        <value cell_index="921" local_entity="3" value="0" />
+        <value cell_index="924" local_entity="3" value="0" />
+        <value cell_index="927" local_entity="3" value="0" />
+        <value cell_index="930" local_entity="3" value="0" />
+        <value cell_index="933" local_entity="3" value="0" />
+        <value cell_index="936" local_entity="3" value="0" />
+        <value cell_index="939" local_entity="3" value="0" />
+        <value cell_index="942" local_entity="3" value="0" />
+        <value cell_index="945" local_entity="3" value="0" />
+        <value cell_index="948" local_entity="3" value="0" />
+        <value cell_index="951" local_entity="3" value="0" />
+        <value cell_index="954" local_entity="3" value="0" />
+        <value cell_index="957" local_entity="3" value="0" />
+        <value cell_index="960" local_entity="3" value="0" />
+        <value cell_index="963" local_entity="3" value="0" />
+        <value cell_index="966" local_entity="3" value="0" />
+        <value cell_index="969" local_entity="3" value="0" />
+        <value cell_index="972" local_entity="3" value="0" />
+        <value cell_index="975" local_entity="3" value="0" />
+        <value cell_index="978" local_entity="3" value="0" />
+        <value cell_index="981" local_entity="3" value="0" />
+        <value cell_index="984" local_entity="3" value="0" />
+        <value cell_index="987" local_entity="3" value="0" />
+        <value cell_index="990" local_entity="3" value="0" />
+        <value cell_index="993" local_entity="3" value="0" />
+        <value cell_index="996" local_entity="3" value="0" />
+        <value cell_index="999" local_entity="3" value="0" />
+        <value cell_index="1002" local_entity="3" value="0" />
+        <value cell_index="1005" local_entity="3" value="0" />
+        <value cell_index="1008" local_entity="3" value="0" />
+        <value cell_index="1011" local_entity="3" value="0" />
+        <value cell_index="1014" local_entity="3" value="0" />
+        <value cell_index="1017" local_entity="3" value="0" />
+        <value cell_index="1020" local_entity="3" value="0" />
+        <value cell_index="1023" local_entity="3" value="0" />
+        <value cell_index="1026" local_entity="3" value="0" />
+        <value cell_index="1029" local_entity="3" value="0" />
+        <value cell_index="1032" local_entity="3" value="0" />
+        <value cell_index="1035" local_entity="3" value="0" />
+        <value cell_index="1038" local_entity="3" value="0" />
+        <value cell_index="1041" local_entity="3" value="0" />
+        <value cell_index="1044" local_entity="3" value="0" />
+        <value cell_index="1047" local_entity="3" value="0" />
+        <value cell_index="1050" local_entity="3" value="0" />
+        <value cell_index="1053" local_entity="3" value="0" />
+        <value cell_index="1056" local_entity="3" value="0" />
+        <value cell_index="1059" local_entity="3" value="0" />
+        <value cell_index="1062" local_entity="3" value="0" />
+        <value cell_index="1065" local_entity="3" value="0" />
+        <value cell_index="1068" local_entity="3" value="0" />
+        <value cell_index="1071" local_entity="3" value="0" />
+        <value cell_index="1074" local_entity="3" value="0" />
+        <value cell_index="1077" local_entity="3" value="0" />
+        <value cell_index="1080" local_entity="3" value="0" />
+        <value cell_index="1083" local_entity="3" value="0" />
+        <value cell_index="1086" local_entity="3" value="0" />
+        <value cell_index="1089" local_entity="3" value="0" />
+        <value cell_index="1092" local_entity="3" value="0" />
+        <value cell_index="1095" local_entity="3" value="0" />
+        <value cell_index="1098" local_entity="3" value="0" />
+        <value cell_index="1101" local_entity="3" value="0" />
+        <value cell_index="1104" local_entity="3" value="0" />
+        <value cell_index="1107" local_entity="3" value="0" />
+        <value cell_index="1110" local_entity="3" value="0" />
+        <value cell_index="1113" local_entity="3" value="0" />
+        <value cell_index="1116" local_entity="3" value="0" />
+        <value cell_index="1119" local_entity="3" value="0" />
+        <value cell_index="1122" local_entity="3" value="0" />
+        <value cell_index="1125" local_entity="3" value="0" />
+        <value cell_index="1128" local_entity="3" value="0" />
+        <value cell_index="1131" local_entity="3" value="0" />
+        <value cell_index="1134" local_entity="3" value="0" />
+        <value cell_index="1137" local_entity="3" value="0" />
+        <value cell_index="1140" local_entity="3" value="0" />
+        <value cell_index="1143" local_entity="3" value="0" />
+        <value cell_index="1146" local_entity="3" value="0" />
+        <value cell_index="1149" local_entity="3" value="0" />
+        <value cell_index="1152" local_entity="3" value="0" />
+        <value cell_index="1155" local_entity="3" value="0" />
+        <value cell_index="1158" local_entity="3" value="0" />
+        <value cell_index="1161" local_entity="3" value="0" />
+        <value cell_index="1164" local_entity="3" value="0" />
+        <value cell_index="1167" local_entity="3" value="0" />
+        <value cell_index="1170" local_entity="3" value="0" />
+        <value cell_index="1173" local_entity="3" value="0" />
+        <value cell_index="1176" local_entity="3" value="0" />
+        <value cell_index="1179" local_entity="3" value="0" />
+        <value cell_index="1182" local_entity="3" value="0" />
+        <value cell_index="1185" local_entity="3" value="0" />
+        <value cell_index="1188" local_entity="3" value="0" />
+        <value cell_index="1191" local_entity="3" value="0" />
+        <value cell_index="1194" local_entity="3" value="0" />
+        <value cell_index="1197" local_entity="3" value="0" />
+        <value cell_index="1200" local_entity="3" value="0" />
+        <value cell_index="1203" local_entity="3" value="0" />
+        <value cell_index="1206" local_entity="3" value="0" />
+        <value cell_index="1209" local_entity="3" value="0" />
+        <value cell_index="1212" local_entity="3" value="0" />
+        <value cell_index="1215" local_entity="3" value="0" />
+        <value cell_index="1218" local_entity="3" value="0" />
+        <value cell_index="1221" local_entity="3" value="0" />
+        <value cell_index="1224" local_entity="3" value="0" />
+        <value cell_index="1227" local_entity="3" value="0" />
+        <value cell_index="1230" local_entity="3" value="0" />
+        <value cell_index="1233" local_entity="3" value="0" />
+        <value cell_index="1236" local_entity="3" value="0" />
+        <value cell_index="1239" local_entity="3" value="0" />
+        <value cell_index="1242" local_entity="3" value="0" />
+        <value cell_index="1245" local_entity="3" value="0" />
+        <value cell_index="1248" local_entity="3" value="0" />
+        <value cell_index="1251" local_entity="3" value="0" />
+        <value cell_index="1254" local_entity="3" value="0" />
+        <value cell_index="1257" local_entity="3" value="0" />
+        <value cell_index="1260" local_entity="3" value="0" />
+        <value cell_index="1263" local_entity="3" value="0" />
+        <value cell_index="1266" local_entity="3" value="0" />
+        <value cell_index="1269" local_entity="3" value="0" />
+        <value cell_index="1272" local_entity="3" value="0" />
+        <value cell_index="1275" local_entity="3" value="0" />
+        <value cell_index="1278" local_entity="3" value="0" />
+        <value cell_index="1281" local_entity="3" value="0" />
+        <value cell_index="1284" local_entity="3" value="0" />
+        <value cell_index="1287" local_entity="3" value="0" />
+        <value cell_index="1290" local_entity="3" value="0" />
+        <value cell_index="1293" local_entity="3" value="0" />
+        <value cell_index="1296" local_entity="3" value="0" />
+        <value cell_index="1299" local_entity="3" value="0" />
+        <value cell_index="1302" local_entity="3" value="0" />
+        <value cell_index="1305" local_entity="3" value="0" />
+        <value cell_index="1308" local_entity="3" value="0" />
+        <value cell_index="1311" local_entity="3" value="0" />
+        <value cell_index="1314" local_entity="3" value="0" />
+        <value cell_index="1317" local_entity="3" value="0" />
+        <value cell_index="1320" local_entity="3" value="0" />
+        <value cell_index="1323" local_entity="3" value="0" />
+        <value cell_index="1326" local_entity="3" value="0" />
+        <value cell_index="1329" local_entity="3" value="0" />
+        <value cell_index="1332" local_entity="3" value="0" />
+        <value cell_index="1335" local_entity="3" value="0" />
+        <value cell_index="1338" local_entity="3" value="0" />
+        <value cell_index="1341" local_entity="3" value="3" />
+        <value cell_index="1344" local_entity="3" value="0" />
+        <value cell_index="1347" local_entity="3" value="0" />
+        <value cell_index="1350" local_entity="3" value="0" />
+        <value cell_index="1353" local_entity="3" value="0" />
+        <value cell_index="1356" local_entity="3" value="0" />
+        <value cell_index="1359" local_entity="3" value="0" />
+        <value cell_index="1362" local_entity="3" value="0" />
+        <value cell_index="1365" local_entity="3" value="0" />
+        <value cell_index="1368" local_entity="3" value="0" />
+        <value cell_index="1371" local_entity="3" value="0" />
+        <value cell_index="1374" local_entity="3" value="0" />
+        <value cell_index="1377" local_entity="3" value="0" />
+        <value cell_index="1380" local_entity="3" value="0" />
+        <value cell_index="1383" local_entity="3" value="0" />
+        <value cell_index="1386" local_entity="3" value="0" />
+        <value cell_index="1389" local_entity="3" value="0" />
+        <value cell_index="1392" local_entity="3" value="0" />
+        <value cell_index="1395" local_entity="3" value="0" />
+        <value cell_index="1398" local_entity="3" value="0" />
+        <value cell_index="1401" local_entity="3" value="0" />
+        <value cell_index="1404" local_entity="3" value="0" />
+        <value cell_index="1407" local_entity="3" value="0" />
+        <value cell_index="1410" local_entity="3" value="0" />
+        <value cell_index="1413" local_entity="3" value="0" />
+        <value cell_index="1416" local_entity="3" value="0" />
+        <value cell_index="1419" local_entity="3" value="0" />
+        <value cell_index="1422" local_entity="3" value="0" />
+        <value cell_index="1425" local_entity="3" value="0" />
+        <value cell_index="1428" local_entity="3" value="0" />
+        <value cell_index="1431" local_entity="3" value="0" />
+        <value cell_index="1434" local_entity="3" value="0" />
+        <value cell_index="1437" local_entity="3" value="0" />
+        <value cell_index="1440" local_entity="3" value="0" />
+        <value cell_index="1443" local_entity="3" value="0" />
+        <value cell_index="1446" local_entity="3" value="0" />
+        <value cell_index="1449" local_entity="3" value="0" />
+        <value cell_index="1452" local_entity="3" value="0" />
+        <value cell_index="1455" local_entity="3" value="0" />
+        <value cell_index="1458" local_entity="3" value="0" />
+        <value cell_index="1461" local_entity="3" value="0" />
+        <value cell_index="1464" local_entity="3" value="0" />
+        <value cell_index="1467" local_entity="3" value="0" />
+        <value cell_index="1470" local_entity="3" value="0" />
+        <value cell_index="1473" local_entity="3" value="0" />
+        <value cell_index="1476" local_entity="3" value="0" />
+        <value cell_index="1479" local_entity="3" value="0" />
+        <value cell_index="1482" local_entity="3" value="0" />
+        <value cell_index="1485" local_entity="3" value="0" />
+        <value cell_index="1488" local_entity="3" value="0" />
+        <value cell_index="1491" local_entity="3" value="0" />
+        <value cell_index="1494" local_entity="3" value="0" />
+        <value cell_index="1497" local_entity="3" value="0" />
+        <value cell_index="1500" local_entity="3" value="0" />
+        <value cell_index="1503" local_entity="3" value="0" />
+        <value cell_index="1506" local_entity="3" value="0" />
+        <value cell_index="1509" local_entity="3" value="0" />
+        <value cell_index="1512" local_entity="3" value="0" />
+        <value cell_index="1515" local_entity="3" value="0" />
+        <value cell_index="1518" local_entity="3" value="0" />
+        <value cell_index="1521" local_entity="3" value="0" />
+        <value cell_index="1524" local_entity="3" value="0" />
+        <value cell_index="1527" local_entity="3" value="0" />
+        <value cell_index="1530" local_entity="3" value="0" />
+        <value cell_index="1533" local_entity="3" value="0" />
+        <value cell_index="1536" local_entity="3" value="0" />
+        <value cell_index="1539" local_entity="3" value="0" />
+        <value cell_index="1542" local_entity="3" value="0" />
+        <value cell_index="1545" local_entity="3" value="0" />
+        <value cell_index="1548" local_entity="3" value="0" />
+        <value cell_index="1551" local_entity="3" value="0" />
+        <value cell_index="1554" local_entity="3" value="0" />
+        <value cell_index="1557" local_entity="3" value="0" />
+        <value cell_index="1560" local_entity="3" value="0" />
+        <value cell_index="1563" local_entity="3" value="0" />
+        <value cell_index="1566" local_entity="3" value="0" />
+        <value cell_index="1569" local_entity="3" value="0" />
+        <value cell_index="1572" local_entity="3" value="0" />
+        <value cell_index="1575" local_entity="3" value="0" />
+        <value cell_index="1578" local_entity="3" value="0" />
+        <value cell_index="1581" local_entity="3" value="0" />
+        <value cell_index="1584" local_entity="3" value="0" />
+        <value cell_index="1587" local_entity="3" value="0" />
+        <value cell_index="1590" local_entity="3" value="0" />
+        <value cell_index="1593" local_entity="3" value="0" />
+        <value cell_index="1596" local_entity="3" value="0" />
+        <value cell_index="1599" local_entity="3" value="0" />
+        <value cell_index="1602" local_entity="3" value="0" />
+        <value cell_index="1605" local_entity="3" value="0" />
+        <value cell_index="1608" local_entity="3" value="0" />
+        <value cell_index="1611" local_entity="3" value="0" />
+        <value cell_index="1614" local_entity="3" value="0" />
+        <value cell_index="1617" local_entity="3" value="0" />
+        <value cell_index="1620" local_entity="3" value="0" />
+        <value cell_index="1623" local_entity="3" value="0" />
+        <value cell_index="1626" local_entity="3" value="0" />
+        <value cell_index="1629" local_entity="3" value="0" />
+        <value cell_index="1632" local_entity="3" value="0" />
+        <value cell_index="1635" local_entity="3" value="0" />
+        <value cell_index="1638" local_entity="3" value="0" />
+        <value cell_index="1641" local_entity="3" value="0" />
+        <value cell_index="1644" local_entity="3" value="0" />
+        <value cell_index="1647" local_entity="3" value="0" />
+        <value cell_index="1650" local_entity="3" value="0" />
+        <value cell_index="1653" local_entity="3" value="0" />
+        <value cell_index="1656" local_entity="3" value="0" />
+        <value cell_index="1659" local_entity="3" value="0" />
+        <value cell_index="1662" local_entity="3" value="0" />
+        <value cell_index="1665" local_entity="3" value="0" />
+        <value cell_index="1668" local_entity="3" value="0" />
+        <value cell_index="1671" local_entity="3" value="0" />
+        <value cell_index="1674" local_entity="3" value="0" />
+        <value cell_index="1677" local_entity="3" value="0" />
+        <value cell_index="1680" local_entity="3" value="0" />
+        <value cell_index="1683" local_entity="3" value="0" />
+        <value cell_index="1686" local_entity="3" value="0" />
+        <value cell_index="1689" local_entity="3" value="0" />
+        <value cell_index="1692" local_entity="3" value="0" />
+        <value cell_index="1695" local_entity="3" value="0" />
+        <value cell_index="1698" local_entity="3" value="0" />
+        <value cell_index="1701" local_entity="3" value="0" />
+        <value cell_index="1704" local_entity="3" value="0" />
+        <value cell_index="1707" local_entity="3" value="0" />
+        <value cell_index="1710" local_entity="3" value="0" />
+        <value cell_index="1713" local_entity="3" value="0" />
+        <value cell_index="1716" local_entity="3" value="0" />
+        <value cell_index="1719" local_entity="3" value="0" />
+        <value cell_index="1722" local_entity="3" value="0" />
+        <value cell_index="1725" local_entity="3" value="0" />
+        <value cell_index="1728" local_entity="3" value="0" />
+        <value cell_index="1731" local_entity="3" value="0" />
+        <value cell_index="1734" local_entity="3" value="0" />
+        <value cell_index="1737" local_entity="3" value="0" />
+        <value cell_index="1740" local_entity="3" value="0" />
+        <value cell_index="1743" local_entity="3" value="0" />
+        <value cell_index="1746" local_entity="3" value="0" />
+        <value cell_index="1749" local_entity="3" value="0" />
+        <value cell_index="1752" local_entity="3" value="0" />
+        <value cell_index="1755" local_entity="3" value="0" />
+        <value cell_index="1758" local_entity="3" value="0" />
+        <value cell_index="1761" local_entity="3" value="0" />
+        <value cell_index="1764" local_entity="3" value="0" />
+        <value cell_index="1767" local_entity="3" value="0" />
+        <value cell_index="1770" local_entity="3" value="0" />
+        <value cell_index="1773" local_entity="3" value="0" />
+        <value cell_index="1776" local_entity="3" value="0" />
+        <value cell_index="1779" local_entity="3" value="0" />
+        <value cell_index="1782" local_entity="3" value="0" />
+        <value cell_index="1785" local_entity="3" value="0" />
+        <value cell_index="1788" local_entity="3" value="0" />
+        <value cell_index="1791" local_entity="3" value="0" />
+        <value cell_index="1794" local_entity="3" value="0" />
+        <value cell_index="1797" local_entity="3" value="0" />
+        <value cell_index="1800" local_entity="3" value="0" />
+        <value cell_index="1803" local_entity="3" value="0" />
+        <value cell_index="1806" local_entity="3" value="0" />
+        <value cell_index="1809" local_entity="3" value="0" />
+        <value cell_index="1812" local_entity="3" value="0" />
+        <value cell_index="1815" local_entity="3" value="0" />
+        <value cell_index="1818" local_entity="3" value="0" />
+        <value cell_index="1821" local_entity="3" value="0" />
+        <value cell_index="1824" local_entity="3" value="0" />
+        <value cell_index="1827" local_entity="3" value="0" />
+        <value cell_index="1830" local_entity="3" value="0" />
+        <value cell_index="1833" local_entity="3" value="0" />
+        <value cell_index="1836" local_entity="3" value="0" />
+        <value cell_index="1839" local_entity="3" value="0" />
+        <value cell_index="1842" local_entity="3" value="0" />
+        <value cell_index="1845" local_entity="3" value="0" />
+        <value cell_index="1848" local_entity="3" value="0" />
+        <value cell_index="1851" local_entity="3" value="0" />
+        <value cell_index="1854" local_entity="3" value="0" />
+        <value cell_index="1857" local_entity="3" value="0" />
+        <value cell_index="1860" local_entity="3" value="0" />
+        <value cell_index="1863" local_entity="3" value="0" />
+        <value cell_index="1866" local_entity="3" value="0" />
+        <value cell_index="1869" local_entity="3" value="0" />
+        <value cell_index="1872" local_entity="3" value="0" />
+        <value cell_index="1875" local_entity="3" value="0" />
+        <value cell_index="1878" local_entity="3" value="0" />
+        <value cell_index="1881" local_entity="3" value="0" />
+        <value cell_index="1884" local_entity="3" value="0" />
+        <value cell_index="1887" local_entity="3" value="0" />
+        <value cell_index="1890" local_entity="3" value="0" />
+        <value cell_index="1893" local_entity="3" value="0" />
+        <value cell_index="1896" local_entity="3" value="0" />
+        <value cell_index="1899" local_entity="3" value="0" />
+        <value cell_index="1902" local_entity="3" value="0" />
+        <value cell_index="1905" local_entity="3" value="0" />
+        <value cell_index="1908" local_entity="3" value="0" />
+        <value cell_index="1911" local_entity="3" value="0" />
+        <value cell_index="1914" local_entity="3" value="0" />
+        <value cell_index="1917" local_entity="3" value="0" />
+        <value cell_index="1920" local_entity="3" value="0" />
+        <value cell_index="1923" local_entity="3" value="0" />
+        <value cell_index="1926" local_entity="3" value="0" />
+        <value cell_index="1929" local_entity="3" value="0" />
+        <value cell_index="1932" local_entity="3" value="0" />
+        <value cell_index="1935" local_entity="3" value="0" />
+        <value cell_index="1938" local_entity="3" value="2" />
+        <value cell_index="1941" local_entity="3" value="0" />
+        <value cell_index="1944" local_entity="3" value="0" />
+        <value cell_index="1947" local_entity="3" value="0" />
+        <value cell_index="1950" local_entity="3" value="0" />
+        <value cell_index="1953" local_entity="3" value="0" />
+        <value cell_index="1956" local_entity="3" value="2" />
+        <value cell_index="1959" local_entity="3" value="0" />
+        <value cell_index="1962" local_entity="3" value="0" />
+        <value cell_index="1965" local_entity="3" value="0" />
+        <value cell_index="1968" local_entity="3" value="0" />
+        <value cell_index="1971" local_entity="3" value="0" />
+        <value cell_index="1974" local_entity="3" value="0" />
+        <value cell_index="1977" local_entity="3" value="0" />
+        <value cell_index="1980" local_entity="3" value="0" />
+        <value cell_index="1983" local_entity="3" value="0" />
+        <value cell_index="1986" local_entity="3" value="0" />
+        <value cell_index="1989" local_entity="3" value="0" />
+        <value cell_index="1992" local_entity="3" value="0" />
+        <value cell_index="1995" local_entity="3" value="0" />
+        <value cell_index="1998" local_entity="3" value="0" />
+        <value cell_index="2001" local_entity="3" value="0" />
+        <value cell_index="2004" local_entity="3" value="0" />
+        <value cell_index="2007" local_entity="3" value="0" />
+        <value cell_index="2010" local_entity="3" value="0" />
+        <value cell_index="2013" local_entity="3" value="0" />
+        <value cell_index="2016" local_entity="3" value="0" />
+        <value cell_index="2019" local_entity="3" value="0" />
+        <value cell_index="2022" local_entity="3" value="0" />
+        <value cell_index="2025" local_entity="3" value="0" />
+        <value cell_index="2028" local_entity="3" value="0" />
+        <value cell_index="2031" local_entity="3" value="0" />
+        <value cell_index="2034" local_entity="3" value="0" />
+        <value cell_index="2037" local_entity="3" value="0" />
+        <value cell_index="2040" local_entity="3" value="0" />
+        <value cell_index="2043" local_entity="3" value="0" />
+        <value cell_index="2046" local_entity="3" value="0" />
+        <value cell_index="2049" local_entity="3" value="0" />
+        <value cell_index="2052" local_entity="3" value="0" />
+        <value cell_index="2055" local_entity="3" value="0" />
+        <value cell_index="2058" local_entity="3" value="0" />
+        <value cell_index="2061" local_entity="3" value="0" />
+        <value cell_index="2064" local_entity="3" value="0" />
+        <value cell_index="2067" local_entity="3" value="0" />
+        <value cell_index="2070" local_entity="3" value="0" />
+        <value cell_index="2073" local_entity="3" value="0" />
+        <value cell_index="2076" local_entity="3" value="0" />
+        <value cell_index="2079" local_entity="3" value="0" />
+        <value cell_index="2082" local_entity="3" value="0" />
+        <value cell_index="2085" local_entity="3" value="0" />
+        <value cell_index="2088" local_entity="3" value="0" />
+        <value cell_index="2091" local_entity="3" value="0" />
+        <value cell_index="2094" local_entity="3" value="0" />
+        <value cell_index="2097" local_entity="3" value="0" />
+        <value cell_index="2100" local_entity="3" value="0" />
+        <value cell_index="2103" local_entity="3" value="0" />
+        <value cell_index="2106" local_entity="3" value="0" />
+        <value cell_index="2109" local_entity="3" value="0" />
+        <value cell_index="2112" local_entity="3" value="0" />
+        <value cell_index="2115" local_entity="3" value="0" />
+        <value cell_index="2118" local_entity="3" value="0" />
+        <value cell_index="2121" local_entity="3" value="0" />
+        <value cell_index="2124" local_entity="3" value="0" />
+        <value cell_index="2127" local_entity="3" value="0" />
+        <value cell_index="2130" local_entity="3" value="0" />
+        <value cell_index="2133" local_entity="3" value="0" />
+        <value cell_index="2136" local_entity="3" value="0" />
+        <value cell_index="2139" local_entity="3" value="0" />
+        <value cell_index="2142" local_entity="3" value="0" />
+        <value cell_index="2145" local_entity="3" value="0" />
+        <value cell_index="2148" local_entity="3" value="0" />
+        <value cell_index="2151" local_entity="3" value="0" />
+        <value cell_index="2154" local_entity="3" value="0" />
+        <value cell_index="2157" local_entity="3" value="0" />
+        <value cell_index="2160" local_entity="3" value="0" />
+        <value cell_index="2163" local_entity="3" value="0" />
+        <value cell_index="2166" local_entity="3" value="0" />
+        <value cell_index="2169" local_entity="3" value="0" />
+        <value cell_index="2172" local_entity="3" value="3" />
+        <value cell_index="2175" local_entity="3" value="0" />
+        <value cell_index="2178" local_entity="3" value="0" />
+        <value cell_index="2181" local_entity="3" value="0" />
+        <value cell_index="2184" local_entity="3" value="0" />
+        <value cell_index="2187" local_entity="3" value="0" />
+        <value cell_index="2190" local_entity="3" value="0" />
+        <value cell_index="2193" local_entity="3" value="0" />
+        <value cell_index="2196" local_entity="3" value="0" />
+        <value cell_index="2199" local_entity="3" value="0" />
+        <value cell_index="2202" local_entity="3" value="0" />
+        <value cell_index="2205" local_entity="3" value="0" />
+        <value cell_index="2208" local_entity="3" value="2" />
+        <value cell_index="2211" local_entity="3" value="0" />
+        <value cell_index="2214" local_entity="3" value="0" />
+        <value cell_index="2217" local_entity="3" value="0" />
+        <value cell_index="2220" local_entity="3" value="0" />
+        <value cell_index="2223" local_entity="3" value="0" />
+        <value cell_index="2226" local_entity="3" value="0" />
+        <value cell_index="2229" local_entity="3" value="0" />
+        <value cell_index="2232" local_entity="3" value="0" />
+        <value cell_index="2235" local_entity="3" value="0" />
+        <value cell_index="2238" local_entity="3" value="0" />
+        <value cell_index="2241" local_entity="3" value="0" />
+        <value cell_index="2244" local_entity="3" value="0" />
+        <value cell_index="2247" local_entity="3" value="0" />
+        <value cell_index="2250" local_entity="3" value="0" />
+        <value cell_index="2253" local_entity="3" value="0" />
+        <value cell_index="2256" local_entity="3" value="0" />
+        <value cell_index="2259" local_entity="3" value="0" />
+        <value cell_index="2262" local_entity="3" value="0" />
+        <value cell_index="2265" local_entity="3" value="0" />
+        <value cell_index="2268" local_entity="3" value="0" />
+        <value cell_index="2271" local_entity="3" value="0" />
+        <value cell_index="2274" local_entity="3" value="0" />
+        <value cell_index="2277" local_entity="3" value="0" />
+        <value cell_index="2280" local_entity="3" value="0" />
+        <value cell_index="2283" local_entity="3" value="0" />
+        <value cell_index="2286" local_entity="3" value="0" />
+        <value cell_index="2289" local_entity="3" value="0" />
+        <value cell_index="2292" local_entity="3" value="0" />
+        <value cell_index="2295" local_entity="3" value="0" />
+        <value cell_index="2298" local_entity="3" value="0" />
+        <value cell_index="2301" local_entity="3" value="0" />
+        <value cell_index="2304" local_entity="3" value="0" />
+        <value cell_index="2307" local_entity="3" value="0" />
+        <value cell_index="2310" local_entity="3" value="0" />
+        <value cell_index="2313" local_entity="3" value="0" />
+        <value cell_index="2316" local_entity="3" value="0" />
+        <value cell_index="2319" local_entity="3" value="0" />
+        <value cell_index="2322" local_entity="3" value="0" />
+        <value cell_index="2325" local_entity="3" value="0" />
+        <value cell_index="2328" local_entity="3" value="0" />
+        <value cell_index="2331" local_entity="3" value="0" />
+        <value cell_index="2334" local_entity="3" value="0" />
+        <value cell_index="2337" local_entity="3" value="0" />
+        <value cell_index="2340" local_entity="3" value="0" />
+        <value cell_index="2343" local_entity="3" value="0" />
+        <value cell_index="2346" local_entity="3" value="0" />
+        <value cell_index="2349" local_entity="3" value="0" />
+        <value cell_index="2352" local_entity="3" value="0" />
+        <value cell_index="2355" local_entity="3" value="0" />
+        <value cell_index="2358" local_entity="3" value="0" />
+        <value cell_index="2361" local_entity="3" value="0" />
+        <value cell_index="2364" local_entity="3" value="0" />
+        <value cell_index="2367" local_entity="3" value="0" />
+        <value cell_index="2370" local_entity="3" value="0" />
+        <value cell_index="2373" local_entity="3" value="0" />
+        <value cell_index="2376" local_entity="3" value="0" />
+        <value cell_index="2379" local_entity="3" value="0" />
+        <value cell_index="2382" local_entity="3" value="0" />
+        <value cell_index="2385" local_entity="3" value="0" />
+        <value cell_index="2388" local_entity="3" value="0" />
+        <value cell_index="2391" local_entity="3" value="0" />
+        <value cell_index="2394" local_entity="3" value="0" />
+        <value cell_index="2397" local_entity="3" value="0" />
+        <value cell_index="2400" local_entity="3" value="0" />
+        <value cell_index="2403" local_entity="3" value="0" />
+        <value cell_index="2406" local_entity="3" value="0" />
+        <value cell_index="2409" local_entity="3" value="0" />
+        <value cell_index="2412" local_entity="3" value="0" />
+        <value cell_index="2415" local_entity="3" value="0" />
+        <value cell_index="2418" local_entity="3" value="0" />
+        <value cell_index="2421" local_entity="3" value="0" />
+        <value cell_index="2424" local_entity="3" value="0" />
+        <value cell_index="2427" local_entity="3" value="0" />
+        <value cell_index="2430" local_entity="3" value="0" />
+        <value cell_index="2433" local_entity="3" value="0" />
+        <value cell_index="2436" local_entity="3" value="0" />
+        <value cell_index="2439" local_entity="3" value="0" />
+        <value cell_index="2442" local_entity="3" value="0" />
+        <value cell_index="2445" local_entity="3" value="0" />
+        <value cell_index="2448" local_entity="3" value="0" />
+        <value cell_index="2451" local_entity="3" value="0" />
+        <value cell_index="2454" local_entity="3" value="0" />
+        <value cell_index="2457" local_entity="3" value="0" />
+        <value cell_index="2460" local_entity="3" value="0" />
+        <value cell_index="2463" local_entity="3" value="0" />
+        <value cell_index="2466" local_entity="3" value="0" />
+        <value cell_index="2469" local_entity="3" value="0" />
+        <value cell_index="2472" local_entity="3" value="0" />
+        <value cell_index="2475" local_entity="3" value="0" />
+        <value cell_index="2478" local_entity="3" value="0" />
+        <value cell_index="2481" local_entity="3" value="0" />
+        <value cell_index="2484" local_entity="3" value="0" />
+        <value cell_index="2487" local_entity="3" value="1" />
+        <value cell_index="2490" local_entity="3" value="0" />
+        <value cell_index="2493" local_entity="3" value="0" />
+        <value cell_index="2496" local_entity="3" value="0" />
+        <value cell_index="2499" local_entity="3" value="0" />
+        <value cell_index="2502" local_entity="3" value="1" />
+        <value cell_index="2505" local_entity="3" value="0" />
+        <value cell_index="2508" local_entity="3" value="0" />
+        <value cell_index="2511" local_entity="3" value="0" />
+        <value cell_index="2514" local_entity="3" value="0" />
+        <value cell_index="2517" local_entity="3" value="0" />
+        <value cell_index="2520" local_entity="3" value="0" />
+        <value cell_index="2523" local_entity="3" value="0" />
+        <value cell_index="2526" local_entity="3" value="0" />
+        <value cell_index="2529" local_entity="3" value="0" />
+        <value cell_index="2532" local_entity="3" value="0" />
+        <value cell_index="2535" local_entity="3" value="0" />
+        <value cell_index="2538" local_entity="3" value="0" />
+        <value cell_index="2541" local_entity="3" value="0" />
+        <value cell_index="2544" local_entity="3" value="0" />
+        <value cell_index="2547" local_entity="3" value="0" />
+        <value cell_index="2550" local_entity="3" value="0" />
+        <value cell_index="2553" local_entity="3" value="0" />
+        <value cell_index="2556" local_entity="3" value="0" />
+        <value cell_index="2559" local_entity="3" value="0" />
+        <value cell_index="2562" local_entity="3" value="0" />
+        <value cell_index="2565" local_entity="3" value="0" />
+        <value cell_index="2568" local_entity="3" value="0" />
+        <value cell_index="2571" local_entity="3" value="0" />
+        <value cell_index="2574" local_entity="3" value="0" />
+        <value cell_index="2577" local_entity="3" value="0" />
+        <value cell_index="2580" local_entity="3" value="0" />
+        <value cell_index="2583" local_entity="3" value="0" />
+        <value cell_index="2586" local_entity="3" value="0" />
+        <value cell_index="2589" local_entity="3" value="0" />
+        <value cell_index="2592" local_entity="3" value="0" />
+        <value cell_index="2595" local_entity="3" value="0" />
+        <value cell_index="2598" local_entity="3" value="0" />
+        <value cell_index="2601" local_entity="3" value="0" />
+        <value cell_index="2604" local_entity="3" value="0" />
+        <value cell_index="2607" local_entity="3" value="0" />
+        <value cell_index="2610" local_entity="3" value="0" />
+        <value cell_index="2613" local_entity="3" value="0" />
+        <value cell_index="2616" local_entity="3" value="0" />
+        <value cell_index="2619" local_entity="3" value="0" />
+        <value cell_index="2622" local_entity="3" value="0" />
+        <value cell_index="2625" local_entity="3" value="0" />
+        <value cell_index="2628" local_entity="3" value="0" />
+        <value cell_index="2631" local_entity="3" value="0" />
+        <value cell_index="2634" local_entity="3" value="0" />
+        <value cell_index="2637" local_entity="3" value="0" />
+        <value cell_index="2640" local_entity="3" value="0" />
+        <value cell_index="2643" local_entity="3" value="0" />
+        <value cell_index="2646" local_entity="3" value="0" />
+        <value cell_index="2649" local_entity="3" value="0" />
+        <value cell_index="2652" local_entity="3" value="0" />
+        <value cell_index="2655" local_entity="3" value="0" />
+        <value cell_index="2658" local_entity="3" value="0" />
+        <value cell_index="2661" local_entity="3" value="0" />
+        <value cell_index="2664" local_entity="3" value="0" />
+        <value cell_index="2667" local_entity="3" value="0" />
+        <value cell_index="2670" local_entity="3" value="0" />
+        <value cell_index="2673" local_entity="3" value="0" />
+        <value cell_index="2676" local_entity="3" value="0" />
+        <value cell_index="2679" local_entity="3" value="0" />
+        <value cell_index="2682" local_entity="3" value="0" />
+        <value cell_index="2685" local_entity="3" value="0" />
+        <value cell_index="2688" local_entity="3" value="0" />
+        <value cell_index="2691" local_entity="3" value="0" />
+        <value cell_index="2694" local_entity="3" value="0" />
+        <value cell_index="2697" local_entity="3" value="0" />
+        <value cell_index="2700" local_entity="3" value="0" />
+        <value cell_index="2703" local_entity="3" value="0" />
+        <value cell_index="2706" local_entity="3" value="3" />
+        <value cell_index="2709" local_entity="3" value="3" />
+        <value cell_index="2712" local_entity="3" value="0" />
+        <value cell_index="2715" local_entity="3" value="0" />
+        <value cell_index="2718" local_entity="3" value="0" />
+        <value cell_index="2721" local_entity="3" value="3" />
+        <value cell_index="2724" local_entity="3" value="1" />
+        <value cell_index="2727" local_entity="3" value="0" />
+        <value cell_index="2730" local_entity="3" value="0" />
+        <value cell_index="2733" local_entity="3" value="0" />
+        <value cell_index="2736" local_entity="3" value="0" />
+        <value cell_index="2739" local_entity="3" value="0" />
+        <value cell_index="2742" local_entity="3" value="0" />
+        <value cell_index="2745" local_entity="3" value="0" />
+        <value cell_index="2748" local_entity="3" value="0" />
+        <value cell_index="2751" local_entity="3" value="0" />
+        <value cell_index="2754" local_entity="3" value="0" />
+        <value cell_index="2757" local_entity="3" value="0" />
+        <value cell_index="2760" local_entity="3" value="0" />
+        <value cell_index="2763" local_entity="3" value="0" />
+        <value cell_index="2766" local_entity="3" value="0" />
+        <value cell_index="2769" local_entity="3" value="0" />
+        <value cell_index="2772" local_entity="3" value="0" />
+        <value cell_index="2775" local_entity="3" value="0" />
+        <value cell_index="2778" local_entity="3" value="0" />
+        <value cell_index="2781" local_entity="3" value="0" />
+        <value cell_index="2784" local_entity="3" value="0" />
+        <value cell_index="2787" local_entity="3" value="0" />
+        <value cell_index="2790" local_entity="3" value="0" />
+        <value cell_index="2793" local_entity="3" value="0" />
+        <value cell_index="2796" local_entity="3" value="0" />
+        <value cell_index="2799" local_entity="3" value="0" />
+        <value cell_index="2802" local_entity="3" value="0" />
+        <value cell_index="2805" local_entity="3" value="0" />
+        <value cell_index="2808" local_entity="3" value="0" />
+        <value cell_index="2811" local_entity="3" value="0" />
+        <value cell_index="2814" local_entity="3" value="0" />
+        <value cell_index="2817" local_entity="3" value="0" />
+        <value cell_index="2820" local_entity="3" value="0" />
+        <value cell_index="2823" local_entity="3" value="0" />
+        <value cell_index="2826" local_entity="3" value="0" />
+        <value cell_index="2829" local_entity="3" value="0" />
+        <value cell_index="2832" local_entity="3" value="0" />
+        <value cell_index="2835" local_entity="3" value="0" />
+        <value cell_index="2838" local_entity="3" value="0" />
+        <value cell_index="2841" local_entity="3" value="0" />
+        <value cell_index="2844" local_entity="3" value="0" />
+        <value cell_index="2847" local_entity="3" value="0" />
+        <value cell_index="2850" local_entity="3" value="0" />
+        <value cell_index="2853" local_entity="3" value="0" />
+        <value cell_index="2856" local_entity="3" value="0" />
+        <value cell_index="2859" local_entity="3" value="0" />
+        <value cell_index="2862" local_entity="3" value="0" />
+        <value cell_index="2865" local_entity="3" value="0" />
+        <value cell_index="2868" local_entity="3" value="0" />
+        <value cell_index="2871" local_entity="3" value="0" />
+        <value cell_index="2874" local_entity="3" value="0" />
+        <value cell_index="2877" local_entity="3" value="0" />
+        <value cell_index="2880" local_entity="3" value="0" />
+        <value cell_index="2883" local_entity="3" value="0" />
+        <value cell_index="2886" local_entity="3" value="0" />
+        <value cell_index="2889" local_entity="3" value="0" />
+        <value cell_index="2892" local_entity="3" value="0" />
+        <value cell_index="2895" local_entity="3" value="0" />
+        <value cell_index="2898" local_entity="3" value="0" />
+        <value cell_index="2901" local_entity="3" value="0" />
+        <value cell_index="2904" local_entity="3" value="0" />
+        <value cell_index="2907" local_entity="3" value="0" />
+        <value cell_index="2910" local_entity="3" value="0" />
+        <value cell_index="2913" local_entity="3" value="0" />
+        <value cell_index="2916" local_entity="3" value="0" />
+        <value cell_index="2919" local_entity="3" value="0" />
+        <value cell_index="2922" local_entity="3" value="0" />
+        <value cell_index="2925" local_entity="3" value="0" />
+        <value cell_index="2928" local_entity="3" value="1" />
+        <value cell_index="2931" local_entity="3" value="1" />
+        <value cell_index="2934" local_entity="3" value="0" />
+        <value cell_index="2937" local_entity="3" value="0" />
+        <value cell_index="2940" local_entity="3" value="0" />
+        <value cell_index="2943" local_entity="3" value="0" />
+        <value cell_index="2946" local_entity="3" value="0" />
+        <value cell_index="2949" local_entity="3" value="0" />
+        <value cell_index="2952" local_entity="3" value="0" />
+        <value cell_index="2955" local_entity="3" value="0" />
+        <value cell_index="2958" local_entity="3" value="0" />
+        <value cell_index="2961" local_entity="3" value="0" />
+        <value cell_index="2964" local_entity="3" value="0" />
+        <value cell_index="2967" local_entity="3" value="0" />
+        <value cell_index="2970" local_entity="3" value="0" />
+        <value cell_index="2973" local_entity="3" value="0" />
+        <value cell_index="2976" local_entity="3" value="0" />
+        <value cell_index="2979" local_entity="3" value="0" />
+        <value cell_index="2982" local_entity="3" value="0" />
+        <value cell_index="2985" local_entity="3" value="0" />
+        <value cell_index="2988" local_entity="3" value="0" />
+        <value cell_index="2991" local_entity="3" value="0" />
+        <value cell_index="2994" local_entity="3" value="0" />
+        <value cell_index="2997" local_entity="3" value="0" />
+        <value cell_index="3000" local_entity="3" value="0" />
+        <value cell_index="3003" local_entity="3" value="0" />
+        <value cell_index="3006" local_entity="3" value="0" />
+        <value cell_index="3009" local_entity="3" value="0" />
+        <value cell_index="3012" local_entity="3" value="0" />
+        <value cell_index="3015" local_entity="3" value="0" />
+        <value cell_index="3018" local_entity="3" value="0" />
+        <value cell_index="3021" local_entity="3" value="0" />
+        <value cell_index="3024" local_entity="3" value="0" />
+        <value cell_index="3027" local_entity="3" value="0" />
+        <value cell_index="3030" local_entity="3" value="0" />
+        <value cell_index="3033" local_entity="3" value="0" />
+        <value cell_index="3036" local_entity="3" value="0" />
+        <value cell_index="3039" local_entity="3" value="0" />
+        <value cell_index="3042" local_entity="3" value="0" />
+        <value cell_index="3045" local_entity="3" value="0" />
+        <value cell_index="3048" local_entity="3" value="0" />
+        <value cell_index="3051" local_entity="3" value="0" />
+        <value cell_index="3054" local_entity="3" value="0" />
+        <value cell_index="3057" local_entity="3" value="0" />
+        <value cell_index="3060" local_entity="3" value="0" />
+        <value cell_index="3063" local_entity="3" value="0" />
+        <value cell_index="3066" local_entity="3" value="0" />
+        <value cell_index="3069" local_entity="3" value="0" />
+        <value cell_index="3072" local_entity="3" value="0" />
+        <value cell_index="3075" local_entity="3" value="0" />
+        <value cell_index="3078" local_entity="3" value="0" />
+        <value cell_index="3081" local_entity="3" value="0" />
+        <value cell_index="3084" local_entity="3" value="0" />
+        <value cell_index="3087" local_entity="3" value="0" />
+        <value cell_index="3090" local_entity="3" value="0" />
+        <value cell_index="3093" local_entity="3" value="0" />
+        <value cell_index="3096" local_entity="3" value="0" />
+        <value cell_index="3099" local_entity="3" value="0" />
+        <value cell_index="3102" local_entity="3" value="0" />
+        <value cell_index="3105" local_entity="3" value="0" />
+        <value cell_index="3108" local_entity="3" value="0" />
+        <value cell_index="3111" local_entity="3" value="0" />
+        <value cell_index="3114" local_entity="3" value="0" />
+        <value cell_index="3117" local_entity="3" value="0" />
+        <value cell_index="3120" local_entity="3" value="0" />
+        <value cell_index="3123" local_entity="3" value="0" />
+        <value cell_index="3126" local_entity="3" value="0" />
+        <value cell_index="3129" local_entity="3" value="0" />
+        <value cell_index="3132" local_entity="3" value="0" />
+        <value cell_index="3135" local_entity="3" value="0" />
+        <value cell_index="3138" local_entity="3" value="0" />
+        <value cell_index="3141" local_entity="3" value="0" />
+        <value cell_index="3144" local_entity="3" value="0" />
+        <value cell_index="3147" local_entity="3" value="0" />
+        <value cell_index="3150" local_entity="3" value="0" />
+        <value cell_index="3153" local_entity="3" value="0" />
+        <value cell_index="3156" local_entity="3" value="0" />
+        <value cell_index="3159" local_entity="3" value="0" />
+        <value cell_index="3162" local_entity="3" value="0" />
+        <value cell_index="3165" local_entity="3" value="0" />
+        <value cell_index="3168" local_entity="3" value="0" />
+        <value cell_index="3171" local_entity="3" value="0" />
+        <value cell_index="3174" local_entity="3" value="0" />
+        <value cell_index="3177" local_entity="3" value="0" />
+        <value cell_index="3180" local_entity="3" value="0" />
+        <value cell_index="3183" local_entity="3" value="0" />
+        <value cell_index="3186" local_entity="3" value="0" />
+        <value cell_index="3189" local_entity="3" value="0" />
+        <value cell_index="3192" local_entity="3" value="0" />
+        <value cell_index="3195" local_entity="3" value="0" />
+        <value cell_index="3198" local_entity="3" value="0" />
+        <value cell_index="3201" local_entity="3" value="1" />
+        <value cell_index="3204" local_entity="3" value="1" />
+        <value cell_index="3207" local_entity="3" value="0" />
+        <value cell_index="3210" local_entity="3" value="0" />
+        <value cell_index="3213" local_entity="3" value="3" />
+        <value cell_index="3216" local_entity="3" value="3" />
+        <value cell_index="3219" local_entity="3" value="0" />
+        <value cell_index="3222" local_entity="3" value="0" />
+        <value cell_index="3225" local_entity="3" value="0" />
+        <value cell_index="3228" local_entity="3" value="0" />
+        <value cell_index="3231" local_entity="3" value="0" />
+        <value cell_index="3234" local_entity="3" value="0" />
+        <value cell_index="3237" local_entity="3" value="1" />
+        <value cell_index="3240" local_entity="3" value="0" />
+        <value cell_index="3243" local_entity="3" value="0" />
+        <value cell_index="3246" local_entity="3" value="0" />
+        <value cell_index="3249" local_entity="3" value="0" />
+        <value cell_index="3252" local_entity="3" value="0" />
+        <value cell_index="3255" local_entity="3" value="0" />
+        <value cell_index="3258" local_entity="3" value="0" />
+        <value cell_index="3261" local_entity="3" value="0" />
+        <value cell_index="3264" local_entity="3" value="0" />
+        <value cell_index="3267" local_entity="3" value="0" />
+        <value cell_index="3270" local_entity="3" value="0" />
+        <value cell_index="3273" local_entity="3" value="0" />
+        <value cell_index="3276" local_entity="3" value="0" />
+        <value cell_index="3279" local_entity="3" value="0" />
+        <value cell_index="3282" local_entity="3" value="0" />
+        <value cell_index="3285" local_entity="3" value="0" />
+        <value cell_index="3288" local_entity="3" value="0" />
+        <value cell_index="3291" local_entity="3" value="0" />
+        <value cell_index="3294" local_entity="3" value="0" />
+        <value cell_index="3297" local_entity="3" value="0" />
+        <value cell_index="3300" local_entity="3" value="0" />
+        <value cell_index="3303" local_entity="3" value="0" />
+        <value cell_index="3306" local_entity="3" value="0" />
+        <value cell_index="3309" local_entity="3" value="0" />
+        <value cell_index="3312" local_entity="3" value="0" />
+        <value cell_index="3315" local_entity="3" value="0" />
+        <value cell_index="3318" local_entity="3" value="0" />
+        <value cell_index="3321" local_entity="3" value="0" />
+        <value cell_index="3324" local_entity="3" value="0" />
+        <value cell_index="3327" local_entity="3" value="0" />
+        <value cell_index="3330" local_entity="3" value="0" />
+        <value cell_index="3333" local_entity="3" value="0" />
+        <value cell_index="3336" local_entity="3" value="0" />
+        <value cell_index="3339" local_entity="3" value="0" />
+        <value cell_index="3342" local_entity="3" value="0" />
+        <value cell_index="3345" local_entity="3" value="0" />
+        <value cell_index="3348" local_entity="3" value="0" />
+        <value cell_index="3351" local_entity="3" value="0" />
+        <value cell_index="3354" local_entity="3" value="0" />
+        <value cell_index="3357" local_entity="3" value="0" />
+        <value cell_index="3360" local_entity="3" value="0" />
+        <value cell_index="3363" local_entity="3" value="0" />
+        <value cell_index="3366" local_entity="3" value="0" />
+        <value cell_index="3369" local_entity="3" value="0" />
+        <value cell_index="3372" local_entity="3" value="0" />
+        <value cell_index="3375" local_entity="3" value="0" />
+        <value cell_index="3378" local_entity="3" value="0" />
+        <value cell_index="3381" local_entity="3" value="0" />
+        <value cell_index="3384" local_entity="3" value="0" />
+        <value cell_index="3387" local_entity="3" value="0" />
+        <value cell_index="3390" local_entity="3" value="0" />
+        <value cell_index="3393" local_entity="3" value="0" />
+        <value cell_index="3396" local_entity="3" value="0" />
+        <value cell_index="3399" local_entity="3" value="0" />
+        <value cell_index="3402" local_entity="3" value="0" />
+        <value cell_index="3405" local_entity="3" value="0" />
+        <value cell_index="3408" local_entity="3" value="0" />
+        <value cell_index="3411" local_entity="3" value="0" />
+        <value cell_index="3414" local_entity="3" value="0" />
+        <value cell_index="3417" local_entity="3" value="0" />
+        <value cell_index="3420" local_entity="3" value="0" />
+        <value cell_index="3423" local_entity="3" value="0" />
+        <value cell_index="3426" local_entity="3" value="0" />
+        <value cell_index="3429" local_entity="3" value="0" />
+        <value cell_index="3432" local_entity="3" value="0" />
+        <value cell_index="3435" local_entity="3" value="0" />
+        <value cell_index="3438" local_entity="3" value="0" />
+        <value cell_index="3441" local_entity="3" value="0" />
+        <value cell_index="3444" local_entity="3" value="0" />
+        <value cell_index="3447" local_entity="3" value="0" />
+        <value cell_index="3450" local_entity="3" value="0" />
+        <value cell_index="3453" local_entity="3" value="0" />
+        <value cell_index="3456" local_entity="3" value="1" />
+        <value cell_index="3459" local_entity="3" value="1" />
+        <value cell_index="3462" local_entity="3" value="0" />
+        <value cell_index="3465" local_entity="3" value="3" />
+        <value cell_index="3468" local_entity="3" value="0" />
+        <value cell_index="3471" local_entity="3" value="0" />
+        <value cell_index="3474" local_entity="3" value="0" />
+        <value cell_index="3477" local_entity="3" value="0" />
+        <value cell_index="3480" local_entity="3" value="0" />
+        <value cell_index="3483" local_entity="3" value="0" />
+        <value cell_index="3486" local_entity="3" value="0" />
+        <value cell_index="3489" local_entity="3" value="0" />
+        <value cell_index="3492" local_entity="3" value="0" />
+        <value cell_index="3495" local_entity="3" value="0" />
+        <value cell_index="3498" local_entity="3" value="0" />
+        <value cell_index="3501" local_entity="3" value="0" />
+        <value cell_index="3504" local_entity="3" value="0" />
+        <value cell_index="3507" local_entity="3" value="0" />
+        <value cell_index="3510" local_entity="3" value="0" />
+        <value cell_index="3513" local_entity="3" value="0" />
+        <value cell_index="3516" local_entity="3" value="0" />
+        <value cell_index="3519" local_entity="3" value="0" />
+        <value cell_index="3522" local_entity="3" value="1" />
+        <value cell_index="3525" local_entity="3" value="1" />
+        <value cell_index="3528" local_entity="3" value="0" />
+        <value cell_index="3531" local_entity="3" value="0" />
+        <value cell_index="3534" local_entity="3" value="0" />
+        <value cell_index="3537" local_entity="3" value="0" />
+        <value cell_index="3540" local_entity="3" value="0" />
+        <value cell_index="3543" local_entity="3" value="0" />
+        <value cell_index="3546" local_entity="3" value="0" />
+        <value cell_index="3549" local_entity="3" value="0" />
+        <value cell_index="3552" local_entity="3" value="0" />
+        <value cell_index="3555" local_entity="3" value="0" />
+        <value cell_index="3558" local_entity="3" value="0" />
+        <value cell_index="3561" local_entity="3" value="0" />
+        <value cell_index="3564" local_entity="3" value="0" />
+        <value cell_index="3567" local_entity="3" value="0" />
+        <value cell_index="3570" local_entity="3" value="0" />
+        <value cell_index="3573" local_entity="3" value="0" />
+        <value cell_index="3576" local_entity="3" value="0" />
+        <value cell_index="3579" local_entity="3" value="0" />
+        <value cell_index="3582" local_entity="3" value="0" />
+        <value cell_index="3585" local_entity="3" value="0" />
+        <value cell_index="3588" local_entity="3" value="0" />
+        <value cell_index="3591" local_entity="3" value="0" />
+        <value cell_index="3594" local_entity="3" value="0" />
+        <value cell_index="3597" local_entity="3" value="0" />
+        <value cell_index="3600" local_entity="3" value="0" />
+        <value cell_index="3603" local_entity="3" value="0" />
+        <value cell_index="3606" local_entity="3" value="0" />
+        <value cell_index="3609" local_entity="3" value="0" />
+        <value cell_index="3612" local_entity="3" value="0" />
+        <value cell_index="3615" local_entity="3" value="0" />
+        <value cell_index="3618" local_entity="3" value="0" />
+        <value cell_index="3621" local_entity="3" value="0" />
+        <value cell_index="3624" local_entity="3" value="0" />
+        <value cell_index="3627" local_entity="3" value="0" />
+        <value cell_index="3630" local_entity="3" value="0" />
+        <value cell_index="3633" local_entity="3" value="0" />
+        <value cell_index="3636" local_entity="3" value="0" />
+        <value cell_index="3639" local_entity="3" value="0" />
+        <value cell_index="3642" local_entity="3" value="0" />
+        <value cell_index="3645" local_entity="3" value="0" />
+        <value cell_index="3648" local_entity="3" value="0" />
+        <value cell_index="3651" local_entity="3" value="0" />
+        <value cell_index="3654" local_entity="3" value="0" />
+        <value cell_index="3657" local_entity="3" value="0" />
+        <value cell_index="3660" local_entity="3" value="0" />
+        <value cell_index="3663" local_entity="3" value="0" />
+        <value cell_index="3666" local_entity="3" value="0" />
+        <value cell_index="3669" local_entity="3" value="0" />
+        <value cell_index="3672" local_entity="3" value="0" />
+        <value cell_index="3675" local_entity="3" value="0" />
+        <value cell_index="3678" local_entity="3" value="0" />
+        <value cell_index="3681" local_entity="3" value="0" />
+        <value cell_index="3684" local_entity="3" value="0" />
+        <value cell_index="3687" local_entity="3" value="0" />
+        <value cell_index="3690" local_entity="3" value="0" />
+        <value cell_index="3693" local_entity="3" value="0" />
+        <value cell_index="3696" local_entity="3" value="0" />
+        <value cell_index="3699" local_entity="3" value="0" />
+        <value cell_index="3702" local_entity="3" value="0" />
+        <value cell_index="3705" local_entity="3" value="0" />
+        <value cell_index="3708" local_entity="3" value="0" />
+        <value cell_index="3711" local_entity="3" value="0" />
+        <value cell_index="3714" local_entity="3" value="0" />
+        <value cell_index="3717" local_entity="3" value="0" />
+        <value cell_index="3720" local_entity="3" value="0" />
+        <value cell_index="3723" local_entity="3" value="0" />
+        <value cell_index="3726" local_entity="3" value="0" />
+        <value cell_index="3729" local_entity="3" value="0" />
+        <value cell_index="3732" local_entity="3" value="0" />
+        <value cell_index="3735" local_entity="3" value="0" />
+        <value cell_index="3738" local_entity="3" value="0" />
+        <value cell_index="3741" local_entity="3" value="0" />
+        <value cell_index="3744" local_entity="3" value="0" />
+        <value cell_index="3747" local_entity="3" value="0" />
+        <value cell_index="3750" local_entity="3" value="0" />
+        <value cell_index="3753" local_entity="3" value="0" />
+        <value cell_index="3756" local_entity="3" value="0" />
+        <value cell_index="3759" local_entity="3" value="0" />
+        <value cell_index="3762" local_entity="3" value="0" />
+        <value cell_index="3765" local_entity="3" value="0" />
+        <value cell_index="3768" local_entity="3" value="0" />
+        <value cell_index="3771" local_entity="3" value="0" />
+        <value cell_index="3774" local_entity="3" value="0" />
+        <value cell_index="3777" local_entity="3" value="0" />
+        <value cell_index="3780" local_entity="3" value="0" />
+        <value cell_index="3783" local_entity="3" value="0" />
+        <value cell_index="3786" local_entity="3" value="0" />
+        <value cell_index="3789" local_entity="3" value="0" />
+        <value cell_index="3792" local_entity="3" value="0" />
+        <value cell_index="3795" local_entity="3" value="0" />
+        <value cell_index="3798" local_entity="3" value="0" />
+        <value cell_index="3801" local_entity="3" value="0" />
+        <value cell_index="3804" local_entity="3" value="0" />
+        <value cell_index="3807" local_entity="3" value="0" />
+        <value cell_index="3810" local_entity="3" value="0" />
+        <value cell_index="3813" local_entity="3" value="0" />
+        <value cell_index="3816" local_entity="3" value="0" />
+        <value cell_index="3819" local_entity="3" value="0" />
+        <value cell_index="3822" local_entity="3" value="0" />
+        <value cell_index="3825" local_entity="3" value="0" />
+        <value cell_index="3828" local_entity="3" value="0" />
+        <value cell_index="3831" local_entity="3" value="0" />
+        <value cell_index="3834" local_entity="3" value="0" />
+        <value cell_index="3837" local_entity="3" value="0" />
+        <value cell_index="3840" local_entity="3" value="0" />
+        <value cell_index="3843" local_entity="3" value="0" />
+        <value cell_index="3846" local_entity="3" value="0" />
+        <value cell_index="3849" local_entity="3" value="1" />
+        <value cell_index="3852" local_entity="3" value="0" />
+        <value cell_index="3855" local_entity="3" value="0" />
+        <value cell_index="3858" local_entity="3" value="0" />
+        <value cell_index="3861" local_entity="3" value="0" />
+        <value cell_index="3864" local_entity="3" value="0" />
+        <value cell_index="3867" local_entity="3" value="0" />
+        <value cell_index="3870" local_entity="3" value="0" />
+        <value cell_index="3873" local_entity="3" value="0" />
+        <value cell_index="3876" local_entity="3" value="0" />
+        <value cell_index="3879" local_entity="3" value="0" />
+        <value cell_index="3882" local_entity="3" value="0" />
+        <value cell_index="3885" local_entity="3" value="0" />
+        <value cell_index="3888" local_entity="3" value="0" />
+        <value cell_index="3891" local_entity="3" value="0" />
+        <value cell_index="3894" local_entity="3" value="0" />
+        <value cell_index="3897" local_entity="3" value="0" />
+        <value cell_index="3900" local_entity="3" value="0" />
+        <value cell_index="3903" local_entity="3" value="0" />
+        <value cell_index="3906" local_entity="3" value="0" />
+        <value cell_index="3909" local_entity="3" value="0" />
+        <value cell_index="3912" local_entity="3" value="0" />
+        <value cell_index="3915" local_entity="3" value="0" />
+        <value cell_index="3918" local_entity="3" value="0" />
+        <value cell_index="3921" local_entity="3" value="0" />
+        <value cell_index="3924" local_entity="3" value="0" />
+        <value cell_index="3927" local_entity="3" value="0" />
+        <value cell_index="3930" local_entity="3" value="0" />
+        <value cell_index="3933" local_entity="3" value="0" />
+        <value cell_index="3936" local_entity="3" value="0" />
+        <value cell_index="3939" local_entity="3" value="0" />
+        <value cell_index="3942" local_entity="3" value="0" />
+        <value cell_index="3945" local_entity="3" value="0" />
+        <value cell_index="3948" local_entity="3" value="0" />
+        <value cell_index="3951" local_entity="3" value="0" />
+        <value cell_index="3954" local_entity="3" value="0" />
+        <value cell_index="3957" local_entity="3" value="0" />
+        <value cell_index="3960" local_entity="3" value="0" />
+        <value cell_index="3963" local_entity="3" value="0" />
+        <value cell_index="3966" local_entity="3" value="0" />
+        <value cell_index="3969" local_entity="3" value="0" />
+        <value cell_index="3972" local_entity="3" value="0" />
+        <value cell_index="3975" local_entity="3" value="0" />
+        <value cell_index="3978" local_entity="3" value="0" />
+        <value cell_index="3981" local_entity="3" value="0" />
+        <value cell_index="3984" local_entity="3" value="0" />
+        <value cell_index="3987" local_entity="3" value="0" />
+        <value cell_index="3990" local_entity="3" value="0" />
+        <value cell_index="3993" local_entity="3" value="0" />
+        <value cell_index="3996" local_entity="3" value="0" />
+        <value cell_index="3999" local_entity="3" value="0" />
+        <value cell_index="4002" local_entity="3" value="0" />
+        <value cell_index="4005" local_entity="3" value="0" />
+        <value cell_index="4008" local_entity="3" value="0" />
+        <value cell_index="4011" local_entity="3" value="0" />
+        <value cell_index="4014" local_entity="3" value="0" />
+        <value cell_index="4017" local_entity="3" value="0" />
+        <value cell_index="4020" local_entity="3" value="0" />
+        <value cell_index="4023" local_entity="3" value="0" />
+        <value cell_index="4026" local_entity="3" value="0" />
+        <value cell_index="4029" local_entity="3" value="0" />
+        <value cell_index="4032" local_entity="3" value="0" />
+        <value cell_index="4035" local_entity="3" value="0" />
+        <value cell_index="4038" local_entity="3" value="0" />
+        <value cell_index="4041" local_entity="3" value="0" />
+        <value cell_index="4044" local_entity="3" value="0" />
+        <value cell_index="4047" local_entity="3" value="0" />
+        <value cell_index="4050" local_entity="3" value="0" />
+        <value cell_index="4053" local_entity="3" value="0" />
+        <value cell_index="4056" local_entity="3" value="0" />
+        <value cell_index="4059" local_entity="3" value="0" />
+        <value cell_index="4062" local_entity="3" value="1" />
+        <value cell_index="4065" local_entity="3" value="1" />
+        <value cell_index="4068" local_entity="3" value="0" />
+        <value cell_index="4071" local_entity="3" value="0" />
+        <value cell_index="4074" local_entity="3" value="0" />
+        <value cell_index="4077" local_entity="3" value="0" />
+        <value cell_index="4080" local_entity="3" value="0" />
+        <value cell_index="4083" local_entity="3" value="0" />
+        <value cell_index="4086" local_entity="3" value="0" />
+        <value cell_index="4089" local_entity="3" value="0" />
+        <value cell_index="4092" local_entity="3" value="0" />
+        <value cell_index="4095" local_entity="3" value="0" />
+        <value cell_index="4098" local_entity="3" value="0" />
+        <value cell_index="4101" local_entity="3" value="0" />
+        <value cell_index="4104" local_entity="3" value="0" />
+        <value cell_index="4107" local_entity="3" value="0" />
+        <value cell_index="4110" local_entity="3" value="0" />
+        <value cell_index="4113" local_entity="3" value="0" />
+        <value cell_index="4116" local_entity="3" value="0" />
+        <value cell_index="4119" local_entity="3" value="0" />
+        <value cell_index="4122" local_entity="3" value="3" />
+        <value cell_index="4125" local_entity="3" value="3" />
+        <value cell_index="4128" local_entity="3" value="0" />
+        <value cell_index="4131" local_entity="3" value="0" />
+        <value cell_index="4134" local_entity="3" value="0" />
+        <value cell_index="4137" local_entity="3" value="0" />
+        <value cell_index="4140" local_entity="3" value="0" />
+        <value cell_index="4143" local_entity="3" value="0" />
+        <value cell_index="4146" local_entity="3" value="1" />
+        <value cell_index="4149" local_entity="3" value="1" />
+        <value cell_index="4152" local_entity="3" value="0" />
+        <value cell_index="4155" local_entity="3" value="0" />
+        <value cell_index="4158" local_entity="3" value="0" />
+        <value cell_index="4161" local_entity="3" value="0" />
+        <value cell_index="4164" local_entity="3" value="0" />
+        <value cell_index="4167" local_entity="3" value="0" />
+        <value cell_index="4170" local_entity="3" value="0" />
+        <value cell_index="4173" local_entity="3" value="0" />
+        <value cell_index="4176" local_entity="3" value="0" />
+        <value cell_index="4179" local_entity="3" value="0" />
+        <value cell_index="4182" local_entity="3" value="0" />
+        <value cell_index="4185" local_entity="3" value="0" />
+        <value cell_index="4188" local_entity="3" value="0" />
+        <value cell_index="4191" local_entity="3" value="0" />
+        <value cell_index="4194" local_entity="3" value="0" />
+        <value cell_index="4197" local_entity="3" value="0" />
+        <value cell_index="4200" local_entity="3" value="0" />
+        <value cell_index="4203" local_entity="3" value="0" />
+        <value cell_index="4206" local_entity="3" value="0" />
+        <value cell_index="4209" local_entity="3" value="0" />
+        <value cell_index="4212" local_entity="3" value="0" />
+        <value cell_index="4215" local_entity="3" value="0" />
+        <value cell_index="4218" local_entity="3" value="0" />
+        <value cell_index="4221" local_entity="3" value="0" />
+        <value cell_index="4224" local_entity="3" value="0" />
+        <value cell_index="4227" local_entity="3" value="0" />
+        <value cell_index="4230" local_entity="3" value="0" />
+        <value cell_index="4233" local_entity="3" value="0" />
+        <value cell_index="4236" local_entity="3" value="0" />
+        <value cell_index="4239" local_entity="3" value="0" />
+        <value cell_index="4242" local_entity="3" value="0" />
+        <value cell_index="4245" local_entity="3" value="0" />
+        <value cell_index="4248" local_entity="3" value="0" />
+        <value cell_index="4251" local_entity="3" value="0" />
+        <value cell_index="4254" local_entity="3" value="0" />
+        <value cell_index="4257" local_entity="3" value="0" />
+        <value cell_index="4260" local_entity="3" value="0" />
+        <value cell_index="4263" local_entity="3" value="0" />
+        <value cell_index="4266" local_entity="3" value="0" />
+        <value cell_index="4269" local_entity="3" value="0" />
+        <value cell_index="4272" local_entity="3" value="0" />
+        <value cell_index="4275" local_entity="3" value="0" />
+        <value cell_index="4278" local_entity="3" value="0" />
+        <value cell_index="4281" local_entity="3" value="0" />
+        <value cell_index="4284" local_entity="3" value="0" />
+        <value cell_index="4287" local_entity="3" value="0" />
+        <value cell_index="4290" local_entity="3" value="0" />
+        <value cell_index="4293" local_entity="3" value="0" />
+        <value cell_index="4296" local_entity="3" value="0" />
+        <value cell_index="4299" local_entity="3" value="0" />
+        <value cell_index="4302" local_entity="3" value="0" />
+        <value cell_index="4305" local_entity="3" value="0" />
+        <value cell_index="4308" local_entity="3" value="0" />
+        <value cell_index="4311" local_entity="3" value="0" />
+        <value cell_index="4314" local_entity="3" value="0" />
+        <value cell_index="4317" local_entity="3" value="0" />
+        <value cell_index="4320" local_entity="3" value="0" />
+        <value cell_index="4323" local_entity="3" value="0" />
+        <value cell_index="4326" local_entity="3" value="0" />
+        <value cell_index="4329" local_entity="3" value="0" />
+        <value cell_index="4332" local_entity="3" value="0" />
+        <value cell_index="4335" local_entity="3" value="0" />
+        <value cell_index="4338" local_entity="3" value="0" />
+        <value cell_index="4341" local_entity="3" value="0" />
+        <value cell_index="4344" local_entity="3" value="0" />
+        <value cell_index="4347" local_entity="3" value="0" />
+        <value cell_index="4350" local_entity="3" value="0" />
+        <value cell_index="4353" local_entity="3" value="0" />
+        <value cell_index="4356" local_entity="3" value="0" />
+        <value cell_index="4359" local_entity="3" value="0" />
+        <value cell_index="4362" local_entity="3" value="0" />
+        <value cell_index="4365" local_entity="3" value="0" />
+        <value cell_index="4368" local_entity="3" value="0" />
+        <value cell_index="4371" local_entity="3" value="0" />
+        <value cell_index="4374" local_entity="3" value="0" />
+        <value cell_index="4377" local_entity="3" value="0" />
+        <value cell_index="4380" local_entity="3" value="0" />
+        <value cell_index="4383" local_entity="3" value="0" />
+        <value cell_index="4386" local_entity="3" value="0" />
+        <value cell_index="4389" local_entity="3" value="0" />
+        <value cell_index="4392" local_entity="3" value="0" />
+        <value cell_index="4395" local_entity="3" value="0" />
+        <value cell_index="4398" local_entity="3" value="0" />
+        <value cell_index="4401" local_entity="3" value="0" />
+        <value cell_index="4404" local_entity="3" value="0" />
+        <value cell_index="4407" local_entity="3" value="0" />
+        <value cell_index="4410" local_entity="3" value="0" />
+        <value cell_index="4413" local_entity="3" value="0" />
+        <value cell_index="4416" local_entity="3" value="0" />
+        <value cell_index="4419" local_entity="3" value="0" />
+        <value cell_index="4422" local_entity="3" value="0" />
+        <value cell_index="4425" local_entity="3" value="0" />
+        <value cell_index="4428" local_entity="3" value="0" />
+        <value cell_index="4431" local_entity="3" value="0" />
+        <value cell_index="4434" local_entity="3" value="0" />
+        <value cell_index="4437" local_entity="3" value="0" />
+        <value cell_index="4440" local_entity="3" value="0" />
+        <value cell_index="4443" local_entity="3" value="0" />
+        <value cell_index="4446" local_entity="3" value="0" />
+        <value cell_index="4449" local_entity="3" value="0" />
+        <value cell_index="4452" local_entity="3" value="0" />
+        <value cell_index="4455" local_entity="3" value="0" />
+        <value cell_index="4458" local_entity="3" value="0" />
+        <value cell_index="4461" local_entity="3" value="0" />
+        <value cell_index="4464" local_entity="3" value="0" />
+        <value cell_index="4467" local_entity="3" value="0" />
+        <value cell_index="4470" local_entity="3" value="0" />
+        <value cell_index="4473" local_entity="3" value="0" />
+        <value cell_index="4476" local_entity="3" value="0" />
+        <value cell_index="4479" local_entity="3" value="0" />
+        <value cell_index="4482" local_entity="3" value="0" />
+        <value cell_index="4485" local_entity="3" value="0" />
+        <value cell_index="4488" local_entity="3" value="0" />
+        <value cell_index="4491" local_entity="3" value="2" />
+        <value cell_index="4494" local_entity="3" value="0" />
+        <value cell_index="4497" local_entity="3" value="0" />
+        <value cell_index="4500" local_entity="3" value="0" />
+        <value cell_index="4503" local_entity="3" value="0" />
+        <value cell_index="4506" local_entity="3" value="0" />
+        <value cell_index="4509" local_entity="3" value="0" />
+        <value cell_index="4512" local_entity="3" value="0" />
+        <value cell_index="4515" local_entity="3" value="0" />
+        <value cell_index="4518" local_entity="3" value="0" />
+        <value cell_index="4521" local_entity="3" value="0" />
+        <value cell_index="4524" local_entity="3" value="0" />
+        <value cell_index="4527" local_entity="3" value="0" />
+        <value cell_index="4530" local_entity="3" value="3" />
+        <value cell_index="4533" local_entity="3" value="0" />
+        <value cell_index="4536" local_entity="3" value="0" />
+        <value cell_index="4539" local_entity="3" value="0" />
+        <value cell_index="4542" local_entity="3" value="0" />
+        <value cell_index="4545" local_entity="3" value="0" />
+        <value cell_index="4548" local_entity="3" value="0" />
+        <value cell_index="4551" local_entity="3" value="0" />
+        <value cell_index="4554" local_entity="3" value="0" />
+        <value cell_index="4557" local_entity="3" value="0" />
+        <value cell_index="4560" local_entity="3" value="0" />
+        <value cell_index="4563" local_entity="3" value="0" />
+        <value cell_index="4566" local_entity="3" value="0" />
+        <value cell_index="4569" local_entity="3" value="0" />
+        <value cell_index="4572" local_entity="3" value="0" />
+        <value cell_index="4575" local_entity="3" value="0" />
+        <value cell_index="4578" local_entity="3" value="0" />
+        <value cell_index="4581" local_entity="3" value="0" />
+        <value cell_index="4584" local_entity="3" value="0" />
+        <value cell_index="4587" local_entity="3" value="0" />
+        <value cell_index="4590" local_entity="3" value="3" />
+        <value cell_index="4593" local_entity="3" value="3" />
+        <value cell_index="4596" local_entity="3" value="0" />
+        <value cell_index="4599" local_entity="3" value="0" />
+        <value cell_index="4602" local_entity="3" value="0" />
+        <value cell_index="4605" local_entity="3" value="0" />
+        <value cell_index="4608" local_entity="3" value="0" />
+        <value cell_index="4611" local_entity="3" value="0" />
+        <value cell_index="4614" local_entity="3" value="0" />
+        <value cell_index="4617" local_entity="3" value="0" />
+        <value cell_index="4620" local_entity="3" value="0" />
+        <value cell_index="4623" local_entity="3" value="0" />
+        <value cell_index="4626" local_entity="3" value="0" />
+        <value cell_index="4629" local_entity="3" value="0" />
+        <value cell_index="4632" local_entity="3" value="0" />
+        <value cell_index="4635" local_entity="3" value="0" />
+        <value cell_index="4638" local_entity="3" value="0" />
+        <value cell_index="4641" local_entity="3" value="0" />
+        <value cell_index="4644" local_entity="3" value="0" />
+        <value cell_index="4647" local_entity="3" value="0" />
+        <value cell_index="4650" local_entity="3" value="0" />
+        <value cell_index="4653" local_entity="3" value="0" />
+        <value cell_index="4656" local_entity="3" value="0" />
+        <value cell_index="4659" local_entity="3" value="0" />
+        <value cell_index="4662" local_entity="3" value="0" />
+        <value cell_index="4665" local_entity="3" value="0" />
+        <value cell_index="4668" local_entity="3" value="0" />
+        <value cell_index="4671" local_entity="3" value="0" />
+        <value cell_index="4674" local_entity="3" value="0" />
+        <value cell_index="4677" local_entity="3" value="0" />
+        <value cell_index="4680" local_entity="3" value="0" />
+        <value cell_index="4683" local_entity="3" value="3" />
+        <value cell_index="4686" local_entity="3" value="0" />
+        <value cell_index="4689" local_entity="3" value="0" />
+        <value cell_index="4692" local_entity="3" value="0" />
+        <value cell_index="4695" local_entity="3" value="0" />
+        <value cell_index="4698" local_entity="3" value="0" />
+        <value cell_index="4701" local_entity="3" value="0" />
+        <value cell_index="4704" local_entity="3" value="0" />
+        <value cell_index="4707" local_entity="3" value="0" />
+        <value cell_index="4710" local_entity="3" value="0" />
+        <value cell_index="4713" local_entity="3" value="0" />
+        <value cell_index="4716" local_entity="3" value="0" />
+        <value cell_index="4719" local_entity="3" value="0" />
+        <value cell_index="4722" local_entity="3" value="0" />
+        <value cell_index="4725" local_entity="3" value="0" />
+        <value cell_index="4728" local_entity="3" value="0" />
+        <value cell_index="4731" local_entity="3" value="0" />
+        <value cell_index="4734" local_entity="3" value="0" />
+        <value cell_index="4737" local_entity="3" value="0" />
+        <value cell_index="4740" local_entity="3" value="0" />
+        <value cell_index="4743" local_entity="3" value="0" />
+        <value cell_index="4746" local_entity="3" value="0" />
+        <value cell_index="4749" local_entity="3" value="0" />
+        <value cell_index="4752" local_entity="3" value="0" />
+        <value cell_index="4755" local_entity="3" value="0" />
+        <value cell_index="4758" local_entity="3" value="0" />
+        <value cell_index="4761" local_entity="3" value="0" />
+        <value cell_index="4764" local_entity="3" value="0" />
+        <value cell_index="4767" local_entity="3" value="0" />
+        <value cell_index="4770" local_entity="3" value="0" />
+        <value cell_index="4773" local_entity="3" value="0" />
+        <value cell_index="4776" local_entity="3" value="0" />
+        <value cell_index="4779" local_entity="3" value="0" />
+        <value cell_index="4782" local_entity="3" value="0" />
+        <value cell_index="4785" local_entity="3" value="0" />
+        <value cell_index="4788" local_entity="3" value="0" />
+        <value cell_index="4791" local_entity="3" value="0" />
+        <value cell_index="4794" local_entity="3" value="0" />
+        <value cell_index="4797" local_entity="3" value="0" />
+        <value cell_index="4800" local_entity="3" value="0" />
+        <value cell_index="4803" local_entity="3" value="0" />
+        <value cell_index="4806" local_entity="3" value="0" />
+        <value cell_index="4809" local_entity="3" value="0" />
+        <value cell_index="4812" local_entity="3" value="0" />
+        <value cell_index="4815" local_entity="3" value="0" />
+        <value cell_index="4818" local_entity="3" value="0" />
+        <value cell_index="4821" local_entity="3" value="0" />
+        <value cell_index="4824" local_entity="3" value="0" />
+        <value cell_index="4827" local_entity="3" value="0" />
+        <value cell_index="4830" local_entity="3" value="0" />
+        <value cell_index="4833" local_entity="3" value="0" />
+        <value cell_index="4836" local_entity="3" value="0" />
+        <value cell_index="4839" local_entity="3" value="0" />
+        <value cell_index="4842" local_entity="3" value="0" />
+        <value cell_index="4845" local_entity="3" value="0" />
+        <value cell_index="4848" local_entity="3" value="0" />
+        <value cell_index="4851" local_entity="3" value="0" />
+        <value cell_index="4854" local_entity="3" value="0" />
+        <value cell_index="4857" local_entity="3" value="0" />
+        <value cell_index="4860" local_entity="3" value="0" />
+        <value cell_index="4863" local_entity="3" value="0" />
+        <value cell_index="4866" local_entity="3" value="0" />
+        <value cell_index="4869" local_entity="3" value="0" />
+        <value cell_index="4872" local_entity="3" value="0" />
+        <value cell_index="4875" local_entity="3" value="0" />
+        <value cell_index="4878" local_entity="3" value="0" />
+        <value cell_index="4881" local_entity="3" value="3" />
+        <value cell_index="4884" local_entity="3" value="3" />
+        <value cell_index="4887" local_entity="3" value="3" />
+        <value cell_index="4890" local_entity="3" value="3" />
+        <value cell_index="4893" local_entity="3" value="0" />
+        <value cell_index="4896" local_entity="3" value="0" />
+        <value cell_index="4899" local_entity="3" value="0" />
+        <value cell_index="4902" local_entity="3" value="0" />
+        <value cell_index="4905" local_entity="3" value="0" />
+        <value cell_index="4908" local_entity="3" value="0" />
+        <value cell_index="4911" local_entity="3" value="0" />
+        <value cell_index="4914" local_entity="3" value="0" />
+        <value cell_index="4917" local_entity="3" value="0" />
+        <value cell_index="4920" local_entity="3" value="0" />
+        <value cell_index="4923" local_entity="3" value="0" />
+        <value cell_index="4926" local_entity="3" value="0" />
+        <value cell_index="4929" local_entity="3" value="0" />
+        <value cell_index="4932" local_entity="3" value="0" />
+        <value cell_index="4935" local_entity="3" value="0" />
+        <value cell_index="4938" local_entity="3" value="0" />
+        <value cell_index="4941" local_entity="3" value="0" />
+        <value cell_index="4944" local_entity="3" value="0" />
+        <value cell_index="4947" local_entity="3" value="0" />
+        <value cell_index="4950" local_entity="3" value="0" />
+        <value cell_index="4953" local_entity="3" value="0" />
+        <value cell_index="4956" local_entity="3" value="0" />
+        <value cell_index="4959" local_entity="3" value="0" />
+        <value cell_index="4962" local_entity="3" value="0" />
+        <value cell_index="4965" local_entity="3" value="0" />
+        <value cell_index="4968" local_entity="3" value="0" />
+        <value cell_index="4971" local_entity="3" value="0" />
+        <value cell_index="4974" local_entity="3" value="0" />
+        <value cell_index="4977" local_entity="3" value="0" />
+        <value cell_index="4980" local_entity="3" value="0" />
+        <value cell_index="4983" local_entity="3" value="0" />
+        <value cell_index="4986" local_entity="3" value="0" />
+        <value cell_index="4989" local_entity="3" value="0" />
+        <value cell_index="4992" local_entity="3" value="0" />
+        <value cell_index="4995" local_entity="3" value="0" />
+        <value cell_index="4998" local_entity="3" value="0" />
+        <value cell_index="5001" local_entity="3" value="0" />
+        <value cell_index="5004" local_entity="3" value="0" />
+        <value cell_index="5007" local_entity="3" value="0" />
+        <value cell_index="5010" local_entity="3" value="0" />
+        <value cell_index="5013" local_entity="3" value="0" />
+        <value cell_index="5016" local_entity="3" value="0" />
+        <value cell_index="5019" local_entity="3" value="0" />
+        <value cell_index="5022" local_entity="3" value="0" />
+        <value cell_index="5025" local_entity="3" value="0" />
+        <value cell_index="5028" local_entity="3" value="0" />
+        <value cell_index="5031" local_entity="3" value="0" />
+        <value cell_index="5034" local_entity="3" value="0" />
+        <value cell_index="5037" local_entity="3" value="0" />
+        <value cell_index="5040" local_entity="3" value="0" />
+        <value cell_index="5043" local_entity="3" value="0" />
+        <value cell_index="5046" local_entity="3" value="0" />
+        <value cell_index="5049" local_entity="3" value="0" />
+        <value cell_index="5052" local_entity="3" value="0" />
+        <value cell_index="5055" local_entity="3" value="0" />
+        <value cell_index="5058" local_entity="3" value="0" />
+        <value cell_index="5061" local_entity="3" value="0" />
+        <value cell_index="5064" local_entity="3" value="0" />
+        <value cell_index="5067" local_entity="3" value="0" />
+        <value cell_index="5070" local_entity="3" value="0" />
+        <value cell_index="5073" local_entity="3" value="0" />
+        <value cell_index="5076" local_entity="3" value="0" />
+        <value cell_index="5079" local_entity="3" value="0" />
+        <value cell_index="5082" local_entity="3" value="0" />
+        <value cell_index="5085" local_entity="3" value="0" />
+        <value cell_index="5088" local_entity="3" value="0" />
+        <value cell_index="5091" local_entity="3" value="0" />
+        <value cell_index="5094" local_entity="3" value="0" />
+        <value cell_index="5097" local_entity="3" value="0" />
+        <value cell_index="5100" local_entity="3" value="0" />
+        <value cell_index="5103" local_entity="3" value="0" />
+        <value cell_index="5106" local_entity="3" value="0" />
+        <value cell_index="5109" local_entity="3" value="0" />
+        <value cell_index="5112" local_entity="3" value="0" />
+        <value cell_index="5115" local_entity="3" value="0" />
+        <value cell_index="5118" local_entity="3" value="0" />
+        <value cell_index="5121" local_entity="3" value="0" />
+        <value cell_index="5124" local_entity="3" value="0" />
+        <value cell_index="5127" local_entity="3" value="0" />
+        <value cell_index="5130" local_entity="3" value="0" />
+        <value cell_index="5133" local_entity="3" value="3" />
+        <value cell_index="5136" local_entity="3" value="3" />
+        <value cell_index="5139" local_entity="3" value="0" />
+        <value cell_index="5142" local_entity="3" value="3" />
+        <value cell_index="5145" local_entity="3" value="3" />
+        <value cell_index="5148" local_entity="3" value="0" />
+        <value cell_index="5151" local_entity="3" value="0" />
+        <value cell_index="5154" local_entity="3" value="0" />
+        <value cell_index="5157" local_entity="3" value="0" />
+        <value cell_index="5160" local_entity="3" value="0" />
+        <value cell_index="5163" local_entity="3" value="0" />
+        <value cell_index="5166" local_entity="3" value="0" />
+        <value cell_index="5169" local_entity="3" value="0" />
+        <value cell_index="5172" local_entity="3" value="0" />
+        <value cell_index="5175" local_entity="3" value="0" />
+        <value cell_index="5178" local_entity="3" value="0" />
+        <value cell_index="5181" local_entity="3" value="0" />
+        <value cell_index="5184" local_entity="3" value="0" />
+        <value cell_index="5187" local_entity="3" value="0" />
+        <value cell_index="5190" local_entity="3" value="0" />
+        <value cell_index="5193" local_entity="3" value="0" />
+        <value cell_index="5196" local_entity="3" value="0" />
+        <value cell_index="5199" local_entity="3" value="0" />
+        <value cell_index="5202" local_entity="3" value="0" />
+        <value cell_index="5205" local_entity="3" value="0" />
+        <value cell_index="5208" local_entity="3" value="0" />
+        <value cell_index="5211" local_entity="3" value="0" />
+        <value cell_index="5214" local_entity="3" value="0" />
+        <value cell_index="5217" local_entity="3" value="0" />
+        <value cell_index="5220" local_entity="3" value="0" />
+        <value cell_index="5223" local_entity="3" value="0" />
+        <value cell_index="5226" local_entity="3" value="0" />
+        <value cell_index="5229" local_entity="3" value="0" />
+        <value cell_index="5232" local_entity="3" value="0" />
+        <value cell_index="5235" local_entity="3" value="0" />
+        <value cell_index="5238" local_entity="3" value="0" />
+        <value cell_index="5241" local_entity="3" value="0" />
+        <value cell_index="5244" local_entity="3" value="0" />
+        <value cell_index="5247" local_entity="3" value="0" />
+        <value cell_index="5250" local_entity="3" value="0" />
+        <value cell_index="5253" local_entity="3" value="0" />
+        <value cell_index="5256" local_entity="3" value="0" />
+        <value cell_index="5259" local_entity="3" value="0" />
+        <value cell_index="5262" local_entity="3" value="0" />
+        <value cell_index="5265" local_entity="3" value="0" />
+        <value cell_index="5268" local_entity="3" value="0" />
+        <value cell_index="5271" local_entity="3" value="0" />
+        <value cell_index="5274" local_entity="3" value="0" />
+        <value cell_index="5277" local_entity="3" value="0" />
+        <value cell_index="5280" local_entity="3" value="0" />
+        <value cell_index="5283" local_entity="3" value="0" />
+        <value cell_index="5286" local_entity="3" value="0" />
+        <value cell_index="5289" local_entity="3" value="0" />
+        <value cell_index="5292" local_entity="3" value="0" />
+        <value cell_index="5295" local_entity="3" value="0" />
+        <value cell_index="5298" local_entity="3" value="0" />
+        <value cell_index="5301" local_entity="3" value="0" />
+        <value cell_index="5304" local_entity="3" value="0" />
+        <value cell_index="5307" local_entity="3" value="0" />
+        <value cell_index="5310" local_entity="3" value="0" />
+        <value cell_index="5313" local_entity="3" value="0" />
+        <value cell_index="5316" local_entity="3" value="0" />
+        <value cell_index="5319" local_entity="3" value="0" />
+        <value cell_index="5322" local_entity="3" value="0" />
+        <value cell_index="5325" local_entity="3" value="0" />
+        <value cell_index="5328" local_entity="3" value="0" />
+        <value cell_index="5331" local_entity="3" value="0" />
+        <value cell_index="5334" local_entity="3" value="0" />
+        <value cell_index="5337" local_entity="3" value="0" />
+        <value cell_index="5340" local_entity="3" value="0" />
+        <value cell_index="5343" local_entity="3" value="0" />
+        <value cell_index="5346" local_entity="3" value="0" />
+        <value cell_index="5349" local_entity="3" value="0" />
+        <value cell_index="5352" local_entity="3" value="0" />
+        <value cell_index="5355" local_entity="3" value="0" />
+        <value cell_index="5358" local_entity="3" value="0" />
+        <value cell_index="5361" local_entity="3" value="0" />
+        <value cell_index="5364" local_entity="3" value="0" />
+        <value cell_index="5367" local_entity="3" value="0" />
+        <value cell_index="5370" local_entity="3" value="0" />
+        <value cell_index="5373" local_entity="3" value="0" />
+        <value cell_index="5376" local_entity="3" value="0" />
+        <value cell_index="5379" local_entity="3" value="0" />
+        <value cell_index="5382" local_entity="3" value="0" />
+        <value cell_index="5385" local_entity="3" value="0" />
+        <value cell_index="5388" local_entity="3" value="0" />
+        <value cell_index="5391" local_entity="3" value="0" />
+        <value cell_index="5394" local_entity="3" value="0" />
+        <value cell_index="5397" local_entity="3" value="0" />
+        <value cell_index="5400" local_entity="3" value="0" />
+        <value cell_index="5403" local_entity="3" value="0" />
+        <value cell_index="5406" local_entity="3" value="0" />
+        <value cell_index="5409" local_entity="3" value="0" />
+        <value cell_index="5412" local_entity="3" value="0" />
+        <value cell_index="5415" local_entity="3" value="0" />
+        <value cell_index="5418" local_entity="3" value="0" />
+        <value cell_index="5421" local_entity="3" value="0" />
+        <value cell_index="5424" local_entity="3" value="0" />
+        <value cell_index="5427" local_entity="3" value="0" />
+        <value cell_index="5430" local_entity="3" value="0" />
+        <value cell_index="5433" local_entity="3" value="0" />
+        <value cell_index="5436" local_entity="3" value="0" />
+        <value cell_index="5439" local_entity="3" value="0" />
+        <value cell_index="5442" local_entity="3" value="0" />
+        <value cell_index="5445" local_entity="3" value="0" />
+        <value cell_index="5448" local_entity="3" value="0" />
+        <value cell_index="5451" local_entity="3" value="0" />
+        <value cell_index="5454" local_entity="3" value="0" />
+        <value cell_index="5457" local_entity="3" value="0" />
+        <value cell_index="5460" local_entity="3" value="0" />
+        <value cell_index="5463" local_entity="3" value="0" />
+        <value cell_index="5466" local_entity="3" value="0" />
+        <value cell_index="5469" local_entity="3" value="0" />
+        <value cell_index="5472" local_entity="3" value="0" />
+        <value cell_index="5475" local_entity="3" value="0" />
+        <value cell_index="5478" local_entity="3" value="0" />
+        <value cell_index="5481" local_entity="3" value="0" />
+        <value cell_index="5484" local_entity="3" value="0" />
+        <value cell_index="5487" local_entity="3" value="0" />
+        <value cell_index="5490" local_entity="3" value="0" />
+        <value cell_index="5493" local_entity="3" value="0" />
+        <value cell_index="5496" local_entity="3" value="0" />
+        <value cell_index="5499" local_entity="3" value="0" />
+        <value cell_index="5502" local_entity="3" value="0" />
+        <value cell_index="5505" local_entity="3" value="0" />
+        <value cell_index="5508" local_entity="3" value="0" />
+        <value cell_index="5511" local_entity="3" value="0" />
+        <value cell_index="5514" local_entity="3" value="0" />
+        <value cell_index="5517" local_entity="3" value="0" />
+        <value cell_index="5520" local_entity="3" value="0" />
+        <value cell_index="5523" local_entity="3" value="0" />
+        <value cell_index="5526" local_entity="3" value="0" />
+        <value cell_index="5529" local_entity="3" value="0" />
+        <value cell_index="5532" local_entity="3" value="0" />
+        <value cell_index="5535" local_entity="3" value="0" />
+        <value cell_index="5538" local_entity="3" value="0" />
+        <value cell_index="5541" local_entity="3" value="0" />
+        <value cell_index="5544" local_entity="3" value="0" />
+        <value cell_index="5547" local_entity="3" value="0" />
+        <value cell_index="5550" local_entity="3" value="0" />
+        <value cell_index="5553" local_entity="3" value="0" />
+        <value cell_index="5556" local_entity="3" value="0" />
+        <value cell_index="5559" local_entity="3" value="0" />
+        <value cell_index="5562" local_entity="3" value="0" />
+        <value cell_index="5565" local_entity="3" value="0" />
+        <value cell_index="5568" local_entity="3" value="0" />
+        <value cell_index="5571" local_entity="3" value="0" />
+        <value cell_index="5574" local_entity="3" value="0" />
+        <value cell_index="5577" local_entity="3" value="0" />
+        <value cell_index="5580" local_entity="3" value="0" />
+        <value cell_index="5583" local_entity="3" value="0" />
+        <value cell_index="5586" local_entity="3" value="0" />
+        <value cell_index="5589" local_entity="3" value="0" />
+        <value cell_index="5592" local_entity="3" value="0" />
+        <value cell_index="5595" local_entity="3" value="0" />
+        <value cell_index="5598" local_entity="3" value="0" />
+        <value cell_index="5601" local_entity="3" value="0" />
+        <value cell_index="5604" local_entity="3" value="0" />
+        <value cell_index="5607" local_entity="3" value="0" />
+        <value cell_index="5610" local_entity="3" value="0" />
+        <value cell_index="5613" local_entity="3" value="0" />
+        <value cell_index="5616" local_entity="3" value="0" />
+        <value cell_index="5619" local_entity="3" value="0" />
+        <value cell_index="5622" local_entity="3" value="0" />
+        <value cell_index="5625" local_entity="3" value="0" />
+        <value cell_index="5628" local_entity="3" value="0" />
+        <value cell_index="5631" local_entity="3" value="0" />
+        <value cell_index="5634" local_entity="3" value="0" />
+        <value cell_index="5637" local_entity="3" value="0" />
+        <value cell_index="5640" local_entity="3" value="0" />
+        <value cell_index="5643" local_entity="3" value="0" />
+        <value cell_index="5646" local_entity="3" value="0" />
+        <value cell_index="5649" local_entity="3" value="0" />
+        <value cell_index="5652" local_entity="3" value="0" />
+        <value cell_index="5655" local_entity="3" value="0" />
+        <value cell_index="5658" local_entity="3" value="0" />
+        <value cell_index="5661" local_entity="3" value="0" />
+        <value cell_index="5664" local_entity="3" value="0" />
+        <value cell_index="5667" local_entity="3" value="0" />
+        <value cell_index="5670" local_entity="3" value="0" />
+        <value cell_index="5673" local_entity="3" value="0" />
+        <value cell_index="5676" local_entity="3" value="0" />
+        <value cell_index="5679" local_entity="3" value="0" />
+        <value cell_index="5682" local_entity="3" value="0" />
+        <value cell_index="5685" local_entity="3" value="0" />
+        <value cell_index="5688" local_entity="3" value="0" />
+        <value cell_index="5691" local_entity="3" value="0" />
+        <value cell_index="5694" local_entity="3" value="0" />
+        <value cell_index="5697" local_entity="3" value="0" />
+        <value cell_index="5700" local_entity="3" value="0" />
+        <value cell_index="5703" local_entity="3" value="0" />
+        <value cell_index="5706" local_entity="3" value="0" />
+        <value cell_index="5709" local_entity="3" value="0" />
+        <value cell_index="5712" local_entity="3" value="0" />
+        <value cell_index="5715" local_entity="3" value="0" />
+        <value cell_index="5718" local_entity="3" value="0" />
+        <value cell_index="5721" local_entity="3" value="0" />
+        <value cell_index="5724" local_entity="3" value="0" />
+        <value cell_index="5727" local_entity="3" value="0" />
+        <value cell_index="5730" local_entity="3" value="0" />
+        <value cell_index="5733" local_entity="3" value="0" />
+        <value cell_index="5736" local_entity="3" value="0" />
+        <value cell_index="5739" local_entity="3" value="0" />
+        <value cell_index="5742" local_entity="3" value="0" />
+        <value cell_index="5745" local_entity="3" value="0" />
+        <value cell_index="5748" local_entity="3" value="0" />
+        <value cell_index="5751" local_entity="3" value="0" />
+        <value cell_index="5754" local_entity="3" value="0" />
+        <value cell_index="5757" local_entity="3" value="0" />
+        <value cell_index="5760" local_entity="3" value="0" />
+        <value cell_index="5763" local_entity="3" value="0" />
+        <value cell_index="5766" local_entity="3" value="0" />
+        <value cell_index="5769" local_entity="3" value="0" />
+        <value cell_index="5772" local_entity="3" value="0" />
+        <value cell_index="5775" local_entity="3" value="0" />
+        <value cell_index="5778" local_entity="3" value="0" />
+        <value cell_index="5781" local_entity="3" value="0" />
+        <value cell_index="5784" local_entity="3" value="0" />
+        <value cell_index="5787" local_entity="3" value="0" />
+        <value cell_index="5790" local_entity="3" value="0" />
+        <value cell_index="5793" local_entity="3" value="0" />
+        <value cell_index="5796" local_entity="3" value="0" />
+        <value cell_index="5799" local_entity="3" value="0" />
+        <value cell_index="5802" local_entity="3" value="0" />
+        <value cell_index="5805" local_entity="3" value="0" />
+        <value cell_index="5808" local_entity="3" value="0" />
+        <value cell_index="5811" local_entity="3" value="0" />
+        <value cell_index="5814" local_entity="3" value="0" />
+        <value cell_index="5817" local_entity="3" value="0" />
+        <value cell_index="5820" local_entity="3" value="0" />
+        <value cell_index="5823" local_entity="3" value="0" />
+        <value cell_index="5826" local_entity="3" value="0" />
+        <value cell_index="5829" local_entity="3" value="0" />
+        <value cell_index="5832" local_entity="3" value="0" />
+        <value cell_index="5835" local_entity="3" value="0" />
+        <value cell_index="5838" local_entity="3" value="0" />
+        <value cell_index="5841" local_entity="3" value="0" />
+        <value cell_index="5844" local_entity="3" value="0" />
+        <value cell_index="5847" local_entity="3" value="0" />
+        <value cell_index="5850" local_entity="3" value="0" />
+        <value cell_index="5853" local_entity="3" value="0" />
+        <value cell_index="5856" local_entity="3" value="0" />
+        <value cell_index="5859" local_entity="3" value="0" />
+        <value cell_index="5862" local_entity="3" value="0" />
+        <value cell_index="5865" local_entity="3" value="0" />
+        <value cell_index="5868" local_entity="3" value="0" />
+        <value cell_index="5871" local_entity="3" value="0" />
+        <value cell_index="5874" local_entity="3" value="0" />
+        <value cell_index="5877" local_entity="3" value="0" />
+        <value cell_index="5880" local_entity="3" value="0" />
+        <value cell_index="5883" local_entity="3" value="0" />
+        <value cell_index="5886" local_entity="3" value="0" />
+        <value cell_index="5889" local_entity="3" value="0" />
+        <value cell_index="5892" local_entity="3" value="0" />
+        <value cell_index="5895" local_entity="3" value="0" />
+        <value cell_index="5898" local_entity="3" value="0" />
+        <value cell_index="5901" local_entity="3" value="0" />
+        <value cell_index="5904" local_entity="3" value="0" />
+        <value cell_index="5907" local_entity="3" value="0" />
+        <value cell_index="5910" local_entity="3" value="0" />
+        <value cell_index="5913" local_entity="3" value="0" />
+        <value cell_index="5916" local_entity="3" value="0" />
+        <value cell_index="5919" local_entity="3" value="0" />
+        <value cell_index="5922" local_entity="3" value="0" />
+        <value cell_index="5925" local_entity="3" value="0" />
+        <value cell_index="5928" local_entity="3" value="0" />
+        <value cell_index="5931" local_entity="3" value="0" />
+        <value cell_index="5934" local_entity="3" value="0" />
+        <value cell_index="5937" local_entity="3" value="0" />
+        <value cell_index="5940" local_entity="3" value="0" />
+        <value cell_index="5943" local_entity="3" value="0" />
+        <value cell_index="5946" local_entity="3" value="0" />
+        <value cell_index="5949" local_entity="3" value="0" />
+        <value cell_index="5952" local_entity="3" value="0" />
+        <value cell_index="5955" local_entity="3" value="0" />
+        <value cell_index="5958" local_entity="3" value="0" />
+        <value cell_index="5961" local_entity="3" value="0" />
+        <value cell_index="5964" local_entity="3" value="0" />
+        <value cell_index="5967" local_entity="3" value="0" />
+        <value cell_index="5970" local_entity="3" value="0" />
+        <value cell_index="5973" local_entity="3" value="0" />
+        <value cell_index="5976" local_entity="3" value="0" />
+        <value cell_index="5979" local_entity="3" value="0" />
+        <value cell_index="5982" local_entity="3" value="0" />
+        <value cell_index="5985" local_entity="3" value="0" />
+        <value cell_index="5988" local_entity="3" value="0" />
+        <value cell_index="5991" local_entity="3" value="0" />
+        <value cell_index="5994" local_entity="3" value="0" />
+        <value cell_index="5997" local_entity="3" value="0" />
+        <value cell_index="6000" local_entity="3" value="0" />
+        <value cell_index="6003" local_entity="3" value="0" />
+        <value cell_index="6006" local_entity="3" value="0" />
+        <value cell_index="6009" local_entity="3" value="0" />
+        <value cell_index="6012" local_entity="3" value="0" />
+        <value cell_index="6015" local_entity="3" value="0" />
+        <value cell_index="6018" local_entity="3" value="0" />
+        <value cell_index="6021" local_entity="3" value="0" />
+        <value cell_index="6024" local_entity="3" value="0" />
+        <value cell_index="6027" local_entity="3" value="0" />
+        <value cell_index="6030" local_entity="3" value="0" />
+        <value cell_index="6033" local_entity="3" value="0" />
+        <value cell_index="6036" local_entity="3" value="0" />
+        <value cell_index="6039" local_entity="3" value="0" />
+        <value cell_index="6042" local_entity="3" value="0" />
+        <value cell_index="6045" local_entity="3" value="0" />
+        <value cell_index="6048" local_entity="3" value="0" />
+        <value cell_index="6051" local_entity="3" value="0" />
+        <value cell_index="6054" local_entity="3" value="0" />
+        <value cell_index="6057" local_entity="3" value="0" />
+        <value cell_index="6060" local_entity="3" value="0" />
+        <value cell_index="6063" local_entity="3" value="0" />
+        <value cell_index="6066" local_entity="3" value="0" />
+        <value cell_index="6069" local_entity="3" value="0" />
+        <value cell_index="6072" local_entity="3" value="0" />
+        <value cell_index="6075" local_entity="3" value="0" />
+        <value cell_index="6078" local_entity="3" value="0" />
+        <value cell_index="6081" local_entity="3" value="0" />
+        <value cell_index="6084" local_entity="3" value="0" />
+        <value cell_index="6087" local_entity="3" value="0" />
+        <value cell_index="6090" local_entity="3" value="0" />
+        <value cell_index="6093" local_entity="3" value="0" />
+        <value cell_index="6096" local_entity="3" value="0" />
+        <value cell_index="6099" local_entity="3" value="0" />
+        <value cell_index="6102" local_entity="3" value="0" />
+        <value cell_index="6105" local_entity="3" value="0" />
+        <value cell_index="6108" local_entity="3" value="0" />
+        <value cell_index="6111" local_entity="3" value="0" />
+        <value cell_index="6114" local_entity="3" value="0" />
+        <value cell_index="6117" local_entity="3" value="0" />
+        <value cell_index="6120" local_entity="3" value="0" />
+        <value cell_index="6123" local_entity="3" value="0" />
+        <value cell_index="6126" local_entity="3" value="0" />
+        <value cell_index="6129" local_entity="3" value="0" />
+        <value cell_index="6132" local_entity="3" value="0" />
+        <value cell_index="6135" local_entity="3" value="0" />
+        <value cell_index="6138" local_entity="3" value="0" />
+        <value cell_index="6141" local_entity="3" value="0" />
+        <value cell_index="6144" local_entity="3" value="0" />
+        <value cell_index="6147" local_entity="3" value="0" />
+        <value cell_index="6150" local_entity="3" value="0" />
+        <value cell_index="6153" local_entity="3" value="0" />
+        <value cell_index="6156" local_entity="3" value="0" />
+        <value cell_index="6159" local_entity="3" value="0" />
+        <value cell_index="6162" local_entity="3" value="0" />
+        <value cell_index="6165" local_entity="3" value="0" />
+        <value cell_index="6168" local_entity="3" value="0" />
+        <value cell_index="6171" local_entity="3" value="0" />
+        <value cell_index="6174" local_entity="3" value="0" />
+        <value cell_index="6177" local_entity="3" value="0" />
+        <value cell_index="6180" local_entity="3" value="0" />
+        <value cell_index="6183" local_entity="3" value="0" />
+        <value cell_index="6186" local_entity="3" value="0" />
+        <value cell_index="6189" local_entity="3" value="0" />
+        <value cell_index="6192" local_entity="3" value="0" />
+        <value cell_index="6195" local_entity="3" value="0" />
+        <value cell_index="6198" local_entity="3" value="0" />
+        <value cell_index="6201" local_entity="3" value="0" />
+        <value cell_index="6204" local_entity="3" value="0" />
+        <value cell_index="6207" local_entity="3" value="0" />
+        <value cell_index="6210" local_entity="3" value="0" />
+        <value cell_index="6213" local_entity="3" value="0" />
+        <value cell_index="6216" local_entity="3" value="0" />
+        <value cell_index="6219" local_entity="3" value="0" />
+        <value cell_index="6222" local_entity="3" value="0" />
+        <value cell_index="6225" local_entity="3" value="0" />
+        <value cell_index="6228" local_entity="3" value="0" />
+        <value cell_index="6231" local_entity="3" value="0" />
+        <value cell_index="6234" local_entity="3" value="0" />
+        <value cell_index="6237" local_entity="3" value="0" />
+        <value cell_index="6240" local_entity="3" value="0" />
+        <value cell_index="6243" local_entity="3" value="0" />
+        <value cell_index="6246" local_entity="3" value="2" />
+        <value cell_index="6249" local_entity="3" value="0" />
+        <value cell_index="6252" local_entity="3" value="1" />
+        <value cell_index="6255" local_entity="3" value="1" />
+        <value cell_index="6258" local_entity="3" value="0" />
+        <value cell_index="6261" local_entity="3" value="0" />
+        <value cell_index="6264" local_entity="3" value="0" />
+        <value cell_index="6267" local_entity="3" value="0" />
+        <value cell_index="6270" local_entity="3" value="0" />
+        <value cell_index="6273" local_entity="3" value="0" />
+        <value cell_index="6276" local_entity="3" value="0" />
+        <value cell_index="6279" local_entity="3" value="1" />
+        <value cell_index="6282" local_entity="3" value="0" />
+        <value cell_index="6285" local_entity="3" value="0" />
+        <value cell_index="6288" local_entity="3" value="0" />
+        <value cell_index="6291" local_entity="3" value="0" />
+        <value cell_index="6294" local_entity="3" value="0" />
+        <value cell_index="6297" local_entity="3" value="0" />
+        <value cell_index="6300" local_entity="3" value="0" />
+        <value cell_index="6303" local_entity="3" value="0" />
+        <value cell_index="6306" local_entity="3" value="0" />
+        <value cell_index="6309" local_entity="3" value="0" />
+        <value cell_index="6312" local_entity="3" value="0" />
+        <value cell_index="6315" local_entity="3" value="0" />
+        <value cell_index="6318" local_entity="3" value="0" />
+        <value cell_index="6321" local_entity="3" value="0" />
+        <value cell_index="6324" local_entity="3" value="0" />
+        <value cell_index="6327" local_entity="3" value="0" />
+        <value cell_index="6330" local_entity="3" value="0" />
+        <value cell_index="6333" local_entity="3" value="0" />
+        <value cell_index="6336" local_entity="3" value="0" />
+        <value cell_index="6339" local_entity="3" value="0" />
+        <value cell_index="6342" local_entity="3" value="0" />
+        <value cell_index="6345" local_entity="3" value="0" />
+        <value cell_index="6348" local_entity="3" value="0" />
+        <value cell_index="6351" local_entity="3" value="0" />
+        <value cell_index="6354" local_entity="3" value="0" />
+        <value cell_index="6357" local_entity="3" value="0" />
+        <value cell_index="6360" local_entity="3" value="0" />
+        <value cell_index="6363" local_entity="3" value="0" />
+        <value cell_index="6366" local_entity="3" value="0" />
+        <value cell_index="6369" local_entity="3" value="0" />
+        <value cell_index="6372" local_entity="3" value="0" />
+        <value cell_index="6375" local_entity="3" value="0" />
+        <value cell_index="6378" local_entity="3" value="0" />
+        <value cell_index="6381" local_entity="3" value="0" />
+        <value cell_index="6384" local_entity="3" value="0" />
+        <value cell_index="6387" local_entity="3" value="0" />
+        <value cell_index="6390" local_entity="3" value="1" />
+        <value cell_index="6393" local_entity="3" value="0" />
+        <value cell_index="6396" local_entity="3" value="0" />
+        <value cell_index="6399" local_entity="3" value="0" />
+        <value cell_index="6402" local_entity="3" value="0" />
+        <value cell_index="6405" local_entity="3" value="0" />
+        <value cell_index="6408" local_entity="3" value="0" />
+        <value cell_index="6411" local_entity="3" value="0" />
+        <value cell_index="6414" local_entity="3" value="0" />
+        <value cell_index="6417" local_entity="3" value="0" />
+        <value cell_index="6420" local_entity="3" value="0" />
+        <value cell_index="6423" local_entity="3" value="0" />
+        <value cell_index="6426" local_entity="3" value="0" />
+        <value cell_index="6429" local_entity="3" value="0" />
+        <value cell_index="6432" local_entity="3" value="0" />
+        <value cell_index="6435" local_entity="3" value="0" />
+        <value cell_index="6438" local_entity="3" value="0" />
+        <value cell_index="6441" local_entity="3" value="0" />
+        <value cell_index="6444" local_entity="3" value="0" />
+        <value cell_index="6447" local_entity="3" value="0" />
+        <value cell_index="6450" local_entity="3" value="0" />
+        <value cell_index="6453" local_entity="3" value="0" />
+        <value cell_index="6456" local_entity="3" value="0" />
+        <value cell_index="6459" local_entity="3" value="0" />
+        <value cell_index="6462" local_entity="3" value="0" />
+        <value cell_index="6465" local_entity="3" value="0" />
+        <value cell_index="6468" local_entity="3" value="0" />
+        <value cell_index="6471" local_entity="3" value="0" />
+        <value cell_index="6474" local_entity="3" value="0" />
+        <value cell_index="6477" local_entity="3" value="0" />
+        <value cell_index="6480" local_entity="3" value="0" />
+        <value cell_index="6483" local_entity="3" value="0" />
+        <value cell_index="6486" local_entity="3" value="0" />
+        <value cell_index="6489" local_entity="3" value="0" />
+        <value cell_index="6492" local_entity="3" value="0" />
+        <value cell_index="6495" local_entity="3" value="0" />
+        <value cell_index="6498" local_entity="3" value="0" />
+        <value cell_index="6501" local_entity="3" value="0" />
+        <value cell_index="6504" local_entity="3" value="0" />
+        <value cell_index="6507" local_entity="3" value="0" />
+        <value cell_index="6510" local_entity="3" value="0" />
+        <value cell_index="6513" local_entity="3" value="0" />
+        <value cell_index="6516" local_entity="3" value="0" />
+        <value cell_index="6519" local_entity="3" value="0" />
+        <value cell_index="6522" local_entity="3" value="0" />
+        <value cell_index="6525" local_entity="3" value="0" />
+        <value cell_index="6528" local_entity="3" value="0" />
+        <value cell_index="6531" local_entity="3" value="0" />
+        <value cell_index="6534" local_entity="3" value="0" />
+        <value cell_index="6537" local_entity="3" value="0" />
+        <value cell_index="6540" local_entity="3" value="0" />
+        <value cell_index="6543" local_entity="3" value="0" />
+        <value cell_index="6546" local_entity="3" value="0" />
+        <value cell_index="6549" local_entity="3" value="0" />
+        <value cell_index="6552" local_entity="3" value="0" />
+        <value cell_index="6555" local_entity="3" value="0" />
+        <value cell_index="6558" local_entity="3" value="0" />
+        <value cell_index="6561" local_entity="3" value="0" />
+        <value cell_index="6564" local_entity="3" value="0" />
+        <value cell_index="6567" local_entity="3" value="0" />
+        <value cell_index="6570" local_entity="3" value="0" />
+        <value cell_index="6573" local_entity="3" value="0" />
+        <value cell_index="6576" local_entity="3" value="0" />
+        <value cell_index="6579" local_entity="3" value="0" />
+        <value cell_index="6582" local_entity="3" value="0" />
+        <value cell_index="6585" local_entity="3" value="0" />
+        <value cell_index="6588" local_entity="3" value="0" />
+        <value cell_index="6591" local_entity="3" value="0" />
+        <value cell_index="6594" local_entity="3" value="0" />
+        <value cell_index="6597" local_entity="3" value="1" />
+        <value cell_index="6600" local_entity="3" value="1" />
+        <value cell_index="6603" local_entity="3" value="0" />
+        <value cell_index="6606" local_entity="3" value="0" />
+        <value cell_index="6609" local_entity="3" value="0" />
+        <value cell_index="6612" local_entity="3" value="0" />
+        <value cell_index="6615" local_entity="3" value="0" />
+        <value cell_index="6618" local_entity="3" value="0" />
+        <value cell_index="6621" local_entity="3" value="0" />
+        <value cell_index="6624" local_entity="3" value="0" />
+        <value cell_index="6627" local_entity="3" value="0" />
+        <value cell_index="6630" local_entity="3" value="0" />
+        <value cell_index="6633" local_entity="3" value="0" />
+        <value cell_index="6636" local_entity="3" value="0" />
+        <value cell_index="6639" local_entity="3" value="0" />
+        <value cell_index="6642" local_entity="3" value="0" />
+        <value cell_index="6645" local_entity="3" value="0" />
+        <value cell_index="6648" local_entity="3" value="0" />
+        <value cell_index="6651" local_entity="3" value="0" />
+        <value cell_index="6654" local_entity="3" value="0" />
+        <value cell_index="6657" local_entity="3" value="0" />
+        <value cell_index="6660" local_entity="3" value="0" />
+        <value cell_index="6663" local_entity="3" value="0" />
+        <value cell_index="6666" local_entity="3" value="0" />
+        <value cell_index="6669" local_entity="3" value="0" />
+        <value cell_index="6672" local_entity="3" value="0" />
+        <value cell_index="6675" local_entity="3" value="0" />
+        <value cell_index="6678" local_entity="3" value="0" />
+        <value cell_index="6681" local_entity="3" value="0" />
+        <value cell_index="6684" local_entity="3" value="0" />
+        <value cell_index="6687" local_entity="3" value="0" />
+        <value cell_index="6690" local_entity="3" value="0" />
+        <value cell_index="6693" local_entity="3" value="0" />
+        <value cell_index="6696" local_entity="3" value="0" />
+        <value cell_index="6699" local_entity="3" value="0" />
+        <value cell_index="6702" local_entity="3" value="0" />
+        <value cell_index="6705" local_entity="3" value="0" />
+        <value cell_index="6708" local_entity="3" value="0" />
+        <value cell_index="6711" local_entity="3" value="0" />
+        <value cell_index="6714" local_entity="3" value="0" />
+        <value cell_index="6717" local_entity="3" value="0" />
+        <value cell_index="6720" local_entity="3" value="0" />
+        <value cell_index="6723" local_entity="3" value="0" />
+        <value cell_index="6726" local_entity="3" value="0" />
+        <value cell_index="6729" local_entity="3" value="0" />
+        <value cell_index="6732" local_entity="3" value="0" />
+        <value cell_index="6735" local_entity="3" value="0" />
+        <value cell_index="6738" local_entity="3" value="0" />
+        <value cell_index="6741" local_entity="3" value="0" />
+        <value cell_index="6744" local_entity="3" value="0" />
+        <value cell_index="6747" local_entity="3" value="0" />
+        <value cell_index="6750" local_entity="3" value="0" />
+        <value cell_index="6753" local_entity="3" value="0" />
+        <value cell_index="6756" local_entity="3" value="0" />
+        <value cell_index="6759" local_entity="3" value="0" />
+        <value cell_index="6762" local_entity="3" value="0" />
+        <value cell_index="6765" local_entity="3" value="0" />
+        <value cell_index="6768" local_entity="3" value="0" />
+        <value cell_index="6771" local_entity="3" value="0" />
+        <value cell_index="6774" local_entity="3" value="0" />
+        <value cell_index="6777" local_entity="3" value="0" />
+        <value cell_index="6780" local_entity="3" value="0" />
+        <value cell_index="6783" local_entity="3" value="0" />
+        <value cell_index="6786" local_entity="3" value="0" />
+        <value cell_index="6789" local_entity="3" value="0" />
+        <value cell_index="6792" local_entity="3" value="0" />
+        <value cell_index="6795" local_entity="3" value="0" />
+        <value cell_index="6798" local_entity="3" value="0" />
+        <value cell_index="6801" local_entity="3" value="0" />
+        <value cell_index="6804" local_entity="3" value="0" />
+        <value cell_index="6807" local_entity="3" value="0" />
+        <value cell_index="6810" local_entity="3" value="0" />
+        <value cell_index="6813" local_entity="3" value="0" />
+        <value cell_index="6816" local_entity="3" value="0" />
+        <value cell_index="6819" local_entity="3" value="0" />
+        <value cell_index="6822" local_entity="3" value="0" />
+        <value cell_index="6825" local_entity="3" value="0" />
+        <value cell_index="6828" local_entity="3" value="0" />
+        <value cell_index="6831" local_entity="3" value="0" />
+        <value cell_index="6834" local_entity="3" value="0" />
+        <value cell_index="6837" local_entity="3" value="1" />
+        <value cell_index="6840" local_entity="3" value="1" />
+        <value cell_index="6843" local_entity="3" value="0" />
+        <value cell_index="6846" local_entity="3" value="0" />
+        <value cell_index="6849" local_entity="3" value="0" />
+        <value cell_index="6852" local_entity="3" value="0" />
+        <value cell_index="6855" local_entity="3" value="0" />
+        <value cell_index="6858" local_entity="3" value="0" />
+        <value cell_index="6861" local_entity="3" value="0" />
+        <value cell_index="6864" local_entity="3" value="0" />
+        <value cell_index="6867" local_entity="3" value="0" />
+        <value cell_index="6870" local_entity="3" value="0" />
+        <value cell_index="6873" local_entity="3" value="0" />
+        <value cell_index="6876" local_entity="3" value="0" />
+        <value cell_index="6879" local_entity="3" value="0" />
+        <value cell_index="6882" local_entity="3" value="0" />
+        <value cell_index="6885" local_entity="3" value="0" />
+        <value cell_index="6888" local_entity="3" value="0" />
+        <value cell_index="6891" local_entity="3" value="0" />
+        <value cell_index="6894" local_entity="3" value="0" />
+        <value cell_index="6897" local_entity="3" value="0" />
+        <value cell_index="6900" local_entity="3" value="0" />
+        <value cell_index="6903" local_entity="3" value="0" />
+        <value cell_index="6906" local_entity="3" value="0" />
+        <value cell_index="6909" local_entity="3" value="0" />
+        <value cell_index="6912" local_entity="3" value="0" />
+        <value cell_index="6915" local_entity="3" value="0" />
+        <value cell_index="6918" local_entity="3" value="0" />
+        <value cell_index="6921" local_entity="3" value="0" />
+        <value cell_index="6924" local_entity="3" value="0" />
+        <value cell_index="6927" local_entity="3" value="2" />
+        <value cell_index="6930" local_entity="3" value="0" />
+        <value cell_index="6933" local_entity="3" value="0" />
+        <value cell_index="6936" local_entity="3" value="0" />
+        <value cell_index="6939" local_entity="3" value="0" />
+        <value cell_index="6942" local_entity="3" value="0" />
+        <value cell_index="6945" local_entity="3" value="0" />
+        <value cell_index="6948" local_entity="3" value="0" />
+        <value cell_index="6951" local_entity="3" value="0" />
+        <value cell_index="6954" local_entity="3" value="0" />
+        <value cell_index="6957" local_entity="3" value="0" />
+        <value cell_index="6960" local_entity="3" value="0" />
+        <value cell_index="6963" local_entity="3" value="0" />
+        <value cell_index="6966" local_entity="3" value="0" />
+        <value cell_index="6969" local_entity="3" value="0" />
+        <value cell_index="6972" local_entity="3" value="0" />
+        <value cell_index="6975" local_entity="3" value="0" />
+        <value cell_index="6978" local_entity="3" value="0" />
+        <value cell_index="6981" local_entity="3" value="0" />
+        <value cell_index="6984" local_entity="3" value="0" />
+        <value cell_index="6987" local_entity="3" value="0" />
+        <value cell_index="6990" local_entity="3" value="0" />
+        <value cell_index="6993" local_entity="3" value="0" />
+        <value cell_index="6996" local_entity="3" value="0" />
+        <value cell_index="6999" local_entity="3" value="0" />
+        <value cell_index="7002" local_entity="3" value="0" />
+        <value cell_index="7005" local_entity="3" value="0" />
+        <value cell_index="7008" local_entity="3" value="0" />
+        <value cell_index="7011" local_entity="3" value="0" />
+        <value cell_index="7014" local_entity="3" value="0" />
+        <value cell_index="7017" local_entity="3" value="0" />
+        <value cell_index="7020" local_entity="3" value="0" />
+        <value cell_index="7023" local_entity="3" value="0" />
+        <value cell_index="7026" local_entity="3" value="0" />
+        <value cell_index="7029" local_entity="3" value="0" />
+        <value cell_index="7032" local_entity="3" value="0" />
+        <value cell_index="7035" local_entity="3" value="0" />
+        <value cell_index="7038" local_entity="3" value="0" />
+        <value cell_index="7041" local_entity="3" value="0" />
+        <value cell_index="7044" local_entity="3" value="0" />
+        <value cell_index="7047" local_entity="3" value="0" />
+        <value cell_index="7050" local_entity="3" value="0" />
+        <value cell_index="7053" local_entity="3" value="0" />
+        <value cell_index="7056" local_entity="3" value="0" />
+        <value cell_index="7059" local_entity="3" value="0" />
+        <value cell_index="7062" local_entity="3" value="0" />
+        <value cell_index="7065" local_entity="3" value="0" />
+        <value cell_index="7068" local_entity="3" value="0" />
+        <value cell_index="7071" local_entity="3" value="0" />
+        <value cell_index="7074" local_entity="3" value="0" />
+        <value cell_index="7077" local_entity="3" value="0" />
+        <value cell_index="7080" local_entity="3" value="0" />
+        <value cell_index="7083" local_entity="3" value="0" />
+        <value cell_index="7086" local_entity="3" value="0" />
+        <value cell_index="7089" local_entity="3" value="0" />
+        <value cell_index="7092" local_entity="3" value="0" />
+        <value cell_index="7095" local_entity="3" value="0" />
+        <value cell_index="7098" local_entity="3" value="0" />
+        <value cell_index="7101" local_entity="3" value="2" />
+        <value cell_index="7104" local_entity="3" value="0" />
+        <value cell_index="7107" local_entity="3" value="0" />
+        <value cell_index="7110" local_entity="3" value="0" />
+        <value cell_index="7113" local_entity="3" value="0" />
+        <value cell_index="7116" local_entity="3" value="0" />
+        <value cell_index="7119" local_entity="3" value="0" />
+        <value cell_index="7122" local_entity="3" value="0" />
+        <value cell_index="7125" local_entity="3" value="0" />
+        <value cell_index="7128" local_entity="3" value="0" />
+        <value cell_index="7131" local_entity="3" value="0" />
+        <value cell_index="7134" local_entity="3" value="0" />
+        <value cell_index="7137" local_entity="3" value="0" />
+        <value cell_index="7140" local_entity="3" value="0" />
+        <value cell_index="7143" local_entity="3" value="0" />
+        <value cell_index="7146" local_entity="3" value="0" />
+        <value cell_index="7149" local_entity="3" value="0" />
+        <value cell_index="7152" local_entity="3" value="0" />
+        <value cell_index="7155" local_entity="3" value="0" />
+        <value cell_index="7158" local_entity="3" value="0" />
+        <value cell_index="7161" local_entity="3" value="0" />
+        <value cell_index="7164" local_entity="3" value="0" />
+        <value cell_index="7167" local_entity="3" value="0" />
+        <value cell_index="7170" local_entity="3" value="0" />
+        <value cell_index="7173" local_entity="3" value="0" />
+        <value cell_index="7176" local_entity="3" value="0" />
+        <value cell_index="7179" local_entity="3" value="0" />
+        <value cell_index="7182" local_entity="3" value="2" />
+        <value cell_index="7185" local_entity="3" value="2" />
+        <value cell_index="7188" local_entity="3" value="0" />
+        <value cell_index="7191" local_entity="3" value="0" />
+        <value cell_index="7194" local_entity="3" value="0" />
+        <value cell_index="7197" local_entity="3" value="0" />
+        <value cell_index="7200" local_entity="3" value="0" />
+        <value cell_index="7203" local_entity="3" value="0" />
+        <value cell_index="7206" local_entity="3" value="0" />
+        <value cell_index="7209" local_entity="3" value="0" />
+        <value cell_index="7212" local_entity="3" value="0" />
+        <value cell_index="7215" local_entity="3" value="0" />
+        <value cell_index="7218" local_entity="3" value="0" />
+        <value cell_index="7221" local_entity="3" value="0" />
+        <value cell_index="7224" local_entity="3" value="0" />
+        <value cell_index="7227" local_entity="3" value="0" />
+        <value cell_index="7230" local_entity="3" value="0" />
+        <value cell_index="7233" local_entity="3" value="0" />
+        <value cell_index="7236" local_entity="3" value="0" />
+        <value cell_index="7239" local_entity="3" value="0" />
+        <value cell_index="7242" local_entity="3" value="0" />
+        <value cell_index="7245" local_entity="3" value="0" />
+        <value cell_index="7248" local_entity="3" value="0" />
+        <value cell_index="7251" local_entity="3" value="0" />
+        <value cell_index="7254" local_entity="3" value="0" />
+        <value cell_index="7257" local_entity="3" value="0" />
+        <value cell_index="7260" local_entity="3" value="0" />
+        <value cell_index="7263" local_entity="3" value="0" />
+        <value cell_index="7266" local_entity="3" value="0" />
+        <value cell_index="7269" local_entity="3" value="0" />
+        <value cell_index="7272" local_entity="3" value="0" />
+        <value cell_index="7275" local_entity="3" value="0" />
+        <value cell_index="7278" local_entity="3" value="2" />
+        <value cell_index="7281" local_entity="3" value="1" />
+        <value cell_index="7284" local_entity="3" value="0" />
+        <value cell_index="7287" local_entity="3" value="0" />
+        <value cell_index="7290" local_entity="3" value="0" />
+        <value cell_index="7293" local_entity="3" value="0" />
+        <value cell_index="7296" local_entity="3" value="0" />
+        <value cell_index="7299" local_entity="3" value="0" />
+        <value cell_index="7302" local_entity="3" value="0" />
+        <value cell_index="7305" local_entity="3" value="0" />
+        <value cell_index="7308" local_entity="3" value="0" />
+        <value cell_index="7311" local_entity="3" value="0" />
+        <value cell_index="7314" local_entity="3" value="0" />
+        <value cell_index="7317" local_entity="3" value="0" />
+        <value cell_index="7320" local_entity="3" value="0" />
+        <value cell_index="7323" local_entity="3" value="0" />
+        <value cell_index="7326" local_entity="3" value="0" />
+        <value cell_index="7329" local_entity="3" value="0" />
+        <value cell_index="7332" local_entity="3" value="0" />
+        <value cell_index="7335" local_entity="3" value="0" />
+        <value cell_index="7338" local_entity="3" value="0" />
+        <value cell_index="7341" local_entity="3" value="0" />
+        <value cell_index="7344" local_entity="3" value="0" />
+        <value cell_index="7347" local_entity="3" value="0" />
+        <value cell_index="7350" local_entity="3" value="0" />
+        <value cell_index="7353" local_entity="3" value="0" />
+        <value cell_index="7356" local_entity="3" value="0" />
+        <value cell_index="7359" local_entity="3" value="0" />
+        <value cell_index="7362" local_entity="3" value="0" />
+        <value cell_index="7365" local_entity="3" value="0" />
+        <value cell_index="7368" local_entity="3" value="0" />
+        <value cell_index="7371" local_entity="3" value="0" />
+        <value cell_index="7374" local_entity="3" value="0" />
+        <value cell_index="7377" local_entity="3" value="0" />
+        <value cell_index="7380" local_entity="3" value="0" />
+        <value cell_index="7383" local_entity="3" value="0" />
+        <value cell_index="7386" local_entity="3" value="0" />
+        <value cell_index="7389" local_entity="3" value="0" />
+        <value cell_index="7392" local_entity="3" value="0" />
+        <value cell_index="7395" local_entity="3" value="0" />
+        <value cell_index="7398" local_entity="3" value="0" />
+        <value cell_index="7401" local_entity="3" value="0" />
+        <value cell_index="7404" local_entity="3" value="0" />
+        <value cell_index="7407" local_entity="3" value="0" />
+        <value cell_index="7410" local_entity="3" value="0" />
+        <value cell_index="7413" local_entity="3" value="0" />
+        <value cell_index="7416" local_entity="3" value="0" />
+        <value cell_index="7419" local_entity="3" value="0" />
+        <value cell_index="7422" local_entity="3" value="0" />
+        <value cell_index="7425" local_entity="3" value="0" />
+        <value cell_index="7428" local_entity="3" value="0" />
+        <value cell_index="7431" local_entity="3" value="0" />
+        <value cell_index="7434" local_entity="3" value="0" />
+        <value cell_index="7437" local_entity="3" value="0" />
+        <value cell_index="7440" local_entity="3" value="0" />
+        <value cell_index="7443" local_entity="3" value="0" />
+        <value cell_index="7446" local_entity="3" value="0" />
+        <value cell_index="7449" local_entity="3" value="0" />
+        <value cell_index="7452" local_entity="3" value="0" />
+        <value cell_index="7455" local_entity="3" value="0" />
+        <value cell_index="7458" local_entity="3" value="0" />
+        <value cell_index="7461" local_entity="3" value="0" />
+        <value cell_index="7464" local_entity="3" value="0" />
+        <value cell_index="7467" local_entity="3" value="0" />
+        <value cell_index="7470" local_entity="3" value="0" />
+        <value cell_index="7473" local_entity="3" value="0" />
+        <value cell_index="7476" local_entity="3" value="0" />
+        <value cell_index="7479" local_entity="3" value="0" />
+        <value cell_index="7482" local_entity="3" value="0" />
+        <value cell_index="7485" local_entity="3" value="0" />
+        <value cell_index="7488" local_entity="3" value="0" />
+        <value cell_index="7491" local_entity="3" value="0" />
+        <value cell_index="7494" local_entity="3" value="0" />
+        <value cell_index="7497" local_entity="3" value="0" />
+        <value cell_index="7500" local_entity="3" value="0" />
+        <value cell_index="7503" local_entity="3" value="0" />
+        <value cell_index="7506" local_entity="3" value="0" />
+        <value cell_index="7509" local_entity="3" value="0" />
+        <value cell_index="7512" local_entity="3" value="0" />
+        <value cell_index="7515" local_entity="3" value="0" />
+        <value cell_index="7518" local_entity="3" value="0" />
+        <value cell_index="7521" local_entity="3" value="0" />
+        <value cell_index="7524" local_entity="3" value="0" />
+        <value cell_index="7527" local_entity="3" value="2" />
+        <value cell_index="7530" local_entity="3" value="0" />
+        <value cell_index="7533" local_entity="3" value="0" />
+        <value cell_index="7536" local_entity="3" value="0" />
+        <value cell_index="7539" local_entity="3" value="0" />
+        <value cell_index="7542" local_entity="3" value="0" />
+        <value cell_index="7545" local_entity="3" value="0" />
+        <value cell_index="7548" local_entity="3" value="0" />
+        <value cell_index="7551" local_entity="3" value="0" />
+        <value cell_index="7554" local_entity="3" value="0" />
+        <value cell_index="7557" local_entity="3" value="0" />
+        <value cell_index="7560" local_entity="3" value="0" />
+        <value cell_index="7563" local_entity="3" value="0" />
+        <value cell_index="7566" local_entity="3" value="0" />
+        <value cell_index="7569" local_entity="3" value="0" />
+        <value cell_index="7572" local_entity="3" value="0" />
+        <value cell_index="7575" local_entity="3" value="0" />
+        <value cell_index="7578" local_entity="3" value="0" />
+        <value cell_index="7581" local_entity="3" value="0" />
+        <value cell_index="7584" local_entity="3" value="0" />
+        <value cell_index="7587" local_entity="3" value="0" />
+        <value cell_index="7590" local_entity="3" value="0" />
+        <value cell_index="7593" local_entity="3" value="0" />
+        <value cell_index="7596" local_entity="3" value="0" />
+        <value cell_index="7599" local_entity="3" value="0" />
+        <value cell_index="7602" local_entity="3" value="0" />
+        <value cell_index="7605" local_entity="3" value="0" />
+        <value cell_index="7608" local_entity="3" value="0" />
+        <value cell_index="7611" local_entity="3" value="0" />
+        <value cell_index="7614" local_entity="3" value="0" />
+        <value cell_index="7617" local_entity="3" value="0" />
+        <value cell_index="7620" local_entity="3" value="0" />
+        <value cell_index="7623" local_entity="3" value="0" />
+        <value cell_index="7626" local_entity="3" value="0" />
+        <value cell_index="7629" local_entity="3" value="0" />
+        <value cell_index="7632" local_entity="3" value="0" />
+        <value cell_index="7635" local_entity="3" value="0" />
+        <value cell_index="7638" local_entity="3" value="0" />
+        <value cell_index="7641" local_entity="3" value="0" />
+        <value cell_index="7644" local_entity="3" value="0" />
+        <value cell_index="7647" local_entity="3" value="0" />
+        <value cell_index="7650" local_entity="3" value="0" />
+        <value cell_index="7653" local_entity="3" value="0" />
+        <value cell_index="7656" local_entity="3" value="0" />
+        <value cell_index="7659" local_entity="3" value="0" />
+        <value cell_index="7662" local_entity="3" value="0" />
+        <value cell_index="7665" local_entity="3" value="0" />
+        <value cell_index="7668" local_entity="3" value="0" />
+        <value cell_index="7671" local_entity="3" value="0" />
+        <value cell_index="7674" local_entity="3" value="0" />
+        <value cell_index="7677" local_entity="3" value="0" />
+        <value cell_index="7680" local_entity="3" value="0" />
+        <value cell_index="7683" local_entity="3" value="0" />
+        <value cell_index="7686" local_entity="3" value="0" />
+        <value cell_index="7689" local_entity="3" value="0" />
+        <value cell_index="7692" local_entity="3" value="0" />
+        <value cell_index="7695" local_entity="3" value="0" />
+        <value cell_index="7698" local_entity="3" value="0" />
+        <value cell_index="7701" local_entity="3" value="0" />
+        <value cell_index="7704" local_entity="3" value="0" />
+        <value cell_index="7707" local_entity="3" value="0" />
+        <value cell_index="7710" local_entity="3" value="0" />
+        <value cell_index="7713" local_entity="3" value="0" />
+        <value cell_index="7716" local_entity="3" value="0" />
+        <value cell_index="7719" local_entity="3" value="0" />
+        <value cell_index="7722" local_entity="3" value="0" />
+        <value cell_index="7725" local_entity="3" value="0" />
+        <value cell_index="7728" local_entity="3" value="0" />
+        <value cell_index="7731" local_entity="3" value="0" />
+        <value cell_index="7734" local_entity="3" value="0" />
+        <value cell_index="7737" local_entity="3" value="0" />
+        <value cell_index="7740" local_entity="3" value="0" />
+        <value cell_index="7743" local_entity="3" value="0" />
+        <value cell_index="7746" local_entity="3" value="0" />
+        <value cell_index="7749" local_entity="3" value="0" />
+        <value cell_index="7752" local_entity="3" value="0" />
+        <value cell_index="7755" local_entity="3" value="0" />
+        <value cell_index="7758" local_entity="3" value="0" />
+        <value cell_index="7761" local_entity="3" value="0" />
+        <value cell_index="7764" local_entity="3" value="0" />
+        <value cell_index="7767" local_entity="3" value="0" />
+        <value cell_index="7770" local_entity="3" value="0" />
+        <value cell_index="7773" local_entity="3" value="0" />
+        <value cell_index="7776" local_entity="3" value="0" />
+        <value cell_index="7779" local_entity="3" value="0" />
+        <value cell_index="7782" local_entity="3" value="0" />
+        <value cell_index="7785" local_entity="3" value="0" />
+        <value cell_index="7788" local_entity="3" value="2" />
+        <value cell_index="7791" local_entity="3" value="2" />
+        <value cell_index="7794" local_entity="3" value="0" />
+        <value cell_index="7797" local_entity="3" value="0" />
+        <value cell_index="7800" local_entity="3" value="0" />
+        <value cell_index="7803" local_entity="3" value="0" />
+        <value cell_index="7806" local_entity="3" value="0" />
+        <value cell_index="7809" local_entity="3" value="0" />
+        <value cell_index="7812" local_entity="3" value="0" />
+        <value cell_index="7815" local_entity="3" value="0" />
+        <value cell_index="7818" local_entity="3" value="0" />
+        <value cell_index="7821" local_entity="3" value="0" />
+        <value cell_index="7824" local_entity="3" value="0" />
+        <value cell_index="7827" local_entity="3" value="0" />
+        <value cell_index="7830" local_entity="3" value="0" />
+        <value cell_index="7833" local_entity="3" value="0" />
+        <value cell_index="7836" local_entity="3" value="0" />
+        <value cell_index="7839" local_entity="3" value="0" />
+        <value cell_index="7842" local_entity="3" value="0" />
+        <value cell_index="7845" local_entity="3" value="0" />
+        <value cell_index="7848" local_entity="3" value="0" />
+        <value cell_index="7851" local_entity="3" value="0" />
+        <value cell_index="7854" local_entity="3" value="0" />
+        <value cell_index="7857" local_entity="3" value="0" />
+        <value cell_index="7860" local_entity="3" value="0" />
+        <value cell_index="7863" local_entity="3" value="0" />
+        <value cell_index="7866" local_entity="3" value="0" />
+        <value cell_index="7869" local_entity="3" value="0" />
+        <value cell_index="7872" local_entity="3" value="0" />
+        <value cell_index="7875" local_entity="3" value="0" />
+        <value cell_index="7878" local_entity="3" value="0" />
+        <value cell_index="7881" local_entity="3" value="0" />
+        <value cell_index="7884" local_entity="3" value="0" />
+        <value cell_index="7887" local_entity="3" value="0" />
+        <value cell_index="7890" local_entity="3" value="0" />
+        <value cell_index="7893" local_entity="3" value="0" />
+        <value cell_index="7896" local_entity="3" value="0" />
+        <value cell_index="7899" local_entity="3" value="0" />
+        <value cell_index="7902" local_entity="3" value="0" />
+        <value cell_index="7905" local_entity="3" value="0" />
+        <value cell_index="7908" local_entity="3" value="0" />
+        <value cell_index="7911" local_entity="3" value="0" />
+        <value cell_index="7914" local_entity="3" value="0" />
+        <value cell_index="7917" local_entity="3" value="0" />
+        <value cell_index="7920" local_entity="3" value="0" />
+        <value cell_index="7923" local_entity="3" value="0" />
+        <value cell_index="7926" local_entity="3" value="0" />
+        <value cell_index="7929" local_entity="3" value="0" />
+        <value cell_index="7932" local_entity="3" value="2" />
+        <value cell_index="7935" local_entity="3" value="0" />
+        <value cell_index="7938" local_entity="3" value="0" />
+        <value cell_index="7941" local_entity="3" value="0" />
+        <value cell_index="7944" local_entity="3" value="0" />
+        <value cell_index="7947" local_entity="3" value="0" />
+        <value cell_index="7950" local_entity="3" value="0" />
+        <value cell_index="7953" local_entity="3" value="0" />
+        <value cell_index="7956" local_entity="3" value="0" />
+        <value cell_index="7959" local_entity="3" value="0" />
+        <value cell_index="7962" local_entity="3" value="0" />
+        <value cell_index="7965" local_entity="3" value="0" />
+        <value cell_index="7968" local_entity="3" value="0" />
+        <value cell_index="7971" local_entity="3" value="2" />
+        <value cell_index="7974" local_entity="3" value="2" />
+        <value cell_index="7977" local_entity="3" value="0" />
+        <value cell_index="7980" local_entity="3" value="0" />
+        <value cell_index="7983" local_entity="3" value="0" />
+        <value cell_index="7986" local_entity="3" value="0" />
+        <value cell_index="7989" local_entity="3" value="0" />
+        <value cell_index="7992" local_entity="3" value="0" />
+        <value cell_index="7995" local_entity="3" value="0" />
+        <value cell_index="7998" local_entity="3" value="0" />
+        <value cell_index="8001" local_entity="3" value="0" />
+        <value cell_index="8004" local_entity="3" value="0" />
+        <value cell_index="8007" local_entity="3" value="0" />
+        <value cell_index="8010" local_entity="3" value="0" />
+        <value cell_index="8013" local_entity="3" value="0" />
+        <value cell_index="8016" local_entity="3" value="0" />
+        <value cell_index="8019" local_entity="3" value="0" />
+        <value cell_index="8022" local_entity="3" value="0" />
+        <value cell_index="8025" local_entity="3" value="0" />
+        <value cell_index="8028" local_entity="3" value="0" />
+        <value cell_index="8031" local_entity="3" value="2" />
+        <value cell_index="8034" local_entity="3" value="2" />
+        <value cell_index="8037" local_entity="3" value="0" />
+        <value cell_index="8040" local_entity="3" value="0" />
+        <value cell_index="8043" local_entity="3" value="0" />
+        <value cell_index="8046" local_entity="3" value="0" />
+        <value cell_index="8049" local_entity="3" value="0" />
+        <value cell_index="8052" local_entity="3" value="0" />
+        <value cell_index="8055" local_entity="3" value="0" />
+        <value cell_index="8058" local_entity="3" value="0" />
+        <value cell_index="8061" local_entity="3" value="0" />
+        <value cell_index="8064" local_entity="3" value="0" />
+        <value cell_index="8067" local_entity="3" value="0" />
+        <value cell_index="8070" local_entity="3" value="0" />
+        <value cell_index="8073" local_entity="3" value="0" />
+        <value cell_index="8076" local_entity="3" value="0" />
+        <value cell_index="8079" local_entity="3" value="0" />
+        <value cell_index="8082" local_entity="3" value="0" />
+        <value cell_index="8085" local_entity="3" value="0" />
+        <value cell_index="8088" local_entity="3" value="0" />
+        <value cell_index="8091" local_entity="3" value="0" />
+        <value cell_index="8094" local_entity="3" value="0" />
+        <value cell_index="8097" local_entity="3" value="0" />
+        <value cell_index="8100" local_entity="3" value="0" />
+        <value cell_index="8103" local_entity="3" value="0" />
+        <value cell_index="8106" local_entity="3" value="0" />
+        <value cell_index="8109" local_entity="3" value="0" />
+        <value cell_index="8112" local_entity="3" value="0" />
+        <value cell_index="8115" local_entity="3" value="0" />
+        <value cell_index="8118" local_entity="3" value="1" />
+        <value cell_index="8121" local_entity="3" value="1" />
+        <value cell_index="8124" local_entity="3" value="0" />
+        <value cell_index="8127" local_entity="3" value="0" />
+        <value cell_index="8130" local_entity="3" value="0" />
+        <value cell_index="8133" local_entity="3" value="0" />
+        <value cell_index="8136" local_entity="3" value="0" />
+        <value cell_index="8139" local_entity="3" value="0" />
+        <value cell_index="8142" local_entity="3" value="0" />
+        <value cell_index="8145" local_entity="3" value="0" />
+        <value cell_index="8148" local_entity="3" value="0" />
+        <value cell_index="8151" local_entity="3" value="0" />
+        <value cell_index="8154" local_entity="3" value="0" />
+        <value cell_index="8157" local_entity="3" value="0" />
+        <value cell_index="8160" local_entity="3" value="0" />
+        <value cell_index="8163" local_entity="3" value="0" />
+        <value cell_index="8166" local_entity="3" value="0" />
+        <value cell_index="8169" local_entity="3" value="0" />
+        <value cell_index="8172" local_entity="3" value="0" />
+        <value cell_index="8175" local_entity="3" value="0" />
+        <value cell_index="8178" local_entity="3" value="0" />
+        <value cell_index="8181" local_entity="3" value="0" />
+        <value cell_index="8184" local_entity="3" value="0" />
+        <value cell_index="8187" local_entity="3" value="0" />
+        <value cell_index="8190" local_entity="3" value="0" />
+        <value cell_index="8193" local_entity="3" value="0" />
+        <value cell_index="8196" local_entity="3" value="0" />
+        <value cell_index="8199" local_entity="3" value="0" />
+        <value cell_index="8202" local_entity="3" value="0" />
+        <value cell_index="8205" local_entity="3" value="0" />
+        <value cell_index="8208" local_entity="3" value="0" />
+        <value cell_index="8211" local_entity="3" value="0" />
+        <value cell_index="8214" local_entity="3" value="0" />
+        <value cell_index="8217" local_entity="3" value="0" />
+        <value cell_index="8220" local_entity="3" value="0" />
+        <value cell_index="8223" local_entity="3" value="0" />
+        <value cell_index="8226" local_entity="3" value="0" />
+        <value cell_index="8229" local_entity="3" value="0" />
+        <value cell_index="8232" local_entity="3" value="0" />
+        <value cell_index="8235" local_entity="3" value="0" />
+        <value cell_index="8238" local_entity="3" value="0" />
+        <value cell_index="8241" local_entity="3" value="0" />
+        <value cell_index="8244" local_entity="3" value="0" />
+        <value cell_index="8247" local_entity="3" value="0" />
+        <value cell_index="8250" local_entity="3" value="0" />
+        <value cell_index="8253" local_entity="3" value="0" />
+        <value cell_index="8256" local_entity="3" value="0" />
+        <value cell_index="8259" local_entity="3" value="0" />
+        <value cell_index="8262" local_entity="3" value="0" />
+        <value cell_index="8265" local_entity="3" value="0" />
+        <value cell_index="8268" local_entity="3" value="0" />
+        <value cell_index="8271" local_entity="3" value="0" />
+        <value cell_index="8274" local_entity="3" value="0" />
+        <value cell_index="8277" local_entity="3" value="0" />
+        <value cell_index="8280" local_entity="3" value="0" />
+        <value cell_index="8283" local_entity="3" value="0" />
+        <value cell_index="8286" local_entity="3" value="0" />
+        <value cell_index="8289" local_entity="3" value="0" />
+        <value cell_index="8292" local_entity="3" value="0" />
+        <value cell_index="8295" local_entity="3" value="0" />
+        <value cell_index="8298" local_entity="3" value="0" />
+        <value cell_index="8301" local_entity="3" value="0" />
+        <value cell_index="8304" local_entity="3" value="0" />
+        <value cell_index="8307" local_entity="3" value="0" />
+        <value cell_index="8310" local_entity="3" value="0" />
+        <value cell_index="8313" local_entity="3" value="0" />
+        <value cell_index="8316" local_entity="3" value="0" />
+        <value cell_index="8319" local_entity="3" value="0" />
+        <value cell_index="8322" local_entity="3" value="0" />
+        <value cell_index="8325" local_entity="3" value="0" />
+        <value cell_index="8328" local_entity="3" value="0" />
+        <value cell_index="8331" local_entity="3" value="0" />
+        <value cell_index="8334" local_entity="3" value="0" />
+        <value cell_index="8337" local_entity="3" value="0" />
+        <value cell_index="8340" local_entity="3" value="0" />
+        <value cell_index="8343" local_entity="3" value="0" />
+        <value cell_index="8346" local_entity="3" value="0" />
+        <value cell_index="8349" local_entity="3" value="0" />
+        <value cell_index="8352" local_entity="3" value="0" />
+        <value cell_index="8355" local_entity="3" value="0" />
+        <value cell_index="8358" local_entity="3" value="0" />
+        <value cell_index="8361" local_entity="3" value="0" />
+        <value cell_index="8364" local_entity="3" value="0" />
+        <value cell_index="8367" local_entity="3" value="0" />
+        <value cell_index="8370" local_entity="3" value="0" />
+        <value cell_index="8373" local_entity="3" value="0" />
+        <value cell_index="8376" local_entity="3" value="0" />
+        <value cell_index="8379" local_entity="3" value="0" />
+        <value cell_index="8382" local_entity="3" value="0" />
+        <value cell_index="8385" local_entity="3" value="0" />
+        <value cell_index="8388" local_entity="3" value="0" />
+        <value cell_index="8391" local_entity="3" value="0" />
+        <value cell_index="8394" local_entity="3" value="0" />
+        <value cell_index="8397" local_entity="3" value="0" />
+        <value cell_index="8400" local_entity="3" value="0" />
+        <value cell_index="8403" local_entity="3" value="0" />
+        <value cell_index="8406" local_entity="3" value="0" />
+        <value cell_index="8409" local_entity="3" value="0" />
+        <value cell_index="8412" local_entity="3" value="0" />
+        <value cell_index="8415" local_entity="3" value="0" />
+        <value cell_index="8418" local_entity="3" value="0" />
+        <value cell_index="8421" local_entity="3" value="0" />
+        <value cell_index="8424" local_entity="3" value="2" />
+        <value cell_index="8427" local_entity="3" value="2" />
+        <value cell_index="8430" local_entity="3" value="0" />
+        <value cell_index="8433" local_entity="3" value="0" />
+        <value cell_index="8436" local_entity="3" value="0" />
+        <value cell_index="8439" local_entity="3" value="0" />
+        <value cell_index="8442" local_entity="3" value="0" />
+        <value cell_index="8445" local_entity="3" value="0" />
+        <value cell_index="8448" local_entity="3" value="0" />
+        <value cell_index="8451" local_entity="3" value="0" />
+        <value cell_index="8454" local_entity="3" value="0" />
+        <value cell_index="8457" local_entity="3" value="0" />
+        <value cell_index="8460" local_entity="3" value="0" />
+        <value cell_index="8463" local_entity="3" value="0" />
+        <value cell_index="8466" local_entity="3" value="0" />
+        <value cell_index="8469" local_entity="3" value="2" />
+        <value cell_index="8472" local_entity="3" value="2" />
+        <value cell_index="8475" local_entity="3" value="0" />
+        <value cell_index="8478" local_entity="3" value="0" />
+        <value cell_index="8481" local_entity="3" value="0" />
+        <value cell_index="8484" local_entity="3" value="0" />
+        <value cell_index="8487" local_entity="3" value="0" />
+        <value cell_index="8490" local_entity="3" value="0" />
+        <value cell_index="8493" local_entity="3" value="0" />
+        <value cell_index="8496" local_entity="3" value="0" />
+        <value cell_index="8499" local_entity="3" value="0" />
+        <value cell_index="8502" local_entity="3" value="0" />
+        <value cell_index="8505" local_entity="3" value="0" />
+        <value cell_index="8508" local_entity="3" value="0" />
+        <value cell_index="8511" local_entity="3" value="0" />
+        <value cell_index="8514" local_entity="3" value="0" />
+        <value cell_index="8517" local_entity="3" value="0" />
+        <value cell_index="8520" local_entity="3" value="0" />
+        <value cell_index="8523" local_entity="3" value="0" />
+        <value cell_index="8526" local_entity="3" value="0" />
+        <value cell_index="8529" local_entity="3" value="0" />
+        <value cell_index="8532" local_entity="3" value="0" />
+        <value cell_index="8535" local_entity="3" value="0" />
+        <value cell_index="8538" local_entity="3" value="0" />
+        <value cell_index="8541" local_entity="3" value="0" />
+        <value cell_index="8544" local_entity="3" value="0" />
+        <value cell_index="8547" local_entity="3" value="0" />
+        <value cell_index="8550" local_entity="3" value="0" />
+        <value cell_index="8553" local_entity="3" value="0" />
+        <value cell_index="8556" local_entity="3" value="0" />
+        <value cell_index="8559" local_entity="3" value="0" />
+        <value cell_index="8562" local_entity="3" value="0" />
+        <value cell_index="8565" local_entity="3" value="0" />
+        <value cell_index="8568" local_entity="3" value="0" />
+        <value cell_index="8571" local_entity="3" value="0" />
+        <value cell_index="8574" local_entity="3" value="0" />
+        <value cell_index="8577" local_entity="3" value="0" />
+        <value cell_index="8580" local_entity="3" value="0" />
+        <value cell_index="8583" local_entity="3" value="0" />
+        <value cell_index="8586" local_entity="3" value="0" />
+        <value cell_index="8589" local_entity="3" value="0" />
+        <value cell_index="8592" local_entity="3" value="0" />
+        <value cell_index="8595" local_entity="3" value="0" />
+        <value cell_index="8598" local_entity="3" value="0" />
+        <value cell_index="8601" local_entity="3" value="0" />
+        <value cell_index="8604" local_entity="3" value="0" />
+        <value cell_index="8607" local_entity="3" value="0" />
+        <value cell_index="8610" local_entity="3" value="0" />
+        <value cell_index="8613" local_entity="3" value="0" />
+        <value cell_index="8616" local_entity="3" value="0" />
+        <value cell_index="8619" local_entity="3" value="0" />
+        <value cell_index="8622" local_entity="3" value="0" />
+        <value cell_index="8625" local_entity="3" value="0" />
+        <value cell_index="8628" local_entity="3" value="0" />
+        <value cell_index="8631" local_entity="3" value="0" />
+        <value cell_index="8634" local_entity="3" value="2" />
+        <value cell_index="8637" local_entity="3" value="2" />
+        <value cell_index="8640" local_entity="3" value="0" />
+        <value cell_index="8643" local_entity="3" value="0" />
+        <value cell_index="8646" local_entity="3" value="0" />
+        <value cell_index="8649" local_entity="3" value="0" />
+        <value cell_index="8652" local_entity="3" value="0" />
+        <value cell_index="8655" local_entity="3" value="0" />
+        <value cell_index="8658" local_entity="3" value="0" />
+        <value cell_index="8661" local_entity="3" value="0" />
+        <value cell_index="8664" local_entity="3" value="0" />
+        <value cell_index="8667" local_entity="3" value="0" />
+        <value cell_index="8670" local_entity="3" value="0" />
+        <value cell_index="8673" local_entity="3" value="0" />
+        <value cell_index="8676" local_entity="3" value="0" />
+        <value cell_index="8679" local_entity="3" value="0" />
+        <value cell_index="8682" local_entity="3" value="0" />
+        <value cell_index="8685" local_entity="3" value="0" />
+        <value cell_index="8688" local_entity="3" value="0" />
+        <value cell_index="8691" local_entity="3" value="0" />
+        <value cell_index="8694" local_entity="3" value="0" />
+        <value cell_index="8697" local_entity="3" value="0" />
+        <value cell_index="8700" local_entity="3" value="0" />
+        <value cell_index="8703" local_entity="3" value="0" />
+        <value cell_index="8706" local_entity="3" value="0" />
+        <value cell_index="8709" local_entity="3" value="0" />
+        <value cell_index="8712" local_entity="3" value="0" />
+        <value cell_index="8715" local_entity="3" value="0" />
+        <value cell_index="8718" local_entity="3" value="0" />
+        <value cell_index="8721" local_entity="3" value="0" />
+        <value cell_index="8724" local_entity="3" value="0" />
+        <value cell_index="8727" local_entity="3" value="0" />
+        <value cell_index="8730" local_entity="3" value="0" />
+        <value cell_index="8733" local_entity="3" value="0" />
+        <value cell_index="8736" local_entity="3" value="0" />
+        <value cell_index="8739" local_entity="3" value="0" />
+        <value cell_index="8742" local_entity="3" value="0" />
+        <value cell_index="8745" local_entity="3" value="0" />
+        <value cell_index="8748" local_entity="3" value="0" />
+        <value cell_index="8751" local_entity="3" value="0" />
+        <value cell_index="8754" local_entity="3" value="0" />
+        <value cell_index="8757" local_entity="3" value="0" />
+        <value cell_index="8760" local_entity="3" value="0" />
+        <value cell_index="8763" local_entity="3" value="0" />
+        <value cell_index="8766" local_entity="3" value="0" />
+        <value cell_index="8769" local_entity="3" value="0" />
+        <value cell_index="8772" local_entity="3" value="0" />
+        <value cell_index="8775" local_entity="3" value="0" />
+        <value cell_index="8778" local_entity="3" value="0" />
+        <value cell_index="8781" local_entity="3" value="0" />
+        <value cell_index="8784" local_entity="3" value="0" />
+        <value cell_index="8787" local_entity="3" value="0" />
+        <value cell_index="8790" local_entity="3" value="0" />
+        <value cell_index="8793" local_entity="3" value="0" />
+        <value cell_index="8796" local_entity="3" value="0" />
+        <value cell_index="8799" local_entity="3" value="0" />
+        <value cell_index="8802" local_entity="3" value="0" />
+        <value cell_index="8805" local_entity="3" value="0" />
+        <value cell_index="8808" local_entity="3" value="0" />
+        <value cell_index="8811" local_entity="3" value="0" />
+        <value cell_index="8814" local_entity="3" value="0" />
+        <value cell_index="8817" local_entity="3" value="0" />
+        <value cell_index="8820" local_entity="3" value="0" />
+        <value cell_index="8823" local_entity="3" value="0" />
+        <value cell_index="8826" local_entity="3" value="0" />
+        <value cell_index="8829" local_entity="3" value="0" />
+        <value cell_index="8832" local_entity="3" value="0" />
+        <value cell_index="8835" local_entity="3" value="0" />
+        <value cell_index="8838" local_entity="3" value="0" />
+        <value cell_index="8841" local_entity="3" value="0" />
+        <value cell_index="8844" local_entity="3" value="0" />
+        <value cell_index="8847" local_entity="3" value="0" />
+        <value cell_index="8850" local_entity="3" value="0" />
+        <value cell_index="8853" local_entity="3" value="0" />
+        <value cell_index="8856" local_entity="3" value="0" />
+        <value cell_index="8859" local_entity="3" value="0" />
+        <value cell_index="8862" local_entity="3" value="0" />
+        <value cell_index="8865" local_entity="3" value="0" />
+        <value cell_index="8868" local_entity="3" value="0" />
+        <value cell_index="8871" local_entity="3" value="0" />
+        <value cell_index="8874" local_entity="3" value="0" />
+        <value cell_index="8877" local_entity="3" value="0" />
+        <value cell_index="8880" local_entity="3" value="0" />
+        <value cell_index="8883" local_entity="3" value="0" />
+        <value cell_index="8886" local_entity="3" value="0" />
+        <value cell_index="8889" local_entity="3" value="0" />
+        <value cell_index="8892" local_entity="3" value="0" />
+        <value cell_index="8895" local_entity="3" value="0" />
+        <value cell_index="8898" local_entity="3" value="0" />
+        <value cell_index="8901" local_entity="3" value="0" />
+        <value cell_index="8904" local_entity="3" value="0" />
+        <value cell_index="8907" local_entity="3" value="0" />
+        <value cell_index="8910" local_entity="3" value="0" />
+        <value cell_index="8913" local_entity="3" value="0" />
+        <value cell_index="8916" local_entity="3" value="0" />
+        <value cell_index="8919" local_entity="3" value="0" />
+        <value cell_index="8922" local_entity="3" value="0" />
+        <value cell_index="8925" local_entity="3" value="0" />
+        <value cell_index="8928" local_entity="3" value="0" />
+        <value cell_index="8931" local_entity="3" value="0" />
+        <value cell_index="8934" local_entity="3" value="0" />
+        <value cell_index="8937" local_entity="3" value="1" />
+        <value cell_index="8940" local_entity="3" value="1" />
+        <value cell_index="8943" local_entity="3" value="0" />
+        <value cell_index="8946" local_entity="3" value="0" />
+        <value cell_index="8949" local_entity="3" value="0" />
+        <value cell_index="8952" local_entity="3" value="0" />
+        <value cell_index="8955" local_entity="3" value="0" />
+        <value cell_index="8958" local_entity="3" value="0" />
+        <value cell_index="8961" local_entity="3" value="0" />
+        <value cell_index="8964" local_entity="3" value="0" />
+        <value cell_index="8967" local_entity="3" value="0" />
+        <value cell_index="8970" local_entity="3" value="0" />
+        <value cell_index="8973" local_entity="3" value="0" />
+        <value cell_index="8976" local_entity="3" value="0" />
+        <value cell_index="8979" local_entity="3" value="0" />
+        <value cell_index="8982" local_entity="3" value="0" />
+        <value cell_index="8985" local_entity="3" value="0" />
+        <value cell_index="8988" local_entity="3" value="0" />
+        <value cell_index="8991" local_entity="3" value="0" />
+        <value cell_index="8994" local_entity="3" value="0" />
+        <value cell_index="8997" local_entity="3" value="0" />
+        <value cell_index="9000" local_entity="3" value="0" />
+        <value cell_index="9003" local_entity="3" value="0" />
+        <value cell_index="9006" local_entity="3" value="0" />
+        <value cell_index="9009" local_entity="3" value="0" />
+        <value cell_index="9012" local_entity="3" value="0" />
+        <value cell_index="9015" local_entity="3" value="0" />
+        <value cell_index="9018" local_entity="3" value="0" />
+        <value cell_index="9021" local_entity="3" value="0" />
+        <value cell_index="9024" local_entity="3" value="0" />
+        <value cell_index="9027" local_entity="3" value="0" />
+        <value cell_index="9030" local_entity="3" value="0" />
+        <value cell_index="9033" local_entity="3" value="0" />
+        <value cell_index="9036" local_entity="3" value="0" />
+        <value cell_index="9039" local_entity="3" value="0" />
+        <value cell_index="9042" local_entity="3" value="0" />
+        <value cell_index="9045" local_entity="3" value="0" />
+        <value cell_index="9048" local_entity="3" value="0" />
+        <value cell_index="9051" local_entity="3" value="0" />
+        <value cell_index="9054" local_entity="3" value="0" />
+        <value cell_index="9057" local_entity="3" value="0" />
+        <value cell_index="9060" local_entity="3" value="0" />
+        <value cell_index="9063" local_entity="3" value="0" />
+        <value cell_index="9066" local_entity="3" value="0" />
+        <value cell_index="9069" local_entity="3" value="0" />
+        <value cell_index="9072" local_entity="3" value="0" />
+        <value cell_index="9075" local_entity="3" value="0" />
+        <value cell_index="9078" local_entity="3" value="0" />
+        <value cell_index="9081" local_entity="3" value="0" />
+        <value cell_index="9084" local_entity="3" value="0" />
+        <value cell_index="9087" local_entity="3" value="0" />
+        <value cell_index="9090" local_entity="3" value="0" />
+        <value cell_index="9093" local_entity="3" value="0" />
+        <value cell_index="9096" local_entity="3" value="0" />
+        <value cell_index="9099" local_entity="3" value="0" />
+        <value cell_index="9102" local_entity="3" value="0" />
+        <value cell_index="9105" local_entity="3" value="0" />
+        <value cell_index="9108" local_entity="3" value="2" />
+        <value cell_index="9111" local_entity="3" value="2" />
+        <value cell_index="9114" local_entity="3" value="0" />
+        <value cell_index="9117" local_entity="3" value="0" />
+        <value cell_index="9120" local_entity="3" value="0" />
+        <value cell_index="9123" local_entity="3" value="0" />
+        <value cell_index="9126" local_entity="3" value="0" />
+        <value cell_index="9129" local_entity="3" value="0" />
+        <value cell_index="9132" local_entity="3" value="0" />
+        <value cell_index="9135" local_entity="3" value="0" />
+        <value cell_index="9138" local_entity="3" value="0" />
+        <value cell_index="9141" local_entity="3" value="0" />
+        <value cell_index="9144" local_entity="3" value="0" />
+        <value cell_index="9147" local_entity="3" value="0" />
+        <value cell_index="9150" local_entity="3" value="0" />
+        <value cell_index="9153" local_entity="3" value="0" />
+        <value cell_index="9156" local_entity="3" value="0" />
+        <value cell_index="9159" local_entity="3" value="0" />
+        <value cell_index="9162" local_entity="3" value="0" />
+        <value cell_index="9165" local_entity="3" value="0" />
+        <value cell_index="9168" local_entity="3" value="0" />
+        <value cell_index="9171" local_entity="3" value="0" />
+        <value cell_index="9174" local_entity="3" value="0" />
+        <value cell_index="9177" local_entity="3" value="0" />
+        <value cell_index="9180" local_entity="3" value="0" />
+        <value cell_index="9183" local_entity="3" value="0" />
+        <value cell_index="9186" local_entity="3" value="0" />
+        <value cell_index="9189" local_entity="3" value="0" />
+        <value cell_index="9192" local_entity="3" value="0" />
+        <value cell_index="9195" local_entity="3" value="0" />
+        <value cell_index="9198" local_entity="3" value="0" />
+        <value cell_index="9201" local_entity="3" value="0" />
+        <value cell_index="9204" local_entity="3" value="0" />
+        <value cell_index="9207" local_entity="3" value="0" />
+        <value cell_index="9210" local_entity="3" value="0" />
+        <value cell_index="9213" local_entity="3" value="0" />
+        <value cell_index="9216" local_entity="3" value="0" />
+        <value cell_index="9219" local_entity="3" value="0" />
+        <value cell_index="9222" local_entity="3" value="0" />
+        <value cell_index="9225" local_entity="3" value="0" />
+        <value cell_index="9228" local_entity="3" value="0" />
+        <value cell_index="9231" local_entity="3" value="0" />
+        <value cell_index="9234" local_entity="3" value="0" />
+        <value cell_index="9237" local_entity="3" value="0" />
+        <value cell_index="9240" local_entity="3" value="0" />
+        <value cell_index="9243" local_entity="3" value="0" />
+        <value cell_index="9246" local_entity="3" value="0" />
+        <value cell_index="9249" local_entity="3" value="0" />
+        <value cell_index="9252" local_entity="3" value="0" />
+        <value cell_index="9255" local_entity="3" value="0" />
+        <value cell_index="9258" local_entity="3" value="0" />
+        <value cell_index="9261" local_entity="3" value="0" />
+        <value cell_index="9264" local_entity="3" value="0" />
+        <value cell_index="9267" local_entity="3" value="0" />
+        <value cell_index="9270" local_entity="3" value="0" />
+        <value cell_index="9273" local_entity="3" value="0" />
+        <value cell_index="9276" local_entity="3" value="0" />
+        <value cell_index="9279" local_entity="3" value="0" />
+        <value cell_index="9282" local_entity="3" value="0" />
+        <value cell_index="9285" local_entity="3" value="0" />
+        <value cell_index="9288" local_entity="3" value="0" />
+        <value cell_index="9291" local_entity="3" value="0" />
+        <value cell_index="9294" local_entity="3" value="0" />
+        <value cell_index="9297" local_entity="3" value="0" />
+        <value cell_index="9300" local_entity="3" value="0" />
+        <value cell_index="9303" local_entity="3" value="0" />
+        <value cell_index="9306" local_entity="3" value="0" />
+        <value cell_index="9309" local_entity="3" value="0" />
+        <value cell_index="9312" local_entity="3" value="0" />
+        <value cell_index="9315" local_entity="3" value="0" />
+        <value cell_index="9318" local_entity="3" value="0" />
+        <value cell_index="9321" local_entity="3" value="0" />
+        <value cell_index="9324" local_entity="3" value="0" />
+        <value cell_index="9327" local_entity="3" value="0" />
+        <value cell_index="9330" local_entity="3" value="0" />
+        <value cell_index="9333" local_entity="3" value="0" />
+        <value cell_index="9336" local_entity="3" value="0" />
+        <value cell_index="9339" local_entity="3" value="0" />
+        <value cell_index="9342" local_entity="3" value="0" />
+        <value cell_index="9345" local_entity="3" value="0" />
+        <value cell_index="9348" local_entity="3" value="0" />
+        <value cell_index="9351" local_entity="3" value="0" />
+        <value cell_index="9354" local_entity="3" value="0" />
+        <value cell_index="9357" local_entity="3" value="0" />
+        <value cell_index="9360" local_entity="3" value="0" />
+        <value cell_index="9363" local_entity="3" value="0" />
+        <value cell_index="9366" local_entity="3" value="0" />
+        <value cell_index="9369" local_entity="3" value="0" />
+        <value cell_index="9372" local_entity="3" value="0" />
+        <value cell_index="9375" local_entity="3" value="0" />
+        <value cell_index="9378" local_entity="3" value="0" />
+        <value cell_index="9381" local_entity="3" value="0" />
+        <value cell_index="9384" local_entity="3" value="0" />
+        <value cell_index="9387" local_entity="3" value="0" />
+        <value cell_index="9390" local_entity="3" value="0" />
+        <value cell_index="9393" local_entity="3" value="0" />
+        <value cell_index="9396" local_entity="3" value="0" />
+        <value cell_index="9399" local_entity="3" value="0" />
+        <value cell_index="9402" local_entity="3" value="0" />
+        <value cell_index="9405" local_entity="3" value="0" />
+        <value cell_index="9408" local_entity="3" value="0" />
+        <value cell_index="9411" local_entity="3" value="0" />
+        <value cell_index="9414" local_entity="3" value="0" />
+        <value cell_index="9417" local_entity="3" value="0" />
+        <value cell_index="9420" local_entity="3" value="0" />
+        <value cell_index="9423" local_entity="3" value="0" />
+        <value cell_index="9426" local_entity="3" value="0" />
+        <value cell_index="9429" local_entity="3" value="0" />
+        <value cell_index="9432" local_entity="3" value="0" />
+        <value cell_index="9435" local_entity="3" value="0" />
+        <value cell_index="9438" local_entity="3" value="0" />
+        <value cell_index="9441" local_entity="3" value="0" />
+        <value cell_index="9444" local_entity="3" value="0" />
+        <value cell_index="9447" local_entity="3" value="0" />
+        <value cell_index="9450" local_entity="3" value="0" />
+        <value cell_index="9453" local_entity="3" value="0" />
+        <value cell_index="9456" local_entity="3" value="0" />
+        <value cell_index="9459" local_entity="3" value="0" />
+        <value cell_index="9462" local_entity="3" value="0" />
+        <value cell_index="9465" local_entity="3" value="0" />
+        <value cell_index="9468" local_entity="3" value="0" />
+        <value cell_index="9471" local_entity="3" value="0" />
+        <value cell_index="9474" local_entity="3" value="0" />
+        <value cell_index="9477" local_entity="3" value="0" />
+        <value cell_index="9480" local_entity="3" value="0" />
+        <value cell_index="9483" local_entity="3" value="0" />
+        <value cell_index="9486" local_entity="3" value="0" />
+        <value cell_index="9489" local_entity="3" value="0" />
+        <value cell_index="9492" local_entity="3" value="0" />
+        <value cell_index="9495" local_entity="3" value="0" />
+        <value cell_index="9498" local_entity="3" value="0" />
+        <value cell_index="9501" local_entity="3" value="0" />
+        <value cell_index="9504" local_entity="3" value="0" />
+        <value cell_index="9507" local_entity="3" value="0" />
+        <value cell_index="9510" local_entity="3" value="0" />
+        <value cell_index="9513" local_entity="3" value="0" />
+        <value cell_index="9516" local_entity="3" value="0" />
+        <value cell_index="9519" local_entity="3" value="0" />
+        <value cell_index="9522" local_entity="3" value="0" />
+        <value cell_index="9525" local_entity="3" value="0" />
+        <value cell_index="9528" local_entity="3" value="0" />
+        <value cell_index="9531" local_entity="3" value="0" />
+        <value cell_index="9534" local_entity="3" value="0" />
+        <value cell_index="9537" local_entity="3" value="0" />
+        <value cell_index="9540" local_entity="3" value="0" />
+        <value cell_index="9543" local_entity="3" value="0" />
+        <value cell_index="9546" local_entity="3" value="0" />
+        <value cell_index="9549" local_entity="3" value="0" />
+        <value cell_index="9552" local_entity="3" value="0" />
+        <value cell_index="9555" local_entity="3" value="0" />
+        <value cell_index="9558" local_entity="3" value="0" />
+        <value cell_index="9561" local_entity="3" value="0" />
+        <value cell_index="9564" local_entity="3" value="0" />
+        <value cell_index="9567" local_entity="3" value="0" />
+        <value cell_index="9570" local_entity="3" value="0" />
+        <value cell_index="9573" local_entity="3" value="0" />
+        <value cell_index="9576" local_entity="3" value="0" />
+        <value cell_index="9579" local_entity="3" value="0" />
+        <value cell_index="9582" local_entity="3" value="0" />
+        <value cell_index="9585" local_entity="3" value="0" />
+        <value cell_index="9588" local_entity="3" value="0" />
+        <value cell_index="9591" local_entity="3" value="0" />
+        <value cell_index="9594" local_entity="3" value="0" />
+        <value cell_index="9597" local_entity="3" value="0" />
+        <value cell_index="9600" local_entity="3" value="0" />
+        <value cell_index="9603" local_entity="3" value="0" />
+        <value cell_index="9606" local_entity="3" value="0" />
+        <value cell_index="9609" local_entity="3" value="0" />
+        <value cell_index="9612" local_entity="3" value="0" />
+        <value cell_index="9615" local_entity="3" value="0" />
+        <value cell_index="9618" local_entity="3" value="0" />
+        <value cell_index="9621" local_entity="3" value="0" />
+        <value cell_index="9624" local_entity="3" value="0" />
+        <value cell_index="9627" local_entity="3" value="0" />
+        <value cell_index="9630" local_entity="3" value="0" />
+        <value cell_index="9633" local_entity="3" value="0" />
+        <value cell_index="9636" local_entity="3" value="0" />
+        <value cell_index="9639" local_entity="3" value="0" />
+        <value cell_index="9642" local_entity="3" value="0" />
+        <value cell_index="9645" local_entity="3" value="0" />
+        <value cell_index="9648" local_entity="3" value="0" />
+        <value cell_index="9651" local_entity="3" value="0" />
+        <value cell_index="9654" local_entity="3" value="0" />
+        <value cell_index="9657" local_entity="3" value="0" />
+        <value cell_index="9660" local_entity="3" value="0" />
+        <value cell_index="9663" local_entity="3" value="0" />
+        <value cell_index="9666" local_entity="3" value="0" />
+        <value cell_index="9669" local_entity="3" value="0" />
+        <value cell_index="9672" local_entity="3" value="0" />
+        <value cell_index="9675" local_entity="3" value="0" />
+      </mesh_value_collection>
+      <mesh_value_collection type="uint" dim="3" size="37548">
+        <value cell_index="0" local_entity="0" value="0" />
+        <value cell_index="1" local_entity="0" value="0" />
+        <value cell_index="2" local_entity="0" value="0" />
+        <value cell_index="3" local_entity="0" value="0" />
+        <value cell_index="4" local_entity="0" value="0" />
+        <value cell_index="5" local_entity="0" value="0" />
+        <value cell_index="6" local_entity="0" value="0" />
+        <value cell_index="7" local_entity="0" value="0" />
+        <value cell_index="8" local_entity="0" value="0" />
+        <value cell_index="9" local_entity="0" value="0" />
+        <value cell_index="10" local_entity="0" value="0" />
+        <value cell_index="11" local_entity="0" value="0" />
+        <value cell_index="12" local_entity="0" value="0" />
+        <value cell_index="13" local_entity="0" value="0" />
+        <value cell_index="14" local_entity="0" value="0" />
+        <value cell_index="15" local_entity="0" value="0" />
+        <value cell_index="16" local_entity="0" value="0" />
+        <value cell_index="17" local_entity="0" value="0" />
+        <value cell_index="18" local_entity="0" value="0" />
+        <value cell_index="19" local_entity="0" value="0" />
+        <value cell_index="20" local_entity="0" value="0" />
+        <value cell_index="21" local_entity="0" value="0" />
+        <value cell_index="22" local_entity="0" value="0" />
+        <value cell_index="23" local_entity="0" value="0" />
+        <value cell_index="24" local_entity="0" value="0" />
+        <value cell_index="25" local_entity="0" value="0" />
+        <value cell_index="26" local_entity="0" value="0" />
+        <value cell_index="27" local_entity="0" value="0" />
+        <value cell_index="28" local_entity="0" value="0" />
+        <value cell_index="29" local_entity="0" value="0" />
+        <value cell_index="30" local_entity="0" value="0" />
+        <value cell_index="31" local_entity="0" value="0" />
+        <value cell_index="32" local_entity="0" value="0" />
+        <value cell_index="33" local_entity="0" value="0" />
+        <value cell_index="34" local_entity="0" value="0" />
+        <value cell_index="35" local_entity="0" value="0" />
+        <value cell_index="36" local_entity="0" value="0" />
+        <value cell_index="37" local_entity="0" value="0" />
+        <value cell_index="38" local_entity="0" value="0" />
+        <value cell_index="39" local_entity="0" value="0" />
+        <value cell_index="40" local_entity="0" value="0" />
+        <value cell_index="41" local_entity="0" value="0" />
+        <value cell_index="42" local_entity="0" value="0" />
+        <value cell_index="43" local_entity="0" value="0" />
+        <value cell_index="44" local_entity="0" value="0" />
+        <value cell_index="45" local_entity="0" value="0" />
+        <value cell_index="46" local_entity="0" value="0" />
+        <value cell_index="47" local_entity="0" value="0" />
+        <value cell_index="48" local_entity="0" value="0" />
+        <value cell_index="49" local_entity="0" value="0" />
+        <value cell_index="50" local_entity="0" value="0" />
+        <value cell_index="51" local_entity="0" value="0" />
+        <value cell_index="52" local_entity="0" value="0" />
+        <value cell_index="53" local_entity="0" value="0" />
+        <value cell_index="54" local_entity="0" value="0" />
+        <value cell_index="55" local_entity="0" value="0" />
+        <value cell_index="56" local_entity="0" value="0" />
+        <value cell_index="57" local_entity="0" value="0" />
+        <value cell_index="58" local_entity="0" value="0" />
+        <value cell_index="59" local_entity="0" value="0" />
+        <value cell_index="60" local_entity="0" value="0" />
+        <value cell_index="61" local_entity="0" value="0" />
+        <value cell_index="62" local_entity="0" value="0" />
+        <value cell_index="63" local_entity="0" value="0" />
+        <value cell_index="64" local_entity="0" value="0" />
+        <value cell_index="65" local_entity="0" value="0" />
+        <value cell_index="66" local_entity="0" value="0" />
+        <value cell_index="67" local_entity="0" value="0" />
+        <value cell_index="68" local_entity="0" value="0" />
+        <value cell_index="69" local_entity="0" value="0" />
+        <value cell_index="70" local_entity="0" value="0" />
+        <value cell_index="71" local_entity="0" value="0" />
+        <value cell_index="72" local_entity="0" value="0" />
+        <value cell_index="73" local_entity="0" value="0" />
+        <value cell_index="74" local_entity="0" value="0" />
+        <value cell_index="75" local_entity="0" value="0" />
+        <value cell_index="76" local_entity="0" value="0" />
+        <value cell_index="77" local_entity="0" value="0" />
+        <value cell_index="78" local_entity="0" value="0" />
+        <value cell_index="79" local_entity="0" value="0" />
+        <value cell_index="80" local_entity="0" value="0" />
+        <value cell_index="81" local_entity="0" value="0" />
+        <value cell_index="82" local_entity="0" value="0" />
+        <value cell_index="83" local_entity="0" value="0" />
+        <value cell_index="84" local_entity="0" value="0" />
+        <value cell_index="85" local_entity="0" value="0" />
+        <value cell_index="86" local_entity="0" value="0" />
+        <value cell_index="87" local_entity="0" value="0" />
+        <value cell_index="88" local_entity="0" value="0" />
+        <value cell_index="89" local_entity="0" value="0" />
+        <value cell_index="90" local_entity="0" value="0" />
+        <value cell_index="91" local_entity="0" value="0" />
+        <value cell_index="92" local_entity="0" value="0" />
+        <value cell_index="93" local_entity="0" value="0" />
+        <value cell_index="94" local_entity="0" value="0" />
+        <value cell_index="95" local_entity="0" value="0" />
+        <value cell_index="96" local_entity="0" value="0" />
+        <value cell_index="97" local_entity="0" value="0" />
+        <value cell_index="98" local_entity="0" value="0" />
+        <value cell_index="99" local_entity="0" value="0" />
+        <value cell_index="100" local_entity="0" value="0" />
+        <value cell_index="101" local_entity="0" value="0" />
+        <value cell_index="102" local_entity="0" value="0" />
+        <value cell_index="103" local_entity="0" value="0" />
+        <value cell_index="104" local_entity="0" value="0" />
+        <value cell_index="105" local_entity="0" value="0" />
+        <value cell_index="106" local_entity="0" value="0" />
+        <value cell_index="107" local_entity="0" value="0" />
+        <value cell_index="108" local_entity="0" value="0" />
+        <value cell_index="109" local_entity="0" value="0" />
+        <value cell_index="110" local_entity="0" value="0" />
+        <value cell_index="111" local_entity="0" value="0" />
+        <value cell_index="112" local_entity="0" value="0" />
+        <value cell_index="113" local_entity="0" value="0" />
+        <value cell_index="114" local_entity="0" value="0" />
+        <value cell_index="115" local_entity="0" value="0" />
+        <value cell_index="116" local_entity="0" value="0" />
+        <value cell_index="117" local_entity="0" value="0" />
+        <value cell_index="118" local_entity="0" value="0" />
+        <value cell_index="119" local_entity="0" value="0" />
+        <value cell_index="120" local_entity="0" value="0" />
+        <value cell_index="121" local_entity="0" value="0" />
+        <value cell_index="122" local_entity="0" value="0" />
+        <value cell_index="123" local_entity="0" value="0" />
+        <value cell_index="124" local_entity="0" value="0" />
+        <value cell_index="125" local_entity="0" value="0" />
+        <value cell_index="126" local_entity="0" value="0" />
+        <value cell_index="127" local_entity="0" value="0" />
+        <value cell_index="128" local_entity="0" value="0" />
+        <value cell_index="129" local_entity="0" value="0" />
+        <value cell_index="130" local_entity="0" value="0" />
+        <value cell_index="131" local_entity="0" value="0" />
+        <value cell_index="132" local_entity="0" value="0" />
+        <value cell_index="133" local_entity="0" value="0" />
+        <value cell_index="134" local_entity="0" value="0" />
+        <value cell_index="135" local_entity="0" value="0" />
+        <value cell_index="136" local_entity="0" value="0" />
+        <value cell_index="137" local_entity="0" value="0" />
+        <value cell_index="138" local_entity="0" value="0" />
+        <value cell_index="139" local_entity="0" value="0" />
+        <value cell_index="140" local_entity="0" value="0" />
+        <value cell_index="141" local_entity="0" value="0" />
+        <value cell_index="142" local_entity="0" value="0" />
+        <value cell_index="143" local_entity="0" value="0" />
+        <value cell_index="144" local_entity="0" value="0" />
+        <value cell_index="145" local_entity="0" value="0" />
+        <value cell_index="146" local_entity="0" value="0" />
+        <value cell_index="147" local_entity="0" value="0" />
+        <value cell_index="148" local_entity="0" value="0" />
+        <value cell_index="149" local_entity="0" value="0" />
+        <value cell_index="150" local_entity="0" value="0" />
+        <value cell_index="151" local_entity="0" value="0" />
+        <value cell_index="152" local_entity="0" value="0" />
+        <value cell_index="153" local_entity="0" value="0" />
+        <value cell_index="154" local_entity="0" value="0" />
+        <value cell_index="155" local_entity="0" value="0" />
+        <value cell_index="156" local_entity="0" value="0" />
+        <value cell_index="157" local_entity="0" value="0" />
+        <value cell_index="158" local_entity="0" value="0" />
+        <value cell_index="159" local_entity="0" value="0" />
+        <value cell_index="160" local_entity="0" value="0" />
+        <value cell_index="161" local_entity="0" value="0" />
+        <value cell_index="162" local_entity="0" value="0" />
+        <value cell_index="163" local_entity="0" value="0" />
+        <value cell_index="164" local_entity="0" value="0" />
+        <value cell_index="165" local_entity="0" value="0" />
+        <value cell_index="166" local_entity="0" value="0" />
+        <value cell_index="167" local_entity="0" value="0" />
+        <value cell_index="168" local_entity="0" value="0" />
+        <value cell_index="169" local_entity="0" value="0" />
+        <value cell_index="170" local_entity="0" value="0" />
+        <value cell_index="171" local_entity="0" value="0" />
+        <value cell_index="172" local_entity="0" value="0" />
+        <value cell_index="173" local_entity="0" value="0" />
+        <value cell_index="174" local_entity="0" value="0" />
+        <value cell_index="175" local_entity="0" value="0" />
+        <value cell_index="176" local_entity="0" value="0" />
+        <value cell_index="177" local_entity="0" value="0" />
+        <value cell_index="178" local_entity="0" value="0" />
+        <value cell_index="179" local_entity="0" value="0" />
+        <value cell_index="180" local_entity="0" value="0" />
+        <value cell_index="181" local_entity="0" value="0" />
+        <value cell_index="182" local_entity="0" value="0" />
+        <value cell_index="183" local_entity="0" value="0" />
+        <value cell_index="184" local_entity="0" value="0" />
+        <value cell_index="185" local_entity="0" value="0" />
+        <value cell_index="186" local_entity="0" value="0" />
+        <value cell_index="187" local_entity="0" value="0" />
+        <value cell_index="188" local_entity="0" value="0" />
+        <value cell_index="189" local_entity="0" value="0" />
+        <value cell_index="190" local_entity="0" value="0" />
+        <value cell_index="191" local_entity="0" value="0" />
+        <value cell_index="192" local_entity="0" value="0" />
+        <value cell_index="193" local_entity="0" value="0" />
+        <value cell_index="194" local_entity="0" value="0" />
+        <value cell_index="195" local_entity="0" value="0" />
+        <value cell_index="196" local_entity="0" value="0" />
+        <value cell_index="197" local_entity="0" value="0" />
+        <value cell_index="198" local_entity="0" value="0" />
+        <value cell_index="199" local_entity="0" value="0" />
+        <value cell_index="200" local_entity="0" value="0" />
+        <value cell_index="201" local_entity="0" value="0" />
+        <value cell_index="202" local_entity="0" value="0" />
+        <value cell_index="203" local_entity="0" value="0" />
+        <value cell_index="204" local_entity="0" value="0" />
+        <value cell_index="205" local_entity="0" value="0" />
+        <value cell_index="206" local_entity="0" value="0" />
+        <value cell_index="207" local_entity="0" value="0" />
+        <value cell_index="208" local_entity="0" value="0" />
+        <value cell_index="209" local_entity="0" value="0" />
+        <value cell_index="210" local_entity="0" value="0" />
+        <value cell_index="211" local_entity="0" value="0" />
+        <value cell_index="212" local_entity="0" value="0" />
+        <value cell_index="213" local_entity="0" value="0" />
+        <value cell_index="214" local_entity="0" value="0" />
+        <value cell_index="215" local_entity="0" value="0" />
+        <value cell_index="216" local_entity="0" value="0" />
+        <value cell_index="217" local_entity="0" value="0" />
+        <value cell_index="218" local_entity="0" value="0" />
+        <value cell_index="219" local_entity="0" value="0" />
+        <value cell_index="220" local_entity="0" value="0" />
+        <value cell_index="221" local_entity="0" value="0" />
+        <value cell_index="222" local_entity="0" value="0" />
+        <value cell_index="223" local_entity="0" value="0" />
+        <value cell_index="224" local_entity="0" value="0" />
+        <value cell_index="225" local_entity="0" value="0" />
+        <value cell_index="226" local_entity="0" value="0" />
+        <value cell_index="227" local_entity="0" value="0" />
+        <value cell_index="228" local_entity="0" value="0" />
+        <value cell_index="229" local_entity="0" value="0" />
+        <value cell_index="230" local_entity="0" value="0" />
+        <value cell_index="231" local_entity="0" value="0" />
+        <value cell_index="232" local_entity="0" value="0" />
+        <value cell_index="233" local_entity="0" value="0" />
+        <value cell_index="234" local_entity="0" value="0" />
+        <value cell_index="235" local_entity="0" value="0" />
+        <value cell_index="236" local_entity="0" value="0" />
+        <value cell_index="237" local_entity="0" value="0" />
+        <value cell_index="238" local_entity="0" value="0" />
+        <value cell_index="239" local_entity="0" value="0" />
+        <value cell_index="240" local_entity="0" value="0" />
+        <value cell_index="241" local_entity="0" value="0" />
+        <value cell_index="242" local_entity="0" value="0" />
+        <value cell_index="243" local_entity="0" value="0" />
+        <value cell_index="244" local_entity="0" value="0" />
+        <value cell_index="245" local_entity="0" value="0" />
+        <value cell_index="246" local_entity="0" value="0" />
+        <value cell_index="247" local_entity="0" value="0" />
+        <value cell_index="248" local_entity="0" value="0" />
+        <value cell_index="249" local_entity="0" value="0" />
+        <value cell_index="250" local_entity="0" value="0" />
+        <value cell_index="251" local_entity="0" value="0" />
+        <value cell_index="252" local_entity="0" value="0" />
+        <value cell_index="253" local_entity="0" value="0" />
+        <value cell_index="254" local_entity="0" value="0" />
+        <value cell_index="255" local_entity="0" value="0" />
+        <value cell_index="256" local_entity="0" value="0" />
+        <value cell_index="257" local_entity="0" value="0" />
+        <value cell_index="258" local_entity="0" value="0" />
+        <value cell_index="259" local_entity="0" value="0" />
+        <value cell_index="260" local_entity="0" value="0" />
+        <value cell_index="261" local_entity="0" value="0" />
+        <value cell_index="262" local_entity="0" value="0" />
+        <value cell_index="263" local_entity="0" value="0" />
+        <value cell_index="264" local_entity="0" value="0" />
+        <value cell_index="265" local_entity="0" value="0" />
+        <value cell_index="266" local_entity="0" value="0" />
+        <value cell_index="267" local_entity="0" value="0" />
+        <value cell_index="268" local_entity="0" value="0" />
+        <value cell_index="269" local_entity="0" value="0" />
+        <value cell_index="270" local_entity="0" value="0" />
+        <value cell_index="271" local_entity="0" value="0" />
+        <value cell_index="272" local_entity="0" value="0" />
+        <value cell_index="273" local_entity="0" value="0" />
+        <value cell_index="274" local_entity="0" value="0" />
+        <value cell_index="275" local_entity="0" value="0" />
+        <value cell_index="276" local_entity="0" value="0" />
+        <value cell_index="277" local_entity="0" value="0" />
+        <value cell_index="278" local_entity="0" value="0" />
+        <value cell_index="279" local_entity="0" value="0" />
+        <value cell_index="280" local_entity="0" value="0" />
+        <value cell_index="281" local_entity="0" value="0" />
+        <value cell_index="282" local_entity="0" value="0" />
+        <value cell_index="283" local_entity="0" value="0" />
+        <value cell_index="284" local_entity="0" value="0" />
+        <value cell_index="285" local_entity="0" value="0" />
+        <value cell_index="286" local_entity="0" value="0" />
+        <value cell_index="287" local_entity="0" value="0" />
+        <value cell_index="288" local_entity="0" value="0" />
+        <value cell_index="289" local_entity="0" value="0" />
+        <value cell_index="290" local_entity="0" value="0" />
+        <value cell_index="291" local_entity="0" value="0" />
+        <value cell_index="292" local_entity="0" value="0" />
+        <value cell_index="293" local_entity="0" value="0" />
+        <value cell_index="294" local_entity="0" value="0" />
+        <value cell_index="295" local_entity="0" value="0" />
+        <value cell_index="296" local_entity="0" value="0" />
+        <value cell_index="297" local_entity="0" value="0" />
+        <value cell_index="298" local_entity="0" value="0" />
+        <value cell_index="299" local_entity="0" value="0" />
+        <value cell_index="300" local_entity="0" value="0" />
+        <value cell_index="301" local_entity="0" value="0" />
+        <value cell_index="302" local_entity="0" value="0" />
+        <value cell_index="303" local_entity="0" value="0" />
+        <value cell_index="304" local_entity="0" value="0" />
+        <value cell_index="305" local_entity="0" value="0" />
+        <value cell_index="306" local_entity="0" value="0" />
+        <value cell_index="307" local_entity="0" value="0" />
+        <value cell_index="308" local_entity="0" value="0" />
+        <value cell_index="309" local_entity="0" value="0" />
+        <value cell_index="310" local_entity="0" value="0" />
+        <value cell_index="311" local_entity="0" value="0" />
+        <value cell_index="312" local_entity="0" value="0" />
+        <value cell_index="313" local_entity="0" value="0" />
+        <value cell_index="314" local_entity="0" value="0" />
+        <value cell_index="315" local_entity="0" value="0" />
+        <value cell_index="316" local_entity="0" value="0" />
+        <value cell_index="317" local_entity="0" value="0" />
+        <value cell_index="318" local_entity="0" value="0" />
+        <value cell_index="319" local_entity="0" value="0" />
+        <value cell_index="320" local_entity="0" value="0" />
+        <value cell_index="321" local_entity="0" value="0" />
+        <value cell_index="322" local_entity="0" value="0" />
+        <value cell_index="323" local_entity="0" value="0" />
+        <value cell_index="324" local_entity="0" value="0" />
+        <value cell_index="325" local_entity="0" value="0" />
+        <value cell_index="326" local_entity="0" value="0" />
+        <value cell_index="327" local_entity="0" value="0" />
+        <value cell_index="328" local_entity="0" value="0" />
+        <value cell_index="329" local_entity="0" value="0" />
+        <value cell_index="330" local_entity="0" value="0" />
+        <value cell_index="331" local_entity="0" value="0" />
+        <value cell_index="332" local_entity="0" value="0" />
+        <value cell_index="333" local_entity="0" value="0" />
+        <value cell_index="334" local_entity="0" value="0" />
+        <value cell_index="335" local_entity="0" value="0" />
+        <value cell_index="336" local_entity="0" value="0" />
+        <value cell_index="337" local_entity="0" value="0" />
+        <value cell_index="338" local_entity="0" value="0" />
+        <value cell_index="339" local_entity="0" value="0" />
+        <value cell_index="340" local_entity="0" value="0" />
+        <value cell_index="341" local_entity="0" value="0" />
+        <value cell_index="342" local_entity="0" value="0" />
+        <value cell_index="343" local_entity="0" value="0" />
+        <value cell_index="344" local_entity="0" value="0" />
+        <value cell_index="345" local_entity="0" value="0" />
+        <value cell_index="346" local_entity="0" value="0" />
+        <value cell_index="347" local_entity="0" value="0" />
+        <value cell_index="348" local_entity="0" value="0" />
+        <value cell_index="349" local_entity="0" value="0" />
+        <value cell_index="350" local_entity="0" value="0" />
+        <value cell_index="351" local_entity="0" value="0" />
+        <value cell_index="352" local_entity="0" value="0" />
+        <value cell_index="353" local_entity="0" value="0" />
+        <value cell_index="354" local_entity="0" value="0" />
+        <value cell_index="355" local_entity="0" value="0" />
+        <value cell_index="356" local_entity="0" value="0" />
+        <value cell_index="357" local_entity="0" value="0" />
+        <value cell_index="358" local_entity="0" value="0" />
+        <value cell_index="359" local_entity="0" value="0" />
+        <value cell_index="360" local_entity="0" value="0" />
+        <value cell_index="361" local_entity="0" value="0" />
+        <value cell_index="362" local_entity="0" value="0" />
+        <value cell_index="363" local_entity="0" value="0" />
+        <value cell_index="364" local_entity="0" value="0" />
+        <value cell_index="365" local_entity="0" value="0" />
+        <value cell_index="366" local_entity="0" value="0" />
+        <value cell_index="367" local_entity="0" value="0" />
+        <value cell_index="368" local_entity="0" value="0" />
+        <value cell_index="369" local_entity="0" value="0" />
+        <value cell_index="370" local_entity="0" value="0" />
+        <value cell_index="371" local_entity="0" value="0" />
+        <value cell_index="372" local_entity="0" value="0" />
+        <value cell_index="373" local_entity="0" value="0" />
+        <value cell_index="374" local_entity="0" value="0" />
+        <value cell_index="375" local_entity="0" value="0" />
+        <value cell_index="376" local_entity="0" value="0" />
+        <value cell_index="377" local_entity="0" value="0" />
+        <value cell_index="378" local_entity="0" value="0" />
+        <value cell_index="379" local_entity="0" value="0" />
+        <value cell_index="380" local_entity="0" value="0" />
+        <value cell_index="381" local_entity="0" value="0" />
+        <value cell_index="382" local_entity="0" value="0" />
+        <value cell_index="383" local_entity="0" value="0" />
+        <value cell_index="384" local_entity="0" value="0" />
+        <value cell_index="385" local_entity="0" value="0" />
+        <value cell_index="386" local_entity="0" value="0" />
+        <value cell_index="387" local_entity="0" value="0" />
+        <value cell_index="388" local_entity="0" value="0" />
+        <value cell_index="389" local_entity="0" value="0" />
+        <value cell_index="390" local_entity="0" value="0" />
+        <value cell_index="391" local_entity="0" value="0" />
+        <value cell_index="392" local_entity="0" value="0" />
+        <value cell_index="393" local_entity="0" value="0" />
+        <value cell_index="394" local_entity="0" value="0" />
+        <value cell_index="395" local_entity="0" value="0" />
+        <value cell_index="396" local_entity="0" value="0" />
+        <value cell_index="397" local_entity="0" value="0" />
+        <value cell_index="398" local_entity="0" value="0" />
+        <value cell_index="399" local_entity="0" value="0" />
+        <value cell_index="400" local_entity="0" value="0" />
+        <value cell_index="401" local_entity="0" value="0" />
+        <value cell_index="402" local_entity="0" value="0" />
+        <value cell_index="403" local_entity="0" value="0" />
+        <value cell_index="404" local_entity="0" value="0" />
+        <value cell_index="405" local_entity="0" value="0" />
+        <value cell_index="406" local_entity="0" value="0" />
+        <value cell_index="407" local_entity="0" value="0" />
+        <value cell_index="408" local_entity="0" value="0" />
+        <value cell_index="409" local_entity="0" value="0" />
+        <value cell_index="410" local_entity="0" value="0" />
+        <value cell_index="411" local_entity="0" value="0" />
+        <value cell_index="412" local_entity="0" value="0" />
+        <value cell_index="413" local_entity="0" value="0" />
+        <value cell_index="414" local_entity="0" value="0" />
+        <value cell_index="415" local_entity="0" value="0" />
+        <value cell_index="416" local_entity="0" value="0" />
+        <value cell_index="417" local_entity="0" value="0" />
+        <value cell_index="418" local_entity="0" value="0" />
+        <value cell_index="419" local_entity="0" value="0" />
+        <value cell_index="420" local_entity="0" value="0" />
+        <value cell_index="421" local_entity="0" value="0" />
+        <value cell_index="422" local_entity="0" value="0" />
+        <value cell_index="423" local_entity="0" value="0" />
+        <value cell_index="424" local_entity="0" value="0" />
+        <value cell_index="425" local_entity="0" value="0" />
+        <value cell_index="426" local_entity="0" value="0" />
+        <value cell_index="427" local_entity="0" value="0" />
+        <value cell_index="428" local_entity="0" value="0" />
+        <value cell_index="429" local_entity="0" value="0" />
+        <value cell_index="430" local_entity="0" value="0" />
+        <value cell_index="431" local_entity="0" value="0" />
+        <value cell_index="432" local_entity="0" value="0" />
+        <value cell_index="433" local_entity="0" value="0" />
+        <value cell_index="434" local_entity="0" value="0" />
+        <value cell_index="435" local_entity="0" value="0" />
+        <value cell_index="436" local_entity="0" value="0" />
+        <value cell_index="437" local_entity="0" value="0" />
+        <value cell_index="438" local_entity="0" value="0" />
+        <value cell_index="439" local_entity="0" value="0" />
+        <value cell_index="440" local_entity="0" value="0" />
+        <value cell_index="441" local_entity="0" value="0" />
+        <value cell_index="442" local_entity="0" value="0" />
+        <value cell_index="443" local_entity="0" value="0" />
+        <value cell_index="444" local_entity="0" value="0" />
+        <value cell_index="445" local_entity="0" value="0" />
+        <value cell_index="446" local_entity="0" value="0" />
+        <value cell_index="447" local_entity="0" value="0" />
+        <value cell_index="448" local_entity="0" value="0" />
+        <value cell_index="449" local_entity="0" value="0" />
+        <value cell_index="450" local_entity="0" value="0" />
+        <value cell_index="451" local_entity="0" value="0" />
+        <value cell_index="452" local_entity="0" value="0" />
+        <value cell_index="453" local_entity="0" value="0" />
+        <value cell_index="454" local_entity="0" value="0" />
+        <value cell_index="455" local_entity="0" value="0" />
+        <value cell_index="456" local_entity="0" value="0" />
+        <value cell_index="457" local_entity="0" value="0" />
+        <value cell_index="458" local_entity="0" value="0" />
+        <value cell_index="459" local_entity="0" value="0" />
+        <value cell_index="460" local_entity="0" value="0" />
+        <value cell_index="461" local_entity="0" value="0" />
+        <value cell_index="462" local_entity="0" value="0" />
+        <value cell_index="463" local_entity="0" value="0" />
+        <value cell_index="464" local_entity="0" value="0" />
+        <value cell_index="465" local_entity="0" value="0" />
+        <value cell_index="466" local_entity="0" value="0" />
+        <value cell_index="467" local_entity="0" value="0" />
+        <value cell_index="468" local_entity="0" value="0" />
+        <value cell_index="469" local_entity="0" value="0" />
+        <value cell_index="470" local_entity="0" value="0" />
+        <value cell_index="471" local_entity="0" value="0" />
+        <value cell_index="472" local_entity="0" value="0" />
+        <value cell_index="473" local_entity="0" value="0" />
+        <value cell_index="474" local_entity="0" value="0" />
+        <value cell_index="475" local_entity="0" value="0" />
+        <value cell_index="476" local_entity="0" value="0" />
+        <value cell_index="477" local_entity="0" value="0" />
+        <value cell_index="478" local_entity="0" value="0" />
+        <value cell_index="479" local_entity="0" value="0" />
+        <value cell_index="480" local_entity="0" value="0" />
+        <value cell_index="481" local_entity="0" value="0" />
+        <value cell_index="482" local_entity="0" value="0" />
+        <value cell_index="483" local_entity="0" value="0" />
+        <value cell_index="484" local_entity="0" value="0" />
+        <value cell_index="485" local_entity="0" value="0" />
+        <value cell_index="486" local_entity="0" value="0" />
+        <value cell_index="487" local_entity="0" value="0" />
+        <value cell_index="488" local_entity="0" value="0" />
+        <value cell_index="489" local_entity="0" value="0" />
+        <value cell_index="490" local_entity="0" value="0" />
+        <value cell_index="491" local_entity="0" value="0" />
+        <value cell_index="492" local_entity="0" value="0" />
+        <value cell_index="493" local_entity="0" value="0" />
+        <value cell_index="494" local_entity="0" value="0" />
+        <value cell_index="495" local_entity="0" value="0" />
+        <value cell_index="496" local_entity="0" value="0" />
+        <value cell_index="497" local_entity="0" value="0" />
+        <value cell_index="498" local_entity="0" value="0" />
+        <value cell_index="499" local_entity="0" value="0" />
+        <value cell_index="500" local_entity="0" value="0" />
+        <value cell_index="501" local_entity="0" value="0" />
+        <value cell_index="502" local_entity="0" value="0" />
+        <value cell_index="503" local_entity="0" value="0" />
+        <value cell_index="504" local_entity="0" value="0" />
+        <value cell_index="505" local_entity="0" value="0" />
+        <value cell_index="506" local_entity="0" value="0" />
+        <value cell_index="507" local_entity="0" value="0" />
+        <value cell_index="508" local_entity="0" value="0" />
+        <value cell_index="509" local_entity="0" value="0" />
+        <value cell_index="510" local_entity="0" value="0" />
+        <value cell_index="511" local_entity="0" value="0" />
+        <value cell_index="512" local_entity="0" value="0" />
+        <value cell_index="513" local_entity="0" value="0" />
+        <value cell_index="514" local_entity="0" value="0" />
+        <value cell_index="515" local_entity="0" value="0" />
+        <value cell_index="516" local_entity="0" value="0" />
+        <value cell_index="517" local_entity="0" value="0" />
+        <value cell_index="518" local_entity="0" value="0" />
+        <value cell_index="519" local_entity="0" value="0" />
+        <value cell_index="520" local_entity="0" value="0" />
+        <value cell_index="521" local_entity="0" value="0" />
+        <value cell_index="522" local_entity="0" value="0" />
+        <value cell_index="523" local_entity="0" value="0" />
+        <value cell_index="524" local_entity="0" value="0" />
+        <value cell_index="525" local_entity="0" value="0" />
+        <value cell_index="526" local_entity="0" value="0" />
+        <value cell_index="527" local_entity="0" value="0" />
+        <value cell_index="528" local_entity="0" value="0" />
+        <value cell_index="529" local_entity="0" value="0" />
+        <value cell_index="530" local_entity="0" value="0" />
+        <value cell_index="531" local_entity="0" value="0" />
+        <value cell_index="532" local_entity="0" value="0" />
+        <value cell_index="533" local_entity="0" value="0" />
+        <value cell_index="534" local_entity="0" value="0" />
+        <value cell_index="535" local_entity="0" value="0" />
+        <value cell_index="536" local_entity="0" value="0" />
+        <value cell_index="537" local_entity="0" value="0" />
+        <value cell_index="538" local_entity="0" value="0" />
+        <value cell_index="539" local_entity="0" value="0" />
+        <value cell_index="540" local_entity="0" value="0" />
+        <value cell_index="541" local_entity="0" value="0" />
+        <value cell_index="542" local_entity="0" value="0" />
+        <value cell_index="543" local_entity="0" value="0" />
+        <value cell_index="544" local_entity="0" value="0" />
+        <value cell_index="545" local_entity="0" value="0" />
+        <value cell_index="546" local_entity="0" value="0" />
+        <value cell_index="547" local_entity="0" value="0" />
+        <value cell_index="548" local_entity="0" value="0" />
+        <value cell_index="549" local_entity="0" value="0" />
+        <value cell_index="550" local_entity="0" value="0" />
+        <value cell_index="551" local_entity="0" value="0" />
+        <value cell_index="552" local_entity="0" value="0" />
+        <value cell_index="553" local_entity="0" value="0" />
+        <value cell_index="554" local_entity="0" value="0" />
+        <value cell_index="555" local_entity="0" value="0" />
+        <value cell_index="556" local_entity="0" value="0" />
+        <value cell_index="557" local_entity="0" value="0" />
+        <value cell_index="558" local_entity="0" value="0" />
+        <value cell_index="559" local_entity="0" value="0" />
+        <value cell_index="560" local_entity="0" value="0" />
+        <value cell_index="561" local_entity="0" value="0" />
+        <value cell_index="562" local_entity="0" value="0" />
+        <value cell_index="563" local_entity="0" value="0" />
+        <value cell_index="564" local_entity="0" value="0" />
+        <value cell_index="565" local_entity="0" value="0" />
+        <value cell_index="566" local_entity="0" value="0" />
+        <value cell_index="567" local_entity="0" value="0" />
+        <value cell_index="568" local_entity="0" value="0" />
+        <value cell_index="569" local_entity="0" value="0" />
+        <value cell_index="570" local_entity="0" value="0" />
+        <value cell_index="571" local_entity="0" value="0" />
+        <value cell_index="572" local_entity="0" value="0" />
+        <value cell_index="573" local_entity="0" value="0" />
+        <value cell_index="574" local_entity="0" value="0" />
+        <value cell_index="575" local_entity="0" value="0" />
+        <value cell_index="576" local_entity="0" value="0" />
+        <value cell_index="577" local_entity="0" value="0" />
+        <value cell_index="578" local_entity="0" value="0" />
+        <value cell_index="579" local_entity="0" value="0" />
+        <value cell_index="580" local_entity="0" value="0" />
+        <value cell_index="581" local_entity="0" value="0" />
+        <value cell_index="582" local_entity="0" value="0" />
+        <value cell_index="583" local_entity="0" value="0" />
+        <value cell_index="584" local_entity="0" value="0" />
+        <value cell_index="585" local_entity="0" value="0" />
+        <value cell_index="586" local_entity="0" value="0" />
+        <value cell_index="587" local_entity="0" value="0" />
+        <value cell_index="588" local_entity="0" value="0" />
+        <value cell_index="589" local_entity="0" value="0" />
+        <value cell_index="590" local_entity="0" value="0" />
+        <value cell_index="591" local_entity="0" value="0" />
+        <value cell_index="592" local_entity="0" value="0" />
+        <value cell_index="593" local_entity="0" value="0" />
+        <value cell_index="594" local_entity="0" value="0" />
+        <value cell_index="595" local_entity="0" value="0" />
+        <value cell_index="596" local_entity="0" value="0" />
+        <value cell_index="597" local_entity="0" value="0" />
+        <value cell_index="598" local_entity="0" value="0" />
+        <value cell_index="599" local_entity="0" value="0" />
+        <value cell_index="600" local_entity="0" value="0" />
+        <value cell_index="601" local_entity="0" value="0" />
+        <value cell_index="602" local_entity="0" value="0" />
+        <value cell_index="603" local_entity="0" value="0" />
+        <value cell_index="604" local_entity="0" value="0" />
+        <value cell_index="605" local_entity="0" value="0" />
+        <value cell_index="606" local_entity="0" value="0" />
+        <value cell_index="607" local_entity="0" value="0" />
+        <value cell_index="608" local_entity="0" value="0" />
+        <value cell_index="609" local_entity="0" value="0" />
+        <value cell_index="610" local_entity="0" value="0" />
+        <value cell_index="611" local_entity="0" value="0" />
+        <value cell_index="612" local_entity="0" value="0" />
+        <value cell_index="613" local_entity="0" value="0" />
+        <value cell_index="614" local_entity="0" value="0" />
+        <value cell_index="615" local_entity="0" value="0" />
+        <value cell_index="616" local_entity="0" value="0" />
+        <value cell_index="617" local_entity="0" value="0" />
+        <value cell_index="618" local_entity="0" value="0" />
+        <value cell_index="619" local_entity="0" value="0" />
+        <value cell_index="620" local_entity="0" value="0" />
+        <value cell_index="621" local_entity="0" value="0" />
+        <value cell_index="622" local_entity="0" value="0" />
+        <value cell_index="623" local_entity="0" value="0" />
+        <value cell_index="624" local_entity="0" value="0" />
+        <value cell_index="625" local_entity="0" value="0" />
+        <value cell_index="626" local_entity="0" value="0" />
+        <value cell_index="627" local_entity="0" value="0" />
+        <value cell_index="628" local_entity="0" value="0" />
+        <value cell_index="629" local_entity="0" value="0" />
+        <value cell_index="630" local_entity="0" value="0" />
+        <value cell_index="631" local_entity="0" value="0" />
+        <value cell_index="632" local_entity="0" value="0" />
+        <value cell_index="633" local_entity="0" value="0" />
+        <value cell_index="634" local_entity="0" value="0" />
+        <value cell_index="635" local_entity="0" value="0" />
+        <value cell_index="636" local_entity="0" value="0" />
+        <value cell_index="637" local_entity="0" value="0" />
+        <value cell_index="638" local_entity="0" value="0" />
+        <value cell_index="639" local_entity="0" value="0" />
+        <value cell_index="640" local_entity="0" value="0" />
+        <value cell_index="641" local_entity="0" value="0" />
+        <value cell_index="642" local_entity="0" value="0" />
+        <value cell_index="643" local_entity="0" value="0" />
+        <value cell_index="644" local_entity="0" value="0" />
+        <value cell_index="645" local_entity="0" value="0" />
+        <value cell_index="646" local_entity="0" value="0" />
+        <value cell_index="647" local_entity="0" value="0" />
+        <value cell_index="648" local_entity="0" value="0" />
+        <value cell_index="649" local_entity="0" value="0" />
+        <value cell_index="650" local_entity="0" value="0" />
+        <value cell_index="651" local_entity="0" value="0" />
+        <value cell_index="652" local_entity="0" value="0" />
+        <value cell_index="653" local_entity="0" value="0" />
+        <value cell_index="654" local_entity="0" value="0" />
+        <value cell_index="655" local_entity="0" value="0" />
+        <value cell_index="656" local_entity="0" value="0" />
+        <value cell_index="657" local_entity="0" value="0" />
+        <value cell_index="658" local_entity="0" value="0" />
+        <value cell_index="659" local_entity="0" value="0" />
+        <value cell_index="660" local_entity="0" value="0" />
+        <value cell_index="661" local_entity="0" value="0" />
+        <value cell_index="662" local_entity="0" value="0" />
+        <value cell_index="663" local_entity="0" value="0" />
+        <value cell_index="664" local_entity="0" value="0" />
+        <value cell_index="665" local_entity="0" value="0" />
+        <value cell_index="666" local_entity="0" value="0" />
+        <value cell_index="667" local_entity="0" value="0" />
+        <value cell_index="668" local_entity="0" value="0" />
+        <value cell_index="669" local_entity="0" value="0" />
+        <value cell_index="670" local_entity="0" value="0" />
+        <value cell_index="671" local_entity="0" value="0" />
+        <value cell_index="672" local_entity="0" value="0" />
+        <value cell_index="673" local_entity="0" value="0" />
+        <value cell_index="674" local_entity="0" value="0" />
+        <value cell_index="675" local_entity="0" value="0" />
+        <value cell_index="676" local_entity="0" value="0" />
+        <value cell_index="677" local_entity="0" value="0" />
+        <value cell_index="678" local_entity="0" value="0" />
+        <value cell_index="679" local_entity="0" value="0" />
+        <value cell_index="680" local_entity="0" value="0" />
+        <value cell_index="681" local_entity="0" value="0" />
+        <value cell_index="682" local_entity="0" value="0" />
+        <value cell_index="683" local_entity="0" value="0" />
+        <value cell_index="684" local_entity="0" value="0" />
+        <value cell_index="685" local_entity="0" value="0" />
+        <value cell_index="686" local_entity="0" value="0" />
+        <value cell_index="687" local_entity="0" value="0" />
+        <value cell_index="688" local_entity="0" value="0" />
+        <value cell_index="689" local_entity="0" value="0" />
+        <value cell_index="690" local_entity="0" value="0" />
+        <value cell_index="691" local_entity="0" value="0" />
+        <value cell_index="692" local_entity="0" value="0" />
+        <value cell_index="693" local_entity="0" value="0" />
+        <value cell_index="694" local_entity="0" value="0" />
+        <value cell_index="695" local_entity="0" value="0" />
+        <value cell_index="696" local_entity="0" value="0" />
+        <value cell_index="697" local_entity="0" value="0" />
+        <value cell_index="698" local_entity="0" value="0" />
+        <value cell_index="699" local_entity="0" value="0" />
+        <value cell_index="700" local_entity="0" value="0" />
+        <value cell_index="701" local_entity="0" value="0" />
+        <value cell_index="702" local_entity="0" value="0" />
+        <value cell_index="703" local_entity="0" value="0" />
+        <value cell_index="704" local_entity="0" value="0" />
+        <value cell_index="705" local_entity="0" value="0" />
+        <value cell_index="706" local_entity="0" value="0" />
+        <value cell_index="707" local_entity="0" value="0" />
+        <value cell_index="708" local_entity="0" value="0" />
+        <value cell_index="709" local_entity="0" value="0" />
+        <value cell_index="710" local_entity="0" value="0" />
+        <value cell_index="711" local_entity="0" value="0" />
+        <value cell_index="712" local_entity="0" value="0" />
+        <value cell_index="713" local_entity="0" value="0" />
+        <value cell_index="714" local_entity="0" value="0" />
+        <value cell_index="715" local_entity="0" value="0" />
+        <value cell_index="716" local_entity="0" value="0" />
+        <value cell_index="717" local_entity="0" value="0" />
+        <value cell_index="718" local_entity="0" value="0" />
+        <value cell_index="719" local_entity="0" value="0" />
+        <value cell_index="720" local_entity="0" value="0" />
+        <value cell_index="721" local_entity="0" value="0" />
+        <value cell_index="722" local_entity="0" value="0" />
+        <value cell_index="723" local_entity="0" value="0" />
+        <value cell_index="724" local_entity="0" value="0" />
+        <value cell_index="725" local_entity="0" value="0" />
+        <value cell_index="726" local_entity="0" value="0" />
+        <value cell_index="727" local_entity="0" value="0" />
+        <value cell_index="728" local_entity="0" value="0" />
+        <value cell_index="729" local_entity="0" value="0" />
+        <value cell_index="730" local_entity="0" value="0" />
+        <value cell_index="731" local_entity="0" value="0" />
+        <value cell_index="732" local_entity="0" value="0" />
+        <value cell_index="733" local_entity="0" value="0" />
+        <value cell_index="734" local_entity="0" value="0" />
+        <value cell_index="735" local_entity="0" value="0" />
+        <value cell_index="736" local_entity="0" value="0" />
+        <value cell_index="737" local_entity="0" value="0" />
+        <value cell_index="738" local_entity="0" value="0" />
+        <value cell_index="739" local_entity="0" value="0" />
+        <value cell_index="740" local_entity="0" value="0" />
+        <value cell_index="741" local_entity="0" value="0" />
+        <value cell_index="742" local_entity="0" value="0" />
+        <value cell_index="743" local_entity="0" value="0" />
+        <value cell_index="744" local_entity="0" value="0" />
+        <value cell_index="745" local_entity="0" value="0" />
+        <value cell_index="746" local_entity="0" value="0" />
+        <value cell_index="747" local_entity="0" value="0" />
+        <value cell_index="748" local_entity="0" value="0" />
+        <value cell_index="749" local_entity="0" value="0" />
+        <value cell_index="750" local_entity="0" value="0" />
+        <value cell_index="751" local_entity="0" value="0" />
+        <value cell_index="752" local_entity="0" value="0" />
+        <value cell_index="753" local_entity="0" value="0" />
+        <value cell_index="754" local_entity="0" value="0" />
+        <value cell_index="755" local_entity="0" value="0" />
+        <value cell_index="756" local_entity="0" value="0" />
+        <value cell_index="757" local_entity="0" value="0" />
+        <value cell_index="758" local_entity="0" value="0" />
+        <value cell_index="759" local_entity="0" value="0" />
+        <value cell_index="760" local_entity="0" value="0" />
+        <value cell_index="761" local_entity="0" value="0" />
+        <value cell_index="762" local_entity="0" value="0" />
+        <value cell_index="763" local_entity="0" value="0" />
+        <value cell_index="764" local_entity="0" value="0" />
+        <value cell_index="765" local_entity="0" value="0" />
+        <value cell_index="766" local_entity="0" value="0" />
+        <value cell_index="767" local_entity="0" value="0" />
+        <value cell_index="768" local_entity="0" value="0" />
+        <value cell_index="769" local_entity="0" value="0" />
+        <value cell_index="770" local_entity="0" value="0" />
+        <value cell_index="771" local_entity="0" value="0" />
+        <value cell_index="772" local_entity="0" value="0" />
+        <value cell_index="773" local_entity="0" value="0" />
+        <value cell_index="774" local_entity="0" value="0" />
+        <value cell_index="775" local_entity="0" value="0" />
+        <value cell_index="776" local_entity="0" value="0" />
+        <value cell_index="777" local_entity="0" value="0" />
+        <value cell_index="778" local_entity="0" value="0" />
+        <value cell_index="779" local_entity="0" value="0" />
+        <value cell_index="780" local_entity="0" value="0" />
+        <value cell_index="781" local_entity="0" value="0" />
+        <value cell_index="782" local_entity="0" value="0" />
+        <value cell_index="783" local_entity="0" value="0" />
+        <value cell_index="784" local_entity="0" value="0" />
+        <value cell_index="785" local_entity="0" value="0" />
+        <value cell_index="786" local_entity="0" value="0" />
+        <value cell_index="787" local_entity="0" value="0" />
+        <value cell_index="788" local_entity="0" value="0" />
+        <value cell_index="789" local_entity="0" value="0" />
+        <value cell_index="790" local_entity="0" value="0" />
+        <value cell_index="791" local_entity="0" value="0" />
+        <value cell_index="792" local_entity="0" value="0" />
+        <value cell_index="793" local_entity="0" value="0" />
+        <value cell_index="794" local_entity="0" value="0" />
+        <value cell_index="795" local_entity="0" value="0" />
+        <value cell_index="796" local_entity="0" value="0" />
+        <value cell_index="797" local_entity="0" value="0" />
+        <value cell_index="798" local_entity="0" value="0" />
+        <value cell_index="799" local_entity="0" value="0" />
+        <value cell_index="800" local_entity="0" value="0" />
+        <value cell_index="801" local_entity="0" value="0" />
+        <value cell_index="802" local_entity="0" value="0" />
+        <value cell_index="803" local_entity="0" value="0" />
+        <value cell_index="804" local_entity="0" value="0" />
+        <value cell_index="805" local_entity="0" value="0" />
+        <value cell_index="806" local_entity="0" value="0" />
+        <value cell_index="807" local_entity="0" value="0" />
+        <value cell_index="808" local_entity="0" value="0" />
+        <value cell_index="809" local_entity="0" value="0" />
+        <value cell_index="810" local_entity="0" value="0" />
+        <value cell_index="811" local_entity="0" value="0" />
+        <value cell_index="812" local_entity="0" value="0" />
+        <value cell_index="813" local_entity="0" value="0" />
+        <value cell_index="814" local_entity="0" value="0" />
+        <value cell_index="815" local_entity="0" value="0" />
+        <value cell_index="816" local_entity="0" value="0" />
+        <value cell_index="817" local_entity="0" value="0" />
+        <value cell_index="818" local_entity="0" value="0" />
+        <value cell_index="819" local_entity="0" value="0" />
+        <value cell_index="820" local_entity="0" value="0" />
+        <value cell_index="821" local_entity="0" value="0" />
+        <value cell_index="822" local_entity="0" value="0" />
+        <value cell_index="823" local_entity="0" value="0" />
+        <value cell_index="824" local_entity="0" value="0" />
+        <value cell_index="825" local_entity="0" value="0" />
+        <value cell_index="826" local_entity="0" value="0" />
+        <value cell_index="827" local_entity="0" value="0" />
+        <value cell_index="828" local_entity="0" value="0" />
+        <value cell_index="829" local_entity="0" value="0" />
+        <value cell_index="830" local_entity="0" value="0" />
+        <value cell_index="831" local_entity="0" value="0" />
+        <value cell_index="832" local_entity="0" value="0" />
+        <value cell_index="833" local_entity="0" value="0" />
+        <value cell_index="834" local_entity="0" value="0" />
+        <value cell_index="835" local_entity="0" value="0" />
+        <value cell_index="836" local_entity="0" value="0" />
+        <value cell_index="837" local_entity="0" value="0" />
+        <value cell_index="838" local_entity="0" value="0" />
+        <value cell_index="839" local_entity="0" value="0" />
+        <value cell_index="840" local_entity="0" value="0" />
+        <value cell_index="841" local_entity="0" value="0" />
+        <value cell_index="842" local_entity="0" value="0" />
+        <value cell_index="843" local_entity="0" value="0" />
+        <value cell_index="844" local_entity="0" value="0" />
+        <value cell_index="845" local_entity="0" value="0" />
+        <value cell_index="846" local_entity="0" value="0" />
+        <value cell_index="847" local_entity="0" value="0" />
+        <value cell_index="848" local_entity="0" value="0" />
+        <value cell_index="849" local_entity="0" value="0" />
+        <value cell_index="850" local_entity="0" value="0" />
+        <value cell_index="851" local_entity="0" value="0" />
+        <value cell_index="852" local_entity="0" value="0" />
+        <value cell_index="853" local_entity="0" value="0" />
+        <value cell_index="854" local_entity="0" value="0" />
+        <value cell_index="855" local_entity="0" value="0" />
+        <value cell_index="856" local_entity="0" value="0" />
+        <value cell_index="857" local_entity="0" value="0" />
+        <value cell_index="858" local_entity="0" value="0" />
+        <value cell_index="859" local_entity="0" value="0" />
+        <value cell_index="860" local_entity="0" value="0" />
+        <value cell_index="861" local_entity="0" value="0" />
+        <value cell_index="862" local_entity="0" value="0" />
+        <value cell_index="863" local_entity="0" value="0" />
+        <value cell_index="864" local_entity="0" value="0" />
+        <value cell_index="865" local_entity="0" value="0" />
+        <value cell_index="866" local_entity="0" value="0" />
+        <value cell_index="867" local_entity="0" value="0" />
+        <value cell_index="868" local_entity="0" value="0" />
+        <value cell_index="869" local_entity="0" value="0" />
+        <value cell_index="870" local_entity="0" value="0" />
+        <value cell_index="871" local_entity="0" value="0" />
+        <value cell_index="872" local_entity="0" value="0" />
+        <value cell_index="873" local_entity="0" value="0" />
+        <value cell_index="874" local_entity="0" value="0" />
+        <value cell_index="875" local_entity="0" value="0" />
+        <value cell_index="876" local_entity="0" value="0" />
+        <value cell_index="877" local_entity="0" value="0" />
+        <value cell_index="878" local_entity="0" value="0" />
+        <value cell_index="879" local_entity="0" value="0" />
+        <value cell_index="880" local_entity="0" value="0" />
+        <value cell_index="881" local_entity="0" value="0" />
+        <value cell_index="882" local_entity="0" value="0" />
+        <value cell_index="883" local_entity="0" value="0" />
+        <value cell_index="884" local_entity="0" value="0" />
+        <value cell_index="885" local_entity="0" value="0" />
+        <value cell_index="886" local_entity="0" value="0" />
+        <value cell_index="887" local_entity="0" value="0" />
+        <value cell_index="888" local_entity="0" value="0" />
+        <value cell_index="889" local_entity="0" value="0" />
+        <value cell_index="890" local_entity="0" value="0" />
+        <value cell_index="891" local_entity="0" value="0" />
+        <value cell_index="892" local_entity="0" value="0" />
+        <value cell_index="893" local_entity="0" value="0" />
+        <value cell_index="894" local_entity="0" value="0" />
+        <value cell_index="895" local_entity="0" value="0" />
+        <value cell_index="896" local_entity="0" value="0" />
+        <value cell_index="897" local_entity="0" value="0" />
+        <value cell_index="898" local_entity="0" value="0" />
+        <value cell_index="899" local_entity="0" value="0" />
+        <value cell_index="900" local_entity="0" value="0" />
+        <value cell_index="901" local_entity="0" value="0" />
+        <value cell_index="902" local_entity="0" value="0" />
+        <value cell_index="903" local_entity="0" value="0" />
+        <value cell_index="904" local_entity="0" value="0" />
+        <value cell_index="905" local_entity="0" value="0" />
+        <value cell_index="906" local_entity="0" value="0" />
+        <value cell_index="907" local_entity="0" value="0" />
+        <value cell_index="908" local_entity="0" value="0" />
+        <value cell_index="909" local_entity="0" value="0" />
+        <value cell_index="910" local_entity="0" value="0" />
+        <value cell_index="911" local_entity="0" value="0" />
+        <value cell_index="912" local_entity="0" value="0" />
+        <value cell_index="913" local_entity="0" value="0" />
+        <value cell_index="914" local_entity="0" value="0" />
+        <value cell_index="915" local_entity="0" value="0" />
+        <value cell_index="916" local_entity="0" value="0" />
+        <value cell_index="917" local_entity="0" value="0" />
+        <value cell_index="918" local_entity="0" value="0" />
+        <value cell_index="919" local_entity="0" value="0" />
+        <value cell_index="920" local_entity="0" value="0" />
+        <value cell_index="921" local_entity="0" value="0" />
+        <value cell_index="922" local_entity="0" value="0" />
+        <value cell_index="923" local_entity="0" value="0" />
+        <value cell_index="924" local_entity="0" value="0" />
+        <value cell_index="925" local_entity="0" value="0" />
+        <value cell_index="926" local_entity="0" value="0" />
+        <value cell_index="927" local_entity="0" value="0" />
+        <value cell_index="928" local_entity="0" value="0" />
+        <value cell_index="929" local_entity="0" value="0" />
+        <value cell_index="930" local_entity="0" value="0" />
+        <value cell_index="931" local_entity="0" value="0" />
+        <value cell_index="932" local_entity="0" value="0" />
+        <value cell_index="933" local_entity="0" value="0" />
+        <value cell_index="934" local_entity="0" value="0" />
+        <value cell_index="935" local_entity="0" value="0" />
+        <value cell_index="936" local_entity="0" value="0" />
+        <value cell_index="937" local_entity="0" value="0" />
+        <value cell_index="938" local_entity="0" value="0" />
+        <value cell_index="939" local_entity="0" value="0" />
+        <value cell_index="940" local_entity="0" value="0" />
+        <value cell_index="941" local_entity="0" value="0" />
+        <value cell_index="942" local_entity="0" value="0" />
+        <value cell_index="943" local_entity="0" value="0" />
+        <value cell_index="944" local_entity="0" value="0" />
+        <value cell_index="945" local_entity="0" value="0" />
+        <value cell_index="946" local_entity="0" value="0" />
+        <value cell_index="947" local_entity="0" value="0" />
+        <value cell_index="948" local_entity="0" value="0" />
+        <value cell_index="949" local_entity="0" value="0" />
+        <value cell_index="950" local_entity="0" value="0" />
+        <value cell_index="951" local_entity="0" value="0" />
+        <value cell_index="952" local_entity="0" value="0" />
+        <value cell_index="953" local_entity="0" value="0" />
+        <value cell_index="954" local_entity="0" value="0" />
+        <value cell_index="955" local_entity="0" value="0" />
+        <value cell_index="956" local_entity="0" value="0" />
+        <value cell_index="957" local_entity="0" value="0" />
+        <value cell_index="958" local_entity="0" value="0" />
+        <value cell_index="959" local_entity="0" value="0" />
+        <value cell_index="960" local_entity="0" value="0" />
+        <value cell_index="961" local_entity="0" value="0" />
+        <value cell_index="962" local_entity="0" value="0" />
+        <value cell_index="963" local_entity="0" value="0" />
+        <value cell_index="964" local_entity="0" value="0" />
+        <value cell_index="965" local_entity="0" value="0" />
+        <value cell_index="966" local_entity="0" value="0" />
+        <value cell_index="967" local_entity="0" value="0" />
+        <value cell_index="968" local_entity="0" value="0" />
+        <value cell_index="969" local_entity="0" value="0" />
+        <value cell_index="970" local_entity="0" value="0" />
+        <value cell_index="971" local_entity="0" value="0" />
+        <value cell_index="972" local_entity="0" value="0" />
+        <value cell_index="973" local_entity="0" value="0" />
+        <value cell_index="974" local_entity="0" value="0" />
+        <value cell_index="975" local_entity="0" value="0" />
+        <value cell_index="976" local_entity="0" value="0" />
+        <value cell_index="977" local_entity="0" value="0" />
+        <value cell_index="978" local_entity="0" value="0" />
+        <value cell_index="979" local_entity="0" value="0" />
+        <value cell_index="980" local_entity="0" value="0" />
+        <value cell_index="981" local_entity="0" value="0" />
+        <value cell_index="982" local_entity="0" value="0" />
+        <value cell_index="983" local_entity="0" value="0" />
+        <value cell_index="984" local_entity="0" value="0" />
+        <value cell_index="985" local_entity="0" value="0" />
+        <value cell_index="986" local_entity="0" value="0" />
+        <value cell_index="987" local_entity="0" value="0" />
+        <value cell_index="988" local_entity="0" value="0" />
+        <value cell_index="989" local_entity="0" value="0" />
+        <value cell_index="990" local_entity="0" value="0" />
+        <value cell_index="991" local_entity="0" value="0" />
+        <value cell_index="992" local_entity="0" value="0" />
+        <value cell_index="993" local_entity="0" value="0" />
+        <value cell_index="994" local_entity="0" value="0" />
+        <value cell_index="995" local_entity="0" value="0" />
+        <value cell_index="996" local_entity="0" value="0" />
+        <value cell_index="997" local_entity="0" value="0" />
+        <value cell_index="998" local_entity="0" value="0" />
+        <value cell_index="999" local_entity="0" value="0" />
+        <value cell_index="1000" local_entity="0" value="0" />
+        <value cell_index="1001" local_entity="0" value="0" />
+        <value cell_index="1002" local_entity="0" value="0" />
+        <value cell_index="1003" local_entity="0" value="0" />
+        <value cell_index="1004" local_entity="0" value="0" />
+        <value cell_index="1005" local_entity="0" value="0" />
+        <value cell_index="1006" local_entity="0" value="0" />
+        <value cell_index="1007" local_entity="0" value="0" />
+        <value cell_index="1008" local_entity="0" value="0" />
+        <value cell_index="1009" local_entity="0" value="0" />
+        <value cell_index="1010" local_entity="0" value="0" />
+        <value cell_index="1011" local_entity="0" value="0" />
+        <value cell_index="1012" local_entity="0" value="0" />
+        <value cell_index="1013" local_entity="0" value="0" />
+        <value cell_index="1014" local_entity="0" value="0" />
+        <value cell_index="1015" local_entity="0" value="0" />
+        <value cell_index="1016" local_entity="0" value="0" />
+        <value cell_index="1017" local_entity="0" value="0" />
+        <value cell_index="1018" local_entity="0" value="0" />
+        <value cell_index="1019" local_entity="0" value="0" />
+        <value cell_index="1020" local_entity="0" value="0" />
+        <value cell_index="1021" local_entity="0" value="0" />
+        <value cell_index="1022" local_entity="0" value="0" />
+        <value cell_index="1023" local_entity="0" value="0" />
+        <value cell_index="1024" local_entity="0" value="0" />
+        <value cell_index="1025" local_entity="0" value="0" />
+        <value cell_index="1026" local_entity="0" value="0" />
+        <value cell_index="1027" local_entity="0" value="0" />
+        <value cell_index="1028" local_entity="0" value="0" />
+        <value cell_index="1029" local_entity="0" value="0" />
+        <value cell_index="1030" local_entity="0" value="0" />
+        <value cell_index="1031" local_entity="0" value="0" />
+        <value cell_index="1032" local_entity="0" value="0" />
+        <value cell_index="1033" local_entity="0" value="0" />
+        <value cell_index="1034" local_entity="0" value="0" />
+        <value cell_index="1035" local_entity="0" value="0" />
+        <value cell_index="1036" local_entity="0" value="0" />
+        <value cell_index="1037" local_entity="0" value="0" />
+        <value cell_index="1038" local_entity="0" value="0" />
+        <value cell_index="1039" local_entity="0" value="0" />
+        <value cell_index="1040" local_entity="0" value="0" />
+        <value cell_index="1041" local_entity="0" value="0" />
+        <value cell_index="1042" local_entity="0" value="0" />
+        <value cell_index="1043" local_entity="0" value="0" />
+        <value cell_index="1044" local_entity="0" value="0" />
+        <value cell_index="1045" local_entity="0" value="0" />
+        <value cell_index="1046" local_entity="0" value="0" />
+        <value cell_index="1047" local_entity="0" value="0" />
+        <value cell_index="1048" local_entity="0" value="0" />
+        <value cell_index="1049" local_entity="0" value="0" />
+        <value cell_index="1050" local_entity="0" value="0" />
+        <value cell_index="1051" local_entity="0" value="0" />
+        <value cell_index="1052" local_entity="0" value="0" />
+        <value cell_index="1053" local_entity="0" value="0" />
+        <value cell_index="1054" local_entity="0" value="0" />
+        <value cell_index="1055" local_entity="0" value="0" />
+        <value cell_index="1056" local_entity="0" value="0" />
+        <value cell_index="1057" local_entity="0" value="0" />
+        <value cell_index="1058" local_entity="0" value="0" />
+        <value cell_index="1059" local_entity="0" value="0" />
+        <value cell_index="1060" local_entity="0" value="0" />
+        <value cell_index="1061" local_entity="0" value="0" />
+        <value cell_index="1062" local_entity="0" value="0" />
+        <value cell_index="1063" local_entity="0" value="0" />
+        <value cell_index="1064" local_entity="0" value="0" />
+        <value cell_index="1065" local_entity="0" value="0" />
+        <value cell_index="1066" local_entity="0" value="0" />
+        <value cell_index="1067" local_entity="0" value="0" />
+        <value cell_index="1068" local_entity="0" value="0" />
+        <value cell_index="1069" local_entity="0" value="0" />
+        <value cell_index="1070" local_entity="0" value="0" />
+        <value cell_index="1071" local_entity="0" value="0" />
+        <value cell_index="1072" local_entity="0" value="0" />
+        <value cell_index="1073" local_entity="0" value="0" />
+        <value cell_index="1074" local_entity="0" value="0" />
+        <value cell_index="1075" local_entity="0" value="0" />
+        <value cell_index="1076" local_entity="0" value="0" />
+        <value cell_index="1077" local_entity="0" value="0" />
+        <value cell_index="1078" local_entity="0" value="0" />
+        <value cell_index="1079" local_entity="0" value="0" />
+        <value cell_index="1080" local_entity="0" value="0" />
+        <value cell_index="1081" local_entity="0" value="0" />
+        <value cell_index="1082" local_entity="0" value="0" />
+        <value cell_index="1083" local_entity="0" value="0" />
+        <value cell_index="1084" local_entity="0" value="0" />
+        <value cell_index="1085" local_entity="0" value="0" />
+        <value cell_index="1086" local_entity="0" value="0" />
+        <value cell_index="1087" local_entity="0" value="0" />
+        <value cell_index="1088" local_entity="0" value="0" />
+        <value cell_index="1089" local_entity="0" value="0" />
+        <value cell_index="1090" local_entity="0" value="0" />
+        <value cell_index="1091" local_entity="0" value="0" />
+        <value cell_index="1092" local_entity="0" value="0" />
+        <value cell_index="1093" local_entity="0" value="0" />
+        <value cell_index="1094" local_entity="0" value="0" />
+        <value cell_index="1095" local_entity="0" value="0" />
+        <value cell_index="1096" local_entity="0" value="0" />
+        <value cell_index="1097" local_entity="0" value="0" />
+        <value cell_index="1098" local_entity="0" value="0" />
+        <value cell_index="1099" local_entity="0" value="0" />
+        <value cell_index="1100" local_entity="0" value="0" />
+        <value cell_index="1101" local_entity="0" value="0" />
+        <value cell_index="1102" local_entity="0" value="0" />
+        <value cell_index="1103" local_entity="0" value="0" />
+        <value cell_index="1104" local_entity="0" value="0" />
+        <value cell_index="1105" local_entity="0" value="0" />
+        <value cell_index="1106" local_entity="0" value="0" />
+        <value cell_index="1107" local_entity="0" value="0" />
+        <value cell_index="1108" local_entity="0" value="0" />
+        <value cell_index="1109" local_entity="0" value="0" />
+        <value cell_index="1110" local_entity="0" value="0" />
+        <value cell_index="1111" local_entity="0" value="0" />
+        <value cell_index="1112" local_entity="0" value="0" />
+        <value cell_index="1113" local_entity="0" value="0" />
+        <value cell_index="1114" local_entity="0" value="0" />
+        <value cell_index="1115" local_entity="0" value="0" />
+        <value cell_index="1116" local_entity="0" value="0" />
+        <value cell_index="1117" local_entity="0" value="0" />
+        <value cell_index="1118" local_entity="0" value="0" />
+        <value cell_index="1119" local_entity="0" value="0" />
+        <value cell_index="1120" local_entity="0" value="0" />
+        <value cell_index="1121" local_entity="0" value="0" />
+        <value cell_index="1122" local_entity="0" value="0" />
+        <value cell_index="1123" local_entity="0" value="0" />
+        <value cell_index="1124" local_entity="0" value="0" />
+        <value cell_index="1125" local_entity="0" value="0" />
+        <value cell_index="1126" local_entity="0" value="0" />
+        <value cell_index="1127" local_entity="0" value="0" />
+        <value cell_index="1128" local_entity="0" value="0" />
+        <value cell_index="1129" local_entity="0" value="0" />
+        <value cell_index="1130" local_entity="0" value="0" />
+        <value cell_index="1131" local_entity="0" value="0" />
+        <value cell_index="1132" local_entity="0" value="0" />
+        <value cell_index="1133" local_entity="0" value="0" />
+        <value cell_index="1134" local_entity="0" value="0" />
+        <value cell_index="1135" local_entity="0" value="0" />
+        <value cell_index="1136" local_entity="0" value="0" />
+        <value cell_index="1137" local_entity="0" value="0" />
+        <value cell_index="1138" local_entity="0" value="0" />
+        <value cell_index="1139" local_entity="0" value="0" />
+        <value cell_index="1140" local_entity="0" value="0" />
+        <value cell_index="1141" local_entity="0" value="0" />
+        <value cell_index="1142" local_entity="0" value="0" />
+        <value cell_index="1143" local_entity="0" value="0" />
+        <value cell_index="1144" local_entity="0" value="0" />
+        <value cell_index="1145" local_entity="0" value="0" />
+        <value cell_index="1146" local_entity="0" value="0" />
+        <value cell_index="1147" local_entity="0" value="0" />
+        <value cell_index="1148" local_entity="0" value="0" />
+        <value cell_index="1149" local_entity="0" value="0" />
+        <value cell_index="1150" local_entity="0" value="0" />
+        <value cell_index="1151" local_entity="0" value="0" />
+        <value cell_index="1152" local_entity="0" value="0" />
+        <value cell_index="1153" local_entity="0" value="0" />
+        <value cell_index="1154" local_entity="0" value="0" />
+        <value cell_index="1155" local_entity="0" value="0" />
+        <value cell_index="1156" local_entity="0" value="0" />
+        <value cell_index="1157" local_entity="0" value="0" />
+        <value cell_index="1158" local_entity="0" value="0" />
+        <value cell_index="1159" local_entity="0" value="0" />
+        <value cell_index="1160" local_entity="0" value="0" />
+        <value cell_index="1161" local_entity="0" value="0" />
+        <value cell_index="1162" local_entity="0" value="0" />
+        <value cell_index="1163" local_entity="0" value="0" />
+        <value cell_index="1164" local_entity="0" value="0" />
+        <value cell_index="1165" local_entity="0" value="0" />
+        <value cell_index="1166" local_entity="0" value="0" />
+        <value cell_index="1167" local_entity="0" value="0" />
+        <value cell_index="1168" local_entity="0" value="0" />
+        <value cell_index="1169" local_entity="0" value="0" />
+        <value cell_index="1170" local_entity="0" value="0" />
+        <value cell_index="1171" local_entity="0" value="0" />
+        <value cell_index="1172" local_entity="0" value="0" />
+        <value cell_index="1173" local_entity="0" value="0" />
+        <value cell_index="1174" local_entity="0" value="0" />
+        <value cell_index="1175" local_entity="0" value="0" />
+        <value cell_index="1176" local_entity="0" value="0" />
+        <value cell_index="1177" local_entity="0" value="0" />
+        <value cell_index="1178" local_entity="0" value="0" />
+        <value cell_index="1179" local_entity="0" value="0" />
+        <value cell_index="1180" local_entity="0" value="0" />
+        <value cell_index="1181" local_entity="0" value="0" />
+        <value cell_index="1182" local_entity="0" value="0" />
+        <value cell_index="1183" local_entity="0" value="0" />
+        <value cell_index="1184" local_entity="0" value="0" />
+        <value cell_index="1185" local_entity="0" value="0" />
+        <value cell_index="1186" local_entity="0" value="0" />
+        <value cell_index="1187" local_entity="0" value="0" />
+        <value cell_index="1188" local_entity="0" value="0" />
+        <value cell_index="1189" local_entity="0" value="0" />
+        <value cell_index="1190" local_entity="0" value="0" />
+        <value cell_index="1191" local_entity="0" value="0" />
+        <value cell_index="1192" local_entity="0" value="0" />
+        <value cell_index="1193" local_entity="0" value="0" />
+        <value cell_index="1194" local_entity="0" value="0" />
+        <value cell_index="1195" local_entity="0" value="0" />
+        <value cell_index="1196" local_entity="0" value="0" />
+        <value cell_index="1197" local_entity="0" value="0" />
+        <value cell_index="1198" local_entity="0" value="0" />
+        <value cell_index="1199" local_entity="0" value="0" />
+        <value cell_index="1200" local_entity="0" value="0" />
+        <value cell_index="1201" local_entity="0" value="0" />
+        <value cell_index="1202" local_entity="0" value="0" />
+        <value cell_index="1203" local_entity="0" value="0" />
+        <value cell_index="1204" local_entity="0" value="0" />
+        <value cell_index="1205" local_entity="0" value="0" />
+        <value cell_index="1206" local_entity="0" value="0" />
+        <value cell_index="1207" local_entity="0" value="0" />
+        <value cell_index="1208" local_entity="0" value="0" />
+        <value cell_index="1209" local_entity="0" value="0" />
+        <value cell_index="1210" local_entity="0" value="0" />
+        <value cell_index="1211" local_entity="0" value="0" />
+        <value cell_index="1212" local_entity="0" value="0" />
+        <value cell_index="1213" local_entity="0" value="0" />
+        <value cell_index="1214" local_entity="0" value="0" />
+        <value cell_index="1215" local_entity="0" value="0" />
+        <value cell_index="1216" local_entity="0" value="0" />
+        <value cell_index="1217" local_entity="0" value="0" />
+        <value cell_index="1218" local_entity="0" value="0" />
+        <value cell_index="1219" local_entity="0" value="0" />
+        <value cell_index="1220" local_entity="0" value="0" />
+        <value cell_index="1221" local_entity="0" value="0" />
+        <value cell_index="1222" local_entity="0" value="0" />
+        <value cell_index="1223" local_entity="0" value="0" />
+        <value cell_index="1224" local_entity="0" value="0" />
+        <value cell_index="1225" local_entity="0" value="0" />
+        <value cell_index="1226" local_entity="0" value="0" />
+        <value cell_index="1227" local_entity="0" value="0" />
+        <value cell_index="1228" local_entity="0" value="0" />
+        <value cell_index="1229" local_entity="0" value="0" />
+        <value cell_index="1230" local_entity="0" value="0" />
+        <value cell_index="1231" local_entity="0" value="0" />
+        <value cell_index="1232" local_entity="0" value="0" />
+        <value cell_index="1233" local_entity="0" value="0" />
+        <value cell_index="1234" local_entity="0" value="0" />
+        <value cell_index="1235" local_entity="0" value="0" />
+        <value cell_index="1236" local_entity="0" value="0" />
+        <value cell_index="1237" local_entity="0" value="0" />
+        <value cell_index="1238" local_entity="0" value="0" />
+        <value cell_index="1239" local_entity="0" value="0" />
+        <value cell_index="1240" local_entity="0" value="0" />
+        <value cell_index="1241" local_entity="0" value="0" />
+        <value cell_index="1242" local_entity="0" value="0" />
+        <value cell_index="1243" local_entity="0" value="0" />
+        <value cell_index="1244" local_entity="0" value="0" />
+        <value cell_index="1245" local_entity="0" value="0" />
+        <value cell_index="1246" local_entity="0" value="0" />
+        <value cell_index="1247" local_entity="0" value="0" />
+        <value cell_index="1248" local_entity="0" value="0" />
+        <value cell_index="1249" local_entity="0" value="0" />
+        <value cell_index="1250" local_entity="0" value="0" />
+        <value cell_index="1251" local_entity="0" value="0" />
+        <value cell_index="1252" local_entity="0" value="0" />
+        <value cell_index="1253" local_entity="0" value="0" />
+        <value cell_index="1254" local_entity="0" value="0" />
+        <value cell_index="1255" local_entity="0" value="0" />
+        <value cell_index="1256" local_entity="0" value="0" />
+        <value cell_index="1257" local_entity="0" value="0" />
+        <value cell_index="1258" local_entity="0" value="0" />
+        <value cell_index="1259" local_entity="0" value="0" />
+        <value cell_index="1260" local_entity="0" value="0" />
+        <value cell_index="1261" local_entity="0" value="0" />
+        <value cell_index="1262" local_entity="0" value="0" />
+        <value cell_index="1263" local_entity="0" value="0" />
+        <value cell_index="1264" local_entity="0" value="0" />
+        <value cell_index="1265" local_entity="0" value="0" />
+        <value cell_index="1266" local_entity="0" value="0" />
+        <value cell_index="1267" local_entity="0" value="0" />
+        <value cell_index="1268" local_entity="0" value="0" />
+        <value cell_index="1269" local_entity="0" value="0" />
+        <value cell_index="1270" local_entity="0" value="0" />
+        <value cell_index="1271" local_entity="0" value="0" />
+        <value cell_index="1272" local_entity="0" value="0" />
+        <value cell_index="1273" local_entity="0" value="0" />
+        <value cell_index="1274" local_entity="0" value="0" />
+        <value cell_index="1275" local_entity="0" value="0" />
+        <value cell_index="1276" local_entity="0" value="0" />
+        <value cell_index="1277" local_entity="0" value="0" />
+        <value cell_index="1278" local_entity="0" value="0" />
+        <value cell_index="1279" local_entity="0" value="0" />
+        <value cell_index="1280" local_entity="0" value="0" />
+        <value cell_index="1281" local_entity="0" value="0" />
+        <value cell_index="1282" local_entity="0" value="0" />
+        <value cell_index="1283" local_entity="0" value="0" />
+        <value cell_index="1284" local_entity="0" value="0" />
+        <value cell_index="1285" local_entity="0" value="0" />
+        <value cell_index="1286" local_entity="0" value="0" />
+        <value cell_index="1287" local_entity="0" value="0" />
+        <value cell_index="1288" local_entity="0" value="0" />
+        <value cell_index="1289" local_entity="0" value="0" />
+        <value cell_index="1290" local_entity="0" value="0" />
+        <value cell_index="1291" local_entity="0" value="0" />
+        <value cell_index="1292" local_entity="0" value="0" />
+        <value cell_index="1293" local_entity="0" value="0" />
+        <value cell_index="1294" local_entity="0" value="0" />
+        <value cell_index="1295" local_entity="0" value="0" />
+        <value cell_index="1296" local_entity="0" value="0" />
+        <value cell_index="1297" local_entity="0" value="0" />
+        <value cell_index="1298" local_entity="0" value="0" />
+        <value cell_index="1299" local_entity="0" value="0" />
+        <value cell_index="1300" local_entity="0" value="0" />
+        <value cell_index="1301" local_entity="0" value="0" />
+        <value cell_index="1302" local_entity="0" value="0" />
+        <value cell_index="1303" local_entity="0" value="0" />
+        <value cell_index="1304" local_entity="0" value="0" />
+        <value cell_index="1305" local_entity="0" value="0" />
+        <value cell_index="1306" local_entity="0" value="0" />
+        <value cell_index="1307" local_entity="0" value="0" />
+        <value cell_index="1308" local_entity="0" value="0" />
+        <value cell_index="1309" local_entity="0" value="0" />
+        <value cell_index="1310" local_entity="0" value="0" />
+        <value cell_index="1311" local_entity="0" value="0" />
+        <value cell_index="1312" local_entity="0" value="0" />
+        <value cell_index="1313" local_entity="0" value="0" />
+        <value cell_index="1314" local_entity="0" value="0" />
+        <value cell_index="1315" local_entity="0" value="0" />
+        <value cell_index="1316" local_entity="0" value="0" />
+        <value cell_index="1317" local_entity="0" value="0" />
+        <value cell_index="1318" local_entity="0" value="0" />
+        <value cell_index="1319" local_entity="0" value="0" />
+        <value cell_index="1320" local_entity="0" value="0" />
+        <value cell_index="1321" local_entity="0" value="0" />
+        <value cell_index="1322" local_entity="0" value="0" />
+        <value cell_index="1323" local_entity="0" value="0" />
+        <value cell_index="1324" local_entity="0" value="0" />
+        <value cell_index="1325" local_entity="0" value="0" />
+        <value cell_index="1326" local_entity="0" value="0" />
+        <value cell_index="1327" local_entity="0" value="0" />
+        <value cell_index="1328" local_entity="0" value="0" />
+        <value cell_index="1329" local_entity="0" value="0" />
+        <value cell_index="1330" local_entity="0" value="0" />
+        <value cell_index="1331" local_entity="0" value="0" />
+        <value cell_index="1332" local_entity="0" value="0" />
+        <value cell_index="1333" local_entity="0" value="0" />
+        <value cell_index="1334" local_entity="0" value="0" />
+        <value cell_index="1335" local_entity="0" value="0" />
+        <value cell_index="1336" local_entity="0" value="0" />
+        <value cell_index="1337" local_entity="0" value="0" />
+        <value cell_index="1338" local_entity="0" value="0" />
+        <value cell_index="1339" local_entity="0" value="0" />
+        <value cell_index="1340" local_entity="0" value="0" />
+        <value cell_index="1341" local_entity="0" value="0" />
+        <value cell_index="1342" local_entity="0" value="0" />
+        <value cell_index="1343" local_entity="0" value="0" />
+        <value cell_index="1344" local_entity="0" value="0" />
+        <value cell_index="1345" local_entity="0" value="0" />
+        <value cell_index="1346" local_entity="0" value="0" />
+        <value cell_index="1347" local_entity="0" value="0" />
+        <value cell_index="1348" local_entity="0" value="0" />
+        <value cell_index="1349" local_entity="0" value="0" />
+        <value cell_index="1350" local_entity="0" value="0" />
+        <value cell_index="1351" local_entity="0" value="0" />
+        <value cell_index="1352" local_entity="0" value="0" />
+        <value cell_index="1353" local_entity="0" value="0" />
+        <value cell_index="1354" local_entity="0" value="0" />
+        <value cell_index="1355" local_entity="0" value="0" />
+        <value cell_index="1356" local_entity="0" value="0" />
+        <value cell_index="1357" local_entity="0" value="0" />
+        <value cell_index="1358" local_entity="0" value="0" />
+        <value cell_index="1359" local_entity="0" value="0" />
+        <value cell_index="1360" local_entity="0" value="0" />
+        <value cell_index="1361" local_entity="0" value="0" />
+        <value cell_index="1362" local_entity="0" value="0" />
+        <value cell_index="1363" local_entity="0" value="0" />
+        <value cell_index="1364" local_entity="0" value="0" />
+        <value cell_index="1365" local_entity="0" value="0" />
+        <value cell_index="1366" local_entity="0" value="0" />
+        <value cell_index="1367" local_entity="0" value="0" />
+        <value cell_index="1368" local_entity="0" value="0" />
+        <value cell_index="1369" local_entity="0" value="0" />
+        <value cell_index="1370" local_entity="0" value="0" />
+        <value cell_index="1371" local_entity="0" value="0" />
+        <value cell_index="1372" local_entity="0" value="0" />
+        <value cell_index="1373" local_entity="0" value="0" />
+        <value cell_index="1374" local_entity="0" value="0" />
+        <value cell_index="1375" local_entity="0" value="0" />
+        <value cell_index="1376" local_entity="0" value="0" />
+        <value cell_index="1377" local_entity="0" value="0" />
+        <value cell_index="1378" local_entity="0" value="0" />
+        <value cell_index="1379" local_entity="0" value="0" />
+        <value cell_index="1380" local_entity="0" value="0" />
+        <value cell_index="1381" local_entity="0" value="0" />
+        <value cell_index="1382" local_entity="0" value="0" />
+        <value cell_index="1383" local_entity="0" value="0" />
+        <value cell_index="1384" local_entity="0" value="0" />
+        <value cell_index="1385" local_entity="0" value="0" />
+        <value cell_index="1386" local_entity="0" value="0" />
+        <value cell_index="1387" local_entity="0" value="0" />
+        <value cell_index="1388" local_entity="0" value="0" />
+        <value cell_index="1389" local_entity="0" value="0" />
+        <value cell_index="1390" local_entity="0" value="0" />
+        <value cell_index="1391" local_entity="0" value="0" />
+        <value cell_index="1392" local_entity="0" value="0" />
+        <value cell_index="1393" local_entity="0" value="0" />
+        <value cell_index="1394" local_entity="0" value="0" />
+        <value cell_index="1395" local_entity="0" value="0" />
+        <value cell_index="1396" local_entity="0" value="0" />
+        <value cell_index="1397" local_entity="0" value="0" />
+        <value cell_index="1398" local_entity="0" value="0" />
+        <value cell_index="1399" local_entity="0" value="0" />
+        <value cell_index="1400" local_entity="0" value="0" />
+        <value cell_index="1401" local_entity="0" value="0" />
+        <value cell_index="1402" local_entity="0" value="0" />
+        <value cell_index="1403" local_entity="0" value="0" />
+        <value cell_index="1404" local_entity="0" value="0" />
+        <value cell_index="1405" local_entity="0" value="0" />
+        <value cell_index="1406" local_entity="0" value="0" />
+        <value cell_index="1407" local_entity="0" value="0" />
+        <value cell_index="1408" local_entity="0" value="0" />
+        <value cell_index="1409" local_entity="0" value="0" />
+        <value cell_index="1410" local_entity="0" value="0" />
+        <value cell_index="1411" local_entity="0" value="0" />
+        <value cell_index="1412" local_entity="0" value="0" />
+        <value cell_index="1413" local_entity="0" value="0" />
+        <value cell_index="1414" local_entity="0" value="0" />
+        <value cell_index="1415" local_entity="0" value="0" />
+        <value cell_index="1416" local_entity="0" value="0" />
+        <value cell_index="1417" local_entity="0" value="0" />
+        <value cell_index="1418" local_entity="0" value="0" />
+        <value cell_index="1419" local_entity="0" value="0" />
+        <value cell_index="1420" local_entity="0" value="0" />
+        <value cell_index="1421" local_entity="0" value="0" />
+        <value cell_index="1422" local_entity="0" value="0" />
+        <value cell_index="1423" local_entity="0" value="0" />
+        <value cell_index="1424" local_entity="0" value="0" />
+        <value cell_index="1425" local_entity="0" value="0" />
+        <value cell_index="1426" local_entity="0" value="0" />
+        <value cell_index="1427" local_entity="0" value="0" />
+        <value cell_index="1428" local_entity="0" value="0" />
+        <value cell_index="1429" local_entity="0" value="0" />
+        <value cell_index="1430" local_entity="0" value="0" />
+        <value cell_index="1431" local_entity="0" value="0" />
+        <value cell_index="1432" local_entity="0" value="0" />
+        <value cell_index="1433" local_entity="0" value="0" />
+        <value cell_index="1434" local_entity="0" value="0" />
+        <value cell_index="1435" local_entity="0" value="0" />
+        <value cell_index="1436" local_entity="0" value="0" />
+        <value cell_index="1437" local_entity="0" value="0" />
+        <value cell_index="1438" local_entity="0" value="0" />
+        <value cell_index="1439" local_entity="0" value="0" />
+        <value cell_index="1440" local_entity="0" value="0" />
+        <value cell_index="1441" local_entity="0" value="0" />
+        <value cell_index="1442" local_entity="0" value="0" />
+        <value cell_index="1443" local_entity="0" value="0" />
+        <value cell_index="1444" local_entity="0" value="0" />
+        <value cell_index="1445" local_entity="0" value="0" />
+        <value cell_index="1446" local_entity="0" value="0" />
+        <value cell_index="1447" local_entity="0" value="0" />
+        <value cell_index="1448" local_entity="0" value="0" />
+        <value cell_index="1449" local_entity="0" value="0" />
+        <value cell_index="1450" local_entity="0" value="0" />
+        <value cell_index="1451" local_entity="0" value="0" />
+        <value cell_index="1452" local_entity="0" value="0" />
+        <value cell_index="1453" local_entity="0" value="0" />
+        <value cell_index="1454" local_entity="0" value="0" />
+        <value cell_index="1455" local_entity="0" value="0" />
+        <value cell_index="1456" local_entity="0" value="0" />
+        <value cell_index="1457" local_entity="0" value="0" />
+        <value cell_index="1458" local_entity="0" value="0" />
+        <value cell_index="1459" local_entity="0" value="0" />
+        <value cell_index="1460" local_entity="0" value="0" />
+        <value cell_index="1461" local_entity="0" value="0" />
+        <value cell_index="1462" local_entity="0" value="0" />
+        <value cell_index="1463" local_entity="0" value="0" />
+        <value cell_index="1464" local_entity="0" value="0" />
+        <value cell_index="1465" local_entity="0" value="0" />
+        <value cell_index="1466" local_entity="0" value="0" />
+        <value cell_index="1467" local_entity="0" value="0" />
+        <value cell_index="1468" local_entity="0" value="0" />
+        <value cell_index="1469" local_entity="0" value="0" />
+        <value cell_index="1470" local_entity="0" value="0" />
+        <value cell_index="1471" local_entity="0" value="0" />
+        <value cell_index="1472" local_entity="0" value="0" />
+        <value cell_index="1473" local_entity="0" value="0" />
+        <value cell_index="1474" local_entity="0" value="0" />
+        <value cell_index="1475" local_entity="0" value="0" />
+        <value cell_index="1476" local_entity="0" value="0" />
+        <value cell_index="1477" local_entity="0" value="0" />
+        <value cell_index="1478" local_entity="0" value="0" />
+        <value cell_index="1479" local_entity="0" value="0" />
+        <value cell_index="1480" local_entity="0" value="0" />
+        <value cell_index="1481" local_entity="0" value="0" />
+        <value cell_index="1482" local_entity="0" value="0" />
+        <value cell_index="1483" local_entity="0" value="0" />
+        <value cell_index="1484" local_entity="0" value="0" />
+        <value cell_index="1485" local_entity="0" value="0" />
+        <value cell_index="1486" local_entity="0" value="0" />
+        <value cell_index="1487" local_entity="0" value="0" />
+        <value cell_index="1488" local_entity="0" value="0" />
+        <value cell_index="1489" local_entity="0" value="0" />
+        <value cell_index="1490" local_entity="0" value="0" />
+        <value cell_index="1491" local_entity="0" value="0" />
+        <value cell_index="1492" local_entity="0" value="0" />
+        <value cell_index="1493" local_entity="0" value="0" />
+        <value cell_index="1494" local_entity="0" value="0" />
+        <value cell_index="1495" local_entity="0" value="0" />
+        <value cell_index="1496" local_entity="0" value="0" />
+        <value cell_index="1497" local_entity="0" value="0" />
+        <value cell_index="1498" local_entity="0" value="0" />
+        <value cell_index="1499" local_entity="0" value="0" />
+        <value cell_index="1500" local_entity="0" value="0" />
+        <value cell_index="1501" local_entity="0" value="0" />
+        <value cell_index="1502" local_entity="0" value="0" />
+        <value cell_index="1503" local_entity="0" value="0" />
+        <value cell_index="1504" local_entity="0" value="0" />
+        <value cell_index="1505" local_entity="0" value="0" />
+        <value cell_index="1506" local_entity="0" value="0" />
+        <value cell_index="1507" local_entity="0" value="0" />
+        <value cell_index="1508" local_entity="0" value="0" />
+        <value cell_index="1509" local_entity="0" value="0" />
+        <value cell_index="1510" local_entity="0" value="0" />
+        <value cell_index="1511" local_entity="0" value="0" />
+        <value cell_index="1512" local_entity="0" value="0" />
+        <value cell_index="1513" local_entity="0" value="0" />
+        <value cell_index="1514" local_entity="0" value="0" />
+        <value cell_index="1515" local_entity="0" value="0" />
+        <value cell_index="1516" local_entity="0" value="0" />
+        <value cell_index="1517" local_entity="0" value="0" />
+        <value cell_index="1518" local_entity="0" value="0" />
+        <value cell_index="1519" local_entity="0" value="0" />
+        <value cell_index="1520" local_entity="0" value="0" />
+        <value cell_index="1521" local_entity="0" value="0" />
+        <value cell_index="1522" local_entity="0" value="0" />
+        <value cell_index="1523" local_entity="0" value="0" />
+        <value cell_index="1524" local_entity="0" value="0" />
+        <value cell_index="1525" local_entity="0" value="0" />
+        <value cell_index="1526" local_entity="0" value="0" />
+        <value cell_index="1527" local_entity="0" value="0" />
+        <value cell_index="1528" local_entity="0" value="0" />
+        <value cell_index="1529" local_entity="0" value="0" />
+        <value cell_index="1530" local_entity="0" value="0" />
+        <value cell_index="1531" local_entity="0" value="0" />
+        <value cell_index="1532" local_entity="0" value="0" />
+        <value cell_index="1533" local_entity="0" value="0" />
+        <value cell_index="1534" local_entity="0" value="0" />
+        <value cell_index="1535" local_entity="0" value="0" />
+        <value cell_index="1536" local_entity="0" value="0" />
+        <value cell_index="1537" local_entity="0" value="0" />
+        <value cell_index="1538" local_entity="0" value="0" />
+        <value cell_index="1539" local_entity="0" value="0" />
+        <value cell_index="1540" local_entity="0" value="0" />
+        <value cell_index="1541" local_entity="0" value="0" />
+        <value cell_index="1542" local_entity="0" value="0" />
+        <value cell_index="1543" local_entity="0" value="0" />
+        <value cell_index="1544" local_entity="0" value="0" />
+        <value cell_index="1545" local_entity="0" value="0" />
+        <value cell_index="1546" local_entity="0" value="0" />
+        <value cell_index="1547" local_entity="0" value="0" />
+        <value cell_index="1548" local_entity="0" value="0" />
+        <value cell_index="1549" local_entity="0" value="0" />
+        <value cell_index="1550" local_entity="0" value="0" />
+        <value cell_index="1551" local_entity="0" value="0" />
+        <value cell_index="1552" local_entity="0" value="0" />
+        <value cell_index="1553" local_entity="0" value="0" />
+        <value cell_index="1554" local_entity="0" value="0" />
+        <value cell_index="1555" local_entity="0" value="0" />
+        <value cell_index="1556" local_entity="0" value="0" />
+        <value cell_index="1557" local_entity="0" value="0" />
+        <value cell_index="1558" local_entity="0" value="0" />
+        <value cell_index="1559" local_entity="0" value="0" />
+        <value cell_index="1560" local_entity="0" value="0" />
+        <value cell_index="1561" local_entity="0" value="0" />
+        <value cell_index="1562" local_entity="0" value="0" />
+        <value cell_index="1563" local_entity="0" value="0" />
+        <value cell_index="1564" local_entity="0" value="0" />
+        <value cell_index="1565" local_entity="0" value="0" />
+        <value cell_index="1566" local_entity="0" value="0" />
+        <value cell_index="1567" local_entity="0" value="0" />
+        <value cell_index="1568" local_entity="0" value="0" />
+        <value cell_index="1569" local_entity="0" value="0" />
+        <value cell_index="1570" local_entity="0" value="0" />
+        <value cell_index="1571" local_entity="0" value="0" />
+        <value cell_index="1572" local_entity="0" value="0" />
+        <value cell_index="1573" local_entity="0" value="0" />
+        <value cell_index="1574" local_entity="0" value="0" />
+        <value cell_index="1575" local_entity="0" value="0" />
+        <value cell_index="1576" local_entity="0" value="0" />
+        <value cell_index="1577" local_entity="0" value="0" />
+        <value cell_index="1578" local_entity="0" value="0" />
+        <value cell_index="1579" local_entity="0" value="0" />
+        <value cell_index="1580" local_entity="0" value="0" />
+        <value cell_index="1581" local_entity="0" value="0" />
+        <value cell_index="1582" local_entity="0" value="0" />
+        <value cell_index="1583" local_entity="0" value="0" />
+        <value cell_index="1584" local_entity="0" value="0" />
+        <value cell_index="1585" local_entity="0" value="0" />
+        <value cell_index="1586" local_entity="0" value="0" />
+        <value cell_index="1587" local_entity="0" value="0" />
+        <value cell_index="1588" local_entity="0" value="0" />
+        <value cell_index="1589" local_entity="0" value="0" />
+        <value cell_index="1590" local_entity="0" value="0" />
+        <value cell_index="1591" local_entity="0" value="0" />
+        <value cell_index="1592" local_entity="0" value="0" />
+        <value cell_index="1593" local_entity="0" value="0" />
+        <value cell_index="1594" local_entity="0" value="0" />
+        <value cell_index="1595" local_entity="0" value="0" />
+        <value cell_index="1596" local_entity="0" value="0" />
+        <value cell_index="1597" local_entity="0" value="0" />
+        <value cell_index="1598" local_entity="0" value="0" />
+        <value cell_index="1599" local_entity="0" value="0" />
+        <value cell_index="1600" local_entity="0" value="0" />
+        <value cell_index="1601" local_entity="0" value="0" />
+        <value cell_index="1602" local_entity="0" value="0" />
+        <value cell_index="1603" local_entity="0" value="0" />
+        <value cell_index="1604" local_entity="0" value="0" />
+        <value cell_index="1605" local_entity="0" value="0" />
+        <value cell_index="1606" local_entity="0" value="0" />
+        <value cell_index="1607" local_entity="0" value="0" />
+        <value cell_index="1608" local_entity="0" value="0" />
+        <value cell_index="1609" local_entity="0" value="0" />
+        <value cell_index="1610" local_entity="0" value="0" />
+        <value cell_index="1611" local_entity="0" value="0" />
+        <value cell_index="1612" local_entity="0" value="0" />
+        <value cell_index="1613" local_entity="0" value="0" />
+        <value cell_index="1614" local_entity="0" value="0" />
+        <value cell_index="1615" local_entity="0" value="0" />
+        <value cell_index="1616" local_entity="0" value="0" />
+        <value cell_index="1617" local_entity="0" value="0" />
+        <value cell_index="1618" local_entity="0" value="0" />
+        <value cell_index="1619" local_entity="0" value="0" />
+        <value cell_index="1620" local_entity="0" value="0" />
+        <value cell_index="1621" local_entity="0" value="0" />
+        <value cell_index="1622" local_entity="0" value="0" />
+        <value cell_index="1623" local_entity="0" value="0" />
+        <value cell_index="1624" local_entity="0" value="0" />
+        <value cell_index="1625" local_entity="0" value="0" />
+        <value cell_index="1626" local_entity="0" value="0" />
+        <value cell_index="1627" local_entity="0" value="0" />
+        <value cell_index="1628" local_entity="0" value="0" />
+        <value cell_index="1629" local_entity="0" value="0" />
+        <value cell_index="1630" local_entity="0" value="0" />
+        <value cell_index="1631" local_entity="0" value="0" />
+        <value cell_index="1632" local_entity="0" value="0" />
+        <value cell_index="1633" local_entity="0" value="0" />
+        <value cell_index="1634" local_entity="0" value="0" />
+        <value cell_index="1635" local_entity="0" value="0" />
+        <value cell_index="1636" local_entity="0" value="0" />
+        <value cell_index="1637" local_entity="0" value="0" />
+        <value cell_index="1638" local_entity="0" value="0" />
+        <value cell_index="1639" local_entity="0" value="0" />
+        <value cell_index="1640" local_entity="0" value="0" />
+        <value cell_index="1641" local_entity="0" value="0" />
+        <value cell_index="1642" local_entity="0" value="0" />
+        <value cell_index="1643" local_entity="0" value="0" />
+        <value cell_index="1644" local_entity="0" value="0" />
+        <value cell_index="1645" local_entity="0" value="0" />
+        <value cell_index="1646" local_entity="0" value="0" />
+        <value cell_index="1647" local_entity="0" value="0" />
+        <value cell_index="1648" local_entity="0" value="0" />
+        <value cell_index="1649" local_entity="0" value="0" />
+        <value cell_index="1650" local_entity="0" value="0" />
+        <value cell_index="1651" local_entity="0" value="0" />
+        <value cell_index="1652" local_entity="0" value="0" />
+        <value cell_index="1653" local_entity="0" value="0" />
+        <value cell_index="1654" local_entity="0" value="0" />
+        <value cell_index="1655" local_entity="0" value="0" />
+        <value cell_index="1656" local_entity="0" value="0" />
+        <value cell_index="1657" local_entity="0" value="0" />
+        <value cell_index="1658" local_entity="0" value="0" />
+        <value cell_index="1659" local_entity="0" value="0" />
+        <value cell_index="1660" local_entity="0" value="0" />
+        <value cell_index="1661" local_entity="0" value="0" />
+        <value cell_index="1662" local_entity="0" value="0" />
+        <value cell_index="1663" local_entity="0" value="0" />
+        <value cell_index="1664" local_entity="0" value="0" />
+        <value cell_index="1665" local_entity="0" value="0" />
+        <value cell_index="1666" local_entity="0" value="0" />
+        <value cell_index="1667" local_entity="0" value="0" />
+        <value cell_index="1668" local_entity="0" value="0" />
+        <value cell_index="1669" local_entity="0" value="0" />
+        <value cell_index="1670" local_entity="0" value="0" />
+        <value cell_index="1671" local_entity="0" value="0" />
+        <value cell_index="1672" local_entity="0" value="0" />
+        <value cell_index="1673" local_entity="0" value="0" />
+        <value cell_index="1674" local_entity="0" value="0" />
+        <value cell_index="1675" local_entity="0" value="0" />
+        <value cell_index="1676" local_entity="0" value="0" />
+        <value cell_index="1677" local_entity="0" value="0" />
+        <value cell_index="1678" local_entity="0" value="0" />
+        <value cell_index="1679" local_entity="0" value="0" />
+        <value cell_index="1680" local_entity="0" value="0" />
+        <value cell_index="1681" local_entity="0" value="0" />
+        <value cell_index="1682" local_entity="0" value="0" />
+        <value cell_index="1683" local_entity="0" value="0" />
+        <value cell_index="1684" local_entity="0" value="0" />
+        <value cell_index="1685" local_entity="0" value="0" />
+        <value cell_index="1686" local_entity="0" value="0" />
+        <value cell_index="1687" local_entity="0" value="0" />
+        <value cell_index="1688" local_entity="0" value="0" />
+        <value cell_index="1689" local_entity="0" value="0" />
+        <value cell_index="1690" local_entity="0" value="0" />
+        <value cell_index="1691" local_entity="0" value="0" />
+        <value cell_index="1692" local_entity="0" value="0" />
+        <value cell_index="1693" local_entity="0" value="0" />
+        <value cell_index="1694" local_entity="0" value="0" />
+        <value cell_index="1695" local_entity="0" value="0" />
+        <value cell_index="1696" local_entity="0" value="0" />
+        <value cell_index="1697" local_entity="0" value="0" />
+        <value cell_index="1698" local_entity="0" value="0" />
+        <value cell_index="1699" local_entity="0" value="0" />
+        <value cell_index="1700" local_entity="0" value="0" />
+        <value cell_index="1701" local_entity="0" value="0" />
+        <value cell_index="1702" local_entity="0" value="0" />
+        <value cell_index="1703" local_entity="0" value="0" />
+        <value cell_index="1704" local_entity="0" value="0" />
+        <value cell_index="1705" local_entity="0" value="0" />
+        <value cell_index="1706" local_entity="0" value="0" />
+        <value cell_index="1707" local_entity="0" value="0" />
+        <value cell_index="1708" local_entity="0" value="0" />
+        <value cell_index="1709" local_entity="0" value="0" />
+        <value cell_index="1710" local_entity="0" value="0" />
+        <value cell_index="1711" local_entity="0" value="0" />
+        <value cell_index="1712" local_entity="0" value="0" />
+        <value cell_index="1713" local_entity="0" value="0" />
+        <value cell_index="1714" local_entity="0" value="0" />
+        <value cell_index="1715" local_entity="0" value="0" />
+        <value cell_index="1716" local_entity="0" value="0" />
+        <value cell_index="1717" local_entity="0" value="0" />
+        <value cell_index="1718" local_entity="0" value="0" />
+        <value cell_index="1719" local_entity="0" value="0" />
+        <value cell_index="1720" local_entity="0" value="0" />
+        <value cell_index="1721" local_entity="0" value="0" />
+        <value cell_index="1722" local_entity="0" value="0" />
+        <value cell_index="1723" local_entity="0" value="0" />
+        <value cell_index="1724" local_entity="0" value="0" />
+        <value cell_index="1725" local_entity="0" value="0" />
+        <value cell_index="1726" local_entity="0" value="0" />
+        <value cell_index="1727" local_entity="0" value="0" />
+        <value cell_index="1728" local_entity="0" value="0" />
+        <value cell_index="1729" local_entity="0" value="0" />
+        <value cell_index="1730" local_entity="0" value="0" />
+        <value cell_index="1731" local_entity="0" value="0" />
+        <value cell_index="1732" local_entity="0" value="0" />
+        <value cell_index="1733" local_entity="0" value="0" />
+        <value cell_index="1734" local_entity="0" value="0" />
+        <value cell_index="1735" local_entity="0" value="0" />
+        <value cell_index="1736" local_entity="0" value="0" />
+        <value cell_index="1737" local_entity="0" value="0" />
+        <value cell_index="1738" local_entity="0" value="0" />
+        <value cell_index="1739" local_entity="0" value="0" />
+        <value cell_index="1740" local_entity="0" value="0" />
+        <value cell_index="1741" local_entity="0" value="0" />
+        <value cell_index="1742" local_entity="0" value="0" />
+        <value cell_index="1743" local_entity="0" value="0" />
+        <value cell_index="1744" local_entity="0" value="0" />
+        <value cell_index="1745" local_entity="0" value="0" />
+        <value cell_index="1746" local_entity="0" value="0" />
+        <value cell_index="1747" local_entity="0" value="0" />
+        <value cell_index="1748" local_entity="0" value="0" />
+        <value cell_index="1749" local_entity="0" value="0" />
+        <value cell_index="1750" local_entity="0" value="0" />
+        <value cell_index="1751" local_entity="0" value="0" />
+        <value cell_index="1752" local_entity="0" value="0" />
+        <value cell_index="1753" local_entity="0" value="0" />
+        <value cell_index="1754" local_entity="0" value="0" />
+        <value cell_index="1755" local_entity="0" value="0" />
+        <value cell_index="1756" local_entity="0" value="0" />
+        <value cell_index="1757" local_entity="0" value="0" />
+        <value cell_index="1758" local_entity="0" value="0" />
+        <value cell_index="1759" local_entity="0" value="0" />
+        <value cell_index="1760" local_entity="0" value="0" />
+        <value cell_index="1761" local_entity="0" value="0" />
+        <value cell_index="1762" local_entity="0" value="0" />
+        <value cell_index="1763" local_entity="0" value="0" />
+        <value cell_index="1764" local_entity="0" value="0" />
+        <value cell_index="1765" local_entity="0" value="0" />
+        <value cell_index="1766" local_entity="0" value="0" />
+        <value cell_index="1767" local_entity="0" value="0" />
+        <value cell_index="1768" local_entity="0" value="0" />
+        <value cell_index="1769" local_entity="0" value="0" />
+        <value cell_index="1770" local_entity="0" value="0" />
+        <value cell_index="1771" local_entity="0" value="0" />
+        <value cell_index="1772" local_entity="0" value="0" />
+        <value cell_index="1773" local_entity="0" value="0" />
+        <value cell_index="1774" local_entity="0" value="0" />
+        <value cell_index="1775" local_entity="0" value="0" />
+        <value cell_index="1776" local_entity="0" value="0" />
+        <value cell_index="1777" local_entity="0" value="0" />
+        <value cell_index="1778" local_entity="0" value="0" />
+        <value cell_index="1779" local_entity="0" value="0" />
+        <value cell_index="1780" local_entity="0" value="0" />
+        <value cell_index="1781" local_entity="0" value="0" />
+        <value cell_index="1782" local_entity="0" value="0" />
+        <value cell_index="1783" local_entity="0" value="0" />
+        <value cell_index="1784" local_entity="0" value="0" />
+        <value cell_index="1785" local_entity="0" value="0" />
+        <value cell_index="1786" local_entity="0" value="0" />
+        <value cell_index="1787" local_entity="0" value="0" />
+        <value cell_index="1788" local_entity="0" value="0" />
+        <value cell_index="1789" local_entity="0" value="0" />
+        <value cell_index="1790" local_entity="0" value="0" />
+        <value cell_index="1791" local_entity="0" value="0" />
+        <value cell_index="1792" local_entity="0" value="0" />
+        <value cell_index="1793" local_entity="0" value="0" />
+        <value cell_index="1794" local_entity="0" value="0" />
+        <value cell_index="1795" local_entity="0" value="0" />
+        <value cell_index="1796" local_entity="0" value="0" />
+        <value cell_index="1797" local_entity="0" value="0" />
+        <value cell_index="1798" local_entity="0" value="0" />
+        <value cell_index="1799" local_entity="0" value="0" />
+        <value cell_index="1800" local_entity="0" value="0" />
+        <value cell_index="1801" local_entity="0" value="0" />
+        <value cell_index="1802" local_entity="0" value="0" />
+        <value cell_index="1803" local_entity="0" value="0" />
+        <value cell_index="1804" local_entity="0" value="0" />
+        <value cell_index="1805" local_entity="0" value="0" />
+        <value cell_index="1806" local_entity="0" value="0" />
+        <value cell_index="1807" local_entity="0" value="0" />
+        <value cell_index="1808" local_entity="0" value="0" />
+        <value cell_index="1809" local_entity="0" value="0" />
+        <value cell_index="1810" local_entity="0" value="0" />
+        <value cell_index="1811" local_entity="0" value="0" />
+        <value cell_index="1812" local_entity="0" value="0" />
+        <value cell_index="1813" local_entity="0" value="0" />
+        <value cell_index="1814" local_entity="0" value="0" />
+        <value cell_index="1815" local_entity="0" value="0" />
+        <value cell_index="1816" local_entity="0" value="0" />
+        <value cell_index="1817" local_entity="0" value="0" />
+        <value cell_index="1818" local_entity="0" value="0" />
+        <value cell_index="1819" local_entity="0" value="0" />
+        <value cell_index="1820" local_entity="0" value="0" />
+        <value cell_index="1821" local_entity="0" value="0" />
+        <value cell_index="1822" local_entity="0" value="0" />
+        <value cell_index="1823" local_entity="0" value="0" />
+        <value cell_index="1824" local_entity="0" value="0" />
+        <value cell_index="1825" local_entity="0" value="0" />
+        <value cell_index="1826" local_entity="0" value="0" />
+        <value cell_index="1827" local_entity="0" value="0" />
+        <value cell_index="1828" local_entity="0" value="0" />
+        <value cell_index="1829" local_entity="0" value="0" />
+        <value cell_index="1830" local_entity="0" value="0" />
+        <value cell_index="1831" local_entity="0" value="0" />
+        <value cell_index="1832" local_entity="0" value="0" />
+        <value cell_index="1833" local_entity="0" value="0" />
+        <value cell_index="1834" local_entity="0" value="0" />
+        <value cell_index="1835" local_entity="0" value="0" />
+        <value cell_index="1836" local_entity="0" value="0" />
+        <value cell_index="1837" local_entity="0" value="0" />
+        <value cell_index="1838" local_entity="0" value="0" />
+        <value cell_index="1839" local_entity="0" value="0" />
+        <value cell_index="1840" local_entity="0" value="0" />
+        <value cell_index="1841" local_entity="0" value="0" />
+        <value cell_index="1842" local_entity="0" value="0" />
+        <value cell_index="1843" local_entity="0" value="0" />
+        <value cell_index="1844" local_entity="0" value="0" />
+        <value cell_index="1845" local_entity="0" value="0" />
+        <value cell_index="1846" local_entity="0" value="0" />
+        <value cell_index="1847" local_entity="0" value="0" />
+        <value cell_index="1848" local_entity="0" value="0" />
+        <value cell_index="1849" local_entity="0" value="0" />
+        <value cell_index="1850" local_entity="0" value="0" />
+        <value cell_index="1851" local_entity="0" value="0" />
+        <value cell_index="1852" local_entity="0" value="0" />
+        <value cell_index="1853" local_entity="0" value="0" />
+        <value cell_index="1854" local_entity="0" value="0" />
+        <value cell_index="1855" local_entity="0" value="0" />
+        <value cell_index="1856" local_entity="0" value="0" />
+        <value cell_index="1857" local_entity="0" value="0" />
+        <value cell_index="1858" local_entity="0" value="0" />
+        <value cell_index="1859" local_entity="0" value="0" />
+        <value cell_index="1860" local_entity="0" value="0" />
+        <value cell_index="1861" local_entity="0" value="0" />
+        <value cell_index="1862" local_entity="0" value="0" />
+        <value cell_index="1863" local_entity="0" value="0" />
+        <value cell_index="1864" local_entity="0" value="0" />
+        <value cell_index="1865" local_entity="0" value="0" />
+        <value cell_index="1866" local_entity="0" value="0" />
+        <value cell_index="1867" local_entity="0" value="0" />
+        <value cell_index="1868" local_entity="0" value="0" />
+        <value cell_index="1869" local_entity="0" value="0" />
+        <value cell_index="1870" local_entity="0" value="0" />
+        <value cell_index="1871" local_entity="0" value="0" />
+        <value cell_index="1872" local_entity="0" value="0" />
+        <value cell_index="1873" local_entity="0" value="0" />
+        <value cell_index="1874" local_entity="0" value="0" />
+        <value cell_index="1875" local_entity="0" value="0" />
+        <value cell_index="1876" local_entity="0" value="0" />
+        <value cell_index="1877" local_entity="0" value="0" />
+        <value cell_index="1878" local_entity="0" value="0" />
+        <value cell_index="1879" local_entity="0" value="0" />
+        <value cell_index="1880" local_entity="0" value="0" />
+        <value cell_index="1881" local_entity="0" value="0" />
+        <value cell_index="1882" local_entity="0" value="0" />
+        <value cell_index="1883" local_entity="0" value="0" />
+        <value cell_index="1884" local_entity="0" value="0" />
+        <value cell_index="1885" local_entity="0" value="0" />
+        <value cell_index="1886" local_entity="0" value="0" />
+        <value cell_index="1887" local_entity="0" value="0" />
+        <value cell_index="1888" local_entity="0" value="0" />
+        <value cell_index="1889" local_entity="0" value="0" />
+        <value cell_index="1890" local_entity="0" value="0" />
+        <value cell_index="1891" local_entity="0" value="0" />
+        <value cell_index="1892" local_entity="0" value="0" />
+        <value cell_index="1893" local_entity="0" value="0" />
+        <value cell_index="1894" local_entity="0" value="0" />
+        <value cell_index="1895" local_entity="0" value="0" />
+        <value cell_index="1896" local_entity="0" value="0" />
+        <value cell_index="1897" local_entity="0" value="0" />
+        <value cell_index="1898" local_entity="0" value="0" />
+        <value cell_index="1899" local_entity="0" value="0" />
+        <value cell_index="1900" local_entity="0" value="0" />
+        <value cell_index="1901" local_entity="0" value="0" />
+        <value cell_index="1902" local_entity="0" value="0" />
+        <value cell_index="1903" local_entity="0" value="0" />
+        <value cell_index="1904" local_entity="0" value="0" />
+        <value cell_index="1905" local_entity="0" value="0" />
+        <value cell_index="1906" local_entity="0" value="0" />
+        <value cell_index="1907" local_entity="0" value="0" />
+        <value cell_index="1908" local_entity="0" value="0" />
+        <value cell_index="1909" local_entity="0" value="0" />
+        <value cell_index="1910" local_entity="0" value="0" />
+        <value cell_index="1911" local_entity="0" value="0" />
+        <value cell_index="1912" local_entity="0" value="0" />
+        <value cell_index="1913" local_entity="0" value="0" />
+        <value cell_index="1914" local_entity="0" value="0" />
+        <value cell_index="1915" local_entity="0" value="0" />
+        <value cell_index="1916" local_entity="0" value="0" />
+        <value cell_index="1917" local_entity="0" value="0" />
+        <value cell_index="1918" local_entity="0" value="0" />
+        <value cell_index="1919" local_entity="0" value="0" />
+        <value cell_index="1920" local_entity="0" value="0" />
+        <value cell_index="1921" local_entity="0" value="0" />
+        <value cell_index="1922" local_entity="0" value="0" />
+        <value cell_index="1923" local_entity="0" value="0" />
+        <value cell_index="1924" local_entity="0" value="0" />
+        <value cell_index="1925" local_entity="0" value="0" />
+        <value cell_index="1926" local_entity="0" value="0" />
+        <value cell_index="1927" local_entity="0" value="0" />
+        <value cell_index="1928" local_entity="0" value="0" />
+        <value cell_index="1929" local_entity="0" value="0" />
+        <value cell_index="1930" local_entity="0" value="0" />
+        <value cell_index="1931" local_entity="0" value="0" />
+        <value cell_index="1932" local_entity="0" value="0" />
+        <value cell_index="1933" local_entity="0" value="0" />
+        <value cell_index="1934" local_entity="0" value="0" />
+        <value cell_index="1935" local_entity="0" value="0" />
+        <value cell_index="1936" local_entity="0" value="0" />
+        <value cell_index="1937" local_entity="0" value="0" />
+        <value cell_index="1938" local_entity="0" value="0" />
+        <value cell_index="1939" local_entity="0" value="0" />
+        <value cell_index="1940" local_entity="0" value="0" />
+        <value cell_index="1941" local_entity="0" value="0" />
+        <value cell_index="1942" local_entity="0" value="0" />
+        <value cell_index="1943" local_entity="0" value="0" />
+        <value cell_index="1944" local_entity="0" value="0" />
+        <value cell_index="1945" local_entity="0" value="0" />
+        <value cell_index="1946" local_entity="0" value="0" />
+        <value cell_index="1947" local_entity="0" value="0" />
+        <value cell_index="1948" local_entity="0" value="0" />
+        <value cell_index="1949" local_entity="0" value="0" />
+        <value cell_index="1950" local_entity="0" value="0" />
+        <value cell_index="1951" local_entity="0" value="0" />
+        <value cell_index="1952" local_entity="0" value="0" />
+        <value cell_index="1953" local_entity="0" value="0" />
+        <value cell_index="1954" local_entity="0" value="0" />
+        <value cell_index="1955" local_entity="0" value="0" />
+        <value cell_index="1956" local_entity="0" value="0" />
+        <value cell_index="1957" local_entity="0" value="0" />
+        <value cell_index="1958" local_entity="0" value="0" />
+        <value cell_index="1959" local_entity="0" value="0" />
+        <value cell_index="1960" local_entity="0" value="0" />
+        <value cell_index="1961" local_entity="0" value="0" />
+        <value cell_index="1962" local_entity="0" value="0" />
+        <value cell_index="1963" local_entity="0" value="0" />
+        <value cell_index="1964" local_entity="0" value="0" />
+        <value cell_index="1965" local_entity="0" value="0" />
+        <value cell_index="1966" local_entity="0" value="0" />
+        <value cell_index="1967" local_entity="0" value="0" />
+        <value cell_index="1968" local_entity="0" value="0" />
+        <value cell_index="1969" local_entity="0" value="0" />
+        <value cell_index="1970" local_entity="0" value="0" />
+        <value cell_index="1971" local_entity="0" value="0" />
+        <value cell_index="1972" local_entity="0" value="0" />
+        <value cell_index="1973" local_entity="0" value="0" />
+        <value cell_index="1974" local_entity="0" value="0" />
+        <value cell_index="1975" local_entity="0" value="0" />
+        <value cell_index="1976" local_entity="0" value="0" />
+        <value cell_index="1977" local_entity="0" value="0" />
+        <value cell_index="1978" local_entity="0" value="0" />
+        <value cell_index="1979" local_entity="0" value="0" />
+        <value cell_index="1980" local_entity="0" value="0" />
+        <value cell_index="1981" local_entity="0" value="0" />
+        <value cell_index="1982" local_entity="0" value="0" />
+        <value cell_index="1983" local_entity="0" value="0" />
+        <value cell_index="1984" local_entity="0" value="0" />
+        <value cell_index="1985" local_entity="0" value="0" />
+        <value cell_index="1986" local_entity="0" value="0" />
+        <value cell_index="1987" local_entity="0" value="0" />
+        <value cell_index="1988" local_entity="0" value="0" />
+        <value cell_index="1989" local_entity="0" value="0" />
+        <value cell_index="1990" local_entity="0" value="0" />
+        <value cell_index="1991" local_entity="0" value="0" />
+        <value cell_index="1992" local_entity="0" value="0" />
+        <value cell_index="1993" local_entity="0" value="0" />
+        <value cell_index="1994" local_entity="0" value="0" />
+        <value cell_index="1995" local_entity="0" value="0" />
+        <value cell_index="1996" local_entity="0" value="0" />
+        <value cell_index="1997" local_entity="0" value="0" />
+        <value cell_index="1998" local_entity="0" value="0" />
+        <value cell_index="1999" local_entity="0" value="0" />
+        <value cell_index="2000" local_entity="0" value="0" />
+        <value cell_index="2001" local_entity="0" value="0" />
+        <value cell_index="2002" local_entity="0" value="0" />
+        <value cell_index="2003" local_entity="0" value="0" />
+        <value cell_index="2004" local_entity="0" value="0" />
+        <value cell_index="2005" local_entity="0" value="0" />
+        <value cell_index="2006" local_entity="0" value="0" />
+        <value cell_index="2007" local_entity="0" value="0" />
+        <value cell_index="2008" local_entity="0" value="0" />
+        <value cell_index="2009" local_entity="0" value="0" />
+        <value cell_index="2010" local_entity="0" value="0" />
+        <value cell_index="2011" local_entity="0" value="0" />
+        <value cell_index="2012" local_entity="0" value="0" />
+        <value cell_index="2013" local_entity="0" value="0" />
+        <value cell_index="2014" local_entity="0" value="0" />
+        <value cell_index="2015" local_entity="0" value="0" />
+        <value cell_index="2016" local_entity="0" value="0" />
+        <value cell_index="2017" local_entity="0" value="0" />
+        <value cell_index="2018" local_entity="0" value="0" />
+        <value cell_index="2019" local_entity="0" value="0" />
+        <value cell_index="2020" local_entity="0" value="0" />
+        <value cell_index="2021" local_entity="0" value="0" />
+        <value cell_index="2022" local_entity="0" value="0" />
+        <value cell_index="2023" local_entity="0" value="0" />
+        <value cell_index="2024" local_entity="0" value="0" />
+        <value cell_index="2025" local_entity="0" value="0" />
+        <value cell_index="2026" local_entity="0" value="0" />
+        <value cell_index="2027" local_entity="0" value="0" />
+        <value cell_index="2028" local_entity="0" value="0" />
+        <value cell_index="2029" local_entity="0" value="0" />
+        <value cell_index="2030" local_entity="0" value="0" />
+        <value cell_index="2031" local_entity="0" value="0" />
+        <value cell_index="2032" local_entity="0" value="0" />
+        <value cell_index="2033" local_entity="0" value="0" />
+        <value cell_index="2034" local_entity="0" value="0" />
+        <value cell_index="2035" local_entity="0" value="0" />
+        <value cell_index="2036" local_entity="0" value="0" />
+        <value cell_index="2037" local_entity="0" value="0" />
+        <value cell_index="2038" local_entity="0" value="0" />
+        <value cell_index="2039" local_entity="0" value="0" />
+        <value cell_index="2040" local_entity="0" value="0" />
+        <value cell_index="2041" local_entity="0" value="0" />
+        <value cell_index="2042" local_entity="0" value="0" />
+        <value cell_index="2043" local_entity="0" value="0" />
+        <value cell_index="2044" local_entity="0" value="0" />
+        <value cell_index="2045" local_entity="0" value="0" />
+        <value cell_index="2046" local_entity="0" value="0" />
+        <value cell_index="2047" local_entity="0" value="0" />
+        <value cell_index="2048" local_entity="0" value="0" />
+        <value cell_index="2049" local_entity="0" value="0" />
+        <value cell_index="2050" local_entity="0" value="0" />
+        <value cell_index="2051" local_entity="0" value="0" />
+        <value cell_index="2052" local_entity="0" value="0" />
+        <value cell_index="2053" local_entity="0" value="0" />
+        <value cell_index="2054" local_entity="0" value="0" />
+        <value cell_index="2055" local_entity="0" value="0" />
+        <value cell_index="2056" local_entity="0" value="0" />
+        <value cell_index="2057" local_entity="0" value="0" />
+        <value cell_index="2058" local_entity="0" value="0" />
+        <value cell_index="2059" local_entity="0" value="0" />
+        <value cell_index="2060" local_entity="0" value="0" />
+        <value cell_index="2061" local_entity="0" value="0" />
+        <value cell_index="2062" local_entity="0" value="0" />
+        <value cell_index="2063" local_entity="0" value="0" />
+        <value cell_index="2064" local_entity="0" value="0" />
+        <value cell_index="2065" local_entity="0" value="0" />
+        <value cell_index="2066" local_entity="0" value="0" />
+        <value cell_index="2067" local_entity="0" value="0" />
+        <value cell_index="2068" local_entity="0" value="0" />
+        <value cell_index="2069" local_entity="0" value="0" />
+        <value cell_index="2070" local_entity="0" value="0" />
+        <value cell_index="2071" local_entity="0" value="0" />
+        <value cell_index="2072" local_entity="0" value="0" />
+        <value cell_index="2073" local_entity="0" value="0" />
+        <value cell_index="2074" local_entity="0" value="0" />
+        <value cell_index="2075" local_entity="0" value="0" />
+        <value cell_index="2076" local_entity="0" value="0" />
+        <value cell_index="2077" local_entity="0" value="0" />
+        <value cell_index="2078" local_entity="0" value="0" />
+        <value cell_index="2079" local_entity="0" value="0" />
+        <value cell_index="2080" local_entity="0" value="0" />
+        <value cell_index="2081" local_entity="0" value="0" />
+        <value cell_index="2082" local_entity="0" value="0" />
+        <value cell_index="2083" local_entity="0" value="0" />
+        <value cell_index="2084" local_entity="0" value="0" />
+        <value cell_index="2085" local_entity="0" value="0" />
+        <value cell_index="2086" local_entity="0" value="0" />
+        <value cell_index="2087" local_entity="0" value="0" />
+        <value cell_index="2088" local_entity="0" value="0" />
+        <value cell_index="2089" local_entity="0" value="0" />
+        <value cell_index="2090" local_entity="0" value="0" />
+        <value cell_index="2091" local_entity="0" value="0" />
+        <value cell_index="2092" local_entity="0" value="0" />
+        <value cell_index="2093" local_entity="0" value="0" />
+        <value cell_index="2094" local_entity="0" value="0" />
+        <value cell_index="2095" local_entity="0" value="0" />
+        <value cell_index="2096" local_entity="0" value="0" />
+        <value cell_index="2097" local_entity="0" value="0" />
+        <value cell_index="2098" local_entity="0" value="0" />
+        <value cell_index="2099" local_entity="0" value="0" />
+        <value cell_index="2100" local_entity="0" value="0" />
+        <value cell_index="2101" local_entity="0" value="0" />
+        <value cell_index="2102" local_entity="0" value="0" />
+        <value cell_index="2103" local_entity="0" value="0" />
+        <value cell_index="2104" local_entity="0" value="0" />
+        <value cell_index="2105" local_entity="0" value="0" />
+        <value cell_index="2106" local_entity="0" value="0" />
+        <value cell_index="2107" local_entity="0" value="0" />
+        <value cell_index="2108" local_entity="0" value="0" />
+        <value cell_index="2109" local_entity="0" value="0" />
+        <value cell_index="2110" local_entity="0" value="0" />
+        <value cell_index="2111" local_entity="0" value="0" />
+        <value cell_index="2112" local_entity="0" value="0" />
+        <value cell_index="2113" local_entity="0" value="0" />
+        <value cell_index="2114" local_entity="0" value="0" />
+        <value cell_index="2115" local_entity="0" value="0" />
+        <value cell_index="2116" local_entity="0" value="0" />
+        <value cell_index="2117" local_entity="0" value="0" />
+        <value cell_index="2118" local_entity="0" value="0" />
+        <value cell_index="2119" local_entity="0" value="0" />
+        <value cell_index="2120" local_entity="0" value="0" />
+        <value cell_index="2121" local_entity="0" value="0" />
+        <value cell_index="2122" local_entity="0" value="0" />
+        <value cell_index="2123" local_entity="0" value="0" />
+        <value cell_index="2124" local_entity="0" value="0" />
+        <value cell_index="2125" local_entity="0" value="0" />
+        <value cell_index="2126" local_entity="0" value="0" />
+        <value cell_index="2127" local_entity="0" value="0" />
+        <value cell_index="2128" local_entity="0" value="0" />
+        <value cell_index="2129" local_entity="0" value="0" />
+        <value cell_index="2130" local_entity="0" value="0" />
+        <value cell_index="2131" local_entity="0" value="0" />
+        <value cell_index="2132" local_entity="0" value="0" />
+        <value cell_index="2133" local_entity="0" value="0" />
+        <value cell_index="2134" local_entity="0" value="0" />
+        <value cell_index="2135" local_entity="0" value="0" />
+        <value cell_index="2136" local_entity="0" value="0" />
+        <value cell_index="2137" local_entity="0" value="0" />
+        <value cell_index="2138" local_entity="0" value="0" />
+        <value cell_index="2139" local_entity="0" value="0" />
+        <value cell_index="2140" local_entity="0" value="0" />
+        <value cell_index="2141" local_entity="0" value="0" />
+        <value cell_index="2142" local_entity="0" value="0" />
+        <value cell_index="2143" local_entity="0" value="0" />
+        <value cell_index="2144" local_entity="0" value="0" />
+        <value cell_index="2145" local_entity="0" value="0" />
+        <value cell_index="2146" local_entity="0" value="0" />
+        <value cell_index="2147" local_entity="0" value="0" />
+        <value cell_index="2148" local_entity="0" value="0" />
+        <value cell_index="2149" local_entity="0" value="0" />
+        <value cell_index="2150" local_entity="0" value="0" />
+        <value cell_index="2151" local_entity="0" value="0" />
+        <value cell_index="2152" local_entity="0" value="0" />
+        <value cell_index="2153" local_entity="0" value="0" />
+        <value cell_index="2154" local_entity="0" value="0" />
+        <value cell_index="2155" local_entity="0" value="0" />
+        <value cell_index="2156" local_entity="0" value="0" />
+        <value cell_index="2157" local_entity="0" value="0" />
+        <value cell_index="2158" local_entity="0" value="0" />
+        <value cell_index="2159" local_entity="0" value="0" />
+        <value cell_index="2160" local_entity="0" value="0" />
+        <value cell_index="2161" local_entity="0" value="0" />
+        <value cell_index="2162" local_entity="0" value="0" />
+        <value cell_index="2163" local_entity="0" value="0" />
+        <value cell_index="2164" local_entity="0" value="0" />
+        <value cell_index="2165" local_entity="0" value="0" />
+        <value cell_index="2166" local_entity="0" value="0" />
+        <value cell_index="2167" local_entity="0" value="0" />
+        <value cell_index="2168" local_entity="0" value="0" />
+        <value cell_index="2169" local_entity="0" value="0" />
+        <value cell_index="2170" local_entity="0" value="0" />
+        <value cell_index="2171" local_entity="0" value="0" />
+        <value cell_index="2172" local_entity="0" value="0" />
+        <value cell_index="2173" local_entity="0" value="0" />
+        <value cell_index="2174" local_entity="0" value="0" />
+        <value cell_index="2175" local_entity="0" value="0" />
+        <value cell_index="2176" local_entity="0" value="0" />
+        <value cell_index="2177" local_entity="0" value="0" />
+        <value cell_index="2178" local_entity="0" value="0" />
+        <value cell_index="2179" local_entity="0" value="0" />
+        <value cell_index="2180" local_entity="0" value="0" />
+        <value cell_index="2181" local_entity="0" value="0" />
+        <value cell_index="2182" local_entity="0" value="0" />
+        <value cell_index="2183" local_entity="0" value="0" />
+        <value cell_index="2184" local_entity="0" value="0" />
+        <value cell_index="2185" local_entity="0" value="0" />
+        <value cell_index="2186" local_entity="0" value="0" />
+        <value cell_index="2187" local_entity="0" value="0" />
+        <value cell_index="2188" local_entity="0" value="0" />
+        <value cell_index="2189" local_entity="0" value="0" />
+        <value cell_index="2190" local_entity="0" value="0" />
+        <value cell_index="2191" local_entity="0" value="0" />
+        <value cell_index="2192" local_entity="0" value="0" />
+        <value cell_index="2193" local_entity="0" value="0" />
+        <value cell_index="2194" local_entity="0" value="0" />
+        <value cell_index="2195" local_entity="0" value="0" />
+        <value cell_index="2196" local_entity="0" value="0" />
+        <value cell_index="2197" local_entity="0" value="0" />
+        <value cell_index="2198" local_entity="0" value="0" />
+        <value cell_index="2199" local_entity="0" value="0" />
+        <value cell_index="2200" local_entity="0" value="0" />
+        <value cell_index="2201" local_entity="0" value="0" />
+        <value cell_index="2202" local_entity="0" value="0" />
+        <value cell_index="2203" local_entity="0" value="0" />
+        <value cell_index="2204" local_entity="0" value="0" />
+        <value cell_index="2205" local_entity="0" value="0" />
+        <value cell_index="2206" local_entity="0" value="0" />
+        <value cell_index="2207" local_entity="0" value="0" />
+        <value cell_index="2208" local_entity="0" value="0" />
+        <value cell_index="2209" local_entity="0" value="0" />
+        <value cell_index="2210" local_entity="0" value="0" />
+        <value cell_index="2211" local_entity="0" value="0" />
+        <value cell_index="2212" local_entity="0" value="0" />
+        <value cell_index="2213" local_entity="0" value="0" />
+        <value cell_index="2214" local_entity="0" value="0" />
+        <value cell_index="2215" local_entity="0" value="0" />
+        <value cell_index="2216" local_entity="0" value="0" />
+        <value cell_index="2217" local_entity="0" value="0" />
+        <value cell_index="2218" local_entity="0" value="0" />
+        <value cell_index="2219" local_entity="0" value="0" />
+        <value cell_index="2220" local_entity="0" value="0" />
+        <value cell_index="2221" local_entity="0" value="0" />
+        <value cell_index="2222" local_entity="0" value="0" />
+        <value cell_index="2223" local_entity="0" value="0" />
+        <value cell_index="2224" local_entity="0" value="0" />
+        <value cell_index="2225" local_entity="0" value="0" />
+        <value cell_index="2226" local_entity="0" value="0" />
+        <value cell_index="2227" local_entity="0" value="0" />
+        <value cell_index="2228" local_entity="0" value="0" />
+        <value cell_index="2229" local_entity="0" value="0" />
+        <value cell_index="2230" local_entity="0" value="0" />
+        <value cell_index="2231" local_entity="0" value="0" />
+        <value cell_index="2232" local_entity="0" value="0" />
+        <value cell_index="2233" local_entity="0" value="0" />
+        <value cell_index="2234" local_entity="0" value="0" />
+        <value cell_index="2235" local_entity="0" value="0" />
+        <value cell_index="2236" local_entity="0" value="0" />
+        <value cell_index="2237" local_entity="0" value="0" />
+        <value cell_index="2238" local_entity="0" value="0" />
+        <value cell_index="2239" local_entity="0" value="0" />
+        <value cell_index="2240" local_entity="0" value="0" />
+        <value cell_index="2241" local_entity="0" value="0" />
+        <value cell_index="2242" local_entity="0" value="0" />
+        <value cell_index="2243" local_entity="0" value="0" />
+        <value cell_index="2244" local_entity="0" value="0" />
+        <value cell_index="2245" local_entity="0" value="0" />
+        <value cell_index="2246" local_entity="0" value="0" />
+        <value cell_index="2247" local_entity="0" value="0" />
+        <value cell_index="2248" local_entity="0" value="0" />
+        <value cell_index="2249" local_entity="0" value="0" />
+        <value cell_index="2250" local_entity="0" value="0" />
+        <value cell_index="2251" local_entity="0" value="0" />
+        <value cell_index="2252" local_entity="0" value="0" />
+        <value cell_index="2253" local_entity="0" value="0" />
+        <value cell_index="2254" local_entity="0" value="0" />
+        <value cell_index="2255" local_entity="0" value="0" />
+        <value cell_index="2256" local_entity="0" value="0" />
+        <value cell_index="2257" local_entity="0" value="0" />
+        <value cell_index="2258" local_entity="0" value="0" />
+        <value cell_index="2259" local_entity="0" value="0" />
+        <value cell_index="2260" local_entity="0" value="0" />
+        <value cell_index="2261" local_entity="0" value="0" />
+        <value cell_index="2262" local_entity="0" value="0" />
+        <value cell_index="2263" local_entity="0" value="0" />
+        <value cell_index="2264" local_entity="0" value="0" />
+        <value cell_index="2265" local_entity="0" value="0" />
+        <value cell_index="2266" local_entity="0" value="0" />
+        <value cell_index="2267" local_entity="0" value="0" />
+        <value cell_index="2268" local_entity="0" value="0" />
+        <value cell_index="2269" local_entity="0" value="0" />
+        <value cell_index="2270" local_entity="0" value="0" />
+        <value cell_index="2271" local_entity="0" value="0" />
+        <value cell_index="2272" local_entity="0" value="0" />
+        <value cell_index="2273" local_entity="0" value="0" />
+        <value cell_index="2274" local_entity="0" value="0" />
+        <value cell_index="2275" local_entity="0" value="0" />
+        <value cell_index="2276" local_entity="0" value="0" />
+        <value cell_index="2277" local_entity="0" value="0" />
+        <value cell_index="2278" local_entity="0" value="0" />
+        <value cell_index="2279" local_entity="0" value="0" />
+        <value cell_index="2280" local_entity="0" value="0" />
+        <value cell_index="2281" local_entity="0" value="0" />
+        <value cell_index="2282" local_entity="0" value="0" />
+        <value cell_index="2283" local_entity="0" value="0" />
+        <value cell_index="2284" local_entity="0" value="0" />
+        <value cell_index="2285" local_entity="0" value="0" />
+        <value cell_index="2286" local_entity="0" value="0" />
+        <value cell_index="2287" local_entity="0" value="0" />
+        <value cell_index="2288" local_entity="0" value="0" />
+        <value cell_index="2289" local_entity="0" value="0" />
+        <value cell_index="2290" local_entity="0" value="0" />
+        <value cell_index="2291" local_entity="0" value="0" />
+        <value cell_index="2292" local_entity="0" value="0" />
+        <value cell_index="2293" local_entity="0" value="0" />
+        <value cell_index="2294" local_entity="0" value="0" />
+        <value cell_index="2295" local_entity="0" value="0" />
+        <value cell_index="2296" local_entity="0" value="0" />
+        <value cell_index="2297" local_entity="0" value="0" />
+        <value cell_index="2298" local_entity="0" value="0" />
+        <value cell_index="2299" local_entity="0" value="0" />
+        <value cell_index="2300" local_entity="0" value="0" />
+        <value cell_index="2301" local_entity="0" value="0" />
+        <value cell_index="2302" local_entity="0" value="0" />
+        <value cell_index="2303" local_entity="0" value="0" />
+        <value cell_index="2304" local_entity="0" value="0" />
+        <value cell_index="2305" local_entity="0" value="0" />
+        <value cell_index="2306" local_entity="0" value="0" />
+        <value cell_index="2307" local_entity="0" value="0" />
+        <value cell_index="2308" local_entity="0" value="0" />
+        <value cell_index="2309" local_entity="0" value="0" />
+        <value cell_index="2310" local_entity="0" value="0" />
+        <value cell_index="2311" local_entity="0" value="0" />
+        <value cell_index="2312" local_entity="0" value="0" />
+        <value cell_index="2313" local_entity="0" value="0" />
+        <value cell_index="2314" local_entity="0" value="0" />
+        <value cell_index="2315" local_entity="0" value="0" />
+        <value cell_index="2316" local_entity="0" value="0" />
+        <value cell_index="2317" local_entity="0" value="0" />
+        <value cell_index="2318" local_entity="0" value="0" />
+        <value cell_index="2319" local_entity="0" value="0" />
+        <value cell_index="2320" local_entity="0" value="0" />
+        <value cell_index="2321" local_entity="0" value="0" />
+        <value cell_index="2322" local_entity="0" value="0" />
+        <value cell_index="2323" local_entity="0" value="0" />
+        <value cell_index="2324" local_entity="0" value="0" />
+        <value cell_index="2325" local_entity="0" value="0" />
+        <value cell_index="2326" local_entity="0" value="0" />
+        <value cell_index="2327" local_entity="0" value="0" />
+        <value cell_index="2328" local_entity="0" value="0" />
+        <value cell_index="2329" local_entity="0" value="0" />
+        <value cell_index="2330" local_entity="0" value="0" />
+        <value cell_index="2331" local_entity="0" value="0" />
+        <value cell_index="2332" local_entity="0" value="0" />
+        <value cell_index="2333" local_entity="0" value="0" />
+        <value cell_index="2334" local_entity="0" value="0" />
+        <value cell_index="2335" local_entity="0" value="0" />
+        <value cell_index="2336" local_entity="0" value="0" />
+        <value cell_index="2337" local_entity="0" value="0" />
+        <value cell_index="2338" local_entity="0" value="0" />
+        <value cell_index="2339" local_entity="0" value="0" />
+        <value cell_index="2340" local_entity="0" value="0" />
+        <value cell_index="2341" local_entity="0" value="0" />
+        <value cell_index="2342" local_entity="0" value="0" />
+        <value cell_index="2343" local_entity="0" value="0" />
+        <value cell_index="2344" local_entity="0" value="0" />
+        <value cell_index="2345" local_entity="0" value="0" />
+        <value cell_index="2346" local_entity="0" value="0" />
+        <value cell_index="2347" local_entity="0" value="0" />
+        <value cell_index="2348" local_entity="0" value="0" />
+        <value cell_index="2349" local_entity="0" value="0" />
+        <value cell_index="2350" local_entity="0" value="0" />
+        <value cell_index="2351" local_entity="0" value="0" />
+        <value cell_index="2352" local_entity="0" value="0" />
+        <value cell_index="2353" local_entity="0" value="0" />
+        <value cell_index="2354" local_entity="0" value="0" />
+        <value cell_index="2355" local_entity="0" value="0" />
+        <value cell_index="2356" local_entity="0" value="0" />
+        <value cell_index="2357" local_entity="0" value="0" />
+        <value cell_index="2358" local_entity="0" value="0" />
+        <value cell_index="2359" local_entity="0" value="0" />
+        <value cell_index="2360" local_entity="0" value="0" />
+        <value cell_index="2361" local_entity="0" value="0" />
+        <value cell_index="2362" local_entity="0" value="0" />
+        <value cell_index="2363" local_entity="0" value="0" />
+        <value cell_index="2364" local_entity="0" value="0" />
+        <value cell_index="2365" local_entity="0" value="0" />
+        <value cell_index="2366" local_entity="0" value="0" />
+        <value cell_index="2367" local_entity="0" value="0" />
+        <value cell_index="2368" local_entity="0" value="0" />
+        <value cell_index="2369" local_entity="0" value="0" />
+        <value cell_index="2370" local_entity="0" value="0" />
+        <value cell_index="2371" local_entity="0" value="0" />
+        <value cell_index="2372" local_entity="0" value="0" />
+        <value cell_index="2373" local_entity="0" value="0" />
+        <value cell_index="2374" local_entity="0" value="0" />
+        <value cell_index="2375" local_entity="0" value="0" />
+        <value cell_index="2376" local_entity="0" value="0" />
+        <value cell_index="2377" local_entity="0" value="0" />
+        <value cell_index="2378" local_entity="0" value="0" />
+        <value cell_index="2379" local_entity="0" value="0" />
+        <value cell_index="2380" local_entity="0" value="0" />
+        <value cell_index="2381" local_entity="0" value="0" />
+        <value cell_index="2382" local_entity="0" value="0" />
+        <value cell_index="2383" local_entity="0" value="0" />
+        <value cell_index="2384" local_entity="0" value="0" />
+        <value cell_index="2385" local_entity="0" value="0" />
+        <value cell_index="2386" local_entity="0" value="0" />
+        <value cell_index="2387" local_entity="0" value="0" />
+        <value cell_index="2388" local_entity="0" value="0" />
+        <value cell_index="2389" local_entity="0" value="0" />
+        <value cell_index="2390" local_entity="0" value="0" />
+        <value cell_index="2391" local_entity="0" value="0" />
+        <value cell_index="2392" local_entity="0" value="0" />
+        <value cell_index="2393" local_entity="0" value="0" />
+        <value cell_index="2394" local_entity="0" value="0" />
+        <value cell_index="2395" local_entity="0" value="0" />
+        <value cell_index="2396" local_entity="0" value="0" />
+        <value cell_index="2397" local_entity="0" value="0" />
+        <value cell_index="2398" local_entity="0" value="0" />
+        <value cell_index="2399" local_entity="0" value="0" />
+        <value cell_index="2400" local_entity="0" value="0" />
+        <value cell_index="2401" local_entity="0" value="0" />
+        <value cell_index="2402" local_entity="0" value="0" />
+        <value cell_index="2403" local_entity="0" value="0" />
+        <value cell_index="2404" local_entity="0" value="0" />
+        <value cell_index="2405" local_entity="0" value="0" />
+        <value cell_index="2406" local_entity="0" value="0" />
+        <value cell_index="2407" local_entity="0" value="0" />
+        <value cell_index="2408" local_entity="0" value="0" />
+        <value cell_index="2409" local_entity="0" value="0" />
+        <value cell_index="2410" local_entity="0" value="0" />
+        <value cell_index="2411" local_entity="0" value="0" />
+        <value cell_index="2412" local_entity="0" value="0" />
+        <value cell_index="2413" local_entity="0" value="0" />
+        <value cell_index="2414" local_entity="0" value="0" />
+        <value cell_index="2415" local_entity="0" value="0" />
+        <value cell_index="2416" local_entity="0" value="0" />
+        <value cell_index="2417" local_entity="0" value="0" />
+        <value cell_index="2418" local_entity="0" value="0" />
+        <value cell_index="2419" local_entity="0" value="0" />
+        <value cell_index="2420" local_entity="0" value="0" />
+        <value cell_index="2421" local_entity="0" value="0" />
+        <value cell_index="2422" local_entity="0" value="0" />
+        <value cell_index="2423" local_entity="0" value="0" />
+        <value cell_index="2424" local_entity="0" value="0" />
+        <value cell_index="2425" local_entity="0" value="0" />
+        <value cell_index="2426" local_entity="0" value="0" />
+        <value cell_index="2427" local_entity="0" value="0" />
+        <value cell_index="2428" local_entity="0" value="0" />
+        <value cell_index="2429" local_entity="0" value="0" />
+        <value cell_index="2430" local_entity="0" value="0" />
+        <value cell_index="2431" local_entity="0" value="0" />
+        <value cell_index="2432" local_entity="0" value="0" />
+        <value cell_index="2433" local_entity="0" value="0" />
+        <value cell_index="2434" local_entity="0" value="0" />
+        <value cell_index="2435" local_entity="0" value="0" />
+        <value cell_index="2436" local_entity="0" value="0" />
+        <value cell_index="2437" local_entity="0" value="0" />
+        <value cell_index="2438" local_entity="0" value="0" />
+        <value cell_index="2439" local_entity="0" value="0" />
+        <value cell_index="2440" local_entity="0" value="0" />
+        <value cell_index="2441" local_entity="0" value="0" />
+        <value cell_index="2442" local_entity="0" value="0" />
+        <value cell_index="2443" local_entity="0" value="0" />
+        <value cell_index="2444" local_entity="0" value="0" />
+        <value cell_index="2445" local_entity="0" value="0" />
+        <value cell_index="2446" local_entity="0" value="0" />
+        <value cell_index="2447" local_entity="0" value="0" />
+        <value cell_index="2448" local_entity="0" value="0" />
+        <value cell_index="2449" local_entity="0" value="0" />
+        <value cell_index="2450" local_entity="0" value="0" />
+        <value cell_index="2451" local_entity="0" value="0" />
+        <value cell_index="2452" local_entity="0" value="0" />
+        <value cell_index="2453" local_entity="0" value="0" />
+        <value cell_index="2454" local_entity="0" value="0" />
+        <value cell_index="2455" local_entity="0" value="0" />
+        <value cell_index="2456" local_entity="0" value="0" />
+        <value cell_index="2457" local_entity="0" value="0" />
+        <value cell_index="2458" local_entity="0" value="0" />
+        <value cell_index="2459" local_entity="0" value="0" />
+        <value cell_index="2460" local_entity="0" value="0" />
+        <value cell_index="2461" local_entity="0" value="0" />
+        <value cell_index="2462" local_entity="0" value="0" />
+        <value cell_index="2463" local_entity="0" value="0" />
+        <value cell_index="2464" local_entity="0" value="0" />
+        <value cell_index="2465" local_entity="0" value="0" />
+        <value cell_index="2466" local_entity="0" value="0" />
+        <value cell_index="2467" local_entity="0" value="0" />
+        <value cell_index="2468" local_entity="0" value="0" />
+        <value cell_index="2469" local_entity="0" value="0" />
+        <value cell_index="2470" local_entity="0" value="0" />
+        <value cell_index="2471" local_entity="0" value="0" />
+        <value cell_index="2472" local_entity="0" value="0" />
+        <value cell_index="2473" local_entity="0" value="0" />
+        <value cell_index="2474" local_entity="0" value="0" />
+        <value cell_index="2475" local_entity="0" value="0" />
+        <value cell_index="2476" local_entity="0" value="0" />
+        <value cell_index="2477" local_entity="0" value="0" />
+        <value cell_index="2478" local_entity="0" value="0" />
+        <value cell_index="2479" local_entity="0" value="0" />
+        <value cell_index="2480" local_entity="0" value="0" />
+        <value cell_index="2481" local_entity="0" value="0" />
+        <value cell_index="2482" local_entity="0" value="0" />
+        <value cell_index="2483" local_entity="0" value="0" />
+        <value cell_index="2484" local_entity="0" value="0" />
+        <value cell_index="2485" local_entity="0" value="0" />
+        <value cell_index="2486" local_entity="0" value="0" />
+        <value cell_index="2487" local_entity="0" value="0" />
+        <value cell_index="2488" local_entity="0" value="0" />
+        <value cell_index="2489" local_entity="0" value="0" />
+        <value cell_index="2490" local_entity="0" value="0" />
+        <value cell_index="2491" local_entity="0" value="0" />
+        <value cell_index="2492" local_entity="0" value="0" />
+        <value cell_index="2493" local_entity="0" value="0" />
+        <value cell_index="2494" local_entity="0" value="0" />
+        <value cell_index="2495" local_entity="0" value="0" />
+        <value cell_index="2496" local_entity="0" value="0" />
+        <value cell_index="2497" local_entity="0" value="0" />
+        <value cell_index="2498" local_entity="0" value="0" />
+        <value cell_index="2499" local_entity="0" value="0" />
+        <value cell_index="2500" local_entity="0" value="0" />
+        <value cell_index="2501" local_entity="0" value="0" />
+        <value cell_index="2502" local_entity="0" value="0" />
+        <value cell_index="2503" local_entity="0" value="0" />
+        <value cell_index="2504" local_entity="0" value="0" />
+        <value cell_index="2505" local_entity="0" value="0" />
+        <value cell_index="2506" local_entity="0" value="0" />
+        <value cell_index="2507" local_entity="0" value="0" />
+        <value cell_index="2508" local_entity="0" value="0" />
+        <value cell_index="2509" local_entity="0" value="0" />
+        <value cell_index="2510" local_entity="0" value="0" />
+        <value cell_index="2511" local_entity="0" value="0" />
+        <value cell_index="2512" local_entity="0" value="0" />
+        <value cell_index="2513" local_entity="0" value="0" />
+        <value cell_index="2514" local_entity="0" value="0" />
+        <value cell_index="2515" local_entity="0" value="0" />
+        <value cell_index="2516" local_entity="0" value="0" />
+        <value cell_index="2517" local_entity="0" value="0" />
+        <value cell_index="2518" local_entity="0" value="0" />
+        <value cell_index="2519" local_entity="0" value="0" />
+        <value cell_index="2520" local_entity="0" value="0" />
+        <value cell_index="2521" local_entity="0" value="0" />
+        <value cell_index="2522" local_entity="0" value="0" />
+        <value cell_index="2523" local_entity="0" value="0" />
+        <value cell_index="2524" local_entity="0" value="0" />
+        <value cell_index="2525" local_entity="0" value="0" />
+        <value cell_index="2526" local_entity="0" value="0" />
+        <value cell_index="2527" local_entity="0" value="0" />
+        <value cell_index="2528" local_entity="0" value="0" />
+        <value cell_index="2529" local_entity="0" value="0" />
+        <value cell_index="2530" local_entity="0" value="0" />
+        <value cell_index="2531" local_entity="0" value="0" />
+        <value cell_index="2532" local_entity="0" value="0" />
+        <value cell_index="2533" local_entity="0" value="0" />
+        <value cell_index="2534" local_entity="0" value="0" />
+        <value cell_index="2535" local_entity="0" value="0" />
+        <value cell_index="2536" local_entity="0" value="0" />
+        <value cell_index="2537" local_entity="0" value="0" />
+        <value cell_index="2538" local_entity="0" value="0" />
+        <value cell_index="2539" local_entity="0" value="0" />
+        <value cell_index="2540" local_entity="0" value="0" />
+        <value cell_index="2541" local_entity="0" value="0" />
+        <value cell_index="2542" local_entity="0" value="0" />
+        <value cell_index="2543" local_entity="0" value="0" />
+        <value cell_index="2544" local_entity="0" value="0" />
+        <value cell_index="2545" local_entity="0" value="0" />
+        <value cell_index="2546" local_entity="0" value="0" />
+        <value cell_index="2547" local_entity="0" value="0" />
+        <value cell_index="2548" local_entity="0" value="0" />
+        <value cell_index="2549" local_entity="0" value="0" />
+        <value cell_index="2550" local_entity="0" value="0" />
+        <value cell_index="2551" local_entity="0" value="0" />
+        <value cell_index="2552" local_entity="0" value="0" />
+        <value cell_index="2553" local_entity="0" value="0" />
+        <value cell_index="2554" local_entity="0" value="0" />
+        <value cell_index="2555" local_entity="0" value="0" />
+        <value cell_index="2556" local_entity="0" value="0" />
+        <value cell_index="2557" local_entity="0" value="0" />
+        <value cell_index="2558" local_entity="0" value="0" />
+        <value cell_index="2559" local_entity="0" value="0" />
+        <value cell_index="2560" local_entity="0" value="0" />
+        <value cell_index="2561" local_entity="0" value="0" />
+        <value cell_index="2562" local_entity="0" value="0" />
+        <value cell_index="2563" local_entity="0" value="0" />
+        <value cell_index="2564" local_entity="0" value="0" />
+        <value cell_index="2565" local_entity="0" value="0" />
+        <value cell_index="2566" local_entity="0" value="0" />
+        <value cell_index="2567" local_entity="0" value="0" />
+        <value cell_index="2568" local_entity="0" value="0" />
+        <value cell_index="2569" local_entity="0" value="0" />
+        <value cell_index="2570" local_entity="0" value="0" />
+        <value cell_index="2571" local_entity="0" value="0" />
+        <value cell_index="2572" local_entity="0" value="0" />
+        <value cell_index="2573" local_entity="0" value="0" />
+        <value cell_index="2574" local_entity="0" value="0" />
+        <value cell_index="2575" local_entity="0" value="0" />
+        <value cell_index="2576" local_entity="0" value="0" />
+        <value cell_index="2577" local_entity="0" value="0" />
+        <value cell_index="2578" local_entity="0" value="0" />
+        <value cell_index="2579" local_entity="0" value="0" />
+        <value cell_index="2580" local_entity="0" value="0" />
+        <value cell_index="2581" local_entity="0" value="0" />
+        <value cell_index="2582" local_entity="0" value="0" />
+        <value cell_index="2583" local_entity="0" value="0" />
+        <value cell_index="2584" local_entity="0" value="0" />
+        <value cell_index="2585" local_entity="0" value="0" />
+        <value cell_index="2586" local_entity="0" value="0" />
+        <value cell_index="2587" local_entity="0" value="0" />
+        <value cell_index="2588" local_entity="0" value="0" />
+        <value cell_index="2589" local_entity="0" value="0" />
+        <value cell_index="2590" local_entity="0" value="0" />
+        <value cell_index="2591" local_entity="0" value="0" />
+        <value cell_index="2592" local_entity="0" value="0" />
+        <value cell_index="2593" local_entity="0" value="0" />
+        <value cell_index="2594" local_entity="0" value="0" />
+        <value cell_index="2595" local_entity="0" value="0" />
+        <value cell_index="2596" local_entity="0" value="0" />
+        <value cell_index="2597" local_entity="0" value="0" />
+        <value cell_index="2598" local_entity="0" value="0" />
+        <value cell_index="2599" local_entity="0" value="0" />
+        <value cell_index="2600" local_entity="0" value="0" />
+        <value cell_index="2601" local_entity="0" value="0" />
+        <value cell_index="2602" local_entity="0" value="0" />
+        <value cell_index="2603" local_entity="0" value="0" />
+        <value cell_index="2604" local_entity="0" value="0" />
+        <value cell_index="2605" local_entity="0" value="0" />
+        <value cell_index="2606" local_entity="0" value="0" />
+        <value cell_index="2607" local_entity="0" value="0" />
+        <value cell_index="2608" local_entity="0" value="0" />
+        <value cell_index="2609" local_entity="0" value="0" />
+        <value cell_index="2610" local_entity="0" value="0" />
+        <value cell_index="2611" local_entity="0" value="0" />
+        <value cell_index="2612" local_entity="0" value="0" />
+        <value cell_index="2613" local_entity="0" value="0" />
+        <value cell_index="2614" local_entity="0" value="0" />
+        <value cell_index="2615" local_entity="0" value="0" />
+        <value cell_index="2616" local_entity="0" value="0" />
+        <value cell_index="2617" local_entity="0" value="0" />
+        <value cell_index="2618" local_entity="0" value="0" />
+        <value cell_index="2619" local_entity="0" value="0" />
+        <value cell_index="2620" local_entity="0" value="0" />
+        <value cell_index="2621" local_entity="0" value="0" />
+        <value cell_index="2622" local_entity="0" value="0" />
+        <value cell_index="2623" local_entity="0" value="0" />
+        <value cell_index="2624" local_entity="0" value="0" />
+        <value cell_index="2625" local_entity="0" value="0" />
+        <value cell_index="2626" local_entity="0" value="0" />
+        <value cell_index="2627" local_entity="0" value="0" />
+        <value cell_index="2628" local_entity="0" value="0" />
+        <value cell_index="2629" local_entity="0" value="0" />
+        <value cell_index="2630" local_entity="0" value="0" />
+        <value cell_index="2631" local_entity="0" value="0" />
+        <value cell_index="2632" local_entity="0" value="0" />
+        <value cell_index="2633" local_entity="0" value="0" />
+        <value cell_index="2634" local_entity="0" value="0" />
+        <value cell_index="2635" local_entity="0" value="0" />
+        <value cell_index="2636" local_entity="0" value="0" />
+        <value cell_index="2637" local_entity="0" value="0" />
+        <value cell_index="2638" local_entity="0" value="0" />
+        <value cell_index="2639" local_entity="0" value="0" />
+        <value cell_index="2640" local_entity="0" value="0" />
+        <value cell_index="2641" local_entity="0" value="0" />
+        <value cell_index="2642" local_entity="0" value="0" />
+        <value cell_index="2643" local_entity="0" value="0" />
+        <value cell_index="2644" local_entity="0" value="0" />
+        <value cell_index="2645" local_entity="0" value="0" />
+        <value cell_index="2646" local_entity="0" value="0" />
+        <value cell_index="2647" local_entity="0" value="0" />
+        <value cell_index="2648" local_entity="0" value="0" />
+        <value cell_index="2649" local_entity="0" value="0" />
+        <value cell_index="2650" local_entity="0" value="0" />
+        <value cell_index="2651" local_entity="0" value="0" />
+        <value cell_index="2652" local_entity="0" value="0" />
+        <value cell_index="2653" local_entity="0" value="0" />
+        <value cell_index="2654" local_entity="0" value="0" />
+        <value cell_index="2655" local_entity="0" value="0" />
+        <value cell_index="2656" local_entity="0" value="0" />
+        <value cell_index="2657" local_entity="0" value="0" />
+        <value cell_index="2658" local_entity="0" value="0" />
+        <value cell_index="2659" local_entity="0" value="0" />
+        <value cell_index="2660" local_entity="0" value="0" />
+        <value cell_index="2661" local_entity="0" value="0" />
+        <value cell_index="2662" local_entity="0" value="0" />
+        <value cell_index="2663" local_entity="0" value="0" />
+        <value cell_index="2664" local_entity="0" value="0" />
+        <value cell_index="2665" local_entity="0" value="0" />
+        <value cell_index="2666" local_entity="0" value="0" />
+        <value cell_index="2667" local_entity="0" value="0" />
+        <value cell_index="2668" local_entity="0" value="0" />
+        <value cell_index="2669" local_entity="0" value="0" />
+        <value cell_index="2670" local_entity="0" value="0" />
+        <value cell_index="2671" local_entity="0" value="0" />
+        <value cell_index="2672" local_entity="0" value="0" />
+        <value cell_index="2673" local_entity="0" value="0" />
+        <value cell_index="2674" local_entity="0" value="0" />
+        <value cell_index="2675" local_entity="0" value="0" />
+        <value cell_index="2676" local_entity="0" value="0" />
+        <value cell_index="2677" local_entity="0" value="0" />
+        <value cell_index="2678" local_entity="0" value="0" />
+        <value cell_index="2679" local_entity="0" value="0" />
+        <value cell_index="2680" local_entity="0" value="0" />
+        <value cell_index="2681" local_entity="0" value="0" />
+        <value cell_index="2682" local_entity="0" value="0" />
+        <value cell_index="2683" local_entity="0" value="0" />
+        <value cell_index="2684" local_entity="0" value="0" />
+        <value cell_index="2685" local_entity="0" value="0" />
+        <value cell_index="2686" local_entity="0" value="0" />
+        <value cell_index="2687" local_entity="0" value="0" />
+        <value cell_index="2688" local_entity="0" value="0" />
+        <value cell_index="2689" local_entity="0" value="0" />
+        <value cell_index="2690" local_entity="0" value="0" />
+        <value cell_index="2691" local_entity="0" value="0" />
+        <value cell_index="2692" local_entity="0" value="0" />
+        <value cell_index="2693" local_entity="0" value="0" />
+        <value cell_index="2694" local_entity="0" value="0" />
+        <value cell_index="2695" local_entity="0" value="0" />
+        <value cell_index="2696" local_entity="0" value="0" />
+        <value cell_index="2697" local_entity="0" value="0" />
+        <value cell_index="2698" local_entity="0" value="0" />
+        <value cell_index="2699" local_entity="0" value="0" />
+        <value cell_index="2700" local_entity="0" value="0" />
+        <value cell_index="2701" local_entity="0" value="0" />
+        <value cell_index="2702" local_entity="0" value="0" />
+        <value cell_index="2703" local_entity="0" value="0" />
+        <value cell_index="2704" local_entity="0" value="0" />
+        <value cell_index="2705" local_entity="0" value="0" />
+        <value cell_index="2706" local_entity="0" value="0" />
+        <value cell_index="2707" local_entity="0" value="0" />
+        <value cell_index="2708" local_entity="0" value="0" />
+        <value cell_index="2709" local_entity="0" value="0" />
+        <value cell_index="2710" local_entity="0" value="0" />
+        <value cell_index="2711" local_entity="0" value="0" />
+        <value cell_index="2712" local_entity="0" value="0" />
+        <value cell_index="2713" local_entity="0" value="0" />
+        <value cell_index="2714" local_entity="0" value="0" />
+        <value cell_index="2715" local_entity="0" value="0" />
+        <value cell_index="2716" local_entity="0" value="0" />
+        <value cell_index="2717" local_entity="0" value="0" />
+        <value cell_index="2718" local_entity="0" value="0" />
+        <value cell_index="2719" local_entity="0" value="0" />
+        <value cell_index="2720" local_entity="0" value="0" />
+        <value cell_index="2721" local_entity="0" value="0" />
+        <value cell_index="2722" local_entity="0" value="0" />
+        <value cell_index="2723" local_entity="0" value="0" />
+        <value cell_index="2724" local_entity="0" value="0" />
+        <value cell_index="2725" local_entity="0" value="0" />
+        <value cell_index="2726" local_entity="0" value="0" />
+        <value cell_index="2727" local_entity="0" value="0" />
+        <value cell_index="2728" local_entity="0" value="0" />
+        <value cell_index="2729" local_entity="0" value="0" />
+        <value cell_index="2730" local_entity="0" value="0" />
+        <value cell_index="2731" local_entity="0" value="0" />
+        <value cell_index="2732" local_entity="0" value="0" />
+        <value cell_index="2733" local_entity="0" value="0" />
+        <value cell_index="2734" local_entity="0" value="0" />
+        <value cell_index="2735" local_entity="0" value="0" />
+        <value cell_index="2736" local_entity="0" value="0" />
+        <value cell_index="2737" local_entity="0" value="0" />
+        <value cell_index="2738" local_entity="0" value="0" />
+        <value cell_index="2739" local_entity="0" value="0" />
+        <value cell_index="2740" local_entity="0" value="0" />
+        <value cell_index="2741" local_entity="0" value="0" />
+        <value cell_index="2742" local_entity="0" value="0" />
+        <value cell_index="2743" local_entity="0" value="0" />
+        <value cell_index="2744" local_entity="0" value="0" />
+        <value cell_index="2745" local_entity="0" value="0" />
+        <value cell_index="2746" local_entity="0" value="0" />
+        <value cell_index="2747" local_entity="0" value="0" />
+        <value cell_index="2748" local_entity="0" value="0" />
+        <value cell_index="2749" local_entity="0" value="0" />
+        <value cell_index="2750" local_entity="0" value="0" />
+        <value cell_index="2751" local_entity="0" value="0" />
+        <value cell_index="2752" local_entity="0" value="0" />
+        <value cell_index="2753" local_entity="0" value="0" />
+        <value cell_index="2754" local_entity="0" value="0" />
+        <value cell_index="2755" local_entity="0" value="0" />
+        <value cell_index="2756" local_entity="0" value="0" />
+        <value cell_index="2757" local_entity="0" value="0" />
+        <value cell_index="2758" local_entity="0" value="0" />
+        <value cell_index="2759" local_entity="0" value="0" />
+        <value cell_index="2760" local_entity="0" value="0" />
+        <value cell_index="2761" local_entity="0" value="0" />
+        <value cell_index="2762" local_entity="0" value="0" />
+        <value cell_index="2763" local_entity="0" value="0" />
+        <value cell_index="2764" local_entity="0" value="0" />
+        <value cell_index="2765" local_entity="0" value="0" />
+        <value cell_index="2766" local_entity="0" value="0" />
+        <value cell_index="2767" local_entity="0" value="0" />
+        <value cell_index="2768" local_entity="0" value="0" />
+        <value cell_index="2769" local_entity="0" value="0" />
+        <value cell_index="2770" local_entity="0" value="0" />
+        <value cell_index="2771" local_entity="0" value="0" />
+        <value cell_index="2772" local_entity="0" value="0" />
+        <value cell_index="2773" local_entity="0" value="0" />
+        <value cell_index="2774" local_entity="0" value="0" />
+        <value cell_index="2775" local_entity="0" value="0" />
+        <value cell_index="2776" local_entity="0" value="0" />
+        <value cell_index="2777" local_entity="0" value="0" />
+        <value cell_index="2778" local_entity="0" value="0" />
+        <value cell_index="2779" local_entity="0" value="0" />
+        <value cell_index="2780" local_entity="0" value="0" />
+        <value cell_index="2781" local_entity="0" value="0" />
+        <value cell_index="2782" local_entity="0" value="0" />
+        <value cell_index="2783" local_entity="0" value="0" />
+        <value cell_index="2784" local_entity="0" value="0" />
+        <value cell_index="2785" local_entity="0" value="0" />
+        <value cell_index="2786" local_entity="0" value="0" />
+        <value cell_index="2787" local_entity="0" value="0" />
+        <value cell_index="2788" local_entity="0" value="0" />
+        <value cell_index="2789" local_entity="0" value="0" />
+        <value cell_index="2790" local_entity="0" value="0" />
+        <value cell_index="2791" local_entity="0" value="0" />
+        <value cell_index="2792" local_entity="0" value="0" />
+        <value cell_index="2793" local_entity="0" value="0" />
+        <value cell_index="2794" local_entity="0" value="0" />
+        <value cell_index="2795" local_entity="0" value="0" />
+        <value cell_index="2796" local_entity="0" value="0" />
+        <value cell_index="2797" local_entity="0" value="0" />
+        <value cell_index="2798" local_entity="0" value="0" />
+        <value cell_index="2799" local_entity="0" value="0" />
+        <value cell_index="2800" local_entity="0" value="0" />
+        <value cell_index="2801" local_entity="0" value="0" />
+        <value cell_index="2802" local_entity="0" value="0" />
+        <value cell_index="2803" local_entity="0" value="0" />
+        <value cell_index="2804" local_entity="0" value="0" />
+        <value cell_index="2805" local_entity="0" value="0" />
+        <value cell_index="2806" local_entity="0" value="0" />
+        <value cell_index="2807" local_entity="0" value="0" />
+        <value cell_index="2808" local_entity="0" value="0" />
+        <value cell_index="2809" local_entity="0" value="0" />
+        <value cell_index="2810" local_entity="0" value="0" />
+        <value cell_index="2811" local_entity="0" value="0" />
+        <value cell_index="2812" local_entity="0" value="0" />
+        <value cell_index="2813" local_entity="0" value="0" />
+        <value cell_index="2814" local_entity="0" value="0" />
+        <value cell_index="2815" local_entity="0" value="0" />
+        <value cell_index="2816" local_entity="0" value="0" />
+        <value cell_index="2817" local_entity="0" value="0" />
+        <value cell_index="2818" local_entity="0" value="0" />
+        <value cell_index="2819" local_entity="0" value="0" />
+        <value cell_index="2820" local_entity="0" value="0" />
+        <value cell_index="2821" local_entity="0" value="0" />
+        <value cell_index="2822" local_entity="0" value="0" />
+        <value cell_index="2823" local_entity="0" value="0" />
+        <value cell_index="2824" local_entity="0" value="0" />
+        <value cell_index="2825" local_entity="0" value="0" />
+        <value cell_index="2826" local_entity="0" value="0" />
+        <value cell_index="2827" local_entity="0" value="0" />
+        <value cell_index="2828" local_entity="0" value="0" />
+        <value cell_index="2829" local_entity="0" value="0" />
+        <value cell_index="2830" local_entity="0" value="0" />
+        <value cell_index="2831" local_entity="0" value="0" />
+        <value cell_index="2832" local_entity="0" value="0" />
+        <value cell_index="2833" local_entity="0" value="0" />
+        <value cell_index="2834" local_entity="0" value="0" />
+        <value cell_index="2835" local_entity="0" value="0" />
+        <value cell_index="2836" local_entity="0" value="0" />
+        <value cell_index="2837" local_entity="0" value="0" />
+        <value cell_index="2838" local_entity="0" value="0" />
+        <value cell_index="2839" local_entity="0" value="0" />
+        <value cell_index="2840" local_entity="0" value="0" />
+        <value cell_index="2841" local_entity="0" value="0" />
+        <value cell_index="2842" local_entity="0" value="0" />
+        <value cell_index="2843" local_entity="0" value="0" />
+        <value cell_index="2844" local_entity="0" value="0" />
+        <value cell_index="2845" local_entity="0" value="0" />
+        <value cell_index="2846" local_entity="0" value="0" />
+        <value cell_index="2847" local_entity="0" value="0" />
+        <value cell_index="2848" local_entity="0" value="0" />
+        <value cell_index="2849" local_entity="0" value="0" />
+        <value cell_index="2850" local_entity="0" value="0" />
+        <value cell_index="2851" local_entity="0" value="0" />
+        <value cell_index="2852" local_entity="0" value="0" />
+        <value cell_index="2853" local_entity="0" value="0" />
+        <value cell_index="2854" local_entity="0" value="0" />
+        <value cell_index="2855" local_entity="0" value="0" />
+        <value cell_index="2856" local_entity="0" value="0" />
+        <value cell_index="2857" local_entity="0" value="0" />
+        <value cell_index="2858" local_entity="0" value="0" />
+        <value cell_index="2859" local_entity="0" value="0" />
+        <value cell_index="2860" local_entity="0" value="0" />
+        <value cell_index="2861" local_entity="0" value="0" />
+        <value cell_index="2862" local_entity="0" value="0" />
+        <value cell_index="2863" local_entity="0" value="0" />
+        <value cell_index="2864" local_entity="0" value="0" />
+        <value cell_index="2865" local_entity="0" value="0" />
+        <value cell_index="2866" local_entity="0" value="0" />
+        <value cell_index="2867" local_entity="0" value="0" />
+        <value cell_index="2868" local_entity="0" value="0" />
+        <value cell_index="2869" local_entity="0" value="0" />
+        <value cell_index="2870" local_entity="0" value="0" />
+        <value cell_index="2871" local_entity="0" value="0" />
+        <value cell_index="2872" local_entity="0" value="0" />
+        <value cell_index="2873" local_entity="0" value="0" />
+        <value cell_index="2874" local_entity="0" value="0" />
+        <value cell_index="2875" local_entity="0" value="0" />
+        <value cell_index="2876" local_entity="0" value="0" />
+        <value cell_index="2877" local_entity="0" value="0" />
+        <value cell_index="2878" local_entity="0" value="0" />
+        <value cell_index="2879" local_entity="0" value="0" />
+        <value cell_index="2880" local_entity="0" value="0" />
+        <value cell_index="2881" local_entity="0" value="0" />
+        <value cell_index="2882" local_entity="0" value="0" />
+        <value cell_index="2883" local_entity="0" value="0" />
+        <value cell_index="2884" local_entity="0" value="0" />
+        <value cell_index="2885" local_entity="0" value="0" />
+        <value cell_index="2886" local_entity="0" value="0" />
+        <value cell_index="2887" local_entity="0" value="0" />
+        <value cell_index="2888" local_entity="0" value="0" />
+        <value cell_index="2889" local_entity="0" value="0" />
+        <value cell_index="2890" local_entity="0" value="0" />
+        <value cell_index="2891" local_entity="0" value="0" />
+        <value cell_index="2892" local_entity="0" value="0" />
+        <value cell_index="2893" local_entity="0" value="0" />
+        <value cell_index="2894" local_entity="0" value="0" />
+        <value cell_index="2895" local_entity="0" value="0" />
+        <value cell_index="2896" local_entity="0" value="0" />
+        <value cell_index="2897" local_entity="0" value="0" />
+        <value cell_index="2898" local_entity="0" value="0" />
+        <value cell_index="2899" local_entity="0" value="0" />
+        <value cell_index="2900" local_entity="0" value="0" />
+        <value cell_index="2901" local_entity="0" value="0" />
+        <value cell_index="2902" local_entity="0" value="0" />
+        <value cell_index="2903" local_entity="0" value="0" />
+        <value cell_index="2904" local_entity="0" value="0" />
+        <value cell_index="2905" local_entity="0" value="0" />
+        <value cell_index="2906" local_entity="0" value="0" />
+        <value cell_index="2907" local_entity="0" value="0" />
+        <value cell_index="2908" local_entity="0" value="0" />
+        <value cell_index="2909" local_entity="0" value="0" />
+        <value cell_index="2910" local_entity="0" value="0" />
+        <value cell_index="2911" local_entity="0" value="0" />
+        <value cell_index="2912" local_entity="0" value="0" />
+        <value cell_index="2913" local_entity="0" value="0" />
+        <value cell_index="2914" local_entity="0" value="0" />
+        <value cell_index="2915" local_entity="0" value="0" />
+        <value cell_index="2916" local_entity="0" value="0" />
+        <value cell_index="2917" local_entity="0" value="0" />
+        <value cell_index="2918" local_entity="0" value="0" />
+        <value cell_index="2919" local_entity="0" value="0" />
+        <value cell_index="2920" local_entity="0" value="0" />
+        <value cell_index="2921" local_entity="0" value="0" />
+        <value cell_index="2922" local_entity="0" value="0" />
+        <value cell_index="2923" local_entity="0" value="0" />
+        <value cell_index="2924" local_entity="0" value="0" />
+        <value cell_index="2925" local_entity="0" value="0" />
+        <value cell_index="2926" local_entity="0" value="0" />
+        <value cell_index="2927" local_entity="0" value="0" />
+        <value cell_index="2928" local_entity="0" value="0" />
+        <value cell_index="2929" local_entity="0" value="0" />
+        <value cell_index="2930" local_entity="0" value="0" />
+        <value cell_index="2931" local_entity="0" value="0" />
+        <value cell_index="2932" local_entity="0" value="0" />
+        <value cell_index="2933" local_entity="0" value="0" />
+        <value cell_index="2934" local_entity="0" value="0" />
+        <value cell_index="2935" local_entity="0" value="0" />
+        <value cell_index="2936" local_entity="0" value="0" />
+        <value cell_index="2937" local_entity="0" value="0" />
+        <value cell_index="2938" local_entity="0" value="0" />
+        <value cell_index="2939" local_entity="0" value="0" />
+        <value cell_index="2940" local_entity="0" value="0" />
+        <value cell_index="2941" local_entity="0" value="0" />
+        <value cell_index="2942" local_entity="0" value="0" />
+        <value cell_index="2943" local_entity="0" value="0" />
+        <value cell_index="2944" local_entity="0" value="0" />
+        <value cell_index="2945" local_entity="0" value="0" />
+        <value cell_index="2946" local_entity="0" value="0" />
+        <value cell_index="2947" local_entity="0" value="0" />
+        <value cell_index="2948" local_entity="0" value="0" />
+        <value cell_index="2949" local_entity="0" value="0" />
+        <value cell_index="2950" local_entity="0" value="0" />
+        <value cell_index="2951" local_entity="0" value="0" />
+        <value cell_index="2952" local_entity="0" value="0" />
+        <value cell_index="2953" local_entity="0" value="0" />
+        <value cell_index="2954" local_entity="0" value="0" />
+        <value cell_index="2955" local_entity="0" value="0" />
+        <value cell_index="2956" local_entity="0" value="0" />
+        <value cell_index="2957" local_entity="0" value="0" />
+        <value cell_index="2958" local_entity="0" value="0" />
+        <value cell_index="2959" local_entity="0" value="0" />
+        <value cell_index="2960" local_entity="0" value="0" />
+        <value cell_index="2961" local_entity="0" value="0" />
+        <value cell_index="2962" local_entity="0" value="0" />
+        <value cell_index="2963" local_entity="0" value="0" />
+        <value cell_index="2964" local_entity="0" value="0" />
+        <value cell_index="2965" local_entity="0" value="0" />
+        <value cell_index="2966" local_entity="0" value="0" />
+        <value cell_index="2967" local_entity="0" value="0" />
+        <value cell_index="2968" local_entity="0" value="0" />
+        <value cell_index="2969" local_entity="0" value="0" />
+        <value cell_index="2970" local_entity="0" value="0" />
+        <value cell_index="2971" local_entity="0" value="0" />
+        <value cell_index="2972" local_entity="0" value="0" />
+        <value cell_index="2973" local_entity="0" value="0" />
+        <value cell_index="2974" local_entity="0" value="0" />
+        <value cell_index="2975" local_entity="0" value="0" />
+        <value cell_index="2976" local_entity="0" value="0" />
+        <value cell_index="2977" local_entity="0" value="0" />
+        <value cell_index="2978" local_entity="0" value="0" />
+        <value cell_index="2979" local_entity="0" value="0" />
+        <value cell_index="2980" local_entity="0" value="0" />
+        <value cell_index="2981" local_entity="0" value="0" />
+        <value cell_index="2982" local_entity="0" value="0" />
+        <value cell_index="2983" local_entity="0" value="0" />
+        <value cell_index="2984" local_entity="0" value="0" />
+        <value cell_index="2985" local_entity="0" value="0" />
+        <value cell_index="2986" local_entity="0" value="0" />
+        <value cell_index="2987" local_entity="0" value="0" />
+        <value cell_index="2988" local_entity="0" value="0" />
+        <value cell_index="2989" local_entity="0" value="0" />
+        <value cell_index="2990" local_entity="0" value="0" />
+        <value cell_index="2991" local_entity="0" value="0" />
+        <value cell_index="2992" local_entity="0" value="0" />
+        <value cell_index="2993" local_entity="0" value="0" />
+        <value cell_index="2994" local_entity="0" value="0" />
+        <value cell_index="2995" local_entity="0" value="0" />
+        <value cell_index="2996" local_entity="0" value="0" />
+        <value cell_index="2997" local_entity="0" value="0" />
+        <value cell_index="2998" local_entity="0" value="0" />
+        <value cell_index="2999" local_entity="0" value="0" />
+        <value cell_index="3000" local_entity="0" value="0" />
+        <value cell_index="3001" local_entity="0" value="0" />
+        <value cell_index="3002" local_entity="0" value="0" />
+        <value cell_index="3003" local_entity="0" value="0" />
+        <value cell_index="3004" local_entity="0" value="0" />
+        <value cell_index="3005" local_entity="0" value="0" />
+        <value cell_index="3006" local_entity="0" value="0" />
+        <value cell_index="3007" local_entity="0" value="0" />
+        <value cell_index="3008" local_entity="0" value="0" />
+        <value cell_index="3009" local_entity="0" value="0" />
+        <value cell_index="3010" local_entity="0" value="0" />
+        <value cell_index="3011" local_entity="0" value="0" />
+        <value cell_index="3012" local_entity="0" value="0" />
+        <value cell_index="3013" local_entity="0" value="0" />
+        <value cell_index="3014" local_entity="0" value="0" />
+        <value cell_index="3015" local_entity="0" value="0" />
+        <value cell_index="3016" local_entity="0" value="0" />
+        <value cell_index="3017" local_entity="0" value="0" />
+        <value cell_index="3018" local_entity="0" value="0" />
+        <value cell_index="3019" local_entity="0" value="0" />
+        <value cell_index="3020" local_entity="0" value="0" />
+        <value cell_index="3021" local_entity="0" value="0" />
+        <value cell_index="3022" local_entity="0" value="0" />
+        <value cell_index="3023" local_entity="0" value="0" />
+        <value cell_index="3024" local_entity="0" value="0" />
+        <value cell_index="3025" local_entity="0" value="0" />
+        <value cell_index="3026" local_entity="0" value="0" />
+        <value cell_index="3027" local_entity="0" value="0" />
+        <value cell_index="3028" local_entity="0" value="0" />
+        <value cell_index="3029" local_entity="0" value="0" />
+        <value cell_index="3030" local_entity="0" value="0" />
+        <value cell_index="3031" local_entity="0" value="0" />
+        <value cell_index="3032" local_entity="0" value="0" />
+        <value cell_index="3033" local_entity="0" value="0" />
+        <value cell_index="3034" local_entity="0" value="0" />
+        <value cell_index="3035" local_entity="0" value="0" />
+        <value cell_index="3036" local_entity="0" value="0" />
+        <value cell_index="3037" local_entity="0" value="0" />
+        <value cell_index="3038" local_entity="0" value="0" />
+        <value cell_index="3039" local_entity="0" value="0" />
+        <value cell_index="3040" local_entity="0" value="0" />
+        <value cell_index="3041" local_entity="0" value="0" />
+        <value cell_index="3042" local_entity="0" value="0" />
+        <value cell_index="3043" local_entity="0" value="0" />
+        <value cell_index="3044" local_entity="0" value="0" />
+        <value cell_index="3045" local_entity="0" value="0" />
+        <value cell_index="3046" local_entity="0" value="0" />
+        <value cell_index="3047" local_entity="0" value="0" />
+        <value cell_index="3048" local_entity="0" value="0" />
+        <value cell_index="3049" local_entity="0" value="0" />
+        <value cell_index="3050" local_entity="0" value="0" />
+        <value cell_index="3051" local_entity="0" value="0" />
+        <value cell_index="3052" local_entity="0" value="0" />
+        <value cell_index="3053" local_entity="0" value="0" />
+        <value cell_index="3054" local_entity="0" value="0" />
+        <value cell_index="3055" local_entity="0" value="0" />
+        <value cell_index="3056" local_entity="0" value="0" />
+        <value cell_index="3057" local_entity="0" value="0" />
+        <value cell_index="3058" local_entity="0" value="0" />
+        <value cell_index="3059" local_entity="0" value="0" />
+        <value cell_index="3060" local_entity="0" value="0" />
+        <value cell_index="3061" local_entity="0" value="0" />
+        <value cell_index="3062" local_entity="0" value="0" />
+        <value cell_index="3063" local_entity="0" value="0" />
+        <value cell_index="3064" local_entity="0" value="0" />
+        <value cell_index="3065" local_entity="0" value="0" />
+        <value cell_index="3066" local_entity="0" value="0" />
+        <value cell_index="3067" local_entity="0" value="0" />
+        <value cell_index="3068" local_entity="0" value="0" />
+        <value cell_index="3069" local_entity="0" value="0" />
+        <value cell_index="3070" local_entity="0" value="0" />
+        <value cell_index="3071" local_entity="0" value="0" />
+        <value cell_index="3072" local_entity="0" value="0" />
+        <value cell_index="3073" local_entity="0" value="0" />
+        <value cell_index="3074" local_entity="0" value="0" />
+        <value cell_index="3075" local_entity="0" value="0" />
+        <value cell_index="3076" local_entity="0" value="0" />
+        <value cell_index="3077" local_entity="0" value="0" />
+        <value cell_index="3078" local_entity="0" value="0" />
+        <value cell_index="3079" local_entity="0" value="0" />
+        <value cell_index="3080" local_entity="0" value="0" />
+        <value cell_index="3081" local_entity="0" value="0" />
+        <value cell_index="3082" local_entity="0" value="0" />
+        <value cell_index="3083" local_entity="0" value="0" />
+        <value cell_index="3084" local_entity="0" value="0" />
+        <value cell_index="3085" local_entity="0" value="0" />
+        <value cell_index="3086" local_entity="0" value="0" />
+        <value cell_index="3087" local_entity="0" value="0" />
+        <value cell_index="3088" local_entity="0" value="0" />
+        <value cell_index="3089" local_entity="0" value="0" />
+        <value cell_index="3090" local_entity="0" value="0" />
+        <value cell_index="3091" local_entity="0" value="0" />
+        <value cell_index="3092" local_entity="0" value="0" />
+        <value cell_index="3093" local_entity="0" value="0" />
+        <value cell_index="3094" local_entity="0" value="0" />
+        <value cell_index="3095" local_entity="0" value="0" />
+        <value cell_index="3096" local_entity="0" value="0" />
+        <value cell_index="3097" local_entity="0" value="0" />
+        <value cell_index="3098" local_entity="0" value="0" />
+        <value cell_index="3099" local_entity="0" value="0" />
+        <value cell_index="3100" local_entity="0" value="0" />
+        <value cell_index="3101" local_entity="0" value="0" />
+        <value cell_index="3102" local_entity="0" value="0" />
+        <value cell_index="3103" local_entity="0" value="0" />
+        <value cell_index="3104" local_entity="0" value="0" />
+        <value cell_index="3105" local_entity="0" value="0" />
+        <value cell_index="3106" local_entity="0" value="0" />
+        <value cell_index="3107" local_entity="0" value="0" />
+        <value cell_index="3108" local_entity="0" value="0" />
+        <value cell_index="3109" local_entity="0" value="0" />
+        <value cell_index="3110" local_entity="0" value="0" />
+        <value cell_index="3111" local_entity="0" value="0" />
+        <value cell_index="3112" local_entity="0" value="0" />
+        <value cell_index="3113" local_entity="0" value="0" />
+        <value cell_index="3114" local_entity="0" value="0" />
+        <value cell_index="3115" local_entity="0" value="0" />
+        <value cell_index="3116" local_entity="0" value="0" />
+        <value cell_index="3117" local_entity="0" value="0" />
+        <value cell_index="3118" local_entity="0" value="0" />
+        <value cell_index="3119" local_entity="0" value="0" />
+        <value cell_index="3120" local_entity="0" value="0" />
+        <value cell_index="3121" local_entity="0" value="0" />
+        <value cell_index="3122" local_entity="0" value="0" />
+        <value cell_index="3123" local_entity="0" value="0" />
+        <value cell_index="3124" local_entity="0" value="0" />
+        <value cell_index="3125" local_entity="0" value="0" />
+        <value cell_index="3126" local_entity="0" value="0" />
+        <value cell_index="3127" local_entity="0" value="0" />
+        <value cell_index="3128" local_entity="0" value="0" />
+        <value cell_index="3129" local_entity="0" value="0" />
+        <value cell_index="3130" local_entity="0" value="0" />
+        <value cell_index="3131" local_entity="0" value="0" />
+        <value cell_index="3132" local_entity="0" value="0" />
+        <value cell_index="3133" local_entity="0" value="0" />
+        <value cell_index="3134" local_entity="0" value="0" />
+        <value cell_index="3135" local_entity="0" value="0" />
+        <value cell_index="3136" local_entity="0" value="0" />
+        <value cell_index="3137" local_entity="0" value="0" />
+        <value cell_index="3138" local_entity="0" value="0" />
+        <value cell_index="3139" local_entity="0" value="0" />
+        <value cell_index="3140" local_entity="0" value="0" />
+        <value cell_index="3141" local_entity="0" value="0" />
+        <value cell_index="3142" local_entity="0" value="0" />
+        <value cell_index="3143" local_entity="0" value="0" />
+        <value cell_index="3144" local_entity="0" value="0" />
+        <value cell_index="3145" local_entity="0" value="0" />
+        <value cell_index="3146" local_entity="0" value="0" />
+        <value cell_index="3147" local_entity="0" value="0" />
+        <value cell_index="3148" local_entity="0" value="0" />
+        <value cell_index="3149" local_entity="0" value="0" />
+        <value cell_index="3150" local_entity="0" value="0" />
+        <value cell_index="3151" local_entity="0" value="0" />
+        <value cell_index="3152" local_entity="0" value="0" />
+        <value cell_index="3153" local_entity="0" value="0" />
+        <value cell_index="3154" local_entity="0" value="0" />
+        <value cell_index="3155" local_entity="0" value="0" />
+        <value cell_index="3156" local_entity="0" value="0" />
+        <value cell_index="3157" local_entity="0" value="0" />
+        <value cell_index="3158" local_entity="0" value="0" />
+        <value cell_index="3159" local_entity="0" value="0" />
+        <value cell_index="3160" local_entity="0" value="0" />
+        <value cell_index="3161" local_entity="0" value="0" />
+        <value cell_index="3162" local_entity="0" value="0" />
+        <value cell_index="3163" local_entity="0" value="0" />
+        <value cell_index="3164" local_entity="0" value="0" />
+        <value cell_index="3165" local_entity="0" value="0" />
+        <value cell_index="3166" local_entity="0" value="0" />
+        <value cell_index="3167" local_entity="0" value="0" />
+        <value cell_index="3168" local_entity="0" value="0" />
+        <value cell_index="3169" local_entity="0" value="0" />
+        <value cell_index="3170" local_entity="0" value="0" />
+        <value cell_index="3171" local_entity="0" value="0" />
+        <value cell_index="3172" local_entity="0" value="0" />
+        <value cell_index="3173" local_entity="0" value="0" />
+        <value cell_index="3174" local_entity="0" value="0" />
+        <value cell_index="3175" local_entity="0" value="0" />
+        <value cell_index="3176" local_entity="0" value="0" />
+        <value cell_index="3177" local_entity="0" value="0" />
+        <value cell_index="3178" local_entity="0" value="0" />
+        <value cell_index="3179" local_entity="0" value="0" />
+        <value cell_index="3180" local_entity="0" value="0" />
+        <value cell_index="3181" local_entity="0" value="0" />
+        <value cell_index="3182" local_entity="0" value="0" />
+        <value cell_index="3183" local_entity="0" value="0" />
+        <value cell_index="3184" local_entity="0" value="0" />
+        <value cell_index="3185" local_entity="0" value="0" />
+        <value cell_index="3186" local_entity="0" value="0" />
+        <value cell_index="3187" local_entity="0" value="0" />
+        <value cell_index="3188" local_entity="0" value="0" />
+        <value cell_index="3189" local_entity="0" value="0" />
+        <value cell_index="3190" local_entity="0" value="0" />
+        <value cell_index="3191" local_entity="0" value="0" />
+        <value cell_index="3192" local_entity="0" value="0" />
+        <value cell_index="3193" local_entity="0" value="0" />
+        <value cell_index="3194" local_entity="0" value="0" />
+        <value cell_index="3195" local_entity="0" value="0" />
+        <value cell_index="3196" local_entity="0" value="0" />
+        <value cell_index="3197" local_entity="0" value="0" />
+        <value cell_index="3198" local_entity="0" value="0" />
+        <value cell_index="3199" local_entity="0" value="0" />
+        <value cell_index="3200" local_entity="0" value="0" />
+        <value cell_index="3201" local_entity="0" value="0" />
+        <value cell_index="3202" local_entity="0" value="0" />
+        <value cell_index="3203" local_entity="0" value="0" />
+        <value cell_index="3204" local_entity="0" value="0" />
+        <value cell_index="3205" local_entity="0" value="0" />
+        <value cell_index="3206" local_entity="0" value="0" />
+        <value cell_index="3207" local_entity="0" value="0" />
+        <value cell_index="3208" local_entity="0" value="0" />
+        <value cell_index="3209" local_entity="0" value="0" />
+        <value cell_index="3210" local_entity="0" value="0" />
+        <value cell_index="3211" local_entity="0" value="0" />
+        <value cell_index="3212" local_entity="0" value="0" />
+        <value cell_index="3213" local_entity="0" value="0" />
+        <value cell_index="3214" local_entity="0" value="0" />
+        <value cell_index="3215" local_entity="0" value="0" />
+        <value cell_index="3216" local_entity="0" value="0" />
+        <value cell_index="3217" local_entity="0" value="0" />
+        <value cell_index="3218" local_entity="0" value="0" />
+        <value cell_index="3219" local_entity="0" value="0" />
+        <value cell_index="3220" local_entity="0" value="0" />
+        <value cell_index="3221" local_entity="0" value="0" />
+        <value cell_index="3222" local_entity="0" value="0" />
+        <value cell_index="3223" local_entity="0" value="0" />
+        <value cell_index="3224" local_entity="0" value="0" />
+        <value cell_index="3225" local_entity="0" value="0" />
+        <value cell_index="3226" local_entity="0" value="0" />
+        <value cell_index="3227" local_entity="0" value="0" />
+        <value cell_index="3228" local_entity="0" value="0" />
+        <value cell_index="3229" local_entity="0" value="0" />
+        <value cell_index="3230" local_entity="0" value="0" />
+        <value cell_index="3231" local_entity="0" value="0" />
+        <value cell_index="3232" local_entity="0" value="0" />
+        <value cell_index="3233" local_entity="0" value="0" />
+        <value cell_index="3234" local_entity="0" value="0" />
+        <value cell_index="3235" local_entity="0" value="0" />
+        <value cell_index="3236" local_entity="0" value="0" />
+        <value cell_index="3237" local_entity="0" value="0" />
+        <value cell_index="3238" local_entity="0" value="0" />
+        <value cell_index="3239" local_entity="0" value="0" />
+        <value cell_index="3240" local_entity="0" value="0" />
+        <value cell_index="3241" local_entity="0" value="0" />
+        <value cell_index="3242" local_entity="0" value="0" />
+        <value cell_index="3243" local_entity="0" value="0" />
+        <value cell_index="3244" local_entity="0" value="0" />
+        <value cell_index="3245" local_entity="0" value="0" />
+        <value cell_index="3246" local_entity="0" value="0" />
+        <value cell_index="3247" local_entity="0" value="0" />
+        <value cell_index="3248" local_entity="0" value="0" />
+        <value cell_index="3249" local_entity="0" value="0" />
+        <value cell_index="3250" local_entity="0" value="0" />
+        <value cell_index="3251" local_entity="0" value="0" />
+        <value cell_index="3252" local_entity="0" value="0" />
+        <value cell_index="3253" local_entity="0" value="0" />
+        <value cell_index="3254" local_entity="0" value="0" />
+        <value cell_index="3255" local_entity="0" value="0" />
+        <value cell_index="3256" local_entity="0" value="0" />
+        <value cell_index="3257" local_entity="0" value="0" />
+        <value cell_index="3258" local_entity="0" value="0" />
+        <value cell_index="3259" local_entity="0" value="0" />
+        <value cell_index="3260" local_entity="0" value="0" />
+        <value cell_index="3261" local_entity="0" value="0" />
+        <value cell_index="3262" local_entity="0" value="0" />
+        <value cell_index="3263" local_entity="0" value="0" />
+        <value cell_index="3264" local_entity="0" value="0" />
+        <value cell_index="3265" local_entity="0" value="0" />
+        <value cell_index="3266" local_entity="0" value="0" />
+        <value cell_index="3267" local_entity="0" value="0" />
+        <value cell_index="3268" local_entity="0" value="0" />
+        <value cell_index="3269" local_entity="0" value="0" />
+        <value cell_index="3270" local_entity="0" value="0" />
+        <value cell_index="3271" local_entity="0" value="0" />
+        <value cell_index="3272" local_entity="0" value="0" />
+        <value cell_index="3273" local_entity="0" value="0" />
+        <value cell_index="3274" local_entity="0" value="0" />
+        <value cell_index="3275" local_entity="0" value="0" />
+        <value cell_index="3276" local_entity="0" value="0" />
+        <value cell_index="3277" local_entity="0" value="0" />
+        <value cell_index="3278" local_entity="0" value="0" />
+        <value cell_index="3279" local_entity="0" value="0" />
+        <value cell_index="3280" local_entity="0" value="0" />
+        <value cell_index="3281" local_entity="0" value="0" />
+        <value cell_index="3282" local_entity="0" value="0" />
+        <value cell_index="3283" local_entity="0" value="0" />
+        <value cell_index="3284" local_entity="0" value="0" />
+        <value cell_index="3285" local_entity="0" value="0" />
+        <value cell_index="3286" local_entity="0" value="0" />
+        <value cell_index="3287" local_entity="0" value="0" />
+        <value cell_index="3288" local_entity="0" value="0" />
+        <value cell_index="3289" local_entity="0" value="0" />
+        <value cell_index="3290" local_entity="0" value="0" />
+        <value cell_index="3291" local_entity="0" value="0" />
+        <value cell_index="3292" local_entity="0" value="0" />
+        <value cell_index="3293" local_entity="0" value="0" />
+        <value cell_index="3294" local_entity="0" value="0" />
+        <value cell_index="3295" local_entity="0" value="0" />
+        <value cell_index="3296" local_entity="0" value="0" />
+        <value cell_index="3297" local_entity="0" value="0" />
+        <value cell_index="3298" local_entity="0" value="0" />
+        <value cell_index="3299" local_entity="0" value="0" />
+        <value cell_index="3300" local_entity="0" value="0" />
+        <value cell_index="3301" local_entity="0" value="0" />
+        <value cell_index="3302" local_entity="0" value="0" />
+        <value cell_index="3303" local_entity="0" value="0" />
+        <value cell_index="3304" local_entity="0" value="0" />
+        <value cell_index="3305" local_entity="0" value="0" />
+        <value cell_index="3306" local_entity="0" value="0" />
+        <value cell_index="3307" local_entity="0" value="0" />
+        <value cell_index="3308" local_entity="0" value="0" />
+        <value cell_index="3309" local_entity="0" value="0" />
+        <value cell_index="3310" local_entity="0" value="0" />
+        <value cell_index="3311" local_entity="0" value="0" />
+        <value cell_index="3312" local_entity="0" value="0" />
+        <value cell_index="3313" local_entity="0" value="0" />
+        <value cell_index="3314" local_entity="0" value="0" />
+        <value cell_index="3315" local_entity="0" value="0" />
+        <value cell_index="3316" local_entity="0" value="0" />
+        <value cell_index="3317" local_entity="0" value="0" />
+        <value cell_index="3318" local_entity="0" value="0" />
+        <value cell_index="3319" local_entity="0" value="0" />
+        <value cell_index="3320" local_entity="0" value="0" />
+        <value cell_index="3321" local_entity="0" value="0" />
+        <value cell_index="3322" local_entity="0" value="0" />
+        <value cell_index="3323" local_entity="0" value="0" />
+        <value cell_index="3324" local_entity="0" value="0" />
+        <value cell_index="3325" local_entity="0" value="0" />
+        <value cell_index="3326" local_entity="0" value="0" />
+        <value cell_index="3327" local_entity="0" value="0" />
+        <value cell_index="3328" local_entity="0" value="0" />
+        <value cell_index="3329" local_entity="0" value="0" />
+        <value cell_index="3330" local_entity="0" value="0" />
+        <value cell_index="3331" local_entity="0" value="0" />
+        <value cell_index="3332" local_entity="0" value="0" />
+        <value cell_index="3333" local_entity="0" value="0" />
+        <value cell_index="3334" local_entity="0" value="0" />
+        <value cell_index="3335" local_entity="0" value="0" />
+        <value cell_index="3336" local_entity="0" value="0" />
+        <value cell_index="3337" local_entity="0" value="0" />
+        <value cell_index="3338" local_entity="0" value="0" />
+        <value cell_index="3339" local_entity="0" value="0" />
+        <value cell_index="3340" local_entity="0" value="0" />
+        <value cell_index="3341" local_entity="0" value="0" />
+        <value cell_index="3342" local_entity="0" value="0" />
+        <value cell_index="3343" local_entity="0" value="0" />
+        <value cell_index="3344" local_entity="0" value="0" />
+        <value cell_index="3345" local_entity="0" value="0" />
+        <value cell_index="3346" local_entity="0" value="0" />
+        <value cell_index="3347" local_entity="0" value="0" />
+        <value cell_index="3348" local_entity="0" value="0" />
+        <value cell_index="3349" local_entity="0" value="0" />
+        <value cell_index="3350" local_entity="0" value="0" />
+        <value cell_index="3351" local_entity="0" value="0" />
+        <value cell_index="3352" local_entity="0" value="0" />
+        <value cell_index="3353" local_entity="0" value="0" />
+        <value cell_index="3354" local_entity="0" value="0" />
+        <value cell_index="3355" local_entity="0" value="0" />
+        <value cell_index="3356" local_entity="0" value="0" />
+        <value cell_index="3357" local_entity="0" value="0" />
+        <value cell_index="3358" local_entity="0" value="0" />
+        <value cell_index="3359" local_entity="0" value="0" />
+        <value cell_index="3360" local_entity="0" value="0" />
+        <value cell_index="3361" local_entity="0" value="0" />
+        <value cell_index="3362" local_entity="0" value="0" />
+        <value cell_index="3363" local_entity="0" value="0" />
+        <value cell_index="3364" local_entity="0" value="0" />
+        <value cell_index="3365" local_entity="0" value="0" />
+        <value cell_index="3366" local_entity="0" value="0" />
+        <value cell_index="3367" local_entity="0" value="0" />
+        <value cell_index="3368" local_entity="0" value="0" />
+        <value cell_index="3369" local_entity="0" value="0" />
+        <value cell_index="3370" local_entity="0" value="0" />
+        <value cell_index="3371" local_entity="0" value="0" />
+        <value cell_index="3372" local_entity="0" value="0" />
+        <value cell_index="3373" local_entity="0" value="0" />
+        <value cell_index="3374" local_entity="0" value="0" />
+        <value cell_index="3375" local_entity="0" value="0" />
+        <value cell_index="3376" local_entity="0" value="0" />
+        <value cell_index="3377" local_entity="0" value="0" />
+        <value cell_index="3378" local_entity="0" value="0" />
+        <value cell_index="3379" local_entity="0" value="0" />
+        <value cell_index="3380" local_entity="0" value="0" />
+        <value cell_index="3381" local_entity="0" value="0" />
+        <value cell_index="3382" local_entity="0" value="0" />
+        <value cell_index="3383" local_entity="0" value="0" />
+        <value cell_index="3384" local_entity="0" value="0" />
+        <value cell_index="3385" local_entity="0" value="0" />
+        <value cell_index="3386" local_entity="0" value="0" />
+        <value cell_index="3387" local_entity="0" value="0" />
+        <value cell_index="3388" local_entity="0" value="0" />
+        <value cell_index="3389" local_entity="0" value="0" />
+        <value cell_index="3390" local_entity="0" value="0" />
+        <value cell_index="3391" local_entity="0" value="0" />
+        <value cell_index="3392" local_entity="0" value="0" />
+        <value cell_index="3393" local_entity="0" value="0" />
+        <value cell_index="3394" local_entity="0" value="0" />
+        <value cell_index="3395" local_entity="0" value="0" />
+        <value cell_index="3396" local_entity="0" value="0" />
+        <value cell_index="3397" local_entity="0" value="0" />
+        <value cell_index="3398" local_entity="0" value="0" />
+        <value cell_index="3399" local_entity="0" value="0" />
+        <value cell_index="3400" local_entity="0" value="0" />
+        <value cell_index="3401" local_entity="0" value="0" />
+        <value cell_index="3402" local_entity="0" value="0" />
+        <value cell_index="3403" local_entity="0" value="0" />
+        <value cell_index="3404" local_entity="0" value="0" />
+        <value cell_index="3405" local_entity="0" value="0" />
+        <value cell_index="3406" local_entity="0" value="0" />
+        <value cell_index="3407" local_entity="0" value="0" />
+        <value cell_index="3408" local_entity="0" value="0" />
+        <value cell_index="3409" local_entity="0" value="0" />
+        <value cell_index="3410" local_entity="0" value="0" />
+        <value cell_index="3411" local_entity="0" value="0" />
+        <value cell_index="3412" local_entity="0" value="0" />
+        <value cell_index="3413" local_entity="0" value="0" />
+        <value cell_index="3414" local_entity="0" value="0" />
+        <value cell_index="3415" local_entity="0" value="0" />
+        <value cell_index="3416" local_entity="0" value="0" />
+        <value cell_index="3417" local_entity="0" value="0" />
+        <value cell_index="3418" local_entity="0" value="0" />
+        <value cell_index="3419" local_entity="0" value="0" />
+        <value cell_index="3420" local_entity="0" value="0" />
+        <value cell_index="3421" local_entity="0" value="0" />
+        <value cell_index="3422" local_entity="0" value="0" />
+        <value cell_index="3423" local_entity="0" value="0" />
+        <value cell_index="3424" local_entity="0" value="0" />
+        <value cell_index="3425" local_entity="0" value="0" />
+        <value cell_index="3426" local_entity="0" value="0" />
+        <value cell_index="3427" local_entity="0" value="0" />
+        <value cell_index="3428" local_entity="0" value="0" />
+        <value cell_index="3429" local_entity="0" value="0" />
+        <value cell_index="3430" local_entity="0" value="0" />
+        <value cell_index="3431" local_entity="0" value="0" />
+        <value cell_index="3432" local_entity="0" value="0" />
+        <value cell_index="3433" local_entity="0" value="0" />
+        <value cell_index="3434" local_entity="0" value="0" />
+        <value cell_index="3435" local_entity="0" value="0" />
+        <value cell_index="3436" local_entity="0" value="0" />
+        <value cell_index="3437" local_entity="0" value="0" />
+        <value cell_index="3438" local_entity="0" value="0" />
+        <value cell_index="3439" local_entity="0" value="0" />
+        <value cell_index="3440" local_entity="0" value="0" />
+        <value cell_index="3441" local_entity="0" value="0" />
+        <value cell_index="3442" local_entity="0" value="0" />
+        <value cell_index="3443" local_entity="0" value="0" />
+        <value cell_index="3444" local_entity="0" value="0" />
+        <value cell_index="3445" local_entity="0" value="0" />
+        <value cell_index="3446" local_entity="0" value="0" />
+        <value cell_index="3447" local_entity="0" value="0" />
+        <value cell_index="3448" local_entity="0" value="0" />
+        <value cell_index="3449" local_entity="0" value="0" />
+        <value cell_index="3450" local_entity="0" value="0" />
+        <value cell_index="3451" local_entity="0" value="0" />
+        <value cell_index="3452" local_entity="0" value="0" />
+        <value cell_index="3453" local_entity="0" value="0" />
+        <value cell_index="3454" local_entity="0" value="0" />
+        <value cell_index="3455" local_entity="0" value="0" />
+        <value cell_index="3456" local_entity="0" value="0" />
+        <value cell_index="3457" local_entity="0" value="0" />
+        <value cell_index="3458" local_entity="0" value="0" />
+        <value cell_index="3459" local_entity="0" value="0" />
+        <value cell_index="3460" local_entity="0" value="0" />
+        <value cell_index="3461" local_entity="0" value="0" />
+        <value cell_index="3462" local_entity="0" value="0" />
+        <value cell_index="3463" local_entity="0" value="0" />
+        <value cell_index="3464" local_entity="0" value="0" />
+        <value cell_index="3465" local_entity="0" value="0" />
+        <value cell_index="3466" local_entity="0" value="0" />
+        <value cell_index="3467" local_entity="0" value="0" />
+        <value cell_index="3468" local_entity="0" value="0" />
+        <value cell_index="3469" local_entity="0" value="0" />
+        <value cell_index="3470" local_entity="0" value="0" />
+        <value cell_index="3471" local_entity="0" value="0" />
+        <value cell_index="3472" local_entity="0" value="0" />
+        <value cell_index="3473" local_entity="0" value="0" />
+        <value cell_index="3474" local_entity="0" value="0" />
+        <value cell_index="3475" local_entity="0" value="0" />
+        <value cell_index="3476" local_entity="0" value="0" />
+        <value cell_index="3477" local_entity="0" value="0" />
+        <value cell_index="3478" local_entity="0" value="0" />
+        <value cell_index="3479" local_entity="0" value="0" />
+        <value cell_index="3480" local_entity="0" value="0" />
+        <value cell_index="3481" local_entity="0" value="0" />
+        <value cell_index="3482" local_entity="0" value="0" />
+        <value cell_index="3483" local_entity="0" value="0" />
+        <value cell_index="3484" local_entity="0" value="0" />
+        <value cell_index="3485" local_entity="0" value="0" />
+        <value cell_index="3486" local_entity="0" value="0" />
+        <value cell_index="3487" local_entity="0" value="0" />
+        <value cell_index="3488" local_entity="0" value="0" />
+        <value cell_index="3489" local_entity="0" value="0" />
+        <value cell_index="3490" local_entity="0" value="0" />
+        <value cell_index="3491" local_entity="0" value="0" />
+        <value cell_index="3492" local_entity="0" value="0" />
+        <value cell_index="3493" local_entity="0" value="0" />
+        <value cell_index="3494" local_entity="0" value="0" />
+        <value cell_index="3495" local_entity="0" value="0" />
+        <value cell_index="3496" local_entity="0" value="0" />
+        <value cell_index="3497" local_entity="0" value="0" />
+        <value cell_index="3498" local_entity="0" value="0" />
+        <value cell_index="3499" local_entity="0" value="0" />
+        <value cell_index="3500" local_entity="0" value="0" />
+        <value cell_index="3501" local_entity="0" value="0" />
+        <value cell_index="3502" local_entity="0" value="0" />
+        <value cell_index="3503" local_entity="0" value="0" />
+        <value cell_index="3504" local_entity="0" value="0" />
+        <value cell_index="3505" local_entity="0" value="0" />
+        <value cell_index="3506" local_entity="0" value="0" />
+        <value cell_index="3507" local_entity="0" value="0" />
+        <value cell_index="3508" local_entity="0" value="0" />
+        <value cell_index="3509" local_entity="0" value="0" />
+        <value cell_index="3510" local_entity="0" value="0" />
+        <value cell_index="3511" local_entity="0" value="0" />
+        <value cell_index="3512" local_entity="0" value="0" />
+        <value cell_index="3513" local_entity="0" value="0" />
+        <value cell_index="3514" local_entity="0" value="0" />
+        <value cell_index="3515" local_entity="0" value="0" />
+        <value cell_index="3516" local_entity="0" value="0" />
+        <value cell_index="3517" local_entity="0" value="0" />
+        <value cell_index="3518" local_entity="0" value="0" />
+        <value cell_index="3519" local_entity="0" value="0" />
+        <value cell_index="3520" local_entity="0" value="0" />
+        <value cell_index="3521" local_entity="0" value="0" />
+        <value cell_index="3522" local_entity="0" value="0" />
+        <value cell_index="3523" local_entity="0" value="0" />
+        <value cell_index="3524" local_entity="0" value="0" />
+        <value cell_index="3525" local_entity="0" value="0" />
+        <value cell_index="3526" local_entity="0" value="0" />
+        <value cell_index="3527" local_entity="0" value="0" />
+        <value cell_index="3528" local_entity="0" value="0" />
+        <value cell_index="3529" local_entity="0" value="0" />
+        <value cell_index="3530" local_entity="0" value="0" />
+        <value cell_index="3531" local_entity="0" value="0" />
+        <value cell_index="3532" local_entity="0" value="0" />
+        <value cell_index="3533" local_entity="0" value="0" />
+        <value cell_index="3534" local_entity="0" value="0" />
+        <value cell_index="3535" local_entity="0" value="0" />
+        <value cell_index="3536" local_entity="0" value="0" />
+        <value cell_index="3537" local_entity="0" value="0" />
+        <value cell_index="3538" local_entity="0" value="0" />
+        <value cell_index="3539" local_entity="0" value="0" />
+        <value cell_index="3540" local_entity="0" value="0" />
+        <value cell_index="3541" local_entity="0" value="0" />
+        <value cell_index="3542" local_entity="0" value="0" />
+        <value cell_index="3543" local_entity="0" value="0" />
+        <value cell_index="3544" local_entity="0" value="0" />
+        <value cell_index="3545" local_entity="0" value="0" />
+        <value cell_index="3546" local_entity="0" value="0" />
+        <value cell_index="3547" local_entity="0" value="0" />
+        <value cell_index="3548" local_entity="0" value="0" />
+        <value cell_index="3549" local_entity="0" value="0" />
+        <value cell_index="3550" local_entity="0" value="0" />
+        <value cell_index="3551" local_entity="0" value="0" />
+        <value cell_index="3552" local_entity="0" value="0" />
+        <value cell_index="3553" local_entity="0" value="0" />
+        <value cell_index="3554" local_entity="0" value="0" />
+        <value cell_index="3555" local_entity="0" value="0" />
+        <value cell_index="3556" local_entity="0" value="0" />
+        <value cell_index="3557" local_entity="0" value="0" />
+        <value cell_index="3558" local_entity="0" value="0" />
+        <value cell_index="3559" local_entity="0" value="0" />
+        <value cell_index="3560" local_entity="0" value="0" />
+        <value cell_index="3561" local_entity="0" value="0" />
+        <value cell_index="3562" local_entity="0" value="0" />
+        <value cell_index="3563" local_entity="0" value="0" />
+        <value cell_index="3564" local_entity="0" value="0" />
+        <value cell_index="3565" local_entity="0" value="0" />
+        <value cell_index="3566" local_entity="0" value="0" />
+        <value cell_index="3567" local_entity="0" value="0" />
+        <value cell_index="3568" local_entity="0" value="0" />
+        <value cell_index="3569" local_entity="0" value="0" />
+        <value cell_index="3570" local_entity="0" value="0" />
+        <value cell_index="3571" local_entity="0" value="0" />
+        <value cell_index="3572" local_entity="0" value="0" />
+        <value cell_index="3573" local_entity="0" value="0" />
+        <value cell_index="3574" local_entity="0" value="0" />
+        <value cell_index="3575" local_entity="0" value="0" />
+        <value cell_index="3576" local_entity="0" value="0" />
+        <value cell_index="3577" local_entity="0" value="0" />
+        <value cell_index="3578" local_entity="0" value="0" />
+        <value cell_index="3579" local_entity="0" value="0" />
+        <value cell_index="3580" local_entity="0" value="0" />
+        <value cell_index="3581" local_entity="0" value="0" />
+        <value cell_index="3582" local_entity="0" value="0" />
+        <value cell_index="3583" local_entity="0" value="0" />
+        <value cell_index="3584" local_entity="0" value="0" />
+        <value cell_index="3585" local_entity="0" value="0" />
+        <value cell_index="3586" local_entity="0" value="0" />
+        <value cell_index="3587" local_entity="0" value="0" />
+        <value cell_index="3588" local_entity="0" value="0" />
+        <value cell_index="3589" local_entity="0" value="0" />
+        <value cell_index="3590" local_entity="0" value="0" />
+        <value cell_index="3591" local_entity="0" value="0" />
+        <value cell_index="3592" local_entity="0" value="0" />
+        <value cell_index="3593" local_entity="0" value="0" />
+        <value cell_index="3594" local_entity="0" value="0" />
+        <value cell_index="3595" local_entity="0" value="0" />
+        <value cell_index="3596" local_entity="0" value="0" />
+        <value cell_index="3597" local_entity="0" value="0" />
+        <value cell_index="3598" local_entity="0" value="0" />
+        <value cell_index="3599" local_entity="0" value="0" />
+        <value cell_index="3600" local_entity="0" value="0" />
+        <value cell_index="3601" local_entity="0" value="0" />
+        <value cell_index="3602" local_entity="0" value="0" />
+        <value cell_index="3603" local_entity="0" value="0" />
+        <value cell_index="3604" local_entity="0" value="0" />
+        <value cell_index="3605" local_entity="0" value="0" />
+        <value cell_index="3606" local_entity="0" value="0" />
+        <value cell_index="3607" local_entity="0" value="0" />
+        <value cell_index="3608" local_entity="0" value="0" />
+        <value cell_index="3609" local_entity="0" value="0" />
+        <value cell_index="3610" local_entity="0" value="0" />
+        <value cell_index="3611" local_entity="0" value="0" />
+        <value cell_index="3612" local_entity="0" value="0" />
+        <value cell_index="3613" local_entity="0" value="0" />
+        <value cell_index="3614" local_entity="0" value="0" />
+        <value cell_index="3615" local_entity="0" value="0" />
+        <value cell_index="3616" local_entity="0" value="0" />
+        <value cell_index="3617" local_entity="0" value="0" />
+        <value cell_index="3618" local_entity="0" value="0" />
+        <value cell_index="3619" local_entity="0" value="0" />
+        <value cell_index="3620" local_entity="0" value="0" />
+        <value cell_index="3621" local_entity="0" value="0" />
+        <value cell_index="3622" local_entity="0" value="0" />
+        <value cell_index="3623" local_entity="0" value="0" />
+        <value cell_index="3624" local_entity="0" value="0" />
+        <value cell_index="3625" local_entity="0" value="0" />
+        <value cell_index="3626" local_entity="0" value="0" />
+        <value cell_index="3627" local_entity="0" value="0" />
+        <value cell_index="3628" local_entity="0" value="0" />
+        <value cell_index="3629" local_entity="0" value="0" />
+        <value cell_index="3630" local_entity="0" value="0" />
+        <value cell_index="3631" local_entity="0" value="0" />
+        <value cell_index="3632" local_entity="0" value="0" />
+        <value cell_index="3633" local_entity="0" value="0" />
+        <value cell_index="3634" local_entity="0" value="0" />
+        <value cell_index="3635" local_entity="0" value="0" />
+        <value cell_index="3636" local_entity="0" value="0" />
+        <value cell_index="3637" local_entity="0" value="0" />
+        <value cell_index="3638" local_entity="0" value="0" />
+        <value cell_index="3639" local_entity="0" value="0" />
+        <value cell_index="3640" local_entity="0" value="0" />
+        <value cell_index="3641" local_entity="0" value="0" />
+        <value cell_index="3642" local_entity="0" value="0" />
+        <value cell_index="3643" local_entity="0" value="0" />
+        <value cell_index="3644" local_entity="0" value="0" />
+        <value cell_index="3645" local_entity="0" value="0" />
+        <value cell_index="3646" local_entity="0" value="0" />
+        <value cell_index="3647" local_entity="0" value="0" />
+        <value cell_index="3648" local_entity="0" value="0" />
+        <value cell_index="3649" local_entity="0" value="0" />
+        <value cell_index="3650" local_entity="0" value="0" />
+        <value cell_index="3651" local_entity="0" value="0" />
+        <value cell_index="3652" local_entity="0" value="0" />
+        <value cell_index="3653" local_entity="0" value="0" />
+        <value cell_index="3654" local_entity="0" value="0" />
+        <value cell_index="3655" local_entity="0" value="0" />
+        <value cell_index="3656" local_entity="0" value="0" />
+        <value cell_index="3657" local_entity="0" value="0" />
+        <value cell_index="3658" local_entity="0" value="0" />
+        <value cell_index="3659" local_entity="0" value="0" />
+        <value cell_index="3660" local_entity="0" value="0" />
+        <value cell_index="3661" local_entity="0" value="0" />
+        <value cell_index="3662" local_entity="0" value="0" />
+        <value cell_index="3663" local_entity="0" value="0" />
+        <value cell_index="3664" local_entity="0" value="0" />
+        <value cell_index="3665" local_entity="0" value="0" />
+        <value cell_index="3666" local_entity="0" value="0" />
+        <value cell_index="3667" local_entity="0" value="0" />
+        <value cell_index="3668" local_entity="0" value="0" />
+        <value cell_index="3669" local_entity="0" value="0" />
+        <value cell_index="3670" local_entity="0" value="0" />
+        <value cell_index="3671" local_entity="0" value="0" />
+        <value cell_index="3672" local_entity="0" value="0" />
+        <value cell_index="3673" local_entity="0" value="0" />
+        <value cell_index="3674" local_entity="0" value="0" />
+        <value cell_index="3675" local_entity="0" value="0" />
+        <value cell_index="3676" local_entity="0" value="0" />
+        <value cell_index="3677" local_entity="0" value="0" />
+        <value cell_index="3678" local_entity="0" value="0" />
+        <value cell_index="3679" local_entity="0" value="0" />
+        <value cell_index="3680" local_entity="0" value="0" />
+        <value cell_index="3681" local_entity="0" value="0" />
+        <value cell_index="3682" local_entity="0" value="0" />
+        <value cell_index="3683" local_entity="0" value="0" />
+        <value cell_index="3684" local_entity="0" value="0" />
+        <value cell_index="3685" local_entity="0" value="0" />
+        <value cell_index="3686" local_entity="0" value="0" />
+        <value cell_index="3687" local_entity="0" value="0" />
+        <value cell_index="3688" local_entity="0" value="0" />
+        <value cell_index="3689" local_entity="0" value="0" />
+        <value cell_index="3690" local_entity="0" value="0" />
+        <value cell_index="3691" local_entity="0" value="0" />
+        <value cell_index="3692" local_entity="0" value="0" />
+        <value cell_index="3693" local_entity="0" value="0" />
+        <value cell_index="3694" local_entity="0" value="0" />
+        <value cell_index="3695" local_entity="0" value="0" />
+        <value cell_index="3696" local_entity="0" value="0" />
+        <value cell_index="3697" local_entity="0" value="0" />
+        <value cell_index="3698" local_entity="0" value="0" />
+        <value cell_index="3699" local_entity="0" value="0" />
+        <value cell_index="3700" local_entity="0" value="0" />
+        <value cell_index="3701" local_entity="0" value="0" />
+        <value cell_index="3702" local_entity="0" value="0" />
+        <value cell_index="3703" local_entity="0" value="0" />
+        <value cell_index="3704" local_entity="0" value="0" />
+        <value cell_index="3705" local_entity="0" value="0" />
+        <value cell_index="3706" local_entity="0" value="0" />
+        <value cell_index="3707" local_entity="0" value="0" />
+        <value cell_index="3708" local_entity="0" value="0" />
+        <value cell_index="3709" local_entity="0" value="0" />
+        <value cell_index="3710" local_entity="0" value="0" />
+        <value cell_index="3711" local_entity="0" value="0" />
+        <value cell_index="3712" local_entity="0" value="0" />
+        <value cell_index="3713" local_entity="0" value="0" />
+        <value cell_index="3714" local_entity="0" value="0" />
+        <value cell_index="3715" local_entity="0" value="0" />
+        <value cell_index="3716" local_entity="0" value="0" />
+        <value cell_index="3717" local_entity="0" value="0" />
+        <value cell_index="3718" local_entity="0" value="0" />
+        <value cell_index="3719" local_entity="0" value="0" />
+        <value cell_index="3720" local_entity="0" value="0" />
+        <value cell_index="3721" local_entity="0" value="0" />
+        <value cell_index="3722" local_entity="0" value="0" />
+        <value cell_index="3723" local_entity="0" value="0" />
+        <value cell_index="3724" local_entity="0" value="0" />
+        <value cell_index="3725" local_entity="0" value="0" />
+        <value cell_index="3726" local_entity="0" value="0" />
+        <value cell_index="3727" local_entity="0" value="0" />
+        <value cell_index="3728" local_entity="0" value="0" />
+        <value cell_index="3729" local_entity="0" value="0" />
+        <value cell_index="3730" local_entity="0" value="0" />
+        <value cell_index="3731" local_entity="0" value="0" />
+        <value cell_index="3732" local_entity="0" value="0" />
+        <value cell_index="3733" local_entity="0" value="0" />
+        <value cell_index="3734" local_entity="0" value="0" />
+        <value cell_index="3735" local_entity="0" value="0" />
+        <value cell_index="3736" local_entity="0" value="0" />
+        <value cell_index="3737" local_entity="0" value="0" />
+        <value cell_index="3738" local_entity="0" value="0" />
+        <value cell_index="3739" local_entity="0" value="0" />
+        <value cell_index="3740" local_entity="0" value="0" />
+        <value cell_index="3741" local_entity="0" value="0" />
+        <value cell_index="3742" local_entity="0" value="0" />
+        <value cell_index="3743" local_entity="0" value="0" />
+        <value cell_index="3744" local_entity="0" value="0" />
+        <value cell_index="3745" local_entity="0" value="0" />
+        <value cell_index="3746" local_entity="0" value="0" />
+        <value cell_index="3747" local_entity="0" value="0" />
+        <value cell_index="3748" local_entity="0" value="0" />
+        <value cell_index="3749" local_entity="0" value="0" />
+        <value cell_index="3750" local_entity="0" value="0" />
+        <value cell_index="3751" local_entity="0" value="0" />
+        <value cell_index="3752" local_entity="0" value="0" />
+        <value cell_index="3753" local_entity="0" value="0" />
+        <value cell_index="3754" local_entity="0" value="0" />
+        <value cell_index="3755" local_entity="0" value="0" />
+        <value cell_index="3756" local_entity="0" value="0" />
+        <value cell_index="3757" local_entity="0" value="0" />
+        <value cell_index="3758" local_entity="0" value="0" />
+        <value cell_index="3759" local_entity="0" value="0" />
+        <value cell_index="3760" local_entity="0" value="0" />
+        <value cell_index="3761" local_entity="0" value="0" />
+        <value cell_index="3762" local_entity="0" value="0" />
+        <value cell_index="3763" local_entity="0" value="0" />
+        <value cell_index="3764" local_entity="0" value="0" />
+        <value cell_index="3765" local_entity="0" value="0" />
+        <value cell_index="3766" local_entity="0" value="0" />
+        <value cell_index="3767" local_entity="0" value="0" />
+        <value cell_index="3768" local_entity="0" value="0" />
+        <value cell_index="3769" local_entity="0" value="0" />
+        <value cell_index="3770" local_entity="0" value="0" />
+        <value cell_index="3771" local_entity="0" value="0" />
+        <value cell_index="3772" local_entity="0" value="0" />
+        <value cell_index="3773" local_entity="0" value="0" />
+        <value cell_index="3774" local_entity="0" value="0" />
+        <value cell_index="3775" local_entity="0" value="0" />
+        <value cell_index="3776" local_entity="0" value="0" />
+        <value cell_index="3777" local_entity="0" value="0" />
+        <value cell_index="3778" local_entity="0" value="0" />
+        <value cell_index="3779" local_entity="0" value="0" />
+        <value cell_index="3780" local_entity="0" value="0" />
+        <value cell_index="3781" local_entity="0" value="0" />
+        <value cell_index="3782" local_entity="0" value="0" />
+        <value cell_index="3783" local_entity="0" value="0" />
+        <value cell_index="3784" local_entity="0" value="0" />
+        <value cell_index="3785" local_entity="0" value="0" />
+        <value cell_index="3786" local_entity="0" value="0" />
+        <value cell_index="3787" local_entity="0" value="0" />
+        <value cell_index="3788" local_entity="0" value="0" />
+        <value cell_index="3789" local_entity="0" value="0" />
+        <value cell_index="3790" local_entity="0" value="0" />
+        <value cell_index="3791" local_entity="0" value="0" />
+        <value cell_index="3792" local_entity="0" value="0" />
+        <value cell_index="3793" local_entity="0" value="0" />
+        <value cell_index="3794" local_entity="0" value="0" />
+        <value cell_index="3795" local_entity="0" value="0" />
+        <value cell_index="3796" local_entity="0" value="0" />
+        <value cell_index="3797" local_entity="0" value="0" />
+        <value cell_index="3798" local_entity="0" value="0" />
+        <value cell_index="3799" local_entity="0" value="0" />
+        <value cell_index="3800" local_entity="0" value="0" />
+        <value cell_index="3801" local_entity="0" value="0" />
+        <value cell_index="3802" local_entity="0" value="0" />
+        <value cell_index="3803" local_entity="0" value="0" />
+        <value cell_index="3804" local_entity="0" value="0" />
+        <value cell_index="3805" local_entity="0" value="0" />
+        <value cell_index="3806" local_entity="0" value="0" />
+        <value cell_index="3807" local_entity="0" value="0" />
+        <value cell_index="3808" local_entity="0" value="0" />
+        <value cell_index="3809" local_entity="0" value="0" />
+        <value cell_index="3810" local_entity="0" value="0" />
+        <value cell_index="3811" local_entity="0" value="0" />
+        <value cell_index="3812" local_entity="0" value="0" />
+        <value cell_index="3813" local_entity="0" value="0" />
+        <value cell_index="3814" local_entity="0" value="0" />
+        <value cell_index="3815" local_entity="0" value="0" />
+        <value cell_index="3816" local_entity="0" value="0" />
+        <value cell_index="3817" local_entity="0" value="0" />
+        <value cell_index="3818" local_entity="0" value="0" />
+        <value cell_index="3819" local_entity="0" value="0" />
+        <value cell_index="3820" local_entity="0" value="0" />
+        <value cell_index="3821" local_entity="0" value="0" />
+        <value cell_index="3822" local_entity="0" value="0" />
+        <value cell_index="3823" local_entity="0" value="0" />
+        <value cell_index="3824" local_entity="0" value="0" />
+        <value cell_index="3825" local_entity="0" value="0" />
+        <value cell_index="3826" local_entity="0" value="0" />
+        <value cell_index="3827" local_entity="0" value="0" />
+        <value cell_index="3828" local_entity="0" value="0" />
+        <value cell_index="3829" local_entity="0" value="0" />
+        <value cell_index="3830" local_entity="0" value="0" />
+        <value cell_index="3831" local_entity="0" value="0" />
+        <value cell_index="3832" local_entity="0" value="0" />
+        <value cell_index="3833" local_entity="0" value="0" />
+        <value cell_index="3834" local_entity="0" value="0" />
+        <value cell_index="3835" local_entity="0" value="0" />
+        <value cell_index="3836" local_entity="0" value="0" />
+        <value cell_index="3837" local_entity="0" value="0" />
+        <value cell_index="3838" local_entity="0" value="0" />
+        <value cell_index="3839" local_entity="0" value="0" />
+        <value cell_index="3840" local_entity="0" value="0" />
+        <value cell_index="3841" local_entity="0" value="0" />
+        <value cell_index="3842" local_entity="0" value="0" />
+        <value cell_index="3843" local_entity="0" value="0" />
+        <value cell_index="3844" local_entity="0" value="0" />
+        <value cell_index="3845" local_entity="0" value="0" />
+        <value cell_index="3846" local_entity="0" value="0" />
+        <value cell_index="3847" local_entity="0" value="0" />
+        <value cell_index="3848" local_entity="0" value="0" />
+        <value cell_index="3849" local_entity="0" value="0" />
+        <value cell_index="3850" local_entity="0" value="0" />
+        <value cell_index="3851" local_entity="0" value="0" />
+        <value cell_index="3852" local_entity="0" value="0" />
+        <value cell_index="3853" local_entity="0" value="0" />
+        <value cell_index="3854" local_entity="0" value="0" />
+        <value cell_index="3855" local_entity="0" value="0" />
+        <value cell_index="3856" local_entity="0" value="0" />
+        <value cell_index="3857" local_entity="0" value="0" />
+        <value cell_index="3858" local_entity="0" value="0" />
+        <value cell_index="3859" local_entity="0" value="0" />
+        <value cell_index="3860" local_entity="0" value="0" />
+        <value cell_index="3861" local_entity="0" value="0" />
+        <value cell_index="3862" local_entity="0" value="0" />
+        <value cell_index="3863" local_entity="0" value="0" />
+        <value cell_index="3864" local_entity="0" value="0" />
+        <value cell_index="3865" local_entity="0" value="0" />
+        <value cell_index="3866" local_entity="0" value="0" />
+        <value cell_index="3867" local_entity="0" value="0" />
+        <value cell_index="3868" local_entity="0" value="0" />
+        <value cell_index="3869" local_entity="0" value="0" />
+        <value cell_index="3870" local_entity="0" value="0" />
+        <value cell_index="3871" local_entity="0" value="0" />
+        <value cell_index="3872" local_entity="0" value="0" />
+        <value cell_index="3873" local_entity="0" value="0" />
+        <value cell_index="3874" local_entity="0" value="0" />
+        <value cell_index="3875" local_entity="0" value="0" />
+        <value cell_index="3876" local_entity="0" value="0" />
+        <value cell_index="3877" local_entity="0" value="0" />
+        <value cell_index="3878" local_entity="0" value="0" />
+        <value cell_index="3879" local_entity="0" value="0" />
+        <value cell_index="3880" local_entity="0" value="0" />
+        <value cell_index="3881" local_entity="0" value="0" />
+        <value cell_index="3882" local_entity="0" value="0" />
+        <value cell_index="3883" local_entity="0" value="0" />
+        <value cell_index="3884" local_entity="0" value="0" />
+        <value cell_index="3885" local_entity="0" value="0" />
+        <value cell_index="3886" local_entity="0" value="0" />
+        <value cell_index="3887" local_entity="0" value="0" />
+        <value cell_index="3888" local_entity="0" value="0" />
+        <value cell_index="3889" local_entity="0" value="0" />
+        <value cell_index="3890" local_entity="0" value="0" />
+        <value cell_index="3891" local_entity="0" value="0" />
+        <value cell_index="3892" local_entity="0" value="0" />
+        <value cell_index="3893" local_entity="0" value="0" />
+        <value cell_index="3894" local_entity="0" value="0" />
+        <value cell_index="3895" local_entity="0" value="0" />
+        <value cell_index="3896" local_entity="0" value="0" />
+        <value cell_index="3897" local_entity="0" value="0" />
+        <value cell_index="3898" local_entity="0" value="0" />
+        <value cell_index="3899" local_entity="0" value="0" />
+        <value cell_index="3900" local_entity="0" value="0" />
+        <value cell_index="3901" local_entity="0" value="0" />
+        <value cell_index="3902" local_entity="0" value="0" />
+        <value cell_index="3903" local_entity="0" value="0" />
+        <value cell_index="3904" local_entity="0" value="0" />
+        <value cell_index="3905" local_entity="0" value="0" />
+        <value cell_index="3906" local_entity="0" value="0" />
+        <value cell_index="3907" local_entity="0" value="0" />
+        <value cell_index="3908" local_entity="0" value="0" />
+        <value cell_index="3909" local_entity="0" value="0" />
+        <value cell_index="3910" local_entity="0" value="0" />
+        <value cell_index="3911" local_entity="0" value="0" />
+        <value cell_index="3912" local_entity="0" value="0" />
+        <value cell_index="3913" local_entity="0" value="0" />
+        <value cell_index="3914" local_entity="0" value="0" />
+        <value cell_index="3915" local_entity="0" value="0" />
+        <value cell_index="3916" local_entity="0" value="0" />
+        <value cell_index="3917" local_entity="0" value="0" />
+        <value cell_index="3918" local_entity="0" value="0" />
+        <value cell_index="3919" local_entity="0" value="0" />
+        <value cell_index="3920" local_entity="0" value="0" />
+        <value cell_index="3921" local_entity="0" value="0" />
+        <value cell_index="3922" local_entity="0" value="0" />
+        <value cell_index="3923" local_entity="0" value="0" />
+        <value cell_index="3924" local_entity="0" value="0" />
+        <value cell_index="3925" local_entity="0" value="0" />
+        <value cell_index="3926" local_entity="0" value="0" />
+        <value cell_index="3927" local_entity="0" value="0" />
+        <value cell_index="3928" local_entity="0" value="0" />
+        <value cell_index="3929" local_entity="0" value="0" />
+        <value cell_index="3930" local_entity="0" value="0" />
+        <value cell_index="3931" local_entity="0" value="0" />
+        <value cell_index="3932" local_entity="0" value="0" />
+        <value cell_index="3933" local_entity="0" value="0" />
+        <value cell_index="3934" local_entity="0" value="0" />
+        <value cell_index="3935" local_entity="0" value="0" />
+        <value cell_index="3936" local_entity="0" value="0" />
+        <value cell_index="3937" local_entity="0" value="0" />
+        <value cell_index="3938" local_entity="0" value="0" />
+        <value cell_index="3939" local_entity="0" value="0" />
+        <value cell_index="3940" local_entity="0" value="0" />
+        <value cell_index="3941" local_entity="0" value="0" />
+        <value cell_index="3942" local_entity="0" value="0" />
+        <value cell_index="3943" local_entity="0" value="0" />
+        <value cell_index="3944" local_entity="0" value="0" />
+        <value cell_index="3945" local_entity="0" value="0" />
+        <value cell_index="3946" local_entity="0" value="0" />
+        <value cell_index="3947" local_entity="0" value="0" />
+        <value cell_index="3948" local_entity="0" value="0" />
+        <value cell_index="3949" local_entity="0" value="0" />
+        <value cell_index="3950" local_entity="0" value="0" />
+        <value cell_index="3951" local_entity="0" value="0" />
+        <value cell_index="3952" local_entity="0" value="0" />
+        <value cell_index="3953" local_entity="0" value="0" />
+        <value cell_index="3954" local_entity="0" value="0" />
+        <value cell_index="3955" local_entity="0" value="0" />
+        <value cell_index="3956" local_entity="0" value="0" />
+        <value cell_index="3957" local_entity="0" value="0" />
+        <value cell_index="3958" local_entity="0" value="0" />
+        <value cell_index="3959" local_entity="0" value="0" />
+        <value cell_index="3960" local_entity="0" value="0" />
+        <value cell_index="3961" local_entity="0" value="0" />
+        <value cell_index="3962" local_entity="0" value="0" />
+        <value cell_index="3963" local_entity="0" value="0" />
+        <value cell_index="3964" local_entity="0" value="0" />
+        <value cell_index="3965" local_entity="0" value="0" />
+        <value cell_index="3966" local_entity="0" value="0" />
+        <value cell_index="3967" local_entity="0" value="0" />
+        <value cell_index="3968" local_entity="0" value="0" />
+        <value cell_index="3969" local_entity="0" value="0" />
+        <value cell_index="3970" local_entity="0" value="0" />
+        <value cell_index="3971" local_entity="0" value="0" />
+        <value cell_index="3972" local_entity="0" value="0" />
+        <value cell_index="3973" local_entity="0" value="0" />
+        <value cell_index="3974" local_entity="0" value="0" />
+        <value cell_index="3975" local_entity="0" value="0" />
+        <value cell_index="3976" local_entity="0" value="0" />
+        <value cell_index="3977" local_entity="0" value="0" />
+        <value cell_index="3978" local_entity="0" value="0" />
+        <value cell_index="3979" local_entity="0" value="0" />
+        <value cell_index="3980" local_entity="0" value="0" />
+        <value cell_index="3981" local_entity="0" value="0" />
+        <value cell_index="3982" local_entity="0" value="0" />
+        <value cell_index="3983" local_entity="0" value="0" />
+        <value cell_index="3984" local_entity="0" value="0" />
+        <value cell_index="3985" local_entity="0" value="0" />
+        <value cell_index="3986" local_entity="0" value="0" />
+        <value cell_index="3987" local_entity="0" value="0" />
+        <value cell_index="3988" local_entity="0" value="0" />
+        <value cell_index="3989" local_entity="0" value="0" />
+        <value cell_index="3990" local_entity="0" value="0" />
+        <value cell_index="3991" local_entity="0" value="0" />
+        <value cell_index="3992" local_entity="0" value="0" />
+        <value cell_index="3993" local_entity="0" value="0" />
+        <value cell_index="3994" local_entity="0" value="0" />
+        <value cell_index="3995" local_entity="0" value="0" />
+        <value cell_index="3996" local_entity="0" value="0" />
+        <value cell_index="3997" local_entity="0" value="0" />
+        <value cell_index="3998" local_entity="0" value="0" />
+        <value cell_index="3999" local_entity="0" value="0" />
+        <value cell_index="4000" local_entity="0" value="0" />
+        <value cell_index="4001" local_entity="0" value="0" />
+        <value cell_index="4002" local_entity="0" value="0" />
+        <value cell_index="4003" local_entity="0" value="0" />
+        <value cell_index="4004" local_entity="0" value="0" />
+        <value cell_index="4005" local_entity="0" value="0" />
+        <value cell_index="4006" local_entity="0" value="0" />
+        <value cell_index="4007" local_entity="0" value="0" />
+        <value cell_index="4008" local_entity="0" value="0" />
+        <value cell_index="4009" local_entity="0" value="0" />
+        <value cell_index="4010" local_entity="0" value="0" />
+        <value cell_index="4011" local_entity="0" value="0" />
+        <value cell_index="4012" local_entity="0" value="0" />
+        <value cell_index="4013" local_entity="0" value="0" />
+        <value cell_index="4014" local_entity="0" value="0" />
+        <value cell_index="4015" local_entity="0" value="0" />
+        <value cell_index="4016" local_entity="0" value="0" />
+        <value cell_index="4017" local_entity="0" value="0" />
+        <value cell_index="4018" local_entity="0" value="0" />
+        <value cell_index="4019" local_entity="0" value="0" />
+        <value cell_index="4020" local_entity="0" value="0" />
+        <value cell_index="4021" local_entity="0" value="0" />
+        <value cell_index="4022" local_entity="0" value="0" />
+        <value cell_index="4023" local_entity="0" value="0" />
+        <value cell_index="4024" local_entity="0" value="0" />
+        <value cell_index="4025" local_entity="0" value="0" />
+        <value cell_index="4026" local_entity="0" value="0" />
+        <value cell_index="4027" local_entity="0" value="0" />
+        <value cell_index="4028" local_entity="0" value="0" />
+        <value cell_index="4029" local_entity="0" value="0" />
+        <value cell_index="4030" local_entity="0" value="0" />
+        <value cell_index="4031" local_entity="0" value="0" />
+        <value cell_index="4032" local_entity="0" value="0" />
+        <value cell_index="4033" local_entity="0" value="0" />
+        <value cell_index="4034" local_entity="0" value="0" />
+        <value cell_index="4035" local_entity="0" value="0" />
+        <value cell_index="4036" local_entity="0" value="0" />
+        <value cell_index="4037" local_entity="0" value="0" />
+        <value cell_index="4038" local_entity="0" value="0" />
+        <value cell_index="4039" local_entity="0" value="0" />
+        <value cell_index="4040" local_entity="0" value="0" />
+        <value cell_index="4041" local_entity="0" value="0" />
+        <value cell_index="4042" local_entity="0" value="0" />
+        <value cell_index="4043" local_entity="0" value="0" />
+        <value cell_index="4044" local_entity="0" value="0" />
+        <value cell_index="4045" local_entity="0" value="0" />
+        <value cell_index="4046" local_entity="0" value="0" />
+        <value cell_index="4047" local_entity="0" value="0" />
+        <value cell_index="4048" local_entity="0" value="0" />
+        <value cell_index="4049" local_entity="0" value="0" />
+        <value cell_index="4050" local_entity="0" value="0" />
+        <value cell_index="4051" local_entity="0" value="0" />
+        <value cell_index="4052" local_entity="0" value="0" />
+        <value cell_index="4053" local_entity="0" value="0" />
+        <value cell_index="4054" local_entity="0" value="0" />
+        <value cell_index="4055" local_entity="0" value="0" />
+        <value cell_index="4056" local_entity="0" value="0" />
+        <value cell_index="4057" local_entity="0" value="0" />
+        <value cell_index="4058" local_entity="0" value="0" />
+        <value cell_index="4059" local_entity="0" value="0" />
+        <value cell_index="4060" local_entity="0" value="0" />
+        <value cell_index="4061" local_entity="0" value="0" />
+        <value cell_index="4062" local_entity="0" value="0" />
+        <value cell_index="4063" local_entity="0" value="0" />
+        <value cell_index="4064" local_entity="0" value="0" />
+        <value cell_index="4065" local_entity="0" value="0" />
+        <value cell_index="4066" local_entity="0" value="0" />
+        <value cell_index="4067" local_entity="0" value="0" />
+        <value cell_index="4068" local_entity="0" value="0" />
+        <value cell_index="4069" local_entity="0" value="0" />
+        <value cell_index="4070" local_entity="0" value="0" />
+        <value cell_index="4071" local_entity="0" value="0" />
+        <value cell_index="4072" local_entity="0" value="0" />
+        <value cell_index="4073" local_entity="0" value="0" />
+        <value cell_index="4074" local_entity="0" value="0" />
+        <value cell_index="4075" local_entity="0" value="0" />
+        <value cell_index="4076" local_entity="0" value="0" />
+        <value cell_index="4077" local_entity="0" value="0" />
+        <value cell_index="4078" local_entity="0" value="0" />
+        <value cell_index="4079" local_entity="0" value="0" />
+        <value cell_index="4080" local_entity="0" value="0" />
+        <value cell_index="4081" local_entity="0" value="0" />
+        <value cell_index="4082" local_entity="0" value="0" />
+        <value cell_index="4083" local_entity="0" value="0" />
+        <value cell_index="4084" local_entity="0" value="0" />
+        <value cell_index="4085" local_entity="0" value="0" />
+        <value cell_index="4086" local_entity="0" value="0" />
+        <value cell_index="4087" local_entity="0" value="0" />
+        <value cell_index="4088" local_entity="0" value="0" />
+        <value cell_index="4089" local_entity="0" value="0" />
+        <value cell_index="4090" local_entity="0" value="0" />
+        <value cell_index="4091" local_entity="0" value="0" />
+        <value cell_index="4092" local_entity="0" value="0" />
+        <value cell_index="4093" local_entity="0" value="0" />
+        <value cell_index="4094" local_entity="0" value="0" />
+        <value cell_index="4095" local_entity="0" value="0" />
+        <value cell_index="4096" local_entity="0" value="0" />
+        <value cell_index="4097" local_entity="0" value="0" />
+        <value cell_index="4098" local_entity="0" value="0" />
+        <value cell_index="4099" local_entity="0" value="0" />
+        <value cell_index="4100" local_entity="0" value="0" />
+        <value cell_index="4101" local_entity="0" value="0" />
+        <value cell_index="4102" local_entity="0" value="0" />
+        <value cell_index="4103" local_entity="0" value="0" />
+        <value cell_index="4104" local_entity="0" value="0" />
+        <value cell_index="4105" local_entity="0" value="0" />
+        <value cell_index="4106" local_entity="0" value="0" />
+        <value cell_index="4107" local_entity="0" value="0" />
+        <value cell_index="4108" local_entity="0" value="0" />
+        <value cell_index="4109" local_entity="0" value="0" />
+        <value cell_index="4110" local_entity="0" value="0" />
+        <value cell_index="4111" local_entity="0" value="0" />
+        <value cell_index="4112" local_entity="0" value="0" />
+        <value cell_index="4113" local_entity="0" value="0" />
+        <value cell_index="4114" local_entity="0" value="0" />
+        <value cell_index="4115" local_entity="0" value="0" />
+        <value cell_index="4116" local_entity="0" value="0" />
+        <value cell_index="4117" local_entity="0" value="0" />
+        <value cell_index="4118" local_entity="0" value="0" />
+        <value cell_index="4119" local_entity="0" value="0" />
+        <value cell_index="4120" local_entity="0" value="0" />
+        <value cell_index="4121" local_entity="0" value="0" />
+        <value cell_index="4122" local_entity="0" value="0" />
+        <value cell_index="4123" local_entity="0" value="0" />
+        <value cell_index="4124" local_entity="0" value="0" />
+        <value cell_index="4125" local_entity="0" value="0" />
+        <value cell_index="4126" local_entity="0" value="0" />
+        <value cell_index="4127" local_entity="0" value="0" />
+        <value cell_index="4128" local_entity="0" value="0" />
+        <value cell_index="4129" local_entity="0" value="0" />
+        <value cell_index="4130" local_entity="0" value="0" />
+        <value cell_index="4131" local_entity="0" value="0" />
+        <value cell_index="4132" local_entity="0" value="0" />
+        <value cell_index="4133" local_entity="0" value="0" />
+        <value cell_index="4134" local_entity="0" value="0" />
+        <value cell_index="4135" local_entity="0" value="0" />
+        <value cell_index="4136" local_entity="0" value="0" />
+        <value cell_index="4137" local_entity="0" value="0" />
+        <value cell_index="4138" local_entity="0" value="0" />
+        <value cell_index="4139" local_entity="0" value="0" />
+        <value cell_index="4140" local_entity="0" value="0" />
+        <value cell_index="4141" local_entity="0" value="0" />
+        <value cell_index="4142" local_entity="0" value="0" />
+        <value cell_index="4143" local_entity="0" value="0" />
+        <value cell_index="4144" local_entity="0" value="0" />
+        <value cell_index="4145" local_entity="0" value="0" />
+        <value cell_index="4146" local_entity="0" value="0" />
+        <value cell_index="4147" local_entity="0" value="0" />
+        <value cell_index="4148" local_entity="0" value="0" />
+        <value cell_index="4149" local_entity="0" value="0" />
+        <value cell_index="4150" local_entity="0" value="0" />
+        <value cell_index="4151" local_entity="0" value="0" />
+        <value cell_index="4152" local_entity="0" value="0" />
+        <value cell_index="4153" local_entity="0" value="0" />
+        <value cell_index="4154" local_entity="0" value="0" />
+        <value cell_index="4155" local_entity="0" value="0" />
+        <value cell_index="4156" local_entity="0" value="0" />
+        <value cell_index="4157" local_entity="0" value="0" />
+        <value cell_index="4158" local_entity="0" value="0" />
+        <value cell_index="4159" local_entity="0" value="0" />
+        <value cell_index="4160" local_entity="0" value="0" />
+        <value cell_index="4161" local_entity="0" value="0" />
+        <value cell_index="4162" local_entity="0" value="0" />
+        <value cell_index="4163" local_entity="0" value="0" />
+        <value cell_index="4164" local_entity="0" value="0" />
+        <value cell_index="4165" local_entity="0" value="0" />
+        <value cell_index="4166" local_entity="0" value="0" />
+        <value cell_index="4167" local_entity="0" value="0" />
+        <value cell_index="4168" local_entity="0" value="0" />
+        <value cell_index="4169" local_entity="0" value="0" />
+        <value cell_index="4170" local_entity="0" value="0" />
+        <value cell_index="4171" local_entity="0" value="0" />
+        <value cell_index="4172" local_entity="0" value="0" />
+        <value cell_index="4173" local_entity="0" value="0" />
+        <value cell_index="4174" local_entity="0" value="0" />
+        <value cell_index="4175" local_entity="0" value="0" />
+        <value cell_index="4176" local_entity="0" value="0" />
+        <value cell_index="4177" local_entity="0" value="0" />
+        <value cell_index="4178" local_entity="0" value="0" />
+        <value cell_index="4179" local_entity="0" value="0" />
+        <value cell_index="4180" local_entity="0" value="0" />
+        <value cell_index="4181" local_entity="0" value="0" />
+        <value cell_index="4182" local_entity="0" value="0" />
+        <value cell_index="4183" local_entity="0" value="0" />
+        <value cell_index="4184" local_entity="0" value="0" />
+        <value cell_index="4185" local_entity="0" value="0" />
+        <value cell_index="4186" local_entity="0" value="0" />
+        <value cell_index="4187" local_entity="0" value="0" />
+        <value cell_index="4188" local_entity="0" value="0" />
+        <value cell_index="4189" local_entity="0" value="0" />
+        <value cell_index="4190" local_entity="0" value="0" />
+        <value cell_index="4191" local_entity="0" value="0" />
+        <value cell_index="4192" local_entity="0" value="0" />
+        <value cell_index="4193" local_entity="0" value="0" />
+        <value cell_index="4194" local_entity="0" value="0" />
+        <value cell_index="4195" local_entity="0" value="0" />
+        <value cell_index="4196" local_entity="0" value="0" />
+        <value cell_index="4197" local_entity="0" value="0" />
+        <value cell_index="4198" local_entity="0" value="0" />
+        <value cell_index="4199" local_entity="0" value="0" />
+        <value cell_index="4200" local_entity="0" value="0" />
+        <value cell_index="4201" local_entity="0" value="0" />
+        <value cell_index="4202" local_entity="0" value="0" />
+        <value cell_index="4203" local_entity="0" value="0" />
+        <value cell_index="4204" local_entity="0" value="0" />
+        <value cell_index="4205" local_entity="0" value="0" />
+        <value cell_index="4206" local_entity="0" value="0" />
+        <value cell_index="4207" local_entity="0" value="0" />
+        <value cell_index="4208" local_entity="0" value="0" />
+        <value cell_index="4209" local_entity="0" value="0" />
+        <value cell_index="4210" local_entity="0" value="0" />
+        <value cell_index="4211" local_entity="0" value="0" />
+        <value cell_index="4212" local_entity="0" value="0" />
+        <value cell_index="4213" local_entity="0" value="0" />
+        <value cell_index="4214" local_entity="0" value="0" />
+        <value cell_index="4215" local_entity="0" value="0" />
+        <value cell_index="4216" local_entity="0" value="0" />
+        <value cell_index="4217" local_entity="0" value="0" />
+        <value cell_index="4218" local_entity="0" value="0" />
+        <value cell_index="4219" local_entity="0" value="0" />
+        <value cell_index="4220" local_entity="0" value="0" />
+        <value cell_index="4221" local_entity="0" value="0" />
+        <value cell_index="4222" local_entity="0" value="0" />
+        <value cell_index="4223" local_entity="0" value="0" />
+        <value cell_index="4224" local_entity="0" value="0" />
+        <value cell_index="4225" local_entity="0" value="0" />
+        <value cell_index="4226" local_entity="0" value="0" />
+        <value cell_index="4227" local_entity="0" value="0" />
+        <value cell_index="4228" local_entity="0" value="0" />
+        <value cell_index="4229" local_entity="0" value="0" />
+        <value cell_index="4230" local_entity="0" value="0" />
+        <value cell_index="4231" local_entity="0" value="0" />
+        <value cell_index="4232" local_entity="0" value="0" />
+        <value cell_index="4233" local_entity="0" value="0" />
+        <value cell_index="4234" local_entity="0" value="0" />
+        <value cell_index="4235" local_entity="0" value="0" />
+        <value cell_index="4236" local_entity="0" value="0" />
+        <value cell_index="4237" local_entity="0" value="0" />
+        <value cell_index="4238" local_entity="0" value="0" />
+        <value cell_index="4239" local_entity="0" value="0" />
+        <value cell_index="4240" local_entity="0" value="0" />
+        <value cell_index="4241" local_entity="0" value="0" />
+        <value cell_index="4242" local_entity="0" value="0" />
+        <value cell_index="4243" local_entity="0" value="0" />
+        <value cell_index="4244" local_entity="0" value="0" />
+        <value cell_index="4245" local_entity="0" value="0" />
+        <value cell_index="4246" local_entity="0" value="0" />
+        <value cell_index="4247" local_entity="0" value="0" />
+        <value cell_index="4248" local_entity="0" value="0" />
+        <value cell_index="4249" local_entity="0" value="0" />
+        <value cell_index="4250" local_entity="0" value="0" />
+        <value cell_index="4251" local_entity="0" value="0" />
+        <value cell_index="4252" local_entity="0" value="0" />
+        <value cell_index="4253" local_entity="0" value="0" />
+        <value cell_index="4254" local_entity="0" value="0" />
+        <value cell_index="4255" local_entity="0" value="0" />
+        <value cell_index="4256" local_entity="0" value="0" />
+        <value cell_index="4257" local_entity="0" value="0" />
+        <value cell_index="4258" local_entity="0" value="0" />
+        <value cell_index="4259" local_entity="0" value="0" />
+        <value cell_index="4260" local_entity="0" value="0" />
+        <value cell_index="4261" local_entity="0" value="0" />
+        <value cell_index="4262" local_entity="0" value="0" />
+        <value cell_index="4263" local_entity="0" value="0" />
+        <value cell_index="4264" local_entity="0" value="0" />
+        <value cell_index="4265" local_entity="0" value="0" />
+        <value cell_index="4266" local_entity="0" value="0" />
+        <value cell_index="4267" local_entity="0" value="0" />
+        <value cell_index="4268" local_entity="0" value="0" />
+        <value cell_index="4269" local_entity="0" value="0" />
+        <value cell_index="4270" local_entity="0" value="0" />
+        <value cell_index="4271" local_entity="0" value="0" />
+        <value cell_index="4272" local_entity="0" value="0" />
+        <value cell_index="4273" local_entity="0" value="0" />
+        <value cell_index="4274" local_entity="0" value="0" />
+        <value cell_index="4275" local_entity="0" value="0" />
+        <value cell_index="4276" local_entity="0" value="0" />
+        <value cell_index="4277" local_entity="0" value="0" />
+        <value cell_index="4278" local_entity="0" value="0" />
+        <value cell_index="4279" local_entity="0" value="0" />
+        <value cell_index="4280" local_entity="0" value="0" />
+        <value cell_index="4281" local_entity="0" value="0" />
+        <value cell_index="4282" local_entity="0" value="0" />
+        <value cell_index="4283" local_entity="0" value="0" />
+        <value cell_index="4284" local_entity="0" value="0" />
+        <value cell_index="4285" local_entity="0" value="0" />
+        <value cell_index="4286" local_entity="0" value="0" />
+        <value cell_index="4287" local_entity="0" value="0" />
+        <value cell_index="4288" local_entity="0" value="0" />
+        <value cell_index="4289" local_entity="0" value="0" />
+        <value cell_index="4290" local_entity="0" value="0" />
+        <value cell_index="4291" local_entity="0" value="0" />
+        <value cell_index="4292" local_entity="0" value="0" />
+        <value cell_index="4293" local_entity="0" value="0" />
+        <value cell_index="4294" local_entity="0" value="0" />
+        <value cell_index="4295" local_entity="0" value="0" />
+        <value cell_index="4296" local_entity="0" value="0" />
+        <value cell_index="4297" local_entity="0" value="0" />
+        <value cell_index="4298" local_entity="0" value="0" />
+        <value cell_index="4299" local_entity="0" value="0" />
+        <value cell_index="4300" local_entity="0" value="0" />
+        <value cell_index="4301" local_entity="0" value="0" />
+        <value cell_index="4302" local_entity="0" value="0" />
+        <value cell_index="4303" local_entity="0" value="0" />
+        <value cell_index="4304" local_entity="0" value="0" />
+        <value cell_index="4305" local_entity="0" value="0" />
+        <value cell_index="4306" local_entity="0" value="0" />
+        <value cell_index="4307" local_entity="0" value="0" />
+        <value cell_index="4308" local_entity="0" value="0" />
+        <value cell_index="4309" local_entity="0" value="0" />
+        <value cell_index="4310" local_entity="0" value="0" />
+        <value cell_index="4311" local_entity="0" value="0" />
+        <value cell_index="4312" local_entity="0" value="0" />
+        <value cell_index="4313" local_entity="0" value="0" />
+        <value cell_index="4314" local_entity="0" value="0" />
+        <value cell_index="4315" local_entity="0" value="0" />
+        <value cell_index="4316" local_entity="0" value="0" />
+        <value cell_index="4317" local_entity="0" value="0" />
+        <value cell_index="4318" local_entity="0" value="0" />
+        <value cell_index="4319" local_entity="0" value="0" />
+        <value cell_index="4320" local_entity="0" value="0" />
+        <value cell_index="4321" local_entity="0" value="0" />
+        <value cell_index="4322" local_entity="0" value="0" />
+        <value cell_index="4323" local_entity="0" value="0" />
+        <value cell_index="4324" local_entity="0" value="0" />
+        <value cell_index="4325" local_entity="0" value="0" />
+        <value cell_index="4326" local_entity="0" value="0" />
+        <value cell_index="4327" local_entity="0" value="0" />
+        <value cell_index="4328" local_entity="0" value="0" />
+        <value cell_index="4329" local_entity="0" value="0" />
+        <value cell_index="4330" local_entity="0" value="0" />
+        <value cell_index="4331" local_entity="0" value="0" />
+        <value cell_index="4332" local_entity="0" value="0" />
+        <value cell_index="4333" local_entity="0" value="0" />
+        <value cell_index="4334" local_entity="0" value="0" />
+        <value cell_index="4335" local_entity="0" value="0" />
+        <value cell_index="4336" local_entity="0" value="0" />
+        <value cell_index="4337" local_entity="0" value="0" />
+        <value cell_index="4338" local_entity="0" value="0" />
+        <value cell_index="4339" local_entity="0" value="0" />
+        <value cell_index="4340" local_entity="0" value="0" />
+        <value cell_index="4341" local_entity="0" value="0" />
+        <value cell_index="4342" local_entity="0" value="0" />
+        <value cell_index="4343" local_entity="0" value="0" />
+        <value cell_index="4344" local_entity="0" value="0" />
+        <value cell_index="4345" local_entity="0" value="0" />
+        <value cell_index="4346" local_entity="0" value="0" />
+        <value cell_index="4347" local_entity="0" value="0" />
+        <value cell_index="4348" local_entity="0" value="0" />
+        <value cell_index="4349" local_entity="0" value="0" />
+        <value cell_index="4350" local_entity="0" value="0" />
+        <value cell_index="4351" local_entity="0" value="0" />
+        <value cell_index="4352" local_entity="0" value="0" />
+        <value cell_index="4353" local_entity="0" value="0" />
+        <value cell_index="4354" local_entity="0" value="0" />
+        <value cell_index="4355" local_entity="0" value="0" />
+        <value cell_index="4356" local_entity="0" value="0" />
+        <value cell_index="4357" local_entity="0" value="0" />
+        <value cell_index="4358" local_entity="0" value="0" />
+        <value cell_index="4359" local_entity="0" value="0" />
+        <value cell_index="4360" local_entity="0" value="0" />
+        <value cell_index="4361" local_entity="0" value="0" />
+        <value cell_index="4362" local_entity="0" value="0" />
+        <value cell_index="4363" local_entity="0" value="0" />
+        <value cell_index="4364" local_entity="0" value="0" />
+        <value cell_index="4365" local_entity="0" value="0" />
+        <value cell_index="4366" local_entity="0" value="0" />
+        <value cell_index="4367" local_entity="0" value="0" />
+        <value cell_index="4368" local_entity="0" value="0" />
+        <value cell_index="4369" local_entity="0" value="0" />
+        <value cell_index="4370" local_entity="0" value="0" />
+        <value cell_index="4371" local_entity="0" value="0" />
+        <value cell_index="4372" local_entity="0" value="0" />
+        <value cell_index="4373" local_entity="0" value="0" />
+        <value cell_index="4374" local_entity="0" value="0" />
+        <value cell_index="4375" local_entity="0" value="0" />
+        <value cell_index="4376" local_entity="0" value="0" />
+        <value cell_index="4377" local_entity="0" value="0" />
+        <value cell_index="4378" local_entity="0" value="0" />
+        <value cell_index="4379" local_entity="0" value="0" />
+        <value cell_index="4380" local_entity="0" value="0" />
+        <value cell_index="4381" local_entity="0" value="0" />
+        <value cell_index="4382" local_entity="0" value="0" />
+        <value cell_index="4383" local_entity="0" value="0" />
+        <value cell_index="4384" local_entity="0" value="0" />
+        <value cell_index="4385" local_entity="0" value="0" />
+        <value cell_index="4386" local_entity="0" value="0" />
+        <value cell_index="4387" local_entity="0" value="0" />
+        <value cell_index="4388" local_entity="0" value="0" />
+        <value cell_index="4389" local_entity="0" value="0" />
+        <value cell_index="4390" local_entity="0" value="0" />
+        <value cell_index="4391" local_entity="0" value="0" />
+        <value cell_index="4392" local_entity="0" value="0" />
+        <value cell_index="4393" local_entity="0" value="0" />
+        <value cell_index="4394" local_entity="0" value="0" />
+        <value cell_index="4395" local_entity="0" value="0" />
+        <value cell_index="4396" local_entity="0" value="0" />
+        <value cell_index="4397" local_entity="0" value="0" />
+        <value cell_index="4398" local_entity="0" value="0" />
+        <value cell_index="4399" local_entity="0" value="0" />
+        <value cell_index="4400" local_entity="0" value="0" />
+        <value cell_index="4401" local_entity="0" value="0" />
+        <value cell_index="4402" local_entity="0" value="0" />
+        <value cell_index="4403" local_entity="0" value="0" />
+        <value cell_index="4404" local_entity="0" value="0" />
+        <value cell_index="4405" local_entity="0" value="0" />
+        <value cell_index="4406" local_entity="0" value="0" />
+        <value cell_index="4407" local_entity="0" value="0" />
+        <value cell_index="4408" local_entity="0" value="0" />
+        <value cell_index="4409" local_entity="0" value="0" />
+        <value cell_index="4410" local_entity="0" value="0" />
+        <value cell_index="4411" local_entity="0" value="0" />
+        <value cell_index="4412" local_entity="0" value="0" />
+        <value cell_index="4413" local_entity="0" value="0" />
+        <value cell_index="4414" local_entity="0" value="0" />
+        <value cell_index="4415" local_entity="0" value="0" />
+        <value cell_index="4416" local_entity="0" value="0" />
+        <value cell_index="4417" local_entity="0" value="0" />
+        <value cell_index="4418" local_entity="0" value="0" />
+        <value cell_index="4419" local_entity="0" value="0" />
+        <value cell_index="4420" local_entity="0" value="0" />
+        <value cell_index="4421" local_entity="0" value="0" />
+        <value cell_index="4422" local_entity="0" value="0" />
+        <value cell_index="4423" local_entity="0" value="0" />
+        <value cell_index="4424" local_entity="0" value="0" />
+        <value cell_index="4425" local_entity="0" value="0" />
+        <value cell_index="4426" local_entity="0" value="0" />
+        <value cell_index="4427" local_entity="0" value="0" />
+        <value cell_index="4428" local_entity="0" value="0" />
+        <value cell_index="4429" local_entity="0" value="0" />
+        <value cell_index="4430" local_entity="0" value="0" />
+        <value cell_index="4431" local_entity="0" value="0" />
+        <value cell_index="4432" local_entity="0" value="0" />
+        <value cell_index="4433" local_entity="0" value="0" />
+        <value cell_index="4434" local_entity="0" value="0" />
+        <value cell_index="4435" local_entity="0" value="0" />
+        <value cell_index="4436" local_entity="0" value="0" />
+        <value cell_index="4437" local_entity="0" value="0" />
+        <value cell_index="4438" local_entity="0" value="0" />
+        <value cell_index="4439" local_entity="0" value="0" />
+        <value cell_index="4440" local_entity="0" value="0" />
+        <value cell_index="4441" local_entity="0" value="0" />
+        <value cell_index="4442" local_entity="0" value="0" />
+        <value cell_index="4443" local_entity="0" value="0" />
+        <value cell_index="4444" local_entity="0" value="0" />
+        <value cell_index="4445" local_entity="0" value="0" />
+        <value cell_index="4446" local_entity="0" value="0" />
+        <value cell_index="4447" local_entity="0" value="0" />
+        <value cell_index="4448" local_entity="0" value="0" />
+        <value cell_index="4449" local_entity="0" value="0" />
+        <value cell_index="4450" local_entity="0" value="0" />
+        <value cell_index="4451" local_entity="0" value="0" />
+        <value cell_index="4452" local_entity="0" value="0" />
+        <value cell_index="4453" local_entity="0" value="0" />
+        <value cell_index="4454" local_entity="0" value="0" />
+        <value cell_index="4455" local_entity="0" value="0" />
+        <value cell_index="4456" local_entity="0" value="0" />
+        <value cell_index="4457" local_entity="0" value="0" />
+        <value cell_index="4458" local_entity="0" value="0" />
+        <value cell_index="4459" local_entity="0" value="0" />
+        <value cell_index="4460" local_entity="0" value="0" />
+        <value cell_index="4461" local_entity="0" value="0" />
+        <value cell_index="4462" local_entity="0" value="0" />
+        <value cell_index="4463" local_entity="0" value="0" />
+        <value cell_index="4464" local_entity="0" value="0" />
+        <value cell_index="4465" local_entity="0" value="0" />
+        <value cell_index="4466" local_entity="0" value="0" />
+        <value cell_index="4467" local_entity="0" value="0" />
+        <value cell_index="4468" local_entity="0" value="0" />
+        <value cell_index="4469" local_entity="0" value="0" />
+        <value cell_index="4470" local_entity="0" value="0" />
+        <value cell_index="4471" local_entity="0" value="0" />
+        <value cell_index="4472" local_entity="0" value="0" />
+        <value cell_index="4473" local_entity="0" value="0" />
+        <value cell_index="4474" local_entity="0" value="0" />
+        <value cell_index="4475" local_entity="0" value="0" />
+        <value cell_index="4476" local_entity="0" value="0" />
+        <value cell_index="4477" local_entity="0" value="0" />
+        <value cell_index="4478" local_entity="0" value="0" />
+        <value cell_index="4479" local_entity="0" value="0" />
+        <value cell_index="4480" local_entity="0" value="0" />
+        <value cell_index="4481" local_entity="0" value="0" />
+        <value cell_index="4482" local_entity="0" value="0" />
+        <value cell_index="4483" local_entity="0" value="0" />
+        <value cell_index="4484" local_entity="0" value="0" />
+        <value cell_index="4485" local_entity="0" value="0" />
+        <value cell_index="4486" local_entity="0" value="0" />
+        <value cell_index="4487" local_entity="0" value="0" />
+        <value cell_index="4488" local_entity="0" value="0" />
+        <value cell_index="4489" local_entity="0" value="0" />
+        <value cell_index="4490" local_entity="0" value="0" />
+        <value cell_index="4491" local_entity="0" value="0" />
+        <value cell_index="4492" local_entity="0" value="0" />
+        <value cell_index="4493" local_entity="0" value="0" />
+        <value cell_index="4494" local_entity="0" value="0" />
+        <value cell_index="4495" local_entity="0" value="0" />
+        <value cell_index="4496" local_entity="0" value="0" />
+        <value cell_index="4497" local_entity="0" value="0" />
+        <value cell_index="4498" local_entity="0" value="0" />
+        <value cell_index="4499" local_entity="0" value="0" />
+        <value cell_index="4500" local_entity="0" value="0" />
+        <value cell_index="4501" local_entity="0" value="0" />
+        <value cell_index="4502" local_entity="0" value="0" />
+        <value cell_index="4503" local_entity="0" value="0" />
+        <value cell_index="4504" local_entity="0" value="0" />
+        <value cell_index="4505" local_entity="0" value="0" />
+        <value cell_index="4506" local_entity="0" value="0" />
+        <value cell_index="4507" local_entity="0" value="0" />
+        <value cell_index="4508" local_entity="0" value="0" />
+        <value cell_index="4509" local_entity="0" value="0" />
+        <value cell_index="4510" local_entity="0" value="0" />
+        <value cell_index="4511" local_entity="0" value="0" />
+        <value cell_index="4512" local_entity="0" value="0" />
+        <value cell_index="4513" local_entity="0" value="0" />
+        <value cell_index="4514" local_entity="0" value="0" />
+        <value cell_index="4515" local_entity="0" value="0" />
+        <value cell_index="4516" local_entity="0" value="0" />
+        <value cell_index="4517" local_entity="0" value="0" />
+        <value cell_index="4518" local_entity="0" value="0" />
+        <value cell_index="4519" local_entity="0" value="0" />
+        <value cell_index="4520" local_entity="0" value="0" />
+        <value cell_index="4521" local_entity="0" value="0" />
+        <value cell_index="4522" local_entity="0" value="0" />
+        <value cell_index="4523" local_entity="0" value="0" />
+        <value cell_index="4524" local_entity="0" value="0" />
+        <value cell_index="4525" local_entity="0" value="0" />
+        <value cell_index="4526" local_entity="0" value="0" />
+        <value cell_index="4527" local_entity="0" value="0" />
+        <value cell_index="4528" local_entity="0" value="0" />
+        <value cell_index="4529" local_entity="0" value="0" />
+        <value cell_index="4530" local_entity="0" value="0" />
+        <value cell_index="4531" local_entity="0" value="0" />
+        <value cell_index="4532" local_entity="0" value="0" />
+        <value cell_index="4533" local_entity="0" value="0" />
+        <value cell_index="4534" local_entity="0" value="0" />
+        <value cell_index="4535" local_entity="0" value="0" />
+        <value cell_index="4536" local_entity="0" value="0" />
+        <value cell_index="4537" local_entity="0" value="0" />
+        <value cell_index="4538" local_entity="0" value="0" />
+        <value cell_index="4539" local_entity="0" value="0" />
+        <value cell_index="4540" local_entity="0" value="0" />
+        <value cell_index="4541" local_entity="0" value="0" />
+        <value cell_index="4542" local_entity="0" value="0" />
+        <value cell_index="4543" local_entity="0" value="0" />
+        <value cell_index="4544" local_entity="0" value="0" />
+        <value cell_index="4545" local_entity="0" value="0" />
+        <value cell_index="4546" local_entity="0" value="0" />
+        <value cell_index="4547" local_entity="0" value="0" />
+        <value cell_index="4548" local_entity="0" value="0" />
+        <value cell_index="4549" local_entity="0" value="0" />
+        <value cell_index="4550" local_entity="0" value="0" />
+        <value cell_index="4551" local_entity="0" value="0" />
+        <value cell_index="4552" local_entity="0" value="0" />
+        <value cell_index="4553" local_entity="0" value="0" />
+        <value cell_index="4554" local_entity="0" value="0" />
+        <value cell_index="4555" local_entity="0" value="0" />
+        <value cell_index="4556" local_entity="0" value="0" />
+        <value cell_index="4557" local_entity="0" value="0" />
+        <value cell_index="4558" local_entity="0" value="0" />
+        <value cell_index="4559" local_entity="0" value="0" />
+        <value cell_index="4560" local_entity="0" value="0" />
+        <value cell_index="4561" local_entity="0" value="0" />
+        <value cell_index="4562" local_entity="0" value="0" />
+        <value cell_index="4563" local_entity="0" value="0" />
+        <value cell_index="4564" local_entity="0" value="0" />
+        <value cell_index="4565" local_entity="0" value="0" />
+        <value cell_index="4566" local_entity="0" value="0" />
+        <value cell_index="4567" local_entity="0" value="0" />
+        <value cell_index="4568" local_entity="0" value="0" />
+        <value cell_index="4569" local_entity="0" value="0" />
+        <value cell_index="4570" local_entity="0" value="0" />
+        <value cell_index="4571" local_entity="0" value="0" />
+        <value cell_index="4572" local_entity="0" value="0" />
+        <value cell_index="4573" local_entity="0" value="0" />
+        <value cell_index="4574" local_entity="0" value="0" />
+        <value cell_index="4575" local_entity="0" value="0" />
+        <value cell_index="4576" local_entity="0" value="0" />
+        <value cell_index="4577" local_entity="0" value="0" />
+        <value cell_index="4578" local_entity="0" value="0" />
+        <value cell_index="4579" local_entity="0" value="0" />
+        <value cell_index="4580" local_entity="0" value="0" />
+        <value cell_index="4581" local_entity="0" value="0" />
+        <value cell_index="4582" local_entity="0" value="0" />
+        <value cell_index="4583" local_entity="0" value="0" />
+        <value cell_index="4584" local_entity="0" value="0" />
+        <value cell_index="4585" local_entity="0" value="0" />
+        <value cell_index="4586" local_entity="0" value="0" />
+        <value cell_index="4587" local_entity="0" value="0" />
+        <value cell_index="4588" local_entity="0" value="0" />
+        <value cell_index="4589" local_entity="0" value="0" />
+        <value cell_index="4590" local_entity="0" value="0" />
+        <value cell_index="4591" local_entity="0" value="0" />
+        <value cell_index="4592" local_entity="0" value="0" />
+        <value cell_index="4593" local_entity="0" value="0" />
+        <value cell_index="4594" local_entity="0" value="0" />
+        <value cell_index="4595" local_entity="0" value="0" />
+        <value cell_index="4596" local_entity="0" value="0" />
+        <value cell_index="4597" local_entity="0" value="0" />
+        <value cell_index="4598" local_entity="0" value="0" />
+        <value cell_index="4599" local_entity="0" value="0" />
+        <value cell_index="4600" local_entity="0" value="0" />
+        <value cell_index="4601" local_entity="0" value="0" />
+        <value cell_index="4602" local_entity="0" value="0" />
+        <value cell_index="4603" local_entity="0" value="0" />
+        <value cell_index="4604" local_entity="0" value="0" />
+        <value cell_index="4605" local_entity="0" value="0" />
+        <value cell_index="4606" local_entity="0" value="0" />
+        <value cell_index="4607" local_entity="0" value="0" />
+        <value cell_index="4608" local_entity="0" value="0" />
+        <value cell_index="4609" local_entity="0" value="0" />
+        <value cell_index="4610" local_entity="0" value="0" />
+        <value cell_index="4611" local_entity="0" value="0" />
+        <value cell_index="4612" local_entity="0" value="0" />
+        <value cell_index="4613" local_entity="0" value="0" />
+        <value cell_index="4614" local_entity="0" value="0" />
+        <value cell_index="4615" local_entity="0" value="0" />
+        <value cell_index="4616" local_entity="0" value="0" />
+        <value cell_index="4617" local_entity="0" value="0" />
+        <value cell_index="4618" local_entity="0" value="0" />
+        <value cell_index="4619" local_entity="0" value="0" />
+        <value cell_index="4620" local_entity="0" value="0" />
+        <value cell_index="4621" local_entity="0" value="0" />
+        <value cell_index="4622" local_entity="0" value="0" />
+        <value cell_index="4623" local_entity="0" value="0" />
+        <value cell_index="4624" local_entity="0" value="0" />
+        <value cell_index="4625" local_entity="0" value="0" />
+        <value cell_index="4626" local_entity="0" value="0" />
+        <value cell_index="4627" local_entity="0" value="0" />
+        <value cell_index="4628" local_entity="0" value="0" />
+        <value cell_index="4629" local_entity="0" value="0" />
+        <value cell_index="4630" local_entity="0" value="0" />
+        <value cell_index="4631" local_entity="0" value="0" />
+        <value cell_index="4632" local_entity="0" value="0" />
+        <value cell_index="4633" local_entity="0" value="0" />
+        <value cell_index="4634" local_entity="0" value="0" />
+        <value cell_index="4635" local_entity="0" value="0" />
+        <value cell_index="4636" local_entity="0" value="0" />
+        <value cell_index="4637" local_entity="0" value="0" />
+        <value cell_index="4638" local_entity="0" value="0" />
+        <value cell_index="4639" local_entity="0" value="0" />
+        <value cell_index="4640" local_entity="0" value="0" />
+        <value cell_index="4641" local_entity="0" value="0" />
+        <value cell_index="4642" local_entity="0" value="0" />
+        <value cell_index="4643" local_entity="0" value="0" />
+        <value cell_index="4644" local_entity="0" value="0" />
+        <value cell_index="4645" local_entity="0" value="0" />
+        <value cell_index="4646" local_entity="0" value="0" />
+        <value cell_index="4647" local_entity="0" value="0" />
+        <value cell_index="4648" local_entity="0" value="0" />
+        <value cell_index="4649" local_entity="0" value="0" />
+        <value cell_index="4650" local_entity="0" value="0" />
+        <value cell_index="4651" local_entity="0" value="0" />
+        <value cell_index="4652" local_entity="0" value="0" />
+        <value cell_index="4653" local_entity="0" value="0" />
+        <value cell_index="4654" local_entity="0" value="0" />
+        <value cell_index="4655" local_entity="0" value="0" />
+        <value cell_index="4656" local_entity="0" value="0" />
+        <value cell_index="4657" local_entity="0" value="0" />
+        <value cell_index="4658" local_entity="0" value="0" />
+        <value cell_index="4659" local_entity="0" value="0" />
+        <value cell_index="4660" local_entity="0" value="0" />
+        <value cell_index="4661" local_entity="0" value="0" />
+        <value cell_index="4662" local_entity="0" value="0" />
+        <value cell_index="4663" local_entity="0" value="0" />
+        <value cell_index="4664" local_entity="0" value="0" />
+        <value cell_index="4665" local_entity="0" value="0" />
+        <value cell_index="4666" local_entity="0" value="0" />
+        <value cell_index="4667" local_entity="0" value="0" />
+        <value cell_index="4668" local_entity="0" value="0" />
+        <value cell_index="4669" local_entity="0" value="0" />
+        <value cell_index="4670" local_entity="0" value="0" />
+        <value cell_index="4671" local_entity="0" value="0" />
+        <value cell_index="4672" local_entity="0" value="0" />
+        <value cell_index="4673" local_entity="0" value="0" />
+        <value cell_index="4674" local_entity="0" value="0" />
+        <value cell_index="4675" local_entity="0" value="0" />
+        <value cell_index="4676" local_entity="0" value="0" />
+        <value cell_index="4677" local_entity="0" value="0" />
+        <value cell_index="4678" local_entity="0" value="0" />
+        <value cell_index="4679" local_entity="0" value="0" />
+        <value cell_index="4680" local_entity="0" value="0" />
+        <value cell_index="4681" local_entity="0" value="0" />
+        <value cell_index="4682" local_entity="0" value="0" />
+        <value cell_index="4683" local_entity="0" value="0" />
+        <value cell_index="4684" local_entity="0" value="0" />
+        <value cell_index="4685" local_entity="0" value="0" />
+        <value cell_index="4686" local_entity="0" value="0" />
+        <value cell_index="4687" local_entity="0" value="0" />
+        <value cell_index="4688" local_entity="0" value="0" />
+        <value cell_index="4689" local_entity="0" value="0" />
+        <value cell_index="4690" local_entity="0" value="0" />
+        <value cell_index="4691" local_entity="0" value="0" />
+        <value cell_index="4692" local_entity="0" value="0" />
+        <value cell_index="4693" local_entity="0" value="0" />
+        <value cell_index="4694" local_entity="0" value="0" />
+        <value cell_index="4695" local_entity="0" value="0" />
+        <value cell_index="4696" local_entity="0" value="0" />
+        <value cell_index="4697" local_entity="0" value="0" />
+        <value cell_index="4698" local_entity="0" value="0" />
+        <value cell_index="4699" local_entity="0" value="0" />
+        <value cell_index="4700" local_entity="0" value="0" />
+        <value cell_index="4701" local_entity="0" value="0" />
+        <value cell_index="4702" local_entity="0" value="0" />
+        <value cell_index="4703" local_entity="0" value="0" />
+        <value cell_index="4704" local_entity="0" value="0" />
+        <value cell_index="4705" local_entity="0" value="0" />
+        <value cell_index="4706" local_entity="0" value="0" />
+        <value cell_index="4707" local_entity="0" value="0" />
+        <value cell_index="4708" local_entity="0" value="0" />
+        <value cell_index="4709" local_entity="0" value="0" />
+        <value cell_index="4710" local_entity="0" value="0" />
+        <value cell_index="4711" local_entity="0" value="0" />
+        <value cell_index="4712" local_entity="0" value="0" />
+        <value cell_index="4713" local_entity="0" value="0" />
+        <value cell_index="4714" local_entity="0" value="0" />
+        <value cell_index="4715" local_entity="0" value="0" />
+        <value cell_index="4716" local_entity="0" value="0" />
+        <value cell_index="4717" local_entity="0" value="0" />
+        <value cell_index="4718" local_entity="0" value="0" />
+        <value cell_index="4719" local_entity="0" value="0" />
+        <value cell_index="4720" local_entity="0" value="0" />
+        <value cell_index="4721" local_entity="0" value="0" />
+        <value cell_index="4722" local_entity="0" value="0" />
+        <value cell_index="4723" local_entity="0" value="0" />
+        <value cell_index="4724" local_entity="0" value="0" />
+        <value cell_index="4725" local_entity="0" value="0" />
+        <value cell_index="4726" local_entity="0" value="0" />
+        <value cell_index="4727" local_entity="0" value="0" />
+        <value cell_index="4728" local_entity="0" value="0" />
+        <value cell_index="4729" local_entity="0" value="0" />
+        <value cell_index="4730" local_entity="0" value="0" />
+        <value cell_index="4731" local_entity="0" value="0" />
+        <value cell_index="4732" local_entity="0" value="0" />
+        <value cell_index="4733" local_entity="0" value="0" />
+        <value cell_index="4734" local_entity="0" value="0" />
+        <value cell_index="4735" local_entity="0" value="0" />
+        <value cell_index="4736" local_entity="0" value="0" />
+        <value cell_index="4737" local_entity="0" value="0" />
+        <value cell_index="4738" local_entity="0" value="0" />
+        <value cell_index="4739" local_entity="0" value="0" />
+        <value cell_index="4740" local_entity="0" value="0" />
+        <value cell_index="4741" local_entity="0" value="0" />
+        <value cell_index="4742" local_entity="0" value="0" />
+        <value cell_index="4743" local_entity="0" value="0" />
+        <value cell_index="4744" local_entity="0" value="0" />
+        <value cell_index="4745" local_entity="0" value="0" />
+        <value cell_index="4746" local_entity="0" value="0" />
+        <value cell_index="4747" local_entity="0" value="0" />
+        <value cell_index="4748" local_entity="0" value="0" />
+        <value cell_index="4749" local_entity="0" value="0" />
+        <value cell_index="4750" local_entity="0" value="0" />
+        <value cell_index="4751" local_entity="0" value="0" />
+        <value cell_index="4752" local_entity="0" value="0" />
+        <value cell_index="4753" local_entity="0" value="0" />
+        <value cell_index="4754" local_entity="0" value="0" />
+        <value cell_index="4755" local_entity="0" value="0" />
+        <value cell_index="4756" local_entity="0" value="0" />
+        <value cell_index="4757" local_entity="0" value="0" />
+        <value cell_index="4758" local_entity="0" value="0" />
+        <value cell_index="4759" local_entity="0" value="0" />
+        <value cell_index="4760" local_entity="0" value="0" />
+        <value cell_index="4761" local_entity="0" value="0" />
+        <value cell_index="4762" local_entity="0" value="0" />
+        <value cell_index="4763" local_entity="0" value="0" />
+        <value cell_index="4764" local_entity="0" value="0" />
+        <value cell_index="4765" local_entity="0" value="0" />
+        <value cell_index="4766" local_entity="0" value="0" />
+        <value cell_index="4767" local_entity="0" value="0" />
+        <value cell_index="4768" local_entity="0" value="0" />
+        <value cell_index="4769" local_entity="0" value="0" />
+        <value cell_index="4770" local_entity="0" value="0" />
+        <value cell_index="4771" local_entity="0" value="0" />
+        <value cell_index="4772" local_entity="0" value="0" />
+        <value cell_index="4773" local_entity="0" value="0" />
+        <value cell_index="4774" local_entity="0" value="0" />
+        <value cell_index="4775" local_entity="0" value="0" />
+        <value cell_index="4776" local_entity="0" value="0" />
+        <value cell_index="4777" local_entity="0" value="0" />
+        <value cell_index="4778" local_entity="0" value="0" />
+        <value cell_index="4779" local_entity="0" value="0" />
+        <value cell_index="4780" local_entity="0" value="0" />
+        <value cell_index="4781" local_entity="0" value="0" />
+        <value cell_index="4782" local_entity="0" value="0" />
+        <value cell_index="4783" local_entity="0" value="0" />
+        <value cell_index="4784" local_entity="0" value="0" />
+        <value cell_index="4785" local_entity="0" value="0" />
+        <value cell_index="4786" local_entity="0" value="0" />
+        <value cell_index="4787" local_entity="0" value="0" />
+        <value cell_index="4788" local_entity="0" value="0" />
+        <value cell_index="4789" local_entity="0" value="0" />
+        <value cell_index="4790" local_entity="0" value="0" />
+        <value cell_index="4791" local_entity="0" value="0" />
+        <value cell_index="4792" local_entity="0" value="0" />
+        <value cell_index="4793" local_entity="0" value="0" />
+        <value cell_index="4794" local_entity="0" value="0" />
+        <value cell_index="4795" local_entity="0" value="0" />
+        <value cell_index="4796" local_entity="0" value="0" />
+        <value cell_index="4797" local_entity="0" value="0" />
+        <value cell_index="4798" local_entity="0" value="0" />
+        <value cell_index="4799" local_entity="0" value="0" />
+        <value cell_index="4800" local_entity="0" value="0" />
+        <value cell_index="4801" local_entity="0" value="0" />
+        <value cell_index="4802" local_entity="0" value="0" />
+        <value cell_index="4803" local_entity="0" value="0" />
+        <value cell_index="4804" local_entity="0" value="0" />
+        <value cell_index="4805" local_entity="0" value="0" />
+        <value cell_index="4806" local_entity="0" value="0" />
+        <value cell_index="4807" local_entity="0" value="0" />
+        <value cell_index="4808" local_entity="0" value="0" />
+        <value cell_index="4809" local_entity="0" value="0" />
+        <value cell_index="4810" local_entity="0" value="0" />
+        <value cell_index="4811" local_entity="0" value="0" />
+        <value cell_index="4812" local_entity="0" value="0" />
+        <value cell_index="4813" local_entity="0" value="0" />
+        <value cell_index="4814" local_entity="0" value="0" />
+        <value cell_index="4815" local_entity="0" value="0" />
+        <value cell_index="4816" local_entity="0" value="0" />
+        <value cell_index="4817" local_entity="0" value="0" />
+        <value cell_index="4818" local_entity="0" value="0" />
+        <value cell_index="4819" local_entity="0" value="0" />
+        <value cell_index="4820" local_entity="0" value="0" />
+        <value cell_index="4821" local_entity="0" value="0" />
+        <value cell_index="4822" local_entity="0" value="0" />
+        <value cell_index="4823" local_entity="0" value="0" />
+        <value cell_index="4824" local_entity="0" value="0" />
+        <value cell_index="4825" local_entity="0" value="0" />
+        <value cell_index="4826" local_entity="0" value="0" />
+        <value cell_index="4827" local_entity="0" value="0" />
+        <value cell_index="4828" local_entity="0" value="0" />
+        <value cell_index="4829" local_entity="0" value="0" />
+        <value cell_index="4830" local_entity="0" value="0" />
+        <value cell_index="4831" local_entity="0" value="0" />
+        <value cell_index="4832" local_entity="0" value="0" />
+        <value cell_index="4833" local_entity="0" value="0" />
+        <value cell_index="4834" local_entity="0" value="0" />
+        <value cell_index="4835" local_entity="0" value="0" />
+        <value cell_index="4836" local_entity="0" value="0" />
+        <value cell_index="4837" local_entity="0" value="0" />
+        <value cell_index="4838" local_entity="0" value="0" />
+        <value cell_index="4839" local_entity="0" value="0" />
+        <value cell_index="4840" local_entity="0" value="0" />
+        <value cell_index="4841" local_entity="0" value="0" />
+        <value cell_index="4842" local_entity="0" value="0" />
+        <value cell_index="4843" local_entity="0" value="0" />
+        <value cell_index="4844" local_entity="0" value="0" />
+        <value cell_index="4845" local_entity="0" value="0" />
+        <value cell_index="4846" local_entity="0" value="0" />
+        <value cell_index="4847" local_entity="0" value="0" />
+        <value cell_index="4848" local_entity="0" value="0" />
+        <value cell_index="4849" local_entity="0" value="0" />
+        <value cell_index="4850" local_entity="0" value="0" />
+        <value cell_index="4851" local_entity="0" value="0" />
+        <value cell_index="4852" local_entity="0" value="0" />
+        <value cell_index="4853" local_entity="0" value="0" />
+        <value cell_index="4854" local_entity="0" value="0" />
+        <value cell_index="4855" local_entity="0" value="0" />
+        <value cell_index="4856" local_entity="0" value="0" />
+        <value cell_index="4857" local_entity="0" value="0" />
+        <value cell_index="4858" local_entity="0" value="0" />
+        <value cell_index="4859" local_entity="0" value="0" />
+        <value cell_index="4860" local_entity="0" value="0" />
+        <value cell_index="4861" local_entity="0" value="0" />
+        <value cell_index="4862" local_entity="0" value="0" />
+        <value cell_index="4863" local_entity="0" value="0" />
+        <value cell_index="4864" local_entity="0" value="0" />
+        <value cell_index="4865" local_entity="0" value="0" />
+        <value cell_index="4866" local_entity="0" value="0" />
+        <value cell_index="4867" local_entity="0" value="0" />
+        <value cell_index="4868" local_entity="0" value="0" />
+        <value cell_index="4869" local_entity="0" value="0" />
+        <value cell_index="4870" local_entity="0" value="0" />
+        <value cell_index="4871" local_entity="0" value="0" />
+        <value cell_index="4872" local_entity="0" value="0" />
+        <value cell_index="4873" local_entity="0" value="0" />
+        <value cell_index="4874" local_entity="0" value="0" />
+        <value cell_index="4875" local_entity="0" value="0" />
+        <value cell_index="4876" local_entity="0" value="0" />
+        <value cell_index="4877" local_entity="0" value="0" />
+        <value cell_index="4878" local_entity="0" value="0" />
+        <value cell_index="4879" local_entity="0" value="0" />
+        <value cell_index="4880" local_entity="0" value="0" />
+        <value cell_index="4881" local_entity="0" value="0" />
+        <value cell_index="4882" local_entity="0" value="0" />
+        <value cell_index="4883" local_entity="0" value="0" />
+        <value cell_index="4884" local_entity="0" value="0" />
+        <value cell_index="4885" local_entity="0" value="0" />
+        <value cell_index="4886" local_entity="0" value="0" />
+        <value cell_index="4887" local_entity="0" value="0" />
+        <value cell_index="4888" local_entity="0" value="0" />
+        <value cell_index="4889" local_entity="0" value="0" />
+        <value cell_index="4890" local_entity="0" value="0" />
+        <value cell_index="4891" local_entity="0" value="0" />
+        <value cell_index="4892" local_entity="0" value="0" />
+        <value cell_index="4893" local_entity="0" value="0" />
+        <value cell_index="4894" local_entity="0" value="0" />
+        <value cell_index="4895" local_entity="0" value="0" />
+        <value cell_index="4896" local_entity="0" value="0" />
+        <value cell_index="4897" local_entity="0" value="0" />
+        <value cell_index="4898" local_entity="0" value="0" />
+        <value cell_index="4899" local_entity="0" value="0" />
+        <value cell_index="4900" local_entity="0" value="0" />
+        <value cell_index="4901" local_entity="0" value="0" />
+        <value cell_index="4902" local_entity="0" value="0" />
+        <value cell_index="4903" local_entity="0" value="0" />
+        <value cell_index="4904" local_entity="0" value="0" />
+        <value cell_index="4905" local_entity="0" value="0" />
+        <value cell_index="4906" local_entity="0" value="0" />
+        <value cell_index="4907" local_entity="0" value="0" />
+        <value cell_index="4908" local_entity="0" value="0" />
+        <value cell_index="4909" local_entity="0" value="0" />
+        <value cell_index="4910" local_entity="0" value="0" />
+        <value cell_index="4911" local_entity="0" value="0" />
+        <value cell_index="4912" local_entity="0" value="0" />
+        <value cell_index="4913" local_entity="0" value="0" />
+        <value cell_index="4914" local_entity="0" value="0" />
+        <value cell_index="4915" local_entity="0" value="0" />
+        <value cell_index="4916" local_entity="0" value="0" />
+        <value cell_index="4917" local_entity="0" value="0" />
+        <value cell_index="4918" local_entity="0" value="0" />
+        <value cell_index="4919" local_entity="0" value="0" />
+        <value cell_index="4920" local_entity="0" value="0" />
+        <value cell_index="4921" local_entity="0" value="0" />
+        <value cell_index="4922" local_entity="0" value="0" />
+        <value cell_index="4923" local_entity="0" value="0" />
+        <value cell_index="4924" local_entity="0" value="0" />
+        <value cell_index="4925" local_entity="0" value="0" />
+        <value cell_index="4926" local_entity="0" value="0" />
+        <value cell_index="4927" local_entity="0" value="0" />
+        <value cell_index="4928" local_entity="0" value="0" />
+        <value cell_index="4929" local_entity="0" value="0" />
+        <value cell_index="4930" local_entity="0" value="0" />
+        <value cell_index="4931" local_entity="0" value="0" />
+        <value cell_index="4932" local_entity="0" value="0" />
+        <value cell_index="4933" local_entity="0" value="0" />
+        <value cell_index="4934" local_entity="0" value="0" />
+        <value cell_index="4935" local_entity="0" value="0" />
+        <value cell_index="4936" local_entity="0" value="0" />
+        <value cell_index="4937" local_entity="0" value="0" />
+        <value cell_index="4938" local_entity="0" value="0" />
+        <value cell_index="4939" local_entity="0" value="0" />
+        <value cell_index="4940" local_entity="0" value="0" />
+        <value cell_index="4941" local_entity="0" value="0" />
+        <value cell_index="4942" local_entity="0" value="0" />
+        <value cell_index="4943" local_entity="0" value="0" />
+        <value cell_index="4944" local_entity="0" value="0" />
+        <value cell_index="4945" local_entity="0" value="0" />
+        <value cell_index="4946" local_entity="0" value="0" />
+        <value cell_index="4947" local_entity="0" value="0" />
+        <value cell_index="4948" local_entity="0" value="0" />
+        <value cell_index="4949" local_entity="0" value="0" />
+        <value cell_index="4950" local_entity="0" value="0" />
+        <value cell_index="4951" local_entity="0" value="0" />
+        <value cell_index="4952" local_entity="0" value="0" />
+        <value cell_index="4953" local_entity="0" value="0" />
+        <value cell_index="4954" local_entity="0" value="0" />
+        <value cell_index="4955" local_entity="0" value="0" />
+        <value cell_index="4956" local_entity="0" value="0" />
+        <value cell_index="4957" local_entity="0" value="0" />
+        <value cell_index="4958" local_entity="0" value="0" />
+        <value cell_index="4959" local_entity="0" value="0" />
+        <value cell_index="4960" local_entity="0" value="0" />
+        <value cell_index="4961" local_entity="0" value="0" />
+        <value cell_index="4962" local_entity="0" value="0" />
+        <value cell_index="4963" local_entity="0" value="0" />
+        <value cell_index="4964" local_entity="0" value="0" />
+        <value cell_index="4965" local_entity="0" value="0" />
+        <value cell_index="4966" local_entity="0" value="0" />
+        <value cell_index="4967" local_entity="0" value="0" />
+        <value cell_index="4968" local_entity="0" value="0" />
+        <value cell_index="4969" local_entity="0" value="0" />
+        <value cell_index="4970" local_entity="0" value="0" />
+        <value cell_index="4971" local_entity="0" value="0" />
+        <value cell_index="4972" local_entity="0" value="0" />
+        <value cell_index="4973" local_entity="0" value="0" />
+        <value cell_index="4974" local_entity="0" value="0" />
+        <value cell_index="4975" local_entity="0" value="0" />
+        <value cell_index="4976" local_entity="0" value="0" />
+        <value cell_index="4977" local_entity="0" value="0" />
+        <value cell_index="4978" local_entity="0" value="0" />
+        <value cell_index="4979" local_entity="0" value="0" />
+        <value cell_index="4980" local_entity="0" value="0" />
+        <value cell_index="4981" local_entity="0" value="0" />
+        <value cell_index="4982" local_entity="0" value="0" />
+        <value cell_index="4983" local_entity="0" value="0" />
+        <value cell_index="4984" local_entity="0" value="0" />
+        <value cell_index="4985" local_entity="0" value="0" />
+        <value cell_index="4986" local_entity="0" value="0" />
+        <value cell_index="4987" local_entity="0" value="0" />
+        <value cell_index="4988" local_entity="0" value="0" />
+        <value cell_index="4989" local_entity="0" value="0" />
+        <value cell_index="4990" local_entity="0" value="0" />
+        <value cell_index="4991" local_entity="0" value="0" />
+        <value cell_index="4992" local_entity="0" value="0" />
+        <value cell_index="4993" local_entity="0" value="0" />
+        <value cell_index="4994" local_entity="0" value="0" />
+        <value cell_index="4995" local_entity="0" value="0" />
+        <value cell_index="4996" local_entity="0" value="0" />
+        <value cell_index="4997" local_entity="0" value="0" />
+        <value cell_index="4998" local_entity="0" value="0" />
+        <value cell_index="4999" local_entity="0" value="0" />
+        <value cell_index="5000" local_entity="0" value="0" />
+        <value cell_index="5001" local_entity="0" value="0" />
+        <value cell_index="5002" local_entity="0" value="0" />
+        <value cell_index="5003" local_entity="0" value="0" />
+        <value cell_index="5004" local_entity="0" value="0" />
+        <value cell_index="5005" local_entity="0" value="0" />
+        <value cell_index="5006" local_entity="0" value="0" />
+        <value cell_index="5007" local_entity="0" value="0" />
+        <value cell_index="5008" local_entity="0" value="0" />
+        <value cell_index="5009" local_entity="0" value="0" />
+        <value cell_index="5010" local_entity="0" value="0" />
+        <value cell_index="5011" local_entity="0" value="0" />
+        <value cell_index="5012" local_entity="0" value="0" />
+        <value cell_index="5013" local_entity="0" value="0" />
+        <value cell_index="5014" local_entity="0" value="0" />
+        <value cell_index="5015" local_entity="0" value="0" />
+        <value cell_index="5016" local_entity="0" value="0" />
+        <value cell_index="5017" local_entity="0" value="0" />
+        <value cell_index="5018" local_entity="0" value="0" />
+        <value cell_index="5019" local_entity="0" value="0" />
+        <value cell_index="5020" local_entity="0" value="0" />
+        <value cell_index="5021" local_entity="0" value="0" />
+        <value cell_index="5022" local_entity="0" value="0" />
+        <value cell_index="5023" local_entity="0" value="0" />
+        <value cell_index="5024" local_entity="0" value="0" />
+        <value cell_index="5025" local_entity="0" value="0" />
+        <value cell_index="5026" local_entity="0" value="0" />
+        <value cell_index="5027" local_entity="0" value="0" />
+        <value cell_index="5028" local_entity="0" value="0" />
+        <value cell_index="5029" local_entity="0" value="0" />
+        <value cell_index="5030" local_entity="0" value="0" />
+        <value cell_index="5031" local_entity="0" value="0" />
+        <value cell_index="5032" local_entity="0" value="0" />
+        <value cell_index="5033" local_entity="0" value="0" />
+        <value cell_index="5034" local_entity="0" value="0" />
+        <value cell_index="5035" local_entity="0" value="0" />
+        <value cell_index="5036" local_entity="0" value="0" />
+        <value cell_index="5037" local_entity="0" value="0" />
+        <value cell_index="5038" local_entity="0" value="0" />
+        <value cell_index="5039" local_entity="0" value="0" />
+        <value cell_index="5040" local_entity="0" value="0" />
+        <value cell_index="5041" local_entity="0" value="0" />
+        <value cell_index="5042" local_entity="0" value="0" />
+        <value cell_index="5043" local_entity="0" value="0" />
+        <value cell_index="5044" local_entity="0" value="0" />
+        <value cell_index="5045" local_entity="0" value="0" />
+        <value cell_index="5046" local_entity="0" value="0" />
+        <value cell_index="5047" local_entity="0" value="0" />
+        <value cell_index="5048" local_entity="0" value="0" />
+        <value cell_index="5049" local_entity="0" value="0" />
+        <value cell_index="5050" local_entity="0" value="0" />
+        <value cell_index="5051" local_entity="0" value="0" />
+        <value cell_index="5052" local_entity="0" value="0" />
+        <value cell_index="5053" local_entity="0" value="0" />
+        <value cell_index="5054" local_entity="0" value="0" />
+        <value cell_index="5055" local_entity="0" value="0" />
+        <value cell_index="5056" local_entity="0" value="0" />
+        <value cell_index="5057" local_entity="0" value="0" />
+        <value cell_index="5058" local_entity="0" value="0" />
+        <value cell_index="5059" local_entity="0" value="0" />
+        <value cell_index="5060" local_entity="0" value="0" />
+        <value cell_index="5061" local_entity="0" value="0" />
+        <value cell_index="5062" local_entity="0" value="0" />
+        <value cell_index="5063" local_entity="0" value="0" />
+        <value cell_index="5064" local_entity="0" value="0" />
+        <value cell_index="5065" local_entity="0" value="0" />
+        <value cell_index="5066" local_entity="0" value="0" />
+        <value cell_index="5067" local_entity="0" value="0" />
+        <value cell_index="5068" local_entity="0" value="0" />
+        <value cell_index="5069" local_entity="0" value="0" />
+        <value cell_index="5070" local_entity="0" value="0" />
+        <value cell_index="5071" local_entity="0" value="0" />
+        <value cell_index="5072" local_entity="0" value="0" />
+        <value cell_index="5073" local_entity="0" value="0" />
+        <value cell_index="5074" local_entity="0" value="0" />
+        <value cell_index="5075" local_entity="0" value="0" />
+        <value cell_index="5076" local_entity="0" value="0" />
+        <value cell_index="5077" local_entity="0" value="0" />
+        <value cell_index="5078" local_entity="0" value="0" />
+        <value cell_index="5079" local_entity="0" value="0" />
+        <value cell_index="5080" local_entity="0" value="0" />
+        <value cell_index="5081" local_entity="0" value="0" />
+        <value cell_index="5082" local_entity="0" value="0" />
+        <value cell_index="5083" local_entity="0" value="0" />
+        <value cell_index="5084" local_entity="0" value="0" />
+        <value cell_index="5085" local_entity="0" value="0" />
+        <value cell_index="5086" local_entity="0" value="0" />
+        <value cell_index="5087" local_entity="0" value="0" />
+        <value cell_index="5088" local_entity="0" value="0" />
+        <value cell_index="5089" local_entity="0" value="0" />
+        <value cell_index="5090" local_entity="0" value="0" />
+        <value cell_index="5091" local_entity="0" value="0" />
+        <value cell_index="5092" local_entity="0" value="0" />
+        <value cell_index="5093" local_entity="0" value="0" />
+        <value cell_index="5094" local_entity="0" value="0" />
+        <value cell_index="5095" local_entity="0" value="0" />
+        <value cell_index="5096" local_entity="0" value="0" />
+        <value cell_index="5097" local_entity="0" value="0" />
+        <value cell_index="5098" local_entity="0" value="0" />
+        <value cell_index="5099" local_entity="0" value="0" />
+        <value cell_index="5100" local_entity="0" value="0" />
+        <value cell_index="5101" local_entity="0" value="0" />
+        <value cell_index="5102" local_entity="0" value="0" />
+        <value cell_index="5103" local_entity="0" value="0" />
+        <value cell_index="5104" local_entity="0" value="0" />
+        <value cell_index="5105" local_entity="0" value="0" />
+        <value cell_index="5106" local_entity="0" value="0" />
+        <value cell_index="5107" local_entity="0" value="0" />
+        <value cell_index="5108" local_entity="0" value="0" />
+        <value cell_index="5109" local_entity="0" value="0" />
+        <value cell_index="5110" local_entity="0" value="0" />
+        <value cell_index="5111" local_entity="0" value="0" />
+        <value cell_index="5112" local_entity="0" value="0" />
+        <value cell_index="5113" local_entity="0" value="0" />
+        <value cell_index="5114" local_entity="0" value="0" />
+        <value cell_index="5115" local_entity="0" value="0" />
+        <value cell_index="5116" local_entity="0" value="0" />
+        <value cell_index="5117" local_entity="0" value="0" />
+        <value cell_index="5118" local_entity="0" value="0" />
+        <value cell_index="5119" local_entity="0" value="0" />
+        <value cell_index="5120" local_entity="0" value="0" />
+        <value cell_index="5121" local_entity="0" value="0" />
+        <value cell_index="5122" local_entity="0" value="0" />
+        <value cell_index="5123" local_entity="0" value="0" />
+        <value cell_index="5124" local_entity="0" value="0" />
+        <value cell_index="5125" local_entity="0" value="0" />
+        <value cell_index="5126" local_entity="0" value="0" />
+        <value cell_index="5127" local_entity="0" value="0" />
+        <value cell_index="5128" local_entity="0" value="0" />
+        <value cell_index="5129" local_entity="0" value="0" />
+        <value cell_index="5130" local_entity="0" value="0" />
+        <value cell_index="5131" local_entity="0" value="0" />
+        <value cell_index="5132" local_entity="0" value="0" />
+        <value cell_index="5133" local_entity="0" value="0" />
+        <value cell_index="5134" local_entity="0" value="0" />
+        <value cell_index="5135" local_entity="0" value="0" />
+        <value cell_index="5136" local_entity="0" value="0" />
+        <value cell_index="5137" local_entity="0" value="0" />
+        <value cell_index="5138" local_entity="0" value="0" />
+        <value cell_index="5139" local_entity="0" value="0" />
+        <value cell_index="5140" local_entity="0" value="0" />
+        <value cell_index="5141" local_entity="0" value="0" />
+        <value cell_index="5142" local_entity="0" value="0" />
+        <value cell_index="5143" local_entity="0" value="0" />
+        <value cell_index="5144" local_entity="0" value="0" />
+        <value cell_index="5145" local_entity="0" value="0" />
+        <value cell_index="5146" local_entity="0" value="0" />
+        <value cell_index="5147" local_entity="0" value="0" />
+        <value cell_index="5148" local_entity="0" value="0" />
+        <value cell_index="5149" local_entity="0" value="0" />
+        <value cell_index="5150" local_entity="0" value="0" />
+        <value cell_index="5151" local_entity="0" value="0" />
+        <value cell_index="5152" local_entity="0" value="0" />
+        <value cell_index="5153" local_entity="0" value="0" />
+        <value cell_index="5154" local_entity="0" value="0" />
+        <value cell_index="5155" local_entity="0" value="0" />
+        <value cell_index="5156" local_entity="0" value="0" />
+        <value cell_index="5157" local_entity="0" value="0" />
+        <value cell_index="5158" local_entity="0" value="0" />
+        <value cell_index="5159" local_entity="0" value="0" />
+        <value cell_index="5160" local_entity="0" value="0" />
+        <value cell_index="5161" local_entity="0" value="0" />
+        <value cell_index="5162" local_entity="0" value="0" />
+        <value cell_index="5163" local_entity="0" value="0" />
+        <value cell_index="5164" local_entity="0" value="0" />
+        <value cell_index="5165" local_entity="0" value="0" />
+        <value cell_index="5166" local_entity="0" value="0" />
+        <value cell_index="5167" local_entity="0" value="0" />
+        <value cell_index="5168" local_entity="0" value="0" />
+        <value cell_index="5169" local_entity="0" value="0" />
+        <value cell_index="5170" local_entity="0" value="0" />
+        <value cell_index="5171" local_entity="0" value="0" />
+        <value cell_index="5172" local_entity="0" value="0" />
+        <value cell_index="5173" local_entity="0" value="0" />
+        <value cell_index="5174" local_entity="0" value="0" />
+        <value cell_index="5175" local_entity="0" value="0" />
+        <value cell_index="5176" local_entity="0" value="0" />
+        <value cell_index="5177" local_entity="0" value="0" />
+        <value cell_index="5178" local_entity="0" value="0" />
+        <value cell_index="5179" local_entity="0" value="0" />
+        <value cell_index="5180" local_entity="0" value="0" />
+        <value cell_index="5181" local_entity="0" value="0" />
+        <value cell_index="5182" local_entity="0" value="0" />
+        <value cell_index="5183" local_entity="0" value="0" />
+        <value cell_index="5184" local_entity="0" value="0" />
+        <value cell_index="5185" local_entity="0" value="0" />
+        <value cell_index="5186" local_entity="0" value="0" />
+        <value cell_index="5187" local_entity="0" value="0" />
+        <value cell_index="5188" local_entity="0" value="0" />
+        <value cell_index="5189" local_entity="0" value="0" />
+        <value cell_index="5190" local_entity="0" value="0" />
+        <value cell_index="5191" local_entity="0" value="0" />
+        <value cell_index="5192" local_entity="0" value="0" />
+        <value cell_index="5193" local_entity="0" value="0" />
+        <value cell_index="5194" local_entity="0" value="0" />
+        <value cell_index="5195" local_entity="0" value="0" />
+        <value cell_index="5196" local_entity="0" value="0" />
+        <value cell_index="5197" local_entity="0" value="0" />
+        <value cell_index="5198" local_entity="0" value="0" />
+        <value cell_index="5199" local_entity="0" value="0" />
+        <value cell_index="5200" local_entity="0" value="0" />
+        <value cell_index="5201" local_entity="0" value="0" />
+        <value cell_index="5202" local_entity="0" value="0" />
+        <value cell_index="5203" local_entity="0" value="0" />
+        <value cell_index="5204" local_entity="0" value="0" />
+        <value cell_index="5205" local_entity="0" value="0" />
+        <value cell_index="5206" local_entity="0" value="0" />
+        <value cell_index="5207" local_entity="0" value="0" />
+        <value cell_index="5208" local_entity="0" value="0" />
+        <value cell_index="5209" local_entity="0" value="0" />
+        <value cell_index="5210" local_entity="0" value="0" />
+        <value cell_index="5211" local_entity="0" value="0" />
+        <value cell_index="5212" local_entity="0" value="0" />
+        <value cell_index="5213" local_entity="0" value="0" />
+        <value cell_index="5214" local_entity="0" value="0" />
+        <value cell_index="5215" local_entity="0" value="0" />
+        <value cell_index="5216" local_entity="0" value="0" />
+        <value cell_index="5217" local_entity="0" value="0" />
+        <value cell_index="5218" local_entity="0" value="0" />
+        <value cell_index="5219" local_entity="0" value="0" />
+        <value cell_index="5220" local_entity="0" value="0" />
+        <value cell_index="5221" local_entity="0" value="0" />
+        <value cell_index="5222" local_entity="0" value="0" />
+        <value cell_index="5223" local_entity="0" value="0" />
+        <value cell_index="5224" local_entity="0" value="0" />
+        <value cell_index="5225" local_entity="0" value="0" />
+        <value cell_index="5226" local_entity="0" value="0" />
+        <value cell_index="5227" local_entity="0" value="0" />
+        <value cell_index="5228" local_entity="0" value="0" />
+        <value cell_index="5229" local_entity="0" value="0" />
+        <value cell_index="5230" local_entity="0" value="0" />
+        <value cell_index="5231" local_entity="0" value="0" />
+        <value cell_index="5232" local_entity="0" value="0" />
+        <value cell_index="5233" local_entity="0" value="0" />
+        <value cell_index="5234" local_entity="0" value="0" />
+        <value cell_index="5235" local_entity="0" value="0" />
+        <value cell_index="5236" local_entity="0" value="0" />
+        <value cell_index="5237" local_entity="0" value="0" />
+        <value cell_index="5238" local_entity="0" value="0" />
+        <value cell_index="5239" local_entity="0" value="0" />
+        <value cell_index="5240" local_entity="0" value="0" />
+        <value cell_index="5241" local_entity="0" value="0" />
+        <value cell_index="5242" local_entity="0" value="0" />
+        <value cell_index="5243" local_entity="0" value="0" />
+        <value cell_index="5244" local_entity="0" value="0" />
+        <value cell_index="5245" local_entity="0" value="0" />
+        <value cell_index="5246" local_entity="0" value="0" />
+        <value cell_index="5247" local_entity="0" value="0" />
+        <value cell_index="5248" local_entity="0" value="0" />
+        <value cell_index="5249" local_entity="0" value="0" />
+        <value cell_index="5250" local_entity="0" value="0" />
+        <value cell_index="5251" local_entity="0" value="0" />
+        <value cell_index="5252" local_entity="0" value="0" />
+        <value cell_index="5253" local_entity="0" value="0" />
+        <value cell_index="5254" local_entity="0" value="0" />
+        <value cell_index="5255" local_entity="0" value="0" />
+        <value cell_index="5256" local_entity="0" value="0" />
+        <value cell_index="5257" local_entity="0" value="0" />
+        <value cell_index="5258" local_entity="0" value="0" />
+        <value cell_index="5259" local_entity="0" value="0" />
+        <value cell_index="5260" local_entity="0" value="0" />
+        <value cell_index="5261" local_entity="0" value="0" />
+        <value cell_index="5262" local_entity="0" value="0" />
+        <value cell_index="5263" local_entity="0" value="0" />
+        <value cell_index="5264" local_entity="0" value="0" />
+        <value cell_index="5265" local_entity="0" value="0" />
+        <value cell_index="5266" local_entity="0" value="0" />
+        <value cell_index="5267" local_entity="0" value="0" />
+        <value cell_index="5268" local_entity="0" value="0" />
+        <value cell_index="5269" local_entity="0" value="0" />
+        <value cell_index="5270" local_entity="0" value="0" />
+        <value cell_index="5271" local_entity="0" value="0" />
+        <value cell_index="5272" local_entity="0" value="0" />
+        <value cell_index="5273" local_entity="0" value="0" />
+        <value cell_index="5274" local_entity="0" value="0" />
+        <value cell_index="5275" local_entity="0" value="0" />
+        <value cell_index="5276" local_entity="0" value="0" />
+        <value cell_index="5277" local_entity="0" value="0" />
+        <value cell_index="5278" local_entity="0" value="0" />
+        <value cell_index="5279" local_entity="0" value="0" />
+        <value cell_index="5280" local_entity="0" value="0" />
+        <value cell_index="5281" local_entity="0" value="0" />
+        <value cell_index="5282" local_entity="0" value="0" />
+        <value cell_index="5283" local_entity="0" value="0" />
+        <value cell_index="5284" local_entity="0" value="0" />
+        <value cell_index="5285" local_entity="0" value="0" />
+        <value cell_index="5286" local_entity="0" value="0" />
+        <value cell_index="5287" local_entity="0" value="0" />
+        <value cell_index="5288" local_entity="0" value="0" />
+        <value cell_index="5289" local_entity="0" value="0" />
+        <value cell_index="5290" local_entity="0" value="0" />
+        <value cell_index="5291" local_entity="0" value="0" />
+        <value cell_index="5292" local_entity="0" value="0" />
+        <value cell_index="5293" local_entity="0" value="0" />
+        <value cell_index="5294" local_entity="0" value="0" />
+        <value cell_index="5295" local_entity="0" value="0" />
+        <value cell_index="5296" local_entity="0" value="0" />
+        <value cell_index="5297" local_entity="0" value="0" />
+        <value cell_index="5298" local_entity="0" value="0" />
+        <value cell_index="5299" local_entity="0" value="0" />
+        <value cell_index="5300" local_entity="0" value="0" />
+        <value cell_index="5301" local_entity="0" value="0" />
+        <value cell_index="5302" local_entity="0" value="0" />
+        <value cell_index="5303" local_entity="0" value="0" />
+        <value cell_index="5304" local_entity="0" value="0" />
+        <value cell_index="5305" local_entity="0" value="0" />
+        <value cell_index="5306" local_entity="0" value="0" />
+        <value cell_index="5307" local_entity="0" value="0" />
+        <value cell_index="5308" local_entity="0" value="0" />
+        <value cell_index="5309" local_entity="0" value="0" />
+        <value cell_index="5310" local_entity="0" value="0" />
+        <value cell_index="5311" local_entity="0" value="0" />
+        <value cell_index="5312" local_entity="0" value="0" />
+        <value cell_index="5313" local_entity="0" value="0" />
+        <value cell_index="5314" local_entity="0" value="0" />
+        <value cell_index="5315" local_entity="0" value="0" />
+        <value cell_index="5316" local_entity="0" value="0" />
+        <value cell_index="5317" local_entity="0" value="0" />
+        <value cell_index="5318" local_entity="0" value="0" />
+        <value cell_index="5319" local_entity="0" value="0" />
+        <value cell_index="5320" local_entity="0" value="0" />
+        <value cell_index="5321" local_entity="0" value="0" />
+        <value cell_index="5322" local_entity="0" value="0" />
+        <value cell_index="5323" local_entity="0" value="0" />
+        <value cell_index="5324" local_entity="0" value="0" />
+        <value cell_index="5325" local_entity="0" value="0" />
+        <value cell_index="5326" local_entity="0" value="0" />
+        <value cell_index="5327" local_entity="0" value="0" />
+        <value cell_index="5328" local_entity="0" value="0" />
+        <value cell_index="5329" local_entity="0" value="0" />
+        <value cell_index="5330" local_entity="0" value="0" />
+        <value cell_index="5331" local_entity="0" value="0" />
+        <value cell_index="5332" local_entity="0" value="0" />
+        <value cell_index="5333" local_entity="0" value="0" />
+        <value cell_index="5334" local_entity="0" value="0" />
+        <value cell_index="5335" local_entity="0" value="0" />
+        <value cell_index="5336" local_entity="0" value="0" />
+        <value cell_index="5337" local_entity="0" value="0" />
+        <value cell_index="5338" local_entity="0" value="0" />
+        <value cell_index="5339" local_entity="0" value="0" />
+        <value cell_index="5340" local_entity="0" value="0" />
+        <value cell_index="5341" local_entity="0" value="0" />
+        <value cell_index="5342" local_entity="0" value="0" />
+        <value cell_index="5343" local_entity="0" value="0" />
+        <value cell_index="5344" local_entity="0" value="0" />
+        <value cell_index="5345" local_entity="0" value="0" />
+        <value cell_index="5346" local_entity="0" value="0" />
+        <value cell_index="5347" local_entity="0" value="0" />
+        <value cell_index="5348" local_entity="0" value="0" />
+        <value cell_index="5349" local_entity="0" value="0" />
+        <value cell_index="5350" local_entity="0" value="0" />
+        <value cell_index="5351" local_entity="0" value="0" />
+        <value cell_index="5352" local_entity="0" value="0" />
+        <value cell_index="5353" local_entity="0" value="0" />
+        <value cell_index="5354" local_entity="0" value="0" />
+        <value cell_index="5355" local_entity="0" value="0" />
+        <value cell_index="5356" local_entity="0" value="0" />
+        <value cell_index="5357" local_entity="0" value="0" />
+        <value cell_index="5358" local_entity="0" value="0" />
+        <value cell_index="5359" local_entity="0" value="0" />
+        <value cell_index="5360" local_entity="0" value="0" />
+        <value cell_index="5361" local_entity="0" value="0" />
+        <value cell_index="5362" local_entity="0" value="0" />
+        <value cell_index="5363" local_entity="0" value="0" />
+        <value cell_index="5364" local_entity="0" value="0" />
+        <value cell_index="5365" local_entity="0" value="0" />
+        <value cell_index="5366" local_entity="0" value="0" />
+        <value cell_index="5367" local_entity="0" value="0" />
+        <value cell_index="5368" local_entity="0" value="0" />
+        <value cell_index="5369" local_entity="0" value="0" />
+        <value cell_index="5370" local_entity="0" value="0" />
+        <value cell_index="5371" local_entity="0" value="0" />
+        <value cell_index="5372" local_entity="0" value="0" />
+        <value cell_index="5373" local_entity="0" value="0" />
+        <value cell_index="5374" local_entity="0" value="0" />
+        <value cell_index="5375" local_entity="0" value="0" />
+        <value cell_index="5376" local_entity="0" value="0" />
+        <value cell_index="5377" local_entity="0" value="0" />
+        <value cell_index="5378" local_entity="0" value="0" />
+        <value cell_index="5379" local_entity="0" value="0" />
+        <value cell_index="5380" local_entity="0" value="0" />
+        <value cell_index="5381" local_entity="0" value="0" />
+        <value cell_index="5382" local_entity="0" value="0" />
+        <value cell_index="5383" local_entity="0" value="0" />
+        <value cell_index="5384" local_entity="0" value="0" />
+        <value cell_index="5385" local_entity="0" value="0" />
+        <value cell_index="5386" local_entity="0" value="0" />
+        <value cell_index="5387" local_entity="0" value="0" />
+        <value cell_index="5388" local_entity="0" value="0" />
+        <value cell_index="5389" local_entity="0" value="0" />
+        <value cell_index="5390" local_entity="0" value="0" />
+        <value cell_index="5391" local_entity="0" value="0" />
+        <value cell_index="5392" local_entity="0" value="0" />
+        <value cell_index="5393" local_entity="0" value="0" />
+        <value cell_index="5394" local_entity="0" value="0" />
+        <value cell_index="5395" local_entity="0" value="0" />
+        <value cell_index="5396" local_entity="0" value="0" />
+        <value cell_index="5397" local_entity="0" value="0" />
+        <value cell_index="5398" local_entity="0" value="0" />
+        <value cell_index="5399" local_entity="0" value="0" />
+        <value cell_index="5400" local_entity="0" value="0" />
+        <value cell_index="5401" local_entity="0" value="0" />
+        <value cell_index="5402" local_entity="0" value="0" />
+        <value cell_index="5403" local_entity="0" value="0" />
+        <value cell_index="5404" local_entity="0" value="0" />
+        <value cell_index="5405" local_entity="0" value="0" />
+        <value cell_index="5406" local_entity="0" value="0" />
+        <value cell_index="5407" local_entity="0" value="0" />
+        <value cell_index="5408" local_entity="0" value="0" />
+        <value cell_index="5409" local_entity="0" value="0" />
+        <value cell_index="5410" local_entity="0" value="0" />
+        <value cell_index="5411" local_entity="0" value="0" />
+        <value cell_index="5412" local_entity="0" value="0" />
+        <value cell_index="5413" local_entity="0" value="0" />
+        <value cell_index="5414" local_entity="0" value="0" />
+        <value cell_index="5415" local_entity="0" value="0" />
+        <value cell_index="5416" local_entity="0" value="0" />
+        <value cell_index="5417" local_entity="0" value="0" />
+        <value cell_index="5418" local_entity="0" value="0" />
+        <value cell_index="5419" local_entity="0" value="0" />
+        <value cell_index="5420" local_entity="0" value="0" />
+        <value cell_index="5421" local_entity="0" value="0" />
+        <value cell_index="5422" local_entity="0" value="0" />
+        <value cell_index="5423" local_entity="0" value="0" />
+        <value cell_index="5424" local_entity="0" value="0" />
+        <value cell_index="5425" local_entity="0" value="0" />
+        <value cell_index="5426" local_entity="0" value="0" />
+        <value cell_index="5427" local_entity="0" value="0" />
+        <value cell_index="5428" local_entity="0" value="0" />
+        <value cell_index="5429" local_entity="0" value="0" />
+        <value cell_index="5430" local_entity="0" value="0" />
+        <value cell_index="5431" local_entity="0" value="0" />
+        <value cell_index="5432" local_entity="0" value="0" />
+        <value cell_index="5433" local_entity="0" value="0" />
+        <value cell_index="5434" local_entity="0" value="0" />
+        <value cell_index="5435" local_entity="0" value="0" />
+        <value cell_index="5436" local_entity="0" value="0" />
+        <value cell_index="5437" local_entity="0" value="0" />
+        <value cell_index="5438" local_entity="0" value="0" />
+        <value cell_index="5439" local_entity="0" value="0" />
+        <value cell_index="5440" local_entity="0" value="0" />
+        <value cell_index="5441" local_entity="0" value="0" />
+        <value cell_index="5442" local_entity="0" value="0" />
+        <value cell_index="5443" local_entity="0" value="0" />
+        <value cell_index="5444" local_entity="0" value="0" />
+        <value cell_index="5445" local_entity="0" value="0" />
+        <value cell_index="5446" local_entity="0" value="0" />
+        <value cell_index="5447" local_entity="0" value="0" />
+        <value cell_index="5448" local_entity="0" value="0" />
+        <value cell_index="5449" local_entity="0" value="0" />
+        <value cell_index="5450" local_entity="0" value="0" />
+        <value cell_index="5451" local_entity="0" value="0" />
+        <value cell_index="5452" local_entity="0" value="0" />
+        <value cell_index="5453" local_entity="0" value="0" />
+        <value cell_index="5454" local_entity="0" value="0" />
+        <value cell_index="5455" local_entity="0" value="0" />
+        <value cell_index="5456" local_entity="0" value="0" />
+        <value cell_index="5457" local_entity="0" value="0" />
+        <value cell_index="5458" local_entity="0" value="0" />
+        <value cell_index="5459" local_entity="0" value="0" />
+        <value cell_index="5460" local_entity="0" value="0" />
+        <value cell_index="5461" local_entity="0" value="0" />
+        <value cell_index="5462" local_entity="0" value="0" />
+        <value cell_index="5463" local_entity="0" value="0" />
+        <value cell_index="5464" local_entity="0" value="0" />
+        <value cell_index="5465" local_entity="0" value="0" />
+        <value cell_index="5466" local_entity="0" value="0" />
+        <value cell_index="5467" local_entity="0" value="0" />
+        <value cell_index="5468" local_entity="0" value="0" />
+        <value cell_index="5469" local_entity="0" value="0" />
+        <value cell_index="5470" local_entity="0" value="0" />
+        <value cell_index="5471" local_entity="0" value="0" />
+        <value cell_index="5472" local_entity="0" value="0" />
+        <value cell_index="5473" local_entity="0" value="0" />
+        <value cell_index="5474" local_entity="0" value="0" />
+        <value cell_index="5475" local_entity="0" value="0" />
+        <value cell_index="5476" local_entity="0" value="0" />
+        <value cell_index="5477" local_entity="0" value="0" />
+        <value cell_index="5478" local_entity="0" value="0" />
+        <value cell_index="5479" local_entity="0" value="0" />
+        <value cell_index="5480" local_entity="0" value="0" />
+        <value cell_index="5481" local_entity="0" value="0" />
+        <value cell_index="5482" local_entity="0" value="0" />
+        <value cell_index="5483" local_entity="0" value="0" />
+        <value cell_index="5484" local_entity="0" value="0" />
+        <value cell_index="5485" local_entity="0" value="0" />
+        <value cell_index="5486" local_entity="0" value="0" />
+        <value cell_index="5487" local_entity="0" value="0" />
+        <value cell_index="5488" local_entity="0" value="0" />
+        <value cell_index="5489" local_entity="0" value="0" />
+        <value cell_index="5490" local_entity="0" value="0" />
+        <value cell_index="5491" local_entity="0" value="0" />
+        <value cell_index="5492" local_entity="0" value="0" />
+        <value cell_index="5493" local_entity="0" value="0" />
+        <value cell_index="5494" local_entity="0" value="0" />
+        <value cell_index="5495" local_entity="0" value="0" />
+        <value cell_index="5496" local_entity="0" value="0" />
+        <value cell_index="5497" local_entity="0" value="0" />
+        <value cell_index="5498" local_entity="0" value="0" />
+        <value cell_index="5499" local_entity="0" value="0" />
+        <value cell_index="5500" local_entity="0" value="0" />
+        <value cell_index="5501" local_entity="0" value="0" />
+        <value cell_index="5502" local_entity="0" value="0" />
+        <value cell_index="5503" local_entity="0" value="0" />
+        <value cell_index="5504" local_entity="0" value="0" />
+        <value cell_index="5505" local_entity="0" value="0" />
+        <value cell_index="5506" local_entity="0" value="0" />
+        <value cell_index="5507" local_entity="0" value="0" />
+        <value cell_index="5508" local_entity="0" value="0" />
+        <value cell_index="5509" local_entity="0" value="0" />
+        <value cell_index="5510" local_entity="0" value="0" />
+        <value cell_index="5511" local_entity="0" value="0" />
+        <value cell_index="5512" local_entity="0" value="0" />
+        <value cell_index="5513" local_entity="0" value="0" />
+        <value cell_index="5514" local_entity="0" value="0" />
+        <value cell_index="5515" local_entity="0" value="0" />
+        <value cell_index="5516" local_entity="0" value="0" />
+        <value cell_index="5517" local_entity="0" value="0" />
+        <value cell_index="5518" local_entity="0" value="0" />
+        <value cell_index="5519" local_entity="0" value="0" />
+        <value cell_index="5520" local_entity="0" value="0" />
+        <value cell_index="5521" local_entity="0" value="0" />
+        <value cell_index="5522" local_entity="0" value="0" />
+        <value cell_index="5523" local_entity="0" value="0" />
+        <value cell_index="5524" local_entity="0" value="0" />
+        <value cell_index="5525" local_entity="0" value="0" />
+        <value cell_index="5526" local_entity="0" value="0" />
+        <value cell_index="5527" local_entity="0" value="0" />
+        <value cell_index="5528" local_entity="0" value="0" />
+        <value cell_index="5529" local_entity="0" value="0" />
+        <value cell_index="5530" local_entity="0" value="0" />
+        <value cell_index="5531" local_entity="0" value="0" />
+        <value cell_index="5532" local_entity="0" value="0" />
+        <value cell_index="5533" local_entity="0" value="0" />
+        <value cell_index="5534" local_entity="0" value="0" />
+        <value cell_index="5535" local_entity="0" value="0" />
+        <value cell_index="5536" local_entity="0" value="0" />
+        <value cell_index="5537" local_entity="0" value="0" />
+        <value cell_index="5538" local_entity="0" value="0" />
+        <value cell_index="5539" local_entity="0" value="0" />
+        <value cell_index="5540" local_entity="0" value="0" />
+        <value cell_index="5541" local_entity="0" value="0" />
+        <value cell_index="5542" local_entity="0" value="0" />
+        <value cell_index="5543" local_entity="0" value="0" />
+        <value cell_index="5544" local_entity="0" value="0" />
+        <value cell_index="5545" local_entity="0" value="0" />
+        <value cell_index="5546" local_entity="0" value="0" />
+        <value cell_index="5547" local_entity="0" value="0" />
+        <value cell_index="5548" local_entity="0" value="0" />
+        <value cell_index="5549" local_entity="0" value="0" />
+        <value cell_index="5550" local_entity="0" value="0" />
+        <value cell_index="5551" local_entity="0" value="0" />
+        <value cell_index="5552" local_entity="0" value="0" />
+        <value cell_index="5553" local_entity="0" value="0" />
+        <value cell_index="5554" local_entity="0" value="0" />
+        <value cell_index="5555" local_entity="0" value="0" />
+        <value cell_index="5556" local_entity="0" value="0" />
+        <value cell_index="5557" local_entity="0" value="0" />
+        <value cell_index="5558" local_entity="0" value="0" />
+        <value cell_index="5559" local_entity="0" value="0" />
+        <value cell_index="5560" local_entity="0" value="0" />
+        <value cell_index="5561" local_entity="0" value="0" />
+        <value cell_index="5562" local_entity="0" value="0" />
+        <value cell_index="5563" local_entity="0" value="0" />
+        <value cell_index="5564" local_entity="0" value="0" />
+        <value cell_index="5565" local_entity="0" value="0" />
+        <value cell_index="5566" local_entity="0" value="0" />
+        <value cell_index="5567" local_entity="0" value="0" />
+        <value cell_index="5568" local_entity="0" value="0" />
+        <value cell_index="5569" local_entity="0" value="0" />
+        <value cell_index="5570" local_entity="0" value="0" />
+        <value cell_index="5571" local_entity="0" value="0" />
+        <value cell_index="5572" local_entity="0" value="0" />
+        <value cell_index="5573" local_entity="0" value="0" />
+        <value cell_index="5574" local_entity="0" value="0" />
+        <value cell_index="5575" local_entity="0" value="0" />
+        <value cell_index="5576" local_entity="0" value="0" />
+        <value cell_index="5577" local_entity="0" value="0" />
+        <value cell_index="5578" local_entity="0" value="0" />
+        <value cell_index="5579" local_entity="0" value="0" />
+        <value cell_index="5580" local_entity="0" value="0" />
+        <value cell_index="5581" local_entity="0" value="0" />
+        <value cell_index="5582" local_entity="0" value="0" />
+        <value cell_index="5583" local_entity="0" value="0" />
+        <value cell_index="5584" local_entity="0" value="0" />
+        <value cell_index="5585" local_entity="0" value="0" />
+        <value cell_index="5586" local_entity="0" value="0" />
+        <value cell_index="5587" local_entity="0" value="0" />
+        <value cell_index="5588" local_entity="0" value="0" />
+        <value cell_index="5589" local_entity="0" value="0" />
+        <value cell_index="5590" local_entity="0" value="0" />
+        <value cell_index="5591" local_entity="0" value="0" />
+        <value cell_index="5592" local_entity="0" value="0" />
+        <value cell_index="5593" local_entity="0" value="0" />
+        <value cell_index="5594" local_entity="0" value="0" />
+        <value cell_index="5595" local_entity="0" value="0" />
+        <value cell_index="5596" local_entity="0" value="0" />
+        <value cell_index="5597" local_entity="0" value="0" />
+        <value cell_index="5598" local_entity="0" value="0" />
+        <value cell_index="5599" local_entity="0" value="0" />
+        <value cell_index="5600" local_entity="0" value="0" />
+        <value cell_index="5601" local_entity="0" value="0" />
+        <value cell_index="5602" local_entity="0" value="0" />
+        <value cell_index="5603" local_entity="0" value="0" />
+        <value cell_index="5604" local_entity="0" value="0" />
+        <value cell_index="5605" local_entity="0" value="0" />
+        <value cell_index="5606" local_entity="0" value="0" />
+        <value cell_index="5607" local_entity="0" value="0" />
+        <value cell_index="5608" local_entity="0" value="0" />
+        <value cell_index="5609" local_entity="0" value="0" />
+        <value cell_index="5610" local_entity="0" value="0" />
+        <value cell_index="5611" local_entity="0" value="0" />
+        <value cell_index="5612" local_entity="0" value="0" />
+        <value cell_index="5613" local_entity="0" value="0" />
+        <value cell_index="5614" local_entity="0" value="0" />
+        <value cell_index="5615" local_entity="0" value="0" />
+        <value cell_index="5616" local_entity="0" value="0" />
+        <value cell_index="5617" local_entity="0" value="0" />
+        <value cell_index="5618" local_entity="0" value="0" />
+        <value cell_index="5619" local_entity="0" value="0" />
+        <value cell_index="5620" local_entity="0" value="0" />
+        <value cell_index="5621" local_entity="0" value="0" />
+        <value cell_index="5622" local_entity="0" value="0" />
+        <value cell_index="5623" local_entity="0" value="0" />
+        <value cell_index="5624" local_entity="0" value="0" />
+        <value cell_index="5625" local_entity="0" value="0" />
+        <value cell_index="5626" local_entity="0" value="0" />
+        <value cell_index="5627" local_entity="0" value="0" />
+        <value cell_index="5628" local_entity="0" value="0" />
+        <value cell_index="5629" local_entity="0" value="0" />
+        <value cell_index="5630" local_entity="0" value="0" />
+        <value cell_index="5631" local_entity="0" value="0" />
+        <value cell_index="5632" local_entity="0" value="0" />
+        <value cell_index="5633" local_entity="0" value="0" />
+        <value cell_index="5634" local_entity="0" value="0" />
+        <value cell_index="5635" local_entity="0" value="0" />
+        <value cell_index="5636" local_entity="0" value="0" />
+        <value cell_index="5637" local_entity="0" value="0" />
+        <value cell_index="5638" local_entity="0" value="0" />
+        <value cell_index="5639" local_entity="0" value="0" />
+        <value cell_index="5640" local_entity="0" value="0" />
+        <value cell_index="5641" local_entity="0" value="0" />
+        <value cell_index="5642" local_entity="0" value="0" />
+        <value cell_index="5643" local_entity="0" value="0" />
+        <value cell_index="5644" local_entity="0" value="0" />
+        <value cell_index="5645" local_entity="0" value="0" />
+        <value cell_index="5646" local_entity="0" value="0" />
+        <value cell_index="5647" local_entity="0" value="0" />
+        <value cell_index="5648" local_entity="0" value="0" />
+        <value cell_index="5649" local_entity="0" value="0" />
+        <value cell_index="5650" local_entity="0" value="0" />
+        <value cell_index="5651" local_entity="0" value="0" />
+        <value cell_index="5652" local_entity="0" value="0" />
+        <value cell_index="5653" local_entity="0" value="0" />
+        <value cell_index="5654" local_entity="0" value="0" />
+        <value cell_index="5655" local_entity="0" value="0" />
+        <value cell_index="5656" local_entity="0" value="0" />
+        <value cell_index="5657" local_entity="0" value="0" />
+        <value cell_index="5658" local_entity="0" value="0" />
+        <value cell_index="5659" local_entity="0" value="0" />
+        <value cell_index="5660" local_entity="0" value="0" />
+        <value cell_index="5661" local_entity="0" value="0" />
+        <value cell_index="5662" local_entity="0" value="0" />
+        <value cell_index="5663" local_entity="0" value="0" />
+        <value cell_index="5664" local_entity="0" value="0" />
+        <value cell_index="5665" local_entity="0" value="0" />
+        <value cell_index="5666" local_entity="0" value="0" />
+        <value cell_index="5667" local_entity="0" value="0" />
+        <value cell_index="5668" local_entity="0" value="0" />
+        <value cell_index="5669" local_entity="0" value="0" />
+        <value cell_index="5670" local_entity="0" value="0" />
+        <value cell_index="5671" local_entity="0" value="0" />
+        <value cell_index="5672" local_entity="0" value="0" />
+        <value cell_index="5673" local_entity="0" value="0" />
+        <value cell_index="5674" local_entity="0" value="0" />
+        <value cell_index="5675" local_entity="0" value="0" />
+        <value cell_index="5676" local_entity="0" value="0" />
+        <value cell_index="5677" local_entity="0" value="0" />
+        <value cell_index="5678" local_entity="0" value="0" />
+        <value cell_index="5679" local_entity="0" value="0" />
+        <value cell_index="5680" local_entity="0" value="0" />
+        <value cell_index="5681" local_entity="0" value="0" />
+        <value cell_index="5682" local_entity="0" value="0" />
+        <value cell_index="5683" local_entity="0" value="0" />
+        <value cell_index="5684" local_entity="0" value="0" />
+        <value cell_index="5685" local_entity="0" value="0" />
+        <value cell_index="5686" local_entity="0" value="0" />
+        <value cell_index="5687" local_entity="0" value="0" />
+        <value cell_index="5688" local_entity="0" value="0" />
+        <value cell_index="5689" local_entity="0" value="0" />
+        <value cell_index="5690" local_entity="0" value="0" />
+        <value cell_index="5691" local_entity="0" value="0" />
+        <value cell_index="5692" local_entity="0" value="0" />
+        <value cell_index="5693" local_entity="0" value="0" />
+        <value cell_index="5694" local_entity="0" value="0" />
+        <value cell_index="5695" local_entity="0" value="0" />
+        <value cell_index="5696" local_entity="0" value="0" />
+        <value cell_index="5697" local_entity="0" value="0" />
+        <value cell_index="5698" local_entity="0" value="0" />
+        <value cell_index="5699" local_entity="0" value="0" />
+        <value cell_index="5700" local_entity="0" value="0" />
+        <value cell_index="5701" local_entity="0" value="0" />
+        <value cell_index="5702" local_entity="0" value="0" />
+        <value cell_index="5703" local_entity="0" value="0" />
+        <value cell_index="5704" local_entity="0" value="0" />
+        <value cell_index="5705" local_entity="0" value="0" />
+        <value cell_index="5706" local_entity="0" value="0" />
+        <value cell_index="5707" local_entity="0" value="0" />
+        <value cell_index="5708" local_entity="0" value="0" />
+        <value cell_index="5709" local_entity="0" value="0" />
+        <value cell_index="5710" local_entity="0" value="0" />
+        <value cell_index="5711" local_entity="0" value="0" />
+        <value cell_index="5712" local_entity="0" value="0" />
+        <value cell_index="5713" local_entity="0" value="0" />
+        <value cell_index="5714" local_entity="0" value="0" />
+        <value cell_index="5715" local_entity="0" value="0" />
+        <value cell_index="5716" local_entity="0" value="0" />
+        <value cell_index="5717" local_entity="0" value="0" />
+        <value cell_index="5718" local_entity="0" value="0" />
+        <value cell_index="5719" local_entity="0" value="0" />
+        <value cell_index="5720" local_entity="0" value="0" />
+        <value cell_index="5721" local_entity="0" value="0" />
+        <value cell_index="5722" local_entity="0" value="0" />
+        <value cell_index="5723" local_entity="0" value="0" />
+        <value cell_index="5724" local_entity="0" value="0" />
+        <value cell_index="5725" local_entity="0" value="0" />
+        <value cell_index="5726" local_entity="0" value="0" />
+        <value cell_index="5727" local_entity="0" value="0" />
+        <value cell_index="5728" local_entity="0" value="0" />
+        <value cell_index="5729" local_entity="0" value="0" />
+        <value cell_index="5730" local_entity="0" value="0" />
+        <value cell_index="5731" local_entity="0" value="0" />
+        <value cell_index="5732" local_entity="0" value="0" />
+        <value cell_index="5733" local_entity="0" value="0" />
+        <value cell_index="5734" local_entity="0" value="0" />
+        <value cell_index="5735" local_entity="0" value="0" />
+        <value cell_index="5736" local_entity="0" value="0" />
+        <value cell_index="5737" local_entity="0" value="0" />
+        <value cell_index="5738" local_entity="0" value="0" />
+        <value cell_index="5739" local_entity="0" value="0" />
+        <value cell_index="5740" local_entity="0" value="0" />
+        <value cell_index="5741" local_entity="0" value="0" />
+        <value cell_index="5742" local_entity="0" value="0" />
+        <value cell_index="5743" local_entity="0" value="0" />
+        <value cell_index="5744" local_entity="0" value="0" />
+        <value cell_index="5745" local_entity="0" value="0" />
+        <value cell_index="5746" local_entity="0" value="0" />
+        <value cell_index="5747" local_entity="0" value="0" />
+        <value cell_index="5748" local_entity="0" value="0" />
+        <value cell_index="5749" local_entity="0" value="0" />
+        <value cell_index="5750" local_entity="0" value="0" />
+        <value cell_index="5751" local_entity="0" value="0" />
+        <value cell_index="5752" local_entity="0" value="0" />
+        <value cell_index="5753" local_entity="0" value="0" />
+        <value cell_index="5754" local_entity="0" value="0" />
+        <value cell_index="5755" local_entity="0" value="0" />
+        <value cell_index="5756" local_entity="0" value="0" />
+        <value cell_index="5757" local_entity="0" value="0" />
+        <value cell_index="5758" local_entity="0" value="0" />
+        <value cell_index="5759" local_entity="0" value="0" />
+        <value cell_index="5760" local_entity="0" value="0" />
+        <value cell_index="5761" local_entity="0" value="0" />
+        <value cell_index="5762" local_entity="0" value="0" />
+        <value cell_index="5763" local_entity="0" value="0" />
+        <value cell_index="5764" local_entity="0" value="0" />
+        <value cell_index="5765" local_entity="0" value="0" />
+        <value cell_index="5766" local_entity="0" value="0" />
+        <value cell_index="5767" local_entity="0" value="0" />
+        <value cell_index="5768" local_entity="0" value="0" />
+        <value cell_index="5769" local_entity="0" value="0" />
+        <value cell_index="5770" local_entity="0" value="0" />
+        <value cell_index="5771" local_entity="0" value="0" />
+        <value cell_index="5772" local_entity="0" value="0" />
+        <value cell_index="5773" local_entity="0" value="0" />
+        <value cell_index="5774" local_entity="0" value="0" />
+        <value cell_index="5775" local_entity="0" value="0" />
+        <value cell_index="5776" local_entity="0" value="0" />
+        <value cell_index="5777" local_entity="0" value="0" />
+        <value cell_index="5778" local_entity="0" value="0" />
+        <value cell_index="5779" local_entity="0" value="0" />
+        <value cell_index="5780" local_entity="0" value="0" />
+        <value cell_index="5781" local_entity="0" value="0" />
+        <value cell_index="5782" local_entity="0" value="0" />
+        <value cell_index="5783" local_entity="0" value="0" />
+        <value cell_index="5784" local_entity="0" value="0" />
+        <value cell_index="5785" local_entity="0" value="0" />
+        <value cell_index="5786" local_entity="0" value="0" />
+        <value cell_index="5787" local_entity="0" value="0" />
+        <value cell_index="5788" local_entity="0" value="0" />
+        <value cell_index="5789" local_entity="0" value="0" />
+        <value cell_index="5790" local_entity="0" value="0" />
+        <value cell_index="5791" local_entity="0" value="0" />
+        <value cell_index="5792" local_entity="0" value="0" />
+        <value cell_index="5793" local_entity="0" value="0" />
+        <value cell_index="5794" local_entity="0" value="0" />
+        <value cell_index="5795" local_entity="0" value="0" />
+        <value cell_index="5796" local_entity="0" value="0" />
+        <value cell_index="5797" local_entity="0" value="0" />
+        <value cell_index="5798" local_entity="0" value="0" />
+        <value cell_index="5799" local_entity="0" value="0" />
+        <value cell_index="5800" local_entity="0" value="0" />
+        <value cell_index="5801" local_entity="0" value="0" />
+        <value cell_index="5802" local_entity="0" value="0" />
+        <value cell_index="5803" local_entity="0" value="0" />
+        <value cell_index="5804" local_entity="0" value="0" />
+        <value cell_index="5805" local_entity="0" value="0" />
+        <value cell_index="5806" local_entity="0" value="0" />
+        <value cell_index="5807" local_entity="0" value="0" />
+        <value cell_index="5808" local_entity="0" value="0" />
+        <value cell_index="5809" local_entity="0" value="0" />
+        <value cell_index="5810" local_entity="0" value="0" />
+        <value cell_index="5811" local_entity="0" value="0" />
+        <value cell_index="5812" local_entity="0" value="0" />
+        <value cell_index="5813" local_entity="0" value="0" />
+        <value cell_index="5814" local_entity="0" value="0" />
+        <value cell_index="5815" local_entity="0" value="0" />
+        <value cell_index="5816" local_entity="0" value="0" />
+        <value cell_index="5817" local_entity="0" value="0" />
+        <value cell_index="5818" local_entity="0" value="0" />
+        <value cell_index="5819" local_entity="0" value="0" />
+        <value cell_index="5820" local_entity="0" value="0" />
+        <value cell_index="5821" local_entity="0" value="0" />
+        <value cell_index="5822" local_entity="0" value="0" />
+        <value cell_index="5823" local_entity="0" value="0" />
+        <value cell_index="5824" local_entity="0" value="0" />
+        <value cell_index="5825" local_entity="0" value="0" />
+        <value cell_index="5826" local_entity="0" value="0" />
+        <value cell_index="5827" local_entity="0" value="0" />
+        <value cell_index="5828" local_entity="0" value="0" />
+        <value cell_index="5829" local_entity="0" value="0" />
+        <value cell_index="5830" local_entity="0" value="0" />
+        <value cell_index="5831" local_entity="0" value="0" />
+        <value cell_index="5832" local_entity="0" value="0" />
+        <value cell_index="5833" local_entity="0" value="0" />
+        <value cell_index="5834" local_entity="0" value="0" />
+        <value cell_index="5835" local_entity="0" value="0" />
+        <value cell_index="5836" local_entity="0" value="0" />
+        <value cell_index="5837" local_entity="0" value="0" />
+        <value cell_index="5838" local_entity="0" value="0" />
+        <value cell_index="5839" local_entity="0" value="0" />
+        <value cell_index="5840" local_entity="0" value="0" />
+        <value cell_index="5841" local_entity="0" value="0" />
+        <value cell_index="5842" local_entity="0" value="0" />
+        <value cell_index="5843" local_entity="0" value="0" />
+        <value cell_index="5844" local_entity="0" value="0" />
+        <value cell_index="5845" local_entity="0" value="0" />
+        <value cell_index="5846" local_entity="0" value="0" />
+        <value cell_index="5847" local_entity="0" value="0" />
+        <value cell_index="5848" local_entity="0" value="0" />
+        <value cell_index="5849" local_entity="0" value="0" />
+        <value cell_index="5850" local_entity="0" value="0" />
+        <value cell_index="5851" local_entity="0" value="0" />
+        <value cell_index="5852" local_entity="0" value="0" />
+        <value cell_index="5853" local_entity="0" value="0" />
+        <value cell_index="5854" local_entity="0" value="0" />
+        <value cell_index="5855" local_entity="0" value="0" />
+        <value cell_index="5856" local_entity="0" value="0" />
+        <value cell_index="5857" local_entity="0" value="0" />
+        <value cell_index="5858" local_entity="0" value="0" />
+        <value cell_index="5859" local_entity="0" value="0" />
+        <value cell_index="5860" local_entity="0" value="0" />
+        <value cell_index="5861" local_entity="0" value="0" />
+        <value cell_index="5862" local_entity="0" value="0" />
+        <value cell_index="5863" local_entity="0" value="0" />
+        <value cell_index="5864" local_entity="0" value="0" />
+        <value cell_index="5865" local_entity="0" value="0" />
+        <value cell_index="5866" local_entity="0" value="0" />
+        <value cell_index="5867" local_entity="0" value="0" />
+        <value cell_index="5868" local_entity="0" value="0" />
+        <value cell_index="5869" local_entity="0" value="0" />
+        <value cell_index="5870" local_entity="0" value="0" />
+        <value cell_index="5871" local_entity="0" value="0" />
+        <value cell_index="5872" local_entity="0" value="0" />
+        <value cell_index="5873" local_entity="0" value="0" />
+        <value cell_index="5874" local_entity="0" value="0" />
+        <value cell_index="5875" local_entity="0" value="0" />
+        <value cell_index="5876" local_entity="0" value="0" />
+        <value cell_index="5877" local_entity="0" value="0" />
+        <value cell_index="5878" local_entity="0" value="0" />
+        <value cell_index="5879" local_entity="0" value="0" />
+        <value cell_index="5880" local_entity="0" value="0" />
+        <value cell_index="5881" local_entity="0" value="0" />
+        <value cell_index="5882" local_entity="0" value="0" />
+        <value cell_index="5883" local_entity="0" value="0" />
+        <value cell_index="5884" local_entity="0" value="0" />
+        <value cell_index="5885" local_entity="0" value="0" />
+        <value cell_index="5886" local_entity="0" value="0" />
+        <value cell_index="5887" local_entity="0" value="0" />
+        <value cell_index="5888" local_entity="0" value="0" />
+        <value cell_index="5889" local_entity="0" value="0" />
+        <value cell_index="5890" local_entity="0" value="0" />
+        <value cell_index="5891" local_entity="0" value="0" />
+        <value cell_index="5892" local_entity="0" value="0" />
+        <value cell_index="5893" local_entity="0" value="0" />
+        <value cell_index="5894" local_entity="0" value="0" />
+        <value cell_index="5895" local_entity="0" value="0" />
+        <value cell_index="5896" local_entity="0" value="0" />
+        <value cell_index="5897" local_entity="0" value="0" />
+        <value cell_index="5898" local_entity="0" value="0" />
+        <value cell_index="5899" local_entity="0" value="0" />
+        <value cell_index="5900" local_entity="0" value="0" />
+        <value cell_index="5901" local_entity="0" value="0" />
+        <value cell_index="5902" local_entity="0" value="0" />
+        <value cell_index="5903" local_entity="0" value="0" />
+        <value cell_index="5904" local_entity="0" value="0" />
+        <value cell_index="5905" local_entity="0" value="0" />
+        <value cell_index="5906" local_entity="0" value="0" />
+        <value cell_index="5907" local_entity="0" value="0" />
+        <value cell_index="5908" local_entity="0" value="0" />
+        <value cell_index="5909" local_entity="0" value="0" />
+        <value cell_index="5910" local_entity="0" value="0" />
+        <value cell_index="5911" local_entity="0" value="0" />
+        <value cell_index="5912" local_entity="0" value="0" />
+        <value cell_index="5913" local_entity="0" value="0" />
+        <value cell_index="5914" local_entity="0" value="0" />
+        <value cell_index="5915" local_entity="0" value="0" />
+        <value cell_index="5916" local_entity="0" value="0" />
+        <value cell_index="5917" local_entity="0" value="0" />
+        <value cell_index="5918" local_entity="0" value="0" />
+        <value cell_index="5919" local_entity="0" value="0" />
+        <value cell_index="5920" local_entity="0" value="0" />
+        <value cell_index="5921" local_entity="0" value="0" />
+        <value cell_index="5922" local_entity="0" value="0" />
+        <value cell_index="5923" local_entity="0" value="0" />
+        <value cell_index="5924" local_entity="0" value="0" />
+        <value cell_index="5925" local_entity="0" value="0" />
+        <value cell_index="5926" local_entity="0" value="0" />
+        <value cell_index="5927" local_entity="0" value="0" />
+        <value cell_index="5928" local_entity="0" value="0" />
+        <value cell_index="5929" local_entity="0" value="0" />
+        <value cell_index="5930" local_entity="0" value="0" />
+        <value cell_index="5931" local_entity="0" value="0" />
+        <value cell_index="5932" local_entity="0" value="0" />
+        <value cell_index="5933" local_entity="0" value="0" />
+        <value cell_index="5934" local_entity="0" value="0" />
+        <value cell_index="5935" local_entity="0" value="0" />
+        <value cell_index="5936" local_entity="0" value="0" />
+        <value cell_index="5937" local_entity="0" value="0" />
+        <value cell_index="5938" local_entity="0" value="0" />
+        <value cell_index="5939" local_entity="0" value="0" />
+        <value cell_index="5940" local_entity="0" value="0" />
+        <value cell_index="5941" local_entity="0" value="0" />
+        <value cell_index="5942" local_entity="0" value="0" />
+        <value cell_index="5943" local_entity="0" value="0" />
+        <value cell_index="5944" local_entity="0" value="0" />
+        <value cell_index="5945" local_entity="0" value="0" />
+        <value cell_index="5946" local_entity="0" value="0" />
+        <value cell_index="5947" local_entity="0" value="0" />
+        <value cell_index="5948" local_entity="0" value="0" />
+        <value cell_index="5949" local_entity="0" value="0" />
+        <value cell_index="5950" local_entity="0" value="0" />
+        <value cell_index="5951" local_entity="0" value="0" />
+        <value cell_index="5952" local_entity="0" value="0" />
+        <value cell_index="5953" local_entity="0" value="0" />
+        <value cell_index="5954" local_entity="0" value="0" />
+        <value cell_index="5955" local_entity="0" value="0" />
+        <value cell_index="5956" local_entity="0" value="0" />
+        <value cell_index="5957" local_entity="0" value="0" />
+        <value cell_index="5958" local_entity="0" value="0" />
+        <value cell_index="5959" local_entity="0" value="0" />
+        <value cell_index="5960" local_entity="0" value="0" />
+        <value cell_index="5961" local_entity="0" value="0" />
+        <value cell_index="5962" local_entity="0" value="0" />
+        <value cell_index="5963" local_entity="0" value="0" />
+        <value cell_index="5964" local_entity="0" value="0" />
+        <value cell_index="5965" local_entity="0" value="0" />
+        <value cell_index="5966" local_entity="0" value="0" />
+        <value cell_index="5967" local_entity="0" value="0" />
+        <value cell_index="5968" local_entity="0" value="0" />
+        <value cell_index="5969" local_entity="0" value="0" />
+        <value cell_index="5970" local_entity="0" value="0" />
+        <value cell_index="5971" local_entity="0" value="0" />
+        <value cell_index="5972" local_entity="0" value="0" />
+        <value cell_index="5973" local_entity="0" value="0" />
+        <value cell_index="5974" local_entity="0" value="0" />
+        <value cell_index="5975" local_entity="0" value="0" />
+        <value cell_index="5976" local_entity="0" value="0" />
+        <value cell_index="5977" local_entity="0" value="0" />
+        <value cell_index="5978" local_entity="0" value="0" />
+        <value cell_index="5979" local_entity="0" value="0" />
+        <value cell_index="5980" local_entity="0" value="0" />
+        <value cell_index="5981" local_entity="0" value="0" />
+        <value cell_index="5982" local_entity="0" value="0" />
+        <value cell_index="5983" local_entity="0" value="0" />
+        <value cell_index="5984" local_entity="0" value="0" />
+        <value cell_index="5985" local_entity="0" value="0" />
+        <value cell_index="5986" local_entity="0" value="0" />
+        <value cell_index="5987" local_entity="0" value="0" />
+        <value cell_index="5988" local_entity="0" value="0" />
+        <value cell_index="5989" local_entity="0" value="0" />
+        <value cell_index="5990" local_entity="0" value="0" />
+        <value cell_index="5991" local_entity="0" value="0" />
+        <value cell_index="5992" local_entity="0" value="0" />
+        <value cell_index="5993" local_entity="0" value="0" />
+        <value cell_index="5994" local_entity="0" value="0" />
+        <value cell_index="5995" local_entity="0" value="0" />
+        <value cell_index="5996" local_entity="0" value="0" />
+        <value cell_index="5997" local_entity="0" value="0" />
+        <value cell_index="5998" local_entity="0" value="0" />
+        <value cell_index="5999" local_entity="0" value="0" />
+        <value cell_index="6000" local_entity="0" value="0" />
+        <value cell_index="6001" local_entity="0" value="0" />
+        <value cell_index="6002" local_entity="0" value="0" />
+        <value cell_index="6003" local_entity="0" value="0" />
+        <value cell_index="6004" local_entity="0" value="0" />
+        <value cell_index="6005" local_entity="0" value="0" />
+        <value cell_index="6006" local_entity="0" value="0" />
+        <value cell_index="6007" local_entity="0" value="0" />
+        <value cell_index="6008" local_entity="0" value="0" />
+        <value cell_index="6009" local_entity="0" value="0" />
+        <value cell_index="6010" local_entity="0" value="0" />
+        <value cell_index="6011" local_entity="0" value="0" />
+        <value cell_index="6012" local_entity="0" value="0" />
+        <value cell_index="6013" local_entity="0" value="0" />
+        <value cell_index="6014" local_entity="0" value="0" />
+        <value cell_index="6015" local_entity="0" value="0" />
+        <value cell_index="6016" local_entity="0" value="0" />
+        <value cell_index="6017" local_entity="0" value="0" />
+        <value cell_index="6018" local_entity="0" value="0" />
+        <value cell_index="6019" local_entity="0" value="0" />
+        <value cell_index="6020" local_entity="0" value="0" />
+        <value cell_index="6021" local_entity="0" value="0" />
+        <value cell_index="6022" local_entity="0" value="0" />
+        <value cell_index="6023" local_entity="0" value="0" />
+        <value cell_index="6024" local_entity="0" value="0" />
+        <value cell_index="6025" local_entity="0" value="0" />
+        <value cell_index="6026" local_entity="0" value="0" />
+        <value cell_index="6027" local_entity="0" value="0" />
+        <value cell_index="6028" local_entity="0" value="0" />
+        <value cell_index="6029" local_entity="0" value="0" />
+        <value cell_index="6030" local_entity="0" value="0" />
+        <value cell_index="6031" local_entity="0" value="0" />
+        <value cell_index="6032" local_entity="0" value="0" />
+        <value cell_index="6033" local_entity="0" value="0" />
+        <value cell_index="6034" local_entity="0" value="0" />
+        <value cell_index="6035" local_entity="0" value="0" />
+        <value cell_index="6036" local_entity="0" value="0" />
+        <value cell_index="6037" local_entity="0" value="0" />
+        <value cell_index="6038" local_entity="0" value="0" />
+        <value cell_index="6039" local_entity="0" value="0" />
+        <value cell_index="6040" local_entity="0" value="0" />
+        <value cell_index="6041" local_entity="0" value="0" />
+        <value cell_index="6042" local_entity="0" value="0" />
+        <value cell_index="6043" local_entity="0" value="0" />
+        <value cell_index="6044" local_entity="0" value="0" />
+        <value cell_index="6045" local_entity="0" value="0" />
+        <value cell_index="6046" local_entity="0" value="0" />
+        <value cell_index="6047" local_entity="0" value="0" />
+        <value cell_index="6048" local_entity="0" value="0" />
+        <value cell_index="6049" local_entity="0" value="0" />
+        <value cell_index="6050" local_entity="0" value="0" />
+        <value cell_index="6051" local_entity="0" value="0" />
+        <value cell_index="6052" local_entity="0" value="0" />
+        <value cell_index="6053" local_entity="0" value="0" />
+        <value cell_index="6054" local_entity="0" value="0" />
+        <value cell_index="6055" local_entity="0" value="0" />
+        <value cell_index="6056" local_entity="0" value="0" />
+        <value cell_index="6057" local_entity="0" value="0" />
+        <value cell_index="6058" local_entity="0" value="0" />
+        <value cell_index="6059" local_entity="0" value="0" />
+        <value cell_index="6060" local_entity="0" value="0" />
+        <value cell_index="6061" local_entity="0" value="0" />
+        <value cell_index="6062" local_entity="0" value="0" />
+        <value cell_index="6063" local_entity="0" value="0" />
+        <value cell_index="6064" local_entity="0" value="0" />
+        <value cell_index="6065" local_entity="0" value="0" />
+        <value cell_index="6066" local_entity="0" value="0" />
+        <value cell_index="6067" local_entity="0" value="0" />
+        <value cell_index="6068" local_entity="0" value="0" />
+        <value cell_index="6069" local_entity="0" value="0" />
+        <value cell_index="6070" local_entity="0" value="0" />
+        <value cell_index="6071" local_entity="0" value="0" />
+        <value cell_index="6072" local_entity="0" value="0" />
+        <value cell_index="6073" local_entity="0" value="0" />
+        <value cell_index="6074" local_entity="0" value="0" />
+        <value cell_index="6075" local_entity="0" value="0" />
+        <value cell_index="6076" local_entity="0" value="0" />
+        <value cell_index="6077" local_entity="0" value="0" />
+        <value cell_index="6078" local_entity="0" value="0" />
+        <value cell_index="6079" local_entity="0" value="0" />
+        <value cell_index="6080" local_entity="0" value="0" />
+        <value cell_index="6081" local_entity="0" value="0" />
+        <value cell_index="6082" local_entity="0" value="0" />
+        <value cell_index="6083" local_entity="0" value="0" />
+        <value cell_index="6084" local_entity="0" value="0" />
+        <value cell_index="6085" local_entity="0" value="0" />
+        <value cell_index="6086" local_entity="0" value="0" />
+        <value cell_index="6087" local_entity="0" value="0" />
+        <value cell_index="6088" local_entity="0" value="0" />
+        <value cell_index="6089" local_entity="0" value="0" />
+        <value cell_index="6090" local_entity="0" value="0" />
+        <value cell_index="6091" local_entity="0" value="0" />
+        <value cell_index="6092" local_entity="0" value="0" />
+        <value cell_index="6093" local_entity="0" value="0" />
+        <value cell_index="6094" local_entity="0" value="0" />
+        <value cell_index="6095" local_entity="0" value="0" />
+        <value cell_index="6096" local_entity="0" value="0" />
+        <value cell_index="6097" local_entity="0" value="0" />
+        <value cell_index="6098" local_entity="0" value="0" />
+        <value cell_index="6099" local_entity="0" value="0" />
+        <value cell_index="6100" local_entity="0" value="0" />
+        <value cell_index="6101" local_entity="0" value="0" />
+        <value cell_index="6102" local_entity="0" value="0" />
+        <value cell_index="6103" local_entity="0" value="0" />
+        <value cell_index="6104" local_entity="0" value="0" />
+        <value cell_index="6105" local_entity="0" value="0" />
+        <value cell_index="6106" local_entity="0" value="0" />
+        <value cell_index="6107" local_entity="0" value="0" />
+        <value cell_index="6108" local_entity="0" value="0" />
+        <value cell_index="6109" local_entity="0" value="0" />
+        <value cell_index="6110" local_entity="0" value="0" />
+        <value cell_index="6111" local_entity="0" value="0" />
+        <value cell_index="6112" local_entity="0" value="0" />
+        <value cell_index="6113" local_entity="0" value="0" />
+        <value cell_index="6114" local_entity="0" value="0" />
+        <value cell_index="6115" local_entity="0" value="0" />
+        <value cell_index="6116" local_entity="0" value="0" />
+        <value cell_index="6117" local_entity="0" value="0" />
+        <value cell_index="6118" local_entity="0" value="0" />
+        <value cell_index="6119" local_entity="0" value="0" />
+        <value cell_index="6120" local_entity="0" value="0" />
+        <value cell_index="6121" local_entity="0" value="0" />
+        <value cell_index="6122" local_entity="0" value="0" />
+        <value cell_index="6123" local_entity="0" value="0" />
+        <value cell_index="6124" local_entity="0" value="0" />
+        <value cell_index="6125" local_entity="0" value="0" />
+        <value cell_index="6126" local_entity="0" value="0" />
+        <value cell_index="6127" local_entity="0" value="0" />
+        <value cell_index="6128" local_entity="0" value="0" />
+        <value cell_index="6129" local_entity="0" value="0" />
+        <value cell_index="6130" local_entity="0" value="0" />
+        <value cell_index="6131" local_entity="0" value="0" />
+        <value cell_index="6132" local_entity="0" value="0" />
+        <value cell_index="6133" local_entity="0" value="0" />
+        <value cell_index="6134" local_entity="0" value="0" />
+        <value cell_index="6135" local_entity="0" value="0" />
+        <value cell_index="6136" local_entity="0" value="0" />
+        <value cell_index="6137" local_entity="0" value="0" />
+        <value cell_index="6138" local_entity="0" value="0" />
+        <value cell_index="6139" local_entity="0" value="0" />
+        <value cell_index="6140" local_entity="0" value="0" />
+        <value cell_index="6141" local_entity="0" value="0" />
+        <value cell_index="6142" local_entity="0" value="0" />
+        <value cell_index="6143" local_entity="0" value="0" />
+        <value cell_index="6144" local_entity="0" value="0" />
+        <value cell_index="6145" local_entity="0" value="0" />
+        <value cell_index="6146" local_entity="0" value="0" />
+        <value cell_index="6147" local_entity="0" value="0" />
+        <value cell_index="6148" local_entity="0" value="0" />
+        <value cell_index="6149" local_entity="0" value="0" />
+        <value cell_index="6150" local_entity="0" value="0" />
+        <value cell_index="6151" local_entity="0" value="0" />
+        <value cell_index="6152" local_entity="0" value="0" />
+        <value cell_index="6153" local_entity="0" value="0" />
+        <value cell_index="6154" local_entity="0" value="0" />
+        <value cell_index="6155" local_entity="0" value="0" />
+        <value cell_index="6156" local_entity="0" value="0" />
+        <value cell_index="6157" local_entity="0" value="0" />
+        <value cell_index="6158" local_entity="0" value="0" />
+        <value cell_index="6159" local_entity="0" value="0" />
+        <value cell_index="6160" local_entity="0" value="0" />
+        <value cell_index="6161" local_entity="0" value="0" />
+        <value cell_index="6162" local_entity="0" value="0" />
+        <value cell_index="6163" local_entity="0" value="0" />
+        <value cell_index="6164" local_entity="0" value="0" />
+        <value cell_index="6165" local_entity="0" value="0" />
+        <value cell_index="6166" local_entity="0" value="0" />
+        <value cell_index="6167" local_entity="0" value="0" />
+        <value cell_index="6168" local_entity="0" value="0" />
+        <value cell_index="6169" local_entity="0" value="0" />
+        <value cell_index="6170" local_entity="0" value="0" />
+        <value cell_index="6171" local_entity="0" value="0" />
+        <value cell_index="6172" local_entity="0" value="0" />
+        <value cell_index="6173" local_entity="0" value="0" />
+        <value cell_index="6174" local_entity="0" value="0" />
+        <value cell_index="6175" local_entity="0" value="0" />
+        <value cell_index="6176" local_entity="0" value="0" />
+        <value cell_index="6177" local_entity="0" value="0" />
+        <value cell_index="6178" local_entity="0" value="0" />
+        <value cell_index="6179" local_entity="0" value="0" />
+        <value cell_index="6180" local_entity="0" value="0" />
+        <value cell_index="6181" local_entity="0" value="0" />
+        <value cell_index="6182" local_entity="0" value="0" />
+        <value cell_index="6183" local_entity="0" value="0" />
+        <value cell_index="6184" local_entity="0" value="0" />
+        <value cell_index="6185" local_entity="0" value="0" />
+        <value cell_index="6186" local_entity="0" value="0" />
+        <value cell_index="6187" local_entity="0" value="0" />
+        <value cell_index="6188" local_entity="0" value="0" />
+        <value cell_index="6189" local_entity="0" value="0" />
+        <value cell_index="6190" local_entity="0" value="0" />
+        <value cell_index="6191" local_entity="0" value="0" />
+        <value cell_index="6192" local_entity="0" value="0" />
+        <value cell_index="6193" local_entity="0" value="0" />
+        <value cell_index="6194" local_entity="0" value="0" />
+        <value cell_index="6195" local_entity="0" value="0" />
+        <value cell_index="6196" local_entity="0" value="0" />
+        <value cell_index="6197" local_entity="0" value="0" />
+        <value cell_index="6198" local_entity="0" value="0" />
+        <value cell_index="6199" local_entity="0" value="0" />
+        <value cell_index="6200" local_entity="0" value="0" />
+        <value cell_index="6201" local_entity="0" value="0" />
+        <value cell_index="6202" local_entity="0" value="0" />
+        <value cell_index="6203" local_entity="0" value="0" />
+        <value cell_index="6204" local_entity="0" value="0" />
+        <value cell_index="6205" local_entity="0" value="0" />
+        <value cell_index="6206" local_entity="0" value="0" />
+        <value cell_index="6207" local_entity="0" value="0" />
+        <value cell_index="6208" local_entity="0" value="0" />
+        <value cell_index="6209" local_entity="0" value="0" />
+        <value cell_index="6210" local_entity="0" value="0" />
+        <value cell_index="6211" local_entity="0" value="0" />
+        <value cell_index="6212" local_entity="0" value="0" />
+        <value cell_index="6213" local_entity="0" value="0" />
+        <value cell_index="6214" local_entity="0" value="0" />
+        <value cell_index="6215" local_entity="0" value="0" />
+        <value cell_index="6216" local_entity="0" value="0" />
+        <value cell_index="6217" local_entity="0" value="0" />
+        <value cell_index="6218" local_entity="0" value="0" />
+        <value cell_index="6219" local_entity="0" value="0" />
+        <value cell_index="6220" local_entity="0" value="0" />
+        <value cell_index="6221" local_entity="0" value="0" />
+        <value cell_index="6222" local_entity="0" value="0" />
+        <value cell_index="6223" local_entity="0" value="0" />
+        <value cell_index="6224" local_entity="0" value="0" />
+        <value cell_index="6225" local_entity="0" value="0" />
+        <value cell_index="6226" local_entity="0" value="0" />
+        <value cell_index="6227" local_entity="0" value="0" />
+        <value cell_index="6228" local_entity="0" value="0" />
+        <value cell_index="6229" local_entity="0" value="0" />
+        <value cell_index="6230" local_entity="0" value="0" />
+        <value cell_index="6231" local_entity="0" value="0" />
+        <value cell_index="6232" local_entity="0" value="0" />
+        <value cell_index="6233" local_entity="0" value="0" />
+        <value cell_index="6234" local_entity="0" value="0" />
+        <value cell_index="6235" local_entity="0" value="0" />
+        <value cell_index="6236" local_entity="0" value="0" />
+        <value cell_index="6237" local_entity="0" value="0" />
+        <value cell_index="6238" local_entity="0" value="0" />
+        <value cell_index="6239" local_entity="0" value="0" />
+        <value cell_index="6240" local_entity="0" value="0" />
+        <value cell_index="6241" local_entity="0" value="0" />
+        <value cell_index="6242" local_entity="0" value="0" />
+        <value cell_index="6243" local_entity="0" value="0" />
+        <value cell_index="6244" local_entity="0" value="0" />
+        <value cell_index="6245" local_entity="0" value="0" />
+        <value cell_index="6246" local_entity="0" value="0" />
+        <value cell_index="6247" local_entity="0" value="0" />
+        <value cell_index="6248" local_entity="0" value="0" />
+        <value cell_index="6249" local_entity="0" value="0" />
+        <value cell_index="6250" local_entity="0" value="0" />
+        <value cell_index="6251" local_entity="0" value="0" />
+        <value cell_index="6252" local_entity="0" value="0" />
+        <value cell_index="6253" local_entity="0" value="0" />
+        <value cell_index="6254" local_entity="0" value="0" />
+        <value cell_index="6255" local_entity="0" value="0" />
+        <value cell_index="6256" local_entity="0" value="0" />
+        <value cell_index="6257" local_entity="0" value="0" />
+        <value cell_index="6258" local_entity="0" value="0" />
+        <value cell_index="6259" local_entity="0" value="0" />
+        <value cell_index="6260" local_entity="0" value="0" />
+        <value cell_index="6261" local_entity="0" value="0" />
+        <value cell_index="6262" local_entity="0" value="0" />
+        <value cell_index="6263" local_entity="0" value="0" />
+        <value cell_index="6264" local_entity="0" value="0" />
+        <value cell_index="6265" local_entity="0" value="0" />
+        <value cell_index="6266" local_entity="0" value="0" />
+        <value cell_index="6267" local_entity="0" value="0" />
+        <value cell_index="6268" local_entity="0" value="0" />
+        <value cell_index="6269" local_entity="0" value="0" />
+        <value cell_index="6270" local_entity="0" value="0" />
+        <value cell_index="6271" local_entity="0" value="0" />
+        <value cell_index="6272" local_entity="0" value="0" />
+        <value cell_index="6273" local_entity="0" value="0" />
+        <value cell_index="6274" local_entity="0" value="0" />
+        <value cell_index="6275" local_entity="0" value="0" />
+        <value cell_index="6276" local_entity="0" value="0" />
+        <value cell_index="6277" local_entity="0" value="0" />
+        <value cell_index="6278" local_entity="0" value="0" />
+        <value cell_index="6279" local_entity="0" value="0" />
+        <value cell_index="6280" local_entity="0" value="0" />
+        <value cell_index="6281" local_entity="0" value="0" />
+        <value cell_index="6282" local_entity="0" value="0" />
+        <value cell_index="6283" local_entity="0" value="0" />
+        <value cell_index="6284" local_entity="0" value="0" />
+        <value cell_index="6285" local_entity="0" value="0" />
+        <value cell_index="6286" local_entity="0" value="0" />
+        <value cell_index="6287" local_entity="0" value="0" />
+        <value cell_index="6288" local_entity="0" value="0" />
+        <value cell_index="6289" local_entity="0" value="0" />
+        <value cell_index="6290" local_entity="0" value="0" />
+        <value cell_index="6291" local_entity="0" value="0" />
+        <value cell_index="6292" local_entity="0" value="0" />
+        <value cell_index="6293" local_entity="0" value="0" />
+        <value cell_index="6294" local_entity="0" value="0" />
+        <value cell_index="6295" local_entity="0" value="0" />
+        <value cell_index="6296" local_entity="0" value="0" />
+        <value cell_index="6297" local_entity="0" value="0" />
+        <value cell_index="6298" local_entity="0" value="0" />
+        <value cell_index="6299" local_entity="0" value="0" />
+        <value cell_index="6300" local_entity="0" value="0" />
+        <value cell_index="6301" local_entity="0" value="0" />
+        <value cell_index="6302" local_entity="0" value="0" />
+        <value cell_index="6303" local_entity="0" value="0" />
+        <value cell_index="6304" local_entity="0" value="0" />
+        <value cell_index="6305" local_entity="0" value="0" />
+        <value cell_index="6306" local_entity="0" value="0" />
+        <value cell_index="6307" local_entity="0" value="0" />
+        <value cell_index="6308" local_entity="0" value="0" />
+        <value cell_index="6309" local_entity="0" value="0" />
+        <value cell_index="6310" local_entity="0" value="0" />
+        <value cell_index="6311" local_entity="0" value="0" />
+        <value cell_index="6312" local_entity="0" value="0" />
+        <value cell_index="6313" local_entity="0" value="0" />
+        <value cell_index="6314" local_entity="0" value="0" />
+        <value cell_index="6315" local_entity="0" value="0" />
+        <value cell_index="6316" local_entity="0" value="0" />
+        <value cell_index="6317" local_entity="0" value="0" />
+        <value cell_index="6318" local_entity="0" value="0" />
+        <value cell_index="6319" local_entity="0" value="0" />
+        <value cell_index="6320" local_entity="0" value="0" />
+        <value cell_index="6321" local_entity="0" value="0" />
+        <value cell_index="6322" local_entity="0" value="0" />
+        <value cell_index="6323" local_entity="0" value="0" />
+        <value cell_index="6324" local_entity="0" value="0" />
+        <value cell_index="6325" local_entity="0" value="0" />
+        <value cell_index="6326" local_entity="0" value="0" />
+        <value cell_index="6327" local_entity="0" value="0" />
+        <value cell_index="6328" local_entity="0" value="0" />
+        <value cell_index="6329" local_entity="0" value="0" />
+        <value cell_index="6330" local_entity="0" value="0" />
+        <value cell_index="6331" local_entity="0" value="0" />
+        <value cell_index="6332" local_entity="0" value="0" />
+        <value cell_index="6333" local_entity="0" value="0" />
+        <value cell_index="6334" local_entity="0" value="0" />
+        <value cell_index="6335" local_entity="0" value="0" />
+        <value cell_index="6336" local_entity="0" value="0" />
+        <value cell_index="6337" local_entity="0" value="0" />
+        <value cell_index="6338" local_entity="0" value="0" />
+        <value cell_index="6339" local_entity="0" value="0" />
+        <value cell_index="6340" local_entity="0" value="0" />
+        <value cell_index="6341" local_entity="0" value="0" />
+        <value cell_index="6342" local_entity="0" value="0" />
+        <value cell_index="6343" local_entity="0" value="0" />
+        <value cell_index="6344" local_entity="0" value="0" />
+        <value cell_index="6345" local_entity="0" value="0" />
+        <value cell_index="6346" local_entity="0" value="0" />
+        <value cell_index="6347" local_entity="0" value="0" />
+        <value cell_index="6348" local_entity="0" value="0" />
+        <value cell_index="6349" local_entity="0" value="0" />
+        <value cell_index="6350" local_entity="0" value="0" />
+        <value cell_index="6351" local_entity="0" value="0" />
+        <value cell_index="6352" local_entity="0" value="0" />
+        <value cell_index="6353" local_entity="0" value="0" />
+        <value cell_index="6354" local_entity="0" value="0" />
+        <value cell_index="6355" local_entity="0" value="0" />
+        <value cell_index="6356" local_entity="0" value="0" />
+        <value cell_index="6357" local_entity="0" value="0" />
+        <value cell_index="6358" local_entity="0" value="0" />
+        <value cell_index="6359" local_entity="0" value="0" />
+        <value cell_index="6360" local_entity="0" value="0" />
+        <value cell_index="6361" local_entity="0" value="0" />
+        <value cell_index="6362" local_entity="0" value="0" />
+        <value cell_index="6363" local_entity="0" value="0" />
+        <value cell_index="6364" local_entity="0" value="0" />
+        <value cell_index="6365" local_entity="0" value="0" />
+        <value cell_index="6366" local_entity="0" value="0" />
+        <value cell_index="6367" local_entity="0" value="0" />
+        <value cell_index="6368" local_entity="0" value="0" />
+        <value cell_index="6369" local_entity="0" value="0" />
+        <value cell_index="6370" local_entity="0" value="0" />
+        <value cell_index="6371" local_entity="0" value="0" />
+        <value cell_index="6372" local_entity="0" value="0" />
+        <value cell_index="6373" local_entity="0" value="0" />
+        <value cell_index="6374" local_entity="0" value="0" />
+        <value cell_index="6375" local_entity="0" value="0" />
+        <value cell_index="6376" local_entity="0" value="0" />
+        <value cell_index="6377" local_entity="0" value="0" />
+        <value cell_index="6378" local_entity="0" value="0" />
+        <value cell_index="6379" local_entity="0" value="0" />
+        <value cell_index="6380" local_entity="0" value="0" />
+        <value cell_index="6381" local_entity="0" value="0" />
+        <value cell_index="6382" local_entity="0" value="0" />
+        <value cell_index="6383" local_entity="0" value="0" />
+        <value cell_index="6384" local_entity="0" value="0" />
+        <value cell_index="6385" local_entity="0" value="0" />
+        <value cell_index="6386" local_entity="0" value="0" />
+        <value cell_index="6387" local_entity="0" value="0" />
+        <value cell_index="6388" local_entity="0" value="0" />
+        <value cell_index="6389" local_entity="0" value="0" />
+        <value cell_index="6390" local_entity="0" value="0" />
+        <value cell_index="6391" local_entity="0" value="0" />
+        <value cell_index="6392" local_entity="0" value="0" />
+        <value cell_index="6393" local_entity="0" value="0" />
+        <value cell_index="6394" local_entity="0" value="0" />
+        <value cell_index="6395" local_entity="0" value="0" />
+        <value cell_index="6396" local_entity="0" value="0" />
+        <value cell_index="6397" local_entity="0" value="0" />
+        <value cell_index="6398" local_entity="0" value="0" />
+        <value cell_index="6399" local_entity="0" value="0" />
+        <value cell_index="6400" local_entity="0" value="0" />
+        <value cell_index="6401" local_entity="0" value="0" />
+        <value cell_index="6402" local_entity="0" value="0" />
+        <value cell_index="6403" local_entity="0" value="0" />
+        <value cell_index="6404" local_entity="0" value="0" />
+        <value cell_index="6405" local_entity="0" value="0" />
+        <value cell_index="6406" local_entity="0" value="0" />
+        <value cell_index="6407" local_entity="0" value="0" />
+        <value cell_index="6408" local_entity="0" value="0" />
+        <value cell_index="6409" local_entity="0" value="0" />
+        <value cell_index="6410" local_entity="0" value="0" />
+        <value cell_index="6411" local_entity="0" value="0" />
+        <value cell_index="6412" local_entity="0" value="0" />
+        <value cell_index="6413" local_entity="0" value="0" />
+        <value cell_index="6414" local_entity="0" value="0" />
+        <value cell_index="6415" local_entity="0" value="0" />
+        <value cell_index="6416" local_entity="0" value="0" />
+        <value cell_index="6417" local_entity="0" value="0" />
+        <value cell_index="6418" local_entity="0" value="0" />
+        <value cell_index="6419" local_entity="0" value="0" />
+        <value cell_index="6420" local_entity="0" value="0" />
+        <value cell_index="6421" local_entity="0" value="0" />
+        <value cell_index="6422" local_entity="0" value="0" />
+        <value cell_index="6423" local_entity="0" value="0" />
+        <value cell_index="6424" local_entity="0" value="0" />
+        <value cell_index="6425" local_entity="0" value="0" />
+        <value cell_index="6426" local_entity="0" value="0" />
+        <value cell_index="6427" local_entity="0" value="0" />
+        <value cell_index="6428" local_entity="0" value="0" />
+        <value cell_index="6429" local_entity="0" value="0" />
+        <value cell_index="6430" local_entity="0" value="0" />
+        <value cell_index="6431" local_entity="0" value="0" />
+        <value cell_index="6432" local_entity="0" value="0" />
+        <value cell_index="6433" local_entity="0" value="0" />
+        <value cell_index="6434" local_entity="0" value="0" />
+        <value cell_index="6435" local_entity="0" value="0" />
+        <value cell_index="6436" local_entity="0" value="0" />
+        <value cell_index="6437" local_entity="0" value="0" />
+        <value cell_index="6438" local_entity="0" value="0" />
+        <value cell_index="6439" local_entity="0" value="0" />
+        <value cell_index="6440" local_entity="0" value="0" />
+        <value cell_index="6441" local_entity="0" value="0" />
+        <value cell_index="6442" local_entity="0" value="0" />
+        <value cell_index="6443" local_entity="0" value="0" />
+        <value cell_index="6444" local_entity="0" value="0" />
+        <value cell_index="6445" local_entity="0" value="0" />
+        <value cell_index="6446" local_entity="0" value="0" />
+        <value cell_index="6447" local_entity="0" value="0" />
+        <value cell_index="6448" local_entity="0" value="0" />
+        <value cell_index="6449" local_entity="0" value="0" />
+        <value cell_index="6450" local_entity="0" value="0" />
+        <value cell_index="6451" local_entity="0" value="0" />
+        <value cell_index="6452" local_entity="0" value="0" />
+        <value cell_index="6453" local_entity="0" value="0" />
+        <value cell_index="6454" local_entity="0" value="0" />
+        <value cell_index="6455" local_entity="0" value="0" />
+        <value cell_index="6456" local_entity="0" value="0" />
+        <value cell_index="6457" local_entity="0" value="0" />
+        <value cell_index="6458" local_entity="0" value="0" />
+        <value cell_index="6459" local_entity="0" value="0" />
+        <value cell_index="6460" local_entity="0" value="0" />
+        <value cell_index="6461" local_entity="0" value="0" />
+        <value cell_index="6462" local_entity="0" value="0" />
+        <value cell_index="6463" local_entity="0" value="0" />
+        <value cell_index="6464" local_entity="0" value="0" />
+        <value cell_index="6465" local_entity="0" value="0" />
+        <value cell_index="6466" local_entity="0" value="0" />
+        <value cell_index="6467" local_entity="0" value="0" />
+        <value cell_index="6468" local_entity="0" value="0" />
+        <value cell_index="6469" local_entity="0" value="0" />
+        <value cell_index="6470" local_entity="0" value="0" />
+        <value cell_index="6471" local_entity="0" value="0" />
+        <value cell_index="6472" local_entity="0" value="0" />
+        <value cell_index="6473" local_entity="0" value="0" />
+        <value cell_index="6474" local_entity="0" value="0" />
+        <value cell_index="6475" local_entity="0" value="0" />
+        <value cell_index="6476" local_entity="0" value="0" />
+        <value cell_index="6477" local_entity="0" value="0" />
+        <value cell_index="6478" local_entity="0" value="0" />
+        <value cell_index="6479" local_entity="0" value="0" />
+        <value cell_index="6480" local_entity="0" value="0" />
+        <value cell_index="6481" local_entity="0" value="0" />
+        <value cell_index="6482" local_entity="0" value="0" />
+        <value cell_index="6483" local_entity="0" value="0" />
+        <value cell_index="6484" local_entity="0" value="0" />
+        <value cell_index="6485" local_entity="0" value="0" />
+        <value cell_index="6486" local_entity="0" value="0" />
+        <value cell_index="6487" local_entity="0" value="0" />
+        <value cell_index="6488" local_entity="0" value="0" />
+        <value cell_index="6489" local_entity="0" value="0" />
+        <value cell_index="6490" local_entity="0" value="0" />
+        <value cell_index="6491" local_entity="0" value="0" />
+        <value cell_index="6492" local_entity="0" value="0" />
+        <value cell_index="6493" local_entity="0" value="0" />
+        <value cell_index="6494" local_entity="0" value="0" />
+        <value cell_index="6495" local_entity="0" value="0" />
+        <value cell_index="6496" local_entity="0" value="0" />
+        <value cell_index="6497" local_entity="0" value="0" />
+        <value cell_index="6498" local_entity="0" value="0" />
+        <value cell_index="6499" local_entity="0" value="0" />
+        <value cell_index="6500" local_entity="0" value="0" />
+        <value cell_index="6501" local_entity="0" value="0" />
+        <value cell_index="6502" local_entity="0" value="0" />
+        <value cell_index="6503" local_entity="0" value="0" />
+        <value cell_index="6504" local_entity="0" value="0" />
+        <value cell_index="6505" local_entity="0" value="0" />
+        <value cell_index="6506" local_entity="0" value="0" />
+        <value cell_index="6507" local_entity="0" value="0" />
+        <value cell_index="6508" local_entity="0" value="0" />
+        <value cell_index="6509" local_entity="0" value="0" />
+        <value cell_index="6510" local_entity="0" value="0" />
+        <value cell_index="6511" local_entity="0" value="0" />
+        <value cell_index="6512" local_entity="0" value="0" />
+        <value cell_index="6513" local_entity="0" value="0" />
+        <value cell_index="6514" local_entity="0" value="0" />
+        <value cell_index="6515" local_entity="0" value="0" />
+        <value cell_index="6516" local_entity="0" value="0" />
+        <value cell_index="6517" local_entity="0" value="0" />
+        <value cell_index="6518" local_entity="0" value="0" />
+        <value cell_index="6519" local_entity="0" value="0" />
+        <value cell_index="6520" local_entity="0" value="0" />
+        <value cell_index="6521" local_entity="0" value="0" />
+        <value cell_index="6522" local_entity="0" value="0" />
+        <value cell_index="6523" local_entity="0" value="0" />
+        <value cell_index="6524" local_entity="0" value="0" />
+        <value cell_index="6525" local_entity="0" value="0" />
+        <value cell_index="6526" local_entity="0" value="0" />
+        <value cell_index="6527" local_entity="0" value="0" />
+        <value cell_index="6528" local_entity="0" value="0" />
+        <value cell_index="6529" local_entity="0" value="0" />
+        <value cell_index="6530" local_entity="0" value="0" />
+        <value cell_index="6531" local_entity="0" value="0" />
+        <value cell_index="6532" local_entity="0" value="0" />
+        <value cell_index="6533" local_entity="0" value="0" />
+        <value cell_index="6534" local_entity="0" value="0" />
+        <value cell_index="6535" local_entity="0" value="0" />
+        <value cell_index="6536" local_entity="0" value="0" />
+        <value cell_index="6537" local_entity="0" value="0" />
+        <value cell_index="6538" local_entity="0" value="0" />
+        <value cell_index="6539" local_entity="0" value="0" />
+        <value cell_index="6540" local_entity="0" value="0" />
+        <value cell_index="6541" local_entity="0" value="0" />
+        <value cell_index="6542" local_entity="0" value="0" />
+        <value cell_index="6543" local_entity="0" value="0" />
+        <value cell_index="6544" local_entity="0" value="0" />
+        <value cell_index="6545" local_entity="0" value="0" />
+        <value cell_index="6546" local_entity="0" value="0" />
+        <value cell_index="6547" local_entity="0" value="0" />
+        <value cell_index="6548" local_entity="0" value="0" />
+        <value cell_index="6549" local_entity="0" value="0" />
+        <value cell_index="6550" local_entity="0" value="0" />
+        <value cell_index="6551" local_entity="0" value="0" />
+        <value cell_index="6552" local_entity="0" value="0" />
+        <value cell_index="6553" local_entity="0" value="0" />
+        <value cell_index="6554" local_entity="0" value="0" />
+        <value cell_index="6555" local_entity="0" value="0" />
+        <value cell_index="6556" local_entity="0" value="0" />
+        <value cell_index="6557" local_entity="0" value="0" />
+        <value cell_index="6558" local_entity="0" value="0" />
+        <value cell_index="6559" local_entity="0" value="0" />
+        <value cell_index="6560" local_entity="0" value="0" />
+        <value cell_index="6561" local_entity="0" value="0" />
+        <value cell_index="6562" local_entity="0" value="0" />
+        <value cell_index="6563" local_entity="0" value="0" />
+        <value cell_index="6564" local_entity="0" value="0" />
+        <value cell_index="6565" local_entity="0" value="0" />
+        <value cell_index="6566" local_entity="0" value="0" />
+        <value cell_index="6567" local_entity="0" value="0" />
+        <value cell_index="6568" local_entity="0" value="0" />
+        <value cell_index="6569" local_entity="0" value="0" />
+        <value cell_index="6570" local_entity="0" value="0" />
+        <value cell_index="6571" local_entity="0" value="0" />
+        <value cell_index="6572" local_entity="0" value="0" />
+        <value cell_index="6573" local_entity="0" value="0" />
+        <value cell_index="6574" local_entity="0" value="0" />
+        <value cell_index="6575" local_entity="0" value="0" />
+        <value cell_index="6576" local_entity="0" value="0" />
+        <value cell_index="6577" local_entity="0" value="0" />
+        <value cell_index="6578" local_entity="0" value="0" />
+        <value cell_index="6579" local_entity="0" value="0" />
+        <value cell_index="6580" local_entity="0" value="0" />
+        <value cell_index="6581" local_entity="0" value="0" />
+        <value cell_index="6582" local_entity="0" value="0" />
+        <value cell_index="6583" local_entity="0" value="0" />
+        <value cell_index="6584" local_entity="0" value="0" />
+        <value cell_index="6585" local_entity="0" value="0" />
+        <value cell_index="6586" local_entity="0" value="0" />
+        <value cell_index="6587" local_entity="0" value="0" />
+        <value cell_index="6588" local_entity="0" value="0" />
+        <value cell_index="6589" local_entity="0" value="0" />
+        <value cell_index="6590" local_entity="0" value="0" />
+        <value cell_index="6591" local_entity="0" value="0" />
+        <value cell_index="6592" local_entity="0" value="0" />
+        <value cell_index="6593" local_entity="0" value="0" />
+        <value cell_index="6594" local_entity="0" value="0" />
+        <value cell_index="6595" local_entity="0" value="0" />
+        <value cell_index="6596" local_entity="0" value="0" />
+        <value cell_index="6597" local_entity="0" value="0" />
+        <value cell_index="6598" local_entity="0" value="0" />
+        <value cell_index="6599" local_entity="0" value="0" />
+        <value cell_index="6600" local_entity="0" value="0" />
+        <value cell_index="6601" local_entity="0" value="0" />
+        <value cell_index="6602" local_entity="0" value="0" />
+        <value cell_index="6603" local_entity="0" value="0" />
+        <value cell_index="6604" local_entity="0" value="0" />
+        <value cell_index="6605" local_entity="0" value="0" />
+        <value cell_index="6606" local_entity="0" value="0" />
+        <value cell_index="6607" local_entity="0" value="0" />
+        <value cell_index="6608" local_entity="0" value="0" />
+        <value cell_index="6609" local_entity="0" value="0" />
+        <value cell_index="6610" local_entity="0" value="0" />
+        <value cell_index="6611" local_entity="0" value="0" />
+        <value cell_index="6612" local_entity="0" value="0" />
+        <value cell_index="6613" local_entity="0" value="0" />
+        <value cell_index="6614" local_entity="0" value="0" />
+        <value cell_index="6615" local_entity="0" value="0" />
+        <value cell_index="6616" local_entity="0" value="0" />
+        <value cell_index="6617" local_entity="0" value="0" />
+        <value cell_index="6618" local_entity="0" value="0" />
+        <value cell_index="6619" local_entity="0" value="0" />
+        <value cell_index="6620" local_entity="0" value="0" />
+        <value cell_index="6621" local_entity="0" value="0" />
+        <value cell_index="6622" local_entity="0" value="0" />
+        <value cell_index="6623" local_entity="0" value="0" />
+        <value cell_index="6624" local_entity="0" value="0" />
+        <value cell_index="6625" local_entity="0" value="0" />
+        <value cell_index="6626" local_entity="0" value="0" />
+        <value cell_index="6627" local_entity="0" value="0" />
+        <value cell_index="6628" local_entity="0" value="0" />
+        <value cell_index="6629" local_entity="0" value="0" />
+        <value cell_index="6630" local_entity="0" value="0" />
+        <value cell_index="6631" local_entity="0" value="0" />
+        <value cell_index="6632" local_entity="0" value="0" />
+        <value cell_index="6633" local_entity="0" value="0" />
+        <value cell_index="6634" local_entity="0" value="0" />
+        <value cell_index="6635" local_entity="0" value="0" />
+        <value cell_index="6636" local_entity="0" value="0" />
+        <value cell_index="6637" local_entity="0" value="0" />
+        <value cell_index="6638" local_entity="0" value="0" />
+        <value cell_index="6639" local_entity="0" value="0" />
+        <value cell_index="6640" local_entity="0" value="0" />
+        <value cell_index="6641" local_entity="0" value="0" />
+        <value cell_index="6642" local_entity="0" value="0" />
+        <value cell_index="6643" local_entity="0" value="0" />
+        <value cell_index="6644" local_entity="0" value="0" />
+        <value cell_index="6645" local_entity="0" value="0" />
+        <value cell_index="6646" local_entity="0" value="0" />
+        <value cell_index="6647" local_entity="0" value="0" />
+        <value cell_index="6648" local_entity="0" value="0" />
+        <value cell_index="6649" local_entity="0" value="0" />
+        <value cell_index="6650" local_entity="0" value="0" />
+        <value cell_index="6651" local_entity="0" value="0" />
+        <value cell_index="6652" local_entity="0" value="0" />
+        <value cell_index="6653" local_entity="0" value="0" />
+        <value cell_index="6654" local_entity="0" value="0" />
+        <value cell_index="6655" local_entity="0" value="0" />
+        <value cell_index="6656" local_entity="0" value="0" />
+        <value cell_index="6657" local_entity="0" value="0" />
+        <value cell_index="6658" local_entity="0" value="0" />
+        <value cell_index="6659" local_entity="0" value="0" />
+        <value cell_index="6660" local_entity="0" value="0" />
+        <value cell_index="6661" local_entity="0" value="0" />
+        <value cell_index="6662" local_entity="0" value="0" />
+        <value cell_index="6663" local_entity="0" value="0" />
+        <value cell_index="6664" local_entity="0" value="0" />
+        <value cell_index="6665" local_entity="0" value="0" />
+        <value cell_index="6666" local_entity="0" value="0" />
+        <value cell_index="6667" local_entity="0" value="0" />
+        <value cell_index="6668" local_entity="0" value="0" />
+        <value cell_index="6669" local_entity="0" value="0" />
+        <value cell_index="6670" local_entity="0" value="0" />
+        <value cell_index="6671" local_entity="0" value="0" />
+        <value cell_index="6672" local_entity="0" value="0" />
+        <value cell_index="6673" local_entity="0" value="0" />
+        <value cell_index="6674" local_entity="0" value="0" />
+        <value cell_index="6675" local_entity="0" value="0" />
+        <value cell_index="6676" local_entity="0" value="0" />
+        <value cell_index="6677" local_entity="0" value="0" />
+        <value cell_index="6678" local_entity="0" value="0" />
+        <value cell_index="6679" local_entity="0" value="0" />
+        <value cell_index="6680" local_entity="0" value="0" />
+        <value cell_index="6681" local_entity="0" value="0" />
+        <value cell_index="6682" local_entity="0" value="0" />
+        <value cell_index="6683" local_entity="0" value="0" />
+        <value cell_index="6684" local_entity="0" value="0" />
+        <value cell_index="6685" local_entity="0" value="0" />
+        <value cell_index="6686" local_entity="0" value="0" />
+        <value cell_index="6687" local_entity="0" value="0" />
+        <value cell_index="6688" local_entity="0" value="0" />
+        <value cell_index="6689" local_entity="0" value="0" />
+        <value cell_index="6690" local_entity="0" value="0" />
+        <value cell_index="6691" local_entity="0" value="0" />
+        <value cell_index="6692" local_entity="0" value="0" />
+        <value cell_index="6693" local_entity="0" value="0" />
+        <value cell_index="6694" local_entity="0" value="0" />
+        <value cell_index="6695" local_entity="0" value="0" />
+        <value cell_index="6696" local_entity="0" value="0" />
+        <value cell_index="6697" local_entity="0" value="0" />
+        <value cell_index="6698" local_entity="0" value="0" />
+        <value cell_index="6699" local_entity="0" value="0" />
+        <value cell_index="6700" local_entity="0" value="0" />
+        <value cell_index="6701" local_entity="0" value="0" />
+        <value cell_index="6702" local_entity="0" value="0" />
+        <value cell_index="6703" local_entity="0" value="0" />
+        <value cell_index="6704" local_entity="0" value="0" />
+        <value cell_index="6705" local_entity="0" value="0" />
+        <value cell_index="6706" local_entity="0" value="0" />
+        <value cell_index="6707" local_entity="0" value="0" />
+        <value cell_index="6708" local_entity="0" value="0" />
+        <value cell_index="6709" local_entity="0" value="0" />
+        <value cell_index="6710" local_entity="0" value="0" />
+        <value cell_index="6711" local_entity="0" value="0" />
+        <value cell_index="6712" local_entity="0" value="0" />
+        <value cell_index="6713" local_entity="0" value="0" />
+        <value cell_index="6714" local_entity="0" value="0" />
+        <value cell_index="6715" local_entity="0" value="0" />
+        <value cell_index="6716" local_entity="0" value="0" />
+        <value cell_index="6717" local_entity="0" value="0" />
+        <value cell_index="6718" local_entity="0" value="0" />
+        <value cell_index="6719" local_entity="0" value="0" />
+        <value cell_index="6720" local_entity="0" value="0" />
+        <value cell_index="6721" local_entity="0" value="0" />
+        <value cell_index="6722" local_entity="0" value="0" />
+        <value cell_index="6723" local_entity="0" value="0" />
+        <value cell_index="6724" local_entity="0" value="0" />
+        <value cell_index="6725" local_entity="0" value="0" />
+        <value cell_index="6726" local_entity="0" value="0" />
+        <value cell_index="6727" local_entity="0" value="0" />
+        <value cell_index="6728" local_entity="0" value="0" />
+        <value cell_index="6729" local_entity="0" value="0" />
+        <value cell_index="6730" local_entity="0" value="0" />
+        <value cell_index="6731" local_entity="0" value="0" />
+        <value cell_index="6732" local_entity="0" value="0" />
+        <value cell_index="6733" local_entity="0" value="0" />
+        <value cell_index="6734" local_entity="0" value="0" />
+        <value cell_index="6735" local_entity="0" value="0" />
+        <value cell_index="6736" local_entity="0" value="0" />
+        <value cell_index="6737" local_entity="0" value="0" />
+        <value cell_index="6738" local_entity="0" value="0" />
+        <value cell_index="6739" local_entity="0" value="0" />
+        <value cell_index="6740" local_entity="0" value="0" />
+        <value cell_index="6741" local_entity="0" value="0" />
+        <value cell_index="6742" local_entity="0" value="0" />
+        <value cell_index="6743" local_entity="0" value="0" />
+        <value cell_index="6744" local_entity="0" value="0" />
+        <value cell_index="6745" local_entity="0" value="0" />
+        <value cell_index="6746" local_entity="0" value="0" />
+        <value cell_index="6747" local_entity="0" value="0" />
+        <value cell_index="6748" local_entity="0" value="0" />
+        <value cell_index="6749" local_entity="0" value="0" />
+        <value cell_index="6750" local_entity="0" value="0" />
+        <value cell_index="6751" local_entity="0" value="0" />
+        <value cell_index="6752" local_entity="0" value="0" />
+        <value cell_index="6753" local_entity="0" value="0" />
+        <value cell_index="6754" local_entity="0" value="0" />
+        <value cell_index="6755" local_entity="0" value="0" />
+        <value cell_index="6756" local_entity="0" value="0" />
+        <value cell_index="6757" local_entity="0" value="0" />
+        <value cell_index="6758" local_entity="0" value="0" />
+        <value cell_index="6759" local_entity="0" value="0" />
+        <value cell_index="6760" local_entity="0" value="0" />
+        <value cell_index="6761" local_entity="0" value="0" />
+        <value cell_index="6762" local_entity="0" value="0" />
+        <value cell_index="6763" local_entity="0" value="0" />
+        <value cell_index="6764" local_entity="0" value="0" />
+        <value cell_index="6765" local_entity="0" value="0" />
+        <value cell_index="6766" local_entity="0" value="0" />
+        <value cell_index="6767" local_entity="0" value="0" />
+        <value cell_index="6768" local_entity="0" value="0" />
+        <value cell_index="6769" local_entity="0" value="0" />
+        <value cell_index="6770" local_entity="0" value="0" />
+        <value cell_index="6771" local_entity="0" value="0" />
+        <value cell_index="6772" local_entity="0" value="0" />
+        <value cell_index="6773" local_entity="0" value="0" />
+        <value cell_index="6774" local_entity="0" value="0" />
+        <value cell_index="6775" local_entity="0" value="0" />
+        <value cell_index="6776" local_entity="0" value="0" />
+        <value cell_index="6777" local_entity="0" value="0" />
+        <value cell_index="6778" local_entity="0" value="0" />
+        <value cell_index="6779" local_entity="0" value="0" />
+        <value cell_index="6780" local_entity="0" value="0" />
+        <value cell_index="6781" local_entity="0" value="0" />
+        <value cell_index="6782" local_entity="0" value="0" />
+        <value cell_index="6783" local_entity="0" value="0" />
+        <value cell_index="6784" local_entity="0" value="0" />
+        <value cell_index="6785" local_entity="0" value="0" />
+        <value cell_index="6786" local_entity="0" value="0" />
+        <value cell_index="6787" local_entity="0" value="0" />
+        <value cell_index="6788" local_entity="0" value="0" />
+        <value cell_index="6789" local_entity="0" value="0" />
+        <value cell_index="6790" local_entity="0" value="0" />
+        <value cell_index="6791" local_entity="0" value="0" />
+        <value cell_index="6792" local_entity="0" value="0" />
+        <value cell_index="6793" local_entity="0" value="0" />
+        <value cell_index="6794" local_entity="0" value="0" />
+        <value cell_index="6795" local_entity="0" value="0" />
+        <value cell_index="6796" local_entity="0" value="0" />
+        <value cell_index="6797" local_entity="0" value="0" />
+        <value cell_index="6798" local_entity="0" value="0" />
+        <value cell_index="6799" local_entity="0" value="0" />
+        <value cell_index="6800" local_entity="0" value="0" />
+        <value cell_index="6801" local_entity="0" value="0" />
+        <value cell_index="6802" local_entity="0" value="0" />
+        <value cell_index="6803" local_entity="0" value="0" />
+        <value cell_index="6804" local_entity="0" value="0" />
+        <value cell_index="6805" local_entity="0" value="0" />
+        <value cell_index="6806" local_entity="0" value="0" />
+        <value cell_index="6807" local_entity="0" value="0" />
+        <value cell_index="6808" local_entity="0" value="0" />
+        <value cell_index="6809" local_entity="0" value="0" />
+        <value cell_index="6810" local_entity="0" value="0" />
+        <value cell_index="6811" local_entity="0" value="0" />
+        <value cell_index="6812" local_entity="0" value="0" />
+        <value cell_index="6813" local_entity="0" value="0" />
+        <value cell_index="6814" local_entity="0" value="0" />
+        <value cell_index="6815" local_entity="0" value="0" />
+        <value cell_index="6816" local_entity="0" value="0" />
+        <value cell_index="6817" local_entity="0" value="0" />
+        <value cell_index="6818" local_entity="0" value="0" />
+        <value cell_index="6819" local_entity="0" value="0" />
+        <value cell_index="6820" local_entity="0" value="0" />
+        <value cell_index="6821" local_entity="0" value="0" />
+        <value cell_index="6822" local_entity="0" value="0" />
+        <value cell_index="6823" local_entity="0" value="0" />
+        <value cell_index="6824" local_entity="0" value="0" />
+        <value cell_index="6825" local_entity="0" value="0" />
+        <value cell_index="6826" local_entity="0" value="0" />
+        <value cell_index="6827" local_entity="0" value="0" />
+        <value cell_index="6828" local_entity="0" value="0" />
+        <value cell_index="6829" local_entity="0" value="0" />
+        <value cell_index="6830" local_entity="0" value="0" />
+        <value cell_index="6831" local_entity="0" value="0" />
+        <value cell_index="6832" local_entity="0" value="0" />
+        <value cell_index="6833" local_entity="0" value="0" />
+        <value cell_index="6834" local_entity="0" value="0" />
+        <value cell_index="6835" local_entity="0" value="0" />
+        <value cell_index="6836" local_entity="0" value="0" />
+        <value cell_index="6837" local_entity="0" value="0" />
+        <value cell_index="6838" local_entity="0" value="0" />
+        <value cell_index="6839" local_entity="0" value="0" />
+        <value cell_index="6840" local_entity="0" value="0" />
+        <value cell_index="6841" local_entity="0" value="0" />
+        <value cell_index="6842" local_entity="0" value="0" />
+        <value cell_index="6843" local_entity="0" value="0" />
+        <value cell_index="6844" local_entity="0" value="0" />
+        <value cell_index="6845" local_entity="0" value="0" />
+        <value cell_index="6846" local_entity="0" value="0" />
+        <value cell_index="6847" local_entity="0" value="0" />
+        <value cell_index="6848" local_entity="0" value="0" />
+        <value cell_index="6849" local_entity="0" value="0" />
+        <value cell_index="6850" local_entity="0" value="0" />
+        <value cell_index="6851" local_entity="0" value="0" />
+        <value cell_index="6852" local_entity="0" value="0" />
+        <value cell_index="6853" local_entity="0" value="0" />
+        <value cell_index="6854" local_entity="0" value="0" />
+        <value cell_index="6855" local_entity="0" value="0" />
+        <value cell_index="6856" local_entity="0" value="0" />
+        <value cell_index="6857" local_entity="0" value="0" />
+        <value cell_index="6858" local_entity="0" value="0" />
+        <value cell_index="6859" local_entity="0" value="0" />
+        <value cell_index="6860" local_entity="0" value="0" />
+        <value cell_index="6861" local_entity="0" value="0" />
+        <value cell_index="6862" local_entity="0" value="0" />
+        <value cell_index="6863" local_entity="0" value="0" />
+        <value cell_index="6864" local_entity="0" value="0" />
+        <value cell_index="6865" local_entity="0" value="0" />
+        <value cell_index="6866" local_entity="0" value="0" />
+        <value cell_index="6867" local_entity="0" value="0" />
+        <value cell_index="6868" local_entity="0" value="0" />
+        <value cell_index="6869" local_entity="0" value="0" />
+        <value cell_index="6870" local_entity="0" value="0" />
+        <value cell_index="6871" local_entity="0" value="0" />
+        <value cell_index="6872" local_entity="0" value="0" />
+        <value cell_index="6873" local_entity="0" value="0" />
+        <value cell_index="6874" local_entity="0" value="0" />
+        <value cell_index="6875" local_entity="0" value="0" />
+        <value cell_index="6876" local_entity="0" value="0" />
+        <value cell_index="6877" local_entity="0" value="0" />
+        <value cell_index="6878" local_entity="0" value="0" />
+        <value cell_index="6879" local_entity="0" value="0" />
+        <value cell_index="6880" local_entity="0" value="0" />
+        <value cell_index="6881" local_entity="0" value="0" />
+        <value cell_index="6882" local_entity="0" value="0" />
+        <value cell_index="6883" local_entity="0" value="0" />
+        <value cell_index="6884" local_entity="0" value="0" />
+        <value cell_index="6885" local_entity="0" value="0" />
+        <value cell_index="6886" local_entity="0" value="0" />
+        <value cell_index="6887" local_entity="0" value="0" />
+        <value cell_index="6888" local_entity="0" value="0" />
+        <value cell_index="6889" local_entity="0" value="0" />
+        <value cell_index="6890" local_entity="0" value="0" />
+        <value cell_index="6891" local_entity="0" value="0" />
+        <value cell_index="6892" local_entity="0" value="0" />
+        <value cell_index="6893" local_entity="0" value="0" />
+        <value cell_index="6894" local_entity="0" value="0" />
+        <value cell_index="6895" local_entity="0" value="0" />
+        <value cell_index="6896" local_entity="0" value="0" />
+        <value cell_index="6897" local_entity="0" value="0" />
+        <value cell_index="6898" local_entity="0" value="0" />
+        <value cell_index="6899" local_entity="0" value="0" />
+        <value cell_index="6900" local_entity="0" value="0" />
+        <value cell_index="6901" local_entity="0" value="0" />
+        <value cell_index="6902" local_entity="0" value="0" />
+        <value cell_index="6903" local_entity="0" value="0" />
+        <value cell_index="6904" local_entity="0" value="0" />
+        <value cell_index="6905" local_entity="0" value="0" />
+        <value cell_index="6906" local_entity="0" value="0" />
+        <value cell_index="6907" local_entity="0" value="0" />
+        <value cell_index="6908" local_entity="0" value="0" />
+        <value cell_index="6909" local_entity="0" value="0" />
+        <value cell_index="6910" local_entity="0" value="0" />
+        <value cell_index="6911" local_entity="0" value="0" />
+        <value cell_index="6912" local_entity="0" value="0" />
+        <value cell_index="6913" local_entity="0" value="0" />
+        <value cell_index="6914" local_entity="0" value="0" />
+        <value cell_index="6915" local_entity="0" value="0" />
+        <value cell_index="6916" local_entity="0" value="0" />
+        <value cell_index="6917" local_entity="0" value="0" />
+        <value cell_index="6918" local_entity="0" value="0" />
+        <value cell_index="6919" local_entity="0" value="0" />
+        <value cell_index="6920" local_entity="0" value="0" />
+        <value cell_index="6921" local_entity="0" value="0" />
+        <value cell_index="6922" local_entity="0" value="0" />
+        <value cell_index="6923" local_entity="0" value="0" />
+        <value cell_index="6924" local_entity="0" value="0" />
+        <value cell_index="6925" local_entity="0" value="0" />
+        <value cell_index="6926" local_entity="0" value="0" />
+        <value cell_index="6927" local_entity="0" value="0" />
+        <value cell_index="6928" local_entity="0" value="0" />
+        <value cell_index="6929" local_entity="0" value="0" />
+        <value cell_index="6930" local_entity="0" value="0" />
+        <value cell_index="6931" local_entity="0" value="0" />
+        <value cell_index="6932" local_entity="0" value="0" />
+        <value cell_index="6933" local_entity="0" value="0" />
+        <value cell_index="6934" local_entity="0" value="0" />
+        <value cell_index="6935" local_entity="0" value="0" />
+        <value cell_index="6936" local_entity="0" value="0" />
+        <value cell_index="6937" local_entity="0" value="0" />
+        <value cell_index="6938" local_entity="0" value="0" />
+        <value cell_index="6939" local_entity="0" value="0" />
+        <value cell_index="6940" local_entity="0" value="0" />
+        <value cell_index="6941" local_entity="0" value="0" />
+        <value cell_index="6942" local_entity="0" value="0" />
+        <value cell_index="6943" local_entity="0" value="0" />
+        <value cell_index="6944" local_entity="0" value="0" />
+        <value cell_index="6945" local_entity="0" value="0" />
+        <value cell_index="6946" local_entity="0" value="0" />
+        <value cell_index="6947" local_entity="0" value="0" />
+        <value cell_index="6948" local_entity="0" value="0" />
+        <value cell_index="6949" local_entity="0" value="0" />
+        <value cell_index="6950" local_entity="0" value="0" />
+        <value cell_index="6951" local_entity="0" value="0" />
+        <value cell_index="6952" local_entity="0" value="0" />
+        <value cell_index="6953" local_entity="0" value="0" />
+        <value cell_index="6954" local_entity="0" value="0" />
+        <value cell_index="6955" local_entity="0" value="0" />
+        <value cell_index="6956" local_entity="0" value="0" />
+        <value cell_index="6957" local_entity="0" value="0" />
+        <value cell_index="6958" local_entity="0" value="0" />
+        <value cell_index="6959" local_entity="0" value="0" />
+        <value cell_index="6960" local_entity="0" value="0" />
+        <value cell_index="6961" local_entity="0" value="0" />
+        <value cell_index="6962" local_entity="0" value="0" />
+        <value cell_index="6963" local_entity="0" value="0" />
+        <value cell_index="6964" local_entity="0" value="0" />
+        <value cell_index="6965" local_entity="0" value="0" />
+        <value cell_index="6966" local_entity="0" value="0" />
+        <value cell_index="6967" local_entity="0" value="0" />
+        <value cell_index="6968" local_entity="0" value="0" />
+        <value cell_index="6969" local_entity="0" value="0" />
+        <value cell_index="6970" local_entity="0" value="0" />
+        <value cell_index="6971" local_entity="0" value="0" />
+        <value cell_index="6972" local_entity="0" value="0" />
+        <value cell_index="6973" local_entity="0" value="0" />
+        <value cell_index="6974" local_entity="0" value="0" />
+        <value cell_index="6975" local_entity="0" value="0" />
+        <value cell_index="6976" local_entity="0" value="0" />
+        <value cell_index="6977" local_entity="0" value="0" />
+        <value cell_index="6978" local_entity="0" value="0" />
+        <value cell_index="6979" local_entity="0" value="0" />
+        <value cell_index="6980" local_entity="0" value="0" />
+        <value cell_index="6981" local_entity="0" value="0" />
+        <value cell_index="6982" local_entity="0" value="0" />
+        <value cell_index="6983" local_entity="0" value="0" />
+        <value cell_index="6984" local_entity="0" value="0" />
+        <value cell_index="6985" local_entity="0" value="0" />
+        <value cell_index="6986" local_entity="0" value="0" />
+        <value cell_index="6987" local_entity="0" value="0" />
+        <value cell_index="6988" local_entity="0" value="0" />
+        <value cell_index="6989" local_entity="0" value="0" />
+        <value cell_index="6990" local_entity="0" value="0" />
+        <value cell_index="6991" local_entity="0" value="0" />
+        <value cell_index="6992" local_entity="0" value="0" />
+        <value cell_index="6993" local_entity="0" value="0" />
+        <value cell_index="6994" local_entity="0" value="0" />
+        <value cell_index="6995" local_entity="0" value="0" />
+        <value cell_index="6996" local_entity="0" value="0" />
+        <value cell_index="6997" local_entity="0" value="0" />
+        <value cell_index="6998" local_entity="0" value="0" />
+        <value cell_index="6999" local_entity="0" value="0" />
+        <value cell_index="7000" local_entity="0" value="0" />
+        <value cell_index="7001" local_entity="0" value="0" />
+        <value cell_index="7002" local_entity="0" value="0" />
+        <value cell_index="7003" local_entity="0" value="0" />
+        <value cell_index="7004" local_entity="0" value="0" />
+        <value cell_index="7005" local_entity="0" value="0" />
+        <value cell_index="7006" local_entity="0" value="0" />
+        <value cell_index="7007" local_entity="0" value="0" />
+        <value cell_index="7008" local_entity="0" value="0" />
+        <value cell_index="7009" local_entity="0" value="0" />
+        <value cell_index="7010" local_entity="0" value="0" />
+        <value cell_index="7011" local_entity="0" value="0" />
+        <value cell_index="7012" local_entity="0" value="0" />
+        <value cell_index="7013" local_entity="0" value="0" />
+        <value cell_index="7014" local_entity="0" value="0" />
+        <value cell_index="7015" local_entity="0" value="0" />
+        <value cell_index="7016" local_entity="0" value="0" />
+        <value cell_index="7017" local_entity="0" value="0" />
+        <value cell_index="7018" local_entity="0" value="0" />
+        <value cell_index="7019" local_entity="0" value="0" />
+        <value cell_index="7020" local_entity="0" value="0" />
+        <value cell_index="7021" local_entity="0" value="0" />
+        <value cell_index="7022" local_entity="0" value="0" />
+        <value cell_index="7023" local_entity="0" value="0" />
+        <value cell_index="7024" local_entity="0" value="0" />
+        <value cell_index="7025" local_entity="0" value="0" />
+        <value cell_index="7026" local_entity="0" value="0" />
+        <value cell_index="7027" local_entity="0" value="0" />
+        <value cell_index="7028" local_entity="0" value="0" />
+        <value cell_index="7029" local_entity="0" value="0" />
+        <value cell_index="7030" local_entity="0" value="0" />
+        <value cell_index="7031" local_entity="0" value="0" />
+        <value cell_index="7032" local_entity="0" value="0" />
+        <value cell_index="7033" local_entity="0" value="0" />
+        <value cell_index="7034" local_entity="0" value="0" />
+        <value cell_index="7035" local_entity="0" value="0" />
+        <value cell_index="7036" local_entity="0" value="0" />
+        <value cell_index="7037" local_entity="0" value="0" />
+        <value cell_index="7038" local_entity="0" value="0" />
+        <value cell_index="7039" local_entity="0" value="0" />
+        <value cell_index="7040" local_entity="0" value="0" />
+        <value cell_index="7041" local_entity="0" value="0" />
+        <value cell_index="7042" local_entity="0" value="0" />
+        <value cell_index="7043" local_entity="0" value="0" />
+        <value cell_index="7044" local_entity="0" value="0" />
+        <value cell_index="7045" local_entity="0" value="0" />
+        <value cell_index="7046" local_entity="0" value="0" />
+        <value cell_index="7047" local_entity="0" value="0" />
+        <value cell_index="7048" local_entity="0" value="0" />
+        <value cell_index="7049" local_entity="0" value="0" />
+        <value cell_index="7050" local_entity="0" value="0" />
+        <value cell_index="7051" local_entity="0" value="0" />
+        <value cell_index="7052" local_entity="0" value="0" />
+        <value cell_index="7053" local_entity="0" value="0" />
+        <value cell_index="7054" local_entity="0" value="0" />
+        <value cell_index="7055" local_entity="0" value="0" />
+        <value cell_index="7056" local_entity="0" value="0" />
+        <value cell_index="7057" local_entity="0" value="0" />
+        <value cell_index="7058" local_entity="0" value="0" />
+        <value cell_index="7059" local_entity="0" value="0" />
+        <value cell_index="7060" local_entity="0" value="0" />
+        <value cell_index="7061" local_entity="0" value="0" />
+        <value cell_index="7062" local_entity="0" value="0" />
+        <value cell_index="7063" local_entity="0" value="0" />
+        <value cell_index="7064" local_entity="0" value="0" />
+        <value cell_index="7065" local_entity="0" value="0" />
+        <value cell_index="7066" local_entity="0" value="0" />
+        <value cell_index="7067" local_entity="0" value="0" />
+        <value cell_index="7068" local_entity="0" value="0" />
+        <value cell_index="7069" local_entity="0" value="0" />
+        <value cell_index="7070" local_entity="0" value="0" />
+        <value cell_index="7071" local_entity="0" value="0" />
+        <value cell_index="7072" local_entity="0" value="0" />
+        <value cell_index="7073" local_entity="0" value="0" />
+        <value cell_index="7074" local_entity="0" value="0" />
+        <value cell_index="7075" local_entity="0" value="0" />
+        <value cell_index="7076" local_entity="0" value="0" />
+        <value cell_index="7077" local_entity="0" value="0" />
+        <value cell_index="7078" local_entity="0" value="0" />
+        <value cell_index="7079" local_entity="0" value="0" />
+        <value cell_index="7080" local_entity="0" value="0" />
+        <value cell_index="7081" local_entity="0" value="0" />
+        <value cell_index="7082" local_entity="0" value="0" />
+        <value cell_index="7083" local_entity="0" value="0" />
+        <value cell_index="7084" local_entity="0" value="0" />
+        <value cell_index="7085" local_entity="0" value="0" />
+        <value cell_index="7086" local_entity="0" value="0" />
+        <value cell_index="7087" local_entity="0" value="0" />
+        <value cell_index="7088" local_entity="0" value="0" />
+        <value cell_index="7089" local_entity="0" value="0" />
+        <value cell_index="7090" local_entity="0" value="0" />
+        <value cell_index="7091" local_entity="0" value="0" />
+        <value cell_index="7092" local_entity="0" value="0" />
+        <value cell_index="7093" local_entity="0" value="0" />
+        <value cell_index="7094" local_entity="0" value="0" />
+        <value cell_index="7095" local_entity="0" value="0" />
+        <value cell_index="7096" local_entity="0" value="0" />
+        <value cell_index="7097" local_entity="0" value="0" />
+        <value cell_index="7098" local_entity="0" value="0" />
+        <value cell_index="7099" local_entity="0" value="0" />
+        <value cell_index="7100" local_entity="0" value="0" />
+        <value cell_index="7101" local_entity="0" value="0" />
+        <value cell_index="7102" local_entity="0" value="0" />
+        <value cell_index="7103" local_entity="0" value="0" />
+        <value cell_index="7104" local_entity="0" value="0" />
+        <value cell_index="7105" local_entity="0" value="0" />
+        <value cell_index="7106" local_entity="0" value="0" />
+        <value cell_index="7107" local_entity="0" value="0" />
+        <value cell_index="7108" local_entity="0" value="0" />
+        <value cell_index="7109" local_entity="0" value="0" />
+        <value cell_index="7110" local_entity="0" value="0" />
+        <value cell_index="7111" local_entity="0" value="0" />
+        <value cell_index="7112" local_entity="0" value="0" />
+        <value cell_index="7113" local_entity="0" value="0" />
+        <value cell_index="7114" local_entity="0" value="0" />
+        <value cell_index="7115" local_entity="0" value="0" />
+        <value cell_index="7116" local_entity="0" value="0" />
+        <value cell_index="7117" local_entity="0" value="0" />
+        <value cell_index="7118" local_entity="0" value="0" />
+        <value cell_index="7119" local_entity="0" value="0" />
+        <value cell_index="7120" local_entity="0" value="0" />
+        <value cell_index="7121" local_entity="0" value="0" />
+        <value cell_index="7122" local_entity="0" value="0" />
+        <value cell_index="7123" local_entity="0" value="0" />
+        <value cell_index="7124" local_entity="0" value="0" />
+        <value cell_index="7125" local_entity="0" value="0" />
+        <value cell_index="7126" local_entity="0" value="0" />
+        <value cell_index="7127" local_entity="0" value="0" />
+        <value cell_index="7128" local_entity="0" value="0" />
+        <value cell_index="7129" local_entity="0" value="0" />
+        <value cell_index="7130" local_entity="0" value="0" />
+        <value cell_index="7131" local_entity="0" value="0" />
+        <value cell_index="7132" local_entity="0" value="0" />
+        <value cell_index="7133" local_entity="0" value="0" />
+        <value cell_index="7134" local_entity="0" value="0" />
+        <value cell_index="7135" local_entity="0" value="0" />
+        <value cell_index="7136" local_entity="0" value="0" />
+        <value cell_index="7137" local_entity="0" value="0" />
+        <value cell_index="7138" local_entity="0" value="0" />
+        <value cell_index="7139" local_entity="0" value="0" />
+        <value cell_index="7140" local_entity="0" value="0" />
+        <value cell_index="7141" local_entity="0" value="0" />
+        <value cell_index="7142" local_entity="0" value="0" />
+        <value cell_index="7143" local_entity="0" value="0" />
+        <value cell_index="7144" local_entity="0" value="0" />
+        <value cell_index="7145" local_entity="0" value="0" />
+        <value cell_index="7146" local_entity="0" value="0" />
+        <value cell_index="7147" local_entity="0" value="0" />
+        <value cell_index="7148" local_entity="0" value="0" />
+        <value cell_index="7149" local_entity="0" value="0" />
+        <value cell_index="7150" local_entity="0" value="0" />
+        <value cell_index="7151" local_entity="0" value="0" />
+        <value cell_index="7152" local_entity="0" value="0" />
+        <value cell_index="7153" local_entity="0" value="0" />
+        <value cell_index="7154" local_entity="0" value="0" />
+        <value cell_index="7155" local_entity="0" value="0" />
+        <value cell_index="7156" local_entity="0" value="0" />
+        <value cell_index="7157" local_entity="0" value="0" />
+        <value cell_index="7158" local_entity="0" value="0" />
+        <value cell_index="7159" local_entity="0" value="0" />
+        <value cell_index="7160" local_entity="0" value="0" />
+        <value cell_index="7161" local_entity="0" value="0" />
+        <value cell_index="7162" local_entity="0" value="0" />
+        <value cell_index="7163" local_entity="0" value="0" />
+        <value cell_index="7164" local_entity="0" value="0" />
+        <value cell_index="7165" local_entity="0" value="0" />
+        <value cell_index="7166" local_entity="0" value="0" />
+        <value cell_index="7167" local_entity="0" value="0" />
+        <value cell_index="7168" local_entity="0" value="0" />
+        <value cell_index="7169" local_entity="0" value="0" />
+        <value cell_index="7170" local_entity="0" value="0" />
+        <value cell_index="7171" local_entity="0" value="0" />
+        <value cell_index="7172" local_entity="0" value="0" />
+        <value cell_index="7173" local_entity="0" value="0" />
+        <value cell_index="7174" local_entity="0" value="0" />
+        <value cell_index="7175" local_entity="0" value="0" />
+        <value cell_index="7176" local_entity="0" value="0" />
+        <value cell_index="7177" local_entity="0" value="0" />
+        <value cell_index="7178" local_entity="0" value="0" />
+        <value cell_index="7179" local_entity="0" value="0" />
+        <value cell_index="7180" local_entity="0" value="0" />
+        <value cell_index="7181" local_entity="0" value="0" />
+        <value cell_index="7182" local_entity="0" value="0" />
+        <value cell_index="7183" local_entity="0" value="0" />
+        <value cell_index="7184" local_entity="0" value="0" />
+        <value cell_index="7185" local_entity="0" value="0" />
+        <value cell_index="7186" local_entity="0" value="0" />
+        <value cell_index="7187" local_entity="0" value="0" />
+        <value cell_index="7188" local_entity="0" value="0" />
+        <value cell_index="7189" local_entity="0" value="0" />
+        <value cell_index="7190" local_entity="0" value="0" />
+        <value cell_index="7191" local_entity="0" value="0" />
+        <value cell_index="7192" local_entity="0" value="0" />
+        <value cell_index="7193" local_entity="0" value="0" />
+        <value cell_index="7194" local_entity="0" value="0" />
+        <value cell_index="7195" local_entity="0" value="0" />
+        <value cell_index="7196" local_entity="0" value="0" />
+        <value cell_index="7197" local_entity="0" value="0" />
+        <value cell_index="7198" local_entity="0" value="0" />
+        <value cell_index="7199" local_entity="0" value="0" />
+        <value cell_index="7200" local_entity="0" value="0" />
+        <value cell_index="7201" local_entity="0" value="0" />
+        <value cell_index="7202" local_entity="0" value="0" />
+        <value cell_index="7203" local_entity="0" value="0" />
+        <value cell_index="7204" local_entity="0" value="0" />
+        <value cell_index="7205" local_entity="0" value="0" />
+        <value cell_index="7206" local_entity="0" value="0" />
+        <value cell_index="7207" local_entity="0" value="0" />
+        <value cell_index="7208" local_entity="0" value="0" />
+        <value cell_index="7209" local_entity="0" value="0" />
+        <value cell_index="7210" local_entity="0" value="0" />
+        <value cell_index="7211" local_entity="0" value="0" />
+        <value cell_index="7212" local_entity="0" value="0" />
+        <value cell_index="7213" local_entity="0" value="0" />
+        <value cell_index="7214" local_entity="0" value="0" />
+        <value cell_index="7215" local_entity="0" value="0" />
+        <value cell_index="7216" local_entity="0" value="0" />
+        <value cell_index="7217" local_entity="0" value="0" />
+        <value cell_index="7218" local_entity="0" value="0" />
+        <value cell_index="7219" local_entity="0" value="0" />
+        <value cell_index="7220" local_entity="0" value="0" />
+        <value cell_index="7221" local_entity="0" value="0" />
+        <value cell_index="7222" local_entity="0" value="0" />
+        <value cell_index="7223" local_entity="0" value="0" />
+        <value cell_index="7224" local_entity="0" value="0" />
+        <value cell_index="7225" local_entity="0" value="0" />
+        <value cell_index="7226" local_entity="0" value="0" />
+        <value cell_index="7227" local_entity="0" value="0" />
+        <value cell_index="7228" local_entity="0" value="0" />
+        <value cell_index="7229" local_entity="0" value="0" />
+        <value cell_index="7230" local_entity="0" value="0" />
+        <value cell_index="7231" local_entity="0" value="0" />
+        <value cell_index="7232" local_entity="0" value="0" />
+        <value cell_index="7233" local_entity="0" value="0" />
+        <value cell_index="7234" local_entity="0" value="0" />
+        <value cell_index="7235" local_entity="0" value="0" />
+        <value cell_index="7236" local_entity="0" value="0" />
+        <value cell_index="7237" local_entity="0" value="0" />
+        <value cell_index="7238" local_entity="0" value="0" />
+        <value cell_index="7239" local_entity="0" value="0" />
+        <value cell_index="7240" local_entity="0" value="0" />
+        <value cell_index="7241" local_entity="0" value="0" />
+        <value cell_index="7242" local_entity="0" value="0" />
+        <value cell_index="7243" local_entity="0" value="0" />
+        <value cell_index="7244" local_entity="0" value="0" />
+        <value cell_index="7245" local_entity="0" value="0" />
+        <value cell_index="7246" local_entity="0" value="0" />
+        <value cell_index="7247" local_entity="0" value="0" />
+        <value cell_index="7248" local_entity="0" value="0" />
+        <value cell_index="7249" local_entity="0" value="0" />
+        <value cell_index="7250" local_entity="0" value="0" />
+        <value cell_index="7251" local_entity="0" value="0" />
+        <value cell_index="7252" local_entity="0" value="0" />
+        <value cell_index="7253" local_entity="0" value="0" />
+        <value cell_index="7254" local_entity="0" value="0" />
+        <value cell_index="7255" local_entity="0" value="0" />
+        <value cell_index="7256" local_entity="0" value="0" />
+        <value cell_index="7257" local_entity="0" value="0" />
+        <value cell_index="7258" local_entity="0" value="0" />
+        <value cell_index="7259" local_entity="0" value="0" />
+        <value cell_index="7260" local_entity="0" value="0" />
+        <value cell_index="7261" local_entity="0" value="0" />
+        <value cell_index="7262" local_entity="0" value="0" />
+        <value cell_index="7263" local_entity="0" value="0" />
+        <value cell_index="7264" local_entity="0" value="0" />
+        <value cell_index="7265" local_entity="0" value="0" />
+        <value cell_index="7266" local_entity="0" value="0" />
+        <value cell_index="7267" local_entity="0" value="0" />
+        <value cell_index="7268" local_entity="0" value="0" />
+        <value cell_index="7269" local_entity="0" value="0" />
+        <value cell_index="7270" local_entity="0" value="0" />
+        <value cell_index="7271" local_entity="0" value="0" />
+        <value cell_index="7272" local_entity="0" value="0" />
+        <value cell_index="7273" local_entity="0" value="0" />
+        <value cell_index="7274" local_entity="0" value="0" />
+        <value cell_index="7275" local_entity="0" value="0" />
+        <value cell_index="7276" local_entity="0" value="0" />
+        <value cell_index="7277" local_entity="0" value="0" />
+        <value cell_index="7278" local_entity="0" value="0" />
+        <value cell_index="7279" local_entity="0" value="0" />
+        <value cell_index="7280" local_entity="0" value="0" />
+        <value cell_index="7281" local_entity="0" value="0" />
+        <value cell_index="7282" local_entity="0" value="0" />
+        <value cell_index="7283" local_entity="0" value="0" />
+        <value cell_index="7284" local_entity="0" value="0" />
+        <value cell_index="7285" local_entity="0" value="0" />
+        <value cell_index="7286" local_entity="0" value="0" />
+        <value cell_index="7287" local_entity="0" value="0" />
+        <value cell_index="7288" local_entity="0" value="0" />
+        <value cell_index="7289" local_entity="0" value="0" />
+        <value cell_index="7290" local_entity="0" value="0" />
+        <value cell_index="7291" local_entity="0" value="0" />
+        <value cell_index="7292" local_entity="0" value="0" />
+        <value cell_index="7293" local_entity="0" value="0" />
+        <value cell_index="7294" local_entity="0" value="0" />
+        <value cell_index="7295" local_entity="0" value="0" />
+        <value cell_index="7296" local_entity="0" value="0" />
+        <value cell_index="7297" local_entity="0" value="0" />
+        <value cell_index="7298" local_entity="0" value="0" />
+        <value cell_index="7299" local_entity="0" value="0" />
+        <value cell_index="7300" local_entity="0" value="0" />
+        <value cell_index="7301" local_entity="0" value="0" />
+        <value cell_index="7302" local_entity="0" value="0" />
+        <value cell_index="7303" local_entity="0" value="0" />
+        <value cell_index="7304" local_entity="0" value="0" />
+        <value cell_index="7305" local_entity="0" value="0" />
+        <value cell_index="7306" local_entity="0" value="0" />
+        <value cell_index="7307" local_entity="0" value="0" />
+        <value cell_index="7308" local_entity="0" value="0" />
+        <value cell_index="7309" local_entity="0" value="0" />
+        <value cell_index="7310" local_entity="0" value="0" />
+        <value cell_index="7311" local_entity="0" value="0" />
+        <value cell_index="7312" local_entity="0" value="0" />
+        <value cell_index="7313" local_entity="0" value="0" />
+        <value cell_index="7314" local_entity="0" value="0" />
+        <value cell_index="7315" local_entity="0" value="0" />
+        <value cell_index="7316" local_entity="0" value="0" />
+        <value cell_index="7317" local_entity="0" value="0" />
+        <value cell_index="7318" local_entity="0" value="0" />
+        <value cell_index="7319" local_entity="0" value="0" />
+        <value cell_index="7320" local_entity="0" value="0" />
+        <value cell_index="7321" local_entity="0" value="0" />
+        <value cell_index="7322" local_entity="0" value="0" />
+        <value cell_index="7323" local_entity="0" value="0" />
+        <value cell_index="7324" local_entity="0" value="0" />
+        <value cell_index="7325" local_entity="0" value="0" />
+        <value cell_index="7326" local_entity="0" value="0" />
+        <value cell_index="7327" local_entity="0" value="0" />
+        <value cell_index="7328" local_entity="0" value="0" />
+        <value cell_index="7329" local_entity="0" value="0" />
+        <value cell_index="7330" local_entity="0" value="0" />
+        <value cell_index="7331" local_entity="0" value="0" />
+        <value cell_index="7332" local_entity="0" value="0" />
+        <value cell_index="7333" local_entity="0" value="0" />
+        <value cell_index="7334" local_entity="0" value="0" />
+        <value cell_index="7335" local_entity="0" value="0" />
+        <value cell_index="7336" local_entity="0" value="0" />
+        <value cell_index="7337" local_entity="0" value="0" />
+        <value cell_index="7338" local_entity="0" value="0" />
+        <value cell_index="7339" local_entity="0" value="0" />
+        <value cell_index="7340" local_entity="0" value="0" />
+        <value cell_index="7341" local_entity="0" value="0" />
+        <value cell_index="7342" local_entity="0" value="0" />
+        <value cell_index="7343" local_entity="0" value="0" />
+        <value cell_index="7344" local_entity="0" value="0" />
+        <value cell_index="7345" local_entity="0" value="0" />
+        <value cell_index="7346" local_entity="0" value="0" />
+        <value cell_index="7347" local_entity="0" value="0" />
+        <value cell_index="7348" local_entity="0" value="0" />
+        <value cell_index="7349" local_entity="0" value="0" />
+        <value cell_index="7350" local_entity="0" value="0" />
+        <value cell_index="7351" local_entity="0" value="0" />
+        <value cell_index="7352" local_entity="0" value="0" />
+        <value cell_index="7353" local_entity="0" value="0" />
+        <value cell_index="7354" local_entity="0" value="0" />
+        <value cell_index="7355" local_entity="0" value="0" />
+        <value cell_index="7356" local_entity="0" value="0" />
+        <value cell_index="7357" local_entity="0" value="0" />
+        <value cell_index="7358" local_entity="0" value="0" />
+        <value cell_index="7359" local_entity="0" value="0" />
+        <value cell_index="7360" local_entity="0" value="0" />
+        <value cell_index="7361" local_entity="0" value="0" />
+        <value cell_index="7362" local_entity="0" value="0" />
+        <value cell_index="7363" local_entity="0" value="0" />
+        <value cell_index="7364" local_entity="0" value="0" />
+        <value cell_index="7365" local_entity="0" value="0" />
+        <value cell_index="7366" local_entity="0" value="0" />
+        <value cell_index="7367" local_entity="0" value="0" />
+        <value cell_index="7368" local_entity="0" value="0" />
+        <value cell_index="7369" local_entity="0" value="0" />
+        <value cell_index="7370" local_entity="0" value="0" />
+        <value cell_index="7371" local_entity="0" value="0" />
+        <value cell_index="7372" local_entity="0" value="0" />
+        <value cell_index="7373" local_entity="0" value="0" />
+        <value cell_index="7374" local_entity="0" value="0" />
+        <value cell_index="7375" local_entity="0" value="0" />
+        <value cell_index="7376" local_entity="0" value="0" />
+        <value cell_index="7377" local_entity="0" value="0" />
+        <value cell_index="7378" local_entity="0" value="0" />
+        <value cell_index="7379" local_entity="0" value="0" />
+        <value cell_index="7380" local_entity="0" value="0" />
+        <value cell_index="7381" local_entity="0" value="0" />
+        <value cell_index="7382" local_entity="0" value="0" />
+        <value cell_index="7383" local_entity="0" value="0" />
+        <value cell_index="7384" local_entity="0" value="0" />
+        <value cell_index="7385" local_entity="0" value="0" />
+        <value cell_index="7386" local_entity="0" value="0" />
+        <value cell_index="7387" local_entity="0" value="0" />
+        <value cell_index="7388" local_entity="0" value="0" />
+        <value cell_index="7389" local_entity="0" value="0" />
+        <value cell_index="7390" local_entity="0" value="0" />
+        <value cell_index="7391" local_entity="0" value="0" />
+        <value cell_index="7392" local_entity="0" value="0" />
+        <value cell_index="7393" local_entity="0" value="0" />
+        <value cell_index="7394" local_entity="0" value="0" />
+        <value cell_index="7395" local_entity="0" value="0" />
+        <value cell_index="7396" local_entity="0" value="0" />
+        <value cell_index="7397" local_entity="0" value="0" />
+        <value cell_index="7398" local_entity="0" value="0" />
+        <value cell_index="7399" local_entity="0" value="0" />
+        <value cell_index="7400" local_entity="0" value="0" />
+        <value cell_index="7401" local_entity="0" value="0" />
+        <value cell_index="7402" local_entity="0" value="0" />
+        <value cell_index="7403" local_entity="0" value="0" />
+        <value cell_index="7404" local_entity="0" value="0" />
+        <value cell_index="7405" local_entity="0" value="0" />
+        <value cell_index="7406" local_entity="0" value="0" />
+        <value cell_index="7407" local_entity="0" value="0" />
+        <value cell_index="7408" local_entity="0" value="0" />
+        <value cell_index="7409" local_entity="0" value="0" />
+        <value cell_index="7410" local_entity="0" value="0" />
+        <value cell_index="7411" local_entity="0" value="0" />
+        <value cell_index="7412" local_entity="0" value="0" />
+        <value cell_index="7413" local_entity="0" value="0" />
+        <value cell_index="7414" local_entity="0" value="0" />
+        <value cell_index="7415" local_entity="0" value="0" />
+        <value cell_index="7416" local_entity="0" value="0" />
+        <value cell_index="7417" local_entity="0" value="0" />
+        <value cell_index="7418" local_entity="0" value="0" />
+        <value cell_index="7419" local_entity="0" value="0" />
+        <value cell_index="7420" local_entity="0" value="0" />
+        <value cell_index="7421" local_entity="0" value="0" />
+        <value cell_index="7422" local_entity="0" value="0" />
+        <value cell_index="7423" local_entity="0" value="0" />
+        <value cell_index="7424" local_entity="0" value="0" />
+        <value cell_index="7425" local_entity="0" value="0" />
+        <value cell_index="7426" local_entity="0" value="0" />
+        <value cell_index="7427" local_entity="0" value="0" />
+        <value cell_index="7428" local_entity="0" value="0" />
+        <value cell_index="7429" local_entity="0" value="0" />
+        <value cell_index="7430" local_entity="0" value="0" />
+        <value cell_index="7431" local_entity="0" value="0" />
+        <value cell_index="7432" local_entity="0" value="0" />
+        <value cell_index="7433" local_entity="0" value="0" />
+        <value cell_index="7434" local_entity="0" value="0" />
+        <value cell_index="7435" local_entity="0" value="0" />
+        <value cell_index="7436" local_entity="0" value="0" />
+        <value cell_index="7437" local_entity="0" value="0" />
+        <value cell_index="7438" local_entity="0" value="0" />
+        <value cell_index="7439" local_entity="0" value="0" />
+        <value cell_index="7440" local_entity="0" value="0" />
+        <value cell_index="7441" local_entity="0" value="0" />
+        <value cell_index="7442" local_entity="0" value="0" />
+        <value cell_index="7443" local_entity="0" value="0" />
+        <value cell_index="7444" local_entity="0" value="0" />
+        <value cell_index="7445" local_entity="0" value="0" />
+        <value cell_index="7446" local_entity="0" value="0" />
+        <value cell_index="7447" local_entity="0" value="0" />
+        <value cell_index="7448" local_entity="0" value="0" />
+        <value cell_index="7449" local_entity="0" value="0" />
+        <value cell_index="7450" local_entity="0" value="0" />
+        <value cell_index="7451" local_entity="0" value="0" />
+        <value cell_index="7452" local_entity="0" value="0" />
+        <value cell_index="7453" local_entity="0" value="0" />
+        <value cell_index="7454" local_entity="0" value="0" />
+        <value cell_index="7455" local_entity="0" value="0" />
+        <value cell_index="7456" local_entity="0" value="0" />
+        <value cell_index="7457" local_entity="0" value="0" />
+        <value cell_index="7458" local_entity="0" value="0" />
+        <value cell_index="7459" local_entity="0" value="0" />
+        <value cell_index="7460" local_entity="0" value="0" />
+        <value cell_index="7461" local_entity="0" value="0" />
+        <value cell_index="7462" local_entity="0" value="0" />
+        <value cell_index="7463" local_entity="0" value="0" />
+        <value cell_index="7464" local_entity="0" value="0" />
+        <value cell_index="7465" local_entity="0" value="0" />
+        <value cell_index="7466" local_entity="0" value="0" />
+        <value cell_index="7467" local_entity="0" value="0" />
+        <value cell_index="7468" local_entity="0" value="0" />
+        <value cell_index="7469" local_entity="0" value="0" />
+        <value cell_index="7470" local_entity="0" value="0" />
+        <value cell_index="7471" local_entity="0" value="0" />
+        <value cell_index="7472" local_entity="0" value="0" />
+        <value cell_index="7473" local_entity="0" value="0" />
+        <value cell_index="7474" local_entity="0" value="0" />
+        <value cell_index="7475" local_entity="0" value="0" />
+        <value cell_index="7476" local_entity="0" value="0" />
+        <value cell_index="7477" local_entity="0" value="0" />
+        <value cell_index="7478" local_entity="0" value="0" />
+        <value cell_index="7479" local_entity="0" value="0" />
+        <value cell_index="7480" local_entity="0" value="0" />
+        <value cell_index="7481" local_entity="0" value="0" />
+        <value cell_index="7482" local_entity="0" value="0" />
+        <value cell_index="7483" local_entity="0" value="0" />
+        <value cell_index="7484" local_entity="0" value="0" />
+        <value cell_index="7485" local_entity="0" value="0" />
+        <value cell_index="7486" local_entity="0" value="0" />
+        <value cell_index="7487" local_entity="0" value="0" />
+        <value cell_index="7488" local_entity="0" value="0" />
+        <value cell_index="7489" local_entity="0" value="0" />
+        <value cell_index="7490" local_entity="0" value="0" />
+        <value cell_index="7491" local_entity="0" value="0" />
+        <value cell_index="7492" local_entity="0" value="0" />
+        <value cell_index="7493" local_entity="0" value="0" />
+        <value cell_index="7494" local_entity="0" value="0" />
+        <value cell_index="7495" local_entity="0" value="0" />
+        <value cell_index="7496" local_entity="0" value="0" />
+        <value cell_index="7497" local_entity="0" value="0" />
+        <value cell_index="7498" local_entity="0" value="0" />
+        <value cell_index="7499" local_entity="0" value="0" />
+        <value cell_index="7500" local_entity="0" value="0" />
+        <value cell_index="7501" local_entity="0" value="0" />
+        <value cell_index="7502" local_entity="0" value="0" />
+        <value cell_index="7503" local_entity="0" value="0" />
+        <value cell_index="7504" local_entity="0" value="0" />
+        <value cell_index="7505" local_entity="0" value="0" />
+        <value cell_index="7506" local_entity="0" value="0" />
+        <value cell_index="7507" local_entity="0" value="0" />
+        <value cell_index="7508" local_entity="0" value="0" />
+        <value cell_index="7509" local_entity="0" value="0" />
+        <value cell_index="7510" local_entity="0" value="0" />
+        <value cell_index="7511" local_entity="0" value="0" />
+        <value cell_index="7512" local_entity="0" value="0" />
+        <value cell_index="7513" local_entity="0" value="0" />
+        <value cell_index="7514" local_entity="0" value="0" />
+        <value cell_index="7515" local_entity="0" value="0" />
+        <value cell_index="7516" local_entity="0" value="0" />
+        <value cell_index="7517" local_entity="0" value="0" />
+        <value cell_index="7518" local_entity="0" value="0" />
+        <value cell_index="7519" local_entity="0" value="0" />
+        <value cell_index="7520" local_entity="0" value="0" />
+        <value cell_index="7521" local_entity="0" value="0" />
+        <value cell_index="7522" local_entity="0" value="0" />
+        <value cell_index="7523" local_entity="0" value="0" />
+        <value cell_index="7524" local_entity="0" value="0" />
+        <value cell_index="7525" local_entity="0" value="0" />
+        <value cell_index="7526" local_entity="0" value="0" />
+        <value cell_index="7527" local_entity="0" value="0" />
+        <value cell_index="7528" local_entity="0" value="0" />
+        <value cell_index="7529" local_entity="0" value="0" />
+        <value cell_index="7530" local_entity="0" value="0" />
+        <value cell_index="7531" local_entity="0" value="0" />
+        <value cell_index="7532" local_entity="0" value="0" />
+        <value cell_index="7533" local_entity="0" value="0" />
+        <value cell_index="7534" local_entity="0" value="0" />
+        <value cell_index="7535" local_entity="0" value="0" />
+        <value cell_index="7536" local_entity="0" value="0" />
+        <value cell_index="7537" local_entity="0" value="0" />
+        <value cell_index="7538" local_entity="0" value="0" />
+        <value cell_index="7539" local_entity="0" value="0" />
+        <value cell_index="7540" local_entity="0" value="0" />
+        <value cell_index="7541" local_entity="0" value="0" />
+        <value cell_index="7542" local_entity="0" value="0" />
+        <value cell_index="7543" local_entity="0" value="0" />
+        <value cell_index="7544" local_entity="0" value="0" />
+        <value cell_index="7545" local_entity="0" value="0" />
+        <value cell_index="7546" local_entity="0" value="0" />
+        <value cell_index="7547" local_entity="0" value="0" />
+        <value cell_index="7548" local_entity="0" value="0" />
+        <value cell_index="7549" local_entity="0" value="0" />
+        <value cell_index="7550" local_entity="0" value="0" />
+        <value cell_index="7551" local_entity="0" value="0" />
+        <value cell_index="7552" local_entity="0" value="0" />
+        <value cell_index="7553" local_entity="0" value="0" />
+        <value cell_index="7554" local_entity="0" value="0" />
+        <value cell_index="7555" local_entity="0" value="0" />
+        <value cell_index="7556" local_entity="0" value="0" />
+        <value cell_index="7557" local_entity="0" value="0" />
+        <value cell_index="7558" local_entity="0" value="0" />
+        <value cell_index="7559" local_entity="0" value="0" />
+        <value cell_index="7560" local_entity="0" value="0" />
+        <value cell_index="7561" local_entity="0" value="0" />
+        <value cell_index="7562" local_entity="0" value="0" />
+        <value cell_index="7563" local_entity="0" value="0" />
+        <value cell_index="7564" local_entity="0" value="0" />
+        <value cell_index="7565" local_entity="0" value="0" />
+        <value cell_index="7566" local_entity="0" value="0" />
+        <value cell_index="7567" local_entity="0" value="0" />
+        <value cell_index="7568" local_entity="0" value="0" />
+        <value cell_index="7569" local_entity="0" value="0" />
+        <value cell_index="7570" local_entity="0" value="0" />
+        <value cell_index="7571" local_entity="0" value="0" />
+        <value cell_index="7572" local_entity="0" value="0" />
+        <value cell_index="7573" local_entity="0" value="0" />
+        <value cell_index="7574" local_entity="0" value="0" />
+        <value cell_index="7575" local_entity="0" value="0" />
+        <value cell_index="7576" local_entity="0" value="0" />
+        <value cell_index="7577" local_entity="0" value="0" />
+        <value cell_index="7578" local_entity="0" value="0" />
+        <value cell_index="7579" local_entity="0" value="0" />
+        <value cell_index="7580" local_entity="0" value="0" />
+        <value cell_index="7581" local_entity="0" value="0" />
+        <value cell_index="7582" local_entity="0" value="0" />
+        <value cell_index="7583" local_entity="0" value="0" />
+        <value cell_index="7584" local_entity="0" value="0" />
+        <value cell_index="7585" local_entity="0" value="0" />
+        <value cell_index="7586" local_entity="0" value="0" />
+        <value cell_index="7587" local_entity="0" value="0" />
+        <value cell_index="7588" local_entity="0" value="0" />
+        <value cell_index="7589" local_entity="0" value="0" />
+        <value cell_index="7590" local_entity="0" value="0" />
+        <value cell_index="7591" local_entity="0" value="0" />
+        <value cell_index="7592" local_entity="0" value="0" />
+        <value cell_index="7593" local_entity="0" value="0" />
+        <value cell_index="7594" local_entity="0" value="0" />
+        <value cell_index="7595" local_entity="0" value="0" />
+        <value cell_index="7596" local_entity="0" value="0" />
+        <value cell_index="7597" local_entity="0" value="0" />
+        <value cell_index="7598" local_entity="0" value="0" />
+        <value cell_index="7599" local_entity="0" value="0" />
+        <value cell_index="7600" local_entity="0" value="0" />
+        <value cell_index="7601" local_entity="0" value="0" />
+        <value cell_index="7602" local_entity="0" value="0" />
+        <value cell_index="7603" local_entity="0" value="0" />
+        <value cell_index="7604" local_entity="0" value="0" />
+        <value cell_index="7605" local_entity="0" value="0" />
+        <value cell_index="7606" local_entity="0" value="0" />
+        <value cell_index="7607" local_entity="0" value="0" />
+        <value cell_index="7608" local_entity="0" value="0" />
+        <value cell_index="7609" local_entity="0" value="0" />
+        <value cell_index="7610" local_entity="0" value="0" />
+        <value cell_index="7611" local_entity="0" value="0" />
+        <value cell_index="7612" local_entity="0" value="0" />
+        <value cell_index="7613" local_entity="0" value="0" />
+        <value cell_index="7614" local_entity="0" value="0" />
+        <value cell_index="7615" local_entity="0" value="0" />
+        <value cell_index="7616" local_entity="0" value="0" />
+        <value cell_index="7617" local_entity="0" value="0" />
+        <value cell_index="7618" local_entity="0" value="0" />
+        <value cell_index="7619" local_entity="0" value="0" />
+        <value cell_index="7620" local_entity="0" value="0" />
+        <value cell_index="7621" local_entity="0" value="0" />
+        <value cell_index="7622" local_entity="0" value="0" />
+        <value cell_index="7623" local_entity="0" value="0" />
+        <value cell_index="7624" local_entity="0" value="0" />
+        <value cell_index="7625" local_entity="0" value="0" />
+        <value cell_index="7626" local_entity="0" value="0" />
+        <value cell_index="7627" local_entity="0" value="0" />
+        <value cell_index="7628" local_entity="0" value="0" />
+        <value cell_index="7629" local_entity="0" value="0" />
+        <value cell_index="7630" local_entity="0" value="0" />
+        <value cell_index="7631" local_entity="0" value="0" />
+        <value cell_index="7632" local_entity="0" value="0" />
+        <value cell_index="7633" local_entity="0" value="0" />
+        <value cell_index="7634" local_entity="0" value="0" />
+        <value cell_index="7635" local_entity="0" value="0" />
+        <value cell_index="7636" local_entity="0" value="0" />
+        <value cell_index="7637" local_entity="0" value="0" />
+        <value cell_index="7638" local_entity="0" value="0" />
+        <value cell_index="7639" local_entity="0" value="0" />
+        <value cell_index="7640" local_entity="0" value="0" />
+        <value cell_index="7641" local_entity="0" value="0" />
+        <value cell_index="7642" local_entity="0" value="0" />
+        <value cell_index="7643" local_entity="0" value="0" />
+        <value cell_index="7644" local_entity="0" value="0" />
+        <value cell_index="7645" local_entity="0" value="0" />
+        <value cell_index="7646" local_entity="0" value="0" />
+        <value cell_index="7647" local_entity="0" value="0" />
+        <value cell_index="7648" local_entity="0" value="0" />
+        <value cell_index="7649" local_entity="0" value="0" />
+        <value cell_index="7650" local_entity="0" value="0" />
+        <value cell_index="7651" local_entity="0" value="0" />
+        <value cell_index="7652" local_entity="0" value="0" />
+        <value cell_index="7653" local_entity="0" value="0" />
+        <value cell_index="7654" local_entity="0" value="0" />
+        <value cell_index="7655" local_entity="0" value="0" />
+        <value cell_index="7656" local_entity="0" value="0" />
+        <value cell_index="7657" local_entity="0" value="0" />
+        <value cell_index="7658" local_entity="0" value="0" />
+        <value cell_index="7659" local_entity="0" value="0" />
+        <value cell_index="7660" local_entity="0" value="0" />
+        <value cell_index="7661" local_entity="0" value="0" />
+        <value cell_index="7662" local_entity="0" value="0" />
+        <value cell_index="7663" local_entity="0" value="0" />
+        <value cell_index="7664" local_entity="0" value="0" />
+        <value cell_index="7665" local_entity="0" value="0" />
+        <value cell_index="7666" local_entity="0" value="0" />
+        <value cell_index="7667" local_entity="0" value="0" />
+        <value cell_index="7668" local_entity="0" value="0" />
+        <value cell_index="7669" local_entity="0" value="0" />
+        <value cell_index="7670" local_entity="0" value="0" />
+        <value cell_index="7671" local_entity="0" value="0" />
+        <value cell_index="7672" local_entity="0" value="0" />
+        <value cell_index="7673" local_entity="0" value="0" />
+        <value cell_index="7674" local_entity="0" value="0" />
+        <value cell_index="7675" local_entity="0" value="0" />
+        <value cell_index="7676" local_entity="0" value="0" />
+        <value cell_index="7677" local_entity="0" value="0" />
+        <value cell_index="7678" local_entity="0" value="0" />
+        <value cell_index="7679" local_entity="0" value="0" />
+        <value cell_index="7680" local_entity="0" value="0" />
+        <value cell_index="7681" local_entity="0" value="0" />
+        <value cell_index="7682" local_entity="0" value="0" />
+        <value cell_index="7683" local_entity="0" value="0" />
+        <value cell_index="7684" local_entity="0" value="0" />
+        <value cell_index="7685" local_entity="0" value="0" />
+        <value cell_index="7686" local_entity="0" value="0" />
+        <value cell_index="7687" local_entity="0" value="0" />
+        <value cell_index="7688" local_entity="0" value="0" />
+        <value cell_index="7689" local_entity="0" value="0" />
+        <value cell_index="7690" local_entity="0" value="0" />
+        <value cell_index="7691" local_entity="0" value="0" />
+        <value cell_index="7692" local_entity="0" value="0" />
+        <value cell_index="7693" local_entity="0" value="0" />
+        <value cell_index="7694" local_entity="0" value="0" />
+        <value cell_index="7695" local_entity="0" value="0" />
+        <value cell_index="7696" local_entity="0" value="0" />
+        <value cell_index="7697" local_entity="0" value="0" />
+        <value cell_index="7698" local_entity="0" value="0" />
+        <value cell_index="7699" local_entity="0" value="0" />
+        <value cell_index="7700" local_entity="0" value="0" />
+        <value cell_index="7701" local_entity="0" value="0" />
+        <value cell_index="7702" local_entity="0" value="0" />
+        <value cell_index="7703" local_entity="0" value="0" />
+        <value cell_index="7704" local_entity="0" value="0" />
+        <value cell_index="7705" local_entity="0" value="0" />
+        <value cell_index="7706" local_entity="0" value="0" />
+        <value cell_index="7707" local_entity="0" value="0" />
+        <value cell_index="7708" local_entity="0" value="0" />
+        <value cell_index="7709" local_entity="0" value="0" />
+        <value cell_index="7710" local_entity="0" value="0" />
+        <value cell_index="7711" local_entity="0" value="0" />
+        <value cell_index="7712" local_entity="0" value="0" />
+        <value cell_index="7713" local_entity="0" value="0" />
+        <value cell_index="7714" local_entity="0" value="0" />
+        <value cell_index="7715" local_entity="0" value="0" />
+        <value cell_index="7716" local_entity="0" value="0" />
+        <value cell_index="7717" local_entity="0" value="0" />
+        <value cell_index="7718" local_entity="0" value="0" />
+        <value cell_index="7719" local_entity="0" value="0" />
+        <value cell_index="7720" local_entity="0" value="0" />
+        <value cell_index="7721" local_entity="0" value="0" />
+        <value cell_index="7722" local_entity="0" value="0" />
+        <value cell_index="7723" local_entity="0" value="0" />
+        <value cell_index="7724" local_entity="0" value="0" />
+        <value cell_index="7725" local_entity="0" value="0" />
+        <value cell_index="7726" local_entity="0" value="0" />
+        <value cell_index="7727" local_entity="0" value="0" />
+        <value cell_index="7728" local_entity="0" value="0" />
+        <value cell_index="7729" local_entity="0" value="0" />
+        <value cell_index="7730" local_entity="0" value="0" />
+        <value cell_index="7731" local_entity="0" value="0" />
+        <value cell_index="7732" local_entity="0" value="0" />
+        <value cell_index="7733" local_entity="0" value="0" />
+        <value cell_index="7734" local_entity="0" value="0" />
+        <value cell_index="7735" local_entity="0" value="0" />
+        <value cell_index="7736" local_entity="0" value="0" />
+        <value cell_index="7737" local_entity="0" value="0" />
+        <value cell_index="7738" local_entity="0" value="0" />
+        <value cell_index="7739" local_entity="0" value="0" />
+        <value cell_index="7740" local_entity="0" value="0" />
+        <value cell_index="7741" local_entity="0" value="0" />
+        <value cell_index="7742" local_entity="0" value="0" />
+        <value cell_index="7743" local_entity="0" value="0" />
+        <value cell_index="7744" local_entity="0" value="0" />
+        <value cell_index="7745" local_entity="0" value="0" />
+        <value cell_index="7746" local_entity="0" value="0" />
+        <value cell_index="7747" local_entity="0" value="0" />
+        <value cell_index="7748" local_entity="0" value="0" />
+        <value cell_index="7749" local_entity="0" value="0" />
+        <value cell_index="7750" local_entity="0" value="0" />
+        <value cell_index="7751" local_entity="0" value="0" />
+        <value cell_index="7752" local_entity="0" value="0" />
+        <value cell_index="7753" local_entity="0" value="0" />
+        <value cell_index="7754" local_entity="0" value="0" />
+        <value cell_index="7755" local_entity="0" value="0" />
+        <value cell_index="7756" local_entity="0" value="0" />
+        <value cell_index="7757" local_entity="0" value="0" />
+        <value cell_index="7758" local_entity="0" value="0" />
+        <value cell_index="7759" local_entity="0" value="0" />
+        <value cell_index="7760" local_entity="0" value="0" />
+        <value cell_index="7761" local_entity="0" value="0" />
+        <value cell_index="7762" local_entity="0" value="0" />
+        <value cell_index="7763" local_entity="0" value="0" />
+        <value cell_index="7764" local_entity="0" value="0" />
+        <value cell_index="7765" local_entity="0" value="0" />
+        <value cell_index="7766" local_entity="0" value="0" />
+        <value cell_index="7767" local_entity="0" value="0" />
+        <value cell_index="7768" local_entity="0" value="0" />
+        <value cell_index="7769" local_entity="0" value="0" />
+        <value cell_index="7770" local_entity="0" value="0" />
+        <value cell_index="7771" local_entity="0" value="0" />
+        <value cell_index="7772" local_entity="0" value="0" />
+        <value cell_index="7773" local_entity="0" value="0" />
+        <value cell_index="7774" local_entity="0" value="0" />
+        <value cell_index="7775" local_entity="0" value="0" />
+        <value cell_index="7776" local_entity="0" value="0" />
+        <value cell_index="7777" local_entity="0" value="0" />
+        <value cell_index="7778" local_entity="0" value="0" />
+        <value cell_index="7779" local_entity="0" value="0" />
+        <value cell_index="7780" local_entity="0" value="0" />
+        <value cell_index="7781" local_entity="0" value="0" />
+        <value cell_index="7782" local_entity="0" value="0" />
+        <value cell_index="7783" local_entity="0" value="0" />
+        <value cell_index="7784" local_entity="0" value="0" />
+        <value cell_index="7785" local_entity="0" value="0" />
+        <value cell_index="7786" local_entity="0" value="0" />
+        <value cell_index="7787" local_entity="0" value="0" />
+        <value cell_index="7788" local_entity="0" value="0" />
+        <value cell_index="7789" local_entity="0" value="0" />
+        <value cell_index="7790" local_entity="0" value="0" />
+        <value cell_index="7791" local_entity="0" value="0" />
+        <value cell_index="7792" local_entity="0" value="0" />
+        <value cell_index="7793" local_entity="0" value="0" />
+        <value cell_index="7794" local_entity="0" value="0" />
+        <value cell_index="7795" local_entity="0" value="0" />
+        <value cell_index="7796" local_entity="0" value="0" />
+        <value cell_index="7797" local_entity="0" value="0" />
+        <value cell_index="7798" local_entity="0" value="0" />
+        <value cell_index="7799" local_entity="0" value="0" />
+        <value cell_index="7800" local_entity="0" value="0" />
+        <value cell_index="7801" local_entity="0" value="0" />
+        <value cell_index="7802" local_entity="0" value="0" />
+        <value cell_index="7803" local_entity="0" value="0" />
+        <value cell_index="7804" local_entity="0" value="0" />
+        <value cell_index="7805" local_entity="0" value="0" />
+        <value cell_index="7806" local_entity="0" value="0" />
+        <value cell_index="7807" local_entity="0" value="0" />
+        <value cell_index="7808" local_entity="0" value="0" />
+        <value cell_index="7809" local_entity="0" value="0" />
+        <value cell_index="7810" local_entity="0" value="0" />
+        <value cell_index="7811" local_entity="0" value="0" />
+        <value cell_index="7812" local_entity="0" value="0" />
+        <value cell_index="7813" local_entity="0" value="0" />
+        <value cell_index="7814" local_entity="0" value="0" />
+        <value cell_index="7815" local_entity="0" value="0" />
+        <value cell_index="7816" local_entity="0" value="0" />
+        <value cell_index="7817" local_entity="0" value="0" />
+        <value cell_index="7818" local_entity="0" value="0" />
+        <value cell_index="7819" local_entity="0" value="0" />
+        <value cell_index="7820" local_entity="0" value="0" />
+        <value cell_index="7821" local_entity="0" value="0" />
+        <value cell_index="7822" local_entity="0" value="0" />
+        <value cell_index="7823" local_entity="0" value="0" />
+        <value cell_index="7824" local_entity="0" value="0" />
+        <value cell_index="7825" local_entity="0" value="0" />
+        <value cell_index="7826" local_entity="0" value="0" />
+        <value cell_index="7827" local_entity="0" value="0" />
+        <value cell_index="7828" local_entity="0" value="0" />
+        <value cell_index="7829" local_entity="0" value="0" />
+        <value cell_index="7830" local_entity="0" value="0" />
+        <value cell_index="7831" local_entity="0" value="0" />
+        <value cell_index="7832" local_entity="0" value="0" />
+        <value cell_index="7833" local_entity="0" value="0" />
+        <value cell_index="7834" local_entity="0" value="0" />
+        <value cell_index="7835" local_entity="0" value="0" />
+        <value cell_index="7836" local_entity="0" value="0" />
+        <value cell_index="7837" local_entity="0" value="0" />
+        <value cell_index="7838" local_entity="0" value="0" />
+        <value cell_index="7839" local_entity="0" value="0" />
+        <value cell_index="7840" local_entity="0" value="0" />
+        <value cell_index="7841" local_entity="0" value="0" />
+        <value cell_index="7842" local_entity="0" value="0" />
+        <value cell_index="7843" local_entity="0" value="0" />
+        <value cell_index="7844" local_entity="0" value="0" />
+        <value cell_index="7845" local_entity="0" value="0" />
+        <value cell_index="7846" local_entity="0" value="0" />
+        <value cell_index="7847" local_entity="0" value="0" />
+        <value cell_index="7848" local_entity="0" value="0" />
+        <value cell_index="7849" local_entity="0" value="0" />
+        <value cell_index="7850" local_entity="0" value="0" />
+        <value cell_index="7851" local_entity="0" value="0" />
+        <value cell_index="7852" local_entity="0" value="0" />
+        <value cell_index="7853" local_entity="0" value="0" />
+        <value cell_index="7854" local_entity="0" value="0" />
+        <value cell_index="7855" local_entity="0" value="0" />
+        <value cell_index="7856" local_entity="0" value="0" />
+        <value cell_index="7857" local_entity="0" value="0" />
+        <value cell_index="7858" local_entity="0" value="0" />
+        <value cell_index="7859" local_entity="0" value="0" />
+        <value cell_index="7860" local_entity="0" value="0" />
+        <value cell_index="7861" local_entity="0" value="0" />
+        <value cell_index="7862" local_entity="0" value="0" />
+        <value cell_index="7863" local_entity="0" value="0" />
+        <value cell_index="7864" local_entity="0" value="0" />
+        <value cell_index="7865" local_entity="0" value="0" />
+        <value cell_index="7866" local_entity="0" value="0" />
+        <value cell_index="7867" local_entity="0" value="0" />
+        <value cell_index="7868" local_entity="0" value="0" />
+        <value cell_index="7869" local_entity="0" value="0" />
+        <value cell_index="7870" local_entity="0" value="0" />
+        <value cell_index="7871" local_entity="0" value="0" />
+        <value cell_index="7872" local_entity="0" value="0" />
+        <value cell_index="7873" local_entity="0" value="0" />
+        <value cell_index="7874" local_entity="0" value="0" />
+        <value cell_index="7875" local_entity="0" value="0" />
+        <value cell_index="7876" local_entity="0" value="0" />
+        <value cell_index="7877" local_entity="0" value="0" />
+        <value cell_index="7878" local_entity="0" value="0" />
+        <value cell_index="7879" local_entity="0" value="0" />
+        <value cell_index="7880" local_entity="0" value="0" />
+        <value cell_index="7881" local_entity="0" value="0" />
+        <value cell_index="7882" local_entity="0" value="0" />
+        <value cell_index="7883" local_entity="0" value="0" />
+        <value cell_index="7884" local_entity="0" value="0" />
+        <value cell_index="7885" local_entity="0" value="0" />
+        <value cell_index="7886" local_entity="0" value="0" />
+        <value cell_index="7887" local_entity="0" value="0" />
+        <value cell_index="7888" local_entity="0" value="0" />
+        <value cell_index="7889" local_entity="0" value="0" />
+        <value cell_index="7890" local_entity="0" value="0" />
+        <value cell_index="7891" local_entity="0" value="0" />
+        <value cell_index="7892" local_entity="0" value="0" />
+        <value cell_index="7893" local_entity="0" value="0" />
+        <value cell_index="7894" local_entity="0" value="0" />
+        <value cell_index="7895" local_entity="0" value="0" />
+        <value cell_index="7896" local_entity="0" value="0" />
+        <value cell_index="7897" local_entity="0" value="0" />
+        <value cell_index="7898" local_entity="0" value="0" />
+        <value cell_index="7899" local_entity="0" value="0" />
+        <value cell_index="7900" local_entity="0" value="0" />
+        <value cell_index="7901" local_entity="0" value="0" />
+        <value cell_index="7902" local_entity="0" value="0" />
+        <value cell_index="7903" local_entity="0" value="0" />
+        <value cell_index="7904" local_entity="0" value="0" />
+        <value cell_index="7905" local_entity="0" value="0" />
+        <value cell_index="7906" local_entity="0" value="0" />
+        <value cell_index="7907" local_entity="0" value="0" />
+        <value cell_index="7908" local_entity="0" value="0" />
+        <value cell_index="7909" local_entity="0" value="0" />
+        <value cell_index="7910" local_entity="0" value="0" />
+        <value cell_index="7911" local_entity="0" value="0" />
+        <value cell_index="7912" local_entity="0" value="0" />
+        <value cell_index="7913" local_entity="0" value="0" />
+        <value cell_index="7914" local_entity="0" value="0" />
+        <value cell_index="7915" local_entity="0" value="0" />
+        <value cell_index="7916" local_entity="0" value="0" />
+        <value cell_index="7917" local_entity="0" value="0" />
+        <value cell_index="7918" local_entity="0" value="0" />
+        <value cell_index="7919" local_entity="0" value="0" />
+        <value cell_index="7920" local_entity="0" value="0" />
+        <value cell_index="7921" local_entity="0" value="0" />
+        <value cell_index="7922" local_entity="0" value="0" />
+        <value cell_index="7923" local_entity="0" value="0" />
+        <value cell_index="7924" local_entity="0" value="0" />
+        <value cell_index="7925" local_entity="0" value="0" />
+        <value cell_index="7926" local_entity="0" value="0" />
+        <value cell_index="7927" local_entity="0" value="0" />
+        <value cell_index="7928" local_entity="0" value="0" />
+        <value cell_index="7929" local_entity="0" value="0" />
+        <value cell_index="7930" local_entity="0" value="0" />
+        <value cell_index="7931" local_entity="0" value="0" />
+        <value cell_index="7932" local_entity="0" value="0" />
+        <value cell_index="7933" local_entity="0" value="0" />
+        <value cell_index="7934" local_entity="0" value="0" />
+        <value cell_index="7935" local_entity="0" value="0" />
+        <value cell_index="7936" local_entity="0" value="0" />
+        <value cell_index="7937" local_entity="0" value="0" />
+        <value cell_index="7938" local_entity="0" value="0" />
+        <value cell_index="7939" local_entity="0" value="0" />
+        <value cell_index="7940" local_entity="0" value="0" />
+        <value cell_index="7941" local_entity="0" value="0" />
+        <value cell_index="7942" local_entity="0" value="0" />
+        <value cell_index="7943" local_entity="0" value="0" />
+        <value cell_index="7944" local_entity="0" value="0" />
+        <value cell_index="7945" local_entity="0" value="0" />
+        <value cell_index="7946" local_entity="0" value="0" />
+        <value cell_index="7947" local_entity="0" value="0" />
+        <value cell_index="7948" local_entity="0" value="0" />
+        <value cell_index="7949" local_entity="0" value="0" />
+        <value cell_index="7950" local_entity="0" value="0" />
+        <value cell_index="7951" local_entity="0" value="0" />
+        <value cell_index="7952" local_entity="0" value="0" />
+        <value cell_index="7953" local_entity="0" value="0" />
+        <value cell_index="7954" local_entity="0" value="0" />
+        <value cell_index="7955" local_entity="0" value="0" />
+        <value cell_index="7956" local_entity="0" value="0" />
+        <value cell_index="7957" local_entity="0" value="0" />
+        <value cell_index="7958" local_entity="0" value="0" />
+        <value cell_index="7959" local_entity="0" value="0" />
+        <value cell_index="7960" local_entity="0" value="0" />
+        <value cell_index="7961" local_entity="0" value="0" />
+        <value cell_index="7962" local_entity="0" value="0" />
+        <value cell_index="7963" local_entity="0" value="0" />
+        <value cell_index="7964" local_entity="0" value="0" />
+        <value cell_index="7965" local_entity="0" value="0" />
+        <value cell_index="7966" local_entity="0" value="0" />
+        <value cell_index="7967" local_entity="0" value="0" />
+        <value cell_index="7968" local_entity="0" value="0" />
+        <value cell_index="7969" local_entity="0" value="0" />
+        <value cell_index="7970" local_entity="0" value="0" />
+        <value cell_index="7971" local_entity="0" value="0" />
+        <value cell_index="7972" local_entity="0" value="0" />
+        <value cell_index="7973" local_entity="0" value="0" />
+        <value cell_index="7974" local_entity="0" value="0" />
+        <value cell_index="7975" local_entity="0" value="0" />
+        <value cell_index="7976" local_entity="0" value="0" />
+        <value cell_index="7977" local_entity="0" value="0" />
+        <value cell_index="7978" local_entity="0" value="0" />
+        <value cell_index="7979" local_entity="0" value="0" />
+        <value cell_index="7980" local_entity="0" value="0" />
+        <value cell_index="7981" local_entity="0" value="0" />
+        <value cell_index="7982" local_entity="0" value="0" />
+        <value cell_index="7983" local_entity="0" value="0" />
+        <value cell_index="7984" local_entity="0" value="0" />
+        <value cell_index="7985" local_entity="0" value="0" />
+        <value cell_index="7986" local_entity="0" value="0" />
+        <value cell_index="7987" local_entity="0" value="0" />
+        <value cell_index="7988" local_entity="0" value="0" />
+        <value cell_index="7989" local_entity="0" value="0" />
+        <value cell_index="7990" local_entity="0" value="0" />
+        <value cell_index="7991" local_entity="0" value="0" />
+        <value cell_index="7992" local_entity="0" value="0" />
+        <value cell_index="7993" local_entity="0" value="0" />
+        <value cell_index="7994" local_entity="0" value="0" />
+        <value cell_index="7995" local_entity="0" value="0" />
+        <value cell_index="7996" local_entity="0" value="0" />
+        <value cell_index="7997" local_entity="0" value="0" />
+        <value cell_index="7998" local_entity="0" value="0" />
+        <value cell_index="7999" local_entity="0" value="0" />
+        <value cell_index="8000" local_entity="0" value="0" />
+        <value cell_index="8001" local_entity="0" value="0" />
+        <value cell_index="8002" local_entity="0" value="0" />
+        <value cell_index="8003" local_entity="0" value="0" />
+        <value cell_index="8004" local_entity="0" value="0" />
+        <value cell_index="8005" local_entity="0" value="0" />
+        <value cell_index="8006" local_entity="0" value="0" />
+        <value cell_index="8007" local_entity="0" value="0" />
+        <value cell_index="8008" local_entity="0" value="0" />
+        <value cell_index="8009" local_entity="0" value="0" />
+        <value cell_index="8010" local_entity="0" value="0" />
+        <value cell_index="8011" local_entity="0" value="0" />
+        <value cell_index="8012" local_entity="0" value="0" />
+        <value cell_index="8013" local_entity="0" value="0" />
+        <value cell_index="8014" local_entity="0" value="0" />
+        <value cell_index="8015" local_entity="0" value="0" />
+        <value cell_index="8016" local_entity="0" value="0" />
+        <value cell_index="8017" local_entity="0" value="0" />
+        <value cell_index="8018" local_entity="0" value="0" />
+        <value cell_index="8019" local_entity="0" value="0" />
+        <value cell_index="8020" local_entity="0" value="0" />
+        <value cell_index="8021" local_entity="0" value="0" />
+        <value cell_index="8022" local_entity="0" value="0" />
+        <value cell_index="8023" local_entity="0" value="0" />
+        <value cell_index="8024" local_entity="0" value="0" />
+        <value cell_index="8025" local_entity="0" value="0" />
+        <value cell_index="8026" local_entity="0" value="0" />
+        <value cell_index="8027" local_entity="0" value="0" />
+        <value cell_index="8028" local_entity="0" value="0" />
+        <value cell_index="8029" local_entity="0" value="0" />
+        <value cell_index="8030" local_entity="0" value="0" />
+        <value cell_index="8031" local_entity="0" value="0" />
+        <value cell_index="8032" local_entity="0" value="0" />
+        <value cell_index="8033" local_entity="0" value="0" />
+        <value cell_index="8034" local_entity="0" value="0" />
+        <value cell_index="8035" local_entity="0" value="0" />
+        <value cell_index="8036" local_entity="0" value="0" />
+        <value cell_index="8037" local_entity="0" value="0" />
+        <value cell_index="8038" local_entity="0" value="0" />
+        <value cell_index="8039" local_entity="0" value="0" />
+        <value cell_index="8040" local_entity="0" value="0" />
+        <value cell_index="8041" local_entity="0" value="0" />
+        <value cell_index="8042" local_entity="0" value="0" />
+        <value cell_index="8043" local_entity="0" value="0" />
+        <value cell_index="8044" local_entity="0" value="0" />
+        <value cell_index="8045" local_entity="0" value="0" />
+        <value cell_index="8046" local_entity="0" value="0" />
+        <value cell_index="8047" local_entity="0" value="0" />
+        <value cell_index="8048" local_entity="0" value="0" />
+        <value cell_index="8049" local_entity="0" value="0" />
+        <value cell_index="8050" local_entity="0" value="0" />
+        <value cell_index="8051" local_entity="0" value="0" />
+        <value cell_index="8052" local_entity="0" value="0" />
+        <value cell_index="8053" local_entity="0" value="0" />
+        <value cell_index="8054" local_entity="0" value="0" />
+        <value cell_index="8055" local_entity="0" value="0" />
+        <value cell_index="8056" local_entity="0" value="0" />
+        <value cell_index="8057" local_entity="0" value="0" />
+        <value cell_index="8058" local_entity="0" value="0" />
+        <value cell_index="8059" local_entity="0" value="0" />
+        <value cell_index="8060" local_entity="0" value="0" />
+        <value cell_index="8061" local_entity="0" value="0" />
+        <value cell_index="8062" local_entity="0" value="0" />
+        <value cell_index="8063" local_entity="0" value="0" />
+        <value cell_index="8064" local_entity="0" value="0" />
+        <value cell_index="8065" local_entity="0" value="0" />
+        <value cell_index="8066" local_entity="0" value="0" />
+        <value cell_index="8067" local_entity="0" value="0" />
+        <value cell_index="8068" local_entity="0" value="0" />
+        <value cell_index="8069" local_entity="0" value="0" />
+        <value cell_index="8070" local_entity="0" value="0" />
+        <value cell_index="8071" local_entity="0" value="0" />
+        <value cell_index="8072" local_entity="0" value="0" />
+        <value cell_index="8073" local_entity="0" value="0" />
+        <value cell_index="8074" local_entity="0" value="0" />
+        <value cell_index="8075" local_entity="0" value="0" />
+        <value cell_index="8076" local_entity="0" value="0" />
+        <value cell_index="8077" local_entity="0" value="0" />
+        <value cell_index="8078" local_entity="0" value="0" />
+        <value cell_index="8079" local_entity="0" value="0" />
+        <value cell_index="8080" local_entity="0" value="0" />
+        <value cell_index="8081" local_entity="0" value="0" />
+        <value cell_index="8082" local_entity="0" value="0" />
+        <value cell_index="8083" local_entity="0" value="0" />
+        <value cell_index="8084" local_entity="0" value="0" />
+        <value cell_index="8085" local_entity="0" value="0" />
+        <value cell_index="8086" local_entity="0" value="0" />
+        <value cell_index="8087" local_entity="0" value="0" />
+        <value cell_index="8088" local_entity="0" value="0" />
+        <value cell_index="8089" local_entity="0" value="0" />
+        <value cell_index="8090" local_entity="0" value="0" />
+        <value cell_index="8091" local_entity="0" value="0" />
+        <value cell_index="8092" local_entity="0" value="0" />
+        <value cell_index="8093" local_entity="0" value="0" />
+        <value cell_index="8094" local_entity="0" value="0" />
+        <value cell_index="8095" local_entity="0" value="0" />
+        <value cell_index="8096" local_entity="0" value="0" />
+        <value cell_index="8097" local_entity="0" value="0" />
+        <value cell_index="8098" local_entity="0" value="0" />
+        <value cell_index="8099" local_entity="0" value="0" />
+        <value cell_index="8100" local_entity="0" value="0" />
+        <value cell_index="8101" local_entity="0" value="0" />
+        <value cell_index="8102" local_entity="0" value="0" />
+        <value cell_index="8103" local_entity="0" value="0" />
+        <value cell_index="8104" local_entity="0" value="0" />
+        <value cell_index="8105" local_entity="0" value="0" />
+        <value cell_index="8106" local_entity="0" value="0" />
+        <value cell_index="8107" local_entity="0" value="0" />
+        <value cell_index="8108" local_entity="0" value="0" />
+        <value cell_index="8109" local_entity="0" value="0" />
+        <value cell_index="8110" local_entity="0" value="0" />
+        <value cell_index="8111" local_entity="0" value="0" />
+        <value cell_index="8112" local_entity="0" value="0" />
+        <value cell_index="8113" local_entity="0" value="0" />
+        <value cell_index="8114" local_entity="0" value="0" />
+        <value cell_index="8115" local_entity="0" value="0" />
+        <value cell_index="8116" local_entity="0" value="0" />
+        <value cell_index="8117" local_entity="0" value="0" />
+        <value cell_index="8118" local_entity="0" value="0" />
+        <value cell_index="8119" local_entity="0" value="0" />
+        <value cell_index="8120" local_entity="0" value="0" />
+        <value cell_index="8121" local_entity="0" value="0" />
+        <value cell_index="8122" local_entity="0" value="0" />
+        <value cell_index="8123" local_entity="0" value="0" />
+        <value cell_index="8124" local_entity="0" value="0" />
+        <value cell_index="8125" local_entity="0" value="0" />
+        <value cell_index="8126" local_entity="0" value="0" />
+        <value cell_index="8127" local_entity="0" value="0" />
+        <value cell_index="8128" local_entity="0" value="0" />
+        <value cell_index="8129" local_entity="0" value="0" />
+        <value cell_index="8130" local_entity="0" value="0" />
+        <value cell_index="8131" local_entity="0" value="0" />
+        <value cell_index="8132" local_entity="0" value="0" />
+        <value cell_index="8133" local_entity="0" value="0" />
+        <value cell_index="8134" local_entity="0" value="0" />
+        <value cell_index="8135" local_entity="0" value="0" />
+        <value cell_index="8136" local_entity="0" value="0" />
+        <value cell_index="8137" local_entity="0" value="0" />
+        <value cell_index="8138" local_entity="0" value="0" />
+        <value cell_index="8139" local_entity="0" value="0" />
+        <value cell_index="8140" local_entity="0" value="0" />
+        <value cell_index="8141" local_entity="0" value="0" />
+        <value cell_index="8142" local_entity="0" value="0" />
+        <value cell_index="8143" local_entity="0" value="0" />
+        <value cell_index="8144" local_entity="0" value="0" />
+        <value cell_index="8145" local_entity="0" value="0" />
+        <value cell_index="8146" local_entity="0" value="0" />
+        <value cell_index="8147" local_entity="0" value="0" />
+        <value cell_index="8148" local_entity="0" value="0" />
+        <value cell_index="8149" local_entity="0" value="0" />
+        <value cell_index="8150" local_entity="0" value="0" />
+        <value cell_index="8151" local_entity="0" value="0" />
+        <value cell_index="8152" local_entity="0" value="0" />
+        <value cell_index="8153" local_entity="0" value="0" />
+        <value cell_index="8154" local_entity="0" value="0" />
+        <value cell_index="8155" local_entity="0" value="0" />
+        <value cell_index="8156" local_entity="0" value="0" />
+        <value cell_index="8157" local_entity="0" value="0" />
+        <value cell_index="8158" local_entity="0" value="0" />
+        <value cell_index="8159" local_entity="0" value="0" />
+        <value cell_index="8160" local_entity="0" value="0" />
+        <value cell_index="8161" local_entity="0" value="0" />
+        <value cell_index="8162" local_entity="0" value="0" />
+        <value cell_index="8163" local_entity="0" value="0" />
+        <value cell_index="8164" local_entity="0" value="0" />
+        <value cell_index="8165" local_entity="0" value="0" />
+        <value cell_index="8166" local_entity="0" value="0" />
+        <value cell_index="8167" local_entity="0" value="0" />
+        <value cell_index="8168" local_entity="0" value="0" />
+        <value cell_index="8169" local_entity="0" value="0" />
+        <value cell_index="8170" local_entity="0" value="0" />
+        <value cell_index="8171" local_entity="0" value="0" />
+        <value cell_index="8172" local_entity="0" value="0" />
+        <value cell_index="8173" local_entity="0" value="0" />
+        <value cell_index="8174" local_entity="0" value="0" />
+        <value cell_index="8175" local_entity="0" value="0" />
+        <value cell_index="8176" local_entity="0" value="0" />
+        <value cell_index="8177" local_entity="0" value="0" />
+        <value cell_index="8178" local_entity="0" value="0" />
+        <value cell_index="8179" local_entity="0" value="0" />
+        <value cell_index="8180" local_entity="0" value="0" />
+        <value cell_index="8181" local_entity="0" value="0" />
+        <value cell_index="8182" local_entity="0" value="0" />
+        <value cell_index="8183" local_entity="0" value="0" />
+        <value cell_index="8184" local_entity="0" value="0" />
+        <value cell_index="8185" local_entity="0" value="0" />
+        <value cell_index="8186" local_entity="0" value="0" />
+        <value cell_index="8187" local_entity="0" value="0" />
+        <value cell_index="8188" local_entity="0" value="0" />
+        <value cell_index="8189" local_entity="0" value="0" />
+        <value cell_index="8190" local_entity="0" value="0" />
+        <value cell_index="8191" local_entity="0" value="0" />
+        <value cell_index="8192" local_entity="0" value="0" />
+        <value cell_index="8193" local_entity="0" value="0" />
+        <value cell_index="8194" local_entity="0" value="0" />
+        <value cell_index="8195" local_entity="0" value="0" />
+        <value cell_index="8196" local_entity="0" value="0" />
+        <value cell_index="8197" local_entity="0" value="0" />
+        <value cell_index="8198" local_entity="0" value="0" />
+        <value cell_index="8199" local_entity="0" value="0" />
+        <value cell_index="8200" local_entity="0" value="0" />
+        <value cell_index="8201" local_entity="0" value="0" />
+        <value cell_index="8202" local_entity="0" value="0" />
+        <value cell_index="8203" local_entity="0" value="0" />
+        <value cell_index="8204" local_entity="0" value="0" />
+        <value cell_index="8205" local_entity="0" value="0" />
+        <value cell_index="8206" local_entity="0" value="0" />
+        <value cell_index="8207" local_entity="0" value="0" />
+        <value cell_index="8208" local_entity="0" value="0" />
+        <value cell_index="8209" local_entity="0" value="0" />
+        <value cell_index="8210" local_entity="0" value="0" />
+        <value cell_index="8211" local_entity="0" value="0" />
+        <value cell_index="8212" local_entity="0" value="0" />
+        <value cell_index="8213" local_entity="0" value="0" />
+        <value cell_index="8214" local_entity="0" value="0" />
+        <value cell_index="8215" local_entity="0" value="0" />
+        <value cell_index="8216" local_entity="0" value="0" />
+        <value cell_index="8217" local_entity="0" value="0" />
+        <value cell_index="8218" local_entity="0" value="0" />
+        <value cell_index="8219" local_entity="0" value="0" />
+        <value cell_index="8220" local_entity="0" value="0" />
+        <value cell_index="8221" local_entity="0" value="0" />
+        <value cell_index="8222" local_entity="0" value="0" />
+        <value cell_index="8223" local_entity="0" value="0" />
+        <value cell_index="8224" local_entity="0" value="0" />
+        <value cell_index="8225" local_entity="0" value="0" />
+        <value cell_index="8226" local_entity="0" value="0" />
+        <value cell_index="8227" local_entity="0" value="0" />
+        <value cell_index="8228" local_entity="0" value="0" />
+        <value cell_index="8229" local_entity="0" value="0" />
+        <value cell_index="8230" local_entity="0" value="0" />
+        <value cell_index="8231" local_entity="0" value="0" />
+        <value cell_index="8232" local_entity="0" value="0" />
+        <value cell_index="8233" local_entity="0" value="0" />
+        <value cell_index="8234" local_entity="0" value="0" />
+        <value cell_index="8235" local_entity="0" value="0" />
+        <value cell_index="8236" local_entity="0" value="0" />
+        <value cell_index="8237" local_entity="0" value="0" />
+        <value cell_index="8238" local_entity="0" value="0" />
+        <value cell_index="8239" local_entity="0" value="0" />
+        <value cell_index="8240" local_entity="0" value="0" />
+        <value cell_index="8241" local_entity="0" value="0" />
+        <value cell_index="8242" local_entity="0" value="0" />
+        <value cell_index="8243" local_entity="0" value="0" />
+        <value cell_index="8244" local_entity="0" value="0" />
+        <value cell_index="8245" local_entity="0" value="0" />
+        <value cell_index="8246" local_entity="0" value="0" />
+        <value cell_index="8247" local_entity="0" value="0" />
+        <value cell_index="8248" local_entity="0" value="0" />
+        <value cell_index="8249" local_entity="0" value="0" />
+        <value cell_index="8250" local_entity="0" value="0" />
+        <value cell_index="8251" local_entity="0" value="0" />
+        <value cell_index="8252" local_entity="0" value="0" />
+        <value cell_index="8253" local_entity="0" value="0" />
+        <value cell_index="8254" local_entity="0" value="0" />
+        <value cell_index="8255" local_entity="0" value="0" />
+        <value cell_index="8256" local_entity="0" value="0" />
+        <value cell_index="8257" local_entity="0" value="0" />
+        <value cell_index="8258" local_entity="0" value="0" />
+        <value cell_index="8259" local_entity="0" value="0" />
+        <value cell_index="8260" local_entity="0" value="0" />
+        <value cell_index="8261" local_entity="0" value="0" />
+        <value cell_index="8262" local_entity="0" value="0" />
+        <value cell_index="8263" local_entity="0" value="0" />
+        <value cell_index="8264" local_entity="0" value="0" />
+        <value cell_index="8265" local_entity="0" value="0" />
+        <value cell_index="8266" local_entity="0" value="0" />
+        <value cell_index="8267" local_entity="0" value="0" />
+        <value cell_index="8268" local_entity="0" value="0" />
+        <value cell_index="8269" local_entity="0" value="0" />
+        <value cell_index="8270" local_entity="0" value="0" />
+        <value cell_index="8271" local_entity="0" value="0" />
+        <value cell_index="8272" local_entity="0" value="0" />
+        <value cell_index="8273" local_entity="0" value="0" />
+        <value cell_index="8274" local_entity="0" value="0" />
+        <value cell_index="8275" local_entity="0" value="0" />
+        <value cell_index="8276" local_entity="0" value="0" />
+        <value cell_index="8277" local_entity="0" value="0" />
+        <value cell_index="8278" local_entity="0" value="0" />
+        <value cell_index="8279" local_entity="0" value="0" />
+        <value cell_index="8280" local_entity="0" value="0" />
+        <value cell_index="8281" local_entity="0" value="0" />
+        <value cell_index="8282" local_entity="0" value="0" />
+        <value cell_index="8283" local_entity="0" value="0" />
+        <value cell_index="8284" local_entity="0" value="0" />
+        <value cell_index="8285" local_entity="0" value="0" />
+        <value cell_index="8286" local_entity="0" value="0" />
+        <value cell_index="8287" local_entity="0" value="0" />
+        <value cell_index="8288" local_entity="0" value="0" />
+        <value cell_index="8289" local_entity="0" value="0" />
+        <value cell_index="8290" local_entity="0" value="0" />
+        <value cell_index="8291" local_entity="0" value="0" />
+        <value cell_index="8292" local_entity="0" value="0" />
+        <value cell_index="8293" local_entity="0" value="0" />
+        <value cell_index="8294" local_entity="0" value="0" />
+        <value cell_index="8295" local_entity="0" value="0" />
+        <value cell_index="8296" local_entity="0" value="0" />
+        <value cell_index="8297" local_entity="0" value="0" />
+        <value cell_index="8298" local_entity="0" value="0" />
+        <value cell_index="8299" local_entity="0" value="0" />
+        <value cell_index="8300" local_entity="0" value="0" />
+        <value cell_index="8301" local_entity="0" value="0" />
+        <value cell_index="8302" local_entity="0" value="0" />
+        <value cell_index="8303" local_entity="0" value="0" />
+        <value cell_index="8304" local_entity="0" value="0" />
+        <value cell_index="8305" local_entity="0" value="0" />
+        <value cell_index="8306" local_entity="0" value="0" />
+        <value cell_index="8307" local_entity="0" value="0" />
+        <value cell_index="8308" local_entity="0" value="0" />
+        <value cell_index="8309" local_entity="0" value="0" />
+        <value cell_index="8310" local_entity="0" value="0" />
+        <value cell_index="8311" local_entity="0" value="0" />
+        <value cell_index="8312" local_entity="0" value="0" />
+        <value cell_index="8313" local_entity="0" value="0" />
+        <value cell_index="8314" local_entity="0" value="0" />
+        <value cell_index="8315" local_entity="0" value="0" />
+        <value cell_index="8316" local_entity="0" value="0" />
+        <value cell_index="8317" local_entity="0" value="0" />
+        <value cell_index="8318" local_entity="0" value="0" />
+        <value cell_index="8319" local_entity="0" value="0" />
+        <value cell_index="8320" local_entity="0" value="0" />
+        <value cell_index="8321" local_entity="0" value="0" />
+        <value cell_index="8322" local_entity="0" value="0" />
+        <value cell_index="8323" local_entity="0" value="0" />
+        <value cell_index="8324" local_entity="0" value="0" />
+        <value cell_index="8325" local_entity="0" value="0" />
+        <value cell_index="8326" local_entity="0" value="0" />
+        <value cell_index="8327" local_entity="0" value="0" />
+        <value cell_index="8328" local_entity="0" value="0" />
+        <value cell_index="8329" local_entity="0" value="0" />
+        <value cell_index="8330" local_entity="0" value="0" />
+        <value cell_index="8331" local_entity="0" value="0" />
+        <value cell_index="8332" local_entity="0" value="0" />
+        <value cell_index="8333" local_entity="0" value="0" />
+        <value cell_index="8334" local_entity="0" value="0" />
+        <value cell_index="8335" local_entity="0" value="0" />
+        <value cell_index="8336" local_entity="0" value="0" />
+        <value cell_index="8337" local_entity="0" value="0" />
+        <value cell_index="8338" local_entity="0" value="0" />
+        <value cell_index="8339" local_entity="0" value="0" />
+        <value cell_index="8340" local_entity="0" value="0" />
+        <value cell_index="8341" local_entity="0" value="0" />
+        <value cell_index="8342" local_entity="0" value="0" />
+        <value cell_index="8343" local_entity="0" value="0" />
+        <value cell_index="8344" local_entity="0" value="0" />
+        <value cell_index="8345" local_entity="0" value="0" />
+        <value cell_index="8346" local_entity="0" value="0" />
+        <value cell_index="8347" local_entity="0" value="0" />
+        <value cell_index="8348" local_entity="0" value="0" />
+        <value cell_index="8349" local_entity="0" value="0" />
+        <value cell_index="8350" local_entity="0" value="0" />
+        <value cell_index="8351" local_entity="0" value="0" />
+        <value cell_index="8352" local_entity="0" value="0" />
+        <value cell_index="8353" local_entity="0" value="0" />
+        <value cell_index="8354" local_entity="0" value="0" />
+        <value cell_index="8355" local_entity="0" value="0" />
+        <value cell_index="8356" local_entity="0" value="0" />
+        <value cell_index="8357" local_entity="0" value="0" />
+        <value cell_index="8358" local_entity="0" value="0" />
+        <value cell_index="8359" local_entity="0" value="0" />
+        <value cell_index="8360" local_entity="0" value="0" />
+        <value cell_index="8361" local_entity="0" value="0" />
+        <value cell_index="8362" local_entity="0" value="0" />
+        <value cell_index="8363" local_entity="0" value="0" />
+        <value cell_index="8364" local_entity="0" value="0" />
+        <value cell_index="8365" local_entity="0" value="0" />
+        <value cell_index="8366" local_entity="0" value="0" />
+        <value cell_index="8367" local_entity="0" value="0" />
+        <value cell_index="8368" local_entity="0" value="0" />
+        <value cell_index="8369" local_entity="0" value="0" />
+        <value cell_index="8370" local_entity="0" value="0" />
+        <value cell_index="8371" local_entity="0" value="0" />
+        <value cell_index="8372" local_entity="0" value="0" />
+        <value cell_index="8373" local_entity="0" value="0" />
+        <value cell_index="8374" local_entity="0" value="0" />
+        <value cell_index="8375" local_entity="0" value="0" />
+        <value cell_index="8376" local_entity="0" value="0" />
+        <value cell_index="8377" local_entity="0" value="0" />
+        <value cell_index="8378" local_entity="0" value="0" />
+        <value cell_index="8379" local_entity="0" value="0" />
+        <value cell_index="8380" local_entity="0" value="0" />
+        <value cell_index="8381" local_entity="0" value="0" />
+        <value cell_index="8382" local_entity="0" value="0" />
+        <value cell_index="8383" local_entity="0" value="0" />
+        <value cell_index="8384" local_entity="0" value="0" />
+        <value cell_index="8385" local_entity="0" value="0" />
+        <value cell_index="8386" local_entity="0" value="0" />
+        <value cell_index="8387" local_entity="0" value="0" />
+        <value cell_index="8388" local_entity="0" value="0" />
+        <value cell_index="8389" local_entity="0" value="0" />
+        <value cell_index="8390" local_entity="0" value="0" />
+        <value cell_index="8391" local_entity="0" value="0" />
+        <value cell_index="8392" local_entity="0" value="0" />
+        <value cell_index="8393" local_entity="0" value="0" />
+        <value cell_index="8394" local_entity="0" value="0" />
+        <value cell_index="8395" local_entity="0" value="0" />
+        <value cell_index="8396" local_entity="0" value="0" />
+        <value cell_index="8397" local_entity="0" value="0" />
+        <value cell_index="8398" local_entity="0" value="0" />
+        <value cell_index="8399" local_entity="0" value="0" />
+        <value cell_index="8400" local_entity="0" value="0" />
+        <value cell_index="8401" local_entity="0" value="0" />
+        <value cell_index="8402" local_entity="0" value="0" />
+        <value cell_index="8403" local_entity="0" value="0" />
+        <value cell_index="8404" local_entity="0" value="0" />
+        <value cell_index="8405" local_entity="0" value="0" />
+        <value cell_index="8406" local_entity="0" value="0" />
+        <value cell_index="8407" local_entity="0" value="0" />
+        <value cell_index="8408" local_entity="0" value="0" />
+        <value cell_index="8409" local_entity="0" value="0" />
+        <value cell_index="8410" local_entity="0" value="0" />
+        <value cell_index="8411" local_entity="0" value="0" />
+        <value cell_index="8412" local_entity="0" value="0" />
+        <value cell_index="8413" local_entity="0" value="0" />
+        <value cell_index="8414" local_entity="0" value="0" />
+        <value cell_index="8415" local_entity="0" value="0" />
+        <value cell_index="8416" local_entity="0" value="0" />
+        <value cell_index="8417" local_entity="0" value="0" />
+        <value cell_index="8418" local_entity="0" value="0" />
+        <value cell_index="8419" local_entity="0" value="0" />
+        <value cell_index="8420" local_entity="0" value="0" />
+        <value cell_index="8421" local_entity="0" value="0" />
+        <value cell_index="8422" local_entity="0" value="0" />
+        <value cell_index="8423" local_entity="0" value="0" />
+        <value cell_index="8424" local_entity="0" value="0" />
+        <value cell_index="8425" local_entity="0" value="0" />
+        <value cell_index="8426" local_entity="0" value="0" />
+        <value cell_index="8427" local_entity="0" value="0" />
+        <value cell_index="8428" local_entity="0" value="0" />
+        <value cell_index="8429" local_entity="0" value="0" />
+        <value cell_index="8430" local_entity="0" value="0" />
+        <value cell_index="8431" local_entity="0" value="0" />
+        <value cell_index="8432" local_entity="0" value="0" />
+        <value cell_index="8433" local_entity="0" value="0" />
+        <value cell_index="8434" local_entity="0" value="0" />
+        <value cell_index="8435" local_entity="0" value="0" />
+        <value cell_index="8436" local_entity="0" value="0" />
+        <value cell_index="8437" local_entity="0" value="0" />
+        <value cell_index="8438" local_entity="0" value="0" />
+        <value cell_index="8439" local_entity="0" value="0" />
+        <value cell_index="8440" local_entity="0" value="0" />
+        <value cell_index="8441" local_entity="0" value="0" />
+        <value cell_index="8442" local_entity="0" value="0" />
+        <value cell_index="8443" local_entity="0" value="0" />
+        <value cell_index="8444" local_entity="0" value="0" />
+        <value cell_index="8445" local_entity="0" value="0" />
+        <value cell_index="8446" local_entity="0" value="0" />
+        <value cell_index="8447" local_entity="0" value="0" />
+        <value cell_index="8448" local_entity="0" value="0" />
+        <value cell_index="8449" local_entity="0" value="0" />
+        <value cell_index="8450" local_entity="0" value="0" />
+        <value cell_index="8451" local_entity="0" value="0" />
+        <value cell_index="8452" local_entity="0" value="0" />
+        <value cell_index="8453" local_entity="0" value="0" />
+        <value cell_index="8454" local_entity="0" value="0" />
+        <value cell_index="8455" local_entity="0" value="0" />
+        <value cell_index="8456" local_entity="0" value="0" />
+        <value cell_index="8457" local_entity="0" value="0" />
+        <value cell_index="8458" local_entity="0" value="0" />
+        <value cell_index="8459" local_entity="0" value="0" />
+        <value cell_index="8460" local_entity="0" value="0" />
+        <value cell_index="8461" local_entity="0" value="0" />
+        <value cell_index="8462" local_entity="0" value="0" />
+        <value cell_index="8463" local_entity="0" value="0" />
+        <value cell_index="8464" local_entity="0" value="0" />
+        <value cell_index="8465" local_entity="0" value="0" />
+        <value cell_index="8466" local_entity="0" value="0" />
+        <value cell_index="8467" local_entity="0" value="0" />
+        <value cell_index="8468" local_entity="0" value="0" />
+        <value cell_index="8469" local_entity="0" value="0" />
+        <value cell_index="8470" local_entity="0" value="0" />
+        <value cell_index="8471" local_entity="0" value="0" />
+        <value cell_index="8472" local_entity="0" value="0" />
+        <value cell_index="8473" local_entity="0" value="0" />
+        <value cell_index="8474" local_entity="0" value="0" />
+        <value cell_index="8475" local_entity="0" value="0" />
+        <value cell_index="8476" local_entity="0" value="0" />
+        <value cell_index="8477" local_entity="0" value="0" />
+        <value cell_index="8478" local_entity="0" value="0" />
+        <value cell_index="8479" local_entity="0" value="0" />
+        <value cell_index="8480" local_entity="0" value="0" />
+        <value cell_index="8481" local_entity="0" value="0" />
+        <value cell_index="8482" local_entity="0" value="0" />
+        <value cell_index="8483" local_entity="0" value="0" />
+        <value cell_index="8484" local_entity="0" value="0" />
+        <value cell_index="8485" local_entity="0" value="0" />
+        <value cell_index="8486" local_entity="0" value="0" />
+        <value cell_index="8487" local_entity="0" value="0" />
+        <value cell_index="8488" local_entity="0" value="0" />
+        <value cell_index="8489" local_entity="0" value="0" />
+        <value cell_index="8490" local_entity="0" value="0" />
+        <value cell_index="8491" local_entity="0" value="0" />
+        <value cell_index="8492" local_entity="0" value="0" />
+        <value cell_index="8493" local_entity="0" value="0" />
+        <value cell_index="8494" local_entity="0" value="0" />
+        <value cell_index="8495" local_entity="0" value="0" />
+        <value cell_index="8496" local_entity="0" value="0" />
+        <value cell_index="8497" local_entity="0" value="0" />
+        <value cell_index="8498" local_entity="0" value="0" />
+        <value cell_index="8499" local_entity="0" value="0" />
+        <value cell_index="8500" local_entity="0" value="0" />
+        <value cell_index="8501" local_entity="0" value="0" />
+        <value cell_index="8502" local_entity="0" value="0" />
+        <value cell_index="8503" local_entity="0" value="0" />
+        <value cell_index="8504" local_entity="0" value="0" />
+        <value cell_index="8505" local_entity="0" value="0" />
+        <value cell_index="8506" local_entity="0" value="0" />
+        <value cell_index="8507" local_entity="0" value="0" />
+        <value cell_index="8508" local_entity="0" value="0" />
+        <value cell_index="8509" local_entity="0" value="0" />
+        <value cell_index="8510" local_entity="0" value="0" />
+        <value cell_index="8511" local_entity="0" value="0" />
+        <value cell_index="8512" local_entity="0" value="0" />
+        <value cell_index="8513" local_entity="0" value="0" />
+        <value cell_index="8514" local_entity="0" value="0" />
+        <value cell_index="8515" local_entity="0" value="0" />
+        <value cell_index="8516" local_entity="0" value="0" />
+        <value cell_index="8517" local_entity="0" value="0" />
+        <value cell_index="8518" local_entity="0" value="0" />
+        <value cell_index="8519" local_entity="0" value="0" />
+        <value cell_index="8520" local_entity="0" value="0" />
+        <value cell_index="8521" local_entity="0" value="0" />
+        <value cell_index="8522" local_entity="0" value="0" />
+        <value cell_index="8523" local_entity="0" value="0" />
+        <value cell_index="8524" local_entity="0" value="0" />
+        <value cell_index="8525" local_entity="0" value="0" />
+        <value cell_index="8526" local_entity="0" value="0" />
+        <value cell_index="8527" local_entity="0" value="0" />
+        <value cell_index="8528" local_entity="0" value="0" />
+        <value cell_index="8529" local_entity="0" value="0" />
+        <value cell_index="8530" local_entity="0" value="0" />
+        <value cell_index="8531" local_entity="0" value="0" />
+        <value cell_index="8532" local_entity="0" value="0" />
+        <value cell_index="8533" local_entity="0" value="0" />
+        <value cell_index="8534" local_entity="0" value="0" />
+        <value cell_index="8535" local_entity="0" value="0" />
+        <value cell_index="8536" local_entity="0" value="0" />
+        <value cell_index="8537" local_entity="0" value="0" />
+        <value cell_index="8538" local_entity="0" value="0" />
+        <value cell_index="8539" local_entity="0" value="0" />
+        <value cell_index="8540" local_entity="0" value="0" />
+        <value cell_index="8541" local_entity="0" value="0" />
+        <value cell_index="8542" local_entity="0" value="0" />
+        <value cell_index="8543" local_entity="0" value="0" />
+        <value cell_index="8544" local_entity="0" value="0" />
+        <value cell_index="8545" local_entity="0" value="0" />
+        <value cell_index="8546" local_entity="0" value="0" />
+        <value cell_index="8547" local_entity="0" value="0" />
+        <value cell_index="8548" local_entity="0" value="0" />
+        <value cell_index="8549" local_entity="0" value="0" />
+        <value cell_index="8550" local_entity="0" value="0" />
+        <value cell_index="8551" local_entity="0" value="0" />
+        <value cell_index="8552" local_entity="0" value="0" />
+        <value cell_index="8553" local_entity="0" value="0" />
+        <value cell_index="8554" local_entity="0" value="0" />
+        <value cell_index="8555" local_entity="0" value="0" />
+        <value cell_index="8556" local_entity="0" value="0" />
+        <value cell_index="8557" local_entity="0" value="0" />
+        <value cell_index="8558" local_entity="0" value="0" />
+        <value cell_index="8559" local_entity="0" value="0" />
+        <value cell_index="8560" local_entity="0" value="0" />
+        <value cell_index="8561" local_entity="0" value="0" />
+        <value cell_index="8562" local_entity="0" value="0" />
+        <value cell_index="8563" local_entity="0" value="0" />
+        <value cell_index="8564" local_entity="0" value="0" />
+        <value cell_index="8565" local_entity="0" value="0" />
+        <value cell_index="8566" local_entity="0" value="0" />
+        <value cell_index="8567" local_entity="0" value="0" />
+        <value cell_index="8568" local_entity="0" value="0" />
+        <value cell_index="8569" local_entity="0" value="0" />
+        <value cell_index="8570" local_entity="0" value="0" />
+        <value cell_index="8571" local_entity="0" value="0" />
+        <value cell_index="8572" local_entity="0" value="0" />
+        <value cell_index="8573" local_entity="0" value="0" />
+        <value cell_index="8574" local_entity="0" value="0" />
+        <value cell_index="8575" local_entity="0" value="0" />
+        <value cell_index="8576" local_entity="0" value="0" />
+        <value cell_index="8577" local_entity="0" value="0" />
+        <value cell_index="8578" local_entity="0" value="0" />
+        <value cell_index="8579" local_entity="0" value="0" />
+        <value cell_index="8580" local_entity="0" value="0" />
+        <value cell_index="8581" local_entity="0" value="0" />
+        <value cell_index="8582" local_entity="0" value="0" />
+        <value cell_index="8583" local_entity="0" value="0" />
+        <value cell_index="8584" local_entity="0" value="0" />
+        <value cell_index="8585" local_entity="0" value="0" />
+        <value cell_index="8586" local_entity="0" value="0" />
+        <value cell_index="8587" local_entity="0" value="0" />
+        <value cell_index="8588" local_entity="0" value="0" />
+        <value cell_index="8589" local_entity="0" value="0" />
+        <value cell_index="8590" local_entity="0" value="0" />
+        <value cell_index="8591" local_entity="0" value="0" />
+        <value cell_index="8592" local_entity="0" value="0" />
+        <value cell_index="8593" local_entity="0" value="0" />
+        <value cell_index="8594" local_entity="0" value="0" />
+        <value cell_index="8595" local_entity="0" value="0" />
+        <value cell_index="8596" local_entity="0" value="0" />
+        <value cell_index="8597" local_entity="0" value="0" />
+        <value cell_index="8598" local_entity="0" value="0" />
+        <value cell_index="8599" local_entity="0" value="0" />
+        <value cell_index="8600" local_entity="0" value="0" />
+        <value cell_index="8601" local_entity="0" value="0" />
+        <value cell_index="8602" local_entity="0" value="0" />
+        <value cell_index="8603" local_entity="0" value="0" />
+        <value cell_index="8604" local_entity="0" value="0" />
+        <value cell_index="8605" local_entity="0" value="0" />
+        <value cell_index="8606" local_entity="0" value="0" />
+        <value cell_index="8607" local_entity="0" value="0" />
+        <value cell_index="8608" local_entity="0" value="0" />
+        <value cell_index="8609" local_entity="0" value="0" />
+        <value cell_index="8610" local_entity="0" value="0" />
+        <value cell_index="8611" local_entity="0" value="0" />
+        <value cell_index="8612" local_entity="0" value="0" />
+        <value cell_index="8613" local_entity="0" value="0" />
+        <value cell_index="8614" local_entity="0" value="0" />
+        <value cell_index="8615" local_entity="0" value="0" />
+        <value cell_index="8616" local_entity="0" value="0" />
+        <value cell_index="8617" local_entity="0" value="0" />
+        <value cell_index="8618" local_entity="0" value="0" />
+        <value cell_index="8619" local_entity="0" value="0" />
+        <value cell_index="8620" local_entity="0" value="0" />
+        <value cell_index="8621" local_entity="0" value="0" />
+        <value cell_index="8622" local_entity="0" value="0" />
+        <value cell_index="8623" local_entity="0" value="0" />
+        <value cell_index="8624" local_entity="0" value="0" />
+        <value cell_index="8625" local_entity="0" value="0" />
+        <value cell_index="8626" local_entity="0" value="0" />
+        <value cell_index="8627" local_entity="0" value="0" />
+        <value cell_index="8628" local_entity="0" value="0" />
+        <value cell_index="8629" local_entity="0" value="0" />
+        <value cell_index="8630" local_entity="0" value="0" />
+        <value cell_index="8631" local_entity="0" value="0" />
+        <value cell_index="8632" local_entity="0" value="0" />
+        <value cell_index="8633" local_entity="0" value="0" />
+        <value cell_index="8634" local_entity="0" value="0" />
+        <value cell_index="8635" local_entity="0" value="0" />
+        <value cell_index="8636" local_entity="0" value="0" />
+        <value cell_index="8637" local_entity="0" value="0" />
+        <value cell_index="8638" local_entity="0" value="0" />
+        <value cell_index="8639" local_entity="0" value="0" />
+        <value cell_index="8640" local_entity="0" value="0" />
+        <value cell_index="8641" local_entity="0" value="0" />
+        <value cell_index="8642" local_entity="0" value="0" />
+        <value cell_index="8643" local_entity="0" value="0" />
+        <value cell_index="8644" local_entity="0" value="0" />
+        <value cell_index="8645" local_entity="0" value="0" />
+        <value cell_index="8646" local_entity="0" value="0" />
+        <value cell_index="8647" local_entity="0" value="0" />
+        <value cell_index="8648" local_entity="0" value="0" />
+        <value cell_index="8649" local_entity="0" value="0" />
+        <value cell_index="8650" local_entity="0" value="0" />
+        <value cell_index="8651" local_entity="0" value="0" />
+        <value cell_index="8652" local_entity="0" value="0" />
+        <value cell_index="8653" local_entity="0" value="0" />
+        <value cell_index="8654" local_entity="0" value="0" />
+        <value cell_index="8655" local_entity="0" value="0" />
+        <value cell_index="8656" local_entity="0" value="0" />
+        <value cell_index="8657" local_entity="0" value="0" />
+        <value cell_index="8658" local_entity="0" value="0" />
+        <value cell_index="8659" local_entity="0" value="0" />
+        <value cell_index="8660" local_entity="0" value="0" />
+        <value cell_index="8661" local_entity="0" value="0" />
+        <value cell_index="8662" local_entity="0" value="0" />
+        <value cell_index="8663" local_entity="0" value="0" />
+        <value cell_index="8664" local_entity="0" value="0" />
+        <value cell_index="8665" local_entity="0" value="0" />
+        <value cell_index="8666" local_entity="0" value="0" />
+        <value cell_index="8667" local_entity="0" value="0" />
+        <value cell_index="8668" local_entity="0" value="0" />
+        <value cell_index="8669" local_entity="0" value="0" />
+        <value cell_index="8670" local_entity="0" value="0" />
+        <value cell_index="8671" local_entity="0" value="0" />
+        <value cell_index="8672" local_entity="0" value="0" />
+        <value cell_index="8673" local_entity="0" value="0" />
+        <value cell_index="8674" local_entity="0" value="0" />
+        <value cell_index="8675" local_entity="0" value="0" />
+        <value cell_index="8676" local_entity="0" value="0" />
+        <value cell_index="8677" local_entity="0" value="0" />
+        <value cell_index="8678" local_entity="0" value="0" />
+        <value cell_index="8679" local_entity="0" value="0" />
+        <value cell_index="8680" local_entity="0" value="0" />
+        <value cell_index="8681" local_entity="0" value="0" />
+        <value cell_index="8682" local_entity="0" value="0" />
+        <value cell_index="8683" local_entity="0" value="0" />
+        <value cell_index="8684" local_entity="0" value="0" />
+        <value cell_index="8685" local_entity="0" value="0" />
+        <value cell_index="8686" local_entity="0" value="0" />
+        <value cell_index="8687" local_entity="0" value="0" />
+        <value cell_index="8688" local_entity="0" value="0" />
+        <value cell_index="8689" local_entity="0" value="0" />
+        <value cell_index="8690" local_entity="0" value="0" />
+        <value cell_index="8691" local_entity="0" value="0" />
+        <value cell_index="8692" local_entity="0" value="0" />
+        <value cell_index="8693" local_entity="0" value="0" />
+        <value cell_index="8694" local_entity="0" value="0" />
+        <value cell_index="8695" local_entity="0" value="0" />
+        <value cell_index="8696" local_entity="0" value="0" />
+        <value cell_index="8697" local_entity="0" value="0" />
+        <value cell_index="8698" local_entity="0" value="0" />
+        <value cell_index="8699" local_entity="0" value="0" />
+        <value cell_index="8700" local_entity="0" value="0" />
+        <value cell_index="8701" local_entity="0" value="0" />
+        <value cell_index="8702" local_entity="0" value="0" />
+        <value cell_index="8703" local_entity="0" value="0" />
+        <value cell_index="8704" local_entity="0" value="0" />
+        <value cell_index="8705" local_entity="0" value="0" />
+        <value cell_index="8706" local_entity="0" value="0" />
+        <value cell_index="8707" local_entity="0" value="0" />
+        <value cell_index="8708" local_entity="0" value="0" />
+        <value cell_index="8709" local_entity="0" value="0" />
+        <value cell_index="8710" local_entity="0" value="0" />
+        <value cell_index="8711" local_entity="0" value="0" />
+        <value cell_index="8712" local_entity="0" value="0" />
+        <value cell_index="8713" local_entity="0" value="0" />
+        <value cell_index="8714" local_entity="0" value="0" />
+        <value cell_index="8715" local_entity="0" value="0" />
+        <value cell_index="8716" local_entity="0" value="0" />
+        <value cell_index="8717" local_entity="0" value="0" />
+        <value cell_index="8718" local_entity="0" value="0" />
+        <value cell_index="8719" local_entity="0" value="0" />
+        <value cell_index="8720" local_entity="0" value="0" />
+        <value cell_index="8721" local_entity="0" value="0" />
+        <value cell_index="8722" local_entity="0" value="0" />
+        <value cell_index="8723" local_entity="0" value="0" />
+        <value cell_index="8724" local_entity="0" value="0" />
+        <value cell_index="8725" local_entity="0" value="0" />
+        <value cell_index="8726" local_entity="0" value="0" />
+        <value cell_index="8727" local_entity="0" value="0" />
+        <value cell_index="8728" local_entity="0" value="0" />
+        <value cell_index="8729" local_entity="0" value="0" />
+        <value cell_index="8730" local_entity="0" value="0" />
+        <value cell_index="8731" local_entity="0" value="0" />
+        <value cell_index="8732" local_entity="0" value="0" />
+        <value cell_index="8733" local_entity="0" value="0" />
+        <value cell_index="8734" local_entity="0" value="0" />
+        <value cell_index="8735" local_entity="0" value="0" />
+        <value cell_index="8736" local_entity="0" value="0" />
+        <value cell_index="8737" local_entity="0" value="0" />
+        <value cell_index="8738" local_entity="0" value="0" />
+        <value cell_index="8739" local_entity="0" value="0" />
+        <value cell_index="8740" local_entity="0" value="0" />
+        <value cell_index="8741" local_entity="0" value="0" />
+        <value cell_index="8742" local_entity="0" value="0" />
+        <value cell_index="8743" local_entity="0" value="0" />
+        <value cell_index="8744" local_entity="0" value="0" />
+        <value cell_index="8745" local_entity="0" value="0" />
+        <value cell_index="8746" local_entity="0" value="0" />
+        <value cell_index="8747" local_entity="0" value="0" />
+        <value cell_index="8748" local_entity="0" value="0" />
+        <value cell_index="8749" local_entity="0" value="0" />
+        <value cell_index="8750" local_entity="0" value="0" />
+        <value cell_index="8751" local_entity="0" value="0" />
+        <value cell_index="8752" local_entity="0" value="0" />
+        <value cell_index="8753" local_entity="0" value="0" />
+        <value cell_index="8754" local_entity="0" value="0" />
+        <value cell_index="8755" local_entity="0" value="0" />
+        <value cell_index="8756" local_entity="0" value="0" />
+        <value cell_index="8757" local_entity="0" value="0" />
+        <value cell_index="8758" local_entity="0" value="0" />
+        <value cell_index="8759" local_entity="0" value="0" />
+        <value cell_index="8760" local_entity="0" value="0" />
+        <value cell_index="8761" local_entity="0" value="0" />
+        <value cell_index="8762" local_entity="0" value="0" />
+        <value cell_index="8763" local_entity="0" value="0" />
+        <value cell_index="8764" local_entity="0" value="0" />
+        <value cell_index="8765" local_entity="0" value="0" />
+        <value cell_index="8766" local_entity="0" value="0" />
+        <value cell_index="8767" local_entity="0" value="0" />
+        <value cell_index="8768" local_entity="0" value="0" />
+        <value cell_index="8769" local_entity="0" value="0" />
+        <value cell_index="8770" local_entity="0" value="0" />
+        <value cell_index="8771" local_entity="0" value="0" />
+        <value cell_index="8772" local_entity="0" value="0" />
+        <value cell_index="8773" local_entity="0" value="0" />
+        <value cell_index="8774" local_entity="0" value="0" />
+        <value cell_index="8775" local_entity="0" value="0" />
+        <value cell_index="8776" local_entity="0" value="0" />
+        <value cell_index="8777" local_entity="0" value="0" />
+        <value cell_index="8778" local_entity="0" value="0" />
+        <value cell_index="8779" local_entity="0" value="0" />
+        <value cell_index="8780" local_entity="0" value="0" />
+        <value cell_index="8781" local_entity="0" value="0" />
+        <value cell_index="8782" local_entity="0" value="0" />
+        <value cell_index="8783" local_entity="0" value="0" />
+        <value cell_index="8784" local_entity="0" value="0" />
+        <value cell_index="8785" local_entity="0" value="0" />
+        <value cell_index="8786" local_entity="0" value="0" />
+        <value cell_index="8787" local_entity="0" value="0" />
+        <value cell_index="8788" local_entity="0" value="0" />
+        <value cell_index="8789" local_entity="0" value="0" />
+        <value cell_index="8790" local_entity="0" value="0" />
+        <value cell_index="8791" local_entity="0" value="0" />
+        <value cell_index="8792" local_entity="0" value="0" />
+        <value cell_index="8793" local_entity="0" value="0" />
+        <value cell_index="8794" local_entity="0" value="0" />
+        <value cell_index="8795" local_entity="0" value="0" />
+        <value cell_index="8796" local_entity="0" value="0" />
+        <value cell_index="8797" local_entity="0" value="0" />
+        <value cell_index="8798" local_entity="0" value="0" />
+        <value cell_index="8799" local_entity="0" value="0" />
+        <value cell_index="8800" local_entity="0" value="0" />
+        <value cell_index="8801" local_entity="0" value="0" />
+        <value cell_index="8802" local_entity="0" value="0" />
+        <value cell_index="8803" local_entity="0" value="0" />
+        <value cell_index="8804" local_entity="0" value="0" />
+        <value cell_index="8805" local_entity="0" value="0" />
+        <value cell_index="8806" local_entity="0" value="0" />
+        <value cell_index="8807" local_entity="0" value="0" />
+        <value cell_index="8808" local_entity="0" value="0" />
+        <value cell_index="8809" local_entity="0" value="0" />
+        <value cell_index="8810" local_entity="0" value="0" />
+        <value cell_index="8811" local_entity="0" value="0" />
+        <value cell_index="8812" local_entity="0" value="0" />
+        <value cell_index="8813" local_entity="0" value="0" />
+        <value cell_index="8814" local_entity="0" value="0" />
+        <value cell_index="8815" local_entity="0" value="0" />
+        <value cell_index="8816" local_entity="0" value="0" />
+        <value cell_index="8817" local_entity="0" value="0" />
+        <value cell_index="8818" local_entity="0" value="0" />
+        <value cell_index="8819" local_entity="0" value="0" />
+        <value cell_index="8820" local_entity="0" value="0" />
+        <value cell_index="8821" local_entity="0" value="0" />
+        <value cell_index="8822" local_entity="0" value="0" />
+        <value cell_index="8823" local_entity="0" value="0" />
+        <value cell_index="8824" local_entity="0" value="0" />
+        <value cell_index="8825" local_entity="0" value="0" />
+        <value cell_index="8826" local_entity="0" value="0" />
+        <value cell_index="8827" local_entity="0" value="0" />
+        <value cell_index="8828" local_entity="0" value="0" />
+        <value cell_index="8829" local_entity="0" value="0" />
+        <value cell_index="8830" local_entity="0" value="0" />
+        <value cell_index="8831" local_entity="0" value="0" />
+        <value cell_index="8832" local_entity="0" value="0" />
+        <value cell_index="8833" local_entity="0" value="0" />
+        <value cell_index="8834" local_entity="0" value="0" />
+        <value cell_index="8835" local_entity="0" value="0" />
+        <value cell_index="8836" local_entity="0" value="0" />
+        <value cell_index="8837" local_entity="0" value="0" />
+        <value cell_index="8838" local_entity="0" value="0" />
+        <value cell_index="8839" local_entity="0" value="0" />
+        <value cell_index="8840" local_entity="0" value="0" />
+        <value cell_index="8841" local_entity="0" value="0" />
+        <value cell_index="8842" local_entity="0" value="0" />
+        <value cell_index="8843" local_entity="0" value="0" />
+        <value cell_index="8844" local_entity="0" value="0" />
+        <value cell_index="8845" local_entity="0" value="0" />
+        <value cell_index="8846" local_entity="0" value="0" />
+        <value cell_index="8847" local_entity="0" value="0" />
+        <value cell_index="8848" local_entity="0" value="0" />
+        <value cell_index="8849" local_entity="0" value="0" />
+        <value cell_index="8850" local_entity="0" value="0" />
+        <value cell_index="8851" local_entity="0" value="0" />
+        <value cell_index="8852" local_entity="0" value="0" />
+        <value cell_index="8853" local_entity="0" value="0" />
+        <value cell_index="8854" local_entity="0" value="0" />
+        <value cell_index="8855" local_entity="0" value="0" />
+        <value cell_index="8856" local_entity="0" value="0" />
+        <value cell_index="8857" local_entity="0" value="0" />
+        <value cell_index="8858" local_entity="0" value="0" />
+        <value cell_index="8859" local_entity="0" value="0" />
+        <value cell_index="8860" local_entity="0" value="0" />
+        <value cell_index="8861" local_entity="0" value="0" />
+        <value cell_index="8862" local_entity="0" value="0" />
+        <value cell_index="8863" local_entity="0" value="0" />
+        <value cell_index="8864" local_entity="0" value="0" />
+        <value cell_index="8865" local_entity="0" value="0" />
+        <value cell_index="8866" local_entity="0" value="0" />
+        <value cell_index="8867" local_entity="0" value="0" />
+        <value cell_index="8868" local_entity="0" value="0" />
+        <value cell_index="8869" local_entity="0" value="0" />
+        <value cell_index="8870" local_entity="0" value="0" />
+        <value cell_index="8871" local_entity="0" value="0" />
+        <value cell_index="8872" local_entity="0" value="0" />
+        <value cell_index="8873" local_entity="0" value="0" />
+        <value cell_index="8874" local_entity="0" value="0" />
+        <value cell_index="8875" local_entity="0" value="0" />
+        <value cell_index="8876" local_entity="0" value="0" />
+        <value cell_index="8877" local_entity="0" value="0" />
+        <value cell_index="8878" local_entity="0" value="0" />
+        <value cell_index="8879" local_entity="0" value="0" />
+        <value cell_index="8880" local_entity="0" value="0" />
+        <value cell_index="8881" local_entity="0" value="0" />
+        <value cell_index="8882" local_entity="0" value="0" />
+        <value cell_index="8883" local_entity="0" value="0" />
+        <value cell_index="8884" local_entity="0" value="0" />
+        <value cell_index="8885" local_entity="0" value="0" />
+        <value cell_index="8886" local_entity="0" value="0" />
+        <value cell_index="8887" local_entity="0" value="0" />
+        <value cell_index="8888" local_entity="0" value="0" />
+        <value cell_index="8889" local_entity="0" value="0" />
+        <value cell_index="8890" local_entity="0" value="0" />
+        <value cell_index="8891" local_entity="0" value="0" />
+        <value cell_index="8892" local_entity="0" value="0" />
+        <value cell_index="8893" local_entity="0" value="0" />
+        <value cell_index="8894" local_entity="0" value="0" />
+        <value cell_index="8895" local_entity="0" value="0" />
+        <value cell_index="8896" local_entity="0" value="0" />
+        <value cell_index="8897" local_entity="0" value="0" />
+        <value cell_index="8898" local_entity="0" value="0" />
+        <value cell_index="8899" local_entity="0" value="0" />
+        <value cell_index="8900" local_entity="0" value="0" />
+        <value cell_index="8901" local_entity="0" value="0" />
+        <value cell_index="8902" local_entity="0" value="0" />
+        <value cell_index="8903" local_entity="0" value="0" />
+        <value cell_index="8904" local_entity="0" value="0" />
+        <value cell_index="8905" local_entity="0" value="0" />
+        <value cell_index="8906" local_entity="0" value="0" />
+        <value cell_index="8907" local_entity="0" value="0" />
+        <value cell_index="8908" local_entity="0" value="0" />
+        <value cell_index="8909" local_entity="0" value="0" />
+        <value cell_index="8910" local_entity="0" value="0" />
+        <value cell_index="8911" local_entity="0" value="0" />
+        <value cell_index="8912" local_entity="0" value="0" />
+        <value cell_index="8913" local_entity="0" value="0" />
+        <value cell_index="8914" local_entity="0" value="0" />
+        <value cell_index="8915" local_entity="0" value="0" />
+        <value cell_index="8916" local_entity="0" value="0" />
+        <value cell_index="8917" local_entity="0" value="0" />
+        <value cell_index="8918" local_entity="0" value="0" />
+        <value cell_index="8919" local_entity="0" value="0" />
+        <value cell_index="8920" local_entity="0" value="0" />
+        <value cell_index="8921" local_entity="0" value="0" />
+        <value cell_index="8922" local_entity="0" value="0" />
+        <value cell_index="8923" local_entity="0" value="0" />
+        <value cell_index="8924" local_entity="0" value="0" />
+        <value cell_index="8925" local_entity="0" value="0" />
+        <value cell_index="8926" local_entity="0" value="0" />
+        <value cell_index="8927" local_entity="0" value="0" />
+        <value cell_index="8928" local_entity="0" value="0" />
+        <value cell_index="8929" local_entity="0" value="0" />
+        <value cell_index="8930" local_entity="0" value="0" />
+        <value cell_index="8931" local_entity="0" value="0" />
+        <value cell_index="8932" local_entity="0" value="0" />
+        <value cell_index="8933" local_entity="0" value="0" />
+        <value cell_index="8934" local_entity="0" value="0" />
+        <value cell_index="8935" local_entity="0" value="0" />
+        <value cell_index="8936" local_entity="0" value="0" />
+        <value cell_index="8937" local_entity="0" value="0" />
+        <value cell_index="8938" local_entity="0" value="0" />
+        <value cell_index="8939" local_entity="0" value="0" />
+        <value cell_index="8940" local_entity="0" value="0" />
+        <value cell_index="8941" local_entity="0" value="0" />
+        <value cell_index="8942" local_entity="0" value="0" />
+        <value cell_index="8943" local_entity="0" value="0" />
+        <value cell_index="8944" local_entity="0" value="0" />
+        <value cell_index="8945" local_entity="0" value="0" />
+        <value cell_index="8946" local_entity="0" value="0" />
+        <value cell_index="8947" local_entity="0" value="0" />
+        <value cell_index="8948" local_entity="0" value="0" />
+        <value cell_index="8949" local_entity="0" value="0" />
+        <value cell_index="8950" local_entity="0" value="0" />
+        <value cell_index="8951" local_entity="0" value="0" />
+        <value cell_index="8952" local_entity="0" value="0" />
+        <value cell_index="8953" local_entity="0" value="0" />
+        <value cell_index="8954" local_entity="0" value="0" />
+        <value cell_index="8955" local_entity="0" value="0" />
+        <value cell_index="8956" local_entity="0" value="0" />
+        <value cell_index="8957" local_entity="0" value="0" />
+        <value cell_index="8958" local_entity="0" value="0" />
+        <value cell_index="8959" local_entity="0" value="0" />
+        <value cell_index="8960" local_entity="0" value="0" />
+        <value cell_index="8961" local_entity="0" value="0" />
+        <value cell_index="8962" local_entity="0" value="0" />
+        <value cell_index="8963" local_entity="0" value="0" />
+        <value cell_index="8964" local_entity="0" value="0" />
+        <value cell_index="8965" local_entity="0" value="0" />
+        <value cell_index="8966" local_entity="0" value="0" />
+        <value cell_index="8967" local_entity="0" value="0" />
+        <value cell_index="8968" local_entity="0" value="0" />
+        <value cell_index="8969" local_entity="0" value="0" />
+        <value cell_index="8970" local_entity="0" value="0" />
+        <value cell_index="8971" local_entity="0" value="0" />
+        <value cell_index="8972" local_entity="0" value="0" />
+        <value cell_index="8973" local_entity="0" value="0" />
+        <value cell_index="8974" local_entity="0" value="0" />
+        <value cell_index="8975" local_entity="0" value="0" />
+        <value cell_index="8976" local_entity="0" value="0" />
+        <value cell_index="8977" local_entity="0" value="0" />
+        <value cell_index="8978" local_entity="0" value="0" />
+        <value cell_index="8979" local_entity="0" value="0" />
+        <value cell_index="8980" local_entity="0" value="0" />
+        <value cell_index="8981" local_entity="0" value="0" />
+        <value cell_index="8982" local_entity="0" value="0" />
+        <value cell_index="8983" local_entity="0" value="0" />
+        <value cell_index="8984" local_entity="0" value="0" />
+        <value cell_index="8985" local_entity="0" value="0" />
+        <value cell_index="8986" local_entity="0" value="0" />
+        <value cell_index="8987" local_entity="0" value="0" />
+        <value cell_index="8988" local_entity="0" value="0" />
+        <value cell_index="8989" local_entity="0" value="0" />
+        <value cell_index="8990" local_entity="0" value="0" />
+        <value cell_index="8991" local_entity="0" value="0" />
+        <value cell_index="8992" local_entity="0" value="0" />
+        <value cell_index="8993" local_entity="0" value="0" />
+        <value cell_index="8994" local_entity="0" value="0" />
+        <value cell_index="8995" local_entity="0" value="0" />
+        <value cell_index="8996" local_entity="0" value="0" />
+        <value cell_index="8997" local_entity="0" value="0" />
+        <value cell_index="8998" local_entity="0" value="0" />
+        <value cell_index="8999" local_entity="0" value="0" />
+        <value cell_index="9000" local_entity="0" value="0" />
+        <value cell_index="9001" local_entity="0" value="0" />
+        <value cell_index="9002" local_entity="0" value="0" />
+        <value cell_index="9003" local_entity="0" value="0" />
+        <value cell_index="9004" local_entity="0" value="0" />
+        <value cell_index="9005" local_entity="0" value="0" />
+        <value cell_index="9006" local_entity="0" value="0" />
+        <value cell_index="9007" local_entity="0" value="0" />
+        <value cell_index="9008" local_entity="0" value="0" />
+        <value cell_index="9009" local_entity="0" value="0" />
+        <value cell_index="9010" local_entity="0" value="0" />
+        <value cell_index="9011" local_entity="0" value="0" />
+        <value cell_index="9012" local_entity="0" value="0" />
+        <value cell_index="9013" local_entity="0" value="0" />
+        <value cell_index="9014" local_entity="0" value="0" />
+        <value cell_index="9015" local_entity="0" value="0" />
+        <value cell_index="9016" local_entity="0" value="0" />
+        <value cell_index="9017" local_entity="0" value="0" />
+        <value cell_index="9018" local_entity="0" value="0" />
+        <value cell_index="9019" local_entity="0" value="0" />
+        <value cell_index="9020" local_entity="0" value="0" />
+        <value cell_index="9021" local_entity="0" value="0" />
+        <value cell_index="9022" local_entity="0" value="0" />
+        <value cell_index="9023" local_entity="0" value="0" />
+        <value cell_index="9024" local_entity="0" value="0" />
+        <value cell_index="9025" local_entity="0" value="0" />
+        <value cell_index="9026" local_entity="0" value="0" />
+        <value cell_index="9027" local_entity="0" value="0" />
+        <value cell_index="9028" local_entity="0" value="0" />
+        <value cell_index="9029" local_entity="0" value="0" />
+        <value cell_index="9030" local_entity="0" value="0" />
+        <value cell_index="9031" local_entity="0" value="0" />
+        <value cell_index="9032" local_entity="0" value="0" />
+        <value cell_index="9033" local_entity="0" value="0" />
+        <value cell_index="9034" local_entity="0" value="0" />
+        <value cell_index="9035" local_entity="0" value="0" />
+        <value cell_index="9036" local_entity="0" value="0" />
+        <value cell_index="9037" local_entity="0" value="0" />
+        <value cell_index="9038" local_entity="0" value="0" />
+        <value cell_index="9039" local_entity="0" value="0" />
+        <value cell_index="9040" local_entity="0" value="0" />
+        <value cell_index="9041" local_entity="0" value="0" />
+        <value cell_index="9042" local_entity="0" value="0" />
+        <value cell_index="9043" local_entity="0" value="0" />
+        <value cell_index="9044" local_entity="0" value="0" />
+        <value cell_index="9045" local_entity="0" value="0" />
+        <value cell_index="9046" local_entity="0" value="0" />
+        <value cell_index="9047" local_entity="0" value="0" />
+        <value cell_index="9048" local_entity="0" value="0" />
+        <value cell_index="9049" local_entity="0" value="0" />
+        <value cell_index="9050" local_entity="0" value="0" />
+        <value cell_index="9051" local_entity="0" value="0" />
+        <value cell_index="9052" local_entity="0" value="0" />
+        <value cell_index="9053" local_entity="0" value="0" />
+        <value cell_index="9054" local_entity="0" value="0" />
+        <value cell_index="9055" local_entity="0" value="0" />
+        <value cell_index="9056" local_entity="0" value="0" />
+        <value cell_index="9057" local_entity="0" value="0" />
+        <value cell_index="9058" local_entity="0" value="0" />
+        <value cell_index="9059" local_entity="0" value="0" />
+        <value cell_index="9060" local_entity="0" value="0" />
+        <value cell_index="9061" local_entity="0" value="0" />
+        <value cell_index="9062" local_entity="0" value="0" />
+        <value cell_index="9063" local_entity="0" value="0" />
+        <value cell_index="9064" local_entity="0" value="0" />
+        <value cell_index="9065" local_entity="0" value="0" />
+        <value cell_index="9066" local_entity="0" value="0" />
+        <value cell_index="9067" local_entity="0" value="0" />
+        <value cell_index="9068" local_entity="0" value="0" />
+        <value cell_index="9069" local_entity="0" value="0" />
+        <value cell_index="9070" local_entity="0" value="0" />
+        <value cell_index="9071" local_entity="0" value="0" />
+        <value cell_index="9072" local_entity="0" value="0" />
+        <value cell_index="9073" local_entity="0" value="0" />
+        <value cell_index="9074" local_entity="0" value="0" />
+        <value cell_index="9075" local_entity="0" value="0" />
+        <value cell_index="9076" local_entity="0" value="0" />
+        <value cell_index="9077" local_entity="0" value="0" />
+        <value cell_index="9078" local_entity="0" value="0" />
+        <value cell_index="9079" local_entity="0" value="0" />
+        <value cell_index="9080" local_entity="0" value="0" />
+        <value cell_index="9081" local_entity="0" value="0" />
+        <value cell_index="9082" local_entity="0" value="0" />
+        <value cell_index="9083" local_entity="0" value="0" />
+        <value cell_index="9084" local_entity="0" value="0" />
+        <value cell_index="9085" local_entity="0" value="0" />
+        <value cell_index="9086" local_entity="0" value="0" />
+        <value cell_index="9087" local_entity="0" value="0" />
+        <value cell_index="9088" local_entity="0" value="0" />
+        <value cell_index="9089" local_entity="0" value="0" />
+        <value cell_index="9090" local_entity="0" value="0" />
+        <value cell_index="9091" local_entity="0" value="0" />
+        <value cell_index="9092" local_entity="0" value="0" />
+        <value cell_index="9093" local_entity="0" value="0" />
+        <value cell_index="9094" local_entity="0" value="0" />
+        <value cell_index="9095" local_entity="0" value="0" />
+        <value cell_index="9096" local_entity="0" value="0" />
+        <value cell_index="9097" local_entity="0" value="0" />
+        <value cell_index="9098" local_entity="0" value="0" />
+        <value cell_index="9099" local_entity="0" value="0" />
+        <value cell_index="9100" local_entity="0" value="0" />
+        <value cell_index="9101" local_entity="0" value="0" />
+        <value cell_index="9102" local_entity="0" value="0" />
+        <value cell_index="9103" local_entity="0" value="0" />
+        <value cell_index="9104" local_entity="0" value="0" />
+        <value cell_index="9105" local_entity="0" value="0" />
+        <value cell_index="9106" local_entity="0" value="0" />
+        <value cell_index="9107" local_entity="0" value="0" />
+        <value cell_index="9108" local_entity="0" value="0" />
+        <value cell_index="9109" local_entity="0" value="0" />
+        <value cell_index="9110" local_entity="0" value="0" />
+        <value cell_index="9111" local_entity="0" value="0" />
+        <value cell_index="9112" local_entity="0" value="0" />
+        <value cell_index="9113" local_entity="0" value="0" />
+        <value cell_index="9114" local_entity="0" value="0" />
+        <value cell_index="9115" local_entity="0" value="0" />
+        <value cell_index="9116" local_entity="0" value="0" />
+        <value cell_index="9117" local_entity="0" value="0" />
+        <value cell_index="9118" local_entity="0" value="0" />
+        <value cell_index="9119" local_entity="0" value="0" />
+        <value cell_index="9120" local_entity="0" value="0" />
+        <value cell_index="9121" local_entity="0" value="0" />
+        <value cell_index="9122" local_entity="0" value="0" />
+        <value cell_index="9123" local_entity="0" value="0" />
+        <value cell_index="9124" local_entity="0" value="0" />
+        <value cell_index="9125" local_entity="0" value="0" />
+        <value cell_index="9126" local_entity="0" value="0" />
+        <value cell_index="9127" local_entity="0" value="0" />
+        <value cell_index="9128" local_entity="0" value="0" />
+        <value cell_index="9129" local_entity="0" value="0" />
+        <value cell_index="9130" local_entity="0" value="0" />
+        <value cell_index="9131" local_entity="0" value="0" />
+        <value cell_index="9132" local_entity="0" value="0" />
+        <value cell_index="9133" local_entity="0" value="0" />
+        <value cell_index="9134" local_entity="0" value="0" />
+        <value cell_index="9135" local_entity="0" value="0" />
+        <value cell_index="9136" local_entity="0" value="0" />
+        <value cell_index="9137" local_entity="0" value="0" />
+        <value cell_index="9138" local_entity="0" value="0" />
+        <value cell_index="9139" local_entity="0" value="0" />
+        <value cell_index="9140" local_entity="0" value="0" />
+        <value cell_index="9141" local_entity="0" value="0" />
+        <value cell_index="9142" local_entity="0" value="0" />
+        <value cell_index="9143" local_entity="0" value="0" />
+        <value cell_index="9144" local_entity="0" value="0" />
+        <value cell_index="9145" local_entity="0" value="0" />
+        <value cell_index="9146" local_entity="0" value="0" />
+        <value cell_index="9147" local_entity="0" value="0" />
+        <value cell_index="9148" local_entity="0" value="0" />
+        <value cell_index="9149" local_entity="0" value="0" />
+        <value cell_index="9150" local_entity="0" value="0" />
+        <value cell_index="9151" local_entity="0" value="0" />
+        <value cell_index="9152" local_entity="0" value="0" />
+        <value cell_index="9153" local_entity="0" value="0" />
+        <value cell_index="9154" local_entity="0" value="0" />
+        <value cell_index="9155" local_entity="0" value="0" />
+        <value cell_index="9156" local_entity="0" value="0" />
+        <value cell_index="9157" local_entity="0" value="0" />
+        <value cell_index="9158" local_entity="0" value="0" />
+        <value cell_index="9159" local_entity="0" value="0" />
+        <value cell_index="9160" local_entity="0" value="0" />
+        <value cell_index="9161" local_entity="0" value="0" />
+        <value cell_index="9162" local_entity="0" value="0" />
+        <value cell_index="9163" local_entity="0" value="0" />
+        <value cell_index="9164" local_entity="0" value="0" />
+        <value cell_index="9165" local_entity="0" value="0" />
+        <value cell_index="9166" local_entity="0" value="0" />
+        <value cell_index="9167" local_entity="0" value="0" />
+        <value cell_index="9168" local_entity="0" value="0" />
+        <value cell_index="9169" local_entity="0" value="0" />
+        <value cell_index="9170" local_entity="0" value="0" />
+        <value cell_index="9171" local_entity="0" value="0" />
+        <value cell_index="9172" local_entity="0" value="0" />
+        <value cell_index="9173" local_entity="0" value="0" />
+        <value cell_index="9174" local_entity="0" value="0" />
+        <value cell_index="9175" local_entity="0" value="0" />
+        <value cell_index="9176" local_entity="0" value="0" />
+        <value cell_index="9177" local_entity="0" value="0" />
+        <value cell_index="9178" local_entity="0" value="0" />
+        <value cell_index="9179" local_entity="0" value="0" />
+        <value cell_index="9180" local_entity="0" value="0" />
+        <value cell_index="9181" local_entity="0" value="0" />
+        <value cell_index="9182" local_entity="0" value="0" />
+        <value cell_index="9183" local_entity="0" value="0" />
+        <value cell_index="9184" local_entity="0" value="0" />
+        <value cell_index="9185" local_entity="0" value="0" />
+        <value cell_index="9186" local_entity="0" value="0" />
+        <value cell_index="9187" local_entity="0" value="0" />
+        <value cell_index="9188" local_entity="0" value="0" />
+        <value cell_index="9189" local_entity="0" value="0" />
+        <value cell_index="9190" local_entity="0" value="0" />
+        <value cell_index="9191" local_entity="0" value="0" />
+        <value cell_index="9192" local_entity="0" value="0" />
+        <value cell_index="9193" local_entity="0" value="0" />
+        <value cell_index="9194" local_entity="0" value="0" />
+        <value cell_index="9195" local_entity="0" value="0" />
+        <value cell_index="9196" local_entity="0" value="0" />
+        <value cell_index="9197" local_entity="0" value="0" />
+        <value cell_index="9198" local_entity="0" value="0" />
+        <value cell_index="9199" local_entity="0" value="0" />
+        <value cell_index="9200" local_entity="0" value="0" />
+        <value cell_index="9201" local_entity="0" value="0" />
+        <value cell_index="9202" local_entity="0" value="0" />
+        <value cell_index="9203" local_entity="0" value="0" />
+        <value cell_index="9204" local_entity="0" value="0" />
+        <value cell_index="9205" local_entity="0" value="0" />
+        <value cell_index="9206" local_entity="0" value="0" />
+        <value cell_index="9207" local_entity="0" value="0" />
+        <value cell_index="9208" local_entity="0" value="0" />
+        <value cell_index="9209" local_entity="0" value="0" />
+        <value cell_index="9210" local_entity="0" value="0" />
+        <value cell_index="9211" local_entity="0" value="0" />
+        <value cell_index="9212" local_entity="0" value="0" />
+        <value cell_index="9213" local_entity="0" value="0" />
+        <value cell_index="9214" local_entity="0" value="0" />
+        <value cell_index="9215" local_entity="0" value="0" />
+        <value cell_index="9216" local_entity="0" value="0" />
+        <value cell_index="9217" local_entity="0" value="0" />
+        <value cell_index="9218" local_entity="0" value="0" />
+        <value cell_index="9219" local_entity="0" value="0" />
+        <value cell_index="9220" local_entity="0" value="0" />
+        <value cell_index="9221" local_entity="0" value="0" />
+        <value cell_index="9222" local_entity="0" value="0" />
+        <value cell_index="9223" local_entity="0" value="0" />
+        <value cell_index="9224" local_entity="0" value="0" />
+        <value cell_index="9225" local_entity="0" value="0" />
+        <value cell_index="9226" local_entity="0" value="0" />
+        <value cell_index="9227" local_entity="0" value="0" />
+        <value cell_index="9228" local_entity="0" value="0" />
+        <value cell_index="9229" local_entity="0" value="0" />
+        <value cell_index="9230" local_entity="0" value="0" />
+        <value cell_index="9231" local_entity="0" value="0" />
+        <value cell_index="9232" local_entity="0" value="0" />
+        <value cell_index="9233" local_entity="0" value="0" />
+        <value cell_index="9234" local_entity="0" value="0" />
+        <value cell_index="9235" local_entity="0" value="0" />
+        <value cell_index="9236" local_entity="0" value="0" />
+        <value cell_index="9237" local_entity="0" value="0" />
+        <value cell_index="9238" local_entity="0" value="0" />
+        <value cell_index="9239" local_entity="0" value="0" />
+        <value cell_index="9240" local_entity="0" value="0" />
+        <value cell_index="9241" local_entity="0" value="0" />
+        <value cell_index="9242" local_entity="0" value="0" />
+        <value cell_index="9243" local_entity="0" value="0" />
+        <value cell_index="9244" local_entity="0" value="0" />
+        <value cell_index="9245" local_entity="0" value="0" />
+        <value cell_index="9246" local_entity="0" value="0" />
+        <value cell_index="9247" local_entity="0" value="0" />
+        <value cell_index="9248" local_entity="0" value="0" />
+        <value cell_index="9249" local_entity="0" value="0" />
+        <value cell_index="9250" local_entity="0" value="0" />
+        <value cell_index="9251" local_entity="0" value="0" />
+        <value cell_index="9252" local_entity="0" value="0" />
+        <value cell_index="9253" local_entity="0" value="0" />
+        <value cell_index="9254" local_entity="0" value="0" />
+        <value cell_index="9255" local_entity="0" value="0" />
+        <value cell_index="9256" local_entity="0" value="0" />
+        <value cell_index="9257" local_entity="0" value="0" />
+        <value cell_index="9258" local_entity="0" value="0" />
+        <value cell_index="9259" local_entity="0" value="0" />
+        <value cell_index="9260" local_entity="0" value="0" />
+        <value cell_index="9261" local_entity="0" value="0" />
+        <value cell_index="9262" local_entity="0" value="0" />
+        <value cell_index="9263" local_entity="0" value="0" />
+        <value cell_index="9264" local_entity="0" value="0" />
+        <value cell_index="9265" local_entity="0" value="0" />
+        <value cell_index="9266" local_entity="0" value="0" />
+        <value cell_index="9267" local_entity="0" value="0" />
+        <value cell_index="9268" local_entity="0" value="0" />
+        <value cell_index="9269" local_entity="0" value="0" />
+        <value cell_index="9270" local_entity="0" value="0" />
+        <value cell_index="9271" local_entity="0" value="0" />
+        <value cell_index="9272" local_entity="0" value="0" />
+        <value cell_index="9273" local_entity="0" value="0" />
+        <value cell_index="9274" local_entity="0" value="0" />
+        <value cell_index="9275" local_entity="0" value="0" />
+        <value cell_index="9276" local_entity="0" value="0" />
+        <value cell_index="9277" local_entity="0" value="0" />
+        <value cell_index="9278" local_entity="0" value="0" />
+        <value cell_index="9279" local_entity="0" value="0" />
+        <value cell_index="9280" local_entity="0" value="0" />
+        <value cell_index="9281" local_entity="0" value="0" />
+        <value cell_index="9282" local_entity="0" value="0" />
+        <value cell_index="9283" local_entity="0" value="0" />
+        <value cell_index="9284" local_entity="0" value="0" />
+        <value cell_index="9285" local_entity="0" value="0" />
+        <value cell_index="9286" local_entity="0" value="0" />
+        <value cell_index="9287" local_entity="0" value="0" />
+        <value cell_index="9288" local_entity="0" value="0" />
+        <value cell_index="9289" local_entity="0" value="0" />
+        <value cell_index="9290" local_entity="0" value="0" />
+        <value cell_index="9291" local_entity="0" value="0" />
+        <value cell_index="9292" local_entity="0" value="0" />
+        <value cell_index="9293" local_entity="0" value="0" />
+        <value cell_index="9294" local_entity="0" value="0" />
+        <value cell_index="9295" local_entity="0" value="0" />
+        <value cell_index="9296" local_entity="0" value="0" />
+        <value cell_index="9297" local_entity="0" value="0" />
+        <value cell_index="9298" local_entity="0" value="0" />
+        <value cell_index="9299" local_entity="0" value="0" />
+        <value cell_index="9300" local_entity="0" value="0" />
+        <value cell_index="9301" local_entity="0" value="0" />
+        <value cell_index="9302" local_entity="0" value="0" />
+        <value cell_index="9303" local_entity="0" value="0" />
+        <value cell_index="9304" local_entity="0" value="0" />
+        <value cell_index="9305" local_entity="0" value="0" />
+        <value cell_index="9306" local_entity="0" value="0" />
+        <value cell_index="9307" local_entity="0" value="0" />
+        <value cell_index="9308" local_entity="0" value="0" />
+        <value cell_index="9309" local_entity="0" value="0" />
+        <value cell_index="9310" local_entity="0" value="0" />
+        <value cell_index="9311" local_entity="0" value="0" />
+        <value cell_index="9312" local_entity="0" value="0" />
+        <value cell_index="9313" local_entity="0" value="0" />
+        <value cell_index="9314" local_entity="0" value="0" />
+        <value cell_index="9315" local_entity="0" value="0" />
+        <value cell_index="9316" local_entity="0" value="0" />
+        <value cell_index="9317" local_entity="0" value="0" />
+        <value cell_index="9318" local_entity="0" value="0" />
+        <value cell_index="9319" local_entity="0" value="0" />
+        <value cell_index="9320" local_entity="0" value="0" />
+        <value cell_index="9321" local_entity="0" value="0" />
+        <value cell_index="9322" local_entity="0" value="0" />
+        <value cell_index="9323" local_entity="0" value="0" />
+        <value cell_index="9324" local_entity="0" value="0" />
+        <value cell_index="9325" local_entity="0" value="0" />
+        <value cell_index="9326" local_entity="0" value="0" />
+        <value cell_index="9327" local_entity="0" value="0" />
+        <value cell_index="9328" local_entity="0" value="0" />
+        <value cell_index="9329" local_entity="0" value="0" />
+        <value cell_index="9330" local_entity="0" value="0" />
+        <value cell_index="9331" local_entity="0" value="0" />
+        <value cell_index="9332" local_entity="0" value="0" />
+        <value cell_index="9333" local_entity="0" value="0" />
+        <value cell_index="9334" local_entity="0" value="0" />
+        <value cell_index="9335" local_entity="0" value="0" />
+        <value cell_index="9336" local_entity="0" value="0" />
+        <value cell_index="9337" local_entity="0" value="0" />
+        <value cell_index="9338" local_entity="0" value="0" />
+        <value cell_index="9339" local_entity="0" value="0" />
+        <value cell_index="9340" local_entity="0" value="0" />
+        <value cell_index="9341" local_entity="0" value="0" />
+        <value cell_index="9342" local_entity="0" value="0" />
+        <value cell_index="9343" local_entity="0" value="0" />
+        <value cell_index="9344" local_entity="0" value="0" />
+        <value cell_index="9345" local_entity="0" value="0" />
+        <value cell_index="9346" local_entity="0" value="0" />
+        <value cell_index="9347" local_entity="0" value="0" />
+        <value cell_index="9348" local_entity="0" value="0" />
+        <value cell_index="9349" local_entity="0" value="0" />
+        <value cell_index="9350" local_entity="0" value="0" />
+        <value cell_index="9351" local_entity="0" value="0" />
+        <value cell_index="9352" local_entity="0" value="0" />
+        <value cell_index="9353" local_entity="0" value="0" />
+        <value cell_index="9354" local_entity="0" value="0" />
+        <value cell_index="9355" local_entity="0" value="0" />
+        <value cell_index="9356" local_entity="0" value="0" />
+        <value cell_index="9357" local_entity="0" value="0" />
+        <value cell_index="9358" local_entity="0" value="0" />
+        <value cell_index="9359" local_entity="0" value="0" />
+        <value cell_index="9360" local_entity="0" value="0" />
+        <value cell_index="9361" local_entity="0" value="0" />
+        <value cell_index="9362" local_entity="0" value="0" />
+        <value cell_index="9363" local_entity="0" value="0" />
+        <value cell_index="9364" local_entity="0" value="0" />
+        <value cell_index="9365" local_entity="0" value="0" />
+        <value cell_index="9366" local_entity="0" value="0" />
+        <value cell_index="9367" local_entity="0" value="0" />
+        <value cell_index="9368" local_entity="0" value="0" />
+        <value cell_index="9369" local_entity="0" value="0" />
+        <value cell_index="9370" local_entity="0" value="0" />
+        <value cell_index="9371" local_entity="0" value="0" />
+        <value cell_index="9372" local_entity="0" value="0" />
+        <value cell_index="9373" local_entity="0" value="0" />
+        <value cell_index="9374" local_entity="0" value="0" />
+        <value cell_index="9375" local_entity="0" value="0" />
+        <value cell_index="9376" local_entity="0" value="0" />
+        <value cell_index="9377" local_entity="0" value="0" />
+        <value cell_index="9378" local_entity="0" value="0" />
+        <value cell_index="9379" local_entity="0" value="0" />
+        <value cell_index="9380" local_entity="0" value="0" />
+        <value cell_index="9381" local_entity="0" value="0" />
+        <value cell_index="9382" local_entity="0" value="0" />
+        <value cell_index="9383" local_entity="0" value="0" />
+        <value cell_index="9384" local_entity="0" value="0" />
+        <value cell_index="9385" local_entity="0" value="0" />
+        <value cell_index="9386" local_entity="0" value="0" />
+        <value cell_index="9387" local_entity="0" value="0" />
+        <value cell_index="9388" local_entity="0" value="0" />
+        <value cell_index="9389" local_entity="0" value="0" />
+        <value cell_index="9390" local_entity="0" value="0" />
+        <value cell_index="9391" local_entity="0" value="0" />
+        <value cell_index="9392" local_entity="0" value="0" />
+        <value cell_index="9393" local_entity="0" value="0" />
+        <value cell_index="9394" local_entity="0" value="0" />
+        <value cell_index="9395" local_entity="0" value="0" />
+        <value cell_index="9396" local_entity="0" value="0" />
+        <value cell_index="9397" local_entity="0" value="0" />
+        <value cell_index="9398" local_entity="0" value="0" />
+        <value cell_index="9399" local_entity="0" value="0" />
+        <value cell_index="9400" local_entity="0" value="0" />
+        <value cell_index="9401" local_entity="0" value="0" />
+        <value cell_index="9402" local_entity="0" value="0" />
+        <value cell_index="9403" local_entity="0" value="0" />
+        <value cell_index="9404" local_entity="0" value="0" />
+        <value cell_index="9405" local_entity="0" value="0" />
+        <value cell_index="9406" local_entity="0" value="0" />
+        <value cell_index="9407" local_entity="0" value="0" />
+        <value cell_index="9408" local_entity="0" value="0" />
+        <value cell_index="9409" local_entity="0" value="0" />
+        <value cell_index="9410" local_entity="0" value="0" />
+        <value cell_index="9411" local_entity="0" value="0" />
+        <value cell_index="9412" local_entity="0" value="0" />
+        <value cell_index="9413" local_entity="0" value="0" />
+        <value cell_index="9414" local_entity="0" value="0" />
+        <value cell_index="9415" local_entity="0" value="0" />
+        <value cell_index="9416" local_entity="0" value="0" />
+        <value cell_index="9417" local_entity="0" value="0" />
+        <value cell_index="9418" local_entity="0" value="0" />
+        <value cell_index="9419" local_entity="0" value="0" />
+        <value cell_index="9420" local_entity="0" value="0" />
+        <value cell_index="9421" local_entity="0" value="0" />
+        <value cell_index="9422" local_entity="0" value="0" />
+        <value cell_index="9423" local_entity="0" value="0" />
+        <value cell_index="9424" local_entity="0" value="0" />
+        <value cell_index="9425" local_entity="0" value="0" />
+        <value cell_index="9426" local_entity="0" value="0" />
+        <value cell_index="9427" local_entity="0" value="0" />
+        <value cell_index="9428" local_entity="0" value="0" />
+        <value cell_index="9429" local_entity="0" value="0" />
+        <value cell_index="9430" local_entity="0" value="0" />
+        <value cell_index="9431" local_entity="0" value="0" />
+        <value cell_index="9432" local_entity="0" value="0" />
+        <value cell_index="9433" local_entity="0" value="0" />
+        <value cell_index="9434" local_entity="0" value="0" />
+        <value cell_index="9435" local_entity="0" value="0" />
+        <value cell_index="9436" local_entity="0" value="0" />
+        <value cell_index="9437" local_entity="0" value="0" />
+        <value cell_index="9438" local_entity="0" value="0" />
+        <value cell_index="9439" local_entity="0" value="0" />
+        <value cell_index="9440" local_entity="0" value="0" />
+        <value cell_index="9441" local_entity="0" value="0" />
+        <value cell_index="9442" local_entity="0" value="0" />
+        <value cell_index="9443" local_entity="0" value="0" />
+        <value cell_index="9444" local_entity="0" value="0" />
+        <value cell_index="9445" local_entity="0" value="0" />
+        <value cell_index="9446" local_entity="0" value="0" />
+        <value cell_index="9447" local_entity="0" value="0" />
+        <value cell_index="9448" local_entity="0" value="0" />
+        <value cell_index="9449" local_entity="0" value="0" />
+        <value cell_index="9450" local_entity="0" value="0" />
+        <value cell_index="9451" local_entity="0" value="0" />
+        <value cell_index="9452" local_entity="0" value="0" />
+        <value cell_index="9453" local_entity="0" value="0" />
+        <value cell_index="9454" local_entity="0" value="0" />
+        <value cell_index="9455" local_entity="0" value="0" />
+        <value cell_index="9456" local_entity="0" value="0" />
+        <value cell_index="9457" local_entity="0" value="0" />
+        <value cell_index="9458" local_entity="0" value="0" />
+        <value cell_index="9459" local_entity="0" value="0" />
+        <value cell_index="9460" local_entity="0" value="0" />
+        <value cell_index="9461" local_entity="0" value="0" />
+        <value cell_index="9462" local_entity="0" value="0" />
+        <value cell_index="9463" local_entity="0" value="0" />
+        <value cell_index="9464" local_entity="0" value="0" />
+        <value cell_index="9465" local_entity="0" value="0" />
+        <value cell_index="9466" local_entity="0" value="0" />
+        <value cell_index="9467" local_entity="0" value="0" />
+        <value cell_index="9468" local_entity="0" value="0" />
+        <value cell_index="9469" local_entity="0" value="0" />
+        <value cell_index="9470" local_entity="0" value="0" />
+        <value cell_index="9471" local_entity="0" value="0" />
+        <value cell_index="9472" local_entity="0" value="0" />
+        <value cell_index="9473" local_entity="0" value="0" />
+        <value cell_index="9474" local_entity="0" value="0" />
+        <value cell_index="9475" local_entity="0" value="0" />
+        <value cell_index="9476" local_entity="0" value="0" />
+        <value cell_index="9477" local_entity="0" value="0" />
+        <value cell_index="9478" local_entity="0" value="0" />
+        <value cell_index="9479" local_entity="0" value="0" />
+        <value cell_index="9480" local_entity="0" value="0" />
+        <value cell_index="9481" local_entity="0" value="0" />
+        <value cell_index="9482" local_entity="0" value="0" />
+        <value cell_index="9483" local_entity="0" value="0" />
+        <value cell_index="9484" local_entity="0" value="0" />
+        <value cell_index="9485" local_entity="0" value="0" />
+        <value cell_index="9486" local_entity="0" value="0" />
+        <value cell_index="9487" local_entity="0" value="0" />
+        <value cell_index="9488" local_entity="0" value="0" />
+        <value cell_index="9489" local_entity="0" value="0" />
+        <value cell_index="9490" local_entity="0" value="0" />
+        <value cell_index="9491" local_entity="0" value="0" />
+        <value cell_index="9492" local_entity="0" value="0" />
+        <value cell_index="9493" local_entity="0" value="0" />
+        <value cell_index="9494" local_entity="0" value="0" />
+        <value cell_index="9495" local_entity="0" value="0" />
+        <value cell_index="9496" local_entity="0" value="0" />
+        <value cell_index="9497" local_entity="0" value="0" />
+        <value cell_index="9498" local_entity="0" value="0" />
+        <value cell_index="9499" local_entity="0" value="0" />
+        <value cell_index="9500" local_entity="0" value="0" />
+        <value cell_index="9501" local_entity="0" value="0" />
+        <value cell_index="9502" local_entity="0" value="0" />
+        <value cell_index="9503" local_entity="0" value="0" />
+        <value cell_index="9504" local_entity="0" value="0" />
+        <value cell_index="9505" local_entity="0" value="0" />
+        <value cell_index="9506" local_entity="0" value="0" />
+        <value cell_index="9507" local_entity="0" value="0" />
+        <value cell_index="9508" local_entity="0" value="0" />
+        <value cell_index="9509" local_entity="0" value="0" />
+        <value cell_index="9510" local_entity="0" value="0" />
+        <value cell_index="9511" local_entity="0" value="0" />
+        <value cell_index="9512" local_entity="0" value="0" />
+        <value cell_index="9513" local_entity="0" value="0" />
+        <value cell_index="9514" local_entity="0" value="0" />
+        <value cell_index="9515" local_entity="0" value="0" />
+        <value cell_index="9516" local_entity="0" value="0" />
+        <value cell_index="9517" local_entity="0" value="0" />
+        <value cell_index="9518" local_entity="0" value="0" />
+        <value cell_index="9519" local_entity="0" value="0" />
+        <value cell_index="9520" local_entity="0" value="0" />
+        <value cell_index="9521" local_entity="0" value="0" />
+        <value cell_index="9522" local_entity="0" value="0" />
+        <value cell_index="9523" local_entity="0" value="0" />
+        <value cell_index="9524" local_entity="0" value="0" />
+        <value cell_index="9525" local_entity="0" value="0" />
+        <value cell_index="9526" local_entity="0" value="0" />
+        <value cell_index="9527" local_entity="0" value="0" />
+        <value cell_index="9528" local_entity="0" value="0" />
+        <value cell_index="9529" local_entity="0" value="0" />
+        <value cell_index="9530" local_entity="0" value="0" />
+        <value cell_index="9531" local_entity="0" value="0" />
+        <value cell_index="9532" local_entity="0" value="0" />
+        <value cell_index="9533" local_entity="0" value="0" />
+        <value cell_index="9534" local_entity="0" value="0" />
+        <value cell_index="9535" local_entity="0" value="0" />
+        <value cell_index="9536" local_entity="0" value="0" />
+        <value cell_index="9537" local_entity="0" value="0" />
+        <value cell_index="9538" local_entity="0" value="0" />
+        <value cell_index="9539" local_entity="0" value="0" />
+        <value cell_index="9540" local_entity="0" value="0" />
+        <value cell_index="9541" local_entity="0" value="0" />
+        <value cell_index="9542" local_entity="0" value="0" />
+        <value cell_index="9543" local_entity="0" value="0" />
+        <value cell_index="9544" local_entity="0" value="0" />
+        <value cell_index="9545" local_entity="0" value="0" />
+        <value cell_index="9546" local_entity="0" value="0" />
+        <value cell_index="9547" local_entity="0" value="0" />
+        <value cell_index="9548" local_entity="0" value="0" />
+        <value cell_index="9549" local_entity="0" value="0" />
+        <value cell_index="9550" local_entity="0" value="0" />
+        <value cell_index="9551" local_entity="0" value="0" />
+        <value cell_index="9552" local_entity="0" value="0" />
+        <value cell_index="9553" local_entity="0" value="0" />
+        <value cell_index="9554" local_entity="0" value="0" />
+        <value cell_index="9555" local_entity="0" value="0" />
+        <value cell_index="9556" local_entity="0" value="0" />
+        <value cell_index="9557" local_entity="0" value="0" />
+        <value cell_index="9558" local_entity="0" value="0" />
+        <value cell_index="9559" local_entity="0" value="0" />
+        <value cell_index="9560" local_entity="0" value="0" />
+        <value cell_index="9561" local_entity="0" value="0" />
+        <value cell_index="9562" local_entity="0" value="0" />
+        <value cell_index="9563" local_entity="0" value="0" />
+        <value cell_index="9564" local_entity="0" value="0" />
+        <value cell_index="9565" local_entity="0" value="0" />
+        <value cell_index="9566" local_entity="0" value="0" />
+        <value cell_index="9567" local_entity="0" value="0" />
+        <value cell_index="9568" local_entity="0" value="0" />
+        <value cell_index="9569" local_entity="0" value="0" />
+        <value cell_index="9570" local_entity="0" value="0" />
+        <value cell_index="9571" local_entity="0" value="0" />
+        <value cell_index="9572" local_entity="0" value="0" />
+        <value cell_index="9573" local_entity="0" value="0" />
+        <value cell_index="9574" local_entity="0" value="0" />
+        <value cell_index="9575" local_entity="0" value="0" />
+        <value cell_index="9576" local_entity="0" value="0" />
+        <value cell_index="9577" local_entity="0" value="0" />
+        <value cell_index="9578" local_entity="0" value="0" />
+        <value cell_index="9579" local_entity="0" value="0" />
+        <value cell_index="9580" local_entity="0" value="0" />
+        <value cell_index="9581" local_entity="0" value="0" />
+        <value cell_index="9582" local_entity="0" value="0" />
+        <value cell_index="9583" local_entity="0" value="0" />
+        <value cell_index="9584" local_entity="0" value="0" />
+        <value cell_index="9585" local_entity="0" value="0" />
+        <value cell_index="9586" local_entity="0" value="0" />
+        <value cell_index="9587" local_entity="0" value="0" />
+        <value cell_index="9588" local_entity="0" value="0" />
+        <value cell_index="9589" local_entity="0" value="0" />
+        <value cell_index="9590" local_entity="0" value="0" />
+        <value cell_index="9591" local_entity="0" value="0" />
+        <value cell_index="9592" local_entity="0" value="0" />
+        <value cell_index="9593" local_entity="0" value="0" />
+        <value cell_index="9594" local_entity="0" value="0" />
+        <value cell_index="9595" local_entity="0" value="0" />
+        <value cell_index="9596" local_entity="0" value="0" />
+        <value cell_index="9597" local_entity="0" value="0" />
+        <value cell_index="9598" local_entity="0" value="0" />
+        <value cell_index="9599" local_entity="0" value="0" />
+        <value cell_index="9600" local_entity="0" value="0" />
+        <value cell_index="9601" local_entity="0" value="0" />
+        <value cell_index="9602" local_entity="0" value="0" />
+        <value cell_index="9603" local_entity="0" value="0" />
+        <value cell_index="9604" local_entity="0" value="0" />
+        <value cell_index="9605" local_entity="0" value="0" />
+        <value cell_index="9606" local_entity="0" value="0" />
+        <value cell_index="9607" local_entity="0" value="0" />
+        <value cell_index="9608" local_entity="0" value="0" />
+        <value cell_index="9609" local_entity="0" value="0" />
+        <value cell_index="9610" local_entity="0" value="0" />
+        <value cell_index="9611" local_entity="0" value="0" />
+        <value cell_index="9612" local_entity="0" value="0" />
+        <value cell_index="9613" local_entity="0" value="0" />
+        <value cell_index="9614" local_entity="0" value="0" />
+        <value cell_index="9615" local_entity="0" value="0" />
+        <value cell_index="9616" local_entity="0" value="0" />
+        <value cell_index="9617" local_entity="0" value="0" />
+        <value cell_index="9618" local_entity="0" value="0" />
+        <value cell_index="9619" local_entity="0" value="0" />
+        <value cell_index="9620" local_entity="0" value="0" />
+        <value cell_index="9621" local_entity="0" value="0" />
+        <value cell_index="9622" local_entity="0" value="0" />
+        <value cell_index="9623" local_entity="0" value="0" />
+        <value cell_index="9624" local_entity="0" value="0" />
+        <value cell_index="9625" local_entity="0" value="0" />
+        <value cell_index="9626" local_entity="0" value="0" />
+        <value cell_index="9627" local_entity="0" value="0" />
+        <value cell_index="9628" local_entity="0" value="0" />
+        <value cell_index="9629" local_entity="0" value="0" />
+        <value cell_index="9630" local_entity="0" value="0" />
+        <value cell_index="9631" local_entity="0" value="0" />
+        <value cell_index="9632" local_entity="0" value="0" />
+        <value cell_index="9633" local_entity="0" value="0" />
+        <value cell_index="9634" local_entity="0" value="0" />
+        <value cell_index="9635" local_entity="0" value="0" />
+        <value cell_index="9636" local_entity="0" value="0" />
+        <value cell_index="9637" local_entity="0" value="0" />
+        <value cell_index="9638" local_entity="0" value="0" />
+        <value cell_index="9639" local_entity="0" value="0" />
+        <value cell_index="9640" local_entity="0" value="0" />
+        <value cell_index="9641" local_entity="0" value="0" />
+        <value cell_index="9642" local_entity="0" value="0" />
+        <value cell_index="9643" local_entity="0" value="0" />
+        <value cell_index="9644" local_entity="0" value="0" />
+        <value cell_index="9645" local_entity="0" value="0" />
+        <value cell_index="9646" local_entity="0" value="0" />
+        <value cell_index="9647" local_entity="0" value="0" />
+        <value cell_index="9648" local_entity="0" value="0" />
+        <value cell_index="9649" local_entity="0" value="0" />
+        <value cell_index="9650" local_entity="0" value="0" />
+        <value cell_index="9651" local_entity="0" value="0" />
+        <value cell_index="9652" local_entity="0" value="0" />
+        <value cell_index="9653" local_entity="0" value="0" />
+        <value cell_index="9654" local_entity="0" value="0" />
+        <value cell_index="9655" local_entity="0" value="0" />
+        <value cell_index="9656" local_entity="0" value="0" />
+        <value cell_index="9657" local_entity="0" value="0" />
+        <value cell_index="9658" local_entity="0" value="0" />
+        <value cell_index="9659" local_entity="0" value="0" />
+        <value cell_index="9660" local_entity="0" value="0" />
+        <value cell_index="9661" local_entity="0" value="0" />
+        <value cell_index="9662" local_entity="0" value="0" />
+        <value cell_index="9663" local_entity="0" value="0" />
+        <value cell_index="9664" local_entity="0" value="0" />
+        <value cell_index="9665" local_entity="0" value="0" />
+        <value cell_index="9666" local_entity="0" value="0" />
+        <value cell_index="9667" local_entity="0" value="0" />
+        <value cell_index="9668" local_entity="0" value="0" />
+        <value cell_index="9669" local_entity="0" value="0" />
+        <value cell_index="9670" local_entity="0" value="0" />
+        <value cell_index="9671" local_entity="0" value="0" />
+        <value cell_index="9672" local_entity="0" value="0" />
+        <value cell_index="9673" local_entity="0" value="0" />
+        <value cell_index="9674" local_entity="0" value="0" />
+        <value cell_index="9675" local_entity="0" value="0" />
+        <value cell_index="9676" local_entity="0" value="0" />
+        <value cell_index="9677" local_entity="0" value="0" />
+        <value cell_index="9678" local_entity="0" value="0" />
+        <value cell_index="9679" local_entity="0" value="0" />
+        <value cell_index="9680" local_entity="0" value="0" />
+        <value cell_index="9681" local_entity="0" value="0" />
+        <value cell_index="9682" local_entity="0" value="0" />
+        <value cell_index="9683" local_entity="0" value="0" />
+        <value cell_index="9684" local_entity="0" value="0" />
+        <value cell_index="9685" local_entity="0" value="0" />
+        <value cell_index="9686" local_entity="0" value="0" />
+        <value cell_index="9687" local_entity="0" value="0" />
+        <value cell_index="9688" local_entity="0" value="0" />
+        <value cell_index="9689" local_entity="0" value="0" />
+        <value cell_index="9690" local_entity="0" value="0" />
+        <value cell_index="9691" local_entity="0" value="0" />
+        <value cell_index="9692" local_entity="0" value="0" />
+        <value cell_index="9693" local_entity="0" value="0" />
+        <value cell_index="9694" local_entity="0" value="0" />
+        <value cell_index="9695" local_entity="0" value="0" />
+        <value cell_index="9696" local_entity="0" value="0" />
+        <value cell_index="9697" local_entity="0" value="0" />
+        <value cell_index="9698" local_entity="0" value="0" />
+        <value cell_index="9699" local_entity="0" value="0" />
+        <value cell_index="9700" local_entity="0" value="0" />
+        <value cell_index="9701" local_entity="0" value="0" />
+        <value cell_index="9702" local_entity="0" value="0" />
+        <value cell_index="9703" local_entity="0" value="0" />
+        <value cell_index="9704" local_entity="0" value="0" />
+        <value cell_index="9705" local_entity="0" value="0" />
+        <value cell_index="9706" local_entity="0" value="0" />
+        <value cell_index="9707" local_entity="0" value="0" />
+        <value cell_index="9708" local_entity="0" value="0" />
+        <value cell_index="9709" local_entity="0" value="0" />
+        <value cell_index="9710" local_entity="0" value="0" />
+        <value cell_index="9711" local_entity="0" value="0" />
+        <value cell_index="9712" local_entity="0" value="0" />
+        <value cell_index="9713" local_entity="0" value="0" />
+        <value cell_index="9714" local_entity="0" value="0" />
+        <value cell_index="9715" local_entity="0" value="0" />
+        <value cell_index="9716" local_entity="0" value="0" />
+        <value cell_index="9717" local_entity="0" value="0" />
+        <value cell_index="9718" local_entity="0" value="0" />
+        <value cell_index="9719" local_entity="0" value="0" />
+        <value cell_index="9720" local_entity="0" value="0" />
+        <value cell_index="9721" local_entity="0" value="0" />
+        <value cell_index="9722" local_entity="0" value="0" />
+        <value cell_index="9723" local_entity="0" value="0" />
+        <value cell_index="9724" local_entity="0" value="0" />
+        <value cell_index="9725" local_entity="0" value="0" />
+        <value cell_index="9726" local_entity="0" value="0" />
+        <value cell_index="9727" local_entity="0" value="0" />
+        <value cell_index="9728" local_entity="0" value="0" />
+        <value cell_index="9729" local_entity="0" value="0" />
+        <value cell_index="9730" local_entity="0" value="0" />
+        <value cell_index="9731" local_entity="0" value="0" />
+        <value cell_index="9732" local_entity="0" value="0" />
+        <value cell_index="9733" local_entity="0" value="0" />
+        <value cell_index="9734" local_entity="0" value="0" />
+        <value cell_index="9735" local_entity="0" value="0" />
+        <value cell_index="9736" local_entity="0" value="0" />
+        <value cell_index="9737" local_entity="0" value="0" />
+        <value cell_index="9738" local_entity="0" value="0" />
+        <value cell_index="9739" local_entity="0" value="0" />
+        <value cell_index="9740" local_entity="0" value="0" />
+        <value cell_index="9741" local_entity="0" value="0" />
+        <value cell_index="9742" local_entity="0" value="0" />
+        <value cell_index="9743" local_entity="0" value="0" />
+        <value cell_index="9744" local_entity="0" value="0" />
+        <value cell_index="9745" local_entity="0" value="0" />
+        <value cell_index="9746" local_entity="0" value="0" />
+        <value cell_index="9747" local_entity="0" value="0" />
+        <value cell_index="9748" local_entity="0" value="0" />
+        <value cell_index="9749" local_entity="0" value="0" />
+        <value cell_index="9750" local_entity="0" value="0" />
+        <value cell_index="9751" local_entity="0" value="0" />
+        <value cell_index="9752" local_entity="0" value="0" />
+        <value cell_index="9753" local_entity="0" value="0" />
+        <value cell_index="9754" local_entity="0" value="0" />
+        <value cell_index="9755" local_entity="0" value="0" />
+        <value cell_index="9756" local_entity="0" value="0" />
+        <value cell_index="9757" local_entity="0" value="0" />
+        <value cell_index="9758" local_entity="0" value="0" />
+        <value cell_index="9759" local_entity="0" value="0" />
+        <value cell_index="9760" local_entity="0" value="0" />
+        <value cell_index="9761" local_entity="0" value="0" />
+        <value cell_index="9762" local_entity="0" value="0" />
+        <value cell_index="9763" local_entity="0" value="0" />
+        <value cell_index="9764" local_entity="0" value="0" />
+        <value cell_index="9765" local_entity="0" value="0" />
+        <value cell_index="9766" local_entity="0" value="0" />
+        <value cell_index="9767" local_entity="0" value="0" />
+        <value cell_index="9768" local_entity="0" value="0" />
+        <value cell_index="9769" local_entity="0" value="0" />
+        <value cell_index="9770" local_entity="0" value="0" />
+        <value cell_index="9771" local_entity="0" value="0" />
+        <value cell_index="9772" local_entity="0" value="0" />
+        <value cell_index="9773" local_entity="0" value="0" />
+        <value cell_index="9774" local_entity="0" value="0" />
+        <value cell_index="9775" local_entity="0" value="0" />
+        <value cell_index="9776" local_entity="0" value="0" />
+        <value cell_index="9777" local_entity="0" value="0" />
+        <value cell_index="9778" local_entity="0" value="0" />
+        <value cell_index="9779" local_entity="0" value="0" />
+        <value cell_index="9780" local_entity="0" value="0" />
+        <value cell_index="9781" local_entity="0" value="0" />
+        <value cell_index="9782" local_entity="0" value="0" />
+        <value cell_index="9783" local_entity="0" value="0" />
+        <value cell_index="9784" local_entity="0" value="0" />
+        <value cell_index="9785" local_entity="0" value="0" />
+        <value cell_index="9786" local_entity="0" value="0" />
+        <value cell_index="9787" local_entity="0" value="0" />
+        <value cell_index="9788" local_entity="0" value="0" />
+        <value cell_index="9789" local_entity="0" value="0" />
+        <value cell_index="9790" local_entity="0" value="0" />
+        <value cell_index="9791" local_entity="0" value="0" />
+        <value cell_index="9792" local_entity="0" value="0" />
+        <value cell_index="9793" local_entity="0" value="0" />
+        <value cell_index="9794" local_entity="0" value="0" />
+        <value cell_index="9795" local_entity="0" value="0" />
+        <value cell_index="9796" local_entity="0" value="0" />
+        <value cell_index="9797" local_entity="0" value="0" />
+        <value cell_index="9798" local_entity="0" value="0" />
+        <value cell_index="9799" local_entity="0" value="0" />
+        <value cell_index="9800" local_entity="0" value="0" />
+        <value cell_index="9801" local_entity="0" value="0" />
+        <value cell_index="9802" local_entity="0" value="0" />
+        <value cell_index="9803" local_entity="0" value="0" />
+        <value cell_index="9804" local_entity="0" value="0" />
+        <value cell_index="9805" local_entity="0" value="0" />
+        <value cell_index="9806" local_entity="0" value="0" />
+        <value cell_index="9807" local_entity="0" value="0" />
+        <value cell_index="9808" local_entity="0" value="0" />
+        <value cell_index="9809" local_entity="0" value="0" />
+        <value cell_index="9810" local_entity="0" value="0" />
+        <value cell_index="9811" local_entity="0" value="0" />
+        <value cell_index="9812" local_entity="0" value="0" />
+        <value cell_index="9813" local_entity="0" value="0" />
+        <value cell_index="9814" local_entity="0" value="0" />
+        <value cell_index="9815" local_entity="0" value="0" />
+        <value cell_index="9816" local_entity="0" value="0" />
+        <value cell_index="9817" local_entity="0" value="0" />
+        <value cell_index="9818" local_entity="0" value="0" />
+        <value cell_index="9819" local_entity="0" value="0" />
+        <value cell_index="9820" local_entity="0" value="0" />
+        <value cell_index="9821" local_entity="0" value="0" />
+        <value cell_index="9822" local_entity="0" value="0" />
+        <value cell_index="9823" local_entity="0" value="0" />
+        <value cell_index="9824" local_entity="0" value="0" />
+        <value cell_index="9825" local_entity="0" value="0" />
+        <value cell_index="9826" local_entity="0" value="0" />
+        <value cell_index="9827" local_entity="0" value="0" />
+        <value cell_index="9828" local_entity="0" value="0" />
+        <value cell_index="9829" local_entity="0" value="0" />
+        <value cell_index="9830" local_entity="0" value="0" />
+        <value cell_index="9831" local_entity="0" value="0" />
+        <value cell_index="9832" local_entity="0" value="0" />
+        <value cell_index="9833" local_entity="0" value="0" />
+        <value cell_index="9834" local_entity="0" value="0" />
+        <value cell_index="9835" local_entity="0" value="0" />
+        <value cell_index="9836" local_entity="0" value="0" />
+        <value cell_index="9837" local_entity="0" value="0" />
+        <value cell_index="9838" local_entity="0" value="0" />
+        <value cell_index="9839" local_entity="0" value="0" />
+        <value cell_index="9840" local_entity="0" value="0" />
+        <value cell_index="9841" local_entity="0" value="0" />
+        <value cell_index="9842" local_entity="0" value="0" />
+        <value cell_index="9843" local_entity="0" value="0" />
+        <value cell_index="9844" local_entity="0" value="0" />
+        <value cell_index="9845" local_entity="0" value="0" />
+        <value cell_index="9846" local_entity="0" value="0" />
+        <value cell_index="9847" local_entity="0" value="0" />
+        <value cell_index="9848" local_entity="0" value="0" />
+        <value cell_index="9849" local_entity="0" value="0" />
+        <value cell_index="9850" local_entity="0" value="0" />
+        <value cell_index="9851" local_entity="0" value="0" />
+        <value cell_index="9852" local_entity="0" value="0" />
+        <value cell_index="9853" local_entity="0" value="0" />
+        <value cell_index="9854" local_entity="0" value="0" />
+        <value cell_index="9855" local_entity="0" value="0" />
+        <value cell_index="9856" local_entity="0" value="0" />
+        <value cell_index="9857" local_entity="0" value="0" />
+        <value cell_index="9858" local_entity="0" value="0" />
+        <value cell_index="9859" local_entity="0" value="0" />
+        <value cell_index="9860" local_entity="0" value="0" />
+        <value cell_index="9861" local_entity="0" value="0" />
+        <value cell_index="9862" local_entity="0" value="0" />
+        <value cell_index="9863" local_entity="0" value="0" />
+        <value cell_index="9864" local_entity="0" value="0" />
+        <value cell_index="9865" local_entity="0" value="0" />
+        <value cell_index="9866" local_entity="0" value="0" />
+        <value cell_index="9867" local_entity="0" value="0" />
+        <value cell_index="9868" local_entity="0" value="0" />
+        <value cell_index="9869" local_entity="0" value="0" />
+        <value cell_index="9870" local_entity="0" value="0" />
+        <value cell_index="9871" local_entity="0" value="0" />
+        <value cell_index="9872" local_entity="0" value="0" />
+        <value cell_index="9873" local_entity="0" value="0" />
+        <value cell_index="9874" local_entity="0" value="0" />
+        <value cell_index="9875" local_entity="0" value="0" />
+        <value cell_index="9876" local_entity="0" value="0" />
+        <value cell_index="9877" local_entity="0" value="0" />
+        <value cell_index="9878" local_entity="0" value="0" />
+        <value cell_index="9879" local_entity="0" value="0" />
+        <value cell_index="9880" local_entity="0" value="0" />
+        <value cell_index="9881" local_entity="0" value="0" />
+        <value cell_index="9882" local_entity="0" value="0" />
+        <value cell_index="9883" local_entity="0" value="0" />
+        <value cell_index="9884" local_entity="0" value="0" />
+        <value cell_index="9885" local_entity="0" value="0" />
+        <value cell_index="9886" local_entity="0" value="0" />
+        <value cell_index="9887" local_entity="0" value="0" />
+        <value cell_index="9888" local_entity="0" value="0" />
+        <value cell_index="9889" local_entity="0" value="0" />
+        <value cell_index="9890" local_entity="0" value="0" />
+        <value cell_index="9891" local_entity="0" value="0" />
+        <value cell_index="9892" local_entity="0" value="0" />
+        <value cell_index="9893" local_entity="0" value="0" />
+        <value cell_index="9894" local_entity="0" value="0" />
+        <value cell_index="9895" local_entity="0" value="0" />
+        <value cell_index="9896" local_entity="0" value="0" />
+        <value cell_index="9897" local_entity="0" value="0" />
+        <value cell_index="9898" local_entity="0" value="0" />
+        <value cell_index="9899" local_entity="0" value="0" />
+        <value cell_index="9900" local_entity="0" value="0" />
+        <value cell_index="9901" local_entity="0" value="0" />
+        <value cell_index="9902" local_entity="0" value="0" />
+        <value cell_index="9903" local_entity="0" value="0" />
+        <value cell_index="9904" local_entity="0" value="0" />
+        <value cell_index="9905" local_entity="0" value="0" />
+        <value cell_index="9906" local_entity="0" value="0" />
+        <value cell_index="9907" local_entity="0" value="0" />
+        <value cell_index="9908" local_entity="0" value="0" />
+        <value cell_index="9909" local_entity="0" value="0" />
+        <value cell_index="9910" local_entity="0" value="0" />
+        <value cell_index="9911" local_entity="0" value="0" />
+        <value cell_index="9912" local_entity="0" value="0" />
+        <value cell_index="9913" local_entity="0" value="0" />
+        <value cell_index="9914" local_entity="0" value="0" />
+        <value cell_index="9915" local_entity="0" value="0" />
+        <value cell_index="9916" local_entity="0" value="0" />
+        <value cell_index="9917" local_entity="0" value="0" />
+        <value cell_index="9918" local_entity="0" value="0" />
+        <value cell_index="9919" local_entity="0" value="0" />
+        <value cell_index="9920" local_entity="0" value="0" />
+        <value cell_index="9921" local_entity="0" value="0" />
+        <value cell_index="9922" local_entity="0" value="0" />
+        <value cell_index="9923" local_entity="0" value="0" />
+        <value cell_index="9924" local_entity="0" value="0" />
+        <value cell_index="9925" local_entity="0" value="0" />
+        <value cell_index="9926" local_entity="0" value="0" />
+        <value cell_index="9927" local_entity="0" value="0" />
+        <value cell_index="9928" local_entity="0" value="0" />
+        <value cell_index="9929" local_entity="0" value="0" />
+        <value cell_index="9930" local_entity="0" value="0" />
+        <value cell_index="9931" local_entity="0" value="0" />
+        <value cell_index="9932" local_entity="0" value="0" />
+        <value cell_index="9933" local_entity="0" value="0" />
+        <value cell_index="9934" local_entity="0" value="0" />
+        <value cell_index="9935" local_entity="0" value="0" />
+        <value cell_index="9936" local_entity="0" value="0" />
+        <value cell_index="9937" local_entity="0" value="0" />
+        <value cell_index="9938" local_entity="0" value="0" />
+        <value cell_index="9939" local_entity="0" value="0" />
+        <value cell_index="9940" local_entity="0" value="0" />
+        <value cell_index="9941" local_entity="0" value="0" />
+        <value cell_index="9942" local_entity="0" value="0" />
+        <value cell_index="9943" local_entity="0" value="0" />
+        <value cell_index="9944" local_entity="0" value="0" />
+        <value cell_index="9945" local_entity="0" value="0" />
+        <value cell_index="9946" local_entity="0" value="0" />
+        <value cell_index="9947" local_entity="0" value="0" />
+        <value cell_index="9948" local_entity="0" value="0" />
+        <value cell_index="9949" local_entity="0" value="0" />
+        <value cell_index="9950" local_entity="0" value="0" />
+        <value cell_index="9951" local_entity="0" value="0" />
+        <value cell_index="9952" local_entity="0" value="0" />
+        <value cell_index="9953" local_entity="0" value="0" />
+        <value cell_index="9954" local_entity="0" value="0" />
+        <value cell_index="9955" local_entity="0" value="0" />
+        <value cell_index="9956" local_entity="0" value="0" />
+        <value cell_index="9957" local_entity="0" value="0" />
+        <value cell_index="9958" local_entity="0" value="0" />
+        <value cell_index="9959" local_entity="0" value="0" />
+        <value cell_index="9960" local_entity="0" value="0" />
+        <value cell_index="9961" local_entity="0" value="0" />
+        <value cell_index="9962" local_entity="0" value="0" />
+        <value cell_index="9963" local_entity="0" value="0" />
+        <value cell_index="9964" local_entity="0" value="0" />
+        <value cell_index="9965" local_entity="0" value="0" />
+        <value cell_index="9966" local_entity="0" value="0" />
+        <value cell_index="9967" local_entity="0" value="0" />
+        <value cell_index="9968" local_entity="0" value="0" />
+        <value cell_index="9969" local_entity="0" value="0" />
+        <value cell_index="9970" local_entity="0" value="0" />
+        <value cell_index="9971" local_entity="0" value="0" />
+        <value cell_index="9972" local_entity="0" value="0" />
+        <value cell_index="9973" local_entity="0" value="0" />
+        <value cell_index="9974" local_entity="0" value="0" />
+        <value cell_index="9975" local_entity="0" value="0" />
+        <value cell_index="9976" local_entity="0" value="0" />
+        <value cell_index="9977" local_entity="0" value="0" />
+        <value cell_index="9978" local_entity="0" value="0" />
+        <value cell_index="9979" local_entity="0" value="0" />
+        <value cell_index="9980" local_entity="0" value="0" />
+        <value cell_index="9981" local_entity="0" value="0" />
+        <value cell_index="9982" local_entity="0" value="0" />
+        <value cell_index="9983" local_entity="0" value="0" />
+        <value cell_index="9984" local_entity="0" value="0" />
+        <value cell_index="9985" local_entity="0" value="0" />
+        <value cell_index="9986" local_entity="0" value="0" />
+        <value cell_index="9987" local_entity="0" value="0" />
+        <value cell_index="9988" local_entity="0" value="0" />
+        <value cell_index="9989" local_entity="0" value="0" />
+        <value cell_index="9990" local_entity="0" value="0" />
+        <value cell_index="9991" local_entity="0" value="0" />
+        <value cell_index="9992" local_entity="0" value="0" />
+        <value cell_index="9993" local_entity="0" value="0" />
+        <value cell_index="9994" local_entity="0" value="0" />
+        <value cell_index="9995" local_entity="0" value="0" />
+        <value cell_index="9996" local_entity="0" value="0" />
+        <value cell_index="9997" local_entity="0" value="0" />
+        <value cell_index="9998" local_entity="0" value="0" />
+        <value cell_index="9999" local_entity="0" value="0" />
+        <value cell_index="10000" local_entity="0" value="0" />
+        <value cell_index="10001" local_entity="0" value="0" />
+        <value cell_index="10002" local_entity="0" value="0" />
+        <value cell_index="10003" local_entity="0" value="0" />
+        <value cell_index="10004" local_entity="0" value="0" />
+        <value cell_index="10005" local_entity="0" value="0" />
+        <value cell_index="10006" local_entity="0" value="0" />
+        <value cell_index="10007" local_entity="0" value="0" />
+        <value cell_index="10008" local_entity="0" value="0" />
+        <value cell_index="10009" local_entity="0" value="0" />
+        <value cell_index="10010" local_entity="0" value="0" />
+        <value cell_index="10011" local_entity="0" value="0" />
+        <value cell_index="10012" local_entity="0" value="0" />
+        <value cell_index="10013" local_entity="0" value="0" />
+        <value cell_index="10014" local_entity="0" value="0" />
+        <value cell_index="10015" local_entity="0" value="0" />
+        <value cell_index="10016" local_entity="0" value="0" />
+        <value cell_index="10017" local_entity="0" value="0" />
+        <value cell_index="10018" local_entity="0" value="0" />
+        <value cell_index="10019" local_entity="0" value="0" />
+        <value cell_index="10020" local_entity="0" value="0" />
+        <value cell_index="10021" local_entity="0" value="0" />
+        <value cell_index="10022" local_entity="0" value="0" />
+        <value cell_index="10023" local_entity="0" value="0" />
+        <value cell_index="10024" local_entity="0" value="0" />
+        <value cell_index="10025" local_entity="0" value="0" />
+        <value cell_index="10026" local_entity="0" value="0" />
+        <value cell_index="10027" local_entity="0" value="0" />
+        <value cell_index="10028" local_entity="0" value="0" />
+        <value cell_index="10029" local_entity="0" value="0" />
+        <value cell_index="10030" local_entity="0" value="0" />
+        <value cell_index="10031" local_entity="0" value="0" />
+        <value cell_index="10032" local_entity="0" value="0" />
+        <value cell_index="10033" local_entity="0" value="0" />
+        <value cell_index="10034" local_entity="0" value="0" />
+        <value cell_index="10035" local_entity="0" value="0" />
+        <value cell_index="10036" local_entity="0" value="0" />
+        <value cell_index="10037" local_entity="0" value="0" />
+        <value cell_index="10038" local_entity="0" value="0" />
+        <value cell_index="10039" local_entity="0" value="0" />
+        <value cell_index="10040" local_entity="0" value="0" />
+        <value cell_index="10041" local_entity="0" value="0" />
+        <value cell_index="10042" local_entity="0" value="0" />
+        <value cell_index="10043" local_entity="0" value="0" />
+        <value cell_index="10044" local_entity="0" value="0" />
+        <value cell_index="10045" local_entity="0" value="0" />
+        <value cell_index="10046" local_entity="0" value="0" />
+        <value cell_index="10047" local_entity="0" value="0" />
+        <value cell_index="10048" local_entity="0" value="0" />
+        <value cell_index="10049" local_entity="0" value="0" />
+        <value cell_index="10050" local_entity="0" value="0" />
+        <value cell_index="10051" local_entity="0" value="0" />
+        <value cell_index="10052" local_entity="0" value="0" />
+        <value cell_index="10053" local_entity="0" value="0" />
+        <value cell_index="10054" local_entity="0" value="0" />
+        <value cell_index="10055" local_entity="0" value="0" />
+        <value cell_index="10056" local_entity="0" value="0" />
+        <value cell_index="10057" local_entity="0" value="0" />
+        <value cell_index="10058" local_entity="0" value="0" />
+        <value cell_index="10059" local_entity="0" value="0" />
+        <value cell_index="10060" local_entity="0" value="0" />
+        <value cell_index="10061" local_entity="0" value="0" />
+        <value cell_index="10062" local_entity="0" value="0" />
+        <value cell_index="10063" local_entity="0" value="0" />
+        <value cell_index="10064" local_entity="0" value="0" />
+        <value cell_index="10065" local_entity="0" value="0" />
+        <value cell_index="10066" local_entity="0" value="0" />
+        <value cell_index="10067" local_entity="0" value="0" />
+        <value cell_index="10068" local_entity="0" value="0" />
+        <value cell_index="10069" local_entity="0" value="0" />
+        <value cell_index="10070" local_entity="0" value="0" />
+        <value cell_index="10071" local_entity="0" value="0" />
+        <value cell_index="10072" local_entity="0" value="0" />
+        <value cell_index="10073" local_entity="0" value="0" />
+        <value cell_index="10074" local_entity="0" value="0" />
+        <value cell_index="10075" local_entity="0" value="0" />
+        <value cell_index="10076" local_entity="0" value="0" />
+        <value cell_index="10077" local_entity="0" value="0" />
+        <value cell_index="10078" local_entity="0" value="0" />
+        <value cell_index="10079" local_entity="0" value="0" />
+        <value cell_index="10080" local_entity="0" value="0" />
+        <value cell_index="10081" local_entity="0" value="0" />
+        <value cell_index="10082" local_entity="0" value="0" />
+        <value cell_index="10083" local_entity="0" value="0" />
+        <value cell_index="10084" local_entity="0" value="0" />
+        <value cell_index="10085" local_entity="0" value="0" />
+        <value cell_index="10086" local_entity="0" value="0" />
+        <value cell_index="10087" local_entity="0" value="0" />
+        <value cell_index="10088" local_entity="0" value="0" />
+        <value cell_index="10089" local_entity="0" value="0" />
+        <value cell_index="10090" local_entity="0" value="0" />
+        <value cell_index="10091" local_entity="0" value="0" />
+        <value cell_index="10092" local_entity="0" value="0" />
+        <value cell_index="10093" local_entity="0" value="0" />
+        <value cell_index="10094" local_entity="0" value="0" />
+        <value cell_index="10095" local_entity="0" value="0" />
+        <value cell_index="10096" local_entity="0" value="0" />
+        <value cell_index="10097" local_entity="0" value="0" />
+        <value cell_index="10098" local_entity="0" value="0" />
+        <value cell_index="10099" local_entity="0" value="0" />
+        <value cell_index="10100" local_entity="0" value="0" />
+        <value cell_index="10101" local_entity="0" value="0" />
+        <value cell_index="10102" local_entity="0" value="0" />
+        <value cell_index="10103" local_entity="0" value="0" />
+        <value cell_index="10104" local_entity="0" value="0" />
+        <value cell_index="10105" local_entity="0" value="0" />
+        <value cell_index="10106" local_entity="0" value="0" />
+        <value cell_index="10107" local_entity="0" value="0" />
+        <value cell_index="10108" local_entity="0" value="0" />
+        <value cell_index="10109" local_entity="0" value="0" />
+        <value cell_index="10110" local_entity="0" value="0" />
+        <value cell_index="10111" local_entity="0" value="0" />
+        <value cell_index="10112" local_entity="0" value="0" />
+        <value cell_index="10113" local_entity="0" value="0" />
+        <value cell_index="10114" local_entity="0" value="0" />
+        <value cell_index="10115" local_entity="0" value="0" />
+        <value cell_index="10116" local_entity="0" value="0" />
+        <value cell_index="10117" local_entity="0" value="0" />
+        <value cell_index="10118" local_entity="0" value="0" />
+        <value cell_index="10119" local_entity="0" value="0" />
+        <value cell_index="10120" local_entity="0" value="0" />
+        <value cell_index="10121" local_entity="0" value="0" />
+        <value cell_index="10122" local_entity="0" value="0" />
+        <value cell_index="10123" local_entity="0" value="0" />
+        <value cell_index="10124" local_entity="0" value="0" />
+        <value cell_index="10125" local_entity="0" value="0" />
+        <value cell_index="10126" local_entity="0" value="0" />
+        <value cell_index="10127" local_entity="0" value="0" />
+        <value cell_index="10128" local_entity="0" value="0" />
+        <value cell_index="10129" local_entity="0" value="0" />
+        <value cell_index="10130" local_entity="0" value="0" />
+        <value cell_index="10131" local_entity="0" value="0" />
+        <value cell_index="10132" local_entity="0" value="0" />
+        <value cell_index="10133" local_entity="0" value="0" />
+        <value cell_index="10134" local_entity="0" value="0" />
+        <value cell_index="10135" local_entity="0" value="0" />
+        <value cell_index="10136" local_entity="0" value="0" />
+        <value cell_index="10137" local_entity="0" value="0" />
+        <value cell_index="10138" local_entity="0" value="0" />
+        <value cell_index="10139" local_entity="0" value="0" />
+        <value cell_index="10140" local_entity="0" value="0" />
+        <value cell_index="10141" local_entity="0" value="0" />
+        <value cell_index="10142" local_entity="0" value="0" />
+        <value cell_index="10143" local_entity="0" value="0" />
+        <value cell_index="10144" local_entity="0" value="0" />
+        <value cell_index="10145" local_entity="0" value="0" />
+        <value cell_index="10146" local_entity="0" value="0" />
+        <value cell_index="10147" local_entity="0" value="0" />
+        <value cell_index="10148" local_entity="0" value="0" />
+        <value cell_index="10149" local_entity="0" value="0" />
+        <value cell_index="10150" local_entity="0" value="0" />
+        <value cell_index="10151" local_entity="0" value="0" />
+        <value cell_index="10152" local_entity="0" value="0" />
+        <value cell_index="10153" local_entity="0" value="0" />
+        <value cell_index="10154" local_entity="0" value="0" />
+        <value cell_index="10155" local_entity="0" value="0" />
+        <value cell_index="10156" local_entity="0" value="0" />
+        <value cell_index="10157" local_entity="0" value="0" />
+        <value cell_index="10158" local_entity="0" value="0" />
+        <value cell_index="10159" local_entity="0" value="0" />
+        <value cell_index="10160" local_entity="0" value="0" />
+        <value cell_index="10161" local_entity="0" value="0" />
+        <value cell_index="10162" local_entity="0" value="0" />
+        <value cell_index="10163" local_entity="0" value="0" />
+        <value cell_index="10164" local_entity="0" value="0" />
+        <value cell_index="10165" local_entity="0" value="0" />
+        <value cell_index="10166" local_entity="0" value="0" />
+        <value cell_index="10167" local_entity="0" value="0" />
+        <value cell_index="10168" local_entity="0" value="0" />
+        <value cell_index="10169" local_entity="0" value="0" />
+        <value cell_index="10170" local_entity="0" value="0" />
+        <value cell_index="10171" local_entity="0" value="0" />
+        <value cell_index="10172" local_entity="0" value="0" />
+        <value cell_index="10173" local_entity="0" value="0" />
+        <value cell_index="10174" local_entity="0" value="0" />
+        <value cell_index="10175" local_entity="0" value="0" />
+        <value cell_index="10176" local_entity="0" value="0" />
+        <value cell_index="10177" local_entity="0" value="0" />
+        <value cell_index="10178" local_entity="0" value="0" />
+        <value cell_index="10179" local_entity="0" value="0" />
+        <value cell_index="10180" local_entity="0" value="0" />
+        <value cell_index="10181" local_entity="0" value="0" />
+        <value cell_index="10182" local_entity="0" value="0" />
+        <value cell_index="10183" local_entity="0" value="0" />
+        <value cell_index="10184" local_entity="0" value="0" />
+        <value cell_index="10185" local_entity="0" value="0" />
+        <value cell_index="10186" local_entity="0" value="0" />
+        <value cell_index="10187" local_entity="0" value="0" />
+        <value cell_index="10188" local_entity="0" value="0" />
+        <value cell_index="10189" local_entity="0" value="0" />
+        <value cell_index="10190" local_entity="0" value="0" />
+        <value cell_index="10191" local_entity="0" value="0" />
+        <value cell_index="10192" local_entity="0" value="0" />
+        <value cell_index="10193" local_entity="0" value="0" />
+        <value cell_index="10194" local_entity="0" value="0" />
+        <value cell_index="10195" local_entity="0" value="0" />
+        <value cell_index="10196" local_entity="0" value="0" />
+        <value cell_index="10197" local_entity="0" value="0" />
+        <value cell_index="10198" local_entity="0" value="0" />
+        <value cell_index="10199" local_entity="0" value="0" />
+        <value cell_index="10200" local_entity="0" value="0" />
+        <value cell_index="10201" local_entity="0" value="0" />
+        <value cell_index="10202" local_entity="0" value="0" />
+        <value cell_index="10203" local_entity="0" value="0" />
+        <value cell_index="10204" local_entity="0" value="0" />
+        <value cell_index="10205" local_entity="0" value="0" />
+        <value cell_index="10206" local_entity="0" value="0" />
+        <value cell_index="10207" local_entity="0" value="0" />
+        <value cell_index="10208" local_entity="0" value="0" />
+        <value cell_index="10209" local_entity="0" value="0" />
+        <value cell_index="10210" local_entity="0" value="0" />
+        <value cell_index="10211" local_entity="0" value="0" />
+        <value cell_index="10212" local_entity="0" value="0" />
+        <value cell_index="10213" local_entity="0" value="0" />
+        <value cell_index="10214" local_entity="0" value="0" />
+        <value cell_index="10215" local_entity="0" value="0" />
+        <value cell_index="10216" local_entity="0" value="0" />
+        <value cell_index="10217" local_entity="0" value="0" />
+        <value cell_index="10218" local_entity="0" value="0" />
+        <value cell_index="10219" local_entity="0" value="0" />
+        <value cell_index="10220" local_entity="0" value="0" />
+        <value cell_index="10221" local_entity="0" value="0" />
+        <value cell_index="10222" local_entity="0" value="0" />
+        <value cell_index="10223" local_entity="0" value="0" />
+        <value cell_index="10224" local_entity="0" value="0" />
+        <value cell_index="10225" local_entity="0" value="0" />
+        <value cell_index="10226" local_entity="0" value="0" />
+        <value cell_index="10227" local_entity="0" value="0" />
+        <value cell_index="10228" local_entity="0" value="0" />
+        <value cell_index="10229" local_entity="0" value="0" />
+        <value cell_index="10230" local_entity="0" value="0" />
+        <value cell_index="10231" local_entity="0" value="0" />
+        <value cell_index="10232" local_entity="0" value="0" />
+        <value cell_index="10233" local_entity="0" value="0" />
+        <value cell_index="10234" local_entity="0" value="0" />
+        <value cell_index="10235" local_entity="0" value="0" />
+        <value cell_index="10236" local_entity="0" value="0" />
+        <value cell_index="10237" local_entity="0" value="0" />
+        <value cell_index="10238" local_entity="0" value="0" />
+        <value cell_index="10239" local_entity="0" value="0" />
+        <value cell_index="10240" local_entity="0" value="0" />
+        <value cell_index="10241" local_entity="0" value="0" />
+        <value cell_index="10242" local_entity="0" value="0" />
+        <value cell_index="10243" local_entity="0" value="0" />
+        <value cell_index="10244" local_entity="0" value="0" />
+        <value cell_index="10245" local_entity="0" value="0" />
+        <value cell_index="10246" local_entity="0" value="0" />
+        <value cell_index="10247" local_entity="0" value="0" />
+        <value cell_index="10248" local_entity="0" value="0" />
+        <value cell_index="10249" local_entity="0" value="0" />
+        <value cell_index="10250" local_entity="0" value="0" />
+        <value cell_index="10251" local_entity="0" value="0" />
+        <value cell_index="10252" local_entity="0" value="0" />
+        <value cell_index="10253" local_entity="0" value="0" />
+        <value cell_index="10254" local_entity="0" value="0" />
+        <value cell_index="10255" local_entity="0" value="0" />
+        <value cell_index="10256" local_entity="0" value="0" />
+        <value cell_index="10257" local_entity="0" value="0" />
+        <value cell_index="10258" local_entity="0" value="0" />
+        <value cell_index="10259" local_entity="0" value="0" />
+        <value cell_index="10260" local_entity="0" value="0" />
+        <value cell_index="10261" local_entity="0" value="0" />
+        <value cell_index="10262" local_entity="0" value="0" />
+        <value cell_index="10263" local_entity="0" value="0" />
+        <value cell_index="10264" local_entity="0" value="0" />
+        <value cell_index="10265" local_entity="0" value="0" />
+        <value cell_index="10266" local_entity="0" value="0" />
+        <value cell_index="10267" local_entity="0" value="0" />
+        <value cell_index="10268" local_entity="0" value="0" />
+        <value cell_index="10269" local_entity="0" value="0" />
+        <value cell_index="10270" local_entity="0" value="0" />
+        <value cell_index="10271" local_entity="0" value="0" />
+        <value cell_index="10272" local_entity="0" value="0" />
+        <value cell_index="10273" local_entity="0" value="0" />
+        <value cell_index="10274" local_entity="0" value="0" />
+        <value cell_index="10275" local_entity="0" value="0" />
+        <value cell_index="10276" local_entity="0" value="0" />
+        <value cell_index="10277" local_entity="0" value="0" />
+        <value cell_index="10278" local_entity="0" value="0" />
+        <value cell_index="10279" local_entity="0" value="0" />
+        <value cell_index="10280" local_entity="0" value="0" />
+        <value cell_index="10281" local_entity="0" value="0" />
+        <value cell_index="10282" local_entity="0" value="0" />
+        <value cell_index="10283" local_entity="0" value="0" />
+        <value cell_index="10284" local_entity="0" value="0" />
+        <value cell_index="10285" local_entity="0" value="0" />
+        <value cell_index="10286" local_entity="0" value="0" />
+        <value cell_index="10287" local_entity="0" value="0" />
+        <value cell_index="10288" local_entity="0" value="0" />
+        <value cell_index="10289" local_entity="0" value="0" />
+        <value cell_index="10290" local_entity="0" value="0" />
+        <value cell_index="10291" local_entity="0" value="0" />
+        <value cell_index="10292" local_entity="0" value="0" />
+        <value cell_index="10293" local_entity="0" value="0" />
+        <value cell_index="10294" local_entity="0" value="0" />
+        <value cell_index="10295" local_entity="0" value="0" />
+        <value cell_index="10296" local_entity="0" value="0" />
+        <value cell_index="10297" local_entity="0" value="0" />
+        <value cell_index="10298" local_entity="0" value="0" />
+        <value cell_index="10299" local_entity="0" value="0" />
+        <value cell_index="10300" local_entity="0" value="0" />
+        <value cell_index="10301" local_entity="0" value="0" />
+        <value cell_index="10302" local_entity="0" value="0" />
+        <value cell_index="10303" local_entity="0" value="0" />
+        <value cell_index="10304" local_entity="0" value="0" />
+        <value cell_index="10305" local_entity="0" value="0" />
+        <value cell_index="10306" local_entity="0" value="0" />
+        <value cell_index="10307" local_entity="0" value="0" />
+        <value cell_index="10308" local_entity="0" value="0" />
+        <value cell_index="10309" local_entity="0" value="0" />
+        <value cell_index="10310" local_entity="0" value="0" />
+        <value cell_index="10311" local_entity="0" value="0" />
+        <value cell_index="10312" local_entity="0" value="0" />
+        <value cell_index="10313" local_entity="0" value="0" />
+        <value cell_index="10314" local_entity="0" value="0" />
+        <value cell_index="10315" local_entity="0" value="0" />
+        <value cell_index="10316" local_entity="0" value="0" />
+        <value cell_index="10317" local_entity="0" value="0" />
+        <value cell_index="10318" local_entity="0" value="0" />
+        <value cell_index="10319" local_entity="0" value="0" />
+        <value cell_index="10320" local_entity="0" value="0" />
+        <value cell_index="10321" local_entity="0" value="0" />
+        <value cell_index="10322" local_entity="0" value="0" />
+        <value cell_index="10323" local_entity="0" value="0" />
+        <value cell_index="10324" local_entity="0" value="0" />
+        <value cell_index="10325" local_entity="0" value="0" />
+        <value cell_index="10326" local_entity="0" value="0" />
+        <value cell_index="10327" local_entity="0" value="0" />
+        <value cell_index="10328" local_entity="0" value="0" />
+        <value cell_index="10329" local_entity="0" value="0" />
+        <value cell_index="10330" local_entity="0" value="0" />
+        <value cell_index="10331" local_entity="0" value="0" />
+        <value cell_index="10332" local_entity="0" value="0" />
+        <value cell_index="10333" local_entity="0" value="0" />
+        <value cell_index="10334" local_entity="0" value="0" />
+        <value cell_index="10335" local_entity="0" value="0" />
+        <value cell_index="10336" local_entity="0" value="0" />
+        <value cell_index="10337" local_entity="0" value="0" />
+        <value cell_index="10338" local_entity="0" value="0" />
+        <value cell_index="10339" local_entity="0" value="0" />
+        <value cell_index="10340" local_entity="0" value="0" />
+        <value cell_index="10341" local_entity="0" value="0" />
+        <value cell_index="10342" local_entity="0" value="0" />
+        <value cell_index="10343" local_entity="0" value="0" />
+        <value cell_index="10344" local_entity="0" value="0" />
+        <value cell_index="10345" local_entity="0" value="0" />
+        <value cell_index="10346" local_entity="0" value="0" />
+        <value cell_index="10347" local_entity="0" value="0" />
+        <value cell_index="10348" local_entity="0" value="0" />
+        <value cell_index="10349" local_entity="0" value="0" />
+        <value cell_index="10350" local_entity="0" value="0" />
+        <value cell_index="10351" local_entity="0" value="0" />
+        <value cell_index="10352" local_entity="0" value="0" />
+        <value cell_index="10353" local_entity="0" value="0" />
+        <value cell_index="10354" local_entity="0" value="0" />
+        <value cell_index="10355" local_entity="0" value="0" />
+        <value cell_index="10356" local_entity="0" value="0" />
+        <value cell_index="10357" local_entity="0" value="0" />
+        <value cell_index="10358" local_entity="0" value="0" />
+        <value cell_index="10359" local_entity="0" value="0" />
+        <value cell_index="10360" local_entity="0" value="0" />
+        <value cell_index="10361" local_entity="0" value="0" />
+        <value cell_index="10362" local_entity="0" value="0" />
+        <value cell_index="10363" local_entity="0" value="0" />
+        <value cell_index="10364" local_entity="0" value="0" />
+        <value cell_index="10365" local_entity="0" value="0" />
+        <value cell_index="10366" local_entity="0" value="0" />
+        <value cell_index="10367" local_entity="0" value="0" />
+        <value cell_index="10368" local_entity="0" value="0" />
+        <value cell_index="10369" local_entity="0" value="0" />
+        <value cell_index="10370" local_entity="0" value="0" />
+        <value cell_index="10371" local_entity="0" value="0" />
+        <value cell_index="10372" local_entity="0" value="0" />
+        <value cell_index="10373" local_entity="0" value="0" />
+        <value cell_index="10374" local_entity="0" value="0" />
+        <value cell_index="10375" local_entity="0" value="0" />
+        <value cell_index="10376" local_entity="0" value="0" />
+        <value cell_index="10377" local_entity="0" value="0" />
+        <value cell_index="10378" local_entity="0" value="0" />
+        <value cell_index="10379" local_entity="0" value="0" />
+        <value cell_index="10380" local_entity="0" value="0" />
+        <value cell_index="10381" local_entity="0" value="0" />
+        <value cell_index="10382" local_entity="0" value="0" />
+        <value cell_index="10383" local_entity="0" value="0" />
+        <value cell_index="10384" local_entity="0" value="0" />
+        <value cell_index="10385" local_entity="0" value="0" />
+        <value cell_index="10386" local_entity="0" value="0" />
+        <value cell_index="10387" local_entity="0" value="0" />
+        <value cell_index="10388" local_entity="0" value="0" />
+        <value cell_index="10389" local_entity="0" value="0" />
+        <value cell_index="10390" local_entity="0" value="0" />
+        <value cell_index="10391" local_entity="0" value="0" />
+        <value cell_index="10392" local_entity="0" value="0" />
+        <value cell_index="10393" local_entity="0" value="0" />
+        <value cell_index="10394" local_entity="0" value="0" />
+        <value cell_index="10395" local_entity="0" value="0" />
+        <value cell_index="10396" local_entity="0" value="0" />
+        <value cell_index="10397" local_entity="0" value="0" />
+        <value cell_index="10398" local_entity="0" value="0" />
+        <value cell_index="10399" local_entity="0" value="0" />
+        <value cell_index="10400" local_entity="0" value="0" />
+        <value cell_index="10401" local_entity="0" value="0" />
+        <value cell_index="10402" local_entity="0" value="0" />
+        <value cell_index="10403" local_entity="0" value="0" />
+        <value cell_index="10404" local_entity="0" value="0" />
+        <value cell_index="10405" local_entity="0" value="0" />
+        <value cell_index="10406" local_entity="0" value="0" />
+        <value cell_index="10407" local_entity="0" value="0" />
+        <value cell_index="10408" local_entity="0" value="0" />
+        <value cell_index="10409" local_entity="0" value="0" />
+        <value cell_index="10410" local_entity="0" value="0" />
+        <value cell_index="10411" local_entity="0" value="0" />
+        <value cell_index="10412" local_entity="0" value="0" />
+        <value cell_index="10413" local_entity="0" value="0" />
+        <value cell_index="10414" local_entity="0" value="0" />
+        <value cell_index="10415" local_entity="0" value="0" />
+        <value cell_index="10416" local_entity="0" value="0" />
+        <value cell_index="10417" local_entity="0" value="0" />
+        <value cell_index="10418" local_entity="0" value="0" />
+        <value cell_index="10419" local_entity="0" value="0" />
+        <value cell_index="10420" local_entity="0" value="0" />
+        <value cell_index="10421" local_entity="0" value="0" />
+        <value cell_index="10422" local_entity="0" value="0" />
+        <value cell_index="10423" local_entity="0" value="0" />
+        <value cell_index="10424" local_entity="0" value="0" />
+        <value cell_index="10425" local_entity="0" value="0" />
+        <value cell_index="10426" local_entity="0" value="0" />
+        <value cell_index="10427" local_entity="0" value="0" />
+        <value cell_index="10428" local_entity="0" value="0" />
+        <value cell_index="10429" local_entity="0" value="0" />
+        <value cell_index="10430" local_entity="0" value="0" />
+        <value cell_index="10431" local_entity="0" value="0" />
+        <value cell_index="10432" local_entity="0" value="0" />
+        <value cell_index="10433" local_entity="0" value="0" />
+        <value cell_index="10434" local_entity="0" value="0" />
+        <value cell_index="10435" local_entity="0" value="0" />
+        <value cell_index="10436" local_entity="0" value="0" />
+        <value cell_index="10437" local_entity="0" value="0" />
+        <value cell_index="10438" local_entity="0" value="0" />
+        <value cell_index="10439" local_entity="0" value="0" />
+        <value cell_index="10440" local_entity="0" value="0" />
+        <value cell_index="10441" local_entity="0" value="0" />
+        <value cell_index="10442" local_entity="0" value="0" />
+        <value cell_index="10443" local_entity="0" value="0" />
+        <value cell_index="10444" local_entity="0" value="0" />
+        <value cell_index="10445" local_entity="0" value="0" />
+        <value cell_index="10446" local_entity="0" value="0" />
+        <value cell_index="10447" local_entity="0" value="0" />
+        <value cell_index="10448" local_entity="0" value="0" />
+        <value cell_index="10449" local_entity="0" value="0" />
+        <value cell_index="10450" local_entity="0" value="0" />
+        <value cell_index="10451" local_entity="0" value="0" />
+        <value cell_index="10452" local_entity="0" value="0" />
+        <value cell_index="10453" local_entity="0" value="0" />
+        <value cell_index="10454" local_entity="0" value="0" />
+        <value cell_index="10455" local_entity="0" value="0" />
+        <value cell_index="10456" local_entity="0" value="0" />
+        <value cell_index="10457" local_entity="0" value="0" />
+        <value cell_index="10458" local_entity="0" value="0" />
+        <value cell_index="10459" local_entity="0" value="0" />
+        <value cell_index="10460" local_entity="0" value="0" />
+        <value cell_index="10461" local_entity="0" value="0" />
+        <value cell_index="10462" local_entity="0" value="0" />
+        <value cell_index="10463" local_entity="0" value="0" />
+        <value cell_index="10464" local_entity="0" value="0" />
+        <value cell_index="10465" local_entity="0" value="0" />
+        <value cell_index="10466" local_entity="0" value="0" />
+        <value cell_index="10467" local_entity="0" value="0" />
+        <value cell_index="10468" local_entity="0" value="0" />
+        <value cell_index="10469" local_entity="0" value="0" />
+        <value cell_index="10470" local_entity="0" value="0" />
+        <value cell_index="10471" local_entity="0" value="0" />
+        <value cell_index="10472" local_entity="0" value="0" />
+        <value cell_index="10473" local_entity="0" value="0" />
+        <value cell_index="10474" local_entity="0" value="0" />
+        <value cell_index="10475" local_entity="0" value="0" />
+        <value cell_index="10476" local_entity="0" value="0" />
+        <value cell_index="10477" local_entity="0" value="0" />
+        <value cell_index="10478" local_entity="0" value="0" />
+        <value cell_index="10479" local_entity="0" value="0" />
+        <value cell_index="10480" local_entity="0" value="0" />
+        <value cell_index="10481" local_entity="0" value="0" />
+        <value cell_index="10482" local_entity="0" value="0" />
+        <value cell_index="10483" local_entity="0" value="0" />
+        <value cell_index="10484" local_entity="0" value="0" />
+        <value cell_index="10485" local_entity="0" value="0" />
+        <value cell_index="10486" local_entity="0" value="0" />
+        <value cell_index="10487" local_entity="0" value="0" />
+        <value cell_index="10488" local_entity="0" value="0" />
+        <value cell_index="10489" local_entity="0" value="0" />
+        <value cell_index="10490" local_entity="0" value="0" />
+        <value cell_index="10491" local_entity="0" value="0" />
+        <value cell_index="10492" local_entity="0" value="0" />
+        <value cell_index="10493" local_entity="0" value="0" />
+        <value cell_index="10494" local_entity="0" value="0" />
+        <value cell_index="10495" local_entity="0" value="0" />
+        <value cell_index="10496" local_entity="0" value="0" />
+        <value cell_index="10497" local_entity="0" value="0" />
+        <value cell_index="10498" local_entity="0" value="0" />
+        <value cell_index="10499" local_entity="0" value="0" />
+        <value cell_index="10500" local_entity="0" value="0" />
+        <value cell_index="10501" local_entity="0" value="0" />
+        <value cell_index="10502" local_entity="0" value="0" />
+        <value cell_index="10503" local_entity="0" value="0" />
+        <value cell_index="10504" local_entity="0" value="0" />
+        <value cell_index="10505" local_entity="0" value="0" />
+        <value cell_index="10506" local_entity="0" value="0" />
+        <value cell_index="10507" local_entity="0" value="0" />
+        <value cell_index="10508" local_entity="0" value="0" />
+        <value cell_index="10509" local_entity="0" value="0" />
+        <value cell_index="10510" local_entity="0" value="0" />
+        <value cell_index="10511" local_entity="0" value="0" />
+        <value cell_index="10512" local_entity="0" value="0" />
+        <value cell_index="10513" local_entity="0" value="0" />
+        <value cell_index="10514" local_entity="0" value="0" />
+        <value cell_index="10515" local_entity="0" value="0" />
+        <value cell_index="10516" local_entity="0" value="0" />
+        <value cell_index="10517" local_entity="0" value="0" />
+        <value cell_index="10518" local_entity="0" value="0" />
+        <value cell_index="10519" local_entity="0" value="0" />
+        <value cell_index="10520" local_entity="0" value="0" />
+        <value cell_index="10521" local_entity="0" value="0" />
+        <value cell_index="10522" local_entity="0" value="0" />
+        <value cell_index="10523" local_entity="0" value="0" />
+        <value cell_index="10524" local_entity="0" value="0" />
+        <value cell_index="10525" local_entity="0" value="0" />
+        <value cell_index="10526" local_entity="0" value="0" />
+        <value cell_index="10527" local_entity="0" value="0" />
+        <value cell_index="10528" local_entity="0" value="0" />
+        <value cell_index="10529" local_entity="0" value="0" />
+        <value cell_index="10530" local_entity="0" value="0" />
+        <value cell_index="10531" local_entity="0" value="0" />
+        <value cell_index="10532" local_entity="0" value="0" />
+        <value cell_index="10533" local_entity="0" value="0" />
+        <value cell_index="10534" local_entity="0" value="0" />
+        <value cell_index="10535" local_entity="0" value="0" />
+        <value cell_index="10536" local_entity="0" value="0" />
+        <value cell_index="10537" local_entity="0" value="0" />
+        <value cell_index="10538" local_entity="0" value="0" />
+        <value cell_index="10539" local_entity="0" value="0" />
+        <value cell_index="10540" local_entity="0" value="0" />
+        <value cell_index="10541" local_entity="0" value="0" />
+        <value cell_index="10542" local_entity="0" value="0" />
+        <value cell_index="10543" local_entity="0" value="0" />
+        <value cell_index="10544" local_entity="0" value="0" />
+        <value cell_index="10545" local_entity="0" value="0" />
+        <value cell_index="10546" local_entity="0" value="0" />
+        <value cell_index="10547" local_entity="0" value="0" />
+        <value cell_index="10548" local_entity="0" value="0" />
+        <value cell_index="10549" local_entity="0" value="0" />
+        <value cell_index="10550" local_entity="0" value="0" />
+        <value cell_index="10551" local_entity="0" value="0" />
+        <value cell_index="10552" local_entity="0" value="0" />
+        <value cell_index="10553" local_entity="0" value="0" />
+        <value cell_index="10554" local_entity="0" value="0" />
+        <value cell_index="10555" local_entity="0" value="0" />
+        <value cell_index="10556" local_entity="0" value="0" />
+        <value cell_index="10557" local_entity="0" value="0" />
+        <value cell_index="10558" local_entity="0" value="0" />
+        <value cell_index="10559" local_entity="0" value="0" />
+        <value cell_index="10560" local_entity="0" value="0" />
+        <value cell_index="10561" local_entity="0" value="0" />
+        <value cell_index="10562" local_entity="0" value="0" />
+        <value cell_index="10563" local_entity="0" value="0" />
+        <value cell_index="10564" local_entity="0" value="0" />
+        <value cell_index="10565" local_entity="0" value="0" />
+        <value cell_index="10566" local_entity="0" value="0" />
+        <value cell_index="10567" local_entity="0" value="0" />
+        <value cell_index="10568" local_entity="0" value="0" />
+        <value cell_index="10569" local_entity="0" value="0" />
+        <value cell_index="10570" local_entity="0" value="0" />
+        <value cell_index="10571" local_entity="0" value="0" />
+        <value cell_index="10572" local_entity="0" value="0" />
+        <value cell_index="10573" local_entity="0" value="0" />
+        <value cell_index="10574" local_entity="0" value="0" />
+        <value cell_index="10575" local_entity="0" value="0" />
+        <value cell_index="10576" local_entity="0" value="0" />
+        <value cell_index="10577" local_entity="0" value="0" />
+        <value cell_index="10578" local_entity="0" value="0" />
+        <value cell_index="10579" local_entity="0" value="0" />
+        <value cell_index="10580" local_entity="0" value="0" />
+        <value cell_index="10581" local_entity="0" value="0" />
+        <value cell_index="10582" local_entity="0" value="0" />
+        <value cell_index="10583" local_entity="0" value="0" />
+        <value cell_index="10584" local_entity="0" value="0" />
+        <value cell_index="10585" local_entity="0" value="0" />
+        <value cell_index="10586" local_entity="0" value="0" />
+        <value cell_index="10587" local_entity="0" value="0" />
+        <value cell_index="10588" local_entity="0" value="0" />
+        <value cell_index="10589" local_entity="0" value="0" />
+        <value cell_index="10590" local_entity="0" value="0" />
+        <value cell_index="10591" local_entity="0" value="0" />
+        <value cell_index="10592" local_entity="0" value="0" />
+        <value cell_index="10593" local_entity="0" value="0" />
+        <value cell_index="10594" local_entity="0" value="0" />
+        <value cell_index="10595" local_entity="0" value="0" />
+        <value cell_index="10596" local_entity="0" value="0" />
+        <value cell_index="10597" local_entity="0" value="0" />
+        <value cell_index="10598" local_entity="0" value="0" />
+        <value cell_index="10599" local_entity="0" value="0" />
+        <value cell_index="10600" local_entity="0" value="0" />
+        <value cell_index="10601" local_entity="0" value="0" />
+        <value cell_index="10602" local_entity="0" value="0" />
+        <value cell_index="10603" local_entity="0" value="0" />
+        <value cell_index="10604" local_entity="0" value="0" />
+        <value cell_index="10605" local_entity="0" value="0" />
+        <value cell_index="10606" local_entity="0" value="0" />
+        <value cell_index="10607" local_entity="0" value="0" />
+        <value cell_index="10608" local_entity="0" value="0" />
+        <value cell_index="10609" local_entity="0" value="0" />
+        <value cell_index="10610" local_entity="0" value="0" />
+        <value cell_index="10611" local_entity="0" value="0" />
+        <value cell_index="10612" local_entity="0" value="0" />
+        <value cell_index="10613" local_entity="0" value="0" />
+        <value cell_index="10614" local_entity="0" value="0" />
+        <value cell_index="10615" local_entity="0" value="0" />
+        <value cell_index="10616" local_entity="0" value="0" />
+        <value cell_index="10617" local_entity="0" value="0" />
+        <value cell_index="10618" local_entity="0" value="0" />
+        <value cell_index="10619" local_entity="0" value="0" />
+        <value cell_index="10620" local_entity="0" value="0" />
+        <value cell_index="10621" local_entity="0" value="0" />
+        <value cell_index="10622" local_entity="0" value="0" />
+        <value cell_index="10623" local_entity="0" value="0" />
+        <value cell_index="10624" local_entity="0" value="0" />
+        <value cell_index="10625" local_entity="0" value="0" />
+        <value cell_index="10626" local_entity="0" value="0" />
+        <value cell_index="10627" local_entity="0" value="0" />
+        <value cell_index="10628" local_entity="0" value="0" />
+        <value cell_index="10629" local_entity="0" value="0" />
+        <value cell_index="10630" local_entity="0" value="0" />
+        <value cell_index="10631" local_entity="0" value="0" />
+        <value cell_index="10632" local_entity="0" value="0" />
+        <value cell_index="10633" local_entity="0" value="0" />
+        <value cell_index="10634" local_entity="0" value="0" />
+        <value cell_index="10635" local_entity="0" value="0" />
+        <value cell_index="10636" local_entity="0" value="0" />
+        <value cell_index="10637" local_entity="0" value="0" />
+        <value cell_index="10638" local_entity="0" value="0" />
+        <value cell_index="10639" local_entity="0" value="0" />
+        <value cell_index="10640" local_entity="0" value="0" />
+        <value cell_index="10641" local_entity="0" value="0" />
+        <value cell_index="10642" local_entity="0" value="0" />
+        <value cell_index="10643" local_entity="0" value="0" />
+        <value cell_index="10644" local_entity="0" value="0" />
+        <value cell_index="10645" local_entity="0" value="0" />
+        <value cell_index="10646" local_entity="0" value="0" />
+        <value cell_index="10647" local_entity="0" value="0" />
+        <value cell_index="10648" local_entity="0" value="0" />
+        <value cell_index="10649" local_entity="0" value="0" />
+        <value cell_index="10650" local_entity="0" value="0" />
+        <value cell_index="10651" local_entity="0" value="0" />
+        <value cell_index="10652" local_entity="0" value="0" />
+        <value cell_index="10653" local_entity="0" value="0" />
+        <value cell_index="10654" local_entity="0" value="0" />
+        <value cell_index="10655" local_entity="0" value="0" />
+        <value cell_index="10656" local_entity="0" value="0" />
+        <value cell_index="10657" local_entity="0" value="0" />
+        <value cell_index="10658" local_entity="0" value="0" />
+        <value cell_index="10659" local_entity="0" value="0" />
+        <value cell_index="10660" local_entity="0" value="0" />
+        <value cell_index="10661" local_entity="0" value="0" />
+        <value cell_index="10662" local_entity="0" value="0" />
+        <value cell_index="10663" local_entity="0" value="0" />
+        <value cell_index="10664" local_entity="0" value="0" />
+        <value cell_index="10665" local_entity="0" value="0" />
+        <value cell_index="10666" local_entity="0" value="0" />
+        <value cell_index="10667" local_entity="0" value="0" />
+        <value cell_index="10668" local_entity="0" value="0" />
+        <value cell_index="10669" local_entity="0" value="0" />
+        <value cell_index="10670" local_entity="0" value="0" />
+        <value cell_index="10671" local_entity="0" value="0" />
+        <value cell_index="10672" local_entity="0" value="0" />
+        <value cell_index="10673" local_entity="0" value="0" />
+        <value cell_index="10674" local_entity="0" value="0" />
+        <value cell_index="10675" local_entity="0" value="0" />
+        <value cell_index="10676" local_entity="0" value="0" />
+        <value cell_index="10677" local_entity="0" value="0" />
+        <value cell_index="10678" local_entity="0" value="0" />
+        <value cell_index="10679" local_entity="0" value="0" />
+        <value cell_index="10680" local_entity="0" value="0" />
+        <value cell_index="10681" local_entity="0" value="0" />
+        <value cell_index="10682" local_entity="0" value="0" />
+        <value cell_index="10683" local_entity="0" value="0" />
+        <value cell_index="10684" local_entity="0" value="0" />
+        <value cell_index="10685" local_entity="0" value="0" />
+        <value cell_index="10686" local_entity="0" value="0" />
+        <value cell_index="10687" local_entity="0" value="0" />
+        <value cell_index="10688" local_entity="0" value="0" />
+        <value cell_index="10689" local_entity="0" value="0" />
+        <value cell_index="10690" local_entity="0" value="0" />
+        <value cell_index="10691" local_entity="0" value="0" />
+        <value cell_index="10692" local_entity="0" value="0" />
+        <value cell_index="10693" local_entity="0" value="0" />
+        <value cell_index="10694" local_entity="0" value="0" />
+        <value cell_index="10695" local_entity="0" value="0" />
+        <value cell_index="10696" local_entity="0" value="0" />
+        <value cell_index="10697" local_entity="0" value="0" />
+        <value cell_index="10698" local_entity="0" value="0" />
+        <value cell_index="10699" local_entity="0" value="0" />
+        <value cell_index="10700" local_entity="0" value="0" />
+        <value cell_index="10701" local_entity="0" value="0" />
+        <value cell_index="10702" local_entity="0" value="0" />
+        <value cell_index="10703" local_entity="0" value="0" />
+        <value cell_index="10704" local_entity="0" value="0" />
+        <value cell_index="10705" local_entity="0" value="0" />
+        <value cell_index="10706" local_entity="0" value="0" />
+        <value cell_index="10707" local_entity="0" value="0" />
+        <value cell_index="10708" local_entity="0" value="0" />
+        <value cell_index="10709" local_entity="0" value="0" />
+        <value cell_index="10710" local_entity="0" value="0" />
+        <value cell_index="10711" local_entity="0" value="0" />
+        <value cell_index="10712" local_entity="0" value="0" />
+        <value cell_index="10713" local_entity="0" value="0" />
+        <value cell_index="10714" local_entity="0" value="0" />
+        <value cell_index="10715" local_entity="0" value="0" />
+        <value cell_index="10716" local_entity="0" value="0" />
+        <value cell_index="10717" local_entity="0" value="0" />
+        <value cell_index="10718" local_entity="0" value="0" />
+        <value cell_index="10719" local_entity="0" value="0" />
+        <value cell_index="10720" local_entity="0" value="0" />
+        <value cell_index="10721" local_entity="0" value="0" />
+        <value cell_index="10722" local_entity="0" value="0" />
+        <value cell_index="10723" local_entity="0" value="0" />
+        <value cell_index="10724" local_entity="0" value="0" />
+        <value cell_index="10725" local_entity="0" value="0" />
+        <value cell_index="10726" local_entity="0" value="0" />
+        <value cell_index="10727" local_entity="0" value="0" />
+        <value cell_index="10728" local_entity="0" value="0" />
+        <value cell_index="10729" local_entity="0" value="0" />
+        <value cell_index="10730" local_entity="0" value="0" />
+        <value cell_index="10731" local_entity="0" value="0" />
+        <value cell_index="10732" local_entity="0" value="0" />
+        <value cell_index="10733" local_entity="0" value="0" />
+        <value cell_index="10734" local_entity="0" value="0" />
+        <value cell_index="10735" local_entity="0" value="0" />
+        <value cell_index="10736" local_entity="0" value="0" />
+        <value cell_index="10737" local_entity="0" value="0" />
+        <value cell_index="10738" local_entity="0" value="0" />
+        <value cell_index="10739" local_entity="0" value="0" />
+        <value cell_index="10740" local_entity="0" value="0" />
+        <value cell_index="10741" local_entity="0" value="0" />
+        <value cell_index="10742" local_entity="0" value="0" />
+        <value cell_index="10743" local_entity="0" value="0" />
+        <value cell_index="10744" local_entity="0" value="0" />
+        <value cell_index="10745" local_entity="0" value="0" />
+        <value cell_index="10746" local_entity="0" value="0" />
+        <value cell_index="10747" local_entity="0" value="0" />
+        <value cell_index="10748" local_entity="0" value="0" />
+        <value cell_index="10749" local_entity="0" value="0" />
+        <value cell_index="10750" local_entity="0" value="0" />
+        <value cell_index="10751" local_entity="0" value="0" />
+        <value cell_index="10752" local_entity="0" value="0" />
+        <value cell_index="10753" local_entity="0" value="0" />
+        <value cell_index="10754" local_entity="0" value="0" />
+        <value cell_index="10755" local_entity="0" value="0" />
+        <value cell_index="10756" local_entity="0" value="0" />
+        <value cell_index="10757" local_entity="0" value="0" />
+        <value cell_index="10758" local_entity="0" value="0" />
+        <value cell_index="10759" local_entity="0" value="0" />
+        <value cell_index="10760" local_entity="0" value="0" />
+        <value cell_index="10761" local_entity="0" value="0" />
+        <value cell_index="10762" local_entity="0" value="0" />
+        <value cell_index="10763" local_entity="0" value="0" />
+        <value cell_index="10764" local_entity="0" value="0" />
+        <value cell_index="10765" local_entity="0" value="0" />
+        <value cell_index="10766" local_entity="0" value="0" />
+        <value cell_index="10767" local_entity="0" value="0" />
+        <value cell_index="10768" local_entity="0" value="0" />
+        <value cell_index="10769" local_entity="0" value="0" />
+        <value cell_index="10770" local_entity="0" value="0" />
+        <value cell_index="10771" local_entity="0" value="0" />
+        <value cell_index="10772" local_entity="0" value="0" />
+        <value cell_index="10773" local_entity="0" value="0" />
+        <value cell_index="10774" local_entity="0" value="0" />
+        <value cell_index="10775" local_entity="0" value="0" />
+        <value cell_index="10776" local_entity="0" value="0" />
+        <value cell_index="10777" local_entity="0" value="0" />
+        <value cell_index="10778" local_entity="0" value="0" />
+        <value cell_index="10779" local_entity="0" value="0" />
+        <value cell_index="10780" local_entity="0" value="0" />
+        <value cell_index="10781" local_entity="0" value="0" />
+        <value cell_index="10782" local_entity="0" value="0" />
+        <value cell_index="10783" local_entity="0" value="0" />
+        <value cell_index="10784" local_entity="0" value="0" />
+        <value cell_index="10785" local_entity="0" value="0" />
+        <value cell_index="10786" local_entity="0" value="0" />
+        <value cell_index="10787" local_entity="0" value="0" />
+        <value cell_index="10788" local_entity="0" value="0" />
+        <value cell_index="10789" local_entity="0" value="0" />
+        <value cell_index="10790" local_entity="0" value="0" />
+        <value cell_index="10791" local_entity="0" value="0" />
+        <value cell_index="10792" local_entity="0" value="0" />
+        <value cell_index="10793" local_entity="0" value="0" />
+        <value cell_index="10794" local_entity="0" value="0" />
+        <value cell_index="10795" local_entity="0" value="0" />
+        <value cell_index="10796" local_entity="0" value="0" />
+        <value cell_index="10797" local_entity="0" value="0" />
+        <value cell_index="10798" local_entity="0" value="0" />
+        <value cell_index="10799" local_entity="0" value="0" />
+        <value cell_index="10800" local_entity="0" value="0" />
+        <value cell_index="10801" local_entity="0" value="0" />
+        <value cell_index="10802" local_entity="0" value="0" />
+        <value cell_index="10803" local_entity="0" value="0" />
+        <value cell_index="10804" local_entity="0" value="0" />
+        <value cell_index="10805" local_entity="0" value="0" />
+        <value cell_index="10806" local_entity="0" value="0" />
+        <value cell_index="10807" local_entity="0" value="0" />
+        <value cell_index="10808" local_entity="0" value="0" />
+        <value cell_index="10809" local_entity="0" value="0" />
+        <value cell_index="10810" local_entity="0" value="0" />
+        <value cell_index="10811" local_entity="0" value="0" />
+        <value cell_index="10812" local_entity="0" value="0" />
+        <value cell_index="10813" local_entity="0" value="0" />
+        <value cell_index="10814" local_entity="0" value="0" />
+        <value cell_index="10815" local_entity="0" value="0" />
+        <value cell_index="10816" local_entity="0" value="0" />
+        <value cell_index="10817" local_entity="0" value="0" />
+        <value cell_index="10818" local_entity="0" value="0" />
+        <value cell_index="10819" local_entity="0" value="0" />
+        <value cell_index="10820" local_entity="0" value="0" />
+        <value cell_index="10821" local_entity="0" value="0" />
+        <value cell_index="10822" local_entity="0" value="0" />
+        <value cell_index="10823" local_entity="0" value="0" />
+        <value cell_index="10824" local_entity="0" value="0" />
+        <value cell_index="10825" local_entity="0" value="0" />
+        <value cell_index="10826" local_entity="0" value="0" />
+        <value cell_index="10827" local_entity="0" value="0" />
+        <value cell_index="10828" local_entity="0" value="0" />
+        <value cell_index="10829" local_entity="0" value="0" />
+        <value cell_index="10830" local_entity="0" value="0" />
+        <value cell_index="10831" local_entity="0" value="0" />
+        <value cell_index="10832" local_entity="0" value="0" />
+        <value cell_index="10833" local_entity="0" value="0" />
+        <value cell_index="10834" local_entity="0" value="0" />
+        <value cell_index="10835" local_entity="0" value="0" />
+        <value cell_index="10836" local_entity="0" value="0" />
+        <value cell_index="10837" local_entity="0" value="0" />
+        <value cell_index="10838" local_entity="0" value="0" />
+        <value cell_index="10839" local_entity="0" value="0" />
+        <value cell_index="10840" local_entity="0" value="0" />
+        <value cell_index="10841" local_entity="0" value="0" />
+        <value cell_index="10842" local_entity="0" value="0" />
+        <value cell_index="10843" local_entity="0" value="0" />
+        <value cell_index="10844" local_entity="0" value="0" />
+        <value cell_index="10845" local_entity="0" value="0" />
+        <value cell_index="10846" local_entity="0" value="0" />
+        <value cell_index="10847" local_entity="0" value="0" />
+        <value cell_index="10848" local_entity="0" value="0" />
+        <value cell_index="10849" local_entity="0" value="0" />
+        <value cell_index="10850" local_entity="0" value="0" />
+        <value cell_index="10851" local_entity="0" value="0" />
+        <value cell_index="10852" local_entity="0" value="0" />
+        <value cell_index="10853" local_entity="0" value="0" />
+        <value cell_index="10854" local_entity="0" value="0" />
+        <value cell_index="10855" local_entity="0" value="0" />
+        <value cell_index="10856" local_entity="0" value="0" />
+        <value cell_index="10857" local_entity="0" value="0" />
+        <value cell_index="10858" local_entity="0" value="0" />
+        <value cell_index="10859" local_entity="0" value="0" />
+        <value cell_index="10860" local_entity="0" value="0" />
+        <value cell_index="10861" local_entity="0" value="0" />
+        <value cell_index="10862" local_entity="0" value="0" />
+        <value cell_index="10863" local_entity="0" value="0" />
+        <value cell_index="10864" local_entity="0" value="0" />
+        <value cell_index="10865" local_entity="0" value="0" />
+        <value cell_index="10866" local_entity="0" value="0" />
+        <value cell_index="10867" local_entity="0" value="0" />
+        <value cell_index="10868" local_entity="0" value="0" />
+        <value cell_index="10869" local_entity="0" value="0" />
+        <value cell_index="10870" local_entity="0" value="0" />
+        <value cell_index="10871" local_entity="0" value="0" />
+        <value cell_index="10872" local_entity="0" value="0" />
+        <value cell_index="10873" local_entity="0" value="0" />
+        <value cell_index="10874" local_entity="0" value="0" />
+        <value cell_index="10875" local_entity="0" value="0" />
+        <value cell_index="10876" local_entity="0" value="0" />
+        <value cell_index="10877" local_entity="0" value="0" />
+        <value cell_index="10878" local_entity="0" value="0" />
+        <value cell_index="10879" local_entity="0" value="0" />
+        <value cell_index="10880" local_entity="0" value="0" />
+        <value cell_index="10881" local_entity="0" value="0" />
+        <value cell_index="10882" local_entity="0" value="0" />
+        <value cell_index="10883" local_entity="0" value="0" />
+        <value cell_index="10884" local_entity="0" value="0" />
+        <value cell_index="10885" local_entity="0" value="0" />
+        <value cell_index="10886" local_entity="0" value="0" />
+        <value cell_index="10887" local_entity="0" value="0" />
+        <value cell_index="10888" local_entity="0" value="0" />
+        <value cell_index="10889" local_entity="0" value="0" />
+        <value cell_index="10890" local_entity="0" value="0" />
+        <value cell_index="10891" local_entity="0" value="0" />
+        <value cell_index="10892" local_entity="0" value="0" />
+        <value cell_index="10893" local_entity="0" value="0" />
+        <value cell_index="10894" local_entity="0" value="0" />
+        <value cell_index="10895" local_entity="0" value="0" />
+        <value cell_index="10896" local_entity="0" value="0" />
+        <value cell_index="10897" local_entity="0" value="0" />
+        <value cell_index="10898" local_entity="0" value="0" />
+        <value cell_index="10899" local_entity="0" value="0" />
+        <value cell_index="10900" local_entity="0" value="0" />
+        <value cell_index="10901" local_entity="0" value="0" />
+        <value cell_index="10902" local_entity="0" value="0" />
+        <value cell_index="10903" local_entity="0" value="0" />
+        <value cell_index="10904" local_entity="0" value="0" />
+        <value cell_index="10905" local_entity="0" value="0" />
+        <value cell_index="10906" local_entity="0" value="0" />
+        <value cell_index="10907" local_entity="0" value="0" />
+        <value cell_index="10908" local_entity="0" value="0" />
+        <value cell_index="10909" local_entity="0" value="0" />
+        <value cell_index="10910" local_entity="0" value="0" />
+        <value cell_index="10911" local_entity="0" value="0" />
+        <value cell_index="10912" local_entity="0" value="0" />
+        <value cell_index="10913" local_entity="0" value="0" />
+        <value cell_index="10914" local_entity="0" value="0" />
+        <value cell_index="10915" local_entity="0" value="0" />
+        <value cell_index="10916" local_entity="0" value="0" />
+        <value cell_index="10917" local_entity="0" value="0" />
+        <value cell_index="10918" local_entity="0" value="0" />
+        <value cell_index="10919" local_entity="0" value="0" />
+        <value cell_index="10920" local_entity="0" value="0" />
+        <value cell_index="10921" local_entity="0" value="0" />
+        <value cell_index="10922" local_entity="0" value="0" />
+        <value cell_index="10923" local_entity="0" value="0" />
+        <value cell_index="10924" local_entity="0" value="0" />
+        <value cell_index="10925" local_entity="0" value="0" />
+        <value cell_index="10926" local_entity="0" value="0" />
+        <value cell_index="10927" local_entity="0" value="0" />
+        <value cell_index="10928" local_entity="0" value="0" />
+        <value cell_index="10929" local_entity="0" value="0" />
+        <value cell_index="10930" local_entity="0" value="0" />
+        <value cell_index="10931" local_entity="0" value="0" />
+        <value cell_index="10932" local_entity="0" value="0" />
+        <value cell_index="10933" local_entity="0" value="0" />
+        <value cell_index="10934" local_entity="0" value="0" />
+        <value cell_index="10935" local_entity="0" value="0" />
+        <value cell_index="10936" local_entity="0" value="0" />
+        <value cell_index="10937" local_entity="0" value="0" />
+        <value cell_index="10938" local_entity="0" value="0" />
+        <value cell_index="10939" local_entity="0" value="0" />
+        <value cell_index="10940" local_entity="0" value="0" />
+        <value cell_index="10941" local_entity="0" value="0" />
+        <value cell_index="10942" local_entity="0" value="0" />
+        <value cell_index="10943" local_entity="0" value="0" />
+        <value cell_index="10944" local_entity="0" value="0" />
+        <value cell_index="10945" local_entity="0" value="0" />
+        <value cell_index="10946" local_entity="0" value="0" />
+        <value cell_index="10947" local_entity="0" value="0" />
+        <value cell_index="10948" local_entity="0" value="0" />
+        <value cell_index="10949" local_entity="0" value="0" />
+        <value cell_index="10950" local_entity="0" value="0" />
+        <value cell_index="10951" local_entity="0" value="0" />
+        <value cell_index="10952" local_entity="0" value="0" />
+        <value cell_index="10953" local_entity="0" value="0" />
+        <value cell_index="10954" local_entity="0" value="0" />
+        <value cell_index="10955" local_entity="0" value="0" />
+        <value cell_index="10956" local_entity="0" value="0" />
+        <value cell_index="10957" local_entity="0" value="0" />
+        <value cell_index="10958" local_entity="0" value="0" />
+        <value cell_index="10959" local_entity="0" value="0" />
+        <value cell_index="10960" local_entity="0" value="0" />
+        <value cell_index="10961" local_entity="0" value="0" />
+        <value cell_index="10962" local_entity="0" value="0" />
+        <value cell_index="10963" local_entity="0" value="0" />
+        <value cell_index="10964" local_entity="0" value="0" />
+        <value cell_index="10965" local_entity="0" value="0" />
+        <value cell_index="10966" local_entity="0" value="0" />
+        <value cell_index="10967" local_entity="0" value="0" />
+        <value cell_index="10968" local_entity="0" value="0" />
+        <value cell_index="10969" local_entity="0" value="0" />
+        <value cell_index="10970" local_entity="0" value="0" />
+        <value cell_index="10971" local_entity="0" value="0" />
+        <value cell_index="10972" local_entity="0" value="0" />
+        <value cell_index="10973" local_entity="0" value="0" />
+        <value cell_index="10974" local_entity="0" value="0" />
+        <value cell_index="10975" local_entity="0" value="0" />
+        <value cell_index="10976" local_entity="0" value="0" />
+        <value cell_index="10977" local_entity="0" value="0" />
+        <value cell_index="10978" local_entity="0" value="0" />
+        <value cell_index="10979" local_entity="0" value="0" />
+        <value cell_index="10980" local_entity="0" value="0" />
+        <value cell_index="10981" local_entity="0" value="0" />
+        <value cell_index="10982" local_entity="0" value="0" />
+        <value cell_index="10983" local_entity="0" value="0" />
+        <value cell_index="10984" local_entity="0" value="0" />
+        <value cell_index="10985" local_entity="0" value="0" />
+        <value cell_index="10986" local_entity="0" value="0" />
+        <value cell_index="10987" local_entity="0" value="0" />
+        <value cell_index="10988" local_entity="0" value="0" />
+        <value cell_index="10989" local_entity="0" value="0" />
+        <value cell_index="10990" local_entity="0" value="0" />
+        <value cell_index="10991" local_entity="0" value="0" />
+        <value cell_index="10992" local_entity="0" value="0" />
+        <value cell_index="10993" local_entity="0" value="0" />
+        <value cell_index="10994" local_entity="0" value="0" />
+        <value cell_index="10995" local_entity="0" value="0" />
+        <value cell_index="10996" local_entity="0" value="0" />
+        <value cell_index="10997" local_entity="0" value="0" />
+        <value cell_index="10998" local_entity="0" value="0" />
+        <value cell_index="10999" local_entity="0" value="0" />
+        <value cell_index="11000" local_entity="0" value="0" />
+        <value cell_index="11001" local_entity="0" value="0" />
+        <value cell_index="11002" local_entity="0" value="0" />
+        <value cell_index="11003" local_entity="0" value="0" />
+        <value cell_index="11004" local_entity="0" value="0" />
+        <value cell_index="11005" local_entity="0" value="0" />
+        <value cell_index="11006" local_entity="0" value="0" />
+        <value cell_index="11007" local_entity="0" value="0" />
+        <value cell_index="11008" local_entity="0" value="0" />
+        <value cell_index="11009" local_entity="0" value="0" />
+        <value cell_index="11010" local_entity="0" value="0" />
+        <value cell_index="11011" local_entity="0" value="0" />
+        <value cell_index="11012" local_entity="0" value="0" />
+        <value cell_index="11013" local_entity="0" value="0" />
+        <value cell_index="11014" local_entity="0" value="0" />
+        <value cell_index="11015" local_entity="0" value="0" />
+        <value cell_index="11016" local_entity="0" value="0" />
+        <value cell_index="11017" local_entity="0" value="0" />
+        <value cell_index="11018" local_entity="0" value="0" />
+        <value cell_index="11019" local_entity="0" value="0" />
+        <value cell_index="11020" local_entity="0" value="0" />
+        <value cell_index="11021" local_entity="0" value="0" />
+        <value cell_index="11022" local_entity="0" value="0" />
+        <value cell_index="11023" local_entity="0" value="0" />
+        <value cell_index="11024" local_entity="0" value="0" />
+        <value cell_index="11025" local_entity="0" value="0" />
+        <value cell_index="11026" local_entity="0" value="0" />
+        <value cell_index="11027" local_entity="0" value="0" />
+        <value cell_index="11028" local_entity="0" value="0" />
+        <value cell_index="11029" local_entity="0" value="0" />
+        <value cell_index="11030" local_entity="0" value="0" />
+        <value cell_index="11031" local_entity="0" value="0" />
+        <value cell_index="11032" local_entity="0" value="0" />
+        <value cell_index="11033" local_entity="0" value="0" />
+        <value cell_index="11034" local_entity="0" value="0" />
+        <value cell_index="11035" local_entity="0" value="0" />
+        <value cell_index="11036" local_entity="0" value="0" />
+        <value cell_index="11037" local_entity="0" value="0" />
+        <value cell_index="11038" local_entity="0" value="0" />
+        <value cell_index="11039" local_entity="0" value="0" />
+        <value cell_index="11040" local_entity="0" value="0" />
+        <value cell_index="11041" local_entity="0" value="0" />
+        <value cell_index="11042" local_entity="0" value="0" />
+        <value cell_index="11043" local_entity="0" value="0" />
+        <value cell_index="11044" local_entity="0" value="0" />
+        <value cell_index="11045" local_entity="0" value="0" />
+        <value cell_index="11046" local_entity="0" value="0" />
+        <value cell_index="11047" local_entity="0" value="0" />
+        <value cell_index="11048" local_entity="0" value="0" />
+        <value cell_index="11049" local_entity="0" value="0" />
+        <value cell_index="11050" local_entity="0" value="0" />
+        <value cell_index="11051" local_entity="0" value="0" />
+        <value cell_index="11052" local_entity="0" value="0" />
+        <value cell_index="11053" local_entity="0" value="0" />
+        <value cell_index="11054" local_entity="0" value="0" />
+        <value cell_index="11055" local_entity="0" value="0" />
+        <value cell_index="11056" local_entity="0" value="0" />
+        <value cell_index="11057" local_entity="0" value="0" />
+        <value cell_index="11058" local_entity="0" value="0" />
+        <value cell_index="11059" local_entity="0" value="0" />
+        <value cell_index="11060" local_entity="0" value="0" />
+        <value cell_index="11061" local_entity="0" value="0" />
+        <value cell_index="11062" local_entity="0" value="0" />
+        <value cell_index="11063" local_entity="0" value="0" />
+        <value cell_index="11064" local_entity="0" value="0" />
+        <value cell_index="11065" local_entity="0" value="0" />
+        <value cell_index="11066" local_entity="0" value="0" />
+        <value cell_index="11067" local_entity="0" value="0" />
+        <value cell_index="11068" local_entity="0" value="0" />
+        <value cell_index="11069" local_entity="0" value="0" />
+        <value cell_index="11070" local_entity="0" value="0" />
+        <value cell_index="11071" local_entity="0" value="0" />
+        <value cell_index="11072" local_entity="0" value="0" />
+        <value cell_index="11073" local_entity="0" value="0" />
+        <value cell_index="11074" local_entity="0" value="0" />
+        <value cell_index="11075" local_entity="0" value="0" />
+        <value cell_index="11076" local_entity="0" value="0" />
+        <value cell_index="11077" local_entity="0" value="0" />
+        <value cell_index="11078" local_entity="0" value="0" />
+        <value cell_index="11079" local_entity="0" value="0" />
+        <value cell_index="11080" local_entity="0" value="0" />
+        <value cell_index="11081" local_entity="0" value="0" />
+        <value cell_index="11082" local_entity="0" value="0" />
+        <value cell_index="11083" local_entity="0" value="0" />
+        <value cell_index="11084" local_entity="0" value="0" />
+        <value cell_index="11085" local_entity="0" value="0" />
+        <value cell_index="11086" local_entity="0" value="0" />
+        <value cell_index="11087" local_entity="0" value="0" />
+        <value cell_index="11088" local_entity="0" value="0" />
+        <value cell_index="11089" local_entity="0" value="0" />
+        <value cell_index="11090" local_entity="0" value="0" />
+        <value cell_index="11091" local_entity="0" value="0" />
+        <value cell_index="11092" local_entity="0" value="0" />
+        <value cell_index="11093" local_entity="0" value="0" />
+        <value cell_index="11094" local_entity="0" value="0" />
+        <value cell_index="11095" local_entity="0" value="0" />
+        <value cell_index="11096" local_entity="0" value="0" />
+        <value cell_index="11097" local_entity="0" value="0" />
+        <value cell_index="11098" local_entity="0" value="0" />
+        <value cell_index="11099" local_entity="0" value="0" />
+        <value cell_index="11100" local_entity="0" value="0" />
+        <value cell_index="11101" local_entity="0" value="0" />
+        <value cell_index="11102" local_entity="0" value="0" />
+        <value cell_index="11103" local_entity="0" value="0" />
+        <value cell_index="11104" local_entity="0" value="0" />
+        <value cell_index="11105" local_entity="0" value="0" />
+        <value cell_index="11106" local_entity="0" value="0" />
+        <value cell_index="11107" local_entity="0" value="0" />
+        <value cell_index="11108" local_entity="0" value="0" />
+        <value cell_index="11109" local_entity="0" value="0" />
+        <value cell_index="11110" local_entity="0" value="0" />
+        <value cell_index="11111" local_entity="0" value="0" />
+        <value cell_index="11112" local_entity="0" value="0" />
+        <value cell_index="11113" local_entity="0" value="0" />
+        <value cell_index="11114" local_entity="0" value="0" />
+        <value cell_index="11115" local_entity="0" value="0" />
+        <value cell_index="11116" local_entity="0" value="0" />
+        <value cell_index="11117" local_entity="0" value="0" />
+        <value cell_index="11118" local_entity="0" value="0" />
+        <value cell_index="11119" local_entity="0" value="0" />
+        <value cell_index="11120" local_entity="0" value="0" />
+        <value cell_index="11121" local_entity="0" value="0" />
+        <value cell_index="11122" local_entity="0" value="0" />
+        <value cell_index="11123" local_entity="0" value="0" />
+        <value cell_index="11124" local_entity="0" value="0" />
+        <value cell_index="11125" local_entity="0" value="0" />
+        <value cell_index="11126" local_entity="0" value="0" />
+        <value cell_index="11127" local_entity="0" value="0" />
+        <value cell_index="11128" local_entity="0" value="0" />
+        <value cell_index="11129" local_entity="0" value="0" />
+        <value cell_index="11130" local_entity="0" value="0" />
+        <value cell_index="11131" local_entity="0" value="0" />
+        <value cell_index="11132" local_entity="0" value="0" />
+        <value cell_index="11133" local_entity="0" value="0" />
+        <value cell_index="11134" local_entity="0" value="0" />
+        <value cell_index="11135" local_entity="0" value="0" />
+        <value cell_index="11136" local_entity="0" value="0" />
+        <value cell_index="11137" local_entity="0" value="0" />
+        <value cell_index="11138" local_entity="0" value="0" />
+        <value cell_index="11139" local_entity="0" value="0" />
+        <value cell_index="11140" local_entity="0" value="0" />
+        <value cell_index="11141" local_entity="0" value="0" />
+        <value cell_index="11142" local_entity="0" value="0" />
+        <value cell_index="11143" local_entity="0" value="0" />
+        <value cell_index="11144" local_entity="0" value="0" />
+        <value cell_index="11145" local_entity="0" value="0" />
+        <value cell_index="11146" local_entity="0" value="0" />
+        <value cell_index="11147" local_entity="0" value="0" />
+        <value cell_index="11148" local_entity="0" value="0" />
+        <value cell_index="11149" local_entity="0" value="0" />
+        <value cell_index="11150" local_entity="0" value="0" />
+        <value cell_index="11151" local_entity="0" value="0" />
+        <value cell_index="11152" local_entity="0" value="0" />
+        <value cell_index="11153" local_entity="0" value="0" />
+        <value cell_index="11154" local_entity="0" value="0" />
+        <value cell_index="11155" local_entity="0" value="0" />
+        <value cell_index="11156" local_entity="0" value="0" />
+        <value cell_index="11157" local_entity="0" value="0" />
+        <value cell_index="11158" local_entity="0" value="0" />
+        <value cell_index="11159" local_entity="0" value="0" />
+        <value cell_index="11160" local_entity="0" value="0" />
+        <value cell_index="11161" local_entity="0" value="0" />
+        <value cell_index="11162" local_entity="0" value="0" />
+        <value cell_index="11163" local_entity="0" value="0" />
+        <value cell_index="11164" local_entity="0" value="0" />
+        <value cell_index="11165" local_entity="0" value="0" />
+        <value cell_index="11166" local_entity="0" value="0" />
+        <value cell_index="11167" local_entity="0" value="0" />
+        <value cell_index="11168" local_entity="0" value="0" />
+        <value cell_index="11169" local_entity="0" value="0" />
+        <value cell_index="11170" local_entity="0" value="0" />
+        <value cell_index="11171" local_entity="0" value="0" />
+        <value cell_index="11172" local_entity="0" value="0" />
+        <value cell_index="11173" local_entity="0" value="0" />
+        <value cell_index="11174" local_entity="0" value="0" />
+        <value cell_index="11175" local_entity="0" value="0" />
+        <value cell_index="11176" local_entity="0" value="0" />
+        <value cell_index="11177" local_entity="0" value="0" />
+        <value cell_index="11178" local_entity="0" value="0" />
+        <value cell_index="11179" local_entity="0" value="0" />
+        <value cell_index="11180" local_entity="0" value="0" />
+        <value cell_index="11181" local_entity="0" value="0" />
+        <value cell_index="11182" local_entity="0" value="0" />
+        <value cell_index="11183" local_entity="0" value="0" />
+        <value cell_index="11184" local_entity="0" value="0" />
+        <value cell_index="11185" local_entity="0" value="0" />
+        <value cell_index="11186" local_entity="0" value="0" />
+        <value cell_index="11187" local_entity="0" value="0" />
+        <value cell_index="11188" local_entity="0" value="0" />
+        <value cell_index="11189" local_entity="0" value="0" />
+        <value cell_index="11190" local_entity="0" value="0" />
+        <value cell_index="11191" local_entity="0" value="0" />
+        <value cell_index="11192" local_entity="0" value="0" />
+        <value cell_index="11193" local_entity="0" value="0" />
+        <value cell_index="11194" local_entity="0" value="0" />
+        <value cell_index="11195" local_entity="0" value="0" />
+        <value cell_index="11196" local_entity="0" value="0" />
+        <value cell_index="11197" local_entity="0" value="0" />
+        <value cell_index="11198" local_entity="0" value="0" />
+        <value cell_index="11199" local_entity="0" value="0" />
+        <value cell_index="11200" local_entity="0" value="0" />
+        <value cell_index="11201" local_entity="0" value="0" />
+        <value cell_index="11202" local_entity="0" value="0" />
+        <value cell_index="11203" local_entity="0" value="0" />
+        <value cell_index="11204" local_entity="0" value="0" />
+        <value cell_index="11205" local_entity="0" value="0" />
+        <value cell_index="11206" local_entity="0" value="0" />
+        <value cell_index="11207" local_entity="0" value="0" />
+        <value cell_index="11208" local_entity="0" value="0" />
+        <value cell_index="11209" local_entity="0" value="0" />
+        <value cell_index="11210" local_entity="0" value="0" />
+        <value cell_index="11211" local_entity="0" value="0" />
+        <value cell_index="11212" local_entity="0" value="0" />
+        <value cell_index="11213" local_entity="0" value="0" />
+        <value cell_index="11214" local_entity="0" value="0" />
+        <value cell_index="11215" local_entity="0" value="0" />
+        <value cell_index="11216" local_entity="0" value="0" />
+        <value cell_index="11217" local_entity="0" value="0" />
+        <value cell_index="11218" local_entity="0" value="0" />
+        <value cell_index="11219" local_entity="0" value="0" />
+        <value cell_index="11220" local_entity="0" value="0" />
+        <value cell_index="11221" local_entity="0" value="0" />
+        <value cell_index="11222" local_entity="0" value="0" />
+        <value cell_index="11223" local_entity="0" value="0" />
+        <value cell_index="11224" local_entity="0" value="0" />
+        <value cell_index="11225" local_entity="0" value="0" />
+        <value cell_index="11226" local_entity="0" value="0" />
+        <value cell_index="11227" local_entity="0" value="0" />
+        <value cell_index="11228" local_entity="0" value="0" />
+        <value cell_index="11229" local_entity="0" value="0" />
+        <value cell_index="11230" local_entity="0" value="0" />
+        <value cell_index="11231" local_entity="0" value="0" />
+        <value cell_index="11232" local_entity="0" value="0" />
+        <value cell_index="11233" local_entity="0" value="0" />
+        <value cell_index="11234" local_entity="0" value="0" />
+        <value cell_index="11235" local_entity="0" value="0" />
+        <value cell_index="11236" local_entity="0" value="0" />
+        <value cell_index="11237" local_entity="0" value="0" />
+        <value cell_index="11238" local_entity="0" value="0" />
+        <value cell_index="11239" local_entity="0" value="0" />
+        <value cell_index="11240" local_entity="0" value="0" />
+        <value cell_index="11241" local_entity="0" value="0" />
+        <value cell_index="11242" local_entity="0" value="0" />
+        <value cell_index="11243" local_entity="0" value="0" />
+        <value cell_index="11244" local_entity="0" value="0" />
+        <value cell_index="11245" local_entity="0" value="0" />
+        <value cell_index="11246" local_entity="0" value="0" />
+        <value cell_index="11247" local_entity="0" value="0" />
+        <value cell_index="11248" local_entity="0" value="0" />
+        <value cell_index="11249" local_entity="0" value="0" />
+        <value cell_index="11250" local_entity="0" value="0" />
+        <value cell_index="11251" local_entity="0" value="0" />
+        <value cell_index="11252" local_entity="0" value="0" />
+        <value cell_index="11253" local_entity="0" value="0" />
+        <value cell_index="11254" local_entity="0" value="0" />
+        <value cell_index="11255" local_entity="0" value="0" />
+        <value cell_index="11256" local_entity="0" value="0" />
+        <value cell_index="11257" local_entity="0" value="0" />
+        <value cell_index="11258" local_entity="0" value="0" />
+        <value cell_index="11259" local_entity="0" value="0" />
+        <value cell_index="11260" local_entity="0" value="0" />
+        <value cell_index="11261" local_entity="0" value="0" />
+        <value cell_index="11262" local_entity="0" value="0" />
+        <value cell_index="11263" local_entity="0" value="0" />
+        <value cell_index="11264" local_entity="0" value="0" />
+        <value cell_index="11265" local_entity="0" value="0" />
+        <value cell_index="11266" local_entity="0" value="0" />
+        <value cell_index="11267" local_entity="0" value="0" />
+        <value cell_index="11268" local_entity="0" value="0" />
+        <value cell_index="11269" local_entity="0" value="0" />
+        <value cell_index="11270" local_entity="0" value="0" />
+        <value cell_index="11271" local_entity="0" value="0" />
+        <value cell_index="11272" local_entity="0" value="0" />
+        <value cell_index="11273" local_entity="0" value="0" />
+        <value cell_index="11274" local_entity="0" value="0" />
+        <value cell_index="11275" local_entity="0" value="0" />
+        <value cell_index="11276" local_entity="0" value="0" />
+        <value cell_index="11277" local_entity="0" value="0" />
+        <value cell_index="11278" local_entity="0" value="0" />
+        <value cell_index="11279" local_entity="0" value="0" />
+        <value cell_index="11280" local_entity="0" value="0" />
+        <value cell_index="11281" local_entity="0" value="0" />
+        <value cell_index="11282" local_entity="0" value="0" />
+        <value cell_index="11283" local_entity="0" value="0" />
+        <value cell_index="11284" local_entity="0" value="0" />
+        <value cell_index="11285" local_entity="0" value="0" />
+        <value cell_index="11286" local_entity="0" value="0" />
+        <value cell_index="11287" local_entity="0" value="0" />
+        <value cell_index="11288" local_entity="0" value="0" />
+        <value cell_index="11289" local_entity="0" value="0" />
+        <value cell_index="11290" local_entity="0" value="0" />
+        <value cell_index="11291" local_entity="0" value="0" />
+        <value cell_index="11292" local_entity="0" value="0" />
+        <value cell_index="11293" local_entity="0" value="0" />
+        <value cell_index="11294" local_entity="0" value="0" />
+        <value cell_index="11295" local_entity="0" value="0" />
+        <value cell_index="11296" local_entity="0" value="0" />
+        <value cell_index="11297" local_entity="0" value="0" />
+        <value cell_index="11298" local_entity="0" value="0" />
+        <value cell_index="11299" local_entity="0" value="0" />
+        <value cell_index="11300" local_entity="0" value="0" />
+        <value cell_index="11301" local_entity="0" value="0" />
+        <value cell_index="11302" local_entity="0" value="0" />
+        <value cell_index="11303" local_entity="0" value="0" />
+        <value cell_index="11304" local_entity="0" value="0" />
+        <value cell_index="11305" local_entity="0" value="0" />
+        <value cell_index="11306" local_entity="0" value="0" />
+        <value cell_index="11307" local_entity="0" value="0" />
+        <value cell_index="11308" local_entity="0" value="0" />
+        <value cell_index="11309" local_entity="0" value="0" />
+        <value cell_index="11310" local_entity="0" value="0" />
+        <value cell_index="11311" local_entity="0" value="0" />
+        <value cell_index="11312" local_entity="0" value="0" />
+        <value cell_index="11313" local_entity="0" value="0" />
+        <value cell_index="11314" local_entity="0" value="0" />
+        <value cell_index="11315" local_entity="0" value="0" />
+        <value cell_index="11316" local_entity="0" value="0" />
+        <value cell_index="11317" local_entity="0" value="0" />
+        <value cell_index="11318" local_entity="0" value="0" />
+        <value cell_index="11319" local_entity="0" value="0" />
+        <value cell_index="11320" local_entity="0" value="0" />
+        <value cell_index="11321" local_entity="0" value="0" />
+        <value cell_index="11322" local_entity="0" value="0" />
+        <value cell_index="11323" local_entity="0" value="0" />
+        <value cell_index="11324" local_entity="0" value="0" />
+        <value cell_index="11325" local_entity="0" value="0" />
+        <value cell_index="11326" local_entity="0" value="0" />
+        <value cell_index="11327" local_entity="0" value="0" />
+        <value cell_index="11328" local_entity="0" value="0" />
+        <value cell_index="11329" local_entity="0" value="0" />
+        <value cell_index="11330" local_entity="0" value="0" />
+        <value cell_index="11331" local_entity="0" value="0" />
+        <value cell_index="11332" local_entity="0" value="0" />
+        <value cell_index="11333" local_entity="0" value="0" />
+        <value cell_index="11334" local_entity="0" value="0" />
+        <value cell_index="11335" local_entity="0" value="0" />
+        <value cell_index="11336" local_entity="0" value="0" />
+        <value cell_index="11337" local_entity="0" value="0" />
+        <value cell_index="11338" local_entity="0" value="0" />
+        <value cell_index="11339" local_entity="0" value="0" />
+        <value cell_index="11340" local_entity="0" value="0" />
+        <value cell_index="11341" local_entity="0" value="0" />
+        <value cell_index="11342" local_entity="0" value="0" />
+        <value cell_index="11343" local_entity="0" value="0" />
+        <value cell_index="11344" local_entity="0" value="0" />
+        <value cell_index="11345" local_entity="0" value="0" />
+        <value cell_index="11346" local_entity="0" value="0" />
+        <value cell_index="11347" local_entity="0" value="0" />
+        <value cell_index="11348" local_entity="0" value="0" />
+        <value cell_index="11349" local_entity="0" value="0" />
+        <value cell_index="11350" local_entity="0" value="0" />
+        <value cell_index="11351" local_entity="0" value="0" />
+        <value cell_index="11352" local_entity="0" value="0" />
+        <value cell_index="11353" local_entity="0" value="0" />
+        <value cell_index="11354" local_entity="0" value="0" />
+        <value cell_index="11355" local_entity="0" value="0" />
+        <value cell_index="11356" local_entity="0" value="0" />
+        <value cell_index="11357" local_entity="0" value="0" />
+        <value cell_index="11358" local_entity="0" value="0" />
+        <value cell_index="11359" local_entity="0" value="0" />
+        <value cell_index="11360" local_entity="0" value="0" />
+        <value cell_index="11361" local_entity="0" value="0" />
+        <value cell_index="11362" local_entity="0" value="0" />
+        <value cell_index="11363" local_entity="0" value="0" />
+        <value cell_index="11364" local_entity="0" value="0" />
+        <value cell_index="11365" local_entity="0" value="0" />
+        <value cell_index="11366" local_entity="0" value="0" />
+        <value cell_index="11367" local_entity="0" value="0" />
+        <value cell_index="11368" local_entity="0" value="0" />
+        <value cell_index="11369" local_entity="0" value="0" />
+        <value cell_index="11370" local_entity="0" value="0" />
+        <value cell_index="11371" local_entity="0" value="0" />
+        <value cell_index="11372" local_entity="0" value="0" />
+        <value cell_index="11373" local_entity="0" value="0" />
+        <value cell_index="11374" local_entity="0" value="0" />
+        <value cell_index="11375" local_entity="0" value="0" />
+        <value cell_index="11376" local_entity="0" value="0" />
+        <value cell_index="11377" local_entity="0" value="0" />
+        <value cell_index="11378" local_entity="0" value="0" />
+        <value cell_index="11379" local_entity="0" value="0" />
+        <value cell_index="11380" local_entity="0" value="0" />
+        <value cell_index="11381" local_entity="0" value="0" />
+        <value cell_index="11382" local_entity="0" value="0" />
+        <value cell_index="11383" local_entity="0" value="0" />
+        <value cell_index="11384" local_entity="0" value="0" />
+        <value cell_index="11385" local_entity="0" value="0" />
+        <value cell_index="11386" local_entity="0" value="0" />
+        <value cell_index="11387" local_entity="0" value="0" />
+        <value cell_index="11388" local_entity="0" value="0" />
+        <value cell_index="11389" local_entity="0" value="0" />
+        <value cell_index="11390" local_entity="0" value="0" />
+        <value cell_index="11391" local_entity="0" value="0" />
+        <value cell_index="11392" local_entity="0" value="0" />
+        <value cell_index="11393" local_entity="0" value="0" />
+        <value cell_index="11394" local_entity="0" value="0" />
+        <value cell_index="11395" local_entity="0" value="0" />
+        <value cell_index="11396" local_entity="0" value="0" />
+        <value cell_index="11397" local_entity="0" value="0" />
+        <value cell_index="11398" local_entity="0" value="0" />
+        <value cell_index="11399" local_entity="0" value="0" />
+        <value cell_index="11400" local_entity="0" value="0" />
+        <value cell_index="11401" local_entity="0" value="0" />
+        <value cell_index="11402" local_entity="0" value="0" />
+        <value cell_index="11403" local_entity="0" value="0" />
+        <value cell_index="11404" local_entity="0" value="0" />
+        <value cell_index="11405" local_entity="0" value="0" />
+        <value cell_index="11406" local_entity="0" value="0" />
+        <value cell_index="11407" local_entity="0" value="0" />
+        <value cell_index="11408" local_entity="0" value="0" />
+        <value cell_index="11409" local_entity="0" value="0" />
+        <value cell_index="11410" local_entity="0" value="0" />
+        <value cell_index="11411" local_entity="0" value="0" />
+        <value cell_index="11412" local_entity="0" value="0" />
+        <value cell_index="11413" local_entity="0" value="0" />
+        <value cell_index="11414" local_entity="0" value="0" />
+        <value cell_index="11415" local_entity="0" value="0" />
+        <value cell_index="11416" local_entity="0" value="0" />
+        <value cell_index="11417" local_entity="0" value="0" />
+        <value cell_index="11418" local_entity="0" value="0" />
+        <value cell_index="11419" local_entity="0" value="0" />
+        <value cell_index="11420" local_entity="0" value="0" />
+        <value cell_index="11421" local_entity="0" value="0" />
+        <value cell_index="11422" local_entity="0" value="0" />
+        <value cell_index="11423" local_entity="0" value="0" />
+        <value cell_index="11424" local_entity="0" value="0" />
+        <value cell_index="11425" local_entity="0" value="0" />
+        <value cell_index="11426" local_entity="0" value="0" />
+        <value cell_index="11427" local_entity="0" value="0" />
+        <value cell_index="11428" local_entity="0" value="0" />
+        <value cell_index="11429" local_entity="0" value="0" />
+        <value cell_index="11430" local_entity="0" value="0" />
+        <value cell_index="11431" local_entity="0" value="0" />
+        <value cell_index="11432" local_entity="0" value="0" />
+        <value cell_index="11433" local_entity="0" value="0" />
+        <value cell_index="11434" local_entity="0" value="0" />
+        <value cell_index="11435" local_entity="0" value="0" />
+        <value cell_index="11436" local_entity="0" value="0" />
+        <value cell_index="11437" local_entity="0" value="0" />
+        <value cell_index="11438" local_entity="0" value="0" />
+        <value cell_index="11439" local_entity="0" value="0" />
+        <value cell_index="11440" local_entity="0" value="0" />
+        <value cell_index="11441" local_entity="0" value="0" />
+        <value cell_index="11442" local_entity="0" value="0" />
+        <value cell_index="11443" local_entity="0" value="0" />
+        <value cell_index="11444" local_entity="0" value="0" />
+        <value cell_index="11445" local_entity="0" value="0" />
+        <value cell_index="11446" local_entity="0" value="0" />
+        <value cell_index="11447" local_entity="0" value="0" />
+        <value cell_index="11448" local_entity="0" value="0" />
+        <value cell_index="11449" local_entity="0" value="0" />
+        <value cell_index="11450" local_entity="0" value="0" />
+        <value cell_index="11451" local_entity="0" value="0" />
+        <value cell_index="11452" local_entity="0" value="0" />
+        <value cell_index="11453" local_entity="0" value="0" />
+        <value cell_index="11454" local_entity="0" value="0" />
+        <value cell_index="11455" local_entity="0" value="0" />
+        <value cell_index="11456" local_entity="0" value="0" />
+        <value cell_index="11457" local_entity="0" value="0" />
+        <value cell_index="11458" local_entity="0" value="0" />
+        <value cell_index="11459" local_entity="0" value="0" />
+        <value cell_index="11460" local_entity="0" value="0" />
+        <value cell_index="11461" local_entity="0" value="0" />
+        <value cell_index="11462" local_entity="0" value="0" />
+        <value cell_index="11463" local_entity="0" value="0" />
+        <value cell_index="11464" local_entity="0" value="0" />
+        <value cell_index="11465" local_entity="0" value="0" />
+        <value cell_index="11466" local_entity="0" value="0" />
+        <value cell_index="11467" local_entity="0" value="0" />
+        <value cell_index="11468" local_entity="0" value="0" />
+        <value cell_index="11469" local_entity="0" value="0" />
+        <value cell_index="11470" local_entity="0" value="0" />
+        <value cell_index="11471" local_entity="0" value="0" />
+        <value cell_index="11472" local_entity="0" value="0" />
+        <value cell_index="11473" local_entity="0" value="0" />
+        <value cell_index="11474" local_entity="0" value="0" />
+        <value cell_index="11475" local_entity="0" value="0" />
+        <value cell_index="11476" local_entity="0" value="0" />
+        <value cell_index="11477" local_entity="0" value="0" />
+        <value cell_index="11478" local_entity="0" value="0" />
+        <value cell_index="11479" local_entity="0" value="0" />
+        <value cell_index="11480" local_entity="0" value="0" />
+        <value cell_index="11481" local_entity="0" value="0" />
+        <value cell_index="11482" local_entity="0" value="0" />
+        <value cell_index="11483" local_entity="0" value="0" />
+        <value cell_index="11484" local_entity="0" value="0" />
+        <value cell_index="11485" local_entity="0" value="0" />
+        <value cell_index="11486" local_entity="0" value="0" />
+        <value cell_index="11487" local_entity="0" value="0" />
+        <value cell_index="11488" local_entity="0" value="0" />
+        <value cell_index="11489" local_entity="0" value="0" />
+        <value cell_index="11490" local_entity="0" value="0" />
+        <value cell_index="11491" local_entity="0" value="0" />
+        <value cell_index="11492" local_entity="0" value="0" />
+        <value cell_index="11493" local_entity="0" value="0" />
+        <value cell_index="11494" local_entity="0" value="0" />
+        <value cell_index="11495" local_entity="0" value="0" />
+        <value cell_index="11496" local_entity="0" value="0" />
+        <value cell_index="11497" local_entity="0" value="0" />
+        <value cell_index="11498" local_entity="0" value="0" />
+        <value cell_index="11499" local_entity="0" value="0" />
+        <value cell_index="11500" local_entity="0" value="0" />
+        <value cell_index="11501" local_entity="0" value="0" />
+        <value cell_index="11502" local_entity="0" value="0" />
+        <value cell_index="11503" local_entity="0" value="0" />
+        <value cell_index="11504" local_entity="0" value="0" />
+        <value cell_index="11505" local_entity="0" value="0" />
+        <value cell_index="11506" local_entity="0" value="0" />
+        <value cell_index="11507" local_entity="0" value="0" />
+        <value cell_index="11508" local_entity="0" value="0" />
+        <value cell_index="11509" local_entity="0" value="0" />
+        <value cell_index="11510" local_entity="0" value="0" />
+        <value cell_index="11511" local_entity="0" value="0" />
+        <value cell_index="11512" local_entity="0" value="0" />
+        <value cell_index="11513" local_entity="0" value="0" />
+        <value cell_index="11514" local_entity="0" value="0" />
+        <value cell_index="11515" local_entity="0" value="0" />
+        <value cell_index="11516" local_entity="0" value="0" />
+        <value cell_index="11517" local_entity="0" value="0" />
+        <value cell_index="11518" local_entity="0" value="0" />
+        <value cell_index="11519" local_entity="0" value="0" />
+        <value cell_index="11520" local_entity="0" value="0" />
+        <value cell_index="11521" local_entity="0" value="0" />
+        <value cell_index="11522" local_entity="0" value="0" />
+        <value cell_index="11523" local_entity="0" value="0" />
+        <value cell_index="11524" local_entity="0" value="0" />
+        <value cell_index="11525" local_entity="0" value="0" />
+        <value cell_index="11526" local_entity="0" value="0" />
+        <value cell_index="11527" local_entity="0" value="0" />
+        <value cell_index="11528" local_entity="0" value="0" />
+        <value cell_index="11529" local_entity="0" value="0" />
+        <value cell_index="11530" local_entity="0" value="0" />
+        <value cell_index="11531" local_entity="0" value="0" />
+        <value cell_index="11532" local_entity="0" value="0" />
+        <value cell_index="11533" local_entity="0" value="0" />
+        <value cell_index="11534" local_entity="0" value="0" />
+        <value cell_index="11535" local_entity="0" value="0" />
+        <value cell_index="11536" local_entity="0" value="0" />
+        <value cell_index="11537" local_entity="0" value="0" />
+        <value cell_index="11538" local_entity="0" value="0" />
+        <value cell_index="11539" local_entity="0" value="0" />
+        <value cell_index="11540" local_entity="0" value="0" />
+        <value cell_index="11541" local_entity="0" value="0" />
+        <value cell_index="11542" local_entity="0" value="0" />
+        <value cell_index="11543" local_entity="0" value="0" />
+        <value cell_index="11544" local_entity="0" value="0" />
+        <value cell_index="11545" local_entity="0" value="0" />
+        <value cell_index="11546" local_entity="0" value="0" />
+        <value cell_index="11547" local_entity="0" value="0" />
+        <value cell_index="11548" local_entity="0" value="0" />
+        <value cell_index="11549" local_entity="0" value="0" />
+        <value cell_index="11550" local_entity="0" value="0" />
+        <value cell_index="11551" local_entity="0" value="0" />
+        <value cell_index="11552" local_entity="0" value="0" />
+        <value cell_index="11553" local_entity="0" value="0" />
+        <value cell_index="11554" local_entity="0" value="0" />
+        <value cell_index="11555" local_entity="0" value="0" />
+        <value cell_index="11556" local_entity="0" value="0" />
+        <value cell_index="11557" local_entity="0" value="0" />
+        <value cell_index="11558" local_entity="0" value="0" />
+        <value cell_index="11559" local_entity="0" value="0" />
+        <value cell_index="11560" local_entity="0" value="0" />
+        <value cell_index="11561" local_entity="0" value="0" />
+        <value cell_index="11562" local_entity="0" value="0" />
+        <value cell_index="11563" local_entity="0" value="0" />
+        <value cell_index="11564" local_entity="0" value="0" />
+        <value cell_index="11565" local_entity="0" value="0" />
+        <value cell_index="11566" local_entity="0" value="0" />
+        <value cell_index="11567" local_entity="0" value="0" />
+        <value cell_index="11568" local_entity="0" value="0" />
+        <value cell_index="11569" local_entity="0" value="0" />
+        <value cell_index="11570" local_entity="0" value="0" />
+        <value cell_index="11571" local_entity="0" value="0" />
+        <value cell_index="11572" local_entity="0" value="0" />
+        <value cell_index="11573" local_entity="0" value="0" />
+        <value cell_index="11574" local_entity="0" value="0" />
+        <value cell_index="11575" local_entity="0" value="0" />
+        <value cell_index="11576" local_entity="0" value="0" />
+        <value cell_index="11577" local_entity="0" value="0" />
+        <value cell_index="11578" local_entity="0" value="0" />
+        <value cell_index="11579" local_entity="0" value="0" />
+        <value cell_index="11580" local_entity="0" value="0" />
+        <value cell_index="11581" local_entity="0" value="0" />
+        <value cell_index="11582" local_entity="0" value="0" />
+        <value cell_index="11583" local_entity="0" value="0" />
+        <value cell_index="11584" local_entity="0" value="0" />
+        <value cell_index="11585" local_entity="0" value="0" />
+        <value cell_index="11586" local_entity="0" value="0" />
+        <value cell_index="11587" local_entity="0" value="0" />
+        <value cell_index="11588" local_entity="0" value="0" />
+        <value cell_index="11589" local_entity="0" value="0" />
+        <value cell_index="11590" local_entity="0" value="0" />
+        <value cell_index="11591" local_entity="0" value="0" />
+        <value cell_index="11592" local_entity="0" value="0" />
+        <value cell_index="11593" local_entity="0" value="0" />
+        <value cell_index="11594" local_entity="0" value="0" />
+        <value cell_index="11595" local_entity="0" value="0" />
+        <value cell_index="11596" local_entity="0" value="0" />
+        <value cell_index="11597" local_entity="0" value="0" />
+        <value cell_index="11598" local_entity="0" value="0" />
+        <value cell_index="11599" local_entity="0" value="0" />
+        <value cell_index="11600" local_entity="0" value="0" />
+        <value cell_index="11601" local_entity="0" value="0" />
+        <value cell_index="11602" local_entity="0" value="0" />
+        <value cell_index="11603" local_entity="0" value="0" />
+        <value cell_index="11604" local_entity="0" value="0" />
+        <value cell_index="11605" local_entity="0" value="0" />
+        <value cell_index="11606" local_entity="0" value="0" />
+        <value cell_index="11607" local_entity="0" value="0" />
+        <value cell_index="11608" local_entity="0" value="0" />
+        <value cell_index="11609" local_entity="0" value="0" />
+        <value cell_index="11610" local_entity="0" value="0" />
+        <value cell_index="11611" local_entity="0" value="0" />
+        <value cell_index="11612" local_entity="0" value="0" />
+        <value cell_index="11613" local_entity="0" value="0" />
+        <value cell_index="11614" local_entity="0" value="0" />
+        <value cell_index="11615" local_entity="0" value="0" />
+        <value cell_index="11616" local_entity="0" value="0" />
+        <value cell_index="11617" local_entity="0" value="0" />
+        <value cell_index="11618" local_entity="0" value="0" />
+        <value cell_index="11619" local_entity="0" value="0" />
+        <value cell_index="11620" local_entity="0" value="0" />
+        <value cell_index="11621" local_entity="0" value="0" />
+        <value cell_index="11622" local_entity="0" value="0" />
+        <value cell_index="11623" local_entity="0" value="0" />
+        <value cell_index="11624" local_entity="0" value="0" />
+        <value cell_index="11625" local_entity="0" value="0" />
+        <value cell_index="11626" local_entity="0" value="0" />
+        <value cell_index="11627" local_entity="0" value="0" />
+        <value cell_index="11628" local_entity="0" value="0" />
+        <value cell_index="11629" local_entity="0" value="0" />
+        <value cell_index="11630" local_entity="0" value="0" />
+        <value cell_index="11631" local_entity="0" value="0" />
+        <value cell_index="11632" local_entity="0" value="0" />
+        <value cell_index="11633" local_entity="0" value="0" />
+        <value cell_index="11634" local_entity="0" value="0" />
+        <value cell_index="11635" local_entity="0" value="0" />
+        <value cell_index="11636" local_entity="0" value="0" />
+        <value cell_index="11637" local_entity="0" value="0" />
+        <value cell_index="11638" local_entity="0" value="0" />
+        <value cell_index="11639" local_entity="0" value="0" />
+        <value cell_index="11640" local_entity="0" value="0" />
+        <value cell_index="11641" local_entity="0" value="0" />
+        <value cell_index="11642" local_entity="0" value="0" />
+        <value cell_index="11643" local_entity="0" value="0" />
+        <value cell_index="11644" local_entity="0" value="0" />
+        <value cell_index="11645" local_entity="0" value="0" />
+        <value cell_index="11646" local_entity="0" value="0" />
+        <value cell_index="11647" local_entity="0" value="0" />
+        <value cell_index="11648" local_entity="0" value="0" />
+        <value cell_index="11649" local_entity="0" value="0" />
+        <value cell_index="11650" local_entity="0" value="0" />
+        <value cell_index="11651" local_entity="0" value="0" />
+        <value cell_index="11652" local_entity="0" value="0" />
+        <value cell_index="11653" local_entity="0" value="0" />
+        <value cell_index="11654" local_entity="0" value="0" />
+        <value cell_index="11655" local_entity="0" value="0" />
+        <value cell_index="11656" local_entity="0" value="0" />
+        <value cell_index="11657" local_entity="0" value="0" />
+        <value cell_index="11658" local_entity="0" value="0" />
+        <value cell_index="11659" local_entity="0" value="0" />
+        <value cell_index="11660" local_entity="0" value="0" />
+        <value cell_index="11661" local_entity="0" value="0" />
+        <value cell_index="11662" local_entity="0" value="0" />
+        <value cell_index="11663" local_entity="0" value="0" />
+        <value cell_index="11664" local_entity="0" value="0" />
+        <value cell_index="11665" local_entity="0" value="0" />
+        <value cell_index="11666" local_entity="0" value="0" />
+        <value cell_index="11667" local_entity="0" value="0" />
+        <value cell_index="11668" local_entity="0" value="0" />
+        <value cell_index="11669" local_entity="0" value="0" />
+        <value cell_index="11670" local_entity="0" value="0" />
+        <value cell_index="11671" local_entity="0" value="0" />
+        <value cell_index="11672" local_entity="0" value="0" />
+        <value cell_index="11673" local_entity="0" value="0" />
+        <value cell_index="11674" local_entity="0" value="0" />
+        <value cell_index="11675" local_entity="0" value="0" />
+        <value cell_index="11676" local_entity="0" value="0" />
+        <value cell_index="11677" local_entity="0" value="0" />
+        <value cell_index="11678" local_entity="0" value="0" />
+        <value cell_index="11679" local_entity="0" value="0" />
+        <value cell_index="11680" local_entity="0" value="0" />
+        <value cell_index="11681" local_entity="0" value="0" />
+        <value cell_index="11682" local_entity="0" value="0" />
+        <value cell_index="11683" local_entity="0" value="0" />
+        <value cell_index="11684" local_entity="0" value="0" />
+        <value cell_index="11685" local_entity="0" value="0" />
+        <value cell_index="11686" local_entity="0" value="0" />
+        <value cell_index="11687" local_entity="0" value="0" />
+        <value cell_index="11688" local_entity="0" value="0" />
+        <value cell_index="11689" local_entity="0" value="0" />
+        <value cell_index="11690" local_entity="0" value="0" />
+        <value cell_index="11691" local_entity="0" value="0" />
+        <value cell_index="11692" local_entity="0" value="0" />
+        <value cell_index="11693" local_entity="0" value="0" />
+        <value cell_index="11694" local_entity="0" value="0" />
+        <value cell_index="11695" local_entity="0" value="0" />
+        <value cell_index="11696" local_entity="0" value="0" />
+        <value cell_index="11697" local_entity="0" value="0" />
+        <value cell_index="11698" local_entity="0" value="0" />
+        <value cell_index="11699" local_entity="0" value="0" />
+        <value cell_index="11700" local_entity="0" value="0" />
+        <value cell_index="11701" local_entity="0" value="0" />
+        <value cell_index="11702" local_entity="0" value="0" />
+        <value cell_index="11703" local_entity="0" value="0" />
+        <value cell_index="11704" local_entity="0" value="0" />
+        <value cell_index="11705" local_entity="0" value="0" />
+        <value cell_index="11706" local_entity="0" value="0" />
+        <value cell_index="11707" local_entity="0" value="0" />
+        <value cell_index="11708" local_entity="0" value="0" />
+        <value cell_index="11709" local_entity="0" value="0" />
+        <value cell_index="11710" local_entity="0" value="0" />
+        <value cell_index="11711" local_entity="0" value="0" />
+        <value cell_index="11712" local_entity="0" value="0" />
+        <value cell_index="11713" local_entity="0" value="0" />
+        <value cell_index="11714" local_entity="0" value="0" />
+        <value cell_index="11715" local_entity="0" value="0" />
+        <value cell_index="11716" local_entity="0" value="0" />
+        <value cell_index="11717" local_entity="0" value="0" />
+        <value cell_index="11718" local_entity="0" value="0" />
+        <value cell_index="11719" local_entity="0" value="0" />
+        <value cell_index="11720" local_entity="0" value="0" />
+        <value cell_index="11721" local_entity="0" value="0" />
+        <value cell_index="11722" local_entity="0" value="0" />
+        <value cell_index="11723" local_entity="0" value="0" />
+        <value cell_index="11724" local_entity="0" value="0" />
+        <value cell_index="11725" local_entity="0" value="0" />
+        <value cell_index="11726" local_entity="0" value="0" />
+        <value cell_index="11727" local_entity="0" value="0" />
+        <value cell_index="11728" local_entity="0" value="0" />
+        <value cell_index="11729" local_entity="0" value="0" />
+        <value cell_index="11730" local_entity="0" value="0" />
+        <value cell_index="11731" local_entity="0" value="0" />
+        <value cell_index="11732" local_entity="0" value="0" />
+        <value cell_index="11733" local_entity="0" value="0" />
+        <value cell_index="11734" local_entity="0" value="0" />
+        <value cell_index="11735" local_entity="0" value="0" />
+        <value cell_index="11736" local_entity="0" value="0" />
+        <value cell_index="11737" local_entity="0" value="0" />
+        <value cell_index="11738" local_entity="0" value="0" />
+        <value cell_index="11739" local_entity="0" value="0" />
+        <value cell_index="11740" local_entity="0" value="0" />
+        <value cell_index="11741" local_entity="0" value="0" />
+        <value cell_index="11742" local_entity="0" value="0" />
+        <value cell_index="11743" local_entity="0" value="0" />
+        <value cell_index="11744" local_entity="0" value="0" />
+        <value cell_index="11745" local_entity="0" value="0" />
+        <value cell_index="11746" local_entity="0" value="0" />
+        <value cell_index="11747" local_entity="0" value="0" />
+        <value cell_index="11748" local_entity="0" value="0" />
+        <value cell_index="11749" local_entity="0" value="0" />
+        <value cell_index="11750" local_entity="0" value="0" />
+        <value cell_index="11751" local_entity="0" value="0" />
+        <value cell_index="11752" local_entity="0" value="0" />
+        <value cell_index="11753" local_entity="0" value="0" />
+        <value cell_index="11754" local_entity="0" value="0" />
+        <value cell_index="11755" local_entity="0" value="0" />
+        <value cell_index="11756" local_entity="0" value="0" />
+        <value cell_index="11757" local_entity="0" value="0" />
+        <value cell_index="11758" local_entity="0" value="0" />
+        <value cell_index="11759" local_entity="0" value="0" />
+        <value cell_index="11760" local_entity="0" value="0" />
+        <value cell_index="11761" local_entity="0" value="0" />
+        <value cell_index="11762" local_entity="0" value="0" />
+        <value cell_index="11763" local_entity="0" value="0" />
+        <value cell_index="11764" local_entity="0" value="0" />
+        <value cell_index="11765" local_entity="0" value="0" />
+        <value cell_index="11766" local_entity="0" value="0" />
+        <value cell_index="11767" local_entity="0" value="0" />
+        <value cell_index="11768" local_entity="0" value="0" />
+        <value cell_index="11769" local_entity="0" value="0" />
+        <value cell_index="11770" local_entity="0" value="0" />
+        <value cell_index="11771" local_entity="0" value="0" />
+        <value cell_index="11772" local_entity="0" value="0" />
+        <value cell_index="11773" local_entity="0" value="0" />
+        <value cell_index="11774" local_entity="0" value="0" />
+        <value cell_index="11775" local_entity="0" value="0" />
+        <value cell_index="11776" local_entity="0" value="0" />
+        <value cell_index="11777" local_entity="0" value="0" />
+        <value cell_index="11778" local_entity="0" value="0" />
+        <value cell_index="11779" local_entity="0" value="0" />
+        <value cell_index="11780" local_entity="0" value="0" />
+        <value cell_index="11781" local_entity="0" value="0" />
+        <value cell_index="11782" local_entity="0" value="0" />
+        <value cell_index="11783" local_entity="0" value="0" />
+        <value cell_index="11784" local_entity="0" value="0" />
+        <value cell_index="11785" local_entity="0" value="0" />
+        <value cell_index="11786" local_entity="0" value="0" />
+        <value cell_index="11787" local_entity="0" value="0" />
+        <value cell_index="11788" local_entity="0" value="0" />
+        <value cell_index="11789" local_entity="0" value="0" />
+        <value cell_index="11790" local_entity="0" value="0" />
+        <value cell_index="11791" local_entity="0" value="0" />
+        <value cell_index="11792" local_entity="0" value="0" />
+        <value cell_index="11793" local_entity="0" value="0" />
+        <value cell_index="11794" local_entity="0" value="0" />
+        <value cell_index="11795" local_entity="0" value="0" />
+        <value cell_index="11796" local_entity="0" value="0" />
+        <value cell_index="11797" local_entity="0" value="0" />
+        <value cell_index="11798" local_entity="0" value="0" />
+        <value cell_index="11799" local_entity="0" value="0" />
+        <value cell_index="11800" local_entity="0" value="0" />
+        <value cell_index="11801" local_entity="0" value="0" />
+        <value cell_index="11802" local_entity="0" value="0" />
+        <value cell_index="11803" local_entity="0" value="0" />
+        <value cell_index="11804" local_entity="0" value="0" />
+        <value cell_index="11805" local_entity="0" value="0" />
+        <value cell_index="11806" local_entity="0" value="0" />
+        <value cell_index="11807" local_entity="0" value="0" />
+        <value cell_index="11808" local_entity="0" value="0" />
+        <value cell_index="11809" local_entity="0" value="0" />
+        <value cell_index="11810" local_entity="0" value="0" />
+        <value cell_index="11811" local_entity="0" value="0" />
+        <value cell_index="11812" local_entity="0" value="0" />
+        <value cell_index="11813" local_entity="0" value="0" />
+        <value cell_index="11814" local_entity="0" value="0" />
+        <value cell_index="11815" local_entity="0" value="0" />
+        <value cell_index="11816" local_entity="0" value="0" />
+        <value cell_index="11817" local_entity="0" value="0" />
+        <value cell_index="11818" local_entity="0" value="0" />
+        <value cell_index="11819" local_entity="0" value="0" />
+        <value cell_index="11820" local_entity="0" value="0" />
+        <value cell_index="11821" local_entity="0" value="0" />
+        <value cell_index="11822" local_entity="0" value="0" />
+        <value cell_index="11823" local_entity="0" value="0" />
+        <value cell_index="11824" local_entity="0" value="0" />
+        <value cell_index="11825" local_entity="0" value="0" />
+        <value cell_index="11826" local_entity="0" value="0" />
+        <value cell_index="11827" local_entity="0" value="0" />
+        <value cell_index="11828" local_entity="0" value="0" />
+        <value cell_index="11829" local_entity="0" value="0" />
+        <value cell_index="11830" local_entity="0" value="0" />
+        <value cell_index="11831" local_entity="0" value="0" />
+        <value cell_index="11832" local_entity="0" value="0" />
+        <value cell_index="11833" local_entity="0" value="0" />
+        <value cell_index="11834" local_entity="0" value="0" />
+        <value cell_index="11835" local_entity="0" value="0" />
+        <value cell_index="11836" local_entity="0" value="0" />
+        <value cell_index="11837" local_entity="0" value="0" />
+        <value cell_index="11838" local_entity="0" value="0" />
+        <value cell_index="11839" local_entity="0" value="0" />
+        <value cell_index="11840" local_entity="0" value="0" />
+        <value cell_index="11841" local_entity="0" value="0" />
+        <value cell_index="11842" local_entity="0" value="0" />
+        <value cell_index="11843" local_entity="0" value="0" />
+        <value cell_index="11844" local_entity="0" value="0" />
+        <value cell_index="11845" local_entity="0" value="0" />
+        <value cell_index="11846" local_entity="0" value="0" />
+        <value cell_index="11847" local_entity="0" value="0" />
+        <value cell_index="11848" local_entity="0" value="0" />
+        <value cell_index="11849" local_entity="0" value="0" />
+        <value cell_index="11850" local_entity="0" value="0" />
+        <value cell_index="11851" local_entity="0" value="0" />
+        <value cell_index="11852" local_entity="0" value="0" />
+        <value cell_index="11853" local_entity="0" value="0" />
+        <value cell_index="11854" local_entity="0" value="0" />
+        <value cell_index="11855" local_entity="0" value="0" />
+        <value cell_index="11856" local_entity="0" value="0" />
+        <value cell_index="11857" local_entity="0" value="0" />
+        <value cell_index="11858" local_entity="0" value="0" />
+        <value cell_index="11859" local_entity="0" value="0" />
+        <value cell_index="11860" local_entity="0" value="0" />
+        <value cell_index="11861" local_entity="0" value="0" />
+        <value cell_index="11862" local_entity="0" value="0" />
+        <value cell_index="11863" local_entity="0" value="0" />
+        <value cell_index="11864" local_entity="0" value="0" />
+        <value cell_index="11865" local_entity="0" value="0" />
+        <value cell_index="11866" local_entity="0" value="0" />
+        <value cell_index="11867" local_entity="0" value="0" />
+        <value cell_index="11868" local_entity="0" value="0" />
+        <value cell_index="11869" local_entity="0" value="0" />
+        <value cell_index="11870" local_entity="0" value="0" />
+        <value cell_index="11871" local_entity="0" value="0" />
+        <value cell_index="11872" local_entity="0" value="0" />
+        <value cell_index="11873" local_entity="0" value="0" />
+        <value cell_index="11874" local_entity="0" value="0" />
+        <value cell_index="11875" local_entity="0" value="0" />
+        <value cell_index="11876" local_entity="0" value="0" />
+        <value cell_index="11877" local_entity="0" value="0" />
+        <value cell_index="11878" local_entity="0" value="0" />
+        <value cell_index="11879" local_entity="0" value="0" />
+        <value cell_index="11880" local_entity="0" value="0" />
+        <value cell_index="11881" local_entity="0" value="0" />
+        <value cell_index="11882" local_entity="0" value="0" />
+        <value cell_index="11883" local_entity="0" value="0" />
+        <value cell_index="11884" local_entity="0" value="0" />
+        <value cell_index="11885" local_entity="0" value="0" />
+        <value cell_index="11886" local_entity="0" value="0" />
+        <value cell_index="11887" local_entity="0" value="0" />
+        <value cell_index="11888" local_entity="0" value="0" />
+        <value cell_index="11889" local_entity="0" value="0" />
+        <value cell_index="11890" local_entity="0" value="0" />
+        <value cell_index="11891" local_entity="0" value="0" />
+        <value cell_index="11892" local_entity="0" value="0" />
+        <value cell_index="11893" local_entity="0" value="0" />
+        <value cell_index="11894" local_entity="0" value="0" />
+        <value cell_index="11895" local_entity="0" value="0" />
+        <value cell_index="11896" local_entity="0" value="0" />
+        <value cell_index="11897" local_entity="0" value="0" />
+        <value cell_index="11898" local_entity="0" value="0" />
+        <value cell_index="11899" local_entity="0" value="0" />
+        <value cell_index="11900" local_entity="0" value="0" />
+        <value cell_index="11901" local_entity="0" value="0" />
+        <value cell_index="11902" local_entity="0" value="0" />
+        <value cell_index="11903" local_entity="0" value="0" />
+        <value cell_index="11904" local_entity="0" value="0" />
+        <value cell_index="11905" local_entity="0" value="0" />
+        <value cell_index="11906" local_entity="0" value="0" />
+        <value cell_index="11907" local_entity="0" value="0" />
+        <value cell_index="11908" local_entity="0" value="0" />
+        <value cell_index="11909" local_entity="0" value="0" />
+        <value cell_index="11910" local_entity="0" value="0" />
+        <value cell_index="11911" local_entity="0" value="0" />
+        <value cell_index="11912" local_entity="0" value="0" />
+        <value cell_index="11913" local_entity="0" value="0" />
+        <value cell_index="11914" local_entity="0" value="0" />
+        <value cell_index="11915" local_entity="0" value="0" />
+        <value cell_index="11916" local_entity="0" value="0" />
+        <value cell_index="11917" local_entity="0" value="0" />
+        <value cell_index="11918" local_entity="0" value="0" />
+        <value cell_index="11919" local_entity="0" value="0" />
+        <value cell_index="11920" local_entity="0" value="0" />
+        <value cell_index="11921" local_entity="0" value="0" />
+        <value cell_index="11922" local_entity="0" value="0" />
+        <value cell_index="11923" local_entity="0" value="0" />
+        <value cell_index="11924" local_entity="0" value="0" />
+        <value cell_index="11925" local_entity="0" value="0" />
+        <value cell_index="11926" local_entity="0" value="0" />
+        <value cell_index="11927" local_entity="0" value="0" />
+        <value cell_index="11928" local_entity="0" value="0" />
+        <value cell_index="11929" local_entity="0" value="0" />
+        <value cell_index="11930" local_entity="0" value="0" />
+        <value cell_index="11931" local_entity="0" value="0" />
+        <value cell_index="11932" local_entity="0" value="0" />
+        <value cell_index="11933" local_entity="0" value="0" />
+        <value cell_index="11934" local_entity="0" value="0" />
+        <value cell_index="11935" local_entity="0" value="0" />
+        <value cell_index="11936" local_entity="0" value="0" />
+        <value cell_index="11937" local_entity="0" value="0" />
+        <value cell_index="11938" local_entity="0" value="0" />
+        <value cell_index="11939" local_entity="0" value="0" />
+        <value cell_index="11940" local_entity="0" value="0" />
+        <value cell_index="11941" local_entity="0" value="0" />
+        <value cell_index="11942" local_entity="0" value="0" />
+        <value cell_index="11943" local_entity="0" value="0" />
+        <value cell_index="11944" local_entity="0" value="0" />
+        <value cell_index="11945" local_entity="0" value="0" />
+        <value cell_index="11946" local_entity="0" value="0" />
+        <value cell_index="11947" local_entity="0" value="0" />
+        <value cell_index="11948" local_entity="0" value="0" />
+        <value cell_index="11949" local_entity="0" value="0" />
+        <value cell_index="11950" local_entity="0" value="0" />
+        <value cell_index="11951" local_entity="0" value="0" />
+        <value cell_index="11952" local_entity="0" value="0" />
+        <value cell_index="11953" local_entity="0" value="0" />
+        <value cell_index="11954" local_entity="0" value="0" />
+        <value cell_index="11955" local_entity="0" value="0" />
+        <value cell_index="11956" local_entity="0" value="0" />
+        <value cell_index="11957" local_entity="0" value="0" />
+        <value cell_index="11958" local_entity="0" value="0" />
+        <value cell_index="11959" local_entity="0" value="0" />
+        <value cell_index="11960" local_entity="0" value="0" />
+        <value cell_index="11961" local_entity="0" value="0" />
+        <value cell_index="11962" local_entity="0" value="0" />
+        <value cell_index="11963" local_entity="0" value="0" />
+        <value cell_index="11964" local_entity="0" value="0" />
+        <value cell_index="11965" local_entity="0" value="0" />
+        <value cell_index="11966" local_entity="0" value="0" />
+        <value cell_index="11967" local_entity="0" value="0" />
+        <value cell_index="11968" local_entity="0" value="0" />
+        <value cell_index="11969" local_entity="0" value="0" />
+        <value cell_index="11970" local_entity="0" value="0" />
+        <value cell_index="11971" local_entity="0" value="0" />
+        <value cell_index="11972" local_entity="0" value="0" />
+        <value cell_index="11973" local_entity="0" value="0" />
+        <value cell_index="11974" local_entity="0" value="0" />
+        <value cell_index="11975" local_entity="0" value="0" />
+        <value cell_index="11976" local_entity="0" value="0" />
+        <value cell_index="11977" local_entity="0" value="0" />
+        <value cell_index="11978" local_entity="0" value="0" />
+        <value cell_index="11979" local_entity="0" value="0" />
+        <value cell_index="11980" local_entity="0" value="0" />
+        <value cell_index="11981" local_entity="0" value="0" />
+        <value cell_index="11982" local_entity="0" value="0" />
+        <value cell_index="11983" local_entity="0" value="0" />
+        <value cell_index="11984" local_entity="0" value="0" />
+        <value cell_index="11985" local_entity="0" value="0" />
+        <value cell_index="11986" local_entity="0" value="0" />
+        <value cell_index="11987" local_entity="0" value="0" />
+        <value cell_index="11988" local_entity="0" value="0" />
+        <value cell_index="11989" local_entity="0" value="0" />
+        <value cell_index="11990" local_entity="0" value="0" />
+        <value cell_index="11991" local_entity="0" value="0" />
+        <value cell_index="11992" local_entity="0" value="0" />
+        <value cell_index="11993" local_entity="0" value="0" />
+        <value cell_index="11994" local_entity="0" value="0" />
+        <value cell_index="11995" local_entity="0" value="0" />
+        <value cell_index="11996" local_entity="0" value="0" />
+        <value cell_index="11997" local_entity="0" value="0" />
+        <value cell_index="11998" local_entity="0" value="0" />
+        <value cell_index="11999" local_entity="0" value="0" />
+        <value cell_index="12000" local_entity="0" value="0" />
+        <value cell_index="12001" local_entity="0" value="0" />
+        <value cell_index="12002" local_entity="0" value="0" />
+        <value cell_index="12003" local_entity="0" value="0" />
+        <value cell_index="12004" local_entity="0" value="0" />
+        <value cell_index="12005" local_entity="0" value="0" />
+        <value cell_index="12006" local_entity="0" value="0" />
+        <value cell_index="12007" local_entity="0" value="0" />
+        <value cell_index="12008" local_entity="0" value="0" />
+        <value cell_index="12009" local_entity="0" value="0" />
+        <value cell_index="12010" local_entity="0" value="0" />
+        <value cell_index="12011" local_entity="0" value="0" />
+        <value cell_index="12012" local_entity="0" value="0" />
+        <value cell_index="12013" local_entity="0" value="0" />
+        <value cell_index="12014" local_entity="0" value="0" />
+        <value cell_index="12015" local_entity="0" value="0" />
+        <value cell_index="12016" local_entity="0" value="0" />
+        <value cell_index="12017" local_entity="0" value="0" />
+        <value cell_index="12018" local_entity="0" value="0" />
+        <value cell_index="12019" local_entity="0" value="0" />
+        <value cell_index="12020" local_entity="0" value="0" />
+        <value cell_index="12021" local_entity="0" value="0" />
+        <value cell_index="12022" local_entity="0" value="0" />
+        <value cell_index="12023" local_entity="0" value="0" />
+        <value cell_index="12024" local_entity="0" value="0" />
+        <value cell_index="12025" local_entity="0" value="0" />
+        <value cell_index="12026" local_entity="0" value="0" />
+        <value cell_index="12027" local_entity="0" value="0" />
+        <value cell_index="12028" local_entity="0" value="0" />
+        <value cell_index="12029" local_entity="0" value="0" />
+        <value cell_index="12030" local_entity="0" value="0" />
+        <value cell_index="12031" local_entity="0" value="0" />
+        <value cell_index="12032" local_entity="0" value="0" />
+        <value cell_index="12033" local_entity="0" value="0" />
+        <value cell_index="12034" local_entity="0" value="0" />
+        <value cell_index="12035" local_entity="0" value="0" />
+        <value cell_index="12036" local_entity="0" value="0" />
+        <value cell_index="12037" local_entity="0" value="0" />
+        <value cell_index="12038" local_entity="0" value="0" />
+        <value cell_index="12039" local_entity="0" value="0" />
+        <value cell_index="12040" local_entity="0" value="0" />
+        <value cell_index="12041" local_entity="0" value="0" />
+        <value cell_index="12042" local_entity="0" value="0" />
+        <value cell_index="12043" local_entity="0" value="0" />
+        <value cell_index="12044" local_entity="0" value="0" />
+        <value cell_index="12045" local_entity="0" value="0" />
+        <value cell_index="12046" local_entity="0" value="0" />
+        <value cell_index="12047" local_entity="0" value="0" />
+        <value cell_index="12048" local_entity="0" value="0" />
+        <value cell_index="12049" local_entity="0" value="0" />
+        <value cell_index="12050" local_entity="0" value="0" />
+        <value cell_index="12051" local_entity="0" value="0" />
+        <value cell_index="12052" local_entity="0" value="0" />
+        <value cell_index="12053" local_entity="0" value="0" />
+        <value cell_index="12054" local_entity="0" value="0" />
+        <value cell_index="12055" local_entity="0" value="0" />
+        <value cell_index="12056" local_entity="0" value="0" />
+        <value cell_index="12057" local_entity="0" value="0" />
+        <value cell_index="12058" local_entity="0" value="0" />
+        <value cell_index="12059" local_entity="0" value="0" />
+        <value cell_index="12060" local_entity="0" value="0" />
+        <value cell_index="12061" local_entity="0" value="0" />
+        <value cell_index="12062" local_entity="0" value="0" />
+        <value cell_index="12063" local_entity="0" value="0" />
+        <value cell_index="12064" local_entity="0" value="0" />
+        <value cell_index="12065" local_entity="0" value="0" />
+        <value cell_index="12066" local_entity="0" value="0" />
+        <value cell_index="12067" local_entity="0" value="0" />
+        <value cell_index="12068" local_entity="0" value="0" />
+        <value cell_index="12069" local_entity="0" value="0" />
+        <value cell_index="12070" local_entity="0" value="0" />
+        <value cell_index="12071" local_entity="0" value="0" />
+        <value cell_index="12072" local_entity="0" value="0" />
+        <value cell_index="12073" local_entity="0" value="0" />
+        <value cell_index="12074" local_entity="0" value="0" />
+        <value cell_index="12075" local_entity="0" value="0" />
+        <value cell_index="12076" local_entity="0" value="0" />
+        <value cell_index="12077" local_entity="0" value="0" />
+        <value cell_index="12078" local_entity="0" value="0" />
+        <value cell_index="12079" local_entity="0" value="0" />
+        <value cell_index="12080" local_entity="0" value="0" />
+        <value cell_index="12081" local_entity="0" value="0" />
+        <value cell_index="12082" local_entity="0" value="0" />
+        <value cell_index="12083" local_entity="0" value="0" />
+        <value cell_index="12084" local_entity="0" value="0" />
+        <value cell_index="12085" local_entity="0" value="0" />
+        <value cell_index="12086" local_entity="0" value="0" />
+        <value cell_index="12087" local_entity="0" value="0" />
+        <value cell_index="12088" local_entity="0" value="0" />
+        <value cell_index="12089" local_entity="0" value="0" />
+        <value cell_index="12090" local_entity="0" value="0" />
+        <value cell_index="12091" local_entity="0" value="0" />
+        <value cell_index="12092" local_entity="0" value="0" />
+        <value cell_index="12093" local_entity="0" value="0" />
+        <value cell_index="12094" local_entity="0" value="0" />
+        <value cell_index="12095" local_entity="0" value="0" />
+        <value cell_index="12096" local_entity="0" value="0" />
+        <value cell_index="12097" local_entity="0" value="0" />
+        <value cell_index="12098" local_entity="0" value="0" />
+        <value cell_index="12099" local_entity="0" value="0" />
+        <value cell_index="12100" local_entity="0" value="0" />
+        <value cell_index="12101" local_entity="0" value="0" />
+        <value cell_index="12102" local_entity="0" value="0" />
+        <value cell_index="12103" local_entity="0" value="0" />
+        <value cell_index="12104" local_entity="0" value="0" />
+        <value cell_index="12105" local_entity="0" value="0" />
+        <value cell_index="12106" local_entity="0" value="0" />
+        <value cell_index="12107" local_entity="0" value="0" />
+        <value cell_index="12108" local_entity="0" value="0" />
+        <value cell_index="12109" local_entity="0" value="0" />
+        <value cell_index="12110" local_entity="0" value="0" />
+        <value cell_index="12111" local_entity="0" value="0" />
+        <value cell_index="12112" local_entity="0" value="0" />
+        <value cell_index="12113" local_entity="0" value="0" />
+        <value cell_index="12114" local_entity="0" value="0" />
+        <value cell_index="12115" local_entity="0" value="0" />
+        <value cell_index="12116" local_entity="0" value="0" />
+        <value cell_index="12117" local_entity="0" value="0" />
+        <value cell_index="12118" local_entity="0" value="0" />
+        <value cell_index="12119" local_entity="0" value="0" />
+        <value cell_index="12120" local_entity="0" value="0" />
+        <value cell_index="12121" local_entity="0" value="0" />
+        <value cell_index="12122" local_entity="0" value="0" />
+        <value cell_index="12123" local_entity="0" value="0" />
+        <value cell_index="12124" local_entity="0" value="0" />
+        <value cell_index="12125" local_entity="0" value="0" />
+        <value cell_index="12126" local_entity="0" value="0" />
+        <value cell_index="12127" local_entity="0" value="0" />
+        <value cell_index="12128" local_entity="0" value="0" />
+        <value cell_index="12129" local_entity="0" value="0" />
+        <value cell_index="12130" local_entity="0" value="0" />
+        <value cell_index="12131" local_entity="0" value="0" />
+        <value cell_index="12132" local_entity="0" value="0" />
+        <value cell_index="12133" local_entity="0" value="0" />
+        <value cell_index="12134" local_entity="0" value="0" />
+        <value cell_index="12135" local_entity="0" value="0" />
+        <value cell_index="12136" local_entity="0" value="0" />
+        <value cell_index="12137" local_entity="0" value="0" />
+        <value cell_index="12138" local_entity="0" value="0" />
+        <value cell_index="12139" local_entity="0" value="0" />
+        <value cell_index="12140" local_entity="0" value="0" />
+        <value cell_index="12141" local_entity="0" value="0" />
+        <value cell_index="12142" local_entity="0" value="0" />
+        <value cell_index="12143" local_entity="0" value="0" />
+        <value cell_index="12144" local_entity="0" value="0" />
+        <value cell_index="12145" local_entity="0" value="0" />
+        <value cell_index="12146" local_entity="0" value="0" />
+        <value cell_index="12147" local_entity="0" value="0" />
+        <value cell_index="12148" local_entity="0" value="0" />
+        <value cell_index="12149" local_entity="0" value="0" />
+        <value cell_index="12150" local_entity="0" value="0" />
+        <value cell_index="12151" local_entity="0" value="0" />
+        <value cell_index="12152" local_entity="0" value="0" />
+        <value cell_index="12153" local_entity="0" value="0" />
+        <value cell_index="12154" local_entity="0" value="0" />
+        <value cell_index="12155" local_entity="0" value="0" />
+        <value cell_index="12156" local_entity="0" value="0" />
+        <value cell_index="12157" local_entity="0" value="0" />
+        <value cell_index="12158" local_entity="0" value="0" />
+        <value cell_index="12159" local_entity="0" value="0" />
+        <value cell_index="12160" local_entity="0" value="0" />
+        <value cell_index="12161" local_entity="0" value="0" />
+        <value cell_index="12162" local_entity="0" value="0" />
+        <value cell_index="12163" local_entity="0" value="0" />
+        <value cell_index="12164" local_entity="0" value="0" />
+        <value cell_index="12165" local_entity="0" value="0" />
+        <value cell_index="12166" local_entity="0" value="0" />
+        <value cell_index="12167" local_entity="0" value="0" />
+        <value cell_index="12168" local_entity="0" value="0" />
+        <value cell_index="12169" local_entity="0" value="0" />
+        <value cell_index="12170" local_entity="0" value="0" />
+        <value cell_index="12171" local_entity="0" value="0" />
+        <value cell_index="12172" local_entity="0" value="0" />
+        <value cell_index="12173" local_entity="0" value="0" />
+        <value cell_index="12174" local_entity="0" value="0" />
+        <value cell_index="12175" local_entity="0" value="0" />
+        <value cell_index="12176" local_entity="0" value="0" />
+        <value cell_index="12177" local_entity="0" value="0" />
+        <value cell_index="12178" local_entity="0" value="0" />
+        <value cell_index="12179" local_entity="0" value="0" />
+        <value cell_index="12180" local_entity="0" value="0" />
+        <value cell_index="12181" local_entity="0" value="0" />
+        <value cell_index="12182" local_entity="0" value="0" />
+        <value cell_index="12183" local_entity="0" value="0" />
+        <value cell_index="12184" local_entity="0" value="0" />
+        <value cell_index="12185" local_entity="0" value="0" />
+        <value cell_index="12186" local_entity="0" value="0" />
+        <value cell_index="12187" local_entity="0" value="0" />
+        <value cell_index="12188" local_entity="0" value="0" />
+        <value cell_index="12189" local_entity="0" value="0" />
+        <value cell_index="12190" local_entity="0" value="0" />
+        <value cell_index="12191" local_entity="0" value="0" />
+        <value cell_index="12192" local_entity="0" value="0" />
+        <value cell_index="12193" local_entity="0" value="0" />
+        <value cell_index="12194" local_entity="0" value="0" />
+        <value cell_index="12195" local_entity="0" value="0" />
+        <value cell_index="12196" local_entity="0" value="0" />
+        <value cell_index="12197" local_entity="0" value="0" />
+        <value cell_index="12198" local_entity="0" value="0" />
+        <value cell_index="12199" local_entity="0" value="0" />
+        <value cell_index="12200" local_entity="0" value="0" />
+        <value cell_index="12201" local_entity="0" value="0" />
+        <value cell_index="12202" local_entity="0" value="0" />
+        <value cell_index="12203" local_entity="0" value="0" />
+        <value cell_index="12204" local_entity="0" value="0" />
+        <value cell_index="12205" local_entity="0" value="0" />
+        <value cell_index="12206" local_entity="0" value="0" />
+        <value cell_index="12207" local_entity="0" value="0" />
+        <value cell_index="12208" local_entity="0" value="0" />
+        <value cell_index="12209" local_entity="0" value="0" />
+        <value cell_index="12210" local_entity="0" value="0" />
+        <value cell_index="12211" local_entity="0" value="0" />
+        <value cell_index="12212" local_entity="0" value="0" />
+        <value cell_index="12213" local_entity="0" value="0" />
+        <value cell_index="12214" local_entity="0" value="0" />
+        <value cell_index="12215" local_entity="0" value="0" />
+        <value cell_index="12216" local_entity="0" value="0" />
+        <value cell_index="12217" local_entity="0" value="0" />
+        <value cell_index="12218" local_entity="0" value="0" />
+        <value cell_index="12219" local_entity="0" value="0" />
+        <value cell_index="12220" local_entity="0" value="0" />
+        <value cell_index="12221" local_entity="0" value="0" />
+        <value cell_index="12222" local_entity="0" value="0" />
+        <value cell_index="12223" local_entity="0" value="0" />
+        <value cell_index="12224" local_entity="0" value="0" />
+        <value cell_index="12225" local_entity="0" value="0" />
+        <value cell_index="12226" local_entity="0" value="0" />
+        <value cell_index="12227" local_entity="0" value="0" />
+        <value cell_index="12228" local_entity="0" value="0" />
+        <value cell_index="12229" local_entity="0" value="0" />
+        <value cell_index="12230" local_entity="0" value="0" />
+        <value cell_index="12231" local_entity="0" value="0" />
+        <value cell_index="12232" local_entity="0" value="0" />
+        <value cell_index="12233" local_entity="0" value="0" />
+        <value cell_index="12234" local_entity="0" value="0" />
+        <value cell_index="12235" local_entity="0" value="0" />
+        <value cell_index="12236" local_entity="0" value="0" />
+        <value cell_index="12237" local_entity="0" value="0" />
+        <value cell_index="12238" local_entity="0" value="0" />
+        <value cell_index="12239" local_entity="0" value="0" />
+        <value cell_index="12240" local_entity="0" value="0" />
+        <value cell_index="12241" local_entity="0" value="0" />
+        <value cell_index="12242" local_entity="0" value="0" />
+        <value cell_index="12243" local_entity="0" value="0" />
+        <value cell_index="12244" local_entity="0" value="0" />
+        <value cell_index="12245" local_entity="0" value="0" />
+        <value cell_index="12246" local_entity="0" value="0" />
+        <value cell_index="12247" local_entity="0" value="0" />
+        <value cell_index="12248" local_entity="0" value="0" />
+        <value cell_index="12249" local_entity="0" value="0" />
+        <value cell_index="12250" local_entity="0" value="0" />
+        <value cell_index="12251" local_entity="0" value="0" />
+        <value cell_index="12252" local_entity="0" value="0" />
+        <value cell_index="12253" local_entity="0" value="0" />
+        <value cell_index="12254" local_entity="0" value="0" />
+        <value cell_index="12255" local_entity="0" value="0" />
+        <value cell_index="12256" local_entity="0" value="0" />
+        <value cell_index="12257" local_entity="0" value="0" />
+        <value cell_index="12258" local_entity="0" value="0" />
+        <value cell_index="12259" local_entity="0" value="0" />
+        <value cell_index="12260" local_entity="0" value="0" />
+        <value cell_index="12261" local_entity="0" value="0" />
+        <value cell_index="12262" local_entity="0" value="0" />
+        <value cell_index="12263" local_entity="0" value="0" />
+        <value cell_index="12264" local_entity="0" value="0" />
+        <value cell_index="12265" local_entity="0" value="0" />
+        <value cell_index="12266" local_entity="0" value="0" />
+        <value cell_index="12267" local_entity="0" value="0" />
+        <value cell_index="12268" local_entity="0" value="0" />
+        <value cell_index="12269" local_entity="0" value="0" />
+        <value cell_index="12270" local_entity="0" value="0" />
+        <value cell_index="12271" local_entity="0" value="0" />
+        <value cell_index="12272" local_entity="0" value="0" />
+        <value cell_index="12273" local_entity="0" value="0" />
+        <value cell_index="12274" local_entity="0" value="0" />
+        <value cell_index="12275" local_entity="0" value="0" />
+        <value cell_index="12276" local_entity="0" value="0" />
+        <value cell_index="12277" local_entity="0" value="0" />
+        <value cell_index="12278" local_entity="0" value="0" />
+        <value cell_index="12279" local_entity="0" value="0" />
+        <value cell_index="12280" local_entity="0" value="0" />
+        <value cell_index="12281" local_entity="0" value="0" />
+        <value cell_index="12282" local_entity="0" value="0" />
+        <value cell_index="12283" local_entity="0" value="0" />
+        <value cell_index="12284" local_entity="0" value="0" />
+        <value cell_index="12285" local_entity="0" value="0" />
+        <value cell_index="12286" local_entity="0" value="0" />
+        <value cell_index="12287" local_entity="0" value="0" />
+        <value cell_index="12288" local_entity="0" value="0" />
+        <value cell_index="12289" local_entity="0" value="0" />
+        <value cell_index="12290" local_entity="0" value="0" />
+        <value cell_index="12291" local_entity="0" value="0" />
+        <value cell_index="12292" local_entity="0" value="0" />
+        <value cell_index="12293" local_entity="0" value="0" />
+        <value cell_index="12294" local_entity="0" value="0" />
+        <value cell_index="12295" local_entity="0" value="0" />
+        <value cell_index="12296" local_entity="0" value="0" />
+        <value cell_index="12297" local_entity="0" value="0" />
+        <value cell_index="12298" local_entity="0" value="0" />
+        <value cell_index="12299" local_entity="0" value="0" />
+        <value cell_index="12300" local_entity="0" value="0" />
+        <value cell_index="12301" local_entity="0" value="0" />
+        <value cell_index="12302" local_entity="0" value="0" />
+        <value cell_index="12303" local_entity="0" value="0" />
+        <value cell_index="12304" local_entity="0" value="0" />
+        <value cell_index="12305" local_entity="0" value="0" />
+        <value cell_index="12306" local_entity="0" value="0" />
+        <value cell_index="12307" local_entity="0" value="0" />
+        <value cell_index="12308" local_entity="0" value="0" />
+        <value cell_index="12309" local_entity="0" value="0" />
+        <value cell_index="12310" local_entity="0" value="0" />
+        <value cell_index="12311" local_entity="0" value="0" />
+        <value cell_index="12312" local_entity="0" value="0" />
+        <value cell_index="12313" local_entity="0" value="0" />
+        <value cell_index="12314" local_entity="0" value="0" />
+        <value cell_index="12315" local_entity="0" value="0" />
+        <value cell_index="12316" local_entity="0" value="0" />
+        <value cell_index="12317" local_entity="0" value="0" />
+        <value cell_index="12318" local_entity="0" value="0" />
+        <value cell_index="12319" local_entity="0" value="0" />
+        <value cell_index="12320" local_entity="0" value="0" />
+        <value cell_index="12321" local_entity="0" value="0" />
+        <value cell_index="12322" local_entity="0" value="0" />
+        <value cell_index="12323" local_entity="0" value="0" />
+        <value cell_index="12324" local_entity="0" value="0" />
+        <value cell_index="12325" local_entity="0" value="0" />
+        <value cell_index="12326" local_entity="0" value="0" />
+        <value cell_index="12327" local_entity="0" value="0" />
+        <value cell_index="12328" local_entity="0" value="0" />
+        <value cell_index="12329" local_entity="0" value="0" />
+        <value cell_index="12330" local_entity="0" value="0" />
+        <value cell_index="12331" local_entity="0" value="0" />
+        <value cell_index="12332" local_entity="0" value="0" />
+        <value cell_index="12333" local_entity="0" value="0" />
+        <value cell_index="12334" local_entity="0" value="0" />
+        <value cell_index="12335" local_entity="0" value="0" />
+        <value cell_index="12336" local_entity="0" value="0" />
+        <value cell_index="12337" local_entity="0" value="0" />
+        <value cell_index="12338" local_entity="0" value="0" />
+        <value cell_index="12339" local_entity="0" value="0" />
+        <value cell_index="12340" local_entity="0" value="0" />
+        <value cell_index="12341" local_entity="0" value="0" />
+        <value cell_index="12342" local_entity="0" value="0" />
+        <value cell_index="12343" local_entity="0" value="0" />
+        <value cell_index="12344" local_entity="0" value="0" />
+        <value cell_index="12345" local_entity="0" value="0" />
+        <value cell_index="12346" local_entity="0" value="0" />
+        <value cell_index="12347" local_entity="0" value="0" />
+        <value cell_index="12348" local_entity="0" value="0" />
+        <value cell_index="12349" local_entity="0" value="0" />
+        <value cell_index="12350" local_entity="0" value="0" />
+        <value cell_index="12351" local_entity="0" value="0" />
+        <value cell_index="12352" local_entity="0" value="0" />
+        <value cell_index="12353" local_entity="0" value="0" />
+        <value cell_index="12354" local_entity="0" value="0" />
+        <value cell_index="12355" local_entity="0" value="0" />
+        <value cell_index="12356" local_entity="0" value="0" />
+        <value cell_index="12357" local_entity="0" value="0" />
+        <value cell_index="12358" local_entity="0" value="0" />
+        <value cell_index="12359" local_entity="0" value="0" />
+        <value cell_index="12360" local_entity="0" value="0" />
+        <value cell_index="12361" local_entity="0" value="0" />
+        <value cell_index="12362" local_entity="0" value="0" />
+        <value cell_index="12363" local_entity="0" value="0" />
+        <value cell_index="12364" local_entity="0" value="0" />
+        <value cell_index="12365" local_entity="0" value="0" />
+        <value cell_index="12366" local_entity="0" value="0" />
+        <value cell_index="12367" local_entity="0" value="0" />
+        <value cell_index="12368" local_entity="0" value="0" />
+        <value cell_index="12369" local_entity="0" value="0" />
+        <value cell_index="12370" local_entity="0" value="0" />
+        <value cell_index="12371" local_entity="0" value="0" />
+        <value cell_index="12372" local_entity="0" value="0" />
+        <value cell_index="12373" local_entity="0" value="0" />
+        <value cell_index="12374" local_entity="0" value="0" />
+        <value cell_index="12375" local_entity="0" value="0" />
+        <value cell_index="12376" local_entity="0" value="0" />
+        <value cell_index="12377" local_entity="0" value="0" />
+        <value cell_index="12378" local_entity="0" value="0" />
+        <value cell_index="12379" local_entity="0" value="0" />
+        <value cell_index="12380" local_entity="0" value="0" />
+        <value cell_index="12381" local_entity="0" value="0" />
+        <value cell_index="12382" local_entity="0" value="0" />
+        <value cell_index="12383" local_entity="0" value="0" />
+        <value cell_index="12384" local_entity="0" value="0" />
+        <value cell_index="12385" local_entity="0" value="0" />
+        <value cell_index="12386" local_entity="0" value="0" />
+        <value cell_index="12387" local_entity="0" value="0" />
+        <value cell_index="12388" local_entity="0" value="0" />
+        <value cell_index="12389" local_entity="0" value="0" />
+        <value cell_index="12390" local_entity="0" value="0" />
+        <value cell_index="12391" local_entity="0" value="0" />
+        <value cell_index="12392" local_entity="0" value="0" />
+        <value cell_index="12393" local_entity="0" value="0" />
+        <value cell_index="12394" local_entity="0" value="0" />
+        <value cell_index="12395" local_entity="0" value="0" />
+        <value cell_index="12396" local_entity="0" value="0" />
+        <value cell_index="12397" local_entity="0" value="0" />
+        <value cell_index="12398" local_entity="0" value="0" />
+        <value cell_index="12399" local_entity="0" value="0" />
+        <value cell_index="12400" local_entity="0" value="0" />
+        <value cell_index="12401" local_entity="0" value="0" />
+        <value cell_index="12402" local_entity="0" value="0" />
+        <value cell_index="12403" local_entity="0" value="0" />
+        <value cell_index="12404" local_entity="0" value="0" />
+        <value cell_index="12405" local_entity="0" value="0" />
+        <value cell_index="12406" local_entity="0" value="0" />
+        <value cell_index="12407" local_entity="0" value="0" />
+        <value cell_index="12408" local_entity="0" value="0" />
+        <value cell_index="12409" local_entity="0" value="0" />
+        <value cell_index="12410" local_entity="0" value="0" />
+        <value cell_index="12411" local_entity="0" value="0" />
+        <value cell_index="12412" local_entity="0" value="0" />
+        <value cell_index="12413" local_entity="0" value="0" />
+        <value cell_index="12414" local_entity="0" value="0" />
+        <value cell_index="12415" local_entity="0" value="0" />
+        <value cell_index="12416" local_entity="0" value="0" />
+        <value cell_index="12417" local_entity="0" value="0" />
+        <value cell_index="12418" local_entity="0" value="0" />
+        <value cell_index="12419" local_entity="0" value="0" />
+        <value cell_index="12420" local_entity="0" value="0" />
+        <value cell_index="12421" local_entity="0" value="0" />
+        <value cell_index="12422" local_entity="0" value="0" />
+        <value cell_index="12423" local_entity="0" value="0" />
+        <value cell_index="12424" local_entity="0" value="0" />
+        <value cell_index="12425" local_entity="0" value="0" />
+        <value cell_index="12426" local_entity="0" value="0" />
+        <value cell_index="12427" local_entity="0" value="0" />
+        <value cell_index="12428" local_entity="0" value="0" />
+        <value cell_index="12429" local_entity="0" value="0" />
+        <value cell_index="12430" local_entity="0" value="0" />
+        <value cell_index="12431" local_entity="0" value="0" />
+        <value cell_index="12432" local_entity="0" value="0" />
+        <value cell_index="12433" local_entity="0" value="0" />
+        <value cell_index="12434" local_entity="0" value="0" />
+        <value cell_index="12435" local_entity="0" value="0" />
+        <value cell_index="12436" local_entity="0" value="0" />
+        <value cell_index="12437" local_entity="0" value="0" />
+        <value cell_index="12438" local_entity="0" value="0" />
+        <value cell_index="12439" local_entity="0" value="0" />
+        <value cell_index="12440" local_entity="0" value="0" />
+        <value cell_index="12441" local_entity="0" value="0" />
+        <value cell_index="12442" local_entity="0" value="0" />
+        <value cell_index="12443" local_entity="0" value="0" />
+        <value cell_index="12444" local_entity="0" value="0" />
+        <value cell_index="12445" local_entity="0" value="0" />
+        <value cell_index="12446" local_entity="0" value="0" />
+        <value cell_index="12447" local_entity="0" value="0" />
+        <value cell_index="12448" local_entity="0" value="0" />
+        <value cell_index="12449" local_entity="0" value="0" />
+        <value cell_index="12450" local_entity="0" value="0" />
+        <value cell_index="12451" local_entity="0" value="0" />
+        <value cell_index="12452" local_entity="0" value="0" />
+        <value cell_index="12453" local_entity="0" value="0" />
+        <value cell_index="12454" local_entity="0" value="0" />
+        <value cell_index="12455" local_entity="0" value="0" />
+        <value cell_index="12456" local_entity="0" value="0" />
+        <value cell_index="12457" local_entity="0" value="0" />
+        <value cell_index="12458" local_entity="0" value="0" />
+        <value cell_index="12459" local_entity="0" value="0" />
+        <value cell_index="12460" local_entity="0" value="0" />
+        <value cell_index="12461" local_entity="0" value="0" />
+        <value cell_index="12462" local_entity="0" value="0" />
+        <value cell_index="12463" local_entity="0" value="0" />
+        <value cell_index="12464" local_entity="0" value="0" />
+        <value cell_index="12465" local_entity="0" value="0" />
+        <value cell_index="12466" local_entity="0" value="0" />
+        <value cell_index="12467" local_entity="0" value="0" />
+        <value cell_index="12468" local_entity="0" value="0" />
+        <value cell_index="12469" local_entity="0" value="0" />
+        <value cell_index="12470" local_entity="0" value="0" />
+        <value cell_index="12471" local_entity="0" value="0" />
+        <value cell_index="12472" local_entity="0" value="0" />
+        <value cell_index="12473" local_entity="0" value="0" />
+        <value cell_index="12474" local_entity="0" value="0" />
+        <value cell_index="12475" local_entity="0" value="0" />
+        <value cell_index="12476" local_entity="0" value="0" />
+        <value cell_index="12477" local_entity="0" value="0" />
+        <value cell_index="12478" local_entity="0" value="0" />
+        <value cell_index="12479" local_entity="0" value="0" />
+        <value cell_index="12480" local_entity="0" value="0" />
+        <value cell_index="12481" local_entity="0" value="0" />
+        <value cell_index="12482" local_entity="0" value="0" />
+        <value cell_index="12483" local_entity="0" value="0" />
+        <value cell_index="12484" local_entity="0" value="0" />
+        <value cell_index="12485" local_entity="0" value="0" />
+        <value cell_index="12486" local_entity="0" value="0" />
+        <value cell_index="12487" local_entity="0" value="0" />
+        <value cell_index="12488" local_entity="0" value="0" />
+        <value cell_index="12489" local_entity="0" value="0" />
+        <value cell_index="12490" local_entity="0" value="0" />
+        <value cell_index="12491" local_entity="0" value="0" />
+        <value cell_index="12492" local_entity="0" value="0" />
+        <value cell_index="12493" local_entity="0" value="0" />
+        <value cell_index="12494" local_entity="0" value="0" />
+        <value cell_index="12495" local_entity="0" value="0" />
+        <value cell_index="12496" local_entity="0" value="0" />
+        <value cell_index="12497" local_entity="0" value="0" />
+        <value cell_index="12498" local_entity="0" value="0" />
+        <value cell_index="12499" local_entity="0" value="0" />
+        <value cell_index="12500" local_entity="0" value="0" />
+        <value cell_index="12501" local_entity="0" value="0" />
+        <value cell_index="12502" local_entity="0" value="0" />
+        <value cell_index="12503" local_entity="0" value="0" />
+        <value cell_index="12504" local_entity="0" value="0" />
+        <value cell_index="12505" local_entity="0" value="0" />
+        <value cell_index="12506" local_entity="0" value="0" />
+        <value cell_index="12507" local_entity="0" value="0" />
+        <value cell_index="12508" local_entity="0" value="0" />
+        <value cell_index="12509" local_entity="0" value="0" />
+        <value cell_index="12510" local_entity="0" value="0" />
+        <value cell_index="12511" local_entity="0" value="0" />
+        <value cell_index="12512" local_entity="0" value="0" />
+        <value cell_index="12513" local_entity="0" value="0" />
+        <value cell_index="12514" local_entity="0" value="0" />
+        <value cell_index="12515" local_entity="0" value="0" />
+        <value cell_index="12516" local_entity="0" value="0" />
+        <value cell_index="12517" local_entity="0" value="0" />
+        <value cell_index="12518" local_entity="0" value="0" />
+        <value cell_index="12519" local_entity="0" value="0" />
+        <value cell_index="12520" local_entity="0" value="0" />
+        <value cell_index="12521" local_entity="0" value="0" />
+        <value cell_index="12522" local_entity="0" value="0" />
+        <value cell_index="12523" local_entity="0" value="0" />
+        <value cell_index="12524" local_entity="0" value="0" />
+        <value cell_index="12525" local_entity="0" value="0" />
+        <value cell_index="12526" local_entity="0" value="0" />
+        <value cell_index="12527" local_entity="0" value="0" />
+        <value cell_index="12528" local_entity="0" value="0" />
+        <value cell_index="12529" local_entity="0" value="0" />
+        <value cell_index="12530" local_entity="0" value="0" />
+        <value cell_index="12531" local_entity="0" value="0" />
+        <value cell_index="12532" local_entity="0" value="0" />
+        <value cell_index="12533" local_entity="0" value="0" />
+        <value cell_index="12534" local_entity="0" value="0" />
+        <value cell_index="12535" local_entity="0" value="0" />
+        <value cell_index="12536" local_entity="0" value="0" />
+        <value cell_index="12537" local_entity="0" value="0" />
+        <value cell_index="12538" local_entity="0" value="0" />
+        <value cell_index="12539" local_entity="0" value="0" />
+        <value cell_index="12540" local_entity="0" value="0" />
+        <value cell_index="12541" local_entity="0" value="0" />
+        <value cell_index="12542" local_entity="0" value="0" />
+        <value cell_index="12543" local_entity="0" value="0" />
+        <value cell_index="12544" local_entity="0" value="0" />
+        <value cell_index="12545" local_entity="0" value="0" />
+        <value cell_index="12546" local_entity="0" value="0" />
+        <value cell_index="12547" local_entity="0" value="0" />
+        <value cell_index="12548" local_entity="0" value="0" />
+        <value cell_index="12549" local_entity="0" value="0" />
+        <value cell_index="12550" local_entity="0" value="0" />
+        <value cell_index="12551" local_entity="0" value="0" />
+        <value cell_index="12552" local_entity="0" value="0" />
+        <value cell_index="12553" local_entity="0" value="0" />
+        <value cell_index="12554" local_entity="0" value="0" />
+        <value cell_index="12555" local_entity="0" value="0" />
+        <value cell_index="12556" local_entity="0" value="0" />
+        <value cell_index="12557" local_entity="0" value="0" />
+        <value cell_index="12558" local_entity="0" value="0" />
+        <value cell_index="12559" local_entity="0" value="0" />
+        <value cell_index="12560" local_entity="0" value="0" />
+        <value cell_index="12561" local_entity="0" value="0" />
+        <value cell_index="12562" local_entity="0" value="0" />
+        <value cell_index="12563" local_entity="0" value="0" />
+        <value cell_index="12564" local_entity="0" value="0" />
+        <value cell_index="12565" local_entity="0" value="0" />
+        <value cell_index="12566" local_entity="0" value="0" />
+        <value cell_index="12567" local_entity="0" value="0" />
+        <value cell_index="12568" local_entity="0" value="0" />
+        <value cell_index="12569" local_entity="0" value="0" />
+        <value cell_index="12570" local_entity="0" value="0" />
+        <value cell_index="12571" local_entity="0" value="0" />
+        <value cell_index="12572" local_entity="0" value="0" />
+        <value cell_index="12573" local_entity="0" value="0" />
+        <value cell_index="12574" local_entity="0" value="0" />
+        <value cell_index="12575" local_entity="0" value="0" />
+        <value cell_index="12576" local_entity="0" value="0" />
+        <value cell_index="12577" local_entity="0" value="0" />
+        <value cell_index="12578" local_entity="0" value="0" />
+        <value cell_index="12579" local_entity="0" value="0" />
+        <value cell_index="12580" local_entity="0" value="0" />
+        <value cell_index="12581" local_entity="0" value="0" />
+        <value cell_index="12582" local_entity="0" value="0" />
+        <value cell_index="12583" local_entity="0" value="0" />
+        <value cell_index="12584" local_entity="0" value="0" />
+        <value cell_index="12585" local_entity="0" value="0" />
+        <value cell_index="12586" local_entity="0" value="0" />
+        <value cell_index="12587" local_entity="0" value="0" />
+        <value cell_index="12588" local_entity="0" value="0" />
+        <value cell_index="12589" local_entity="0" value="0" />
+        <value cell_index="12590" local_entity="0" value="0" />
+        <value cell_index="12591" local_entity="0" value="0" />
+        <value cell_index="12592" local_entity="0" value="0" />
+        <value cell_index="12593" local_entity="0" value="0" />
+        <value cell_index="12594" local_entity="0" value="0" />
+        <value cell_index="12595" local_entity="0" value="0" />
+        <value cell_index="12596" local_entity="0" value="0" />
+        <value cell_index="12597" local_entity="0" value="0" />
+        <value cell_index="12598" local_entity="0" value="0" />
+        <value cell_index="12599" local_entity="0" value="0" />
+        <value cell_index="12600" local_entity="0" value="0" />
+        <value cell_index="12601" local_entity="0" value="0" />
+        <value cell_index="12602" local_entity="0" value="0" />
+        <value cell_index="12603" local_entity="0" value="0" />
+        <value cell_index="12604" local_entity="0" value="0" />
+        <value cell_index="12605" local_entity="0" value="0" />
+        <value cell_index="12606" local_entity="0" value="0" />
+        <value cell_index="12607" local_entity="0" value="0" />
+        <value cell_index="12608" local_entity="0" value="0" />
+        <value cell_index="12609" local_entity="0" value="0" />
+        <value cell_index="12610" local_entity="0" value="0" />
+        <value cell_index="12611" local_entity="0" value="0" />
+        <value cell_index="12612" local_entity="0" value="0" />
+        <value cell_index="12613" local_entity="0" value="0" />
+        <value cell_index="12614" local_entity="0" value="0" />
+        <value cell_index="12615" local_entity="0" value="0" />
+        <value cell_index="12616" local_entity="0" value="0" />
+        <value cell_index="12617" local_entity="0" value="0" />
+        <value cell_index="12618" local_entity="0" value="0" />
+        <value cell_index="12619" local_entity="0" value="0" />
+        <value cell_index="12620" local_entity="0" value="0" />
+        <value cell_index="12621" local_entity="0" value="0" />
+        <value cell_index="12622" local_entity="0" value="0" />
+        <value cell_index="12623" local_entity="0" value="0" />
+        <value cell_index="12624" local_entity="0" value="0" />
+        <value cell_index="12625" local_entity="0" value="0" />
+        <value cell_index="12626" local_entity="0" value="0" />
+        <value cell_index="12627" local_entity="0" value="0" />
+        <value cell_index="12628" local_entity="0" value="0" />
+        <value cell_index="12629" local_entity="0" value="0" />
+        <value cell_index="12630" local_entity="0" value="0" />
+        <value cell_index="12631" local_entity="0" value="0" />
+        <value cell_index="12632" local_entity="0" value="0" />
+        <value cell_index="12633" local_entity="0" value="0" />
+        <value cell_index="12634" local_entity="0" value="0" />
+        <value cell_index="12635" local_entity="0" value="0" />
+        <value cell_index="12636" local_entity="0" value="0" />
+        <value cell_index="12637" local_entity="0" value="0" />
+        <value cell_index="12638" local_entity="0" value="0" />
+        <value cell_index="12639" local_entity="0" value="0" />
+        <value cell_index="12640" local_entity="0" value="0" />
+        <value cell_index="12641" local_entity="0" value="0" />
+        <value cell_index="12642" local_entity="0" value="0" />
+        <value cell_index="12643" local_entity="0" value="0" />
+        <value cell_index="12644" local_entity="0" value="0" />
+        <value cell_index="12645" local_entity="0" value="0" />
+        <value cell_index="12646" local_entity="0" value="0" />
+        <value cell_index="12647" local_entity="0" value="0" />
+        <value cell_index="12648" local_entity="0" value="0" />
+        <value cell_index="12649" local_entity="0" value="0" />
+        <value cell_index="12650" local_entity="0" value="0" />
+        <value cell_index="12651" local_entity="0" value="0" />
+        <value cell_index="12652" local_entity="0" value="0" />
+        <value cell_index="12653" local_entity="0" value="0" />
+        <value cell_index="12654" local_entity="0" value="0" />
+        <value cell_index="12655" local_entity="0" value="0" />
+        <value cell_index="12656" local_entity="0" value="0" />
+        <value cell_index="12657" local_entity="0" value="0" />
+        <value cell_index="12658" local_entity="0" value="0" />
+        <value cell_index="12659" local_entity="0" value="0" />
+        <value cell_index="12660" local_entity="0" value="0" />
+        <value cell_index="12661" local_entity="0" value="0" />
+        <value cell_index="12662" local_entity="0" value="0" />
+        <value cell_index="12663" local_entity="0" value="0" />
+        <value cell_index="12664" local_entity="0" value="0" />
+        <value cell_index="12665" local_entity="0" value="0" />
+        <value cell_index="12666" local_entity="0" value="0" />
+        <value cell_index="12667" local_entity="0" value="0" />
+        <value cell_index="12668" local_entity="0" value="0" />
+        <value cell_index="12669" local_entity="0" value="0" />
+        <value cell_index="12670" local_entity="0" value="0" />
+        <value cell_index="12671" local_entity="0" value="0" />
+        <value cell_index="12672" local_entity="0" value="0" />
+        <value cell_index="12673" local_entity="0" value="0" />
+        <value cell_index="12674" local_entity="0" value="0" />
+        <value cell_index="12675" local_entity="0" value="0" />
+        <value cell_index="12676" local_entity="0" value="0" />
+        <value cell_index="12677" local_entity="0" value="0" />
+        <value cell_index="12678" local_entity="0" value="0" />
+        <value cell_index="12679" local_entity="0" value="0" />
+        <value cell_index="12680" local_entity="0" value="0" />
+        <value cell_index="12681" local_entity="0" value="0" />
+        <value cell_index="12682" local_entity="0" value="0" />
+        <value cell_index="12683" local_entity="0" value="0" />
+        <value cell_index="12684" local_entity="0" value="0" />
+        <value cell_index="12685" local_entity="0" value="0" />
+        <value cell_index="12686" local_entity="0" value="0" />
+        <value cell_index="12687" local_entity="0" value="0" />
+        <value cell_index="12688" local_entity="0" value="0" />
+        <value cell_index="12689" local_entity="0" value="0" />
+        <value cell_index="12690" local_entity="0" value="0" />
+        <value cell_index="12691" local_entity="0" value="0" />
+        <value cell_index="12692" local_entity="0" value="0" />
+        <value cell_index="12693" local_entity="0" value="0" />
+        <value cell_index="12694" local_entity="0" value="0" />
+        <value cell_index="12695" local_entity="0" value="0" />
+        <value cell_index="12696" local_entity="0" value="0" />
+        <value cell_index="12697" local_entity="0" value="0" />
+        <value cell_index="12698" local_entity="0" value="0" />
+        <value cell_index="12699" local_entity="0" value="0" />
+        <value cell_index="12700" local_entity="0" value="0" />
+        <value cell_index="12701" local_entity="0" value="0" />
+        <value cell_index="12702" local_entity="0" value="0" />
+        <value cell_index="12703" local_entity="0" value="0" />
+        <value cell_index="12704" local_entity="0" value="0" />
+        <value cell_index="12705" local_entity="0" value="0" />
+        <value cell_index="12706" local_entity="0" value="0" />
+        <value cell_index="12707" local_entity="0" value="0" />
+        <value cell_index="12708" local_entity="0" value="0" />
+        <value cell_index="12709" local_entity="0" value="0" />
+        <value cell_index="12710" local_entity="0" value="0" />
+        <value cell_index="12711" local_entity="0" value="0" />
+        <value cell_index="12712" local_entity="0" value="0" />
+        <value cell_index="12713" local_entity="0" value="0" />
+        <value cell_index="12714" local_entity="0" value="0" />
+        <value cell_index="12715" local_entity="0" value="0" />
+        <value cell_index="12716" local_entity="0" value="0" />
+        <value cell_index="12717" local_entity="0" value="0" />
+        <value cell_index="12718" local_entity="0" value="0" />
+        <value cell_index="12719" local_entity="0" value="0" />
+        <value cell_index="12720" local_entity="0" value="0" />
+        <value cell_index="12721" local_entity="0" value="0" />
+        <value cell_index="12722" local_entity="0" value="0" />
+        <value cell_index="12723" local_entity="0" value="0" />
+        <value cell_index="12724" local_entity="0" value="0" />
+        <value cell_index="12725" local_entity="0" value="0" />
+        <value cell_index="12726" local_entity="0" value="0" />
+        <value cell_index="12727" local_entity="0" value="0" />
+        <value cell_index="12728" local_entity="0" value="0" />
+        <value cell_index="12729" local_entity="0" value="0" />
+        <value cell_index="12730" local_entity="0" value="0" />
+        <value cell_index="12731" local_entity="0" value="0" />
+        <value cell_index="12732" local_entity="0" value="0" />
+        <value cell_index="12733" local_entity="0" value="0" />
+        <value cell_index="12734" local_entity="0" value="0" />
+        <value cell_index="12735" local_entity="0" value="0" />
+        <value cell_index="12736" local_entity="0" value="0" />
+        <value cell_index="12737" local_entity="0" value="0" />
+        <value cell_index="12738" local_entity="0" value="0" />
+        <value cell_index="12739" local_entity="0" value="0" />
+        <value cell_index="12740" local_entity="0" value="0" />
+        <value cell_index="12741" local_entity="0" value="0" />
+        <value cell_index="12742" local_entity="0" value="0" />
+        <value cell_index="12743" local_entity="0" value="0" />
+        <value cell_index="12744" local_entity="0" value="0" />
+        <value cell_index="12745" local_entity="0" value="0" />
+        <value cell_index="12746" local_entity="0" value="0" />
+        <value cell_index="12747" local_entity="0" value="0" />
+        <value cell_index="12748" local_entity="0" value="0" />
+        <value cell_index="12749" local_entity="0" value="0" />
+        <value cell_index="12750" local_entity="0" value="0" />
+        <value cell_index="12751" local_entity="0" value="0" />
+        <value cell_index="12752" local_entity="0" value="0" />
+        <value cell_index="12753" local_entity="0" value="0" />
+        <value cell_index="12754" local_entity="0" value="0" />
+        <value cell_index="12755" local_entity="0" value="0" />
+        <value cell_index="12756" local_entity="0" value="0" />
+        <value cell_index="12757" local_entity="0" value="0" />
+        <value cell_index="12758" local_entity="0" value="0" />
+        <value cell_index="12759" local_entity="0" value="0" />
+        <value cell_index="12760" local_entity="0" value="0" />
+        <value cell_index="12761" local_entity="0" value="0" />
+        <value cell_index="12762" local_entity="0" value="0" />
+        <value cell_index="12763" local_entity="0" value="0" />
+        <value cell_index="12764" local_entity="0" value="0" />
+        <value cell_index="12765" local_entity="0" value="0" />
+        <value cell_index="12766" local_entity="0" value="0" />
+        <value cell_index="12767" local_entity="0" value="0" />
+        <value cell_index="12768" local_entity="0" value="0" />
+        <value cell_index="12769" local_entity="0" value="0" />
+        <value cell_index="12770" local_entity="0" value="0" />
+        <value cell_index="12771" local_entity="0" value="0" />
+        <value cell_index="12772" local_entity="0" value="0" />
+        <value cell_index="12773" local_entity="0" value="0" />
+        <value cell_index="12774" local_entity="0" value="0" />
+        <value cell_index="12775" local_entity="0" value="0" />
+        <value cell_index="12776" local_entity="0" value="0" />
+        <value cell_index="12777" local_entity="0" value="0" />
+        <value cell_index="12778" local_entity="0" value="0" />
+        <value cell_index="12779" local_entity="0" value="0" />
+        <value cell_index="12780" local_entity="0" value="0" />
+        <value cell_index="12781" local_entity="0" value="0" />
+        <value cell_index="12782" local_entity="0" value="0" />
+        <value cell_index="12783" local_entity="0" value="0" />
+        <value cell_index="12784" local_entity="0" value="0" />
+        <value cell_index="12785" local_entity="0" value="0" />
+        <value cell_index="12786" local_entity="0" value="0" />
+        <value cell_index="12787" local_entity="0" value="0" />
+        <value cell_index="12788" local_entity="0" value="0" />
+        <value cell_index="12789" local_entity="0" value="0" />
+        <value cell_index="12790" local_entity="0" value="0" />
+        <value cell_index="12791" local_entity="0" value="0" />
+        <value cell_index="12792" local_entity="0" value="0" />
+        <value cell_index="12793" local_entity="0" value="0" />
+        <value cell_index="12794" local_entity="0" value="0" />
+        <value cell_index="12795" local_entity="0" value="0" />
+        <value cell_index="12796" local_entity="0" value="0" />
+        <value cell_index="12797" local_entity="0" value="0" />
+        <value cell_index="12798" local_entity="0" value="0" />
+        <value cell_index="12799" local_entity="0" value="0" />
+        <value cell_index="12800" local_entity="0" value="0" />
+        <value cell_index="12801" local_entity="0" value="0" />
+        <value cell_index="12802" local_entity="0" value="0" />
+        <value cell_index="12803" local_entity="0" value="0" />
+        <value cell_index="12804" local_entity="0" value="0" />
+        <value cell_index="12805" local_entity="0" value="0" />
+        <value cell_index="12806" local_entity="0" value="0" />
+        <value cell_index="12807" local_entity="0" value="0" />
+        <value cell_index="12808" local_entity="0" value="0" />
+        <value cell_index="12809" local_entity="0" value="0" />
+        <value cell_index="12810" local_entity="0" value="0" />
+        <value cell_index="12811" local_entity="0" value="0" />
+        <value cell_index="12812" local_entity="0" value="0" />
+        <value cell_index="12813" local_entity="0" value="0" />
+        <value cell_index="12814" local_entity="0" value="0" />
+        <value cell_index="12815" local_entity="0" value="0" />
+        <value cell_index="12816" local_entity="0" value="0" />
+        <value cell_index="12817" local_entity="0" value="0" />
+        <value cell_index="12818" local_entity="0" value="0" />
+        <value cell_index="12819" local_entity="0" value="0" />
+        <value cell_index="12820" local_entity="0" value="0" />
+        <value cell_index="12821" local_entity="0" value="0" />
+        <value cell_index="12822" local_entity="0" value="0" />
+        <value cell_index="12823" local_entity="0" value="0" />
+        <value cell_index="12824" local_entity="0" value="0" />
+        <value cell_index="12825" local_entity="0" value="0" />
+        <value cell_index="12826" local_entity="0" value="0" />
+        <value cell_index="12827" local_entity="0" value="0" />
+        <value cell_index="12828" local_entity="0" value="0" />
+        <value cell_index="12829" local_entity="0" value="0" />
+        <value cell_index="12830" local_entity="0" value="0" />
+        <value cell_index="12831" local_entity="0" value="0" />
+        <value cell_index="12832" local_entity="0" value="0" />
+        <value cell_index="12833" local_entity="0" value="0" />
+        <value cell_index="12834" local_entity="0" value="0" />
+        <value cell_index="12835" local_entity="0" value="0" />
+        <value cell_index="12836" local_entity="0" value="0" />
+        <value cell_index="12837" local_entity="0" value="0" />
+        <value cell_index="12838" local_entity="0" value="0" />
+        <value cell_index="12839" local_entity="0" value="0" />
+        <value cell_index="12840" local_entity="0" value="0" />
+        <value cell_index="12841" local_entity="0" value="0" />
+        <value cell_index="12842" local_entity="0" value="0" />
+        <value cell_index="12843" local_entity="0" value="0" />
+        <value cell_index="12844" local_entity="0" value="0" />
+        <value cell_index="12845" local_entity="0" value="0" />
+        <value cell_index="12846" local_entity="0" value="0" />
+        <value cell_index="12847" local_entity="0" value="0" />
+        <value cell_index="12848" local_entity="0" value="0" />
+        <value cell_index="12849" local_entity="0" value="0" />
+        <value cell_index="12850" local_entity="0" value="0" />
+        <value cell_index="12851" local_entity="0" value="0" />
+        <value cell_index="12852" local_entity="0" value="0" />
+        <value cell_index="12853" local_entity="0" value="0" />
+        <value cell_index="12854" local_entity="0" value="0" />
+        <value cell_index="12855" local_entity="0" value="0" />
+        <value cell_index="12856" local_entity="0" value="0" />
+        <value cell_index="12857" local_entity="0" value="0" />
+        <value cell_index="12858" local_entity="0" value="0" />
+        <value cell_index="12859" local_entity="0" value="0" />
+        <value cell_index="12860" local_entity="0" value="0" />
+        <value cell_index="12861" local_entity="0" value="0" />
+        <value cell_index="12862" local_entity="0" value="0" />
+        <value cell_index="12863" local_entity="0" value="0" />
+        <value cell_index="12864" local_entity="0" value="0" />
+        <value cell_index="12865" local_entity="0" value="0" />
+        <value cell_index="12866" local_entity="0" value="0" />
+        <value cell_index="12867" local_entity="0" value="0" />
+        <value cell_index="12868" local_entity="0" value="0" />
+        <value cell_index="12869" local_entity="0" value="0" />
+        <value cell_index="12870" local_entity="0" value="0" />
+        <value cell_index="12871" local_entity="0" value="0" />
+        <value cell_index="12872" local_entity="0" value="0" />
+        <value cell_index="12873" local_entity="0" value="0" />
+        <value cell_index="12874" local_entity="0" value="0" />
+        <value cell_index="12875" local_entity="0" value="0" />
+        <value cell_index="12876" local_entity="0" value="0" />
+        <value cell_index="12877" local_entity="0" value="0" />
+        <value cell_index="12878" local_entity="0" value="0" />
+        <value cell_index="12879" local_entity="0" value="0" />
+        <value cell_index="12880" local_entity="0" value="0" />
+        <value cell_index="12881" local_entity="0" value="0" />
+        <value cell_index="12882" local_entity="0" value="0" />
+        <value cell_index="12883" local_entity="0" value="0" />
+        <value cell_index="12884" local_entity="0" value="0" />
+        <value cell_index="12885" local_entity="0" value="0" />
+        <value cell_index="12886" local_entity="0" value="0" />
+        <value cell_index="12887" local_entity="0" value="0" />
+        <value cell_index="12888" local_entity="0" value="0" />
+        <value cell_index="12889" local_entity="0" value="0" />
+        <value cell_index="12890" local_entity="0" value="0" />
+        <value cell_index="12891" local_entity="0" value="0" />
+        <value cell_index="12892" local_entity="0" value="0" />
+        <value cell_index="12893" local_entity="0" value="0" />
+        <value cell_index="12894" local_entity="0" value="0" />
+        <value cell_index="12895" local_entity="0" value="0" />
+        <value cell_index="12896" local_entity="0" value="0" />
+        <value cell_index="12897" local_entity="0" value="0" />
+        <value cell_index="12898" local_entity="0" value="0" />
+        <value cell_index="12899" local_entity="0" value="0" />
+        <value cell_index="12900" local_entity="0" value="0" />
+        <value cell_index="12901" local_entity="0" value="0" />
+        <value cell_index="12902" local_entity="0" value="0" />
+        <value cell_index="12903" local_entity="0" value="0" />
+        <value cell_index="12904" local_entity="0" value="0" />
+        <value cell_index="12905" local_entity="0" value="0" />
+        <value cell_index="12906" local_entity="0" value="0" />
+        <value cell_index="12907" local_entity="0" value="0" />
+        <value cell_index="12908" local_entity="0" value="0" />
+        <value cell_index="12909" local_entity="0" value="0" />
+        <value cell_index="12910" local_entity="0" value="0" />
+        <value cell_index="12911" local_entity="0" value="0" />
+        <value cell_index="12912" local_entity="0" value="0" />
+        <value cell_index="12913" local_entity="0" value="0" />
+        <value cell_index="12914" local_entity="0" value="0" />
+        <value cell_index="12915" local_entity="0" value="0" />
+        <value cell_index="12916" local_entity="0" value="0" />
+        <value cell_index="12917" local_entity="0" value="0" />
+        <value cell_index="12918" local_entity="0" value="0" />
+        <value cell_index="12919" local_entity="0" value="0" />
+        <value cell_index="12920" local_entity="0" value="0" />
+        <value cell_index="12921" local_entity="0" value="0" />
+        <value cell_index="12922" local_entity="0" value="0" />
+        <value cell_index="12923" local_entity="0" value="0" />
+        <value cell_index="12924" local_entity="0" value="0" />
+        <value cell_index="12925" local_entity="0" value="0" />
+        <value cell_index="12926" local_entity="0" value="0" />
+        <value cell_index="12927" local_entity="0" value="0" />
+        <value cell_index="12928" local_entity="0" value="0" />
+        <value cell_index="12929" local_entity="0" value="0" />
+        <value cell_index="12930" local_entity="0" value="0" />
+        <value cell_index="12931" local_entity="0" value="0" />
+        <value cell_index="12932" local_entity="0" value="0" />
+        <value cell_index="12933" local_entity="0" value="0" />
+        <value cell_index="12934" local_entity="0" value="0" />
+        <value cell_index="12935" local_entity="0" value="0" />
+        <value cell_index="12936" local_entity="0" value="0" />
+        <value cell_index="12937" local_entity="0" value="0" />
+        <value cell_index="12938" local_entity="0" value="0" />
+        <value cell_index="12939" local_entity="0" value="0" />
+        <value cell_index="12940" local_entity="0" value="0" />
+        <value cell_index="12941" local_entity="0" value="0" />
+        <value cell_index="12942" local_entity="0" value="0" />
+        <value cell_index="12943" local_entity="0" value="0" />
+        <value cell_index="12944" local_entity="0" value="0" />
+        <value cell_index="12945" local_entity="0" value="0" />
+        <value cell_index="12946" local_entity="0" value="0" />
+        <value cell_index="12947" local_entity="0" value="0" />
+        <value cell_index="12948" local_entity="0" value="0" />
+        <value cell_index="12949" local_entity="0" value="0" />
+        <value cell_index="12950" local_entity="0" value="0" />
+        <value cell_index="12951" local_entity="0" value="0" />
+        <value cell_index="12952" local_entity="0" value="0" />
+        <value cell_index="12953" local_entity="0" value="0" />
+        <value cell_index="12954" local_entity="0" value="0" />
+        <value cell_index="12955" local_entity="0" value="0" />
+        <value cell_index="12956" local_entity="0" value="0" />
+        <value cell_index="12957" local_entity="0" value="0" />
+        <value cell_index="12958" local_entity="0" value="0" />
+        <value cell_index="12959" local_entity="0" value="0" />
+        <value cell_index="12960" local_entity="0" value="0" />
+        <value cell_index="12961" local_entity="0" value="0" />
+        <value cell_index="12962" local_entity="0" value="0" />
+        <value cell_index="12963" local_entity="0" value="0" />
+        <value cell_index="12964" local_entity="0" value="0" />
+        <value cell_index="12965" local_entity="0" value="0" />
+        <value cell_index="12966" local_entity="0" value="0" />
+        <value cell_index="12967" local_entity="0" value="0" />
+        <value cell_index="12968" local_entity="0" value="0" />
+        <value cell_index="12969" local_entity="0" value="0" />
+        <value cell_index="12970" local_entity="0" value="0" />
+        <value cell_index="12971" local_entity="0" value="0" />
+        <value cell_index="12972" local_entity="0" value="0" />
+        <value cell_index="12973" local_entity="0" value="0" />
+        <value cell_index="12974" local_entity="0" value="0" />
+        <value cell_index="12975" local_entity="0" value="0" />
+        <value cell_index="12976" local_entity="0" value="0" />
+        <value cell_index="12977" local_entity="0" value="0" />
+        <value cell_index="12978" local_entity="0" value="0" />
+        <value cell_index="12979" local_entity="0" value="0" />
+        <value cell_index="12980" local_entity="0" value="0" />
+        <value cell_index="12981" local_entity="0" value="0" />
+        <value cell_index="12982" local_entity="0" value="0" />
+        <value cell_index="12983" local_entity="0" value="0" />
+        <value cell_index="12984" local_entity="0" value="0" />
+        <value cell_index="12985" local_entity="0" value="0" />
+        <value cell_index="12986" local_entity="0" value="0" />
+        <value cell_index="12987" local_entity="0" value="0" />
+        <value cell_index="12988" local_entity="0" value="0" />
+        <value cell_index="12989" local_entity="0" value="0" />
+        <value cell_index="12990" local_entity="0" value="0" />
+        <value cell_index="12991" local_entity="0" value="0" />
+        <value cell_index="12992" local_entity="0" value="0" />
+        <value cell_index="12993" local_entity="0" value="0" />
+        <value cell_index="12994" local_entity="0" value="0" />
+        <value cell_index="12995" local_entity="0" value="0" />
+        <value cell_index="12996" local_entity="0" value="0" />
+        <value cell_index="12997" local_entity="0" value="0" />
+        <value cell_index="12998" local_entity="0" value="0" />
+        <value cell_index="12999" local_entity="0" value="0" />
+        <value cell_index="13000" local_entity="0" value="0" />
+        <value cell_index="13001" local_entity="0" value="0" />
+        <value cell_index="13002" local_entity="0" value="0" />
+        <value cell_index="13003" local_entity="0" value="0" />
+        <value cell_index="13004" local_entity="0" value="0" />
+        <value cell_index="13005" local_entity="0" value="0" />
+        <value cell_index="13006" local_entity="0" value="0" />
+        <value cell_index="13007" local_entity="0" value="0" />
+        <value cell_index="13008" local_entity="0" value="0" />
+        <value cell_index="13009" local_entity="0" value="0" />
+        <value cell_index="13010" local_entity="0" value="0" />
+        <value cell_index="13011" local_entity="0" value="0" />
+        <value cell_index="13012" local_entity="0" value="0" />
+        <value cell_index="13013" local_entity="0" value="0" />
+        <value cell_index="13014" local_entity="0" value="0" />
+        <value cell_index="13015" local_entity="0" value="0" />
+        <value cell_index="13016" local_entity="0" value="0" />
+        <value cell_index="13017" local_entity="0" value="0" />
+        <value cell_index="13018" local_entity="0" value="0" />
+        <value cell_index="13019" local_entity="0" value="0" />
+        <value cell_index="13020" local_entity="0" value="0" />
+        <value cell_index="13021" local_entity="0" value="0" />
+        <value cell_index="13022" local_entity="0" value="0" />
+        <value cell_index="13023" local_entity="0" value="0" />
+        <value cell_index="13024" local_entity="0" value="0" />
+        <value cell_index="13025" local_entity="0" value="0" />
+        <value cell_index="13026" local_entity="0" value="0" />
+        <value cell_index="13027" local_entity="0" value="0" />
+        <value cell_index="13028" local_entity="0" value="0" />
+        <value cell_index="13029" local_entity="0" value="0" />
+        <value cell_index="13030" local_entity="0" value="0" />
+        <value cell_index="13031" local_entity="0" value="0" />
+        <value cell_index="13032" local_entity="0" value="0" />
+        <value cell_index="13033" local_entity="0" value="0" />
+        <value cell_index="13034" local_entity="0" value="0" />
+        <value cell_index="13035" local_entity="0" value="0" />
+        <value cell_index="13036" local_entity="0" value="0" />
+        <value cell_index="13037" local_entity="0" value="0" />
+        <value cell_index="13038" local_entity="0" value="0" />
+        <value cell_index="13039" local_entity="0" value="0" />
+        <value cell_index="13040" local_entity="0" value="0" />
+        <value cell_index="13041" local_entity="0" value="0" />
+        <value cell_index="13042" local_entity="0" value="0" />
+        <value cell_index="13043" local_entity="0" value="0" />
+        <value cell_index="13044" local_entity="0" value="0" />
+        <value cell_index="13045" local_entity="0" value="0" />
+        <value cell_index="13046" local_entity="0" value="0" />
+        <value cell_index="13047" local_entity="0" value="0" />
+        <value cell_index="13048" local_entity="0" value="0" />
+        <value cell_index="13049" local_entity="0" value="0" />
+        <value cell_index="13050" local_entity="0" value="0" />
+        <value cell_index="13051" local_entity="0" value="0" />
+        <value cell_index="13052" local_entity="0" value="0" />
+        <value cell_index="13053" local_entity="0" value="0" />
+        <value cell_index="13054" local_entity="0" value="0" />
+        <value cell_index="13055" local_entity="0" value="0" />
+        <value cell_index="13056" local_entity="0" value="0" />
+        <value cell_index="13057" local_entity="0" value="0" />
+        <value cell_index="13058" local_entity="0" value="0" />
+        <value cell_index="13059" local_entity="0" value="0" />
+        <value cell_index="13060" local_entity="0" value="0" />
+        <value cell_index="13061" local_entity="0" value="0" />
+        <value cell_index="13062" local_entity="0" value="0" />
+        <value cell_index="13063" local_entity="0" value="0" />
+        <value cell_index="13064" local_entity="0" value="0" />
+        <value cell_index="13065" local_entity="0" value="0" />
+        <value cell_index="13066" local_entity="0" value="0" />
+        <value cell_index="13067" local_entity="0" value="0" />
+        <value cell_index="13068" local_entity="0" value="0" />
+        <value cell_index="13069" local_entity="0" value="0" />
+        <value cell_index="13070" local_entity="0" value="0" />
+        <value cell_index="13071" local_entity="0" value="0" />
+        <value cell_index="13072" local_entity="0" value="0" />
+        <value cell_index="13073" local_entity="0" value="0" />
+        <value cell_index="13074" local_entity="0" value="0" />
+        <value cell_index="13075" local_entity="0" value="0" />
+        <value cell_index="13076" local_entity="0" value="0" />
+        <value cell_index="13077" local_entity="0" value="0" />
+        <value cell_index="13078" local_entity="0" value="0" />
+        <value cell_index="13079" local_entity="0" value="0" />
+        <value cell_index="13080" local_entity="0" value="0" />
+        <value cell_index="13081" local_entity="0" value="0" />
+        <value cell_index="13082" local_entity="0" value="0" />
+        <value cell_index="13083" local_entity="0" value="0" />
+        <value cell_index="13084" local_entity="0" value="0" />
+        <value cell_index="13085" local_entity="0" value="0" />
+        <value cell_index="13086" local_entity="0" value="0" />
+        <value cell_index="13087" local_entity="0" value="0" />
+        <value cell_index="13088" local_entity="0" value="0" />
+        <value cell_index="13089" local_entity="0" value="0" />
+        <value cell_index="13090" local_entity="0" value="0" />
+        <value cell_index="13091" local_entity="0" value="0" />
+        <value cell_index="13092" local_entity="0" value="0" />
+        <value cell_index="13093" local_entity="0" value="0" />
+        <value cell_index="13094" local_entity="0" value="0" />
+        <value cell_index="13095" local_entity="0" value="0" />
+        <value cell_index="13096" local_entity="0" value="0" />
+        <value cell_index="13097" local_entity="0" value="0" />
+        <value cell_index="13098" local_entity="0" value="0" />
+        <value cell_index="13099" local_entity="0" value="0" />
+        <value cell_index="13100" local_entity="0" value="0" />
+        <value cell_index="13101" local_entity="0" value="0" />
+        <value cell_index="13102" local_entity="0" value="0" />
+        <value cell_index="13103" local_entity="0" value="0" />
+        <value cell_index="13104" local_entity="0" value="0" />
+        <value cell_index="13105" local_entity="0" value="0" />
+        <value cell_index="13106" local_entity="0" value="0" />
+        <value cell_index="13107" local_entity="0" value="0" />
+        <value cell_index="13108" local_entity="0" value="0" />
+        <value cell_index="13109" local_entity="0" value="0" />
+        <value cell_index="13110" local_entity="0" value="0" />
+        <value cell_index="13111" local_entity="0" value="0" />
+        <value cell_index="13112" local_entity="0" value="0" />
+        <value cell_index="13113" local_entity="0" value="0" />
+        <value cell_index="13114" local_entity="0" value="0" />
+        <value cell_index="13115" local_entity="0" value="0" />
+        <value cell_index="13116" local_entity="0" value="0" />
+        <value cell_index="13117" local_entity="0" value="0" />
+        <value cell_index="13118" local_entity="0" value="0" />
+        <value cell_index="13119" local_entity="0" value="0" />
+        <value cell_index="13120" local_entity="0" value="0" />
+        <value cell_index="13121" local_entity="0" value="0" />
+        <value cell_index="13122" local_entity="0" value="0" />
+        <value cell_index="13123" local_entity="0" value="0" />
+        <value cell_index="13124" local_entity="0" value="0" />
+        <value cell_index="13125" local_entity="0" value="0" />
+        <value cell_index="13126" local_entity="0" value="0" />
+        <value cell_index="13127" local_entity="0" value="0" />
+        <value cell_index="13128" local_entity="0" value="0" />
+        <value cell_index="13129" local_entity="0" value="0" />
+        <value cell_index="13130" local_entity="0" value="0" />
+        <value cell_index="13131" local_entity="0" value="0" />
+        <value cell_index="13132" local_entity="0" value="0" />
+        <value cell_index="13133" local_entity="0" value="0" />
+        <value cell_index="13134" local_entity="0" value="0" />
+        <value cell_index="13135" local_entity="0" value="0" />
+        <value cell_index="13136" local_entity="0" value="0" />
+        <value cell_index="13137" local_entity="0" value="0" />
+        <value cell_index="13138" local_entity="0" value="0" />
+        <value cell_index="13139" local_entity="0" value="0" />
+        <value cell_index="13140" local_entity="0" value="0" />
+        <value cell_index="13141" local_entity="0" value="0" />
+        <value cell_index="13142" local_entity="0" value="0" />
+        <value cell_index="13143" local_entity="0" value="0" />
+        <value cell_index="13144" local_entity="0" value="0" />
+        <value cell_index="13145" local_entity="0" value="0" />
+        <value cell_index="13146" local_entity="0" value="0" />
+        <value cell_index="13147" local_entity="0" value="0" />
+        <value cell_index="13148" local_entity="0" value="0" />
+        <value cell_index="13149" local_entity="0" value="0" />
+        <value cell_index="13150" local_entity="0" value="0" />
+        <value cell_index="13151" local_entity="0" value="0" />
+        <value cell_index="13152" local_entity="0" value="0" />
+        <value cell_index="13153" local_entity="0" value="0" />
+        <value cell_index="13154" local_entity="0" value="0" />
+        <value cell_index="13155" local_entity="0" value="0" />
+        <value cell_index="13156" local_entity="0" value="0" />
+        <value cell_index="13157" local_entity="0" value="0" />
+        <value cell_index="13158" local_entity="0" value="0" />
+        <value cell_index="13159" local_entity="0" value="0" />
+        <value cell_index="13160" local_entity="0" value="0" />
+        <value cell_index="13161" local_entity="0" value="0" />
+        <value cell_index="13162" local_entity="0" value="0" />
+        <value cell_index="13163" local_entity="0" value="0" />
+        <value cell_index="13164" local_entity="0" value="0" />
+        <value cell_index="13165" local_entity="0" value="0" />
+        <value cell_index="13166" local_entity="0" value="0" />
+        <value cell_index="13167" local_entity="0" value="0" />
+        <value cell_index="13168" local_entity="0" value="0" />
+        <value cell_index="13169" local_entity="0" value="0" />
+        <value cell_index="13170" local_entity="0" value="0" />
+        <value cell_index="13171" local_entity="0" value="0" />
+        <value cell_index="13172" local_entity="0" value="0" />
+        <value cell_index="13173" local_entity="0" value="0" />
+        <value cell_index="13174" local_entity="0" value="0" />
+        <value cell_index="13175" local_entity="0" value="0" />
+        <value cell_index="13176" local_entity="0" value="0" />
+        <value cell_index="13177" local_entity="0" value="0" />
+        <value cell_index="13178" local_entity="0" value="0" />
+        <value cell_index="13179" local_entity="0" value="0" />
+        <value cell_index="13180" local_entity="0" value="0" />
+        <value cell_index="13181" local_entity="0" value="0" />
+        <value cell_index="13182" local_entity="0" value="0" />
+        <value cell_index="13183" local_entity="0" value="0" />
+        <value cell_index="13184" local_entity="0" value="0" />
+        <value cell_index="13185" local_entity="0" value="0" />
+        <value cell_index="13186" local_entity="0" value="0" />
+        <value cell_index="13187" local_entity="0" value="0" />
+        <value cell_index="13188" local_entity="0" value="0" />
+        <value cell_index="13189" local_entity="0" value="0" />
+        <value cell_index="13190" local_entity="0" value="0" />
+        <value cell_index="13191" local_entity="0" value="0" />
+        <value cell_index="13192" local_entity="0" value="0" />
+        <value cell_index="13193" local_entity="0" value="0" />
+        <value cell_index="13194" local_entity="0" value="0" />
+        <value cell_index="13195" local_entity="0" value="0" />
+        <value cell_index="13196" local_entity="0" value="0" />
+        <value cell_index="13197" local_entity="0" value="0" />
+        <value cell_index="13198" local_entity="0" value="0" />
+        <value cell_index="13199" local_entity="0" value="0" />
+        <value cell_index="13200" local_entity="0" value="0" />
+        <value cell_index="13201" local_entity="0" value="0" />
+        <value cell_index="13202" local_entity="0" value="0" />
+        <value cell_index="13203" local_entity="0" value="0" />
+        <value cell_index="13204" local_entity="0" value="0" />
+        <value cell_index="13205" local_entity="0" value="0" />
+        <value cell_index="13206" local_entity="0" value="0" />
+        <value cell_index="13207" local_entity="0" value="0" />
+        <value cell_index="13208" local_entity="0" value="0" />
+        <value cell_index="13209" local_entity="0" value="0" />
+        <value cell_index="13210" local_entity="0" value="0" />
+        <value cell_index="13211" local_entity="0" value="0" />
+        <value cell_index="13212" local_entity="0" value="0" />
+        <value cell_index="13213" local_entity="0" value="0" />
+        <value cell_index="13214" local_entity="0" value="0" />
+        <value cell_index="13215" local_entity="0" value="0" />
+        <value cell_index="13216" local_entity="0" value="0" />
+        <value cell_index="13217" local_entity="0" value="0" />
+        <value cell_index="13218" local_entity="0" value="0" />
+        <value cell_index="13219" local_entity="0" value="0" />
+        <value cell_index="13220" local_entity="0" value="0" />
+        <value cell_index="13221" local_entity="0" value="0" />
+        <value cell_index="13222" local_entity="0" value="0" />
+        <value cell_index="13223" local_entity="0" value="0" />
+        <value cell_index="13224" local_entity="0" value="0" />
+        <value cell_index="13225" local_entity="0" value="0" />
+        <value cell_index="13226" local_entity="0" value="0" />
+        <value cell_index="13227" local_entity="0" value="0" />
+        <value cell_index="13228" local_entity="0" value="0" />
+        <value cell_index="13229" local_entity="0" value="0" />
+        <value cell_index="13230" local_entity="0" value="0" />
+        <value cell_index="13231" local_entity="0" value="0" />
+        <value cell_index="13232" local_entity="0" value="0" />
+        <value cell_index="13233" local_entity="0" value="0" />
+        <value cell_index="13234" local_entity="0" value="0" />
+        <value cell_index="13235" local_entity="0" value="0" />
+        <value cell_index="13236" local_entity="0" value="0" />
+        <value cell_index="13237" local_entity="0" value="0" />
+        <value cell_index="13238" local_entity="0" value="0" />
+        <value cell_index="13239" local_entity="0" value="0" />
+        <value cell_index="13240" local_entity="0" value="0" />
+        <value cell_index="13241" local_entity="0" value="0" />
+        <value cell_index="13242" local_entity="0" value="0" />
+        <value cell_index="13243" local_entity="0" value="0" />
+        <value cell_index="13244" local_entity="0" value="0" />
+        <value cell_index="13245" local_entity="0" value="0" />
+        <value cell_index="13246" local_entity="0" value="0" />
+        <value cell_index="13247" local_entity="0" value="0" />
+        <value cell_index="13248" local_entity="0" value="0" />
+        <value cell_index="13249" local_entity="0" value="0" />
+        <value cell_index="13250" local_entity="0" value="0" />
+        <value cell_index="13251" local_entity="0" value="0" />
+        <value cell_index="13252" local_entity="0" value="0" />
+        <value cell_index="13253" local_entity="0" value="0" />
+        <value cell_index="13254" local_entity="0" value="0" />
+        <value cell_index="13255" local_entity="0" value="0" />
+        <value cell_index="13256" local_entity="0" value="0" />
+        <value cell_index="13257" local_entity="0" value="0" />
+        <value cell_index="13258" local_entity="0" value="0" />
+        <value cell_index="13259" local_entity="0" value="0" />
+        <value cell_index="13260" local_entity="0" value="0" />
+        <value cell_index="13261" local_entity="0" value="0" />
+        <value cell_index="13262" local_entity="0" value="0" />
+        <value cell_index="13263" local_entity="0" value="0" />
+        <value cell_index="13264" local_entity="0" value="0" />
+        <value cell_index="13265" local_entity="0" value="0" />
+        <value cell_index="13266" local_entity="0" value="0" />
+        <value cell_index="13267" local_entity="0" value="0" />
+        <value cell_index="13268" local_entity="0" value="0" />
+        <value cell_index="13269" local_entity="0" value="0" />
+        <value cell_index="13270" local_entity="0" value="0" />
+        <value cell_index="13271" local_entity="0" value="0" />
+        <value cell_index="13272" local_entity="0" value="0" />
+        <value cell_index="13273" local_entity="0" value="0" />
+        <value cell_index="13274" local_entity="0" value="0" />
+        <value cell_index="13275" local_entity="0" value="0" />
+        <value cell_index="13276" local_entity="0" value="0" />
+        <value cell_index="13277" local_entity="0" value="0" />
+        <value cell_index="13278" local_entity="0" value="0" />
+        <value cell_index="13279" local_entity="0" value="0" />
+        <value cell_index="13280" local_entity="0" value="0" />
+        <value cell_index="13281" local_entity="0" value="0" />
+        <value cell_index="13282" local_entity="0" value="0" />
+        <value cell_index="13283" local_entity="0" value="0" />
+        <value cell_index="13284" local_entity="0" value="0" />
+        <value cell_index="13285" local_entity="0" value="0" />
+        <value cell_index="13286" local_entity="0" value="0" />
+        <value cell_index="13287" local_entity="0" value="0" />
+        <value cell_index="13288" local_entity="0" value="0" />
+        <value cell_index="13289" local_entity="0" value="0" />
+        <value cell_index="13290" local_entity="0" value="0" />
+        <value cell_index="13291" local_entity="0" value="0" />
+        <value cell_index="13292" local_entity="0" value="0" />
+        <value cell_index="13293" local_entity="0" value="0" />
+        <value cell_index="13294" local_entity="0" value="0" />
+        <value cell_index="13295" local_entity="0" value="0" />
+        <value cell_index="13296" local_entity="0" value="0" />
+        <value cell_index="13297" local_entity="0" value="0" />
+        <value cell_index="13298" local_entity="0" value="0" />
+        <value cell_index="13299" local_entity="0" value="0" />
+        <value cell_index="13300" local_entity="0" value="0" />
+        <value cell_index="13301" local_entity="0" value="0" />
+        <value cell_index="13302" local_entity="0" value="0" />
+        <value cell_index="13303" local_entity="0" value="0" />
+        <value cell_index="13304" local_entity="0" value="0" />
+        <value cell_index="13305" local_entity="0" value="0" />
+        <value cell_index="13306" local_entity="0" value="0" />
+        <value cell_index="13307" local_entity="0" value="0" />
+        <value cell_index="13308" local_entity="0" value="0" />
+        <value cell_index="13309" local_entity="0" value="0" />
+        <value cell_index="13310" local_entity="0" value="0" />
+        <value cell_index="13311" local_entity="0" value="0" />
+        <value cell_index="13312" local_entity="0" value="0" />
+        <value cell_index="13313" local_entity="0" value="0" />
+        <value cell_index="13314" local_entity="0" value="0" />
+        <value cell_index="13315" local_entity="0" value="0" />
+        <value cell_index="13316" local_entity="0" value="0" />
+        <value cell_index="13317" local_entity="0" value="0" />
+        <value cell_index="13318" local_entity="0" value="0" />
+        <value cell_index="13319" local_entity="0" value="0" />
+        <value cell_index="13320" local_entity="0" value="0" />
+        <value cell_index="13321" local_entity="0" value="0" />
+        <value cell_index="13322" local_entity="0" value="0" />
+        <value cell_index="13323" local_entity="0" value="0" />
+        <value cell_index="13324" local_entity="0" value="0" />
+        <value cell_index="13325" local_entity="0" value="0" />
+        <value cell_index="13326" local_entity="0" value="0" />
+        <value cell_index="13327" local_entity="0" value="0" />
+        <value cell_index="13328" local_entity="0" value="0" />
+        <value cell_index="13329" local_entity="0" value="0" />
+        <value cell_index="13330" local_entity="0" value="0" />
+        <value cell_index="13331" local_entity="0" value="0" />
+        <value cell_index="13332" local_entity="0" value="0" />
+        <value cell_index="13333" local_entity="0" value="0" />
+        <value cell_index="13334" local_entity="0" value="0" />
+        <value cell_index="13335" local_entity="0" value="0" />
+        <value cell_index="13336" local_entity="0" value="0" />
+        <value cell_index="13337" local_entity="0" value="0" />
+        <value cell_index="13338" local_entity="0" value="0" />
+        <value cell_index="13339" local_entity="0" value="0" />
+        <value cell_index="13340" local_entity="0" value="0" />
+        <value cell_index="13341" local_entity="0" value="0" />
+        <value cell_index="13342" local_entity="0" value="0" />
+        <value cell_index="13343" local_entity="0" value="0" />
+        <value cell_index="13344" local_entity="0" value="0" />
+        <value cell_index="13345" local_entity="0" value="0" />
+        <value cell_index="13346" local_entity="0" value="0" />
+        <value cell_index="13347" local_entity="0" value="0" />
+        <value cell_index="13348" local_entity="0" value="0" />
+        <value cell_index="13349" local_entity="0" value="0" />
+        <value cell_index="13350" local_entity="0" value="0" />
+        <value cell_index="13351" local_entity="0" value="0" />
+        <value cell_index="13352" local_entity="0" value="0" />
+        <value cell_index="13353" local_entity="0" value="0" />
+        <value cell_index="13354" local_entity="0" value="0" />
+        <value cell_index="13355" local_entity="0" value="0" />
+        <value cell_index="13356" local_entity="0" value="0" />
+        <value cell_index="13357" local_entity="0" value="0" />
+        <value cell_index="13358" local_entity="0" value="0" />
+        <value cell_index="13359" local_entity="0" value="0" />
+        <value cell_index="13360" local_entity="0" value="0" />
+        <value cell_index="13361" local_entity="0" value="0" />
+        <value cell_index="13362" local_entity="0" value="0" />
+        <value cell_index="13363" local_entity="0" value="0" />
+        <value cell_index="13364" local_entity="0" value="0" />
+        <value cell_index="13365" local_entity="0" value="0" />
+        <value cell_index="13366" local_entity="0" value="0" />
+        <value cell_index="13367" local_entity="0" value="0" />
+        <value cell_index="13368" local_entity="0" value="0" />
+        <value cell_index="13369" local_entity="0" value="0" />
+        <value cell_index="13370" local_entity="0" value="0" />
+        <value cell_index="13371" local_entity="0" value="0" />
+        <value cell_index="13372" local_entity="0" value="0" />
+        <value cell_index="13373" local_entity="0" value="0" />
+        <value cell_index="13374" local_entity="0" value="0" />
+        <value cell_index="13375" local_entity="0" value="0" />
+        <value cell_index="13376" local_entity="0" value="0" />
+        <value cell_index="13377" local_entity="0" value="0" />
+        <value cell_index="13378" local_entity="0" value="0" />
+        <value cell_index="13379" local_entity="0" value="0" />
+        <value cell_index="13380" local_entity="0" value="0" />
+        <value cell_index="13381" local_entity="0" value="0" />
+        <value cell_index="13382" local_entity="0" value="0" />
+        <value cell_index="13383" local_entity="0" value="0" />
+        <value cell_index="13384" local_entity="0" value="0" />
+        <value cell_index="13385" local_entity="0" value="0" />
+        <value cell_index="13386" local_entity="0" value="0" />
+        <value cell_index="13387" local_entity="0" value="0" />
+        <value cell_index="13388" local_entity="0" value="0" />
+        <value cell_index="13389" local_entity="0" value="0" />
+        <value cell_index="13390" local_entity="0" value="0" />
+        <value cell_index="13391" local_entity="0" value="0" />
+        <value cell_index="13392" local_entity="0" value="0" />
+        <value cell_index="13393" local_entity="0" value="0" />
+        <value cell_index="13394" local_entity="0" value="0" />
+        <value cell_index="13395" local_entity="0" value="0" />
+        <value cell_index="13396" local_entity="0" value="0" />
+        <value cell_index="13397" local_entity="0" value="0" />
+        <value cell_index="13398" local_entity="0" value="0" />
+        <value cell_index="13399" local_entity="0" value="0" />
+        <value cell_index="13400" local_entity="0" value="0" />
+        <value cell_index="13401" local_entity="0" value="0" />
+        <value cell_index="13402" local_entity="0" value="0" />
+        <value cell_index="13403" local_entity="0" value="0" />
+        <value cell_index="13404" local_entity="0" value="0" />
+        <value cell_index="13405" local_entity="0" value="0" />
+        <value cell_index="13406" local_entity="0" value="0" />
+        <value cell_index="13407" local_entity="0" value="0" />
+        <value cell_index="13408" local_entity="0" value="0" />
+        <value cell_index="13409" local_entity="0" value="0" />
+        <value cell_index="13410" local_entity="0" value="0" />
+        <value cell_index="13411" local_entity="0" value="0" />
+        <value cell_index="13412" local_entity="0" value="0" />
+        <value cell_index="13413" local_entity="0" value="0" />
+        <value cell_index="13414" local_entity="0" value="0" />
+        <value cell_index="13415" local_entity="0" value="0" />
+        <value cell_index="13416" local_entity="0" value="0" />
+        <value cell_index="13417" local_entity="0" value="0" />
+        <value cell_index="13418" local_entity="0" value="0" />
+        <value cell_index="13419" local_entity="0" value="0" />
+        <value cell_index="13420" local_entity="0" value="0" />
+        <value cell_index="13421" local_entity="0" value="0" />
+        <value cell_index="13422" local_entity="0" value="0" />
+        <value cell_index="13423" local_entity="0" value="0" />
+        <value cell_index="13424" local_entity="0" value="0" />
+        <value cell_index="13425" local_entity="0" value="0" />
+        <value cell_index="13426" local_entity="0" value="0" />
+        <value cell_index="13427" local_entity="0" value="0" />
+        <value cell_index="13428" local_entity="0" value="0" />
+        <value cell_index="13429" local_entity="0" value="0" />
+        <value cell_index="13430" local_entity="0" value="0" />
+        <value cell_index="13431" local_entity="0" value="0" />
+        <value cell_index="13432" local_entity="0" value="0" />
+        <value cell_index="13433" local_entity="0" value="0" />
+        <value cell_index="13434" local_entity="0" value="0" />
+        <value cell_index="13435" local_entity="0" value="0" />
+        <value cell_index="13436" local_entity="0" value="0" />
+        <value cell_index="13437" local_entity="0" value="0" />
+        <value cell_index="13438" local_entity="0" value="0" />
+        <value cell_index="13439" local_entity="0" value="0" />
+        <value cell_index="13440" local_entity="0" value="0" />
+        <value cell_index="13441" local_entity="0" value="0" />
+        <value cell_index="13442" local_entity="0" value="0" />
+        <value cell_index="13443" local_entity="0" value="0" />
+        <value cell_index="13444" local_entity="0" value="0" />
+        <value cell_index="13445" local_entity="0" value="0" />
+        <value cell_index="13446" local_entity="0" value="0" />
+        <value cell_index="13447" local_entity="0" value="0" />
+        <value cell_index="13448" local_entity="0" value="0" />
+        <value cell_index="13449" local_entity="0" value="0" />
+        <value cell_index="13450" local_entity="0" value="0" />
+        <value cell_index="13451" local_entity="0" value="0" />
+        <value cell_index="13452" local_entity="0" value="0" />
+        <value cell_index="13453" local_entity="0" value="0" />
+        <value cell_index="13454" local_entity="0" value="0" />
+        <value cell_index="13455" local_entity="0" value="0" />
+        <value cell_index="13456" local_entity="0" value="0" />
+        <value cell_index="13457" local_entity="0" value="0" />
+        <value cell_index="13458" local_entity="0" value="0" />
+        <value cell_index="13459" local_entity="0" value="0" />
+        <value cell_index="13460" local_entity="0" value="0" />
+        <value cell_index="13461" local_entity="0" value="0" />
+        <value cell_index="13462" local_entity="0" value="0" />
+        <value cell_index="13463" local_entity="0" value="0" />
+        <value cell_index="13464" local_entity="0" value="0" />
+        <value cell_index="13465" local_entity="0" value="0" />
+        <value cell_index="13466" local_entity="0" value="0" />
+        <value cell_index="13467" local_entity="0" value="0" />
+        <value cell_index="13468" local_entity="0" value="0" />
+        <value cell_index="13469" local_entity="0" value="0" />
+        <value cell_index="13470" local_entity="0" value="0" />
+        <value cell_index="13471" local_entity="0" value="0" />
+        <value cell_index="13472" local_entity="0" value="0" />
+        <value cell_index="13473" local_entity="0" value="0" />
+        <value cell_index="13474" local_entity="0" value="0" />
+        <value cell_index="13475" local_entity="0" value="0" />
+        <value cell_index="13476" local_entity="0" value="0" />
+        <value cell_index="13477" local_entity="0" value="0" />
+        <value cell_index="13478" local_entity="0" value="0" />
+        <value cell_index="13479" local_entity="0" value="0" />
+        <value cell_index="13480" local_entity="0" value="0" />
+        <value cell_index="13481" local_entity="0" value="0" />
+        <value cell_index="13482" local_entity="0" value="0" />
+        <value cell_index="13483" local_entity="0" value="0" />
+        <value cell_index="13484" local_entity="0" value="0" />
+        <value cell_index="13485" local_entity="0" value="0" />
+        <value cell_index="13486" local_entity="0" value="0" />
+        <value cell_index="13487" local_entity="0" value="0" />
+        <value cell_index="13488" local_entity="0" value="0" />
+        <value cell_index="13489" local_entity="0" value="0" />
+        <value cell_index="13490" local_entity="0" value="0" />
+        <value cell_index="13491" local_entity="0" value="0" />
+        <value cell_index="13492" local_entity="0" value="0" />
+        <value cell_index="13493" local_entity="0" value="0" />
+        <value cell_index="13494" local_entity="0" value="0" />
+        <value cell_index="13495" local_entity="0" value="0" />
+        <value cell_index="13496" local_entity="0" value="0" />
+        <value cell_index="13497" local_entity="0" value="0" />
+        <value cell_index="13498" local_entity="0" value="0" />
+        <value cell_index="13499" local_entity="0" value="0" />
+        <value cell_index="13500" local_entity="0" value="0" />
+        <value cell_index="13501" local_entity="0" value="0" />
+        <value cell_index="13502" local_entity="0" value="0" />
+        <value cell_index="13503" local_entity="0" value="0" />
+        <value cell_index="13504" local_entity="0" value="0" />
+        <value cell_index="13505" local_entity="0" value="0" />
+        <value cell_index="13506" local_entity="0" value="0" />
+        <value cell_index="13507" local_entity="0" value="0" />
+        <value cell_index="13508" local_entity="0" value="0" />
+        <value cell_index="13509" local_entity="0" value="0" />
+        <value cell_index="13510" local_entity="0" value="0" />
+        <value cell_index="13511" local_entity="0" value="0" />
+        <value cell_index="13512" local_entity="0" value="0" />
+        <value cell_index="13513" local_entity="0" value="0" />
+        <value cell_index="13514" local_entity="0" value="0" />
+        <value cell_index="13515" local_entity="0" value="0" />
+        <value cell_index="13516" local_entity="0" value="0" />
+        <value cell_index="13517" local_entity="0" value="0" />
+        <value cell_index="13518" local_entity="0" value="0" />
+        <value cell_index="13519" local_entity="0" value="0" />
+        <value cell_index="13520" local_entity="0" value="0" />
+        <value cell_index="13521" local_entity="0" value="0" />
+        <value cell_index="13522" local_entity="0" value="0" />
+        <value cell_index="13523" local_entity="0" value="0" />
+        <value cell_index="13524" local_entity="0" value="0" />
+        <value cell_index="13525" local_entity="0" value="0" />
+        <value cell_index="13526" local_entity="0" value="0" />
+        <value cell_index="13527" local_entity="0" value="0" />
+        <value cell_index="13528" local_entity="0" value="0" />
+        <value cell_index="13529" local_entity="0" value="0" />
+        <value cell_index="13530" local_entity="0" value="0" />
+        <value cell_index="13531" local_entity="0" value="0" />
+        <value cell_index="13532" local_entity="0" value="0" />
+        <value cell_index="13533" local_entity="0" value="0" />
+        <value cell_index="13534" local_entity="0" value="0" />
+        <value cell_index="13535" local_entity="0" value="0" />
+        <value cell_index="13536" local_entity="0" value="0" />
+        <value cell_index="13537" local_entity="0" value="0" />
+        <value cell_index="13538" local_entity="0" value="0" />
+        <value cell_index="13539" local_entity="0" value="0" />
+        <value cell_index="13540" local_entity="0" value="0" />
+        <value cell_index="13541" local_entity="0" value="0" />
+        <value cell_index="13542" local_entity="0" value="0" />
+        <value cell_index="13543" local_entity="0" value="0" />
+        <value cell_index="13544" local_entity="0" value="0" />
+        <value cell_index="13545" local_entity="0" value="0" />
+        <value cell_index="13546" local_entity="0" value="0" />
+        <value cell_index="13547" local_entity="0" value="0" />
+        <value cell_index="13548" local_entity="0" value="0" />
+        <value cell_index="13549" local_entity="0" value="0" />
+        <value cell_index="13550" local_entity="0" value="0" />
+        <value cell_index="13551" local_entity="0" value="0" />
+        <value cell_index="13552" local_entity="0" value="0" />
+        <value cell_index="13553" local_entity="0" value="0" />
+        <value cell_index="13554" local_entity="0" value="0" />
+        <value cell_index="13555" local_entity="0" value="0" />
+        <value cell_index="13556" local_entity="0" value="0" />
+        <value cell_index="13557" local_entity="0" value="0" />
+        <value cell_index="13558" local_entity="0" value="0" />
+        <value cell_index="13559" local_entity="0" value="0" />
+        <value cell_index="13560" local_entity="0" value="0" />
+        <value cell_index="13561" local_entity="0" value="0" />
+        <value cell_index="13562" local_entity="0" value="0" />
+        <value cell_index="13563" local_entity="0" value="0" />
+        <value cell_index="13564" local_entity="0" value="0" />
+        <value cell_index="13565" local_entity="0" value="0" />
+        <value cell_index="13566" local_entity="0" value="0" />
+        <value cell_index="13567" local_entity="0" value="0" />
+        <value cell_index="13568" local_entity="0" value="0" />
+        <value cell_index="13569" local_entity="0" value="0" />
+        <value cell_index="13570" local_entity="0" value="0" />
+        <value cell_index="13571" local_entity="0" value="0" />
+        <value cell_index="13572" local_entity="0" value="0" />
+        <value cell_index="13573" local_entity="0" value="0" />
+        <value cell_index="13574" local_entity="0" value="0" />
+        <value cell_index="13575" local_entity="0" value="0" />
+        <value cell_index="13576" local_entity="0" value="0" />
+        <value cell_index="13577" local_entity="0" value="0" />
+        <value cell_index="13578" local_entity="0" value="0" />
+        <value cell_index="13579" local_entity="0" value="0" />
+        <value cell_index="13580" local_entity="0" value="0" />
+        <value cell_index="13581" local_entity="0" value="0" />
+        <value cell_index="13582" local_entity="0" value="0" />
+        <value cell_index="13583" local_entity="0" value="0" />
+        <value cell_index="13584" local_entity="0" value="0" />
+        <value cell_index="13585" local_entity="0" value="0" />
+        <value cell_index="13586" local_entity="0" value="0" />
+        <value cell_index="13587" local_entity="0" value="0" />
+        <value cell_index="13588" local_entity="0" value="0" />
+        <value cell_index="13589" local_entity="0" value="0" />
+        <value cell_index="13590" local_entity="0" value="0" />
+        <value cell_index="13591" local_entity="0" value="0" />
+        <value cell_index="13592" local_entity="0" value="0" />
+        <value cell_index="13593" local_entity="0" value="0" />
+        <value cell_index="13594" local_entity="0" value="0" />
+        <value cell_index="13595" local_entity="0" value="0" />
+        <value cell_index="13596" local_entity="0" value="0" />
+        <value cell_index="13597" local_entity="0" value="0" />
+        <value cell_index="13598" local_entity="0" value="0" />
+        <value cell_index="13599" local_entity="0" value="0" />
+        <value cell_index="13600" local_entity="0" value="0" />
+        <value cell_index="13601" local_entity="0" value="0" />
+        <value cell_index="13602" local_entity="0" value="0" />
+        <value cell_index="13603" local_entity="0" value="0" />
+        <value cell_index="13604" local_entity="0" value="0" />
+        <value cell_index="13605" local_entity="0" value="0" />
+        <value cell_index="13606" local_entity="0" value="0" />
+        <value cell_index="13607" local_entity="0" value="0" />
+        <value cell_index="13608" local_entity="0" value="0" />
+        <value cell_index="13609" local_entity="0" value="0" />
+        <value cell_index="13610" local_entity="0" value="0" />
+        <value cell_index="13611" local_entity="0" value="0" />
+        <value cell_index="13612" local_entity="0" value="0" />
+        <value cell_index="13613" local_entity="0" value="0" />
+        <value cell_index="13614" local_entity="0" value="0" />
+        <value cell_index="13615" local_entity="0" value="0" />
+        <value cell_index="13616" local_entity="0" value="0" />
+        <value cell_index="13617" local_entity="0" value="0" />
+        <value cell_index="13618" local_entity="0" value="0" />
+        <value cell_index="13619" local_entity="0" value="0" />
+        <value cell_index="13620" local_entity="0" value="0" />
+        <value cell_index="13621" local_entity="0" value="0" />
+        <value cell_index="13622" local_entity="0" value="0" />
+        <value cell_index="13623" local_entity="0" value="0" />
+        <value cell_index="13624" local_entity="0" value="0" />
+        <value cell_index="13625" local_entity="0" value="0" />
+        <value cell_index="13626" local_entity="0" value="0" />
+        <value cell_index="13627" local_entity="0" value="0" />
+        <value cell_index="13628" local_entity="0" value="0" />
+        <value cell_index="13629" local_entity="0" value="0" />
+        <value cell_index="13630" local_entity="0" value="0" />
+        <value cell_index="13631" local_entity="0" value="0" />
+        <value cell_index="13632" local_entity="0" value="0" />
+        <value cell_index="13633" local_entity="0" value="0" />
+        <value cell_index="13634" local_entity="0" value="0" />
+        <value cell_index="13635" local_entity="0" value="0" />
+        <value cell_index="13636" local_entity="0" value="0" />
+        <value cell_index="13637" local_entity="0" value="0" />
+        <value cell_index="13638" local_entity="0" value="0" />
+        <value cell_index="13639" local_entity="0" value="0" />
+        <value cell_index="13640" local_entity="0" value="0" />
+        <value cell_index="13641" local_entity="0" value="0" />
+        <value cell_index="13642" local_entity="0" value="0" />
+        <value cell_index="13643" local_entity="0" value="0" />
+        <value cell_index="13644" local_entity="0" value="0" />
+        <value cell_index="13645" local_entity="0" value="0" />
+        <value cell_index="13646" local_entity="0" value="0" />
+        <value cell_index="13647" local_entity="0" value="0" />
+        <value cell_index="13648" local_entity="0" value="0" />
+        <value cell_index="13649" local_entity="0" value="0" />
+        <value cell_index="13650" local_entity="0" value="0" />
+        <value cell_index="13651" local_entity="0" value="0" />
+        <value cell_index="13652" local_entity="0" value="0" />
+        <value cell_index="13653" local_entity="0" value="0" />
+        <value cell_index="13654" local_entity="0" value="0" />
+        <value cell_index="13655" local_entity="0" value="0" />
+        <value cell_index="13656" local_entity="0" value="0" />
+        <value cell_index="13657" local_entity="0" value="0" />
+        <value cell_index="13658" local_entity="0" value="0" />
+        <value cell_index="13659" local_entity="0" value="0" />
+        <value cell_index="13660" local_entity="0" value="0" />
+        <value cell_index="13661" local_entity="0" value="0" />
+        <value cell_index="13662" local_entity="0" value="0" />
+        <value cell_index="13663" local_entity="0" value="0" />
+        <value cell_index="13664" local_entity="0" value="0" />
+        <value cell_index="13665" local_entity="0" value="0" />
+        <value cell_index="13666" local_entity="0" value="0" />
+        <value cell_index="13667" local_entity="0" value="0" />
+        <value cell_index="13668" local_entity="0" value="0" />
+        <value cell_index="13669" local_entity="0" value="0" />
+        <value cell_index="13670" local_entity="0" value="0" />
+        <value cell_index="13671" local_entity="0" value="0" />
+        <value cell_index="13672" local_entity="0" value="0" />
+        <value cell_index="13673" local_entity="0" value="0" />
+        <value cell_index="13674" local_entity="0" value="0" />
+        <value cell_index="13675" local_entity="0" value="0" />
+        <value cell_index="13676" local_entity="0" value="0" />
+        <value cell_index="13677" local_entity="0" value="0" />
+        <value cell_index="13678" local_entity="0" value="0" />
+        <value cell_index="13679" local_entity="0" value="0" />
+        <value cell_index="13680" local_entity="0" value="0" />
+        <value cell_index="13681" local_entity="0" value="0" />
+        <value cell_index="13682" local_entity="0" value="0" />
+        <value cell_index="13683" local_entity="0" value="0" />
+        <value cell_index="13684" local_entity="0" value="0" />
+        <value cell_index="13685" local_entity="0" value="0" />
+        <value cell_index="13686" local_entity="0" value="0" />
+        <value cell_index="13687" local_entity="0" value="0" />
+        <value cell_index="13688" local_entity="0" value="0" />
+        <value cell_index="13689" local_entity="0" value="0" />
+        <value cell_index="13690" local_entity="0" value="0" />
+        <value cell_index="13691" local_entity="0" value="0" />
+        <value cell_index="13692" local_entity="0" value="0" />
+        <value cell_index="13693" local_entity="0" value="0" />
+        <value cell_index="13694" local_entity="0" value="0" />
+        <value cell_index="13695" local_entity="0" value="0" />
+        <value cell_index="13696" local_entity="0" value="0" />
+        <value cell_index="13697" local_entity="0" value="0" />
+        <value cell_index="13698" local_entity="0" value="0" />
+        <value cell_index="13699" local_entity="0" value="0" />
+        <value cell_index="13700" local_entity="0" value="0" />
+        <value cell_index="13701" local_entity="0" value="0" />
+        <value cell_index="13702" local_entity="0" value="0" />
+        <value cell_index="13703" local_entity="0" value="0" />
+        <value cell_index="13704" local_entity="0" value="0" />
+        <value cell_index="13705" local_entity="0" value="0" />
+        <value cell_index="13706" local_entity="0" value="0" />
+        <value cell_index="13707" local_entity="0" value="0" />
+        <value cell_index="13708" local_entity="0" value="0" />
+        <value cell_index="13709" local_entity="0" value="0" />
+        <value cell_index="13710" local_entity="0" value="0" />
+        <value cell_index="13711" local_entity="0" value="0" />
+        <value cell_index="13712" local_entity="0" value="0" />
+        <value cell_index="13713" local_entity="0" value="0" />
+        <value cell_index="13714" local_entity="0" value="0" />
+        <value cell_index="13715" local_entity="0" value="0" />
+        <value cell_index="13716" local_entity="0" value="0" />
+        <value cell_index="13717" local_entity="0" value="0" />
+        <value cell_index="13718" local_entity="0" value="0" />
+        <value cell_index="13719" local_entity="0" value="0" />
+        <value cell_index="13720" local_entity="0" value="0" />
+        <value cell_index="13721" local_entity="0" value="0" />
+        <value cell_index="13722" local_entity="0" value="0" />
+        <value cell_index="13723" local_entity="0" value="0" />
+        <value cell_index="13724" local_entity="0" value="0" />
+        <value cell_index="13725" local_entity="0" value="0" />
+        <value cell_index="13726" local_entity="0" value="0" />
+        <value cell_index="13727" local_entity="0" value="0" />
+        <value cell_index="13728" local_entity="0" value="0" />
+        <value cell_index="13729" local_entity="0" value="0" />
+        <value cell_index="13730" local_entity="0" value="0" />
+        <value cell_index="13731" local_entity="0" value="0" />
+        <value cell_index="13732" local_entity="0" value="0" />
+        <value cell_index="13733" local_entity="0" value="0" />
+        <value cell_index="13734" local_entity="0" value="0" />
+        <value cell_index="13735" local_entity="0" value="0" />
+        <value cell_index="13736" local_entity="0" value="0" />
+        <value cell_index="13737" local_entity="0" value="0" />
+        <value cell_index="13738" local_entity="0" value="0" />
+        <value cell_index="13739" local_entity="0" value="0" />
+        <value cell_index="13740" local_entity="0" value="0" />
+        <value cell_index="13741" local_entity="0" value="0" />
+        <value cell_index="13742" local_entity="0" value="0" />
+        <value cell_index="13743" local_entity="0" value="0" />
+        <value cell_index="13744" local_entity="0" value="0" />
+        <value cell_index="13745" local_entity="0" value="0" />
+        <value cell_index="13746" local_entity="0" value="0" />
+        <value cell_index="13747" local_entity="0" value="0" />
+        <value cell_index="13748" local_entity="0" value="0" />
+        <value cell_index="13749" local_entity="0" value="0" />
+        <value cell_index="13750" local_entity="0" value="0" />
+        <value cell_index="13751" local_entity="0" value="0" />
+        <value cell_index="13752" local_entity="0" value="0" />
+        <value cell_index="13753" local_entity="0" value="0" />
+        <value cell_index="13754" local_entity="0" value="0" />
+        <value cell_index="13755" local_entity="0" value="0" />
+        <value cell_index="13756" local_entity="0" value="0" />
+        <value cell_index="13757" local_entity="0" value="0" />
+        <value cell_index="13758" local_entity="0" value="0" />
+        <value cell_index="13759" local_entity="0" value="0" />
+        <value cell_index="13760" local_entity="0" value="0" />
+        <value cell_index="13761" local_entity="0" value="0" />
+        <value cell_index="13762" local_entity="0" value="0" />
+        <value cell_index="13763" local_entity="0" value="0" />
+        <value cell_index="13764" local_entity="0" value="0" />
+        <value cell_index="13765" local_entity="0" value="0" />
+        <value cell_index="13766" local_entity="0" value="0" />
+        <value cell_index="13767" local_entity="0" value="0" />
+        <value cell_index="13768" local_entity="0" value="0" />
+        <value cell_index="13769" local_entity="0" value="0" />
+        <value cell_index="13770" local_entity="0" value="0" />
+        <value cell_index="13771" local_entity="0" value="0" />
+        <value cell_index="13772" local_entity="0" value="0" />
+        <value cell_index="13773" local_entity="0" value="0" />
+        <value cell_index="13774" local_entity="0" value="0" />
+        <value cell_index="13775" local_entity="0" value="0" />
+        <value cell_index="13776" local_entity="0" value="0" />
+        <value cell_index="13777" local_entity="0" value="0" />
+        <value cell_index="13778" local_entity="0" value="0" />
+        <value cell_index="13779" local_entity="0" value="0" />
+        <value cell_index="13780" local_entity="0" value="0" />
+        <value cell_index="13781" local_entity="0" value="0" />
+        <value cell_index="13782" local_entity="0" value="0" />
+        <value cell_index="13783" local_entity="0" value="0" />
+        <value cell_index="13784" local_entity="0" value="0" />
+        <value cell_index="13785" local_entity="0" value="0" />
+        <value cell_index="13786" local_entity="0" value="0" />
+        <value cell_index="13787" local_entity="0" value="0" />
+        <value cell_index="13788" local_entity="0" value="0" />
+        <value cell_index="13789" local_entity="0" value="0" />
+        <value cell_index="13790" local_entity="0" value="0" />
+        <value cell_index="13791" local_entity="0" value="0" />
+        <value cell_index="13792" local_entity="0" value="0" />
+        <value cell_index="13793" local_entity="0" value="0" />
+        <value cell_index="13794" local_entity="0" value="0" />
+        <value cell_index="13795" local_entity="0" value="0" />
+        <value cell_index="13796" local_entity="0" value="0" />
+        <value cell_index="13797" local_entity="0" value="0" />
+        <value cell_index="13798" local_entity="0" value="0" />
+        <value cell_index="13799" local_entity="0" value="0" />
+        <value cell_index="13800" local_entity="0" value="0" />
+        <value cell_index="13801" local_entity="0" value="0" />
+        <value cell_index="13802" local_entity="0" value="0" />
+        <value cell_index="13803" local_entity="0" value="0" />
+        <value cell_index="13804" local_entity="0" value="0" />
+        <value cell_index="13805" local_entity="0" value="0" />
+        <value cell_index="13806" local_entity="0" value="0" />
+        <value cell_index="13807" local_entity="0" value="0" />
+        <value cell_index="13808" local_entity="0" value="0" />
+        <value cell_index="13809" local_entity="0" value="0" />
+        <value cell_index="13810" local_entity="0" value="0" />
+        <value cell_index="13811" local_entity="0" value="0" />
+        <value cell_index="13812" local_entity="0" value="0" />
+        <value cell_index="13813" local_entity="0" value="0" />
+        <value cell_index="13814" local_entity="0" value="0" />
+        <value cell_index="13815" local_entity="0" value="0" />
+        <value cell_index="13816" local_entity="0" value="0" />
+        <value cell_index="13817" local_entity="0" value="0" />
+        <value cell_index="13818" local_entity="0" value="0" />
+        <value cell_index="13819" local_entity="0" value="0" />
+        <value cell_index="13820" local_entity="0" value="0" />
+        <value cell_index="13821" local_entity="0" value="0" />
+        <value cell_index="13822" local_entity="0" value="0" />
+        <value cell_index="13823" local_entity="0" value="0" />
+        <value cell_index="13824" local_entity="0" value="0" />
+        <value cell_index="13825" local_entity="0" value="0" />
+        <value cell_index="13826" local_entity="0" value="0" />
+        <value cell_index="13827" local_entity="0" value="0" />
+        <value cell_index="13828" local_entity="0" value="0" />
+        <value cell_index="13829" local_entity="0" value="0" />
+        <value cell_index="13830" local_entity="0" value="0" />
+        <value cell_index="13831" local_entity="0" value="0" />
+        <value cell_index="13832" local_entity="0" value="0" />
+        <value cell_index="13833" local_entity="0" value="0" />
+        <value cell_index="13834" local_entity="0" value="0" />
+        <value cell_index="13835" local_entity="0" value="0" />
+        <value cell_index="13836" local_entity="0" value="0" />
+        <value cell_index="13837" local_entity="0" value="0" />
+        <value cell_index="13838" local_entity="0" value="0" />
+        <value cell_index="13839" local_entity="0" value="0" />
+        <value cell_index="13840" local_entity="0" value="0" />
+        <value cell_index="13841" local_entity="0" value="0" />
+        <value cell_index="13842" local_entity="0" value="0" />
+        <value cell_index="13843" local_entity="0" value="0" />
+        <value cell_index="13844" local_entity="0" value="0" />
+        <value cell_index="13845" local_entity="0" value="0" />
+        <value cell_index="13846" local_entity="0" value="0" />
+        <value cell_index="13847" local_entity="0" value="0" />
+        <value cell_index="13848" local_entity="0" value="0" />
+        <value cell_index="13849" local_entity="0" value="0" />
+        <value cell_index="13850" local_entity="0" value="0" />
+        <value cell_index="13851" local_entity="0" value="0" />
+        <value cell_index="13852" local_entity="0" value="0" />
+        <value cell_index="13853" local_entity="0" value="0" />
+        <value cell_index="13854" local_entity="0" value="0" />
+        <value cell_index="13855" local_entity="0" value="0" />
+        <value cell_index="13856" local_entity="0" value="0" />
+        <value cell_index="13857" local_entity="0" value="0" />
+        <value cell_index="13858" local_entity="0" value="0" />
+        <value cell_index="13859" local_entity="0" value="0" />
+        <value cell_index="13860" local_entity="0" value="0" />
+        <value cell_index="13861" local_entity="0" value="0" />
+        <value cell_index="13862" local_entity="0" value="0" />
+        <value cell_index="13863" local_entity="0" value="0" />
+        <value cell_index="13864" local_entity="0" value="0" />
+        <value cell_index="13865" local_entity="0" value="0" />
+        <value cell_index="13866" local_entity="0" value="0" />
+        <value cell_index="13867" local_entity="0" value="0" />
+        <value cell_index="13868" local_entity="0" value="0" />
+        <value cell_index="13869" local_entity="0" value="0" />
+        <value cell_index="13870" local_entity="0" value="0" />
+        <value cell_index="13871" local_entity="0" value="0" />
+        <value cell_index="13872" local_entity="0" value="0" />
+        <value cell_index="13873" local_entity="0" value="0" />
+        <value cell_index="13874" local_entity="0" value="0" />
+        <value cell_index="13875" local_entity="0" value="0" />
+        <value cell_index="13876" local_entity="0" value="0" />
+        <value cell_index="13877" local_entity="0" value="0" />
+        <value cell_index="13878" local_entity="0" value="0" />
+        <value cell_index="13879" local_entity="0" value="0" />
+        <value cell_index="13880" local_entity="0" value="0" />
+        <value cell_index="13881" local_entity="0" value="0" />
+        <value cell_index="13882" local_entity="0" value="0" />
+        <value cell_index="13883" local_entity="0" value="0" />
+        <value cell_index="13884" local_entity="0" value="0" />
+        <value cell_index="13885" local_entity="0" value="0" />
+        <value cell_index="13886" local_entity="0" value="0" />
+        <value cell_index="13887" local_entity="0" value="0" />
+        <value cell_index="13888" local_entity="0" value="0" />
+        <value cell_index="13889" local_entity="0" value="0" />
+        <value cell_index="13890" local_entity="0" value="0" />
+        <value cell_index="13891" local_entity="0" value="0" />
+        <value cell_index="13892" local_entity="0" value="0" />
+        <value cell_index="13893" local_entity="0" value="0" />
+        <value cell_index="13894" local_entity="0" value="0" />
+        <value cell_index="13895" local_entity="0" value="0" />
+        <value cell_index="13896" local_entity="0" value="0" />
+        <value cell_index="13897" local_entity="0" value="0" />
+        <value cell_index="13898" local_entity="0" value="0" />
+        <value cell_index="13899" local_entity="0" value="0" />
+        <value cell_index="13900" local_entity="0" value="0" />
+        <value cell_index="13901" local_entity="0" value="0" />
+        <value cell_index="13902" local_entity="0" value="0" />
+        <value cell_index="13903" local_entity="0" value="0" />
+        <value cell_index="13904" local_entity="0" value="0" />
+        <value cell_index="13905" local_entity="0" value="0" />
+        <value cell_index="13906" local_entity="0" value="0" />
+        <value cell_index="13907" local_entity="0" value="0" />
+        <value cell_index="13908" local_entity="0" value="0" />
+        <value cell_index="13909" local_entity="0" value="0" />
+        <value cell_index="13910" local_entity="0" value="0" />
+        <value cell_index="13911" local_entity="0" value="0" />
+        <value cell_index="13912" local_entity="0" value="0" />
+        <value cell_index="13913" local_entity="0" value="0" />
+        <value cell_index="13914" local_entity="0" value="0" />
+        <value cell_index="13915" local_entity="0" value="0" />
+        <value cell_index="13916" local_entity="0" value="0" />
+        <value cell_index="13917" local_entity="0" value="0" />
+        <value cell_index="13918" local_entity="0" value="0" />
+        <value cell_index="13919" local_entity="0" value="0" />
+        <value cell_index="13920" local_entity="0" value="0" />
+        <value cell_index="13921" local_entity="0" value="0" />
+        <value cell_index="13922" local_entity="0" value="0" />
+        <value cell_index="13923" local_entity="0" value="0" />
+        <value cell_index="13924" local_entity="0" value="0" />
+        <value cell_index="13925" local_entity="0" value="0" />
+        <value cell_index="13926" local_entity="0" value="0" />
+        <value cell_index="13927" local_entity="0" value="0" />
+        <value cell_index="13928" local_entity="0" value="0" />
+        <value cell_index="13929" local_entity="0" value="0" />
+        <value cell_index="13930" local_entity="0" value="0" />
+        <value cell_index="13931" local_entity="0" value="0" />
+        <value cell_index="13932" local_entity="0" value="0" />
+        <value cell_index="13933" local_entity="0" value="0" />
+        <value cell_index="13934" local_entity="0" value="0" />
+        <value cell_index="13935" local_entity="0" value="0" />
+        <value cell_index="13936" local_entity="0" value="0" />
+        <value cell_index="13937" local_entity="0" value="0" />
+        <value cell_index="13938" local_entity="0" value="0" />
+        <value cell_index="13939" local_entity="0" value="0" />
+        <value cell_index="13940" local_entity="0" value="0" />
+        <value cell_index="13941" local_entity="0" value="0" />
+        <value cell_index="13942" local_entity="0" value="0" />
+        <value cell_index="13943" local_entity="0" value="0" />
+        <value cell_index="13944" local_entity="0" value="0" />
+        <value cell_index="13945" local_entity="0" value="0" />
+        <value cell_index="13946" local_entity="0" value="0" />
+        <value cell_index="13947" local_entity="0" value="0" />
+        <value cell_index="13948" local_entity="0" value="0" />
+        <value cell_index="13949" local_entity="0" value="0" />
+        <value cell_index="13950" local_entity="0" value="0" />
+        <value cell_index="13951" local_entity="0" value="0" />
+        <value cell_index="13952" local_entity="0" value="0" />
+        <value cell_index="13953" local_entity="0" value="0" />
+        <value cell_index="13954" local_entity="0" value="0" />
+        <value cell_index="13955" local_entity="0" value="0" />
+        <value cell_index="13956" local_entity="0" value="0" />
+        <value cell_index="13957" local_entity="0" value="0" />
+        <value cell_index="13958" local_entity="0" value="0" />
+        <value cell_index="13959" local_entity="0" value="0" />
+        <value cell_index="13960" local_entity="0" value="0" />
+        <value cell_index="13961" local_entity="0" value="0" />
+        <value cell_index="13962" local_entity="0" value="0" />
+        <value cell_index="13963" local_entity="0" value="0" />
+        <value cell_index="13964" local_entity="0" value="0" />
+        <value cell_index="13965" local_entity="0" value="0" />
+        <value cell_index="13966" local_entity="0" value="0" />
+        <value cell_index="13967" local_entity="0" value="0" />
+        <value cell_index="13968" local_entity="0" value="0" />
+        <value cell_index="13969" local_entity="0" value="0" />
+        <value cell_index="13970" local_entity="0" value="0" />
+        <value cell_index="13971" local_entity="0" value="0" />
+        <value cell_index="13972" local_entity="0" value="0" />
+        <value cell_index="13973" local_entity="0" value="0" />
+        <value cell_index="13974" local_entity="0" value="0" />
+        <value cell_index="13975" local_entity="0" value="0" />
+        <value cell_index="13976" local_entity="0" value="0" />
+        <value cell_index="13977" local_entity="0" value="0" />
+        <value cell_index="13978" local_entity="0" value="0" />
+        <value cell_index="13979" local_entity="0" value="0" />
+        <value cell_index="13980" local_entity="0" value="0" />
+        <value cell_index="13981" local_entity="0" value="0" />
+        <value cell_index="13982" local_entity="0" value="0" />
+        <value cell_index="13983" local_entity="0" value="0" />
+        <value cell_index="13984" local_entity="0" value="0" />
+        <value cell_index="13985" local_entity="0" value="0" />
+        <value cell_index="13986" local_entity="0" value="0" />
+        <value cell_index="13987" local_entity="0" value="0" />
+        <value cell_index="13988" local_entity="0" value="0" />
+        <value cell_index="13989" local_entity="0" value="0" />
+        <value cell_index="13990" local_entity="0" value="0" />
+        <value cell_index="13991" local_entity="0" value="0" />
+        <value cell_index="13992" local_entity="0" value="0" />
+        <value cell_index="13993" local_entity="0" value="0" />
+        <value cell_index="13994" local_entity="0" value="0" />
+        <value cell_index="13995" local_entity="0" value="0" />
+        <value cell_index="13996" local_entity="0" value="0" />
+        <value cell_index="13997" local_entity="0" value="0" />
+        <value cell_index="13998" local_entity="0" value="0" />
+        <value cell_index="13999" local_entity="0" value="0" />
+        <value cell_index="14000" local_entity="0" value="0" />
+        <value cell_index="14001" local_entity="0" value="0" />
+        <value cell_index="14002" local_entity="0" value="0" />
+        <value cell_index="14003" local_entity="0" value="0" />
+        <value cell_index="14004" local_entity="0" value="0" />
+        <value cell_index="14005" local_entity="0" value="0" />
+        <value cell_index="14006" local_entity="0" value="0" />
+        <value cell_index="14007" local_entity="0" value="0" />
+        <value cell_index="14008" local_entity="0" value="0" />
+        <value cell_index="14009" local_entity="0" value="0" />
+        <value cell_index="14010" local_entity="0" value="0" />
+        <value cell_index="14011" local_entity="0" value="0" />
+        <value cell_index="14012" local_entity="0" value="0" />
+        <value cell_index="14013" local_entity="0" value="0" />
+        <value cell_index="14014" local_entity="0" value="0" />
+        <value cell_index="14015" local_entity="0" value="0" />
+        <value cell_index="14016" local_entity="0" value="0" />
+        <value cell_index="14017" local_entity="0" value="0" />
+        <value cell_index="14018" local_entity="0" value="0" />
+        <value cell_index="14019" local_entity="0" value="0" />
+        <value cell_index="14020" local_entity="0" value="0" />
+        <value cell_index="14021" local_entity="0" value="0" />
+        <value cell_index="14022" local_entity="0" value="0" />
+        <value cell_index="14023" local_entity="0" value="0" />
+        <value cell_index="14024" local_entity="0" value="0" />
+        <value cell_index="14025" local_entity="0" value="0" />
+        <value cell_index="14026" local_entity="0" value="0" />
+        <value cell_index="14027" local_entity="0" value="0" />
+        <value cell_index="14028" local_entity="0" value="0" />
+        <value cell_index="14029" local_entity="0" value="0" />
+        <value cell_index="14030" local_entity="0" value="0" />
+        <value cell_index="14031" local_entity="0" value="0" />
+        <value cell_index="14032" local_entity="0" value="0" />
+        <value cell_index="14033" local_entity="0" value="0" />
+        <value cell_index="14034" local_entity="0" value="0" />
+        <value cell_index="14035" local_entity="0" value="0" />
+        <value cell_index="14036" local_entity="0" value="0" />
+        <value cell_index="14037" local_entity="0" value="0" />
+        <value cell_index="14038" local_entity="0" value="0" />
+        <value cell_index="14039" local_entity="0" value="0" />
+        <value cell_index="14040" local_entity="0" value="0" />
+        <value cell_index="14041" local_entity="0" value="0" />
+        <value cell_index="14042" local_entity="0" value="0" />
+        <value cell_index="14043" local_entity="0" value="0" />
+        <value cell_index="14044" local_entity="0" value="0" />
+        <value cell_index="14045" local_entity="0" value="0" />
+        <value cell_index="14046" local_entity="0" value="0" />
+        <value cell_index="14047" local_entity="0" value="0" />
+        <value cell_index="14048" local_entity="0" value="0" />
+        <value cell_index="14049" local_entity="0" value="0" />
+        <value cell_index="14050" local_entity="0" value="0" />
+        <value cell_index="14051" local_entity="0" value="0" />
+        <value cell_index="14052" local_entity="0" value="0" />
+        <value cell_index="14053" local_entity="0" value="0" />
+        <value cell_index="14054" local_entity="0" value="0" />
+        <value cell_index="14055" local_entity="0" value="0" />
+        <value cell_index="14056" local_entity="0" value="0" />
+        <value cell_index="14057" local_entity="0" value="0" />
+        <value cell_index="14058" local_entity="0" value="0" />
+        <value cell_index="14059" local_entity="0" value="0" />
+        <value cell_index="14060" local_entity="0" value="0" />
+        <value cell_index="14061" local_entity="0" value="0" />
+        <value cell_index="14062" local_entity="0" value="0" />
+        <value cell_index="14063" local_entity="0" value="0" />
+        <value cell_index="14064" local_entity="0" value="0" />
+        <value cell_index="14065" local_entity="0" value="0" />
+        <value cell_index="14066" local_entity="0" value="0" />
+        <value cell_index="14067" local_entity="0" value="0" />
+        <value cell_index="14068" local_entity="0" value="0" />
+        <value cell_index="14069" local_entity="0" value="0" />
+        <value cell_index="14070" local_entity="0" value="0" />
+        <value cell_index="14071" local_entity="0" value="0" />
+        <value cell_index="14072" local_entity="0" value="0" />
+        <value cell_index="14073" local_entity="0" value="0" />
+        <value cell_index="14074" local_entity="0" value="0" />
+        <value cell_index="14075" local_entity="0" value="0" />
+        <value cell_index="14076" local_entity="0" value="0" />
+        <value cell_index="14077" local_entity="0" value="0" />
+        <value cell_index="14078" local_entity="0" value="0" />
+        <value cell_index="14079" local_entity="0" value="0" />
+        <value cell_index="14080" local_entity="0" value="0" />
+        <value cell_index="14081" local_entity="0" value="0" />
+        <value cell_index="14082" local_entity="0" value="0" />
+        <value cell_index="14083" local_entity="0" value="0" />
+        <value cell_index="14084" local_entity="0" value="0" />
+        <value cell_index="14085" local_entity="0" value="0" />
+        <value cell_index="14086" local_entity="0" value="0" />
+        <value cell_index="14087" local_entity="0" value="0" />
+        <value cell_index="14088" local_entity="0" value="0" />
+        <value cell_index="14089" local_entity="0" value="0" />
+        <value cell_index="14090" local_entity="0" value="0" />
+        <value cell_index="14091" local_entity="0" value="0" />
+        <value cell_index="14092" local_entity="0" value="0" />
+        <value cell_index="14093" local_entity="0" value="0" />
+        <value cell_index="14094" local_entity="0" value="0" />
+        <value cell_index="14095" local_entity="0" value="0" />
+        <value cell_index="14096" local_entity="0" value="0" />
+        <value cell_index="14097" local_entity="0" value="0" />
+        <value cell_index="14098" local_entity="0" value="0" />
+        <value cell_index="14099" local_entity="0" value="0" />
+        <value cell_index="14100" local_entity="0" value="0" />
+        <value cell_index="14101" local_entity="0" value="0" />
+        <value cell_index="14102" local_entity="0" value="0" />
+        <value cell_index="14103" local_entity="0" value="0" />
+        <value cell_index="14104" local_entity="0" value="0" />
+        <value cell_index="14105" local_entity="0" value="0" />
+        <value cell_index="14106" local_entity="0" value="0" />
+        <value cell_index="14107" local_entity="0" value="0" />
+        <value cell_index="14108" local_entity="0" value="0" />
+        <value cell_index="14109" local_entity="0" value="0" />
+        <value cell_index="14110" local_entity="0" value="0" />
+        <value cell_index="14111" local_entity="0" value="0" />
+        <value cell_index="14112" local_entity="0" value="0" />
+        <value cell_index="14113" local_entity="0" value="0" />
+        <value cell_index="14114" local_entity="0" value="0" />
+        <value cell_index="14115" local_entity="0" value="0" />
+        <value cell_index="14116" local_entity="0" value="0" />
+        <value cell_index="14117" local_entity="0" value="0" />
+        <value cell_index="14118" local_entity="0" value="0" />
+        <value cell_index="14119" local_entity="0" value="0" />
+        <value cell_index="14120" local_entity="0" value="0" />
+        <value cell_index="14121" local_entity="0" value="0" />
+        <value cell_index="14122" local_entity="0" value="0" />
+        <value cell_index="14123" local_entity="0" value="0" />
+        <value cell_index="14124" local_entity="0" value="0" />
+        <value cell_index="14125" local_entity="0" value="0" />
+        <value cell_index="14126" local_entity="0" value="0" />
+        <value cell_index="14127" local_entity="0" value="0" />
+        <value cell_index="14128" local_entity="0" value="0" />
+        <value cell_index="14129" local_entity="0" value="0" />
+        <value cell_index="14130" local_entity="0" value="0" />
+        <value cell_index="14131" local_entity="0" value="0" />
+        <value cell_index="14132" local_entity="0" value="0" />
+        <value cell_index="14133" local_entity="0" value="0" />
+        <value cell_index="14134" local_entity="0" value="0" />
+        <value cell_index="14135" local_entity="0" value="0" />
+        <value cell_index="14136" local_entity="0" value="0" />
+        <value cell_index="14137" local_entity="0" value="0" />
+        <value cell_index="14138" local_entity="0" value="0" />
+        <value cell_index="14139" local_entity="0" value="0" />
+        <value cell_index="14140" local_entity="0" value="0" />
+        <value cell_index="14141" local_entity="0" value="0" />
+        <value cell_index="14142" local_entity="0" value="0" />
+        <value cell_index="14143" local_entity="0" value="0" />
+        <value cell_index="14144" local_entity="0" value="0" />
+        <value cell_index="14145" local_entity="0" value="0" />
+        <value cell_index="14146" local_entity="0" value="0" />
+        <value cell_index="14147" local_entity="0" value="0" />
+        <value cell_index="14148" local_entity="0" value="0" />
+        <value cell_index="14149" local_entity="0" value="0" />
+        <value cell_index="14150" local_entity="0" value="0" />
+        <value cell_index="14151" local_entity="0" value="0" />
+        <value cell_index="14152" local_entity="0" value="0" />
+        <value cell_index="14153" local_entity="0" value="0" />
+        <value cell_index="14154" local_entity="0" value="0" />
+        <value cell_index="14155" local_entity="0" value="0" />
+        <value cell_index="14156" local_entity="0" value="0" />
+        <value cell_index="14157" local_entity="0" value="0" />
+        <value cell_index="14158" local_entity="0" value="0" />
+        <value cell_index="14159" local_entity="0" value="0" />
+        <value cell_index="14160" local_entity="0" value="0" />
+        <value cell_index="14161" local_entity="0" value="0" />
+        <value cell_index="14162" local_entity="0" value="0" />
+        <value cell_index="14163" local_entity="0" value="0" />
+        <value cell_index="14164" local_entity="0" value="0" />
+        <value cell_index="14165" local_entity="0" value="0" />
+        <value cell_index="14166" local_entity="0" value="0" />
+        <value cell_index="14167" local_entity="0" value="0" />
+        <value cell_index="14168" local_entity="0" value="0" />
+        <value cell_index="14169" local_entity="0" value="0" />
+        <value cell_index="14170" local_entity="0" value="0" />
+        <value cell_index="14171" local_entity="0" value="0" />
+        <value cell_index="14172" local_entity="0" value="0" />
+        <value cell_index="14173" local_entity="0" value="0" />
+        <value cell_index="14174" local_entity="0" value="0" />
+        <value cell_index="14175" local_entity="0" value="0" />
+        <value cell_index="14176" local_entity="0" value="0" />
+        <value cell_index="14177" local_entity="0" value="0" />
+        <value cell_index="14178" local_entity="0" value="0" />
+        <value cell_index="14179" local_entity="0" value="0" />
+        <value cell_index="14180" local_entity="0" value="0" />
+        <value cell_index="14181" local_entity="0" value="0" />
+        <value cell_index="14182" local_entity="0" value="0" />
+        <value cell_index="14183" local_entity="0" value="0" />
+        <value cell_index="14184" local_entity="0" value="0" />
+        <value cell_index="14185" local_entity="0" value="0" />
+        <value cell_index="14186" local_entity="0" value="0" />
+        <value cell_index="14187" local_entity="0" value="0" />
+        <value cell_index="14188" local_entity="0" value="0" />
+        <value cell_index="14189" local_entity="0" value="0" />
+        <value cell_index="14190" local_entity="0" value="0" />
+        <value cell_index="14191" local_entity="0" value="0" />
+        <value cell_index="14192" local_entity="0" value="0" />
+        <value cell_index="14193" local_entity="0" value="0" />
+        <value cell_index="14194" local_entity="0" value="0" />
+        <value cell_index="14195" local_entity="0" value="0" />
+        <value cell_index="14196" local_entity="0" value="0" />
+        <value cell_index="14197" local_entity="0" value="0" />
+        <value cell_index="14198" local_entity="0" value="0" />
+        <value cell_index="14199" local_entity="0" value="0" />
+        <value cell_index="14200" local_entity="0" value="0" />
+        <value cell_index="14201" local_entity="0" value="0" />
+        <value cell_index="14202" local_entity="0" value="0" />
+        <value cell_index="14203" local_entity="0" value="0" />
+        <value cell_index="14204" local_entity="0" value="0" />
+        <value cell_index="14205" local_entity="0" value="0" />
+        <value cell_index="14206" local_entity="0" value="0" />
+        <value cell_index="14207" local_entity="0" value="0" />
+        <value cell_index="14208" local_entity="0" value="0" />
+        <value cell_index="14209" local_entity="0" value="0" />
+        <value cell_index="14210" local_entity="0" value="0" />
+        <value cell_index="14211" local_entity="0" value="0" />
+        <value cell_index="14212" local_entity="0" value="0" />
+        <value cell_index="14213" local_entity="0" value="0" />
+        <value cell_index="14214" local_entity="0" value="0" />
+        <value cell_index="14215" local_entity="0" value="0" />
+        <value cell_index="14216" local_entity="0" value="0" />
+        <value cell_index="14217" local_entity="0" value="0" />
+        <value cell_index="14218" local_entity="0" value="0" />
+        <value cell_index="14219" local_entity="0" value="0" />
+        <value cell_index="14220" local_entity="0" value="0" />
+        <value cell_index="14221" local_entity="0" value="0" />
+        <value cell_index="14222" local_entity="0" value="0" />
+        <value cell_index="14223" local_entity="0" value="0" />
+        <value cell_index="14224" local_entity="0" value="0" />
+        <value cell_index="14225" local_entity="0" value="0" />
+        <value cell_index="14226" local_entity="0" value="0" />
+        <value cell_index="14227" local_entity="0" value="0" />
+        <value cell_index="14228" local_entity="0" value="0" />
+        <value cell_index="14229" local_entity="0" value="0" />
+        <value cell_index="14230" local_entity="0" value="0" />
+        <value cell_index="14231" local_entity="0" value="0" />
+        <value cell_index="14232" local_entity="0" value="0" />
+        <value cell_index="14233" local_entity="0" value="0" />
+        <value cell_index="14234" local_entity="0" value="0" />
+        <value cell_index="14235" local_entity="0" value="0" />
+        <value cell_index="14236" local_entity="0" value="0" />
+        <value cell_index="14237" local_entity="0" value="0" />
+        <value cell_index="14238" local_entity="0" value="0" />
+        <value cell_index="14239" local_entity="0" value="0" />
+        <value cell_index="14240" local_entity="0" value="0" />
+        <value cell_index="14241" local_entity="0" value="0" />
+        <value cell_index="14242" local_entity="0" value="0" />
+        <value cell_index="14243" local_entity="0" value="0" />
+        <value cell_index="14244" local_entity="0" value="0" />
+        <value cell_index="14245" local_entity="0" value="0" />
+        <value cell_index="14246" local_entity="0" value="0" />
+        <value cell_index="14247" local_entity="0" value="0" />
+        <value cell_index="14248" local_entity="0" value="0" />
+        <value cell_index="14249" local_entity="0" value="0" />
+        <value cell_index="14250" local_entity="0" value="0" />
+        <value cell_index="14251" local_entity="0" value="0" />
+        <value cell_index="14252" local_entity="0" value="0" />
+        <value cell_index="14253" local_entity="0" value="0" />
+        <value cell_index="14254" local_entity="0" value="0" />
+        <value cell_index="14255" local_entity="0" value="0" />
+        <value cell_index="14256" local_entity="0" value="0" />
+        <value cell_index="14257" local_entity="0" value="0" />
+        <value cell_index="14258" local_entity="0" value="0" />
+        <value cell_index="14259" local_entity="0" value="0" />
+        <value cell_index="14260" local_entity="0" value="0" />
+        <value cell_index="14261" local_entity="0" value="0" />
+        <value cell_index="14262" local_entity="0" value="0" />
+        <value cell_index="14263" local_entity="0" value="0" />
+        <value cell_index="14264" local_entity="0" value="0" />
+        <value cell_index="14265" local_entity="0" value="0" />
+        <value cell_index="14266" local_entity="0" value="0" />
+        <value cell_index="14267" local_entity="0" value="0" />
+        <value cell_index="14268" local_entity="0" value="0" />
+        <value cell_index="14269" local_entity="0" value="0" />
+        <value cell_index="14270" local_entity="0" value="0" />
+        <value cell_index="14271" local_entity="0" value="0" />
+        <value cell_index="14272" local_entity="0" value="0" />
+        <value cell_index="14273" local_entity="0" value="0" />
+        <value cell_index="14274" local_entity="0" value="0" />
+        <value cell_index="14275" local_entity="0" value="0" />
+        <value cell_index="14276" local_entity="0" value="0" />
+        <value cell_index="14277" local_entity="0" value="0" />
+        <value cell_index="14278" local_entity="0" value="0" />
+        <value cell_index="14279" local_entity="0" value="0" />
+        <value cell_index="14280" local_entity="0" value="0" />
+        <value cell_index="14281" local_entity="0" value="0" />
+        <value cell_index="14282" local_entity="0" value="0" />
+        <value cell_index="14283" local_entity="0" value="0" />
+        <value cell_index="14284" local_entity="0" value="0" />
+        <value cell_index="14285" local_entity="0" value="0" />
+        <value cell_index="14286" local_entity="0" value="0" />
+        <value cell_index="14287" local_entity="0" value="0" />
+        <value cell_index="14288" local_entity="0" value="0" />
+        <value cell_index="14289" local_entity="0" value="0" />
+        <value cell_index="14290" local_entity="0" value="0" />
+        <value cell_index="14291" local_entity="0" value="0" />
+        <value cell_index="14292" local_entity="0" value="0" />
+        <value cell_index="14293" local_entity="0" value="0" />
+        <value cell_index="14294" local_entity="0" value="0" />
+        <value cell_index="14295" local_entity="0" value="0" />
+        <value cell_index="14296" local_entity="0" value="0" />
+        <value cell_index="14297" local_entity="0" value="0" />
+        <value cell_index="14298" local_entity="0" value="0" />
+        <value cell_index="14299" local_entity="0" value="0" />
+        <value cell_index="14300" local_entity="0" value="0" />
+        <value cell_index="14301" local_entity="0" value="0" />
+        <value cell_index="14302" local_entity="0" value="0" />
+        <value cell_index="14303" local_entity="0" value="0" />
+        <value cell_index="14304" local_entity="0" value="0" />
+        <value cell_index="14305" local_entity="0" value="0" />
+        <value cell_index="14306" local_entity="0" value="0" />
+        <value cell_index="14307" local_entity="0" value="0" />
+        <value cell_index="14308" local_entity="0" value="0" />
+        <value cell_index="14309" local_entity="0" value="0" />
+        <value cell_index="14310" local_entity="0" value="0" />
+        <value cell_index="14311" local_entity="0" value="0" />
+        <value cell_index="14312" local_entity="0" value="0" />
+        <value cell_index="14313" local_entity="0" value="0" />
+        <value cell_index="14314" local_entity="0" value="0" />
+        <value cell_index="14315" local_entity="0" value="0" />
+        <value cell_index="14316" local_entity="0" value="0" />
+        <value cell_index="14317" local_entity="0" value="0" />
+        <value cell_index="14318" local_entity="0" value="0" />
+        <value cell_index="14319" local_entity="0" value="0" />
+        <value cell_index="14320" local_entity="0" value="0" />
+        <value cell_index="14321" local_entity="0" value="0" />
+        <value cell_index="14322" local_entity="0" value="0" />
+        <value cell_index="14323" local_entity="0" value="0" />
+        <value cell_index="14324" local_entity="0" value="0" />
+        <value cell_index="14325" local_entity="0" value="0" />
+        <value cell_index="14326" local_entity="0" value="0" />
+        <value cell_index="14327" local_entity="0" value="0" />
+        <value cell_index="14328" local_entity="0" value="0" />
+        <value cell_index="14329" local_entity="0" value="0" />
+        <value cell_index="14330" local_entity="0" value="0" />
+        <value cell_index="14331" local_entity="0" value="0" />
+        <value cell_index="14332" local_entity="0" value="0" />
+        <value cell_index="14333" local_entity="0" value="0" />
+        <value cell_index="14334" local_entity="0" value="0" />
+        <value cell_index="14335" local_entity="0" value="0" />
+        <value cell_index="14336" local_entity="0" value="0" />
+        <value cell_index="14337" local_entity="0" value="0" />
+        <value cell_index="14338" local_entity="0" value="0" />
+        <value cell_index="14339" local_entity="0" value="0" />
+        <value cell_index="14340" local_entity="0" value="0" />
+        <value cell_index="14341" local_entity="0" value="0" />
+        <value cell_index="14342" local_entity="0" value="0" />
+        <value cell_index="14343" local_entity="0" value="0" />
+        <value cell_index="14344" local_entity="0" value="0" />
+        <value cell_index="14345" local_entity="0" value="0" />
+        <value cell_index="14346" local_entity="0" value="0" />
+        <value cell_index="14347" local_entity="0" value="0" />
+        <value cell_index="14348" local_entity="0" value="0" />
+        <value cell_index="14349" local_entity="0" value="0" />
+        <value cell_index="14350" local_entity="0" value="0" />
+        <value cell_index="14351" local_entity="0" value="0" />
+        <value cell_index="14352" local_entity="0" value="0" />
+        <value cell_index="14353" local_entity="0" value="0" />
+        <value cell_index="14354" local_entity="0" value="0" />
+        <value cell_index="14355" local_entity="0" value="0" />
+        <value cell_index="14356" local_entity="0" value="0" />
+        <value cell_index="14357" local_entity="0" value="0" />
+        <value cell_index="14358" local_entity="0" value="0" />
+        <value cell_index="14359" local_entity="0" value="0" />
+        <value cell_index="14360" local_entity="0" value="0" />
+        <value cell_index="14361" local_entity="0" value="0" />
+        <value cell_index="14362" local_entity="0" value="0" />
+        <value cell_index="14363" local_entity="0" value="0" />
+        <value cell_index="14364" local_entity="0" value="0" />
+        <value cell_index="14365" local_entity="0" value="0" />
+        <value cell_index="14366" local_entity="0" value="0" />
+        <value cell_index="14367" local_entity="0" value="0" />
+        <value cell_index="14368" local_entity="0" value="0" />
+        <value cell_index="14369" local_entity="0" value="0" />
+        <value cell_index="14370" local_entity="0" value="0" />
+        <value cell_index="14371" local_entity="0" value="0" />
+        <value cell_index="14372" local_entity="0" value="0" />
+        <value cell_index="14373" local_entity="0" value="0" />
+        <value cell_index="14374" local_entity="0" value="0" />
+        <value cell_index="14375" local_entity="0" value="0" />
+        <value cell_index="14376" local_entity="0" value="0" />
+        <value cell_index="14377" local_entity="0" value="0" />
+        <value cell_index="14378" local_entity="0" value="0" />
+        <value cell_index="14379" local_entity="0" value="0" />
+        <value cell_index="14380" local_entity="0" value="0" />
+        <value cell_index="14381" local_entity="0" value="0" />
+        <value cell_index="14382" local_entity="0" value="0" />
+        <value cell_index="14383" local_entity="0" value="0" />
+        <value cell_index="14384" local_entity="0" value="0" />
+        <value cell_index="14385" local_entity="0" value="0" />
+        <value cell_index="14386" local_entity="0" value="0" />
+        <value cell_index="14387" local_entity="0" value="0" />
+        <value cell_index="14388" local_entity="0" value="0" />
+        <value cell_index="14389" local_entity="0" value="0" />
+        <value cell_index="14390" local_entity="0" value="0" />
+        <value cell_index="14391" local_entity="0" value="0" />
+        <value cell_index="14392" local_entity="0" value="0" />
+        <value cell_index="14393" local_entity="0" value="0" />
+        <value cell_index="14394" local_entity="0" value="0" />
+        <value cell_index="14395" local_entity="0" value="0" />
+        <value cell_index="14396" local_entity="0" value="0" />
+        <value cell_index="14397" local_entity="0" value="0" />
+        <value cell_index="14398" local_entity="0" value="0" />
+        <value cell_index="14399" local_entity="0" value="0" />
+        <value cell_index="14400" local_entity="0" value="0" />
+        <value cell_index="14401" local_entity="0" value="0" />
+        <value cell_index="14402" local_entity="0" value="0" />
+        <value cell_index="14403" local_entity="0" value="0" />
+        <value cell_index="14404" local_entity="0" value="0" />
+        <value cell_index="14405" local_entity="0" value="0" />
+        <value cell_index="14406" local_entity="0" value="0" />
+        <value cell_index="14407" local_entity="0" value="0" />
+        <value cell_index="14408" local_entity="0" value="0" />
+        <value cell_index="14409" local_entity="0" value="0" />
+        <value cell_index="14410" local_entity="0" value="0" />
+        <value cell_index="14411" local_entity="0" value="0" />
+        <value cell_index="14412" local_entity="0" value="0" />
+        <value cell_index="14413" local_entity="0" value="0" />
+        <value cell_index="14414" local_entity="0" value="0" />
+        <value cell_index="14415" local_entity="0" value="0" />
+        <value cell_index="14416" local_entity="0" value="0" />
+        <value cell_index="14417" local_entity="0" value="0" />
+        <value cell_index="14418" local_entity="0" value="0" />
+        <value cell_index="14419" local_entity="0" value="0" />
+        <value cell_index="14420" local_entity="0" value="0" />
+        <value cell_index="14421" local_entity="0" value="0" />
+        <value cell_index="14422" local_entity="0" value="0" />
+        <value cell_index="14423" local_entity="0" value="0" />
+        <value cell_index="14424" local_entity="0" value="0" />
+        <value cell_index="14425" local_entity="0" value="0" />
+        <value cell_index="14426" local_entity="0" value="0" />
+        <value cell_index="14427" local_entity="0" value="0" />
+        <value cell_index="14428" local_entity="0" value="0" />
+        <value cell_index="14429" local_entity="0" value="0" />
+        <value cell_index="14430" local_entity="0" value="0" />
+        <value cell_index="14431" local_entity="0" value="0" />
+        <value cell_index="14432" local_entity="0" value="0" />
+        <value cell_index="14433" local_entity="0" value="0" />
+        <value cell_index="14434" local_entity="0" value="0" />
+        <value cell_index="14435" local_entity="0" value="0" />
+        <value cell_index="14436" local_entity="0" value="0" />
+        <value cell_index="14437" local_entity="0" value="0" />
+        <value cell_index="14438" local_entity="0" value="0" />
+        <value cell_index="14439" local_entity="0" value="0" />
+        <value cell_index="14440" local_entity="0" value="0" />
+        <value cell_index="14441" local_entity="0" value="0" />
+        <value cell_index="14442" local_entity="0" value="0" />
+        <value cell_index="14443" local_entity="0" value="0" />
+        <value cell_index="14444" local_entity="0" value="0" />
+        <value cell_index="14445" local_entity="0" value="0" />
+        <value cell_index="14446" local_entity="0" value="0" />
+        <value cell_index="14447" local_entity="0" value="0" />
+        <value cell_index="14448" local_entity="0" value="0" />
+        <value cell_index="14449" local_entity="0" value="0" />
+        <value cell_index="14450" local_entity="0" value="0" />
+        <value cell_index="14451" local_entity="0" value="0" />
+        <value cell_index="14452" local_entity="0" value="0" />
+        <value cell_index="14453" local_entity="0" value="0" />
+        <value cell_index="14454" local_entity="0" value="0" />
+        <value cell_index="14455" local_entity="0" value="0" />
+        <value cell_index="14456" local_entity="0" value="0" />
+        <value cell_index="14457" local_entity="0" value="0" />
+        <value cell_index="14458" local_entity="0" value="0" />
+        <value cell_index="14459" local_entity="0" value="0" />
+        <value cell_index="14460" local_entity="0" value="0" />
+        <value cell_index="14461" local_entity="0" value="0" />
+        <value cell_index="14462" local_entity="0" value="0" />
+        <value cell_index="14463" local_entity="0" value="0" />
+        <value cell_index="14464" local_entity="0" value="0" />
+        <value cell_index="14465" local_entity="0" value="0" />
+        <value cell_index="14466" local_entity="0" value="0" />
+        <value cell_index="14467" local_entity="0" value="0" />
+        <value cell_index="14468" local_entity="0" value="0" />
+        <value cell_index="14469" local_entity="0" value="0" />
+        <value cell_index="14470" local_entity="0" value="0" />
+        <value cell_index="14471" local_entity="0" value="0" />
+        <value cell_index="14472" local_entity="0" value="0" />
+        <value cell_index="14473" local_entity="0" value="0" />
+        <value cell_index="14474" local_entity="0" value="0" />
+        <value cell_index="14475" local_entity="0" value="0" />
+        <value cell_index="14476" local_entity="0" value="0" />
+        <value cell_index="14477" local_entity="0" value="0" />
+        <value cell_index="14478" local_entity="0" value="0" />
+        <value cell_index="14479" local_entity="0" value="0" />
+        <value cell_index="14480" local_entity="0" value="0" />
+        <value cell_index="14481" local_entity="0" value="0" />
+        <value cell_index="14482" local_entity="0" value="0" />
+        <value cell_index="14483" local_entity="0" value="0" />
+        <value cell_index="14484" local_entity="0" value="0" />
+        <value cell_index="14485" local_entity="0" value="0" />
+        <value cell_index="14486" local_entity="0" value="0" />
+        <value cell_index="14487" local_entity="0" value="0" />
+        <value cell_index="14488" local_entity="0" value="0" />
+        <value cell_index="14489" local_entity="0" value="0" />
+        <value cell_index="14490" local_entity="0" value="0" />
+        <value cell_index="14491" local_entity="0" value="0" />
+        <value cell_index="14492" local_entity="0" value="0" />
+        <value cell_index="14493" local_entity="0" value="0" />
+        <value cell_index="14494" local_entity="0" value="0" />
+        <value cell_index="14495" local_entity="0" value="0" />
+        <value cell_index="14496" local_entity="0" value="0" />
+        <value cell_index="14497" local_entity="0" value="0" />
+        <value cell_index="14498" local_entity="0" value="0" />
+        <value cell_index="14499" local_entity="0" value="0" />
+        <value cell_index="14500" local_entity="0" value="0" />
+        <value cell_index="14501" local_entity="0" value="0" />
+        <value cell_index="14502" local_entity="0" value="0" />
+        <value cell_index="14503" local_entity="0" value="0" />
+        <value cell_index="14504" local_entity="0" value="0" />
+        <value cell_index="14505" local_entity="0" value="0" />
+        <value cell_index="14506" local_entity="0" value="0" />
+        <value cell_index="14507" local_entity="0" value="0" />
+        <value cell_index="14508" local_entity="0" value="0" />
+        <value cell_index="14509" local_entity="0" value="0" />
+        <value cell_index="14510" local_entity="0" value="0" />
+        <value cell_index="14511" local_entity="0" value="0" />
+        <value cell_index="14512" local_entity="0" value="0" />
+        <value cell_index="14513" local_entity="0" value="0" />
+        <value cell_index="14514" local_entity="0" value="0" />
+        <value cell_index="14515" local_entity="0" value="0" />
+        <value cell_index="14516" local_entity="0" value="0" />
+        <value cell_index="14517" local_entity="0" value="0" />
+        <value cell_index="14518" local_entity="0" value="0" />
+        <value cell_index="14519" local_entity="0" value="0" />
+        <value cell_index="14520" local_entity="0" value="0" />
+        <value cell_index="14521" local_entity="0" value="0" />
+        <value cell_index="14522" local_entity="0" value="0" />
+        <value cell_index="14523" local_entity="0" value="0" />
+        <value cell_index="14524" local_entity="0" value="0" />
+        <value cell_index="14525" local_entity="0" value="0" />
+        <value cell_index="14526" local_entity="0" value="0" />
+        <value cell_index="14527" local_entity="0" value="0" />
+        <value cell_index="14528" local_entity="0" value="0" />
+        <value cell_index="14529" local_entity="0" value="0" />
+        <value cell_index="14530" local_entity="0" value="0" />
+        <value cell_index="14531" local_entity="0" value="0" />
+        <value cell_index="14532" local_entity="0" value="0" />
+        <value cell_index="14533" local_entity="0" value="0" />
+        <value cell_index="14534" local_entity="0" value="0" />
+        <value cell_index="14535" local_entity="0" value="0" />
+        <value cell_index="14536" local_entity="0" value="0" />
+        <value cell_index="14537" local_entity="0" value="0" />
+        <value cell_index="14538" local_entity="0" value="0" />
+        <value cell_index="14539" local_entity="0" value="0" />
+        <value cell_index="14540" local_entity="0" value="0" />
+        <value cell_index="14541" local_entity="0" value="0" />
+        <value cell_index="14542" local_entity="0" value="0" />
+        <value cell_index="14543" local_entity="0" value="0" />
+        <value cell_index="14544" local_entity="0" value="0" />
+        <value cell_index="14545" local_entity="0" value="0" />
+        <value cell_index="14546" local_entity="0" value="0" />
+        <value cell_index="14547" local_entity="0" value="0" />
+        <value cell_index="14548" local_entity="0" value="0" />
+        <value cell_index="14549" local_entity="0" value="0" />
+        <value cell_index="14550" local_entity="0" value="0" />
+        <value cell_index="14551" local_entity="0" value="0" />
+        <value cell_index="14552" local_entity="0" value="0" />
+        <value cell_index="14553" local_entity="0" value="0" />
+        <value cell_index="14554" local_entity="0" value="0" />
+        <value cell_index="14555" local_entity="0" value="0" />
+        <value cell_index="14556" local_entity="0" value="0" />
+        <value cell_index="14557" local_entity="0" value="0" />
+        <value cell_index="14558" local_entity="0" value="0" />
+        <value cell_index="14559" local_entity="0" value="0" />
+        <value cell_index="14560" local_entity="0" value="0" />
+        <value cell_index="14561" local_entity="0" value="0" />
+        <value cell_index="14562" local_entity="0" value="0" />
+        <value cell_index="14563" local_entity="0" value="0" />
+        <value cell_index="14564" local_entity="0" value="0" />
+        <value cell_index="14565" local_entity="0" value="0" />
+        <value cell_index="14566" local_entity="0" value="0" />
+        <value cell_index="14567" local_entity="0" value="0" />
+        <value cell_index="14568" local_entity="0" value="0" />
+        <value cell_index="14569" local_entity="0" value="0" />
+        <value cell_index="14570" local_entity="0" value="0" />
+        <value cell_index="14571" local_entity="0" value="0" />
+        <value cell_index="14572" local_entity="0" value="0" />
+        <value cell_index="14573" local_entity="0" value="0" />
+        <value cell_index="14574" local_entity="0" value="0" />
+        <value cell_index="14575" local_entity="0" value="0" />
+        <value cell_index="14576" local_entity="0" value="0" />
+        <value cell_index="14577" local_entity="0" value="0" />
+        <value cell_index="14578" local_entity="0" value="0" />
+        <value cell_index="14579" local_entity="0" value="0" />
+        <value cell_index="14580" local_entity="0" value="0" />
+        <value cell_index="14581" local_entity="0" value="0" />
+        <value cell_index="14582" local_entity="0" value="0" />
+        <value cell_index="14583" local_entity="0" value="0" />
+        <value cell_index="14584" local_entity="0" value="0" />
+        <value cell_index="14585" local_entity="0" value="0" />
+        <value cell_index="14586" local_entity="0" value="0" />
+        <value cell_index="14587" local_entity="0" value="0" />
+        <value cell_index="14588" local_entity="0" value="0" />
+        <value cell_index="14589" local_entity="0" value="0" />
+        <value cell_index="14590" local_entity="0" value="0" />
+        <value cell_index="14591" local_entity="0" value="0" />
+        <value cell_index="14592" local_entity="0" value="0" />
+        <value cell_index="14593" local_entity="0" value="0" />
+        <value cell_index="14594" local_entity="0" value="0" />
+        <value cell_index="14595" local_entity="0" value="0" />
+        <value cell_index="14596" local_entity="0" value="0" />
+        <value cell_index="14597" local_entity="0" value="0" />
+        <value cell_index="14598" local_entity="0" value="0" />
+        <value cell_index="14599" local_entity="0" value="0" />
+        <value cell_index="14600" local_entity="0" value="0" />
+        <value cell_index="14601" local_entity="0" value="0" />
+        <value cell_index="14602" local_entity="0" value="0" />
+        <value cell_index="14603" local_entity="0" value="0" />
+        <value cell_index="14604" local_entity="0" value="0" />
+        <value cell_index="14605" local_entity="0" value="0" />
+        <value cell_index="14606" local_entity="0" value="0" />
+        <value cell_index="14607" local_entity="0" value="0" />
+        <value cell_index="14608" local_entity="0" value="0" />
+        <value cell_index="14609" local_entity="0" value="0" />
+        <value cell_index="14610" local_entity="0" value="0" />
+        <value cell_index="14611" local_entity="0" value="0" />
+        <value cell_index="14612" local_entity="0" value="0" />
+        <value cell_index="14613" local_entity="0" value="0" />
+        <value cell_index="14614" local_entity="0" value="0" />
+        <value cell_index="14615" local_entity="0" value="0" />
+        <value cell_index="14616" local_entity="0" value="0" />
+        <value cell_index="14617" local_entity="0" value="0" />
+        <value cell_index="14618" local_entity="0" value="0" />
+        <value cell_index="14619" local_entity="0" value="0" />
+        <value cell_index="14620" local_entity="0" value="0" />
+        <value cell_index="14621" local_entity="0" value="0" />
+        <value cell_index="14622" local_entity="0" value="0" />
+        <value cell_index="14623" local_entity="0" value="0" />
+        <value cell_index="14624" local_entity="0" value="0" />
+        <value cell_index="14625" local_entity="0" value="0" />
+        <value cell_index="14626" local_entity="0" value="0" />
+        <value cell_index="14627" local_entity="0" value="0" />
+        <value cell_index="14628" local_entity="0" value="0" />
+        <value cell_index="14629" local_entity="0" value="0" />
+        <value cell_index="14630" local_entity="0" value="0" />
+        <value cell_index="14631" local_entity="0" value="0" />
+        <value cell_index="14632" local_entity="0" value="0" />
+        <value cell_index="14633" local_entity="0" value="0" />
+        <value cell_index="14634" local_entity="0" value="0" />
+        <value cell_index="14635" local_entity="0" value="0" />
+        <value cell_index="14636" local_entity="0" value="0" />
+        <value cell_index="14637" local_entity="0" value="0" />
+        <value cell_index="14638" local_entity="0" value="0" />
+        <value cell_index="14639" local_entity="0" value="0" />
+        <value cell_index="14640" local_entity="0" value="0" />
+        <value cell_index="14641" local_entity="0" value="0" />
+        <value cell_index="14642" local_entity="0" value="0" />
+        <value cell_index="14643" local_entity="0" value="0" />
+        <value cell_index="14644" local_entity="0" value="0" />
+        <value cell_index="14645" local_entity="0" value="0" />
+        <value cell_index="14646" local_entity="0" value="0" />
+        <value cell_index="14647" local_entity="0" value="0" />
+        <value cell_index="14648" local_entity="0" value="0" />
+        <value cell_index="14649" local_entity="0" value="0" />
+        <value cell_index="14650" local_entity="0" value="0" />
+        <value cell_index="14651" local_entity="0" value="0" />
+        <value cell_index="14652" local_entity="0" value="0" />
+        <value cell_index="14653" local_entity="0" value="0" />
+        <value cell_index="14654" local_entity="0" value="0" />
+        <value cell_index="14655" local_entity="0" value="0" />
+        <value cell_index="14656" local_entity="0" value="0" />
+        <value cell_index="14657" local_entity="0" value="0" />
+        <value cell_index="14658" local_entity="0" value="0" />
+        <value cell_index="14659" local_entity="0" value="0" />
+        <value cell_index="14660" local_entity="0" value="0" />
+        <value cell_index="14661" local_entity="0" value="0" />
+        <value cell_index="14662" local_entity="0" value="0" />
+        <value cell_index="14663" local_entity="0" value="0" />
+        <value cell_index="14664" local_entity="0" value="0" />
+        <value cell_index="14665" local_entity="0" value="0" />
+        <value cell_index="14666" local_entity="0" value="0" />
+        <value cell_index="14667" local_entity="0" value="0" />
+        <value cell_index="14668" local_entity="0" value="0" />
+        <value cell_index="14669" local_entity="0" value="0" />
+        <value cell_index="14670" local_entity="0" value="0" />
+        <value cell_index="14671" local_entity="0" value="0" />
+        <value cell_index="14672" local_entity="0" value="0" />
+        <value cell_index="14673" local_entity="0" value="0" />
+        <value cell_index="14674" local_entity="0" value="0" />
+        <value cell_index="14675" local_entity="0" value="0" />
+        <value cell_index="14676" local_entity="0" value="0" />
+        <value cell_index="14677" local_entity="0" value="0" />
+        <value cell_index="14678" local_entity="0" value="0" />
+        <value cell_index="14679" local_entity="0" value="0" />
+        <value cell_index="14680" local_entity="0" value="0" />
+        <value cell_index="14681" local_entity="0" value="0" />
+        <value cell_index="14682" local_entity="0" value="0" />
+        <value cell_index="14683" local_entity="0" value="0" />
+        <value cell_index="14684" local_entity="0" value="0" />
+        <value cell_index="14685" local_entity="0" value="0" />
+        <value cell_index="14686" local_entity="0" value="0" />
+        <value cell_index="14687" local_entity="0" value="0" />
+        <value cell_index="14688" local_entity="0" value="0" />
+        <value cell_index="14689" local_entity="0" value="0" />
+        <value cell_index="14690" local_entity="0" value="0" />
+        <value cell_index="14691" local_entity="0" value="0" />
+        <value cell_index="14692" local_entity="0" value="0" />
+        <value cell_index="14693" local_entity="0" value="0" />
+        <value cell_index="14694" local_entity="0" value="0" />
+        <value cell_index="14695" local_entity="0" value="0" />
+        <value cell_index="14696" local_entity="0" value="0" />
+        <value cell_index="14697" local_entity="0" value="0" />
+        <value cell_index="14698" local_entity="0" value="0" />
+        <value cell_index="14699" local_entity="0" value="0" />
+        <value cell_index="14700" local_entity="0" value="0" />
+        <value cell_index="14701" local_entity="0" value="0" />
+        <value cell_index="14702" local_entity="0" value="0" />
+        <value cell_index="14703" local_entity="0" value="0" />
+        <value cell_index="14704" local_entity="0" value="0" />
+        <value cell_index="14705" local_entity="0" value="0" />
+        <value cell_index="14706" local_entity="0" value="0" />
+        <value cell_index="14707" local_entity="0" value="0" />
+        <value cell_index="14708" local_entity="0" value="0" />
+        <value cell_index="14709" local_entity="0" value="0" />
+        <value cell_index="14710" local_entity="0" value="0" />
+        <value cell_index="14711" local_entity="0" value="0" />
+        <value cell_index="14712" local_entity="0" value="0" />
+        <value cell_index="14713" local_entity="0" value="0" />
+        <value cell_index="14714" local_entity="0" value="0" />
+        <value cell_index="14715" local_entity="0" value="0" />
+        <value cell_index="14716" local_entity="0" value="0" />
+        <value cell_index="14717" local_entity="0" value="0" />
+        <value cell_index="14718" local_entity="0" value="0" />
+        <value cell_index="14719" local_entity="0" value="0" />
+        <value cell_index="14720" local_entity="0" value="0" />
+        <value cell_index="14721" local_entity="0" value="0" />
+        <value cell_index="14722" local_entity="0" value="0" />
+        <value cell_index="14723" local_entity="0" value="0" />
+        <value cell_index="14724" local_entity="0" value="0" />
+        <value cell_index="14725" local_entity="0" value="0" />
+        <value cell_index="14726" local_entity="0" value="0" />
+        <value cell_index="14727" local_entity="0" value="0" />
+        <value cell_index="14728" local_entity="0" value="0" />
+        <value cell_index="14729" local_entity="0" value="0" />
+        <value cell_index="14730" local_entity="0" value="0" />
+        <value cell_index="14731" local_entity="0" value="0" />
+        <value cell_index="14732" local_entity="0" value="0" />
+        <value cell_index="14733" local_entity="0" value="0" />
+        <value cell_index="14734" local_entity="0" value="0" />
+        <value cell_index="14735" local_entity="0" value="0" />
+        <value cell_index="14736" local_entity="0" value="0" />
+        <value cell_index="14737" local_entity="0" value="0" />
+        <value cell_index="14738" local_entity="0" value="0" />
+        <value cell_index="14739" local_entity="0" value="0" />
+        <value cell_index="14740" local_entity="0" value="0" />
+        <value cell_index="14741" local_entity="0" value="0" />
+        <value cell_index="14742" local_entity="0" value="0" />
+        <value cell_index="14743" local_entity="0" value="0" />
+        <value cell_index="14744" local_entity="0" value="0" />
+        <value cell_index="14745" local_entity="0" value="0" />
+        <value cell_index="14746" local_entity="0" value="0" />
+        <value cell_index="14747" local_entity="0" value="0" />
+        <value cell_index="14748" local_entity="0" value="0" />
+        <value cell_index="14749" local_entity="0" value="0" />
+        <value cell_index="14750" local_entity="0" value="0" />
+        <value cell_index="14751" local_entity="0" value="0" />
+        <value cell_index="14752" local_entity="0" value="0" />
+        <value cell_index="14753" local_entity="0" value="0" />
+        <value cell_index="14754" local_entity="0" value="0" />
+        <value cell_index="14755" local_entity="0" value="0" />
+        <value cell_index="14756" local_entity="0" value="0" />
+        <value cell_index="14757" local_entity="0" value="0" />
+        <value cell_index="14758" local_entity="0" value="0" />
+        <value cell_index="14759" local_entity="0" value="0" />
+        <value cell_index="14760" local_entity="0" value="0" />
+        <value cell_index="14761" local_entity="0" value="0" />
+        <value cell_index="14762" local_entity="0" value="0" />
+        <value cell_index="14763" local_entity="0" value="0" />
+        <value cell_index="14764" local_entity="0" value="0" />
+        <value cell_index="14765" local_entity="0" value="0" />
+        <value cell_index="14766" local_entity="0" value="0" />
+        <value cell_index="14767" local_entity="0" value="0" />
+        <value cell_index="14768" local_entity="0" value="0" />
+        <value cell_index="14769" local_entity="0" value="0" />
+        <value cell_index="14770" local_entity="0" value="0" />
+        <value cell_index="14771" local_entity="0" value="0" />
+        <value cell_index="14772" local_entity="0" value="0" />
+        <value cell_index="14773" local_entity="0" value="0" />
+        <value cell_index="14774" local_entity="0" value="0" />
+        <value cell_index="14775" local_entity="0" value="0" />
+        <value cell_index="14776" local_entity="0" value="0" />
+        <value cell_index="14777" local_entity="0" value="0" />
+        <value cell_index="14778" local_entity="0" value="0" />
+        <value cell_index="14779" local_entity="0" value="0" />
+        <value cell_index="14780" local_entity="0" value="0" />
+        <value cell_index="14781" local_entity="0" value="0" />
+        <value cell_index="14782" local_entity="0" value="0" />
+        <value cell_index="14783" local_entity="0" value="0" />
+        <value cell_index="14784" local_entity="0" value="0" />
+        <value cell_index="14785" local_entity="0" value="0" />
+        <value cell_index="14786" local_entity="0" value="0" />
+        <value cell_index="14787" local_entity="0" value="0" />
+        <value cell_index="14788" local_entity="0" value="0" />
+        <value cell_index="14789" local_entity="0" value="0" />
+        <value cell_index="14790" local_entity="0" value="0" />
+        <value cell_index="14791" local_entity="0" value="0" />
+        <value cell_index="14792" local_entity="0" value="0" />
+        <value cell_index="14793" local_entity="0" value="0" />
+        <value cell_index="14794" local_entity="0" value="0" />
+        <value cell_index="14795" local_entity="0" value="0" />
+        <value cell_index="14796" local_entity="0" value="0" />
+        <value cell_index="14797" local_entity="0" value="0" />
+        <value cell_index="14798" local_entity="0" value="0" />
+        <value cell_index="14799" local_entity="0" value="0" />
+        <value cell_index="14800" local_entity="0" value="0" />
+        <value cell_index="14801" local_entity="0" value="0" />
+        <value cell_index="14802" local_entity="0" value="0" />
+        <value cell_index="14803" local_entity="0" value="0" />
+        <value cell_index="14804" local_entity="0" value="0" />
+        <value cell_index="14805" local_entity="0" value="0" />
+        <value cell_index="14806" local_entity="0" value="0" />
+        <value cell_index="14807" local_entity="0" value="0" />
+        <value cell_index="14808" local_entity="0" value="0" />
+        <value cell_index="14809" local_entity="0" value="0" />
+        <value cell_index="14810" local_entity="0" value="0" />
+        <value cell_index="14811" local_entity="0" value="0" />
+        <value cell_index="14812" local_entity="0" value="0" />
+        <value cell_index="14813" local_entity="0" value="0" />
+        <value cell_index="14814" local_entity="0" value="0" />
+        <value cell_index="14815" local_entity="0" value="0" />
+        <value cell_index="14816" local_entity="0" value="0" />
+        <value cell_index="14817" local_entity="0" value="0" />
+        <value cell_index="14818" local_entity="0" value="0" />
+        <value cell_index="14819" local_entity="0" value="0" />
+        <value cell_index="14820" local_entity="0" value="0" />
+        <value cell_index="14821" local_entity="0" value="0" />
+        <value cell_index="14822" local_entity="0" value="0" />
+        <value cell_index="14823" local_entity="0" value="0" />
+        <value cell_index="14824" local_entity="0" value="0" />
+        <value cell_index="14825" local_entity="0" value="0" />
+        <value cell_index="14826" local_entity="0" value="0" />
+        <value cell_index="14827" local_entity="0" value="0" />
+        <value cell_index="14828" local_entity="0" value="0" />
+        <value cell_index="14829" local_entity="0" value="0" />
+        <value cell_index="14830" local_entity="0" value="0" />
+        <value cell_index="14831" local_entity="0" value="0" />
+        <value cell_index="14832" local_entity="0" value="0" />
+        <value cell_index="14833" local_entity="0" value="0" />
+        <value cell_index="14834" local_entity="0" value="0" />
+        <value cell_index="14835" local_entity="0" value="0" />
+        <value cell_index="14836" local_entity="0" value="0" />
+        <value cell_index="14837" local_entity="0" value="0" />
+        <value cell_index="14838" local_entity="0" value="0" />
+        <value cell_index="14839" local_entity="0" value="0" />
+        <value cell_index="14840" local_entity="0" value="0" />
+        <value cell_index="14841" local_entity="0" value="0" />
+        <value cell_index="14842" local_entity="0" value="0" />
+        <value cell_index="14843" local_entity="0" value="0" />
+        <value cell_index="14844" local_entity="0" value="0" />
+        <value cell_index="14845" local_entity="0" value="0" />
+        <value cell_index="14846" local_entity="0" value="0" />
+        <value cell_index="14847" local_entity="0" value="0" />
+        <value cell_index="14848" local_entity="0" value="0" />
+        <value cell_index="14849" local_entity="0" value="0" />
+        <value cell_index="14850" local_entity="0" value="0" />
+        <value cell_index="14851" local_entity="0" value="0" />
+        <value cell_index="14852" local_entity="0" value="0" />
+        <value cell_index="14853" local_entity="0" value="0" />
+        <value cell_index="14854" local_entity="0" value="0" />
+        <value cell_index="14855" local_entity="0" value="0" />
+        <value cell_index="14856" local_entity="0" value="0" />
+        <value cell_index="14857" local_entity="0" value="0" />
+        <value cell_index="14858" local_entity="0" value="0" />
+        <value cell_index="14859" local_entity="0" value="0" />
+        <value cell_index="14860" local_entity="0" value="0" />
+        <value cell_index="14861" local_entity="0" value="0" />
+        <value cell_index="14862" local_entity="0" value="0" />
+        <value cell_index="14863" local_entity="0" value="0" />
+        <value cell_index="14864" local_entity="0" value="0" />
+        <value cell_index="14865" local_entity="0" value="0" />
+        <value cell_index="14866" local_entity="0" value="0" />
+        <value cell_index="14867" local_entity="0" value="0" />
+        <value cell_index="14868" local_entity="0" value="0" />
+        <value cell_index="14869" local_entity="0" value="0" />
+        <value cell_index="14870" local_entity="0" value="0" />
+        <value cell_index="14871" local_entity="0" value="0" />
+        <value cell_index="14872" local_entity="0" value="0" />
+        <value cell_index="14873" local_entity="0" value="0" />
+        <value cell_index="14874" local_entity="0" value="0" />
+        <value cell_index="14875" local_entity="0" value="0" />
+        <value cell_index="14876" local_entity="0" value="0" />
+        <value cell_index="14877" local_entity="0" value="0" />
+        <value cell_index="14878" local_entity="0" value="0" />
+        <value cell_index="14879" local_entity="0" value="0" />
+        <value cell_index="14880" local_entity="0" value="0" />
+        <value cell_index="14881" local_entity="0" value="0" />
+        <value cell_index="14882" local_entity="0" value="0" />
+        <value cell_index="14883" local_entity="0" value="0" />
+        <value cell_index="14884" local_entity="0" value="0" />
+        <value cell_index="14885" local_entity="0" value="0" />
+        <value cell_index="14886" local_entity="0" value="0" />
+        <value cell_index="14887" local_entity="0" value="0" />
+        <value cell_index="14888" local_entity="0" value="0" />
+        <value cell_index="14889" local_entity="0" value="0" />
+        <value cell_index="14890" local_entity="0" value="0" />
+        <value cell_index="14891" local_entity="0" value="0" />
+        <value cell_index="14892" local_entity="0" value="0" />
+        <value cell_index="14893" local_entity="0" value="0" />
+        <value cell_index="14894" local_entity="0" value="0" />
+        <value cell_index="14895" local_entity="0" value="0" />
+        <value cell_index="14896" local_entity="0" value="0" />
+        <value cell_index="14897" local_entity="0" value="0" />
+        <value cell_index="14898" local_entity="0" value="0" />
+        <value cell_index="14899" local_entity="0" value="0" />
+        <value cell_index="14900" local_entity="0" value="0" />
+        <value cell_index="14901" local_entity="0" value="0" />
+        <value cell_index="14902" local_entity="0" value="0" />
+        <value cell_index="14903" local_entity="0" value="0" />
+        <value cell_index="14904" local_entity="0" value="0" />
+        <value cell_index="14905" local_entity="0" value="0" />
+        <value cell_index="14906" local_entity="0" value="0" />
+        <value cell_index="14907" local_entity="0" value="0" />
+        <value cell_index="14908" local_entity="0" value="0" />
+        <value cell_index="14909" local_entity="0" value="0" />
+        <value cell_index="14910" local_entity="0" value="0" />
+        <value cell_index="14911" local_entity="0" value="0" />
+        <value cell_index="14912" local_entity="0" value="0" />
+        <value cell_index="14913" local_entity="0" value="0" />
+        <value cell_index="14914" local_entity="0" value="0" />
+        <value cell_index="14915" local_entity="0" value="0" />
+        <value cell_index="14916" local_entity="0" value="0" />
+        <value cell_index="14917" local_entity="0" value="0" />
+        <value cell_index="14918" local_entity="0" value="0" />
+        <value cell_index="14919" local_entity="0" value="0" />
+        <value cell_index="14920" local_entity="0" value="0" />
+        <value cell_index="14921" local_entity="0" value="0" />
+        <value cell_index="14922" local_entity="0" value="0" />
+        <value cell_index="14923" local_entity="0" value="0" />
+        <value cell_index="14924" local_entity="0" value="0" />
+        <value cell_index="14925" local_entity="0" value="0" />
+        <value cell_index="14926" local_entity="0" value="0" />
+        <value cell_index="14927" local_entity="0" value="0" />
+        <value cell_index="14928" local_entity="0" value="0" />
+        <value cell_index="14929" local_entity="0" value="0" />
+        <value cell_index="14930" local_entity="0" value="0" />
+        <value cell_index="14931" local_entity="0" value="0" />
+        <value cell_index="14932" local_entity="0" value="0" />
+        <value cell_index="14933" local_entity="0" value="0" />
+        <value cell_index="14934" local_entity="0" value="0" />
+        <value cell_index="14935" local_entity="0" value="0" />
+        <value cell_index="14936" local_entity="0" value="0" />
+        <value cell_index="14937" local_entity="0" value="0" />
+        <value cell_index="14938" local_entity="0" value="0" />
+        <value cell_index="14939" local_entity="0" value="0" />
+        <value cell_index="14940" local_entity="0" value="0" />
+        <value cell_index="14941" local_entity="0" value="0" />
+        <value cell_index="14942" local_entity="0" value="0" />
+        <value cell_index="14943" local_entity="0" value="0" />
+        <value cell_index="14944" local_entity="0" value="0" />
+        <value cell_index="14945" local_entity="0" value="0" />
+        <value cell_index="14946" local_entity="0" value="0" />
+        <value cell_index="14947" local_entity="0" value="0" />
+        <value cell_index="14948" local_entity="0" value="0" />
+        <value cell_index="14949" local_entity="0" value="0" />
+        <value cell_index="14950" local_entity="0" value="0" />
+        <value cell_index="14951" local_entity="0" value="0" />
+        <value cell_index="14952" local_entity="0" value="0" />
+        <value cell_index="14953" local_entity="0" value="0" />
+        <value cell_index="14954" local_entity="0" value="0" />
+        <value cell_index="14955" local_entity="0" value="0" />
+        <value cell_index="14956" local_entity="0" value="0" />
+        <value cell_index="14957" local_entity="0" value="0" />
+        <value cell_index="14958" local_entity="0" value="0" />
+        <value cell_index="14959" local_entity="0" value="0" />
+        <value cell_index="14960" local_entity="0" value="0" />
+        <value cell_index="14961" local_entity="0" value="0" />
+        <value cell_index="14962" local_entity="0" value="0" />
+        <value cell_index="14963" local_entity="0" value="0" />
+        <value cell_index="14964" local_entity="0" value="0" />
+        <value cell_index="14965" local_entity="0" value="0" />
+        <value cell_index="14966" local_entity="0" value="0" />
+        <value cell_index="14967" local_entity="0" value="0" />
+        <value cell_index="14968" local_entity="0" value="0" />
+        <value cell_index="14969" local_entity="0" value="0" />
+        <value cell_index="14970" local_entity="0" value="0" />
+        <value cell_index="14971" local_entity="0" value="0" />
+        <value cell_index="14972" local_entity="0" value="0" />
+        <value cell_index="14973" local_entity="0" value="0" />
+        <value cell_index="14974" local_entity="0" value="0" />
+        <value cell_index="14975" local_entity="0" value="0" />
+        <value cell_index="14976" local_entity="0" value="0" />
+        <value cell_index="14977" local_entity="0" value="0" />
+        <value cell_index="14978" local_entity="0" value="0" />
+        <value cell_index="14979" local_entity="0" value="0" />
+        <value cell_index="14980" local_entity="0" value="0" />
+        <value cell_index="14981" local_entity="0" value="0" />
+        <value cell_index="14982" local_entity="0" value="0" />
+        <value cell_index="14983" local_entity="0" value="0" />
+        <value cell_index="14984" local_entity="0" value="0" />
+        <value cell_index="14985" local_entity="0" value="0" />
+        <value cell_index="14986" local_entity="0" value="0" />
+        <value cell_index="14987" local_entity="0" value="0" />
+        <value cell_index="14988" local_entity="0" value="0" />
+        <value cell_index="14989" local_entity="0" value="0" />
+        <value cell_index="14990" local_entity="0" value="0" />
+        <value cell_index="14991" local_entity="0" value="0" />
+        <value cell_index="14992" local_entity="0" value="0" />
+        <value cell_index="14993" local_entity="0" value="0" />
+        <value cell_index="14994" local_entity="0" value="0" />
+        <value cell_index="14995" local_entity="0" value="0" />
+        <value cell_index="14996" local_entity="0" value="0" />
+        <value cell_index="14997" local_entity="0" value="0" />
+        <value cell_index="14998" local_entity="0" value="0" />
+        <value cell_index="14999" local_entity="0" value="0" />
+        <value cell_index="15000" local_entity="0" value="0" />
+        <value cell_index="15001" local_entity="0" value="0" />
+        <value cell_index="15002" local_entity="0" value="0" />
+        <value cell_index="15003" local_entity="0" value="0" />
+        <value cell_index="15004" local_entity="0" value="0" />
+        <value cell_index="15005" local_entity="0" value="0" />
+        <value cell_index="15006" local_entity="0" value="0" />
+        <value cell_index="15007" local_entity="0" value="0" />
+        <value cell_index="15008" local_entity="0" value="0" />
+        <value cell_index="15009" local_entity="0" value="0" />
+        <value cell_index="15010" local_entity="0" value="0" />
+        <value cell_index="15011" local_entity="0" value="0" />
+        <value cell_index="15012" local_entity="0" value="0" />
+        <value cell_index="15013" local_entity="0" value="0" />
+        <value cell_index="15014" local_entity="0" value="0" />
+        <value cell_index="15015" local_entity="0" value="0" />
+        <value cell_index="15016" local_entity="0" value="0" />
+        <value cell_index="15017" local_entity="0" value="0" />
+        <value cell_index="15018" local_entity="0" value="0" />
+        <value cell_index="15019" local_entity="0" value="0" />
+        <value cell_index="15020" local_entity="0" value="0" />
+        <value cell_index="15021" local_entity="0" value="0" />
+        <value cell_index="15022" local_entity="0" value="0" />
+        <value cell_index="15023" local_entity="0" value="0" />
+        <value cell_index="15024" local_entity="0" value="0" />
+        <value cell_index="15025" local_entity="0" value="0" />
+        <value cell_index="15026" local_entity="0" value="0" />
+        <value cell_index="15027" local_entity="0" value="0" />
+        <value cell_index="15028" local_entity="0" value="0" />
+        <value cell_index="15029" local_entity="0" value="0" />
+        <value cell_index="15030" local_entity="0" value="0" />
+        <value cell_index="15031" local_entity="0" value="0" />
+        <value cell_index="15032" local_entity="0" value="0" />
+        <value cell_index="15033" local_entity="0" value="0" />
+        <value cell_index="15034" local_entity="0" value="0" />
+        <value cell_index="15035" local_entity="0" value="0" />
+        <value cell_index="15036" local_entity="0" value="0" />
+        <value cell_index="15037" local_entity="0" value="0" />
+        <value cell_index="15038" local_entity="0" value="0" />
+        <value cell_index="15039" local_entity="0" value="0" />
+        <value cell_index="15040" local_entity="0" value="0" />
+        <value cell_index="15041" local_entity="0" value="0" />
+        <value cell_index="15042" local_entity="0" value="0" />
+        <value cell_index="15043" local_entity="0" value="0" />
+        <value cell_index="15044" local_entity="0" value="0" />
+        <value cell_index="15045" local_entity="0" value="0" />
+        <value cell_index="15046" local_entity="0" value="0" />
+        <value cell_index="15047" local_entity="0" value="0" />
+        <value cell_index="15048" local_entity="0" value="0" />
+        <value cell_index="15049" local_entity="0" value="0" />
+        <value cell_index="15050" local_entity="0" value="0" />
+        <value cell_index="15051" local_entity="0" value="0" />
+        <value cell_index="15052" local_entity="0" value="0" />
+        <value cell_index="15053" local_entity="0" value="0" />
+        <value cell_index="15054" local_entity="0" value="0" />
+        <value cell_index="15055" local_entity="0" value="0" />
+        <value cell_index="15056" local_entity="0" value="0" />
+        <value cell_index="15057" local_entity="0" value="0" />
+        <value cell_index="15058" local_entity="0" value="0" />
+        <value cell_index="15059" local_entity="0" value="0" />
+        <value cell_index="15060" local_entity="0" value="0" />
+        <value cell_index="15061" local_entity="0" value="0" />
+        <value cell_index="15062" local_entity="0" value="0" />
+        <value cell_index="15063" local_entity="0" value="0" />
+        <value cell_index="15064" local_entity="0" value="0" />
+        <value cell_index="15065" local_entity="0" value="0" />
+        <value cell_index="15066" local_entity="0" value="0" />
+        <value cell_index="15067" local_entity="0" value="0" />
+        <value cell_index="15068" local_entity="0" value="0" />
+        <value cell_index="15069" local_entity="0" value="0" />
+        <value cell_index="15070" local_entity="0" value="0" />
+        <value cell_index="15071" local_entity="0" value="0" />
+        <value cell_index="15072" local_entity="0" value="0" />
+        <value cell_index="15073" local_entity="0" value="0" />
+        <value cell_index="15074" local_entity="0" value="0" />
+        <value cell_index="15075" local_entity="0" value="0" />
+        <value cell_index="15076" local_entity="0" value="0" />
+        <value cell_index="15077" local_entity="0" value="0" />
+        <value cell_index="15078" local_entity="0" value="0" />
+        <value cell_index="15079" local_entity="0" value="0" />
+        <value cell_index="15080" local_entity="0" value="0" />
+        <value cell_index="15081" local_entity="0" value="0" />
+        <value cell_index="15082" local_entity="0" value="0" />
+        <value cell_index="15083" local_entity="0" value="0" />
+        <value cell_index="15084" local_entity="0" value="0" />
+        <value cell_index="15085" local_entity="0" value="0" />
+        <value cell_index="15086" local_entity="0" value="0" />
+        <value cell_index="15087" local_entity="0" value="0" />
+        <value cell_index="15088" local_entity="0" value="0" />
+        <value cell_index="15089" local_entity="0" value="0" />
+        <value cell_index="15090" local_entity="0" value="0" />
+        <value cell_index="15091" local_entity="0" value="0" />
+        <value cell_index="15092" local_entity="0" value="0" />
+        <value cell_index="15093" local_entity="0" value="0" />
+        <value cell_index="15094" local_entity="0" value="0" />
+        <value cell_index="15095" local_entity="0" value="0" />
+        <value cell_index="15096" local_entity="0" value="0" />
+        <value cell_index="15097" local_entity="0" value="0" />
+        <value cell_index="15098" local_entity="0" value="0" />
+        <value cell_index="15099" local_entity="0" value="0" />
+        <value cell_index="15100" local_entity="0" value="0" />
+        <value cell_index="15101" local_entity="0" value="0" />
+        <value cell_index="15102" local_entity="0" value="0" />
+        <value cell_index="15103" local_entity="0" value="0" />
+        <value cell_index="15104" local_entity="0" value="0" />
+        <value cell_index="15105" local_entity="0" value="0" />
+        <value cell_index="15106" local_entity="0" value="0" />
+        <value cell_index="15107" local_entity="0" value="0" />
+        <value cell_index="15108" local_entity="0" value="0" />
+        <value cell_index="15109" local_entity="0" value="0" />
+        <value cell_index="15110" local_entity="0" value="0" />
+        <value cell_index="15111" local_entity="0" value="0" />
+        <value cell_index="15112" local_entity="0" value="0" />
+        <value cell_index="15113" local_entity="0" value="0" />
+        <value cell_index="15114" local_entity="0" value="0" />
+        <value cell_index="15115" local_entity="0" value="0" />
+        <value cell_index="15116" local_entity="0" value="0" />
+        <value cell_index="15117" local_entity="0" value="0" />
+        <value cell_index="15118" local_entity="0" value="0" />
+        <value cell_index="15119" local_entity="0" value="0" />
+        <value cell_index="15120" local_entity="0" value="0" />
+        <value cell_index="15121" local_entity="0" value="0" />
+        <value cell_index="15122" local_entity="0" value="0" />
+        <value cell_index="15123" local_entity="0" value="0" />
+        <value cell_index="15124" local_entity="0" value="0" />
+        <value cell_index="15125" local_entity="0" value="0" />
+        <value cell_index="15126" local_entity="0" value="0" />
+        <value cell_index="15127" local_entity="0" value="0" />
+        <value cell_index="15128" local_entity="0" value="0" />
+        <value cell_index="15129" local_entity="0" value="0" />
+        <value cell_index="15130" local_entity="0" value="0" />
+        <value cell_index="15131" local_entity="0" value="0" />
+        <value cell_index="15132" local_entity="0" value="0" />
+        <value cell_index="15133" local_entity="0" value="0" />
+        <value cell_index="15134" local_entity="0" value="0" />
+        <value cell_index="15135" local_entity="0" value="0" />
+        <value cell_index="15136" local_entity="0" value="0" />
+        <value cell_index="15137" local_entity="0" value="0" />
+        <value cell_index="15138" local_entity="0" value="0" />
+        <value cell_index="15139" local_entity="0" value="0" />
+        <value cell_index="15140" local_entity="0" value="0" />
+        <value cell_index="15141" local_entity="0" value="0" />
+        <value cell_index="15142" local_entity="0" value="0" />
+        <value cell_index="15143" local_entity="0" value="0" />
+        <value cell_index="15144" local_entity="0" value="0" />
+        <value cell_index="15145" local_entity="0" value="0" />
+        <value cell_index="15146" local_entity="0" value="0" />
+        <value cell_index="15147" local_entity="0" value="0" />
+        <value cell_index="15148" local_entity="0" value="0" />
+        <value cell_index="15149" local_entity="0" value="0" />
+        <value cell_index="15150" local_entity="0" value="0" />
+        <value cell_index="15151" local_entity="0" value="0" />
+        <value cell_index="15152" local_entity="0" value="0" />
+        <value cell_index="15153" local_entity="0" value="0" />
+        <value cell_index="15154" local_entity="0" value="0" />
+        <value cell_index="15155" local_entity="0" value="0" />
+        <value cell_index="15156" local_entity="0" value="0" />
+        <value cell_index="15157" local_entity="0" value="0" />
+        <value cell_index="15158" local_entity="0" value="0" />
+        <value cell_index="15159" local_entity="0" value="0" />
+        <value cell_index="15160" local_entity="0" value="0" />
+        <value cell_index="15161" local_entity="0" value="0" />
+        <value cell_index="15162" local_entity="0" value="0" />
+        <value cell_index="15163" local_entity="0" value="0" />
+        <value cell_index="15164" local_entity="0" value="0" />
+        <value cell_index="15165" local_entity="0" value="0" />
+        <value cell_index="15166" local_entity="0" value="0" />
+        <value cell_index="15167" local_entity="0" value="0" />
+        <value cell_index="15168" local_entity="0" value="0" />
+        <value cell_index="15169" local_entity="0" value="0" />
+        <value cell_index="15170" local_entity="0" value="0" />
+        <value cell_index="15171" local_entity="0" value="0" />
+        <value cell_index="15172" local_entity="0" value="0" />
+        <value cell_index="15173" local_entity="0" value="0" />
+        <value cell_index="15174" local_entity="0" value="0" />
+        <value cell_index="15175" local_entity="0" value="0" />
+        <value cell_index="15176" local_entity="0" value="0" />
+        <value cell_index="15177" local_entity="0" value="0" />
+        <value cell_index="15178" local_entity="0" value="0" />
+        <value cell_index="15179" local_entity="0" value="0" />
+        <value cell_index="15180" local_entity="0" value="0" />
+        <value cell_index="15181" local_entity="0" value="0" />
+        <value cell_index="15182" local_entity="0" value="0" />
+        <value cell_index="15183" local_entity="0" value="0" />
+        <value cell_index="15184" local_entity="0" value="0" />
+        <value cell_index="15185" local_entity="0" value="0" />
+        <value cell_index="15186" local_entity="0" value="0" />
+        <value cell_index="15187" local_entity="0" value="0" />
+        <value cell_index="15188" local_entity="0" value="0" />
+        <value cell_index="15189" local_entity="0" value="0" />
+        <value cell_index="15190" local_entity="0" value="0" />
+        <value cell_index="15191" local_entity="0" value="0" />
+        <value cell_index="15192" local_entity="0" value="0" />
+        <value cell_index="15193" local_entity="0" value="0" />
+        <value cell_index="15194" local_entity="0" value="0" />
+        <value cell_index="15195" local_entity="0" value="0" />
+        <value cell_index="15196" local_entity="0" value="0" />
+        <value cell_index="15197" local_entity="0" value="0" />
+        <value cell_index="15198" local_entity="0" value="0" />
+        <value cell_index="15199" local_entity="0" value="0" />
+        <value cell_index="15200" local_entity="0" value="0" />
+        <value cell_index="15201" local_entity="0" value="0" />
+        <value cell_index="15202" local_entity="0" value="0" />
+        <value cell_index="15203" local_entity="0" value="0" />
+        <value cell_index="15204" local_entity="0" value="0" />
+        <value cell_index="15205" local_entity="0" value="0" />
+        <value cell_index="15206" local_entity="0" value="0" />
+        <value cell_index="15207" local_entity="0" value="0" />
+        <value cell_index="15208" local_entity="0" value="0" />
+        <value cell_index="15209" local_entity="0" value="0" />
+        <value cell_index="15210" local_entity="0" value="0" />
+        <value cell_index="15211" local_entity="0" value="0" />
+        <value cell_index="15212" local_entity="0" value="0" />
+        <value cell_index="15213" local_entity="0" value="0" />
+        <value cell_index="15214" local_entity="0" value="0" />
+        <value cell_index="15215" local_entity="0" value="0" />
+        <value cell_index="15216" local_entity="0" value="0" />
+        <value cell_index="15217" local_entity="0" value="0" />
+        <value cell_index="15218" local_entity="0" value="0" />
+        <value cell_index="15219" local_entity="0" value="0" />
+        <value cell_index="15220" local_entity="0" value="0" />
+        <value cell_index="15221" local_entity="0" value="0" />
+        <value cell_index="15222" local_entity="0" value="0" />
+        <value cell_index="15223" local_entity="0" value="0" />
+        <value cell_index="15224" local_entity="0" value="0" />
+        <value cell_index="15225" local_entity="0" value="0" />
+        <value cell_index="15226" local_entity="0" value="0" />
+        <value cell_index="15227" local_entity="0" value="0" />
+        <value cell_index="15228" local_entity="0" value="0" />
+        <value cell_index="15229" local_entity="0" value="0" />
+        <value cell_index="15230" local_entity="0" value="0" />
+        <value cell_index="15231" local_entity="0" value="0" />
+        <value cell_index="15232" local_entity="0" value="0" />
+        <value cell_index="15233" local_entity="0" value="0" />
+        <value cell_index="15234" local_entity="0" value="0" />
+        <value cell_index="15235" local_entity="0" value="0" />
+        <value cell_index="15236" local_entity="0" value="0" />
+        <value cell_index="15237" local_entity="0" value="0" />
+        <value cell_index="15238" local_entity="0" value="0" />
+        <value cell_index="15239" local_entity="0" value="0" />
+        <value cell_index="15240" local_entity="0" value="0" />
+        <value cell_index="15241" local_entity="0" value="0" />
+        <value cell_index="15242" local_entity="0" value="0" />
+        <value cell_index="15243" local_entity="0" value="0" />
+        <value cell_index="15244" local_entity="0" value="0" />
+        <value cell_index="15245" local_entity="0" value="0" />
+        <value cell_index="15246" local_entity="0" value="0" />
+        <value cell_index="15247" local_entity="0" value="0" />
+        <value cell_index="15248" local_entity="0" value="0" />
+        <value cell_index="15249" local_entity="0" value="0" />
+        <value cell_index="15250" local_entity="0" value="0" />
+        <value cell_index="15251" local_entity="0" value="0" />
+        <value cell_index="15252" local_entity="0" value="0" />
+        <value cell_index="15253" local_entity="0" value="0" />
+        <value cell_index="15254" local_entity="0" value="0" />
+        <value cell_index="15255" local_entity="0" value="0" />
+        <value cell_index="15256" local_entity="0" value="0" />
+        <value cell_index="15257" local_entity="0" value="0" />
+        <value cell_index="15258" local_entity="0" value="0" />
+        <value cell_index="15259" local_entity="0" value="0" />
+        <value cell_index="15260" local_entity="0" value="0" />
+        <value cell_index="15261" local_entity="0" value="0" />
+        <value cell_index="15262" local_entity="0" value="0" />
+        <value cell_index="15263" local_entity="0" value="0" />
+        <value cell_index="15264" local_entity="0" value="0" />
+        <value cell_index="15265" local_entity="0" value="0" />
+        <value cell_index="15266" local_entity="0" value="0" />
+        <value cell_index="15267" local_entity="0" value="0" />
+        <value cell_index="15268" local_entity="0" value="0" />
+        <value cell_index="15269" local_entity="0" value="0" />
+        <value cell_index="15270" local_entity="0" value="0" />
+        <value cell_index="15271" local_entity="0" value="0" />
+        <value cell_index="15272" local_entity="0" value="0" />
+        <value cell_index="15273" local_entity="0" value="0" />
+        <value cell_index="15274" local_entity="0" value="0" />
+        <value cell_index="15275" local_entity="0" value="0" />
+        <value cell_index="15276" local_entity="0" value="0" />
+        <value cell_index="15277" local_entity="0" value="0" />
+        <value cell_index="15278" local_entity="0" value="0" />
+        <value cell_index="15279" local_entity="0" value="0" />
+        <value cell_index="15280" local_entity="0" value="0" />
+        <value cell_index="15281" local_entity="0" value="0" />
+        <value cell_index="15282" local_entity="0" value="0" />
+        <value cell_index="15283" local_entity="0" value="0" />
+        <value cell_index="15284" local_entity="0" value="0" />
+        <value cell_index="15285" local_entity="0" value="0" />
+        <value cell_index="15286" local_entity="0" value="0" />
+        <value cell_index="15287" local_entity="0" value="0" />
+        <value cell_index="15288" local_entity="0" value="0" />
+        <value cell_index="15289" local_entity="0" value="0" />
+        <value cell_index="15290" local_entity="0" value="0" />
+        <value cell_index="15291" local_entity="0" value="0" />
+        <value cell_index="15292" local_entity="0" value="0" />
+        <value cell_index="15293" local_entity="0" value="0" />
+        <value cell_index="15294" local_entity="0" value="0" />
+        <value cell_index="15295" local_entity="0" value="0" />
+        <value cell_index="15296" local_entity="0" value="0" />
+        <value cell_index="15297" local_entity="0" value="0" />
+        <value cell_index="15298" local_entity="0" value="0" />
+        <value cell_index="15299" local_entity="0" value="0" />
+        <value cell_index="15300" local_entity="0" value="0" />
+        <value cell_index="15301" local_entity="0" value="0" />
+        <value cell_index="15302" local_entity="0" value="0" />
+        <value cell_index="15303" local_entity="0" value="0" />
+        <value cell_index="15304" local_entity="0" value="0" />
+        <value cell_index="15305" local_entity="0" value="0" />
+        <value cell_index="15306" local_entity="0" value="0" />
+        <value cell_index="15307" local_entity="0" value="0" />
+        <value cell_index="15308" local_entity="0" value="0" />
+        <value cell_index="15309" local_entity="0" value="0" />
+        <value cell_index="15310" local_entity="0" value="0" />
+        <value cell_index="15311" local_entity="0" value="0" />
+        <value cell_index="15312" local_entity="0" value="0" />
+        <value cell_index="15313" local_entity="0" value="0" />
+        <value cell_index="15314" local_entity="0" value="0" />
+        <value cell_index="15315" local_entity="0" value="0" />
+        <value cell_index="15316" local_entity="0" value="0" />
+        <value cell_index="15317" local_entity="0" value="0" />
+        <value cell_index="15318" local_entity="0" value="0" />
+        <value cell_index="15319" local_entity="0" value="0" />
+        <value cell_index="15320" local_entity="0" value="0" />
+        <value cell_index="15321" local_entity="0" value="0" />
+        <value cell_index="15322" local_entity="0" value="0" />
+        <value cell_index="15323" local_entity="0" value="0" />
+        <value cell_index="15324" local_entity="0" value="0" />
+        <value cell_index="15325" local_entity="0" value="0" />
+        <value cell_index="15326" local_entity="0" value="0" />
+        <value cell_index="15327" local_entity="0" value="0" />
+        <value cell_index="15328" local_entity="0" value="0" />
+        <value cell_index="15329" local_entity="0" value="0" />
+        <value cell_index="15330" local_entity="0" value="0" />
+        <value cell_index="15331" local_entity="0" value="0" />
+        <value cell_index="15332" local_entity="0" value="0" />
+        <value cell_index="15333" local_entity="0" value="0" />
+        <value cell_index="15334" local_entity="0" value="0" />
+        <value cell_index="15335" local_entity="0" value="0" />
+        <value cell_index="15336" local_entity="0" value="0" />
+        <value cell_index="15337" local_entity="0" value="0" />
+        <value cell_index="15338" local_entity="0" value="0" />
+        <value cell_index="15339" local_entity="0" value="0" />
+        <value cell_index="15340" local_entity="0" value="0" />
+        <value cell_index="15341" local_entity="0" value="0" />
+        <value cell_index="15342" local_entity="0" value="0" />
+        <value cell_index="15343" local_entity="0" value="0" />
+        <value cell_index="15344" local_entity="0" value="0" />
+        <value cell_index="15345" local_entity="0" value="0" />
+        <value cell_index="15346" local_entity="0" value="0" />
+        <value cell_index="15347" local_entity="0" value="0" />
+        <value cell_index="15348" local_entity="0" value="0" />
+        <value cell_index="15349" local_entity="0" value="0" />
+        <value cell_index="15350" local_entity="0" value="0" />
+        <value cell_index="15351" local_entity="0" value="0" />
+        <value cell_index="15352" local_entity="0" value="0" />
+        <value cell_index="15353" local_entity="0" value="0" />
+        <value cell_index="15354" local_entity="0" value="0" />
+        <value cell_index="15355" local_entity="0" value="0" />
+        <value cell_index="15356" local_entity="0" value="0" />
+        <value cell_index="15357" local_entity="0" value="0" />
+        <value cell_index="15358" local_entity="0" value="0" />
+        <value cell_index="15359" local_entity="0" value="0" />
+        <value cell_index="15360" local_entity="0" value="0" />
+        <value cell_index="15361" local_entity="0" value="0" />
+        <value cell_index="15362" local_entity="0" value="0" />
+        <value cell_index="15363" local_entity="0" value="0" />
+        <value cell_index="15364" local_entity="0" value="0" />
+        <value cell_index="15365" local_entity="0" value="0" />
+        <value cell_index="15366" local_entity="0" value="0" />
+        <value cell_index="15367" local_entity="0" value="0" />
+        <value cell_index="15368" local_entity="0" value="0" />
+        <value cell_index="15369" local_entity="0" value="0" />
+        <value cell_index="15370" local_entity="0" value="0" />
+        <value cell_index="15371" local_entity="0" value="0" />
+        <value cell_index="15372" local_entity="0" value="0" />
+        <value cell_index="15373" local_entity="0" value="0" />
+        <value cell_index="15374" local_entity="0" value="0" />
+        <value cell_index="15375" local_entity="0" value="0" />
+        <value cell_index="15376" local_entity="0" value="0" />
+        <value cell_index="15377" local_entity="0" value="0" />
+        <value cell_index="15378" local_entity="0" value="0" />
+        <value cell_index="15379" local_entity="0" value="0" />
+        <value cell_index="15380" local_entity="0" value="0" />
+        <value cell_index="15381" local_entity="0" value="0" />
+        <value cell_index="15382" local_entity="0" value="0" />
+        <value cell_index="15383" local_entity="0" value="0" />
+        <value cell_index="15384" local_entity="0" value="0" />
+        <value cell_index="15385" local_entity="0" value="0" />
+        <value cell_index="15386" local_entity="0" value="0" />
+        <value cell_index="15387" local_entity="0" value="0" />
+        <value cell_index="15388" local_entity="0" value="0" />
+        <value cell_index="15389" local_entity="0" value="0" />
+        <value cell_index="15390" local_entity="0" value="0" />
+        <value cell_index="15391" local_entity="0" value="0" />
+        <value cell_index="15392" local_entity="0" value="0" />
+        <value cell_index="15393" local_entity="0" value="0" />
+        <value cell_index="15394" local_entity="0" value="0" />
+        <value cell_index="15395" local_entity="0" value="0" />
+        <value cell_index="15396" local_entity="0" value="0" />
+        <value cell_index="15397" local_entity="0" value="0" />
+        <value cell_index="15398" local_entity="0" value="0" />
+        <value cell_index="15399" local_entity="0" value="0" />
+        <value cell_index="15400" local_entity="0" value="0" />
+        <value cell_index="15401" local_entity="0" value="0" />
+        <value cell_index="15402" local_entity="0" value="0" />
+        <value cell_index="15403" local_entity="0" value="0" />
+        <value cell_index="15404" local_entity="0" value="0" />
+        <value cell_index="15405" local_entity="0" value="0" />
+        <value cell_index="15406" local_entity="0" value="0" />
+        <value cell_index="15407" local_entity="0" value="0" />
+        <value cell_index="15408" local_entity="0" value="0" />
+        <value cell_index="15409" local_entity="0" value="0" />
+        <value cell_index="15410" local_entity="0" value="0" />
+        <value cell_index="15411" local_entity="0" value="0" />
+        <value cell_index="15412" local_entity="0" value="0" />
+        <value cell_index="15413" local_entity="0" value="0" />
+        <value cell_index="15414" local_entity="0" value="0" />
+        <value cell_index="15415" local_entity="0" value="0" />
+        <value cell_index="15416" local_entity="0" value="0" />
+        <value cell_index="15417" local_entity="0" value="0" />
+        <value cell_index="15418" local_entity="0" value="0" />
+        <value cell_index="15419" local_entity="0" value="0" />
+        <value cell_index="15420" local_entity="0" value="0" />
+        <value cell_index="15421" local_entity="0" value="0" />
+        <value cell_index="15422" local_entity="0" value="0" />
+        <value cell_index="15423" local_entity="0" value="0" />
+        <value cell_index="15424" local_entity="0" value="0" />
+        <value cell_index="15425" local_entity="0" value="0" />
+        <value cell_index="15426" local_entity="0" value="0" />
+        <value cell_index="15427" local_entity="0" value="0" />
+        <value cell_index="15428" local_entity="0" value="0" />
+        <value cell_index="15429" local_entity="0" value="0" />
+        <value cell_index="15430" local_entity="0" value="0" />
+        <value cell_index="15431" local_entity="0" value="0" />
+        <value cell_index="15432" local_entity="0" value="0" />
+        <value cell_index="15433" local_entity="0" value="0" />
+        <value cell_index="15434" local_entity="0" value="0" />
+        <value cell_index="15435" local_entity="0" value="0" />
+        <value cell_index="15436" local_entity="0" value="0" />
+        <value cell_index="15437" local_entity="0" value="0" />
+        <value cell_index="15438" local_entity="0" value="0" />
+        <value cell_index="15439" local_entity="0" value="0" />
+        <value cell_index="15440" local_entity="0" value="0" />
+        <value cell_index="15441" local_entity="0" value="0" />
+        <value cell_index="15442" local_entity="0" value="0" />
+        <value cell_index="15443" local_entity="0" value="0" />
+        <value cell_index="15444" local_entity="0" value="0" />
+        <value cell_index="15445" local_entity="0" value="0" />
+        <value cell_index="15446" local_entity="0" value="0" />
+        <value cell_index="15447" local_entity="0" value="0" />
+        <value cell_index="15448" local_entity="0" value="0" />
+        <value cell_index="15449" local_entity="0" value="0" />
+        <value cell_index="15450" local_entity="0" value="0" />
+        <value cell_index="15451" local_entity="0" value="0" />
+        <value cell_index="15452" local_entity="0" value="0" />
+        <value cell_index="15453" local_entity="0" value="0" />
+        <value cell_index="15454" local_entity="0" value="0" />
+        <value cell_index="15455" local_entity="0" value="0" />
+        <value cell_index="15456" local_entity="0" value="0" />
+        <value cell_index="15457" local_entity="0" value="0" />
+        <value cell_index="15458" local_entity="0" value="0" />
+        <value cell_index="15459" local_entity="0" value="0" />
+        <value cell_index="15460" local_entity="0" value="0" />
+        <value cell_index="15461" local_entity="0" value="0" />
+        <value cell_index="15462" local_entity="0" value="0" />
+        <value cell_index="15463" local_entity="0" value="0" />
+        <value cell_index="15464" local_entity="0" value="0" />
+        <value cell_index="15465" local_entity="0" value="0" />
+        <value cell_index="15466" local_entity="0" value="0" />
+        <value cell_index="15467" local_entity="0" value="0" />
+        <value cell_index="15468" local_entity="0" value="0" />
+        <value cell_index="15469" local_entity="0" value="0" />
+        <value cell_index="15470" local_entity="0" value="0" />
+        <value cell_index="15471" local_entity="0" value="0" />
+        <value cell_index="15472" local_entity="0" value="0" />
+        <value cell_index="15473" local_entity="0" value="0" />
+        <value cell_index="15474" local_entity="0" value="0" />
+        <value cell_index="15475" local_entity="0" value="0" />
+        <value cell_index="15476" local_entity="0" value="0" />
+        <value cell_index="15477" local_entity="0" value="0" />
+        <value cell_index="15478" local_entity="0" value="0" />
+        <value cell_index="15479" local_entity="0" value="0" />
+        <value cell_index="15480" local_entity="0" value="0" />
+        <value cell_index="15481" local_entity="0" value="0" />
+        <value cell_index="15482" local_entity="0" value="0" />
+        <value cell_index="15483" local_entity="0" value="0" />
+        <value cell_index="15484" local_entity="0" value="0" />
+        <value cell_index="15485" local_entity="0" value="0" />
+        <value cell_index="15486" local_entity="0" value="0" />
+        <value cell_index="15487" local_entity="0" value="0" />
+        <value cell_index="15488" local_entity="0" value="0" />
+        <value cell_index="15489" local_entity="0" value="0" />
+        <value cell_index="15490" local_entity="0" value="0" />
+        <value cell_index="15491" local_entity="0" value="0" />
+        <value cell_index="15492" local_entity="0" value="0" />
+        <value cell_index="15493" local_entity="0" value="0" />
+        <value cell_index="15494" local_entity="0" value="0" />
+        <value cell_index="15495" local_entity="0" value="0" />
+        <value cell_index="15496" local_entity="0" value="0" />
+        <value cell_index="15497" local_entity="0" value="0" />
+        <value cell_index="15498" local_entity="0" value="0" />
+        <value cell_index="15499" local_entity="0" value="0" />
+        <value cell_index="15500" local_entity="0" value="0" />
+        <value cell_index="15501" local_entity="0" value="0" />
+        <value cell_index="15502" local_entity="0" value="0" />
+        <value cell_index="15503" local_entity="0" value="0" />
+        <value cell_index="15504" local_entity="0" value="0" />
+        <value cell_index="15505" local_entity="0" value="0" />
+        <value cell_index="15506" local_entity="0" value="0" />
+        <value cell_index="15507" local_entity="0" value="0" />
+        <value cell_index="15508" local_entity="0" value="0" />
+        <value cell_index="15509" local_entity="0" value="0" />
+        <value cell_index="15510" local_entity="0" value="0" />
+        <value cell_index="15511" local_entity="0" value="0" />
+        <value cell_index="15512" local_entity="0" value="0" />
+        <value cell_index="15513" local_entity="0" value="0" />
+        <value cell_index="15514" local_entity="0" value="0" />
+        <value cell_index="15515" local_entity="0" value="0" />
+        <value cell_index="15516" local_entity="0" value="0" />
+        <value cell_index="15517" local_entity="0" value="0" />
+        <value cell_index="15518" local_entity="0" value="0" />
+        <value cell_index="15519" local_entity="0" value="0" />
+        <value cell_index="15520" local_entity="0" value="0" />
+        <value cell_index="15521" local_entity="0" value="0" />
+        <value cell_index="15522" local_entity="0" value="0" />
+        <value cell_index="15523" local_entity="0" value="0" />
+        <value cell_index="15524" local_entity="0" value="0" />
+        <value cell_index="15525" local_entity="0" value="0" />
+        <value cell_index="15526" local_entity="0" value="0" />
+        <value cell_index="15527" local_entity="0" value="0" />
+        <value cell_index="15528" local_entity="0" value="0" />
+        <value cell_index="15529" local_entity="0" value="0" />
+        <value cell_index="15530" local_entity="0" value="0" />
+        <value cell_index="15531" local_entity="0" value="0" />
+        <value cell_index="15532" local_entity="0" value="0" />
+        <value cell_index="15533" local_entity="0" value="0" />
+        <value cell_index="15534" local_entity="0" value="0" />
+        <value cell_index="15535" local_entity="0" value="0" />
+        <value cell_index="15536" local_entity="0" value="0" />
+        <value cell_index="15537" local_entity="0" value="0" />
+        <value cell_index="15538" local_entity="0" value="0" />
+        <value cell_index="15539" local_entity="0" value="0" />
+        <value cell_index="15540" local_entity="0" value="0" />
+        <value cell_index="15541" local_entity="0" value="0" />
+        <value cell_index="15542" local_entity="0" value="0" />
+        <value cell_index="15543" local_entity="0" value="0" />
+        <value cell_index="15544" local_entity="0" value="0" />
+        <value cell_index="15545" local_entity="0" value="0" />
+        <value cell_index="15546" local_entity="0" value="0" />
+        <value cell_index="15547" local_entity="0" value="0" />
+        <value cell_index="15548" local_entity="0" value="0" />
+        <value cell_index="15549" local_entity="0" value="0" />
+        <value cell_index="15550" local_entity="0" value="0" />
+        <value cell_index="15551" local_entity="0" value="0" />
+        <value cell_index="15552" local_entity="0" value="0" />
+        <value cell_index="15553" local_entity="0" value="0" />
+        <value cell_index="15554" local_entity="0" value="0" />
+        <value cell_index="15555" local_entity="0" value="0" />
+        <value cell_index="15556" local_entity="0" value="0" />
+        <value cell_index="15557" local_entity="0" value="0" />
+        <value cell_index="15558" local_entity="0" value="0" />
+        <value cell_index="15559" local_entity="0" value="0" />
+        <value cell_index="15560" local_entity="0" value="0" />
+        <value cell_index="15561" local_entity="0" value="0" />
+        <value cell_index="15562" local_entity="0" value="0" />
+        <value cell_index="15563" local_entity="0" value="0" />
+        <value cell_index="15564" local_entity="0" value="0" />
+        <value cell_index="15565" local_entity="0" value="0" />
+        <value cell_index="15566" local_entity="0" value="0" />
+        <value cell_index="15567" local_entity="0" value="0" />
+        <value cell_index="15568" local_entity="0" value="0" />
+        <value cell_index="15569" local_entity="0" value="0" />
+        <value cell_index="15570" local_entity="0" value="0" />
+        <value cell_index="15571" local_entity="0" value="0" />
+        <value cell_index="15572" local_entity="0" value="0" />
+        <value cell_index="15573" local_entity="0" value="0" />
+        <value cell_index="15574" local_entity="0" value="0" />
+        <value cell_index="15575" local_entity="0" value="0" />
+        <value cell_index="15576" local_entity="0" value="0" />
+        <value cell_index="15577" local_entity="0" value="0" />
+        <value cell_index="15578" local_entity="0" value="0" />
+        <value cell_index="15579" local_entity="0" value="0" />
+        <value cell_index="15580" local_entity="0" value="0" />
+        <value cell_index="15581" local_entity="0" value="0" />
+        <value cell_index="15582" local_entity="0" value="0" />
+        <value cell_index="15583" local_entity="0" value="0" />
+        <value cell_index="15584" local_entity="0" value="0" />
+        <value cell_index="15585" local_entity="0" value="0" />
+        <value cell_index="15586" local_entity="0" value="0" />
+        <value cell_index="15587" local_entity="0" value="0" />
+        <value cell_index="15588" local_entity="0" value="0" />
+        <value cell_index="15589" local_entity="0" value="0" />
+        <value cell_index="15590" local_entity="0" value="0" />
+        <value cell_index="15591" local_entity="0" value="0" />
+        <value cell_index="15592" local_entity="0" value="0" />
+        <value cell_index="15593" local_entity="0" value="0" />
+        <value cell_index="15594" local_entity="0" value="0" />
+        <value cell_index="15595" local_entity="0" value="0" />
+        <value cell_index="15596" local_entity="0" value="0" />
+        <value cell_index="15597" local_entity="0" value="0" />
+        <value cell_index="15598" local_entity="0" value="0" />
+        <value cell_index="15599" local_entity="0" value="0" />
+        <value cell_index="15600" local_entity="0" value="0" />
+        <value cell_index="15601" local_entity="0" value="0" />
+        <value cell_index="15602" local_entity="0" value="0" />
+        <value cell_index="15603" local_entity="0" value="0" />
+        <value cell_index="15604" local_entity="0" value="0" />
+        <value cell_index="15605" local_entity="0" value="0" />
+        <value cell_index="15606" local_entity="0" value="0" />
+        <value cell_index="15607" local_entity="0" value="0" />
+        <value cell_index="15608" local_entity="0" value="0" />
+        <value cell_index="15609" local_entity="0" value="0" />
+        <value cell_index="15610" local_entity="0" value="0" />
+        <value cell_index="15611" local_entity="0" value="0" />
+        <value cell_index="15612" local_entity="0" value="0" />
+        <value cell_index="15613" local_entity="0" value="0" />
+        <value cell_index="15614" local_entity="0" value="0" />
+        <value cell_index="15615" local_entity="0" value="0" />
+        <value cell_index="15616" local_entity="0" value="0" />
+        <value cell_index="15617" local_entity="0" value="0" />
+        <value cell_index="15618" local_entity="0" value="0" />
+        <value cell_index="15619" local_entity="0" value="0" />
+        <value cell_index="15620" local_entity="0" value="0" />
+        <value cell_index="15621" local_entity="0" value="0" />
+        <value cell_index="15622" local_entity="0" value="0" />
+        <value cell_index="15623" local_entity="0" value="0" />
+        <value cell_index="15624" local_entity="0" value="0" />
+        <value cell_index="15625" local_entity="0" value="0" />
+        <value cell_index="15626" local_entity="0" value="0" />
+        <value cell_index="15627" local_entity="0" value="0" />
+        <value cell_index="15628" local_entity="0" value="0" />
+        <value cell_index="15629" local_entity="0" value="0" />
+        <value cell_index="15630" local_entity="0" value="0" />
+        <value cell_index="15631" local_entity="0" value="0" />
+        <value cell_index="15632" local_entity="0" value="0" />
+        <value cell_index="15633" local_entity="0" value="0" />
+        <value cell_index="15634" local_entity="0" value="0" />
+        <value cell_index="15635" local_entity="0" value="0" />
+        <value cell_index="15636" local_entity="0" value="0" />
+        <value cell_index="15637" local_entity="0" value="0" />
+        <value cell_index="15638" local_entity="0" value="0" />
+        <value cell_index="15639" local_entity="0" value="0" />
+        <value cell_index="15640" local_entity="0" value="0" />
+        <value cell_index="15641" local_entity="0" value="0" />
+        <value cell_index="15642" local_entity="0" value="0" />
+        <value cell_index="15643" local_entity="0" value="0" />
+        <value cell_index="15644" local_entity="0" value="0" />
+        <value cell_index="15645" local_entity="0" value="0" />
+        <value cell_index="15646" local_entity="0" value="0" />
+        <value cell_index="15647" local_entity="0" value="0" />
+        <value cell_index="15648" local_entity="0" value="0" />
+        <value cell_index="15649" local_entity="0" value="0" />
+        <value cell_index="15650" local_entity="0" value="0" />
+        <value cell_index="15651" local_entity="0" value="0" />
+        <value cell_index="15652" local_entity="0" value="0" />
+        <value cell_index="15653" local_entity="0" value="0" />
+        <value cell_index="15654" local_entity="0" value="0" />
+        <value cell_index="15655" local_entity="0" value="0" />
+        <value cell_index="15656" local_entity="0" value="0" />
+        <value cell_index="15657" local_entity="0" value="0" />
+        <value cell_index="15658" local_entity="0" value="0" />
+        <value cell_index="15659" local_entity="0" value="0" />
+        <value cell_index="15660" local_entity="0" value="0" />
+        <value cell_index="15661" local_entity="0" value="0" />
+        <value cell_index="15662" local_entity="0" value="0" />
+        <value cell_index="15663" local_entity="0" value="0" />
+        <value cell_index="15664" local_entity="0" value="0" />
+        <value cell_index="15665" local_entity="0" value="0" />
+        <value cell_index="15666" local_entity="0" value="0" />
+        <value cell_index="15667" local_entity="0" value="0" />
+        <value cell_index="15668" local_entity="0" value="0" />
+        <value cell_index="15669" local_entity="0" value="0" />
+        <value cell_index="15670" local_entity="0" value="0" />
+        <value cell_index="15671" local_entity="0" value="0" />
+        <value cell_index="15672" local_entity="0" value="0" />
+        <value cell_index="15673" local_entity="0" value="0" />
+        <value cell_index="15674" local_entity="0" value="0" />
+        <value cell_index="15675" local_entity="0" value="0" />
+        <value cell_index="15676" local_entity="0" value="0" />
+        <value cell_index="15677" local_entity="0" value="0" />
+        <value cell_index="15678" local_entity="0" value="0" />
+        <value cell_index="15679" local_entity="0" value="0" />
+        <value cell_index="15680" local_entity="0" value="0" />
+        <value cell_index="15681" local_entity="0" value="0" />
+        <value cell_index="15682" local_entity="0" value="0" />
+        <value cell_index="15683" local_entity="0" value="0" />
+        <value cell_index="15684" local_entity="0" value="0" />
+        <value cell_index="15685" local_entity="0" value="0" />
+        <value cell_index="15686" local_entity="0" value="0" />
+        <value cell_index="15687" local_entity="0" value="0" />
+        <value cell_index="15688" local_entity="0" value="0" />
+        <value cell_index="15689" local_entity="0" value="0" />
+        <value cell_index="15690" local_entity="0" value="0" />
+        <value cell_index="15691" local_entity="0" value="0" />
+        <value cell_index="15692" local_entity="0" value="0" />
+        <value cell_index="15693" local_entity="0" value="0" />
+        <value cell_index="15694" local_entity="0" value="0" />
+        <value cell_index="15695" local_entity="0" value="0" />
+        <value cell_index="15696" local_entity="0" value="0" />
+        <value cell_index="15697" local_entity="0" value="0" />
+        <value cell_index="15698" local_entity="0" value="0" />
+        <value cell_index="15699" local_entity="0" value="0" />
+        <value cell_index="15700" local_entity="0" value="0" />
+        <value cell_index="15701" local_entity="0" value="0" />
+        <value cell_index="15702" local_entity="0" value="0" />
+        <value cell_index="15703" local_entity="0" value="0" />
+        <value cell_index="15704" local_entity="0" value="0" />
+        <value cell_index="15705" local_entity="0" value="0" />
+        <value cell_index="15706" local_entity="0" value="0" />
+        <value cell_index="15707" local_entity="0" value="0" />
+        <value cell_index="15708" local_entity="0" value="0" />
+        <value cell_index="15709" local_entity="0" value="0" />
+        <value cell_index="15710" local_entity="0" value="0" />
+        <value cell_index="15711" local_entity="0" value="0" />
+        <value cell_index="15712" local_entity="0" value="0" />
+        <value cell_index="15713" local_entity="0" value="0" />
+        <value cell_index="15714" local_entity="0" value="0" />
+        <value cell_index="15715" local_entity="0" value="0" />
+        <value cell_index="15716" local_entity="0" value="0" />
+        <value cell_index="15717" local_entity="0" value="0" />
+        <value cell_index="15718" local_entity="0" value="0" />
+        <value cell_index="15719" local_entity="0" value="0" />
+        <value cell_index="15720" local_entity="0" value="0" />
+        <value cell_index="15721" local_entity="0" value="0" />
+        <value cell_index="15722" local_entity="0" value="0" />
+        <value cell_index="15723" local_entity="0" value="0" />
+        <value cell_index="15724" local_entity="0" value="0" />
+        <value cell_index="15725" local_entity="0" value="0" />
+        <value cell_index="15726" local_entity="0" value="0" />
+        <value cell_index="15727" local_entity="0" value="0" />
+        <value cell_index="15728" local_entity="0" value="0" />
+        <value cell_index="15729" local_entity="0" value="0" />
+        <value cell_index="15730" local_entity="0" value="0" />
+        <value cell_index="15731" local_entity="0" value="0" />
+        <value cell_index="15732" local_entity="0" value="0" />
+        <value cell_index="15733" local_entity="0" value="0" />
+        <value cell_index="15734" local_entity="0" value="0" />
+        <value cell_index="15735" local_entity="0" value="0" />
+        <value cell_index="15736" local_entity="0" value="0" />
+        <value cell_index="15737" local_entity="0" value="0" />
+        <value cell_index="15738" local_entity="0" value="0" />
+        <value cell_index="15739" local_entity="0" value="0" />
+        <value cell_index="15740" local_entity="0" value="0" />
+        <value cell_index="15741" local_entity="0" value="0" />
+        <value cell_index="15742" local_entity="0" value="0" />
+        <value cell_index="15743" local_entity="0" value="0" />
+        <value cell_index="15744" local_entity="0" value="0" />
+        <value cell_index="15745" local_entity="0" value="0" />
+        <value cell_index="15746" local_entity="0" value="0" />
+        <value cell_index="15747" local_entity="0" value="0" />
+        <value cell_index="15748" local_entity="0" value="0" />
+        <value cell_index="15749" local_entity="0" value="0" />
+        <value cell_index="15750" local_entity="0" value="0" />
+        <value cell_index="15751" local_entity="0" value="0" />
+        <value cell_index="15752" local_entity="0" value="0" />
+        <value cell_index="15753" local_entity="0" value="0" />
+        <value cell_index="15754" local_entity="0" value="0" />
+        <value cell_index="15755" local_entity="0" value="0" />
+        <value cell_index="15756" local_entity="0" value="0" />
+        <value cell_index="15757" local_entity="0" value="0" />
+        <value cell_index="15758" local_entity="0" value="0" />
+        <value cell_index="15759" local_entity="0" value="0" />
+        <value cell_index="15760" local_entity="0" value="0" />
+        <value cell_index="15761" local_entity="0" value="0" />
+        <value cell_index="15762" local_entity="0" value="0" />
+        <value cell_index="15763" local_entity="0" value="0" />
+        <value cell_index="15764" local_entity="0" value="0" />
+        <value cell_index="15765" local_entity="0" value="0" />
+        <value cell_index="15766" local_entity="0" value="0" />
+        <value cell_index="15767" local_entity="0" value="0" />
+        <value cell_index="15768" local_entity="0" value="0" />
+        <value cell_index="15769" local_entity="0" value="0" />
+        <value cell_index="15770" local_entity="0" value="0" />
+        <value cell_index="15771" local_entity="0" value="0" />
+        <value cell_index="15772" local_entity="0" value="0" />
+        <value cell_index="15773" local_entity="0" value="0" />
+        <value cell_index="15774" local_entity="0" value="0" />
+        <value cell_index="15775" local_entity="0" value="0" />
+        <value cell_index="15776" local_entity="0" value="0" />
+        <value cell_index="15777" local_entity="0" value="0" />
+        <value cell_index="15778" local_entity="0" value="0" />
+        <value cell_index="15779" local_entity="0" value="0" />
+        <value cell_index="15780" local_entity="0" value="0" />
+        <value cell_index="15781" local_entity="0" value="0" />
+        <value cell_index="15782" local_entity="0" value="0" />
+        <value cell_index="15783" local_entity="0" value="0" />
+        <value cell_index="15784" local_entity="0" value="0" />
+        <value cell_index="15785" local_entity="0" value="0" />
+        <value cell_index="15786" local_entity="0" value="0" />
+        <value cell_index="15787" local_entity="0" value="0" />
+        <value cell_index="15788" local_entity="0" value="0" />
+        <value cell_index="15789" local_entity="0" value="0" />
+        <value cell_index="15790" local_entity="0" value="0" />
+        <value cell_index="15791" local_entity="0" value="0" />
+        <value cell_index="15792" local_entity="0" value="0" />
+        <value cell_index="15793" local_entity="0" value="0" />
+        <value cell_index="15794" local_entity="0" value="0" />
+        <value cell_index="15795" local_entity="0" value="0" />
+        <value cell_index="15796" local_entity="0" value="0" />
+        <value cell_index="15797" local_entity="0" value="0" />
+        <value cell_index="15798" local_entity="0" value="0" />
+        <value cell_index="15799" local_entity="0" value="0" />
+        <value cell_index="15800" local_entity="0" value="0" />
+        <value cell_index="15801" local_entity="0" value="0" />
+        <value cell_index="15802" local_entity="0" value="0" />
+        <value cell_index="15803" local_entity="0" value="0" />
+        <value cell_index="15804" local_entity="0" value="0" />
+        <value cell_index="15805" local_entity="0" value="0" />
+        <value cell_index="15806" local_entity="0" value="0" />
+        <value cell_index="15807" local_entity="0" value="0" />
+        <value cell_index="15808" local_entity="0" value="0" />
+        <value cell_index="15809" local_entity="0" value="0" />
+        <value cell_index="15810" local_entity="0" value="0" />
+        <value cell_index="15811" local_entity="0" value="0" />
+        <value cell_index="15812" local_entity="0" value="0" />
+        <value cell_index="15813" local_entity="0" value="0" />
+        <value cell_index="15814" local_entity="0" value="0" />
+        <value cell_index="15815" local_entity="0" value="0" />
+        <value cell_index="15816" local_entity="0" value="0" />
+        <value cell_index="15817" local_entity="0" value="0" />
+        <value cell_index="15818" local_entity="0" value="0" />
+        <value cell_index="15819" local_entity="0" value="0" />
+        <value cell_index="15820" local_entity="0" value="0" />
+        <value cell_index="15821" local_entity="0" value="0" />
+        <value cell_index="15822" local_entity="0" value="0" />
+        <value cell_index="15823" local_entity="0" value="0" />
+        <value cell_index="15824" local_entity="0" value="0" />
+        <value cell_index="15825" local_entity="0" value="0" />
+        <value cell_index="15826" local_entity="0" value="0" />
+        <value cell_index="15827" local_entity="0" value="0" />
+        <value cell_index="15828" local_entity="0" value="0" />
+        <value cell_index="15829" local_entity="0" value="0" />
+        <value cell_index="15830" local_entity="0" value="0" />
+        <value cell_index="15831" local_entity="0" value="0" />
+        <value cell_index="15832" local_entity="0" value="0" />
+        <value cell_index="15833" local_entity="0" value="0" />
+        <value cell_index="15834" local_entity="0" value="0" />
+        <value cell_index="15835" local_entity="0" value="0" />
+        <value cell_index="15836" local_entity="0" value="0" />
+        <value cell_index="15837" local_entity="0" value="0" />
+        <value cell_index="15838" local_entity="0" value="0" />
+        <value cell_index="15839" local_entity="0" value="0" />
+        <value cell_index="15840" local_entity="0" value="0" />
+        <value cell_index="15841" local_entity="0" value="0" />
+        <value cell_index="15842" local_entity="0" value="0" />
+        <value cell_index="15843" local_entity="0" value="0" />
+        <value cell_index="15844" local_entity="0" value="0" />
+        <value cell_index="15845" local_entity="0" value="0" />
+        <value cell_index="15846" local_entity="0" value="0" />
+        <value cell_index="15847" local_entity="0" value="0" />
+        <value cell_index="15848" local_entity="0" value="0" />
+        <value cell_index="15849" local_entity="0" value="0" />
+        <value cell_index="15850" local_entity="0" value="0" />
+        <value cell_index="15851" local_entity="0" value="0" />
+        <value cell_index="15852" local_entity="0" value="0" />
+        <value cell_index="15853" local_entity="0" value="0" />
+        <value cell_index="15854" local_entity="0" value="0" />
+        <value cell_index="15855" local_entity="0" value="0" />
+        <value cell_index="15856" local_entity="0" value="0" />
+        <value cell_index="15857" local_entity="0" value="0" />
+        <value cell_index="15858" local_entity="0" value="0" />
+        <value cell_index="15859" local_entity="0" value="0" />
+        <value cell_index="15860" local_entity="0" value="0" />
+        <value cell_index="15861" local_entity="0" value="0" />
+        <value cell_index="15862" local_entity="0" value="0" />
+        <value cell_index="15863" local_entity="0" value="0" />
+        <value cell_index="15864" local_entity="0" value="0" />
+        <value cell_index="15865" local_entity="0" value="0" />
+        <value cell_index="15866" local_entity="0" value="0" />
+        <value cell_index="15867" local_entity="0" value="0" />
+        <value cell_index="15868" local_entity="0" value="0" />
+        <value cell_index="15869" local_entity="0" value="0" />
+        <value cell_index="15870" local_entity="0" value="0" />
+        <value cell_index="15871" local_entity="0" value="0" />
+        <value cell_index="15872" local_entity="0" value="0" />
+        <value cell_index="15873" local_entity="0" value="0" />
+        <value cell_index="15874" local_entity="0" value="0" />
+        <value cell_index="15875" local_entity="0" value="0" />
+        <value cell_index="15876" local_entity="0" value="0" />
+        <value cell_index="15877" local_entity="0" value="0" />
+        <value cell_index="15878" local_entity="0" value="0" />
+        <value cell_index="15879" local_entity="0" value="0" />
+        <value cell_index="15880" local_entity="0" value="0" />
+        <value cell_index="15881" local_entity="0" value="0" />
+        <value cell_index="15882" local_entity="0" value="0" />
+        <value cell_index="15883" local_entity="0" value="0" />
+        <value cell_index="15884" local_entity="0" value="0" />
+        <value cell_index="15885" local_entity="0" value="0" />
+        <value cell_index="15886" local_entity="0" value="0" />
+        <value cell_index="15887" local_entity="0" value="0" />
+        <value cell_index="15888" local_entity="0" value="0" />
+        <value cell_index="15889" local_entity="0" value="0" />
+        <value cell_index="15890" local_entity="0" value="0" />
+        <value cell_index="15891" local_entity="0" value="0" />
+        <value cell_index="15892" local_entity="0" value="0" />
+        <value cell_index="15893" local_entity="0" value="0" />
+        <value cell_index="15894" local_entity="0" value="0" />
+        <value cell_index="15895" local_entity="0" value="0" />
+        <value cell_index="15896" local_entity="0" value="0" />
+        <value cell_index="15897" local_entity="0" value="0" />
+        <value cell_index="15898" local_entity="0" value="0" />
+        <value cell_index="15899" local_entity="0" value="0" />
+        <value cell_index="15900" local_entity="0" value="0" />
+        <value cell_index="15901" local_entity="0" value="0" />
+        <value cell_index="15902" local_entity="0" value="0" />
+        <value cell_index="15903" local_entity="0" value="0" />
+        <value cell_index="15904" local_entity="0" value="0" />
+        <value cell_index="15905" local_entity="0" value="0" />
+        <value cell_index="15906" local_entity="0" value="0" />
+        <value cell_index="15907" local_entity="0" value="0" />
+        <value cell_index="15908" local_entity="0" value="0" />
+        <value cell_index="15909" local_entity="0" value="0" />
+        <value cell_index="15910" local_entity="0" value="0" />
+        <value cell_index="15911" local_entity="0" value="0" />
+        <value cell_index="15912" local_entity="0" value="0" />
+        <value cell_index="15913" local_entity="0" value="0" />
+        <value cell_index="15914" local_entity="0" value="0" />
+        <value cell_index="15915" local_entity="0" value="0" />
+        <value cell_index="15916" local_entity="0" value="0" />
+        <value cell_index="15917" local_entity="0" value="0" />
+        <value cell_index="15918" local_entity="0" value="0" />
+        <value cell_index="15919" local_entity="0" value="0" />
+        <value cell_index="15920" local_entity="0" value="0" />
+        <value cell_index="15921" local_entity="0" value="0" />
+        <value cell_index="15922" local_entity="0" value="0" />
+        <value cell_index="15923" local_entity="0" value="0" />
+        <value cell_index="15924" local_entity="0" value="0" />
+        <value cell_index="15925" local_entity="0" value="0" />
+        <value cell_index="15926" local_entity="0" value="0" />
+        <value cell_index="15927" local_entity="0" value="0" />
+        <value cell_index="15928" local_entity="0" value="0" />
+        <value cell_index="15929" local_entity="0" value="0" />
+        <value cell_index="15930" local_entity="0" value="0" />
+        <value cell_index="15931" local_entity="0" value="0" />
+        <value cell_index="15932" local_entity="0" value="0" />
+        <value cell_index="15933" local_entity="0" value="0" />
+        <value cell_index="15934" local_entity="0" value="0" />
+        <value cell_index="15935" local_entity="0" value="0" />
+        <value cell_index="15936" local_entity="0" value="0" />
+        <value cell_index="15937" local_entity="0" value="0" />
+        <value cell_index="15938" local_entity="0" value="0" />
+        <value cell_index="15939" local_entity="0" value="0" />
+        <value cell_index="15940" local_entity="0" value="0" />
+        <value cell_index="15941" local_entity="0" value="0" />
+        <value cell_index="15942" local_entity="0" value="0" />
+        <value cell_index="15943" local_entity="0" value="0" />
+        <value cell_index="15944" local_entity="0" value="0" />
+        <value cell_index="15945" local_entity="0" value="0" />
+        <value cell_index="15946" local_entity="0" value="0" />
+        <value cell_index="15947" local_entity="0" value="0" />
+        <value cell_index="15948" local_entity="0" value="0" />
+        <value cell_index="15949" local_entity="0" value="0" />
+        <value cell_index="15950" local_entity="0" value="0" />
+        <value cell_index="15951" local_entity="0" value="0" />
+        <value cell_index="15952" local_entity="0" value="0" />
+        <value cell_index="15953" local_entity="0" value="0" />
+        <value cell_index="15954" local_entity="0" value="0" />
+        <value cell_index="15955" local_entity="0" value="0" />
+        <value cell_index="15956" local_entity="0" value="0" />
+        <value cell_index="15957" local_entity="0" value="0" />
+        <value cell_index="15958" local_entity="0" value="0" />
+        <value cell_index="15959" local_entity="0" value="0" />
+        <value cell_index="15960" local_entity="0" value="0" />
+        <value cell_index="15961" local_entity="0" value="0" />
+        <value cell_index="15962" local_entity="0" value="0" />
+        <value cell_index="15963" local_entity="0" value="0" />
+        <value cell_index="15964" local_entity="0" value="0" />
+        <value cell_index="15965" local_entity="0" value="0" />
+        <value cell_index="15966" local_entity="0" value="0" />
+        <value cell_index="15967" local_entity="0" value="0" />
+        <value cell_index="15968" local_entity="0" value="0" />
+        <value cell_index="15969" local_entity="0" value="0" />
+        <value cell_index="15970" local_entity="0" value="0" />
+        <value cell_index="15971" local_entity="0" value="0" />
+        <value cell_index="15972" local_entity="0" value="0" />
+        <value cell_index="15973" local_entity="0" value="0" />
+        <value cell_index="15974" local_entity="0" value="0" />
+        <value cell_index="15975" local_entity="0" value="0" />
+        <value cell_index="15976" local_entity="0" value="0" />
+        <value cell_index="15977" local_entity="0" value="0" />
+        <value cell_index="15978" local_entity="0" value="0" />
+        <value cell_index="15979" local_entity="0" value="0" />
+        <value cell_index="15980" local_entity="0" value="0" />
+        <value cell_index="15981" local_entity="0" value="0" />
+        <value cell_index="15982" local_entity="0" value="0" />
+        <value cell_index="15983" local_entity="0" value="0" />
+        <value cell_index="15984" local_entity="0" value="0" />
+        <value cell_index="15985" local_entity="0" value="0" />
+        <value cell_index="15986" local_entity="0" value="0" />
+        <value cell_index="15987" local_entity="0" value="0" />
+        <value cell_index="15988" local_entity="0" value="0" />
+        <value cell_index="15989" local_entity="0" value="0" />
+        <value cell_index="15990" local_entity="0" value="0" />
+        <value cell_index="15991" local_entity="0" value="0" />
+        <value cell_index="15992" local_entity="0" value="0" />
+        <value cell_index="15993" local_entity="0" value="0" />
+        <value cell_index="15994" local_entity="0" value="0" />
+        <value cell_index="15995" local_entity="0" value="0" />
+        <value cell_index="15996" local_entity="0" value="0" />
+        <value cell_index="15997" local_entity="0" value="0" />
+        <value cell_index="15998" local_entity="0" value="0" />
+        <value cell_index="15999" local_entity="0" value="0" />
+        <value cell_index="16000" local_entity="0" value="0" />
+        <value cell_index="16001" local_entity="0" value="0" />
+        <value cell_index="16002" local_entity="0" value="0" />
+        <value cell_index="16003" local_entity="0" value="0" />
+        <value cell_index="16004" local_entity="0" value="0" />
+        <value cell_index="16005" local_entity="0" value="0" />
+        <value cell_index="16006" local_entity="0" value="0" />
+        <value cell_index="16007" local_entity="0" value="0" />
+        <value cell_index="16008" local_entity="0" value="0" />
+        <value cell_index="16009" local_entity="0" value="0" />
+        <value cell_index="16010" local_entity="0" value="0" />
+        <value cell_index="16011" local_entity="0" value="0" />
+        <value cell_index="16012" local_entity="0" value="0" />
+        <value cell_index="16013" local_entity="0" value="0" />
+        <value cell_index="16014" local_entity="0" value="0" />
+        <value cell_index="16015" local_entity="0" value="0" />
+        <value cell_index="16016" local_entity="0" value="0" />
+        <value cell_index="16017" local_entity="0" value="0" />
+        <value cell_index="16018" local_entity="0" value="0" />
+        <value cell_index="16019" local_entity="0" value="0" />
+        <value cell_index="16020" local_entity="0" value="0" />
+        <value cell_index="16021" local_entity="0" value="0" />
+        <value cell_index="16022" local_entity="0" value="0" />
+        <value cell_index="16023" local_entity="0" value="0" />
+        <value cell_index="16024" local_entity="0" value="0" />
+        <value cell_index="16025" local_entity="0" value="0" />
+        <value cell_index="16026" local_entity="0" value="0" />
+        <value cell_index="16027" local_entity="0" value="0" />
+        <value cell_index="16028" local_entity="0" value="0" />
+        <value cell_index="16029" local_entity="0" value="0" />
+        <value cell_index="16030" local_entity="0" value="0" />
+        <value cell_index="16031" local_entity="0" value="0" />
+        <value cell_index="16032" local_entity="0" value="0" />
+        <value cell_index="16033" local_entity="0" value="0" />
+        <value cell_index="16034" local_entity="0" value="0" />
+        <value cell_index="16035" local_entity="0" value="0" />
+        <value cell_index="16036" local_entity="0" value="0" />
+        <value cell_index="16037" local_entity="0" value="0" />
+        <value cell_index="16038" local_entity="0" value="0" />
+        <value cell_index="16039" local_entity="0" value="0" />
+        <value cell_index="16040" local_entity="0" value="0" />
+        <value cell_index="16041" local_entity="0" value="0" />
+        <value cell_index="16042" local_entity="0" value="0" />
+        <value cell_index="16043" local_entity="0" value="0" />
+        <value cell_index="16044" local_entity="0" value="0" />
+        <value cell_index="16045" local_entity="0" value="0" />
+        <value cell_index="16046" local_entity="0" value="0" />
+        <value cell_index="16047" local_entity="0" value="0" />
+        <value cell_index="16048" local_entity="0" value="0" />
+        <value cell_index="16049" local_entity="0" value="0" />
+        <value cell_index="16050" local_entity="0" value="0" />
+        <value cell_index="16051" local_entity="0" value="0" />
+        <value cell_index="16052" local_entity="0" value="0" />
+        <value cell_index="16053" local_entity="0" value="0" />
+        <value cell_index="16054" local_entity="0" value="0" />
+        <value cell_index="16055" local_entity="0" value="0" />
+        <value cell_index="16056" local_entity="0" value="0" />
+        <value cell_index="16057" local_entity="0" value="0" />
+        <value cell_index="16058" local_entity="0" value="0" />
+        <value cell_index="16059" local_entity="0" value="0" />
+        <value cell_index="16060" local_entity="0" value="0" />
+        <value cell_index="16061" local_entity="0" value="0" />
+        <value cell_index="16062" local_entity="0" value="0" />
+        <value cell_index="16063" local_entity="0" value="0" />
+        <value cell_index="16064" local_entity="0" value="0" />
+        <value cell_index="16065" local_entity="0" value="0" />
+        <value cell_index="16066" local_entity="0" value="0" />
+        <value cell_index="16067" local_entity="0" value="0" />
+        <value cell_index="16068" local_entity="0" value="0" />
+        <value cell_index="16069" local_entity="0" value="0" />
+        <value cell_index="16070" local_entity="0" value="0" />
+        <value cell_index="16071" local_entity="0" value="0" />
+        <value cell_index="16072" local_entity="0" value="0" />
+        <value cell_index="16073" local_entity="0" value="0" />
+        <value cell_index="16074" local_entity="0" value="0" />
+        <value cell_index="16075" local_entity="0" value="0" />
+        <value cell_index="16076" local_entity="0" value="0" />
+        <value cell_index="16077" local_entity="0" value="0" />
+        <value cell_index="16078" local_entity="0" value="0" />
+        <value cell_index="16079" local_entity="0" value="0" />
+        <value cell_index="16080" local_entity="0" value="0" />
+        <value cell_index="16081" local_entity="0" value="0" />
+        <value cell_index="16082" local_entity="0" value="0" />
+        <value cell_index="16083" local_entity="0" value="0" />
+        <value cell_index="16084" local_entity="0" value="0" />
+        <value cell_index="16085" local_entity="0" value="0" />
+        <value cell_index="16086" local_entity="0" value="0" />
+        <value cell_index="16087" local_entity="0" value="0" />
+        <value cell_index="16088" local_entity="0" value="0" />
+        <value cell_index="16089" local_entity="0" value="0" />
+        <value cell_index="16090" local_entity="0" value="0" />
+        <value cell_index="16091" local_entity="0" value="0" />
+        <value cell_index="16092" local_entity="0" value="0" />
+        <value cell_index="16093" local_entity="0" value="0" />
+        <value cell_index="16094" local_entity="0" value="0" />
+        <value cell_index="16095" local_entity="0" value="0" />
+        <value cell_index="16096" local_entity="0" value="0" />
+        <value cell_index="16097" local_entity="0" value="0" />
+        <value cell_index="16098" local_entity="0" value="0" />
+        <value cell_index="16099" local_entity="0" value="0" />
+        <value cell_index="16100" local_entity="0" value="0" />
+        <value cell_index="16101" local_entity="0" value="0" />
+        <value cell_index="16102" local_entity="0" value="0" />
+        <value cell_index="16103" local_entity="0" value="0" />
+        <value cell_index="16104" local_entity="0" value="0" />
+        <value cell_index="16105" local_entity="0" value="0" />
+        <value cell_index="16106" local_entity="0" value="0" />
+        <value cell_index="16107" local_entity="0" value="0" />
+        <value cell_index="16108" local_entity="0" value="0" />
+        <value cell_index="16109" local_entity="0" value="0" />
+        <value cell_index="16110" local_entity="0" value="0" />
+        <value cell_index="16111" local_entity="0" value="0" />
+        <value cell_index="16112" local_entity="0" value="0" />
+        <value cell_index="16113" local_entity="0" value="0" />
+        <value cell_index="16114" local_entity="0" value="0" />
+        <value cell_index="16115" local_entity="0" value="0" />
+        <value cell_index="16116" local_entity="0" value="0" />
+        <value cell_index="16117" local_entity="0" value="0" />
+        <value cell_index="16118" local_entity="0" value="0" />
+        <value cell_index="16119" local_entity="0" value="0" />
+        <value cell_index="16120" local_entity="0" value="0" />
+        <value cell_index="16121" local_entity="0" value="0" />
+        <value cell_index="16122" local_entity="0" value="0" />
+        <value cell_index="16123" local_entity="0" value="0" />
+        <value cell_index="16124" local_entity="0" value="0" />
+        <value cell_index="16125" local_entity="0" value="0" />
+        <value cell_index="16126" local_entity="0" value="0" />
+        <value cell_index="16127" local_entity="0" value="0" />
+        <value cell_index="16128" local_entity="0" value="0" />
+        <value cell_index="16129" local_entity="0" value="0" />
+        <value cell_index="16130" local_entity="0" value="0" />
+        <value cell_index="16131" local_entity="0" value="0" />
+        <value cell_index="16132" local_entity="0" value="0" />
+        <value cell_index="16133" local_entity="0" value="0" />
+        <value cell_index="16134" local_entity="0" value="0" />
+        <value cell_index="16135" local_entity="0" value="0" />
+        <value cell_index="16136" local_entity="0" value="0" />
+        <value cell_index="16137" local_entity="0" value="0" />
+        <value cell_index="16138" local_entity="0" value="0" />
+        <value cell_index="16139" local_entity="0" value="0" />
+        <value cell_index="16140" local_entity="0" value="0" />
+        <value cell_index="16141" local_entity="0" value="0" />
+        <value cell_index="16142" local_entity="0" value="0" />
+        <value cell_index="16143" local_entity="0" value="0" />
+        <value cell_index="16144" local_entity="0" value="0" />
+        <value cell_index="16145" local_entity="0" value="0" />
+        <value cell_index="16146" local_entity="0" value="0" />
+        <value cell_index="16147" local_entity="0" value="0" />
+        <value cell_index="16148" local_entity="0" value="0" />
+        <value cell_index="16149" local_entity="0" value="0" />
+        <value cell_index="16150" local_entity="0" value="0" />
+        <value cell_index="16151" local_entity="0" value="0" />
+        <value cell_index="16152" local_entity="0" value="0" />
+        <value cell_index="16153" local_entity="0" value="0" />
+        <value cell_index="16154" local_entity="0" value="0" />
+        <value cell_index="16155" local_entity="0" value="0" />
+        <value cell_index="16156" local_entity="0" value="0" />
+        <value cell_index="16157" local_entity="0" value="0" />
+        <value cell_index="16158" local_entity="0" value="0" />
+        <value cell_index="16159" local_entity="0" value="0" />
+        <value cell_index="16160" local_entity="0" value="0" />
+        <value cell_index="16161" local_entity="0" value="0" />
+        <value cell_index="16162" local_entity="0" value="0" />
+        <value cell_index="16163" local_entity="0" value="0" />
+        <value cell_index="16164" local_entity="0" value="0" />
+        <value cell_index="16165" local_entity="0" value="0" />
+        <value cell_index="16166" local_entity="0" value="0" />
+        <value cell_index="16167" local_entity="0" value="0" />
+        <value cell_index="16168" local_entity="0" value="0" />
+        <value cell_index="16169" local_entity="0" value="0" />
+        <value cell_index="16170" local_entity="0" value="0" />
+        <value cell_index="16171" local_entity="0" value="0" />
+        <value cell_index="16172" local_entity="0" value="0" />
+        <value cell_index="16173" local_entity="0" value="0" />
+        <value cell_index="16174" local_entity="0" value="0" />
+        <value cell_index="16175" local_entity="0" value="0" />
+        <value cell_index="16176" local_entity="0" value="0" />
+        <value cell_index="16177" local_entity="0" value="0" />
+        <value cell_index="16178" local_entity="0" value="0" />
+        <value cell_index="16179" local_entity="0" value="0" />
+        <value cell_index="16180" local_entity="0" value="0" />
+        <value cell_index="16181" local_entity="0" value="0" />
+        <value cell_index="16182" local_entity="0" value="0" />
+        <value cell_index="16183" local_entity="0" value="0" />
+        <value cell_index="16184" local_entity="0" value="0" />
+        <value cell_index="16185" local_entity="0" value="0" />
+        <value cell_index="16186" local_entity="0" value="0" />
+        <value cell_index="16187" local_entity="0" value="0" />
+        <value cell_index="16188" local_entity="0" value="0" />
+        <value cell_index="16189" local_entity="0" value="0" />
+        <value cell_index="16190" local_entity="0" value="0" />
+        <value cell_index="16191" local_entity="0" value="0" />
+        <value cell_index="16192" local_entity="0" value="0" />
+        <value cell_index="16193" local_entity="0" value="0" />
+        <value cell_index="16194" local_entity="0" value="0" />
+        <value cell_index="16195" local_entity="0" value="0" />
+        <value cell_index="16196" local_entity="0" value="0" />
+        <value cell_index="16197" local_entity="0" value="0" />
+        <value cell_index="16198" local_entity="0" value="0" />
+        <value cell_index="16199" local_entity="0" value="0" />
+        <value cell_index="16200" local_entity="0" value="0" />
+        <value cell_index="16201" local_entity="0" value="0" />
+        <value cell_index="16202" local_entity="0" value="0" />
+        <value cell_index="16203" local_entity="0" value="0" />
+        <value cell_index="16204" local_entity="0" value="0" />
+        <value cell_index="16205" local_entity="0" value="0" />
+        <value cell_index="16206" local_entity="0" value="0" />
+        <value cell_index="16207" local_entity="0" value="0" />
+        <value cell_index="16208" local_entity="0" value="0" />
+        <value cell_index="16209" local_entity="0" value="0" />
+        <value cell_index="16210" local_entity="0" value="0" />
+        <value cell_index="16211" local_entity="0" value="0" />
+        <value cell_index="16212" local_entity="0" value="0" />
+        <value cell_index="16213" local_entity="0" value="0" />
+        <value cell_index="16214" local_entity="0" value="0" />
+        <value cell_index="16215" local_entity="0" value="0" />
+        <value cell_index="16216" local_entity="0" value="0" />
+        <value cell_index="16217" local_entity="0" value="0" />
+        <value cell_index="16218" local_entity="0" value="0" />
+        <value cell_index="16219" local_entity="0" value="0" />
+        <value cell_index="16220" local_entity="0" value="0" />
+        <value cell_index="16221" local_entity="0" value="0" />
+        <value cell_index="16222" local_entity="0" value="0" />
+        <value cell_index="16223" local_entity="0" value="0" />
+        <value cell_index="16224" local_entity="0" value="0" />
+        <value cell_index="16225" local_entity="0" value="0" />
+        <value cell_index="16226" local_entity="0" value="0" />
+        <value cell_index="16227" local_entity="0" value="0" />
+        <value cell_index="16228" local_entity="0" value="0" />
+        <value cell_index="16229" local_entity="0" value="0" />
+        <value cell_index="16230" local_entity="0" value="0" />
+        <value cell_index="16231" local_entity="0" value="0" />
+        <value cell_index="16232" local_entity="0" value="0" />
+        <value cell_index="16233" local_entity="0" value="0" />
+        <value cell_index="16234" local_entity="0" value="0" />
+        <value cell_index="16235" local_entity="0" value="0" />
+        <value cell_index="16236" local_entity="0" value="0" />
+        <value cell_index="16237" local_entity="0" value="0" />
+        <value cell_index="16238" local_entity="0" value="0" />
+        <value cell_index="16239" local_entity="0" value="0" />
+        <value cell_index="16240" local_entity="0" value="0" />
+        <value cell_index="16241" local_entity="0" value="0" />
+        <value cell_index="16242" local_entity="0" value="0" />
+        <value cell_index="16243" local_entity="0" value="0" />
+        <value cell_index="16244" local_entity="0" value="0" />
+        <value cell_index="16245" local_entity="0" value="0" />
+        <value cell_index="16246" local_entity="0" value="0" />
+        <value cell_index="16247" local_entity="0" value="0" />
+        <value cell_index="16248" local_entity="0" value="0" />
+        <value cell_index="16249" local_entity="0" value="0" />
+        <value cell_index="16250" local_entity="0" value="0" />
+        <value cell_index="16251" local_entity="0" value="0" />
+        <value cell_index="16252" local_entity="0" value="0" />
+        <value cell_index="16253" local_entity="0" value="0" />
+        <value cell_index="16254" local_entity="0" value="0" />
+        <value cell_index="16255" local_entity="0" value="0" />
+        <value cell_index="16256" local_entity="0" value="0" />
+        <value cell_index="16257" local_entity="0" value="0" />
+        <value cell_index="16258" local_entity="0" value="0" />
+        <value cell_index="16259" local_entity="0" value="0" />
+        <value cell_index="16260" local_entity="0" value="0" />
+        <value cell_index="16261" local_entity="0" value="0" />
+        <value cell_index="16262" local_entity="0" value="0" />
+        <value cell_index="16263" local_entity="0" value="0" />
+        <value cell_index="16264" local_entity="0" value="0" />
+        <value cell_index="16265" local_entity="0" value="0" />
+        <value cell_index="16266" local_entity="0" value="0" />
+        <value cell_index="16267" local_entity="0" value="0" />
+        <value cell_index="16268" local_entity="0" value="0" />
+        <value cell_index="16269" local_entity="0" value="0" />
+        <value cell_index="16270" local_entity="0" value="0" />
+        <value cell_index="16271" local_entity="0" value="0" />
+        <value cell_index="16272" local_entity="0" value="0" />
+        <value cell_index="16273" local_entity="0" value="0" />
+        <value cell_index="16274" local_entity="0" value="0" />
+        <value cell_index="16275" local_entity="0" value="0" />
+        <value cell_index="16276" local_entity="0" value="0" />
+        <value cell_index="16277" local_entity="0" value="0" />
+        <value cell_index="16278" local_entity="0" value="0" />
+        <value cell_index="16279" local_entity="0" value="0" />
+        <value cell_index="16280" local_entity="0" value="0" />
+        <value cell_index="16281" local_entity="0" value="0" />
+        <value cell_index="16282" local_entity="0" value="0" />
+        <value cell_index="16283" local_entity="0" value="0" />
+        <value cell_index="16284" local_entity="0" value="0" />
+        <value cell_index="16285" local_entity="0" value="0" />
+        <value cell_index="16286" local_entity="0" value="0" />
+        <value cell_index="16287" local_entity="0" value="0" />
+        <value cell_index="16288" local_entity="0" value="0" />
+        <value cell_index="16289" local_entity="0" value="0" />
+        <value cell_index="16290" local_entity="0" value="0" />
+        <value cell_index="16291" local_entity="0" value="0" />
+        <value cell_index="16292" local_entity="0" value="0" />
+        <value cell_index="16293" local_entity="0" value="0" />
+        <value cell_index="16294" local_entity="0" value="0" />
+        <value cell_index="16295" local_entity="0" value="0" />
+        <value cell_index="16296" local_entity="0" value="0" />
+        <value cell_index="16297" local_entity="0" value="0" />
+        <value cell_index="16298" local_entity="0" value="0" />
+        <value cell_index="16299" local_entity="0" value="0" />
+        <value cell_index="16300" local_entity="0" value="0" />
+        <value cell_index="16301" local_entity="0" value="0" />
+        <value cell_index="16302" local_entity="0" value="0" />
+        <value cell_index="16303" local_entity="0" value="0" />
+        <value cell_index="16304" local_entity="0" value="0" />
+        <value cell_index="16305" local_entity="0" value="0" />
+        <value cell_index="16306" local_entity="0" value="0" />
+        <value cell_index="16307" local_entity="0" value="0" />
+        <value cell_index="16308" local_entity="0" value="0" />
+        <value cell_index="16309" local_entity="0" value="0" />
+        <value cell_index="16310" local_entity="0" value="0" />
+        <value cell_index="16311" local_entity="0" value="0" />
+        <value cell_index="16312" local_entity="0" value="0" />
+        <value cell_index="16313" local_entity="0" value="0" />
+        <value cell_index="16314" local_entity="0" value="0" />
+        <value cell_index="16315" local_entity="0" value="0" />
+        <value cell_index="16316" local_entity="0" value="0" />
+        <value cell_index="16317" local_entity="0" value="0" />
+        <value cell_index="16318" local_entity="0" value="0" />
+        <value cell_index="16319" local_entity="0" value="0" />
+        <value cell_index="16320" local_entity="0" value="0" />
+        <value cell_index="16321" local_entity="0" value="0" />
+        <value cell_index="16322" local_entity="0" value="0" />
+        <value cell_index="16323" local_entity="0" value="0" />
+        <value cell_index="16324" local_entity="0" value="0" />
+        <value cell_index="16325" local_entity="0" value="0" />
+        <value cell_index="16326" local_entity="0" value="0" />
+        <value cell_index="16327" local_entity="0" value="0" />
+        <value cell_index="16328" local_entity="0" value="0" />
+        <value cell_index="16329" local_entity="0" value="0" />
+        <value cell_index="16330" local_entity="0" value="0" />
+        <value cell_index="16331" local_entity="0" value="0" />
+        <value cell_index="16332" local_entity="0" value="0" />
+        <value cell_index="16333" local_entity="0" value="0" />
+        <value cell_index="16334" local_entity="0" value="0" />
+        <value cell_index="16335" local_entity="0" value="0" />
+        <value cell_index="16336" local_entity="0" value="0" />
+        <value cell_index="16337" local_entity="0" value="0" />
+        <value cell_index="16338" local_entity="0" value="0" />
+        <value cell_index="16339" local_entity="0" value="0" />
+        <value cell_index="16340" local_entity="0" value="0" />
+        <value cell_index="16341" local_entity="0" value="0" />
+        <value cell_index="16342" local_entity="0" value="0" />
+        <value cell_index="16343" local_entity="0" value="0" />
+        <value cell_index="16344" local_entity="0" value="0" />
+        <value cell_index="16345" local_entity="0" value="0" />
+        <value cell_index="16346" local_entity="0" value="0" />
+        <value cell_index="16347" local_entity="0" value="0" />
+        <value cell_index="16348" local_entity="0" value="0" />
+        <value cell_index="16349" local_entity="0" value="0" />
+        <value cell_index="16350" local_entity="0" value="0" />
+        <value cell_index="16351" local_entity="0" value="0" />
+        <value cell_index="16352" local_entity="0" value="0" />
+        <value cell_index="16353" local_entity="0" value="0" />
+        <value cell_index="16354" local_entity="0" value="0" />
+        <value cell_index="16355" local_entity="0" value="0" />
+        <value cell_index="16356" local_entity="0" value="0" />
+        <value cell_index="16357" local_entity="0" value="0" />
+        <value cell_index="16358" local_entity="0" value="0" />
+        <value cell_index="16359" local_entity="0" value="0" />
+        <value cell_index="16360" local_entity="0" value="0" />
+        <value cell_index="16361" local_entity="0" value="0" />
+        <value cell_index="16362" local_entity="0" value="0" />
+        <value cell_index="16363" local_entity="0" value="0" />
+        <value cell_index="16364" local_entity="0" value="0" />
+        <value cell_index="16365" local_entity="0" value="0" />
+        <value cell_index="16366" local_entity="0" value="0" />
+        <value cell_index="16367" local_entity="0" value="0" />
+        <value cell_index="16368" local_entity="0" value="0" />
+        <value cell_index="16369" local_entity="0" value="0" />
+        <value cell_index="16370" local_entity="0" value="0" />
+        <value cell_index="16371" local_entity="0" value="0" />
+        <value cell_index="16372" local_entity="0" value="0" />
+        <value cell_index="16373" local_entity="0" value="0" />
+        <value cell_index="16374" local_entity="0" value="0" />
+        <value cell_index="16375" local_entity="0" value="0" />
+        <value cell_index="16376" local_entity="0" value="0" />
+        <value cell_index="16377" local_entity="0" value="0" />
+        <value cell_index="16378" local_entity="0" value="0" />
+        <value cell_index="16379" local_entity="0" value="0" />
+        <value cell_index="16380" local_entity="0" value="0" />
+        <value cell_index="16381" local_entity="0" value="0" />
+        <value cell_index="16382" local_entity="0" value="0" />
+        <value cell_index="16383" local_entity="0" value="0" />
+        <value cell_index="16384" local_entity="0" value="0" />
+        <value cell_index="16385" local_entity="0" value="0" />
+        <value cell_index="16386" local_entity="0" value="0" />
+        <value cell_index="16387" local_entity="0" value="0" />
+        <value cell_index="16388" local_entity="0" value="0" />
+        <value cell_index="16389" local_entity="0" value="0" />
+        <value cell_index="16390" local_entity="0" value="0" />
+        <value cell_index="16391" local_entity="0" value="0" />
+        <value cell_index="16392" local_entity="0" value="0" />
+        <value cell_index="16393" local_entity="0" value="0" />
+        <value cell_index="16394" local_entity="0" value="0" />
+        <value cell_index="16395" local_entity="0" value="0" />
+        <value cell_index="16396" local_entity="0" value="0" />
+        <value cell_index="16397" local_entity="0" value="0" />
+        <value cell_index="16398" local_entity="0" value="0" />
+        <value cell_index="16399" local_entity="0" value="0" />
+        <value cell_index="16400" local_entity="0" value="0" />
+        <value cell_index="16401" local_entity="0" value="0" />
+        <value cell_index="16402" local_entity="0" value="0" />
+        <value cell_index="16403" local_entity="0" value="0" />
+        <value cell_index="16404" local_entity="0" value="0" />
+        <value cell_index="16405" local_entity="0" value="0" />
+        <value cell_index="16406" local_entity="0" value="0" />
+        <value cell_index="16407" local_entity="0" value="0" />
+        <value cell_index="16408" local_entity="0" value="0" />
+        <value cell_index="16409" local_entity="0" value="0" />
+        <value cell_index="16410" local_entity="0" value="0" />
+        <value cell_index="16411" local_entity="0" value="0" />
+        <value cell_index="16412" local_entity="0" value="0" />
+        <value cell_index="16413" local_entity="0" value="0" />
+        <value cell_index="16414" local_entity="0" value="0" />
+        <value cell_index="16415" local_entity="0" value="0" />
+        <value cell_index="16416" local_entity="0" value="0" />
+        <value cell_index="16417" local_entity="0" value="0" />
+        <value cell_index="16418" local_entity="0" value="0" />
+        <value cell_index="16419" local_entity="0" value="0" />
+        <value cell_index="16420" local_entity="0" value="0" />
+        <value cell_index="16421" local_entity="0" value="0" />
+        <value cell_index="16422" local_entity="0" value="0" />
+        <value cell_index="16423" local_entity="0" value="0" />
+        <value cell_index="16424" local_entity="0" value="0" />
+        <value cell_index="16425" local_entity="0" value="0" />
+        <value cell_index="16426" local_entity="0" value="0" />
+        <value cell_index="16427" local_entity="0" value="0" />
+        <value cell_index="16428" local_entity="0" value="0" />
+        <value cell_index="16429" local_entity="0" value="0" />
+        <value cell_index="16430" local_entity="0" value="0" />
+        <value cell_index="16431" local_entity="0" value="0" />
+        <value cell_index="16432" local_entity="0" value="0" />
+        <value cell_index="16433" local_entity="0" value="0" />
+        <value cell_index="16434" local_entity="0" value="0" />
+        <value cell_index="16435" local_entity="0" value="0" />
+        <value cell_index="16436" local_entity="0" value="0" />
+        <value cell_index="16437" local_entity="0" value="0" />
+        <value cell_index="16438" local_entity="0" value="0" />
+        <value cell_index="16439" local_entity="0" value="0" />
+        <value cell_index="16440" local_entity="0" value="0" />
+        <value cell_index="16441" local_entity="0" value="0" />
+        <value cell_index="16442" local_entity="0" value="0" />
+        <value cell_index="16443" local_entity="0" value="0" />
+        <value cell_index="16444" local_entity="0" value="0" />
+        <value cell_index="16445" local_entity="0" value="0" />
+        <value cell_index="16446" local_entity="0" value="0" />
+        <value cell_index="16447" local_entity="0" value="0" />
+        <value cell_index="16448" local_entity="0" value="0" />
+        <value cell_index="16449" local_entity="0" value="0" />
+        <value cell_index="16450" local_entity="0" value="0" />
+        <value cell_index="16451" local_entity="0" value="0" />
+        <value cell_index="16452" local_entity="0" value="0" />
+        <value cell_index="16453" local_entity="0" value="0" />
+        <value cell_index="16454" local_entity="0" value="0" />
+        <value cell_index="16455" local_entity="0" value="0" />
+        <value cell_index="16456" local_entity="0" value="0" />
+        <value cell_index="16457" local_entity="0" value="0" />
+        <value cell_index="16458" local_entity="0" value="0" />
+        <value cell_index="16459" local_entity="0" value="0" />
+        <value cell_index="16460" local_entity="0" value="0" />
+        <value cell_index="16461" local_entity="0" value="0" />
+        <value cell_index="16462" local_entity="0" value="0" />
+        <value cell_index="16463" local_entity="0" value="0" />
+        <value cell_index="16464" local_entity="0" value="0" />
+        <value cell_index="16465" local_entity="0" value="0" />
+        <value cell_index="16466" local_entity="0" value="0" />
+        <value cell_index="16467" local_entity="0" value="0" />
+        <value cell_index="16468" local_entity="0" value="0" />
+        <value cell_index="16469" local_entity="0" value="0" />
+        <value cell_index="16470" local_entity="0" value="0" />
+        <value cell_index="16471" local_entity="0" value="0" />
+        <value cell_index="16472" local_entity="0" value="0" />
+        <value cell_index="16473" local_entity="0" value="0" />
+        <value cell_index="16474" local_entity="0" value="0" />
+        <value cell_index="16475" local_entity="0" value="0" />
+        <value cell_index="16476" local_entity="0" value="0" />
+        <value cell_index="16477" local_entity="0" value="0" />
+        <value cell_index="16478" local_entity="0" value="0" />
+        <value cell_index="16479" local_entity="0" value="0" />
+        <value cell_index="16480" local_entity="0" value="0" />
+        <value cell_index="16481" local_entity="0" value="0" />
+        <value cell_index="16482" local_entity="0" value="0" />
+        <value cell_index="16483" local_entity="0" value="0" />
+        <value cell_index="16484" local_entity="0" value="0" />
+        <value cell_index="16485" local_entity="0" value="0" />
+        <value cell_index="16486" local_entity="0" value="0" />
+        <value cell_index="16487" local_entity="0" value="0" />
+        <value cell_index="16488" local_entity="0" value="0" />
+        <value cell_index="16489" local_entity="0" value="0" />
+        <value cell_index="16490" local_entity="0" value="0" />
+        <value cell_index="16491" local_entity="0" value="0" />
+        <value cell_index="16492" local_entity="0" value="0" />
+        <value cell_index="16493" local_entity="0" value="0" />
+        <value cell_index="16494" local_entity="0" value="0" />
+        <value cell_index="16495" local_entity="0" value="0" />
+        <value cell_index="16496" local_entity="0" value="0" />
+        <value cell_index="16497" local_entity="0" value="0" />
+        <value cell_index="16498" local_entity="0" value="0" />
+        <value cell_index="16499" local_entity="0" value="0" />
+        <value cell_index="16500" local_entity="0" value="0" />
+        <value cell_index="16501" local_entity="0" value="0" />
+        <value cell_index="16502" local_entity="0" value="0" />
+        <value cell_index="16503" local_entity="0" value="0" />
+        <value cell_index="16504" local_entity="0" value="0" />
+        <value cell_index="16505" local_entity="0" value="0" />
+        <value cell_index="16506" local_entity="0" value="0" />
+        <value cell_index="16507" local_entity="0" value="0" />
+        <value cell_index="16508" local_entity="0" value="0" />
+        <value cell_index="16509" local_entity="0" value="0" />
+        <value cell_index="16510" local_entity="0" value="0" />
+        <value cell_index="16511" local_entity="0" value="0" />
+        <value cell_index="16512" local_entity="0" value="0" />
+        <value cell_index="16513" local_entity="0" value="0" />
+        <value cell_index="16514" local_entity="0" value="0" />
+        <value cell_index="16515" local_entity="0" value="0" />
+        <value cell_index="16516" local_entity="0" value="0" />
+        <value cell_index="16517" local_entity="0" value="0" />
+        <value cell_index="16518" local_entity="0" value="0" />
+        <value cell_index="16519" local_entity="0" value="0" />
+        <value cell_index="16520" local_entity="0" value="0" />
+        <value cell_index="16521" local_entity="0" value="0" />
+        <value cell_index="16522" local_entity="0" value="0" />
+        <value cell_index="16523" local_entity="0" value="0" />
+        <value cell_index="16524" local_entity="0" value="0" />
+        <value cell_index="16525" local_entity="0" value="0" />
+        <value cell_index="16526" local_entity="0" value="0" />
+        <value cell_index="16527" local_entity="0" value="0" />
+        <value cell_index="16528" local_entity="0" value="0" />
+        <value cell_index="16529" local_entity="0" value="0" />
+        <value cell_index="16530" local_entity="0" value="0" />
+        <value cell_index="16531" local_entity="0" value="0" />
+        <value cell_index="16532" local_entity="0" value="0" />
+        <value cell_index="16533" local_entity="0" value="0" />
+        <value cell_index="16534" local_entity="0" value="0" />
+        <value cell_index="16535" local_entity="0" value="0" />
+        <value cell_index="16536" local_entity="0" value="0" />
+        <value cell_index="16537" local_entity="0" value="0" />
+        <value cell_index="16538" local_entity="0" value="0" />
+        <value cell_index="16539" local_entity="0" value="0" />
+        <value cell_index="16540" local_entity="0" value="0" />
+        <value cell_index="16541" local_entity="0" value="0" />
+        <value cell_index="16542" local_entity="0" value="0" />
+        <value cell_index="16543" local_entity="0" value="0" />
+        <value cell_index="16544" local_entity="0" value="0" />
+        <value cell_index="16545" local_entity="0" value="0" />
+        <value cell_index="16546" local_entity="0" value="0" />
+        <value cell_index="16547" local_entity="0" value="0" />
+        <value cell_index="16548" local_entity="0" value="0" />
+        <value cell_index="16549" local_entity="0" value="0" />
+        <value cell_index="16550" local_entity="0" value="0" />
+        <value cell_index="16551" local_entity="0" value="0" />
+        <value cell_index="16552" local_entity="0" value="0" />
+        <value cell_index="16553" local_entity="0" value="0" />
+        <value cell_index="16554" local_entity="0" value="0" />
+        <value cell_index="16555" local_entity="0" value="0" />
+        <value cell_index="16556" local_entity="0" value="0" />
+        <value cell_index="16557" local_entity="0" value="0" />
+        <value cell_index="16558" local_entity="0" value="0" />
+        <value cell_index="16559" local_entity="0" value="0" />
+        <value cell_index="16560" local_entity="0" value="0" />
+        <value cell_index="16561" local_entity="0" value="0" />
+        <value cell_index="16562" local_entity="0" value="0" />
+        <value cell_index="16563" local_entity="0" value="0" />
+        <value cell_index="16564" local_entity="0" value="0" />
+        <value cell_index="16565" local_entity="0" value="0" />
+        <value cell_index="16566" local_entity="0" value="0" />
+        <value cell_index="16567" local_entity="0" value="0" />
+        <value cell_index="16568" local_entity="0" value="0" />
+        <value cell_index="16569" local_entity="0" value="0" />
+        <value cell_index="16570" local_entity="0" value="0" />
+        <value cell_index="16571" local_entity="0" value="0" />
+        <value cell_index="16572" local_entity="0" value="0" />
+        <value cell_index="16573" local_entity="0" value="0" />
+        <value cell_index="16574" local_entity="0" value="0" />
+        <value cell_index="16575" local_entity="0" value="0" />
+        <value cell_index="16576" local_entity="0" value="0" />
+        <value cell_index="16577" local_entity="0" value="0" />
+        <value cell_index="16578" local_entity="0" value="0" />
+        <value cell_index="16579" local_entity="0" value="0" />
+        <value cell_index="16580" local_entity="0" value="0" />
+        <value cell_index="16581" local_entity="0" value="0" />
+        <value cell_index="16582" local_entity="0" value="0" />
+        <value cell_index="16583" local_entity="0" value="0" />
+        <value cell_index="16584" local_entity="0" value="0" />
+        <value cell_index="16585" local_entity="0" value="0" />
+        <value cell_index="16586" local_entity="0" value="0" />
+        <value cell_index="16587" local_entity="0" value="0" />
+        <value cell_index="16588" local_entity="0" value="0" />
+        <value cell_index="16589" local_entity="0" value="0" />
+        <value cell_index="16590" local_entity="0" value="0" />
+        <value cell_index="16591" local_entity="0" value="0" />
+        <value cell_index="16592" local_entity="0" value="0" />
+        <value cell_index="16593" local_entity="0" value="0" />
+        <value cell_index="16594" local_entity="0" value="0" />
+        <value cell_index="16595" local_entity="0" value="0" />
+        <value cell_index="16596" local_entity="0" value="0" />
+        <value cell_index="16597" local_entity="0" value="0" />
+        <value cell_index="16598" local_entity="0" value="0" />
+        <value cell_index="16599" local_entity="0" value="0" />
+        <value cell_index="16600" local_entity="0" value="0" />
+        <value cell_index="16601" local_entity="0" value="0" />
+        <value cell_index="16602" local_entity="0" value="0" />
+        <value cell_index="16603" local_entity="0" value="0" />
+        <value cell_index="16604" local_entity="0" value="0" />
+        <value cell_index="16605" local_entity="0" value="0" />
+        <value cell_index="16606" local_entity="0" value="0" />
+        <value cell_index="16607" local_entity="0" value="0" />
+        <value cell_index="16608" local_entity="0" value="0" />
+        <value cell_index="16609" local_entity="0" value="0" />
+        <value cell_index="16610" local_entity="0" value="0" />
+        <value cell_index="16611" local_entity="0" value="0" />
+        <value cell_index="16612" local_entity="0" value="0" />
+        <value cell_index="16613" local_entity="0" value="0" />
+        <value cell_index="16614" local_entity="0" value="0" />
+        <value cell_index="16615" local_entity="0" value="0" />
+        <value cell_index="16616" local_entity="0" value="0" />
+        <value cell_index="16617" local_entity="0" value="0" />
+        <value cell_index="16618" local_entity="0" value="0" />
+        <value cell_index="16619" local_entity="0" value="0" />
+        <value cell_index="16620" local_entity="0" value="0" />
+        <value cell_index="16621" local_entity="0" value="0" />
+        <value cell_index="16622" local_entity="0" value="0" />
+        <value cell_index="16623" local_entity="0" value="0" />
+        <value cell_index="16624" local_entity="0" value="0" />
+        <value cell_index="16625" local_entity="0" value="0" />
+        <value cell_index="16626" local_entity="0" value="0" />
+        <value cell_index="16627" local_entity="0" value="0" />
+        <value cell_index="16628" local_entity="0" value="0" />
+        <value cell_index="16629" local_entity="0" value="0" />
+        <value cell_index="16630" local_entity="0" value="0" />
+        <value cell_index="16631" local_entity="0" value="0" />
+        <value cell_index="16632" local_entity="0" value="0" />
+        <value cell_index="16633" local_entity="0" value="0" />
+        <value cell_index="16634" local_entity="0" value="0" />
+        <value cell_index="16635" local_entity="0" value="0" />
+        <value cell_index="16636" local_entity="0" value="0" />
+        <value cell_index="16637" local_entity="0" value="0" />
+        <value cell_index="16638" local_entity="0" value="0" />
+        <value cell_index="16639" local_entity="0" value="0" />
+        <value cell_index="16640" local_entity="0" value="0" />
+        <value cell_index="16641" local_entity="0" value="0" />
+        <value cell_index="16642" local_entity="0" value="0" />
+        <value cell_index="16643" local_entity="0" value="0" />
+        <value cell_index="16644" local_entity="0" value="0" />
+        <value cell_index="16645" local_entity="0" value="0" />
+        <value cell_index="16646" local_entity="0" value="0" />
+        <value cell_index="16647" local_entity="0" value="0" />
+        <value cell_index="16648" local_entity="0" value="0" />
+        <value cell_index="16649" local_entity="0" value="0" />
+        <value cell_index="16650" local_entity="0" value="0" />
+        <value cell_index="16651" local_entity="0" value="0" />
+        <value cell_index="16652" local_entity="0" value="0" />
+        <value cell_index="16653" local_entity="0" value="0" />
+        <value cell_index="16654" local_entity="0" value="0" />
+        <value cell_index="16655" local_entity="0" value="0" />
+        <value cell_index="16656" local_entity="0" value="0" />
+        <value cell_index="16657" local_entity="0" value="0" />
+        <value cell_index="16658" local_entity="0" value="0" />
+        <value cell_index="16659" local_entity="0" value="0" />
+        <value cell_index="16660" local_entity="0" value="0" />
+        <value cell_index="16661" local_entity="0" value="0" />
+        <value cell_index="16662" local_entity="0" value="0" />
+        <value cell_index="16663" local_entity="0" value="0" />
+        <value cell_index="16664" local_entity="0" value="0" />
+        <value cell_index="16665" local_entity="0" value="0" />
+        <value cell_index="16666" local_entity="0" value="0" />
+        <value cell_index="16667" local_entity="0" value="0" />
+        <value cell_index="16668" local_entity="0" value="0" />
+        <value cell_index="16669" local_entity="0" value="0" />
+        <value cell_index="16670" local_entity="0" value="0" />
+        <value cell_index="16671" local_entity="0" value="0" />
+        <value cell_index="16672" local_entity="0" value="0" />
+        <value cell_index="16673" local_entity="0" value="0" />
+        <value cell_index="16674" local_entity="0" value="0" />
+        <value cell_index="16675" local_entity="0" value="0" />
+        <value cell_index="16676" local_entity="0" value="0" />
+        <value cell_index="16677" local_entity="0" value="0" />
+        <value cell_index="16678" local_entity="0" value="0" />
+        <value cell_index="16679" local_entity="0" value="0" />
+        <value cell_index="16680" local_entity="0" value="0" />
+        <value cell_index="16681" local_entity="0" value="0" />
+        <value cell_index="16682" local_entity="0" value="0" />
+        <value cell_index="16683" local_entity="0" value="0" />
+        <value cell_index="16684" local_entity="0" value="0" />
+        <value cell_index="16685" local_entity="0" value="0" />
+        <value cell_index="16686" local_entity="0" value="0" />
+        <value cell_index="16687" local_entity="0" value="0" />
+        <value cell_index="16688" local_entity="0" value="0" />
+        <value cell_index="16689" local_entity="0" value="0" />
+        <value cell_index="16690" local_entity="0" value="0" />
+        <value cell_index="16691" local_entity="0" value="0" />
+        <value cell_index="16692" local_entity="0" value="0" />
+        <value cell_index="16693" local_entity="0" value="0" />
+        <value cell_index="16694" local_entity="0" value="0" />
+        <value cell_index="16695" local_entity="0" value="0" />
+        <value cell_index="16696" local_entity="0" value="0" />
+        <value cell_index="16697" local_entity="0" value="0" />
+        <value cell_index="16698" local_entity="0" value="0" />
+        <value cell_index="16699" local_entity="0" value="0" />
+        <value cell_index="16700" local_entity="0" value="0" />
+        <value cell_index="16701" local_entity="0" value="0" />
+        <value cell_index="16702" local_entity="0" value="0" />
+        <value cell_index="16703" local_entity="0" value="0" />
+        <value cell_index="16704" local_entity="0" value="0" />
+        <value cell_index="16705" local_entity="0" value="0" />
+        <value cell_index="16706" local_entity="0" value="0" />
+        <value cell_index="16707" local_entity="0" value="0" />
+        <value cell_index="16708" local_entity="0" value="0" />
+        <value cell_index="16709" local_entity="0" value="0" />
+        <value cell_index="16710" local_entity="0" value="0" />
+        <value cell_index="16711" local_entity="0" value="0" />
+        <value cell_index="16712" local_entity="0" value="0" />
+        <value cell_index="16713" local_entity="0" value="0" />
+        <value cell_index="16714" local_entity="0" value="0" />
+        <value cell_index="16715" local_entity="0" value="0" />
+        <value cell_index="16716" local_entity="0" value="0" />
+        <value cell_index="16717" local_entity="0" value="0" />
+        <value cell_index="16718" local_entity="0" value="0" />
+        <value cell_index="16719" local_entity="0" value="0" />
+        <value cell_index="16720" local_entity="0" value="0" />
+        <value cell_index="16721" local_entity="0" value="0" />
+        <value cell_index="16722" local_entity="0" value="0" />
+        <value cell_index="16723" local_entity="0" value="0" />
+        <value cell_index="16724" local_entity="0" value="0" />
+        <value cell_index="16725" local_entity="0" value="0" />
+        <value cell_index="16726" local_entity="0" value="0" />
+        <value cell_index="16727" local_entity="0" value="0" />
+        <value cell_index="16728" local_entity="0" value="0" />
+        <value cell_index="16729" local_entity="0" value="0" />
+        <value cell_index="16730" local_entity="0" value="0" />
+        <value cell_index="16731" local_entity="0" value="0" />
+        <value cell_index="16732" local_entity="0" value="0" />
+        <value cell_index="16733" local_entity="0" value="0" />
+        <value cell_index="16734" local_entity="0" value="0" />
+        <value cell_index="16735" local_entity="0" value="0" />
+        <value cell_index="16736" local_entity="0" value="0" />
+        <value cell_index="16737" local_entity="0" value="0" />
+        <value cell_index="16738" local_entity="0" value="0" />
+        <value cell_index="16739" local_entity="0" value="0" />
+        <value cell_index="16740" local_entity="0" value="0" />
+        <value cell_index="16741" local_entity="0" value="0" />
+        <value cell_index="16742" local_entity="0" value="0" />
+        <value cell_index="16743" local_entity="0" value="0" />
+        <value cell_index="16744" local_entity="0" value="0" />
+        <value cell_index="16745" local_entity="0" value="0" />
+        <value cell_index="16746" local_entity="0" value="0" />
+        <value cell_index="16747" local_entity="0" value="0" />
+        <value cell_index="16748" local_entity="0" value="0" />
+        <value cell_index="16749" local_entity="0" value="0" />
+        <value cell_index="16750" local_entity="0" value="0" />
+        <value cell_index="16751" local_entity="0" value="0" />
+        <value cell_index="16752" local_entity="0" value="0" />
+        <value cell_index="16753" local_entity="0" value="0" />
+        <value cell_index="16754" local_entity="0" value="0" />
+        <value cell_index="16755" local_entity="0" value="0" />
+        <value cell_index="16756" local_entity="0" value="0" />
+        <value cell_index="16757" local_entity="0" value="0" />
+        <value cell_index="16758" local_entity="0" value="0" />
+        <value cell_index="16759" local_entity="0" value="0" />
+        <value cell_index="16760" local_entity="0" value="0" />
+        <value cell_index="16761" local_entity="0" value="0" />
+        <value cell_index="16762" local_entity="0" value="0" />
+        <value cell_index="16763" local_entity="0" value="0" />
+        <value cell_index="16764" local_entity="0" value="0" />
+        <value cell_index="16765" local_entity="0" value="0" />
+        <value cell_index="16766" local_entity="0" value="0" />
+        <value cell_index="16767" local_entity="0" value="0" />
+        <value cell_index="16768" local_entity="0" value="0" />
+        <value cell_index="16769" local_entity="0" value="0" />
+        <value cell_index="16770" local_entity="0" value="0" />
+        <value cell_index="16771" local_entity="0" value="0" />
+        <value cell_index="16772" local_entity="0" value="0" />
+        <value cell_index="16773" local_entity="0" value="0" />
+        <value cell_index="16774" local_entity="0" value="0" />
+        <value cell_index="16775" local_entity="0" value="0" />
+        <value cell_index="16776" local_entity="0" value="0" />
+        <value cell_index="16777" local_entity="0" value="0" />
+        <value cell_index="16778" local_entity="0" value="0" />
+        <value cell_index="16779" local_entity="0" value="0" />
+        <value cell_index="16780" local_entity="0" value="0" />
+        <value cell_index="16781" local_entity="0" value="0" />
+        <value cell_index="16782" local_entity="0" value="0" />
+        <value cell_index="16783" local_entity="0" value="0" />
+        <value cell_index="16784" local_entity="0" value="0" />
+        <value cell_index="16785" local_entity="0" value="0" />
+        <value cell_index="16786" local_entity="0" value="0" />
+        <value cell_index="16787" local_entity="0" value="0" />
+        <value cell_index="16788" local_entity="0" value="0" />
+        <value cell_index="16789" local_entity="0" value="0" />
+        <value cell_index="16790" local_entity="0" value="0" />
+        <value cell_index="16791" local_entity="0" value="0" />
+        <value cell_index="16792" local_entity="0" value="0" />
+        <value cell_index="16793" local_entity="0" value="0" />
+        <value cell_index="16794" local_entity="0" value="0" />
+        <value cell_index="16795" local_entity="0" value="0" />
+        <value cell_index="16796" local_entity="0" value="0" />
+        <value cell_index="16797" local_entity="0" value="0" />
+        <value cell_index="16798" local_entity="0" value="0" />
+        <value cell_index="16799" local_entity="0" value="0" />
+        <value cell_index="16800" local_entity="0" value="0" />
+        <value cell_index="16801" local_entity="0" value="0" />
+        <value cell_index="16802" local_entity="0" value="0" />
+        <value cell_index="16803" local_entity="0" value="0" />
+        <value cell_index="16804" local_entity="0" value="0" />
+        <value cell_index="16805" local_entity="0" value="0" />
+        <value cell_index="16806" local_entity="0" value="0" />
+        <value cell_index="16807" local_entity="0" value="0" />
+        <value cell_index="16808" local_entity="0" value="0" />
+        <value cell_index="16809" local_entity="0" value="0" />
+        <value cell_index="16810" local_entity="0" value="0" />
+        <value cell_index="16811" local_entity="0" value="0" />
+        <value cell_index="16812" local_entity="0" value="0" />
+        <value cell_index="16813" local_entity="0" value="0" />
+        <value cell_index="16814" local_entity="0" value="0" />
+        <value cell_index="16815" local_entity="0" value="0" />
+        <value cell_index="16816" local_entity="0" value="0" />
+        <value cell_index="16817" local_entity="0" value="0" />
+        <value cell_index="16818" local_entity="0" value="0" />
+        <value cell_index="16819" local_entity="0" value="0" />
+        <value cell_index="16820" local_entity="0" value="0" />
+        <value cell_index="16821" local_entity="0" value="0" />
+        <value cell_index="16822" local_entity="0" value="0" />
+        <value cell_index="16823" local_entity="0" value="0" />
+        <value cell_index="16824" local_entity="0" value="0" />
+        <value cell_index="16825" local_entity="0" value="0" />
+        <value cell_index="16826" local_entity="0" value="0" />
+        <value cell_index="16827" local_entity="0" value="0" />
+        <value cell_index="16828" local_entity="0" value="0" />
+        <value cell_index="16829" local_entity="0" value="0" />
+        <value cell_index="16830" local_entity="0" value="0" />
+        <value cell_index="16831" local_entity="0" value="0" />
+        <value cell_index="16832" local_entity="0" value="0" />
+        <value cell_index="16833" local_entity="0" value="0" />
+        <value cell_index="16834" local_entity="0" value="0" />
+        <value cell_index="16835" local_entity="0" value="0" />
+        <value cell_index="16836" local_entity="0" value="0" />
+        <value cell_index="16837" local_entity="0" value="0" />
+        <value cell_index="16838" local_entity="0" value="0" />
+        <value cell_index="16839" local_entity="0" value="0" />
+        <value cell_index="16840" local_entity="0" value="0" />
+        <value cell_index="16841" local_entity="0" value="0" />
+        <value cell_index="16842" local_entity="0" value="0" />
+        <value cell_index="16843" local_entity="0" value="0" />
+        <value cell_index="16844" local_entity="0" value="0" />
+        <value cell_index="16845" local_entity="0" value="0" />
+        <value cell_index="16846" local_entity="0" value="0" />
+        <value cell_index="16847" local_entity="0" value="0" />
+        <value cell_index="16848" local_entity="0" value="0" />
+        <value cell_index="16849" local_entity="0" value="0" />
+        <value cell_index="16850" local_entity="0" value="0" />
+        <value cell_index="16851" local_entity="0" value="0" />
+        <value cell_index="16852" local_entity="0" value="0" />
+        <value cell_index="16853" local_entity="0" value="0" />
+        <value cell_index="16854" local_entity="0" value="0" />
+        <value cell_index="16855" local_entity="0" value="0" />
+        <value cell_index="16856" local_entity="0" value="0" />
+        <value cell_index="16857" local_entity="0" value="0" />
+        <value cell_index="16858" local_entity="0" value="0" />
+        <value cell_index="16859" local_entity="0" value="0" />
+        <value cell_index="16860" local_entity="0" value="0" />
+        <value cell_index="16861" local_entity="0" value="0" />
+        <value cell_index="16862" local_entity="0" value="0" />
+        <value cell_index="16863" local_entity="0" value="0" />
+        <value cell_index="16864" local_entity="0" value="0" />
+        <value cell_index="16865" local_entity="0" value="0" />
+        <value cell_index="16866" local_entity="0" value="0" />
+        <value cell_index="16867" local_entity="0" value="0" />
+        <value cell_index="16868" local_entity="0" value="0" />
+        <value cell_index="16869" local_entity="0" value="0" />
+        <value cell_index="16870" local_entity="0" value="0" />
+        <value cell_index="16871" local_entity="0" value="0" />
+        <value cell_index="16872" local_entity="0" value="0" />
+        <value cell_index="16873" local_entity="0" value="0" />
+        <value cell_index="16874" local_entity="0" value="0" />
+        <value cell_index="16875" local_entity="0" value="0" />
+        <value cell_index="16876" local_entity="0" value="0" />
+        <value cell_index="16877" local_entity="0" value="0" />
+        <value cell_index="16878" local_entity="0" value="0" />
+        <value cell_index="16879" local_entity="0" value="0" />
+        <value cell_index="16880" local_entity="0" value="0" />
+        <value cell_index="16881" local_entity="0" value="0" />
+        <value cell_index="16882" local_entity="0" value="0" />
+        <value cell_index="16883" local_entity="0" value="0" />
+        <value cell_index="16884" local_entity="0" value="0" />
+        <value cell_index="16885" local_entity="0" value="0" />
+        <value cell_index="16886" local_entity="0" value="0" />
+        <value cell_index="16887" local_entity="0" value="0" />
+        <value cell_index="16888" local_entity="0" value="0" />
+        <value cell_index="16889" local_entity="0" value="0" />
+        <value cell_index="16890" local_entity="0" value="0" />
+        <value cell_index="16891" local_entity="0" value="0" />
+        <value cell_index="16892" local_entity="0" value="0" />
+        <value cell_index="16893" local_entity="0" value="0" />
+        <value cell_index="16894" local_entity="0" value="0" />
+        <value cell_index="16895" local_entity="0" value="0" />
+        <value cell_index="16896" local_entity="0" value="0" />
+        <value cell_index="16897" local_entity="0" value="0" />
+        <value cell_index="16898" local_entity="0" value="0" />
+        <value cell_index="16899" local_entity="0" value="0" />
+        <value cell_index="16900" local_entity="0" value="0" />
+        <value cell_index="16901" local_entity="0" value="0" />
+        <value cell_index="16902" local_entity="0" value="0" />
+        <value cell_index="16903" local_entity="0" value="0" />
+        <value cell_index="16904" local_entity="0" value="0" />
+        <value cell_index="16905" local_entity="0" value="0" />
+        <value cell_index="16906" local_entity="0" value="0" />
+        <value cell_index="16907" local_entity="0" value="0" />
+        <value cell_index="16908" local_entity="0" value="0" />
+        <value cell_index="16909" local_entity="0" value="0" />
+        <value cell_index="16910" local_entity="0" value="0" />
+        <value cell_index="16911" local_entity="0" value="0" />
+        <value cell_index="16912" local_entity="0" value="0" />
+        <value cell_index="16913" local_entity="0" value="0" />
+        <value cell_index="16914" local_entity="0" value="0" />
+        <value cell_index="16915" local_entity="0" value="0" />
+        <value cell_index="16916" local_entity="0" value="0" />
+        <value cell_index="16917" local_entity="0" value="0" />
+        <value cell_index="16918" local_entity="0" value="0" />
+        <value cell_index="16919" local_entity="0" value="0" />
+        <value cell_index="16920" local_entity="0" value="0" />
+        <value cell_index="16921" local_entity="0" value="0" />
+        <value cell_index="16922" local_entity="0" value="0" />
+        <value cell_index="16923" local_entity="0" value="0" />
+        <value cell_index="16924" local_entity="0" value="0" />
+        <value cell_index="16925" local_entity="0" value="0" />
+        <value cell_index="16926" local_entity="0" value="0" />
+        <value cell_index="16927" local_entity="0" value="0" />
+        <value cell_index="16928" local_entity="0" value="0" />
+        <value cell_index="16929" local_entity="0" value="0" />
+        <value cell_index="16930" local_entity="0" value="0" />
+        <value cell_index="16931" local_entity="0" value="0" />
+        <value cell_index="16932" local_entity="0" value="0" />
+        <value cell_index="16933" local_entity="0" value="0" />
+        <value cell_index="16934" local_entity="0" value="0" />
+        <value cell_index="16935" local_entity="0" value="0" />
+        <value cell_index="16936" local_entity="0" value="0" />
+        <value cell_index="16937" local_entity="0" value="0" />
+        <value cell_index="16938" local_entity="0" value="0" />
+        <value cell_index="16939" local_entity="0" value="0" />
+        <value cell_index="16940" local_entity="0" value="0" />
+        <value cell_index="16941" local_entity="0" value="0" />
+        <value cell_index="16942" local_entity="0" value="0" />
+        <value cell_index="16943" local_entity="0" value="0" />
+        <value cell_index="16944" local_entity="0" value="0" />
+        <value cell_index="16945" local_entity="0" value="0" />
+        <value cell_index="16946" local_entity="0" value="0" />
+        <value cell_index="16947" local_entity="0" value="0" />
+        <value cell_index="16948" local_entity="0" value="0" />
+        <value cell_index="16949" local_entity="0" value="0" />
+        <value cell_index="16950" local_entity="0" value="0" />
+        <value cell_index="16951" local_entity="0" value="0" />
+        <value cell_index="16952" local_entity="0" value="0" />
+        <value cell_index="16953" local_entity="0" value="0" />
+        <value cell_index="16954" local_entity="0" value="0" />
+        <value cell_index="16955" local_entity="0" value="0" />
+        <value cell_index="16956" local_entity="0" value="0" />
+        <value cell_index="16957" local_entity="0" value="0" />
+        <value cell_index="16958" local_entity="0" value="0" />
+        <value cell_index="16959" local_entity="0" value="0" />
+        <value cell_index="16960" local_entity="0" value="0" />
+        <value cell_index="16961" local_entity="0" value="0" />
+        <value cell_index="16962" local_entity="0" value="0" />
+        <value cell_index="16963" local_entity="0" value="0" />
+        <value cell_index="16964" local_entity="0" value="0" />
+        <value cell_index="16965" local_entity="0" value="0" />
+        <value cell_index="16966" local_entity="0" value="0" />
+        <value cell_index="16967" local_entity="0" value="0" />
+        <value cell_index="16968" local_entity="0" value="0" />
+        <value cell_index="16969" local_entity="0" value="0" />
+        <value cell_index="16970" local_entity="0" value="0" />
+        <value cell_index="16971" local_entity="0" value="0" />
+        <value cell_index="16972" local_entity="0" value="0" />
+        <value cell_index="16973" local_entity="0" value="0" />
+        <value cell_index="16974" local_entity="0" value="0" />
+        <value cell_index="16975" local_entity="0" value="0" />
+        <value cell_index="16976" local_entity="0" value="0" />
+        <value cell_index="16977" local_entity="0" value="0" />
+        <value cell_index="16978" local_entity="0" value="0" />
+        <value cell_index="16979" local_entity="0" value="0" />
+        <value cell_index="16980" local_entity="0" value="0" />
+        <value cell_index="16981" local_entity="0" value="0" />
+        <value cell_index="16982" local_entity="0" value="0" />
+        <value cell_index="16983" local_entity="0" value="0" />
+        <value cell_index="16984" local_entity="0" value="0" />
+        <value cell_index="16985" local_entity="0" value="0" />
+        <value cell_index="16986" local_entity="0" value="0" />
+        <value cell_index="16987" local_entity="0" value="0" />
+        <value cell_index="16988" local_entity="0" value="0" />
+        <value cell_index="16989" local_entity="0" value="0" />
+        <value cell_index="16990" local_entity="0" value="0" />
+        <value cell_index="16991" local_entity="0" value="0" />
+        <value cell_index="16992" local_entity="0" value="0" />
+        <value cell_index="16993" local_entity="0" value="0" />
+        <value cell_index="16994" local_entity="0" value="0" />
+        <value cell_index="16995" local_entity="0" value="0" />
+        <value cell_index="16996" local_entity="0" value="0" />
+        <value cell_index="16997" local_entity="0" value="0" />
+        <value cell_index="16998" local_entity="0" value="0" />
+        <value cell_index="16999" local_entity="0" value="0" />
+        <value cell_index="17000" local_entity="0" value="0" />
+        <value cell_index="17001" local_entity="0" value="0" />
+        <value cell_index="17002" local_entity="0" value="0" />
+        <value cell_index="17003" local_entity="0" value="0" />
+        <value cell_index="17004" local_entity="0" value="0" />
+        <value cell_index="17005" local_entity="0" value="0" />
+        <value cell_index="17006" local_entity="0" value="0" />
+        <value cell_index="17007" local_entity="0" value="0" />
+        <value cell_index="17008" local_entity="0" value="0" />
+        <value cell_index="17009" local_entity="0" value="0" />
+        <value cell_index="17010" local_entity="0" value="0" />
+        <value cell_index="17011" local_entity="0" value="0" />
+        <value cell_index="17012" local_entity="0" value="0" />
+        <value cell_index="17013" local_entity="0" value="0" />
+        <value cell_index="17014" local_entity="0" value="0" />
+        <value cell_index="17015" local_entity="0" value="0" />
+        <value cell_index="17016" local_entity="0" value="0" />
+        <value cell_index="17017" local_entity="0" value="0" />
+        <value cell_index="17018" local_entity="0" value="0" />
+        <value cell_index="17019" local_entity="0" value="0" />
+        <value cell_index="17020" local_entity="0" value="0" />
+        <value cell_index="17021" local_entity="0" value="0" />
+        <value cell_index="17022" local_entity="0" value="0" />
+        <value cell_index="17023" local_entity="0" value="0" />
+        <value cell_index="17024" local_entity="0" value="0" />
+        <value cell_index="17025" local_entity="0" value="0" />
+        <value cell_index="17026" local_entity="0" value="0" />
+        <value cell_index="17027" local_entity="0" value="0" />
+        <value cell_index="17028" local_entity="0" value="0" />
+        <value cell_index="17029" local_entity="0" value="0" />
+        <value cell_index="17030" local_entity="0" value="0" />
+        <value cell_index="17031" local_entity="0" value="0" />
+        <value cell_index="17032" local_entity="0" value="0" />
+        <value cell_index="17033" local_entity="0" value="0" />
+        <value cell_index="17034" local_entity="0" value="0" />
+        <value cell_index="17035" local_entity="0" value="0" />
+        <value cell_index="17036" local_entity="0" value="0" />
+        <value cell_index="17037" local_entity="0" value="0" />
+        <value cell_index="17038" local_entity="0" value="0" />
+        <value cell_index="17039" local_entity="0" value="0" />
+        <value cell_index="17040" local_entity="0" value="0" />
+        <value cell_index="17041" local_entity="0" value="0" />
+        <value cell_index="17042" local_entity="0" value="0" />
+        <value cell_index="17043" local_entity="0" value="0" />
+        <value cell_index="17044" local_entity="0" value="0" />
+        <value cell_index="17045" local_entity="0" value="0" />
+        <value cell_index="17046" local_entity="0" value="0" />
+        <value cell_index="17047" local_entity="0" value="0" />
+        <value cell_index="17048" local_entity="0" value="0" />
+        <value cell_index="17049" local_entity="0" value="0" />
+        <value cell_index="17050" local_entity="0" value="0" />
+        <value cell_index="17051" local_entity="0" value="0" />
+        <value cell_index="17052" local_entity="0" value="0" />
+        <value cell_index="17053" local_entity="0" value="0" />
+        <value cell_index="17054" local_entity="0" value="0" />
+        <value cell_index="17055" local_entity="0" value="0" />
+        <value cell_index="17056" local_entity="0" value="0" />
+        <value cell_index="17057" local_entity="0" value="0" />
+        <value cell_index="17058" local_entity="0" value="0" />
+        <value cell_index="17059" local_entity="0" value="0" />
+        <value cell_index="17060" local_entity="0" value="0" />
+        <value cell_index="17061" local_entity="0" value="0" />
+        <value cell_index="17062" local_entity="0" value="0" />
+        <value cell_index="17063" local_entity="0" value="0" />
+        <value cell_index="17064" local_entity="0" value="0" />
+        <value cell_index="17065" local_entity="0" value="0" />
+        <value cell_index="17066" local_entity="0" value="0" />
+        <value cell_index="17067" local_entity="0" value="0" />
+        <value cell_index="17068" local_entity="0" value="0" />
+        <value cell_index="17069" local_entity="0" value="0" />
+        <value cell_index="17070" local_entity="0" value="0" />
+        <value cell_index="17071" local_entity="0" value="0" />
+        <value cell_index="17072" local_entity="0" value="0" />
+        <value cell_index="17073" local_entity="0" value="0" />
+        <value cell_index="17074" local_entity="0" value="0" />
+        <value cell_index="17075" local_entity="0" value="0" />
+        <value cell_index="17076" local_entity="0" value="0" />
+        <value cell_index="17077" local_entity="0" value="0" />
+        <value cell_index="17078" local_entity="0" value="0" />
+        <value cell_index="17079" local_entity="0" value="0" />
+        <value cell_index="17080" local_entity="0" value="0" />
+        <value cell_index="17081" local_entity="0" value="0" />
+        <value cell_index="17082" local_entity="0" value="0" />
+        <value cell_index="17083" local_entity="0" value="0" />
+        <value cell_index="17084" local_entity="0" value="0" />
+        <value cell_index="17085" local_entity="0" value="0" />
+        <value cell_index="17086" local_entity="0" value="0" />
+        <value cell_index="17087" local_entity="0" value="0" />
+        <value cell_index="17088" local_entity="0" value="0" />
+        <value cell_index="17089" local_entity="0" value="0" />
+        <value cell_index="17090" local_entity="0" value="0" />
+        <value cell_index="17091" local_entity="0" value="0" />
+        <value cell_index="17092" local_entity="0" value="0" />
+        <value cell_index="17093" local_entity="0" value="0" />
+        <value cell_index="17094" local_entity="0" value="0" />
+        <value cell_index="17095" local_entity="0" value="0" />
+        <value cell_index="17096" local_entity="0" value="0" />
+        <value cell_index="17097" local_entity="0" value="0" />
+        <value cell_index="17098" local_entity="0" value="0" />
+        <value cell_index="17099" local_entity="0" value="0" />
+        <value cell_index="17100" local_entity="0" value="0" />
+        <value cell_index="17101" local_entity="0" value="0" />
+        <value cell_index="17102" local_entity="0" value="0" />
+        <value cell_index="17103" local_entity="0" value="0" />
+        <value cell_index="17104" local_entity="0" value="0" />
+        <value cell_index="17105" local_entity="0" value="0" />
+        <value cell_index="17106" local_entity="0" value="0" />
+        <value cell_index="17107" local_entity="0" value="0" />
+        <value cell_index="17108" local_entity="0" value="0" />
+        <value cell_index="17109" local_entity="0" value="0" />
+        <value cell_index="17110" local_entity="0" value="0" />
+        <value cell_index="17111" local_entity="0" value="0" />
+        <value cell_index="17112" local_entity="0" value="0" />
+        <value cell_index="17113" local_entity="0" value="0" />
+        <value cell_index="17114" local_entity="0" value="0" />
+        <value cell_index="17115" local_entity="0" value="0" />
+        <value cell_index="17116" local_entity="0" value="0" />
+        <value cell_index="17117" local_entity="0" value="0" />
+        <value cell_index="17118" local_entity="0" value="0" />
+        <value cell_index="17119" local_entity="0" value="0" />
+        <value cell_index="17120" local_entity="0" value="0" />
+        <value cell_index="17121" local_entity="0" value="0" />
+        <value cell_index="17122" local_entity="0" value="0" />
+        <value cell_index="17123" local_entity="0" value="0" />
+        <value cell_index="17124" local_entity="0" value="0" />
+        <value cell_index="17125" local_entity="0" value="0" />
+        <value cell_index="17126" local_entity="0" value="0" />
+        <value cell_index="17127" local_entity="0" value="0" />
+        <value cell_index="17128" local_entity="0" value="0" />
+        <value cell_index="17129" local_entity="0" value="0" />
+        <value cell_index="17130" local_entity="0" value="0" />
+        <value cell_index="17131" local_entity="0" value="0" />
+        <value cell_index="17132" local_entity="0" value="0" />
+        <value cell_index="17133" local_entity="0" value="0" />
+        <value cell_index="17134" local_entity="0" value="0" />
+        <value cell_index="17135" local_entity="0" value="0" />
+        <value cell_index="17136" local_entity="0" value="0" />
+        <value cell_index="17137" local_entity="0" value="0" />
+        <value cell_index="17138" local_entity="0" value="0" />
+        <value cell_index="17139" local_entity="0" value="0" />
+        <value cell_index="17140" local_entity="0" value="0" />
+        <value cell_index="17141" local_entity="0" value="0" />
+        <value cell_index="17142" local_entity="0" value="0" />
+        <value cell_index="17143" local_entity="0" value="0" />
+        <value cell_index="17144" local_entity="0" value="0" />
+        <value cell_index="17145" local_entity="0" value="0" />
+        <value cell_index="17146" local_entity="0" value="0" />
+        <value cell_index="17147" local_entity="0" value="0" />
+        <value cell_index="17148" local_entity="0" value="0" />
+        <value cell_index="17149" local_entity="0" value="0" />
+        <value cell_index="17150" local_entity="0" value="0" />
+        <value cell_index="17151" local_entity="0" value="0" />
+        <value cell_index="17152" local_entity="0" value="0" />
+        <value cell_index="17153" local_entity="0" value="0" />
+        <value cell_index="17154" local_entity="0" value="0" />
+        <value cell_index="17155" local_entity="0" value="0" />
+        <value cell_index="17156" local_entity="0" value="0" />
+        <value cell_index="17157" local_entity="0" value="0" />
+        <value cell_index="17158" local_entity="0" value="0" />
+        <value cell_index="17159" local_entity="0" value="0" />
+        <value cell_index="17160" local_entity="0" value="0" />
+        <value cell_index="17161" local_entity="0" value="0" />
+        <value cell_index="17162" local_entity="0" value="0" />
+        <value cell_index="17163" local_entity="0" value="0" />
+        <value cell_index="17164" local_entity="0" value="0" />
+        <value cell_index="17165" local_entity="0" value="0" />
+        <value cell_index="17166" local_entity="0" value="0" />
+        <value cell_index="17167" local_entity="0" value="0" />
+        <value cell_index="17168" local_entity="0" value="0" />
+        <value cell_index="17169" local_entity="0" value="0" />
+        <value cell_index="17170" local_entity="0" value="0" />
+        <value cell_index="17171" local_entity="0" value="0" />
+        <value cell_index="17172" local_entity="0" value="0" />
+        <value cell_index="17173" local_entity="0" value="0" />
+        <value cell_index="17174" local_entity="0" value="0" />
+        <value cell_index="17175" local_entity="0" value="0" />
+        <value cell_index="17176" local_entity="0" value="0" />
+        <value cell_index="17177" local_entity="0" value="0" />
+        <value cell_index="17178" local_entity="0" value="0" />
+        <value cell_index="17179" local_entity="0" value="0" />
+        <value cell_index="17180" local_entity="0" value="0" />
+        <value cell_index="17181" local_entity="0" value="0" />
+        <value cell_index="17182" local_entity="0" value="0" />
+        <value cell_index="17183" local_entity="0" value="0" />
+        <value cell_index="17184" local_entity="0" value="0" />
+        <value cell_index="17185" local_entity="0" value="0" />
+        <value cell_index="17186" local_entity="0" value="0" />
+        <value cell_index="17187" local_entity="0" value="0" />
+        <value cell_index="17188" local_entity="0" value="0" />
+        <value cell_index="17189" local_entity="0" value="0" />
+        <value cell_index="17190" local_entity="0" value="0" />
+        <value cell_index="17191" local_entity="0" value="0" />
+        <value cell_index="17192" local_entity="0" value="0" />
+        <value cell_index="17193" local_entity="0" value="0" />
+        <value cell_index="17194" local_entity="0" value="0" />
+        <value cell_index="17195" local_entity="0" value="0" />
+        <value cell_index="17196" local_entity="0" value="0" />
+        <value cell_index="17197" local_entity="0" value="0" />
+        <value cell_index="17198" local_entity="0" value="0" />
+        <value cell_index="17199" local_entity="0" value="0" />
+        <value cell_index="17200" local_entity="0" value="0" />
+        <value cell_index="17201" local_entity="0" value="0" />
+        <value cell_index="17202" local_entity="0" value="0" />
+        <value cell_index="17203" local_entity="0" value="0" />
+        <value cell_index="17204" local_entity="0" value="0" />
+        <value cell_index="17205" local_entity="0" value="0" />
+        <value cell_index="17206" local_entity="0" value="0" />
+        <value cell_index="17207" local_entity="0" value="0" />
+        <value cell_index="17208" local_entity="0" value="0" />
+        <value cell_index="17209" local_entity="0" value="0" />
+        <value cell_index="17210" local_entity="0" value="0" />
+        <value cell_index="17211" local_entity="0" value="0" />
+        <value cell_index="17212" local_entity="0" value="0" />
+        <value cell_index="17213" local_entity="0" value="0" />
+        <value cell_index="17214" local_entity="0" value="0" />
+        <value cell_index="17215" local_entity="0" value="0" />
+        <value cell_index="17216" local_entity="0" value="0" />
+        <value cell_index="17217" local_entity="0" value="0" />
+        <value cell_index="17218" local_entity="0" value="0" />
+        <value cell_index="17219" local_entity="0" value="0" />
+        <value cell_index="17220" local_entity="0" value="0" />
+        <value cell_index="17221" local_entity="0" value="0" />
+        <value cell_index="17222" local_entity="0" value="0" />
+        <value cell_index="17223" local_entity="0" value="0" />
+        <value cell_index="17224" local_entity="0" value="0" />
+        <value cell_index="17225" local_entity="0" value="0" />
+        <value cell_index="17226" local_entity="0" value="0" />
+        <value cell_index="17227" local_entity="0" value="0" />
+        <value cell_index="17228" local_entity="0" value="0" />
+        <value cell_index="17229" local_entity="0" value="0" />
+        <value cell_index="17230" local_entity="0" value="0" />
+        <value cell_index="17231" local_entity="0" value="0" />
+        <value cell_index="17232" local_entity="0" value="0" />
+        <value cell_index="17233" local_entity="0" value="0" />
+        <value cell_index="17234" local_entity="0" value="0" />
+        <value cell_index="17235" local_entity="0" value="0" />
+        <value cell_index="17236" local_entity="0" value="0" />
+        <value cell_index="17237" local_entity="0" value="0" />
+        <value cell_index="17238" local_entity="0" value="0" />
+        <value cell_index="17239" local_entity="0" value="0" />
+        <value cell_index="17240" local_entity="0" value="0" />
+        <value cell_index="17241" local_entity="0" value="0" />
+        <value cell_index="17242" local_entity="0" value="0" />
+        <value cell_index="17243" local_entity="0" value="0" />
+        <value cell_index="17244" local_entity="0" value="0" />
+        <value cell_index="17245" local_entity="0" value="0" />
+        <value cell_index="17246" local_entity="0" value="0" />
+        <value cell_index="17247" local_entity="0" value="0" />
+        <value cell_index="17248" local_entity="0" value="0" />
+        <value cell_index="17249" local_entity="0" value="0" />
+        <value cell_index="17250" local_entity="0" value="0" />
+        <value cell_index="17251" local_entity="0" value="0" />
+        <value cell_index="17252" local_entity="0" value="0" />
+        <value cell_index="17253" local_entity="0" value="0" />
+        <value cell_index="17254" local_entity="0" value="0" />
+        <value cell_index="17255" local_entity="0" value="0" />
+        <value cell_index="17256" local_entity="0" value="0" />
+        <value cell_index="17257" local_entity="0" value="0" />
+        <value cell_index="17258" local_entity="0" value="0" />
+        <value cell_index="17259" local_entity="0" value="0" />
+        <value cell_index="17260" local_entity="0" value="0" />
+        <value cell_index="17261" local_entity="0" value="0" />
+        <value cell_index="17262" local_entity="0" value="0" />
+        <value cell_index="17263" local_entity="0" value="0" />
+        <value cell_index="17264" local_entity="0" value="0" />
+        <value cell_index="17265" local_entity="0" value="0" />
+        <value cell_index="17266" local_entity="0" value="0" />
+        <value cell_index="17267" local_entity="0" value="0" />
+        <value cell_index="17268" local_entity="0" value="0" />
+        <value cell_index="17269" local_entity="0" value="0" />
+        <value cell_index="17270" local_entity="0" value="0" />
+        <value cell_index="17271" local_entity="0" value="0" />
+        <value cell_index="17272" local_entity="0" value="0" />
+        <value cell_index="17273" local_entity="0" value="0" />
+        <value cell_index="17274" local_entity="0" value="0" />
+        <value cell_index="17275" local_entity="0" value="0" />
+        <value cell_index="17276" local_entity="0" value="0" />
+        <value cell_index="17277" local_entity="0" value="0" />
+        <value cell_index="17278" local_entity="0" value="0" />
+        <value cell_index="17279" local_entity="0" value="0" />
+        <value cell_index="17280" local_entity="0" value="0" />
+        <value cell_index="17281" local_entity="0" value="0" />
+        <value cell_index="17282" local_entity="0" value="0" />
+        <value cell_index="17283" local_entity="0" value="0" />
+        <value cell_index="17284" local_entity="0" value="0" />
+        <value cell_index="17285" local_entity="0" value="0" />
+        <value cell_index="17286" local_entity="0" value="0" />
+        <value cell_index="17287" local_entity="0" value="0" />
+        <value cell_index="17288" local_entity="0" value="0" />
+        <value cell_index="17289" local_entity="0" value="0" />
+        <value cell_index="17290" local_entity="0" value="0" />
+        <value cell_index="17291" local_entity="0" value="0" />
+        <value cell_index="17292" local_entity="0" value="0" />
+        <value cell_index="17293" local_entity="0" value="0" />
+        <value cell_index="17294" local_entity="0" value="0" />
+        <value cell_index="17295" local_entity="0" value="0" />
+        <value cell_index="17296" local_entity="0" value="0" />
+        <value cell_index="17297" local_entity="0" value="0" />
+        <value cell_index="17298" local_entity="0" value="0" />
+        <value cell_index="17299" local_entity="0" value="0" />
+        <value cell_index="17300" local_entity="0" value="0" />
+        <value cell_index="17301" local_entity="0" value="0" />
+        <value cell_index="17302" local_entity="0" value="0" />
+        <value cell_index="17303" local_entity="0" value="0" />
+        <value cell_index="17304" local_entity="0" value="0" />
+        <value cell_index="17305" local_entity="0" value="0" />
+        <value cell_index="17306" local_entity="0" value="0" />
+        <value cell_index="17307" local_entity="0" value="0" />
+        <value cell_index="17308" local_entity="0" value="0" />
+        <value cell_index="17309" local_entity="0" value="0" />
+        <value cell_index="17310" local_entity="0" value="0" />
+        <value cell_index="17311" local_entity="0" value="0" />
+        <value cell_index="17312" local_entity="0" value="0" />
+        <value cell_index="17313" local_entity="0" value="0" />
+        <value cell_index="17314" local_entity="0" value="0" />
+        <value cell_index="17315" local_entity="0" value="0" />
+        <value cell_index="17316" local_entity="0" value="0" />
+        <value cell_index="17317" local_entity="0" value="0" />
+        <value cell_index="17318" local_entity="0" value="0" />
+        <value cell_index="17319" local_entity="0" value="0" />
+        <value cell_index="17320" local_entity="0" value="0" />
+        <value cell_index="17321" local_entity="0" value="0" />
+        <value cell_index="17322" local_entity="0" value="0" />
+        <value cell_index="17323" local_entity="0" value="0" />
+        <value cell_index="17324" local_entity="0" value="0" />
+        <value cell_index="17325" local_entity="0" value="0" />
+        <value cell_index="17326" local_entity="0" value="0" />
+        <value cell_index="17327" local_entity="0" value="0" />
+        <value cell_index="17328" local_entity="0" value="0" />
+        <value cell_index="17329" local_entity="0" value="0" />
+        <value cell_index="17330" local_entity="0" value="0" />
+        <value cell_index="17331" local_entity="0" value="0" />
+        <value cell_index="17332" local_entity="0" value="0" />
+        <value cell_index="17333" local_entity="0" value="0" />
+        <value cell_index="17334" local_entity="0" value="0" />
+        <value cell_index="17335" local_entity="0" value="0" />
+        <value cell_index="17336" local_entity="0" value="0" />
+        <value cell_index="17337" local_entity="0" value="0" />
+        <value cell_index="17338" local_entity="0" value="0" />
+        <value cell_index="17339" local_entity="0" value="0" />
+        <value cell_index="17340" local_entity="0" value="0" />
+        <value cell_index="17341" local_entity="0" value="0" />
+        <value cell_index="17342" local_entity="0" value="0" />
+        <value cell_index="17343" local_entity="0" value="0" />
+        <value cell_index="17344" local_entity="0" value="0" />
+        <value cell_index="17345" local_entity="0" value="0" />
+        <value cell_index="17346" local_entity="0" value="0" />
+        <value cell_index="17347" local_entity="0" value="0" />
+        <value cell_index="17348" local_entity="0" value="0" />
+        <value cell_index="17349" local_entity="0" value="0" />
+        <value cell_index="17350" local_entity="0" value="0" />
+        <value cell_index="17351" local_entity="0" value="0" />
+        <value cell_index="17352" local_entity="0" value="0" />
+        <value cell_index="17353" local_entity="0" value="0" />
+        <value cell_index="17354" local_entity="0" value="0" />
+        <value cell_index="17355" local_entity="0" value="0" />
+        <value cell_index="17356" local_entity="0" value="0" />
+        <value cell_index="17357" local_entity="0" value="0" />
+        <value cell_index="17358" local_entity="0" value="0" />
+        <value cell_index="17359" local_entity="0" value="0" />
+        <value cell_index="17360" local_entity="0" value="0" />
+        <value cell_index="17361" local_entity="0" value="0" />
+        <value cell_index="17362" local_entity="0" value="0" />
+        <value cell_index="17363" local_entity="0" value="0" />
+        <value cell_index="17364" local_entity="0" value="0" />
+        <value cell_index="17365" local_entity="0" value="0" />
+        <value cell_index="17366" local_entity="0" value="0" />
+        <value cell_index="17367" local_entity="0" value="0" />
+        <value cell_index="17368" local_entity="0" value="0" />
+        <value cell_index="17369" local_entity="0" value="0" />
+        <value cell_index="17370" local_entity="0" value="0" />
+        <value cell_index="17371" local_entity="0" value="0" />
+        <value cell_index="17372" local_entity="0" value="0" />
+        <value cell_index="17373" local_entity="0" value="0" />
+        <value cell_index="17374" local_entity="0" value="0" />
+        <value cell_index="17375" local_entity="0" value="0" />
+        <value cell_index="17376" local_entity="0" value="0" />
+        <value cell_index="17377" local_entity="0" value="0" />
+        <value cell_index="17378" local_entity="0" value="0" />
+        <value cell_index="17379" local_entity="0" value="0" />
+        <value cell_index="17380" local_entity="0" value="0" />
+        <value cell_index="17381" local_entity="0" value="0" />
+        <value cell_index="17382" local_entity="0" value="0" />
+        <value cell_index="17383" local_entity="0" value="0" />
+        <value cell_index="17384" local_entity="0" value="0" />
+        <value cell_index="17385" local_entity="0" value="0" />
+        <value cell_index="17386" local_entity="0" value="0" />
+        <value cell_index="17387" local_entity="0" value="0" />
+        <value cell_index="17388" local_entity="0" value="0" />
+        <value cell_index="17389" local_entity="0" value="0" />
+        <value cell_index="17390" local_entity="0" value="0" />
+        <value cell_index="17391" local_entity="0" value="0" />
+        <value cell_index="17392" local_entity="0" value="0" />
+        <value cell_index="17393" local_entity="0" value="0" />
+        <value cell_index="17394" local_entity="0" value="0" />
+        <value cell_index="17395" local_entity="0" value="0" />
+        <value cell_index="17396" local_entity="0" value="0" />
+        <value cell_index="17397" local_entity="0" value="0" />
+        <value cell_index="17398" local_entity="0" value="0" />
+        <value cell_index="17399" local_entity="0" value="0" />
+        <value cell_index="17400" local_entity="0" value="0" />
+        <value cell_index="17401" local_entity="0" value="0" />
+        <value cell_index="17402" local_entity="0" value="0" />
+        <value cell_index="17403" local_entity="0" value="0" />
+        <value cell_index="17404" local_entity="0" value="0" />
+        <value cell_index="17405" local_entity="0" value="0" />
+        <value cell_index="17406" local_entity="0" value="0" />
+        <value cell_index="17407" local_entity="0" value="0" />
+        <value cell_index="17408" local_entity="0" value="0" />
+        <value cell_index="17409" local_entity="0" value="0" />
+        <value cell_index="17410" local_entity="0" value="0" />
+        <value cell_index="17411" local_entity="0" value="0" />
+        <value cell_index="17412" local_entity="0" value="0" />
+        <value cell_index="17413" local_entity="0" value="0" />
+        <value cell_index="17414" local_entity="0" value="0" />
+        <value cell_index="17415" local_entity="0" value="0" />
+        <value cell_index="17416" local_entity="0" value="0" />
+        <value cell_index="17417" local_entity="0" value="0" />
+        <value cell_index="17418" local_entity="0" value="0" />
+        <value cell_index="17419" local_entity="0" value="0" />
+        <value cell_index="17420" local_entity="0" value="0" />
+        <value cell_index="17421" local_entity="0" value="0" />
+        <value cell_index="17422" local_entity="0" value="0" />
+        <value cell_index="17423" local_entity="0" value="0" />
+        <value cell_index="17424" local_entity="0" value="0" />
+        <value cell_index="17425" local_entity="0" value="0" />
+        <value cell_index="17426" local_entity="0" value="0" />
+        <value cell_index="17427" local_entity="0" value="0" />
+        <value cell_index="17428" local_entity="0" value="0" />
+        <value cell_index="17429" local_entity="0" value="0" />
+        <value cell_index="17430" local_entity="0" value="0" />
+        <value cell_index="17431" local_entity="0" value="0" />
+        <value cell_index="17432" local_entity="0" value="0" />
+        <value cell_index="17433" local_entity="0" value="0" />
+        <value cell_index="17434" local_entity="0" value="0" />
+        <value cell_index="17435" local_entity="0" value="0" />
+        <value cell_index="17436" local_entity="0" value="0" />
+        <value cell_index="17437" local_entity="0" value="0" />
+        <value cell_index="17438" local_entity="0" value="0" />
+        <value cell_index="17439" local_entity="0" value="0" />
+        <value cell_index="17440" local_entity="0" value="0" />
+        <value cell_index="17441" local_entity="0" value="0" />
+        <value cell_index="17442" local_entity="0" value="0" />
+        <value cell_index="17443" local_entity="0" value="0" />
+        <value cell_index="17444" local_entity="0" value="0" />
+        <value cell_index="17445" local_entity="0" value="0" />
+        <value cell_index="17446" local_entity="0" value="0" />
+        <value cell_index="17447" local_entity="0" value="0" />
+        <value cell_index="17448" local_entity="0" value="0" />
+        <value cell_index="17449" local_entity="0" value="0" />
+        <value cell_index="17450" local_entity="0" value="0" />
+        <value cell_index="17451" local_entity="0" value="0" />
+        <value cell_index="17452" local_entity="0" value="0" />
+        <value cell_index="17453" local_entity="0" value="0" />
+        <value cell_index="17454" local_entity="0" value="0" />
+        <value cell_index="17455" local_entity="0" value="0" />
+        <value cell_index="17456" local_entity="0" value="0" />
+        <value cell_index="17457" local_entity="0" value="0" />
+        <value cell_index="17458" local_entity="0" value="0" />
+        <value cell_index="17459" local_entity="0" value="0" />
+        <value cell_index="17460" local_entity="0" value="0" />
+        <value cell_index="17461" local_entity="0" value="0" />
+        <value cell_index="17462" local_entity="0" value="0" />
+        <value cell_index="17463" local_entity="0" value="0" />
+        <value cell_index="17464" local_entity="0" value="0" />
+        <value cell_index="17465" local_entity="0" value="0" />
+        <value cell_index="17466" local_entity="0" value="0" />
+        <value cell_index="17467" local_entity="0" value="0" />
+        <value cell_index="17468" local_entity="0" value="0" />
+        <value cell_index="17469" local_entity="0" value="0" />
+        <value cell_index="17470" local_entity="0" value="0" />
+        <value cell_index="17471" local_entity="0" value="0" />
+        <value cell_index="17472" local_entity="0" value="0" />
+        <value cell_index="17473" local_entity="0" value="0" />
+        <value cell_index="17474" local_entity="0" value="0" />
+        <value cell_index="17475" local_entity="0" value="0" />
+        <value cell_index="17476" local_entity="0" value="0" />
+        <value cell_index="17477" local_entity="0" value="0" />
+        <value cell_index="17478" local_entity="0" value="0" />
+        <value cell_index="17479" local_entity="0" value="0" />
+        <value cell_index="17480" local_entity="0" value="0" />
+        <value cell_index="17481" local_entity="0" value="0" />
+        <value cell_index="17482" local_entity="0" value="0" />
+        <value cell_index="17483" local_entity="0" value="0" />
+        <value cell_index="17484" local_entity="0" value="0" />
+        <value cell_index="17485" local_entity="0" value="0" />
+        <value cell_index="17486" local_entity="0" value="0" />
+        <value cell_index="17487" local_entity="0" value="0" />
+        <value cell_index="17488" local_entity="0" value="0" />
+        <value cell_index="17489" local_entity="0" value="0" />
+        <value cell_index="17490" local_entity="0" value="0" />
+        <value cell_index="17491" local_entity="0" value="0" />
+        <value cell_index="17492" local_entity="0" value="0" />
+        <value cell_index="17493" local_entity="0" value="0" />
+        <value cell_index="17494" local_entity="0" value="0" />
+        <value cell_index="17495" local_entity="0" value="0" />
+        <value cell_index="17496" local_entity="0" value="0" />
+        <value cell_index="17497" local_entity="0" value="0" />
+        <value cell_index="17498" local_entity="0" value="0" />
+        <value cell_index="17499" local_entity="0" value="0" />
+        <value cell_index="17500" local_entity="0" value="0" />
+        <value cell_index="17501" local_entity="0" value="0" />
+        <value cell_index="17502" local_entity="0" value="0" />
+        <value cell_index="17503" local_entity="0" value="0" />
+        <value cell_index="17504" local_entity="0" value="0" />
+        <value cell_index="17505" local_entity="0" value="0" />
+        <value cell_index="17506" local_entity="0" value="0" />
+        <value cell_index="17507" local_entity="0" value="0" />
+        <value cell_index="17508" local_entity="0" value="0" />
+        <value cell_index="17509" local_entity="0" value="0" />
+        <value cell_index="17510" local_entity="0" value="0" />
+        <value cell_index="17511" local_entity="0" value="0" />
+        <value cell_index="17512" local_entity="0" value="0" />
+        <value cell_index="17513" local_entity="0" value="0" />
+        <value cell_index="17514" local_entity="0" value="0" />
+        <value cell_index="17515" local_entity="0" value="0" />
+        <value cell_index="17516" local_entity="0" value="0" />
+        <value cell_index="17517" local_entity="0" value="0" />
+        <value cell_index="17518" local_entity="0" value="0" />
+        <value cell_index="17519" local_entity="0" value="0" />
+        <value cell_index="17520" local_entity="0" value="0" />
+        <value cell_index="17521" local_entity="0" value="0" />
+        <value cell_index="17522" local_entity="0" value="0" />
+        <value cell_index="17523" local_entity="0" value="0" />
+        <value cell_index="17524" local_entity="0" value="0" />
+        <value cell_index="17525" local_entity="0" value="0" />
+        <value cell_index="17526" local_entity="0" value="0" />
+        <value cell_index="17527" local_entity="0" value="0" />
+        <value cell_index="17528" local_entity="0" value="0" />
+        <value cell_index="17529" local_entity="0" value="0" />
+        <value cell_index="17530" local_entity="0" value="0" />
+        <value cell_index="17531" local_entity="0" value="0" />
+        <value cell_index="17532" local_entity="0" value="0" />
+        <value cell_index="17533" local_entity="0" value="0" />
+        <value cell_index="17534" local_entity="0" value="0" />
+        <value cell_index="17535" local_entity="0" value="0" />
+        <value cell_index="17536" local_entity="0" value="0" />
+        <value cell_index="17537" local_entity="0" value="0" />
+        <value cell_index="17538" local_entity="0" value="0" />
+        <value cell_index="17539" local_entity="0" value="0" />
+        <value cell_index="17540" local_entity="0" value="0" />
+        <value cell_index="17541" local_entity="0" value="0" />
+        <value cell_index="17542" local_entity="0" value="0" />
+        <value cell_index="17543" local_entity="0" value="0" />
+        <value cell_index="17544" local_entity="0" value="0" />
+        <value cell_index="17545" local_entity="0" value="0" />
+        <value cell_index="17546" local_entity="0" value="0" />
+        <value cell_index="17547" local_entity="0" value="0" />
+        <value cell_index="17548" local_entity="0" value="0" />
+        <value cell_index="17549" local_entity="0" value="0" />
+        <value cell_index="17550" local_entity="0" value="0" />
+        <value cell_index="17551" local_entity="0" value="0" />
+        <value cell_index="17552" local_entity="0" value="0" />
+        <value cell_index="17553" local_entity="0" value="0" />
+        <value cell_index="17554" local_entity="0" value="0" />
+        <value cell_index="17555" local_entity="0" value="0" />
+        <value cell_index="17556" local_entity="0" value="0" />
+        <value cell_index="17557" local_entity="0" value="0" />
+        <value cell_index="17558" local_entity="0" value="0" />
+        <value cell_index="17559" local_entity="0" value="0" />
+        <value cell_index="17560" local_entity="0" value="0" />
+        <value cell_index="17561" local_entity="0" value="0" />
+        <value cell_index="17562" local_entity="0" value="0" />
+        <value cell_index="17563" local_entity="0" value="0" />
+        <value cell_index="17564" local_entity="0" value="0" />
+        <value cell_index="17565" local_entity="0" value="0" />
+        <value cell_index="17566" local_entity="0" value="0" />
+        <value cell_index="17567" local_entity="0" value="0" />
+        <value cell_index="17568" local_entity="0" value="0" />
+        <value cell_index="17569" local_entity="0" value="0" />
+        <value cell_index="17570" local_entity="0" value="0" />
+        <value cell_index="17571" local_entity="0" value="0" />
+        <value cell_index="17572" local_entity="0" value="0" />
+        <value cell_index="17573" local_entity="0" value="0" />
+        <value cell_index="17574" local_entity="0" value="0" />
+        <value cell_index="17575" local_entity="0" value="0" />
+        <value cell_index="17576" local_entity="0" value="0" />
+        <value cell_index="17577" local_entity="0" value="0" />
+        <value cell_index="17578" local_entity="0" value="0" />
+        <value cell_index="17579" local_entity="0" value="0" />
+        <value cell_index="17580" local_entity="0" value="0" />
+        <value cell_index="17581" local_entity="0" value="0" />
+        <value cell_index="17582" local_entity="0" value="0" />
+        <value cell_index="17583" local_entity="0" value="0" />
+        <value cell_index="17584" local_entity="0" value="0" />
+        <value cell_index="17585" local_entity="0" value="0" />
+        <value cell_index="17586" local_entity="0" value="0" />
+        <value cell_index="17587" local_entity="0" value="0" />
+        <value cell_index="17588" local_entity="0" value="0" />
+        <value cell_index="17589" local_entity="0" value="0" />
+        <value cell_index="17590" local_entity="0" value="0" />
+        <value cell_index="17591" local_entity="0" value="0" />
+        <value cell_index="17592" local_entity="0" value="0" />
+        <value cell_index="17593" local_entity="0" value="0" />
+        <value cell_index="17594" local_entity="0" value="0" />
+        <value cell_index="17595" local_entity="0" value="0" />
+        <value cell_index="17596" local_entity="0" value="0" />
+        <value cell_index="17597" local_entity="0" value="0" />
+        <value cell_index="17598" local_entity="0" value="0" />
+        <value cell_index="17599" local_entity="0" value="0" />
+        <value cell_index="17600" local_entity="0" value="0" />
+        <value cell_index="17601" local_entity="0" value="0" />
+        <value cell_index="17602" local_entity="0" value="0" />
+        <value cell_index="17603" local_entity="0" value="0" />
+        <value cell_index="17604" local_entity="0" value="0" />
+        <value cell_index="17605" local_entity="0" value="0" />
+        <value cell_index="17606" local_entity="0" value="0" />
+        <value cell_index="17607" local_entity="0" value="0" />
+        <value cell_index="17608" local_entity="0" value="0" />
+        <value cell_index="17609" local_entity="0" value="0" />
+        <value cell_index="17610" local_entity="0" value="0" />
+        <value cell_index="17611" local_entity="0" value="0" />
+        <value cell_index="17612" local_entity="0" value="0" />
+        <value cell_index="17613" local_entity="0" value="0" />
+        <value cell_index="17614" local_entity="0" value="0" />
+        <value cell_index="17615" local_entity="0" value="0" />
+        <value cell_index="17616" local_entity="0" value="0" />
+        <value cell_index="17617" local_entity="0" value="0" />
+        <value cell_index="17618" local_entity="0" value="0" />
+        <value cell_index="17619" local_entity="0" value="0" />
+        <value cell_index="17620" local_entity="0" value="0" />
+        <value cell_index="17621" local_entity="0" value="0" />
+        <value cell_index="17622" local_entity="0" value="0" />
+        <value cell_index="17623" local_entity="0" value="0" />
+        <value cell_index="17624" local_entity="0" value="0" />
+        <value cell_index="17625" local_entity="0" value="0" />
+        <value cell_index="17626" local_entity="0" value="0" />
+        <value cell_index="17627" local_entity="0" value="0" />
+        <value cell_index="17628" local_entity="0" value="0" />
+        <value cell_index="17629" local_entity="0" value="0" />
+        <value cell_index="17630" local_entity="0" value="0" />
+        <value cell_index="17631" local_entity="0" value="0" />
+        <value cell_index="17632" local_entity="0" value="0" />
+        <value cell_index="17633" local_entity="0" value="0" />
+        <value cell_index="17634" local_entity="0" value="0" />
+        <value cell_index="17635" local_entity="0" value="0" />
+        <value cell_index="17636" local_entity="0" value="0" />
+        <value cell_index="17637" local_entity="0" value="0" />
+        <value cell_index="17638" local_entity="0" value="0" />
+        <value cell_index="17639" local_entity="0" value="0" />
+        <value cell_index="17640" local_entity="0" value="0" />
+        <value cell_index="17641" local_entity="0" value="0" />
+        <value cell_index="17642" local_entity="0" value="0" />
+        <value cell_index="17643" local_entity="0" value="0" />
+        <value cell_index="17644" local_entity="0" value="0" />
+        <value cell_index="17645" local_entity="0" value="0" />
+        <value cell_index="17646" local_entity="0" value="0" />
+        <value cell_index="17647" local_entity="0" value="0" />
+        <value cell_index="17648" local_entity="0" value="0" />
+        <value cell_index="17649" local_entity="0" value="0" />
+        <value cell_index="17650" local_entity="0" value="0" />
+        <value cell_index="17651" local_entity="0" value="0" />
+        <value cell_index="17652" local_entity="0" value="0" />
+        <value cell_index="17653" local_entity="0" value="0" />
+        <value cell_index="17654" local_entity="0" value="0" />
+        <value cell_index="17655" local_entity="0" value="0" />
+        <value cell_index="17656" local_entity="0" value="0" />
+        <value cell_index="17657" local_entity="0" value="0" />
+        <value cell_index="17658" local_entity="0" value="0" />
+        <value cell_index="17659" local_entity="0" value="0" />
+        <value cell_index="17660" local_entity="0" value="0" />
+        <value cell_index="17661" local_entity="0" value="0" />
+        <value cell_index="17662" local_entity="0" value="0" />
+        <value cell_index="17663" local_entity="0" value="0" />
+        <value cell_index="17664" local_entity="0" value="0" />
+        <value cell_index="17665" local_entity="0" value="0" />
+        <value cell_index="17666" local_entity="0" value="0" />
+        <value cell_index="17667" local_entity="0" value="0" />
+        <value cell_index="17668" local_entity="0" value="0" />
+        <value cell_index="17669" local_entity="0" value="0" />
+        <value cell_index="17670" local_entity="0" value="0" />
+        <value cell_index="17671" local_entity="0" value="0" />
+        <value cell_index="17672" local_entity="0" value="0" />
+        <value cell_index="17673" local_entity="0" value="0" />
+        <value cell_index="17674" local_entity="0" value="0" />
+        <value cell_index="17675" local_entity="0" value="0" />
+        <value cell_index="17676" local_entity="0" value="0" />
+        <value cell_index="17677" local_entity="0" value="0" />
+        <value cell_index="17678" local_entity="0" value="0" />
+        <value cell_index="17679" local_entity="0" value="0" />
+        <value cell_index="17680" local_entity="0" value="0" />
+        <value cell_index="17681" local_entity="0" value="0" />
+        <value cell_index="17682" local_entity="0" value="0" />
+        <value cell_index="17683" local_entity="0" value="0" />
+        <value cell_index="17684" local_entity="0" value="0" />
+        <value cell_index="17685" local_entity="0" value="0" />
+        <value cell_index="17686" local_entity="0" value="0" />
+        <value cell_index="17687" local_entity="0" value="0" />
+        <value cell_index="17688" local_entity="0" value="0" />
+        <value cell_index="17689" local_entity="0" value="0" />
+        <value cell_index="17690" local_entity="0" value="0" />
+        <value cell_index="17691" local_entity="0" value="0" />
+        <value cell_index="17692" local_entity="0" value="0" />
+        <value cell_index="17693" local_entity="0" value="0" />
+        <value cell_index="17694" local_entity="0" value="0" />
+        <value cell_index="17695" local_entity="0" value="0" />
+        <value cell_index="17696" local_entity="0" value="0" />
+        <value cell_index="17697" local_entity="0" value="0" />
+        <value cell_index="17698" local_entity="0" value="0" />
+        <value cell_index="17699" local_entity="0" value="0" />
+        <value cell_index="17700" local_entity="0" value="0" />
+        <value cell_index="17701" local_entity="0" value="0" />
+        <value cell_index="17702" local_entity="0" value="0" />
+        <value cell_index="17703" local_entity="0" value="0" />
+        <value cell_index="17704" local_entity="0" value="0" />
+        <value cell_index="17705" local_entity="0" value="0" />
+        <value cell_index="17706" local_entity="0" value="0" />
+        <value cell_index="17707" local_entity="0" value="0" />
+        <value cell_index="17708" local_entity="0" value="0" />
+        <value cell_index="17709" local_entity="0" value="0" />
+        <value cell_index="17710" local_entity="0" value="0" />
+        <value cell_index="17711" local_entity="0" value="0" />
+        <value cell_index="17712" local_entity="0" value="0" />
+        <value cell_index="17713" local_entity="0" value="0" />
+        <value cell_index="17714" local_entity="0" value="0" />
+        <value cell_index="17715" local_entity="0" value="0" />
+        <value cell_index="17716" local_entity="0" value="0" />
+        <value cell_index="17717" local_entity="0" value="0" />
+        <value cell_index="17718" local_entity="0" value="0" />
+        <value cell_index="17719" local_entity="0" value="0" />
+        <value cell_index="17720" local_entity="0" value="0" />
+        <value cell_index="17721" local_entity="0" value="0" />
+        <value cell_index="17722" local_entity="0" value="0" />
+        <value cell_index="17723" local_entity="0" value="0" />
+        <value cell_index="17724" local_entity="0" value="0" />
+        <value cell_index="17725" local_entity="0" value="0" />
+        <value cell_index="17726" local_entity="0" value="0" />
+        <value cell_index="17727" local_entity="0" value="0" />
+        <value cell_index="17728" local_entity="0" value="0" />
+        <value cell_index="17729" local_entity="0" value="0" />
+        <value cell_index="17730" local_entity="0" value="0" />
+        <value cell_index="17731" local_entity="0" value="0" />
+        <value cell_index="17732" local_entity="0" value="0" />
+        <value cell_index="17733" local_entity="0" value="0" />
+        <value cell_index="17734" local_entity="0" value="0" />
+        <value cell_index="17735" local_entity="0" value="0" />
+        <value cell_index="17736" local_entity="0" value="0" />
+        <value cell_index="17737" local_entity="0" value="0" />
+        <value cell_index="17738" local_entity="0" value="0" />
+        <value cell_index="17739" local_entity="0" value="0" />
+        <value cell_index="17740" local_entity="0" value="0" />
+        <value cell_index="17741" local_entity="0" value="0" />
+        <value cell_index="17742" local_entity="0" value="0" />
+        <value cell_index="17743" local_entity="0" value="0" />
+        <value cell_index="17744" local_entity="0" value="0" />
+        <value cell_index="17745" local_entity="0" value="0" />
+        <value cell_index="17746" local_entity="0" value="0" />
+        <value cell_index="17747" local_entity="0" value="0" />
+        <value cell_index="17748" local_entity="0" value="0" />
+        <value cell_index="17749" local_entity="0" value="0" />
+        <value cell_index="17750" local_entity="0" value="0" />
+        <value cell_index="17751" local_entity="0" value="0" />
+        <value cell_index="17752" local_entity="0" value="0" />
+        <value cell_index="17753" local_entity="0" value="0" />
+        <value cell_index="17754" local_entity="0" value="0" />
+        <value cell_index="17755" local_entity="0" value="0" />
+        <value cell_index="17756" local_entity="0" value="0" />
+        <value cell_index="17757" local_entity="0" value="0" />
+        <value cell_index="17758" local_entity="0" value="0" />
+        <value cell_index="17759" local_entity="0" value="0" />
+        <value cell_index="17760" local_entity="0" value="0" />
+        <value cell_index="17761" local_entity="0" value="0" />
+        <value cell_index="17762" local_entity="0" value="0" />
+        <value cell_index="17763" local_entity="0" value="0" />
+        <value cell_index="17764" local_entity="0" value="0" />
+        <value cell_index="17765" local_entity="0" value="0" />
+        <value cell_index="17766" local_entity="0" value="0" />
+        <value cell_index="17767" local_entity="0" value="0" />
+        <value cell_index="17768" local_entity="0" value="0" />
+        <value cell_index="17769" local_entity="0" value="0" />
+        <value cell_index="17770" local_entity="0" value="0" />
+        <value cell_index="17771" local_entity="0" value="0" />
+        <value cell_index="17772" local_entity="0" value="0" />
+        <value cell_index="17773" local_entity="0" value="0" />
+        <value cell_index="17774" local_entity="0" value="0" />
+        <value cell_index="17775" local_entity="0" value="0" />
+        <value cell_index="17776" local_entity="0" value="0" />
+        <value cell_index="17777" local_entity="0" value="0" />
+        <value cell_index="17778" local_entity="0" value="0" />
+        <value cell_index="17779" local_entity="0" value="0" />
+        <value cell_index="17780" local_entity="0" value="0" />
+        <value cell_index="17781" local_entity="0" value="0" />
+        <value cell_index="17782" local_entity="0" value="0" />
+        <value cell_index="17783" local_entity="0" value="0" />
+        <value cell_index="17784" local_entity="0" value="0" />
+        <value cell_index="17785" local_entity="0" value="0" />
+        <value cell_index="17786" local_entity="0" value="0" />
+        <value cell_index="17787" local_entity="0" value="0" />
+        <value cell_index="17788" local_entity="0" value="0" />
+        <value cell_index="17789" local_entity="0" value="0" />
+        <value cell_index="17790" local_entity="0" value="0" />
+        <value cell_index="17791" local_entity="0" value="0" />
+        <value cell_index="17792" local_entity="0" value="0" />
+        <value cell_index="17793" local_entity="0" value="0" />
+        <value cell_index="17794" local_entity="0" value="0" />
+        <value cell_index="17795" local_entity="0" value="0" />
+        <value cell_index="17796" local_entity="0" value="0" />
+        <value cell_index="17797" local_entity="0" value="0" />
+        <value cell_index="17798" local_entity="0" value="0" />
+        <value cell_index="17799" local_entity="0" value="0" />
+        <value cell_index="17800" local_entity="0" value="0" />
+        <value cell_index="17801" local_entity="0" value="0" />
+        <value cell_index="17802" local_entity="0" value="0" />
+        <value cell_index="17803" local_entity="0" value="0" />
+        <value cell_index="17804" local_entity="0" value="0" />
+        <value cell_index="17805" local_entity="0" value="0" />
+        <value cell_index="17806" local_entity="0" value="0" />
+        <value cell_index="17807" local_entity="0" value="0" />
+        <value cell_index="17808" local_entity="0" value="0" />
+        <value cell_index="17809" local_entity="0" value="0" />
+        <value cell_index="17810" local_entity="0" value="0" />
+        <value cell_index="17811" local_entity="0" value="0" />
+        <value cell_index="17812" local_entity="0" value="0" />
+        <value cell_index="17813" local_entity="0" value="0" />
+        <value cell_index="17814" local_entity="0" value="0" />
+        <value cell_index="17815" local_entity="0" value="0" />
+        <value cell_index="17816" local_entity="0" value="0" />
+        <value cell_index="17817" local_entity="0" value="0" />
+        <value cell_index="17818" local_entity="0" value="0" />
+        <value cell_index="17819" local_entity="0" value="0" />
+        <value cell_index="17820" local_entity="0" value="0" />
+        <value cell_index="17821" local_entity="0" value="0" />
+        <value cell_index="17822" local_entity="0" value="0" />
+        <value cell_index="17823" local_entity="0" value="0" />
+        <value cell_index="17824" local_entity="0" value="0" />
+        <value cell_index="17825" local_entity="0" value="0" />
+        <value cell_index="17826" local_entity="0" value="0" />
+        <value cell_index="17827" local_entity="0" value="0" />
+        <value cell_index="17828" local_entity="0" value="0" />
+        <value cell_index="17829" local_entity="0" value="0" />
+        <value cell_index="17830" local_entity="0" value="0" />
+        <value cell_index="17831" local_entity="0" value="0" />
+        <value cell_index="17832" local_entity="0" value="0" />
+        <value cell_index="17833" local_entity="0" value="0" />
+        <value cell_index="17834" local_entity="0" value="0" />
+        <value cell_index="17835" local_entity="0" value="0" />
+        <value cell_index="17836" local_entity="0" value="0" />
+        <value cell_index="17837" local_entity="0" value="0" />
+        <value cell_index="17838" local_entity="0" value="0" />
+        <value cell_index="17839" local_entity="0" value="0" />
+        <value cell_index="17840" local_entity="0" value="0" />
+        <value cell_index="17841" local_entity="0" value="0" />
+        <value cell_index="17842" local_entity="0" value="0" />
+        <value cell_index="17843" local_entity="0" value="0" />
+        <value cell_index="17844" local_entity="0" value="0" />
+        <value cell_index="17845" local_entity="0" value="0" />
+        <value cell_index="17846" local_entity="0" value="0" />
+        <value cell_index="17847" local_entity="0" value="0" />
+        <value cell_index="17848" local_entity="0" value="0" />
+        <value cell_index="17849" local_entity="0" value="0" />
+        <value cell_index="17850" local_entity="0" value="0" />
+        <value cell_index="17851" local_entity="0" value="0" />
+        <value cell_index="17852" local_entity="0" value="0" />
+        <value cell_index="17853" local_entity="0" value="0" />
+        <value cell_index="17854" local_entity="0" value="0" />
+        <value cell_index="17855" local_entity="0" value="0" />
+        <value cell_index="17856" local_entity="0" value="0" />
+        <value cell_index="17857" local_entity="0" value="0" />
+        <value cell_index="17858" local_entity="0" value="0" />
+        <value cell_index="17859" local_entity="0" value="0" />
+        <value cell_index="17860" local_entity="0" value="0" />
+        <value cell_index="17861" local_entity="0" value="0" />
+        <value cell_index="17862" local_entity="0" value="0" />
+        <value cell_index="17863" local_entity="0" value="0" />
+        <value cell_index="17864" local_entity="0" value="0" />
+        <value cell_index="17865" local_entity="0" value="0" />
+        <value cell_index="17866" local_entity="0" value="0" />
+        <value cell_index="17867" local_entity="0" value="0" />
+        <value cell_index="17868" local_entity="0" value="0" />
+        <value cell_index="17869" local_entity="0" value="0" />
+        <value cell_index="17870" local_entity="0" value="0" />
+        <value cell_index="17871" local_entity="0" value="0" />
+        <value cell_index="17872" local_entity="0" value="0" />
+        <value cell_index="17873" local_entity="0" value="0" />
+        <value cell_index="17874" local_entity="0" value="0" />
+        <value cell_index="17875" local_entity="0" value="0" />
+        <value cell_index="17876" local_entity="0" value="0" />
+        <value cell_index="17877" local_entity="0" value="0" />
+        <value cell_index="17878" local_entity="0" value="0" />
+        <value cell_index="17879" local_entity="0" value="0" />
+        <value cell_index="17880" local_entity="0" value="0" />
+        <value cell_index="17881" local_entity="0" value="0" />
+        <value cell_index="17882" local_entity="0" value="0" />
+        <value cell_index="17883" local_entity="0" value="0" />
+        <value cell_index="17884" local_entity="0" value="0" />
+        <value cell_index="17885" local_entity="0" value="0" />
+        <value cell_index="17886" local_entity="0" value="0" />
+        <value cell_index="17887" local_entity="0" value="0" />
+        <value cell_index="17888" local_entity="0" value="0" />
+        <value cell_index="17889" local_entity="0" value="0" />
+        <value cell_index="17890" local_entity="0" value="0" />
+        <value cell_index="17891" local_entity="0" value="0" />
+        <value cell_index="17892" local_entity="0" value="0" />
+        <value cell_index="17893" local_entity="0" value="0" />
+        <value cell_index="17894" local_entity="0" value="0" />
+        <value cell_index="17895" local_entity="0" value="0" />
+        <value cell_index="17896" local_entity="0" value="0" />
+        <value cell_index="17897" local_entity="0" value="0" />
+        <value cell_index="17898" local_entity="0" value="0" />
+        <value cell_index="17899" local_entity="0" value="0" />
+        <value cell_index="17900" local_entity="0" value="0" />
+        <value cell_index="17901" local_entity="0" value="0" />
+        <value cell_index="17902" local_entity="0" value="0" />
+        <value cell_index="17903" local_entity="0" value="0" />
+        <value cell_index="17904" local_entity="0" value="0" />
+        <value cell_index="17905" local_entity="0" value="0" />
+        <value cell_index="17906" local_entity="0" value="0" />
+        <value cell_index="17907" local_entity="0" value="0" />
+        <value cell_index="17908" local_entity="0" value="0" />
+        <value cell_index="17909" local_entity="0" value="0" />
+        <value cell_index="17910" local_entity="0" value="0" />
+        <value cell_index="17911" local_entity="0" value="0" />
+        <value cell_index="17912" local_entity="0" value="0" />
+        <value cell_index="17913" local_entity="0" value="0" />
+        <value cell_index="17914" local_entity="0" value="0" />
+        <value cell_index="17915" local_entity="0" value="0" />
+        <value cell_index="17916" local_entity="0" value="0" />
+        <value cell_index="17917" local_entity="0" value="0" />
+        <value cell_index="17918" local_entity="0" value="0" />
+        <value cell_index="17919" local_entity="0" value="0" />
+        <value cell_index="17920" local_entity="0" value="0" />
+        <value cell_index="17921" local_entity="0" value="0" />
+        <value cell_index="17922" local_entity="0" value="0" />
+        <value cell_index="17923" local_entity="0" value="0" />
+        <value cell_index="17924" local_entity="0" value="0" />
+        <value cell_index="17925" local_entity="0" value="0" />
+        <value cell_index="17926" local_entity="0" value="0" />
+        <value cell_index="17927" local_entity="0" value="0" />
+        <value cell_index="17928" local_entity="0" value="0" />
+        <value cell_index="17929" local_entity="0" value="0" />
+        <value cell_index="17930" local_entity="0" value="0" />
+        <value cell_index="17931" local_entity="0" value="0" />
+        <value cell_index="17932" local_entity="0" value="0" />
+        <value cell_index="17933" local_entity="0" value="0" />
+        <value cell_index="17934" local_entity="0" value="0" />
+        <value cell_index="17935" local_entity="0" value="0" />
+        <value cell_index="17936" local_entity="0" value="0" />
+        <value cell_index="17937" local_entity="0" value="0" />
+        <value cell_index="17938" local_entity="0" value="0" />
+        <value cell_index="17939" local_entity="0" value="0" />
+        <value cell_index="17940" local_entity="0" value="0" />
+        <value cell_index="17941" local_entity="0" value="0" />
+        <value cell_index="17942" local_entity="0" value="0" />
+        <value cell_index="17943" local_entity="0" value="0" />
+        <value cell_index="17944" local_entity="0" value="0" />
+        <value cell_index="17945" local_entity="0" value="0" />
+        <value cell_index="17946" local_entity="0" value="0" />
+        <value cell_index="17947" local_entity="0" value="0" />
+        <value cell_index="17948" local_entity="0" value="0" />
+        <value cell_index="17949" local_entity="0" value="0" />
+        <value cell_index="17950" local_entity="0" value="0" />
+        <value cell_index="17951" local_entity="0" value="0" />
+        <value cell_index="17952" local_entity="0" value="0" />
+        <value cell_index="17953" local_entity="0" value="0" />
+        <value cell_index="17954" local_entity="0" value="0" />
+        <value cell_index="17955" local_entity="0" value="0" />
+        <value cell_index="17956" local_entity="0" value="0" />
+        <value cell_index="17957" local_entity="0" value="0" />
+        <value cell_index="17958" local_entity="0" value="0" />
+        <value cell_index="17959" local_entity="0" value="0" />
+        <value cell_index="17960" local_entity="0" value="0" />
+        <value cell_index="17961" local_entity="0" value="0" />
+        <value cell_index="17962" local_entity="0" value="0" />
+        <value cell_index="17963" local_entity="0" value="0" />
+        <value cell_index="17964" local_entity="0" value="0" />
+        <value cell_index="17965" local_entity="0" value="0" />
+        <value cell_index="17966" local_entity="0" value="0" />
+        <value cell_index="17967" local_entity="0" value="0" />
+        <value cell_index="17968" local_entity="0" value="0" />
+        <value cell_index="17969" local_entity="0" value="0" />
+        <value cell_index="17970" local_entity="0" value="0" />
+        <value cell_index="17971" local_entity="0" value="0" />
+        <value cell_index="17972" local_entity="0" value="0" />
+        <value cell_index="17973" local_entity="0" value="0" />
+        <value cell_index="17974" local_entity="0" value="0" />
+        <value cell_index="17975" local_entity="0" value="0" />
+        <value cell_index="17976" local_entity="0" value="0" />
+        <value cell_index="17977" local_entity="0" value="0" />
+        <value cell_index="17978" local_entity="0" value="0" />
+        <value cell_index="17979" local_entity="0" value="0" />
+        <value cell_index="17980" local_entity="0" value="0" />
+        <value cell_index="17981" local_entity="0" value="0" />
+        <value cell_index="17982" local_entity="0" value="0" />
+        <value cell_index="17983" local_entity="0" value="0" />
+        <value cell_index="17984" local_entity="0" value="0" />
+        <value cell_index="17985" local_entity="0" value="0" />
+        <value cell_index="17986" local_entity="0" value="0" />
+        <value cell_index="17987" local_entity="0" value="0" />
+        <value cell_index="17988" local_entity="0" value="0" />
+        <value cell_index="17989" local_entity="0" value="0" />
+        <value cell_index="17990" local_entity="0" value="0" />
+        <value cell_index="17991" local_entity="0" value="0" />
+        <value cell_index="17992" local_entity="0" value="0" />
+        <value cell_index="17993" local_entity="0" value="0" />
+        <value cell_index="17994" local_entity="0" value="0" />
+        <value cell_index="17995" local_entity="0" value="0" />
+        <value cell_index="17996" local_entity="0" value="0" />
+        <value cell_index="17997" local_entity="0" value="0" />
+        <value cell_index="17998" local_entity="0" value="0" />
+        <value cell_index="17999" local_entity="0" value="0" />
+        <value cell_index="18000" local_entity="0" value="0" />
+        <value cell_index="18001" local_entity="0" value="0" />
+        <value cell_index="18002" local_entity="0" value="0" />
+        <value cell_index="18003" local_entity="0" value="0" />
+        <value cell_index="18004" local_entity="0" value="0" />
+        <value cell_index="18005" local_entity="0" value="0" />
+        <value cell_index="18006" local_entity="0" value="0" />
+        <value cell_index="18007" local_entity="0" value="0" />
+        <value cell_index="18008" local_entity="0" value="0" />
+        <value cell_index="18009" local_entity="0" value="0" />
+        <value cell_index="18010" local_entity="0" value="0" />
+        <value cell_index="18011" local_entity="0" value="0" />
+        <value cell_index="18012" local_entity="0" value="0" />
+        <value cell_index="18013" local_entity="0" value="0" />
+        <value cell_index="18014" local_entity="0" value="0" />
+        <value cell_index="18015" local_entity="0" value="0" />
+        <value cell_index="18016" local_entity="0" value="0" />
+        <value cell_index="18017" local_entity="0" value="0" />
+        <value cell_index="18018" local_entity="0" value="0" />
+        <value cell_index="18019" local_entity="0" value="0" />
+        <value cell_index="18020" local_entity="0" value="0" />
+        <value cell_index="18021" local_entity="0" value="0" />
+        <value cell_index="18022" local_entity="0" value="0" />
+        <value cell_index="18023" local_entity="0" value="0" />
+        <value cell_index="18024" local_entity="0" value="0" />
+        <value cell_index="18025" local_entity="0" value="0" />
+        <value cell_index="18026" local_entity="0" value="0" />
+        <value cell_index="18027" local_entity="0" value="0" />
+        <value cell_index="18028" local_entity="0" value="0" />
+        <value cell_index="18029" local_entity="0" value="0" />
+        <value cell_index="18030" local_entity="0" value="0" />
+        <value cell_index="18031" local_entity="0" value="0" />
+        <value cell_index="18032" local_entity="0" value="0" />
+        <value cell_index="18033" local_entity="0" value="0" />
+        <value cell_index="18034" local_entity="0" value="0" />
+        <value cell_index="18035" local_entity="0" value="0" />
+        <value cell_index="18036" local_entity="0" value="0" />
+        <value cell_index="18037" local_entity="0" value="0" />
+        <value cell_index="18038" local_entity="0" value="0" />
+        <value cell_index="18039" local_entity="0" value="0" />
+        <value cell_index="18040" local_entity="0" value="0" />
+        <value cell_index="18041" local_entity="0" value="0" />
+        <value cell_index="18042" local_entity="0" value="0" />
+        <value cell_index="18043" local_entity="0" value="0" />
+        <value cell_index="18044" local_entity="0" value="0" />
+        <value cell_index="18045" local_entity="0" value="0" />
+        <value cell_index="18046" local_entity="0" value="0" />
+        <value cell_index="18047" local_entity="0" value="0" />
+        <value cell_index="18048" local_entity="0" value="0" />
+        <value cell_index="18049" local_entity="0" value="0" />
+        <value cell_index="18050" local_entity="0" value="0" />
+        <value cell_index="18051" local_entity="0" value="0" />
+        <value cell_index="18052" local_entity="0" value="0" />
+        <value cell_index="18053" local_entity="0" value="0" />
+        <value cell_index="18054" local_entity="0" value="0" />
+        <value cell_index="18055" local_entity="0" value="0" />
+        <value cell_index="18056" local_entity="0" value="0" />
+        <value cell_index="18057" local_entity="0" value="0" />
+        <value cell_index="18058" local_entity="0" value="0" />
+        <value cell_index="18059" local_entity="0" value="0" />
+        <value cell_index="18060" local_entity="0" value="0" />
+        <value cell_index="18061" local_entity="0" value="0" />
+        <value cell_index="18062" local_entity="0" value="0" />
+        <value cell_index="18063" local_entity="0" value="0" />
+        <value cell_index="18064" local_entity="0" value="0" />
+        <value cell_index="18065" local_entity="0" value="0" />
+        <value cell_index="18066" local_entity="0" value="0" />
+        <value cell_index="18067" local_entity="0" value="0" />
+        <value cell_index="18068" local_entity="0" value="0" />
+        <value cell_index="18069" local_entity="0" value="0" />
+        <value cell_index="18070" local_entity="0" value="0" />
+        <value cell_index="18071" local_entity="0" value="0" />
+        <value cell_index="18072" local_entity="0" value="0" />
+        <value cell_index="18073" local_entity="0" value="0" />
+        <value cell_index="18074" local_entity="0" value="0" />
+        <value cell_index="18075" local_entity="0" value="0" />
+        <value cell_index="18076" local_entity="0" value="0" />
+        <value cell_index="18077" local_entity="0" value="0" />
+        <value cell_index="18078" local_entity="0" value="0" />
+        <value cell_index="18079" local_entity="0" value="0" />
+        <value cell_index="18080" local_entity="0" value="0" />
+        <value cell_index="18081" local_entity="0" value="0" />
+        <value cell_index="18082" local_entity="0" value="0" />
+        <value cell_index="18083" local_entity="0" value="0" />
+        <value cell_index="18084" local_entity="0" value="0" />
+        <value cell_index="18085" local_entity="0" value="0" />
+        <value cell_index="18086" local_entity="0" value="0" />
+        <value cell_index="18087" local_entity="0" value="0" />
+        <value cell_index="18088" local_entity="0" value="0" />
+        <value cell_index="18089" local_entity="0" value="0" />
+        <value cell_index="18090" local_entity="0" value="0" />
+        <value cell_index="18091" local_entity="0" value="0" />
+        <value cell_index="18092" local_entity="0" value="0" />
+        <value cell_index="18093" local_entity="0" value="0" />
+        <value cell_index="18094" local_entity="0" value="0" />
+        <value cell_index="18095" local_entity="0" value="0" />
+        <value cell_index="18096" local_entity="0" value="0" />
+        <value cell_index="18097" local_entity="0" value="0" />
+        <value cell_index="18098" local_entity="0" value="0" />
+        <value cell_index="18099" local_entity="0" value="0" />
+        <value cell_index="18100" local_entity="0" value="0" />
+        <value cell_index="18101" local_entity="0" value="0" />
+        <value cell_index="18102" local_entity="0" value="0" />
+        <value cell_index="18103" local_entity="0" value="0" />
+        <value cell_index="18104" local_entity="0" value="0" />
+        <value cell_index="18105" local_entity="0" value="0" />
+        <value cell_index="18106" local_entity="0" value="0" />
+        <value cell_index="18107" local_entity="0" value="0" />
+        <value cell_index="18108" local_entity="0" value="0" />
+        <value cell_index="18109" local_entity="0" value="0" />
+        <value cell_index="18110" local_entity="0" value="0" />
+        <value cell_index="18111" local_entity="0" value="0" />
+        <value cell_index="18112" local_entity="0" value="0" />
+        <value cell_index="18113" local_entity="0" value="0" />
+        <value cell_index="18114" local_entity="0" value="0" />
+        <value cell_index="18115" local_entity="0" value="0" />
+        <value cell_index="18116" local_entity="0" value="0" />
+        <value cell_index="18117" local_entity="0" value="0" />
+        <value cell_index="18118" local_entity="0" value="0" />
+        <value cell_index="18119" local_entity="0" value="0" />
+        <value cell_index="18120" local_entity="0" value="0" />
+        <value cell_index="18121" local_entity="0" value="0" />
+        <value cell_index="18122" local_entity="0" value="0" />
+        <value cell_index="18123" local_entity="0" value="0" />
+        <value cell_index="18124" local_entity="0" value="0" />
+        <value cell_index="18125" local_entity="0" value="0" />
+        <value cell_index="18126" local_entity="0" value="0" />
+        <value cell_index="18127" local_entity="0" value="0" />
+        <value cell_index="18128" local_entity="0" value="0" />
+        <value cell_index="18129" local_entity="0" value="0" />
+        <value cell_index="18130" local_entity="0" value="0" />
+        <value cell_index="18131" local_entity="0" value="0" />
+        <value cell_index="18132" local_entity="0" value="0" />
+        <value cell_index="18133" local_entity="0" value="0" />
+        <value cell_index="18134" local_entity="0" value="0" />
+        <value cell_index="18135" local_entity="0" value="0" />
+        <value cell_index="18136" local_entity="0" value="0" />
+        <value cell_index="18137" local_entity="0" value="0" />
+        <value cell_index="18138" local_entity="0" value="0" />
+        <value cell_index="18139" local_entity="0" value="0" />
+        <value cell_index="18140" local_entity="0" value="0" />
+        <value cell_index="18141" local_entity="0" value="0" />
+        <value cell_index="18142" local_entity="0" value="0" />
+        <value cell_index="18143" local_entity="0" value="0" />
+        <value cell_index="18144" local_entity="0" value="0" />
+        <value cell_index="18145" local_entity="0" value="0" />
+        <value cell_index="18146" local_entity="0" value="0" />
+        <value cell_index="18147" local_entity="0" value="0" />
+        <value cell_index="18148" local_entity="0" value="0" />
+        <value cell_index="18149" local_entity="0" value="0" />
+        <value cell_index="18150" local_entity="0" value="0" />
+        <value cell_index="18151" local_entity="0" value="0" />
+        <value cell_index="18152" local_entity="0" value="0" />
+        <value cell_index="18153" local_entity="0" value="0" />
+        <value cell_index="18154" local_entity="0" value="0" />
+        <value cell_index="18155" local_entity="0" value="0" />
+        <value cell_index="18156" local_entity="0" value="0" />
+        <value cell_index="18157" local_entity="0" value="0" />
+        <value cell_index="18158" local_entity="0" value="0" />
+        <value cell_index="18159" local_entity="0" value="0" />
+        <value cell_index="18160" local_entity="0" value="0" />
+        <value cell_index="18161" local_entity="0" value="0" />
+        <value cell_index="18162" local_entity="0" value="0" />
+        <value cell_index="18163" local_entity="0" value="0" />
+        <value cell_index="18164" local_entity="0" value="0" />
+        <value cell_index="18165" local_entity="0" value="0" />
+        <value cell_index="18166" local_entity="0" value="0" />
+        <value cell_index="18167" local_entity="0" value="0" />
+        <value cell_index="18168" local_entity="0" value="0" />
+        <value cell_index="18169" local_entity="0" value="0" />
+        <value cell_index="18170" local_entity="0" value="0" />
+        <value cell_index="18171" local_entity="0" value="0" />
+        <value cell_index="18172" local_entity="0" value="0" />
+        <value cell_index="18173" local_entity="0" value="0" />
+        <value cell_index="18174" local_entity="0" value="0" />
+        <value cell_index="18175" local_entity="0" value="0" />
+        <value cell_index="18176" local_entity="0" value="0" />
+        <value cell_index="18177" local_entity="0" value="0" />
+        <value cell_index="18178" local_entity="0" value="0" />
+        <value cell_index="18179" local_entity="0" value="0" />
+        <value cell_index="18180" local_entity="0" value="0" />
+        <value cell_index="18181" local_entity="0" value="0" />
+        <value cell_index="18182" local_entity="0" value="0" />
+        <value cell_index="18183" local_entity="0" value="0" />
+        <value cell_index="18184" local_entity="0" value="0" />
+        <value cell_index="18185" local_entity="0" value="0" />
+        <value cell_index="18186" local_entity="0" value="0" />
+        <value cell_index="18187" local_entity="0" value="0" />
+        <value cell_index="18188" local_entity="0" value="0" />
+        <value cell_index="18189" local_entity="0" value="0" />
+        <value cell_index="18190" local_entity="0" value="0" />
+        <value cell_index="18191" local_entity="0" value="0" />
+        <value cell_index="18192" local_entity="0" value="0" />
+        <value cell_index="18193" local_entity="0" value="0" />
+        <value cell_index="18194" local_entity="0" value="0" />
+        <value cell_index="18195" local_entity="0" value="0" />
+        <value cell_index="18196" local_entity="0" value="0" />
+        <value cell_index="18197" local_entity="0" value="0" />
+        <value cell_index="18198" local_entity="0" value="0" />
+        <value cell_index="18199" local_entity="0" value="0" />
+        <value cell_index="18200" local_entity="0" value="0" />
+        <value cell_index="18201" local_entity="0" value="0" />
+        <value cell_index="18202" local_entity="0" value="0" />
+        <value cell_index="18203" local_entity="0" value="0" />
+        <value cell_index="18204" local_entity="0" value="0" />
+        <value cell_index="18205" local_entity="0" value="0" />
+        <value cell_index="18206" local_entity="0" value="0" />
+        <value cell_index="18207" local_entity="0" value="0" />
+        <value cell_index="18208" local_entity="0" value="0" />
+        <value cell_index="18209" local_entity="0" value="0" />
+        <value cell_index="18210" local_entity="0" value="0" />
+        <value cell_index="18211" local_entity="0" value="0" />
+        <value cell_index="18212" local_entity="0" value="0" />
+        <value cell_index="18213" local_entity="0" value="0" />
+        <value cell_index="18214" local_entity="0" value="0" />
+        <value cell_index="18215" local_entity="0" value="0" />
+        <value cell_index="18216" local_entity="0" value="0" />
+        <value cell_index="18217" local_entity="0" value="0" />
+        <value cell_index="18218" local_entity="0" value="0" />
+        <value cell_index="18219" local_entity="0" value="0" />
+        <value cell_index="18220" local_entity="0" value="0" />
+        <value cell_index="18221" local_entity="0" value="0" />
+        <value cell_index="18222" local_entity="0" value="0" />
+        <value cell_index="18223" local_entity="0" value="0" />
+        <value cell_index="18224" local_entity="0" value="0" />
+        <value cell_index="18225" local_entity="0" value="0" />
+        <value cell_index="18226" local_entity="0" value="0" />
+        <value cell_index="18227" local_entity="0" value="0" />
+        <value cell_index="18228" local_entity="0" value="0" />
+        <value cell_index="18229" local_entity="0" value="0" />
+        <value cell_index="18230" local_entity="0" value="0" />
+        <value cell_index="18231" local_entity="0" value="0" />
+        <value cell_index="18232" local_entity="0" value="0" />
+        <value cell_index="18233" local_entity="0" value="0" />
+        <value cell_index="18234" local_entity="0" value="0" />
+        <value cell_index="18235" local_entity="0" value="0" />
+        <value cell_index="18236" local_entity="0" value="0" />
+        <value cell_index="18237" local_entity="0" value="0" />
+        <value cell_index="18238" local_entity="0" value="0" />
+        <value cell_index="18239" local_entity="0" value="0" />
+        <value cell_index="18240" local_entity="0" value="0" />
+        <value cell_index="18241" local_entity="0" value="0" />
+        <value cell_index="18242" local_entity="0" value="0" />
+        <value cell_index="18243" local_entity="0" value="0" />
+        <value cell_index="18244" local_entity="0" value="0" />
+        <value cell_index="18245" local_entity="0" value="0" />
+        <value cell_index="18246" local_entity="0" value="0" />
+        <value cell_index="18247" local_entity="0" value="0" />
+        <value cell_index="18248" local_entity="0" value="0" />
+        <value cell_index="18249" local_entity="0" value="0" />
+        <value cell_index="18250" local_entity="0" value="0" />
+        <value cell_index="18251" local_entity="0" value="0" />
+        <value cell_index="18252" local_entity="0" value="0" />
+        <value cell_index="18253" local_entity="0" value="0" />
+        <value cell_index="18254" local_entity="0" value="0" />
+        <value cell_index="18255" local_entity="0" value="0" />
+        <value cell_index="18256" local_entity="0" value="0" />
+        <value cell_index="18257" local_entity="0" value="0" />
+        <value cell_index="18258" local_entity="0" value="0" />
+        <value cell_index="18259" local_entity="0" value="0" />
+        <value cell_index="18260" local_entity="0" value="0" />
+        <value cell_index="18261" local_entity="0" value="0" />
+        <value cell_index="18262" local_entity="0" value="0" />
+        <value cell_index="18263" local_entity="0" value="0" />
+        <value cell_index="18264" local_entity="0" value="0" />
+        <value cell_index="18265" local_entity="0" value="0" />
+        <value cell_index="18266" local_entity="0" value="0" />
+        <value cell_index="18267" local_entity="0" value="0" />
+        <value cell_index="18268" local_entity="0" value="0" />
+        <value cell_index="18269" local_entity="0" value="0" />
+        <value cell_index="18270" local_entity="0" value="0" />
+        <value cell_index="18271" local_entity="0" value="0" />
+        <value cell_index="18272" local_entity="0" value="0" />
+        <value cell_index="18273" local_entity="0" value="0" />
+        <value cell_index="18274" local_entity="0" value="0" />
+        <value cell_index="18275" local_entity="0" value="0" />
+        <value cell_index="18276" local_entity="0" value="0" />
+        <value cell_index="18277" local_entity="0" value="0" />
+        <value cell_index="18278" local_entity="0" value="0" />
+        <value cell_index="18279" local_entity="0" value="0" />
+        <value cell_index="18280" local_entity="0" value="0" />
+        <value cell_index="18281" local_entity="0" value="0" />
+        <value cell_index="18282" local_entity="0" value="0" />
+        <value cell_index="18283" local_entity="0" value="0" />
+        <value cell_index="18284" local_entity="0" value="0" />
+        <value cell_index="18285" local_entity="0" value="0" />
+        <value cell_index="18286" local_entity="0" value="0" />
+        <value cell_index="18287" local_entity="0" value="0" />
+        <value cell_index="18288" local_entity="0" value="0" />
+        <value cell_index="18289" local_entity="0" value="0" />
+        <value cell_index="18290" local_entity="0" value="0" />
+        <value cell_index="18291" local_entity="0" value="0" />
+        <value cell_index="18292" local_entity="0" value="0" />
+        <value cell_index="18293" local_entity="0" value="0" />
+        <value cell_index="18294" local_entity="0" value="0" />
+        <value cell_index="18295" local_entity="0" value="0" />
+        <value cell_index="18296" local_entity="0" value="0" />
+        <value cell_index="18297" local_entity="0" value="0" />
+        <value cell_index="18298" local_entity="0" value="0" />
+        <value cell_index="18299" local_entity="0" value="0" />
+        <value cell_index="18300" local_entity="0" value="0" />
+        <value cell_index="18301" local_entity="0" value="0" />
+        <value cell_index="18302" local_entity="0" value="0" />
+        <value cell_index="18303" local_entity="0" value="0" />
+        <value cell_index="18304" local_entity="0" value="0" />
+        <value cell_index="18305" local_entity="0" value="0" />
+        <value cell_index="18306" local_entity="0" value="0" />
+        <value cell_index="18307" local_entity="0" value="0" />
+        <value cell_index="18308" local_entity="0" value="0" />
+        <value cell_index="18309" local_entity="0" value="0" />
+        <value cell_index="18310" local_entity="0" value="0" />
+        <value cell_index="18311" local_entity="0" value="0" />
+        <value cell_index="18312" local_entity="0" value="0" />
+        <value cell_index="18313" local_entity="0" value="0" />
+        <value cell_index="18314" local_entity="0" value="0" />
+        <value cell_index="18315" local_entity="0" value="0" />
+        <value cell_index="18316" local_entity="0" value="0" />
+        <value cell_index="18317" local_entity="0" value="0" />
+        <value cell_index="18318" local_entity="0" value="0" />
+        <value cell_index="18319" local_entity="0" value="0" />
+        <value cell_index="18320" local_entity="0" value="0" />
+        <value cell_index="18321" local_entity="0" value="0" />
+        <value cell_index="18322" local_entity="0" value="0" />
+        <value cell_index="18323" local_entity="0" value="0" />
+        <value cell_index="18324" local_entity="0" value="0" />
+        <value cell_index="18325" local_entity="0" value="0" />
+        <value cell_index="18326" local_entity="0" value="0" />
+        <value cell_index="18327" local_entity="0" value="0" />
+        <value cell_index="18328" local_entity="0" value="0" />
+        <value cell_index="18329" local_entity="0" value="0" />
+        <value cell_index="18330" local_entity="0" value="0" />
+        <value cell_index="18331" local_entity="0" value="0" />
+        <value cell_index="18332" local_entity="0" value="0" />
+        <value cell_index="18333" local_entity="0" value="0" />
+        <value cell_index="18334" local_entity="0" value="0" />
+        <value cell_index="18335" local_entity="0" value="0" />
+        <value cell_index="18336" local_entity="0" value="0" />
+        <value cell_index="18337" local_entity="0" value="0" />
+        <value cell_index="18338" local_entity="0" value="0" />
+        <value cell_index="18339" local_entity="0" value="0" />
+        <value cell_index="18340" local_entity="0" value="0" />
+        <value cell_index="18341" local_entity="0" value="0" />
+        <value cell_index="18342" local_entity="0" value="0" />
+        <value cell_index="18343" local_entity="0" value="0" />
+        <value cell_index="18344" local_entity="0" value="0" />
+        <value cell_index="18345" local_entity="0" value="0" />
+        <value cell_index="18346" local_entity="0" value="0" />
+        <value cell_index="18347" local_entity="0" value="0" />
+        <value cell_index="18348" local_entity="0" value="0" />
+        <value cell_index="18349" local_entity="0" value="0" />
+        <value cell_index="18350" local_entity="0" value="0" />
+        <value cell_index="18351" local_entity="0" value="0" />
+        <value cell_index="18352" local_entity="0" value="0" />
+        <value cell_index="18353" local_entity="0" value="0" />
+        <value cell_index="18354" local_entity="0" value="0" />
+        <value cell_index="18355" local_entity="0" value="0" />
+        <value cell_index="18356" local_entity="0" value="0" />
+        <value cell_index="18357" local_entity="0" value="0" />
+        <value cell_index="18358" local_entity="0" value="0" />
+        <value cell_index="18359" local_entity="0" value="0" />
+        <value cell_index="18360" local_entity="0" value="0" />
+        <value cell_index="18361" local_entity="0" value="0" />
+        <value cell_index="18362" local_entity="0" value="0" />
+        <value cell_index="18363" local_entity="0" value="0" />
+        <value cell_index="18364" local_entity="0" value="0" />
+        <value cell_index="18365" local_entity="0" value="0" />
+        <value cell_index="18366" local_entity="0" value="0" />
+        <value cell_index="18367" local_entity="0" value="0" />
+        <value cell_index="18368" local_entity="0" value="0" />
+        <value cell_index="18369" local_entity="0" value="0" />
+        <value cell_index="18370" local_entity="0" value="0" />
+        <value cell_index="18371" local_entity="0" value="0" />
+        <value cell_index="18372" local_entity="0" value="0" />
+        <value cell_index="18373" local_entity="0" value="0" />
+        <value cell_index="18374" local_entity="0" value="0" />
+        <value cell_index="18375" local_entity="0" value="0" />
+        <value cell_index="18376" local_entity="0" value="0" />
+        <value cell_index="18377" local_entity="0" value="0" />
+        <value cell_index="18378" local_entity="0" value="0" />
+        <value cell_index="18379" local_entity="0" value="0" />
+        <value cell_index="18380" local_entity="0" value="0" />
+        <value cell_index="18381" local_entity="0" value="0" />
+        <value cell_index="18382" local_entity="0" value="0" />
+        <value cell_index="18383" local_entity="0" value="0" />
+        <value cell_index="18384" local_entity="0" value="0" />
+        <value cell_index="18385" local_entity="0" value="0" />
+        <value cell_index="18386" local_entity="0" value="0" />
+        <value cell_index="18387" local_entity="0" value="0" />
+        <value cell_index="18388" local_entity="0" value="0" />
+        <value cell_index="18389" local_entity="0" value="0" />
+        <value cell_index="18390" local_entity="0" value="0" />
+        <value cell_index="18391" local_entity="0" value="0" />
+        <value cell_index="18392" local_entity="0" value="0" />
+        <value cell_index="18393" local_entity="0" value="0" />
+        <value cell_index="18394" local_entity="0" value="0" />
+        <value cell_index="18395" local_entity="0" value="0" />
+        <value cell_index="18396" local_entity="0" value="0" />
+        <value cell_index="18397" local_entity="0" value="0" />
+        <value cell_index="18398" local_entity="0" value="0" />
+        <value cell_index="18399" local_entity="0" value="0" />
+        <value cell_index="18400" local_entity="0" value="0" />
+        <value cell_index="18401" local_entity="0" value="0" />
+        <value cell_index="18402" local_entity="0" value="0" />
+        <value cell_index="18403" local_entity="0" value="0" />
+        <value cell_index="18404" local_entity="0" value="0" />
+        <value cell_index="18405" local_entity="0" value="0" />
+        <value cell_index="18406" local_entity="0" value="0" />
+        <value cell_index="18407" local_entity="0" value="0" />
+        <value cell_index="18408" local_entity="0" value="0" />
+        <value cell_index="18409" local_entity="0" value="0" />
+        <value cell_index="18410" local_entity="0" value="0" />
+        <value cell_index="18411" local_entity="0" value="0" />
+        <value cell_index="18412" local_entity="0" value="0" />
+        <value cell_index="18413" local_entity="0" value="0" />
+        <value cell_index="18414" local_entity="0" value="0" />
+        <value cell_index="18415" local_entity="0" value="0" />
+        <value cell_index="18416" local_entity="0" value="0" />
+        <value cell_index="18417" local_entity="0" value="0" />
+        <value cell_index="18418" local_entity="0" value="0" />
+        <value cell_index="18419" local_entity="0" value="0" />
+        <value cell_index="18420" local_entity="0" value="0" />
+        <value cell_index="18421" local_entity="0" value="0" />
+        <value cell_index="18422" local_entity="0" value="0" />
+        <value cell_index="18423" local_entity="0" value="0" />
+        <value cell_index="18424" local_entity="0" value="0" />
+        <value cell_index="18425" local_entity="0" value="0" />
+        <value cell_index="18426" local_entity="0" value="0" />
+        <value cell_index="18427" local_entity="0" value="0" />
+        <value cell_index="18428" local_entity="0" value="0" />
+        <value cell_index="18429" local_entity="0" value="0" />
+        <value cell_index="18430" local_entity="0" value="0" />
+        <value cell_index="18431" local_entity="0" value="0" />
+        <value cell_index="18432" local_entity="0" value="0" />
+        <value cell_index="18433" local_entity="0" value="0" />
+        <value cell_index="18434" local_entity="0" value="0" />
+        <value cell_index="18435" local_entity="0" value="0" />
+        <value cell_index="18436" local_entity="0" value="0" />
+        <value cell_index="18437" local_entity="0" value="0" />
+        <value cell_index="18438" local_entity="0" value="0" />
+        <value cell_index="18439" local_entity="0" value="0" />
+        <value cell_index="18440" local_entity="0" value="0" />
+        <value cell_index="18441" local_entity="0" value="0" />
+        <value cell_index="18442" local_entity="0" value="0" />
+        <value cell_index="18443" local_entity="0" value="0" />
+        <value cell_index="18444" local_entity="0" value="0" />
+        <value cell_index="18445" local_entity="0" value="0" />
+        <value cell_index="18446" local_entity="0" value="0" />
+        <value cell_index="18447" local_entity="0" value="0" />
+        <value cell_index="18448" local_entity="0" value="0" />
+        <value cell_index="18449" local_entity="0" value="0" />
+        <value cell_index="18450" local_entity="0" value="0" />
+        <value cell_index="18451" local_entity="0" value="0" />
+        <value cell_index="18452" local_entity="0" value="0" />
+        <value cell_index="18453" local_entity="0" value="0" />
+        <value cell_index="18454" local_entity="0" value="0" />
+        <value cell_index="18455" local_entity="0" value="0" />
+        <value cell_index="18456" local_entity="0" value="0" />
+        <value cell_index="18457" local_entity="0" value="0" />
+        <value cell_index="18458" local_entity="0" value="0" />
+        <value cell_index="18459" local_entity="0" value="0" />
+        <value cell_index="18460" local_entity="0" value="0" />
+        <value cell_index="18461" local_entity="0" value="0" />
+        <value cell_index="18462" local_entity="0" value="0" />
+        <value cell_index="18463" local_entity="0" value="0" />
+        <value cell_index="18464" local_entity="0" value="0" />
+        <value cell_index="18465" local_entity="0" value="0" />
+        <value cell_index="18466" local_entity="0" value="0" />
+        <value cell_index="18467" local_entity="0" value="0" />
+        <value cell_index="18468" local_entity="0" value="0" />
+        <value cell_index="18469" local_entity="0" value="0" />
+        <value cell_index="18470" local_entity="0" value="0" />
+        <value cell_index="18471" local_entity="0" value="0" />
+        <value cell_index="18472" local_entity="0" value="0" />
+        <value cell_index="18473" local_entity="0" value="0" />
+        <value cell_index="18474" local_entity="0" value="0" />
+        <value cell_index="18475" local_entity="0" value="0" />
+        <value cell_index="18476" local_entity="0" value="0" />
+        <value cell_index="18477" local_entity="0" value="0" />
+        <value cell_index="18478" local_entity="0" value="0" />
+        <value cell_index="18479" local_entity="0" value="0" />
+        <value cell_index="18480" local_entity="0" value="0" />
+        <value cell_index="18481" local_entity="0" value="0" />
+        <value cell_index="18482" local_entity="0" value="0" />
+        <value cell_index="18483" local_entity="0" value="0" />
+        <value cell_index="18484" local_entity="0" value="0" />
+        <value cell_index="18485" local_entity="0" value="0" />
+        <value cell_index="18486" local_entity="0" value="0" />
+        <value cell_index="18487" local_entity="0" value="0" />
+        <value cell_index="18488" local_entity="0" value="0" />
+        <value cell_index="18489" local_entity="0" value="0" />
+        <value cell_index="18490" local_entity="0" value="0" />
+        <value cell_index="18491" local_entity="0" value="0" />
+        <value cell_index="18492" local_entity="0" value="0" />
+        <value cell_index="18493" local_entity="0" value="0" />
+        <value cell_index="18494" local_entity="0" value="0" />
+        <value cell_index="18495" local_entity="0" value="0" />
+        <value cell_index="18496" local_entity="0" value="0" />
+        <value cell_index="18497" local_entity="0" value="0" />
+        <value cell_index="18498" local_entity="0" value="0" />
+        <value cell_index="18499" local_entity="0" value="0" />
+        <value cell_index="18500" local_entity="0" value="0" />
+        <value cell_index="18501" local_entity="0" value="0" />
+        <value cell_index="18502" local_entity="0" value="0" />
+        <value cell_index="18503" local_entity="0" value="0" />
+        <value cell_index="18504" local_entity="0" value="0" />
+        <value cell_index="18505" local_entity="0" value="0" />
+        <value cell_index="18506" local_entity="0" value="0" />
+        <value cell_index="18507" local_entity="0" value="0" />
+        <value cell_index="18508" local_entity="0" value="0" />
+        <value cell_index="18509" local_entity="0" value="0" />
+        <value cell_index="18510" local_entity="0" value="0" />
+        <value cell_index="18511" local_entity="0" value="0" />
+        <value cell_index="18512" local_entity="0" value="0" />
+        <value cell_index="18513" local_entity="0" value="0" />
+        <value cell_index="18514" local_entity="0" value="0" />
+        <value cell_index="18515" local_entity="0" value="0" />
+        <value cell_index="18516" local_entity="0" value="0" />
+        <value cell_index="18517" local_entity="0" value="0" />
+        <value cell_index="18518" local_entity="0" value="0" />
+        <value cell_index="18519" local_entity="0" value="0" />
+        <value cell_index="18520" local_entity="0" value="0" />
+        <value cell_index="18521" local_entity="0" value="0" />
+        <value cell_index="18522" local_entity="0" value="0" />
+        <value cell_index="18523" local_entity="0" value="0" />
+        <value cell_index="18524" local_entity="0" value="0" />
+        <value cell_index="18525" local_entity="0" value="0" />
+        <value cell_index="18526" local_entity="0" value="0" />
+        <value cell_index="18527" local_entity="0" value="0" />
+        <value cell_index="18528" local_entity="0" value="0" />
+        <value cell_index="18529" local_entity="0" value="0" />
+        <value cell_index="18530" local_entity="0" value="0" />
+        <value cell_index="18531" local_entity="0" value="0" />
+        <value cell_index="18532" local_entity="0" value="0" />
+        <value cell_index="18533" local_entity="0" value="0" />
+        <value cell_index="18534" local_entity="0" value="0" />
+        <value cell_index="18535" local_entity="0" value="0" />
+        <value cell_index="18536" local_entity="0" value="0" />
+        <value cell_index="18537" local_entity="0" value="0" />
+        <value cell_index="18538" local_entity="0" value="0" />
+        <value cell_index="18539" local_entity="0" value="0" />
+        <value cell_index="18540" local_entity="0" value="0" />
+        <value cell_index="18541" local_entity="0" value="0" />
+        <value cell_index="18542" local_entity="0" value="0" />
+        <value cell_index="18543" local_entity="0" value="0" />
+        <value cell_index="18544" local_entity="0" value="0" />
+        <value cell_index="18545" local_entity="0" value="0" />
+        <value cell_index="18546" local_entity="0" value="0" />
+        <value cell_index="18547" local_entity="0" value="0" />
+        <value cell_index="18548" local_entity="0" value="0" />
+        <value cell_index="18549" local_entity="0" value="0" />
+        <value cell_index="18550" local_entity="0" value="0" />
+        <value cell_index="18551" local_entity="0" value="0" />
+        <value cell_index="18552" local_entity="0" value="0" />
+        <value cell_index="18553" local_entity="0" value="0" />
+        <value cell_index="18554" local_entity="0" value="0" />
+        <value cell_index="18555" local_entity="0" value="0" />
+        <value cell_index="18556" local_entity="0" value="0" />
+        <value cell_index="18557" local_entity="0" value="0" />
+        <value cell_index="18558" local_entity="0" value="0" />
+        <value cell_index="18559" local_entity="0" value="0" />
+        <value cell_index="18560" local_entity="0" value="0" />
+        <value cell_index="18561" local_entity="0" value="0" />
+        <value cell_index="18562" local_entity="0" value="0" />
+        <value cell_index="18563" local_entity="0" value="0" />
+        <value cell_index="18564" local_entity="0" value="0" />
+        <value cell_index="18565" local_entity="0" value="0" />
+        <value cell_index="18566" local_entity="0" value="0" />
+        <value cell_index="18567" local_entity="0" value="0" />
+        <value cell_index="18568" local_entity="0" value="0" />
+        <value cell_index="18569" local_entity="0" value="0" />
+        <value cell_index="18570" local_entity="0" value="0" />
+        <value cell_index="18571" local_entity="0" value="0" />
+        <value cell_index="18572" local_entity="0" value="0" />
+        <value cell_index="18573" local_entity="0" value="0" />
+        <value cell_index="18574" local_entity="0" value="0" />
+        <value cell_index="18575" local_entity="0" value="0" />
+        <value cell_index="18576" local_entity="0" value="0" />
+        <value cell_index="18577" local_entity="0" value="0" />
+        <value cell_index="18578" local_entity="0" value="0" />
+        <value cell_index="18579" local_entity="0" value="0" />
+        <value cell_index="18580" local_entity="0" value="0" />
+        <value cell_index="18581" local_entity="0" value="0" />
+        <value cell_index="18582" local_entity="0" value="0" />
+        <value cell_index="18583" local_entity="0" value="0" />
+        <value cell_index="18584" local_entity="0" value="0" />
+        <value cell_index="18585" local_entity="0" value="0" />
+        <value cell_index="18586" local_entity="0" value="0" />
+        <value cell_index="18587" local_entity="0" value="0" />
+        <value cell_index="18588" local_entity="0" value="0" />
+        <value cell_index="18589" local_entity="0" value="0" />
+        <value cell_index="18590" local_entity="0" value="0" />
+        <value cell_index="18591" local_entity="0" value="0" />
+        <value cell_index="18592" local_entity="0" value="0" />
+        <value cell_index="18593" local_entity="0" value="0" />
+        <value cell_index="18594" local_entity="0" value="0" />
+        <value cell_index="18595" local_entity="0" value="0" />
+        <value cell_index="18596" local_entity="0" value="0" />
+        <value cell_index="18597" local_entity="0" value="0" />
+        <value cell_index="18598" local_entity="0" value="0" />
+        <value cell_index="18599" local_entity="0" value="0" />
+        <value cell_index="18600" local_entity="0" value="0" />
+        <value cell_index="18601" local_entity="0" value="0" />
+        <value cell_index="18602" local_entity="0" value="0" />
+        <value cell_index="18603" local_entity="0" value="0" />
+        <value cell_index="18604" local_entity="0" value="0" />
+        <value cell_index="18605" local_entity="0" value="0" />
+        <value cell_index="18606" local_entity="0" value="0" />
+        <value cell_index="18607" local_entity="0" value="0" />
+        <value cell_index="18608" local_entity="0" value="0" />
+        <value cell_index="18609" local_entity="0" value="0" />
+        <value cell_index="18610" local_entity="0" value="0" />
+        <value cell_index="18611" local_entity="0" value="0" />
+        <value cell_index="18612" local_entity="0" value="0" />
+        <value cell_index="18613" local_entity="0" value="0" />
+        <value cell_index="18614" local_entity="0" value="0" />
+        <value cell_index="18615" local_entity="0" value="0" />
+        <value cell_index="18616" local_entity="0" value="0" />
+        <value cell_index="18617" local_entity="0" value="0" />
+        <value cell_index="18618" local_entity="0" value="0" />
+        <value cell_index="18619" local_entity="0" value="0" />
+        <value cell_index="18620" local_entity="0" value="0" />
+        <value cell_index="18621" local_entity="0" value="0" />
+        <value cell_index="18622" local_entity="0" value="0" />
+        <value cell_index="18623" local_entity="0" value="0" />
+        <value cell_index="18624" local_entity="0" value="0" />
+        <value cell_index="18625" local_entity="0" value="0" />
+        <value cell_index="18626" local_entity="0" value="0" />
+        <value cell_index="18627" local_entity="0" value="0" />
+        <value cell_index="18628" local_entity="0" value="0" />
+        <value cell_index="18629" local_entity="0" value="0" />
+        <value cell_index="18630" local_entity="0" value="0" />
+        <value cell_index="18631" local_entity="0" value="0" />
+        <value cell_index="18632" local_entity="0" value="0" />
+        <value cell_index="18633" local_entity="0" value="0" />
+        <value cell_index="18634" local_entity="0" value="0" />
+        <value cell_index="18635" local_entity="0" value="0" />
+        <value cell_index="18636" local_entity="0" value="0" />
+        <value cell_index="18637" local_entity="0" value="0" />
+        <value cell_index="18638" local_entity="0" value="0" />
+        <value cell_index="18639" local_entity="0" value="0" />
+        <value cell_index="18640" local_entity="0" value="0" />
+        <value cell_index="18641" local_entity="0" value="0" />
+        <value cell_index="18642" local_entity="0" value="0" />
+        <value cell_index="18643" local_entity="0" value="0" />
+        <value cell_index="18644" local_entity="0" value="0" />
+        <value cell_index="18645" local_entity="0" value="0" />
+        <value cell_index="18646" local_entity="0" value="0" />
+        <value cell_index="18647" local_entity="0" value="0" />
+        <value cell_index="18648" local_entity="0" value="0" />
+        <value cell_index="18649" local_entity="0" value="0" />
+        <value cell_index="18650" local_entity="0" value="0" />
+        <value cell_index="18651" local_entity="0" value="0" />
+        <value cell_index="18652" local_entity="0" value="0" />
+        <value cell_index="18653" local_entity="0" value="0" />
+        <value cell_index="18654" local_entity="0" value="0" />
+        <value cell_index="18655" local_entity="0" value="0" />
+        <value cell_index="18656" local_entity="0" value="0" />
+        <value cell_index="18657" local_entity="0" value="0" />
+        <value cell_index="18658" local_entity="0" value="0" />
+        <value cell_index="18659" local_entity="0" value="0" />
+        <value cell_index="18660" local_entity="0" value="0" />
+        <value cell_index="18661" local_entity="0" value="0" />
+        <value cell_index="18662" local_entity="0" value="0" />
+        <value cell_index="18663" local_entity="0" value="0" />
+        <value cell_index="18664" local_entity="0" value="0" />
+        <value cell_index="18665" local_entity="0" value="0" />
+        <value cell_index="18666" local_entity="0" value="0" />
+        <value cell_index="18667" local_entity="0" value="0" />
+        <value cell_index="18668" local_entity="0" value="0" />
+        <value cell_index="18669" local_entity="0" value="0" />
+        <value cell_index="18670" local_entity="0" value="0" />
+        <value cell_index="18671" local_entity="0" value="0" />
+        <value cell_index="18672" local_entity="0" value="0" />
+        <value cell_index="18673" local_entity="0" value="0" />
+        <value cell_index="18674" local_entity="0" value="0" />
+        <value cell_index="18675" local_entity="0" value="0" />
+        <value cell_index="18676" local_entity="0" value="0" />
+        <value cell_index="18677" local_entity="0" value="0" />
+        <value cell_index="18678" local_entity="0" value="0" />
+        <value cell_index="18679" local_entity="0" value="0" />
+        <value cell_index="18680" local_entity="0" value="0" />
+        <value cell_index="18681" local_entity="0" value="0" />
+        <value cell_index="18682" local_entity="0" value="0" />
+        <value cell_index="18683" local_entity="0" value="0" />
+        <value cell_index="18684" local_entity="0" value="0" />
+        <value cell_index="18685" local_entity="0" value="0" />
+        <value cell_index="18686" local_entity="0" value="0" />
+        <value cell_index="18687" local_entity="0" value="0" />
+        <value cell_index="18688" local_entity="0" value="0" />
+        <value cell_index="18689" local_entity="0" value="0" />
+        <value cell_index="18690" local_entity="0" value="0" />
+        <value cell_index="18691" local_entity="0" value="0" />
+        <value cell_index="18692" local_entity="0" value="0" />
+        <value cell_index="18693" local_entity="0" value="0" />
+        <value cell_index="18694" local_entity="0" value="0" />
+        <value cell_index="18695" local_entity="0" value="0" />
+        <value cell_index="18696" local_entity="0" value="0" />
+        <value cell_index="18697" local_entity="0" value="0" />
+        <value cell_index="18698" local_entity="0" value="0" />
+        <value cell_index="18699" local_entity="0" value="0" />
+        <value cell_index="18700" local_entity="0" value="0" />
+        <value cell_index="18701" local_entity="0" value="0" />
+        <value cell_index="18702" local_entity="0" value="0" />
+        <value cell_index="18703" local_entity="0" value="0" />
+        <value cell_index="18704" local_entity="0" value="0" />
+        <value cell_index="18705" local_entity="0" value="0" />
+        <value cell_index="18706" local_entity="0" value="0" />
+        <value cell_index="18707" local_entity="0" value="0" />
+        <value cell_index="18708" local_entity="0" value="0" />
+        <value cell_index="18709" local_entity="0" value="0" />
+        <value cell_index="18710" local_entity="0" value="0" />
+        <value cell_index="18711" local_entity="0" value="0" />
+        <value cell_index="18712" local_entity="0" value="0" />
+        <value cell_index="18713" local_entity="0" value="0" />
+        <value cell_index="18714" local_entity="0" value="0" />
+        <value cell_index="18715" local_entity="0" value="0" />
+        <value cell_index="18716" local_entity="0" value="0" />
+        <value cell_index="18717" local_entity="0" value="0" />
+        <value cell_index="18718" local_entity="0" value="0" />
+        <value cell_index="18719" local_entity="0" value="0" />
+        <value cell_index="18720" local_entity="0" value="0" />
+        <value cell_index="18721" local_entity="0" value="0" />
+        <value cell_index="18722" local_entity="0" value="0" />
+        <value cell_index="18723" local_entity="0" value="0" />
+        <value cell_index="18724" local_entity="0" value="0" />
+        <value cell_index="18725" local_entity="0" value="0" />
+        <value cell_index="18726" local_entity="0" value="0" />
+        <value cell_index="18727" local_entity="0" value="0" />
+        <value cell_index="18728" local_entity="0" value="0" />
+        <value cell_index="18729" local_entity="0" value="0" />
+        <value cell_index="18730" local_entity="0" value="0" />
+        <value cell_index="18731" local_entity="0" value="0" />
+        <value cell_index="18732" local_entity="0" value="0" />
+        <value cell_index="18733" local_entity="0" value="0" />
+        <value cell_index="18734" local_entity="0" value="0" />
+        <value cell_index="18735" local_entity="0" value="0" />
+        <value cell_index="18736" local_entity="0" value="0" />
+        <value cell_index="18737" local_entity="0" value="0" />
+        <value cell_index="18738" local_entity="0" value="0" />
+        <value cell_index="18739" local_entity="0" value="0" />
+        <value cell_index="18740" local_entity="0" value="0" />
+        <value cell_index="18741" local_entity="0" value="0" />
+        <value cell_index="18742" local_entity="0" value="0" />
+        <value cell_index="18743" local_entity="0" value="0" />
+        <value cell_index="18744" local_entity="0" value="0" />
+        <value cell_index="18745" local_entity="0" value="0" />
+        <value cell_index="18746" local_entity="0" value="0" />
+        <value cell_index="18747" local_entity="0" value="0" />
+        <value cell_index="18748" local_entity="0" value="0" />
+        <value cell_index="18749" local_entity="0" value="0" />
+        <value cell_index="18750" local_entity="0" value="0" />
+        <value cell_index="18751" local_entity="0" value="0" />
+        <value cell_index="18752" local_entity="0" value="0" />
+        <value cell_index="18753" local_entity="0" value="0" />
+        <value cell_index="18754" local_entity="0" value="0" />
+        <value cell_index="18755" local_entity="0" value="0" />
+        <value cell_index="18756" local_entity="0" value="0" />
+        <value cell_index="18757" local_entity="0" value="0" />
+        <value cell_index="18758" local_entity="0" value="0" />
+        <value cell_index="18759" local_entity="0" value="0" />
+        <value cell_index="18760" local_entity="0" value="0" />
+        <value cell_index="18761" local_entity="0" value="0" />
+        <value cell_index="18762" local_entity="0" value="0" />
+        <value cell_index="18763" local_entity="0" value="0" />
+        <value cell_index="18764" local_entity="0" value="0" />
+        <value cell_index="18765" local_entity="0" value="0" />
+        <value cell_index="18766" local_entity="0" value="0" />
+        <value cell_index="18767" local_entity="0" value="0" />
+        <value cell_index="18768" local_entity="0" value="0" />
+        <value cell_index="18769" local_entity="0" value="0" />
+        <value cell_index="18770" local_entity="0" value="0" />
+        <value cell_index="18771" local_entity="0" value="0" />
+        <value cell_index="18772" local_entity="0" value="0" />
+        <value cell_index="18773" local_entity="0" value="0" />
+        <value cell_index="18774" local_entity="0" value="0" />
+        <value cell_index="18775" local_entity="0" value="0" />
+        <value cell_index="18776" local_entity="0" value="0" />
+        <value cell_index="18777" local_entity="0" value="0" />
+        <value cell_index="18778" local_entity="0" value="0" />
+        <value cell_index="18779" local_entity="0" value="0" />
+        <value cell_index="18780" local_entity="0" value="0" />
+        <value cell_index="18781" local_entity="0" value="0" />
+        <value cell_index="18782" local_entity="0" value="0" />
+        <value cell_index="18783" local_entity="0" value="0" />
+        <value cell_index="18784" local_entity="0" value="0" />
+        <value cell_index="18785" local_entity="0" value="0" />
+        <value cell_index="18786" local_entity="0" value="0" />
+        <value cell_index="18787" local_entity="0" value="0" />
+        <value cell_index="18788" local_entity="0" value="0" />
+        <value cell_index="18789" local_entity="0" value="0" />
+        <value cell_index="18790" local_entity="0" value="0" />
+        <value cell_index="18791" local_entity="0" value="0" />
+        <value cell_index="18792" local_entity="0" value="0" />
+        <value cell_index="18793" local_entity="0" value="0" />
+        <value cell_index="18794" local_entity="0" value="0" />
+        <value cell_index="18795" local_entity="0" value="0" />
+        <value cell_index="18796" local_entity="0" value="0" />
+        <value cell_index="18797" local_entity="0" value="0" />
+        <value cell_index="18798" local_entity="0" value="0" />
+        <value cell_index="18799" local_entity="0" value="0" />
+        <value cell_index="18800" local_entity="0" value="0" />
+        <value cell_index="18801" local_entity="0" value="0" />
+        <value cell_index="18802" local_entity="0" value="0" />
+        <value cell_index="18803" local_entity="0" value="0" />
+        <value cell_index="18804" local_entity="0" value="0" />
+        <value cell_index="18805" local_entity="0" value="0" />
+        <value cell_index="18806" local_entity="0" value="0" />
+        <value cell_index="18807" local_entity="0" value="0" />
+        <value cell_index="18808" local_entity="0" value="0" />
+        <value cell_index="18809" local_entity="0" value="0" />
+        <value cell_index="18810" local_entity="0" value="0" />
+        <value cell_index="18811" local_entity="0" value="0" />
+        <value cell_index="18812" local_entity="0" value="0" />
+        <value cell_index="18813" local_entity="0" value="0" />
+        <value cell_index="18814" local_entity="0" value="0" />
+        <value cell_index="18815" local_entity="0" value="0" />
+        <value cell_index="18816" local_entity="0" value="0" />
+        <value cell_index="18817" local_entity="0" value="0" />
+        <value cell_index="18818" local_entity="0" value="0" />
+        <value cell_index="18819" local_entity="0" value="0" />
+        <value cell_index="18820" local_entity="0" value="0" />
+        <value cell_index="18821" local_entity="0" value="0" />
+        <value cell_index="18822" local_entity="0" value="0" />
+        <value cell_index="18823" local_entity="0" value="0" />
+        <value cell_index="18824" local_entity="0" value="0" />
+        <value cell_index="18825" local_entity="0" value="0" />
+        <value cell_index="18826" local_entity="0" value="0" />
+        <value cell_index="18827" local_entity="0" value="0" />
+        <value cell_index="18828" local_entity="0" value="0" />
+        <value cell_index="18829" local_entity="0" value="0" />
+        <value cell_index="18830" local_entity="0" value="0" />
+        <value cell_index="18831" local_entity="0" value="0" />
+        <value cell_index="18832" local_entity="0" value="0" />
+        <value cell_index="18833" local_entity="0" value="0" />
+        <value cell_index="18834" local_entity="0" value="0" />
+        <value cell_index="18835" local_entity="0" value="0" />
+        <value cell_index="18836" local_entity="0" value="0" />
+        <value cell_index="18837" local_entity="0" value="0" />
+        <value cell_index="18838" local_entity="0" value="0" />
+        <value cell_index="18839" local_entity="0" value="0" />
+        <value cell_index="18840" local_entity="0" value="0" />
+        <value cell_index="18841" local_entity="0" value="0" />
+        <value cell_index="18842" local_entity="0" value="0" />
+        <value cell_index="18843" local_entity="0" value="0" />
+        <value cell_index="18844" local_entity="0" value="0" />
+        <value cell_index="18845" local_entity="0" value="0" />
+        <value cell_index="18846" local_entity="0" value="0" />
+        <value cell_index="18847" local_entity="0" value="0" />
+        <value cell_index="18848" local_entity="0" value="0" />
+        <value cell_index="18849" local_entity="0" value="0" />
+        <value cell_index="18850" local_entity="0" value="0" />
+        <value cell_index="18851" local_entity="0" value="0" />
+        <value cell_index="18852" local_entity="0" value="0" />
+        <value cell_index="18853" local_entity="0" value="0" />
+        <value cell_index="18854" local_entity="0" value="0" />
+        <value cell_index="18855" local_entity="0" value="0" />
+        <value cell_index="18856" local_entity="0" value="0" />
+        <value cell_index="18857" local_entity="0" value="0" />
+        <value cell_index="18858" local_entity="0" value="0" />
+        <value cell_index="18859" local_entity="0" value="0" />
+        <value cell_index="18860" local_entity="0" value="0" />
+        <value cell_index="18861" local_entity="0" value="0" />
+        <value cell_index="18862" local_entity="0" value="0" />
+        <value cell_index="18863" local_entity="0" value="0" />
+        <value cell_index="18864" local_entity="0" value="0" />
+        <value cell_index="18865" local_entity="0" value="0" />
+        <value cell_index="18866" local_entity="0" value="0" />
+        <value cell_index="18867" local_entity="0" value="0" />
+        <value cell_index="18868" local_entity="0" value="0" />
+        <value cell_index="18869" local_entity="0" value="0" />
+        <value cell_index="18870" local_entity="0" value="0" />
+        <value cell_index="18871" local_entity="0" value="0" />
+        <value cell_index="18872" local_entity="0" value="0" />
+        <value cell_index="18873" local_entity="0" value="0" />
+        <value cell_index="18874" local_entity="0" value="0" />
+        <value cell_index="18875" local_entity="0" value="0" />
+        <value cell_index="18876" local_entity="0" value="0" />
+        <value cell_index="18877" local_entity="0" value="0" />
+        <value cell_index="18878" local_entity="0" value="0" />
+        <value cell_index="18879" local_entity="0" value="0" />
+        <value cell_index="18880" local_entity="0" value="0" />
+        <value cell_index="18881" local_entity="0" value="0" />
+        <value cell_index="18882" local_entity="0" value="0" />
+        <value cell_index="18883" local_entity="0" value="0" />
+        <value cell_index="18884" local_entity="0" value="0" />
+        <value cell_index="18885" local_entity="0" value="0" />
+        <value cell_index="18886" local_entity="0" value="0" />
+        <value cell_index="18887" local_entity="0" value="0" />
+        <value cell_index="18888" local_entity="0" value="0" />
+        <value cell_index="18889" local_entity="0" value="0" />
+        <value cell_index="18890" local_entity="0" value="0" />
+        <value cell_index="18891" local_entity="0" value="0" />
+        <value cell_index="18892" local_entity="0" value="0" />
+        <value cell_index="18893" local_entity="0" value="0" />
+        <value cell_index="18894" local_entity="0" value="0" />
+        <value cell_index="18895" local_entity="0" value="0" />
+        <value cell_index="18896" local_entity="0" value="0" />
+        <value cell_index="18897" local_entity="0" value="0" />
+        <value cell_index="18898" local_entity="0" value="0" />
+        <value cell_index="18899" local_entity="0" value="0" />
+        <value cell_index="18900" local_entity="0" value="0" />
+        <value cell_index="18901" local_entity="0" value="0" />
+        <value cell_index="18902" local_entity="0" value="0" />
+        <value cell_index="18903" local_entity="0" value="0" />
+        <value cell_index="18904" local_entity="0" value="0" />
+        <value cell_index="18905" local_entity="0" value="0" />
+        <value cell_index="18906" local_entity="0" value="0" />
+        <value cell_index="18907" local_entity="0" value="0" />
+        <value cell_index="18908" local_entity="0" value="0" />
+        <value cell_index="18909" local_entity="0" value="0" />
+        <value cell_index="18910" local_entity="0" value="0" />
+        <value cell_index="18911" local_entity="0" value="0" />
+        <value cell_index="18912" local_entity="0" value="0" />
+        <value cell_index="18913" local_entity="0" value="0" />
+        <value cell_index="18914" local_entity="0" value="0" />
+        <value cell_index="18915" local_entity="0" value="0" />
+        <value cell_index="18916" local_entity="0" value="0" />
+        <value cell_index="18917" local_entity="0" value="0" />
+        <value cell_index="18918" local_entity="0" value="0" />
+        <value cell_index="18919" local_entity="0" value="0" />
+        <value cell_index="18920" local_entity="0" value="0" />
+        <value cell_index="18921" local_entity="0" value="0" />
+        <value cell_index="18922" local_entity="0" value="0" />
+        <value cell_index="18923" local_entity="0" value="0" />
+        <value cell_index="18924" local_entity="0" value="0" />
+        <value cell_index="18925" local_entity="0" value="0" />
+        <value cell_index="18926" local_entity="0" value="0" />
+        <value cell_index="18927" local_entity="0" value="0" />
+        <value cell_index="18928" local_entity="0" value="0" />
+        <value cell_index="18929" local_entity="0" value="0" />
+        <value cell_index="18930" local_entity="0" value="0" />
+        <value cell_index="18931" local_entity="0" value="0" />
+        <value cell_index="18932" local_entity="0" value="0" />
+        <value cell_index="18933" local_entity="0" value="0" />
+        <value cell_index="18934" local_entity="0" value="0" />
+        <value cell_index="18935" local_entity="0" value="0" />
+        <value cell_index="18936" local_entity="0" value="0" />
+        <value cell_index="18937" local_entity="0" value="0" />
+        <value cell_index="18938" local_entity="0" value="0" />
+        <value cell_index="18939" local_entity="0" value="0" />
+        <value cell_index="18940" local_entity="0" value="0" />
+        <value cell_index="18941" local_entity="0" value="0" />
+        <value cell_index="18942" local_entity="0" value="0" />
+        <value cell_index="18943" local_entity="0" value="0" />
+        <value cell_index="18944" local_entity="0" value="0" />
+        <value cell_index="18945" local_entity="0" value="0" />
+        <value cell_index="18946" local_entity="0" value="0" />
+        <value cell_index="18947" local_entity="0" value="0" />
+        <value cell_index="18948" local_entity="0" value="0" />
+        <value cell_index="18949" local_entity="0" value="0" />
+        <value cell_index="18950" local_entity="0" value="0" />
+        <value cell_index="18951" local_entity="0" value="0" />
+        <value cell_index="18952" local_entity="0" value="0" />
+        <value cell_index="18953" local_entity="0" value="0" />
+        <value cell_index="18954" local_entity="0" value="0" />
+        <value cell_index="18955" local_entity="0" value="0" />
+        <value cell_index="18956" local_entity="0" value="0" />
+        <value cell_index="18957" local_entity="0" value="0" />
+        <value cell_index="18958" local_entity="0" value="0" />
+        <value cell_index="18959" local_entity="0" value="0" />
+        <value cell_index="18960" local_entity="0" value="0" />
+        <value cell_index="18961" local_entity="0" value="0" />
+        <value cell_index="18962" local_entity="0" value="0" />
+        <value cell_index="18963" local_entity="0" value="0" />
+        <value cell_index="18964" local_entity="0" value="0" />
+        <value cell_index="18965" local_entity="0" value="0" />
+        <value cell_index="18966" local_entity="0" value="0" />
+        <value cell_index="18967" local_entity="0" value="0" />
+        <value cell_index="18968" local_entity="0" value="0" />
+        <value cell_index="18969" local_entity="0" value="0" />
+        <value cell_index="18970" local_entity="0" value="0" />
+        <value cell_index="18971" local_entity="0" value="0" />
+        <value cell_index="18972" local_entity="0" value="0" />
+        <value cell_index="18973" local_entity="0" value="0" />
+        <value cell_index="18974" local_entity="0" value="0" />
+        <value cell_index="18975" local_entity="0" value="0" />
+        <value cell_index="18976" local_entity="0" value="0" />
+        <value cell_index="18977" local_entity="0" value="0" />
+        <value cell_index="18978" local_entity="0" value="0" />
+        <value cell_index="18979" local_entity="0" value="0" />
+        <value cell_index="18980" local_entity="0" value="0" />
+        <value cell_index="18981" local_entity="0" value="0" />
+        <value cell_index="18982" local_entity="0" value="0" />
+        <value cell_index="18983" local_entity="0" value="0" />
+        <value cell_index="18984" local_entity="0" value="0" />
+        <value cell_index="18985" local_entity="0" value="0" />
+        <value cell_index="18986" local_entity="0" value="0" />
+        <value cell_index="18987" local_entity="0" value="0" />
+        <value cell_index="18988" local_entity="0" value="0" />
+        <value cell_index="18989" local_entity="0" value="0" />
+        <value cell_index="18990" local_entity="0" value="0" />
+        <value cell_index="18991" local_entity="0" value="0" />
+        <value cell_index="18992" local_entity="0" value="0" />
+        <value cell_index="18993" local_entity="0" value="0" />
+        <value cell_index="18994" local_entity="0" value="0" />
+        <value cell_index="18995" local_entity="0" value="0" />
+        <value cell_index="18996" local_entity="0" value="0" />
+        <value cell_index="18997" local_entity="0" value="0" />
+        <value cell_index="18998" local_entity="0" value="0" />
+        <value cell_index="18999" local_entity="0" value="0" />
+        <value cell_index="19000" local_entity="0" value="0" />
+        <value cell_index="19001" local_entity="0" value="0" />
+        <value cell_index="19002" local_entity="0" value="0" />
+        <value cell_index="19003" local_entity="0" value="0" />
+        <value cell_index="19004" local_entity="0" value="0" />
+        <value cell_index="19005" local_entity="0" value="0" />
+        <value cell_index="19006" local_entity="0" value="0" />
+        <value cell_index="19007" local_entity="0" value="0" />
+        <value cell_index="19008" local_entity="0" value="0" />
+        <value cell_index="19009" local_entity="0" value="0" />
+        <value cell_index="19010" local_entity="0" value="0" />
+        <value cell_index="19011" local_entity="0" value="0" />
+        <value cell_index="19012" local_entity="0" value="0" />
+        <value cell_index="19013" local_entity="0" value="0" />
+        <value cell_index="19014" local_entity="0" value="0" />
+        <value cell_index="19015" local_entity="0" value="0" />
+        <value cell_index="19016" local_entity="0" value="0" />
+        <value cell_index="19017" local_entity="0" value="0" />
+        <value cell_index="19018" local_entity="0" value="0" />
+        <value cell_index="19019" local_entity="0" value="0" />
+        <value cell_index="19020" local_entity="0" value="0" />
+        <value cell_index="19021" local_entity="0" value="0" />
+        <value cell_index="19022" local_entity="0" value="0" />
+        <value cell_index="19023" local_entity="0" value="0" />
+        <value cell_index="19024" local_entity="0" value="0" />
+        <value cell_index="19025" local_entity="0" value="0" />
+        <value cell_index="19026" local_entity="0" value="0" />
+        <value cell_index="19027" local_entity="0" value="0" />
+        <value cell_index="19028" local_entity="0" value="0" />
+        <value cell_index="19029" local_entity="0" value="0" />
+        <value cell_index="19030" local_entity="0" value="0" />
+        <value cell_index="19031" local_entity="0" value="0" />
+        <value cell_index="19032" local_entity="0" value="0" />
+        <value cell_index="19033" local_entity="0" value="0" />
+        <value cell_index="19034" local_entity="0" value="0" />
+        <value cell_index="19035" local_entity="0" value="0" />
+        <value cell_index="19036" local_entity="0" value="0" />
+        <value cell_index="19037" local_entity="0" value="0" />
+        <value cell_index="19038" local_entity="0" value="0" />
+        <value cell_index="19039" local_entity="0" value="0" />
+        <value cell_index="19040" local_entity="0" value="0" />
+        <value cell_index="19041" local_entity="0" value="0" />
+        <value cell_index="19042" local_entity="0" value="0" />
+        <value cell_index="19043" local_entity="0" value="0" />
+        <value cell_index="19044" local_entity="0" value="0" />
+        <value cell_index="19045" local_entity="0" value="0" />
+        <value cell_index="19046" local_entity="0" value="0" />
+        <value cell_index="19047" local_entity="0" value="0" />
+        <value cell_index="19048" local_entity="0" value="0" />
+        <value cell_index="19049" local_entity="0" value="0" />
+        <value cell_index="19050" local_entity="0" value="0" />
+        <value cell_index="19051" local_entity="0" value="0" />
+        <value cell_index="19052" local_entity="0" value="0" />
+        <value cell_index="19053" local_entity="0" value="0" />
+        <value cell_index="19054" local_entity="0" value="0" />
+        <value cell_index="19055" local_entity="0" value="0" />
+        <value cell_index="19056" local_entity="0" value="0" />
+        <value cell_index="19057" local_entity="0" value="0" />
+        <value cell_index="19058" local_entity="0" value="0" />
+        <value cell_index="19059" local_entity="0" value="0" />
+        <value cell_index="19060" local_entity="0" value="0" />
+        <value cell_index="19061" local_entity="0" value="0" />
+        <value cell_index="19062" local_entity="0" value="0" />
+        <value cell_index="19063" local_entity="0" value="0" />
+        <value cell_index="19064" local_entity="0" value="0" />
+        <value cell_index="19065" local_entity="0" value="0" />
+        <value cell_index="19066" local_entity="0" value="0" />
+        <value cell_index="19067" local_entity="0" value="0" />
+        <value cell_index="19068" local_entity="0" value="0" />
+        <value cell_index="19069" local_entity="0" value="0" />
+        <value cell_index="19070" local_entity="0" value="0" />
+        <value cell_index="19071" local_entity="0" value="0" />
+        <value cell_index="19072" local_entity="0" value="0" />
+        <value cell_index="19073" local_entity="0" value="0" />
+        <value cell_index="19074" local_entity="0" value="0" />
+        <value cell_index="19075" local_entity="0" value="0" />
+        <value cell_index="19076" local_entity="0" value="0" />
+        <value cell_index="19077" local_entity="0" value="0" />
+        <value cell_index="19078" local_entity="0" value="0" />
+        <value cell_index="19079" local_entity="0" value="0" />
+        <value cell_index="19080" local_entity="0" value="0" />
+        <value cell_index="19081" local_entity="0" value="0" />
+        <value cell_index="19082" local_entity="0" value="0" />
+        <value cell_index="19083" local_entity="0" value="0" />
+        <value cell_index="19084" local_entity="0" value="0" />
+        <value cell_index="19085" local_entity="0" value="0" />
+        <value cell_index="19086" local_entity="0" value="0" />
+        <value cell_index="19087" local_entity="0" value="0" />
+        <value cell_index="19088" local_entity="0" value="0" />
+        <value cell_index="19089" local_entity="0" value="0" />
+        <value cell_index="19090" local_entity="0" value="0" />
+        <value cell_index="19091" local_entity="0" value="0" />
+        <value cell_index="19092" local_entity="0" value="0" />
+        <value cell_index="19093" local_entity="0" value="0" />
+        <value cell_index="19094" local_entity="0" value="0" />
+        <value cell_index="19095" local_entity="0" value="0" />
+        <value cell_index="19096" local_entity="0" value="0" />
+        <value cell_index="19097" local_entity="0" value="0" />
+        <value cell_index="19098" local_entity="0" value="0" />
+        <value cell_index="19099" local_entity="0" value="0" />
+        <value cell_index="19100" local_entity="0" value="0" />
+        <value cell_index="19101" local_entity="0" value="0" />
+        <value cell_index="19102" local_entity="0" value="0" />
+        <value cell_index="19103" local_entity="0" value="0" />
+        <value cell_index="19104" local_entity="0" value="0" />
+        <value cell_index="19105" local_entity="0" value="0" />
+        <value cell_index="19106" local_entity="0" value="0" />
+        <value cell_index="19107" local_entity="0" value="0" />
+        <value cell_index="19108" local_entity="0" value="0" />
+        <value cell_index="19109" local_entity="0" value="0" />
+        <value cell_index="19110" local_entity="0" value="0" />
+        <value cell_index="19111" local_entity="0" value="0" />
+        <value cell_index="19112" local_entity="0" value="0" />
+        <value cell_index="19113" local_entity="0" value="0" />
+        <value cell_index="19114" local_entity="0" value="0" />
+        <value cell_index="19115" local_entity="0" value="0" />
+        <value cell_index="19116" local_entity="0" value="0" />
+        <value cell_index="19117" local_entity="0" value="0" />
+        <value cell_index="19118" local_entity="0" value="0" />
+        <value cell_index="19119" local_entity="0" value="0" />
+        <value cell_index="19120" local_entity="0" value="0" />
+        <value cell_index="19121" local_entity="0" value="0" />
+        <value cell_index="19122" local_entity="0" value="0" />
+        <value cell_index="19123" local_entity="0" value="0" />
+        <value cell_index="19124" local_entity="0" value="0" />
+        <value cell_index="19125" local_entity="0" value="0" />
+        <value cell_index="19126" local_entity="0" value="0" />
+        <value cell_index="19127" local_entity="0" value="0" />
+        <value cell_index="19128" local_entity="0" value="0" />
+        <value cell_index="19129" local_entity="0" value="0" />
+        <value cell_index="19130" local_entity="0" value="0" />
+        <value cell_index="19131" local_entity="0" value="0" />
+        <value cell_index="19132" local_entity="0" value="0" />
+        <value cell_index="19133" local_entity="0" value="0" />
+        <value cell_index="19134" local_entity="0" value="0" />
+        <value cell_index="19135" local_entity="0" value="0" />
+        <value cell_index="19136" local_entity="0" value="0" />
+        <value cell_index="19137" local_entity="0" value="0" />
+        <value cell_index="19138" local_entity="0" value="0" />
+        <value cell_index="19139" local_entity="0" value="0" />
+        <value cell_index="19140" local_entity="0" value="0" />
+        <value cell_index="19141" local_entity="0" value="0" />
+        <value cell_index="19142" local_entity="0" value="0" />
+        <value cell_index="19143" local_entity="0" value="0" />
+        <value cell_index="19144" local_entity="0" value="0" />
+        <value cell_index="19145" local_entity="0" value="0" />
+        <value cell_index="19146" local_entity="0" value="0" />
+        <value cell_index="19147" local_entity="0" value="0" />
+        <value cell_index="19148" local_entity="0" value="0" />
+        <value cell_index="19149" local_entity="0" value="0" />
+        <value cell_index="19150" local_entity="0" value="0" />
+        <value cell_index="19151" local_entity="0" value="0" />
+        <value cell_index="19152" local_entity="0" value="0" />
+        <value cell_index="19153" local_entity="0" value="0" />
+        <value cell_index="19154" local_entity="0" value="0" />
+        <value cell_index="19155" local_entity="0" value="0" />
+        <value cell_index="19156" local_entity="0" value="0" />
+        <value cell_index="19157" local_entity="0" value="0" />
+        <value cell_index="19158" local_entity="0" value="0" />
+        <value cell_index="19159" local_entity="0" value="0" />
+        <value cell_index="19160" local_entity="0" value="0" />
+        <value cell_index="19161" local_entity="0" value="0" />
+        <value cell_index="19162" local_entity="0" value="0" />
+        <value cell_index="19163" local_entity="0" value="0" />
+        <value cell_index="19164" local_entity="0" value="0" />
+        <value cell_index="19165" local_entity="0" value="0" />
+        <value cell_index="19166" local_entity="0" value="0" />
+        <value cell_index="19167" local_entity="0" value="0" />
+        <value cell_index="19168" local_entity="0" value="0" />
+        <value cell_index="19169" local_entity="0" value="0" />
+        <value cell_index="19170" local_entity="0" value="0" />
+        <value cell_index="19171" local_entity="0" value="0" />
+        <value cell_index="19172" local_entity="0" value="0" />
+        <value cell_index="19173" local_entity="0" value="0" />
+        <value cell_index="19174" local_entity="0" value="0" />
+        <value cell_index="19175" local_entity="0" value="0" />
+        <value cell_index="19176" local_entity="0" value="0" />
+        <value cell_index="19177" local_entity="0" value="0" />
+        <value cell_index="19178" local_entity="0" value="0" />
+        <value cell_index="19179" local_entity="0" value="0" />
+        <value cell_index="19180" local_entity="0" value="0" />
+        <value cell_index="19181" local_entity="0" value="0" />
+        <value cell_index="19182" local_entity="0" value="0" />
+        <value cell_index="19183" local_entity="0" value="0" />
+        <value cell_index="19184" local_entity="0" value="0" />
+        <value cell_index="19185" local_entity="0" value="0" />
+        <value cell_index="19186" local_entity="0" value="0" />
+        <value cell_index="19187" local_entity="0" value="0" />
+        <value cell_index="19188" local_entity="0" value="0" />
+        <value cell_index="19189" local_entity="0" value="0" />
+        <value cell_index="19190" local_entity="0" value="0" />
+        <value cell_index="19191" local_entity="0" value="0" />
+        <value cell_index="19192" local_entity="0" value="0" />
+        <value cell_index="19193" local_entity="0" value="0" />
+        <value cell_index="19194" local_entity="0" value="0" />
+        <value cell_index="19195" local_entity="0" value="0" />
+        <value cell_index="19196" local_entity="0" value="0" />
+        <value cell_index="19197" local_entity="0" value="0" />
+        <value cell_index="19198" local_entity="0" value="0" />
+        <value cell_index="19199" local_entity="0" value="0" />
+        <value cell_index="19200" local_entity="0" value="0" />
+        <value cell_index="19201" local_entity="0" value="0" />
+        <value cell_index="19202" local_entity="0" value="0" />
+        <value cell_index="19203" local_entity="0" value="0" />
+        <value cell_index="19204" local_entity="0" value="0" />
+        <value cell_index="19205" local_entity="0" value="0" />
+        <value cell_index="19206" local_entity="0" value="0" />
+        <value cell_index="19207" local_entity="0" value="0" />
+        <value cell_index="19208" local_entity="0" value="0" />
+        <value cell_index="19209" local_entity="0" value="0" />
+        <value cell_index="19210" local_entity="0" value="0" />
+        <value cell_index="19211" local_entity="0" value="0" />
+        <value cell_index="19212" local_entity="0" value="0" />
+        <value cell_index="19213" local_entity="0" value="0" />
+        <value cell_index="19214" local_entity="0" value="0" />
+        <value cell_index="19215" local_entity="0" value="0" />
+        <value cell_index="19216" local_entity="0" value="0" />
+        <value cell_index="19217" local_entity="0" value="0" />
+        <value cell_index="19218" local_entity="0" value="0" />
+        <value cell_index="19219" local_entity="0" value="0" />
+        <value cell_index="19220" local_entity="0" value="0" />
+        <value cell_index="19221" local_entity="0" value="0" />
+        <value cell_index="19222" local_entity="0" value="0" />
+        <value cell_index="19223" local_entity="0" value="0" />
+        <value cell_index="19224" local_entity="0" value="0" />
+        <value cell_index="19225" local_entity="0" value="0" />
+        <value cell_index="19226" local_entity="0" value="0" />
+        <value cell_index="19227" local_entity="0" value="0" />
+        <value cell_index="19228" local_entity="0" value="0" />
+        <value cell_index="19229" local_entity="0" value="0" />
+        <value cell_index="19230" local_entity="0" value="0" />
+        <value cell_index="19231" local_entity="0" value="0" />
+        <value cell_index="19232" local_entity="0" value="0" />
+        <value cell_index="19233" local_entity="0" value="0" />
+        <value cell_index="19234" local_entity="0" value="0" />
+        <value cell_index="19235" local_entity="0" value="0" />
+        <value cell_index="19236" local_entity="0" value="0" />
+        <value cell_index="19237" local_entity="0" value="0" />
+        <value cell_index="19238" local_entity="0" value="0" />
+        <value cell_index="19239" local_entity="0" value="0" />
+        <value cell_index="19240" local_entity="0" value="0" />
+        <value cell_index="19241" local_entity="0" value="0" />
+        <value cell_index="19242" local_entity="0" value="0" />
+        <value cell_index="19243" local_entity="0" value="0" />
+        <value cell_index="19244" local_entity="0" value="0" />
+        <value cell_index="19245" local_entity="0" value="0" />
+        <value cell_index="19246" local_entity="0" value="0" />
+        <value cell_index="19247" local_entity="0" value="0" />
+        <value cell_index="19248" local_entity="0" value="0" />
+        <value cell_index="19249" local_entity="0" value="0" />
+        <value cell_index="19250" local_entity="0" value="0" />
+        <value cell_index="19251" local_entity="0" value="0" />
+        <value cell_index="19252" local_entity="0" value="0" />
+        <value cell_index="19253" local_entity="0" value="0" />
+        <value cell_index="19254" local_entity="0" value="0" />
+        <value cell_index="19255" local_entity="0" value="0" />
+        <value cell_index="19256" local_entity="0" value="0" />
+        <value cell_index="19257" local_entity="0" value="0" />
+        <value cell_index="19258" local_entity="0" value="0" />
+        <value cell_index="19259" local_entity="0" value="0" />
+        <value cell_index="19260" local_entity="0" value="0" />
+        <value cell_index="19261" local_entity="0" value="0" />
+        <value cell_index="19262" local_entity="0" value="0" />
+        <value cell_index="19263" local_entity="0" value="0" />
+        <value cell_index="19264" local_entity="0" value="0" />
+        <value cell_index="19265" local_entity="0" value="0" />
+        <value cell_index="19266" local_entity="0" value="0" />
+        <value cell_index="19267" local_entity="0" value="0" />
+        <value cell_index="19268" local_entity="0" value="0" />
+        <value cell_index="19269" local_entity="0" value="0" />
+        <value cell_index="19270" local_entity="0" value="0" />
+        <value cell_index="19271" local_entity="0" value="0" />
+        <value cell_index="19272" local_entity="0" value="0" />
+        <value cell_index="19273" local_entity="0" value="0" />
+        <value cell_index="19274" local_entity="0" value="0" />
+        <value cell_index="19275" local_entity="0" value="0" />
+        <value cell_index="19276" local_entity="0" value="0" />
+        <value cell_index="19277" local_entity="0" value="0" />
+        <value cell_index="19278" local_entity="0" value="0" />
+        <value cell_index="19279" local_entity="0" value="0" />
+        <value cell_index="19280" local_entity="0" value="0" />
+        <value cell_index="19281" local_entity="0" value="0" />
+        <value cell_index="19282" local_entity="0" value="0" />
+        <value cell_index="19283" local_entity="0" value="0" />
+        <value cell_index="19284" local_entity="0" value="0" />
+        <value cell_index="19285" local_entity="0" value="0" />
+        <value cell_index="19286" local_entity="0" value="0" />
+        <value cell_index="19287" local_entity="0" value="0" />
+        <value cell_index="19288" local_entity="0" value="0" />
+        <value cell_index="19289" local_entity="0" value="0" />
+        <value cell_index="19290" local_entity="0" value="0" />
+        <value cell_index="19291" local_entity="0" value="0" />
+        <value cell_index="19292" local_entity="0" value="0" />
+        <value cell_index="19293" local_entity="0" value="0" />
+        <value cell_index="19294" local_entity="0" value="0" />
+        <value cell_index="19295" local_entity="0" value="0" />
+        <value cell_index="19296" local_entity="0" value="0" />
+        <value cell_index="19297" local_entity="0" value="0" />
+        <value cell_index="19298" local_entity="0" value="0" />
+        <value cell_index="19299" local_entity="0" value="0" />
+        <value cell_index="19300" local_entity="0" value="0" />
+        <value cell_index="19301" local_entity="0" value="0" />
+        <value cell_index="19302" local_entity="0" value="0" />
+        <value cell_index="19303" local_entity="0" value="0" />
+        <value cell_index="19304" local_entity="0" value="0" />
+        <value cell_index="19305" local_entity="0" value="0" />
+        <value cell_index="19306" local_entity="0" value="0" />
+        <value cell_index="19307" local_entity="0" value="0" />
+        <value cell_index="19308" local_entity="0" value="0" />
+        <value cell_index="19309" local_entity="0" value="0" />
+        <value cell_index="19310" local_entity="0" value="0" />
+        <value cell_index="19311" local_entity="0" value="0" />
+        <value cell_index="19312" local_entity="0" value="0" />
+        <value cell_index="19313" local_entity="0" value="0" />
+        <value cell_index="19314" local_entity="0" value="0" />
+        <value cell_index="19315" local_entity="0" value="0" />
+        <value cell_index="19316" local_entity="0" value="0" />
+        <value cell_index="19317" local_entity="0" value="0" />
+        <value cell_index="19318" local_entity="0" value="0" />
+        <value cell_index="19319" local_entity="0" value="0" />
+        <value cell_index="19320" local_entity="0" value="0" />
+        <value cell_index="19321" local_entity="0" value="0" />
+        <value cell_index="19322" local_entity="0" value="0" />
+        <value cell_index="19323" local_entity="0" value="0" />
+        <value cell_index="19324" local_entity="0" value="0" />
+        <value cell_index="19325" local_entity="0" value="0" />
+        <value cell_index="19326" local_entity="0" value="0" />
+        <value cell_index="19327" local_entity="0" value="0" />
+        <value cell_index="19328" local_entity="0" value="0" />
+        <value cell_index="19329" local_entity="0" value="0" />
+        <value cell_index="19330" local_entity="0" value="0" />
+        <value cell_index="19331" local_entity="0" value="0" />
+        <value cell_index="19332" local_entity="0" value="0" />
+        <value cell_index="19333" local_entity="0" value="0" />
+        <value cell_index="19334" local_entity="0" value="0" />
+        <value cell_index="19335" local_entity="0" value="0" />
+        <value cell_index="19336" local_entity="0" value="0" />
+        <value cell_index="19337" local_entity="0" value="0" />
+        <value cell_index="19338" local_entity="0" value="0" />
+        <value cell_index="19339" local_entity="0" value="0" />
+        <value cell_index="19340" local_entity="0" value="0" />
+        <value cell_index="19341" local_entity="0" value="0" />
+        <value cell_index="19342" local_entity="0" value="0" />
+        <value cell_index="19343" local_entity="0" value="0" />
+        <value cell_index="19344" local_entity="0" value="0" />
+        <value cell_index="19345" local_entity="0" value="0" />
+        <value cell_index="19346" local_entity="0" value="0" />
+        <value cell_index="19347" local_entity="0" value="0" />
+        <value cell_index="19348" local_entity="0" value="0" />
+        <value cell_index="19349" local_entity="0" value="0" />
+        <value cell_index="19350" local_entity="0" value="0" />
+        <value cell_index="19351" local_entity="0" value="0" />
+        <value cell_index="19352" local_entity="0" value="0" />
+        <value cell_index="19353" local_entity="0" value="0" />
+        <value cell_index="19354" local_entity="0" value="0" />
+        <value cell_index="19355" local_entity="0" value="0" />
+        <value cell_index="19356" local_entity="0" value="0" />
+        <value cell_index="19357" local_entity="0" value="0" />
+        <value cell_index="19358" local_entity="0" value="0" />
+        <value cell_index="19359" local_entity="0" value="0" />
+        <value cell_index="19360" local_entity="0" value="0" />
+        <value cell_index="19361" local_entity="0" value="0" />
+        <value cell_index="19362" local_entity="0" value="0" />
+        <value cell_index="19363" local_entity="0" value="0" />
+        <value cell_index="19364" local_entity="0" value="0" />
+        <value cell_index="19365" local_entity="0" value="0" />
+        <value cell_index="19366" local_entity="0" value="0" />
+        <value cell_index="19367" local_entity="0" value="0" />
+        <value cell_index="19368" local_entity="0" value="0" />
+        <value cell_index="19369" local_entity="0" value="0" />
+        <value cell_index="19370" local_entity="0" value="0" />
+        <value cell_index="19371" local_entity="0" value="0" />
+        <value cell_index="19372" local_entity="0" value="0" />
+        <value cell_index="19373" local_entity="0" value="0" />
+        <value cell_index="19374" local_entity="0" value="0" />
+        <value cell_index="19375" local_entity="0" value="0" />
+        <value cell_index="19376" local_entity="0" value="0" />
+        <value cell_index="19377" local_entity="0" value="0" />
+        <value cell_index="19378" local_entity="0" value="0" />
+        <value cell_index="19379" local_entity="0" value="0" />
+        <value cell_index="19380" local_entity="0" value="0" />
+        <value cell_index="19381" local_entity="0" value="0" />
+        <value cell_index="19382" local_entity="0" value="0" />
+        <value cell_index="19383" local_entity="0" value="0" />
+        <value cell_index="19384" local_entity="0" value="0" />
+        <value cell_index="19385" local_entity="0" value="0" />
+        <value cell_index="19386" local_entity="0" value="0" />
+        <value cell_index="19387" local_entity="0" value="0" />
+        <value cell_index="19388" local_entity="0" value="0" />
+        <value cell_index="19389" local_entity="0" value="0" />
+        <value cell_index="19390" local_entity="0" value="0" />
+        <value cell_index="19391" local_entity="0" value="0" />
+        <value cell_index="19392" local_entity="0" value="0" />
+        <value cell_index="19393" local_entity="0" value="0" />
+        <value cell_index="19394" local_entity="0" value="0" />
+        <value cell_index="19395" local_entity="0" value="0" />
+        <value cell_index="19396" local_entity="0" value="0" />
+        <value cell_index="19397" local_entity="0" value="0" />
+        <value cell_index="19398" local_entity="0" value="0" />
+        <value cell_index="19399" local_entity="0" value="0" />
+        <value cell_index="19400" local_entity="0" value="0" />
+        <value cell_index="19401" local_entity="0" value="0" />
+        <value cell_index="19402" local_entity="0" value="0" />
+        <value cell_index="19403" local_entity="0" value="0" />
+        <value cell_index="19404" local_entity="0" value="0" />
+        <value cell_index="19405" local_entity="0" value="0" />
+        <value cell_index="19406" local_entity="0" value="0" />
+        <value cell_index="19407" local_entity="0" value="0" />
+        <value cell_index="19408" local_entity="0" value="0" />
+        <value cell_index="19409" local_entity="0" value="0" />
+        <value cell_index="19410" local_entity="0" value="0" />
+        <value cell_index="19411" local_entity="0" value="0" />
+        <value cell_index="19412" local_entity="0" value="0" />
+        <value cell_index="19413" local_entity="0" value="0" />
+        <value cell_index="19414" local_entity="0" value="0" />
+        <value cell_index="19415" local_entity="0" value="0" />
+        <value cell_index="19416" local_entity="0" value="0" />
+        <value cell_index="19417" local_entity="0" value="0" />
+        <value cell_index="19418" local_entity="0" value="0" />
+        <value cell_index="19419" local_entity="0" value="0" />
+        <value cell_index="19420" local_entity="0" value="0" />
+        <value cell_index="19421" local_entity="0" value="0" />
+        <value cell_index="19422" local_entity="0" value="0" />
+        <value cell_index="19423" local_entity="0" value="0" />
+        <value cell_index="19424" local_entity="0" value="0" />
+        <value cell_index="19425" local_entity="0" value="0" />
+        <value cell_index="19426" local_entity="0" value="0" />
+        <value cell_index="19427" local_entity="0" value="0" />
+        <value cell_index="19428" local_entity="0" value="0" />
+        <value cell_index="19429" local_entity="0" value="0" />
+        <value cell_index="19430" local_entity="0" value="0" />
+        <value cell_index="19431" local_entity="0" value="0" />
+        <value cell_index="19432" local_entity="0" value="0" />
+        <value cell_index="19433" local_entity="0" value="0" />
+        <value cell_index="19434" local_entity="0" value="0" />
+        <value cell_index="19435" local_entity="0" value="0" />
+        <value cell_index="19436" local_entity="0" value="0" />
+        <value cell_index="19437" local_entity="0" value="0" />
+        <value cell_index="19438" local_entity="0" value="0" />
+        <value cell_index="19439" local_entity="0" value="0" />
+        <value cell_index="19440" local_entity="0" value="0" />
+        <value cell_index="19441" local_entity="0" value="0" />
+        <value cell_index="19442" local_entity="0" value="0" />
+        <value cell_index="19443" local_entity="0" value="0" />
+        <value cell_index="19444" local_entity="0" value="0" />
+        <value cell_index="19445" local_entity="0" value="0" />
+        <value cell_index="19446" local_entity="0" value="0" />
+        <value cell_index="19447" local_entity="0" value="0" />
+        <value cell_index="19448" local_entity="0" value="0" />
+        <value cell_index="19449" local_entity="0" value="0" />
+        <value cell_index="19450" local_entity="0" value="0" />
+        <value cell_index="19451" local_entity="0" value="0" />
+        <value cell_index="19452" local_entity="0" value="0" />
+        <value cell_index="19453" local_entity="0" value="0" />
+        <value cell_index="19454" local_entity="0" value="0" />
+        <value cell_index="19455" local_entity="0" value="0" />
+        <value cell_index="19456" local_entity="0" value="0" />
+        <value cell_index="19457" local_entity="0" value="0" />
+        <value cell_index="19458" local_entity="0" value="0" />
+        <value cell_index="19459" local_entity="0" value="0" />
+        <value cell_index="19460" local_entity="0" value="0" />
+        <value cell_index="19461" local_entity="0" value="0" />
+        <value cell_index="19462" local_entity="0" value="0" />
+        <value cell_index="19463" local_entity="0" value="0" />
+        <value cell_index="19464" local_entity="0" value="0" />
+        <value cell_index="19465" local_entity="0" value="0" />
+        <value cell_index="19466" local_entity="0" value="0" />
+        <value cell_index="19467" local_entity="0" value="0" />
+        <value cell_index="19468" local_entity="0" value="0" />
+        <value cell_index="19469" local_entity="0" value="0" />
+        <value cell_index="19470" local_entity="0" value="0" />
+        <value cell_index="19471" local_entity="0" value="0" />
+        <value cell_index="19472" local_entity="0" value="0" />
+        <value cell_index="19473" local_entity="0" value="0" />
+        <value cell_index="19474" local_entity="0" value="0" />
+        <value cell_index="19475" local_entity="0" value="0" />
+        <value cell_index="19476" local_entity="0" value="0" />
+        <value cell_index="19477" local_entity="0" value="0" />
+        <value cell_index="19478" local_entity="0" value="0" />
+        <value cell_index="19479" local_entity="0" value="0" />
+        <value cell_index="19480" local_entity="0" value="0" />
+        <value cell_index="19481" local_entity="0" value="0" />
+        <value cell_index="19482" local_entity="0" value="0" />
+        <value cell_index="19483" local_entity="0" value="0" />
+        <value cell_index="19484" local_entity="0" value="0" />
+        <value cell_index="19485" local_entity="0" value="0" />
+        <value cell_index="19486" local_entity="0" value="0" />
+        <value cell_index="19487" local_entity="0" value="0" />
+        <value cell_index="19488" local_entity="0" value="0" />
+        <value cell_index="19489" local_entity="0" value="0" />
+        <value cell_index="19490" local_entity="0" value="0" />
+        <value cell_index="19491" local_entity="0" value="0" />
+        <value cell_index="19492" local_entity="0" value="0" />
+        <value cell_index="19493" local_entity="0" value="0" />
+        <value cell_index="19494" local_entity="0" value="0" />
+        <value cell_index="19495" local_entity="0" value="0" />
+        <value cell_index="19496" local_entity="0" value="0" />
+        <value cell_index="19497" local_entity="0" value="0" />
+        <value cell_index="19498" local_entity="0" value="0" />
+        <value cell_index="19499" local_entity="0" value="0" />
+        <value cell_index="19500" local_entity="0" value="0" />
+        <value cell_index="19501" local_entity="0" value="0" />
+        <value cell_index="19502" local_entity="0" value="0" />
+        <value cell_index="19503" local_entity="0" value="0" />
+        <value cell_index="19504" local_entity="0" value="0" />
+        <value cell_index="19505" local_entity="0" value="0" />
+        <value cell_index="19506" local_entity="0" value="0" />
+        <value cell_index="19507" local_entity="0" value="0" />
+        <value cell_index="19508" local_entity="0" value="0" />
+        <value cell_index="19509" local_entity="0" value="0" />
+        <value cell_index="19510" local_entity="0" value="0" />
+        <value cell_index="19511" local_entity="0" value="0" />
+        <value cell_index="19512" local_entity="0" value="0" />
+        <value cell_index="19513" local_entity="0" value="0" />
+        <value cell_index="19514" local_entity="0" value="0" />
+        <value cell_index="19515" local_entity="0" value="0" />
+        <value cell_index="19516" local_entity="0" value="0" />
+        <value cell_index="19517" local_entity="0" value="0" />
+        <value cell_index="19518" local_entity="0" value="0" />
+        <value cell_index="19519" local_entity="0" value="0" />
+        <value cell_index="19520" local_entity="0" value="0" />
+        <value cell_index="19521" local_entity="0" value="0" />
+        <value cell_index="19522" local_entity="0" value="0" />
+        <value cell_index="19523" local_entity="0" value="0" />
+        <value cell_index="19524" local_entity="0" value="0" />
+        <value cell_index="19525" local_entity="0" value="0" />
+        <value cell_index="19526" local_entity="0" value="0" />
+        <value cell_index="19527" local_entity="0" value="0" />
+        <value cell_index="19528" local_entity="0" value="0" />
+        <value cell_index="19529" local_entity="0" value="0" />
+        <value cell_index="19530" local_entity="0" value="0" />
+        <value cell_index="19531" local_entity="0" value="0" />
+        <value cell_index="19532" local_entity="0" value="0" />
+        <value cell_index="19533" local_entity="0" value="0" />
+        <value cell_index="19534" local_entity="0" value="0" />
+        <value cell_index="19535" local_entity="0" value="0" />
+        <value cell_index="19536" local_entity="0" value="0" />
+        <value cell_index="19537" local_entity="0" value="0" />
+        <value cell_index="19538" local_entity="0" value="0" />
+        <value cell_index="19539" local_entity="0" value="0" />
+        <value cell_index="19540" local_entity="0" value="0" />
+        <value cell_index="19541" local_entity="0" value="0" />
+        <value cell_index="19542" local_entity="0" value="0" />
+        <value cell_index="19543" local_entity="0" value="0" />
+        <value cell_index="19544" local_entity="0" value="0" />
+        <value cell_index="19545" local_entity="0" value="0" />
+        <value cell_index="19546" local_entity="0" value="0" />
+        <value cell_index="19547" local_entity="0" value="0" />
+        <value cell_index="19548" local_entity="0" value="0" />
+        <value cell_index="19549" local_entity="0" value="0" />
+        <value cell_index="19550" local_entity="0" value="0" />
+        <value cell_index="19551" local_entity="0" value="0" />
+        <value cell_index="19552" local_entity="0" value="0" />
+        <value cell_index="19553" local_entity="0" value="0" />
+        <value cell_index="19554" local_entity="0" value="0" />
+        <value cell_index="19555" local_entity="0" value="0" />
+        <value cell_index="19556" local_entity="0" value="0" />
+        <value cell_index="19557" local_entity="0" value="0" />
+        <value cell_index="19558" local_entity="0" value="0" />
+        <value cell_index="19559" local_entity="0" value="0" />
+        <value cell_index="19560" local_entity="0" value="0" />
+        <value cell_index="19561" local_entity="0" value="0" />
+        <value cell_index="19562" local_entity="0" value="0" />
+        <value cell_index="19563" local_entity="0" value="0" />
+        <value cell_index="19564" local_entity="0" value="0" />
+        <value cell_index="19565" local_entity="0" value="0" />
+        <value cell_index="19566" local_entity="0" value="0" />
+        <value cell_index="19567" local_entity="0" value="0" />
+        <value cell_index="19568" local_entity="0" value="0" />
+        <value cell_index="19569" local_entity="0" value="0" />
+        <value cell_index="19570" local_entity="0" value="0" />
+        <value cell_index="19571" local_entity="0" value="0" />
+        <value cell_index="19572" local_entity="0" value="0" />
+        <value cell_index="19573" local_entity="0" value="0" />
+        <value cell_index="19574" local_entity="0" value="0" />
+        <value cell_index="19575" local_entity="0" value="0" />
+        <value cell_index="19576" local_entity="0" value="0" />
+        <value cell_index="19577" local_entity="0" value="0" />
+        <value cell_index="19578" local_entity="0" value="0" />
+        <value cell_index="19579" local_entity="0" value="0" />
+        <value cell_index="19580" local_entity="0" value="0" />
+        <value cell_index="19581" local_entity="0" value="0" />
+        <value cell_index="19582" local_entity="0" value="0" />
+        <value cell_index="19583" local_entity="0" value="0" />
+        <value cell_index="19584" local_entity="0" value="0" />
+        <value cell_index="19585" local_entity="0" value="0" />
+        <value cell_index="19586" local_entity="0" value="0" />
+        <value cell_index="19587" local_entity="0" value="0" />
+        <value cell_index="19588" local_entity="0" value="0" />
+        <value cell_index="19589" local_entity="0" value="0" />
+        <value cell_index="19590" local_entity="0" value="0" />
+        <value cell_index="19591" local_entity="0" value="0" />
+        <value cell_index="19592" local_entity="0" value="0" />
+        <value cell_index="19593" local_entity="0" value="0" />
+        <value cell_index="19594" local_entity="0" value="0" />
+        <value cell_index="19595" local_entity="0" value="0" />
+        <value cell_index="19596" local_entity="0" value="0" />
+        <value cell_index="19597" local_entity="0" value="0" />
+        <value cell_index="19598" local_entity="0" value="0" />
+        <value cell_index="19599" local_entity="0" value="0" />
+        <value cell_index="19600" local_entity="0" value="0" />
+        <value cell_index="19601" local_entity="0" value="0" />
+        <value cell_index="19602" local_entity="0" value="0" />
+        <value cell_index="19603" local_entity="0" value="0" />
+        <value cell_index="19604" local_entity="0" value="0" />
+        <value cell_index="19605" local_entity="0" value="0" />
+        <value cell_index="19606" local_entity="0" value="0" />
+        <value cell_index="19607" local_entity="0" value="0" />
+        <value cell_index="19608" local_entity="0" value="0" />
+        <value cell_index="19609" local_entity="0" value="0" />
+        <value cell_index="19610" local_entity="0" value="0" />
+        <value cell_index="19611" local_entity="0" value="0" />
+        <value cell_index="19612" local_entity="0" value="0" />
+        <value cell_index="19613" local_entity="0" value="0" />
+        <value cell_index="19614" local_entity="0" value="0" />
+        <value cell_index="19615" local_entity="0" value="0" />
+        <value cell_index="19616" local_entity="0" value="0" />
+        <value cell_index="19617" local_entity="0" value="0" />
+        <value cell_index="19618" local_entity="0" value="0" />
+        <value cell_index="19619" local_entity="0" value="0" />
+        <value cell_index="19620" local_entity="0" value="0" />
+        <value cell_index="19621" local_entity="0" value="0" />
+        <value cell_index="19622" local_entity="0" value="0" />
+        <value cell_index="19623" local_entity="0" value="0" />
+        <value cell_index="19624" local_entity="0" value="0" />
+        <value cell_index="19625" local_entity="0" value="0" />
+        <value cell_index="19626" local_entity="0" value="0" />
+        <value cell_index="19627" local_entity="0" value="0" />
+        <value cell_index="19628" local_entity="0" value="0" />
+        <value cell_index="19629" local_entity="0" value="0" />
+        <value cell_index="19630" local_entity="0" value="0" />
+        <value cell_index="19631" local_entity="0" value="0" />
+        <value cell_index="19632" local_entity="0" value="0" />
+        <value cell_index="19633" local_entity="0" value="0" />
+        <value cell_index="19634" local_entity="0" value="0" />
+        <value cell_index="19635" local_entity="0" value="0" />
+        <value cell_index="19636" local_entity="0" value="0" />
+        <value cell_index="19637" local_entity="0" value="0" />
+        <value cell_index="19638" local_entity="0" value="0" />
+        <value cell_index="19639" local_entity="0" value="0" />
+        <value cell_index="19640" local_entity="0" value="0" />
+        <value cell_index="19641" local_entity="0" value="0" />
+        <value cell_index="19642" local_entity="0" value="0" />
+        <value cell_index="19643" local_entity="0" value="0" />
+        <value cell_index="19644" local_entity="0" value="0" />
+        <value cell_index="19645" local_entity="0" value="0" />
+        <value cell_index="19646" local_entity="0" value="0" />
+        <value cell_index="19647" local_entity="0" value="0" />
+        <value cell_index="19648" local_entity="0" value="0" />
+        <value cell_index="19649" local_entity="0" value="0" />
+        <value cell_index="19650" local_entity="0" value="0" />
+        <value cell_index="19651" local_entity="0" value="0" />
+        <value cell_index="19652" local_entity="0" value="0" />
+        <value cell_index="19653" local_entity="0" value="0" />
+        <value cell_index="19654" local_entity="0" value="0" />
+        <value cell_index="19655" local_entity="0" value="0" />
+        <value cell_index="19656" local_entity="0" value="0" />
+        <value cell_index="19657" local_entity="0" value="0" />
+        <value cell_index="19658" local_entity="0" value="0" />
+        <value cell_index="19659" local_entity="0" value="0" />
+        <value cell_index="19660" local_entity="0" value="0" />
+        <value cell_index="19661" local_entity="0" value="0" />
+        <value cell_index="19662" local_entity="0" value="0" />
+        <value cell_index="19663" local_entity="0" value="0" />
+        <value cell_index="19664" local_entity="0" value="0" />
+        <value cell_index="19665" local_entity="0" value="0" />
+        <value cell_index="19666" local_entity="0" value="0" />
+        <value cell_index="19667" local_entity="0" value="0" />
+        <value cell_index="19668" local_entity="0" value="0" />
+        <value cell_index="19669" local_entity="0" value="0" />
+        <value cell_index="19670" local_entity="0" value="0" />
+        <value cell_index="19671" local_entity="0" value="0" />
+        <value cell_index="19672" local_entity="0" value="0" />
+        <value cell_index="19673" local_entity="0" value="0" />
+        <value cell_index="19674" local_entity="0" value="0" />
+        <value cell_index="19675" local_entity="0" value="0" />
+        <value cell_index="19676" local_entity="0" value="0" />
+        <value cell_index="19677" local_entity="0" value="0" />
+        <value cell_index="19678" local_entity="0" value="0" />
+        <value cell_index="19679" local_entity="0" value="0" />
+        <value cell_index="19680" local_entity="0" value="0" />
+        <value cell_index="19681" local_entity="0" value="0" />
+        <value cell_index="19682" local_entity="0" value="0" />
+        <value cell_index="19683" local_entity="0" value="0" />
+        <value cell_index="19684" local_entity="0" value="0" />
+        <value cell_index="19685" local_entity="0" value="0" />
+        <value cell_index="19686" local_entity="0" value="0" />
+        <value cell_index="19687" local_entity="0" value="0" />
+        <value cell_index="19688" local_entity="0" value="0" />
+        <value cell_index="19689" local_entity="0" value="0" />
+        <value cell_index="19690" local_entity="0" value="0" />
+        <value cell_index="19691" local_entity="0" value="0" />
+        <value cell_index="19692" local_entity="0" value="0" />
+        <value cell_index="19693" local_entity="0" value="0" />
+        <value cell_index="19694" local_entity="0" value="0" />
+        <value cell_index="19695" local_entity="0" value="0" />
+        <value cell_index="19696" local_entity="0" value="0" />
+        <value cell_index="19697" local_entity="0" value="0" />
+        <value cell_index="19698" local_entity="0" value="0" />
+        <value cell_index="19699" local_entity="0" value="0" />
+        <value cell_index="19700" local_entity="0" value="0" />
+        <value cell_index="19701" local_entity="0" value="0" />
+        <value cell_index="19702" local_entity="0" value="0" />
+        <value cell_index="19703" local_entity="0" value="0" />
+        <value cell_index="19704" local_entity="0" value="0" />
+        <value cell_index="19705" local_entity="0" value="0" />
+        <value cell_index="19706" local_entity="0" value="0" />
+        <value cell_index="19707" local_entity="0" value="0" />
+        <value cell_index="19708" local_entity="0" value="0" />
+        <value cell_index="19709" local_entity="0" value="0" />
+        <value cell_index="19710" local_entity="0" value="0" />
+        <value cell_index="19711" local_entity="0" value="0" />
+        <value cell_index="19712" local_entity="0" value="0" />
+        <value cell_index="19713" local_entity="0" value="0" />
+        <value cell_index="19714" local_entity="0" value="0" />
+        <value cell_index="19715" local_entity="0" value="0" />
+        <value cell_index="19716" local_entity="0" value="0" />
+        <value cell_index="19717" local_entity="0" value="0" />
+        <value cell_index="19718" local_entity="0" value="0" />
+        <value cell_index="19719" local_entity="0" value="0" />
+        <value cell_index="19720" local_entity="0" value="0" />
+        <value cell_index="19721" local_entity="0" value="0" />
+        <value cell_index="19722" local_entity="0" value="0" />
+        <value cell_index="19723" local_entity="0" value="0" />
+        <value cell_index="19724" local_entity="0" value="0" />
+        <value cell_index="19725" local_entity="0" value="0" />
+        <value cell_index="19726" local_entity="0" value="0" />
+        <value cell_index="19727" local_entity="0" value="0" />
+        <value cell_index="19728" local_entity="0" value="0" />
+        <value cell_index="19729" local_entity="0" value="0" />
+        <value cell_index="19730" local_entity="0" value="0" />
+        <value cell_index="19731" local_entity="0" value="0" />
+        <value cell_index="19732" local_entity="0" value="0" />
+        <value cell_index="19733" local_entity="0" value="0" />
+        <value cell_index="19734" local_entity="0" value="0" />
+        <value cell_index="19735" local_entity="0" value="0" />
+        <value cell_index="19736" local_entity="0" value="0" />
+        <value cell_index="19737" local_entity="0" value="0" />
+        <value cell_index="19738" local_entity="0" value="0" />
+        <value cell_index="19739" local_entity="0" value="0" />
+        <value cell_index="19740" local_entity="0" value="0" />
+        <value cell_index="19741" local_entity="0" value="0" />
+        <value cell_index="19742" local_entity="0" value="0" />
+        <value cell_index="19743" local_entity="0" value="0" />
+        <value cell_index="19744" local_entity="0" value="0" />
+        <value cell_index="19745" local_entity="0" value="0" />
+        <value cell_index="19746" local_entity="0" value="0" />
+        <value cell_index="19747" local_entity="0" value="0" />
+        <value cell_index="19748" local_entity="0" value="0" />
+        <value cell_index="19749" local_entity="0" value="0" />
+        <value cell_index="19750" local_entity="0" value="0" />
+        <value cell_index="19751" local_entity="0" value="0" />
+        <value cell_index="19752" local_entity="0" value="0" />
+        <value cell_index="19753" local_entity="0" value="0" />
+        <value cell_index="19754" local_entity="0" value="0" />
+        <value cell_index="19755" local_entity="0" value="0" />
+        <value cell_index="19756" local_entity="0" value="0" />
+        <value cell_index="19757" local_entity="0" value="0" />
+        <value cell_index="19758" local_entity="0" value="0" />
+        <value cell_index="19759" local_entity="0" value="0" />
+        <value cell_index="19760" local_entity="0" value="0" />
+        <value cell_index="19761" local_entity="0" value="0" />
+        <value cell_index="19762" local_entity="0" value="0" />
+        <value cell_index="19763" local_entity="0" value="0" />
+        <value cell_index="19764" local_entity="0" value="0" />
+        <value cell_index="19765" local_entity="0" value="0" />
+        <value cell_index="19766" local_entity="0" value="0" />
+        <value cell_index="19767" local_entity="0" value="0" />
+        <value cell_index="19768" local_entity="0" value="0" />
+        <value cell_index="19769" local_entity="0" value="0" />
+        <value cell_index="19770" local_entity="0" value="0" />
+        <value cell_index="19771" local_entity="0" value="0" />
+        <value cell_index="19772" local_entity="0" value="0" />
+        <value cell_index="19773" local_entity="0" value="0" />
+        <value cell_index="19774" local_entity="0" value="0" />
+        <value cell_index="19775" local_entity="0" value="0" />
+        <value cell_index="19776" local_entity="0" value="0" />
+        <value cell_index="19777" local_entity="0" value="0" />
+        <value cell_index="19778" local_entity="0" value="0" />
+        <value cell_index="19779" local_entity="0" value="0" />
+        <value cell_index="19780" local_entity="0" value="0" />
+        <value cell_index="19781" local_entity="0" value="0" />
+        <value cell_index="19782" local_entity="0" value="0" />
+        <value cell_index="19783" local_entity="0" value="0" />
+        <value cell_index="19784" local_entity="0" value="0" />
+        <value cell_index="19785" local_entity="0" value="0" />
+        <value cell_index="19786" local_entity="0" value="0" />
+        <value cell_index="19787" local_entity="0" value="0" />
+        <value cell_index="19788" local_entity="0" value="0" />
+        <value cell_index="19789" local_entity="0" value="0" />
+        <value cell_index="19790" local_entity="0" value="0" />
+        <value cell_index="19791" local_entity="0" value="0" />
+        <value cell_index="19792" local_entity="0" value="0" />
+        <value cell_index="19793" local_entity="0" value="0" />
+        <value cell_index="19794" local_entity="0" value="0" />
+        <value cell_index="19795" local_entity="0" value="0" />
+        <value cell_index="19796" local_entity="0" value="0" />
+        <value cell_index="19797" local_entity="0" value="0" />
+        <value cell_index="19798" local_entity="0" value="0" />
+        <value cell_index="19799" local_entity="0" value="0" />
+        <value cell_index="19800" local_entity="0" value="0" />
+        <value cell_index="19801" local_entity="0" value="0" />
+        <value cell_index="19802" local_entity="0" value="0" />
+        <value cell_index="19803" local_entity="0" value="0" />
+        <value cell_index="19804" local_entity="0" value="0" />
+        <value cell_index="19805" local_entity="0" value="0" />
+        <value cell_index="19806" local_entity="0" value="0" />
+        <value cell_index="19807" local_entity="0" value="0" />
+        <value cell_index="19808" local_entity="0" value="0" />
+        <value cell_index="19809" local_entity="0" value="0" />
+        <value cell_index="19810" local_entity="0" value="0" />
+        <value cell_index="19811" local_entity="0" value="0" />
+        <value cell_index="19812" local_entity="0" value="0" />
+        <value cell_index="19813" local_entity="0" value="0" />
+        <value cell_index="19814" local_entity="0" value="0" />
+        <value cell_index="19815" local_entity="0" value="0" />
+        <value cell_index="19816" local_entity="0" value="0" />
+        <value cell_index="19817" local_entity="0" value="0" />
+        <value cell_index="19818" local_entity="0" value="0" />
+        <value cell_index="19819" local_entity="0" value="0" />
+        <value cell_index="19820" local_entity="0" value="0" />
+        <value cell_index="19821" local_entity="0" value="0" />
+        <value cell_index="19822" local_entity="0" value="0" />
+        <value cell_index="19823" local_entity="0" value="0" />
+        <value cell_index="19824" local_entity="0" value="0" />
+        <value cell_index="19825" local_entity="0" value="0" />
+        <value cell_index="19826" local_entity="0" value="0" />
+        <value cell_index="19827" local_entity="0" value="0" />
+        <value cell_index="19828" local_entity="0" value="0" />
+        <value cell_index="19829" local_entity="0" value="0" />
+        <value cell_index="19830" local_entity="0" value="0" />
+        <value cell_index="19831" local_entity="0" value="0" />
+        <value cell_index="19832" local_entity="0" value="0" />
+        <value cell_index="19833" local_entity="0" value="0" />
+        <value cell_index="19834" local_entity="0" value="0" />
+        <value cell_index="19835" local_entity="0" value="0" />
+        <value cell_index="19836" local_entity="0" value="0" />
+        <value cell_index="19837" local_entity="0" value="0" />
+        <value cell_index="19838" local_entity="0" value="0" />
+        <value cell_index="19839" local_entity="0" value="0" />
+        <value cell_index="19840" local_entity="0" value="0" />
+        <value cell_index="19841" local_entity="0" value="0" />
+        <value cell_index="19842" local_entity="0" value="0" />
+        <value cell_index="19843" local_entity="0" value="0" />
+        <value cell_index="19844" local_entity="0" value="0" />
+        <value cell_index="19845" local_entity="0" value="0" />
+        <value cell_index="19846" local_entity="0" value="0" />
+        <value cell_index="19847" local_entity="0" value="0" />
+        <value cell_index="19848" local_entity="0" value="0" />
+        <value cell_index="19849" local_entity="0" value="0" />
+        <value cell_index="19850" local_entity="0" value="0" />
+        <value cell_index="19851" local_entity="0" value="0" />
+        <value cell_index="19852" local_entity="0" value="0" />
+        <value cell_index="19853" local_entity="0" value="0" />
+        <value cell_index="19854" local_entity="0" value="0" />
+        <value cell_index="19855" local_entity="0" value="0" />
+        <value cell_index="19856" local_entity="0" value="0" />
+        <value cell_index="19857" local_entity="0" value="0" />
+        <value cell_index="19858" local_entity="0" value="0" />
+        <value cell_index="19859" local_entity="0" value="0" />
+        <value cell_index="19860" local_entity="0" value="0" />
+        <value cell_index="19861" local_entity="0" value="0" />
+        <value cell_index="19862" local_entity="0" value="0" />
+        <value cell_index="19863" local_entity="0" value="0" />
+        <value cell_index="19864" local_entity="0" value="0" />
+        <value cell_index="19865" local_entity="0" value="0" />
+        <value cell_index="19866" local_entity="0" value="0" />
+        <value cell_index="19867" local_entity="0" value="0" />
+        <value cell_index="19868" local_entity="0" value="0" />
+        <value cell_index="19869" local_entity="0" value="0" />
+        <value cell_index="19870" local_entity="0" value="0" />
+        <value cell_index="19871" local_entity="0" value="0" />
+        <value cell_index="19872" local_entity="0" value="0" />
+        <value cell_index="19873" local_entity="0" value="0" />
+        <value cell_index="19874" local_entity="0" value="0" />
+        <value cell_index="19875" local_entity="0" value="0" />
+        <value cell_index="19876" local_entity="0" value="0" />
+        <value cell_index="19877" local_entity="0" value="0" />
+        <value cell_index="19878" local_entity="0" value="0" />
+        <value cell_index="19879" local_entity="0" value="0" />
+        <value cell_index="19880" local_entity="0" value="0" />
+        <value cell_index="19881" local_entity="0" value="0" />
+        <value cell_index="19882" local_entity="0" value="0" />
+        <value cell_index="19883" local_entity="0" value="0" />
+        <value cell_index="19884" local_entity="0" value="0" />
+        <value cell_index="19885" local_entity="0" value="0" />
+        <value cell_index="19886" local_entity="0" value="0" />
+        <value cell_index="19887" local_entity="0" value="0" />
+        <value cell_index="19888" local_entity="0" value="0" />
+        <value cell_index="19889" local_entity="0" value="0" />
+        <value cell_index="19890" local_entity="0" value="0" />
+        <value cell_index="19891" local_entity="0" value="0" />
+        <value cell_index="19892" local_entity="0" value="0" />
+        <value cell_index="19893" local_entity="0" value="0" />
+        <value cell_index="19894" local_entity="0" value="0" />
+        <value cell_index="19895" local_entity="0" value="0" />
+        <value cell_index="19896" local_entity="0" value="0" />
+        <value cell_index="19897" local_entity="0" value="0" />
+        <value cell_index="19898" local_entity="0" value="0" />
+        <value cell_index="19899" local_entity="0" value="0" />
+        <value cell_index="19900" local_entity="0" value="0" />
+        <value cell_index="19901" local_entity="0" value="0" />
+        <value cell_index="19902" local_entity="0" value="0" />
+        <value cell_index="19903" local_entity="0" value="0" />
+        <value cell_index="19904" local_entity="0" value="0" />
+        <value cell_index="19905" local_entity="0" value="0" />
+        <value cell_index="19906" local_entity="0" value="0" />
+        <value cell_index="19907" local_entity="0" value="0" />
+        <value cell_index="19908" local_entity="0" value="0" />
+        <value cell_index="19909" local_entity="0" value="0" />
+        <value cell_index="19910" local_entity="0" value="0" />
+        <value cell_index="19911" local_entity="0" value="0" />
+        <value cell_index="19912" local_entity="0" value="0" />
+        <value cell_index="19913" local_entity="0" value="0" />
+        <value cell_index="19914" local_entity="0" value="0" />
+        <value cell_index="19915" local_entity="0" value="0" />
+        <value cell_index="19916" local_entity="0" value="0" />
+        <value cell_index="19917" local_entity="0" value="0" />
+        <value cell_index="19918" local_entity="0" value="0" />
+        <value cell_index="19919" local_entity="0" value="0" />
+        <value cell_index="19920" local_entity="0" value="0" />
+        <value cell_index="19921" local_entity="0" value="0" />
+        <value cell_index="19922" local_entity="0" value="0" />
+        <value cell_index="19923" local_entity="0" value="0" />
+        <value cell_index="19924" local_entity="0" value="0" />
+        <value cell_index="19925" local_entity="0" value="0" />
+        <value cell_index="19926" local_entity="0" value="0" />
+        <value cell_index="19927" local_entity="0" value="0" />
+        <value cell_index="19928" local_entity="0" value="0" />
+        <value cell_index="19929" local_entity="0" value="0" />
+        <value cell_index="19930" local_entity="0" value="0" />
+        <value cell_index="19931" local_entity="0" value="0" />
+        <value cell_index="19932" local_entity="0" value="0" />
+        <value cell_index="19933" local_entity="0" value="0" />
+        <value cell_index="19934" local_entity="0" value="0" />
+        <value cell_index="19935" local_entity="0" value="0" />
+        <value cell_index="19936" local_entity="0" value="0" />
+        <value cell_index="19937" local_entity="0" value="0" />
+        <value cell_index="19938" local_entity="0" value="0" />
+        <value cell_index="19939" local_entity="0" value="0" />
+        <value cell_index="19940" local_entity="0" value="0" />
+        <value cell_index="19941" local_entity="0" value="0" />
+        <value cell_index="19942" local_entity="0" value="0" />
+        <value cell_index="19943" local_entity="0" value="0" />
+        <value cell_index="19944" local_entity="0" value="0" />
+        <value cell_index="19945" local_entity="0" value="0" />
+        <value cell_index="19946" local_entity="0" value="0" />
+        <value cell_index="19947" local_entity="0" value="0" />
+        <value cell_index="19948" local_entity="0" value="0" />
+        <value cell_index="19949" local_entity="0" value="0" />
+        <value cell_index="19950" local_entity="0" value="0" />
+        <value cell_index="19951" local_entity="0" value="0" />
+        <value cell_index="19952" local_entity="0" value="0" />
+        <value cell_index="19953" local_entity="0" value="0" />
+        <value cell_index="19954" local_entity="0" value="0" />
+        <value cell_index="19955" local_entity="0" value="0" />
+        <value cell_index="19956" local_entity="0" value="0" />
+        <value cell_index="19957" local_entity="0" value="0" />
+        <value cell_index="19958" local_entity="0" value="0" />
+        <value cell_index="19959" local_entity="0" value="0" />
+        <value cell_index="19960" local_entity="0" value="0" />
+        <value cell_index="19961" local_entity="0" value="0" />
+        <value cell_index="19962" local_entity="0" value="0" />
+        <value cell_index="19963" local_entity="0" value="0" />
+        <value cell_index="19964" local_entity="0" value="0" />
+        <value cell_index="19965" local_entity="0" value="0" />
+        <value cell_index="19966" local_entity="0" value="0" />
+        <value cell_index="19967" local_entity="0" value="0" />
+        <value cell_index="19968" local_entity="0" value="0" />
+        <value cell_index="19969" local_entity="0" value="0" />
+        <value cell_index="19970" local_entity="0" value="0" />
+        <value cell_index="19971" local_entity="0" value="0" />
+        <value cell_index="19972" local_entity="0" value="0" />
+        <value cell_index="19973" local_entity="0" value="0" />
+        <value cell_index="19974" local_entity="0" value="0" />
+        <value cell_index="19975" local_entity="0" value="0" />
+        <value cell_index="19976" local_entity="0" value="0" />
+        <value cell_index="19977" local_entity="0" value="0" />
+        <value cell_index="19978" local_entity="0" value="0" />
+        <value cell_index="19979" local_entity="0" value="0" />
+        <value cell_index="19980" local_entity="0" value="0" />
+        <value cell_index="19981" local_entity="0" value="0" />
+        <value cell_index="19982" local_entity="0" value="0" />
+        <value cell_index="19983" local_entity="0" value="0" />
+        <value cell_index="19984" local_entity="0" value="0" />
+        <value cell_index="19985" local_entity="0" value="0" />
+        <value cell_index="19986" local_entity="0" value="0" />
+        <value cell_index="19987" local_entity="0" value="0" />
+        <value cell_index="19988" local_entity="0" value="0" />
+        <value cell_index="19989" local_entity="0" value="0" />
+        <value cell_index="19990" local_entity="0" value="0" />
+        <value cell_index="19991" local_entity="0" value="0" />
+        <value cell_index="19992" local_entity="0" value="0" />
+        <value cell_index="19993" local_entity="0" value="0" />
+        <value cell_index="19994" local_entity="0" value="0" />
+        <value cell_index="19995" local_entity="0" value="0" />
+        <value cell_index="19996" local_entity="0" value="0" />
+        <value cell_index="19997" local_entity="0" value="0" />
+        <value cell_index="19998" local_entity="0" value="0" />
+        <value cell_index="19999" local_entity="0" value="0" />
+        <value cell_index="20000" local_entity="0" value="0" />
+        <value cell_index="20001" local_entity="0" value="0" />
+        <value cell_index="20002" local_entity="0" value="0" />
+        <value cell_index="20003" local_entity="0" value="0" />
+        <value cell_index="20004" local_entity="0" value="0" />
+        <value cell_index="20005" local_entity="0" value="0" />
+        <value cell_index="20006" local_entity="0" value="0" />
+        <value cell_index="20007" local_entity="0" value="0" />
+        <value cell_index="20008" local_entity="0" value="0" />
+        <value cell_index="20009" local_entity="0" value="0" />
+        <value cell_index="20010" local_entity="0" value="0" />
+        <value cell_index="20011" local_entity="0" value="0" />
+        <value cell_index="20012" local_entity="0" value="0" />
+        <value cell_index="20013" local_entity="0" value="0" />
+        <value cell_index="20014" local_entity="0" value="0" />
+        <value cell_index="20015" local_entity="0" value="0" />
+        <value cell_index="20016" local_entity="0" value="0" />
+        <value cell_index="20017" local_entity="0" value="0" />
+        <value cell_index="20018" local_entity="0" value="0" />
+        <value cell_index="20019" local_entity="0" value="0" />
+        <value cell_index="20020" local_entity="0" value="0" />
+        <value cell_index="20021" local_entity="0" value="0" />
+        <value cell_index="20022" local_entity="0" value="0" />
+        <value cell_index="20023" local_entity="0" value="0" />
+        <value cell_index="20024" local_entity="0" value="0" />
+        <value cell_index="20025" local_entity="0" value="0" />
+        <value cell_index="20026" local_entity="0" value="0" />
+        <value cell_index="20027" local_entity="0" value="0" />
+        <value cell_index="20028" local_entity="0" value="0" />
+        <value cell_index="20029" local_entity="0" value="0" />
+        <value cell_index="20030" local_entity="0" value="0" />
+        <value cell_index="20031" local_entity="0" value="0" />
+        <value cell_index="20032" local_entity="0" value="0" />
+        <value cell_index="20033" local_entity="0" value="0" />
+        <value cell_index="20034" local_entity="0" value="0" />
+        <value cell_index="20035" local_entity="0" value="0" />
+        <value cell_index="20036" local_entity="0" value="0" />
+        <value cell_index="20037" local_entity="0" value="0" />
+        <value cell_index="20038" local_entity="0" value="0" />
+        <value cell_index="20039" local_entity="0" value="0" />
+        <value cell_index="20040" local_entity="0" value="0" />
+        <value cell_index="20041" local_entity="0" value="0" />
+        <value cell_index="20042" local_entity="0" value="0" />
+        <value cell_index="20043" local_entity="0" value="0" />
+        <value cell_index="20044" local_entity="0" value="0" />
+        <value cell_index="20045" local_entity="0" value="0" />
+        <value cell_index="20046" local_entity="0" value="0" />
+        <value cell_index="20047" local_entity="0" value="0" />
+        <value cell_index="20048" local_entity="0" value="0" />
+        <value cell_index="20049" local_entity="0" value="0" />
+        <value cell_index="20050" local_entity="0" value="0" />
+        <value cell_index="20051" local_entity="0" value="0" />
+        <value cell_index="20052" local_entity="0" value="0" />
+        <value cell_index="20053" local_entity="0" value="0" />
+        <value cell_index="20054" local_entity="0" value="0" />
+        <value cell_index="20055" local_entity="0" value="0" />
+        <value cell_index="20056" local_entity="0" value="0" />
+        <value cell_index="20057" local_entity="0" value="0" />
+        <value cell_index="20058" local_entity="0" value="0" />
+        <value cell_index="20059" local_entity="0" value="0" />
+        <value cell_index="20060" local_entity="0" value="0" />
+        <value cell_index="20061" local_entity="0" value="0" />
+        <value cell_index="20062" local_entity="0" value="0" />
+        <value cell_index="20063" local_entity="0" value="0" />
+        <value cell_index="20064" local_entity="0" value="0" />
+        <value cell_index="20065" local_entity="0" value="0" />
+        <value cell_index="20066" local_entity="0" value="0" />
+        <value cell_index="20067" local_entity="0" value="0" />
+        <value cell_index="20068" local_entity="0" value="0" />
+        <value cell_index="20069" local_entity="0" value="0" />
+        <value cell_index="20070" local_entity="0" value="0" />
+        <value cell_index="20071" local_entity="0" value="0" />
+        <value cell_index="20072" local_entity="0" value="0" />
+        <value cell_index="20073" local_entity="0" value="0" />
+        <value cell_index="20074" local_entity="0" value="0" />
+        <value cell_index="20075" local_entity="0" value="0" />
+        <value cell_index="20076" local_entity="0" value="0" />
+        <value cell_index="20077" local_entity="0" value="0" />
+        <value cell_index="20078" local_entity="0" value="0" />
+        <value cell_index="20079" local_entity="0" value="0" />
+        <value cell_index="20080" local_entity="0" value="0" />
+        <value cell_index="20081" local_entity="0" value="0" />
+        <value cell_index="20082" local_entity="0" value="0" />
+        <value cell_index="20083" local_entity="0" value="0" />
+        <value cell_index="20084" local_entity="0" value="0" />
+        <value cell_index="20085" local_entity="0" value="0" />
+        <value cell_index="20086" local_entity="0" value="0" />
+        <value cell_index="20087" local_entity="0" value="0" />
+        <value cell_index="20088" local_entity="0" value="0" />
+        <value cell_index="20089" local_entity="0" value="0" />
+        <value cell_index="20090" local_entity="0" value="0" />
+        <value cell_index="20091" local_entity="0" value="0" />
+        <value cell_index="20092" local_entity="0" value="0" />
+        <value cell_index="20093" local_entity="0" value="0" />
+        <value cell_index="20094" local_entity="0" value="0" />
+        <value cell_index="20095" local_entity="0" value="0" />
+        <value cell_index="20096" local_entity="0" value="0" />
+        <value cell_index="20097" local_entity="0" value="0" />
+        <value cell_index="20098" local_entity="0" value="0" />
+        <value cell_index="20099" local_entity="0" value="0" />
+        <value cell_index="20100" local_entity="0" value="0" />
+        <value cell_index="20101" local_entity="0" value="0" />
+        <value cell_index="20102" local_entity="0" value="0" />
+        <value cell_index="20103" local_entity="0" value="0" />
+        <value cell_index="20104" local_entity="0" value="0" />
+        <value cell_index="20105" local_entity="0" value="0" />
+        <value cell_index="20106" local_entity="0" value="0" />
+        <value cell_index="20107" local_entity="0" value="0" />
+        <value cell_index="20108" local_entity="0" value="0" />
+        <value cell_index="20109" local_entity="0" value="0" />
+        <value cell_index="20110" local_entity="0" value="0" />
+        <value cell_index="20111" local_entity="0" value="0" />
+        <value cell_index="20112" local_entity="0" value="0" />
+        <value cell_index="20113" local_entity="0" value="0" />
+        <value cell_index="20114" local_entity="0" value="0" />
+        <value cell_index="20115" local_entity="0" value="0" />
+        <value cell_index="20116" local_entity="0" value="0" />
+        <value cell_index="20117" local_entity="0" value="0" />
+        <value cell_index="20118" local_entity="0" value="0" />
+        <value cell_index="20119" local_entity="0" value="0" />
+        <value cell_index="20120" local_entity="0" value="0" />
+        <value cell_index="20121" local_entity="0" value="0" />
+        <value cell_index="20122" local_entity="0" value="0" />
+        <value cell_index="20123" local_entity="0" value="0" />
+        <value cell_index="20124" local_entity="0" value="0" />
+        <value cell_index="20125" local_entity="0" value="0" />
+        <value cell_index="20126" local_entity="0" value="0" />
+        <value cell_index="20127" local_entity="0" value="0" />
+        <value cell_index="20128" local_entity="0" value="0" />
+        <value cell_index="20129" local_entity="0" value="0" />
+        <value cell_index="20130" local_entity="0" value="0" />
+        <value cell_index="20131" local_entity="0" value="0" />
+        <value cell_index="20132" local_entity="0" value="0" />
+        <value cell_index="20133" local_entity="0" value="0" />
+        <value cell_index="20134" local_entity="0" value="0" />
+        <value cell_index="20135" local_entity="0" value="0" />
+        <value cell_index="20136" local_entity="0" value="0" />
+        <value cell_index="20137" local_entity="0" value="0" />
+        <value cell_index="20138" local_entity="0" value="0" />
+        <value cell_index="20139" local_entity="0" value="0" />
+        <value cell_index="20140" local_entity="0" value="0" />
+        <value cell_index="20141" local_entity="0" value="0" />
+        <value cell_index="20142" local_entity="0" value="0" />
+        <value cell_index="20143" local_entity="0" value="0" />
+        <value cell_index="20144" local_entity="0" value="0" />
+        <value cell_index="20145" local_entity="0" value="0" />
+        <value cell_index="20146" local_entity="0" value="0" />
+        <value cell_index="20147" local_entity="0" value="0" />
+        <value cell_index="20148" local_entity="0" value="0" />
+        <value cell_index="20149" local_entity="0" value="0" />
+        <value cell_index="20150" local_entity="0" value="0" />
+        <value cell_index="20151" local_entity="0" value="0" />
+        <value cell_index="20152" local_entity="0" value="0" />
+        <value cell_index="20153" local_entity="0" value="0" />
+        <value cell_index="20154" local_entity="0" value="0" />
+        <value cell_index="20155" local_entity="0" value="0" />
+        <value cell_index="20156" local_entity="0" value="0" />
+        <value cell_index="20157" local_entity="0" value="0" />
+        <value cell_index="20158" local_entity="0" value="0" />
+        <value cell_index="20159" local_entity="0" value="0" />
+        <value cell_index="20160" local_entity="0" value="0" />
+        <value cell_index="20161" local_entity="0" value="0" />
+        <value cell_index="20162" local_entity="0" value="0" />
+        <value cell_index="20163" local_entity="0" value="0" />
+        <value cell_index="20164" local_entity="0" value="0" />
+        <value cell_index="20165" local_entity="0" value="0" />
+        <value cell_index="20166" local_entity="0" value="0" />
+        <value cell_index="20167" local_entity="0" value="0" />
+        <value cell_index="20168" local_entity="0" value="0" />
+        <value cell_index="20169" local_entity="0" value="0" />
+        <value cell_index="20170" local_entity="0" value="0" />
+        <value cell_index="20171" local_entity="0" value="0" />
+        <value cell_index="20172" local_entity="0" value="0" />
+        <value cell_index="20173" local_entity="0" value="0" />
+        <value cell_index="20174" local_entity="0" value="0" />
+        <value cell_index="20175" local_entity="0" value="0" />
+        <value cell_index="20176" local_entity="0" value="0" />
+        <value cell_index="20177" local_entity="0" value="0" />
+        <value cell_index="20178" local_entity="0" value="0" />
+        <value cell_index="20179" local_entity="0" value="0" />
+        <value cell_index="20180" local_entity="0" value="0" />
+        <value cell_index="20181" local_entity="0" value="0" />
+        <value cell_index="20182" local_entity="0" value="0" />
+        <value cell_index="20183" local_entity="0" value="0" />
+        <value cell_index="20184" local_entity="0" value="0" />
+        <value cell_index="20185" local_entity="0" value="0" />
+        <value cell_index="20186" local_entity="0" value="0" />
+        <value cell_index="20187" local_entity="0" value="0" />
+        <value cell_index="20188" local_entity="0" value="0" />
+        <value cell_index="20189" local_entity="0" value="0" />
+        <value cell_index="20190" local_entity="0" value="0" />
+        <value cell_index="20191" local_entity="0" value="0" />
+        <value cell_index="20192" local_entity="0" value="0" />
+        <value cell_index="20193" local_entity="0" value="0" />
+        <value cell_index="20194" local_entity="0" value="0" />
+        <value cell_index="20195" local_entity="0" value="0" />
+        <value cell_index="20196" local_entity="0" value="0" />
+        <value cell_index="20197" local_entity="0" value="0" />
+        <value cell_index="20198" local_entity="0" value="0" />
+        <value cell_index="20199" local_entity="0" value="0" />
+        <value cell_index="20200" local_entity="0" value="0" />
+        <value cell_index="20201" local_entity="0" value="0" />
+        <value cell_index="20202" local_entity="0" value="0" />
+        <value cell_index="20203" local_entity="0" value="0" />
+        <value cell_index="20204" local_entity="0" value="0" />
+        <value cell_index="20205" local_entity="0" value="0" />
+        <value cell_index="20206" local_entity="0" value="0" />
+        <value cell_index="20207" local_entity="0" value="0" />
+        <value cell_index="20208" local_entity="0" value="0" />
+        <value cell_index="20209" local_entity="0" value="0" />
+        <value cell_index="20210" local_entity="0" value="0" />
+        <value cell_index="20211" local_entity="0" value="0" />
+        <value cell_index="20212" local_entity="0" value="0" />
+        <value cell_index="20213" local_entity="0" value="0" />
+        <value cell_index="20214" local_entity="0" value="0" />
+        <value cell_index="20215" local_entity="0" value="0" />
+        <value cell_index="20216" local_entity="0" value="0" />
+        <value cell_index="20217" local_entity="0" value="0" />
+        <value cell_index="20218" local_entity="0" value="0" />
+        <value cell_index="20219" local_entity="0" value="0" />
+        <value cell_index="20220" local_entity="0" value="0" />
+        <value cell_index="20221" local_entity="0" value="0" />
+        <value cell_index="20222" local_entity="0" value="0" />
+        <value cell_index="20223" local_entity="0" value="0" />
+        <value cell_index="20224" local_entity="0" value="0" />
+        <value cell_index="20225" local_entity="0" value="0" />
+        <value cell_index="20226" local_entity="0" value="0" />
+        <value cell_index="20227" local_entity="0" value="0" />
+        <value cell_index="20228" local_entity="0" value="0" />
+        <value cell_index="20229" local_entity="0" value="0" />
+        <value cell_index="20230" local_entity="0" value="0" />
+        <value cell_index="20231" local_entity="0" value="0" />
+        <value cell_index="20232" local_entity="0" value="0" />
+        <value cell_index="20233" local_entity="0" value="0" />
+        <value cell_index="20234" local_entity="0" value="0" />
+        <value cell_index="20235" local_entity="0" value="0" />
+        <value cell_index="20236" local_entity="0" value="0" />
+        <value cell_index="20237" local_entity="0" value="0" />
+        <value cell_index="20238" local_entity="0" value="0" />
+        <value cell_index="20239" local_entity="0" value="0" />
+        <value cell_index="20240" local_entity="0" value="0" />
+        <value cell_index="20241" local_entity="0" value="0" />
+        <value cell_index="20242" local_entity="0" value="0" />
+        <value cell_index="20243" local_entity="0" value="0" />
+        <value cell_index="20244" local_entity="0" value="0" />
+        <value cell_index="20245" local_entity="0" value="0" />
+        <value cell_index="20246" local_entity="0" value="0" />
+        <value cell_index="20247" local_entity="0" value="0" />
+        <value cell_index="20248" local_entity="0" value="0" />
+        <value cell_index="20249" local_entity="0" value="0" />
+        <value cell_index="20250" local_entity="0" value="0" />
+        <value cell_index="20251" local_entity="0" value="0" />
+        <value cell_index="20252" local_entity="0" value="0" />
+        <value cell_index="20253" local_entity="0" value="0" />
+        <value cell_index="20254" local_entity="0" value="0" />
+        <value cell_index="20255" local_entity="0" value="0" />
+        <value cell_index="20256" local_entity="0" value="0" />
+        <value cell_index="20257" local_entity="0" value="0" />
+        <value cell_index="20258" local_entity="0" value="0" />
+        <value cell_index="20259" local_entity="0" value="0" />
+        <value cell_index="20260" local_entity="0" value="0" />
+        <value cell_index="20261" local_entity="0" value="0" />
+        <value cell_index="20262" local_entity="0" value="0" />
+        <value cell_index="20263" local_entity="0" value="0" />
+        <value cell_index="20264" local_entity="0" value="0" />
+        <value cell_index="20265" local_entity="0" value="0" />
+        <value cell_index="20266" local_entity="0" value="0" />
+        <value cell_index="20267" local_entity="0" value="0" />
+        <value cell_index="20268" local_entity="0" value="0" />
+        <value cell_index="20269" local_entity="0" value="0" />
+        <value cell_index="20270" local_entity="0" value="0" />
+        <value cell_index="20271" local_entity="0" value="0" />
+        <value cell_index="20272" local_entity="0" value="0" />
+        <value cell_index="20273" local_entity="0" value="0" />
+        <value cell_index="20274" local_entity="0" value="0" />
+        <value cell_index="20275" local_entity="0" value="0" />
+        <value cell_index="20276" local_entity="0" value="0" />
+        <value cell_index="20277" local_entity="0" value="0" />
+        <value cell_index="20278" local_entity="0" value="0" />
+        <value cell_index="20279" local_entity="0" value="0" />
+        <value cell_index="20280" local_entity="0" value="0" />
+        <value cell_index="20281" local_entity="0" value="0" />
+        <value cell_index="20282" local_entity="0" value="0" />
+        <value cell_index="20283" local_entity="0" value="0" />
+        <value cell_index="20284" local_entity="0" value="0" />
+        <value cell_index="20285" local_entity="0" value="0" />
+        <value cell_index="20286" local_entity="0" value="0" />
+        <value cell_index="20287" local_entity="0" value="0" />
+        <value cell_index="20288" local_entity="0" value="0" />
+        <value cell_index="20289" local_entity="0" value="0" />
+        <value cell_index="20290" local_entity="0" value="0" />
+        <value cell_index="20291" local_entity="0" value="0" />
+        <value cell_index="20292" local_entity="0" value="0" />
+        <value cell_index="20293" local_entity="0" value="0" />
+        <value cell_index="20294" local_entity="0" value="0" />
+        <value cell_index="20295" local_entity="0" value="0" />
+        <value cell_index="20296" local_entity="0" value="0" />
+        <value cell_index="20297" local_entity="0" value="0" />
+        <value cell_index="20298" local_entity="0" value="0" />
+        <value cell_index="20299" local_entity="0" value="0" />
+        <value cell_index="20300" local_entity="0" value="0" />
+        <value cell_index="20301" local_entity="0" value="0" />
+        <value cell_index="20302" local_entity="0" value="0" />
+        <value cell_index="20303" local_entity="0" value="0" />
+        <value cell_index="20304" local_entity="0" value="0" />
+        <value cell_index="20305" local_entity="0" value="0" />
+        <value cell_index="20306" local_entity="0" value="0" />
+        <value cell_index="20307" local_entity="0" value="0" />
+        <value cell_index="20308" local_entity="0" value="0" />
+        <value cell_index="20309" local_entity="0" value="0" />
+        <value cell_index="20310" local_entity="0" value="0" />
+        <value cell_index="20311" local_entity="0" value="0" />
+        <value cell_index="20312" local_entity="0" value="0" />
+        <value cell_index="20313" local_entity="0" value="0" />
+        <value cell_index="20314" local_entity="0" value="0" />
+        <value cell_index="20315" local_entity="0" value="0" />
+        <value cell_index="20316" local_entity="0" value="0" />
+        <value cell_index="20317" local_entity="0" value="0" />
+        <value cell_index="20318" local_entity="0" value="0" />
+        <value cell_index="20319" local_entity="0" value="0" />
+        <value cell_index="20320" local_entity="0" value="0" />
+        <value cell_index="20321" local_entity="0" value="0" />
+        <value cell_index="20322" local_entity="0" value="0" />
+        <value cell_index="20323" local_entity="0" value="0" />
+        <value cell_index="20324" local_entity="0" value="0" />
+        <value cell_index="20325" local_entity="0" value="0" />
+        <value cell_index="20326" local_entity="0" value="0" />
+        <value cell_index="20327" local_entity="0" value="0" />
+        <value cell_index="20328" local_entity="0" value="0" />
+        <value cell_index="20329" local_entity="0" value="0" />
+        <value cell_index="20330" local_entity="0" value="0" />
+        <value cell_index="20331" local_entity="0" value="0" />
+        <value cell_index="20332" local_entity="0" value="0" />
+        <value cell_index="20333" local_entity="0" value="0" />
+        <value cell_index="20334" local_entity="0" value="0" />
+        <value cell_index="20335" local_entity="0" value="0" />
+        <value cell_index="20336" local_entity="0" value="0" />
+        <value cell_index="20337" local_entity="0" value="0" />
+        <value cell_index="20338" local_entity="0" value="0" />
+        <value cell_index="20339" local_entity="0" value="0" />
+        <value cell_index="20340" local_entity="0" value="0" />
+        <value cell_index="20341" local_entity="0" value="0" />
+        <value cell_index="20342" local_entity="0" value="0" />
+        <value cell_index="20343" local_entity="0" value="0" />
+        <value cell_index="20344" local_entity="0" value="0" />
+        <value cell_index="20345" local_entity="0" value="0" />
+        <value cell_index="20346" local_entity="0" value="0" />
+        <value cell_index="20347" local_entity="0" value="0" />
+        <value cell_index="20348" local_entity="0" value="0" />
+        <value cell_index="20349" local_entity="0" value="0" />
+        <value cell_index="20350" local_entity="0" value="0" />
+        <value cell_index="20351" local_entity="0" value="0" />
+        <value cell_index="20352" local_entity="0" value="0" />
+        <value cell_index="20353" local_entity="0" value="0" />
+        <value cell_index="20354" local_entity="0" value="0" />
+        <value cell_index="20355" local_entity="0" value="0" />
+        <value cell_index="20356" local_entity="0" value="0" />
+        <value cell_index="20357" local_entity="0" value="0" />
+        <value cell_index="20358" local_entity="0" value="0" />
+        <value cell_index="20359" local_entity="0" value="0" />
+        <value cell_index="20360" local_entity="0" value="0" />
+        <value cell_index="20361" local_entity="0" value="0" />
+        <value cell_index="20362" local_entity="0" value="0" />
+        <value cell_index="20363" local_entity="0" value="0" />
+        <value cell_index="20364" local_entity="0" value="0" />
+        <value cell_index="20365" local_entity="0" value="0" />
+        <value cell_index="20366" local_entity="0" value="0" />
+        <value cell_index="20367" local_entity="0" value="0" />
+        <value cell_index="20368" local_entity="0" value="0" />
+        <value cell_index="20369" local_entity="0" value="0" />
+        <value cell_index="20370" local_entity="0" value="0" />
+        <value cell_index="20371" local_entity="0" value="0" />
+        <value cell_index="20372" local_entity="0" value="0" />
+        <value cell_index="20373" local_entity="0" value="0" />
+        <value cell_index="20374" local_entity="0" value="0" />
+        <value cell_index="20375" local_entity="0" value="0" />
+        <value cell_index="20376" local_entity="0" value="0" />
+        <value cell_index="20377" local_entity="0" value="0" />
+        <value cell_index="20378" local_entity="0" value="0" />
+        <value cell_index="20379" local_entity="0" value="0" />
+        <value cell_index="20380" local_entity="0" value="0" />
+        <value cell_index="20381" local_entity="0" value="0" />
+        <value cell_index="20382" local_entity="0" value="0" />
+        <value cell_index="20383" local_entity="0" value="0" />
+        <value cell_index="20384" local_entity="0" value="0" />
+        <value cell_index="20385" local_entity="0" value="0" />
+        <value cell_index="20386" local_entity="0" value="0" />
+        <value cell_index="20387" local_entity="0" value="0" />
+        <value cell_index="20388" local_entity="0" value="0" />
+        <value cell_index="20389" local_entity="0" value="0" />
+        <value cell_index="20390" local_entity="0" value="0" />
+        <value cell_index="20391" local_entity="0" value="0" />
+        <value cell_index="20392" local_entity="0" value="0" />
+        <value cell_index="20393" local_entity="0" value="0" />
+        <value cell_index="20394" local_entity="0" value="0" />
+        <value cell_index="20395" local_entity="0" value="0" />
+        <value cell_index="20396" local_entity="0" value="0" />
+        <value cell_index="20397" local_entity="0" value="0" />
+        <value cell_index="20398" local_entity="0" value="0" />
+        <value cell_index="20399" local_entity="0" value="0" />
+        <value cell_index="20400" local_entity="0" value="0" />
+        <value cell_index="20401" local_entity="0" value="0" />
+        <value cell_index="20402" local_entity="0" value="0" />
+        <value cell_index="20403" local_entity="0" value="0" />
+        <value cell_index="20404" local_entity="0" value="0" />
+        <value cell_index="20405" local_entity="0" value="0" />
+        <value cell_index="20406" local_entity="0" value="0" />
+        <value cell_index="20407" local_entity="0" value="0" />
+        <value cell_index="20408" local_entity="0" value="0" />
+        <value cell_index="20409" local_entity="0" value="0" />
+        <value cell_index="20410" local_entity="0" value="0" />
+        <value cell_index="20411" local_entity="0" value="0" />
+        <value cell_index="20412" local_entity="0" value="0" />
+        <value cell_index="20413" local_entity="0" value="0" />
+        <value cell_index="20414" local_entity="0" value="0" />
+        <value cell_index="20415" local_entity="0" value="0" />
+        <value cell_index="20416" local_entity="0" value="0" />
+        <value cell_index="20417" local_entity="0" value="0" />
+        <value cell_index="20418" local_entity="0" value="0" />
+        <value cell_index="20419" local_entity="0" value="0" />
+        <value cell_index="20420" local_entity="0" value="0" />
+        <value cell_index="20421" local_entity="0" value="0" />
+        <value cell_index="20422" local_entity="0" value="0" />
+        <value cell_index="20423" local_entity="0" value="0" />
+        <value cell_index="20424" local_entity="0" value="0" />
+        <value cell_index="20425" local_entity="0" value="0" />
+        <value cell_index="20426" local_entity="0" value="0" />
+        <value cell_index="20427" local_entity="0" value="0" />
+        <value cell_index="20428" local_entity="0" value="0" />
+        <value cell_index="20429" local_entity="0" value="0" />
+        <value cell_index="20430" local_entity="0" value="0" />
+        <value cell_index="20431" local_entity="0" value="0" />
+        <value cell_index="20432" local_entity="0" value="0" />
+        <value cell_index="20433" local_entity="0" value="0" />
+        <value cell_index="20434" local_entity="0" value="0" />
+        <value cell_index="20435" local_entity="0" value="0" />
+        <value cell_index="20436" local_entity="0" value="0" />
+        <value cell_index="20437" local_entity="0" value="0" />
+        <value cell_index="20438" local_entity="0" value="0" />
+        <value cell_index="20439" local_entity="0" value="0" />
+        <value cell_index="20440" local_entity="0" value="0" />
+        <value cell_index="20441" local_entity="0" value="0" />
+        <value cell_index="20442" local_entity="0" value="0" />
+        <value cell_index="20443" local_entity="0" value="0" />
+        <value cell_index="20444" local_entity="0" value="0" />
+        <value cell_index="20445" local_entity="0" value="0" />
+        <value cell_index="20446" local_entity="0" value="0" />
+        <value cell_index="20447" local_entity="0" value="0" />
+        <value cell_index="20448" local_entity="0" value="0" />
+        <value cell_index="20449" local_entity="0" value="0" />
+        <value cell_index="20450" local_entity="0" value="0" />
+        <value cell_index="20451" local_entity="0" value="0" />
+        <value cell_index="20452" local_entity="0" value="0" />
+        <value cell_index="20453" local_entity="0" value="0" />
+        <value cell_index="20454" local_entity="0" value="0" />
+        <value cell_index="20455" local_entity="0" value="0" />
+        <value cell_index="20456" local_entity="0" value="0" />
+        <value cell_index="20457" local_entity="0" value="0" />
+        <value cell_index="20458" local_entity="0" value="0" />
+        <value cell_index="20459" local_entity="0" value="0" />
+        <value cell_index="20460" local_entity="0" value="0" />
+        <value cell_index="20461" local_entity="0" value="0" />
+        <value cell_index="20462" local_entity="0" value="0" />
+        <value cell_index="20463" local_entity="0" value="0" />
+        <value cell_index="20464" local_entity="0" value="0" />
+        <value cell_index="20465" local_entity="0" value="0" />
+        <value cell_index="20466" local_entity="0" value="0" />
+        <value cell_index="20467" local_entity="0" value="0" />
+        <value cell_index="20468" local_entity="0" value="0" />
+        <value cell_index="20469" local_entity="0" value="0" />
+        <value cell_index="20470" local_entity="0" value="0" />
+        <value cell_index="20471" local_entity="0" value="0" />
+        <value cell_index="20472" local_entity="0" value="0" />
+        <value cell_index="20473" local_entity="0" value="0" />
+        <value cell_index="20474" local_entity="0" value="0" />
+        <value cell_index="20475" local_entity="0" value="0" />
+        <value cell_index="20476" local_entity="0" value="0" />
+        <value cell_index="20477" local_entity="0" value="0" />
+        <value cell_index="20478" local_entity="0" value="0" />
+        <value cell_index="20479" local_entity="0" value="0" />
+        <value cell_index="20480" local_entity="0" value="0" />
+        <value cell_index="20481" local_entity="0" value="0" />
+        <value cell_index="20482" local_entity="0" value="0" />
+        <value cell_index="20483" local_entity="0" value="0" />
+        <value cell_index="20484" local_entity="0" value="0" />
+        <value cell_index="20485" local_entity="0" value="0" />
+        <value cell_index="20486" local_entity="0" value="0" />
+        <value cell_index="20487" local_entity="0" value="0" />
+        <value cell_index="20488" local_entity="0" value="0" />
+        <value cell_index="20489" local_entity="0" value="0" />
+        <value cell_index="20490" local_entity="0" value="0" />
+        <value cell_index="20491" local_entity="0" value="0" />
+        <value cell_index="20492" local_entity="0" value="0" />
+        <value cell_index="20493" local_entity="0" value="0" />
+        <value cell_index="20494" local_entity="0" value="0" />
+        <value cell_index="20495" local_entity="0" value="0" />
+        <value cell_index="20496" local_entity="0" value="0" />
+        <value cell_index="20497" local_entity="0" value="0" />
+        <value cell_index="20498" local_entity="0" value="0" />
+        <value cell_index="20499" local_entity="0" value="0" />
+        <value cell_index="20500" local_entity="0" value="0" />
+        <value cell_index="20501" local_entity="0" value="0" />
+        <value cell_index="20502" local_entity="0" value="0" />
+        <value cell_index="20503" local_entity="0" value="0" />
+        <value cell_index="20504" local_entity="0" value="0" />
+        <value cell_index="20505" local_entity="0" value="0" />
+        <value cell_index="20506" local_entity="0" value="0" />
+        <value cell_index="20507" local_entity="0" value="0" />
+        <value cell_index="20508" local_entity="0" value="0" />
+        <value cell_index="20509" local_entity="0" value="0" />
+        <value cell_index="20510" local_entity="0" value="0" />
+        <value cell_index="20511" local_entity="0" value="0" />
+        <value cell_index="20512" local_entity="0" value="0" />
+        <value cell_index="20513" local_entity="0" value="0" />
+        <value cell_index="20514" local_entity="0" value="0" />
+        <value cell_index="20515" local_entity="0" value="0" />
+        <value cell_index="20516" local_entity="0" value="0" />
+        <value cell_index="20517" local_entity="0" value="0" />
+        <value cell_index="20518" local_entity="0" value="0" />
+        <value cell_index="20519" local_entity="0" value="0" />
+        <value cell_index="20520" local_entity="0" value="0" />
+        <value cell_index="20521" local_entity="0" value="0" />
+        <value cell_index="20522" local_entity="0" value="0" />
+        <value cell_index="20523" local_entity="0" value="0" />
+        <value cell_index="20524" local_entity="0" value="0" />
+        <value cell_index="20525" local_entity="0" value="0" />
+        <value cell_index="20526" local_entity="0" value="0" />
+        <value cell_index="20527" local_entity="0" value="0" />
+        <value cell_index="20528" local_entity="0" value="0" />
+        <value cell_index="20529" local_entity="0" value="0" />
+        <value cell_index="20530" local_entity="0" value="0" />
+        <value cell_index="20531" local_entity="0" value="0" />
+        <value cell_index="20532" local_entity="0" value="0" />
+        <value cell_index="20533" local_entity="0" value="0" />
+        <value cell_index="20534" local_entity="0" value="0" />
+        <value cell_index="20535" local_entity="0" value="0" />
+        <value cell_index="20536" local_entity="0" value="0" />
+        <value cell_index="20537" local_entity="0" value="0" />
+        <value cell_index="20538" local_entity="0" value="0" />
+        <value cell_index="20539" local_entity="0" value="0" />
+        <value cell_index="20540" local_entity="0" value="0" />
+        <value cell_index="20541" local_entity="0" value="0" />
+        <value cell_index="20542" local_entity="0" value="0" />
+        <value cell_index="20543" local_entity="0" value="0" />
+        <value cell_index="20544" local_entity="0" value="0" />
+        <value cell_index="20545" local_entity="0" value="0" />
+        <value cell_index="20546" local_entity="0" value="0" />
+        <value cell_index="20547" local_entity="0" value="0" />
+        <value cell_index="20548" local_entity="0" value="0" />
+        <value cell_index="20549" local_entity="0" value="0" />
+        <value cell_index="20550" local_entity="0" value="0" />
+        <value cell_index="20551" local_entity="0" value="0" />
+        <value cell_index="20552" local_entity="0" value="0" />
+        <value cell_index="20553" local_entity="0" value="0" />
+        <value cell_index="20554" local_entity="0" value="0" />
+        <value cell_index="20555" local_entity="0" value="0" />
+        <value cell_index="20556" local_entity="0" value="0" />
+        <value cell_index="20557" local_entity="0" value="0" />
+        <value cell_index="20558" local_entity="0" value="0" />
+        <value cell_index="20559" local_entity="0" value="0" />
+        <value cell_index="20560" local_entity="0" value="0" />
+        <value cell_index="20561" local_entity="0" value="0" />
+        <value cell_index="20562" local_entity="0" value="0" />
+        <value cell_index="20563" local_entity="0" value="0" />
+        <value cell_index="20564" local_entity="0" value="0" />
+        <value cell_index="20565" local_entity="0" value="0" />
+        <value cell_index="20566" local_entity="0" value="0" />
+        <value cell_index="20567" local_entity="0" value="0" />
+        <value cell_index="20568" local_entity="0" value="0" />
+        <value cell_index="20569" local_entity="0" value="0" />
+        <value cell_index="20570" local_entity="0" value="0" />
+        <value cell_index="20571" local_entity="0" value="0" />
+        <value cell_index="20572" local_entity="0" value="0" />
+        <value cell_index="20573" local_entity="0" value="0" />
+        <value cell_index="20574" local_entity="0" value="0" />
+        <value cell_index="20575" local_entity="0" value="0" />
+        <value cell_index="20576" local_entity="0" value="0" />
+        <value cell_index="20577" local_entity="0" value="0" />
+        <value cell_index="20578" local_entity="0" value="0" />
+        <value cell_index="20579" local_entity="0" value="0" />
+        <value cell_index="20580" local_entity="0" value="0" />
+        <value cell_index="20581" local_entity="0" value="0" />
+        <value cell_index="20582" local_entity="0" value="0" />
+        <value cell_index="20583" local_entity="0" value="0" />
+        <value cell_index="20584" local_entity="0" value="0" />
+        <value cell_index="20585" local_entity="0" value="0" />
+        <value cell_index="20586" local_entity="0" value="0" />
+        <value cell_index="20587" local_entity="0" value="0" />
+        <value cell_index="20588" local_entity="0" value="0" />
+        <value cell_index="20589" local_entity="0" value="0" />
+        <value cell_index="20590" local_entity="0" value="0" />
+        <value cell_index="20591" local_entity="0" value="0" />
+        <value cell_index="20592" local_entity="0" value="0" />
+        <value cell_index="20593" local_entity="0" value="0" />
+        <value cell_index="20594" local_entity="0" value="0" />
+        <value cell_index="20595" local_entity="0" value="0" />
+        <value cell_index="20596" local_entity="0" value="0" />
+        <value cell_index="20597" local_entity="0" value="0" />
+        <value cell_index="20598" local_entity="0" value="0" />
+        <value cell_index="20599" local_entity="0" value="0" />
+        <value cell_index="20600" local_entity="0" value="0" />
+        <value cell_index="20601" local_entity="0" value="0" />
+        <value cell_index="20602" local_entity="0" value="0" />
+        <value cell_index="20603" local_entity="0" value="0" />
+        <value cell_index="20604" local_entity="0" value="0" />
+        <value cell_index="20605" local_entity="0" value="0" />
+        <value cell_index="20606" local_entity="0" value="0" />
+        <value cell_index="20607" local_entity="0" value="0" />
+        <value cell_index="20608" local_entity="0" value="0" />
+        <value cell_index="20609" local_entity="0" value="0" />
+        <value cell_index="20610" local_entity="0" value="0" />
+        <value cell_index="20611" local_entity="0" value="0" />
+        <value cell_index="20612" local_entity="0" value="0" />
+        <value cell_index="20613" local_entity="0" value="0" />
+        <value cell_index="20614" local_entity="0" value="0" />
+        <value cell_index="20615" local_entity="0" value="0" />
+        <value cell_index="20616" local_entity="0" value="0" />
+        <value cell_index="20617" local_entity="0" value="0" />
+        <value cell_index="20618" local_entity="0" value="0" />
+        <value cell_index="20619" local_entity="0" value="0" />
+        <value cell_index="20620" local_entity="0" value="0" />
+        <value cell_index="20621" local_entity="0" value="0" />
+        <value cell_index="20622" local_entity="0" value="0" />
+        <value cell_index="20623" local_entity="0" value="0" />
+        <value cell_index="20624" local_entity="0" value="0" />
+        <value cell_index="20625" local_entity="0" value="0" />
+        <value cell_index="20626" local_entity="0" value="0" />
+        <value cell_index="20627" local_entity="0" value="0" />
+        <value cell_index="20628" local_entity="0" value="0" />
+        <value cell_index="20629" local_entity="0" value="0" />
+        <value cell_index="20630" local_entity="0" value="0" />
+        <value cell_index="20631" local_entity="0" value="0" />
+        <value cell_index="20632" local_entity="0" value="0" />
+        <value cell_index="20633" local_entity="0" value="0" />
+        <value cell_index="20634" local_entity="0" value="0" />
+        <value cell_index="20635" local_entity="0" value="0" />
+        <value cell_index="20636" local_entity="0" value="0" />
+        <value cell_index="20637" local_entity="0" value="0" />
+        <value cell_index="20638" local_entity="0" value="0" />
+        <value cell_index="20639" local_entity="0" value="0" />
+        <value cell_index="20640" local_entity="0" value="0" />
+        <value cell_index="20641" local_entity="0" value="0" />
+        <value cell_index="20642" local_entity="0" value="0" />
+        <value cell_index="20643" local_entity="0" value="0" />
+        <value cell_index="20644" local_entity="0" value="0" />
+        <value cell_index="20645" local_entity="0" value="0" />
+        <value cell_index="20646" local_entity="0" value="0" />
+        <value cell_index="20647" local_entity="0" value="0" />
+        <value cell_index="20648" local_entity="0" value="0" />
+        <value cell_index="20649" local_entity="0" value="0" />
+        <value cell_index="20650" local_entity="0" value="0" />
+        <value cell_index="20651" local_entity="0" value="0" />
+        <value cell_index="20652" local_entity="0" value="0" />
+        <value cell_index="20653" local_entity="0" value="0" />
+        <value cell_index="20654" local_entity="0" value="0" />
+        <value cell_index="20655" local_entity="0" value="0" />
+        <value cell_index="20656" local_entity="0" value="0" />
+        <value cell_index="20657" local_entity="0" value="0" />
+        <value cell_index="20658" local_entity="0" value="0" />
+        <value cell_index="20659" local_entity="0" value="0" />
+        <value cell_index="20660" local_entity="0" value="0" />
+        <value cell_index="20661" local_entity="0" value="0" />
+        <value cell_index="20662" local_entity="0" value="0" />
+        <value cell_index="20663" local_entity="0" value="0" />
+        <value cell_index="20664" local_entity="0" value="0" />
+        <value cell_index="20665" local_entity="0" value="0" />
+        <value cell_index="20666" local_entity="0" value="0" />
+        <value cell_index="20667" local_entity="0" value="0" />
+        <value cell_index="20668" local_entity="0" value="0" />
+        <value cell_index="20669" local_entity="0" value="0" />
+        <value cell_index="20670" local_entity="0" value="0" />
+        <value cell_index="20671" local_entity="0" value="0" />
+        <value cell_index="20672" local_entity="0" value="0" />
+        <value cell_index="20673" local_entity="0" value="0" />
+        <value cell_index="20674" local_entity="0" value="0" />
+        <value cell_index="20675" local_entity="0" value="0" />
+        <value cell_index="20676" local_entity="0" value="0" />
+        <value cell_index="20677" local_entity="0" value="0" />
+        <value cell_index="20678" local_entity="0" value="0" />
+        <value cell_index="20679" local_entity="0" value="0" />
+        <value cell_index="20680" local_entity="0" value="0" />
+        <value cell_index="20681" local_entity="0" value="0" />
+        <value cell_index="20682" local_entity="0" value="0" />
+        <value cell_index="20683" local_entity="0" value="0" />
+        <value cell_index="20684" local_entity="0" value="0" />
+        <value cell_index="20685" local_entity="0" value="0" />
+        <value cell_index="20686" local_entity="0" value="0" />
+        <value cell_index="20687" local_entity="0" value="0" />
+        <value cell_index="20688" local_entity="0" value="0" />
+        <value cell_index="20689" local_entity="0" value="0" />
+        <value cell_index="20690" local_entity="0" value="0" />
+        <value cell_index="20691" local_entity="0" value="0" />
+        <value cell_index="20692" local_entity="0" value="0" />
+        <value cell_index="20693" local_entity="0" value="0" />
+        <value cell_index="20694" local_entity="0" value="0" />
+        <value cell_index="20695" local_entity="0" value="0" />
+        <value cell_index="20696" local_entity="0" value="0" />
+        <value cell_index="20697" local_entity="0" value="0" />
+        <value cell_index="20698" local_entity="0" value="0" />
+        <value cell_index="20699" local_entity="0" value="0" />
+        <value cell_index="20700" local_entity="0" value="0" />
+        <value cell_index="20701" local_entity="0" value="0" />
+        <value cell_index="20702" local_entity="0" value="0" />
+        <value cell_index="20703" local_entity="0" value="0" />
+        <value cell_index="20704" local_entity="0" value="0" />
+        <value cell_index="20705" local_entity="0" value="0" />
+        <value cell_index="20706" local_entity="0" value="0" />
+        <value cell_index="20707" local_entity="0" value="0" />
+        <value cell_index="20708" local_entity="0" value="0" />
+        <value cell_index="20709" local_entity="0" value="0" />
+        <value cell_index="20710" local_entity="0" value="0" />
+        <value cell_index="20711" local_entity="0" value="0" />
+        <value cell_index="20712" local_entity="0" value="0" />
+        <value cell_index="20713" local_entity="0" value="0" />
+        <value cell_index="20714" local_entity="0" value="0" />
+        <value cell_index="20715" local_entity="0" value="0" />
+        <value cell_index="20716" local_entity="0" value="0" />
+        <value cell_index="20717" local_entity="0" value="0" />
+        <value cell_index="20718" local_entity="0" value="0" />
+        <value cell_index="20719" local_entity="0" value="0" />
+        <value cell_index="20720" local_entity="0" value="0" />
+        <value cell_index="20721" local_entity="0" value="0" />
+        <value cell_index="20722" local_entity="0" value="0" />
+        <value cell_index="20723" local_entity="0" value="0" />
+        <value cell_index="20724" local_entity="0" value="0" />
+        <value cell_index="20725" local_entity="0" value="0" />
+        <value cell_index="20726" local_entity="0" value="0" />
+        <value cell_index="20727" local_entity="0" value="0" />
+        <value cell_index="20728" local_entity="0" value="0" />
+        <value cell_index="20729" local_entity="0" value="0" />
+        <value cell_index="20730" local_entity="0" value="0" />
+        <value cell_index="20731" local_entity="0" value="0" />
+        <value cell_index="20732" local_entity="0" value="0" />
+        <value cell_index="20733" local_entity="0" value="0" />
+        <value cell_index="20734" local_entity="0" value="0" />
+        <value cell_index="20735" local_entity="0" value="0" />
+        <value cell_index="20736" local_entity="0" value="0" />
+        <value cell_index="20737" local_entity="0" value="0" />
+        <value cell_index="20738" local_entity="0" value="0" />
+        <value cell_index="20739" local_entity="0" value="0" />
+        <value cell_index="20740" local_entity="0" value="0" />
+        <value cell_index="20741" local_entity="0" value="0" />
+        <value cell_index="20742" local_entity="0" value="0" />
+        <value cell_index="20743" local_entity="0" value="0" />
+        <value cell_index="20744" local_entity="0" value="0" />
+        <value cell_index="20745" local_entity="0" value="0" />
+        <value cell_index="20746" local_entity="0" value="0" />
+        <value cell_index="20747" local_entity="0" value="0" />
+        <value cell_index="20748" local_entity="0" value="0" />
+        <value cell_index="20749" local_entity="0" value="0" />
+        <value cell_index="20750" local_entity="0" value="0" />
+        <value cell_index="20751" local_entity="0" value="0" />
+        <value cell_index="20752" local_entity="0" value="0" />
+        <value cell_index="20753" local_entity="0" value="0" />
+        <value cell_index="20754" local_entity="0" value="0" />
+        <value cell_index="20755" local_entity="0" value="0" />
+        <value cell_index="20756" local_entity="0" value="0" />
+        <value cell_index="20757" local_entity="0" value="0" />
+        <value cell_index="20758" local_entity="0" value="0" />
+        <value cell_index="20759" local_entity="0" value="0" />
+        <value cell_index="20760" local_entity="0" value="0" />
+        <value cell_index="20761" local_entity="0" value="0" />
+        <value cell_index="20762" local_entity="0" value="0" />
+        <value cell_index="20763" local_entity="0" value="0" />
+        <value cell_index="20764" local_entity="0" value="0" />
+        <value cell_index="20765" local_entity="0" value="0" />
+        <value cell_index="20766" local_entity="0" value="0" />
+        <value cell_index="20767" local_entity="0" value="0" />
+        <value cell_index="20768" local_entity="0" value="0" />
+        <value cell_index="20769" local_entity="0" value="0" />
+        <value cell_index="20770" local_entity="0" value="0" />
+        <value cell_index="20771" local_entity="0" value="0" />
+        <value cell_index="20772" local_entity="0" value="0" />
+        <value cell_index="20773" local_entity="0" value="0" />
+        <value cell_index="20774" local_entity="0" value="0" />
+        <value cell_index="20775" local_entity="0" value="0" />
+        <value cell_index="20776" local_entity="0" value="0" />
+        <value cell_index="20777" local_entity="0" value="0" />
+        <value cell_index="20778" local_entity="0" value="0" />
+        <value cell_index="20779" local_entity="0" value="0" />
+        <value cell_index="20780" local_entity="0" value="0" />
+        <value cell_index="20781" local_entity="0" value="0" />
+        <value cell_index="20782" local_entity="0" value="0" />
+        <value cell_index="20783" local_entity="0" value="0" />
+        <value cell_index="20784" local_entity="0" value="0" />
+        <value cell_index="20785" local_entity="0" value="0" />
+        <value cell_index="20786" local_entity="0" value="0" />
+        <value cell_index="20787" local_entity="0" value="0" />
+        <value cell_index="20788" local_entity="0" value="0" />
+        <value cell_index="20789" local_entity="0" value="0" />
+        <value cell_index="20790" local_entity="0" value="0" />
+        <value cell_index="20791" local_entity="0" value="0" />
+        <value cell_index="20792" local_entity="0" value="0" />
+        <value cell_index="20793" local_entity="0" value="0" />
+        <value cell_index="20794" local_entity="0" value="0" />
+        <value cell_index="20795" local_entity="0" value="0" />
+        <value cell_index="20796" local_entity="0" value="0" />
+        <value cell_index="20797" local_entity="0" value="0" />
+        <value cell_index="20798" local_entity="0" value="0" />
+        <value cell_index="20799" local_entity="0" value="0" />
+        <value cell_index="20800" local_entity="0" value="0" />
+        <value cell_index="20801" local_entity="0" value="0" />
+        <value cell_index="20802" local_entity="0" value="0" />
+        <value cell_index="20803" local_entity="0" value="0" />
+        <value cell_index="20804" local_entity="0" value="0" />
+        <value cell_index="20805" local_entity="0" value="0" />
+        <value cell_index="20806" local_entity="0" value="0" />
+        <value cell_index="20807" local_entity="0" value="0" />
+        <value cell_index="20808" local_entity="0" value="0" />
+        <value cell_index="20809" local_entity="0" value="0" />
+        <value cell_index="20810" local_entity="0" value="0" />
+        <value cell_index="20811" local_entity="0" value="0" />
+        <value cell_index="20812" local_entity="0" value="0" />
+        <value cell_index="20813" local_entity="0" value="0" />
+        <value cell_index="20814" local_entity="0" value="0" />
+        <value cell_index="20815" local_entity="0" value="0" />
+        <value cell_index="20816" local_entity="0" value="0" />
+        <value cell_index="20817" local_entity="0" value="0" />
+        <value cell_index="20818" local_entity="0" value="0" />
+        <value cell_index="20819" local_entity="0" value="0" />
+        <value cell_index="20820" local_entity="0" value="0" />
+        <value cell_index="20821" local_entity="0" value="0" />
+        <value cell_index="20822" local_entity="0" value="0" />
+        <value cell_index="20823" local_entity="0" value="0" />
+        <value cell_index="20824" local_entity="0" value="0" />
+        <value cell_index="20825" local_entity="0" value="0" />
+        <value cell_index="20826" local_entity="0" value="0" />
+        <value cell_index="20827" local_entity="0" value="0" />
+        <value cell_index="20828" local_entity="0" value="0" />
+        <value cell_index="20829" local_entity="0" value="0" />
+        <value cell_index="20830" local_entity="0" value="0" />
+        <value cell_index="20831" local_entity="0" value="0" />
+        <value cell_index="20832" local_entity="0" value="0" />
+        <value cell_index="20833" local_entity="0" value="0" />
+        <value cell_index="20834" local_entity="0" value="0" />
+        <value cell_index="20835" local_entity="0" value="0" />
+        <value cell_index="20836" local_entity="0" value="0" />
+        <value cell_index="20837" local_entity="0" value="0" />
+        <value cell_index="20838" local_entity="0" value="0" />
+        <value cell_index="20839" local_entity="0" value="0" />
+        <value cell_index="20840" local_entity="0" value="0" />
+        <value cell_index="20841" local_entity="0" value="0" />
+        <value cell_index="20842" local_entity="0" value="0" />
+        <value cell_index="20843" local_entity="0" value="0" />
+        <value cell_index="20844" local_entity="0" value="0" />
+        <value cell_index="20845" local_entity="0" value="0" />
+        <value cell_index="20846" local_entity="0" value="0" />
+        <value cell_index="20847" local_entity="0" value="0" />
+        <value cell_index="20848" local_entity="0" value="0" />
+        <value cell_index="20849" local_entity="0" value="0" />
+        <value cell_index="20850" local_entity="0" value="0" />
+        <value cell_index="20851" local_entity="0" value="0" />
+        <value cell_index="20852" local_entity="0" value="0" />
+        <value cell_index="20853" local_entity="0" value="0" />
+        <value cell_index="20854" local_entity="0" value="0" />
+        <value cell_index="20855" local_entity="0" value="0" />
+        <value cell_index="20856" local_entity="0" value="0" />
+        <value cell_index="20857" local_entity="0" value="0" />
+        <value cell_index="20858" local_entity="0" value="0" />
+        <value cell_index="20859" local_entity="0" value="0" />
+        <value cell_index="20860" local_entity="0" value="0" />
+        <value cell_index="20861" local_entity="0" value="0" />
+        <value cell_index="20862" local_entity="0" value="0" />
+        <value cell_index="20863" local_entity="0" value="0" />
+        <value cell_index="20864" local_entity="0" value="0" />
+        <value cell_index="20865" local_entity="0" value="0" />
+        <value cell_index="20866" local_entity="0" value="0" />
+        <value cell_index="20867" local_entity="0" value="0" />
+        <value cell_index="20868" local_entity="0" value="0" />
+        <value cell_index="20869" local_entity="0" value="0" />
+        <value cell_index="20870" local_entity="0" value="0" />
+        <value cell_index="20871" local_entity="0" value="0" />
+        <value cell_index="20872" local_entity="0" value="0" />
+        <value cell_index="20873" local_entity="0" value="0" />
+        <value cell_index="20874" local_entity="0" value="0" />
+        <value cell_index="20875" local_entity="0" value="0" />
+        <value cell_index="20876" local_entity="0" value="0" />
+        <value cell_index="20877" local_entity="0" value="0" />
+        <value cell_index="20878" local_entity="0" value="0" />
+        <value cell_index="20879" local_entity="0" value="0" />
+        <value cell_index="20880" local_entity="0" value="0" />
+        <value cell_index="20881" local_entity="0" value="0" />
+        <value cell_index="20882" local_entity="0" value="0" />
+        <value cell_index="20883" local_entity="0" value="0" />
+        <value cell_index="20884" local_entity="0" value="0" />
+        <value cell_index="20885" local_entity="0" value="0" />
+        <value cell_index="20886" local_entity="0" value="0" />
+        <value cell_index="20887" local_entity="0" value="0" />
+        <value cell_index="20888" local_entity="0" value="0" />
+        <value cell_index="20889" local_entity="0" value="0" />
+        <value cell_index="20890" local_entity="0" value="0" />
+        <value cell_index="20891" local_entity="0" value="0" />
+        <value cell_index="20892" local_entity="0" value="0" />
+        <value cell_index="20893" local_entity="0" value="0" />
+        <value cell_index="20894" local_entity="0" value="0" />
+        <value cell_index="20895" local_entity="0" value="0" />
+        <value cell_index="20896" local_entity="0" value="0" />
+        <value cell_index="20897" local_entity="0" value="0" />
+        <value cell_index="20898" local_entity="0" value="0" />
+        <value cell_index="20899" local_entity="0" value="0" />
+        <value cell_index="20900" local_entity="0" value="0" />
+        <value cell_index="20901" local_entity="0" value="0" />
+        <value cell_index="20902" local_entity="0" value="0" />
+        <value cell_index="20903" local_entity="0" value="0" />
+        <value cell_index="20904" local_entity="0" value="0" />
+        <value cell_index="20905" local_entity="0" value="0" />
+        <value cell_index="20906" local_entity="0" value="0" />
+        <value cell_index="20907" local_entity="0" value="0" />
+        <value cell_index="20908" local_entity="0" value="0" />
+        <value cell_index="20909" local_entity="0" value="0" />
+        <value cell_index="20910" local_entity="0" value="0" />
+        <value cell_index="20911" local_entity="0" value="0" />
+        <value cell_index="20912" local_entity="0" value="0" />
+        <value cell_index="20913" local_entity="0" value="0" />
+        <value cell_index="20914" local_entity="0" value="0" />
+        <value cell_index="20915" local_entity="0" value="0" />
+        <value cell_index="20916" local_entity="0" value="0" />
+        <value cell_index="20917" local_entity="0" value="0" />
+        <value cell_index="20918" local_entity="0" value="0" />
+        <value cell_index="20919" local_entity="0" value="0" />
+        <value cell_index="20920" local_entity="0" value="0" />
+        <value cell_index="20921" local_entity="0" value="0" />
+        <value cell_index="20922" local_entity="0" value="0" />
+        <value cell_index="20923" local_entity="0" value="0" />
+        <value cell_index="20924" local_entity="0" value="0" />
+        <value cell_index="20925" local_entity="0" value="0" />
+        <value cell_index="20926" local_entity="0" value="0" />
+        <value cell_index="20927" local_entity="0" value="0" />
+        <value cell_index="20928" local_entity="0" value="0" />
+        <value cell_index="20929" local_entity="0" value="0" />
+        <value cell_index="20930" local_entity="0" value="0" />
+        <value cell_index="20931" local_entity="0" value="0" />
+        <value cell_index="20932" local_entity="0" value="0" />
+        <value cell_index="20933" local_entity="0" value="0" />
+        <value cell_index="20934" local_entity="0" value="0" />
+        <value cell_index="20935" local_entity="0" value="0" />
+        <value cell_index="20936" local_entity="0" value="0" />
+        <value cell_index="20937" local_entity="0" value="0" />
+        <value cell_index="20938" local_entity="0" value="0" />
+        <value cell_index="20939" local_entity="0" value="0" />
+        <value cell_index="20940" local_entity="0" value="0" />
+        <value cell_index="20941" local_entity="0" value="0" />
+        <value cell_index="20942" local_entity="0" value="0" />
+        <value cell_index="20943" local_entity="0" value="0" />
+        <value cell_index="20944" local_entity="0" value="0" />
+        <value cell_index="20945" local_entity="0" value="0" />
+        <value cell_index="20946" local_entity="0" value="0" />
+        <value cell_index="20947" local_entity="0" value="0" />
+        <value cell_index="20948" local_entity="0" value="0" />
+        <value cell_index="20949" local_entity="0" value="0" />
+        <value cell_index="20950" local_entity="0" value="0" />
+        <value cell_index="20951" local_entity="0" value="0" />
+        <value cell_index="20952" local_entity="0" value="0" />
+        <value cell_index="20953" local_entity="0" value="0" />
+        <value cell_index="20954" local_entity="0" value="0" />
+        <value cell_index="20955" local_entity="0" value="0" />
+        <value cell_index="20956" local_entity="0" value="0" />
+        <value cell_index="20957" local_entity="0" value="0" />
+        <value cell_index="20958" local_entity="0" value="0" />
+        <value cell_index="20959" local_entity="0" value="0" />
+        <value cell_index="20960" local_entity="0" value="0" />
+        <value cell_index="20961" local_entity="0" value="0" />
+        <value cell_index="20962" local_entity="0" value="0" />
+        <value cell_index="20963" local_entity="0" value="0" />
+        <value cell_index="20964" local_entity="0" value="0" />
+        <value cell_index="20965" local_entity="0" value="0" />
+        <value cell_index="20966" local_entity="0" value="0" />
+        <value cell_index="20967" local_entity="0" value="0" />
+        <value cell_index="20968" local_entity="0" value="0" />
+        <value cell_index="20969" local_entity="0" value="0" />
+        <value cell_index="20970" local_entity="0" value="0" />
+        <value cell_index="20971" local_entity="0" value="0" />
+        <value cell_index="20972" local_entity="0" value="0" />
+        <value cell_index="20973" local_entity="0" value="0" />
+        <value cell_index="20974" local_entity="0" value="0" />
+        <value cell_index="20975" local_entity="0" value="0" />
+        <value cell_index="20976" local_entity="0" value="0" />
+        <value cell_index="20977" local_entity="0" value="0" />
+        <value cell_index="20978" local_entity="0" value="0" />
+        <value cell_index="20979" local_entity="0" value="0" />
+        <value cell_index="20980" local_entity="0" value="0" />
+        <value cell_index="20981" local_entity="0" value="0" />
+        <value cell_index="20982" local_entity="0" value="0" />
+        <value cell_index="20983" local_entity="0" value="0" />
+        <value cell_index="20984" local_entity="0" value="0" />
+        <value cell_index="20985" local_entity="0" value="0" />
+        <value cell_index="20986" local_entity="0" value="0" />
+        <value cell_index="20987" local_entity="0" value="0" />
+        <value cell_index="20988" local_entity="0" value="0" />
+        <value cell_index="20989" local_entity="0" value="0" />
+        <value cell_index="20990" local_entity="0" value="0" />
+        <value cell_index="20991" local_entity="0" value="0" />
+        <value cell_index="20992" local_entity="0" value="0" />
+        <value cell_index="20993" local_entity="0" value="0" />
+        <value cell_index="20994" local_entity="0" value="0" />
+        <value cell_index="20995" local_entity="0" value="0" />
+        <value cell_index="20996" local_entity="0" value="0" />
+        <value cell_index="20997" local_entity="0" value="0" />
+        <value cell_index="20998" local_entity="0" value="0" />
+        <value cell_index="20999" local_entity="0" value="0" />
+        <value cell_index="21000" local_entity="0" value="0" />
+        <value cell_index="21001" local_entity="0" value="0" />
+        <value cell_index="21002" local_entity="0" value="0" />
+        <value cell_index="21003" local_entity="0" value="0" />
+        <value cell_index="21004" local_entity="0" value="0" />
+        <value cell_index="21005" local_entity="0" value="0" />
+        <value cell_index="21006" local_entity="0" value="0" />
+        <value cell_index="21007" local_entity="0" value="0" />
+        <value cell_index="21008" local_entity="0" value="0" />
+        <value cell_index="21009" local_entity="0" value="0" />
+        <value cell_index="21010" local_entity="0" value="0" />
+        <value cell_index="21011" local_entity="0" value="0" />
+        <value cell_index="21012" local_entity="0" value="0" />
+        <value cell_index="21013" local_entity="0" value="0" />
+        <value cell_index="21014" local_entity="0" value="0" />
+        <value cell_index="21015" local_entity="0" value="0" />
+        <value cell_index="21016" local_entity="0" value="0" />
+        <value cell_index="21017" local_entity="0" value="0" />
+        <value cell_index="21018" local_entity="0" value="0" />
+        <value cell_index="21019" local_entity="0" value="0" />
+        <value cell_index="21020" local_entity="0" value="0" />
+        <value cell_index="21021" local_entity="0" value="0" />
+        <value cell_index="21022" local_entity="0" value="0" />
+        <value cell_index="21023" local_entity="0" value="0" />
+        <value cell_index="21024" local_entity="0" value="0" />
+        <value cell_index="21025" local_entity="0" value="0" />
+        <value cell_index="21026" local_entity="0" value="0" />
+        <value cell_index="21027" local_entity="0" value="0" />
+        <value cell_index="21028" local_entity="0" value="0" />
+        <value cell_index="21029" local_entity="0" value="0" />
+        <value cell_index="21030" local_entity="0" value="0" />
+        <value cell_index="21031" local_entity="0" value="0" />
+        <value cell_index="21032" local_entity="0" value="0" />
+        <value cell_index="21033" local_entity="0" value="0" />
+        <value cell_index="21034" local_entity="0" value="0" />
+        <value cell_index="21035" local_entity="0" value="0" />
+        <value cell_index="21036" local_entity="0" value="0" />
+        <value cell_index="21037" local_entity="0" value="0" />
+        <value cell_index="21038" local_entity="0" value="0" />
+        <value cell_index="21039" local_entity="0" value="0" />
+        <value cell_index="21040" local_entity="0" value="0" />
+        <value cell_index="21041" local_entity="0" value="0" />
+        <value cell_index="21042" local_entity="0" value="0" />
+        <value cell_index="21043" local_entity="0" value="0" />
+        <value cell_index="21044" local_entity="0" value="0" />
+        <value cell_index="21045" local_entity="0" value="0" />
+        <value cell_index="21046" local_entity="0" value="0" />
+        <value cell_index="21047" local_entity="0" value="0" />
+        <value cell_index="21048" local_entity="0" value="0" />
+        <value cell_index="21049" local_entity="0" value="0" />
+        <value cell_index="21050" local_entity="0" value="0" />
+        <value cell_index="21051" local_entity="0" value="0" />
+        <value cell_index="21052" local_entity="0" value="0" />
+        <value cell_index="21053" local_entity="0" value="0" />
+        <value cell_index="21054" local_entity="0" value="0" />
+        <value cell_index="21055" local_entity="0" value="0" />
+        <value cell_index="21056" local_entity="0" value="0" />
+        <value cell_index="21057" local_entity="0" value="0" />
+        <value cell_index="21058" local_entity="0" value="0" />
+        <value cell_index="21059" local_entity="0" value="0" />
+        <value cell_index="21060" local_entity="0" value="0" />
+        <value cell_index="21061" local_entity="0" value="0" />
+        <value cell_index="21062" local_entity="0" value="0" />
+        <value cell_index="21063" local_entity="0" value="0" />
+        <value cell_index="21064" local_entity="0" value="0" />
+        <value cell_index="21065" local_entity="0" value="0" />
+        <value cell_index="21066" local_entity="0" value="0" />
+        <value cell_index="21067" local_entity="0" value="0" />
+        <value cell_index="21068" local_entity="0" value="0" />
+        <value cell_index="21069" local_entity="0" value="0" />
+        <value cell_index="21070" local_entity="0" value="0" />
+        <value cell_index="21071" local_entity="0" value="0" />
+        <value cell_index="21072" local_entity="0" value="0" />
+        <value cell_index="21073" local_entity="0" value="0" />
+        <value cell_index="21074" local_entity="0" value="0" />
+        <value cell_index="21075" local_entity="0" value="0" />
+        <value cell_index="21076" local_entity="0" value="0" />
+        <value cell_index="21077" local_entity="0" value="0" />
+        <value cell_index="21078" local_entity="0" value="0" />
+        <value cell_index="21079" local_entity="0" value="0" />
+        <value cell_index="21080" local_entity="0" value="0" />
+        <value cell_index="21081" local_entity="0" value="0" />
+        <value cell_index="21082" local_entity="0" value="0" />
+        <value cell_index="21083" local_entity="0" value="0" />
+        <value cell_index="21084" local_entity="0" value="0" />
+        <value cell_index="21085" local_entity="0" value="0" />
+        <value cell_index="21086" local_entity="0" value="0" />
+        <value cell_index="21087" local_entity="0" value="0" />
+        <value cell_index="21088" local_entity="0" value="0" />
+        <value cell_index="21089" local_entity="0" value="0" />
+        <value cell_index="21090" local_entity="0" value="0" />
+        <value cell_index="21091" local_entity="0" value="0" />
+        <value cell_index="21092" local_entity="0" value="0" />
+        <value cell_index="21093" local_entity="0" value="0" />
+        <value cell_index="21094" local_entity="0" value="0" />
+        <value cell_index="21095" local_entity="0" value="0" />
+        <value cell_index="21096" local_entity="0" value="0" />
+        <value cell_index="21097" local_entity="0" value="0" />
+        <value cell_index="21098" local_entity="0" value="0" />
+        <value cell_index="21099" local_entity="0" value="0" />
+        <value cell_index="21100" local_entity="0" value="0" />
+        <value cell_index="21101" local_entity="0" value="0" />
+        <value cell_index="21102" local_entity="0" value="0" />
+        <value cell_index="21103" local_entity="0" value="0" />
+        <value cell_index="21104" local_entity="0" value="0" />
+        <value cell_index="21105" local_entity="0" value="0" />
+        <value cell_index="21106" local_entity="0" value="0" />
+        <value cell_index="21107" local_entity="0" value="0" />
+        <value cell_index="21108" local_entity="0" value="0" />
+        <value cell_index="21109" local_entity="0" value="0" />
+        <value cell_index="21110" local_entity="0" value="0" />
+        <value cell_index="21111" local_entity="0" value="0" />
+        <value cell_index="21112" local_entity="0" value="0" />
+        <value cell_index="21113" local_entity="0" value="0" />
+        <value cell_index="21114" local_entity="0" value="0" />
+        <value cell_index="21115" local_entity="0" value="0" />
+        <value cell_index="21116" local_entity="0" value="0" />
+        <value cell_index="21117" local_entity="0" value="0" />
+        <value cell_index="21118" local_entity="0" value="0" />
+        <value cell_index="21119" local_entity="0" value="0" />
+        <value cell_index="21120" local_entity="0" value="0" />
+        <value cell_index="21121" local_entity="0" value="0" />
+        <value cell_index="21122" local_entity="0" value="0" />
+        <value cell_index="21123" local_entity="0" value="0" />
+        <value cell_index="21124" local_entity="0" value="0" />
+        <value cell_index="21125" local_entity="0" value="0" />
+        <value cell_index="21126" local_entity="0" value="0" />
+        <value cell_index="21127" local_entity="0" value="0" />
+        <value cell_index="21128" local_entity="0" value="0" />
+        <value cell_index="21129" local_entity="0" value="0" />
+        <value cell_index="21130" local_entity="0" value="0" />
+        <value cell_index="21131" local_entity="0" value="0" />
+        <value cell_index="21132" local_entity="0" value="0" />
+        <value cell_index="21133" local_entity="0" value="0" />
+        <value cell_index="21134" local_entity="0" value="0" />
+        <value cell_index="21135" local_entity="0" value="0" />
+        <value cell_index="21136" local_entity="0" value="0" />
+        <value cell_index="21137" local_entity="0" value="0" />
+        <value cell_index="21138" local_entity="0" value="0" />
+        <value cell_index="21139" local_entity="0" value="0" />
+        <value cell_index="21140" local_entity="0" value="0" />
+        <value cell_index="21141" local_entity="0" value="0" />
+        <value cell_index="21142" local_entity="0" value="0" />
+        <value cell_index="21143" local_entity="0" value="0" />
+        <value cell_index="21144" local_entity="0" value="0" />
+        <value cell_index="21145" local_entity="0" value="0" />
+        <value cell_index="21146" local_entity="0" value="0" />
+        <value cell_index="21147" local_entity="0" value="0" />
+        <value cell_index="21148" local_entity="0" value="0" />
+        <value cell_index="21149" local_entity="0" value="0" />
+        <value cell_index="21150" local_entity="0" value="0" />
+        <value cell_index="21151" local_entity="0" value="0" />
+        <value cell_index="21152" local_entity="0" value="0" />
+        <value cell_index="21153" local_entity="0" value="0" />
+        <value cell_index="21154" local_entity="0" value="0" />
+        <value cell_index="21155" local_entity="0" value="0" />
+        <value cell_index="21156" local_entity="0" value="0" />
+        <value cell_index="21157" local_entity="0" value="0" />
+        <value cell_index="21158" local_entity="0" value="0" />
+        <value cell_index="21159" local_entity="0" value="0" />
+        <value cell_index="21160" local_entity="0" value="0" />
+        <value cell_index="21161" local_entity="0" value="0" />
+        <value cell_index="21162" local_entity="0" value="0" />
+        <value cell_index="21163" local_entity="0" value="0" />
+        <value cell_index="21164" local_entity="0" value="0" />
+        <value cell_index="21165" local_entity="0" value="0" />
+        <value cell_index="21166" local_entity="0" value="0" />
+        <value cell_index="21167" local_entity="0" value="0" />
+        <value cell_index="21168" local_entity="0" value="0" />
+        <value cell_index="21169" local_entity="0" value="0" />
+        <value cell_index="21170" local_entity="0" value="0" />
+        <value cell_index="21171" local_entity="0" value="0" />
+        <value cell_index="21172" local_entity="0" value="0" />
+        <value cell_index="21173" local_entity="0" value="0" />
+        <value cell_index="21174" local_entity="0" value="0" />
+        <value cell_index="21175" local_entity="0" value="0" />
+        <value cell_index="21176" local_entity="0" value="0" />
+        <value cell_index="21177" local_entity="0" value="0" />
+        <value cell_index="21178" local_entity="0" value="0" />
+        <value cell_index="21179" local_entity="0" value="0" />
+        <value cell_index="21180" local_entity="0" value="0" />
+        <value cell_index="21181" local_entity="0" value="0" />
+        <value cell_index="21182" local_entity="0" value="0" />
+        <value cell_index="21183" local_entity="0" value="0" />
+        <value cell_index="21184" local_entity="0" value="0" />
+        <value cell_index="21185" local_entity="0" value="0" />
+        <value cell_index="21186" local_entity="0" value="0" />
+        <value cell_index="21187" local_entity="0" value="0" />
+        <value cell_index="21188" local_entity="0" value="0" />
+        <value cell_index="21189" local_entity="0" value="0" />
+        <value cell_index="21190" local_entity="0" value="0" />
+        <value cell_index="21191" local_entity="0" value="0" />
+        <value cell_index="21192" local_entity="0" value="0" />
+        <value cell_index="21193" local_entity="0" value="0" />
+        <value cell_index="21194" local_entity="0" value="0" />
+        <value cell_index="21195" local_entity="0" value="0" />
+        <value cell_index="21196" local_entity="0" value="0" />
+        <value cell_index="21197" local_entity="0" value="0" />
+        <value cell_index="21198" local_entity="0" value="0" />
+        <value cell_index="21199" local_entity="0" value="0" />
+        <value cell_index="21200" local_entity="0" value="0" />
+        <value cell_index="21201" local_entity="0" value="0" />
+        <value cell_index="21202" local_entity="0" value="0" />
+        <value cell_index="21203" local_entity="0" value="0" />
+        <value cell_index="21204" local_entity="0" value="0" />
+        <value cell_index="21205" local_entity="0" value="0" />
+        <value cell_index="21206" local_entity="0" value="0" />
+        <value cell_index="21207" local_entity="0" value="0" />
+        <value cell_index="21208" local_entity="0" value="0" />
+        <value cell_index="21209" local_entity="0" value="0" />
+        <value cell_index="21210" local_entity="0" value="0" />
+        <value cell_index="21211" local_entity="0" value="0" />
+        <value cell_index="21212" local_entity="0" value="0" />
+        <value cell_index="21213" local_entity="0" value="0" />
+        <value cell_index="21214" local_entity="0" value="0" />
+        <value cell_index="21215" local_entity="0" value="0" />
+        <value cell_index="21216" local_entity="0" value="0" />
+        <value cell_index="21217" local_entity="0" value="0" />
+        <value cell_index="21218" local_entity="0" value="0" />
+        <value cell_index="21219" local_entity="0" value="0" />
+        <value cell_index="21220" local_entity="0" value="0" />
+        <value cell_index="21221" local_entity="0" value="0" />
+        <value cell_index="21222" local_entity="0" value="0" />
+        <value cell_index="21223" local_entity="0" value="0" />
+        <value cell_index="21224" local_entity="0" value="0" />
+        <value cell_index="21225" local_entity="0" value="0" />
+        <value cell_index="21226" local_entity="0" value="0" />
+        <value cell_index="21227" local_entity="0" value="0" />
+        <value cell_index="21228" local_entity="0" value="0" />
+        <value cell_index="21229" local_entity="0" value="0" />
+        <value cell_index="21230" local_entity="0" value="0" />
+        <value cell_index="21231" local_entity="0" value="0" />
+        <value cell_index="21232" local_entity="0" value="0" />
+        <value cell_index="21233" local_entity="0" value="0" />
+        <value cell_index="21234" local_entity="0" value="0" />
+        <value cell_index="21235" local_entity="0" value="0" />
+        <value cell_index="21236" local_entity="0" value="0" />
+        <value cell_index="21237" local_entity="0" value="0" />
+        <value cell_index="21238" local_entity="0" value="0" />
+        <value cell_index="21239" local_entity="0" value="0" />
+        <value cell_index="21240" local_entity="0" value="0" />
+        <value cell_index="21241" local_entity="0" value="0" />
+        <value cell_index="21242" local_entity="0" value="0" />
+        <value cell_index="21243" local_entity="0" value="0" />
+        <value cell_index="21244" local_entity="0" value="0" />
+        <value cell_index="21245" local_entity="0" value="0" />
+        <value cell_index="21246" local_entity="0" value="0" />
+        <value cell_index="21247" local_entity="0" value="0" />
+        <value cell_index="21248" local_entity="0" value="0" />
+        <value cell_index="21249" local_entity="0" value="0" />
+        <value cell_index="21250" local_entity="0" value="0" />
+        <value cell_index="21251" local_entity="0" value="0" />
+        <value cell_index="21252" local_entity="0" value="0" />
+        <value cell_index="21253" local_entity="0" value="0" />
+        <value cell_index="21254" local_entity="0" value="0" />
+        <value cell_index="21255" local_entity="0" value="0" />
+        <value cell_index="21256" local_entity="0" value="0" />
+        <value cell_index="21257" local_entity="0" value="0" />
+        <value cell_index="21258" local_entity="0" value="0" />
+        <value cell_index="21259" local_entity="0" value="0" />
+        <value cell_index="21260" local_entity="0" value="0" />
+        <value cell_index="21261" local_entity="0" value="0" />
+        <value cell_index="21262" local_entity="0" value="0" />
+        <value cell_index="21263" local_entity="0" value="0" />
+        <value cell_index="21264" local_entity="0" value="0" />
+        <value cell_index="21265" local_entity="0" value="0" />
+        <value cell_index="21266" local_entity="0" value="0" />
+        <value cell_index="21267" local_entity="0" value="0" />
+        <value cell_index="21268" local_entity="0" value="0" />
+        <value cell_index="21269" local_entity="0" value="0" />
+        <value cell_index="21270" local_entity="0" value="0" />
+        <value cell_index="21271" local_entity="0" value="0" />
+        <value cell_index="21272" local_entity="0" value="0" />
+        <value cell_index="21273" local_entity="0" value="0" />
+        <value cell_index="21274" local_entity="0" value="0" />
+        <value cell_index="21275" local_entity="0" value="0" />
+        <value cell_index="21276" local_entity="0" value="0" />
+        <value cell_index="21277" local_entity="0" value="0" />
+        <value cell_index="21278" local_entity="0" value="0" />
+        <value cell_index="21279" local_entity="0" value="0" />
+        <value cell_index="21280" local_entity="0" value="0" />
+        <value cell_index="21281" local_entity="0" value="0" />
+        <value cell_index="21282" local_entity="0" value="0" />
+        <value cell_index="21283" local_entity="0" value="0" />
+        <value cell_index="21284" local_entity="0" value="0" />
+        <value cell_index="21285" local_entity="0" value="0" />
+        <value cell_index="21286" local_entity="0" value="0" />
+        <value cell_index="21287" local_entity="0" value="0" />
+        <value cell_index="21288" local_entity="0" value="0" />
+        <value cell_index="21289" local_entity="0" value="0" />
+        <value cell_index="21290" local_entity="0" value="0" />
+        <value cell_index="21291" local_entity="0" value="0" />
+        <value cell_index="21292" local_entity="0" value="0" />
+        <value cell_index="21293" local_entity="0" value="0" />
+        <value cell_index="21294" local_entity="0" value="0" />
+        <value cell_index="21295" local_entity="0" value="0" />
+        <value cell_index="21296" local_entity="0" value="0" />
+        <value cell_index="21297" local_entity="0" value="0" />
+        <value cell_index="21298" local_entity="0" value="0" />
+        <value cell_index="21299" local_entity="0" value="0" />
+        <value cell_index="21300" local_entity="0" value="0" />
+        <value cell_index="21301" local_entity="0" value="0" />
+        <value cell_index="21302" local_entity="0" value="0" />
+        <value cell_index="21303" local_entity="0" value="0" />
+        <value cell_index="21304" local_entity="0" value="0" />
+        <value cell_index="21305" local_entity="0" value="0" />
+        <value cell_index="21306" local_entity="0" value="0" />
+        <value cell_index="21307" local_entity="0" value="0" />
+        <value cell_index="21308" local_entity="0" value="0" />
+        <value cell_index="21309" local_entity="0" value="0" />
+        <value cell_index="21310" local_entity="0" value="0" />
+        <value cell_index="21311" local_entity="0" value="0" />
+        <value cell_index="21312" local_entity="0" value="0" />
+        <value cell_index="21313" local_entity="0" value="0" />
+        <value cell_index="21314" local_entity="0" value="0" />
+        <value cell_index="21315" local_entity="0" value="0" />
+        <value cell_index="21316" local_entity="0" value="0" />
+        <value cell_index="21317" local_entity="0" value="0" />
+        <value cell_index="21318" local_entity="0" value="0" />
+        <value cell_index="21319" local_entity="0" value="0" />
+        <value cell_index="21320" local_entity="0" value="0" />
+        <value cell_index="21321" local_entity="0" value="0" />
+        <value cell_index="21322" local_entity="0" value="0" />
+        <value cell_index="21323" local_entity="0" value="0" />
+        <value cell_index="21324" local_entity="0" value="0" />
+        <value cell_index="21325" local_entity="0" value="0" />
+        <value cell_index="21326" local_entity="0" value="0" />
+        <value cell_index="21327" local_entity="0" value="0" />
+        <value cell_index="21328" local_entity="0" value="0" />
+        <value cell_index="21329" local_entity="0" value="0" />
+        <value cell_index="21330" local_entity="0" value="0" />
+        <value cell_index="21331" local_entity="0" value="0" />
+        <value cell_index="21332" local_entity="0" value="0" />
+        <value cell_index="21333" local_entity="0" value="0" />
+        <value cell_index="21334" local_entity="0" value="0" />
+        <value cell_index="21335" local_entity="0" value="0" />
+        <value cell_index="21336" local_entity="0" value="0" />
+        <value cell_index="21337" local_entity="0" value="0" />
+        <value cell_index="21338" local_entity="0" value="0" />
+        <value cell_index="21339" local_entity="0" value="0" />
+        <value cell_index="21340" local_entity="0" value="0" />
+        <value cell_index="21341" local_entity="0" value="0" />
+        <value cell_index="21342" local_entity="0" value="0" />
+        <value cell_index="21343" local_entity="0" value="0" />
+        <value cell_index="21344" local_entity="0" value="0" />
+        <value cell_index="21345" local_entity="0" value="0" />
+        <value cell_index="21346" local_entity="0" value="0" />
+        <value cell_index="21347" local_entity="0" value="0" />
+        <value cell_index="21348" local_entity="0" value="0" />
+        <value cell_index="21349" local_entity="0" value="0" />
+        <value cell_index="21350" local_entity="0" value="0" />
+        <value cell_index="21351" local_entity="0" value="0" />
+        <value cell_index="21352" local_entity="0" value="0" />
+        <value cell_index="21353" local_entity="0" value="0" />
+        <value cell_index="21354" local_entity="0" value="0" />
+        <value cell_index="21355" local_entity="0" value="0" />
+        <value cell_index="21356" local_entity="0" value="0" />
+        <value cell_index="21357" local_entity="0" value="0" />
+        <value cell_index="21358" local_entity="0" value="0" />
+        <value cell_index="21359" local_entity="0" value="0" />
+        <value cell_index="21360" local_entity="0" value="0" />
+        <value cell_index="21361" local_entity="0" value="0" />
+        <value cell_index="21362" local_entity="0" value="0" />
+        <value cell_index="21363" local_entity="0" value="0" />
+        <value cell_index="21364" local_entity="0" value="0" />
+        <value cell_index="21365" local_entity="0" value="0" />
+        <value cell_index="21366" local_entity="0" value="0" />
+        <value cell_index="21367" local_entity="0" value="0" />
+        <value cell_index="21368" local_entity="0" value="0" />
+        <value cell_index="21369" local_entity="0" value="0" />
+        <value cell_index="21370" local_entity="0" value="0" />
+        <value cell_index="21371" local_entity="0" value="0" />
+        <value cell_index="21372" local_entity="0" value="0" />
+        <value cell_index="21373" local_entity="0" value="0" />
+        <value cell_index="21374" local_entity="0" value="0" />
+        <value cell_index="21375" local_entity="0" value="0" />
+        <value cell_index="21376" local_entity="0" value="0" />
+        <value cell_index="21377" local_entity="0" value="0" />
+        <value cell_index="21378" local_entity="0" value="0" />
+        <value cell_index="21379" local_entity="0" value="0" />
+        <value cell_index="21380" local_entity="0" value="0" />
+        <value cell_index="21381" local_entity="0" value="0" />
+        <value cell_index="21382" local_entity="0" value="0" />
+        <value cell_index="21383" local_entity="0" value="0" />
+        <value cell_index="21384" local_entity="0" value="0" />
+        <value cell_index="21385" local_entity="0" value="0" />
+        <value cell_index="21386" local_entity="0" value="0" />
+        <value cell_index="21387" local_entity="0" value="0" />
+        <value cell_index="21388" local_entity="0" value="0" />
+        <value cell_index="21389" local_entity="0" value="0" />
+        <value cell_index="21390" local_entity="0" value="0" />
+        <value cell_index="21391" local_entity="0" value="0" />
+        <value cell_index="21392" local_entity="0" value="0" />
+        <value cell_index="21393" local_entity="0" value="0" />
+        <value cell_index="21394" local_entity="0" value="0" />
+        <value cell_index="21395" local_entity="0" value="0" />
+        <value cell_index="21396" local_entity="0" value="0" />
+        <value cell_index="21397" local_entity="0" value="0" />
+        <value cell_index="21398" local_entity="0" value="0" />
+        <value cell_index="21399" local_entity="0" value="0" />
+        <value cell_index="21400" local_entity="0" value="0" />
+        <value cell_index="21401" local_entity="0" value="0" />
+        <value cell_index="21402" local_entity="0" value="0" />
+        <value cell_index="21403" local_entity="0" value="0" />
+        <value cell_index="21404" local_entity="0" value="0" />
+        <value cell_index="21405" local_entity="0" value="0" />
+        <value cell_index="21406" local_entity="0" value="0" />
+        <value cell_index="21407" local_entity="0" value="0" />
+        <value cell_index="21408" local_entity="0" value="0" />
+        <value cell_index="21409" local_entity="0" value="0" />
+        <value cell_index="21410" local_entity="0" value="0" />
+        <value cell_index="21411" local_entity="0" value="0" />
+        <value cell_index="21412" local_entity="0" value="0" />
+        <value cell_index="21413" local_entity="0" value="0" />
+        <value cell_index="21414" local_entity="0" value="0" />
+        <value cell_index="21415" local_entity="0" value="0" />
+        <value cell_index="21416" local_entity="0" value="0" />
+        <value cell_index="21417" local_entity="0" value="0" />
+        <value cell_index="21418" local_entity="0" value="0" />
+        <value cell_index="21419" local_entity="0" value="0" />
+        <value cell_index="21420" local_entity="0" value="0" />
+        <value cell_index="21421" local_entity="0" value="0" />
+        <value cell_index="21422" local_entity="0" value="0" />
+        <value cell_index="21423" local_entity="0" value="0" />
+        <value cell_index="21424" local_entity="0" value="0" />
+        <value cell_index="21425" local_entity="0" value="0" />
+        <value cell_index="21426" local_entity="0" value="0" />
+        <value cell_index="21427" local_entity="0" value="0" />
+        <value cell_index="21428" local_entity="0" value="0" />
+        <value cell_index="21429" local_entity="0" value="0" />
+        <value cell_index="21430" local_entity="0" value="0" />
+        <value cell_index="21431" local_entity="0" value="0" />
+        <value cell_index="21432" local_entity="0" value="0" />
+        <value cell_index="21433" local_entity="0" value="0" />
+        <value cell_index="21434" local_entity="0" value="0" />
+        <value cell_index="21435" local_entity="0" value="0" />
+        <value cell_index="21436" local_entity="0" value="0" />
+        <value cell_index="21437" local_entity="0" value="0" />
+        <value cell_index="21438" local_entity="0" value="0" />
+        <value cell_index="21439" local_entity="0" value="0" />
+        <value cell_index="21440" local_entity="0" value="0" />
+        <value cell_index="21441" local_entity="0" value="0" />
+        <value cell_index="21442" local_entity="0" value="0" />
+        <value cell_index="21443" local_entity="0" value="0" />
+        <value cell_index="21444" local_entity="0" value="0" />
+        <value cell_index="21445" local_entity="0" value="0" />
+        <value cell_index="21446" local_entity="0" value="0" />
+        <value cell_index="21447" local_entity="0" value="0" />
+        <value cell_index="21448" local_entity="0" value="0" />
+        <value cell_index="21449" local_entity="0" value="0" />
+        <value cell_index="21450" local_entity="0" value="0" />
+        <value cell_index="21451" local_entity="0" value="0" />
+        <value cell_index="21452" local_entity="0" value="0" />
+        <value cell_index="21453" local_entity="0" value="0" />
+        <value cell_index="21454" local_entity="0" value="0" />
+        <value cell_index="21455" local_entity="0" value="0" />
+        <value cell_index="21456" local_entity="0" value="0" />
+        <value cell_index="21457" local_entity="0" value="0" />
+        <value cell_index="21458" local_entity="0" value="0" />
+        <value cell_index="21459" local_entity="0" value="0" />
+        <value cell_index="21460" local_entity="0" value="0" />
+        <value cell_index="21461" local_entity="0" value="0" />
+        <value cell_index="21462" local_entity="0" value="0" />
+        <value cell_index="21463" local_entity="0" value="0" />
+        <value cell_index="21464" local_entity="0" value="0" />
+        <value cell_index="21465" local_entity="0" value="0" />
+        <value cell_index="21466" local_entity="0" value="0" />
+        <value cell_index="21467" local_entity="0" value="0" />
+        <value cell_index="21468" local_entity="0" value="0" />
+        <value cell_index="21469" local_entity="0" value="0" />
+        <value cell_index="21470" local_entity="0" value="0" />
+        <value cell_index="21471" local_entity="0" value="0" />
+        <value cell_index="21472" local_entity="0" value="0" />
+        <value cell_index="21473" local_entity="0" value="0" />
+        <value cell_index="21474" local_entity="0" value="0" />
+        <value cell_index="21475" local_entity="0" value="0" />
+        <value cell_index="21476" local_entity="0" value="0" />
+        <value cell_index="21477" local_entity="0" value="0" />
+        <value cell_index="21478" local_entity="0" value="0" />
+        <value cell_index="21479" local_entity="0" value="0" />
+        <value cell_index="21480" local_entity="0" value="0" />
+        <value cell_index="21481" local_entity="0" value="0" />
+        <value cell_index="21482" local_entity="0" value="0" />
+        <value cell_index="21483" local_entity="0" value="0" />
+        <value cell_index="21484" local_entity="0" value="0" />
+        <value cell_index="21485" local_entity="0" value="0" />
+        <value cell_index="21486" local_entity="0" value="0" />
+        <value cell_index="21487" local_entity="0" value="0" />
+        <value cell_index="21488" local_entity="0" value="0" />
+        <value cell_index="21489" local_entity="0" value="0" />
+        <value cell_index="21490" local_entity="0" value="0" />
+        <value cell_index="21491" local_entity="0" value="0" />
+        <value cell_index="21492" local_entity="0" value="0" />
+        <value cell_index="21493" local_entity="0" value="0" />
+        <value cell_index="21494" local_entity="0" value="0" />
+        <value cell_index="21495" local_entity="0" value="0" />
+        <value cell_index="21496" local_entity="0" value="0" />
+        <value cell_index="21497" local_entity="0" value="0" />
+        <value cell_index="21498" local_entity="0" value="0" />
+        <value cell_index="21499" local_entity="0" value="0" />
+        <value cell_index="21500" local_entity="0" value="0" />
+        <value cell_index="21501" local_entity="0" value="0" />
+        <value cell_index="21502" local_entity="0" value="0" />
+        <value cell_index="21503" local_entity="0" value="0" />
+        <value cell_index="21504" local_entity="0" value="0" />
+        <value cell_index="21505" local_entity="0" value="0" />
+        <value cell_index="21506" local_entity="0" value="0" />
+        <value cell_index="21507" local_entity="0" value="0" />
+        <value cell_index="21508" local_entity="0" value="0" />
+        <value cell_index="21509" local_entity="0" value="0" />
+        <value cell_index="21510" local_entity="0" value="0" />
+        <value cell_index="21511" local_entity="0" value="0" />
+        <value cell_index="21512" local_entity="0" value="0" />
+        <value cell_index="21513" local_entity="0" value="0" />
+        <value cell_index="21514" local_entity="0" value="0" />
+        <value cell_index="21515" local_entity="0" value="0" />
+        <value cell_index="21516" local_entity="0" value="0" />
+        <value cell_index="21517" local_entity="0" value="0" />
+        <value cell_index="21518" local_entity="0" value="0" />
+        <value cell_index="21519" local_entity="0" value="0" />
+        <value cell_index="21520" local_entity="0" value="0" />
+        <value cell_index="21521" local_entity="0" value="0" />
+        <value cell_index="21522" local_entity="0" value="0" />
+        <value cell_index="21523" local_entity="0" value="0" />
+        <value cell_index="21524" local_entity="0" value="0" />
+        <value cell_index="21525" local_entity="0" value="0" />
+        <value cell_index="21526" local_entity="0" value="0" />
+        <value cell_index="21527" local_entity="0" value="0" />
+        <value cell_index="21528" local_entity="0" value="0" />
+        <value cell_index="21529" local_entity="0" value="0" />
+        <value cell_index="21530" local_entity="0" value="0" />
+        <value cell_index="21531" local_entity="0" value="0" />
+        <value cell_index="21532" local_entity="0" value="0" />
+        <value cell_index="21533" local_entity="0" value="0" />
+        <value cell_index="21534" local_entity="0" value="0" />
+        <value cell_index="21535" local_entity="0" value="0" />
+        <value cell_index="21536" local_entity="0" value="0" />
+        <value cell_index="21537" local_entity="0" value="0" />
+        <value cell_index="21538" local_entity="0" value="0" />
+        <value cell_index="21539" local_entity="0" value="0" />
+        <value cell_index="21540" local_entity="0" value="0" />
+        <value cell_index="21541" local_entity="0" value="0" />
+        <value cell_index="21542" local_entity="0" value="0" />
+        <value cell_index="21543" local_entity="0" value="0" />
+        <value cell_index="21544" local_entity="0" value="0" />
+        <value cell_index="21545" local_entity="0" value="0" />
+        <value cell_index="21546" local_entity="0" value="0" />
+        <value cell_index="21547" local_entity="0" value="0" />
+        <value cell_index="21548" local_entity="0" value="0" />
+        <value cell_index="21549" local_entity="0" value="0" />
+        <value cell_index="21550" local_entity="0" value="0" />
+        <value cell_index="21551" local_entity="0" value="0" />
+        <value cell_index="21552" local_entity="0" value="0" />
+        <value cell_index="21553" local_entity="0" value="0" />
+        <value cell_index="21554" local_entity="0" value="0" />
+        <value cell_index="21555" local_entity="0" value="0" />
+        <value cell_index="21556" local_entity="0" value="0" />
+        <value cell_index="21557" local_entity="0" value="0" />
+        <value cell_index="21558" local_entity="0" value="0" />
+        <value cell_index="21559" local_entity="0" value="0" />
+        <value cell_index="21560" local_entity="0" value="0" />
+        <value cell_index="21561" local_entity="0" value="0" />
+        <value cell_index="21562" local_entity="0" value="0" />
+        <value cell_index="21563" local_entity="0" value="0" />
+        <value cell_index="21564" local_entity="0" value="0" />
+        <value cell_index="21565" local_entity="0" value="0" />
+        <value cell_index="21566" local_entity="0" value="0" />
+        <value cell_index="21567" local_entity="0" value="0" />
+        <value cell_index="21568" local_entity="0" value="0" />
+        <value cell_index="21569" local_entity="0" value="0" />
+        <value cell_index="21570" local_entity="0" value="0" />
+        <value cell_index="21571" local_entity="0" value="0" />
+        <value cell_index="21572" local_entity="0" value="0" />
+        <value cell_index="21573" local_entity="0" value="0" />
+        <value cell_index="21574" local_entity="0" value="0" />
+        <value cell_index="21575" local_entity="0" value="0" />
+        <value cell_index="21576" local_entity="0" value="0" />
+        <value cell_index="21577" local_entity="0" value="0" />
+        <value cell_index="21578" local_entity="0" value="0" />
+        <value cell_index="21579" local_entity="0" value="0" />
+        <value cell_index="21580" local_entity="0" value="0" />
+        <value cell_index="21581" local_entity="0" value="0" />
+        <value cell_index="21582" local_entity="0" value="0" />
+        <value cell_index="21583" local_entity="0" value="0" />
+        <value cell_index="21584" local_entity="0" value="0" />
+        <value cell_index="21585" local_entity="0" value="0" />
+        <value cell_index="21586" local_entity="0" value="0" />
+        <value cell_index="21587" local_entity="0" value="0" />
+        <value cell_index="21588" local_entity="0" value="0" />
+        <value cell_index="21589" local_entity="0" value="0" />
+        <value cell_index="21590" local_entity="0" value="0" />
+        <value cell_index="21591" local_entity="0" value="0" />
+        <value cell_index="21592" local_entity="0" value="0" />
+        <value cell_index="21593" local_entity="0" value="0" />
+        <value cell_index="21594" local_entity="0" value="0" />
+        <value cell_index="21595" local_entity="0" value="0" />
+        <value cell_index="21596" local_entity="0" value="0" />
+        <value cell_index="21597" local_entity="0" value="0" />
+        <value cell_index="21598" local_entity="0" value="0" />
+        <value cell_index="21599" local_entity="0" value="0" />
+        <value cell_index="21600" local_entity="0" value="0" />
+        <value cell_index="21601" local_entity="0" value="0" />
+        <value cell_index="21602" local_entity="0" value="0" />
+        <value cell_index="21603" local_entity="0" value="0" />
+        <value cell_index="21604" local_entity="0" value="0" />
+        <value cell_index="21605" local_entity="0" value="0" />
+        <value cell_index="21606" local_entity="0" value="0" />
+        <value cell_index="21607" local_entity="0" value="0" />
+        <value cell_index="21608" local_entity="0" value="0" />
+        <value cell_index="21609" local_entity="0" value="0" />
+        <value cell_index="21610" local_entity="0" value="0" />
+        <value cell_index="21611" local_entity="0" value="0" />
+        <value cell_index="21612" local_entity="0" value="0" />
+        <value cell_index="21613" local_entity="0" value="0" />
+        <value cell_index="21614" local_entity="0" value="0" />
+        <value cell_index="21615" local_entity="0" value="0" />
+        <value cell_index="21616" local_entity="0" value="0" />
+        <value cell_index="21617" local_entity="0" value="0" />
+        <value cell_index="21618" local_entity="0" value="0" />
+        <value cell_index="21619" local_entity="0" value="0" />
+        <value cell_index="21620" local_entity="0" value="0" />
+        <value cell_index="21621" local_entity="0" value="0" />
+        <value cell_index="21622" local_entity="0" value="0" />
+        <value cell_index="21623" local_entity="0" value="0" />
+        <value cell_index="21624" local_entity="0" value="0" />
+        <value cell_index="21625" local_entity="0" value="0" />
+        <value cell_index="21626" local_entity="0" value="0" />
+        <value cell_index="21627" local_entity="0" value="0" />
+        <value cell_index="21628" local_entity="0" value="0" />
+        <value cell_index="21629" local_entity="0" value="0" />
+        <value cell_index="21630" local_entity="0" value="0" />
+        <value cell_index="21631" local_entity="0" value="0" />
+        <value cell_index="21632" local_entity="0" value="0" />
+        <value cell_index="21633" local_entity="0" value="0" />
+        <value cell_index="21634" local_entity="0" value="0" />
+        <value cell_index="21635" local_entity="0" value="0" />
+        <value cell_index="21636" local_entity="0" value="0" />
+        <value cell_index="21637" local_entity="0" value="0" />
+        <value cell_index="21638" local_entity="0" value="0" />
+        <value cell_index="21639" local_entity="0" value="0" />
+        <value cell_index="21640" local_entity="0" value="0" />
+        <value cell_index="21641" local_entity="0" value="0" />
+        <value cell_index="21642" local_entity="0" value="0" />
+        <value cell_index="21643" local_entity="0" value="0" />
+        <value cell_index="21644" local_entity="0" value="0" />
+        <value cell_index="21645" local_entity="0" value="0" />
+        <value cell_index="21646" local_entity="0" value="0" />
+        <value cell_index="21647" local_entity="0" value="0" />
+        <value cell_index="21648" local_entity="0" value="0" />
+        <value cell_index="21649" local_entity="0" value="0" />
+        <value cell_index="21650" local_entity="0" value="0" />
+        <value cell_index="21651" local_entity="0" value="0" />
+        <value cell_index="21652" local_entity="0" value="0" />
+        <value cell_index="21653" local_entity="0" value="0" />
+        <value cell_index="21654" local_entity="0" value="0" />
+        <value cell_index="21655" local_entity="0" value="0" />
+        <value cell_index="21656" local_entity="0" value="0" />
+        <value cell_index="21657" local_entity="0" value="0" />
+        <value cell_index="21658" local_entity="0" value="0" />
+        <value cell_index="21659" local_entity="0" value="0" />
+        <value cell_index="21660" local_entity="0" value="0" />
+        <value cell_index="21661" local_entity="0" value="0" />
+        <value cell_index="21662" local_entity="0" value="0" />
+        <value cell_index="21663" local_entity="0" value="0" />
+        <value cell_index="21664" local_entity="0" value="0" />
+        <value cell_index="21665" local_entity="0" value="0" />
+        <value cell_index="21666" local_entity="0" value="0" />
+        <value cell_index="21667" local_entity="0" value="0" />
+        <value cell_index="21668" local_entity="0" value="0" />
+        <value cell_index="21669" local_entity="0" value="0" />
+        <value cell_index="21670" local_entity="0" value="0" />
+        <value cell_index="21671" local_entity="0" value="0" />
+        <value cell_index="21672" local_entity="0" value="0" />
+        <value cell_index="21673" local_entity="0" value="0" />
+        <value cell_index="21674" local_entity="0" value="0" />
+        <value cell_index="21675" local_entity="0" value="0" />
+        <value cell_index="21676" local_entity="0" value="0" />
+        <value cell_index="21677" local_entity="0" value="0" />
+        <value cell_index="21678" local_entity="0" value="0" />
+        <value cell_index="21679" local_entity="0" value="0" />
+        <value cell_index="21680" local_entity="0" value="0" />
+        <value cell_index="21681" local_entity="0" value="0" />
+        <value cell_index="21682" local_entity="0" value="0" />
+        <value cell_index="21683" local_entity="0" value="0" />
+        <value cell_index="21684" local_entity="0" value="0" />
+        <value cell_index="21685" local_entity="0" value="0" />
+        <value cell_index="21686" local_entity="0" value="0" />
+        <value cell_index="21687" local_entity="0" value="0" />
+        <value cell_index="21688" local_entity="0" value="0" />
+        <value cell_index="21689" local_entity="0" value="0" />
+        <value cell_index="21690" local_entity="0" value="0" />
+        <value cell_index="21691" local_entity="0" value="0" />
+        <value cell_index="21692" local_entity="0" value="0" />
+        <value cell_index="21693" local_entity="0" value="0" />
+        <value cell_index="21694" local_entity="0" value="0" />
+        <value cell_index="21695" local_entity="0" value="0" />
+        <value cell_index="21696" local_entity="0" value="0" />
+        <value cell_index="21697" local_entity="0" value="0" />
+        <value cell_index="21698" local_entity="0" value="0" />
+        <value cell_index="21699" local_entity="0" value="0" />
+        <value cell_index="21700" local_entity="0" value="0" />
+        <value cell_index="21701" local_entity="0" value="0" />
+        <value cell_index="21702" local_entity="0" value="0" />
+        <value cell_index="21703" local_entity="0" value="0" />
+        <value cell_index="21704" local_entity="0" value="0" />
+        <value cell_index="21705" local_entity="0" value="0" />
+        <value cell_index="21706" local_entity="0" value="0" />
+        <value cell_index="21707" local_entity="0" value="0" />
+        <value cell_index="21708" local_entity="0" value="0" />
+        <value cell_index="21709" local_entity="0" value="0" />
+        <value cell_index="21710" local_entity="0" value="0" />
+        <value cell_index="21711" local_entity="0" value="0" />
+        <value cell_index="21712" local_entity="0" value="0" />
+        <value cell_index="21713" local_entity="0" value="0" />
+        <value cell_index="21714" local_entity="0" value="0" />
+        <value cell_index="21715" local_entity="0" value="0" />
+        <value cell_index="21716" local_entity="0" value="0" />
+        <value cell_index="21717" local_entity="0" value="0" />
+        <value cell_index="21718" local_entity="0" value="0" />
+        <value cell_index="21719" local_entity="0" value="0" />
+        <value cell_index="21720" local_entity="0" value="0" />
+        <value cell_index="21721" local_entity="0" value="0" />
+        <value cell_index="21722" local_entity="0" value="0" />
+        <value cell_index="21723" local_entity="0" value="0" />
+        <value cell_index="21724" local_entity="0" value="0" />
+        <value cell_index="21725" local_entity="0" value="0" />
+        <value cell_index="21726" local_entity="0" value="0" />
+        <value cell_index="21727" local_entity="0" value="0" />
+        <value cell_index="21728" local_entity="0" value="0" />
+        <value cell_index="21729" local_entity="0" value="0" />
+        <value cell_index="21730" local_entity="0" value="0" />
+        <value cell_index="21731" local_entity="0" value="0" />
+        <value cell_index="21732" local_entity="0" value="0" />
+        <value cell_index="21733" local_entity="0" value="0" />
+        <value cell_index="21734" local_entity="0" value="0" />
+        <value cell_index="21735" local_entity="0" value="0" />
+        <value cell_index="21736" local_entity="0" value="0" />
+        <value cell_index="21737" local_entity="0" value="0" />
+        <value cell_index="21738" local_entity="0" value="0" />
+        <value cell_index="21739" local_entity="0" value="0" />
+        <value cell_index="21740" local_entity="0" value="0" />
+        <value cell_index="21741" local_entity="0" value="0" />
+        <value cell_index="21742" local_entity="0" value="0" />
+        <value cell_index="21743" local_entity="0" value="0" />
+        <value cell_index="21744" local_entity="0" value="0" />
+        <value cell_index="21745" local_entity="0" value="0" />
+        <value cell_index="21746" local_entity="0" value="0" />
+        <value cell_index="21747" local_entity="0" value="0" />
+        <value cell_index="21748" local_entity="0" value="0" />
+        <value cell_index="21749" local_entity="0" value="0" />
+        <value cell_index="21750" local_entity="0" value="0" />
+        <value cell_index="21751" local_entity="0" value="0" />
+        <value cell_index="21752" local_entity="0" value="0" />
+        <value cell_index="21753" local_entity="0" value="0" />
+        <value cell_index="21754" local_entity="0" value="0" />
+        <value cell_index="21755" local_entity="0" value="0" />
+        <value cell_index="21756" local_entity="0" value="0" />
+        <value cell_index="21757" local_entity="0" value="0" />
+        <value cell_index="21758" local_entity="0" value="0" />
+        <value cell_index="21759" local_entity="0" value="0" />
+        <value cell_index="21760" local_entity="0" value="0" />
+        <value cell_index="21761" local_entity="0" value="0" />
+        <value cell_index="21762" local_entity="0" value="0" />
+        <value cell_index="21763" local_entity="0" value="0" />
+        <value cell_index="21764" local_entity="0" value="0" />
+        <value cell_index="21765" local_entity="0" value="0" />
+        <value cell_index="21766" local_entity="0" value="0" />
+        <value cell_index="21767" local_entity="0" value="0" />
+        <value cell_index="21768" local_entity="0" value="0" />
+        <value cell_index="21769" local_entity="0" value="0" />
+        <value cell_index="21770" local_entity="0" value="0" />
+        <value cell_index="21771" local_entity="0" value="0" />
+        <value cell_index="21772" local_entity="0" value="0" />
+        <value cell_index="21773" local_entity="0" value="0" />
+        <value cell_index="21774" local_entity="0" value="0" />
+        <value cell_index="21775" local_entity="0" value="0" />
+        <value cell_index="21776" local_entity="0" value="0" />
+        <value cell_index="21777" local_entity="0" value="0" />
+        <value cell_index="21778" local_entity="0" value="0" />
+        <value cell_index="21779" local_entity="0" value="0" />
+        <value cell_index="21780" local_entity="0" value="0" />
+        <value cell_index="21781" local_entity="0" value="0" />
+        <value cell_index="21782" local_entity="0" value="0" />
+        <value cell_index="21783" local_entity="0" value="0" />
+        <value cell_index="21784" local_entity="0" value="0" />
+        <value cell_index="21785" local_entity="0" value="0" />
+        <value cell_index="21786" local_entity="0" value="0" />
+        <value cell_index="21787" local_entity="0" value="0" />
+        <value cell_index="21788" local_entity="0" value="0" />
+        <value cell_index="21789" local_entity="0" value="0" />
+        <value cell_index="21790" local_entity="0" value="0" />
+        <value cell_index="21791" local_entity="0" value="0" />
+        <value cell_index="21792" local_entity="0" value="0" />
+        <value cell_index="21793" local_entity="0" value="0" />
+        <value cell_index="21794" local_entity="0" value="0" />
+        <value cell_index="21795" local_entity="0" value="0" />
+        <value cell_index="21796" local_entity="0" value="0" />
+        <value cell_index="21797" local_entity="0" value="0" />
+        <value cell_index="21798" local_entity="0" value="0" />
+        <value cell_index="21799" local_entity="0" value="0" />
+        <value cell_index="21800" local_entity="0" value="0" />
+        <value cell_index="21801" local_entity="0" value="0" />
+        <value cell_index="21802" local_entity="0" value="0" />
+        <value cell_index="21803" local_entity="0" value="0" />
+        <value cell_index="21804" local_entity="0" value="0" />
+        <value cell_index="21805" local_entity="0" value="0" />
+        <value cell_index="21806" local_entity="0" value="0" />
+        <value cell_index="21807" local_entity="0" value="0" />
+        <value cell_index="21808" local_entity="0" value="0" />
+        <value cell_index="21809" local_entity="0" value="0" />
+        <value cell_index="21810" local_entity="0" value="0" />
+        <value cell_index="21811" local_entity="0" value="0" />
+        <value cell_index="21812" local_entity="0" value="0" />
+        <value cell_index="21813" local_entity="0" value="0" />
+        <value cell_index="21814" local_entity="0" value="0" />
+        <value cell_index="21815" local_entity="0" value="0" />
+        <value cell_index="21816" local_entity="0" value="0" />
+        <value cell_index="21817" local_entity="0" value="0" />
+        <value cell_index="21818" local_entity="0" value="0" />
+        <value cell_index="21819" local_entity="0" value="0" />
+        <value cell_index="21820" local_entity="0" value="0" />
+        <value cell_index="21821" local_entity="0" value="0" />
+        <value cell_index="21822" local_entity="0" value="0" />
+        <value cell_index="21823" local_entity="0" value="0" />
+        <value cell_index="21824" local_entity="0" value="0" />
+        <value cell_index="21825" local_entity="0" value="0" />
+        <value cell_index="21826" local_entity="0" value="0" />
+        <value cell_index="21827" local_entity="0" value="0" />
+        <value cell_index="21828" local_entity="0" value="0" />
+        <value cell_index="21829" local_entity="0" value="0" />
+        <value cell_index="21830" local_entity="0" value="0" />
+        <value cell_index="21831" local_entity="0" value="0" />
+        <value cell_index="21832" local_entity="0" value="0" />
+        <value cell_index="21833" local_entity="0" value="0" />
+        <value cell_index="21834" local_entity="0" value="0" />
+        <value cell_index="21835" local_entity="0" value="0" />
+        <value cell_index="21836" local_entity="0" value="0" />
+        <value cell_index="21837" local_entity="0" value="0" />
+        <value cell_index="21838" local_entity="0" value="0" />
+        <value cell_index="21839" local_entity="0" value="0" />
+        <value cell_index="21840" local_entity="0" value="0" />
+        <value cell_index="21841" local_entity="0" value="0" />
+        <value cell_index="21842" local_entity="0" value="0" />
+        <value cell_index="21843" local_entity="0" value="0" />
+        <value cell_index="21844" local_entity="0" value="0" />
+        <value cell_index="21845" local_entity="0" value="0" />
+        <value cell_index="21846" local_entity="0" value="0" />
+        <value cell_index="21847" local_entity="0" value="0" />
+        <value cell_index="21848" local_entity="0" value="0" />
+        <value cell_index="21849" local_entity="0" value="0" />
+        <value cell_index="21850" local_entity="0" value="0" />
+        <value cell_index="21851" local_entity="0" value="0" />
+        <value cell_index="21852" local_entity="0" value="0" />
+        <value cell_index="21853" local_entity="0" value="0" />
+        <value cell_index="21854" local_entity="0" value="0" />
+        <value cell_index="21855" local_entity="0" value="0" />
+        <value cell_index="21856" local_entity="0" value="0" />
+        <value cell_index="21857" local_entity="0" value="0" />
+        <value cell_index="21858" local_entity="0" value="0" />
+        <value cell_index="21859" local_entity="0" value="0" />
+        <value cell_index="21860" local_entity="0" value="0" />
+        <value cell_index="21861" local_entity="0" value="0" />
+        <value cell_index="21862" local_entity="0" value="0" />
+        <value cell_index="21863" local_entity="0" value="0" />
+        <value cell_index="21864" local_entity="0" value="0" />
+        <value cell_index="21865" local_entity="0" value="0" />
+        <value cell_index="21866" local_entity="0" value="0" />
+        <value cell_index="21867" local_entity="0" value="0" />
+        <value cell_index="21868" local_entity="0" value="0" />
+        <value cell_index="21869" local_entity="0" value="0" />
+        <value cell_index="21870" local_entity="0" value="0" />
+        <value cell_index="21871" local_entity="0" value="0" />
+        <value cell_index="21872" local_entity="0" value="0" />
+        <value cell_index="21873" local_entity="0" value="0" />
+        <value cell_index="21874" local_entity="0" value="0" />
+        <value cell_index="21875" local_entity="0" value="0" />
+        <value cell_index="21876" local_entity="0" value="0" />
+        <value cell_index="21877" local_entity="0" value="0" />
+        <value cell_index="21878" local_entity="0" value="0" />
+        <value cell_index="21879" local_entity="0" value="0" />
+        <value cell_index="21880" local_entity="0" value="0" />
+        <value cell_index="21881" local_entity="0" value="0" />
+        <value cell_index="21882" local_entity="0" value="0" />
+        <value cell_index="21883" local_entity="0" value="0" />
+        <value cell_index="21884" local_entity="0" value="0" />
+        <value cell_index="21885" local_entity="0" value="0" />
+        <value cell_index="21886" local_entity="0" value="0" />
+        <value cell_index="21887" local_entity="0" value="0" />
+        <value cell_index="21888" local_entity="0" value="0" />
+        <value cell_index="21889" local_entity="0" value="0" />
+        <value cell_index="21890" local_entity="0" value="0" />
+        <value cell_index="21891" local_entity="0" value="0" />
+        <value cell_index="21892" local_entity="0" value="0" />
+        <value cell_index="21893" local_entity="0" value="0" />
+        <value cell_index="21894" local_entity="0" value="0" />
+        <value cell_index="21895" local_entity="0" value="0" />
+        <value cell_index="21896" local_entity="0" value="0" />
+        <value cell_index="21897" local_entity="0" value="0" />
+        <value cell_index="21898" local_entity="0" value="0" />
+        <value cell_index="21899" local_entity="0" value="0" />
+        <value cell_index="21900" local_entity="0" value="0" />
+        <value cell_index="21901" local_entity="0" value="0" />
+        <value cell_index="21902" local_entity="0" value="0" />
+        <value cell_index="21903" local_entity="0" value="0" />
+        <value cell_index="21904" local_entity="0" value="0" />
+        <value cell_index="21905" local_entity="0" value="0" />
+        <value cell_index="21906" local_entity="0" value="0" />
+        <value cell_index="21907" local_entity="0" value="0" />
+        <value cell_index="21908" local_entity="0" value="0" />
+        <value cell_index="21909" local_entity="0" value="0" />
+        <value cell_index="21910" local_entity="0" value="0" />
+        <value cell_index="21911" local_entity="0" value="0" />
+        <value cell_index="21912" local_entity="0" value="0" />
+        <value cell_index="21913" local_entity="0" value="0" />
+        <value cell_index="21914" local_entity="0" value="0" />
+        <value cell_index="21915" local_entity="0" value="0" />
+        <value cell_index="21916" local_entity="0" value="0" />
+        <value cell_index="21917" local_entity="0" value="0" />
+        <value cell_index="21918" local_entity="0" value="0" />
+        <value cell_index="21919" local_entity="0" value="0" />
+        <value cell_index="21920" local_entity="0" value="0" />
+        <value cell_index="21921" local_entity="0" value="0" />
+        <value cell_index="21922" local_entity="0" value="0" />
+        <value cell_index="21923" local_entity="0" value="0" />
+        <value cell_index="21924" local_entity="0" value="0" />
+        <value cell_index="21925" local_entity="0" value="0" />
+        <value cell_index="21926" local_entity="0" value="0" />
+        <value cell_index="21927" local_entity="0" value="0" />
+        <value cell_index="21928" local_entity="0" value="0" />
+        <value cell_index="21929" local_entity="0" value="0" />
+        <value cell_index="21930" local_entity="0" value="0" />
+        <value cell_index="21931" local_entity="0" value="0" />
+        <value cell_index="21932" local_entity="0" value="0" />
+        <value cell_index="21933" local_entity="0" value="0" />
+        <value cell_index="21934" local_entity="0" value="0" />
+        <value cell_index="21935" local_entity="0" value="0" />
+        <value cell_index="21936" local_entity="0" value="0" />
+        <value cell_index="21937" local_entity="0" value="0" />
+        <value cell_index="21938" local_entity="0" value="0" />
+        <value cell_index="21939" local_entity="0" value="0" />
+        <value cell_index="21940" local_entity="0" value="0" />
+        <value cell_index="21941" local_entity="0" value="0" />
+        <value cell_index="21942" local_entity="0" value="0" />
+        <value cell_index="21943" local_entity="0" value="0" />
+        <value cell_index="21944" local_entity="0" value="0" />
+        <value cell_index="21945" local_entity="0" value="0" />
+        <value cell_index="21946" local_entity="0" value="0" />
+        <value cell_index="21947" local_entity="0" value="0" />
+        <value cell_index="21948" local_entity="0" value="0" />
+        <value cell_index="21949" local_entity="0" value="0" />
+        <value cell_index="21950" local_entity="0" value="0" />
+        <value cell_index="21951" local_entity="0" value="0" />
+        <value cell_index="21952" local_entity="0" value="0" />
+        <value cell_index="21953" local_entity="0" value="0" />
+        <value cell_index="21954" local_entity="0" value="0" />
+        <value cell_index="21955" local_entity="0" value="0" />
+        <value cell_index="21956" local_entity="0" value="0" />
+        <value cell_index="21957" local_entity="0" value="0" />
+        <value cell_index="21958" local_entity="0" value="0" />
+        <value cell_index="21959" local_entity="0" value="0" />
+        <value cell_index="21960" local_entity="0" value="0" />
+        <value cell_index="21961" local_entity="0" value="0" />
+        <value cell_index="21962" local_entity="0" value="0" />
+        <value cell_index="21963" local_entity="0" value="0" />
+        <value cell_index="21964" local_entity="0" value="0" />
+        <value cell_index="21965" local_entity="0" value="0" />
+        <value cell_index="21966" local_entity="0" value="0" />
+        <value cell_index="21967" local_entity="0" value="0" />
+        <value cell_index="21968" local_entity="0" value="0" />
+        <value cell_index="21969" local_entity="0" value="0" />
+        <value cell_index="21970" local_entity="0" value="0" />
+        <value cell_index="21971" local_entity="0" value="0" />
+        <value cell_index="21972" local_entity="0" value="0" />
+        <value cell_index="21973" local_entity="0" value="0" />
+        <value cell_index="21974" local_entity="0" value="0" />
+        <value cell_index="21975" local_entity="0" value="0" />
+        <value cell_index="21976" local_entity="0" value="0" />
+        <value cell_index="21977" local_entity="0" value="0" />
+        <value cell_index="21978" local_entity="0" value="0" />
+        <value cell_index="21979" local_entity="0" value="0" />
+        <value cell_index="21980" local_entity="0" value="0" />
+        <value cell_index="21981" local_entity="0" value="0" />
+        <value cell_index="21982" local_entity="0" value="0" />
+        <value cell_index="21983" local_entity="0" value="0" />
+        <value cell_index="21984" local_entity="0" value="0" />
+        <value cell_index="21985" local_entity="0" value="0" />
+        <value cell_index="21986" local_entity="0" value="0" />
+        <value cell_index="21987" local_entity="0" value="0" />
+        <value cell_index="21988" local_entity="0" value="0" />
+        <value cell_index="21989" local_entity="0" value="0" />
+        <value cell_index="21990" local_entity="0" value="0" />
+        <value cell_index="21991" local_entity="0" value="0" />
+        <value cell_index="21992" local_entity="0" value="0" />
+        <value cell_index="21993" local_entity="0" value="0" />
+        <value cell_index="21994" local_entity="0" value="0" />
+        <value cell_index="21995" local_entity="0" value="0" />
+        <value cell_index="21996" local_entity="0" value="0" />
+        <value cell_index="21997" local_entity="0" value="0" />
+        <value cell_index="21998" local_entity="0" value="0" />
+        <value cell_index="21999" local_entity="0" value="0" />
+        <value cell_index="22000" local_entity="0" value="0" />
+        <value cell_index="22001" local_entity="0" value="0" />
+        <value cell_index="22002" local_entity="0" value="0" />
+        <value cell_index="22003" local_entity="0" value="0" />
+        <value cell_index="22004" local_entity="0" value="0" />
+        <value cell_index="22005" local_entity="0" value="0" />
+        <value cell_index="22006" local_entity="0" value="0" />
+        <value cell_index="22007" local_entity="0" value="0" />
+        <value cell_index="22008" local_entity="0" value="0" />
+        <value cell_index="22009" local_entity="0" value="0" />
+        <value cell_index="22010" local_entity="0" value="0" />
+        <value cell_index="22011" local_entity="0" value="0" />
+        <value cell_index="22012" local_entity="0" value="0" />
+        <value cell_index="22013" local_entity="0" value="0" />
+        <value cell_index="22014" local_entity="0" value="0" />
+        <value cell_index="22015" local_entity="0" value="0" />
+        <value cell_index="22016" local_entity="0" value="0" />
+        <value cell_index="22017" local_entity="0" value="0" />
+        <value cell_index="22018" local_entity="0" value="0" />
+        <value cell_index="22019" local_entity="0" value="0" />
+        <value cell_index="22020" local_entity="0" value="0" />
+        <value cell_index="22021" local_entity="0" value="0" />
+        <value cell_index="22022" local_entity="0" value="0" />
+        <value cell_index="22023" local_entity="0" value="0" />
+        <value cell_index="22024" local_entity="0" value="0" />
+        <value cell_index="22025" local_entity="0" value="0" />
+        <value cell_index="22026" local_entity="0" value="0" />
+        <value cell_index="22027" local_entity="0" value="0" />
+        <value cell_index="22028" local_entity="0" value="0" />
+        <value cell_index="22029" local_entity="0" value="0" />
+        <value cell_index="22030" local_entity="0" value="0" />
+        <value cell_index="22031" local_entity="0" value="0" />
+        <value cell_index="22032" local_entity="0" value="0" />
+        <value cell_index="22033" local_entity="0" value="0" />
+        <value cell_index="22034" local_entity="0" value="0" />
+        <value cell_index="22035" local_entity="0" value="0" />
+        <value cell_index="22036" local_entity="0" value="0" />
+        <value cell_index="22037" local_entity="0" value="0" />
+        <value cell_index="22038" local_entity="0" value="0" />
+        <value cell_index="22039" local_entity="0" value="0" />
+        <value cell_index="22040" local_entity="0" value="0" />
+        <value cell_index="22041" local_entity="0" value="0" />
+        <value cell_index="22042" local_entity="0" value="0" />
+        <value cell_index="22043" local_entity="0" value="0" />
+        <value cell_index="22044" local_entity="0" value="0" />
+        <value cell_index="22045" local_entity="0" value="0" />
+        <value cell_index="22046" local_entity="0" value="0" />
+        <value cell_index="22047" local_entity="0" value="0" />
+        <value cell_index="22048" local_entity="0" value="0" />
+        <value cell_index="22049" local_entity="0" value="0" />
+        <value cell_index="22050" local_entity="0" value="0" />
+        <value cell_index="22051" local_entity="0" value="0" />
+        <value cell_index="22052" local_entity="0" value="0" />
+        <value cell_index="22053" local_entity="0" value="0" />
+        <value cell_index="22054" local_entity="0" value="0" />
+        <value cell_index="22055" local_entity="0" value="0" />
+        <value cell_index="22056" local_entity="0" value="0" />
+        <value cell_index="22057" local_entity="0" value="0" />
+        <value cell_index="22058" local_entity="0" value="0" />
+        <value cell_index="22059" local_entity="0" value="0" />
+        <value cell_index="22060" local_entity="0" value="0" />
+        <value cell_index="22061" local_entity="0" value="0" />
+        <value cell_index="22062" local_entity="0" value="0" />
+        <value cell_index="22063" local_entity="0" value="0" />
+        <value cell_index="22064" local_entity="0" value="0" />
+        <value cell_index="22065" local_entity="0" value="0" />
+        <value cell_index="22066" local_entity="0" value="0" />
+        <value cell_index="22067" local_entity="0" value="0" />
+        <value cell_index="22068" local_entity="0" value="0" />
+        <value cell_index="22069" local_entity="0" value="0" />
+        <value cell_index="22070" local_entity="0" value="0" />
+        <value cell_index="22071" local_entity="0" value="0" />
+        <value cell_index="22072" local_entity="0" value="0" />
+        <value cell_index="22073" local_entity="0" value="0" />
+        <value cell_index="22074" local_entity="0" value="0" />
+        <value cell_index="22075" local_entity="0" value="0" />
+        <value cell_index="22076" local_entity="0" value="0" />
+        <value cell_index="22077" local_entity="0" value="0" />
+        <value cell_index="22078" local_entity="0" value="0" />
+        <value cell_index="22079" local_entity="0" value="0" />
+        <value cell_index="22080" local_entity="0" value="0" />
+        <value cell_index="22081" local_entity="0" value="0" />
+        <value cell_index="22082" local_entity="0" value="0" />
+        <value cell_index="22083" local_entity="0" value="0" />
+        <value cell_index="22084" local_entity="0" value="0" />
+        <value cell_index="22085" local_entity="0" value="0" />
+        <value cell_index="22086" local_entity="0" value="0" />
+        <value cell_index="22087" local_entity="0" value="0" />
+        <value cell_index="22088" local_entity="0" value="0" />
+        <value cell_index="22089" local_entity="0" value="0" />
+        <value cell_index="22090" local_entity="0" value="0" />
+        <value cell_index="22091" local_entity="0" value="0" />
+        <value cell_index="22092" local_entity="0" value="0" />
+        <value cell_index="22093" local_entity="0" value="0" />
+        <value cell_index="22094" local_entity="0" value="0" />
+        <value cell_index="22095" local_entity="0" value="0" />
+        <value cell_index="22096" local_entity="0" value="0" />
+        <value cell_index="22097" local_entity="0" value="0" />
+        <value cell_index="22098" local_entity="0" value="0" />
+        <value cell_index="22099" local_entity="0" value="0" />
+        <value cell_index="22100" local_entity="0" value="0" />
+        <value cell_index="22101" local_entity="0" value="0" />
+        <value cell_index="22102" local_entity="0" value="0" />
+        <value cell_index="22103" local_entity="0" value="0" />
+        <value cell_index="22104" local_entity="0" value="0" />
+        <value cell_index="22105" local_entity="0" value="0" />
+        <value cell_index="22106" local_entity="0" value="0" />
+        <value cell_index="22107" local_entity="0" value="0" />
+        <value cell_index="22108" local_entity="0" value="0" />
+        <value cell_index="22109" local_entity="0" value="0" />
+        <value cell_index="22110" local_entity="0" value="0" />
+        <value cell_index="22111" local_entity="0" value="0" />
+        <value cell_index="22112" local_entity="0" value="0" />
+        <value cell_index="22113" local_entity="0" value="0" />
+        <value cell_index="22114" local_entity="0" value="0" />
+        <value cell_index="22115" local_entity="0" value="0" />
+        <value cell_index="22116" local_entity="0" value="0" />
+        <value cell_index="22117" local_entity="0" value="0" />
+        <value cell_index="22118" local_entity="0" value="0" />
+        <value cell_index="22119" local_entity="0" value="0" />
+        <value cell_index="22120" local_entity="0" value="0" />
+        <value cell_index="22121" local_entity="0" value="0" />
+        <value cell_index="22122" local_entity="0" value="0" />
+        <value cell_index="22123" local_entity="0" value="0" />
+        <value cell_index="22124" local_entity="0" value="0" />
+        <value cell_index="22125" local_entity="0" value="0" />
+        <value cell_index="22126" local_entity="0" value="0" />
+        <value cell_index="22127" local_entity="0" value="0" />
+        <value cell_index="22128" local_entity="0" value="0" />
+        <value cell_index="22129" local_entity="0" value="0" />
+        <value cell_index="22130" local_entity="0" value="0" />
+        <value cell_index="22131" local_entity="0" value="0" />
+        <value cell_index="22132" local_entity="0" value="0" />
+        <value cell_index="22133" local_entity="0" value="0" />
+        <value cell_index="22134" local_entity="0" value="0" />
+        <value cell_index="22135" local_entity="0" value="0" />
+        <value cell_index="22136" local_entity="0" value="0" />
+        <value cell_index="22137" local_entity="0" value="0" />
+        <value cell_index="22138" local_entity="0" value="0" />
+        <value cell_index="22139" local_entity="0" value="0" />
+        <value cell_index="22140" local_entity="0" value="0" />
+        <value cell_index="22141" local_entity="0" value="0" />
+        <value cell_index="22142" local_entity="0" value="0" />
+        <value cell_index="22143" local_entity="0" value="0" />
+        <value cell_index="22144" local_entity="0" value="0" />
+        <value cell_index="22145" local_entity="0" value="0" />
+        <value cell_index="22146" local_entity="0" value="0" />
+        <value cell_index="22147" local_entity="0" value="0" />
+        <value cell_index="22148" local_entity="0" value="0" />
+        <value cell_index="22149" local_entity="0" value="0" />
+        <value cell_index="22150" local_entity="0" value="0" />
+        <value cell_index="22151" local_entity="0" value="0" />
+        <value cell_index="22152" local_entity="0" value="0" />
+        <value cell_index="22153" local_entity="0" value="0" />
+        <value cell_index="22154" local_entity="0" value="0" />
+        <value cell_index="22155" local_entity="0" value="0" />
+        <value cell_index="22156" local_entity="0" value="0" />
+        <value cell_index="22157" local_entity="0" value="0" />
+        <value cell_index="22158" local_entity="0" value="0" />
+        <value cell_index="22159" local_entity="0" value="0" />
+        <value cell_index="22160" local_entity="0" value="0" />
+        <value cell_index="22161" local_entity="0" value="0" />
+        <value cell_index="22162" local_entity="0" value="0" />
+        <value cell_index="22163" local_entity="0" value="0" />
+        <value cell_index="22164" local_entity="0" value="0" />
+        <value cell_index="22165" local_entity="0" value="0" />
+        <value cell_index="22166" local_entity="0" value="0" />
+        <value cell_index="22167" local_entity="0" value="0" />
+        <value cell_index="22168" local_entity="0" value="0" />
+        <value cell_index="22169" local_entity="0" value="0" />
+        <value cell_index="22170" local_entity="0" value="0" />
+        <value cell_index="22171" local_entity="0" value="0" />
+        <value cell_index="22172" local_entity="0" value="0" />
+        <value cell_index="22173" local_entity="0" value="0" />
+        <value cell_index="22174" local_entity="0" value="0" />
+        <value cell_index="22175" local_entity="0" value="0" />
+        <value cell_index="22176" local_entity="0" value="0" />
+        <value cell_index="22177" local_entity="0" value="0" />
+        <value cell_index="22178" local_entity="0" value="0" />
+        <value cell_index="22179" local_entity="0" value="0" />
+        <value cell_index="22180" local_entity="0" value="0" />
+        <value cell_index="22181" local_entity="0" value="0" />
+        <value cell_index="22182" local_entity="0" value="0" />
+        <value cell_index="22183" local_entity="0" value="0" />
+        <value cell_index="22184" local_entity="0" value="0" />
+        <value cell_index="22185" local_entity="0" value="0" />
+        <value cell_index="22186" local_entity="0" value="0" />
+        <value cell_index="22187" local_entity="0" value="0" />
+        <value cell_index="22188" local_entity="0" value="0" />
+        <value cell_index="22189" local_entity="0" value="0" />
+        <value cell_index="22190" local_entity="0" value="0" />
+        <value cell_index="22191" local_entity="0" value="0" />
+        <value cell_index="22192" local_entity="0" value="0" />
+        <value cell_index="22193" local_entity="0" value="0" />
+        <value cell_index="22194" local_entity="0" value="0" />
+        <value cell_index="22195" local_entity="0" value="0" />
+        <value cell_index="22196" local_entity="0" value="0" />
+        <value cell_index="22197" local_entity="0" value="0" />
+        <value cell_index="22198" local_entity="0" value="0" />
+        <value cell_index="22199" local_entity="0" value="0" />
+        <value cell_index="22200" local_entity="0" value="0" />
+        <value cell_index="22201" local_entity="0" value="0" />
+        <value cell_index="22202" local_entity="0" value="0" />
+        <value cell_index="22203" local_entity="0" value="0" />
+        <value cell_index="22204" local_entity="0" value="0" />
+        <value cell_index="22205" local_entity="0" value="0" />
+        <value cell_index="22206" local_entity="0" value="0" />
+        <value cell_index="22207" local_entity="0" value="0" />
+        <value cell_index="22208" local_entity="0" value="0" />
+        <value cell_index="22209" local_entity="0" value="0" />
+        <value cell_index="22210" local_entity="0" value="0" />
+        <value cell_index="22211" local_entity="0" value="0" />
+        <value cell_index="22212" local_entity="0" value="0" />
+        <value cell_index="22213" local_entity="0" value="0" />
+        <value cell_index="22214" local_entity="0" value="0" />
+        <value cell_index="22215" local_entity="0" value="0" />
+        <value cell_index="22216" local_entity="0" value="0" />
+        <value cell_index="22217" local_entity="0" value="0" />
+        <value cell_index="22218" local_entity="0" value="0" />
+        <value cell_index="22219" local_entity="0" value="0" />
+        <value cell_index="22220" local_entity="0" value="0" />
+        <value cell_index="22221" local_entity="0" value="0" />
+        <value cell_index="22222" local_entity="0" value="0" />
+        <value cell_index="22223" local_entity="0" value="0" />
+        <value cell_index="22224" local_entity="0" value="0" />
+        <value cell_index="22225" local_entity="0" value="0" />
+        <value cell_index="22226" local_entity="0" value="0" />
+        <value cell_index="22227" local_entity="0" value="0" />
+        <value cell_index="22228" local_entity="0" value="0" />
+        <value cell_index="22229" local_entity="0" value="0" />
+        <value cell_index="22230" local_entity="0" value="0" />
+        <value cell_index="22231" local_entity="0" value="0" />
+        <value cell_index="22232" local_entity="0" value="0" />
+        <value cell_index="22233" local_entity="0" value="0" />
+        <value cell_index="22234" local_entity="0" value="0" />
+        <value cell_index="22235" local_entity="0" value="0" />
+        <value cell_index="22236" local_entity="0" value="0" />
+        <value cell_index="22237" local_entity="0" value="0" />
+        <value cell_index="22238" local_entity="0" value="0" />
+        <value cell_index="22239" local_entity="0" value="0" />
+        <value cell_index="22240" local_entity="0" value="0" />
+        <value cell_index="22241" local_entity="0" value="0" />
+        <value cell_index="22242" local_entity="0" value="0" />
+        <value cell_index="22243" local_entity="0" value="0" />
+        <value cell_index="22244" local_entity="0" value="0" />
+        <value cell_index="22245" local_entity="0" value="0" />
+        <value cell_index="22246" local_entity="0" value="0" />
+        <value cell_index="22247" local_entity="0" value="0" />
+        <value cell_index="22248" local_entity="0" value="0" />
+        <value cell_index="22249" local_entity="0" value="0" />
+        <value cell_index="22250" local_entity="0" value="0" />
+        <value cell_index="22251" local_entity="0" value="0" />
+        <value cell_index="22252" local_entity="0" value="0" />
+        <value cell_index="22253" local_entity="0" value="0" />
+        <value cell_index="22254" local_entity="0" value="0" />
+        <value cell_index="22255" local_entity="0" value="0" />
+        <value cell_index="22256" local_entity="0" value="0" />
+        <value cell_index="22257" local_entity="0" value="0" />
+        <value cell_index="22258" local_entity="0" value="0" />
+        <value cell_index="22259" local_entity="0" value="0" />
+        <value cell_index="22260" local_entity="0" value="0" />
+        <value cell_index="22261" local_entity="0" value="0" />
+        <value cell_index="22262" local_entity="0" value="0" />
+        <value cell_index="22263" local_entity="0" value="0" />
+        <value cell_index="22264" local_entity="0" value="0" />
+        <value cell_index="22265" local_entity="0" value="0" />
+        <value cell_index="22266" local_entity="0" value="0" />
+        <value cell_index="22267" local_entity="0" value="0" />
+        <value cell_index="22268" local_entity="0" value="0" />
+        <value cell_index="22269" local_entity="0" value="0" />
+        <value cell_index="22270" local_entity="0" value="0" />
+        <value cell_index="22271" local_entity="0" value="0" />
+        <value cell_index="22272" local_entity="0" value="0" />
+        <value cell_index="22273" local_entity="0" value="0" />
+        <value cell_index="22274" local_entity="0" value="0" />
+        <value cell_index="22275" local_entity="0" value="0" />
+        <value cell_index="22276" local_entity="0" value="0" />
+        <value cell_index="22277" local_entity="0" value="0" />
+        <value cell_index="22278" local_entity="0" value="0" />
+        <value cell_index="22279" local_entity="0" value="0" />
+        <value cell_index="22280" local_entity="0" value="0" />
+        <value cell_index="22281" local_entity="0" value="0" />
+        <value cell_index="22282" local_entity="0" value="0" />
+        <value cell_index="22283" local_entity="0" value="0" />
+        <value cell_index="22284" local_entity="0" value="0" />
+        <value cell_index="22285" local_entity="0" value="0" />
+        <value cell_index="22286" local_entity="0" value="0" />
+        <value cell_index="22287" local_entity="0" value="0" />
+        <value cell_index="22288" local_entity="0" value="0" />
+        <value cell_index="22289" local_entity="0" value="0" />
+        <value cell_index="22290" local_entity="0" value="0" />
+        <value cell_index="22291" local_entity="0" value="0" />
+        <value cell_index="22292" local_entity="0" value="0" />
+        <value cell_index="22293" local_entity="0" value="0" />
+        <value cell_index="22294" local_entity="0" value="0" />
+        <value cell_index="22295" local_entity="0" value="0" />
+        <value cell_index="22296" local_entity="0" value="0" />
+        <value cell_index="22297" local_entity="0" value="0" />
+        <value cell_index="22298" local_entity="0" value="0" />
+        <value cell_index="22299" local_entity="0" value="0" />
+        <value cell_index="22300" local_entity="0" value="0" />
+        <value cell_index="22301" local_entity="0" value="0" />
+        <value cell_index="22302" local_entity="0" value="0" />
+        <value cell_index="22303" local_entity="0" value="0" />
+        <value cell_index="22304" local_entity="0" value="0" />
+        <value cell_index="22305" local_entity="0" value="0" />
+        <value cell_index="22306" local_entity="0" value="0" />
+        <value cell_index="22307" local_entity="0" value="0" />
+        <value cell_index="22308" local_entity="0" value="0" />
+        <value cell_index="22309" local_entity="0" value="0" />
+        <value cell_index="22310" local_entity="0" value="0" />
+        <value cell_index="22311" local_entity="0" value="0" />
+        <value cell_index="22312" local_entity="0" value="0" />
+        <value cell_index="22313" local_entity="0" value="0" />
+        <value cell_index="22314" local_entity="0" value="0" />
+        <value cell_index="22315" local_entity="0" value="0" />
+        <value cell_index="22316" local_entity="0" value="0" />
+        <value cell_index="22317" local_entity="0" value="0" />
+        <value cell_index="22318" local_entity="0" value="0" />
+        <value cell_index="22319" local_entity="0" value="0" />
+        <value cell_index="22320" local_entity="0" value="0" />
+        <value cell_index="22321" local_entity="0" value="0" />
+        <value cell_index="22322" local_entity="0" value="0" />
+        <value cell_index="22323" local_entity="0" value="0" />
+        <value cell_index="22324" local_entity="0" value="0" />
+        <value cell_index="22325" local_entity="0" value="0" />
+        <value cell_index="22326" local_entity="0" value="0" />
+        <value cell_index="22327" local_entity="0" value="0" />
+        <value cell_index="22328" local_entity="0" value="0" />
+        <value cell_index="22329" local_entity="0" value="0" />
+        <value cell_index="22330" local_entity="0" value="0" />
+        <value cell_index="22331" local_entity="0" value="0" />
+        <value cell_index="22332" local_entity="0" value="0" />
+        <value cell_index="22333" local_entity="0" value="0" />
+        <value cell_index="22334" local_entity="0" value="0" />
+        <value cell_index="22335" local_entity="0" value="0" />
+        <value cell_index="22336" local_entity="0" value="0" />
+        <value cell_index="22337" local_entity="0" value="0" />
+        <value cell_index="22338" local_entity="0" value="0" />
+        <value cell_index="22339" local_entity="0" value="0" />
+        <value cell_index="22340" local_entity="0" value="0" />
+        <value cell_index="22341" local_entity="0" value="0" />
+        <value cell_index="22342" local_entity="0" value="0" />
+        <value cell_index="22343" local_entity="0" value="0" />
+        <value cell_index="22344" local_entity="0" value="0" />
+        <value cell_index="22345" local_entity="0" value="0" />
+        <value cell_index="22346" local_entity="0" value="0" />
+        <value cell_index="22347" local_entity="0" value="0" />
+        <value cell_index="22348" local_entity="0" value="0" />
+        <value cell_index="22349" local_entity="0" value="0" />
+        <value cell_index="22350" local_entity="0" value="0" />
+        <value cell_index="22351" local_entity="0" value="0" />
+        <value cell_index="22352" local_entity="0" value="0" />
+        <value cell_index="22353" local_entity="0" value="0" />
+        <value cell_index="22354" local_entity="0" value="0" />
+        <value cell_index="22355" local_entity="0" value="0" />
+        <value cell_index="22356" local_entity="0" value="0" />
+        <value cell_index="22357" local_entity="0" value="0" />
+        <value cell_index="22358" local_entity="0" value="0" />
+        <value cell_index="22359" local_entity="0" value="0" />
+        <value cell_index="22360" local_entity="0" value="0" />
+        <value cell_index="22361" local_entity="0" value="0" />
+        <value cell_index="22362" local_entity="0" value="0" />
+        <value cell_index="22363" local_entity="0" value="0" />
+        <value cell_index="22364" local_entity="0" value="0" />
+        <value cell_index="22365" local_entity="0" value="0" />
+        <value cell_index="22366" local_entity="0" value="0" />
+        <value cell_index="22367" local_entity="0" value="0" />
+        <value cell_index="22368" local_entity="0" value="0" />
+        <value cell_index="22369" local_entity="0" value="0" />
+        <value cell_index="22370" local_entity="0" value="0" />
+        <value cell_index="22371" local_entity="0" value="0" />
+        <value cell_index="22372" local_entity="0" value="0" />
+        <value cell_index="22373" local_entity="0" value="0" />
+        <value cell_index="22374" local_entity="0" value="0" />
+        <value cell_index="22375" local_entity="0" value="0" />
+        <value cell_index="22376" local_entity="0" value="0" />
+        <value cell_index="22377" local_entity="0" value="0" />
+        <value cell_index="22378" local_entity="0" value="0" />
+        <value cell_index="22379" local_entity="0" value="0" />
+        <value cell_index="22380" local_entity="0" value="0" />
+        <value cell_index="22381" local_entity="0" value="0" />
+        <value cell_index="22382" local_entity="0" value="0" />
+        <value cell_index="22383" local_entity="0" value="0" />
+        <value cell_index="22384" local_entity="0" value="0" />
+        <value cell_index="22385" local_entity="0" value="0" />
+        <value cell_index="22386" local_entity="0" value="0" />
+        <value cell_index="22387" local_entity="0" value="0" />
+        <value cell_index="22388" local_entity="0" value="0" />
+        <value cell_index="22389" local_entity="0" value="0" />
+        <value cell_index="22390" local_entity="0" value="0" />
+        <value cell_index="22391" local_entity="0" value="0" />
+        <value cell_index="22392" local_entity="0" value="0" />
+        <value cell_index="22393" local_entity="0" value="0" />
+        <value cell_index="22394" local_entity="0" value="0" />
+        <value cell_index="22395" local_entity="0" value="0" />
+        <value cell_index="22396" local_entity="0" value="0" />
+        <value cell_index="22397" local_entity="0" value="0" />
+        <value cell_index="22398" local_entity="0" value="0" />
+        <value cell_index="22399" local_entity="0" value="0" />
+        <value cell_index="22400" local_entity="0" value="0" />
+        <value cell_index="22401" local_entity="0" value="0" />
+        <value cell_index="22402" local_entity="0" value="0" />
+        <value cell_index="22403" local_entity="0" value="0" />
+        <value cell_index="22404" local_entity="0" value="0" />
+        <value cell_index="22405" local_entity="0" value="0" />
+        <value cell_index="22406" local_entity="0" value="0" />
+        <value cell_index="22407" local_entity="0" value="0" />
+        <value cell_index="22408" local_entity="0" value="0" />
+        <value cell_index="22409" local_entity="0" value="0" />
+        <value cell_index="22410" local_entity="0" value="0" />
+        <value cell_index="22411" local_entity="0" value="0" />
+        <value cell_index="22412" local_entity="0" value="0" />
+        <value cell_index="22413" local_entity="0" value="0" />
+        <value cell_index="22414" local_entity="0" value="0" />
+        <value cell_index="22415" local_entity="0" value="0" />
+        <value cell_index="22416" local_entity="0" value="0" />
+        <value cell_index="22417" local_entity="0" value="0" />
+        <value cell_index="22418" local_entity="0" value="0" />
+        <value cell_index="22419" local_entity="0" value="0" />
+        <value cell_index="22420" local_entity="0" value="0" />
+        <value cell_index="22421" local_entity="0" value="0" />
+        <value cell_index="22422" local_entity="0" value="0" />
+        <value cell_index="22423" local_entity="0" value="0" />
+        <value cell_index="22424" local_entity="0" value="0" />
+        <value cell_index="22425" local_entity="0" value="0" />
+        <value cell_index="22426" local_entity="0" value="0" />
+        <value cell_index="22427" local_entity="0" value="0" />
+        <value cell_index="22428" local_entity="0" value="0" />
+        <value cell_index="22429" local_entity="0" value="0" />
+        <value cell_index="22430" local_entity="0" value="0" />
+        <value cell_index="22431" local_entity="0" value="0" />
+        <value cell_index="22432" local_entity="0" value="0" />
+        <value cell_index="22433" local_entity="0" value="0" />
+        <value cell_index="22434" local_entity="0" value="0" />
+        <value cell_index="22435" local_entity="0" value="0" />
+        <value cell_index="22436" local_entity="0" value="0" />
+        <value cell_index="22437" local_entity="0" value="0" />
+        <value cell_index="22438" local_entity="0" value="0" />
+        <value cell_index="22439" local_entity="0" value="0" />
+        <value cell_index="22440" local_entity="0" value="0" />
+        <value cell_index="22441" local_entity="0" value="0" />
+        <value cell_index="22442" local_entity="0" value="0" />
+        <value cell_index="22443" local_entity="0" value="0" />
+        <value cell_index="22444" local_entity="0" value="0" />
+        <value cell_index="22445" local_entity="0" value="0" />
+        <value cell_index="22446" local_entity="0" value="0" />
+        <value cell_index="22447" local_entity="0" value="0" />
+        <value cell_index="22448" local_entity="0" value="0" />
+        <value cell_index="22449" local_entity="0" value="0" />
+        <value cell_index="22450" local_entity="0" value="0" />
+        <value cell_index="22451" local_entity="0" value="0" />
+        <value cell_index="22452" local_entity="0" value="0" />
+        <value cell_index="22453" local_entity="0" value="0" />
+        <value cell_index="22454" local_entity="0" value="0" />
+        <value cell_index="22455" local_entity="0" value="0" />
+        <value cell_index="22456" local_entity="0" value="0" />
+        <value cell_index="22457" local_entity="0" value="0" />
+        <value cell_index="22458" local_entity="0" value="0" />
+        <value cell_index="22459" local_entity="0" value="0" />
+        <value cell_index="22460" local_entity="0" value="0" />
+        <value cell_index="22461" local_entity="0" value="0" />
+        <value cell_index="22462" local_entity="0" value="0" />
+        <value cell_index="22463" local_entity="0" value="0" />
+        <value cell_index="22464" local_entity="0" value="0" />
+        <value cell_index="22465" local_entity="0" value="0" />
+        <value cell_index="22466" local_entity="0" value="0" />
+        <value cell_index="22467" local_entity="0" value="0" />
+        <value cell_index="22468" local_entity="0" value="0" />
+        <value cell_index="22469" local_entity="0" value="0" />
+        <value cell_index="22470" local_entity="0" value="0" />
+        <value cell_index="22471" local_entity="0" value="0" />
+        <value cell_index="22472" local_entity="0" value="0" />
+        <value cell_index="22473" local_entity="0" value="0" />
+        <value cell_index="22474" local_entity="0" value="0" />
+        <value cell_index="22475" local_entity="0" value="0" />
+        <value cell_index="22476" local_entity="0" value="0" />
+        <value cell_index="22477" local_entity="0" value="0" />
+        <value cell_index="22478" local_entity="0" value="0" />
+        <value cell_index="22479" local_entity="0" value="0" />
+        <value cell_index="22480" local_entity="0" value="0" />
+        <value cell_index="22481" local_entity="0" value="0" />
+        <value cell_index="22482" local_entity="0" value="0" />
+        <value cell_index="22483" local_entity="0" value="0" />
+        <value cell_index="22484" local_entity="0" value="0" />
+        <value cell_index="22485" local_entity="0" value="0" />
+        <value cell_index="22486" local_entity="0" value="0" />
+        <value cell_index="22487" local_entity="0" value="0" />
+        <value cell_index="22488" local_entity="0" value="0" />
+        <value cell_index="22489" local_entity="0" value="0" />
+        <value cell_index="22490" local_entity="0" value="0" />
+        <value cell_index="22491" local_entity="0" value="0" />
+        <value cell_index="22492" local_entity="0" value="0" />
+        <value cell_index="22493" local_entity="0" value="0" />
+        <value cell_index="22494" local_entity="0" value="0" />
+        <value cell_index="22495" local_entity="0" value="0" />
+        <value cell_index="22496" local_entity="0" value="0" />
+        <value cell_index="22497" local_entity="0" value="0" />
+        <value cell_index="22498" local_entity="0" value="0" />
+        <value cell_index="22499" local_entity="0" value="0" />
+        <value cell_index="22500" local_entity="0" value="0" />
+        <value cell_index="22501" local_entity="0" value="0" />
+        <value cell_index="22502" local_entity="0" value="0" />
+        <value cell_index="22503" local_entity="0" value="0" />
+        <value cell_index="22504" local_entity="0" value="0" />
+        <value cell_index="22505" local_entity="0" value="0" />
+        <value cell_index="22506" local_entity="0" value="0" />
+        <value cell_index="22507" local_entity="0" value="0" />
+        <value cell_index="22508" local_entity="0" value="0" />
+        <value cell_index="22509" local_entity="0" value="0" />
+        <value cell_index="22510" local_entity="0" value="0" />
+        <value cell_index="22511" local_entity="0" value="0" />
+        <value cell_index="22512" local_entity="0" value="0" />
+        <value cell_index="22513" local_entity="0" value="0" />
+        <value cell_index="22514" local_entity="0" value="0" />
+        <value cell_index="22515" local_entity="0" value="0" />
+        <value cell_index="22516" local_entity="0" value="0" />
+        <value cell_index="22517" local_entity="0" value="0" />
+        <value cell_index="22518" local_entity="0" value="0" />
+        <value cell_index="22519" local_entity="0" value="0" />
+        <value cell_index="22520" local_entity="0" value="0" />
+        <value cell_index="22521" local_entity="0" value="0" />
+        <value cell_index="22522" local_entity="0" value="0" />
+        <value cell_index="22523" local_entity="0" value="0" />
+        <value cell_index="22524" local_entity="0" value="0" />
+        <value cell_index="22525" local_entity="0" value="0" />
+        <value cell_index="22526" local_entity="0" value="0" />
+        <value cell_index="22527" local_entity="0" value="0" />
+        <value cell_index="22528" local_entity="0" value="0" />
+        <value cell_index="22529" local_entity="0" value="0" />
+        <value cell_index="22530" local_entity="0" value="0" />
+        <value cell_index="22531" local_entity="0" value="0" />
+        <value cell_index="22532" local_entity="0" value="0" />
+        <value cell_index="22533" local_entity="0" value="0" />
+        <value cell_index="22534" local_entity="0" value="0" />
+        <value cell_index="22535" local_entity="0" value="0" />
+        <value cell_index="22536" local_entity="0" value="0" />
+        <value cell_index="22537" local_entity="0" value="0" />
+        <value cell_index="22538" local_entity="0" value="0" />
+        <value cell_index="22539" local_entity="0" value="0" />
+        <value cell_index="22540" local_entity="0" value="0" />
+        <value cell_index="22541" local_entity="0" value="0" />
+        <value cell_index="22542" local_entity="0" value="0" />
+        <value cell_index="22543" local_entity="0" value="0" />
+        <value cell_index="22544" local_entity="0" value="0" />
+        <value cell_index="22545" local_entity="0" value="0" />
+        <value cell_index="22546" local_entity="0" value="0" />
+        <value cell_index="22547" local_entity="0" value="0" />
+        <value cell_index="22548" local_entity="0" value="0" />
+        <value cell_index="22549" local_entity="0" value="0" />
+        <value cell_index="22550" local_entity="0" value="0" />
+        <value cell_index="22551" local_entity="0" value="0" />
+        <value cell_index="22552" local_entity="0" value="0" />
+        <value cell_index="22553" local_entity="0" value="0" />
+        <value cell_index="22554" local_entity="0" value="0" />
+        <value cell_index="22555" local_entity="0" value="0" />
+        <value cell_index="22556" local_entity="0" value="0" />
+        <value cell_index="22557" local_entity="0" value="0" />
+        <value cell_index="22558" local_entity="0" value="0" />
+        <value cell_index="22559" local_entity="0" value="0" />
+        <value cell_index="22560" local_entity="0" value="0" />
+        <value cell_index="22561" local_entity="0" value="0" />
+        <value cell_index="22562" local_entity="0" value="0" />
+        <value cell_index="22563" local_entity="0" value="0" />
+        <value cell_index="22564" local_entity="0" value="0" />
+        <value cell_index="22565" local_entity="0" value="0" />
+        <value cell_index="22566" local_entity="0" value="0" />
+        <value cell_index="22567" local_entity="0" value="0" />
+        <value cell_index="22568" local_entity="0" value="0" />
+        <value cell_index="22569" local_entity="0" value="0" />
+        <value cell_index="22570" local_entity="0" value="0" />
+        <value cell_index="22571" local_entity="0" value="0" />
+        <value cell_index="22572" local_entity="0" value="0" />
+        <value cell_index="22573" local_entity="0" value="0" />
+        <value cell_index="22574" local_entity="0" value="0" />
+        <value cell_index="22575" local_entity="0" value="0" />
+        <value cell_index="22576" local_entity="0" value="0" />
+        <value cell_index="22577" local_entity="0" value="0" />
+        <value cell_index="22578" local_entity="0" value="0" />
+        <value cell_index="22579" local_entity="0" value="0" />
+        <value cell_index="22580" local_entity="0" value="0" />
+        <value cell_index="22581" local_entity="0" value="0" />
+        <value cell_index="22582" local_entity="0" value="0" />
+        <value cell_index="22583" local_entity="0" value="0" />
+        <value cell_index="22584" local_entity="0" value="0" />
+        <value cell_index="22585" local_entity="0" value="0" />
+        <value cell_index="22586" local_entity="0" value="0" />
+        <value cell_index="22587" local_entity="0" value="0" />
+        <value cell_index="22588" local_entity="0" value="0" />
+        <value cell_index="22589" local_entity="0" value="0" />
+        <value cell_index="22590" local_entity="0" value="0" />
+        <value cell_index="22591" local_entity="0" value="0" />
+        <value cell_index="22592" local_entity="0" value="0" />
+        <value cell_index="22593" local_entity="0" value="0" />
+        <value cell_index="22594" local_entity="0" value="0" />
+        <value cell_index="22595" local_entity="0" value="0" />
+        <value cell_index="22596" local_entity="0" value="0" />
+        <value cell_index="22597" local_entity="0" value="0" />
+        <value cell_index="22598" local_entity="0" value="0" />
+        <value cell_index="22599" local_entity="0" value="0" />
+        <value cell_index="22600" local_entity="0" value="0" />
+        <value cell_index="22601" local_entity="0" value="0" />
+        <value cell_index="22602" local_entity="0" value="0" />
+        <value cell_index="22603" local_entity="0" value="0" />
+        <value cell_index="22604" local_entity="0" value="0" />
+        <value cell_index="22605" local_entity="0" value="0" />
+        <value cell_index="22606" local_entity="0" value="0" />
+        <value cell_index="22607" local_entity="0" value="0" />
+        <value cell_index="22608" local_entity="0" value="0" />
+        <value cell_index="22609" local_entity="0" value="0" />
+        <value cell_index="22610" local_entity="0" value="0" />
+        <value cell_index="22611" local_entity="0" value="0" />
+        <value cell_index="22612" local_entity="0" value="0" />
+        <value cell_index="22613" local_entity="0" value="0" />
+        <value cell_index="22614" local_entity="0" value="0" />
+        <value cell_index="22615" local_entity="0" value="0" />
+        <value cell_index="22616" local_entity="0" value="0" />
+        <value cell_index="22617" local_entity="0" value="0" />
+        <value cell_index="22618" local_entity="0" value="0" />
+        <value cell_index="22619" local_entity="0" value="0" />
+        <value cell_index="22620" local_entity="0" value="0" />
+        <value cell_index="22621" local_entity="0" value="0" />
+        <value cell_index="22622" local_entity="0" value="0" />
+        <value cell_index="22623" local_entity="0" value="0" />
+        <value cell_index="22624" local_entity="0" value="0" />
+        <value cell_index="22625" local_entity="0" value="0" />
+        <value cell_index="22626" local_entity="0" value="0" />
+        <value cell_index="22627" local_entity="0" value="0" />
+        <value cell_index="22628" local_entity="0" value="0" />
+        <value cell_index="22629" local_entity="0" value="0" />
+        <value cell_index="22630" local_entity="0" value="0" />
+        <value cell_index="22631" local_entity="0" value="0" />
+        <value cell_index="22632" local_entity="0" value="0" />
+        <value cell_index="22633" local_entity="0" value="0" />
+        <value cell_index="22634" local_entity="0" value="0" />
+        <value cell_index="22635" local_entity="0" value="0" />
+        <value cell_index="22636" local_entity="0" value="0" />
+        <value cell_index="22637" local_entity="0" value="0" />
+        <value cell_index="22638" local_entity="0" value="0" />
+        <value cell_index="22639" local_entity="0" value="0" />
+        <value cell_index="22640" local_entity="0" value="0" />
+        <value cell_index="22641" local_entity="0" value="0" />
+        <value cell_index="22642" local_entity="0" value="0" />
+        <value cell_index="22643" local_entity="0" value="0" />
+        <value cell_index="22644" local_entity="0" value="0" />
+        <value cell_index="22645" local_entity="0" value="0" />
+        <value cell_index="22646" local_entity="0" value="0" />
+        <value cell_index="22647" local_entity="0" value="0" />
+        <value cell_index="22648" local_entity="0" value="0" />
+        <value cell_index="22649" local_entity="0" value="0" />
+        <value cell_index="22650" local_entity="0" value="0" />
+        <value cell_index="22651" local_entity="0" value="0" />
+        <value cell_index="22652" local_entity="0" value="0" />
+        <value cell_index="22653" local_entity="0" value="0" />
+        <value cell_index="22654" local_entity="0" value="0" />
+        <value cell_index="22655" local_entity="0" value="0" />
+        <value cell_index="22656" local_entity="0" value="0" />
+        <value cell_index="22657" local_entity="0" value="0" />
+        <value cell_index="22658" local_entity="0" value="0" />
+        <value cell_index="22659" local_entity="0" value="0" />
+        <value cell_index="22660" local_entity="0" value="0" />
+        <value cell_index="22661" local_entity="0" value="0" />
+        <value cell_index="22662" local_entity="0" value="0" />
+        <value cell_index="22663" local_entity="0" value="0" />
+        <value cell_index="22664" local_entity="0" value="0" />
+        <value cell_index="22665" local_entity="0" value="0" />
+        <value cell_index="22666" local_entity="0" value="0" />
+        <value cell_index="22667" local_entity="0" value="0" />
+        <value cell_index="22668" local_entity="0" value="0" />
+        <value cell_index="22669" local_entity="0" value="0" />
+        <value cell_index="22670" local_entity="0" value="0" />
+        <value cell_index="22671" local_entity="0" value="0" />
+        <value cell_index="22672" local_entity="0" value="0" />
+        <value cell_index="22673" local_entity="0" value="0" />
+        <value cell_index="22674" local_entity="0" value="0" />
+        <value cell_index="22675" local_entity="0" value="0" />
+        <value cell_index="22676" local_entity="0" value="0" />
+        <value cell_index="22677" local_entity="0" value="0" />
+        <value cell_index="22678" local_entity="0" value="0" />
+        <value cell_index="22679" local_entity="0" value="0" />
+        <value cell_index="22680" local_entity="0" value="0" />
+        <value cell_index="22681" local_entity="0" value="0" />
+        <value cell_index="22682" local_entity="0" value="0" />
+        <value cell_index="22683" local_entity="0" value="0" />
+        <value cell_index="22684" local_entity="0" value="0" />
+        <value cell_index="22685" local_entity="0" value="0" />
+        <value cell_index="22686" local_entity="0" value="0" />
+        <value cell_index="22687" local_entity="0" value="0" />
+        <value cell_index="22688" local_entity="0" value="0" />
+        <value cell_index="22689" local_entity="0" value="0" />
+        <value cell_index="22690" local_entity="0" value="0" />
+        <value cell_index="22691" local_entity="0" value="0" />
+        <value cell_index="22692" local_entity="0" value="0" />
+        <value cell_index="22693" local_entity="0" value="0" />
+        <value cell_index="22694" local_entity="0" value="0" />
+        <value cell_index="22695" local_entity="0" value="0" />
+        <value cell_index="22696" local_entity="0" value="0" />
+        <value cell_index="22697" local_entity="0" value="0" />
+        <value cell_index="22698" local_entity="0" value="0" />
+        <value cell_index="22699" local_entity="0" value="0" />
+        <value cell_index="22700" local_entity="0" value="0" />
+        <value cell_index="22701" local_entity="0" value="0" />
+        <value cell_index="22702" local_entity="0" value="0" />
+        <value cell_index="22703" local_entity="0" value="0" />
+        <value cell_index="22704" local_entity="0" value="0" />
+        <value cell_index="22705" local_entity="0" value="0" />
+        <value cell_index="22706" local_entity="0" value="0" />
+        <value cell_index="22707" local_entity="0" value="0" />
+        <value cell_index="22708" local_entity="0" value="0" />
+        <value cell_index="22709" local_entity="0" value="0" />
+        <value cell_index="22710" local_entity="0" value="0" />
+        <value cell_index="22711" local_entity="0" value="0" />
+        <value cell_index="22712" local_entity="0" value="0" />
+        <value cell_index="22713" local_entity="0" value="0" />
+        <value cell_index="22714" local_entity="0" value="0" />
+        <value cell_index="22715" local_entity="0" value="0" />
+        <value cell_index="22716" local_entity="0" value="0" />
+        <value cell_index="22717" local_entity="0" value="0" />
+        <value cell_index="22718" local_entity="0" value="0" />
+        <value cell_index="22719" local_entity="0" value="0" />
+        <value cell_index="22720" local_entity="0" value="0" />
+        <value cell_index="22721" local_entity="0" value="0" />
+        <value cell_index="22722" local_entity="0" value="0" />
+        <value cell_index="22723" local_entity="0" value="0" />
+        <value cell_index="22724" local_entity="0" value="0" />
+        <value cell_index="22725" local_entity="0" value="0" />
+        <value cell_index="22726" local_entity="0" value="0" />
+        <value cell_index="22727" local_entity="0" value="0" />
+        <value cell_index="22728" local_entity="0" value="0" />
+        <value cell_index="22729" local_entity="0" value="0" />
+        <value cell_index="22730" local_entity="0" value="0" />
+        <value cell_index="22731" local_entity="0" value="0" />
+        <value cell_index="22732" local_entity="0" value="0" />
+        <value cell_index="22733" local_entity="0" value="0" />
+        <value cell_index="22734" local_entity="0" value="0" />
+        <value cell_index="22735" local_entity="0" value="0" />
+        <value cell_index="22736" local_entity="0" value="0" />
+        <value cell_index="22737" local_entity="0" value="0" />
+        <value cell_index="22738" local_entity="0" value="0" />
+        <value cell_index="22739" local_entity="0" value="0" />
+        <value cell_index="22740" local_entity="0" value="0" />
+        <value cell_index="22741" local_entity="0" value="0" />
+        <value cell_index="22742" local_entity="0" value="0" />
+        <value cell_index="22743" local_entity="0" value="0" />
+        <value cell_index="22744" local_entity="0" value="0" />
+        <value cell_index="22745" local_entity="0" value="0" />
+        <value cell_index="22746" local_entity="0" value="0" />
+        <value cell_index="22747" local_entity="0" value="0" />
+        <value cell_index="22748" local_entity="0" value="0" />
+        <value cell_index="22749" local_entity="0" value="0" />
+        <value cell_index="22750" local_entity="0" value="0" />
+        <value cell_index="22751" local_entity="0" value="0" />
+        <value cell_index="22752" local_entity="0" value="0" />
+        <value cell_index="22753" local_entity="0" value="0" />
+        <value cell_index="22754" local_entity="0" value="0" />
+        <value cell_index="22755" local_entity="0" value="0" />
+        <value cell_index="22756" local_entity="0" value="0" />
+        <value cell_index="22757" local_entity="0" value="0" />
+        <value cell_index="22758" local_entity="0" value="0" />
+        <value cell_index="22759" local_entity="0" value="0" />
+        <value cell_index="22760" local_entity="0" value="0" />
+        <value cell_index="22761" local_entity="0" value="0" />
+        <value cell_index="22762" local_entity="0" value="0" />
+        <value cell_index="22763" local_entity="0" value="0" />
+        <value cell_index="22764" local_entity="0" value="0" />
+        <value cell_index="22765" local_entity="0" value="0" />
+        <value cell_index="22766" local_entity="0" value="0" />
+        <value cell_index="22767" local_entity="0" value="0" />
+        <value cell_index="22768" local_entity="0" value="0" />
+        <value cell_index="22769" local_entity="0" value="0" />
+        <value cell_index="22770" local_entity="0" value="0" />
+        <value cell_index="22771" local_entity="0" value="0" />
+        <value cell_index="22772" local_entity="0" value="0" />
+        <value cell_index="22773" local_entity="0" value="0" />
+        <value cell_index="22774" local_entity="0" value="0" />
+        <value cell_index="22775" local_entity="0" value="0" />
+        <value cell_index="22776" local_entity="0" value="0" />
+        <value cell_index="22777" local_entity="0" value="0" />
+        <value cell_index="22778" local_entity="0" value="0" />
+        <value cell_index="22779" local_entity="0" value="0" />
+        <value cell_index="22780" local_entity="0" value="0" />
+        <value cell_index="22781" local_entity="0" value="0" />
+        <value cell_index="22782" local_entity="0" value="0" />
+        <value cell_index="22783" local_entity="0" value="0" />
+        <value cell_index="22784" local_entity="0" value="0" />
+        <value cell_index="22785" local_entity="0" value="0" />
+        <value cell_index="22786" local_entity="0" value="0" />
+        <value cell_index="22787" local_entity="0" value="0" />
+        <value cell_index="22788" local_entity="0" value="0" />
+        <value cell_index="22789" local_entity="0" value="0" />
+        <value cell_index="22790" local_entity="0" value="0" />
+        <value cell_index="22791" local_entity="0" value="0" />
+        <value cell_index="22792" local_entity="0" value="0" />
+        <value cell_index="22793" local_entity="0" value="0" />
+        <value cell_index="22794" local_entity="0" value="0" />
+        <value cell_index="22795" local_entity="0" value="0" />
+        <value cell_index="22796" local_entity="0" value="0" />
+        <value cell_index="22797" local_entity="0" value="0" />
+        <value cell_index="22798" local_entity="0" value="0" />
+        <value cell_index="22799" local_entity="0" value="0" />
+        <value cell_index="22800" local_entity="0" value="0" />
+        <value cell_index="22801" local_entity="0" value="0" />
+        <value cell_index="22802" local_entity="0" value="0" />
+        <value cell_index="22803" local_entity="0" value="0" />
+        <value cell_index="22804" local_entity="0" value="0" />
+        <value cell_index="22805" local_entity="0" value="0" />
+        <value cell_index="22806" local_entity="0" value="0" />
+        <value cell_index="22807" local_entity="0" value="0" />
+        <value cell_index="22808" local_entity="0" value="0" />
+        <value cell_index="22809" local_entity="0" value="0" />
+        <value cell_index="22810" local_entity="0" value="0" />
+        <value cell_index="22811" local_entity="0" value="0" />
+        <value cell_index="22812" local_entity="0" value="0" />
+        <value cell_index="22813" local_entity="0" value="0" />
+        <value cell_index="22814" local_entity="0" value="0" />
+        <value cell_index="22815" local_entity="0" value="0" />
+        <value cell_index="22816" local_entity="0" value="0" />
+        <value cell_index="22817" local_entity="0" value="0" />
+        <value cell_index="22818" local_entity="0" value="0" />
+        <value cell_index="22819" local_entity="0" value="0" />
+        <value cell_index="22820" local_entity="0" value="0" />
+        <value cell_index="22821" local_entity="0" value="0" />
+        <value cell_index="22822" local_entity="0" value="0" />
+        <value cell_index="22823" local_entity="0" value="0" />
+        <value cell_index="22824" local_entity="0" value="0" />
+        <value cell_index="22825" local_entity="0" value="0" />
+        <value cell_index="22826" local_entity="0" value="0" />
+        <value cell_index="22827" local_entity="0" value="0" />
+        <value cell_index="22828" local_entity="0" value="0" />
+        <value cell_index="22829" local_entity="0" value="0" />
+        <value cell_index="22830" local_entity="0" value="0" />
+        <value cell_index="22831" local_entity="0" value="0" />
+        <value cell_index="22832" local_entity="0" value="0" />
+        <value cell_index="22833" local_entity="0" value="0" />
+        <value cell_index="22834" local_entity="0" value="0" />
+        <value cell_index="22835" local_entity="0" value="0" />
+        <value cell_index="22836" local_entity="0" value="0" />
+        <value cell_index="22837" local_entity="0" value="0" />
+        <value cell_index="22838" local_entity="0" value="0" />
+        <value cell_index="22839" local_entity="0" value="0" />
+        <value cell_index="22840" local_entity="0" value="0" />
+        <value cell_index="22841" local_entity="0" value="0" />
+        <value cell_index="22842" local_entity="0" value="0" />
+        <value cell_index="22843" local_entity="0" value="0" />
+        <value cell_index="22844" local_entity="0" value="0" />
+        <value cell_index="22845" local_entity="0" value="0" />
+        <value cell_index="22846" local_entity="0" value="0" />
+        <value cell_index="22847" local_entity="0" value="0" />
+        <value cell_index="22848" local_entity="0" value="0" />
+        <value cell_index="22849" local_entity="0" value="0" />
+        <value cell_index="22850" local_entity="0" value="0" />
+        <value cell_index="22851" local_entity="0" value="0" />
+        <value cell_index="22852" local_entity="0" value="0" />
+        <value cell_index="22853" local_entity="0" value="0" />
+        <value cell_index="22854" local_entity="0" value="0" />
+        <value cell_index="22855" local_entity="0" value="0" />
+        <value cell_index="22856" local_entity="0" value="0" />
+        <value cell_index="22857" local_entity="0" value="0" />
+        <value cell_index="22858" local_entity="0" value="0" />
+        <value cell_index="22859" local_entity="0" value="0" />
+        <value cell_index="22860" local_entity="0" value="0" />
+        <value cell_index="22861" local_entity="0" value="0" />
+        <value cell_index="22862" local_entity="0" value="0" />
+        <value cell_index="22863" local_entity="0" value="0" />
+        <value cell_index="22864" local_entity="0" value="0" />
+        <value cell_index="22865" local_entity="0" value="0" />
+        <value cell_index="22866" local_entity="0" value="0" />
+        <value cell_index="22867" local_entity="0" value="0" />
+        <value cell_index="22868" local_entity="0" value="0" />
+        <value cell_index="22869" local_entity="0" value="0" />
+        <value cell_index="22870" local_entity="0" value="0" />
+        <value cell_index="22871" local_entity="0" value="0" />
+        <value cell_index="22872" local_entity="0" value="0" />
+        <value cell_index="22873" local_entity="0" value="0" />
+        <value cell_index="22874" local_entity="0" value="0" />
+        <value cell_index="22875" local_entity="0" value="0" />
+        <value cell_index="22876" local_entity="0" value="0" />
+        <value cell_index="22877" local_entity="0" value="0" />
+        <value cell_index="22878" local_entity="0" value="0" />
+        <value cell_index="22879" local_entity="0" value="0" />
+        <value cell_index="22880" local_entity="0" value="0" />
+        <value cell_index="22881" local_entity="0" value="0" />
+        <value cell_index="22882" local_entity="0" value="0" />
+        <value cell_index="22883" local_entity="0" value="0" />
+        <value cell_index="22884" local_entity="0" value="0" />
+        <value cell_index="22885" local_entity="0" value="0" />
+        <value cell_index="22886" local_entity="0" value="0" />
+        <value cell_index="22887" local_entity="0" value="0" />
+        <value cell_index="22888" local_entity="0" value="0" />
+        <value cell_index="22889" local_entity="0" value="0" />
+        <value cell_index="22890" local_entity="0" value="0" />
+        <value cell_index="22891" local_entity="0" value="0" />
+        <value cell_index="22892" local_entity="0" value="0" />
+        <value cell_index="22893" local_entity="0" value="0" />
+        <value cell_index="22894" local_entity="0" value="0" />
+        <value cell_index="22895" local_entity="0" value="0" />
+        <value cell_index="22896" local_entity="0" value="0" />
+        <value cell_index="22897" local_entity="0" value="0" />
+        <value cell_index="22898" local_entity="0" value="0" />
+        <value cell_index="22899" local_entity="0" value="0" />
+        <value cell_index="22900" local_entity="0" value="0" />
+        <value cell_index="22901" local_entity="0" value="0" />
+        <value cell_index="22902" local_entity="0" value="0" />
+        <value cell_index="22903" local_entity="0" value="0" />
+        <value cell_index="22904" local_entity="0" value="0" />
+        <value cell_index="22905" local_entity="0" value="0" />
+        <value cell_index="22906" local_entity="0" value="0" />
+        <value cell_index="22907" local_entity="0" value="0" />
+        <value cell_index="22908" local_entity="0" value="0" />
+        <value cell_index="22909" local_entity="0" value="0" />
+        <value cell_index="22910" local_entity="0" value="0" />
+        <value cell_index="22911" local_entity="0" value="0" />
+        <value cell_index="22912" local_entity="0" value="0" />
+        <value cell_index="22913" local_entity="0" value="0" />
+        <value cell_index="22914" local_entity="0" value="0" />
+        <value cell_index="22915" local_entity="0" value="0" />
+        <value cell_index="22916" local_entity="0" value="0" />
+        <value cell_index="22917" local_entity="0" value="0" />
+        <value cell_index="22918" local_entity="0" value="0" />
+        <value cell_index="22919" local_entity="0" value="0" />
+        <value cell_index="22920" local_entity="0" value="0" />
+        <value cell_index="22921" local_entity="0" value="0" />
+        <value cell_index="22922" local_entity="0" value="0" />
+        <value cell_index="22923" local_entity="0" value="0" />
+        <value cell_index="22924" local_entity="0" value="0" />
+        <value cell_index="22925" local_entity="0" value="0" />
+        <value cell_index="22926" local_entity="0" value="0" />
+        <value cell_index="22927" local_entity="0" value="0" />
+        <value cell_index="22928" local_entity="0" value="0" />
+        <value cell_index="22929" local_entity="0" value="0" />
+        <value cell_index="22930" local_entity="0" value="0" />
+        <value cell_index="22931" local_entity="0" value="0" />
+        <value cell_index="22932" local_entity="0" value="0" />
+        <value cell_index="22933" local_entity="0" value="0" />
+        <value cell_index="22934" local_entity="0" value="0" />
+        <value cell_index="22935" local_entity="0" value="0" />
+        <value cell_index="22936" local_entity="0" value="0" />
+        <value cell_index="22937" local_entity="0" value="0" />
+        <value cell_index="22938" local_entity="0" value="0" />
+        <value cell_index="22939" local_entity="0" value="0" />
+        <value cell_index="22940" local_entity="0" value="0" />
+        <value cell_index="22941" local_entity="0" value="0" />
+        <value cell_index="22942" local_entity="0" value="0" />
+        <value cell_index="22943" local_entity="0" value="0" />
+        <value cell_index="22944" local_entity="0" value="0" />
+        <value cell_index="22945" local_entity="0" value="0" />
+        <value cell_index="22946" local_entity="0" value="0" />
+        <value cell_index="22947" local_entity="0" value="0" />
+        <value cell_index="22948" local_entity="0" value="0" />
+        <value cell_index="22949" local_entity="0" value="0" />
+        <value cell_index="22950" local_entity="0" value="0" />
+        <value cell_index="22951" local_entity="0" value="0" />
+        <value cell_index="22952" local_entity="0" value="0" />
+        <value cell_index="22953" local_entity="0" value="0" />
+        <value cell_index="22954" local_entity="0" value="0" />
+        <value cell_index="22955" local_entity="0" value="0" />
+        <value cell_index="22956" local_entity="0" value="0" />
+        <value cell_index="22957" local_entity="0" value="0" />
+        <value cell_index="22958" local_entity="0" value="0" />
+        <value cell_index="22959" local_entity="0" value="0" />
+        <value cell_index="22960" local_entity="0" value="0" />
+        <value cell_index="22961" local_entity="0" value="0" />
+        <value cell_index="22962" local_entity="0" value="0" />
+        <value cell_index="22963" local_entity="0" value="0" />
+        <value cell_index="22964" local_entity="0" value="0" />
+        <value cell_index="22965" local_entity="0" value="0" />
+        <value cell_index="22966" local_entity="0" value="0" />
+        <value cell_index="22967" local_entity="0" value="0" />
+        <value cell_index="22968" local_entity="0" value="0" />
+        <value cell_index="22969" local_entity="0" value="0" />
+        <value cell_index="22970" local_entity="0" value="0" />
+        <value cell_index="22971" local_entity="0" value="0" />
+        <value cell_index="22972" local_entity="0" value="0" />
+        <value cell_index="22973" local_entity="0" value="0" />
+        <value cell_index="22974" local_entity="0" value="0" />
+        <value cell_index="22975" local_entity="0" value="0" />
+        <value cell_index="22976" local_entity="0" value="0" />
+        <value cell_index="22977" local_entity="0" value="0" />
+        <value cell_index="22978" local_entity="0" value="0" />
+        <value cell_index="22979" local_entity="0" value="0" />
+        <value cell_index="22980" local_entity="0" value="0" />
+        <value cell_index="22981" local_entity="0" value="0" />
+        <value cell_index="22982" local_entity="0" value="0" />
+        <value cell_index="22983" local_entity="0" value="0" />
+        <value cell_index="22984" local_entity="0" value="0" />
+        <value cell_index="22985" local_entity="0" value="0" />
+        <value cell_index="22986" local_entity="0" value="0" />
+        <value cell_index="22987" local_entity="0" value="0" />
+        <value cell_index="22988" local_entity="0" value="0" />
+        <value cell_index="22989" local_entity="0" value="0" />
+        <value cell_index="22990" local_entity="0" value="0" />
+        <value cell_index="22991" local_entity="0" value="0" />
+        <value cell_index="22992" local_entity="0" value="0" />
+        <value cell_index="22993" local_entity="0" value="0" />
+        <value cell_index="22994" local_entity="0" value="0" />
+        <value cell_index="22995" local_entity="0" value="0" />
+        <value cell_index="22996" local_entity="0" value="0" />
+        <value cell_index="22997" local_entity="0" value="0" />
+        <value cell_index="22998" local_entity="0" value="0" />
+        <value cell_index="22999" local_entity="0" value="0" />
+        <value cell_index="23000" local_entity="0" value="0" />
+        <value cell_index="23001" local_entity="0" value="0" />
+        <value cell_index="23002" local_entity="0" value="0" />
+        <value cell_index="23003" local_entity="0" value="0" />
+        <value cell_index="23004" local_entity="0" value="0" />
+        <value cell_index="23005" local_entity="0" value="0" />
+        <value cell_index="23006" local_entity="0" value="0" />
+        <value cell_index="23007" local_entity="0" value="0" />
+        <value cell_index="23008" local_entity="0" value="0" />
+        <value cell_index="23009" local_entity="0" value="0" />
+        <value cell_index="23010" local_entity="0" value="0" />
+        <value cell_index="23011" local_entity="0" value="0" />
+        <value cell_index="23012" local_entity="0" value="0" />
+        <value cell_index="23013" local_entity="0" value="0" />
+        <value cell_index="23014" local_entity="0" value="0" />
+        <value cell_index="23015" local_entity="0" value="0" />
+        <value cell_index="23016" local_entity="0" value="0" />
+        <value cell_index="23017" local_entity="0" value="0" />
+        <value cell_index="23018" local_entity="0" value="0" />
+        <value cell_index="23019" local_entity="0" value="0" />
+        <value cell_index="23020" local_entity="0" value="0" />
+        <value cell_index="23021" local_entity="0" value="0" />
+        <value cell_index="23022" local_entity="0" value="0" />
+        <value cell_index="23023" local_entity="0" value="0" />
+        <value cell_index="23024" local_entity="0" value="0" />
+        <value cell_index="23025" local_entity="0" value="0" />
+        <value cell_index="23026" local_entity="0" value="0" />
+        <value cell_index="23027" local_entity="0" value="0" />
+        <value cell_index="23028" local_entity="0" value="0" />
+        <value cell_index="23029" local_entity="0" value="0" />
+        <value cell_index="23030" local_entity="0" value="0" />
+        <value cell_index="23031" local_entity="0" value="0" />
+        <value cell_index="23032" local_entity="0" value="0" />
+        <value cell_index="23033" local_entity="0" value="0" />
+        <value cell_index="23034" local_entity="0" value="0" />
+        <value cell_index="23035" local_entity="0" value="0" />
+        <value cell_index="23036" local_entity="0" value="0" />
+        <value cell_index="23037" local_entity="0" value="0" />
+        <value cell_index="23038" local_entity="0" value="0" />
+        <value cell_index="23039" local_entity="0" value="0" />
+        <value cell_index="23040" local_entity="0" value="0" />
+        <value cell_index="23041" local_entity="0" value="0" />
+        <value cell_index="23042" local_entity="0" value="0" />
+        <value cell_index="23043" local_entity="0" value="0" />
+        <value cell_index="23044" local_entity="0" value="0" />
+        <value cell_index="23045" local_entity="0" value="0" />
+        <value cell_index="23046" local_entity="0" value="0" />
+        <value cell_index="23047" local_entity="0" value="0" />
+        <value cell_index="23048" local_entity="0" value="0" />
+        <value cell_index="23049" local_entity="0" value="0" />
+        <value cell_index="23050" local_entity="0" value="0" />
+        <value cell_index="23051" local_entity="0" value="0" />
+        <value cell_index="23052" local_entity="0" value="0" />
+        <value cell_index="23053" local_entity="0" value="0" />
+        <value cell_index="23054" local_entity="0" value="0" />
+        <value cell_index="23055" local_entity="0" value="0" />
+        <value cell_index="23056" local_entity="0" value="0" />
+        <value cell_index="23057" local_entity="0" value="0" />
+        <value cell_index="23058" local_entity="0" value="0" />
+        <value cell_index="23059" local_entity="0" value="0" />
+        <value cell_index="23060" local_entity="0" value="0" />
+        <value cell_index="23061" local_entity="0" value="0" />
+        <value cell_index="23062" local_entity="0" value="0" />
+        <value cell_index="23063" local_entity="0" value="0" />
+        <value cell_index="23064" local_entity="0" value="0" />
+        <value cell_index="23065" local_entity="0" value="0" />
+        <value cell_index="23066" local_entity="0" value="0" />
+        <value cell_index="23067" local_entity="0" value="0" />
+        <value cell_index="23068" local_entity="0" value="0" />
+        <value cell_index="23069" local_entity="0" value="0" />
+        <value cell_index="23070" local_entity="0" value="0" />
+        <value cell_index="23071" local_entity="0" value="0" />
+        <value cell_index="23072" local_entity="0" value="0" />
+        <value cell_index="23073" local_entity="0" value="0" />
+        <value cell_index="23074" local_entity="0" value="0" />
+        <value cell_index="23075" local_entity="0" value="0" />
+        <value cell_index="23076" local_entity="0" value="0" />
+        <value cell_index="23077" local_entity="0" value="0" />
+        <value cell_index="23078" local_entity="0" value="0" />
+        <value cell_index="23079" local_entity="0" value="0" />
+        <value cell_index="23080" local_entity="0" value="0" />
+        <value cell_index="23081" local_entity="0" value="0" />
+        <value cell_index="23082" local_entity="0" value="0" />
+        <value cell_index="23083" local_entity="0" value="0" />
+        <value cell_index="23084" local_entity="0" value="0" />
+        <value cell_index="23085" local_entity="0" value="0" />
+        <value cell_index="23086" local_entity="0" value="0" />
+        <value cell_index="23087" local_entity="0" value="0" />
+        <value cell_index="23088" local_entity="0" value="0" />
+        <value cell_index="23089" local_entity="0" value="0" />
+        <value cell_index="23090" local_entity="0" value="0" />
+        <value cell_index="23091" local_entity="0" value="0" />
+        <value cell_index="23092" local_entity="0" value="0" />
+        <value cell_index="23093" local_entity="0" value="0" />
+        <value cell_index="23094" local_entity="0" value="0" />
+        <value cell_index="23095" local_entity="0" value="0" />
+        <value cell_index="23096" local_entity="0" value="0" />
+        <value cell_index="23097" local_entity="0" value="0" />
+        <value cell_index="23098" local_entity="0" value="0" />
+        <value cell_index="23099" local_entity="0" value="0" />
+        <value cell_index="23100" local_entity="0" value="0" />
+        <value cell_index="23101" local_entity="0" value="0" />
+        <value cell_index="23102" local_entity="0" value="0" />
+        <value cell_index="23103" local_entity="0" value="0" />
+        <value cell_index="23104" local_entity="0" value="0" />
+        <value cell_index="23105" local_entity="0" value="0" />
+        <value cell_index="23106" local_entity="0" value="0" />
+        <value cell_index="23107" local_entity="0" value="0" />
+        <value cell_index="23108" local_entity="0" value="0" />
+        <value cell_index="23109" local_entity="0" value="0" />
+        <value cell_index="23110" local_entity="0" value="0" />
+        <value cell_index="23111" local_entity="0" value="0" />
+        <value cell_index="23112" local_entity="0" value="0" />
+        <value cell_index="23113" local_entity="0" value="0" />
+        <value cell_index="23114" local_entity="0" value="0" />
+        <value cell_index="23115" local_entity="0" value="0" />
+        <value cell_index="23116" local_entity="0" value="0" />
+        <value cell_index="23117" local_entity="0" value="0" />
+        <value cell_index="23118" local_entity="0" value="0" />
+        <value cell_index="23119" local_entity="0" value="0" />
+        <value cell_index="23120" local_entity="0" value="0" />
+        <value cell_index="23121" local_entity="0" value="0" />
+        <value cell_index="23122" local_entity="0" value="0" />
+        <value cell_index="23123" local_entity="0" value="0" />
+        <value cell_index="23124" local_entity="0" value="0" />
+        <value cell_index="23125" local_entity="0" value="0" />
+        <value cell_index="23126" local_entity="0" value="0" />
+        <value cell_index="23127" local_entity="0" value="0" />
+        <value cell_index="23128" local_entity="0" value="0" />
+        <value cell_index="23129" local_entity="0" value="0" />
+        <value cell_index="23130" local_entity="0" value="0" />
+        <value cell_index="23131" local_entity="0" value="0" />
+        <value cell_index="23132" local_entity="0" value="0" />
+        <value cell_index="23133" local_entity="0" value="0" />
+        <value cell_index="23134" local_entity="0" value="0" />
+        <value cell_index="23135" local_entity="0" value="0" />
+        <value cell_index="23136" local_entity="0" value="0" />
+        <value cell_index="23137" local_entity="0" value="0" />
+        <value cell_index="23138" local_entity="0" value="0" />
+        <value cell_index="23139" local_entity="0" value="0" />
+        <value cell_index="23140" local_entity="0" value="0" />
+        <value cell_index="23141" local_entity="0" value="0" />
+        <value cell_index="23142" local_entity="0" value="0" />
+        <value cell_index="23143" local_entity="0" value="0" />
+        <value cell_index="23144" local_entity="0" value="0" />
+        <value cell_index="23145" local_entity="0" value="0" />
+        <value cell_index="23146" local_entity="0" value="0" />
+        <value cell_index="23147" local_entity="0" value="0" />
+        <value cell_index="23148" local_entity="0" value="0" />
+        <value cell_index="23149" local_entity="0" value="0" />
+        <value cell_index="23150" local_entity="0" value="0" />
+        <value cell_index="23151" local_entity="0" value="0" />
+        <value cell_index="23152" local_entity="0" value="0" />
+        <value cell_index="23153" local_entity="0" value="0" />
+        <value cell_index="23154" local_entity="0" value="0" />
+        <value cell_index="23155" local_entity="0" value="0" />
+        <value cell_index="23156" local_entity="0" value="0" />
+        <value cell_index="23157" local_entity="0" value="0" />
+        <value cell_index="23158" local_entity="0" value="0" />
+        <value cell_index="23159" local_entity="0" value="0" />
+        <value cell_index="23160" local_entity="0" value="0" />
+        <value cell_index="23161" local_entity="0" value="0" />
+        <value cell_index="23162" local_entity="0" value="0" />
+        <value cell_index="23163" local_entity="0" value="0" />
+        <value cell_index="23164" local_entity="0" value="0" />
+        <value cell_index="23165" local_entity="0" value="0" />
+        <value cell_index="23166" local_entity="0" value="0" />
+        <value cell_index="23167" local_entity="0" value="0" />
+        <value cell_index="23168" local_entity="0" value="0" />
+        <value cell_index="23169" local_entity="0" value="0" />
+        <value cell_index="23170" local_entity="0" value="0" />
+        <value cell_index="23171" local_entity="0" value="0" />
+        <value cell_index="23172" local_entity="0" value="0" />
+        <value cell_index="23173" local_entity="0" value="0" />
+        <value cell_index="23174" local_entity="0" value="0" />
+        <value cell_index="23175" local_entity="0" value="0" />
+        <value cell_index="23176" local_entity="0" value="0" />
+        <value cell_index="23177" local_entity="0" value="0" />
+        <value cell_index="23178" local_entity="0" value="0" />
+        <value cell_index="23179" local_entity="0" value="0" />
+        <value cell_index="23180" local_entity="0" value="0" />
+        <value cell_index="23181" local_entity="0" value="0" />
+        <value cell_index="23182" local_entity="0" value="0" />
+        <value cell_index="23183" local_entity="0" value="0" />
+        <value cell_index="23184" local_entity="0" value="0" />
+        <value cell_index="23185" local_entity="0" value="0" />
+        <value cell_index="23186" local_entity="0" value="0" />
+        <value cell_index="23187" local_entity="0" value="0" />
+        <value cell_index="23188" local_entity="0" value="0" />
+        <value cell_index="23189" local_entity="0" value="0" />
+        <value cell_index="23190" local_entity="0" value="0" />
+        <value cell_index="23191" local_entity="0" value="0" />
+        <value cell_index="23192" local_entity="0" value="0" />
+        <value cell_index="23193" local_entity="0" value="0" />
+        <value cell_index="23194" local_entity="0" value="0" />
+        <value cell_index="23195" local_entity="0" value="0" />
+        <value cell_index="23196" local_entity="0" value="0" />
+        <value cell_index="23197" local_entity="0" value="0" />
+        <value cell_index="23198" local_entity="0" value="0" />
+        <value cell_index="23199" local_entity="0" value="0" />
+        <value cell_index="23200" local_entity="0" value="0" />
+        <value cell_index="23201" local_entity="0" value="0" />
+        <value cell_index="23202" local_entity="0" value="0" />
+        <value cell_index="23203" local_entity="0" value="0" />
+        <value cell_index="23204" local_entity="0" value="0" />
+        <value cell_index="23205" local_entity="0" value="0" />
+        <value cell_index="23206" local_entity="0" value="0" />
+        <value cell_index="23207" local_entity="0" value="0" />
+        <value cell_index="23208" local_entity="0" value="0" />
+        <value cell_index="23209" local_entity="0" value="0" />
+        <value cell_index="23210" local_entity="0" value="0" />
+        <value cell_index="23211" local_entity="0" value="0" />
+        <value cell_index="23212" local_entity="0" value="0" />
+        <value cell_index="23213" local_entity="0" value="0" />
+        <value cell_index="23214" local_entity="0" value="0" />
+        <value cell_index="23215" local_entity="0" value="0" />
+        <value cell_index="23216" local_entity="0" value="0" />
+        <value cell_index="23217" local_entity="0" value="0" />
+        <value cell_index="23218" local_entity="0" value="0" />
+        <value cell_index="23219" local_entity="0" value="0" />
+        <value cell_index="23220" local_entity="0" value="0" />
+        <value cell_index="23221" local_entity="0" value="0" />
+        <value cell_index="23222" local_entity="0" value="0" />
+        <value cell_index="23223" local_entity="0" value="0" />
+        <value cell_index="23224" local_entity="0" value="0" />
+        <value cell_index="23225" local_entity="0" value="0" />
+        <value cell_index="23226" local_entity="0" value="0" />
+        <value cell_index="23227" local_entity="0" value="0" />
+        <value cell_index="23228" local_entity="0" value="0" />
+        <value cell_index="23229" local_entity="0" value="0" />
+        <value cell_index="23230" local_entity="0" value="0" />
+        <value cell_index="23231" local_entity="0" value="0" />
+        <value cell_index="23232" local_entity="0" value="0" />
+        <value cell_index="23233" local_entity="0" value="0" />
+        <value cell_index="23234" local_entity="0" value="0" />
+        <value cell_index="23235" local_entity="0" value="0" />
+        <value cell_index="23236" local_entity="0" value="0" />
+        <value cell_index="23237" local_entity="0" value="0" />
+        <value cell_index="23238" local_entity="0" value="0" />
+        <value cell_index="23239" local_entity="0" value="0" />
+        <value cell_index="23240" local_entity="0" value="0" />
+        <value cell_index="23241" local_entity="0" value="0" />
+        <value cell_index="23242" local_entity="0" value="0" />
+        <value cell_index="23243" local_entity="0" value="0" />
+        <value cell_index="23244" local_entity="0" value="0" />
+        <value cell_index="23245" local_entity="0" value="0" />
+        <value cell_index="23246" local_entity="0" value="0" />
+        <value cell_index="23247" local_entity="0" value="0" />
+        <value cell_index="23248" local_entity="0" value="0" />
+        <value cell_index="23249" local_entity="0" value="0" />
+        <value cell_index="23250" local_entity="0" value="0" />
+        <value cell_index="23251" local_entity="0" value="0" />
+        <value cell_index="23252" local_entity="0" value="0" />
+        <value cell_index="23253" local_entity="0" value="0" />
+        <value cell_index="23254" local_entity="0" value="0" />
+        <value cell_index="23255" local_entity="0" value="0" />
+        <value cell_index="23256" local_entity="0" value="0" />
+        <value cell_index="23257" local_entity="0" value="0" />
+        <value cell_index="23258" local_entity="0" value="0" />
+        <value cell_index="23259" local_entity="0" value="0" />
+        <value cell_index="23260" local_entity="0" value="0" />
+        <value cell_index="23261" local_entity="0" value="0" />
+        <value cell_index="23262" local_entity="0" value="0" />
+        <value cell_index="23263" local_entity="0" value="0" />
+        <value cell_index="23264" local_entity="0" value="0" />
+        <value cell_index="23265" local_entity="0" value="0" />
+        <value cell_index="23266" local_entity="0" value="0" />
+        <value cell_index="23267" local_entity="0" value="0" />
+        <value cell_index="23268" local_entity="0" value="0" />
+        <value cell_index="23269" local_entity="0" value="0" />
+        <value cell_index="23270" local_entity="0" value="0" />
+        <value cell_index="23271" local_entity="0" value="0" />
+        <value cell_index="23272" local_entity="0" value="0" />
+        <value cell_index="23273" local_entity="0" value="0" />
+        <value cell_index="23274" local_entity="0" value="0" />
+        <value cell_index="23275" local_entity="0" value="0" />
+        <value cell_index="23276" local_entity="0" value="0" />
+        <value cell_index="23277" local_entity="0" value="0" />
+        <value cell_index="23278" local_entity="0" value="0" />
+        <value cell_index="23279" local_entity="0" value="0" />
+        <value cell_index="23280" local_entity="0" value="0" />
+        <value cell_index="23281" local_entity="0" value="0" />
+        <value cell_index="23282" local_entity="0" value="0" />
+        <value cell_index="23283" local_entity="0" value="0" />
+        <value cell_index="23284" local_entity="0" value="0" />
+        <value cell_index="23285" local_entity="0" value="0" />
+        <value cell_index="23286" local_entity="0" value="0" />
+        <value cell_index="23287" local_entity="0" value="0" />
+        <value cell_index="23288" local_entity="0" value="0" />
+        <value cell_index="23289" local_entity="0" value="0" />
+        <value cell_index="23290" local_entity="0" value="0" />
+        <value cell_index="23291" local_entity="0" value="0" />
+        <value cell_index="23292" local_entity="0" value="0" />
+        <value cell_index="23293" local_entity="0" value="0" />
+        <value cell_index="23294" local_entity="0" value="0" />
+        <value cell_index="23295" local_entity="0" value="0" />
+        <value cell_index="23296" local_entity="0" value="0" />
+        <value cell_index="23297" local_entity="0" value="0" />
+        <value cell_index="23298" local_entity="0" value="0" />
+        <value cell_index="23299" local_entity="0" value="0" />
+        <value cell_index="23300" local_entity="0" value="0" />
+        <value cell_index="23301" local_entity="0" value="0" />
+        <value cell_index="23302" local_entity="0" value="0" />
+        <value cell_index="23303" local_entity="0" value="0" />
+        <value cell_index="23304" local_entity="0" value="0" />
+        <value cell_index="23305" local_entity="0" value="0" />
+        <value cell_index="23306" local_entity="0" value="0" />
+        <value cell_index="23307" local_entity="0" value="0" />
+        <value cell_index="23308" local_entity="0" value="0" />
+        <value cell_index="23309" local_entity="0" value="0" />
+        <value cell_index="23310" local_entity="0" value="0" />
+        <value cell_index="23311" local_entity="0" value="0" />
+        <value cell_index="23312" local_entity="0" value="0" />
+        <value cell_index="23313" local_entity="0" value="0" />
+        <value cell_index="23314" local_entity="0" value="0" />
+        <value cell_index="23315" local_entity="0" value="0" />
+        <value cell_index="23316" local_entity="0" value="0" />
+        <value cell_index="23317" local_entity="0" value="0" />
+        <value cell_index="23318" local_entity="0" value="0" />
+        <value cell_index="23319" local_entity="0" value="0" />
+        <value cell_index="23320" local_entity="0" value="0" />
+        <value cell_index="23321" local_entity="0" value="0" />
+        <value cell_index="23322" local_entity="0" value="0" />
+        <value cell_index="23323" local_entity="0" value="0" />
+        <value cell_index="23324" local_entity="0" value="0" />
+        <value cell_index="23325" local_entity="0" value="0" />
+        <value cell_index="23326" local_entity="0" value="0" />
+        <value cell_index="23327" local_entity="0" value="0" />
+        <value cell_index="23328" local_entity="0" value="0" />
+        <value cell_index="23329" local_entity="0" value="0" />
+        <value cell_index="23330" local_entity="0" value="0" />
+        <value cell_index="23331" local_entity="0" value="0" />
+        <value cell_index="23332" local_entity="0" value="0" />
+        <value cell_index="23333" local_entity="0" value="0" />
+        <value cell_index="23334" local_entity="0" value="0" />
+        <value cell_index="23335" local_entity="0" value="0" />
+        <value cell_index="23336" local_entity="0" value="0" />
+        <value cell_index="23337" local_entity="0" value="0" />
+        <value cell_index="23338" local_entity="0" value="0" />
+        <value cell_index="23339" local_entity="0" value="0" />
+        <value cell_index="23340" local_entity="0" value="0" />
+        <value cell_index="23341" local_entity="0" value="0" />
+        <value cell_index="23342" local_entity="0" value="0" />
+        <value cell_index="23343" local_entity="0" value="0" />
+        <value cell_index="23344" local_entity="0" value="0" />
+        <value cell_index="23345" local_entity="0" value="0" />
+        <value cell_index="23346" local_entity="0" value="0" />
+        <value cell_index="23347" local_entity="0" value="0" />
+        <value cell_index="23348" local_entity="0" value="0" />
+        <value cell_index="23349" local_entity="0" value="0" />
+        <value cell_index="23350" local_entity="0" value="0" />
+        <value cell_index="23351" local_entity="0" value="0" />
+        <value cell_index="23352" local_entity="0" value="0" />
+        <value cell_index="23353" local_entity="0" value="0" />
+        <value cell_index="23354" local_entity="0" value="0" />
+        <value cell_index="23355" local_entity="0" value="0" />
+        <value cell_index="23356" local_entity="0" value="0" />
+        <value cell_index="23357" local_entity="0" value="0" />
+        <value cell_index="23358" local_entity="0" value="0" />
+        <value cell_index="23359" local_entity="0" value="0" />
+        <value cell_index="23360" local_entity="0" value="0" />
+        <value cell_index="23361" local_entity="0" value="0" />
+        <value cell_index="23362" local_entity="0" value="0" />
+        <value cell_index="23363" local_entity="0" value="0" />
+        <value cell_index="23364" local_entity="0" value="0" />
+        <value cell_index="23365" local_entity="0" value="0" />
+        <value cell_index="23366" local_entity="0" value="0" />
+        <value cell_index="23367" local_entity="0" value="0" />
+        <value cell_index="23368" local_entity="0" value="0" />
+        <value cell_index="23369" local_entity="0" value="0" />
+        <value cell_index="23370" local_entity="0" value="0" />
+        <value cell_index="23371" local_entity="0" value="0" />
+        <value cell_index="23372" local_entity="0" value="0" />
+        <value cell_index="23373" local_entity="0" value="0" />
+        <value cell_index="23374" local_entity="0" value="0" />
+        <value cell_index="23375" local_entity="0" value="0" />
+        <value cell_index="23376" local_entity="0" value="0" />
+        <value cell_index="23377" local_entity="0" value="0" />
+        <value cell_index="23378" local_entity="0" value="0" />
+        <value cell_index="23379" local_entity="0" value="0" />
+        <value cell_index="23380" local_entity="0" value="0" />
+        <value cell_index="23381" local_entity="0" value="0" />
+        <value cell_index="23382" local_entity="0" value="0" />
+        <value cell_index="23383" local_entity="0" value="0" />
+        <value cell_index="23384" local_entity="0" value="0" />
+        <value cell_index="23385" local_entity="0" value="0" />
+        <value cell_index="23386" local_entity="0" value="0" />
+        <value cell_index="23387" local_entity="0" value="0" />
+        <value cell_index="23388" local_entity="0" value="0" />
+        <value cell_index="23389" local_entity="0" value="0" />
+        <value cell_index="23390" local_entity="0" value="0" />
+        <value cell_index="23391" local_entity="0" value="0" />
+        <value cell_index="23392" local_entity="0" value="0" />
+        <value cell_index="23393" local_entity="0" value="0" />
+        <value cell_index="23394" local_entity="0" value="0" />
+        <value cell_index="23395" local_entity="0" value="0" />
+        <value cell_index="23396" local_entity="0" value="0" />
+        <value cell_index="23397" local_entity="0" value="0" />
+        <value cell_index="23398" local_entity="0" value="0" />
+        <value cell_index="23399" local_entity="0" value="0" />
+        <value cell_index="23400" local_entity="0" value="0" />
+        <value cell_index="23401" local_entity="0" value="0" />
+        <value cell_index="23402" local_entity="0" value="0" />
+        <value cell_index="23403" local_entity="0" value="0" />
+        <value cell_index="23404" local_entity="0" value="0" />
+        <value cell_index="23405" local_entity="0" value="0" />
+        <value cell_index="23406" local_entity="0" value="0" />
+        <value cell_index="23407" local_entity="0" value="0" />
+        <value cell_index="23408" local_entity="0" value="0" />
+        <value cell_index="23409" local_entity="0" value="0" />
+        <value cell_index="23410" local_entity="0" value="0" />
+        <value cell_index="23411" local_entity="0" value="0" />
+        <value cell_index="23412" local_entity="0" value="0" />
+        <value cell_index="23413" local_entity="0" value="0" />
+        <value cell_index="23414" local_entity="0" value="0" />
+        <value cell_index="23415" local_entity="0" value="0" />
+        <value cell_index="23416" local_entity="0" value="0" />
+        <value cell_index="23417" local_entity="0" value="0" />
+        <value cell_index="23418" local_entity="0" value="0" />
+        <value cell_index="23419" local_entity="0" value="0" />
+        <value cell_index="23420" local_entity="0" value="0" />
+        <value cell_index="23421" local_entity="0" value="0" />
+        <value cell_index="23422" local_entity="0" value="0" />
+        <value cell_index="23423" local_entity="0" value="0" />
+        <value cell_index="23424" local_entity="0" value="0" />
+        <value cell_index="23425" local_entity="0" value="0" />
+        <value cell_index="23426" local_entity="0" value="0" />
+        <value cell_index="23427" local_entity="0" value="0" />
+        <value cell_index="23428" local_entity="0" value="0" />
+        <value cell_index="23429" local_entity="0" value="0" />
+        <value cell_index="23430" local_entity="0" value="0" />
+        <value cell_index="23431" local_entity="0" value="0" />
+        <value cell_index="23432" local_entity="0" value="0" />
+        <value cell_index="23433" local_entity="0" value="0" />
+        <value cell_index="23434" local_entity="0" value="0" />
+        <value cell_index="23435" local_entity="0" value="0" />
+        <value cell_index="23436" local_entity="0" value="0" />
+        <value cell_index="23437" local_entity="0" value="0" />
+        <value cell_index="23438" local_entity="0" value="0" />
+        <value cell_index="23439" local_entity="0" value="0" />
+        <value cell_index="23440" local_entity="0" value="0" />
+        <value cell_index="23441" local_entity="0" value="0" />
+        <value cell_index="23442" local_entity="0" value="0" />
+        <value cell_index="23443" local_entity="0" value="0" />
+        <value cell_index="23444" local_entity="0" value="0" />
+        <value cell_index="23445" local_entity="0" value="0" />
+        <value cell_index="23446" local_entity="0" value="0" />
+        <value cell_index="23447" local_entity="0" value="0" />
+        <value cell_index="23448" local_entity="0" value="0" />
+        <value cell_index="23449" local_entity="0" value="0" />
+        <value cell_index="23450" local_entity="0" value="0" />
+        <value cell_index="23451" local_entity="0" value="0" />
+        <value cell_index="23452" local_entity="0" value="0" />
+        <value cell_index="23453" local_entity="0" value="0" />
+        <value cell_index="23454" local_entity="0" value="0" />
+        <value cell_index="23455" local_entity="0" value="0" />
+        <value cell_index="23456" local_entity="0" value="0" />
+        <value cell_index="23457" local_entity="0" value="0" />
+        <value cell_index="23458" local_entity="0" value="0" />
+        <value cell_index="23459" local_entity="0" value="0" />
+        <value cell_index="23460" local_entity="0" value="0" />
+        <value cell_index="23461" local_entity="0" value="0" />
+        <value cell_index="23462" local_entity="0" value="0" />
+        <value cell_index="23463" local_entity="0" value="0" />
+        <value cell_index="23464" local_entity="0" value="0" />
+        <value cell_index="23465" local_entity="0" value="0" />
+        <value cell_index="23466" local_entity="0" value="0" />
+        <value cell_index="23467" local_entity="0" value="0" />
+        <value cell_index="23468" local_entity="0" value="0" />
+        <value cell_index="23469" local_entity="0" value="0" />
+        <value cell_index="23470" local_entity="0" value="0" />
+        <value cell_index="23471" local_entity="0" value="0" />
+        <value cell_index="23472" local_entity="0" value="0" />
+        <value cell_index="23473" local_entity="0" value="0" />
+        <value cell_index="23474" local_entity="0" value="0" />
+        <value cell_index="23475" local_entity="0" value="0" />
+        <value cell_index="23476" local_entity="0" value="0" />
+        <value cell_index="23477" local_entity="0" value="0" />
+        <value cell_index="23478" local_entity="0" value="0" />
+        <value cell_index="23479" local_entity="0" value="0" />
+        <value cell_index="23480" local_entity="0" value="0" />
+        <value cell_index="23481" local_entity="0" value="0" />
+        <value cell_index="23482" local_entity="0" value="0" />
+        <value cell_index="23483" local_entity="0" value="0" />
+        <value cell_index="23484" local_entity="0" value="0" />
+        <value cell_index="23485" local_entity="0" value="0" />
+        <value cell_index="23486" local_entity="0" value="0" />
+        <value cell_index="23487" local_entity="0" value="0" />
+        <value cell_index="23488" local_entity="0" value="0" />
+        <value cell_index="23489" local_entity="0" value="0" />
+        <value cell_index="23490" local_entity="0" value="0" />
+        <value cell_index="23491" local_entity="0" value="0" />
+        <value cell_index="23492" local_entity="0" value="0" />
+        <value cell_index="23493" local_entity="0" value="0" />
+        <value cell_index="23494" local_entity="0" value="0" />
+        <value cell_index="23495" local_entity="0" value="0" />
+        <value cell_index="23496" local_entity="0" value="0" />
+        <value cell_index="23497" local_entity="0" value="0" />
+        <value cell_index="23498" local_entity="0" value="0" />
+        <value cell_index="23499" local_entity="0" value="0" />
+        <value cell_index="23500" local_entity="0" value="0" />
+        <value cell_index="23501" local_entity="0" value="0" />
+        <value cell_index="23502" local_entity="0" value="0" />
+        <value cell_index="23503" local_entity="0" value="0" />
+        <value cell_index="23504" local_entity="0" value="0" />
+        <value cell_index="23505" local_entity="0" value="0" />
+        <value cell_index="23506" local_entity="0" value="0" />
+        <value cell_index="23507" local_entity="0" value="0" />
+        <value cell_index="23508" local_entity="0" value="0" />
+        <value cell_index="23509" local_entity="0" value="0" />
+        <value cell_index="23510" local_entity="0" value="0" />
+        <value cell_index="23511" local_entity="0" value="0" />
+        <value cell_index="23512" local_entity="0" value="0" />
+        <value cell_index="23513" local_entity="0" value="0" />
+        <value cell_index="23514" local_entity="0" value="0" />
+        <value cell_index="23515" local_entity="0" value="0" />
+        <value cell_index="23516" local_entity="0" value="0" />
+        <value cell_index="23517" local_entity="0" value="0" />
+        <value cell_index="23518" local_entity="0" value="0" />
+        <value cell_index="23519" local_entity="0" value="0" />
+        <value cell_index="23520" local_entity="0" value="0" />
+        <value cell_index="23521" local_entity="0" value="0" />
+        <value cell_index="23522" local_entity="0" value="0" />
+        <value cell_index="23523" local_entity="0" value="0" />
+        <value cell_index="23524" local_entity="0" value="0" />
+        <value cell_index="23525" local_entity="0" value="0" />
+        <value cell_index="23526" local_entity="0" value="0" />
+        <value cell_index="23527" local_entity="0" value="0" />
+        <value cell_index="23528" local_entity="0" value="0" />
+        <value cell_index="23529" local_entity="0" value="0" />
+        <value cell_index="23530" local_entity="0" value="0" />
+        <value cell_index="23531" local_entity="0" value="0" />
+        <value cell_index="23532" local_entity="0" value="0" />
+        <value cell_index="23533" local_entity="0" value="0" />
+        <value cell_index="23534" local_entity="0" value="0" />
+        <value cell_index="23535" local_entity="0" value="0" />
+        <value cell_index="23536" local_entity="0" value="0" />
+        <value cell_index="23537" local_entity="0" value="0" />
+        <value cell_index="23538" local_entity="0" value="0" />
+        <value cell_index="23539" local_entity="0" value="0" />
+        <value cell_index="23540" local_entity="0" value="0" />
+        <value cell_index="23541" local_entity="0" value="0" />
+        <value cell_index="23542" local_entity="0" value="0" />
+        <value cell_index="23543" local_entity="0" value="0" />
+        <value cell_index="23544" local_entity="0" value="0" />
+        <value cell_index="23545" local_entity="0" value="0" />
+        <value cell_index="23546" local_entity="0" value="0" />
+        <value cell_index="23547" local_entity="0" value="0" />
+        <value cell_index="23548" local_entity="0" value="0" />
+        <value cell_index="23549" local_entity="0" value="0" />
+        <value cell_index="23550" local_entity="0" value="0" />
+        <value cell_index="23551" local_entity="0" value="0" />
+        <value cell_index="23552" local_entity="0" value="0" />
+        <value cell_index="23553" local_entity="0" value="0" />
+        <value cell_index="23554" local_entity="0" value="0" />
+        <value cell_index="23555" local_entity="0" value="0" />
+        <value cell_index="23556" local_entity="0" value="0" />
+        <value cell_index="23557" local_entity="0" value="0" />
+        <value cell_index="23558" local_entity="0" value="0" />
+        <value cell_index="23559" local_entity="0" value="0" />
+        <value cell_index="23560" local_entity="0" value="0" />
+        <value cell_index="23561" local_entity="0" value="0" />
+        <value cell_index="23562" local_entity="0" value="0" />
+        <value cell_index="23563" local_entity="0" value="0" />
+        <value cell_index="23564" local_entity="0" value="0" />
+        <value cell_index="23565" local_entity="0" value="0" />
+        <value cell_index="23566" local_entity="0" value="0" />
+        <value cell_index="23567" local_entity="0" value="0" />
+        <value cell_index="23568" local_entity="0" value="0" />
+        <value cell_index="23569" local_entity="0" value="0" />
+        <value cell_index="23570" local_entity="0" value="0" />
+        <value cell_index="23571" local_entity="0" value="0" />
+        <value cell_index="23572" local_entity="0" value="0" />
+        <value cell_index="23573" local_entity="0" value="0" />
+        <value cell_index="23574" local_entity="0" value="0" />
+        <value cell_index="23575" local_entity="0" value="0" />
+        <value cell_index="23576" local_entity="0" value="0" />
+        <value cell_index="23577" local_entity="0" value="0" />
+        <value cell_index="23578" local_entity="0" value="0" />
+        <value cell_index="23579" local_entity="0" value="0" />
+        <value cell_index="23580" local_entity="0" value="0" />
+        <value cell_index="23581" local_entity="0" value="0" />
+        <value cell_index="23582" local_entity="0" value="0" />
+        <value cell_index="23583" local_entity="0" value="0" />
+        <value cell_index="23584" local_entity="0" value="0" />
+        <value cell_index="23585" local_entity="0" value="0" />
+        <value cell_index="23586" local_entity="0" value="0" />
+        <value cell_index="23587" local_entity="0" value="0" />
+        <value cell_index="23588" local_entity="0" value="0" />
+        <value cell_index="23589" local_entity="0" value="0" />
+        <value cell_index="23590" local_entity="0" value="0" />
+        <value cell_index="23591" local_entity="0" value="0" />
+        <value cell_index="23592" local_entity="0" value="0" />
+        <value cell_index="23593" local_entity="0" value="0" />
+        <value cell_index="23594" local_entity="0" value="0" />
+        <value cell_index="23595" local_entity="0" value="0" />
+        <value cell_index="23596" local_entity="0" value="0" />
+        <value cell_index="23597" local_entity="0" value="0" />
+        <value cell_index="23598" local_entity="0" value="0" />
+        <value cell_index="23599" local_entity="0" value="0" />
+        <value cell_index="23600" local_entity="0" value="0" />
+        <value cell_index="23601" local_entity="0" value="0" />
+        <value cell_index="23602" local_entity="0" value="0" />
+        <value cell_index="23603" local_entity="0" value="0" />
+        <value cell_index="23604" local_entity="0" value="0" />
+        <value cell_index="23605" local_entity="0" value="0" />
+        <value cell_index="23606" local_entity="0" value="0" />
+        <value cell_index="23607" local_entity="0" value="0" />
+        <value cell_index="23608" local_entity="0" value="0" />
+        <value cell_index="23609" local_entity="0" value="0" />
+        <value cell_index="23610" local_entity="0" value="0" />
+        <value cell_index="23611" local_entity="0" value="0" />
+        <value cell_index="23612" local_entity="0" value="0" />
+        <value cell_index="23613" local_entity="0" value="0" />
+        <value cell_index="23614" local_entity="0" value="0" />
+        <value cell_index="23615" local_entity="0" value="0" />
+        <value cell_index="23616" local_entity="0" value="0" />
+        <value cell_index="23617" local_entity="0" value="0" />
+        <value cell_index="23618" local_entity="0" value="0" />
+        <value cell_index="23619" local_entity="0" value="0" />
+        <value cell_index="23620" local_entity="0" value="0" />
+        <value cell_index="23621" local_entity="0" value="0" />
+        <value cell_index="23622" local_entity="0" value="0" />
+        <value cell_index="23623" local_entity="0" value="0" />
+        <value cell_index="23624" local_entity="0" value="0" />
+        <value cell_index="23625" local_entity="0" value="0" />
+        <value cell_index="23626" local_entity="0" value="0" />
+        <value cell_index="23627" local_entity="0" value="0" />
+        <value cell_index="23628" local_entity="0" value="0" />
+        <value cell_index="23629" local_entity="0" value="0" />
+        <value cell_index="23630" local_entity="0" value="0" />
+        <value cell_index="23631" local_entity="0" value="0" />
+        <value cell_index="23632" local_entity="0" value="0" />
+        <value cell_index="23633" local_entity="0" value="0" />
+        <value cell_index="23634" local_entity="0" value="0" />
+        <value cell_index="23635" local_entity="0" value="0" />
+        <value cell_index="23636" local_entity="0" value="0" />
+        <value cell_index="23637" local_entity="0" value="0" />
+        <value cell_index="23638" local_entity="0" value="0" />
+        <value cell_index="23639" local_entity="0" value="0" />
+        <value cell_index="23640" local_entity="0" value="0" />
+        <value cell_index="23641" local_entity="0" value="0" />
+        <value cell_index="23642" local_entity="0" value="0" />
+        <value cell_index="23643" local_entity="0" value="0" />
+        <value cell_index="23644" local_entity="0" value="0" />
+        <value cell_index="23645" local_entity="0" value="0" />
+        <value cell_index="23646" local_entity="0" value="0" />
+        <value cell_index="23647" local_entity="0" value="0" />
+        <value cell_index="23648" local_entity="0" value="0" />
+        <value cell_index="23649" local_entity="0" value="0" />
+        <value cell_index="23650" local_entity="0" value="0" />
+        <value cell_index="23651" local_entity="0" value="0" />
+        <value cell_index="23652" local_entity="0" value="0" />
+        <value cell_index="23653" local_entity="0" value="0" />
+        <value cell_index="23654" local_entity="0" value="0" />
+        <value cell_index="23655" local_entity="0" value="0" />
+        <value cell_index="23656" local_entity="0" value="0" />
+        <value cell_index="23657" local_entity="0" value="0" />
+        <value cell_index="23658" local_entity="0" value="0" />
+        <value cell_index="23659" local_entity="0" value="0" />
+        <value cell_index="23660" local_entity="0" value="0" />
+        <value cell_index="23661" local_entity="0" value="0" />
+        <value cell_index="23662" local_entity="0" value="0" />
+        <value cell_index="23663" local_entity="0" value="0" />
+        <value cell_index="23664" local_entity="0" value="0" />
+        <value cell_index="23665" local_entity="0" value="0" />
+        <value cell_index="23666" local_entity="0" value="0" />
+        <value cell_index="23667" local_entity="0" value="0" />
+        <value cell_index="23668" local_entity="0" value="0" />
+        <value cell_index="23669" local_entity="0" value="0" />
+        <value cell_index="23670" local_entity="0" value="0" />
+        <value cell_index="23671" local_entity="0" value="0" />
+        <value cell_index="23672" local_entity="0" value="0" />
+        <value cell_index="23673" local_entity="0" value="0" />
+        <value cell_index="23674" local_entity="0" value="0" />
+        <value cell_index="23675" local_entity="0" value="0" />
+        <value cell_index="23676" local_entity="0" value="0" />
+        <value cell_index="23677" local_entity="0" value="0" />
+        <value cell_index="23678" local_entity="0" value="0" />
+        <value cell_index="23679" local_entity="0" value="0" />
+        <value cell_index="23680" local_entity="0" value="0" />
+        <value cell_index="23681" local_entity="0" value="0" />
+        <value cell_index="23682" local_entity="0" value="0" />
+        <value cell_index="23683" local_entity="0" value="0" />
+        <value cell_index="23684" local_entity="0" value="0" />
+        <value cell_index="23685" local_entity="0" value="0" />
+        <value cell_index="23686" local_entity="0" value="0" />
+        <value cell_index="23687" local_entity="0" value="0" />
+        <value cell_index="23688" local_entity="0" value="0" />
+        <value cell_index="23689" local_entity="0" value="0" />
+        <value cell_index="23690" local_entity="0" value="0" />
+        <value cell_index="23691" local_entity="0" value="0" />
+        <value cell_index="23692" local_entity="0" value="0" />
+        <value cell_index="23693" local_entity="0" value="0" />
+        <value cell_index="23694" local_entity="0" value="0" />
+        <value cell_index="23695" local_entity="0" value="0" />
+        <value cell_index="23696" local_entity="0" value="0" />
+        <value cell_index="23697" local_entity="0" value="0" />
+        <value cell_index="23698" local_entity="0" value="0" />
+        <value cell_index="23699" local_entity="0" value="0" />
+        <value cell_index="23700" local_entity="0" value="0" />
+        <value cell_index="23701" local_entity="0" value="0" />
+        <value cell_index="23702" local_entity="0" value="0" />
+        <value cell_index="23703" local_entity="0" value="0" />
+        <value cell_index="23704" local_entity="0" value="0" />
+        <value cell_index="23705" local_entity="0" value="0" />
+        <value cell_index="23706" local_entity="0" value="0" />
+        <value cell_index="23707" local_entity="0" value="0" />
+        <value cell_index="23708" local_entity="0" value="0" />
+        <value cell_index="23709" local_entity="0" value="0" />
+        <value cell_index="23710" local_entity="0" value="0" />
+        <value cell_index="23711" local_entity="0" value="0" />
+        <value cell_index="23712" local_entity="0" value="0" />
+        <value cell_index="23713" local_entity="0" value="0" />
+        <value cell_index="23714" local_entity="0" value="0" />
+        <value cell_index="23715" local_entity="0" value="0" />
+        <value cell_index="23716" local_entity="0" value="0" />
+        <value cell_index="23717" local_entity="0" value="0" />
+        <value cell_index="23718" local_entity="0" value="0" />
+        <value cell_index="23719" local_entity="0" value="0" />
+        <value cell_index="23720" local_entity="0" value="0" />
+        <value cell_index="23721" local_entity="0" value="0" />
+        <value cell_index="23722" local_entity="0" value="0" />
+        <value cell_index="23723" local_entity="0" value="0" />
+        <value cell_index="23724" local_entity="0" value="0" />
+        <value cell_index="23725" local_entity="0" value="0" />
+        <value cell_index="23726" local_entity="0" value="0" />
+        <value cell_index="23727" local_entity="0" value="0" />
+        <value cell_index="23728" local_entity="0" value="0" />
+        <value cell_index="23729" local_entity="0" value="0" />
+        <value cell_index="23730" local_entity="0" value="0" />
+        <value cell_index="23731" local_entity="0" value="0" />
+        <value cell_index="23732" local_entity="0" value="0" />
+        <value cell_index="23733" local_entity="0" value="0" />
+        <value cell_index="23734" local_entity="0" value="0" />
+        <value cell_index="23735" local_entity="0" value="0" />
+        <value cell_index="23736" local_entity="0" value="0" />
+        <value cell_index="23737" local_entity="0" value="0" />
+        <value cell_index="23738" local_entity="0" value="0" />
+        <value cell_index="23739" local_entity="0" value="0" />
+        <value cell_index="23740" local_entity="0" value="0" />
+        <value cell_index="23741" local_entity="0" value="0" />
+        <value cell_index="23742" local_entity="0" value="0" />
+        <value cell_index="23743" local_entity="0" value="0" />
+        <value cell_index="23744" local_entity="0" value="0" />
+        <value cell_index="23745" local_entity="0" value="0" />
+        <value cell_index="23746" local_entity="0" value="0" />
+        <value cell_index="23747" local_entity="0" value="0" />
+        <value cell_index="23748" local_entity="0" value="0" />
+        <value cell_index="23749" local_entity="0" value="0" />
+        <value cell_index="23750" local_entity="0" value="0" />
+        <value cell_index="23751" local_entity="0" value="0" />
+        <value cell_index="23752" local_entity="0" value="0" />
+        <value cell_index="23753" local_entity="0" value="0" />
+        <value cell_index="23754" local_entity="0" value="0" />
+        <value cell_index="23755" local_entity="0" value="0" />
+        <value cell_index="23756" local_entity="0" value="0" />
+        <value cell_index="23757" local_entity="0" value="0" />
+        <value cell_index="23758" local_entity="0" value="0" />
+        <value cell_index="23759" local_entity="0" value="0" />
+        <value cell_index="23760" local_entity="0" value="0" />
+        <value cell_index="23761" local_entity="0" value="0" />
+        <value cell_index="23762" local_entity="0" value="0" />
+        <value cell_index="23763" local_entity="0" value="0" />
+        <value cell_index="23764" local_entity="0" value="0" />
+        <value cell_index="23765" local_entity="0" value="0" />
+        <value cell_index="23766" local_entity="0" value="0" />
+        <value cell_index="23767" local_entity="0" value="0" />
+        <value cell_index="23768" local_entity="0" value="0" />
+        <value cell_index="23769" local_entity="0" value="0" />
+        <value cell_index="23770" local_entity="0" value="0" />
+        <value cell_index="23771" local_entity="0" value="0" />
+        <value cell_index="23772" local_entity="0" value="0" />
+        <value cell_index="23773" local_entity="0" value="0" />
+        <value cell_index="23774" local_entity="0" value="0" />
+        <value cell_index="23775" local_entity="0" value="0" />
+        <value cell_index="23776" local_entity="0" value="0" />
+        <value cell_index="23777" local_entity="0" value="0" />
+        <value cell_index="23778" local_entity="0" value="0" />
+        <value cell_index="23779" local_entity="0" value="0" />
+        <value cell_index="23780" local_entity="0" value="0" />
+        <value cell_index="23781" local_entity="0" value="0" />
+        <value cell_index="23782" local_entity="0" value="0" />
+        <value cell_index="23783" local_entity="0" value="0" />
+        <value cell_index="23784" local_entity="0" value="0" />
+        <value cell_index="23785" local_entity="0" value="0" />
+        <value cell_index="23786" local_entity="0" value="0" />
+        <value cell_index="23787" local_entity="0" value="0" />
+        <value cell_index="23788" local_entity="0" value="0" />
+        <value cell_index="23789" local_entity="0" value="0" />
+        <value cell_index="23790" local_entity="0" value="0" />
+        <value cell_index="23791" local_entity="0" value="0" />
+        <value cell_index="23792" local_entity="0" value="0" />
+        <value cell_index="23793" local_entity="0" value="0" />
+        <value cell_index="23794" local_entity="0" value="0" />
+        <value cell_index="23795" local_entity="0" value="0" />
+        <value cell_index="23796" local_entity="0" value="0" />
+        <value cell_index="23797" local_entity="0" value="0" />
+        <value cell_index="23798" local_entity="0" value="0" />
+        <value cell_index="23799" local_entity="0" value="0" />
+        <value cell_index="23800" local_entity="0" value="0" />
+        <value cell_index="23801" local_entity="0" value="0" />
+        <value cell_index="23802" local_entity="0" value="0" />
+        <value cell_index="23803" local_entity="0" value="0" />
+        <value cell_index="23804" local_entity="0" value="0" />
+        <value cell_index="23805" local_entity="0" value="0" />
+        <value cell_index="23806" local_entity="0" value="0" />
+        <value cell_index="23807" local_entity="0" value="0" />
+        <value cell_index="23808" local_entity="0" value="0" />
+        <value cell_index="23809" local_entity="0" value="0" />
+        <value cell_index="23810" local_entity="0" value="0" />
+        <value cell_index="23811" local_entity="0" value="0" />
+        <value cell_index="23812" local_entity="0" value="0" />
+        <value cell_index="23813" local_entity="0" value="0" />
+        <value cell_index="23814" local_entity="0" value="0" />
+        <value cell_index="23815" local_entity="0" value="0" />
+        <value cell_index="23816" local_entity="0" value="0" />
+        <value cell_index="23817" local_entity="0" value="0" />
+        <value cell_index="23818" local_entity="0" value="0" />
+        <value cell_index="23819" local_entity="0" value="0" />
+        <value cell_index="23820" local_entity="0" value="0" />
+        <value cell_index="23821" local_entity="0" value="0" />
+        <value cell_index="23822" local_entity="0" value="0" />
+        <value cell_index="23823" local_entity="0" value="0" />
+        <value cell_index="23824" local_entity="0" value="0" />
+        <value cell_index="23825" local_entity="0" value="0" />
+        <value cell_index="23826" local_entity="0" value="0" />
+        <value cell_index="23827" local_entity="0" value="0" />
+        <value cell_index="23828" local_entity="0" value="0" />
+        <value cell_index="23829" local_entity="0" value="0" />
+        <value cell_index="23830" local_entity="0" value="0" />
+        <value cell_index="23831" local_entity="0" value="0" />
+        <value cell_index="23832" local_entity="0" value="0" />
+        <value cell_index="23833" local_entity="0" value="0" />
+        <value cell_index="23834" local_entity="0" value="0" />
+        <value cell_index="23835" local_entity="0" value="0" />
+        <value cell_index="23836" local_entity="0" value="0" />
+        <value cell_index="23837" local_entity="0" value="0" />
+        <value cell_index="23838" local_entity="0" value="0" />
+        <value cell_index="23839" local_entity="0" value="0" />
+        <value cell_index="23840" local_entity="0" value="0" />
+        <value cell_index="23841" local_entity="0" value="0" />
+        <value cell_index="23842" local_entity="0" value="0" />
+        <value cell_index="23843" local_entity="0" value="0" />
+        <value cell_index="23844" local_entity="0" value="0" />
+        <value cell_index="23845" local_entity="0" value="0" />
+        <value cell_index="23846" local_entity="0" value="0" />
+        <value cell_index="23847" local_entity="0" value="0" />
+        <value cell_index="23848" local_entity="0" value="0" />
+        <value cell_index="23849" local_entity="0" value="0" />
+        <value cell_index="23850" local_entity="0" value="0" />
+        <value cell_index="23851" local_entity="0" value="0" />
+        <value cell_index="23852" local_entity="0" value="0" />
+        <value cell_index="23853" local_entity="0" value="0" />
+        <value cell_index="23854" local_entity="0" value="0" />
+        <value cell_index="23855" local_entity="0" value="0" />
+        <value cell_index="23856" local_entity="0" value="0" />
+        <value cell_index="23857" local_entity="0" value="0" />
+        <value cell_index="23858" local_entity="0" value="0" />
+        <value cell_index="23859" local_entity="0" value="0" />
+        <value cell_index="23860" local_entity="0" value="0" />
+        <value cell_index="23861" local_entity="0" value="0" />
+        <value cell_index="23862" local_entity="0" value="0" />
+        <value cell_index="23863" local_entity="0" value="0" />
+        <value cell_index="23864" local_entity="0" value="0" />
+        <value cell_index="23865" local_entity="0" value="0" />
+        <value cell_index="23866" local_entity="0" value="0" />
+        <value cell_index="23867" local_entity="0" value="0" />
+        <value cell_index="23868" local_entity="0" value="0" />
+        <value cell_index="23869" local_entity="0" value="0" />
+        <value cell_index="23870" local_entity="0" value="0" />
+        <value cell_index="23871" local_entity="0" value="0" />
+        <value cell_index="23872" local_entity="0" value="0" />
+        <value cell_index="23873" local_entity="0" value="0" />
+        <value cell_index="23874" local_entity="0" value="0" />
+        <value cell_index="23875" local_entity="0" value="0" />
+        <value cell_index="23876" local_entity="0" value="0" />
+        <value cell_index="23877" local_entity="0" value="0" />
+        <value cell_index="23878" local_entity="0" value="0" />
+        <value cell_index="23879" local_entity="0" value="0" />
+        <value cell_index="23880" local_entity="0" value="0" />
+        <value cell_index="23881" local_entity="0" value="0" />
+        <value cell_index="23882" local_entity="0" value="0" />
+        <value cell_index="23883" local_entity="0" value="0" />
+        <value cell_index="23884" local_entity="0" value="0" />
+        <value cell_index="23885" local_entity="0" value="0" />
+        <value cell_index="23886" local_entity="0" value="0" />
+        <value cell_index="23887" local_entity="0" value="0" />
+        <value cell_index="23888" local_entity="0" value="0" />
+        <value cell_index="23889" local_entity="0" value="0" />
+        <value cell_index="23890" local_entity="0" value="0" />
+        <value cell_index="23891" local_entity="0" value="0" />
+        <value cell_index="23892" local_entity="0" value="0" />
+        <value cell_index="23893" local_entity="0" value="0" />
+        <value cell_index="23894" local_entity="0" value="0" />
+        <value cell_index="23895" local_entity="0" value="0" />
+        <value cell_index="23896" local_entity="0" value="0" />
+        <value cell_index="23897" local_entity="0" value="0" />
+        <value cell_index="23898" local_entity="0" value="0" />
+        <value cell_index="23899" local_entity="0" value="0" />
+        <value cell_index="23900" local_entity="0" value="0" />
+        <value cell_index="23901" local_entity="0" value="0" />
+        <value cell_index="23902" local_entity="0" value="0" />
+        <value cell_index="23903" local_entity="0" value="0" />
+        <value cell_index="23904" local_entity="0" value="0" />
+        <value cell_index="23905" local_entity="0" value="0" />
+        <value cell_index="23906" local_entity="0" value="0" />
+        <value cell_index="23907" local_entity="0" value="0" />
+        <value cell_index="23908" local_entity="0" value="0" />
+        <value cell_index="23909" local_entity="0" value="0" />
+        <value cell_index="23910" local_entity="0" value="0" />
+        <value cell_index="23911" local_entity="0" value="0" />
+        <value cell_index="23912" local_entity="0" value="0" />
+        <value cell_index="23913" local_entity="0" value="0" />
+        <value cell_index="23914" local_entity="0" value="0" />
+        <value cell_index="23915" local_entity="0" value="0" />
+        <value cell_index="23916" local_entity="0" value="0" />
+        <value cell_index="23917" local_entity="0" value="0" />
+        <value cell_index="23918" local_entity="0" value="0" />
+        <value cell_index="23919" local_entity="0" value="0" />
+        <value cell_index="23920" local_entity="0" value="0" />
+        <value cell_index="23921" local_entity="0" value="0" />
+        <value cell_index="23922" local_entity="0" value="0" />
+        <value cell_index="23923" local_entity="0" value="0" />
+        <value cell_index="23924" local_entity="0" value="0" />
+        <value cell_index="23925" local_entity="0" value="0" />
+        <value cell_index="23926" local_entity="0" value="0" />
+        <value cell_index="23927" local_entity="0" value="0" />
+        <value cell_index="23928" local_entity="0" value="0" />
+        <value cell_index="23929" local_entity="0" value="0" />
+        <value cell_index="23930" local_entity="0" value="0" />
+        <value cell_index="23931" local_entity="0" value="0" />
+        <value cell_index="23932" local_entity="0" value="0" />
+        <value cell_index="23933" local_entity="0" value="0" />
+        <value cell_index="23934" local_entity="0" value="0" />
+        <value cell_index="23935" local_entity="0" value="0" />
+        <value cell_index="23936" local_entity="0" value="0" />
+        <value cell_index="23937" local_entity="0" value="0" />
+        <value cell_index="23938" local_entity="0" value="0" />
+        <value cell_index="23939" local_entity="0" value="0" />
+        <value cell_index="23940" local_entity="0" value="0" />
+        <value cell_index="23941" local_entity="0" value="0" />
+        <value cell_index="23942" local_entity="0" value="0" />
+        <value cell_index="23943" local_entity="0" value="0" />
+        <value cell_index="23944" local_entity="0" value="0" />
+        <value cell_index="23945" local_entity="0" value="0" />
+        <value cell_index="23946" local_entity="0" value="0" />
+        <value cell_index="23947" local_entity="0" value="0" />
+        <value cell_index="23948" local_entity="0" value="0" />
+        <value cell_index="23949" local_entity="0" value="0" />
+        <value cell_index="23950" local_entity="0" value="0" />
+        <value cell_index="23951" local_entity="0" value="0" />
+        <value cell_index="23952" local_entity="0" value="0" />
+        <value cell_index="23953" local_entity="0" value="0" />
+        <value cell_index="23954" local_entity="0" value="0" />
+        <value cell_index="23955" local_entity="0" value="0" />
+        <value cell_index="23956" local_entity="0" value="0" />
+        <value cell_index="23957" local_entity="0" value="0" />
+        <value cell_index="23958" local_entity="0" value="0" />
+        <value cell_index="23959" local_entity="0" value="0" />
+        <value cell_index="23960" local_entity="0" value="0" />
+        <value cell_index="23961" local_entity="0" value="0" />
+        <value cell_index="23962" local_entity="0" value="0" />
+        <value cell_index="23963" local_entity="0" value="0" />
+        <value cell_index="23964" local_entity="0" value="0" />
+        <value cell_index="23965" local_entity="0" value="0" />
+        <value cell_index="23966" local_entity="0" value="0" />
+        <value cell_index="23967" local_entity="0" value="0" />
+        <value cell_index="23968" local_entity="0" value="0" />
+        <value cell_index="23969" local_entity="0" value="0" />
+        <value cell_index="23970" local_entity="0" value="0" />
+        <value cell_index="23971" local_entity="0" value="0" />
+        <value cell_index="23972" local_entity="0" value="0" />
+        <value cell_index="23973" local_entity="0" value="0" />
+        <value cell_index="23974" local_entity="0" value="0" />
+        <value cell_index="23975" local_entity="0" value="0" />
+        <value cell_index="23976" local_entity="0" value="0" />
+        <value cell_index="23977" local_entity="0" value="0" />
+        <value cell_index="23978" local_entity="0" value="0" />
+        <value cell_index="23979" local_entity="0" value="0" />
+        <value cell_index="23980" local_entity="0" value="0" />
+        <value cell_index="23981" local_entity="0" value="0" />
+        <value cell_index="23982" local_entity="0" value="0" />
+        <value cell_index="23983" local_entity="0" value="0" />
+        <value cell_index="23984" local_entity="0" value="0" />
+        <value cell_index="23985" local_entity="0" value="0" />
+        <value cell_index="23986" local_entity="0" value="0" />
+        <value cell_index="23987" local_entity="0" value="0" />
+        <value cell_index="23988" local_entity="0" value="0" />
+        <value cell_index="23989" local_entity="0" value="0" />
+        <value cell_index="23990" local_entity="0" value="0" />
+        <value cell_index="23991" local_entity="0" value="0" />
+        <value cell_index="23992" local_entity="0" value="0" />
+        <value cell_index="23993" local_entity="0" value="0" />
+        <value cell_index="23994" local_entity="0" value="0" />
+        <value cell_index="23995" local_entity="0" value="0" />
+        <value cell_index="23996" local_entity="0" value="0" />
+        <value cell_index="23997" local_entity="0" value="0" />
+        <value cell_index="23998" local_entity="0" value="0" />
+        <value cell_index="23999" local_entity="0" value="0" />
+        <value cell_index="24000" local_entity="0" value="0" />
+        <value cell_index="24001" local_entity="0" value="0" />
+        <value cell_index="24002" local_entity="0" value="0" />
+        <value cell_index="24003" local_entity="0" value="0" />
+        <value cell_index="24004" local_entity="0" value="0" />
+        <value cell_index="24005" local_entity="0" value="0" />
+        <value cell_index="24006" local_entity="0" value="0" />
+        <value cell_index="24007" local_entity="0" value="0" />
+        <value cell_index="24008" local_entity="0" value="0" />
+        <value cell_index="24009" local_entity="0" value="0" />
+        <value cell_index="24010" local_entity="0" value="0" />
+        <value cell_index="24011" local_entity="0" value="0" />
+        <value cell_index="24012" local_entity="0" value="0" />
+        <value cell_index="24013" local_entity="0" value="0" />
+        <value cell_index="24014" local_entity="0" value="0" />
+        <value cell_index="24015" local_entity="0" value="0" />
+        <value cell_index="24016" local_entity="0" value="0" />
+        <value cell_index="24017" local_entity="0" value="0" />
+        <value cell_index="24018" local_entity="0" value="0" />
+        <value cell_index="24019" local_entity="0" value="0" />
+        <value cell_index="24020" local_entity="0" value="0" />
+        <value cell_index="24021" local_entity="0" value="0" />
+        <value cell_index="24022" local_entity="0" value="0" />
+        <value cell_index="24023" local_entity="0" value="0" />
+        <value cell_index="24024" local_entity="0" value="0" />
+        <value cell_index="24025" local_entity="0" value="0" />
+        <value cell_index="24026" local_entity="0" value="0" />
+        <value cell_index="24027" local_entity="0" value="0" />
+        <value cell_index="24028" local_entity="0" value="0" />
+        <value cell_index="24029" local_entity="0" value="0" />
+        <value cell_index="24030" local_entity="0" value="0" />
+        <value cell_index="24031" local_entity="0" value="0" />
+        <value cell_index="24032" local_entity="0" value="0" />
+        <value cell_index="24033" local_entity="0" value="0" />
+        <value cell_index="24034" local_entity="0" value="0" />
+        <value cell_index="24035" local_entity="0" value="0" />
+        <value cell_index="24036" local_entity="0" value="0" />
+        <value cell_index="24037" local_entity="0" value="0" />
+        <value cell_index="24038" local_entity="0" value="0" />
+        <value cell_index="24039" local_entity="0" value="0" />
+        <value cell_index="24040" local_entity="0" value="0" />
+        <value cell_index="24041" local_entity="0" value="0" />
+        <value cell_index="24042" local_entity="0" value="0" />
+        <value cell_index="24043" local_entity="0" value="0" />
+        <value cell_index="24044" local_entity="0" value="0" />
+        <value cell_index="24045" local_entity="0" value="0" />
+        <value cell_index="24046" local_entity="0" value="0" />
+        <value cell_index="24047" local_entity="0" value="0" />
+        <value cell_index="24048" local_entity="0" value="0" />
+        <value cell_index="24049" local_entity="0" value="0" />
+        <value cell_index="24050" local_entity="0" value="0" />
+        <value cell_index="24051" local_entity="0" value="0" />
+        <value cell_index="24052" local_entity="0" value="0" />
+        <value cell_index="24053" local_entity="0" value="0" />
+        <value cell_index="24054" local_entity="0" value="0" />
+        <value cell_index="24055" local_entity="0" value="0" />
+        <value cell_index="24056" local_entity="0" value="0" />
+        <value cell_index="24057" local_entity="0" value="0" />
+        <value cell_index="24058" local_entity="0" value="0" />
+        <value cell_index="24059" local_entity="0" value="0" />
+        <value cell_index="24060" local_entity="0" value="0" />
+        <value cell_index="24061" local_entity="0" value="0" />
+        <value cell_index="24062" local_entity="0" value="0" />
+        <value cell_index="24063" local_entity="0" value="0" />
+        <value cell_index="24064" local_entity="0" value="0" />
+        <value cell_index="24065" local_entity="0" value="0" />
+        <value cell_index="24066" local_entity="0" value="0" />
+        <value cell_index="24067" local_entity="0" value="0" />
+        <value cell_index="24068" local_entity="0" value="0" />
+        <value cell_index="24069" local_entity="0" value="0" />
+        <value cell_index="24070" local_entity="0" value="0" />
+        <value cell_index="24071" local_entity="0" value="0" />
+        <value cell_index="24072" local_entity="0" value="0" />
+        <value cell_index="24073" local_entity="0" value="0" />
+        <value cell_index="24074" local_entity="0" value="0" />
+        <value cell_index="24075" local_entity="0" value="0" />
+        <value cell_index="24076" local_entity="0" value="0" />
+        <value cell_index="24077" local_entity="0" value="0" />
+        <value cell_index="24078" local_entity="0" value="0" />
+        <value cell_index="24079" local_entity="0" value="0" />
+        <value cell_index="24080" local_entity="0" value="0" />
+        <value cell_index="24081" local_entity="0" value="0" />
+        <value cell_index="24082" local_entity="0" value="0" />
+        <value cell_index="24083" local_entity="0" value="0" />
+        <value cell_index="24084" local_entity="0" value="0" />
+        <value cell_index="24085" local_entity="0" value="0" />
+        <value cell_index="24086" local_entity="0" value="0" />
+        <value cell_index="24087" local_entity="0" value="0" />
+        <value cell_index="24088" local_entity="0" value="0" />
+        <value cell_index="24089" local_entity="0" value="0" />
+        <value cell_index="24090" local_entity="0" value="0" />
+        <value cell_index="24091" local_entity="0" value="0" />
+        <value cell_index="24092" local_entity="0" value="0" />
+        <value cell_index="24093" local_entity="0" value="0" />
+        <value cell_index="24094" local_entity="0" value="0" />
+        <value cell_index="24095" local_entity="0" value="0" />
+        <value cell_index="24096" local_entity="0" value="0" />
+        <value cell_index="24097" local_entity="0" value="0" />
+        <value cell_index="24098" local_entity="0" value="0" />
+        <value cell_index="24099" local_entity="0" value="0" />
+        <value cell_index="24100" local_entity="0" value="0" />
+        <value cell_index="24101" local_entity="0" value="0" />
+        <value cell_index="24102" local_entity="0" value="0" />
+        <value cell_index="24103" local_entity="0" value="0" />
+        <value cell_index="24104" local_entity="0" value="0" />
+        <value cell_index="24105" local_entity="0" value="0" />
+        <value cell_index="24106" local_entity="0" value="0" />
+        <value cell_index="24107" local_entity="0" value="0" />
+        <value cell_index="24108" local_entity="0" value="0" />
+        <value cell_index="24109" local_entity="0" value="0" />
+        <value cell_index="24110" local_entity="0" value="0" />
+        <value cell_index="24111" local_entity="0" value="0" />
+        <value cell_index="24112" local_entity="0" value="0" />
+        <value cell_index="24113" local_entity="0" value="0" />
+        <value cell_index="24114" local_entity="0" value="0" />
+        <value cell_index="24115" local_entity="0" value="0" />
+        <value cell_index="24116" local_entity="0" value="0" />
+        <value cell_index="24117" local_entity="0" value="0" />
+        <value cell_index="24118" local_entity="0" value="0" />
+        <value cell_index="24119" local_entity="0" value="0" />
+        <value cell_index="24120" local_entity="0" value="0" />
+        <value cell_index="24121" local_entity="0" value="0" />
+        <value cell_index="24122" local_entity="0" value="0" />
+        <value cell_index="24123" local_entity="0" value="0" />
+        <value cell_index="24124" local_entity="0" value="0" />
+        <value cell_index="24125" local_entity="0" value="0" />
+        <value cell_index="24126" local_entity="0" value="0" />
+        <value cell_index="24127" local_entity="0" value="0" />
+        <value cell_index="24128" local_entity="0" value="0" />
+        <value cell_index="24129" local_entity="0" value="0" />
+        <value cell_index="24130" local_entity="0" value="0" />
+        <value cell_index="24131" local_entity="0" value="0" />
+        <value cell_index="24132" local_entity="0" value="0" />
+        <value cell_index="24133" local_entity="0" value="0" />
+        <value cell_index="24134" local_entity="0" value="0" />
+        <value cell_index="24135" local_entity="0" value="0" />
+        <value cell_index="24136" local_entity="0" value="0" />
+        <value cell_index="24137" local_entity="0" value="0" />
+        <value cell_index="24138" local_entity="0" value="0" />
+        <value cell_index="24139" local_entity="0" value="0" />
+        <value cell_index="24140" local_entity="0" value="0" />
+        <value cell_index="24141" local_entity="0" value="0" />
+        <value cell_index="24142" local_entity="0" value="0" />
+        <value cell_index="24143" local_entity="0" value="0" />
+        <value cell_index="24144" local_entity="0" value="0" />
+        <value cell_index="24145" local_entity="0" value="0" />
+        <value cell_index="24146" local_entity="0" value="0" />
+        <value cell_index="24147" local_entity="0" value="0" />
+        <value cell_index="24148" local_entity="0" value="0" />
+        <value cell_index="24149" local_entity="0" value="0" />
+        <value cell_index="24150" local_entity="0" value="0" />
+        <value cell_index="24151" local_entity="0" value="0" />
+        <value cell_index="24152" local_entity="0" value="0" />
+        <value cell_index="24153" local_entity="0" value="0" />
+        <value cell_index="24154" local_entity="0" value="0" />
+        <value cell_index="24155" local_entity="0" value="0" />
+        <value cell_index="24156" local_entity="0" value="0" />
+        <value cell_index="24157" local_entity="0" value="0" />
+        <value cell_index="24158" local_entity="0" value="0" />
+        <value cell_index="24159" local_entity="0" value="0" />
+        <value cell_index="24160" local_entity="0" value="0" />
+        <value cell_index="24161" local_entity="0" value="0" />
+        <value cell_index="24162" local_entity="0" value="0" />
+        <value cell_index="24163" local_entity="0" value="0" />
+        <value cell_index="24164" local_entity="0" value="0" />
+        <value cell_index="24165" local_entity="0" value="0" />
+        <value cell_index="24166" local_entity="0" value="0" />
+        <value cell_index="24167" local_entity="0" value="0" />
+        <value cell_index="24168" local_entity="0" value="0" />
+        <value cell_index="24169" local_entity="0" value="0" />
+        <value cell_index="24170" local_entity="0" value="0" />
+        <value cell_index="24171" local_entity="0" value="0" />
+        <value cell_index="24172" local_entity="0" value="0" />
+        <value cell_index="24173" local_entity="0" value="0" />
+        <value cell_index="24174" local_entity="0" value="0" />
+        <value cell_index="24175" local_entity="0" value="0" />
+        <value cell_index="24176" local_entity="0" value="0" />
+        <value cell_index="24177" local_entity="0" value="0" />
+        <value cell_index="24178" local_entity="0" value="0" />
+        <value cell_index="24179" local_entity="0" value="0" />
+        <value cell_index="24180" local_entity="0" value="0" />
+        <value cell_index="24181" local_entity="0" value="0" />
+        <value cell_index="24182" local_entity="0" value="0" />
+        <value cell_index="24183" local_entity="0" value="0" />
+        <value cell_index="24184" local_entity="0" value="0" />
+        <value cell_index="24185" local_entity="0" value="0" />
+        <value cell_index="24186" local_entity="0" value="0" />
+        <value cell_index="24187" local_entity="0" value="0" />
+        <value cell_index="24188" local_entity="0" value="0" />
+        <value cell_index="24189" local_entity="0" value="0" />
+        <value cell_index="24190" local_entity="0" value="0" />
+        <value cell_index="24191" local_entity="0" value="0" />
+        <value cell_index="24192" local_entity="0" value="0" />
+        <value cell_index="24193" local_entity="0" value="0" />
+        <value cell_index="24194" local_entity="0" value="0" />
+        <value cell_index="24195" local_entity="0" value="0" />
+        <value cell_index="24196" local_entity="0" value="0" />
+        <value cell_index="24197" local_entity="0" value="0" />
+        <value cell_index="24198" local_entity="0" value="0" />
+        <value cell_index="24199" local_entity="0" value="0" />
+        <value cell_index="24200" local_entity="0" value="0" />
+        <value cell_index="24201" local_entity="0" value="0" />
+        <value cell_index="24202" local_entity="0" value="0" />
+        <value cell_index="24203" local_entity="0" value="0" />
+        <value cell_index="24204" local_entity="0" value="0" />
+        <value cell_index="24205" local_entity="0" value="0" />
+        <value cell_index="24206" local_entity="0" value="0" />
+        <value cell_index="24207" local_entity="0" value="0" />
+        <value cell_index="24208" local_entity="0" value="0" />
+        <value cell_index="24209" local_entity="0" value="0" />
+        <value cell_index="24210" local_entity="0" value="0" />
+        <value cell_index="24211" local_entity="0" value="0" />
+        <value cell_index="24212" local_entity="0" value="0" />
+        <value cell_index="24213" local_entity="0" value="0" />
+        <value cell_index="24214" local_entity="0" value="0" />
+        <value cell_index="24215" local_entity="0" value="0" />
+        <value cell_index="24216" local_entity="0" value="0" />
+        <value cell_index="24217" local_entity="0" value="0" />
+        <value cell_index="24218" local_entity="0" value="0" />
+        <value cell_index="24219" local_entity="0" value="0" />
+        <value cell_index="24220" local_entity="0" value="0" />
+        <value cell_index="24221" local_entity="0" value="0" />
+        <value cell_index="24222" local_entity="0" value="0" />
+        <value cell_index="24223" local_entity="0" value="0" />
+        <value cell_index="24224" local_entity="0" value="0" />
+        <value cell_index="24225" local_entity="0" value="0" />
+        <value cell_index="24226" local_entity="0" value="0" />
+        <value cell_index="24227" local_entity="0" value="0" />
+        <value cell_index="24228" local_entity="0" value="0" />
+        <value cell_index="24229" local_entity="0" value="0" />
+        <value cell_index="24230" local_entity="0" value="0" />
+        <value cell_index="24231" local_entity="0" value="0" />
+        <value cell_index="24232" local_entity="0" value="0" />
+        <value cell_index="24233" local_entity="0" value="0" />
+        <value cell_index="24234" local_entity="0" value="0" />
+        <value cell_index="24235" local_entity="0" value="0" />
+        <value cell_index="24236" local_entity="0" value="0" />
+        <value cell_index="24237" local_entity="0" value="0" />
+        <value cell_index="24238" local_entity="0" value="0" />
+        <value cell_index="24239" local_entity="0" value="0" />
+        <value cell_index="24240" local_entity="0" value="0" />
+        <value cell_index="24241" local_entity="0" value="0" />
+        <value cell_index="24242" local_entity="0" value="0" />
+        <value cell_index="24243" local_entity="0" value="0" />
+        <value cell_index="24244" local_entity="0" value="0" />
+        <value cell_index="24245" local_entity="0" value="0" />
+        <value cell_index="24246" local_entity="0" value="0" />
+        <value cell_index="24247" local_entity="0" value="0" />
+        <value cell_index="24248" local_entity="0" value="0" />
+        <value cell_index="24249" local_entity="0" value="0" />
+        <value cell_index="24250" local_entity="0" value="0" />
+        <value cell_index="24251" local_entity="0" value="0" />
+        <value cell_index="24252" local_entity="0" value="0" />
+        <value cell_index="24253" local_entity="0" value="0" />
+        <value cell_index="24254" local_entity="0" value="0" />
+        <value cell_index="24255" local_entity="0" value="0" />
+        <value cell_index="24256" local_entity="0" value="0" />
+        <value cell_index="24257" local_entity="0" value="0" />
+        <value cell_index="24258" local_entity="0" value="0" />
+        <value cell_index="24259" local_entity="0" value="0" />
+        <value cell_index="24260" local_entity="0" value="0" />
+        <value cell_index="24261" local_entity="0" value="0" />
+        <value cell_index="24262" local_entity="0" value="0" />
+        <value cell_index="24263" local_entity="0" value="0" />
+        <value cell_index="24264" local_entity="0" value="0" />
+        <value cell_index="24265" local_entity="0" value="0" />
+        <value cell_index="24266" local_entity="0" value="0" />
+        <value cell_index="24267" local_entity="0" value="0" />
+        <value cell_index="24268" local_entity="0" value="0" />
+        <value cell_index="24269" local_entity="0" value="0" />
+        <value cell_index="24270" local_entity="0" value="0" />
+        <value cell_index="24271" local_entity="0" value="0" />
+        <value cell_index="24272" local_entity="0" value="0" />
+        <value cell_index="24273" local_entity="0" value="0" />
+        <value cell_index="24274" local_entity="0" value="0" />
+        <value cell_index="24275" local_entity="0" value="0" />
+        <value cell_index="24276" local_entity="0" value="0" />
+        <value cell_index="24277" local_entity="0" value="0" />
+        <value cell_index="24278" local_entity="0" value="0" />
+        <value cell_index="24279" local_entity="0" value="0" />
+        <value cell_index="24280" local_entity="0" value="0" />
+        <value cell_index="24281" local_entity="0" value="0" />
+        <value cell_index="24282" local_entity="0" value="0" />
+        <value cell_index="24283" local_entity="0" value="0" />
+        <value cell_index="24284" local_entity="0" value="0" />
+        <value cell_index="24285" local_entity="0" value="0" />
+        <value cell_index="24286" local_entity="0" value="0" />
+        <value cell_index="24287" local_entity="0" value="0" />
+        <value cell_index="24288" local_entity="0" value="0" />
+        <value cell_index="24289" local_entity="0" value="0" />
+        <value cell_index="24290" local_entity="0" value="0" />
+        <value cell_index="24291" local_entity="0" value="0" />
+        <value cell_index="24292" local_entity="0" value="0" />
+        <value cell_index="24293" local_entity="0" value="0" />
+        <value cell_index="24294" local_entity="0" value="0" />
+        <value cell_index="24295" local_entity="0" value="0" />
+        <value cell_index="24296" local_entity="0" value="0" />
+        <value cell_index="24297" local_entity="0" value="0" />
+        <value cell_index="24298" local_entity="0" value="0" />
+        <value cell_index="24299" local_entity="0" value="0" />
+        <value cell_index="24300" local_entity="0" value="0" />
+        <value cell_index="24301" local_entity="0" value="0" />
+        <value cell_index="24302" local_entity="0" value="0" />
+        <value cell_index="24303" local_entity="0" value="0" />
+        <value cell_index="24304" local_entity="0" value="0" />
+        <value cell_index="24305" local_entity="0" value="0" />
+        <value cell_index="24306" local_entity="0" value="0" />
+        <value cell_index="24307" local_entity="0" value="0" />
+        <value cell_index="24308" local_entity="0" value="0" />
+        <value cell_index="24309" local_entity="0" value="0" />
+        <value cell_index="24310" local_entity="0" value="0" />
+        <value cell_index="24311" local_entity="0" value="0" />
+        <value cell_index="24312" local_entity="0" value="0" />
+        <value cell_index="24313" local_entity="0" value="0" />
+        <value cell_index="24314" local_entity="0" value="0" />
+        <value cell_index="24315" local_entity="0" value="0" />
+        <value cell_index="24316" local_entity="0" value="0" />
+        <value cell_index="24317" local_entity="0" value="0" />
+        <value cell_index="24318" local_entity="0" value="0" />
+        <value cell_index="24319" local_entity="0" value="0" />
+        <value cell_index="24320" local_entity="0" value="0" />
+        <value cell_index="24321" local_entity="0" value="0" />
+        <value cell_index="24322" local_entity="0" value="0" />
+        <value cell_index="24323" local_entity="0" value="0" />
+        <value cell_index="24324" local_entity="0" value="0" />
+        <value cell_index="24325" local_entity="0" value="0" />
+        <value cell_index="24326" local_entity="0" value="0" />
+        <value cell_index="24327" local_entity="0" value="0" />
+        <value cell_index="24328" local_entity="0" value="0" />
+        <value cell_index="24329" local_entity="0" value="0" />
+        <value cell_index="24330" local_entity="0" value="0" />
+        <value cell_index="24331" local_entity="0" value="0" />
+        <value cell_index="24332" local_entity="0" value="0" />
+        <value cell_index="24333" local_entity="0" value="0" />
+        <value cell_index="24334" local_entity="0" value="0" />
+        <value cell_index="24335" local_entity="0" value="0" />
+        <value cell_index="24336" local_entity="0" value="0" />
+        <value cell_index="24337" local_entity="0" value="0" />
+        <value cell_index="24338" local_entity="0" value="0" />
+        <value cell_index="24339" local_entity="0" value="0" />
+        <value cell_index="24340" local_entity="0" value="0" />
+        <value cell_index="24341" local_entity="0" value="0" />
+        <value cell_index="24342" local_entity="0" value="0" />
+        <value cell_index="24343" local_entity="0" value="0" />
+        <value cell_index="24344" local_entity="0" value="0" />
+        <value cell_index="24345" local_entity="0" value="0" />
+        <value cell_index="24346" local_entity="0" value="0" />
+        <value cell_index="24347" local_entity="0" value="0" />
+        <value cell_index="24348" local_entity="0" value="0" />
+        <value cell_index="24349" local_entity="0" value="0" />
+        <value cell_index="24350" local_entity="0" value="0" />
+        <value cell_index="24351" local_entity="0" value="0" />
+        <value cell_index="24352" local_entity="0" value="0" />
+        <value cell_index="24353" local_entity="0" value="0" />
+        <value cell_index="24354" local_entity="0" value="0" />
+        <value cell_index="24355" local_entity="0" value="0" />
+        <value cell_index="24356" local_entity="0" value="0" />
+        <value cell_index="24357" local_entity="0" value="0" />
+        <value cell_index="24358" local_entity="0" value="0" />
+        <value cell_index="24359" local_entity="0" value="0" />
+        <value cell_index="24360" local_entity="0" value="0" />
+        <value cell_index="24361" local_entity="0" value="0" />
+        <value cell_index="24362" local_entity="0" value="0" />
+        <value cell_index="24363" local_entity="0" value="0" />
+        <value cell_index="24364" local_entity="0" value="0" />
+        <value cell_index="24365" local_entity="0" value="0" />
+        <value cell_index="24366" local_entity="0" value="0" />
+        <value cell_index="24367" local_entity="0" value="0" />
+        <value cell_index="24368" local_entity="0" value="0" />
+        <value cell_index="24369" local_entity="0" value="0" />
+        <value cell_index="24370" local_entity="0" value="0" />
+        <value cell_index="24371" local_entity="0" value="0" />
+        <value cell_index="24372" local_entity="0" value="0" />
+        <value cell_index="24373" local_entity="0" value="0" />
+        <value cell_index="24374" local_entity="0" value="0" />
+        <value cell_index="24375" local_entity="0" value="0" />
+        <value cell_index="24376" local_entity="0" value="0" />
+        <value cell_index="24377" local_entity="0" value="0" />
+        <value cell_index="24378" local_entity="0" value="0" />
+        <value cell_index="24379" local_entity="0" value="0" />
+        <value cell_index="24380" local_entity="0" value="0" />
+        <value cell_index="24381" local_entity="0" value="0" />
+        <value cell_index="24382" local_entity="0" value="0" />
+        <value cell_index="24383" local_entity="0" value="0" />
+        <value cell_index="24384" local_entity="0" value="0" />
+        <value cell_index="24385" local_entity="0" value="0" />
+        <value cell_index="24386" local_entity="0" value="0" />
+        <value cell_index="24387" local_entity="0" value="0" />
+        <value cell_index="24388" local_entity="0" value="0" />
+        <value cell_index="24389" local_entity="0" value="0" />
+        <value cell_index="24390" local_entity="0" value="0" />
+        <value cell_index="24391" local_entity="0" value="0" />
+        <value cell_index="24392" local_entity="0" value="0" />
+        <value cell_index="24393" local_entity="0" value="0" />
+        <value cell_index="24394" local_entity="0" value="0" />
+        <value cell_index="24395" local_entity="0" value="0" />
+        <value cell_index="24396" local_entity="0" value="0" />
+        <value cell_index="24397" local_entity="0" value="0" />
+        <value cell_index="24398" local_entity="0" value="0" />
+        <value cell_index="24399" local_entity="0" value="0" />
+        <value cell_index="24400" local_entity="0" value="0" />
+        <value cell_index="24401" local_entity="0" value="0" />
+        <value cell_index="24402" local_entity="0" value="0" />
+        <value cell_index="24403" local_entity="0" value="0" />
+        <value cell_index="24404" local_entity="0" value="0" />
+        <value cell_index="24405" local_entity="0" value="0" />
+        <value cell_index="24406" local_entity="0" value="0" />
+        <value cell_index="24407" local_entity="0" value="0" />
+        <value cell_index="24408" local_entity="0" value="0" />
+        <value cell_index="24409" local_entity="0" value="0" />
+        <value cell_index="24410" local_entity="0" value="0" />
+        <value cell_index="24411" local_entity="0" value="0" />
+        <value cell_index="24412" local_entity="0" value="0" />
+        <value cell_index="24413" local_entity="0" value="0" />
+        <value cell_index="24414" local_entity="0" value="0" />
+        <value cell_index="24415" local_entity="0" value="0" />
+        <value cell_index="24416" local_entity="0" value="0" />
+        <value cell_index="24417" local_entity="0" value="0" />
+        <value cell_index="24418" local_entity="0" value="0" />
+        <value cell_index="24419" local_entity="0" value="0" />
+        <value cell_index="24420" local_entity="0" value="0" />
+        <value cell_index="24421" local_entity="0" value="0" />
+        <value cell_index="24422" local_entity="0" value="0" />
+        <value cell_index="24423" local_entity="0" value="0" />
+        <value cell_index="24424" local_entity="0" value="0" />
+        <value cell_index="24425" local_entity="0" value="0" />
+        <value cell_index="24426" local_entity="0" value="0" />
+        <value cell_index="24427" local_entity="0" value="0" />
+        <value cell_index="24428" local_entity="0" value="0" />
+        <value cell_index="24429" local_entity="0" value="0" />
+        <value cell_index="24430" local_entity="0" value="0" />
+        <value cell_index="24431" local_entity="0" value="0" />
+        <value cell_index="24432" local_entity="0" value="0" />
+        <value cell_index="24433" local_entity="0" value="0" />
+        <value cell_index="24434" local_entity="0" value="0" />
+        <value cell_index="24435" local_entity="0" value="0" />
+        <value cell_index="24436" local_entity="0" value="0" />
+        <value cell_index="24437" local_entity="0" value="0" />
+        <value cell_index="24438" local_entity="0" value="0" />
+        <value cell_index="24439" local_entity="0" value="0" />
+        <value cell_index="24440" local_entity="0" value="0" />
+        <value cell_index="24441" local_entity="0" value="0" />
+        <value cell_index="24442" local_entity="0" value="0" />
+        <value cell_index="24443" local_entity="0" value="0" />
+        <value cell_index="24444" local_entity="0" value="0" />
+        <value cell_index="24445" local_entity="0" value="0" />
+        <value cell_index="24446" local_entity="0" value="0" />
+        <value cell_index="24447" local_entity="0" value="0" />
+        <value cell_index="24448" local_entity="0" value="0" />
+        <value cell_index="24449" local_entity="0" value="0" />
+        <value cell_index="24450" local_entity="0" value="0" />
+        <value cell_index="24451" local_entity="0" value="0" />
+        <value cell_index="24452" local_entity="0" value="0" />
+        <value cell_index="24453" local_entity="0" value="0" />
+        <value cell_index="24454" local_entity="0" value="0" />
+        <value cell_index="24455" local_entity="0" value="0" />
+        <value cell_index="24456" local_entity="0" value="0" />
+        <value cell_index="24457" local_entity="0" value="0" />
+        <value cell_index="24458" local_entity="0" value="0" />
+        <value cell_index="24459" local_entity="0" value="0" />
+        <value cell_index="24460" local_entity="0" value="0" />
+        <value cell_index="24461" local_entity="0" value="0" />
+        <value cell_index="24462" local_entity="0" value="0" />
+        <value cell_index="24463" local_entity="0" value="0" />
+        <value cell_index="24464" local_entity="0" value="0" />
+        <value cell_index="24465" local_entity="0" value="0" />
+        <value cell_index="24466" local_entity="0" value="0" />
+        <value cell_index="24467" local_entity="0" value="0" />
+        <value cell_index="24468" local_entity="0" value="0" />
+        <value cell_index="24469" local_entity="0" value="0" />
+        <value cell_index="24470" local_entity="0" value="0" />
+        <value cell_index="24471" local_entity="0" value="0" />
+        <value cell_index="24472" local_entity="0" value="0" />
+        <value cell_index="24473" local_entity="0" value="0" />
+        <value cell_index="24474" local_entity="0" value="0" />
+        <value cell_index="24475" local_entity="0" value="0" />
+        <value cell_index="24476" local_entity="0" value="0" />
+        <value cell_index="24477" local_entity="0" value="0" />
+        <value cell_index="24478" local_entity="0" value="0" />
+        <value cell_index="24479" local_entity="0" value="0" />
+        <value cell_index="24480" local_entity="0" value="0" />
+        <value cell_index="24481" local_entity="0" value="0" />
+        <value cell_index="24482" local_entity="0" value="0" />
+        <value cell_index="24483" local_entity="0" value="0" />
+        <value cell_index="24484" local_entity="0" value="0" />
+        <value cell_index="24485" local_entity="0" value="0" />
+        <value cell_index="24486" local_entity="0" value="0" />
+        <value cell_index="24487" local_entity="0" value="0" />
+        <value cell_index="24488" local_entity="0" value="0" />
+        <value cell_index="24489" local_entity="0" value="0" />
+        <value cell_index="24490" local_entity="0" value="0" />
+        <value cell_index="24491" local_entity="0" value="0" />
+        <value cell_index="24492" local_entity="0" value="0" />
+        <value cell_index="24493" local_entity="0" value="0" />
+        <value cell_index="24494" local_entity="0" value="0" />
+        <value cell_index="24495" local_entity="0" value="0" />
+        <value cell_index="24496" local_entity="0" value="0" />
+        <value cell_index="24497" local_entity="0" value="0" />
+        <value cell_index="24498" local_entity="0" value="0" />
+        <value cell_index="24499" local_entity="0" value="0" />
+        <value cell_index="24500" local_entity="0" value="0" />
+        <value cell_index="24501" local_entity="0" value="0" />
+        <value cell_index="24502" local_entity="0" value="0" />
+        <value cell_index="24503" local_entity="0" value="0" />
+        <value cell_index="24504" local_entity="0" value="0" />
+        <value cell_index="24505" local_entity="0" value="0" />
+        <value cell_index="24506" local_entity="0" value="0" />
+        <value cell_index="24507" local_entity="0" value="0" />
+        <value cell_index="24508" local_entity="0" value="0" />
+        <value cell_index="24509" local_entity="0" value="0" />
+        <value cell_index="24510" local_entity="0" value="0" />
+        <value cell_index="24511" local_entity="0" value="0" />
+        <value cell_index="24512" local_entity="0" value="0" />
+        <value cell_index="24513" local_entity="0" value="0" />
+        <value cell_index="24514" local_entity="0" value="0" />
+        <value cell_index="24515" local_entity="0" value="0" />
+        <value cell_index="24516" local_entity="0" value="0" />
+        <value cell_index="24517" local_entity="0" value="0" />
+        <value cell_index="24518" local_entity="0" value="0" />
+        <value cell_index="24519" local_entity="0" value="0" />
+        <value cell_index="24520" local_entity="0" value="0" />
+        <value cell_index="24521" local_entity="0" value="0" />
+        <value cell_index="24522" local_entity="0" value="0" />
+        <value cell_index="24523" local_entity="0" value="0" />
+        <value cell_index="24524" local_entity="0" value="0" />
+        <value cell_index="24525" local_entity="0" value="0" />
+        <value cell_index="24526" local_entity="0" value="0" />
+        <value cell_index="24527" local_entity="0" value="0" />
+        <value cell_index="24528" local_entity="0" value="0" />
+        <value cell_index="24529" local_entity="0" value="0" />
+        <value cell_index="24530" local_entity="0" value="0" />
+        <value cell_index="24531" local_entity="0" value="0" />
+        <value cell_index="24532" local_entity="0" value="0" />
+        <value cell_index="24533" local_entity="0" value="0" />
+        <value cell_index="24534" local_entity="0" value="0" />
+        <value cell_index="24535" local_entity="0" value="0" />
+        <value cell_index="24536" local_entity="0" value="0" />
+        <value cell_index="24537" local_entity="0" value="0" />
+        <value cell_index="24538" local_entity="0" value="0" />
+        <value cell_index="24539" local_entity="0" value="0" />
+        <value cell_index="24540" local_entity="0" value="0" />
+        <value cell_index="24541" local_entity="0" value="0" />
+        <value cell_index="24542" local_entity="0" value="0" />
+        <value cell_index="24543" local_entity="0" value="0" />
+        <value cell_index="24544" local_entity="0" value="0" />
+        <value cell_index="24545" local_entity="0" value="0" />
+        <value cell_index="24546" local_entity="0" value="0" />
+        <value cell_index="24547" local_entity="0" value="0" />
+        <value cell_index="24548" local_entity="0" value="0" />
+        <value cell_index="24549" local_entity="0" value="0" />
+        <value cell_index="24550" local_entity="0" value="0" />
+        <value cell_index="24551" local_entity="0" value="0" />
+        <value cell_index="24552" local_entity="0" value="0" />
+        <value cell_index="24553" local_entity="0" value="0" />
+        <value cell_index="24554" local_entity="0" value="0" />
+        <value cell_index="24555" local_entity="0" value="0" />
+        <value cell_index="24556" local_entity="0" value="0" />
+        <value cell_index="24557" local_entity="0" value="0" />
+        <value cell_index="24558" local_entity="0" value="0" />
+        <value cell_index="24559" local_entity="0" value="0" />
+        <value cell_index="24560" local_entity="0" value="0" />
+        <value cell_index="24561" local_entity="0" value="0" />
+        <value cell_index="24562" local_entity="0" value="0" />
+        <value cell_index="24563" local_entity="0" value="0" />
+        <value cell_index="24564" local_entity="0" value="0" />
+        <value cell_index="24565" local_entity="0" value="0" />
+        <value cell_index="24566" local_entity="0" value="0" />
+        <value cell_index="24567" local_entity="0" value="0" />
+        <value cell_index="24568" local_entity="0" value="0" />
+        <value cell_index="24569" local_entity="0" value="0" />
+        <value cell_index="24570" local_entity="0" value="0" />
+        <value cell_index="24571" local_entity="0" value="0" />
+        <value cell_index="24572" local_entity="0" value="0" />
+        <value cell_index="24573" local_entity="0" value="0" />
+        <value cell_index="24574" local_entity="0" value="0" />
+        <value cell_index="24575" local_entity="0" value="0" />
+        <value cell_index="24576" local_entity="0" value="0" />
+        <value cell_index="24577" local_entity="0" value="0" />
+        <value cell_index="24578" local_entity="0" value="0" />
+        <value cell_index="24579" local_entity="0" value="0" />
+        <value cell_index="24580" local_entity="0" value="0" />
+        <value cell_index="24581" local_entity="0" value="0" />
+        <value cell_index="24582" local_entity="0" value="0" />
+        <value cell_index="24583" local_entity="0" value="0" />
+        <value cell_index="24584" local_entity="0" value="0" />
+        <value cell_index="24585" local_entity="0" value="0" />
+        <value cell_index="24586" local_entity="0" value="0" />
+        <value cell_index="24587" local_entity="0" value="0" />
+        <value cell_index="24588" local_entity="0" value="0" />
+        <value cell_index="24589" local_entity="0" value="0" />
+        <value cell_index="24590" local_entity="0" value="0" />
+        <value cell_index="24591" local_entity="0" value="0" />
+        <value cell_index="24592" local_entity="0" value="0" />
+        <value cell_index="24593" local_entity="0" value="0" />
+        <value cell_index="24594" local_entity="0" value="0" />
+        <value cell_index="24595" local_entity="0" value="0" />
+        <value cell_index="24596" local_entity="0" value="0" />
+        <value cell_index="24597" local_entity="0" value="0" />
+        <value cell_index="24598" local_entity="0" value="0" />
+        <value cell_index="24599" local_entity="0" value="0" />
+        <value cell_index="24600" local_entity="0" value="0" />
+        <value cell_index="24601" local_entity="0" value="0" />
+        <value cell_index="24602" local_entity="0" value="0" />
+        <value cell_index="24603" local_entity="0" value="0" />
+        <value cell_index="24604" local_entity="0" value="0" />
+        <value cell_index="24605" local_entity="0" value="0" />
+        <value cell_index="24606" local_entity="0" value="0" />
+        <value cell_index="24607" local_entity="0" value="0" />
+        <value cell_index="24608" local_entity="0" value="0" />
+        <value cell_index="24609" local_entity="0" value="0" />
+        <value cell_index="24610" local_entity="0" value="0" />
+        <value cell_index="24611" local_entity="0" value="0" />
+        <value cell_index="24612" local_entity="0" value="0" />
+        <value cell_index="24613" local_entity="0" value="0" />
+        <value cell_index="24614" local_entity="0" value="0" />
+        <value cell_index="24615" local_entity="0" value="0" />
+        <value cell_index="24616" local_entity="0" value="0" />
+        <value cell_index="24617" local_entity="0" value="0" />
+        <value cell_index="24618" local_entity="0" value="0" />
+        <value cell_index="24619" local_entity="0" value="0" />
+        <value cell_index="24620" local_entity="0" value="0" />
+        <value cell_index="24621" local_entity="0" value="0" />
+        <value cell_index="24622" local_entity="0" value="0" />
+        <value cell_index="24623" local_entity="0" value="0" />
+        <value cell_index="24624" local_entity="0" value="0" />
+        <value cell_index="24625" local_entity="0" value="0" />
+        <value cell_index="24626" local_entity="0" value="0" />
+        <value cell_index="24627" local_entity="0" value="0" />
+        <value cell_index="24628" local_entity="0" value="0" />
+        <value cell_index="24629" local_entity="0" value="0" />
+        <value cell_index="24630" local_entity="0" value="0" />
+        <value cell_index="24631" local_entity="0" value="0" />
+        <value cell_index="24632" local_entity="0" value="0" />
+        <value cell_index="24633" local_entity="0" value="0" />
+        <value cell_index="24634" local_entity="0" value="0" />
+        <value cell_index="24635" local_entity="0" value="0" />
+        <value cell_index="24636" local_entity="0" value="0" />
+        <value cell_index="24637" local_entity="0" value="0" />
+        <value cell_index="24638" local_entity="0" value="0" />
+        <value cell_index="24639" local_entity="0" value="0" />
+        <value cell_index="24640" local_entity="0" value="0" />
+        <value cell_index="24641" local_entity="0" value="0" />
+        <value cell_index="24642" local_entity="0" value="0" />
+        <value cell_index="24643" local_entity="0" value="0" />
+        <value cell_index="24644" local_entity="0" value="0" />
+        <value cell_index="24645" local_entity="0" value="0" />
+        <value cell_index="24646" local_entity="0" value="0" />
+        <value cell_index="24647" local_entity="0" value="0" />
+        <value cell_index="24648" local_entity="0" value="0" />
+        <value cell_index="24649" local_entity="0" value="0" />
+        <value cell_index="24650" local_entity="0" value="0" />
+        <value cell_index="24651" local_entity="0" value="0" />
+        <value cell_index="24652" local_entity="0" value="0" />
+        <value cell_index="24653" local_entity="0" value="0" />
+        <value cell_index="24654" local_entity="0" value="0" />
+        <value cell_index="24655" local_entity="0" value="0" />
+        <value cell_index="24656" local_entity="0" value="0" />
+        <value cell_index="24657" local_entity="0" value="0" />
+        <value cell_index="24658" local_entity="0" value="0" />
+        <value cell_index="24659" local_entity="0" value="0" />
+        <value cell_index="24660" local_entity="0" value="0" />
+        <value cell_index="24661" local_entity="0" value="0" />
+        <value cell_index="24662" local_entity="0" value="0" />
+        <value cell_index="24663" local_entity="0" value="0" />
+        <value cell_index="24664" local_entity="0" value="0" />
+        <value cell_index="24665" local_entity="0" value="0" />
+        <value cell_index="24666" local_entity="0" value="0" />
+        <value cell_index="24667" local_entity="0" value="0" />
+        <value cell_index="24668" local_entity="0" value="0" />
+        <value cell_index="24669" local_entity="0" value="0" />
+        <value cell_index="24670" local_entity="0" value="0" />
+        <value cell_index="24671" local_entity="0" value="0" />
+        <value cell_index="24672" local_entity="0" value="0" />
+        <value cell_index="24673" local_entity="0" value="0" />
+        <value cell_index="24674" local_entity="0" value="0" />
+        <value cell_index="24675" local_entity="0" value="0" />
+        <value cell_index="24676" local_entity="0" value="0" />
+        <value cell_index="24677" local_entity="0" value="0" />
+        <value cell_index="24678" local_entity="0" value="0" />
+        <value cell_index="24679" local_entity="0" value="0" />
+        <value cell_index="24680" local_entity="0" value="0" />
+        <value cell_index="24681" local_entity="0" value="0" />
+        <value cell_index="24682" local_entity="0" value="0" />
+        <value cell_index="24683" local_entity="0" value="0" />
+        <value cell_index="24684" local_entity="0" value="0" />
+        <value cell_index="24685" local_entity="0" value="0" />
+        <value cell_index="24686" local_entity="0" value="0" />
+        <value cell_index="24687" local_entity="0" value="0" />
+        <value cell_index="24688" local_entity="0" value="0" />
+        <value cell_index="24689" local_entity="0" value="0" />
+        <value cell_index="24690" local_entity="0" value="0" />
+        <value cell_index="24691" local_entity="0" value="0" />
+        <value cell_index="24692" local_entity="0" value="0" />
+        <value cell_index="24693" local_entity="0" value="0" />
+        <value cell_index="24694" local_entity="0" value="0" />
+        <value cell_index="24695" local_entity="0" value="0" />
+        <value cell_index="24696" local_entity="0" value="0" />
+        <value cell_index="24697" local_entity="0" value="0" />
+        <value cell_index="24698" local_entity="0" value="0" />
+        <value cell_index="24699" local_entity="0" value="0" />
+        <value cell_index="24700" local_entity="0" value="0" />
+        <value cell_index="24701" local_entity="0" value="0" />
+        <value cell_index="24702" local_entity="0" value="0" />
+        <value cell_index="24703" local_entity="0" value="0" />
+        <value cell_index="24704" local_entity="0" value="0" />
+        <value cell_index="24705" local_entity="0" value="0" />
+        <value cell_index="24706" local_entity="0" value="0" />
+        <value cell_index="24707" local_entity="0" value="0" />
+        <value cell_index="24708" local_entity="0" value="0" />
+        <value cell_index="24709" local_entity="0" value="0" />
+        <value cell_index="24710" local_entity="0" value="0" />
+        <value cell_index="24711" local_entity="0" value="0" />
+        <value cell_index="24712" local_entity="0" value="0" />
+        <value cell_index="24713" local_entity="0" value="0" />
+        <value cell_index="24714" local_entity="0" value="0" />
+        <value cell_index="24715" local_entity="0" value="0" />
+        <value cell_index="24716" local_entity="0" value="0" />
+        <value cell_index="24717" local_entity="0" value="0" />
+        <value cell_index="24718" local_entity="0" value="0" />
+        <value cell_index="24719" local_entity="0" value="0" />
+        <value cell_index="24720" local_entity="0" value="0" />
+        <value cell_index="24721" local_entity="0" value="0" />
+        <value cell_index="24722" local_entity="0" value="0" />
+        <value cell_index="24723" local_entity="0" value="0" />
+        <value cell_index="24724" local_entity="0" value="0" />
+        <value cell_index="24725" local_entity="0" value="0" />
+        <value cell_index="24726" local_entity="0" value="0" />
+        <value cell_index="24727" local_entity="0" value="0" />
+        <value cell_index="24728" local_entity="0" value="0" />
+        <value cell_index="24729" local_entity="0" value="0" />
+        <value cell_index="24730" local_entity="0" value="0" />
+        <value cell_index="24731" local_entity="0" value="0" />
+        <value cell_index="24732" local_entity="0" value="0" />
+        <value cell_index="24733" local_entity="0" value="0" />
+        <value cell_index="24734" local_entity="0" value="0" />
+        <value cell_index="24735" local_entity="0" value="0" />
+        <value cell_index="24736" local_entity="0" value="0" />
+        <value cell_index="24737" local_entity="0" value="0" />
+        <value cell_index="24738" local_entity="0" value="0" />
+        <value cell_index="24739" local_entity="0" value="0" />
+        <value cell_index="24740" local_entity="0" value="0" />
+        <value cell_index="24741" local_entity="0" value="0" />
+        <value cell_index="24742" local_entity="0" value="0" />
+        <value cell_index="24743" local_entity="0" value="0" />
+        <value cell_index="24744" local_entity="0" value="0" />
+        <value cell_index="24745" local_entity="0" value="0" />
+        <value cell_index="24746" local_entity="0" value="0" />
+        <value cell_index="24747" local_entity="0" value="0" />
+        <value cell_index="24748" local_entity="0" value="0" />
+        <value cell_index="24749" local_entity="0" value="0" />
+        <value cell_index="24750" local_entity="0" value="0" />
+        <value cell_index="24751" local_entity="0" value="0" />
+        <value cell_index="24752" local_entity="0" value="0" />
+        <value cell_index="24753" local_entity="0" value="0" />
+        <value cell_index="24754" local_entity="0" value="0" />
+        <value cell_index="24755" local_entity="0" value="0" />
+        <value cell_index="24756" local_entity="0" value="0" />
+        <value cell_index="24757" local_entity="0" value="0" />
+        <value cell_index="24758" local_entity="0" value="0" />
+        <value cell_index="24759" local_entity="0" value="0" />
+        <value cell_index="24760" local_entity="0" value="0" />
+        <value cell_index="24761" local_entity="0" value="0" />
+        <value cell_index="24762" local_entity="0" value="0" />
+        <value cell_index="24763" local_entity="0" value="0" />
+        <value cell_index="24764" local_entity="0" value="0" />
+        <value cell_index="24765" local_entity="0" value="0" />
+        <value cell_index="24766" local_entity="0" value="0" />
+        <value cell_index="24767" local_entity="0" value="0" />
+        <value cell_index="24768" local_entity="0" value="0" />
+        <value cell_index="24769" local_entity="0" value="0" />
+        <value cell_index="24770" local_entity="0" value="0" />
+        <value cell_index="24771" local_entity="0" value="0" />
+        <value cell_index="24772" local_entity="0" value="0" />
+        <value cell_index="24773" local_entity="0" value="0" />
+        <value cell_index="24774" local_entity="0" value="0" />
+        <value cell_index="24775" local_entity="0" value="0" />
+        <value cell_index="24776" local_entity="0" value="0" />
+        <value cell_index="24777" local_entity="0" value="0" />
+        <value cell_index="24778" local_entity="0" value="0" />
+        <value cell_index="24779" local_entity="0" value="0" />
+        <value cell_index="24780" local_entity="0" value="0" />
+        <value cell_index="24781" local_entity="0" value="0" />
+        <value cell_index="24782" local_entity="0" value="0" />
+        <value cell_index="24783" local_entity="0" value="0" />
+        <value cell_index="24784" local_entity="0" value="0" />
+        <value cell_index="24785" local_entity="0" value="0" />
+        <value cell_index="24786" local_entity="0" value="0" />
+        <value cell_index="24787" local_entity="0" value="0" />
+        <value cell_index="24788" local_entity="0" value="0" />
+        <value cell_index="24789" local_entity="0" value="0" />
+        <value cell_index="24790" local_entity="0" value="0" />
+        <value cell_index="24791" local_entity="0" value="0" />
+        <value cell_index="24792" local_entity="0" value="0" />
+        <value cell_index="24793" local_entity="0" value="0" />
+        <value cell_index="24794" local_entity="0" value="0" />
+        <value cell_index="24795" local_entity="0" value="0" />
+        <value cell_index="24796" local_entity="0" value="0" />
+        <value cell_index="24797" local_entity="0" value="0" />
+        <value cell_index="24798" local_entity="0" value="0" />
+        <value cell_index="24799" local_entity="0" value="0" />
+        <value cell_index="24800" local_entity="0" value="0" />
+        <value cell_index="24801" local_entity="0" value="0" />
+        <value cell_index="24802" local_entity="0" value="0" />
+        <value cell_index="24803" local_entity="0" value="0" />
+        <value cell_index="24804" local_entity="0" value="0" />
+        <value cell_index="24805" local_entity="0" value="0" />
+        <value cell_index="24806" local_entity="0" value="0" />
+        <value cell_index="24807" local_entity="0" value="0" />
+        <value cell_index="24808" local_entity="0" value="0" />
+        <value cell_index="24809" local_entity="0" value="0" />
+        <value cell_index="24810" local_entity="0" value="0" />
+        <value cell_index="24811" local_entity="0" value="0" />
+        <value cell_index="24812" local_entity="0" value="0" />
+        <value cell_index="24813" local_entity="0" value="0" />
+        <value cell_index="24814" local_entity="0" value="0" />
+        <value cell_index="24815" local_entity="0" value="0" />
+        <value cell_index="24816" local_entity="0" value="0" />
+        <value cell_index="24817" local_entity="0" value="0" />
+        <value cell_index="24818" local_entity="0" value="0" />
+        <value cell_index="24819" local_entity="0" value="0" />
+        <value cell_index="24820" local_entity="0" value="0" />
+        <value cell_index="24821" local_entity="0" value="0" />
+        <value cell_index="24822" local_entity="0" value="0" />
+        <value cell_index="24823" local_entity="0" value="0" />
+        <value cell_index="24824" local_entity="0" value="0" />
+        <value cell_index="24825" local_entity="0" value="0" />
+        <value cell_index="24826" local_entity="0" value="0" />
+        <value cell_index="24827" local_entity="0" value="0" />
+        <value cell_index="24828" local_entity="0" value="0" />
+        <value cell_index="24829" local_entity="0" value="0" />
+        <value cell_index="24830" local_entity="0" value="0" />
+        <value cell_index="24831" local_entity="0" value="0" />
+        <value cell_index="24832" local_entity="0" value="0" />
+        <value cell_index="24833" local_entity="0" value="0" />
+        <value cell_index="24834" local_entity="0" value="0" />
+        <value cell_index="24835" local_entity="0" value="0" />
+        <value cell_index="24836" local_entity="0" value="0" />
+        <value cell_index="24837" local_entity="0" value="0" />
+        <value cell_index="24838" local_entity="0" value="0" />
+        <value cell_index="24839" local_entity="0" value="0" />
+        <value cell_index="24840" local_entity="0" value="0" />
+        <value cell_index="24841" local_entity="0" value="0" />
+        <value cell_index="24842" local_entity="0" value="0" />
+        <value cell_index="24843" local_entity="0" value="0" />
+        <value cell_index="24844" local_entity="0" value="0" />
+        <value cell_index="24845" local_entity="0" value="0" />
+        <value cell_index="24846" local_entity="0" value="0" />
+        <value cell_index="24847" local_entity="0" value="0" />
+        <value cell_index="24848" local_entity="0" value="0" />
+        <value cell_index="24849" local_entity="0" value="0" />
+        <value cell_index="24850" local_entity="0" value="0" />
+        <value cell_index="24851" local_entity="0" value="0" />
+        <value cell_index="24852" local_entity="0" value="0" />
+        <value cell_index="24853" local_entity="0" value="0" />
+        <value cell_index="24854" local_entity="0" value="0" />
+        <value cell_index="24855" local_entity="0" value="0" />
+        <value cell_index="24856" local_entity="0" value="0" />
+        <value cell_index="24857" local_entity="0" value="0" />
+        <value cell_index="24858" local_entity="0" value="0" />
+        <value cell_index="24859" local_entity="0" value="0" />
+        <value cell_index="24860" local_entity="0" value="0" />
+        <value cell_index="24861" local_entity="0" value="0" />
+        <value cell_index="24862" local_entity="0" value="0" />
+        <value cell_index="24863" local_entity="0" value="0" />
+        <value cell_index="24864" local_entity="0" value="0" />
+        <value cell_index="24865" local_entity="0" value="0" />
+        <value cell_index="24866" local_entity="0" value="0" />
+        <value cell_index="24867" local_entity="0" value="0" />
+        <value cell_index="24868" local_entity="0" value="0" />
+        <value cell_index="24869" local_entity="0" value="0" />
+        <value cell_index="24870" local_entity="0" value="0" />
+        <value cell_index="24871" local_entity="0" value="0" />
+        <value cell_index="24872" local_entity="0" value="0" />
+        <value cell_index="24873" local_entity="0" value="0" />
+        <value cell_index="24874" local_entity="0" value="0" />
+        <value cell_index="24875" local_entity="0" value="0" />
+        <value cell_index="24876" local_entity="0" value="0" />
+        <value cell_index="24877" local_entity="0" value="0" />
+        <value cell_index="24878" local_entity="0" value="0" />
+        <value cell_index="24879" local_entity="0" value="0" />
+        <value cell_index="24880" local_entity="0" value="0" />
+        <value cell_index="24881" local_entity="0" value="0" />
+        <value cell_index="24882" local_entity="0" value="0" />
+        <value cell_index="24883" local_entity="0" value="0" />
+        <value cell_index="24884" local_entity="0" value="0" />
+        <value cell_index="24885" local_entity="0" value="0" />
+        <value cell_index="24886" local_entity="0" value="0" />
+        <value cell_index="24887" local_entity="0" value="0" />
+        <value cell_index="24888" local_entity="0" value="0" />
+        <value cell_index="24889" local_entity="0" value="0" />
+        <value cell_index="24890" local_entity="0" value="0" />
+        <value cell_index="24891" local_entity="0" value="0" />
+        <value cell_index="24892" local_entity="0" value="0" />
+        <value cell_index="24893" local_entity="0" value="0" />
+        <value cell_index="24894" local_entity="0" value="0" />
+        <value cell_index="24895" local_entity="0" value="0" />
+        <value cell_index="24896" local_entity="0" value="0" />
+        <value cell_index="24897" local_entity="0" value="0" />
+        <value cell_index="24898" local_entity="0" value="0" />
+        <value cell_index="24899" local_entity="0" value="0" />
+        <value cell_index="24900" local_entity="0" value="0" />
+        <value cell_index="24901" local_entity="0" value="0" />
+        <value cell_index="24902" local_entity="0" value="0" />
+        <value cell_index="24903" local_entity="0" value="0" />
+        <value cell_index="24904" local_entity="0" value="0" />
+        <value cell_index="24905" local_entity="0" value="0" />
+        <value cell_index="24906" local_entity="0" value="0" />
+        <value cell_index="24907" local_entity="0" value="0" />
+        <value cell_index="24908" local_entity="0" value="0" />
+        <value cell_index="24909" local_entity="0" value="0" />
+        <value cell_index="24910" local_entity="0" value="0" />
+        <value cell_index="24911" local_entity="0" value="0" />
+        <value cell_index="24912" local_entity="0" value="0" />
+        <value cell_index="24913" local_entity="0" value="0" />
+        <value cell_index="24914" local_entity="0" value="0" />
+        <value cell_index="24915" local_entity="0" value="0" />
+        <value cell_index="24916" local_entity="0" value="0" />
+        <value cell_index="24917" local_entity="0" value="0" />
+        <value cell_index="24918" local_entity="0" value="0" />
+        <value cell_index="24919" local_entity="0" value="0" />
+        <value cell_index="24920" local_entity="0" value="0" />
+        <value cell_index="24921" local_entity="0" value="0" />
+        <value cell_index="24922" local_entity="0" value="0" />
+        <value cell_index="24923" local_entity="0" value="0" />
+        <value cell_index="24924" local_entity="0" value="0" />
+        <value cell_index="24925" local_entity="0" value="0" />
+        <value cell_index="24926" local_entity="0" value="0" />
+        <value cell_index="24927" local_entity="0" value="0" />
+        <value cell_index="24928" local_entity="0" value="0" />
+        <value cell_index="24929" local_entity="0" value="0" />
+        <value cell_index="24930" local_entity="0" value="0" />
+        <value cell_index="24931" local_entity="0" value="0" />
+        <value cell_index="24932" local_entity="0" value="0" />
+        <value cell_index="24933" local_entity="0" value="0" />
+        <value cell_index="24934" local_entity="0" value="0" />
+        <value cell_index="24935" local_entity="0" value="0" />
+        <value cell_index="24936" local_entity="0" value="0" />
+        <value cell_index="24937" local_entity="0" value="0" />
+        <value cell_index="24938" local_entity="0" value="0" />
+        <value cell_index="24939" local_entity="0" value="0" />
+        <value cell_index="24940" local_entity="0" value="0" />
+        <value cell_index="24941" local_entity="0" value="0" />
+        <value cell_index="24942" local_entity="0" value="0" />
+        <value cell_index="24943" local_entity="0" value="0" />
+        <value cell_index="24944" local_entity="0" value="0" />
+        <value cell_index="24945" local_entity="0" value="0" />
+        <value cell_index="24946" local_entity="0" value="0" />
+        <value cell_index="24947" local_entity="0" value="0" />
+        <value cell_index="24948" local_entity="0" value="0" />
+        <value cell_index="24949" local_entity="0" value="0" />
+        <value cell_index="24950" local_entity="0" value="0" />
+        <value cell_index="24951" local_entity="0" value="0" />
+        <value cell_index="24952" local_entity="0" value="0" />
+        <value cell_index="24953" local_entity="0" value="0" />
+        <value cell_index="24954" local_entity="0" value="0" />
+        <value cell_index="24955" local_entity="0" value="0" />
+        <value cell_index="24956" local_entity="0" value="0" />
+        <value cell_index="24957" local_entity="0" value="0" />
+        <value cell_index="24958" local_entity="0" value="0" />
+        <value cell_index="24959" local_entity="0" value="0" />
+        <value cell_index="24960" local_entity="0" value="0" />
+        <value cell_index="24961" local_entity="0" value="0" />
+        <value cell_index="24962" local_entity="0" value="0" />
+        <value cell_index="24963" local_entity="0" value="0" />
+        <value cell_index="24964" local_entity="0" value="0" />
+        <value cell_index="24965" local_entity="0" value="0" />
+        <value cell_index="24966" local_entity="0" value="0" />
+        <value cell_index="24967" local_entity="0" value="0" />
+        <value cell_index="24968" local_entity="0" value="0" />
+        <value cell_index="24969" local_entity="0" value="0" />
+        <value cell_index="24970" local_entity="0" value="0" />
+        <value cell_index="24971" local_entity="0" value="0" />
+        <value cell_index="24972" local_entity="0" value="0" />
+        <value cell_index="24973" local_entity="0" value="0" />
+        <value cell_index="24974" local_entity="0" value="0" />
+        <value cell_index="24975" local_entity="0" value="0" />
+        <value cell_index="24976" local_entity="0" value="0" />
+        <value cell_index="24977" local_entity="0" value="0" />
+        <value cell_index="24978" local_entity="0" value="0" />
+        <value cell_index="24979" local_entity="0" value="0" />
+        <value cell_index="24980" local_entity="0" value="0" />
+        <value cell_index="24981" local_entity="0" value="0" />
+        <value cell_index="24982" local_entity="0" value="0" />
+        <value cell_index="24983" local_entity="0" value="0" />
+        <value cell_index="24984" local_entity="0" value="0" />
+        <value cell_index="24985" local_entity="0" value="0" />
+        <value cell_index="24986" local_entity="0" value="0" />
+        <value cell_index="24987" local_entity="0" value="0" />
+        <value cell_index="24988" local_entity="0" value="0" />
+        <value cell_index="24989" local_entity="0" value="0" />
+        <value cell_index="24990" local_entity="0" value="0" />
+        <value cell_index="24991" local_entity="0" value="0" />
+        <value cell_index="24992" local_entity="0" value="0" />
+        <value cell_index="24993" local_entity="0" value="0" />
+        <value cell_index="24994" local_entity="0" value="0" />
+        <value cell_index="24995" local_entity="0" value="0" />
+        <value cell_index="24996" local_entity="0" value="0" />
+        <value cell_index="24997" local_entity="0" value="0" />
+        <value cell_index="24998" local_entity="0" value="0" />
+        <value cell_index="24999" local_entity="0" value="0" />
+        <value cell_index="25000" local_entity="0" value="0" />
+        <value cell_index="25001" local_entity="0" value="0" />
+        <value cell_index="25002" local_entity="0" value="0" />
+        <value cell_index="25003" local_entity="0" value="0" />
+        <value cell_index="25004" local_entity="0" value="0" />
+        <value cell_index="25005" local_entity="0" value="0" />
+        <value cell_index="25006" local_entity="0" value="0" />
+        <value cell_index="25007" local_entity="0" value="0" />
+        <value cell_index="25008" local_entity="0" value="0" />
+        <value cell_index="25009" local_entity="0" value="0" />
+        <value cell_index="25010" local_entity="0" value="0" />
+        <value cell_index="25011" local_entity="0" value="0" />
+        <value cell_index="25012" local_entity="0" value="0" />
+        <value cell_index="25013" local_entity="0" value="0" />
+        <value cell_index="25014" local_entity="0" value="0" />
+        <value cell_index="25015" local_entity="0" value="0" />
+        <value cell_index="25016" local_entity="0" value="0" />
+        <value cell_index="25017" local_entity="0" value="0" />
+        <value cell_index="25018" local_entity="0" value="0" />
+        <value cell_index="25019" local_entity="0" value="0" />
+        <value cell_index="25020" local_entity="0" value="0" />
+        <value cell_index="25021" local_entity="0" value="0" />
+        <value cell_index="25022" local_entity="0" value="0" />
+        <value cell_index="25023" local_entity="0" value="0" />
+        <value cell_index="25024" local_entity="0" value="0" />
+        <value cell_index="25025" local_entity="0" value="0" />
+        <value cell_index="25026" local_entity="0" value="0" />
+        <value cell_index="25027" local_entity="0" value="0" />
+        <value cell_index="25028" local_entity="0" value="0" />
+        <value cell_index="25029" local_entity="0" value="0" />
+        <value cell_index="25030" local_entity="0" value="0" />
+        <value cell_index="25031" local_entity="0" value="0" />
+        <value cell_index="25032" local_entity="0" value="0" />
+        <value cell_index="25033" local_entity="0" value="0" />
+        <value cell_index="25034" local_entity="0" value="0" />
+        <value cell_index="25035" local_entity="0" value="0" />
+        <value cell_index="25036" local_entity="0" value="0" />
+        <value cell_index="25037" local_entity="0" value="0" />
+        <value cell_index="25038" local_entity="0" value="0" />
+        <value cell_index="25039" local_entity="0" value="0" />
+        <value cell_index="25040" local_entity="0" value="0" />
+        <value cell_index="25041" local_entity="0" value="0" />
+        <value cell_index="25042" local_entity="0" value="0" />
+        <value cell_index="25043" local_entity="0" value="0" />
+        <value cell_index="25044" local_entity="0" value="0" />
+        <value cell_index="25045" local_entity="0" value="0" />
+        <value cell_index="25046" local_entity="0" value="0" />
+        <value cell_index="25047" local_entity="0" value="0" />
+        <value cell_index="25048" local_entity="0" value="0" />
+        <value cell_index="25049" local_entity="0" value="0" />
+        <value cell_index="25050" local_entity="0" value="0" />
+        <value cell_index="25051" local_entity="0" value="0" />
+        <value cell_index="25052" local_entity="0" value="0" />
+        <value cell_index="25053" local_entity="0" value="0" />
+        <value cell_index="25054" local_entity="0" value="0" />
+        <value cell_index="25055" local_entity="0" value="0" />
+        <value cell_index="25056" local_entity="0" value="0" />
+        <value cell_index="25057" local_entity="0" value="0" />
+        <value cell_index="25058" local_entity="0" value="0" />
+        <value cell_index="25059" local_entity="0" value="0" />
+        <value cell_index="25060" local_entity="0" value="0" />
+        <value cell_index="25061" local_entity="0" value="0" />
+        <value cell_index="25062" local_entity="0" value="0" />
+        <value cell_index="25063" local_entity="0" value="0" />
+        <value cell_index="25064" local_entity="0" value="0" />
+        <value cell_index="25065" local_entity="0" value="0" />
+        <value cell_index="25066" local_entity="0" value="0" />
+        <value cell_index="25067" local_entity="0" value="0" />
+        <value cell_index="25068" local_entity="0" value="0" />
+        <value cell_index="25069" local_entity="0" value="0" />
+        <value cell_index="25070" local_entity="0" value="0" />
+        <value cell_index="25071" local_entity="0" value="0" />
+        <value cell_index="25072" local_entity="0" value="0" />
+        <value cell_index="25073" local_entity="0" value="0" />
+        <value cell_index="25074" local_entity="0" value="0" />
+        <value cell_index="25075" local_entity="0" value="0" />
+        <value cell_index="25076" local_entity="0" value="0" />
+        <value cell_index="25077" local_entity="0" value="0" />
+        <value cell_index="25078" local_entity="0" value="0" />
+        <value cell_index="25079" local_entity="0" value="0" />
+        <value cell_index="25080" local_entity="0" value="0" />
+        <value cell_index="25081" local_entity="0" value="0" />
+        <value cell_index="25082" local_entity="0" value="0" />
+        <value cell_index="25083" local_entity="0" value="0" />
+        <value cell_index="25084" local_entity="0" value="0" />
+        <value cell_index="25085" local_entity="0" value="0" />
+        <value cell_index="25086" local_entity="0" value="0" />
+        <value cell_index="25087" local_entity="0" value="0" />
+        <value cell_index="25088" local_entity="0" value="0" />
+        <value cell_index="25089" local_entity="0" value="0" />
+        <value cell_index="25090" local_entity="0" value="0" />
+        <value cell_index="25091" local_entity="0" value="0" />
+        <value cell_index="25092" local_entity="0" value="0" />
+        <value cell_index="25093" local_entity="0" value="0" />
+        <value cell_index="25094" local_entity="0" value="0" />
+        <value cell_index="25095" local_entity="0" value="0" />
+        <value cell_index="25096" local_entity="0" value="0" />
+        <value cell_index="25097" local_entity="0" value="0" />
+        <value cell_index="25098" local_entity="0" value="0" />
+        <value cell_index="25099" local_entity="0" value="0" />
+        <value cell_index="25100" local_entity="0" value="0" />
+        <value cell_index="25101" local_entity="0" value="0" />
+        <value cell_index="25102" local_entity="0" value="0" />
+        <value cell_index="25103" local_entity="0" value="0" />
+        <value cell_index="25104" local_entity="0" value="0" />
+        <value cell_index="25105" local_entity="0" value="0" />
+        <value cell_index="25106" local_entity="0" value="0" />
+        <value cell_index="25107" local_entity="0" value="0" />
+        <value cell_index="25108" local_entity="0" value="0" />
+        <value cell_index="25109" local_entity="0" value="0" />
+        <value cell_index="25110" local_entity="0" value="0" />
+        <value cell_index="25111" local_entity="0" value="0" />
+        <value cell_index="25112" local_entity="0" value="0" />
+        <value cell_index="25113" local_entity="0" value="0" />
+        <value cell_index="25114" local_entity="0" value="0" />
+        <value cell_index="25115" local_entity="0" value="0" />
+        <value cell_index="25116" local_entity="0" value="0" />
+        <value cell_index="25117" local_entity="0" value="0" />
+        <value cell_index="25118" local_entity="0" value="0" />
+        <value cell_index="25119" local_entity="0" value="0" />
+        <value cell_index="25120" local_entity="0" value="0" />
+        <value cell_index="25121" local_entity="0" value="0" />
+        <value cell_index="25122" local_entity="0" value="0" />
+        <value cell_index="25123" local_entity="0" value="0" />
+        <value cell_index="25124" local_entity="0" value="0" />
+        <value cell_index="25125" local_entity="0" value="0" />
+        <value cell_index="25126" local_entity="0" value="0" />
+        <value cell_index="25127" local_entity="0" value="0" />
+        <value cell_index="25128" local_entity="0" value="0" />
+        <value cell_index="25129" local_entity="0" value="0" />
+        <value cell_index="25130" local_entity="0" value="0" />
+        <value cell_index="25131" local_entity="0" value="0" />
+        <value cell_index="25132" local_entity="0" value="0" />
+        <value cell_index="25133" local_entity="0" value="0" />
+        <value cell_index="25134" local_entity="0" value="0" />
+        <value cell_index="25135" local_entity="0" value="0" />
+        <value cell_index="25136" local_entity="0" value="0" />
+        <value cell_index="25137" local_entity="0" value="0" />
+        <value cell_index="25138" local_entity="0" value="0" />
+        <value cell_index="25139" local_entity="0" value="0" />
+        <value cell_index="25140" local_entity="0" value="0" />
+        <value cell_index="25141" local_entity="0" value="0" />
+        <value cell_index="25142" local_entity="0" value="0" />
+        <value cell_index="25143" local_entity="0" value="0" />
+        <value cell_index="25144" local_entity="0" value="0" />
+        <value cell_index="25145" local_entity="0" value="0" />
+        <value cell_index="25146" local_entity="0" value="0" />
+        <value cell_index="25147" local_entity="0" value="0" />
+        <value cell_index="25148" local_entity="0" value="0" />
+        <value cell_index="25149" local_entity="0" value="0" />
+        <value cell_index="25150" local_entity="0" value="0" />
+        <value cell_index="25151" local_entity="0" value="0" />
+        <value cell_index="25152" local_entity="0" value="0" />
+        <value cell_index="25153" local_entity="0" value="0" />
+        <value cell_index="25154" local_entity="0" value="0" />
+        <value cell_index="25155" local_entity="0" value="0" />
+        <value cell_index="25156" local_entity="0" value="0" />
+        <value cell_index="25157" local_entity="0" value="0" />
+        <value cell_index="25158" local_entity="0" value="0" />
+        <value cell_index="25159" local_entity="0" value="0" />
+        <value cell_index="25160" local_entity="0" value="0" />
+        <value cell_index="25161" local_entity="0" value="0" />
+        <value cell_index="25162" local_entity="0" value="0" />
+        <value cell_index="25163" local_entity="0" value="0" />
+        <value cell_index="25164" local_entity="0" value="0" />
+        <value cell_index="25165" local_entity="0" value="0" />
+        <value cell_index="25166" local_entity="0" value="0" />
+        <value cell_index="25167" local_entity="0" value="0" />
+        <value cell_index="25168" local_entity="0" value="0" />
+        <value cell_index="25169" local_entity="0" value="0" />
+        <value cell_index="25170" local_entity="0" value="0" />
+        <value cell_index="25171" local_entity="0" value="0" />
+        <value cell_index="25172" local_entity="0" value="0" />
+        <value cell_index="25173" local_entity="0" value="0" />
+        <value cell_index="25174" local_entity="0" value="0" />
+        <value cell_index="25175" local_entity="0" value="0" />
+        <value cell_index="25176" local_entity="0" value="0" />
+        <value cell_index="25177" local_entity="0" value="0" />
+        <value cell_index="25178" local_entity="0" value="0" />
+        <value cell_index="25179" local_entity="0" value="0" />
+        <value cell_index="25180" local_entity="0" value="0" />
+        <value cell_index="25181" local_entity="0" value="0" />
+        <value cell_index="25182" local_entity="0" value="0" />
+        <value cell_index="25183" local_entity="0" value="0" />
+        <value cell_index="25184" local_entity="0" value="0" />
+        <value cell_index="25185" local_entity="0" value="0" />
+        <value cell_index="25186" local_entity="0" value="0" />
+        <value cell_index="25187" local_entity="0" value="0" />
+        <value cell_index="25188" local_entity="0" value="0" />
+        <value cell_index="25189" local_entity="0" value="0" />
+        <value cell_index="25190" local_entity="0" value="0" />
+        <value cell_index="25191" local_entity="0" value="0" />
+        <value cell_index="25192" local_entity="0" value="0" />
+        <value cell_index="25193" local_entity="0" value="0" />
+        <value cell_index="25194" local_entity="0" value="0" />
+        <value cell_index="25195" local_entity="0" value="0" />
+        <value cell_index="25196" local_entity="0" value="0" />
+        <value cell_index="25197" local_entity="0" value="0" />
+        <value cell_index="25198" local_entity="0" value="0" />
+        <value cell_index="25199" local_entity="0" value="0" />
+        <value cell_index="25200" local_entity="0" value="0" />
+        <value cell_index="25201" local_entity="0" value="0" />
+        <value cell_index="25202" local_entity="0" value="0" />
+        <value cell_index="25203" local_entity="0" value="0" />
+        <value cell_index="25204" local_entity="0" value="0" />
+        <value cell_index="25205" local_entity="0" value="0" />
+        <value cell_index="25206" local_entity="0" value="0" />
+        <value cell_index="25207" local_entity="0" value="0" />
+        <value cell_index="25208" local_entity="0" value="0" />
+        <value cell_index="25209" local_entity="0" value="0" />
+        <value cell_index="25210" local_entity="0" value="0" />
+        <value cell_index="25211" local_entity="0" value="0" />
+        <value cell_index="25212" local_entity="0" value="0" />
+        <value cell_index="25213" local_entity="0" value="0" />
+        <value cell_index="25214" local_entity="0" value="0" />
+        <value cell_index="25215" local_entity="0" value="0" />
+        <value cell_index="25216" local_entity="0" value="0" />
+        <value cell_index="25217" local_entity="0" value="0" />
+        <value cell_index="25218" local_entity="0" value="0" />
+        <value cell_index="25219" local_entity="0" value="0" />
+        <value cell_index="25220" local_entity="0" value="0" />
+        <value cell_index="25221" local_entity="0" value="0" />
+        <value cell_index="25222" local_entity="0" value="0" />
+        <value cell_index="25223" local_entity="0" value="0" />
+        <value cell_index="25224" local_entity="0" value="0" />
+        <value cell_index="25225" local_entity="0" value="0" />
+        <value cell_index="25226" local_entity="0" value="0" />
+        <value cell_index="25227" local_entity="0" value="0" />
+        <value cell_index="25228" local_entity="0" value="0" />
+        <value cell_index="25229" local_entity="0" value="0" />
+        <value cell_index="25230" local_entity="0" value="0" />
+        <value cell_index="25231" local_entity="0" value="0" />
+        <value cell_index="25232" local_entity="0" value="0" />
+        <value cell_index="25233" local_entity="0" value="0" />
+        <value cell_index="25234" local_entity="0" value="0" />
+        <value cell_index="25235" local_entity="0" value="0" />
+        <value cell_index="25236" local_entity="0" value="0" />
+        <value cell_index="25237" local_entity="0" value="0" />
+        <value cell_index="25238" local_entity="0" value="0" />
+        <value cell_index="25239" local_entity="0" value="0" />
+        <value cell_index="25240" local_entity="0" value="0" />
+        <value cell_index="25241" local_entity="0" value="0" />
+        <value cell_index="25242" local_entity="0" value="0" />
+        <value cell_index="25243" local_entity="0" value="0" />
+        <value cell_index="25244" local_entity="0" value="0" />
+        <value cell_index="25245" local_entity="0" value="0" />
+        <value cell_index="25246" local_entity="0" value="0" />
+        <value cell_index="25247" local_entity="0" value="0" />
+        <value cell_index="25248" local_entity="0" value="0" />
+        <value cell_index="25249" local_entity="0" value="0" />
+        <value cell_index="25250" local_entity="0" value="0" />
+        <value cell_index="25251" local_entity="0" value="0" />
+        <value cell_index="25252" local_entity="0" value="0" />
+        <value cell_index="25253" local_entity="0" value="0" />
+        <value cell_index="25254" local_entity="0" value="0" />
+        <value cell_index="25255" local_entity="0" value="0" />
+        <value cell_index="25256" local_entity="0" value="0" />
+        <value cell_index="25257" local_entity="0" value="0" />
+        <value cell_index="25258" local_entity="0" value="0" />
+        <value cell_index="25259" local_entity="0" value="0" />
+        <value cell_index="25260" local_entity="0" value="0" />
+        <value cell_index="25261" local_entity="0" value="0" />
+        <value cell_index="25262" local_entity="0" value="0" />
+        <value cell_index="25263" local_entity="0" value="0" />
+        <value cell_index="25264" local_entity="0" value="0" />
+        <value cell_index="25265" local_entity="0" value="0" />
+        <value cell_index="25266" local_entity="0" value="0" />
+        <value cell_index="25267" local_entity="0" value="0" />
+        <value cell_index="25268" local_entity="0" value="0" />
+        <value cell_index="25269" local_entity="0" value="0" />
+        <value cell_index="25270" local_entity="0" value="0" />
+        <value cell_index="25271" local_entity="0" value="0" />
+        <value cell_index="25272" local_entity="0" value="0" />
+        <value cell_index="25273" local_entity="0" value="0" />
+        <value cell_index="25274" local_entity="0" value="0" />
+        <value cell_index="25275" local_entity="0" value="0" />
+        <value cell_index="25276" local_entity="0" value="0" />
+        <value cell_index="25277" local_entity="0" value="0" />
+        <value cell_index="25278" local_entity="0" value="0" />
+        <value cell_index="25279" local_entity="0" value="0" />
+        <value cell_index="25280" local_entity="0" value="0" />
+        <value cell_index="25281" local_entity="0" value="0" />
+        <value cell_index="25282" local_entity="0" value="0" />
+        <value cell_index="25283" local_entity="0" value="0" />
+        <value cell_index="25284" local_entity="0" value="0" />
+        <value cell_index="25285" local_entity="0" value="0" />
+        <value cell_index="25286" local_entity="0" value="0" />
+        <value cell_index="25287" local_entity="0" value="0" />
+        <value cell_index="25288" local_entity="0" value="0" />
+        <value cell_index="25289" local_entity="0" value="0" />
+        <value cell_index="25290" local_entity="0" value="0" />
+        <value cell_index="25291" local_entity="0" value="0" />
+        <value cell_index="25292" local_entity="0" value="0" />
+        <value cell_index="25293" local_entity="0" value="0" />
+        <value cell_index="25294" local_entity="0" value="0" />
+        <value cell_index="25295" local_entity="0" value="0" />
+        <value cell_index="25296" local_entity="0" value="0" />
+        <value cell_index="25297" local_entity="0" value="0" />
+        <value cell_index="25298" local_entity="0" value="0" />
+        <value cell_index="25299" local_entity="0" value="0" />
+        <value cell_index="25300" local_entity="0" value="0" />
+        <value cell_index="25301" local_entity="0" value="0" />
+        <value cell_index="25302" local_entity="0" value="0" />
+        <value cell_index="25303" local_entity="0" value="0" />
+        <value cell_index="25304" local_entity="0" value="0" />
+        <value cell_index="25305" local_entity="0" value="0" />
+        <value cell_index="25306" local_entity="0" value="0" />
+        <value cell_index="25307" local_entity="0" value="0" />
+        <value cell_index="25308" local_entity="0" value="0" />
+        <value cell_index="25309" local_entity="0" value="0" />
+        <value cell_index="25310" local_entity="0" value="0" />
+        <value cell_index="25311" local_entity="0" value="0" />
+        <value cell_index="25312" local_entity="0" value="0" />
+        <value cell_index="25313" local_entity="0" value="0" />
+        <value cell_index="25314" local_entity="0" value="0" />
+        <value cell_index="25315" local_entity="0" value="0" />
+        <value cell_index="25316" local_entity="0" value="0" />
+        <value cell_index="25317" local_entity="0" value="0" />
+        <value cell_index="25318" local_entity="0" value="0" />
+        <value cell_index="25319" local_entity="0" value="0" />
+        <value cell_index="25320" local_entity="0" value="0" />
+        <value cell_index="25321" local_entity="0" value="0" />
+        <value cell_index="25322" local_entity="0" value="0" />
+        <value cell_index="25323" local_entity="0" value="0" />
+        <value cell_index="25324" local_entity="0" value="0" />
+        <value cell_index="25325" local_entity="0" value="0" />
+        <value cell_index="25326" local_entity="0" value="0" />
+        <value cell_index="25327" local_entity="0" value="0" />
+        <value cell_index="25328" local_entity="0" value="0" />
+        <value cell_index="25329" local_entity="0" value="0" />
+        <value cell_index="25330" local_entity="0" value="0" />
+        <value cell_index="25331" local_entity="0" value="0" />
+        <value cell_index="25332" local_entity="0" value="0" />
+        <value cell_index="25333" local_entity="0" value="0" />
+        <value cell_index="25334" local_entity="0" value="0" />
+        <value cell_index="25335" local_entity="0" value="0" />
+        <value cell_index="25336" local_entity="0" value="0" />
+        <value cell_index="25337" local_entity="0" value="0" />
+        <value cell_index="25338" local_entity="0" value="0" />
+        <value cell_index="25339" local_entity="0" value="0" />
+        <value cell_index="25340" local_entity="0" value="0" />
+        <value cell_index="25341" local_entity="0" value="0" />
+        <value cell_index="25342" local_entity="0" value="0" />
+        <value cell_index="25343" local_entity="0" value="0" />
+        <value cell_index="25344" local_entity="0" value="0" />
+        <value cell_index="25345" local_entity="0" value="0" />
+        <value cell_index="25346" local_entity="0" value="0" />
+        <value cell_index="25347" local_entity="0" value="0" />
+        <value cell_index="25348" local_entity="0" value="0" />
+        <value cell_index="25349" local_entity="0" value="0" />
+        <value cell_index="25350" local_entity="0" value="0" />
+        <value cell_index="25351" local_entity="0" value="0" />
+        <value cell_index="25352" local_entity="0" value="0" />
+        <value cell_index="25353" local_entity="0" value="0" />
+        <value cell_index="25354" local_entity="0" value="0" />
+        <value cell_index="25355" local_entity="0" value="0" />
+        <value cell_index="25356" local_entity="0" value="0" />
+        <value cell_index="25357" local_entity="0" value="0" />
+        <value cell_index="25358" local_entity="0" value="0" />
+        <value cell_index="25359" local_entity="0" value="0" />
+        <value cell_index="25360" local_entity="0" value="0" />
+        <value cell_index="25361" local_entity="0" value="0" />
+        <value cell_index="25362" local_entity="0" value="0" />
+        <value cell_index="25363" local_entity="0" value="0" />
+        <value cell_index="25364" local_entity="0" value="0" />
+        <value cell_index="25365" local_entity="0" value="0" />
+        <value cell_index="25366" local_entity="0" value="0" />
+        <value cell_index="25367" local_entity="0" value="0" />
+        <value cell_index="25368" local_entity="0" value="0" />
+        <value cell_index="25369" local_entity="0" value="0" />
+        <value cell_index="25370" local_entity="0" value="0" />
+        <value cell_index="25371" local_entity="0" value="0" />
+        <value cell_index="25372" local_entity="0" value="0" />
+        <value cell_index="25373" local_entity="0" value="0" />
+        <value cell_index="25374" local_entity="0" value="0" />
+        <value cell_index="25375" local_entity="0" value="0" />
+        <value cell_index="25376" local_entity="0" value="0" />
+        <value cell_index="25377" local_entity="0" value="0" />
+        <value cell_index="25378" local_entity="0" value="0" />
+        <value cell_index="25379" local_entity="0" value="0" />
+        <value cell_index="25380" local_entity="0" value="0" />
+        <value cell_index="25381" local_entity="0" value="0" />
+        <value cell_index="25382" local_entity="0" value="0" />
+        <value cell_index="25383" local_entity="0" value="0" />
+        <value cell_index="25384" local_entity="0" value="0" />
+        <value cell_index="25385" local_entity="0" value="0" />
+        <value cell_index="25386" local_entity="0" value="0" />
+        <value cell_index="25387" local_entity="0" value="0" />
+        <value cell_index="25388" local_entity="0" value="0" />
+        <value cell_index="25389" local_entity="0" value="0" />
+        <value cell_index="25390" local_entity="0" value="0" />
+        <value cell_index="25391" local_entity="0" value="0" />
+        <value cell_index="25392" local_entity="0" value="0" />
+        <value cell_index="25393" local_entity="0" value="0" />
+        <value cell_index="25394" local_entity="0" value="0" />
+        <value cell_index="25395" local_entity="0" value="0" />
+        <value cell_index="25396" local_entity="0" value="0" />
+        <value cell_index="25397" local_entity="0" value="0" />
+        <value cell_index="25398" local_entity="0" value="0" />
+        <value cell_index="25399" local_entity="0" value="0" />
+        <value cell_index="25400" local_entity="0" value="0" />
+        <value cell_index="25401" local_entity="0" value="0" />
+        <value cell_index="25402" local_entity="0" value="0" />
+        <value cell_index="25403" local_entity="0" value="0" />
+        <value cell_index="25404" local_entity="0" value="0" />
+        <value cell_index="25405" local_entity="0" value="0" />
+        <value cell_index="25406" local_entity="0" value="0" />
+        <value cell_index="25407" local_entity="0" value="0" />
+        <value cell_index="25408" local_entity="0" value="0" />
+        <value cell_index="25409" local_entity="0" value="0" />
+        <value cell_index="25410" local_entity="0" value="0" />
+        <value cell_index="25411" local_entity="0" value="0" />
+        <value cell_index="25412" local_entity="0" value="0" />
+        <value cell_index="25413" local_entity="0" value="0" />
+        <value cell_index="25414" local_entity="0" value="0" />
+        <value cell_index="25415" local_entity="0" value="0" />
+        <value cell_index="25416" local_entity="0" value="0" />
+        <value cell_index="25417" local_entity="0" value="0" />
+        <value cell_index="25418" local_entity="0" value="0" />
+        <value cell_index="25419" local_entity="0" value="0" />
+        <value cell_index="25420" local_entity="0" value="0" />
+        <value cell_index="25421" local_entity="0" value="0" />
+        <value cell_index="25422" local_entity="0" value="0" />
+        <value cell_index="25423" local_entity="0" value="0" />
+        <value cell_index="25424" local_entity="0" value="0" />
+        <value cell_index="25425" local_entity="0" value="0" />
+        <value cell_index="25426" local_entity="0" value="0" />
+        <value cell_index="25427" local_entity="0" value="0" />
+        <value cell_index="25428" local_entity="0" value="0" />
+        <value cell_index="25429" local_entity="0" value="0" />
+        <value cell_index="25430" local_entity="0" value="0" />
+        <value cell_index="25431" local_entity="0" value="0" />
+        <value cell_index="25432" local_entity="0" value="0" />
+        <value cell_index="25433" local_entity="0" value="0" />
+        <value cell_index="25434" local_entity="0" value="0" />
+        <value cell_index="25435" local_entity="0" value="0" />
+        <value cell_index="25436" local_entity="0" value="0" />
+        <value cell_index="25437" local_entity="0" value="0" />
+        <value cell_index="25438" local_entity="0" value="0" />
+        <value cell_index="25439" local_entity="0" value="0" />
+        <value cell_index="25440" local_entity="0" value="0" />
+        <value cell_index="25441" local_entity="0" value="0" />
+        <value cell_index="25442" local_entity="0" value="0" />
+        <value cell_index="25443" local_entity="0" value="0" />
+        <value cell_index="25444" local_entity="0" value="0" />
+        <value cell_index="25445" local_entity="0" value="0" />
+        <value cell_index="25446" local_entity="0" value="0" />
+        <value cell_index="25447" local_entity="0" value="0" />
+        <value cell_index="25448" local_entity="0" value="0" />
+        <value cell_index="25449" local_entity="0" value="0" />
+        <value cell_index="25450" local_entity="0" value="0" />
+        <value cell_index="25451" local_entity="0" value="0" />
+        <value cell_index="25452" local_entity="0" value="0" />
+        <value cell_index="25453" local_entity="0" value="0" />
+        <value cell_index="25454" local_entity="0" value="0" />
+        <value cell_index="25455" local_entity="0" value="0" />
+        <value cell_index="25456" local_entity="0" value="0" />
+        <value cell_index="25457" local_entity="0" value="0" />
+        <value cell_index="25458" local_entity="0" value="0" />
+        <value cell_index="25459" local_entity="0" value="0" />
+        <value cell_index="25460" local_entity="0" value="0" />
+        <value cell_index="25461" local_entity="0" value="0" />
+        <value cell_index="25462" local_entity="0" value="0" />
+        <value cell_index="25463" local_entity="0" value="0" />
+        <value cell_index="25464" local_entity="0" value="0" />
+        <value cell_index="25465" local_entity="0" value="0" />
+        <value cell_index="25466" local_entity="0" value="0" />
+        <value cell_index="25467" local_entity="0" value="0" />
+        <value cell_index="25468" local_entity="0" value="0" />
+        <value cell_index="25469" local_entity="0" value="0" />
+        <value cell_index="25470" local_entity="0" value="0" />
+        <value cell_index="25471" local_entity="0" value="0" />
+        <value cell_index="25472" local_entity="0" value="0" />
+        <value cell_index="25473" local_entity="0" value="0" />
+        <value cell_index="25474" local_entity="0" value="0" />
+        <value cell_index="25475" local_entity="0" value="0" />
+        <value cell_index="25476" local_entity="0" value="0" />
+        <value cell_index="25477" local_entity="0" value="0" />
+        <value cell_index="25478" local_entity="0" value="0" />
+        <value cell_index="25479" local_entity="0" value="0" />
+        <value cell_index="25480" local_entity="0" value="0" />
+        <value cell_index="25481" local_entity="0" value="0" />
+        <value cell_index="25482" local_entity="0" value="0" />
+        <value cell_index="25483" local_entity="0" value="0" />
+        <value cell_index="25484" local_entity="0" value="0" />
+        <value cell_index="25485" local_entity="0" value="0" />
+        <value cell_index="25486" local_entity="0" value="0" />
+        <value cell_index="25487" local_entity="0" value="0" />
+        <value cell_index="25488" local_entity="0" value="0" />
+        <value cell_index="25489" local_entity="0" value="0" />
+        <value cell_index="25490" local_entity="0" value="0" />
+        <value cell_index="25491" local_entity="0" value="0" />
+        <value cell_index="25492" local_entity="0" value="0" />
+        <value cell_index="25493" local_entity="0" value="0" />
+        <value cell_index="25494" local_entity="0" value="0" />
+        <value cell_index="25495" local_entity="0" value="0" />
+        <value cell_index="25496" local_entity="0" value="0" />
+        <value cell_index="25497" local_entity="0" value="0" />
+        <value cell_index="25498" local_entity="0" value="0" />
+        <value cell_index="25499" local_entity="0" value="0" />
+        <value cell_index="25500" local_entity="0" value="0" />
+        <value cell_index="25501" local_entity="0" value="0" />
+        <value cell_index="25502" local_entity="0" value="0" />
+        <value cell_index="25503" local_entity="0" value="0" />
+        <value cell_index="25504" local_entity="0" value="0" />
+        <value cell_index="25505" local_entity="0" value="0" />
+        <value cell_index="25506" local_entity="0" value="0" />
+        <value cell_index="25507" local_entity="0" value="0" />
+        <value cell_index="25508" local_entity="0" value="0" />
+        <value cell_index="25509" local_entity="0" value="0" />
+        <value cell_index="25510" local_entity="0" value="0" />
+        <value cell_index="25511" local_entity="0" value="0" />
+        <value cell_index="25512" local_entity="0" value="0" />
+        <value cell_index="25513" local_entity="0" value="0" />
+        <value cell_index="25514" local_entity="0" value="0" />
+        <value cell_index="25515" local_entity="0" value="0" />
+        <value cell_index="25516" local_entity="0" value="0" />
+        <value cell_index="25517" local_entity="0" value="0" />
+        <value cell_index="25518" local_entity="0" value="0" />
+        <value cell_index="25519" local_entity="0" value="0" />
+        <value cell_index="25520" local_entity="0" value="0" />
+        <value cell_index="25521" local_entity="0" value="0" />
+        <value cell_index="25522" local_entity="0" value="0" />
+        <value cell_index="25523" local_entity="0" value="0" />
+        <value cell_index="25524" local_entity="0" value="0" />
+        <value cell_index="25525" local_entity="0" value="0" />
+        <value cell_index="25526" local_entity="0" value="0" />
+        <value cell_index="25527" local_entity="0" value="0" />
+        <value cell_index="25528" local_entity="0" value="0" />
+        <value cell_index="25529" local_entity="0" value="0" />
+        <value cell_index="25530" local_entity="0" value="0" />
+        <value cell_index="25531" local_entity="0" value="0" />
+        <value cell_index="25532" local_entity="0" value="0" />
+        <value cell_index="25533" local_entity="0" value="0" />
+        <value cell_index="25534" local_entity="0" value="0" />
+        <value cell_index="25535" local_entity="0" value="0" />
+        <value cell_index="25536" local_entity="0" value="0" />
+        <value cell_index="25537" local_entity="0" value="0" />
+        <value cell_index="25538" local_entity="0" value="0" />
+        <value cell_index="25539" local_entity="0" value="0" />
+        <value cell_index="25540" local_entity="0" value="0" />
+        <value cell_index="25541" local_entity="0" value="0" />
+        <value cell_index="25542" local_entity="0" value="0" />
+        <value cell_index="25543" local_entity="0" value="0" />
+        <value cell_index="25544" local_entity="0" value="0" />
+        <value cell_index="25545" local_entity="0" value="0" />
+        <value cell_index="25546" local_entity="0" value="0" />
+        <value cell_index="25547" local_entity="0" value="0" />
+        <value cell_index="25548" local_entity="0" value="0" />
+        <value cell_index="25549" local_entity="0" value="0" />
+        <value cell_index="25550" local_entity="0" value="0" />
+        <value cell_index="25551" local_entity="0" value="0" />
+        <value cell_index="25552" local_entity="0" value="0" />
+        <value cell_index="25553" local_entity="0" value="0" />
+        <value cell_index="25554" local_entity="0" value="0" />
+        <value cell_index="25555" local_entity="0" value="0" />
+        <value cell_index="25556" local_entity="0" value="0" />
+        <value cell_index="25557" local_entity="0" value="0" />
+        <value cell_index="25558" local_entity="0" value="0" />
+        <value cell_index="25559" local_entity="0" value="0" />
+        <value cell_index="25560" local_entity="0" value="0" />
+        <value cell_index="25561" local_entity="0" value="0" />
+        <value cell_index="25562" local_entity="0" value="0" />
+        <value cell_index="25563" local_entity="0" value="0" />
+        <value cell_index="25564" local_entity="0" value="0" />
+        <value cell_index="25565" local_entity="0" value="0" />
+        <value cell_index="25566" local_entity="0" value="0" />
+        <value cell_index="25567" local_entity="0" value="0" />
+        <value cell_index="25568" local_entity="0" value="0" />
+        <value cell_index="25569" local_entity="0" value="0" />
+        <value cell_index="25570" local_entity="0" value="0" />
+        <value cell_index="25571" local_entity="0" value="0" />
+        <value cell_index="25572" local_entity="0" value="0" />
+        <value cell_index="25573" local_entity="0" value="0" />
+        <value cell_index="25574" local_entity="0" value="0" />
+        <value cell_index="25575" local_entity="0" value="0" />
+        <value cell_index="25576" local_entity="0" value="0" />
+        <value cell_index="25577" local_entity="0" value="0" />
+        <value cell_index="25578" local_entity="0" value="0" />
+        <value cell_index="25579" local_entity="0" value="0" />
+        <value cell_index="25580" local_entity="0" value="0" />
+        <value cell_index="25581" local_entity="0" value="0" />
+        <value cell_index="25582" local_entity="0" value="0" />
+        <value cell_index="25583" local_entity="0" value="0" />
+        <value cell_index="25584" local_entity="0" value="0" />
+        <value cell_index="25585" local_entity="0" value="0" />
+        <value cell_index="25586" local_entity="0" value="0" />
+        <value cell_index="25587" local_entity="0" value="0" />
+        <value cell_index="25588" local_entity="0" value="0" />
+        <value cell_index="25589" local_entity="0" value="0" />
+        <value cell_index="25590" local_entity="0" value="0" />
+        <value cell_index="25591" local_entity="0" value="0" />
+        <value cell_index="25592" local_entity="0" value="0" />
+        <value cell_index="25593" local_entity="0" value="0" />
+        <value cell_index="25594" local_entity="0" value="0" />
+        <value cell_index="25595" local_entity="0" value="0" />
+        <value cell_index="25596" local_entity="0" value="0" />
+        <value cell_index="25597" local_entity="0" value="0" />
+        <value cell_index="25598" local_entity="0" value="0" />
+        <value cell_index="25599" local_entity="0" value="0" />
+        <value cell_index="25600" local_entity="0" value="0" />
+        <value cell_index="25601" local_entity="0" value="0" />
+        <value cell_index="25602" local_entity="0" value="0" />
+        <value cell_index="25603" local_entity="0" value="0" />
+        <value cell_index="25604" local_entity="0" value="0" />
+        <value cell_index="25605" local_entity="0" value="0" />
+        <value cell_index="25606" local_entity="0" value="0" />
+        <value cell_index="25607" local_entity="0" value="0" />
+        <value cell_index="25608" local_entity="0" value="0" />
+        <value cell_index="25609" local_entity="0" value="0" />
+        <value cell_index="25610" local_entity="0" value="0" />
+        <value cell_index="25611" local_entity="0" value="0" />
+        <value cell_index="25612" local_entity="0" value="0" />
+        <value cell_index="25613" local_entity="0" value="0" />
+        <value cell_index="25614" local_entity="0" value="0" />
+        <value cell_index="25615" local_entity="0" value="0" />
+        <value cell_index="25616" local_entity="0" value="0" />
+        <value cell_index="25617" local_entity="0" value="0" />
+        <value cell_index="25618" local_entity="0" value="0" />
+        <value cell_index="25619" local_entity="0" value="0" />
+        <value cell_index="25620" local_entity="0" value="0" />
+        <value cell_index="25621" local_entity="0" value="0" />
+        <value cell_index="25622" local_entity="0" value="0" />
+        <value cell_index="25623" local_entity="0" value="0" />
+        <value cell_index="25624" local_entity="0" value="0" />
+        <value cell_index="25625" local_entity="0" value="0" />
+        <value cell_index="25626" local_entity="0" value="0" />
+        <value cell_index="25627" local_entity="0" value="0" />
+        <value cell_index="25628" local_entity="0" value="0" />
+        <value cell_index="25629" local_entity="0" value="0" />
+        <value cell_index="25630" local_entity="0" value="0" />
+        <value cell_index="25631" local_entity="0" value="0" />
+        <value cell_index="25632" local_entity="0" value="0" />
+        <value cell_index="25633" local_entity="0" value="0" />
+        <value cell_index="25634" local_entity="0" value="0" />
+        <value cell_index="25635" local_entity="0" value="0" />
+        <value cell_index="25636" local_entity="0" value="0" />
+        <value cell_index="25637" local_entity="0" value="0" />
+        <value cell_index="25638" local_entity="0" value="0" />
+        <value cell_index="25639" local_entity="0" value="0" />
+        <value cell_index="25640" local_entity="0" value="0" />
+        <value cell_index="25641" local_entity="0" value="0" />
+        <value cell_index="25642" local_entity="0" value="0" />
+        <value cell_index="25643" local_entity="0" value="0" />
+        <value cell_index="25644" local_entity="0" value="0" />
+        <value cell_index="25645" local_entity="0" value="0" />
+        <value cell_index="25646" local_entity="0" value="0" />
+        <value cell_index="25647" local_entity="0" value="0" />
+        <value cell_index="25648" local_entity="0" value="0" />
+        <value cell_index="25649" local_entity="0" value="0" />
+        <value cell_index="25650" local_entity="0" value="0" />
+        <value cell_index="25651" local_entity="0" value="0" />
+        <value cell_index="25652" local_entity="0" value="0" />
+        <value cell_index="25653" local_entity="0" value="0" />
+        <value cell_index="25654" local_entity="0" value="0" />
+        <value cell_index="25655" local_entity="0" value="0" />
+        <value cell_index="25656" local_entity="0" value="0" />
+        <value cell_index="25657" local_entity="0" value="0" />
+        <value cell_index="25658" local_entity="0" value="0" />
+        <value cell_index="25659" local_entity="0" value="0" />
+        <value cell_index="25660" local_entity="0" value="0" />
+        <value cell_index="25661" local_entity="0" value="0" />
+        <value cell_index="25662" local_entity="0" value="0" />
+        <value cell_index="25663" local_entity="0" value="0" />
+        <value cell_index="25664" local_entity="0" value="0" />
+        <value cell_index="25665" local_entity="0" value="0" />
+        <value cell_index="25666" local_entity="0" value="0" />
+        <value cell_index="25667" local_entity="0" value="0" />
+        <value cell_index="25668" local_entity="0" value="0" />
+        <value cell_index="25669" local_entity="0" value="0" />
+        <value cell_index="25670" local_entity="0" value="0" />
+        <value cell_index="25671" local_entity="0" value="0" />
+        <value cell_index="25672" local_entity="0" value="0" />
+        <value cell_index="25673" local_entity="0" value="0" />
+        <value cell_index="25674" local_entity="0" value="0" />
+        <value cell_index="25675" local_entity="0" value="0" />
+        <value cell_index="25676" local_entity="0" value="0" />
+        <value cell_index="25677" local_entity="0" value="0" />
+        <value cell_index="25678" local_entity="0" value="0" />
+        <value cell_index="25679" local_entity="0" value="0" />
+        <value cell_index="25680" local_entity="0" value="0" />
+        <value cell_index="25681" local_entity="0" value="0" />
+        <value cell_index="25682" local_entity="0" value="0" />
+        <value cell_index="25683" local_entity="0" value="0" />
+        <value cell_index="25684" local_entity="0" value="0" />
+        <value cell_index="25685" local_entity="0" value="0" />
+        <value cell_index="25686" local_entity="0" value="0" />
+        <value cell_index="25687" local_entity="0" value="0" />
+        <value cell_index="25688" local_entity="0" value="0" />
+        <value cell_index="25689" local_entity="0" value="0" />
+        <value cell_index="25690" local_entity="0" value="0" />
+        <value cell_index="25691" local_entity="0" value="0" />
+        <value cell_index="25692" local_entity="0" value="0" />
+        <value cell_index="25693" local_entity="0" value="0" />
+        <value cell_index="25694" local_entity="0" value="0" />
+        <value cell_index="25695" local_entity="0" value="0" />
+        <value cell_index="25696" local_entity="0" value="0" />
+        <value cell_index="25697" local_entity="0" value="0" />
+        <value cell_index="25698" local_entity="0" value="0" />
+        <value cell_index="25699" local_entity="0" value="0" />
+        <value cell_index="25700" local_entity="0" value="0" />
+        <value cell_index="25701" local_entity="0" value="0" />
+        <value cell_index="25702" local_entity="0" value="0" />
+        <value cell_index="25703" local_entity="0" value="0" />
+        <value cell_index="25704" local_entity="0" value="0" />
+        <value cell_index="25705" local_entity="0" value="0" />
+        <value cell_index="25706" local_entity="0" value="0" />
+        <value cell_index="25707" local_entity="0" value="0" />
+        <value cell_index="25708" local_entity="0" value="0" />
+        <value cell_index="25709" local_entity="0" value="0" />
+        <value cell_index="25710" local_entity="0" value="0" />
+        <value cell_index="25711" local_entity="0" value="0" />
+        <value cell_index="25712" local_entity="0" value="0" />
+        <value cell_index="25713" local_entity="0" value="0" />
+        <value cell_index="25714" local_entity="0" value="0" />
+        <value cell_index="25715" local_entity="0" value="0" />
+        <value cell_index="25716" local_entity="0" value="0" />
+        <value cell_index="25717" local_entity="0" value="0" />
+        <value cell_index="25718" local_entity="0" value="0" />
+        <value cell_index="25719" local_entity="0" value="0" />
+        <value cell_index="25720" local_entity="0" value="0" />
+        <value cell_index="25721" local_entity="0" value="0" />
+        <value cell_index="25722" local_entity="0" value="0" />
+        <value cell_index="25723" local_entity="0" value="0" />
+        <value cell_index="25724" local_entity="0" value="0" />
+        <value cell_index="25725" local_entity="0" value="0" />
+        <value cell_index="25726" local_entity="0" value="0" />
+        <value cell_index="25727" local_entity="0" value="0" />
+        <value cell_index="25728" local_entity="0" value="0" />
+        <value cell_index="25729" local_entity="0" value="0" />
+        <value cell_index="25730" local_entity="0" value="0" />
+        <value cell_index="25731" local_entity="0" value="0" />
+        <value cell_index="25732" local_entity="0" value="0" />
+        <value cell_index="25733" local_entity="0" value="0" />
+        <value cell_index="25734" local_entity="0" value="0" />
+        <value cell_index="25735" local_entity="0" value="0" />
+        <value cell_index="25736" local_entity="0" value="0" />
+        <value cell_index="25737" local_entity="0" value="0" />
+        <value cell_index="25738" local_entity="0" value="0" />
+        <value cell_index="25739" local_entity="0" value="0" />
+        <value cell_index="25740" local_entity="0" value="0" />
+        <value cell_index="25741" local_entity="0" value="0" />
+        <value cell_index="25742" local_entity="0" value="0" />
+        <value cell_index="25743" local_entity="0" value="0" />
+        <value cell_index="25744" local_entity="0" value="0" />
+        <value cell_index="25745" local_entity="0" value="0" />
+        <value cell_index="25746" local_entity="0" value="0" />
+        <value cell_index="25747" local_entity="0" value="0" />
+        <value cell_index="25748" local_entity="0" value="0" />
+        <value cell_index="25749" local_entity="0" value="0" />
+        <value cell_index="25750" local_entity="0" value="0" />
+        <value cell_index="25751" local_entity="0" value="0" />
+        <value cell_index="25752" local_entity="0" value="0" />
+        <value cell_index="25753" local_entity="0" value="0" />
+        <value cell_index="25754" local_entity="0" value="0" />
+        <value cell_index="25755" local_entity="0" value="0" />
+        <value cell_index="25756" local_entity="0" value="0" />
+        <value cell_index="25757" local_entity="0" value="0" />
+        <value cell_index="25758" local_entity="0" value="0" />
+        <value cell_index="25759" local_entity="0" value="0" />
+        <value cell_index="25760" local_entity="0" value="0" />
+        <value cell_index="25761" local_entity="0" value="0" />
+        <value cell_index="25762" local_entity="0" value="0" />
+        <value cell_index="25763" local_entity="0" value="0" />
+        <value cell_index="25764" local_entity="0" value="0" />
+        <value cell_index="25765" local_entity="0" value="0" />
+        <value cell_index="25766" local_entity="0" value="0" />
+        <value cell_index="25767" local_entity="0" value="0" />
+        <value cell_index="25768" local_entity="0" value="0" />
+        <value cell_index="25769" local_entity="0" value="0" />
+        <value cell_index="25770" local_entity="0" value="0" />
+        <value cell_index="25771" local_entity="0" value="0" />
+        <value cell_index="25772" local_entity="0" value="0" />
+        <value cell_index="25773" local_entity="0" value="0" />
+        <value cell_index="25774" local_entity="0" value="0" />
+        <value cell_index="25775" local_entity="0" value="0" />
+        <value cell_index="25776" local_entity="0" value="0" />
+        <value cell_index="25777" local_entity="0" value="0" />
+        <value cell_index="25778" local_entity="0" value="0" />
+        <value cell_index="25779" local_entity="0" value="0" />
+        <value cell_index="25780" local_entity="0" value="0" />
+        <value cell_index="25781" local_entity="0" value="0" />
+        <value cell_index="25782" local_entity="0" value="0" />
+        <value cell_index="25783" local_entity="0" value="0" />
+        <value cell_index="25784" local_entity="0" value="0" />
+        <value cell_index="25785" local_entity="0" value="0" />
+        <value cell_index="25786" local_entity="0" value="0" />
+        <value cell_index="25787" local_entity="0" value="0" />
+        <value cell_index="25788" local_entity="0" value="0" />
+        <value cell_index="25789" local_entity="0" value="0" />
+        <value cell_index="25790" local_entity="0" value="0" />
+        <value cell_index="25791" local_entity="0" value="0" />
+        <value cell_index="25792" local_entity="0" value="0" />
+        <value cell_index="25793" local_entity="0" value="0" />
+        <value cell_index="25794" local_entity="0" value="0" />
+        <value cell_index="25795" local_entity="0" value="0" />
+        <value cell_index="25796" local_entity="0" value="0" />
+        <value cell_index="25797" local_entity="0" value="0" />
+        <value cell_index="25798" local_entity="0" value="0" />
+        <value cell_index="25799" local_entity="0" value="0" />
+        <value cell_index="25800" local_entity="0" value="0" />
+        <value cell_index="25801" local_entity="0" value="0" />
+        <value cell_index="25802" local_entity="0" value="0" />
+        <value cell_index="25803" local_entity="0" value="0" />
+        <value cell_index="25804" local_entity="0" value="0" />
+        <value cell_index="25805" local_entity="0" value="0" />
+        <value cell_index="25806" local_entity="0" value="0" />
+        <value cell_index="25807" local_entity="0" value="0" />
+        <value cell_index="25808" local_entity="0" value="0" />
+        <value cell_index="25809" local_entity="0" value="0" />
+        <value cell_index="25810" local_entity="0" value="0" />
+        <value cell_index="25811" local_entity="0" value="0" />
+        <value cell_index="25812" local_entity="0" value="0" />
+        <value cell_index="25813" local_entity="0" value="0" />
+        <value cell_index="25814" local_entity="0" value="0" />
+        <value cell_index="25815" local_entity="0" value="0" />
+        <value cell_index="25816" local_entity="0" value="0" />
+        <value cell_index="25817" local_entity="0" value="0" />
+        <value cell_index="25818" local_entity="0" value="0" />
+        <value cell_index="25819" local_entity="0" value="0" />
+        <value cell_index="25820" local_entity="0" value="0" />
+        <value cell_index="25821" local_entity="0" value="0" />
+        <value cell_index="25822" local_entity="0" value="0" />
+        <value cell_index="25823" local_entity="0" value="0" />
+        <value cell_index="25824" local_entity="0" value="0" />
+        <value cell_index="25825" local_entity="0" value="0" />
+        <value cell_index="25826" local_entity="0" value="0" />
+        <value cell_index="25827" local_entity="0" value="0" />
+        <value cell_index="25828" local_entity="0" value="0" />
+        <value cell_index="25829" local_entity="0" value="0" />
+        <value cell_index="25830" local_entity="0" value="0" />
+        <value cell_index="25831" local_entity="0" value="0" />
+        <value cell_index="25832" local_entity="0" value="0" />
+        <value cell_index="25833" local_entity="0" value="0" />
+        <value cell_index="25834" local_entity="0" value="0" />
+        <value cell_index="25835" local_entity="0" value="0" />
+        <value cell_index="25836" local_entity="0" value="0" />
+        <value cell_index="25837" local_entity="0" value="0" />
+        <value cell_index="25838" local_entity="0" value="0" />
+        <value cell_index="25839" local_entity="0" value="0" />
+        <value cell_index="25840" local_entity="0" value="0" />
+        <value cell_index="25841" local_entity="0" value="0" />
+        <value cell_index="25842" local_entity="0" value="0" />
+        <value cell_index="25843" local_entity="0" value="0" />
+        <value cell_index="25844" local_entity="0" value="0" />
+        <value cell_index="25845" local_entity="0" value="0" />
+        <value cell_index="25846" local_entity="0" value="0" />
+        <value cell_index="25847" local_entity="0" value="0" />
+        <value cell_index="25848" local_entity="0" value="0" />
+        <value cell_index="25849" local_entity="0" value="0" />
+        <value cell_index="25850" local_entity="0" value="0" />
+        <value cell_index="25851" local_entity="0" value="0" />
+        <value cell_index="25852" local_entity="0" value="0" />
+        <value cell_index="25853" local_entity="0" value="0" />
+        <value cell_index="25854" local_entity="0" value="0" />
+        <value cell_index="25855" local_entity="0" value="0" />
+        <value cell_index="25856" local_entity="0" value="0" />
+        <value cell_index="25857" local_entity="0" value="0" />
+        <value cell_index="25858" local_entity="0" value="0" />
+        <value cell_index="25859" local_entity="0" value="0" />
+        <value cell_index="25860" local_entity="0" value="0" />
+        <value cell_index="25861" local_entity="0" value="0" />
+        <value cell_index="25862" local_entity="0" value="0" />
+        <value cell_index="25863" local_entity="0" value="0" />
+        <value cell_index="25864" local_entity="0" value="0" />
+        <value cell_index="25865" local_entity="0" value="0" />
+        <value cell_index="25866" local_entity="0" value="0" />
+        <value cell_index="25867" local_entity="0" value="0" />
+        <value cell_index="25868" local_entity="0" value="0" />
+        <value cell_index="25869" local_entity="0" value="0" />
+        <value cell_index="25870" local_entity="0" value="0" />
+        <value cell_index="25871" local_entity="0" value="0" />
+        <value cell_index="25872" local_entity="0" value="0" />
+        <value cell_index="25873" local_entity="0" value="0" />
+        <value cell_index="25874" local_entity="0" value="0" />
+        <value cell_index="25875" local_entity="0" value="0" />
+        <value cell_index="25876" local_entity="0" value="0" />
+        <value cell_index="25877" local_entity="0" value="0" />
+        <value cell_index="25878" local_entity="0" value="0" />
+        <value cell_index="25879" local_entity="0" value="0" />
+        <value cell_index="25880" local_entity="0" value="0" />
+        <value cell_index="25881" local_entity="0" value="0" />
+        <value cell_index="25882" local_entity="0" value="0" />
+        <value cell_index="25883" local_entity="0" value="0" />
+        <value cell_index="25884" local_entity="0" value="0" />
+        <value cell_index="25885" local_entity="0" value="0" />
+        <value cell_index="25886" local_entity="0" value="0" />
+        <value cell_index="25887" local_entity="0" value="0" />
+        <value cell_index="25888" local_entity="0" value="0" />
+        <value cell_index="25889" local_entity="0" value="0" />
+        <value cell_index="25890" local_entity="0" value="0" />
+        <value cell_index="25891" local_entity="0" value="0" />
+        <value cell_index="25892" local_entity="0" value="0" />
+        <value cell_index="25893" local_entity="0" value="0" />
+        <value cell_index="25894" local_entity="0" value="0" />
+        <value cell_index="25895" local_entity="0" value="0" />
+        <value cell_index="25896" local_entity="0" value="0" />
+        <value cell_index="25897" local_entity="0" value="0" />
+        <value cell_index="25898" local_entity="0" value="0" />
+        <value cell_index="25899" local_entity="0" value="0" />
+        <value cell_index="25900" local_entity="0" value="0" />
+        <value cell_index="25901" local_entity="0" value="0" />
+        <value cell_index="25902" local_entity="0" value="0" />
+        <value cell_index="25903" local_entity="0" value="0" />
+        <value cell_index="25904" local_entity="0" value="0" />
+        <value cell_index="25905" local_entity="0" value="0" />
+        <value cell_index="25906" local_entity="0" value="0" />
+        <value cell_index="25907" local_entity="0" value="0" />
+        <value cell_index="25908" local_entity="0" value="0" />
+        <value cell_index="25909" local_entity="0" value="0" />
+        <value cell_index="25910" local_entity="0" value="0" />
+        <value cell_index="25911" local_entity="0" value="0" />
+        <value cell_index="25912" local_entity="0" value="0" />
+        <value cell_index="25913" local_entity="0" value="0" />
+        <value cell_index="25914" local_entity="0" value="0" />
+        <value cell_index="25915" local_entity="0" value="0" />
+        <value cell_index="25916" local_entity="0" value="0" />
+        <value cell_index="25917" local_entity="0" value="0" />
+        <value cell_index="25918" local_entity="0" value="0" />
+        <value cell_index="25919" local_entity="0" value="0" />
+        <value cell_index="25920" local_entity="0" value="0" />
+        <value cell_index="25921" local_entity="0" value="0" />
+        <value cell_index="25922" local_entity="0" value="0" />
+        <value cell_index="25923" local_entity="0" value="0" />
+        <value cell_index="25924" local_entity="0" value="0" />
+        <value cell_index="25925" local_entity="0" value="0" />
+        <value cell_index="25926" local_entity="0" value="0" />
+        <value cell_index="25927" local_entity="0" value="0" />
+        <value cell_index="25928" local_entity="0" value="0" />
+        <value cell_index="25929" local_entity="0" value="0" />
+        <value cell_index="25930" local_entity="0" value="0" />
+        <value cell_index="25931" local_entity="0" value="0" />
+        <value cell_index="25932" local_entity="0" value="0" />
+        <value cell_index="25933" local_entity="0" value="0" />
+        <value cell_index="25934" local_entity="0" value="0" />
+        <value cell_index="25935" local_entity="0" value="0" />
+        <value cell_index="25936" local_entity="0" value="0" />
+        <value cell_index="25937" local_entity="0" value="0" />
+        <value cell_index="25938" local_entity="0" value="0" />
+        <value cell_index="25939" local_entity="0" value="0" />
+        <value cell_index="25940" local_entity="0" value="0" />
+        <value cell_index="25941" local_entity="0" value="0" />
+        <value cell_index="25942" local_entity="0" value="0" />
+        <value cell_index="25943" local_entity="0" value="0" />
+        <value cell_index="25944" local_entity="0" value="0" />
+        <value cell_index="25945" local_entity="0" value="0" />
+        <value cell_index="25946" local_entity="0" value="0" />
+        <value cell_index="25947" local_entity="0" value="0" />
+        <value cell_index="25948" local_entity="0" value="0" />
+        <value cell_index="25949" local_entity="0" value="0" />
+        <value cell_index="25950" local_entity="0" value="0" />
+        <value cell_index="25951" local_entity="0" value="0" />
+        <value cell_index="25952" local_entity="0" value="0" />
+        <value cell_index="25953" local_entity="0" value="0" />
+        <value cell_index="25954" local_entity="0" value="0" />
+        <value cell_index="25955" local_entity="0" value="0" />
+        <value cell_index="25956" local_entity="0" value="0" />
+        <value cell_index="25957" local_entity="0" value="0" />
+        <value cell_index="25958" local_entity="0" value="0" />
+        <value cell_index="25959" local_entity="0" value="0" />
+        <value cell_index="25960" local_entity="0" value="0" />
+        <value cell_index="25961" local_entity="0" value="0" />
+        <value cell_index="25962" local_entity="0" value="0" />
+        <value cell_index="25963" local_entity="0" value="0" />
+        <value cell_index="25964" local_entity="0" value="0" />
+        <value cell_index="25965" local_entity="0" value="0" />
+        <value cell_index="25966" local_entity="0" value="0" />
+        <value cell_index="25967" local_entity="0" value="0" />
+        <value cell_index="25968" local_entity="0" value="0" />
+        <value cell_index="25969" local_entity="0" value="0" />
+        <value cell_index="25970" local_entity="0" value="0" />
+        <value cell_index="25971" local_entity="0" value="0" />
+        <value cell_index="25972" local_entity="0" value="0" />
+        <value cell_index="25973" local_entity="0" value="0" />
+        <value cell_index="25974" local_entity="0" value="0" />
+        <value cell_index="25975" local_entity="0" value="0" />
+        <value cell_index="25976" local_entity="0" value="0" />
+        <value cell_index="25977" local_entity="0" value="0" />
+        <value cell_index="25978" local_entity="0" value="0" />
+        <value cell_index="25979" local_entity="0" value="0" />
+        <value cell_index="25980" local_entity="0" value="0" />
+        <value cell_index="25981" local_entity="0" value="0" />
+        <value cell_index="25982" local_entity="0" value="0" />
+        <value cell_index="25983" local_entity="0" value="0" />
+        <value cell_index="25984" local_entity="0" value="0" />
+        <value cell_index="25985" local_entity="0" value="0" />
+        <value cell_index="25986" local_entity="0" value="0" />
+        <value cell_index="25987" local_entity="0" value="0" />
+        <value cell_index="25988" local_entity="0" value="0" />
+        <value cell_index="25989" local_entity="0" value="0" />
+        <value cell_index="25990" local_entity="0" value="0" />
+        <value cell_index="25991" local_entity="0" value="0" />
+        <value cell_index="25992" local_entity="0" value="0" />
+        <value cell_index="25993" local_entity="0" value="0" />
+        <value cell_index="25994" local_entity="0" value="0" />
+        <value cell_index="25995" local_entity="0" value="0" />
+        <value cell_index="25996" local_entity="0" value="0" />
+        <value cell_index="25997" local_entity="0" value="0" />
+        <value cell_index="25998" local_entity="0" value="0" />
+        <value cell_index="25999" local_entity="0" value="0" />
+        <value cell_index="26000" local_entity="0" value="0" />
+        <value cell_index="26001" local_entity="0" value="0" />
+        <value cell_index="26002" local_entity="0" value="0" />
+        <value cell_index="26003" local_entity="0" value="0" />
+        <value cell_index="26004" local_entity="0" value="0" />
+        <value cell_index="26005" local_entity="0" value="0" />
+        <value cell_index="26006" local_entity="0" value="0" />
+        <value cell_index="26007" local_entity="0" value="0" />
+        <value cell_index="26008" local_entity="0" value="0" />
+        <value cell_index="26009" local_entity="0" value="0" />
+        <value cell_index="26010" local_entity="0" value="0" />
+        <value cell_index="26011" local_entity="0" value="0" />
+        <value cell_index="26012" local_entity="0" value="0" />
+        <value cell_index="26013" local_entity="0" value="0" />
+        <value cell_index="26014" local_entity="0" value="0" />
+        <value cell_index="26015" local_entity="0" value="0" />
+        <value cell_index="26016" local_entity="0" value="0" />
+        <value cell_index="26017" local_entity="0" value="0" />
+        <value cell_index="26018" local_entity="0" value="0" />
+        <value cell_index="26019" local_entity="0" value="0" />
+        <value cell_index="26020" local_entity="0" value="0" />
+        <value cell_index="26021" local_entity="0" value="0" />
+        <value cell_index="26022" local_entity="0" value="0" />
+        <value cell_index="26023" local_entity="0" value="0" />
+        <value cell_index="26024" local_entity="0" value="0" />
+        <value cell_index="26025" local_entity="0" value="0" />
+        <value cell_index="26026" local_entity="0" value="0" />
+        <value cell_index="26027" local_entity="0" value="0" />
+        <value cell_index="26028" local_entity="0" value="0" />
+        <value cell_index="26029" local_entity="0" value="0" />
+        <value cell_index="26030" local_entity="0" value="0" />
+        <value cell_index="26031" local_entity="0" value="0" />
+        <value cell_index="26032" local_entity="0" value="0" />
+        <value cell_index="26033" local_entity="0" value="0" />
+        <value cell_index="26034" local_entity="0" value="0" />
+        <value cell_index="26035" local_entity="0" value="0" />
+        <value cell_index="26036" local_entity="0" value="0" />
+        <value cell_index="26037" local_entity="0" value="0" />
+        <value cell_index="26038" local_entity="0" value="0" />
+        <value cell_index="26039" local_entity="0" value="0" />
+        <value cell_index="26040" local_entity="0" value="0" />
+        <value cell_index="26041" local_entity="0" value="0" />
+        <value cell_index="26042" local_entity="0" value="0" />
+        <value cell_index="26043" local_entity="0" value="0" />
+        <value cell_index="26044" local_entity="0" value="0" />
+        <value cell_index="26045" local_entity="0" value="0" />
+        <value cell_index="26046" local_entity="0" value="0" />
+        <value cell_index="26047" local_entity="0" value="0" />
+        <value cell_index="26048" local_entity="0" value="0" />
+        <value cell_index="26049" local_entity="0" value="0" />
+        <value cell_index="26050" local_entity="0" value="0" />
+        <value cell_index="26051" local_entity="0" value="0" />
+        <value cell_index="26052" local_entity="0" value="0" />
+        <value cell_index="26053" local_entity="0" value="0" />
+        <value cell_index="26054" local_entity="0" value="0" />
+        <value cell_index="26055" local_entity="0" value="0" />
+        <value cell_index="26056" local_entity="0" value="0" />
+        <value cell_index="26057" local_entity="0" value="0" />
+        <value cell_index="26058" local_entity="0" value="0" />
+        <value cell_index="26059" local_entity="0" value="0" />
+        <value cell_index="26060" local_entity="0" value="0" />
+        <value cell_index="26061" local_entity="0" value="0" />
+        <value cell_index="26062" local_entity="0" value="0" />
+        <value cell_index="26063" local_entity="0" value="0" />
+        <value cell_index="26064" local_entity="0" value="0" />
+        <value cell_index="26065" local_entity="0" value="0" />
+        <value cell_index="26066" local_entity="0" value="0" />
+        <value cell_index="26067" local_entity="0" value="0" />
+        <value cell_index="26068" local_entity="0" value="0" />
+        <value cell_index="26069" local_entity="0" value="0" />
+        <value cell_index="26070" local_entity="0" value="0" />
+        <value cell_index="26071" local_entity="0" value="0" />
+        <value cell_index="26072" local_entity="0" value="0" />
+        <value cell_index="26073" local_entity="0" value="0" />
+        <value cell_index="26074" local_entity="0" value="0" />
+        <value cell_index="26075" local_entity="0" value="0" />
+        <value cell_index="26076" local_entity="0" value="0" />
+        <value cell_index="26077" local_entity="0" value="0" />
+        <value cell_index="26078" local_entity="0" value="0" />
+        <value cell_index="26079" local_entity="0" value="0" />
+        <value cell_index="26080" local_entity="0" value="0" />
+        <value cell_index="26081" local_entity="0" value="0" />
+        <value cell_index="26082" local_entity="0" value="0" />
+        <value cell_index="26083" local_entity="0" value="0" />
+        <value cell_index="26084" local_entity="0" value="0" />
+        <value cell_index="26085" local_entity="0" value="0" />
+        <value cell_index="26086" local_entity="0" value="0" />
+        <value cell_index="26087" local_entity="0" value="0" />
+        <value cell_index="26088" local_entity="0" value="0" />
+        <value cell_index="26089" local_entity="0" value="0" />
+        <value cell_index="26090" local_entity="0" value="0" />
+        <value cell_index="26091" local_entity="0" value="0" />
+        <value cell_index="26092" local_entity="0" value="0" />
+        <value cell_index="26093" local_entity="0" value="0" />
+        <value cell_index="26094" local_entity="0" value="0" />
+        <value cell_index="26095" local_entity="0" value="0" />
+        <value cell_index="26096" local_entity="0" value="0" />
+        <value cell_index="26097" local_entity="0" value="0" />
+        <value cell_index="26098" local_entity="0" value="0" />
+        <value cell_index="26099" local_entity="0" value="0" />
+        <value cell_index="26100" local_entity="0" value="0" />
+        <value cell_index="26101" local_entity="0" value="0" />
+        <value cell_index="26102" local_entity="0" value="0" />
+        <value cell_index="26103" local_entity="0" value="0" />
+        <value cell_index="26104" local_entity="0" value="0" />
+        <value cell_index="26105" local_entity="0" value="0" />
+        <value cell_index="26106" local_entity="0" value="0" />
+        <value cell_index="26107" local_entity="0" value="0" />
+        <value cell_index="26108" local_entity="0" value="0" />
+        <value cell_index="26109" local_entity="0" value="0" />
+        <value cell_index="26110" local_entity="0" value="0" />
+        <value cell_index="26111" local_entity="0" value="0" />
+        <value cell_index="26112" local_entity="0" value="0" />
+        <value cell_index="26113" local_entity="0" value="0" />
+        <value cell_index="26114" local_entity="0" value="0" />
+        <value cell_index="26115" local_entity="0" value="0" />
+        <value cell_index="26116" local_entity="0" value="0" />
+        <value cell_index="26117" local_entity="0" value="0" />
+        <value cell_index="26118" local_entity="0" value="0" />
+        <value cell_index="26119" local_entity="0" value="0" />
+        <value cell_index="26120" local_entity="0" value="0" />
+        <value cell_index="26121" local_entity="0" value="0" />
+        <value cell_index="26122" local_entity="0" value="0" />
+        <value cell_index="26123" local_entity="0" value="0" />
+        <value cell_index="26124" local_entity="0" value="0" />
+        <value cell_index="26125" local_entity="0" value="0" />
+        <value cell_index="26126" local_entity="0" value="0" />
+        <value cell_index="26127" local_entity="0" value="0" />
+        <value cell_index="26128" local_entity="0" value="0" />
+        <value cell_index="26129" local_entity="0" value="0" />
+        <value cell_index="26130" local_entity="0" value="0" />
+        <value cell_index="26131" local_entity="0" value="0" />
+        <value cell_index="26132" local_entity="0" value="0" />
+        <value cell_index="26133" local_entity="0" value="0" />
+        <value cell_index="26134" local_entity="0" value="0" />
+        <value cell_index="26135" local_entity="0" value="0" />
+        <value cell_index="26136" local_entity="0" value="0" />
+        <value cell_index="26137" local_entity="0" value="0" />
+        <value cell_index="26138" local_entity="0" value="0" />
+        <value cell_index="26139" local_entity="0" value="0" />
+        <value cell_index="26140" local_entity="0" value="0" />
+        <value cell_index="26141" local_entity="0" value="0" />
+        <value cell_index="26142" local_entity="0" value="0" />
+        <value cell_index="26143" local_entity="0" value="0" />
+        <value cell_index="26144" local_entity="0" value="0" />
+        <value cell_index="26145" local_entity="0" value="0" />
+        <value cell_index="26146" local_entity="0" value="0" />
+        <value cell_index="26147" local_entity="0" value="0" />
+        <value cell_index="26148" local_entity="0" value="0" />
+        <value cell_index="26149" local_entity="0" value="0" />
+        <value cell_index="26150" local_entity="0" value="0" />
+        <value cell_index="26151" local_entity="0" value="0" />
+        <value cell_index="26152" local_entity="0" value="0" />
+        <value cell_index="26153" local_entity="0" value="0" />
+        <value cell_index="26154" local_entity="0" value="0" />
+        <value cell_index="26155" local_entity="0" value="0" />
+        <value cell_index="26156" local_entity="0" value="0" />
+        <value cell_index="26157" local_entity="0" value="0" />
+        <value cell_index="26158" local_entity="0" value="0" />
+        <value cell_index="26159" local_entity="0" value="0" />
+        <value cell_index="26160" local_entity="0" value="0" />
+        <value cell_index="26161" local_entity="0" value="0" />
+        <value cell_index="26162" local_entity="0" value="0" />
+        <value cell_index="26163" local_entity="0" value="0" />
+        <value cell_index="26164" local_entity="0" value="0" />
+        <value cell_index="26165" local_entity="0" value="0" />
+        <value cell_index="26166" local_entity="0" value="0" />
+        <value cell_index="26167" local_entity="0" value="0" />
+        <value cell_index="26168" local_entity="0" value="0" />
+        <value cell_index="26169" local_entity="0" value="0" />
+        <value cell_index="26170" local_entity="0" value="0" />
+        <value cell_index="26171" local_entity="0" value="0" />
+        <value cell_index="26172" local_entity="0" value="0" />
+        <value cell_index="26173" local_entity="0" value="0" />
+        <value cell_index="26174" local_entity="0" value="0" />
+        <value cell_index="26175" local_entity="0" value="0" />
+        <value cell_index="26176" local_entity="0" value="0" />
+        <value cell_index="26177" local_entity="0" value="0" />
+        <value cell_index="26178" local_entity="0" value="0" />
+        <value cell_index="26179" local_entity="0" value="0" />
+        <value cell_index="26180" local_entity="0" value="0" />
+        <value cell_index="26181" local_entity="0" value="0" />
+        <value cell_index="26182" local_entity="0" value="0" />
+        <value cell_index="26183" local_entity="0" value="0" />
+        <value cell_index="26184" local_entity="0" value="0" />
+        <value cell_index="26185" local_entity="0" value="0" />
+        <value cell_index="26186" local_entity="0" value="0" />
+        <value cell_index="26187" local_entity="0" value="0" />
+        <value cell_index="26188" local_entity="0" value="0" />
+        <value cell_index="26189" local_entity="0" value="0" />
+        <value cell_index="26190" local_entity="0" value="0" />
+        <value cell_index="26191" local_entity="0" value="0" />
+        <value cell_index="26192" local_entity="0" value="0" />
+        <value cell_index="26193" local_entity="0" value="0" />
+        <value cell_index="26194" local_entity="0" value="0" />
+        <value cell_index="26195" local_entity="0" value="0" />
+        <value cell_index="26196" local_entity="0" value="0" />
+        <value cell_index="26197" local_entity="0" value="0" />
+        <value cell_index="26198" local_entity="0" value="0" />
+        <value cell_index="26199" local_entity="0" value="0" />
+        <value cell_index="26200" local_entity="0" value="0" />
+        <value cell_index="26201" local_entity="0" value="0" />
+        <value cell_index="26202" local_entity="0" value="0" />
+        <value cell_index="26203" local_entity="0" value="0" />
+        <value cell_index="26204" local_entity="0" value="0" />
+        <value cell_index="26205" local_entity="0" value="0" />
+        <value cell_index="26206" local_entity="0" value="0" />
+        <value cell_index="26207" local_entity="0" value="0" />
+        <value cell_index="26208" local_entity="0" value="0" />
+        <value cell_index="26209" local_entity="0" value="0" />
+        <value cell_index="26210" local_entity="0" value="0" />
+        <value cell_index="26211" local_entity="0" value="0" />
+        <value cell_index="26212" local_entity="0" value="0" />
+        <value cell_index="26213" local_entity="0" value="0" />
+        <value cell_index="26214" local_entity="0" value="0" />
+        <value cell_index="26215" local_entity="0" value="0" />
+        <value cell_index="26216" local_entity="0" value="0" />
+        <value cell_index="26217" local_entity="0" value="0" />
+        <value cell_index="26218" local_entity="0" value="0" />
+        <value cell_index="26219" local_entity="0" value="0" />
+        <value cell_index="26220" local_entity="0" value="0" />
+        <value cell_index="26221" local_entity="0" value="0" />
+        <value cell_index="26222" local_entity="0" value="0" />
+        <value cell_index="26223" local_entity="0" value="0" />
+        <value cell_index="26224" local_entity="0" value="0" />
+        <value cell_index="26225" local_entity="0" value="0" />
+        <value cell_index="26226" local_entity="0" value="0" />
+        <value cell_index="26227" local_entity="0" value="0" />
+        <value cell_index="26228" local_entity="0" value="0" />
+        <value cell_index="26229" local_entity="0" value="0" />
+        <value cell_index="26230" local_entity="0" value="0" />
+        <value cell_index="26231" local_entity="0" value="0" />
+        <value cell_index="26232" local_entity="0" value="0" />
+        <value cell_index="26233" local_entity="0" value="0" />
+        <value cell_index="26234" local_entity="0" value="0" />
+        <value cell_index="26235" local_entity="0" value="0" />
+        <value cell_index="26236" local_entity="0" value="0" />
+        <value cell_index="26237" local_entity="0" value="0" />
+        <value cell_index="26238" local_entity="0" value="0" />
+        <value cell_index="26239" local_entity="0" value="0" />
+        <value cell_index="26240" local_entity="0" value="0" />
+        <value cell_index="26241" local_entity="0" value="0" />
+        <value cell_index="26242" local_entity="0" value="0" />
+        <value cell_index="26243" local_entity="0" value="0" />
+        <value cell_index="26244" local_entity="0" value="0" />
+        <value cell_index="26245" local_entity="0" value="0" />
+        <value cell_index="26246" local_entity="0" value="0" />
+        <value cell_index="26247" local_entity="0" value="0" />
+        <value cell_index="26248" local_entity="0" value="0" />
+        <value cell_index="26249" local_entity="0" value="0" />
+        <value cell_index="26250" local_entity="0" value="0" />
+        <value cell_index="26251" local_entity="0" value="0" />
+        <value cell_index="26252" local_entity="0" value="0" />
+        <value cell_index="26253" local_entity="0" value="0" />
+        <value cell_index="26254" local_entity="0" value="0" />
+        <value cell_index="26255" local_entity="0" value="0" />
+        <value cell_index="26256" local_entity="0" value="0" />
+        <value cell_index="26257" local_entity="0" value="0" />
+        <value cell_index="26258" local_entity="0" value="0" />
+        <value cell_index="26259" local_entity="0" value="0" />
+        <value cell_index="26260" local_entity="0" value="0" />
+        <value cell_index="26261" local_entity="0" value="0" />
+        <value cell_index="26262" local_entity="0" value="0" />
+        <value cell_index="26263" local_entity="0" value="0" />
+        <value cell_index="26264" local_entity="0" value="0" />
+        <value cell_index="26265" local_entity="0" value="0" />
+        <value cell_index="26266" local_entity="0" value="0" />
+        <value cell_index="26267" local_entity="0" value="0" />
+        <value cell_index="26268" local_entity="0" value="0" />
+        <value cell_index="26269" local_entity="0" value="0" />
+        <value cell_index="26270" local_entity="0" value="0" />
+        <value cell_index="26271" local_entity="0" value="0" />
+        <value cell_index="26272" local_entity="0" value="0" />
+        <value cell_index="26273" local_entity="0" value="0" />
+        <value cell_index="26274" local_entity="0" value="0" />
+        <value cell_index="26275" local_entity="0" value="0" />
+        <value cell_index="26276" local_entity="0" value="0" />
+        <value cell_index="26277" local_entity="0" value="0" />
+        <value cell_index="26278" local_entity="0" value="0" />
+        <value cell_index="26279" local_entity="0" value="0" />
+        <value cell_index="26280" local_entity="0" value="0" />
+        <value cell_index="26281" local_entity="0" value="0" />
+        <value cell_index="26282" local_entity="0" value="0" />
+        <value cell_index="26283" local_entity="0" value="0" />
+        <value cell_index="26284" local_entity="0" value="0" />
+        <value cell_index="26285" local_entity="0" value="0" />
+        <value cell_index="26286" local_entity="0" value="0" />
+        <value cell_index="26287" local_entity="0" value="0" />
+        <value cell_index="26288" local_entity="0" value="0" />
+        <value cell_index="26289" local_entity="0" value="0" />
+        <value cell_index="26290" local_entity="0" value="0" />
+        <value cell_index="26291" local_entity="0" value="0" />
+        <value cell_index="26292" local_entity="0" value="0" />
+        <value cell_index="26293" local_entity="0" value="0" />
+        <value cell_index="26294" local_entity="0" value="0" />
+        <value cell_index="26295" local_entity="0" value="0" />
+        <value cell_index="26296" local_entity="0" value="0" />
+        <value cell_index="26297" local_entity="0" value="0" />
+        <value cell_index="26298" local_entity="0" value="0" />
+        <value cell_index="26299" local_entity="0" value="0" />
+        <value cell_index="26300" local_entity="0" value="0" />
+        <value cell_index="26301" local_entity="0" value="0" />
+        <value cell_index="26302" local_entity="0" value="0" />
+        <value cell_index="26303" local_entity="0" value="0" />
+        <value cell_index="26304" local_entity="0" value="0" />
+        <value cell_index="26305" local_entity="0" value="0" />
+        <value cell_index="26306" local_entity="0" value="0" />
+        <value cell_index="26307" local_entity="0" value="0" />
+        <value cell_index="26308" local_entity="0" value="0" />
+        <value cell_index="26309" local_entity="0" value="0" />
+        <value cell_index="26310" local_entity="0" value="0" />
+        <value cell_index="26311" local_entity="0" value="0" />
+        <value cell_index="26312" local_entity="0" value="0" />
+        <value cell_index="26313" local_entity="0" value="0" />
+        <value cell_index="26314" local_entity="0" value="0" />
+        <value cell_index="26315" local_entity="0" value="0" />
+        <value cell_index="26316" local_entity="0" value="0" />
+        <value cell_index="26317" local_entity="0" value="0" />
+        <value cell_index="26318" local_entity="0" value="0" />
+        <value cell_index="26319" local_entity="0" value="0" />
+        <value cell_index="26320" local_entity="0" value="0" />
+        <value cell_index="26321" local_entity="0" value="0" />
+        <value cell_index="26322" local_entity="0" value="0" />
+        <value cell_index="26323" local_entity="0" value="0" />
+        <value cell_index="26324" local_entity="0" value="0" />
+        <value cell_index="26325" local_entity="0" value="0" />
+        <value cell_index="26326" local_entity="0" value="0" />
+        <value cell_index="26327" local_entity="0" value="0" />
+        <value cell_index="26328" local_entity="0" value="0" />
+        <value cell_index="26329" local_entity="0" value="0" />
+        <value cell_index="26330" local_entity="0" value="0" />
+        <value cell_index="26331" local_entity="0" value="0" />
+        <value cell_index="26332" local_entity="0" value="0" />
+        <value cell_index="26333" local_entity="0" value="0" />
+        <value cell_index="26334" local_entity="0" value="0" />
+        <value cell_index="26335" local_entity="0" value="0" />
+        <value cell_index="26336" local_entity="0" value="0" />
+        <value cell_index="26337" local_entity="0" value="0" />
+        <value cell_index="26338" local_entity="0" value="0" />
+        <value cell_index="26339" local_entity="0" value="0" />
+        <value cell_index="26340" local_entity="0" value="0" />
+        <value cell_index="26341" local_entity="0" value="0" />
+        <value cell_index="26342" local_entity="0" value="0" />
+        <value cell_index="26343" local_entity="0" value="0" />
+        <value cell_index="26344" local_entity="0" value="0" />
+        <value cell_index="26345" local_entity="0" value="0" />
+        <value cell_index="26346" local_entity="0" value="0" />
+        <value cell_index="26347" local_entity="0" value="0" />
+        <value cell_index="26348" local_entity="0" value="0" />
+        <value cell_index="26349" local_entity="0" value="0" />
+        <value cell_index="26350" local_entity="0" value="0" />
+        <value cell_index="26351" local_entity="0" value="0" />
+        <value cell_index="26352" local_entity="0" value="0" />
+        <value cell_index="26353" local_entity="0" value="0" />
+        <value cell_index="26354" local_entity="0" value="0" />
+        <value cell_index="26355" local_entity="0" value="0" />
+        <value cell_index="26356" local_entity="0" value="0" />
+        <value cell_index="26357" local_entity="0" value="0" />
+        <value cell_index="26358" local_entity="0" value="0" />
+        <value cell_index="26359" local_entity="0" value="0" />
+        <value cell_index="26360" local_entity="0" value="0" />
+        <value cell_index="26361" local_entity="0" value="0" />
+        <value cell_index="26362" local_entity="0" value="0" />
+        <value cell_index="26363" local_entity="0" value="0" />
+        <value cell_index="26364" local_entity="0" value="0" />
+        <value cell_index="26365" local_entity="0" value="0" />
+        <value cell_index="26366" local_entity="0" value="0" />
+        <value cell_index="26367" local_entity="0" value="0" />
+        <value cell_index="26368" local_entity="0" value="0" />
+        <value cell_index="26369" local_entity="0" value="0" />
+        <value cell_index="26370" local_entity="0" value="0" />
+        <value cell_index="26371" local_entity="0" value="0" />
+        <value cell_index="26372" local_entity="0" value="0" />
+        <value cell_index="26373" local_entity="0" value="0" />
+        <value cell_index="26374" local_entity="0" value="0" />
+        <value cell_index="26375" local_entity="0" value="0" />
+        <value cell_index="26376" local_entity="0" value="0" />
+        <value cell_index="26377" local_entity="0" value="0" />
+        <value cell_index="26378" local_entity="0" value="0" />
+        <value cell_index="26379" local_entity="0" value="0" />
+        <value cell_index="26380" local_entity="0" value="0" />
+        <value cell_index="26381" local_entity="0" value="0" />
+        <value cell_index="26382" local_entity="0" value="0" />
+        <value cell_index="26383" local_entity="0" value="0" />
+        <value cell_index="26384" local_entity="0" value="0" />
+        <value cell_index="26385" local_entity="0" value="0" />
+        <value cell_index="26386" local_entity="0" value="0" />
+        <value cell_index="26387" local_entity="0" value="0" />
+        <value cell_index="26388" local_entity="0" value="0" />
+        <value cell_index="26389" local_entity="0" value="0" />
+        <value cell_index="26390" local_entity="0" value="0" />
+        <value cell_index="26391" local_entity="0" value="0" />
+        <value cell_index="26392" local_entity="0" value="0" />
+        <value cell_index="26393" local_entity="0" value="0" />
+        <value cell_index="26394" local_entity="0" value="0" />
+        <value cell_index="26395" local_entity="0" value="0" />
+        <value cell_index="26396" local_entity="0" value="0" />
+        <value cell_index="26397" local_entity="0" value="0" />
+        <value cell_index="26398" local_entity="0" value="0" />
+        <value cell_index="26399" local_entity="0" value="0" />
+        <value cell_index="26400" local_entity="0" value="0" />
+        <value cell_index="26401" local_entity="0" value="0" />
+        <value cell_index="26402" local_entity="0" value="0" />
+        <value cell_index="26403" local_entity="0" value="0" />
+        <value cell_index="26404" local_entity="0" value="0" />
+        <value cell_index="26405" local_entity="0" value="0" />
+        <value cell_index="26406" local_entity="0" value="0" />
+        <value cell_index="26407" local_entity="0" value="0" />
+        <value cell_index="26408" local_entity="0" value="0" />
+        <value cell_index="26409" local_entity="0" value="0" />
+        <value cell_index="26410" local_entity="0" value="0" />
+        <value cell_index="26411" local_entity="0" value="0" />
+        <value cell_index="26412" local_entity="0" value="0" />
+        <value cell_index="26413" local_entity="0" value="0" />
+        <value cell_index="26414" local_entity="0" value="0" />
+        <value cell_index="26415" local_entity="0" value="0" />
+        <value cell_index="26416" local_entity="0" value="0" />
+        <value cell_index="26417" local_entity="0" value="0" />
+        <value cell_index="26418" local_entity="0" value="0" />
+        <value cell_index="26419" local_entity="0" value="0" />
+        <value cell_index="26420" local_entity="0" value="0" />
+        <value cell_index="26421" local_entity="0" value="0" />
+        <value cell_index="26422" local_entity="0" value="0" />
+        <value cell_index="26423" local_entity="0" value="0" />
+        <value cell_index="26424" local_entity="0" value="0" />
+        <value cell_index="26425" local_entity="0" value="0" />
+        <value cell_index="26426" local_entity="0" value="0" />
+        <value cell_index="26427" local_entity="0" value="0" />
+        <value cell_index="26428" local_entity="0" value="0" />
+        <value cell_index="26429" local_entity="0" value="0" />
+        <value cell_index="26430" local_entity="0" value="0" />
+        <value cell_index="26431" local_entity="0" value="0" />
+        <value cell_index="26432" local_entity="0" value="0" />
+        <value cell_index="26433" local_entity="0" value="0" />
+        <value cell_index="26434" local_entity="0" value="0" />
+        <value cell_index="26435" local_entity="0" value="0" />
+        <value cell_index="26436" local_entity="0" value="0" />
+        <value cell_index="26437" local_entity="0" value="0" />
+        <value cell_index="26438" local_entity="0" value="0" />
+        <value cell_index="26439" local_entity="0" value="0" />
+        <value cell_index="26440" local_entity="0" value="0" />
+        <value cell_index="26441" local_entity="0" value="0" />
+        <value cell_index="26442" local_entity="0" value="0" />
+        <value cell_index="26443" local_entity="0" value="0" />
+        <value cell_index="26444" local_entity="0" value="0" />
+        <value cell_index="26445" local_entity="0" value="0" />
+        <value cell_index="26446" local_entity="0" value="0" />
+        <value cell_index="26447" local_entity="0" value="0" />
+        <value cell_index="26448" local_entity="0" value="0" />
+        <value cell_index="26449" local_entity="0" value="0" />
+        <value cell_index="26450" local_entity="0" value="0" />
+        <value cell_index="26451" local_entity="0" value="0" />
+        <value cell_index="26452" local_entity="0" value="0" />
+        <value cell_index="26453" local_entity="0" value="0" />
+        <value cell_index="26454" local_entity="0" value="0" />
+        <value cell_index="26455" local_entity="0" value="0" />
+        <value cell_index="26456" local_entity="0" value="0" />
+        <value cell_index="26457" local_entity="0" value="0" />
+        <value cell_index="26458" local_entity="0" value="0" />
+        <value cell_index="26459" local_entity="0" value="0" />
+        <value cell_index="26460" local_entity="0" value="0" />
+        <value cell_index="26461" local_entity="0" value="0" />
+        <value cell_index="26462" local_entity="0" value="0" />
+        <value cell_index="26463" local_entity="0" value="0" />
+        <value cell_index="26464" local_entity="0" value="0" />
+        <value cell_index="26465" local_entity="0" value="0" />
+        <value cell_index="26466" local_entity="0" value="0" />
+        <value cell_index="26467" local_entity="0" value="0" />
+        <value cell_index="26468" local_entity="0" value="0" />
+        <value cell_index="26469" local_entity="0" value="0" />
+        <value cell_index="26470" local_entity="0" value="0" />
+        <value cell_index="26471" local_entity="0" value="0" />
+        <value cell_index="26472" local_entity="0" value="0" />
+        <value cell_index="26473" local_entity="0" value="0" />
+        <value cell_index="26474" local_entity="0" value="0" />
+        <value cell_index="26475" local_entity="0" value="0" />
+        <value cell_index="26476" local_entity="0" value="0" />
+        <value cell_index="26477" local_entity="0" value="0" />
+        <value cell_index="26478" local_entity="0" value="0" />
+        <value cell_index="26479" local_entity="0" value="0" />
+        <value cell_index="26480" local_entity="0" value="0" />
+        <value cell_index="26481" local_entity="0" value="0" />
+        <value cell_index="26482" local_entity="0" value="0" />
+        <value cell_index="26483" local_entity="0" value="0" />
+        <value cell_index="26484" local_entity="0" value="0" />
+        <value cell_index="26485" local_entity="0" value="0" />
+        <value cell_index="26486" local_entity="0" value="0" />
+        <value cell_index="26487" local_entity="0" value="0" />
+        <value cell_index="26488" local_entity="0" value="0" />
+        <value cell_index="26489" local_entity="0" value="0" />
+        <value cell_index="26490" local_entity="0" value="0" />
+        <value cell_index="26491" local_entity="0" value="0" />
+        <value cell_index="26492" local_entity="0" value="0" />
+        <value cell_index="26493" local_entity="0" value="0" />
+        <value cell_index="26494" local_entity="0" value="0" />
+        <value cell_index="26495" local_entity="0" value="0" />
+        <value cell_index="26496" local_entity="0" value="0" />
+        <value cell_index="26497" local_entity="0" value="0" />
+        <value cell_index="26498" local_entity="0" value="0" />
+        <value cell_index="26499" local_entity="0" value="0" />
+        <value cell_index="26500" local_entity="0" value="0" />
+        <value cell_index="26501" local_entity="0" value="0" />
+        <value cell_index="26502" local_entity="0" value="0" />
+        <value cell_index="26503" local_entity="0" value="0" />
+        <value cell_index="26504" local_entity="0" value="0" />
+        <value cell_index="26505" local_entity="0" value="0" />
+        <value cell_index="26506" local_entity="0" value="0" />
+        <value cell_index="26507" local_entity="0" value="0" />
+        <value cell_index="26508" local_entity="0" value="0" />
+        <value cell_index="26509" local_entity="0" value="0" />
+        <value cell_index="26510" local_entity="0" value="0" />
+        <value cell_index="26511" local_entity="0" value="0" />
+        <value cell_index="26512" local_entity="0" value="0" />
+        <value cell_index="26513" local_entity="0" value="0" />
+        <value cell_index="26514" local_entity="0" value="0" />
+        <value cell_index="26515" local_entity="0" value="0" />
+        <value cell_index="26516" local_entity="0" value="0" />
+        <value cell_index="26517" local_entity="0" value="0" />
+        <value cell_index="26518" local_entity="0" value="0" />
+        <value cell_index="26519" local_entity="0" value="0" />
+        <value cell_index="26520" local_entity="0" value="0" />
+        <value cell_index="26521" local_entity="0" value="0" />
+        <value cell_index="26522" local_entity="0" value="0" />
+        <value cell_index="26523" local_entity="0" value="0" />
+        <value cell_index="26524" local_entity="0" value="0" />
+        <value cell_index="26525" local_entity="0" value="0" />
+        <value cell_index="26526" local_entity="0" value="0" />
+        <value cell_index="26527" local_entity="0" value="0" />
+        <value cell_index="26528" local_entity="0" value="0" />
+        <value cell_index="26529" local_entity="0" value="0" />
+        <value cell_index="26530" local_entity="0" value="0" />
+        <value cell_index="26531" local_entity="0" value="0" />
+        <value cell_index="26532" local_entity="0" value="0" />
+        <value cell_index="26533" local_entity="0" value="0" />
+        <value cell_index="26534" local_entity="0" value="0" />
+        <value cell_index="26535" local_entity="0" value="0" />
+        <value cell_index="26536" local_entity="0" value="0" />
+        <value cell_index="26537" local_entity="0" value="0" />
+        <value cell_index="26538" local_entity="0" value="0" />
+        <value cell_index="26539" local_entity="0" value="0" />
+        <value cell_index="26540" local_entity="0" value="0" />
+        <value cell_index="26541" local_entity="0" value="0" />
+        <value cell_index="26542" local_entity="0" value="0" />
+        <value cell_index="26543" local_entity="0" value="0" />
+        <value cell_index="26544" local_entity="0" value="0" />
+        <value cell_index="26545" local_entity="0" value="0" />
+        <value cell_index="26546" local_entity="0" value="0" />
+        <value cell_index="26547" local_entity="0" value="0" />
+        <value cell_index="26548" local_entity="0" value="0" />
+        <value cell_index="26549" local_entity="0" value="0" />
+        <value cell_index="26550" local_entity="0" value="0" />
+        <value cell_index="26551" local_entity="0" value="0" />
+        <value cell_index="26552" local_entity="0" value="0" />
+        <value cell_index="26553" local_entity="0" value="0" />
+        <value cell_index="26554" local_entity="0" value="0" />
+        <value cell_index="26555" local_entity="0" value="0" />
+        <value cell_index="26556" local_entity="0" value="0" />
+        <value cell_index="26557" local_entity="0" value="0" />
+        <value cell_index="26558" local_entity="0" value="0" />
+        <value cell_index="26559" local_entity="0" value="0" />
+        <value cell_index="26560" local_entity="0" value="0" />
+        <value cell_index="26561" local_entity="0" value="0" />
+        <value cell_index="26562" local_entity="0" value="0" />
+        <value cell_index="26563" local_entity="0" value="0" />
+        <value cell_index="26564" local_entity="0" value="0" />
+        <value cell_index="26565" local_entity="0" value="0" />
+        <value cell_index="26566" local_entity="0" value="0" />
+        <value cell_index="26567" local_entity="0" value="0" />
+        <value cell_index="26568" local_entity="0" value="0" />
+        <value cell_index="26569" local_entity="0" value="0" />
+        <value cell_index="26570" local_entity="0" value="0" />
+        <value cell_index="26571" local_entity="0" value="0" />
+        <value cell_index="26572" local_entity="0" value="0" />
+        <value cell_index="26573" local_entity="0" value="0" />
+        <value cell_index="26574" local_entity="0" value="0" />
+        <value cell_index="26575" local_entity="0" value="0" />
+        <value cell_index="26576" local_entity="0" value="0" />
+        <value cell_index="26577" local_entity="0" value="0" />
+        <value cell_index="26578" local_entity="0" value="0" />
+        <value cell_index="26579" local_entity="0" value="0" />
+        <value cell_index="26580" local_entity="0" value="0" />
+        <value cell_index="26581" local_entity="0" value="0" />
+        <value cell_index="26582" local_entity="0" value="0" />
+        <value cell_index="26583" local_entity="0" value="0" />
+        <value cell_index="26584" local_entity="0" value="0" />
+        <value cell_index="26585" local_entity="0" value="0" />
+        <value cell_index="26586" local_entity="0" value="0" />
+        <value cell_index="26587" local_entity="0" value="0" />
+        <value cell_index="26588" local_entity="0" value="0" />
+        <value cell_index="26589" local_entity="0" value="0" />
+        <value cell_index="26590" local_entity="0" value="0" />
+        <value cell_index="26591" local_entity="0" value="0" />
+        <value cell_index="26592" local_entity="0" value="0" />
+        <value cell_index="26593" local_entity="0" value="0" />
+        <value cell_index="26594" local_entity="0" value="0" />
+        <value cell_index="26595" local_entity="0" value="0" />
+        <value cell_index="26596" local_entity="0" value="0" />
+        <value cell_index="26597" local_entity="0" value="0" />
+        <value cell_index="26598" local_entity="0" value="0" />
+        <value cell_index="26599" local_entity="0" value="0" />
+        <value cell_index="26600" local_entity="0" value="0" />
+        <value cell_index="26601" local_entity="0" value="0" />
+        <value cell_index="26602" local_entity="0" value="0" />
+        <value cell_index="26603" local_entity="0" value="0" />
+        <value cell_index="26604" local_entity="0" value="0" />
+        <value cell_index="26605" local_entity="0" value="0" />
+        <value cell_index="26606" local_entity="0" value="0" />
+        <value cell_index="26607" local_entity="0" value="0" />
+        <value cell_index="26608" local_entity="0" value="0" />
+        <value cell_index="26609" local_entity="0" value="0" />
+        <value cell_index="26610" local_entity="0" value="0" />
+        <value cell_index="26611" local_entity="0" value="0" />
+        <value cell_index="26612" local_entity="0" value="0" />
+        <value cell_index="26613" local_entity="0" value="0" />
+        <value cell_index="26614" local_entity="0" value="0" />
+        <value cell_index="26615" local_entity="0" value="0" />
+        <value cell_index="26616" local_entity="0" value="0" />
+        <value cell_index="26617" local_entity="0" value="0" />
+        <value cell_index="26618" local_entity="0" value="0" />
+        <value cell_index="26619" local_entity="0" value="0" />
+        <value cell_index="26620" local_entity="0" value="0" />
+        <value cell_index="26621" local_entity="0" value="0" />
+        <value cell_index="26622" local_entity="0" value="0" />
+        <value cell_index="26623" local_entity="0" value="0" />
+        <value cell_index="26624" local_entity="0" value="0" />
+        <value cell_index="26625" local_entity="0" value="0" />
+        <value cell_index="26626" local_entity="0" value="0" />
+        <value cell_index="26627" local_entity="0" value="0" />
+        <value cell_index="26628" local_entity="0" value="0" />
+        <value cell_index="26629" local_entity="0" value="0" />
+        <value cell_index="26630" local_entity="0" value="0" />
+        <value cell_index="26631" local_entity="0" value="0" />
+        <value cell_index="26632" local_entity="0" value="0" />
+        <value cell_index="26633" local_entity="0" value="0" />
+        <value cell_index="26634" local_entity="0" value="0" />
+        <value cell_index="26635" local_entity="0" value="0" />
+        <value cell_index="26636" local_entity="0" value="0" />
+        <value cell_index="26637" local_entity="0" value="0" />
+        <value cell_index="26638" local_entity="0" value="0" />
+        <value cell_index="26639" local_entity="0" value="0" />
+        <value cell_index="26640" local_entity="0" value="0" />
+        <value cell_index="26641" local_entity="0" value="0" />
+        <value cell_index="26642" local_entity="0" value="0" />
+        <value cell_index="26643" local_entity="0" value="0" />
+        <value cell_index="26644" local_entity="0" value="0" />
+        <value cell_index="26645" local_entity="0" value="0" />
+        <value cell_index="26646" local_entity="0" value="0" />
+        <value cell_index="26647" local_entity="0" value="0" />
+        <value cell_index="26648" local_entity="0" value="0" />
+        <value cell_index="26649" local_entity="0" value="0" />
+        <value cell_index="26650" local_entity="0" value="0" />
+        <value cell_index="26651" local_entity="0" value="0" />
+        <value cell_index="26652" local_entity="0" value="0" />
+        <value cell_index="26653" local_entity="0" value="0" />
+        <value cell_index="26654" local_entity="0" value="0" />
+        <value cell_index="26655" local_entity="0" value="0" />
+        <value cell_index="26656" local_entity="0" value="0" />
+        <value cell_index="26657" local_entity="0" value="0" />
+        <value cell_index="26658" local_entity="0" value="0" />
+        <value cell_index="26659" local_entity="0" value="0" />
+        <value cell_index="26660" local_entity="0" value="0" />
+        <value cell_index="26661" local_entity="0" value="0" />
+        <value cell_index="26662" local_entity="0" value="0" />
+        <value cell_index="26663" local_entity="0" value="0" />
+        <value cell_index="26664" local_entity="0" value="0" />
+        <value cell_index="26665" local_entity="0" value="0" />
+        <value cell_index="26666" local_entity="0" value="0" />
+        <value cell_index="26667" local_entity="0" value="0" />
+        <value cell_index="26668" local_entity="0" value="0" />
+        <value cell_index="26669" local_entity="0" value="0" />
+        <value cell_index="26670" local_entity="0" value="0" />
+        <value cell_index="26671" local_entity="0" value="0" />
+        <value cell_index="26672" local_entity="0" value="0" />
+        <value cell_index="26673" local_entity="0" value="0" />
+        <value cell_index="26674" local_entity="0" value="0" />
+        <value cell_index="26675" local_entity="0" value="0" />
+        <value cell_index="26676" local_entity="0" value="0" />
+        <value cell_index="26677" local_entity="0" value="0" />
+        <value cell_index="26678" local_entity="0" value="0" />
+        <value cell_index="26679" local_entity="0" value="0" />
+        <value cell_index="26680" local_entity="0" value="0" />
+        <value cell_index="26681" local_entity="0" value="0" />
+        <value cell_index="26682" local_entity="0" value="0" />
+        <value cell_index="26683" local_entity="0" value="0" />
+        <value cell_index="26684" local_entity="0" value="0" />
+        <value cell_index="26685" local_entity="0" value="0" />
+        <value cell_index="26686" local_entity="0" value="0" />
+        <value cell_index="26687" local_entity="0" value="0" />
+        <value cell_index="26688" local_entity="0" value="0" />
+        <value cell_index="26689" local_entity="0" value="0" />
+        <value cell_index="26690" local_entity="0" value="0" />
+        <value cell_index="26691" local_entity="0" value="0" />
+        <value cell_index="26692" local_entity="0" value="0" />
+        <value cell_index="26693" local_entity="0" value="0" />
+        <value cell_index="26694" local_entity="0" value="0" />
+        <value cell_index="26695" local_entity="0" value="0" />
+        <value cell_index="26696" local_entity="0" value="0" />
+        <value cell_index="26697" local_entity="0" value="0" />
+        <value cell_index="26698" local_entity="0" value="0" />
+        <value cell_index="26699" local_entity="0" value="0" />
+        <value cell_index="26700" local_entity="0" value="0" />
+        <value cell_index="26701" local_entity="0" value="0" />
+        <value cell_index="26702" local_entity="0" value="0" />
+        <value cell_index="26703" local_entity="0" value="0" />
+        <value cell_index="26704" local_entity="0" value="0" />
+        <value cell_index="26705" local_entity="0" value="0" />
+        <value cell_index="26706" local_entity="0" value="0" />
+        <value cell_index="26707" local_entity="0" value="0" />
+        <value cell_index="26708" local_entity="0" value="0" />
+        <value cell_index="26709" local_entity="0" value="0" />
+        <value cell_index="26710" local_entity="0" value="0" />
+        <value cell_index="26711" local_entity="0" value="0" />
+        <value cell_index="26712" local_entity="0" value="0" />
+        <value cell_index="26713" local_entity="0" value="0" />
+        <value cell_index="26714" local_entity="0" value="0" />
+        <value cell_index="26715" local_entity="0" value="0" />
+        <value cell_index="26716" local_entity="0" value="0" />
+        <value cell_index="26717" local_entity="0" value="0" />
+        <value cell_index="26718" local_entity="0" value="0" />
+        <value cell_index="26719" local_entity="0" value="0" />
+        <value cell_index="26720" local_entity="0" value="0" />
+        <value cell_index="26721" local_entity="0" value="0" />
+        <value cell_index="26722" local_entity="0" value="0" />
+        <value cell_index="26723" local_entity="0" value="0" />
+        <value cell_index="26724" local_entity="0" value="0" />
+        <value cell_index="26725" local_entity="0" value="0" />
+        <value cell_index="26726" local_entity="0" value="0" />
+        <value cell_index="26727" local_entity="0" value="0" />
+        <value cell_index="26728" local_entity="0" value="0" />
+        <value cell_index="26729" local_entity="0" value="0" />
+        <value cell_index="26730" local_entity="0" value="0" />
+        <value cell_index="26731" local_entity="0" value="0" />
+        <value cell_index="26732" local_entity="0" value="0" />
+        <value cell_index="26733" local_entity="0" value="0" />
+        <value cell_index="26734" local_entity="0" value="0" />
+        <value cell_index="26735" local_entity="0" value="0" />
+        <value cell_index="26736" local_entity="0" value="0" />
+        <value cell_index="26737" local_entity="0" value="0" />
+        <value cell_index="26738" local_entity="0" value="0" />
+        <value cell_index="26739" local_entity="0" value="0" />
+        <value cell_index="26740" local_entity="0" value="0" />
+        <value cell_index="26741" local_entity="0" value="0" />
+        <value cell_index="26742" local_entity="0" value="0" />
+        <value cell_index="26743" local_entity="0" value="0" />
+        <value cell_index="26744" local_entity="0" value="0" />
+        <value cell_index="26745" local_entity="0" value="0" />
+        <value cell_index="26746" local_entity="0" value="0" />
+        <value cell_index="26747" local_entity="0" value="0" />
+        <value cell_index="26748" local_entity="0" value="0" />
+        <value cell_index="26749" local_entity="0" value="0" />
+        <value cell_index="26750" local_entity="0" value="0" />
+        <value cell_index="26751" local_entity="0" value="0" />
+        <value cell_index="26752" local_entity="0" value="0" />
+        <value cell_index="26753" local_entity="0" value="0" />
+        <value cell_index="26754" local_entity="0" value="0" />
+        <value cell_index="26755" local_entity="0" value="0" />
+        <value cell_index="26756" local_entity="0" value="0" />
+        <value cell_index="26757" local_entity="0" value="0" />
+        <value cell_index="26758" local_entity="0" value="0" />
+        <value cell_index="26759" local_entity="0" value="0" />
+        <value cell_index="26760" local_entity="0" value="0" />
+        <value cell_index="26761" local_entity="0" value="0" />
+        <value cell_index="26762" local_entity="0" value="0" />
+        <value cell_index="26763" local_entity="0" value="0" />
+        <value cell_index="26764" local_entity="0" value="0" />
+        <value cell_index="26765" local_entity="0" value="0" />
+        <value cell_index="26766" local_entity="0" value="0" />
+        <value cell_index="26767" local_entity="0" value="0" />
+        <value cell_index="26768" local_entity="0" value="0" />
+        <value cell_index="26769" local_entity="0" value="0" />
+        <value cell_index="26770" local_entity="0" value="0" />
+        <value cell_index="26771" local_entity="0" value="0" />
+        <value cell_index="26772" local_entity="0" value="0" />
+        <value cell_index="26773" local_entity="0" value="0" />
+        <value cell_index="26774" local_entity="0" value="0" />
+        <value cell_index="26775" local_entity="0" value="0" />
+        <value cell_index="26776" local_entity="0" value="0" />
+        <value cell_index="26777" local_entity="0" value="0" />
+        <value cell_index="26778" local_entity="0" value="0" />
+        <value cell_index="26779" local_entity="0" value="0" />
+        <value cell_index="26780" local_entity="0" value="0" />
+        <value cell_index="26781" local_entity="0" value="0" />
+        <value cell_index="26782" local_entity="0" value="0" />
+        <value cell_index="26783" local_entity="0" value="0" />
+        <value cell_index="26784" local_entity="0" value="0" />
+        <value cell_index="26785" local_entity="0" value="0" />
+        <value cell_index="26786" local_entity="0" value="0" />
+        <value cell_index="26787" local_entity="0" value="0" />
+        <value cell_index="26788" local_entity="0" value="0" />
+        <value cell_index="26789" local_entity="0" value="0" />
+        <value cell_index="26790" local_entity="0" value="0" />
+        <value cell_index="26791" local_entity="0" value="0" />
+        <value cell_index="26792" local_entity="0" value="0" />
+        <value cell_index="26793" local_entity="0" value="0" />
+        <value cell_index="26794" local_entity="0" value="0" />
+        <value cell_index="26795" local_entity="0" value="0" />
+        <value cell_index="26796" local_entity="0" value="0" />
+        <value cell_index="26797" local_entity="0" value="0" />
+        <value cell_index="26798" local_entity="0" value="0" />
+        <value cell_index="26799" local_entity="0" value="0" />
+        <value cell_index="26800" local_entity="0" value="0" />
+        <value cell_index="26801" local_entity="0" value="0" />
+        <value cell_index="26802" local_entity="0" value="0" />
+        <value cell_index="26803" local_entity="0" value="0" />
+        <value cell_index="26804" local_entity="0" value="0" />
+        <value cell_index="26805" local_entity="0" value="0" />
+        <value cell_index="26806" local_entity="0" value="0" />
+        <value cell_index="26807" local_entity="0" value="0" />
+        <value cell_index="26808" local_entity="0" value="0" />
+        <value cell_index="26809" local_entity="0" value="0" />
+        <value cell_index="26810" local_entity="0" value="0" />
+        <value cell_index="26811" local_entity="0" value="0" />
+        <value cell_index="26812" local_entity="0" value="0" />
+        <value cell_index="26813" local_entity="0" value="0" />
+        <value cell_index="26814" local_entity="0" value="0" />
+        <value cell_index="26815" local_entity="0" value="0" />
+        <value cell_index="26816" local_entity="0" value="0" />
+        <value cell_index="26817" local_entity="0" value="0" />
+        <value cell_index="26818" local_entity="0" value="0" />
+        <value cell_index="26819" local_entity="0" value="0" />
+        <value cell_index="26820" local_entity="0" value="0" />
+        <value cell_index="26821" local_entity="0" value="0" />
+        <value cell_index="26822" local_entity="0" value="0" />
+        <value cell_index="26823" local_entity="0" value="0" />
+        <value cell_index="26824" local_entity="0" value="0" />
+        <value cell_index="26825" local_entity="0" value="0" />
+        <value cell_index="26826" local_entity="0" value="0" />
+        <value cell_index="26827" local_entity="0" value="0" />
+        <value cell_index="26828" local_entity="0" value="0" />
+        <value cell_index="26829" local_entity="0" value="0" />
+        <value cell_index="26830" local_entity="0" value="0" />
+        <value cell_index="26831" local_entity="0" value="0" />
+        <value cell_index="26832" local_entity="0" value="0" />
+        <value cell_index="26833" local_entity="0" value="0" />
+        <value cell_index="26834" local_entity="0" value="0" />
+        <value cell_index="26835" local_entity="0" value="0" />
+        <value cell_index="26836" local_entity="0" value="0" />
+        <value cell_index="26837" local_entity="0" value="0" />
+        <value cell_index="26838" local_entity="0" value="0" />
+        <value cell_index="26839" local_entity="0" value="0" />
+        <value cell_index="26840" local_entity="0" value="0" />
+        <value cell_index="26841" local_entity="0" value="0" />
+        <value cell_index="26842" local_entity="0" value="0" />
+        <value cell_index="26843" local_entity="0" value="0" />
+        <value cell_index="26844" local_entity="0" value="0" />
+        <value cell_index="26845" local_entity="0" value="0" />
+        <value cell_index="26846" local_entity="0" value="0" />
+        <value cell_index="26847" local_entity="0" value="0" />
+        <value cell_index="26848" local_entity="0" value="0" />
+        <value cell_index="26849" local_entity="0" value="0" />
+        <value cell_index="26850" local_entity="0" value="0" />
+        <value cell_index="26851" local_entity="0" value="0" />
+        <value cell_index="26852" local_entity="0" value="0" />
+        <value cell_index="26853" local_entity="0" value="0" />
+        <value cell_index="26854" local_entity="0" value="0" />
+        <value cell_index="26855" local_entity="0" value="0" />
+        <value cell_index="26856" local_entity="0" value="0" />
+        <value cell_index="26857" local_entity="0" value="0" />
+        <value cell_index="26858" local_entity="0" value="0" />
+        <value cell_index="26859" local_entity="0" value="0" />
+        <value cell_index="26860" local_entity="0" value="0" />
+        <value cell_index="26861" local_entity="0" value="0" />
+        <value cell_index="26862" local_entity="0" value="0" />
+        <value cell_index="26863" local_entity="0" value="0" />
+        <value cell_index="26864" local_entity="0" value="0" />
+        <value cell_index="26865" local_entity="0" value="0" />
+        <value cell_index="26866" local_entity="0" value="0" />
+        <value cell_index="26867" local_entity="0" value="0" />
+        <value cell_index="26868" local_entity="0" value="0" />
+        <value cell_index="26869" local_entity="0" value="0" />
+        <value cell_index="26870" local_entity="0" value="0" />
+        <value cell_index="26871" local_entity="0" value="0" />
+        <value cell_index="26872" local_entity="0" value="0" />
+        <value cell_index="26873" local_entity="0" value="0" />
+        <value cell_index="26874" local_entity="0" value="0" />
+        <value cell_index="26875" local_entity="0" value="0" />
+        <value cell_index="26876" local_entity="0" value="0" />
+        <value cell_index="26877" local_entity="0" value="0" />
+        <value cell_index="26878" local_entity="0" value="0" />
+        <value cell_index="26879" local_entity="0" value="0" />
+        <value cell_index="26880" local_entity="0" value="0" />
+        <value cell_index="26881" local_entity="0" value="0" />
+        <value cell_index="26882" local_entity="0" value="0" />
+        <value cell_index="26883" local_entity="0" value="0" />
+        <value cell_index="26884" local_entity="0" value="0" />
+        <value cell_index="26885" local_entity="0" value="0" />
+        <value cell_index="26886" local_entity="0" value="0" />
+        <value cell_index="26887" local_entity="0" value="0" />
+        <value cell_index="26888" local_entity="0" value="0" />
+        <value cell_index="26889" local_entity="0" value="0" />
+        <value cell_index="26890" local_entity="0" value="0" />
+        <value cell_index="26891" local_entity="0" value="0" />
+        <value cell_index="26892" local_entity="0" value="0" />
+        <value cell_index="26893" local_entity="0" value="0" />
+        <value cell_index="26894" local_entity="0" value="0" />
+        <value cell_index="26895" local_entity="0" value="0" />
+        <value cell_index="26896" local_entity="0" value="0" />
+        <value cell_index="26897" local_entity="0" value="0" />
+        <value cell_index="26898" local_entity="0" value="0" />
+        <value cell_index="26899" local_entity="0" value="0" />
+        <value cell_index="26900" local_entity="0" value="0" />
+        <value cell_index="26901" local_entity="0" value="0" />
+        <value cell_index="26902" local_entity="0" value="0" />
+        <value cell_index="26903" local_entity="0" value="0" />
+        <value cell_index="26904" local_entity="0" value="0" />
+        <value cell_index="26905" local_entity="0" value="0" />
+        <value cell_index="26906" local_entity="0" value="0" />
+        <value cell_index="26907" local_entity="0" value="0" />
+        <value cell_index="26908" local_entity="0" value="0" />
+        <value cell_index="26909" local_entity="0" value="0" />
+        <value cell_index="26910" local_entity="0" value="0" />
+        <value cell_index="26911" local_entity="0" value="0" />
+        <value cell_index="26912" local_entity="0" value="0" />
+        <value cell_index="26913" local_entity="0" value="0" />
+        <value cell_index="26914" local_entity="0" value="0" />
+        <value cell_index="26915" local_entity="0" value="0" />
+        <value cell_index="26916" local_entity="0" value="0" />
+        <value cell_index="26917" local_entity="0" value="0" />
+        <value cell_index="26918" local_entity="0" value="0" />
+        <value cell_index="26919" local_entity="0" value="0" />
+        <value cell_index="26920" local_entity="0" value="0" />
+        <value cell_index="26921" local_entity="0" value="0" />
+        <value cell_index="26922" local_entity="0" value="0" />
+        <value cell_index="26923" local_entity="0" value="0" />
+        <value cell_index="26924" local_entity="0" value="0" />
+        <value cell_index="26925" local_entity="0" value="0" />
+        <value cell_index="26926" local_entity="0" value="0" />
+        <value cell_index="26927" local_entity="0" value="0" />
+        <value cell_index="26928" local_entity="0" value="0" />
+        <value cell_index="26929" local_entity="0" value="0" />
+        <value cell_index="26930" local_entity="0" value="0" />
+        <value cell_index="26931" local_entity="0" value="0" />
+        <value cell_index="26932" local_entity="0" value="0" />
+        <value cell_index="26933" local_entity="0" value="0" />
+        <value cell_index="26934" local_entity="0" value="0" />
+        <value cell_index="26935" local_entity="0" value="0" />
+        <value cell_index="26936" local_entity="0" value="0" />
+        <value cell_index="26937" local_entity="0" value="0" />
+        <value cell_index="26938" local_entity="0" value="0" />
+        <value cell_index="26939" local_entity="0" value="0" />
+        <value cell_index="26940" local_entity="0" value="0" />
+        <value cell_index="26941" local_entity="0" value="0" />
+        <value cell_index="26942" local_entity="0" value="0" />
+        <value cell_index="26943" local_entity="0" value="0" />
+        <value cell_index="26944" local_entity="0" value="0" />
+        <value cell_index="26945" local_entity="0" value="0" />
+        <value cell_index="26946" local_entity="0" value="0" />
+        <value cell_index="26947" local_entity="0" value="0" />
+        <value cell_index="26948" local_entity="0" value="0" />
+        <value cell_index="26949" local_entity="0" value="0" />
+        <value cell_index="26950" local_entity="0" value="0" />
+        <value cell_index="26951" local_entity="0" value="0" />
+        <value cell_index="26952" local_entity="0" value="0" />
+        <value cell_index="26953" local_entity="0" value="0" />
+        <value cell_index="26954" local_entity="0" value="0" />
+        <value cell_index="26955" local_entity="0" value="0" />
+        <value cell_index="26956" local_entity="0" value="0" />
+        <value cell_index="26957" local_entity="0" value="0" />
+        <value cell_index="26958" local_entity="0" value="0" />
+        <value cell_index="26959" local_entity="0" value="0" />
+        <value cell_index="26960" local_entity="0" value="0" />
+        <value cell_index="26961" local_entity="0" value="0" />
+        <value cell_index="26962" local_entity="0" value="0" />
+        <value cell_index="26963" local_entity="0" value="0" />
+        <value cell_index="26964" local_entity="0" value="0" />
+        <value cell_index="26965" local_entity="0" value="0" />
+        <value cell_index="26966" local_entity="0" value="0" />
+        <value cell_index="26967" local_entity="0" value="0" />
+        <value cell_index="26968" local_entity="0" value="0" />
+        <value cell_index="26969" local_entity="0" value="0" />
+        <value cell_index="26970" local_entity="0" value="0" />
+        <value cell_index="26971" local_entity="0" value="0" />
+        <value cell_index="26972" local_entity="0" value="0" />
+        <value cell_index="26973" local_entity="0" value="0" />
+        <value cell_index="26974" local_entity="0" value="0" />
+        <value cell_index="26975" local_entity="0" value="0" />
+        <value cell_index="26976" local_entity="0" value="0" />
+        <value cell_index="26977" local_entity="0" value="0" />
+        <value cell_index="26978" local_entity="0" value="0" />
+        <value cell_index="26979" local_entity="0" value="0" />
+        <value cell_index="26980" local_entity="0" value="0" />
+        <value cell_index="26981" local_entity="0" value="0" />
+        <value cell_index="26982" local_entity="0" value="0" />
+        <value cell_index="26983" local_entity="0" value="0" />
+        <value cell_index="26984" local_entity="0" value="0" />
+        <value cell_index="26985" local_entity="0" value="0" />
+        <value cell_index="26986" local_entity="0" value="0" />
+        <value cell_index="26987" local_entity="0" value="0" />
+        <value cell_index="26988" local_entity="0" value="0" />
+        <value cell_index="26989" local_entity="0" value="0" />
+        <value cell_index="26990" local_entity="0" value="0" />
+        <value cell_index="26991" local_entity="0" value="0" />
+        <value cell_index="26992" local_entity="0" value="0" />
+        <value cell_index="26993" local_entity="0" value="0" />
+        <value cell_index="26994" local_entity="0" value="0" />
+        <value cell_index="26995" local_entity="0" value="0" />
+        <value cell_index="26996" local_entity="0" value="0" />
+        <value cell_index="26997" local_entity="0" value="0" />
+        <value cell_index="26998" local_entity="0" value="0" />
+        <value cell_index="26999" local_entity="0" value="0" />
+        <value cell_index="27000" local_entity="0" value="0" />
+        <value cell_index="27001" local_entity="0" value="0" />
+        <value cell_index="27002" local_entity="0" value="0" />
+        <value cell_index="27003" local_entity="0" value="0" />
+        <value cell_index="27004" local_entity="0" value="0" />
+        <value cell_index="27005" local_entity="0" value="0" />
+        <value cell_index="27006" local_entity="0" value="0" />
+        <value cell_index="27007" local_entity="0" value="0" />
+        <value cell_index="27008" local_entity="0" value="0" />
+        <value cell_index="27009" local_entity="0" value="0" />
+        <value cell_index="27010" local_entity="0" value="0" />
+        <value cell_index="27011" local_entity="0" value="0" />
+        <value cell_index="27012" local_entity="0" value="0" />
+        <value cell_index="27013" local_entity="0" value="0" />
+        <value cell_index="27014" local_entity="0" value="0" />
+        <value cell_index="27015" local_entity="0" value="0" />
+        <value cell_index="27016" local_entity="0" value="0" />
+        <value cell_index="27017" local_entity="0" value="0" />
+        <value cell_index="27018" local_entity="0" value="0" />
+        <value cell_index="27019" local_entity="0" value="0" />
+        <value cell_index="27020" local_entity="0" value="0" />
+        <value cell_index="27021" local_entity="0" value="0" />
+        <value cell_index="27022" local_entity="0" value="0" />
+        <value cell_index="27023" local_entity="0" value="0" />
+        <value cell_index="27024" local_entity="0" value="0" />
+        <value cell_index="27025" local_entity="0" value="0" />
+        <value cell_index="27026" local_entity="0" value="0" />
+        <value cell_index="27027" local_entity="0" value="0" />
+        <value cell_index="27028" local_entity="0" value="0" />
+        <value cell_index="27029" local_entity="0" value="0" />
+        <value cell_index="27030" local_entity="0" value="0" />
+        <value cell_index="27031" local_entity="0" value="0" />
+        <value cell_index="27032" local_entity="0" value="0" />
+        <value cell_index="27033" local_entity="0" value="0" />
+        <value cell_index="27034" local_entity="0" value="0" />
+        <value cell_index="27035" local_entity="0" value="0" />
+        <value cell_index="27036" local_entity="0" value="0" />
+        <value cell_index="27037" local_entity="0" value="0" />
+        <value cell_index="27038" local_entity="0" value="0" />
+        <value cell_index="27039" local_entity="0" value="0" />
+        <value cell_index="27040" local_entity="0" value="0" />
+        <value cell_index="27041" local_entity="0" value="0" />
+        <value cell_index="27042" local_entity="0" value="0" />
+        <value cell_index="27043" local_entity="0" value="0" />
+        <value cell_index="27044" local_entity="0" value="0" />
+        <value cell_index="27045" local_entity="0" value="0" />
+        <value cell_index="27046" local_entity="0" value="0" />
+        <value cell_index="27047" local_entity="0" value="0" />
+        <value cell_index="27048" local_entity="0" value="0" />
+        <value cell_index="27049" local_entity="0" value="0" />
+        <value cell_index="27050" local_entity="0" value="0" />
+        <value cell_index="27051" local_entity="0" value="0" />
+        <value cell_index="27052" local_entity="0" value="0" />
+        <value cell_index="27053" local_entity="0" value="0" />
+        <value cell_index="27054" local_entity="0" value="0" />
+        <value cell_index="27055" local_entity="0" value="0" />
+        <value cell_index="27056" local_entity="0" value="0" />
+        <value cell_index="27057" local_entity="0" value="0" />
+        <value cell_index="27058" local_entity="0" value="0" />
+        <value cell_index="27059" local_entity="0" value="0" />
+        <value cell_index="27060" local_entity="0" value="0" />
+        <value cell_index="27061" local_entity="0" value="0" />
+        <value cell_index="27062" local_entity="0" value="0" />
+        <value cell_index="27063" local_entity="0" value="0" />
+        <value cell_index="27064" local_entity="0" value="0" />
+        <value cell_index="27065" local_entity="0" value="0" />
+        <value cell_index="27066" local_entity="0" value="0" />
+        <value cell_index="27067" local_entity="0" value="0" />
+        <value cell_index="27068" local_entity="0" value="0" />
+        <value cell_index="27069" local_entity="0" value="0" />
+        <value cell_index="27070" local_entity="0" value="0" />
+        <value cell_index="27071" local_entity="0" value="0" />
+        <value cell_index="27072" local_entity="0" value="0" />
+        <value cell_index="27073" local_entity="0" value="0" />
+        <value cell_index="27074" local_entity="0" value="0" />
+        <value cell_index="27075" local_entity="0" value="0" />
+        <value cell_index="27076" local_entity="0" value="0" />
+        <value cell_index="27077" local_entity="0" value="0" />
+        <value cell_index="27078" local_entity="0" value="0" />
+        <value cell_index="27079" local_entity="0" value="0" />
+        <value cell_index="27080" local_entity="0" value="0" />
+        <value cell_index="27081" local_entity="0" value="0" />
+        <value cell_index="27082" local_entity="0" value="0" />
+        <value cell_index="27083" local_entity="0" value="0" />
+        <value cell_index="27084" local_entity="0" value="0" />
+        <value cell_index="27085" local_entity="0" value="0" />
+        <value cell_index="27086" local_entity="0" value="0" />
+        <value cell_index="27087" local_entity="0" value="0" />
+        <value cell_index="27088" local_entity="0" value="0" />
+        <value cell_index="27089" local_entity="0" value="0" />
+        <value cell_index="27090" local_entity="0" value="0" />
+        <value cell_index="27091" local_entity="0" value="0" />
+        <value cell_index="27092" local_entity="0" value="0" />
+        <value cell_index="27093" local_entity="0" value="0" />
+        <value cell_index="27094" local_entity="0" value="0" />
+        <value cell_index="27095" local_entity="0" value="0" />
+        <value cell_index="27096" local_entity="0" value="0" />
+        <value cell_index="27097" local_entity="0" value="0" />
+        <value cell_index="27098" local_entity="0" value="0" />
+        <value cell_index="27099" local_entity="0" value="0" />
+        <value cell_index="27100" local_entity="0" value="0" />
+        <value cell_index="27101" local_entity="0" value="0" />
+        <value cell_index="27102" local_entity="0" value="0" />
+        <value cell_index="27103" local_entity="0" value="0" />
+        <value cell_index="27104" local_entity="0" value="0" />
+        <value cell_index="27105" local_entity="0" value="0" />
+        <value cell_index="27106" local_entity="0" value="0" />
+        <value cell_index="27107" local_entity="0" value="0" />
+        <value cell_index="27108" local_entity="0" value="0" />
+        <value cell_index="27109" local_entity="0" value="0" />
+        <value cell_index="27110" local_entity="0" value="0" />
+        <value cell_index="27111" local_entity="0" value="0" />
+        <value cell_index="27112" local_entity="0" value="0" />
+        <value cell_index="27113" local_entity="0" value="0" />
+        <value cell_index="27114" local_entity="0" value="0" />
+        <value cell_index="27115" local_entity="0" value="0" />
+        <value cell_index="27116" local_entity="0" value="0" />
+        <value cell_index="27117" local_entity="0" value="0" />
+        <value cell_index="27118" local_entity="0" value="0" />
+        <value cell_index="27119" local_entity="0" value="0" />
+        <value cell_index="27120" local_entity="0" value="0" />
+        <value cell_index="27121" local_entity="0" value="0" />
+        <value cell_index="27122" local_entity="0" value="0" />
+        <value cell_index="27123" local_entity="0" value="0" />
+        <value cell_index="27124" local_entity="0" value="0" />
+        <value cell_index="27125" local_entity="0" value="0" />
+        <value cell_index="27126" local_entity="0" value="0" />
+        <value cell_index="27127" local_entity="0" value="0" />
+        <value cell_index="27128" local_entity="0" value="0" />
+        <value cell_index="27129" local_entity="0" value="0" />
+        <value cell_index="27130" local_entity="0" value="0" />
+        <value cell_index="27131" local_entity="0" value="0" />
+        <value cell_index="27132" local_entity="0" value="0" />
+        <value cell_index="27133" local_entity="0" value="0" />
+        <value cell_index="27134" local_entity="0" value="0" />
+        <value cell_index="27135" local_entity="0" value="0" />
+        <value cell_index="27136" local_entity="0" value="0" />
+        <value cell_index="27137" local_entity="0" value="0" />
+        <value cell_index="27138" local_entity="0" value="0" />
+        <value cell_index="27139" local_entity="0" value="0" />
+        <value cell_index="27140" local_entity="0" value="0" />
+        <value cell_index="27141" local_entity="0" value="0" />
+        <value cell_index="27142" local_entity="0" value="0" />
+        <value cell_index="27143" local_entity="0" value="0" />
+        <value cell_index="27144" local_entity="0" value="0" />
+        <value cell_index="27145" local_entity="0" value="0" />
+        <value cell_index="27146" local_entity="0" value="0" />
+        <value cell_index="27147" local_entity="0" value="0" />
+        <value cell_index="27148" local_entity="0" value="0" />
+        <value cell_index="27149" local_entity="0" value="0" />
+        <value cell_index="27150" local_entity="0" value="0" />
+        <value cell_index="27151" local_entity="0" value="0" />
+        <value cell_index="27152" local_entity="0" value="0" />
+        <value cell_index="27153" local_entity="0" value="0" />
+        <value cell_index="27154" local_entity="0" value="0" />
+        <value cell_index="27155" local_entity="0" value="0" />
+        <value cell_index="27156" local_entity="0" value="0" />
+        <value cell_index="27157" local_entity="0" value="0" />
+        <value cell_index="27158" local_entity="0" value="0" />
+        <value cell_index="27159" local_entity="0" value="0" />
+        <value cell_index="27160" local_entity="0" value="0" />
+        <value cell_index="27161" local_entity="0" value="0" />
+        <value cell_index="27162" local_entity="0" value="0" />
+        <value cell_index="27163" local_entity="0" value="0" />
+        <value cell_index="27164" local_entity="0" value="0" />
+        <value cell_index="27165" local_entity="0" value="0" />
+        <value cell_index="27166" local_entity="0" value="0" />
+        <value cell_index="27167" local_entity="0" value="0" />
+        <value cell_index="27168" local_entity="0" value="0" />
+        <value cell_index="27169" local_entity="0" value="0" />
+        <value cell_index="27170" local_entity="0" value="0" />
+        <value cell_index="27171" local_entity="0" value="0" />
+        <value cell_index="27172" local_entity="0" value="0" />
+        <value cell_index="27173" local_entity="0" value="0" />
+        <value cell_index="27174" local_entity="0" value="0" />
+        <value cell_index="27175" local_entity="0" value="0" />
+        <value cell_index="27176" local_entity="0" value="0" />
+        <value cell_index="27177" local_entity="0" value="0" />
+        <value cell_index="27178" local_entity="0" value="0" />
+        <value cell_index="27179" local_entity="0" value="0" />
+        <value cell_index="27180" local_entity="0" value="0" />
+        <value cell_index="27181" local_entity="0" value="0" />
+        <value cell_index="27182" local_entity="0" value="0" />
+        <value cell_index="27183" local_entity="0" value="0" />
+        <value cell_index="27184" local_entity="0" value="0" />
+        <value cell_index="27185" local_entity="0" value="0" />
+        <value cell_index="27186" local_entity="0" value="0" />
+        <value cell_index="27187" local_entity="0" value="0" />
+        <value cell_index="27188" local_entity="0" value="0" />
+        <value cell_index="27189" local_entity="0" value="0" />
+        <value cell_index="27190" local_entity="0" value="0" />
+        <value cell_index="27191" local_entity="0" value="0" />
+        <value cell_index="27192" local_entity="0" value="0" />
+        <value cell_index="27193" local_entity="0" value="0" />
+        <value cell_index="27194" local_entity="0" value="0" />
+        <value cell_index="27195" local_entity="0" value="0" />
+        <value cell_index="27196" local_entity="0" value="0" />
+        <value cell_index="27197" local_entity="0" value="0" />
+        <value cell_index="27198" local_entity="0" value="0" />
+        <value cell_index="27199" local_entity="0" value="0" />
+        <value cell_index="27200" local_entity="0" value="0" />
+        <value cell_index="27201" local_entity="0" value="0" />
+        <value cell_index="27202" local_entity="0" value="0" />
+        <value cell_index="27203" local_entity="0" value="0" />
+        <value cell_index="27204" local_entity="0" value="0" />
+        <value cell_index="27205" local_entity="0" value="0" />
+        <value cell_index="27206" local_entity="0" value="0" />
+        <value cell_index="27207" local_entity="0" value="0" />
+        <value cell_index="27208" local_entity="0" value="0" />
+        <value cell_index="27209" local_entity="0" value="0" />
+        <value cell_index="27210" local_entity="0" value="0" />
+        <value cell_index="27211" local_entity="0" value="0" />
+        <value cell_index="27212" local_entity="0" value="0" />
+        <value cell_index="27213" local_entity="0" value="0" />
+        <value cell_index="27214" local_entity="0" value="0" />
+        <value cell_index="27215" local_entity="0" value="0" />
+        <value cell_index="27216" local_entity="0" value="0" />
+        <value cell_index="27217" local_entity="0" value="0" />
+        <value cell_index="27218" local_entity="0" value="0" />
+        <value cell_index="27219" local_entity="0" value="0" />
+        <value cell_index="27220" local_entity="0" value="0" />
+        <value cell_index="27221" local_entity="0" value="0" />
+        <value cell_index="27222" local_entity="0" value="0" />
+        <value cell_index="27223" local_entity="0" value="0" />
+        <value cell_index="27224" local_entity="0" value="0" />
+        <value cell_index="27225" local_entity="0" value="0" />
+        <value cell_index="27226" local_entity="0" value="0" />
+        <value cell_index="27227" local_entity="0" value="0" />
+        <value cell_index="27228" local_entity="0" value="0" />
+        <value cell_index="27229" local_entity="0" value="0" />
+        <value cell_index="27230" local_entity="0" value="0" />
+        <value cell_index="27231" local_entity="0" value="0" />
+        <value cell_index="27232" local_entity="0" value="0" />
+        <value cell_index="27233" local_entity="0" value="0" />
+        <value cell_index="27234" local_entity="0" value="0" />
+        <value cell_index="27235" local_entity="0" value="0" />
+        <value cell_index="27236" local_entity="0" value="0" />
+        <value cell_index="27237" local_entity="0" value="0" />
+        <value cell_index="27238" local_entity="0" value="0" />
+        <value cell_index="27239" local_entity="0" value="0" />
+        <value cell_index="27240" local_entity="0" value="0" />
+        <value cell_index="27241" local_entity="0" value="0" />
+        <value cell_index="27242" local_entity="0" value="0" />
+        <value cell_index="27243" local_entity="0" value="0" />
+        <value cell_index="27244" local_entity="0" value="0" />
+        <value cell_index="27245" local_entity="0" value="0" />
+        <value cell_index="27246" local_entity="0" value="0" />
+        <value cell_index="27247" local_entity="0" value="0" />
+        <value cell_index="27248" local_entity="0" value="0" />
+        <value cell_index="27249" local_entity="0" value="0" />
+        <value cell_index="27250" local_entity="0" value="0" />
+        <value cell_index="27251" local_entity="0" value="0" />
+        <value cell_index="27252" local_entity="0" value="0" />
+        <value cell_index="27253" local_entity="0" value="0" />
+        <value cell_index="27254" local_entity="0" value="0" />
+        <value cell_index="27255" local_entity="0" value="0" />
+        <value cell_index="27256" local_entity="0" value="0" />
+        <value cell_index="27257" local_entity="0" value="0" />
+        <value cell_index="27258" local_entity="0" value="0" />
+        <value cell_index="27259" local_entity="0" value="0" />
+        <value cell_index="27260" local_entity="0" value="0" />
+        <value cell_index="27261" local_entity="0" value="0" />
+        <value cell_index="27262" local_entity="0" value="0" />
+        <value cell_index="27263" local_entity="0" value="0" />
+        <value cell_index="27264" local_entity="0" value="0" />
+        <value cell_index="27265" local_entity="0" value="0" />
+        <value cell_index="27266" local_entity="0" value="0" />
+        <value cell_index="27267" local_entity="0" value="0" />
+        <value cell_index="27268" local_entity="0" value="0" />
+        <value cell_index="27269" local_entity="0" value="0" />
+        <value cell_index="27270" local_entity="0" value="0" />
+        <value cell_index="27271" local_entity="0" value="0" />
+        <value cell_index="27272" local_entity="0" value="0" />
+        <value cell_index="27273" local_entity="0" value="0" />
+        <value cell_index="27274" local_entity="0" value="0" />
+        <value cell_index="27275" local_entity="0" value="0" />
+        <value cell_index="27276" local_entity="0" value="0" />
+        <value cell_index="27277" local_entity="0" value="0" />
+        <value cell_index="27278" local_entity="0" value="0" />
+        <value cell_index="27279" local_entity="0" value="0" />
+        <value cell_index="27280" local_entity="0" value="0" />
+        <value cell_index="27281" local_entity="0" value="0" />
+        <value cell_index="27282" local_entity="0" value="0" />
+        <value cell_index="27283" local_entity="0" value="0" />
+        <value cell_index="27284" local_entity="0" value="0" />
+        <value cell_index="27285" local_entity="0" value="0" />
+        <value cell_index="27286" local_entity="0" value="0" />
+        <value cell_index="27287" local_entity="0" value="0" />
+        <value cell_index="27288" local_entity="0" value="0" />
+        <value cell_index="27289" local_entity="0" value="0" />
+        <value cell_index="27290" local_entity="0" value="0" />
+        <value cell_index="27291" local_entity="0" value="0" />
+        <value cell_index="27292" local_entity="0" value="0" />
+        <value cell_index="27293" local_entity="0" value="0" />
+        <value cell_index="27294" local_entity="0" value="0" />
+        <value cell_index="27295" local_entity="0" value="0" />
+        <value cell_index="27296" local_entity="0" value="0" />
+        <value cell_index="27297" local_entity="0" value="0" />
+        <value cell_index="27298" local_entity="0" value="0" />
+        <value cell_index="27299" local_entity="0" value="0" />
+        <value cell_index="27300" local_entity="0" value="0" />
+        <value cell_index="27301" local_entity="0" value="0" />
+        <value cell_index="27302" local_entity="0" value="0" />
+        <value cell_index="27303" local_entity="0" value="0" />
+        <value cell_index="27304" local_entity="0" value="0" />
+        <value cell_index="27305" local_entity="0" value="0" />
+        <value cell_index="27306" local_entity="0" value="0" />
+        <value cell_index="27307" local_entity="0" value="0" />
+        <value cell_index="27308" local_entity="0" value="0" />
+        <value cell_index="27309" local_entity="0" value="0" />
+        <value cell_index="27310" local_entity="0" value="0" />
+        <value cell_index="27311" local_entity="0" value="0" />
+        <value cell_index="27312" local_entity="0" value="0" />
+        <value cell_index="27313" local_entity="0" value="0" />
+        <value cell_index="27314" local_entity="0" value="0" />
+        <value cell_index="27315" local_entity="0" value="0" />
+        <value cell_index="27316" local_entity="0" value="0" />
+        <value cell_index="27317" local_entity="0" value="0" />
+        <value cell_index="27318" local_entity="0" value="0" />
+        <value cell_index="27319" local_entity="0" value="0" />
+        <value cell_index="27320" local_entity="0" value="0" />
+        <value cell_index="27321" local_entity="0" value="0" />
+        <value cell_index="27322" local_entity="0" value="0" />
+        <value cell_index="27323" local_entity="0" value="0" />
+        <value cell_index="27324" local_entity="0" value="0" />
+        <value cell_index="27325" local_entity="0" value="0" />
+        <value cell_index="27326" local_entity="0" value="0" />
+        <value cell_index="27327" local_entity="0" value="0" />
+        <value cell_index="27328" local_entity="0" value="0" />
+        <value cell_index="27329" local_entity="0" value="0" />
+        <value cell_index="27330" local_entity="0" value="0" />
+        <value cell_index="27331" local_entity="0" value="0" />
+        <value cell_index="27332" local_entity="0" value="0" />
+        <value cell_index="27333" local_entity="0" value="0" />
+        <value cell_index="27334" local_entity="0" value="0" />
+        <value cell_index="27335" local_entity="0" value="0" />
+        <value cell_index="27336" local_entity="0" value="0" />
+        <value cell_index="27337" local_entity="0" value="0" />
+        <value cell_index="27338" local_entity="0" value="0" />
+        <value cell_index="27339" local_entity="0" value="0" />
+        <value cell_index="27340" local_entity="0" value="0" />
+        <value cell_index="27341" local_entity="0" value="0" />
+        <value cell_index="27342" local_entity="0" value="0" />
+        <value cell_index="27343" local_entity="0" value="0" />
+        <value cell_index="27344" local_entity="0" value="0" />
+        <value cell_index="27345" local_entity="0" value="0" />
+        <value cell_index="27346" local_entity="0" value="0" />
+        <value cell_index="27347" local_entity="0" value="0" />
+        <value cell_index="27348" local_entity="0" value="0" />
+        <value cell_index="27349" local_entity="0" value="0" />
+        <value cell_index="27350" local_entity="0" value="0" />
+        <value cell_index="27351" local_entity="0" value="0" />
+        <value cell_index="27352" local_entity="0" value="0" />
+        <value cell_index="27353" local_entity="0" value="0" />
+        <value cell_index="27354" local_entity="0" value="0" />
+        <value cell_index="27355" local_entity="0" value="0" />
+        <value cell_index="27356" local_entity="0" value="0" />
+        <value cell_index="27357" local_entity="0" value="0" />
+        <value cell_index="27358" local_entity="0" value="0" />
+        <value cell_index="27359" local_entity="0" value="0" />
+        <value cell_index="27360" local_entity="0" value="0" />
+        <value cell_index="27361" local_entity="0" value="0" />
+        <value cell_index="27362" local_entity="0" value="0" />
+        <value cell_index="27363" local_entity="0" value="0" />
+        <value cell_index="27364" local_entity="0" value="0" />
+        <value cell_index="27365" local_entity="0" value="0" />
+        <value cell_index="27366" local_entity="0" value="0" />
+        <value cell_index="27367" local_entity="0" value="0" />
+        <value cell_index="27368" local_entity="0" value="0" />
+        <value cell_index="27369" local_entity="0" value="0" />
+        <value cell_index="27370" local_entity="0" value="0" />
+        <value cell_index="27371" local_entity="0" value="0" />
+        <value cell_index="27372" local_entity="0" value="0" />
+        <value cell_index="27373" local_entity="0" value="0" />
+        <value cell_index="27374" local_entity="0" value="0" />
+        <value cell_index="27375" local_entity="0" value="0" />
+        <value cell_index="27376" local_entity="0" value="0" />
+        <value cell_index="27377" local_entity="0" value="0" />
+        <value cell_index="27378" local_entity="0" value="0" />
+        <value cell_index="27379" local_entity="0" value="0" />
+        <value cell_index="27380" local_entity="0" value="0" />
+        <value cell_index="27381" local_entity="0" value="0" />
+        <value cell_index="27382" local_entity="0" value="0" />
+        <value cell_index="27383" local_entity="0" value="0" />
+        <value cell_index="27384" local_entity="0" value="0" />
+        <value cell_index="27385" local_entity="0" value="0" />
+        <value cell_index="27386" local_entity="0" value="0" />
+        <value cell_index="27387" local_entity="0" value="0" />
+        <value cell_index="27388" local_entity="0" value="0" />
+        <value cell_index="27389" local_entity="0" value="0" />
+        <value cell_index="27390" local_entity="0" value="0" />
+        <value cell_index="27391" local_entity="0" value="0" />
+        <value cell_index="27392" local_entity="0" value="0" />
+        <value cell_index="27393" local_entity="0" value="0" />
+        <value cell_index="27394" local_entity="0" value="0" />
+        <value cell_index="27395" local_entity="0" value="0" />
+        <value cell_index="27396" local_entity="0" value="0" />
+        <value cell_index="27397" local_entity="0" value="0" />
+        <value cell_index="27398" local_entity="0" value="0" />
+        <value cell_index="27399" local_entity="0" value="0" />
+        <value cell_index="27400" local_entity="0" value="0" />
+        <value cell_index="27401" local_entity="0" value="0" />
+        <value cell_index="27402" local_entity="0" value="0" />
+        <value cell_index="27403" local_entity="0" value="0" />
+        <value cell_index="27404" local_entity="0" value="0" />
+        <value cell_index="27405" local_entity="0" value="0" />
+        <value cell_index="27406" local_entity="0" value="0" />
+        <value cell_index="27407" local_entity="0" value="0" />
+        <value cell_index="27408" local_entity="0" value="0" />
+        <value cell_index="27409" local_entity="0" value="0" />
+        <value cell_index="27410" local_entity="0" value="0" />
+        <value cell_index="27411" local_entity="0" value="0" />
+        <value cell_index="27412" local_entity="0" value="0" />
+        <value cell_index="27413" local_entity="0" value="0" />
+        <value cell_index="27414" local_entity="0" value="0" />
+        <value cell_index="27415" local_entity="0" value="0" />
+        <value cell_index="27416" local_entity="0" value="0" />
+        <value cell_index="27417" local_entity="0" value="0" />
+        <value cell_index="27418" local_entity="0" value="0" />
+        <value cell_index="27419" local_entity="0" value="0" />
+        <value cell_index="27420" local_entity="0" value="0" />
+        <value cell_index="27421" local_entity="0" value="0" />
+        <value cell_index="27422" local_entity="0" value="0" />
+        <value cell_index="27423" local_entity="0" value="0" />
+        <value cell_index="27424" local_entity="0" value="0" />
+        <value cell_index="27425" local_entity="0" value="0" />
+        <value cell_index="27426" local_entity="0" value="0" />
+        <value cell_index="27427" local_entity="0" value="0" />
+        <value cell_index="27428" local_entity="0" value="0" />
+        <value cell_index="27429" local_entity="0" value="0" />
+        <value cell_index="27430" local_entity="0" value="0" />
+        <value cell_index="27431" local_entity="0" value="0" />
+        <value cell_index="27432" local_entity="0" value="0" />
+        <value cell_index="27433" local_entity="0" value="0" />
+        <value cell_index="27434" local_entity="0" value="0" />
+        <value cell_index="27435" local_entity="0" value="0" />
+        <value cell_index="27436" local_entity="0" value="0" />
+        <value cell_index="27437" local_entity="0" value="0" />
+        <value cell_index="27438" local_entity="0" value="0" />
+        <value cell_index="27439" local_entity="0" value="0" />
+        <value cell_index="27440" local_entity="0" value="0" />
+        <value cell_index="27441" local_entity="0" value="0" />
+        <value cell_index="27442" local_entity="0" value="0" />
+        <value cell_index="27443" local_entity="0" value="0" />
+        <value cell_index="27444" local_entity="0" value="0" />
+        <value cell_index="27445" local_entity="0" value="0" />
+        <value cell_index="27446" local_entity="0" value="0" />
+        <value cell_index="27447" local_entity="0" value="0" />
+        <value cell_index="27448" local_entity="0" value="0" />
+        <value cell_index="27449" local_entity="0" value="0" />
+        <value cell_index="27450" local_entity="0" value="0" />
+        <value cell_index="27451" local_entity="0" value="0" />
+        <value cell_index="27452" local_entity="0" value="0" />
+        <value cell_index="27453" local_entity="0" value="0" />
+        <value cell_index="27454" local_entity="0" value="0" />
+        <value cell_index="27455" local_entity="0" value="0" />
+        <value cell_index="27456" local_entity="0" value="0" />
+        <value cell_index="27457" local_entity="0" value="0" />
+        <value cell_index="27458" local_entity="0" value="0" />
+        <value cell_index="27459" local_entity="0" value="0" />
+        <value cell_index="27460" local_entity="0" value="0" />
+        <value cell_index="27461" local_entity="0" value="0" />
+        <value cell_index="27462" local_entity="0" value="0" />
+        <value cell_index="27463" local_entity="0" value="0" />
+        <value cell_index="27464" local_entity="0" value="0" />
+        <value cell_index="27465" local_entity="0" value="0" />
+        <value cell_index="27466" local_entity="0" value="0" />
+        <value cell_index="27467" local_entity="0" value="0" />
+        <value cell_index="27468" local_entity="0" value="0" />
+        <value cell_index="27469" local_entity="0" value="0" />
+        <value cell_index="27470" local_entity="0" value="0" />
+        <value cell_index="27471" local_entity="0" value="0" />
+        <value cell_index="27472" local_entity="0" value="0" />
+        <value cell_index="27473" local_entity="0" value="0" />
+        <value cell_index="27474" local_entity="0" value="0" />
+        <value cell_index="27475" local_entity="0" value="0" />
+        <value cell_index="27476" local_entity="0" value="0" />
+        <value cell_index="27477" local_entity="0" value="0" />
+        <value cell_index="27478" local_entity="0" value="0" />
+        <value cell_index="27479" local_entity="0" value="0" />
+        <value cell_index="27480" local_entity="0" value="0" />
+        <value cell_index="27481" local_entity="0" value="0" />
+        <value cell_index="27482" local_entity="0" value="0" />
+        <value cell_index="27483" local_entity="0" value="0" />
+        <value cell_index="27484" local_entity="0" value="0" />
+        <value cell_index="27485" local_entity="0" value="0" />
+        <value cell_index="27486" local_entity="0" value="0" />
+        <value cell_index="27487" local_entity="0" value="0" />
+        <value cell_index="27488" local_entity="0" value="0" />
+        <value cell_index="27489" local_entity="0" value="0" />
+        <value cell_index="27490" local_entity="0" value="0" />
+        <value cell_index="27491" local_entity="0" value="0" />
+        <value cell_index="27492" local_entity="0" value="0" />
+        <value cell_index="27493" local_entity="0" value="0" />
+        <value cell_index="27494" local_entity="0" value="0" />
+        <value cell_index="27495" local_entity="0" value="0" />
+        <value cell_index="27496" local_entity="0" value="0" />
+        <value cell_index="27497" local_entity="0" value="0" />
+        <value cell_index="27498" local_entity="0" value="0" />
+        <value cell_index="27499" local_entity="0" value="0" />
+        <value cell_index="27500" local_entity="0" value="0" />
+        <value cell_index="27501" local_entity="0" value="0" />
+        <value cell_index="27502" local_entity="0" value="0" />
+        <value cell_index="27503" local_entity="0" value="0" />
+        <value cell_index="27504" local_entity="0" value="0" />
+        <value cell_index="27505" local_entity="0" value="0" />
+        <value cell_index="27506" local_entity="0" value="0" />
+        <value cell_index="27507" local_entity="0" value="0" />
+        <value cell_index="27508" local_entity="0" value="0" />
+        <value cell_index="27509" local_entity="0" value="0" />
+        <value cell_index="27510" local_entity="0" value="0" />
+        <value cell_index="27511" local_entity="0" value="0" />
+        <value cell_index="27512" local_entity="0" value="0" />
+        <value cell_index="27513" local_entity="0" value="0" />
+        <value cell_index="27514" local_entity="0" value="0" />
+        <value cell_index="27515" local_entity="0" value="0" />
+        <value cell_index="27516" local_entity="0" value="0" />
+        <value cell_index="27517" local_entity="0" value="0" />
+        <value cell_index="27518" local_entity="0" value="0" />
+        <value cell_index="27519" local_entity="0" value="0" />
+        <value cell_index="27520" local_entity="0" value="0" />
+        <value cell_index="27521" local_entity="0" value="0" />
+        <value cell_index="27522" local_entity="0" value="0" />
+        <value cell_index="27523" local_entity="0" value="0" />
+        <value cell_index="27524" local_entity="0" value="0" />
+        <value cell_index="27525" local_entity="0" value="0" />
+        <value cell_index="27526" local_entity="0" value="0" />
+        <value cell_index="27527" local_entity="0" value="0" />
+        <value cell_index="27528" local_entity="0" value="0" />
+        <value cell_index="27529" local_entity="0" value="0" />
+        <value cell_index="27530" local_entity="0" value="0" />
+        <value cell_index="27531" local_entity="0" value="0" />
+        <value cell_index="27532" local_entity="0" value="0" />
+        <value cell_index="27533" local_entity="0" value="0" />
+        <value cell_index="27534" local_entity="0" value="0" />
+        <value cell_index="27535" local_entity="0" value="0" />
+        <value cell_index="27536" local_entity="0" value="0" />
+        <value cell_index="27537" local_entity="0" value="0" />
+        <value cell_index="27538" local_entity="0" value="0" />
+        <value cell_index="27539" local_entity="0" value="0" />
+        <value cell_index="27540" local_entity="0" value="0" />
+        <value cell_index="27541" local_entity="0" value="0" />
+        <value cell_index="27542" local_entity="0" value="0" />
+        <value cell_index="27543" local_entity="0" value="0" />
+        <value cell_index="27544" local_entity="0" value="0" />
+        <value cell_index="27545" local_entity="0" value="0" />
+        <value cell_index="27546" local_entity="0" value="0" />
+        <value cell_index="27547" local_entity="0" value="0" />
+        <value cell_index="27548" local_entity="0" value="0" />
+        <value cell_index="27549" local_entity="0" value="0" />
+        <value cell_index="27550" local_entity="0" value="0" />
+        <value cell_index="27551" local_entity="0" value="0" />
+        <value cell_index="27552" local_entity="0" value="0" />
+        <value cell_index="27553" local_entity="0" value="0" />
+        <value cell_index="27554" local_entity="0" value="0" />
+        <value cell_index="27555" local_entity="0" value="0" />
+        <value cell_index="27556" local_entity="0" value="0" />
+        <value cell_index="27557" local_entity="0" value="0" />
+        <value cell_index="27558" local_entity="0" value="0" />
+        <value cell_index="27559" local_entity="0" value="0" />
+        <value cell_index="27560" local_entity="0" value="0" />
+        <value cell_index="27561" local_entity="0" value="0" />
+        <value cell_index="27562" local_entity="0" value="0" />
+        <value cell_index="27563" local_entity="0" value="0" />
+        <value cell_index="27564" local_entity="0" value="0" />
+        <value cell_index="27565" local_entity="0" value="0" />
+        <value cell_index="27566" local_entity="0" value="0" />
+        <value cell_index="27567" local_entity="0" value="0" />
+        <value cell_index="27568" local_entity="0" value="0" />
+        <value cell_index="27569" local_entity="0" value="0" />
+        <value cell_index="27570" local_entity="0" value="0" />
+        <value cell_index="27571" local_entity="0" value="0" />
+        <value cell_index="27572" local_entity="0" value="0" />
+        <value cell_index="27573" local_entity="0" value="0" />
+        <value cell_index="27574" local_entity="0" value="0" />
+        <value cell_index="27575" local_entity="0" value="0" />
+        <value cell_index="27576" local_entity="0" value="0" />
+        <value cell_index="27577" local_entity="0" value="0" />
+        <value cell_index="27578" local_entity="0" value="0" />
+        <value cell_index="27579" local_entity="0" value="0" />
+        <value cell_index="27580" local_entity="0" value="0" />
+        <value cell_index="27581" local_entity="0" value="0" />
+        <value cell_index="27582" local_entity="0" value="0" />
+        <value cell_index="27583" local_entity="0" value="0" />
+        <value cell_index="27584" local_entity="0" value="0" />
+        <value cell_index="27585" local_entity="0" value="0" />
+        <value cell_index="27586" local_entity="0" value="0" />
+        <value cell_index="27587" local_entity="0" value="0" />
+        <value cell_index="27588" local_entity="0" value="0" />
+        <value cell_index="27589" local_entity="0" value="0" />
+        <value cell_index="27590" local_entity="0" value="0" />
+        <value cell_index="27591" local_entity="0" value="0" />
+        <value cell_index="27592" local_entity="0" value="0" />
+        <value cell_index="27593" local_entity="0" value="0" />
+        <value cell_index="27594" local_entity="0" value="0" />
+        <value cell_index="27595" local_entity="0" value="0" />
+        <value cell_index="27596" local_entity="0" value="0" />
+        <value cell_index="27597" local_entity="0" value="0" />
+        <value cell_index="27598" local_entity="0" value="0" />
+        <value cell_index="27599" local_entity="0" value="0" />
+        <value cell_index="27600" local_entity="0" value="0" />
+        <value cell_index="27601" local_entity="0" value="0" />
+        <value cell_index="27602" local_entity="0" value="0" />
+        <value cell_index="27603" local_entity="0" value="0" />
+        <value cell_index="27604" local_entity="0" value="0" />
+        <value cell_index="27605" local_entity="0" value="0" />
+        <value cell_index="27606" local_entity="0" value="0" />
+        <value cell_index="27607" local_entity="0" value="0" />
+        <value cell_index="27608" local_entity="0" value="0" />
+        <value cell_index="27609" local_entity="0" value="0" />
+        <value cell_index="27610" local_entity="0" value="0" />
+        <value cell_index="27611" local_entity="0" value="0" />
+        <value cell_index="27612" local_entity="0" value="0" />
+        <value cell_index="27613" local_entity="0" value="0" />
+        <value cell_index="27614" local_entity="0" value="0" />
+        <value cell_index="27615" local_entity="0" value="0" />
+        <value cell_index="27616" local_entity="0" value="0" />
+        <value cell_index="27617" local_entity="0" value="0" />
+        <value cell_index="27618" local_entity="0" value="0" />
+        <value cell_index="27619" local_entity="0" value="0" />
+        <value cell_index="27620" local_entity="0" value="0" />
+        <value cell_index="27621" local_entity="0" value="0" />
+        <value cell_index="27622" local_entity="0" value="0" />
+        <value cell_index="27623" local_entity="0" value="0" />
+        <value cell_index="27624" local_entity="0" value="0" />
+        <value cell_index="27625" local_entity="0" value="0" />
+        <value cell_index="27626" local_entity="0" value="0" />
+        <value cell_index="27627" local_entity="0" value="0" />
+        <value cell_index="27628" local_entity="0" value="0" />
+        <value cell_index="27629" local_entity="0" value="0" />
+        <value cell_index="27630" local_entity="0" value="0" />
+        <value cell_index="27631" local_entity="0" value="0" />
+        <value cell_index="27632" local_entity="0" value="0" />
+        <value cell_index="27633" local_entity="0" value="0" />
+        <value cell_index="27634" local_entity="0" value="0" />
+        <value cell_index="27635" local_entity="0" value="0" />
+        <value cell_index="27636" local_entity="0" value="0" />
+        <value cell_index="27637" local_entity="0" value="0" />
+        <value cell_index="27638" local_entity="0" value="0" />
+        <value cell_index="27639" local_entity="0" value="0" />
+        <value cell_index="27640" local_entity="0" value="0" />
+        <value cell_index="27641" local_entity="0" value="0" />
+        <value cell_index="27642" local_entity="0" value="0" />
+        <value cell_index="27643" local_entity="0" value="0" />
+        <value cell_index="27644" local_entity="0" value="0" />
+        <value cell_index="27645" local_entity="0" value="0" />
+        <value cell_index="27646" local_entity="0" value="0" />
+        <value cell_index="27647" local_entity="0" value="0" />
+        <value cell_index="27648" local_entity="0" value="0" />
+        <value cell_index="27649" local_entity="0" value="0" />
+        <value cell_index="27650" local_entity="0" value="0" />
+        <value cell_index="27651" local_entity="0" value="0" />
+        <value cell_index="27652" local_entity="0" value="0" />
+        <value cell_index="27653" local_entity="0" value="0" />
+        <value cell_index="27654" local_entity="0" value="0" />
+        <value cell_index="27655" local_entity="0" value="0" />
+        <value cell_index="27656" local_entity="0" value="0" />
+        <value cell_index="27657" local_entity="0" value="0" />
+        <value cell_index="27658" local_entity="0" value="0" />
+        <value cell_index="27659" local_entity="0" value="0" />
+        <value cell_index="27660" local_entity="0" value="0" />
+        <value cell_index="27661" local_entity="0" value="0" />
+        <value cell_index="27662" local_entity="0" value="0" />
+        <value cell_index="27663" local_entity="0" value="0" />
+        <value cell_index="27664" local_entity="0" value="0" />
+        <value cell_index="27665" local_entity="0" value="0" />
+        <value cell_index="27666" local_entity="0" value="0" />
+        <value cell_index="27667" local_entity="0" value="0" />
+        <value cell_index="27668" local_entity="0" value="0" />
+        <value cell_index="27669" local_entity="0" value="0" />
+        <value cell_index="27670" local_entity="0" value="0" />
+        <value cell_index="27671" local_entity="0" value="0" />
+        <value cell_index="27672" local_entity="0" value="0" />
+        <value cell_index="27673" local_entity="0" value="0" />
+        <value cell_index="27674" local_entity="0" value="0" />
+        <value cell_index="27675" local_entity="0" value="0" />
+        <value cell_index="27676" local_entity="0" value="0" />
+        <value cell_index="27677" local_entity="0" value="0" />
+        <value cell_index="27678" local_entity="0" value="0" />
+        <value cell_index="27679" local_entity="0" value="0" />
+        <value cell_index="27680" local_entity="0" value="0" />
+        <value cell_index="27681" local_entity="0" value="0" />
+        <value cell_index="27682" local_entity="0" value="0" />
+        <value cell_index="27683" local_entity="0" value="0" />
+        <value cell_index="27684" local_entity="0" value="0" />
+        <value cell_index="27685" local_entity="0" value="0" />
+        <value cell_index="27686" local_entity="0" value="0" />
+        <value cell_index="27687" local_entity="0" value="0" />
+        <value cell_index="27688" local_entity="0" value="0" />
+        <value cell_index="27689" local_entity="0" value="0" />
+        <value cell_index="27690" local_entity="0" value="0" />
+        <value cell_index="27691" local_entity="0" value="0" />
+        <value cell_index="27692" local_entity="0" value="0" />
+        <value cell_index="27693" local_entity="0" value="0" />
+        <value cell_index="27694" local_entity="0" value="0" />
+        <value cell_index="27695" local_entity="0" value="0" />
+        <value cell_index="27696" local_entity="0" value="0" />
+        <value cell_index="27697" local_entity="0" value="0" />
+        <value cell_index="27698" local_entity="0" value="0" />
+        <value cell_index="27699" local_entity="0" value="0" />
+        <value cell_index="27700" local_entity="0" value="0" />
+        <value cell_index="27701" local_entity="0" value="0" />
+        <value cell_index="27702" local_entity="0" value="0" />
+        <value cell_index="27703" local_entity="0" value="0" />
+        <value cell_index="27704" local_entity="0" value="0" />
+        <value cell_index="27705" local_entity="0" value="0" />
+        <value cell_index="27706" local_entity="0" value="0" />
+        <value cell_index="27707" local_entity="0" value="0" />
+        <value cell_index="27708" local_entity="0" value="0" />
+        <value cell_index="27709" local_entity="0" value="0" />
+        <value cell_index="27710" local_entity="0" value="0" />
+        <value cell_index="27711" local_entity="0" value="0" />
+        <value cell_index="27712" local_entity="0" value="0" />
+        <value cell_index="27713" local_entity="0" value="0" />
+        <value cell_index="27714" local_entity="0" value="0" />
+        <value cell_index="27715" local_entity="0" value="0" />
+        <value cell_index="27716" local_entity="0" value="0" />
+        <value cell_index="27717" local_entity="0" value="0" />
+        <value cell_index="27718" local_entity="0" value="0" />
+        <value cell_index="27719" local_entity="0" value="0" />
+        <value cell_index="27720" local_entity="0" value="0" />
+        <value cell_index="27721" local_entity="0" value="0" />
+        <value cell_index="27722" local_entity="0" value="0" />
+        <value cell_index="27723" local_entity="0" value="0" />
+        <value cell_index="27724" local_entity="0" value="0" />
+        <value cell_index="27725" local_entity="0" value="0" />
+        <value cell_index="27726" local_entity="0" value="0" />
+        <value cell_index="27727" local_entity="0" value="0" />
+        <value cell_index="27728" local_entity="0" value="0" />
+        <value cell_index="27729" local_entity="0" value="0" />
+        <value cell_index="27730" local_entity="0" value="0" />
+        <value cell_index="27731" local_entity="0" value="0" />
+        <value cell_index="27732" local_entity="0" value="0" />
+        <value cell_index="27733" local_entity="0" value="0" />
+        <value cell_index="27734" local_entity="0" value="0" />
+        <value cell_index="27735" local_entity="0" value="0" />
+        <value cell_index="27736" local_entity="0" value="0" />
+        <value cell_index="27737" local_entity="0" value="0" />
+        <value cell_index="27738" local_entity="0" value="0" />
+        <value cell_index="27739" local_entity="0" value="0" />
+        <value cell_index="27740" local_entity="0" value="0" />
+        <value cell_index="27741" local_entity="0" value="0" />
+        <value cell_index="27742" local_entity="0" value="0" />
+        <value cell_index="27743" local_entity="0" value="0" />
+        <value cell_index="27744" local_entity="0" value="0" />
+        <value cell_index="27745" local_entity="0" value="0" />
+        <value cell_index="27746" local_entity="0" value="0" />
+        <value cell_index="27747" local_entity="0" value="0" />
+        <value cell_index="27748" local_entity="0" value="0" />
+        <value cell_index="27749" local_entity="0" value="0" />
+        <value cell_index="27750" local_entity="0" value="0" />
+        <value cell_index="27751" local_entity="0" value="0" />
+        <value cell_index="27752" local_entity="0" value="0" />
+        <value cell_index="27753" local_entity="0" value="0" />
+        <value cell_index="27754" local_entity="0" value="0" />
+        <value cell_index="27755" local_entity="0" value="0" />
+        <value cell_index="27756" local_entity="0" value="0" />
+        <value cell_index="27757" local_entity="0" value="0" />
+        <value cell_index="27758" local_entity="0" value="0" />
+        <value cell_index="27759" local_entity="0" value="0" />
+        <value cell_index="27760" local_entity="0" value="0" />
+        <value cell_index="27761" local_entity="0" value="0" />
+        <value cell_index="27762" local_entity="0" value="0" />
+        <value cell_index="27763" local_entity="0" value="0" />
+        <value cell_index="27764" local_entity="0" value="0" />
+        <value cell_index="27765" local_entity="0" value="0" />
+        <value cell_index="27766" local_entity="0" value="0" />
+        <value cell_index="27767" local_entity="0" value="0" />
+        <value cell_index="27768" local_entity="0" value="0" />
+        <value cell_index="27769" local_entity="0" value="0" />
+        <value cell_index="27770" local_entity="0" value="0" />
+        <value cell_index="27771" local_entity="0" value="0" />
+        <value cell_index="27772" local_entity="0" value="0" />
+        <value cell_index="27773" local_entity="0" value="0" />
+        <value cell_index="27774" local_entity="0" value="0" />
+        <value cell_index="27775" local_entity="0" value="0" />
+        <value cell_index="27776" local_entity="0" value="0" />
+        <value cell_index="27777" local_entity="0" value="0" />
+        <value cell_index="27778" local_entity="0" value="0" />
+        <value cell_index="27779" local_entity="0" value="0" />
+        <value cell_index="27780" local_entity="0" value="0" />
+        <value cell_index="27781" local_entity="0" value="0" />
+        <value cell_index="27782" local_entity="0" value="0" />
+        <value cell_index="27783" local_entity="0" value="0" />
+        <value cell_index="27784" local_entity="0" value="0" />
+        <value cell_index="27785" local_entity="0" value="0" />
+        <value cell_index="27786" local_entity="0" value="0" />
+        <value cell_index="27787" local_entity="0" value="0" />
+        <value cell_index="27788" local_entity="0" value="0" />
+        <value cell_index="27789" local_entity="0" value="0" />
+        <value cell_index="27790" local_entity="0" value="0" />
+        <value cell_index="27791" local_entity="0" value="0" />
+        <value cell_index="27792" local_entity="0" value="0" />
+        <value cell_index="27793" local_entity="0" value="0" />
+        <value cell_index="27794" local_entity="0" value="0" />
+        <value cell_index="27795" local_entity="0" value="0" />
+        <value cell_index="27796" local_entity="0" value="0" />
+        <value cell_index="27797" local_entity="0" value="0" />
+        <value cell_index="27798" local_entity="0" value="0" />
+        <value cell_index="27799" local_entity="0" value="0" />
+        <value cell_index="27800" local_entity="0" value="0" />
+        <value cell_index="27801" local_entity="0" value="0" />
+        <value cell_index="27802" local_entity="0" value="0" />
+        <value cell_index="27803" local_entity="0" value="0" />
+        <value cell_index="27804" local_entity="0" value="0" />
+        <value cell_index="27805" local_entity="0" value="0" />
+        <value cell_index="27806" local_entity="0" value="0" />
+        <value cell_index="27807" local_entity="0" value="0" />
+        <value cell_index="27808" local_entity="0" value="0" />
+        <value cell_index="27809" local_entity="0" value="0" />
+        <value cell_index="27810" local_entity="0" value="0" />
+        <value cell_index="27811" local_entity="0" value="0" />
+        <value cell_index="27812" local_entity="0" value="0" />
+        <value cell_index="27813" local_entity="0" value="0" />
+        <value cell_index="27814" local_entity="0" value="0" />
+        <value cell_index="27815" local_entity="0" value="0" />
+        <value cell_index="27816" local_entity="0" value="0" />
+        <value cell_index="27817" local_entity="0" value="0" />
+        <value cell_index="27818" local_entity="0" value="0" />
+        <value cell_index="27819" local_entity="0" value="0" />
+        <value cell_index="27820" local_entity="0" value="0" />
+        <value cell_index="27821" local_entity="0" value="0" />
+        <value cell_index="27822" local_entity="0" value="0" />
+        <value cell_index="27823" local_entity="0" value="0" />
+        <value cell_index="27824" local_entity="0" value="0" />
+        <value cell_index="27825" local_entity="0" value="0" />
+        <value cell_index="27826" local_entity="0" value="0" />
+        <value cell_index="27827" local_entity="0" value="0" />
+        <value cell_index="27828" local_entity="0" value="0" />
+        <value cell_index="27829" local_entity="0" value="0" />
+        <value cell_index="27830" local_entity="0" value="0" />
+        <value cell_index="27831" local_entity="0" value="0" />
+        <value cell_index="27832" local_entity="0" value="0" />
+        <value cell_index="27833" local_entity="0" value="0" />
+        <value cell_index="27834" local_entity="0" value="0" />
+        <value cell_index="27835" local_entity="0" value="0" />
+        <value cell_index="27836" local_entity="0" value="0" />
+        <value cell_index="27837" local_entity="0" value="0" />
+        <value cell_index="27838" local_entity="0" value="0" />
+        <value cell_index="27839" local_entity="0" value="0" />
+        <value cell_index="27840" local_entity="0" value="0" />
+        <value cell_index="27841" local_entity="0" value="0" />
+        <value cell_index="27842" local_entity="0" value="0" />
+        <value cell_index="27843" local_entity="0" value="0" />
+        <value cell_index="27844" local_entity="0" value="0" />
+        <value cell_index="27845" local_entity="0" value="0" />
+        <value cell_index="27846" local_entity="0" value="0" />
+        <value cell_index="27847" local_entity="0" value="0" />
+        <value cell_index="27848" local_entity="0" value="0" />
+        <value cell_index="27849" local_entity="0" value="0" />
+        <value cell_index="27850" local_entity="0" value="0" />
+        <value cell_index="27851" local_entity="0" value="0" />
+        <value cell_index="27852" local_entity="0" value="0" />
+        <value cell_index="27853" local_entity="0" value="0" />
+        <value cell_index="27854" local_entity="0" value="0" />
+        <value cell_index="27855" local_entity="0" value="0" />
+        <value cell_index="27856" local_entity="0" value="0" />
+        <value cell_index="27857" local_entity="0" value="0" />
+        <value cell_index="27858" local_entity="0" value="0" />
+        <value cell_index="27859" local_entity="0" value="0" />
+        <value cell_index="27860" local_entity="0" value="0" />
+        <value cell_index="27861" local_entity="0" value="0" />
+        <value cell_index="27862" local_entity="0" value="0" />
+        <value cell_index="27863" local_entity="0" value="0" />
+        <value cell_index="27864" local_entity="0" value="0" />
+        <value cell_index="27865" local_entity="0" value="0" />
+        <value cell_index="27866" local_entity="0" value="0" />
+        <value cell_index="27867" local_entity="0" value="0" />
+        <value cell_index="27868" local_entity="0" value="0" />
+        <value cell_index="27869" local_entity="0" value="0" />
+        <value cell_index="27870" local_entity="0" value="0" />
+        <value cell_index="27871" local_entity="0" value="0" />
+        <value cell_index="27872" local_entity="0" value="0" />
+        <value cell_index="27873" local_entity="0" value="0" />
+        <value cell_index="27874" local_entity="0" value="0" />
+        <value cell_index="27875" local_entity="0" value="0" />
+        <value cell_index="27876" local_entity="0" value="0" />
+        <value cell_index="27877" local_entity="0" value="0" />
+        <value cell_index="27878" local_entity="0" value="0" />
+        <value cell_index="27879" local_entity="0" value="0" />
+        <value cell_index="27880" local_entity="0" value="0" />
+        <value cell_index="27881" local_entity="0" value="0" />
+        <value cell_index="27882" local_entity="0" value="0" />
+        <value cell_index="27883" local_entity="0" value="0" />
+        <value cell_index="27884" local_entity="0" value="0" />
+        <value cell_index="27885" local_entity="0" value="0" />
+        <value cell_index="27886" local_entity="0" value="0" />
+        <value cell_index="27887" local_entity="0" value="0" />
+        <value cell_index="27888" local_entity="0" value="0" />
+        <value cell_index="27889" local_entity="0" value="0" />
+        <value cell_index="27890" local_entity="0" value="0" />
+        <value cell_index="27891" local_entity="0" value="0" />
+        <value cell_index="27892" local_entity="0" value="0" />
+        <value cell_index="27893" local_entity="0" value="0" />
+        <value cell_index="27894" local_entity="0" value="0" />
+        <value cell_index="27895" local_entity="0" value="0" />
+        <value cell_index="27896" local_entity="0" value="0" />
+        <value cell_index="27897" local_entity="0" value="0" />
+        <value cell_index="27898" local_entity="0" value="0" />
+        <value cell_index="27899" local_entity="0" value="0" />
+        <value cell_index="27900" local_entity="0" value="0" />
+        <value cell_index="27901" local_entity="0" value="0" />
+        <value cell_index="27902" local_entity="0" value="0" />
+        <value cell_index="27903" local_entity="0" value="0" />
+        <value cell_index="27904" local_entity="0" value="0" />
+        <value cell_index="27905" local_entity="0" value="0" />
+        <value cell_index="27906" local_entity="0" value="0" />
+        <value cell_index="27907" local_entity="0" value="0" />
+        <value cell_index="27908" local_entity="0" value="0" />
+        <value cell_index="27909" local_entity="0" value="0" />
+        <value cell_index="27910" local_entity="0" value="0" />
+        <value cell_index="27911" local_entity="0" value="0" />
+        <value cell_index="27912" local_entity="0" value="0" />
+        <value cell_index="27913" local_entity="0" value="0" />
+        <value cell_index="27914" local_entity="0" value="0" />
+        <value cell_index="27915" local_entity="0" value="0" />
+        <value cell_index="27916" local_entity="0" value="0" />
+        <value cell_index="27917" local_entity="0" value="0" />
+        <value cell_index="27918" local_entity="0" value="0" />
+        <value cell_index="27919" local_entity="0" value="0" />
+        <value cell_index="27920" local_entity="0" value="0" />
+        <value cell_index="27921" local_entity="0" value="0" />
+        <value cell_index="27922" local_entity="0" value="0" />
+        <value cell_index="27923" local_entity="0" value="0" />
+        <value cell_index="27924" local_entity="0" value="0" />
+        <value cell_index="27925" local_entity="0" value="0" />
+        <value cell_index="27926" local_entity="0" value="0" />
+        <value cell_index="27927" local_entity="0" value="0" />
+        <value cell_index="27928" local_entity="0" value="0" />
+        <value cell_index="27929" local_entity="0" value="0" />
+        <value cell_index="27930" local_entity="0" value="0" />
+        <value cell_index="27931" local_entity="0" value="0" />
+        <value cell_index="27932" local_entity="0" value="0" />
+        <value cell_index="27933" local_entity="0" value="0" />
+        <value cell_index="27934" local_entity="0" value="0" />
+        <value cell_index="27935" local_entity="0" value="0" />
+        <value cell_index="27936" local_entity="0" value="0" />
+        <value cell_index="27937" local_entity="0" value="0" />
+        <value cell_index="27938" local_entity="0" value="0" />
+        <value cell_index="27939" local_entity="0" value="0" />
+        <value cell_index="27940" local_entity="0" value="0" />
+        <value cell_index="27941" local_entity="0" value="0" />
+        <value cell_index="27942" local_entity="0" value="0" />
+        <value cell_index="27943" local_entity="0" value="0" />
+        <value cell_index="27944" local_entity="0" value="0" />
+        <value cell_index="27945" local_entity="0" value="0" />
+        <value cell_index="27946" local_entity="0" value="0" />
+        <value cell_index="27947" local_entity="0" value="0" />
+        <value cell_index="27948" local_entity="0" value="0" />
+        <value cell_index="27949" local_entity="0" value="0" />
+        <value cell_index="27950" local_entity="0" value="0" />
+        <value cell_index="27951" local_entity="0" value="0" />
+        <value cell_index="27952" local_entity="0" value="0" />
+        <value cell_index="27953" local_entity="0" value="0" />
+        <value cell_index="27954" local_entity="0" value="0" />
+        <value cell_index="27955" local_entity="0" value="0" />
+        <value cell_index="27956" local_entity="0" value="0" />
+        <value cell_index="27957" local_entity="0" value="0" />
+        <value cell_index="27958" local_entity="0" value="0" />
+        <value cell_index="27959" local_entity="0" value="0" />
+        <value cell_index="27960" local_entity="0" value="0" />
+        <value cell_index="27961" local_entity="0" value="0" />
+        <value cell_index="27962" local_entity="0" value="0" />
+        <value cell_index="27963" local_entity="0" value="0" />
+        <value cell_index="27964" local_entity="0" value="0" />
+        <value cell_index="27965" local_entity="0" value="0" />
+        <value cell_index="27966" local_entity="0" value="0" />
+        <value cell_index="27967" local_entity="0" value="0" />
+        <value cell_index="27968" local_entity="0" value="0" />
+        <value cell_index="27969" local_entity="0" value="0" />
+        <value cell_index="27970" local_entity="0" value="0" />
+        <value cell_index="27971" local_entity="0" value="0" />
+        <value cell_index="27972" local_entity="0" value="0" />
+        <value cell_index="27973" local_entity="0" value="0" />
+        <value cell_index="27974" local_entity="0" value="0" />
+        <value cell_index="27975" local_entity="0" value="0" />
+        <value cell_index="27976" local_entity="0" value="0" />
+        <value cell_index="27977" local_entity="0" value="0" />
+        <value cell_index="27978" local_entity="0" value="0" />
+        <value cell_index="27979" local_entity="0" value="0" />
+        <value cell_index="27980" local_entity="0" value="0" />
+        <value cell_index="27981" local_entity="0" value="0" />
+        <value cell_index="27982" local_entity="0" value="0" />
+        <value cell_index="27983" local_entity="0" value="0" />
+        <value cell_index="27984" local_entity="0" value="0" />
+        <value cell_index="27985" local_entity="0" value="0" />
+        <value cell_index="27986" local_entity="0" value="0" />
+        <value cell_index="27987" local_entity="0" value="0" />
+        <value cell_index="27988" local_entity="0" value="0" />
+        <value cell_index="27989" local_entity="0" value="0" />
+        <value cell_index="27990" local_entity="0" value="0" />
+        <value cell_index="27991" local_entity="0" value="0" />
+        <value cell_index="27992" local_entity="0" value="0" />
+        <value cell_index="27993" local_entity="0" value="0" />
+        <value cell_index="27994" local_entity="0" value="0" />
+        <value cell_index="27995" local_entity="0" value="0" />
+        <value cell_index="27996" local_entity="0" value="0" />
+        <value cell_index="27997" local_entity="0" value="0" />
+        <value cell_index="27998" local_entity="0" value="0" />
+        <value cell_index="27999" local_entity="0" value="0" />
+        <value cell_index="28000" local_entity="0" value="0" />
+        <value cell_index="28001" local_entity="0" value="0" />
+        <value cell_index="28002" local_entity="0" value="0" />
+        <value cell_index="28003" local_entity="0" value="0" />
+        <value cell_index="28004" local_entity="0" value="0" />
+        <value cell_index="28005" local_entity="0" value="0" />
+        <value cell_index="28006" local_entity="0" value="0" />
+        <value cell_index="28007" local_entity="0" value="0" />
+        <value cell_index="28008" local_entity="0" value="0" />
+        <value cell_index="28009" local_entity="0" value="0" />
+        <value cell_index="28010" local_entity="0" value="0" />
+        <value cell_index="28011" local_entity="0" value="0" />
+        <value cell_index="28012" local_entity="0" value="0" />
+        <value cell_index="28013" local_entity="0" value="0" />
+        <value cell_index="28014" local_entity="0" value="0" />
+        <value cell_index="28015" local_entity="0" value="0" />
+        <value cell_index="28016" local_entity="0" value="0" />
+        <value cell_index="28017" local_entity="0" value="0" />
+        <value cell_index="28018" local_entity="0" value="0" />
+        <value cell_index="28019" local_entity="0" value="0" />
+        <value cell_index="28020" local_entity="0" value="0" />
+        <value cell_index="28021" local_entity="0" value="0" />
+        <value cell_index="28022" local_entity="0" value="0" />
+        <value cell_index="28023" local_entity="0" value="0" />
+        <value cell_index="28024" local_entity="0" value="0" />
+        <value cell_index="28025" local_entity="0" value="0" />
+        <value cell_index="28026" local_entity="0" value="0" />
+        <value cell_index="28027" local_entity="0" value="0" />
+        <value cell_index="28028" local_entity="0" value="0" />
+        <value cell_index="28029" local_entity="0" value="0" />
+        <value cell_index="28030" local_entity="0" value="0" />
+        <value cell_index="28031" local_entity="0" value="0" />
+        <value cell_index="28032" local_entity="0" value="0" />
+        <value cell_index="28033" local_entity="0" value="0" />
+        <value cell_index="28034" local_entity="0" value="0" />
+        <value cell_index="28035" local_entity="0" value="0" />
+        <value cell_index="28036" local_entity="0" value="0" />
+        <value cell_index="28037" local_entity="0" value="0" />
+        <value cell_index="28038" local_entity="0" value="0" />
+        <value cell_index="28039" local_entity="0" value="0" />
+        <value cell_index="28040" local_entity="0" value="0" />
+        <value cell_index="28041" local_entity="0" value="0" />
+        <value cell_index="28042" local_entity="0" value="0" />
+        <value cell_index="28043" local_entity="0" value="0" />
+        <value cell_index="28044" local_entity="0" value="0" />
+        <value cell_index="28045" local_entity="0" value="0" />
+        <value cell_index="28046" local_entity="0" value="0" />
+        <value cell_index="28047" local_entity="0" value="0" />
+        <value cell_index="28048" local_entity="0" value="0" />
+        <value cell_index="28049" local_entity="0" value="0" />
+        <value cell_index="28050" local_entity="0" value="0" />
+        <value cell_index="28051" local_entity="0" value="0" />
+        <value cell_index="28052" local_entity="0" value="0" />
+        <value cell_index="28053" local_entity="0" value="0" />
+        <value cell_index="28054" local_entity="0" value="0" />
+        <value cell_index="28055" local_entity="0" value="0" />
+        <value cell_index="28056" local_entity="0" value="0" />
+        <value cell_index="28057" local_entity="0" value="0" />
+        <value cell_index="28058" local_entity="0" value="0" />
+        <value cell_index="28059" local_entity="0" value="0" />
+        <value cell_index="28060" local_entity="0" value="0" />
+        <value cell_index="28061" local_entity="0" value="0" />
+        <value cell_index="28062" local_entity="0" value="0" />
+        <value cell_index="28063" local_entity="0" value="0" />
+        <value cell_index="28064" local_entity="0" value="0" />
+        <value cell_index="28065" local_entity="0" value="0" />
+        <value cell_index="28066" local_entity="0" value="0" />
+        <value cell_index="28067" local_entity="0" value="0" />
+        <value cell_index="28068" local_entity="0" value="0" />
+        <value cell_index="28069" local_entity="0" value="0" />
+        <value cell_index="28070" local_entity="0" value="0" />
+        <value cell_index="28071" local_entity="0" value="0" />
+        <value cell_index="28072" local_entity="0" value="0" />
+        <value cell_index="28073" local_entity="0" value="0" />
+        <value cell_index="28074" local_entity="0" value="0" />
+        <value cell_index="28075" local_entity="0" value="0" />
+        <value cell_index="28076" local_entity="0" value="0" />
+        <value cell_index="28077" local_entity="0" value="0" />
+        <value cell_index="28078" local_entity="0" value="0" />
+        <value cell_index="28079" local_entity="0" value="0" />
+        <value cell_index="28080" local_entity="0" value="0" />
+        <value cell_index="28081" local_entity="0" value="0" />
+        <value cell_index="28082" local_entity="0" value="0" />
+        <value cell_index="28083" local_entity="0" value="0" />
+        <value cell_index="28084" local_entity="0" value="0" />
+        <value cell_index="28085" local_entity="0" value="0" />
+        <value cell_index="28086" local_entity="0" value="0" />
+        <value cell_index="28087" local_entity="0" value="0" />
+        <value cell_index="28088" local_entity="0" value="0" />
+        <value cell_index="28089" local_entity="0" value="0" />
+        <value cell_index="28090" local_entity="0" value="0" />
+        <value cell_index="28091" local_entity="0" value="0" />
+        <value cell_index="28092" local_entity="0" value="0" />
+        <value cell_index="28093" local_entity="0" value="0" />
+        <value cell_index="28094" local_entity="0" value="0" />
+        <value cell_index="28095" local_entity="0" value="0" />
+        <value cell_index="28096" local_entity="0" value="0" />
+        <value cell_index="28097" local_entity="0" value="0" />
+        <value cell_index="28098" local_entity="0" value="0" />
+        <value cell_index="28099" local_entity="0" value="0" />
+        <value cell_index="28100" local_entity="0" value="0" />
+        <value cell_index="28101" local_entity="0" value="0" />
+        <value cell_index="28102" local_entity="0" value="0" />
+        <value cell_index="28103" local_entity="0" value="0" />
+        <value cell_index="28104" local_entity="0" value="0" />
+        <value cell_index="28105" local_entity="0" value="0" />
+        <value cell_index="28106" local_entity="0" value="0" />
+        <value cell_index="28107" local_entity="0" value="0" />
+        <value cell_index="28108" local_entity="0" value="0" />
+        <value cell_index="28109" local_entity="0" value="0" />
+        <value cell_index="28110" local_entity="0" value="0" />
+        <value cell_index="28111" local_entity="0" value="0" />
+        <value cell_index="28112" local_entity="0" value="0" />
+        <value cell_index="28113" local_entity="0" value="0" />
+        <value cell_index="28114" local_entity="0" value="0" />
+        <value cell_index="28115" local_entity="0" value="0" />
+        <value cell_index="28116" local_entity="0" value="0" />
+        <value cell_index="28117" local_entity="0" value="0" />
+        <value cell_index="28118" local_entity="0" value="0" />
+        <value cell_index="28119" local_entity="0" value="0" />
+        <value cell_index="28120" local_entity="0" value="0" />
+        <value cell_index="28121" local_entity="0" value="0" />
+        <value cell_index="28122" local_entity="0" value="0" />
+        <value cell_index="28123" local_entity="0" value="0" />
+        <value cell_index="28124" local_entity="0" value="0" />
+        <value cell_index="28125" local_entity="0" value="0" />
+        <value cell_index="28126" local_entity="0" value="0" />
+        <value cell_index="28127" local_entity="0" value="0" />
+        <value cell_index="28128" local_entity="0" value="0" />
+        <value cell_index="28129" local_entity="0" value="0" />
+        <value cell_index="28130" local_entity="0" value="0" />
+        <value cell_index="28131" local_entity="0" value="0" />
+        <value cell_index="28132" local_entity="0" value="0" />
+        <value cell_index="28133" local_entity="0" value="0" />
+        <value cell_index="28134" local_entity="0" value="0" />
+        <value cell_index="28135" local_entity="0" value="0" />
+        <value cell_index="28136" local_entity="0" value="0" />
+        <value cell_index="28137" local_entity="0" value="0" />
+        <value cell_index="28138" local_entity="0" value="0" />
+        <value cell_index="28139" local_entity="0" value="0" />
+        <value cell_index="28140" local_entity="0" value="0" />
+        <value cell_index="28141" local_entity="0" value="0" />
+        <value cell_index="28142" local_entity="0" value="0" />
+        <value cell_index="28143" local_entity="0" value="0" />
+        <value cell_index="28144" local_entity="0" value="0" />
+        <value cell_index="28145" local_entity="0" value="0" />
+        <value cell_index="28146" local_entity="0" value="0" />
+        <value cell_index="28147" local_entity="0" value="0" />
+        <value cell_index="28148" local_entity="0" value="0" />
+        <value cell_index="28149" local_entity="0" value="0" />
+        <value cell_index="28150" local_entity="0" value="0" />
+        <value cell_index="28151" local_entity="0" value="0" />
+        <value cell_index="28152" local_entity="0" value="0" />
+        <value cell_index="28153" local_entity="0" value="0" />
+        <value cell_index="28154" local_entity="0" value="0" />
+        <value cell_index="28155" local_entity="0" value="0" />
+        <value cell_index="28156" local_entity="0" value="0" />
+        <value cell_index="28157" local_entity="0" value="0" />
+        <value cell_index="28158" local_entity="0" value="0" />
+        <value cell_index="28159" local_entity="0" value="0" />
+        <value cell_index="28160" local_entity="0" value="0" />
+        <value cell_index="28161" local_entity="0" value="0" />
+        <value cell_index="28162" local_entity="0" value="0" />
+        <value cell_index="28163" local_entity="0" value="0" />
+        <value cell_index="28164" local_entity="0" value="0" />
+        <value cell_index="28165" local_entity="0" value="0" />
+        <value cell_index="28166" local_entity="0" value="0" />
+        <value cell_index="28167" local_entity="0" value="0" />
+        <value cell_index="28168" local_entity="0" value="0" />
+        <value cell_index="28169" local_entity="0" value="0" />
+        <value cell_index="28170" local_entity="0" value="0" />
+        <value cell_index="28171" local_entity="0" value="0" />
+        <value cell_index="28172" local_entity="0" value="0" />
+        <value cell_index="28173" local_entity="0" value="0" />
+        <value cell_index="28174" local_entity="0" value="0" />
+        <value cell_index="28175" local_entity="0" value="0" />
+        <value cell_index="28176" local_entity="0" value="0" />
+        <value cell_index="28177" local_entity="0" value="0" />
+        <value cell_index="28178" local_entity="0" value="0" />
+        <value cell_index="28179" local_entity="0" value="0" />
+        <value cell_index="28180" local_entity="0" value="0" />
+        <value cell_index="28181" local_entity="0" value="0" />
+        <value cell_index="28182" local_entity="0" value="0" />
+        <value cell_index="28183" local_entity="0" value="0" />
+        <value cell_index="28184" local_entity="0" value="0" />
+        <value cell_index="28185" local_entity="0" value="0" />
+        <value cell_index="28186" local_entity="0" value="0" />
+        <value cell_index="28187" local_entity="0" value="0" />
+        <value cell_index="28188" local_entity="0" value="0" />
+        <value cell_index="28189" local_entity="0" value="0" />
+        <value cell_index="28190" local_entity="0" value="0" />
+        <value cell_index="28191" local_entity="0" value="0" />
+        <value cell_index="28192" local_entity="0" value="0" />
+        <value cell_index="28193" local_entity="0" value="0" />
+        <value cell_index="28194" local_entity="0" value="0" />
+        <value cell_index="28195" local_entity="0" value="0" />
+        <value cell_index="28196" local_entity="0" value="0" />
+        <value cell_index="28197" local_entity="0" value="0" />
+        <value cell_index="28198" local_entity="0" value="0" />
+        <value cell_index="28199" local_entity="0" value="0" />
+        <value cell_index="28200" local_entity="0" value="0" />
+        <value cell_index="28201" local_entity="0" value="0" />
+        <value cell_index="28202" local_entity="0" value="0" />
+        <value cell_index="28203" local_entity="0" value="0" />
+        <value cell_index="28204" local_entity="0" value="0" />
+        <value cell_index="28205" local_entity="0" value="0" />
+        <value cell_index="28206" local_entity="0" value="0" />
+        <value cell_index="28207" local_entity="0" value="0" />
+        <value cell_index="28208" local_entity="0" value="0" />
+        <value cell_index="28209" local_entity="0" value="0" />
+        <value cell_index="28210" local_entity="0" value="0" />
+        <value cell_index="28211" local_entity="0" value="0" />
+        <value cell_index="28212" local_entity="0" value="0" />
+        <value cell_index="28213" local_entity="0" value="0" />
+        <value cell_index="28214" local_entity="0" value="0" />
+        <value cell_index="28215" local_entity="0" value="0" />
+        <value cell_index="28216" local_entity="0" value="0" />
+        <value cell_index="28217" local_entity="0" value="0" />
+        <value cell_index="28218" local_entity="0" value="0" />
+        <value cell_index="28219" local_entity="0" value="0" />
+        <value cell_index="28220" local_entity="0" value="0" />
+        <value cell_index="28221" local_entity="0" value="0" />
+        <value cell_index="28222" local_entity="0" value="0" />
+        <value cell_index="28223" local_entity="0" value="0" />
+        <value cell_index="28224" local_entity="0" value="0" />
+        <value cell_index="28225" local_entity="0" value="0" />
+        <value cell_index="28226" local_entity="0" value="0" />
+        <value cell_index="28227" local_entity="0" value="0" />
+        <value cell_index="28228" local_entity="0" value="0" />
+        <value cell_index="28229" local_entity="0" value="0" />
+        <value cell_index="28230" local_entity="0" value="0" />
+        <value cell_index="28231" local_entity="0" value="0" />
+        <value cell_index="28232" local_entity="0" value="0" />
+        <value cell_index="28233" local_entity="0" value="0" />
+        <value cell_index="28234" local_entity="0" value="0" />
+        <value cell_index="28235" local_entity="0" value="0" />
+        <value cell_index="28236" local_entity="0" value="0" />
+        <value cell_index="28237" local_entity="0" value="0" />
+        <value cell_index="28238" local_entity="0" value="0" />
+        <value cell_index="28239" local_entity="0" value="0" />
+        <value cell_index="28240" local_entity="0" value="0" />
+        <value cell_index="28241" local_entity="0" value="0" />
+        <value cell_index="28242" local_entity="0" value="0" />
+        <value cell_index="28243" local_entity="0" value="0" />
+        <value cell_index="28244" local_entity="0" value="0" />
+        <value cell_index="28245" local_entity="0" value="0" />
+        <value cell_index="28246" local_entity="0" value="0" />
+        <value cell_index="28247" local_entity="0" value="0" />
+        <value cell_index="28248" local_entity="0" value="0" />
+        <value cell_index="28249" local_entity="0" value="0" />
+        <value cell_index="28250" local_entity="0" value="0" />
+        <value cell_index="28251" local_entity="0" value="0" />
+        <value cell_index="28252" local_entity="0" value="0" />
+        <value cell_index="28253" local_entity="0" value="0" />
+        <value cell_index="28254" local_entity="0" value="0" />
+        <value cell_index="28255" local_entity="0" value="0" />
+        <value cell_index="28256" local_entity="0" value="0" />
+        <value cell_index="28257" local_entity="0" value="0" />
+        <value cell_index="28258" local_entity="0" value="0" />
+        <value cell_index="28259" local_entity="0" value="0" />
+        <value cell_index="28260" local_entity="0" value="0" />
+        <value cell_index="28261" local_entity="0" value="0" />
+        <value cell_index="28262" local_entity="0" value="0" />
+        <value cell_index="28263" local_entity="0" value="0" />
+        <value cell_index="28264" local_entity="0" value="0" />
+        <value cell_index="28265" local_entity="0" value="0" />
+        <value cell_index="28266" local_entity="0" value="0" />
+        <value cell_index="28267" local_entity="0" value="0" />
+        <value cell_index="28268" local_entity="0" value="0" />
+        <value cell_index="28269" local_entity="0" value="0" />
+        <value cell_index="28270" local_entity="0" value="0" />
+        <value cell_index="28271" local_entity="0" value="0" />
+        <value cell_index="28272" local_entity="0" value="0" />
+        <value cell_index="28273" local_entity="0" value="0" />
+        <value cell_index="28274" local_entity="0" value="0" />
+        <value cell_index="28275" local_entity="0" value="0" />
+        <value cell_index="28276" local_entity="0" value="0" />
+        <value cell_index="28277" local_entity="0" value="0" />
+        <value cell_index="28278" local_entity="0" value="0" />
+        <value cell_index="28279" local_entity="0" value="0" />
+        <value cell_index="28280" local_entity="0" value="0" />
+        <value cell_index="28281" local_entity="0" value="0" />
+        <value cell_index="28282" local_entity="0" value="0" />
+        <value cell_index="28283" local_entity="0" value="0" />
+        <value cell_index="28284" local_entity="0" value="0" />
+        <value cell_index="28285" local_entity="0" value="0" />
+        <value cell_index="28286" local_entity="0" value="0" />
+        <value cell_index="28287" local_entity="0" value="0" />
+        <value cell_index="28288" local_entity="0" value="0" />
+        <value cell_index="28289" local_entity="0" value="0" />
+        <value cell_index="28290" local_entity="0" value="0" />
+        <value cell_index="28291" local_entity="0" value="0" />
+        <value cell_index="28292" local_entity="0" value="0" />
+        <value cell_index="28293" local_entity="0" value="0" />
+        <value cell_index="28294" local_entity="0" value="0" />
+        <value cell_index="28295" local_entity="0" value="0" />
+        <value cell_index="28296" local_entity="0" value="0" />
+        <value cell_index="28297" local_entity="0" value="0" />
+        <value cell_index="28298" local_entity="0" value="0" />
+        <value cell_index="28299" local_entity="0" value="0" />
+        <value cell_index="28300" local_entity="0" value="0" />
+        <value cell_index="28301" local_entity="0" value="0" />
+        <value cell_index="28302" local_entity="0" value="0" />
+        <value cell_index="28303" local_entity="0" value="0" />
+        <value cell_index="28304" local_entity="0" value="0" />
+        <value cell_index="28305" local_entity="0" value="0" />
+        <value cell_index="28306" local_entity="0" value="0" />
+        <value cell_index="28307" local_entity="0" value="0" />
+        <value cell_index="28308" local_entity="0" value="0" />
+        <value cell_index="28309" local_entity="0" value="0" />
+        <value cell_index="28310" local_entity="0" value="0" />
+        <value cell_index="28311" local_entity="0" value="0" />
+        <value cell_index="28312" local_entity="0" value="0" />
+        <value cell_index="28313" local_entity="0" value="0" />
+        <value cell_index="28314" local_entity="0" value="0" />
+        <value cell_index="28315" local_entity="0" value="0" />
+        <value cell_index="28316" local_entity="0" value="0" />
+        <value cell_index="28317" local_entity="0" value="0" />
+        <value cell_index="28318" local_entity="0" value="0" />
+        <value cell_index="28319" local_entity="0" value="0" />
+        <value cell_index="28320" local_entity="0" value="0" />
+        <value cell_index="28321" local_entity="0" value="0" />
+        <value cell_index="28322" local_entity="0" value="0" />
+        <value cell_index="28323" local_entity="0" value="0" />
+        <value cell_index="28324" local_entity="0" value="0" />
+        <value cell_index="28325" local_entity="0" value="0" />
+        <value cell_index="28326" local_entity="0" value="0" />
+        <value cell_index="28327" local_entity="0" value="0" />
+        <value cell_index="28328" local_entity="0" value="0" />
+        <value cell_index="28329" local_entity="0" value="0" />
+        <value cell_index="28330" local_entity="0" value="0" />
+        <value cell_index="28331" local_entity="0" value="0" />
+        <value cell_index="28332" local_entity="0" value="0" />
+        <value cell_index="28333" local_entity="0" value="0" />
+        <value cell_index="28334" local_entity="0" value="0" />
+        <value cell_index="28335" local_entity="0" value="0" />
+        <value cell_index="28336" local_entity="0" value="0" />
+        <value cell_index="28337" local_entity="0" value="0" />
+        <value cell_index="28338" local_entity="0" value="0" />
+        <value cell_index="28339" local_entity="0" value="0" />
+        <value cell_index="28340" local_entity="0" value="0" />
+        <value cell_index="28341" local_entity="0" value="0" />
+        <value cell_index="28342" local_entity="0" value="0" />
+        <value cell_index="28343" local_entity="0" value="0" />
+        <value cell_index="28344" local_entity="0" value="0" />
+        <value cell_index="28345" local_entity="0" value="0" />
+        <value cell_index="28346" local_entity="0" value="0" />
+        <value cell_index="28347" local_entity="0" value="0" />
+        <value cell_index="28348" local_entity="0" value="0" />
+        <value cell_index="28349" local_entity="0" value="0" />
+        <value cell_index="28350" local_entity="0" value="0" />
+        <value cell_index="28351" local_entity="0" value="0" />
+        <value cell_index="28352" local_entity="0" value="0" />
+        <value cell_index="28353" local_entity="0" value="0" />
+        <value cell_index="28354" local_entity="0" value="0" />
+        <value cell_index="28355" local_entity="0" value="0" />
+        <value cell_index="28356" local_entity="0" value="0" />
+        <value cell_index="28357" local_entity="0" value="0" />
+        <value cell_index="28358" local_entity="0" value="0" />
+        <value cell_index="28359" local_entity="0" value="0" />
+        <value cell_index="28360" local_entity="0" value="0" />
+        <value cell_index="28361" local_entity="0" value="0" />
+        <value cell_index="28362" local_entity="0" value="0" />
+        <value cell_index="28363" local_entity="0" value="0" />
+        <value cell_index="28364" local_entity="0" value="0" />
+        <value cell_index="28365" local_entity="0" value="0" />
+        <value cell_index="28366" local_entity="0" value="0" />
+        <value cell_index="28367" local_entity="0" value="0" />
+        <value cell_index="28368" local_entity="0" value="0" />
+        <value cell_index="28369" local_entity="0" value="0" />
+        <value cell_index="28370" local_entity="0" value="0" />
+        <value cell_index="28371" local_entity="0" value="0" />
+        <value cell_index="28372" local_entity="0" value="0" />
+        <value cell_index="28373" local_entity="0" value="0" />
+        <value cell_index="28374" local_entity="0" value="0" />
+        <value cell_index="28375" local_entity="0" value="0" />
+        <value cell_index="28376" local_entity="0" value="0" />
+        <value cell_index="28377" local_entity="0" value="0" />
+        <value cell_index="28378" local_entity="0" value="0" />
+        <value cell_index="28379" local_entity="0" value="0" />
+        <value cell_index="28380" local_entity="0" value="0" />
+        <value cell_index="28381" local_entity="0" value="0" />
+        <value cell_index="28382" local_entity="0" value="0" />
+        <value cell_index="28383" local_entity="0" value="0" />
+        <value cell_index="28384" local_entity="0" value="0" />
+        <value cell_index="28385" local_entity="0" value="0" />
+        <value cell_index="28386" local_entity="0" value="0" />
+        <value cell_index="28387" local_entity="0" value="0" />
+        <value cell_index="28388" local_entity="0" value="0" />
+        <value cell_index="28389" local_entity="0" value="0" />
+        <value cell_index="28390" local_entity="0" value="0" />
+        <value cell_index="28391" local_entity="0" value="0" />
+        <value cell_index="28392" local_entity="0" value="0" />
+        <value cell_index="28393" local_entity="0" value="0" />
+        <value cell_index="28394" local_entity="0" value="0" />
+        <value cell_index="28395" local_entity="0" value="0" />
+        <value cell_index="28396" local_entity="0" value="0" />
+        <value cell_index="28397" local_entity="0" value="0" />
+        <value cell_index="28398" local_entity="0" value="0" />
+        <value cell_index="28399" local_entity="0" value="0" />
+        <value cell_index="28400" local_entity="0" value="0" />
+        <value cell_index="28401" local_entity="0" value="0" />
+        <value cell_index="28402" local_entity="0" value="0" />
+        <value cell_index="28403" local_entity="0" value="0" />
+        <value cell_index="28404" local_entity="0" value="0" />
+        <value cell_index="28405" local_entity="0" value="0" />
+        <value cell_index="28406" local_entity="0" value="0" />
+        <value cell_index="28407" local_entity="0" value="0" />
+        <value cell_index="28408" local_entity="0" value="0" />
+        <value cell_index="28409" local_entity="0" value="0" />
+        <value cell_index="28410" local_entity="0" value="0" />
+        <value cell_index="28411" local_entity="0" value="0" />
+        <value cell_index="28412" local_entity="0" value="0" />
+        <value cell_index="28413" local_entity="0" value="0" />
+        <value cell_index="28414" local_entity="0" value="0" />
+        <value cell_index="28415" local_entity="0" value="0" />
+        <value cell_index="28416" local_entity="0" value="0" />
+        <value cell_index="28417" local_entity="0" value="0" />
+        <value cell_index="28418" local_entity="0" value="0" />
+        <value cell_index="28419" local_entity="0" value="0" />
+        <value cell_index="28420" local_entity="0" value="0" />
+        <value cell_index="28421" local_entity="0" value="0" />
+        <value cell_index="28422" local_entity="0" value="0" />
+        <value cell_index="28423" local_entity="0" value="0" />
+        <value cell_index="28424" local_entity="0" value="0" />
+        <value cell_index="28425" local_entity="0" value="0" />
+        <value cell_index="28426" local_entity="0" value="0" />
+        <value cell_index="28427" local_entity="0" value="0" />
+        <value cell_index="28428" local_entity="0" value="0" />
+        <value cell_index="28429" local_entity="0" value="0" />
+        <value cell_index="28430" local_entity="0" value="0" />
+        <value cell_index="28431" local_entity="0" value="0" />
+        <value cell_index="28432" local_entity="0" value="0" />
+        <value cell_index="28433" local_entity="0" value="0" />
+        <value cell_index="28434" local_entity="0" value="0" />
+        <value cell_index="28435" local_entity="0" value="0" />
+        <value cell_index="28436" local_entity="0" value="0" />
+        <value cell_index="28437" local_entity="0" value="0" />
+        <value cell_index="28438" local_entity="0" value="0" />
+        <value cell_index="28439" local_entity="0" value="0" />
+        <value cell_index="28440" local_entity="0" value="0" />
+        <value cell_index="28441" local_entity="0" value="0" />
+        <value cell_index="28442" local_entity="0" value="0" />
+        <value cell_index="28443" local_entity="0" value="0" />
+        <value cell_index="28444" local_entity="0" value="0" />
+        <value cell_index="28445" local_entity="0" value="0" />
+        <value cell_index="28446" local_entity="0" value="0" />
+        <value cell_index="28447" local_entity="0" value="0" />
+        <value cell_index="28448" local_entity="0" value="0" />
+        <value cell_index="28449" local_entity="0" value="0" />
+        <value cell_index="28450" local_entity="0" value="0" />
+        <value cell_index="28451" local_entity="0" value="0" />
+        <value cell_index="28452" local_entity="0" value="0" />
+        <value cell_index="28453" local_entity="0" value="0" />
+        <value cell_index="28454" local_entity="0" value="0" />
+        <value cell_index="28455" local_entity="0" value="0" />
+        <value cell_index="28456" local_entity="0" value="0" />
+        <value cell_index="28457" local_entity="0" value="0" />
+        <value cell_index="28458" local_entity="0" value="0" />
+        <value cell_index="28459" local_entity="0" value="0" />
+        <value cell_index="28460" local_entity="0" value="0" />
+        <value cell_index="28461" local_entity="0" value="0" />
+        <value cell_index="28462" local_entity="0" value="0" />
+        <value cell_index="28463" local_entity="0" value="0" />
+        <value cell_index="28464" local_entity="0" value="0" />
+        <value cell_index="28465" local_entity="0" value="0" />
+        <value cell_index="28466" local_entity="0" value="0" />
+        <value cell_index="28467" local_entity="0" value="0" />
+        <value cell_index="28468" local_entity="0" value="0" />
+        <value cell_index="28469" local_entity="0" value="0" />
+        <value cell_index="28470" local_entity="0" value="0" />
+        <value cell_index="28471" local_entity="0" value="0" />
+        <value cell_index="28472" local_entity="0" value="0" />
+        <value cell_index="28473" local_entity="0" value="0" />
+        <value cell_index="28474" local_entity="0" value="0" />
+        <value cell_index="28475" local_entity="0" value="0" />
+        <value cell_index="28476" local_entity="0" value="0" />
+        <value cell_index="28477" local_entity="0" value="0" />
+        <value cell_index="28478" local_entity="0" value="0" />
+        <value cell_index="28479" local_entity="0" value="0" />
+        <value cell_index="28480" local_entity="0" value="0" />
+        <value cell_index="28481" local_entity="0" value="0" />
+        <value cell_index="28482" local_entity="0" value="0" />
+        <value cell_index="28483" local_entity="0" value="0" />
+        <value cell_index="28484" local_entity="0" value="0" />
+        <value cell_index="28485" local_entity="0" value="0" />
+        <value cell_index="28486" local_entity="0" value="0" />
+        <value cell_index="28487" local_entity="0" value="0" />
+        <value cell_index="28488" local_entity="0" value="0" />
+        <value cell_index="28489" local_entity="0" value="0" />
+        <value cell_index="28490" local_entity="0" value="0" />
+        <value cell_index="28491" local_entity="0" value="0" />
+        <value cell_index="28492" local_entity="0" value="0" />
+        <value cell_index="28493" local_entity="0" value="0" />
+        <value cell_index="28494" local_entity="0" value="0" />
+        <value cell_index="28495" local_entity="0" value="0" />
+        <value cell_index="28496" local_entity="0" value="0" />
+        <value cell_index="28497" local_entity="0" value="0" />
+        <value cell_index="28498" local_entity="0" value="0" />
+        <value cell_index="28499" local_entity="0" value="0" />
+        <value cell_index="28500" local_entity="0" value="0" />
+        <value cell_index="28501" local_entity="0" value="0" />
+        <value cell_index="28502" local_entity="0" value="0" />
+        <value cell_index="28503" local_entity="0" value="0" />
+        <value cell_index="28504" local_entity="0" value="0" />
+        <value cell_index="28505" local_entity="0" value="0" />
+        <value cell_index="28506" local_entity="0" value="0" />
+        <value cell_index="28507" local_entity="0" value="0" />
+        <value cell_index="28508" local_entity="0" value="0" />
+        <value cell_index="28509" local_entity="0" value="0" />
+        <value cell_index="28510" local_entity="0" value="0" />
+        <value cell_index="28511" local_entity="0" value="0" />
+        <value cell_index="28512" local_entity="0" value="0" />
+        <value cell_index="28513" local_entity="0" value="0" />
+        <value cell_index="28514" local_entity="0" value="0" />
+        <value cell_index="28515" local_entity="0" value="0" />
+        <value cell_index="28516" local_entity="0" value="0" />
+        <value cell_index="28517" local_entity="0" value="0" />
+        <value cell_index="28518" local_entity="0" value="0" />
+        <value cell_index="28519" local_entity="0" value="0" />
+        <value cell_index="28520" local_entity="0" value="0" />
+        <value cell_index="28521" local_entity="0" value="0" />
+        <value cell_index="28522" local_entity="0" value="0" />
+        <value cell_index="28523" local_entity="0" value="0" />
+        <value cell_index="28524" local_entity="0" value="0" />
+        <value cell_index="28525" local_entity="0" value="0" />
+        <value cell_index="28526" local_entity="0" value="0" />
+        <value cell_index="28527" local_entity="0" value="0" />
+        <value cell_index="28528" local_entity="0" value="0" />
+        <value cell_index="28529" local_entity="0" value="0" />
+        <value cell_index="28530" local_entity="0" value="0" />
+        <value cell_index="28531" local_entity="0" value="0" />
+        <value cell_index="28532" local_entity="0" value="0" />
+        <value cell_index="28533" local_entity="0" value="0" />
+        <value cell_index="28534" local_entity="0" value="0" />
+        <value cell_index="28535" local_entity="0" value="0" />
+        <value cell_index="28536" local_entity="0" value="0" />
+        <value cell_index="28537" local_entity="0" value="0" />
+        <value cell_index="28538" local_entity="0" value="0" />
+        <value cell_index="28539" local_entity="0" value="0" />
+        <value cell_index="28540" local_entity="0" value="0" />
+        <value cell_index="28541" local_entity="0" value="0" />
+        <value cell_index="28542" local_entity="0" value="0" />
+        <value cell_index="28543" local_entity="0" value="0" />
+        <value cell_index="28544" local_entity="0" value="0" />
+        <value cell_index="28545" local_entity="0" value="0" />
+        <value cell_index="28546" local_entity="0" value="0" />
+        <value cell_index="28547" local_entity="0" value="0" />
+        <value cell_index="28548" local_entity="0" value="0" />
+        <value cell_index="28549" local_entity="0" value="0" />
+        <value cell_index="28550" local_entity="0" value="0" />
+        <value cell_index="28551" local_entity="0" value="0" />
+        <value cell_index="28552" local_entity="0" value="0" />
+        <value cell_index="28553" local_entity="0" value="0" />
+        <value cell_index="28554" local_entity="0" value="0" />
+        <value cell_index="28555" local_entity="0" value="0" />
+        <value cell_index="28556" local_entity="0" value="0" />
+        <value cell_index="28557" local_entity="0" value="0" />
+        <value cell_index="28558" local_entity="0" value="0" />
+        <value cell_index="28559" local_entity="0" value="0" />
+        <value cell_index="28560" local_entity="0" value="0" />
+        <value cell_index="28561" local_entity="0" value="0" />
+        <value cell_index="28562" local_entity="0" value="0" />
+        <value cell_index="28563" local_entity="0" value="0" />
+        <value cell_index="28564" local_entity="0" value="0" />
+        <value cell_index="28565" local_entity="0" value="0" />
+        <value cell_index="28566" local_entity="0" value="0" />
+        <value cell_index="28567" local_entity="0" value="0" />
+        <value cell_index="28568" local_entity="0" value="0" />
+        <value cell_index="28569" local_entity="0" value="0" />
+        <value cell_index="28570" local_entity="0" value="0" />
+        <value cell_index="28571" local_entity="0" value="0" />
+        <value cell_index="28572" local_entity="0" value="0" />
+        <value cell_index="28573" local_entity="0" value="0" />
+        <value cell_index="28574" local_entity="0" value="0" />
+        <value cell_index="28575" local_entity="0" value="0" />
+        <value cell_index="28576" local_entity="0" value="0" />
+        <value cell_index="28577" local_entity="0" value="0" />
+        <value cell_index="28578" local_entity="0" value="0" />
+        <value cell_index="28579" local_entity="0" value="0" />
+        <value cell_index="28580" local_entity="0" value="0" />
+        <value cell_index="28581" local_entity="0" value="0" />
+        <value cell_index="28582" local_entity="0" value="0" />
+        <value cell_index="28583" local_entity="0" value="0" />
+        <value cell_index="28584" local_entity="0" value="0" />
+        <value cell_index="28585" local_entity="0" value="0" />
+        <value cell_index="28586" local_entity="0" value="0" />
+        <value cell_index="28587" local_entity="0" value="0" />
+        <value cell_index="28588" local_entity="0" value="0" />
+        <value cell_index="28589" local_entity="0" value="0" />
+        <value cell_index="28590" local_entity="0" value="0" />
+        <value cell_index="28591" local_entity="0" value="0" />
+        <value cell_index="28592" local_entity="0" value="0" />
+        <value cell_index="28593" local_entity="0" value="0" />
+        <value cell_index="28594" local_entity="0" value="0" />
+        <value cell_index="28595" local_entity="0" value="0" />
+        <value cell_index="28596" local_entity="0" value="0" />
+        <value cell_index="28597" local_entity="0" value="0" />
+        <value cell_index="28598" local_entity="0" value="0" />
+        <value cell_index="28599" local_entity="0" value="0" />
+        <value cell_index="28600" local_entity="0" value="0" />
+        <value cell_index="28601" local_entity="0" value="0" />
+        <value cell_index="28602" local_entity="0" value="0" />
+        <value cell_index="28603" local_entity="0" value="0" />
+        <value cell_index="28604" local_entity="0" value="0" />
+        <value cell_index="28605" local_entity="0" value="0" />
+        <value cell_index="28606" local_entity="0" value="0" />
+        <value cell_index="28607" local_entity="0" value="0" />
+        <value cell_index="28608" local_entity="0" value="0" />
+        <value cell_index="28609" local_entity="0" value="0" />
+        <value cell_index="28610" local_entity="0" value="0" />
+        <value cell_index="28611" local_entity="0" value="0" />
+        <value cell_index="28612" local_entity="0" value="0" />
+        <value cell_index="28613" local_entity="0" value="0" />
+        <value cell_index="28614" local_entity="0" value="0" />
+        <value cell_index="28615" local_entity="0" value="0" />
+        <value cell_index="28616" local_entity="0" value="0" />
+        <value cell_index="28617" local_entity="0" value="0" />
+        <value cell_index="28618" local_entity="0" value="0" />
+        <value cell_index="28619" local_entity="0" value="0" />
+        <value cell_index="28620" local_entity="0" value="0" />
+        <value cell_index="28621" local_entity="0" value="0" />
+        <value cell_index="28622" local_entity="0" value="0" />
+        <value cell_index="28623" local_entity="0" value="0" />
+        <value cell_index="28624" local_entity="0" value="0" />
+        <value cell_index="28625" local_entity="0" value="0" />
+        <value cell_index="28626" local_entity="0" value="0" />
+        <value cell_index="28627" local_entity="0" value="0" />
+        <value cell_index="28628" local_entity="0" value="0" />
+        <value cell_index="28629" local_entity="0" value="0" />
+        <value cell_index="28630" local_entity="0" value="0" />
+        <value cell_index="28631" local_entity="0" value="0" />
+        <value cell_index="28632" local_entity="0" value="0" />
+        <value cell_index="28633" local_entity="0" value="0" />
+        <value cell_index="28634" local_entity="0" value="0" />
+        <value cell_index="28635" local_entity="0" value="0" />
+        <value cell_index="28636" local_entity="0" value="0" />
+        <value cell_index="28637" local_entity="0" value="0" />
+        <value cell_index="28638" local_entity="0" value="0" />
+        <value cell_index="28639" local_entity="0" value="0" />
+        <value cell_index="28640" local_entity="0" value="0" />
+        <value cell_index="28641" local_entity="0" value="0" />
+        <value cell_index="28642" local_entity="0" value="0" />
+        <value cell_index="28643" local_entity="0" value="0" />
+        <value cell_index="28644" local_entity="0" value="0" />
+        <value cell_index="28645" local_entity="0" value="0" />
+        <value cell_index="28646" local_entity="0" value="0" />
+        <value cell_index="28647" local_entity="0" value="0" />
+        <value cell_index="28648" local_entity="0" value="0" />
+        <value cell_index="28649" local_entity="0" value="0" />
+        <value cell_index="28650" local_entity="0" value="0" />
+        <value cell_index="28651" local_entity="0" value="0" />
+        <value cell_index="28652" local_entity="0" value="0" />
+        <value cell_index="28653" local_entity="0" value="0" />
+        <value cell_index="28654" local_entity="0" value="0" />
+        <value cell_index="28655" local_entity="0" value="0" />
+        <value cell_index="28656" local_entity="0" value="0" />
+        <value cell_index="28657" local_entity="0" value="0" />
+        <value cell_index="28658" local_entity="0" value="0" />
+        <value cell_index="28659" local_entity="0" value="0" />
+        <value cell_index="28660" local_entity="0" value="0" />
+        <value cell_index="28661" local_entity="0" value="0" />
+        <value cell_index="28662" local_entity="0" value="0" />
+        <value cell_index="28663" local_entity="0" value="0" />
+        <value cell_index="28664" local_entity="0" value="0" />
+        <value cell_index="28665" local_entity="0" value="0" />
+        <value cell_index="28666" local_entity="0" value="0" />
+        <value cell_index="28667" local_entity="0" value="0" />
+        <value cell_index="28668" local_entity="0" value="0" />
+        <value cell_index="28669" local_entity="0" value="0" />
+        <value cell_index="28670" local_entity="0" value="0" />
+        <value cell_index="28671" local_entity="0" value="0" />
+        <value cell_index="28672" local_entity="0" value="0" />
+        <value cell_index="28673" local_entity="0" value="0" />
+        <value cell_index="28674" local_entity="0" value="0" />
+        <value cell_index="28675" local_entity="0" value="0" />
+        <value cell_index="28676" local_entity="0" value="0" />
+        <value cell_index="28677" local_entity="0" value="0" />
+        <value cell_index="28678" local_entity="0" value="0" />
+        <value cell_index="28679" local_entity="0" value="0" />
+        <value cell_index="28680" local_entity="0" value="0" />
+        <value cell_index="28681" local_entity="0" value="0" />
+        <value cell_index="28682" local_entity="0" value="0" />
+        <value cell_index="28683" local_entity="0" value="0" />
+        <value cell_index="28684" local_entity="0" value="0" />
+        <value cell_index="28685" local_entity="0" value="0" />
+        <value cell_index="28686" local_entity="0" value="0" />
+        <value cell_index="28687" local_entity="0" value="0" />
+        <value cell_index="28688" local_entity="0" value="0" />
+        <value cell_index="28689" local_entity="0" value="0" />
+        <value cell_index="28690" local_entity="0" value="0" />
+        <value cell_index="28691" local_entity="0" value="0" />
+        <value cell_index="28692" local_entity="0" value="0" />
+        <value cell_index="28693" local_entity="0" value="0" />
+        <value cell_index="28694" local_entity="0" value="0" />
+        <value cell_index="28695" local_entity="0" value="0" />
+        <value cell_index="28696" local_entity="0" value="0" />
+        <value cell_index="28697" local_entity="0" value="0" />
+        <value cell_index="28698" local_entity="0" value="0" />
+        <value cell_index="28699" local_entity="0" value="0" />
+        <value cell_index="28700" local_entity="0" value="0" />
+        <value cell_index="28701" local_entity="0" value="0" />
+        <value cell_index="28702" local_entity="0" value="0" />
+        <value cell_index="28703" local_entity="0" value="0" />
+        <value cell_index="28704" local_entity="0" value="0" />
+        <value cell_index="28705" local_entity="0" value="0" />
+        <value cell_index="28706" local_entity="0" value="0" />
+        <value cell_index="28707" local_entity="0" value="0" />
+        <value cell_index="28708" local_entity="0" value="0" />
+        <value cell_index="28709" local_entity="0" value="0" />
+        <value cell_index="28710" local_entity="0" value="0" />
+        <value cell_index="28711" local_entity="0" value="0" />
+        <value cell_index="28712" local_entity="0" value="0" />
+        <value cell_index="28713" local_entity="0" value="0" />
+        <value cell_index="28714" local_entity="0" value="0" />
+        <value cell_index="28715" local_entity="0" value="0" />
+        <value cell_index="28716" local_entity="0" value="0" />
+        <value cell_index="28717" local_entity="0" value="0" />
+        <value cell_index="28718" local_entity="0" value="0" />
+        <value cell_index="28719" local_entity="0" value="0" />
+        <value cell_index="28720" local_entity="0" value="0" />
+        <value cell_index="28721" local_entity="0" value="0" />
+        <value cell_index="28722" local_entity="0" value="0" />
+        <value cell_index="28723" local_entity="0" value="0" />
+        <value cell_index="28724" local_entity="0" value="0" />
+        <value cell_index="28725" local_entity="0" value="0" />
+        <value cell_index="28726" local_entity="0" value="0" />
+        <value cell_index="28727" local_entity="0" value="0" />
+        <value cell_index="28728" local_entity="0" value="0" />
+        <value cell_index="28729" local_entity="0" value="0" />
+        <value cell_index="28730" local_entity="0" value="0" />
+        <value cell_index="28731" local_entity="0" value="0" />
+        <value cell_index="28732" local_entity="0" value="0" />
+        <value cell_index="28733" local_entity="0" value="0" />
+        <value cell_index="28734" local_entity="0" value="0" />
+        <value cell_index="28735" local_entity="0" value="0" />
+        <value cell_index="28736" local_entity="0" value="0" />
+        <value cell_index="28737" local_entity="0" value="0" />
+        <value cell_index="28738" local_entity="0" value="0" />
+        <value cell_index="28739" local_entity="0" value="0" />
+        <value cell_index="28740" local_entity="0" value="0" />
+        <value cell_index="28741" local_entity="0" value="0" />
+        <value cell_index="28742" local_entity="0" value="0" />
+        <value cell_index="28743" local_entity="0" value="0" />
+        <value cell_index="28744" local_entity="0" value="0" />
+        <value cell_index="28745" local_entity="0" value="0" />
+        <value cell_index="28746" local_entity="0" value="0" />
+        <value cell_index="28747" local_entity="0" value="0" />
+        <value cell_index="28748" local_entity="0" value="0" />
+        <value cell_index="28749" local_entity="0" value="0" />
+        <value cell_index="28750" local_entity="0" value="0" />
+        <value cell_index="28751" local_entity="0" value="0" />
+        <value cell_index="28752" local_entity="0" value="0" />
+        <value cell_index="28753" local_entity="0" value="0" />
+        <value cell_index="28754" local_entity="0" value="0" />
+        <value cell_index="28755" local_entity="0" value="0" />
+        <value cell_index="28756" local_entity="0" value="0" />
+        <value cell_index="28757" local_entity="0" value="0" />
+        <value cell_index="28758" local_entity="0" value="0" />
+        <value cell_index="28759" local_entity="0" value="0" />
+        <value cell_index="28760" local_entity="0" value="0" />
+        <value cell_index="28761" local_entity="0" value="0" />
+        <value cell_index="28762" local_entity="0" value="0" />
+        <value cell_index="28763" local_entity="0" value="0" />
+        <value cell_index="28764" local_entity="0" value="0" />
+        <value cell_index="28765" local_entity="0" value="0" />
+        <value cell_index="28766" local_entity="0" value="0" />
+        <value cell_index="28767" local_entity="0" value="0" />
+        <value cell_index="28768" local_entity="0" value="0" />
+        <value cell_index="28769" local_entity="0" value="0" />
+        <value cell_index="28770" local_entity="0" value="0" />
+        <value cell_index="28771" local_entity="0" value="0" />
+        <value cell_index="28772" local_entity="0" value="0" />
+        <value cell_index="28773" local_entity="0" value="0" />
+        <value cell_index="28774" local_entity="0" value="0" />
+        <value cell_index="28775" local_entity="0" value="0" />
+        <value cell_index="28776" local_entity="0" value="0" />
+        <value cell_index="28777" local_entity="0" value="0" />
+        <value cell_index="28778" local_entity="0" value="0" />
+        <value cell_index="28779" local_entity="0" value="0" />
+        <value cell_index="28780" local_entity="0" value="0" />
+        <value cell_index="28781" local_entity="0" value="0" />
+        <value cell_index="28782" local_entity="0" value="0" />
+        <value cell_index="28783" local_entity="0" value="0" />
+        <value cell_index="28784" local_entity="0" value="0" />
+        <value cell_index="28785" local_entity="0" value="0" />
+        <value cell_index="28786" local_entity="0" value="0" />
+        <value cell_index="28787" local_entity="0" value="0" />
+        <value cell_index="28788" local_entity="0" value="0" />
+        <value cell_index="28789" local_entity="0" value="0" />
+        <value cell_index="28790" local_entity="0" value="0" />
+        <value cell_index="28791" local_entity="0" value="0" />
+        <value cell_index="28792" local_entity="0" value="0" />
+        <value cell_index="28793" local_entity="0" value="0" />
+        <value cell_index="28794" local_entity="0" value="0" />
+        <value cell_index="28795" local_entity="0" value="0" />
+        <value cell_index="28796" local_entity="0" value="0" />
+        <value cell_index="28797" local_entity="0" value="0" />
+        <value cell_index="28798" local_entity="0" value="0" />
+        <value cell_index="28799" local_entity="0" value="0" />
+        <value cell_index="28800" local_entity="0" value="0" />
+        <value cell_index="28801" local_entity="0" value="0" />
+        <value cell_index="28802" local_entity="0" value="0" />
+        <value cell_index="28803" local_entity="0" value="0" />
+        <value cell_index="28804" local_entity="0" value="0" />
+        <value cell_index="28805" local_entity="0" value="0" />
+        <value cell_index="28806" local_entity="0" value="0" />
+        <value cell_index="28807" local_entity="0" value="0" />
+        <value cell_index="28808" local_entity="0" value="0" />
+        <value cell_index="28809" local_entity="0" value="0" />
+        <value cell_index="28810" local_entity="0" value="0" />
+        <value cell_index="28811" local_entity="0" value="0" />
+        <value cell_index="28812" local_entity="0" value="0" />
+        <value cell_index="28813" local_entity="0" value="0" />
+        <value cell_index="28814" local_entity="0" value="0" />
+        <value cell_index="28815" local_entity="0" value="0" />
+        <value cell_index="28816" local_entity="0" value="0" />
+        <value cell_index="28817" local_entity="0" value="0" />
+        <value cell_index="28818" local_entity="0" value="0" />
+        <value cell_index="28819" local_entity="0" value="0" />
+        <value cell_index="28820" local_entity="0" value="0" />
+        <value cell_index="28821" local_entity="0" value="0" />
+        <value cell_index="28822" local_entity="0" value="0" />
+        <value cell_index="28823" local_entity="0" value="0" />
+        <value cell_index="28824" local_entity="0" value="0" />
+        <value cell_index="28825" local_entity="0" value="0" />
+        <value cell_index="28826" local_entity="0" value="0" />
+        <value cell_index="28827" local_entity="0" value="0" />
+        <value cell_index="28828" local_entity="0" value="0" />
+        <value cell_index="28829" local_entity="0" value="0" />
+        <value cell_index="28830" local_entity="0" value="0" />
+        <value cell_index="28831" local_entity="0" value="0" />
+        <value cell_index="28832" local_entity="0" value="0" />
+        <value cell_index="28833" local_entity="0" value="0" />
+        <value cell_index="28834" local_entity="0" value="0" />
+        <value cell_index="28835" local_entity="0" value="0" />
+        <value cell_index="28836" local_entity="0" value="0" />
+        <value cell_index="28837" local_entity="0" value="0" />
+        <value cell_index="28838" local_entity="0" value="0" />
+        <value cell_index="28839" local_entity="0" value="0" />
+        <value cell_index="28840" local_entity="0" value="0" />
+        <value cell_index="28841" local_entity="0" value="0" />
+        <value cell_index="28842" local_entity="0" value="0" />
+        <value cell_index="28843" local_entity="0" value="0" />
+        <value cell_index="28844" local_entity="0" value="0" />
+        <value cell_index="28845" local_entity="0" value="0" />
+        <value cell_index="28846" local_entity="0" value="0" />
+        <value cell_index="28847" local_entity="0" value="0" />
+        <value cell_index="28848" local_entity="0" value="0" />
+        <value cell_index="28849" local_entity="0" value="0" />
+        <value cell_index="28850" local_entity="0" value="0" />
+        <value cell_index="28851" local_entity="0" value="0" />
+        <value cell_index="28852" local_entity="0" value="0" />
+        <value cell_index="28853" local_entity="0" value="0" />
+        <value cell_index="28854" local_entity="0" value="0" />
+        <value cell_index="28855" local_entity="0" value="0" />
+        <value cell_index="28856" local_entity="0" value="0" />
+        <value cell_index="28857" local_entity="0" value="0" />
+        <value cell_index="28858" local_entity="0" value="0" />
+        <value cell_index="28859" local_entity="0" value="0" />
+        <value cell_index="28860" local_entity="0" value="0" />
+        <value cell_index="28861" local_entity="0" value="0" />
+        <value cell_index="28862" local_entity="0" value="0" />
+        <value cell_index="28863" local_entity="0" value="0" />
+        <value cell_index="28864" local_entity="0" value="0" />
+        <value cell_index="28865" local_entity="0" value="0" />
+        <value cell_index="28866" local_entity="0" value="0" />
+        <value cell_index="28867" local_entity="0" value="0" />
+        <value cell_index="28868" local_entity="0" value="0" />
+        <value cell_index="28869" local_entity="0" value="0" />
+        <value cell_index="28870" local_entity="0" value="0" />
+        <value cell_index="28871" local_entity="0" value="0" />
+        <value cell_index="28872" local_entity="0" value="0" />
+        <value cell_index="28873" local_entity="0" value="0" />
+        <value cell_index="28874" local_entity="0" value="0" />
+        <value cell_index="28875" local_entity="0" value="0" />
+        <value cell_index="28876" local_entity="0" value="0" />
+        <value cell_index="28877" local_entity="0" value="0" />
+        <value cell_index="28878" local_entity="0" value="0" />
+        <value cell_index="28879" local_entity="0" value="0" />
+        <value cell_index="28880" local_entity="0" value="0" />
+        <value cell_index="28881" local_entity="0" value="0" />
+        <value cell_index="28882" local_entity="0" value="0" />
+        <value cell_index="28883" local_entity="0" value="0" />
+        <value cell_index="28884" local_entity="0" value="0" />
+        <value cell_index="28885" local_entity="0" value="0" />
+        <value cell_index="28886" local_entity="0" value="0" />
+        <value cell_index="28887" local_entity="0" value="0" />
+        <value cell_index="28888" local_entity="0" value="0" />
+        <value cell_index="28889" local_entity="0" value="0" />
+        <value cell_index="28890" local_entity="0" value="0" />
+        <value cell_index="28891" local_entity="0" value="0" />
+        <value cell_index="28892" local_entity="0" value="0" />
+        <value cell_index="28893" local_entity="0" value="0" />
+        <value cell_index="28894" local_entity="0" value="0" />
+        <value cell_index="28895" local_entity="0" value="0" />
+        <value cell_index="28896" local_entity="0" value="0" />
+        <value cell_index="28897" local_entity="0" value="0" />
+        <value cell_index="28898" local_entity="0" value="0" />
+        <value cell_index="28899" local_entity="0" value="0" />
+        <value cell_index="28900" local_entity="0" value="0" />
+        <value cell_index="28901" local_entity="0" value="0" />
+        <value cell_index="28902" local_entity="0" value="0" />
+        <value cell_index="28903" local_entity="0" value="0" />
+        <value cell_index="28904" local_entity="0" value="0" />
+        <value cell_index="28905" local_entity="0" value="0" />
+        <value cell_index="28906" local_entity="0" value="0" />
+        <value cell_index="28907" local_entity="0" value="0" />
+        <value cell_index="28908" local_entity="0" value="0" />
+        <value cell_index="28909" local_entity="0" value="0" />
+        <value cell_index="28910" local_entity="0" value="0" />
+        <value cell_index="28911" local_entity="0" value="0" />
+        <value cell_index="28912" local_entity="0" value="0" />
+        <value cell_index="28913" local_entity="0" value="0" />
+        <value cell_index="28914" local_entity="0" value="0" />
+        <value cell_index="28915" local_entity="0" value="0" />
+        <value cell_index="28916" local_entity="0" value="0" />
+        <value cell_index="28917" local_entity="0" value="0" />
+        <value cell_index="28918" local_entity="0" value="0" />
+        <value cell_index="28919" local_entity="0" value="0" />
+        <value cell_index="28920" local_entity="0" value="0" />
+        <value cell_index="28921" local_entity="0" value="0" />
+        <value cell_index="28922" local_entity="0" value="0" />
+        <value cell_index="28923" local_entity="0" value="0" />
+        <value cell_index="28924" local_entity="0" value="0" />
+        <value cell_index="28925" local_entity="0" value="0" />
+        <value cell_index="28926" local_entity="0" value="0" />
+        <value cell_index="28927" local_entity="0" value="0" />
+        <value cell_index="28928" local_entity="0" value="0" />
+        <value cell_index="28929" local_entity="0" value="0" />
+        <value cell_index="28930" local_entity="0" value="0" />
+        <value cell_index="28931" local_entity="0" value="0" />
+        <value cell_index="28932" local_entity="0" value="0" />
+        <value cell_index="28933" local_entity="0" value="0" />
+        <value cell_index="28934" local_entity="0" value="0" />
+        <value cell_index="28935" local_entity="0" value="0" />
+        <value cell_index="28936" local_entity="0" value="0" />
+        <value cell_index="28937" local_entity="0" value="0" />
+        <value cell_index="28938" local_entity="0" value="0" />
+        <value cell_index="28939" local_entity="0" value="0" />
+        <value cell_index="28940" local_entity="0" value="0" />
+        <value cell_index="28941" local_entity="0" value="0" />
+        <value cell_index="28942" local_entity="0" value="0" />
+        <value cell_index="28943" local_entity="0" value="0" />
+        <value cell_index="28944" local_entity="0" value="0" />
+        <value cell_index="28945" local_entity="0" value="0" />
+        <value cell_index="28946" local_entity="0" value="0" />
+        <value cell_index="28947" local_entity="0" value="0" />
+        <value cell_index="28948" local_entity="0" value="0" />
+        <value cell_index="28949" local_entity="0" value="0" />
+        <value cell_index="28950" local_entity="0" value="0" />
+        <value cell_index="28951" local_entity="0" value="0" />
+        <value cell_index="28952" local_entity="0" value="0" />
+        <value cell_index="28953" local_entity="0" value="0" />
+        <value cell_index="28954" local_entity="0" value="0" />
+        <value cell_index="28955" local_entity="0" value="0" />
+        <value cell_index="28956" local_entity="0" value="0" />
+        <value cell_index="28957" local_entity="0" value="0" />
+        <value cell_index="28958" local_entity="0" value="0" />
+        <value cell_index="28959" local_entity="0" value="0" />
+        <value cell_index="28960" local_entity="0" value="0" />
+        <value cell_index="28961" local_entity="0" value="0" />
+        <value cell_index="28962" local_entity="0" value="0" />
+        <value cell_index="28963" local_entity="0" value="0" />
+        <value cell_index="28964" local_entity="0" value="0" />
+        <value cell_index="28965" local_entity="0" value="0" />
+        <value cell_index="28966" local_entity="0" value="0" />
+        <value cell_index="28967" local_entity="0" value="0" />
+        <value cell_index="28968" local_entity="0" value="0" />
+        <value cell_index="28969" local_entity="0" value="0" />
+        <value cell_index="28970" local_entity="0" value="0" />
+        <value cell_index="28971" local_entity="0" value="0" />
+        <value cell_index="28972" local_entity="0" value="0" />
+        <value cell_index="28973" local_entity="0" value="0" />
+        <value cell_index="28974" local_entity="0" value="0" />
+        <value cell_index="28975" local_entity="0" value="0" />
+        <value cell_index="28976" local_entity="0" value="0" />
+        <value cell_index="28977" local_entity="0" value="0" />
+        <value cell_index="28978" local_entity="0" value="0" />
+        <value cell_index="28979" local_entity="0" value="0" />
+        <value cell_index="28980" local_entity="0" value="0" />
+        <value cell_index="28981" local_entity="0" value="0" />
+        <value cell_index="28982" local_entity="0" value="0" />
+        <value cell_index="28983" local_entity="0" value="0" />
+        <value cell_index="28984" local_entity="0" value="0" />
+        <value cell_index="28985" local_entity="0" value="0" />
+        <value cell_index="28986" local_entity="0" value="0" />
+        <value cell_index="28987" local_entity="0" value="0" />
+        <value cell_index="28988" local_entity="0" value="0" />
+        <value cell_index="28989" local_entity="0" value="0" />
+        <value cell_index="28990" local_entity="0" value="0" />
+        <value cell_index="28991" local_entity="0" value="0" />
+        <value cell_index="28992" local_entity="0" value="0" />
+        <value cell_index="28993" local_entity="0" value="0" />
+        <value cell_index="28994" local_entity="0" value="0" />
+        <value cell_index="28995" local_entity="0" value="0" />
+        <value cell_index="28996" local_entity="0" value="0" />
+        <value cell_index="28997" local_entity="0" value="0" />
+        <value cell_index="28998" local_entity="0" value="0" />
+        <value cell_index="28999" local_entity="0" value="0" />
+        <value cell_index="29000" local_entity="0" value="0" />
+        <value cell_index="29001" local_entity="0" value="0" />
+        <value cell_index="29002" local_entity="0" value="0" />
+        <value cell_index="29003" local_entity="0" value="0" />
+        <value cell_index="29004" local_entity="0" value="0" />
+        <value cell_index="29005" local_entity="0" value="0" />
+        <value cell_index="29006" local_entity="0" value="0" />
+        <value cell_index="29007" local_entity="0" value="0" />
+        <value cell_index="29008" local_entity="0" value="0" />
+        <value cell_index="29009" local_entity="0" value="0" />
+        <value cell_index="29010" local_entity="0" value="0" />
+        <value cell_index="29011" local_entity="0" value="0" />
+        <value cell_index="29012" local_entity="0" value="0" />
+        <value cell_index="29013" local_entity="0" value="0" />
+        <value cell_index="29014" local_entity="0" value="0" />
+        <value cell_index="29015" local_entity="0" value="0" />
+        <value cell_index="29016" local_entity="0" value="0" />
+        <value cell_index="29017" local_entity="0" value="0" />
+        <value cell_index="29018" local_entity="0" value="0" />
+        <value cell_index="29019" local_entity="0" value="0" />
+        <value cell_index="29020" local_entity="0" value="0" />
+        <value cell_index="29021" local_entity="0" value="0" />
+        <value cell_index="29022" local_entity="0" value="0" />
+        <value cell_index="29023" local_entity="0" value="0" />
+        <value cell_index="29024" local_entity="0" value="0" />
+        <value cell_index="29025" local_entity="0" value="0" />
+        <value cell_index="29026" local_entity="0" value="0" />
+        <value cell_index="29027" local_entity="0" value="0" />
+        <value cell_index="29028" local_entity="0" value="0" />
+        <value cell_index="29029" local_entity="0" value="0" />
+        <value cell_index="29030" local_entity="0" value="0" />
+        <value cell_index="29031" local_entity="0" value="0" />
+        <value cell_index="29032" local_entity="0" value="0" />
+        <value cell_index="29033" local_entity="0" value="0" />
+        <value cell_index="29034" local_entity="0" value="0" />
+        <value cell_index="29035" local_entity="0" value="0" />
+        <value cell_index="29036" local_entity="0" value="0" />
+        <value cell_index="29037" local_entity="0" value="0" />
+        <value cell_index="29038" local_entity="0" value="0" />
+        <value cell_index="29039" local_entity="0" value="0" />
+        <value cell_index="29040" local_entity="0" value="0" />
+        <value cell_index="29041" local_entity="0" value="0" />
+        <value cell_index="29042" local_entity="0" value="0" />
+        <value cell_index="29043" local_entity="0" value="0" />
+        <value cell_index="29044" local_entity="0" value="0" />
+        <value cell_index="29045" local_entity="0" value="0" />
+        <value cell_index="29046" local_entity="0" value="0" />
+        <value cell_index="29047" local_entity="0" value="0" />
+        <value cell_index="29048" local_entity="0" value="0" />
+        <value cell_index="29049" local_entity="0" value="0" />
+        <value cell_index="29050" local_entity="0" value="0" />
+        <value cell_index="29051" local_entity="0" value="0" />
+        <value cell_index="29052" local_entity="0" value="0" />
+        <value cell_index="29053" local_entity="0" value="0" />
+        <value cell_index="29054" local_entity="0" value="0" />
+        <value cell_index="29055" local_entity="0" value="0" />
+        <value cell_index="29056" local_entity="0" value="0" />
+        <value cell_index="29057" local_entity="0" value="0" />
+        <value cell_index="29058" local_entity="0" value="0" />
+        <value cell_index="29059" local_entity="0" value="0" />
+        <value cell_index="29060" local_entity="0" value="0" />
+        <value cell_index="29061" local_entity="0" value="0" />
+        <value cell_index="29062" local_entity="0" value="0" />
+        <value cell_index="29063" local_entity="0" value="0" />
+        <value cell_index="29064" local_entity="0" value="0" />
+        <value cell_index="29065" local_entity="0" value="0" />
+        <value cell_index="29066" local_entity="0" value="0" />
+        <value cell_index="29067" local_entity="0" value="0" />
+        <value cell_index="29068" local_entity="0" value="0" />
+        <value cell_index="29069" local_entity="0" value="0" />
+        <value cell_index="29070" local_entity="0" value="0" />
+        <value cell_index="29071" local_entity="0" value="0" />
+        <value cell_index="29072" local_entity="0" value="0" />
+        <value cell_index="29073" local_entity="0" value="0" />
+        <value cell_index="29074" local_entity="0" value="0" />
+        <value cell_index="29075" local_entity="0" value="0" />
+        <value cell_index="29076" local_entity="0" value="0" />
+        <value cell_index="29077" local_entity="0" value="0" />
+        <value cell_index="29078" local_entity="0" value="0" />
+        <value cell_index="29079" local_entity="0" value="0" />
+        <value cell_index="29080" local_entity="0" value="0" />
+        <value cell_index="29081" local_entity="0" value="0" />
+        <value cell_index="29082" local_entity="0" value="0" />
+        <value cell_index="29083" local_entity="0" value="0" />
+        <value cell_index="29084" local_entity="0" value="0" />
+        <value cell_index="29085" local_entity="0" value="0" />
+        <value cell_index="29086" local_entity="0" value="0" />
+        <value cell_index="29087" local_entity="0" value="0" />
+        <value cell_index="29088" local_entity="0" value="0" />
+        <value cell_index="29089" local_entity="0" value="0" />
+        <value cell_index="29090" local_entity="0" value="0" />
+        <value cell_index="29091" local_entity="0" value="0" />
+        <value cell_index="29092" local_entity="0" value="0" />
+        <value cell_index="29093" local_entity="0" value="0" />
+        <value cell_index="29094" local_entity="0" value="0" />
+        <value cell_index="29095" local_entity="0" value="0" />
+        <value cell_index="29096" local_entity="0" value="0" />
+        <value cell_index="29097" local_entity="0" value="0" />
+        <value cell_index="29098" local_entity="0" value="0" />
+        <value cell_index="29099" local_entity="0" value="0" />
+        <value cell_index="29100" local_entity="0" value="0" />
+        <value cell_index="29101" local_entity="0" value="0" />
+        <value cell_index="29102" local_entity="0" value="0" />
+        <value cell_index="29103" local_entity="0" value="0" />
+        <value cell_index="29104" local_entity="0" value="0" />
+        <value cell_index="29105" local_entity="0" value="0" />
+        <value cell_index="29106" local_entity="0" value="0" />
+        <value cell_index="29107" local_entity="0" value="0" />
+        <value cell_index="29108" local_entity="0" value="0" />
+        <value cell_index="29109" local_entity="0" value="0" />
+        <value cell_index="29110" local_entity="0" value="0" />
+        <value cell_index="29111" local_entity="0" value="0" />
+        <value cell_index="29112" local_entity="0" value="0" />
+        <value cell_index="29113" local_entity="0" value="0" />
+        <value cell_index="29114" local_entity="0" value="0" />
+        <value cell_index="29115" local_entity="0" value="0" />
+        <value cell_index="29116" local_entity="0" value="0" />
+        <value cell_index="29117" local_entity="0" value="0" />
+        <value cell_index="29118" local_entity="0" value="0" />
+        <value cell_index="29119" local_entity="0" value="0" />
+        <value cell_index="29120" local_entity="0" value="0" />
+        <value cell_index="29121" local_entity="0" value="0" />
+        <value cell_index="29122" local_entity="0" value="0" />
+        <value cell_index="29123" local_entity="0" value="0" />
+        <value cell_index="29124" local_entity="0" value="0" />
+        <value cell_index="29125" local_entity="0" value="0" />
+        <value cell_index="29126" local_entity="0" value="0" />
+        <value cell_index="29127" local_entity="0" value="0" />
+        <value cell_index="29128" local_entity="0" value="0" />
+        <value cell_index="29129" local_entity="0" value="0" />
+        <value cell_index="29130" local_entity="0" value="0" />
+        <value cell_index="29131" local_entity="0" value="0" />
+        <value cell_index="29132" local_entity="0" value="0" />
+        <value cell_index="29133" local_entity="0" value="0" />
+        <value cell_index="29134" local_entity="0" value="0" />
+        <value cell_index="29135" local_entity="0" value="0" />
+        <value cell_index="29136" local_entity="0" value="0" />
+        <value cell_index="29137" local_entity="0" value="0" />
+        <value cell_index="29138" local_entity="0" value="0" />
+        <value cell_index="29139" local_entity="0" value="0" />
+        <value cell_index="29140" local_entity="0" value="0" />
+        <value cell_index="29141" local_entity="0" value="0" />
+        <value cell_index="29142" local_entity="0" value="0" />
+        <value cell_index="29143" local_entity="0" value="0" />
+        <value cell_index="29144" local_entity="0" value="0" />
+        <value cell_index="29145" local_entity="0" value="0" />
+        <value cell_index="29146" local_entity="0" value="0" />
+        <value cell_index="29147" local_entity="0" value="0" />
+        <value cell_index="29148" local_entity="0" value="0" />
+        <value cell_index="29149" local_entity="0" value="0" />
+        <value cell_index="29150" local_entity="0" value="0" />
+        <value cell_index="29151" local_entity="0" value="0" />
+        <value cell_index="29152" local_entity="0" value="0" />
+        <value cell_index="29153" local_entity="0" value="0" />
+        <value cell_index="29154" local_entity="0" value="0" />
+        <value cell_index="29155" local_entity="0" value="0" />
+        <value cell_index="29156" local_entity="0" value="0" />
+        <value cell_index="29157" local_entity="0" value="0" />
+        <value cell_index="29158" local_entity="0" value="0" />
+        <value cell_index="29159" local_entity="0" value="0" />
+        <value cell_index="29160" local_entity="0" value="0" />
+        <value cell_index="29161" local_entity="0" value="0" />
+        <value cell_index="29162" local_entity="0" value="0" />
+        <value cell_index="29163" local_entity="0" value="0" />
+        <value cell_index="29164" local_entity="0" value="0" />
+        <value cell_index="29165" local_entity="0" value="0" />
+        <value cell_index="29166" local_entity="0" value="0" />
+        <value cell_index="29167" local_entity="0" value="0" />
+        <value cell_index="29168" local_entity="0" value="0" />
+        <value cell_index="29169" local_entity="0" value="0" />
+        <value cell_index="29170" local_entity="0" value="0" />
+        <value cell_index="29171" local_entity="0" value="0" />
+        <value cell_index="29172" local_entity="0" value="0" />
+        <value cell_index="29173" local_entity="0" value="0" />
+        <value cell_index="29174" local_entity="0" value="0" />
+        <value cell_index="29175" local_entity="0" value="0" />
+        <value cell_index="29176" local_entity="0" value="0" />
+        <value cell_index="29177" local_entity="0" value="0" />
+        <value cell_index="29178" local_entity="0" value="0" />
+        <value cell_index="29179" local_entity="0" value="0" />
+        <value cell_index="29180" local_entity="0" value="0" />
+        <value cell_index="29181" local_entity="0" value="0" />
+        <value cell_index="29182" local_entity="0" value="0" />
+        <value cell_index="29183" local_entity="0" value="0" />
+        <value cell_index="29184" local_entity="0" value="0" />
+        <value cell_index="29185" local_entity="0" value="0" />
+        <value cell_index="29186" local_entity="0" value="0" />
+        <value cell_index="29187" local_entity="0" value="0" />
+        <value cell_index="29188" local_entity="0" value="0" />
+        <value cell_index="29189" local_entity="0" value="0" />
+        <value cell_index="29190" local_entity="0" value="0" />
+        <value cell_index="29191" local_entity="0" value="0" />
+        <value cell_index="29192" local_entity="0" value="0" />
+        <value cell_index="29193" local_entity="0" value="0" />
+        <value cell_index="29194" local_entity="0" value="0" />
+        <value cell_index="29195" local_entity="0" value="0" />
+        <value cell_index="29196" local_entity="0" value="0" />
+        <value cell_index="29197" local_entity="0" value="0" />
+        <value cell_index="29198" local_entity="0" value="0" />
+        <value cell_index="29199" local_entity="0" value="0" />
+        <value cell_index="29200" local_entity="0" value="0" />
+        <value cell_index="29201" local_entity="0" value="0" />
+        <value cell_index="29202" local_entity="0" value="0" />
+        <value cell_index="29203" local_entity="0" value="0" />
+        <value cell_index="29204" local_entity="0" value="0" />
+        <value cell_index="29205" local_entity="0" value="0" />
+        <value cell_index="29206" local_entity="0" value="0" />
+        <value cell_index="29207" local_entity="0" value="0" />
+        <value cell_index="29208" local_entity="0" value="0" />
+        <value cell_index="29209" local_entity="0" value="0" />
+        <value cell_index="29210" local_entity="0" value="0" />
+        <value cell_index="29211" local_entity="0" value="0" />
+        <value cell_index="29212" local_entity="0" value="0" />
+        <value cell_index="29213" local_entity="0" value="0" />
+        <value cell_index="29214" local_entity="0" value="0" />
+        <value cell_index="29215" local_entity="0" value="0" />
+        <value cell_index="29216" local_entity="0" value="0" />
+        <value cell_index="29217" local_entity="0" value="0" />
+        <value cell_index="29218" local_entity="0" value="0" />
+        <value cell_index="29219" local_entity="0" value="0" />
+        <value cell_index="29220" local_entity="0" value="0" />
+        <value cell_index="29221" local_entity="0" value="0" />
+        <value cell_index="29222" local_entity="0" value="0" />
+        <value cell_index="29223" local_entity="0" value="0" />
+        <value cell_index="29224" local_entity="0" value="0" />
+        <value cell_index="29225" local_entity="0" value="0" />
+        <value cell_index="29226" local_entity="0" value="0" />
+        <value cell_index="29227" local_entity="0" value="0" />
+        <value cell_index="29228" local_entity="0" value="0" />
+        <value cell_index="29229" local_entity="0" value="0" />
+        <value cell_index="29230" local_entity="0" value="0" />
+        <value cell_index="29231" local_entity="0" value="0" />
+        <value cell_index="29232" local_entity="0" value="0" />
+        <value cell_index="29233" local_entity="0" value="0" />
+        <value cell_index="29234" local_entity="0" value="0" />
+        <value cell_index="29235" local_entity="0" value="0" />
+        <value cell_index="29236" local_entity="0" value="0" />
+        <value cell_index="29237" local_entity="0" value="0" />
+        <value cell_index="29238" local_entity="0" value="0" />
+        <value cell_index="29239" local_entity="0" value="0" />
+        <value cell_index="29240" local_entity="0" value="0" />
+        <value cell_index="29241" local_entity="0" value="0" />
+        <value cell_index="29242" local_entity="0" value="0" />
+        <value cell_index="29243" local_entity="0" value="0" />
+        <value cell_index="29244" local_entity="0" value="0" />
+        <value cell_index="29245" local_entity="0" value="0" />
+        <value cell_index="29246" local_entity="0" value="0" />
+        <value cell_index="29247" local_entity="0" value="0" />
+        <value cell_index="29248" local_entity="0" value="0" />
+        <value cell_index="29249" local_entity="0" value="0" />
+        <value cell_index="29250" local_entity="0" value="0" />
+        <value cell_index="29251" local_entity="0" value="0" />
+        <value cell_index="29252" local_entity="0" value="0" />
+        <value cell_index="29253" local_entity="0" value="0" />
+        <value cell_index="29254" local_entity="0" value="0" />
+        <value cell_index="29255" local_entity="0" value="0" />
+        <value cell_index="29256" local_entity="0" value="0" />
+        <value cell_index="29257" local_entity="0" value="0" />
+        <value cell_index="29258" local_entity="0" value="0" />
+        <value cell_index="29259" local_entity="0" value="0" />
+        <value cell_index="29260" local_entity="0" value="0" />
+        <value cell_index="29261" local_entity="0" value="0" />
+        <value cell_index="29262" local_entity="0" value="0" />
+        <value cell_index="29263" local_entity="0" value="0" />
+        <value cell_index="29264" local_entity="0" value="0" />
+        <value cell_index="29265" local_entity="0" value="0" />
+        <value cell_index="29266" local_entity="0" value="0" />
+        <value cell_index="29267" local_entity="0" value="0" />
+        <value cell_index="29268" local_entity="0" value="0" />
+        <value cell_index="29269" local_entity="0" value="0" />
+        <value cell_index="29270" local_entity="0" value="0" />
+        <value cell_index="29271" local_entity="0" value="0" />
+        <value cell_index="29272" local_entity="0" value="0" />
+        <value cell_index="29273" local_entity="0" value="0" />
+        <value cell_index="29274" local_entity="0" value="0" />
+        <value cell_index="29275" local_entity="0" value="0" />
+        <value cell_index="29276" local_entity="0" value="0" />
+        <value cell_index="29277" local_entity="0" value="0" />
+        <value cell_index="29278" local_entity="0" value="0" />
+        <value cell_index="29279" local_entity="0" value="0" />
+        <value cell_index="29280" local_entity="0" value="0" />
+        <value cell_index="29281" local_entity="0" value="0" />
+        <value cell_index="29282" local_entity="0" value="0" />
+        <value cell_index="29283" local_entity="0" value="0" />
+        <value cell_index="29284" local_entity="0" value="0" />
+        <value cell_index="29285" local_entity="0" value="0" />
+        <value cell_index="29286" local_entity="0" value="0" />
+        <value cell_index="29287" local_entity="0" value="0" />
+        <value cell_index="29288" local_entity="0" value="0" />
+        <value cell_index="29289" local_entity="0" value="0" />
+        <value cell_index="29290" local_entity="0" value="0" />
+        <value cell_index="29291" local_entity="0" value="0" />
+        <value cell_index="29292" local_entity="0" value="0" />
+        <value cell_index="29293" local_entity="0" value="0" />
+        <value cell_index="29294" local_entity="0" value="0" />
+        <value cell_index="29295" local_entity="0" value="0" />
+        <value cell_index="29296" local_entity="0" value="0" />
+        <value cell_index="29297" local_entity="0" value="0" />
+        <value cell_index="29298" local_entity="0" value="0" />
+        <value cell_index="29299" local_entity="0" value="0" />
+        <value cell_index="29300" local_entity="0" value="0" />
+        <value cell_index="29301" local_entity="0" value="0" />
+        <value cell_index="29302" local_entity="0" value="0" />
+        <value cell_index="29303" local_entity="0" value="0" />
+        <value cell_index="29304" local_entity="0" value="0" />
+        <value cell_index="29305" local_entity="0" value="0" />
+        <value cell_index="29306" local_entity="0" value="0" />
+        <value cell_index="29307" local_entity="0" value="0" />
+        <value cell_index="29308" local_entity="0" value="0" />
+        <value cell_index="29309" local_entity="0" value="0" />
+        <value cell_index="29310" local_entity="0" value="0" />
+        <value cell_index="29311" local_entity="0" value="0" />
+        <value cell_index="29312" local_entity="0" value="0" />
+        <value cell_index="29313" local_entity="0" value="0" />
+        <value cell_index="29314" local_entity="0" value="0" />
+        <value cell_index="29315" local_entity="0" value="0" />
+        <value cell_index="29316" local_entity="0" value="0" />
+        <value cell_index="29317" local_entity="0" value="0" />
+        <value cell_index="29318" local_entity="0" value="0" />
+        <value cell_index="29319" local_entity="0" value="0" />
+        <value cell_index="29320" local_entity="0" value="0" />
+        <value cell_index="29321" local_entity="0" value="0" />
+        <value cell_index="29322" local_entity="0" value="0" />
+        <value cell_index="29323" local_entity="0" value="0" />
+        <value cell_index="29324" local_entity="0" value="0" />
+        <value cell_index="29325" local_entity="0" value="0" />
+        <value cell_index="29326" local_entity="0" value="0" />
+        <value cell_index="29327" local_entity="0" value="0" />
+        <value cell_index="29328" local_entity="0" value="0" />
+        <value cell_index="29329" local_entity="0" value="0" />
+        <value cell_index="29330" local_entity="0" value="0" />
+        <value cell_index="29331" local_entity="0" value="0" />
+        <value cell_index="29332" local_entity="0" value="0" />
+        <value cell_index="29333" local_entity="0" value="0" />
+        <value cell_index="29334" local_entity="0" value="0" />
+        <value cell_index="29335" local_entity="0" value="0" />
+        <value cell_index="29336" local_entity="0" value="0" />
+        <value cell_index="29337" local_entity="0" value="0" />
+        <value cell_index="29338" local_entity="0" value="0" />
+        <value cell_index="29339" local_entity="0" value="0" />
+        <value cell_index="29340" local_entity="0" value="0" />
+        <value cell_index="29341" local_entity="0" value="0" />
+        <value cell_index="29342" local_entity="0" value="0" />
+        <value cell_index="29343" local_entity="0" value="0" />
+        <value cell_index="29344" local_entity="0" value="0" />
+        <value cell_index="29345" local_entity="0" value="0" />
+        <value cell_index="29346" local_entity="0" value="0" />
+        <value cell_index="29347" local_entity="0" value="0" />
+        <value cell_index="29348" local_entity="0" value="0" />
+        <value cell_index="29349" local_entity="0" value="0" />
+        <value cell_index="29350" local_entity="0" value="0" />
+        <value cell_index="29351" local_entity="0" value="0" />
+        <value cell_index="29352" local_entity="0" value="0" />
+        <value cell_index="29353" local_entity="0" value="0" />
+        <value cell_index="29354" local_entity="0" value="0" />
+        <value cell_index="29355" local_entity="0" value="0" />
+        <value cell_index="29356" local_entity="0" value="0" />
+        <value cell_index="29357" local_entity="0" value="0" />
+        <value cell_index="29358" local_entity="0" value="0" />
+        <value cell_index="29359" local_entity="0" value="0" />
+        <value cell_index="29360" local_entity="0" value="0" />
+        <value cell_index="29361" local_entity="0" value="0" />
+        <value cell_index="29362" local_entity="0" value="0" />
+        <value cell_index="29363" local_entity="0" value="0" />
+        <value cell_index="29364" local_entity="0" value="0" />
+        <value cell_index="29365" local_entity="0" value="0" />
+        <value cell_index="29366" local_entity="0" value="0" />
+        <value cell_index="29367" local_entity="0" value="0" />
+        <value cell_index="29368" local_entity="0" value="0" />
+        <value cell_index="29369" local_entity="0" value="0" />
+        <value cell_index="29370" local_entity="0" value="0" />
+        <value cell_index="29371" local_entity="0" value="0" />
+        <value cell_index="29372" local_entity="0" value="0" />
+        <value cell_index="29373" local_entity="0" value="0" />
+        <value cell_index="29374" local_entity="0" value="0" />
+        <value cell_index="29375" local_entity="0" value="0" />
+        <value cell_index="29376" local_entity="0" value="0" />
+        <value cell_index="29377" local_entity="0" value="0" />
+        <value cell_index="29378" local_entity="0" value="0" />
+        <value cell_index="29379" local_entity="0" value="0" />
+        <value cell_index="29380" local_entity="0" value="0" />
+        <value cell_index="29381" local_entity="0" value="0" />
+        <value cell_index="29382" local_entity="0" value="0" />
+        <value cell_index="29383" local_entity="0" value="0" />
+        <value cell_index="29384" local_entity="0" value="0" />
+        <value cell_index="29385" local_entity="0" value="0" />
+        <value cell_index="29386" local_entity="0" value="0" />
+        <value cell_index="29387" local_entity="0" value="0" />
+        <value cell_index="29388" local_entity="0" value="0" />
+        <value cell_index="29389" local_entity="0" value="0" />
+        <value cell_index="29390" local_entity="0" value="0" />
+        <value cell_index="29391" local_entity="0" value="0" />
+        <value cell_index="29392" local_entity="0" value="0" />
+        <value cell_index="29393" local_entity="0" value="0" />
+        <value cell_index="29394" local_entity="0" value="0" />
+        <value cell_index="29395" local_entity="0" value="0" />
+        <value cell_index="29396" local_entity="0" value="0" />
+        <value cell_index="29397" local_entity="0" value="0" />
+        <value cell_index="29398" local_entity="0" value="0" />
+        <value cell_index="29399" local_entity="0" value="0" />
+        <value cell_index="29400" local_entity="0" value="0" />
+        <value cell_index="29401" local_entity="0" value="0" />
+        <value cell_index="29402" local_entity="0" value="0" />
+        <value cell_index="29403" local_entity="0" value="0" />
+        <value cell_index="29404" local_entity="0" value="0" />
+        <value cell_index="29405" local_entity="0" value="0" />
+        <value cell_index="29406" local_entity="0" value="0" />
+        <value cell_index="29407" local_entity="0" value="0" />
+        <value cell_index="29408" local_entity="0" value="0" />
+        <value cell_index="29409" local_entity="0" value="0" />
+        <value cell_index="29410" local_entity="0" value="0" />
+        <value cell_index="29411" local_entity="0" value="0" />
+        <value cell_index="29412" local_entity="0" value="0" />
+        <value cell_index="29413" local_entity="0" value="0" />
+        <value cell_index="29414" local_entity="0" value="0" />
+        <value cell_index="29415" local_entity="0" value="0" />
+        <value cell_index="29416" local_entity="0" value="0" />
+        <value cell_index="29417" local_entity="0" value="0" />
+        <value cell_index="29418" local_entity="0" value="0" />
+        <value cell_index="29419" local_entity="0" value="0" />
+        <value cell_index="29420" local_entity="0" value="0" />
+        <value cell_index="29421" local_entity="0" value="0" />
+        <value cell_index="29422" local_entity="0" value="0" />
+        <value cell_index="29423" local_entity="0" value="0" />
+        <value cell_index="29424" local_entity="0" value="0" />
+        <value cell_index="29425" local_entity="0" value="0" />
+        <value cell_index="29426" local_entity="0" value="0" />
+        <value cell_index="29427" local_entity="0" value="0" />
+        <value cell_index="29428" local_entity="0" value="0" />
+        <value cell_index="29429" local_entity="0" value="0" />
+        <value cell_index="29430" local_entity="0" value="0" />
+        <value cell_index="29431" local_entity="0" value="0" />
+        <value cell_index="29432" local_entity="0" value="0" />
+        <value cell_index="29433" local_entity="0" value="0" />
+        <value cell_index="29434" local_entity="0" value="0" />
+        <value cell_index="29435" local_entity="0" value="0" />
+        <value cell_index="29436" local_entity="0" value="0" />
+        <value cell_index="29437" local_entity="0" value="0" />
+        <value cell_index="29438" local_entity="0" value="0" />
+        <value cell_index="29439" local_entity="0" value="0" />
+        <value cell_index="29440" local_entity="0" value="0" />
+        <value cell_index="29441" local_entity="0" value="0" />
+        <value cell_index="29442" local_entity="0" value="0" />
+        <value cell_index="29443" local_entity="0" value="0" />
+        <value cell_index="29444" local_entity="0" value="0" />
+        <value cell_index="29445" local_entity="0" value="0" />
+        <value cell_index="29446" local_entity="0" value="0" />
+        <value cell_index="29447" local_entity="0" value="0" />
+        <value cell_index="29448" local_entity="0" value="0" />
+        <value cell_index="29449" local_entity="0" value="0" />
+        <value cell_index="29450" local_entity="0" value="0" />
+        <value cell_index="29451" local_entity="0" value="0" />
+        <value cell_index="29452" local_entity="0" value="0" />
+        <value cell_index="29453" local_entity="0" value="0" />
+        <value cell_index="29454" local_entity="0" value="0" />
+        <value cell_index="29455" local_entity="0" value="0" />
+        <value cell_index="29456" local_entity="0" value="0" />
+        <value cell_index="29457" local_entity="0" value="0" />
+        <value cell_index="29458" local_entity="0" value="0" />
+        <value cell_index="29459" local_entity="0" value="0" />
+        <value cell_index="29460" local_entity="0" value="0" />
+        <value cell_index="29461" local_entity="0" value="0" />
+        <value cell_index="29462" local_entity="0" value="0" />
+        <value cell_index="29463" local_entity="0" value="0" />
+        <value cell_index="29464" local_entity="0" value="0" />
+        <value cell_index="29465" local_entity="0" value="0" />
+        <value cell_index="29466" local_entity="0" value="0" />
+        <value cell_index="29467" local_entity="0" value="0" />
+        <value cell_index="29468" local_entity="0" value="0" />
+        <value cell_index="29469" local_entity="0" value="0" />
+        <value cell_index="29470" local_entity="0" value="0" />
+        <value cell_index="29471" local_entity="0" value="0" />
+        <value cell_index="29472" local_entity="0" value="0" />
+        <value cell_index="29473" local_entity="0" value="0" />
+        <value cell_index="29474" local_entity="0" value="0" />
+        <value cell_index="29475" local_entity="0" value="0" />
+        <value cell_index="29476" local_entity="0" value="0" />
+        <value cell_index="29477" local_entity="0" value="0" />
+        <value cell_index="29478" local_entity="0" value="0" />
+        <value cell_index="29479" local_entity="0" value="0" />
+        <value cell_index="29480" local_entity="0" value="0" />
+        <value cell_index="29481" local_entity="0" value="0" />
+        <value cell_index="29482" local_entity="0" value="0" />
+        <value cell_index="29483" local_entity="0" value="0" />
+        <value cell_index="29484" local_entity="0" value="0" />
+        <value cell_index="29485" local_entity="0" value="0" />
+        <value cell_index="29486" local_entity="0" value="0" />
+        <value cell_index="29487" local_entity="0" value="0" />
+        <value cell_index="29488" local_entity="0" value="0" />
+        <value cell_index="29489" local_entity="0" value="0" />
+        <value cell_index="29490" local_entity="0" value="0" />
+        <value cell_index="29491" local_entity="0" value="0" />
+        <value cell_index="29492" local_entity="0" value="0" />
+        <value cell_index="29493" local_entity="0" value="0" />
+        <value cell_index="29494" local_entity="0" value="0" />
+        <value cell_index="29495" local_entity="0" value="0" />
+        <value cell_index="29496" local_entity="0" value="0" />
+        <value cell_index="29497" local_entity="0" value="0" />
+        <value cell_index="29498" local_entity="0" value="0" />
+        <value cell_index="29499" local_entity="0" value="0" />
+        <value cell_index="29500" local_entity="0" value="0" />
+        <value cell_index="29501" local_entity="0" value="0" />
+        <value cell_index="29502" local_entity="0" value="0" />
+        <value cell_index="29503" local_entity="0" value="0" />
+        <value cell_index="29504" local_entity="0" value="0" />
+        <value cell_index="29505" local_entity="0" value="0" />
+        <value cell_index="29506" local_entity="0" value="0" />
+        <value cell_index="29507" local_entity="0" value="0" />
+        <value cell_index="29508" local_entity="0" value="0" />
+        <value cell_index="29509" local_entity="0" value="0" />
+        <value cell_index="29510" local_entity="0" value="0" />
+        <value cell_index="29511" local_entity="0" value="0" />
+        <value cell_index="29512" local_entity="0" value="0" />
+        <value cell_index="29513" local_entity="0" value="0" />
+        <value cell_index="29514" local_entity="0" value="0" />
+        <value cell_index="29515" local_entity="0" value="0" />
+        <value cell_index="29516" local_entity="0" value="0" />
+        <value cell_index="29517" local_entity="0" value="0" />
+        <value cell_index="29518" local_entity="0" value="0" />
+        <value cell_index="29519" local_entity="0" value="0" />
+        <value cell_index="29520" local_entity="0" value="0" />
+        <value cell_index="29521" local_entity="0" value="0" />
+        <value cell_index="29522" local_entity="0" value="0" />
+        <value cell_index="29523" local_entity="0" value="0" />
+        <value cell_index="29524" local_entity="0" value="0" />
+        <value cell_index="29525" local_entity="0" value="0" />
+        <value cell_index="29526" local_entity="0" value="0" />
+        <value cell_index="29527" local_entity="0" value="0" />
+        <value cell_index="29528" local_entity="0" value="0" />
+        <value cell_index="29529" local_entity="0" value="0" />
+        <value cell_index="29530" local_entity="0" value="0" />
+        <value cell_index="29531" local_entity="0" value="0" />
+        <value cell_index="29532" local_entity="0" value="0" />
+        <value cell_index="29533" local_entity="0" value="0" />
+        <value cell_index="29534" local_entity="0" value="0" />
+        <value cell_index="29535" local_entity="0" value="0" />
+        <value cell_index="29536" local_entity="0" value="0" />
+        <value cell_index="29537" local_entity="0" value="0" />
+        <value cell_index="29538" local_entity="0" value="0" />
+        <value cell_index="29539" local_entity="0" value="0" />
+        <value cell_index="29540" local_entity="0" value="0" />
+        <value cell_index="29541" local_entity="0" value="0" />
+        <value cell_index="29542" local_entity="0" value="0" />
+        <value cell_index="29543" local_entity="0" value="0" />
+        <value cell_index="29544" local_entity="0" value="0" />
+        <value cell_index="29545" local_entity="0" value="0" />
+        <value cell_index="29546" local_entity="0" value="0" />
+        <value cell_index="29547" local_entity="0" value="0" />
+        <value cell_index="29548" local_entity="0" value="0" />
+        <value cell_index="29549" local_entity="0" value="0" />
+        <value cell_index="29550" local_entity="0" value="0" />
+        <value cell_index="29551" local_entity="0" value="0" />
+        <value cell_index="29552" local_entity="0" value="0" />
+        <value cell_index="29553" local_entity="0" value="0" />
+        <value cell_index="29554" local_entity="0" value="0" />
+        <value cell_index="29555" local_entity="0" value="0" />
+        <value cell_index="29556" local_entity="0" value="0" />
+        <value cell_index="29557" local_entity="0" value="0" />
+        <value cell_index="29558" local_entity="0" value="0" />
+        <value cell_index="29559" local_entity="0" value="0" />
+        <value cell_index="29560" local_entity="0" value="0" />
+        <value cell_index="29561" local_entity="0" value="0" />
+        <value cell_index="29562" local_entity="0" value="0" />
+        <value cell_index="29563" local_entity="0" value="0" />
+        <value cell_index="29564" local_entity="0" value="0" />
+        <value cell_index="29565" local_entity="0" value="0" />
+        <value cell_index="29566" local_entity="0" value="0" />
+        <value cell_index="29567" local_entity="0" value="0" />
+        <value cell_index="29568" local_entity="0" value="0" />
+        <value cell_index="29569" local_entity="0" value="0" />
+        <value cell_index="29570" local_entity="0" value="0" />
+        <value cell_index="29571" local_entity="0" value="0" />
+        <value cell_index="29572" local_entity="0" value="0" />
+        <value cell_index="29573" local_entity="0" value="0" />
+        <value cell_index="29574" local_entity="0" value="0" />
+        <value cell_index="29575" local_entity="0" value="0" />
+        <value cell_index="29576" local_entity="0" value="0" />
+        <value cell_index="29577" local_entity="0" value="0" />
+        <value cell_index="29578" local_entity="0" value="0" />
+        <value cell_index="29579" local_entity="0" value="0" />
+        <value cell_index="29580" local_entity="0" value="0" />
+        <value cell_index="29581" local_entity="0" value="0" />
+        <value cell_index="29582" local_entity="0" value="0" />
+        <value cell_index="29583" local_entity="0" value="0" />
+        <value cell_index="29584" local_entity="0" value="0" />
+        <value cell_index="29585" local_entity="0" value="0" />
+        <value cell_index="29586" local_entity="0" value="0" />
+        <value cell_index="29587" local_entity="0" value="0" />
+        <value cell_index="29588" local_entity="0" value="0" />
+        <value cell_index="29589" local_entity="0" value="0" />
+        <value cell_index="29590" local_entity="0" value="0" />
+        <value cell_index="29591" local_entity="0" value="0" />
+        <value cell_index="29592" local_entity="0" value="0" />
+        <value cell_index="29593" local_entity="0" value="0" />
+        <value cell_index="29594" local_entity="0" value="0" />
+        <value cell_index="29595" local_entity="0" value="0" />
+        <value cell_index="29596" local_entity="0" value="0" />
+        <value cell_index="29597" local_entity="0" value="0" />
+        <value cell_index="29598" local_entity="0" value="0" />
+        <value cell_index="29599" local_entity="0" value="0" />
+        <value cell_index="29600" local_entity="0" value="0" />
+        <value cell_index="29601" local_entity="0" value="0" />
+        <value cell_index="29602" local_entity="0" value="0" />
+        <value cell_index="29603" local_entity="0" value="0" />
+        <value cell_index="29604" local_entity="0" value="0" />
+        <value cell_index="29605" local_entity="0" value="0" />
+        <value cell_index="29606" local_entity="0" value="0" />
+        <value cell_index="29607" local_entity="0" value="0" />
+        <value cell_index="29608" local_entity="0" value="0" />
+        <value cell_index="29609" local_entity="0" value="0" />
+        <value cell_index="29610" local_entity="0" value="0" />
+        <value cell_index="29611" local_entity="0" value="0" />
+        <value cell_index="29612" local_entity="0" value="0" />
+        <value cell_index="29613" local_entity="0" value="0" />
+        <value cell_index="29614" local_entity="0" value="0" />
+        <value cell_index="29615" local_entity="0" value="0" />
+        <value cell_index="29616" local_entity="0" value="0" />
+        <value cell_index="29617" local_entity="0" value="0" />
+        <value cell_index="29618" local_entity="0" value="0" />
+        <value cell_index="29619" local_entity="0" value="0" />
+        <value cell_index="29620" local_entity="0" value="0" />
+        <value cell_index="29621" local_entity="0" value="0" />
+        <value cell_index="29622" local_entity="0" value="0" />
+        <value cell_index="29623" local_entity="0" value="0" />
+        <value cell_index="29624" local_entity="0" value="0" />
+        <value cell_index="29625" local_entity="0" value="0" />
+        <value cell_index="29626" local_entity="0" value="0" />
+        <value cell_index="29627" local_entity="0" value="0" />
+        <value cell_index="29628" local_entity="0" value="0" />
+        <value cell_index="29629" local_entity="0" value="0" />
+        <value cell_index="29630" local_entity="0" value="0" />
+        <value cell_index="29631" local_entity="0" value="0" />
+        <value cell_index="29632" local_entity="0" value="0" />
+        <value cell_index="29633" local_entity="0" value="0" />
+        <value cell_index="29634" local_entity="0" value="0" />
+        <value cell_index="29635" local_entity="0" value="0" />
+        <value cell_index="29636" local_entity="0" value="0" />
+        <value cell_index="29637" local_entity="0" value="0" />
+        <value cell_index="29638" local_entity="0" value="0" />
+        <value cell_index="29639" local_entity="0" value="0" />
+        <value cell_index="29640" local_entity="0" value="0" />
+        <value cell_index="29641" local_entity="0" value="0" />
+        <value cell_index="29642" local_entity="0" value="0" />
+        <value cell_index="29643" local_entity="0" value="0" />
+        <value cell_index="29644" local_entity="0" value="0" />
+        <value cell_index="29645" local_entity="0" value="0" />
+        <value cell_index="29646" local_entity="0" value="0" />
+        <value cell_index="29647" local_entity="0" value="0" />
+        <value cell_index="29648" local_entity="0" value="0" />
+        <value cell_index="29649" local_entity="0" value="0" />
+        <value cell_index="29650" local_entity="0" value="0" />
+        <value cell_index="29651" local_entity="0" value="0" />
+        <value cell_index="29652" local_entity="0" value="0" />
+        <value cell_index="29653" local_entity="0" value="0" />
+        <value cell_index="29654" local_entity="0" value="0" />
+        <value cell_index="29655" local_entity="0" value="0" />
+        <value cell_index="29656" local_entity="0" value="0" />
+        <value cell_index="29657" local_entity="0" value="0" />
+        <value cell_index="29658" local_entity="0" value="0" />
+        <value cell_index="29659" local_entity="0" value="0" />
+        <value cell_index="29660" local_entity="0" value="0" />
+        <value cell_index="29661" local_entity="0" value="0" />
+        <value cell_index="29662" local_entity="0" value="0" />
+        <value cell_index="29663" local_entity="0" value="0" />
+        <value cell_index="29664" local_entity="0" value="0" />
+        <value cell_index="29665" local_entity="0" value="0" />
+        <value cell_index="29666" local_entity="0" value="0" />
+        <value cell_index="29667" local_entity="0" value="0" />
+        <value cell_index="29668" local_entity="0" value="0" />
+        <value cell_index="29669" local_entity="0" value="0" />
+        <value cell_index="29670" local_entity="0" value="0" />
+        <value cell_index="29671" local_entity="0" value="0" />
+        <value cell_index="29672" local_entity="0" value="0" />
+        <value cell_index="29673" local_entity="0" value="0" />
+        <value cell_index="29674" local_entity="0" value="0" />
+        <value cell_index="29675" local_entity="0" value="0" />
+        <value cell_index="29676" local_entity="0" value="0" />
+        <value cell_index="29677" local_entity="0" value="0" />
+        <value cell_index="29678" local_entity="0" value="0" />
+        <value cell_index="29679" local_entity="0" value="0" />
+        <value cell_index="29680" local_entity="0" value="0" />
+        <value cell_index="29681" local_entity="0" value="0" />
+        <value cell_index="29682" local_entity="0" value="0" />
+        <value cell_index="29683" local_entity="0" value="0" />
+        <value cell_index="29684" local_entity="0" value="0" />
+        <value cell_index="29685" local_entity="0" value="0" />
+        <value cell_index="29686" local_entity="0" value="0" />
+        <value cell_index="29687" local_entity="0" value="0" />
+        <value cell_index="29688" local_entity="0" value="0" />
+        <value cell_index="29689" local_entity="0" value="0" />
+        <value cell_index="29690" local_entity="0" value="0" />
+        <value cell_index="29691" local_entity="0" value="0" />
+        <value cell_index="29692" local_entity="0" value="0" />
+        <value cell_index="29693" local_entity="0" value="0" />
+        <value cell_index="29694" local_entity="0" value="0" />
+        <value cell_index="29695" local_entity="0" value="0" />
+        <value cell_index="29696" local_entity="0" value="0" />
+        <value cell_index="29697" local_entity="0" value="0" />
+        <value cell_index="29698" local_entity="0" value="0" />
+        <value cell_index="29699" local_entity="0" value="0" />
+        <value cell_index="29700" local_entity="0" value="0" />
+        <value cell_index="29701" local_entity="0" value="0" />
+        <value cell_index="29702" local_entity="0" value="0" />
+        <value cell_index="29703" local_entity="0" value="0" />
+        <value cell_index="29704" local_entity="0" value="0" />
+        <value cell_index="29705" local_entity="0" value="0" />
+        <value cell_index="29706" local_entity="0" value="0" />
+        <value cell_index="29707" local_entity="0" value="0" />
+        <value cell_index="29708" local_entity="0" value="0" />
+        <value cell_index="29709" local_entity="0" value="0" />
+        <value cell_index="29710" local_entity="0" value="0" />
+        <value cell_index="29711" local_entity="0" value="0" />
+        <value cell_index="29712" local_entity="0" value="0" />
+        <value cell_index="29713" local_entity="0" value="0" />
+        <value cell_index="29714" local_entity="0" value="0" />
+        <value cell_index="29715" local_entity="0" value="0" />
+        <value cell_index="29716" local_entity="0" value="0" />
+        <value cell_index="29717" local_entity="0" value="0" />
+        <value cell_index="29718" local_entity="0" value="0" />
+        <value cell_index="29719" local_entity="0" value="0" />
+        <value cell_index="29720" local_entity="0" value="0" />
+        <value cell_index="29721" local_entity="0" value="0" />
+        <value cell_index="29722" local_entity="0" value="0" />
+        <value cell_index="29723" local_entity="0" value="0" />
+        <value cell_index="29724" local_entity="0" value="0" />
+        <value cell_index="29725" local_entity="0" value="0" />
+        <value cell_index="29726" local_entity="0" value="0" />
+        <value cell_index="29727" local_entity="0" value="0" />
+        <value cell_index="29728" local_entity="0" value="0" />
+        <value cell_index="29729" local_entity="0" value="0" />
+        <value cell_index="29730" local_entity="0" value="0" />
+        <value cell_index="29731" local_entity="0" value="0" />
+        <value cell_index="29732" local_entity="0" value="0" />
+        <value cell_index="29733" local_entity="0" value="0" />
+        <value cell_index="29734" local_entity="0" value="0" />
+        <value cell_index="29735" local_entity="0" value="0" />
+        <value cell_index="29736" local_entity="0" value="0" />
+        <value cell_index="29737" local_entity="0" value="0" />
+        <value cell_index="29738" local_entity="0" value="0" />
+        <value cell_index="29739" local_entity="0" value="0" />
+        <value cell_index="29740" local_entity="0" value="0" />
+        <value cell_index="29741" local_entity="0" value="0" />
+        <value cell_index="29742" local_entity="0" value="0" />
+        <value cell_index="29743" local_entity="0" value="0" />
+        <value cell_index="29744" local_entity="0" value="0" />
+        <value cell_index="29745" local_entity="0" value="0" />
+        <value cell_index="29746" local_entity="0" value="0" />
+        <value cell_index="29747" local_entity="0" value="0" />
+        <value cell_index="29748" local_entity="0" value="0" />
+        <value cell_index="29749" local_entity="0" value="0" />
+        <value cell_index="29750" local_entity="0" value="0" />
+        <value cell_index="29751" local_entity="0" value="0" />
+        <value cell_index="29752" local_entity="0" value="0" />
+        <value cell_index="29753" local_entity="0" value="0" />
+        <value cell_index="29754" local_entity="0" value="0" />
+        <value cell_index="29755" local_entity="0" value="0" />
+        <value cell_index="29756" local_entity="0" value="0" />
+        <value cell_index="29757" local_entity="0" value="0" />
+        <value cell_index="29758" local_entity="0" value="0" />
+        <value cell_index="29759" local_entity="0" value="0" />
+        <value cell_index="29760" local_entity="0" value="0" />
+        <value cell_index="29761" local_entity="0" value="0" />
+        <value cell_index="29762" local_entity="0" value="0" />
+        <value cell_index="29763" local_entity="0" value="0" />
+        <value cell_index="29764" local_entity="0" value="0" />
+        <value cell_index="29765" local_entity="0" value="0" />
+        <value cell_index="29766" local_entity="0" value="0" />
+        <value cell_index="29767" local_entity="0" value="0" />
+        <value cell_index="29768" local_entity="0" value="0" />
+        <value cell_index="29769" local_entity="0" value="0" />
+        <value cell_index="29770" local_entity="0" value="0" />
+        <value cell_index="29771" local_entity="0" value="0" />
+        <value cell_index="29772" local_entity="0" value="0" />
+        <value cell_index="29773" local_entity="0" value="0" />
+        <value cell_index="29774" local_entity="0" value="0" />
+        <value cell_index="29775" local_entity="0" value="0" />
+        <value cell_index="29776" local_entity="0" value="0" />
+        <value cell_index="29777" local_entity="0" value="0" />
+        <value cell_index="29778" local_entity="0" value="0" />
+        <value cell_index="29779" local_entity="0" value="0" />
+        <value cell_index="29780" local_entity="0" value="0" />
+        <value cell_index="29781" local_entity="0" value="0" />
+        <value cell_index="29782" local_entity="0" value="0" />
+        <value cell_index="29783" local_entity="0" value="0" />
+        <value cell_index="29784" local_entity="0" value="0" />
+        <value cell_index="29785" local_entity="0" value="0" />
+        <value cell_index="29786" local_entity="0" value="0" />
+        <value cell_index="29787" local_entity="0" value="0" />
+        <value cell_index="29788" local_entity="0" value="0" />
+        <value cell_index="29789" local_entity="0" value="0" />
+        <value cell_index="29790" local_entity="0" value="0" />
+        <value cell_index="29791" local_entity="0" value="0" />
+        <value cell_index="29792" local_entity="0" value="0" />
+        <value cell_index="29793" local_entity="0" value="0" />
+        <value cell_index="29794" local_entity="0" value="0" />
+        <value cell_index="29795" local_entity="0" value="0" />
+        <value cell_index="29796" local_entity="0" value="0" />
+        <value cell_index="29797" local_entity="0" value="0" />
+        <value cell_index="29798" local_entity="0" value="0" />
+        <value cell_index="29799" local_entity="0" value="0" />
+        <value cell_index="29800" local_entity="0" value="0" />
+        <value cell_index="29801" local_entity="0" value="0" />
+        <value cell_index="29802" local_entity="0" value="0" />
+        <value cell_index="29803" local_entity="0" value="0" />
+        <value cell_index="29804" local_entity="0" value="0" />
+        <value cell_index="29805" local_entity="0" value="0" />
+        <value cell_index="29806" local_entity="0" value="0" />
+        <value cell_index="29807" local_entity="0" value="0" />
+        <value cell_index="29808" local_entity="0" value="0" />
+        <value cell_index="29809" local_entity="0" value="0" />
+        <value cell_index="29810" local_entity="0" value="0" />
+        <value cell_index="29811" local_entity="0" value="0" />
+        <value cell_index="29812" local_entity="0" value="0" />
+        <value cell_index="29813" local_entity="0" value="0" />
+        <value cell_index="29814" local_entity="0" value="0" />
+        <value cell_index="29815" local_entity="0" value="0" />
+        <value cell_index="29816" local_entity="0" value="0" />
+        <value cell_index="29817" local_entity="0" value="0" />
+        <value cell_index="29818" local_entity="0" value="0" />
+        <value cell_index="29819" local_entity="0" value="0" />
+        <value cell_index="29820" local_entity="0" value="0" />
+        <value cell_index="29821" local_entity="0" value="0" />
+        <value cell_index="29822" local_entity="0" value="0" />
+        <value cell_index="29823" local_entity="0" value="0" />
+        <value cell_index="29824" local_entity="0" value="0" />
+        <value cell_index="29825" local_entity="0" value="0" />
+        <value cell_index="29826" local_entity="0" value="0" />
+        <value cell_index="29827" local_entity="0" value="0" />
+        <value cell_index="29828" local_entity="0" value="0" />
+        <value cell_index="29829" local_entity="0" value="0" />
+        <value cell_index="29830" local_entity="0" value="0" />
+        <value cell_index="29831" local_entity="0" value="0" />
+        <value cell_index="29832" local_entity="0" value="0" />
+        <value cell_index="29833" local_entity="0" value="0" />
+        <value cell_index="29834" local_entity="0" value="0" />
+        <value cell_index="29835" local_entity="0" value="0" />
+        <value cell_index="29836" local_entity="0" value="0" />
+        <value cell_index="29837" local_entity="0" value="0" />
+        <value cell_index="29838" local_entity="0" value="0" />
+        <value cell_index="29839" local_entity="0" value="0" />
+        <value cell_index="29840" local_entity="0" value="0" />
+        <value cell_index="29841" local_entity="0" value="0" />
+        <value cell_index="29842" local_entity="0" value="0" />
+        <value cell_index="29843" local_entity="0" value="0" />
+        <value cell_index="29844" local_entity="0" value="0" />
+        <value cell_index="29845" local_entity="0" value="0" />
+        <value cell_index="29846" local_entity="0" value="0" />
+        <value cell_index="29847" local_entity="0" value="0" />
+        <value cell_index="29848" local_entity="0" value="0" />
+        <value cell_index="29849" local_entity="0" value="0" />
+        <value cell_index="29850" local_entity="0" value="0" />
+        <value cell_index="29851" local_entity="0" value="0" />
+        <value cell_index="29852" local_entity="0" value="0" />
+        <value cell_index="29853" local_entity="0" value="0" />
+        <value cell_index="29854" local_entity="0" value="0" />
+        <value cell_index="29855" local_entity="0" value="0" />
+        <value cell_index="29856" local_entity="0" value="0" />
+        <value cell_index="29857" local_entity="0" value="0" />
+        <value cell_index="29858" local_entity="0" value="0" />
+        <value cell_index="29859" local_entity="0" value="0" />
+        <value cell_index="29860" local_entity="0" value="0" />
+        <value cell_index="29861" local_entity="0" value="0" />
+        <value cell_index="29862" local_entity="0" value="0" />
+        <value cell_index="29863" local_entity="0" value="0" />
+        <value cell_index="29864" local_entity="0" value="0" />
+        <value cell_index="29865" local_entity="0" value="0" />
+        <value cell_index="29866" local_entity="0" value="0" />
+        <value cell_index="29867" local_entity="0" value="0" />
+        <value cell_index="29868" local_entity="0" value="0" />
+        <value cell_index="29869" local_entity="0" value="0" />
+        <value cell_index="29870" local_entity="0" value="0" />
+        <value cell_index="29871" local_entity="0" value="0" />
+        <value cell_index="29872" local_entity="0" value="0" />
+        <value cell_index="29873" local_entity="0" value="0" />
+        <value cell_index="29874" local_entity="0" value="0" />
+        <value cell_index="29875" local_entity="0" value="0" />
+        <value cell_index="29876" local_entity="0" value="0" />
+        <value cell_index="29877" local_entity="0" value="0" />
+        <value cell_index="29878" local_entity="0" value="0" />
+        <value cell_index="29879" local_entity="0" value="0" />
+        <value cell_index="29880" local_entity="0" value="0" />
+        <value cell_index="29881" local_entity="0" value="0" />
+        <value cell_index="29882" local_entity="0" value="0" />
+        <value cell_index="29883" local_entity="0" value="0" />
+        <value cell_index="29884" local_entity="0" value="0" />
+        <value cell_index="29885" local_entity="0" value="0" />
+        <value cell_index="29886" local_entity="0" value="0" />
+        <value cell_index="29887" local_entity="0" value="0" />
+        <value cell_index="29888" local_entity="0" value="0" />
+        <value cell_index="29889" local_entity="0" value="0" />
+        <value cell_index="29890" local_entity="0" value="0" />
+        <value cell_index="29891" local_entity="0" value="0" />
+        <value cell_index="29892" local_entity="0" value="0" />
+        <value cell_index="29893" local_entity="0" value="0" />
+        <value cell_index="29894" local_entity="0" value="0" />
+        <value cell_index="29895" local_entity="0" value="0" />
+        <value cell_index="29896" local_entity="0" value="0" />
+        <value cell_index="29897" local_entity="0" value="0" />
+        <value cell_index="29898" local_entity="0" value="0" />
+        <value cell_index="29899" local_entity="0" value="0" />
+        <value cell_index="29900" local_entity="0" value="0" />
+        <value cell_index="29901" local_entity="0" value="0" />
+        <value cell_index="29902" local_entity="0" value="0" />
+        <value cell_index="29903" local_entity="0" value="0" />
+        <value cell_index="29904" local_entity="0" value="0" />
+        <value cell_index="29905" local_entity="0" value="0" />
+        <value cell_index="29906" local_entity="0" value="0" />
+        <value cell_index="29907" local_entity="0" value="0" />
+        <value cell_index="29908" local_entity="0" value="0" />
+        <value cell_index="29909" local_entity="0" value="0" />
+        <value cell_index="29910" local_entity="0" value="0" />
+        <value cell_index="29911" local_entity="0" value="0" />
+        <value cell_index="29912" local_entity="0" value="0" />
+        <value cell_index="29913" local_entity="0" value="0" />
+        <value cell_index="29914" local_entity="0" value="0" />
+        <value cell_index="29915" local_entity="0" value="0" />
+        <value cell_index="29916" local_entity="0" value="0" />
+        <value cell_index="29917" local_entity="0" value="0" />
+        <value cell_index="29918" local_entity="0" value="0" />
+        <value cell_index="29919" local_entity="0" value="0" />
+        <value cell_index="29920" local_entity="0" value="0" />
+        <value cell_index="29921" local_entity="0" value="0" />
+        <value cell_index="29922" local_entity="0" value="0" />
+        <value cell_index="29923" local_entity="0" value="0" />
+        <value cell_index="29924" local_entity="0" value="0" />
+        <value cell_index="29925" local_entity="0" value="0" />
+        <value cell_index="29926" local_entity="0" value="0" />
+        <value cell_index="29927" local_entity="0" value="0" />
+        <value cell_index="29928" local_entity="0" value="0" />
+        <value cell_index="29929" local_entity="0" value="0" />
+        <value cell_index="29930" local_entity="0" value="0" />
+        <value cell_index="29931" local_entity="0" value="0" />
+        <value cell_index="29932" local_entity="0" value="0" />
+        <value cell_index="29933" local_entity="0" value="0" />
+        <value cell_index="29934" local_entity="0" value="0" />
+        <value cell_index="29935" local_entity="0" value="0" />
+        <value cell_index="29936" local_entity="0" value="0" />
+        <value cell_index="29937" local_entity="0" value="0" />
+        <value cell_index="29938" local_entity="0" value="0" />
+        <value cell_index="29939" local_entity="0" value="0" />
+        <value cell_index="29940" local_entity="0" value="0" />
+        <value cell_index="29941" local_entity="0" value="0" />
+        <value cell_index="29942" local_entity="0" value="0" />
+        <value cell_index="29943" local_entity="0" value="0" />
+        <value cell_index="29944" local_entity="0" value="0" />
+        <value cell_index="29945" local_entity="0" value="0" />
+        <value cell_index="29946" local_entity="0" value="0" />
+        <value cell_index="29947" local_entity="0" value="0" />
+        <value cell_index="29948" local_entity="0" value="0" />
+        <value cell_index="29949" local_entity="0" value="0" />
+        <value cell_index="29950" local_entity="0" value="0" />
+        <value cell_index="29951" local_entity="0" value="0" />
+        <value cell_index="29952" local_entity="0" value="0" />
+        <value cell_index="29953" local_entity="0" value="0" />
+        <value cell_index="29954" local_entity="0" value="0" />
+        <value cell_index="29955" local_entity="0" value="0" />
+        <value cell_index="29956" local_entity="0" value="0" />
+        <value cell_index="29957" local_entity="0" value="0" />
+        <value cell_index="29958" local_entity="0" value="0" />
+        <value cell_index="29959" local_entity="0" value="0" />
+        <value cell_index="29960" local_entity="0" value="0" />
+        <value cell_index="29961" local_entity="0" value="0" />
+        <value cell_index="29962" local_entity="0" value="0" />
+        <value cell_index="29963" local_entity="0" value="0" />
+        <value cell_index="29964" local_entity="0" value="0" />
+        <value cell_index="29965" local_entity="0" value="0" />
+        <value cell_index="29966" local_entity="0" value="0" />
+        <value cell_index="29967" local_entity="0" value="0" />
+        <value cell_index="29968" local_entity="0" value="0" />
+        <value cell_index="29969" local_entity="0" value="0" />
+        <value cell_index="29970" local_entity="0" value="0" />
+        <value cell_index="29971" local_entity="0" value="0" />
+        <value cell_index="29972" local_entity="0" value="0" />
+        <value cell_index="29973" local_entity="0" value="0" />
+        <value cell_index="29974" local_entity="0" value="0" />
+        <value cell_index="29975" local_entity="0" value="0" />
+        <value cell_index="29976" local_entity="0" value="0" />
+        <value cell_index="29977" local_entity="0" value="0" />
+        <value cell_index="29978" local_entity="0" value="0" />
+        <value cell_index="29979" local_entity="0" value="0" />
+        <value cell_index="29980" local_entity="0" value="0" />
+        <value cell_index="29981" local_entity="0" value="0" />
+        <value cell_index="29982" local_entity="0" value="0" />
+        <value cell_index="29983" local_entity="0" value="0" />
+        <value cell_index="29984" local_entity="0" value="0" />
+        <value cell_index="29985" local_entity="0" value="0" />
+        <value cell_index="29986" local_entity="0" value="0" />
+        <value cell_index="29987" local_entity="0" value="0" />
+        <value cell_index="29988" local_entity="0" value="0" />
+        <value cell_index="29989" local_entity="0" value="0" />
+        <value cell_index="29990" local_entity="0" value="0" />
+        <value cell_index="29991" local_entity="0" value="0" />
+        <value cell_index="29992" local_entity="0" value="0" />
+        <value cell_index="29993" local_entity="0" value="0" />
+        <value cell_index="29994" local_entity="0" value="0" />
+        <value cell_index="29995" local_entity="0" value="0" />
+        <value cell_index="29996" local_entity="0" value="0" />
+        <value cell_index="29997" local_entity="0" value="0" />
+        <value cell_index="29998" local_entity="0" value="0" />
+        <value cell_index="29999" local_entity="0" value="0" />
+        <value cell_index="30000" local_entity="0" value="0" />
+        <value cell_index="30001" local_entity="0" value="0" />
+        <value cell_index="30002" local_entity="0" value="0" />
+        <value cell_index="30003" local_entity="0" value="0" />
+        <value cell_index="30004" local_entity="0" value="0" />
+        <value cell_index="30005" local_entity="0" value="0" />
+        <value cell_index="30006" local_entity="0" value="0" />
+        <value cell_index="30007" local_entity="0" value="0" />
+        <value cell_index="30008" local_entity="0" value="0" />
+        <value cell_index="30009" local_entity="0" value="0" />
+        <value cell_index="30010" local_entity="0" value="0" />
+        <value cell_index="30011" local_entity="0" value="0" />
+        <value cell_index="30012" local_entity="0" value="0" />
+        <value cell_index="30013" local_entity="0" value="0" />
+        <value cell_index="30014" local_entity="0" value="0" />
+        <value cell_index="30015" local_entity="0" value="0" />
+        <value cell_index="30016" local_entity="0" value="0" />
+        <value cell_index="30017" local_entity="0" value="0" />
+        <value cell_index="30018" local_entity="0" value="0" />
+        <value cell_index="30019" local_entity="0" value="0" />
+        <value cell_index="30020" local_entity="0" value="0" />
+        <value cell_index="30021" local_entity="0" value="0" />
+        <value cell_index="30022" local_entity="0" value="0" />
+        <value cell_index="30023" local_entity="0" value="0" />
+        <value cell_index="30024" local_entity="0" value="0" />
+        <value cell_index="30025" local_entity="0" value="0" />
+        <value cell_index="30026" local_entity="0" value="0" />
+        <value cell_index="30027" local_entity="0" value="0" />
+        <value cell_index="30028" local_entity="0" value="0" />
+        <value cell_index="30029" local_entity="0" value="0" />
+        <value cell_index="30030" local_entity="0" value="0" />
+        <value cell_index="30031" local_entity="0" value="0" />
+        <value cell_index="30032" local_entity="0" value="0" />
+        <value cell_index="30033" local_entity="0" value="0" />
+        <value cell_index="30034" local_entity="0" value="0" />
+        <value cell_index="30035" local_entity="0" value="0" />
+        <value cell_index="30036" local_entity="0" value="0" />
+        <value cell_index="30037" local_entity="0" value="0" />
+        <value cell_index="30038" local_entity="0" value="0" />
+        <value cell_index="30039" local_entity="0" value="0" />
+        <value cell_index="30040" local_entity="0" value="0" />
+        <value cell_index="30041" local_entity="0" value="0" />
+        <value cell_index="30042" local_entity="0" value="0" />
+        <value cell_index="30043" local_entity="0" value="0" />
+        <value cell_index="30044" local_entity="0" value="0" />
+        <value cell_index="30045" local_entity="0" value="0" />
+        <value cell_index="30046" local_entity="0" value="0" />
+        <value cell_index="30047" local_entity="0" value="0" />
+        <value cell_index="30048" local_entity="0" value="0" />
+        <value cell_index="30049" local_entity="0" value="0" />
+        <value cell_index="30050" local_entity="0" value="0" />
+        <value cell_index="30051" local_entity="0" value="0" />
+        <value cell_index="30052" local_entity="0" value="0" />
+        <value cell_index="30053" local_entity="0" value="0" />
+        <value cell_index="30054" local_entity="0" value="0" />
+        <value cell_index="30055" local_entity="0" value="0" />
+        <value cell_index="30056" local_entity="0" value="0" />
+        <value cell_index="30057" local_entity="0" value="0" />
+        <value cell_index="30058" local_entity="0" value="0" />
+        <value cell_index="30059" local_entity="0" value="0" />
+        <value cell_index="30060" local_entity="0" value="0" />
+        <value cell_index="30061" local_entity="0" value="0" />
+        <value cell_index="30062" local_entity="0" value="0" />
+        <value cell_index="30063" local_entity="0" value="0" />
+        <value cell_index="30064" local_entity="0" value="0" />
+        <value cell_index="30065" local_entity="0" value="0" />
+        <value cell_index="30066" local_entity="0" value="0" />
+        <value cell_index="30067" local_entity="0" value="0" />
+        <value cell_index="30068" local_entity="0" value="0" />
+        <value cell_index="30069" local_entity="0" value="0" />
+        <value cell_index="30070" local_entity="0" value="0" />
+        <value cell_index="30071" local_entity="0" value="0" />
+        <value cell_index="30072" local_entity="0" value="0" />
+        <value cell_index="30073" local_entity="0" value="0" />
+        <value cell_index="30074" local_entity="0" value="0" />
+        <value cell_index="30075" local_entity="0" value="0" />
+        <value cell_index="30076" local_entity="0" value="0" />
+        <value cell_index="30077" local_entity="0" value="0" />
+        <value cell_index="30078" local_entity="0" value="0" />
+        <value cell_index="30079" local_entity="0" value="0" />
+        <value cell_index="30080" local_entity="0" value="0" />
+        <value cell_index="30081" local_entity="0" value="0" />
+        <value cell_index="30082" local_entity="0" value="0" />
+        <value cell_index="30083" local_entity="0" value="0" />
+        <value cell_index="30084" local_entity="0" value="0" />
+        <value cell_index="30085" local_entity="0" value="0" />
+        <value cell_index="30086" local_entity="0" value="0" />
+        <value cell_index="30087" local_entity="0" value="0" />
+        <value cell_index="30088" local_entity="0" value="0" />
+        <value cell_index="30089" local_entity="0" value="0" />
+        <value cell_index="30090" local_entity="0" value="0" />
+        <value cell_index="30091" local_entity="0" value="0" />
+        <value cell_index="30092" local_entity="0" value="0" />
+        <value cell_index="30093" local_entity="0" value="0" />
+        <value cell_index="30094" local_entity="0" value="0" />
+        <value cell_index="30095" local_entity="0" value="0" />
+        <value cell_index="30096" local_entity="0" value="0" />
+        <value cell_index="30097" local_entity="0" value="0" />
+        <value cell_index="30098" local_entity="0" value="0" />
+        <value cell_index="30099" local_entity="0" value="0" />
+        <value cell_index="30100" local_entity="0" value="0" />
+        <value cell_index="30101" local_entity="0" value="0" />
+        <value cell_index="30102" local_entity="0" value="0" />
+        <value cell_index="30103" local_entity="0" value="0" />
+        <value cell_index="30104" local_entity="0" value="0" />
+        <value cell_index="30105" local_entity="0" value="0" />
+        <value cell_index="30106" local_entity="0" value="0" />
+        <value cell_index="30107" local_entity="0" value="0" />
+        <value cell_index="30108" local_entity="0" value="0" />
+        <value cell_index="30109" local_entity="0" value="0" />
+        <value cell_index="30110" local_entity="0" value="0" />
+        <value cell_index="30111" local_entity="0" value="0" />
+        <value cell_index="30112" local_entity="0" value="0" />
+        <value cell_index="30113" local_entity="0" value="0" />
+        <value cell_index="30114" local_entity="0" value="0" />
+        <value cell_index="30115" local_entity="0" value="0" />
+        <value cell_index="30116" local_entity="0" value="0" />
+        <value cell_index="30117" local_entity="0" value="0" />
+        <value cell_index="30118" local_entity="0" value="0" />
+        <value cell_index="30119" local_entity="0" value="0" />
+        <value cell_index="30120" local_entity="0" value="0" />
+        <value cell_index="30121" local_entity="0" value="0" />
+        <value cell_index="30122" local_entity="0" value="0" />
+        <value cell_index="30123" local_entity="0" value="0" />
+        <value cell_index="30124" local_entity="0" value="0" />
+        <value cell_index="30125" local_entity="0" value="0" />
+        <value cell_index="30126" local_entity="0" value="0" />
+        <value cell_index="30127" local_entity="0" value="0" />
+        <value cell_index="30128" local_entity="0" value="0" />
+        <value cell_index="30129" local_entity="0" value="0" />
+        <value cell_index="30130" local_entity="0" value="0" />
+        <value cell_index="30131" local_entity="0" value="0" />
+        <value cell_index="30132" local_entity="0" value="0" />
+        <value cell_index="30133" local_entity="0" value="0" />
+        <value cell_index="30134" local_entity="0" value="0" />
+        <value cell_index="30135" local_entity="0" value="0" />
+        <value cell_index="30136" local_entity="0" value="0" />
+        <value cell_index="30137" local_entity="0" value="0" />
+        <value cell_index="30138" local_entity="0" value="0" />
+        <value cell_index="30139" local_entity="0" value="0" />
+        <value cell_index="30140" local_entity="0" value="0" />
+        <value cell_index="30141" local_entity="0" value="0" />
+        <value cell_index="30142" local_entity="0" value="0" />
+        <value cell_index="30143" local_entity="0" value="0" />
+        <value cell_index="30144" local_entity="0" value="0" />
+        <value cell_index="30145" local_entity="0" value="0" />
+        <value cell_index="30146" local_entity="0" value="0" />
+        <value cell_index="30147" local_entity="0" value="0" />
+        <value cell_index="30148" local_entity="0" value="0" />
+        <value cell_index="30149" local_entity="0" value="0" />
+        <value cell_index="30150" local_entity="0" value="0" />
+        <value cell_index="30151" local_entity="0" value="0" />
+        <value cell_index="30152" local_entity="0" value="0" />
+        <value cell_index="30153" local_entity="0" value="0" />
+        <value cell_index="30154" local_entity="0" value="0" />
+        <value cell_index="30155" local_entity="0" value="0" />
+        <value cell_index="30156" local_entity="0" value="0" />
+        <value cell_index="30157" local_entity="0" value="0" />
+        <value cell_index="30158" local_entity="0" value="0" />
+        <value cell_index="30159" local_entity="0" value="0" />
+        <value cell_index="30160" local_entity="0" value="0" />
+        <value cell_index="30161" local_entity="0" value="0" />
+        <value cell_index="30162" local_entity="0" value="0" />
+        <value cell_index="30163" local_entity="0" value="0" />
+        <value cell_index="30164" local_entity="0" value="0" />
+        <value cell_index="30165" local_entity="0" value="0" />
+        <value cell_index="30166" local_entity="0" value="0" />
+        <value cell_index="30167" local_entity="0" value="0" />
+        <value cell_index="30168" local_entity="0" value="0" />
+        <value cell_index="30169" local_entity="0" value="0" />
+        <value cell_index="30170" local_entity="0" value="0" />
+        <value cell_index="30171" local_entity="0" value="0" />
+        <value cell_index="30172" local_entity="0" value="0" />
+        <value cell_index="30173" local_entity="0" value="0" />
+        <value cell_index="30174" local_entity="0" value="0" />
+        <value cell_index="30175" local_entity="0" value="0" />
+        <value cell_index="30176" local_entity="0" value="0" />
+        <value cell_index="30177" local_entity="0" value="0" />
+        <value cell_index="30178" local_entity="0" value="0" />
+        <value cell_index="30179" local_entity="0" value="0" />
+        <value cell_index="30180" local_entity="0" value="0" />
+        <value cell_index="30181" local_entity="0" value="0" />
+        <value cell_index="30182" local_entity="0" value="0" />
+        <value cell_index="30183" local_entity="0" value="0" />
+        <value cell_index="30184" local_entity="0" value="0" />
+        <value cell_index="30185" local_entity="0" value="0" />
+        <value cell_index="30186" local_entity="0" value="0" />
+        <value cell_index="30187" local_entity="0" value="0" />
+        <value cell_index="30188" local_entity="0" value="0" />
+        <value cell_index="30189" local_entity="0" value="0" />
+        <value cell_index="30190" local_entity="0" value="0" />
+        <value cell_index="30191" local_entity="0" value="0" />
+        <value cell_index="30192" local_entity="0" value="0" />
+        <value cell_index="30193" local_entity="0" value="0" />
+        <value cell_index="30194" local_entity="0" value="0" />
+        <value cell_index="30195" local_entity="0" value="0" />
+        <value cell_index="30196" local_entity="0" value="0" />
+        <value cell_index="30197" local_entity="0" value="0" />
+        <value cell_index="30198" local_entity="0" value="0" />
+        <value cell_index="30199" local_entity="0" value="0" />
+        <value cell_index="30200" local_entity="0" value="0" />
+        <value cell_index="30201" local_entity="0" value="0" />
+        <value cell_index="30202" local_entity="0" value="0" />
+        <value cell_index="30203" local_entity="0" value="0" />
+        <value cell_index="30204" local_entity="0" value="0" />
+        <value cell_index="30205" local_entity="0" value="0" />
+        <value cell_index="30206" local_entity="0" value="0" />
+        <value cell_index="30207" local_entity="0" value="0" />
+        <value cell_index="30208" local_entity="0" value="0" />
+        <value cell_index="30209" local_entity="0" value="0" />
+        <value cell_index="30210" local_entity="0" value="0" />
+        <value cell_index="30211" local_entity="0" value="0" />
+        <value cell_index="30212" local_entity="0" value="0" />
+        <value cell_index="30213" local_entity="0" value="0" />
+        <value cell_index="30214" local_entity="0" value="0" />
+        <value cell_index="30215" local_entity="0" value="0" />
+        <value cell_index="30216" local_entity="0" value="0" />
+        <value cell_index="30217" local_entity="0" value="0" />
+        <value cell_index="30218" local_entity="0" value="0" />
+        <value cell_index="30219" local_entity="0" value="0" />
+        <value cell_index="30220" local_entity="0" value="0" />
+        <value cell_index="30221" local_entity="0" value="0" />
+        <value cell_index="30222" local_entity="0" value="0" />
+        <value cell_index="30223" local_entity="0" value="0" />
+        <value cell_index="30224" local_entity="0" value="0" />
+        <value cell_index="30225" local_entity="0" value="0" />
+        <value cell_index="30226" local_entity="0" value="0" />
+        <value cell_index="30227" local_entity="0" value="0" />
+        <value cell_index="30228" local_entity="0" value="0" />
+        <value cell_index="30229" local_entity="0" value="0" />
+        <value cell_index="30230" local_entity="0" value="0" />
+        <value cell_index="30231" local_entity="0" value="0" />
+        <value cell_index="30232" local_entity="0" value="0" />
+        <value cell_index="30233" local_entity="0" value="0" />
+        <value cell_index="30234" local_entity="0" value="0" />
+        <value cell_index="30235" local_entity="0" value="0" />
+        <value cell_index="30236" local_entity="0" value="0" />
+        <value cell_index="30237" local_entity="0" value="0" />
+        <value cell_index="30238" local_entity="0" value="0" />
+        <value cell_index="30239" local_entity="0" value="0" />
+        <value cell_index="30240" local_entity="0" value="0" />
+        <value cell_index="30241" local_entity="0" value="0" />
+        <value cell_index="30242" local_entity="0" value="0" />
+        <value cell_index="30243" local_entity="0" value="0" />
+        <value cell_index="30244" local_entity="0" value="0" />
+        <value cell_index="30245" local_entity="0" value="0" />
+        <value cell_index="30246" local_entity="0" value="0" />
+        <value cell_index="30247" local_entity="0" value="0" />
+        <value cell_index="30248" local_entity="0" value="0" />
+        <value cell_index="30249" local_entity="0" value="0" />
+        <value cell_index="30250" local_entity="0" value="0" />
+        <value cell_index="30251" local_entity="0" value="0" />
+        <value cell_index="30252" local_entity="0" value="0" />
+        <value cell_index="30253" local_entity="0" value="0" />
+        <value cell_index="30254" local_entity="0" value="0" />
+        <value cell_index="30255" local_entity="0" value="0" />
+        <value cell_index="30256" local_entity="0" value="0" />
+        <value cell_index="30257" local_entity="0" value="0" />
+        <value cell_index="30258" local_entity="0" value="0" />
+        <value cell_index="30259" local_entity="0" value="0" />
+        <value cell_index="30260" local_entity="0" value="0" />
+        <value cell_index="30261" local_entity="0" value="0" />
+        <value cell_index="30262" local_entity="0" value="0" />
+        <value cell_index="30263" local_entity="0" value="0" />
+        <value cell_index="30264" local_entity="0" value="0" />
+        <value cell_index="30265" local_entity="0" value="0" />
+        <value cell_index="30266" local_entity="0" value="0" />
+        <value cell_index="30267" local_entity="0" value="0" />
+        <value cell_index="30268" local_entity="0" value="0" />
+        <value cell_index="30269" local_entity="0" value="0" />
+        <value cell_index="30270" local_entity="0" value="0" />
+        <value cell_index="30271" local_entity="0" value="0" />
+        <value cell_index="30272" local_entity="0" value="0" />
+        <value cell_index="30273" local_entity="0" value="0" />
+        <value cell_index="30274" local_entity="0" value="0" />
+        <value cell_index="30275" local_entity="0" value="0" />
+        <value cell_index="30276" local_entity="0" value="0" />
+        <value cell_index="30277" local_entity="0" value="0" />
+        <value cell_index="30278" local_entity="0" value="0" />
+        <value cell_index="30279" local_entity="0" value="0" />
+        <value cell_index="30280" local_entity="0" value="0" />
+        <value cell_index="30281" local_entity="0" value="0" />
+        <value cell_index="30282" local_entity="0" value="0" />
+        <value cell_index="30283" local_entity="0" value="0" />
+        <value cell_index="30284" local_entity="0" value="0" />
+        <value cell_index="30285" local_entity="0" value="0" />
+        <value cell_index="30286" local_entity="0" value="0" />
+        <value cell_index="30287" local_entity="0" value="0" />
+        <value cell_index="30288" local_entity="0" value="0" />
+        <value cell_index="30289" local_entity="0" value="0" />
+        <value cell_index="30290" local_entity="0" value="0" />
+        <value cell_index="30291" local_entity="0" value="0" />
+        <value cell_index="30292" local_entity="0" value="0" />
+        <value cell_index="30293" local_entity="0" value="0" />
+        <value cell_index="30294" local_entity="0" value="0" />
+        <value cell_index="30295" local_entity="0" value="0" />
+        <value cell_index="30296" local_entity="0" value="0" />
+        <value cell_index="30297" local_entity="0" value="0" />
+        <value cell_index="30298" local_entity="0" value="0" />
+        <value cell_index="30299" local_entity="0" value="0" />
+        <value cell_index="30300" local_entity="0" value="0" />
+        <value cell_index="30301" local_entity="0" value="0" />
+        <value cell_index="30302" local_entity="0" value="0" />
+        <value cell_index="30303" local_entity="0" value="0" />
+        <value cell_index="30304" local_entity="0" value="0" />
+        <value cell_index="30305" local_entity="0" value="0" />
+        <value cell_index="30306" local_entity="0" value="0" />
+        <value cell_index="30307" local_entity="0" value="0" />
+        <value cell_index="30308" local_entity="0" value="0" />
+        <value cell_index="30309" local_entity="0" value="0" />
+        <value cell_index="30310" local_entity="0" value="0" />
+        <value cell_index="30311" local_entity="0" value="0" />
+        <value cell_index="30312" local_entity="0" value="0" />
+        <value cell_index="30313" local_entity="0" value="0" />
+        <value cell_index="30314" local_entity="0" value="0" />
+        <value cell_index="30315" local_entity="0" value="0" />
+        <value cell_index="30316" local_entity="0" value="0" />
+        <value cell_index="30317" local_entity="0" value="0" />
+        <value cell_index="30318" local_entity="0" value="0" />
+        <value cell_index="30319" local_entity="0" value="0" />
+        <value cell_index="30320" local_entity="0" value="0" />
+        <value cell_index="30321" local_entity="0" value="0" />
+        <value cell_index="30322" local_entity="0" value="0" />
+        <value cell_index="30323" local_entity="0" value="0" />
+        <value cell_index="30324" local_entity="0" value="0" />
+        <value cell_index="30325" local_entity="0" value="0" />
+        <value cell_index="30326" local_entity="0" value="0" />
+        <value cell_index="30327" local_entity="0" value="0" />
+        <value cell_index="30328" local_entity="0" value="0" />
+        <value cell_index="30329" local_entity="0" value="0" />
+        <value cell_index="30330" local_entity="0" value="0" />
+        <value cell_index="30331" local_entity="0" value="0" />
+        <value cell_index="30332" local_entity="0" value="0" />
+        <value cell_index="30333" local_entity="0" value="0" />
+        <value cell_index="30334" local_entity="0" value="0" />
+        <value cell_index="30335" local_entity="0" value="0" />
+        <value cell_index="30336" local_entity="0" value="0" />
+        <value cell_index="30337" local_entity="0" value="0" />
+        <value cell_index="30338" local_entity="0" value="0" />
+        <value cell_index="30339" local_entity="0" value="0" />
+        <value cell_index="30340" local_entity="0" value="0" />
+        <value cell_index="30341" local_entity="0" value="0" />
+        <value cell_index="30342" local_entity="0" value="0" />
+        <value cell_index="30343" local_entity="0" value="0" />
+        <value cell_index="30344" local_entity="0" value="0" />
+        <value cell_index="30345" local_entity="0" value="0" />
+        <value cell_index="30346" local_entity="0" value="0" />
+        <value cell_index="30347" local_entity="0" value="0" />
+        <value cell_index="30348" local_entity="0" value="0" />
+        <value cell_index="30349" local_entity="0" value="0" />
+        <value cell_index="30350" local_entity="0" value="0" />
+        <value cell_index="30351" local_entity="0" value="0" />
+        <value cell_index="30352" local_entity="0" value="0" />
+        <value cell_index="30353" local_entity="0" value="0" />
+        <value cell_index="30354" local_entity="0" value="0" />
+        <value cell_index="30355" local_entity="0" value="0" />
+        <value cell_index="30356" local_entity="0" value="0" />
+        <value cell_index="30357" local_entity="0" value="0" />
+        <value cell_index="30358" local_entity="0" value="0" />
+        <value cell_index="30359" local_entity="0" value="0" />
+        <value cell_index="30360" local_entity="0" value="0" />
+        <value cell_index="30361" local_entity="0" value="0" />
+        <value cell_index="30362" local_entity="0" value="0" />
+        <value cell_index="30363" local_entity="0" value="0" />
+        <value cell_index="30364" local_entity="0" value="0" />
+        <value cell_index="30365" local_entity="0" value="0" />
+        <value cell_index="30366" local_entity="0" value="0" />
+        <value cell_index="30367" local_entity="0" value="0" />
+        <value cell_index="30368" local_entity="0" value="0" />
+        <value cell_index="30369" local_entity="0" value="0" />
+        <value cell_index="30370" local_entity="0" value="0" />
+        <value cell_index="30371" local_entity="0" value="0" />
+        <value cell_index="30372" local_entity="0" value="0" />
+        <value cell_index="30373" local_entity="0" value="0" />
+        <value cell_index="30374" local_entity="0" value="0" />
+        <value cell_index="30375" local_entity="0" value="0" />
+        <value cell_index="30376" local_entity="0" value="0" />
+        <value cell_index="30377" local_entity="0" value="0" />
+        <value cell_index="30378" local_entity="0" value="0" />
+        <value cell_index="30379" local_entity="0" value="0" />
+        <value cell_index="30380" local_entity="0" value="0" />
+        <value cell_index="30381" local_entity="0" value="0" />
+        <value cell_index="30382" local_entity="0" value="0" />
+        <value cell_index="30383" local_entity="0" value="0" />
+        <value cell_index="30384" local_entity="0" value="0" />
+        <value cell_index="30385" local_entity="0" value="0" />
+        <value cell_index="30386" local_entity="0" value="0" />
+        <value cell_index="30387" local_entity="0" value="0" />
+        <value cell_index="30388" local_entity="0" value="0" />
+        <value cell_index="30389" local_entity="0" value="0" />
+        <value cell_index="30390" local_entity="0" value="0" />
+        <value cell_index="30391" local_entity="0" value="0" />
+        <value cell_index="30392" local_entity="0" value="0" />
+        <value cell_index="30393" local_entity="0" value="0" />
+        <value cell_index="30394" local_entity="0" value="0" />
+        <value cell_index="30395" local_entity="0" value="0" />
+        <value cell_index="30396" local_entity="0" value="0" />
+        <value cell_index="30397" local_entity="0" value="0" />
+        <value cell_index="30398" local_entity="0" value="0" />
+        <value cell_index="30399" local_entity="0" value="0" />
+        <value cell_index="30400" local_entity="0" value="0" />
+        <value cell_index="30401" local_entity="0" value="0" />
+        <value cell_index="30402" local_entity="0" value="0" />
+        <value cell_index="30403" local_entity="0" value="0" />
+        <value cell_index="30404" local_entity="0" value="0" />
+        <value cell_index="30405" local_entity="0" value="0" />
+        <value cell_index="30406" local_entity="0" value="0" />
+        <value cell_index="30407" local_entity="0" value="0" />
+        <value cell_index="30408" local_entity="0" value="0" />
+        <value cell_index="30409" local_entity="0" value="0" />
+        <value cell_index="30410" local_entity="0" value="0" />
+        <value cell_index="30411" local_entity="0" value="0" />
+        <value cell_index="30412" local_entity="0" value="0" />
+        <value cell_index="30413" local_entity="0" value="0" />
+        <value cell_index="30414" local_entity="0" value="0" />
+        <value cell_index="30415" local_entity="0" value="0" />
+        <value cell_index="30416" local_entity="0" value="0" />
+        <value cell_index="30417" local_entity="0" value="0" />
+        <value cell_index="30418" local_entity="0" value="0" />
+        <value cell_index="30419" local_entity="0" value="0" />
+        <value cell_index="30420" local_entity="0" value="0" />
+        <value cell_index="30421" local_entity="0" value="0" />
+        <value cell_index="30422" local_entity="0" value="0" />
+        <value cell_index="30423" local_entity="0" value="0" />
+        <value cell_index="30424" local_entity="0" value="0" />
+        <value cell_index="30425" local_entity="0" value="0" />
+        <value cell_index="30426" local_entity="0" value="0" />
+        <value cell_index="30427" local_entity="0" value="0" />
+        <value cell_index="30428" local_entity="0" value="0" />
+        <value cell_index="30429" local_entity="0" value="0" />
+        <value cell_index="30430" local_entity="0" value="0" />
+        <value cell_index="30431" local_entity="0" value="0" />
+        <value cell_index="30432" local_entity="0" value="0" />
+        <value cell_index="30433" local_entity="0" value="0" />
+        <value cell_index="30434" local_entity="0" value="0" />
+        <value cell_index="30435" local_entity="0" value="0" />
+        <value cell_index="30436" local_entity="0" value="0" />
+        <value cell_index="30437" local_entity="0" value="0" />
+        <value cell_index="30438" local_entity="0" value="0" />
+        <value cell_index="30439" local_entity="0" value="0" />
+        <value cell_index="30440" local_entity="0" value="0" />
+        <value cell_index="30441" local_entity="0" value="0" />
+        <value cell_index="30442" local_entity="0" value="0" />
+        <value cell_index="30443" local_entity="0" value="0" />
+        <value cell_index="30444" local_entity="0" value="0" />
+        <value cell_index="30445" local_entity="0" value="0" />
+        <value cell_index="30446" local_entity="0" value="0" />
+        <value cell_index="30447" local_entity="0" value="0" />
+        <value cell_index="30448" local_entity="0" value="0" />
+        <value cell_index="30449" local_entity="0" value="0" />
+        <value cell_index="30450" local_entity="0" value="0" />
+        <value cell_index="30451" local_entity="0" value="0" />
+        <value cell_index="30452" local_entity="0" value="0" />
+        <value cell_index="30453" local_entity="0" value="0" />
+        <value cell_index="30454" local_entity="0" value="0" />
+        <value cell_index="30455" local_entity="0" value="0" />
+        <value cell_index="30456" local_entity="0" value="0" />
+        <value cell_index="30457" local_entity="0" value="0" />
+        <value cell_index="30458" local_entity="0" value="0" />
+        <value cell_index="30459" local_entity="0" value="0" />
+        <value cell_index="30460" local_entity="0" value="0" />
+        <value cell_index="30461" local_entity="0" value="0" />
+        <value cell_index="30462" local_entity="0" value="0" />
+        <value cell_index="30463" local_entity="0" value="0" />
+        <value cell_index="30464" local_entity="0" value="0" />
+        <value cell_index="30465" local_entity="0" value="0" />
+        <value cell_index="30466" local_entity="0" value="0" />
+        <value cell_index="30467" local_entity="0" value="0" />
+        <value cell_index="30468" local_entity="0" value="0" />
+        <value cell_index="30469" local_entity="0" value="0" />
+        <value cell_index="30470" local_entity="0" value="0" />
+        <value cell_index="30471" local_entity="0" value="0" />
+        <value cell_index="30472" local_entity="0" value="0" />
+        <value cell_index="30473" local_entity="0" value="0" />
+        <value cell_index="30474" local_entity="0" value="0" />
+        <value cell_index="30475" local_entity="0" value="0" />
+        <value cell_index="30476" local_entity="0" value="0" />
+        <value cell_index="30477" local_entity="0" value="0" />
+        <value cell_index="30478" local_entity="0" value="0" />
+        <value cell_index="30479" local_entity="0" value="0" />
+        <value cell_index="30480" local_entity="0" value="0" />
+        <value cell_index="30481" local_entity="0" value="0" />
+        <value cell_index="30482" local_entity="0" value="0" />
+        <value cell_index="30483" local_entity="0" value="0" />
+        <value cell_index="30484" local_entity="0" value="0" />
+        <value cell_index="30485" local_entity="0" value="0" />
+        <value cell_index="30486" local_entity="0" value="0" />
+        <value cell_index="30487" local_entity="0" value="0" />
+        <value cell_index="30488" local_entity="0" value="0" />
+        <value cell_index="30489" local_entity="0" value="0" />
+        <value cell_index="30490" local_entity="0" value="0" />
+        <value cell_index="30491" local_entity="0" value="0" />
+        <value cell_index="30492" local_entity="0" value="0" />
+        <value cell_index="30493" local_entity="0" value="0" />
+        <value cell_index="30494" local_entity="0" value="0" />
+        <value cell_index="30495" local_entity="0" value="0" />
+        <value cell_index="30496" local_entity="0" value="0" />
+        <value cell_index="30497" local_entity="0" value="0" />
+        <value cell_index="30498" local_entity="0" value="0" />
+        <value cell_index="30499" local_entity="0" value="0" />
+        <value cell_index="30500" local_entity="0" value="0" />
+        <value cell_index="30501" local_entity="0" value="0" />
+        <value cell_index="30502" local_entity="0" value="0" />
+        <value cell_index="30503" local_entity="0" value="0" />
+        <value cell_index="30504" local_entity="0" value="0" />
+        <value cell_index="30505" local_entity="0" value="0" />
+        <value cell_index="30506" local_entity="0" value="0" />
+        <value cell_index="30507" local_entity="0" value="0" />
+        <value cell_index="30508" local_entity="0" value="0" />
+        <value cell_index="30509" local_entity="0" value="0" />
+        <value cell_index="30510" local_entity="0" value="0" />
+        <value cell_index="30511" local_entity="0" value="0" />
+        <value cell_index="30512" local_entity="0" value="0" />
+        <value cell_index="30513" local_entity="0" value="0" />
+        <value cell_index="30514" local_entity="0" value="0" />
+        <value cell_index="30515" local_entity="0" value="0" />
+        <value cell_index="30516" local_entity="0" value="0" />
+        <value cell_index="30517" local_entity="0" value="0" />
+        <value cell_index="30518" local_entity="0" value="0" />
+        <value cell_index="30519" local_entity="0" value="0" />
+        <value cell_index="30520" local_entity="0" value="0" />
+        <value cell_index="30521" local_entity="0" value="0" />
+        <value cell_index="30522" local_entity="0" value="0" />
+        <value cell_index="30523" local_entity="0" value="0" />
+        <value cell_index="30524" local_entity="0" value="0" />
+        <value cell_index="30525" local_entity="0" value="0" />
+        <value cell_index="30526" local_entity="0" value="0" />
+        <value cell_index="30527" local_entity="0" value="0" />
+        <value cell_index="30528" local_entity="0" value="0" />
+        <value cell_index="30529" local_entity="0" value="0" />
+        <value cell_index="30530" local_entity="0" value="0" />
+        <value cell_index="30531" local_entity="0" value="0" />
+        <value cell_index="30532" local_entity="0" value="0" />
+        <value cell_index="30533" local_entity="0" value="0" />
+        <value cell_index="30534" local_entity="0" value="0" />
+        <value cell_index="30535" local_entity="0" value="0" />
+        <value cell_index="30536" local_entity="0" value="0" />
+        <value cell_index="30537" local_entity="0" value="0" />
+        <value cell_index="30538" local_entity="0" value="0" />
+        <value cell_index="30539" local_entity="0" value="0" />
+        <value cell_index="30540" local_entity="0" value="0" />
+        <value cell_index="30541" local_entity="0" value="0" />
+        <value cell_index="30542" local_entity="0" value="0" />
+        <value cell_index="30543" local_entity="0" value="0" />
+        <value cell_index="30544" local_entity="0" value="0" />
+        <value cell_index="30545" local_entity="0" value="0" />
+        <value cell_index="30546" local_entity="0" value="0" />
+        <value cell_index="30547" local_entity="0" value="0" />
+        <value cell_index="30548" local_entity="0" value="0" />
+        <value cell_index="30549" local_entity="0" value="0" />
+        <value cell_index="30550" local_entity="0" value="0" />
+        <value cell_index="30551" local_entity="0" value="0" />
+        <value cell_index="30552" local_entity="0" value="0" />
+        <value cell_index="30553" local_entity="0" value="0" />
+        <value cell_index="30554" local_entity="0" value="0" />
+        <value cell_index="30555" local_entity="0" value="0" />
+        <value cell_index="30556" local_entity="0" value="0" />
+        <value cell_index="30557" local_entity="0" value="0" />
+        <value cell_index="30558" local_entity="0" value="0" />
+        <value cell_index="30559" local_entity="0" value="0" />
+        <value cell_index="30560" local_entity="0" value="0" />
+        <value cell_index="30561" local_entity="0" value="0" />
+        <value cell_index="30562" local_entity="0" value="0" />
+        <value cell_index="30563" local_entity="0" value="0" />
+        <value cell_index="30564" local_entity="0" value="0" />
+        <value cell_index="30565" local_entity="0" value="0" />
+        <value cell_index="30566" local_entity="0" value="0" />
+        <value cell_index="30567" local_entity="0" value="0" />
+        <value cell_index="30568" local_entity="0" value="0" />
+        <value cell_index="30569" local_entity="0" value="0" />
+        <value cell_index="30570" local_entity="0" value="0" />
+        <value cell_index="30571" local_entity="0" value="0" />
+        <value cell_index="30572" local_entity="0" value="0" />
+        <value cell_index="30573" local_entity="0" value="0" />
+        <value cell_index="30574" local_entity="0" value="0" />
+        <value cell_index="30575" local_entity="0" value="0" />
+        <value cell_index="30576" local_entity="0" value="0" />
+        <value cell_index="30577" local_entity="0" value="0" />
+        <value cell_index="30578" local_entity="0" value="0" />
+        <value cell_index="30579" local_entity="0" value="0" />
+        <value cell_index="30580" local_entity="0" value="0" />
+        <value cell_index="30581" local_entity="0" value="0" />
+        <value cell_index="30582" local_entity="0" value="0" />
+        <value cell_index="30583" local_entity="0" value="0" />
+        <value cell_index="30584" local_entity="0" value="0" />
+        <value cell_index="30585" local_entity="0" value="0" />
+        <value cell_index="30586" local_entity="0" value="0" />
+        <value cell_index="30587" local_entity="0" value="0" />
+        <value cell_index="30588" local_entity="0" value="0" />
+        <value cell_index="30589" local_entity="0" value="0" />
+        <value cell_index="30590" local_entity="0" value="0" />
+        <value cell_index="30591" local_entity="0" value="0" />
+        <value cell_index="30592" local_entity="0" value="0" />
+        <value cell_index="30593" local_entity="0" value="0" />
+        <value cell_index="30594" local_entity="0" value="0" />
+        <value cell_index="30595" local_entity="0" value="0" />
+        <value cell_index="30596" local_entity="0" value="0" />
+        <value cell_index="30597" local_entity="0" value="0" />
+        <value cell_index="30598" local_entity="0" value="0" />
+        <value cell_index="30599" local_entity="0" value="0" />
+        <value cell_index="30600" local_entity="0" value="0" />
+        <value cell_index="30601" local_entity="0" value="0" />
+        <value cell_index="30602" local_entity="0" value="0" />
+        <value cell_index="30603" local_entity="0" value="0" />
+        <value cell_index="30604" local_entity="0" value="0" />
+        <value cell_index="30605" local_entity="0" value="0" />
+        <value cell_index="30606" local_entity="0" value="0" />
+        <value cell_index="30607" local_entity="0" value="0" />
+        <value cell_index="30608" local_entity="0" value="0" />
+        <value cell_index="30609" local_entity="0" value="0" />
+        <value cell_index="30610" local_entity="0" value="0" />
+        <value cell_index="30611" local_entity="0" value="0" />
+        <value cell_index="30612" local_entity="0" value="0" />
+        <value cell_index="30613" local_entity="0" value="0" />
+        <value cell_index="30614" local_entity="0" value="0" />
+        <value cell_index="30615" local_entity="0" value="0" />
+        <value cell_index="30616" local_entity="0" value="0" />
+        <value cell_index="30617" local_entity="0" value="0" />
+        <value cell_index="30618" local_entity="0" value="0" />
+        <value cell_index="30619" local_entity="0" value="0" />
+        <value cell_index="30620" local_entity="0" value="0" />
+        <value cell_index="30621" local_entity="0" value="0" />
+        <value cell_index="30622" local_entity="0" value="0" />
+        <value cell_index="30623" local_entity="0" value="0" />
+        <value cell_index="30624" local_entity="0" value="0" />
+        <value cell_index="30625" local_entity="0" value="0" />
+        <value cell_index="30626" local_entity="0" value="0" />
+        <value cell_index="30627" local_entity="0" value="0" />
+        <value cell_index="30628" local_entity="0" value="0" />
+        <value cell_index="30629" local_entity="0" value="0" />
+        <value cell_index="30630" local_entity="0" value="0" />
+        <value cell_index="30631" local_entity="0" value="0" />
+        <value cell_index="30632" local_entity="0" value="0" />
+        <value cell_index="30633" local_entity="0" value="0" />
+        <value cell_index="30634" local_entity="0" value="0" />
+        <value cell_index="30635" local_entity="0" value="0" />
+        <value cell_index="30636" local_entity="0" value="0" />
+        <value cell_index="30637" local_entity="0" value="0" />
+        <value cell_index="30638" local_entity="0" value="0" />
+        <value cell_index="30639" local_entity="0" value="0" />
+        <value cell_index="30640" local_entity="0" value="0" />
+        <value cell_index="30641" local_entity="0" value="0" />
+        <value cell_index="30642" local_entity="0" value="0" />
+        <value cell_index="30643" local_entity="0" value="0" />
+        <value cell_index="30644" local_entity="0" value="0" />
+        <value cell_index="30645" local_entity="0" value="0" />
+        <value cell_index="30646" local_entity="0" value="0" />
+        <value cell_index="30647" local_entity="0" value="0" />
+        <value cell_index="30648" local_entity="0" value="0" />
+        <value cell_index="30649" local_entity="0" value="0" />
+        <value cell_index="30650" local_entity="0" value="0" />
+        <value cell_index="30651" local_entity="0" value="0" />
+        <value cell_index="30652" local_entity="0" value="0" />
+        <value cell_index="30653" local_entity="0" value="0" />
+        <value cell_index="30654" local_entity="0" value="0" />
+        <value cell_index="30655" local_entity="0" value="0" />
+        <value cell_index="30656" local_entity="0" value="0" />
+        <value cell_index="30657" local_entity="0" value="0" />
+        <value cell_index="30658" local_entity="0" value="0" />
+        <value cell_index="30659" local_entity="0" value="0" />
+        <value cell_index="30660" local_entity="0" value="0" />
+        <value cell_index="30661" local_entity="0" value="0" />
+        <value cell_index="30662" local_entity="0" value="0" />
+        <value cell_index="30663" local_entity="0" value="0" />
+        <value cell_index="30664" local_entity="0" value="0" />
+        <value cell_index="30665" local_entity="0" value="0" />
+        <value cell_index="30666" local_entity="0" value="0" />
+        <value cell_index="30667" local_entity="0" value="0" />
+        <value cell_index="30668" local_entity="0" value="0" />
+        <value cell_index="30669" local_entity="0" value="0" />
+        <value cell_index="30670" local_entity="0" value="0" />
+        <value cell_index="30671" local_entity="0" value="0" />
+        <value cell_index="30672" local_entity="0" value="0" />
+        <value cell_index="30673" local_entity="0" value="0" />
+        <value cell_index="30674" local_entity="0" value="0" />
+        <value cell_index="30675" local_entity="0" value="0" />
+        <value cell_index="30676" local_entity="0" value="0" />
+        <value cell_index="30677" local_entity="0" value="0" />
+        <value cell_index="30678" local_entity="0" value="0" />
+        <value cell_index="30679" local_entity="0" value="0" />
+        <value cell_index="30680" local_entity="0" value="0" />
+        <value cell_index="30681" local_entity="0" value="0" />
+        <value cell_index="30682" local_entity="0" value="0" />
+        <value cell_index="30683" local_entity="0" value="0" />
+        <value cell_index="30684" local_entity="0" value="0" />
+        <value cell_index="30685" local_entity="0" value="0" />
+        <value cell_index="30686" local_entity="0" value="0" />
+        <value cell_index="30687" local_entity="0" value="0" />
+        <value cell_index="30688" local_entity="0" value="0" />
+        <value cell_index="30689" local_entity="0" value="0" />
+        <value cell_index="30690" local_entity="0" value="0" />
+        <value cell_index="30691" local_entity="0" value="0" />
+        <value cell_index="30692" local_entity="0" value="0" />
+        <value cell_index="30693" local_entity="0" value="0" />
+        <value cell_index="30694" local_entity="0" value="0" />
+        <value cell_index="30695" local_entity="0" value="0" />
+        <value cell_index="30696" local_entity="0" value="0" />
+        <value cell_index="30697" local_entity="0" value="0" />
+        <value cell_index="30698" local_entity="0" value="0" />
+        <value cell_index="30699" local_entity="0" value="0" />
+        <value cell_index="30700" local_entity="0" value="0" />
+        <value cell_index="30701" local_entity="0" value="0" />
+        <value cell_index="30702" local_entity="0" value="0" />
+        <value cell_index="30703" local_entity="0" value="0" />
+        <value cell_index="30704" local_entity="0" value="0" />
+        <value cell_index="30705" local_entity="0" value="0" />
+        <value cell_index="30706" local_entity="0" value="0" />
+        <value cell_index="30707" local_entity="0" value="0" />
+        <value cell_index="30708" local_entity="0" value="0" />
+        <value cell_index="30709" local_entity="0" value="0" />
+        <value cell_index="30710" local_entity="0" value="0" />
+        <value cell_index="30711" local_entity="0" value="0" />
+        <value cell_index="30712" local_entity="0" value="0" />
+        <value cell_index="30713" local_entity="0" value="0" />
+        <value cell_index="30714" local_entity="0" value="0" />
+        <value cell_index="30715" local_entity="0" value="0" />
+        <value cell_index="30716" local_entity="0" value="0" />
+        <value cell_index="30717" local_entity="0" value="0" />
+        <value cell_index="30718" local_entity="0" value="0" />
+        <value cell_index="30719" local_entity="0" value="0" />
+        <value cell_index="30720" local_entity="0" value="0" />
+        <value cell_index="30721" local_entity="0" value="0" />
+        <value cell_index="30722" local_entity="0" value="0" />
+        <value cell_index="30723" local_entity="0" value="0" />
+        <value cell_index="30724" local_entity="0" value="0" />
+        <value cell_index="30725" local_entity="0" value="0" />
+        <value cell_index="30726" local_entity="0" value="0" />
+        <value cell_index="30727" local_entity="0" value="0" />
+        <value cell_index="30728" local_entity="0" value="0" />
+        <value cell_index="30729" local_entity="0" value="0" />
+        <value cell_index="30730" local_entity="0" value="0" />
+        <value cell_index="30731" local_entity="0" value="0" />
+        <value cell_index="30732" local_entity="0" value="0" />
+        <value cell_index="30733" local_entity="0" value="0" />
+        <value cell_index="30734" local_entity="0" value="0" />
+        <value cell_index="30735" local_entity="0" value="0" />
+        <value cell_index="30736" local_entity="0" value="0" />
+        <value cell_index="30737" local_entity="0" value="0" />
+        <value cell_index="30738" local_entity="0" value="0" />
+        <value cell_index="30739" local_entity="0" value="0" />
+        <value cell_index="30740" local_entity="0" value="0" />
+        <value cell_index="30741" local_entity="0" value="0" />
+        <value cell_index="30742" local_entity="0" value="0" />
+        <value cell_index="30743" local_entity="0" value="0" />
+        <value cell_index="30744" local_entity="0" value="0" />
+        <value cell_index="30745" local_entity="0" value="0" />
+        <value cell_index="30746" local_entity="0" value="0" />
+        <value cell_index="30747" local_entity="0" value="0" />
+        <value cell_index="30748" local_entity="0" value="0" />
+        <value cell_index="30749" local_entity="0" value="0" />
+        <value cell_index="30750" local_entity="0" value="0" />
+        <value cell_index="30751" local_entity="0" value="0" />
+        <value cell_index="30752" local_entity="0" value="0" />
+        <value cell_index="30753" local_entity="0" value="0" />
+        <value cell_index="30754" local_entity="0" value="0" />
+        <value cell_index="30755" local_entity="0" value="0" />
+        <value cell_index="30756" local_entity="0" value="0" />
+        <value cell_index="30757" local_entity="0" value="0" />
+        <value cell_index="30758" local_entity="0" value="0" />
+        <value cell_index="30759" local_entity="0" value="0" />
+        <value cell_index="30760" local_entity="0" value="0" />
+        <value cell_index="30761" local_entity="0" value="0" />
+        <value cell_index="30762" local_entity="0" value="0" />
+        <value cell_index="30763" local_entity="0" value="0" />
+        <value cell_index="30764" local_entity="0" value="0" />
+        <value cell_index="30765" local_entity="0" value="0" />
+        <value cell_index="30766" local_entity="0" value="0" />
+        <value cell_index="30767" local_entity="0" value="0" />
+        <value cell_index="30768" local_entity="0" value="0" />
+        <value cell_index="30769" local_entity="0" value="0" />
+        <value cell_index="30770" local_entity="0" value="0" />
+        <value cell_index="30771" local_entity="0" value="0" />
+        <value cell_index="30772" local_entity="0" value="0" />
+        <value cell_index="30773" local_entity="0" value="0" />
+        <value cell_index="30774" local_entity="0" value="0" />
+        <value cell_index="30775" local_entity="0" value="0" />
+        <value cell_index="30776" local_entity="0" value="0" />
+        <value cell_index="30777" local_entity="0" value="0" />
+        <value cell_index="30778" local_entity="0" value="0" />
+        <value cell_index="30779" local_entity="0" value="0" />
+        <value cell_index="30780" local_entity="0" value="0" />
+        <value cell_index="30781" local_entity="0" value="0" />
+        <value cell_index="30782" local_entity="0" value="0" />
+        <value cell_index="30783" local_entity="0" value="0" />
+        <value cell_index="30784" local_entity="0" value="0" />
+        <value cell_index="30785" local_entity="0" value="0" />
+        <value cell_index="30786" local_entity="0" value="0" />
+        <value cell_index="30787" local_entity="0" value="0" />
+        <value cell_index="30788" local_entity="0" value="0" />
+        <value cell_index="30789" local_entity="0" value="0" />
+        <value cell_index="30790" local_entity="0" value="0" />
+        <value cell_index="30791" local_entity="0" value="0" />
+        <value cell_index="30792" local_entity="0" value="0" />
+        <value cell_index="30793" local_entity="0" value="0" />
+        <value cell_index="30794" local_entity="0" value="0" />
+        <value cell_index="30795" local_entity="0" value="0" />
+        <value cell_index="30796" local_entity="0" value="0" />
+        <value cell_index="30797" local_entity="0" value="0" />
+        <value cell_index="30798" local_entity="0" value="0" />
+        <value cell_index="30799" local_entity="0" value="0" />
+        <value cell_index="30800" local_entity="0" value="0" />
+        <value cell_index="30801" local_entity="0" value="0" />
+        <value cell_index="30802" local_entity="0" value="0" />
+        <value cell_index="30803" local_entity="0" value="0" />
+        <value cell_index="30804" local_entity="0" value="0" />
+        <value cell_index="30805" local_entity="0" value="0" />
+        <value cell_index="30806" local_entity="0" value="0" />
+        <value cell_index="30807" local_entity="0" value="0" />
+        <value cell_index="30808" local_entity="0" value="0" />
+        <value cell_index="30809" local_entity="0" value="0" />
+        <value cell_index="30810" local_entity="0" value="0" />
+        <value cell_index="30811" local_entity="0" value="0" />
+        <value cell_index="30812" local_entity="0" value="0" />
+        <value cell_index="30813" local_entity="0" value="0" />
+        <value cell_index="30814" local_entity="0" value="0" />
+        <value cell_index="30815" local_entity="0" value="0" />
+        <value cell_index="30816" local_entity="0" value="0" />
+        <value cell_index="30817" local_entity="0" value="0" />
+        <value cell_index="30818" local_entity="0" value="0" />
+        <value cell_index="30819" local_entity="0" value="0" />
+        <value cell_index="30820" local_entity="0" value="0" />
+        <value cell_index="30821" local_entity="0" value="0" />
+        <value cell_index="30822" local_entity="0" value="0" />
+        <value cell_index="30823" local_entity="0" value="0" />
+        <value cell_index="30824" local_entity="0" value="0" />
+        <value cell_index="30825" local_entity="0" value="0" />
+        <value cell_index="30826" local_entity="0" value="0" />
+        <value cell_index="30827" local_entity="0" value="0" />
+        <value cell_index="30828" local_entity="0" value="0" />
+        <value cell_index="30829" local_entity="0" value="0" />
+        <value cell_index="30830" local_entity="0" value="0" />
+        <value cell_index="30831" local_entity="0" value="0" />
+        <value cell_index="30832" local_entity="0" value="0" />
+        <value cell_index="30833" local_entity="0" value="0" />
+        <value cell_index="30834" local_entity="0" value="0" />
+        <value cell_index="30835" local_entity="0" value="0" />
+        <value cell_index="30836" local_entity="0" value="0" />
+        <value cell_index="30837" local_entity="0" value="0" />
+        <value cell_index="30838" local_entity="0" value="0" />
+        <value cell_index="30839" local_entity="0" value="0" />
+        <value cell_index="30840" local_entity="0" value="0" />
+        <value cell_index="30841" local_entity="0" value="0" />
+        <value cell_index="30842" local_entity="0" value="0" />
+        <value cell_index="30843" local_entity="0" value="0" />
+        <value cell_index="30844" local_entity="0" value="0" />
+        <value cell_index="30845" local_entity="0" value="0" />
+        <value cell_index="30846" local_entity="0" value="0" />
+        <value cell_index="30847" local_entity="0" value="0" />
+        <value cell_index="30848" local_entity="0" value="0" />
+        <value cell_index="30849" local_entity="0" value="0" />
+        <value cell_index="30850" local_entity="0" value="0" />
+        <value cell_index="30851" local_entity="0" value="0" />
+        <value cell_index="30852" local_entity="0" value="0" />
+        <value cell_index="30853" local_entity="0" value="0" />
+        <value cell_index="30854" local_entity="0" value="0" />
+        <value cell_index="30855" local_entity="0" value="0" />
+        <value cell_index="30856" local_entity="0" value="0" />
+        <value cell_index="30857" local_entity="0" value="0" />
+        <value cell_index="30858" local_entity="0" value="0" />
+        <value cell_index="30859" local_entity="0" value="0" />
+        <value cell_index="30860" local_entity="0" value="0" />
+        <value cell_index="30861" local_entity="0" value="0" />
+        <value cell_index="30862" local_entity="0" value="0" />
+        <value cell_index="30863" local_entity="0" value="0" />
+        <value cell_index="30864" local_entity="0" value="0" />
+        <value cell_index="30865" local_entity="0" value="0" />
+        <value cell_index="30866" local_entity="0" value="0" />
+        <value cell_index="30867" local_entity="0" value="0" />
+        <value cell_index="30868" local_entity="0" value="0" />
+        <value cell_index="30869" local_entity="0" value="0" />
+        <value cell_index="30870" local_entity="0" value="0" />
+        <value cell_index="30871" local_entity="0" value="0" />
+        <value cell_index="30872" local_entity="0" value="0" />
+        <value cell_index="30873" local_entity="0" value="0" />
+        <value cell_index="30874" local_entity="0" value="0" />
+        <value cell_index="30875" local_entity="0" value="0" />
+        <value cell_index="30876" local_entity="0" value="0" />
+        <value cell_index="30877" local_entity="0" value="0" />
+        <value cell_index="30878" local_entity="0" value="0" />
+        <value cell_index="30879" local_entity="0" value="0" />
+        <value cell_index="30880" local_entity="0" value="0" />
+        <value cell_index="30881" local_entity="0" value="0" />
+        <value cell_index="30882" local_entity="0" value="0" />
+        <value cell_index="30883" local_entity="0" value="0" />
+        <value cell_index="30884" local_entity="0" value="0" />
+        <value cell_index="30885" local_entity="0" value="0" />
+        <value cell_index="30886" local_entity="0" value="0" />
+        <value cell_index="30887" local_entity="0" value="0" />
+        <value cell_index="30888" local_entity="0" value="0" />
+        <value cell_index="30889" local_entity="0" value="0" />
+        <value cell_index="30890" local_entity="0" value="0" />
+        <value cell_index="30891" local_entity="0" value="0" />
+        <value cell_index="30892" local_entity="0" value="0" />
+        <value cell_index="30893" local_entity="0" value="0" />
+        <value cell_index="30894" local_entity="0" value="0" />
+        <value cell_index="30895" local_entity="0" value="0" />
+        <value cell_index="30896" local_entity="0" value="0" />
+        <value cell_index="30897" local_entity="0" value="0" />
+        <value cell_index="30898" local_entity="0" value="0" />
+        <value cell_index="30899" local_entity="0" value="0" />
+        <value cell_index="30900" local_entity="0" value="0" />
+        <value cell_index="30901" local_entity="0" value="0" />
+        <value cell_index="30902" local_entity="0" value="0" />
+        <value cell_index="30903" local_entity="0" value="0" />
+        <value cell_index="30904" local_entity="0" value="0" />
+        <value cell_index="30905" local_entity="0" value="0" />
+        <value cell_index="30906" local_entity="0" value="0" />
+        <value cell_index="30907" local_entity="0" value="0" />
+        <value cell_index="30908" local_entity="0" value="0" />
+        <value cell_index="30909" local_entity="0" value="0" />
+        <value cell_index="30910" local_entity="0" value="0" />
+        <value cell_index="30911" local_entity="0" value="0" />
+        <value cell_index="30912" local_entity="0" value="0" />
+        <value cell_index="30913" local_entity="0" value="0" />
+        <value cell_index="30914" local_entity="0" value="0" />
+        <value cell_index="30915" local_entity="0" value="0" />
+        <value cell_index="30916" local_entity="0" value="0" />
+        <value cell_index="30917" local_entity="0" value="0" />
+        <value cell_index="30918" local_entity="0" value="0" />
+        <value cell_index="30919" local_entity="0" value="0" />
+        <value cell_index="30920" local_entity="0" value="0" />
+        <value cell_index="30921" local_entity="0" value="0" />
+        <value cell_index="30922" local_entity="0" value="0" />
+        <value cell_index="30923" local_entity="0" value="0" />
+        <value cell_index="30924" local_entity="0" value="0" />
+        <value cell_index="30925" local_entity="0" value="0" />
+        <value cell_index="30926" local_entity="0" value="0" />
+        <value cell_index="30927" local_entity="0" value="0" />
+        <value cell_index="30928" local_entity="0" value="0" />
+        <value cell_index="30929" local_entity="0" value="0" />
+        <value cell_index="30930" local_entity="0" value="0" />
+        <value cell_index="30931" local_entity="0" value="0" />
+        <value cell_index="30932" local_entity="0" value="0" />
+        <value cell_index="30933" local_entity="0" value="0" />
+        <value cell_index="30934" local_entity="0" value="0" />
+        <value cell_index="30935" local_entity="0" value="0" />
+        <value cell_index="30936" local_entity="0" value="0" />
+        <value cell_index="30937" local_entity="0" value="0" />
+        <value cell_index="30938" local_entity="0" value="0" />
+        <value cell_index="30939" local_entity="0" value="0" />
+        <value cell_index="30940" local_entity="0" value="0" />
+        <value cell_index="30941" local_entity="0" value="0" />
+        <value cell_index="30942" local_entity="0" value="0" />
+        <value cell_index="30943" local_entity="0" value="0" />
+        <value cell_index="30944" local_entity="0" value="0" />
+        <value cell_index="30945" local_entity="0" value="0" />
+        <value cell_index="30946" local_entity="0" value="0" />
+        <value cell_index="30947" local_entity="0" value="0" />
+        <value cell_index="30948" local_entity="0" value="0" />
+        <value cell_index="30949" local_entity="0" value="0" />
+        <value cell_index="30950" local_entity="0" value="0" />
+        <value cell_index="30951" local_entity="0" value="0" />
+        <value cell_index="30952" local_entity="0" value="0" />
+        <value cell_index="30953" local_entity="0" value="0" />
+        <value cell_index="30954" local_entity="0" value="0" />
+        <value cell_index="30955" local_entity="0" value="0" />
+        <value cell_index="30956" local_entity="0" value="0" />
+        <value cell_index="30957" local_entity="0" value="0" />
+        <value cell_index="30958" local_entity="0" value="0" />
+        <value cell_index="30959" local_entity="0" value="0" />
+        <value cell_index="30960" local_entity="0" value="0" />
+        <value cell_index="30961" local_entity="0" value="0" />
+        <value cell_index="30962" local_entity="0" value="0" />
+        <value cell_index="30963" local_entity="0" value="0" />
+        <value cell_index="30964" local_entity="0" value="0" />
+        <value cell_index="30965" local_entity="0" value="0" />
+        <value cell_index="30966" local_entity="0" value="0" />
+        <value cell_index="30967" local_entity="0" value="0" />
+        <value cell_index="30968" local_entity="0" value="0" />
+        <value cell_index="30969" local_entity="0" value="0" />
+        <value cell_index="30970" local_entity="0" value="0" />
+        <value cell_index="30971" local_entity="0" value="0" />
+        <value cell_index="30972" local_entity="0" value="0" />
+        <value cell_index="30973" local_entity="0" value="0" />
+        <value cell_index="30974" local_entity="0" value="0" />
+        <value cell_index="30975" local_entity="0" value="0" />
+        <value cell_index="30976" local_entity="0" value="0" />
+        <value cell_index="30977" local_entity="0" value="0" />
+        <value cell_index="30978" local_entity="0" value="0" />
+        <value cell_index="30979" local_entity="0" value="0" />
+        <value cell_index="30980" local_entity="0" value="0" />
+        <value cell_index="30981" local_entity="0" value="0" />
+        <value cell_index="30982" local_entity="0" value="0" />
+        <value cell_index="30983" local_entity="0" value="0" />
+        <value cell_index="30984" local_entity="0" value="0" />
+        <value cell_index="30985" local_entity="0" value="0" />
+        <value cell_index="30986" local_entity="0" value="0" />
+        <value cell_index="30987" local_entity="0" value="0" />
+        <value cell_index="30988" local_entity="0" value="0" />
+        <value cell_index="30989" local_entity="0" value="0" />
+        <value cell_index="30990" local_entity="0" value="0" />
+        <value cell_index="30991" local_entity="0" value="0" />
+        <value cell_index="30992" local_entity="0" value="0" />
+        <value cell_index="30993" local_entity="0" value="0" />
+        <value cell_index="30994" local_entity="0" value="0" />
+        <value cell_index="30995" local_entity="0" value="0" />
+        <value cell_index="30996" local_entity="0" value="0" />
+        <value cell_index="30997" local_entity="0" value="0" />
+        <value cell_index="30998" local_entity="0" value="0" />
+        <value cell_index="30999" local_entity="0" value="0" />
+        <value cell_index="31000" local_entity="0" value="0" />
+        <value cell_index="31001" local_entity="0" value="0" />
+        <value cell_index="31002" local_entity="0" value="0" />
+        <value cell_index="31003" local_entity="0" value="0" />
+        <value cell_index="31004" local_entity="0" value="0" />
+        <value cell_index="31005" local_entity="0" value="0" />
+        <value cell_index="31006" local_entity="0" value="0" />
+        <value cell_index="31007" local_entity="0" value="0" />
+        <value cell_index="31008" local_entity="0" value="0" />
+        <value cell_index="31009" local_entity="0" value="0" />
+        <value cell_index="31010" local_entity="0" value="0" />
+        <value cell_index="31011" local_entity="0" value="0" />
+        <value cell_index="31012" local_entity="0" value="0" />
+        <value cell_index="31013" local_entity="0" value="0" />
+        <value cell_index="31014" local_entity="0" value="0" />
+        <value cell_index="31015" local_entity="0" value="0" />
+        <value cell_index="31016" local_entity="0" value="0" />
+        <value cell_index="31017" local_entity="0" value="0" />
+        <value cell_index="31018" local_entity="0" value="0" />
+        <value cell_index="31019" local_entity="0" value="0" />
+        <value cell_index="31020" local_entity="0" value="0" />
+        <value cell_index="31021" local_entity="0" value="0" />
+        <value cell_index="31022" local_entity="0" value="0" />
+        <value cell_index="31023" local_entity="0" value="0" />
+        <value cell_index="31024" local_entity="0" value="0" />
+        <value cell_index="31025" local_entity="0" value="0" />
+        <value cell_index="31026" local_entity="0" value="0" />
+        <value cell_index="31027" local_entity="0" value="0" />
+        <value cell_index="31028" local_entity="0" value="0" />
+        <value cell_index="31029" local_entity="0" value="0" />
+        <value cell_index="31030" local_entity="0" value="0" />
+        <value cell_index="31031" local_entity="0" value="0" />
+        <value cell_index="31032" local_entity="0" value="0" />
+        <value cell_index="31033" local_entity="0" value="0" />
+        <value cell_index="31034" local_entity="0" value="0" />
+        <value cell_index="31035" local_entity="0" value="0" />
+        <value cell_index="31036" local_entity="0" value="0" />
+        <value cell_index="31037" local_entity="0" value="0" />
+        <value cell_index="31038" local_entity="0" value="0" />
+        <value cell_index="31039" local_entity="0" value="0" />
+        <value cell_index="31040" local_entity="0" value="0" />
+        <value cell_index="31041" local_entity="0" value="0" />
+        <value cell_index="31042" local_entity="0" value="0" />
+        <value cell_index="31043" local_entity="0" value="0" />
+        <value cell_index="31044" local_entity="0" value="0" />
+        <value cell_index="31045" local_entity="0" value="0" />
+        <value cell_index="31046" local_entity="0" value="0" />
+        <value cell_index="31047" local_entity="0" value="0" />
+        <value cell_index="31048" local_entity="0" value="0" />
+        <value cell_index="31049" local_entity="0" value="0" />
+        <value cell_index="31050" local_entity="0" value="0" />
+        <value cell_index="31051" local_entity="0" value="0" />
+        <value cell_index="31052" local_entity="0" value="0" />
+        <value cell_index="31053" local_entity="0" value="0" />
+        <value cell_index="31054" local_entity="0" value="0" />
+        <value cell_index="31055" local_entity="0" value="0" />
+        <value cell_index="31056" local_entity="0" value="0" />
+        <value cell_index="31057" local_entity="0" value="0" />
+        <value cell_index="31058" local_entity="0" value="0" />
+        <value cell_index="31059" local_entity="0" value="0" />
+        <value cell_index="31060" local_entity="0" value="0" />
+        <value cell_index="31061" local_entity="0" value="0" />
+        <value cell_index="31062" local_entity="0" value="0" />
+        <value cell_index="31063" local_entity="0" value="0" />
+        <value cell_index="31064" local_entity="0" value="0" />
+        <value cell_index="31065" local_entity="0" value="0" />
+        <value cell_index="31066" local_entity="0" value="0" />
+        <value cell_index="31067" local_entity="0" value="0" />
+        <value cell_index="31068" local_entity="0" value="0" />
+        <value cell_index="31069" local_entity="0" value="0" />
+        <value cell_index="31070" local_entity="0" value="0" />
+        <value cell_index="31071" local_entity="0" value="0" />
+        <value cell_index="31072" local_entity="0" value="0" />
+        <value cell_index="31073" local_entity="0" value="0" />
+        <value cell_index="31074" local_entity="0" value="0" />
+        <value cell_index="31075" local_entity="0" value="0" />
+        <value cell_index="31076" local_entity="0" value="0" />
+        <value cell_index="31077" local_entity="0" value="0" />
+        <value cell_index="31078" local_entity="0" value="0" />
+        <value cell_index="31079" local_entity="0" value="0" />
+        <value cell_index="31080" local_entity="0" value="0" />
+        <value cell_index="31081" local_entity="0" value="0" />
+        <value cell_index="31082" local_entity="0" value="0" />
+        <value cell_index="31083" local_entity="0" value="0" />
+        <value cell_index="31084" local_entity="0" value="0" />
+        <value cell_index="31085" local_entity="0" value="0" />
+        <value cell_index="31086" local_entity="0" value="0" />
+        <value cell_index="31087" local_entity="0" value="0" />
+        <value cell_index="31088" local_entity="0" value="0" />
+        <value cell_index="31089" local_entity="0" value="0" />
+        <value cell_index="31090" local_entity="0" value="0" />
+        <value cell_index="31091" local_entity="0" value="0" />
+        <value cell_index="31092" local_entity="0" value="0" />
+        <value cell_index="31093" local_entity="0" value="0" />
+        <value cell_index="31094" local_entity="0" value="0" />
+        <value cell_index="31095" local_entity="0" value="0" />
+        <value cell_index="31096" local_entity="0" value="0" />
+        <value cell_index="31097" local_entity="0" value="0" />
+        <value cell_index="31098" local_entity="0" value="0" />
+        <value cell_index="31099" local_entity="0" value="0" />
+        <value cell_index="31100" local_entity="0" value="0" />
+        <value cell_index="31101" local_entity="0" value="0" />
+        <value cell_index="31102" local_entity="0" value="0" />
+        <value cell_index="31103" local_entity="0" value="0" />
+        <value cell_index="31104" local_entity="0" value="0" />
+        <value cell_index="31105" local_entity="0" value="0" />
+        <value cell_index="31106" local_entity="0" value="0" />
+        <value cell_index="31107" local_entity="0" value="0" />
+        <value cell_index="31108" local_entity="0" value="0" />
+        <value cell_index="31109" local_entity="0" value="0" />
+        <value cell_index="31110" local_entity="0" value="0" />
+        <value cell_index="31111" local_entity="0" value="0" />
+        <value cell_index="31112" local_entity="0" value="0" />
+        <value cell_index="31113" local_entity="0" value="0" />
+        <value cell_index="31114" local_entity="0" value="0" />
+        <value cell_index="31115" local_entity="0" value="0" />
+        <value cell_index="31116" local_entity="0" value="0" />
+        <value cell_index="31117" local_entity="0" value="0" />
+        <value cell_index="31118" local_entity="0" value="0" />
+        <value cell_index="31119" local_entity="0" value="0" />
+        <value cell_index="31120" local_entity="0" value="0" />
+        <value cell_index="31121" local_entity="0" value="0" />
+        <value cell_index="31122" local_entity="0" value="0" />
+        <value cell_index="31123" local_entity="0" value="0" />
+        <value cell_index="31124" local_entity="0" value="0" />
+        <value cell_index="31125" local_entity="0" value="0" />
+        <value cell_index="31126" local_entity="0" value="0" />
+        <value cell_index="31127" local_entity="0" value="0" />
+        <value cell_index="31128" local_entity="0" value="0" />
+        <value cell_index="31129" local_entity="0" value="0" />
+        <value cell_index="31130" local_entity="0" value="0" />
+        <value cell_index="31131" local_entity="0" value="0" />
+        <value cell_index="31132" local_entity="0" value="0" />
+        <value cell_index="31133" local_entity="0" value="0" />
+        <value cell_index="31134" local_entity="0" value="0" />
+        <value cell_index="31135" local_entity="0" value="0" />
+        <value cell_index="31136" local_entity="0" value="0" />
+        <value cell_index="31137" local_entity="0" value="0" />
+        <value cell_index="31138" local_entity="0" value="0" />
+        <value cell_index="31139" local_entity="0" value="0" />
+        <value cell_index="31140" local_entity="0" value="0" />
+        <value cell_index="31141" local_entity="0" value="0" />
+        <value cell_index="31142" local_entity="0" value="0" />
+        <value cell_index="31143" local_entity="0" value="0" />
+        <value cell_index="31144" local_entity="0" value="0" />
+        <value cell_index="31145" local_entity="0" value="0" />
+        <value cell_index="31146" local_entity="0" value="0" />
+        <value cell_index="31147" local_entity="0" value="0" />
+        <value cell_index="31148" local_entity="0" value="0" />
+        <value cell_index="31149" local_entity="0" value="0" />
+        <value cell_index="31150" local_entity="0" value="0" />
+        <value cell_index="31151" local_entity="0" value="0" />
+        <value cell_index="31152" local_entity="0" value="0" />
+        <value cell_index="31153" local_entity="0" value="0" />
+        <value cell_index="31154" local_entity="0" value="0" />
+        <value cell_index="31155" local_entity="0" value="0" />
+        <value cell_index="31156" local_entity="0" value="0" />
+        <value cell_index="31157" local_entity="0" value="0" />
+        <value cell_index="31158" local_entity="0" value="0" />
+        <value cell_index="31159" local_entity="0" value="0" />
+        <value cell_index="31160" local_entity="0" value="0" />
+        <value cell_index="31161" local_entity="0" value="0" />
+        <value cell_index="31162" local_entity="0" value="0" />
+        <value cell_index="31163" local_entity="0" value="0" />
+        <value cell_index="31164" local_entity="0" value="0" />
+        <value cell_index="31165" local_entity="0" value="0" />
+        <value cell_index="31166" local_entity="0" value="0" />
+        <value cell_index="31167" local_entity="0" value="0" />
+        <value cell_index="31168" local_entity="0" value="0" />
+        <value cell_index="31169" local_entity="0" value="0" />
+        <value cell_index="31170" local_entity="0" value="0" />
+        <value cell_index="31171" local_entity="0" value="0" />
+        <value cell_index="31172" local_entity="0" value="0" />
+        <value cell_index="31173" local_entity="0" value="0" />
+        <value cell_index="31174" local_entity="0" value="0" />
+        <value cell_index="31175" local_entity="0" value="0" />
+        <value cell_index="31176" local_entity="0" value="0" />
+        <value cell_index="31177" local_entity="0" value="0" />
+        <value cell_index="31178" local_entity="0" value="0" />
+        <value cell_index="31179" local_entity="0" value="0" />
+        <value cell_index="31180" local_entity="0" value="0" />
+        <value cell_index="31181" local_entity="0" value="0" />
+        <value cell_index="31182" local_entity="0" value="0" />
+        <value cell_index="31183" local_entity="0" value="0" />
+        <value cell_index="31184" local_entity="0" value="0" />
+        <value cell_index="31185" local_entity="0" value="0" />
+        <value cell_index="31186" local_entity="0" value="0" />
+        <value cell_index="31187" local_entity="0" value="0" />
+        <value cell_index="31188" local_entity="0" value="0" />
+        <value cell_index="31189" local_entity="0" value="0" />
+        <value cell_index="31190" local_entity="0" value="0" />
+        <value cell_index="31191" local_entity="0" value="0" />
+        <value cell_index="31192" local_entity="0" value="0" />
+        <value cell_index="31193" local_entity="0" value="0" />
+        <value cell_index="31194" local_entity="0" value="0" />
+        <value cell_index="31195" local_entity="0" value="0" />
+        <value cell_index="31196" local_entity="0" value="0" />
+        <value cell_index="31197" local_entity="0" value="0" />
+        <value cell_index="31198" local_entity="0" value="0" />
+        <value cell_index="31199" local_entity="0" value="0" />
+        <value cell_index="31200" local_entity="0" value="0" />
+        <value cell_index="31201" local_entity="0" value="0" />
+        <value cell_index="31202" local_entity="0" value="0" />
+        <value cell_index="31203" local_entity="0" value="0" />
+        <value cell_index="31204" local_entity="0" value="0" />
+        <value cell_index="31205" local_entity="0" value="0" />
+        <value cell_index="31206" local_entity="0" value="0" />
+        <value cell_index="31207" local_entity="0" value="0" />
+        <value cell_index="31208" local_entity="0" value="0" />
+        <value cell_index="31209" local_entity="0" value="0" />
+        <value cell_index="31210" local_entity="0" value="0" />
+        <value cell_index="31211" local_entity="0" value="0" />
+        <value cell_index="31212" local_entity="0" value="0" />
+        <value cell_index="31213" local_entity="0" value="0" />
+        <value cell_index="31214" local_entity="0" value="0" />
+        <value cell_index="31215" local_entity="0" value="0" />
+        <value cell_index="31216" local_entity="0" value="0" />
+        <value cell_index="31217" local_entity="0" value="0" />
+        <value cell_index="31218" local_entity="0" value="0" />
+        <value cell_index="31219" local_entity="0" value="0" />
+        <value cell_index="31220" local_entity="0" value="0" />
+        <value cell_index="31221" local_entity="0" value="0" />
+        <value cell_index="31222" local_entity="0" value="0" />
+        <value cell_index="31223" local_entity="0" value="0" />
+        <value cell_index="31224" local_entity="0" value="0" />
+        <value cell_index="31225" local_entity="0" value="0" />
+        <value cell_index="31226" local_entity="0" value="0" />
+        <value cell_index="31227" local_entity="0" value="0" />
+        <value cell_index="31228" local_entity="0" value="0" />
+        <value cell_index="31229" local_entity="0" value="0" />
+        <value cell_index="31230" local_entity="0" value="0" />
+        <value cell_index="31231" local_entity="0" value="0" />
+        <value cell_index="31232" local_entity="0" value="0" />
+        <value cell_index="31233" local_entity="0" value="0" />
+        <value cell_index="31234" local_entity="0" value="0" />
+        <value cell_index="31235" local_entity="0" value="0" />
+        <value cell_index="31236" local_entity="0" value="0" />
+        <value cell_index="31237" local_entity="0" value="0" />
+        <value cell_index="31238" local_entity="0" value="0" />
+        <value cell_index="31239" local_entity="0" value="0" />
+        <value cell_index="31240" local_entity="0" value="0" />
+        <value cell_index="31241" local_entity="0" value="0" />
+        <value cell_index="31242" local_entity="0" value="0" />
+        <value cell_index="31243" local_entity="0" value="0" />
+        <value cell_index="31244" local_entity="0" value="0" />
+        <value cell_index="31245" local_entity="0" value="0" />
+        <value cell_index="31246" local_entity="0" value="0" />
+        <value cell_index="31247" local_entity="0" value="0" />
+        <value cell_index="31248" local_entity="0" value="0" />
+        <value cell_index="31249" local_entity="0" value="0" />
+        <value cell_index="31250" local_entity="0" value="0" />
+        <value cell_index="31251" local_entity="0" value="0" />
+        <value cell_index="31252" local_entity="0" value="0" />
+        <value cell_index="31253" local_entity="0" value="0" />
+        <value cell_index="31254" local_entity="0" value="0" />
+        <value cell_index="31255" local_entity="0" value="0" />
+        <value cell_index="31256" local_entity="0" value="0" />
+        <value cell_index="31257" local_entity="0" value="0" />
+        <value cell_index="31258" local_entity="0" value="0" />
+        <value cell_index="31259" local_entity="0" value="0" />
+        <value cell_index="31260" local_entity="0" value="0" />
+        <value cell_index="31261" local_entity="0" value="0" />
+        <value cell_index="31262" local_entity="0" value="0" />
+        <value cell_index="31263" local_entity="0" value="0" />
+        <value cell_index="31264" local_entity="0" value="0" />
+        <value cell_index="31265" local_entity="0" value="0" />
+        <value cell_index="31266" local_entity="0" value="0" />
+        <value cell_index="31267" local_entity="0" value="0" />
+        <value cell_index="31268" local_entity="0" value="0" />
+        <value cell_index="31269" local_entity="0" value="0" />
+        <value cell_index="31270" local_entity="0" value="0" />
+        <value cell_index="31271" local_entity="0" value="0" />
+        <value cell_index="31272" local_entity="0" value="0" />
+        <value cell_index="31273" local_entity="0" value="0" />
+        <value cell_index="31274" local_entity="0" value="0" />
+        <value cell_index="31275" local_entity="0" value="0" />
+        <value cell_index="31276" local_entity="0" value="0" />
+        <value cell_index="31277" local_entity="0" value="0" />
+        <value cell_index="31278" local_entity="0" value="0" />
+        <value cell_index="31279" local_entity="0" value="0" />
+        <value cell_index="31280" local_entity="0" value="0" />
+        <value cell_index="31281" local_entity="0" value="0" />
+        <value cell_index="31282" local_entity="0" value="0" />
+        <value cell_index="31283" local_entity="0" value="0" />
+        <value cell_index="31284" local_entity="0" value="0" />
+        <value cell_index="31285" local_entity="0" value="0" />
+        <value cell_index="31286" local_entity="0" value="0" />
+        <value cell_index="31287" local_entity="0" value="0" />
+        <value cell_index="31288" local_entity="0" value="0" />
+        <value cell_index="31289" local_entity="0" value="0" />
+        <value cell_index="31290" local_entity="0" value="0" />
+        <value cell_index="31291" local_entity="0" value="0" />
+        <value cell_index="31292" local_entity="0" value="0" />
+        <value cell_index="31293" local_entity="0" value="0" />
+        <value cell_index="31294" local_entity="0" value="0" />
+        <value cell_index="31295" local_entity="0" value="0" />
+        <value cell_index="31296" local_entity="0" value="0" />
+        <value cell_index="31297" local_entity="0" value="0" />
+        <value cell_index="31298" local_entity="0" value="0" />
+        <value cell_index="31299" local_entity="0" value="0" />
+        <value cell_index="31300" local_entity="0" value="0" />
+        <value cell_index="31301" local_entity="0" value="0" />
+        <value cell_index="31302" local_entity="0" value="0" />
+        <value cell_index="31303" local_entity="0" value="0" />
+        <value cell_index="31304" local_entity="0" value="0" />
+        <value cell_index="31305" local_entity="0" value="0" />
+        <value cell_index="31306" local_entity="0" value="0" />
+        <value cell_index="31307" local_entity="0" value="0" />
+        <value cell_index="31308" local_entity="0" value="0" />
+        <value cell_index="31309" local_entity="0" value="0" />
+        <value cell_index="31310" local_entity="0" value="0" />
+        <value cell_index="31311" local_entity="0" value="0" />
+        <value cell_index="31312" local_entity="0" value="0" />
+        <value cell_index="31313" local_entity="0" value="0" />
+        <value cell_index="31314" local_entity="0" value="0" />
+        <value cell_index="31315" local_entity="0" value="0" />
+        <value cell_index="31316" local_entity="0" value="0" />
+        <value cell_index="31317" local_entity="0" value="0" />
+        <value cell_index="31318" local_entity="0" value="0" />
+        <value cell_index="31319" local_entity="0" value="0" />
+        <value cell_index="31320" local_entity="0" value="0" />
+        <value cell_index="31321" local_entity="0" value="0" />
+        <value cell_index="31322" local_entity="0" value="0" />
+        <value cell_index="31323" local_entity="0" value="0" />
+        <value cell_index="31324" local_entity="0" value="0" />
+        <value cell_index="31325" local_entity="0" value="0" />
+        <value cell_index="31326" local_entity="0" value="0" />
+        <value cell_index="31327" local_entity="0" value="0" />
+        <value cell_index="31328" local_entity="0" value="0" />
+        <value cell_index="31329" local_entity="0" value="0" />
+        <value cell_index="31330" local_entity="0" value="0" />
+        <value cell_index="31331" local_entity="0" value="0" />
+        <value cell_index="31332" local_entity="0" value="0" />
+        <value cell_index="31333" local_entity="0" value="0" />
+        <value cell_index="31334" local_entity="0" value="0" />
+        <value cell_index="31335" local_entity="0" value="0" />
+        <value cell_index="31336" local_entity="0" value="0" />
+        <value cell_index="31337" local_entity="0" value="0" />
+        <value cell_index="31338" local_entity="0" value="0" />
+        <value cell_index="31339" local_entity="0" value="0" />
+        <value cell_index="31340" local_entity="0" value="0" />
+        <value cell_index="31341" local_entity="0" value="0" />
+        <value cell_index="31342" local_entity="0" value="0" />
+        <value cell_index="31343" local_entity="0" value="0" />
+        <value cell_index="31344" local_entity="0" value="0" />
+        <value cell_index="31345" local_entity="0" value="0" />
+        <value cell_index="31346" local_entity="0" value="0" />
+        <value cell_index="31347" local_entity="0" value="0" />
+        <value cell_index="31348" local_entity="0" value="0" />
+        <value cell_index="31349" local_entity="0" value="0" />
+        <value cell_index="31350" local_entity="0" value="0" />
+        <value cell_index="31351" local_entity="0" value="0" />
+        <value cell_index="31352" local_entity="0" value="0" />
+        <value cell_index="31353" local_entity="0" value="0" />
+        <value cell_index="31354" local_entity="0" value="0" />
+        <value cell_index="31355" local_entity="0" value="0" />
+        <value cell_index="31356" local_entity="0" value="0" />
+        <value cell_index="31357" local_entity="0" value="0" />
+        <value cell_index="31358" local_entity="0" value="0" />
+        <value cell_index="31359" local_entity="0" value="0" />
+        <value cell_index="31360" local_entity="0" value="0" />
+        <value cell_index="31361" local_entity="0" value="0" />
+        <value cell_index="31362" local_entity="0" value="0" />
+        <value cell_index="31363" local_entity="0" value="0" />
+        <value cell_index="31364" local_entity="0" value="0" />
+        <value cell_index="31365" local_entity="0" value="0" />
+        <value cell_index="31366" local_entity="0" value="0" />
+        <value cell_index="31367" local_entity="0" value="0" />
+        <value cell_index="31368" local_entity="0" value="0" />
+        <value cell_index="31369" local_entity="0" value="0" />
+        <value cell_index="31370" local_entity="0" value="0" />
+        <value cell_index="31371" local_entity="0" value="0" />
+        <value cell_index="31372" local_entity="0" value="0" />
+        <value cell_index="31373" local_entity="0" value="0" />
+        <value cell_index="31374" local_entity="0" value="0" />
+        <value cell_index="31375" local_entity="0" value="0" />
+        <value cell_index="31376" local_entity="0" value="0" />
+        <value cell_index="31377" local_entity="0" value="0" />
+        <value cell_index="31378" local_entity="0" value="0" />
+        <value cell_index="31379" local_entity="0" value="0" />
+        <value cell_index="31380" local_entity="0" value="0" />
+        <value cell_index="31381" local_entity="0" value="0" />
+        <value cell_index="31382" local_entity="0" value="0" />
+        <value cell_index="31383" local_entity="0" value="0" />
+        <value cell_index="31384" local_entity="0" value="0" />
+        <value cell_index="31385" local_entity="0" value="0" />
+        <value cell_index="31386" local_entity="0" value="0" />
+        <value cell_index="31387" local_entity="0" value="0" />
+        <value cell_index="31388" local_entity="0" value="0" />
+        <value cell_index="31389" local_entity="0" value="0" />
+        <value cell_index="31390" local_entity="0" value="0" />
+        <value cell_index="31391" local_entity="0" value="0" />
+        <value cell_index="31392" local_entity="0" value="0" />
+        <value cell_index="31393" local_entity="0" value="0" />
+        <value cell_index="31394" local_entity="0" value="0" />
+        <value cell_index="31395" local_entity="0" value="0" />
+        <value cell_index="31396" local_entity="0" value="0" />
+        <value cell_index="31397" local_entity="0" value="0" />
+        <value cell_index="31398" local_entity="0" value="0" />
+        <value cell_index="31399" local_entity="0" value="0" />
+        <value cell_index="31400" local_entity="0" value="0" />
+        <value cell_index="31401" local_entity="0" value="0" />
+        <value cell_index="31402" local_entity="0" value="0" />
+        <value cell_index="31403" local_entity="0" value="0" />
+        <value cell_index="31404" local_entity="0" value="0" />
+        <value cell_index="31405" local_entity="0" value="0" />
+        <value cell_index="31406" local_entity="0" value="0" />
+        <value cell_index="31407" local_entity="0" value="0" />
+        <value cell_index="31408" local_entity="0" value="0" />
+        <value cell_index="31409" local_entity="0" value="0" />
+        <value cell_index="31410" local_entity="0" value="0" />
+        <value cell_index="31411" local_entity="0" value="0" />
+        <value cell_index="31412" local_entity="0" value="0" />
+        <value cell_index="31413" local_entity="0" value="0" />
+        <value cell_index="31414" local_entity="0" value="0" />
+        <value cell_index="31415" local_entity="0" value="0" />
+        <value cell_index="31416" local_entity="0" value="0" />
+        <value cell_index="31417" local_entity="0" value="0" />
+        <value cell_index="31418" local_entity="0" value="0" />
+        <value cell_index="31419" local_entity="0" value="0" />
+        <value cell_index="31420" local_entity="0" value="0" />
+        <value cell_index="31421" local_entity="0" value="0" />
+        <value cell_index="31422" local_entity="0" value="0" />
+        <value cell_index="31423" local_entity="0" value="0" />
+        <value cell_index="31424" local_entity="0" value="0" />
+        <value cell_index="31425" local_entity="0" value="0" />
+        <value cell_index="31426" local_entity="0" value="0" />
+        <value cell_index="31427" local_entity="0" value="0" />
+        <value cell_index="31428" local_entity="0" value="0" />
+        <value cell_index="31429" local_entity="0" value="0" />
+        <value cell_index="31430" local_entity="0" value="0" />
+        <value cell_index="31431" local_entity="0" value="0" />
+        <value cell_index="31432" local_entity="0" value="0" />
+        <value cell_index="31433" local_entity="0" value="0" />
+        <value cell_index="31434" local_entity="0" value="0" />
+        <value cell_index="31435" local_entity="0" value="0" />
+        <value cell_index="31436" local_entity="0" value="0" />
+        <value cell_index="31437" local_entity="0" value="0" />
+        <value cell_index="31438" local_entity="0" value="0" />
+        <value cell_index="31439" local_entity="0" value="0" />
+        <value cell_index="31440" local_entity="0" value="0" />
+        <value cell_index="31441" local_entity="0" value="0" />
+        <value cell_index="31442" local_entity="0" value="0" />
+        <value cell_index="31443" local_entity="0" value="0" />
+        <value cell_index="31444" local_entity="0" value="0" />
+        <value cell_index="31445" local_entity="0" value="0" />
+        <value cell_index="31446" local_entity="0" value="0" />
+        <value cell_index="31447" local_entity="0" value="0" />
+        <value cell_index="31448" local_entity="0" value="0" />
+        <value cell_index="31449" local_entity="0" value="0" />
+        <value cell_index="31450" local_entity="0" value="0" />
+        <value cell_index="31451" local_entity="0" value="0" />
+        <value cell_index="31452" local_entity="0" value="0" />
+        <value cell_index="31453" local_entity="0" value="0" />
+        <value cell_index="31454" local_entity="0" value="0" />
+        <value cell_index="31455" local_entity="0" value="0" />
+        <value cell_index="31456" local_entity="0" value="0" />
+        <value cell_index="31457" local_entity="0" value="0" />
+        <value cell_index="31458" local_entity="0" value="0" />
+        <value cell_index="31459" local_entity="0" value="0" />
+        <value cell_index="31460" local_entity="0" value="0" />
+        <value cell_index="31461" local_entity="0" value="0" />
+        <value cell_index="31462" local_entity="0" value="0" />
+        <value cell_index="31463" local_entity="0" value="0" />
+        <value cell_index="31464" local_entity="0" value="0" />
+        <value cell_index="31465" local_entity="0" value="0" />
+        <value cell_index="31466" local_entity="0" value="0" />
+        <value cell_index="31467" local_entity="0" value="0" />
+        <value cell_index="31468" local_entity="0" value="0" />
+        <value cell_index="31469" local_entity="0" value="0" />
+        <value cell_index="31470" local_entity="0" value="0" />
+        <value cell_index="31471" local_entity="0" value="0" />
+        <value cell_index="31472" local_entity="0" value="0" />
+        <value cell_index="31473" local_entity="0" value="0" />
+        <value cell_index="31474" local_entity="0" value="0" />
+        <value cell_index="31475" local_entity="0" value="0" />
+        <value cell_index="31476" local_entity="0" value="0" />
+        <value cell_index="31477" local_entity="0" value="0" />
+        <value cell_index="31478" local_entity="0" value="0" />
+        <value cell_index="31479" local_entity="0" value="0" />
+        <value cell_index="31480" local_entity="0" value="0" />
+        <value cell_index="31481" local_entity="0" value="0" />
+        <value cell_index="31482" local_entity="0" value="0" />
+        <value cell_index="31483" local_entity="0" value="0" />
+        <value cell_index="31484" local_entity="0" value="0" />
+        <value cell_index="31485" local_entity="0" value="0" />
+        <value cell_index="31486" local_entity="0" value="0" />
+        <value cell_index="31487" local_entity="0" value="0" />
+        <value cell_index="31488" local_entity="0" value="0" />
+        <value cell_index="31489" local_entity="0" value="0" />
+        <value cell_index="31490" local_entity="0" value="0" />
+        <value cell_index="31491" local_entity="0" value="0" />
+        <value cell_index="31492" local_entity="0" value="0" />
+        <value cell_index="31493" local_entity="0" value="0" />
+        <value cell_index="31494" local_entity="0" value="0" />
+        <value cell_index="31495" local_entity="0" value="0" />
+        <value cell_index="31496" local_entity="0" value="0" />
+        <value cell_index="31497" local_entity="0" value="0" />
+        <value cell_index="31498" local_entity="0" value="0" />
+        <value cell_index="31499" local_entity="0" value="0" />
+        <value cell_index="31500" local_entity="0" value="0" />
+        <value cell_index="31501" local_entity="0" value="0" />
+        <value cell_index="31502" local_entity="0" value="0" />
+        <value cell_index="31503" local_entity="0" value="0" />
+        <value cell_index="31504" local_entity="0" value="0" />
+        <value cell_index="31505" local_entity="0" value="0" />
+        <value cell_index="31506" local_entity="0" value="0" />
+        <value cell_index="31507" local_entity="0" value="0" />
+        <value cell_index="31508" local_entity="0" value="0" />
+        <value cell_index="31509" local_entity="0" value="0" />
+        <value cell_index="31510" local_entity="0" value="0" />
+        <value cell_index="31511" local_entity="0" value="0" />
+        <value cell_index="31512" local_entity="0" value="0" />
+        <value cell_index="31513" local_entity="0" value="0" />
+        <value cell_index="31514" local_entity="0" value="0" />
+        <value cell_index="31515" local_entity="0" value="0" />
+        <value cell_index="31516" local_entity="0" value="0" />
+        <value cell_index="31517" local_entity="0" value="0" />
+        <value cell_index="31518" local_entity="0" value="0" />
+        <value cell_index="31519" local_entity="0" value="0" />
+        <value cell_index="31520" local_entity="0" value="0" />
+        <value cell_index="31521" local_entity="0" value="0" />
+        <value cell_index="31522" local_entity="0" value="0" />
+        <value cell_index="31523" local_entity="0" value="0" />
+        <value cell_index="31524" local_entity="0" value="0" />
+        <value cell_index="31525" local_entity="0" value="0" />
+        <value cell_index="31526" local_entity="0" value="0" />
+        <value cell_index="31527" local_entity="0" value="0" />
+        <value cell_index="31528" local_entity="0" value="0" />
+        <value cell_index="31529" local_entity="0" value="0" />
+        <value cell_index="31530" local_entity="0" value="0" />
+        <value cell_index="31531" local_entity="0" value="0" />
+        <value cell_index="31532" local_entity="0" value="0" />
+        <value cell_index="31533" local_entity="0" value="0" />
+        <value cell_index="31534" local_entity="0" value="0" />
+        <value cell_index="31535" local_entity="0" value="0" />
+        <value cell_index="31536" local_entity="0" value="0" />
+        <value cell_index="31537" local_entity="0" value="0" />
+        <value cell_index="31538" local_entity="0" value="0" />
+        <value cell_index="31539" local_entity="0" value="0" />
+        <value cell_index="31540" local_entity="0" value="0" />
+        <value cell_index="31541" local_entity="0" value="0" />
+        <value cell_index="31542" local_entity="0" value="0" />
+        <value cell_index="31543" local_entity="0" value="0" />
+        <value cell_index="31544" local_entity="0" value="0" />
+        <value cell_index="31545" local_entity="0" value="0" />
+        <value cell_index="31546" local_entity="0" value="0" />
+        <value cell_index="31547" local_entity="0" value="0" />
+        <value cell_index="31548" local_entity="0" value="0" />
+        <value cell_index="31549" local_entity="0" value="0" />
+        <value cell_index="31550" local_entity="0" value="0" />
+        <value cell_index="31551" local_entity="0" value="0" />
+        <value cell_index="31552" local_entity="0" value="0" />
+        <value cell_index="31553" local_entity="0" value="0" />
+        <value cell_index="31554" local_entity="0" value="0" />
+        <value cell_index="31555" local_entity="0" value="0" />
+        <value cell_index="31556" local_entity="0" value="0" />
+        <value cell_index="31557" local_entity="0" value="0" />
+        <value cell_index="31558" local_entity="0" value="0" />
+        <value cell_index="31559" local_entity="0" value="0" />
+        <value cell_index="31560" local_entity="0" value="0" />
+        <value cell_index="31561" local_entity="0" value="0" />
+        <value cell_index="31562" local_entity="0" value="0" />
+        <value cell_index="31563" local_entity="0" value="0" />
+        <value cell_index="31564" local_entity="0" value="0" />
+        <value cell_index="31565" local_entity="0" value="0" />
+        <value cell_index="31566" local_entity="0" value="0" />
+        <value cell_index="31567" local_entity="0" value="0" />
+        <value cell_index="31568" local_entity="0" value="0" />
+        <value cell_index="31569" local_entity="0" value="0" />
+        <value cell_index="31570" local_entity="0" value="0" />
+        <value cell_index="31571" local_entity="0" value="0" />
+        <value cell_index="31572" local_entity="0" value="0" />
+        <value cell_index="31573" local_entity="0" value="0" />
+        <value cell_index="31574" local_entity="0" value="0" />
+        <value cell_index="31575" local_entity="0" value="0" />
+        <value cell_index="31576" local_entity="0" value="0" />
+        <value cell_index="31577" local_entity="0" value="0" />
+        <value cell_index="31578" local_entity="0" value="0" />
+        <value cell_index="31579" local_entity="0" value="0" />
+        <value cell_index="31580" local_entity="0" value="0" />
+        <value cell_index="31581" local_entity="0" value="0" />
+        <value cell_index="31582" local_entity="0" value="0" />
+        <value cell_index="31583" local_entity="0" value="0" />
+        <value cell_index="31584" local_entity="0" value="0" />
+        <value cell_index="31585" local_entity="0" value="0" />
+        <value cell_index="31586" local_entity="0" value="0" />
+        <value cell_index="31587" local_entity="0" value="0" />
+        <value cell_index="31588" local_entity="0" value="0" />
+        <value cell_index="31589" local_entity="0" value="0" />
+        <value cell_index="31590" local_entity="0" value="0" />
+        <value cell_index="31591" local_entity="0" value="0" />
+        <value cell_index="31592" local_entity="0" value="0" />
+        <value cell_index="31593" local_entity="0" value="0" />
+        <value cell_index="31594" local_entity="0" value="0" />
+        <value cell_index="31595" local_entity="0" value="0" />
+        <value cell_index="31596" local_entity="0" value="0" />
+        <value cell_index="31597" local_entity="0" value="0" />
+        <value cell_index="31598" local_entity="0" value="0" />
+        <value cell_index="31599" local_entity="0" value="0" />
+        <value cell_index="31600" local_entity="0" value="0" />
+        <value cell_index="31601" local_entity="0" value="0" />
+        <value cell_index="31602" local_entity="0" value="0" />
+        <value cell_index="31603" local_entity="0" value="0" />
+        <value cell_index="31604" local_entity="0" value="0" />
+        <value cell_index="31605" local_entity="0" value="0" />
+        <value cell_index="31606" local_entity="0" value="0" />
+        <value cell_index="31607" local_entity="0" value="0" />
+        <value cell_index="31608" local_entity="0" value="0" />
+        <value cell_index="31609" local_entity="0" value="0" />
+        <value cell_index="31610" local_entity="0" value="0" />
+        <value cell_index="31611" local_entity="0" value="0" />
+        <value cell_index="31612" local_entity="0" value="0" />
+        <value cell_index="31613" local_entity="0" value="0" />
+        <value cell_index="31614" local_entity="0" value="0" />
+        <value cell_index="31615" local_entity="0" value="0" />
+        <value cell_index="31616" local_entity="0" value="0" />
+        <value cell_index="31617" local_entity="0" value="0" />
+        <value cell_index="31618" local_entity="0" value="0" />
+        <value cell_index="31619" local_entity="0" value="0" />
+        <value cell_index="31620" local_entity="0" value="0" />
+        <value cell_index="31621" local_entity="0" value="0" />
+        <value cell_index="31622" local_entity="0" value="0" />
+        <value cell_index="31623" local_entity="0" value="0" />
+        <value cell_index="31624" local_entity="0" value="0" />
+        <value cell_index="31625" local_entity="0" value="0" />
+        <value cell_index="31626" local_entity="0" value="0" />
+        <value cell_index="31627" local_entity="0" value="0" />
+        <value cell_index="31628" local_entity="0" value="0" />
+        <value cell_index="31629" local_entity="0" value="0" />
+        <value cell_index="31630" local_entity="0" value="0" />
+        <value cell_index="31631" local_entity="0" value="0" />
+        <value cell_index="31632" local_entity="0" value="0" />
+        <value cell_index="31633" local_entity="0" value="0" />
+        <value cell_index="31634" local_entity="0" value="0" />
+        <value cell_index="31635" local_entity="0" value="0" />
+        <value cell_index="31636" local_entity="0" value="0" />
+        <value cell_index="31637" local_entity="0" value="0" />
+        <value cell_index="31638" local_entity="0" value="0" />
+        <value cell_index="31639" local_entity="0" value="0" />
+        <value cell_index="31640" local_entity="0" value="0" />
+        <value cell_index="31641" local_entity="0" value="0" />
+        <value cell_index="31642" local_entity="0" value="0" />
+        <value cell_index="31643" local_entity="0" value="0" />
+        <value cell_index="31644" local_entity="0" value="0" />
+        <value cell_index="31645" local_entity="0" value="0" />
+        <value cell_index="31646" local_entity="0" value="0" />
+        <value cell_index="31647" local_entity="0" value="0" />
+        <value cell_index="31648" local_entity="0" value="0" />
+        <value cell_index="31649" local_entity="0" value="0" />
+        <value cell_index="31650" local_entity="0" value="0" />
+        <value cell_index="31651" local_entity="0" value="0" />
+        <value cell_index="31652" local_entity="0" value="0" />
+        <value cell_index="31653" local_entity="0" value="0" />
+        <value cell_index="31654" local_entity="0" value="0" />
+        <value cell_index="31655" local_entity="0" value="0" />
+        <value cell_index="31656" local_entity="0" value="0" />
+        <value cell_index="31657" local_entity="0" value="0" />
+        <value cell_index="31658" local_entity="0" value="0" />
+        <value cell_index="31659" local_entity="0" value="0" />
+        <value cell_index="31660" local_entity="0" value="0" />
+        <value cell_index="31661" local_entity="0" value="0" />
+        <value cell_index="31662" local_entity="0" value="0" />
+        <value cell_index="31663" local_entity="0" value="0" />
+        <value cell_index="31664" local_entity="0" value="0" />
+        <value cell_index="31665" local_entity="0" value="0" />
+        <value cell_index="31666" local_entity="0" value="0" />
+        <value cell_index="31667" local_entity="0" value="0" />
+        <value cell_index="31668" local_entity="0" value="0" />
+        <value cell_index="31669" local_entity="0" value="0" />
+        <value cell_index="31670" local_entity="0" value="0" />
+        <value cell_index="31671" local_entity="0" value="0" />
+        <value cell_index="31672" local_entity="0" value="0" />
+        <value cell_index="31673" local_entity="0" value="0" />
+        <value cell_index="31674" local_entity="0" value="0" />
+        <value cell_index="31675" local_entity="0" value="0" />
+        <value cell_index="31676" local_entity="0" value="0" />
+        <value cell_index="31677" local_entity="0" value="0" />
+        <value cell_index="31678" local_entity="0" value="0" />
+        <value cell_index="31679" local_entity="0" value="0" />
+        <value cell_index="31680" local_entity="0" value="0" />
+        <value cell_index="31681" local_entity="0" value="0" />
+        <value cell_index="31682" local_entity="0" value="0" />
+        <value cell_index="31683" local_entity="0" value="0" />
+        <value cell_index="31684" local_entity="0" value="0" />
+        <value cell_index="31685" local_entity="0" value="0" />
+        <value cell_index="31686" local_entity="0" value="0" />
+        <value cell_index="31687" local_entity="0" value="0" />
+        <value cell_index="31688" local_entity="0" value="0" />
+        <value cell_index="31689" local_entity="0" value="0" />
+        <value cell_index="31690" local_entity="0" value="0" />
+        <value cell_index="31691" local_entity="0" value="0" />
+        <value cell_index="31692" local_entity="0" value="0" />
+        <value cell_index="31693" local_entity="0" value="0" />
+        <value cell_index="31694" local_entity="0" value="0" />
+        <value cell_index="31695" local_entity="0" value="0" />
+        <value cell_index="31696" local_entity="0" value="0" />
+        <value cell_index="31697" local_entity="0" value="0" />
+        <value cell_index="31698" local_entity="0" value="0" />
+        <value cell_index="31699" local_entity="0" value="0" />
+        <value cell_index="31700" local_entity="0" value="0" />
+        <value cell_index="31701" local_entity="0" value="0" />
+        <value cell_index="31702" local_entity="0" value="0" />
+        <value cell_index="31703" local_entity="0" value="0" />
+        <value cell_index="31704" local_entity="0" value="0" />
+        <value cell_index="31705" local_entity="0" value="0" />
+        <value cell_index="31706" local_entity="0" value="0" />
+        <value cell_index="31707" local_entity="0" value="0" />
+        <value cell_index="31708" local_entity="0" value="0" />
+        <value cell_index="31709" local_entity="0" value="0" />
+        <value cell_index="31710" local_entity="0" value="0" />
+        <value cell_index="31711" local_entity="0" value="0" />
+        <value cell_index="31712" local_entity="0" value="0" />
+        <value cell_index="31713" local_entity="0" value="0" />
+        <value cell_index="31714" local_entity="0" value="0" />
+        <value cell_index="31715" local_entity="0" value="0" />
+        <value cell_index="31716" local_entity="0" value="0" />
+        <value cell_index="31717" local_entity="0" value="0" />
+        <value cell_index="31718" local_entity="0" value="0" />
+        <value cell_index="31719" local_entity="0" value="0" />
+        <value cell_index="31720" local_entity="0" value="0" />
+        <value cell_index="31721" local_entity="0" value="0" />
+        <value cell_index="31722" local_entity="0" value="0" />
+        <value cell_index="31723" local_entity="0" value="0" />
+        <value cell_index="31724" local_entity="0" value="0" />
+        <value cell_index="31725" local_entity="0" value="0" />
+        <value cell_index="31726" local_entity="0" value="0" />
+        <value cell_index="31727" local_entity="0" value="0" />
+        <value cell_index="31728" local_entity="0" value="0" />
+        <value cell_index="31729" local_entity="0" value="0" />
+        <value cell_index="31730" local_entity="0" value="0" />
+        <value cell_index="31731" local_entity="0" value="0" />
+        <value cell_index="31732" local_entity="0" value="0" />
+        <value cell_index="31733" local_entity="0" value="0" />
+        <value cell_index="31734" local_entity="0" value="0" />
+        <value cell_index="31735" local_entity="0" value="0" />
+        <value cell_index="31736" local_entity="0" value="0" />
+        <value cell_index="31737" local_entity="0" value="0" />
+        <value cell_index="31738" local_entity="0" value="0" />
+        <value cell_index="31739" local_entity="0" value="0" />
+        <value cell_index="31740" local_entity="0" value="0" />
+        <value cell_index="31741" local_entity="0" value="0" />
+        <value cell_index="31742" local_entity="0" value="0" />
+        <value cell_index="31743" local_entity="0" value="0" />
+        <value cell_index="31744" local_entity="0" value="0" />
+        <value cell_index="31745" local_entity="0" value="0" />
+        <value cell_index="31746" local_entity="0" value="0" />
+        <value cell_index="31747" local_entity="0" value="0" />
+        <value cell_index="31748" local_entity="0" value="0" />
+        <value cell_index="31749" local_entity="0" value="0" />
+        <value cell_index="31750" local_entity="0" value="0" />
+        <value cell_index="31751" local_entity="0" value="0" />
+        <value cell_index="31752" local_entity="0" value="0" />
+        <value cell_index="31753" local_entity="0" value="0" />
+        <value cell_index="31754" local_entity="0" value="0" />
+        <value cell_index="31755" local_entity="0" value="0" />
+        <value cell_index="31756" local_entity="0" value="0" />
+        <value cell_index="31757" local_entity="0" value="0" />
+        <value cell_index="31758" local_entity="0" value="0" />
+        <value cell_index="31759" local_entity="0" value="0" />
+        <value cell_index="31760" local_entity="0" value="0" />
+        <value cell_index="31761" local_entity="0" value="0" />
+        <value cell_index="31762" local_entity="0" value="0" />
+        <value cell_index="31763" local_entity="0" value="0" />
+        <value cell_index="31764" local_entity="0" value="0" />
+        <value cell_index="31765" local_entity="0" value="0" />
+        <value cell_index="31766" local_entity="0" value="0" />
+        <value cell_index="31767" local_entity="0" value="0" />
+        <value cell_index="31768" local_entity="0" value="0" />
+        <value cell_index="31769" local_entity="0" value="0" />
+        <value cell_index="31770" local_entity="0" value="0" />
+        <value cell_index="31771" local_entity="0" value="0" />
+        <value cell_index="31772" local_entity="0" value="0" />
+        <value cell_index="31773" local_entity="0" value="0" />
+        <value cell_index="31774" local_entity="0" value="0" />
+        <value cell_index="31775" local_entity="0" value="0" />
+        <value cell_index="31776" local_entity="0" value="0" />
+        <value cell_index="31777" local_entity="0" value="0" />
+        <value cell_index="31778" local_entity="0" value="0" />
+        <value cell_index="31779" local_entity="0" value="0" />
+        <value cell_index="31780" local_entity="0" value="0" />
+        <value cell_index="31781" local_entity="0" value="0" />
+        <value cell_index="31782" local_entity="0" value="0" />
+        <value cell_index="31783" local_entity="0" value="0" />
+        <value cell_index="31784" local_entity="0" value="0" />
+        <value cell_index="31785" local_entity="0" value="0" />
+        <value cell_index="31786" local_entity="0" value="0" />
+        <value cell_index="31787" local_entity="0" value="0" />
+        <value cell_index="31788" local_entity="0" value="0" />
+        <value cell_index="31789" local_entity="0" value="0" />
+        <value cell_index="31790" local_entity="0" value="0" />
+        <value cell_index="31791" local_entity="0" value="0" />
+        <value cell_index="31792" local_entity="0" value="0" />
+        <value cell_index="31793" local_entity="0" value="0" />
+        <value cell_index="31794" local_entity="0" value="0" />
+        <value cell_index="31795" local_entity="0" value="0" />
+        <value cell_index="31796" local_entity="0" value="0" />
+        <value cell_index="31797" local_entity="0" value="0" />
+        <value cell_index="31798" local_entity="0" value="0" />
+        <value cell_index="31799" local_entity="0" value="0" />
+        <value cell_index="31800" local_entity="0" value="0" />
+        <value cell_index="31801" local_entity="0" value="0" />
+        <value cell_index="31802" local_entity="0" value="0" />
+        <value cell_index="31803" local_entity="0" value="0" />
+        <value cell_index="31804" local_entity="0" value="0" />
+        <value cell_index="31805" local_entity="0" value="0" />
+        <value cell_index="31806" local_entity="0" value="0" />
+        <value cell_index="31807" local_entity="0" value="0" />
+        <value cell_index="31808" local_entity="0" value="0" />
+        <value cell_index="31809" local_entity="0" value="0" />
+        <value cell_index="31810" local_entity="0" value="0" />
+        <value cell_index="31811" local_entity="0" value="0" />
+        <value cell_index="31812" local_entity="0" value="0" />
+        <value cell_index="31813" local_entity="0" value="0" />
+        <value cell_index="31814" local_entity="0" value="0" />
+        <value cell_index="31815" local_entity="0" value="0" />
+        <value cell_index="31816" local_entity="0" value="0" />
+        <value cell_index="31817" local_entity="0" value="0" />
+        <value cell_index="31818" local_entity="0" value="0" />
+        <value cell_index="31819" local_entity="0" value="0" />
+        <value cell_index="31820" local_entity="0" value="0" />
+        <value cell_index="31821" local_entity="0" value="0" />
+        <value cell_index="31822" local_entity="0" value="0" />
+        <value cell_index="31823" local_entity="0" value="0" />
+        <value cell_index="31824" local_entity="0" value="0" />
+        <value cell_index="31825" local_entity="0" value="0" />
+        <value cell_index="31826" local_entity="0" value="0" />
+        <value cell_index="31827" local_entity="0" value="0" />
+        <value cell_index="31828" local_entity="0" value="0" />
+        <value cell_index="31829" local_entity="0" value="0" />
+        <value cell_index="31830" local_entity="0" value="0" />
+        <value cell_index="31831" local_entity="0" value="0" />
+        <value cell_index="31832" local_entity="0" value="0" />
+        <value cell_index="31833" local_entity="0" value="0" />
+        <value cell_index="31834" local_entity="0" value="0" />
+        <value cell_index="31835" local_entity="0" value="0" />
+        <value cell_index="31836" local_entity="0" value="0" />
+        <value cell_index="31837" local_entity="0" value="0" />
+        <value cell_index="31838" local_entity="0" value="0" />
+        <value cell_index="31839" local_entity="0" value="0" />
+        <value cell_index="31840" local_entity="0" value="0" />
+        <value cell_index="31841" local_entity="0" value="0" />
+        <value cell_index="31842" local_entity="0" value="0" />
+        <value cell_index="31843" local_entity="0" value="0" />
+        <value cell_index="31844" local_entity="0" value="0" />
+        <value cell_index="31845" local_entity="0" value="0" />
+        <value cell_index="31846" local_entity="0" value="0" />
+        <value cell_index="31847" local_entity="0" value="0" />
+        <value cell_index="31848" local_entity="0" value="0" />
+        <value cell_index="31849" local_entity="0" value="0" />
+        <value cell_index="31850" local_entity="0" value="0" />
+        <value cell_index="31851" local_entity="0" value="0" />
+        <value cell_index="31852" local_entity="0" value="0" />
+        <value cell_index="31853" local_entity="0" value="0" />
+        <value cell_index="31854" local_entity="0" value="0" />
+        <value cell_index="31855" local_entity="0" value="0" />
+        <value cell_index="31856" local_entity="0" value="0" />
+        <value cell_index="31857" local_entity="0" value="0" />
+        <value cell_index="31858" local_entity="0" value="0" />
+        <value cell_index="31859" local_entity="0" value="0" />
+        <value cell_index="31860" local_entity="0" value="0" />
+        <value cell_index="31861" local_entity="0" value="0" />
+        <value cell_index="31862" local_entity="0" value="0" />
+        <value cell_index="31863" local_entity="0" value="0" />
+        <value cell_index="31864" local_entity="0" value="0" />
+        <value cell_index="31865" local_entity="0" value="0" />
+        <value cell_index="31866" local_entity="0" value="0" />
+        <value cell_index="31867" local_entity="0" value="0" />
+        <value cell_index="31868" local_entity="0" value="0" />
+        <value cell_index="31869" local_entity="0" value="0" />
+        <value cell_index="31870" local_entity="0" value="0" />
+        <value cell_index="31871" local_entity="0" value="0" />
+        <value cell_index="31872" local_entity="0" value="0" />
+        <value cell_index="31873" local_entity="0" value="0" />
+        <value cell_index="31874" local_entity="0" value="0" />
+        <value cell_index="31875" local_entity="0" value="0" />
+        <value cell_index="31876" local_entity="0" value="0" />
+        <value cell_index="31877" local_entity="0" value="0" />
+        <value cell_index="31878" local_entity="0" value="0" />
+        <value cell_index="31879" local_entity="0" value="0" />
+        <value cell_index="31880" local_entity="0" value="0" />
+        <value cell_index="31881" local_entity="0" value="0" />
+        <value cell_index="31882" local_entity="0" value="0" />
+        <value cell_index="31883" local_entity="0" value="0" />
+        <value cell_index="31884" local_entity="0" value="0" />
+        <value cell_index="31885" local_entity="0" value="0" />
+        <value cell_index="31886" local_entity="0" value="0" />
+        <value cell_index="31887" local_entity="0" value="0" />
+        <value cell_index="31888" local_entity="0" value="0" />
+        <value cell_index="31889" local_entity="0" value="0" />
+        <value cell_index="31890" local_entity="0" value="0" />
+        <value cell_index="31891" local_entity="0" value="0" />
+        <value cell_index="31892" local_entity="0" value="0" />
+        <value cell_index="31893" local_entity="0" value="0" />
+        <value cell_index="31894" local_entity="0" value="0" />
+        <value cell_index="31895" local_entity="0" value="0" />
+        <value cell_index="31896" local_entity="0" value="0" />
+        <value cell_index="31897" local_entity="0" value="0" />
+        <value cell_index="31898" local_entity="0" value="0" />
+        <value cell_index="31899" local_entity="0" value="0" />
+        <value cell_index="31900" local_entity="0" value="0" />
+        <value cell_index="31901" local_entity="0" value="0" />
+        <value cell_index="31902" local_entity="0" value="0" />
+        <value cell_index="31903" local_entity="0" value="0" />
+        <value cell_index="31904" local_entity="0" value="0" />
+        <value cell_index="31905" local_entity="0" value="0" />
+        <value cell_index="31906" local_entity="0" value="0" />
+        <value cell_index="31907" local_entity="0" value="0" />
+        <value cell_index="31908" local_entity="0" value="0" />
+        <value cell_index="31909" local_entity="0" value="0" />
+        <value cell_index="31910" local_entity="0" value="0" />
+        <value cell_index="31911" local_entity="0" value="0" />
+        <value cell_index="31912" local_entity="0" value="0" />
+        <value cell_index="31913" local_entity="0" value="0" />
+        <value cell_index="31914" local_entity="0" value="0" />
+        <value cell_index="31915" local_entity="0" value="0" />
+        <value cell_index="31916" local_entity="0" value="0" />
+        <value cell_index="31917" local_entity="0" value="0" />
+        <value cell_index="31918" local_entity="0" value="0" />
+        <value cell_index="31919" local_entity="0" value="0" />
+        <value cell_index="31920" local_entity="0" value="0" />
+        <value cell_index="31921" local_entity="0" value="0" />
+        <value cell_index="31922" local_entity="0" value="0" />
+        <value cell_index="31923" local_entity="0" value="0" />
+        <value cell_index="31924" local_entity="0" value="0" />
+        <value cell_index="31925" local_entity="0" value="0" />
+        <value cell_index="31926" local_entity="0" value="0" />
+        <value cell_index="31927" local_entity="0" value="0" />
+        <value cell_index="31928" local_entity="0" value="0" />
+        <value cell_index="31929" local_entity="0" value="0" />
+        <value cell_index="31930" local_entity="0" value="0" />
+        <value cell_index="31931" local_entity="0" value="0" />
+        <value cell_index="31932" local_entity="0" value="0" />
+        <value cell_index="31933" local_entity="0" value="0" />
+        <value cell_index="31934" local_entity="0" value="0" />
+        <value cell_index="31935" local_entity="0" value="0" />
+        <value cell_index="31936" local_entity="0" value="0" />
+        <value cell_index="31937" local_entity="0" value="0" />
+        <value cell_index="31938" local_entity="0" value="0" />
+        <value cell_index="31939" local_entity="0" value="0" />
+        <value cell_index="31940" local_entity="0" value="0" />
+        <value cell_index="31941" local_entity="0" value="0" />
+        <value cell_index="31942" local_entity="0" value="0" />
+        <value cell_index="31943" local_entity="0" value="0" />
+        <value cell_index="31944" local_entity="0" value="0" />
+        <value cell_index="31945" local_entity="0" value="0" />
+        <value cell_index="31946" local_entity="0" value="0" />
+        <value cell_index="31947" local_entity="0" value="0" />
+        <value cell_index="31948" local_entity="0" value="0" />
+        <value cell_index="31949" local_entity="0" value="0" />
+        <value cell_index="31950" local_entity="0" value="0" />
+        <value cell_index="31951" local_entity="0" value="0" />
+        <value cell_index="31952" local_entity="0" value="0" />
+        <value cell_index="31953" local_entity="0" value="0" />
+        <value cell_index="31954" local_entity="0" value="0" />
+        <value cell_index="31955" local_entity="0" value="0" />
+        <value cell_index="31956" local_entity="0" value="0" />
+        <value cell_index="31957" local_entity="0" value="0" />
+        <value cell_index="31958" local_entity="0" value="0" />
+        <value cell_index="31959" local_entity="0" value="0" />
+        <value cell_index="31960" local_entity="0" value="0" />
+        <value cell_index="31961" local_entity="0" value="0" />
+        <value cell_index="31962" local_entity="0" value="0" />
+        <value cell_index="31963" local_entity="0" value="0" />
+        <value cell_index="31964" local_entity="0" value="0" />
+        <value cell_index="31965" local_entity="0" value="0" />
+        <value cell_index="31966" local_entity="0" value="0" />
+        <value cell_index="31967" local_entity="0" value="0" />
+        <value cell_index="31968" local_entity="0" value="0" />
+        <value cell_index="31969" local_entity="0" value="0" />
+        <value cell_index="31970" local_entity="0" value="0" />
+        <value cell_index="31971" local_entity="0" value="0" />
+        <value cell_index="31972" local_entity="0" value="0" />
+        <value cell_index="31973" local_entity="0" value="0" />
+        <value cell_index="31974" local_entity="0" value="0" />
+        <value cell_index="31975" local_entity="0" value="0" />
+        <value cell_index="31976" local_entity="0" value="0" />
+        <value cell_index="31977" local_entity="0" value="0" />
+        <value cell_index="31978" local_entity="0" value="0" />
+        <value cell_index="31979" local_entity="0" value="0" />
+        <value cell_index="31980" local_entity="0" value="0" />
+        <value cell_index="31981" local_entity="0" value="0" />
+        <value cell_index="31982" local_entity="0" value="0" />
+        <value cell_index="31983" local_entity="0" value="0" />
+        <value cell_index="31984" local_entity="0" value="0" />
+        <value cell_index="31985" local_entity="0" value="0" />
+        <value cell_index="31986" local_entity="0" value="0" />
+        <value cell_index="31987" local_entity="0" value="0" />
+        <value cell_index="31988" local_entity="0" value="0" />
+        <value cell_index="31989" local_entity="0" value="0" />
+        <value cell_index="31990" local_entity="0" value="0" />
+        <value cell_index="31991" local_entity="0" value="0" />
+        <value cell_index="31992" local_entity="0" value="0" />
+        <value cell_index="31993" local_entity="0" value="0" />
+        <value cell_index="31994" local_entity="0" value="0" />
+        <value cell_index="31995" local_entity="0" value="0" />
+        <value cell_index="31996" local_entity="0" value="0" />
+        <value cell_index="31997" local_entity="0" value="0" />
+        <value cell_index="31998" local_entity="0" value="0" />
+        <value cell_index="31999" local_entity="0" value="0" />
+        <value cell_index="32000" local_entity="0" value="0" />
+        <value cell_index="32001" local_entity="0" value="0" />
+        <value cell_index="32002" local_entity="0" value="0" />
+        <value cell_index="32003" local_entity="0" value="0" />
+        <value cell_index="32004" local_entity="0" value="0" />
+        <value cell_index="32005" local_entity="0" value="0" />
+        <value cell_index="32006" local_entity="0" value="0" />
+        <value cell_index="32007" local_entity="0" value="0" />
+        <value cell_index="32008" local_entity="0" value="0" />
+        <value cell_index="32009" local_entity="0" value="0" />
+        <value cell_index="32010" local_entity="0" value="0" />
+        <value cell_index="32011" local_entity="0" value="0" />
+        <value cell_index="32012" local_entity="0" value="0" />
+        <value cell_index="32013" local_entity="0" value="0" />
+        <value cell_index="32014" local_entity="0" value="0" />
+        <value cell_index="32015" local_entity="0" value="0" />
+        <value cell_index="32016" local_entity="0" value="0" />
+        <value cell_index="32017" local_entity="0" value="0" />
+        <value cell_index="32018" local_entity="0" value="0" />
+        <value cell_index="32019" local_entity="0" value="0" />
+        <value cell_index="32020" local_entity="0" value="0" />
+        <value cell_index="32021" local_entity="0" value="0" />
+        <value cell_index="32022" local_entity="0" value="0" />
+        <value cell_index="32023" local_entity="0" value="0" />
+        <value cell_index="32024" local_entity="0" value="0" />
+        <value cell_index="32025" local_entity="0" value="0" />
+        <value cell_index="32026" local_entity="0" value="0" />
+        <value cell_index="32027" local_entity="0" value="0" />
+        <value cell_index="32028" local_entity="0" value="0" />
+        <value cell_index="32029" local_entity="0" value="0" />
+        <value cell_index="32030" local_entity="0" value="0" />
+        <value cell_index="32031" local_entity="0" value="0" />
+        <value cell_index="32032" local_entity="0" value="0" />
+        <value cell_index="32033" local_entity="0" value="0" />
+        <value cell_index="32034" local_entity="0" value="0" />
+        <value cell_index="32035" local_entity="0" value="0" />
+        <value cell_index="32036" local_entity="0" value="0" />
+        <value cell_index="32037" local_entity="0" value="0" />
+        <value cell_index="32038" local_entity="0" value="0" />
+        <value cell_index="32039" local_entity="0" value="0" />
+        <value cell_index="32040" local_entity="0" value="0" />
+        <value cell_index="32041" local_entity="0" value="0" />
+        <value cell_index="32042" local_entity="0" value="0" />
+        <value cell_index="32043" local_entity="0" value="0" />
+        <value cell_index="32044" local_entity="0" value="0" />
+        <value cell_index="32045" local_entity="0" value="0" />
+        <value cell_index="32046" local_entity="0" value="0" />
+        <value cell_index="32047" local_entity="0" value="0" />
+        <value cell_index="32048" local_entity="0" value="0" />
+        <value cell_index="32049" local_entity="0" value="0" />
+        <value cell_index="32050" local_entity="0" value="0" />
+        <value cell_index="32051" local_entity="0" value="0" />
+        <value cell_index="32052" local_entity="0" value="0" />
+        <value cell_index="32053" local_entity="0" value="0" />
+        <value cell_index="32054" local_entity="0" value="0" />
+        <value cell_index="32055" local_entity="0" value="0" />
+        <value cell_index="32056" local_entity="0" value="0" />
+        <value cell_index="32057" local_entity="0" value="0" />
+        <value cell_index="32058" local_entity="0" value="0" />
+        <value cell_index="32059" local_entity="0" value="0" />
+        <value cell_index="32060" local_entity="0" value="0" />
+        <value cell_index="32061" local_entity="0" value="0" />
+        <value cell_index="32062" local_entity="0" value="0" />
+        <value cell_index="32063" local_entity="0" value="0" />
+        <value cell_index="32064" local_entity="0" value="0" />
+        <value cell_index="32065" local_entity="0" value="0" />
+        <value cell_index="32066" local_entity="0" value="0" />
+        <value cell_index="32067" local_entity="0" value="0" />
+        <value cell_index="32068" local_entity="0" value="0" />
+        <value cell_index="32069" local_entity="0" value="0" />
+        <value cell_index="32070" local_entity="0" value="0" />
+        <value cell_index="32071" local_entity="0" value="0" />
+        <value cell_index="32072" local_entity="0" value="0" />
+        <value cell_index="32073" local_entity="0" value="0" />
+        <value cell_index="32074" local_entity="0" value="0" />
+        <value cell_index="32075" local_entity="0" value="0" />
+        <value cell_index="32076" local_entity="0" value="0" />
+        <value cell_index="32077" local_entity="0" value="0" />
+        <value cell_index="32078" local_entity="0" value="0" />
+        <value cell_index="32079" local_entity="0" value="0" />
+        <value cell_index="32080" local_entity="0" value="0" />
+        <value cell_index="32081" local_entity="0" value="0" />
+        <value cell_index="32082" local_entity="0" value="0" />
+        <value cell_index="32083" local_entity="0" value="0" />
+        <value cell_index="32084" local_entity="0" value="0" />
+        <value cell_index="32085" local_entity="0" value="0" />
+        <value cell_index="32086" local_entity="0" value="0" />
+        <value cell_index="32087" local_entity="0" value="0" />
+        <value cell_index="32088" local_entity="0" value="0" />
+        <value cell_index="32089" local_entity="0" value="0" />
+        <value cell_index="32090" local_entity="0" value="0" />
+        <value cell_index="32091" local_entity="0" value="0" />
+        <value cell_index="32092" local_entity="0" value="0" />
+        <value cell_index="32093" local_entity="0" value="0" />
+        <value cell_index="32094" local_entity="0" value="0" />
+        <value cell_index="32095" local_entity="0" value="0" />
+        <value cell_index="32096" local_entity="0" value="0" />
+        <value cell_index="32097" local_entity="0" value="0" />
+        <value cell_index="32098" local_entity="0" value="0" />
+        <value cell_index="32099" local_entity="0" value="0" />
+        <value cell_index="32100" local_entity="0" value="0" />
+        <value cell_index="32101" local_entity="0" value="0" />
+        <value cell_index="32102" local_entity="0" value="0" />
+        <value cell_index="32103" local_entity="0" value="0" />
+        <value cell_index="32104" local_entity="0" value="0" />
+        <value cell_index="32105" local_entity="0" value="0" />
+        <value cell_index="32106" local_entity="0" value="0" />
+        <value cell_index="32107" local_entity="0" value="0" />
+        <value cell_index="32108" local_entity="0" value="0" />
+        <value cell_index="32109" local_entity="0" value="0" />
+        <value cell_index="32110" local_entity="0" value="0" />
+        <value cell_index="32111" local_entity="0" value="0" />
+        <value cell_index="32112" local_entity="0" value="0" />
+        <value cell_index="32113" local_entity="0" value="0" />
+        <value cell_index="32114" local_entity="0" value="0" />
+        <value cell_index="32115" local_entity="0" value="0" />
+        <value cell_index="32116" local_entity="0" value="0" />
+        <value cell_index="32117" local_entity="0" value="0" />
+        <value cell_index="32118" local_entity="0" value="0" />
+        <value cell_index="32119" local_entity="0" value="0" />
+        <value cell_index="32120" local_entity="0" value="0" />
+        <value cell_index="32121" local_entity="0" value="0" />
+        <value cell_index="32122" local_entity="0" value="0" />
+        <value cell_index="32123" local_entity="0" value="0" />
+        <value cell_index="32124" local_entity="0" value="0" />
+        <value cell_index="32125" local_entity="0" value="0" />
+        <value cell_index="32126" local_entity="0" value="0" />
+        <value cell_index="32127" local_entity="0" value="0" />
+        <value cell_index="32128" local_entity="0" value="0" />
+        <value cell_index="32129" local_entity="0" value="0" />
+        <value cell_index="32130" local_entity="0" value="0" />
+        <value cell_index="32131" local_entity="0" value="0" />
+        <value cell_index="32132" local_entity="0" value="0" />
+        <value cell_index="32133" local_entity="0" value="0" />
+        <value cell_index="32134" local_entity="0" value="0" />
+        <value cell_index="32135" local_entity="0" value="0" />
+        <value cell_index="32136" local_entity="0" value="0" />
+        <value cell_index="32137" local_entity="0" value="0" />
+        <value cell_index="32138" local_entity="0" value="0" />
+        <value cell_index="32139" local_entity="0" value="0" />
+        <value cell_index="32140" local_entity="0" value="0" />
+        <value cell_index="32141" local_entity="0" value="0" />
+        <value cell_index="32142" local_entity="0" value="0" />
+        <value cell_index="32143" local_entity="0" value="0" />
+        <value cell_index="32144" local_entity="0" value="0" />
+        <value cell_index="32145" local_entity="0" value="0" />
+        <value cell_index="32146" local_entity="0" value="0" />
+        <value cell_index="32147" local_entity="0" value="0" />
+        <value cell_index="32148" local_entity="0" value="0" />
+        <value cell_index="32149" local_entity="0" value="0" />
+        <value cell_index="32150" local_entity="0" value="0" />
+        <value cell_index="32151" local_entity="0" value="0" />
+        <value cell_index="32152" local_entity="0" value="0" />
+        <value cell_index="32153" local_entity="0" value="0" />
+        <value cell_index="32154" local_entity="0" value="0" />
+        <value cell_index="32155" local_entity="0" value="0" />
+        <value cell_index="32156" local_entity="0" value="0" />
+        <value cell_index="32157" local_entity="0" value="0" />
+        <value cell_index="32158" local_entity="0" value="0" />
+        <value cell_index="32159" local_entity="0" value="0" />
+        <value cell_index="32160" local_entity="0" value="0" />
+        <value cell_index="32161" local_entity="0" value="0" />
+        <value cell_index="32162" local_entity="0" value="0" />
+        <value cell_index="32163" local_entity="0" value="0" />
+        <value cell_index="32164" local_entity="0" value="0" />
+        <value cell_index="32165" local_entity="0" value="0" />
+        <value cell_index="32166" local_entity="0" value="0" />
+        <value cell_index="32167" local_entity="0" value="0" />
+        <value cell_index="32168" local_entity="0" value="0" />
+        <value cell_index="32169" local_entity="0" value="0" />
+        <value cell_index="32170" local_entity="0" value="0" />
+        <value cell_index="32171" local_entity="0" value="0" />
+        <value cell_index="32172" local_entity="0" value="0" />
+        <value cell_index="32173" local_entity="0" value="0" />
+        <value cell_index="32174" local_entity="0" value="0" />
+        <value cell_index="32175" local_entity="0" value="0" />
+        <value cell_index="32176" local_entity="0" value="0" />
+        <value cell_index="32177" local_entity="0" value="0" />
+        <value cell_index="32178" local_entity="0" value="0" />
+        <value cell_index="32179" local_entity="0" value="0" />
+        <value cell_index="32180" local_entity="0" value="0" />
+        <value cell_index="32181" local_entity="0" value="0" />
+        <value cell_index="32182" local_entity="0" value="0" />
+        <value cell_index="32183" local_entity="0" value="0" />
+        <value cell_index="32184" local_entity="0" value="0" />
+        <value cell_index="32185" local_entity="0" value="0" />
+        <value cell_index="32186" local_entity="0" value="0" />
+        <value cell_index="32187" local_entity="0" value="0" />
+        <value cell_index="32188" local_entity="0" value="0" />
+        <value cell_index="32189" local_entity="0" value="0" />
+        <value cell_index="32190" local_entity="0" value="0" />
+        <value cell_index="32191" local_entity="0" value="0" />
+        <value cell_index="32192" local_entity="0" value="0" />
+        <value cell_index="32193" local_entity="0" value="0" />
+        <value cell_index="32194" local_entity="0" value="0" />
+        <value cell_index="32195" local_entity="0" value="0" />
+        <value cell_index="32196" local_entity="0" value="0" />
+        <value cell_index="32197" local_entity="0" value="0" />
+        <value cell_index="32198" local_entity="0" value="0" />
+        <value cell_index="32199" local_entity="0" value="0" />
+        <value cell_index="32200" local_entity="0" value="0" />
+        <value cell_index="32201" local_entity="0" value="0" />
+        <value cell_index="32202" local_entity="0" value="0" />
+        <value cell_index="32203" local_entity="0" value="0" />
+        <value cell_index="32204" local_entity="0" value="0" />
+        <value cell_index="32205" local_entity="0" value="0" />
+        <value cell_index="32206" local_entity="0" value="0" />
+        <value cell_index="32207" local_entity="0" value="0" />
+        <value cell_index="32208" local_entity="0" value="0" />
+        <value cell_index="32209" local_entity="0" value="0" />
+        <value cell_index="32210" local_entity="0" value="0" />
+        <value cell_index="32211" local_entity="0" value="0" />
+        <value cell_index="32212" local_entity="0" value="0" />
+        <value cell_index="32213" local_entity="0" value="0" />
+        <value cell_index="32214" local_entity="0" value="0" />
+        <value cell_index="32215" local_entity="0" value="0" />
+        <value cell_index="32216" local_entity="0" value="0" />
+        <value cell_index="32217" local_entity="0" value="0" />
+        <value cell_index="32218" local_entity="0" value="0" />
+        <value cell_index="32219" local_entity="0" value="0" />
+        <value cell_index="32220" local_entity="0" value="0" />
+        <value cell_index="32221" local_entity="0" value="0" />
+        <value cell_index="32222" local_entity="0" value="0" />
+        <value cell_index="32223" local_entity="0" value="0" />
+        <value cell_index="32224" local_entity="0" value="0" />
+        <value cell_index="32225" local_entity="0" value="0" />
+        <value cell_index="32226" local_entity="0" value="0" />
+        <value cell_index="32227" local_entity="0" value="0" />
+        <value cell_index="32228" local_entity="0" value="0" />
+        <value cell_index="32229" local_entity="0" value="0" />
+        <value cell_index="32230" local_entity="0" value="0" />
+        <value cell_index="32231" local_entity="0" value="0" />
+        <value cell_index="32232" local_entity="0" value="0" />
+        <value cell_index="32233" local_entity="0" value="0" />
+        <value cell_index="32234" local_entity="0" value="0" />
+        <value cell_index="32235" local_entity="0" value="0" />
+        <value cell_index="32236" local_entity="0" value="0" />
+        <value cell_index="32237" local_entity="0" value="0" />
+        <value cell_index="32238" local_entity="0" value="0" />
+        <value cell_index="32239" local_entity="0" value="0" />
+        <value cell_index="32240" local_entity="0" value="0" />
+        <value cell_index="32241" local_entity="0" value="0" />
+        <value cell_index="32242" local_entity="0" value="0" />
+        <value cell_index="32243" local_entity="0" value="0" />
+        <value cell_index="32244" local_entity="0" value="0" />
+        <value cell_index="32245" local_entity="0" value="0" />
+        <value cell_index="32246" local_entity="0" value="0" />
+        <value cell_index="32247" local_entity="0" value="0" />
+        <value cell_index="32248" local_entity="0" value="0" />
+        <value cell_index="32249" local_entity="0" value="0" />
+        <value cell_index="32250" local_entity="0" value="0" />
+        <value cell_index="32251" local_entity="0" value="0" />
+        <value cell_index="32252" local_entity="0" value="0" />
+        <value cell_index="32253" local_entity="0" value="0" />
+        <value cell_index="32254" local_entity="0" value="0" />
+        <value cell_index="32255" local_entity="0" value="0" />
+        <value cell_index="32256" local_entity="0" value="0" />
+        <value cell_index="32257" local_entity="0" value="0" />
+        <value cell_index="32258" local_entity="0" value="0" />
+        <value cell_index="32259" local_entity="0" value="0" />
+        <value cell_index="32260" local_entity="0" value="0" />
+        <value cell_index="32261" local_entity="0" value="0" />
+        <value cell_index="32262" local_entity="0" value="0" />
+        <value cell_index="32263" local_entity="0" value="0" />
+        <value cell_index="32264" local_entity="0" value="0" />
+        <value cell_index="32265" local_entity="0" value="0" />
+        <value cell_index="32266" local_entity="0" value="0" />
+        <value cell_index="32267" local_entity="0" value="0" />
+        <value cell_index="32268" local_entity="0" value="0" />
+        <value cell_index="32269" local_entity="0" value="0" />
+        <value cell_index="32270" local_entity="0" value="0" />
+        <value cell_index="32271" local_entity="0" value="0" />
+        <value cell_index="32272" local_entity="0" value="0" />
+        <value cell_index="32273" local_entity="0" value="0" />
+        <value cell_index="32274" local_entity="0" value="0" />
+        <value cell_index="32275" local_entity="0" value="0" />
+        <value cell_index="32276" local_entity="0" value="0" />
+        <value cell_index="32277" local_entity="0" value="0" />
+        <value cell_index="32278" local_entity="0" value="0" />
+        <value cell_index="32279" local_entity="0" value="0" />
+        <value cell_index="32280" local_entity="0" value="0" />
+        <value cell_index="32281" local_entity="0" value="0" />
+        <value cell_index="32282" local_entity="0" value="0" />
+        <value cell_index="32283" local_entity="0" value="0" />
+        <value cell_index="32284" local_entity="0" value="0" />
+        <value cell_index="32285" local_entity="0" value="0" />
+        <value cell_index="32286" local_entity="0" value="0" />
+        <value cell_index="32287" local_entity="0" value="0" />
+        <value cell_index="32288" local_entity="0" value="0" />
+        <value cell_index="32289" local_entity="0" value="0" />
+        <value cell_index="32290" local_entity="0" value="0" />
+        <value cell_index="32291" local_entity="0" value="0" />
+        <value cell_index="32292" local_entity="0" value="0" />
+        <value cell_index="32293" local_entity="0" value="0" />
+        <value cell_index="32294" local_entity="0" value="0" />
+        <value cell_index="32295" local_entity="0" value="0" />
+        <value cell_index="32296" local_entity="0" value="0" />
+        <value cell_index="32297" local_entity="0" value="0" />
+        <value cell_index="32298" local_entity="0" value="0" />
+        <value cell_index="32299" local_entity="0" value="0" />
+        <value cell_index="32300" local_entity="0" value="0" />
+        <value cell_index="32301" local_entity="0" value="0" />
+        <value cell_index="32302" local_entity="0" value="0" />
+        <value cell_index="32303" local_entity="0" value="0" />
+        <value cell_index="32304" local_entity="0" value="0" />
+        <value cell_index="32305" local_entity="0" value="0" />
+        <value cell_index="32306" local_entity="0" value="0" />
+        <value cell_index="32307" local_entity="0" value="0" />
+        <value cell_index="32308" local_entity="0" value="0" />
+        <value cell_index="32309" local_entity="0" value="0" />
+        <value cell_index="32310" local_entity="0" value="0" />
+        <value cell_index="32311" local_entity="0" value="0" />
+        <value cell_index="32312" local_entity="0" value="0" />
+        <value cell_index="32313" local_entity="0" value="0" />
+        <value cell_index="32314" local_entity="0" value="0" />
+        <value cell_index="32315" local_entity="0" value="0" />
+        <value cell_index="32316" local_entity="0" value="0" />
+        <value cell_index="32317" local_entity="0" value="0" />
+        <value cell_index="32318" local_entity="0" value="0" />
+        <value cell_index="32319" local_entity="0" value="0" />
+        <value cell_index="32320" local_entity="0" value="0" />
+        <value cell_index="32321" local_entity="0" value="0" />
+        <value cell_index="32322" local_entity="0" value="0" />
+        <value cell_index="32323" local_entity="0" value="0" />
+        <value cell_index="32324" local_entity="0" value="0" />
+        <value cell_index="32325" local_entity="0" value="0" />
+        <value cell_index="32326" local_entity="0" value="0" />
+        <value cell_index="32327" local_entity="0" value="0" />
+        <value cell_index="32328" local_entity="0" value="0" />
+        <value cell_index="32329" local_entity="0" value="0" />
+        <value cell_index="32330" local_entity="0" value="0" />
+        <value cell_index="32331" local_entity="0" value="0" />
+        <value cell_index="32332" local_entity="0" value="0" />
+        <value cell_index="32333" local_entity="0" value="0" />
+        <value cell_index="32334" local_entity="0" value="0" />
+        <value cell_index="32335" local_entity="0" value="0" />
+        <value cell_index="32336" local_entity="0" value="0" />
+        <value cell_index="32337" local_entity="0" value="0" />
+        <value cell_index="32338" local_entity="0" value="0" />
+        <value cell_index="32339" local_entity="0" value="0" />
+        <value cell_index="32340" local_entity="0" value="0" />
+        <value cell_index="32341" local_entity="0" value="0" />
+        <value cell_index="32342" local_entity="0" value="0" />
+        <value cell_index="32343" local_entity="0" value="0" />
+        <value cell_index="32344" local_entity="0" value="0" />
+        <value cell_index="32345" local_entity="0" value="0" />
+        <value cell_index="32346" local_entity="0" value="0" />
+        <value cell_index="32347" local_entity="0" value="0" />
+        <value cell_index="32348" local_entity="0" value="0" />
+        <value cell_index="32349" local_entity="0" value="0" />
+        <value cell_index="32350" local_entity="0" value="0" />
+        <value cell_index="32351" local_entity="0" value="0" />
+        <value cell_index="32352" local_entity="0" value="0" />
+        <value cell_index="32353" local_entity="0" value="0" />
+        <value cell_index="32354" local_entity="0" value="0" />
+        <value cell_index="32355" local_entity="0" value="0" />
+        <value cell_index="32356" local_entity="0" value="0" />
+        <value cell_index="32357" local_entity="0" value="0" />
+        <value cell_index="32358" local_entity="0" value="0" />
+        <value cell_index="32359" local_entity="0" value="0" />
+        <value cell_index="32360" local_entity="0" value="0" />
+        <value cell_index="32361" local_entity="0" value="0" />
+        <value cell_index="32362" local_entity="0" value="0" />
+        <value cell_index="32363" local_entity="0" value="0" />
+        <value cell_index="32364" local_entity="0" value="0" />
+        <value cell_index="32365" local_entity="0" value="0" />
+        <value cell_index="32366" local_entity="0" value="0" />
+        <value cell_index="32367" local_entity="0" value="0" />
+        <value cell_index="32368" local_entity="0" value="0" />
+        <value cell_index="32369" local_entity="0" value="0" />
+        <value cell_index="32370" local_entity="0" value="0" />
+        <value cell_index="32371" local_entity="0" value="0" />
+        <value cell_index="32372" local_entity="0" value="0" />
+        <value cell_index="32373" local_entity="0" value="0" />
+        <value cell_index="32374" local_entity="0" value="0" />
+        <value cell_index="32375" local_entity="0" value="0" />
+        <value cell_index="32376" local_entity="0" value="0" />
+        <value cell_index="32377" local_entity="0" value="0" />
+        <value cell_index="32378" local_entity="0" value="0" />
+        <value cell_index="32379" local_entity="0" value="0" />
+        <value cell_index="32380" local_entity="0" value="0" />
+        <value cell_index="32381" local_entity="0" value="0" />
+        <value cell_index="32382" local_entity="0" value="0" />
+        <value cell_index="32383" local_entity="0" value="0" />
+        <value cell_index="32384" local_entity="0" value="0" />
+        <value cell_index="32385" local_entity="0" value="0" />
+        <value cell_index="32386" local_entity="0" value="0" />
+        <value cell_index="32387" local_entity="0" value="0" />
+        <value cell_index="32388" local_entity="0" value="0" />
+        <value cell_index="32389" local_entity="0" value="0" />
+        <value cell_index="32390" local_entity="0" value="0" />
+        <value cell_index="32391" local_entity="0" value="0" />
+        <value cell_index="32392" local_entity="0" value="0" />
+        <value cell_index="32393" local_entity="0" value="0" />
+        <value cell_index="32394" local_entity="0" value="0" />
+        <value cell_index="32395" local_entity="0" value="0" />
+        <value cell_index="32396" local_entity="0" value="0" />
+        <value cell_index="32397" local_entity="0" value="0" />
+        <value cell_index="32398" local_entity="0" value="0" />
+        <value cell_index="32399" local_entity="0" value="0" />
+        <value cell_index="32400" local_entity="0" value="0" />
+        <value cell_index="32401" local_entity="0" value="0" />
+        <value cell_index="32402" local_entity="0" value="0" />
+        <value cell_index="32403" local_entity="0" value="0" />
+        <value cell_index="32404" local_entity="0" value="0" />
+        <value cell_index="32405" local_entity="0" value="0" />
+        <value cell_index="32406" local_entity="0" value="0" />
+        <value cell_index="32407" local_entity="0" value="0" />
+        <value cell_index="32408" local_entity="0" value="0" />
+        <value cell_index="32409" local_entity="0" value="0" />
+        <value cell_index="32410" local_entity="0" value="0" />
+        <value cell_index="32411" local_entity="0" value="0" />
+        <value cell_index="32412" local_entity="0" value="0" />
+        <value cell_index="32413" local_entity="0" value="0" />
+        <value cell_index="32414" local_entity="0" value="0" />
+        <value cell_index="32415" local_entity="0" value="0" />
+        <value cell_index="32416" local_entity="0" value="0" />
+        <value cell_index="32417" local_entity="0" value="0" />
+        <value cell_index="32418" local_entity="0" value="0" />
+        <value cell_index="32419" local_entity="0" value="0" />
+        <value cell_index="32420" local_entity="0" value="0" />
+        <value cell_index="32421" local_entity="0" value="0" />
+        <value cell_index="32422" local_entity="0" value="0" />
+        <value cell_index="32423" local_entity="0" value="0" />
+        <value cell_index="32424" local_entity="0" value="0" />
+        <value cell_index="32425" local_entity="0" value="0" />
+        <value cell_index="32426" local_entity="0" value="0" />
+        <value cell_index="32427" local_entity="0" value="0" />
+        <value cell_index="32428" local_entity="0" value="0" />
+        <value cell_index="32429" local_entity="0" value="0" />
+        <value cell_index="32430" local_entity="0" value="0" />
+        <value cell_index="32431" local_entity="0" value="0" />
+        <value cell_index="32432" local_entity="0" value="0" />
+        <value cell_index="32433" local_entity="0" value="0" />
+        <value cell_index="32434" local_entity="0" value="0" />
+        <value cell_index="32435" local_entity="0" value="0" />
+        <value cell_index="32436" local_entity="0" value="0" />
+        <value cell_index="32437" local_entity="0" value="0" />
+        <value cell_index="32438" local_entity="0" value="0" />
+        <value cell_index="32439" local_entity="0" value="0" />
+        <value cell_index="32440" local_entity="0" value="0" />
+        <value cell_index="32441" local_entity="0" value="0" />
+        <value cell_index="32442" local_entity="0" value="0" />
+        <value cell_index="32443" local_entity="0" value="0" />
+        <value cell_index="32444" local_entity="0" value="0" />
+        <value cell_index="32445" local_entity="0" value="0" />
+        <value cell_index="32446" local_entity="0" value="0" />
+        <value cell_index="32447" local_entity="0" value="0" />
+        <value cell_index="32448" local_entity="0" value="0" />
+        <value cell_index="32449" local_entity="0" value="0" />
+        <value cell_index="32450" local_entity="0" value="0" />
+        <value cell_index="32451" local_entity="0" value="0" />
+        <value cell_index="32452" local_entity="0" value="0" />
+        <value cell_index="32453" local_entity="0" value="0" />
+        <value cell_index="32454" local_entity="0" value="0" />
+        <value cell_index="32455" local_entity="0" value="0" />
+        <value cell_index="32456" local_entity="0" value="0" />
+        <value cell_index="32457" local_entity="0" value="0" />
+        <value cell_index="32458" local_entity="0" value="0" />
+        <value cell_index="32459" local_entity="0" value="0" />
+        <value cell_index="32460" local_entity="0" value="0" />
+        <value cell_index="32461" local_entity="0" value="0" />
+        <value cell_index="32462" local_entity="0" value="0" />
+        <value cell_index="32463" local_entity="0" value="0" />
+        <value cell_index="32464" local_entity="0" value="0" />
+        <value cell_index="32465" local_entity="0" value="0" />
+        <value cell_index="32466" local_entity="0" value="0" />
+        <value cell_index="32467" local_entity="0" value="0" />
+        <value cell_index="32468" local_entity="0" value="0" />
+        <value cell_index="32469" local_entity="0" value="0" />
+        <value cell_index="32470" local_entity="0" value="0" />
+        <value cell_index="32471" local_entity="0" value="0" />
+        <value cell_index="32472" local_entity="0" value="0" />
+        <value cell_index="32473" local_entity="0" value="0" />
+        <value cell_index="32474" local_entity="0" value="0" />
+        <value cell_index="32475" local_entity="0" value="0" />
+        <value cell_index="32476" local_entity="0" value="0" />
+        <value cell_index="32477" local_entity="0" value="0" />
+        <value cell_index="32478" local_entity="0" value="0" />
+        <value cell_index="32479" local_entity="0" value="0" />
+        <value cell_index="32480" local_entity="0" value="0" />
+        <value cell_index="32481" local_entity="0" value="0" />
+        <value cell_index="32482" local_entity="0" value="0" />
+        <value cell_index="32483" local_entity="0" value="0" />
+        <value cell_index="32484" local_entity="0" value="0" />
+        <value cell_index="32485" local_entity="0" value="0" />
+        <value cell_index="32486" local_entity="0" value="0" />
+        <value cell_index="32487" local_entity="0" value="0" />
+        <value cell_index="32488" local_entity="0" value="0" />
+        <value cell_index="32489" local_entity="0" value="0" />
+        <value cell_index="32490" local_entity="0" value="0" />
+        <value cell_index="32491" local_entity="0" value="0" />
+        <value cell_index="32492" local_entity="0" value="0" />
+        <value cell_index="32493" local_entity="0" value="0" />
+        <value cell_index="32494" local_entity="0" value="0" />
+        <value cell_index="32495" local_entity="0" value="0" />
+        <value cell_index="32496" local_entity="0" value="0" />
+        <value cell_index="32497" local_entity="0" value="0" />
+        <value cell_index="32498" local_entity="0" value="0" />
+        <value cell_index="32499" local_entity="0" value="0" />
+        <value cell_index="32500" local_entity="0" value="0" />
+        <value cell_index="32501" local_entity="0" value="0" />
+        <value cell_index="32502" local_entity="0" value="0" />
+        <value cell_index="32503" local_entity="0" value="0" />
+        <value cell_index="32504" local_entity="0" value="0" />
+        <value cell_index="32505" local_entity="0" value="0" />
+        <value cell_index="32506" local_entity="0" value="0" />
+        <value cell_index="32507" local_entity="0" value="0" />
+        <value cell_index="32508" local_entity="0" value="0" />
+        <value cell_index="32509" local_entity="0" value="0" />
+        <value cell_index="32510" local_entity="0" value="0" />
+        <value cell_index="32511" local_entity="0" value="0" />
+        <value cell_index="32512" local_entity="0" value="0" />
+        <value cell_index="32513" local_entity="0" value="0" />
+        <value cell_index="32514" local_entity="0" value="0" />
+        <value cell_index="32515" local_entity="0" value="0" />
+        <value cell_index="32516" local_entity="0" value="0" />
+        <value cell_index="32517" local_entity="0" value="0" />
+        <value cell_index="32518" local_entity="0" value="0" />
+        <value cell_index="32519" local_entity="0" value="0" />
+        <value cell_index="32520" local_entity="0" value="0" />
+        <value cell_index="32521" local_entity="0" value="0" />
+        <value cell_index="32522" local_entity="0" value="0" />
+        <value cell_index="32523" local_entity="0" value="0" />
+        <value cell_index="32524" local_entity="0" value="0" />
+        <value cell_index="32525" local_entity="0" value="0" />
+        <value cell_index="32526" local_entity="0" value="0" />
+        <value cell_index="32527" local_entity="0" value="0" />
+        <value cell_index="32528" local_entity="0" value="0" />
+        <value cell_index="32529" local_entity="0" value="0" />
+        <value cell_index="32530" local_entity="0" value="0" />
+        <value cell_index="32531" local_entity="0" value="0" />
+        <value cell_index="32532" local_entity="0" value="0" />
+        <value cell_index="32533" local_entity="0" value="0" />
+        <value cell_index="32534" local_entity="0" value="0" />
+        <value cell_index="32535" local_entity="0" value="0" />
+        <value cell_index="32536" local_entity="0" value="0" />
+        <value cell_index="32537" local_entity="0" value="0" />
+        <value cell_index="32538" local_entity="0" value="0" />
+        <value cell_index="32539" local_entity="0" value="0" />
+        <value cell_index="32540" local_entity="0" value="0" />
+        <value cell_index="32541" local_entity="0" value="0" />
+        <value cell_index="32542" local_entity="0" value="0" />
+        <value cell_index="32543" local_entity="0" value="0" />
+        <value cell_index="32544" local_entity="0" value="0" />
+        <value cell_index="32545" local_entity="0" value="0" />
+        <value cell_index="32546" local_entity="0" value="0" />
+        <value cell_index="32547" local_entity="0" value="0" />
+        <value cell_index="32548" local_entity="0" value="0" />
+        <value cell_index="32549" local_entity="0" value="0" />
+        <value cell_index="32550" local_entity="0" value="0" />
+        <value cell_index="32551" local_entity="0" value="0" />
+        <value cell_index="32552" local_entity="0" value="0" />
+        <value cell_index="32553" local_entity="0" value="0" />
+        <value cell_index="32554" local_entity="0" value="0" />
+        <value cell_index="32555" local_entity="0" value="0" />
+        <value cell_index="32556" local_entity="0" value="0" />
+        <value cell_index="32557" local_entity="0" value="0" />
+        <value cell_index="32558" local_entity="0" value="0" />
+        <value cell_index="32559" local_entity="0" value="0" />
+        <value cell_index="32560" local_entity="0" value="0" />
+        <value cell_index="32561" local_entity="0" value="0" />
+        <value cell_index="32562" local_entity="0" value="0" />
+        <value cell_index="32563" local_entity="0" value="0" />
+        <value cell_index="32564" local_entity="0" value="0" />
+        <value cell_index="32565" local_entity="0" value="0" />
+        <value cell_index="32566" local_entity="0" value="0" />
+        <value cell_index="32567" local_entity="0" value="0" />
+        <value cell_index="32568" local_entity="0" value="0" />
+        <value cell_index="32569" local_entity="0" value="0" />
+        <value cell_index="32570" local_entity="0" value="0" />
+        <value cell_index="32571" local_entity="0" value="0" />
+        <value cell_index="32572" local_entity="0" value="0" />
+        <value cell_index="32573" local_entity="0" value="0" />
+        <value cell_index="32574" local_entity="0" value="0" />
+        <value cell_index="32575" local_entity="0" value="0" />
+        <value cell_index="32576" local_entity="0" value="0" />
+        <value cell_index="32577" local_entity="0" value="0" />
+        <value cell_index="32578" local_entity="0" value="0" />
+        <value cell_index="32579" local_entity="0" value="0" />
+        <value cell_index="32580" local_entity="0" value="0" />
+        <value cell_index="32581" local_entity="0" value="0" />
+        <value cell_index="32582" local_entity="0" value="0" />
+        <value cell_index="32583" local_entity="0" value="0" />
+        <value cell_index="32584" local_entity="0" value="0" />
+        <value cell_index="32585" local_entity="0" value="0" />
+        <value cell_index="32586" local_entity="0" value="0" />
+        <value cell_index="32587" local_entity="0" value="0" />
+        <value cell_index="32588" local_entity="0" value="0" />
+        <value cell_index="32589" local_entity="0" value="0" />
+        <value cell_index="32590" local_entity="0" value="0" />
+        <value cell_index="32591" local_entity="0" value="0" />
+        <value cell_index="32592" local_entity="0" value="0" />
+        <value cell_index="32593" local_entity="0" value="0" />
+        <value cell_index="32594" local_entity="0" value="0" />
+        <value cell_index="32595" local_entity="0" value="0" />
+        <value cell_index="32596" local_entity="0" value="0" />
+        <value cell_index="32597" local_entity="0" value="0" />
+        <value cell_index="32598" local_entity="0" value="0" />
+        <value cell_index="32599" local_entity="0" value="0" />
+        <value cell_index="32600" local_entity="0" value="0" />
+        <value cell_index="32601" local_entity="0" value="0" />
+        <value cell_index="32602" local_entity="0" value="0" />
+        <value cell_index="32603" local_entity="0" value="0" />
+        <value cell_index="32604" local_entity="0" value="0" />
+        <value cell_index="32605" local_entity="0" value="0" />
+        <value cell_index="32606" local_entity="0" value="0" />
+        <value cell_index="32607" local_entity="0" value="0" />
+        <value cell_index="32608" local_entity="0" value="0" />
+        <value cell_index="32609" local_entity="0" value="0" />
+        <value cell_index="32610" local_entity="0" value="0" />
+        <value cell_index="32611" local_entity="0" value="0" />
+        <value cell_index="32612" local_entity="0" value="0" />
+        <value cell_index="32613" local_entity="0" value="0" />
+        <value cell_index="32614" local_entity="0" value="0" />
+        <value cell_index="32615" local_entity="0" value="0" />
+        <value cell_index="32616" local_entity="0" value="0" />
+        <value cell_index="32617" local_entity="0" value="0" />
+        <value cell_index="32618" local_entity="0" value="0" />
+        <value cell_index="32619" local_entity="0" value="0" />
+        <value cell_index="32620" local_entity="0" value="0" />
+        <value cell_index="32621" local_entity="0" value="0" />
+        <value cell_index="32622" local_entity="0" value="0" />
+        <value cell_index="32623" local_entity="0" value="0" />
+        <value cell_index="32624" local_entity="0" value="0" />
+        <value cell_index="32625" local_entity="0" value="0" />
+        <value cell_index="32626" local_entity="0" value="0" />
+        <value cell_index="32627" local_entity="0" value="0" />
+        <value cell_index="32628" local_entity="0" value="0" />
+        <value cell_index="32629" local_entity="0" value="0" />
+        <value cell_index="32630" local_entity="0" value="0" />
+        <value cell_index="32631" local_entity="0" value="0" />
+        <value cell_index="32632" local_entity="0" value="0" />
+        <value cell_index="32633" local_entity="0" value="0" />
+        <value cell_index="32634" local_entity="0" value="0" />
+        <value cell_index="32635" local_entity="0" value="0" />
+        <value cell_index="32636" local_entity="0" value="0" />
+        <value cell_index="32637" local_entity="0" value="0" />
+        <value cell_index="32638" local_entity="0" value="0" />
+        <value cell_index="32639" local_entity="0" value="0" />
+        <value cell_index="32640" local_entity="0" value="0" />
+        <value cell_index="32641" local_entity="0" value="0" />
+        <value cell_index="32642" local_entity="0" value="0" />
+        <value cell_index="32643" local_entity="0" value="0" />
+        <value cell_index="32644" local_entity="0" value="0" />
+        <value cell_index="32645" local_entity="0" value="0" />
+        <value cell_index="32646" local_entity="0" value="0" />
+        <value cell_index="32647" local_entity="0" value="0" />
+        <value cell_index="32648" local_entity="0" value="0" />
+        <value cell_index="32649" local_entity="0" value="0" />
+        <value cell_index="32650" local_entity="0" value="0" />
+        <value cell_index="32651" local_entity="0" value="0" />
+        <value cell_index="32652" local_entity="0" value="0" />
+        <value cell_index="32653" local_entity="0" value="0" />
+        <value cell_index="32654" local_entity="0" value="0" />
+        <value cell_index="32655" local_entity="0" value="0" />
+        <value cell_index="32656" local_entity="0" value="0" />
+        <value cell_index="32657" local_entity="0" value="0" />
+        <value cell_index="32658" local_entity="0" value="0" />
+        <value cell_index="32659" local_entity="0" value="0" />
+        <value cell_index="32660" local_entity="0" value="0" />
+        <value cell_index="32661" local_entity="0" value="0" />
+        <value cell_index="32662" local_entity="0" value="0" />
+        <value cell_index="32663" local_entity="0" value="0" />
+        <value cell_index="32664" local_entity="0" value="0" />
+        <value cell_index="32665" local_entity="0" value="0" />
+        <value cell_index="32666" local_entity="0" value="0" />
+        <value cell_index="32667" local_entity="0" value="0" />
+        <value cell_index="32668" local_entity="0" value="0" />
+        <value cell_index="32669" local_entity="0" value="0" />
+        <value cell_index="32670" local_entity="0" value="0" />
+        <value cell_index="32671" local_entity="0" value="0" />
+        <value cell_index="32672" local_entity="0" value="0" />
+        <value cell_index="32673" local_entity="0" value="0" />
+        <value cell_index="32674" local_entity="0" value="0" />
+        <value cell_index="32675" local_entity="0" value="0" />
+        <value cell_index="32676" local_entity="0" value="0" />
+        <value cell_index="32677" local_entity="0" value="0" />
+        <value cell_index="32678" local_entity="0" value="0" />
+        <value cell_index="32679" local_entity="0" value="0" />
+        <value cell_index="32680" local_entity="0" value="0" />
+        <value cell_index="32681" local_entity="0" value="0" />
+        <value cell_index="32682" local_entity="0" value="0" />
+        <value cell_index="32683" local_entity="0" value="0" />
+        <value cell_index="32684" local_entity="0" value="0" />
+        <value cell_index="32685" local_entity="0" value="0" />
+        <value cell_index="32686" local_entity="0" value="0" />
+        <value cell_index="32687" local_entity="0" value="0" />
+        <value cell_index="32688" local_entity="0" value="0" />
+        <value cell_index="32689" local_entity="0" value="0" />
+        <value cell_index="32690" local_entity="0" value="0" />
+        <value cell_index="32691" local_entity="0" value="0" />
+        <value cell_index="32692" local_entity="0" value="0" />
+        <value cell_index="32693" local_entity="0" value="0" />
+        <value cell_index="32694" local_entity="0" value="0" />
+        <value cell_index="32695" local_entity="0" value="0" />
+        <value cell_index="32696" local_entity="0" value="0" />
+        <value cell_index="32697" local_entity="0" value="0" />
+        <value cell_index="32698" local_entity="0" value="0" />
+        <value cell_index="32699" local_entity="0" value="0" />
+        <value cell_index="32700" local_entity="0" value="0" />
+        <value cell_index="32701" local_entity="0" value="0" />
+        <value cell_index="32702" local_entity="0" value="0" />
+        <value cell_index="32703" local_entity="0" value="0" />
+        <value cell_index="32704" local_entity="0" value="0" />
+        <value cell_index="32705" local_entity="0" value="0" />
+        <value cell_index="32706" local_entity="0" value="0" />
+        <value cell_index="32707" local_entity="0" value="0" />
+        <value cell_index="32708" local_entity="0" value="0" />
+        <value cell_index="32709" local_entity="0" value="0" />
+        <value cell_index="32710" local_entity="0" value="0" />
+        <value cell_index="32711" local_entity="0" value="0" />
+        <value cell_index="32712" local_entity="0" value="0" />
+        <value cell_index="32713" local_entity="0" value="0" />
+        <value cell_index="32714" local_entity="0" value="0" />
+        <value cell_index="32715" local_entity="0" value="0" />
+        <value cell_index="32716" local_entity="0" value="0" />
+        <value cell_index="32717" local_entity="0" value="0" />
+        <value cell_index="32718" local_entity="0" value="0" />
+        <value cell_index="32719" local_entity="0" value="0" />
+        <value cell_index="32720" local_entity="0" value="0" />
+        <value cell_index="32721" local_entity="0" value="0" />
+        <value cell_index="32722" local_entity="0" value="0" />
+        <value cell_index="32723" local_entity="0" value="0" />
+        <value cell_index="32724" local_entity="0" value="0" />
+        <value cell_index="32725" local_entity="0" value="0" />
+        <value cell_index="32726" local_entity="0" value="0" />
+        <value cell_index="32727" local_entity="0" value="0" />
+        <value cell_index="32728" local_entity="0" value="0" />
+        <value cell_index="32729" local_entity="0" value="0" />
+        <value cell_index="32730" local_entity="0" value="0" />
+        <value cell_index="32731" local_entity="0" value="0" />
+        <value cell_index="32732" local_entity="0" value="0" />
+        <value cell_index="32733" local_entity="0" value="0" />
+        <value cell_index="32734" local_entity="0" value="0" />
+        <value cell_index="32735" local_entity="0" value="0" />
+        <value cell_index="32736" local_entity="0" value="0" />
+        <value cell_index="32737" local_entity="0" value="0" />
+        <value cell_index="32738" local_entity="0" value="0" />
+        <value cell_index="32739" local_entity="0" value="0" />
+        <value cell_index="32740" local_entity="0" value="0" />
+        <value cell_index="32741" local_entity="0" value="0" />
+        <value cell_index="32742" local_entity="0" value="0" />
+        <value cell_index="32743" local_entity="0" value="0" />
+        <value cell_index="32744" local_entity="0" value="0" />
+        <value cell_index="32745" local_entity="0" value="0" />
+        <value cell_index="32746" local_entity="0" value="0" />
+        <value cell_index="32747" local_entity="0" value="0" />
+        <value cell_index="32748" local_entity="0" value="0" />
+        <value cell_index="32749" local_entity="0" value="0" />
+        <value cell_index="32750" local_entity="0" value="0" />
+        <value cell_index="32751" local_entity="0" value="0" />
+        <value cell_index="32752" local_entity="0" value="0" />
+        <value cell_index="32753" local_entity="0" value="0" />
+        <value cell_index="32754" local_entity="0" value="0" />
+        <value cell_index="32755" local_entity="0" value="0" />
+        <value cell_index="32756" local_entity="0" value="0" />
+        <value cell_index="32757" local_entity="0" value="0" />
+        <value cell_index="32758" local_entity="0" value="0" />
+        <value cell_index="32759" local_entity="0" value="0" />
+        <value cell_index="32760" local_entity="0" value="0" />
+        <value cell_index="32761" local_entity="0" value="0" />
+        <value cell_index="32762" local_entity="0" value="0" />
+        <value cell_index="32763" local_entity="0" value="0" />
+        <value cell_index="32764" local_entity="0" value="0" />
+        <value cell_index="32765" local_entity="0" value="0" />
+        <value cell_index="32766" local_entity="0" value="0" />
+        <value cell_index="32767" local_entity="0" value="0" />
+        <value cell_index="32768" local_entity="0" value="0" />
+        <value cell_index="32769" local_entity="0" value="0" />
+        <value cell_index="32770" local_entity="0" value="0" />
+        <value cell_index="32771" local_entity="0" value="0" />
+        <value cell_index="32772" local_entity="0" value="0" />
+        <value cell_index="32773" local_entity="0" value="0" />
+        <value cell_index="32774" local_entity="0" value="0" />
+        <value cell_index="32775" local_entity="0" value="0" />
+        <value cell_index="32776" local_entity="0" value="0" />
+        <value cell_index="32777" local_entity="0" value="0" />
+        <value cell_index="32778" local_entity="0" value="0" />
+        <value cell_index="32779" local_entity="0" value="0" />
+        <value cell_index="32780" local_entity="0" value="0" />
+        <value cell_index="32781" local_entity="0" value="0" />
+        <value cell_index="32782" local_entity="0" value="0" />
+        <value cell_index="32783" local_entity="0" value="0" />
+        <value cell_index="32784" local_entity="0" value="0" />
+        <value cell_index="32785" local_entity="0" value="0" />
+        <value cell_index="32786" local_entity="0" value="0" />
+        <value cell_index="32787" local_entity="0" value="0" />
+        <value cell_index="32788" local_entity="0" value="0" />
+        <value cell_index="32789" local_entity="0" value="0" />
+        <value cell_index="32790" local_entity="0" value="0" />
+        <value cell_index="32791" local_entity="0" value="0" />
+        <value cell_index="32792" local_entity="0" value="0" />
+        <value cell_index="32793" local_entity="0" value="0" />
+        <value cell_index="32794" local_entity="0" value="0" />
+        <value cell_index="32795" local_entity="0" value="0" />
+        <value cell_index="32796" local_entity="0" value="0" />
+        <value cell_index="32797" local_entity="0" value="0" />
+        <value cell_index="32798" local_entity="0" value="0" />
+        <value cell_index="32799" local_entity="0" value="0" />
+        <value cell_index="32800" local_entity="0" value="0" />
+        <value cell_index="32801" local_entity="0" value="0" />
+        <value cell_index="32802" local_entity="0" value="0" />
+        <value cell_index="32803" local_entity="0" value="0" />
+        <value cell_index="32804" local_entity="0" value="0" />
+        <value cell_index="32805" local_entity="0" value="0" />
+        <value cell_index="32806" local_entity="0" value="0" />
+        <value cell_index="32807" local_entity="0" value="0" />
+        <value cell_index="32808" local_entity="0" value="0" />
+        <value cell_index="32809" local_entity="0" value="0" />
+        <value cell_index="32810" local_entity="0" value="0" />
+        <value cell_index="32811" local_entity="0" value="0" />
+        <value cell_index="32812" local_entity="0" value="0" />
+        <value cell_index="32813" local_entity="0" value="0" />
+        <value cell_index="32814" local_entity="0" value="0" />
+        <value cell_index="32815" local_entity="0" value="0" />
+        <value cell_index="32816" local_entity="0" value="0" />
+        <value cell_index="32817" local_entity="0" value="0" />
+        <value cell_index="32818" local_entity="0" value="0" />
+        <value cell_index="32819" local_entity="0" value="0" />
+        <value cell_index="32820" local_entity="0" value="0" />
+        <value cell_index="32821" local_entity="0" value="0" />
+        <value cell_index="32822" local_entity="0" value="0" />
+        <value cell_index="32823" local_entity="0" value="0" />
+        <value cell_index="32824" local_entity="0" value="0" />
+        <value cell_index="32825" local_entity="0" value="0" />
+        <value cell_index="32826" local_entity="0" value="0" />
+        <value cell_index="32827" local_entity="0" value="0" />
+        <value cell_index="32828" local_entity="0" value="0" />
+        <value cell_index="32829" local_entity="0" value="0" />
+        <value cell_index="32830" local_entity="0" value="0" />
+        <value cell_index="32831" local_entity="0" value="0" />
+        <value cell_index="32832" local_entity="0" value="0" />
+        <value cell_index="32833" local_entity="0" value="0" />
+        <value cell_index="32834" local_entity="0" value="0" />
+        <value cell_index="32835" local_entity="0" value="0" />
+        <value cell_index="32836" local_entity="0" value="0" />
+        <value cell_index="32837" local_entity="0" value="0" />
+        <value cell_index="32838" local_entity="0" value="0" />
+        <value cell_index="32839" local_entity="0" value="0" />
+        <value cell_index="32840" local_entity="0" value="0" />
+        <value cell_index="32841" local_entity="0" value="0" />
+        <value cell_index="32842" local_entity="0" value="0" />
+        <value cell_index="32843" local_entity="0" value="0" />
+        <value cell_index="32844" local_entity="0" value="0" />
+        <value cell_index="32845" local_entity="0" value="0" />
+        <value cell_index="32846" local_entity="0" value="0" />
+        <value cell_index="32847" local_entity="0" value="0" />
+        <value cell_index="32848" local_entity="0" value="0" />
+        <value cell_index="32849" local_entity="0" value="0" />
+        <value cell_index="32850" local_entity="0" value="0" />
+        <value cell_index="32851" local_entity="0" value="0" />
+        <value cell_index="32852" local_entity="0" value="0" />
+        <value cell_index="32853" local_entity="0" value="0" />
+        <value cell_index="32854" local_entity="0" value="0" />
+        <value cell_index="32855" local_entity="0" value="0" />
+        <value cell_index="32856" local_entity="0" value="0" />
+        <value cell_index="32857" local_entity="0" value="0" />
+        <value cell_index="32858" local_entity="0" value="0" />
+        <value cell_index="32859" local_entity="0" value="0" />
+        <value cell_index="32860" local_entity="0" value="0" />
+        <value cell_index="32861" local_entity="0" value="0" />
+        <value cell_index="32862" local_entity="0" value="0" />
+        <value cell_index="32863" local_entity="0" value="0" />
+        <value cell_index="32864" local_entity="0" value="0" />
+        <value cell_index="32865" local_entity="0" value="0" />
+        <value cell_index="32866" local_entity="0" value="0" />
+        <value cell_index="32867" local_entity="0" value="0" />
+        <value cell_index="32868" local_entity="0" value="0" />
+        <value cell_index="32869" local_entity="0" value="0" />
+        <value cell_index="32870" local_entity="0" value="0" />
+        <value cell_index="32871" local_entity="0" value="0" />
+        <value cell_index="32872" local_entity="0" value="0" />
+        <value cell_index="32873" local_entity="0" value="0" />
+        <value cell_index="32874" local_entity="0" value="0" />
+        <value cell_index="32875" local_entity="0" value="0" />
+        <value cell_index="32876" local_entity="0" value="0" />
+        <value cell_index="32877" local_entity="0" value="0" />
+        <value cell_index="32878" local_entity="0" value="0" />
+        <value cell_index="32879" local_entity="0" value="0" />
+        <value cell_index="32880" local_entity="0" value="0" />
+        <value cell_index="32881" local_entity="0" value="0" />
+        <value cell_index="32882" local_entity="0" value="0" />
+        <value cell_index="32883" local_entity="0" value="0" />
+        <value cell_index="32884" local_entity="0" value="0" />
+        <value cell_index="32885" local_entity="0" value="0" />
+        <value cell_index="32886" local_entity="0" value="0" />
+        <value cell_index="32887" local_entity="0" value="0" />
+        <value cell_index="32888" local_entity="0" value="0" />
+        <value cell_index="32889" local_entity="0" value="0" />
+        <value cell_index="32890" local_entity="0" value="0" />
+        <value cell_index="32891" local_entity="0" value="0" />
+        <value cell_index="32892" local_entity="0" value="0" />
+        <value cell_index="32893" local_entity="0" value="0" />
+        <value cell_index="32894" local_entity="0" value="0" />
+        <value cell_index="32895" local_entity="0" value="0" />
+        <value cell_index="32896" local_entity="0" value="0" />
+        <value cell_index="32897" local_entity="0" value="0" />
+        <value cell_index="32898" local_entity="0" value="0" />
+        <value cell_index="32899" local_entity="0" value="0" />
+        <value cell_index="32900" local_entity="0" value="0" />
+        <value cell_index="32901" local_entity="0" value="0" />
+        <value cell_index="32902" local_entity="0" value="0" />
+        <value cell_index="32903" local_entity="0" value="0" />
+        <value cell_index="32904" local_entity="0" value="0" />
+        <value cell_index="32905" local_entity="0" value="0" />
+        <value cell_index="32906" local_entity="0" value="0" />
+        <value cell_index="32907" local_entity="0" value="0" />
+        <value cell_index="32908" local_entity="0" value="0" />
+        <value cell_index="32909" local_entity="0" value="0" />
+        <value cell_index="32910" local_entity="0" value="0" />
+        <value cell_index="32911" local_entity="0" value="0" />
+        <value cell_index="32912" local_entity="0" value="0" />
+        <value cell_index="32913" local_entity="0" value="0" />
+        <value cell_index="32914" local_entity="0" value="0" />
+        <value cell_index="32915" local_entity="0" value="0" />
+        <value cell_index="32916" local_entity="0" value="0" />
+        <value cell_index="32917" local_entity="0" value="0" />
+        <value cell_index="32918" local_entity="0" value="0" />
+        <value cell_index="32919" local_entity="0" value="0" />
+        <value cell_index="32920" local_entity="0" value="0" />
+        <value cell_index="32921" local_entity="0" value="0" />
+        <value cell_index="32922" local_entity="0" value="0" />
+        <value cell_index="32923" local_entity="0" value="0" />
+        <value cell_index="32924" local_entity="0" value="0" />
+        <value cell_index="32925" local_entity="0" value="0" />
+        <value cell_index="32926" local_entity="0" value="0" />
+        <value cell_index="32927" local_entity="0" value="0" />
+        <value cell_index="32928" local_entity="0" value="0" />
+        <value cell_index="32929" local_entity="0" value="0" />
+        <value cell_index="32930" local_entity="0" value="0" />
+        <value cell_index="32931" local_entity="0" value="0" />
+        <value cell_index="32932" local_entity="0" value="0" />
+        <value cell_index="32933" local_entity="0" value="0" />
+        <value cell_index="32934" local_entity="0" value="0" />
+        <value cell_index="32935" local_entity="0" value="0" />
+        <value cell_index="32936" local_entity="0" value="0" />
+        <value cell_index="32937" local_entity="0" value="0" />
+        <value cell_index="32938" local_entity="0" value="0" />
+        <value cell_index="32939" local_entity="0" value="0" />
+        <value cell_index="32940" local_entity="0" value="0" />
+        <value cell_index="32941" local_entity="0" value="0" />
+        <value cell_index="32942" local_entity="0" value="0" />
+        <value cell_index="32943" local_entity="0" value="0" />
+        <value cell_index="32944" local_entity="0" value="0" />
+        <value cell_index="32945" local_entity="0" value="0" />
+        <value cell_index="32946" local_entity="0" value="0" />
+        <value cell_index="32947" local_entity="0" value="0" />
+        <value cell_index="32948" local_entity="0" value="0" />
+        <value cell_index="32949" local_entity="0" value="0" />
+        <value cell_index="32950" local_entity="0" value="0" />
+        <value cell_index="32951" local_entity="0" value="0" />
+        <value cell_index="32952" local_entity="0" value="0" />
+        <value cell_index="32953" local_entity="0" value="0" />
+        <value cell_index="32954" local_entity="0" value="0" />
+        <value cell_index="32955" local_entity="0" value="0" />
+        <value cell_index="32956" local_entity="0" value="0" />
+        <value cell_index="32957" local_entity="0" value="0" />
+        <value cell_index="32958" local_entity="0" value="0" />
+        <value cell_index="32959" local_entity="0" value="0" />
+        <value cell_index="32960" local_entity="0" value="0" />
+        <value cell_index="32961" local_entity="0" value="0" />
+        <value cell_index="32962" local_entity="0" value="0" />
+        <value cell_index="32963" local_entity="0" value="0" />
+        <value cell_index="32964" local_entity="0" value="0" />
+        <value cell_index="32965" local_entity="0" value="0" />
+        <value cell_index="32966" local_entity="0" value="0" />
+        <value cell_index="32967" local_entity="0" value="0" />
+        <value cell_index="32968" local_entity="0" value="0" />
+        <value cell_index="32969" local_entity="0" value="0" />
+        <value cell_index="32970" local_entity="0" value="0" />
+        <value cell_index="32971" local_entity="0" value="0" />
+        <value cell_index="32972" local_entity="0" value="0" />
+        <value cell_index="32973" local_entity="0" value="0" />
+        <value cell_index="32974" local_entity="0" value="0" />
+        <value cell_index="32975" local_entity="0" value="0" />
+        <value cell_index="32976" local_entity="0" value="0" />
+        <value cell_index="32977" local_entity="0" value="0" />
+        <value cell_index="32978" local_entity="0" value="0" />
+        <value cell_index="32979" local_entity="0" value="0" />
+        <value cell_index="32980" local_entity="0" value="0" />
+        <value cell_index="32981" local_entity="0" value="0" />
+        <value cell_index="32982" local_entity="0" value="0" />
+        <value cell_index="32983" local_entity="0" value="0" />
+        <value cell_index="32984" local_entity="0" value="0" />
+        <value cell_index="32985" local_entity="0" value="0" />
+        <value cell_index="32986" local_entity="0" value="0" />
+        <value cell_index="32987" local_entity="0" value="0" />
+        <value cell_index="32988" local_entity="0" value="0" />
+        <value cell_index="32989" local_entity="0" value="0" />
+        <value cell_index="32990" local_entity="0" value="0" />
+        <value cell_index="32991" local_entity="0" value="0" />
+        <value cell_index="32992" local_entity="0" value="0" />
+        <value cell_index="32993" local_entity="0" value="0" />
+        <value cell_index="32994" local_entity="0" value="0" />
+        <value cell_index="32995" local_entity="0" value="0" />
+        <value cell_index="32996" local_entity="0" value="0" />
+        <value cell_index="32997" local_entity="0" value="0" />
+        <value cell_index="32998" local_entity="0" value="0" />
+        <value cell_index="32999" local_entity="0" value="0" />
+        <value cell_index="33000" local_entity="0" value="0" />
+        <value cell_index="33001" local_entity="0" value="0" />
+        <value cell_index="33002" local_entity="0" value="0" />
+        <value cell_index="33003" local_entity="0" value="0" />
+        <value cell_index="33004" local_entity="0" value="0" />
+        <value cell_index="33005" local_entity="0" value="0" />
+        <value cell_index="33006" local_entity="0" value="0" />
+        <value cell_index="33007" local_entity="0" value="0" />
+        <value cell_index="33008" local_entity="0" value="0" />
+        <value cell_index="33009" local_entity="0" value="0" />
+        <value cell_index="33010" local_entity="0" value="0" />
+        <value cell_index="33011" local_entity="0" value="0" />
+        <value cell_index="33012" local_entity="0" value="0" />
+        <value cell_index="33013" local_entity="0" value="0" />
+        <value cell_index="33014" local_entity="0" value="0" />
+        <value cell_index="33015" local_entity="0" value="0" />
+        <value cell_index="33016" local_entity="0" value="0" />
+        <value cell_index="33017" local_entity="0" value="0" />
+        <value cell_index="33018" local_entity="0" value="0" />
+        <value cell_index="33019" local_entity="0" value="0" />
+        <value cell_index="33020" local_entity="0" value="0" />
+        <value cell_index="33021" local_entity="0" value="0" />
+        <value cell_index="33022" local_entity="0" value="0" />
+        <value cell_index="33023" local_entity="0" value="0" />
+        <value cell_index="33024" local_entity="0" value="0" />
+        <value cell_index="33025" local_entity="0" value="0" />
+        <value cell_index="33026" local_entity="0" value="0" />
+        <value cell_index="33027" local_entity="0" value="0" />
+        <value cell_index="33028" local_entity="0" value="0" />
+        <value cell_index="33029" local_entity="0" value="0" />
+        <value cell_index="33030" local_entity="0" value="0" />
+        <value cell_index="33031" local_entity="0" value="0" />
+        <value cell_index="33032" local_entity="0" value="0" />
+        <value cell_index="33033" local_entity="0" value="0" />
+        <value cell_index="33034" local_entity="0" value="0" />
+        <value cell_index="33035" local_entity="0" value="0" />
+        <value cell_index="33036" local_entity="0" value="0" />
+        <value cell_index="33037" local_entity="0" value="0" />
+        <value cell_index="33038" local_entity="0" value="0" />
+        <value cell_index="33039" local_entity="0" value="0" />
+        <value cell_index="33040" local_entity="0" value="0" />
+        <value cell_index="33041" local_entity="0" value="0" />
+        <value cell_index="33042" local_entity="0" value="0" />
+        <value cell_index="33043" local_entity="0" value="0" />
+        <value cell_index="33044" local_entity="0" value="0" />
+        <value cell_index="33045" local_entity="0" value="0" />
+        <value cell_index="33046" local_entity="0" value="0" />
+        <value cell_index="33047" local_entity="0" value="0" />
+        <value cell_index="33048" local_entity="0" value="0" />
+        <value cell_index="33049" local_entity="0" value="0" />
+        <value cell_index="33050" local_entity="0" value="0" />
+        <value cell_index="33051" local_entity="0" value="0" />
+        <value cell_index="33052" local_entity="0" value="0" />
+        <value cell_index="33053" local_entity="0" value="0" />
+        <value cell_index="33054" local_entity="0" value="0" />
+        <value cell_index="33055" local_entity="0" value="0" />
+        <value cell_index="33056" local_entity="0" value="0" />
+        <value cell_index="33057" local_entity="0" value="0" />
+        <value cell_index="33058" local_entity="0" value="0" />
+        <value cell_index="33059" local_entity="0" value="0" />
+        <value cell_index="33060" local_entity="0" value="0" />
+        <value cell_index="33061" local_entity="0" value="0" />
+        <value cell_index="33062" local_entity="0" value="0" />
+        <value cell_index="33063" local_entity="0" value="0" />
+        <value cell_index="33064" local_entity="0" value="0" />
+        <value cell_index="33065" local_entity="0" value="0" />
+        <value cell_index="33066" local_entity="0" value="0" />
+        <value cell_index="33067" local_entity="0" value="0" />
+        <value cell_index="33068" local_entity="0" value="0" />
+        <value cell_index="33069" local_entity="0" value="0" />
+        <value cell_index="33070" local_entity="0" value="0" />
+        <value cell_index="33071" local_entity="0" value="0" />
+        <value cell_index="33072" local_entity="0" value="0" />
+        <value cell_index="33073" local_entity="0" value="0" />
+        <value cell_index="33074" local_entity="0" value="0" />
+        <value cell_index="33075" local_entity="0" value="0" />
+        <value cell_index="33076" local_entity="0" value="0" />
+        <value cell_index="33077" local_entity="0" value="0" />
+        <value cell_index="33078" local_entity="0" value="0" />
+        <value cell_index="33079" local_entity="0" value="0" />
+        <value cell_index="33080" local_entity="0" value="0" />
+        <value cell_index="33081" local_entity="0" value="0" />
+        <value cell_index="33082" local_entity="0" value="0" />
+        <value cell_index="33083" local_entity="0" value="0" />
+        <value cell_index="33084" local_entity="0" value="0" />
+        <value cell_index="33085" local_entity="0" value="0" />
+        <value cell_index="33086" local_entity="0" value="0" />
+        <value cell_index="33087" local_entity="0" value="0" />
+        <value cell_index="33088" local_entity="0" value="0" />
+        <value cell_index="33089" local_entity="0" value="0" />
+        <value cell_index="33090" local_entity="0" value="0" />
+        <value cell_index="33091" local_entity="0" value="0" />
+        <value cell_index="33092" local_entity="0" value="0" />
+        <value cell_index="33093" local_entity="0" value="0" />
+        <value cell_index="33094" local_entity="0" value="0" />
+        <value cell_index="33095" local_entity="0" value="0" />
+        <value cell_index="33096" local_entity="0" value="0" />
+        <value cell_index="33097" local_entity="0" value="0" />
+        <value cell_index="33098" local_entity="0" value="0" />
+        <value cell_index="33099" local_entity="0" value="0" />
+        <value cell_index="33100" local_entity="0" value="0" />
+        <value cell_index="33101" local_entity="0" value="0" />
+        <value cell_index="33102" local_entity="0" value="0" />
+        <value cell_index="33103" local_entity="0" value="0" />
+        <value cell_index="33104" local_entity="0" value="0" />
+        <value cell_index="33105" local_entity="0" value="0" />
+        <value cell_index="33106" local_entity="0" value="0" />
+        <value cell_index="33107" local_entity="0" value="0" />
+        <value cell_index="33108" local_entity="0" value="0" />
+        <value cell_index="33109" local_entity="0" value="0" />
+        <value cell_index="33110" local_entity="0" value="0" />
+        <value cell_index="33111" local_entity="0" value="0" />
+        <value cell_index="33112" local_entity="0" value="0" />
+        <value cell_index="33113" local_entity="0" value="0" />
+        <value cell_index="33114" local_entity="0" value="0" />
+        <value cell_index="33115" local_entity="0" value="0" />
+        <value cell_index="33116" local_entity="0" value="0" />
+        <value cell_index="33117" local_entity="0" value="0" />
+        <value cell_index="33118" local_entity="0" value="0" />
+        <value cell_index="33119" local_entity="0" value="0" />
+        <value cell_index="33120" local_entity="0" value="0" />
+        <value cell_index="33121" local_entity="0" value="0" />
+        <value cell_index="33122" local_entity="0" value="0" />
+        <value cell_index="33123" local_entity="0" value="0" />
+        <value cell_index="33124" local_entity="0" value="0" />
+        <value cell_index="33125" local_entity="0" value="0" />
+        <value cell_index="33126" local_entity="0" value="0" />
+        <value cell_index="33127" local_entity="0" value="0" />
+        <value cell_index="33128" local_entity="0" value="0" />
+        <value cell_index="33129" local_entity="0" value="0" />
+        <value cell_index="33130" local_entity="0" value="0" />
+        <value cell_index="33131" local_entity="0" value="0" />
+        <value cell_index="33132" local_entity="0" value="0" />
+        <value cell_index="33133" local_entity="0" value="0" />
+        <value cell_index="33134" local_entity="0" value="0" />
+        <value cell_index="33135" local_entity="0" value="0" />
+        <value cell_index="33136" local_entity="0" value="0" />
+        <value cell_index="33137" local_entity="0" value="0" />
+        <value cell_index="33138" local_entity="0" value="0" />
+        <value cell_index="33139" local_entity="0" value="0" />
+        <value cell_index="33140" local_entity="0" value="0" />
+        <value cell_index="33141" local_entity="0" value="0" />
+        <value cell_index="33142" local_entity="0" value="0" />
+        <value cell_index="33143" local_entity="0" value="0" />
+        <value cell_index="33144" local_entity="0" value="0" />
+        <value cell_index="33145" local_entity="0" value="0" />
+        <value cell_index="33146" local_entity="0" value="0" />
+        <value cell_index="33147" local_entity="0" value="0" />
+        <value cell_index="33148" local_entity="0" value="0" />
+        <value cell_index="33149" local_entity="0" value="0" />
+        <value cell_index="33150" local_entity="0" value="0" />
+        <value cell_index="33151" local_entity="0" value="0" />
+        <value cell_index="33152" local_entity="0" value="0" />
+        <value cell_index="33153" local_entity="0" value="0" />
+        <value cell_index="33154" local_entity="0" value="0" />
+        <value cell_index="33155" local_entity="0" value="0" />
+        <value cell_index="33156" local_entity="0" value="0" />
+        <value cell_index="33157" local_entity="0" value="0" />
+        <value cell_index="33158" local_entity="0" value="0" />
+        <value cell_index="33159" local_entity="0" value="0" />
+        <value cell_index="33160" local_entity="0" value="0" />
+        <value cell_index="33161" local_entity="0" value="0" />
+        <value cell_index="33162" local_entity="0" value="0" />
+        <value cell_index="33163" local_entity="0" value="0" />
+        <value cell_index="33164" local_entity="0" value="0" />
+        <value cell_index="33165" local_entity="0" value="0" />
+        <value cell_index="33166" local_entity="0" value="0" />
+        <value cell_index="33167" local_entity="0" value="0" />
+        <value cell_index="33168" local_entity="0" value="0" />
+        <value cell_index="33169" local_entity="0" value="0" />
+        <value cell_index="33170" local_entity="0" value="0" />
+        <value cell_index="33171" local_entity="0" value="0" />
+        <value cell_index="33172" local_entity="0" value="0" />
+        <value cell_index="33173" local_entity="0" value="0" />
+        <value cell_index="33174" local_entity="0" value="0" />
+        <value cell_index="33175" local_entity="0" value="0" />
+        <value cell_index="33176" local_entity="0" value="0" />
+        <value cell_index="33177" local_entity="0" value="0" />
+        <value cell_index="33178" local_entity="0" value="0" />
+        <value cell_index="33179" local_entity="0" value="0" />
+        <value cell_index="33180" local_entity="0" value="0" />
+        <value cell_index="33181" local_entity="0" value="0" />
+        <value cell_index="33182" local_entity="0" value="0" />
+        <value cell_index="33183" local_entity="0" value="0" />
+        <value cell_index="33184" local_entity="0" value="0" />
+        <value cell_index="33185" local_entity="0" value="0" />
+        <value cell_index="33186" local_entity="0" value="0" />
+        <value cell_index="33187" local_entity="0" value="0" />
+        <value cell_index="33188" local_entity="0" value="0" />
+        <value cell_index="33189" local_entity="0" value="0" />
+        <value cell_index="33190" local_entity="0" value="0" />
+        <value cell_index="33191" local_entity="0" value="0" />
+        <value cell_index="33192" local_entity="0" value="0" />
+        <value cell_index="33193" local_entity="0" value="0" />
+        <value cell_index="33194" local_entity="0" value="0" />
+        <value cell_index="33195" local_entity="0" value="0" />
+        <value cell_index="33196" local_entity="0" value="0" />
+        <value cell_index="33197" local_entity="0" value="0" />
+        <value cell_index="33198" local_entity="0" value="0" />
+        <value cell_index="33199" local_entity="0" value="0" />
+        <value cell_index="33200" local_entity="0" value="0" />
+        <value cell_index="33201" local_entity="0" value="0" />
+        <value cell_index="33202" local_entity="0" value="0" />
+        <value cell_index="33203" local_entity="0" value="0" />
+        <value cell_index="33204" local_entity="0" value="0" />
+        <value cell_index="33205" local_entity="0" value="0" />
+        <value cell_index="33206" local_entity="0" value="0" />
+        <value cell_index="33207" local_entity="0" value="0" />
+        <value cell_index="33208" local_entity="0" value="0" />
+        <value cell_index="33209" local_entity="0" value="0" />
+        <value cell_index="33210" local_entity="0" value="0" />
+        <value cell_index="33211" local_entity="0" value="0" />
+        <value cell_index="33212" local_entity="0" value="0" />
+        <value cell_index="33213" local_entity="0" value="0" />
+        <value cell_index="33214" local_entity="0" value="0" />
+        <value cell_index="33215" local_entity="0" value="0" />
+        <value cell_index="33216" local_entity="0" value="0" />
+        <value cell_index="33217" local_entity="0" value="0" />
+        <value cell_index="33218" local_entity="0" value="0" />
+        <value cell_index="33219" local_entity="0" value="0" />
+        <value cell_index="33220" local_entity="0" value="0" />
+        <value cell_index="33221" local_entity="0" value="0" />
+        <value cell_index="33222" local_entity="0" value="0" />
+        <value cell_index="33223" local_entity="0" value="0" />
+        <value cell_index="33224" local_entity="0" value="0" />
+        <value cell_index="33225" local_entity="0" value="0" />
+        <value cell_index="33226" local_entity="0" value="0" />
+        <value cell_index="33227" local_entity="0" value="0" />
+        <value cell_index="33228" local_entity="0" value="0" />
+        <value cell_index="33229" local_entity="0" value="0" />
+        <value cell_index="33230" local_entity="0" value="0" />
+        <value cell_index="33231" local_entity="0" value="0" />
+        <value cell_index="33232" local_entity="0" value="0" />
+        <value cell_index="33233" local_entity="0" value="0" />
+        <value cell_index="33234" local_entity="0" value="0" />
+        <value cell_index="33235" local_entity="0" value="0" />
+        <value cell_index="33236" local_entity="0" value="0" />
+        <value cell_index="33237" local_entity="0" value="0" />
+        <value cell_index="33238" local_entity="0" value="0" />
+        <value cell_index="33239" local_entity="0" value="0" />
+        <value cell_index="33240" local_entity="0" value="0" />
+        <value cell_index="33241" local_entity="0" value="0" />
+        <value cell_index="33242" local_entity="0" value="0" />
+        <value cell_index="33243" local_entity="0" value="0" />
+        <value cell_index="33244" local_entity="0" value="0" />
+        <value cell_index="33245" local_entity="0" value="0" />
+        <value cell_index="33246" local_entity="0" value="0" />
+        <value cell_index="33247" local_entity="0" value="0" />
+        <value cell_index="33248" local_entity="0" value="0" />
+        <value cell_index="33249" local_entity="0" value="0" />
+        <value cell_index="33250" local_entity="0" value="0" />
+        <value cell_index="33251" local_entity="0" value="0" />
+        <value cell_index="33252" local_entity="0" value="0" />
+        <value cell_index="33253" local_entity="0" value="0" />
+        <value cell_index="33254" local_entity="0" value="0" />
+        <value cell_index="33255" local_entity="0" value="0" />
+        <value cell_index="33256" local_entity="0" value="0" />
+        <value cell_index="33257" local_entity="0" value="0" />
+        <value cell_index="33258" local_entity="0" value="0" />
+        <value cell_index="33259" local_entity="0" value="0" />
+        <value cell_index="33260" local_entity="0" value="0" />
+        <value cell_index="33261" local_entity="0" value="0" />
+        <value cell_index="33262" local_entity="0" value="0" />
+        <value cell_index="33263" local_entity="0" value="0" />
+        <value cell_index="33264" local_entity="0" value="0" />
+        <value cell_index="33265" local_entity="0" value="0" />
+        <value cell_index="33266" local_entity="0" value="0" />
+        <value cell_index="33267" local_entity="0" value="0" />
+        <value cell_index="33268" local_entity="0" value="0" />
+        <value cell_index="33269" local_entity="0" value="0" />
+        <value cell_index="33270" local_entity="0" value="0" />
+        <value cell_index="33271" local_entity="0" value="0" />
+        <value cell_index="33272" local_entity="0" value="0" />
+        <value cell_index="33273" local_entity="0" value="0" />
+        <value cell_index="33274" local_entity="0" value="0" />
+        <value cell_index="33275" local_entity="0" value="0" />
+        <value cell_index="33276" local_entity="0" value="0" />
+        <value cell_index="33277" local_entity="0" value="0" />
+        <value cell_index="33278" local_entity="0" value="0" />
+        <value cell_index="33279" local_entity="0" value="0" />
+        <value cell_index="33280" local_entity="0" value="0" />
+        <value cell_index="33281" local_entity="0" value="0" />
+        <value cell_index="33282" local_entity="0" value="0" />
+        <value cell_index="33283" local_entity="0" value="0" />
+        <value cell_index="33284" local_entity="0" value="0" />
+        <value cell_index="33285" local_entity="0" value="0" />
+        <value cell_index="33286" local_entity="0" value="0" />
+        <value cell_index="33287" local_entity="0" value="0" />
+        <value cell_index="33288" local_entity="0" value="0" />
+        <value cell_index="33289" local_entity="0" value="0" />
+        <value cell_index="33290" local_entity="0" value="0" />
+        <value cell_index="33291" local_entity="0" value="0" />
+        <value cell_index="33292" local_entity="0" value="0" />
+        <value cell_index="33293" local_entity="0" value="0" />
+        <value cell_index="33294" local_entity="0" value="0" />
+        <value cell_index="33295" local_entity="0" value="0" />
+        <value cell_index="33296" local_entity="0" value="0" />
+        <value cell_index="33297" local_entity="0" value="0" />
+        <value cell_index="33298" local_entity="0" value="0" />
+        <value cell_index="33299" local_entity="0" value="0" />
+        <value cell_index="33300" local_entity="0" value="0" />
+        <value cell_index="33301" local_entity="0" value="0" />
+        <value cell_index="33302" local_entity="0" value="0" />
+        <value cell_index="33303" local_entity="0" value="0" />
+        <value cell_index="33304" local_entity="0" value="0" />
+        <value cell_index="33305" local_entity="0" value="0" />
+        <value cell_index="33306" local_entity="0" value="0" />
+        <value cell_index="33307" local_entity="0" value="0" />
+        <value cell_index="33308" local_entity="0" value="0" />
+        <value cell_index="33309" local_entity="0" value="0" />
+        <value cell_index="33310" local_entity="0" value="0" />
+        <value cell_index="33311" local_entity="0" value="0" />
+        <value cell_index="33312" local_entity="0" value="0" />
+        <value cell_index="33313" local_entity="0" value="0" />
+        <value cell_index="33314" local_entity="0" value="0" />
+        <value cell_index="33315" local_entity="0" value="0" />
+        <value cell_index="33316" local_entity="0" value="0" />
+        <value cell_index="33317" local_entity="0" value="0" />
+        <value cell_index="33318" local_entity="0" value="0" />
+        <value cell_index="33319" local_entity="0" value="0" />
+        <value cell_index="33320" local_entity="0" value="0" />
+        <value cell_index="33321" local_entity="0" value="0" />
+        <value cell_index="33322" local_entity="0" value="0" />
+        <value cell_index="33323" local_entity="0" value="0" />
+        <value cell_index="33324" local_entity="0" value="0" />
+        <value cell_index="33325" local_entity="0" value="0" />
+        <value cell_index="33326" local_entity="0" value="0" />
+        <value cell_index="33327" local_entity="0" value="0" />
+        <value cell_index="33328" local_entity="0" value="0" />
+        <value cell_index="33329" local_entity="0" value="0" />
+        <value cell_index="33330" local_entity="0" value="0" />
+        <value cell_index="33331" local_entity="0" value="0" />
+        <value cell_index="33332" local_entity="0" value="0" />
+        <value cell_index="33333" local_entity="0" value="0" />
+        <value cell_index="33334" local_entity="0" value="0" />
+        <value cell_index="33335" local_entity="0" value="0" />
+        <value cell_index="33336" local_entity="0" value="0" />
+        <value cell_index="33337" local_entity="0" value="0" />
+        <value cell_index="33338" local_entity="0" value="0" />
+        <value cell_index="33339" local_entity="0" value="0" />
+        <value cell_index="33340" local_entity="0" value="0" />
+        <value cell_index="33341" local_entity="0" value="0" />
+        <value cell_index="33342" local_entity="0" value="0" />
+        <value cell_index="33343" local_entity="0" value="0" />
+        <value cell_index="33344" local_entity="0" value="0" />
+        <value cell_index="33345" local_entity="0" value="0" />
+        <value cell_index="33346" local_entity="0" value="0" />
+        <value cell_index="33347" local_entity="0" value="0" />
+        <value cell_index="33348" local_entity="0" value="0" />
+        <value cell_index="33349" local_entity="0" value="0" />
+        <value cell_index="33350" local_entity="0" value="0" />
+        <value cell_index="33351" local_entity="0" value="0" />
+        <value cell_index="33352" local_entity="0" value="0" />
+        <value cell_index="33353" local_entity="0" value="0" />
+        <value cell_index="33354" local_entity="0" value="0" />
+        <value cell_index="33355" local_entity="0" value="0" />
+        <value cell_index="33356" local_entity="0" value="0" />
+        <value cell_index="33357" local_entity="0" value="0" />
+        <value cell_index="33358" local_entity="0" value="0" />
+        <value cell_index="33359" local_entity="0" value="0" />
+        <value cell_index="33360" local_entity="0" value="0" />
+        <value cell_index="33361" local_entity="0" value="0" />
+        <value cell_index="33362" local_entity="0" value="0" />
+        <value cell_index="33363" local_entity="0" value="0" />
+        <value cell_index="33364" local_entity="0" value="0" />
+        <value cell_index="33365" local_entity="0" value="0" />
+        <value cell_index="33366" local_entity="0" value="0" />
+        <value cell_index="33367" local_entity="0" value="0" />
+        <value cell_index="33368" local_entity="0" value="0" />
+        <value cell_index="33369" local_entity="0" value="0" />
+        <value cell_index="33370" local_entity="0" value="0" />
+        <value cell_index="33371" local_entity="0" value="0" />
+        <value cell_index="33372" local_entity="0" value="0" />
+        <value cell_index="33373" local_entity="0" value="0" />
+        <value cell_index="33374" local_entity="0" value="0" />
+        <value cell_index="33375" local_entity="0" value="0" />
+        <value cell_index="33376" local_entity="0" value="0" />
+        <value cell_index="33377" local_entity="0" value="0" />
+        <value cell_index="33378" local_entity="0" value="0" />
+        <value cell_index="33379" local_entity="0" value="0" />
+        <value cell_index="33380" local_entity="0" value="0" />
+        <value cell_index="33381" local_entity="0" value="0" />
+        <value cell_index="33382" local_entity="0" value="0" />
+        <value cell_index="33383" local_entity="0" value="0" />
+        <value cell_index="33384" local_entity="0" value="0" />
+        <value cell_index="33385" local_entity="0" value="0" />
+        <value cell_index="33386" local_entity="0" value="0" />
+        <value cell_index="33387" local_entity="0" value="0" />
+        <value cell_index="33388" local_entity="0" value="0" />
+        <value cell_index="33389" local_entity="0" value="0" />
+        <value cell_index="33390" local_entity="0" value="0" />
+        <value cell_index="33391" local_entity="0" value="0" />
+        <value cell_index="33392" local_entity="0" value="0" />
+        <value cell_index="33393" local_entity="0" value="0" />
+        <value cell_index="33394" local_entity="0" value="0" />
+        <value cell_index="33395" local_entity="0" value="0" />
+        <value cell_index="33396" local_entity="0" value="0" />
+        <value cell_index="33397" local_entity="0" value="0" />
+        <value cell_index="33398" local_entity="0" value="0" />
+        <value cell_index="33399" local_entity="0" value="0" />
+        <value cell_index="33400" local_entity="0" value="0" />
+        <value cell_index="33401" local_entity="0" value="0" />
+        <value cell_index="33402" local_entity="0" value="0" />
+        <value cell_index="33403" local_entity="0" value="0" />
+        <value cell_index="33404" local_entity="0" value="0" />
+        <value cell_index="33405" local_entity="0" value="0" />
+        <value cell_index="33406" local_entity="0" value="0" />
+        <value cell_index="33407" local_entity="0" value="0" />
+        <value cell_index="33408" local_entity="0" value="0" />
+        <value cell_index="33409" local_entity="0" value="0" />
+        <value cell_index="33410" local_entity="0" value="0" />
+        <value cell_index="33411" local_entity="0" value="0" />
+        <value cell_index="33412" local_entity="0" value="0" />
+        <value cell_index="33413" local_entity="0" value="0" />
+        <value cell_index="33414" local_entity="0" value="0" />
+        <value cell_index="33415" local_entity="0" value="0" />
+        <value cell_index="33416" local_entity="0" value="0" />
+        <value cell_index="33417" local_entity="0" value="0" />
+        <value cell_index="33418" local_entity="0" value="0" />
+        <value cell_index="33419" local_entity="0" value="0" />
+        <value cell_index="33420" local_entity="0" value="0" />
+        <value cell_index="33421" local_entity="0" value="0" />
+        <value cell_index="33422" local_entity="0" value="0" />
+        <value cell_index="33423" local_entity="0" value="0" />
+        <value cell_index="33424" local_entity="0" value="0" />
+        <value cell_index="33425" local_entity="0" value="0" />
+        <value cell_index="33426" local_entity="0" value="0" />
+        <value cell_index="33427" local_entity="0" value="0" />
+        <value cell_index="33428" local_entity="0" value="0" />
+        <value cell_index="33429" local_entity="0" value="0" />
+        <value cell_index="33430" local_entity="0" value="0" />
+        <value cell_index="33431" local_entity="0" value="0" />
+        <value cell_index="33432" local_entity="0" value="0" />
+        <value cell_index="33433" local_entity="0" value="0" />
+        <value cell_index="33434" local_entity="0" value="0" />
+        <value cell_index="33435" local_entity="0" value="0" />
+        <value cell_index="33436" local_entity="0" value="0" />
+        <value cell_index="33437" local_entity="0" value="0" />
+        <value cell_index="33438" local_entity="0" value="0" />
+        <value cell_index="33439" local_entity="0" value="0" />
+        <value cell_index="33440" local_entity="0" value="0" />
+        <value cell_index="33441" local_entity="0" value="0" />
+        <value cell_index="33442" local_entity="0" value="0" />
+        <value cell_index="33443" local_entity="0" value="0" />
+        <value cell_index="33444" local_entity="0" value="0" />
+        <value cell_index="33445" local_entity="0" value="0" />
+        <value cell_index="33446" local_entity="0" value="0" />
+        <value cell_index="33447" local_entity="0" value="0" />
+        <value cell_index="33448" local_entity="0" value="0" />
+        <value cell_index="33449" local_entity="0" value="0" />
+        <value cell_index="33450" local_entity="0" value="0" />
+        <value cell_index="33451" local_entity="0" value="0" />
+        <value cell_index="33452" local_entity="0" value="0" />
+        <value cell_index="33453" local_entity="0" value="0" />
+        <value cell_index="33454" local_entity="0" value="0" />
+        <value cell_index="33455" local_entity="0" value="0" />
+        <value cell_index="33456" local_entity="0" value="0" />
+        <value cell_index="33457" local_entity="0" value="0" />
+        <value cell_index="33458" local_entity="0" value="0" />
+        <value cell_index="33459" local_entity="0" value="0" />
+        <value cell_index="33460" local_entity="0" value="0" />
+        <value cell_index="33461" local_entity="0" value="0" />
+        <value cell_index="33462" local_entity="0" value="0" />
+        <value cell_index="33463" local_entity="0" value="0" />
+        <value cell_index="33464" local_entity="0" value="0" />
+        <value cell_index="33465" local_entity="0" value="0" />
+        <value cell_index="33466" local_entity="0" value="0" />
+        <value cell_index="33467" local_entity="0" value="0" />
+        <value cell_index="33468" local_entity="0" value="0" />
+        <value cell_index="33469" local_entity="0" value="0" />
+        <value cell_index="33470" local_entity="0" value="0" />
+        <value cell_index="33471" local_entity="0" value="0" />
+        <value cell_index="33472" local_entity="0" value="0" />
+        <value cell_index="33473" local_entity="0" value="0" />
+        <value cell_index="33474" local_entity="0" value="0" />
+        <value cell_index="33475" local_entity="0" value="0" />
+        <value cell_index="33476" local_entity="0" value="0" />
+        <value cell_index="33477" local_entity="0" value="0" />
+        <value cell_index="33478" local_entity="0" value="0" />
+        <value cell_index="33479" local_entity="0" value="0" />
+        <value cell_index="33480" local_entity="0" value="0" />
+        <value cell_index="33481" local_entity="0" value="0" />
+        <value cell_index="33482" local_entity="0" value="0" />
+        <value cell_index="33483" local_entity="0" value="0" />
+        <value cell_index="33484" local_entity="0" value="0" />
+        <value cell_index="33485" local_entity="0" value="0" />
+        <value cell_index="33486" local_entity="0" value="0" />
+        <value cell_index="33487" local_entity="0" value="0" />
+        <value cell_index="33488" local_entity="0" value="0" />
+        <value cell_index="33489" local_entity="0" value="0" />
+        <value cell_index="33490" local_entity="0" value="0" />
+        <value cell_index="33491" local_entity="0" value="0" />
+        <value cell_index="33492" local_entity="0" value="0" />
+        <value cell_index="33493" local_entity="0" value="0" />
+        <value cell_index="33494" local_entity="0" value="0" />
+        <value cell_index="33495" local_entity="0" value="0" />
+        <value cell_index="33496" local_entity="0" value="0" />
+        <value cell_index="33497" local_entity="0" value="0" />
+        <value cell_index="33498" local_entity="0" value="0" />
+        <value cell_index="33499" local_entity="0" value="0" />
+        <value cell_index="33500" local_entity="0" value="0" />
+        <value cell_index="33501" local_entity="0" value="0" />
+        <value cell_index="33502" local_entity="0" value="0" />
+        <value cell_index="33503" local_entity="0" value="0" />
+        <value cell_index="33504" local_entity="0" value="0" />
+        <value cell_index="33505" local_entity="0" value="0" />
+        <value cell_index="33506" local_entity="0" value="0" />
+        <value cell_index="33507" local_entity="0" value="0" />
+        <value cell_index="33508" local_entity="0" value="0" />
+        <value cell_index="33509" local_entity="0" value="0" />
+        <value cell_index="33510" local_entity="0" value="0" />
+        <value cell_index="33511" local_entity="0" value="0" />
+        <value cell_index="33512" local_entity="0" value="0" />
+        <value cell_index="33513" local_entity="0" value="0" />
+        <value cell_index="33514" local_entity="0" value="0" />
+        <value cell_index="33515" local_entity="0" value="0" />
+        <value cell_index="33516" local_entity="0" value="0" />
+        <value cell_index="33517" local_entity="0" value="0" />
+        <value cell_index="33518" local_entity="0" value="0" />
+        <value cell_index="33519" local_entity="0" value="0" />
+        <value cell_index="33520" local_entity="0" value="0" />
+        <value cell_index="33521" local_entity="0" value="0" />
+        <value cell_index="33522" local_entity="0" value="0" />
+        <value cell_index="33523" local_entity="0" value="0" />
+        <value cell_index="33524" local_entity="0" value="0" />
+        <value cell_index="33525" local_entity="0" value="0" />
+        <value cell_index="33526" local_entity="0" value="0" />
+        <value cell_index="33527" local_entity="0" value="0" />
+        <value cell_index="33528" local_entity="0" value="0" />
+        <value cell_index="33529" local_entity="0" value="0" />
+        <value cell_index="33530" local_entity="0" value="0" />
+        <value cell_index="33531" local_entity="0" value="0" />
+        <value cell_index="33532" local_entity="0" value="0" />
+        <value cell_index="33533" local_entity="0" value="0" />
+        <value cell_index="33534" local_entity="0" value="0" />
+        <value cell_index="33535" local_entity="0" value="0" />
+        <value cell_index="33536" local_entity="0" value="0" />
+        <value cell_index="33537" local_entity="0" value="0" />
+        <value cell_index="33538" local_entity="0" value="0" />
+        <value cell_index="33539" local_entity="0" value="0" />
+        <value cell_index="33540" local_entity="0" value="0" />
+        <value cell_index="33541" local_entity="0" value="0" />
+        <value cell_index="33542" local_entity="0" value="0" />
+        <value cell_index="33543" local_entity="0" value="0" />
+        <value cell_index="33544" local_entity="0" value="0" />
+        <value cell_index="33545" local_entity="0" value="0" />
+        <value cell_index="33546" local_entity="0" value="0" />
+        <value cell_index="33547" local_entity="0" value="0" />
+        <value cell_index="33548" local_entity="0" value="0" />
+        <value cell_index="33549" local_entity="0" value="0" />
+        <value cell_index="33550" local_entity="0" value="0" />
+        <value cell_index="33551" local_entity="0" value="0" />
+        <value cell_index="33552" local_entity="0" value="0" />
+        <value cell_index="33553" local_entity="0" value="0" />
+        <value cell_index="33554" local_entity="0" value="0" />
+        <value cell_index="33555" local_entity="0" value="0" />
+        <value cell_index="33556" local_entity="0" value="0" />
+        <value cell_index="33557" local_entity="0" value="0" />
+        <value cell_index="33558" local_entity="0" value="0" />
+        <value cell_index="33559" local_entity="0" value="0" />
+        <value cell_index="33560" local_entity="0" value="0" />
+        <value cell_index="33561" local_entity="0" value="0" />
+        <value cell_index="33562" local_entity="0" value="0" />
+        <value cell_index="33563" local_entity="0" value="0" />
+        <value cell_index="33564" local_entity="0" value="0" />
+        <value cell_index="33565" local_entity="0" value="0" />
+        <value cell_index="33566" local_entity="0" value="0" />
+        <value cell_index="33567" local_entity="0" value="0" />
+        <value cell_index="33568" local_entity="0" value="0" />
+        <value cell_index="33569" local_entity="0" value="0" />
+        <value cell_index="33570" local_entity="0" value="0" />
+        <value cell_index="33571" local_entity="0" value="0" />
+        <value cell_index="33572" local_entity="0" value="0" />
+        <value cell_index="33573" local_entity="0" value="0" />
+        <value cell_index="33574" local_entity="0" value="0" />
+        <value cell_index="33575" local_entity="0" value="0" />
+        <value cell_index="33576" local_entity="0" value="0" />
+        <value cell_index="33577" local_entity="0" value="0" />
+        <value cell_index="33578" local_entity="0" value="0" />
+        <value cell_index="33579" local_entity="0" value="0" />
+        <value cell_index="33580" local_entity="0" value="0" />
+        <value cell_index="33581" local_entity="0" value="0" />
+        <value cell_index="33582" local_entity="0" value="0" />
+        <value cell_index="33583" local_entity="0" value="0" />
+        <value cell_index="33584" local_entity="0" value="0" />
+        <value cell_index="33585" local_entity="0" value="0" />
+        <value cell_index="33586" local_entity="0" value="0" />
+        <value cell_index="33587" local_entity="0" value="0" />
+        <value cell_index="33588" local_entity="0" value="0" />
+        <value cell_index="33589" local_entity="0" value="0" />
+        <value cell_index="33590" local_entity="0" value="0" />
+        <value cell_index="33591" local_entity="0" value="0" />
+        <value cell_index="33592" local_entity="0" value="0" />
+        <value cell_index="33593" local_entity="0" value="0" />
+        <value cell_index="33594" local_entity="0" value="0" />
+        <value cell_index="33595" local_entity="0" value="0" />
+        <value cell_index="33596" local_entity="0" value="0" />
+        <value cell_index="33597" local_entity="0" value="0" />
+        <value cell_index="33598" local_entity="0" value="0" />
+        <value cell_index="33599" local_entity="0" value="0" />
+        <value cell_index="33600" local_entity="0" value="0" />
+        <value cell_index="33601" local_entity="0" value="0" />
+        <value cell_index="33602" local_entity="0" value="0" />
+        <value cell_index="33603" local_entity="0" value="0" />
+        <value cell_index="33604" local_entity="0" value="0" />
+        <value cell_index="33605" local_entity="0" value="0" />
+        <value cell_index="33606" local_entity="0" value="0" />
+        <value cell_index="33607" local_entity="0" value="0" />
+        <value cell_index="33608" local_entity="0" value="0" />
+        <value cell_index="33609" local_entity="0" value="0" />
+        <value cell_index="33610" local_entity="0" value="0" />
+        <value cell_index="33611" local_entity="0" value="0" />
+        <value cell_index="33612" local_entity="0" value="0" />
+        <value cell_index="33613" local_entity="0" value="0" />
+        <value cell_index="33614" local_entity="0" value="0" />
+        <value cell_index="33615" local_entity="0" value="0" />
+        <value cell_index="33616" local_entity="0" value="0" />
+        <value cell_index="33617" local_entity="0" value="0" />
+        <value cell_index="33618" local_entity="0" value="0" />
+        <value cell_index="33619" local_entity="0" value="0" />
+        <value cell_index="33620" local_entity="0" value="0" />
+        <value cell_index="33621" local_entity="0" value="0" />
+        <value cell_index="33622" local_entity="0" value="0" />
+        <value cell_index="33623" local_entity="0" value="0" />
+        <value cell_index="33624" local_entity="0" value="0" />
+        <value cell_index="33625" local_entity="0" value="0" />
+        <value cell_index="33626" local_entity="0" value="0" />
+        <value cell_index="33627" local_entity="0" value="0" />
+        <value cell_index="33628" local_entity="0" value="0" />
+        <value cell_index="33629" local_entity="0" value="0" />
+        <value cell_index="33630" local_entity="0" value="0" />
+        <value cell_index="33631" local_entity="0" value="0" />
+        <value cell_index="33632" local_entity="0" value="0" />
+        <value cell_index="33633" local_entity="0" value="0" />
+        <value cell_index="33634" local_entity="0" value="0" />
+        <value cell_index="33635" local_entity="0" value="0" />
+        <value cell_index="33636" local_entity="0" value="0" />
+        <value cell_index="33637" local_entity="0" value="0" />
+        <value cell_index="33638" local_entity="0" value="0" />
+        <value cell_index="33639" local_entity="0" value="0" />
+        <value cell_index="33640" local_entity="0" value="0" />
+        <value cell_index="33641" local_entity="0" value="0" />
+        <value cell_index="33642" local_entity="0" value="0" />
+        <value cell_index="33643" local_entity="0" value="0" />
+        <value cell_index="33644" local_entity="0" value="0" />
+        <value cell_index="33645" local_entity="0" value="0" />
+        <value cell_index="33646" local_entity="0" value="0" />
+        <value cell_index="33647" local_entity="0" value="0" />
+        <value cell_index="33648" local_entity="0" value="0" />
+        <value cell_index="33649" local_entity="0" value="0" />
+        <value cell_index="33650" local_entity="0" value="0" />
+        <value cell_index="33651" local_entity="0" value="0" />
+        <value cell_index="33652" local_entity="0" value="0" />
+        <value cell_index="33653" local_entity="0" value="0" />
+        <value cell_index="33654" local_entity="0" value="0" />
+        <value cell_index="33655" local_entity="0" value="0" />
+        <value cell_index="33656" local_entity="0" value="0" />
+        <value cell_index="33657" local_entity="0" value="0" />
+        <value cell_index="33658" local_entity="0" value="0" />
+        <value cell_index="33659" local_entity="0" value="0" />
+        <value cell_index="33660" local_entity="0" value="0" />
+        <value cell_index="33661" local_entity="0" value="0" />
+        <value cell_index="33662" local_entity="0" value="0" />
+        <value cell_index="33663" local_entity="0" value="0" />
+        <value cell_index="33664" local_entity="0" value="0" />
+        <value cell_index="33665" local_entity="0" value="0" />
+        <value cell_index="33666" local_entity="0" value="0" />
+        <value cell_index="33667" local_entity="0" value="0" />
+        <value cell_index="33668" local_entity="0" value="0" />
+        <value cell_index="33669" local_entity="0" value="0" />
+        <value cell_index="33670" local_entity="0" value="0" />
+        <value cell_index="33671" local_entity="0" value="0" />
+        <value cell_index="33672" local_entity="0" value="0" />
+        <value cell_index="33673" local_entity="0" value="0" />
+        <value cell_index="33674" local_entity="0" value="0" />
+        <value cell_index="33675" local_entity="0" value="0" />
+        <value cell_index="33676" local_entity="0" value="0" />
+        <value cell_index="33677" local_entity="0" value="0" />
+        <value cell_index="33678" local_entity="0" value="0" />
+        <value cell_index="33679" local_entity="0" value="0" />
+        <value cell_index="33680" local_entity="0" value="0" />
+        <value cell_index="33681" local_entity="0" value="0" />
+        <value cell_index="33682" local_entity="0" value="0" />
+        <value cell_index="33683" local_entity="0" value="0" />
+        <value cell_index="33684" local_entity="0" value="0" />
+        <value cell_index="33685" local_entity="0" value="0" />
+        <value cell_index="33686" local_entity="0" value="0" />
+        <value cell_index="33687" local_entity="0" value="0" />
+        <value cell_index="33688" local_entity="0" value="0" />
+        <value cell_index="33689" local_entity="0" value="0" />
+        <value cell_index="33690" local_entity="0" value="0" />
+        <value cell_index="33691" local_entity="0" value="0" />
+        <value cell_index="33692" local_entity="0" value="0" />
+        <value cell_index="33693" local_entity="0" value="0" />
+        <value cell_index="33694" local_entity="0" value="0" />
+        <value cell_index="33695" local_entity="0" value="0" />
+        <value cell_index="33696" local_entity="0" value="0" />
+        <value cell_index="33697" local_entity="0" value="0" />
+        <value cell_index="33698" local_entity="0" value="0" />
+        <value cell_index="33699" local_entity="0" value="0" />
+        <value cell_index="33700" local_entity="0" value="0" />
+        <value cell_index="33701" local_entity="0" value="0" />
+        <value cell_index="33702" local_entity="0" value="0" />
+        <value cell_index="33703" local_entity="0" value="0" />
+        <value cell_index="33704" local_entity="0" value="0" />
+        <value cell_index="33705" local_entity="0" value="0" />
+        <value cell_index="33706" local_entity="0" value="0" />
+        <value cell_index="33707" local_entity="0" value="0" />
+        <value cell_index="33708" local_entity="0" value="0" />
+        <value cell_index="33709" local_entity="0" value="0" />
+        <value cell_index="33710" local_entity="0" value="0" />
+        <value cell_index="33711" local_entity="0" value="0" />
+        <value cell_index="33712" local_entity="0" value="0" />
+        <value cell_index="33713" local_entity="0" value="0" />
+        <value cell_index="33714" local_entity="0" value="0" />
+        <value cell_index="33715" local_entity="0" value="0" />
+        <value cell_index="33716" local_entity="0" value="0" />
+        <value cell_index="33717" local_entity="0" value="0" />
+        <value cell_index="33718" local_entity="0" value="0" />
+        <value cell_index="33719" local_entity="0" value="0" />
+        <value cell_index="33720" local_entity="0" value="0" />
+        <value cell_index="33721" local_entity="0" value="0" />
+        <value cell_index="33722" local_entity="0" value="0" />
+        <value cell_index="33723" local_entity="0" value="0" />
+        <value cell_index="33724" local_entity="0" value="0" />
+        <value cell_index="33725" local_entity="0" value="0" />
+        <value cell_index="33726" local_entity="0" value="0" />
+        <value cell_index="33727" local_entity="0" value="0" />
+        <value cell_index="33728" local_entity="0" value="0" />
+        <value cell_index="33729" local_entity="0" value="0" />
+        <value cell_index="33730" local_entity="0" value="0" />
+        <value cell_index="33731" local_entity="0" value="0" />
+        <value cell_index="33732" local_entity="0" value="0" />
+        <value cell_index="33733" local_entity="0" value="0" />
+        <value cell_index="33734" local_entity="0" value="0" />
+        <value cell_index="33735" local_entity="0" value="0" />
+        <value cell_index="33736" local_entity="0" value="0" />
+        <value cell_index="33737" local_entity="0" value="0" />
+        <value cell_index="33738" local_entity="0" value="0" />
+        <value cell_index="33739" local_entity="0" value="0" />
+        <value cell_index="33740" local_entity="0" value="0" />
+        <value cell_index="33741" local_entity="0" value="0" />
+        <value cell_index="33742" local_entity="0" value="0" />
+        <value cell_index="33743" local_entity="0" value="0" />
+        <value cell_index="33744" local_entity="0" value="0" />
+        <value cell_index="33745" local_entity="0" value="0" />
+        <value cell_index="33746" local_entity="0" value="0" />
+        <value cell_index="33747" local_entity="0" value="0" />
+        <value cell_index="33748" local_entity="0" value="0" />
+        <value cell_index="33749" local_entity="0" value="0" />
+        <value cell_index="33750" local_entity="0" value="0" />
+        <value cell_index="33751" local_entity="0" value="0" />
+        <value cell_index="33752" local_entity="0" value="0" />
+        <value cell_index="33753" local_entity="0" value="0" />
+        <value cell_index="33754" local_entity="0" value="0" />
+        <value cell_index="33755" local_entity="0" value="0" />
+        <value cell_index="33756" local_entity="0" value="0" />
+        <value cell_index="33757" local_entity="0" value="0" />
+        <value cell_index="33758" local_entity="0" value="0" />
+        <value cell_index="33759" local_entity="0" value="0" />
+        <value cell_index="33760" local_entity="0" value="0" />
+        <value cell_index="33761" local_entity="0" value="0" />
+        <value cell_index="33762" local_entity="0" value="0" />
+        <value cell_index="33763" local_entity="0" value="0" />
+        <value cell_index="33764" local_entity="0" value="0" />
+        <value cell_index="33765" local_entity="0" value="0" />
+        <value cell_index="33766" local_entity="0" value="0" />
+        <value cell_index="33767" local_entity="0" value="0" />
+        <value cell_index="33768" local_entity="0" value="0" />
+        <value cell_index="33769" local_entity="0" value="0" />
+        <value cell_index="33770" local_entity="0" value="0" />
+        <value cell_index="33771" local_entity="0" value="0" />
+        <value cell_index="33772" local_entity="0" value="0" />
+        <value cell_index="33773" local_entity="0" value="0" />
+        <value cell_index="33774" local_entity="0" value="0" />
+        <value cell_index="33775" local_entity="0" value="0" />
+        <value cell_index="33776" local_entity="0" value="0" />
+        <value cell_index="33777" local_entity="0" value="0" />
+        <value cell_index="33778" local_entity="0" value="0" />
+        <value cell_index="33779" local_entity="0" value="0" />
+        <value cell_index="33780" local_entity="0" value="0" />
+        <value cell_index="33781" local_entity="0" value="0" />
+        <value cell_index="33782" local_entity="0" value="0" />
+        <value cell_index="33783" local_entity="0" value="0" />
+        <value cell_index="33784" local_entity="0" value="0" />
+        <value cell_index="33785" local_entity="0" value="0" />
+        <value cell_index="33786" local_entity="0" value="0" />
+        <value cell_index="33787" local_entity="0" value="0" />
+        <value cell_index="33788" local_entity="0" value="0" />
+        <value cell_index="33789" local_entity="0" value="0" />
+        <value cell_index="33790" local_entity="0" value="0" />
+        <value cell_index="33791" local_entity="0" value="0" />
+        <value cell_index="33792" local_entity="0" value="0" />
+        <value cell_index="33793" local_entity="0" value="0" />
+        <value cell_index="33794" local_entity="0" value="0" />
+        <value cell_index="33795" local_entity="0" value="0" />
+        <value cell_index="33796" local_entity="0" value="0" />
+        <value cell_index="33797" local_entity="0" value="0" />
+        <value cell_index="33798" local_entity="0" value="0" />
+        <value cell_index="33799" local_entity="0" value="0" />
+        <value cell_index="33800" local_entity="0" value="0" />
+        <value cell_index="33801" local_entity="0" value="0" />
+        <value cell_index="33802" local_entity="0" value="0" />
+        <value cell_index="33803" local_entity="0" value="0" />
+        <value cell_index="33804" local_entity="0" value="0" />
+        <value cell_index="33805" local_entity="0" value="0" />
+        <value cell_index="33806" local_entity="0" value="0" />
+        <value cell_index="33807" local_entity="0" value="0" />
+        <value cell_index="33808" local_entity="0" value="0" />
+        <value cell_index="33809" local_entity="0" value="0" />
+        <value cell_index="33810" local_entity="0" value="0" />
+        <value cell_index="33811" local_entity="0" value="0" />
+        <value cell_index="33812" local_entity="0" value="0" />
+        <value cell_index="33813" local_entity="0" value="0" />
+        <value cell_index="33814" local_entity="0" value="0" />
+        <value cell_index="33815" local_entity="0" value="0" />
+        <value cell_index="33816" local_entity="0" value="0" />
+        <value cell_index="33817" local_entity="0" value="0" />
+        <value cell_index="33818" local_entity="0" value="0" />
+        <value cell_index="33819" local_entity="0" value="0" />
+        <value cell_index="33820" local_entity="0" value="0" />
+        <value cell_index="33821" local_entity="0" value="0" />
+        <value cell_index="33822" local_entity="0" value="0" />
+        <value cell_index="33823" local_entity="0" value="0" />
+        <value cell_index="33824" local_entity="0" value="0" />
+        <value cell_index="33825" local_entity="0" value="0" />
+        <value cell_index="33826" local_entity="0" value="0" />
+        <value cell_index="33827" local_entity="0" value="0" />
+        <value cell_index="33828" local_entity="0" value="0" />
+        <value cell_index="33829" local_entity="0" value="0" />
+        <value cell_index="33830" local_entity="0" value="0" />
+        <value cell_index="33831" local_entity="0" value="0" />
+        <value cell_index="33832" local_entity="0" value="0" />
+        <value cell_index="33833" local_entity="0" value="0" />
+        <value cell_index="33834" local_entity="0" value="0" />
+        <value cell_index="33835" local_entity="0" value="0" />
+        <value cell_index="33836" local_entity="0" value="0" />
+        <value cell_index="33837" local_entity="0" value="0" />
+        <value cell_index="33838" local_entity="0" value="0" />
+        <value cell_index="33839" local_entity="0" value="0" />
+        <value cell_index="33840" local_entity="0" value="0" />
+        <value cell_index="33841" local_entity="0" value="0" />
+        <value cell_index="33842" local_entity="0" value="0" />
+        <value cell_index="33843" local_entity="0" value="0" />
+        <value cell_index="33844" local_entity="0" value="0" />
+        <value cell_index="33845" local_entity="0" value="0" />
+        <value cell_index="33846" local_entity="0" value="0" />
+        <value cell_index="33847" local_entity="0" value="0" />
+        <value cell_index="33848" local_entity="0" value="0" />
+        <value cell_index="33849" local_entity="0" value="0" />
+        <value cell_index="33850" local_entity="0" value="0" />
+        <value cell_index="33851" local_entity="0" value="0" />
+        <value cell_index="33852" local_entity="0" value="0" />
+        <value cell_index="33853" local_entity="0" value="0" />
+        <value cell_index="33854" local_entity="0" value="0" />
+        <value cell_index="33855" local_entity="0" value="0" />
+        <value cell_index="33856" local_entity="0" value="0" />
+        <value cell_index="33857" local_entity="0" value="0" />
+        <value cell_index="33858" local_entity="0" value="0" />
+        <value cell_index="33859" local_entity="0" value="0" />
+        <value cell_index="33860" local_entity="0" value="0" />
+        <value cell_index="33861" local_entity="0" value="0" />
+        <value cell_index="33862" local_entity="0" value="0" />
+        <value cell_index="33863" local_entity="0" value="0" />
+        <value cell_index="33864" local_entity="0" value="0" />
+        <value cell_index="33865" local_entity="0" value="0" />
+        <value cell_index="33866" local_entity="0" value="0" />
+        <value cell_index="33867" local_entity="0" value="0" />
+        <value cell_index="33868" local_entity="0" value="0" />
+        <value cell_index="33869" local_entity="0" value="0" />
+        <value cell_index="33870" local_entity="0" value="0" />
+        <value cell_index="33871" local_entity="0" value="0" />
+        <value cell_index="33872" local_entity="0" value="0" />
+        <value cell_index="33873" local_entity="0" value="0" />
+        <value cell_index="33874" local_entity="0" value="0" />
+        <value cell_index="33875" local_entity="0" value="0" />
+        <value cell_index="33876" local_entity="0" value="0" />
+        <value cell_index="33877" local_entity="0" value="0" />
+        <value cell_index="33878" local_entity="0" value="0" />
+        <value cell_index="33879" local_entity="0" value="0" />
+        <value cell_index="33880" local_entity="0" value="0" />
+        <value cell_index="33881" local_entity="0" value="0" />
+        <value cell_index="33882" local_entity="0" value="0" />
+        <value cell_index="33883" local_entity="0" value="0" />
+        <value cell_index="33884" local_entity="0" value="0" />
+        <value cell_index="33885" local_entity="0" value="0" />
+        <value cell_index="33886" local_entity="0" value="0" />
+        <value cell_index="33887" local_entity="0" value="0" />
+        <value cell_index="33888" local_entity="0" value="0" />
+        <value cell_index="33889" local_entity="0" value="0" />
+        <value cell_index="33890" local_entity="0" value="0" />
+        <value cell_index="33891" local_entity="0" value="0" />
+        <value cell_index="33892" local_entity="0" value="0" />
+        <value cell_index="33893" local_entity="0" value="0" />
+        <value cell_index="33894" local_entity="0" value="0" />
+        <value cell_index="33895" local_entity="0" value="0" />
+        <value cell_index="33896" local_entity="0" value="0" />
+        <value cell_index="33897" local_entity="0" value="0" />
+        <value cell_index="33898" local_entity="0" value="0" />
+        <value cell_index="33899" local_entity="0" value="0" />
+        <value cell_index="33900" local_entity="0" value="0" />
+        <value cell_index="33901" local_entity="0" value="0" />
+        <value cell_index="33902" local_entity="0" value="0" />
+        <value cell_index="33903" local_entity="0" value="0" />
+        <value cell_index="33904" local_entity="0" value="0" />
+        <value cell_index="33905" local_entity="0" value="0" />
+        <value cell_index="33906" local_entity="0" value="0" />
+        <value cell_index="33907" local_entity="0" value="0" />
+        <value cell_index="33908" local_entity="0" value="0" />
+        <value cell_index="33909" local_entity="0" value="0" />
+        <value cell_index="33910" local_entity="0" value="0" />
+        <value cell_index="33911" local_entity="0" value="0" />
+        <value cell_index="33912" local_entity="0" value="0" />
+        <value cell_index="33913" local_entity="0" value="0" />
+        <value cell_index="33914" local_entity="0" value="0" />
+        <value cell_index="33915" local_entity="0" value="0" />
+        <value cell_index="33916" local_entity="0" value="0" />
+        <value cell_index="33917" local_entity="0" value="0" />
+        <value cell_index="33918" local_entity="0" value="0" />
+        <value cell_index="33919" local_entity="0" value="0" />
+        <value cell_index="33920" local_entity="0" value="0" />
+        <value cell_index="33921" local_entity="0" value="0" />
+        <value cell_index="33922" local_entity="0" value="0" />
+        <value cell_index="33923" local_entity="0" value="0" />
+        <value cell_index="33924" local_entity="0" value="0" />
+        <value cell_index="33925" local_entity="0" value="0" />
+        <value cell_index="33926" local_entity="0" value="0" />
+        <value cell_index="33927" local_entity="0" value="0" />
+        <value cell_index="33928" local_entity="0" value="0" />
+        <value cell_index="33929" local_entity="0" value="0" />
+        <value cell_index="33930" local_entity="0" value="0" />
+        <value cell_index="33931" local_entity="0" value="0" />
+        <value cell_index="33932" local_entity="0" value="0" />
+        <value cell_index="33933" local_entity="0" value="0" />
+        <value cell_index="33934" local_entity="0" value="0" />
+        <value cell_index="33935" local_entity="0" value="0" />
+        <value cell_index="33936" local_entity="0" value="0" />
+        <value cell_index="33937" local_entity="0" value="0" />
+        <value cell_index="33938" local_entity="0" value="0" />
+        <value cell_index="33939" local_entity="0" value="0" />
+        <value cell_index="33940" local_entity="0" value="0" />
+        <value cell_index="33941" local_entity="0" value="0" />
+        <value cell_index="33942" local_entity="0" value="0" />
+        <value cell_index="33943" local_entity="0" value="0" />
+        <value cell_index="33944" local_entity="0" value="0" />
+        <value cell_index="33945" local_entity="0" value="0" />
+        <value cell_index="33946" local_entity="0" value="0" />
+        <value cell_index="33947" local_entity="0" value="0" />
+        <value cell_index="33948" local_entity="0" value="0" />
+        <value cell_index="33949" local_entity="0" value="0" />
+        <value cell_index="33950" local_entity="0" value="0" />
+        <value cell_index="33951" local_entity="0" value="0" />
+        <value cell_index="33952" local_entity="0" value="0" />
+        <value cell_index="33953" local_entity="0" value="0" />
+        <value cell_index="33954" local_entity="0" value="0" />
+        <value cell_index="33955" local_entity="0" value="0" />
+        <value cell_index="33956" local_entity="0" value="0" />
+        <value cell_index="33957" local_entity="0" value="0" />
+        <value cell_index="33958" local_entity="0" value="0" />
+        <value cell_index="33959" local_entity="0" value="0" />
+        <value cell_index="33960" local_entity="0" value="0" />
+        <value cell_index="33961" local_entity="0" value="0" />
+        <value cell_index="33962" local_entity="0" value="0" />
+        <value cell_index="33963" local_entity="0" value="0" />
+        <value cell_index="33964" local_entity="0" value="0" />
+        <value cell_index="33965" local_entity="0" value="0" />
+        <value cell_index="33966" local_entity="0" value="0" />
+        <value cell_index="33967" local_entity="0" value="0" />
+        <value cell_index="33968" local_entity="0" value="0" />
+        <value cell_index="33969" local_entity="0" value="0" />
+        <value cell_index="33970" local_entity="0" value="0" />
+        <value cell_index="33971" local_entity="0" value="0" />
+        <value cell_index="33972" local_entity="0" value="0" />
+        <value cell_index="33973" local_entity="0" value="0" />
+        <value cell_index="33974" local_entity="0" value="0" />
+        <value cell_index="33975" local_entity="0" value="0" />
+        <value cell_index="33976" local_entity="0" value="0" />
+        <value cell_index="33977" local_entity="0" value="0" />
+        <value cell_index="33978" local_entity="0" value="0" />
+        <value cell_index="33979" local_entity="0" value="0" />
+        <value cell_index="33980" local_entity="0" value="0" />
+        <value cell_index="33981" local_entity="0" value="0" />
+        <value cell_index="33982" local_entity="0" value="0" />
+        <value cell_index="33983" local_entity="0" value="0" />
+        <value cell_index="33984" local_entity="0" value="0" />
+        <value cell_index="33985" local_entity="0" value="0" />
+        <value cell_index="33986" local_entity="0" value="0" />
+        <value cell_index="33987" local_entity="0" value="0" />
+        <value cell_index="33988" local_entity="0" value="0" />
+        <value cell_index="33989" local_entity="0" value="0" />
+        <value cell_index="33990" local_entity="0" value="0" />
+        <value cell_index="33991" local_entity="0" value="0" />
+        <value cell_index="33992" local_entity="0" value="0" />
+        <value cell_index="33993" local_entity="0" value="0" />
+        <value cell_index="33994" local_entity="0" value="0" />
+        <value cell_index="33995" local_entity="0" value="0" />
+        <value cell_index="33996" local_entity="0" value="0" />
+        <value cell_index="33997" local_entity="0" value="0" />
+        <value cell_index="33998" local_entity="0" value="0" />
+        <value cell_index="33999" local_entity="0" value="0" />
+        <value cell_index="34000" local_entity="0" value="0" />
+        <value cell_index="34001" local_entity="0" value="0" />
+        <value cell_index="34002" local_entity="0" value="0" />
+        <value cell_index="34003" local_entity="0" value="0" />
+        <value cell_index="34004" local_entity="0" value="0" />
+        <value cell_index="34005" local_entity="0" value="0" />
+        <value cell_index="34006" local_entity="0" value="0" />
+        <value cell_index="34007" local_entity="0" value="0" />
+        <value cell_index="34008" local_entity="0" value="0" />
+        <value cell_index="34009" local_entity="0" value="0" />
+        <value cell_index="34010" local_entity="0" value="0" />
+        <value cell_index="34011" local_entity="0" value="0" />
+        <value cell_index="34012" local_entity="0" value="0" />
+        <value cell_index="34013" local_entity="0" value="0" />
+        <value cell_index="34014" local_entity="0" value="0" />
+        <value cell_index="34015" local_entity="0" value="0" />
+        <value cell_index="34016" local_entity="0" value="0" />
+        <value cell_index="34017" local_entity="0" value="0" />
+        <value cell_index="34018" local_entity="0" value="0" />
+        <value cell_index="34019" local_entity="0" value="0" />
+        <value cell_index="34020" local_entity="0" value="0" />
+        <value cell_index="34021" local_entity="0" value="0" />
+        <value cell_index="34022" local_entity="0" value="0" />
+        <value cell_index="34023" local_entity="0" value="0" />
+        <value cell_index="34024" local_entity="0" value="0" />
+        <value cell_index="34025" local_entity="0" value="0" />
+        <value cell_index="34026" local_entity="0" value="0" />
+        <value cell_index="34027" local_entity="0" value="0" />
+        <value cell_index="34028" local_entity="0" value="0" />
+        <value cell_index="34029" local_entity="0" value="0" />
+        <value cell_index="34030" local_entity="0" value="0" />
+        <value cell_index="34031" local_entity="0" value="0" />
+        <value cell_index="34032" local_entity="0" value="0" />
+        <value cell_index="34033" local_entity="0" value="0" />
+        <value cell_index="34034" local_entity="0" value="0" />
+        <value cell_index="34035" local_entity="0" value="0" />
+        <value cell_index="34036" local_entity="0" value="0" />
+        <value cell_index="34037" local_entity="0" value="0" />
+        <value cell_index="34038" local_entity="0" value="0" />
+        <value cell_index="34039" local_entity="0" value="0" />
+        <value cell_index="34040" local_entity="0" value="0" />
+        <value cell_index="34041" local_entity="0" value="0" />
+        <value cell_index="34042" local_entity="0" value="0" />
+        <value cell_index="34043" local_entity="0" value="0" />
+        <value cell_index="34044" local_entity="0" value="0" />
+        <value cell_index="34045" local_entity="0" value="0" />
+        <value cell_index="34046" local_entity="0" value="0" />
+        <value cell_index="34047" local_entity="0" value="0" />
+        <value cell_index="34048" local_entity="0" value="0" />
+        <value cell_index="34049" local_entity="0" value="0" />
+        <value cell_index="34050" local_entity="0" value="0" />
+        <value cell_index="34051" local_entity="0" value="0" />
+        <value cell_index="34052" local_entity="0" value="0" />
+        <value cell_index="34053" local_entity="0" value="0" />
+        <value cell_index="34054" local_entity="0" value="0" />
+        <value cell_index="34055" local_entity="0" value="0" />
+        <value cell_index="34056" local_entity="0" value="0" />
+        <value cell_index="34057" local_entity="0" value="0" />
+        <value cell_index="34058" local_entity="0" value="0" />
+        <value cell_index="34059" local_entity="0" value="0" />
+        <value cell_index="34060" local_entity="0" value="0" />
+        <value cell_index="34061" local_entity="0" value="0" />
+        <value cell_index="34062" local_entity="0" value="0" />
+        <value cell_index="34063" local_entity="0" value="0" />
+        <value cell_index="34064" local_entity="0" value="0" />
+        <value cell_index="34065" local_entity="0" value="0" />
+        <value cell_index="34066" local_entity="0" value="0" />
+        <value cell_index="34067" local_entity="0" value="0" />
+        <value cell_index="34068" local_entity="0" value="0" />
+        <value cell_index="34069" local_entity="0" value="0" />
+        <value cell_index="34070" local_entity="0" value="0" />
+        <value cell_index="34071" local_entity="0" value="0" />
+        <value cell_index="34072" local_entity="0" value="0" />
+        <value cell_index="34073" local_entity="0" value="0" />
+        <value cell_index="34074" local_entity="0" value="0" />
+        <value cell_index="34075" local_entity="0" value="0" />
+        <value cell_index="34076" local_entity="0" value="0" />
+        <value cell_index="34077" local_entity="0" value="0" />
+        <value cell_index="34078" local_entity="0" value="0" />
+        <value cell_index="34079" local_entity="0" value="0" />
+        <value cell_index="34080" local_entity="0" value="0" />
+        <value cell_index="34081" local_entity="0" value="0" />
+        <value cell_index="34082" local_entity="0" value="0" />
+        <value cell_index="34083" local_entity="0" value="0" />
+        <value cell_index="34084" local_entity="0" value="0" />
+        <value cell_index="34085" local_entity="0" value="0" />
+        <value cell_index="34086" local_entity="0" value="0" />
+        <value cell_index="34087" local_entity="0" value="0" />
+        <value cell_index="34088" local_entity="0" value="0" />
+        <value cell_index="34089" local_entity="0" value="0" />
+        <value cell_index="34090" local_entity="0" value="0" />
+        <value cell_index="34091" local_entity="0" value="0" />
+        <value cell_index="34092" local_entity="0" value="0" />
+        <value cell_index="34093" local_entity="0" value="0" />
+        <value cell_index="34094" local_entity="0" value="0" />
+        <value cell_index="34095" local_entity="0" value="0" />
+        <value cell_index="34096" local_entity="0" value="0" />
+        <value cell_index="34097" local_entity="0" value="0" />
+        <value cell_index="34098" local_entity="0" value="0" />
+        <value cell_index="34099" local_entity="0" value="0" />
+        <value cell_index="34100" local_entity="0" value="0" />
+        <value cell_index="34101" local_entity="0" value="0" />
+        <value cell_index="34102" local_entity="0" value="0" />
+        <value cell_index="34103" local_entity="0" value="0" />
+        <value cell_index="34104" local_entity="0" value="0" />
+        <value cell_index="34105" local_entity="0" value="0" />
+        <value cell_index="34106" local_entity="0" value="0" />
+        <value cell_index="34107" local_entity="0" value="0" />
+        <value cell_index="34108" local_entity="0" value="0" />
+        <value cell_index="34109" local_entity="0" value="0" />
+        <value cell_index="34110" local_entity="0" value="0" />
+        <value cell_index="34111" local_entity="0" value="0" />
+        <value cell_index="34112" local_entity="0" value="0" />
+        <value cell_index="34113" local_entity="0" value="0" />
+        <value cell_index="34114" local_entity="0" value="0" />
+        <value cell_index="34115" local_entity="0" value="0" />
+        <value cell_index="34116" local_entity="0" value="0" />
+        <value cell_index="34117" local_entity="0" value="0" />
+        <value cell_index="34118" local_entity="0" value="0" />
+        <value cell_index="34119" local_entity="0" value="0" />
+        <value cell_index="34120" local_entity="0" value="0" />
+        <value cell_index="34121" local_entity="0" value="0" />
+        <value cell_index="34122" local_entity="0" value="0" />
+        <value cell_index="34123" local_entity="0" value="0" />
+        <value cell_index="34124" local_entity="0" value="0" />
+        <value cell_index="34125" local_entity="0" value="0" />
+        <value cell_index="34126" local_entity="0" value="0" />
+        <value cell_index="34127" local_entity="0" value="0" />
+        <value cell_index="34128" local_entity="0" value="0" />
+        <value cell_index="34129" local_entity="0" value="0" />
+        <value cell_index="34130" local_entity="0" value="0" />
+        <value cell_index="34131" local_entity="0" value="0" />
+        <value cell_index="34132" local_entity="0" value="0" />
+        <value cell_index="34133" local_entity="0" value="0" />
+        <value cell_index="34134" local_entity="0" value="0" />
+        <value cell_index="34135" local_entity="0" value="0" />
+        <value cell_index="34136" local_entity="0" value="0" />
+        <value cell_index="34137" local_entity="0" value="0" />
+        <value cell_index="34138" local_entity="0" value="0" />
+        <value cell_index="34139" local_entity="0" value="0" />
+        <value cell_index="34140" local_entity="0" value="0" />
+        <value cell_index="34141" local_entity="0" value="0" />
+        <value cell_index="34142" local_entity="0" value="0" />
+        <value cell_index="34143" local_entity="0" value="0" />
+        <value cell_index="34144" local_entity="0" value="0" />
+        <value cell_index="34145" local_entity="0" value="0" />
+        <value cell_index="34146" local_entity="0" value="0" />
+        <value cell_index="34147" local_entity="0" value="0" />
+        <value cell_index="34148" local_entity="0" value="0" />
+        <value cell_index="34149" local_entity="0" value="0" />
+        <value cell_index="34150" local_entity="0" value="0" />
+        <value cell_index="34151" local_entity="0" value="0" />
+        <value cell_index="34152" local_entity="0" value="0" />
+        <value cell_index="34153" local_entity="0" value="0" />
+        <value cell_index="34154" local_entity="0" value="0" />
+        <value cell_index="34155" local_entity="0" value="0" />
+        <value cell_index="34156" local_entity="0" value="0" />
+        <value cell_index="34157" local_entity="0" value="0" />
+        <value cell_index="34158" local_entity="0" value="0" />
+        <value cell_index="34159" local_entity="0" value="0" />
+        <value cell_index="34160" local_entity="0" value="0" />
+        <value cell_index="34161" local_entity="0" value="0" />
+        <value cell_index="34162" local_entity="0" value="0" />
+        <value cell_index="34163" local_entity="0" value="0" />
+        <value cell_index="34164" local_entity="0" value="0" />
+        <value cell_index="34165" local_entity="0" value="0" />
+        <value cell_index="34166" local_entity="0" value="0" />
+        <value cell_index="34167" local_entity="0" value="0" />
+        <value cell_index="34168" local_entity="0" value="0" />
+        <value cell_index="34169" local_entity="0" value="0" />
+        <value cell_index="34170" local_entity="0" value="0" />
+        <value cell_index="34171" local_entity="0" value="0" />
+        <value cell_index="34172" local_entity="0" value="0" />
+        <value cell_index="34173" local_entity="0" value="0" />
+        <value cell_index="34174" local_entity="0" value="0" />
+        <value cell_index="34175" local_entity="0" value="0" />
+        <value cell_index="34176" local_entity="0" value="0" />
+        <value cell_index="34177" local_entity="0" value="0" />
+        <value cell_index="34178" local_entity="0" value="0" />
+        <value cell_index="34179" local_entity="0" value="0" />
+        <value cell_index="34180" local_entity="0" value="0" />
+        <value cell_index="34181" local_entity="0" value="0" />
+        <value cell_index="34182" local_entity="0" value="0" />
+        <value cell_index="34183" local_entity="0" value="0" />
+        <value cell_index="34184" local_entity="0" value="0" />
+        <value cell_index="34185" local_entity="0" value="0" />
+        <value cell_index="34186" local_entity="0" value="0" />
+        <value cell_index="34187" local_entity="0" value="0" />
+        <value cell_index="34188" local_entity="0" value="0" />
+        <value cell_index="34189" local_entity="0" value="0" />
+        <value cell_index="34190" local_entity="0" value="0" />
+        <value cell_index="34191" local_entity="0" value="0" />
+        <value cell_index="34192" local_entity="0" value="0" />
+        <value cell_index="34193" local_entity="0" value="0" />
+        <value cell_index="34194" local_entity="0" value="0" />
+        <value cell_index="34195" local_entity="0" value="0" />
+        <value cell_index="34196" local_entity="0" value="0" />
+        <value cell_index="34197" local_entity="0" value="0" />
+        <value cell_index="34198" local_entity="0" value="0" />
+        <value cell_index="34199" local_entity="0" value="0" />
+        <value cell_index="34200" local_entity="0" value="0" />
+        <value cell_index="34201" local_entity="0" value="0" />
+        <value cell_index="34202" local_entity="0" value="0" />
+        <value cell_index="34203" local_entity="0" value="0" />
+        <value cell_index="34204" local_entity="0" value="0" />
+        <value cell_index="34205" local_entity="0" value="0" />
+        <value cell_index="34206" local_entity="0" value="0" />
+        <value cell_index="34207" local_entity="0" value="0" />
+        <value cell_index="34208" local_entity="0" value="0" />
+        <value cell_index="34209" local_entity="0" value="0" />
+        <value cell_index="34210" local_entity="0" value="0" />
+        <value cell_index="34211" local_entity="0" value="0" />
+        <value cell_index="34212" local_entity="0" value="0" />
+        <value cell_index="34213" local_entity="0" value="0" />
+        <value cell_index="34214" local_entity="0" value="0" />
+        <value cell_index="34215" local_entity="0" value="0" />
+        <value cell_index="34216" local_entity="0" value="0" />
+        <value cell_index="34217" local_entity="0" value="0" />
+        <value cell_index="34218" local_entity="0" value="0" />
+        <value cell_index="34219" local_entity="0" value="0" />
+        <value cell_index="34220" local_entity="0" value="0" />
+        <value cell_index="34221" local_entity="0" value="0" />
+        <value cell_index="34222" local_entity="0" value="0" />
+        <value cell_index="34223" local_entity="0" value="0" />
+        <value cell_index="34224" local_entity="0" value="0" />
+        <value cell_index="34225" local_entity="0" value="0" />
+        <value cell_index="34226" local_entity="0" value="0" />
+        <value cell_index="34227" local_entity="0" value="0" />
+        <value cell_index="34228" local_entity="0" value="0" />
+        <value cell_index="34229" local_entity="0" value="0" />
+        <value cell_index="34230" local_entity="0" value="0" />
+        <value cell_index="34231" local_entity="0" value="0" />
+        <value cell_index="34232" local_entity="0" value="0" />
+        <value cell_index="34233" local_entity="0" value="0" />
+        <value cell_index="34234" local_entity="0" value="0" />
+        <value cell_index="34235" local_entity="0" value="0" />
+        <value cell_index="34236" local_entity="0" value="0" />
+        <value cell_index="34237" local_entity="0" value="0" />
+        <value cell_index="34238" local_entity="0" value="0" />
+        <value cell_index="34239" local_entity="0" value="0" />
+        <value cell_index="34240" local_entity="0" value="0" />
+        <value cell_index="34241" local_entity="0" value="0" />
+        <value cell_index="34242" local_entity="0" value="0" />
+        <value cell_index="34243" local_entity="0" value="0" />
+        <value cell_index="34244" local_entity="0" value="0" />
+        <value cell_index="34245" local_entity="0" value="0" />
+        <value cell_index="34246" local_entity="0" value="0" />
+        <value cell_index="34247" local_entity="0" value="0" />
+        <value cell_index="34248" local_entity="0" value="0" />
+        <value cell_index="34249" local_entity="0" value="0" />
+        <value cell_index="34250" local_entity="0" value="0" />
+        <value cell_index="34251" local_entity="0" value="0" />
+        <value cell_index="34252" local_entity="0" value="0" />
+        <value cell_index="34253" local_entity="0" value="0" />
+        <value cell_index="34254" local_entity="0" value="0" />
+        <value cell_index="34255" local_entity="0" value="0" />
+        <value cell_index="34256" local_entity="0" value="0" />
+        <value cell_index="34257" local_entity="0" value="0" />
+        <value cell_index="34258" local_entity="0" value="0" />
+        <value cell_index="34259" local_entity="0" value="0" />
+        <value cell_index="34260" local_entity="0" value="0" />
+        <value cell_index="34261" local_entity="0" value="0" />
+        <value cell_index="34262" local_entity="0" value="0" />
+        <value cell_index="34263" local_entity="0" value="0" />
+        <value cell_index="34264" local_entity="0" value="0" />
+        <value cell_index="34265" local_entity="0" value="0" />
+        <value cell_index="34266" local_entity="0" value="0" />
+        <value cell_index="34267" local_entity="0" value="0" />
+        <value cell_index="34268" local_entity="0" value="0" />
+        <value cell_index="34269" local_entity="0" value="0" />
+        <value cell_index="34270" local_entity="0" value="0" />
+        <value cell_index="34271" local_entity="0" value="0" />
+        <value cell_index="34272" local_entity="0" value="0" />
+        <value cell_index="34273" local_entity="0" value="0" />
+        <value cell_index="34274" local_entity="0" value="0" />
+        <value cell_index="34275" local_entity="0" value="0" />
+        <value cell_index="34276" local_entity="0" value="0" />
+        <value cell_index="34277" local_entity="0" value="0" />
+        <value cell_index="34278" local_entity="0" value="0" />
+        <value cell_index="34279" local_entity="0" value="0" />
+        <value cell_index="34280" local_entity="0" value="0" />
+        <value cell_index="34281" local_entity="0" value="0" />
+        <value cell_index="34282" local_entity="0" value="0" />
+        <value cell_index="34283" local_entity="0" value="0" />
+        <value cell_index="34284" local_entity="0" value="0" />
+        <value cell_index="34285" local_entity="0" value="0" />
+        <value cell_index="34286" local_entity="0" value="0" />
+        <value cell_index="34287" local_entity="0" value="0" />
+        <value cell_index="34288" local_entity="0" value="0" />
+        <value cell_index="34289" local_entity="0" value="0" />
+        <value cell_index="34290" local_entity="0" value="0" />
+        <value cell_index="34291" local_entity="0" value="0" />
+        <value cell_index="34292" local_entity="0" value="0" />
+        <value cell_index="34293" local_entity="0" value="0" />
+        <value cell_index="34294" local_entity="0" value="0" />
+        <value cell_index="34295" local_entity="0" value="0" />
+        <value cell_index="34296" local_entity="0" value="0" />
+        <value cell_index="34297" local_entity="0" value="0" />
+        <value cell_index="34298" local_entity="0" value="0" />
+        <value cell_index="34299" local_entity="0" value="0" />
+        <value cell_index="34300" local_entity="0" value="0" />
+        <value cell_index="34301" local_entity="0" value="0" />
+        <value cell_index="34302" local_entity="0" value="0" />
+        <value cell_index="34303" local_entity="0" value="0" />
+        <value cell_index="34304" local_entity="0" value="0" />
+        <value cell_index="34305" local_entity="0" value="0" />
+        <value cell_index="34306" local_entity="0" value="0" />
+        <value cell_index="34307" local_entity="0" value="0" />
+        <value cell_index="34308" local_entity="0" value="0" />
+        <value cell_index="34309" local_entity="0" value="0" />
+        <value cell_index="34310" local_entity="0" value="0" />
+        <value cell_index="34311" local_entity="0" value="0" />
+        <value cell_index="34312" local_entity="0" value="0" />
+        <value cell_index="34313" local_entity="0" value="0" />
+        <value cell_index="34314" local_entity="0" value="0" />
+        <value cell_index="34315" local_entity="0" value="0" />
+        <value cell_index="34316" local_entity="0" value="0" />
+        <value cell_index="34317" local_entity="0" value="0" />
+        <value cell_index="34318" local_entity="0" value="0" />
+        <value cell_index="34319" local_entity="0" value="0" />
+        <value cell_index="34320" local_entity="0" value="0" />
+        <value cell_index="34321" local_entity="0" value="0" />
+        <value cell_index="34322" local_entity="0" value="0" />
+        <value cell_index="34323" local_entity="0" value="0" />
+        <value cell_index="34324" local_entity="0" value="0" />
+        <value cell_index="34325" local_entity="0" value="0" />
+        <value cell_index="34326" local_entity="0" value="0" />
+        <value cell_index="34327" local_entity="0" value="0" />
+        <value cell_index="34328" local_entity="0" value="0" />
+        <value cell_index="34329" local_entity="0" value="0" />
+        <value cell_index="34330" local_entity="0" value="0" />
+        <value cell_index="34331" local_entity="0" value="0" />
+        <value cell_index="34332" local_entity="0" value="0" />
+        <value cell_index="34333" local_entity="0" value="0" />
+        <value cell_index="34334" local_entity="0" value="0" />
+        <value cell_index="34335" local_entity="0" value="0" />
+        <value cell_index="34336" local_entity="0" value="0" />
+        <value cell_index="34337" local_entity="0" value="0" />
+        <value cell_index="34338" local_entity="0" value="0" />
+        <value cell_index="34339" local_entity="0" value="0" />
+        <value cell_index="34340" local_entity="0" value="0" />
+        <value cell_index="34341" local_entity="0" value="0" />
+        <value cell_index="34342" local_entity="0" value="0" />
+        <value cell_index="34343" local_entity="0" value="0" />
+        <value cell_index="34344" local_entity="0" value="0" />
+        <value cell_index="34345" local_entity="0" value="0" />
+        <value cell_index="34346" local_entity="0" value="0" />
+        <value cell_index="34347" local_entity="0" value="0" />
+        <value cell_index="34348" local_entity="0" value="0" />
+        <value cell_index="34349" local_entity="0" value="0" />
+        <value cell_index="34350" local_entity="0" value="0" />
+        <value cell_index="34351" local_entity="0" value="0" />
+        <value cell_index="34352" local_entity="0" value="0" />
+        <value cell_index="34353" local_entity="0" value="0" />
+        <value cell_index="34354" local_entity="0" value="0" />
+        <value cell_index="34355" local_entity="0" value="0" />
+        <value cell_index="34356" local_entity="0" value="0" />
+        <value cell_index="34357" local_entity="0" value="0" />
+        <value cell_index="34358" local_entity="0" value="0" />
+        <value cell_index="34359" local_entity="0" value="0" />
+        <value cell_index="34360" local_entity="0" value="0" />
+        <value cell_index="34361" local_entity="0" value="0" />
+        <value cell_index="34362" local_entity="0" value="0" />
+        <value cell_index="34363" local_entity="0" value="0" />
+        <value cell_index="34364" local_entity="0" value="0" />
+        <value cell_index="34365" local_entity="0" value="0" />
+        <value cell_index="34366" local_entity="0" value="0" />
+        <value cell_index="34367" local_entity="0" value="0" />
+        <value cell_index="34368" local_entity="0" value="0" />
+        <value cell_index="34369" local_entity="0" value="0" />
+        <value cell_index="34370" local_entity="0" value="0" />
+        <value cell_index="34371" local_entity="0" value="0" />
+        <value cell_index="34372" local_entity="0" value="0" />
+        <value cell_index="34373" local_entity="0" value="0" />
+        <value cell_index="34374" local_entity="0" value="0" />
+        <value cell_index="34375" local_entity="0" value="0" />
+        <value cell_index="34376" local_entity="0" value="0" />
+        <value cell_index="34377" local_entity="0" value="0" />
+        <value cell_index="34378" local_entity="0" value="0" />
+        <value cell_index="34379" local_entity="0" value="0" />
+        <value cell_index="34380" local_entity="0" value="0" />
+        <value cell_index="34381" local_entity="0" value="0" />
+        <value cell_index="34382" local_entity="0" value="0" />
+        <value cell_index="34383" local_entity="0" value="0" />
+        <value cell_index="34384" local_entity="0" value="0" />
+        <value cell_index="34385" local_entity="0" value="0" />
+        <value cell_index="34386" local_entity="0" value="0" />
+        <value cell_index="34387" local_entity="0" value="0" />
+        <value cell_index="34388" local_entity="0" value="0" />
+        <value cell_index="34389" local_entity="0" value="0" />
+        <value cell_index="34390" local_entity="0" value="0" />
+        <value cell_index="34391" local_entity="0" value="0" />
+        <value cell_index="34392" local_entity="0" value="0" />
+        <value cell_index="34393" local_entity="0" value="0" />
+        <value cell_index="34394" local_entity="0" value="0" />
+        <value cell_index="34395" local_entity="0" value="0" />
+        <value cell_index="34396" local_entity="0" value="0" />
+        <value cell_index="34397" local_entity="0" value="0" />
+        <value cell_index="34398" local_entity="0" value="0" />
+        <value cell_index="34399" local_entity="0" value="0" />
+        <value cell_index="34400" local_entity="0" value="0" />
+        <value cell_index="34401" local_entity="0" value="0" />
+        <value cell_index="34402" local_entity="0" value="0" />
+        <value cell_index="34403" local_entity="0" value="0" />
+        <value cell_index="34404" local_entity="0" value="0" />
+        <value cell_index="34405" local_entity="0" value="0" />
+        <value cell_index="34406" local_entity="0" value="0" />
+        <value cell_index="34407" local_entity="0" value="0" />
+        <value cell_index="34408" local_entity="0" value="0" />
+        <value cell_index="34409" local_entity="0" value="0" />
+        <value cell_index="34410" local_entity="0" value="0" />
+        <value cell_index="34411" local_entity="0" value="0" />
+        <value cell_index="34412" local_entity="0" value="0" />
+        <value cell_index="34413" local_entity="0" value="0" />
+        <value cell_index="34414" local_entity="0" value="0" />
+        <value cell_index="34415" local_entity="0" value="0" />
+        <value cell_index="34416" local_entity="0" value="0" />
+        <value cell_index="34417" local_entity="0" value="0" />
+        <value cell_index="34418" local_entity="0" value="0" />
+        <value cell_index="34419" local_entity="0" value="0" />
+        <value cell_index="34420" local_entity="0" value="0" />
+        <value cell_index="34421" local_entity="0" value="0" />
+        <value cell_index="34422" local_entity="0" value="0" />
+        <value cell_index="34423" local_entity="0" value="0" />
+        <value cell_index="34424" local_entity="0" value="0" />
+        <value cell_index="34425" local_entity="0" value="0" />
+        <value cell_index="34426" local_entity="0" value="0" />
+        <value cell_index="34427" local_entity="0" value="0" />
+        <value cell_index="34428" local_entity="0" value="0" />
+        <value cell_index="34429" local_entity="0" value="0" />
+        <value cell_index="34430" local_entity="0" value="0" />
+        <value cell_index="34431" local_entity="0" value="0" />
+        <value cell_index="34432" local_entity="0" value="0" />
+        <value cell_index="34433" local_entity="0" value="0" />
+        <value cell_index="34434" local_entity="0" value="0" />
+        <value cell_index="34435" local_entity="0" value="0" />
+        <value cell_index="34436" local_entity="0" value="0" />
+        <value cell_index="34437" local_entity="0" value="0" />
+        <value cell_index="34438" local_entity="0" value="0" />
+        <value cell_index="34439" local_entity="0" value="0" />
+        <value cell_index="34440" local_entity="0" value="0" />
+        <value cell_index="34441" local_entity="0" value="0" />
+        <value cell_index="34442" local_entity="0" value="0" />
+        <value cell_index="34443" local_entity="0" value="0" />
+        <value cell_index="34444" local_entity="0" value="0" />
+        <value cell_index="34445" local_entity="0" value="0" />
+        <value cell_index="34446" local_entity="0" value="0" />
+        <value cell_index="34447" local_entity="0" value="0" />
+        <value cell_index="34448" local_entity="0" value="0" />
+        <value cell_index="34449" local_entity="0" value="0" />
+        <value cell_index="34450" local_entity="0" value="0" />
+        <value cell_index="34451" local_entity="0" value="0" />
+        <value cell_index="34452" local_entity="0" value="0" />
+        <value cell_index="34453" local_entity="0" value="0" />
+        <value cell_index="34454" local_entity="0" value="0" />
+        <value cell_index="34455" local_entity="0" value="0" />
+        <value cell_index="34456" local_entity="0" value="0" />
+        <value cell_index="34457" local_entity="0" value="0" />
+        <value cell_index="34458" local_entity="0" value="0" />
+        <value cell_index="34459" local_entity="0" value="0" />
+        <value cell_index="34460" local_entity="0" value="0" />
+        <value cell_index="34461" local_entity="0" value="0" />
+        <value cell_index="34462" local_entity="0" value="0" />
+        <value cell_index="34463" local_entity="0" value="0" />
+        <value cell_index="34464" local_entity="0" value="0" />
+        <value cell_index="34465" local_entity="0" value="0" />
+        <value cell_index="34466" local_entity="0" value="0" />
+        <value cell_index="34467" local_entity="0" value="0" />
+        <value cell_index="34468" local_entity="0" value="0" />
+        <value cell_index="34469" local_entity="0" value="0" />
+        <value cell_index="34470" local_entity="0" value="0" />
+        <value cell_index="34471" local_entity="0" value="0" />
+        <value cell_index="34472" local_entity="0" value="0" />
+        <value cell_index="34473" local_entity="0" value="0" />
+        <value cell_index="34474" local_entity="0" value="0" />
+        <value cell_index="34475" local_entity="0" value="0" />
+        <value cell_index="34476" local_entity="0" value="0" />
+        <value cell_index="34477" local_entity="0" value="0" />
+        <value cell_index="34478" local_entity="0" value="0" />
+        <value cell_index="34479" local_entity="0" value="0" />
+        <value cell_index="34480" local_entity="0" value="0" />
+        <value cell_index="34481" local_entity="0" value="0" />
+        <value cell_index="34482" local_entity="0" value="0" />
+        <value cell_index="34483" local_entity="0" value="0" />
+        <value cell_index="34484" local_entity="0" value="0" />
+        <value cell_index="34485" local_entity="0" value="0" />
+        <value cell_index="34486" local_entity="0" value="0" />
+        <value cell_index="34487" local_entity="0" value="0" />
+        <value cell_index="34488" local_entity="0" value="0" />
+        <value cell_index="34489" local_entity="0" value="0" />
+        <value cell_index="34490" local_entity="0" value="0" />
+        <value cell_index="34491" local_entity="0" value="0" />
+        <value cell_index="34492" local_entity="0" value="0" />
+        <value cell_index="34493" local_entity="0" value="0" />
+        <value cell_index="34494" local_entity="0" value="0" />
+        <value cell_index="34495" local_entity="0" value="0" />
+        <value cell_index="34496" local_entity="0" value="0" />
+        <value cell_index="34497" local_entity="0" value="0" />
+        <value cell_index="34498" local_entity="0" value="0" />
+        <value cell_index="34499" local_entity="0" value="0" />
+        <value cell_index="34500" local_entity="0" value="0" />
+        <value cell_index="34501" local_entity="0" value="0" />
+        <value cell_index="34502" local_entity="0" value="0" />
+        <value cell_index="34503" local_entity="0" value="0" />
+        <value cell_index="34504" local_entity="0" value="0" />
+        <value cell_index="34505" local_entity="0" value="0" />
+        <value cell_index="34506" local_entity="0" value="0" />
+        <value cell_index="34507" local_entity="0" value="0" />
+        <value cell_index="34508" local_entity="0" value="0" />
+        <value cell_index="34509" local_entity="0" value="0" />
+        <value cell_index="34510" local_entity="0" value="0" />
+        <value cell_index="34511" local_entity="0" value="0" />
+        <value cell_index="34512" local_entity="0" value="0" />
+        <value cell_index="34513" local_entity="0" value="0" />
+        <value cell_index="34514" local_entity="0" value="0" />
+        <value cell_index="34515" local_entity="0" value="0" />
+        <value cell_index="34516" local_entity="0" value="0" />
+        <value cell_index="34517" local_entity="0" value="0" />
+        <value cell_index="34518" local_entity="0" value="0" />
+        <value cell_index="34519" local_entity="0" value="0" />
+        <value cell_index="34520" local_entity="0" value="0" />
+        <value cell_index="34521" local_entity="0" value="0" />
+        <value cell_index="34522" local_entity="0" value="0" />
+        <value cell_index="34523" local_entity="0" value="0" />
+        <value cell_index="34524" local_entity="0" value="0" />
+        <value cell_index="34525" local_entity="0" value="0" />
+        <value cell_index="34526" local_entity="0" value="0" />
+        <value cell_index="34527" local_entity="0" value="0" />
+        <value cell_index="34528" local_entity="0" value="0" />
+        <value cell_index="34529" local_entity="0" value="0" />
+        <value cell_index="34530" local_entity="0" value="0" />
+        <value cell_index="34531" local_entity="0" value="0" />
+        <value cell_index="34532" local_entity="0" value="0" />
+        <value cell_index="34533" local_entity="0" value="0" />
+        <value cell_index="34534" local_entity="0" value="0" />
+        <value cell_index="34535" local_entity="0" value="0" />
+        <value cell_index="34536" local_entity="0" value="0" />
+        <value cell_index="34537" local_entity="0" value="0" />
+        <value cell_index="34538" local_entity="0" value="0" />
+        <value cell_index="34539" local_entity="0" value="0" />
+        <value cell_index="34540" local_entity="0" value="0" />
+        <value cell_index="34541" local_entity="0" value="0" />
+        <value cell_index="34542" local_entity="0" value="0" />
+        <value cell_index="34543" local_entity="0" value="0" />
+        <value cell_index="34544" local_entity="0" value="0" />
+        <value cell_index="34545" local_entity="0" value="0" />
+        <value cell_index="34546" local_entity="0" value="0" />
+        <value cell_index="34547" local_entity="0" value="0" />
+        <value cell_index="34548" local_entity="0" value="0" />
+        <value cell_index="34549" local_entity="0" value="0" />
+        <value cell_index="34550" local_entity="0" value="0" />
+        <value cell_index="34551" local_entity="0" value="0" />
+        <value cell_index="34552" local_entity="0" value="0" />
+        <value cell_index="34553" local_entity="0" value="0" />
+        <value cell_index="34554" local_entity="0" value="0" />
+        <value cell_index="34555" local_entity="0" value="0" />
+        <value cell_index="34556" local_entity="0" value="0" />
+        <value cell_index="34557" local_entity="0" value="0" />
+        <value cell_index="34558" local_entity="0" value="0" />
+        <value cell_index="34559" local_entity="0" value="0" />
+        <value cell_index="34560" local_entity="0" value="0" />
+        <value cell_index="34561" local_entity="0" value="0" />
+        <value cell_index="34562" local_entity="0" value="0" />
+        <value cell_index="34563" local_entity="0" value="0" />
+        <value cell_index="34564" local_entity="0" value="0" />
+        <value cell_index="34565" local_entity="0" value="0" />
+        <value cell_index="34566" local_entity="0" value="0" />
+        <value cell_index="34567" local_entity="0" value="0" />
+        <value cell_index="34568" local_entity="0" value="0" />
+        <value cell_index="34569" local_entity="0" value="0" />
+        <value cell_index="34570" local_entity="0" value="0" />
+        <value cell_index="34571" local_entity="0" value="0" />
+        <value cell_index="34572" local_entity="0" value="0" />
+        <value cell_index="34573" local_entity="0" value="0" />
+        <value cell_index="34574" local_entity="0" value="0" />
+        <value cell_index="34575" local_entity="0" value="0" />
+        <value cell_index="34576" local_entity="0" value="0" />
+        <value cell_index="34577" local_entity="0" value="0" />
+        <value cell_index="34578" local_entity="0" value="0" />
+        <value cell_index="34579" local_entity="0" value="0" />
+        <value cell_index="34580" local_entity="0" value="0" />
+        <value cell_index="34581" local_entity="0" value="0" />
+        <value cell_index="34582" local_entity="0" value="0" />
+        <value cell_index="34583" local_entity="0" value="0" />
+        <value cell_index="34584" local_entity="0" value="0" />
+        <value cell_index="34585" local_entity="0" value="0" />
+        <value cell_index="34586" local_entity="0" value="0" />
+        <value cell_index="34587" local_entity="0" value="0" />
+        <value cell_index="34588" local_entity="0" value="0" />
+        <value cell_index="34589" local_entity="0" value="0" />
+        <value cell_index="34590" local_entity="0" value="0" />
+        <value cell_index="34591" local_entity="0" value="0" />
+        <value cell_index="34592" local_entity="0" value="0" />
+        <value cell_index="34593" local_entity="0" value="0" />
+        <value cell_index="34594" local_entity="0" value="0" />
+        <value cell_index="34595" local_entity="0" value="0" />
+        <value cell_index="34596" local_entity="0" value="0" />
+        <value cell_index="34597" local_entity="0" value="0" />
+        <value cell_index="34598" local_entity="0" value="0" />
+        <value cell_index="34599" local_entity="0" value="0" />
+        <value cell_index="34600" local_entity="0" value="0" />
+        <value cell_index="34601" local_entity="0" value="0" />
+        <value cell_index="34602" local_entity="0" value="0" />
+        <value cell_index="34603" local_entity="0" value="0" />
+        <value cell_index="34604" local_entity="0" value="0" />
+        <value cell_index="34605" local_entity="0" value="0" />
+        <value cell_index="34606" local_entity="0" value="0" />
+        <value cell_index="34607" local_entity="0" value="0" />
+        <value cell_index="34608" local_entity="0" value="0" />
+        <value cell_index="34609" local_entity="0" value="0" />
+        <value cell_index="34610" local_entity="0" value="0" />
+        <value cell_index="34611" local_entity="0" value="0" />
+        <value cell_index="34612" local_entity="0" value="0" />
+        <value cell_index="34613" local_entity="0" value="0" />
+        <value cell_index="34614" local_entity="0" value="0" />
+        <value cell_index="34615" local_entity="0" value="0" />
+        <value cell_index="34616" local_entity="0" value="0" />
+        <value cell_index="34617" local_entity="0" value="0" />
+        <value cell_index="34618" local_entity="0" value="0" />
+        <value cell_index="34619" local_entity="0" value="0" />
+        <value cell_index="34620" local_entity="0" value="0" />
+        <value cell_index="34621" local_entity="0" value="0" />
+        <value cell_index="34622" local_entity="0" value="0" />
+        <value cell_index="34623" local_entity="0" value="0" />
+        <value cell_index="34624" local_entity="0" value="0" />
+        <value cell_index="34625" local_entity="0" value="0" />
+        <value cell_index="34626" local_entity="0" value="0" />
+        <value cell_index="34627" local_entity="0" value="0" />
+        <value cell_index="34628" local_entity="0" value="0" />
+        <value cell_index="34629" local_entity="0" value="0" />
+        <value cell_index="34630" local_entity="0" value="0" />
+        <value cell_index="34631" local_entity="0" value="0" />
+        <value cell_index="34632" local_entity="0" value="0" />
+        <value cell_index="34633" local_entity="0" value="0" />
+        <value cell_index="34634" local_entity="0" value="0" />
+        <value cell_index="34635" local_entity="0" value="0" />
+        <value cell_index="34636" local_entity="0" value="0" />
+        <value cell_index="34637" local_entity="0" value="0" />
+        <value cell_index="34638" local_entity="0" value="0" />
+        <value cell_index="34639" local_entity="0" value="0" />
+        <value cell_index="34640" local_entity="0" value="0" />
+        <value cell_index="34641" local_entity="0" value="0" />
+        <value cell_index="34642" local_entity="0" value="0" />
+        <value cell_index="34643" local_entity="0" value="0" />
+        <value cell_index="34644" local_entity="0" value="0" />
+        <value cell_index="34645" local_entity="0" value="0" />
+        <value cell_index="34646" local_entity="0" value="0" />
+        <value cell_index="34647" local_entity="0" value="0" />
+        <value cell_index="34648" local_entity="0" value="0" />
+        <value cell_index="34649" local_entity="0" value="0" />
+        <value cell_index="34650" local_entity="0" value="0" />
+        <value cell_index="34651" local_entity="0" value="0" />
+        <value cell_index="34652" local_entity="0" value="0" />
+        <value cell_index="34653" local_entity="0" value="0" />
+        <value cell_index="34654" local_entity="0" value="0" />
+        <value cell_index="34655" local_entity="0" value="0" />
+        <value cell_index="34656" local_entity="0" value="0" />
+        <value cell_index="34657" local_entity="0" value="0" />
+        <value cell_index="34658" local_entity="0" value="0" />
+        <value cell_index="34659" local_entity="0" value="0" />
+        <value cell_index="34660" local_entity="0" value="0" />
+        <value cell_index="34661" local_entity="0" value="0" />
+        <value cell_index="34662" local_entity="0" value="0" />
+        <value cell_index="34663" local_entity="0" value="0" />
+        <value cell_index="34664" local_entity="0" value="0" />
+        <value cell_index="34665" local_entity="0" value="0" />
+        <value cell_index="34666" local_entity="0" value="0" />
+        <value cell_index="34667" local_entity="0" value="0" />
+        <value cell_index="34668" local_entity="0" value="0" />
+        <value cell_index="34669" local_entity="0" value="0" />
+        <value cell_index="34670" local_entity="0" value="0" />
+        <value cell_index="34671" local_entity="0" value="0" />
+        <value cell_index="34672" local_entity="0" value="0" />
+        <value cell_index="34673" local_entity="0" value="0" />
+        <value cell_index="34674" local_entity="0" value="0" />
+        <value cell_index="34675" local_entity="0" value="0" />
+        <value cell_index="34676" local_entity="0" value="0" />
+        <value cell_index="34677" local_entity="0" value="0" />
+        <value cell_index="34678" local_entity="0" value="0" />
+        <value cell_index="34679" local_entity="0" value="0" />
+        <value cell_index="34680" local_entity="0" value="0" />
+        <value cell_index="34681" local_entity="0" value="0" />
+        <value cell_index="34682" local_entity="0" value="0" />
+        <value cell_index="34683" local_entity="0" value="0" />
+        <value cell_index="34684" local_entity="0" value="0" />
+        <value cell_index="34685" local_entity="0" value="0" />
+        <value cell_index="34686" local_entity="0" value="0" />
+        <value cell_index="34687" local_entity="0" value="0" />
+        <value cell_index="34688" local_entity="0" value="0" />
+        <value cell_index="34689" local_entity="0" value="0" />
+        <value cell_index="34690" local_entity="0" value="0" />
+        <value cell_index="34691" local_entity="0" value="0" />
+        <value cell_index="34692" local_entity="0" value="0" />
+        <value cell_index="34693" local_entity="0" value="0" />
+        <value cell_index="34694" local_entity="0" value="0" />
+        <value cell_index="34695" local_entity="0" value="0" />
+        <value cell_index="34696" local_entity="0" value="0" />
+        <value cell_index="34697" local_entity="0" value="0" />
+        <value cell_index="34698" local_entity="0" value="0" />
+        <value cell_index="34699" local_entity="0" value="0" />
+        <value cell_index="34700" local_entity="0" value="0" />
+        <value cell_index="34701" local_entity="0" value="0" />
+        <value cell_index="34702" local_entity="0" value="0" />
+        <value cell_index="34703" local_entity="0" value="0" />
+        <value cell_index="34704" local_entity="0" value="0" />
+        <value cell_index="34705" local_entity="0" value="0" />
+        <value cell_index="34706" local_entity="0" value="0" />
+        <value cell_index="34707" local_entity="0" value="0" />
+        <value cell_index="34708" local_entity="0" value="0" />
+        <value cell_index="34709" local_entity="0" value="0" />
+        <value cell_index="34710" local_entity="0" value="0" />
+        <value cell_index="34711" local_entity="0" value="0" />
+        <value cell_index="34712" local_entity="0" value="0" />
+        <value cell_index="34713" local_entity="0" value="0" />
+        <value cell_index="34714" local_entity="0" value="0" />
+        <value cell_index="34715" local_entity="0" value="0" />
+        <value cell_index="34716" local_entity="0" value="0" />
+        <value cell_index="34717" local_entity="0" value="0" />
+        <value cell_index="34718" local_entity="0" value="0" />
+        <value cell_index="34719" local_entity="0" value="0" />
+        <value cell_index="34720" local_entity="0" value="0" />
+        <value cell_index="34721" local_entity="0" value="0" />
+        <value cell_index="34722" local_entity="0" value="0" />
+        <value cell_index="34723" local_entity="0" value="0" />
+        <value cell_index="34724" local_entity="0" value="0" />
+        <value cell_index="34725" local_entity="0" value="0" />
+        <value cell_index="34726" local_entity="0" value="0" />
+        <value cell_index="34727" local_entity="0" value="0" />
+        <value cell_index="34728" local_entity="0" value="0" />
+        <value cell_index="34729" local_entity="0" value="0" />
+        <value cell_index="34730" local_entity="0" value="0" />
+        <value cell_index="34731" local_entity="0" value="0" />
+        <value cell_index="34732" local_entity="0" value="0" />
+        <value cell_index="34733" local_entity="0" value="0" />
+        <value cell_index="34734" local_entity="0" value="0" />
+        <value cell_index="34735" local_entity="0" value="0" />
+        <value cell_index="34736" local_entity="0" value="0" />
+        <value cell_index="34737" local_entity="0" value="0" />
+        <value cell_index="34738" local_entity="0" value="0" />
+        <value cell_index="34739" local_entity="0" value="0" />
+        <value cell_index="34740" local_entity="0" value="0" />
+        <value cell_index="34741" local_entity="0" value="0" />
+        <value cell_index="34742" local_entity="0" value="0" />
+        <value cell_index="34743" local_entity="0" value="0" />
+        <value cell_index="34744" local_entity="0" value="0" />
+        <value cell_index="34745" local_entity="0" value="0" />
+        <value cell_index="34746" local_entity="0" value="0" />
+        <value cell_index="34747" local_entity="0" value="0" />
+        <value cell_index="34748" local_entity="0" value="0" />
+        <value cell_index="34749" local_entity="0" value="0" />
+        <value cell_index="34750" local_entity="0" value="0" />
+        <value cell_index="34751" local_entity="0" value="0" />
+        <value cell_index="34752" local_entity="0" value="0" />
+        <value cell_index="34753" local_entity="0" value="0" />
+        <value cell_index="34754" local_entity="0" value="0" />
+        <value cell_index="34755" local_entity="0" value="0" />
+        <value cell_index="34756" local_entity="0" value="0" />
+        <value cell_index="34757" local_entity="0" value="0" />
+        <value cell_index="34758" local_entity="0" value="0" />
+        <value cell_index="34759" local_entity="0" value="0" />
+        <value cell_index="34760" local_entity="0" value="0" />
+        <value cell_index="34761" local_entity="0" value="0" />
+        <value cell_index="34762" local_entity="0" value="0" />
+        <value cell_index="34763" local_entity="0" value="0" />
+        <value cell_index="34764" local_entity="0" value="0" />
+        <value cell_index="34765" local_entity="0" value="0" />
+        <value cell_index="34766" local_entity="0" value="0" />
+        <value cell_index="34767" local_entity="0" value="0" />
+        <value cell_index="34768" local_entity="0" value="0" />
+        <value cell_index="34769" local_entity="0" value="0" />
+        <value cell_index="34770" local_entity="0" value="0" />
+        <value cell_index="34771" local_entity="0" value="0" />
+        <value cell_index="34772" local_entity="0" value="0" />
+        <value cell_index="34773" local_entity="0" value="0" />
+        <value cell_index="34774" local_entity="0" value="0" />
+        <value cell_index="34775" local_entity="0" value="0" />
+        <value cell_index="34776" local_entity="0" value="0" />
+        <value cell_index="34777" local_entity="0" value="0" />
+        <value cell_index="34778" local_entity="0" value="0" />
+        <value cell_index="34779" local_entity="0" value="0" />
+        <value cell_index="34780" local_entity="0" value="0" />
+        <value cell_index="34781" local_entity="0" value="0" />
+        <value cell_index="34782" local_entity="0" value="0" />
+        <value cell_index="34783" local_entity="0" value="0" />
+        <value cell_index="34784" local_entity="0" value="0" />
+        <value cell_index="34785" local_entity="0" value="0" />
+        <value cell_index="34786" local_entity="0" value="0" />
+        <value cell_index="34787" local_entity="0" value="0" />
+        <value cell_index="34788" local_entity="0" value="0" />
+        <value cell_index="34789" local_entity="0" value="0" />
+        <value cell_index="34790" local_entity="0" value="0" />
+        <value cell_index="34791" local_entity="0" value="0" />
+        <value cell_index="34792" local_entity="0" value="0" />
+        <value cell_index="34793" local_entity="0" value="0" />
+        <value cell_index="34794" local_entity="0" value="0" />
+        <value cell_index="34795" local_entity="0" value="0" />
+        <value cell_index="34796" local_entity="0" value="0" />
+        <value cell_index="34797" local_entity="0" value="0" />
+        <value cell_index="34798" local_entity="0" value="0" />
+        <value cell_index="34799" local_entity="0" value="0" />
+        <value cell_index="34800" local_entity="0" value="0" />
+        <value cell_index="34801" local_entity="0" value="0" />
+        <value cell_index="34802" local_entity="0" value="0" />
+        <value cell_index="34803" local_entity="0" value="0" />
+        <value cell_index="34804" local_entity="0" value="0" />
+        <value cell_index="34805" local_entity="0" value="0" />
+        <value cell_index="34806" local_entity="0" value="0" />
+        <value cell_index="34807" local_entity="0" value="0" />
+        <value cell_index="34808" local_entity="0" value="0" />
+        <value cell_index="34809" local_entity="0" value="0" />
+        <value cell_index="34810" local_entity="0" value="0" />
+        <value cell_index="34811" local_entity="0" value="0" />
+        <value cell_index="34812" local_entity="0" value="0" />
+        <value cell_index="34813" local_entity="0" value="0" />
+        <value cell_index="34814" local_entity="0" value="0" />
+        <value cell_index="34815" local_entity="0" value="0" />
+        <value cell_index="34816" local_entity="0" value="0" />
+        <value cell_index="34817" local_entity="0" value="0" />
+        <value cell_index="34818" local_entity="0" value="0" />
+        <value cell_index="34819" local_entity="0" value="0" />
+        <value cell_index="34820" local_entity="0" value="0" />
+        <value cell_index="34821" local_entity="0" value="0" />
+        <value cell_index="34822" local_entity="0" value="0" />
+        <value cell_index="34823" local_entity="0" value="0" />
+        <value cell_index="34824" local_entity="0" value="0" />
+        <value cell_index="34825" local_entity="0" value="0" />
+        <value cell_index="34826" local_entity="0" value="0" />
+        <value cell_index="34827" local_entity="0" value="0" />
+        <value cell_index="34828" local_entity="0" value="0" />
+        <value cell_index="34829" local_entity="0" value="0" />
+        <value cell_index="34830" local_entity="0" value="0" />
+        <value cell_index="34831" local_entity="0" value="0" />
+        <value cell_index="34832" local_entity="0" value="0" />
+        <value cell_index="34833" local_entity="0" value="0" />
+        <value cell_index="34834" local_entity="0" value="0" />
+        <value cell_index="34835" local_entity="0" value="0" />
+        <value cell_index="34836" local_entity="0" value="0" />
+        <value cell_index="34837" local_entity="0" value="0" />
+        <value cell_index="34838" local_entity="0" value="0" />
+        <value cell_index="34839" local_entity="0" value="0" />
+        <value cell_index="34840" local_entity="0" value="0" />
+        <value cell_index="34841" local_entity="0" value="0" />
+        <value cell_index="34842" local_entity="0" value="0" />
+        <value cell_index="34843" local_entity="0" value="0" />
+        <value cell_index="34844" local_entity="0" value="0" />
+        <value cell_index="34845" local_entity="0" value="0" />
+        <value cell_index="34846" local_entity="0" value="0" />
+        <value cell_index="34847" local_entity="0" value="0" />
+        <value cell_index="34848" local_entity="0" value="0" />
+        <value cell_index="34849" local_entity="0" value="0" />
+        <value cell_index="34850" local_entity="0" value="0" />
+        <value cell_index="34851" local_entity="0" value="0" />
+        <value cell_index="34852" local_entity="0" value="0" />
+        <value cell_index="34853" local_entity="0" value="0" />
+        <value cell_index="34854" local_entity="0" value="0" />
+        <value cell_index="34855" local_entity="0" value="0" />
+        <value cell_index="34856" local_entity="0" value="0" />
+        <value cell_index="34857" local_entity="0" value="0" />
+        <value cell_index="34858" local_entity="0" value="0" />
+        <value cell_index="34859" local_entity="0" value="0" />
+        <value cell_index="34860" local_entity="0" value="0" />
+        <value cell_index="34861" local_entity="0" value="0" />
+        <value cell_index="34862" local_entity="0" value="0" />
+        <value cell_index="34863" local_entity="0" value="0" />
+        <value cell_index="34864" local_entity="0" value="0" />
+        <value cell_index="34865" local_entity="0" value="0" />
+        <value cell_index="34866" local_entity="0" value="0" />
+        <value cell_index="34867" local_entity="0" value="0" />
+        <value cell_index="34868" local_entity="0" value="0" />
+        <value cell_index="34869" local_entity="0" value="0" />
+        <value cell_index="34870" local_entity="0" value="0" />
+        <value cell_index="34871" local_entity="0" value="0" />
+        <value cell_index="34872" local_entity="0" value="0" />
+        <value cell_index="34873" local_entity="0" value="0" />
+        <value cell_index="34874" local_entity="0" value="0" />
+        <value cell_index="34875" local_entity="0" value="0" />
+        <value cell_index="34876" local_entity="0" value="0" />
+        <value cell_index="34877" local_entity="0" value="0" />
+        <value cell_index="34878" local_entity="0" value="0" />
+        <value cell_index="34879" local_entity="0" value="0" />
+        <value cell_index="34880" local_entity="0" value="0" />
+        <value cell_index="34881" local_entity="0" value="0" />
+        <value cell_index="34882" local_entity="0" value="0" />
+        <value cell_index="34883" local_entity="0" value="0" />
+        <value cell_index="34884" local_entity="0" value="0" />
+        <value cell_index="34885" local_entity="0" value="0" />
+        <value cell_index="34886" local_entity="0" value="0" />
+        <value cell_index="34887" local_entity="0" value="0" />
+        <value cell_index="34888" local_entity="0" value="0" />
+        <value cell_index="34889" local_entity="0" value="0" />
+        <value cell_index="34890" local_entity="0" value="0" />
+        <value cell_index="34891" local_entity="0" value="0" />
+        <value cell_index="34892" local_entity="0" value="0" />
+        <value cell_index="34893" local_entity="0" value="0" />
+        <value cell_index="34894" local_entity="0" value="0" />
+        <value cell_index="34895" local_entity="0" value="0" />
+        <value cell_index="34896" local_entity="0" value="0" />
+        <value cell_index="34897" local_entity="0" value="0" />
+        <value cell_index="34898" local_entity="0" value="0" />
+        <value cell_index="34899" local_entity="0" value="0" />
+        <value cell_index="34900" local_entity="0" value="0" />
+        <value cell_index="34901" local_entity="0" value="0" />
+        <value cell_index="34902" local_entity="0" value="0" />
+        <value cell_index="34903" local_entity="0" value="0" />
+        <value cell_index="34904" local_entity="0" value="0" />
+        <value cell_index="34905" local_entity="0" value="0" />
+        <value cell_index="34906" local_entity="0" value="0" />
+        <value cell_index="34907" local_entity="0" value="0" />
+        <value cell_index="34908" local_entity="0" value="0" />
+        <value cell_index="34909" local_entity="0" value="0" />
+        <value cell_index="34910" local_entity="0" value="0" />
+        <value cell_index="34911" local_entity="0" value="0" />
+        <value cell_index="34912" local_entity="0" value="0" />
+        <value cell_index="34913" local_entity="0" value="0" />
+        <value cell_index="34914" local_entity="0" value="0" />
+        <value cell_index="34915" local_entity="0" value="0" />
+        <value cell_index="34916" local_entity="0" value="0" />
+        <value cell_index="34917" local_entity="0" value="0" />
+        <value cell_index="34918" local_entity="0" value="0" />
+        <value cell_index="34919" local_entity="0" value="0" />
+        <value cell_index="34920" local_entity="0" value="0" />
+        <value cell_index="34921" local_entity="0" value="0" />
+        <value cell_index="34922" local_entity="0" value="0" />
+        <value cell_index="34923" local_entity="0" value="0" />
+        <value cell_index="34924" local_entity="0" value="0" />
+        <value cell_index="34925" local_entity="0" value="0" />
+        <value cell_index="34926" local_entity="0" value="0" />
+        <value cell_index="34927" local_entity="0" value="0" />
+        <value cell_index="34928" local_entity="0" value="0" />
+        <value cell_index="34929" local_entity="0" value="0" />
+        <value cell_index="34930" local_entity="0" value="0" />
+        <value cell_index="34931" local_entity="0" value="0" />
+        <value cell_index="34932" local_entity="0" value="0" />
+        <value cell_index="34933" local_entity="0" value="0" />
+        <value cell_index="34934" local_entity="0" value="0" />
+        <value cell_index="34935" local_entity="0" value="0" />
+        <value cell_index="34936" local_entity="0" value="0" />
+        <value cell_index="34937" local_entity="0" value="0" />
+        <value cell_index="34938" local_entity="0" value="0" />
+        <value cell_index="34939" local_entity="0" value="0" />
+        <value cell_index="34940" local_entity="0" value="0" />
+        <value cell_index="34941" local_entity="0" value="0" />
+        <value cell_index="34942" local_entity="0" value="0" />
+        <value cell_index="34943" local_entity="0" value="0" />
+        <value cell_index="34944" local_entity="0" value="0" />
+        <value cell_index="34945" local_entity="0" value="0" />
+        <value cell_index="34946" local_entity="0" value="0" />
+        <value cell_index="34947" local_entity="0" value="0" />
+        <value cell_index="34948" local_entity="0" value="0" />
+        <value cell_index="34949" local_entity="0" value="0" />
+        <value cell_index="34950" local_entity="0" value="0" />
+        <value cell_index="34951" local_entity="0" value="0" />
+        <value cell_index="34952" local_entity="0" value="0" />
+        <value cell_index="34953" local_entity="0" value="0" />
+        <value cell_index="34954" local_entity="0" value="0" />
+        <value cell_index="34955" local_entity="0" value="0" />
+        <value cell_index="34956" local_entity="0" value="0" />
+        <value cell_index="34957" local_entity="0" value="0" />
+        <value cell_index="34958" local_entity="0" value="0" />
+        <value cell_index="34959" local_entity="0" value="0" />
+        <value cell_index="34960" local_entity="0" value="0" />
+        <value cell_index="34961" local_entity="0" value="0" />
+        <value cell_index="34962" local_entity="0" value="0" />
+        <value cell_index="34963" local_entity="0" value="0" />
+        <value cell_index="34964" local_entity="0" value="0" />
+        <value cell_index="34965" local_entity="0" value="0" />
+        <value cell_index="34966" local_entity="0" value="0" />
+        <value cell_index="34967" local_entity="0" value="0" />
+        <value cell_index="34968" local_entity="0" value="0" />
+        <value cell_index="34969" local_entity="0" value="0" />
+        <value cell_index="34970" local_entity="0" value="0" />
+        <value cell_index="34971" local_entity="0" value="0" />
+        <value cell_index="34972" local_entity="0" value="0" />
+        <value cell_index="34973" local_entity="0" value="0" />
+        <value cell_index="34974" local_entity="0" value="0" />
+        <value cell_index="34975" local_entity="0" value="0" />
+        <value cell_index="34976" local_entity="0" value="0" />
+        <value cell_index="34977" local_entity="0" value="0" />
+        <value cell_index="34978" local_entity="0" value="0" />
+        <value cell_index="34979" local_entity="0" value="0" />
+        <value cell_index="34980" local_entity="0" value="0" />
+        <value cell_index="34981" local_entity="0" value="0" />
+        <value cell_index="34982" local_entity="0" value="0" />
+        <value cell_index="34983" local_entity="0" value="0" />
+        <value cell_index="34984" local_entity="0" value="0" />
+        <value cell_index="34985" local_entity="0" value="0" />
+        <value cell_index="34986" local_entity="0" value="0" />
+        <value cell_index="34987" local_entity="0" value="0" />
+        <value cell_index="34988" local_entity="0" value="0" />
+        <value cell_index="34989" local_entity="0" value="0" />
+        <value cell_index="34990" local_entity="0" value="0" />
+        <value cell_index="34991" local_entity="0" value="0" />
+        <value cell_index="34992" local_entity="0" value="0" />
+        <value cell_index="34993" local_entity="0" value="0" />
+        <value cell_index="34994" local_entity="0" value="0" />
+        <value cell_index="34995" local_entity="0" value="0" />
+        <value cell_index="34996" local_entity="0" value="0" />
+        <value cell_index="34997" local_entity="0" value="0" />
+        <value cell_index="34998" local_entity="0" value="0" />
+        <value cell_index="34999" local_entity="0" value="0" />
+        <value cell_index="35000" local_entity="0" value="0" />
+        <value cell_index="35001" local_entity="0" value="0" />
+        <value cell_index="35002" local_entity="0" value="0" />
+        <value cell_index="35003" local_entity="0" value="0" />
+        <value cell_index="35004" local_entity="0" value="0" />
+        <value cell_index="35005" local_entity="0" value="0" />
+        <value cell_index="35006" local_entity="0" value="0" />
+        <value cell_index="35007" local_entity="0" value="0" />
+        <value cell_index="35008" local_entity="0" value="0" />
+        <value cell_index="35009" local_entity="0" value="0" />
+        <value cell_index="35010" local_entity="0" value="0" />
+        <value cell_index="35011" local_entity="0" value="0" />
+        <value cell_index="35012" local_entity="0" value="0" />
+        <value cell_index="35013" local_entity="0" value="0" />
+        <value cell_index="35014" local_entity="0" value="0" />
+        <value cell_index="35015" local_entity="0" value="0" />
+        <value cell_index="35016" local_entity="0" value="0" />
+        <value cell_index="35017" local_entity="0" value="0" />
+        <value cell_index="35018" local_entity="0" value="0" />
+        <value cell_index="35019" local_entity="0" value="0" />
+        <value cell_index="35020" local_entity="0" value="0" />
+        <value cell_index="35021" local_entity="0" value="0" />
+        <value cell_index="35022" local_entity="0" value="0" />
+        <value cell_index="35023" local_entity="0" value="0" />
+        <value cell_index="35024" local_entity="0" value="0" />
+        <value cell_index="35025" local_entity="0" value="0" />
+        <value cell_index="35026" local_entity="0" value="0" />
+        <value cell_index="35027" local_entity="0" value="0" />
+        <value cell_index="35028" local_entity="0" value="0" />
+        <value cell_index="35029" local_entity="0" value="0" />
+        <value cell_index="35030" local_entity="0" value="0" />
+        <value cell_index="35031" local_entity="0" value="0" />
+        <value cell_index="35032" local_entity="0" value="0" />
+        <value cell_index="35033" local_entity="0" value="0" />
+        <value cell_index="35034" local_entity="0" value="0" />
+        <value cell_index="35035" local_entity="0" value="0" />
+        <value cell_index="35036" local_entity="0" value="0" />
+        <value cell_index="35037" local_entity="0" value="0" />
+        <value cell_index="35038" local_entity="0" value="0" />
+        <value cell_index="35039" local_entity="0" value="0" />
+        <value cell_index="35040" local_entity="0" value="0" />
+        <value cell_index="35041" local_entity="0" value="0" />
+        <value cell_index="35042" local_entity="0" value="0" />
+        <value cell_index="35043" local_entity="0" value="0" />
+        <value cell_index="35044" local_entity="0" value="0" />
+        <value cell_index="35045" local_entity="0" value="0" />
+        <value cell_index="35046" local_entity="0" value="0" />
+        <value cell_index="35047" local_entity="0" value="0" />
+        <value cell_index="35048" local_entity="0" value="0" />
+        <value cell_index="35049" local_entity="0" value="0" />
+        <value cell_index="35050" local_entity="0" value="0" />
+        <value cell_index="35051" local_entity="0" value="0" />
+        <value cell_index="35052" local_entity="0" value="0" />
+        <value cell_index="35053" local_entity="0" value="0" />
+        <value cell_index="35054" local_entity="0" value="0" />
+        <value cell_index="35055" local_entity="0" value="0" />
+        <value cell_index="35056" local_entity="0" value="0" />
+        <value cell_index="35057" local_entity="0" value="0" />
+        <value cell_index="35058" local_entity="0" value="0" />
+        <value cell_index="35059" local_entity="0" value="0" />
+        <value cell_index="35060" local_entity="0" value="0" />
+        <value cell_index="35061" local_entity="0" value="0" />
+        <value cell_index="35062" local_entity="0" value="0" />
+        <value cell_index="35063" local_entity="0" value="0" />
+        <value cell_index="35064" local_entity="0" value="0" />
+        <value cell_index="35065" local_entity="0" value="0" />
+        <value cell_index="35066" local_entity="0" value="0" />
+        <value cell_index="35067" local_entity="0" value="0" />
+        <value cell_index="35068" local_entity="0" value="0" />
+        <value cell_index="35069" local_entity="0" value="0" />
+        <value cell_index="35070" local_entity="0" value="0" />
+        <value cell_index="35071" local_entity="0" value="0" />
+        <value cell_index="35072" local_entity="0" value="0" />
+        <value cell_index="35073" local_entity="0" value="0" />
+        <value cell_index="35074" local_entity="0" value="0" />
+        <value cell_index="35075" local_entity="0" value="0" />
+        <value cell_index="35076" local_entity="0" value="0" />
+        <value cell_index="35077" local_entity="0" value="0" />
+        <value cell_index="35078" local_entity="0" value="0" />
+        <value cell_index="35079" local_entity="0" value="0" />
+        <value cell_index="35080" local_entity="0" value="0" />
+        <value cell_index="35081" local_entity="0" value="0" />
+        <value cell_index="35082" local_entity="0" value="0" />
+        <value cell_index="35083" local_entity="0" value="0" />
+        <value cell_index="35084" local_entity="0" value="0" />
+        <value cell_index="35085" local_entity="0" value="0" />
+        <value cell_index="35086" local_entity="0" value="0" />
+        <value cell_index="35087" local_entity="0" value="0" />
+        <value cell_index="35088" local_entity="0" value="0" />
+        <value cell_index="35089" local_entity="0" value="0" />
+        <value cell_index="35090" local_entity="0" value="0" />
+        <value cell_index="35091" local_entity="0" value="0" />
+        <value cell_index="35092" local_entity="0" value="0" />
+        <value cell_index="35093" local_entity="0" value="0" />
+        <value cell_index="35094" local_entity="0" value="0" />
+        <value cell_index="35095" local_entity="0" value="0" />
+        <value cell_index="35096" local_entity="0" value="0" />
+        <value cell_index="35097" local_entity="0" value="0" />
+        <value cell_index="35098" local_entity="0" value="0" />
+        <value cell_index="35099" local_entity="0" value="0" />
+        <value cell_index="35100" local_entity="0" value="0" />
+        <value cell_index="35101" local_entity="0" value="0" />
+        <value cell_index="35102" local_entity="0" value="0" />
+        <value cell_index="35103" local_entity="0" value="0" />
+        <value cell_index="35104" local_entity="0" value="0" />
+        <value cell_index="35105" local_entity="0" value="0" />
+        <value cell_index="35106" local_entity="0" value="0" />
+        <value cell_index="35107" local_entity="0" value="0" />
+        <value cell_index="35108" local_entity="0" value="0" />
+        <value cell_index="35109" local_entity="0" value="0" />
+        <value cell_index="35110" local_entity="0" value="0" />
+        <value cell_index="35111" local_entity="0" value="0" />
+        <value cell_index="35112" local_entity="0" value="0" />
+        <value cell_index="35113" local_entity="0" value="0" />
+        <value cell_index="35114" local_entity="0" value="0" />
+        <value cell_index="35115" local_entity="0" value="0" />
+        <value cell_index="35116" local_entity="0" value="0" />
+        <value cell_index="35117" local_entity="0" value="0" />
+        <value cell_index="35118" local_entity="0" value="0" />
+        <value cell_index="35119" local_entity="0" value="0" />
+        <value cell_index="35120" local_entity="0" value="0" />
+        <value cell_index="35121" local_entity="0" value="0" />
+        <value cell_index="35122" local_entity="0" value="0" />
+        <value cell_index="35123" local_entity="0" value="0" />
+        <value cell_index="35124" local_entity="0" value="0" />
+        <value cell_index="35125" local_entity="0" value="0" />
+        <value cell_index="35126" local_entity="0" value="0" />
+        <value cell_index="35127" local_entity="0" value="0" />
+        <value cell_index="35128" local_entity="0" value="0" />
+        <value cell_index="35129" local_entity="0" value="0" />
+        <value cell_index="35130" local_entity="0" value="0" />
+        <value cell_index="35131" local_entity="0" value="0" />
+        <value cell_index="35132" local_entity="0" value="0" />
+        <value cell_index="35133" local_entity="0" value="0" />
+        <value cell_index="35134" local_entity="0" value="0" />
+        <value cell_index="35135" local_entity="0" value="0" />
+        <value cell_index="35136" local_entity="0" value="0" />
+        <value cell_index="35137" local_entity="0" value="0" />
+        <value cell_index="35138" local_entity="0" value="0" />
+        <value cell_index="35139" local_entity="0" value="0" />
+        <value cell_index="35140" local_entity="0" value="0" />
+        <value cell_index="35141" local_entity="0" value="0" />
+        <value cell_index="35142" local_entity="0" value="0" />
+        <value cell_index="35143" local_entity="0" value="0" />
+        <value cell_index="35144" local_entity="0" value="0" />
+        <value cell_index="35145" local_entity="0" value="0" />
+        <value cell_index="35146" local_entity="0" value="0" />
+        <value cell_index="35147" local_entity="0" value="0" />
+        <value cell_index="35148" local_entity="0" value="0" />
+        <value cell_index="35149" local_entity="0" value="0" />
+        <value cell_index="35150" local_entity="0" value="0" />
+        <value cell_index="35151" local_entity="0" value="0" />
+        <value cell_index="35152" local_entity="0" value="0" />
+        <value cell_index="35153" local_entity="0" value="0" />
+        <value cell_index="35154" local_entity="0" value="0" />
+        <value cell_index="35155" local_entity="0" value="0" />
+        <value cell_index="35156" local_entity="0" value="0" />
+        <value cell_index="35157" local_entity="0" value="0" />
+        <value cell_index="35158" local_entity="0" value="0" />
+        <value cell_index="35159" local_entity="0" value="0" />
+        <value cell_index="35160" local_entity="0" value="0" />
+        <value cell_index="35161" local_entity="0" value="0" />
+        <value cell_index="35162" local_entity="0" value="0" />
+        <value cell_index="35163" local_entity="0" value="0" />
+        <value cell_index="35164" local_entity="0" value="0" />
+        <value cell_index="35165" local_entity="0" value="0" />
+        <value cell_index="35166" local_entity="0" value="0" />
+        <value cell_index="35167" local_entity="0" value="0" />
+        <value cell_index="35168" local_entity="0" value="0" />
+        <value cell_index="35169" local_entity="0" value="0" />
+        <value cell_index="35170" local_entity="0" value="0" />
+        <value cell_index="35171" local_entity="0" value="0" />
+        <value cell_index="35172" local_entity="0" value="0" />
+        <value cell_index="35173" local_entity="0" value="0" />
+        <value cell_index="35174" local_entity="0" value="0" />
+        <value cell_index="35175" local_entity="0" value="0" />
+        <value cell_index="35176" local_entity="0" value="0" />
+        <value cell_index="35177" local_entity="0" value="0" />
+        <value cell_index="35178" local_entity="0" value="0" />
+        <value cell_index="35179" local_entity="0" value="0" />
+        <value cell_index="35180" local_entity="0" value="0" />
+        <value cell_index="35181" local_entity="0" value="0" />
+        <value cell_index="35182" local_entity="0" value="0" />
+        <value cell_index="35183" local_entity="0" value="0" />
+        <value cell_index="35184" local_entity="0" value="0" />
+        <value cell_index="35185" local_entity="0" value="0" />
+        <value cell_index="35186" local_entity="0" value="0" />
+        <value cell_index="35187" local_entity="0" value="0" />
+        <value cell_index="35188" local_entity="0" value="0" />
+        <value cell_index="35189" local_entity="0" value="0" />
+        <value cell_index="35190" local_entity="0" value="0" />
+        <value cell_index="35191" local_entity="0" value="0" />
+        <value cell_index="35192" local_entity="0" value="0" />
+        <value cell_index="35193" local_entity="0" value="0" />
+        <value cell_index="35194" local_entity="0" value="0" />
+        <value cell_index="35195" local_entity="0" value="0" />
+        <value cell_index="35196" local_entity="0" value="0" />
+        <value cell_index="35197" local_entity="0" value="0" />
+        <value cell_index="35198" local_entity="0" value="0" />
+        <value cell_index="35199" local_entity="0" value="0" />
+        <value cell_index="35200" local_entity="0" value="0" />
+        <value cell_index="35201" local_entity="0" value="0" />
+        <value cell_index="35202" local_entity="0" value="0" />
+        <value cell_index="35203" local_entity="0" value="0" />
+        <value cell_index="35204" local_entity="0" value="0" />
+        <value cell_index="35205" local_entity="0" value="0" />
+        <value cell_index="35206" local_entity="0" value="0" />
+        <value cell_index="35207" local_entity="0" value="0" />
+        <value cell_index="35208" local_entity="0" value="0" />
+        <value cell_index="35209" local_entity="0" value="0" />
+        <value cell_index="35210" local_entity="0" value="0" />
+        <value cell_index="35211" local_entity="0" value="0" />
+        <value cell_index="35212" local_entity="0" value="0" />
+        <value cell_index="35213" local_entity="0" value="0" />
+        <value cell_index="35214" local_entity="0" value="0" />
+        <value cell_index="35215" local_entity="0" value="0" />
+        <value cell_index="35216" local_entity="0" value="0" />
+        <value cell_index="35217" local_entity="0" value="0" />
+        <value cell_index="35218" local_entity="0" value="0" />
+        <value cell_index="35219" local_entity="0" value="0" />
+        <value cell_index="35220" local_entity="0" value="0" />
+        <value cell_index="35221" local_entity="0" value="0" />
+        <value cell_index="35222" local_entity="0" value="0" />
+        <value cell_index="35223" local_entity="0" value="0" />
+        <value cell_index="35224" local_entity="0" value="0" />
+        <value cell_index="35225" local_entity="0" value="0" />
+        <value cell_index="35226" local_entity="0" value="0" />
+        <value cell_index="35227" local_entity="0" value="0" />
+        <value cell_index="35228" local_entity="0" value="0" />
+        <value cell_index="35229" local_entity="0" value="0" />
+        <value cell_index="35230" local_entity="0" value="0" />
+        <value cell_index="35231" local_entity="0" value="0" />
+        <value cell_index="35232" local_entity="0" value="0" />
+        <value cell_index="35233" local_entity="0" value="0" />
+        <value cell_index="35234" local_entity="0" value="0" />
+        <value cell_index="35235" local_entity="0" value="0" />
+        <value cell_index="35236" local_entity="0" value="0" />
+        <value cell_index="35237" local_entity="0" value="0" />
+        <value cell_index="35238" local_entity="0" value="0" />
+        <value cell_index="35239" local_entity="0" value="0" />
+        <value cell_index="35240" local_entity="0" value="0" />
+        <value cell_index="35241" local_entity="0" value="0" />
+        <value cell_index="35242" local_entity="0" value="0" />
+        <value cell_index="35243" local_entity="0" value="0" />
+        <value cell_index="35244" local_entity="0" value="0" />
+        <value cell_index="35245" local_entity="0" value="0" />
+        <value cell_index="35246" local_entity="0" value="0" />
+        <value cell_index="35247" local_entity="0" value="0" />
+        <value cell_index="35248" local_entity="0" value="0" />
+        <value cell_index="35249" local_entity="0" value="0" />
+        <value cell_index="35250" local_entity="0" value="0" />
+        <value cell_index="35251" local_entity="0" value="0" />
+        <value cell_index="35252" local_entity="0" value="0" />
+        <value cell_index="35253" local_entity="0" value="0" />
+        <value cell_index="35254" local_entity="0" value="0" />
+        <value cell_index="35255" local_entity="0" value="0" />
+        <value cell_index="35256" local_entity="0" value="0" />
+        <value cell_index="35257" local_entity="0" value="0" />
+        <value cell_index="35258" local_entity="0" value="0" />
+        <value cell_index="35259" local_entity="0" value="0" />
+        <value cell_index="35260" local_entity="0" value="0" />
+        <value cell_index="35261" local_entity="0" value="0" />
+        <value cell_index="35262" local_entity="0" value="0" />
+        <value cell_index="35263" local_entity="0" value="0" />
+        <value cell_index="35264" local_entity="0" value="0" />
+        <value cell_index="35265" local_entity="0" value="0" />
+        <value cell_index="35266" local_entity="0" value="0" />
+        <value cell_index="35267" local_entity="0" value="0" />
+        <value cell_index="35268" local_entity="0" value="0" />
+        <value cell_index="35269" local_entity="0" value="0" />
+        <value cell_index="35270" local_entity="0" value="0" />
+        <value cell_index="35271" local_entity="0" value="0" />
+        <value cell_index="35272" local_entity="0" value="0" />
+        <value cell_index="35273" local_entity="0" value="0" />
+        <value cell_index="35274" local_entity="0" value="0" />
+        <value cell_index="35275" local_entity="0" value="0" />
+        <value cell_index="35276" local_entity="0" value="0" />
+        <value cell_index="35277" local_entity="0" value="0" />
+        <value cell_index="35278" local_entity="0" value="0" />
+        <value cell_index="35279" local_entity="0" value="0" />
+        <value cell_index="35280" local_entity="0" value="0" />
+        <value cell_index="35281" local_entity="0" value="0" />
+        <value cell_index="35282" local_entity="0" value="0" />
+        <value cell_index="35283" local_entity="0" value="0" />
+        <value cell_index="35284" local_entity="0" value="0" />
+        <value cell_index="35285" local_entity="0" value="0" />
+        <value cell_index="35286" local_entity="0" value="0" />
+        <value cell_index="35287" local_entity="0" value="0" />
+        <value cell_index="35288" local_entity="0" value="0" />
+        <value cell_index="35289" local_entity="0" value="0" />
+        <value cell_index="35290" local_entity="0" value="0" />
+        <value cell_index="35291" local_entity="0" value="0" />
+        <value cell_index="35292" local_entity="0" value="0" />
+        <value cell_index="35293" local_entity="0" value="0" />
+        <value cell_index="35294" local_entity="0" value="0" />
+        <value cell_index="35295" local_entity="0" value="0" />
+        <value cell_index="35296" local_entity="0" value="0" />
+        <value cell_index="35297" local_entity="0" value="0" />
+        <value cell_index="35298" local_entity="0" value="0" />
+        <value cell_index="35299" local_entity="0" value="0" />
+        <value cell_index="35300" local_entity="0" value="0" />
+        <value cell_index="35301" local_entity="0" value="0" />
+        <value cell_index="35302" local_entity="0" value="0" />
+        <value cell_index="35303" local_entity="0" value="0" />
+        <value cell_index="35304" local_entity="0" value="0" />
+        <value cell_index="35305" local_entity="0" value="0" />
+        <value cell_index="35306" local_entity="0" value="0" />
+        <value cell_index="35307" local_entity="0" value="0" />
+        <value cell_index="35308" local_entity="0" value="0" />
+        <value cell_index="35309" local_entity="0" value="0" />
+        <value cell_index="35310" local_entity="0" value="0" />
+        <value cell_index="35311" local_entity="0" value="0" />
+        <value cell_index="35312" local_entity="0" value="0" />
+        <value cell_index="35313" local_entity="0" value="0" />
+        <value cell_index="35314" local_entity="0" value="0" />
+        <value cell_index="35315" local_entity="0" value="0" />
+        <value cell_index="35316" local_entity="0" value="0" />
+        <value cell_index="35317" local_entity="0" value="0" />
+        <value cell_index="35318" local_entity="0" value="0" />
+        <value cell_index="35319" local_entity="0" value="0" />
+        <value cell_index="35320" local_entity="0" value="0" />
+        <value cell_index="35321" local_entity="0" value="0" />
+        <value cell_index="35322" local_entity="0" value="0" />
+        <value cell_index="35323" local_entity="0" value="0" />
+        <value cell_index="35324" local_entity="0" value="0" />
+        <value cell_index="35325" local_entity="0" value="0" />
+        <value cell_index="35326" local_entity="0" value="0" />
+        <value cell_index="35327" local_entity="0" value="0" />
+        <value cell_index="35328" local_entity="0" value="0" />
+        <value cell_index="35329" local_entity="0" value="0" />
+        <value cell_index="35330" local_entity="0" value="0" />
+        <value cell_index="35331" local_entity="0" value="0" />
+        <value cell_index="35332" local_entity="0" value="0" />
+        <value cell_index="35333" local_entity="0" value="0" />
+        <value cell_index="35334" local_entity="0" value="0" />
+        <value cell_index="35335" local_entity="0" value="0" />
+        <value cell_index="35336" local_entity="0" value="0" />
+        <value cell_index="35337" local_entity="0" value="0" />
+        <value cell_index="35338" local_entity="0" value="0" />
+        <value cell_index="35339" local_entity="0" value="0" />
+        <value cell_index="35340" local_entity="0" value="0" />
+        <value cell_index="35341" local_entity="0" value="0" />
+        <value cell_index="35342" local_entity="0" value="0" />
+        <value cell_index="35343" local_entity="0" value="0" />
+        <value cell_index="35344" local_entity="0" value="0" />
+        <value cell_index="35345" local_entity="0" value="0" />
+        <value cell_index="35346" local_entity="0" value="0" />
+        <value cell_index="35347" local_entity="0" value="0" />
+        <value cell_index="35348" local_entity="0" value="0" />
+        <value cell_index="35349" local_entity="0" value="0" />
+        <value cell_index="35350" local_entity="0" value="0" />
+        <value cell_index="35351" local_entity="0" value="0" />
+        <value cell_index="35352" local_entity="0" value="0" />
+        <value cell_index="35353" local_entity="0" value="0" />
+        <value cell_index="35354" local_entity="0" value="0" />
+        <value cell_index="35355" local_entity="0" value="0" />
+        <value cell_index="35356" local_entity="0" value="0" />
+        <value cell_index="35357" local_entity="0" value="0" />
+        <value cell_index="35358" local_entity="0" value="0" />
+        <value cell_index="35359" local_entity="0" value="0" />
+        <value cell_index="35360" local_entity="0" value="0" />
+        <value cell_index="35361" local_entity="0" value="0" />
+        <value cell_index="35362" local_entity="0" value="0" />
+        <value cell_index="35363" local_entity="0" value="0" />
+        <value cell_index="35364" local_entity="0" value="0" />
+        <value cell_index="35365" local_entity="0" value="0" />
+        <value cell_index="35366" local_entity="0" value="0" />
+        <value cell_index="35367" local_entity="0" value="0" />
+        <value cell_index="35368" local_entity="0" value="0" />
+        <value cell_index="35369" local_entity="0" value="0" />
+        <value cell_index="35370" local_entity="0" value="0" />
+        <value cell_index="35371" local_entity="0" value="0" />
+        <value cell_index="35372" local_entity="0" value="0" />
+        <value cell_index="35373" local_entity="0" value="0" />
+        <value cell_index="35374" local_entity="0" value="0" />
+        <value cell_index="35375" local_entity="0" value="0" />
+        <value cell_index="35376" local_entity="0" value="0" />
+        <value cell_index="35377" local_entity="0" value="0" />
+        <value cell_index="35378" local_entity="0" value="0" />
+        <value cell_index="35379" local_entity="0" value="0" />
+        <value cell_index="35380" local_entity="0" value="0" />
+        <value cell_index="35381" local_entity="0" value="0" />
+        <value cell_index="35382" local_entity="0" value="0" />
+        <value cell_index="35383" local_entity="0" value="0" />
+        <value cell_index="35384" local_entity="0" value="0" />
+        <value cell_index="35385" local_entity="0" value="0" />
+        <value cell_index="35386" local_entity="0" value="0" />
+        <value cell_index="35387" local_entity="0" value="0" />
+        <value cell_index="35388" local_entity="0" value="0" />
+        <value cell_index="35389" local_entity="0" value="0" />
+        <value cell_index="35390" local_entity="0" value="0" />
+        <value cell_index="35391" local_entity="0" value="0" />
+        <value cell_index="35392" local_entity="0" value="0" />
+        <value cell_index="35393" local_entity="0" value="0" />
+        <value cell_index="35394" local_entity="0" value="0" />
+        <value cell_index="35395" local_entity="0" value="0" />
+        <value cell_index="35396" local_entity="0" value="0" />
+        <value cell_index="35397" local_entity="0" value="0" />
+        <value cell_index="35398" local_entity="0" value="0" />
+        <value cell_index="35399" local_entity="0" value="0" />
+        <value cell_index="35400" local_entity="0" value="0" />
+        <value cell_index="35401" local_entity="0" value="0" />
+        <value cell_index="35402" local_entity="0" value="0" />
+        <value cell_index="35403" local_entity="0" value="0" />
+        <value cell_index="35404" local_entity="0" value="0" />
+        <value cell_index="35405" local_entity="0" value="0" />
+        <value cell_index="35406" local_entity="0" value="0" />
+        <value cell_index="35407" local_entity="0" value="0" />
+        <value cell_index="35408" local_entity="0" value="0" />
+        <value cell_index="35409" local_entity="0" value="0" />
+        <value cell_index="35410" local_entity="0" value="0" />
+        <value cell_index="35411" local_entity="0" value="0" />
+        <value cell_index="35412" local_entity="0" value="0" />
+        <value cell_index="35413" local_entity="0" value="0" />
+        <value cell_index="35414" local_entity="0" value="0" />
+        <value cell_index="35415" local_entity="0" value="0" />
+        <value cell_index="35416" local_entity="0" value="0" />
+        <value cell_index="35417" local_entity="0" value="0" />
+        <value cell_index="35418" local_entity="0" value="0" />
+        <value cell_index="35419" local_entity="0" value="0" />
+        <value cell_index="35420" local_entity="0" value="0" />
+        <value cell_index="35421" local_entity="0" value="0" />
+        <value cell_index="35422" local_entity="0" value="0" />
+        <value cell_index="35423" local_entity="0" value="0" />
+        <value cell_index="35424" local_entity="0" value="0" />
+        <value cell_index="35425" local_entity="0" value="0" />
+        <value cell_index="35426" local_entity="0" value="0" />
+        <value cell_index="35427" local_entity="0" value="0" />
+        <value cell_index="35428" local_entity="0" value="0" />
+        <value cell_index="35429" local_entity="0" value="0" />
+        <value cell_index="35430" local_entity="0" value="0" />
+        <value cell_index="35431" local_entity="0" value="0" />
+        <value cell_index="35432" local_entity="0" value="0" />
+        <value cell_index="35433" local_entity="0" value="0" />
+        <value cell_index="35434" local_entity="0" value="0" />
+        <value cell_index="35435" local_entity="0" value="0" />
+        <value cell_index="35436" local_entity="0" value="0" />
+        <value cell_index="35437" local_entity="0" value="0" />
+        <value cell_index="35438" local_entity="0" value="0" />
+        <value cell_index="35439" local_entity="0" value="0" />
+        <value cell_index="35440" local_entity="0" value="0" />
+        <value cell_index="35441" local_entity="0" value="0" />
+        <value cell_index="35442" local_entity="0" value="0" />
+        <value cell_index="35443" local_entity="0" value="0" />
+        <value cell_index="35444" local_entity="0" value="0" />
+        <value cell_index="35445" local_entity="0" value="0" />
+        <value cell_index="35446" local_entity="0" value="0" />
+        <value cell_index="35447" local_entity="0" value="0" />
+        <value cell_index="35448" local_entity="0" value="0" />
+        <value cell_index="35449" local_entity="0" value="0" />
+        <value cell_index="35450" local_entity="0" value="0" />
+        <value cell_index="35451" local_entity="0" value="0" />
+        <value cell_index="35452" local_entity="0" value="0" />
+        <value cell_index="35453" local_entity="0" value="0" />
+        <value cell_index="35454" local_entity="0" value="0" />
+        <value cell_index="35455" local_entity="0" value="0" />
+        <value cell_index="35456" local_entity="0" value="0" />
+        <value cell_index="35457" local_entity="0" value="0" />
+        <value cell_index="35458" local_entity="0" value="0" />
+        <value cell_index="35459" local_entity="0" value="0" />
+        <value cell_index="35460" local_entity="0" value="0" />
+        <value cell_index="35461" local_entity="0" value="0" />
+        <value cell_index="35462" local_entity="0" value="0" />
+        <value cell_index="35463" local_entity="0" value="0" />
+        <value cell_index="35464" local_entity="0" value="0" />
+        <value cell_index="35465" local_entity="0" value="0" />
+        <value cell_index="35466" local_entity="0" value="0" />
+        <value cell_index="35467" local_entity="0" value="0" />
+        <value cell_index="35468" local_entity="0" value="0" />
+        <value cell_index="35469" local_entity="0" value="0" />
+        <value cell_index="35470" local_entity="0" value="0" />
+        <value cell_index="35471" local_entity="0" value="0" />
+        <value cell_index="35472" local_entity="0" value="0" />
+        <value cell_index="35473" local_entity="0" value="0" />
+        <value cell_index="35474" local_entity="0" value="0" />
+        <value cell_index="35475" local_entity="0" value="0" />
+        <value cell_index="35476" local_entity="0" value="0" />
+        <value cell_index="35477" local_entity="0" value="0" />
+        <value cell_index="35478" local_entity="0" value="0" />
+        <value cell_index="35479" local_entity="0" value="0" />
+        <value cell_index="35480" local_entity="0" value="0" />
+        <value cell_index="35481" local_entity="0" value="0" />
+        <value cell_index="35482" local_entity="0" value="0" />
+        <value cell_index="35483" local_entity="0" value="0" />
+        <value cell_index="35484" local_entity="0" value="0" />
+        <value cell_index="35485" local_entity="0" value="0" />
+        <value cell_index="35486" local_entity="0" value="0" />
+        <value cell_index="35487" local_entity="0" value="0" />
+        <value cell_index="35488" local_entity="0" value="0" />
+        <value cell_index="35489" local_entity="0" value="0" />
+        <value cell_index="35490" local_entity="0" value="0" />
+        <value cell_index="35491" local_entity="0" value="0" />
+        <value cell_index="35492" local_entity="0" value="0" />
+        <value cell_index="35493" local_entity="0" value="0" />
+        <value cell_index="35494" local_entity="0" value="0" />
+        <value cell_index="35495" local_entity="0" value="0" />
+        <value cell_index="35496" local_entity="0" value="0" />
+        <value cell_index="35497" local_entity="0" value="0" />
+        <value cell_index="35498" local_entity="0" value="0" />
+        <value cell_index="35499" local_entity="0" value="0" />
+        <value cell_index="35500" local_entity="0" value="0" />
+        <value cell_index="35501" local_entity="0" value="0" />
+        <value cell_index="35502" local_entity="0" value="0" />
+        <value cell_index="35503" local_entity="0" value="0" />
+        <value cell_index="35504" local_entity="0" value="0" />
+        <value cell_index="35505" local_entity="0" value="0" />
+        <value cell_index="35506" local_entity="0" value="0" />
+        <value cell_index="35507" local_entity="0" value="0" />
+        <value cell_index="35508" local_entity="0" value="0" />
+        <value cell_index="35509" local_entity="0" value="0" />
+        <value cell_index="35510" local_entity="0" value="0" />
+        <value cell_index="35511" local_entity="0" value="0" />
+        <value cell_index="35512" local_entity="0" value="0" />
+        <value cell_index="35513" local_entity="0" value="0" />
+        <value cell_index="35514" local_entity="0" value="0" />
+        <value cell_index="35515" local_entity="0" value="0" />
+        <value cell_index="35516" local_entity="0" value="0" />
+        <value cell_index="35517" local_entity="0" value="0" />
+        <value cell_index="35518" local_entity="0" value="0" />
+        <value cell_index="35519" local_entity="0" value="0" />
+        <value cell_index="35520" local_entity="0" value="0" />
+        <value cell_index="35521" local_entity="0" value="0" />
+        <value cell_index="35522" local_entity="0" value="0" />
+        <value cell_index="35523" local_entity="0" value="0" />
+        <value cell_index="35524" local_entity="0" value="0" />
+        <value cell_index="35525" local_entity="0" value="0" />
+        <value cell_index="35526" local_entity="0" value="0" />
+        <value cell_index="35527" local_entity="0" value="0" />
+        <value cell_index="35528" local_entity="0" value="0" />
+        <value cell_index="35529" local_entity="0" value="0" />
+        <value cell_index="35530" local_entity="0" value="0" />
+        <value cell_index="35531" local_entity="0" value="0" />
+        <value cell_index="35532" local_entity="0" value="0" />
+        <value cell_index="35533" local_entity="0" value="0" />
+        <value cell_index="35534" local_entity="0" value="0" />
+        <value cell_index="35535" local_entity="0" value="0" />
+        <value cell_index="35536" local_entity="0" value="0" />
+        <value cell_index="35537" local_entity="0" value="0" />
+        <value cell_index="35538" local_entity="0" value="0" />
+        <value cell_index="35539" local_entity="0" value="0" />
+        <value cell_index="35540" local_entity="0" value="0" />
+        <value cell_index="35541" local_entity="0" value="0" />
+        <value cell_index="35542" local_entity="0" value="0" />
+        <value cell_index="35543" local_entity="0" value="0" />
+        <value cell_index="35544" local_entity="0" value="0" />
+        <value cell_index="35545" local_entity="0" value="0" />
+        <value cell_index="35546" local_entity="0" value="0" />
+        <value cell_index="35547" local_entity="0" value="0" />
+        <value cell_index="35548" local_entity="0" value="0" />
+        <value cell_index="35549" local_entity="0" value="0" />
+        <value cell_index="35550" local_entity="0" value="0" />
+        <value cell_index="35551" local_entity="0" value="0" />
+        <value cell_index="35552" local_entity="0" value="0" />
+        <value cell_index="35553" local_entity="0" value="0" />
+        <value cell_index="35554" local_entity="0" value="0" />
+        <value cell_index="35555" local_entity="0" value="0" />
+        <value cell_index="35556" local_entity="0" value="0" />
+        <value cell_index="35557" local_entity="0" value="0" />
+        <value cell_index="35558" local_entity="0" value="0" />
+        <value cell_index="35559" local_entity="0" value="0" />
+        <value cell_index="35560" local_entity="0" value="0" />
+        <value cell_index="35561" local_entity="0" value="0" />
+        <value cell_index="35562" local_entity="0" value="0" />
+        <value cell_index="35563" local_entity="0" value="0" />
+        <value cell_index="35564" local_entity="0" value="0" />
+        <value cell_index="35565" local_entity="0" value="0" />
+        <value cell_index="35566" local_entity="0" value="0" />
+        <value cell_index="35567" local_entity="0" value="0" />
+        <value cell_index="35568" local_entity="0" value="0" />
+        <value cell_index="35569" local_entity="0" value="0" />
+        <value cell_index="35570" local_entity="0" value="0" />
+        <value cell_index="35571" local_entity="0" value="0" />
+        <value cell_index="35572" local_entity="0" value="0" />
+        <value cell_index="35573" local_entity="0" value="0" />
+        <value cell_index="35574" local_entity="0" value="0" />
+        <value cell_index="35575" local_entity="0" value="0" />
+        <value cell_index="35576" local_entity="0" value="0" />
+        <value cell_index="35577" local_entity="0" value="0" />
+        <value cell_index="35578" local_entity="0" value="0" />
+        <value cell_index="35579" local_entity="0" value="0" />
+        <value cell_index="35580" local_entity="0" value="0" />
+        <value cell_index="35581" local_entity="0" value="0" />
+        <value cell_index="35582" local_entity="0" value="0" />
+        <value cell_index="35583" local_entity="0" value="0" />
+        <value cell_index="35584" local_entity="0" value="0" />
+        <value cell_index="35585" local_entity="0" value="0" />
+        <value cell_index="35586" local_entity="0" value="0" />
+        <value cell_index="35587" local_entity="0" value="0" />
+        <value cell_index="35588" local_entity="0" value="0" />
+        <value cell_index="35589" local_entity="0" value="0" />
+        <value cell_index="35590" local_entity="0" value="0" />
+        <value cell_index="35591" local_entity="0" value="0" />
+        <value cell_index="35592" local_entity="0" value="0" />
+        <value cell_index="35593" local_entity="0" value="0" />
+        <value cell_index="35594" local_entity="0" value="0" />
+        <value cell_index="35595" local_entity="0" value="0" />
+        <value cell_index="35596" local_entity="0" value="0" />
+        <value cell_index="35597" local_entity="0" value="0" />
+        <value cell_index="35598" local_entity="0" value="0" />
+        <value cell_index="35599" local_entity="0" value="0" />
+        <value cell_index="35600" local_entity="0" value="0" />
+        <value cell_index="35601" local_entity="0" value="0" />
+        <value cell_index="35602" local_entity="0" value="0" />
+        <value cell_index="35603" local_entity="0" value="0" />
+        <value cell_index="35604" local_entity="0" value="0" />
+        <value cell_index="35605" local_entity="0" value="0" />
+        <value cell_index="35606" local_entity="0" value="0" />
+        <value cell_index="35607" local_entity="0" value="0" />
+        <value cell_index="35608" local_entity="0" value="0" />
+        <value cell_index="35609" local_entity="0" value="0" />
+        <value cell_index="35610" local_entity="0" value="0" />
+        <value cell_index="35611" local_entity="0" value="0" />
+        <value cell_index="35612" local_entity="0" value="0" />
+        <value cell_index="35613" local_entity="0" value="0" />
+        <value cell_index="35614" local_entity="0" value="0" />
+        <value cell_index="35615" local_entity="0" value="0" />
+        <value cell_index="35616" local_entity="0" value="0" />
+        <value cell_index="35617" local_entity="0" value="0" />
+        <value cell_index="35618" local_entity="0" value="0" />
+        <value cell_index="35619" local_entity="0" value="0" />
+        <value cell_index="35620" local_entity="0" value="0" />
+        <value cell_index="35621" local_entity="0" value="0" />
+        <value cell_index="35622" local_entity="0" value="0" />
+        <value cell_index="35623" local_entity="0" value="0" />
+        <value cell_index="35624" local_entity="0" value="0" />
+        <value cell_index="35625" local_entity="0" value="0" />
+        <value cell_index="35626" local_entity="0" value="0" />
+        <value cell_index="35627" local_entity="0" value="0" />
+        <value cell_index="35628" local_entity="0" value="0" />
+        <value cell_index="35629" local_entity="0" value="0" />
+        <value cell_index="35630" local_entity="0" value="0" />
+        <value cell_index="35631" local_entity="0" value="0" />
+        <value cell_index="35632" local_entity="0" value="0" />
+        <value cell_index="35633" local_entity="0" value="0" />
+        <value cell_index="35634" local_entity="0" value="0" />
+        <value cell_index="35635" local_entity="0" value="0" />
+        <value cell_index="35636" local_entity="0" value="0" />
+        <value cell_index="35637" local_entity="0" value="0" />
+        <value cell_index="35638" local_entity="0" value="0" />
+        <value cell_index="35639" local_entity="0" value="0" />
+        <value cell_index="35640" local_entity="0" value="0" />
+        <value cell_index="35641" local_entity="0" value="0" />
+        <value cell_index="35642" local_entity="0" value="0" />
+        <value cell_index="35643" local_entity="0" value="0" />
+        <value cell_index="35644" local_entity="0" value="0" />
+        <value cell_index="35645" local_entity="0" value="0" />
+        <value cell_index="35646" local_entity="0" value="0" />
+        <value cell_index="35647" local_entity="0" value="0" />
+        <value cell_index="35648" local_entity="0" value="0" />
+        <value cell_index="35649" local_entity="0" value="0" />
+        <value cell_index="35650" local_entity="0" value="0" />
+        <value cell_index="35651" local_entity="0" value="0" />
+        <value cell_index="35652" local_entity="0" value="0" />
+        <value cell_index="35653" local_entity="0" value="0" />
+        <value cell_index="35654" local_entity="0" value="0" />
+        <value cell_index="35655" local_entity="0" value="0" />
+        <value cell_index="35656" local_entity="0" value="0" />
+        <value cell_index="35657" local_entity="0" value="0" />
+        <value cell_index="35658" local_entity="0" value="0" />
+        <value cell_index="35659" local_entity="0" value="0" />
+        <value cell_index="35660" local_entity="0" value="0" />
+        <value cell_index="35661" local_entity="0" value="0" />
+        <value cell_index="35662" local_entity="0" value="0" />
+        <value cell_index="35663" local_entity="0" value="0" />
+        <value cell_index="35664" local_entity="0" value="0" />
+        <value cell_index="35665" local_entity="0" value="0" />
+        <value cell_index="35666" local_entity="0" value="0" />
+        <value cell_index="35667" local_entity="0" value="0" />
+        <value cell_index="35668" local_entity="0" value="0" />
+        <value cell_index="35669" local_entity="0" value="0" />
+        <value cell_index="35670" local_entity="0" value="0" />
+        <value cell_index="35671" local_entity="0" value="0" />
+        <value cell_index="35672" local_entity="0" value="0" />
+        <value cell_index="35673" local_entity="0" value="0" />
+        <value cell_index="35674" local_entity="0" value="0" />
+        <value cell_index="35675" local_entity="0" value="0" />
+        <value cell_index="35676" local_entity="0" value="0" />
+        <value cell_index="35677" local_entity="0" value="0" />
+        <value cell_index="35678" local_entity="0" value="0" />
+        <value cell_index="35679" local_entity="0" value="0" />
+        <value cell_index="35680" local_entity="0" value="0" />
+        <value cell_index="35681" local_entity="0" value="0" />
+        <value cell_index="35682" local_entity="0" value="0" />
+        <value cell_index="35683" local_entity="0" value="0" />
+        <value cell_index="35684" local_entity="0" value="0" />
+        <value cell_index="35685" local_entity="0" value="0" />
+        <value cell_index="35686" local_entity="0" value="0" />
+        <value cell_index="35687" local_entity="0" value="0" />
+        <value cell_index="35688" local_entity="0" value="0" />
+        <value cell_index="35689" local_entity="0" value="0" />
+        <value cell_index="35690" local_entity="0" value="0" />
+        <value cell_index="35691" local_entity="0" value="0" />
+        <value cell_index="35692" local_entity="0" value="0" />
+        <value cell_index="35693" local_entity="0" value="0" />
+        <value cell_index="35694" local_entity="0" value="0" />
+        <value cell_index="35695" local_entity="0" value="0" />
+        <value cell_index="35696" local_entity="0" value="0" />
+        <value cell_index="35697" local_entity="0" value="0" />
+        <value cell_index="35698" local_entity="0" value="0" />
+        <value cell_index="35699" local_entity="0" value="0" />
+        <value cell_index="35700" local_entity="0" value="0" />
+        <value cell_index="35701" local_entity="0" value="0" />
+        <value cell_index="35702" local_entity="0" value="0" />
+        <value cell_index="35703" local_entity="0" value="0" />
+        <value cell_index="35704" local_entity="0" value="0" />
+        <value cell_index="35705" local_entity="0" value="0" />
+        <value cell_index="35706" local_entity="0" value="0" />
+        <value cell_index="35707" local_entity="0" value="0" />
+        <value cell_index="35708" local_entity="0" value="0" />
+        <value cell_index="35709" local_entity="0" value="0" />
+        <value cell_index="35710" local_entity="0" value="0" />
+        <value cell_index="35711" local_entity="0" value="0" />
+        <value cell_index="35712" local_entity="0" value="0" />
+        <value cell_index="35713" local_entity="0" value="0" />
+        <value cell_index="35714" local_entity="0" value="0" />
+        <value cell_index="35715" local_entity="0" value="0" />
+        <value cell_index="35716" local_entity="0" value="0" />
+        <value cell_index="35717" local_entity="0" value="0" />
+        <value cell_index="35718" local_entity="0" value="0" />
+        <value cell_index="35719" local_entity="0" value="0" />
+        <value cell_index="35720" local_entity="0" value="0" />
+        <value cell_index="35721" local_entity="0" value="0" />
+        <value cell_index="35722" local_entity="0" value="0" />
+        <value cell_index="35723" local_entity="0" value="0" />
+        <value cell_index="35724" local_entity="0" value="0" />
+        <value cell_index="35725" local_entity="0" value="0" />
+        <value cell_index="35726" local_entity="0" value="0" />
+        <value cell_index="35727" local_entity="0" value="0" />
+        <value cell_index="35728" local_entity="0" value="0" />
+        <value cell_index="35729" local_entity="0" value="0" />
+        <value cell_index="35730" local_entity="0" value="0" />
+        <value cell_index="35731" local_entity="0" value="0" />
+        <value cell_index="35732" local_entity="0" value="0" />
+        <value cell_index="35733" local_entity="0" value="0" />
+        <value cell_index="35734" local_entity="0" value="0" />
+        <value cell_index="35735" local_entity="0" value="0" />
+        <value cell_index="35736" local_entity="0" value="0" />
+        <value cell_index="35737" local_entity="0" value="0" />
+        <value cell_index="35738" local_entity="0" value="0" />
+        <value cell_index="35739" local_entity="0" value="0" />
+        <value cell_index="35740" local_entity="0" value="0" />
+        <value cell_index="35741" local_entity="0" value="0" />
+        <value cell_index="35742" local_entity="0" value="0" />
+        <value cell_index="35743" local_entity="0" value="0" />
+        <value cell_index="35744" local_entity="0" value="0" />
+        <value cell_index="35745" local_entity="0" value="0" />
+        <value cell_index="35746" local_entity="0" value="0" />
+        <value cell_index="35747" local_entity="0" value="0" />
+        <value cell_index="35748" local_entity="0" value="0" />
+        <value cell_index="35749" local_entity="0" value="0" />
+        <value cell_index="35750" local_entity="0" value="0" />
+        <value cell_index="35751" local_entity="0" value="0" />
+        <value cell_index="35752" local_entity="0" value="0" />
+        <value cell_index="35753" local_entity="0" value="0" />
+        <value cell_index="35754" local_entity="0" value="0" />
+        <value cell_index="35755" local_entity="0" value="0" />
+        <value cell_index="35756" local_entity="0" value="0" />
+        <value cell_index="35757" local_entity="0" value="0" />
+        <value cell_index="35758" local_entity="0" value="0" />
+        <value cell_index="35759" local_entity="0" value="0" />
+        <value cell_index="35760" local_entity="0" value="0" />
+        <value cell_index="35761" local_entity="0" value="0" />
+        <value cell_index="35762" local_entity="0" value="0" />
+        <value cell_index="35763" local_entity="0" value="0" />
+        <value cell_index="35764" local_entity="0" value="0" />
+        <value cell_index="35765" local_entity="0" value="0" />
+        <value cell_index="35766" local_entity="0" value="0" />
+        <value cell_index="35767" local_entity="0" value="0" />
+        <value cell_index="35768" local_entity="0" value="0" />
+        <value cell_index="35769" local_entity="0" value="0" />
+        <value cell_index="35770" local_entity="0" value="0" />
+        <value cell_index="35771" local_entity="0" value="0" />
+        <value cell_index="35772" local_entity="0" value="0" />
+        <value cell_index="35773" local_entity="0" value="0" />
+        <value cell_index="35774" local_entity="0" value="0" />
+        <value cell_index="35775" local_entity="0" value="0" />
+        <value cell_index="35776" local_entity="0" value="0" />
+        <value cell_index="35777" local_entity="0" value="0" />
+        <value cell_index="35778" local_entity="0" value="0" />
+        <value cell_index="35779" local_entity="0" value="0" />
+        <value cell_index="35780" local_entity="0" value="0" />
+        <value cell_index="35781" local_entity="0" value="0" />
+        <value cell_index="35782" local_entity="0" value="0" />
+        <value cell_index="35783" local_entity="0" value="0" />
+        <value cell_index="35784" local_entity="0" value="0" />
+        <value cell_index="35785" local_entity="0" value="0" />
+        <value cell_index="35786" local_entity="0" value="0" />
+        <value cell_index="35787" local_entity="0" value="0" />
+        <value cell_index="35788" local_entity="0" value="0" />
+        <value cell_index="35789" local_entity="0" value="0" />
+        <value cell_index="35790" local_entity="0" value="0" />
+        <value cell_index="35791" local_entity="0" value="0" />
+        <value cell_index="35792" local_entity="0" value="0" />
+        <value cell_index="35793" local_entity="0" value="0" />
+        <value cell_index="35794" local_entity="0" value="0" />
+        <value cell_index="35795" local_entity="0" value="0" />
+        <value cell_index="35796" local_entity="0" value="0" />
+        <value cell_index="35797" local_entity="0" value="0" />
+        <value cell_index="35798" local_entity="0" value="0" />
+        <value cell_index="35799" local_entity="0" value="0" />
+        <value cell_index="35800" local_entity="0" value="0" />
+        <value cell_index="35801" local_entity="0" value="0" />
+        <value cell_index="35802" local_entity="0" value="0" />
+        <value cell_index="35803" local_entity="0" value="0" />
+        <value cell_index="35804" local_entity="0" value="0" />
+        <value cell_index="35805" local_entity="0" value="0" />
+        <value cell_index="35806" local_entity="0" value="0" />
+        <value cell_index="35807" local_entity="0" value="0" />
+        <value cell_index="35808" local_entity="0" value="0" />
+        <value cell_index="35809" local_entity="0" value="0" />
+        <value cell_index="35810" local_entity="0" value="0" />
+        <value cell_index="35811" local_entity="0" value="0" />
+        <value cell_index="35812" local_entity="0" value="0" />
+        <value cell_index="35813" local_entity="0" value="0" />
+        <value cell_index="35814" local_entity="0" value="0" />
+        <value cell_index="35815" local_entity="0" value="0" />
+        <value cell_index="35816" local_entity="0" value="0" />
+        <value cell_index="35817" local_entity="0" value="0" />
+        <value cell_index="35818" local_entity="0" value="0" />
+        <value cell_index="35819" local_entity="0" value="0" />
+        <value cell_index="35820" local_entity="0" value="0" />
+        <value cell_index="35821" local_entity="0" value="0" />
+        <value cell_index="35822" local_entity="0" value="0" />
+        <value cell_index="35823" local_entity="0" value="0" />
+        <value cell_index="35824" local_entity="0" value="0" />
+        <value cell_index="35825" local_entity="0" value="0" />
+        <value cell_index="35826" local_entity="0" value="0" />
+        <value cell_index="35827" local_entity="0" value="0" />
+        <value cell_index="35828" local_entity="0" value="0" />
+        <value cell_index="35829" local_entity="0" value="0" />
+        <value cell_index="35830" local_entity="0" value="0" />
+        <value cell_index="35831" local_entity="0" value="0" />
+        <value cell_index="35832" local_entity="0" value="0" />
+        <value cell_index="35833" local_entity="0" value="0" />
+        <value cell_index="35834" local_entity="0" value="0" />
+        <value cell_index="35835" local_entity="0" value="0" />
+        <value cell_index="35836" local_entity="0" value="0" />
+        <value cell_index="35837" local_entity="0" value="0" />
+        <value cell_index="35838" local_entity="0" value="0" />
+        <value cell_index="35839" local_entity="0" value="0" />
+        <value cell_index="35840" local_entity="0" value="0" />
+        <value cell_index="35841" local_entity="0" value="0" />
+        <value cell_index="35842" local_entity="0" value="0" />
+        <value cell_index="35843" local_entity="0" value="0" />
+        <value cell_index="35844" local_entity="0" value="0" />
+        <value cell_index="35845" local_entity="0" value="0" />
+        <value cell_index="35846" local_entity="0" value="0" />
+        <value cell_index="35847" local_entity="0" value="0" />
+        <value cell_index="35848" local_entity="0" value="0" />
+        <value cell_index="35849" local_entity="0" value="0" />
+        <value cell_index="35850" local_entity="0" value="0" />
+        <value cell_index="35851" local_entity="0" value="0" />
+        <value cell_index="35852" local_entity="0" value="0" />
+        <value cell_index="35853" local_entity="0" value="0" />
+        <value cell_index="35854" local_entity="0" value="0" />
+        <value cell_index="35855" local_entity="0" value="0" />
+        <value cell_index="35856" local_entity="0" value="0" />
+        <value cell_index="35857" local_entity="0" value="0" />
+        <value cell_index="35858" local_entity="0" value="0" />
+        <value cell_index="35859" local_entity="0" value="0" />
+        <value cell_index="35860" local_entity="0" value="0" />
+        <value cell_index="35861" local_entity="0" value="0" />
+        <value cell_index="35862" local_entity="0" value="0" />
+        <value cell_index="35863" local_entity="0" value="0" />
+        <value cell_index="35864" local_entity="0" value="0" />
+        <value cell_index="35865" local_entity="0" value="0" />
+        <value cell_index="35866" local_entity="0" value="0" />
+        <value cell_index="35867" local_entity="0" value="0" />
+        <value cell_index="35868" local_entity="0" value="0" />
+        <value cell_index="35869" local_entity="0" value="0" />
+        <value cell_index="35870" local_entity="0" value="0" />
+        <value cell_index="35871" local_entity="0" value="0" />
+        <value cell_index="35872" local_entity="0" value="0" />
+        <value cell_index="35873" local_entity="0" value="0" />
+        <value cell_index="35874" local_entity="0" value="0" />
+        <value cell_index="35875" local_entity="0" value="0" />
+        <value cell_index="35876" local_entity="0" value="0" />
+        <value cell_index="35877" local_entity="0" value="0" />
+        <value cell_index="35878" local_entity="0" value="0" />
+        <value cell_index="35879" local_entity="0" value="0" />
+        <value cell_index="35880" local_entity="0" value="0" />
+        <value cell_index="35881" local_entity="0" value="0" />
+        <value cell_index="35882" local_entity="0" value="0" />
+        <value cell_index="35883" local_entity="0" value="0" />
+        <value cell_index="35884" local_entity="0" value="0" />
+        <value cell_index="35885" local_entity="0" value="0" />
+        <value cell_index="35886" local_entity="0" value="0" />
+        <value cell_index="35887" local_entity="0" value="0" />
+        <value cell_index="35888" local_entity="0" value="0" />
+        <value cell_index="35889" local_entity="0" value="0" />
+        <value cell_index="35890" local_entity="0" value="0" />
+        <value cell_index="35891" local_entity="0" value="0" />
+        <value cell_index="35892" local_entity="0" value="0" />
+        <value cell_index="35893" local_entity="0" value="0" />
+        <value cell_index="35894" local_entity="0" value="0" />
+        <value cell_index="35895" local_entity="0" value="0" />
+        <value cell_index="35896" local_entity="0" value="0" />
+        <value cell_index="35897" local_entity="0" value="0" />
+        <value cell_index="35898" local_entity="0" value="0" />
+        <value cell_index="35899" local_entity="0" value="0" />
+        <value cell_index="35900" local_entity="0" value="0" />
+        <value cell_index="35901" local_entity="0" value="0" />
+        <value cell_index="35902" local_entity="0" value="0" />
+        <value cell_index="35903" local_entity="0" value="0" />
+        <value cell_index="35904" local_entity="0" value="0" />
+        <value cell_index="35905" local_entity="0" value="0" />
+        <value cell_index="35906" local_entity="0" value="0" />
+        <value cell_index="35907" local_entity="0" value="0" />
+        <value cell_index="35908" local_entity="0" value="0" />
+        <value cell_index="35909" local_entity="0" value="0" />
+        <value cell_index="35910" local_entity="0" value="0" />
+        <value cell_index="35911" local_entity="0" value="0" />
+        <value cell_index="35912" local_entity="0" value="0" />
+        <value cell_index="35913" local_entity="0" value="0" />
+        <value cell_index="35914" local_entity="0" value="0" />
+        <value cell_index="35915" local_entity="0" value="0" />
+        <value cell_index="35916" local_entity="0" value="0" />
+        <value cell_index="35917" local_entity="0" value="0" />
+        <value cell_index="35918" local_entity="0" value="0" />
+        <value cell_index="35919" local_entity="0" value="0" />
+        <value cell_index="35920" local_entity="0" value="0" />
+        <value cell_index="35921" local_entity="0" value="0" />
+        <value cell_index="35922" local_entity="0" value="0" />
+        <value cell_index="35923" local_entity="0" value="0" />
+        <value cell_index="35924" local_entity="0" value="0" />
+        <value cell_index="35925" local_entity="0" value="0" />
+        <value cell_index="35926" local_entity="0" value="0" />
+        <value cell_index="35927" local_entity="0" value="0" />
+        <value cell_index="35928" local_entity="0" value="0" />
+        <value cell_index="35929" local_entity="0" value="0" />
+        <value cell_index="35930" local_entity="0" value="0" />
+        <value cell_index="35931" local_entity="0" value="0" />
+        <value cell_index="35932" local_entity="0" value="0" />
+        <value cell_index="35933" local_entity="0" value="0" />
+        <value cell_index="35934" local_entity="0" value="0" />
+        <value cell_index="35935" local_entity="0" value="0" />
+        <value cell_index="35936" local_entity="0" value="0" />
+        <value cell_index="35937" local_entity="0" value="0" />
+        <value cell_index="35938" local_entity="0" value="0" />
+        <value cell_index="35939" local_entity="0" value="0" />
+        <value cell_index="35940" local_entity="0" value="0" />
+        <value cell_index="35941" local_entity="0" value="0" />
+        <value cell_index="35942" local_entity="0" value="0" />
+        <value cell_index="35943" local_entity="0" value="0" />
+        <value cell_index="35944" local_entity="0" value="0" />
+        <value cell_index="35945" local_entity="0" value="0" />
+        <value cell_index="35946" local_entity="0" value="0" />
+        <value cell_index="35947" local_entity="0" value="0" />
+        <value cell_index="35948" local_entity="0" value="0" />
+        <value cell_index="35949" local_entity="0" value="0" />
+        <value cell_index="35950" local_entity="0" value="0" />
+        <value cell_index="35951" local_entity="0" value="0" />
+        <value cell_index="35952" local_entity="0" value="0" />
+        <value cell_index="35953" local_entity="0" value="0" />
+        <value cell_index="35954" local_entity="0" value="0" />
+        <value cell_index="35955" local_entity="0" value="0" />
+        <value cell_index="35956" local_entity="0" value="0" />
+        <value cell_index="35957" local_entity="0" value="0" />
+        <value cell_index="35958" local_entity="0" value="0" />
+        <value cell_index="35959" local_entity="0" value="0" />
+        <value cell_index="35960" local_entity="0" value="0" />
+        <value cell_index="35961" local_entity="0" value="0" />
+        <value cell_index="35962" local_entity="0" value="0" />
+        <value cell_index="35963" local_entity="0" value="0" />
+        <value cell_index="35964" local_entity="0" value="0" />
+        <value cell_index="35965" local_entity="0" value="0" />
+        <value cell_index="35966" local_entity="0" value="0" />
+        <value cell_index="35967" local_entity="0" value="0" />
+        <value cell_index="35968" local_entity="0" value="0" />
+        <value cell_index="35969" local_entity="0" value="0" />
+        <value cell_index="35970" local_entity="0" value="0" />
+        <value cell_index="35971" local_entity="0" value="0" />
+        <value cell_index="35972" local_entity="0" value="0" />
+        <value cell_index="35973" local_entity="0" value="0" />
+        <value cell_index="35974" local_entity="0" value="0" />
+        <value cell_index="35975" local_entity="0" value="0" />
+        <value cell_index="35976" local_entity="0" value="0" />
+        <value cell_index="35977" local_entity="0" value="0" />
+        <value cell_index="35978" local_entity="0" value="0" />
+        <value cell_index="35979" local_entity="0" value="0" />
+        <value cell_index="35980" local_entity="0" value="0" />
+        <value cell_index="35981" local_entity="0" value="0" />
+        <value cell_index="35982" local_entity="0" value="0" />
+        <value cell_index="35983" local_entity="0" value="0" />
+        <value cell_index="35984" local_entity="0" value="0" />
+        <value cell_index="35985" local_entity="0" value="0" />
+        <value cell_index="35986" local_entity="0" value="0" />
+        <value cell_index="35987" local_entity="0" value="0" />
+        <value cell_index="35988" local_entity="0" value="0" />
+        <value cell_index="35989" local_entity="0" value="0" />
+        <value cell_index="35990" local_entity="0" value="0" />
+        <value cell_index="35991" local_entity="0" value="0" />
+        <value cell_index="35992" local_entity="0" value="0" />
+        <value cell_index="35993" local_entity="0" value="0" />
+        <value cell_index="35994" local_entity="0" value="0" />
+        <value cell_index="35995" local_entity="0" value="0" />
+        <value cell_index="35996" local_entity="0" value="0" />
+        <value cell_index="35997" local_entity="0" value="0" />
+        <value cell_index="35998" local_entity="0" value="0" />
+        <value cell_index="35999" local_entity="0" value="0" />
+        <value cell_index="36000" local_entity="0" value="0" />
+        <value cell_index="36001" local_entity="0" value="0" />
+        <value cell_index="36002" local_entity="0" value="0" />
+        <value cell_index="36003" local_entity="0" value="0" />
+        <value cell_index="36004" local_entity="0" value="0" />
+        <value cell_index="36005" local_entity="0" value="0" />
+        <value cell_index="36006" local_entity="0" value="0" />
+        <value cell_index="36007" local_entity="0" value="0" />
+        <value cell_index="36008" local_entity="0" value="0" />
+        <value cell_index="36009" local_entity="0" value="0" />
+        <value cell_index="36010" local_entity="0" value="0" />
+        <value cell_index="36011" local_entity="0" value="0" />
+        <value cell_index="36012" local_entity="0" value="0" />
+        <value cell_index="36013" local_entity="0" value="0" />
+        <value cell_index="36014" local_entity="0" value="0" />
+        <value cell_index="36015" local_entity="0" value="0" />
+        <value cell_index="36016" local_entity="0" value="0" />
+        <value cell_index="36017" local_entity="0" value="0" />
+        <value cell_index="36018" local_entity="0" value="0" />
+        <value cell_index="36019" local_entity="0" value="0" />
+        <value cell_index="36020" local_entity="0" value="0" />
+        <value cell_index="36021" local_entity="0" value="0" />
+        <value cell_index="36022" local_entity="0" value="0" />
+        <value cell_index="36023" local_entity="0" value="0" />
+        <value cell_index="36024" local_entity="0" value="0" />
+        <value cell_index="36025" local_entity="0" value="0" />
+        <value cell_index="36026" local_entity="0" value="0" />
+        <value cell_index="36027" local_entity="0" value="0" />
+        <value cell_index="36028" local_entity="0" value="0" />
+        <value cell_index="36029" local_entity="0" value="0" />
+        <value cell_index="36030" local_entity="0" value="0" />
+        <value cell_index="36031" local_entity="0" value="0" />
+        <value cell_index="36032" local_entity="0" value="0" />
+        <value cell_index="36033" local_entity="0" value="0" />
+        <value cell_index="36034" local_entity="0" value="0" />
+        <value cell_index="36035" local_entity="0" value="0" />
+        <value cell_index="36036" local_entity="0" value="0" />
+        <value cell_index="36037" local_entity="0" value="0" />
+        <value cell_index="36038" local_entity="0" value="0" />
+        <value cell_index="36039" local_entity="0" value="0" />
+        <value cell_index="36040" local_entity="0" value="0" />
+        <value cell_index="36041" local_entity="0" value="0" />
+        <value cell_index="36042" local_entity="0" value="0" />
+        <value cell_index="36043" local_entity="0" value="0" />
+        <value cell_index="36044" local_entity="0" value="0" />
+        <value cell_index="36045" local_entity="0" value="0" />
+        <value cell_index="36046" local_entity="0" value="0" />
+        <value cell_index="36047" local_entity="0" value="0" />
+        <value cell_index="36048" local_entity="0" value="0" />
+        <value cell_index="36049" local_entity="0" value="0" />
+        <value cell_index="36050" local_entity="0" value="0" />
+        <value cell_index="36051" local_entity="0" value="0" />
+        <value cell_index="36052" local_entity="0" value="0" />
+        <value cell_index="36053" local_entity="0" value="0" />
+        <value cell_index="36054" local_entity="0" value="0" />
+        <value cell_index="36055" local_entity="0" value="0" />
+        <value cell_index="36056" local_entity="0" value="0" />
+        <value cell_index="36057" local_entity="0" value="0" />
+        <value cell_index="36058" local_entity="0" value="0" />
+        <value cell_index="36059" local_entity="0" value="0" />
+        <value cell_index="36060" local_entity="0" value="0" />
+        <value cell_index="36061" local_entity="0" value="0" />
+        <value cell_index="36062" local_entity="0" value="0" />
+        <value cell_index="36063" local_entity="0" value="0" />
+        <value cell_index="36064" local_entity="0" value="0" />
+        <value cell_index="36065" local_entity="0" value="0" />
+        <value cell_index="36066" local_entity="0" value="0" />
+        <value cell_index="36067" local_entity="0" value="0" />
+        <value cell_index="36068" local_entity="0" value="0" />
+        <value cell_index="36069" local_entity="0" value="0" />
+        <value cell_index="36070" local_entity="0" value="0" />
+        <value cell_index="36071" local_entity="0" value="0" />
+        <value cell_index="36072" local_entity="0" value="0" />
+        <value cell_index="36073" local_entity="0" value="0" />
+        <value cell_index="36074" local_entity="0" value="0" />
+        <value cell_index="36075" local_entity="0" value="0" />
+        <value cell_index="36076" local_entity="0" value="0" />
+        <value cell_index="36077" local_entity="0" value="0" />
+        <value cell_index="36078" local_entity="0" value="0" />
+        <value cell_index="36079" local_entity="0" value="0" />
+        <value cell_index="36080" local_entity="0" value="0" />
+        <value cell_index="36081" local_entity="0" value="0" />
+        <value cell_index="36082" local_entity="0" value="0" />
+        <value cell_index="36083" local_entity="0" value="0" />
+        <value cell_index="36084" local_entity="0" value="0" />
+        <value cell_index="36085" local_entity="0" value="0" />
+        <value cell_index="36086" local_entity="0" value="0" />
+        <value cell_index="36087" local_entity="0" value="0" />
+        <value cell_index="36088" local_entity="0" value="0" />
+        <value cell_index="36089" local_entity="0" value="0" />
+        <value cell_index="36090" local_entity="0" value="0" />
+        <value cell_index="36091" local_entity="0" value="0" />
+        <value cell_index="36092" local_entity="0" value="0" />
+        <value cell_index="36093" local_entity="0" value="0" />
+        <value cell_index="36094" local_entity="0" value="0" />
+        <value cell_index="36095" local_entity="0" value="0" />
+        <value cell_index="36096" local_entity="0" value="0" />
+        <value cell_index="36097" local_entity="0" value="0" />
+        <value cell_index="36098" local_entity="0" value="0" />
+        <value cell_index="36099" local_entity="0" value="0" />
+        <value cell_index="36100" local_entity="0" value="0" />
+        <value cell_index="36101" local_entity="0" value="0" />
+        <value cell_index="36102" local_entity="0" value="0" />
+        <value cell_index="36103" local_entity="0" value="0" />
+        <value cell_index="36104" local_entity="0" value="0" />
+        <value cell_index="36105" local_entity="0" value="0" />
+        <value cell_index="36106" local_entity="0" value="0" />
+        <value cell_index="36107" local_entity="0" value="0" />
+        <value cell_index="36108" local_entity="0" value="0" />
+        <value cell_index="36109" local_entity="0" value="0" />
+        <value cell_index="36110" local_entity="0" value="0" />
+        <value cell_index="36111" local_entity="0" value="0" />
+        <value cell_index="36112" local_entity="0" value="0" />
+        <value cell_index="36113" local_entity="0" value="0" />
+        <value cell_index="36114" local_entity="0" value="0" />
+        <value cell_index="36115" local_entity="0" value="0" />
+        <value cell_index="36116" local_entity="0" value="0" />
+        <value cell_index="36117" local_entity="0" value="0" />
+        <value cell_index="36118" local_entity="0" value="0" />
+        <value cell_index="36119" local_entity="0" value="0" />
+        <value cell_index="36120" local_entity="0" value="0" />
+        <value cell_index="36121" local_entity="0" value="0" />
+        <value cell_index="36122" local_entity="0" value="0" />
+        <value cell_index="36123" local_entity="0" value="0" />
+        <value cell_index="36124" local_entity="0" value="0" />
+        <value cell_index="36125" local_entity="0" value="0" />
+        <value cell_index="36126" local_entity="0" value="0" />
+        <value cell_index="36127" local_entity="0" value="0" />
+        <value cell_index="36128" local_entity="0" value="0" />
+        <value cell_index="36129" local_entity="0" value="0" />
+        <value cell_index="36130" local_entity="0" value="0" />
+        <value cell_index="36131" local_entity="0" value="0" />
+        <value cell_index="36132" local_entity="0" value="0" />
+        <value cell_index="36133" local_entity="0" value="0" />
+        <value cell_index="36134" local_entity="0" value="0" />
+        <value cell_index="36135" local_entity="0" value="0" />
+        <value cell_index="36136" local_entity="0" value="0" />
+        <value cell_index="36137" local_entity="0" value="0" />
+        <value cell_index="36138" local_entity="0" value="0" />
+        <value cell_index="36139" local_entity="0" value="0" />
+        <value cell_index="36140" local_entity="0" value="0" />
+        <value cell_index="36141" local_entity="0" value="0" />
+        <value cell_index="36142" local_entity="0" value="0" />
+        <value cell_index="36143" local_entity="0" value="0" />
+        <value cell_index="36144" local_entity="0" value="0" />
+        <value cell_index="36145" local_entity="0" value="0" />
+        <value cell_index="36146" local_entity="0" value="0" />
+        <value cell_index="36147" local_entity="0" value="0" />
+        <value cell_index="36148" local_entity="0" value="0" />
+        <value cell_index="36149" local_entity="0" value="0" />
+        <value cell_index="36150" local_entity="0" value="0" />
+        <value cell_index="36151" local_entity="0" value="0" />
+        <value cell_index="36152" local_entity="0" value="0" />
+        <value cell_index="36153" local_entity="0" value="0" />
+        <value cell_index="36154" local_entity="0" value="0" />
+        <value cell_index="36155" local_entity="0" value="0" />
+        <value cell_index="36156" local_entity="0" value="0" />
+        <value cell_index="36157" local_entity="0" value="0" />
+        <value cell_index="36158" local_entity="0" value="0" />
+        <value cell_index="36159" local_entity="0" value="0" />
+        <value cell_index="36160" local_entity="0" value="0" />
+        <value cell_index="36161" local_entity="0" value="0" />
+        <value cell_index="36162" local_entity="0" value="0" />
+        <value cell_index="36163" local_entity="0" value="0" />
+        <value cell_index="36164" local_entity="0" value="0" />
+        <value cell_index="36165" local_entity="0" value="0" />
+        <value cell_index="36166" local_entity="0" value="0" />
+        <value cell_index="36167" local_entity="0" value="0" />
+        <value cell_index="36168" local_entity="0" value="0" />
+        <value cell_index="36169" local_entity="0" value="0" />
+        <value cell_index="36170" local_entity="0" value="0" />
+        <value cell_index="36171" local_entity="0" value="0" />
+        <value cell_index="36172" local_entity="0" value="0" />
+        <value cell_index="36173" local_entity="0" value="0" />
+        <value cell_index="36174" local_entity="0" value="0" />
+        <value cell_index="36175" local_entity="0" value="0" />
+        <value cell_index="36176" local_entity="0" value="0" />
+        <value cell_index="36177" local_entity="0" value="0" />
+        <value cell_index="36178" local_entity="0" value="0" />
+        <value cell_index="36179" local_entity="0" value="0" />
+        <value cell_index="36180" local_entity="0" value="0" />
+        <value cell_index="36181" local_entity="0" value="0" />
+        <value cell_index="36182" local_entity="0" value="0" />
+        <value cell_index="36183" local_entity="0" value="0" />
+        <value cell_index="36184" local_entity="0" value="0" />
+        <value cell_index="36185" local_entity="0" value="0" />
+        <value cell_index="36186" local_entity="0" value="0" />
+        <value cell_index="36187" local_entity="0" value="0" />
+        <value cell_index="36188" local_entity="0" value="0" />
+        <value cell_index="36189" local_entity="0" value="0" />
+        <value cell_index="36190" local_entity="0" value="0" />
+        <value cell_index="36191" local_entity="0" value="0" />
+        <value cell_index="36192" local_entity="0" value="0" />
+        <value cell_index="36193" local_entity="0" value="0" />
+        <value cell_index="36194" local_entity="0" value="0" />
+        <value cell_index="36195" local_entity="0" value="0" />
+        <value cell_index="36196" local_entity="0" value="0" />
+        <value cell_index="36197" local_entity="0" value="0" />
+        <value cell_index="36198" local_entity="0" value="0" />
+        <value cell_index="36199" local_entity="0" value="0" />
+        <value cell_index="36200" local_entity="0" value="0" />
+        <value cell_index="36201" local_entity="0" value="0" />
+        <value cell_index="36202" local_entity="0" value="0" />
+        <value cell_index="36203" local_entity="0" value="0" />
+        <value cell_index="36204" local_entity="0" value="0" />
+        <value cell_index="36205" local_entity="0" value="0" />
+        <value cell_index="36206" local_entity="0" value="0" />
+        <value cell_index="36207" local_entity="0" value="0" />
+        <value cell_index="36208" local_entity="0" value="0" />
+        <value cell_index="36209" local_entity="0" value="0" />
+        <value cell_index="36210" local_entity="0" value="0" />
+        <value cell_index="36211" local_entity="0" value="0" />
+        <value cell_index="36212" local_entity="0" value="0" />
+        <value cell_index="36213" local_entity="0" value="0" />
+        <value cell_index="36214" local_entity="0" value="0" />
+        <value cell_index="36215" local_entity="0" value="0" />
+        <value cell_index="36216" local_entity="0" value="0" />
+        <value cell_index="36217" local_entity="0" value="0" />
+        <value cell_index="36218" local_entity="0" value="0" />
+        <value cell_index="36219" local_entity="0" value="0" />
+        <value cell_index="36220" local_entity="0" value="0" />
+        <value cell_index="36221" local_entity="0" value="0" />
+        <value cell_index="36222" local_entity="0" value="0" />
+        <value cell_index="36223" local_entity="0" value="0" />
+        <value cell_index="36224" local_entity="0" value="0" />
+        <value cell_index="36225" local_entity="0" value="0" />
+        <value cell_index="36226" local_entity="0" value="0" />
+        <value cell_index="36227" local_entity="0" value="0" />
+        <value cell_index="36228" local_entity="0" value="0" />
+        <value cell_index="36229" local_entity="0" value="0" />
+        <value cell_index="36230" local_entity="0" value="0" />
+        <value cell_index="36231" local_entity="0" value="0" />
+        <value cell_index="36232" local_entity="0" value="0" />
+        <value cell_index="36233" local_entity="0" value="0" />
+        <value cell_index="36234" local_entity="0" value="0" />
+        <value cell_index="36235" local_entity="0" value="0" />
+        <value cell_index="36236" local_entity="0" value="0" />
+        <value cell_index="36237" local_entity="0" value="0" />
+        <value cell_index="36238" local_entity="0" value="0" />
+        <value cell_index="36239" local_entity="0" value="0" />
+        <value cell_index="36240" local_entity="0" value="0" />
+        <value cell_index="36241" local_entity="0" value="0" />
+        <value cell_index="36242" local_entity="0" value="0" />
+        <value cell_index="36243" local_entity="0" value="0" />
+        <value cell_index="36244" local_entity="0" value="0" />
+        <value cell_index="36245" local_entity="0" value="0" />
+        <value cell_index="36246" local_entity="0" value="0" />
+        <value cell_index="36247" local_entity="0" value="0" />
+        <value cell_index="36248" local_entity="0" value="0" />
+        <value cell_index="36249" local_entity="0" value="0" />
+        <value cell_index="36250" local_entity="0" value="0" />
+        <value cell_index="36251" local_entity="0" value="0" />
+        <value cell_index="36252" local_entity="0" value="0" />
+        <value cell_index="36253" local_entity="0" value="0" />
+        <value cell_index="36254" local_entity="0" value="0" />
+        <value cell_index="36255" local_entity="0" value="0" />
+        <value cell_index="36256" local_entity="0" value="0" />
+        <value cell_index="36257" local_entity="0" value="0" />
+        <value cell_index="36258" local_entity="0" value="0" />
+        <value cell_index="36259" local_entity="0" value="0" />
+        <value cell_index="36260" local_entity="0" value="0" />
+        <value cell_index="36261" local_entity="0" value="0" />
+        <value cell_index="36262" local_entity="0" value="0" />
+        <value cell_index="36263" local_entity="0" value="0" />
+        <value cell_index="36264" local_entity="0" value="0" />
+        <value cell_index="36265" local_entity="0" value="0" />
+        <value cell_index="36266" local_entity="0" value="0" />
+        <value cell_index="36267" local_entity="0" value="0" />
+        <value cell_index="36268" local_entity="0" value="0" />
+        <value cell_index="36269" local_entity="0" value="0" />
+        <value cell_index="36270" local_entity="0" value="0" />
+        <value cell_index="36271" local_entity="0" value="0" />
+        <value cell_index="36272" local_entity="0" value="0" />
+        <value cell_index="36273" local_entity="0" value="0" />
+        <value cell_index="36274" local_entity="0" value="0" />
+        <value cell_index="36275" local_entity="0" value="0" />
+        <value cell_index="36276" local_entity="0" value="0" />
+        <value cell_index="36277" local_entity="0" value="0" />
+        <value cell_index="36278" local_entity="0" value="0" />
+        <value cell_index="36279" local_entity="0" value="0" />
+        <value cell_index="36280" local_entity="0" value="0" />
+        <value cell_index="36281" local_entity="0" value="0" />
+        <value cell_index="36282" local_entity="0" value="0" />
+        <value cell_index="36283" local_entity="0" value="0" />
+        <value cell_index="36284" local_entity="0" value="0" />
+        <value cell_index="36285" local_entity="0" value="0" />
+        <value cell_index="36286" local_entity="0" value="0" />
+        <value cell_index="36287" local_entity="0" value="0" />
+        <value cell_index="36288" local_entity="0" value="0" />
+        <value cell_index="36289" local_entity="0" value="0" />
+        <value cell_index="36290" local_entity="0" value="0" />
+        <value cell_index="36291" local_entity="0" value="0" />
+        <value cell_index="36292" local_entity="0" value="0" />
+        <value cell_index="36293" local_entity="0" value="0" />
+        <value cell_index="36294" local_entity="0" value="0" />
+        <value cell_index="36295" local_entity="0" value="0" />
+        <value cell_index="36296" local_entity="0" value="0" />
+        <value cell_index="36297" local_entity="0" value="0" />
+        <value cell_index="36298" local_entity="0" value="0" />
+        <value cell_index="36299" local_entity="0" value="0" />
+        <value cell_index="36300" local_entity="0" value="0" />
+        <value cell_index="36301" local_entity="0" value="0" />
+        <value cell_index="36302" local_entity="0" value="0" />
+        <value cell_index="36303" local_entity="0" value="0" />
+        <value cell_index="36304" local_entity="0" value="0" />
+        <value cell_index="36305" local_entity="0" value="0" />
+        <value cell_index="36306" local_entity="0" value="0" />
+        <value cell_index="36307" local_entity="0" value="0" />
+        <value cell_index="36308" local_entity="0" value="0" />
+        <value cell_index="36309" local_entity="0" value="0" />
+        <value cell_index="36310" local_entity="0" value="0" />
+        <value cell_index="36311" local_entity="0" value="0" />
+        <value cell_index="36312" local_entity="0" value="0" />
+        <value cell_index="36313" local_entity="0" value="0" />
+        <value cell_index="36314" local_entity="0" value="0" />
+        <value cell_index="36315" local_entity="0" value="0" />
+        <value cell_index="36316" local_entity="0" value="0" />
+        <value cell_index="36317" local_entity="0" value="0" />
+        <value cell_index="36318" local_entity="0" value="0" />
+        <value cell_index="36319" local_entity="0" value="0" />
+        <value cell_index="36320" local_entity="0" value="0" />
+        <value cell_index="36321" local_entity="0" value="0" />
+        <value cell_index="36322" local_entity="0" value="0" />
+        <value cell_index="36323" local_entity="0" value="0" />
+        <value cell_index="36324" local_entity="0" value="0" />
+        <value cell_index="36325" local_entity="0" value="0" />
+        <value cell_index="36326" local_entity="0" value="0" />
+        <value cell_index="36327" local_entity="0" value="0" />
+        <value cell_index="36328" local_entity="0" value="0" />
+        <value cell_index="36329" local_entity="0" value="0" />
+        <value cell_index="36330" local_entity="0" value="0" />
+        <value cell_index="36331" local_entity="0" value="0" />
+        <value cell_index="36332" local_entity="0" value="0" />
+        <value cell_index="36333" local_entity="0" value="0" />
+        <value cell_index="36334" local_entity="0" value="0" />
+        <value cell_index="36335" local_entity="0" value="0" />
+        <value cell_index="36336" local_entity="0" value="0" />
+        <value cell_index="36337" local_entity="0" value="0" />
+        <value cell_index="36338" local_entity="0" value="0" />
+        <value cell_index="36339" local_entity="0" value="0" />
+        <value cell_index="36340" local_entity="0" value="0" />
+        <value cell_index="36341" local_entity="0" value="0" />
+        <value cell_index="36342" local_entity="0" value="0" />
+        <value cell_index="36343" local_entity="0" value="0" />
+        <value cell_index="36344" local_entity="0" value="0" />
+        <value cell_index="36345" local_entity="0" value="0" />
+        <value cell_index="36346" local_entity="0" value="0" />
+        <value cell_index="36347" local_entity="0" value="0" />
+        <value cell_index="36348" local_entity="0" value="0" />
+        <value cell_index="36349" local_entity="0" value="0" />
+        <value cell_index="36350" local_entity="0" value="0" />
+        <value cell_index="36351" local_entity="0" value="0" />
+        <value cell_index="36352" local_entity="0" value="0" />
+        <value cell_index="36353" local_entity="0" value="0" />
+        <value cell_index="36354" local_entity="0" value="0" />
+        <value cell_index="36355" local_entity="0" value="0" />
+        <value cell_index="36356" local_entity="0" value="0" />
+        <value cell_index="36357" local_entity="0" value="0" />
+        <value cell_index="36358" local_entity="0" value="0" />
+        <value cell_index="36359" local_entity="0" value="0" />
+        <value cell_index="36360" local_entity="0" value="0" />
+        <value cell_index="36361" local_entity="0" value="0" />
+        <value cell_index="36362" local_entity="0" value="0" />
+        <value cell_index="36363" local_entity="0" value="0" />
+        <value cell_index="36364" local_entity="0" value="0" />
+        <value cell_index="36365" local_entity="0" value="0" />
+        <value cell_index="36366" local_entity="0" value="0" />
+        <value cell_index="36367" local_entity="0" value="0" />
+        <value cell_index="36368" local_entity="0" value="0" />
+        <value cell_index="36369" local_entity="0" value="0" />
+        <value cell_index="36370" local_entity="0" value="0" />
+        <value cell_index="36371" local_entity="0" value="0" />
+        <value cell_index="36372" local_entity="0" value="0" />
+        <value cell_index="36373" local_entity="0" value="0" />
+        <value cell_index="36374" local_entity="0" value="0" />
+        <value cell_index="36375" local_entity="0" value="0" />
+        <value cell_index="36376" local_entity="0" value="0" />
+        <value cell_index="36377" local_entity="0" value="0" />
+        <value cell_index="36378" local_entity="0" value="0" />
+        <value cell_index="36379" local_entity="0" value="0" />
+        <value cell_index="36380" local_entity="0" value="0" />
+        <value cell_index="36381" local_entity="0" value="0" />
+        <value cell_index="36382" local_entity="0" value="0" />
+        <value cell_index="36383" local_entity="0" value="0" />
+        <value cell_index="36384" local_entity="0" value="0" />
+        <value cell_index="36385" local_entity="0" value="0" />
+        <value cell_index="36386" local_entity="0" value="0" />
+        <value cell_index="36387" local_entity="0" value="0" />
+        <value cell_index="36388" local_entity="0" value="0" />
+        <value cell_index="36389" local_entity="0" value="0" />
+        <value cell_index="36390" local_entity="0" value="0" />
+        <value cell_index="36391" local_entity="0" value="0" />
+        <value cell_index="36392" local_entity="0" value="0" />
+        <value cell_index="36393" local_entity="0" value="0" />
+        <value cell_index="36394" local_entity="0" value="0" />
+        <value cell_index="36395" local_entity="0" value="0" />
+        <value cell_index="36396" local_entity="0" value="0" />
+        <value cell_index="36397" local_entity="0" value="0" />
+        <value cell_index="36398" local_entity="0" value="0" />
+        <value cell_index="36399" local_entity="0" value="0" />
+        <value cell_index="36400" local_entity="0" value="0" />
+        <value cell_index="36401" local_entity="0" value="0" />
+        <value cell_index="36402" local_entity="0" value="0" />
+        <value cell_index="36403" local_entity="0" value="0" />
+        <value cell_index="36404" local_entity="0" value="0" />
+        <value cell_index="36405" local_entity="0" value="0" />
+        <value cell_index="36406" local_entity="0" value="0" />
+        <value cell_index="36407" local_entity="0" value="0" />
+        <value cell_index="36408" local_entity="0" value="0" />
+        <value cell_index="36409" local_entity="0" value="0" />
+        <value cell_index="36410" local_entity="0" value="0" />
+        <value cell_index="36411" local_entity="0" value="0" />
+        <value cell_index="36412" local_entity="0" value="0" />
+        <value cell_index="36413" local_entity="0" value="0" />
+        <value cell_index="36414" local_entity="0" value="0" />
+        <value cell_index="36415" local_entity="0" value="0" />
+        <value cell_index="36416" local_entity="0" value="0" />
+        <value cell_index="36417" local_entity="0" value="0" />
+        <value cell_index="36418" local_entity="0" value="0" />
+        <value cell_index="36419" local_entity="0" value="0" />
+        <value cell_index="36420" local_entity="0" value="0" />
+        <value cell_index="36421" local_entity="0" value="0" />
+        <value cell_index="36422" local_entity="0" value="0" />
+        <value cell_index="36423" local_entity="0" value="0" />
+        <value cell_index="36424" local_entity="0" value="0" />
+        <value cell_index="36425" local_entity="0" value="0" />
+        <value cell_index="36426" local_entity="0" value="0" />
+        <value cell_index="36427" local_entity="0" value="0" />
+        <value cell_index="36428" local_entity="0" value="0" />
+        <value cell_index="36429" local_entity="0" value="0" />
+        <value cell_index="36430" local_entity="0" value="0" />
+        <value cell_index="36431" local_entity="0" value="0" />
+        <value cell_index="36432" local_entity="0" value="0" />
+        <value cell_index="36433" local_entity="0" value="0" />
+        <value cell_index="36434" local_entity="0" value="0" />
+        <value cell_index="36435" local_entity="0" value="0" />
+        <value cell_index="36436" local_entity="0" value="0" />
+        <value cell_index="36437" local_entity="0" value="0" />
+        <value cell_index="36438" local_entity="0" value="0" />
+        <value cell_index="36439" local_entity="0" value="0" />
+        <value cell_index="36440" local_entity="0" value="0" />
+        <value cell_index="36441" local_entity="0" value="0" />
+        <value cell_index="36442" local_entity="0" value="0" />
+        <value cell_index="36443" local_entity="0" value="0" />
+        <value cell_index="36444" local_entity="0" value="0" />
+        <value cell_index="36445" local_entity="0" value="0" />
+        <value cell_index="36446" local_entity="0" value="0" />
+        <value cell_index="36447" local_entity="0" value="0" />
+        <value cell_index="36448" local_entity="0" value="0" />
+        <value cell_index="36449" local_entity="0" value="0" />
+        <value cell_index="36450" local_entity="0" value="0" />
+        <value cell_index="36451" local_entity="0" value="0" />
+        <value cell_index="36452" local_entity="0" value="0" />
+        <value cell_index="36453" local_entity="0" value="0" />
+        <value cell_index="36454" local_entity="0" value="0" />
+        <value cell_index="36455" local_entity="0" value="0" />
+        <value cell_index="36456" local_entity="0" value="0" />
+        <value cell_index="36457" local_entity="0" value="0" />
+        <value cell_index="36458" local_entity="0" value="0" />
+        <value cell_index="36459" local_entity="0" value="0" />
+        <value cell_index="36460" local_entity="0" value="0" />
+        <value cell_index="36461" local_entity="0" value="0" />
+        <value cell_index="36462" local_entity="0" value="0" />
+        <value cell_index="36463" local_entity="0" value="0" />
+        <value cell_index="36464" local_entity="0" value="0" />
+        <value cell_index="36465" local_entity="0" value="0" />
+        <value cell_index="36466" local_entity="0" value="0" />
+        <value cell_index="36467" local_entity="0" value="0" />
+        <value cell_index="36468" local_entity="0" value="0" />
+        <value cell_index="36469" local_entity="0" value="0" />
+        <value cell_index="36470" local_entity="0" value="0" />
+        <value cell_index="36471" local_entity="0" value="0" />
+        <value cell_index="36472" local_entity="0" value="0" />
+        <value cell_index="36473" local_entity="0" value="0" />
+        <value cell_index="36474" local_entity="0" value="0" />
+        <value cell_index="36475" local_entity="0" value="0" />
+        <value cell_index="36476" local_entity="0" value="0" />
+        <value cell_index="36477" local_entity="0" value="0" />
+        <value cell_index="36478" local_entity="0" value="0" />
+        <value cell_index="36479" local_entity="0" value="0" />
+        <value cell_index="36480" local_entity="0" value="0" />
+        <value cell_index="36481" local_entity="0" value="0" />
+        <value cell_index="36482" local_entity="0" value="0" />
+        <value cell_index="36483" local_entity="0" value="0" />
+        <value cell_index="36484" local_entity="0" value="0" />
+        <value cell_index="36485" local_entity="0" value="0" />
+        <value cell_index="36486" local_entity="0" value="0" />
+        <value cell_index="36487" local_entity="0" value="0" />
+        <value cell_index="36488" local_entity="0" value="0" />
+        <value cell_index="36489" local_entity="0" value="0" />
+        <value cell_index="36490" local_entity="0" value="0" />
+        <value cell_index="36491" local_entity="0" value="0" />
+        <value cell_index="36492" local_entity="0" value="0" />
+        <value cell_index="36493" local_entity="0" value="0" />
+        <value cell_index="36494" local_entity="0" value="0" />
+        <value cell_index="36495" local_entity="0" value="0" />
+        <value cell_index="36496" local_entity="0" value="0" />
+        <value cell_index="36497" local_entity="0" value="0" />
+        <value cell_index="36498" local_entity="0" value="0" />
+        <value cell_index="36499" local_entity="0" value="0" />
+        <value cell_index="36500" local_entity="0" value="0" />
+        <value cell_index="36501" local_entity="0" value="0" />
+        <value cell_index="36502" local_entity="0" value="0" />
+        <value cell_index="36503" local_entity="0" value="0" />
+        <value cell_index="36504" local_entity="0" value="0" />
+        <value cell_index="36505" local_entity="0" value="0" />
+        <value cell_index="36506" local_entity="0" value="0" />
+        <value cell_index="36507" local_entity="0" value="0" />
+        <value cell_index="36508" local_entity="0" value="0" />
+        <value cell_index="36509" local_entity="0" value="0" />
+        <value cell_index="36510" local_entity="0" value="0" />
+        <value cell_index="36511" local_entity="0" value="0" />
+        <value cell_index="36512" local_entity="0" value="0" />
+        <value cell_index="36513" local_entity="0" value="0" />
+        <value cell_index="36514" local_entity="0" value="0" />
+        <value cell_index="36515" local_entity="0" value="0" />
+        <value cell_index="36516" local_entity="0" value="0" />
+        <value cell_index="36517" local_entity="0" value="0" />
+        <value cell_index="36518" local_entity="0" value="0" />
+        <value cell_index="36519" local_entity="0" value="0" />
+        <value cell_index="36520" local_entity="0" value="0" />
+        <value cell_index="36521" local_entity="0" value="0" />
+        <value cell_index="36522" local_entity="0" value="0" />
+        <value cell_index="36523" local_entity="0" value="0" />
+        <value cell_index="36524" local_entity="0" value="0" />
+        <value cell_index="36525" local_entity="0" value="0" />
+        <value cell_index="36526" local_entity="0" value="0" />
+        <value cell_index="36527" local_entity="0" value="0" />
+        <value cell_index="36528" local_entity="0" value="0" />
+        <value cell_index="36529" local_entity="0" value="0" />
+        <value cell_index="36530" local_entity="0" value="0" />
+        <value cell_index="36531" local_entity="0" value="0" />
+        <value cell_index="36532" local_entity="0" value="0" />
+        <value cell_index="36533" local_entity="0" value="0" />
+        <value cell_index="36534" local_entity="0" value="0" />
+        <value cell_index="36535" local_entity="0" value="0" />
+        <value cell_index="36536" local_entity="0" value="0" />
+        <value cell_index="36537" local_entity="0" value="0" />
+        <value cell_index="36538" local_entity="0" value="0" />
+        <value cell_index="36539" local_entity="0" value="0" />
+        <value cell_index="36540" local_entity="0" value="0" />
+        <value cell_index="36541" local_entity="0" value="0" />
+        <value cell_index="36542" local_entity="0" value="0" />
+        <value cell_index="36543" local_entity="0" value="0" />
+        <value cell_index="36544" local_entity="0" value="0" />
+        <value cell_index="36545" local_entity="0" value="0" />
+        <value cell_index="36546" local_entity="0" value="0" />
+        <value cell_index="36547" local_entity="0" value="0" />
+        <value cell_index="36548" local_entity="0" value="0" />
+        <value cell_index="36549" local_entity="0" value="0" />
+        <value cell_index="36550" local_entity="0" value="0" />
+        <value cell_index="36551" local_entity="0" value="0" />
+        <value cell_index="36552" local_entity="0" value="0" />
+        <value cell_index="36553" local_entity="0" value="0" />
+        <value cell_index="36554" local_entity="0" value="0" />
+        <value cell_index="36555" local_entity="0" value="0" />
+        <value cell_index="36556" local_entity="0" value="0" />
+        <value cell_index="36557" local_entity="0" value="0" />
+        <value cell_index="36558" local_entity="0" value="0" />
+        <value cell_index="36559" local_entity="0" value="0" />
+        <value cell_index="36560" local_entity="0" value="0" />
+        <value cell_index="36561" local_entity="0" value="0" />
+        <value cell_index="36562" local_entity="0" value="0" />
+        <value cell_index="36563" local_entity="0" value="0" />
+        <value cell_index="36564" local_entity="0" value="0" />
+        <value cell_index="36565" local_entity="0" value="0" />
+        <value cell_index="36566" local_entity="0" value="0" />
+        <value cell_index="36567" local_entity="0" value="0" />
+        <value cell_index="36568" local_entity="0" value="0" />
+        <value cell_index="36569" local_entity="0" value="0" />
+        <value cell_index="36570" local_entity="0" value="0" />
+        <value cell_index="36571" local_entity="0" value="0" />
+        <value cell_index="36572" local_entity="0" value="0" />
+        <value cell_index="36573" local_entity="0" value="0" />
+        <value cell_index="36574" local_entity="0" value="0" />
+        <value cell_index="36575" local_entity="0" value="0" />
+        <value cell_index="36576" local_entity="0" value="0" />
+        <value cell_index="36577" local_entity="0" value="0" />
+        <value cell_index="36578" local_entity="0" value="0" />
+        <value cell_index="36579" local_entity="0" value="0" />
+        <value cell_index="36580" local_entity="0" value="0" />
+        <value cell_index="36581" local_entity="0" value="0" />
+        <value cell_index="36582" local_entity="0" value="0" />
+        <value cell_index="36583" local_entity="0" value="0" />
+        <value cell_index="36584" local_entity="0" value="0" />
+        <value cell_index="36585" local_entity="0" value="0" />
+        <value cell_index="36586" local_entity="0" value="0" />
+        <value cell_index="36587" local_entity="0" value="0" />
+        <value cell_index="36588" local_entity="0" value="0" />
+        <value cell_index="36589" local_entity="0" value="0" />
+        <value cell_index="36590" local_entity="0" value="0" />
+        <value cell_index="36591" local_entity="0" value="0" />
+        <value cell_index="36592" local_entity="0" value="0" />
+        <value cell_index="36593" local_entity="0" value="0" />
+        <value cell_index="36594" local_entity="0" value="0" />
+        <value cell_index="36595" local_entity="0" value="0" />
+        <value cell_index="36596" local_entity="0" value="0" />
+        <value cell_index="36597" local_entity="0" value="0" />
+        <value cell_index="36598" local_entity="0" value="0" />
+        <value cell_index="36599" local_entity="0" value="0" />
+        <value cell_index="36600" local_entity="0" value="0" />
+        <value cell_index="36601" local_entity="0" value="0" />
+        <value cell_index="36602" local_entity="0" value="0" />
+        <value cell_index="36603" local_entity="0" value="0" />
+        <value cell_index="36604" local_entity="0" value="0" />
+        <value cell_index="36605" local_entity="0" value="0" />
+        <value cell_index="36606" local_entity="0" value="0" />
+        <value cell_index="36607" local_entity="0" value="0" />
+        <value cell_index="36608" local_entity="0" value="0" />
+        <value cell_index="36609" local_entity="0" value="0" />
+        <value cell_index="36610" local_entity="0" value="0" />
+        <value cell_index="36611" local_entity="0" value="0" />
+        <value cell_index="36612" local_entity="0" value="0" />
+        <value cell_index="36613" local_entity="0" value="0" />
+        <value cell_index="36614" local_entity="0" value="0" />
+        <value cell_index="36615" local_entity="0" value="0" />
+        <value cell_index="36616" local_entity="0" value="0" />
+        <value cell_index="36617" local_entity="0" value="0" />
+        <value cell_index="36618" local_entity="0" value="0" />
+        <value cell_index="36619" local_entity="0" value="0" />
+        <value cell_index="36620" local_entity="0" value="0" />
+        <value cell_index="36621" local_entity="0" value="0" />
+        <value cell_index="36622" local_entity="0" value="0" />
+        <value cell_index="36623" local_entity="0" value="0" />
+        <value cell_index="36624" local_entity="0" value="0" />
+        <value cell_index="36625" local_entity="0" value="0" />
+        <value cell_index="36626" local_entity="0" value="0" />
+        <value cell_index="36627" local_entity="0" value="0" />
+        <value cell_index="36628" local_entity="0" value="0" />
+        <value cell_index="36629" local_entity="0" value="0" />
+        <value cell_index="36630" local_entity="0" value="0" />
+        <value cell_index="36631" local_entity="0" value="0" />
+        <value cell_index="36632" local_entity="0" value="0" />
+        <value cell_index="36633" local_entity="0" value="0" />
+        <value cell_index="36634" local_entity="0" value="0" />
+        <value cell_index="36635" local_entity="0" value="0" />
+        <value cell_index="36636" local_entity="0" value="0" />
+        <value cell_index="36637" local_entity="0" value="0" />
+        <value cell_index="36638" local_entity="0" value="0" />
+        <value cell_index="36639" local_entity="0" value="0" />
+        <value cell_index="36640" local_entity="0" value="0" />
+        <value cell_index="36641" local_entity="0" value="0" />
+        <value cell_index="36642" local_entity="0" value="0" />
+        <value cell_index="36643" local_entity="0" value="0" />
+        <value cell_index="36644" local_entity="0" value="0" />
+        <value cell_index="36645" local_entity="0" value="0" />
+        <value cell_index="36646" local_entity="0" value="0" />
+        <value cell_index="36647" local_entity="0" value="0" />
+        <value cell_index="36648" local_entity="0" value="0" />
+        <value cell_index="36649" local_entity="0" value="0" />
+        <value cell_index="36650" local_entity="0" value="0" />
+        <value cell_index="36651" local_entity="0" value="0" />
+        <value cell_index="36652" local_entity="0" value="0" />
+        <value cell_index="36653" local_entity="0" value="0" />
+        <value cell_index="36654" local_entity="0" value="0" />
+        <value cell_index="36655" local_entity="0" value="0" />
+        <value cell_index="36656" local_entity="0" value="0" />
+        <value cell_index="36657" local_entity="0" value="0" />
+        <value cell_index="36658" local_entity="0" value="0" />
+        <value cell_index="36659" local_entity="0" value="0" />
+        <value cell_index="36660" local_entity="0" value="0" />
+        <value cell_index="36661" local_entity="0" value="0" />
+        <value cell_index="36662" local_entity="0" value="0" />
+        <value cell_index="36663" local_entity="0" value="0" />
+        <value cell_index="36664" local_entity="0" value="0" />
+        <value cell_index="36665" local_entity="0" value="0" />
+        <value cell_index="36666" local_entity="0" value="0" />
+        <value cell_index="36667" local_entity="0" value="0" />
+        <value cell_index="36668" local_entity="0" value="0" />
+        <value cell_index="36669" local_entity="0" value="0" />
+        <value cell_index="36670" local_entity="0" value="0" />
+        <value cell_index="36671" local_entity="0" value="0" />
+        <value cell_index="36672" local_entity="0" value="0" />
+        <value cell_index="36673" local_entity="0" value="0" />
+        <value cell_index="36674" local_entity="0" value="0" />
+        <value cell_index="36675" local_entity="0" value="0" />
+        <value cell_index="36676" local_entity="0" value="0" />
+        <value cell_index="36677" local_entity="0" value="0" />
+        <value cell_index="36678" local_entity="0" value="0" />
+        <value cell_index="36679" local_entity="0" value="0" />
+        <value cell_index="36680" local_entity="0" value="0" />
+        <value cell_index="36681" local_entity="0" value="0" />
+        <value cell_index="36682" local_entity="0" value="0" />
+        <value cell_index="36683" local_entity="0" value="0" />
+        <value cell_index="36684" local_entity="0" value="0" />
+        <value cell_index="36685" local_entity="0" value="0" />
+        <value cell_index="36686" local_entity="0" value="0" />
+        <value cell_index="36687" local_entity="0" value="0" />
+        <value cell_index="36688" local_entity="0" value="0" />
+        <value cell_index="36689" local_entity="0" value="0" />
+        <value cell_index="36690" local_entity="0" value="0" />
+        <value cell_index="36691" local_entity="0" value="0" />
+        <value cell_index="36692" local_entity="0" value="0" />
+        <value cell_index="36693" local_entity="0" value="0" />
+        <value cell_index="36694" local_entity="0" value="0" />
+        <value cell_index="36695" local_entity="0" value="0" />
+        <value cell_index="36696" local_entity="0" value="0" />
+        <value cell_index="36697" local_entity="0" value="0" />
+        <value cell_index="36698" local_entity="0" value="0" />
+        <value cell_index="36699" local_entity="0" value="0" />
+        <value cell_index="36700" local_entity="0" value="0" />
+        <value cell_index="36701" local_entity="0" value="0" />
+        <value cell_index="36702" local_entity="0" value="0" />
+        <value cell_index="36703" local_entity="0" value="0" />
+        <value cell_index="36704" local_entity="0" value="0" />
+        <value cell_index="36705" local_entity="0" value="0" />
+        <value cell_index="36706" local_entity="0" value="0" />
+        <value cell_index="36707" local_entity="0" value="0" />
+        <value cell_index="36708" local_entity="0" value="0" />
+        <value cell_index="36709" local_entity="0" value="0" />
+        <value cell_index="36710" local_entity="0" value="0" />
+        <value cell_index="36711" local_entity="0" value="0" />
+        <value cell_index="36712" local_entity="0" value="0" />
+        <value cell_index="36713" local_entity="0" value="0" />
+        <value cell_index="36714" local_entity="0" value="0" />
+        <value cell_index="36715" local_entity="0" value="0" />
+        <value cell_index="36716" local_entity="0" value="0" />
+        <value cell_index="36717" local_entity="0" value="0" />
+        <value cell_index="36718" local_entity="0" value="0" />
+        <value cell_index="36719" local_entity="0" value="0" />
+        <value cell_index="36720" local_entity="0" value="0" />
+        <value cell_index="36721" local_entity="0" value="0" />
+        <value cell_index="36722" local_entity="0" value="0" />
+        <value cell_index="36723" local_entity="0" value="0" />
+        <value cell_index="36724" local_entity="0" value="0" />
+        <value cell_index="36725" local_entity="0" value="0" />
+        <value cell_index="36726" local_entity="0" value="0" />
+        <value cell_index="36727" local_entity="0" value="0" />
+        <value cell_index="36728" local_entity="0" value="0" />
+        <value cell_index="36729" local_entity="0" value="0" />
+        <value cell_index="36730" local_entity="0" value="0" />
+        <value cell_index="36731" local_entity="0" value="0" />
+        <value cell_index="36732" local_entity="0" value="0" />
+        <value cell_index="36733" local_entity="0" value="0" />
+        <value cell_index="36734" local_entity="0" value="0" />
+        <value cell_index="36735" local_entity="0" value="0" />
+        <value cell_index="36736" local_entity="0" value="0" />
+        <value cell_index="36737" local_entity="0" value="0" />
+        <value cell_index="36738" local_entity="0" value="0" />
+        <value cell_index="36739" local_entity="0" value="0" />
+        <value cell_index="36740" local_entity="0" value="0" />
+        <value cell_index="36741" local_entity="0" value="0" />
+        <value cell_index="36742" local_entity="0" value="0" />
+        <value cell_index="36743" local_entity="0" value="0" />
+        <value cell_index="36744" local_entity="0" value="0" />
+        <value cell_index="36745" local_entity="0" value="0" />
+        <value cell_index="36746" local_entity="0" value="0" />
+        <value cell_index="36747" local_entity="0" value="0" />
+        <value cell_index="36748" local_entity="0" value="0" />
+        <value cell_index="36749" local_entity="0" value="0" />
+        <value cell_index="36750" local_entity="0" value="0" />
+        <value cell_index="36751" local_entity="0" value="0" />
+        <value cell_index="36752" local_entity="0" value="0" />
+        <value cell_index="36753" local_entity="0" value="0" />
+        <value cell_index="36754" local_entity="0" value="0" />
+        <value cell_index="36755" local_entity="0" value="0" />
+        <value cell_index="36756" local_entity="0" value="0" />
+        <value cell_index="36757" local_entity="0" value="0" />
+        <value cell_index="36758" local_entity="0" value="0" />
+        <value cell_index="36759" local_entity="0" value="0" />
+        <value cell_index="36760" local_entity="0" value="0" />
+        <value cell_index="36761" local_entity="0" value="0" />
+        <value cell_index="36762" local_entity="0" value="0" />
+        <value cell_index="36763" local_entity="0" value="0" />
+        <value cell_index="36764" local_entity="0" value="0" />
+        <value cell_index="36765" local_entity="0" value="0" />
+        <value cell_index="36766" local_entity="0" value="0" />
+        <value cell_index="36767" local_entity="0" value="0" />
+        <value cell_index="36768" local_entity="0" value="0" />
+        <value cell_index="36769" local_entity="0" value="0" />
+        <value cell_index="36770" local_entity="0" value="0" />
+        <value cell_index="36771" local_entity="0" value="0" />
+        <value cell_index="36772" local_entity="0" value="0" />
+        <value cell_index="36773" local_entity="0" value="0" />
+        <value cell_index="36774" local_entity="0" value="0" />
+        <value cell_index="36775" local_entity="0" value="0" />
+        <value cell_index="36776" local_entity="0" value="0" />
+        <value cell_index="36777" local_entity="0" value="0" />
+        <value cell_index="36778" local_entity="0" value="0" />
+        <value cell_index="36779" local_entity="0" value="0" />
+        <value cell_index="36780" local_entity="0" value="0" />
+        <value cell_index="36781" local_entity="0" value="0" />
+        <value cell_index="36782" local_entity="0" value="0" />
+        <value cell_index="36783" local_entity="0" value="0" />
+        <value cell_index="36784" local_entity="0" value="0" />
+        <value cell_index="36785" local_entity="0" value="0" />
+        <value cell_index="36786" local_entity="0" value="0" />
+        <value cell_index="36787" local_entity="0" value="0" />
+        <value cell_index="36788" local_entity="0" value="0" />
+        <value cell_index="36789" local_entity="0" value="0" />
+        <value cell_index="36790" local_entity="0" value="0" />
+        <value cell_index="36791" local_entity="0" value="0" />
+        <value cell_index="36792" local_entity="0" value="0" />
+        <value cell_index="36793" local_entity="0" value="0" />
+        <value cell_index="36794" local_entity="0" value="0" />
+        <value cell_index="36795" local_entity="0" value="0" />
+        <value cell_index="36796" local_entity="0" value="0" />
+        <value cell_index="36797" local_entity="0" value="0" />
+        <value cell_index="36798" local_entity="0" value="0" />
+        <value cell_index="36799" local_entity="0" value="0" />
+        <value cell_index="36800" local_entity="0" value="0" />
+        <value cell_index="36801" local_entity="0" value="0" />
+        <value cell_index="36802" local_entity="0" value="0" />
+        <value cell_index="36803" local_entity="0" value="0" />
+        <value cell_index="36804" local_entity="0" value="0" />
+        <value cell_index="36805" local_entity="0" value="0" />
+        <value cell_index="36806" local_entity="0" value="0" />
+        <value cell_index="36807" local_entity="0" value="0" />
+        <value cell_index="36808" local_entity="0" value="0" />
+        <value cell_index="36809" local_entity="0" value="0" />
+        <value cell_index="36810" local_entity="0" value="0" />
+        <value cell_index="36811" local_entity="0" value="0" />
+        <value cell_index="36812" local_entity="0" value="0" />
+        <value cell_index="36813" local_entity="0" value="0" />
+        <value cell_index="36814" local_entity="0" value="0" />
+        <value cell_index="36815" local_entity="0" value="0" />
+        <value cell_index="36816" local_entity="0" value="0" />
+        <value cell_index="36817" local_entity="0" value="0" />
+        <value cell_index="36818" local_entity="0" value="0" />
+        <value cell_index="36819" local_entity="0" value="0" />
+        <value cell_index="36820" local_entity="0" value="0" />
+        <value cell_index="36821" local_entity="0" value="0" />
+        <value cell_index="36822" local_entity="0" value="0" />
+        <value cell_index="36823" local_entity="0" value="0" />
+        <value cell_index="36824" local_entity="0" value="0" />
+        <value cell_index="36825" local_entity="0" value="0" />
+        <value cell_index="36826" local_entity="0" value="0" />
+        <value cell_index="36827" local_entity="0" value="0" />
+        <value cell_index="36828" local_entity="0" value="0" />
+        <value cell_index="36829" local_entity="0" value="0" />
+        <value cell_index="36830" local_entity="0" value="0" />
+        <value cell_index="36831" local_entity="0" value="0" />
+        <value cell_index="36832" local_entity="0" value="0" />
+        <value cell_index="36833" local_entity="0" value="0" />
+        <value cell_index="36834" local_entity="0" value="0" />
+        <value cell_index="36835" local_entity="0" value="0" />
+        <value cell_index="36836" local_entity="0" value="0" />
+        <value cell_index="36837" local_entity="0" value="0" />
+        <value cell_index="36838" local_entity="0" value="0" />
+        <value cell_index="36839" local_entity="0" value="0" />
+        <value cell_index="36840" local_entity="0" value="0" />
+        <value cell_index="36841" local_entity="0" value="0" />
+        <value cell_index="36842" local_entity="0" value="0" />
+        <value cell_index="36843" local_entity="0" value="0" />
+        <value cell_index="36844" local_entity="0" value="0" />
+        <value cell_index="36845" local_entity="0" value="0" />
+        <value cell_index="36846" local_entity="0" value="0" />
+        <value cell_index="36847" local_entity="0" value="0" />
+        <value cell_index="36848" local_entity="0" value="0" />
+        <value cell_index="36849" local_entity="0" value="0" />
+        <value cell_index="36850" local_entity="0" value="0" />
+        <value cell_index="36851" local_entity="0" value="0" />
+        <value cell_index="36852" local_entity="0" value="0" />
+        <value cell_index="36853" local_entity="0" value="0" />
+        <value cell_index="36854" local_entity="0" value="0" />
+        <value cell_index="36855" local_entity="0" value="0" />
+        <value cell_index="36856" local_entity="0" value="0" />
+        <value cell_index="36857" local_entity="0" value="0" />
+        <value cell_index="36858" local_entity="0" value="0" />
+        <value cell_index="36859" local_entity="0" value="0" />
+        <value cell_index="36860" local_entity="0" value="0" />
+        <value cell_index="36861" local_entity="0" value="0" />
+        <value cell_index="36862" local_entity="0" value="0" />
+        <value cell_index="36863" local_entity="0" value="0" />
+        <value cell_index="36864" local_entity="0" value="0" />
+        <value cell_index="36865" local_entity="0" value="0" />
+        <value cell_index="36866" local_entity="0" value="0" />
+        <value cell_index="36867" local_entity="0" value="0" />
+        <value cell_index="36868" local_entity="0" value="0" />
+        <value cell_index="36869" local_entity="0" value="0" />
+        <value cell_index="36870" local_entity="0" value="0" />
+        <value cell_index="36871" local_entity="0" value="0" />
+        <value cell_index="36872" local_entity="0" value="0" />
+        <value cell_index="36873" local_entity="0" value="0" />
+        <value cell_index="36874" local_entity="0" value="0" />
+        <value cell_index="36875" local_entity="0" value="0" />
+        <value cell_index="36876" local_entity="0" value="0" />
+        <value cell_index="36877" local_entity="0" value="0" />
+        <value cell_index="36878" local_entity="0" value="0" />
+        <value cell_index="36879" local_entity="0" value="0" />
+        <value cell_index="36880" local_entity="0" value="0" />
+        <value cell_index="36881" local_entity="0" value="0" />
+        <value cell_index="36882" local_entity="0" value="0" />
+        <value cell_index="36883" local_entity="0" value="0" />
+        <value cell_index="36884" local_entity="0" value="0" />
+        <value cell_index="36885" local_entity="0" value="0" />
+        <value cell_index="36886" local_entity="0" value="0" />
+        <value cell_index="36887" local_entity="0" value="0" />
+        <value cell_index="36888" local_entity="0" value="0" />
+        <value cell_index="36889" local_entity="0" value="0" />
+        <value cell_index="36890" local_entity="0" value="0" />
+        <value cell_index="36891" local_entity="0" value="0" />
+        <value cell_index="36892" local_entity="0" value="0" />
+        <value cell_index="36893" local_entity="0" value="0" />
+        <value cell_index="36894" local_entity="0" value="0" />
+        <value cell_index="36895" local_entity="0" value="0" />
+        <value cell_index="36896" local_entity="0" value="0" />
+        <value cell_index="36897" local_entity="0" value="0" />
+        <value cell_index="36898" local_entity="0" value="0" />
+        <value cell_index="36899" local_entity="0" value="0" />
+        <value cell_index="36900" local_entity="0" value="0" />
+        <value cell_index="36901" local_entity="0" value="0" />
+        <value cell_index="36902" local_entity="0" value="0" />
+        <value cell_index="36903" local_entity="0" value="0" />
+        <value cell_index="36904" local_entity="0" value="0" />
+        <value cell_index="36905" local_entity="0" value="0" />
+        <value cell_index="36906" local_entity="0" value="0" />
+        <value cell_index="36907" local_entity="0" value="0" />
+        <value cell_index="36908" local_entity="0" value="0" />
+        <value cell_index="36909" local_entity="0" value="0" />
+        <value cell_index="36910" local_entity="0" value="0" />
+        <value cell_index="36911" local_entity="0" value="0" />
+        <value cell_index="36912" local_entity="0" value="0" />
+        <value cell_index="36913" local_entity="0" value="0" />
+        <value cell_index="36914" local_entity="0" value="0" />
+        <value cell_index="36915" local_entity="0" value="0" />
+        <value cell_index="36916" local_entity="0" value="0" />
+        <value cell_index="36917" local_entity="0" value="0" />
+        <value cell_index="36918" local_entity="0" value="0" />
+        <value cell_index="36919" local_entity="0" value="0" />
+        <value cell_index="36920" local_entity="0" value="0" />
+        <value cell_index="36921" local_entity="0" value="0" />
+        <value cell_index="36922" local_entity="0" value="0" />
+        <value cell_index="36923" local_entity="0" value="0" />
+        <value cell_index="36924" local_entity="0" value="0" />
+        <value cell_index="36925" local_entity="0" value="0" />
+        <value cell_index="36926" local_entity="0" value="0" />
+        <value cell_index="36927" local_entity="0" value="0" />
+        <value cell_index="36928" local_entity="0" value="0" />
+        <value cell_index="36929" local_entity="0" value="0" />
+        <value cell_index="36930" local_entity="0" value="0" />
+        <value cell_index="36931" local_entity="0" value="0" />
+        <value cell_index="36932" local_entity="0" value="0" />
+        <value cell_index="36933" local_entity="0" value="0" />
+        <value cell_index="36934" local_entity="0" value="0" />
+        <value cell_index="36935" local_entity="0" value="0" />
+        <value cell_index="36936" local_entity="0" value="0" />
+        <value cell_index="36937" local_entity="0" value="0" />
+        <value cell_index="36938" local_entity="0" value="0" />
+        <value cell_index="36939" local_entity="0" value="0" />
+        <value cell_index="36940" local_entity="0" value="0" />
+        <value cell_index="36941" local_entity="0" value="0" />
+        <value cell_index="36942" local_entity="0" value="0" />
+        <value cell_index="36943" local_entity="0" value="0" />
+        <value cell_index="36944" local_entity="0" value="0" />
+        <value cell_index="36945" local_entity="0" value="0" />
+        <value cell_index="36946" local_entity="0" value="0" />
+        <value cell_index="36947" local_entity="0" value="0" />
+        <value cell_index="36948" local_entity="0" value="0" />
+        <value cell_index="36949" local_entity="0" value="0" />
+        <value cell_index="36950" local_entity="0" value="0" />
+        <value cell_index="36951" local_entity="0" value="0" />
+        <value cell_index="36952" local_entity="0" value="0" />
+        <value cell_index="36953" local_entity="0" value="0" />
+        <value cell_index="36954" local_entity="0" value="0" />
+        <value cell_index="36955" local_entity="0" value="0" />
+        <value cell_index="36956" local_entity="0" value="0" />
+        <value cell_index="36957" local_entity="0" value="0" />
+        <value cell_index="36958" local_entity="0" value="0" />
+        <value cell_index="36959" local_entity="0" value="0" />
+        <value cell_index="36960" local_entity="0" value="0" />
+        <value cell_index="36961" local_entity="0" value="0" />
+        <value cell_index="36962" local_entity="0" value="0" />
+        <value cell_index="36963" local_entity="0" value="0" />
+        <value cell_index="36964" local_entity="0" value="0" />
+        <value cell_index="36965" local_entity="0" value="0" />
+        <value cell_index="36966" local_entity="0" value="0" />
+        <value cell_index="36967" local_entity="0" value="0" />
+        <value cell_index="36968" local_entity="0" value="0" />
+        <value cell_index="36969" local_entity="0" value="0" />
+        <value cell_index="36970" local_entity="0" value="0" />
+        <value cell_index="36971" local_entity="0" value="0" />
+        <value cell_index="36972" local_entity="0" value="0" />
+        <value cell_index="36973" local_entity="0" value="0" />
+        <value cell_index="36974" local_entity="0" value="0" />
+        <value cell_index="36975" local_entity="0" value="0" />
+        <value cell_index="36976" local_entity="0" value="0" />
+        <value cell_index="36977" local_entity="0" value="0" />
+        <value cell_index="36978" local_entity="0" value="0" />
+        <value cell_index="36979" local_entity="0" value="0" />
+        <value cell_index="36980" local_entity="0" value="0" />
+        <value cell_index="36981" local_entity="0" value="0" />
+        <value cell_index="36982" local_entity="0" value="0" />
+        <value cell_index="36983" local_entity="0" value="0" />
+        <value cell_index="36984" local_entity="0" value="0" />
+        <value cell_index="36985" local_entity="0" value="0" />
+        <value cell_index="36986" local_entity="0" value="0" />
+        <value cell_index="36987" local_entity="0" value="0" />
+        <value cell_index="36988" local_entity="0" value="0" />
+        <value cell_index="36989" local_entity="0" value="0" />
+        <value cell_index="36990" local_entity="0" value="0" />
+        <value cell_index="36991" local_entity="0" value="0" />
+        <value cell_index="36992" local_entity="0" value="0" />
+        <value cell_index="36993" local_entity="0" value="0" />
+        <value cell_index="36994" local_entity="0" value="0" />
+        <value cell_index="36995" local_entity="0" value="0" />
+        <value cell_index="36996" local_entity="0" value="0" />
+        <value cell_index="36997" local_entity="0" value="0" />
+        <value cell_index="36998" local_entity="0" value="0" />
+        <value cell_index="36999" local_entity="0" value="0" />
+        <value cell_index="37000" local_entity="0" value="0" />
+        <value cell_index="37001" local_entity="0" value="0" />
+        <value cell_index="37002" local_entity="0" value="0" />
+        <value cell_index="37003" local_entity="0" value="0" />
+        <value cell_index="37004" local_entity="0" value="0" />
+        <value cell_index="37005" local_entity="0" value="0" />
+        <value cell_index="37006" local_entity="0" value="0" />
+        <value cell_index="37007" local_entity="0" value="0" />
+        <value cell_index="37008" local_entity="0" value="0" />
+        <value cell_index="37009" local_entity="0" value="0" />
+        <value cell_index="37010" local_entity="0" value="0" />
+        <value cell_index="37011" local_entity="0" value="0" />
+        <value cell_index="37012" local_entity="0" value="0" />
+        <value cell_index="37013" local_entity="0" value="0" />
+        <value cell_index="37014" local_entity="0" value="0" />
+        <value cell_index="37015" local_entity="0" value="0" />
+        <value cell_index="37016" local_entity="0" value="0" />
+        <value cell_index="37017" local_entity="0" value="0" />
+        <value cell_index="37018" local_entity="0" value="0" />
+        <value cell_index="37019" local_entity="0" value="0" />
+        <value cell_index="37020" local_entity="0" value="0" />
+        <value cell_index="37021" local_entity="0" value="0" />
+        <value cell_index="37022" local_entity="0" value="0" />
+        <value cell_index="37023" local_entity="0" value="0" />
+        <value cell_index="37024" local_entity="0" value="0" />
+        <value cell_index="37025" local_entity="0" value="0" />
+        <value cell_index="37026" local_entity="0" value="0" />
+        <value cell_index="37027" local_entity="0" value="0" />
+        <value cell_index="37028" local_entity="0" value="0" />
+        <value cell_index="37029" local_entity="0" value="0" />
+        <value cell_index="37030" local_entity="0" value="0" />
+        <value cell_index="37031" local_entity="0" value="0" />
+        <value cell_index="37032" local_entity="0" value="0" />
+        <value cell_index="37033" local_entity="0" value="0" />
+        <value cell_index="37034" local_entity="0" value="0" />
+        <value cell_index="37035" local_entity="0" value="0" />
+        <value cell_index="37036" local_entity="0" value="0" />
+        <value cell_index="37037" local_entity="0" value="0" />
+        <value cell_index="37038" local_entity="0" value="0" />
+        <value cell_index="37039" local_entity="0" value="0" />
+        <value cell_index="37040" local_entity="0" value="0" />
+        <value cell_index="37041" local_entity="0" value="0" />
+        <value cell_index="37042" local_entity="0" value="0" />
+        <value cell_index="37043" local_entity="0" value="0" />
+        <value cell_index="37044" local_entity="0" value="0" />
+        <value cell_index="37045" local_entity="0" value="0" />
+        <value cell_index="37046" local_entity="0" value="0" />
+        <value cell_index="37047" local_entity="0" value="0" />
+        <value cell_index="37048" local_entity="0" value="0" />
+        <value cell_index="37049" local_entity="0" value="0" />
+        <value cell_index="37050" local_entity="0" value="0" />
+        <value cell_index="37051" local_entity="0" value="0" />
+        <value cell_index="37052" local_entity="0" value="0" />
+        <value cell_index="37053" local_entity="0" value="0" />
+        <value cell_index="37054" local_entity="0" value="0" />
+        <value cell_index="37055" local_entity="0" value="0" />
+        <value cell_index="37056" local_entity="0" value="0" />
+        <value cell_index="37057" local_entity="0" value="0" />
+        <value cell_index="37058" local_entity="0" value="0" />
+        <value cell_index="37059" local_entity="0" value="0" />
+        <value cell_index="37060" local_entity="0" value="0" />
+        <value cell_index="37061" local_entity="0" value="0" />
+        <value cell_index="37062" local_entity="0" value="0" />
+        <value cell_index="37063" local_entity="0" value="0" />
+        <value cell_index="37064" local_entity="0" value="0" />
+        <value cell_index="37065" local_entity="0" value="0" />
+        <value cell_index="37066" local_entity="0" value="0" />
+        <value cell_index="37067" local_entity="0" value="0" />
+        <value cell_index="37068" local_entity="0" value="0" />
+        <value cell_index="37069" local_entity="0" value="0" />
+        <value cell_index="37070" local_entity="0" value="0" />
+        <value cell_index="37071" local_entity="0" value="0" />
+        <value cell_index="37072" local_entity="0" value="0" />
+        <value cell_index="37073" local_entity="0" value="0" />
+        <value cell_index="37074" local_entity="0" value="0" />
+        <value cell_index="37075" local_entity="0" value="0" />
+        <value cell_index="37076" local_entity="0" value="0" />
+        <value cell_index="37077" local_entity="0" value="0" />
+        <value cell_index="37078" local_entity="0" value="0" />
+        <value cell_index="37079" local_entity="0" value="0" />
+        <value cell_index="37080" local_entity="0" value="0" />
+        <value cell_index="37081" local_entity="0" value="0" />
+        <value cell_index="37082" local_entity="0" value="0" />
+        <value cell_index="37083" local_entity="0" value="0" />
+        <value cell_index="37084" local_entity="0" value="0" />
+        <value cell_index="37085" local_entity="0" value="0" />
+        <value cell_index="37086" local_entity="0" value="0" />
+        <value cell_index="37087" local_entity="0" value="0" />
+        <value cell_index="37088" local_entity="0" value="0" />
+        <value cell_index="37089" local_entity="0" value="0" />
+        <value cell_index="37090" local_entity="0" value="0" />
+        <value cell_index="37091" local_entity="0" value="0" />
+        <value cell_index="37092" local_entity="0" value="0" />
+        <value cell_index="37093" local_entity="0" value="0" />
+        <value cell_index="37094" local_entity="0" value="0" />
+        <value cell_index="37095" local_entity="0" value="0" />
+        <value cell_index="37096" local_entity="0" value="0" />
+        <value cell_index="37097" local_entity="0" value="0" />
+        <value cell_index="37098" local_entity="0" value="0" />
+        <value cell_index="37099" local_entity="0" value="0" />
+        <value cell_index="37100" local_entity="0" value="0" />
+        <value cell_index="37101" local_entity="0" value="0" />
+        <value cell_index="37102" local_entity="0" value="0" />
+        <value cell_index="37103" local_entity="0" value="0" />
+        <value cell_index="37104" local_entity="0" value="0" />
+        <value cell_index="37105" local_entity="0" value="0" />
+        <value cell_index="37106" local_entity="0" value="0" />
+        <value cell_index="37107" local_entity="0" value="0" />
+        <value cell_index="37108" local_entity="0" value="0" />
+        <value cell_index="37109" local_entity="0" value="0" />
+        <value cell_index="37110" local_entity="0" value="0" />
+        <value cell_index="37111" local_entity="0" value="0" />
+        <value cell_index="37112" local_entity="0" value="0" />
+        <value cell_index="37113" local_entity="0" value="0" />
+        <value cell_index="37114" local_entity="0" value="0" />
+        <value cell_index="37115" local_entity="0" value="0" />
+        <value cell_index="37116" local_entity="0" value="0" />
+        <value cell_index="37117" local_entity="0" value="0" />
+        <value cell_index="37118" local_entity="0" value="0" />
+        <value cell_index="37119" local_entity="0" value="0" />
+        <value cell_index="37120" local_entity="0" value="0" />
+        <value cell_index="37121" local_entity="0" value="0" />
+        <value cell_index="37122" local_entity="0" value="0" />
+        <value cell_index="37123" local_entity="0" value="0" />
+        <value cell_index="37124" local_entity="0" value="0" />
+        <value cell_index="37125" local_entity="0" value="0" />
+        <value cell_index="37126" local_entity="0" value="0" />
+        <value cell_index="37127" local_entity="0" value="0" />
+        <value cell_index="37128" local_entity="0" value="0" />
+        <value cell_index="37129" local_entity="0" value="0" />
+        <value cell_index="37130" local_entity="0" value="0" />
+        <value cell_index="37131" local_entity="0" value="0" />
+        <value cell_index="37132" local_entity="0" value="0" />
+        <value cell_index="37133" local_entity="0" value="0" />
+        <value cell_index="37134" local_entity="0" value="0" />
+        <value cell_index="37135" local_entity="0" value="0" />
+        <value cell_index="37136" local_entity="0" value="0" />
+        <value cell_index="37137" local_entity="0" value="0" />
+        <value cell_index="37138" local_entity="0" value="0" />
+        <value cell_index="37139" local_entity="0" value="0" />
+        <value cell_index="37140" local_entity="0" value="0" />
+        <value cell_index="37141" local_entity="0" value="0" />
+        <value cell_index="37142" local_entity="0" value="0" />
+        <value cell_index="37143" local_entity="0" value="0" />
+        <value cell_index="37144" local_entity="0" value="0" />
+        <value cell_index="37145" local_entity="0" value="0" />
+        <value cell_index="37146" local_entity="0" value="0" />
+        <value cell_index="37147" local_entity="0" value="0" />
+        <value cell_index="37148" local_entity="0" value="0" />
+        <value cell_index="37149" local_entity="0" value="0" />
+        <value cell_index="37150" local_entity="0" value="0" />
+        <value cell_index="37151" local_entity="0" value="0" />
+        <value cell_index="37152" local_entity="0" value="0" />
+        <value cell_index="37153" local_entity="0" value="0" />
+        <value cell_index="37154" local_entity="0" value="0" />
+        <value cell_index="37155" local_entity="0" value="0" />
+        <value cell_index="37156" local_entity="0" value="0" />
+        <value cell_index="37157" local_entity="0" value="0" />
+        <value cell_index="37158" local_entity="0" value="0" />
+        <value cell_index="37159" local_entity="0" value="0" />
+        <value cell_index="37160" local_entity="0" value="0" />
+        <value cell_index="37161" local_entity="0" value="0" />
+        <value cell_index="37162" local_entity="0" value="0" />
+        <value cell_index="37163" local_entity="0" value="0" />
+        <value cell_index="37164" local_entity="0" value="0" />
+        <value cell_index="37165" local_entity="0" value="0" />
+        <value cell_index="37166" local_entity="0" value="0" />
+        <value cell_index="37167" local_entity="0" value="0" />
+        <value cell_index="37168" local_entity="0" value="0" />
+        <value cell_index="37169" local_entity="0" value="0" />
+        <value cell_index="37170" local_entity="0" value="0" />
+        <value cell_index="37171" local_entity="0" value="0" />
+        <value cell_index="37172" local_entity="0" value="0" />
+        <value cell_index="37173" local_entity="0" value="0" />
+        <value cell_index="37174" local_entity="0" value="0" />
+        <value cell_index="37175" local_entity="0" value="0" />
+        <value cell_index="37176" local_entity="0" value="0" />
+        <value cell_index="37177" local_entity="0" value="0" />
+        <value cell_index="37178" local_entity="0" value="0" />
+        <value cell_index="37179" local_entity="0" value="0" />
+        <value cell_index="37180" local_entity="0" value="0" />
+        <value cell_index="37181" local_entity="0" value="0" />
+        <value cell_index="37182" local_entity="0" value="0" />
+        <value cell_index="37183" local_entity="0" value="0" />
+        <value cell_index="37184" local_entity="0" value="0" />
+        <value cell_index="37185" local_entity="0" value="0" />
+        <value cell_index="37186" local_entity="0" value="0" />
+        <value cell_index="37187" local_entity="0" value="0" />
+        <value cell_index="37188" local_entity="0" value="0" />
+        <value cell_index="37189" local_entity="0" value="0" />
+        <value cell_index="37190" local_entity="0" value="0" />
+        <value cell_index="37191" local_entity="0" value="0" />
+        <value cell_index="37192" local_entity="0" value="0" />
+        <value cell_index="37193" local_entity="0" value="0" />
+        <value cell_index="37194" local_entity="0" value="0" />
+        <value cell_index="37195" local_entity="0" value="0" />
+        <value cell_index="37196" local_entity="0" value="0" />
+        <value cell_index="37197" local_entity="0" value="0" />
+        <value cell_index="37198" local_entity="0" value="0" />
+        <value cell_index="37199" local_entity="0" value="0" />
+        <value cell_index="37200" local_entity="0" value="0" />
+        <value cell_index="37201" local_entity="0" value="0" />
+        <value cell_index="37202" local_entity="0" value="0" />
+        <value cell_index="37203" local_entity="0" value="0" />
+        <value cell_index="37204" local_entity="0" value="0" />
+        <value cell_index="37205" local_entity="0" value="0" />
+        <value cell_index="37206" local_entity="0" value="0" />
+        <value cell_index="37207" local_entity="0" value="0" />
+        <value cell_index="37208" local_entity="0" value="0" />
+        <value cell_index="37209" local_entity="0" value="0" />
+        <value cell_index="37210" local_entity="0" value="0" />
+        <value cell_index="37211" local_entity="0" value="0" />
+        <value cell_index="37212" local_entity="0" value="0" />
+        <value cell_index="37213" local_entity="0" value="0" />
+        <value cell_index="37214" local_entity="0" value="0" />
+        <value cell_index="37215" local_entity="0" value="0" />
+        <value cell_index="37216" local_entity="0" value="0" />
+        <value cell_index="37217" local_entity="0" value="0" />
+        <value cell_index="37218" local_entity="0" value="0" />
+        <value cell_index="37219" local_entity="0" value="0" />
+        <value cell_index="37220" local_entity="0" value="0" />
+        <value cell_index="37221" local_entity="0" value="0" />
+        <value cell_index="37222" local_entity="0" value="0" />
+        <value cell_index="37223" local_entity="0" value="0" />
+        <value cell_index="37224" local_entity="0" value="0" />
+        <value cell_index="37225" local_entity="0" value="0" />
+        <value cell_index="37226" local_entity="0" value="0" />
+        <value cell_index="37227" local_entity="0" value="0" />
+        <value cell_index="37228" local_entity="0" value="0" />
+        <value cell_index="37229" local_entity="0" value="0" />
+        <value cell_index="37230" local_entity="0" value="0" />
+        <value cell_index="37231" local_entity="0" value="0" />
+        <value cell_index="37232" local_entity="0" value="0" />
+        <value cell_index="37233" local_entity="0" value="0" />
+        <value cell_index="37234" local_entity="0" value="0" />
+        <value cell_index="37235" local_entity="0" value="0" />
+        <value cell_index="37236" local_entity="0" value="0" />
+        <value cell_index="37237" local_entity="0" value="0" />
+        <value cell_index="37238" local_entity="0" value="0" />
+        <value cell_index="37239" local_entity="0" value="0" />
+        <value cell_index="37240" local_entity="0" value="0" />
+        <value cell_index="37241" local_entity="0" value="0" />
+        <value cell_index="37242" local_entity="0" value="0" />
+        <value cell_index="37243" local_entity="0" value="0" />
+        <value cell_index="37244" local_entity="0" value="0" />
+        <value cell_index="37245" local_entity="0" value="0" />
+        <value cell_index="37246" local_entity="0" value="0" />
+        <value cell_index="37247" local_entity="0" value="0" />
+        <value cell_index="37248" local_entity="0" value="0" />
+        <value cell_index="37249" local_entity="0" value="0" />
+        <value cell_index="37250" local_entity="0" value="0" />
+        <value cell_index="37251" local_entity="0" value="0" />
+        <value cell_index="37252" local_entity="0" value="0" />
+        <value cell_index="37253" local_entity="0" value="0" />
+        <value cell_index="37254" local_entity="0" value="0" />
+        <value cell_index="37255" local_entity="0" value="0" />
+        <value cell_index="37256" local_entity="0" value="0" />
+        <value cell_index="37257" local_entity="0" value="0" />
+        <value cell_index="37258" local_entity="0" value="0" />
+        <value cell_index="37259" local_entity="0" value="0" />
+        <value cell_index="37260" local_entity="0" value="0" />
+        <value cell_index="37261" local_entity="0" value="0" />
+        <value cell_index="37262" local_entity="0" value="0" />
+        <value cell_index="37263" local_entity="0" value="0" />
+        <value cell_index="37264" local_entity="0" value="0" />
+        <value cell_index="37265" local_entity="0" value="0" />
+        <value cell_index="37266" local_entity="0" value="0" />
+        <value cell_index="37267" local_entity="0" value="0" />
+        <value cell_index="37268" local_entity="0" value="0" />
+        <value cell_index="37269" local_entity="0" value="0" />
+        <value cell_index="37270" local_entity="0" value="0" />
+        <value cell_index="37271" local_entity="0" value="0" />
+        <value cell_index="37272" local_entity="0" value="0" />
+        <value cell_index="37273" local_entity="0" value="0" />
+        <value cell_index="37274" local_entity="0" value="0" />
+        <value cell_index="37275" local_entity="0" value="0" />
+        <value cell_index="37276" local_entity="0" value="0" />
+        <value cell_index="37277" local_entity="0" value="0" />
+        <value cell_index="37278" local_entity="0" value="0" />
+        <value cell_index="37279" local_entity="0" value="0" />
+        <value cell_index="37280" local_entity="0" value="0" />
+        <value cell_index="37281" local_entity="0" value="0" />
+        <value cell_index="37282" local_entity="0" value="0" />
+        <value cell_index="37283" local_entity="0" value="0" />
+        <value cell_index="37284" local_entity="0" value="0" />
+        <value cell_index="37285" local_entity="0" value="0" />
+        <value cell_index="37286" local_entity="0" value="0" />
+        <value cell_index="37287" local_entity="0" value="0" />
+        <value cell_index="37288" local_entity="0" value="0" />
+        <value cell_index="37289" local_entity="0" value="0" />
+        <value cell_index="37290" local_entity="0" value="0" />
+        <value cell_index="37291" local_entity="0" value="0" />
+        <value cell_index="37292" local_entity="0" value="0" />
+        <value cell_index="37293" local_entity="0" value="0" />
+        <value cell_index="37294" local_entity="0" value="0" />
+        <value cell_index="37295" local_entity="0" value="0" />
+        <value cell_index="37296" local_entity="0" value="0" />
+        <value cell_index="37297" local_entity="0" value="0" />
+        <value cell_index="37298" local_entity="0" value="0" />
+        <value cell_index="37299" local_entity="0" value="0" />
+        <value cell_index="37300" local_entity="0" value="0" />
+        <value cell_index="37301" local_entity="0" value="0" />
+        <value cell_index="37302" local_entity="0" value="0" />
+        <value cell_index="37303" local_entity="0" value="0" />
+        <value cell_index="37304" local_entity="0" value="0" />
+        <value cell_index="37305" local_entity="0" value="0" />
+        <value cell_index="37306" local_entity="0" value="0" />
+        <value cell_index="37307" local_entity="0" value="0" />
+        <value cell_index="37308" local_entity="0" value="0" />
+        <value cell_index="37309" local_entity="0" value="0" />
+        <value cell_index="37310" local_entity="0" value="0" />
+        <value cell_index="37311" local_entity="0" value="0" />
+        <value cell_index="37312" local_entity="0" value="0" />
+        <value cell_index="37313" local_entity="0" value="0" />
+        <value cell_index="37314" local_entity="0" value="0" />
+        <value cell_index="37315" local_entity="0" value="0" />
+        <value cell_index="37316" local_entity="0" value="0" />
+        <value cell_index="37317" local_entity="0" value="0" />
+        <value cell_index="37318" local_entity="0" value="0" />
+        <value cell_index="37319" local_entity="0" value="0" />
+        <value cell_index="37320" local_entity="0" value="0" />
+        <value cell_index="37321" local_entity="0" value="0" />
+        <value cell_index="37322" local_entity="0" value="0" />
+        <value cell_index="37323" local_entity="0" value="0" />
+        <value cell_index="37324" local_entity="0" value="0" />
+        <value cell_index="37325" local_entity="0" value="0" />
+        <value cell_index="37326" local_entity="0" value="0" />
+        <value cell_index="37327" local_entity="0" value="0" />
+        <value cell_index="37328" local_entity="0" value="0" />
+        <value cell_index="37329" local_entity="0" value="0" />
+        <value cell_index="37330" local_entity="0" value="0" />
+        <value cell_index="37331" local_entity="0" value="0" />
+        <value cell_index="37332" local_entity="0" value="0" />
+        <value cell_index="37333" local_entity="0" value="0" />
+        <value cell_index="37334" local_entity="0" value="0" />
+        <value cell_index="37335" local_entity="0" value="0" />
+        <value cell_index="37336" local_entity="0" value="0" />
+        <value cell_index="37337" local_entity="0" value="0" />
+        <value cell_index="37338" local_entity="0" value="0" />
+        <value cell_index="37339" local_entity="0" value="0" />
+        <value cell_index="37340" local_entity="0" value="0" />
+        <value cell_index="37341" local_entity="0" value="0" />
+        <value cell_index="37342" local_entity="0" value="0" />
+        <value cell_index="37343" local_entity="0" value="0" />
+        <value cell_index="37344" local_entity="0" value="0" />
+        <value cell_index="37345" local_entity="0" value="0" />
+        <value cell_index="37346" local_entity="0" value="0" />
+        <value cell_index="37347" local_entity="0" value="0" />
+        <value cell_index="37348" local_entity="0" value="0" />
+        <value cell_index="37349" local_entity="0" value="0" />
+        <value cell_index="37350" local_entity="0" value="0" />
+        <value cell_index="37351" local_entity="0" value="0" />
+        <value cell_index="37352" local_entity="0" value="0" />
+        <value cell_index="37353" local_entity="0" value="0" />
+        <value cell_index="37354" local_entity="0" value="0" />
+        <value cell_index="37355" local_entity="0" value="0" />
+        <value cell_index="37356" local_entity="0" value="0" />
+        <value cell_index="37357" local_entity="0" value="0" />
+        <value cell_index="37358" local_entity="0" value="0" />
+        <value cell_index="37359" local_entity="0" value="0" />
+        <value cell_index="37360" local_entity="0" value="0" />
+        <value cell_index="37361" local_entity="0" value="0" />
+        <value cell_index="37362" local_entity="0" value="0" />
+        <value cell_index="37363" local_entity="0" value="0" />
+        <value cell_index="37364" local_entity="0" value="0" />
+        <value cell_index="37365" local_entity="0" value="0" />
+        <value cell_index="37366" local_entity="0" value="0" />
+        <value cell_index="37367" local_entity="0" value="0" />
+        <value cell_index="37368" local_entity="0" value="0" />
+        <value cell_index="37369" local_entity="0" value="0" />
+        <value cell_index="37370" local_entity="0" value="0" />
+        <value cell_index="37371" local_entity="0" value="0" />
+        <value cell_index="37372" local_entity="0" value="0" />
+        <value cell_index="37373" local_entity="0" value="0" />
+        <value cell_index="37374" local_entity="0" value="0" />
+        <value cell_index="37375" local_entity="0" value="0" />
+        <value cell_index="37376" local_entity="0" value="0" />
+        <value cell_index="37377" local_entity="0" value="0" />
+        <value cell_index="37378" local_entity="0" value="0" />
+        <value cell_index="37379" local_entity="0" value="0" />
+        <value cell_index="37380" local_entity="0" value="0" />
+        <value cell_index="37381" local_entity="0" value="0" />
+        <value cell_index="37382" local_entity="0" value="0" />
+        <value cell_index="37383" local_entity="0" value="0" />
+        <value cell_index="37384" local_entity="0" value="0" />
+        <value cell_index="37385" local_entity="0" value="0" />
+        <value cell_index="37386" local_entity="0" value="0" />
+        <value cell_index="37387" local_entity="0" value="0" />
+        <value cell_index="37388" local_entity="0" value="0" />
+        <value cell_index="37389" local_entity="0" value="0" />
+        <value cell_index="37390" local_entity="0" value="0" />
+        <value cell_index="37391" local_entity="0" value="0" />
+        <value cell_index="37392" local_entity="0" value="0" />
+        <value cell_index="37393" local_entity="0" value="0" />
+        <value cell_index="37394" local_entity="0" value="0" />
+        <value cell_index="37395" local_entity="0" value="0" />
+        <value cell_index="37396" local_entity="0" value="0" />
+        <value cell_index="37397" local_entity="0" value="0" />
+        <value cell_index="37398" local_entity="0" value="0" />
+        <value cell_index="37399" local_entity="0" value="0" />
+        <value cell_index="37400" local_entity="0" value="0" />
+        <value cell_index="37401" local_entity="0" value="0" />
+        <value cell_index="37402" local_entity="0" value="0" />
+        <value cell_index="37403" local_entity="0" value="0" />
+        <value cell_index="37404" local_entity="0" value="0" />
+        <value cell_index="37405" local_entity="0" value="0" />
+        <value cell_index="37406" local_entity="0" value="0" />
+        <value cell_index="37407" local_entity="0" value="0" />
+        <value cell_index="37408" local_entity="0" value="0" />
+        <value cell_index="37409" local_entity="0" value="0" />
+        <value cell_index="37410" local_entity="0" value="0" />
+        <value cell_index="37411" local_entity="0" value="0" />
+        <value cell_index="37412" local_entity="0" value="0" />
+        <value cell_index="37413" local_entity="0" value="0" />
+        <value cell_index="37414" local_entity="0" value="0" />
+        <value cell_index="37415" local_entity="0" value="0" />
+        <value cell_index="37416" local_entity="0" value="0" />
+        <value cell_index="37417" local_entity="0" value="0" />
+        <value cell_index="37418" local_entity="0" value="0" />
+        <value cell_index="37419" local_entity="0" value="0" />
+        <value cell_index="37420" local_entity="0" value="0" />
+        <value cell_index="37421" local_entity="0" value="0" />
+        <value cell_index="37422" local_entity="0" value="0" />
+        <value cell_index="37423" local_entity="0" value="0" />
+        <value cell_index="37424" local_entity="0" value="0" />
+        <value cell_index="37425" local_entity="0" value="0" />
+        <value cell_index="37426" local_entity="0" value="0" />
+        <value cell_index="37427" local_entity="0" value="0" />
+        <value cell_index="37428" local_entity="0" value="0" />
+        <value cell_index="37429" local_entity="0" value="0" />
+        <value cell_index="37430" local_entity="0" value="0" />
+        <value cell_index="37431" local_entity="0" value="0" />
+        <value cell_index="37432" local_entity="0" value="0" />
+        <value cell_index="37433" local_entity="0" value="0" />
+        <value cell_index="37434" local_entity="0" value="0" />
+        <value cell_index="37435" local_entity="0" value="0" />
+        <value cell_index="37436" local_entity="0" value="0" />
+        <value cell_index="37437" local_entity="0" value="0" />
+        <value cell_index="37438" local_entity="0" value="0" />
+        <value cell_index="37439" local_entity="0" value="0" />
+        <value cell_index="37440" local_entity="0" value="0" />
+        <value cell_index="37441" local_entity="0" value="0" />
+        <value cell_index="37442" local_entity="0" value="0" />
+        <value cell_index="37443" local_entity="0" value="0" />
+        <value cell_index="37444" local_entity="0" value="0" />
+        <value cell_index="37445" local_entity="0" value="0" />
+        <value cell_index="37446" local_entity="0" value="0" />
+        <value cell_index="37447" local_entity="0" value="0" />
+        <value cell_index="37448" local_entity="0" value="0" />
+        <value cell_index="37449" local_entity="0" value="0" />
+        <value cell_index="37450" local_entity="0" value="0" />
+        <value cell_index="37451" local_entity="0" value="0" />
+        <value cell_index="37452" local_entity="0" value="0" />
+        <value cell_index="37453" local_entity="0" value="0" />
+        <value cell_index="37454" local_entity="0" value="0" />
+        <value cell_index="37455" local_entity="0" value="0" />
+        <value cell_index="37456" local_entity="0" value="0" />
+        <value cell_index="37457" local_entity="0" value="0" />
+        <value cell_index="37458" local_entity="0" value="0" />
+        <value cell_index="37459" local_entity="0" value="0" />
+        <value cell_index="37460" local_entity="0" value="0" />
+        <value cell_index="37461" local_entity="0" value="0" />
+        <value cell_index="37462" local_entity="0" value="0" />
+        <value cell_index="37463" local_entity="0" value="0" />
+        <value cell_index="37464" local_entity="0" value="0" />
+        <value cell_index="37465" local_entity="0" value="0" />
+        <value cell_index="37466" local_entity="0" value="0" />
+        <value cell_index="37467" local_entity="0" value="0" />
+        <value cell_index="37468" local_entity="0" value="0" />
+        <value cell_index="37469" local_entity="0" value="0" />
+        <value cell_index="37470" local_entity="0" value="0" />
+        <value cell_index="37471" local_entity="0" value="0" />
+        <value cell_index="37472" local_entity="0" value="0" />
+        <value cell_index="37473" local_entity="0" value="0" />
+        <value cell_index="37474" local_entity="0" value="0" />
+        <value cell_index="37475" local_entity="0" value="0" />
+        <value cell_index="37476" local_entity="0" value="0" />
+        <value cell_index="37477" local_entity="0" value="0" />
+        <value cell_index="37478" local_entity="0" value="0" />
+        <value cell_index="37479" local_entity="0" value="0" />
+        <value cell_index="37480" local_entity="0" value="0" />
+        <value cell_index="37481" local_entity="0" value="0" />
+        <value cell_index="37482" local_entity="0" value="0" />
+        <value cell_index="37483" local_entity="0" value="0" />
+        <value cell_index="37484" local_entity="0" value="0" />
+        <value cell_index="37485" local_entity="0" value="0" />
+        <value cell_index="37486" local_entity="0" value="0" />
+        <value cell_index="37487" local_entity="0" value="0" />
+        <value cell_index="37488" local_entity="0" value="0" />
+        <value cell_index="37489" local_entity="0" value="0" />
+        <value cell_index="37490" local_entity="0" value="0" />
+        <value cell_index="37491" local_entity="0" value="0" />
+        <value cell_index="37492" local_entity="0" value="0" />
+        <value cell_index="37493" local_entity="0" value="0" />
+        <value cell_index="37494" local_entity="0" value="0" />
+        <value cell_index="37495" local_entity="0" value="0" />
+        <value cell_index="37496" local_entity="0" value="0" />
+        <value cell_index="37497" local_entity="0" value="0" />
+        <value cell_index="37498" local_entity="0" value="0" />
+        <value cell_index="37499" local_entity="0" value="0" />
+        <value cell_index="37500" local_entity="0" value="0" />
+        <value cell_index="37501" local_entity="0" value="0" />
+        <value cell_index="37502" local_entity="0" value="0" />
+        <value cell_index="37503" local_entity="0" value="0" />
+        <value cell_index="37504" local_entity="0" value="0" />
+        <value cell_index="37505" local_entity="0" value="0" />
+        <value cell_index="37506" local_entity="0" value="0" />
+        <value cell_index="37507" local_entity="0" value="0" />
+        <value cell_index="37508" local_entity="0" value="0" />
+        <value cell_index="37509" local_entity="0" value="0" />
+        <value cell_index="37510" local_entity="0" value="0" />
+        <value cell_index="37511" local_entity="0" value="0" />
+        <value cell_index="37512" local_entity="0" value="0" />
+        <value cell_index="37513" local_entity="0" value="0" />
+        <value cell_index="37514" local_entity="0" value="0" />
+        <value cell_index="37515" local_entity="0" value="0" />
+        <value cell_index="37516" local_entity="0" value="0" />
+        <value cell_index="37517" local_entity="0" value="0" />
+        <value cell_index="37518" local_entity="0" value="0" />
+        <value cell_index="37519" local_entity="0" value="0" />
+        <value cell_index="37520" local_entity="0" value="0" />
+        <value cell_index="37521" local_entity="0" value="0" />
+        <value cell_index="37522" local_entity="0" value="0" />
+        <value cell_index="37523" local_entity="0" value="0" />
+        <value cell_index="37524" local_entity="0" value="0" />
+        <value cell_index="37525" local_entity="0" value="0" />
+        <value cell_index="37526" local_entity="0" value="0" />
+        <value cell_index="37527" local_entity="0" value="0" />
+        <value cell_index="37528" local_entity="0" value="0" />
+        <value cell_index="37529" local_entity="0" value="0" />
+        <value cell_index="37530" local_entity="0" value="0" />
+        <value cell_index="37531" local_entity="0" value="0" />
+        <value cell_index="37532" local_entity="0" value="0" />
+        <value cell_index="37533" local_entity="0" value="0" />
+        <value cell_index="37534" local_entity="0" value="0" />
+        <value cell_index="37535" local_entity="0" value="0" />
+        <value cell_index="37536" local_entity="0" value="0" />
+        <value cell_index="37537" local_entity="0" value="0" />
+        <value cell_index="37538" local_entity="0" value="0" />
+        <value cell_index="37539" local_entity="0" value="0" />
+        <value cell_index="37540" local_entity="0" value="0" />
+        <value cell_index="37541" local_entity="0" value="0" />
+        <value cell_index="37542" local_entity="0" value="0" />
+        <value cell_index="37543" local_entity="0" value="0" />
+        <value cell_index="37544" local_entity="0" value="0" />
+        <value cell_index="37545" local_entity="0" value="0" />
+        <value cell_index="37546" local_entity="0" value="0" />
+        <value cell_index="37547" local_entity="0" value="0" />
+      </mesh_value_collection>
+    </domains>
+  </mesh>
+</dolfin>
diff --git a/test/data/manifest.xml b/test/data/manifest.xml
new file mode 100755
index 0000000..52291cc
--- /dev/null
+++ b/test/data/manifest.xml
@@ -0,0 +1,62 @@
+<courseModule>
+
+  <module id="0">
+    <name><![CDATA[  CourseModule  ]]></name>
+    <description><![CDATA[  Course Module  ]]></description>
+    <uri><![CDATA[    ]]></uri>
+  </module>
+
+  <questions>
+
+    <question uid="f7614ec0-4e5d-446d-a5a4-eabd194b2615" modifiedBy="8e899c32-a71f-4ac2-b140-990fee1afa57" school="450a5fd9-9ee9-4425-bc34-7463628c51cf">
+      <mode>Inline</mode>
+      <name><![CDATA[  Extremvärdesproblem 2  ]]></name>
+      <editing>useHTML</editing>
+      <numberOfAttempts>1</numberOfAttempts>
+      <numberOfAttemptsLeft>1</numberOfAttemptsLeft>
+      <numberOfTryAnother>0</numberOfTryAnother>
+      <numberOfTryAnotherLeft>0</numberOfTryAnotherLeft>
+      <privacy>0</privacy>
+      <allowRepublish>false</allowRepublish>
+      <attributeAuthor>true</attributeAuthor>
+      <modifiedIn>10</modifiedIn>
+      <difficulty>0.0</difficulty>
+      <text><![CDATA[  <p>	Bestäm minsta värdet för funktionen \(f(x) = 2/|x| + |x - 3| - \ln |x|\).</p><p>	&nbsp;</p><p>	Svara med en formel.</p><p>	&nbsp;</p><p>	<1></p>  ]]></text>
+      <weighting>1</weighting>
+      <numbering>alpha</numbering>
+
+      <parts>
+
+        <part>
+          <mode>Formula</mode>
+          <name><![CDATA[  sro_id_1  ]]></name>
+          <editing>useHTML</editing>
+          <numberOfAttempts>1</numberOfAttempts>
+          <numberOfAttemptsLeft>1</numberOfAttemptsLeft>
+          <numberOfTryAnother>0</numberOfTryAnother>
+          <numberOfTryAnotherLeft>0</numberOfTryAnotherLeft>
+          <allowRepublish>false</allowRepublish>
+          <attributeAuthor>false</attributeAuthor>
+          <modifiedIn>10</modifiedIn>
+          <difficulty>0.0</difficulty>
+          <text><![CDATA[  (Unset)  ]]></text>
+          <answer><![CDATA[  2/3-ln(3)  ]]></answer>
+        </part>
+      </parts>
+    </question>
+  </questions>
+
+  <authors>
+
+    <author uid="8e899c32-a71f-4ac2-b140-990fee1afa57" instanceUid="7fc22d96-399b-4619-83c6-0560aad32b8d" defaultSchool="450a5fd9-9ee9-4425-bc34-7463628c51cf">
+      <displayName><![CDATA[  Anders Logg  ]]></displayName>
+    </author>
+  </authors>
+
+  <schools>
+
+    <school uid="450a5fd9-9ee9-4425-bc34-7463628c51cf">
+      <name><![CDATA[  Chalmers University of Technology  ]]></name>
+    </school>
+  </schools>
+</courseModule>
\ No newline at end of file
diff --git a/test/data/snake.xml b/test/data/snake.xml
new file mode 100644
index 0000000..ad5b630
--- /dev/null
+++ b/test/data/snake.xml
@@ -0,0 +1,9487 @@
+<?xml version="1.0" encoding="UTF-8"?>
+
+<dolfin xmlns:dolfin="http://www.fenics.org/dolfin/">
+  <mesh celltype="triangle" dim="2">
+    <vertices size="3321">
+      <vertex index="0" x="165" y="-55"/>
+      <vertex index="1" x="170" y="-57"/>
+      <vertex index="2" x="175" y="-61"/>
+      <vertex index="3" x="178" y="-66"/>
+      <vertex index="4" x="180" y="-71"/>
+      <vertex index="5" x="181" y="-76"/>
+      <vertex index="6" x="182" y="-81"/>
+      <vertex index="7" x="182" y="-86"/>
+      <vertex index="8" x="182" y="-91"/>
+      <vertex index="9" x="182" y="-96"/>
+      <vertex index="10" x="185" y="-101"/>
+      <vertex index="11" x="190" y="-104"/>
+      <vertex index="12" x="192" y="-109"/>
+      <vertex index="13" x="191" y="-114"/>
+      <vertex index="14" x="189" y="-119"/>
+      <vertex index="15" x="187" y="-124"/>
+      <vertex index="16" x="183" y="-127"/>
+      <vertex index="17" x="184" y="-132"/>
+      <vertex index="18" x="185" y="-137"/>
+      <vertex index="19" x="186" y="-142"/>
+      <vertex index="20" x="189" y="-147"/>
+      <vertex index="21" x="194" y="-151"/>
+      <vertex index="22" x="199" y="-153"/>
+      <vertex index="23" x="204" y="-155"/>
+      <vertex index="24" x="208" y="-160"/>
+      <vertex index="25" x="210" y="-165"/>
+      <vertex index="26" x="211" y="-170"/>
+      <vertex index="27" x="211" y="-175"/>
+      <vertex index="28" x="212" y="-180"/>
+      <vertex index="29" x="212" y="-185"/>
+      <vertex index="30" x="214" y="-190"/>
+      <vertex index="31" x="215" y="-195"/>
+      <vertex index="32" x="213" y="-193"/>
+      <vertex index="33" x="210" y="-188"/>
+      <vertex index="34" x="208" y="-183"/>
+      <vertex index="35" x="207" y="-178"/>
+      <vertex index="36" x="207" y="-173"/>
+      <vertex index="37" x="207" y="-168"/>
+      <vertex index="38" x="205" y="-163"/>
+      <vertex index="39" x="201" y="-158"/>
+      <vertex index="40" x="196" y="-155"/>
+      <vertex index="41" x="191" y="-153"/>
+      <vertex index="42" x="186" y="-151"/>
+      <vertex index="43" x="184" y="-154"/>
+      <vertex index="44" x="184" y="-159"/>
+      <vertex index="45" x="184" y="-164"/>
+      <vertex index="46" x="184" y="-169"/>
+      <vertex index="47" x="185" y="-174"/>
+      <vertex index="48" x="187" y="-179"/>
+      <vertex index="49" x="190" y="-184"/>
+      <vertex index="50" x="193" y="-189"/>
+      <vertex index="51" x="189" y="-187"/>
+      <vertex index="52" x="186" y="-182"/>
+      <vertex index="53" x="183" y="-177"/>
+      <vertex index="54" x="181" y="-172"/>
+      <vertex index="55" x="180" y="-167"/>
+      <vertex index="56" x="179" y="-162"/>
+      <vertex index="57" x="180" y="-157"/>
+      <vertex index="58" x="181" y="-152"/>
+      <vertex index="59" x="182" y="-147"/>
+      <vertex index="60" x="183" y="-142"/>
+      <vertex index="61" x="182" y="-137"/>
+      <vertex index="62" x="181" y="-132"/>
+      <vertex index="63" x="178" y="-128"/>
+      <vertex index="64" x="173" y="-129"/>
+      <vertex index="65" x="168" y="-128"/>
+      <vertex index="66" x="163" y="-125"/>
+      <vertex index="67" x="159" y="-121"/>
+      <vertex index="68" x="155" y="-117"/>
+      <vertex index="69" x="150" y="-115"/>
+      <vertex index="70" x="145" y="-114"/>
+      <vertex index="71" x="140" y="-113"/>
+      <vertex index="72" x="135" y="-112"/>
+      <vertex index="73" x="130" y="-111"/>
+      <vertex index="74" x="125" y="-109"/>
+      <vertex index="75" x="120" y="-106"/>
+      <vertex index="76" x="116" y="-102"/>
+      <vertex index="77" x="111" y="-98"/>
+      <vertex index="78" x="106" y="-96"/>
+      <vertex index="79" x="101" y="-97"/>
+      <vertex index="80" x="96" y="-98"/>
+      <vertex index="81" x="91" y="-101"/>
+      <vertex index="82" x="88" y="-105"/>
+      <vertex index="83" x="85" y="-110"/>
+      <vertex index="84" x="83" y="-115"/>
+      <vertex index="85" x="82" y="-120"/>
+      <vertex index="86" x="82" y="-125"/>
+      <vertex index="87" x="82" y="-130"/>
+      <vertex index="88" x="81" y="-135"/>
+      <vertex index="89" x="82" y="-140"/>
+      <vertex index="90" x="82" y="-145"/>
+      <vertex index="91" x="84" y="-150"/>
+      <vertex index="92" x="86" y="-155"/>
+      <vertex index="93" x="90" y="-160"/>
+      <vertex index="94" x="93" y="-164"/>
+      <vertex index="95" x="98" y="-169"/>
+      <vertex index="96" x="101" y="-173"/>
+      <vertex index="97" x="105" y="-177"/>
+      <vertex index="98" x="110" y="-181"/>
+      <vertex index="99" x="115" y="-184"/>
+      <vertex index="100" x="120" y="-187"/>
+      <vertex index="101" x="125" y="-191"/>
+      <vertex index="102" x="130" y="-194"/>
+      <vertex index="103" x="135" y="-197"/>
+      <vertex index="104" x="140" y="-200"/>
+      <vertex index="105" x="145" y="-203"/>
+      <vertex index="106" x="150" y="-206"/>
+      <vertex index="107" x="155" y="-209"/>
+      <vertex index="108" x="160" y="-211"/>
+      <vertex index="109" x="165" y="-213"/>
+      <vertex index="110" x="170" y="-215"/>
+      <vertex index="111" x="175" y="-218"/>
+      <vertex index="112" x="180" y="-220"/>
+      <vertex index="113" x="185" y="-222"/>
+      <vertex index="114" x="190" y="-225"/>
+      <vertex index="115" x="195" y="-228"/>
+      <vertex index="116" x="200" y="-232"/>
+      <vertex index="117" x="205" y="-236"/>
+      <vertex index="118" x="210" y="-239"/>
+      <vertex index="119" x="214" y="-243"/>
+      <vertex index="120" x="218" y="-247"/>
+      <vertex index="121" x="222" y="-252"/>
+      <vertex index="122" x="225" y="-256"/>
+      <vertex index="123" x="229" y="-261"/>
+      <vertex index="124" x="232" y="-266"/>
+      <vertex index="125" x="235" y="-271"/>
+      <vertex index="126" x="237" y="-276"/>
+      <vertex index="127" x="239" y="-281"/>
+      <vertex index="128" x="241" y="-286"/>
+      <vertex index="129" x="243" y="-291"/>
+      <vertex index="130" x="244" y="-296"/>
+      <vertex index="131" x="245" y="-301"/>
+      <vertex index="132" x="246" y="-306"/>
+      <vertex index="133" x="247" y="-311"/>
+      <vertex index="134" x="247" y="-316"/>
+      <vertex index="135" x="247" y="-321"/>
+      <vertex index="136" x="248" y="-326"/>
+      <vertex index="137" x="247" y="-331"/>
+      <vertex index="138" x="247" y="-336"/>
+      <vertex index="139" x="246" y="-341"/>
+      <vertex index="140" x="245" y="-346"/>
+      <vertex index="141" x="244" y="-351"/>
+      <vertex index="142" x="242" y="-356"/>
+      <vertex index="143" x="240" y="-361"/>
+      <vertex index="144" x="237" y="-366"/>
+      <vertex index="145" x="234" y="-371"/>
+      <vertex index="146" x="230" y="-376"/>
+      <vertex index="147" x="225" y="-381"/>
+      <vertex index="148" x="220" y="-386"/>
+      <vertex index="149" x="216" y="-390"/>
+      <vertex index="150" x="211" y="-393"/>
+      <vertex index="151" x="206" y="-396"/>
+      <vertex index="152" x="201" y="-399"/>
+      <vertex index="153" x="196" y="-402"/>
+      <vertex index="154" x="191" y="-404"/>
+      <vertex index="155" x="186" y="-406"/>
+      <vertex index="156" x="181" y="-408"/>
+      <vertex index="157" x="176" y="-409"/>
+      <vertex index="158" x="171" y="-409"/>
+      <vertex index="159" x="166" y="-410"/>
+      <vertex index="160" x="161" y="-410"/>
+      <vertex index="161" x="156" y="-409"/>
+      <vertex index="162" x="151" y="-409"/>
+      <vertex index="163" x="146" y="-407"/>
+      <vertex index="164" x="141" y="-405"/>
+      <vertex index="165" x="136" y="-403"/>
+      <vertex index="166" x="131" y="-400"/>
+      <vertex index="167" x="126" y="-396"/>
+      <vertex index="168" x="122" y="-392"/>
+      <vertex index="169" x="118" y="-388"/>
+      <vertex index="170" x="113" y="-384"/>
+      <vertex index="171" x="109" y="-380"/>
+      <vertex index="172" x="104" y="-377"/>
+      <vertex index="173" x="100" y="-373"/>
+      <vertex index="174" x="96" y="-369"/>
+      <vertex index="175" x="91" y="-365"/>
+      <vertex index="176" x="87" y="-362"/>
+      <vertex index="177" x="82" y="-358"/>
+      <vertex index="178" x="78" y="-354"/>
+      <vertex index="179" x="73" y="-351"/>
+      <vertex index="180" x="68" y="-348"/>
+      <vertex index="181" x="63" y="-347"/>
+      <vertex index="182" x="58" y="-346"/>
+      <vertex index="183" x="53" y="-346"/>
+      <vertex index="184" x="49" y="-350"/>
+      <vertex index="185" x="47" y="-355"/>
+      <vertex index="186" x="48" y="-360"/>
+      <vertex index="187" x="50" y="-365"/>
+      <vertex index="188" x="52" y="-370"/>
+      <vertex index="189" x="55" y="-375"/>
+      <vertex index="190" x="58" y="-379"/>
+      <vertex index="191" x="63" y="-382"/>
+      <vertex index="192" x="68" y="-386"/>
+      <vertex index="193" x="73" y="-389"/>
+      <vertex index="194" x="78" y="-392"/>
+      <vertex index="195" x="83" y="-394"/>
+      <vertex index="196" x="88" y="-395"/>
+      <vertex index="197" x="93" y="-397"/>
+      <vertex index="198" x="98" y="-398"/>
+      <vertex index="199" x="103" y="-399"/>
+      <vertex index="200" x="108" y="-401"/>
+      <vertex index="201" x="113" y="-403"/>
+      <vertex index="202" x="118" y="-407"/>
+      <vertex index="203" x="121" y="-411"/>
+      <vertex index="204" x="124" y="-416"/>
+      <vertex index="205" x="126" y="-421"/>
+      <vertex index="206" x="128" y="-426"/>
+      <vertex index="207" x="130" y="-431"/>
+      <vertex index="208" x="130" y="-436"/>
+      <vertex index="209" x="131" y="-441"/>
+      <vertex index="210" x="131" y="-446"/>
+      <vertex index="211" x="130" y="-451"/>
+      <vertex index="212" x="129" y="-456"/>
+      <vertex index="213" x="128" y="-461"/>
+      <vertex index="214" x="126" y="-466"/>
+      <vertex index="215" x="123" y="-471"/>
+      <vertex index="216" x="120" y="-476"/>
+      <vertex index="217" x="116" y="-480"/>
+      <vertex index="218" x="111" y="-484"/>
+      <vertex index="219" x="106" y="-487"/>
+      <vertex index="220" x="101" y="-489"/>
+      <vertex index="221" x="96" y="-490"/>
+      <vertex index="222" x="91" y="-490"/>
+      <vertex index="223" x="86" y="-491"/>
+      <vertex index="224" x="81" y="-490"/>
+      <vertex index="225" x="76" y="-489"/>
+      <vertex index="226" x="71" y="-487"/>
+      <vertex index="227" x="66" y="-483"/>
+      <vertex index="228" x="62" y="-478"/>
+      <vertex index="229" x="59" y="-473"/>
+      <vertex index="230" x="58" y="-468"/>
+      <vertex index="231" x="57" y="-463"/>
+      <vertex index="232" x="57" y="-458"/>
+      <vertex index="233" x="58" y="-453"/>
+      <vertex index="234" x="60" y="-448"/>
+      <vertex index="235" x="64" y="-443"/>
+      <vertex index="236" x="69" y="-440"/>
+      <vertex index="237" x="74" y="-439"/>
+      <vertex index="238" x="79" y="-438"/>
+      <vertex index="239" x="84" y="-439"/>
+      <vertex index="240" x="89" y="-442"/>
+      <vertex index="241" x="92" y="-446"/>
+      <vertex index="242" x="94" y="-451"/>
+      <vertex index="243" x="95" y="-456"/>
+      <vertex index="244" x="94" y="-461"/>
+      <vertex index="245" x="90" y="-466"/>
+      <vertex index="246" x="85" y="-469"/>
+      <vertex index="247" x="80" y="-468"/>
+      <vertex index="248" x="75" y="-463"/>
+      <vertex index="249" x="73" y="-458"/>
+      <vertex index="250" x="75" y="-457"/>
+      <vertex index="251" x="79" y="-462"/>
+      <vertex index="252" x="84" y="-463"/>
+      <vertex index="253" x="88" y="-459"/>
+      <vertex index="254" x="89" y="-454"/>
+      <vertex index="255" x="88" y="-449"/>
+      <vertex index="256" x="83" y="-445"/>
+      <vertex index="257" x="78" y="-444"/>
+      <vertex index="258" x="73" y="-444"/>
+      <vertex index="259" x="68" y="-447"/>
+      <vertex index="260" x="64" y="-451"/>
+      <vertex index="261" x="63" y="-456"/>
+      <vertex index="262" x="63" y="-461"/>
+      <vertex index="263" x="64" y="-466"/>
+      <vertex index="264" x="68" y="-471"/>
+      <vertex index="265" x="71" y="-475"/>
+      <vertex index="266" x="76" y="-478"/>
+      <vertex index="267" x="81" y="-481"/>
+      <vertex index="268" x="86" y="-482"/>
+      <vertex index="269" x="91" y="-483"/>
+      <vertex index="270" x="96" y="-482"/>
+      <vertex index="271" x="101" y="-479"/>
+      <vertex index="272" x="106" y="-475"/>
+      <vertex index="273" x="110" y="-470"/>
+      <vertex index="274" x="112" y="-465"/>
+      <vertex index="275" x="114" y="-460"/>
+      <vertex index="276" x="116" y="-455"/>
+      <vertex index="277" x="117" y="-450"/>
+      <vertex index="278" x="118" y="-445"/>
+      <vertex index="279" x="117" y="-440"/>
+      <vertex index="280" x="116" y="-435"/>
+      <vertex index="281" x="114" y="-430"/>
+      <vertex index="282" x="110" y="-425"/>
+      <vertex index="283" x="105" y="-421"/>
+      <vertex index="284" x="101" y="-419"/>
+      <vertex index="285" x="96" y="-417"/>
+      <vertex index="286" x="91" y="-415"/>
+      <vertex index="287" x="86" y="-414"/>
+      <vertex index="288" x="81" y="-413"/>
+      <vertex index="289" x="76" y="-411"/>
+      <vertex index="290" x="71" y="-410"/>
+      <vertex index="291" x="66" y="-409"/>
+      <vertex index="292" x="61" y="-406"/>
+      <vertex index="293" x="56" y="-403"/>
+      <vertex index="294" x="51" y="-400"/>
+      <vertex index="295" x="46" y="-397"/>
+      <vertex index="296" x="41" y="-394"/>
+      <vertex index="297" x="36" y="-390"/>
+      <vertex index="298" x="32" y="-386"/>
+      <vertex index="299" x="28" y="-381"/>
+      <vertex index="300" x="25" y="-377"/>
+      <vertex index="301" x="22" y="-372"/>
+      <vertex index="302" x="20" y="-367"/>
+      <vertex index="303" x="20" y="-362"/>
+      <vertex index="304" x="19" y="-357"/>
+      <vertex index="305" x="20" y="-352"/>
+      <vertex index="306" x="20" y="-347"/>
+      <vertex index="307" x="21" y="-342"/>
+      <vertex index="308" x="23" y="-337"/>
+      <vertex index="309" x="27" y="-332"/>
+      <vertex index="310" x="31" y="-327"/>
+      <vertex index="311" x="36" y="-323"/>
+      <vertex index="312" x="41" y="-320"/>
+      <vertex index="313" x="46" y="-318"/>
+      <vertex index="314" x="51" y="-317"/>
+      <vertex index="315" x="56" y="-317"/>
+      <vertex index="316" x="61" y="-317"/>
+      <vertex index="317" x="66" y="-317"/>
+      <vertex index="318" x="71" y="-317"/>
+      <vertex index="319" x="76" y="-317"/>
+      <vertex index="320" x="81" y="-318"/>
+      <vertex index="321" x="86" y="-320"/>
+      <vertex index="322" x="91" y="-322"/>
+      <vertex index="323" x="96" y="-324"/>
+      <vertex index="324" x="101" y="-327"/>
+      <vertex index="325" x="106" y="-330"/>
+      <vertex index="326" x="111" y="-334"/>
+      <vertex index="327" x="116" y="-338"/>
+      <vertex index="328" x="119" y="-342"/>
+      <vertex index="329" x="124" y="-346"/>
+      <vertex index="330" x="129" y="-349"/>
+      <vertex index="331" x="134" y="-352"/>
+      <vertex index="332" x="139" y="-354"/>
+      <vertex index="333" x="144" y="-356"/>
+      <vertex index="334" x="149" y="-357"/>
+      <vertex index="335" x="154" y="-357"/>
+      <vertex index="336" x="159" y="-359"/>
+      <vertex index="337" x="164" y="-358"/>
+      <vertex index="338" x="169" y="-357"/>
+      <vertex index="339" x="174" y="-356"/>
+      <vertex index="340" x="179" y="-355"/>
+      <vertex index="341" x="184" y="-353"/>
+      <vertex index="342" x="189" y="-349"/>
+      <vertex index="343" x="193" y="-346"/>
+      <vertex index="344" x="198" y="-342"/>
+      <vertex index="345" x="202" y="-337"/>
+      <vertex index="346" x="204" y="-332"/>
+      <vertex index="347" x="205" y="-327"/>
+      <vertex index="348" x="205" y="-322"/>
+      <vertex index="349" x="205" y="-317"/>
+      <vertex index="350" x="204" y="-312"/>
+      <vertex index="351" x="202" y="-307"/>
+      <vertex index="352" x="199" y="-302"/>
+      <vertex index="353" x="196" y="-297"/>
+      <vertex index="354" x="192" y="-293"/>
+      <vertex index="355" x="188" y="-288"/>
+      <vertex index="356" x="183" y="-283"/>
+      <vertex index="357" x="178" y="-280"/>
+      <vertex index="358" x="173" y="-277"/>
+      <vertex index="359" x="168" y="-274"/>
+      <vertex index="360" x="163" y="-271"/>
+      <vertex index="361" x="158" y="-268"/>
+      <vertex index="362" x="153" y="-265"/>
+      <vertex index="363" x="148" y="-262"/>
+      <vertex index="364" x="143" y="-260"/>
+      <vertex index="365" x="138" y="-257"/>
+      <vertex index="366" x="133" y="-254"/>
+      <vertex index="367" x="128" y="-251"/>
+      <vertex index="368" x="123" y="-249"/>
+      <vertex index="369" x="118" y="-246"/>
+      <vertex index="370" x="113" y="-243"/>
+      <vertex index="371" x="108" y="-240"/>
+      <vertex index="372" x="103" y="-237"/>
+      <vertex index="373" x="98" y="-234"/>
+      <vertex index="374" x="93" y="-231"/>
+      <vertex index="375" x="88" y="-227"/>
+      <vertex index="376" x="83" y="-224"/>
+      <vertex index="377" x="78" y="-221"/>
+      <vertex index="378" x="73" y="-217"/>
+      <vertex index="379" x="68" y="-214"/>
+      <vertex index="380" x="63" y="-210"/>
+      <vertex index="381" x="58" y="-206"/>
+      <vertex index="382" x="53" y="-203"/>
+      <vertex index="383" x="48" y="-199"/>
+      <vertex index="384" x="45" y="-194"/>
+      <vertex index="385" x="42" y="-189"/>
+      <vertex index="386" x="38" y="-184"/>
+      <vertex index="387" x="35" y="-179"/>
+      <vertex index="388" x="32" y="-174"/>
+      <vertex index="389" x="30" y="-169"/>
+      <vertex index="390" x="27" y="-164"/>
+      <vertex index="391" x="26" y="-159"/>
+      <vertex index="392" x="24" y="-154"/>
+      <vertex index="393" x="22" y="-149"/>
+      <vertex index="394" x="21" y="-144"/>
+      <vertex index="395" x="21" y="-139"/>
+      <vertex index="396" x="20" y="-134"/>
+      <vertex index="397" x="20" y="-129"/>
+      <vertex index="398" x="20" y="-124"/>
+      <vertex index="399" x="20" y="-119"/>
+      <vertex index="400" x="21" y="-114"/>
+      <vertex index="401" x="22" y="-109"/>
+      <vertex index="402" x="24" y="-104"/>
+      <vertex index="403" x="26" y="-99"/>
+      <vertex index="404" x="28" y="-94"/>
+      <vertex index="405" x="31" y="-89"/>
+      <vertex index="406" x="34" y="-84"/>
+      <vertex index="407" x="39" y="-79"/>
+      <vertex index="408" x="42" y="-75"/>
+      <vertex index="409" x="46" y="-72"/>
+      <vertex index="410" x="51" y="-68"/>
+      <vertex index="411" x="56" y="-64"/>
+      <vertex index="412" x="61" y="-61"/>
+      <vertex index="413" x="66" y="-58"/>
+      <vertex index="414" x="71" y="-55"/>
+      <vertex index="415" x="76" y="-53"/>
+      <vertex index="416" x="81" y="-51"/>
+      <vertex index="417" x="86" y="-49"/>
+      <vertex index="418" x="91" y="-48"/>
+      <vertex index="419" x="96" y="-46"/>
+      <vertex index="420" x="101" y="-45"/>
+      <vertex index="421" x="106" y="-44"/>
+      <vertex index="422" x="111" y="-43"/>
+      <vertex index="423" x="116" y="-42"/>
+      <vertex index="424" x="121" y="-42"/>
+      <vertex index="425" x="126" y="-42"/>
+      <vertex index="426" x="131" y="-42"/>
+      <vertex index="427" x="136" y="-43"/>
+      <vertex index="428" x="141" y="-43"/>
+      <vertex index="429" x="146" y="-44"/>
+      <vertex index="430" x="151" y="-46"/>
+      <vertex index="431" x="156" y="-50"/>
+      <vertex index="432" x="161" y="-53"/>
+      <vertex index="433" x="191.5" y="-149"/>
+      <vertex index="434" x="77" y="-459.5"/>
+      <vertex index="435" x="77.5" y="-465.5"/>
+      <vertex index="436" x="107.364" y="-411.273"/>
+      <vertex index="437" x="181.091" y="-159.818"/>
+      <vertex index="438" x="157.612" y="-64.7754"/>
+      <vertex index="439" x="204.611" y="-158.611"/>
+      <vertex index="440" x="201.071" y="-155.071"/>
+      <vertex index="441" x="207.071" y="-165.071"/>
+      <vertex index="442" x="189.012" y="-150.72"/>
+      <vertex index="443" x="105.067" y="-415.866"/>
+      <vertex index="444" x="160.399" y="-59.2021"/>
+      <vertex index="445" x="103.792" y="-418.417"/>
+      <vertex index="446" x="161.892" y="-56.2166"/>
+      <vertex index="447" x="60.3125" y="-464.938"/>
+      <vertex index="448" x="61.9375" y="-469.812"/>
+      <vertex index="449" x="63.1716" y="-473.897"/>
+      <vertex index="450" x="66" y="-468.5"/>
+      <vertex index="451" x="66.7086" y="-477.126"/>
+      <vertex index="452" x="60.7308" y="-451.192"/>
+      <vertex index="453" x="59.6429" y="-455.929"/>
+      <vertex index="454" x="60.1203" y="-459.259"/>
+      <vertex index="455" x="63.875" y="-447"/>
+      <vertex index="456" x="81.0517" y="-464.741"/>
+      <vertex index="457" x="75.3" y="-483.5"/>
+      <vertex index="458" x="67.625" y="-443.375"/>
+      <vertex index="459" x="80.9194" y="-441.403"/>
+      <vertex index="460" x="75.5" y="-441.9"/>
+      <vertex index="461" x="42.8529" y="-379.147"/>
+      <vertex index="462" x="33.4693" y="-364.5"/>
+      <vertex index="463" x="70.5103" y="-399.448"/>
+      <vertex index="464" x="71.8333" y="-441.167"/>
+      <vertex index="465" x="84.3" y="-486.5"/>
+      <vertex index="466" x="87.8333" y="-462.833"/>
+      <vertex index="467" x="86.0396" y="-465.743"/>
+      <vertex index="468" x="92" y="-463.5"/>
+      <vertex index="469" x="91.3125" y="-457.062"/>
+      <vertex index="470" x="92.3327" y="-453.888"/>
+      <vertex index="471" x="90.6665" y="-451.001"/>
+      <vertex index="472" x="88.5" y="-445.5"/>
+      <vertex index="473" x="93.5" y="-486.5"/>
+      <vertex index="474" x="101.9" y="-484"/>
+      <vertex index="475" x="116.56" y="-469.724"/>
+      <vertex index="476" x="121.042" y="-459.917"/>
+      <vertex index="477" x="93.7609" y="-406.196"/>
+      <vertex index="478" x="83.6649" y="-403.675"/>
+      <vertex index="479" x="97.0816" y="-352.725"/>
+      <vertex index="480" x="112.775" y="-364.225"/>
+      <vertex index="481" x="33.9693" y="-347.194"/>
+      <vertex index="482" x="48.7727" y="-332.182"/>
+      <vertex index="483" x="68.5" y="-330.469"/>
+      <vertex index="484" x="34.4693" y="-141.5"/>
+      <vertex index="485" x="40.4693" y="-101.888"/>
+      <vertex index="486" x="39.9693" y="-158.806"/>
+      <vertex index="487" x="52.0816" y="-84.2754"/>
+      <vertex index="488" x="88.7246" y="-179.082"/>
+      <vertex index="489" x="68.5307" y="-127.5"/>
+      <vertex index="490" x="78.8877" y="-67.4693"/>
+      <vertex index="491" x="106.194" y="-57.9693"/>
+      <vertex index="492" x="121.538" y="-429.885"/>
+      <vertex index="493" x="123.636" y="-448.727"/>
+      <vertex index="494" x="117.614" y="-421.455"/>
+      <vertex index="495" x="123.949" y="-441.21"/>
+      <vertex index="496" x="163.5" y="-396.531"/>
+      <vertex index="497" x="136.112" y="-368.469"/>
+      <vertex index="498" x="130.888" y="-236.531"/>
+      <vertex index="499" x="151.5" y="-370.469"/>
+      <vertex index="500" x="188.112" y="-389.531"/>
+      <vertex index="501" x="216.469" y="-339.888"/>
+      <vertex index="502" x="199.082" y="-358.275"/>
+      <vertex index="503" x="218.469" y="-319.5"/>
+      <vertex index="504" x="212.725" y="-262.082"/>
+      <vertex index="505" x="226.531" y="-288.888"/>
+      <vertex index="506" x="235" y="-326"/>
+      <vertex index="507" x="162.112" y="-227.469"/>
+      <vertex index="508" x="181.022" y="-164.196"/>
+      <vertex index="509" x="173" y="-116"/>
+      <vertex index="510" x="183.167" y="-149.833"/>
+      <vertex index="511" x="180.804" y="-129.022"/>
+      <vertex index="512" x="128.775" y="-93.2246"/>
+      <vertex index="513" x="157.888" y="-102.531"/>
+      <vertex index="514" x="209.022" y="-180.196"/>
+      <vertex index="515" x="183.012" y="-109.802"/>
+      <vertex index="516" x="114.218" y="-412.961"/>
+      <vertex index="517" x="108.817" y="-406.207"/>
+      <vertex index="518" x="168.531" y="-83.5"/>
+      <vertex index="519" x="143.112" y="-58.4693"/>
+      <vertex index="520" x="100.198" y="-413.754"/>
+      <vertex index="521" x="165.732" y="-60.421"/>
+      <vertex index="522" x="67.923" y="-474.183"/>
+      <vertex index="523" x="64" y="-480.5"/>
+      <vertex index="524" x="74.1222" y="-486.444"/>
+      <vertex index="525" x="79.2414" y="-485.793"/>
+      <vertex index="526" x="81.6133" y="-487.273"/>
+      <vertex index="527" x="78.3713" y="-482.755"/>
+      <vertex index="528" x="71.2834" y="-480.194"/>
+      <vertex index="529" x="38.2006" y="-383.799"/>
+      <vertex index="530" x="50.4504" y="-381.537"/>
+      <vertex index="531" x="43.395" y="-370.542"/>
+      <vertex index="532" x="26.5026" y="-364.5"/>
+      <vertex index="533" x="33.5771" y="-373.692"/>
+      <vertex index="534" x="39.744" y="-359.051"/>
+      <vertex index="535" x="69.443" y="-404.785"/>
+      <vertex index="536" x="87.9393" y="-487.696"/>
+      <vertex index="537" x="90.4856" y="-486.01"/>
+      <vertex index="538" x="83.1045" y="-483.477"/>
+      <vertex index="539" x="83.7438" y="-489.281"/>
+      <vertex index="540" x="97.8438" y="-485.969"/>
+      <vertex index="541" x="103.012" y="-486.781"/>
+      <vertex index="542" x="106.45" y="-482.083"/>
+      <vertex index="543" x="99.3291" y="-481.882"/>
+      <vertex index="544" x="117.466" y="-464.286"/>
+      <vertex index="545" x="113.218" y="-468.387"/>
+      <vertex index="546" x="114.78" y="-474.78"/>
+      <vertex index="547" x="112.937" y="-471.843"/>
+      <vertex index="548" x="109.65" y="-473.82"/>
+      <vertex index="549" x="109.102" y="-478.359"/>
+      <vertex index="550" x="105.483" y="-478.589"/>
+      <vertex index="551" x="109.42" y="-481.392"/>
+      <vertex index="552" x="112.465" y="-479.539"/>
+      <vertex index="553" x="124.937" y="-457.787"/>
+      <vertex index="554" x="125.305" y="-453.111"/>
+      <vertex index="555" x="128.183" y="-453.237"/>
+      <vertex index="556" x="126.751" y="-450.051"/>
+      <vertex index="557" x="120.879" y="-452.286"/>
+      <vertex index="558" x="120.237" y="-448.941"/>
+      <vertex index="559" x="117.967" y="-452.793"/>
+      <vertex index="560" x="119.664" y="-456.286"/>
+      <vertex index="561" x="116.912" y="-458.265"/>
+      <vertex index="562" x="122.804" y="-455.267"/>
+      <vertex index="563" x="118.138" y="-461.188"/>
+      <vertex index="564" x="124.22" y="-462.388"/>
+      <vertex index="565" x="120.867" y="-463.421"/>
+      <vertex index="566" x="94.7023" y="-401.488"/>
+      <vertex index="567" x="89.4634" y="-409.683"/>
+      <vertex index="568" x="84.6506" y="-398.747"/>
+      <vertex index="569" x="80.2078" y="-407.73"/>
+      <vertex index="570" x="88.1123" y="-336.469"/>
+      <vertex index="571" x="87.2336" y="-348.766"/>
+      <vertex index="572" x="92.9016" y="-358.298"/>
+      <vertex index="573" x="107.945" y="-347.166"/>
+      <vertex index="574" x="103.945" y="-365.055"/>
+      <vertex index="575" x="118.957" y="-374.043"/>
+      <vertex index="576" x="27.0026" y="-345.801"/>
+      <vertex index="577" x="41.2593" y="-349.804"/>
+      <vertex index="578" x="55.5" y="-337.68"/>
+      <vertex index="579" x="53.5" y="-325.121"/>
+      <vertex index="580" x="46.0415" y="-325.354"/>
+      <vertex index="581" x="68.5" y="-323.503"/>
+      <vertex index="582" x="67.1593" y="-339.204"/>
+      <vertex index="583" x="79.501" y="-328.997"/>
+      <vertex index="584" x="27.5026" y="-141.5"/>
+      <vertex index="585" x="33.4693" y="-126.5"/>
+      <vertex index="586" x="33.5026" y="-99.1011"/>
+      <vertex index="587" x="33.2148" y="-110.586"/>
+      <vertex index="588" x="32.9074" y="-153.337"/>
+      <vertex index="589" x="39.3411" y="-168.164"/>
+      <vertex index="590" x="71.5307" y="-157.888"/>
+      <vertex index="591" x="47.9016" y="-78.7021"/>
+      <vertex index="592" x="70.5307" y="-107.112"/>
+      <vertex index="593" x="97.2135" y="-180.787"/>
+      <vertex index="594" x="82.0934" y="-169.055"/>
+      <vertex index="595" x="68.5307" y="-142.5"/>
+      <vertex index="596" x="74.8174" y="-131.163"/>
+      <vertex index="597" x="74.5693" y="-122.5"/>
+      <vertex index="598" x="95.8061" y="-84.0307"/>
+      <vertex index="599" x="91.1147" y="-61.5737"/>
+      <vertex index="600" x="81.4723" y="-59.4307"/>
+      <vertex index="601" x="104.801" y="-51.0026"/>
+      <vertex index="602" x="123.5" y="-55.4693"/>
+      <vertex index="603" x="117.791" y="-431.383"/>
+      <vertex index="604" x="117.977" y="-426.414"/>
+      <vertex index="605" x="125.366" y="-433.5"/>
+      <vertex index="606" x="120.825" y="-435.138"/>
+      <vertex index="607" x="123.049" y="-425.081"/>
+      <vertex index="608" x="121.73" y="-419.808"/>
+      <vertex index="609" x="119" y="-415.6"/>
+      <vertex index="610" x="120.578" y="-422.897"/>
+      <vertex index="611" x="118.885" y="-418.664"/>
+      <vertex index="612" x="113.825" y="-418.044"/>
+      <vertex index="613" x="127.546" y="-443.5"/>
+      <vertex index="614" x="126.346" y="-446.678"/>
+      <vertex index="615" x="127.415" y="-439.117"/>
+      <vertex index="616" x="126.953" y="-436.103"/>
+      <vertex index="617" x="120.24" y="-441.952"/>
+      <vertex index="618" x="121.77" y="-445.424"/>
+      <vertex index="619" x="121.504" y="-438.629"/>
+      <vertex index="620" x="123.77" y="-436.377"/>
+      <vertex index="621" x="124.566" y="-444.199"/>
+      <vertex index="622" x="159.837" y="-402.817"/>
+      <vertex index="623" x="167.163" y="-402.817"/>
+      <vertex index="624" x="148.888" y="-392.531"/>
+      <vertex index="625" x="138.899" y="-361.503"/>
+      <vertex index="626" x="134.5" y="-383.5"/>
+      <vertex index="627" x="128.101" y="-243.497"/>
+      <vertex index="628" x="154.105" y="-363.986"/>
+      <vertex index="629" x="169.194" y="-370.969"/>
+      <vertex index="630" x="190.899" y="-396.497"/>
+      <vertex index="631" x="179.414" y="-396.785"/>
+      <vertex index="632" x="232.031" y="-340.806"/>
+      <vertex index="633" x="213.209" y="-331.242"/>
+      <vertex index="634" x="186.888" y="-367.469"/>
+      <vertex index="635" x="207.225" y="-377.225"/>
+      <vertex index="636" x="194.902" y="-352.702"/>
+      <vertex index="637" x="232.031" y="-306.194"/>
+      <vertex index="638" x="212.736" y="-312.853"/>
+      <vertex index="639" x="218.298" y="-257.902"/>
+      <vertex index="640" x="208.766" y="-252.234"/>
+      <vertex index="641" x="204.775" y="-284.225"/>
+      <vertex index="642" x="234.067" y="-295.387"/>
+      <vertex index="643" x="233.497" y="-286.101"/>
+      <vertex index="644" x="225.785" y="-277.586"/>
+      <vertex index="645" x="241.5" y="-327.3"/>
+      <vertex index="646" x="238.917" y="-318.5"/>
+      <vertex index="647" x="177.112" y="-234.469"/>
+      <vertex index="648" x="164.899" y="-220.503"/>
+      <vertex index="649" x="153.414" y="-220.215"/>
+      <vertex index="650" x="150.888" y="-247.531"/>
+      <vertex index="651" x="171.7" y="-122.5"/>
+      <vertex index="652" x="179.1" y="-120.5"/>
+      <vertex index="653" x="163.763" y="-112.237"/>
+      <vertex index="654" x="123.202" y="-98.7979"/>
+      <vertex index="655" x="134.447" y="-101.764"/>
+      <vertex index="656" x="113.888" y="-83.5307"/>
+      <vertex index="657" x="155.101" y="-109.497"/>
+      <vertex index="658" x="187.624" y="-110.725"/>
+      <vertex index="659" x="190.368" y="-111.274"/>
+      <vertex index="660" x="188.829" y="-107.368"/>
+      <vertex index="661" x="186.25" y="-104.584"/>
+      <vertex index="662" x="180.447" y="-104.597"/>
+      <vertex index="663" x="185.586" y="-107.786"/>
+      <vertex index="664" x="183.346" y="-103.587"/>
+      <vertex index="665" x="180.53" y="-100.173"/>
+      <vertex index="666" x="184.263" y="-115.536"/>
+      <vertex index="667" x="170.912" y="-94.4409"/>
+      <vertex index="668" x="187.507" y="-114.223"/>
+      <vertex index="669" x="184.881" y="-112.397"/>
+      <vertex index="670" x="176.299" y="-96.3379"/>
+      <vertex index="671" x="179.22" y="-97.3667"/>
+      <vertex index="672" x="178.954" y="-93.4603"/>
+      <vertex index="673" x="174.722" y="-92.2189"/>
+      <vertex index="674" x="170.212" y="-88.8636"/>
+      <vertex index="675" x="171.751" y="-91.503"/>
+      <vertex index="676" x="117.238" y="-410.697"/>
+      <vertex index="677" x="113.292" y="-407.956"/>
+      <vertex index="678" x="109.956" y="-403.361"/>
+      <vertex index="679" x="103.767" y="-404.332"/>
+      <vertex index="680" x="175.497" y="-83.5"/>
+      <vertex index="681" x="169.062" y="-72.4753"/>
+      <vertex index="682" x="145.899" y="-51.5026"/>
+      <vertex index="683" x="99.0548" y="-416.613"/>
+      <vertex index="684" x="103.713" y="-412.318"/>
+      <vertex index="685" x="104.546" y="-408.33"/>
+      <vertex index="686" x="99.1447" y="-407.308"/>
+      <vertex index="687" x="100.854" y="-410.337"/>
+      <vertex index="688" x="102.049" y="-406.742"/>
+      <vertex index="689" x="95.2324" y="-411.669"/>
+      <vertex index="690" x="170.301" y="-61.7488"/>
+      <vertex index="691" x="166.899" y="-57.5037"/>
+      <vertex index="692" x="162.202" y="-63.5871"/>
+      <vertex index="693" x="162.849" y="-60.7578"/>
+      <vertex index="694" x="159.389" y="-62.1806"/>
+      <vertex index="695" x="151.87" y="-57.9716"/>
+      <vertex index="696" x="155.049" y="-61.114"/>
+      <vertex index="697" x="161.691" y="-71.0723"/>
+      <vertex index="698" x="156.43" y="-56.5381"/>
+      <vertex index="699" x="147.887" y="-65.1793"/>
+      <vertex index="700" x="160.7" y="-67.2446"/>
+      <vertex index="701" x="155.449" y="-70.6462"/>
+      <vertex index="702" x="166.117" y="-67.8844"/>
+      <vertex index="703" x="158.641" y="-69.8198"/>
+      <vertex index="704" x="158.286" y="-75.0253"/>
+      <vertex index="705" x="163.56" y="-66.2818"/>
+      <vertex index="706" x="152.769" y="-65.4384"/>
+      <vertex index="707" x="151.187" y="-61.8412"/>
+      <vertex index="708" x="147.547" y="-59.2034"/>
+      <vertex index="709" x="148.669" y="-54.9366"/>
+      <vertex index="710" x="144.746" y="-62.3602"/>
+      <vertex index="711" x="148.177" y="-62.1652"/>
+      <vertex index="712" x="150.485" y="-50.638"/>
+      <vertex index="713" x="144.899" y="-55.1432"/>
+      <vertex index="714" x="137.58" y="-51.1747"/>
+      <vertex index="715" x="140.332" y="-54.8329"/>
+      <vertex index="716" x="133.448" y="-64.817"/>
+      <vertex index="717" x="147.607" y="-47.9706"/>
+      <vertex index="718" x="142.612" y="-47.7337"/>
+      <vertex index="719" x="153.5" y="-48"/>
+      <vertex index="720" x="138.869" y="-62.5401"/>
+      <vertex index="721" x="133.236" y="-57.3062"/>
+      <vertex index="722" x="141.311" y="-51.2317"/>
+      <vertex index="723" x="141.773" y="-61.3203"/>
+      <vertex index="724" x="138.903" y="-58.5542"/>
+      <vertex index="725" x="136.597" y="-55.5345"/>
+      <vertex index="726" x="135.5" y="-60.5182"/>
+      <vertex index="727" x="141.996" y="-68.5833"/>
+      <vertex index="728" x="142.175" y="-64.9429"/>
+      <vertex index="729" x="144.954" y="-66.9043"/>
+      <vertex index="730" x="147.832" y="-75.4224"/>
+      <vertex index="731" x="148.93" y="-70.3066"/>
+      <vertex index="732" x="74.3327" y="-480.582"/>
+      <vertex index="733" x="72.8993" y="-477.501"/>
+      <vertex index="734" x="69.6545" y="-477.678"/>
+      <vertex index="735" x="71.8279" y="-483.626"/>
+      <vertex index="736" x="68.5" y="-485"/>
+      <vertex index="737" x="35.6241" y="-386.376"/>
+      <vertex index="738" x="53.8058" y="-379.021"/>
+      <vertex index="739" x="48.7708" y="-375.337"/>
+      <vertex index="740" x="55.9341" y="-385.354"/>
+      <vertex index="741" x="50.555" y="-378.182"/>
+      <vertex index="742" x="46.6983" y="-378.619"/>
+      <vertex index="743" x="44.3736" y="-374.856"/>
+      <vertex index="744" x="55.9168" y="-381.835"/>
+      <vertex index="745" x="59.4198" y="-383.577"/>
+      <vertex index="746" x="61.6177" y="-392.198"/>
+      <vertex index="747" x="63.0776" y="-387.028"/>
+      <vertex index="748" x="39.0263" y="-373.801"/>
+      <vertex index="749" x="41.9342" y="-373.141"/>
+      <vertex index="750" x="47.6084" y="-368.857"/>
+      <vertex index="751" x="43.3183" y="-364.241"/>
+      <vertex index="752" x="46.8749" y="-372.333"/>
+      <vertex index="753" x="44.5726" y="-367.377"/>
+      <vertex index="754" x="22.7707" y="-364.5"/>
+      <vertex index="755" x="24.6367" y="-368.481"/>
+      <vertex index="756" x="21" y="-369.5"/>
+      <vertex index="757" x="26.5557" y="-372.667"/>
+      <vertex index="758" x="29.986" y="-368.56"/>
+      <vertex index="759" x="23.5" y="-374.5"/>
+      <vertex index="760" x="29.6232" y="-376.214"/>
+      <vertex index="761" x="27.3292" y="-367.315"/>
+      <vertex index="762" x="30.1414" y="-372.666"/>
+      <vertex index="763" x="27.5807" y="-378.189"/>
+      <vertex index="764" x="34.4413" y="-379.408"/>
+      <vertex index="765" x="34.1381" y="-383.044"/>
+      <vertex index="766" x="31.4139" y="-380.986"/>
+      <vertex index="767" x="32.7409" y="-376.742"/>
+      <vertex index="768" x="36.367" y="-376.305"/>
+      <vertex index="769" x="38.4735" y="-379.761"/>
+      <vertex index="770" x="40.3088" y="-376.926"/>
+      <vertex index="771" x="27.4164" y="-356.083"/>
+      <vertex index="772" x="24.4" y="-359.909"/>
+      <vertex index="773" x="44.0249" y="-358.195"/>
+      <vertex index="774" x="42.7013" y="-353.98"/>
+      <vertex index="775" x="42.3731" y="-361.066"/>
+      <vertex index="776" x="38.2724" y="-363.694"/>
+      <vertex index="777" x="40.236" y="-367.565"/>
+      <vertex index="778" x="45.555" y="-351.522"/>
+      <vertex index="779" x="36.3733" y="-367.091"/>
+      <vertex index="780" x="33.1654" y="-367.764"/>
+      <vertex index="781" x="37.9332" y="-370.354"/>
+      <vertex index="782" x="68.8389" y="-407.805"/>
+      <vertex index="783" x="74.3692" y="-406.154"/>
+      <vertex index="784" x="64.5953" y="-401.041"/>
+      <vertex index="785" x="104.75" y="-484.407"/>
+      <vertex index="786" x="108.5" y="-485.5"/>
+      <vertex index="787" x="103.379" y="-481.153"/>
+      <vertex index="788" x="114.533" y="-463.113"/>
+      <vertex index="789" x="117.011" y="-477.011"/>
+      <vertex index="790" x="117.937" y="-473.05"/>
+      <vertex index="791" x="111.842" y="-476.293"/>
+      <vertex index="792" x="95.2579" y="-398.711"/>
+      <vertex index="793" x="89.2353" y="-402.843"/>
+      <vertex index="794" x="88.8519" y="-412.74"/>
+      <vertex index="795" x="85.2225" y="-395.888"/>
+      <vertex index="796" x="78.3954" y="-398.262"/>
+      <vertex index="797" x="79.0611" y="-410.597"/>
+      <vertex index="798" x="84.2362" y="-409.819"/>
+      <vertex index="799" x="83.239" y="-406.813"/>
+      <vertex index="800" x="90.8989" y="-329.503"/>
+      <vertex index="801" x="83.3403" y="-352.66"/>
+      <vertex index="802" x="90.6624" y="-361.283"/>
+      <vertex index="803" x="112.932" y="-343.426"/>
+      <vertex index="804" x="100.636" y="-368.364"/>
+      <vertex index="805" x="98" y="-371"/>
+      <vertex index="806" x="105.594" y="-371.406"/>
+      <vertex index="807" x="97.9804" y="-362.4"/>
+      <vertex index="808" x="94.3415" y="-361.71"/>
+      <vertex index="809" x="95.5518" y="-365.268"/>
+      <vertex index="810" x="98.8403" y="-365.59"/>
+      <vertex index="811" x="104.009" y="-368.428"/>
+      <vertex index="812" x="109.033" y="-367.663"/>
+      <vertex index="813" x="114.727" y="-378.273"/>
+      <vertex index="814" x="23.2707" y="-345.054"/>
+      <vertex index="815" x="24.2687" y="-349.767"/>
+      <vertex index="816" x="26.0362" y="-340.93"/>
+      <vertex index="817" x="45.3219" y="-342.322"/>
+      <vertex index="818" x="45.5798" y="-346.918"/>
+      <vertex index="819" x="49.266" y="-346.266"/>
+      <vertex index="820" x="50.7554" y="-340.832"/>
+      <vertex index="821" x="41.0849" y="-344.865"/>
+      <vertex index="822" x="43.8728" y="-344.709"/>
+      <vertex index="823" x="55.5" y="-342.215"/>
+      <vertex index="824" x="61.412" y="-341.028"/>
+      <vertex index="825" x="53.5872" y="-339.947"/>
+      <vertex index="826" x="51.2402" y="-336.027"/>
+      <vertex index="827" x="52.6774" y="-343.069"/>
+      <vertex index="828" x="58.6969" y="-342.822"/>
+      <vertex index="829" x="55.55" y="-331.233"/>
+      <vertex index="830" x="45.7758" y="-336.819"/>
+      <vertex index="831" x="52.2917" y="-332.638"/>
+      <vertex index="832" x="55.0061" y="-334.452"/>
+      <vertex index="833" x="60.7991" y="-335.217"/>
+      <vertex index="834" x="52.5811" y="-328.829"/>
+      <vertex index="835" x="49.7999" y="-326.172"/>
+      <vertex index="836" x="50.5004" y="-321.599"/>
+      <vertex index="837" x="47.2532" y="-328.829"/>
+      <vertex index="838" x="39.776" y="-329.487"/>
+      <vertex index="839" x="43.4314" y="-328.213"/>
+      <vertex index="840" x="41.9051" y="-324.198"/>
+      <vertex index="841" x="43.0311" y="-332.944"/>
+      <vertex index="842" x="45.7641" y="-331.525"/>
+      <vertex index="843" x="48.3281" y="-335.181"/>
+      <vertex index="844" x="54.7134" y="-321.049"/>
+      <vertex index="845" x="48.8179" y="-319.09"/>
+      <vertex index="846" x="46.1982" y="-321.676"/>
+      <vertex index="847" x="39.1565" y="-322.594"/>
+      <vertex index="848" x="38.0121" y="-326.171"/>
+      <vertex index="849" x="34.4605" y="-326.201"/>
+      <vertex index="850" x="34.1328" y="-332.672"/>
+      <vertex index="851" x="33.3746" y="-329.39"/>
+      <vertex index="852" x="30.0381" y="-330.33"/>
+      <vertex index="853" x="36.5609" y="-330.383"/>
+      <vertex index="854" x="38.5183" y="-334.891"/>
+      <vertex index="855" x="61.0923" y="-325.167"/>
+      <vertex index="856" x="58.5" y="-320.023"/>
+      <vertex index="857" x="57.4806" y="-323.762"/>
+      <vertex index="858" x="62.8357" y="-321.063"/>
+      <vertex index="859" x="57.9613" y="-327.871"/>
+      <vertex index="860" x="53.5" y="-318.435"/>
+      <vertex index="861" x="43.3225" y="-321.696"/>
+      <vertex index="862" x="40.1276" y="-332.417"/>
+      <vertex index="863" x="41.9425" y="-336.625"/>
+      <vertex index="864" x="37.8954" y="-340.368"/>
+      <vertex index="865" x="43.7225" y="-339.42"/>
+      <vertex index="866" x="64.792" y="-324.317"/>
+      <vertex index="867" x="63.9279" y="-329.031"/>
+      <vertex index="868" x="67.3213" y="-326.986"/>
+      <vertex index="869" x="73.0576" y="-326.986"/>
+      <vertex index="870" x="63.5" y="-318.317"/>
+      <vertex index="871" x="59.4795" y="-331.506"/>
+      <vertex index="872" x="57.9965" y="-334.123"/>
+      <vertex index="873" x="68.5" y="-319.771"/>
+      <vertex index="874" x="65.9002" y="-321.435"/>
+      <vertex index="875" x="66.2543" y="-343.728"/>
+      <vertex index="876" x="74.2149" y="-342.968"/>
+      <vertex index="877" x="64.5792" y="-341.04"/>
+      <vertex index="878" x="63.8935" y="-337.347"/>
+      <vertex index="879" x="67.5093" y="-334.787"/>
+      <vertex index="880" x="70.12" y="-342.149"/>
+      <vertex index="881" x="74.59" y="-334.139"/>
+      <vertex index="882" x="65.49" y="-332.051"/>
+      <vertex index="883" x="62.4145" y="-332.553"/>
+      <vertex index="884" x="71.4883" y="-345.954"/>
+      <vertex index="885" x="70.9434" y="-333.303"/>
+      <vertex index="886" x="71.8204" y="-337.846"/>
+      <vertex index="887" x="73.4741" y="-330.637"/>
+      <vertex index="888" x="76.9354" y="-331.463"/>
+      <vertex index="889" x="80.9926" y="-337.385"/>
+      <vertex index="890" x="76.2272" y="-328.159"/>
+      <vertex index="891" x="80.9445" y="-333.067"/>
+      <vertex index="892" x="79.2022" y="-323.356"/>
+      <vertex index="893" x="70.5" y="-349.5"/>
+      <vertex index="894" x="69.0847" y="-337.134"/>
+      <vertex index="895" x="76.4466" y="-338.415"/>
+      <vertex index="896" x="84.3289" y="-335.189"/>
+      <vertex index="897" x="87.46" y="-332.168"/>
+      <vertex index="898" x="78.034" y="-335.184"/>
+      <vertex index="899" x="73.9045" y="-339.992"/>
+      <vertex index="900" x="85.6022" y="-326.219"/>
+      <vertex index="901" x="87.639" y="-328.847"/>
+      <vertex index="902" x="89.9598" y="-325.738"/>
+      <vertex index="903" x="83.6061" y="-329.869"/>
+      <vertex index="904" x="93.5477" y="-326.842"/>
+      <vertex index="905" x="87.6657" y="-323.086"/>
+      <vertex index="906" x="97.1438" y="-333.072"/>
+      <vertex index="907" x="97.2602" y="-327.566"/>
+      <vertex index="908" x="94.5038" y="-330.443"/>
+      <vertex index="909" x="99.5975" y="-330.37"/>
+      <vertex index="910" x="91.6876" y="-333.859"/>
+      <vertex index="911" x="103.137" y="-336.049"/>
+      <vertex index="912" x="102.772" y="-329.714"/>
+      <vertex index="913" x="101.785" y="-332.949"/>
+      <vertex index="914" x="95.5841" y="-342.949"/>
+      <vertex index="915" x="92.5921" y="-338.851"/>
+      <vertex index="916" x="90.9296" y="-336.574"/>
+      <vertex index="917" x="23.7707" y="-141.5"/>
+      <vertex index="918" x="25.6367" y="-145.9"/>
+      <vertex index="919" x="26.1256" y="-135.375"/>
+      <vertex index="920" x="24.2597" y="-138.173"/>
+      <vertex index="921" x="26.5026" y="-126.5"/>
+      <vertex index="922" x="29.7707" y="-97.6083"/>
+      <vertex index="923" x="33.4801" y="-93.7461"/>
+      <vertex index="924" x="30.7863" y="-94.8713"/>
+      <vertex index="925" x="29.693" y="-103.377"/>
+      <vertex index="926" x="30.7758" y="-100.507"/>
+      <vertex index="927" x="27.2047" y="-112.641"/>
+      <vertex index="928" x="28.5585" y="-155.077"/>
+      <vertex index="929" x="25" y="-156.5"/>
+      <vertex index="930" x="33.168" y="-160.294"/>
+      <vertex index="931" x="29.0028" y="-149.881"/>
+      <vertex index="932" x="31.7951" y="-156.862"/>
+      <vertex index="933" x="29.5664" y="-159.744"/>
+      <vertex index="934" x="36.0441" y="-157.153"/>
+      <vertex index="935" x="30.0865" y="-152.591"/>
+      <vertex index="936" x="26.8055" y="-152.31"/>
+      <vertex index="937" x="41.6367" y="-149.359"/>
+      <vertex index="938" x="39.7276" y="-153.893"/>
+      <vertex index="939" x="34.7959" y="-169.982"/>
+      <vertex index="940" x="78.4974" y="-155.101"/>
+      <vertex index="941" x="45.6624" y="-75.7166"/>
+      <vertex index="942" x="43.4788" y="-79.6868"/>
+      <vertex index="943" x="40.3225" y="-85.3225"/>
+      <vertex index="944" x="46.7434" y="-83.9249"/>
+      <vertex index="945" x="40.8453" y="-81.9136"/>
+      <vertex index="946" x="36.5" y="-81.5"/>
+      <vertex index="947" x="43.4083" y="-84.0512"/>
+      <vertex index="948" x="45.2902" y="-92.9995"/>
+      <vertex index="949" x="45.2405" y="-88.3379"/>
+      <vertex index="950" x="46.1017" y="-81.0428"/>
+      <vertex index="951" x="40.396" y="-90.7207"/>
+      <vertex index="952" x="51.2136" y="-90.6052"/>
+      <vertex index="953" x="43.3885" y="-90.6888"/>
+      <vertex index="954" x="49.0939" y="-87.1879"/>
+      <vertex index="955" x="47.7828" y="-90.6418"/>
+      <vertex index="956" x="77.4974" y="-109.899"/>
+      <vertex index="957" x="78.7246" y="-94.9184"/>
+      <vertex index="958" x="100.452" y="-177.548"/>
+      <vertex index="959" x="103" y="-175"/>
+      <vertex index="960" x="94.3412" y="-174.675"/>
+      <vertex index="961" x="103.518" y="-183.853"/>
+      <vertex index="962" x="96.879" y="-177.213"/>
+      <vertex index="963" x="97.6798" y="-173.874"/>
+      <vertex index="964" x="92.9146" y="-178.64"/>
+      <vertex index="965" x="103.075" y="-180.17"/>
+      <vertex index="966" x="100.343" y="-182.367"/>
+      <vertex index="967" x="106.412" y="-181.636"/>
+      <vertex index="968" x="94.5202" y="-190.007"/>
+      <vertex index="969" x="109.203" y="-188.277"/>
+      <vertex index="970" x="96.7225" y="-185.647"/>
+      <vertex index="971" x="108.779" y="-184.549"/>
+      <vertex index="972" x="112.047" y="-186.065"/>
+      <vertex index="973" x="115.249" y="-193.115"/>
+      <vertex index="974" x="112.805" y="-189.973"/>
+      <vertex index="975" x="107.461" y="-196.653"/>
+      <vertex index="976" x="116.781" y="-189.402"/>
+      <vertex index="977" x="110.932" y="-193.952"/>
+      <vertex index="978" x="91.3637" y="-184.021"/>
+      <vertex index="979" x="120.338" y="-193.041"/>
+      <vertex index="980" x="117.5" y="-185.5"/>
+      <vertex index="981" x="114.904" y="-187.038"/>
+      <vertex index="982" x="106.729" y="-192.131"/>
+      <vertex index="983" x="114.841" y="-202.558"/>
+      <vertex index="984" x="91.0468" y="-181.015"/>
+      <vertex index="985" x="119.765" y="-190.043"/>
+      <vertex index="986" x="109.604" y="-191.256"/>
+      <vertex index="987" x="104.747" y="-188.138"/>
+      <vertex index="988" x="99.8423" y="-195.565"/>
+      <vertex index="989" x="113.916" y="-197.787"/>
+      <vertex index="990" x="105.981" y="-185.465"/>
+      <vertex index="991" x="100.709" y="-186.977"/>
+      <vertex index="992" x="103.821" y="-194.922"/>
+      <vertex index="993" x="110.688" y="-197.22"/>
+      <vertex index="994" x="107.889" y="-203.682"/>
+      <vertex index="995" x="108.515" y="-200.116"/>
+      <vertex index="996" x="102.569" y="-200.909"/>
+      <vertex index="997" x="111.254" y="-202.436"/>
+      <vertex index="998" x="105.668" y="-201.454"/>
+      <vertex index="999" x="103.258" y="-206.077"/>
+      <vertex index="1000" x="112.737" y="-211.606"/>
+      <vertex index="1001" x="112.898" y="-206.875"/>
+      <vertex index="1002" x="97.8363" y="-188.946"/>
+      <vertex index="1003" x="97.2244" y="-192.745"/>
+      <vertex index="1004" x="101.52" y="-191.241"/>
+      <vertex index="1005" x="88.4968" y="-198.66"/>
+      <vertex index="1006" x="92.3116" y="-194.893"/>
+      <vertex index="1007" x="104.499" y="-198.188"/>
+      <vertex index="1008" x="107.973" y="-209.076"/>
+      <vertex index="1009" x="124.835" y="-209.649"/>
+      <vertex index="1010" x="110.973" y="-209.178"/>
+      <vertex index="1011" x="119.14" y="-207.087"/>
+      <vertex index="1012" x="116.063" y="-205.703"/>
+      <vertex index="1013" x="116.143" y="-209.636"/>
+      <vertex index="1014" x="119.747" y="-219.795"/>
+      <vertex index="1015" x="120.486" y="-211.706"/>
+      <vertex index="1016" x="87.0093" y="-165.368"/>
+      <vertex index="1017" x="75.4974" y="-142.5"/>
+      <vertex index="1018" x="78.6263" y="-131.925"/>
+      <vertex index="1019" x="77.6023" y="-127.142"/>
+      <vertex index="1020" x="78.7052" y="-122.5"/>
+      <vertex index="1021" x="76.6373" y="-116.354"/>
+      <vertex index="1022" x="76.6373" y="-119.775"/>
+      <vertex index="1023" x="71.553" y="-118.064"/>
+      <vertex index="1024" x="97.1995" y="-90.9974"/>
+      <vertex index="1025" x="89.7596" y="-54.7978"/>
+      <vertex index="1026" x="79.8179" y="-55.2948"/>
+      <vertex index="1027" x="75.2629" y="-59.5156"/>
+      <vertex index="1028" x="84.821" y="-55.6924"/>
+      <vertex index="1029" x="78.3513" y="-58.2803"/>
+      <vertex index="1030" x="78.4029" y="-62.8874"/>
+      <vertex index="1031" x="82.221" y="-56.7324"/>
+      <vertex index="1032" x="71.7827" y="-65.9045"/>
+      <vertex index="1033" x="75.5964" y="-65.501"/>
+      <vertex index="1034" x="73.3637" y="-62.6234"/>
+      <vertex index="1035" x="74.2939" y="-71.4148"/>
+      <vertex index="1036" x="71.1449" y="-59.1332"/>
+      <vertex index="1037" x="75.9323" y="-68.6753"/>
+      <vertex index="1038" x="79.2163" y="-72.4989"/>
+      <vertex index="1039" x="68.5" y="-56.5"/>
+      <vertex index="1040" x="104.054" y="-47.2707"/>
+      <vertex index="1041" x="99.4386" y="-50.193"/>
+      <vertex index="1042" x="109.439" y="-48.193"/>
+      <vertex index="1043" x="123.5" y="-48.5026"/>
+      <vertex index="1044" x="114.257" y="-424.194"/>
+      <vertex index="1045" x="114.516" y="-421.085"/>
+      <vertex index="1046" x="112" y="-427.5"/>
+      <vertex index="1047" x="115.023" y="-427.136"/>
+      <vertex index="1048" x="126.253" y="-429.599"/>
+      <vertex index="1049" x="123.787" y="-427.952"/>
+      <vertex index="1050" x="122.509" y="-432.691"/>
+      <vertex index="1051" x="118.354" y="-437.129"/>
+      <vertex index="1052" x="125.815" y="-423.974"/>
+      <vertex index="1053" x="120.85" y="-427.029"/>
+      <vertex index="1054" x="122.5" y="-413.5"/>
+      <vertex index="1055" x="115.857" y="-415.644"/>
+      <vertex index="1056" x="110.033" y="-415.194"/>
+      <vertex index="1057" x="112.837" y="-415.411"/>
+      <vertex index="1058" x="110.882" y="-411.747"/>
+      <vertex index="1059" x="107.363" y="-414.143"/>
+      <vertex index="1060" x="109.516" y="-419.83"/>
+      <vertex index="1061" x="110.393" y="-408.774"/>
+      <vertex index="1062" x="107.788" y="-417.29"/>
+      <vertex index="1063" x="107.5" y="-423"/>
+      <vertex index="1064" x="159.075" y="-406.626"/>
+      <vertex index="1065" x="163.5" y="-405.531"/>
+      <vertex index="1066" x="167.042" y="-406.483"/>
+      <vertex index="1067" x="153.5" y="-403.167"/>
+      <vertex index="1068" x="155.841" y="-405.616"/>
+      <vertex index="1069" x="173.5" y="-403.167"/>
+      <vertex index="1070" x="170.235" y="-404.754"/>
+      <vertex index="1071" x="146.101" y="-399.497"/>
+      <vertex index="1072" x="140.392" y="-357.771"/>
+      <vertex index="1073" x="134.623" y="-357.693"/>
+      <vertex index="1074" x="137.493" y="-358.776"/>
+      <vertex index="1075" x="145.33" y="-362.349"/>
+      <vertex index="1076" x="143.445" y="-359.43"/>
+      <vertex index="1077" x="146.73" y="-359.376"/>
+      <vertex index="1078" x="149.815" y="-362.645"/>
+      <vertex index="1079" x="147.256" y="-367.289"/>
+      <vertex index="1080" x="152.837" y="-360.511"/>
+      <vertex index="1081" x="156.279" y="-361.224"/>
+      <vertex index="1082" x="161.579" y="-367.63"/>
+      <vertex index="1083" x="160.264" y="-363.323"/>
+      <vertex index="1084" x="151.017" y="-366.334"/>
+      <vertex index="1085" x="147.449" y="-364.368"/>
+      <vertex index="1086" x="157.494" y="-366.523"/>
+      <vertex index="1087" x="166.545" y="-363.759"/>
+      <vertex index="1088" x="161.9" y="-360.499"/>
+      <vertex index="1089" x="154.208" y="-368.057"/>
+      <vertex index="1090" x="158.331" y="-375.411"/>
+      <vertex index="1091" x="157.581" y="-370.999"/>
+      <vertex index="1092" x="163.321" y="-364.744"/>
+      <vertex index="1093" x="165.851" y="-368.239"/>
+      <vertex index="1094" x="154.271" y="-373.832"/>
+      <vertex index="1095" x="162.244" y="-372.476"/>
+      <vertex index="1096" x="144.556" y="-379.015"/>
+      <vertex index="1097" x="163.443" y="-369.843"/>
+      <vertex index="1098" x="148.891" y="-375.443"/>
+      <vertex index="1099" x="151.242" y="-373.505"/>
+      <vertex index="1100" x="153.631" y="-381.484"/>
+      <vertex index="1101" x="155.083" y="-377.752"/>
+      <vertex index="1102" x="151.303" y="-378.43"/>
+      <vertex index="1103" x="147.927" y="-378.689"/>
+      <vertex index="1104" x="146.905" y="-385.714"/>
+      <vertex index="1105" x="146.553" y="-382.076"/>
+      <vertex index="1106" x="140.641" y="-383.751"/>
+      <vertex index="1107" x="150.241" y="-383.556"/>
+      <vertex index="1108" x="143.336" y="-381.993"/>
+      <vertex index="1109" x="139.166" y="-378.545"/>
+      <vertex index="1110" x="150.909" y="-388.246"/>
+      <vertex index="1111" x="160.664" y="-382.072"/>
+      <vertex index="1112" x="147.475" y="-389.245"/>
+      <vertex index="1113" x="142.684" y="-388.207"/>
+      <vertex index="1114" x="156.478" y="-393.493"/>
+      <vertex index="1115" x="158.512" y="-379.087"/>
+      <vertex index="1116" x="163.669" y="-377.639"/>
+      <vertex index="1117" x="152.839" y="-391.776"/>
+      <vertex index="1118" x="151.894" y="-397.545"/>
+      <vertex index="1119" x="157.187" y="-387.275"/>
+      <vertex index="1120" x="153.71" y="-385.423"/>
+      <vertex index="1121" x="157.019" y="-383.4"/>
+      <vertex index="1122" x="151.309" y="-394.487"/>
+      <vertex index="1123" x="147.933" y="-396.189"/>
+      <vertex index="1124" x="143.836" y="-393.166"/>
+      <vertex index="1125" x="155.777" y="-390.263"/>
+      <vertex index="1126" x="160.884" y="-390.846"/>
+      <vertex index="1127" x="125.822" y="-384.178"/>
+      <vertex index="1128" x="126.608" y="-247.229"/>
+      <vertex index="1129" x="122.746" y="-243.52"/>
+      <vertex index="1130" x="123.871" y="-246.214"/>
+      <vertex index="1131" x="192.392" y="-400.229"/>
+      <vertex index="1132" x="196.254" y="-396.52"/>
+      <vertex index="1133" x="195.129" y="-399.214"/>
+      <vertex index="1134" x="186.623" y="-400.307"/>
+      <vertex index="1135" x="189.521" y="-401.312"/>
+      <vertex index="1136" x="238.997" y="-342.199"/>
+      <vertex index="1137" x="228.964" y="-353.686"/>
+      <vertex index="1138" x="208.496" y="-330.299"/>
+      <vertex index="1139" x="184.101" y="-360.503"/>
+      <vertex index="1140" x="212.798" y="-382.798"/>
+      <vertex index="1141" x="192.662" y="-349.717"/>
+      <vertex index="1142" x="239.069" y="-309.986"/>
+      <vertex index="1143" x="208.239" y="-313.752"/>
+      <vertex index="1144" x="211.73" y="-319.516"/>
+      <vertex index="1145" x="209.156" y="-306.646"/>
+      <vertex index="1146" x="211.028" y="-316.002"/>
+      <vertex index="1147" x="208.323" y="-318.37"/>
+      <vertex index="1148" x="215.094" y="-317.016"/>
+      <vertex index="1149" x="207.301" y="-310.019"/>
+      <vertex index="1150" x="210.877" y="-309.79"/>
+      <vertex index="1151" x="205.581" y="-306.876"/>
+      <vertex index="1152" x="220.058" y="-306.311"/>
+      <vertex index="1153" x="206.827" y="-298.315"/>
+      <vertex index="1154" x="214.584" y="-305.718"/>
+      <vertex index="1155" x="207.11" y="-302.727"/>
+      <vertex index="1156" x="220.601" y="-313.067"/>
+      <vertex index="1157" x="211.329" y="-303.018"/>
+      <vertex index="1158" x="203.198" y="-300.763"/>
+      <vertex index="1159" x="203.692" y="-304.091"/>
+      <vertex index="1160" x="218.49" y="-315.937"/>
+      <vertex index="1161" x="223.96" y="-317.75"/>
+      <vertex index="1162" x="216.684" y="-312.396"/>
+      <vertex index="1163" x="219.147" y="-309.784"/>
+      <vertex index="1164" x="224.563" y="-309.349"/>
+      <vertex index="1165" x="215.728" y="-309.028"/>
+      <vertex index="1166" x="218.181" y="-298.072"/>
+      <vertex index="1167" x="201.769" y="-294.732"/>
+      <vertex index="1168" x="215.394" y="-301.43"/>
+      <vertex index="1169" x="200.189" y="-298.291"/>
+      <vertex index="1170" x="203.622" y="-297.478"/>
+      <vertex index="1171" x="217.533" y="-304.055"/>
+      <vertex index="1172" x="222.069" y="-301.52"/>
+      <vertex index="1173" x="212.46" y="-296.16"/>
+      <vertex index="1174" x="212.363" y="-299.666"/>
+      <vertex index="1175" x="215.03" y="-297.986"/>
+      <vertex index="1176" x="216.747" y="-292.848"/>
+      <vertex index="1177" x="209.257" y="-300.374"/>
+      <vertex index="1178" x="221.283" y="-255.662"/>
+      <vertex index="1179" x="212.66" y="-248.34"/>
+      <vertex index="1180" x="239.115" y="-294.377"/>
+      <vertex index="1181" x="237.229" y="-284.608"/>
+      <vertex index="1182" x="237.101" y="-289.699"/>
+      <vertex index="1183" x="233.307" y="-280.377"/>
+      <vertex index="1184" x="234.502" y="-283.203"/>
+      <vertex index="1185" x="245.021" y="-328.004"/>
+      <vertex index="1186" x="244.004" y="-323.935"/>
+      <vertex index="1187" x="242.93" y="-319.842"/>
+      <vertex index="1188" x="239.413" y="-323.133"/>
+      <vertex index="1189" x="245.512" y="-318.5"/>
+      <vertex index="1190" x="242.214" y="-314.844"/>
+      <vertex index="1191" x="235.057" y="-321.257"/>
+      <vertex index="1192" x="238.323" y="-326.285"/>
+      <vertex index="1193" x="235.996" y="-333.9"/>
+      <vertex index="1194" x="236.344" y="-329.844"/>
+      <vertex index="1195" x="236.61" y="-323.648"/>
+      <vertex index="1196" x="232.883" y="-314.134"/>
+      <vertex index="1197" x="228.23" y="-323.547"/>
+      <vertex index="1198" x="240.744" y="-332.265"/>
+      <vertex index="1199" x="243.744" y="-330.999"/>
+      <vertex index="1200" x="235.166" y="-317.33"/>
+      <vertex index="1201" x="237.009" y="-313.6"/>
+      <vertex index="1202" x="230.035" y="-318.582"/>
+      <vertex index="1203" x="232.912" y="-319.232"/>
+      <vertex index="1204" x="232.043" y="-323.593"/>
+      <vertex index="1205" x="230.071" y="-329.035"/>
+      <vertex index="1206" x="232.006" y="-326.658"/>
+      <vertex index="1207" x="234.609" y="-309.837"/>
+      <vertex index="1208" x="239.934" y="-312.873"/>
+      <vertex index="1209" x="243.051" y="-310.367"/>
+      <vertex index="1210" x="232.929" y="-331.594"/>
+      <vertex index="1211" x="226.733" y="-335.639"/>
+      <vertex index="1212" x="231.907" y="-336.144"/>
+      <vertex index="1213" x="229.288" y="-332.785"/>
+      <vertex index="1214" x="222.693" y="-329.451"/>
+      <vertex index="1215" x="225.543" y="-332.003"/>
+      <vertex index="1216" x="226.327" y="-328.261"/>
+      <vertex index="1217" x="220.238" y="-335.061"/>
+      <vertex index="1218" x="222.388" y="-332.66"/>
+      <vertex index="1219" x="218.003" y="-330.624"/>
+      <vertex index="1220" x="229.06" y="-338.552"/>
+      <vertex index="1221" x="222.98" y="-341.024"/>
+      <vertex index="1222" x="225.654" y="-338.888"/>
+      <vertex index="1223" x="223.398" y="-336.335"/>
+      <vertex index="1224" x="227.581" y="-344.04"/>
+      <vertex index="1225" x="179.899" y="-227.503"/>
+      <vertex index="1226" x="166.392" y="-216.771"/>
+      <vertex index="1227" x="170.254" y="-220.48"/>
+      <vertex index="1228" x="169.129" y="-217.786"/>
+      <vertex index="1229" x="160.623" y="-216.693"/>
+      <vertex index="1230" x="163.493" y="-217.776"/>
+      <vertex index="1231" x="148.101" y="-254.497"/>
+      <vertex index="1232" x="170.996" y="-126.021"/>
+      <vertex index="1233" x="175.065" y="-125.004"/>
+      <vertex index="1234" x="167.262" y="-123.443"/>
+      <vertex index="1235" x="178.795" y="-124.286"/>
+      <vertex index="1236" x="175.309" y="-121.163"/>
+      <vertex index="1237" x="176.618" y="-117.48"/>
+      <vertex index="1238" x="172.564" y="-119.293"/>
+      <vertex index="1239" x="167.243" y="-116.913"/>
+      <vertex index="1240" x="180.517" y="-116.806"/>
+      <vertex index="1241" x="177.026" y="-111.318"/>
+      <vertex index="1242" x="175.794" y="-114.331"/>
+      <vertex index="1243" x="171.896" y="-110.979"/>
+      <vertex index="1244" x="165.5" y="-126.5"/>
+      <vertex index="1245" x="163.699" y="-120.301"/>
+      <vertex index="1246" x="168.886" y="-120.173"/>
+      <vertex index="1247" x="161" y="-123"/>
+      <vertex index="1248" x="160.694" y="-116.245"/>
+      <vertex index="1249" x="161.115" y="-119.074"/>
+      <vertex index="1250" x="182.869" y="-122.659"/>
+      <vertex index="1251" x="183.369" y="-119.059"/>
+      <vertex index="1252" x="120.217" y="-101.783"/>
+      <vertex index="1253" x="124.529" y="-104.119"/>
+      <vertex index="1254" x="133.409" y="-106.953"/>
+      <vertex index="1255" x="144.437" y="-103.817"/>
+      <vertex index="1256" x="111.101" y="-90.4974"/>
+      <vertex index="1257" x="153.608" y="-113.229"/>
+      <vertex index="1258" x="157.491" y="-113.938"/>
+      <vertex index="1259" x="177.84" y="-88.5"/>
+      <vertex index="1260" x="174.013" y="-88.4152"/>
+      <vertex index="1261" x="171.735" y="-85.4407"/>
+      <vertex index="1262" x="157.593" y="-89.8743"/>
+      <vertex index="1263" x="115.5" y="-405"/>
+      <vertex index="1264" x="106.818" y="-403.853"/>
+      <vertex index="1265" x="99.7626" y="-402.187"/>
+      <vertex index="1266" x="179.229" y="-83.5"/>
+      <vertex index="1267" x="177.363" y="-79.1004"/>
+      <vertex index="1268" x="174.345" y="-70.3619"/>
+      <vertex index="1269" x="94.0776" y="-414.556"/>
+      <vertex index="1270" x="96.0909" y="-408.504"/>
+      <vertex index="1271" x="92.7902" y="-409.391"/>
+      <vertex index="1272" x="172.5" y="-59"/>
+      <vertex index="1273" x="173.296" y="-65.4226"/>
+      <vertex index="1274" x="176.5" y="-63.5"/>
+      <vertex index="1275" x="169.341" y="-65.5887"/>
+      <vertex index="1276" x="169.368" y="-69.0388"/>
+      <vertex index="1277" x="175.422" y="-67.5519"/>
+      <vertex index="1278" x="157.43" y="-59.3365"/>
+      <vertex index="1279" x="165.414" y="-71.5749"/>
+      <vertex index="1280" x="165.802" y="-77.8435"/>
+      <vertex index="1281" x="166.59" y="-74.6485"/>
+      <vertex index="1282" x="162.46" y="-75.3237"/>
+      <vertex index="1283" x="171.293" y="-77.5043"/>
+      <vertex index="1284" x="171.964" y="-81.4474"/>
+      <vertex index="1285" x="174.131" y="-79.0499"/>
+      <vertex index="1286" x="175.815" y="-74.7447"/>
+      <vertex index="1287" x="159.868" y="-82.2363"/>
+      <vertex index="1288" x="178.168" y="-76.3613"/>
+      <vertex index="1289" x="177.035" y="-71.8976"/>
+      <vertex index="1290" x="172.503" y="-73.4176"/>
+      <vertex index="1291" x="162.186" y="-79.163"/>
+      <vertex index="1292" x="158.462" y="-78.7656"/>
+      <vertex index="1293" x="164.17" y="-83.0699"/>
+      <vertex index="1294" x="153.132" y="-77.1426"/>
+      <vertex index="1295" x="166.58" y="-80.9544"/>
+      <vertex index="1296" x="169.395" y="-79.8558"/>
+      <vertex index="1297" x="161.216" y="-86.7958"/>
+      <vertex index="1298" x="165.959" y="-87.2515"/>
+      <vertex index="1299" x="157.04" y="-85.5516"/>
+      <vertex index="1300" x="168.719" y="-86.3863"/>
+      <vertex index="1301" x="166.531" y="-92.1581"/>
+      <vertex index="1302" x="145.672" y="-89.2026"/>
+      <vertex index="1303" x="161.974" y="-91.3598"/>
+      <vertex index="1304" x="151.694" y="-88.4321"/>
+      <vertex index="1305" x="164.579" y="-89.8992"/>
+      <vertex index="1306" x="157.891" y="-96.199"/>
+      <vertex index="1307" x="154.921" y="-88.0194"/>
+      <vertex index="1308" x="158.983" y="-92.9781"/>
+      <vertex index="1309" x="163.388" y="-96.6951"/>
+      <vertex index="1310" x="163.913" y="-93.7011"/>
+      <vertex index="1311" x="155.495" y="-67.3291"/>
+      <vertex index="1312" x="153.108" y="-53.9399"/>
+      <vertex index="1313" x="156.315" y="-53.2625"/>
+      <vertex index="1314" x="132.413" y="-47.9329"/>
+      <vertex index="1315" x="132.91" y="-52.6121"/>
+      <vertex index="1316" x="134.68" y="-50.0585"/>
+      <vertex index="1317" x="137.544" y="-46.9416"/>
+      <vertex index="1318" x="128.119" y="-50.7542"/>
+      <vertex index="1319" x="134.662" y="-45.7975"/>
+      <vertex index="1320" x="130.993" y="-50.4495"/>
+      <vertex index="1321" x="129.137" y="-55.2332"/>
+      <vertex index="1322" x="126.243" y="-53.5362"/>
+      <vertex index="1323" x="128.697" y="-61.1924"/>
+      <vertex index="1324" x="132.067" y="-60.534"/>
+      <vertex index="1325" x="143.223" y="-44.8842"/>
+      <vertex index="1326" x="144.803" y="-72.097"/>
+      <vertex index="1327" x="146.144" y="-69.5375"/>
+      <vertex index="1328" x="133.934" y="-77.9041"/>
+      <vertex index="1329" x="141.197" y="-78.4229"/>
+      <vertex index="1330" x="144.027" y="-75.8454"/>
+      <vertex index="1331" x="139.123" y="-73.3023"/>
+      <vertex index="1332" x="146.581" y="-81.492"/>
+      <vertex index="1333" x="142.133" y="-73.4986"/>
+      <vertex index="1334" x="146.221" y="-78.2541"/>
+      <vertex index="1335" x="149.962" y="-79.4771"/>
+      <vertex index="1336" x="150.39" y="-84.0394"/>
+      <vertex index="1337" x="146.713" y="-85.4165"/>
+      <vertex index="1338" x="141.803" y="-83.6168"/>
+      <vertex index="1339" x="148.574" y="-87.9645"/>
+      <vertex index="1340" x="149.309" y="-93.7076"/>
+      <vertex index="1341" x="143.505" y="-86.5706"/>
+      <vertex index="1342" x="135.763" y="-89.0638"/>
+      <vertex index="1343" x="139.367" y="-86.9875"/>
+      <vertex index="1344" x="136.641" y="-82.4517"/>
+      <vertex index="1345" x="140.658" y="-93.3931"/>
+      <vertex index="1346" x="142.056" y="-89.9713"/>
+      <vertex index="1347" x="138.751" y="-90.6175"/>
+      <vertex index="1348" x="134.57" y="-95.0078"/>
+      <vertex index="1349" x="138.973" y="-84.1372"/>
+      <vertex index="1350" x="150.218" y="-67.3749"/>
+      <vertex index="1351" x="65.5" y="-384"/>
+      <vertex index="1352" x="58.9299" y="-388.648"/>
+      <vertex index="1353" x="60.3751" y="-386.229"/>
+      <vertex index="1354" x="51.9334" y="-392.001"/>
+      <vertex index="1355" x="54.9294" y="-389.277"/>
+      <vertex index="1356" x="51.2453" y="-386.243"/>
+      <vertex index="1357" x="56.7314" y="-394.268"/>
+      <vertex index="1358" x="58.5403" y="-391.736"/>
+      <vertex index="1359" x="66.4266" y="-390.765"/>
+      <vertex index="1360" x="46.8001" y="-363.38"/>
+      <vertex index="1361" x="23.0634" y="-355.213"/>
+      <vertex index="1362" x="21.9007" y="-358.082"/>
+      <vertex index="1363" x="25.7781" y="-352.957"/>
+      <vertex index="1364" x="31.2757" y="-352.068"/>
+      <vertex index="1365" x="22.8841" y="-352.317"/>
+      <vertex index="1366" x="36.8835" y="-353.652"/>
+      <vertex index="1367" x="39.8596" y="-352.624"/>
+      <vertex index="1368" x="37.2333" y="-349.563"/>
+      <vertex index="1369" x="37.4585" y="-345.82"/>
+      <vertex index="1370" x="34.0996" y="-350.447"/>
+      <vertex index="1371" x="29.1167" y="-360.526"/>
+      <vertex index="1372" x="26.5651" y="-361.694"/>
+      <vertex index="1373" x="29.986" y="-363.944"/>
+      <vertex index="1374" x="32.1852" y="-356.805"/>
+      <vertex index="1375" x="34.6923" y="-370.636"/>
+      <vertex index="1376" x="73.7908" y="-409.046"/>
+      <vertex index="1377" x="77.0133" y="-407.962"/>
+      <vertex index="1378" x="78.2795" y="-403.272"/>
+      <vertex index="1379" x="72.6872" y="-402.659"/>
+      <vertex index="1380" x="74.4888" y="-399.094"/>
+      <vertex index="1381" x="75.6007" y="-401.894"/>
+      <vertex index="1382" x="75.7196" y="-395.287"/>
+      <vertex index="1383" x="74.5678" y="-392.054"/>
+      <vertex index="1384" x="70.3585" y="-392.286"/>
+      <vertex index="1385" x="69.6117" y="-388.98"/>
+      <vertex index="1386" x="66.6825" y="-395.947"/>
+      <vertex index="1387" x="65.406" y="-405.001"/>
+      <vertex index="1388" x="67.9475" y="-401.711"/>
+      <vertex index="1389" x="90.2279" y="-406.234"/>
+      <vertex index="1390" x="86.6635" y="-405.68"/>
+      <vertex index="1391" x="92.2878" y="-403.453"/>
+      <vertex index="1392" x="91.3739" y="-400.086"/>
+      <vertex index="1393" x="87.9658" y="-399.65"/>
+      <vertex index="1394" x="89.9642" y="-397.34"/>
+      <vertex index="1395" x="81.6291" y="-397.137"/>
+      <vertex index="1396" x="79.0993" y="-395.074"/>
+      <vertex index="1397" x="81.0714" y="-354.929"/>
+      <vertex index="1398" x="87.3054" y="-356.493"/>
+      <vertex index="1399" x="89.8085" y="-358.31"/>
+      <vertex index="1400" x="91.3358" y="-353.574"/>
+      <vertex index="1401" x="115.654" y="-341.385"/>
+      <vertex index="1402" x="103.241" y="-373.759"/>
+      <vertex index="1403" x="114.58" y="-369.944"/>
+      <vertex index="1404" x="108.206" y="-363.008"/>
+      <vertex index="1405" x="106.853" y="-365.65"/>
+      <vertex index="1406" x="110.103" y="-365.072"/>
+      <vertex index="1407" x="112.782" y="-355.01"/>
+      <vertex index="1408" x="103.352" y="-358.362"/>
+      <vertex index="1409" x="111.556" y="-359.616"/>
+      <vertex index="1410" x="104.906" y="-361.597"/>
+      <vertex index="1411" x="107.554" y="-358.334"/>
+      <vertex index="1412" x="101.363" y="-361.308"/>
+      <vertex index="1413" x="98.6238" y="-357.315"/>
+      <vertex index="1414" x="95.97" y="-359.013"/>
+      <vertex index="1415" x="95.1423" y="-355.624"/>
+      <vertex index="1416" x="110.251" y="-356.802"/>
+      <vertex index="1417" x="108.791" y="-352.058"/>
+      <vertex index="1418" x="101.268" y="-364.136"/>
+      <vertex index="1419" x="105.429" y="-354.655"/>
+      <vertex index="1420" x="112.327" y="-380.673"/>
+      <vertex index="1421" x="21.4107" y="-349.5"/>
+      <vertex index="1422" x="23.2028" y="-339.981"/>
+      <vertex index="1423" x="31.3022" y="-342.416"/>
+      <vertex index="1424" x="34.6098" y="-343.703"/>
+      <vertex index="1425" x="27.6022" y="-336.582"/>
+      <vertex index="1426" x="25" y="-334.5"/>
+      <vertex index="1427" x="29.246" y="-339.63"/>
+      <vertex index="1428" x="33.6991" y="-338.496"/>
+      <vertex index="1429" x="30.5761" y="-334.14"/>
+      <vertex index="1430" x="33.2321" y="-335.533"/>
+      <vertex index="1431" x="35.1292" y="-340.929"/>
+      <vertex index="1432" x="36.6793" y="-337.456"/>
+      <vertex index="1433" x="48.4629" y="-343.125"/>
+      <vertex index="1434" x="47.5335" y="-339.734"/>
+      <vertex index="1435" x="41.0698" y="-341.496"/>
+      <vertex index="1436" x="73.5" y="-321.69"/>
+      <vertex index="1437" x="79.1886" y="-347.427"/>
+      <vertex index="1438" x="75.3318" y="-346.725"/>
+      <vertex index="1439" x="79.7254" y="-342.34"/>
+      <vertex index="1440" x="77.1397" y="-344.143"/>
+      <vertex index="1441" x="79.0908" y="-339.538"/>
+      <vertex index="1442" x="82.5059" y="-321.485"/>
+      <vertex index="1443" x="82.3104" y="-324.993"/>
+      <vertex index="1444" x="78.0051" y="-319.974"/>
+      <vertex index="1445" x="87.7148" y="-342.621"/>
+      <vertex index="1446" x="85.0258" y="-339.358"/>
+      <vertex index="1447" x="83.695" y="-343.195"/>
+      <vertex index="1448" x="81.2148" y="-345.069"/>
+      <vertex index="1449" x="83.0083" y="-348.66"/>
+      <vertex index="1450" x="86.0871" y="-345.585"/>
+      <vertex index="1451" x="97.7466" y="-338.229"/>
+      <vertex index="1452" x="99.5277" y="-335.407"/>
+      <vertex index="1453" x="94.7639" y="-335.879"/>
+      <vertex index="1454" x="22.7889" y="-146.242"/>
+      <vertex index="1455" x="23.7782" y="-131.5"/>
+      <vertex index="1456" x="23.0902" y="-134.565"/>
+      <vertex index="1457" x="28.8975" y="-131.047"/>
+      <vertex index="1458" x="23.3586" y="-128.029"/>
+      <vertex index="1459" x="26.4491" y="-132.53"/>
+      <vertex index="1460" x="24.693" y="-121.5"/>
+      <vertex index="1461" x="38.6229" y="-96.402"/>
+      <vertex index="1462" x="26.6806" y="-102.172"/>
+      <vertex index="1463" x="26.6136" y="-107.945"/>
+      <vertex index="1464" x="23.942" y="-106.877"/>
+      <vertex index="1465" x="24.7841" y="-110.561"/>
+      <vertex index="1466" x="29.6407" y="-109.949"/>
+      <vertex index="1467" x="32.0663" y="-106.682"/>
+      <vertex index="1468" x="29.1059" y="-106.303"/>
+      <vertex index="1469" x="37.8713" y="-107.095"/>
+      <vertex index="1470" x="34.8918" y="-107.972"/>
+      <vertex index="1471" x="34.5619" y="-147.534"/>
+      <vertex index="1472" x="25.3628" y="-149.261"/>
+      <vertex index="1473" x="50.6388" y="-155.819"/>
+      <vertex index="1474" x="36.3073" y="-153.74"/>
+      <vertex index="1475" x="34.9344" y="-150.777"/>
+      <vertex index="1476" x="38.0131" y="-148.781"/>
+      <vertex index="1477" x="40.8073" y="-142.918"/>
+      <vertex index="1478" x="37.4576" y="-144.919"/>
+      <vertex index="1479" x="40.5132" y="-146.23"/>
+      <vertex index="1480" x="48.1849" y="-145.242"/>
+      <vertex index="1481" x="44.2404" y="-144.892"/>
+      <vertex index="1482" x="47.0084" y="-136.105"/>
+      <vertex index="1483" x="44.6575" y="-140.194"/>
+      <vertex index="1484" x="49.7425" y="-140.397"/>
+      <vertex index="1485" x="38.6911" y="-134.043"/>
+      <vertex index="1486" x="47.2532" y="-138.966"/>
+      <vertex index="1487" x="40.44" y="-138.316"/>
+      <vertex index="1488" x="43.6101" y="-136.871"/>
+      <vertex index="1489" x="43.9707" y="-130.552"/>
+      <vertex index="1490" x="44.6948" y="-133.763"/>
+      <vertex index="1491" x="49.9415" y="-130.893"/>
+      <vertex index="1492" x="36.2007" y="-137.557"/>
+      <vertex index="1493" x="37.9467" y="-140.83"/>
+      <vertex index="1494" x="33.6267" y="-133.093"/>
+      <vertex index="1495" x="30.986" y="-137.619"/>
+      <vertex index="1496" x="35.9404" y="-134.733"/>
+      <vertex index="1497" x="33.6074" y="-138.77"/>
+      <vertex index="1498" x="32.0747" y="-171.07"/>
+      <vertex index="1499" x="36.9251" y="-174.445"/>
+      <vertex index="1500" x="35.3994" y="-164.9"/>
+      <vertex index="1501" x="82.2293" y="-153.608"/>
+      <vertex index="1502" x="78.307" y="-149.377"/>
+      <vertex index="1503" x="79.5024" y="-152.203"/>
+      <vertex index="1504" x="49.5628" y="-81.8103"/>
+      <vertex index="1505" x="57.4628" y="-76.2577"/>
+      <vertex index="1506" x="52.8318" y="-78.0652"/>
+      <vertex index="1507" x="50.1132" y="-74.2472"/>
+      <vertex index="1508" x="50.1963" y="-77.0649"/>
+      <vertex index="1509" x="54.0411" y="-74.3271"/>
+      <vertex index="1510" x="58.8049" y="-69.8814"/>
+      <vertex index="1511" x="52.1369" y="-71.3479"/>
+      <vertex index="1512" x="57.1258" y="-72.8574"/>
+      <vertex index="1513" x="48.5" y="-70"/>
+      <vertex index="1514" x="55.0072" y="-68.5062"/>
+      <vertex index="1515" x="62.6715" y="-74.0246"/>
+      <vertex index="1516" x="36.4472" y="-88.0749"/>
+      <vertex index="1517" x="39.3344" y="-88.0356"/>
+      <vertex index="1518" x="37.1104" y="-84.9043"/>
+      <vertex index="1519" x="33.4772" y="-87.0863"/>
+      <vertex index="1520" x="36.7736" y="-91.8574"/>
+      <vertex index="1521" x="33.8309" y="-90.5417"/>
+      <vertex index="1522" x="81.2293" y="-111.392"/>
+      <vertex index="1523" x="78.305" y="-113.291"/>
+      <vertex index="1524" x="84.2979" y="-99.0984"/>
+      <vertex index="1525" x="94.6061" y="-182.978"/>
+      <vertex index="1526" x="93.4654" y="-186.738"/>
+      <vertex index="1527" x="86.5469" y="-189.918"/>
+      <vertex index="1528" x="90.5388" y="-189.487"/>
+      <vertex index="1529" x="88.1792" y="-186.335"/>
+      <vertex index="1530" x="77.7122" y="-183.729"/>
+      <vertex index="1531" x="82.7039" y="-186.004"/>
+      <vertex index="1532" x="85.3778" y="-187.222"/>
+      <vertex index="1533" x="88.9009" y="-193.018"/>
+      <vertex index="1534" x="82.5484" y="-195.398"/>
+      <vertex index="1535" x="89.5375" y="-195.899"/>
+      <vertex index="1536" x="85.3682" y="-193.257"/>
+      <vertex index="1537" x="81.1859" y="-190.677"/>
+      <vertex index="1538" x="85.7271" y="-196.657"/>
+      <vertex index="1539" x="80.7485" y="-204.59"/>
+      <vertex index="1540" x="84.4269" y="-201.37"/>
+      <vertex index="1541" x="92.2456" y="-191.921"/>
+      <vertex index="1542" x="124.828" y="-196.953"/>
+      <vertex index="1543" x="117.842" y="-196.381"/>
+      <vertex index="1544" x="116.815" y="-199.7"/>
+      <vertex index="1545" x="121.127" y="-199.215"/>
+      <vertex index="1546" x="121.706" y="-196.004"/>
+      <vertex index="1547" x="119.364" y="-202.957"/>
+      <vertex index="1548" x="126.166" y="-203.3"/>
+      <vertex index="1549" x="124.371" y="-200.364"/>
+      <vertex index="1550" x="129.406" y="-199.303"/>
+      <vertex index="1551" x="122.66" y="-205.207"/>
+      <vertex index="1552" x="94.7667" y="-204.579"/>
+      <vertex index="1553" x="106.361" y="-206.404"/>
+      <vertex index="1554" x="98.5576" y="-218.674"/>
+      <vertex index="1555" x="121.783" y="-208.822"/>
+      <vertex index="1556" x="125.282" y="-216.222"/>
+      <vertex index="1557" x="89.7" y="-163.35"/>
+      <vertex index="1558" x="79.2293" y="-142.5"/>
+      <vertex index="1559" x="77.3633" y="-138.1"/>
+      <vertex index="1560" x="77.3633" y="-145.75"/>
+      <vertex index="1561" x="76.1055" y="-134.626"/>
+      <vertex index="1562" x="72.014" y="-146.661"/>
+      <vertex index="1563" x="68.9455" y="-135.319"/>
+      <vertex index="1564" x="75.0434" y="-148.29"/>
+      <vertex index="1565" x="72.7977" y="-137.789"/>
+      <vertex index="1566" x="72.4335" y="-134.021"/>
+      <vertex index="1567" x="70.9661" y="-152.239"/>
+      <vertex index="1568" x="71.0338" y="-130.43"/>
+      <vertex index="1569" x="72.7408" y="-126.438"/>
+      <vertex index="1570" x="69.3389" y="-138.944"/>
+      <vertex index="1571" x="59.4305" y="-138.185"/>
+      <vertex index="1572" x="72.014" y="-141.422"/>
+      <vertex index="1573" x="64.4555" y="-137.64"/>
+      <vertex index="1574" x="74.9622" y="-139.678"/>
+      <vertex index="1575" x="69.539" y="-122.621"/>
+      <vertex index="1576" x="75.3909" y="-125.275"/>
+      <vertex index="1577" x="80.4972" y="-127.5"/>
+      <vertex index="1578" x="80.1046" y="-117.021"/>
+      <vertex index="1579" x="72.5176" y="-112.52"/>
+      <vertex index="1580" x="97.9459" y="-94.7293"/>
+      <vertex index="1581" x="102.561" y="-91.807"/>
+      <vertex index="1582" x="89.0305" y="-51.1527"/>
+      <vertex index="1583" x="85.8482" y="-52.4233"/>
+      <vertex index="1584" x="74.3449" y="-56.1123"/>
+      <vertex index="1585" x="86.3161" y="-60.4007"/>
+      <vertex index="1586" x="83.3149" y="-64.6843"/>
+      <vertex index="1587" x="81.3583" y="-62.4206"/>
+      <vertex index="1588" x="67.6222" y="-62.8807"/>
+      <vertex index="1589" x="70.4601" y="-62.0189"/>
+      <vertex index="1590" x="74.19" y="-83.6038"/>
+      <vertex index="1591" x="98.8361" y="-47.1806"/>
+      <vertex index="1592" x="94.8725" y="-50.4311"/>
+      <vertex index="1593" x="92.153" y="-52.4237"/>
+      <vertex index="1594" x="94.6572" y="-57.3417"/>
+      <vertex index="1595" x="97.3461" y="-53.9669"/>
+      <vertex index="1596" x="94.3984" y="-54.3769"/>
+      <vertex index="1597" x="100.346" y="-59.1157"/>
+      <vertex index="1598" x="101.625" y="-53.8724"/>
+      <vertex index="1599" x="97.8462" y="-57.1239"/>
+      <vertex index="1600" x="105.13" y="-54.5593"/>
+      <vertex index="1601" x="102.987" y="-57.0986"/>
+      <vertex index="1602" x="111.717" y="-54.3759"/>
+      <vertex index="1603" x="108.368" y="-52.4654"/>
+      <vertex index="1604" x="108.698" y="-55.7773"/>
+      <vertex index="1605" x="113.351" y="-63.6201"/>
+      <vertex index="1606" x="112.066" y="-59.0807"/>
+      <vertex index="1607" x="108.363" y="-62.5804"/>
+      <vertex index="1608" x="118.548" y="-59.6977"/>
+      <vertex index="1609" x="111.128" y="-61.7977"/>
+      <vertex index="1610" x="115.587" y="-56.4541"/>
+      <vertex index="1611" x="115.188" y="-60.6489"/>
+      <vertex index="1612" x="119.527" y="-55.8303"/>
+      <vertex index="1613" x="121.181" y="-51.986"/>
+      <vertex index="1614" x="124.12" y="-51.429"/>
+      <vertex index="1615" x="117.953" y="-47.3234"/>
+      <vertex index="1616" x="120.493" y="-49.014"/>
+      <vertex index="1617" x="121.452" y="-45.5581"/>
+      <vertex index="1618" x="124.933" y="-45.3217"/>
+      <vertex index="1619" x="115.695" y="-51.6102"/>
+      <vertex index="1620" x="118.352" y="-53.0472"/>
+      <vertex index="1621" x="108.836" y="-45.1806"/>
+      <vertex index="1622" x="111.567" y="-422.246"/>
+      <vertex index="1623" x="163.5" y="-408.465"/>
+      <vertex index="1624" x="149.703" y="-404.992"/>
+      <vertex index="1625" x="150.16" y="-401.081"/>
+      <vertex index="1626" x="146.364" y="-403.253"/>
+      <vertex index="1627" x="142.863" y="-401.611"/>
+      <vertex index="1628" x="142.34" y="-397.272"/>
+      <vertex index="1629" x="139.346" y="-401.884"/>
+      <vertex index="1630" x="135.981" y="-397.366"/>
+      <vertex index="1631" x="144.977" y="-395.908"/>
+      <vertex index="1632" x="139.108" y="-393.769"/>
+      <vertex index="1633" x="173.5" y="-406.619"/>
+      <vertex index="1634" x="177.759" y="-404.794"/>
+      <vertex index="1635" x="182.142" y="-403.604"/>
+      <vertex index="1636" x="176.976" y="-400.457"/>
+      <vertex index="1637" x="185.172" y="-403.029"/>
+      <vertex index="1638" x="180.645" y="-400.248"/>
+      <vertex index="1639" x="183.664" y="-397.225"/>
+      <vertex index="1640" x="171.497" y="-394.172"/>
+      <vertex index="1641" x="187.268" y="-396.726"/>
+      <vertex index="1642" x="188.873" y="-393.267"/>
+      <vertex index="1643" x="194.656" y="-390.145"/>
+      <vertex index="1644" x="184.034" y="-392.306"/>
+      <vertex index="1645" x="191.291" y="-390.83"/>
+      <vertex index="1646" x="193.645" y="-393.786"/>
+      <vertex index="1647" x="191.844" y="-384.937"/>
+      <vertex index="1648" x="172.745" y="-398.615"/>
+      <vertex index="1649" x="170.325" y="-401.208"/>
+      <vertex index="1650" x="167.045" y="-398.676"/>
+      <vertex index="1651" x="181.787" y="-394.61"/>
+      <vertex index="1652" x="176.93" y="-387.625"/>
+      <vertex index="1653" x="177.553" y="-392.373"/>
+      <vertex index="1654" x="175.917" y="-397.108"/>
+      <vertex index="1655" x="163.407" y="-400.687"/>
+      <vertex index="1656" x="169.878" y="-397.023"/>
+      <vertex index="1657" x="135.828" y="-354.681"/>
+      <vertex index="1658" x="141.556" y="-366.666"/>
+      <vertex index="1659" x="172.629" y="-362.144"/>
+      <vertex index="1660" x="167.021" y="-360.107"/>
+      <vertex index="1661" x="169.407" y="-362.275"/>
+      <vertex index="1662" x="171.2" y="-366.669"/>
+      <vertex index="1663" x="168.189" y="-366.307"/>
+      <vertex index="1664" x="178.751" y="-372.81"/>
+      <vertex index="1665" x="177.802" y="-366.265"/>
+      <vertex index="1666" x="174.204" y="-370.689"/>
+      <vertex index="1667" x="174.424" y="-365.198"/>
+      <vertex index="1668" x="171.624" y="-369.485"/>
+      <vertex index="1669" x="160.38" y="-370.263"/>
+      <vertex index="1670" x="147.416" y="-371.498"/>
+      <vertex index="1671" x="144.129" y="-369.515"/>
+      <vertex index="1672" x="139.89" y="-370.756"/>
+      <vertex index="1673" x="143.482" y="-374.304"/>
+      <vertex index="1674" x="135.196" y="-374.247"/>
+      <vertex index="1675" x="136.832" y="-371.545"/>
+      <vertex index="1676" x="139.257" y="-374.625"/>
+      <vertex index="1677" x="137.646" y="-381.787"/>
+      <vertex index="1678" x="133.985" y="-378.809"/>
+      <vertex index="1679" x="136.492" y="-377.033"/>
+      <vertex index="1680" x="127.071" y="-374.533"/>
+      <vertex index="1681" x="129.987" y="-381.621"/>
+      <vertex index="1682" x="131.177" y="-375.622"/>
+      <vertex index="1683" x="132.762" y="-381.317"/>
+      <vertex index="1684" x="131.751" y="-370.739"/>
+      <vertex index="1685" x="128.303" y="-378.17"/>
+      <vertex index="1686" x="122.789" y="-378.01"/>
+      <vertex index="1687" x="129.683" y="-372.971"/>
+      <vertex index="1688" x="124.704" y="-366.284"/>
+      <vertex index="1689" x="126.306" y="-370.288"/>
+      <vertex index="1690" x="129.34" y="-366.752"/>
+      <vertex index="1691" x="121.473" y="-369.899"/>
+      <vertex index="1692" x="129.103" y="-369.618"/>
+      <vertex index="1693" x="132.781" y="-367.394"/>
+      <vertex index="1694" x="135.639" y="-364.239"/>
+      <vertex index="1695" x="127.707" y="-359.73"/>
+      <vertex index="1696" x="123.659" y="-372.957"/>
+      <vertex index="1697" x="138.341" y="-366.078"/>
+      <vertex index="1698" x="127.325" y="-363.52"/>
+      <vertex index="1699" x="131.546" y="-363.132"/>
+      <vertex index="1700" x="121.967" y="-361.065"/>
+      <vertex index="1701" x="124.227" y="-363.207"/>
+      <vertex index="1702" x="120.015" y="-365.387"/>
+      <vertex index="1703" x="134.293" y="-361.096"/>
+      <vertex index="1704" x="131.276" y="-359.086"/>
+      <vertex index="1705" x="128.587" y="-354.393"/>
+      <vertex index="1706" x="116.943" y="-361.397"/>
+      <vertex index="1707" x="118.018" y="-368.524"/>
+      <vertex index="1708" x="117.233" y="-371.497"/>
+      <vertex index="1709" x="113.916" y="-374.121"/>
+      <vertex index="1710" x="116.325" y="-365.242"/>
+      <vertex index="1711" x="119.544" y="-362.572"/>
+      <vertex index="1712" x="116.462" y="-375.779"/>
+      <vertex index="1713" x="110.71" y="-371.47"/>
+      <vertex index="1714" x="111.163" y="-376.814"/>
+      <vertex index="1715" x="107.576" y="-376.706"/>
+      <vertex index="1716" x="143.741" y="-385.177"/>
+      <vertex index="1717" x="137.394" y="-387.936"/>
+      <vertex index="1718" x="161.438" y="-375.476"/>
+      <vertex index="1719" x="166.245" y="-374.15"/>
+      <vertex index="1720" x="171.651" y="-380.837"/>
+      <vertex index="1721" x="168.077" y="-378.198"/>
+      <vertex index="1722" x="165.353" y="-382.015"/>
+      <vertex index="1723" x="172.682" y="-375.701"/>
+      <vertex index="1724" x="168.492" y="-381.375"/>
+      <vertex index="1725" x="168.246" y="-388.184"/>
+      <vertex index="1726" x="170.711" y="-384.864"/>
+      <vertex index="1727" x="162.989" y="-380.413"/>
+      <vertex index="1728" x="163.062" y="-386.402"/>
+      <vertex index="1729" x="170.964" y="-378.028"/>
+      <vertex index="1730" x="169.611" y="-374.313"/>
+      <vertex index="1731" x="167.266" y="-384.881"/>
+      <vertex index="1732" x="172.651" y="-388.88"/>
+      <vertex index="1733" x="174.938" y="-383.727"/>
+      <vertex index="1734" x="163.027" y="-383.592"/>
+      <vertex index="1735" x="170.045" y="-391.084"/>
+      <vertex index="1736" x="165.439" y="-391.934"/>
+      <vertex index="1737" x="166.887" y="-395.151"/>
+      <vertex index="1738" x="175.374" y="-390.244"/>
+      <vertex index="1739" x="183.574" y="-381.772"/>
+      <vertex index="1740" x="165.141" y="-388.785"/>
+      <vertex index="1741" x="162.665" y="-393.471"/>
+      <vertex index="1742" x="179.506" y="-383.851"/>
+      <vertex index="1743" x="181.701" y="-388.116"/>
+      <vertex index="1744" x="179.246" y="-378.323"/>
+      <vertex index="1745" x="182.628" y="-384.941"/>
+      <vertex index="1746" x="185.216" y="-387.42"/>
+      <vertex index="1747" x="188.465" y="-386.005"/>
+      <vertex index="1748" x="188.682" y="-380.812"/>
+      <vertex index="1749" x="180.629" y="-381.028"/>
+      <vertex index="1750" x="175.509" y="-379.763"/>
+      <vertex index="1751" x="144.729" y="-390.345"/>
+      <vertex index="1752" x="122.567" y="-387.433"/>
+      <vertex index="1753" x="120" y="-390"/>
+      <vertex index="1754" x="127.621" y="-390.379"/>
+      <vertex index="1755" x="121.073" y="-382.684"/>
+      <vertex index="1756" x="118.766" y="-379.232"/>
+      <vertex index="1757" x="125.905" y="-387.516"/>
+      <vertex index="1758" x="130.705" y="-386.584"/>
+      <vertex index="1759" x="123.058" y="-384.669"/>
+      <vertex index="1760" x="120.024" y="-385.624"/>
+      <vertex index="1761" x="116.025" y="-381.788"/>
+      <vertex index="1762" x="115.5" y="-386"/>
+      <vertex index="1763" x="120.19" y="-376.687"/>
+      <vertex index="1764" x="125.402" y="-238.377"/>
+      <vertex index="1765" x="118.032" y="-240.28"/>
+      <vertex index="1766" x="200.968" y="-393.28"/>
+      <vertex index="1767" x="197.258" y="-392.828"/>
+      <vertex index="1768" x="199.751" y="-387.808"/>
+      <vertex index="1769" x="242.729" y="-342.946"/>
+      <vertex index="1770" x="239.807" y="-347.561"/>
+      <vertex index="1771" x="235.242" y="-356.197"/>
+      <vertex index="1772" x="205.716" y="-329.743"/>
+      <vertex index="1773" x="209.49" y="-337.582"/>
+      <vertex index="1774" x="182.608" y="-356.771"/>
+      <vertex index="1775" x="215.783" y="-385.783"/>
+      <vertex index="1776" x="210.865" y="-387.717"/>
+      <vertex index="1777" x="213.815" y="-387.998"/>
+      <vertex index="1778" x="240.523" y="-304.495"/>
+      <vertex index="1779" x="241.303" y="-307.64"/>
+      <vertex index="1780" x="236.378" y="-305.852"/>
+      <vertex index="1781" x="236.843" y="-300.261"/>
+      <vertex index="1782" x="237.79" y="-303.154"/>
+      <vertex index="1783" x="209.746" y="-324.5"/>
+      <vertex index="1784" x="224.817" y="-313.589"/>
+      <vertex index="1785" x="227.258" y="-316.261"/>
+      <vertex index="1786" x="228.958" y="-312.257"/>
+      <vertex index="1787" x="231.861" y="-311.228"/>
+      <vertex index="1788" x="197.261" y="-291.739"/>
+      <vertex index="1789" x="218.901" y="-301.176"/>
+      <vertex index="1790" x="224.092" y="-305.187"/>
+      <vertex index="1791" x="227.913" y="-306.862"/>
+      <vertex index="1792" x="227.458" y="-309.749"/>
+      <vertex index="1793" x="230.317" y="-308.656"/>
+      <vertex index="1794" x="228.914" y="-300.011"/>
+      <vertex index="1795" x="229.495" y="-303.595"/>
+      <vertex index="1796" x="233.364" y="-302.357"/>
+      <vertex index="1797" x="226.176" y="-302.295"/>
+      <vertex index="1798" x="233.63" y="-298.863"/>
+      <vertex index="1799" x="224.222" y="-295.176"/>
+      <vertex index="1800" x="225.467" y="-298.662"/>
+      <vertex index="1801" x="210.39" y="-289.051"/>
+      <vertex index="1802" x="214.929" y="-246.071"/>
+      <vertex index="1803" x="208.534" y="-244.466"/>
+      <vertex index="1804" x="214.264" y="-253.838"/>
+      <vertex index="1805" x="217.9" y="-254.262"/>
+      <vertex index="1806" x="216.483" y="-250.611"/>
+      <vertex index="1807" x="220" y="-249.5"/>
+      <vertex index="1808" x="242.02" y="-293.796"/>
+      <vertex index="1809" x="232.374" y="-290.83"/>
+      <vertex index="1810" x="236.188" y="-292.865"/>
+      <vertex index="1811" x="239.843" y="-291.291"/>
+      <vertex index="1812" x="236.319" y="-279.172"/>
+      <vertex index="1813" x="231.656" y="-275.238"/>
+      <vertex index="1814" x="245.071" y="-313.5"/>
+      <vertex index="1815" x="239.389" y="-329.518"/>
+      <vertex index="1816" x="239.795" y="-337.219"/>
+      <vertex index="1817" x="242.778" y="-339.306"/>
+      <vertex index="1818" x="235.654" y="-338.125"/>
+      <vertex index="1819" x="235.479" y="-341.678"/>
+      <vertex index="1820" x="232.514" y="-346.15"/>
+      <vertex index="1821" x="226.72" y="-320.188"/>
+      <vertex index="1822" x="222.776" y="-323.98"/>
+      <vertex index="1823" x="223.622" y="-320.913"/>
+      <vertex index="1824" x="216.051" y="-334.388"/>
+      <vertex index="1825" x="212.267" y="-334.95"/>
+      <vertex index="1826" x="208.711" y="-333.979"/>
+      <vertex index="1827" x="213.041" y="-338.548"/>
+      <vertex index="1828" x="205.807" y="-336.493"/>
+      <vertex index="1829" x="208.663" y="-347.632"/>
+      <vertex index="1830" x="210.009" y="-342.684"/>
+      <vertex index="1831" x="204.583" y="-341.845"/>
+      <vertex index="1832" x="206.903" y="-339.559"/>
+      <vertex index="1833" x="217.775" y="-337.023"/>
+      <vertex index="1834" x="219.856" y="-339.702"/>
+      <vertex index="1835" x="218.564" y="-347.104"/>
+      <vertex index="1836" x="220.068" y="-343.552"/>
+      <vertex index="1837" x="223.607" y="-347.145"/>
+      <vertex index="1838" x="181.392" y="-223.771"/>
+      <vertex index="1839" x="185.254" y="-227.48"/>
+      <vertex index="1840" x="184.129" y="-224.786"/>
+      <vertex index="1841" x="175.623" y="-223.693"/>
+      <vertex index="1842" x="178.493" y="-224.776"/>
+      <vertex index="1843" x="167.598" y="-225.623"/>
+      <vertex index="1844" x="161.828" y="-213.681"/>
+      <vertex index="1845" x="155.762" y="-214.344"/>
+      <vertex index="1846" x="146.608" y="-258.229"/>
+      <vertex index="1847" x="142.746" y="-254.52"/>
+      <vertex index="1848" x="143.871" y="-257.214"/>
+      <vertex index="1849" x="169.745" y="-114.084"/>
+      <vertex index="1850" x="167.631" y="-110.321"/>
+      <vertex index="1851" x="166.56" y="-113.788"/>
+      <vertex index="1852" x="164.03" y="-115.978"/>
+      <vertex index="1853" x="170.985" y="-102.735"/>
+      <vertex index="1854" x="163.089" y="-106.014"/>
+      <vertex index="1855" x="170.33" y="-106.98"/>
+      <vertex index="1856" x="175.985" y="-102.301"/>
+      <vertex index="1857" x="164.569" y="-109.001"/>
+      <vertex index="1858" x="166.769" y="-106.051"/>
+      <vertex index="1859" x="159.847" y="-109.48"/>
+      <vertex index="1860" x="164.976" y="-101.41"/>
+      <vertex index="1861" x="173.729" y="-105.331"/>
+      <vertex index="1862" x="159.435" y="-105.845"/>
+      <vertex index="1863" x="155.554" y="-105.638"/>
+      <vertex index="1864" x="151.497" y="-100.162"/>
+      <vertex index="1865" x="149.64" y="-106.9"/>
+      <vertex index="1866" x="154.34" y="-102.297"/>
+      <vertex index="1867" x="152.811" y="-107.272"/>
+      <vertex index="1868" x="156.315" y="-99.364"/>
+      <vertex index="1869" x="151.084" y="-103.673"/>
+      <vertex index="1870" x="153.325" y="-95.9005"/>
+      <vertex index="1871" x="154.16" y="-91.9674"/>
+      <vertex index="1872" x="147.711" y="-101.496"/>
+      <vertex index="1873" x="157.48" y="-111.081"/>
+      <vertex index="1874" x="150.242" y="-110.931"/>
+      <vertex index="1875" x="150.097" y="-97.0386"/>
+      <vertex index="1876" x="144.875" y="-96.5152"/>
+      <vertex index="1877" x="144.542" y="-92.7793"/>
+      <vertex index="1878" x="151.216" y="-91.393"/>
+      <vertex index="1879" x="147.471" y="-104.627"/>
+      <vertex index="1880" x="144.703" y="-108.91"/>
+      <vertex index="1881" x="147.834" y="-112.83"/>
+      <vertex index="1882" x="144.293" y="-100.144"/>
+      <vertex index="1883" x="139.57" y="-102.169"/>
+      <vertex index="1884" x="147.718" y="-109.247"/>
+      <vertex index="1885" x="158.026" y="-117.974"/>
+      <vertex index="1886" x="186.203" y="-120.781"/>
+      <vertex index="1887" x="122.5" y="-107.5"/>
+      <vertex index="1888" x="128.841" y="-100.218"/>
+      <vertex index="1889" x="132.817" y="-109.914"/>
+      <vertex index="1890" x="138.367" y="-108.165"/>
+      <vertex index="1891" x="128.766" y="-106.173"/>
+      <vertex index="1892" x="127.915" y="-108.962"/>
+      <vertex index="1893" x="131.538" y="-103.88"/>
+      <vertex index="1894" x="127.6" y="-103.18"/>
+      <vertex index="1895" x="109.608" y="-94.2293"/>
+      <vertex index="1896" x="106.799" y="-90.941"/>
+      <vertex index="1897" x="105.066" y="-93.2599"/>
+      <vertex index="1898" x="108.399" y="-85.3759"/>
+      <vertex index="1899" x="108.719" y="-88.4805"/>
+      <vertex index="1900" x="112.129" y="-86.868"/>
+      <vertex index="1901" x="119.677" y="-90.9666"/>
+      <vertex index="1902" x="115.442" y="-89.7668"/>
+      <vertex index="1903" x="103.8" y="-87.066"/>
+      <vertex index="1904" x="117.83" y="-96.4806"/>
+      <vertex index="1905" x="118.912" y="-85.5903"/>
+      <vertex index="1906" x="117.99" y="-99.5969"/>
+      <vertex index="1907" x="114.63" y="-98.2073"/>
+      <vertex index="1908" x="114.385" y="-93.9245"/>
+      <vertex index="1909" x="118.103" y="-88.4478"/>
+      <vertex index="1910" x="117.513" y="-93.3084"/>
+      <vertex index="1911" x="180.671" y="-88.5"/>
+      <vertex index="1912" x="96.8826" y="-404.372"/>
+      <vertex index="1913" x="180.211" y="-78.7578"/>
+      <vertex index="1914" x="172.249" y="-68.2263"/>
+      <vertex index="1915" x="154.899" y="-74.1113"/>
+      <vertex index="1916" x="152.116" y="-71.8927"/>
+      <vertex index="1917" x="154.711" y="-81.5213"/>
+      <vertex index="1918" x="155.557" y="-78.742"/>
+      <vertex index="1919" x="151.863" y="-81.6003"/>
+      <vertex index="1920" x="153.718" y="-84.7833"/>
+      <vertex index="1921" x="160.376" y="-99.3662"/>
+      <vertex index="1922" x="161.478" y="-102.794"/>
+      <vertex index="1923" x="167.292" y="-96.0425"/>
+      <vertex index="1924" x="170.584" y="-98.5911"/>
+      <vertex index="1925" x="167.418" y="-99.2805"/>
+      <vertex index="1926" x="173.302" y="-100.42"/>
+      <vertex index="1927" x="173.142" y="-96.7052"/>
+      <vertex index="1928" x="140.306" y="-45.8776"/>
+      <vertex index="1929" x="126.431" y="-58.0291"/>
+      <vertex index="1930" x="122.612" y="-59.4433"/>
+      <vertex index="1931" x="121.142" y="-68.5383"/>
+      <vertex index="1932" x="120.847" y="-63.8242"/>
+      <vertex index="1933" x="117.095" y="-63.8806"/>
+      <vertex index="1934" x="114.79" y="-69.9703"/>
+      <vertex index="1935" x="115.026" y="-66.5787"/>
+      <vertex index="1936" x="109.939" y="-67.5051"/>
+      <vertex index="1937" x="117.79" y="-68.4751"/>
+      <vertex index="1938" x="119.337" y="-75.3371"/>
+      <vertex index="1939" x="119.405" y="-71.7163"/>
+      <vertex index="1940" x="126.75" y="-73.6658"/>
+      <vertex index="1941" x="123.317" y="-71.7901"/>
+      <vertex index="1942" x="127.863" y="-67.549"/>
+      <vertex index="1943" x="126.293" y="-70.423"/>
+      <vertex index="1944" x="131.413" y="-71.3545"/>
+      <vertex index="1945" x="124.908" y="-62.915"/>
+      <vertex index="1946" x="127.829" y="-64.3115"/>
+      <vertex index="1947" x="136.848" y="-68.6835"/>
+      <vertex index="1948" x="138.911" y="-65.958"/>
+      <vertex index="1949" x="137.658" y="-76.8764"/>
+      <vertex index="1950" x="134.929" y="-73.6705"/>
+      <vertex index="1951" x="138.444" y="-79.9002"/>
+      <vertex index="1952" x="136.856" y="-71.5492"/>
+      <vertex index="1953" x="143.41" y="-80.797"/>
+      <vertex index="1954" x="128.086" y="-84.4638"/>
+      <vertex index="1955" x="53.084" y="-383.512"/>
+      <vertex index="1956" x="45.2373" y="-384.838"/>
+      <vertex index="1957" x="45.1394" y="-381.534"/>
+      <vertex index="1958" x="41.6456" y="-382.592"/>
+      <vertex index="1959" x="52.8994" y="-396.168"/>
+      <vertex index="1960" x="49.2371" y="-394.821"/>
+      <vertex index="1961" x="46.9564" y="-389.942"/>
+      <vertex index="1962" x="48.5" y="-398.5"/>
+      <vertex index="1963" x="45.9264" y="-393.396"/>
+      <vertex index="1964" x="54.7245" y="-399.459"/>
+      <vertex index="1965" x="59.7565" y="-399.647"/>
+      <vertex index="1966" x="65.8339" y="-387.927"/>
+      <vertex index="1967" x="63.5679" y="-389.958"/>
+      <vertex index="1968" x="30.1342" y="-348.256"/>
+      <vertex index="1969" x="31.4295" y="-345.478"/>
+      <vertex index="1970" x="27.5046" y="-350.188"/>
+      <vertex index="1971" x="30.0559" y="-354.758"/>
+      <vertex index="1972" x="33.0213" y="-360.62"/>
+      <vertex index="1973" x="35.9494" y="-357.979"/>
+      <vertex index="1974" x="36.204" y="-361.205"/>
+      <vertex index="1975" x="33.7436" y="-354.05"/>
+      <vertex index="1976" x="80.873" y="-404.796"/>
+      <vertex index="1977" x="70.2679" y="-395.871"/>
+      <vertex index="1978" x="73.0967" y="-396.542"/>
+      <vertex index="1979" x="64.6094" y="-393.452"/>
+      <vertex index="1980" x="61.7088" y="-396.178"/>
+      <vertex index="1981" x="58.64" y="-396.735"/>
+      <vertex index="1982" x="86.8186" y="-408.552"/>
+      <vertex index="1983" x="81.1676" y="-400.867"/>
+      <vertex index="1984" x="84.2187" y="-355.719"/>
+      <vertex index="1985" x="84.5" y="-360"/>
+      <vertex index="1986" x="87.2043" y="-352.63"/>
+      <vertex index="1987" x="113.968" y="-349.232"/>
+      <vertex index="1988" x="101.208" y="-353.892"/>
+      <vertex index="1989" x="104.084" y="-350.036"/>
+      <vertex index="1990" x="28.2907" y="-343.014"/>
+      <vertex index="1991" x="73.5" y="-318.679"/>
+      <vertex index="1992" x="71.58" y="-324.196"/>
+      <vertex index="1993" x="75.7602" y="-324.545"/>
+      <vertex index="1994" x="80.0809" y="-350.982"/>
+      <vertex index="1995" x="76.5399" y="-350.767"/>
+      <vertex index="1996" x="89.3023" y="-339.635"/>
+      <vertex index="1997" x="91.6489" y="-342.797"/>
+      <vertex index="1998" x="89.7972" y="-346.045"/>
+      <vertex index="1999" x="90.9779" y="-349.726"/>
+      <vertex index="2000" x="93.9485" y="-351.391"/>
+      <vertex index="2001" x="93.9008" y="-346.758"/>
+      <vertex index="2002" x="99.4618" y="-346.939"/>
+      <vertex index="2003" x="96.7324" y="-349.198"/>
+      <vertex index="2004" x="100.091" y="-350.477"/>
+      <vertex index="2005" x="96.7177" y="-345.726"/>
+      <vertex index="2006" x="95.3437" y="-339.983"/>
+      <vertex index="2007" x="29.986" y="-127.57"/>
+      <vertex index="2008" x="32.5828" y="-129.82"/>
+      <vertex index="2009" x="30.1952" y="-122.045"/>
+      <vertex index="2010" x="37.4313" y="-129.336"/>
+      <vertex index="2011" x="21.6806" y="-121.5"/>
+      <vertex index="2012" x="23.3456" y="-124.626"/>
+      <vertex index="2013" x="23.974" y="-117.195"/>
+      <vertex index="2014" x="27.7404" y="-118.778"/>
+      <vertex index="2015" x="24.243" y="-113.963"/>
+      <vertex index="2016" x="33.7138" y="-116.845"/>
+      <vertex index="2017" x="31.0598" y="-118.839"/>
+      <vertex index="2018" x="35.2851" y="-121.698"/>
+      <vertex index="2019" x="30.2736" y="-115.03"/>
+      <vertex index="2020" x="33.1526" y="-113.74"/>
+      <vertex index="2021" x="40.5618" y="-114.004"/>
+      <vertex index="2022" x="37.4691" y="-111.23"/>
+      <vertex index="2023" x="36.9353" y="-114.936"/>
+      <vertex index="2024" x="39.9807" y="-119.262"/>
+      <vertex index="2025" x="35.3586" y="-96.4157"/>
+      <vertex index="2026" x="41.7286" y="-94.2539"/>
+      <vertex index="2027" x="42.1983" y="-98.2522"/>
+      <vertex index="2028" x="51.1274" y="-104.728"/>
+      <vertex index="2029" x="46.0619" y="-102.319"/>
+      <vertex index="2030" x="43.3484" y="-101.028"/>
+      <vertex index="2031" x="30.3575" y="-145.306"/>
+      <vertex index="2032" x="45.4024" y="-153.614"/>
+      <vertex index="2033" x="47.1227" y="-142.228"/>
+      <vertex index="2034" x="52.383" y="-135.698"/>
+      <vertex index="2035" x="30.986" y="-141.122"/>
+      <vertex index="2036" x="30.3377" y="-134.207"/>
+      <vertex index="2037" x="27.7578" y="-138.225"/>
+      <vertex index="2038" x="37.9299" y="-171.226"/>
+      <vertex index="2039" x="46.0986" y="-175.542"/>
+      <vertex index="2040" x="42.9204" y="-171.669"/>
+      <vertex index="2041" x="34.5893" y="-172.82"/>
+      <vertex index="2042" x="33.5" y="-176.5"/>
+      <vertex index="2043" x="40.9497" y="-178.83"/>
+      <vertex index="2044" x="36.4815" y="-167.605"/>
+      <vertex index="2045" x="39.8805" y="-163.5"/>
+      <vertex index="2046" x="36.9069" y="-161.096"/>
+      <vertex index="2047" x="46.4137" y="-161.276"/>
+      <vertex index="2048" x="42.7449" y="-161.206"/>
+      <vertex index="2049" x="44.4834" y="-166.313"/>
+      <vertex index="2050" x="44.648" y="-157.611"/>
+      <vertex index="2051" x="41.4841" y="-166.048"/>
+      <vertex index="2052" x="48.0907" y="-158.21"/>
+      <vertex index="2053" x="55.5109" y="-164.26"/>
+      <vertex index="2054" x="52.5098" y="-160.366"/>
+      <vertex index="2055" x="42.6343" y="-155.161"/>
+      <vertex index="2056" x="31.2402" y="-164.072"/>
+      <vertex index="2057" x="28.5" y="-166.5"/>
+      <vertex index="2058" x="32.8023" y="-167.085"/>
+      <vertex index="2059" x="81.3194" y="-148.172"/>
+      <vertex index="2060" x="56.9225" y="-81.7098"/>
+      <vertex index="2061" x="87.2834" y="-101.338"/>
+      <vertex index="2062" x="85.6638" y="-182.499"/>
+      <vertex index="2063" x="82.1187" y="-176.244"/>
+      <vertex index="2064" x="81.5152" y="-181.998"/>
+      <vertex index="2065" x="84.944" y="-178.775"/>
+      <vertex index="2066" x="87.2898" y="-173.313"/>
+      <vertex index="2067" x="85.1976" y="-175.649"/>
+      <vertex index="2068" x="83.7904" y="-172.284"/>
+      <vertex index="2069" x="86.551" y="-169.362"/>
+      <vertex index="2070" x="77.7134" y="-178.691"/>
+      <vertex index="2071" x="90.474" y="-175.584"/>
+      <vertex index="2072" x="91.4939" y="-170.482"/>
+      <vertex index="2073" x="90.7175" y="-166.886"/>
+      <vertex index="2074" x="94.3467" y="-167.985"/>
+      <vertex index="2075" x="95.3043" y="-171.331"/>
+      <vertex index="2076" x="79.0532" y="-187.401"/>
+      <vertex index="2077" x="68.4913" y="-189.178"/>
+      <vertex index="2078" x="74.5123" y="-192.69"/>
+      <vertex index="2079" x="73.6074" y="-187.309"/>
+      <vertex index="2080" x="77.5552" y="-190.709"/>
+      <vertex index="2081" x="78.1994" y="-195.026"/>
+      <vertex index="2082" x="80.527" y="-193.425"/>
+      <vertex index="2083" x="71.1863" y="-202.017"/>
+      <vertex index="2084" x="80.0084" y="-199.479"/>
+      <vertex index="2085" x="73.903" y="-197.729"/>
+      <vertex index="2086" x="75.4076" y="-195.355"/>
+      <vertex index="2087" x="127.975" y="-196.458"/>
+      <vertex index="2088" x="134.25" y="-206.542"/>
+      <vertex index="2089" x="131.676" y="-196.873"/>
+      <vertex index="2090" x="99.2498" y="-203.981"/>
+      <vertex index="2091" x="98.3587" y="-199.69"/>
+      <vertex index="2092" x="97.9419" y="-211.282"/>
+      <vertex index="2093" x="97.4272" y="-207.423"/>
+      <vertex index="2094" x="91.6558" y="-210.156"/>
+      <vertex index="2095" x="100.846" y="-208.931"/>
+      <vertex index="2096" x="94.9791" y="-209.713"/>
+      <vertex index="2097" x="94.0096" y="-215.125"/>
+      <vertex index="2098" x="103.017" y="-214.581"/>
+      <vertex index="2099" x="104.4" y="-209.488"/>
+      <vertex index="2100" x="101.015" y="-212.108"/>
+      <vertex index="2101" x="98.6038" y="-214.949"/>
+      <vertex index="2102" x="89.2263" y="-204.168"/>
+      <vertex index="2103" x="123.77" y="-213.024"/>
+      <vertex index="2104" x="120.746" y="-215.808"/>
+      <vertex index="2105" x="116.496" y="-214.175"/>
+      <vertex index="2106" x="109.919" y="-219.764"/>
+      <vertex index="2107" x="112.443" y="-216.071"/>
+      <vertex index="2108" x="108.636" y="-213.578"/>
+      <vertex index="2109" x="114.831" y="-220.412"/>
+      <vertex index="2110" x="109.339" y="-216.658"/>
+      <vertex index="2111" x="105.045" y="-219.067"/>
+      <vertex index="2112" x="115.459" y="-217.239"/>
+      <vertex index="2113" x="80.2111" y="-137.758"/>
+      <vertex index="2114" x="65.745" y="-148.371"/>
+      <vertex index="2115" x="74.9552" y="-128.284"/>
+      <vertex index="2116" x="55.9014" y="-145.05"/>
+      <vertex index="2117" x="64.2038" y="-131.65"/>
+      <vertex index="2118" x="67.5836" y="-130.843"/>
+      <vertex index="2119" x="72.0165" y="-120.992"/>
+      <vertex index="2120" x="73.5382" y="-115.554"/>
+      <vertex index="2121" x="73.8285" y="-108.969"/>
+      <vertex index="2122" x="77.4564" y="-102.355"/>
+      <vertex index="2123" x="76.4995" y="-106.132"/>
+      <vertex index="2124" x="81.9193" y="-105.496"/>
+      <vertex index="2125" x="72.9573" y="-103.225"/>
+      <vertex index="2126" x="79.3935" y="-107.381"/>
+      <vertex index="2127" x="84.835" y="-103.718"/>
+      <vertex index="2128" x="82.3154" y="-108.53"/>
+      <vertex index="2129" x="74.278" y="-97.9866"/>
+      <vertex index="2130" x="61.6925" y="-98.894"/>
+      <vertex index="2131" x="74.8443" y="-100.915"/>
+      <vertex index="2132" x="66.9062" y="-102.149"/>
+      <vertex index="2133" x="69.7155" y="-103.902"/>
+      <vertex index="2134" x="70.3856" y="-99.7019"/>
+      <vertex index="2135" x="68.7993" y="-90.8284"/>
+      <vertex index="2136" x="66.2098" y="-97.461"/>
+      <vertex index="2137" x="70.6697" y="-95.0726"/>
+      <vertex index="2138" x="64.5615" y="-100.101"/>
+      <vertex index="2139" x="59.8745" y="-107.226"/>
+      <vertex index="2140" x="63.0431" y="-104.207"/>
+      <vertex index="2141" x="66.4877" y="-106.431"/>
+      <vertex index="2142" x="61.9886" y="-91.9912"/>
+      <vertex index="2143" x="74.6743" y="-93.8048"/>
+      <vertex index="2144" x="67.2501" y="-94.0454"/>
+      <vertex index="2145" x="65.3494" y="-91.1485"/>
+      <vertex index="2146" x="63.8894" y="-94.888"/>
+      <vertex index="2147" x="66.3695" y="-83.3919"/>
+      <vertex index="2148" x="66.7401" y="-87.386"/>
+      <vertex index="2149" x="58.4401" y="-102.549"/>
+      <vertex index="2150" x="67.7628" y="-111.198"/>
+      <vertex index="2151" x="78.3055" y="-88.5204"/>
+      <vertex index="2152" x="71.2439" y="-87.029"/>
+      <vertex index="2153" x="61.0497" y="-85.8998"/>
+      <vertex index="2154" x="62.9555" y="-88.7241"/>
+      <vertex index="2155" x="77.406" y="-91.7921"/>
+      <vertex index="2156" x="82.574" y="-91.4536"/>
+      <vertex index="2157" x="74.4684" y="-89.2249"/>
+      <vertex index="2158" x="75.9212" y="-86.3355"/>
+      <vertex index="2159" x="82.9992" y="-81.0049"/>
+      <vertex index="2160" x="78.6996" y="-82.6603"/>
+      <vertex index="2161" x="70.2871" y="-83.2264"/>
+      <vertex index="2162" x="72.8109" y="-77.4971"/>
+      <vertex index="2163" x="72.4936" y="-80.7779"/>
+      <vertex index="2164" x="76.2735" y="-79.4877"/>
+      <vertex index="2165" x="67.9806" y="-78.6857"/>
+      <vertex index="2166" x="76.323" y="-75.3946"/>
+      <vertex index="2167" x="64.1645" y="-85.6107"/>
+      <vertex index="2168" x="62.2088" y="-81.4622"/>
+      <vertex index="2169" x="72.0864" y="-91.6265"/>
+      <vertex index="2170" x="82.3971" y="-85.8523"/>
+      <vertex index="2171" x="80.2583" y="-77.4891"/>
+      <vertex index="2172" x="59.6394" y="-83.1613"/>
+      <vertex index="2173" x="56.2358" y="-86.2638"/>
+      <vertex index="2174" x="65.2402" y="-80.3764"/>
+      <vertex index="2175" x="64.9297" y="-76.8067"/>
+      <vertex index="2176" x="69.1684" y="-73.3407"/>
+      <vertex index="2177" x="89.6794" y="-72.9707"/>
+      <vertex index="2178" x="54.8943" y="-83.7327"/>
+      <vertex index="2179" x="53.029" y="-87.6297"/>
+      <vertex index="2180" x="56.5352" y="-91.8105"/>
+      <vertex index="2181" x="59.2255" y="-89.1858"/>
+      <vertex index="2182" x="85.4622" y="-76.2585"/>
+      <vertex index="2183" x="83.1424" y="-78.0669"/>
+      <vertex index="2184" x="89.3469" y="-58.4038"/>
+      <vertex index="2185" x="83.3814" y="-69.7013"/>
+      <vertex index="2186" x="87.8205" y="-64.6479"/>
+      <vertex index="2187" x="85.5879" y="-67.1631"/>
+      <vertex index="2188" x="86.933" y="-70.5606"/>
+      <vertex index="2189" x="84.4717" y="-72.964"/>
+      <vertex index="2190" x="93.7446" y="-67.6938"/>
+      <vertex index="2191" x="90.4304" y="-69.345"/>
+      <vertex index="2192" x="91.3299" y="-65.1063"/>
+      <vertex index="2193" x="96.137" y="-63.0407"/>
+      <vertex index="2194" x="68.2663" y="-59.9567"/>
+      <vertex index="2195" x="64.5209" y="-61.2016"/>
+      <vertex index="2196" x="62.4756" y="-66.0767"/>
+      <vertex index="2197" x="108.948" y="-59.4897"/>
+      <vertex index="2198" x="103.919" y="-61.8547"/>
+      <vertex index="2199" x="100.128" y="-63.1009"/>
+      <vertex index="2200" x="103.832" y="-67.9796"/>
+      <vertex index="2201" x="102.82" y="-64.9021"/>
+      <vertex index="2202" x="98.8604" y="-67.9085"/>
+      <vertex index="2203" x="118.5" y="-44.1027"/>
+      <vertex index="2204" x="114.14" y="-45.7025"/>
+      <vertex index="2205" x="115.163" y="-48.5918"/>
+      <vertex index="2206" x="128.607" y="-46.8176"/>
+      <vertex index="2207" x="131.179" y="-45.0922"/>
+      <vertex index="2208" x="112.123" y="-50.7152"/>
+      <vertex index="2209" x="134.287" y="-400.189"/>
+      <vertex index="2210" x="139.177" y="-398.497"/>
+      <vertex index="2211" x="131.287" y="-394.517"/>
+      <vertex index="2212" x="141.18" y="-391.17"/>
+      <vertex index="2213" x="174.758" y="-394.057"/>
+      <vertex index="2214" x="171.954" y="-358.768"/>
+      <vertex index="2215" x="177.397" y="-359.983"/>
+      <vertex index="2216" x="176.922" y="-363.168"/>
+      <vertex index="2217" x="181.179" y="-363.632"/>
+      <vertex index="2218" x="180.794" y="-359.661"/>
+      <vertex index="2219" x="182.147" y="-368.356"/>
+      <vertex index="2220" x="184.934" y="-364.21"/>
+      <vertex index="2221" x="192.324" y="-361.996"/>
+      <vertex index="2222" x="188.91" y="-364.042"/>
+      <vertex index="2223" x="194.643" y="-369.735"/>
+      <vertex index="2224" x="188.525" y="-359.528"/>
+      <vertex index="2225" x="192.5" y="-366.16"/>
+      <vertex index="2226" x="192.79" y="-357.121"/>
+      <vertex index="2227" x="190.028" y="-353.465"/>
+      <vertex index="2228" x="186.533" y="-356.077"/>
+      <vertex index="2229" x="190.401" y="-369.848"/>
+      <vertex index="2230" x="198.859" y="-364.779"/>
+      <vertex index="2231" x="186.5" y="-351"/>
+      <vertex index="2232" x="189.682" y="-356.597"/>
+      <vertex index="2233" x="192.682" y="-375.822"/>
+      <vertex index="2234" x="195.35" y="-363.954"/>
+      <vertex index="2235" x="196.479" y="-367.026"/>
+      <vertex index="2236" x="201.552" y="-372.441"/>
+      <vertex index="2237" x="198.403" y="-370.307"/>
+      <vertex index="2238" x="197.781" y="-361.486"/>
+      <vertex index="2239" x="195.99" y="-373.528"/>
+      <vertex index="2240" x="195.735" y="-358.789"/>
+      <vertex index="2241" x="196.947" y="-355.523"/>
+      <vertex index="2242" x="203.516" y="-352.632"/>
+      <vertex index="2243" x="200.593" y="-354.899"/>
+      <vertex index="2244" x="206.584" y="-359.607"/>
+      <vertex index="2245" x="204.177" y="-356.504"/>
+      <vertex index="2246" x="202.382" y="-361.481"/>
+      <vertex index="2247" x="210.465" y="-354.112"/>
+      <vertex index="2248" x="206.845" y="-354.055"/>
+      <vertex index="2249" x="208.61" y="-356.92"/>
+      <vertex index="2250" x="208.701" y="-351.112"/>
+      <vertex index="2251" x="214.835" y="-363.72"/>
+      <vertex index="2252" x="214.002" y="-350.016"/>
+      <vertex index="2253" x="213.855" y="-358.368"/>
+      <vertex index="2254" x="192.592" y="-372.434"/>
+      <vertex index="2255" x="187.82" y="-374.256"/>
+      <vertex index="2256" x="198.396" y="-380.53"/>
+      <vertex index="2257" x="202.03" y="-358.541"/>
+      <vertex index="2258" x="207.533" y="-367.382"/>
+      <vertex index="2259" x="187.132" y="-370.893"/>
+      <vertex index="2260" x="183.302" y="-373.428"/>
+      <vertex index="2261" x="196.204" y="-377.369"/>
+      <vertex index="2262" x="192.905" y="-380.099"/>
+      <vertex index="2263" x="200.536" y="-376.705"/>
+      <vertex index="2264" x="205.864" y="-363.64"/>
+      <vertex index="2265" x="184.161" y="-370.565"/>
+      <vertex index="2266" x="180.715" y="-375.412"/>
+      <vertex index="2267" x="184.424" y="-377.568"/>
+      <vertex index="2268" x="198.986" y="-374.082"/>
+      <vertex index="2269" x="203.573" y="-380.916"/>
+      <vertex index="2270" x="204.011" y="-375.28"/>
+      <vertex index="2271" x="207.997" y="-372.323"/>
+      <vertex index="2272" x="202.852" y="-367.227"/>
+      <vertex index="2273" x="210.348" y="-363.884"/>
+      <vertex index="2274" x="185.895" y="-380.053"/>
+      <vertex index="2275" x="201.075" y="-379.517"/>
+      <vertex index="2276" x="201.826" y="-364.418"/>
+      <vertex index="2277" x="199.849" y="-367.643"/>
+      <vertex index="2278" x="205.099" y="-370.103"/>
+      <vertex index="2279" x="212.503" y="-361.382"/>
+      <vertex index="2280" x="177.454" y="-369.657"/>
+      <vertex index="2281" x="145.901" y="-376.23"/>
+      <vertex index="2282" x="142.006" y="-377.118"/>
+      <vertex index="2283" x="125.476" y="-380.519"/>
+      <vertex index="2284" x="130.695" y="-351.842"/>
+      <vertex index="2285" x="132.095" y="-355.146"/>
+      <vertex index="2286" x="124.194" y="-351.344"/>
+      <vertex index="2287" x="119.073" y="-355.461"/>
+      <vertex index="2288" x="115.051" y="-358.08"/>
+      <vertex index="2289" x="113.937" y="-361.452"/>
+      <vertex index="2290" x="108.127" y="-373.479"/>
+      <vertex index="2291" x="140.11" y="-386.691"/>
+      <vertex index="2292" x="175.51" y="-373.823"/>
+      <vertex index="2293" x="176.51" y="-376.793"/>
+      <vertex index="2294" x="159.899" y="-385.324"/>
+      <vertex index="2295" x="179.122" y="-389.752"/>
+      <vertex index="2296" x="186.51" y="-383.322"/>
+      <vertex index="2297" x="125.258" y="-392.742"/>
+      <vertex index="2298" x="134.121" y="-386.909"/>
+      <vertex index="2299" x="132.059" y="-390.473"/>
+      <vertex index="2300" x="135.102" y="-393.149"/>
+      <vertex index="2301" x="137.473" y="-391.081"/>
+      <vertex index="2302" x="134.884" y="-389.729"/>
+      <vertex index="2303" x="128.782" y="-384.329"/>
+      <vertex index="2304" x="125.416" y="-241.641"/>
+      <vertex index="2305" x="119.531" y="-243.148"/>
+      <vertex index="2306" x="199.469" y="-396.148"/>
+      <vertex index="2307" x="195.891" y="-386.115"/>
+      <vertex index="2308" x="199.043" y="-384.174"/>
+      <vertex index="2309" x="194.601" y="-383.006"/>
+      <vertex index="2310" x="242.819" y="-348.164"/>
+      <vertex index="2311" x="239.569" y="-352.128"/>
+      <vertex index="2312" x="235.623" y="-349.633"/>
+      <vertex index="2313" x="238.602" y="-355.434"/>
+      <vertex index="2314" x="236.274" y="-352.964"/>
+      <vertex index="2315" x="232.486" y="-351.975"/>
+      <vertex index="2316" x="228.886" y="-349.045"/>
+      <vertex index="2317" x="236.355" y="-345.85"/>
+      <vertex index="2318" x="231.867" y="-349.059"/>
+      <vertex index="2319" x="229.579" y="-346.192"/>
+      <vertex index="2320" x="225.046" y="-351.431"/>
+      <vertex index="2321" x="221.059" y="-350.384"/>
+      <vertex index="2322" x="222.766" y="-359.923"/>
+      <vertex index="2323" x="217.515" y="-350.491"/>
+      <vertex index="2324" x="215.223" y="-354.215"/>
+      <vertex index="2325" x="225.036" y="-355.98"/>
+      <vertex index="2326" x="218.576" y="-357.622"/>
+      <vertex index="2327" x="219.39" y="-353.856"/>
+      <vertex index="2328" x="221.684" y="-356.323"/>
+      <vertex index="2329" x="230.024" y="-361.476"/>
+      <vertex index="2330" x="228.67" y="-357.693"/>
+      <vertex index="2331" x="226.409" y="-360.636"/>
+      <vertex index="2332" x="222.765" y="-369.589"/>
+      <vertex index="2333" x="227.042" y="-366.112"/>
+      <vertex index="2334" x="232.315" y="-358.522"/>
+      <vertex index="2335" x="234.342" y="-362.459"/>
+      <vertex index="2336" x="231.893" y="-355.235"/>
+      <vertex index="2337" x="231.354" y="-365.608"/>
+      <vertex index="2338" x="237.468" y="-362.881"/>
+      <vertex index="2339" x="236.832" y="-359.38"/>
+      <vertex index="2340" x="229.657" y="-369.786"/>
+      <vertex index="2341" x="232.37" y="-368.454"/>
+      <vertex index="2342" x="226.218" y="-369.466"/>
+      <vertex index="2343" x="224.676" y="-374.72"/>
+      <vertex index="2344" x="232" y="-373.5"/>
+      <vertex index="2345" x="205.322" y="-389.441"/>
+      <vertex index="2346" x="243.639" y="-303.872"/>
+      <vertex index="2347" x="240.941" y="-300.416"/>
+      <vertex index="2348" x="238.992" y="-297.71"/>
+      <vertex index="2349" x="208.231" y="-321.622"/>
+      <vertex index="2350" x="206.715" y="-324.5"/>
+      <vertex index="2351" x="211.427" y="-327.897"/>
+      <vertex index="2352" x="215.204" y="-323.913"/>
+      <vertex index="2353" x="215.158" y="-320.465"/>
+      <vertex index="2354" x="195.017" y="-293.983"/>
+      <vertex index="2355" x="198.469" y="-294.81"/>
+      <vertex index="2356" x="202.211" y="-289.175"/>
+      <vertex index="2357" x="193.509" y="-287.692"/>
+      <vertex index="2358" x="220.274" y="-294.688"/>
+      <vertex index="2359" x="221.763" y="-297.948"/>
+      <vertex index="2360" x="222.726" y="-291.059"/>
+      <vertex index="2361" x="220.979" y="-283.578"/>
+      <vertex index="2362" x="222.965" y="-287.059"/>
+      <vertex index="2363" x="227.213" y="-283.167"/>
+      <vertex index="2364" x="230.856" y="-283.562"/>
+      <vertex index="2365" x="228.722" y="-286.248"/>
+      <vertex index="2366" x="217.773" y="-287.715"/>
+      <vertex index="2367" x="224.143" y="-284.08"/>
+      <vertex index="2368" x="223.11" y="-280.364"/>
+      <vertex index="2369" x="216.964" y="-271.768"/>
+      <vertex index="2370" x="220.835" y="-275.496"/>
+      <vertex index="2371" x="220.563" y="-288.923"/>
+      <vertex index="2372" x="219.557" y="-291.762"/>
+      <vertex index="2373" x="212.823" y="-292.199"/>
+      <vertex index="2374" x="215.223" y="-289.874"/>
+      <vertex index="2375" x="213.52" y="-285.278"/>
+      <vertex index="2376" x="207.967" y="-293.436"/>
+      <vertex index="2377" x="208.772" y="-248.346"/>
+      <vertex index="2378" x="198.201" y="-247.05"/>
+      <vertex index="2379" x="203.17" y="-250.281"/>
+      <vertex index="2380" x="206.307" y="-250.286"/>
+      <vertex index="2381" x="204.731" y="-254.803"/>
+      <vertex index="2382" x="211.675" y="-245.255"/>
+      <vertex index="2383" x="211.955" y="-251.529"/>
+      <vertex index="2384" x="234.39" y="-288.811"/>
+      <vertex index="2385" x="229.159" y="-294.618"/>
+      <vertex index="2386" x="234.547" y="-274.081"/>
+      <vertex index="2387" x="230.077" y="-270.554"/>
+      <vertex index="2388" x="229.643" y="-278.719"/>
+      <vertex index="2389" x="238.847" y="-334.469"/>
+      <vertex index="2390" x="243.176" y="-335.298"/>
+      <vertex index="2391" x="225.62" y="-325.234"/>
+      <vertex index="2392" x="219.505" y="-326.667"/>
+      <vertex index="2393" x="219.267" y="-323.043"/>
+      <vertex index="2394" x="215.9" y="-327.562"/>
+      <vertex index="2395" x="201.258" y="-340.507"/>
+      <vertex index="2396" x="206.949" y="-344.508"/>
+      <vertex index="2397" x="201.48" y="-346.984"/>
+      <vertex index="2398" x="205.047" y="-347.584"/>
+      <vertex index="2399" x="201.894" y="-343.727"/>
+      <vertex index="2400" x="197.037" y="-348.24"/>
+      <vertex index="2401" x="199.901" y="-350.99"/>
+      <vertex index="2402" x="198.601" y="-345.287"/>
+      <vertex index="2403" x="224.333" y="-343.978"/>
+      <vertex index="2404" x="182.598" y="-232.623"/>
+      <vertex index="2405" x="189.968" y="-230.72"/>
+      <vertex index="2406" x="176.828" y="-220.681"/>
+      <vertex index="2407" x="173.525" y="-221.107"/>
+      <vertex index="2408" x="171.64" y="-224.78"/>
+      <vertex index="2409" x="170.946" y="-231.562"/>
+      <vertex index="2410" x="174.803" y="-228.53"/>
+      <vertex index="2411" x="170.215" y="-228.061"/>
+      <vertex index="2412" x="165.944" y="-230.779"/>
+      <vertex index="2413" x="167.584" y="-222.359"/>
+      <vertex index="2414" x="156.919" y="-211.453"/>
+      <vertex index="2415" x="149.493" y="-212.512"/>
+      <vertex index="2416" x="156.896" y="-218.202"/>
+      <vertex index="2417" x="157.804" y="-223.793"/>
+      <vertex index="2418" x="160.775" y="-220.903"/>
+      <vertex index="2419" x="156.289" y="-221.17"/>
+      <vertex index="2420" x="161.138" y="-224.248"/>
+      <vertex index="2421" x="164.567" y="-224.003"/>
+      <vertex index="2422" x="145.402" y="-249.377"/>
+      <vertex index="2423" x="138.032" y="-251.28"/>
+      <vertex index="2424" x="160.518" y="-112.686"/>
+      <vertex index="2425" x="167.777" y="-102.995"/>
+      <vertex index="2426" x="174.621" y="-108.742"/>
+      <vertex index="2427" x="178.288" y="-107.729"/>
+      <vertex index="2428" x="147.321" y="-98.42"/>
+      <vertex index="2429" x="142.886" y="-111.569"/>
+      <vertex index="2430" x="140.505" y="-97.8294"/>
+      <vertex index="2431" x="137.964" y="-95.5214"/>
+      <vertex index="2432" x="135.791" y="-98.4091"/>
+      <vertex index="2433" x="131.941" y="-97.8718"/>
+      <vertex index="2434" x="131.464" y="-94.7951"/>
+      <vertex index="2435" x="132.029" y="-90.7409"/>
+      <vertex index="2436" x="134.824" y="-91.9669"/>
+      <vertex index="2437" x="132.246" y="-86.2278"/>
+      <vertex index="2438" x="128.031" y="-88.8756"/>
+      <vertex index="2439" x="135.592" y="-85.6769"/>
+      <vertex index="2440" x="131.678" y="-81.7797"/>
+      <vertex index="2441" x="123.694" y="-86.6149"/>
+      <vertex index="2442" x="124.312" y="-91.7507"/>
+      <vertex index="2443" x="134.346" y="-80.7381"/>
+      <vertex index="2444" x="129.19" y="-77.7373"/>
+      <vertex index="2445" x="125.187" y="-89.0404"/>
+      <vertex index="2446" x="121.442" y="-94.6237"/>
+      <vertex index="2447" x="125.531" y="-95.5536"/>
+      <vertex index="2448" x="126.266" y="-98.539"/>
+      <vertex index="2449" x="131.657" y="-75.1352"/>
+      <vertex index="2450" x="123.868" y="-78.1597"/>
+      <vertex index="2451" x="123.817" y="-74.9555"/>
+      <vertex index="2452" x="128.335" y="-81.0508"/>
+      <vertex index="2453" x="126.425" y="-76.6279"/>
+      <vertex index="2454" x="137.789" y="-111.053"/>
+      <vertex index="2455" x="141.773" y="-106.51"/>
+      <vertex index="2456" x="136.79" y="-104.73"/>
+      <vertex index="2457" x="100.291" y="-88.6818"/>
+      <vertex index="2458" x="100.332" y="-84.1541"/>
+      <vertex index="2459" x="96.9383" y="-87.4269"/>
+      <vertex index="2460" x="89.519" y="-88.0135"/>
+      <vertex index="2461" x="93.156" y="-86.801"/>
+      <vertex index="2462" x="89.9385" y="-81.0704"/>
+      <vertex index="2463" x="92.6476" y="-91.3372"/>
+      <vertex index="2464" x="92.421" y="-83.4452"/>
+      <vertex index="2465" x="94.2145" y="-94.7236"/>
+      <vertex index="2466" x="95.0737" y="-78.1873"/>
+      <vertex index="2467" x="88.5422" y="-95.2925"/>
+      <vertex index="2468" x="92.4771" y="-97.7951"/>
+      <vertex index="2469" x="91.2798" y="-94.0258"/>
+      <vertex index="2470" x="87.3117" y="-98.1899"/>
+      <vertex index="2471" x="98.1599" y="-80.7681"/>
+      <vertex index="2472" x="105.303" y="-78.5746"/>
+      <vertex index="2473" x="102.038" y="-80.6697"/>
+      <vertex index="2474" x="105.558" y="-82.5638"/>
+      <vertex index="2475" x="100.338" y="-74.4282"/>
+      <vertex index="2476" x="109.966" y="-80.9516"/>
+      <vertex index="2477" x="100.027" y="-77.8653"/>
+      <vertex index="2478" x="103.214" y="-84.2429"/>
+      <vertex index="2479" x="110.916" y="-83.7779"/>
+      <vertex index="2480" x="114.637" y="-78.1202"/>
+      <vertex index="2481" x="112.975" y="-80.6471"/>
+      <vertex index="2482" x="152.87" y="-68.9185"/>
+      <vertex index="2483" x="150.949" y="-74.8417"/>
+      <vertex index="2484" x="131.435" y="-67.7758"/>
+      <vertex index="2485" x="124.286" y="-66.5711"/>
+      <vertex index="2486" x="48.5359" y="-384.281"/>
+      <vertex index="2487" x="50.1383" y="-389.295"/>
+      <vertex index="2488" x="41.8351" y="-388.825"/>
+      <vertex index="2489" x="40.8136" y="-385.737"/>
+      <vertex index="2490" x="59.3899" y="-403.017"/>
+      <vertex index="2491" x="64.2828" y="-397.938"/>
+      <vertex index="2492" x="110.605" y="-349.225"/>
+      <vertex index="2493" x="110.97" y="-346.005"/>
+      <vertex index="2494" x="107.416" y="-341.266"/>
+      <vertex index="2495" x="106.948" y="-349.858"/>
+      <vertex index="2496" x="103.744" y="-345.546"/>
+      <vertex index="2497" x="106.633" y="-344.31"/>
+      <vertex index="2498" x="100.304" y="-342.249"/>
+      <vertex index="2499" x="27.284" y="-123.39"/>
+      <vertex index="2500" x="40.4977" y="-131.038"/>
+      <vertex index="2501" x="41.5086" y="-125.601"/>
+      <vertex index="2502" x="32.8525" y="-123.523"/>
+      <vertex index="2503" x="37.3731" y="-125.232"/>
+      <vertex index="2504" x="39.6846" y="-122.687"/>
+      <vertex index="2505" x="44.9537" y="-121.417"/>
+      <vertex index="2506" x="36.6453" y="-118.577"/>
+      <vertex index="2507" x="42.9368" y="-106.371"/>
+      <vertex index="2508" x="40.7951" y="-109.467"/>
+      <vertex index="2509" x="47.9217" y="-112.108"/>
+      <vertex index="2510" x="44.696" y="-109.876"/>
+      <vertex index="2511" x="44.4153" y="-113.729"/>
+      <vertex index="2512" x="48.4212" y="-107.938"/>
+      <vertex index="2513" x="42.7047" y="-116.902"/>
+      <vertex index="2514" x="48.2071" y="-117.327"/>
+      <vertex index="2515" x="54.3456" y="-110.763"/>
+      <vertex index="2516" x="47.9783" y="-104.819"/>
+      <vertex index="2517" x="51.9483" y="-108.165"/>
+      <vertex index="2518" x="55.8277" y="-106.99"/>
+      <vertex index="2519" x="51.3795" y="-97.6677"/>
+      <vertex index="2520" x="49.5362" y="-94.1778"/>
+      <vertex index="2521" x="53.4854" y="-94.3237"/>
+      <vertex index="2522" x="46.8344" y="-97.8365"/>
+      <vertex index="2523" x="56.1391" y="-98.33"/>
+      <vertex index="2524" x="49.211" y="-100.554"/>
+      <vertex index="2525" x="28.1919" y="-147.153"/>
+      <vertex index="2526" x="31.5452" y="-148.146"/>
+      <vertex index="2527" x="33.4594" y="-144.533"/>
+      <vertex index="2528" x="49.5601" y="-134.11"/>
+      <vertex index="2529" x="37.9361" y="-177.557"/>
+      <vertex index="2530" x="40.817" y="-174.942"/>
+      <vertex index="2531" x="43.2803" y="-176.804"/>
+      <vertex index="2532" x="46.9262" y="-183.352"/>
+      <vertex index="2533" x="46.1716" y="-179.483"/>
+      <vertex index="2534" x="56.9708" y="-179.385"/>
+      <vertex index="2535" x="51.5803" y="-180.436"/>
+      <vertex index="2536" x="48.6928" y="-180.999"/>
+      <vertex index="2537" x="48.446" y="-170.375"/>
+      <vertex index="2538" x="55.8049" y="-78.8462"/>
+      <vertex index="2539" x="80.7735" y="-179.012"/>
+      <vertex index="2540" x="77.2501" y="-172.667"/>
+      <vertex index="2541" x="80.49" y="-171.958"/>
+      <vertex index="2542" x="71.9003" y="-181.209"/>
+      <vertex index="2543" x="71.8277" y="-190.375"/>
+      <vertex index="2544" x="68.1475" y="-195.383"/>
+      <vertex index="2545" x="71.2248" y="-193.788"/>
+      <vertex index="2546" x="83.029" y="-198.528"/>
+      <vertex index="2547" x="76.144" y="-202.648"/>
+      <vertex index="2548" x="81.6044" y="-201.857"/>
+      <vertex index="2549" x="130.709" y="-203.671"/>
+      <vertex index="2550" x="133.199" y="-200.558"/>
+      <vertex index="2551" x="136.58" y="-200.034"/>
+      <vertex index="2552" x="135.349" y="-203.264"/>
+      <vertex index="2553" x="140.274" y="-206.74"/>
+      <vertex index="2554" x="128.148" y="-207.03"/>
+      <vertex index="2555" x="125.206" y="-206.714"/>
+      <vertex index="2556" x="129.867" y="-212.609"/>
+      <vertex index="2557" x="126.771" y="-212.116"/>
+      <vertex index="2558" x="95.9482" y="-196.518"/>
+      <vertex index="2559" x="94.1666" y="-200.374"/>
+      <vertex index="2560" x="92.1123" y="-202.813"/>
+      <vertex index="2561" x="85.6628" y="-216.037"/>
+      <vertex index="2562" x="87.5122" y="-201.593"/>
+      <vertex index="2563" x="85.0583" y="-205.802"/>
+      <vertex index="2564" x="81.2263" y="-211.163"/>
+      <vertex index="2565" x="88.3313" y="-208.018"/>
+      <vertex index="2566" x="84.8185" y="-209.681"/>
+      <vertex index="2567" x="81.943" y="-207.807"/>
+      <vertex index="2568" x="84.0914" y="-213.011"/>
+      <vertex index="2569" x="76.6169" y="-207.955"/>
+      <vertex index="2570" x="80.0007" y="-216.209"/>
+      <vertex index="2571" x="88.3104" y="-212.741"/>
+      <vertex index="2572" x="89.9675" y="-216.784"/>
+      <vertex index="2573" x="91.4209" y="-213.31"/>
+      <vertex index="2574" x="87.0327" y="-220.922"/>
+      <vertex index="2575" x="93.7227" y="-220.182"/>
+      <vertex index="2576" x="87.513" y="-218.153"/>
+      <vertex index="2577" x="91.8314" y="-206.598"/>
+      <vertex index="2578" x="105.551" y="-212.535"/>
+      <vertex index="2579" x="111.057" y="-230.081"/>
+      <vertex index="2580" x="106.088" y="-215.894"/>
+      <vertex index="2581" x="101.866" y="-217.803"/>
+      <vertex index="2582" x="101.535" y="-223.264"/>
+      <vertex index="2583" x="68.4866" y="-146.075"/>
+      <vertex index="2584" x="68.9849" y="-149.456"/>
+      <vertex index="2585" x="65.698" y="-153.892"/>
+      <vertex index="2586" x="62.5292" y="-143.314"/>
+      <vertex index="2587" x="65.3266" y="-145.086"/>
+      <vertex index="2588" x="54.7774" y="-140.135"/>
+      <vertex index="2589" x="52.0097" y="-143.799"/>
+      <vertex index="2590" x="52.1273" y="-149.9"/>
+      <vertex index="2591" x="50.9841" y="-146.871"/>
+      <vertex index="2592" x="47.4886" y="-149.659"/>
+      <vertex index="2593" x="44.5061" y="-150.613"/>
+      <vertex index="2594" x="48.7956" y="-152.876"/>
+      <vertex index="2595" x="61.6009" y="-134.76"/>
+      <vertex index="2596" x="57.2223" y="-128.45"/>
+      <vertex index="2597" x="56.8843" y="-134.172"/>
+      <vertex index="2598" x="60.2751" y="-131.006"/>
+      <vertex index="2599" x="62.6337" y="-125.087"/>
+      <vertex index="2600" x="60.4811" y="-127.658"/>
+      <vertex index="2601" x="57.6474" y="-123.1"/>
+      <vertex index="2602" x="55.3255" y="-136.975"/>
+      <vertex index="2603" x="53.649" y="-132.032"/>
+      <vertex index="2604" x="65.7219" y="-134.586"/>
+      <vertex index="2605" x="81.3055" y="-101.627"/>
+      <vertex index="2606" x="80.7855" y="-97.9761"/>
+      <vertex index="2607" x="83.5953" y="-95.2401"/>
+      <vertex index="2608" x="61.3022" y="-101.821"/>
+      <vertex index="2609" x="69.3173" y="-114.819"/>
+      <vertex index="2610" x="61.4268" y="-116.062"/>
+      <vertex index="2611" x="65.2138" y="-114.437"/>
+      <vertex index="2612" x="63.2763" y="-110.289"/>
+      <vertex index="2613" x="65.2179" y="-119.67"/>
+      <vertex index="2614" x="68.1669" y="-118.004"/>
+      <vertex index="2615" x="65.8408" y="-109.158"/>
+      <vertex index="2616" x="58.8761" y="-111.756"/>
+      <vertex index="2617" x="61.7272" y="-112.976"/>
+      <vertex index="2618" x="70.6153" y="-110.15"/>
+      <vertex index="2619" x="59.4543" y="-79.2078"/>
+      <vertex index="2620" x="61.7761" y="-77.0589"/>
+      <vertex index="2621" x="79.3477" y="-85.6472"/>
+      <vertex index="2622" x="81.3314" y="-88.6894"/>
+      <vertex index="2623" x="69.9601" y="-76.3211"/>
+      <vertex index="2624" x="70.7295" y="-69.7119"/>
+      <vertex index="2625" x="65.7907" y="-69.7375"/>
+      <vertex index="2626" x="81.8161" y="-67.2131"/>
+      <vertex index="2627" x="80.4863" y="-69.8904"/>
+      <vertex index="2628" x="81.6797" y="-74.5884"/>
+      <vertex index="2629" x="94.1493" y="-60.5152"/>
+      <vertex index="2630" x="59.5113" y="-64.1855"/>
+      <vertex index="2631" x="57.7515" y="-66.859"/>
+      <vertex index="2632" x="106.736" y="-65.8157"/>
+      <vertex index="2633" x="96.3737" y="-66.104"/>
+      <vertex index="2634" x="128.5" y="-398"/>
+      <vertex index="2635" x="132.782" y="-397.344"/>
+      <vertex index="2636" x="176.809" y="-357.044"/>
+      <vertex index="2637" x="214.133" y="-345.191"/>
+      <vertex index="2638" x="213.728" y="-341.846"/>
+      <vertex index="2639" x="189.5" y="-377.37"/>
+      <vertex index="2640" x="207.814" y="-383.678"/>
+      <vertex index="2641" x="214.21" y="-375.813"/>
+      <vertex index="2642" x="213.09" y="-369.353"/>
+      <vertex index="2643" x="212.677" y="-366.138"/>
+      <vertex index="2644" x="127.284" y="-351.581"/>
+      <vertex index="2645" x="125.835" y="-348.609"/>
+      <vertex index="2646" x="119.379" y="-348.843"/>
+      <vertex index="2647" x="119.3" y="-358.893"/>
+      <vertex index="2648" x="123.993" y="-356.377"/>
+      <vertex index="2649" x="216.631" y="-360.625"/>
+      <vertex index="2650" x="220.199" y="-364.765"/>
+      <vertex index="2651" x="227.906" y="-372.999"/>
+      <vertex index="2652" x="227.5" y="-378.5"/>
+      <vertex index="2653" x="202.086" y="-390.16"/>
+      <vertex index="2654" x="208.665" y="-390.416"/>
+      <vertex index="2655" x="206.194" y="-392.665"/>
+      <vertex index="2656" x="212.306" y="-322.632"/>
+      <vertex index="2657" x="200.448" y="-291.83"/>
+      <vertex index="2658" x="206.286" y="-288.146"/>
+      <vertex index="2659" x="209.142" y="-284.794"/>
+      <vertex index="2660" x="204.96" y="-291.48"/>
+      <vertex index="2661" x="205.04" y="-294.646"/>
+      <vertex index="2662" x="207.91" y="-290.542"/>
+      <vertex index="2663" x="212.139" y="-277.732"/>
+      <vertex index="2664" x="211.699" y="-281.712"/>
+      <vertex index="2665" x="216.575" y="-281.47"/>
+      <vertex index="2666" x="206.856" y="-279.162"/>
+      <vertex index="2667" x="207.249" y="-282.282"/>
+      <vertex index="2668" x="209.778" y="-279.485"/>
+      <vertex index="2669" x="190" y="-290.5"/>
+      <vertex index="2670" x="194.247" y="-290.771"/>
+      <vertex index="2671" x="198.065" y="-287.23"/>
+      <vertex index="2672" x="201.361" y="-285.595"/>
+      <vertex index="2673" x="200.98" y="-279.706"/>
+      <vertex index="2674" x="197.95" y="-282.859"/>
+      <vertex index="2675" x="202.136" y="-282.588"/>
+      <vertex index="2676" x="190.972" y="-273.12"/>
+      <vertex index="2677" x="195.364" y="-277.342"/>
+      <vertex index="2678" x="197.718" y="-279.604"/>
+      <vertex index="2679" x="231.168" y="-288.046"/>
+      <vertex index="2680" x="213.044" y="-288.068"/>
+      <vertex index="2681" x="209.292" y="-296.319"/>
+      <vertex index="2682" x="209.408" y="-257.695"/>
+      <vertex index="2683" x="211.035" y="-254.758"/>
+      <vertex index="2684" x="213.704" y="-257.999"/>
+      <vertex index="2685" x="196.488" y="-255.119"/>
+      <vertex index="2686" x="228.998" y="-291.224"/>
+      <vertex index="2687" x="225.833" y="-292.261"/>
+      <vertex index="2688" x="230.775" y="-297.394"/>
+      <vertex index="2689" x="231.829" y="-293.626"/>
+      <vertex index="2690" x="233.5" y="-268.5"/>
+      <vertex index="2691" x="226.05" y="-266.17"/>
+      <vertex index="2692" x="225.087" y="-272.333"/>
+      <vertex index="2693" x="205.719" y="-350.544"/>
+      <vertex index="2694" x="182.584" y="-229.359"/>
+      <vertex index="2695" x="188.469" y="-227.852"/>
+      <vertex index="2696" x="174.471" y="-232.078"/>
+      <vertex index="2697" x="171.861" y="-237.615"/>
+      <vertex index="2698" x="178.034" y="-230.797"/>
+      <vertex index="2699" x="174.008" y="-235.243"/>
+      <vertex index="2700" x="176.832" y="-239.959"/>
+      <vertex index="2701" x="165.248" y="-227.712"/>
+      <vertex index="2702" x="156.698" y="-237.611"/>
+      <vertex index="2703" x="153.043" y="-212.006"/>
+      <vertex index="2704" x="151.632" y="-208.947"/>
+      <vertex index="2705" x="145.416" y="-252.641"/>
+      <vertex index="2706" x="139.531" y="-254.148"/>
+      <vertex index="2707" x="119.284" y="-80.4703"/>
+      <vertex index="2708" x="124.294" y="-82.3979"/>
+      <vertex index="2709" x="122.159" y="-80.4717"/>
+      <vertex index="2710" x="121.715" y="-84.1822"/>
+      <vertex index="2711" x="85.4646" y="-88.5589"/>
+      <vertex index="2712" x="86.2749" y="-92.2586"/>
+      <vertex index="2713" x="86.9657" y="-84.375"/>
+      <vertex index="2714" x="89.3854" y="-91.2735"/>
+      <vertex index="2715" x="89.8861" y="-85.0408"/>
+      <vertex index="2716" x="86.4698" y="-80.9393"/>
+      <vertex index="2717" x="89.4553" y="-77.0319"/>
+      <vertex index="2718" x="92.0253" y="-78.7725"/>
+      <vertex index="2719" x="109.729" y="-73.9228"/>
+      <vertex index="2720" x="101.306" y="-70.7816"/>
+      <vertex index="2721" x="105.009" y="-73.7157"/>
+      <vertex index="2722" x="103.01" y="-76.2752"/>
+      <vertex index="2723" x="107.273" y="-76.017"/>
+      <vertex index="2724" x="107.509" y="-70.6381"/>
+      <vertex index="2725" x="96.1281" y="-71.9552"/>
+      <vertex index="2726" x="92.7874" y="-71.7238"/>
+      <vertex index="2727" x="92.9402" y="-75.3059"/>
+      <vertex index="2728" x="115.406" y="-74.0582"/>
+      <vertex index="2729" x="112.606" y="-72.3898"/>
+      <vertex index="2730" x="110.439" y="-70.4023"/>
+      <vertex index="2731" x="43.2187" y="-391.703"/>
+      <vertex index="2732" x="44.7302" y="-387.85"/>
+      <vertex index="2733" x="39.2498" y="-391.063"/>
+      <vertex index="2734" x="103.887" y="-341.954"/>
+      <vertex index="2735" x="105.104" y="-338.8"/>
+      <vertex index="2736" x="108.954" y="-337.508"/>
+      <vertex index="2737" x="112.203" y="-339.62"/>
+      <vertex index="2738" x="106.922" y="-333.972"/>
+      <vertex index="2739" x="113.5" y="-336"/>
+      <vertex index="2740" x="101.149" y="-338.888"/>
+      <vertex index="2741" x="46.5046" y="-126.205"/>
+      <vertex index="2742" x="40.1536" y="-104.982"/>
+      <vertex index="2743" x="45.3567" y="-118.399"/>
+      <vertex index="2744" x="51.7783" y="-114.514"/>
+      <vertex index="2745" x="51.0928" y="-111.319"/>
+      <vertex index="2746" x="53.1223" y="-119.894"/>
+      <vertex index="2747" x="51.2415" y="-117.506"/>
+      <vertex index="2748" x="54.6929" y="-103.333"/>
+      <vertex index="2749" x="52.535" y="-100.794"/>
+      <vertex index="2750" x="58.8147" y="-99.6076"/>
+      <vertex index="2751" x="59.2245" y="-95.3088"/>
+      <vertex index="2752" x="56.2603" y="-95.3677"/>
+      <vertex index="2753" x="54.466" y="-190.214"/>
+      <vertex index="2754" x="45.318" y="-169.463"/>
+      <vertex index="2755" x="53.203" y="-174.412"/>
+      <vertex index="2756" x="50.1927" y="-165.255"/>
+      <vertex index="2757" x="78.8637" y="-175.572"/>
+      <vertex index="2758" x="69.8871" y="-185.061"/>
+      <vertex index="2759" x="64.4972" y="-179.792"/>
+      <vertex index="2760" x="64.2439" y="-185.443"/>
+      <vertex index="2761" x="67.9855" y="-181.615"/>
+      <vertex index="2762" x="69.268" y="-174.912"/>
+      <vertex index="2763" x="65.2213" y="-182.656"/>
+      <vertex index="2764" x="60.5869" y="-182.304"/>
+      <vertex index="2765" x="67.6174" y="-178.07"/>
+      <vertex index="2766" x="63.1985" y="-173.751"/>
+      <vertex index="2767" x="64.7575" y="-176.576"/>
+      <vertex index="2768" x="60.5336" y="-177.064"/>
+      <vertex index="2769" x="67.1449" y="-186.426"/>
+      <vertex index="2770" x="55.6066" y="-184.774"/>
+      <vertex index="2771" x="58.0873" y="-172.368"/>
+      <vertex index="2772" x="61.6585" y="-179.673"/>
+      <vertex index="2773" x="57.5286" y="-182.393"/>
+      <vertex index="2774" x="57.1874" y="-175.822"/>
+      <vertex index="2775" x="60.3399" y="-174.18"/>
+      <vertex index="2776" x="74.2062" y="-183.853"/>
+      <vertex index="2777" x="75.1375" y="-180.713"/>
+      <vertex index="2778" x="73.7295" y="-176.268"/>
+      <vertex index="2779" x="72.6759" y="-171.716"/>
+      <vertex index="2780" x="76.2054" y="-166.212"/>
+      <vertex index="2781" x="78.1899" y="-169.203"/>
+      <vertex index="2782" x="74.8797" y="-169.246"/>
+      <vertex index="2783" x="68.9138" y="-164.832"/>
+      <vertex index="2784" x="71.1106" y="-168.102"/>
+      <vertex index="2785" x="72.726" y="-164.643"/>
+      <vertex index="2786" x="65.9295" y="-169.21"/>
+      <vertex index="2787" x="76.6797" y="-160.518"/>
+      <vertex index="2788" x="70.6609" y="-161.525"/>
+      <vertex index="2789" x="69.0515" y="-171.139"/>
+      <vertex index="2790" x="75.4337" y="-163.281"/>
+      <vertex index="2791" x="79.9556" y="-163.658"/>
+      <vertex index="2792" x="73.5484" y="-160.293"/>
+      <vertex index="2793" x="75.1698" y="-156.884"/>
+      <vertex index="2794" x="66.7168" y="-158.659"/>
+      <vertex index="2795" x="66.4533" y="-173.181"/>
+      <vertex index="2796" x="80.0512" y="-166.742"/>
+      <vertex index="2797" x="83.341" y="-165.097"/>
+      <vertex index="2798" x="75.0876" y="-152.734"/>
+      <vertex index="2799" x="72.6705" y="-154.921"/>
+      <vertex index="2800" x="85.4881" y="-161.003"/>
+      <vertex index="2801" x="88" y="-157.5"/>
+      <vertex index="2802" x="82.8413" y="-157.754"/>
+      <vertex index="2803" x="80.2025" y="-160.122"/>
+      <vertex index="2804" x="70.2628" y="-198.427"/>
+      <vertex index="2805" x="63.3612" y="-200.967"/>
+      <vertex index="2806" x="66.4814" y="-198.798"/>
+      <vertex index="2807" x="60.8726" y="-193.948"/>
+      <vertex index="2808" x="67.074" y="-202.98"/>
+      <vertex index="2809" x="64.3198" y="-195.63"/>
+      <vertex index="2810" x="66.0179" y="-192.153"/>
+      <vertex index="2811" x="61.1221" y="-197.81"/>
+      <vertex index="2812" x="55.2393" y="-196.251"/>
+      <vertex index="2813" x="58.9969" y="-201.69"/>
+      <vertex index="2814" x="58.4421" y="-196.044"/>
+      <vertex index="2815" x="57.4573" y="-192.445"/>
+      <vertex index="2816" x="60.9808" y="-189.07"/>
+      <vertex index="2817" x="63.3113" y="-205.488"/>
+      <vertex index="2818" x="70.4516" y="-208.141"/>
+      <vertex index="2819" x="56.2105" y="-203.316"/>
+      <vertex index="2820" x="55.9951" y="-199.746"/>
+      <vertex index="2821" x="52.0539" y="-198.769"/>
+      <vertex index="2822" x="60.5177" y="-204.312"/>
+      <vertex index="2823" x="60.5" y="-208"/>
+      <vertex index="2824" x="69.7031" y="-204.945"/>
+      <vertex index="2825" x="66.6874" y="-207.337"/>
+      <vertex index="2826" x="67.9701" y="-210.545"/>
+      <vertex index="2827" x="50.6869" y="-193.766"/>
+      <vertex index="2828" x="49.9008" y="-196.669"/>
+      <vertex index="2829" x="76.7236" y="-199.414"/>
+      <vertex index="2830" x="73.8711" y="-200.713"/>
+      <vertex index="2831" x="77.7895" y="-205.176"/>
+      <vertex index="2832" x="76.7089" y="-212.738"/>
+      <vertex index="2833" x="76.6137" y="-217.608"/>
+      <vertex index="2834" x="82.0686" y="-219.886"/>
+      <vertex index="2835" x="82.859" y="-217.021"/>
+      <vertex index="2836" x="86.3081" y="-224.153"/>
+      <vertex index="2837" x="90.7096" y="-223.463"/>
+      <vertex index="2838" x="91.9338" y="-227.208"/>
+      <vertex index="2839" x="97.7168" y="-227.628"/>
+      <vertex index="2840" x="94.7494" y="-228.462"/>
+      <vertex index="2841" x="95.1544" y="-224.208"/>
+      <vertex index="2842" x="90.3627" y="-220.121"/>
+      <vertex index="2843" x="98.4448" y="-224.413"/>
+      <vertex index="2844" x="96.7471" y="-221.374"/>
+      <vertex index="2845" x="95.6178" y="-217.753"/>
+      <vertex index="2846" x="111.756" y="-224.783"/>
+      <vertex index="2847" x="69.0283" y="-155.285"/>
+      <vertex index="2848" x="59.3501" y="-151.077"/>
+      <vertex index="2849" x="62.1727" y="-140.029"/>
+      <vertex index="2850" x="65.3186" y="-141.35"/>
+      <vertex index="2851" x="52.1771" y="-138.674"/>
+      <vertex index="2852" x="58.2623" y="-141.924"/>
+      <vertex index="2853" x="66.3167" y="-124.499"/>
+      <vertex index="2854" x="60.9622" y="-120.346"/>
+      <vertex index="2855" x="57.1779" y="-117.769"/>
+      <vertex index="2856" x="60.5078" y="-123.171"/>
+      <vertex index="2857" x="63.4294" y="-122.141"/>
+      <vertex index="2858" x="56.0527" y="-120.554"/>
+      <vertex index="2859" x="58.49" y="-114.893"/>
+      <vertex index="2860" x="55.1693" y="-114.081"/>
+      <vertex index="2861" x="54.2389" y="-116.978"/>
+      <vertex index="2862" x="68.0489" y="-66.6677"/>
+      <vertex index="2863" x="65.4026" y="-65.0483"/>
+      <vertex index="2864" x="62.2929" y="-69.5736"/>
+      <vertex index="2865" x="65.8546" y="-73.0624"/>
+      <vertex index="2866" x="215.701" y="-347.648"/>
+      <vertex index="2867" x="216.774" y="-343.188"/>
+      <vertex index="2868" x="211.046" y="-345.623"/>
+      <vertex index="2869" x="210.575" y="-384.764"/>
+      <vertex index="2870" x="209.777" y="-380.245"/>
+      <vertex index="2871" x="213.21" y="-379.246"/>
+      <vertex index="2872" x="206.645" y="-380.303"/>
+      <vertex index="2873" x="219.251" y="-379.142"/>
+      <vertex index="2874" x="210.747" y="-376.667"/>
+      <vertex index="2875" x="216.269" y="-381.401"/>
+      <vertex index="2876" x="216.224" y="-378.244"/>
+      <vertex index="2877" x="219.214" y="-373.716"/>
+      <vertex index="2878" x="219.511" y="-382.583"/>
+      <vertex index="2879" x="203.72" y="-385.328"/>
+      <vertex index="2880" x="201.768" y="-383.184"/>
+      <vertex index="2881" x="207.605" y="-387.008"/>
+      <vertex index="2882" x="209.855" y="-369.656"/>
+      <vertex index="2883" x="211.733" y="-372.946"/>
+      <vertex index="2884" x="122.495" y="-348.73"/>
+      <vertex index="2885" x="120.417" y="-345.353"/>
+      <vertex index="2886" x="116.446" y="-345.277"/>
+      <vertex index="2887" x="116.609" y="-348.132"/>
+      <vertex index="2888" x="116.74" y="-352.167"/>
+      <vertex index="2889" x="120.682" y="-352.219"/>
+      <vertex index="2890" x="126.927" y="-356.861"/>
+      <vertex index="2891" x="124.611" y="-359.426"/>
+      <vertex index="2892" x="216.894" y="-367.445"/>
+      <vertex index="2893" x="216.394" y="-371.194"/>
+      <vertex index="2894" x="219.595" y="-370.453"/>
+      <vertex index="2895" x="223.489" y="-366.11"/>
+      <vertex index="2896" x="224.073" y="-362.906"/>
+      <vertex index="2897" x="219.836" y="-361.47"/>
+      <vertex index="2898" x="216.39" y="-276.237"/>
+      <vertex index="2899" x="214.94" y="-278.908"/>
+      <vertex index="2900" x="219.095" y="-278.761"/>
+      <vertex index="2901" x="216.684" y="-284.686"/>
+      <vertex index="2902" x="207.131" y="-269.708"/>
+      <vertex index="2903" x="190.417" y="-281.797"/>
+      <vertex index="2904" x="194.302" y="-281.483"/>
+      <vertex index="2905" x="192.584" y="-284.419"/>
+      <vertex index="2906" x="195.693" y="-285.106"/>
+      <vertex index="2907" x="207.768" y="-255.119"/>
+      <vertex index="2908" x="200.562" y="-253.712"/>
+      <vertex index="2909" x="199.626" y="-250.294"/>
+      <vertex index="2910" x="200.847" y="-261.14"/>
+      <vertex index="2911" x="201.829" y="-257.383"/>
+      <vertex index="2912" x="198.228" y="-258.448"/>
+      <vertex index="2913" x="205.503" y="-260.35"/>
+      <vertex index="2914" x="188.391" y="-261.47"/>
+      <vertex index="2915" x="194.704" y="-264.497"/>
+      <vertex index="2916" x="193.029" y="-259.046"/>
+      <vertex index="2917" x="197.308" y="-261.963"/>
+      <vertex index="2918" x="200.556" y="-267.907"/>
+      <vertex index="2919" x="199.76" y="-264.483"/>
+      <vertex index="2920" x="204.605" y="-265.16"/>
+      <vertex index="2921" x="209.07" y="-261.397"/>
+      <vertex index="2922" x="210.096" y="-266.018"/>
+      <vertex index="2923" x="203.466" y="-262.458"/>
+      <vertex index="2924" x="207.575" y="-264.154"/>
+      <vertex index="2925" x="212.068" y="-270.639"/>
+      <vertex index="2926" x="209.848" y="-268.855"/>
+      <vertex index="2927" x="213.276" y="-274.174"/>
+      <vertex index="2928" x="229.064" y="-267.443"/>
+      <vertex index="2929" x="223.891" y="-275.165"/>
+      <vertex index="2930" x="228.003" y="-274.618"/>
+      <vertex index="2931" x="221.072" y="-271.375"/>
+      <vertex index="2932" x="223.768" y="-268.971"/>
+      <vertex index="2933" x="220.287" y="-263.805"/>
+      <vertex index="2934" x="222.81" y="-265.86"/>
+      <vertex index="2935" x="224.328" y="-261.422"/>
+      <vertex index="2936" x="222.9" y="-258.492"/>
+      <vertex index="2937" x="218.658" y="-267.8"/>
+      <vertex index="2938" x="226.843" y="-263.196"/>
+      <vertex index="2939" x="227" y="-258.5"/>
+      <vertex index="2940" x="220.302" y="-260.513"/>
+      <vertex index="2941" x="216.522" y="-261.339"/>
+      <vertex index="2942" x="215.328" y="-265.317"/>
+      <vertex index="2943" x="167.824" y="-235.13"/>
+      <vertex index="2944" x="170.894" y="-234.666"/>
+      <vertex index="2945" x="168.258" y="-232.36"/>
+      <vertex index="2946" x="161.973" y="-235.077"/>
+      <vertex index="2947" x="164.91" y="-233.807"/>
+      <vertex index="2948" x="162.072" y="-231.274"/>
+      <vertex index="2949" x="156.813" y="-229.316"/>
+      <vertex index="2950" x="158.405" y="-233.081"/>
+      <vertex index="2951" x="159.796" y="-229.347"/>
+      <vertex index="2952" x="164.814" y="-244.539"/>
+      <vertex index="2953" x="152.396" y="-233.403"/>
+      <vertex index="2954" x="167.482" y="-240.206"/>
+      <vertex index="2955" x="164.794" y="-237.57"/>
+      <vertex index="2956" x="160.754" y="-239.298"/>
+      <vertex index="2957" x="155.343" y="-232.157"/>
+      <vertex index="2958" x="152.144" y="-228.7"/>
+      <vertex index="2959" x="168.989" y="-237.758"/>
+      <vertex index="2960" x="156.383" y="-244.088"/>
+      <vertex index="2961" x="163.896" y="-241.057"/>
+      <vertex index="2962" x="160.493" y="-243.449"/>
+      <vertex index="2963" x="154.86" y="-226.115"/>
+      <vertex index="2964" x="141.159" y="-231.646"/>
+      <vertex index="2965" x="157.707" y="-240.906"/>
+      <vertex index="2966" x="152.626" y="-240.659"/>
+      <vertex index="2967" x="160.068" y="-254.24"/>
+      <vertex index="2968" x="146.963" y="-231.335"/>
+      <vertex index="2969" x="161.418" y="-248.889"/>
+      <vertex index="2970" x="150.138" y="-231.165"/>
+      <vertex index="2971" x="162.156" y="-245.965"/>
+      <vertex index="2972" x="181.162" y="-237.428"/>
+      <vertex index="2973" x="117.673" y="-77.8869"/>
+      <vertex index="2974" x="117.087" y="-82.8841"/>
+      <vertex index="2975" x="84.1967" y="-83.6147"/>
+      <vertex index="2976" x="111.006" y="-77.3982"/>
+      <vertex index="2977" x="96.2484" y="-69.0906"/>
+      <vertex index="2978" x="96.9909" y="-75.3064"/>
+      <vertex index="2979" x="44.1994" y="-124.306"/>
+      <vertex index="2980" x="43.8083" y="-127.545"/>
+      <vertex index="2981" x="47.0302" y="-129.423"/>
+      <vertex index="2982" x="49.1848" y="-121.443"/>
+      <vertex index="2983" x="47.0572" y="-123.381"/>
+      <vertex index="2984" x="51.0494" y="-125.628"/>
+      <vertex index="2985" x="54.0487" y="-123.582"/>
+      <vertex index="2986" x="52.6405" y="-128.712"/>
+      <vertex index="2987" x="54.8156" y="-126.551"/>
+      <vertex index="2988" x="53.8681" y="-177.822"/>
+      <vertex index="2989" x="53.4998" y="-169.241"/>
+      <vertex index="2990" x="52.5982" y="-163.401"/>
+      <vertex index="2991" x="47.0856" y="-164.422"/>
+      <vertex index="2992" x="51.1308" y="-184.891"/>
+      <vertex index="2993" x="47.3538" y="-188.697"/>
+      <vertex index="2994" x="53.4296" y="-187.157"/>
+      <vertex index="2995" x="50.8502" y="-189.736"/>
+      <vertex index="2996" x="48.3679" y="-185.927"/>
+      <vertex index="2997" x="70.9305" y="-178.041"/>
+      <vertex index="2998" x="61.5589" y="-169.673"/>
+      <vertex index="2999" x="57.599" y="-168.156"/>
+      <vertex index="3000" x="61.6651" y="-163.469"/>
+      <vertex index="3001" x="58.7388" y="-165.037"/>
+      <vertex index="3002" x="63.4436" y="-166.602"/>
+      <vertex index="3003" x="65.43" y="-163.403"/>
+      <vertex index="3004" x="62.923" y="-191.553"/>
+      <vertex index="3005" x="60.8629" y="-185.683"/>
+      <vertex index="3006" x="57.4344" y="-187.997"/>
+      <vertex index="3007" x="73.5503" y="-205.553"/>
+      <vertex index="3008" x="53.8633" y="-193.359"/>
+      <vertex index="3009" x="79.4761" y="-213.41"/>
+      <vertex index="3010" x="78.3969" y="-210.313"/>
+      <vertex index="3011" x="73.6055" y="-210.405"/>
+      <vertex index="3012" x="73.5391" y="-213.724"/>
+      <vertex index="3013" x="112.15" y="-221.793"/>
+      <vertex index="3014" x="106.865" y="-223.728"/>
+      <vertex index="3015" x="119.639" y="-228.518"/>
+      <vertex index="3016" x="63.1338" y="-151.109"/>
+      <vertex index="3017" x="61.8664" y="-147.287"/>
+      <vertex index="3018" x="59.2697" y="-145.139"/>
+      <vertex index="3019" x="56.434" y="-156.093"/>
+      <vertex index="3020" x="58.1425" y="-160.422"/>
+      <vertex index="3021" x="55.3398" y="-159.026"/>
+      <vertex index="3022" x="62.3441" y="-159.124"/>
+      <vertex index="3023" x="61.6891" y="-155.013"/>
+      <vertex index="3024" x="64.7189" y="-160.664"/>
+      <vertex index="3025" x="64.3167" y="-156.68"/>
+      <vertex index="3026" x="58.7612" y="-154.09"/>
+      <vertex index="3027" x="55.5103" y="-151.891"/>
+      <vertex index="3028" x="56.805" y="-148.533"/>
+      <vertex index="3029" x="52.4984" y="-153.14"/>
+      <vertex index="3030" x="59.4424" y="-157.407"/>
+      <vertex index="3031" x="221.542" y="-376.413"/>
+      <vertex index="3032" x="224.361" y="-377.885"/>
+      <vertex index="3033" x="222.222" y="-372.713"/>
+      <vertex index="3034" x="185.04" y="-249.41"/>
+      <vertex index="3035" x="191.829" y="-262.398"/>
+      <vertex index="3036" x="188.598" y="-267.535"/>
+      <vertex index="3037" x="191.546" y="-265.804"/>
+      <vertex index="3038" x="191.734" y="-269.499"/>
+      <vertex index="3039" x="203.924" y="-268.514"/>
+      <vertex index="3040" x="201.235" y="-273.79"/>
+      <vertex index="3041" x="198.7" y="-276.227"/>
+      <vertex index="3042" x="204.418" y="-272.089"/>
+      <vertex index="3043" x="196.564" y="-271.468"/>
+      <vertex index="3044" x="204.475" y="-276.026"/>
+      <vertex index="3045" x="208.792" y="-274.701"/>
+      <vertex index="3046" x="201.611" y="-276.806"/>
+      <vertex index="3047" x="212.962" y="-267.527"/>
+      <vertex index="3048" x="215.75" y="-268.904"/>
+      <vertex index="3049" x="172.318" y="-246.172"/>
+      <vertex index="3050" x="152.713" y="-244.337"/>
+      <vertex index="3051" x="146.159" y="-242.653"/>
+      <vertex index="3052" x="149.193" y="-244.443"/>
+      <vertex index="3053" x="146.193" y="-246.061"/>
+      <vertex index="3054" x="139.396" y="-244.423"/>
+      <vertex index="3055" x="142.393" y="-246.907"/>
+      <vertex index="3056" x="142.749" y="-243.428"/>
+      <vertex index="3057" x="139.03" y="-247.915"/>
+      <vertex index="3058" x="141.809" y="-250.686"/>
+      <vertex index="3059" x="143.166" y="-237.373"/>
+      <vertex index="3060" x="133.616" y="-245.582"/>
+      <vertex index="3061" x="143.869" y="-240.464"/>
+      <vertex index="3062" x="148.302" y="-238.118"/>
+      <vertex index="3063" x="148.725" y="-234.511"/>
+      <vertex index="3064" x="135.485" y="-248.694"/>
+      <vertex index="3065" x="145.158" y="-234.413"/>
+      <vertex index="3066" x="136.678" y="-245.86"/>
+      <vertex index="3067" x="135.615" y="-240.557"/>
+      <vertex index="3068" x="139.733" y="-239.779"/>
+      <vertex index="3069" x="131.477" y="-248.985"/>
+      <vertex index="3070" x="139.303" y="-235.512"/>
+      <vertex index="3071" x="130.344" y="-245.899"/>
+      <vertex index="3072" x="130.5" y="-252.5"/>
+      <vertex index="3073" x="133.643" y="-251.066"/>
+      <vertex index="3074" x="142.143" y="-234.497"/>
+      <vertex index="3075" x="134.465" y="-230.811"/>
+      <vertex index="3076" x="137.672" y="-232.35"/>
+      <vertex index="3077" x="138.365" y="-226.797"/>
+      <vertex index="3078" x="134.513" y="-234.82"/>
+      <vertex index="3079" x="133.768" y="-237.937"/>
+      <vertex index="3080" x="130.729" y="-240.508"/>
+      <vertex index="3081" x="128.472" y="-238.426"/>
+      <vertex index="3082" x="127.006" y="-234.071"/>
+      <vertex index="3083" x="130.745" y="-232.463"/>
+      <vertex index="3084" x="121.053" y="-234.305"/>
+      <vertex index="3085" x="129.189" y="-223.948"/>
+      <vertex index="3086" x="124.079" y="-235.432"/>
+      <vertex index="3087" x="121.327" y="-238.195"/>
+      <vertex index="3088" x="130.997" y="-228.017"/>
+      <vertex index="3089" x="134.624" y="-227.064"/>
+      <vertex index="3090" x="135.902" y="-218.633"/>
+      <vertex index="3091" x="136.213" y="-222.993"/>
+      <vertex index="3092" x="125.311" y="-228.107"/>
+      <vertex index="3093" x="123.778" y="-231.616"/>
+      <vertex index="3094" x="144.671" y="-220.72"/>
+      <vertex index="3095" x="132.375" y="-221.076"/>
+      <vertex index="3096" x="128.134" y="-226.852"/>
+      <vertex index="3097" x="127.745" y="-230.638"/>
+      <vertex index="3098" x="140.735" y="-222.946"/>
+      <vertex index="3099" x="132.518" y="-224.438"/>
+      <vertex index="3100" x="131.894" y="-216.613"/>
+      <vertex index="3101" x="128.169" y="-219.613"/>
+      <vertex index="3102" x="143.302" y="-227.181"/>
+      <vertex index="3103" x="140.641" y="-218.187"/>
+      <vertex index="3104" x="136.536" y="-212.388"/>
+      <vertex index="3105" x="128.628" y="-215.751"/>
+      <vertex index="3106" x="123.97" y="-220.264"/>
+      <vertex index="3107" x="143.889" y="-223.93"/>
+      <vertex index="3108" x="147.996" y="-226.349"/>
+      <vertex index="3109" x="133.232" y="-213.421"/>
+      <vertex index="3110" x="133.982" y="-210.017"/>
+      <vertex index="3111" x="137.398" y="-208.898"/>
+      <vertex index="3112" x="131.301" y="-208.062"/>
+      <vertex index="3113" x="141.862" y="-211.851"/>
+      <vertex index="3114" x="121.398" y="-224.178"/>
+      <vertex index="3115" x="125.297" y="-224.179"/>
+      <vertex index="3116" x="117.663" y="-223.083"/>
+      <vertex index="3117" x="122.387" y="-227.106"/>
+      <vertex index="3118" x="153.073" y="-237.013"/>
+      <vertex index="3119" x="155.878" y="-250.337"/>
+      <vertex index="3120" x="154.744" y="-247.101"/>
+      <vertex index="3121" x="158.322" y="-247.095"/>
+      <vertex index="3122" x="180.182" y="-234.518"/>
+      <vertex index="3123" x="178.168" y="-237.275"/>
+      <vertex index="3124" x="187.59" y="-236.732"/>
+      <vertex index="3125" x="47.2414" y="-132.335"/>
+      <vertex index="3126" x="50.6255" y="-168.261"/>
+      <vertex index="3127" x="51.4008" y="-171.715"/>
+      <vertex index="3128" x="49.6303" y="-174.848"/>
+      <vertex index="3129" x="55.0312" y="-171.923"/>
+      <vertex index="3130" x="44.5291" y="-186.234"/>
+      <vertex index="3131" x="42.9105" y="-182.449"/>
+      <vertex index="3132" x="41.0895" y="-185.628"/>
+      <vertex index="3133" x="39.9736" y="-181.7"/>
+      <vertex index="3134" x="44.7832" y="-190.73"/>
+      <vertex index="3135" x="67.6882" y="-161.469"/>
+      <vertex index="3136" x="107.272" y="-220.883"/>
+      <vertex index="3137" x="104.327" y="-222.033"/>
+      <vertex index="3138" x="103.719" y="-229.028"/>
+      <vertex index="3139" x="108.702" y="-227.075"/>
+      <vertex index="3140" x="105.634" y="-226.581"/>
+      <vertex index="3141" x="115.096" y="-227.919"/>
+      <vertex index="3142" x="115.495" y="-233.518"/>
+      <vertex index="3143" x="117.638" y="-226.169"/>
+      <vertex index="3144" x="117.054" y="-230.593"/>
+      <vertex index="3145" x="188.005" y="-255.082"/>
+      <vertex index="3146" x="181.973" y="-243.784"/>
+      <vertex index="3147" x="199.717" y="-270.984"/>
+      <vertex index="3148" x="196.769" y="-267.68"/>
+      <vertex index="3149" x="172.902" y="-241.85"/>
+      <vertex index="3150" x="169.418" y="-243.58"/>
+      <vertex index="3151" x="167.522" y="-250.153"/>
+      <vertex index="3152" x="168.962" y="-247.008"/>
+      <vertex index="3153" x="149.406" y="-241.188"/>
+      <vertex index="3154" x="133.152" y="-242.488"/>
+      <vertex index="3155" x="140.702" y="-228.68"/>
+      <vertex index="3156" x="143.995" y="-230.261"/>
+      <vertex index="3157" x="138.479" y="-220.61"/>
+      <vertex index="3158" x="138.016" y="-215.693"/>
+      <vertex index="3159" x="144.99" y="-215.74"/>
+      <vertex index="3160" x="145.138" y="-208.031"/>
+      <vertex index="3161" x="148.263" y="-209.35"/>
+      <vertex index="3162" x="159.046" y="-251.137"/>
+      <vertex index="3163" x="184.229" y="-235.728"/>
+      <vertex index="3164" x="184.705" y="-240.205"/>
+      <vertex index="3165" x="186.882" y="-232.976"/>
+      <vertex index="3166" x="181.527" y="-240.611"/>
+      <vertex index="3167" x="186.927" y="-244.733"/>
+      <vertex index="3168" x="184.687" y="-243.023"/>
+      <vertex index="3169" x="189.052" y="-240.881"/>
+      <vertex index="3170" x="192.667" y="-245.388"/>
+      <vertex index="3171" x="194.639" y="-236.58"/>
+      <vertex index="3172" x="189.932" y="-243.879"/>
+      <vertex index="3173" x="191.139" y="-237.813"/>
+      <vertex index="3174" x="194.273" y="-241.123"/>
+      <vertex index="3175" x="191.785" y="-234.063"/>
+      <vertex index="3176" x="195.746" y="-232.448"/>
+      <vertex index="3177" x="196.034" y="-244.22"/>
+      <vertex index="3178" x="202.091" y="-241.827"/>
+      <vertex index="3179" x="198.232" y="-240.921"/>
+      <vertex index="3180" x="199.547" y="-243.992"/>
+      <vertex index="3181" x="203.411" y="-245.954"/>
+      <vertex index="3182" x="201.033" y="-237.659"/>
+      <vertex index="3183" x="206.36" y="-246.547"/>
+      <vertex index="3184" x="193.152" y="-230.597"/>
+      <vertex index="3185" x="205.348" y="-243.06"/>
+      <vertex index="3186" x="204.816" y="-239.548"/>
+      <vertex index="3187" x="202.5" y="-234"/>
+      <vertex index="3188" x="198.192" y="-235.254"/>
+      <vertex index="3189" x="197.228" y="-238.094"/>
+      <vertex index="3190" x="110.528" y="-235.349"/>
+      <vertex index="3191" x="117.912" y="-236.468"/>
+      <vertex index="3192" x="113.827" y="-238.504"/>
+      <vertex index="3193" x="113.443" y="-235.603"/>
+      <vertex index="3194" x="110.71" y="-238.46"/>
+      <vertex index="3195" x="115.215" y="-241.083"/>
+      <vertex index="3196" x="189.629" y="-258.189"/>
+      <vertex index="3197" x="192.247" y="-254.843"/>
+      <vertex index="3198" x="194.659" y="-250.515"/>
+      <vertex index="3199" x="163.883" y="-252.357"/>
+      <vertex index="3200" x="166.176" y="-261.808"/>
+      <vertex index="3201" x="163.97" y="-257.34"/>
+      <vertex index="3202" x="141.779" y="-215.121"/>
+      <vertex index="3203" x="143.479" y="-218.143"/>
+      <vertex index="3204" x="148.928" y="-218.493"/>
+      <vertex index="3205" x="152.042" y="-215.919"/>
+      <vertex index="3206" x="143.188" y="-205.567"/>
+      <vertex index="3207" x="142.3" y="-208.912"/>
+      <vertex index="3208" x="146.921" y="-205.465"/>
+      <vertex index="3209" x="145.621" y="-212.03"/>
+      <vertex index="3210" x="184.06" y="-246.295"/>
+      <vertex index="3211" x="178.159" y="-249.074"/>
+      <vertex index="3212" x="181.622" y="-248.774"/>
+      <vertex index="3213" x="180.528" y="-256.264"/>
+      <vertex index="3214" x="182.651" y="-252.749"/>
+      <vertex index="3215" x="178.828" y="-252.839"/>
+      <vertex index="3216" x="173.107" y="-251.914"/>
+      <vertex index="3217" x="176.129" y="-251.377"/>
+      <vertex index="3218" x="175.386" y="-255.97"/>
+      <vertex index="3219" x="170.729" y="-249.719"/>
+      <vertex index="3220" x="184.345" y="-256.17"/>
+      <vertex index="3221" x="182.571" y="-261.719"/>
+      <vertex index="3222" x="182.496" y="-258.637"/>
+      <vertex index="3223" x="178.09" y="-260.287"/>
+      <vertex index="3224" x="185.917" y="-252.562"/>
+      <vertex index="3225" x="189.872" y="-249.763"/>
+      <vertex index="3226" x="169.662" y="-256.519"/>
+      <vertex index="3227" x="169.542" y="-253.016"/>
+      <vertex index="3228" x="166.519" y="-254.873"/>
+      <vertex index="3229" x="177.883" y="-257.411"/>
+      <vertex index="3230" x="177.68" y="-269.294"/>
+      <vertex index="3231" x="190.004" y="-252.797"/>
+      <vertex index="3232" x="172.403" y="-254.978"/>
+      <vertex index="3233" x="179.102" y="-264.846"/>
+      <vertex index="3234" x="172.5" y="-263.919"/>
+      <vertex index="3235" x="183.169" y="-268.597"/>
+      <vertex index="3236" x="175.974" y="-263.148"/>
+      <vertex index="3237" x="173.396" y="-259.746"/>
+      <vertex index="3238" x="174.949" y="-266.742"/>
+      <vertex index="3239" x="169.782" y="-268.751"/>
+      <vertex index="3240" x="182.552" y="-265.186"/>
+      <vertex index="3241" x="185.561" y="-263.469"/>
+      <vertex index="3242" x="180.262" y="-267.668"/>
+      <vertex index="3243" x="169.9" y="-261.178"/>
+      <vertex index="3244" x="168.622" y="-264.946"/>
+      <vertex index="3245" x="163.845" y="-266.147"/>
+      <vertex index="3246" x="106.989" y="-232.333"/>
+      <vertex index="3247" x="109.803" y="-232.615"/>
+      <vertex index="3248" x="103.026" y="-232.984"/>
+      <vertex index="3249" x="106.765" y="-236.18"/>
+      <vertex index="3250" x="100.222" y="-230.454"/>
+      <vertex index="3251" x="100.5" y="-235.5"/>
+      <vertex index="3252" x="96.967" y="-230.883"/>
+      <vertex index="3253" x="197.221" y="-252.163"/>
+      <vertex index="3254" x="195.079" y="-247.401"/>
+      <vertex index="3255" x="158.139" y="-260.675"/>
+      <vertex index="3256" x="148.26" y="-222.397"/>
+      <vertex index="3257" x="151.372" y="-224.589"/>
+      <vertex index="3258" x="148.157" y="-215.403"/>
+      <vertex index="3259" x="187.593" y="-247.72"/>
+      <vertex index="3260" x="167.056" y="-258.595"/>
+      <vertex index="3261" x="181.135" y="-274.548"/>
+      <vertex index="3262" x="186.591" y="-271.684"/>
+      <vertex index="3263" x="186.038" y="-268.857"/>
+      <vertex index="3264" x="183.25" y="-271.948"/>
+      <vertex index="3265" x="180.045" y="-271.502"/>
+      <vertex index="3266" x="175.95" y="-273.517"/>
+      <vertex index="3267" x="187.198" y="-277.235"/>
+      <vertex index="3268" x="184.505" y="-275.128"/>
+      <vertex index="3269" x="182.146" y="-278.757"/>
+      <vertex index="3270" x="171.936" y="-273.108"/>
+      <vertex index="3271" x="174.198" y="-270.283"/>
+      <vertex index="3272" x="176.444" y="-276.927"/>
+      <vertex index="3273" x="188.152" y="-274.322"/>
+      <vertex index="3274" x="185.371" y="-280.315"/>
+      <vertex index="3275" x="186.924" y="-284.076"/>
+      <vertex index="3276" x="179.513" y="-277.163"/>
+      <vertex index="3277" x="189.683" y="-285.429"/>
+      <vertex index="3278" x="166.634" y="-270.609"/>
+      <vertex index="3279" x="161.28" y="-268.2"/>
+      <vertex index="3280" x="160.207" y="-264.23"/>
+      <vertex index="3281" x="163.182" y="-262.996"/>
+      <vertex index="3282" x="156.536" y="-263.986"/>
+      <vertex index="3283" x="160.389" y="-257.843"/>
+      <vertex index="3284" x="191.275" y="-277.775"/>
+      <vertex index="3285" x="166.714" y="-267.457"/>
+      <vertex index="3286" x="85.4091" y="-442.318"/>
+      <vertex index="3287" x="185.5" y="-145.7"/>
+      <vertex index="3288" x="120.314" y="-467.667"/>
+      <vertex index="3289" x="119.939" y="-470.717"/>
+      <vertex index="3290" x="123.463" y="-467.878"/>
+      <vertex index="3291" x="51.7962" y="-373.522"/>
+      <vertex index="3292" x="59.0293" y="-338.342"/>
+      <vertex index="3293" x="156.463" y="-399.28"/>
+      <vertex index="3294" x="160.228" y="-398.536"/>
+      <vertex index="3295" x="157.849" y="-396.39"/>
+      <vertex index="3296" x="153.531" y="-400.118"/>
+      <vertex index="3297" x="156.64" y="-402.488"/>
+      <vertex index="3298" x="180.61" y="-112.893"/>
+      <vertex index="3299" x="166.21" y="-63.9311"/>
+      <vertex index="3300" x="37.2115" y="-99.9306"/>
+      <vertex index="3301" x="35.1398" y="-103.688"/>
+      <vertex index="3302" x="141.947" y="-363.2"/>
+      <vertex index="3303" x="148.931" y="-250.789"/>
+      <vertex index="3304" x="152.599" y="-253.556"/>
+      <vertex index="3305" x="155.973" y="-256.645"/>
+      <vertex index="3306" x="152.618" y="-250.295"/>
+      <vertex index="3307" x="155.757" y="-253.494"/>
+      <vertex index="3308" x="151.424" y="-258.227"/>
+      <vertex index="3309" x="153.834" y="-261.236"/>
+      <vertex index="3310" x="150.5" y="-263.5"/>
+      <vertex index="3311" x="138.929" y="-203.419"/>
+      <vertex index="3312" x="137.195" y="-205.888"/>
+      <vertex index="3313" x="141.914" y="-202.477"/>
+      <vertex index="3314" x="64.8757" y="-128.02"/>
+      <vertex index="3315" x="194.29" y="-274.063"/>
+      <vertex index="3316" x="101.091" y="-226.728"/>
+      <vertex index="3317" x="177.427" y="-244.527"/>
+      <vertex index="3318" x="180.027" y="-246.154"/>
+      <vertex index="3319" x="178.941" y="-242.007"/>
+      <vertex index="3320" x="174.525" y="-244.27"/>
+    </vertices>
+    <cells size="6156">
+      <triangle index="0" v0="230" v1="231" v2="447"/>
+      <triangle index="1" v0="494" v1="608" v2="610"/>
+      <triangle index="2" v0="209" v1="613" v2="615"/>
+      <triangle index="3" v0="229" v1="230" v2="448"/>
+      <triangle index="4" v0="229" v1="448" v2="449"/>
+      <triangle index="5" v0="2946" v1="2948" v2="2950"/>
+      <triangle index="6" v0="246" v1="247" v2="456"/>
+      <triangle index="7" v0="263" v1="447" v2="448"/>
+      <triangle index="8" v0="64" v1="1232" v2="1233"/>
+      <triangle index="9" v0="262" v1="447" v2="454"/>
+      <triangle index="10" v0="233" v1="234" v2="452"/>
+      <triangle index="11" v0="261" v1="452" v2="453"/>
+      <triangle index="12" v0="838" v1="839" v2="840"/>
+      <triangle index="13" v0="400" v1="1465" v2="2015"/>
+      <triangle index="14" v0="261" v1="453" v2="454"/>
+      <triangle index="15" v0="233" v1="452" v2="453"/>
+      <triangle index="16" v0="234" v1="235" v2="455"/>
+      <triangle index="17" v0="259" v1="455" v2="458"/>
+      <triangle index="18" v0="261" v1="262" v2="454"/>
+      <triangle index="19" v0="260" v1="261" v2="452"/>
+      <triangle index="20" v0="231" v1="447" v2="454"/>
+      <triangle index="21" v0="1997" v1="1998" v2="2001"/>
+      <triangle index="22" v0="451" v1="522" v2="734"/>
+      <triangle index="23" v0="1565" v1="1570" v2="1572"/>
+      <triangle index="24" v0="449" v1="451" v2="522"/>
+      <triangle index="25" v0="226" v1="524" v2="735"/>
+      <triangle index="26" v0="528" v1="732" v2="735"/>
+      <triangle index="27" v0="252" v1="456" v2="467"/>
+      <triangle index="28" v0="266" v1="527" v2="732"/>
+      <triangle index="29" v0="1845" v1="2414" v2="2703"/>
+      <triangle index="30" v0="241" v1="242" v2="471"/>
+      <triangle index="31" v0="221" v1="222" v2="473"/>
+      <triangle index="32" v0="251" v1="252" v2="456"/>
+      <triangle index="33" v0="225" v1="226" v2="524"/>
+      <triangle index="34" v0="650" v1="3052" v2="3053"/>
+      <triangle index="35" v0="236" v1="458" v2="464"/>
+      <triangle index="36" v0="41" v1="433" v2="442"/>
+      <triangle index="37" v0="228" v1="449" v2="451"/>
+      <triangle index="38" v0="432" v1="446" v2="698"/>
+      <triangle index="39" v0="235" v1="455" v2="458"/>
+      <triangle index="40" v0="249" v1="250" v2="434"/>
+      <triangle index="41" v0="247" v1="435" v2="456"/>
+      <triangle index="42" v0="24" v1="25" v2="441"/>
+      <triangle index="43" v0="23" v1="24" v2="439"/>
+      <triangle index="44" v0="238" v1="239" v2="459"/>
+      <triangle index="45" v0="248" v1="249" v2="434"/>
+      <triangle index="46" v0="256" v1="257" v2="459"/>
+      <triangle index="47" v0="258" v1="458" v2="464"/>
+      <triangle index="48" v0="21" v1="41" v2="433"/>
+      <triangle index="49" v0="532" v1="754" v2="755"/>
+      <triangle index="50" v0="3119" v1="3120" v2="3121"/>
+      <triangle index="51" v0="237" v1="460" v2="464"/>
+      <triangle index="52" v0="298" v1="737" v2="765"/>
+      <triangle index="53" v0="1527" v1="1528" v2="1529"/>
+      <triangle index="54" v0="589" v1="2038" v2="2040"/>
+      <triangle index="55" v0="297" v1="298" v2="737"/>
+      <triangle index="56" v0="1354" v1="1960" v2="2487"/>
+      <triangle index="57" v0="184" v1="818" v2="819"/>
+      <triangle index="58" v0="1752" v1="1757" v2="1759"/>
+      <triangle index="59" v0="1960" v1="1961" v2="1963"/>
+      <triangle index="60" v0="897" v1="901" v2="903"/>
+      <triangle index="61" v0="189" v1="190" v2="738"/>
+      <triangle index="62" v0="301" v1="755" v2="757"/>
+      <triangle index="63" v0="606" v1="619" v2="1051"/>
+      <triangle index="64" v0="302" v1="303" v2="754"/>
+      <triangle index="65" v0="605" v1="616" v2="620"/>
+      <triangle index="66" v0="743" v1="749" v2="770"/>
+      <triangle index="67" v0="534" v1="775" v2="776"/>
+      <triangle index="68" v0="231" v1="232" v2="454"/>
+      <triangle index="69" v0="739" v1="742" v2="743"/>
+      <triangle index="70" v0="187" v1="188" v2="750"/>
+      <triangle index="71" v0="533" v1="760" v2="762"/>
+      <triangle index="72" v0="494" v1="604" v2="1044"/>
+      <triangle index="73" v0="751" v1="753" v2="777"/>
+      <triangle index="74" v0="190" v1="744" v2="745"/>
+      <triangle index="75" v0="419" v1="420" v2="1591"/>
+      <triangle index="76" v0="566" v1="1265" v2="1912"/>
+      <triangle index="77" v0="287" v1="288" v2="798"/>
+      <triangle index="78" v0="554" v1="557" v2="562"/>
+      <triangle index="79" v0="291" v1="782" v2="1387"/>
+      <triangle index="80" v0="211" v1="212" v2="555"/>
+      <triangle index="81" v0="237" v1="238" v2="460"/>
+      <triangle index="82" v0="535" v1="782" v2="783"/>
+      <triangle index="83" v0="276" v1="559" v2="560"/>
+      <triangle index="84" v0="783" v1="1377" v2="1378"/>
+      <triangle index="85" v0="476" v1="553" v2="562"/>
+      <triangle index="86" v0="236" v1="237" v2="464"/>
+      <triangle index="87" v0="535" v1="783" v2="1379"/>
+      <triangle index="88" v0="189" v1="741" v2="3291"/>
+      <triangle index="89" v0="191" v1="747" v2="1351"/>
+      <triangle index="90" v0="190" v1="738" v2="744"/>
+      <triangle index="91" v0="243" v1="469" v2="470"/>
+      <triangle index="92" v0="174" v1="809" v2="810"/>
+      <triangle index="93" v0="1384" v1="1977" v2="1978"/>
+      <triangle index="94" v0="520" v1="689" v2="1269"/>
+      <triangle index="95" v0="191" v1="745" v2="1353"/>
+      <triangle index="96" v0="220" v1="221" v2="540"/>
+      <triangle index="97" v0="291" v1="292" v2="1387"/>
+      <triangle index="98" v0="290" v1="291" v2="782"/>
+      <triangle index="99" v0="1359" v1="1385" v2="1966"/>
+      <triangle index="100" v0="217" v1="552" v2="789"/>
+      <triangle index="101" v0="2735" v1="2736" v2="2738"/>
+      <triangle index="102" v0="213" v1="553" v2="564"/>
+      <triangle index="103" v0="582" v1="875" v2="880"/>
+      <triangle index="104" v0="457" v1="524" v2="525"/>
+      <triangle index="105" v0="509" v1="1238" v2="1239"/>
+      <triangle index="106" v0="568" v1="795" v2="1395"/>
+      <triangle index="107" v0="222" v1="223" v2="536"/>
+      <triangle index="108" v0="525" v1="526" v2="538"/>
+      <triangle index="109" v0="246" v1="456" v2="467"/>
+      <triangle index="110" v0="268" v1="465" v2="536"/>
+      <triangle index="111" v0="465" v1="536" v2="539"/>
+      <triangle index="112" v0="930" v1="932" v2="934"/>
+      <triangle index="113" v0="813" v1="1709" v2="1712"/>
+      <triangle index="114" v0="495" v1="615" v2="620"/>
+      <triangle index="115" v0="182" v1="183" v2="823"/>
+      <triangle index="116" v0="283" v1="284" v2="445"/>
+      <triangle index="117" v0="252" v1="253" v2="466"/>
+      <triangle index="118" v0="248" v1="251" v2="434"/>
+      <triangle index="119" v0="430" v1="712" v2="717"/>
+      <triangle index="120" v0="253" v1="254" v2="469"/>
+      <triangle index="121" v0="493" v1="554" v2="557"/>
+      <triangle index="122" v0="241" v1="255" v2="471"/>
+      <triangle index="123" v0="254" v1="470" v2="471"/>
+      <triangle index="124" v0="243" v1="244" v2="469"/>
+      <triangle index="125" v0="253" v1="466" v2="468"/>
+      <triangle index="126" v0="245" v1="466" v2="467"/>
+      <triangle index="127" v0="241" v1="255" v2="472"/>
+      <triangle index="128" v0="269" v1="473" v2="537"/>
+      <triangle index="129" v0="517" v1="677" v2="678"/>
+      <triangle index="130" v0="221" v1="473" v2="540"/>
+      <triangle index="131" v0="2969" v1="3162" v2="3199"/>
+      <triangle index="132" v0="474" v1="540" v2="543"/>
+      <triangle index="133" v0="83" v1="84" v2="1522"/>
+      <triangle index="134" v0="542" v1="785" v2="787"/>
+      <triangle index="135" v0="1156" v1="1164" v2="1784"/>
+      <triangle index="136" v0="546" v1="547" v2="791"/>
+      <triangle index="137" v0="271" v1="543" v2="787"/>
+      <triangle index="138" v0="1190" v1="1208" v2="1209"/>
+      <triangle index="139" v0="474" v1="540" v2="541"/>
+      <triangle index="140" v0="2943" v1="2944" v2="2945"/>
+      <triangle index="141" v0="600" v1="1029" v2="1031"/>
+      <triangle index="142" v0="515" v1="662" v2="663"/>
+      <triangle index="143" v0="242" v1="470" v2="471"/>
+      <triangle index="144" v0="1069" v1="1633" v2="1634"/>
+      <triangle index="145" v0="1678" v1="1681" v2="1685"/>
+      <triangle index="146" v0="342" v1="343" v2="1141"/>
+      <triangle index="147" v0="565" v1="3288" v2="3290"/>
+      <triangle index="148" v0="648" v1="1226" v2="1230"/>
+      <triangle index="149" v0="212" v1="213" v2="553"/>
+      <triangle index="150" v0="544" v1="545" v2="788"/>
+      <triangle index="151" v0="127" v1="128" v2="1181"/>
+      <triangle index="152" v0="272" v1="548" v2="549"/>
+      <triangle index="153" v0="285" v1="286" v2="1269"/>
+      <triangle index="154" v0="546" v1="789" v2="790"/>
+      <triangle index="155" v0="269" v1="270" v2="473"/>
+      <triangle index="156" v0="108" v1="109" v2="1844"/>
+      <triangle index="157" v0="697" v1="700" v2="703"/>
+      <triangle index="158" v0="272" v1="273" v2="548"/>
+      <triangle index="159" v0="239" v1="240" v2="3286"/>
+      <triangle index="160" v0="475" v1="790" v2="3289"/>
+      <triangle index="161" v0="218" v1="551" v2="552"/>
+      <triangle index="162" v0="219" v1="541" v2="785"/>
+      <triangle index="163" v0="268" v1="536" v2="537"/>
+      <triangle index="164" v0="198" v1="566" v2="792"/>
+      <triangle index="165" v0="223" v1="224" v2="539"/>
+      <triangle index="166" v0="255" v1="256" v2="472"/>
+      <triangle index="167" v0="286" v1="794" v2="1271"/>
+      <triangle index="168" v0="485" v1="2742" v2="3301"/>
+      <triangle index="169" v0="568" v1="795" v2="1393"/>
+      <triangle index="170" v0="546" v1="789" v2="791"/>
+      <triangle index="171" v0="569" v1="797" v2="1377"/>
+      <triangle index="172" v0="278" v1="279" v2="617"/>
+      <triangle index="173" v0="286" v1="287" v2="794"/>
+      <triangle index="174" v0="571" v1="801" v2="1986"/>
+      <triangle index="175" v0="577" v1="778" v2="818"/>
+      <triangle index="176" v0="146" v1="2343" v2="2651"/>
+      <triangle index="177" v0="89" v1="90" v2="1558"/>
+      <triangle index="178" v0="478" v1="799" v2="1390"/>
+      <triangle index="179" v0="326" v1="2736" v2="2738"/>
+      <triangle index="180" v0="285" v1="520" v2="683"/>
+      <triangle index="181" v0="256" v1="459" v2="3286"/>
+      <triangle index="182" v0="679" v1="685" v2="688"/>
+      <triangle index="183" v0="748" v1="749" v2="781"/>
+      <triangle index="184" v0="611" v1="612" v2="1045"/>
+      <triangle index="185" v0="566" v1="1391" v2="1912"/>
+      <triangle index="186" v0="603" v1="604" v2="1047"/>
+      <triangle index="187" v0="227" v1="528" v2="734"/>
+      <triangle index="188" v0="516" v1="676" v2="677"/>
+      <triangle index="189" v0="1056" v1="1060" v2="1062"/>
+      <triangle index="190" v0="436" v1="1058" v2="1059"/>
+      <triangle index="191" v0="186" v1="773" v2="775"/>
+      <triangle index="192" v0="224" v1="526" v2="539"/>
+      <triangle index="193" v0="10" v1="664" v2="665"/>
+      <triangle index="194" v0="607" v1="1049" v2="1052"/>
+      <triangle index="195" v0="354" v1="2354" v2="2670"/>
+      <triangle index="196" v0="367" v1="368" v2="1128"/>
+      <triangle index="197" v0="804" v1="811" v2="1402"/>
+      <triangle index="198" v0="62" v1="63" v2="511"/>
+      <triangle index="199" v0="667" v1="673" v2="1927"/>
+      <triangle index="200" v0="173" v1="804" v2="805"/>
+      <triangle index="201" v0="109" v1="110" v2="1226"/>
+      <triangle index="202" v0="2885" v1="2886" v2="2887"/>
+      <triangle index="203" v0="652" v1="1235" v2="1236"/>
+      <triangle index="204" v0="517" v1="678" v2="1264"/>
+      <triangle index="205" v0="574" v1="804" v2="811"/>
+      <triangle index="206" v0="168" v1="1757" v2="2297"/>
+      <triangle index="207" v0="445" v1="520" v2="683"/>
+      <triangle index="208" v0="225" v1="524" v2="525"/>
+      <triangle index="209" v0="327" v1="328" v2="1401"/>
+      <triangle index="210" v0="17" v1="62" v2="511"/>
+      <triangle index="211" v0="276" v1="560" v2="561"/>
+      <triangle index="212" v0="2408" v1="2410" v2="2411"/>
+      <triangle index="213" v0="254" v1="469" v2="470"/>
+      <triangle index="214" v0="1022" v1="1023" v2="2119"/>
+      <triangle index="215" v0="838" v1="841" v2="862"/>
+      <triangle index="216" v0="576" v1="814" v2="815"/>
+      <triangle index="217" v0="601" v1="1600" v2="1603"/>
+      <triangle index="218" v0="308" v1="816" v2="1422"/>
+      <triangle index="219" v0="814" v1="816" v2="1422"/>
+      <triangle index="220" v0="1680" v1="1689" v2="1696"/>
+      <triangle index="221" v0="484" v1="1492" v2="1493"/>
+      <triangle index="222" v0="304" v1="305" v2="1361"/>
+      <triangle index="223" v0="1000" v1="1001" v2="1010"/>
+      <triangle index="224" v0="568" v1="1395" v2="1983"/>
+      <triangle index="225" v0="841" v1="862" v2="863"/>
+      <triangle index="226" v0="478" v1="799" v2="1976"/>
+      <triangle index="227" v0="1439" v1="1446" v2="1447"/>
+      <triangle index="228" v0="476" v1="560" v2="562"/>
+      <triangle index="229" v0="580" v1="837" v2="839"/>
+      <triangle index="230" v0="2083" v1="2804" v2="2808"/>
+      <triangle index="231" v0="567" v1="1271" v2="1389"/>
+      <triangle index="232" v0="493" v1="558" v2="618"/>
+      <triangle index="233" v0="476" v1="563" v2="565"/>
+      <triangle index="234" v0="482" v1="837" v2="842"/>
+      <triangle index="235" v0="1500" v1="2045" v2="2046"/>
+      <triangle index="236" v0="303" v1="754" v2="772"/>
+      <triangle index="237" v0="1410" v1="1412" v2="1418"/>
+      <triangle index="238" v0="577" v1="818" v2="822"/>
+      <triangle index="239" v0="283" v1="1060" v2="1062"/>
+      <triangle index="240" v0="836" v1="845" v2="846"/>
+      <triangle index="241" v0="549" v1="551" v2="552"/>
+      <triangle index="242" v0="826" v1="843" v2="1434"/>
+      <triangle index="243" v0="263" v1="448" v2="450"/>
+      <triangle index="244" v0="580" v1="835" v2="836"/>
+      <triangle index="245" v0="443" v1="445" v2="520"/>
+      <triangle index="246" v0="823" v1="828" v2="3292"/>
+      <triangle index="247" v0="251" v1="435" v2="456"/>
+      <triangle index="248" v0="226" v1="735" v2="736"/>
+      <triangle index="249" v0="315" v1="316" v2="856"/>
+      <triangle index="250" v0="557" v1="559" v2="560"/>
+      <triangle index="251" v0="271" v1="272" v2="550"/>
+      <triangle index="252" v0="211" v1="555" v2="556"/>
+      <triangle index="253" v0="2084" v1="2547" v2="2829"/>
+      <triangle index="254" v0="223" v1="536" v2="539"/>
+      <triangle index="255" v0="315" v1="844" v2="856"/>
+      <triangle index="256" v0="2063" v1="2067" v2="2068"/>
+      <triangle index="257" v0="212" v1="553" v2="554"/>
+      <triangle index="258" v0="534" v1="773" v2="774"/>
+      <triangle index="259" v0="273" v1="545" v2="547"/>
+      <triangle index="260" v0="836" v1="844" v2="860"/>
+      <triangle index="261" v0="2805" v1="2811" v2="2813"/>
+      <triangle index="262" v0="2567" v1="2569" v2="3010"/>
+      <triangle index="263" v0="306" v1="307" v2="814"/>
+      <triangle index="264" v0="303" v1="772" v2="1362"/>
+      <triangle index="265" v0="1527" v1="1529" v2="1532"/>
+      <triangle index="266" v0="2800" v1="2802" v2="2803"/>
+      <triangle index="267" v0="84" v1="1522" v2="1523"/>
+      <triangle index="268" v0="392" v1="929" v2="936"/>
+      <triangle index="269" v0="395" v1="917" v2="920"/>
+      <triangle index="270" v0="584" v1="917" v2="918"/>
+      <triangle index="271" v0="394" v1="917" v2="1454"/>
+      <triangle index="272" v0="834" v1="835" v2="837"/>
+      <triangle index="273" v0="394" v1="395" v2="917"/>
+      <triangle index="274" v0="1499" v1="2038" v2="2530"/>
+      <triangle index="275" v0="2122" v1="2123" v2="2126"/>
+      <triangle index="276" v0="203" v1="609" v2="676"/>
+      <triangle index="277" v0="398" v1="1458" v2="2012"/>
+      <triangle index="278" v0="397" v1="398" v2="1458"/>
+      <triangle index="279" v0="493" v1="618" v2="621"/>
+      <triangle index="280" v0="495" v1="618" v2="621"/>
+      <triangle index="281" v0="1466" v1="1467" v2="1468"/>
+      <triangle index="282" v0="1118" v1="3293" v2="3296"/>
+      <triangle index="283" v0="398" v1="399" v2="2011"/>
+      <triangle index="284" v0="396" v1="1455" v2="1456"/>
+      <triangle index="285" v0="623" v1="1065" v2="1655"/>
+      <triangle index="286" v0="402" v1="1463" v2="1464"/>
+      <triangle index="287" v0="613" v1="614" v2="621"/>
+      <triangle index="288" v0="395" v1="920" v2="1456"/>
+      <triangle index="289" v0="603" v1="606" v2="1050"/>
+      <triangle index="290" v0="588" v1="932" v2="935"/>
+      <triangle index="291" v0="1366" v1="1368" v2="1370"/>
+      <triangle index="292" v0="404" v1="922" v2="924"/>
+      <triangle index="293" v0="1500" v1="2056" v2="2058"/>
+      <triangle index="294" v0="407" v1="942" v2="945"/>
+      <triangle index="295" v0="181" v1="875" v2="877"/>
+      <triangle index="296" v0="1100" v1="1107" v2="1120"/>
+      <triangle index="297" v0="1516" v1="1519" v2="1521"/>
+      <triangle index="298" v0="589" v1="2038" v2="2044"/>
+      <triangle index="299" v0="939" v1="1498" v2="2041"/>
+      <triangle index="300" v0="316" v1="856" v2="858"/>
+      <triangle index="301" v0="623" v1="1650" v2="1655"/>
+      <triangle index="302" v0="591" v1="941" v2="942"/>
+      <triangle index="303" v0="591" v1="941" v2="1508"/>
+      <triangle index="304" v0="609" v1="611" v2="1055"/>
+      <triangle index="305" v0="210" v1="556" v2="614"/>
+      <triangle index="306" v0="495" v1="613" v2="621"/>
+      <triangle index="307" v0="2152" v1="2157" v2="2158"/>
+      <triangle index="308" v0="2211" v1="2634" v2="2635"/>
+      <triangle index="309" v0="1516" v1="1517" v2="1520"/>
+      <triangle index="310" v0="409" v1="941" v2="1507"/>
+      <triangle index="311" v0="628" v1="1078" v2="1084"/>
+      <triangle index="312" v0="490" v1="1030" v2="1033"/>
+      <triangle index="313" v0="331" v1="332" v2="1657"/>
+      <triangle index="314" v0="391" v1="928" v2="929"/>
+      <triangle index="315" v0="1670" v1="1671" v2="1673"/>
+      <triangle index="316" v0="585" v1="2008" v2="2010"/>
+      <triangle index="317" v0="157" v1="158" v2="1633"/>
+      <triangle index="318" v0="317" v1="318" v2="873"/>
+      <triangle index="319" v0="606" v1="619" v2="620"/>
+      <triangle index="320" v0="873" v1="1436" v2="1992"/>
+      <triangle index="321" v0="483" v1="879" v2="885"/>
+      <triangle index="322" v0="238" v1="459" v2="460"/>
+      <triangle index="323" v0="178" v1="1397" v2="1994"/>
+      <triangle index="324" v0="9" v1="665" v2="671"/>
+      <triangle index="325" v0="890" v1="892" v2="1993"/>
+      <triangle index="326" v0="320" v1="321" v2="1442"/>
+      <triangle index="327" v0="27" v1="28" v2="514"/>
+      <triangle index="328" v0="1451" v1="2006" v2="2498"/>
+      <triangle index="329" v0="318" v1="319" v2="1991"/>
+      <triangle index="330" v0="544" v1="563" v2="565"/>
+      <triangle index="331" v0="296" v1="1963" v2="2731"/>
+      <triangle index="332" v0="546" v1="547" v2="790"/>
+      <triangle index="333" v0="593" v1="966" v2="970"/>
+      <triangle index="334" v0="98" v1="971" v2="972"/>
+      <triangle index="335" v0="1364" v1="1370" v2="1968"/>
+      <triangle index="336" v0="966" v1="970" v2="991"/>
+      <triangle index="337" v0="549" v1="552" v2="791"/>
+      <triangle index="338" v0="97" v1="958" v2="965"/>
+      <triangle index="339" v0="268" v1="269" v2="537"/>
+      <triangle index="340" v0="465" v1="526" v2="538"/>
+      <triangle index="341" v0="98" v1="967" v2="971"/>
+      <triangle index="342" v0="654" v1="1252" v2="1253"/>
+      <triangle index="343" v0="532" v1="755" v2="761"/>
+      <triangle index="344" v0="643" v1="1181" v2="1184"/>
+      <triangle index="345" v0="322" v1="902" v2="904"/>
+      <triangle index="346" v0="801" v1="1397" v2="1984"/>
+      <triangle index="347" v0="333" v1="1072" v2="1076"/>
+      <triangle index="348" v0="87" v1="88" v2="1018"/>
+      <triangle index="349" v0="322" v1="323" v2="904"/>
+      <triangle index="350" v0="1550" v1="2089" v2="2550"/>
+      <triangle index="351" v0="612" v1="1056" v2="1057"/>
+      <triangle index="352" v0="1129" v1="2304" v2="3087"/>
+      <triangle index="353" v0="1032" v1="1033" v2="1034"/>
+      <triangle index="354" v0="323" v1="324" v2="907"/>
+      <triangle index="355" v0="692" v1="693" v2="694"/>
+      <triangle index="356" v0="593" v1="958" v2="962"/>
+      <triangle index="357" v0="958" v1="962" v2="963"/>
+      <triangle index="358" v0="2069" v1="2072" v2="2073"/>
+      <triangle index="359" v0="974" v1="976" v2="981"/>
+      <triangle index="360" v0="97" v1="965" v2="967"/>
+      <triangle index="361" v0="973" v1="989" v2="1543"/>
+      <triangle index="362" v0="1127" v1="1757" v2="1759"/>
+      <triangle index="363" v0="96" v1="958" v2="959"/>
+      <triangle index="364" v0="1040" v1="1042" v2="1621"/>
+      <triangle index="365" v0="100" v1="976" v2="985"/>
+      <triangle index="366" v0="228" v1="451" v2="523"/>
+      <triangle index="367" v0="180" v1="181" v2="875"/>
+      <triangle index="368" v0="170" v1="171" v2="1420"/>
+      <triangle index="369" v0="45" v1="437" v2="508"/>
+      <triangle index="370" v0="325" v1="912" v2="913"/>
+      <triangle index="371" v0="93" v1="94" v2="1557"/>
+      <triangle index="372" v0="1559" v1="1561" v2="1565"/>
+      <triangle index="373" v0="597" v1="1020" v2="1022"/>
+      <triangle index="374" v0="240" v1="241" v2="472"/>
+      <triangle index="375" v0="245" v1="466" v2="468"/>
+      <triangle index="376" v0="252" v1="466" v2="467"/>
+      <triangle index="377" v0="474" v1="543" v2="787"/>
+      <triangle index="378" v0="940" v1="1501" v2="1503"/>
+      <triangle index="379" v0="1380" v1="1382" v2="1978"/>
+      <triangle index="380" v0="1502" v1="1503" v2="2798"/>
+      <triangle index="381" v0="1018" v1="1019" v2="2115"/>
+      <triangle index="382" v0="2423" v1="3057" v2="3064"/>
+      <triangle index="383" v0="79" v1="80" v2="1580"/>
+      <triangle index="384" v0="1026" v1="1029" v2="1584"/>
+      <triangle index="385" v0="368" v1="369" v2="1130"/>
+      <triangle index="386" v0="1569" v1="1576" v2="2115"/>
+      <triangle index="387" v0="235" v1="236" v2="458"/>
+      <triangle index="388" v0="408" v1="409" v2="941"/>
+      <triangle index="389" v0="232" v1="453" v2="454"/>
+      <triangle index="390" v0="530" v1="738" v2="741"/>
+      <triangle index="391" v0="81" v1="82" v2="2061"/>
+      <triangle index="392" v0="1477" v1="1479" v2="1481"/>
+      <triangle index="393" v0="2129" v1="2134" v2="2137"/>
+      <triangle index="394" v0="273" v1="274" v2="545"/>
+      <triangle index="395" v0="1017" v1="1558" v2="1559"/>
+      <triangle index="396" v0="431" v1="712" v2="1312"/>
+      <triangle index="397" v0="240" v1="472" v2="3286"/>
+      <triangle index="398" v0="448" v1="449" v2="450"/>
+      <triangle index="399" v0="1032" v1="1034" v2="1589"/>
+      <triangle index="400" v0="478" v1="568" v2="1393"/>
+      <triangle index="401" v0="228" v1="229" v2="449"/>
+      <triangle index="402" v0="1" v1="690" v2="691"/>
+      <triangle index="403" v0="262" v1="263" v2="447"/>
+      <triangle index="404" v0="185" v1="774" v2="778"/>
+      <triangle index="405" v0="77" v1="78" v2="1895"/>
+      <triangle index="406" v0="91" v1="92" v2="1501"/>
+      <triangle index="407" v0="415" v1="416" v2="1026"/>
+      <triangle index="408" v0="208" v1="615" v2="616"/>
+      <triangle index="409" v0="416" v1="1026" v2="1031"/>
+      <triangle index="410" v0="417" v1="418" v2="1582"/>
+      <triangle index="411" v0="1087" v1="1092" v2="1093"/>
+      <triangle index="412" v0="601" v1="1040" v2="1041"/>
+      <triangle index="413" v0="1041" v1="1591" v2="1592"/>
+      <triangle index="414" v0="153" v1="1131" v2="1133"/>
+      <triangle index="415" v0="420" v1="421" v2="1040"/>
+      <triangle index="416" v0="1615" v1="2203" v2="2204"/>
+      <triangle index="417" v0="636" v1="2226" v2="2227"/>
+      <triangle index="418" v0="2121" v1="2123" v2="2125"/>
+      <triangle index="419" v0="631" v1="1651" v2="1653"/>
+      <triangle index="420" v0="1581" v1="1903" v2="2457"/>
+      <triangle index="421" v0="1024" v1="2459" v2="2463"/>
+      <triangle index="422" v0="2800" v1="2801" v2="2802"/>
+      <triangle index="423" v0="334" v1="1078" v2="1080"/>
+      <triangle index="424" v0="633" v1="1825" v2="1826"/>
+      <triangle index="425" v0="1005" v1="1538" v2="1540"/>
+      <triangle index="426" v0="244" v1="253" v2="468"/>
+      <triangle index="427" v0="499" v1="1094" v2="1099"/>
+      <triangle index="428" v0="280" v1="281" v2="603"/>
+      <triangle index="429" v0="15" v1="16" v2="1250"/>
+      <triangle index="430" v0="476" v1="564" v2="565"/>
+      <triangle index="431" v0="216" v1="790" v2="3289"/>
+      <triangle index="432" v0="592" v1="2125" v2="2133"/>
+      <triangle index="433" v0="213" v1="214" v2="564"/>
+      <triangle index="434" v0="557" v1="560" v2="562"/>
+      <triangle index="435" v0="817" v1="865" v2="1435"/>
+      <triangle index="436" v0="572" v1="808" v2="1414"/>
+      <triangle index="437" v0="476" v1="553" v2="564"/>
+      <triangle index="438" v0="887" v1="888" v2="890"/>
+      <triangle index="439" v0="277" v1="558" v2="559"/>
+      <triangle index="440" v0="201" v1="677" v2="678"/>
+      <triangle index="441" v0="509" v1="1237" v2="1238"/>
+      <triangle index="442" v0="207" v1="605" v2="1048"/>
+      <triangle index="443" v0="525" v1="527" v2="538"/>
+      <triangle index="444" v0="273" v1="547" v2="548"/>
+      <triangle index="445" v0="281" v1="603" v2="1047"/>
+      <triangle index="446" v0="222" v1="473" v2="537"/>
+      <triangle index="447" v0="202" v1="203" v2="676"/>
+      <triangle index="448" v0="219" v1="220" v2="541"/>
+      <triangle index="449" v0="604" v1="610" v2="1053"/>
+      <triangle index="450" v0="495" v1="617" v2="618"/>
+      <triangle index="451" v0="294" v1="1959" v2="1964"/>
+      <triangle index="452" v0="554" v1="555" v2="556"/>
+      <triangle index="453" v0="606" v1="620" v2="1050"/>
+      <triangle index="454" v0="209" v1="210" v2="613"/>
+      <triangle index="455" v0="493" v1="556" v2="614"/>
+      <triangle index="456" v0="275" v1="276" v2="561"/>
+      <triangle index="457" v0="206" v1="207" v2="1048"/>
+      <triangle index="458" v0="207" v1="605" v2="616"/>
+      <triangle index="459" v0="196" v1="795" v2="1393"/>
+      <triangle index="460" v0="623" v1="1065" v2="1066"/>
+      <triangle index="461" v0="275" v1="561" v2="563"/>
+      <triangle index="462" v0="478" v1="793" v2="1393"/>
+      <triangle index="463" v0="476" v1="560" v2="561"/>
+      <triangle index="464" v0="801" v1="1397" v2="1994"/>
+      <triangle index="465" v0="557" v1="558" v2="559"/>
+      <triangle index="466" v0="163" v1="164" v2="1626"/>
+      <triangle index="467" v0="267" v1="527" v2="538"/>
+      <triangle index="468" v0="270" v1="540" v2="543"/>
+      <triangle index="469" v0="162" v1="1067" v2="1624"/>
+      <triangle index="470" v0="161" v1="1064" v2="1068"/>
+      <triangle index="471" v0="493" v1="557" v2="558"/>
+      <triangle index="472" v0="160" v1="161" v2="1064"/>
+      <triangle index="473" v0="564" v1="565" v2="3290"/>
+      <triangle index="474" v0="622" v1="1064" v2="1065"/>
+      <triangle index="475" v0="161" v1="162" v2="1068"/>
+      <triangle index="476" v0="542" v1="549" v2="551"/>
+      <triangle index="477" v0="154" v1="155" v2="1135"/>
+      <triangle index="478" v0="1398" v1="1399" v2="1400"/>
+      <triangle index="479" v0="217" v1="218" v2="552"/>
+      <triangle index="480" v0="87" v1="1018" v2="1577"/>
+      <triangle index="481" v0="764" v1="768" v2="769"/>
+      <triangle index="482" v0="625" v1="1072" v2="1074"/>
+      <triangle index="483" v0="443" v1="684" v2="1059"/>
+      <triangle index="484" v0="264" v1="449" v2="522"/>
+      <triangle index="485" v0="332" v1="333" v2="1072"/>
+      <triangle index="486" v0="1693" v1="1694" v2="1699"/>
+      <triangle index="487" v0="624" v1="1123" v2="1631"/>
+      <triangle index="488" v0="268" v1="465" v2="538"/>
+      <triangle index="489" v0="1629" v1="2209" v2="2210"/>
+      <triangle index="490" v0="265" v1="522" v2="734"/>
+      <triangle index="491" v0="1409" v1="2288" v2="2289"/>
+      <triangle index="492" v0="1142" v1="1208" v2="1209"/>
+      <triangle index="493" v0="1408" v1="1411" v2="1419"/>
+      <triangle index="494" v0="244" v1="253" v2="469"/>
+      <triangle index="495" v0="20" v1="42" v2="3287"/>
+      <triangle index="496" v0="630" v1="1131" v2="1133"/>
+      <triangle index="497" v0="254" v1="255" v2="471"/>
+      <triangle index="498" v0="365" v1="1847" v2="2706"/>
+      <triangle index="499" v0="1082" v1="1093" v2="1097"/>
+      <triangle index="500" v0="364" v1="1846" v2="1848"/>
+      <triangle index="501" v0="210" v1="613" v2="614"/>
+      <triangle index="502" v0="2648" v1="2890" v2="2891"/>
+      <triangle index="503" v0="2422" v1="3055" v2="3058"/>
+      <triangle index="504" v0="245" v1="246" v2="467"/>
+      <triangle index="505" v0="465" v1="526" v2="539"/>
+      <triangle index="506" v0="258" v1="259" v2="458"/>
+      <triangle index="507" v0="1078" v1="1084" v2="1085"/>
+      <triangle index="508" v0="333" v1="1076" v2="1077"/>
+      <triangle index="509" v0="258" v1="460" v2="464"/>
+      <triangle index="510" v0="227" v1="451" v2="523"/>
+      <triangle index="511" v0="335" v1="1080" v2="1081"/>
+      <triangle index="512" v0="185" v1="186" v2="773"/>
+      <triangle index="513" v0="336" v1="337" v2="1088"/>
+      <triangle index="514" v0="336" v1="1081" v2="1083"/>
+      <triangle index="515" v0="232" v1="233" v2="453"/>
+      <triangle index="516" v0="164" v1="1626" v2="1627"/>
+      <triangle index="517" v0="234" v1="260" v2="455"/>
+      <triangle index="518" v0="403" v1="404" v2="922"/>
+      <triangle index="519" v0="2155" v1="2156" v2="2622"/>
+      <triangle index="520" v0="647" v1="2696" v2="2699"/>
+      <triangle index="521" v0="363" v1="364" v2="1846"/>
+      <triangle index="522" v0="2377" v1="2380" v2="3183"/>
+      <triangle index="523" v0="274" v1="275" v2="788"/>
+      <triangle index="524" v0="113" v1="1838" v2="1840"/>
+      <triangle index="525" v0="312" v1="847" v2="861"/>
+      <triangle index="526" v0="3036" v1="3037" v2="3038"/>
+      <triangle index="527" v0="569" v1="797" v2="798"/>
+      <triangle index="528" v0="218" v1="551" v2="786"/>
+      <triangle index="529" v0="3034" v1="3212" v2="3214"/>
+      <triangle index="530" v0="234" v1="260" v2="452"/>
+      <triangle index="531" v0="257" v1="459" v2="460"/>
+      <triangle index="532" v0="1087" v1="1088" v2="1660"/>
+      <triangle index="533" v0="365" v1="366" v2="2706"/>
+      <triangle index="534" v0="156" v1="1634" v2="1635"/>
+      <triangle index="535" v0="1680" v1="1687" v2="1689"/>
+      <triangle index="536" v0="623" v1="1070" v2="1649"/>
+      <triangle index="537" v0="829" v1="831" v2="834"/>
+      <triangle index="538" v0="404" v1="405" v2="924"/>
+      <triangle index="539" v0="1660" v1="1661" v2="2214"/>
+      <triangle index="540" v0="153" v1="154" v2="1131"/>
+      <triangle index="541" v0="1028" v1="1585" v2="2184"/>
+      <triangle index="542" v0="607" v1="1049" v2="1053"/>
+      <triangle index="543" v0="1643" v1="1646" v2="1767"/>
+      <triangle index="544" v0="2039" v1="2531" v2="2533"/>
+      <triangle index="545" v0="2640" v1="2869" v2="2881"/>
+      <triangle index="546" v0="517" v1="685" v2="1264"/>
+      <triangle index="547" v0="338" v1="339" v2="2214"/>
+      <triangle index="548" v0="340" v1="341" v2="1774"/>
+      <triangle index="549" v0="264" v1="449" v2="450"/>
+      <triangle index="550" v0="23" v1="39" v2="440"/>
+      <triangle index="551" v0="1773" v1="1827" v2="1830"/>
+      <triangle index="552" v0="248" v1="251" v2="435"/>
+      <triangle index="553" v0="139" v1="140" v2="1769"/>
+      <triangle index="554" v0="343" v1="1141" v2="2400"/>
+      <triangle index="555" v0="20" v1="433" v2="442"/>
+      <triangle index="556" v0="1139" v1="2220" v2="2224"/>
+      <triangle index="557" v0="56" v1="437" v2="508"/>
+      <triangle index="558" v0="148" v1="149" v2="1775"/>
+      <triangle index="559" v0="154" v1="1131" v2="1135"/>
+      <triangle index="560" v0="635" v1="2271" v2="2874"/>
+      <triangle index="561" v0="1044" v1="1045" v2="1622"/>
+      <triangle index="562" v0="136" v1="1185" v2="1186"/>
+      <triangle index="563" v0="1137" v1="2320" v2="2325"/>
+      <triangle index="564" v0="2248" v1="2250" v2="2693"/>
+      <triangle index="565" v0="2387" v1="2690" v2="2928"/>
+      <triangle index="566" v0="2330" v1="2334" v2="2336"/>
+      <triangle index="567" v0="126" v1="127" v2="1812"/>
+      <triangle index="568" v0="1809" v1="1810" v2="2689"/>
+      <triangle index="569" v0="2324" v1="2326" v2="2327"/>
+      <triangle index="570" v0="2370" v1="2898" v2="2900"/>
+      <triangle index="571" v0="142" v1="143" v2="2313"/>
+      <triangle index="572" v0="140" v1="141" v2="2310"/>
+      <triangle index="573" v0="1799" v1="2358" v2="2360"/>
+      <triangle index="574" v0="2375" v1="2659" v2="2680"/>
+      <triangle index="575" v0="1769" v1="1770" v2="2310"/>
+      <triangle index="576" v0="1198" v1="1199" v2="1815"/>
+      <triangle index="577" v0="2357" v1="2905" v2="3277"/>
+      <triangle index="578" v0="1824" v1="1825" v2="1827"/>
+      <triangle index="579" v0="278" v1="558" v2="618"/>
+      <triangle index="580" v0="114" v1="2695" v2="3184"/>
+      <triangle index="581" v0="1192" v1="1194" v2="1815"/>
+      <triangle index="582" v0="1158" v1="1169" v2="1170"/>
+      <triangle index="583" v0="141" v1="2310" v2="2311"/>
+      <triangle index="584" v0="1780" v1="1782" v2="1796"/>
+      <triangle index="585" v0="1645" v1="1647" v2="1747"/>
+      <triangle index="586" v0="203" v1="609" v2="1054"/>
+      <triangle index="587" v0="136" v1="137" v2="1185"/>
+      <triangle index="588" v0="38" v1="39" v2="439"/>
+      <triangle index="589" v0="22" v1="23" v2="440"/>
+      <triangle index="590" v0="350" v1="1143" v2="1149"/>
+      <triangle index="591" v0="1155" v1="1158" v2="1159"/>
+      <triangle index="592" v0="37" v1="38" v2="441"/>
+      <triangle index="593" v0="1144" v1="1147" v2="2349"/>
+      <triangle index="594" v0="1144" v1="1146" v2="1148"/>
+      <triangle index="595" v0="44" v1="57" v2="437"/>
+      <triangle index="596" v0="444" v1="446" v2="693"/>
+      <triangle index="597" v0="349" v1="350" v2="1143"/>
+      <triangle index="598" v0="224" v1="225" v2="525"/>
+      <triangle index="599" v0="257" v1="258" v2="460"/>
+      <triangle index="600" v0="2904" v1="2905" v2="2906"/>
+      <triangle index="601" v0="640" v1="2377" v2="2380"/>
+      <triangle index="602" v0="1788" v1="2354" v2="2355"/>
+      <triangle index="603" v0="528" v1="732" v2="733"/>
+      <triangle index="604" v0="829" v1="871" v2="872"/>
+      <triangle index="605" v0="121" v1="122" v2="1178"/>
+      <triangle index="606" v0="641" v1="2659" v2="2667"/>
+      <triangle index="607" v0="639" v1="2936" v2="2940"/>
+      <triangle index="608" v0="612" v1="1056" v2="1060"/>
+      <triangle index="609" v0="2682" v1="2683" v2="2684"/>
+      <triangle index="610" v0="347" v1="1138" v2="1772"/>
+      <triangle index="611" v0="657" v1="1863" v2="1867"/>
+      <triangle index="612" v0="350" v1="1149" v2="1151"/>
+      <triangle index="613" v0="128" v1="1181" v2="1182"/>
+      <triangle index="614" v0="129" v1="130" v2="1808"/>
+      <triangle index="615" v0="503" v1="1148" v2="1160"/>
+      <triangle index="616" v0="1056" v1="1057" v2="1058"/>
+      <triangle index="617" v0="131" v1="132" v2="2346"/>
+      <triangle index="618" v0="1142" v1="1209" v2="1779"/>
+      <triangle index="619" v0="495" v1="617" v2="619"/>
+      <triangle index="620" v0="1179" v1="1806" v2="2383"/>
+      <triangle index="621" v0="645" v1="1186" v2="1188"/>
+      <triangle index="622" v0="646" v1="1191" v2="1200"/>
+      <triangle index="623" v0="638" v1="1162" v2="1165"/>
+      <triangle index="624" v0="1499" v1="2529" v2="2530"/>
+      <triangle index="625" v0="2369" v1="2931" v2="2937"/>
+      <triangle index="626" v0="643" v1="1184" v2="2364"/>
+      <triangle index="627" v0="944" v1="949" v2="954"/>
+      <triangle index="628" v0="603" v1="604" v2="1053"/>
+      <triangle index="629" v0="351" v1="1151" v2="1159"/>
+      <triangle index="630" v0="600" v1="1585" v2="1587"/>
+      <triangle index="631" v0="1813" v1="2386" v2="2387"/>
+      <triangle index="632" v0="492" v1="603" v2="1053"/>
+      <triangle index="633" v0="1183" v1="1812" v2="1813"/>
+      <triangle index="634" v0="642" v1="1180" v2="1810"/>
+      <triangle index="635" v0="2031" v1="2035" v2="2527"/>
+      <triangle index="636" v0="642" v1="1180" v2="2348"/>
+      <triangle index="637" v0="1816" v1="1818" v2="2389"/>
+      <triangle index="638" v0="645" v1="1185" v2="1186"/>
+      <triangle index="639" v0="402" v1="403" v2="1462"/>
+      <triangle index="640" v0="2932" v1="2934" v2="2937"/>
+      <triangle index="641" v0="230" v1="447" v2="448"/>
+      <triangle index="642" v0="493" v1="614" v2="621"/>
+      <triangle index="643" v0="1179" v1="1802" v2="1806"/>
+      <triangle index="644" v0="368" v1="1128" v2="1130"/>
+      <triangle index="645" v0="103" v1="104" v2="2551"/>
+      <triangle index="646" v0="457" v1="524" v2="735"/>
+      <triangle index="647" v0="983" v1="1001" v2="1012"/>
+      <triangle index="648" v0="768" v1="769" v2="770"/>
+      <triangle index="649" v0="105" v1="3206" v2="3313"/>
+      <triangle index="650" v0="2416" v1="2418" v2="2419"/>
+      <triangle index="651" v0="266" v1="267" v2="527"/>
+      <triangle index="652" v0="1229" v1="1844" v2="1845"/>
+      <triangle index="653" v0="302" v1="754" v2="755"/>
+      <triangle index="654" v0="55" v1="56" v2="508"/>
+      <triangle index="655" v0="987" v1="991" v2="1004"/>
+      <triangle index="656" v0="100" v1="101" v2="985"/>
+      <triangle index="657" v0="58" v1="59" v2="510"/>
+      <triangle index="658" v0="34" v1="35" v2="514"/>
+      <triangle index="659" v0="1543" v1="1544" v2="1545"/>
+      <triangle index="660" v0="653" v1="1852" v2="2424"/>
+      <triangle index="661" v0="638" v1="1143" v2="1146"/>
+      <triangle index="662" v0="1316" v1="1317" v2="1319"/>
+      <triangle index="663" v0="438" v1="694" v2="696"/>
+      <triangle index="664" v0="101" v1="1542" v2="2087"/>
+      <triangle index="665" v0="168" v1="1752" v2="1753"/>
+      <triangle index="666" v0="289" v1="290" v2="1376"/>
+      <triangle index="667" v0="1187" v1="1189" v2="1190"/>
+      <triangle index="668" v0="494" v1="608" v2="611"/>
+      <triangle index="669" v0="2952" v1="2962" v2="2971"/>
+      <triangle index="670" v0="475" v1="544" v2="545"/>
+      <triangle index="671" v0="506" v1="1195" v2="1204"/>
+      <triangle index="672" v0="697" v1="702" v2="705"/>
+      <triangle index="673" v0="46" v1="54" v2="55"/>
+      <triangle index="674" v0="56" v1="57" v2="437"/>
+      <triangle index="675" v0="45" v1="55" v2="508"/>
+      <triangle index="676" v0="43" v1="57" v2="58"/>
+      <triangle index="677" v0="272" v1="549" v2="550"/>
+      <triangle index="678" v0="110" v1="1226" v2="1228"/>
+      <triangle index="679" v0="121" v1="1805" v2="1807"/>
+      <triangle index="680" v0="651" v1="1232" v2="1233"/>
+      <triangle index="681" v0="208" v1="209" v2="615"/>
+      <triangle index="682" v0="939" v1="1498" v2="2058"/>
+      <triangle index="683" v0="64" v1="65" v2="1232"/>
+      <triangle index="684" v0="615" v1="616" v2="620"/>
+      <triangle index="685" v0="43" v1="58" v2="510"/>
+      <triangle index="686" v0="16" v1="511" v2="1235"/>
+      <triangle index="687" v0="1527" v1="1536" v2="1537"/>
+      <triangle index="688" v0="85" v1="86" v2="1020"/>
+      <triangle index="689" v0="3085" v1="3095" v2="3099"/>
+      <triangle index="690" v0="2242" v1="2243" v2="2401"/>
+      <triangle index="691" v0="65" v1="1232" v2="1234"/>
+      <triangle index="692" v0="553" v1="554" v2="562"/>
+      <triangle index="693" v0="220" v1="540" v2="541"/>
+      <triangle index="694" v0="1841" v1="2407" v2="2408"/>
+      <triangle index="695" v0="65" v1="1234" v2="1244"/>
+      <triangle index="696" v0="74" v1="1253" v2="1891"/>
+      <triangle index="697" v0="242" v1="243" v2="470"/>
+      <triangle index="698" v0="175" v1="176" v2="802"/>
+      <triangle index="699" v0="1255" v1="1880" v2="2455"/>
+      <triangle index="700" v0="72" v1="73" v2="1889"/>
+      <triangle index="701" v0="204" v1="608" v2="609"/>
+      <triangle index="702" v0="1659" v1="1662" v2="1667"/>
+      <triangle index="703" v0="75" v1="76" v2="1252"/>
+      <triangle index="704" v0="586" v1="922" v2="926"/>
+      <triangle index="705" v0="69" v1="70" v2="1881"/>
+      <triangle index="706" v0="421" v1="422" v2="1621"/>
+      <triangle index="707" v0="1043" v1="1613" v2="1616"/>
+      <triangle index="708" v0="1720" v1="1724" v2="1729"/>
+      <triangle index="709" v0="654" v1="1904" v2="1906"/>
+      <triangle index="710" v0="495" v1="613" v2="615"/>
+      <triangle index="711" v0="682" v1="718" v2="722"/>
+      <triangle index="712" v0="137" v1="1199" v2="2390"/>
+      <triangle index="713" v0="424" v1="1617" v2="1618"/>
+      <triangle index="714" v0="2334" v1="2335" v2="2339"/>
+      <triangle index="715" v0="424" v1="425" v2="1618"/>
+      <triangle index="716" v0="710" v1="728" v2="729"/>
+      <triangle index="717" v0="623" v1="1066" v2="1070"/>
+      <triangle index="718" v0="1253" v1="1894" v2="2448"/>
+      <triangle index="719" v0="259" v1="260" v2="455"/>
+      <triangle index="720" v0="3" v1="4" v2="1277"/>
+      <triangle index="721" v0="204" v1="205" v2="608"/>
+      <triangle index="722" v0="67" v1="1247" v2="1249"/>
+      <triangle index="723" v0="1" v1="690" v2="1272"/>
+      <triangle index="724" v0="4" v1="1288" v2="1289"/>
+      <triangle index="725" v0="2031" v1="2525" v2="2526"/>
+      <triangle index="726" v0="279" v1="617" v2="619"/>
+      <triangle index="727" v0="680" v1="1284" v2="1285"/>
+      <triangle index="728" v0="6" v1="7" v2="1266"/>
+      <triangle index="729" v0="673" v1="675" v2="1260"/>
+      <triangle index="730" v0="66" v1="1234" v2="1245"/>
+      <triangle index="731" v0="149" v1="1775" v2="1777"/>
+      <triangle index="732" v0="682" v1="712" v2="717"/>
+      <triangle index="733" v0="427" v1="1317" v2="1319"/>
+      <triangle index="734" v0="495" v1="619" v2="620"/>
+      <triangle index="735" v0="2351" v1="2352" v2="2656"/>
+      <triangle index="736" v0="500" v1="1642" v2="1645"/>
+      <triangle index="737" v0="446" v1="521" v2="691"/>
+      <triangle index="738" v0="207" v1="208" v2="616"/>
+      <triangle index="739" v0="0" v1="432" v2="446"/>
+      <triangle index="740" v0="494" v1="604" v2="610"/>
+      <triangle index="741" v0="0" v1="1" v2="691"/>
+      <triangle index="742" v0="682" v1="709" v2="712"/>
+      <triangle index="743" v0="2260" v1="2266" v2="2267"/>
+      <triangle index="744" v0="2221" v1="2225" v2="2234"/>
+      <triangle index="745" v0="68" v1="69" v2="1257"/>
+      <triangle index="746" v0="1256" v1="1900" v2="1902"/>
+      <triangle index="747" v0="1194" v1="1206" v2="1210"/>
+      <triangle index="748" v0="17" v1="61" v2="62"/>
+      <triangle index="749" v0="369" v1="1129" v2="2305"/>
+      <triangle index="750" v0="277" v1="278" v2="558"/>
+      <triangle index="751" v0="110" v1="111" v2="1228"/>
+      <triangle index="752" v0="275" v1="563" v2="788"/>
+      <triangle index="753" v0="271" v1="550" v2="787"/>
+      <triangle index="754" v0="475" v1="544" v2="3288"/>
+      <triangle index="755" v0="114" v1="1839" v2="2695"/>
+      <triangle index="756" v0="112" v1="113" v2="1838"/>
+      <triangle index="757" v0="194" v1="1382" v2="1396"/>
+      <triangle index="758" v0="1839" v1="2694" v2="3165"/>
+      <triangle index="759" v0="800" v1="897" v2="901"/>
+      <triangle index="760" v0="46" v1="47" v2="54"/>
+      <triangle index="761" v0="47" v1="48" v2="53"/>
+      <triangle index="762" v0="535" v1="1379" v2="1388"/>
+      <triangle index="763" v0="45" v1="46" v2="55"/>
+      <triangle index="764" v0="49" v1="51" v2="52"/>
+      <triangle index="765" v0="49" v1="50" v2="51"/>
+      <triangle index="766" v0="48" v1="52" v2="53"/>
+      <triangle index="767" v0="48" v1="49" v2="52"/>
+      <triangle index="768" v0="270" v1="271" v2="543"/>
+      <triangle index="769" v0="542" v1="549" v2="550"/>
+      <triangle index="770" v0="222" v1="536" v2="537"/>
+      <triangle index="771" v0="547" v1="548" v2="791"/>
+      <triangle index="772" v0="542" v1="551" v2="786"/>
+      <triangle index="773" v0="210" v1="211" v2="556"/>
+      <triangle index="774" v0="276" v1="277" v2="559"/>
+      <triangle index="775" v0="476" v1="561" v2="563"/>
+      <triangle index="776" v0="30" v1="32" v2="33"/>
+      <triangle index="777" v0="493" v1="554" v2="556"/>
+      <triangle index="778" v0="306" v1="814" v2="1421"/>
+      <triangle index="779" v0="3178" v1="3180" v2="3181"/>
+      <triangle index="780" v0="205" v1="608" v2="610"/>
+      <triangle index="781" v0="30" v1="31" v2="32"/>
+      <triangle index="782" v0="482" v1="826" v2="831"/>
+      <triangle index="783" v0="1404" v1="1405" v2="1410"/>
+      <triangle index="784" v0="640" v1="2377" v2="2383"/>
+      <triangle index="785" v0="29" v1="30" v2="33"/>
+      <triangle index="786" v0="27" v1="35" v2="36"/>
+      <triangle index="787" v0="212" v1="554" v2="555"/>
+      <triangle index="788" v0="28" v1="34" v2="514"/>
+      <triangle index="789" v0="475" v1="545" v2="547"/>
+      <triangle index="790" v0="27" v1="35" v2="514"/>
+      <triangle index="791" v0="1041" v1="1595" v2="1598"/>
+      <triangle index="792" v0="26" v1="27" v2="36"/>
+      <triangle index="793" v0="2182" v1="2183" v2="2628"/>
+      <triangle index="794" v0="280" v1="603" v2="606"/>
+      <triangle index="795" v0="28" v1="29" v2="34"/>
+      <triangle index="796" v0="29" v1="33" v2="34"/>
+      <triangle index="797" v0="270" v1="473" v2="540"/>
+      <triangle index="798" v0="609" v1="676" v2="1055"/>
+      <triangle index="799" v0="174" v1="804" v2="810"/>
+      <triangle index="800" v0="1804" v1="2683" v2="2684"/>
+      <triangle index="801" v0="26" v1="36" v2="37"/>
+      <triangle index="802" v0="43" v1="44" v2="57"/>
+      <triangle index="803" v0="44" v1="45" v2="437"/>
+      <triangle index="804" v0="695" v1="696" v2="707"/>
+      <triangle index="805" v0="42" v1="43" v2="510"/>
+      <triangle index="806" v0="19" v1="60" v2="3287"/>
+      <triangle index="807" v0="199" v1="679" v2="1264"/>
+      <triangle index="808" v0="858" v1="866" v2="874"/>
+      <triangle index="809" v0="59" v1="60" v2="3287"/>
+      <triangle index="810" v0="41" v1="42" v2="442"/>
+      <triangle index="811" v0="42" v1="510" v2="3287"/>
+      <triangle index="812" v0="224" v1="525" v2="526"/>
+      <triangle index="813" v0="18" v1="19" v2="60"/>
+      <triangle index="814" v0="1934" v1="1935" v2="1936"/>
+      <triangle index="815" v0="651" v1="1233" v2="1236"/>
+      <triangle index="816" v0="1504" v1="1506" v2="1508"/>
+      <triangle index="817" v0="680" v1="1266" v2="1267"/>
+      <triangle index="818" v0="925" v1="926" v2="3301"/>
+      <triangle index="819" v0="17" v1="18" v2="61"/>
+      <triangle index="820" v0="13" v1="14" v2="668"/>
+      <triangle index="821" v0="13" v1="659" v2="668"/>
+      <triangle index="822" v0="588" v1="934" v2="1474"/>
+      <triangle index="823" v0="876" v1="880" v2="884"/>
+      <triangle index="824" v0="16" v1="17" v2="511"/>
+      <triangle index="825" v0="1471" v1="1476" v2="1478"/>
+      <triangle index="826" v0="868" v1="869" v2="1992"/>
+      <triangle index="827" v0="18" v1="60" v2="61"/>
+      <triangle index="828" v0="39" v1="40" v2="440"/>
+      <triangle index="829" v0="457" v1="525" v2="527"/>
+      <triangle index="830" v0="23" v1="39" v2="439"/>
+      <triangle index="831" v0="22" v1="40" v2="440"/>
+      <triangle index="832" v0="25" v1="37" v2="441"/>
+      <triangle index="833" v0="25" v1="26" v2="37"/>
+      <triangle index="834" v0="24" v1="38" v2="439"/>
+      <triangle index="835" v0="24" v1="38" v2="441"/>
+      <triangle index="836" v0="205" v1="607" v2="610"/>
+      <triangle index="837" v0="1356" v1="1955" v2="2486"/>
+      <triangle index="838" v0="264" v1="265" v2="522"/>
+      <triangle index="839" v0="280" v1="606" v2="1051"/>
+      <triangle index="840" v0="658" v1="660" v2="663"/>
+      <triangle index="841" v0="20" v1="42" v2="442"/>
+      <triangle index="842" v0="1477" v1="1483" v2="1487"/>
+      <triangle index="843" v0="658" v1="659" v2="668"/>
+      <triangle index="844" v0="1473" v1="2052" v2="2054"/>
+      <triangle index="845" v0="21" v1="40" v2="41"/>
+      <triangle index="846" v0="11" v1="660" v2="661"/>
+      <triangle index="847" v0="1024" v1="1580" v2="1581"/>
+      <triangle index="848" v0="1602" v1="1606" v2="1610"/>
+      <triangle index="849" v0="408" v1="941" v2="942"/>
+      <triangle index="850" v0="21" v1="22" v2="40"/>
+      <triangle index="851" v0="608" v1="609" v2="611"/>
+      <triangle index="852" v0="605" v1="620" v2="1050"/>
+      <triangle index="853" v0="1366" v1="1973" v2="1975"/>
+      <triangle index="854" v0="267" v1="268" v2="538"/>
+      <triangle index="855" v0="682" v1="713" v2="722"/>
+      <triangle index="856" v0="278" v1="617" v2="618"/>
+      <triangle index="857" v0="47" v1="53" v2="54"/>
+      <triangle index="858" v0="1179" v1="1802" v2="2382"/>
+      <triangle index="859" v0="2224" v1="2226" v2="2232"/>
+      <triangle index="860" v0="2241" v1="2243" v2="2401"/>
+      <triangle index="861" v0="697" v1="703" v2="704"/>
+      <triangle index="862" v0="506" v1="1192" v2="1194"/>
+      <triangle index="863" v0="631" v1="1638" v2="1639"/>
+      <triangle index="864" v0="666" v1="1251" v2="1886"/>
+      <triangle index="865" v0="509" v1="1237" v2="1242"/>
+      <triangle index="866" v0="1854" v1="1857" v2="1859"/>
+      <triangle index="867" v0="75" v1="1252" v2="1253"/>
+      <triangle index="868" v0="656" v1="1900" v2="1902"/>
+      <triangle index="869" v0="70" v1="1880" v2="1881"/>
+      <triangle index="870" v0="1301" v1="1305" v2="1310"/>
+      <triangle index="871" v0="710" v1="723" v2="728"/>
+      <triangle index="872" v0="1605" v1="1609" v2="1611"/>
+      <triangle index="873" v0="68" v1="1257" v2="1258"/>
+      <triangle index="874" v0="1254" v1="1889" v2="1890"/>
+      <triangle index="875" v0="658" v1="659" v2="660"/>
+      <triangle index="876" v0="515" v1="669" v2="3298"/>
+      <triangle index="877" v0="12" v1="13" v2="659"/>
+      <triangle index="878" v0="12" v1="659" v2="660"/>
+      <triangle index="879" v0="11" v1="12" v2="660"/>
+      <triangle index="880" v0="10" v1="11" v2="661"/>
+      <triangle index="881" v0="10" v1="661" v2="664"/>
+      <triangle index="882" v0="661" v1="663" v2="664"/>
+      <triangle index="883" v0="662" v1="664" v2="665"/>
+      <triangle index="884" v0="509" v1="1242" v2="1243"/>
+      <triangle index="885" v0="515" v1="663" v2="669"/>
+      <triangle index="886" v0="660" v1="661" v2="663"/>
+      <triangle index="887" v0="9" v1="10" v2="665"/>
+      <triangle index="888" v0="662" v1="663" v2="664"/>
+      <triangle index="889" v0="670" v1="671" v2="672"/>
+      <triangle index="890" v0="1853" v1="1924" v2="1926"/>
+      <triangle index="891" v0="1240" v1="1242" v2="3298"/>
+      <triangle index="892" v0="666" v1="1240" v2="1251"/>
+      <triangle index="893" v0="674" v1="1298" v2="1301"/>
+      <triangle index="894" v0="653" v1="1850" v2="1851"/>
+      <triangle index="895" v0="658" v1="663" v2="669"/>
+      <triangle index="896" v0="14" v1="666" v2="668"/>
+      <triangle index="897" v0="666" v1="668" v2="669"/>
+      <triangle index="898" v0="658" v1="668" v2="669"/>
+      <triangle index="899" v0="9" v1="671" v2="672"/>
+      <triangle index="900" v0="670" v1="673" v2="1927"/>
+      <triangle index="901" v0="8" v1="9" v2="672"/>
+      <triangle index="902" v0="670" v1="671" v2="1856"/>
+      <triangle index="903" v0="672" v1="1259" v2="1911"/>
+      <triangle index="904" v0="670" v1="672" v2="673"/>
+      <triangle index="905" v0="8" v1="672" v2="1911"/>
+      <triangle index="906" v0="672" v1="673" v2="1259"/>
+      <triangle index="907" v0="518" v1="1293" v2="1298"/>
+      <triangle index="908" v0="667" v1="673" v2="675"/>
+      <triangle index="909" v0="673" v1="1259" v2="1260"/>
+      <triangle index="910" v0="674" v1="675" v2="1301"/>
+      <triangle index="911" v0="202" v1="676" v2="677"/>
+      <triangle index="912" v0="516" v1="676" v2="1055"/>
+      <triangle index="913" v0="201" v1="677" v2="1263"/>
+      <triangle index="914" v0="436" v1="1058" v2="1061"/>
+      <triangle index="915" v0="200" v1="201" v2="678"/>
+      <triangle index="916" v0="200" v1="678" v2="1264"/>
+      <triangle index="917" v0="198" v1="199" v2="1265"/>
+      <triangle index="918" v0="443" v1="520" v2="684"/>
+      <triangle index="919" v0="6" v1="1266" v2="1913"/>
+      <triangle index="920" v0="674" v1="1260" v2="1261"/>
+      <triangle index="921" v0="2" v1="690" v2="1273"/>
+      <triangle index="922" v0="692" v1="693" v2="3299"/>
+      <triangle index="923" v0="429" v1="717" v2="1325"/>
+      <triangle index="924" v0="696" v1="706" v2="707"/>
+      <triangle index="925" v0="284" v1="285" v2="683"/>
+      <triangle index="926" v0="284" v1="445" v2="683"/>
+      <triangle index="927" v0="436" v1="684" v2="685"/>
+      <triangle index="928" v0="685" v1="687" v2="688"/>
+      <triangle index="929" v0="436" v1="517" v2="685"/>
+      <triangle index="930" v0="199" v1="679" v2="1265"/>
+      <triangle index="931" v0="686" v1="1270" v2="1912"/>
+      <triangle index="932" v0="520" v1="684" v2="687"/>
+      <triangle index="933" v0="684" v1="685" v2="687"/>
+      <triangle index="934" v0="686" v1="687" v2="1270"/>
+      <triangle index="935" v0="679" v1="688" v2="1265"/>
+      <triangle index="936" v0="686" v1="687" v2="688"/>
+      <triangle index="937" v0="520" v1="687" v2="689"/>
+      <triangle index="938" v0="477" v1="1271" v2="1389"/>
+      <triangle index="939" v0="692" v1="705" v2="3299"/>
+      <triangle index="940" v0="702" v1="1275" v2="1276"/>
+      <triangle index="941" v0="0" v1="446" v2="691"/>
+      <triangle index="942" v0="521" v1="690" v2="691"/>
+      <triangle index="943" v0="438" v1="692" v2="700"/>
+      <triangle index="944" v0="692" v1="700" v2="705"/>
+      <triangle index="945" v0="446" v1="521" v2="693"/>
+      <triangle index="946" v0="444" v1="693" v2="694"/>
+      <triangle index="947" v0="696" v1="698" v2="1278"/>
+      <triangle index="948" v0="438" v1="692" v2="694"/>
+      <triangle index="949" v0="695" v1="696" v2="698"/>
+      <triangle index="950" v0="708" v1="709" v2="713"/>
+      <triangle index="951" v0="444" v1="694" v2="1278"/>
+      <triangle index="952" v0="699" v1="707" v2="711"/>
+      <triangle index="953" v0="438" v1="696" v2="706"/>
+      <triangle index="954" v0="518" v1="1261" v2="1284"/>
+      <triangle index="955" v0="444" v1="446" v2="698"/>
+      <triangle index="956" v0="431" v1="1312" v2="1313"/>
+      <triangle index="957" v0="699" v1="710" v2="711"/>
+      <triangle index="958" v0="1864" v1="1868" v2="1870"/>
+      <triangle index="959" v0="438" v1="703" v2="1311"/>
+      <triangle index="960" v0="697" v1="702" v2="1279"/>
+      <triangle index="961" v0="699" v1="710" v2="729"/>
+      <triangle index="962" v0="681" v1="1279" v2="1281"/>
+      <triangle index="963" v0="1275" v1="1276" v2="1914"/>
+      <triangle index="964" v0="521" v1="693" v2="3299"/>
+      <triangle index="965" v0="438" v1="700" v2="703"/>
+      <triangle index="966" v0="701" v1="703" v2="704"/>
+      <triangle index="967" v0="699" v1="729" v2="1327"/>
+      <triangle index="968" v0="1291" v1="1293" v2="1295"/>
+      <triangle index="969" v0="697" v1="700" v2="705"/>
+      <triangle index="970" v0="702" v1="1275" v2="3299"/>
+      <triangle index="971" v0="699" v1="706" v2="1350"/>
+      <triangle index="972" v0="706" v1="1350" v2="2482"/>
+      <triangle index="973" v0="695" v1="707" v2="708"/>
+      <triangle index="974" v0="699" v1="706" v2="707"/>
+      <triangle index="975" v0="695" v1="708" v2="709"/>
+      <triangle index="976" v0="519" v1="708" v2="710"/>
+      <triangle index="977" v0="695" v1="698" v2="1312"/>
+      <triangle index="978" v0="682" v1="709" v2="713"/>
+      <triangle index="979" v0="720" v1="723" v2="724"/>
+      <triangle index="980" v0="519" v1="710" v2="723"/>
+      <triangle index="981" v0="707" v1="708" v2="711"/>
+      <triangle index="982" v0="708" v1="710" v2="711"/>
+      <triangle index="983" v0="695" v1="709" v2="1312"/>
+      <triangle index="984" v0="430" v1="712" v2="719"/>
+      <triangle index="985" v0="682" v1="717" v2="718"/>
+      <triangle index="986" v0="519" v1="708" v2="713"/>
+      <triangle index="987" v0="427" v1="1319" v2="2207"/>
+      <triangle index="988" v0="519" v1="713" v2="715"/>
+      <triangle index="989" v0="720" v1="724" v2="726"/>
+      <triangle index="990" v0="721" v1="725" v2="726"/>
+      <triangle index="991" v0="716" v1="726" v2="1324"/>
+      <triangle index="992" v0="656" v1="1902" v2="1909"/>
+      <triangle index="993" v0="429" v1="430" v2="717"/>
+      <triangle index="994" v0="717" v1="718" v2="1325"/>
+      <triangle index="995" v0="427" v1="1317" v2="1928"/>
+      <triangle index="996" v0="714" v1="715" v2="722"/>
+      <triangle index="997" v0="519" v1="723" v2="724"/>
+      <triangle index="998" v0="431" v1="712" v2="719"/>
+      <triangle index="999" v0="716" v1="1947" v2="1948"/>
+      <triangle index="1000" v0="721" v1="725" v2="1315"/>
+      <triangle index="1001" v0="1321" v1="1323" v2="1324"/>
+      <triangle index="1002" v0="713" v1="715" v2="722"/>
+      <triangle index="1003" v0="718" v1="722" v2="1928"/>
+      <triangle index="1004" v0="519" v1="715" v2="724"/>
+      <triangle index="1005" v0="720" v1="728" v2="1948"/>
+      <triangle index="1006" v0="715" v1="724" v2="725"/>
+      <triangle index="1007" v0="724" v1="725" v2="726"/>
+      <triangle index="1008" v0="714" v1="715" v2="725"/>
+      <triangle index="1009" v0="714" v1="1315" v2="1316"/>
+      <triangle index="1010" v0="721" v1="726" v2="1324"/>
+      <triangle index="1011" v0="716" v1="720" v2="726"/>
+      <triangle index="1012" v0="1302" v1="1337" v2="1341"/>
+      <triangle index="1013" v0="731" v1="1916" v2="2483"/>
+      <triangle index="1014" v0="720" v1="723" v2="728"/>
+      <triangle index="1015" v0="727" v1="728" v2="729"/>
+      <triangle index="1016" v0="731" v1="1326" v2="1327"/>
+      <triangle index="1017" v0="727" v1="1326" v2="1327"/>
+      <triangle index="1018" v0="730" v1="1326" v2="1330"/>
+      <triangle index="1019" v0="1872" v1="1882" v2="2428"/>
+      <triangle index="1020" v0="1915" v1="1916" v2="2483"/>
+      <triangle index="1021" v0="706" v1="1311" v2="2482"/>
+      <triangle index="1022" v0="457" v1="527" v2="732"/>
+      <triangle index="1023" v0="266" v1="732" v2="733"/>
+      <triangle index="1024" v0="265" v1="266" v2="733"/>
+      <triangle index="1025" v0="265" v1="733" v2="734"/>
+      <triangle index="1026" v0="227" v1="451" v2="734"/>
+      <triangle index="1027" v0="528" v1="733" v2="734"/>
+      <triangle index="1028" v0="457" v1="732" v2="735"/>
+      <triangle index="1029" v0="227" v1="528" v2="736"/>
+      <triangle index="1030" v0="297" v1="2489" v2="2733"/>
+      <triangle index="1031" v0="528" v1="735" v2="736"/>
+      <triangle index="1032" v0="529" v1="765" v2="769"/>
+      <triangle index="1033" v0="188" v1="189" v2="3291"/>
+      <triangle index="1034" v0="738" v1="744" v2="1955"/>
+      <triangle index="1035" v0="188" v1="750" v2="752"/>
+      <triangle index="1036" v0="530" v1="741" v2="742"/>
+      <triangle index="1037" v0="1961" v1="2486" v2="2487"/>
+      <triangle index="1038" v0="746" v1="1352" v2="1358"/>
+      <triangle index="1039" v0="189" v1="738" v2="741"/>
+      <triangle index="1040" v0="739" v1="741" v2="742"/>
+      <triangle index="1041" v0="739" v1="743" v2="752"/>
+      <triangle index="1042" v0="461" v1="742" v2="1957"/>
+      <triangle index="1043" v0="531" v1="743" v2="749"/>
+      <triangle index="1044" v0="461" v1="742" v2="743"/>
+      <triangle index="1045" v0="530" v1="738" v2="1955"/>
+      <triangle index="1046" v0="740" v1="744" v2="745"/>
+      <triangle index="1047" v0="747" v1="1352" v2="1353"/>
+      <triangle index="1048" v0="190" v1="191" v2="745"/>
+      <triangle index="1049" v0="1355" v1="1357" v2="1358"/>
+      <triangle index="1050" v0="784" v1="1965" v2="2490"/>
+      <triangle index="1051" v0="740" v1="1352" v2="1353"/>
+      <triangle index="1052" v0="1359" v1="1966" v2="1967"/>
+      <triangle index="1053" v0="531" v1="753" v2="777"/>
+      <triangle index="1054" v0="533" v1="767" v2="768"/>
+      <triangle index="1055" v0="531" v1="777" v2="781"/>
+      <triangle index="1056" v0="748" v1="749" v2="770"/>
+      <triangle index="1057" v0="186" v1="187" v2="1360"/>
+      <triangle index="1058" v0="531" v1="743" v2="752"/>
+      <triangle index="1059" v0="531" v1="750" v2="753"/>
+      <triangle index="1060" v0="750" v1="753" v2="1360"/>
+      <triangle index="1061" v0="739" v1="752" v2="3291"/>
+      <triangle index="1062" v0="531" v1="750" v2="752"/>
+      <triangle index="1063" v0="187" v1="750" v2="1360"/>
+      <triangle index="1064" v0="751" v1="776" v2="777"/>
+      <triangle index="1065" v0="301" v1="755" v2="756"/>
+      <triangle index="1066" v0="772" v1="1371" v2="1372"/>
+      <triangle index="1067" v0="300" v1="757" v2="759"/>
+      <triangle index="1068" v0="758" v1="761" v2="1373"/>
+      <triangle index="1069" v0="300" v1="757" v2="760"/>
+      <triangle index="1070" v0="302" v1="755" v2="756"/>
+      <triangle index="1071" v0="779" v1="781" v2="1375"/>
+      <triangle index="1072" v0="757" v1="758" v2="761"/>
+      <triangle index="1073" v0="757" v1="760" v2="762"/>
+      <triangle index="1074" v0="300" v1="760" v2="763"/>
+      <triangle index="1075" v0="301" v1="757" v2="759"/>
+      <triangle index="1076" v0="298" v1="765" v2="766"/>
+      <triangle index="1077" v0="755" v1="757" v2="761"/>
+      <triangle index="1078" v0="758" v1="780" v2="1373"/>
+      <triangle index="1079" v0="533" v1="762" v2="1375"/>
+      <triangle index="1080" v0="757" v1="758" v2="762"/>
+      <triangle index="1081" v0="299" v1="300" v2="763"/>
+      <triangle index="1082" v0="299" v1="763" v2="766"/>
+      <triangle index="1083" v0="533" v1="760" v2="767"/>
+      <triangle index="1084" v0="760" v1="763" v2="766"/>
+      <triangle index="1085" v0="529" v1="737" v2="765"/>
+      <triangle index="1086" v0="764" v1="765" v2="766"/>
+      <triangle index="1087" v0="764" v1="766" v2="767"/>
+      <triangle index="1088" v0="298" v1="299" v2="766"/>
+      <triangle index="1089" v0="760" v1="766" v2="767"/>
+      <triangle index="1090" v0="764" v1="767" v2="768"/>
+      <triangle index="1091" v0="764" v1="765" v2="769"/>
+      <triangle index="1092" v0="533" v1="748" v2="768"/>
+      <triangle index="1093" v0="529" v1="769" v2="1958"/>
+      <triangle index="1094" v0="461" v1="769" v2="770"/>
+      <triangle index="1095" v0="461" v1="743" v2="770"/>
+      <triangle index="1096" v0="748" v1="768" v2="770"/>
+      <triangle index="1097" v0="771" v1="772" v2="1371"/>
+      <triangle index="1098" v0="1364" v1="1968" v2="1970"/>
+      <triangle index="1099" v0="532" v1="754" v2="1372"/>
+      <triangle index="1100" v0="771" v1="772" v2="1361"/>
+      <triangle index="1101" v0="185" v1="773" v2="774"/>
+      <triangle index="1102" v0="534" v1="773" v2="775"/>
+      <triangle index="1103" v0="184" v1="185" v2="778"/>
+      <triangle index="1104" v0="1366" v1="1367" v2="1368"/>
+      <triangle index="1105" v0="1972" v1="1973" v2="1974"/>
+      <triangle index="1106" v0="751" v1="775" v2="1360"/>
+      <triangle index="1107" v0="776" v1="777" v2="779"/>
+      <triangle index="1108" v0="751" v1="775" v2="776"/>
+      <triangle index="1109" v0="462" v1="776" v2="779"/>
+      <triangle index="1110" v0="531" v1="749" v2="781"/>
+      <triangle index="1111" v0="184" v1="778" v2="818"/>
+      <triangle index="1112" v0="577" v1="774" v2="778"/>
+      <triangle index="1113" v0="462" v1="779" v2="780"/>
+      <triangle index="1114" v0="748" v1="781" v2="1375"/>
+      <triangle index="1115" v0="462" v1="780" v2="1373"/>
+      <triangle index="1116" v0="758" v1="762" v2="1375"/>
+      <triangle index="1117" v0="777" v1="779" v2="781"/>
+      <triangle index="1118" v0="779" v1="780" v2="1375"/>
+      <triangle index="1119" v0="290" v1="782" v2="1376"/>
+      <triangle index="1120" v0="535" v1="782" v2="1387"/>
+      <triangle index="1121" v0="783" v1="1376" v2="1377"/>
+      <triangle index="1122" v0="1378" v1="1976" v2="1983"/>
+      <triangle index="1123" v0="463" v1="1386" v2="1977"/>
+      <triangle index="1124" v0="746" v1="1980" v2="1981"/>
+      <triangle index="1125" v0="474" v1="541" v2="785"/>
+      <triangle index="1126" v0="219" v1="785" v2="786"/>
+      <triangle index="1127" v0="474" v1="785" v2="787"/>
+      <triangle index="1128" v0="542" v1="785" v2="786"/>
+      <triangle index="1129" v0="542" v1="550" v2="787"/>
+      <triangle index="1130" v0="274" v1="545" v2="788"/>
+      <triangle index="1131" v0="544" v1="563" v2="788"/>
+      <triangle index="1132" v0="216" v1="217" v2="789"/>
+      <triangle index="1133" v0="216" v1="789" v2="790"/>
+      <triangle index="1134" v0="215" v1="216" v2="3289"/>
+      <triangle index="1135" v0="475" v1="547" v2="790"/>
+      <triangle index="1136" v0="548" v1="549" v2="791"/>
+      <triangle index="1137" v0="552" v1="789" v2="791"/>
+      <triangle index="1138" v0="197" v1="198" v2="792"/>
+      <triangle index="1139" v0="197" v1="792" v2="1392"/>
+      <triangle index="1140" v0="477" v1="1391" v2="1912"/>
+      <triangle index="1141" v0="566" v1="1391" v2="1392"/>
+      <triangle index="1142" v0="286" v1="1269" v2="1271"/>
+      <triangle index="1143" v0="567" v1="794" v2="1982"/>
+      <triangle index="1144" v0="195" v1="196" v2="795"/>
+      <triangle index="1145" v0="195" v1="795" v2="1395"/>
+      <triangle index="1146" v0="796" v1="1380" v2="1382"/>
+      <triangle index="1147" v0="463" v1="1379" v2="1388"/>
+      <triangle index="1148" v0="288" v1="289" v2="797"/>
+      <triangle index="1149" v0="288" v1="797" v2="798"/>
+      <triangle index="1150" v0="287" v1="794" v2="798"/>
+      <triangle index="1151" v0="1389" v1="1390" v2="1982"/>
+      <triangle index="1152" v0="569" v1="798" v2="799"/>
+      <triangle index="1153" v0="799" v1="1390" v2="1982"/>
+      <triangle index="1154" v0="322" v1="902" v2="905"/>
+      <triangle index="1155" v0="800" v1="908" v2="910"/>
+      <triangle index="1156" v0="176" v1="1398" v2="1985"/>
+      <triangle index="1157" v0="876" v1="884" v2="1438"/>
+      <triangle index="1158" v0="174" v1="175" v2="809"/>
+      <triangle index="1159" v0="572" v1="802" v2="1399"/>
+      <triangle index="1160" v0="2736" v1="2737" v2="2739"/>
+      <triangle index="1161" v0="573" v1="2492" v2="2495"/>
+      <triangle index="1162" v0="172" v1="173" v2="1402"/>
+      <triangle index="1163" v0="807" v1="1412" v2="1418"/>
+      <triangle index="1164" v0="171" v1="1714" v2="1715"/>
+      <triangle index="1165" v0="174" v1="804" v2="805"/>
+      <triangle index="1166" v0="811" v1="812" v2="1405"/>
+      <triangle index="1167" v0="574" v1="1405" v2="1410"/>
+      <triangle index="1168" v0="572" v1="802" v2="808"/>
+      <triangle index="1169" v0="175" v1="802" v2="808"/>
+      <triangle index="1170" v0="807" v1="1413" v2="1414"/>
+      <triangle index="1171" v0="807" v1="808" v2="809"/>
+      <triangle index="1172" v0="175" v1="808" v2="809"/>
+      <triangle index="1173" v0="574" v1="804" v2="1418"/>
+      <triangle index="1174" v0="807" v1="809" v2="810"/>
+      <triangle index="1175" v0="173" v1="804" v2="1402"/>
+      <triangle index="1176" v0="806" v1="811" v2="812"/>
+      <triangle index="1177" v0="813" v1="1709" v2="1714"/>
+      <triangle index="1178" v0="1404" v1="1405" v2="1406"/>
+      <triangle index="1179" v0="1760" v1="1761" v2="1762"/>
+      <triangle index="1180" v0="1708" v1="1709" v2="1712"/>
+      <triangle index="1181" v0="305" v1="306" v2="1421"/>
+      <triangle index="1182" v0="576" v1="814" v2="816"/>
+      <triangle index="1183" v0="815" v1="1365" v2="1421"/>
+      <triangle index="1184" v0="815" v1="1363" v2="1970"/>
+      <triangle index="1185" v0="576" v1="1968" v2="1969"/>
+      <triangle index="1186" v0="308" v1="816" v2="1425"/>
+      <triangle index="1187" v0="817" v1="818" v2="1433"/>
+      <triangle index="1188" v0="830" v1="865" v2="1434"/>
+      <triangle index="1189" v0="183" v1="184" v2="819"/>
+      <triangle index="1190" v0="817" v1="818" v2="822"/>
+      <triangle index="1191" v0="183" v1="819" v2="827"/>
+      <triangle index="1192" v0="818" v1="819" v2="1433"/>
+      <triangle index="1193" v0="823" v1="825" v2="827"/>
+      <triangle index="1194" v0="820" v1="825" v2="826"/>
+      <triangle index="1195" v0="830" v1="841" v2="863"/>
+      <triangle index="1196" v0="577" v1="1368" v2="1369"/>
+      <triangle index="1197" v0="817" v1="822" v2="1435"/>
+      <triangle index="1198" v0="577" v1="821" v2="822"/>
+      <triangle index="1199" v0="182" v1="823" v2="828"/>
+      <triangle index="1200" v0="578" v1="823" v2="825"/>
+      <triangle index="1201" v0="181" v1="824" v2="828"/>
+      <triangle index="1202" v0="483" v1="879" v2="882"/>
+      <triangle index="1203" v0="578" v1="825" v2="826"/>
+      <triangle index="1204" v0="820" v1="825" v2="827"/>
+      <triangle index="1205" v0="826" v1="831" v2="832"/>
+      <triangle index="1206" v0="482" v1="826" v2="843"/>
+      <triangle index="1207" v0="820" v1="827" v2="1433"/>
+      <triangle index="1208" v0="183" v1="823" v2="827"/>
+      <triangle index="1209" v0="181" v1="182" v2="828"/>
+      <triangle index="1210" v0="824" v1="828" v2="3292"/>
+      <triangle index="1211" v0="578" v1="872" v2="3292"/>
+      <triangle index="1212" v0="483" v1="868" v2="869"/>
+      <triangle index="1213" v0="482" v1="834" v2="837"/>
+      <triangle index="1214" v0="848" v1="849" v2="853"/>
+      <triangle index="1215" v0="578" v1="826" v2="832"/>
+      <triangle index="1216" v0="829" v1="834" v2="859"/>
+      <triangle index="1217" v0="833" v1="872" v2="3292"/>
+      <triangle index="1218" v0="829" v1="831" v2="832"/>
+      <triangle index="1219" v0="824" v1="877" v2="878"/>
+      <triangle index="1220" v0="483" v1="867" v2="868"/>
+      <triangle index="1221" v0="579" v1="834" v2="835"/>
+      <triangle index="1222" v0="482" v1="831" v2="834"/>
+      <triangle index="1223" v0="579" v1="835" v2="836"/>
+      <triangle index="1224" v0="580" v1="835" v2="837"/>
+      <triangle index="1225" v0="579" v1="836" v2="844"/>
+      <triangle index="1226" v0="314" v1="836" v2="845"/>
+      <triangle index="1227" v0="580" v1="839" v2="840"/>
+      <triangle index="1228" v0="839" v1="841" v2="842"/>
+      <triangle index="1229" v0="849" v1="851" v2="853"/>
+      <triangle index="1230" v0="850" v1="851" v2="852"/>
+      <triangle index="1231" v0="580" v1="846" v2="861"/>
+      <triangle index="1232" v0="838" v1="839" v2="841"/>
+      <triangle index="1233" v0="840" v1="847" v2="861"/>
+      <triangle index="1234" v0="840" v1="847" v2="848"/>
+      <triangle index="1235" v0="853" v1="854" v2="862"/>
+      <triangle index="1236" v0="830" v1="842" v2="843"/>
+      <triangle index="1237" v0="837" v1="839" v2="842"/>
+      <triangle index="1238" v0="830" v1="841" v2="842"/>
+      <triangle index="1239" v0="482" v1="842" v2="843"/>
+      <triangle index="1240" v0="830" v1="843" v2="1434"/>
+      <triangle index="1241" v0="855" v1="856" v2="857"/>
+      <triangle index="1242" v0="315" v1="844" v2="860"/>
+      <triangle index="1243" v0="313" v1="314" v2="845"/>
+      <triangle index="1244" v0="313" v1="845" v2="846"/>
+      <triangle index="1245" v0="312" v1="313" v2="861"/>
+      <triangle index="1246" v0="580" v1="836" v2="846"/>
+      <triangle index="1247" v0="311" v1="312" v2="847"/>
+      <triangle index="1248" v0="311" v1="847" v2="848"/>
+      <triangle index="1249" v0="311" v1="848" v2="849"/>
+      <triangle index="1250" v0="838" v1="840" v2="848"/>
+      <triangle index="1251" v0="310" v1="311" v2="849"/>
+      <triangle index="1252" v0="310" v1="849" v2="851"/>
+      <triangle index="1253" v0="308" v1="1425" v2="1426"/>
+      <triangle index="1254" v0="576" v1="816" v2="1990"/>
+      <triangle index="1255" v0="310" v1="851" v2="852"/>
+      <triangle index="1256" v0="850" v1="851" v2="853"/>
+      <triangle index="1257" v0="309" v1="310" v2="852"/>
+      <triangle index="1258" v0="309" v1="1425" v2="1429"/>
+      <triangle index="1259" v0="850" v1="853" v2="854"/>
+      <triangle index="1260" v0="838" v1="848" v2="853"/>
+      <triangle index="1261" v0="850" v1="852" v2="1429"/>
+      <triangle index="1262" v0="864" v1="1369" v2="1435"/>
+      <triangle index="1263" v0="579" v1="857" v2="859"/>
+      <triangle index="1264" v0="829" v1="859" v2="871"/>
+      <triangle index="1265" v0="844" v1="856" v2="857"/>
+      <triangle index="1266" v0="855" v1="856" v2="858"/>
+      <triangle index="1267" v0="579" v1="844" v2="857"/>
+      <triangle index="1268" v0="579" v1="834" v2="859"/>
+      <triangle index="1269" v0="855" v1="858" v2="866"/>
+      <triangle index="1270" v0="316" v1="317" v2="870"/>
+      <triangle index="1271" v0="829" v1="832" v2="872"/>
+      <triangle index="1272" v0="855" v1="857" v2="859"/>
+      <triangle index="1273" v0="314" v1="315" v2="860"/>
+      <triangle index="1274" v0="314" v1="836" v2="860"/>
+      <triangle index="1275" v0="580" v1="840" v2="861"/>
+      <triangle index="1276" v0="313" v1="846" v2="861"/>
+      <triangle index="1277" v0="838" v1="853" v2="862"/>
+      <triangle index="1278" v0="854" v1="862" v2="863"/>
+      <triangle index="1279" v0="854" v1="863" v2="1432"/>
+      <triangle index="1280" v0="817" v1="865" v2="1434"/>
+      <triangle index="1281" v0="850" v1="854" v2="1430"/>
+      <triangle index="1282" v0="481" v1="1368" v2="1369"/>
+      <triangle index="1283" v0="830" v1="863" v2="865"/>
+      <triangle index="1284" v0="863" v1="864" v2="1435"/>
+      <triangle index="1285" v0="855" v1="866" v2="867"/>
+      <triangle index="1286" v0="581" v1="873" v2="874"/>
+      <triangle index="1287" v0="855" v1="859" v2="867"/>
+      <triangle index="1288" v0="878" v1="879" v2="882"/>
+      <triangle index="1289" v0="581" v1="866" v2="868"/>
+      <triangle index="1290" v0="866" v1="867" v2="868"/>
+      <triangle index="1291" v0="483" v1="885" v2="887"/>
+      <triangle index="1292" v0="1436" v1="1444" v2="1993"/>
+      <triangle index="1293" v0="316" v1="858" v2="870"/>
+      <triangle index="1294" v0="858" v1="870" v2="874"/>
+      <triangle index="1295" v0="833" v1="871" v2="883"/>
+      <triangle index="1296" v0="859" v1="867" v2="871"/>
+      <triangle index="1297" v0="578" v1="832" v2="872"/>
+      <triangle index="1298" v0="833" v1="871" v2="872"/>
+      <triangle index="1299" v0="317" v1="870" v2="874"/>
+      <triangle index="1300" v0="581" v1="873" v2="1992"/>
+      <triangle index="1301" v0="581" v1="866" v2="874"/>
+      <triangle index="1302" v0="317" v1="873" v2="874"/>
+      <triangle index="1303" v0="875" v1="880" v2="884"/>
+      <triangle index="1304" v0="582" v1="875" v2="877"/>
+      <triangle index="1305" v0="178" v1="1994" v2="1995"/>
+      <triangle index="1306" v0="881" v1="888" v2="898"/>
+      <triangle index="1307" v0="582" v1="877" v2="878"/>
+      <triangle index="1308" v0="181" v1="824" v2="877"/>
+      <triangle index="1309" v0="582" v1="878" v2="879"/>
+      <triangle index="1310" v0="833" v1="878" v2="3292"/>
+      <triangle index="1311" v0="879" v1="885" v2="894"/>
+      <triangle index="1312" v0="483" v1="867" v2="882"/>
+      <triangle index="1313" v0="180" v1="875" v2="884"/>
+      <triangle index="1314" v0="889" v1="891" v2="898"/>
+      <triangle index="1315" v0="880" v1="886" v2="894"/>
+      <triangle index="1316" v0="583" v1="888" v2="891"/>
+      <triangle index="1317" v0="867" v1="871" v2="883"/>
+      <triangle index="1318" v0="878" v1="882" v2="883"/>
+      <triangle index="1319" v0="833" v1="878" v2="883"/>
+      <triangle index="1320" v0="867" v1="882" v2="883"/>
+      <triangle index="1321" v0="179" v1="884" v2="893"/>
+      <triangle index="1322" v0="1437" v1="1440" v2="1448"/>
+      <triangle index="1323" v0="582" v1="879" v2="894"/>
+      <triangle index="1324" v0="881" v1="885" v2="887"/>
+      <triangle index="1325" v0="876" v1="880" v2="899"/>
+      <triangle index="1326" v0="881" v1="885" v2="886"/>
+      <triangle index="1327" v0="881" v1="887" v2="888"/>
+      <triangle index="1328" v0="483" v1="869" v2="887"/>
+      <triangle index="1329" v0="888" v1="891" v2="898"/>
+      <triangle index="1330" v0="583" v1="888" v2="890"/>
+      <triangle index="1331" v0="881" v1="886" v2="895"/>
+      <triangle index="1332" v0="889" v1="898" v2="1441"/>
+      <triangle index="1333" v0="583" v1="890" v2="892"/>
+      <triangle index="1334" v0="869" v1="887" v2="890"/>
+      <triangle index="1335" v0="889" v1="891" v2="896"/>
+      <triangle index="1336" v0="570" v1="896" v2="897"/>
+      <triangle index="1337" v0="900" v1="905" v2="1443"/>
+      <triangle index="1338" v0="319" v1="320" v2="1444"/>
+      <triangle index="1339" v0="582" v1="880" v2="894"/>
+      <triangle index="1340" v0="180" v1="884" v2="893"/>
+      <triangle index="1341" v0="885" v1="886" v2="894"/>
+      <triangle index="1342" v0="886" v1="895" v2="899"/>
+      <triangle index="1343" v0="876" v1="1438" v2="1440"/>
+      <triangle index="1344" v0="1445" v1="1446" v2="1996"/>
+      <triangle index="1345" v0="570" v1="897" v2="910"/>
+      <triangle index="1346" v0="900" v1="901" v2="902"/>
+      <triangle index="1347" v0="896" v1="897" v2="903"/>
+      <triangle index="1348" v0="881" v1="895" v2="898"/>
+      <triangle index="1349" v0="895" v1="898" v2="1441"/>
+      <triangle index="1350" v0="880" v1="886" v2="899"/>
+      <triangle index="1351" v0="876" v1="895" v2="899"/>
+      <triangle index="1352" v0="905" v1="1442" v2="1443"/>
+      <triangle index="1353" v0="583" v1="891" v2="903"/>
+      <triangle index="1354" v0="800" v1="901" v2="902"/>
+      <triangle index="1355" v0="900" v1="901" v2="903"/>
+      <triangle index="1356" v0="800" v1="902" v2="904"/>
+      <triangle index="1357" v0="321" v1="322" v2="905"/>
+      <triangle index="1358" v0="900" v1="903" v2="1443"/>
+      <triangle index="1359" v0="891" v1="896" v2="903"/>
+      <triangle index="1360" v0="800" v1="904" v2="908"/>
+      <triangle index="1361" v0="323" v1="904" v2="907"/>
+      <triangle index="1362" v0="321" v1="905" v2="1442"/>
+      <triangle index="1363" v0="900" v1="902" v2="905"/>
+      <triangle index="1364" v0="570" v1="910" v2="916"/>
+      <triangle index="1365" v0="324" v1="907" v2="909"/>
+      <triangle index="1366" v0="904" v1="907" v2="908"/>
+      <triangle index="1367" v0="907" v1="908" v2="909"/>
+      <triangle index="1368" v0="800" v1="897" v2="910"/>
+      <triangle index="1369" v0="906" v1="908" v2="909"/>
+      <triangle index="1370" v0="906" v1="913" v2="1452"/>
+      <triangle index="1371" v0="324" v1="325" v2="912"/>
+      <triangle index="1372" v0="915" v1="1996" v2="1997"/>
+      <triangle index="1373" v0="908" v1="910" v2="1453"/>
+      <triangle index="1374" v0="1451" v1="1452" v2="1453"/>
+      <triangle index="1375" v0="2493" v1="2494" v2="2497"/>
+      <triangle index="1376" v0="324" v1="909" v2="912"/>
+      <triangle index="1377" v0="909" v1="912" v2="913"/>
+      <triangle index="1378" v0="906" v1="909" v2="913"/>
+      <triangle index="1379" v0="911" v1="913" v2="2738"/>
+      <triangle index="1380" v0="1989" v1="2002" v2="2004"/>
+      <triangle index="1381" v0="906" v1="908" v2="1453"/>
+      <triangle index="1382" v0="915" v1="916" v2="1996"/>
+      <triangle index="1383" v0="915" v1="1997" v2="2006"/>
+      <triangle index="1384" v0="570" v1="916" v2="1996"/>
+      <triangle index="1385" v0="915" v1="916" v2="1453"/>
+      <triangle index="1386" v0="917" v1="918" v2="1454"/>
+      <triangle index="1387" v0="584" v1="920" v2="2037"/>
+      <triangle index="1388" v0="392" v1="936" v2="1472"/>
+      <triangle index="1389" v0="584" v1="918" v2="2031"/>
+      <triangle index="1390" v0="484" v1="1492" v2="1497"/>
+      <triangle index="1391" v0="921" v1="1455" v2="1459"/>
+      <triangle index="1392" v0="584" v1="917" v2="920"/>
+      <triangle index="1393" v0="919" v1="920" v2="1456"/>
+      <triangle index="1394" v0="396" v1="397" v2="1455"/>
+      <triangle index="1395" v0="2014" v1="2017" v2="2019"/>
+      <triangle index="1396" v0="403" v1="926" v2="1462"/>
+      <triangle index="1397" v0="586" v1="924" v2="2025"/>
+      <triangle index="1398" v0="1461" v1="2025" v2="3300"/>
+      <triangle index="1399" v0="944" v1="947" v2="949"/>
+      <triangle index="1400" v0="586" v1="922" v2="924"/>
+      <triangle index="1401" v0="405" v1="923" v2="924"/>
+      <triangle index="1402" v0="1463" v1="1464" v2="1465"/>
+      <triangle index="1403" v0="925" v1="1467" v2="1468"/>
+      <triangle index="1404" v0="403" v1="922" v2="926"/>
+      <triangle index="1405" v0="925" v1="1467" v2="3301"/>
+      <triangle index="1406" v0="399" v1="2011" v2="2013"/>
+      <triangle index="1407" v0="1460" v1="2012" v2="2499"/>
+      <triangle index="1408" v0="930" v1="932" v2="933"/>
+      <triangle index="1409" v0="928" v1="932" v2="935"/>
+      <triangle index="1410" v0="928" v1="932" v2="933"/>
+      <triangle index="1411" v0="928" v1="929" v2="936"/>
+      <triangle index="1412" v0="2056" v1="2057" v2="2058"/>
+      <triangle index="1413" v0="588" v1="935" v2="2526"/>
+      <triangle index="1414" v0="918" v1="1454" v2="1472"/>
+      <triangle index="1415" v0="391" v1="928" v2="933"/>
+      <triangle index="1416" v0="930" v1="934" v2="2046"/>
+      <triangle index="1417" v0="390" v1="391" v2="933"/>
+      <triangle index="1418" v0="390" v1="933" v2="2056"/>
+      <triangle index="1419" v0="486" v1="934" v2="938"/>
+      <triangle index="1420" v0="588" v1="932" v2="934"/>
+      <triangle index="1421" v0="588" v1="1475" v2="2526"/>
+      <triangle index="1422" v0="931" v1="935" v2="936"/>
+      <triangle index="1423" v0="928" v1="935" v2="936"/>
+      <triangle index="1424" v0="931" v1="1472" v2="2525"/>
+      <triangle index="1425" v0="938" v1="2055" v2="2593"/>
+      <triangle index="1426" v0="484" v1="1478" v2="1493"/>
+      <triangle index="1427" v0="486" v1="2048" v2="2050"/>
+      <triangle index="1428" v0="1474" v1="1475" v2="1476"/>
+      <triangle index="1429" v0="387" v1="2042" v2="2529"/>
+      <triangle index="1430" v0="939" v1="2038" v2="2044"/>
+      <triangle index="1431" v0="90" v1="91" v2="2059"/>
+      <triangle index="1432" v0="940" v1="2787" v2="2793"/>
+      <triangle index="1433" v0="407" v1="408" v2="942"/>
+      <triangle index="1434" v0="591" v1="1504" v2="1508"/>
+      <triangle index="1435" v0="945" v1="946" v2="1518"/>
+      <triangle index="1436" v0="591" v1="942" v2="950"/>
+      <triangle index="1437" v0="948" v1="953" v2="2026"/>
+      <triangle index="1438" v0="944" v1="954" v2="1504"/>
+      <triangle index="1439" v0="942" v1="945" v2="947"/>
+      <triangle index="1440" v0="948" v1="953" v2="955"/>
+      <triangle index="1441" v0="406" v1="946" v2="1518"/>
+      <triangle index="1442" v0="943" v1="945" v2="947"/>
+      <triangle index="1443" v0="949" v1="953" v2="1517"/>
+      <triangle index="1444" v0="407" v1="945" v2="946"/>
+      <triangle index="1445" v0="944" v1="947" v2="950"/>
+      <triangle index="1446" v0="2029" v1="2522" v2="2524"/>
+      <triangle index="1447" v0="949" v1="954" v2="955"/>
+      <triangle index="1448" v0="943" v1="947" v2="949"/>
+      <triangle index="1449" v0="949" v1="953" v2="955"/>
+      <triangle index="1450" v0="942" v1="947" v2="950"/>
+      <triangle index="1451" v0="944" v1="950" v2="1504"/>
+      <triangle index="1452" v0="1516" v1="1517" v2="1518"/>
+      <triangle index="1453" v0="923" v1="924" v2="2025"/>
+      <triangle index="1454" v0="2519" v1="2520" v2="2522"/>
+      <triangle index="1455" v0="592" v1="2121" v2="2125"/>
+      <triangle index="1456" v0="943" v1="949" v2="1517"/>
+      <triangle index="1457" v0="951" v1="953" v2="2026"/>
+      <triangle index="1458" v0="952" v1="954" v2="2179"/>
+      <triangle index="1459" v0="487" v1="954" v2="1504"/>
+      <triangle index="1460" v0="2519" v1="2520" v2="2521"/>
+      <triangle index="1461" v0="952" v1="954" v2="955"/>
+      <triangle index="1462" v0="2124" v1="2127" v2="2605"/>
+      <triangle index="1463" v0="1523" v1="1579" v2="2120"/>
+      <triangle index="1464" v0="1037" v1="1038" v2="2627"/>
+      <triangle index="1465" v0="490" v1="1033" v2="1037"/>
+      <triangle index="1466" v0="95" v1="2074" v2="2075"/>
+      <triangle index="1467" v0="958" v1="965" v2="966"/>
+      <triangle index="1468" v0="94" v1="2073" v2="2074"/>
+      <triangle index="1469" v0="97" v1="958" v2="959"/>
+      <triangle index="1470" v0="960" v1="962" v2="964"/>
+      <triangle index="1471" v0="961" v1="965" v2="966"/>
+      <triangle index="1472" v0="994" v1="998" v2="1553"/>
+      <triangle index="1473" v0="96" v1="958" v2="963"/>
+      <triangle index="1474" v0="2066" v1="2067" v2="2071"/>
+      <triangle index="1475" v0="95" v1="96" v2="963"/>
+      <triangle index="1476" v0="960" v1="962" v2="963"/>
+      <triangle index="1477" v0="593" v1="970" v2="1525"/>
+      <triangle index="1478" v0="593" v1="962" v2="964"/>
+      <triangle index="1479" v0="593" v1="958" v2="966"/>
+      <triangle index="1480" v0="961" v1="965" v2="967"/>
+      <triangle index="1481" v0="488" v1="964" v2="984"/>
+      <triangle index="1482" v0="989" v1="993" v2="997"/>
+      <triangle index="1483" v0="967" v1="971" v2="990"/>
+      <triangle index="1484" v0="97" v1="98" v2="967"/>
+      <triangle index="1485" v0="2097" v1="2101" v2="2845"/>
+      <triangle index="1486" v0="1005" v1="1540" v2="2562"/>
+      <triangle index="1487" v0="973" v1="974" v2="977"/>
+      <triangle index="1488" v0="99" v1="980" v2="981"/>
+      <triangle index="1489" v0="964" v1="984" v2="1525"/>
+      <triangle index="1490" v0="1002" v1="1003" v2="1004"/>
+      <triangle index="1491" v0="961" v1="967" v2="990"/>
+      <triangle index="1492" v0="969" v1="971" v2="972"/>
+      <triangle index="1493" v0="969" v1="972" v2="974"/>
+      <triangle index="1494" v0="98" v1="99" v2="972"/>
+      <triangle index="1495" v0="975" v1="977" v2="982"/>
+      <triangle index="1496" v0="983" v1="997" v2="1001"/>
+      <triangle index="1497" v0="977" v1="982" v2="986"/>
+      <triangle index="1498" v0="973" v1="974" v2="976"/>
+      <triangle index="1499" v0="975" v1="982" v2="992"/>
+      <triangle index="1500" v0="2105" v1="2107" v2="2112"/>
+      <triangle index="1501" v0="973" v1="976" v2="979"/>
+      <triangle index="1502" v0="99" v1="972" v2="981"/>
+      <triangle index="1503" v0="969" v1="974" v2="986"/>
+      <triangle index="1504" v0="993" v1="995" v2="997"/>
+      <triangle index="1505" v0="1006" v1="1533" v2="1541"/>
+      <triangle index="1506" v0="968" v1="970" v2="1526"/>
+      <triangle index="1507" v0="973" v1="977" v2="989"/>
+      <triangle index="1508" v0="101" v1="979" v2="1546"/>
+      <triangle index="1509" v0="972" v1="974" v2="981"/>
+      <triangle index="1510" v0="100" v1="976" v2="980"/>
+      <triangle index="1511" v0="976" v1="980" v2="981"/>
+      <triangle index="1512" v0="969" v1="971" v2="990"/>
+      <triangle index="1513" v0="969" v1="982" v2="987"/>
+      <triangle index="1514" v0="988" v1="996" v2="1007"/>
+      <triangle index="1515" v0="1542" v1="1549" v2="1550"/>
+      <triangle index="1516" v0="488" v1="984" v2="2062"/>
+      <triangle index="1517" v0="978" v1="984" v2="1525"/>
+      <triangle index="1518" v0="976" v1="979" v2="985"/>
+      <triangle index="1519" v0="101" v1="979" v2="985"/>
+      <triangle index="1520" v0="974" v1="977" v2="986"/>
+      <triangle index="1521" v0="969" v1="982" v2="986"/>
+      <triangle index="1522" v0="961" v1="966" v2="991"/>
+      <triangle index="1523" v0="961" v1="987" v2="991"/>
+      <triangle index="1524" v0="1003" v1="1006" v2="2558"/>
+      <triangle index="1525" v0="998" v1="999" v2="1553"/>
+      <triangle index="1526" v0="975" v1="977" v2="993"/>
+      <triangle index="1527" v0="989" v1="1543" v2="1544"/>
+      <triangle index="1528" v0="961" v1="987" v2="990"/>
+      <triangle index="1529" v0="969" v1="987" v2="990"/>
+      <triangle index="1530" v0="968" v1="970" v2="1002"/>
+      <triangle index="1531" v0="970" v1="991" v2="1002"/>
+      <triangle index="1532" v0="982" v1="987" v2="1004"/>
+      <triangle index="1533" v0="995" v1="998" v2="1007"/>
+      <triangle index="1534" v0="975" v1="993" v2="995"/>
+      <triangle index="1535" v0="977" v1="989" v2="993"/>
+      <triangle index="1536" v0="994" v1="995" v2="998"/>
+      <triangle index="1537" v0="1008" v1="1553" v2="2099"/>
+      <triangle index="1538" v0="975" v1="992" v2="1007"/>
+      <triangle index="1539" v0="994" v1="995" v2="997"/>
+      <triangle index="1540" v0="996" v1="2090" v2="2091"/>
+      <triangle index="1541" v0="2092" v1="2096" v2="2097"/>
+      <triangle index="1542" v0="994" v1="1008" v2="1010"/>
+      <triangle index="1543" v0="983" v1="989" v2="997"/>
+      <triangle index="1544" v0="975" v1="995" v2="1007"/>
+      <triangle index="1545" v0="996" v1="998" v2="999"/>
+      <triangle index="1546" v0="1552" v1="2091" v2="2559"/>
+      <triangle index="1547" v0="999" v1="2090" v2="2095"/>
+      <triangle index="1548" v0="1764" v1="3082" v2="3086"/>
+      <triangle index="1549" v0="369" v1="2305" v2="3195"/>
+      <triangle index="1550" v0="994" v1="997" v2="1001"/>
+      <triangle index="1551" v0="1011" v1="1012" v2="1013"/>
+      <triangle index="1552" v0="968" v1="1002" v2="1003"/>
+      <triangle index="1553" v0="988" v1="1003" v2="1004"/>
+      <triangle index="1554" v0="968" v1="1003" v2="1541"/>
+      <triangle index="1555" v0="988" v1="992" v2="1004"/>
+      <triangle index="1556" v0="982" v1="992" v2="1004"/>
+      <triangle index="1557" v0="991" v1="1002" v2="1004"/>
+      <triangle index="1558" v0="1003" v1="1006" v2="1541"/>
+      <triangle index="1559" v0="2561" v1="2572" v2="2576"/>
+      <triangle index="1560" v0="968" v1="1526" v2="1528"/>
+      <triangle index="1561" v0="2091" v1="2558" v2="2559"/>
+      <triangle index="1562" v0="988" v1="992" v2="1007"/>
+      <triangle index="1563" v0="996" v1="998" v2="1007"/>
+      <triangle index="1564" v0="2090" v1="2093" v2="2095"/>
+      <triangle index="1565" v0="2846" v1="3014" v2="3139"/>
+      <triangle index="1566" v0="1015" v1="1555" v2="2103"/>
+      <triangle index="1567" v0="1845" v1="2703" v2="3205"/>
+      <triangle index="1568" v0="994" v1="1001" v2="1010"/>
+      <triangle index="1569" v0="1008" v1="1010" v2="2108"/>
+      <triangle index="1570" v0="1001" v1="1012" v2="1013"/>
+      <triangle index="1571" v0="1542" v1="1545" v2="1549"/>
+      <triangle index="1572" v0="1000" v1="1001" v2="1013"/>
+      <triangle index="1573" v0="1011" v1="1012" v2="1547"/>
+      <triangle index="1574" v0="1015" v1="2104" v2="2105"/>
+      <triangle index="1575" v0="1011" v1="1013" v2="1015"/>
+      <triangle index="1576" v0="1000" v1="2105" v2="2107"/>
+      <triangle index="1577" v0="1009" v1="1555" v2="2103"/>
+      <triangle index="1578" v0="1000" v1="1013" v2="2105"/>
+      <triangle index="1579" v0="1556" v1="2103" v2="2104"/>
+      <triangle index="1580" v0="2791" v1="2797" v2="2800"/>
+      <triangle index="1581" v0="594" v1="2068" v2="2069"/>
+      <triangle index="1582" v0="89" v1="1558" v2="2113"/>
+      <triangle index="1583" v0="1560" v1="1562" v2="1564"/>
+      <triangle index="1584" v0="86" v1="87" v2="1577"/>
+      <triangle index="1585" v0="596" v1="1018" v2="1561"/>
+      <triangle index="1586" v0="1019" v1="1020" v2="1577"/>
+      <triangle index="1587" v0="1569" v1="1575" v2="2119"/>
+      <triangle index="1588" v0="85" v1="1022" v2="1578"/>
+      <triangle index="1589" v0="597" v1="1020" v2="1576"/>
+      <triangle index="1590" v0="84" v1="85" v2="1578"/>
+      <triangle index="1591" v0="1022" v1="1023" v2="2120"/>
+      <triangle index="1592" v0="85" v1="1020" v2="1022"/>
+      <triangle index="1593" v0="1021" v1="1022" v2="2120"/>
+      <triangle index="1594" v0="2507" v1="2510" v2="2512"/>
+      <triangle index="1595" v0="597" v1="1569" v2="2119"/>
+      <triangle index="1596" v0="78" v1="79" v2="1897"/>
+      <triangle index="1597" v0="2460" v1="2711" v2="2713"/>
+      <triangle index="1598" v0="416" v1="1028" v2="1583"/>
+      <triangle index="1599" v0="1592" v1="1593" v2="1596"/>
+      <triangle index="1600" v0="414" v1="415" v2="1584"/>
+      <triangle index="1601" v0="1026" v1="1029" v2="1031"/>
+      <triangle index="1602" v0="1027" v1="1034" v2="1036"/>
+      <triangle index="1603" v0="600" v1="1029" v2="1030"/>
+      <triangle index="1604" v0="1028" v1="1031" v2="1585"/>
+      <triangle index="1605" v0="1025" v1="1582" v2="1583"/>
+      <triangle index="1606" v0="415" v1="1026" v2="1584"/>
+      <triangle index="1607" v0="1027" v1="1029" v2="1030"/>
+      <triangle index="1608" v0="1030" v1="1033" v2="1034"/>
+      <triangle index="1609" v0="1030" v1="1587" v2="2626"/>
+      <triangle index="1610" v0="600" v1="1031" v2="1585"/>
+      <triangle index="1611" v0="416" v1="1028" v2="1031"/>
+      <triangle index="1612" v0="410" v1="1511" v2="1514"/>
+      <triangle index="1613" v0="1511" v1="1512" v2="1514"/>
+      <triangle index="1614" v0="1027" v1="1030" v2="1034"/>
+      <triangle index="1615" v0="1032" v1="1037" v2="2624"/>
+      <triangle index="1616" v0="1027" v1="1036" v2="1584"/>
+      <triangle index="1617" v0="1034" v1="1036" v2="1589"/>
+      <triangle index="1618" v0="2176" v1="2624" v2="2625"/>
+      <triangle index="1619" v0="1590" v1="2158" v2="2160"/>
+      <triangle index="1620" v0="413" v1="1039" v2="2194"/>
+      <triangle index="1621" v0="1588" v1="1589" v2="2194"/>
+      <triangle index="1622" v0="1032" v1="1033" v2="1037"/>
+      <triangle index="1623" v0="1035" v1="1037" v2="1038"/>
+      <triangle index="1624" v0="2162" v1="2163" v2="2164"/>
+      <triangle index="1625" v0="2185" v1="2187" v2="2626"/>
+      <triangle index="1626" v0="420" v1="1040" v2="1591"/>
+      <triangle index="1627" v0="414" v1="1036" v2="1039"/>
+      <triangle index="1628" v0="601" v1="1040" v2="1042"/>
+      <triangle index="1629" v0="418" v1="419" v2="1592"/>
+      <triangle index="1630" v0="1592" v1="1595" v2="1596"/>
+      <triangle index="1631" v0="491" v1="1600" v2="1604"/>
+      <triangle index="1632" v0="1602" v1="1610" v2="1619"/>
+      <triangle index="1633" v0="423" v1="424" v2="2203"/>
+      <triangle index="1634" v0="1315" v1="1320" v2="1321"/>
+      <triangle index="1635" v0="494" v1="1044" v2="1045"/>
+      <triangle index="1636" v0="281" v1="1046" v2="1047"/>
+      <triangle index="1637" v0="494" v1="611" v2="1045"/>
+      <triangle index="1638" v0="612" v1="1060" v2="1622"/>
+      <triangle index="1639" v0="604" v1="1044" v2="1047"/>
+      <triangle index="1640" v0="282" v1="1044" v2="1046"/>
+      <triangle index="1641" v0="1044" v1="1046" v2="1047"/>
+      <triangle index="1642" v0="206" v1="1049" v2="1052"/>
+      <triangle index="1643" v0="492" v1="1048" v2="1050"/>
+      <triangle index="1644" v0="492" v1="1048" v2="1049"/>
+      <triangle index="1645" v0="206" v1="1048" v2="1049"/>
+      <triangle index="1646" v0="605" v1="1048" v2="1050"/>
+      <triangle index="1647" v0="492" v1="603" v2="1050"/>
+      <triangle index="1648" v0="279" v1="280" v2="1051"/>
+      <triangle index="1649" v0="279" v1="619" v2="1051"/>
+      <triangle index="1650" v0="205" v1="206" v2="1052"/>
+      <triangle index="1651" v0="205" v1="607" v2="1052"/>
+      <triangle index="1652" v0="492" v1="1049" v2="1053"/>
+      <triangle index="1653" v0="607" v1="610" v2="1053"/>
+      <triangle index="1654" v0="516" v1="1055" v2="1057"/>
+      <triangle index="1655" v0="204" v1="609" v2="1054"/>
+      <triangle index="1656" v0="611" v1="612" v2="1055"/>
+      <triangle index="1657" v0="1056" v1="1058" v2="1059"/>
+      <triangle index="1658" v0="283" v1="445" v2="1062"/>
+      <triangle index="1659" v0="612" v1="1055" v2="1057"/>
+      <triangle index="1660" v0="516" v1="1057" v2="1058"/>
+      <triangle index="1661" v0="516" v1="677" v2="1058"/>
+      <triangle index="1662" v0="677" v1="1058" v2="1061"/>
+      <triangle index="1663" v0="436" v1="684" v2="1059"/>
+      <triangle index="1664" v0="443" v1="1059" v2="1062"/>
+      <triangle index="1665" v0="282" v1="1063" v2="1622"/>
+      <triangle index="1666" v0="1060" v1="1063" v2="1622"/>
+      <triangle index="1667" v0="517" v1="677" v2="1061"/>
+      <triangle index="1668" v0="436" v1="517" v2="1061"/>
+      <triangle index="1669" v0="1056" v1="1059" v2="1062"/>
+      <triangle index="1670" v0="443" v1="445" v2="1062"/>
+      <triangle index="1671" v0="159" v1="160" v2="1623"/>
+      <triangle index="1672" v0="283" v1="1060" v2="1063"/>
+      <triangle index="1673" v0="1064" v1="1068" v2="3297"/>
+      <triangle index="1674" v0="160" v1="1064" v2="1623"/>
+      <triangle index="1675" v0="1065" v1="1066" v2="1623"/>
+      <triangle index="1676" v0="158" v1="159" v2="1066"/>
+      <triangle index="1677" v0="158" v1="1070" v2="1633"/>
+      <triangle index="1678" v0="1114" v1="1118" v2="3295"/>
+      <triangle index="1679" v0="1067" v1="1624" v2="1625"/>
+      <triangle index="1680" v0="622" v1="1064" v2="3297"/>
+      <triangle index="1681" v0="162" v1="1067" v2="1068"/>
+      <triangle index="1682" v0="156" v1="157" v2="1634"/>
+      <triangle index="1683" v0="1069" v1="1636" v2="1648"/>
+      <triangle index="1684" v0="158" v1="1066" v2="1070"/>
+      <triangle index="1685" v0="1069" v1="1648" v2="1649"/>
+      <triangle index="1686" v0="162" v1="163" v2="1624"/>
+      <triangle index="1687" v0="1104" v1="1112" v2="1751"/>
+      <triangle index="1688" v0="332" v1="1074" v2="1657"/>
+      <triangle index="1689" v0="625" v1="1076" v2="3302"/>
+      <triangle index="1690" v0="1073" v1="1704" v2="2285"/>
+      <triangle index="1691" v0="1689" v1="1691" v2="1696"/>
+      <triangle index="1692" v0="332" v1="1072" v2="1074"/>
+      <triangle index="1693" v0="1073" v1="1074" v2="1703"/>
+      <triangle index="1694" v0="625" v1="1694" v2="1697"/>
+      <triangle index="1695" v0="334" v1="1077" v2="1078"/>
+      <triangle index="1696" v0="625" v1="1072" v2="1076"/>
+      <triangle index="1697" v0="1075" v1="1076" v2="1077"/>
+      <triangle index="1698" v0="1075" v1="1077" v2="1078"/>
+      <triangle index="1699" v0="333" v1="334" v2="1077"/>
+      <triangle index="1700" v0="1075" v1="1078" v2="1085"/>
+      <triangle index="1701" v0="628" v1="1078" v2="1080"/>
+      <triangle index="1702" v0="1079" v1="1085" v2="1658"/>
+      <triangle index="1703" v0="626" v1="1677" v2="1717"/>
+      <triangle index="1704" v0="628" v1="1080" v2="1081"/>
+      <triangle index="1705" v0="334" v1="335" v2="1080"/>
+      <triangle index="1706" v0="1081" v1="1083" v2="1086"/>
+      <triangle index="1707" v0="335" v1="336" v2="1081"/>
+      <triangle index="1708" v0="1082" v1="1083" v2="1086"/>
+      <triangle index="1709" v0="1086" v1="1091" v2="1669"/>
+      <triangle index="1710" v0="628" v1="1081" v2="1086"/>
+      <triangle index="1711" v0="1082" v1="1083" v2="1092"/>
+      <triangle index="1712" v0="499" v1="1079" v2="1084"/>
+      <triangle index="1713" v0="499" v1="1084" v2="1089"/>
+      <triangle index="1714" v0="1075" v1="1085" v2="1658"/>
+      <triangle index="1715" v0="1079" v1="1084" v2="1085"/>
+      <triangle index="1716" v0="628" v1="1084" v2="1089"/>
+      <triangle index="1717" v0="1086" v1="1089" v2="1091"/>
+      <triangle index="1718" v0="1087" v1="1661" v2="1663"/>
+      <triangle index="1719" v0="337" v1="338" v2="1660"/>
+      <triangle index="1720" v0="336" v1="1083" v2="1088"/>
+      <triangle index="1721" v0="1083" v1="1088" v2="1092"/>
+      <triangle index="1722" v0="1089" v1="1091" v2="1094"/>
+      <triangle index="1723" v0="628" v1="1086" v2="1089"/>
+      <triangle index="1724" v0="1090" v1="1091" v2="1094"/>
+      <triangle index="1725" v0="1090" v1="1095" v2="1718"/>
+      <triangle index="1726" v0="499" v1="1089" v2="1094"/>
+      <triangle index="1727" v0="1090" v1="1091" v2="1095"/>
+      <triangle index="1728" v0="1082" v1="1092" v2="1093"/>
+      <triangle index="1729" v0="1087" v1="1088" v2="1092"/>
+      <triangle index="1730" v0="1095" v1="1097" v2="1669"/>
+      <triangle index="1731" v0="629" v1="1663" v2="1668"/>
+      <triangle index="1732" v0="1098" v1="1099" v2="1670"/>
+      <triangle index="1733" v0="1094" v1="1101" v2="1102"/>
+      <triangle index="1734" v0="1090" v1="1101" v2="1115"/>
+      <triangle index="1735" v0="1093" v1="1097" v2="1719"/>
+      <triangle index="1736" v0="624" v1="1110" v2="1112"/>
+      <triangle index="1737" v0="1090" v1="1094" v2="1101"/>
+      <triangle index="1738" v0="1082" v1="1097" v2="1669"/>
+      <triangle index="1739" v0="1095" v1="1097" v2="1719"/>
+      <triangle index="1740" v0="499" v1="1079" v2="1670"/>
+      <triangle index="1741" v0="1102" v1="1103" v2="1107"/>
+      <triangle index="1742" v0="499" v1="1099" v2="1670"/>
+      <triangle index="1743" v0="1098" v1="1099" v2="1102"/>
+      <triangle index="1744" v0="1103" v1="1105" v2="1107"/>
+      <triangle index="1745" v0="1119" v1="1121" v2="2294"/>
+      <triangle index="1746" v0="1094" v1="1099" v2="1102"/>
+      <triangle index="1747" v0="1100" v1="1115" v2="1121"/>
+      <triangle index="1748" v0="1098" v1="1102" v2="1103"/>
+      <triangle index="1749" v0="1100" v1="1101" v2="1102"/>
+      <triangle index="1750" v0="1098" v1="1103" v2="2281"/>
+      <triangle index="1751" v0="1096" v1="1103" v2="1105"/>
+      <triangle index="1752" v0="1096" v1="1105" v2="1108"/>
+      <triangle index="1753" v0="1104" v1="1107" v2="1110"/>
+      <triangle index="1754" v0="1106" v1="1108" v2="1109"/>
+      <triangle index="1755" v0="1104" v1="1105" v2="1107"/>
+      <triangle index="1756" v0="2298" v1="2299" v2="2302"/>
+      <triangle index="1757" v0="1105" v1="1108" v2="1716"/>
+      <triangle index="1758" v0="1104" v1="1110" v2="1112"/>
+      <triangle index="1759" v0="1100" v1="1102" v2="1107"/>
+      <triangle index="1760" v0="1096" v1="1108" v2="2282"/>
+      <triangle index="1761" v0="1106" v1="1716" v2="2291"/>
+      <triangle index="1762" v0="1670" v1="1673" v2="2281"/>
+      <triangle index="1763" v0="1674" v1="1675" v2="1676"/>
+      <triangle index="1764" v0="624" v1="1110" v2="1117"/>
+      <triangle index="1765" v0="1110" v1="1117" v2="1125"/>
+      <triangle index="1766" v0="1640" v1="1735" v2="1737"/>
+      <triangle index="1767" v0="1115" v1="1116" v2="1718"/>
+      <triangle index="1768" v0="1104" v1="1113" v2="1716"/>
+      <triangle index="1769" v0="1104" v1="1113" v2="1751"/>
+      <triangle index="1770" v0="1677" v1="1717" v2="2291"/>
+      <triangle index="1771" v0="624" v1="1124" v2="1631"/>
+      <triangle index="1772" v0="1114" v1="1117" v2="1122"/>
+      <triangle index="1773" v0="1119" v1="1125" v2="1126"/>
+      <triangle index="1774" v0="1100" v1="1101" v2="1115"/>
+      <triangle index="1775" v0="1111" v1="1115" v2="1727"/>
+      <triangle index="1776" v0="1720" v1="1724" v2="1726"/>
+      <triangle index="1777" v0="629" v1="1093" v2="1719"/>
+      <triangle index="1778" v0="624" v1="1117" v2="1122"/>
+      <triangle index="1779" v0="1114" v1="1117" v2="1125"/>
+      <triangle index="1780" v0="1118" v1="1122" v2="1123"/>
+      <triangle index="1781" v0="3293" v1="3296" v2="3297"/>
+      <triangle index="1782" v0="1114" v1="1741" v2="3295"/>
+      <triangle index="1783" v0="1119" v1="1120" v2="1121"/>
+      <triangle index="1784" v0="1107" v1="1110" v2="1120"/>
+      <triangle index="1785" v0="1110" v1="1120" v2="1125"/>
+      <triangle index="1786" v0="1111" v1="1115" v2="1121"/>
+      <triangle index="1787" v0="1100" v1="1120" v2="1121"/>
+      <triangle index="1788" v0="624" v1="1122" v2="1123"/>
+      <triangle index="1789" v0="1114" v1="1118" v2="1122"/>
+      <triangle index="1790" v0="624" v1="1112" v2="1751"/>
+      <triangle index="1791" v0="1071" v1="1123" v2="1625"/>
+      <triangle index="1792" v0="1630" v1="2209" v2="2635"/>
+      <triangle index="1793" v0="1071" v1="1627" v2="1628"/>
+      <triangle index="1794" v0="1114" v1="1125" v2="1126"/>
+      <triangle index="1795" v0="1119" v1="1120" v2="1125"/>
+      <triangle index="1796" v0="623" v1="1649" v2="1650"/>
+      <triangle index="1797" v0="1126" v1="1728" v2="2294"/>
+      <triangle index="1798" v0="1109" v1="1677" v2="1679"/>
+      <triangle index="1799" v0="813" v1="1756" v2="1761"/>
+      <triangle index="1800" v0="367" v1="1128" v2="3069"/>
+      <triangle index="1801" v0="627" v1="1130" v2="2304"/>
+      <triangle index="1802" v0="627" v1="2304" v2="3081"/>
+      <triangle index="1803" v0="1129" v1="1130" v2="2304"/>
+      <triangle index="1804" v0="627" v1="1128" v2="1130"/>
+      <triangle index="1805" v0="369" v1="1129" v2="1130"/>
+      <triangle index="1806" v0="152" v1="1132" v2="1133"/>
+      <triangle index="1807" v0="630" v1="1135" v2="1641"/>
+      <triangle index="1808" v0="151" v1="1766" v2="2306"/>
+      <triangle index="1809" v0="1132" v1="1767" v2="2306"/>
+      <triangle index="1810" v0="152" v1="153" v2="1133"/>
+      <triangle index="1811" v0="630" v1="1132" v2="1133"/>
+      <triangle index="1812" v0="1134" v1="1639" v2="1641"/>
+      <triangle index="1813" v0="1634" v1="1636" v2="1638"/>
+      <triangle index="1814" v0="630" v1="1131" v2="1135"/>
+      <triangle index="1815" v0="1134" v1="1135" v2="1637"/>
+      <triangle index="1816" v0="137" v1="138" v2="2390"/>
+      <triangle index="1817" v0="632" v1="1819" v2="1820"/>
+      <triangle index="1818" v0="1220" v1="1222" v2="1224"/>
+      <triangle index="1819" v0="1221" v1="1834" v2="1836"/>
+      <triangle index="1820" v0="346" v1="1826" v2="1828"/>
+      <triangle index="1821" v0="503" v1="1148" v2="2353"/>
+      <triangle index="1822" v0="2214" v1="2215" v2="2636"/>
+      <triangle index="1823" v0="2220" v1="2222" v2="2224"/>
+      <triangle index="1824" v0="1140" v1="2871" v2="2875"/>
+      <triangle index="1825" v0="1643" v1="1767" v2="1768"/>
+      <triangle index="1826" v0="342" v1="1141" v2="2227"/>
+      <triangle index="1827" v0="636" v1="2241" v2="2401"/>
+      <triangle index="1828" v0="1196" v1="1201" v2="1207"/>
+      <triangle index="1829" v0="646" v1="1187" v2="1190"/>
+      <triangle index="1830" v0="1144" v1="1146" v2="1147"/>
+      <triangle index="1831" v0="1143" v1="1149" v2="1150"/>
+      <triangle index="1832" v0="1143" v1="1146" v2="1147"/>
+      <triangle index="1833" v0="347" v1="348" v2="2350"/>
+      <triangle index="1834" v0="638" v1="1148" v2="1162"/>
+      <triangle index="1835" v0="1153" v1="1155" v2="1177"/>
+      <triangle index="1836" v0="349" v1="1143" v2="1147"/>
+      <triangle index="1837" v0="1144" v1="2353" v2="2656"/>
+      <triangle index="1838" v0="348" v1="349" v2="1147"/>
+      <triangle index="1839" v0="348" v1="1147" v2="2349"/>
+      <triangle index="1840" v0="1152" v1="1163" v2="1165"/>
+      <triangle index="1841" v0="638" v1="1146" v2="1148"/>
+      <triangle index="1842" v0="638" v1="1143" v2="1150"/>
+      <triangle index="1843" v0="1145" v1="1149" v2="1151"/>
+      <triangle index="1844" v0="1148" v1="1160" v2="1162"/>
+      <triangle index="1845" v0="1145" v1="1149" v2="1150"/>
+      <triangle index="1846" v0="1145" v1="1151" v2="1155"/>
+      <triangle index="1847" v0="350" v1="351" v2="1151"/>
+      <triangle index="1848" v0="1794" v1="1798" v2="2688"/>
+      <triangle index="1849" v0="1157" v1="1168" v2="1174"/>
+      <triangle index="1850" v0="1145" v1="1150" v2="1154"/>
+      <triangle index="1851" v0="352" v1="1158" v2="1169"/>
+      <triangle index="1852" v0="1154" v1="1157" v2="1168"/>
+      <triangle index="1853" v0="1145" v1="1155" v2="1157"/>
+      <triangle index="1854" v0="1145" v1="1154" v2="1157"/>
+      <triangle index="1855" v0="1153" v1="1155" v2="1158"/>
+      <triangle index="1856" v0="1156" v1="1160" v2="1161"/>
+      <triangle index="1857" v0="1152" v1="1163" v2="1164"/>
+      <triangle index="1858" v0="1168" v1="1171" v2="1789"/>
+      <triangle index="1859" v0="1157" v1="1174" v2="1177"/>
+      <triangle index="1860" v0="1153" v1="1158" v2="1170"/>
+      <triangle index="1861" v0="351" v1="352" v2="1159"/>
+      <triangle index="1862" v0="1151" v1="1155" v2="1159"/>
+      <triangle index="1863" v0="352" v1="1158" v2="1159"/>
+      <triangle index="1864" v0="503" v1="1160" v2="1161"/>
+      <triangle index="1865" v0="1156" v1="1160" v2="1162"/>
+      <triangle index="1866" v0="1214" v1="1216" v2="2391"/>
+      <triangle index="1867" v0="1191" v1="1195" v2="1204"/>
+      <triangle index="1868" v0="1156" v1="1162" v2="1163"/>
+      <triangle index="1869" v0="638" v1="1150" v2="1165"/>
+      <triangle index="1870" v0="1156" v1="1163" v2="1164"/>
+      <triangle index="1871" v0="1152" v1="1165" v2="1171"/>
+      <triangle index="1872" v0="1156" v1="1161" v2="1784"/>
+      <triangle index="1873" v0="1152" v1="1172" v2="1790"/>
+      <triangle index="1874" v0="1150" v1="1154" v2="1165"/>
+      <triangle index="1875" v0="1162" v1="1163" v2="1165"/>
+      <triangle index="1876" v0="1172" v1="1789" v2="2359"/>
+      <triangle index="1877" v0="1173" v1="1175" v2="1176"/>
+      <triangle index="1878" v0="2373" v1="2376" v2="2681"/>
+      <triangle index="1879" v0="1788" v1="2354" v2="2670"/>
+      <triangle index="1880" v0="1154" v1="1168" v2="1171"/>
+      <triangle index="1881" v0="1166" v1="1175" v2="1176"/>
+      <triangle index="1882" v0="1167" v1="1169" v2="2355"/>
+      <triangle index="1883" v0="352" v1="353" v2="1169"/>
+      <triangle index="1884" v0="1153" v1="2661" v2="2681"/>
+      <triangle index="1885" v0="1167" v1="1169" v2="1170"/>
+      <triangle index="1886" v0="1154" v1="1165" v2="1171"/>
+      <triangle index="1887" v0="1152" v1="1172" v2="1789"/>
+      <triangle index="1888" v0="1152" v1="1164" v2="1790"/>
+      <triangle index="1889" v0="637" v1="1791" v2="1795"/>
+      <triangle index="1890" v0="1166" v1="1176" v2="2358"/>
+      <triangle index="1891" v0="2376" v1="2661" v2="2681"/>
+      <triangle index="1892" v0="1166" v1="1168" v2="1175"/>
+      <triangle index="1893" v0="1174" v1="1177" v2="2681"/>
+      <triangle index="1894" v0="1173" v1="1174" v2="1175"/>
+      <triangle index="1895" v0="1168" v1="1174" v2="1175"/>
+      <triangle index="1896" v0="505" v1="2360" v2="2362"/>
+      <triangle index="1897" v0="1801" v1="2659" v2="2680"/>
+      <triangle index="1898" v0="1155" v1="1157" v2="1177"/>
+      <triangle index="1899" v0="1173" v1="1174" v2="2681"/>
+      <triangle index="1900" v0="1804" v1="1805" v2="2684"/>
+      <triangle index="1901" v0="2935" v1="2936" v2="2940"/>
+      <triangle index="1902" v0="118" v1="1803" v2="2382"/>
+      <triangle index="1903" v0="1179" v1="2377" v2="2383"/>
+      <triangle index="1904" v0="128" v1="1182" v2="1811"/>
+      <triangle index="1905" v0="642" v1="1798" v2="2348"/>
+      <triangle index="1906" v0="127" v1="1184" v2="1812"/>
+      <triangle index="1907" v0="643" v1="1181" v2="2384"/>
+      <triangle index="1908" v0="1809" v1="1810" v2="2384"/>
+      <triangle index="1909" v0="1182" v1="1810" v2="1811"/>
+      <triangle index="1910" v0="125" v1="126" v2="2386"/>
+      <triangle index="1911" v0="2363" v1="2367" v2="2368"/>
+      <triangle index="1912" v0="127" v1="1181" v2="1184"/>
+      <triangle index="1913" v0="1183" v1="2364" v2="2388"/>
+      <triangle index="1914" v0="135" v1="136" v2="1186"/>
+      <triangle index="1915" v0="645" v1="1199" v2="1815"/>
+      <triangle index="1916" v0="135" v1="1186" v2="1187"/>
+      <triangle index="1917" v0="1186" v1="1187" v2="1188"/>
+      <triangle index="1918" v0="135" v1="1187" v2="1189"/>
+      <triangle index="1919" v0="646" v1="1187" v2="1188"/>
+      <triangle index="1920" v0="646" v1="1188" v2="1191"/>
+      <triangle index="1921" v0="1188" v1="1192" v2="1195"/>
+      <triangle index="1922" v0="134" v1="135" v2="1189"/>
+      <triangle index="1923" v0="134" v1="1189" v2="1190"/>
+      <triangle index="1924" v0="134" v1="1190" v2="1814"/>
+      <triangle index="1925" v0="646" v1="1201" v2="1208"/>
+      <triangle index="1926" v0="1142" v1="1201" v2="1207"/>
+      <triangle index="1927" v0="1191" v1="1200" v2="1203"/>
+      <triangle index="1928" v0="506" v1="1194" v2="1206"/>
+      <triangle index="1929" v0="645" v1="1188" v2="1192"/>
+      <triangle index="1930" v0="1136" v1="1816" v2="1818"/>
+      <triangle index="1931" v0="138" v1="1817" v2="2390"/>
+      <triangle index="1932" v0="506" v1="1204" v2="1206"/>
+      <triangle index="1933" v0="1193" v1="1194" v2="2389"/>
+      <triangle index="1934" v0="506" v1="1192" v2="1195"/>
+      <triangle index="1935" v0="1188" v1="1191" v2="1195"/>
+      <triangle index="1936" v0="1786" v1="1792" v2="1793"/>
+      <triangle index="1937" v0="1202" v1="1203" v2="1204"/>
+      <triangle index="1938" v0="1144" v1="2349" v2="2656"/>
+      <triangle index="1939" v0="1215" v1="1218" v2="1223"/>
+      <triangle index="1940" v0="1194" v1="1198" v2="2389"/>
+      <triangle index="1941" v0="137" v1="1185" v2="1199"/>
+      <triangle index="1942" v0="645" v1="1185" v2="1199"/>
+      <triangle index="1943" v0="1198" v1="1199" v2="2390"/>
+      <triangle index="1944" v0="646" v1="1190" v2="1208"/>
+      <triangle index="1945" v0="1196" v1="1202" v2="1203"/>
+      <triangle index="1946" v0="1196" v1="1200" v2="1201"/>
+      <triangle index="1947" v0="646" v1="1200" v2="1201"/>
+      <triangle index="1948" v0="1196" v1="1785" v2="1786"/>
+      <triangle index="1949" v0="1202" v1="1785" v2="1821"/>
+      <triangle index="1950" v0="1196" v1="1200" v2="1203"/>
+      <triangle index="1951" v0="1197" v1="1202" v2="1204"/>
+      <triangle index="1952" v0="1191" v1="1203" v2="1204"/>
+      <triangle index="1953" v0="1197" v1="1205" v2="1206"/>
+      <triangle index="1954" v0="1211" v1="1213" v2="1215"/>
+      <triangle index="1955" v0="1193" v1="1194" v2="1210"/>
+      <triangle index="1956" v0="1197" v1="1204" v2="1206"/>
+      <triangle index="1957" v0="1205" v1="1206" v2="1210"/>
+      <triangle index="1958" v0="1142" v1="1779" v2="1780"/>
+      <triangle index="1959" v0="1207" v1="1787" v2="1793"/>
+      <triangle index="1960" v0="1190" v1="1209" v2="1814"/>
+      <triangle index="1961" v0="1142" v1="1201" v2="1208"/>
+      <triangle index="1962" v0="132" v1="133" v2="1209"/>
+      <triangle index="1963" v0="132" v1="1779" v2="2346"/>
+      <triangle index="1964" v0="1205" v1="1210" v2="1213"/>
+      <triangle index="1965" v0="1193" v1="1210" v2="1212"/>
+      <triangle index="1966" v0="1214" v1="1215" v2="1216"/>
+      <triangle index="1967" v0="632" v1="1212" v2="1220"/>
+      <triangle index="1968" v0="1210" v1="1212" v2="1213"/>
+      <triangle index="1969" v0="1211" v1="1212" v2="1220"/>
+      <triangle index="1970" v0="1213" v1="1215" v2="1216"/>
+      <triangle index="1971" v0="1211" v1="1212" v2="1213"/>
+      <triangle index="1972" v0="1821" v1="1823" v2="2391"/>
+      <triangle index="1973" v0="1217" v1="1219" v2="1824"/>
+      <triangle index="1974" v0="1205" v1="1213" v2="1216"/>
+      <triangle index="1975" v0="1214" v1="1215" v2="1218"/>
+      <triangle index="1976" v0="1197" v1="1205" v2="1216"/>
+      <triangle index="1977" v0="1197" v1="1216" v2="2391"/>
+      <triangle index="1978" v0="1217" v1="1218" v2="1219"/>
+      <triangle index="1979" v0="1217" v1="1223" v2="1834"/>
+      <triangle index="1980" v0="1214" v1="1218" v2="1219"/>
+      <triangle index="1981" v0="1217" v1="1218" v2="1223"/>
+      <triangle index="1982" v0="1214" v1="1822" v2="2392"/>
+      <triangle index="1983" v0="633" v1="1219" v2="1824"/>
+      <triangle index="1984" v0="1221" v1="1222" v2="1223"/>
+      <triangle index="1985" v0="1211" v1="1220" v2="1222"/>
+      <triangle index="1986" v0="501" v1="1827" v2="2638"/>
+      <triangle index="1987" v0="632" v1="1220" v2="1224"/>
+      <triangle index="1988" v0="1211" v1="1222" v2="1223"/>
+      <triangle index="1989" v0="1221" v1="1222" v2="2403"/>
+      <triangle index="1990" v0="1211" v1="1215" v2="1223"/>
+      <triangle index="1991" v0="1217" v1="1833" v2="1834"/>
+      <triangle index="1992" v0="1836" v1="1837" v2="2403"/>
+      <triangle index="1993" v0="1820" v1="2312" v2="2317"/>
+      <triangle index="1994" v0="111" v1="112" v2="2406"/>
+      <triangle index="1995" v0="113" v1="114" v2="1840"/>
+      <triangle index="1996" v0="109" v1="1230" v2="1844"/>
+      <triangle index="1997" v0="648" v1="1228" v2="2413"/>
+      <triangle index="1998" v0="1843" v1="2413" v2="2421"/>
+      <triangle index="1999" v0="1225" v1="1838" v2="1842"/>
+      <triangle index="2000" v0="648" v1="1226" v2="1228"/>
+      <triangle index="2001" v0="111" v1="1227" v2="1228"/>
+      <triangle index="2002" v0="107" v1="108" v2="2414"/>
+      <triangle index="2003" v0="648" v1="1230" v2="2418"/>
+      <triangle index="2004" v0="109" v1="1226" v2="1230"/>
+      <triangle index="2005" v0="1229" v1="2416" v2="2418"/>
+      <triangle index="2006" v0="3305" v1="3308" v2="3309"/>
+      <triangle index="2007" v0="364" v1="365" v2="1848"/>
+      <triangle index="2008" v0="63" v1="64" v2="1233"/>
+      <triangle index="2009" v0="651" v1="1232" v2="1234"/>
+      <triangle index="2010" v0="63" v1="1233" v2="1235"/>
+      <triangle index="2011" v0="1233" v1="1235" v2="1236"/>
+      <triangle index="2012" v0="1238" v1="1239" v2="1246"/>
+      <triangle index="2013" v0="66" v1="1245" v2="1247"/>
+      <triangle index="2014" v0="63" v1="511" v2="1235"/>
+      <triangle index="2015" v0="16" v1="1235" v2="1250"/>
+      <triangle index="2016" v0="652" v1="1236" v2="1237"/>
+      <triangle index="2017" v0="1236" v1="1237" v2="1238"/>
+      <triangle index="2018" v0="652" v1="1237" v2="1240"/>
+      <triangle index="2019" v0="1241" v1="1242" v2="3298"/>
+      <triangle index="2020" v0="509" v1="1239" v2="1849"/>
+      <triangle index="2021" v0="651" v1="1236" v2="1238"/>
+      <triangle index="2022" v0="1239" v1="1245" v2="1852"/>
+      <triangle index="2023" v0="651" v1="1234" v2="1246"/>
+      <triangle index="2024" v0="652" v1="1250" v2="1251"/>
+      <triangle index="2025" v0="666" v1="669" v2="3298"/>
+      <triangle index="2026" v0="515" v1="662" v2="2427"/>
+      <triangle index="2027" v0="662" v1="665" v2="1856"/>
+      <triangle index="2028" v0="1237" v1="1240" v2="1242"/>
+      <triangle index="2029" v0="1241" v1="1242" v2="1243"/>
+      <triangle index="2030" v0="1856" v1="1861" v2="1926"/>
+      <triangle index="2031" v0="1860" v1="1921" v2="1922"/>
+      <triangle index="2032" v0="1234" v1="1245" v2="1246"/>
+      <triangle index="2033" v0="66" v1="1234" v2="1244"/>
+      <triangle index="2034" v0="653" v1="1851" v2="1852"/>
+      <triangle index="2035" v0="651" v1="1238" v2="1246"/>
+      <triangle index="2036" v0="1239" v1="1245" v2="1246"/>
+      <triangle index="2037" v0="1859" v1="1873" v2="2424"/>
+      <triangle index="2038" v0="1245" v1="1247" v2="1249"/>
+      <triangle index="2039" v0="67" v1="68" v2="1885"/>
+      <triangle index="2040" v0="1245" v1="1249" v2="1852"/>
+      <triangle index="2041" v0="1248" v1="1249" v2="1885"/>
+      <triangle index="2042" v0="14" v1="15" v2="1886"/>
+      <triangle index="2043" v0="652" v1="1235" v2="1250"/>
+      <triangle index="2044" v0="652" v1="1240" v2="1251"/>
+      <triangle index="2045" v0="15" v1="1250" v2="1886"/>
+      <triangle index="2046" v0="74" v1="1253" v2="1887"/>
+      <triangle index="2047" v0="1901" v1="2442" v2="2446"/>
+      <triangle index="2048" v0="1889" v1="1891" v2="1892"/>
+      <triangle index="2049" v0="1888" v1="1894" v2="2448"/>
+      <triangle index="2050" v0="71" v1="72" v2="2454"/>
+      <triangle index="2051" v0="1254" v1="1891" v2="1893"/>
+      <triangle index="2052" v0="657" v1="1862" v2="1863"/>
+      <triangle index="2053" v0="1339" v1="1340" v2="1878"/>
+      <triangle index="2054" v0="76" v1="1252" v2="1906"/>
+      <triangle index="2055" v0="1896" v1="1899" v2="1903"/>
+      <triangle index="2056" v0="68" v1="1258" v2="1885"/>
+      <triangle index="2057" v0="657" v1="1867" v2="1874"/>
+      <triangle index="2058" v0="1248" v1="1852" v2="2424"/>
+      <triangle index="2059" v0="1257" v1="1258" v2="1873"/>
+      <triangle index="2060" v0="1259" v1="1266" v2="1911"/>
+      <triangle index="2061" v0="674" v1="675" v2="1260"/>
+      <triangle index="2062" v0="680" v1="1259" v2="1260"/>
+      <triangle index="2063" v0="518" v1="1261" v2="1300"/>
+      <triangle index="2064" v0="680" v1="1260" v2="1261"/>
+      <triangle index="2065" v0="1283" v1="1284" v2="1296"/>
+      <triangle index="2066" v0="1292" v1="1917" v2="1918"/>
+      <triangle index="2067" v0="1262" v1="1299" v2="1307"/>
+      <triangle index="2068" v0="199" v1="200" v2="1264"/>
+      <triangle index="2069" v0="202" v1="677" v2="1263"/>
+      <triangle index="2070" v0="679" v1="685" v2="1264"/>
+      <triangle index="2071" v0="198" v1="566" v2="1265"/>
+      <triangle index="2072" v0="686" v1="688" v2="1265"/>
+      <triangle index="2073" v0="1266" v1="1267" v2="1913"/>
+      <triangle index="2074" v0="680" v1="1259" v2="1266"/>
+      <triangle index="2075" v0="1286" v1="1288" v2="1289"/>
+      <triangle index="2076" v0="681" v1="1281" v2="1283"/>
+      <triangle index="2077" v0="2" v1="1273" v2="1274"/>
+      <triangle index="2078" v0="1283" v1="1286" v2="1290"/>
+      <triangle index="2079" v0="285" v1="520" v2="1269"/>
+      <triangle index="2080" v0="689" v1="1269" v2="1271"/>
+      <triangle index="2081" v0="477" v1="1270" v2="1271"/>
+      <triangle index="2082" v0="687" v1="689" v2="1270"/>
+      <triangle index="2083" v0="567" v1="794" v2="1271"/>
+      <triangle index="2084" v0="689" v1="1270" v2="1271"/>
+      <triangle index="2085" v0="690" v1="1273" v2="1275"/>
+      <triangle index="2086" v0="2" v1="690" v2="1272"/>
+      <triangle index="2087" v0="1273" v1="1277" v2="1914"/>
+      <triangle index="2088" v0="521" v1="690" v2="3299"/>
+      <triangle index="2089" v0="1273" v1="1274" v2="1277"/>
+      <triangle index="2090" v0="702" v1="1276" v2="1279"/>
+      <triangle index="2091" v0="681" v1="1276" v2="1290"/>
+      <triangle index="2092" v0="1268" v1="1277" v2="1914"/>
+      <triangle index="2093" v0="1268" v1="1277" v2="1289"/>
+      <triangle index="2094" v0="3" v1="1274" v2="1277"/>
+      <triangle index="2095" v0="694" v1="696" v2="1278"/>
+      <triangle index="2096" v0="444" v1="698" v2="1278"/>
+      <triangle index="2097" v0="1282" v1="1291" v2="1292"/>
+      <triangle index="2098" v0="681" v1="1276" v2="1279"/>
+      <triangle index="2099" v0="697" v1="704" v2="1282"/>
+      <triangle index="2100" v0="1280" v1="1282" v2="1291"/>
+      <triangle index="2101" v0="697" v1="1279" v2="1282"/>
+      <triangle index="2102" v0="1280" v1="1281" v2="1283"/>
+      <triangle index="2103" v0="1280" v1="1281" v2="1282"/>
+      <triangle index="2104" v0="1279" v1="1281" v2="1282"/>
+      <triangle index="2105" v0="1280" v1="1295" v2="1296"/>
+      <triangle index="2106" v0="1283" v1="1285" v2="1286"/>
+      <triangle index="2107" v0="680" v1="1261" v2="1284"/>
+      <triangle index="2108" v0="680" v1="1267" v2="1285"/>
+      <triangle index="2109" v0="1267" v1="1285" v2="1286"/>
+      <triangle index="2110" v0="1283" v1="1284" v2="1285"/>
+      <triangle index="2111" v0="1267" v1="1286" v2="1288"/>
+      <triangle index="2112" v0="1268" v1="1286" v2="1290"/>
+      <triangle index="2113" v0="1287" v1="1291" v2="1292"/>
+      <triangle index="2114" v0="518" v1="1293" v2="1295"/>
+      <triangle index="2115" v0="1267" v1="1288" v2="1913"/>
+      <triangle index="2116" v0="4" v1="5" v2="1288"/>
+      <triangle index="2117" v0="4" v1="1277" v2="1289"/>
+      <triangle index="2118" v0="1268" v1="1286" v2="1289"/>
+      <triangle index="2119" v0="1268" v1="1290" v2="1914"/>
+      <triangle index="2120" v0="681" v1="1283" v2="1290"/>
+      <triangle index="2121" v0="704" v1="1282" v2="1292"/>
+      <triangle index="2122" v0="1287" v1="1291" v2="1293"/>
+      <triangle index="2123" v0="701" v1="704" v2="1915"/>
+      <triangle index="2124" v0="704" v1="1915" v2="1918"/>
+      <triangle index="2125" v0="1287" v1="1297" v2="1299"/>
+      <triangle index="2126" v0="1287" v1="1293" v2="1297"/>
+      <triangle index="2127" v0="730" v1="731" v2="1326"/>
+      <triangle index="2128" v0="1262" v1="1297" v2="1299"/>
+      <triangle index="2129" v0="518" v1="1284" v2="1296"/>
+      <triangle index="2130" v0="1280" v1="1291" v2="1295"/>
+      <triangle index="2131" v0="1280" v1="1283" v2="1296"/>
+      <triangle index="2132" v0="518" v1="1295" v2="1296"/>
+      <triangle index="2133" v0="667" v1="675" v2="1301"/>
+      <triangle index="2134" v0="674" v1="1298" v2="1300"/>
+      <triangle index="2135" v0="1293" v1="1297" v2="1298"/>
+      <triangle index="2136" v0="1262" v1="1297" v2="1303"/>
+      <triangle index="2137" v0="1287" v1="1292" v2="1917"/>
+      <triangle index="2138" v0="1287" v1="1299" v2="1917"/>
+      <triangle index="2139" v0="674" v1="1261" v2="1300"/>
+      <triangle index="2140" v0="518" v1="1298" v2="1300"/>
+      <triangle index="2141" v0="1297" v1="1303" v2="1305"/>
+      <triangle index="2142" v0="1303" v1="1305" v2="1310"/>
+      <triangle index="2143" v0="730" v1="1334" v2="1335"/>
+      <triangle index="2144" v0="1345" v1="1876" v2="1877"/>
+      <triangle index="2145" v0="1262" v1="1303" v2="1308"/>
+      <triangle index="2146" v0="1308" v1="1309" v2="1310"/>
+      <triangle index="2147" v0="1294" v1="1335" v2="2483"/>
+      <triangle index="2148" v0="1262" v1="1307" v2="1871"/>
+      <triangle index="2149" v0="1298" v1="1301" v2="1305"/>
+      <triangle index="2150" v0="1297" v1="1298" v2="1305"/>
+      <triangle index="2151" v0="1870" v1="1871" v2="1878"/>
+      <triangle index="2152" v0="1306" v1="1309" v2="1921"/>
+      <triangle index="2153" v0="1299" v1="1307" v2="1920"/>
+      <triangle index="2154" v0="1304" v1="1871" v2="1878"/>
+      <triangle index="2155" v0="1262" v1="1308" v2="1871"/>
+      <triangle index="2156" v0="1306" v1="1308" v2="1309"/>
+      <triangle index="2157" v0="653" v1="1850" v2="1857"/>
+      <triangle index="2158" v0="1301" v1="1310" v2="1923"/>
+      <triangle index="2159" v0="1303" v1="1308" v2="1310"/>
+      <triangle index="2160" v0="1309" v1="1310" v2="1923"/>
+      <triangle index="2161" v0="701" v1="703" v2="1311"/>
+      <triangle index="2162" v0="438" v1="706" v2="1311"/>
+      <triangle index="2163" v0="698" v1="1312" v2="1313"/>
+      <triangle index="2164" v0="709" v1="712" v2="1312"/>
+      <triangle index="2165" v0="432" v1="698" v2="1313"/>
+      <triangle index="2166" v0="431" v1="432" v2="1313"/>
+      <triangle index="2167" v0="425" v1="1618" v2="2206"/>
+      <triangle index="2168" v0="1315" v1="1316" v2="1320"/>
+      <triangle index="2169" v0="714" v1="725" v2="1315"/>
+      <triangle index="2170" v0="425" v1="2206" v2="2207"/>
+      <triangle index="2171" v0="714" v1="1316" v2="1317"/>
+      <triangle index="2172" v0="1314" v1="1316" v2="1320"/>
+      <triangle index="2173" v0="714" v1="722" v2="1317"/>
+      <triangle index="2174" v0="718" v1="1325" v2="1928"/>
+      <triangle index="2175" v0="602" v1="1613" v2="1614"/>
+      <triangle index="2176" v0="721" v1="1315" v2="1321"/>
+      <triangle index="2177" v0="426" v1="427" v2="2207"/>
+      <triangle index="2178" v0="1314" v1="1316" v2="1319"/>
+      <triangle index="2179" v0="1314" v1="1320" v2="2206"/>
+      <triangle index="2180" v0="1318" v1="1320" v2="1321"/>
+      <triangle index="2181" v0="1318" v1="1321" v2="1322"/>
+      <triangle index="2182" v0="1321" v1="1322" v2="1929"/>
+      <triangle index="2183" v0="1043" v1="1318" v2="1614"/>
+      <triangle index="2184" v0="602" v1="1322" v2="1929"/>
+      <triangle index="2185" v0="1606" v1="1610" v2="1611"/>
+      <triangle index="2186" v0="1930" v1="1932" v2="1945"/>
+      <triangle index="2187" v0="721" v1="1321" v2="1324"/>
+      <triangle index="2188" v0="716" v1="1323" v2="1324"/>
+      <triangle index="2189" v0="428" v1="429" v2="1325"/>
+      <triangle index="2190" v0="428" v1="1325" v2="1928"/>
+      <triangle index="2191" v0="1329" v1="1330" v2="1333"/>
+      <triangle index="2192" v0="1326" v1="1330" v2="1333"/>
+      <triangle index="2193" v0="731" v1="1327" v2="1350"/>
+      <triangle index="2194" v0="727" v1="729" v2="1327"/>
+      <triangle index="2195" v0="716" v1="1946" v2="2484"/>
+      <triangle index="2196" v0="1941" v1="1943" v2="2485"/>
+      <triangle index="2197" v0="1337" v1="1338" v2="1341"/>
+      <triangle index="2198" v0="730" v1="1330" v2="1334"/>
+      <triangle index="2199" v0="727" v1="1331" v2="1333"/>
+      <triangle index="2200" v0="1330" v1="1334" v2="1953"/>
+      <triangle index="2201" v0="727" v1="1947" v2="1952"/>
+      <triangle index="2202" v0="1331" v1="1949" v2="1950"/>
+      <triangle index="2203" v0="1332" v1="1337" v2="1338"/>
+      <triangle index="2204" v0="1336" v1="1337" v2="1339"/>
+      <triangle index="2205" v0="727" v1="1326" v2="1333"/>
+      <triangle index="2206" v0="1329" v1="1331" v2="1333"/>
+      <triangle index="2207" v0="1329" v1="1330" v2="1953"/>
+      <triangle index="2208" v0="1332" v1="1334" v2="1335"/>
+      <triangle index="2209" v0="1332" v1="1335" v2="1336"/>
+      <triangle index="2210" v0="1335" v1="1336" v2="1919"/>
+      <triangle index="2211" v0="1332" v1="1336" v2="1337"/>
+      <triangle index="2212" v0="1304" v1="1307" v2="1920"/>
+      <triangle index="2213" v0="1332" v1="1338" v2="1953"/>
+      <triangle index="2214" v0="1302" v1="1337" v2="1339"/>
+      <triangle index="2215" v0="1328" v1="1949" v2="1951"/>
+      <triangle index="2216" v0="1954" v1="2437" v2="2438"/>
+      <triangle index="2217" v0="1302" v1="1339" v2="1340"/>
+      <triangle index="2218" v0="1304" v1="1336" v2="1339"/>
+      <triangle index="2219" v0="1302" v1="1346" v2="1877"/>
+      <triangle index="2220" v0="513" v1="1863" v2="1866"/>
+      <triangle index="2221" v0="1338" v1="1341" v2="1343"/>
+      <triangle index="2222" v0="1302" v1="1341" v2="1346"/>
+      <triangle index="2223" v0="1338" v1="1343" v2="1349"/>
+      <triangle index="2224" v0="1347" v1="2431" v2="2436"/>
+      <triangle index="2225" v0="1338" v1="1349" v2="1951"/>
+      <triangle index="2226" v0="1343" v1="1346" v2="1347"/>
+      <triangle index="2227" v0="2437" v1="2439" v2="2440"/>
+      <triangle index="2228" v0="1343" v1="1349" v2="2439"/>
+      <triangle index="2229" v0="1342" v1="1347" v2="2436"/>
+      <triangle index="2230" v0="1255" v1="1872" v2="1882"/>
+      <triangle index="2231" v0="1341" v1="1343" v2="1346"/>
+      <triangle index="2232" v0="1342" v1="1343" v2="1347"/>
+      <triangle index="2233" v0="1348" v1="2434" v2="2436"/>
+      <triangle index="2234" v0="1345" v1="1346" v2="1347"/>
+      <triangle index="2235" v0="512" v1="2434" v2="2448"/>
+      <triangle index="2236" v0="1883" v1="2430" v2="2432"/>
+      <triangle index="2237" v0="1338" v1="1951" v2="1953"/>
+      <triangle index="2238" v0="1344" v1="1349" v2="2439"/>
+      <triangle index="2239" v0="699" v1="1327" v2="1350"/>
+      <triangle index="2240" v0="731" v1="1916" v2="2482"/>
+      <triangle index="2241" v0="740" v1="1352" v2="1355"/>
+      <triangle index="2242" v0="747" v1="1351" v2="1966"/>
+      <triangle index="2243" v0="746" v1="1352" v2="1967"/>
+      <triangle index="2244" v0="191" v1="747" v2="1353"/>
+      <triangle index="2245" v0="740" v1="745" v2="1353"/>
+      <triangle index="2246" v0="740" v1="1355" v2="1356"/>
+      <triangle index="2247" v0="1959" v1="1960" v2="1962"/>
+      <triangle index="2248" v0="740" v1="744" v2="1955"/>
+      <triangle index="2249" v0="1354" v1="1355" v2="1357"/>
+      <triangle index="2250" v0="530" v1="742" v2="1957"/>
+      <triangle index="2251" v0="1355" v1="1356" v2="2487"/>
+      <triangle index="2252" v0="1354" v1="1357" v2="1959"/>
+      <triangle index="2253" v0="293" v1="1964" v2="1965"/>
+      <triangle index="2254" v0="1352" v1="1355" v2="1358"/>
+      <triangle index="2255" v0="1357" v1="1358" v2="1981"/>
+      <triangle index="2256" v0="1979" v1="1980" v2="2491"/>
+      <triangle index="2257" v0="1359" v1="1384" v2="1385"/>
+      <triangle index="2258" v0="186" v1="775" v2="1360"/>
+      <triangle index="2259" v0="751" v1="753" v2="1360"/>
+      <triangle index="2260" v0="304" v1="1361" v2="1362"/>
+      <triangle index="2261" v0="771" v1="1361" v2="1363"/>
+      <triangle index="2262" v0="303" v1="304" v2="1362"/>
+      <triangle index="2263" v0="772" v1="1361" v2="1362"/>
+      <triangle index="2264" v0="771" v1="1363" v2="1971"/>
+      <triangle index="2265" v0="815" v1="1363" v2="1365"/>
+      <triangle index="2266" v0="1374" v1="1971" v2="1975"/>
+      <triangle index="2267" v0="577" v1="774" v2="1367"/>
+      <triangle index="2268" v0="305" v1="1361" v2="1365"/>
+      <triangle index="2269" v0="1361" v1="1363" v2="1365"/>
+      <triangle index="2270" v0="771" v1="1371" v2="1374"/>
+      <triangle index="2271" v0="534" v1="774" v2="1367"/>
+      <triangle index="2272" v0="577" v1="1367" v2="1368"/>
+      <triangle index="2273" v0="534" v1="1366" v2="1367"/>
+      <triangle index="2274" v0="577" v1="821" v2="1369"/>
+      <triangle index="2275" v0="481" v1="1368" v2="1370"/>
+      <triangle index="2276" v0="821" v1="1369" v2="1435"/>
+      <triangle index="2277" v0="1423" v1="1424" v2="1969"/>
+      <triangle index="2278" v0="481" v1="1370" v2="1968"/>
+      <triangle index="2279" v0="1364" v1="1370" v2="1975"/>
+      <triangle index="2280" v0="1371" v1="1372" v2="1373"/>
+      <triangle index="2281" v0="1371" v1="1374" v2="1972"/>
+      <triangle index="2282" v0="754" v1="772" v2="1372"/>
+      <triangle index="2283" v0="532" v1="1372" v2="1373"/>
+      <triangle index="2284" v0="532" v1="761" v2="1373"/>
+      <triangle index="2285" v0="462" v1="1373" v2="1972"/>
+      <triangle index="2286" v0="1371" v1="1373" v2="1972"/>
+      <triangle index="2287" v0="1374" v1="1973" v2="1975"/>
+      <triangle index="2288" v0="758" v1="780" v2="1375"/>
+      <triangle index="2289" v0="533" v1="748" v2="1375"/>
+      <triangle index="2290" v0="289" v1="1376" v2="1377"/>
+      <triangle index="2291" v0="782" v1="783" v2="1376"/>
+      <triangle index="2292" v0="289" v1="797" v2="1377"/>
+      <triangle index="2293" v0="569" v1="1377" v2="1378"/>
+      <triangle index="2294" v0="569" v1="1378" v2="1976"/>
+      <triangle index="2295" v0="1379" v1="1380" v2="1381"/>
+      <triangle index="2296" v0="783" v1="1378" v2="1381"/>
+      <triangle index="2297" v0="796" v1="1380" v2="1381"/>
+      <triangle index="2298" v0="796" v1="1382" v2="1396"/>
+      <triangle index="2299" v0="463" v1="1379" v2="1380"/>
+      <triangle index="2300" v0="783" v1="1379" v2="1381"/>
+      <triangle index="2301" v0="796" v1="1378" v2="1381"/>
+      <triangle index="2302" v0="194" v1="1382" v2="1383"/>
+      <triangle index="2303" v0="193" v1="1383" v2="1384"/>
+      <triangle index="2304" v0="193" v1="194" v2="1383"/>
+      <triangle index="2305" v0="193" v1="1384" v2="1385"/>
+      <triangle index="2306" v0="1359" v1="1384" v2="1386"/>
+      <triangle index="2307" v0="1383" v1="1384" v2="1978"/>
+      <triangle index="2308" v0="192" v1="193" v2="1385"/>
+      <triangle index="2309" v0="192" v1="1385" v2="1966"/>
+      <triangle index="2310" v0="1359" v1="1967" v2="1979"/>
+      <triangle index="2311" v0="1386" v1="1388" v2="2491"/>
+      <triangle index="2312" v0="535" v1="1387" v2="1388"/>
+      <triangle index="2313" v0="292" v1="784" v2="1387"/>
+      <triangle index="2314" v0="463" v1="1386" v2="1388"/>
+      <triangle index="2315" v0="784" v1="1387" v2="1388"/>
+      <triangle index="2316" v0="477" v1="1389" v2="1391"/>
+      <triangle index="2317" v0="478" v1="793" v2="1390"/>
+      <triangle index="2318" v0="798" v1="799" v2="1982"/>
+      <triangle index="2319" v0="793" v1="1389" v2="1390"/>
+      <triangle index="2320" v0="566" v1="792" v2="1392"/>
+      <triangle index="2321" v0="793" v1="1389" v2="1391"/>
+      <triangle index="2322" v0="196" v1="197" v2="1394"/>
+      <triangle index="2323" v0="793" v1="1391" v2="1392"/>
+      <triangle index="2324" v0="793" v1="1392" v2="1393"/>
+      <triangle index="2325" v0="197" v1="1392" v2="1394"/>
+      <triangle index="2326" v0="196" v1="1393" v2="1394"/>
+      <triangle index="2327" v0="1392" v1="1393" v2="1394"/>
+      <triangle index="2328" v0="194" v1="195" v2="1396"/>
+      <triangle index="2329" v0="796" v1="1378" v2="1983"/>
+      <triangle index="2330" v0="796" v1="1395" v2="1396"/>
+      <triangle index="2331" v0="195" v1="1395" v2="1396"/>
+      <triangle index="2332" v0="177" v1="178" v2="1397"/>
+      <triangle index="2333" v0="177" v1="1397" v2="1984"/>
+      <triangle index="2334" v0="176" v1="802" v2="1399"/>
+      <triangle index="2335" v0="572" v1="1400" v2="1415"/>
+      <triangle index="2336" v0="572" v1="1399" v2="1400"/>
+      <triangle index="2337" v0="176" v1="1398" v2="1399"/>
+      <triangle index="2338" v0="1998" v1="1999" v2="2001"/>
+      <triangle index="2339" v0="1400" v1="1986" v2="1999"/>
+      <triangle index="2340" v0="326" v1="2736" v2="2739"/>
+      <triangle index="2341" v0="803" v1="1401" v2="2886"/>
+      <triangle index="2342" v0="172" v1="1402" v2="1715"/>
+      <triangle index="2343" v0="806" v1="811" v2="1402"/>
+      <triangle index="2344" v0="480" v1="1403" v2="1406"/>
+      <triangle index="2345" v0="1403" v1="1709" v2="1713"/>
+      <triangle index="2346" v0="480" v1="1404" v2="1409"/>
+      <triangle index="2347" v0="1408" v1="1412" v2="1413"/>
+      <triangle index="2348" v0="574" v1="811" v2="1405"/>
+      <triangle index="2349" v0="812" v1="1405" v2="1406"/>
+      <triangle index="2350" v0="812" v1="1403" v2="1406"/>
+      <triangle index="2351" v0="480" v1="1404" v2="1406"/>
+      <triangle index="2352" v0="1688" v1="1691" v2="1702"/>
+      <triangle index="2353" v0="803" v1="2493" v2="2494"/>
+      <triangle index="2354" v0="1404" v1="1410" v2="1411"/>
+      <triangle index="2355" v0="1411" v1="1416" v2="1419"/>
+      <triangle index="2356" v0="1688" v1="1698" v2="1701"/>
+      <triangle index="2357" v0="1408" v1="1410" v2="1411"/>
+      <triangle index="2358" v0="1404" v1="1409" v2="1411"/>
+      <triangle index="2359" v0="1408" v1="1410" v2="1412"/>
+      <triangle index="2360" v0="1409" v1="1411" v2="1416"/>
+      <triangle index="2361" v0="1407" v1="1416" v2="1417"/>
+      <triangle index="2362" v0="1408" v1="1419" v2="1988"/>
+      <triangle index="2363" v0="807" v1="810" v2="1418"/>
+      <triangle index="2364" v0="1413" v1="1414" v2="1415"/>
+      <triangle index="2365" v0="807" v1="1412" v2="1413"/>
+      <triangle index="2366" v0="807" v1="808" v2="1414"/>
+      <triangle index="2367" v0="479" v1="1413" v2="1415"/>
+      <triangle index="2368" v0="479" v1="1415" v2="2000"/>
+      <triangle index="2369" v0="572" v1="1414" v2="1415"/>
+      <triangle index="2370" v0="1407" v1="1409" v2="1416"/>
+      <triangle index="2371" v0="1407" v1="1987" v2="2492"/>
+      <triangle index="2372" v0="1419" v1="1988" v2="1989"/>
+      <triangle index="2373" v0="1416" v1="1417" v2="1419"/>
+      <triangle index="2374" v0="804" v1="810" v2="1418"/>
+      <triangle index="2375" v0="574" v1="1410" v2="1418"/>
+      <triangle index="2376" v0="1417" v1="2492" v2="2495"/>
+      <triangle index="2377" v0="479" v1="1413" v2="1988"/>
+      <triangle index="2378" v0="170" v1="1420" v2="1761"/>
+      <triangle index="2379" v0="813" v1="1420" v2="1714"/>
+      <triangle index="2380" v0="305" v1="1365" v2="1421"/>
+      <triangle index="2381" v0="814" v1="815" v2="1421"/>
+      <triangle index="2382" v0="307" v1="308" v2="1422"/>
+      <triangle index="2383" v0="307" v1="814" v2="1422"/>
+      <triangle index="2384" v0="481" v1="1369" v2="1424"/>
+      <triangle index="2385" v0="1423" v1="1427" v2="1428"/>
+      <triangle index="2386" v0="864" v1="1369" v2="1424"/>
+      <triangle index="2387" v0="864" v1="1424" v2="1431"/>
+      <triangle index="2388" v0="816" v1="1425" v2="1427"/>
+      <triangle index="2389" v0="1427" v1="1428" v2="1430"/>
+      <triangle index="2390" v0="816" v1="1427" v2="1990"/>
+      <triangle index="2391" v0="309" v1="1425" v2="1426"/>
+      <triangle index="2392" v0="1423" v1="1424" v2="1431"/>
+      <triangle index="2393" v0="1428" v1="1431" v2="1432"/>
+      <triangle index="2394" v0="1427" v1="1429" v2="1430"/>
+      <triangle index="2395" v0="309" v1="852" v2="1429"/>
+      <triangle index="2396" v0="1425" v1="1427" v2="1429"/>
+      <triangle index="2397" v0="1428" v1="1430" v2="1432"/>
+      <triangle index="2398" v0="850" v1="1429" v2="1430"/>
+      <triangle index="2399" v0="864" v1="1431" v2="1432"/>
+      <triangle index="2400" v0="1423" v1="1428" v2="1431"/>
+      <triangle index="2401" v0="863" v1="864" v2="1432"/>
+      <triangle index="2402" v0="854" v1="1430" v2="1432"/>
+      <triangle index="2403" v0="819" v1="827" v2="1433"/>
+      <triangle index="2404" v0="820" v1="1433" v2="1434"/>
+      <triangle index="2405" v0="817" v1="1433" v2="1434"/>
+      <triangle index="2406" v0="820" v1="826" v2="1434"/>
+      <triangle index="2407" v0="821" v1="822" v2="1435"/>
+      <triangle index="2408" v0="863" v1="865" v2="1435"/>
+      <triangle index="2409" v0="873" v1="1436" v2="1991"/>
+      <triangle index="2410" v0="1436" v1="1992" v2="1993"/>
+      <triangle index="2411" v0="1437" v1="1448" v2="1449"/>
+      <triangle index="2412" v0="1445" v1="1446" v2="1447"/>
+      <triangle index="2413" v0="179" v1="884" v2="1438"/>
+      <triangle index="2414" v0="178" v1="179" v2="1995"/>
+      <triangle index="2415" v0="876" v1="895" v2="1440"/>
+      <triangle index="2416" v0="571" v1="1450" v2="1998"/>
+      <triangle index="2417" v0="1437" v1="1438" v2="1440"/>
+      <triangle index="2418" v0="1439" v1="1440" v2="1441"/>
+      <triangle index="2419" v0="895" v1="1440" v2="1441"/>
+      <triangle index="2420" v0="1439" v1="1441" v2="1446"/>
+      <triangle index="2421" v0="320" v1="1442" v2="1444"/>
+      <triangle index="2422" v0="892" v1="1442" v2="1443"/>
+      <triangle index="2423" v0="583" v1="892" v2="1443"/>
+      <triangle index="2424" v0="583" v1="903" v2="1443"/>
+      <triangle index="2425" v0="319" v1="1444" v2="1991"/>
+      <triangle index="2426" v0="892" v1="1442" v2="1444"/>
+      <triangle index="2427" v0="570" v1="896" v2="1446"/>
+      <triangle index="2428" v0="914" v1="1997" v2="2006"/>
+      <triangle index="2429" v0="889" v1="896" v2="1446"/>
+      <triangle index="2430" v0="889" v1="1441" v2="1446"/>
+      <triangle index="2431" v0="1439" v1="1447" v2="1448"/>
+      <triangle index="2432" v0="1448" v1="1449" v2="1450"/>
+      <triangle index="2433" v0="1439" v1="1440" v2="1448"/>
+      <triangle index="2434" v0="1437" v1="1449" v2="1994"/>
+      <triangle index="2435" v0="571" v1="801" v2="1449"/>
+      <triangle index="2436" v0="571" v1="1449" v2="1450"/>
+      <triangle index="2437" v0="1445" v1="1447" v2="1450"/>
+      <triangle index="2438" v0="1447" v1="1448" v2="1450"/>
+      <triangle index="2439" v0="914" v1="2005" v2="2498"/>
+      <triangle index="2440" v0="911" v1="913" v2="1452"/>
+      <triangle index="2441" v0="906" v1="1452" v2="1453"/>
+      <triangle index="2442" v0="1451" v1="1452" v2="2740"/>
+      <triangle index="2443" v0="910" v1="916" v2="1453"/>
+      <triangle index="2444" v0="915" v1="1453" v2="2006"/>
+      <triangle index="2445" v0="393" v1="394" v2="1454"/>
+      <triangle index="2446" v0="393" v1="1454" v2="1472"/>
+      <triangle index="2447" v0="1455" v1="1456" v2="1459"/>
+      <triangle index="2448" v0="921" v1="1455" v2="1458"/>
+      <triangle index="2449" v0="395" v1="396" v2="1456"/>
+      <triangle index="2450" v0="919" v1="1456" v2="1459"/>
+      <triangle index="2451" v0="1495" v1="2035" v2="2037"/>
+      <triangle index="2452" v0="1457" v1="2008" v2="2036"/>
+      <triangle index="2453" v0="921" v1="2012" v2="2499"/>
+      <triangle index="2454" v0="397" v1="1455" v2="1458"/>
+      <triangle index="2455" v0="919" v1="1459" v2="2036"/>
+      <triangle index="2456" v0="921" v1="1457" v2="1459"/>
+      <triangle index="2457" v0="2007" v1="2009" v2="2499"/>
+      <triangle index="2458" v0="399" v1="400" v2="2013"/>
+      <triangle index="2459" v0="1461" v1="2026" v2="2027"/>
+      <triangle index="2460" v0="1461" v1="1520" v2="2026"/>
+      <triangle index="2461" v0="402" v1="1463" v2="1468"/>
+      <triangle index="2462" v0="925" v1="926" v2="1462"/>
+      <triangle index="2463" v0="927" v1="1463" v2="1466"/>
+      <triangle index="2464" v0="402" v1="1462" v2="1468"/>
+      <triangle index="2465" v0="401" v1="402" v2="1464"/>
+      <triangle index="2466" v0="401" v1="1464" v2="1465"/>
+      <triangle index="2467" v0="400" v1="401" v2="1465"/>
+      <triangle index="2468" v0="927" v1="1463" v2="1465"/>
+      <triangle index="2469" v0="927" v1="1466" v2="2019"/>
+      <triangle index="2470" v0="587" v1="1466" v2="1467"/>
+      <triangle index="2471" v0="587" v1="1467" v2="1470"/>
+      <triangle index="2472" v0="1467" v1="1470" v2="3301"/>
+      <triangle index="2473" v0="925" v1="1462" v2="1468"/>
+      <triangle index="2474" v0="1463" v1="1466" v2="1468"/>
+      <triangle index="2475" v0="1466" v1="2019" v2="2020"/>
+      <triangle index="2476" v0="1469" v1="1470" v2="2022"/>
+      <triangle index="2477" v0="2507" v1="2508" v2="2742"/>
+      <triangle index="2478" v0="1469" v1="2742" v2="3301"/>
+      <triangle index="2479" v0="1471" v1="1475" v2="2526"/>
+      <triangle index="2480" v0="937" v1="1476" v2="1479"/>
+      <triangle index="2481" v0="392" v1="393" v2="1472"/>
+      <triangle index="2482" v0="931" v1="936" v2="1472"/>
+      <triangle index="2483" v0="486" v1="2045" v2="2046"/>
+      <triangle index="2484" v0="3019" v1="3026" v2="3027"/>
+      <triangle index="2485" v0="934" v1="938" v2="1474"/>
+      <triangle index="2486" v0="937" v1="938" v2="1476"/>
+      <triangle index="2487" v0="588" v1="1474" v2="1475"/>
+      <triangle index="2488" v0="938" v1="1474" v2="1476"/>
+      <triangle index="2489" v0="1476" v1="1478" v2="1479"/>
+      <triangle index="2490" v0="1471" v1="1475" v2="1476"/>
+      <triangle index="2491" v0="937" v1="938" v2="2593"/>
+      <triangle index="2492" v0="1477" v1="1481" v2="1483"/>
+      <triangle index="2493" v0="1477" v1="1478" v2="1493"/>
+      <triangle index="2494" v0="484" v1="1478" v2="2527"/>
+      <triangle index="2495" v0="937" v1="1481" v2="2593"/>
+      <triangle index="2496" v0="1477" v1="1478" v2="1479"/>
+      <triangle index="2497" v0="2588" v1="2602" v2="2851"/>
+      <triangle index="2498" v0="1570" v1="1573" v2="2850"/>
+      <triangle index="2499" v0="937" v1="1479" v2="1481"/>
+      <triangle index="2500" v0="1484" v1="1486" v2="2033"/>
+      <triangle index="2501" v0="1482" v1="1486" v2="1488"/>
+      <triangle index="2502" v0="1023" v1="2120" v2="2609"/>
+      <triangle index="2503" v0="1480" v1="1481" v2="2033"/>
+      <triangle index="2504" v0="1483" v1="1487" v2="1488"/>
+      <triangle index="2505" v0="2114" v1="2585" v2="3016"/>
+      <triangle index="2506" v0="2034" v1="2528" v2="2603"/>
+      <triangle index="2507" v0="1485" v1="1488" v2="1490"/>
+      <triangle index="2508" v0="1494" v1="1496" v2="2010"/>
+      <triangle index="2509" v0="1483" v1="1486" v2="2033"/>
+      <triangle index="2510" v0="1484" v1="1486" v2="2851"/>
+      <triangle index="2511" v0="1483" v1="1486" v2="1488"/>
+      <triangle index="2512" v0="1485" v1="1487" v2="1492"/>
+      <triangle index="2513" v0="1482" v1="1488" v2="1490"/>
+      <triangle index="2514" v0="1485" v1="1487" v2="1488"/>
+      <triangle index="2515" v0="1482" v1="1490" v2="3125"/>
+      <triangle index="2516" v0="2016" v1="2020" v2="2023"/>
+      <triangle index="2517" v0="1482" v1="2528" v2="3125"/>
+      <triangle index="2518" v0="1489" v1="1490" v2="2500"/>
+      <triangle index="2519" v0="1482" v1="1486" v2="2851"/>
+      <triangle index="2520" v0="489" v1="1569" v2="1575"/>
+      <triangle index="2521" v0="1485" v1="1492" v2="1496"/>
+      <triangle index="2522" v0="1495" v1="2036" v2="2037"/>
+      <triangle index="2523" v0="1477" v1="1487" v2="1493"/>
+      <triangle index="2524" v0="1487" v1="1492" v2="1493"/>
+      <triangle index="2525" v0="1494" v1="2008" v2="2010"/>
+      <triangle index="2526" v0="919" v1="2036" v2="2037"/>
+      <triangle index="2527" v0="1494" v1="1496" v2="1497"/>
+      <triangle index="2528" v0="1494" v1="2008" v2="2036"/>
+      <triangle index="2529" v0="1485" v1="1496" v2="2010"/>
+      <triangle index="2530" v0="1494" v1="1495" v2="1497"/>
+      <triangle index="2531" v0="1492" v1="1496" v2="1497"/>
+      <triangle index="2532" v0="1495" v1="1497" v2="2035"/>
+      <triangle index="2533" v0="388" v1="389" v2="1498"/>
+      <triangle index="2534" v0="388" v1="1498" v2="2041"/>
+      <triangle index="2535" v0="387" v1="2529" v2="3133"/>
+      <triangle index="2536" v0="2043" v1="2533" v2="3131"/>
+      <triangle index="2537" v0="1500" v1="2044" v2="2045"/>
+      <triangle index="2538" v0="930" v1="1500" v2="2056"/>
+      <triangle index="2539" v0="91" v1="1503" v2="2059"/>
+      <triangle index="2540" v0="2787" v1="2791" v2="2803"/>
+      <triangle index="2541" v0="90" v1="1558" v2="1560"/>
+      <triangle index="2542" v0="1017" v1="1560" v2="1562"/>
+      <triangle index="2543" v0="91" v1="1501" v2="1503"/>
+      <triangle index="2544" v0="1502" v1="1564" v2="2798"/>
+      <triangle index="2545" v0="487" v1="1506" v2="2178"/>
+      <triangle index="2546" v0="591" v1="950" v2="1504"/>
+      <triangle index="2547" v0="2136" v1="2144" v2="2146"/>
+      <triangle index="2548" v0="1032" v1="2624" v2="2862"/>
+      <triangle index="2549" v0="487" v1="1504" v2="1506"/>
+      <triangle index="2550" v0="1507" v1="1508" v2="1509"/>
+      <triangle index="2551" v0="1506" v1="1509" v2="2538"/>
+      <triangle index="2552" v0="1507" v1="1511" v2="1513"/>
+      <triangle index="2553" v0="1506" v1="1508" v2="1509"/>
+      <triangle index="2554" v0="941" v1="1507" v2="1508"/>
+      <triangle index="2555" v0="1505" v1="1509" v2="1512"/>
+      <triangle index="2556" v0="409" v1="1507" v2="1513"/>
+      <triangle index="2557" v0="1510" v1="1512" v2="1515"/>
+      <triangle index="2558" v0="2196" v1="2630" v2="2631"/>
+      <triangle index="2559" v0="1507" v1="1509" v2="1511"/>
+      <triangle index="2560" v0="1509" v1="1511" v2="1512"/>
+      <triangle index="2561" v0="1505" v1="1512" v2="1515"/>
+      <triangle index="2562" v0="1510" v1="1512" v2="1514"/>
+      <triangle index="2563" v0="1510" v1="1514" v2="2631"/>
+      <triangle index="2564" v0="410" v1="1511" v2="1513"/>
+      <triangle index="2565" v0="410" v1="411" v2="1514"/>
+      <triangle index="2566" v0="1505" v1="1509" v2="2538"/>
+      <triangle index="2567" v0="2625" v1="2862" v2="2863"/>
+      <triangle index="2568" v0="1516" v1="1518" v2="1519"/>
+      <triangle index="2569" v0="405" v1="923" v2="1521"/>
+      <triangle index="2570" v0="951" v1="953" v2="1517"/>
+      <triangle index="2571" v0="943" v1="1517" v2="1518"/>
+      <triangle index="2572" v0="943" v1="945" v2="1518"/>
+      <triangle index="2573" v0="406" v1="1518" v2="1519"/>
+      <triangle index="2574" v0="405" v1="406" v2="1519"/>
+      <triangle index="2575" v0="405" v1="1519" v2="1521"/>
+      <triangle index="2576" v0="923" v1="1520" v2="2025"/>
+      <triangle index="2577" v0="951" v1="1517" v2="1520"/>
+      <triangle index="2578" v0="923" v1="1520" v2="1521"/>
+      <triangle index="2579" v0="1516" v1="1520" v2="1521"/>
+      <triangle index="2580" v0="956" v1="2123" v2="2126"/>
+      <triangle index="2581" v0="956" v1="1522" v2="1523"/>
+      <triangle index="2582" v0="956" v1="1523" v2="1579"/>
+      <triangle index="2583" v0="1021" v1="1523" v2="1578"/>
+      <triangle index="2584" v0="80" v1="1580" v2="2465"/>
+      <triangle index="2585" v0="2122" v1="2605" v2="2606"/>
+      <triangle index="2586" v0="593" v1="964" v2="1525"/>
+      <triangle index="2587" v0="978" v1="1525" v2="1526"/>
+      <triangle index="2588" v0="970" v1="1525" v2="1526"/>
+      <triangle index="2589" v0="1526" v1="1528" v2="1529"/>
+      <triangle index="2590" v0="1531" v1="1532" v2="2062"/>
+      <triangle index="2591" v0="1533" v1="1535" v2="1538"/>
+      <triangle index="2592" v0="978" v1="1526" v2="1529"/>
+      <triangle index="2593" v0="1527" v1="1528" v2="1533"/>
+      <triangle index="2594" v0="978" v1="984" v2="2062"/>
+      <triangle index="2595" v0="488" v1="2062" v2="2065"/>
+      <triangle index="2596" v0="2759" v1="2765" v2="2767"/>
+      <triangle index="2597" v0="2815" v1="2816" v2="3006"/>
+      <triangle index="2598" v0="978" v1="1529" v2="2062"/>
+      <triangle index="2599" v0="1536" v1="1537" v2="2082"/>
+      <triangle index="2600" v0="1529" v1="1532" v2="2062"/>
+      <triangle index="2601" v0="1531" v1="1532" v2="1537"/>
+      <triangle index="2602" v0="1527" v1="1533" v2="1536"/>
+      <triangle index="2603" v0="1005" v1="1535" v2="2559"/>
+      <triangle index="2604" v0="1537" v1="2076" v2="2080"/>
+      <triangle index="2605" v0="378" v1="379" v2="3012"/>
+      <triangle index="2606" v0="1006" v1="1533" v2="1535"/>
+      <triangle index="2607" v0="1533" v1="1536" v2="1538"/>
+      <triangle index="2608" v0="1527" v1="1532" v2="1537"/>
+      <triangle index="2609" v0="1534" v1="1536" v2="1538"/>
+      <triangle index="2610" v0="1530" v1="1531" v2="2076"/>
+      <triangle index="2611" v0="1531" v1="1537" v2="2076"/>
+      <triangle index="2612" v0="2080" v1="2081" v2="2082"/>
+      <triangle index="2613" v0="1005" v1="1535" v2="1538"/>
+      <triangle index="2614" v0="2568" v1="2570" v2="2835"/>
+      <triangle index="2615" v0="1534" v1="2081" v2="2084"/>
+      <triangle index="2616" v0="1534" v1="1538" v2="2546"/>
+      <triangle index="2617" v0="996" v1="999" v2="2090"/>
+      <triangle index="2618" v0="968" v1="1528" v2="1541"/>
+      <triangle index="2619" v0="1528" v1="1533" v2="1541"/>
+      <triangle index="2620" v0="973" v1="979" v2="1543"/>
+      <triangle index="2621" v0="1547" v1="1549" v2="1551"/>
+      <triangle index="2622" v0="983" v1="989" v2="1544"/>
+      <triangle index="2623" v0="1543" v1="1545" v2="1546"/>
+      <triangle index="2624" v0="983" v1="1012" v2="1547"/>
+      <triangle index="2625" v0="1542" v1="1545" v2="1546"/>
+      <triangle index="2626" v0="1544" v1="1545" v2="1547"/>
+      <triangle index="2627" v0="1011" v1="1547" v2="1551"/>
+      <triangle index="2628" v0="101" v1="1542" v2="1546"/>
+      <triangle index="2629" v0="979" v1="1543" v2="1546"/>
+      <triangle index="2630" v0="983" v1="1544" v2="1547"/>
+      <triangle index="2631" v0="1548" v1="1549" v2="1551"/>
+      <triangle index="2632" v0="1548" v1="2549" v2="2554"/>
+      <triangle index="2633" v0="1550" v1="2087" v2="2089"/>
+      <triangle index="2634" v0="1545" v1="1547" v2="1549"/>
+      <triangle index="2635" v0="1548" v1="1549" v2="1550"/>
+      <triangle index="2636" v0="1548" v1="1550" v2="2549"/>
+      <triangle index="2637" v0="102" v1="103" v2="2089"/>
+      <triangle index="2638" v0="1011" v1="1551" v2="1555"/>
+      <triangle index="2639" v0="1551" v1="1555" v2="2555"/>
+      <triangle index="2640" v0="2102" v1="2562" v2="2563"/>
+      <triangle index="2641" v0="2092" v1="2093" v2="2096"/>
+      <triangle index="2642" v0="999" v1="1553" v2="2099"/>
+      <triangle index="2643" v0="994" v1="1008" v2="1553"/>
+      <triangle index="2644" v0="2837" v1="2838" v2="2841"/>
+      <triangle index="2645" v0="2582" v1="2843" v2="2844"/>
+      <triangle index="2646" v0="1009" v1="1555" v2="2555"/>
+      <triangle index="2647" v0="1011" v1="1015" v2="1555"/>
+      <triangle index="2648" v0="3092" v1="3096" v2="3115"/>
+      <triangle index="2649" v0="2422" v1="3053" v2="3055"/>
+      <triangle index="2650" v0="93" v1="1557" v2="2800"/>
+      <triangle index="2651" v0="1016" v1="2069" v2="2073"/>
+      <triangle index="2652" v0="1558" v1="1559" v2="2113"/>
+      <triangle index="2653" v0="1017" v1="1558" v2="1560"/>
+      <triangle index="2654" v0="88" v1="1018" v2="1561"/>
+      <triangle index="2655" v0="1561" v1="1565" v2="1566"/>
+      <triangle index="2656" v0="1017" v1="1562" v2="1572"/>
+      <triangle index="2657" v0="1502" v1="1560" v2="2059"/>
+      <triangle index="2658" v0="596" v1="1561" v2="1566"/>
+      <triangle index="2659" v0="88" v1="1559" v2="1561"/>
+      <triangle index="2660" v0="1567" v1="2799" v2="2847"/>
+      <triangle index="2661" v0="1502" v1="1560" v2="1564"/>
+      <triangle index="2662" v0="1563" v1="1566" v2="1568"/>
+      <triangle index="2663" v0="1573" v1="2595" v2="2604"/>
+      <triangle index="2664" v0="1562" v1="1564" v2="1567"/>
+      <triangle index="2665" v0="1567" v1="2798" v2="2799"/>
+      <triangle index="2666" v0="1563" v1="1565" v2="1570"/>
+      <triangle index="2667" v0="1017" v1="1559" v2="1574"/>
+      <triangle index="2668" v0="596" v1="1566" v2="1568"/>
+      <triangle index="2669" v0="1563" v1="1565" v2="1566"/>
+      <triangle index="2670" v0="595" v1="1562" v2="2583"/>
+      <triangle index="2671" v0="1562" v1="2583" v2="2584"/>
+      <triangle index="2672" v0="596" v1="1018" v2="2115"/>
+      <triangle index="2673" v0="489" v1="1568" v2="2118"/>
+      <triangle index="2674" v0="489" v1="1568" v2="1569"/>
+      <triangle index="2675" v0="596" v1="1568" v2="2115"/>
+      <triangle index="2676" v0="1563" v1="1570" v2="1573"/>
+      <triangle index="2677" v0="595" v1="1570" v2="1572"/>
+      <triangle index="2678" v0="1563" v1="1573" v2="2604"/>
+      <triangle index="2679" v0="1484" v1="2033" v2="2589"/>
+      <triangle index="2680" v0="595" v1="1562" v2="1572"/>
+      <triangle index="2681" v0="1017" v1="1572" v2="1574"/>
+      <triangle index="2682" v0="1563" v1="1568" v2="2118"/>
+      <triangle index="2683" v0="1571" v1="1573" v2="2849"/>
+      <triangle index="2684" v0="1559" v1="1565" v2="1574"/>
+      <triangle index="2685" v0="1565" v1="1572" v2="1574"/>
+      <triangle index="2686" v0="2132" v1="2133" v2="2141"/>
+      <triangle index="2687" v0="2596" v1="2598" v2="2600"/>
+      <triangle index="2688" v0="1019" v1="1020" v2="1576"/>
+      <triangle index="2689" v0="597" v1="1569" v2="1576"/>
+      <triangle index="2690" v0="86" v1="1020" v2="1577"/>
+      <triangle index="2691" v0="1018" v1="1019" v2="1577"/>
+      <triangle index="2692" v0="84" v1="1523" v2="1578"/>
+      <triangle index="2693" v0="1021" v1="1022" v2="1578"/>
+      <triangle index="2694" v0="956" v1="1579" v2="2121"/>
+      <triangle index="2695" v0="592" v1="2141" v2="2615"/>
+      <triangle index="2696" v0="79" v1="1580" v2="1581"/>
+      <triangle index="2697" v0="1024" v1="2463" v2="2465"/>
+      <triangle index="2698" v0="1895" v1="1896" v2="1897"/>
+      <triangle index="2699" v0="1581" v1="1896" v2="1897"/>
+      <triangle index="2700" v0="417" v1="1582" v2="1583"/>
+      <triangle index="2701" v0="1025" v1="1582" v2="1593"/>
+      <triangle index="2702" v0="416" v1="417" v2="1583"/>
+      <triangle index="2703" v0="1025" v1="1028" v2="1583"/>
+      <triangle index="2704" v0="414" v1="1036" v2="1584"/>
+      <triangle index="2705" v0="1027" v1="1029" v2="1584"/>
+      <triangle index="2706" v0="600" v1="1030" v2="1587"/>
+      <triangle index="2707" v0="599" v1="1585" v2="2184"/>
+      <triangle index="2708" v0="2185" v1="2626" v2="2627"/>
+      <triangle index="2709" v0="1585" v1="1586" v2="2186"/>
+      <triangle index="2710" v0="490" v1="1030" v2="2626"/>
+      <triangle index="2711" v0="1585" v1="1586" v2="1587"/>
+      <triangle index="2712" v0="1588" v1="2194" v2="2195"/>
+      <triangle index="2713" v0="412" v1="2195" v2="2196"/>
+      <triangle index="2714" v0="1036" v1="1589" v2="2194"/>
+      <triangle index="2715" v0="1032" v1="1588" v2="1589"/>
+      <triangle index="2716" v0="2161" v1="2163" v2="2165"/>
+      <triangle index="2717" v0="1505" v1="2538" v2="2619"/>
+      <triangle index="2718" v0="419" v1="1591" v2="1592"/>
+      <triangle index="2719" v0="1040" v1="1041" v2="1591"/>
+      <triangle index="2720" v0="418" v1="1582" v2="1593"/>
+      <triangle index="2721" v0="1025" v1="1594" v2="1596"/>
+      <triangle index="2722" v0="1025" v1="1594" v2="2184"/>
+      <triangle index="2723" v0="418" v1="1592" v2="1593"/>
+      <triangle index="2724" v0="1598" v1="1599" v2="1601"/>
+      <triangle index="2725" v0="1041" v1="1592" v2="1595"/>
+      <triangle index="2726" v0="1594" v1="1595" v2="1599"/>
+      <triangle index="2727" v0="601" v1="1041" v2="1598"/>
+      <triangle index="2728" v0="1025" v1="1593" v2="1596"/>
+      <triangle index="2729" v0="1594" v1="1595" v2="1596"/>
+      <triangle index="2730" v0="1594" v1="2184" v2="2629"/>
+      <triangle index="2731" v0="599" v1="2192" v2="2193"/>
+      <triangle index="2732" v0="1595" v1="1598" v2="1599"/>
+      <triangle index="2733" v0="1597" v1="1601" v2="2198"/>
+      <triangle index="2734" v0="1594" v1="1599" v2="2629"/>
+      <triangle index="2735" v0="1597" v1="1599" v2="1601"/>
+      <triangle index="2736" v0="1600" v1="1603" v2="1604"/>
+      <triangle index="2737" v0="601" v1="1598" v2="1600"/>
+      <triangle index="2738" v0="491" v1="1600" v2="1601"/>
+      <triangle index="2739" v0="1598" v1="1600" v2="1601"/>
+      <triangle index="2740" v0="1602" v1="1604" v2="1606"/>
+      <triangle index="2741" v0="1612" v1="1613" v2="1620"/>
+      <triangle index="2742" v0="1602" v1="1603" v2="2208"/>
+      <triangle index="2743" v0="601" v1="1042" v2="1603"/>
+      <triangle index="2744" v0="1607" v1="1609" v2="2197"/>
+      <triangle index="2745" v0="1602" v1="1603" v2="1604"/>
+      <triangle index="2746" v0="491" v1="1601" v2="2198"/>
+      <triangle index="2747" v0="1931" v1="1937" v2="1939"/>
+      <triangle index="2748" v0="491" v1="1604" v2="2197"/>
+      <triangle index="2749" v0="1606" v1="1609" v2="1611"/>
+      <triangle index="2750" v0="599" v1="2186" v2="2192"/>
+      <triangle index="2751" v0="2472" v1="2474" v2="2476"/>
+      <triangle index="2752" v0="1608" v1="1930" v2="1932"/>
+      <triangle index="2753" v0="602" v1="1929" v2="1930"/>
+      <triangle index="2754" v0="1606" v1="1609" v2="2197"/>
+      <triangle index="2755" v0="1607" v1="1609" v2="1936"/>
+      <triangle index="2756" v0="1608" v1="1612" v2="1930"/>
+      <triangle index="2757" v0="1608" v1="1610" v2="1612"/>
+      <triangle index="2758" v0="1605" v1="1611" v2="1933"/>
+      <triangle index="2759" v0="1608" v1="1610" v2="1611"/>
+      <triangle index="2760" v0="602" v1="1322" v2="1614"/>
+      <triangle index="2761" v0="602" v1="1612" v2="1613"/>
+      <triangle index="2762" v0="1615" v1="1616" v2="1617"/>
+      <triangle index="2763" v0="1616" v1="1619" v2="1620"/>
+      <triangle index="2764" v0="1318" v1="1322" v2="1614"/>
+      <triangle index="2765" v0="1043" v1="1613" v2="1614"/>
+      <triangle index="2766" v0="422" v1="423" v2="2204"/>
+      <triangle index="2767" v0="1042" v1="1603" v2="2208"/>
+      <triangle index="2768" v0="1043" v1="1616" v2="1617"/>
+      <triangle index="2769" v0="1615" v1="1616" v2="1619"/>
+      <triangle index="2770" v0="1043" v1="1617" v2="1618"/>
+      <triangle index="2771" v0="424" v1="1617" v2="2203"/>
+      <triangle index="2772" v0="1043" v1="1318" v2="2206"/>
+      <triangle index="2773" v0="1318" v1="1320" v2="2206"/>
+      <triangle index="2774" v0="1610" v1="1612" v2="1620"/>
+      <triangle index="2775" v0="1615" v1="1619" v2="2205"/>
+      <triangle index="2776" v0="1613" v1="1616" v2="1620"/>
+      <triangle index="2777" v0="1610" v1="1619" v2="1620"/>
+      <triangle index="2778" v0="421" v1="1040" v2="1621"/>
+      <triangle index="2779" v0="1042" v1="1621" v2="2204"/>
+      <triangle index="2780" v0="282" v1="1044" v2="1622"/>
+      <triangle index="2781" v0="612" v1="1045" v2="1622"/>
+      <triangle index="2782" v0="159" v1="1066" v2="1623"/>
+      <triangle index="2783" v0="1064" v1="1065" v2="1623"/>
+      <triangle index="2784" v0="1067" v1="1625" v2="3296"/>
+      <triangle index="2785" v0="1624" v1="1625" v2="1626"/>
+      <triangle index="2786" v0="1118" v1="1123" v2="1625"/>
+      <triangle index="2787" v0="1071" v1="1625" v2="1626"/>
+      <triangle index="2788" v0="1071" v1="1626" v2="1627"/>
+      <triangle index="2789" v0="163" v1="1624" v2="1626"/>
+      <triangle index="2790" v0="1071" v1="1123" v2="1631"/>
+      <triangle index="2791" v0="164" v1="1627" v2="1629"/>
+      <triangle index="2792" v0="1630" v1="1632" v2="2210"/>
+      <triangle index="2793" v0="164" v1="165" v2="1629"/>
+      <triangle index="2794" v0="1627" v1="1628" v2="2210"/>
+      <triangle index="2795" v0="1627" v1="1629" v2="2210"/>
+      <triangle index="2796" v0="1124" v1="1628" v2="1632"/>
+      <triangle index="2797" v0="2300" v1="2301" v2="2302"/>
+      <triangle index="2798" v0="1124" v1="1628" v2="1631"/>
+      <triangle index="2799" v0="1071" v1="1628" v2="1631"/>
+      <triangle index="2800" v0="1124" v1="1632" v2="2212"/>
+      <triangle index="2801" v0="1113" v1="1716" v2="2291"/>
+      <triangle index="2802" v0="157" v1="1633" v2="1634"/>
+      <triangle index="2803" v0="1069" v1="1070" v2="1633"/>
+      <triangle index="2804" v0="155" v1="156" v2="1635"/>
+      <triangle index="2805" v0="1634" v1="1635" v2="1638"/>
+      <triangle index="2806" v0="155" v1="1635" v2="1637"/>
+      <triangle index="2807" v0="1134" v1="1638" v2="1639"/>
+      <triangle index="2808" v0="1636" v1="1648" v2="1654"/>
+      <triangle index="2809" v0="1069" v1="1634" v2="1636"/>
+      <triangle index="2810" v0="155" v1="1135" v2="1637"/>
+      <triangle index="2811" v0="1134" v1="1637" v2="1638"/>
+      <triangle index="2812" v0="1635" v1="1637" v2="1638"/>
+      <triangle index="2813" v0="631" v1="1636" v2="1638"/>
+      <triangle index="2814" v0="1134" v1="1135" v2="1641"/>
+      <triangle index="2815" v0="1639" v1="1641" v2="1644"/>
+      <triangle index="2816" v0="631" v1="1639" v2="1651"/>
+      <triangle index="2817" v0="1722" v1="1724" v2="1731"/>
+      <triangle index="2818" v0="630" v1="1641" v2="1642"/>
+      <triangle index="2819" v0="1641" v1="1642" v2="1644"/>
+      <triangle index="2820" v0="1643" v1="1645" v2="1646"/>
+      <triangle index="2821" v0="500" v1="1642" v2="1644"/>
+      <triangle index="2822" v0="152" v1="1132" v2="2306"/>
+      <triangle index="2823" v0="2223" v1="2229" v2="2254"/>
+      <triangle index="2824" v0="1746" v1="1747" v2="2296"/>
+      <triangle index="2825" v0="1644" v1="1651" v2="2295"/>
+      <triangle index="2826" v0="630" v1="1642" v2="1646"/>
+      <triangle index="2827" v0="1643" v1="1645" v2="1647"/>
+      <triangle index="2828" v0="1642" v1="1645" v2="1646"/>
+      <triangle index="2829" v0="630" v1="1132" v2="1646"/>
+      <triangle index="2830" v0="1643" v1="1768" v2="2307"/>
+      <triangle index="2831" v0="1139" v1="2217" v2="2218"/>
+      <triangle index="2832" v0="631" v1="1636" v2="1654"/>
+      <triangle index="2833" v0="496" v1="1650" v2="1655"/>
+      <triangle index="2834" v0="1069" v1="1070" v2="1649"/>
+      <triangle index="2835" v0="1640" v1="1648" v2="1656"/>
+      <triangle index="2836" v0="1648" v1="1649" v2="1656"/>
+      <triangle index="2837" v0="1650" v1="1656" v2="1737"/>
+      <triangle index="2838" v0="1639" v1="1644" v2="1651"/>
+      <triangle index="2839" v0="1644" v1="1743" v2="2295"/>
+      <triangle index="2840" v0="1739" v1="1745" v2="1749"/>
+      <triangle index="2841" v0="629" v1="1719" v2="1730"/>
+      <triangle index="2842" v0="1653" v1="1738" v2="2295"/>
+      <triangle index="2843" v0="1648" v1="1654" v2="2213"/>
+      <triangle index="2844" v0="631" v1="1653" v2="1654"/>
+      <triangle index="2845" v0="1653" v1="1654" v2="2213"/>
+      <triangle index="2846" v0="496" v1="1655" v2="3294"/>
+      <triangle index="2847" v0="622" v1="1065" v2="1655"/>
+      <triangle index="2848" v0="1735" v1="1736" v2="1737"/>
+      <triangle index="2849" v0="1649" v1="1650" v2="1656"/>
+      <triangle index="2850" v0="331" v1="1657" v2="2285"/>
+      <triangle index="2851" v0="1073" v1="1074" v2="1657"/>
+      <triangle index="2852" v0="1075" v1="1658" v2="3302"/>
+      <triangle index="2853" v0="1658" v1="1671" v2="1672"/>
+      <triangle index="2854" v0="1659" v1="1661" v2="1662"/>
+      <triangle index="2855" v0="339" v1="340" v2="2636"/>
+      <triangle index="2856" v0="337" v1="1088" v2="1660"/>
+      <triangle index="2857" v0="1087" v1="1660" v2="1661"/>
+      <triangle index="2858" v0="1087" v1="1093" v2="1663"/>
+      <triangle index="2859" v0="1659" v1="1661" v2="2214"/>
+      <triangle index="2860" v0="1662" v1="1663" v2="1668"/>
+      <triangle index="2861" v0="1666" v1="1667" v2="2280"/>
+      <triangle index="2862" v0="629" v1="1093" v2="1663"/>
+      <triangle index="2863" v0="1661" v1="1662" v2="1663"/>
+      <triangle index="2864" v0="1116" v1="1719" v2="1721"/>
+      <triangle index="2865" v0="1652" v1="1733" v2="1742"/>
+      <triangle index="2866" v0="634" v1="2219" v2="2220"/>
+      <triangle index="2867" v0="1139" v1="1774" v2="2218"/>
+      <triangle index="2868" v0="1721" v1="1729" v2="1730"/>
+      <triangle index="2869" v0="1666" v1="2280" v2="2292"/>
+      <triangle index="2870" v0="1662" v1="1667" v2="1668"/>
+      <triangle index="2871" v0="1665" v1="1667" v2="2216"/>
+      <triangle index="2872" v0="629" v1="1668" v2="1730"/>
+      <triangle index="2873" v0="1666" v1="1667" v2="1668"/>
+      <triangle index="2874" v0="1082" v1="1086" v2="1669"/>
+      <triangle index="2875" v0="1091" v1="1095" v2="1669"/>
+      <triangle index="2876" v0="1079" v1="1658" v2="1671"/>
+      <triangle index="2877" v0="1079" v1="1670" v2="1671"/>
+      <triangle index="2878" v0="1658" v1="1672" v2="1697"/>
+      <triangle index="2879" v0="1673" v1="2281" v2="2282"/>
+      <triangle index="2880" v0="497" v1="1672" v2="1675"/>
+      <triangle index="2881" v0="1108" v1="1109" v2="2282"/>
+      <triangle index="2882" v0="1671" v1="1672" v2="1673"/>
+      <triangle index="2883" v0="1672" v1="1673" v2="1676"/>
+      <triangle index="2884" v0="1680" v1="1682" v2="1687"/>
+      <triangle index="2885" v0="1677" v1="1678" v2="1683"/>
+      <triangle index="2886" v0="497" v1="1675" v2="1684"/>
+      <triangle index="2887" v0="1674" v1="1676" v2="1679"/>
+      <triangle index="2888" v0="1109" v1="1676" v2="2282"/>
+      <triangle index="2889" v0="1672" v1="1675" v2="1676"/>
+      <triangle index="2890" v0="1106" v1="1109" v2="1677"/>
+      <triangle index="2891" v0="1677" v1="1678" v2="1679"/>
+      <triangle index="2892" v0="1674" v1="1678" v2="1682"/>
+      <triangle index="2893" v0="1757" v1="1758" v2="2303"/>
+      <triangle index="2894" v0="1109" v1="1676" v2="1679"/>
+      <triangle index="2895" v0="1674" v1="1678" v2="1679"/>
+      <triangle index="2896" v0="1674" v1="1682" v2="1684"/>
+      <triangle index="2897" v0="1680" v1="1685" v2="1686"/>
+      <triangle index="2898" v0="626" v1="1677" v2="1683"/>
+      <triangle index="2899" v0="1678" v1="1682" v2="1685"/>
+      <triangle index="2900" v0="1674" v1="1675" v2="1684"/>
+      <triangle index="2901" v0="1680" v1="1682" v2="1685"/>
+      <triangle index="2902" v0="1678" v1="1681" v2="1683"/>
+      <triangle index="2903" v0="1681" v1="1683" v2="1758"/>
+      <triangle index="2904" v0="1688" v1="1689" v2="1690"/>
+      <triangle index="2905" v0="1403" v1="1707" v2="1708"/>
+      <triangle index="2906" v0="1680" v1="1686" v2="1696"/>
+      <triangle index="2907" v0="1681" v1="1685" v2="2283"/>
+      <triangle index="2908" v0="1712" v1="1756" v2="1763"/>
+      <triangle index="2909" v0="1127" v1="2283" v2="2303"/>
+      <triangle index="2910" v0="1682" v1="1684" v2="1687"/>
+      <triangle index="2911" v0="1689" v1="1690" v2="1692"/>
+      <triangle index="2912" v0="497" v1="1684" v2="1693"/>
+      <triangle index="2913" v0="1688" v1="1690" v2="1698"/>
+      <triangle index="2914" v0="1684" v1="1687" v2="1692"/>
+      <triangle index="2915" v0="1688" v1="1689" v2="1691"/>
+      <triangle index="2916" v0="1690" v1="1692" v2="1693"/>
+      <triangle index="2917" v0="1690" v1="1698" v2="1699"/>
+      <triangle index="2918" v0="1688" v1="1701" v2="1702"/>
+      <triangle index="2919" v0="1691" v1="1707" v2="1708"/>
+      <triangle index="2920" v0="1687" v1="1689" v2="1692"/>
+      <triangle index="2921" v0="1684" v1="1692" v2="1693"/>
+      <triangle index="2922" v0="497" v1="1694" v2="1697"/>
+      <triangle index="2923" v0="497" v1="1693" v2="1694"/>
+      <triangle index="2924" v0="625" v1="1074" v2="1703"/>
+      <triangle index="2925" v0="1699" v1="1703" v2="1704"/>
+      <triangle index="2926" v0="330" v1="331" v2="2284"/>
+      <triangle index="2927" v0="2286" v1="2644" v2="2648"/>
+      <triangle index="2928" v0="575" v1="1691" v2="1696"/>
+      <triangle index="2929" v0="575" v1="1696" v2="1763"/>
+      <triangle index="2930" v0="497" v1="1672" v2="1697"/>
+      <triangle index="2931" v0="1658" v1="1697" v2="3302"/>
+      <triangle index="2932" v0="1690" v1="1693" v2="1699"/>
+      <triangle index="2933" v0="1698" v1="1701" v2="2891"/>
+      <triangle index="2934" v0="1694" v1="1699" v2="1703"/>
+      <triangle index="2935" v0="1695" v1="1698" v2="1699"/>
+      <triangle index="2936" v0="2286" v1="2648" v2="2889"/>
+      <triangle index="2937" v0="1706" v1="1710" v2="2289"/>
+      <triangle index="2938" v0="1695" v1="1698" v2="2891"/>
+      <triangle index="2939" v0="1700" v1="1701" v2="1711"/>
+      <triangle index="2940" v0="1701" v1="1702" v2="1711"/>
+      <triangle index="2941" v0="1403" v1="1707" v2="1710"/>
+      <triangle index="2942" v0="625" v1="1694" v2="1703"/>
+      <triangle index="2943" v0="1073" v1="1703" v2="1704"/>
+      <triangle index="2944" v0="331" v1="2284" v2="2285"/>
+      <triangle index="2945" v0="1695" v1="1699" v2="1704"/>
+      <triangle index="2946" v0="2286" v1="2644" v2="2645"/>
+      <triangle index="2947" v0="1704" v1="1705" v2="2890"/>
+      <triangle index="2948" v0="1706" v1="1711" v2="2647"/>
+      <triangle index="2949" v0="480" v1="1409" v2="2289"/>
+      <triangle index="2950" v0="1691" v1="1702" v2="1707"/>
+      <triangle index="2951" v0="1702" v1="1707" v2="1710"/>
+      <triangle index="2952" v0="1403" v1="1708" v2="1709"/>
+      <triangle index="2953" v0="575" v1="1691" v2="1708"/>
+      <triangle index="2954" v0="812" v1="1403" v2="1713"/>
+      <triangle index="2955" v0="171" v1="1420" v2="1714"/>
+      <triangle index="2956" v0="1702" v1="1710" v2="1711"/>
+      <triangle index="2957" v0="480" v1="1403" v2="1710"/>
+      <triangle index="2958" v0="1700" v1="1711" v2="2647"/>
+      <triangle index="2959" v0="1706" v1="1710" v2="1711"/>
+      <triangle index="2960" v0="813" v1="1712" v2="1756"/>
+      <triangle index="2961" v0="575" v1="1708" v2="1712"/>
+      <triangle index="2962" v0="806" v1="812" v2="1713"/>
+      <triangle index="2963" v0="171" v1="172" v2="1715"/>
+      <triangle index="2964" v0="1709" v1="1713" v2="1714"/>
+      <triangle index="2965" v0="806" v1="1713" v2="2290"/>
+      <triangle index="2966" v0="1713" v1="1714" v2="2290"/>
+      <triangle index="2967" v0="1402" v1="1715" v2="2290"/>
+      <triangle index="2968" v0="1104" v1="1105" v2="1716"/>
+      <triangle index="2969" v0="1106" v1="1108" v2="1716"/>
+      <triangle index="2970" v0="1681" v1="2283" v2="2303"/>
+      <triangle index="2971" v0="1717" v1="2212" v2="2301"/>
+      <triangle index="2972" v0="1090" v1="1115" v2="1718"/>
+      <triangle index="2973" v0="1116" v1="1718" v2="1719"/>
+      <triangle index="2974" v0="1095" v1="1718" v2="1719"/>
+      <triangle index="2975" v0="1116" v1="1721" v2="1722"/>
+      <triangle index="2976" v0="1720" v1="1726" v2="1733"/>
+      <triangle index="2977" v0="1664" v1="2280" v2="2292"/>
+      <triangle index="2978" v0="1116" v1="1722" v2="1727"/>
+      <triangle index="2979" v0="1721" v1="1724" v2="1729"/>
+      <triangle index="2980" v0="1722" v1="1727" v2="1734"/>
+      <triangle index="2981" v0="1652" v1="1732" v2="1733"/>
+      <triangle index="2982" v0="1720" v1="1733" v2="1750"/>
+      <triangle index="2983" v0="1666" v1="1668" v2="1730"/>
+      <triangle index="2984" v0="1721" v1="1722" v2="1724"/>
+      <triangle index="2985" v0="1724" v1="1726" v2="1731"/>
+      <triangle index="2986" v0="1728" v1="1731" v2="1740"/>
+      <triangle index="2987" v0="1725" v1="1735" v2="1736"/>
+      <triangle index="2988" v0="1725" v1="1726" v2="1732"/>
+      <triangle index="2989" v0="1726" v1="1732" v2="1733"/>
+      <triangle index="2990" v0="1115" v1="1116" v2="1727"/>
+      <triangle index="2991" v0="1111" v1="1727" v2="1734"/>
+      <triangle index="2992" v0="1728" v1="1734" v2="2294"/>
+      <triangle index="2993" v0="1126" v1="1736" v2="1740"/>
+      <triangle index="2994" v0="1720" v1="1729" v2="1750"/>
+      <triangle index="2995" v0="1723" v1="1729" v2="1730"/>
+      <triangle index="2996" v0="1719" v1="1721" v2="1730"/>
+      <triangle index="2997" v0="1666" v1="1723" v2="1730"/>
+      <triangle index="2998" v0="1722" v1="1731" v2="1734"/>
+      <triangle index="2999" v0="1725" v1="1726" v2="1731"/>
+      <triangle index="3000" v0="1725" v1="1732" v2="1735"/>
+      <triangle index="3001" v0="1640" v1="1738" v2="2213"/>
+      <triangle index="3002" v0="500" v1="1746" v2="1747"/>
+      <triangle index="3003" v0="1742" v1="1749" v2="1750"/>
+      <triangle index="3004" v0="1111" v1="1734" v2="2294"/>
+      <triangle index="3005" v0="1728" v1="1731" v2="1734"/>
+      <triangle index="3006" v0="1725" v1="1736" v2="1740"/>
+      <triangle index="3007" v0="1640" v1="1732" v2="1735"/>
+      <triangle index="3008" v0="1126" v1="1736" v2="1741"/>
+      <triangle index="3009" v0="496" v1="1650" v2="1737"/>
+      <triangle index="3010" v0="1640" v1="1656" v2="1737"/>
+      <triangle index="3011" v0="1736" v1="1737" v2="1741"/>
+      <triangle index="3012" v0="1652" v1="1732" v2="1738"/>
+      <triangle index="3013" v0="1640" v1="1732" v2="1738"/>
+      <triangle index="3014" v0="1748" v1="2274" v2="2296"/>
+      <triangle index="3015" v0="1723" v1="1729" v2="1750"/>
+      <triangle index="3016" v0="1725" v1="1731" v2="1740"/>
+      <triangle index="3017" v0="1126" v1="1728" v2="1740"/>
+      <triangle index="3018" v0="1114" v1="1126" v2="1741"/>
+      <triangle index="3019" v0="496" v1="1737" v2="1741"/>
+      <triangle index="3020" v0="1652" v1="1742" v2="1743"/>
+      <triangle index="3021" v0="1742" v1="1745" v2="1749"/>
+      <triangle index="3022" v0="1652" v1="1738" v2="2295"/>
+      <triangle index="3023" v0="500" v1="1644" v2="1746"/>
+      <triangle index="3024" v0="2267" v1="2274" v2="2639"/>
+      <triangle index="3025" v0="1664" v1="2266" v2="2293"/>
+      <triangle index="3026" v0="1742" v1="1743" v2="1745"/>
+      <triangle index="3027" v0="1743" v1="1745" v2="1746"/>
+      <triangle index="3028" v0="1644" v1="1743" v2="1746"/>
+      <triangle index="3029" v0="500" v1="1645" v2="1747"/>
+      <triangle index="3030" v0="1647" v1="1747" v2="1748"/>
+      <triangle index="3031" v0="1745" v1="1746" v2="2296"/>
+      <triangle index="3032" v0="2233" v1="2239" v2="2261"/>
+      <triangle index="3033" v0="2259" v1="2260" v2="2265"/>
+      <triangle index="3034" v0="1739" v1="1749" v2="2267"/>
+      <triangle index="3035" v0="1744" v1="1749" v2="1750"/>
+      <triangle index="3036" v0="1733" v1="1742" v2="1750"/>
+      <triangle index="3037" v0="1744" v1="1750" v2="2293"/>
+      <triangle index="3038" v0="1113" v1="1751" v2="2212"/>
+      <triangle index="3039" v0="624" v1="1124" v2="1751"/>
+      <triangle index="3040" v0="167" v1="168" v2="2297"/>
+      <triangle index="3041" v0="1755" v1="1759" v2="2283"/>
+      <triangle index="3042" v0="166" v1="2634" v2="2635"/>
+      <triangle index="3043" v0="1752" v1="1753" v2="1760"/>
+      <triangle index="3044" v0="626" v1="1717" v2="2298"/>
+      <triangle index="3045" v0="1686" v1="1756" v2="1763"/>
+      <triangle index="3046" v0="169" v1="1753" v2="1760"/>
+      <triangle index="3047" v0="813" v1="1420" v2="1761"/>
+      <triangle index="3048" v0="1686" v1="1755" v2="1756"/>
+      <triangle index="3049" v0="168" v1="1752" v2="1757"/>
+      <triangle index="3050" v0="1754" v1="1757" v2="1758"/>
+      <triangle index="3051" v0="1754" v1="2211" v2="2299"/>
+      <triangle index="3052" v0="626" v1="1683" v2="1758"/>
+      <triangle index="3053" v0="1127" v1="1759" v2="2283"/>
+      <triangle index="3054" v0="1755" v1="1759" v2="1760"/>
+      <triangle index="3055" v0="1752" v1="1759" v2="1760"/>
+      <triangle index="3056" v0="1755" v1="1756" v2="1761"/>
+      <triangle index="3057" v0="169" v1="1760" v2="1762"/>
+      <triangle index="3058" v0="1755" v1="1760" v2="1761"/>
+      <triangle index="3059" v0="1686" v1="1696" v2="1763"/>
+      <triangle index="3060" v0="170" v1="1761" v2="1762"/>
+      <triangle index="3061" v0="575" v1="1712" v2="1763"/>
+      <triangle index="3062" v0="3088" v1="3096" v2="3097"/>
+      <triangle index="3063" v0="1014" v1="2104" v2="2112"/>
+      <triangle index="3064" v0="1014" v1="3114" v2="3116"/>
+      <triangle index="3065" v0="3142" v1="3191" v2="3193"/>
+      <triangle index="3066" v0="150" v1="1776" v2="2654"/>
+      <triangle index="3067" v0="149" v1="150" v2="1777"/>
+      <triangle index="3068" v0="1132" v1="1646" v2="1767"/>
+      <triangle index="3069" v0="1766" v1="1767" v2="2653"/>
+      <triangle index="3070" v0="150" v1="2654" v2="2655"/>
+      <triangle index="3071" v0="2261" v1="2263" v2="2268"/>
+      <triangle index="3072" v0="139" v1="1769" v2="1817"/>
+      <triangle index="3073" v0="1136" v1="1769" v2="1770"/>
+      <triangle index="3074" v0="1136" v1="1818" v2="1819"/>
+      <triangle index="3075" v0="1770" v1="2311" v2="2312"/>
+      <triangle index="3076" v0="141" v1="142" v2="2311"/>
+      <triangle index="3077" v0="1137" v1="2325" v2="2330"/>
+      <triangle index="3078" v0="346" v1="347" v2="1772"/>
+      <triangle index="3079" v0="346" v1="1138" v2="1772"/>
+      <triangle index="3080" v0="1773" v1="1825" v2="1826"/>
+      <triangle index="3081" v0="1773" v1="1830" v2="1832"/>
+      <triangle index="3082" v0="340" v1="2218" v2="2636"/>
+      <triangle index="3083" v0="1139" v1="2224" v2="2228"/>
+      <triangle index="3084" v0="1775" v1="2875" v2="2878"/>
+      <triangle index="3085" v0="1140" v1="1777" v2="2869"/>
+      <triangle index="3086" v0="2640" v1="2870" v2="2872"/>
+      <triangle index="3087" v0="1767" v1="1768" v2="2653"/>
+      <triangle index="3088" v0="1140" v1="1775" v2="1777"/>
+      <triangle index="3089" v0="150" v1="1776" v2="1777"/>
+      <triangle index="3090" v0="1781" v1="1782" v2="2347"/>
+      <triangle index="3091" v0="637" v1="1207" v2="1780"/>
+      <triangle index="3092" v0="132" v1="1209" v2="1779"/>
+      <triangle index="3093" v0="1778" v1="1779" v2="1780"/>
+      <triangle index="3094" v0="1142" v1="1207" v2="1780"/>
+      <triangle index="3095" v0="1778" v1="1780" v2="1782"/>
+      <triangle index="3096" v0="1778" v1="2346" v2="2347"/>
+      <triangle index="3097" v0="1781" v1="1796" v2="1798"/>
+      <triangle index="3098" v0="1778" v1="1782" v2="2347"/>
+      <triangle index="3099" v0="1781" v1="1782" v2="1796"/>
+      <triangle index="3100" v0="1138" v1="1783" v2="2350"/>
+      <triangle index="3101" v0="633" v1="1138" v2="2351"/>
+      <triangle index="3102" v0="1161" v1="1784" v2="1785"/>
+      <triangle index="3103" v0="1784" v1="1785" v2="1786"/>
+      <triangle index="3104" v0="1161" v1="1785" v2="1821"/>
+      <triangle index="3105" v0="1196" v1="1202" v2="1785"/>
+      <triangle index="3106" v0="1196" v1="1786" v2="1787"/>
+      <triangle index="3107" v0="1784" v1="1786" v2="1792"/>
+      <triangle index="3108" v0="1196" v1="1207" v2="1787"/>
+      <triangle index="3109" v0="637" v1="1207" v2="1793"/>
+      <triangle index="3110" v0="1788" v1="2355" v2="2657"/>
+      <triangle index="3111" v0="354" v1="2669" v2="2670"/>
+      <triangle index="3112" v0="1166" v1="1168" v2="1789"/>
+      <triangle index="3113" v0="1152" v1="1171" v2="1789"/>
+      <triangle index="3114" v0="1164" v1="1790" v2="1791"/>
+      <triangle index="3115" v0="1791" v1="1795" v2="1797"/>
+      <triangle index="3116" v0="1164" v1="1791" v2="1792"/>
+      <triangle index="3117" v0="1794" v1="1795" v2="1796"/>
+      <triangle index="3118" v0="1164" v1="1784" v2="1792"/>
+      <triangle index="3119" v0="1786" v1="1787" v2="1793"/>
+      <triangle index="3120" v0="637" v1="1791" v2="1793"/>
+      <triangle index="3121" v0="1791" v1="1792" v2="1793"/>
+      <triangle index="3122" v0="2385" v1="2686" v2="2689"/>
+      <triangle index="3123" v0="1790" v1="1791" v2="1797"/>
+      <triangle index="3124" v0="637" v1="1795" v2="1796"/>
+      <triangle index="3125" v0="1794" v1="1795" v2="1797"/>
+      <triangle index="3126" v0="637" v1="1780" v2="1796"/>
+      <triangle index="3127" v0="1781" v1="1798" v2="2348"/>
+      <triangle index="3128" v0="1794" v1="1797" v2="1800"/>
+      <triangle index="3129" v0="1172" v1="1790" v2="1797"/>
+      <triangle index="3130" v0="642" v1="2688" v2="2689"/>
+      <triangle index="3131" v0="1794" v1="1796" v2="1798"/>
+      <triangle index="3132" v0="1166" v1="2358" v2="2359"/>
+      <triangle index="3133" v0="1172" v1="1797" v2="1800"/>
+      <triangle index="3134" v0="1794" v1="1800" v2="2688"/>
+      <triangle index="3135" v0="1799" v1="1800" v2="2359"/>
+      <triangle index="3136" v0="1173" v1="1176" v2="2373"/>
+      <triangle index="3137" v0="2360" v1="2362" v2="2371"/>
+      <triangle index="3138" v0="119" v1="120" v2="1802"/>
+      <triangle index="3139" v0="119" v1="1802" v2="2382"/>
+      <triangle index="3140" v0="117" v1="3182" v2="3186"/>
+      <triangle index="3141" v0="3182" v1="3188" v2="3189"/>
+      <triangle index="3142" v0="1804" v1="2383" v2="2683"/>
+      <triangle index="3143" v0="639" v1="1178" v2="1805"/>
+      <triangle index="3144" v0="121" v1="1178" v2="1805"/>
+      <triangle index="3145" v0="120" v1="1806" v2="1807"/>
+      <triangle index="3146" v0="120" v1="1802" v2="1806"/>
+      <triangle index="3147" v0="1804" v1="1805" v2="1806"/>
+      <triangle index="3148" v0="129" v1="1808" v2="1811"/>
+      <triangle index="3149" v0="1805" v1="1806" v2="1807"/>
+      <triangle index="3150" v0="1180" v1="1808" v2="2348"/>
+      <triangle index="3151" v0="1809" v1="2384" v2="2679"/>
+      <triangle index="3152" v0="2385" v1="2686" v2="2687"/>
+      <triangle index="3153" v0="1180" v1="1810" v2="1811"/>
+      <triangle index="3154" v0="1182" v1="1810" v2="2384"/>
+      <triangle index="3155" v0="1180" v1="1808" v2="1811"/>
+      <triangle index="3156" v0="128" v1="129" v2="1811"/>
+      <triangle index="3157" v0="126" v1="1812" v2="2386"/>
+      <triangle index="3158" v0="1183" v1="1184" v2="1812"/>
+      <triangle index="3159" v0="124" v1="2690" v2="2928"/>
+      <triangle index="3160" v0="1813" v1="2388" v2="2930"/>
+      <triangle index="3161" v0="133" v1="134" v2="1814"/>
+      <triangle index="3162" v0="133" v1="1209" v2="1814"/>
+      <triangle index="3163" v0="645" v1="1192" v2="1815"/>
+      <triangle index="3164" v0="1194" v1="1198" v2="1815"/>
+      <triangle index="3165" v0="1193" v1="1212" v2="1818"/>
+      <triangle index="3166" v0="1136" v1="1769" v2="1817"/>
+      <triangle index="3167" v0="138" v1="139" v2="1817"/>
+      <triangle index="3168" v0="1136" v1="1816" v2="1817"/>
+      <triangle index="3169" v0="632" v1="1212" v2="1818"/>
+      <triangle index="3170" v0="632" v1="1818" v2="1819"/>
+      <triangle index="3171" v0="632" v1="1224" v2="2319"/>
+      <triangle index="3172" v0="1136" v1="1819" v2="2317"/>
+      <triangle index="3173" v0="1137" v1="2315" v2="2316"/>
+      <triangle index="3174" v0="2314" v1="2315" v2="2336"/>
+      <triangle index="3175" v0="503" v1="1823" v2="2393"/>
+      <triangle index="3176" v0="1197" v1="1202" v2="1821"/>
+      <triangle index="3177" v0="1161" v1="1821" v2="1823"/>
+      <triangle index="3178" v0="2352" v1="2392" v2="2393"/>
+      <triangle index="3179" v0="503" v1="1161" v2="1823"/>
+      <triangle index="3180" v0="1822" v1="1823" v2="2391"/>
+      <triangle index="3181" v0="633" v1="1824" v2="1825"/>
+      <triangle index="3182" v0="1824" v1="1827" v2="1833"/>
+      <triangle index="3183" v0="633" v1="1138" v2="1826"/>
+      <triangle index="3184" v0="1773" v1="1825" v2="1827"/>
+      <triangle index="3185" v0="346" v1="1138" v2="1826"/>
+      <triangle index="3186" v0="345" v1="346" v2="1828"/>
+      <triangle index="3187" v0="345" v1="1831" v2="1832"/>
+      <triangle index="3188" v0="501" v1="1827" v2="1833"/>
+      <triangle index="3189" v0="1829" v1="2396" v2="2868"/>
+      <triangle index="3190" v0="1773" v1="1826" v2="1828"/>
+      <triangle index="3191" v0="2242" v1="2245" v2="2248"/>
+      <triangle index="3192" v0="1830" v1="2638" v2="2868"/>
+      <triangle index="3193" v0="1773" v1="1828" v2="1832"/>
+      <triangle index="3194" v0="2252" v1="2637" v2="2868"/>
+      <triangle index="3195" v0="345" v1="1831" v2="2395"/>
+      <triangle index="3196" v0="1829" v1="2396" v2="2398"/>
+      <triangle index="3197" v0="345" v1="1828" v2="1832"/>
+      <triangle index="3198" v0="1831" v1="1832" v2="2396"/>
+      <triangle index="3199" v0="501" v1="1833" v2="1834"/>
+      <triangle index="3200" v0="1217" v1="1824" v2="1833"/>
+      <triangle index="3201" v0="1834" v1="1836" v2="2867"/>
+      <triangle index="3202" v0="1221" v1="1223" v2="1834"/>
+      <triangle index="3203" v0="2246" v1="2264" v2="2276"/>
+      <triangle index="3204" v0="1224" v1="1837" v2="2403"/>
+      <triangle index="3205" v0="501" v1="1834" v2="2867"/>
+      <triangle index="3206" v0="1835" v1="1836" v2="1837"/>
+      <triangle index="3207" v0="1835" v1="1837" v2="2321"/>
+      <triangle index="3208" v0="1837" v1="2316" v2="2320"/>
+      <triangle index="3209" v0="112" v1="1842" v2="2406"/>
+      <triangle index="3210" v0="1225" v1="1840" v2="2694"/>
+      <triangle index="3211" v0="2404" v1="2694" v2="2698"/>
+      <triangle index="3212" v0="1839" v1="1840" v2="2694"/>
+      <triangle index="3213" v0="1225" v1="1838" v2="1840"/>
+      <triangle index="3214" v0="114" v1="1839" v2="1840"/>
+      <triangle index="3215" v0="1227" v1="2408" v2="2413"/>
+      <triangle index="3216" v0="1227" v1="1228" v2="2413"/>
+      <triangle index="3217" v0="112" v1="1838" v2="1842"/>
+      <triangle index="3218" v0="1841" v1="1842" v2="2410"/>
+      <triangle index="3219" v0="2410" v1="2696" v2="2698"/>
+      <triangle index="3220" v0="1227" v1="2407" v2="2408"/>
+      <triangle index="3221" v0="108" v1="1844" v2="2414"/>
+      <triangle index="3222" v0="1229" v1="1230" v2="1844"/>
+      <triangle index="3223" v0="2415" v1="2703" v2="2704"/>
+      <triangle index="3224" v0="1845" v1="2416" v2="3205"/>
+      <triangle index="3225" v0="3304" v1="3305" v2="3308"/>
+      <triangle index="3226" v0="1231" v1="1848" v2="2705"/>
+      <triangle index="3227" v0="2422" v1="2705" v2="3303"/>
+      <triangle index="3228" v0="1847" v1="1848" v2="2705"/>
+      <triangle index="3229" v0="1231" v1="1846" v2="1848"/>
+      <triangle index="3230" v0="365" v1="1847" v2="1848"/>
+      <triangle index="3231" v0="509" v1="1243" v2="1849"/>
+      <triangle index="3232" v0="1243" v1="1849" v2="1850"/>
+      <triangle index="3233" v0="1243" v1="1850" v2="1855"/>
+      <triangle index="3234" v0="657" v1="1859" v2="1862"/>
+      <triangle index="3235" v0="1239" v1="1849" v2="1851"/>
+      <triangle index="3236" v0="1849" v1="1850" v2="1851"/>
+      <triangle index="3237" v0="1248" v1="1249" v2="1852"/>
+      <triangle index="3238" v0="1239" v1="1851" v2="1852"/>
+      <triangle index="3239" v0="1856" v1="1861" v2="2427"/>
+      <triangle index="3240" v0="667" v1="1301" v2="1923"/>
+      <triangle index="3241" v0="1850" v1="1857" v2="1858"/>
+      <triangle index="3242" v0="1309" v1="1860" v2="1921"/>
+      <triangle index="3243" v0="1241" v1="1243" v2="2426"/>
+      <triangle index="3244" v0="1854" v1="1857" v2="1858"/>
+      <triangle index="3245" v0="665" v1="671" v2="1856"/>
+      <triangle index="3246" v0="1853" v1="1855" v2="1861"/>
+      <triangle index="3247" v0="1850" v1="1855" v2="1858"/>
+      <triangle index="3248" v0="1854" v1="1859" v2="1862"/>
+      <triangle index="3249" v0="1853" v1="1855" v2="2425"/>
+      <triangle index="3250" v0="1923" v1="1924" v2="1925"/>
+      <triangle index="3251" v0="657" v1="1859" v2="1873"/>
+      <triangle index="3252" v0="653" v1="1857" v2="1859"/>
+      <triangle index="3253" v0="1854" v1="1858" v2="1860"/>
+      <triangle index="3254" v0="1858" v1="1860" v2="2425"/>
+      <triangle index="3255" v0="1243" v1="1855" v2="2426"/>
+      <triangle index="3256" v0="1861" v1="2426" v2="2427"/>
+      <triangle index="3257" v0="1854" v1="1862" v2="1922"/>
+      <triangle index="3258" v0="513" v1="1862" v2="1863"/>
+      <triangle index="3259" v0="1864" v1="1866" v2="1868"/>
+      <triangle index="3260" v0="1863" v1="1867" v2="1869"/>
+      <triangle index="3261" v0="1255" v1="1872" v2="1879"/>
+      <triangle index="3262" v0="1869" v1="1872" v2="1879"/>
+      <triangle index="3263" v0="1879" v1="1880" v2="1884"/>
+      <triangle index="3264" v0="69" v1="1257" v2="1874"/>
+      <triangle index="3265" v0="513" v1="1866" v2="1868"/>
+      <triangle index="3266" v0="1864" v1="1866" v2="1869"/>
+      <triangle index="3267" v0="1863" v1="1866" v2="1869"/>
+      <triangle index="3268" v0="1865" v1="1867" v2="1874"/>
+      <triangle index="3269" v0="513" v1="1868" v2="1921"/>
+      <triangle index="3270" v0="1306" v1="1868" v2="1870"/>
+      <triangle index="3271" v0="1864" v1="1869" v2="1872"/>
+      <triangle index="3272" v0="1865" v1="1867" v2="1869"/>
+      <triangle index="3273" v0="1306" v1="1308" v2="1871"/>
+      <triangle index="3274" v0="1340" v1="1870" v2="1875"/>
+      <triangle index="3275" v0="1304" v1="1307" v2="1871"/>
+      <triangle index="3276" v0="1306" v1="1870" v2="1871"/>
+      <triangle index="3277" v0="1864" v1="1870" v2="1875"/>
+      <triangle index="3278" v0="1340" v1="1876" v2="2428"/>
+      <triangle index="3279" v0="657" v1="1257" v2="1873"/>
+      <triangle index="3280" v0="1258" v1="1873" v2="2424"/>
+      <triangle index="3281" v0="657" v1="1257" v2="1874"/>
+      <triangle index="3282" v0="1865" v1="1874" v2="1884"/>
+      <triangle index="3283" v0="1302" v1="1340" v2="1877"/>
+      <triangle index="3284" v0="1864" v1="1875" v2="2428"/>
+      <triangle index="3285" v0="2430" v1="2431" v2="2432"/>
+      <triangle index="3286" v0="1864" v1="1872" v2="2428"/>
+      <triangle index="3287" v0="1345" v1="1346" v2="1877"/>
+      <triangle index="3288" v0="1340" v1="1876" v2="1877"/>
+      <triangle index="3289" v0="1304" v1="1339" v2="1878"/>
+      <triangle index="3290" v0="1340" v1="1870" v2="1878"/>
+      <triangle index="3291" v0="1255" v1="1879" v2="1880"/>
+      <triangle index="3292" v0="1865" v1="1869" v2="1879"/>
+      <triangle index="3293" v0="1883" v1="2455" v2="2456"/>
+      <triangle index="3294" v0="70" v1="71" v2="2429"/>
+      <triangle index="3295" v0="69" v1="1874" v2="1881"/>
+      <triangle index="3296" v0="1874" v1="1881" v2="1884"/>
+      <triangle index="3297" v0="1345" v1="1876" v2="2430"/>
+      <triangle index="3298" v0="1882" v1="1883" v2="2430"/>
+      <triangle index="3299" v0="1254" v1="1890" v2="2456"/>
+      <triangle index="3300" v0="1255" v1="1882" v2="1883"/>
+      <triangle index="3301" v0="1865" v1="1879" v2="1884"/>
+      <triangle index="3302" v0="1880" v1="1881" v2="1884"/>
+      <triangle index="3303" v0="67" v1="1249" v2="1885"/>
+      <triangle index="3304" v0="1248" v1="1258" v2="1885"/>
+      <triangle index="3305" v0="14" v1="666" v2="1886"/>
+      <triangle index="3306" v0="1250" v1="1251" v2="1886"/>
+      <triangle index="3307" v0="655" v1="2432" v2="2433"/>
+      <triangle index="3308" v0="75" v1="1253" v2="1887"/>
+      <triangle index="3309" v0="2433" v1="2434" v2="2448"/>
+      <triangle index="3310" v0="72" v1="1889" v2="2454"/>
+      <triangle index="3311" v0="1254" v1="1889" v2="1891"/>
+      <triangle index="3312" v0="1890" v1="2429" v2="2454"/>
+      <triangle index="3313" v0="655" v1="1883" v2="2456"/>
+      <triangle index="3314" v0="74" v1="1891" v2="1892"/>
+      <triangle index="3315" v0="655" v1="1254" v2="1893"/>
+      <triangle index="3316" v0="73" v1="74" v2="1892"/>
+      <triangle index="3317" v0="73" v1="1889" v2="1892"/>
+      <triangle index="3318" v0="655" v1="1888" v2="1893"/>
+      <triangle index="3319" v0="1888" v1="1893" v2="1894"/>
+      <triangle index="3320" v0="1253" v1="1891" v2="1894"/>
+      <triangle index="3321" v0="1891" v1="1893" v2="1894"/>
+      <triangle index="3322" v0="1904" v1="1907" v2="1908"/>
+      <triangle index="3323" v0="1256" v1="1895" v2="1896"/>
+      <triangle index="3324" v0="1898" v1="1899" v2="1900"/>
+      <triangle index="3325" v0="1256" v1="1896" v2="1899"/>
+      <triangle index="3326" v0="79" v1="1581" v2="1897"/>
+      <triangle index="3327" v0="78" v1="1895" v2="1897"/>
+      <triangle index="3328" v0="1936" v1="2724" v2="2730"/>
+      <triangle index="3329" v0="1581" v1="1896" v2="1903"/>
+      <triangle index="3330" v0="1256" v1="1899" v2="1900"/>
+      <triangle index="3331" v0="1898" v1="1899" v2="1903"/>
+      <triangle index="3332" v0="77" v1="1907" v2="1908"/>
+      <triangle index="3333" v0="656" v1="1900" v2="2479"/>
+      <triangle index="3334" v0="2442" v1="2446" v2="2447"/>
+      <triangle index="3335" v0="512" v1="2434" v2="2435"/>
+      <triangle index="3336" v0="1256" v1="1895" v2="1908"/>
+      <triangle index="3337" v0="1901" v1="1902" v2="1909"/>
+      <triangle index="3338" v0="2458" v1="2471" v2="2473"/>
+      <triangle index="3339" v0="1024" v1="1581" v2="2457"/>
+      <triangle index="3340" v0="1902" v1="1908" v2="1910"/>
+      <triangle index="3341" v0="76" v1="1906" v2="1907"/>
+      <triangle index="3342" v0="512" v1="2435" v2="2438"/>
+      <triangle index="3343" v0="1931" v1="1939" v2="1941"/>
+      <triangle index="3344" v0="654" v1="1252" v2="1906"/>
+      <triangle index="3345" v0="1904" v1="1906" v2="1907"/>
+      <triangle index="3346" v0="1904" v1="1908" v2="1910"/>
+      <triangle index="3347" v0="76" v1="77" v2="1907"/>
+      <triangle index="3348" v0="1256" v1="1902" v2="1908"/>
+      <triangle index="3349" v0="77" v1="1895" v2="1908"/>
+      <triangle index="3350" v0="1901" v1="1909" v2="2441"/>
+      <triangle index="3351" v0="656" v1="1905" v2="1909"/>
+      <triangle index="3352" v0="1904" v1="1910" v2="2446"/>
+      <triangle index="3353" v0="1901" v1="1902" v2="1910"/>
+      <triangle index="3354" v0="7" v1="8" v2="1911"/>
+      <triangle index="3355" v0="7" v1="1266" v2="1911"/>
+      <triangle index="3356" v0="477" v1="1270" v2="1912"/>
+      <triangle index="3357" v0="686" v1="1265" v2="1912"/>
+      <triangle index="3358" v0="5" v1="6" v2="1913"/>
+      <triangle index="3359" v0="5" v1="1288" v2="1913"/>
+      <triangle index="3360" v0="1273" v1="1275" v2="1914"/>
+      <triangle index="3361" v0="1276" v1="1290" v2="1914"/>
+      <triangle index="3362" v0="701" v1="1915" v2="1916"/>
+      <triangle index="3363" v0="1294" v1="1915" v2="1918"/>
+      <triangle index="3364" v0="701" v1="1311" v2="2482"/>
+      <triangle index="3365" v0="730" v1="731" v2="2483"/>
+      <triangle index="3366" v0="1294" v1="1335" v2="1919"/>
+      <triangle index="3367" v0="1917" v1="1919" v2="1920"/>
+      <triangle index="3368" v0="704" v1="1292" v2="1918"/>
+      <triangle index="3369" v0="1294" v1="1917" v2="1918"/>
+      <triangle index="3370" v0="1336" v1="1919" v2="1920"/>
+      <triangle index="3371" v0="1294" v1="1917" v2="1919"/>
+      <triangle index="3372" v0="1304" v1="1336" v2="1920"/>
+      <triangle index="3373" v0="1299" v1="1917" v2="1920"/>
+      <triangle index="3374" v0="1306" v1="1868" v2="1921"/>
+      <triangle index="3375" v0="513" v1="1921" v2="1922"/>
+      <triangle index="3376" v0="513" v1="1862" v2="1922"/>
+      <triangle index="3377" v0="1854" v1="1860" v2="1922"/>
+      <triangle index="3378" v0="1309" v1="1860" v2="1925"/>
+      <triangle index="3379" v0="1853" v1="1924" v2="1925"/>
+      <triangle index="3380" v0="1853" v1="1861" v2="1926"/>
+      <triangle index="3381" v0="667" v1="1923" v2="1924"/>
+      <triangle index="3382" v0="1309" v1="1923" v2="1925"/>
+      <triangle index="3383" v0="1860" v1="1925" v2="2425"/>
+      <triangle index="3384" v0="670" v1="1856" v2="1926"/>
+      <triangle index="3385" v0="670" v1="1926" v2="1927"/>
+      <triangle index="3386" v0="667" v1="1924" v2="1927"/>
+      <triangle index="3387" v0="1924" v1="1926" v2="1927"/>
+      <triangle index="3388" v0="427" v1="428" v2="1928"/>
+      <triangle index="3389" v0="722" v1="1317" v2="1928"/>
+      <triangle index="3390" v0="602" v1="1612" v2="1930"/>
+      <triangle index="3391" v0="1321" v1="1323" v2="1929"/>
+      <triangle index="3392" v0="1608" v1="1932" v2="1933"/>
+      <triangle index="3393" v0="1929" v1="1930" v2="1945"/>
+      <triangle index="3394" v0="1933" v1="1935" v2="1937"/>
+      <triangle index="3395" v0="1940" v1="1941" v2="1943"/>
+      <triangle index="3396" v0="1608" v1="1611" v2="1933"/>
+      <triangle index="3397" v0="1932" v1="1945" v2="2485"/>
+      <triangle index="3398" v0="1605" v1="1933" v2="1935"/>
+      <triangle index="3399" v0="1932" v1="1933" v2="1937"/>
+      <triangle index="3400" v0="1605" v1="1935" v2="1936"/>
+      <triangle index="3401" v0="2480" v1="2481" v2="2974"/>
+      <triangle index="3402" v0="1605" v1="1609" v2="1936"/>
+      <triangle index="3403" v0="1934" v1="1935" v2="1937"/>
+      <triangle index="3404" v0="491" v1="1607" v2="2198"/>
+      <triangle index="3405" v0="2200" v1="2720" v2="2721"/>
+      <triangle index="3406" v0="1934" v1="1939" v2="2728"/>
+      <triangle index="3407" v0="1931" v1="1932" v2="1937"/>
+      <triangle index="3408" v0="2476" v1="2479" v2="2481"/>
+      <triangle index="3409" v0="1940" v1="2444" v2="2453"/>
+      <triangle index="3410" v0="1934" v1="1937" v2="1939"/>
+      <triangle index="3411" v0="1938" v1="2450" v2="2451"/>
+      <triangle index="3412" v0="2707" v1="2709" v2="2710"/>
+      <triangle index="3413" v0="1942" v1="1943" v2="1944"/>
+      <triangle index="3414" v0="1938" v1="1939" v2="1941"/>
+      <triangle index="3415" v0="1940" v1="2444" v2="2449"/>
+      <triangle index="3416" v0="716" v1="1323" v2="1946"/>
+      <triangle index="3417" v0="1323" v1="1929" v2="1945"/>
+      <triangle index="3418" v0="1940" v1="1943" v2="1944"/>
+      <triangle index="3419" v0="1942" v1="1943" v2="2485"/>
+      <triangle index="3420" v0="1328" v1="1949" v2="1950"/>
+      <triangle index="3421" v0="1944" v1="1950" v2="1952"/>
+      <triangle index="3422" v0="1931" v1="1932" v2="2485"/>
+      <triangle index="3423" v0="1945" v1="1946" v2="2485"/>
+      <triangle index="3424" v0="1942" v1="1946" v2="2484"/>
+      <triangle index="3425" v0="1323" v1="1945" v2="1946"/>
+      <triangle index="3426" v0="727" v1="728" v2="1948"/>
+      <triangle index="3427" v0="716" v1="1947" v2="2484"/>
+      <triangle index="3428" v0="716" v1="720" v2="1948"/>
+      <triangle index="3429" v0="727" v1="1947" v2="1948"/>
+      <triangle index="3430" v0="1328" v1="1951" v2="2443"/>
+      <triangle index="3431" v0="1329" v1="1331" v2="1949"/>
+      <triangle index="3432" v0="1331" v1="1950" v2="1952"/>
+      <triangle index="3433" v0="1328" v1="2444" v2="2449"/>
+      <triangle index="3434" v0="1344" v1="1349" v2="1951"/>
+      <triangle index="3435" v0="1329" v1="1949" v2="1951"/>
+      <triangle index="3436" v0="727" v1="1331" v2="1952"/>
+      <triangle index="3437" v0="1944" v1="1947" v2="1952"/>
+      <triangle index="3438" v0="1332" v1="1334" v2="1953"/>
+      <triangle index="3439" v0="1329" v1="1951" v2="1953"/>
+      <triangle index="3440" v0="1328" v1="2440" v2="2444"/>
+      <triangle index="3441" v0="1901" v1="2442" v2="2445"/>
+      <triangle index="3442" v0="530" v1="1955" v2="2486"/>
+      <triangle index="3443" v0="740" v1="1356" v2="1955"/>
+      <triangle index="3444" v0="1956" v1="1957" v2="1958"/>
+      <triangle index="3445" v0="297" v1="737" v2="2489"/>
+      <triangle index="3446" v0="461" v1="1957" v2="1958"/>
+      <triangle index="3447" v0="1956" v1="1957" v2="2486"/>
+      <triangle index="3448" v0="461" v1="769" v2="1958"/>
+      <triangle index="3449" v0="529" v1="1958" v2="2489"/>
+      <triangle index="3450" v0="1354" v1="1959" v2="1960"/>
+      <triangle index="3451" v0="293" v1="294" v2="1964"/>
+      <triangle index="3452" v0="1960" v1="1961" v2="2487"/>
+      <triangle index="3453" v0="294" v1="1959" v2="1962"/>
+      <triangle index="3454" v0="2488" v1="2731" v2="2732"/>
+      <triangle index="3455" v0="295" v1="1960" v2="1963"/>
+      <triangle index="3456" v0="1961" v1="2731" v2="2732"/>
+      <triangle index="3457" v0="295" v1="1960" v2="1962"/>
+      <triangle index="3458" v0="295" v1="296" v2="1963"/>
+      <triangle index="3459" v0="293" v1="1965" v2="2490"/>
+      <triangle index="3460" v0="1357" v1="1959" v2="1964"/>
+      <triangle index="3461" v0="784" v1="1388" v2="2491"/>
+      <triangle index="3462" v0="1964" v1="1965" v2="1981"/>
+      <triangle index="3463" v0="192" v1="1351" v2="1966"/>
+      <triangle index="3464" v0="747" v1="1966" v2="1967"/>
+      <triangle index="3465" v0="747" v1="1352" v2="1967"/>
+      <triangle index="3466" v0="746" v1="1967" v2="1979"/>
+      <triangle index="3467" v0="481" v1="1968" v2="1969"/>
+      <triangle index="3468" v0="576" v1="815" v2="1970"/>
+      <triangle index="3469" v0="481" v1="1424" v2="1969"/>
+      <triangle index="3470" v0="1423" v1="1969" v2="1990"/>
+      <triangle index="3471" v0="1363" v1="1970" v2="1971"/>
+      <triangle index="3472" v0="576" v1="1968" v2="1970"/>
+      <triangle index="3473" v0="1364" v1="1970" v2="1971"/>
+      <triangle index="3474" v0="771" v1="1374" v2="1971"/>
+      <triangle index="3475" v0="462" v1="776" v2="1974"/>
+      <triangle index="3476" v0="534" v1="1973" v2="1974"/>
+      <triangle index="3477" v0="534" v1="1366" v2="1973"/>
+      <triangle index="3478" v0="1374" v1="1972" v2="1973"/>
+      <triangle index="3479" v0="462" v1="1972" v2="1974"/>
+      <triangle index="3480" v0="534" v1="776" v2="1974"/>
+      <triangle index="3481" v0="1366" v1="1370" v2="1975"/>
+      <triangle index="3482" v0="1364" v1="1971" v2="1975"/>
+      <triangle index="3483" v0="569" v1="799" v2="1976"/>
+      <triangle index="3484" v0="478" v1="1976" v2="1983"/>
+      <triangle index="3485" v0="463" v1="1380" v2="1978"/>
+      <triangle index="3486" v0="1384" v1="1386" v2="1977"/>
+      <triangle index="3487" v0="1382" v1="1383" v2="1978"/>
+      <triangle index="3488" v0="463" v1="1977" v2="1978"/>
+      <triangle index="3489" v0="746" v1="1979" v2="1980"/>
+      <triangle index="3490" v0="1359" v1="1386" v2="1979"/>
+      <triangle index="3491" v0="746" v1="1358" v2="1981"/>
+      <triangle index="3492" v0="784" v1="1965" v2="2491"/>
+      <triangle index="3493" v0="1357" v1="1964" v2="1981"/>
+      <triangle index="3494" v0="1965" v1="1980" v2="1981"/>
+      <triangle index="3495" v0="794" v1="798" v2="1982"/>
+      <triangle index="3496" v0="567" v1="1389" v2="1982"/>
+      <triangle index="3497" v0="478" v1="568" v2="1983"/>
+      <triangle index="3498" v0="796" v1="1395" v2="1983"/>
+      <triangle index="3499" v0="177" v1="1984" v2="1985"/>
+      <triangle index="3500" v0="1398" v1="1984" v2="1986"/>
+      <triangle index="3501" v0="801" v1="1984" v2="1986"/>
+      <triangle index="3502" v0="1398" v1="1984" v2="1985"/>
+      <triangle index="3503" v0="1398" v1="1400" v2="1986"/>
+      <triangle index="3504" v0="1407" v1="1409" v2="2288"/>
+      <triangle index="3505" v0="328" v1="2885" v2="2886"/>
+      <triangle index="3506" v0="1408" v1="1413" v2="1988"/>
+      <triangle index="3507" v0="1417" v1="1419" v2="2495"/>
+      <triangle index="3508" v0="1989" v1="2002" v2="2496"/>
+      <triangle index="3509" v0="2000" v1="2001" v2="2003"/>
+      <triangle index="3510" v0="576" v1="1969" v2="1990"/>
+      <triangle index="3511" v0="1423" v1="1427" v2="1990"/>
+      <triangle index="3512" v0="318" v1="873" v2="1991"/>
+      <triangle index="3513" v0="1436" v1="1444" v2="1991"/>
+      <triangle index="3514" v0="581" v1="868" v2="1992"/>
+      <triangle index="3515" v0="869" v1="1992" v2="1993"/>
+      <triangle index="3516" v0="869" v1="890" v2="1993"/>
+      <triangle index="3517" v0="892" v1="1444" v2="1993"/>
+      <triangle index="3518" v0="801" v1="1449" v2="1994"/>
+      <triangle index="3519" v0="1437" v1="1438" v2="1995"/>
+      <triangle index="3520" v0="1437" v1="1994" v2="1995"/>
+      <triangle index="3521" v0="179" v1="1438" v2="1995"/>
+      <triangle index="3522" v0="570" v1="1446" v2="1996"/>
+      <triangle index="3523" v0="1445" v1="1996" v2="1997"/>
+      <triangle index="3524" v0="1445" v1="1450" v2="1998"/>
+      <triangle index="3525" v0="1445" v1="1997" v2="1998"/>
+      <triangle index="3526" v0="571" v1="1986" v2="1999"/>
+      <triangle index="3527" v0="571" v1="1998" v2="1999"/>
+      <triangle index="3528" v0="1400" v1="1999" v2="2000"/>
+      <triangle index="3529" v0="914" v1="1997" v2="2001"/>
+      <triangle index="3530" v0="1400" v1="1415" v2="2000"/>
+      <triangle index="3531" v0="479" v1="2003" v2="2004"/>
+      <triangle index="3532" v0="1999" v1="2000" v2="2001"/>
+      <triangle index="3533" v0="479" v1="2000" v2="2003"/>
+      <triangle index="3534" v0="573" v1="1989" v2="2496"/>
+      <triangle index="3535" v0="914" v1="2001" v2="2005"/>
+      <triangle index="3536" v0="479" v1="1988" v2="2004"/>
+      <triangle index="3537" v0="2002" v1="2003" v2="2005"/>
+      <triangle index="3538" v0="1988" v1="1989" v2="2004"/>
+      <triangle index="3539" v0="2002" v1="2003" v2="2004"/>
+      <triangle index="3540" v0="2001" v1="2003" v2="2005"/>
+      <triangle index="3541" v0="2002" v1="2005" v2="2498"/>
+      <triangle index="3542" v0="914" v1="2006" v2="2498"/>
+      <triangle index="3543" v0="1451" v1="1453" v2="2006"/>
+      <triangle index="3544" v0="585" v1="2007" v2="2502"/>
+      <triangle index="3545" v0="921" v1="1457" v2="2007"/>
+      <triangle index="3546" v0="585" v1="2007" v2="2008"/>
+      <triangle index="3547" v0="1457" v1="2007" v2="2008"/>
+      <triangle index="3548" v0="2017" v1="2018" v2="2502"/>
+      <triangle index="3549" v0="1460" v1="2013" v2="2014"/>
+      <triangle index="3550" v0="1485" v1="2010" v2="2500"/>
+      <triangle index="3551" v0="2016" v1="2023" v2="2506"/>
+      <triangle index="3552" v0="398" v1="2011" v2="2012"/>
+      <triangle index="3553" v0="1460" v1="2011" v2="2013"/>
+      <triangle index="3554" v0="921" v1="1458" v2="2012"/>
+      <triangle index="3555" v0="1460" v1="2011" v2="2012"/>
+      <triangle index="3556" v0="1460" v1="2014" v2="2499"/>
+      <triangle index="3557" v0="2013" v1="2014" v2="2015"/>
+      <triangle index="3558" v0="2009" v1="2014" v2="2017"/>
+      <triangle index="3559" v0="927" v1="2014" v2="2015"/>
+      <triangle index="3560" v0="927" v1="1465" v2="2015"/>
+      <triangle index="3561" v0="400" v1="2013" v2="2015"/>
+      <triangle index="3562" v0="585" v1="2010" v2="2503"/>
+      <triangle index="3563" v0="2016" v1="2017" v2="2018"/>
+      <triangle index="3564" v0="2009" v1="2017" v2="2502"/>
+      <triangle index="3565" v0="2016" v1="2017" v2="2019"/>
+      <triangle index="3566" v0="2010" v1="2500" v2="2501"/>
+      <triangle index="3567" v0="2024" v1="2504" v2="2505"/>
+      <triangle index="3568" v0="2016" v1="2019" v2="2020"/>
+      <triangle index="3569" v0="927" v1="2014" v2="2019"/>
+      <triangle index="3570" v0="2020" v1="2022" v2="2023"/>
+      <triangle index="3571" v0="587" v1="1466" v2="2020"/>
+      <triangle index="3572" v0="2021" v1="2023" v2="2024"/>
+      <triangle index="3573" v0="2515" v1="2517" v2="2518"/>
+      <triangle index="3574" v0="587" v1="1470" v2="2022"/>
+      <triangle index="3575" v0="587" v1="2020" v2="2022"/>
+      <triangle index="3576" v0="2016" v1="2018" v2="2506"/>
+      <triangle index="3577" v0="2021" v1="2022" v2="2023"/>
+      <triangle index="3578" v0="2018" v1="2502" v2="2503"/>
+      <triangle index="3579" v0="2741" v1="2979" v2="2980"/>
+      <triangle index="3580" v0="586" v1="2025" v2="3300"/>
+      <triangle index="3581" v0="1461" v1="1520" v2="2025"/>
+      <triangle index="3582" v0="951" v1="1520" v2="2026"/>
+      <triangle index="3583" v0="1461" v1="2027" v2="3300"/>
+      <triangle index="3584" v0="485" v1="2027" v2="2030"/>
+      <triangle index="3585" v0="2026" v1="2027" v2="2522"/>
+      <triangle index="3586" v0="2029" v1="2030" v2="2507"/>
+      <triangle index="3587" v0="2021" v1="2511" v2="2513"/>
+      <triangle index="3588" v0="485" v1="2507" v2="2742"/>
+      <triangle index="3589" v0="2519" v1="2522" v2="2524"/>
+      <triangle index="3590" v0="485" v1="2030" v2="2507"/>
+      <triangle index="3591" v0="2029" v1="2030" v2="2522"/>
+      <triangle index="3592" v0="918" v1="2031" v2="2525"/>
+      <triangle index="3593" v0="2031" v1="2526" v2="2527"/>
+      <triangle index="3594" v0="486" v1="2050" v2="2055"/>
+      <triangle index="3595" v0="2590" v1="2592" v2="2594"/>
+      <triangle index="3596" v0="1481" v1="1483" v2="2033"/>
+      <triangle index="3597" v0="1480" v1="2033" v2="2589"/>
+      <triangle index="3598" v0="2588" v1="2589" v2="2851"/>
+      <triangle index="3599" v0="1571" v1="1573" v2="2595"/>
+      <triangle index="3600" v0="584" v1="2031" v2="2035"/>
+      <triangle index="3601" v0="484" v1="1497" v2="2035"/>
+      <triangle index="3602" v0="1457" v1="1459" v2="2036"/>
+      <triangle index="3603" v0="1494" v1="1495" v2="2036"/>
+      <triangle index="3604" v0="919" v1="920" v2="2037"/>
+      <triangle index="3605" v0="584" v1="2035" v2="2037"/>
+      <triangle index="3606" v0="939" v1="2038" v2="2041"/>
+      <triangle index="3607" v0="1499" v1="2042" v2="2529"/>
+      <triangle index="3608" v0="2753" v1="2994" v2="2995"/>
+      <triangle index="3609" v0="1530" v1="2064" v2="2070"/>
+      <triangle index="3610" v0="1567" v1="2584" v2="2585"/>
+      <triangle index="3611" v0="486" v1="2045" v2="2048"/>
+      <triangle index="3612" v0="388" v1="2041" v2="2042"/>
+      <triangle index="3613" v0="1499" v1="2038" v2="2041"/>
+      <triangle index="3614" v0="385" v1="386" v2="3132"/>
+      <triangle index="3615" v0="1499" v1="2041" v2="2042"/>
+      <triangle index="3616" v0="2040" v1="2530" v2="2531"/>
+      <triangle index="3617" v0="589" v1="2044" v2="2045"/>
+      <triangle index="3618" v0="1500" v1="2044" v2="2058"/>
+      <triangle index="3619" v0="2048" v1="2049" v2="2991"/>
+      <triangle index="3620" v0="2032" v1="2050" v2="2052"/>
+      <triangle index="3621" v0="486" v1="934" v2="2046"/>
+      <triangle index="3622" v0="930" v1="1500" v2="2046"/>
+      <triangle index="3623" v0="589" v1="2045" v2="2051"/>
+      <triangle index="3624" v0="2049" v1="2051" v2="2754"/>
+      <triangle index="3625" v0="2045" v1="2048" v2="2051"/>
+      <triangle index="3626" v0="2047" v1="2048" v2="2050"/>
+      <triangle index="3627" v0="2040" v1="2051" v2="2754"/>
+      <triangle index="3628" v0="2039" v1="2537" v2="2754"/>
+      <triangle index="3629" v0="2047" v1="2050" v2="2052"/>
+      <triangle index="3630" v0="2032" v1="2050" v2="2055"/>
+      <triangle index="3631" v0="589" v1="2040" v2="2051"/>
+      <triangle index="3632" v0="2048" v1="2049" v2="2051"/>
+      <triangle index="3633" v0="2989" v1="3126" v2="3127"/>
+      <triangle index="3634" v0="1473" v1="2052" v2="2594"/>
+      <triangle index="3635" v0="2537" v1="2754" v2="2991"/>
+      <triangle index="3636" v0="2770" v1="3005" v2="3006"/>
+      <triangle index="3637" v0="2047" v1="2052" v2="2054"/>
+      <triangle index="3638" v0="590" v1="2799" v2="2847"/>
+      <triangle index="3639" v0="2032" v1="2055" v2="2593"/>
+      <triangle index="3640" v0="486" v1="938" v2="2055"/>
+      <triangle index="3641" v0="930" v1="933" v2="2056"/>
+      <triangle index="3642" v0="389" v1="2057" v2="2058"/>
+      <triangle index="3643" v0="389" v1="1498" v2="2058"/>
+      <triangle index="3644" v0="390" v1="2056" v2="2057"/>
+      <triangle index="3645" v0="939" v1="2044" v2="2058"/>
+      <triangle index="3646" v0="90" v1="1560" v2="2059"/>
+      <triangle index="3647" v0="1502" v1="1503" v2="2059"/>
+      <triangle index="3648" v0="2173" v1="2180" v2="2181"/>
+      <triangle index="3649" v0="2168" v1="2172" v2="2619"/>
+      <triangle index="3650" v0="81" v1="2468" v2="2470"/>
+      <triangle index="3651" v0="1524" v1="2127" v2="2605"/>
+      <triangle index="3652" v0="2063" v1="2065" v2="2067"/>
+      <triangle index="3653" v0="1531" v1="2062" v2="2064"/>
+      <triangle index="3654" v0="2070" v1="2539" v2="2757"/>
+      <triangle index="3655" v0="1530" v1="1531" v2="2064"/>
+      <triangle index="3656" v0="2062" v1="2064" v2="2065"/>
+      <triangle index="3657" v0="2064" v1="2070" v2="2539"/>
+      <triangle index="3658" v0="488" v1="2067" v2="2071"/>
+      <triangle index="3659" v0="2063" v1="2065" v2="2539"/>
+      <triangle index="3660" v0="488" v1="964" v2="2071"/>
+      <triangle index="3661" v0="2066" v1="2069" v2="2072"/>
+      <triangle index="3662" v0="488" v1="2065" v2="2067"/>
+      <triangle index="3663" v0="2066" v1="2067" v2="2068"/>
+      <triangle index="3664" v0="2066" v1="2068" v2="2069"/>
+      <triangle index="3665" v0="594" v1="2068" v2="2541"/>
+      <triangle index="3666" v0="2066" v1="2071" v2="2072"/>
+      <triangle index="3667" v0="1016" v1="2069" v2="2797"/>
+      <triangle index="3668" v0="2063" v1="2068" v2="2541"/>
+      <triangle index="3669" v0="2533" v1="2536" v2="3128"/>
+      <triangle index="3670" v0="960" v1="964" v2="2071"/>
+      <triangle index="3671" v0="960" v1="2071" v2="2072"/>
+      <triangle index="3672" v0="960" v1="963" v2="2075"/>
+      <triangle index="3673" v0="94" v1="1557" v2="2073"/>
+      <triangle index="3674" v0="1016" v1="1557" v2="2073"/>
+      <triangle index="3675" v0="2072" v1="2073" v2="2074"/>
+      <triangle index="3676" v0="960" v1="2072" v2="2075"/>
+      <triangle index="3677" v0="94" v1="95" v2="2074"/>
+      <triangle index="3678" v0="95" v1="963" v2="2075"/>
+      <triangle index="3679" v0="2072" v1="2074" v2="2075"/>
+      <triangle index="3680" v0="1530" v1="2076" v2="2079"/>
+      <triangle index="3681" v0="2078" v1="2079" v2="2080"/>
+      <triangle index="3682" v0="1530" v1="2079" v2="2776"/>
+      <triangle index="3683" v0="2805" v1="2809" v2="2811"/>
+      <triangle index="3684" v0="2083" v1="2804" v2="2830"/>
+      <triangle index="3685" v0="1534" v1="2081" v2="2082"/>
+      <triangle index="3686" v0="1530" v1="2776" v2="2777"/>
+      <triangle index="3687" v0="2077" v1="2079" v2="2543"/>
+      <triangle index="3688" v0="2076" v1="2079" v2="2080"/>
+      <triangle index="3689" v0="2078" v1="2080" v2="2081"/>
+      <triangle index="3690" v0="2078" v1="2081" v2="2086"/>
+      <triangle index="3691" v0="2084" v1="2546" v2="2548"/>
+      <triangle index="3692" v0="1534" v1="1536" v2="2082"/>
+      <triangle index="3693" v0="1537" v1="2080" v2="2082"/>
+      <triangle index="3694" v0="2085" v1="2086" v2="2545"/>
+      <triangle index="3695" v0="2569" v1="2831" v2="3007"/>
+      <triangle index="3696" v0="2081" v1="2086" v2="2829"/>
+      <triangle index="3697" v0="1539" v1="2548" v2="2563"/>
+      <triangle index="3698" v0="2078" v1="2543" v2="2545"/>
+      <triangle index="3699" v0="2085" v1="2804" v2="2830"/>
+      <triangle index="3700" v0="2078" v1="2086" v2="2545"/>
+      <triangle index="3701" v0="2085" v1="2086" v2="2829"/>
+      <triangle index="3702" v0="101" v1="102" v2="2087"/>
+      <triangle index="3703" v0="1542" v1="1550" v2="2087"/>
+      <triangle index="3704" v0="1009" v1="2554" v2="2557"/>
+      <triangle index="3705" v0="104" v1="2551" v2="3311"/>
+      <triangle index="3706" v0="102" v1="2087" v2="2089"/>
+      <triangle index="3707" v0="1550" v1="2549" v2="2550"/>
+      <triangle index="3708" v0="988" v1="996" v2="2091"/>
+      <triangle index="3709" v0="1552" v1="2090" v2="2093"/>
+      <triangle index="3710" v0="988" v1="1003" v2="2558"/>
+      <triangle index="3711" v0="1552" v1="2090" v2="2091"/>
+      <triangle index="3712" v0="2102" v1="2560" v2="2577"/>
+      <triangle index="3713" v0="2092" v1="2095" v2="2100"/>
+      <triangle index="3714" v0="1552" v1="2096" v2="2577"/>
+      <triangle index="3715" v0="2092" v1="2093" v2="2095"/>
+      <triangle index="3716" v0="2565" v1="2566" v2="2571"/>
+      <triangle index="3717" v0="2097" v1="2572" v2="2573"/>
+      <triangle index="3718" v0="2098" v1="2100" v2="2101"/>
+      <triangle index="3719" v0="999" v1="2095" v2="2099"/>
+      <triangle index="3720" v0="1552" v1="2093" v2="2096"/>
+      <triangle index="3721" v0="2094" v1="2096" v2="2573"/>
+      <triangle index="3722" v0="2096" v1="2097" v2="2573"/>
+      <triangle index="3723" v0="2097" v1="2572" v2="2575"/>
+      <triangle index="3724" v0="2110" v1="2111" v2="3136"/>
+      <triangle index="3725" v0="1000" v1="2107" v2="2108"/>
+      <triangle index="3726" v0="2095" v1="2099" v2="2100"/>
+      <triangle index="3727" v0="2099" v1="2100" v2="2578"/>
+      <triangle index="3728" v0="2092" v1="2100" v2="2101"/>
+      <triangle index="3729" v0="2098" v1="2100" v2="2578"/>
+      <triangle index="3730" v0="2092" v1="2097" v2="2101"/>
+      <triangle index="3731" v0="1554" v1="2101" v2="2581"/>
+      <triangle index="3732" v0="1540" v1="2548" v2="2563"/>
+      <triangle index="3733" v0="2094" v1="2096" v2="2577"/>
+      <triangle index="3734" v0="1015" v1="2103" v2="2104"/>
+      <triangle index="3735" v0="1556" v1="2557" v2="3105"/>
+      <triangle index="3736" v0="1013" v1="1015" v2="2105"/>
+      <triangle index="3737" v0="1014" v1="2104" v2="3106"/>
+      <triangle index="3738" v0="2106" v1="2107" v2="2110"/>
+      <triangle index="3739" v0="2104" v1="2105" v2="2112"/>
+      <triangle index="3740" v0="2582" v1="3140" v2="3316"/>
+      <triangle index="3741" v0="3190" v1="3247" v2="3249"/>
+      <triangle index="3742" v0="1000" v1="1010" v2="2108"/>
+      <triangle index="3743" v0="2106" v1="2107" v2="2109"/>
+      <triangle index="3744" v0="1008" v1="2099" v2="2578"/>
+      <triangle index="3745" v0="2110" v1="2111" v2="2580"/>
+      <triangle index="3746" v0="2106" v1="2109" v2="3013"/>
+      <triangle index="3747" v0="2846" v1="3141" v2="3143"/>
+      <triangle index="3748" v0="2107" v1="2108" v2="2110"/>
+      <triangle index="3749" v0="2108" v1="2578" v2="2580"/>
+      <triangle index="3750" v0="2111" v1="2580" v2="2581"/>
+      <triangle index="3751" v0="2581" v1="2582" v2="3137"/>
+      <triangle index="3752" v0="2107" v1="2109" v2="2112"/>
+      <triangle index="3753" v0="1014" v1="2109" v2="2112"/>
+      <triangle index="3754" v0="88" v1="89" v2="2113"/>
+      <triangle index="3755" v0="88" v1="1559" v2="2113"/>
+      <triangle index="3756" v0="1573" v1="2849" v2="2850"/>
+      <triangle index="3757" v0="2053" v1="3001" v2="3020"/>
+      <triangle index="3758" v0="1019" v1="1576" v2="2115"/>
+      <triangle index="3759" v0="1568" v1="1569" v2="2115"/>
+      <triangle index="3760" v0="1480" v1="2589" v2="2591"/>
+      <triangle index="3761" v0="2114" v1="2583" v2="2587"/>
+      <triangle index="3762" v0="489" v1="1575" v2="2853"/>
+      <triangle index="3763" v0="2034" v1="2597" v2="2602"/>
+      <triangle index="3764" v0="489" v1="2118" v2="3314"/>
+      <triangle index="3765" v0="2117" v1="2118" v2="2604"/>
+      <triangle index="3766" v0="597" v1="1022" v2="2119"/>
+      <triangle index="3767" v0="1023" v1="2119" v2="2614"/>
+      <triangle index="3768" v0="1021" v1="1523" v2="2120"/>
+      <triangle index="3769" v0="1579" v1="2120" v2="2609"/>
+      <triangle index="3770" v0="956" v1="2121" v2="2123"/>
+      <triangle index="3771" v0="592" v1="2121" v2="2618"/>
+      <triangle index="3772" v0="83" v1="1522" v2="2128"/>
+      <triangle index="3773" v0="2129" v1="2131" v2="2606"/>
+      <triangle index="3774" v0="1522" v1="2126" v2="2128"/>
+      <triangle index="3775" v0="2122" v1="2123" v2="2125"/>
+      <triangle index="3776" v0="82" v1="83" v2="2127"/>
+      <triangle index="3777" v0="82" v1="2061" v2="2127"/>
+      <triangle index="3778" v0="2122" v1="2125" v2="2131"/>
+      <triangle index="3779" v0="2132" v1="2138" v2="2140"/>
+      <triangle index="3780" v0="956" v1="1522" v2="2126"/>
+      <triangle index="3781" v0="2122" v1="2124" v2="2126"/>
+      <triangle index="3782" v0="1524" v1="2061" v2="2127"/>
+      <triangle index="3783" v0="2124" v1="2127" v2="2128"/>
+      <triangle index="3784" v0="83" v1="2127" v2="2128"/>
+      <triangle index="3785" v0="2124" v1="2126" v2="2128"/>
+      <triangle index="3786" v0="2143" v1="2155" v2="2157"/>
+      <triangle index="3787" v0="2153" v1="2172" v2="2173"/>
+      <triangle index="3788" v0="2132" v1="2133" v2="2134"/>
+      <triangle index="3789" v0="2519" v1="2521" v2="2523"/>
+      <triangle index="3790" v0="2122" v1="2131" v2="2606"/>
+      <triangle index="3791" v0="2129" v1="2131" v2="2134"/>
+      <triangle index="3792" v0="2125" v1="2133" v2="2134"/>
+      <triangle index="3793" v0="2140" v1="2149" v2="2608"/>
+      <triangle index="3794" v0="2125" v1="2131" v2="2134"/>
+      <triangle index="3795" v0="2132" v1="2140" v2="2141"/>
+      <triangle index="3796" v0="2129" v1="2137" v2="2143"/>
+      <triangle index="3797" v0="2132" v1="2134" v2="2136"/>
+      <triangle index="3798" v0="2135" v1="2145" v2="2148"/>
+      <triangle index="3799" v0="2130" v1="2136" v2="2138"/>
+      <triangle index="3800" v0="2134" v1="2136" v2="2137"/>
+      <triangle index="3801" v0="2136" v1="2137" v2="2144"/>
+      <triangle index="3802" v0="957" v1="2129" v2="2143"/>
+      <triangle index="3803" v0="2135" v1="2137" v2="2144"/>
+      <triangle index="3804" v0="2139" v1="2140" v2="2149"/>
+      <triangle index="3805" v0="2132" v1="2136" v2="2138"/>
+      <triangle index="3806" v0="2507" v1="2512" v2="2516"/>
+      <triangle index="3807" v0="2150" v1="2609" v2="2618"/>
+      <triangle index="3808" v0="2130" v1="2138" v2="2608"/>
+      <triangle index="3809" v0="592" v1="2133" v2="2141"/>
+      <triangle index="3810" v0="2139" v1="2140" v2="2612"/>
+      <triangle index="3811" v0="1579" v1="2609" v2="2618"/>
+      <triangle index="3812" v0="2142" v1="2145" v2="2146"/>
+      <triangle index="3813" v0="2142" v1="2154" v2="2181"/>
+      <triangle index="3814" v0="957" v1="2143" v2="2155"/>
+      <triangle index="3815" v0="2137" v1="2143" v2="2169"/>
+      <triangle index="3816" v0="2135" v1="2144" v2="2145"/>
+      <triangle index="3817" v0="2144" v1="2145" v2="2146"/>
+      <triangle index="3818" v0="2148" v1="2152" v2="2161"/>
+      <triangle index="3819" v0="2148" v1="2154" v2="2167"/>
+      <triangle index="3820" v0="2142" v1="2146" v2="2751"/>
+      <triangle index="3821" v0="2130" v1="2136" v2="2146"/>
+      <triangle index="3822" v0="2147" v1="2148" v2="2161"/>
+      <triangle index="3823" v0="2147" v1="2148" v2="2167"/>
+      <triangle index="3824" v0="2135" v1="2148" v2="2152"/>
+      <triangle index="3825" v0="2153" v1="2167" v2="2168"/>
+      <triangle index="3826" v0="2521" v1="2523" v2="2752"/>
+      <triangle index="3827" v0="2028" v1="2517" v2="2518"/>
+      <triangle index="3828" v0="2140" v1="2612" v2="2615"/>
+      <triangle index="3829" v0="2139" v1="2612" v2="2616"/>
+      <triangle index="3830" v0="957" v1="2606" v2="2607"/>
+      <triangle index="3831" v0="1035" v1="2162" v2="2166"/>
+      <triangle index="3832" v0="2152" v1="2157" v2="2169"/>
+      <triangle index="3833" v0="1590" v1="2152" v2="2161"/>
+      <triangle index="3834" v0="2060" v1="2172" v2="2173"/>
+      <triangle index="3835" v0="2142" v1="2145" v2="2154"/>
+      <triangle index="3836" v0="2145" v1="2148" v2="2154"/>
+      <triangle index="3837" v0="2153" v1="2154" v2="2181"/>
+      <triangle index="3838" v0="957" v1="2155" v2="2156"/>
+      <triangle index="3839" v0="2151" v1="2155" v2="2157"/>
+      <triangle index="3840" v0="80" v1="81" v2="2468"/>
+      <triangle index="3841" v0="2459" v1="2461" v2="2463"/>
+      <triangle index="3842" v0="2151" v1="2157" v2="2158"/>
+      <triangle index="3843" v0="2135" v1="2152" v2="2169"/>
+      <triangle index="3844" v0="2160" v1="2170" v2="2621"/>
+      <triangle index="3845" v0="1590" v1="2152" v2="2158"/>
+      <triangle index="3846" v0="2159" v1="2160" v2="2170"/>
+      <triangle index="3847" v0="599" v1="1585" v2="2186"/>
+      <triangle index="3848" v0="2151" v1="2158" v2="2621"/>
+      <triangle index="3849" v0="2164" v1="2166" v2="2171"/>
+      <triangle index="3850" v0="1590" v1="2161" v2="2163"/>
+      <triangle index="3851" v0="2147" v1="2161" v2="2165"/>
+      <triangle index="3852" v0="1590" v1="2163" v2="2164"/>
+      <triangle index="3853" v0="2165" v1="2175" v2="2623"/>
+      <triangle index="3854" v0="1590" v1="2160" v2="2164"/>
+      <triangle index="3855" v0="2162" v1="2163" v2="2165"/>
+      <triangle index="3856" v0="2159" v1="2160" v2="2171"/>
+      <triangle index="3857" v0="2160" v1="2164" v2="2171"/>
+      <triangle index="3858" v0="1035" v1="2176" v2="2623"/>
+      <triangle index="3859" v0="2174" v1="2175" v2="2620"/>
+      <triangle index="3860" v0="1035" v1="1038" v2="2166"/>
+      <triangle index="3861" v0="2162" v1="2164" v2="2166"/>
+      <triangle index="3862" v0="2147" v1="2167" v2="2168"/>
+      <triangle index="3863" v0="2153" v1="2154" v2="2167"/>
+      <triangle index="3864" v0="2147" v1="2168" v2="2174"/>
+      <triangle index="3865" v0="1515" v1="2175" v2="2620"/>
+      <triangle index="3866" v0="2135" v1="2137" v2="2169"/>
+      <triangle index="3867" v0="2143" v1="2157" v2="2169"/>
+      <triangle index="3868" v0="2170" v1="2621" v2="2622"/>
+      <triangle index="3869" v0="598" v1="2459" v2="2461"/>
+      <triangle index="3870" v0="2159" v1="2171" v2="2183"/>
+      <triangle index="3871" v0="1038" v1="2166" v2="2171"/>
+      <triangle index="3872" v0="2060" v1="2173" v2="2178"/>
+      <triangle index="3873" v0="2153" v1="2168" v2="2172"/>
+      <triangle index="3874" v0="2173" v1="2178" v2="2179"/>
+      <triangle index="3875" v0="2173" v1="2179" v2="2180"/>
+      <triangle index="3876" v0="2147" v1="2165" v2="2174"/>
+      <triangle index="3877" v0="2165" v1="2174" v2="2175"/>
+      <triangle index="3878" v0="2162" v1="2165" v2="2623"/>
+      <triangle index="3879" v0="1505" v1="2619" v2="2620"/>
+      <triangle index="3880" v0="1035" v1="2176" v2="2624"/>
+      <triangle index="3881" v0="2175" v1="2176" v2="2865"/>
+      <triangle index="3882" v0="2177" v1="2182" v2="2717"/>
+      <triangle index="3883" v0="1607" v1="1936" v2="2632"/>
+      <triangle index="3884" v0="2060" v1="2178" v2="2538"/>
+      <triangle index="3885" v0="487" v1="2178" v2="2179"/>
+      <triangle index="3886" v0="487" v1="954" v2="2179"/>
+      <triangle index="3887" v0="952" v1="2179" v2="2180"/>
+      <triangle index="3888" v0="952" v1="955" v2="2520"/>
+      <triangle index="3889" v0="2180" v1="2521" v2="2752"/>
+      <triangle index="3890" v0="2153" v1="2173" v2="2181"/>
+      <triangle index="3891" v0="2142" v1="2180" v2="2181"/>
+      <triangle index="3892" v0="2461" v1="2464" v2="2715"/>
+      <triangle index="3893" v0="2177" v1="2188" v2="2189"/>
+      <triangle index="3894" v0="2159" v1="2183" v2="2716"/>
+      <triangle index="3895" v0="2182" v1="2189" v2="2628"/>
+      <triangle index="3896" v0="599" v1="2184" v2="2629"/>
+      <triangle index="3897" v0="1025" v1="1028" v2="2184"/>
+      <triangle index="3898" v0="1038" v1="2171" v2="2628"/>
+      <triangle index="3899" v0="2187" v1="2188" v2="2191"/>
+      <triangle index="3900" v0="1586" v1="2186" v2="2187"/>
+      <triangle index="3901" v0="2186" v1="2187" v2="2191"/>
+      <triangle index="3902" v0="1586" v1="2187" v2="2626"/>
+      <triangle index="3903" v0="2185" v1="2187" v2="2188"/>
+      <triangle index="3904" v0="2185" v1="2188" v2="2189"/>
+      <triangle index="3905" v0="2177" v1="2188" v2="2191"/>
+      <triangle index="3906" v0="2185" v1="2189" v2="2627"/>
+      <triangle index="3907" v0="2177" v1="2182" v2="2189"/>
+      <triangle index="3908" v0="2717" v1="2718" v2="2727"/>
+      <triangle index="3909" v0="2198" v1="2201" v2="2632"/>
+      <triangle index="3910" v0="2177" v1="2191" v2="2726"/>
+      <triangle index="3911" v0="2190" v1="2191" v2="2192"/>
+      <triangle index="3912" v0="2186" v1="2191" v2="2192"/>
+      <triangle index="3913" v0="2190" v1="2192" v2="2633"/>
+      <triangle index="3914" v0="2198" v1="2199" v2="2201"/>
+      <triangle index="3915" v0="1597" v1="1599" v2="2193"/>
+      <triangle index="3916" v0="1036" v1="1039" v2="2194"/>
+      <triangle index="3917" v0="413" v1="2194" v2="2195"/>
+      <triangle index="3918" v0="412" v1="413" v2="2195"/>
+      <triangle index="3919" v0="412" v1="2196" v2="2630"/>
+      <triangle index="3920" v0="1515" v1="2864" v2="2865"/>
+      <triangle index="3921" v0="2195" v1="2196" v2="2863"/>
+      <triangle index="3922" v0="1604" v1="1606" v2="2197"/>
+      <triangle index="3923" v0="491" v1="1607" v2="2197"/>
+      <triangle index="3924" v0="1597" v1="2193" v2="2199"/>
+      <triangle index="3925" v0="1597" v1="2198" v2="2199"/>
+      <triangle index="3926" v0="2192" v1="2193" v2="2633"/>
+      <triangle index="3927" v0="2193" v1="2199" v2="2633"/>
+      <triangle index="3928" v0="2200" v1="2201" v2="2202"/>
+      <triangle index="3929" v0="598" v1="2458" v2="2459"/>
+      <triangle index="3930" v0="2199" v1="2201" v2="2202"/>
+      <triangle index="3931" v0="2200" v1="2201" v2="2632"/>
+      <triangle index="3932" v0="2725" v1="2726" v2="2727"/>
+      <triangle index="3933" v0="598" v1="2466" v2="2471"/>
+      <triangle index="3934" v0="423" v1="2203" v2="2204"/>
+      <triangle index="3935" v0="1615" v1="1617" v2="2203"/>
+      <triangle index="3936" v0="422" v1="1621" v2="2204"/>
+      <triangle index="3937" v0="2204" v1="2205" v2="2208"/>
+      <triangle index="3938" v0="1615" v1="2204" v2="2205"/>
+      <triangle index="3939" v0="1042" v1="2204" v2="2208"/>
+      <triangle index="3940" v0="1314" v1="2206" v2="2207"/>
+      <triangle index="3941" v0="1043" v1="1618" v2="2206"/>
+      <triangle index="3942" v0="1314" v1="1319" v2="2207"/>
+      <triangle index="3943" v0="425" v1="426" v2="2207"/>
+      <triangle index="3944" v0="1602" v1="1619" v2="2208"/>
+      <triangle index="3945" v0="1619" v1="2205" v2="2208"/>
+      <triangle index="3946" v0="165" v1="166" v2="2209"/>
+      <triangle index="3947" v0="165" v1="1629" v2="2209"/>
+      <triangle index="3948" v0="1628" v1="1632" v2="2210"/>
+      <triangle index="3949" v0="1630" v1="2209" v2="2210"/>
+      <triangle index="3950" v0="1630" v1="1632" v2="2300"/>
+      <triangle index="3951" v0="1754" v1="2211" v2="2297"/>
+      <triangle index="3952" v0="1124" v1="1751" v2="2212"/>
+      <triangle index="3953" v0="1113" v1="2212" v2="2291"/>
+      <triangle index="3954" v0="1653" v1="1738" v2="2213"/>
+      <triangle index="3955" v0="1640" v1="1648" v2="2213"/>
+      <triangle index="3956" v0="338" v1="1660" v2="2214"/>
+      <triangle index="3957" v0="1659" v1="2214" v2="2215"/>
+      <triangle index="3958" v0="1659" v1="1667" v2="2216"/>
+      <triangle index="3959" v0="2215" v1="2216" v2="2217"/>
+      <triangle index="3960" v0="1665" v1="2216" v2="2217"/>
+      <triangle index="3961" v0="1659" v1="2215" v2="2216"/>
+      <triangle index="3962" v0="1665" v1="2217" v2="2219"/>
+      <triangle index="3963" v0="2217" v1="2219" v2="2220"/>
+      <triangle index="3964" v0="340" v1="1774" v2="2218"/>
+      <triangle index="3965" v0="2215" v1="2217" v2="2218"/>
+      <triangle index="3966" v0="1665" v1="2219" v2="2280"/>
+      <triangle index="3967" v0="1748" v1="2262" v2="2639"/>
+      <triangle index="3968" v0="634" v1="2220" v2="2222"/>
+      <triangle index="3969" v0="1139" v1="2217" v2="2220"/>
+      <triangle index="3970" v0="2221" v1="2222" v2="2225"/>
+      <triangle index="3971" v0="2226" v1="2240" v2="2241"/>
+      <triangle index="3972" v0="634" v1="2225" v2="2229"/>
+      <triangle index="3973" v0="2221" v1="2222" v2="2224"/>
+      <triangle index="3974" v0="2223" v1="2225" v2="2229"/>
+      <triangle index="3975" v0="2234" v1="2238" v2="2240"/>
+      <triangle index="3976" v0="2221" v1="2224" v2="2226"/>
+      <triangle index="3977" v0="1139" v1="1774" v2="2228"/>
+      <triangle index="3978" v0="634" v1="2222" v2="2225"/>
+      <triangle index="3979" v0="2225" v1="2234" v2="2235"/>
+      <triangle index="3980" v0="2221" v1="2234" v2="2240"/>
+      <triangle index="3981" v0="636" v1="1141" v2="2227"/>
+      <triangle index="3982" v0="341" v1="2228" v2="2231"/>
+      <triangle index="3983" v0="341" v1="1774" v2="2228"/>
+      <triangle index="3984" v0="2224" v1="2228" v2="2232"/>
+      <triangle index="3985" v0="2227" v1="2228" v2="2231"/>
+      <triangle index="3986" v0="2229" v1="2255" v2="2259"/>
+      <triangle index="3987" v0="2233" v1="2254" v2="2255"/>
+      <triangle index="3988" v0="2235" v1="2237" v2="2277"/>
+      <triangle index="3989" v0="2242" v1="2243" v2="2245"/>
+      <triangle index="3990" v0="2226" v1="2227" v2="2232"/>
+      <triangle index="3991" v0="342" v1="2227" v2="2231"/>
+      <triangle index="3992" v0="2227" v1="2228" v2="2232"/>
+      <triangle index="3993" v0="2233" v1="2261" v2="2262"/>
+      <triangle index="3994" v0="1643" v1="1647" v2="2307"/>
+      <triangle index="3995" v0="2223" v1="2225" v2="2235"/>
+      <triangle index="3996" v0="2230" v1="2234" v2="2238"/>
+      <triangle index="3997" v0="2223" v1="2235" v2="2237"/>
+      <triangle index="3998" v0="2230" v1="2234" v2="2235"/>
+      <triangle index="3999" v0="2223" v1="2237" v2="2239"/>
+      <triangle index="4000" v0="2258" v1="2272" v2="2278"/>
+      <triangle index="4001" v0="2223" v1="2239" v2="2254"/>
+      <triangle index="4002" v0="2236" v1="2272" v2="2277"/>
+      <triangle index="4003" v0="2244" v1="2245" v2="2257"/>
+      <triangle index="4004" v0="502" v1="2238" v2="2240"/>
+      <triangle index="4005" v0="2256" v1="2261" v2="2262"/>
+      <triangle index="4006" v0="2237" v1="2239" v2="2268"/>
+      <triangle index="4007" v0="502" v1="2240" v2="2241"/>
+      <triangle index="4008" v0="2221" v1="2226" v2="2240"/>
+      <triangle index="4009" v0="502" v1="2241" v2="2243"/>
+      <triangle index="4010" v0="636" v1="2226" v2="2241"/>
+      <triangle index="4011" v0="502" v1="2238" v2="2246"/>
+      <triangle index="4012" v0="1831" v1="2396" v2="2399"/>
+      <triangle index="4013" v0="2244" v1="2246" v2="2257"/>
+      <triangle index="4014" v0="2397" v1="2400" v2="2401"/>
+      <triangle index="4015" v0="2342" v1="2343" v2="3033"/>
+      <triangle index="4016" v0="1137" v1="2316" v2="2320"/>
+      <triangle index="4017" v0="502" v1="2243" v2="2257"/>
+      <triangle index="4018" v0="2245" v1="2248" v2="2249"/>
+      <triangle index="4019" v0="2230" v1="2238" v2="2246"/>
+      <triangle index="4020" v0="2258" v1="2264" v2="2272"/>
+      <triangle index="4021" v0="2247" v1="2248" v2="2249"/>
+      <triangle index="4022" v0="1829" v1="2250" v2="2252"/>
+      <triangle index="4023" v0="2244" v1="2245" v2="2249"/>
+      <triangle index="4024" v0="2247" v1="2248" v2="2250"/>
+      <triangle index="4025" v0="2244" v1="2246" v2="2264"/>
+      <triangle index="4026" v0="2244" v1="2273" v2="2279"/>
+      <triangle index="4027" v0="2247" v1="2250" v2="2252"/>
+      <triangle index="4028" v0="1829" v1="2398" v2="2693"/>
+      <triangle index="4029" v0="2650" v1="2895" v2="2896"/>
+      <triangle index="4030" v0="2244" v1="2249" v2="2279"/>
+      <triangle index="4031" v0="2247" v1="2249" v2="2253"/>
+      <triangle index="4032" v0="2252" v1="2637" v2="2866"/>
+      <triangle index="4033" v0="2321" v1="2323" v2="2327"/>
+      <triangle index="4034" v0="2247" v1="2253" v2="2324"/>
+      <triangle index="4035" v0="2229" v1="2254" v2="2255"/>
+      <triangle index="4036" v0="2233" v1="2239" v2="2254"/>
+      <triangle index="4037" v0="634" v1="2229" v2="2259"/>
+      <triangle index="4038" v0="1744" v1="2266" v2="2267"/>
+      <triangle index="4039" v0="635" v1="2269" v2="2270"/>
+      <triangle index="4040" v0="2236" v1="2263" v2="2268"/>
+      <triangle index="4041" v0="2243" v1="2245" v2="2257"/>
+      <triangle index="4042" v0="502" v1="2246" v2="2257"/>
+      <triangle index="4043" v0="2270" v1="2271" v2="2278"/>
+      <triangle index="4044" v0="2244" v1="2264" v2="2273"/>
+      <triangle index="4045" v0="634" v1="2219" v2="2265"/>
+      <triangle index="4046" v0="1664" v1="2260" v2="2265"/>
+      <triangle index="4047" v0="1664" v1="2260" v2="2266"/>
+      <triangle index="4048" v0="2255" v1="2259" v2="2260"/>
+      <triangle index="4049" v0="2233" v1="2262" v2="2639"/>
+      <triangle index="4050" v0="2256" v1="2261" v2="2263"/>
+      <triangle index="4051" v0="1647" v1="1748" v2="2262"/>
+      <triangle index="4052" v0="1647" v1="2307" v2="2309"/>
+      <triangle index="4053" v0="2256" v1="2263" v2="2275"/>
+      <triangle index="4054" v0="2263" v1="2270" v2="2275"/>
+      <triangle index="4055" v0="2230" v1="2246" v2="2276"/>
+      <triangle index="4056" v0="2258" v1="2264" v2="2273"/>
+      <triangle index="4057" v0="634" v1="2259" v2="2265"/>
+      <triangle index="4058" v0="1664" v1="2219" v2="2265"/>
+      <triangle index="4059" v0="1664" v1="2292" v2="2293"/>
+      <triangle index="4060" v0="1744" v1="1749" v2="2267"/>
+      <triangle index="4061" v0="1739" v1="2267" v2="2274"/>
+      <triangle index="4062" v0="2255" v1="2260" v2="2267"/>
+      <triangle index="4063" v0="2236" v1="2237" v2="2268"/>
+      <triangle index="4064" v0="2239" v1="2261" v2="2268"/>
+      <triangle index="4065" v0="2256" v1="2275" v2="2880"/>
+      <triangle index="4066" v0="2345" v1="2879" v2="2881"/>
+      <triangle index="4067" v0="635" v1="2270" v2="2271"/>
+      <triangle index="4068" v0="2236" v1="2263" v2="2270"/>
+      <triangle index="4069" v0="2870" v1="2871" v2="2874"/>
+      <triangle index="4070" v0="2258" v1="2278" v2="2882"/>
+      <triangle index="4071" v0="2272" v1="2276" v2="2277"/>
+      <triangle index="4072" v0="2271" v1="2278" v2="2882"/>
+      <triangle index="4073" v0="2258" v1="2643" v2="2882"/>
+      <triangle index="4074" v0="2251" v1="2273" v2="2279"/>
+      <triangle index="4075" v0="1739" v1="2274" v2="2296"/>
+      <triangle index="4076" v0="1748" v1="2274" v2="2639"/>
+      <triangle index="4077" v0="2256" v1="2308" v2="2880"/>
+      <triangle index="4078" v0="2269" v1="2270" v2="2275"/>
+      <triangle index="4079" v0="2230" v1="2276" v2="2277"/>
+      <triangle index="4080" v0="2264" v1="2272" v2="2276"/>
+      <triangle index="4081" v0="2230" v1="2235" v2="2277"/>
+      <triangle index="4082" v0="2236" v1="2237" v2="2277"/>
+      <triangle index="4083" v0="2236" v1="2272" v2="2278"/>
+      <triangle index="4084" v0="2236" v1="2270" v2="2278"/>
+      <triangle index="4085" v0="2251" v1="2279" v2="2649"/>
+      <triangle index="4086" v0="2249" v1="2253" v2="2279"/>
+      <triangle index="4087" v0="1664" v1="2219" v2="2280"/>
+      <triangle index="4088" v0="1665" v1="1667" v2="2280"/>
+      <triangle index="4089" v0="1096" v1="1103" v2="2281"/>
+      <triangle index="4090" v0="1098" v1="1670" v2="2281"/>
+      <triangle index="4091" v0="1096" v1="2281" v2="2282"/>
+      <triangle index="4092" v0="1673" v1="1676" v2="2282"/>
+      <triangle index="4093" v0="1685" v1="1686" v2="2283"/>
+      <triangle index="4094" v0="1686" v1="1755" v2="2283"/>
+      <triangle index="4095" v0="330" v1="2284" v2="2644"/>
+      <triangle index="4096" v0="1705" v1="2284" v2="2285"/>
+      <triangle index="4097" v0="1704" v1="1705" v2="2285"/>
+      <triangle index="4098" v0="1073" v1="1657" v2="2285"/>
+      <triangle index="4099" v0="2286" v1="2645" v2="2884"/>
+      <triangle index="4100" v0="1407" v1="2288" v2="2888"/>
+      <triangle index="4101" v0="1700" v1="2648" v2="2891"/>
+      <triangle index="4102" v0="2287" v1="2648" v2="2889"/>
+      <triangle index="4103" v0="1706" v1="2288" v2="2647"/>
+      <triangle index="4104" v0="2287" v1="2288" v2="2888"/>
+      <triangle index="4105" v0="480" v1="1710" v2="2289"/>
+      <triangle index="4106" v0="1706" v1="2288" v2="2289"/>
+      <triangle index="4107" v0="806" v1="1402" v2="2290"/>
+      <triangle index="4108" v0="1714" v1="1715" v2="2290"/>
+      <triangle index="4109" v0="1106" v1="1677" v2="2291"/>
+      <triangle index="4110" v0="1717" v1="2212" v2="2291"/>
+      <triangle index="4111" v0="1666" v1="1723" v2="2292"/>
+      <triangle index="4112" v0="1723" v1="1750" v2="2293"/>
+      <triangle index="4113" v0="1744" v1="2266" v2="2293"/>
+      <triangle index="4114" v0="1723" v1="2292" v2="2293"/>
+      <triangle index="4115" v0="1111" v1="1121" v2="2294"/>
+      <triangle index="4116" v0="1119" v1="1126" v2="2294"/>
+      <triangle index="4117" v0="1651" v1="1653" v2="2295"/>
+      <triangle index="4118" v0="1652" v1="1743" v2="2295"/>
+      <triangle index="4119" v0="1739" v1="1745" v2="2296"/>
+      <triangle index="4120" v0="1747" v1="1748" v2="2296"/>
+      <triangle index="4121" v0="167" v1="2211" v2="2297"/>
+      <triangle index="4122" v0="1754" v1="1757" v2="2297"/>
+      <triangle index="4123" v0="626" v1="1758" v2="2298"/>
+      <triangle index="4124" v0="1758" v1="2298" v2="2299"/>
+      <triangle index="4125" v0="1754" v1="1758" v2="2299"/>
+      <triangle index="4126" v0="2211" v1="2299" v2="2300"/>
+      <triangle index="4127" v0="2211" v1="2300" v2="2635"/>
+      <triangle index="4128" v0="1632" v1="2300" v2="2301"/>
+      <triangle index="4129" v0="1632" v1="2212" v2="2301"/>
+      <triangle index="4130" v0="1717" v1="2298" v2="2302"/>
+      <triangle index="4131" v0="2299" v1="2300" v2="2302"/>
+      <triangle index="4132" v0="1717" v1="2301" v2="2302"/>
+      <triangle index="4133" v0="1127" v1="1757" v2="2303"/>
+      <triangle index="4134" v0="1681" v1="1758" v2="2303"/>
+      <triangle index="4135" v0="627" v1="3080" v2="3081"/>
+      <triangle index="4136" v0="1764" v1="2304" v2="3087"/>
+      <triangle index="4137" v0="1129" v1="2305" v2="3087"/>
+      <triangle index="4138" v0="1765" v1="2305" v2="3195"/>
+      <triangle index="4139" v0="151" v1="152" v2="2306"/>
+      <triangle index="4140" v0="1766" v1="1767" v2="2306"/>
+      <triangle index="4141" v0="1768" v1="2307" v2="2308"/>
+      <triangle index="4142" v0="1647" v1="2262" v2="2309"/>
+      <triangle index="4143" v0="1768" v1="2879" v2="2880"/>
+      <triangle index="4144" v0="2256" v1="2308" v2="2309"/>
+      <triangle index="4145" v0="2307" v1="2308" v2="2309"/>
+      <triangle index="4146" v0="2256" v1="2262" v2="2309"/>
+      <triangle index="4147" v0="140" v1="1769" v2="2310"/>
+      <triangle index="4148" v0="1770" v1="2310" v2="2311"/>
+      <triangle index="4149" v0="1770" v1="2312" v2="2317"/>
+      <triangle index="4150" v0="2311" v1="2312" v2="2314"/>
+      <triangle index="4151" v0="2315" v1="2316" v2="2318"/>
+      <triangle index="4152" v0="2311" v1="2313" v2="2314"/>
+      <triangle index="4153" v0="1771" v1="2313" v2="2339"/>
+      <triangle index="4154" v0="142" v1="2311" v2="2313"/>
+      <triangle index="4155" v0="2312" v1="2314" v2="2315"/>
+      <triangle index="4156" v0="1771" v1="2313" v2="2314"/>
+      <triangle index="4157" v0="1820" v1="2312" v2="2318"/>
+      <triangle index="4158" v0="1137" v1="2315" v2="2336"/>
+      <triangle index="4159" v0="2316" v1="2318" v2="2319"/>
+      <triangle index="4160" v0="1837" v1="2316" v2="2319"/>
+      <triangle index="4161" v0="1136" v1="1770" v2="2317"/>
+      <triangle index="4162" v0="1819" v1="1820" v2="2317"/>
+      <triangle index="4163" v0="2312" v1="2315" v2="2318"/>
+      <triangle index="4164" v0="1820" v1="2318" v2="2319"/>
+      <triangle index="4165" v0="632" v1="1820" v2="2319"/>
+      <triangle index="4166" v0="1224" v1="1837" v2="2319"/>
+      <triangle index="4167" v0="1837" v1="2320" v2="2321"/>
+      <triangle index="4168" v0="2326" v1="2649" v2="2897"/>
+      <triangle index="4169" v0="1835" v1="2323" v2="2866"/>
+      <triangle index="4170" v0="1835" v1="2321" v2="2323"/>
+      <triangle index="4171" v0="145" v1="2340" v2="2341"/>
+      <triangle index="4172" v0="2329" v1="2335" v2="2337"/>
+      <triangle index="4173" v0="2252" v1="2323" v2="2324"/>
+      <triangle index="4174" v0="2320" v1="2327" v2="2328"/>
+      <triangle index="4175" v0="2247" v1="2252" v2="2324"/>
+      <triangle index="4176" v0="2253" v1="2324" v2="2326"/>
+      <triangle index="4177" v0="2320" v1="2321" v2="2327"/>
+      <triangle index="4178" v0="2325" v1="2330" v2="2331"/>
+      <triangle index="4179" v0="2253" v1="2326" v2="2649"/>
+      <triangle index="4180" v0="2322" v1="2325" v2="2328"/>
+      <triangle index="4181" v0="2323" v1="2324" v2="2327"/>
+      <triangle index="4182" v0="2326" v1="2327" v2="2328"/>
+      <triangle index="4183" v0="2322" v1="2326" v2="2328"/>
+      <triangle index="4184" v0="2320" v1="2325" v2="2328"/>
+      <triangle index="4185" v0="2329" v1="2331" v2="2333"/>
+      <triangle index="4186" v0="2335" v1="2338" v2="2339"/>
+      <triangle index="4187" v0="2322" v1="2325" v2="2331"/>
+      <triangle index="4188" v0="2329" v1="2330" v2="2334"/>
+      <triangle index="4189" v0="2322" v1="2331" v2="2896"/>
+      <triangle index="4190" v0="2329" v1="2330" v2="2331"/>
+      <triangle index="4191" v0="2251" v1="2650" v2="2897"/>
+      <triangle index="4192" v0="2251" v1="2273" v2="2643"/>
+      <triangle index="4193" v0="2342" v1="2343" v2="2651"/>
+      <triangle index="4194" v0="144" v1="2335" v2="2337"/>
+      <triangle index="4195" v0="2329" v1="2334" v2="2335"/>
+      <triangle index="4196" v0="1771" v1="2314" v2="2336"/>
+      <triangle index="4197" v0="2329" v1="2333" v2="2337"/>
+      <triangle index="4198" v0="144" v1="2335" v2="2338"/>
+      <triangle index="4199" v0="1137" v1="2330" v2="2336"/>
+      <triangle index="4200" v0="1771" v1="2334" v2="2336"/>
+      <triangle index="4201" v0="2333" v1="2337" v2="2340"/>
+      <triangle index="4202" v0="144" v1="2337" v2="2341"/>
+      <triangle index="4203" v0="143" v1="144" v2="2338"/>
+      <triangle index="4204" v0="143" v1="2338" v2="2339"/>
+      <triangle index="4205" v0="143" v1="2313" v2="2339"/>
+      <triangle index="4206" v0="1771" v1="2334" v2="2339"/>
+      <triangle index="4207" v0="2333" v1="2340" v2="2342"/>
+      <triangle index="4208" v0="145" v1="2340" v2="2344"/>
+      <triangle index="4209" v0="144" v1="145" v2="2341"/>
+      <triangle index="4210" v0="2337" v1="2340" v2="2341"/>
+      <triangle index="4211" v0="2333" v1="2342" v2="2895"/>
+      <triangle index="4212" v0="2332" v1="2342" v2="3033"/>
+      <triangle index="4213" v0="2641" v1="2876" v2="2877"/>
+      <triangle index="4214" v0="146" v1="2343" v2="2652"/>
+      <triangle index="4215" v0="151" v1="1766" v2="2655"/>
+      <triangle index="4216" v0="2340" v1="2344" v2="2651"/>
+      <triangle index="4217" v0="2345" v1="2654" v2="2881"/>
+      <triangle index="4218" v0="131" v1="2346" v2="2347"/>
+      <triangle index="4219" v0="1778" v1="1779" v2="2346"/>
+      <triangle index="4220" v0="130" v1="131" v2="2347"/>
+      <triangle index="4221" v0="130" v1="1808" v2="2348"/>
+      <triangle index="4222" v0="1781" v1="2347" v2="2348"/>
+      <triangle index="4223" v0="130" v1="2347" v2="2348"/>
+      <triangle index="4224" v0="348" v1="2349" v2="2350"/>
+      <triangle index="4225" v0="1783" v1="2349" v2="2656"/>
+      <triangle index="4226" v0="347" v1="1138" v2="2350"/>
+      <triangle index="4227" v0="1783" v1="2349" v2="2350"/>
+      <triangle index="4228" v0="633" v1="1219" v2="2394"/>
+      <triangle index="4229" v0="1138" v1="1783" v2="2351"/>
+      <triangle index="4230" v0="1219" v1="2392" v2="2394"/>
+      <triangle index="4231" v0="1214" v1="1219" v2="2392"/>
+      <triangle index="4232" v0="1144" v1="1148" v2="2353"/>
+      <triangle index="4233" v0="2352" v1="2353" v2="2393"/>
+      <triangle index="4234" v0="353" v1="354" v2="2354"/>
+      <triangle index="4235" v0="353" v1="2354" v2="2355"/>
+      <triangle index="4236" v0="353" v1="1169" v2="2355"/>
+      <triangle index="4237" v0="1167" v1="2355" v2="2657"/>
+      <triangle index="4238" v0="2376" v1="2660" v2="2662"/>
+      <triangle index="4239" v0="2357" v1="2670" v2="2671"/>
+      <triangle index="4240" v0="1788" v1="2657" v2="2671"/>
+      <triangle index="4241" v0="2672" v1="2674" v2="2675"/>
+      <triangle index="4242" v0="1166" v1="1789" v2="2359"/>
+      <triangle index="4243" v0="1799" v1="2360" v2="2687"/>
+      <triangle index="4244" v0="1172" v1="1800" v2="2359"/>
+      <triangle index="4245" v0="1799" v1="2358" v2="2359"/>
+      <triangle index="4246" v0="2361" v1="2362" v2="2367"/>
+      <triangle index="4247" v0="2360" v1="2371" v2="2372"/>
+      <triangle index="4248" v0="2361" v1="2367" v2="2368"/>
+      <triangle index="4249" v0="1176" v1="2358" v2="2372"/>
+      <triangle index="4250" v0="505" v1="2365" v2="2367"/>
+      <triangle index="4251" v0="2361" v1="2366" v2="2371"/>
+      <triangle index="4252" v0="2363" v1="2364" v2="2365"/>
+      <triangle index="4253" v0="2363" v1="2364" v2="2388"/>
+      <triangle index="4254" v0="1183" v1="1184" v2="2364"/>
+      <triangle index="4255" v0="2363" v1="2365" v2="2367"/>
+      <triangle index="4256" v0="505" v1="2679" v2="2686"/>
+      <triangle index="4257" v0="2364" v1="2365" v2="2679"/>
+      <triangle index="4258" v0="1801" v1="2658" v2="2659"/>
+      <triangle index="4259" v0="1176" v1="2373" v2="2374"/>
+      <triangle index="4260" v0="505" v1="2362" v2="2367"/>
+      <triangle index="4261" v0="644" v1="2363" v2="2368"/>
+      <triangle index="4262" v0="2692" v1="2929" v2="2931"/>
+      <triangle index="4263" v0="644" v1="2368" v2="2929"/>
+      <triangle index="4264" v0="2910" v1="2913" v2="2923"/>
+      <triangle index="4265" v0="2375" v1="2659" v2="2664"/>
+      <triangle index="4266" v0="2692" v1="2929" v2="2930"/>
+      <triangle index="4267" v0="2369" v1="2370" v2="2898"/>
+      <triangle index="4268" v0="2361" v1="2362" v2="2371"/>
+      <triangle index="4269" v0="2366" v1="2372" v2="2374"/>
+      <triangle index="4270" v0="2358" v1="2360" v2="2372"/>
+      <triangle index="4271" v0="2366" v1="2371" v2="2372"/>
+      <triangle index="4272" v0="1176" v1="2372" v2="2374"/>
+      <triangle index="4273" v0="1801" v1="2373" v2="2662"/>
+      <triangle index="4274" v0="2366" v1="2375" v2="2680"/>
+      <triangle index="4275" v0="2373" v1="2374" v2="2680"/>
+      <triangle index="4276" v0="2361" v1="2665" v2="2901"/>
+      <triangle index="4277" v0="2898" v1="2899" v2="2900"/>
+      <triangle index="4278" v0="2373" v1="2376" v2="2662"/>
+      <triangle index="4279" v0="1153" v1="1170" v2="2661"/>
+      <triangle index="4280" v0="1179" v1="2377" v2="2382"/>
+      <triangle index="4281" v0="3178" v1="3179" v2="3182"/>
+      <triangle index="4282" v0="2699" v1="2700" v2="3123"/>
+      <triangle index="4283" v0="2914" v1="3221" v2="3241"/>
+      <triangle index="4284" v0="2910" v1="2912" v2="2917"/>
+      <triangle index="4285" v0="640" v1="2380" v2="2381"/>
+      <triangle index="4286" v0="1803" v1="2377" v2="3183"/>
+      <triangle index="4287" v0="2379" v1="2380" v2="2381"/>
+      <triangle index="4288" v0="2908" v1="2909" v2="3253"/>
+      <triangle index="4289" v0="2671" v1="2672" v2="2674"/>
+      <triangle index="4290" v0="118" v1="119" v2="2382"/>
+      <triangle index="4291" v0="1803" v1="2377" v2="2382"/>
+      <triangle index="4292" v0="640" v1="2683" v2="2907"/>
+      <triangle index="4293" v0="1804" v1="1806" v2="2383"/>
+      <triangle index="4294" v0="1181" v1="1182" v2="2384"/>
+      <triangle index="4295" v0="643" v1="2384" v2="2679"/>
+      <triangle index="4296" v0="1799" v1="1800" v2="2385"/>
+      <triangle index="4297" v0="642" v1="1810" v2="2689"/>
+      <triangle index="4298" v0="125" v1="2386" v2="2387"/>
+      <triangle index="4299" v0="1812" v1="1813" v2="2386"/>
+      <triangle index="4300" v0="124" v1="2928" v2="2938"/>
+      <triangle index="4301" v0="2387" v1="2692" v2="2930"/>
+      <triangle index="4302" v0="644" v1="2363" v2="2388"/>
+      <triangle index="4303" v0="1183" v1="1813" v2="2388"/>
+      <triangle index="4304" v0="1193" v1="1818" v2="2389"/>
+      <triangle index="4305" v0="1816" v1="2389" v2="2390"/>
+      <triangle index="4306" v0="1198" v1="2389" v2="2390"/>
+      <triangle index="4307" v0="1816" v1="1817" v2="2390"/>
+      <triangle index="4308" v0="1197" v1="1821" v2="2391"/>
+      <triangle index="4309" v0="1214" v1="1822" v2="2391"/>
+      <triangle index="4310" v0="1822" v1="2392" v2="2393"/>
+      <triangle index="4311" v0="2352" v1="2392" v2="2394"/>
+      <triangle index="4312" v0="1822" v1="1823" v2="2393"/>
+      <triangle index="4313" v0="503" v1="2353" v2="2393"/>
+      <triangle index="4314" v0="2351" v1="2352" v2="2394"/>
+      <triangle index="4315" v0="633" v1="2351" v2="2394"/>
+      <triangle index="4316" v0="344" v1="345" v2="2395"/>
+      <triangle index="4317" v0="344" v1="2399" v2="2402"/>
+      <triangle index="4318" v0="1830" v1="1832" v2="2396"/>
+      <triangle index="4319" v0="2396" v1="2398" v2="2399"/>
+      <triangle index="4320" v0="1831" v1="2395" v2="2399"/>
+      <triangle index="4321" v0="343" v1="2400" v2="2402"/>
+      <triangle index="4322" v0="2242" v1="2397" v2="2693"/>
+      <triangle index="4323" v0="2397" v1="2398" v2="2693"/>
+      <triangle index="4324" v0="344" v1="2395" v2="2399"/>
+      <triangle index="4325" v0="2397" v1="2398" v2="2399"/>
+      <triangle index="4326" v0="636" v1="1141" v2="2400"/>
+      <triangle index="4327" v0="2397" v1="2400" v2="2402"/>
+      <triangle index="4328" v0="2242" v1="2397" v2="2401"/>
+      <triangle index="4329" v0="636" v1="2400" v2="2401"/>
+      <triangle index="4330" v0="2397" v1="2399" v2="2402"/>
+      <triangle index="4331" v0="343" v1="344" v2="2402"/>
+      <triangle index="4332" v0="1222" v1="1224" v2="2403"/>
+      <triangle index="4333" v0="1221" v1="1836" v2="2403"/>
+      <triangle index="4334" v0="2972" v1="3122" v2="3123"/>
+      <triangle index="4335" v0="3124" v1="3173" v2="3175"/>
+      <triangle index="4336" v0="2404" v1="3122" v2="3163"/>
+      <triangle index="4337" v0="3175" v1="3176" v2="3184"/>
+      <triangle index="4338" v0="111" v1="1227" v2="2407"/>
+      <triangle index="4339" v0="1841" v1="1842" v2="2406"/>
+      <triangle index="4340" v0="1841" v1="2406" v2="2407"/>
+      <triangle index="4341" v0="111" v1="2406" v2="2407"/>
+      <triangle index="4342" v0="1843" v1="2408" v2="2411"/>
+      <triangle index="4343" v0="1841" v1="2408" v2="2410"/>
+      <triangle index="4344" v0="1843" v1="2411" v2="2701"/>
+      <triangle index="4345" v0="2411" v1="2412" v2="2945"/>
+      <triangle index="4346" v0="2409" v1="2410" v2="2696"/>
+      <triangle index="4347" v0="1225" v1="1842" v2="2410"/>
+      <triangle index="4348" v0="2411" v1="2412" v2="2701"/>
+      <triangle index="4349" v0="2409" v1="2410" v2="2411"/>
+      <triangle index="4350" v0="2948" v1="2950" v2="2951"/>
+      <triangle index="4351" v0="2943" v1="2944" v2="2959"/>
+      <triangle index="4352" v0="648" v1="2418" v2="2421"/>
+      <triangle index="4353" v0="1843" v1="2408" v2="2413"/>
+      <triangle index="4354" v0="107" v1="2414" v2="2703"/>
+      <triangle index="4355" v0="1844" v1="1845" v2="2414"/>
+      <triangle index="4356" v0="3160" v1="3206" v2="3207"/>
+      <triangle index="4357" v0="3100" v1="3101" v2="3105"/>
+      <triangle index="4358" v0="649" v1="2416" v2="2419"/>
+      <triangle index="4359" v0="1229" v1="1845" v2="2416"/>
+      <triangle index="4360" v0="2702" v1="2950" v2="2957"/>
+      <triangle index="4361" v0="2418" v1="2420" v2="2421"/>
+      <triangle index="4362" v0="1229" v1="1230" v2="2418"/>
+      <triangle index="4363" v0="2417" v1="2418" v2="2420"/>
+      <triangle index="4364" v0="649" v1="2419" v2="3257"/>
+      <triangle index="4365" v0="2417" v1="2418" v2="2419"/>
+      <triangle index="4366" v0="2417" v1="2420" v2="2951"/>
+      <triangle index="4367" v0="507" v1="2421" v2="2701"/>
+      <triangle index="4368" v0="648" v1="2413" v2="2421"/>
+      <triangle index="4369" v0="507" v1="2420" v2="2421"/>
+      <triangle index="4370" v0="650" v1="3120" v2="3306"/>
+      <triangle index="4371" v0="3069" v1="3072" v2="3073"/>
+      <triangle index="4372" v0="3051" v1="3053" v2="3056"/>
+      <triangle index="4373" v0="3054" v1="3057" v2="3066"/>
+      <triangle index="4374" v0="1248" v1="1258" v2="2424"/>
+      <triangle index="4375" v0="653" v1="1859" v2="2424"/>
+      <triangle index="4376" v0="1855" v1="1858" v2="2425"/>
+      <triangle index="4377" v0="1853" v1="1925" v2="2425"/>
+      <triangle index="4378" v0="1241" v1="2426" v2="2427"/>
+      <triangle index="4379" v0="1855" v1="1861" v2="2426"/>
+      <triangle index="4380" v0="1241" v1="2427" v2="3298"/>
+      <triangle index="4381" v0="662" v1="1856" v2="2427"/>
+      <triangle index="4382" v0="1340" v1="1875" v2="2428"/>
+      <triangle index="4383" v0="1876" v1="1882" v2="2428"/>
+      <triangle index="4384" v0="70" v1="1880" v2="2429"/>
+      <triangle index="4385" v0="1880" v1="2429" v2="2455"/>
+      <triangle index="4386" v0="1876" v1="1882" v2="2430"/>
+      <triangle index="4387" v0="1345" v1="2430" v2="2431"/>
+      <triangle index="4388" v0="1345" v1="1347" v2="2431"/>
+      <triangle index="4389" v0="1348" v1="2431" v2="2432"/>
+      <triangle index="4390" v0="1348" v1="2432" v2="2433"/>
+      <triangle index="4391" v0="655" v1="1883" v2="2432"/>
+      <triangle index="4392" v0="1348" v1="2433" v2="2434"/>
+      <triangle index="4393" v0="655" v1="1888" v2="2433"/>
+      <triangle index="4394" v0="2434" v1="2435" v2="2436"/>
+      <triangle index="4395" v0="512" v1="2447" v2="2448"/>
+      <triangle index="4396" v0="1342" v1="2435" v2="2437"/>
+      <triangle index="4397" v0="2435" v1="2437" v2="2438"/>
+      <triangle index="4398" v0="1348" v1="2431" v2="2436"/>
+      <triangle index="4399" v0="1342" v1="2435" v2="2436"/>
+      <triangle index="4400" v0="1342" v1="2437" v2="2439"/>
+      <triangle index="4401" v0="2439" v1="2440" v2="2443"/>
+      <triangle index="4402" v0="1954" v1="2441" v2="2445"/>
+      <triangle index="4403" v0="2438" v1="2442" v2="2445"/>
+      <triangle index="4404" v0="1342" v1="1343" v2="2439"/>
+      <triangle index="4405" v0="1344" v1="2439" v2="2443"/>
+      <triangle index="4406" v0="1328" v1="1950" v2="2449"/>
+      <triangle index="4407" v0="1954" v1="2437" v2="2440"/>
+      <triangle index="4408" v0="1954" v1="2452" v2="2708"/>
+      <triangle index="4409" v0="1905" v1="1909" v2="2441"/>
+      <triangle index="4410" v0="1901" v1="1910" v2="2446"/>
+      <triangle index="4411" v0="512" v1="2438" v2="2442"/>
+      <triangle index="4412" v0="1344" v1="1951" v2="2443"/>
+      <triangle index="4413" v0="1328" v1="2440" v2="2443"/>
+      <triangle index="4414" v0="1940" v1="1941" v2="2451"/>
+      <triangle index="4415" v0="2440" v1="2444" v2="2452"/>
+      <triangle index="4416" v0="1954" v1="2438" v2="2445"/>
+      <triangle index="4417" v0="1901" v1="2441" v2="2445"/>
+      <triangle index="4418" v0="654" v1="1904" v2="2446"/>
+      <triangle index="4419" v0="654" v1="2446" v2="2447"/>
+      <triangle index="4420" v0="654" v1="2447" v2="2448"/>
+      <triangle index="4421" v0="512" v1="2442" v2="2447"/>
+      <triangle index="4422" v0="654" v1="1253" v2="2448"/>
+      <triangle index="4423" v0="1888" v1="2433" v2="2448"/>
+      <triangle index="4424" v0="1944" v1="1950" v2="2449"/>
+      <triangle index="4425" v0="1940" v1="1944" v2="2449"/>
+      <triangle index="4426" v0="1938" v1="2707" v2="2709"/>
+      <triangle index="4427" v0="1954" v1="2440" v2="2452"/>
+      <triangle index="4428" v0="1938" v1="1941" v2="2451"/>
+      <triangle index="4429" v0="2450" v1="2451" v2="2453"/>
+      <triangle index="4430" v0="2444" v1="2452" v2="2453"/>
+      <triangle index="4431" v0="2450" v1="2452" v2="2708"/>
+      <triangle index="4432" v0="1940" v1="2451" v2="2453"/>
+      <triangle index="4433" v0="2450" v1="2452" v2="2453"/>
+      <triangle index="4434" v0="71" v1="2429" v2="2454"/>
+      <triangle index="4435" v0="1889" v1="1890" v2="2454"/>
+      <triangle index="4436" v0="1255" v1="1883" v2="2455"/>
+      <triangle index="4437" v0="1890" v1="2429" v2="2455"/>
+      <triangle index="4438" v0="655" v1="1254" v2="2456"/>
+      <triangle index="4439" v0="1890" v1="2455" v2="2456"/>
+      <triangle index="4440" v0="1903" v1="2457" v2="2458"/>
+      <triangle index="4441" v0="2457" v1="2458" v2="2459"/>
+      <triangle index="4442" v0="1898" v1="2476" v2="2479"/>
+      <triangle index="4443" v0="2471" v1="2473" v2="2477"/>
+      <triangle index="4444" v0="2159" v1="2170" v2="2975"/>
+      <triangle index="4445" v0="1024" v1="2457" v2="2459"/>
+      <triangle index="4446" v0="2170" v1="2622" v2="2711"/>
+      <triangle index="4447" v0="957" v1="2156" v2="2607"/>
+      <triangle index="4448" v0="598" v1="2461" v2="2464"/>
+      <triangle index="4449" v0="2460" v1="2461" v2="2463"/>
+      <triangle index="4450" v0="2464" v1="2466" v2="2718"/>
+      <triangle index="4451" v0="2159" v1="2716" v2="2975"/>
+      <triangle index="4452" v0="2711" v1="2712" v2="2714"/>
+      <triangle index="4453" v0="1024" v1="1580" v2="2465"/>
+      <triangle index="4454" v0="598" v1="2464" v2="2466"/>
+      <triangle index="4455" v0="2462" v1="2713" v2="2715"/>
+      <triangle index="4456" v0="2463" v1="2465" v2="2469"/>
+      <triangle index="4457" v0="80" v1="2465" v2="2468"/>
+      <triangle index="4458" v0="598" v1="2458" v2="2471"/>
+      <triangle index="4459" v0="2475" v1="2720" v2="2725"/>
+      <triangle index="4460" v0="2463" v1="2469" v2="2714"/>
+      <triangle index="4461" v0="1524" v1="2061" v2="2470"/>
+      <triangle index="4462" v0="2465" v1="2468" v2="2469"/>
+      <triangle index="4463" v0="2467" v1="2468" v2="2470"/>
+      <triangle index="4464" v0="2460" v1="2463" v2="2714"/>
+      <triangle index="4465" v0="2467" v1="2468" v2="2469"/>
+      <triangle index="4466" v0="81" v1="2061" v2="2470"/>
+      <triangle index="4467" v0="2467" v1="2470" v2="2607"/>
+      <triangle index="4468" v0="1898" v1="1903" v2="2474"/>
+      <triangle index="4469" v0="2466" v1="2471" v2="2477"/>
+      <triangle index="4470" v0="1898" v1="2474" v2="2476"/>
+      <triangle index="4471" v0="2200" v1="2202" v2="2720"/>
+      <triangle index="4472" v0="1903" v1="2458" v2="2478"/>
+      <triangle index="4473" v0="2473" v1="2477" v2="2722"/>
+      <triangle index="4474" v0="2472" v1="2473" v2="2474"/>
+      <triangle index="4475" v0="2458" v1="2473" v2="2478"/>
+      <triangle index="4476" v0="2721" v1="2722" v2="2723"/>
+      <triangle index="4477" v0="2202" v1="2725" v2="2977"/>
+      <triangle index="4478" v0="656" v1="1905" v2="2974"/>
+      <triangle index="4479" v0="2476" v1="2481" v2="2976"/>
+      <triangle index="4480" v0="2472" v1="2473" v2="2722"/>
+      <triangle index="4481" v0="2475" v1="2477" v2="2978"/>
+      <triangle index="4482" v0="1903" v1="2474" v2="2478"/>
+      <triangle index="4483" v0="2473" v1="2474" v2="2478"/>
+      <triangle index="4484" v0="1898" v1="1900" v2="2479"/>
+      <triangle index="4485" v0="656" v1="2479" v2="2481"/>
+      <triangle index="4486" v0="2480" v1="2728" v2="2973"/>
+      <triangle index="4487" v0="2728" v1="2729" v2="2976"/>
+      <triangle index="4488" v0="656" v1="2481" v2="2974"/>
+      <triangle index="4489" v0="2480" v1="2481" v2="2976"/>
+      <triangle index="4490" v0="731" v1="1350" v2="2482"/>
+      <triangle index="4491" v0="701" v1="1916" v2="2482"/>
+      <triangle index="4492" v0="730" v1="1335" v2="2483"/>
+      <triangle index="4493" v0="1294" v1="1915" v2="2483"/>
+      <triangle index="4494" v0="1942" v1="1944" v2="2484"/>
+      <triangle index="4495" v0="1944" v1="1947" v2="2484"/>
+      <triangle index="4496" v0="1931" v1="1941" v2="2485"/>
+      <triangle index="4497" v0="1942" v1="1946" v2="2485"/>
+      <triangle index="4498" v0="530" v1="1957" v2="2486"/>
+      <triangle index="4499" v0="1956" v1="2486" v2="2732"/>
+      <triangle index="4500" v0="1354" v1="1355" v2="2487"/>
+      <triangle index="4501" v0="1356" v1="2486" v2="2487"/>
+      <triangle index="4502" v0="1956" v1="1958" v2="2489"/>
+      <triangle index="4503" v0="2488" v1="2489" v2="2733"/>
+      <triangle index="4504" v0="529" v1="737" v2="2489"/>
+      <triangle index="4505" v0="2488" v1="2489" v2="2732"/>
+      <triangle index="4506" v0="292" v1="293" v2="2490"/>
+      <triangle index="4507" v0="292" v1="784" v2="2490"/>
+      <triangle index="4508" v0="1386" v1="1979" v2="2491"/>
+      <triangle index="4509" v0="1965" v1="1980" v2="2491"/>
+      <triangle index="4510" v0="1407" v1="1417" v2="2492"/>
+      <triangle index="4511" v0="1987" v1="2493" v2="2886"/>
+      <triangle index="4512" v0="573" v1="2492" v2="2493"/>
+      <triangle index="4513" v0="1987" v1="2492" v2="2493"/>
+      <triangle index="4514" v0="803" v1="1401" v2="2737"/>
+      <triangle index="4515" v0="911" v1="1452" v2="2740"/>
+      <triangle index="4516" v0="573" v1="1989" v2="2495"/>
+      <triangle index="4517" v0="1419" v1="1989" v2="2495"/>
+      <triangle index="4518" v0="573" v1="2496" v2="2497"/>
+      <triangle index="4519" v0="2734" v1="2735" v2="2740"/>
+      <triangle index="4520" v0="573" v1="2493" v2="2497"/>
+      <triangle index="4521" v0="2494" v1="2497" v2="2734"/>
+      <triangle index="4522" v0="2002" v1="2496" v2="2498"/>
+      <triangle index="4523" v0="2496" v1="2498" v2="2734"/>
+      <triangle index="4524" v0="921" v1="2007" v2="2499"/>
+      <triangle index="4525" v0="2009" v1="2014" v2="2499"/>
+      <triangle index="4526" v0="1485" v1="1490" v2="2500"/>
+      <triangle index="4527" v0="1489" v1="2500" v2="2980"/>
+      <triangle index="4528" v0="2741" v1="2979" v2="2983"/>
+      <triangle index="4529" v0="2018" v1="2503" v2="2504"/>
+      <triangle index="4530" v0="2007" v1="2009" v2="2502"/>
+      <triangle index="4531" v0="585" v1="2502" v2="2503"/>
+      <triangle index="4532" v0="2010" v1="2501" v2="2503"/>
+      <triangle index="4533" v0="2501" v1="2503" v2="2504"/>
+      <triangle index="4534" v0="2501" v1="2504" v2="2979"/>
+      <triangle index="4535" v0="2024" v1="2504" v2="2506"/>
+      <triangle index="4536" v0="2034" v1="2597" v2="2603"/>
+      <triangle index="4537" v0="2028" v1="2512" v2="2517"/>
+      <triangle index="4538" v0="2018" v1="2504" v2="2506"/>
+      <triangle index="4539" v0="2023" v1="2024" v2="2506"/>
+      <triangle index="4540" v0="1469" v1="2022" v2="2508"/>
+      <triangle index="4541" v0="2507" v1="2508" v2="2510"/>
+      <triangle index="4542" v0="2021" v1="2022" v2="2508"/>
+      <triangle index="4543" v0="2508" v1="2510" v2="2511"/>
+      <triangle index="4544" v0="2509" v1="2510" v2="2511"/>
+      <triangle index="4545" v0="2509" v1="2511" v2="2514"/>
+      <triangle index="4546" v0="2021" v1="2508" v2="2511"/>
+      <triangle index="4547" v0="2509" v1="2510" v2="2512"/>
+      <triangle index="4548" v0="2021" v1="2024" v2="2513"/>
+      <triangle index="4549" v0="2511" v1="2513" v2="2743"/>
+      <triangle index="4550" v0="2512" v1="2517" v2="2745"/>
+      <triangle index="4551" v0="2028" v1="2512" v2="2516"/>
+      <triangle index="4552" v0="2024" v1="2505" v2="2513"/>
+      <triangle index="4553" v0="2505" v1="2513" v2="2743"/>
+      <triangle index="4554" v0="2982" v1="2984" v2="2985"/>
+      <triangle index="4555" v0="2854" v1="2856" v2="2857"/>
+      <triangle index="4556" v0="2509" v1="2514" v2="2744"/>
+      <triangle index="4557" v0="2596" v1="2600" v2="2601"/>
+      <triangle index="4558" v0="2028" v1="2516" v2="2524"/>
+      <triangle index="4559" v0="2029" v1="2507" v2="2516"/>
+      <triangle index="4560" v0="2509" v1="2512" v2="2745"/>
+      <triangle index="4561" v0="2515" v1="2518" v2="2616"/>
+      <triangle index="4562" v0="2139" v1="2149" v2="2518"/>
+      <triangle index="4563" v0="2149" v1="2518" v2="2748"/>
+      <triangle index="4564" v0="2028" v1="2518" v2="2748"/>
+      <triangle index="4565" v0="952" v1="2520" v2="2521"/>
+      <triangle index="4566" v0="948" v1="955" v2="2520"/>
+      <triangle index="4567" v0="948" v1="2026" v2="2522"/>
+      <triangle index="4568" v0="2519" v1="2524" v2="2749"/>
+      <triangle index="4569" v0="952" v1="2180" v2="2521"/>
+      <triangle index="4570" v0="948" v1="2520" v2="2522"/>
+      <triangle index="4571" v0="2027" v1="2030" v2="2522"/>
+      <triangle index="4572" v0="2149" v1="2523" v2="2750"/>
+      <triangle index="4573" v0="2130" v1="2750" v2="2751"/>
+      <triangle index="4574" v0="2029" v1="2516" v2="2524"/>
+      <triangle index="4575" v0="2028" v1="2748" v2="2749"/>
+      <triangle index="4576" v0="918" v1="1472" v2="2525"/>
+      <triangle index="4577" v0="931" v1="2525" v2="2526"/>
+      <triangle index="4578" v0="931" v1="935" v2="2526"/>
+      <triangle index="4579" v0="1471" v1="2526" v2="2527"/>
+      <triangle index="4580" v0="1471" v1="1478" v2="2527"/>
+      <triangle index="4581" v0="484" v1="2035" v2="2527"/>
+      <triangle index="4582" v0="1491" v1="2981" v2="3125"/>
+      <triangle index="4583" v0="1482" v1="2528" v2="2851"/>
+      <triangle index="4584" v0="386" v1="387" v2="3133"/>
+      <triangle index="4585" v0="2043" v1="2529" v2="2530"/>
+      <triangle index="4586" v0="2043" v1="2530" v2="2531"/>
+      <triangle index="4587" v0="2038" v1="2040" v2="2530"/>
+      <triangle index="4588" v0="3131" v1="3132" v2="3133"/>
+      <triangle index="4589" v0="2039" v1="2040" v2="2531"/>
+      <triangle index="4590" v0="2535" v1="2770" v2="2992"/>
+      <triangle index="4591" v0="2532" v1="2533" v2="2536"/>
+      <triangle index="4592" v0="2043" v1="2531" v2="2533"/>
+      <triangle index="4593" v0="383" v1="2821" v2="2828"/>
+      <triangle index="4594" v0="2079" v1="2758" v2="2776"/>
+      <triangle index="4595" v0="2537" v1="3127" v2="3128"/>
+      <triangle index="4596" v0="2532" v1="2992" v2="2996"/>
+      <triangle index="4597" v0="2534" v1="2535" v2="2988"/>
+      <triangle index="4598" v0="2532" v1="2536" v2="2992"/>
+      <triangle index="4599" v0="2535" v1="2536" v2="3128"/>
+      <triangle index="4600" v0="2535" v1="2988" v2="3128"/>
+      <triangle index="4601" v0="2053" v1="2054" v2="2990"/>
+      <triangle index="4602" v0="1506" v1="2178" v2="2538"/>
+      <triangle index="4603" v0="2060" v1="2538" v2="2619"/>
+      <triangle index="4604" v0="2064" v1="2065" v2="2539"/>
+      <triangle index="4605" v0="2063" v1="2539" v2="2757"/>
+      <triangle index="4606" v0="2540" v1="2781" v2="2782"/>
+      <triangle index="4607" v0="2768" v1="2774" v2="2775"/>
+      <triangle index="4608" v0="594" v1="2781" v2="2796"/>
+      <triangle index="4609" v0="2540" v1="2541" v2="2757"/>
+      <triangle index="4610" v0="2762" v1="2765" v2="2997"/>
+      <triangle index="4611" v0="2077" v1="2079" v2="2758"/>
+      <triangle index="4612" v0="2077" v1="2545" v2="2810"/>
+      <triangle index="4613" v0="2078" v1="2079" v2="2543"/>
+      <triangle index="4614" v0="2760" v1="2816" v2="3004"/>
+      <triangle index="4615" v0="2804" v1="2806" v2="2808"/>
+      <triangle index="4616" v0="2077" v1="2543" v2="2545"/>
+      <triangle index="4617" v0="2544" v1="2545" v2="2804"/>
+      <triangle index="4618" v0="1538" v1="1540" v2="2546"/>
+      <triangle index="4619" v0="1534" v1="2084" v2="2546"/>
+      <triangle index="4620" v0="2083" v1="2808" v2="2824"/>
+      <triangle index="4621" v0="1539" v1="2547" v2="2548"/>
+      <triangle index="4622" v0="1540" v1="2546" v2="2548"/>
+      <triangle index="4623" v0="2084" v1="2547" v2="2548"/>
+      <triangle index="4624" v0="1548" v1="1551" v2="2555"/>
+      <triangle index="4625" v0="103" v1="2089" v2="2550"/>
+      <triangle index="4626" v0="2088" v1="2549" v2="2552"/>
+      <triangle index="4627" v0="2551" v1="2552" v2="3311"/>
+      <triangle index="4628" v0="103" v1="2550" v2="2551"/>
+      <triangle index="4629" v0="2550" v1="2551" v2="2552"/>
+      <triangle index="4630" v0="2549" v1="2550" v2="2552"/>
+      <triangle index="4631" v0="2088" v1="3111" v2="3312"/>
+      <triangle index="4632" v0="2556" v1="3110" v2="3112"/>
+      <triangle index="4633" v0="3160" v1="3206" v2="3208"/>
+      <triangle index="4634" v0="1009" v1="2103" v2="2557"/>
+      <triangle index="4635" v0="2549" v1="2554" v2="3112"/>
+      <triangle index="4636" v0="1009" v1="2554" v2="2555"/>
+      <triangle index="4637" v0="1548" v1="2554" v2="2555"/>
+      <triangle index="4638" v0="3075" v1="3076" v2="3078"/>
+      <triangle index="4639" v0="2556" v1="3100" v2="3109"/>
+      <triangle index="4640" v0="1556" v1="2103" v2="2557"/>
+      <triangle index="4641" v0="2554" v1="2556" v2="2557"/>
+      <triangle index="4642" v0="1006" v1="1535" v2="2559"/>
+      <triangle index="4643" v0="988" v1="2091" v2="2558"/>
+      <triangle index="4644" v0="1006" v1="2558" v2="2559"/>
+      <triangle index="4645" v0="1005" v1="2560" v2="2562"/>
+      <triangle index="4646" v0="1552" v1="2559" v2="2560"/>
+      <triangle index="4647" v0="1005" v1="2559" v2="2560"/>
+      <triangle index="4648" v0="2094" v1="2565" v2="2577"/>
+      <triangle index="4649" v0="377" v1="2570" v2="2834"/>
+      <triangle index="4650" v0="1540" v1="2562" v2="2563"/>
+      <triangle index="4651" v0="2102" v1="2560" v2="2562"/>
+      <triangle index="4652" v0="2563" v1="2566" v2="2567"/>
+      <triangle index="4653" v0="2102" v1="2563" v2="2565"/>
+      <triangle index="4654" v0="1539" v1="2567" v2="2831"/>
+      <triangle index="4655" v0="377" v1="378" v2="2833"/>
+      <triangle index="4656" v0="1539" v1="2563" v2="2567"/>
+      <triangle index="4657" v0="2563" v1="2565" v2="2566"/>
+      <triangle index="4658" v0="2564" v1="2566" v2="2568"/>
+      <triangle index="4659" v0="2566" v1="2568" v2="2571"/>
+      <triangle index="4660" v0="1539" v1="2547" v2="2831"/>
+      <triangle index="4661" v0="2564" v1="2566" v2="2567"/>
+      <triangle index="4662" v0="2564" v1="2568" v2="3009"/>
+      <triangle index="4663" v0="2561" v1="2568" v2="2571"/>
+      <triangle index="4664" v0="2083" v1="2824" v2="3007"/>
+      <triangle index="4665" v0="2832" v1="2833" v2="3009"/>
+      <triangle index="4666" v0="2832" v1="3009" v2="3010"/>
+      <triangle index="4667" v0="376" v1="377" v2="2834"/>
+      <triangle index="4668" v0="2561" v1="2571" v2="2572"/>
+      <triangle index="4669" v0="2094" v1="2565" v2="2571"/>
+      <triangle index="4670" v0="2576" v1="2834" v2="2835"/>
+      <triangle index="4671" v0="2574" v1="2837" v2="2842"/>
+      <triangle index="4672" v0="2094" v1="2571" v2="2573"/>
+      <triangle index="4673" v0="2571" v1="2572" v2="2573"/>
+      <triangle index="4674" v0="376" v1="2574" v2="2836"/>
+      <triangle index="4675" v0="2575" v1="2844" v2="2845"/>
+      <triangle index="4676" v0="2574" v1="2836" v2="2837"/>
+      <triangle index="4677" v0="375" v1="2837" v2="2838"/>
+      <triangle index="4678" v0="2561" v1="2576" v2="2835"/>
+      <triangle index="4679" v0="2574" v1="2576" v2="2842"/>
+      <triangle index="4680" v0="1552" v1="2560" v2="2577"/>
+      <triangle index="4681" v0="2102" v1="2565" v2="2577"/>
+      <triangle index="4682" v0="2098" v1="2578" v2="2580"/>
+      <triangle index="4683" v0="1008" v1="2108" v2="2578"/>
+      <triangle index="4684" v0="2846" v1="3013" v2="3014"/>
+      <triangle index="4685" v0="1765" v1="3191" v2="3192"/>
+      <triangle index="4686" v0="2108" v1="2110" v2="2580"/>
+      <triangle index="4687" v0="2098" v1="2580" v2="2581"/>
+      <triangle index="4688" v0="2098" v1="2101" v2="2581"/>
+      <triangle index="4689" v0="1554" v1="2581" v2="2582"/>
+      <triangle index="4690" v0="1554" v1="2844" v2="2845"/>
+      <triangle index="4691" v0="2579" v1="2846" v2="3139"/>
+      <triangle index="4692" v0="595" v1="2587" v2="2850"/>
+      <triangle index="4693" v0="2114" v1="2583" v2="2584"/>
+      <triangle index="4694" v0="2114" v1="2584" v2="2585"/>
+      <triangle index="4695" v0="1562" v1="1567" v2="2584"/>
+      <triangle index="4696" v0="2114" v1="3016" v2="3017"/>
+      <triangle index="4697" v0="2788" v1="2794" v2="3135"/>
+      <triangle index="4698" v0="1571" v1="2588" v2="2852"/>
+      <triangle index="4699" v0="3017" v1="3018" v2="3028"/>
+      <triangle index="4700" v0="595" v1="2583" v2="2587"/>
+      <triangle index="4701" v0="2586" v1="2587" v2="3017"/>
+      <triangle index="4702" v0="2116" v1="2588" v2="2852"/>
+      <triangle index="4703" v0="1571" v1="2597" v2="2602"/>
+      <triangle index="4704" v0="2590" v1="2591" v2="2592"/>
+      <triangle index="4705" v0="2116" v1="2588" v2="2589"/>
+      <triangle index="4706" v0="1473" v1="2054" v2="3021"/>
+      <triangle index="4707" v0="2116" v1="2589" v2="2591"/>
+      <triangle index="4708" v0="1480" v1="2591" v2="2592"/>
+      <triangle index="4709" v0="2590" v1="2591" v2="3028"/>
+      <triangle index="4710" v0="1480" v1="1481" v2="2592"/>
+      <triangle index="4711" v0="2032" v1="2592" v2="2594"/>
+      <triangle index="4712" v0="2032" v1="2592" v2="2593"/>
+      <triangle index="4713" v0="1481" v1="2592" v2="2593"/>
+      <triangle index="4714" v0="2032" v1="2052" v2="2594"/>
+      <triangle index="4715" v0="1473" v1="2594" v2="3029"/>
+      <triangle index="4716" v0="2117" v1="2595" v2="2598"/>
+      <triangle index="4717" v0="1571" v1="2595" v2="2597"/>
+      <triangle index="4718" v0="2598" v1="2600" v2="3314"/>
+      <triangle index="4719" v0="2601" v1="2858" v2="2985"/>
+      <triangle index="4720" v0="2595" v1="2597" v2="2598"/>
+      <triangle index="4721" v0="1491" v1="2528" v2="2603"/>
+      <triangle index="4722" v0="2117" v1="2118" v2="3314"/>
+      <triangle index="4723" v0="2596" v1="2597" v2="2598"/>
+      <triangle index="4724" v0="2611" v1="2613" v2="2614"/>
+      <triangle index="4725" v0="2515" v1="2517" v2="2745"/>
+      <triangle index="4726" v0="2117" v1="2598" v2="3314"/>
+      <triangle index="4727" v0="2599" v1="2600" v2="2856"/>
+      <triangle index="4728" v0="1575" v1="2119" v2="2614"/>
+      <triangle index="4729" v0="2746" v1="2747" v2="2982"/>
+      <triangle index="4730" v0="2034" v1="2602" v2="2851"/>
+      <triangle index="4731" v0="1571" v1="2588" v2="2602"/>
+      <triangle index="4732" v0="2596" v1="2597" v2="2603"/>
+      <triangle index="4733" v0="1491" v1="2984" v2="2986"/>
+      <triangle index="4734" v0="1563" v1="2118" v2="2604"/>
+      <triangle index="4735" v0="2117" v1="2595" v2="2604"/>
+      <triangle index="4736" v0="1524" v1="2605" v2="2606"/>
+      <triangle index="4737" v0="2122" v1="2124" v2="2605"/>
+      <triangle index="4738" v0="1524" v1="2606" v2="2607"/>
+      <triangle index="4739" v0="957" v1="2129" v2="2606"/>
+      <triangle index="4740" v0="1524" v1="2470" v2="2607"/>
+      <triangle index="4741" v0="2467" v1="2607" v2="2712"/>
+      <triangle index="4742" v0="2138" v1="2140" v2="2608"/>
+      <triangle index="4743" v0="2130" v1="2608" v2="2750"/>
+      <triangle index="4744" v0="2150" v1="2609" v2="2611"/>
+      <triangle index="4745" v0="1023" v1="2609" v2="2614"/>
+      <triangle index="4746" v0="2611" v1="2612" v2="2617"/>
+      <triangle index="4747" v0="2515" v1="2744" v2="2860"/>
+      <triangle index="4748" v0="2150" v1="2611" v2="2612"/>
+      <triangle index="4749" v0="2610" v1="2611" v2="2613"/>
+      <triangle index="4750" v0="2150" v1="2612" v2="2615"/>
+      <triangle index="4751" v0="2139" v1="2518" v2="2616"/>
+      <triangle index="4752" v0="2610" v1="2613" v2="2854"/>
+      <triangle index="4753" v0="2613" v1="2853" v2="2857"/>
+      <triangle index="4754" v0="2609" v1="2611" v2="2614"/>
+      <triangle index="4755" v0="1575" v1="2613" v2="2614"/>
+      <triangle index="4756" v0="592" v1="2150" v2="2615"/>
+      <triangle index="4757" v0="2140" v1="2141" v2="2615"/>
+      <triangle index="4758" v0="2855" v1="2859" v2="2860"/>
+      <triangle index="4759" v0="2616" v1="2617" v2="2859"/>
+      <triangle index="4760" v0="2610" v1="2611" v2="2617"/>
+      <triangle index="4761" v0="2612" v1="2616" v2="2617"/>
+      <triangle index="4762" v0="1579" v1="2121" v2="2618"/>
+      <triangle index="4763" v0="592" v1="2150" v2="2618"/>
+      <triangle index="4764" v0="2060" v1="2172" v2="2619"/>
+      <triangle index="4765" v0="2168" v1="2174" v2="2620"/>
+      <triangle index="4766" v0="1505" v1="1515" v2="2620"/>
+      <triangle index="4767" v0="2168" v1="2619" v2="2620"/>
+      <triangle index="4768" v0="2158" v1="2160" v2="2621"/>
+      <triangle index="4769" v0="2151" v1="2621" v2="2622"/>
+      <triangle index="4770" v0="2151" v1="2155" v2="2622"/>
+      <triangle index="4771" v0="2156" v1="2622" v2="2711"/>
+      <triangle index="4772" v0="1035" v1="2162" v2="2623"/>
+      <triangle index="4773" v0="2175" v1="2176" v2="2623"/>
+      <triangle index="4774" v0="1035" v1="1037" v2="2624"/>
+      <triangle index="4775" v0="1032" v1="1588" v2="2862"/>
+      <triangle index="4776" v0="2196" v1="2625" v2="2864"/>
+      <triangle index="4777" v0="2625" v1="2864" v2="2865"/>
+      <triangle index="4778" v0="1586" v1="1587" v2="2626"/>
+      <triangle index="4779" v0="490" v1="2626" v2="2627"/>
+      <triangle index="4780" v0="490" v1="1037" v2="2627"/>
+      <triangle index="4781" v0="1038" v1="2627" v2="2628"/>
+      <triangle index="4782" v0="2171" v1="2183" v2="2628"/>
+      <triangle index="4783" v0="2189" v1="2627" v2="2628"/>
+      <triangle index="4784" v0="599" v1="2193" v2="2629"/>
+      <triangle index="4785" v0="1599" v1="2193" v2="2629"/>
+      <triangle index="4786" v0="411" v1="412" v2="2630"/>
+      <triangle index="4787" v0="411" v1="1514" v2="2631"/>
+      <triangle index="4788" v0="1510" v1="2196" v2="2631"/>
+      <triangle index="4789" v0="411" v1="2630" v2="2631"/>
+      <triangle index="4790" v0="1607" v1="2198" v2="2632"/>
+      <triangle index="4791" v0="2200" v1="2632" v2="2724"/>
+      <triangle index="4792" v0="2190" v1="2633" v2="2977"/>
+      <triangle index="4793" v0="2199" v1="2202" v2="2633"/>
+      <triangle index="4794" v0="166" v1="2209" v2="2635"/>
+      <triangle index="4795" v0="167" v1="2211" v2="2634"/>
+      <triangle index="4796" v0="1630" v1="2300" v2="2635"/>
+      <triangle index="4797" v0="339" v1="2214" v2="2636"/>
+      <triangle index="4798" v0="2215" v1="2218" v2="2636"/>
+      <triangle index="4799" v0="1835" v1="1836" v2="2867"/>
+      <triangle index="4800" v0="2637" v1="2638" v2="2868"/>
+      <triangle index="4801" v0="1827" v1="1830" v2="2638"/>
+      <triangle index="4802" v0="2637" v1="2638" v2="2867"/>
+      <triangle index="4803" v0="2233" v1="2255" v2="2639"/>
+      <triangle index="4804" v0="2255" v1="2267" v2="2639"/>
+      <triangle index="4805" v0="2640" v1="2869" v2="2870"/>
+      <triangle index="4806" v0="2269" v1="2640" v2="2879"/>
+      <triangle index="4807" v0="147" v1="2873" v2="2878"/>
+      <triangle index="4808" v0="2251" v1="2650" v2="2892"/>
+      <triangle index="4809" v0="2642" v1="2882" v2="2883"/>
+      <triangle index="4810" v0="2641" v1="2877" v2="2893"/>
+      <triangle index="4811" v0="2258" v1="2273" v2="2643"/>
+      <triangle index="4812" v0="2642" v1="2643" v2="2892"/>
+      <triangle index="4813" v0="1705" v1="2284" v2="2644"/>
+      <triangle index="4814" v0="330" v1="2644" v2="2645"/>
+      <triangle index="4815" v0="329" v1="330" v2="2645"/>
+      <triangle index="4816" v0="329" v1="2645" v2="2884"/>
+      <triangle index="4817" v0="2646" v1="2884" v2="2885"/>
+      <triangle index="4818" v0="2646" v1="2887" v2="2888"/>
+      <triangle index="4819" v0="1700" v1="2647" v2="2648"/>
+      <triangle index="4820" v0="2287" v1="2288" v2="2647"/>
+      <triangle index="4821" v0="1705" v1="2644" v2="2648"/>
+      <triangle index="4822" v0="2287" v1="2647" v2="2648"/>
+      <triangle index="4823" v0="2253" v1="2279" v2="2649"/>
+      <triangle index="4824" v0="2251" v1="2643" v2="2892"/>
+      <triangle index="4825" v0="2332" v1="2650" v2="2895"/>
+      <triangle index="4826" v0="2650" v1="2896" v2="2897"/>
+      <triangle index="4827" v0="146" v1="2344" v2="2651"/>
+      <triangle index="4828" v0="2340" v1="2342" v2="2651"/>
+      <triangle index="4829" v0="1766" v1="2653" v2="2655"/>
+      <triangle index="4830" v0="2343" v1="2652" v2="3032"/>
+      <triangle index="4831" v0="2345" v1="2653" v2="2879"/>
+      <triangle index="4832" v0="1776" v1="2654" v2="2881"/>
+      <triangle index="4833" v0="2345" v1="2654" v2="2655"/>
+      <triangle index="4834" v0="2345" v1="2653" v2="2655"/>
+      <triangle index="4835" v0="150" v1="151" v2="2655"/>
+      <triangle index="4836" v0="1783" v1="2351" v2="2656"/>
+      <triangle index="4837" v0="2352" v1="2353" v2="2656"/>
+      <triangle index="4838" v0="1167" v1="2657" v2="2660"/>
+      <triangle index="4839" v0="2356" v1="2657" v2="2671"/>
+      <triangle index="4840" v0="641" v1="2658" v2="2672"/>
+      <triangle index="4841" v0="2356" v1="2658" v2="2660"/>
+      <triangle index="4842" v0="2375" v1="2664" v2="2665"/>
+      <triangle index="4843" v0="641" v1="2658" v2="2659"/>
+      <triangle index="4844" v0="2356" v1="2657" v2="2660"/>
+      <triangle index="4845" v0="1167" v1="1170" v2="2661"/>
+      <triangle index="4846" v0="2376" v1="2660" v2="2661"/>
+      <triangle index="4847" v0="1167" v1="2660" v2="2661"/>
+      <triangle index="4848" v0="1801" v1="2658" v2="2662"/>
+      <triangle index="4849" v0="2658" v1="2660" v2="2662"/>
+      <triangle index="4850" v0="504" v1="2921" v2="2922"/>
+      <triangle index="4851" v0="2664" v1="2667" v2="2668"/>
+      <triangle index="4852" v0="2375" v1="2665" v2="2901"/>
+      <triangle index="4853" v0="2663" v1="2664" v2="2668"/>
+      <triangle index="4854" v0="2361" v1="2368" v2="2900"/>
+      <triangle index="4855" v0="2664" v1="2665" v2="2899"/>
+      <triangle index="4856" v0="2663" v1="2898" v2="2927"/>
+      <triangle index="4857" v0="2671" v1="2674" v2="2906"/>
+      <triangle index="4858" v0="2659" v1="2664" v2="2667"/>
+      <triangle index="4859" v0="2666" v1="2667" v2="2675"/>
+      <triangle index="4860" v0="2663" v1="2668" v2="3045"/>
+      <triangle index="4861" v0="2666" v1="2667" v2="2668"/>
+      <triangle index="4862" v0="1788" v1="2670" v2="2671"/>
+      <triangle index="4863" v0="2357" v1="2669" v2="3277"/>
+      <triangle index="4864" v0="2357" v1="2669" v2="2670"/>
+      <triangle index="4865" v0="2356" v1="2658" v2="2672"/>
+      <triangle index="4866" v0="2356" v1="2671" v2="2672"/>
+      <triangle index="4867" v0="2666" v1="2673" v2="2675"/>
+      <triangle index="4868" v0="641" v1="2672" v2="2675"/>
+      <triangle index="4869" v0="2666" v1="3044" v2="3045"/>
+      <triangle index="4870" v0="2676" v1="3038" v2="3262"/>
+      <triangle index="4871" v0="2673" v1="2674" v2="2678"/>
+      <triangle index="4872" v0="2674" v1="2678" v2="2904"/>
+      <triangle index="4873" v0="641" v1="2667" v2="2675"/>
+      <triangle index="4874" v0="2673" v1="2674" v2="2675"/>
+      <triangle index="4875" v0="2381" v1="2911" v2="2913"/>
+      <triangle index="4876" v0="2379" v1="2381" v2="2908"/>
+      <triangle index="4877" v0="2918" v1="3039" v2="3147"/>
+      <triangle index="4878" v0="2676" v1="3262" v2="3273"/>
+      <triangle index="4879" v0="2673" v1="3041" v2="3046"/>
+      <triangle index="4880" v0="2677" v1="2904" v2="3284"/>
+      <triangle index="4881" v0="643" v1="2364" v2="2679"/>
+      <triangle index="4882" v0="505" v1="2365" v2="2679"/>
+      <triangle index="4883" v0="1801" v1="2373" v2="2680"/>
+      <triangle index="4884" v0="2366" v1="2374" v2="2680"/>
+      <triangle index="4885" v0="1153" v1="1177" v2="2681"/>
+      <triangle index="4886" v0="1173" v1="2373" v2="2681"/>
+      <triangle index="4887" v0="640" v1="2381" v2="2907"/>
+      <triangle index="4888" v0="2381" v1="2908" v2="2911"/>
+      <triangle index="4889" v0="640" v1="2383" v2="2683"/>
+      <triangle index="4890" v0="504" v1="2682" v2="2684"/>
+      <triangle index="4891" v0="504" v1="2684" v2="2941"/>
+      <triangle index="4892" v0="639" v1="1805" v2="2684"/>
+      <triangle index="4893" v0="2972" v1="3122" v2="3163"/>
+      <triangle index="4894" v0="504" v1="2682" v2="2921"/>
+      <triangle index="4895" v0="1809" v1="2679" v2="2686"/>
+      <triangle index="4896" v0="505" v1="2360" v2="2687"/>
+      <triangle index="4897" v0="1799" v1="2385" v2="2687"/>
+      <triangle index="4898" v0="505" v1="2686" v2="2687"/>
+      <triangle index="4899" v0="642" v1="1798" v2="2688"/>
+      <triangle index="4900" v0="1800" v1="2385" v2="2688"/>
+      <triangle index="4901" v0="1809" v1="2686" v2="2689"/>
+      <triangle index="4902" v0="2385" v1="2688" v2="2689"/>
+      <triangle index="4903" v0="2933" v1="2934" v2="2935"/>
+      <triangle index="4904" v0="125" v1="2387" v2="2690"/>
+      <triangle index="4905" v0="2370" v1="2929" v2="2931"/>
+      <triangle index="4906" v0="2387" v1="2692" v2="2928"/>
+      <triangle index="4907" v0="2369" v1="2370" v2="2931"/>
+      <triangle index="4908" v0="2242" v1="2248" v2="2693"/>
+      <triangle index="4909" v0="1829" v1="2250" v2="2693"/>
+      <triangle index="4910" v0="1225" v1="2694" v2="2698"/>
+      <triangle index="4911" v0="2404" v1="2694" v2="3165"/>
+      <triangle index="4912" v0="1839" v1="2695" v2="3165"/>
+      <triangle index="4913" v0="2405" v1="2695" v2="3184"/>
+      <triangle index="4914" v0="2696" v1="2699" v2="2944"/>
+      <triangle index="4915" v0="647" v1="2696" v2="2698"/>
+      <triangle index="4916" v0="2697" v1="2944" v2="2959"/>
+      <triangle index="4917" v0="3145" v1="3220" v2="3224"/>
+      <triangle index="4918" v0="647" v1="2698" v2="3122"/>
+      <triangle index="4919" v0="1225" v1="2410" v2="2698"/>
+      <triangle index="4920" v0="2409" v1="2696" v2="2944"/>
+      <triangle index="4921" v0="2697" v1="2699" v2="2700"/>
+      <triangle index="4922" v0="2954" v1="3149" v2="3150"/>
+      <triangle index="4923" v0="3164" v1="3168" v2="3169"/>
+      <triangle index="4924" v0="1843" v1="2421" v2="2701"/>
+      <triangle index="4925" v0="507" v1="2701" v2="2948"/>
+      <triangle index="4926" v0="507" v1="2948" v2="2951"/>
+      <triangle index="4927" v0="2702" v1="2956" v2="2965"/>
+      <triangle index="4928" v0="107" v1="2703" v2="2704"/>
+      <triangle index="4929" v0="2415" v1="3205" v2="3258"/>
+      <triangle index="4930" v0="106" v1="107" v2="2704"/>
+      <triangle index="4931" v0="106" v1="3161" v2="3208"/>
+      <triangle index="4932" v0="1231" v1="2705" v2="3303"/>
+      <triangle index="4933" v0="2422" v1="2705" v2="3058"/>
+      <triangle index="4934" v0="1847" v1="2706" v2="3058"/>
+      <triangle index="4935" v0="366" v1="2423" v2="2706"/>
+      <triangle index="4936" v0="1938" v1="2707" v2="2973"/>
+      <triangle index="4937" v0="1905" v1="2441" v2="2710"/>
+      <triangle index="4938" v0="2450" v1="2708" v2="2709"/>
+      <triangle index="4939" v0="1954" v1="2441" v2="2708"/>
+      <triangle index="4940" v0="1938" v1="2450" v2="2709"/>
+      <triangle index="4941" v0="2707" v1="2710" v2="2974"/>
+      <triangle index="4942" v0="2441" v1="2708" v2="2710"/>
+      <triangle index="4943" v0="2708" v1="2709" v2="2710"/>
+      <triangle index="4944" v0="2156" v1="2711" v2="2712"/>
+      <triangle index="4945" v0="2460" v1="2713" v2="2715"/>
+      <triangle index="4946" v0="2156" v1="2607" v2="2712"/>
+      <triangle index="4947" v0="2467" v1="2469" v2="2714"/>
+      <triangle index="4948" v0="2462" v1="2713" v2="2716"/>
+      <triangle index="4949" v0="2711" v1="2713" v2="2975"/>
+      <triangle index="4950" v0="2460" v1="2711" v2="2714"/>
+      <triangle index="4951" v0="2467" v1="2712" v2="2714"/>
+      <triangle index="4952" v0="2460" v1="2461" v2="2715"/>
+      <triangle index="4953" v0="2462" v1="2464" v2="2715"/>
+      <triangle index="4954" v0="2462" v1="2716" v2="2717"/>
+      <triangle index="4955" v0="2182" v1="2183" v2="2716"/>
+      <triangle index="4956" v0="2182" v1="2716" v2="2717"/>
+      <triangle index="4957" v0="2462" v1="2717" v2="2718"/>
+      <triangle index="4958" v0="2462" v1="2464" v2="2718"/>
+      <triangle index="4959" v0="2466" v1="2718" v2="2727"/>
+      <triangle index="4960" v0="2200" v1="2721" v2="2724"/>
+      <triangle index="4961" v0="2476" v1="2723" v2="2976"/>
+      <triangle index="4962" v0="2202" v1="2720" v2="2725"/>
+      <triangle index="4963" v0="2475" v1="2720" v2="2721"/>
+      <triangle index="4964" v0="2475" v1="2721" v2="2722"/>
+      <triangle index="4965" v0="2719" v1="2721" v2="2724"/>
+      <triangle index="4966" v0="2475" v1="2477" v2="2722"/>
+      <triangle index="4967" v0="2472" v1="2722" v2="2723"/>
+      <triangle index="4968" v0="2472" v1="2476" v2="2723"/>
+      <triangle index="4969" v0="2719" v1="2721" v2="2723"/>
+      <triangle index="4970" v0="2719" v1="2729" v2="2730"/>
+      <triangle index="4971" v0="1936" v1="2632" v2="2724"/>
+      <triangle index="4972" v0="2190" v1="2191" v2="2726"/>
+      <triangle index="4973" v0="2725" v1="2727" v2="2978"/>
+      <triangle index="4974" v0="2177" v1="2717" v2="2727"/>
+      <triangle index="4975" v0="2725" v1="2726" v2="2977"/>
+      <triangle index="4976" v0="2466" v1="2727" v2="2978"/>
+      <triangle index="4977" v0="2177" v1="2726" v2="2727"/>
+      <triangle index="4978" v0="1938" v1="1939" v2="2728"/>
+      <triangle index="4979" v0="1934" v1="2728" v2="2729"/>
+      <triangle index="4980" v0="1934" v1="1936" v2="2730"/>
+      <triangle index="4981" v0="2719" v1="2729" v2="2976"/>
+      <triangle index="4982" v0="2719" v1="2724" v2="2730"/>
+      <triangle index="4983" v0="1934" v1="2729" v2="2730"/>
+      <triangle index="4984" v0="1961" v1="1963" v2="2731"/>
+      <triangle index="4985" v0="2488" v1="2731" v2="2733"/>
+      <triangle index="4986" v0="1961" v1="2486" v2="2732"/>
+      <triangle index="4987" v0="1956" v1="2489" v2="2732"/>
+      <triangle index="4988" v0="296" v1="297" v2="2733"/>
+      <triangle index="4989" v0="296" v1="2731" v2="2733"/>
+      <triangle index="4990" v0="2496" v1="2497" v2="2734"/>
+      <triangle index="4991" v0="2494" v1="2734" v2="2735"/>
+      <triangle index="4992" v0="2494" v1="2735" v2="2736"/>
+      <triangle index="4993" v0="911" v1="2735" v2="2740"/>
+      <triangle index="4994" v0="803" v1="2494" v2="2737"/>
+      <triangle index="4995" v0="325" v1="326" v2="2738"/>
+      <triangle index="4996" v0="327" v1="1401" v2="2737"/>
+      <triangle index="4997" v0="2494" v1="2736" v2="2737"/>
+      <triangle index="4998" v0="325" v1="913" v2="2738"/>
+      <triangle index="4999" v0="911" v1="2735" v2="2738"/>
+      <triangle index="5000" v0="1451" v1="2498" v2="2740"/>
+      <triangle index="5001" v0="327" v1="2737" v2="2739"/>
+      <triangle index="5002" v0="2498" v1="2734" v2="2740"/>
+      <triangle index="5003" v0="2741" v1="2980" v2="2981"/>
+      <triangle index="5004" v0="2982" v1="2983" v2="2984"/>
+      <triangle index="5005" v0="485" v1="3300" v2="3301"/>
+      <triangle index="5006" v0="1469" v1="2508" v2="2742"/>
+      <triangle index="5007" v0="2505" v1="2743" v2="2982"/>
+      <triangle index="5008" v0="2511" v1="2514" v2="2743"/>
+      <triangle index="5009" v0="2514" v1="2744" v2="2747"/>
+      <triangle index="5010" v0="2855" v1="2858" v2="2861"/>
+      <triangle index="5011" v0="2509" v1="2744" v2="2745"/>
+      <triangle index="5012" v0="2515" v1="2744" v2="2745"/>
+      <triangle index="5013" v0="2514" v1="2743" v2="2982"/>
+      <triangle index="5014" v0="2854" v1="2855" v2="2858"/>
+      <triangle index="5015" v0="2514" v1="2747" v2="2982"/>
+      <triangle index="5016" v0="2746" v1="2858" v2="2861"/>
+      <triangle index="5017" v0="2149" v1="2523" v2="2748"/>
+      <triangle index="5018" v0="2519" v1="2523" v2="2749"/>
+      <triangle index="5019" v0="2028" v1="2524" v2="2749"/>
+      <triangle index="5020" v0="2523" v1="2748" v2="2749"/>
+      <triangle index="5021" v0="2149" v1="2608" v2="2750"/>
+      <triangle index="5022" v0="2130" v1="2146" v2="2751"/>
+      <triangle index="5023" v0="2142" v1="2180" v2="2751"/>
+      <triangle index="5024" v0="2523" v1="2750" v2="2751"/>
+      <triangle index="5025" v0="2523" v1="2751" v2="2752"/>
+      <triangle index="5026" v0="2180" v1="2751" v2="2752"/>
+      <triangle index="5027" v0="382" v1="2820" v2="2821"/>
+      <triangle index="5028" v0="2077" v1="2758" v2="2769"/>
+      <triangle index="5029" v0="2039" v1="2040" v2="2754"/>
+      <triangle index="5030" v0="2537" v1="2991" v2="3126"/>
+      <triangle index="5031" v0="2767" v1="2768" v2="2772"/>
+      <triangle index="5032" v0="2756" v1="2989" v2="3126"/>
+      <triangle index="5033" v0="2047" v1="2756" v2="2990"/>
+      <triangle index="5034" v0="2047" v1="2048" v2="2991"/>
+      <triangle index="5035" v0="2063" v1="2541" v2="2757"/>
+      <triangle index="5036" v0="2540" v1="2757" v2="2778"/>
+      <triangle index="5037" v0="2542" v1="2758" v2="2761"/>
+      <triangle index="5038" v0="2761" v1="2763" v2="2769"/>
+      <triangle index="5039" v0="2777" v1="2778" v2="2997"/>
+      <triangle index="5040" v0="2759" v1="2761" v2="2765"/>
+      <triangle index="5041" v0="2759" v1="2763" v2="2772"/>
+      <triangle index="5042" v0="2770" v1="2994" v2="3006"/>
+      <triangle index="5043" v0="2761" v1="2765" v2="2997"/>
+      <triangle index="5044" v0="2759" v1="2761" v2="2763"/>
+      <triangle index="5045" v0="2762" v1="2778" v2="2779"/>
+      <triangle index="5046" v0="2771" v1="2775" v2="2998"/>
+      <triangle index="5047" v0="2763" v1="2764" v2="2772"/>
+      <triangle index="5048" v0="2760" v1="2763" v2="2769"/>
+      <triangle index="5049" v0="2534" v1="2764" v2="2773"/>
+      <triangle index="5050" v0="2760" v1="2763" v2="2764"/>
+      <triangle index="5051" v0="2542" v1="2761" v2="2997"/>
+      <triangle index="5052" v0="2762" v1="2767" v2="2795"/>
+      <triangle index="5053" v0="2784" v1="2786" v2="2789"/>
+      <triangle index="5054" v0="2534" v1="2768" v2="2774"/>
+      <triangle index="5055" v0="2762" v1="2765" v2="2767"/>
+      <triangle index="5056" v0="2766" v1="2767" v2="2768"/>
+      <triangle index="5057" v0="2766" v1="2768" v2="2775"/>
+      <triangle index="5058" v0="2534" v1="2764" v2="2772"/>
+      <triangle index="5059" v0="2758" v1="2761" v2="2769"/>
+      <triangle index="5060" v0="2760" v1="2769" v2="3004"/>
+      <triangle index="5061" v0="2535" v1="2770" v2="2773"/>
+      <triangle index="5062" v0="2535" v1="2536" v2="2992"/>
+      <triangle index="5063" v0="2766" v1="2767" v2="2795"/>
+      <triangle index="5064" v0="2771" v1="2998" v2="2999"/>
+      <triangle index="5065" v0="2759" v1="2767" v2="2772"/>
+      <triangle index="5066" v0="2534" v1="2768" v2="2772"/>
+      <triangle index="5067" v0="2534" v1="2535" v2="2773"/>
+      <triangle index="5068" v0="2770" v1="2773" v2="3005"/>
+      <triangle index="5069" v0="2771" v1="2774" v2="3129"/>
+      <triangle index="5070" v0="2755" v1="2774" v2="2988"/>
+      <triangle index="5071" v0="2766" v1="2775" v2="2998"/>
+      <triangle index="5072" v0="2771" v1="2774" v2="2775"/>
+      <triangle index="5073" v0="1530" v1="2070" v2="2777"/>
+      <triangle index="5074" v0="2542" v1="2758" v2="2776"/>
+      <triangle index="5075" v0="2070" v1="2777" v2="2778"/>
+      <triangle index="5076" v0="2542" v1="2776" v2="2777"/>
+      <triangle index="5077" v0="2070" v1="2757" v2="2778"/>
+      <triangle index="5078" v0="2540" v1="2778" v2="2779"/>
+      <triangle index="5079" v0="2540" v1="2541" v2="2781"/>
+      <triangle index="5080" v0="2779" v1="2782" v2="2784"/>
+      <triangle index="5081" v0="2787" v1="2790" v2="2791"/>
+      <triangle index="5082" v0="2782" v1="2784" v2="2785"/>
+      <triangle index="5083" v0="594" v1="2541" v2="2781"/>
+      <triangle index="5084" v0="2780" v1="2781" v2="2782"/>
+      <triangle index="5085" v0="2783" v1="2784" v2="2785"/>
+      <triangle index="5086" v0="2540" v1="2779" v2="2782"/>
+      <triangle index="5087" v0="590" v1="2788" v2="2794"/>
+      <triangle index="5088" v0="2779" v1="2784" v2="2789"/>
+      <triangle index="5089" v0="2780" v1="2782" v2="2785"/>
+      <triangle index="5090" v0="2783" v1="2784" v2="2786"/>
+      <triangle index="5091" v0="2780" v1="2785" v2="2790"/>
+      <triangle index="5092" v0="2785" v1="2790" v2="2792"/>
+      <triangle index="5093" v0="3000" v1="3002" v2="3003"/>
+      <triangle index="5094" v0="2766" v1="2786" v2="2998"/>
+      <triangle index="5095" v0="2780" v1="2781" v2="2796"/>
+      <triangle index="5096" v0="2787" v1="2792" v2="2793"/>
+      <triangle index="5097" v0="590" v1="2794" v2="2847"/>
+      <triangle index="5098" v0="2783" v1="2785" v2="2788"/>
+      <triangle index="5099" v0="2766" v1="2786" v2="2795"/>
+      <triangle index="5100" v0="2762" v1="2779" v2="2789"/>
+      <triangle index="5101" v0="2780" v1="2790" v2="2791"/>
+      <triangle index="5102" v0="2787" v1="2790" v2="2792"/>
+      <triangle index="5103" v0="594" v1="2796" v2="2797"/>
+      <triangle index="5104" v0="1016" v1="2797" v2="2800"/>
+      <triangle index="5105" v0="590" v1="2788" v2="2792"/>
+      <triangle index="5106" v0="2785" v1="2788" v2="2792"/>
+      <triangle index="5107" v0="940" v1="2793" v2="2798"/>
+      <triangle index="5108" v0="590" v1="2792" v2="2793"/>
+      <triangle index="5109" v0="3019" v1="3021" v2="3030"/>
+      <triangle index="5110" v0="2053" v1="2999" v2="3001"/>
+      <triangle index="5111" v0="2762" v1="2789" v2="2795"/>
+      <triangle index="5112" v0="2786" v1="2789" v2="2795"/>
+      <triangle index="5113" v0="594" v1="2069" v2="2797"/>
+      <triangle index="5114" v0="2780" v1="2791" v2="2796"/>
+      <triangle index="5115" v0="1016" v1="1557" v2="2800"/>
+      <triangle index="5116" v0="2791" v1="2796" v2="2797"/>
+      <triangle index="5117" v0="940" v1="1503" v2="2798"/>
+      <triangle index="5118" v0="1564" v1="1567" v2="2798"/>
+      <triangle index="5119" v0="590" v1="2793" v2="2799"/>
+      <triangle index="5120" v0="2793" v1="2798" v2="2799"/>
+      <triangle index="5121" v0="92" v1="2801" v2="2802"/>
+      <triangle index="5122" v0="92" v1="1501" v2="2802"/>
+      <triangle index="5123" v0="940" v1="1501" v2="2802"/>
+      <triangle index="5124" v0="93" v1="2800" v2="2801"/>
+      <triangle index="5125" v0="940" v1="2787" v2="2803"/>
+      <triangle index="5126" v0="2791" v1="2800" v2="2803"/>
+      <triangle index="5127" v0="940" v1="2802" v2="2803"/>
+      <triangle index="5128" v0="2085" v1="2545" v2="2804"/>
+      <triangle index="5129" v0="2544" v1="2804" v2="2806"/>
+      <triangle index="5130" v0="2805" v1="2806" v2="2809"/>
+      <triangle index="5131" v0="380" v1="2817" v2="2823"/>
+      <triangle index="5132" v0="2544" v1="2806" v2="2809"/>
+      <triangle index="5133" v0="2805" v1="2806" v2="2808"/>
+      <triangle index="5134" v0="2544" v1="2809" v2="2810"/>
+      <triangle index="5135" v0="2807" v1="2811" v2="2814"/>
+      <triangle index="5136" v0="2805" v1="2808" v2="2817"/>
+      <triangle index="5137" v0="379" v1="2826" v2="3012"/>
+      <triangle index="5138" v0="2544" v1="2545" v2="2810"/>
+      <triangle index="5139" v0="2807" v1="2809" v2="2811"/>
+      <triangle index="5140" v0="2077" v1="2769" v2="2810"/>
+      <triangle index="5141" v0="2809" v1="2810" v2="3004"/>
+      <triangle index="5142" v0="2812" v1="2814" v2="2815"/>
+      <triangle index="5143" v0="2813" v1="2819" v2="2822"/>
+      <triangle index="5144" v0="2812" v1="2827" v2="2828"/>
+      <triangle index="5145" v0="382" v1="2819" v2="2820"/>
+      <triangle index="5146" v0="2811" v1="2814" v2="2820"/>
+      <triangle index="5147" v0="381" v1="382" v2="2819"/>
+      <triangle index="5148" v0="2807" v1="2814" v2="2815"/>
+      <triangle index="5149" v0="2812" v1="2814" v2="2820"/>
+      <triangle index="5150" v0="2807" v1="2815" v2="2816"/>
+      <triangle index="5151" v0="2753" v1="2815" v2="3008"/>
+      <triangle index="5152" v0="2807" v1="2816" v2="3004"/>
+      <triangle index="5153" v0="2760" v1="2764" v2="3005"/>
+      <triangle index="5154" v0="2805" v1="2813" v2="2822"/>
+      <triangle index="5155" v0="2818" v1="2824" v2="2825"/>
+      <triangle index="5156" v0="2808" v1="2824" v2="2825"/>
+      <triangle index="5157" v0="378" v1="2833" v2="3012"/>
+      <triangle index="5158" v0="381" v1="2819" v2="2822"/>
+      <triangle index="5159" v0="2813" v1="2819" v2="2820"/>
+      <triangle index="5160" v0="2811" v1="2813" v2="2820"/>
+      <triangle index="5161" v0="2812" v1="2820" v2="2821"/>
+      <triangle index="5162" v0="2812" v1="2827" v2="3008"/>
+      <triangle index="5163" v0="382" v1="383" v2="2821"/>
+      <triangle index="5164" v0="381" v1="2822" v2="2823"/>
+      <triangle index="5165" v0="2805" v1="2817" v2="2822"/>
+      <triangle index="5166" v0="2808" v1="2817" v2="2825"/>
+      <triangle index="5167" v0="2817" v1="2822" v2="2823"/>
+      <triangle index="5168" v0="2818" v1="3007" v2="3011"/>
+      <triangle index="5169" v0="380" v1="2817" v2="2825"/>
+      <triangle index="5170" v0="379" v1="380" v2="2826"/>
+      <triangle index="5171" v0="2818" v1="2825" v2="2826"/>
+      <triangle index="5172" v0="380" v1="2825" v2="2826"/>
+      <triangle index="5173" v0="2992" v1="2994" v2="2995"/>
+      <triangle index="5174" v0="383" v1="384" v2="2828"/>
+      <triangle index="5175" v0="2812" v1="2821" v2="2828"/>
+      <triangle index="5176" v0="384" v1="2827" v2="2828"/>
+      <triangle index="5177" v0="2081" v1="2084" v2="2829"/>
+      <triangle index="5178" v0="2085" v1="2829" v2="2830"/>
+      <triangle index="5179" v0="2083" v1="2830" v2="3007"/>
+      <triangle index="5180" v0="2547" v1="2829" v2="2830"/>
+      <triangle index="5181" v0="2547" v1="2831" v2="3007"/>
+      <triangle index="5182" v0="2567" v1="2569" v2="2831"/>
+      <triangle index="5183" v0="2832" v1="3010" v2="3011"/>
+      <triangle index="5184" v0="2832" v1="2833" v2="3012"/>
+      <triangle index="5185" v0="377" v1="2570" v2="2833"/>
+      <triangle index="5186" v0="2570" v1="2833" v2="3009"/>
+      <triangle index="5187" v0="376" v1="2574" v2="2834"/>
+      <triangle index="5188" v0="2574" v1="2576" v2="2834"/>
+      <triangle index="5189" v0="2561" v1="2568" v2="2835"/>
+      <triangle index="5190" v0="2570" v1="2834" v2="2835"/>
+      <triangle index="5191" v0="375" v1="376" v2="2836"/>
+      <triangle index="5192" v0="375" v1="2836" v2="2837"/>
+      <triangle index="5193" v0="374" v1="375" v2="2838"/>
+      <triangle index="5194" v0="2575" v1="2837" v2="2842"/>
+      <triangle index="5195" v0="374" v1="2838" v2="2840"/>
+      <triangle index="5196" v0="2838" v1="2840" v2="2841"/>
+      <triangle index="5197" v0="2839" v1="3250" v2="3252"/>
+      <triangle index="5198" v0="372" v1="3248" v2="3249"/>
+      <triangle index="5199" v0="373" v1="374" v2="3252"/>
+      <triangle index="5200" v0="2839" v1="2840" v2="2841"/>
+      <triangle index="5201" v0="2839" v1="2841" v2="2843"/>
+      <triangle index="5202" v0="2575" v1="2837" v2="2841"/>
+      <triangle index="5203" v0="2572" v1="2575" v2="2842"/>
+      <triangle index="5204" v0="2572" v1="2576" v2="2842"/>
+      <triangle index="5205" v0="2839" v1="2843" v2="3316"/>
+      <triangle index="5206" v0="1554" v1="2582" v2="2844"/>
+      <triangle index="5207" v0="2575" v1="2841" v2="2844"/>
+      <triangle index="5208" v0="2841" v1="2843" v2="2844"/>
+      <triangle index="5209" v0="1554" v1="2101" v2="2845"/>
+      <triangle index="5210" v0="2097" v1="2575" v2="2845"/>
+      <triangle index="5211" v0="2106" v1="2110" v2="3136"/>
+      <triangle index="5212" v0="2579" v1="2846" v2="3141"/>
+      <triangle index="5213" v0="1567" v1="2585" v2="2847"/>
+      <triangle index="5214" v0="2585" v1="2847" v2="3025"/>
+      <triangle index="5215" v0="2590" v1="3027" v2="3028"/>
+      <triangle index="5216" v0="3019" v1="3027" v2="3029"/>
+      <triangle index="5217" v0="1571" v1="2849" v2="2852"/>
+      <triangle index="5218" v0="2586" v1="2849" v2="2850"/>
+      <triangle index="5219" v0="2586" v1="2587" v2="2850"/>
+      <triangle index="5220" v0="595" v1="1570" v2="2850"/>
+      <triangle index="5221" v0="2034" v1="2528" v2="2851"/>
+      <triangle index="5222" v0="1484" v1="2589" v2="2851"/>
+      <triangle index="5223" v0="2116" v1="2852" v2="3018"/>
+      <triangle index="5224" v0="2586" v1="2849" v2="2852"/>
+      <triangle index="5225" v0="1575" v1="2613" v2="2853"/>
+      <triangle index="5226" v0="2599" v1="2853" v2="3314"/>
+      <triangle index="5227" v0="2610" v1="2854" v2="2855"/>
+      <triangle index="5228" v0="2601" v1="2854" v2="2856"/>
+      <triangle index="5229" v0="2610" v1="2855" v2="2859"/>
+      <triangle index="5230" v0="2744" v1="2860" v2="2861"/>
+      <triangle index="5231" v0="2600" v1="2601" v2="2856"/>
+      <triangle index="5232" v0="2599" v1="2856" v2="2857"/>
+      <triangle index="5233" v0="2599" v1="2853" v2="2857"/>
+      <triangle index="5234" v0="2613" v1="2854" v2="2857"/>
+      <triangle index="5235" v0="2746" v1="2982" v2="2985"/>
+      <triangle index="5236" v0="2601" v1="2854" v2="2858"/>
+      <triangle index="5237" v0="2610" v1="2617" v2="2859"/>
+      <triangle index="5238" v0="2515" v1="2616" v2="2860"/>
+      <triangle index="5239" v0="2744" v1="2747" v2="2861"/>
+      <triangle index="5240" v0="2616" v1="2859" v2="2860"/>
+      <triangle index="5241" v0="2746" v1="2747" v2="2861"/>
+      <triangle index="5242" v0="2855" v1="2860" v2="2861"/>
+      <triangle index="5243" v0="1588" v1="2862" v2="2863"/>
+      <triangle index="5244" v0="2624" v1="2625" v2="2862"/>
+      <triangle index="5245" v0="1588" v1="2195" v2="2863"/>
+      <triangle index="5246" v0="2196" v1="2625" v2="2863"/>
+      <triangle index="5247" v0="1510" v1="2196" v2="2864"/>
+      <triangle index="5248" v0="1510" v1="1515" v2="2864"/>
+      <triangle index="5249" v0="1515" v1="2175" v2="2865"/>
+      <triangle index="5250" v0="2176" v1="2625" v2="2865"/>
+      <triangle index="5251" v0="2252" v1="2323" v2="2866"/>
+      <triangle index="5252" v0="1835" v1="2866" v2="2867"/>
+      <triangle index="5253" v0="501" v1="2638" v2="2867"/>
+      <triangle index="5254" v0="2637" v1="2866" v2="2867"/>
+      <triangle index="5255" v0="1830" v1="2396" v2="2868"/>
+      <triangle index="5256" v0="1829" v1="2252" v2="2868"/>
+      <triangle index="5257" v0="1776" v1="1777" v2="2869"/>
+      <triangle index="5258" v0="1140" v1="2869" v2="2870"/>
+      <triangle index="5259" v0="1140" v1="2870" v2="2871"/>
+      <triangle index="5260" v0="635" v1="2870" v2="2872"/>
+      <triangle index="5261" v0="2873" v1="2875" v2="2876"/>
+      <triangle index="5262" v0="2641" v1="2871" v2="2874"/>
+      <triangle index="5263" v0="635" v1="2269" v2="2872"/>
+      <triangle index="5264" v0="2269" v1="2640" v2="2872"/>
+      <triangle index="5265" v0="2873" v1="3031" v2="3032"/>
+      <triangle index="5266" v0="2871" v1="2875" v2="2876"/>
+      <triangle index="5267" v0="2641" v1="2874" v2="2883"/>
+      <triangle index="5268" v0="635" v1="2870" v2="2874"/>
+      <triangle index="5269" v0="1140" v1="1775" v2="2875"/>
+      <triangle index="5270" v0="148" v1="1775" v2="2878"/>
+      <triangle index="5271" v0="2873" v1="2876" v2="2877"/>
+      <triangle index="5272" v0="2641" v1="2871" v2="2876"/>
+      <triangle index="5273" v0="2873" v1="2877" v2="3031"/>
+      <triangle index="5274" v0="2650" v1="2892" v2="2894"/>
+      <triangle index="5275" v0="147" v1="148" v2="2878"/>
+      <triangle index="5276" v0="2873" v1="2875" v2="2878"/>
+      <triangle index="5277" v0="2269" v1="2879" v2="2880"/>
+      <triangle index="5278" v0="1768" v1="2653" v2="2879"/>
+      <triangle index="5279" v0="2269" v1="2275" v2="2880"/>
+      <triangle index="5280" v0="1768" v1="2308" v2="2880"/>
+      <triangle index="5281" v0="1776" v1="2869" v2="2881"/>
+      <triangle index="5282" v0="2640" v1="2879" v2="2881"/>
+      <triangle index="5283" v0="2271" v1="2882" v2="2883"/>
+      <triangle index="5284" v0="2642" v1="2643" v2="2882"/>
+      <triangle index="5285" v0="2271" v1="2874" v2="2883"/>
+      <triangle index="5286" v0="2641" v1="2883" v2="2893"/>
+      <triangle index="5287" v0="329" v1="2884" v2="2885"/>
+      <triangle index="5288" v0="2646" v1="2884" v2="2889"/>
+      <triangle index="5289" v0="328" v1="329" v2="2885"/>
+      <triangle index="5290" v0="328" v1="1401" v2="2886"/>
+      <triangle index="5291" v0="803" v1="2493" v2="2886"/>
+      <triangle index="5292" v0="1987" v1="2886" v2="2887"/>
+      <triangle index="5293" v0="1987" v1="2887" v2="2888"/>
+      <triangle index="5294" v0="2646" v1="2885" v2="2887"/>
+      <triangle index="5295" v0="1407" v1="1987" v2="2888"/>
+      <triangle index="5296" v0="2287" v1="2888" v2="2889"/>
+      <triangle index="5297" v0="2286" v1="2884" v2="2889"/>
+      <triangle index="5298" v0="2646" v1="2888" v2="2889"/>
+      <triangle index="5299" v0="1695" v1="1704" v2="2890"/>
+      <triangle index="5300" v0="1705" v1="2648" v2="2890"/>
+      <triangle index="5301" v0="1700" v1="1701" v2="2891"/>
+      <triangle index="5302" v0="1695" v1="2890" v2="2891"/>
+      <triangle index="5303" v0="2642" v1="2892" v2="2893"/>
+      <triangle index="5304" v0="2892" v1="2893" v2="2894"/>
+      <triangle index="5305" v0="2642" v1="2883" v2="2893"/>
+      <triangle index="5306" v0="2877" v1="2893" v2="2894"/>
+      <triangle index="5307" v0="2877" v1="2894" v2="3033"/>
+      <triangle index="5308" v0="2332" v1="2650" v2="2894"/>
+      <triangle index="5309" v0="2332" v1="2342" v2="2895"/>
+      <triangle index="5310" v0="2331" v1="2333" v2="2896"/>
+      <triangle index="5311" v0="2322" v1="2896" v2="2897"/>
+      <triangle index="5312" v0="2333" v1="2895" v2="2896"/>
+      <triangle index="5313" v0="2322" v1="2326" v2="2897"/>
+      <triangle index="5314" v0="2251" v1="2649" v2="2897"/>
+      <triangle index="5315" v0="2369" v1="2925" v2="2927"/>
+      <triangle index="5316" v0="2663" v1="2898" v2="2899"/>
+      <triangle index="5317" v0="2663" v1="2664" v2="2899"/>
+      <triangle index="5318" v0="2665" v1="2899" v2="2900"/>
+      <triangle index="5319" v0="2361" v1="2665" v2="2900"/>
+      <triangle index="5320" v0="2368" v1="2370" v2="2900"/>
+      <triangle index="5321" v0="2366" v1="2375" v2="2901"/>
+      <triangle index="5322" v0="2361" v1="2366" v2="2901"/>
+      <triangle index="5323" v0="2682" v1="2907" v2="2913"/>
+      <triangle index="5324" v0="2902" v1="3039" v2="3042"/>
+      <triangle index="5325" v0="2676" v1="3273" v2="3284"/>
+      <triangle index="5326" v0="356" v1="3274" v2="3275"/>
+      <triangle index="5327" v0="2677" v1="2678" v2="2904"/>
+      <triangle index="5328" v0="2903" v1="2904" v2="2905"/>
+      <triangle index="5329" v0="2903" v1="3275" v2="3277"/>
+      <triangle index="5330" v0="2357" v1="2671" v2="2906"/>
+      <triangle index="5331" v0="2674" v1="2904" v2="2906"/>
+      <triangle index="5332" v0="2357" v1="2905" v2="2906"/>
+      <triangle index="5333" v0="2381" v1="2907" v2="2913"/>
+      <triangle index="5334" v0="2682" v1="2683" v2="2907"/>
+      <triangle index="5335" v0="2379" v1="2908" v2="2909"/>
+      <triangle index="5336" v0="2908" v1="2911" v2="2912"/>
+      <triangle index="5337" v0="2379" v1="2909" v2="3181"/>
+      <triangle index="5338" v0="2378" v1="2909" v2="3198"/>
+      <triangle index="5339" v0="2910" v1="2911" v2="2912"/>
+      <triangle index="5340" v0="2910" v1="2917" v2="2919"/>
+      <triangle index="5341" v0="2685" v1="2908" v2="2912"/>
+      <triangle index="5342" v0="2910" v1="2911" v2="2913"/>
+      <triangle index="5343" v0="2685" v1="2912" v2="2916"/>
+      <triangle index="5344" v0="2916" v1="2917" v2="3035"/>
+      <triangle index="5345" v0="2919" v1="2920" v2="2923"/>
+      <triangle index="5346" v0="2682" v1="2913" v2="2921"/>
+      <triangle index="5347" v0="2914" v1="3035" v2="3196"/>
+      <triangle index="5348" v0="3221" v1="3240" v2="3241"/>
+      <triangle index="5349" v0="2915" v1="3035" v2="3037"/>
+      <triangle index="5350" v0="3038" v1="3043" v2="3315"/>
+      <triangle index="5351" v0="3145" v1="3196" v2="3197"/>
+      <triangle index="5352" v0="2916" v1="3035" v2="3196"/>
+      <triangle index="5353" v0="2912" v1="2916" v2="2917"/>
+      <triangle index="5354" v0="2915" v1="2919" v2="3148"/>
+      <triangle index="5355" v0="3038" v1="3043" v2="3148"/>
+      <triangle index="5356" v0="2677" v1="2678" v2="3041"/>
+      <triangle index="5357" v0="2915" v1="2917" v2="2919"/>
+      <triangle index="5358" v0="2918" v1="2919" v2="2920"/>
+      <triangle index="5359" v0="2918" v1="2920" v2="3039"/>
+      <triangle index="5360" v0="2921" v1="2922" v2="2924"/>
+      <triangle index="5361" v0="2913" v1="2923" v2="2924"/>
+      <triangle index="5362" v0="2902" v1="2922" v2="2924"/>
+      <triangle index="5363" v0="2902" v1="2922" v2="2926"/>
+      <triangle index="5364" v0="2369" v1="2937" v2="3048"/>
+      <triangle index="5365" v0="2910" v1="2919" v2="2923"/>
+      <triangle index="5366" v0="2920" v1="2923" v2="2924"/>
+      <triangle index="5367" v0="2913" v1="2921" v2="2924"/>
+      <triangle index="5368" v0="2902" v1="2920" v2="2924"/>
+      <triangle index="5369" v0="3042" v1="3044" v2="3045"/>
+      <triangle index="5370" v0="2942" v1="3047" v2="3048"/>
+      <triangle index="5371" v0="2902" v1="2926" v2="3045"/>
+      <triangle index="5372" v0="2925" v1="2926" v2="3047"/>
+      <triangle index="5373" v0="2369" v1="2898" v2="2927"/>
+      <triangle index="5374" v0="2925" v1="2926" v2="3045"/>
+      <triangle index="5375" v0="123" v1="124" v2="2938"/>
+      <triangle index="5376" v0="2691" v1="2928" v2="2932"/>
+      <triangle index="5377" v0="2368" v1="2370" v2="2929"/>
+      <triangle index="5378" v0="644" v1="2929" v2="2930"/>
+      <triangle index="5379" v0="644" v1="2388" v2="2930"/>
+      <triangle index="5380" v0="1813" v1="2387" v2="2930"/>
+      <triangle index="5381" v0="2692" v1="2931" v2="2932"/>
+      <triangle index="5382" v0="2691" v1="2932" v2="2934"/>
+      <triangle index="5383" v0="2692" v1="2928" v2="2932"/>
+      <triangle index="5384" v0="2691" v1="2934" v2="2938"/>
+      <triangle index="5385" v0="639" v1="2940" v2="2941"/>
+      <triangle index="5386" v0="2933" v1="2937" v2="2942"/>
+      <triangle index="5387" v0="2934" v1="2935" v2="2938"/>
+      <triangle index="5388" v0="2933" v1="2934" v2="2937"/>
+      <triangle index="5389" v0="122" v1="2936" v2="2939"/>
+      <triangle index="5390" v0="122" v1="1178" v2="2936"/>
+      <triangle index="5391" v0="639" v1="1178" v2="2936"/>
+      <triangle index="5392" v0="2935" v1="2936" v2="2939"/>
+      <triangle index="5393" v0="2931" v1="2932" v2="2937"/>
+      <triangle index="5394" v0="2933" v1="2941" v2="2942"/>
+      <triangle index="5395" v0="2691" v1="2928" v2="2938"/>
+      <triangle index="5396" v0="123" v1="2938" v2="2939"/>
+      <triangle index="5397" v0="639" v1="2684" v2="2941"/>
+      <triangle index="5398" v0="2935" v1="2938" v2="2939"/>
+      <triangle index="5399" v0="2933" v1="2935" v2="2940"/>
+      <triangle index="5400" v0="504" v1="2941" v2="2942"/>
+      <triangle index="5401" v0="2933" v1="2940" v2="2941"/>
+      <triangle index="5402" v0="504" v1="2922" v2="3047"/>
+      <triangle index="5403" v0="2922" v1="2926" v2="3047"/>
+      <triangle index="5404" v0="2943" v1="2945" v2="2947"/>
+      <triangle index="5405" v0="2954" v1="2955" v2="2961"/>
+      <triangle index="5406" v0="2697" v1="2699" v2="2944"/>
+      <triangle index="5407" v0="2409" v1="2944" v2="2945"/>
+      <triangle index="5408" v0="2409" v1="2411" v2="2945"/>
+      <triangle index="5409" v0="2412" v1="2945" v2="2947"/>
+      <triangle index="5410" v0="2412" v1="2947" v2="2948"/>
+      <triangle index="5411" v0="2946" v1="2955" v2="2956"/>
+      <triangle index="5412" v0="2412" v1="2701" v2="2948"/>
+      <triangle index="5413" v0="2946" v1="2947" v2="2955"/>
+      <triangle index="5414" v0="2417" v1="2949" v2="2951"/>
+      <triangle index="5415" v0="2946" v1="2947" v2="2948"/>
+      <triangle index="5416" v0="2949" v1="2958" v2="2963"/>
+      <triangle index="5417" v0="2953" v1="2957" v2="2958"/>
+      <triangle index="5418" v0="2949" v1="2950" v2="2957"/>
+      <triangle index="5419" v0="2702" v1="2946" v2="2950"/>
+      <triangle index="5420" v0="507" v1="2420" v2="2951"/>
+      <triangle index="5421" v0="2949" v1="2950" v2="2951"/>
+      <triangle index="5422" v0="362" v1="3282" v2="3309"/>
+      <triangle index="5423" v0="2967" v1="3199" v2="3201"/>
+      <triangle index="5424" v0="2417" v1="2949" v2="2963"/>
+      <triangle index="5425" v0="650" v1="3050" v2="3052"/>
+      <triangle index="5426" v0="2943" v1="2947" v2="2955"/>
+      <triangle index="5427" v0="3049" v1="3149" v2="3150"/>
+      <triangle index="5428" v0="2702" v1="2946" v2="2956"/>
+      <triangle index="5429" v0="2954" v1="2955" v2="2959"/>
+      <triangle index="5430" v0="2960" v1="2965" v2="2966"/>
+      <triangle index="5431" v0="2956" v1="2962" v2="2965"/>
+      <triangle index="5432" v0="2949" v1="2957" v2="2958"/>
+      <triangle index="5433" v0="2953" v1="2957" v2="3118"/>
+      <triangle index="5434" v0="3111" v1="3113" v2="3207"/>
+      <triangle index="5435" v0="2953" v1="2958" v2="2970"/>
+      <triangle index="5436" v0="2943" v1="2955" v2="2959"/>
+      <triangle index="5437" v0="2954" v1="2959" v2="3149"/>
+      <triangle index="5438" v0="3304" v1="3306" v2="3307"/>
+      <triangle index="5439" v0="2956" v1="2961" v2="2962"/>
+      <triangle index="5440" v0="2952" v1="2954" v2="2961"/>
+      <triangle index="5441" v0="2955" v1="2956" v2="2961"/>
+      <triangle index="5442" v0="2960" v1="3050" v2="3120"/>
+      <triangle index="5443" v0="2952" v1="2961" v2="2962"/>
+      <triangle index="5444" v0="2417" v1="2419" v2="2963"/>
+      <triangle index="5445" v0="649" v1="3256" v2="3257"/>
+      <triangle index="5446" v0="649" v1="3204" v2="3256"/>
+      <triangle index="5447" v0="3091" v1="3095" v2="3099"/>
+      <triangle index="5448" v0="2702" v1="2965" v2="2966"/>
+      <triangle index="5449" v0="2960" v1="2962" v2="2965"/>
+      <triangle index="5450" v0="2702" v1="2966" v2="3118"/>
+      <triangle index="5451" v0="3062" v1="3063" v2="3065"/>
+      <triangle index="5452" v0="361" v1="3279" v2="3280"/>
+      <triangle index="5453" v0="360" v1="3278" v2="3285"/>
+      <triangle index="5454" v0="3107" v1="3108" v2="3256"/>
+      <triangle index="5455" v0="3065" v1="3074" v2="3156"/>
+      <triangle index="5456" v0="2962" v1="2971" v2="3121"/>
+      <triangle index="5457" v0="3049" v1="3150" v2="3152"/>
+      <triangle index="5458" v0="2958" v1="2970" v2="3108"/>
+      <triangle index="5459" v0="2968" v1="2970" v2="3063"/>
+      <triangle index="5460" v0="2960" v1="2962" v2="3121"/>
+      <triangle index="5461" v0="2969" v1="2971" v2="3151"/>
+      <triangle index="5462" v0="2697" v1="2700" v2="3149"/>
+      <triangle index="5463" v0="3124" v1="3163" v2="3165"/>
+      <triangle index="5464" v0="1938" v1="2728" v2="2973"/>
+      <triangle index="5465" v0="2480" v1="2973" v2="2974"/>
+      <triangle index="5466" v0="1905" v1="2710" v2="2974"/>
+      <triangle index="5467" v0="2707" v1="2973" v2="2974"/>
+      <triangle index="5468" v0="2170" v1="2711" v2="2975"/>
+      <triangle index="5469" v0="2713" v1="2716" v2="2975"/>
+      <triangle index="5470" v0="2480" v1="2728" v2="2976"/>
+      <triangle index="5471" v0="2719" v1="2723" v2="2976"/>
+      <triangle index="5472" v0="2202" v1="2633" v2="2977"/>
+      <triangle index="5473" v0="2190" v1="2726" v2="2977"/>
+      <triangle index="5474" v0="2466" v1="2477" v2="2978"/>
+      <triangle index="5475" v0="2475" v1="2725" v2="2978"/>
+      <triangle index="5476" v0="2504" v1="2505" v2="2979"/>
+      <triangle index="5477" v0="2501" v1="2979" v2="2980"/>
+      <triangle index="5478" v0="2500" v1="2501" v2="2980"/>
+      <triangle index="5479" v0="1489" v1="2980" v2="2981"/>
+      <triangle index="5480" v0="1489" v1="1490" v2="3125"/>
+      <triangle index="5481" v0="1491" v1="2981" v2="2984"/>
+      <triangle index="5482" v0="2505" v1="2982" v2="2983"/>
+      <triangle index="5483" v0="2741" v1="2981" v2="2984"/>
+      <triangle index="5484" v0="2505" v1="2979" v2="2983"/>
+      <triangle index="5485" v0="2741" v1="2983" v2="2984"/>
+      <triangle index="5486" v0="1491" v1="2603" v2="2986"/>
+      <triangle index="5487" v0="2601" v1="2985" v2="2987"/>
+      <triangle index="5488" v0="2746" v1="2858" v2="2985"/>
+      <triangle index="5489" v0="2984" v1="2986" v2="2987"/>
+      <triangle index="5490" v0="2596" v1="2603" v2="2986"/>
+      <triangle index="5491" v0="2596" v1="2986" v2="2987"/>
+      <triangle index="5492" v0="2596" v1="2601" v2="2987"/>
+      <triangle index="5493" v0="2984" v1="2985" v2="2987"/>
+      <triangle index="5494" v0="2534" v1="2774" v2="2988"/>
+      <triangle index="5495" v0="2755" v1="2988" v2="3128"/>
+      <triangle index="5496" v0="2989" v1="3127" v2="3129"/>
+      <triangle index="5497" v0="2053" v1="2989" v2="2990"/>
+      <triangle index="5498" v0="2047" v1="2054" v2="2990"/>
+      <triangle index="5499" v0="2756" v1="2989" v2="2990"/>
+      <triangle index="5500" v0="2049" v1="2754" v2="2991"/>
+      <triangle index="5501" v0="2047" v1="2756" v2="2991"/>
+      <triangle index="5502" v0="2993" v1="2996" v2="3130"/>
+      <triangle index="5503" v0="2753" v1="2994" v2="3006"/>
+      <triangle index="5504" v0="2993" v1="3130" v2="3134"/>
+      <triangle index="5505" v0="2827" v1="2993" v2="3134"/>
+      <triangle index="5506" v0="2770" v1="2992" v2="2994"/>
+      <triangle index="5507" v0="2992" v1="2995" v2="2996"/>
+      <triangle index="5508" v0="2827" v1="2993" v2="2995"/>
+      <triangle index="5509" v0="2827" v1="2995" v2="3008"/>
+      <triangle index="5510" v0="2532" v1="2996" v2="3130"/>
+      <triangle index="5511" v0="2993" v1="2995" v2="2996"/>
+      <triangle index="5512" v0="2542" v1="2777" v2="2997"/>
+      <triangle index="5513" v0="2762" v1="2778" v2="2997"/>
+      <triangle index="5514" v0="2783" v1="3002" v2="3003"/>
+      <triangle index="5515" v0="2989" v1="2999" v2="3129"/>
+      <triangle index="5516" v0="2998" v1="3001" v2="3002"/>
+      <triangle index="5517" v0="2053" v1="2989" v2="2999"/>
+      <triangle index="5518" v0="2786" v1="2998" v2="3002"/>
+      <triangle index="5519" v0="3022" v1="3023" v2="3030"/>
+      <triangle index="5520" v0="2998" v1="2999" v2="3001"/>
+      <triangle index="5521" v0="3020" v1="3021" v2="3030"/>
+      <triangle index="5522" v0="2783" v1="2786" v2="3002"/>
+      <triangle index="5523" v0="3000" v1="3001" v2="3002"/>
+      <triangle index="5524" v0="2783" v1="2788" v2="3135"/>
+      <triangle index="5525" v0="3003" v1="3024" v2="3135"/>
+      <triangle index="5526" v0="2807" v1="2809" v2="3004"/>
+      <triangle index="5527" v0="2769" v1="2810" v2="3004"/>
+      <triangle index="5528" v0="2764" v1="2773" v2="3005"/>
+      <triangle index="5529" v0="2760" v1="2816" v2="3005"/>
+      <triangle index="5530" v0="2753" v1="2815" v2="3006"/>
+      <triangle index="5531" v0="2816" v1="3005" v2="3006"/>
+      <triangle index="5532" v0="2547" v1="2830" v2="3007"/>
+      <triangle index="5533" v0="2818" v1="2824" v2="3007"/>
+      <triangle index="5534" v0="2812" v1="2815" v2="3008"/>
+      <triangle index="5535" v0="2753" v1="2995" v2="3008"/>
+      <triangle index="5536" v0="2568" v1="2570" v2="3009"/>
+      <triangle index="5537" v0="2564" v1="3009" v2="3010"/>
+      <triangle index="5538" v0="2564" v1="2567" v2="3010"/>
+      <triangle index="5539" v0="2569" v1="3010" v2="3011"/>
+      <triangle index="5540" v0="2569" v1="3007" v2="3011"/>
+      <triangle index="5541" v0="2818" v1="2826" v2="3011"/>
+      <triangle index="5542" v0="2832" v1="3011" v2="3012"/>
+      <triangle index="5543" v0="2826" v1="3011" v2="3012"/>
+      <triangle index="5544" v0="2106" v1="3013" v2="3136"/>
+      <triangle index="5545" v0="2846" v1="3013" v2="3116"/>
+      <triangle index="5546" v0="3014" v1="3136" v2="3137"/>
+      <triangle index="5547" v0="2582" v1="2843" v2="3316"/>
+      <triangle index="5548" v0="3015" v1="3084" v2="3144"/>
+      <triangle index="5549" v0="1764" v1="3081" v2="3082"/>
+      <triangle index="5550" v0="2114" v1="2587" v2="3017"/>
+      <triangle index="5551" v0="3022" v1="3024" v2="3025"/>
+      <triangle index="5552" v0="2586" v1="2852" v2="3018"/>
+      <triangle index="5553" v0="2848" v1="3016" v2="3017"/>
+      <triangle index="5554" v0="2116" v1="3018" v2="3028"/>
+      <triangle index="5555" v0="2586" v1="3017" v2="3018"/>
+      <triangle index="5556" v0="2053" v1="3020" v2="3021"/>
+      <triangle index="5557" v0="3000" v1="3020" v2="3022"/>
+      <triangle index="5558" v0="3000" v1="3001" v2="3020"/>
+      <triangle index="5559" v0="3000" v1="3003" v2="3024"/>
+      <triangle index="5560" v0="1473" v1="3019" v2="3021"/>
+      <triangle index="5561" v0="2053" v1="2054" v2="3021"/>
+      <triangle index="5562" v0="2794" v1="2847" v2="3025"/>
+      <triangle index="5563" v0="2585" v1="3016" v2="3023"/>
+      <triangle index="5564" v0="2848" v1="3016" v2="3023"/>
+      <triangle index="5565" v0="2848" v1="3023" v2="3026"/>
+      <triangle index="5566" v0="2794" v1="3024" v2="3025"/>
+      <triangle index="5567" v0="3000" v1="3022" v2="3024"/>
+      <triangle index="5568" v0="2585" v1="3023" v2="3025"/>
+      <triangle index="5569" v0="3022" v1="3023" v2="3025"/>
+      <triangle index="5570" v0="2848" v1="3026" v2="3027"/>
+      <triangle index="5571" v0="3019" v1="3026" v2="3030"/>
+      <triangle index="5572" v0="2848" v1="3027" v2="3028"/>
+      <triangle index="5573" v0="2590" v1="3027" v2="3029"/>
+      <triangle index="5574" v0="2848" v1="3017" v2="3028"/>
+      <triangle index="5575" v0="2116" v1="2591" v2="3028"/>
+      <triangle index="5576" v0="2590" v1="2594" v2="3029"/>
+      <triangle index="5577" v0="1473" v1="3019" v2="3029"/>
+      <triangle index="5578" v0="3020" v1="3022" v2="3030"/>
+      <triangle index="5579" v0="3023" v1="3026" v2="3030"/>
+      <triangle index="5580" v0="147" v1="2873" v2="3032"/>
+      <triangle index="5581" v0="2343" v1="3031" v2="3033"/>
+      <triangle index="5582" v0="147" v1="2652" v2="3032"/>
+      <triangle index="5583" v0="2343" v1="3031" v2="3032"/>
+      <triangle index="5584" v0="2332" v1="2894" v2="3033"/>
+      <triangle index="5585" v0="2877" v1="3031" v2="3033"/>
+      <triangle index="5586" v0="2685" v1="3197" v2="3198"/>
+      <triangle index="5587" v0="3146" v1="3166" v2="3168"/>
+      <triangle index="5588" v0="2914" v1="3036" v2="3037"/>
+      <triangle index="5589" v0="2915" v1="2917" v2="3035"/>
+      <triangle index="5590" v0="2914" v1="3220" v2="3222"/>
+      <triangle index="5591" v0="3230" v1="3242" v2="3265"/>
+      <triangle index="5592" v0="2914" v1="3035" v2="3037"/>
+      <triangle index="5593" v0="3036" v1="3038" v2="3262"/>
+      <triangle index="5594" v0="3041" v1="3043" v2="3315"/>
+      <triangle index="5595" v0="3037" v1="3038" v2="3148"/>
+      <triangle index="5596" v0="3039" v1="3042" v2="3147"/>
+      <triangle index="5597" v0="2902" v1="2920" v2="3039"/>
+      <triangle index="5598" v0="2676" v1="3038" v2="3315"/>
+      <triangle index="5599" v0="2666" v1="2673" v2="3044"/>
+      <triangle index="5600" v0="2673" v1="2678" v2="3041"/>
+      <triangle index="5601" v0="3040" v1="3041" v2="3043"/>
+      <triangle index="5602" v0="3040" v1="3042" v2="3044"/>
+      <triangle index="5603" v0="2663" v1="2927" v2="3045"/>
+      <triangle index="5604" v0="3040" v1="3043" v2="3147"/>
+      <triangle index="5605" v0="3043" v1="3147" v2="3148"/>
+      <triangle index="5606" v0="3040" v1="3041" v2="3046"/>
+      <triangle index="5607" v0="2666" v1="2668" v2="3045"/>
+      <triangle index="5608" v0="2925" v1="2927" v2="3045"/>
+      <triangle index="5609" v0="2902" v1="3042" v2="3045"/>
+      <triangle index="5610" v0="2673" v1="3044" v2="3046"/>
+      <triangle index="5611" v0="3040" v1="3044" v2="3046"/>
+      <triangle index="5612" v0="2369" v1="2925" v2="3048"/>
+      <triangle index="5613" v0="504" v1="2942" v2="3047"/>
+      <triangle index="5614" v0="2937" v1="2942" v2="3048"/>
+      <triangle index="5615" v0="2925" v1="3047" v2="3048"/>
+      <triangle index="5616" v0="2952" v1="2971" v2="3151"/>
+      <triangle index="5617" v0="3210" v1="3212" v2="3318"/>
+      <triangle index="5618" v0="2960" v1="2966" v2="3050"/>
+      <triangle index="5619" v0="3050" v1="3052" v2="3153"/>
+      <triangle index="5620" v0="3059" v1="3061" v2="3062"/>
+      <triangle index="5621" v0="3079" v1="3080" v2="3154"/>
+      <triangle index="5622" v0="2966" v1="3050" v2="3153"/>
+      <triangle index="5623" v0="3051" v1="3052" v2="3053"/>
+      <triangle index="5624" v0="3053" v1="3055" v2="3056"/>
+      <triangle index="5625" v0="2422" v1="3053" v2="3303"/>
+      <triangle index="5626" v0="3054" v1="3055" v2="3056"/>
+      <triangle index="5627" v0="3060" v1="3066" v2="3154"/>
+      <triangle index="5628" v0="3054" v1="3055" v2="3057"/>
+      <triangle index="5629" v0="3055" v1="3057" v2="3058"/>
+      <triangle index="5630" v0="3051" v1="3056" v2="3061"/>
+      <triangle index="5631" v0="3056" v1="3061" v2="3068"/>
+      <triangle index="5632" v0="3057" v1="3064" v2="3066"/>
+      <triangle index="5633" v0="2423" v1="3057" v2="3058"/>
+      <triangle index="5634" v0="2423" v1="2706" v2="3058"/>
+      <triangle index="5635" v0="1847" v1="2705" v2="3058"/>
+      <triangle index="5636" v0="3051" v1="3061" v2="3062"/>
+      <triangle index="5637" v0="3070" v1="3078" v2="3079"/>
+      <triangle index="5638" v0="3066" v1="3067" v2="3154"/>
+      <triangle index="5639" v0="1128" v1="3069" v2="3071"/>
+      <triangle index="5640" v0="3051" v1="3052" v2="3153"/>
+      <triangle index="5641" v0="3059" v1="3061" v2="3068"/>
+      <triangle index="5642" v0="2966" v1="3062" v2="3118"/>
+      <triangle index="5643" v0="2953" v1="2970" v2="3063"/>
+      <triangle index="5644" v0="2968" v1="3063" v2="3065"/>
+      <triangle index="5645" v0="3062" v1="3063" v2="3118"/>
+      <triangle index="5646" v0="3060" v1="3064" v2="3069"/>
+      <triangle index="5647" v0="2423" v1="3064" v2="3073"/>
+      <triangle index="5648" v0="2968" v1="3065" v2="3156"/>
+      <triangle index="5649" v0="3059" v1="3062" v2="3065"/>
+      <triangle index="5650" v0="3054" v1="3066" v2="3067"/>
+      <triangle index="5651" v0="3060" v1="3064" v2="3066"/>
+      <triangle index="5652" v0="3054" v1="3056" v2="3068"/>
+      <triangle index="5653" v0="3059" v1="3068" v2="3070"/>
+      <triangle index="5654" v0="3059" v1="3065" v2="3074"/>
+      <triangle index="5655" v0="3054" v1="3067" v2="3068"/>
+      <triangle index="5656" v0="3060" v1="3069" v2="3071"/>
+      <triangle index="5657" v0="366" v1="3072" v2="3073"/>
+      <triangle index="5658" v0="2964" v1="3070" v2="3076"/>
+      <triangle index="5659" v0="3067" v1="3068" v2="3070"/>
+      <triangle index="5660" v0="3060" v1="3071" v2="3154"/>
+      <triangle index="5661" v0="627" v1="1128" v2="3071"/>
+      <triangle index="5662" v0="366" v1="2423" v2="3073"/>
+      <triangle index="5663" v0="367" v1="3069" v2="3072"/>
+      <triangle index="5664" v0="3064" v1="3069" v2="3073"/>
+      <triangle index="5665" v0="2964" v1="3070" v2="3074"/>
+      <triangle index="5666" v0="3059" v1="3070" v2="3074"/>
+      <triangle index="5667" v0="3075" v1="3076" v2="3077"/>
+      <triangle index="5668" v0="3082" v1="3083" v2="3097"/>
+      <triangle index="5669" v0="2964" v1="3076" v2="3155"/>
+      <triangle index="5670" v0="3075" v1="3078" v2="3083"/>
+      <triangle index="5671" v0="3077" v1="3098" v2="3102"/>
+      <triangle index="5672" v0="3090" v1="3103" v2="3157"/>
+      <triangle index="5673" v0="498" v1="3078" v2="3079"/>
+      <triangle index="5674" v0="3070" v1="3076" v2="3078"/>
+      <triangle index="5675" v0="498" v1="3079" v2="3080"/>
+      <triangle index="5676" v0="3067" v1="3070" v2="3079"/>
+      <triangle index="5677" v0="498" v1="3080" v2="3081"/>
+      <triangle index="5678" v0="627" v1="3071" v2="3154"/>
+      <triangle index="5679" v0="498" v1="3081" v2="3082"/>
+      <triangle index="5680" v0="1764" v1="2304" v2="3081"/>
+      <triangle index="5681" v0="498" v1="3082" v2="3083"/>
+      <triangle index="5682" v0="3084" v1="3086" v2="3093"/>
+      <triangle index="5683" v0="498" v1="3078" v2="3083"/>
+      <triangle index="5684" v0="3075" v1="3083" v2="3088"/>
+      <triangle index="5685" v0="3015" v1="3143" v2="3144"/>
+      <triangle index="5686" v0="3084" v1="3086" v2="3087"/>
+      <triangle index="5687" v0="3075" v1="3088" v2="3089"/>
+      <triangle index="5688" v0="1556" v1="3101" v2="3106"/>
+      <triangle index="5689" v0="3082" v1="3093" v2="3097"/>
+      <triangle index="5690" v0="3084" v1="3087" v2="3191"/>
+      <triangle index="5691" v0="1765" v1="2305" v2="3087"/>
+      <triangle index="5692" v0="1764" v1="3086" v2="3087"/>
+      <triangle index="5693" v0="3075" v1="3077" v2="3089"/>
+      <triangle index="5694" v0="3085" v1="3088" v2="3096"/>
+      <triangle index="5695" v0="3077" v1="3089" v2="3091"/>
+      <triangle index="5696" v0="3088" v1="3089" v2="3099"/>
+      <triangle index="5697" v0="3077" v1="3091" v2="3098"/>
+      <triangle index="5698" v0="2556" v1="3109" v2="3110"/>
+      <triangle index="5699" v0="3094" v1="3098" v2="3107"/>
+      <triangle index="5700" v0="3090" v1="3091" v2="3095"/>
+      <triangle index="5701" v0="3106" v1="3114" v2="3115"/>
+      <triangle index="5702" v0="3015" v1="3084" v2="3093"/>
+      <triangle index="5703" v0="3082" v1="3086" v2="3093"/>
+      <triangle index="5704" v0="3092" v1="3093" v2="3117"/>
+      <triangle index="5705" v0="2415" v1="3209" v2="3258"/>
+      <triangle index="5706" v0="3091" v1="3098" v2="3157"/>
+      <triangle index="5707" v0="3090" v1="3095" v2="3100"/>
+      <triangle index="5708" v0="3095" v1="3100" v2="3101"/>
+      <triangle index="5709" v0="3085" v1="3096" v2="3115"/>
+      <triangle index="5710" v0="3092" v1="3096" v2="3097"/>
+      <triangle index="5711" v0="3083" v1="3088" v2="3097"/>
+      <triangle index="5712" v0="3092" v1="3093" v2="3097"/>
+      <triangle index="5713" v0="3077" v1="3102" v2="3155"/>
+      <triangle index="5714" v0="3094" v1="3098" v2="3103"/>
+      <triangle index="5715" v0="3085" v1="3088" v2="3099"/>
+      <triangle index="5716" v0="3089" v1="3091" v2="3099"/>
+      <triangle index="5717" v0="3090" v1="3109" v2="3158"/>
+      <triangle index="5718" v0="2556" v1="3100" v2="3105"/>
+      <triangle index="5719" v0="1556" v1="2104" v2="3106"/>
+      <triangle index="5720" v0="3085" v1="3095" v2="3101"/>
+      <triangle index="5721" v0="3102" v1="3155" v2="3156"/>
+      <triangle index="5722" v0="2968" v1="2970" v2="3108"/>
+      <triangle index="5723" v0="3159" v1="3202" v2="3209"/>
+      <triangle index="5724" v0="3104" v1="3113" v2="3158"/>
+      <triangle index="5725" v0="3090" v1="3103" v2="3158"/>
+      <triangle index="5726" v0="2088" v1="3110" v2="3111"/>
+      <triangle index="5727" v0="2556" v1="2557" v2="3105"/>
+      <triangle index="5728" v0="1556" v1="3101" v2="3105"/>
+      <triangle index="5729" v0="1014" v1="3106" v2="3114"/>
+      <triangle index="5730" v0="3101" v1="3106" v2="3115"/>
+      <triangle index="5731" v0="3098" v1="3102" v2="3107"/>
+      <triangle index="5732" v0="3102" v1="3107" v2="3108"/>
+      <triangle index="5733" v0="3102" v1="3108" v2="3156"/>
+      <triangle index="5734" v0="2958" v1="2963" v2="3257"/>
+      <triangle index="5735" v0="3090" v1="3100" v2="3109"/>
+      <triangle index="5736" v0="3104" v1="3109" v2="3110"/>
+      <triangle index="5737" v0="3104" v1="3110" v2="3111"/>
+      <triangle index="5738" v0="2088" v1="3110" v2="3112"/>
+      <triangle index="5739" v0="3104" v1="3111" v2="3113"/>
+      <triangle index="5740" v0="2553" v1="3311" v2="3312"/>
+      <triangle index="5741" v0="2088" v1="2549" v2="3112"/>
+      <triangle index="5742" v0="2554" v1="2556" v2="3112"/>
+      <triangle index="5743" v0="3094" v1="3103" v2="3203"/>
+      <triangle index="5744" v0="2415" v1="2704" v2="3161"/>
+      <triangle index="5745" v0="1014" v1="2109" v2="3116"/>
+      <triangle index="5746" v0="3015" v1="3114" v2="3117"/>
+      <triangle index="5747" v0="3085" v1="3101" v2="3115"/>
+      <triangle index="5748" v0="3114" v1="3115" v2="3117"/>
+      <triangle index="5749" v0="2109" v1="3013" v2="3116"/>
+      <triangle index="5750" v0="3114" v1="3116" v2="3143"/>
+      <triangle index="5751" v0="3015" v1="3093" v2="3117"/>
+      <triangle index="5752" v0="3092" v1="3115" v2="3117"/>
+      <triangle index="5753" v0="2702" v1="2957" v2="3118"/>
+      <triangle index="5754" v0="2953" v1="3063" v2="3118"/>
+      <triangle index="5755" v0="3303" v1="3304" v2="3306"/>
+      <triangle index="5756" v0="2967" v1="3162" v2="3199"/>
+      <triangle index="5757" v0="650" v1="3050" v2="3120"/>
+      <triangle index="5758" v0="3119" v1="3121" v2="3162"/>
+      <triangle index="5759" v0="2969" v1="2971" v2="3121"/>
+      <triangle index="5760" v0="2960" v1="3120" v2="3121"/>
+      <triangle index="5761" v0="2404" v1="2698" v2="3122"/>
+      <triangle index="5762" v0="647" v1="3122" v2="3123"/>
+      <triangle index="5763" v0="647" v1="2699" v2="3123"/>
+      <triangle index="5764" v0="2700" v1="3123" v2="3166"/>
+      <triangle index="5765" v0="2972" v1="3163" v2="3164"/>
+      <triangle index="5766" v0="3124" v1="3169" v2="3173"/>
+      <triangle index="5767" v0="1491" v1="2528" v2="3125"/>
+      <triangle index="5768" v0="1489" v1="2981" v2="3125"/>
+      <triangle index="5769" v0="2756" v1="2991" v2="3126"/>
+      <triangle index="5770" v0="2537" v1="3126" v2="3127"/>
+      <triangle index="5771" v0="2039" v1="2537" v2="3128"/>
+      <triangle index="5772" v0="2755" v1="3127" v2="3129"/>
+      <triangle index="5773" v0="2039" v1="2533" v2="3128"/>
+      <triangle index="5774" v0="2755" v1="3127" v2="3128"/>
+      <triangle index="5775" v0="2755" v1="2774" v2="3129"/>
+      <triangle index="5776" v0="2771" v1="2999" v2="3129"/>
+      <triangle index="5777" v0="2532" v1="3130" v2="3131"/>
+      <triangle index="5778" v0="385" v1="3130" v2="3134"/>
+      <triangle index="5779" v0="2532" v1="2533" v2="3131"/>
+      <triangle index="5780" v0="2043" v1="3131" v2="3133"/>
+      <triangle index="5781" v0="385" v1="3130" v2="3132"/>
+      <triangle index="5782" v0="3130" v1="3131" v2="3132"/>
+      <triangle index="5783" v0="2043" v1="2529" v2="3133"/>
+      <triangle index="5784" v0="386" v1="3132" v2="3133"/>
+      <triangle index="5785" v0="384" v1="385" v2="3134"/>
+      <triangle index="5786" v0="384" v1="2827" v2="3134"/>
+      <triangle index="5787" v0="2794" v1="3024" v2="3135"/>
+      <triangle index="5788" v0="2783" v1="3003" v2="3135"/>
+      <triangle index="5789" v0="2111" v1="3136" v2="3137"/>
+      <triangle index="5790" v0="3013" v1="3014" v2="3136"/>
+      <triangle index="5791" v0="2111" v1="2581" v2="3137"/>
+      <triangle index="5792" v0="2582" v1="3137" v2="3140"/>
+      <triangle index="5793" v0="3138" v1="3248" v2="3250"/>
+      <triangle index="5794" v0="3246" v1="3247" v2="3249"/>
+      <triangle index="5795" v0="3014" v1="3139" v2="3140"/>
+      <triangle index="5796" v0="3139" v1="3140" v2="3246"/>
+      <triangle index="5797" v0="3014" v1="3137" v2="3140"/>
+      <triangle index="5798" v0="3138" v1="3140" v2="3246"/>
+      <triangle index="5799" v0="2579" v1="3142" v2="3144"/>
+      <triangle index="5800" v0="3141" v1="3143" v2="3144"/>
+      <triangle index="5801" v0="3142" v1="3193" v2="3247"/>
+      <triangle index="5802" v0="1765" v1="3087" v2="3191"/>
+      <triangle index="5803" v0="3015" v1="3114" v2="3143"/>
+      <triangle index="5804" v0="2846" v1="3116" v2="3143"/>
+      <triangle index="5805" v0="2579" v1="3141" v2="3144"/>
+      <triangle index="5806" v0="3084" v1="3142" v2="3144"/>
+      <triangle index="5807" v0="2916" v1="3196" v2="3197"/>
+      <triangle index="5808" v0="3034" v1="3210" v2="3212"/>
+      <triangle index="5809" v0="3211" v1="3212" v2="3318"/>
+      <triangle index="5810" v0="3164" v1="3166" v2="3168"/>
+      <triangle index="5811" v0="3040" v1="3042" v2="3147"/>
+      <triangle index="5812" v0="2918" v1="3147" v2="3148"/>
+      <triangle index="5813" v0="2918" v1="2919" v2="3148"/>
+      <triangle index="5814" v0="2915" v1="3037" v2="3148"/>
+      <triangle index="5815" v0="2697" v1="2959" v2="3149"/>
+      <triangle index="5816" v0="3049" v1="3149" v2="3320"/>
+      <triangle index="5817" v0="2952" v1="2954" v2="3150"/>
+      <triangle index="5818" v0="2952" v1="3151" v2="3152"/>
+      <triangle index="5819" v0="2969" v1="3151" v2="3199"/>
+      <triangle index="5820" v0="3214" v1="3220" v2="3224"/>
+      <triangle index="5821" v0="2952" v1="3150" v2="3152"/>
+      <triangle index="5822" v0="3151" v1="3152" v2="3219"/>
+      <triangle index="5823" v0="2966" v1="3062" v2="3153"/>
+      <triangle index="5824" v0="3051" v1="3062" v2="3153"/>
+      <triangle index="5825" v0="3067" v1="3079" v2="3154"/>
+      <triangle index="5826" v0="627" v1="3080" v2="3154"/>
+      <triangle index="5827" v0="3076" v1="3077" v2="3155"/>
+      <triangle index="5828" v0="2964" v1="3155" v2="3156"/>
+      <triangle index="5829" v0="2964" v1="3074" v2="3156"/>
+      <triangle index="5830" v0="2968" v1="3108" v2="3156"/>
+      <triangle index="5831" v0="3090" v1="3091" v2="3157"/>
+      <triangle index="5832" v0="3098" v1="3103" v2="3157"/>
+      <triangle index="5833" v0="3103" v1="3158" v2="3202"/>
+      <triangle index="5834" v0="3104" v1="3109" v2="3158"/>
+      <triangle index="5835" v0="3159" v1="3203" v2="3204"/>
+      <triangle index="5836" v0="2415" v1="3161" v2="3209"/>
+      <triangle index="5837" v0="3113" v1="3202" v2="3209"/>
+      <triangle index="5838" v0="3160" v1="3161" v2="3208"/>
+      <triangle index="5839" v0="106" v1="2704" v2="3161"/>
+      <triangle index="5840" v0="3160" v1="3207" v2="3209"/>
+      <triangle index="5841" v0="2969" v1="3121" v2="3162"/>
+      <triangle index="5842" v0="3119" v1="3162" v2="3307"/>
+      <triangle index="5843" v0="2972" v1="3164" v2="3166"/>
+      <triangle index="5844" v0="3124" v1="3165" v2="3175"/>
+      <triangle index="5845" v0="3167" v1="3168" v2="3210"/>
+      <triangle index="5846" v0="3124" v1="3163" v2="3164"/>
+      <triangle index="5847" v0="2405" v1="2695" v2="3165"/>
+      <triangle index="5848" v0="2404" v1="3163" v2="3165"/>
+      <triangle index="5849" v0="2972" v1="3123" v2="3166"/>
+      <triangle index="5850" v0="2700" v1="3166" v2="3319"/>
+      <triangle index="5851" v0="3198" v1="3225" v2="3231"/>
+      <triangle index="5852" v0="3124" v1="3164" v2="3169"/>
+      <triangle index="5853" v0="3146" v1="3168" v2="3210"/>
+      <triangle index="5854" v0="3167" v1="3168" v2="3169"/>
+      <triangle index="5855" v0="3167" v1="3169" v2="3172"/>
+      <triangle index="5856" v0="3171" v1="3175" v2="3176"/>
+      <triangle index="5857" v0="3167" v1="3210" v2="3259"/>
+      <triangle index="5858" v0="3174" v1="3177" v2="3179"/>
+      <triangle index="5859" v0="3169" v1="3173" v2="3174"/>
+      <triangle index="5860" v0="3171" v1="3173" v2="3174"/>
+      <triangle index="5861" v0="3167" v1="3172" v2="3259"/>
+      <triangle index="5862" v0="3170" v1="3172" v2="3174"/>
+      <triangle index="5863" v0="3169" v1="3172" v2="3174"/>
+      <triangle index="5864" v0="3171" v1="3173" v2="3175"/>
+      <triangle index="5865" v0="3170" v1="3174" v2="3177"/>
+      <triangle index="5866" v0="2378" v1="3177" v2="3180"/>
+      <triangle index="5867" v0="3182" v1="3187" v2="3188"/>
+      <triangle index="5868" v0="2405" v1="3165" v2="3175"/>
+      <triangle index="5869" v0="115" v1="116" v2="3176"/>
+      <triangle index="5870" v0="115" v1="3176" v2="3184"/>
+      <triangle index="5871" v0="3170" v1="3177" v2="3254"/>
+      <triangle index="5872" v0="3177" v1="3179" v2="3180"/>
+      <triangle index="5873" v0="2378" v1="3180" v2="3181"/>
+      <triangle index="5874" v0="3178" v1="3181" v2="3185"/>
+      <triangle index="5875" v0="3178" v1="3182" v2="3186"/>
+      <triangle index="5876" v0="3174" v1="3179" v2="3189"/>
+      <triangle index="5877" v0="2378" v1="2909" v2="3181"/>
+      <triangle index="5878" v0="3178" v1="3179" v2="3180"/>
+      <triangle index="5879" v0="2379" v1="2380" v2="3183"/>
+      <triangle index="5880" v0="3181" v1="3183" v2="3185"/>
+      <triangle index="5881" v0="116" v1="3187" v2="3188"/>
+      <triangle index="5882" v0="116" v1="3176" v2="3188"/>
+      <triangle index="5883" v0="1803" v1="3183" v2="3185"/>
+      <triangle index="5884" v0="2379" v1="3181" v2="3183"/>
+      <triangle index="5885" v0="114" v1="115" v2="3184"/>
+      <triangle index="5886" v0="2405" v1="3175" v2="3184"/>
+      <triangle index="5887" v0="118" v1="1803" v2="3185"/>
+      <triangle index="5888" v0="117" v1="118" v2="3186"/>
+      <triangle index="5889" v0="3178" v1="3185" v2="3186"/>
+      <triangle index="5890" v0="118" v1="3185" v2="3186"/>
+      <triangle index="5891" v0="3171" v1="3176" v2="3188"/>
+      <triangle index="5892" v0="117" v1="3182" v2="3187"/>
+      <triangle index="5893" v0="3171" v1="3188" v2="3189"/>
+      <triangle index="5894" v0="3171" v1="3174" v2="3189"/>
+      <triangle index="5895" v0="3179" v1="3182" v2="3189"/>
+      <triangle index="5896" v0="2579" v1="3139" v2="3246"/>
+      <triangle index="5897" v0="370" v1="3192" v2="3194"/>
+      <triangle index="5898" v0="3084" v1="3142" v2="3191"/>
+      <triangle index="5899" v0="3191" v1="3192" v2="3193"/>
+      <triangle index="5900" v0="3192" v1="3193" v2="3194"/>
+      <triangle index="5901" v0="370" v1="3192" v2="3195"/>
+      <triangle index="5902" v0="2579" v1="3142" v2="3247"/>
+      <triangle index="5903" v0="3190" v1="3193" v2="3194"/>
+      <triangle index="5904" v0="3190" v1="3194" v2="3249"/>
+      <triangle index="5905" v0="370" v1="371" v2="3194"/>
+      <triangle index="5906" v0="369" v1="370" v2="3195"/>
+      <triangle index="5907" v0="1765" v1="3192" v2="3195"/>
+      <triangle index="5908" v0="2685" v1="2916" v2="3197"/>
+      <triangle index="5909" v0="3145" v1="3196" v2="3220"/>
+      <triangle index="5910" v0="2685" v1="3198" v2="3253"/>
+      <triangle index="5911" v0="3145" v1="3224" v2="3231"/>
+      <triangle index="5912" v0="2378" v1="3198" v2="3254"/>
+      <triangle index="5913" v0="3034" v1="3224" v2="3225"/>
+      <triangle index="5914" v0="3245" v1="3280" v2="3281"/>
+      <triangle index="5915" v0="358" v1="3266" v2="3270"/>
+      <triangle index="5916" v0="3223" v1="3233" v2="3236"/>
+      <triangle index="5917" v0="3226" v1="3227" v2="3228"/>
+      <triangle index="5918" v0="2967" v1="3201" v2="3283"/>
+      <triangle index="5919" v0="3200" v1="3243" v2="3244"/>
+      <triangle index="5920" v0="3113" v1="3158" v2="3202"/>
+      <triangle index="5921" v0="3103" v1="3202" v2="3203"/>
+      <triangle index="5922" v0="3094" v1="3203" v2="3204"/>
+      <triangle index="5923" v0="3159" v1="3202" v2="3203"/>
+      <triangle index="5924" v0="3094" v1="3204" v2="3256"/>
+      <triangle index="5925" v0="649" v1="2416" v2="3205"/>
+      <triangle index="5926" v0="2415" v1="2703" v2="3205"/>
+      <triangle index="5927" v0="649" v1="3204" v2="3205"/>
+      <triangle index="5928" v0="104" v1="105" v2="3313"/>
+      <triangle index="5929" v0="2553" v1="3206" v2="3207"/>
+      <triangle index="5930" v0="2553" v1="3111" v2="3207"/>
+      <triangle index="5931" v0="3113" v1="3207" v2="3209"/>
+      <triangle index="5932" v0="105" v1="106" v2="3208"/>
+      <triangle index="5933" v0="105" v1="3206" v2="3208"/>
+      <triangle index="5934" v0="3159" v1="3209" v2="3258"/>
+      <triangle index="5935" v0="3160" v1="3161" v2="3209"/>
+      <triangle index="5936" v0="3146" v1="3166" v2="3319"/>
+      <triangle index="5937" v0="3034" v1="3210" v2="3259"/>
+      <triangle index="5938" v0="3049" v1="3152" v2="3219"/>
+      <triangle index="5939" v0="3215" v1="3217" v2="3218"/>
+      <triangle index="5940" v0="3146" v1="3210" v2="3318"/>
+      <triangle index="5941" v0="3212" v1="3214" v2="3215"/>
+      <triangle index="5942" v0="3213" v1="3214" v2="3215"/>
+      <triangle index="5943" v0="3221" v1="3222" v2="3223"/>
+      <triangle index="5944" v0="3211" v1="3212" v2="3215"/>
+      <triangle index="5945" v0="3213" v1="3214" v2="3220"/>
+      <triangle index="5946" v0="3049" v1="3216" v2="3217"/>
+      <triangle index="5947" v0="3211" v1="3215" v2="3217"/>
+      <triangle index="5948" v0="3201" v1="3228" v2="3260"/>
+      <triangle index="5949" v0="3215" v1="3218" v2="3229"/>
+      <triangle index="5950" v0="3049" v1="3211" v2="3217"/>
+      <triangle index="5951" v0="3216" v1="3217" v2="3218"/>
+      <triangle index="5952" v0="3216" v1="3218" v2="3232"/>
+      <triangle index="5953" v0="3239" v1="3270" v2="3271"/>
+      <triangle index="5954" v0="3151" v1="3219" v2="3227"/>
+      <triangle index="5955" v0="3049" v1="3216" v2="3219"/>
+      <triangle index="5956" v0="3213" v1="3220" v2="3222"/>
+      <triangle index="5957" v0="2914" v1="3196" v2="3220"/>
+      <triangle index="5958" v0="3222" v1="3223" v2="3229"/>
+      <triangle index="5959" v0="3221" v1="3233" v2="3240"/>
+      <triangle index="5960" v0="3213" v1="3222" v2="3229"/>
+      <triangle index="5961" v0="2914" v1="3221" v2="3222"/>
+      <triangle index="5962" v0="3234" v1="3236" v2="3237"/>
+      <triangle index="5963" v0="3230" v1="3233" v2="3238"/>
+      <triangle index="5964" v0="3145" v1="3197" v2="3231"/>
+      <triangle index="5965" v0="3034" v1="3214" v2="3224"/>
+      <triangle index="5966" v0="3198" v1="3225" v2="3254"/>
+      <triangle index="5967" v0="3170" v1="3172" v2="3259"/>
+      <triangle index="5968" v0="3216" v1="3219" v2="3227"/>
+      <triangle index="5969" v0="3200" v1="3201" v2="3260"/>
+      <triangle index="5970" v0="3151" v1="3199" v2="3228"/>
+      <triangle index="5971" v0="3226" v1="3227" v2="3232"/>
+      <triangle index="5972" v0="3151" v1="3227" v2="3228"/>
+      <triangle index="5973" v0="3199" v1="3201" v2="3228"/>
+      <triangle index="5974" v0="3213" v1="3215" v2="3229"/>
+      <triangle index="5975" v0="3218" v1="3229" v2="3237"/>
+      <triangle index="5976" v0="3266" v1="3272" v2="3276"/>
+      <triangle index="5977" v0="3221" v1="3223" v2="3233"/>
+      <triangle index="5978" v0="3197" v1="3198" v2="3231"/>
+      <triangle index="5979" v0="3224" v1="3225" v2="3231"/>
+      <triangle index="5980" v0="3216" v1="3227" v2="3232"/>
+      <triangle index="5981" v0="3226" v1="3232" v2="3237"/>
+      <triangle index="5982" v0="3223" v1="3236" v2="3237"/>
+      <triangle index="5983" v0="3230" v1="3233" v2="3242"/>
+      <triangle index="5984" v0="3244" v1="3245" v2="3285"/>
+      <triangle index="5985" v0="3233" v1="3236" v2="3238"/>
+      <triangle index="5986" v0="3261" v1="3265" v2="3266"/>
+      <triangle index="5987" v0="3036" v1="3262" v2="3263"/>
+      <triangle index="5988" v0="3223" v1="3229" v2="3237"/>
+      <triangle index="5989" v0="3234" v1="3236" v2="3238"/>
+      <triangle index="5990" v0="3218" v1="3232" v2="3237"/>
+      <triangle index="5991" v0="3226" v1="3243" v2="3260"/>
+      <triangle index="5992" v0="3234" v1="3238" v2="3239"/>
+      <triangle index="5993" v0="358" v1="359" v2="3270"/>
+      <triangle index="5994" v0="3234" v1="3243" v2="3244"/>
+      <triangle index="5995" v0="359" v1="360" v2="3278"/>
+      <triangle index="5996" v0="3233" v1="3240" v2="3242"/>
+      <triangle index="5997" v0="3240" v1="3241" v2="3263"/>
+      <triangle index="5998" v0="3235" v1="3240" v2="3263"/>
+      <triangle index="5999" v0="2914" v1="3036" v2="3241"/>
+      <triangle index="6000" v0="3235" v1="3264" v2="3265"/>
+      <triangle index="6001" v0="3235" v1="3240" v2="3242"/>
+      <triangle index="6002" v0="3234" v1="3237" v2="3243"/>
+      <triangle index="6003" v0="3226" v1="3237" v2="3243"/>
+      <triangle index="6004" v0="3200" v1="3244" v2="3245"/>
+      <triangle index="6005" v0="3234" v1="3239" v2="3244"/>
+      <triangle index="6006" v0="3255" v1="3280" v2="3281"/>
+      <triangle index="6007" v0="360" v1="361" v2="3279"/>
+      <triangle index="6008" v0="3138" v1="3246" v2="3248"/>
+      <triangle index="6009" v0="3246" v1="3248" v2="3249"/>
+      <triangle index="6010" v0="3190" v1="3193" v2="3247"/>
+      <triangle index="6011" v0="2579" v1="3246" v2="3247"/>
+      <triangle index="6012" v0="3138" v1="3250" v2="3316"/>
+      <triangle index="6013" v0="372" v1="3248" v2="3251"/>
+      <triangle index="6014" v0="371" v1="372" v2="3249"/>
+      <triangle index="6015" v0="371" v1="3194" v2="3249"/>
+      <triangle index="6016" v0="2839" v1="2840" v2="3252"/>
+      <triangle index="6017" v0="373" v1="3250" v2="3251"/>
+      <triangle index="6018" v0="374" v1="2840" v2="3252"/>
+      <triangle index="6019" v0="3248" v1="3250" v2="3251"/>
+      <triangle index="6020" v0="373" v1="3250" v2="3252"/>
+      <triangle index="6021" v0="2685" v1="2908" v2="3253"/>
+      <triangle index="6022" v0="2909" v1="3198" v2="3253"/>
+      <triangle index="6023" v0="2378" v1="3177" v2="3254"/>
+      <triangle index="6024" v0="3170" v1="3225" v2="3254"/>
+      <triangle index="6025" v0="3119" v1="3306" v2="3307"/>
+      <triangle index="6026" v0="361" v1="3280" v2="3282"/>
+      <triangle index="6027" v0="3094" v1="3107" v2="3256"/>
+      <triangle index="6028" v0="3108" v1="3256" v2="3257"/>
+      <triangle index="6029" v0="2958" v1="3108" v2="3257"/>
+      <triangle index="6030" v0="2419" v1="2963" v2="3257"/>
+      <triangle index="6031" v0="3159" v1="3204" v2="3258"/>
+      <triangle index="6032" v0="3204" v1="3205" v2="3258"/>
+      <triangle index="6033" v0="3034" v1="3225" v2="3259"/>
+      <triangle index="6034" v0="3170" v1="3225" v2="3259"/>
+      <triangle index="6035" v0="3200" v1="3243" v2="3260"/>
+      <triangle index="6036" v0="3226" v1="3228" v2="3260"/>
+      <triangle index="6037" v0="3261" v1="3268" v2="3269"/>
+      <triangle index="6038" v0="3267" v1="3269" v2="3274"/>
+      <triangle index="6039" v0="3262" v1="3263" v2="3264"/>
+      <triangle index="6040" v0="2903" v1="3267" v2="3284"/>
+      <triangle index="6041" v0="3036" v1="3241" v2="3263"/>
+      <triangle index="6042" v0="3235" v1="3263" v2="3264"/>
+      <triangle index="6043" v0="3235" v1="3242" v2="3265"/>
+      <triangle index="6044" v0="3261" v1="3264" v2="3268"/>
+      <triangle index="6045" v0="3230" v1="3265" v2="3266"/>
+      <triangle index="6046" v0="3261" v1="3264" v2="3265"/>
+      <triangle index="6047" v0="3230" v1="3238" v2="3271"/>
+      <triangle index="6048" v0="358" v1="3266" v2="3272"/>
+      <triangle index="6049" v0="3262" v1="3264" v2="3268"/>
+      <triangle index="6050" v0="3267" v1="3268" v2="3269"/>
+      <triangle index="6051" v0="3261" v1="3269" v2="3276"/>
+      <triangle index="6052" v0="3267" v1="3268" v2="3273"/>
+      <triangle index="6053" v0="356" v1="357" v2="3269"/>
+      <triangle index="6054" v0="356" v1="3269" v2="3274"/>
+      <triangle index="6055" v0="3230" v1="3266" v2="3271"/>
+      <triangle index="6056" v0="359" v1="3239" v2="3270"/>
+      <triangle index="6057" v0="3238" v1="3239" v2="3271"/>
+      <triangle index="6058" v0="3266" v1="3270" v2="3271"/>
+      <triangle index="6059" v0="357" v1="358" v2="3272"/>
+      <triangle index="6060" v0="357" v1="3269" v2="3276"/>
+      <triangle index="6061" v0="3262" v1="3268" v2="3273"/>
+      <triangle index="6062" v0="3267" v1="3273" v2="3284"/>
+      <triangle index="6063" v0="355" v1="356" v2="3275"/>
+      <triangle index="6064" v0="2903" v1="3267" v2="3274"/>
+      <triangle index="6065" v0="355" v1="3275" v2="3277"/>
+      <triangle index="6066" v0="2903" v1="3274" v2="3275"/>
+      <triangle index="6067" v0="3261" v1="3266" v2="3276"/>
+      <triangle index="6068" v0="357" v1="3272" v2="3276"/>
+      <triangle index="6069" v0="355" v1="2669" v2="3277"/>
+      <triangle index="6070" v0="2903" v1="2905" v2="3277"/>
+      <triangle index="6071" v0="359" v1="3239" v2="3278"/>
+      <triangle index="6072" v0="3239" v1="3244" v2="3285"/>
+      <triangle index="6073" v0="360" v1="3245" v2="3279"/>
+      <triangle index="6074" v0="3245" v1="3279" v2="3280"/>
+      <triangle index="6075" v0="3200" v1="3245" v2="3281"/>
+      <triangle index="6076" v0="3255" v1="3280" v2="3282"/>
+      <triangle index="6077" v0="3200" v1="3201" v2="3281"/>
+      <triangle index="6078" v0="3201" v1="3281" v2="3283"/>
+      <triangle index="6079" v0="3255" v1="3305" v2="3309"/>
+      <triangle index="6080" v0="361" v1="362" v2="3282"/>
+      <triangle index="6081" v0="2967" v1="3162" v2="3307"/>
+      <triangle index="6082" v0="3255" v1="3281" v2="3283"/>
+      <triangle index="6083" v0="2903" v1="2904" v2="3284"/>
+      <triangle index="6084" v0="2677" v1="3284" v2="3315"/>
+      <triangle index="6085" v0="360" v1="3245" v2="3285"/>
+      <triangle index="6086" v0="3239" v1="3278" v2="3285"/>
+      <triangle index="6087" v0="239" v1="459" v2="3286"/>
+      <triangle index="6088" v0="256" v1="472" v2="3286"/>
+      <triangle index="6089" v0="59" v1="510" v2="3287"/>
+      <triangle index="6090" v0="19" v1="20" v2="3287"/>
+      <triangle index="6091" v0="215" v1="3288" v2="3290"/>
+      <triangle index="6092" v0="544" v1="565" v2="3288"/>
+      <triangle index="6093" v0="215" v1="3288" v2="3289"/>
+      <triangle index="6094" v0="475" v1="3288" v2="3289"/>
+      <triangle index="6095" v0="214" v1="215" v2="3290"/>
+      <triangle index="6096" v0="214" v1="564" v2="3290"/>
+      <triangle index="6097" v0="188" v1="752" v2="3291"/>
+      <triangle index="6098" v0="739" v1="741" v2="3291"/>
+      <triangle index="6099" v0="578" v1="823" v2="3292"/>
+      <triangle index="6100" v0="824" v1="878" v2="3292"/>
+      <triangle index="6101" v0="622" v1="1655" v2="3294"/>
+      <triangle index="6102" v0="1118" v1="3293" v2="3295"/>
+      <triangle index="6103" v0="496" v1="1741" v2="3294"/>
+      <triangle index="6104" v0="622" v1="3293" v2="3294"/>
+      <triangle index="6105" v0="3293" v1="3294" v2="3295"/>
+      <triangle index="6106" v0="1741" v1="3294" v2="3295"/>
+      <triangle index="6107" v0="1118" v1="1625" v2="3296"/>
+      <triangle index="6108" v0="1067" v1="3296" v2="3297"/>
+      <triangle index="6109" v0="1067" v1="1068" v2="3297"/>
+      <triangle index="6110" v0="622" v1="3293" v2="3297"/>
+      <triangle index="6111" v0="666" v1="1240" v2="3298"/>
+      <triangle index="6112" v0="515" v1="2427" v2="3298"/>
+      <triangle index="6113" v0="702" v1="705" v2="3299"/>
+      <triangle index="6114" v0="690" v1="1275" v2="3299"/>
+      <triangle index="6115" v0="586" v1="926" v2="3301"/>
+      <triangle index="6116" v0="485" v1="2027" v2="3300"/>
+      <triangle index="6117" v0="1469" v1="1470" v2="3301"/>
+      <triangle index="6118" v0="586" v1="3300" v2="3301"/>
+      <triangle index="6119" v0="1075" v1="1076" v2="3302"/>
+      <triangle index="6120" v0="625" v1="1697" v2="3302"/>
+      <triangle index="6121" v0="1231" v1="3303" v2="3304"/>
+      <triangle index="6122" v0="650" v1="3053" v2="3303"/>
+      <triangle index="6123" v0="1231" v1="1846" v2="3308"/>
+      <triangle index="6124" v0="3255" v1="3283" v2="3305"/>
+      <triangle index="6125" v0="2967" v1="3283" v2="3305"/>
+      <triangle index="6126" v0="1231" v1="3304" v2="3308"/>
+      <triangle index="6127" v0="3119" v1="3120" v2="3306"/>
+      <triangle index="6128" v0="650" v1="3303" v2="3306"/>
+      <triangle index="6129" v0="3304" v1="3305" v2="3307"/>
+      <triangle index="6130" v0="2967" v1="3305" v2="3307"/>
+      <triangle index="6131" v0="363" v1="1846" v2="3308"/>
+      <triangle index="6132" v0="362" v1="3309" v2="3310"/>
+      <triangle index="6133" v0="3255" v1="3282" v2="3309"/>
+      <triangle index="6134" v0="363" v1="3308" v2="3310"/>
+      <triangle index="6135" v0="2088" v1="2552" v2="3312"/>
+      <triangle index="6136" v0="3308" v1="3309" v2="3310"/>
+      <triangle index="6137" v0="2553" v1="3206" v2="3313"/>
+      <triangle index="6138" v0="2553" v1="3111" v2="3312"/>
+      <triangle index="6139" v0="2552" v1="3311" v2="3312"/>
+      <triangle index="6140" v0="104" v1="3311" v2="3313"/>
+      <triangle index="6141" v0="2553" v1="3311" v2="3313"/>
+      <triangle index="6142" v0="489" v1="2853" v2="3314"/>
+      <triangle index="6143" v0="2599" v1="2600" v2="3314"/>
+      <triangle index="6144" v0="2676" v1="3284" v2="3315"/>
+      <triangle index="6145" v0="2677" v1="3041" v2="3315"/>
+      <triangle index="6146" v0="2839" v1="3250" v2="3316"/>
+      <triangle index="6147" v0="3138" v1="3140" v2="3316"/>
+      <triangle index="6148" v0="2700" v1="3149" v2="3320"/>
+      <triangle index="6149" v0="3211" v1="3317" v2="3320"/>
+      <triangle index="6150" v0="3146" v1="3318" v2="3319"/>
+      <triangle index="6151" v0="3211" v1="3317" v2="3318"/>
+      <triangle index="6152" v0="2700" v1="3317" v2="3319"/>
+      <triangle index="6153" v0="3317" v1="3318" v2="3319"/>
+      <triangle index="6154" v0="3049" v1="3211" v2="3320"/>
+      <triangle index="6155" v0="2700" v1="3317" v2="3320"/>
+    </cells>
+  </mesh>
+</dolfin>
diff --git a/test/unit/README b/test/unit/README
new file mode 100644
index 0000000..6e065d3
--- /dev/null
+++ b/test/unit/README
@@ -0,0 +1,23 @@
+Standard run:
+
+  cd <testdir>
+  py.test
+
+Show stdout:
+
+  py.test -s
+
+Run serial tests in parallel python processes (needs xdist):
+
+  py.test -n 4
+
+Run tests in parallel with MPI:
+
+  mpirun -np 3 python -B -m pytest
+
+Debugging random test deadlocks under MPI:
+
+  cd <testdir>
+  while true; do git clean -fdx . && mpirun -n 3 xterm -e gdb -ex r -ex q -args python -m pytest -sv; done
+
+See 'man pytest' for how to use pdb, profiling, coverage, etc.
diff --git a/test/unit/cpp/CMakeLists.txt b/test/unit/cpp/CMakeLists.txt
new file mode 100644
index 0000000..61ecc0b
--- /dev/null
+++ b/test/unit/cpp/CMakeLists.txt
@@ -0,0 +1,37 @@
+cmake_minimum_required(VERSION 3.5)
+project(dolfin-tests)
+
+find_package(DOLFIN REQUIRED)
+include(${DOLFIN_USE_FILE})
+
+# Prepare "Catch" library for other executables
+set(CATCH_INCLUDE_DIR ${CMAKE_CURRENT_SOURCE_DIR}/catch)
+
+add_library(Catch INTERFACE)
+target_include_directories(Catch INTERFACE ${CATCH_INCLUDE_DIR})
+
+# Make test executable
+set(TEST_SOURCES
+  ${CMAKE_CURRENT_SOURCE_DIR}/main.cpp
+  ${CMAKE_CURRENT_SOURCE_DIR}/common/SubSystemsManager.cpp
+  ${CMAKE_CURRENT_SOURCE_DIR}/function/Expression.cpp
+  ${CMAKE_CURRENT_SOURCE_DIR}/geometry/ConvexTriangulation.cpp
+  ${CMAKE_CURRENT_SOURCE_DIR}/geometry/IntersectionConstruction.cpp
+  ${CMAKE_CURRENT_SOURCE_DIR}/io/XMLMeshData.cpp
+  ${CMAKE_CURRENT_SOURCE_DIR}/io/XMLMeshValueCollection.cpp
+  ${CMAKE_CURRENT_SOURCE_DIR}/la/LinearOperator.cpp
+  ${CMAKE_CURRENT_SOURCE_DIR}/la/Vector.cpp
+  ${CMAKE_CURRENT_SOURCE_DIR}/mesh/Mesh.cpp
+  ${CMAKE_CURRENT_SOURCE_DIR}/mesh/MeshColoring.cpp
+  ${CMAKE_CURRENT_SOURCE_DIR}/mesh/MeshFunction.cpp
+  ${CMAKE_CURRENT_SOURCE_DIR}/mesh/MeshValueCollection.cpp
+  ${CMAKE_CURRENT_SOURCE_DIR}/mesh/MultiMesh.cpp
+  ${CMAKE_CURRENT_SOURCE_DIR}/parameter/Parameters.cpp
+  )
+
+add_executable(unittests ${TEST_SOURCES})
+target_link_libraries(unittests PRIVATE Catch dolfin)
+target_include_directories(unittests PRIVATE ${DOLFIN_SOURCE_DIR} ${DOLFIN_SOURCE_DIR}/dolfin ${DOLFIN_BINARY_DIR})
+
+# Test target
+add_test(unittests unittests)
diff --git a/test/unit/cpp/catch/catch.hpp b/test/unit/cpp/catch/catch.hpp
new file mode 100644
index 0000000..f7681f4
--- /dev/null
+++ b/test/unit/cpp/catch/catch.hpp
@@ -0,0 +1,11545 @@
+/*
+ *  Catch v1.9.6
+ *  Generated: 2017-06-27 12:19:54.557875
+ *  ----------------------------------------------------------
+ *  This file has been merged from multiple headers. Please don't edit it directly
+ *  Copyright (c) 2012 Two Blue Cubes Ltd. All rights reserved.
+ *
+ *  Distributed under the Boost Software License, Version 1.0. (See accompanying
+ *  file LICENSE_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt)
+ */
+#ifndef TWOBLUECUBES_SINGLE_INCLUDE_CATCH_HPP_INCLUDED
+#define TWOBLUECUBES_SINGLE_INCLUDE_CATCH_HPP_INCLUDED
+
+#define TWOBLUECUBES_CATCH_HPP_INCLUDED
+
+#ifdef __clang__
+#    pragma clang system_header
+#elif defined __GNUC__
+#    pragma GCC system_header
+#endif
+
+// #included from: internal/catch_suppress_warnings.h
+
+#ifdef __clang__
+#   ifdef __ICC // icpc defines the __clang__ macro
+#       pragma warning(push)
+#       pragma warning(disable: 161 1682)
+#   else // __ICC
+#       pragma clang diagnostic ignored "-Wglobal-constructors"
+#       pragma clang diagnostic ignored "-Wvariadic-macros"
+#       pragma clang diagnostic ignored "-Wc99-extensions"
+#       pragma clang diagnostic ignored "-Wunused-variable"
+#       pragma clang diagnostic push
+#       pragma clang diagnostic ignored "-Wpadded"
+#       pragma clang diagnostic ignored "-Wc++98-compat"
+#       pragma clang diagnostic ignored "-Wc++98-compat-pedantic"
+#       pragma clang diagnostic ignored "-Wswitch-enum"
+#       pragma clang diagnostic ignored "-Wcovered-switch-default"
+#    endif
+#elif defined __GNUC__
+#    pragma GCC diagnostic ignored "-Wvariadic-macros"
+#    pragma GCC diagnostic ignored "-Wunused-variable"
+#    pragma GCC diagnostic ignored "-Wparentheses"
+
+#    pragma GCC diagnostic push
+#    pragma GCC diagnostic ignored "-Wpadded"
+#endif
+#if defined(CATCH_CONFIG_MAIN) || defined(CATCH_CONFIG_RUNNER)
+#  define CATCH_IMPL
+#endif
+
+#ifdef CATCH_IMPL
+#  ifndef CLARA_CONFIG_MAIN
+#    define CLARA_CONFIG_MAIN_NOT_DEFINED
+#    define CLARA_CONFIG_MAIN
+#  endif
+#endif
+
+// #included from: internal/catch_notimplemented_exception.h
+#define TWOBLUECUBES_CATCH_NOTIMPLEMENTED_EXCEPTION_H_INCLUDED
+
+// #included from: catch_common.h
+#define TWOBLUECUBES_CATCH_COMMON_H_INCLUDED
+
+// #included from: catch_compiler_capabilities.h
+#define TWOBLUECUBES_CATCH_COMPILER_CAPABILITIES_HPP_INCLUDED
+
+// Detect a number of compiler features - mostly C++11/14 conformance - by compiler
+// The following features are defined:
+//
+// CATCH_CONFIG_CPP11_NULLPTR : is nullptr supported?
+// CATCH_CONFIG_CPP11_NOEXCEPT : is noexcept supported?
+// CATCH_CONFIG_CPP11_GENERATED_METHODS : The delete and default keywords for compiler generated methods
+// CATCH_CONFIG_CPP11_IS_ENUM : std::is_enum is supported?
+// CATCH_CONFIG_CPP11_TUPLE : std::tuple is supported
+// CATCH_CONFIG_CPP11_LONG_LONG : is long long supported?
+// CATCH_CONFIG_CPP11_OVERRIDE : is override supported?
+// CATCH_CONFIG_CPP11_UNIQUE_PTR : is unique_ptr supported (otherwise use auto_ptr)
+// CATCH_CONFIG_CPP11_SHUFFLE : is std::shuffle supported?
+// CATCH_CONFIG_CPP11_TYPE_TRAITS : are type_traits and enable_if supported?
+
+// CATCH_CONFIG_CPP11_OR_GREATER : Is C++11 supported?
+
+// CATCH_CONFIG_VARIADIC_MACROS : are variadic macros supported?
+// CATCH_CONFIG_COUNTER : is the __COUNTER__ macro supported?
+// CATCH_CONFIG_WINDOWS_SEH : is Windows SEH supported?
+// CATCH_CONFIG_POSIX_SIGNALS : are POSIX signals supported?
+// ****************
+// Note to maintainers: if new toggles are added please document them
+// in configuration.md, too
+// ****************
+
+// In general each macro has a _NO_<feature name> form
+// (e.g. CATCH_CONFIG_CPP11_NO_NULLPTR) which disables the feature.
+// Many features, at point of detection, define an _INTERNAL_ macro, so they
+// can be combined, en-mass, with the _NO_ forms later.
+
+// All the C++11 features can be disabled with CATCH_CONFIG_NO_CPP11
+
+#ifdef __cplusplus
+
+#  if __cplusplus >= 201103L
+#    define CATCH_CPP11_OR_GREATER
+#  endif
+
+#  if __cplusplus >= 201402L
+#    define CATCH_CPP14_OR_GREATER
+#  endif
+
+#endif
+
+#ifdef __clang__
+
+#  if __has_feature(cxx_nullptr)
+#    define CATCH_INTERNAL_CONFIG_CPP11_NULLPTR
+#  endif
+
+#  if __has_feature(cxx_noexcept)
+#    define CATCH_INTERNAL_CONFIG_CPP11_NOEXCEPT
+#  endif
+
+#   if defined(CATCH_CPP11_OR_GREATER)
+#       define CATCH_INTERNAL_SUPPRESS_ETD_WARNINGS \
+            _Pragma( "clang diagnostic push" ) \
+            _Pragma( "clang diagnostic ignored \"-Wexit-time-destructors\"" )
+#       define CATCH_INTERNAL_UNSUPPRESS_ETD_WARNINGS \
+            _Pragma( "clang diagnostic pop" )
+
+#       define CATCH_INTERNAL_SUPPRESS_PARENTHESES_WARNINGS \
+            _Pragma( "clang diagnostic push" ) \
+            _Pragma( "clang diagnostic ignored \"-Wparentheses\"" )
+#       define CATCH_INTERNAL_UNSUPPRESS_PARENTHESES_WARNINGS \
+            _Pragma( "clang diagnostic pop" )
+#   endif
+
+#endif // __clang__
+
+////////////////////////////////////////////////////////////////////////////////
+// We know some environments not to support full POSIX signals
+#if defined(__CYGWIN__) || defined(__QNX__)
+
+#   if !defined(CATCH_CONFIG_POSIX_SIGNALS)
+#       define CATCH_INTERNAL_CONFIG_NO_POSIX_SIGNALS
+#   endif
+
+#endif
+
+////////////////////////////////////////////////////////////////////////////////
+// Cygwin
+#ifdef __CYGWIN__
+
+// Required for some versions of Cygwin to declare gettimeofday
+// see: http://stackoverflow.com/questions/36901803/gettimeofday-not-declared-in-this-scope-cygwin
+#   define _BSD_SOURCE
+
+#endif // __CYGWIN__
+
+////////////////////////////////////////////////////////////////////////////////
+// Borland
+#ifdef __BORLANDC__
+
+#endif // __BORLANDC__
+
+////////////////////////////////////////////////////////////////////////////////
+// EDG
+#ifdef __EDG_VERSION__
+
+#endif // __EDG_VERSION__
+
+////////////////////////////////////////////////////////////////////////////////
+// Digital Mars
+#ifdef __DMC__
+
+#endif // __DMC__
+
+////////////////////////////////////////////////////////////////////////////////
+// GCC
+#ifdef __GNUC__
+
+#   if __GNUC__ == 4 && __GNUC_MINOR__ >= 6 && defined(__GXX_EXPERIMENTAL_CXX0X__)
+#       define CATCH_INTERNAL_CONFIG_CPP11_NULLPTR
+#   endif
+
+// - otherwise more recent versions define __cplusplus >= 201103L
+// and will get picked up below
+
+#endif // __GNUC__
+
+////////////////////////////////////////////////////////////////////////////////
+// Visual C++
+#ifdef _MSC_VER
+
+#define CATCH_INTERNAL_CONFIG_WINDOWS_SEH
+
+#if (_MSC_VER >= 1600)
+#   define CATCH_INTERNAL_CONFIG_CPP11_NULLPTR
+#   define CATCH_INTERNAL_CONFIG_CPP11_UNIQUE_PTR
+#endif
+
+#if (_MSC_VER >= 1900 ) // (VC++ 13 (VS2015))
+#define CATCH_INTERNAL_CONFIG_CPP11_NOEXCEPT
+#define CATCH_INTERNAL_CONFIG_CPP11_GENERATED_METHODS
+#define CATCH_INTERNAL_CONFIG_CPP11_SHUFFLE
+#define CATCH_INTERNAL_CONFIG_CPP11_TYPE_TRAITS
+#endif
+
+#endif // _MSC_VER
+
+////////////////////////////////////////////////////////////////////////////////
+
+// Use variadic macros if the compiler supports them
+#if ( defined _MSC_VER && _MSC_VER > 1400 && !defined __EDGE__) || \
+    ( defined __WAVE__ && __WAVE_HAS_VARIADICS ) || \
+    ( defined __GNUC__ && __GNUC__ >= 3 ) || \
+    ( !defined __cplusplus && __STDC_VERSION__ >= 199901L || __cplusplus >= 201103L )
+
+#define CATCH_INTERNAL_CONFIG_VARIADIC_MACROS
+
+#endif
+
+// Use __COUNTER__ if the compiler supports it
+#if ( defined _MSC_VER && _MSC_VER >= 1300 ) || \
+    ( defined __GNUC__  && ( __GNUC__ > 4 || (__GNUC__ == 4 && __GNUC_MINOR__ >= 3 )) ) || \
+    ( defined __clang__ && __clang_major__ >= 3 )
+
+#define CATCH_INTERNAL_CONFIG_COUNTER
+
+#endif
+
+////////////////////////////////////////////////////////////////////////////////
+// C++ language feature support
+
+// catch all support for C++11
+#if defined(CATCH_CPP11_OR_GREATER)
+
+#  if !defined(CATCH_INTERNAL_CONFIG_CPP11_NULLPTR)
+#    define CATCH_INTERNAL_CONFIG_CPP11_NULLPTR
+#  endif
+
+#  ifndef CATCH_INTERNAL_CONFIG_CPP11_NOEXCEPT
+#    define CATCH_INTERNAL_CONFIG_CPP11_NOEXCEPT
+#  endif
+
+#  ifndef CATCH_INTERNAL_CONFIG_CPP11_GENERATED_METHODS
+#    define CATCH_INTERNAL_CONFIG_CPP11_GENERATED_METHODS
+#  endif
+
+#  ifndef CATCH_INTERNAL_CONFIG_CPP11_IS_ENUM
+#    define CATCH_INTERNAL_CONFIG_CPP11_IS_ENUM
+#  endif
+
+#  ifndef CATCH_INTERNAL_CONFIG_CPP11_TUPLE
+#    define CATCH_INTERNAL_CONFIG_CPP11_TUPLE
+#  endif
+
+#  ifndef CATCH_INTERNAL_CONFIG_VARIADIC_MACROS
+#    define CATCH_INTERNAL_CONFIG_VARIADIC_MACROS
+#  endif
+
+#  if !defined(CATCH_INTERNAL_CONFIG_CPP11_LONG_LONG)
+#    define CATCH_INTERNAL_CONFIG_CPP11_LONG_LONG
+#  endif
+
+#  if !defined(CATCH_INTERNAL_CONFIG_CPP11_OVERRIDE)
+#    define CATCH_INTERNAL_CONFIG_CPP11_OVERRIDE
+#  endif
+#  if !defined(CATCH_INTERNAL_CONFIG_CPP11_UNIQUE_PTR)
+#    define CATCH_INTERNAL_CONFIG_CPP11_UNIQUE_PTR
+#  endif
+# if !defined(CATCH_INTERNAL_CONFIG_CPP11_SHUFFLE)
+#   define CATCH_INTERNAL_CONFIG_CPP11_SHUFFLE
+#  endif
+# if !defined(CATCH_INTERNAL_CONFIG_CPP11_TYPE_TRAITS)
+#  define CATCH_INTERNAL_CONFIG_CPP11_TYPE_TRAITS
+# endif
+
+#endif // __cplusplus >= 201103L
+
+// Now set the actual defines based on the above + anything the user has configured
+#if defined(CATCH_INTERNAL_CONFIG_CPP11_NULLPTR) && !defined(CATCH_CONFIG_CPP11_NO_NULLPTR) && !defined(CATCH_CONFIG_CPP11_NULLPTR) && !defined(CATCH_CONFIG_NO_CPP11)
+#   define CATCH_CONFIG_CPP11_NULLPTR
+#endif
+#if defined(CATCH_INTERNAL_CONFIG_CPP11_NOEXCEPT) && !defined(CATCH_CONFIG_CPP11_NO_NOEXCEPT) && !defined(CATCH_CONFIG_CPP11_NOEXCEPT) && !defined(CATCH_CONFIG_NO_CPP11)
+#   define CATCH_CONFIG_CPP11_NOEXCEPT
+#endif
+#if defined(CATCH_INTERNAL_CONFIG_CPP11_GENERATED_METHODS) && !defined(CATCH_CONFIG_CPP11_NO_GENERATED_METHODS) && !defined(CATCH_CONFIG_CPP11_GENERATED_METHODS) && !defined(CATCH_CONFIG_NO_CPP11)
+#   define CATCH_CONFIG_CPP11_GENERATED_METHODS
+#endif
+#if defined(CATCH_INTERNAL_CONFIG_CPP11_IS_ENUM) && !defined(CATCH_CONFIG_CPP11_NO_IS_ENUM) && !defined(CATCH_CONFIG_CPP11_IS_ENUM) && !defined(CATCH_CONFIG_NO_CPP11)
+#   define CATCH_CONFIG_CPP11_IS_ENUM
+#endif
+#if defined(CATCH_INTERNAL_CONFIG_CPP11_TUPLE) && !defined(CATCH_CONFIG_CPP11_NO_TUPLE) && !defined(CATCH_CONFIG_CPP11_TUPLE) && !defined(CATCH_CONFIG_NO_CPP11)
+#   define CATCH_CONFIG_CPP11_TUPLE
+#endif
+#if defined(CATCH_INTERNAL_CONFIG_VARIADIC_MACROS) && !defined(CATCH_CONFIG_NO_VARIADIC_MACROS) && !defined(CATCH_CONFIG_VARIADIC_MACROS)
+#   define CATCH_CONFIG_VARIADIC_MACROS
+#endif
+#if defined(CATCH_INTERNAL_CONFIG_CPP11_LONG_LONG) && !defined(CATCH_CONFIG_CPP11_NO_LONG_LONG) && !defined(CATCH_CONFIG_CPP11_LONG_LONG) && !defined(CATCH_CONFIG_NO_CPP11)
+#   define CATCH_CONFIG_CPP11_LONG_LONG
+#endif
+#if defined(CATCH_INTERNAL_CONFIG_CPP11_OVERRIDE) && !defined(CATCH_CONFIG_CPP11_NO_OVERRIDE) && !defined(CATCH_CONFIG_CPP11_OVERRIDE) && !defined(CATCH_CONFIG_NO_CPP11)
+#   define CATCH_CONFIG_CPP11_OVERRIDE
+#endif
+#if defined(CATCH_INTERNAL_CONFIG_CPP11_UNIQUE_PTR) && !defined(CATCH_CONFIG_CPP11_NO_UNIQUE_PTR) && !defined(CATCH_CONFIG_CPP11_UNIQUE_PTR) && !defined(CATCH_CONFIG_NO_CPP11)
+#   define CATCH_CONFIG_CPP11_UNIQUE_PTR
+#endif
+// Use of __COUNTER__ is suppressed if __JETBRAINS_IDE__ is #defined (meaning we're being parsed by a JetBrains IDE for
+// analytics) because, at time of writing, __COUNTER__ is not properly handled by it.
+// This does not affect compilation
+#if defined(CATCH_INTERNAL_CONFIG_COUNTER) && !defined(CATCH_CONFIG_NO_COUNTER) && !defined(CATCH_CONFIG_COUNTER) && !defined(__JETBRAINS_IDE__)
+#   define CATCH_CONFIG_COUNTER
+#endif
+#if defined(CATCH_INTERNAL_CONFIG_CPP11_SHUFFLE) && !defined(CATCH_CONFIG_CPP11_NO_SHUFFLE) && !defined(CATCH_CONFIG_CPP11_SHUFFLE) && !defined(CATCH_CONFIG_NO_CPP11)
+#   define CATCH_CONFIG_CPP11_SHUFFLE
+#endif
+# if defined(CATCH_INTERNAL_CONFIG_CPP11_TYPE_TRAITS) && !defined(CATCH_CONFIG_CPP11_NO_TYPE_TRAITS) && !defined(CATCH_CONFIG_CPP11_TYPE_TRAITS) && !defined(CATCH_CONFIG_NO_CPP11)
+#  define CATCH_CONFIG_CPP11_TYPE_TRAITS
+# endif
+#if defined(CATCH_INTERNAL_CONFIG_WINDOWS_SEH) && !defined(CATCH_CONFIG_NO_WINDOWS_SEH) && !defined(CATCH_CONFIG_WINDOWS_SEH)
+#   define CATCH_CONFIG_WINDOWS_SEH
+#endif
+// This is set by default, because we assume that unix compilers are posix-signal-compatible by default.
+#if !defined(CATCH_INTERNAL_CONFIG_NO_POSIX_SIGNALS) && !defined(CATCH_CONFIG_NO_POSIX_SIGNALS) && !defined(CATCH_CONFIG_POSIX_SIGNALS)
+#   define CATCH_CONFIG_POSIX_SIGNALS
+#endif
+
+#if !defined(CATCH_INTERNAL_SUPPRESS_PARENTHESES_WARNINGS)
+#   define CATCH_INTERNAL_SUPPRESS_PARENTHESES_WARNINGS
+#   define CATCH_INTERNAL_UNSUPPRESS_PARENTHESES_WARNINGS
+#endif
+#if !defined(CATCH_INTERNAL_SUPPRESS_ETD_WARNINGS)
+#   define CATCH_INTERNAL_SUPPRESS_ETD_WARNINGS
+#   define CATCH_INTERNAL_UNSUPPRESS_ETD_WARNINGS
+#endif
+
+// noexcept support:
+#if defined(CATCH_CONFIG_CPP11_NOEXCEPT) && !defined(CATCH_NOEXCEPT)
+#  define CATCH_NOEXCEPT noexcept
+#  define CATCH_NOEXCEPT_IS(x) noexcept(x)
+#else
+#  define CATCH_NOEXCEPT throw()
+#  define CATCH_NOEXCEPT_IS(x)
+#endif
+
+// nullptr support
+#ifdef CATCH_CONFIG_CPP11_NULLPTR
+#   define CATCH_NULL nullptr
+#else
+#   define CATCH_NULL NULL
+#endif
+
+// override support
+#ifdef CATCH_CONFIG_CPP11_OVERRIDE
+#   define CATCH_OVERRIDE override
+#else
+#   define CATCH_OVERRIDE
+#endif
+
+// unique_ptr support
+#ifdef CATCH_CONFIG_CPP11_UNIQUE_PTR
+#   define CATCH_AUTO_PTR( T ) std::unique_ptr<T>
+#else
+#   define CATCH_AUTO_PTR( T ) std::auto_ptr<T>
+#endif
+
+#define INTERNAL_CATCH_UNIQUE_NAME_LINE2( name, line ) name##line
+#define INTERNAL_CATCH_UNIQUE_NAME_LINE( name, line ) INTERNAL_CATCH_UNIQUE_NAME_LINE2( name, line )
+#ifdef CATCH_CONFIG_COUNTER
+#  define INTERNAL_CATCH_UNIQUE_NAME( name ) INTERNAL_CATCH_UNIQUE_NAME_LINE( name, __COUNTER__ )
+#else
+#  define INTERNAL_CATCH_UNIQUE_NAME( name ) INTERNAL_CATCH_UNIQUE_NAME_LINE( name, __LINE__ )
+#endif
+
+#define INTERNAL_CATCH_STRINGIFY2( expr ) #expr
+#define INTERNAL_CATCH_STRINGIFY( expr ) INTERNAL_CATCH_STRINGIFY2( expr )
+
+#include <sstream>
+#include <algorithm>
+
+namespace Catch {
+
+    struct IConfig;
+
+    struct CaseSensitive { enum Choice {
+        Yes,
+        No
+    }; };
+
+    class NonCopyable {
+#ifdef CATCH_CONFIG_CPP11_GENERATED_METHODS
+        NonCopyable( NonCopyable const& )              = delete;
+        NonCopyable( NonCopyable && )                  = delete;
+        NonCopyable& operator = ( NonCopyable const& ) = delete;
+        NonCopyable& operator = ( NonCopyable && )     = delete;
+#else
+        NonCopyable( NonCopyable const& info );
+        NonCopyable& operator = ( NonCopyable const& );
+#endif
+
+    protected:
+        NonCopyable() {}
+        virtual ~NonCopyable();
+    };
+
+    class SafeBool {
+    public:
+        typedef void (SafeBool::*type)() const;
+
+        static type makeSafe( bool value ) {
+            return value ? &SafeBool::trueValue : 0;
+        }
+    private:
+        void trueValue() const {}
+    };
+
+    template<typename ContainerT>
+    inline void deleteAll( ContainerT& container ) {
+        typename ContainerT::const_iterator it = container.begin();
+        typename ContainerT::const_iterator itEnd = container.end();
+        for(; it != itEnd; ++it )
+            delete *it;
+    }
+    template<typename AssociativeContainerT>
+    inline void deleteAllValues( AssociativeContainerT& container ) {
+        typename AssociativeContainerT::const_iterator it = container.begin();
+        typename AssociativeContainerT::const_iterator itEnd = container.end();
+        for(; it != itEnd; ++it )
+            delete it->second;
+    }
+
+    bool startsWith( std::string const& s, std::string const& prefix );
+    bool startsWith( std::string const& s, char prefix );
+    bool endsWith( std::string const& s, std::string const& suffix );
+    bool endsWith( std::string const& s, char suffix );
+    bool contains( std::string const& s, std::string const& infix );
+    void toLowerInPlace( std::string& s );
+    std::string toLower( std::string const& s );
+    std::string trim( std::string const& str );
+    bool replaceInPlace( std::string& str, std::string const& replaceThis, std::string const& withThis );
+
+    struct pluralise {
+        pluralise( std::size_t count, std::string const& label );
+
+        friend std::ostream& operator << ( std::ostream& os, pluralise const& pluraliser );
+
+        std::size_t m_count;
+        std::string m_label;
+    };
+
+    struct SourceLineInfo {
+
+        SourceLineInfo();
+        SourceLineInfo( char const* _file, std::size_t _line );
+#  ifdef CATCH_CONFIG_CPP11_GENERATED_METHODS
+        SourceLineInfo(SourceLineInfo const& other)          = default;
+        SourceLineInfo( SourceLineInfo && )                  = default;
+        SourceLineInfo& operator = ( SourceLineInfo const& ) = default;
+        SourceLineInfo& operator = ( SourceLineInfo && )     = default;
+#  endif
+        bool empty() const;
+        bool operator == ( SourceLineInfo const& other ) const;
+        bool operator < ( SourceLineInfo const& other ) const;
+
+        char const* file;
+        std::size_t line;
+    };
+
+    std::ostream& operator << ( std::ostream& os, SourceLineInfo const& info );
+
+    // This is just here to avoid compiler warnings with macro constants and boolean literals
+    inline bool isTrue( bool value ){ return value; }
+    inline bool alwaysTrue() { return true; }
+    inline bool alwaysFalse() { return false; }
+
+    void throwLogicError( std::string const& message, SourceLineInfo const& locationInfo );
+
+    void seedRng( IConfig const& config );
+    unsigned int rngSeed();
+
+    // Use this in variadic streaming macros to allow
+    //    >> +StreamEndStop
+    // as well as
+    //    >> stuff +StreamEndStop
+    struct StreamEndStop {
+        std::string operator+() {
+            return std::string();
+        }
+    };
+    template<typename T>
+    T const& operator + ( T const& value, StreamEndStop ) {
+        return value;
+    }
+}
+
+#define CATCH_INTERNAL_LINEINFO ::Catch::SourceLineInfo( __FILE__, static_cast<std::size_t>( __LINE__ ) )
+#define CATCH_INTERNAL_ERROR( msg ) ::Catch::throwLogicError( msg, CATCH_INTERNAL_LINEINFO );
+
+namespace Catch {
+
+    class NotImplementedException : public std::exception
+    {
+    public:
+        NotImplementedException( SourceLineInfo const& lineInfo );
+        NotImplementedException( NotImplementedException const& ) {}
+
+        virtual ~NotImplementedException() CATCH_NOEXCEPT {}
+
+        virtual const char* what() const CATCH_NOEXCEPT;
+
+    private:
+        std::string m_what;
+        SourceLineInfo m_lineInfo;
+    };
+
+} // end namespace Catch
+
+///////////////////////////////////////////////////////////////////////////////
+#define CATCH_NOT_IMPLEMENTED throw Catch::NotImplementedException( CATCH_INTERNAL_LINEINFO )
+
+// #included from: internal/catch_context.h
+#define TWOBLUECUBES_CATCH_CONTEXT_H_INCLUDED
+
+// #included from: catch_interfaces_generators.h
+#define TWOBLUECUBES_CATCH_INTERFACES_GENERATORS_H_INCLUDED
+
+#include <string>
+
+namespace Catch {
+
+    struct IGeneratorInfo {
+        virtual ~IGeneratorInfo();
+        virtual bool moveNext() = 0;
+        virtual std::size_t getCurrentIndex() const = 0;
+    };
+
+    struct IGeneratorsForTest {
+        virtual ~IGeneratorsForTest();
+
+        virtual IGeneratorInfo& getGeneratorInfo( std::string const& fileInfo, std::size_t size ) = 0;
+        virtual bool moveNext() = 0;
+    };
+
+    IGeneratorsForTest* createGeneratorsForTest();
+
+} // end namespace Catch
+
+// #included from: catch_ptr.hpp
+#define TWOBLUECUBES_CATCH_PTR_HPP_INCLUDED
+
+#ifdef __clang__
+#pragma clang diagnostic push
+#pragma clang diagnostic ignored "-Wpadded"
+#endif
+
+namespace Catch {
+
+    // An intrusive reference counting smart pointer.
+    // T must implement addRef() and release() methods
+    // typically implementing the IShared interface
+    template<typename T>
+    class Ptr {
+    public:
+        Ptr() : m_p( CATCH_NULL ){}
+        Ptr( T* p ) : m_p( p ){
+            if( m_p )
+                m_p->addRef();
+        }
+        Ptr( Ptr const& other ) : m_p( other.m_p ){
+            if( m_p )
+                m_p->addRef();
+        }
+        ~Ptr(){
+            if( m_p )
+                m_p->release();
+        }
+        void reset() {
+            if( m_p )
+                m_p->release();
+            m_p = CATCH_NULL;
+        }
+        Ptr& operator = ( T* p ){
+            Ptr temp( p );
+            swap( temp );
+            return *this;
+        }
+        Ptr& operator = ( Ptr const& other ){
+            Ptr temp( other );
+            swap( temp );
+            return *this;
+        }
+        void swap( Ptr& other ) { std::swap( m_p, other.m_p ); }
+        T* get() const{ return m_p; }
+        T& operator*() const { return *m_p; }
+        T* operator->() const { return m_p; }
+        bool operator !() const { return m_p == CATCH_NULL; }
+        operator SafeBool::type() const { return SafeBool::makeSafe( m_p != CATCH_NULL ); }
+
+    private:
+        T* m_p;
+    };
+
+    struct IShared : NonCopyable {
+        virtual ~IShared();
+        virtual void addRef() const = 0;
+        virtual void release() const = 0;
+    };
+
+    template<typename T = IShared>
+    struct SharedImpl : T {
+
+        SharedImpl() : m_rc( 0 ){}
+
+        virtual void addRef() const {
+            ++m_rc;
+        }
+        virtual void release() const {
+            if( --m_rc == 0 )
+                delete this;
+        }
+
+        mutable unsigned int m_rc;
+    };
+
+} // end namespace Catch
+
+#ifdef __clang__
+#pragma clang diagnostic pop
+#endif
+
+namespace Catch {
+
+    class TestCase;
+    class Stream;
+    struct IResultCapture;
+    struct IRunner;
+    struct IGeneratorsForTest;
+    struct IConfig;
+
+    struct IContext
+    {
+        virtual ~IContext();
+
+        virtual IResultCapture* getResultCapture() = 0;
+        virtual IRunner* getRunner() = 0;
+        virtual size_t getGeneratorIndex( std::string const& fileInfo, size_t totalSize ) = 0;
+        virtual bool advanceGeneratorsForCurrentTest() = 0;
+        virtual Ptr<IConfig const> getConfig() const = 0;
+    };
+
+    struct IMutableContext : IContext
+    {
+        virtual ~IMutableContext();
+        virtual void setResultCapture( IResultCapture* resultCapture ) = 0;
+        virtual void setRunner( IRunner* runner ) = 0;
+        virtual void setConfig( Ptr<IConfig const> const& config ) = 0;
+    };
+
+    IContext& getCurrentContext();
+    IMutableContext& getCurrentMutableContext();
+    void cleanUpContext();
+    Stream createStream( std::string const& streamName );
+
+}
+
+// #included from: internal/catch_test_registry.hpp
+#define TWOBLUECUBES_CATCH_TEST_REGISTRY_HPP_INCLUDED
+
+// #included from: catch_interfaces_testcase.h
+#define TWOBLUECUBES_CATCH_INTERFACES_TESTCASE_H_INCLUDED
+
+#include <vector>
+
+namespace Catch {
+
+    class TestSpec;
+
+    struct ITestCase : IShared {
+        virtual void invoke () const = 0;
+    protected:
+        virtual ~ITestCase();
+    };
+
+    class TestCase;
+    struct IConfig;
+
+    struct ITestCaseRegistry {
+        virtual ~ITestCaseRegistry();
+        virtual std::vector<TestCase> const& getAllTests() const = 0;
+        virtual std::vector<TestCase> const& getAllTestsSorted( IConfig const& config ) const = 0;
+    };
+
+    bool matchTest( TestCase const& testCase, TestSpec const& testSpec, IConfig const& config );
+    std::vector<TestCase> filterTests( std::vector<TestCase> const& testCases, TestSpec const& testSpec, IConfig const& config );
+    std::vector<TestCase> const& getAllTestCasesSorted( IConfig const& config );
+
+}
+
+namespace Catch {
+
+template<typename C>
+class MethodTestCase : public SharedImpl<ITestCase> {
+
+public:
+    MethodTestCase( void (C::*method)() ) : m_method( method ) {}
+
+    virtual void invoke() const {
+        C obj;
+        (obj.*m_method)();
+    }
+
+private:
+    virtual ~MethodTestCase() {}
+
+    void (C::*m_method)();
+};
+
+typedef void(*TestFunction)();
+
+struct NameAndDesc {
+    NameAndDesc( const char* _name = "", const char* _description= "" )
+    : name( _name ), description( _description )
+    {}
+
+    const char* name;
+    const char* description;
+};
+
+void registerTestCase
+    (   ITestCase* testCase,
+        char const* className,
+        NameAndDesc const& nameAndDesc,
+        SourceLineInfo const& lineInfo );
+
+struct AutoReg {
+
+    AutoReg
+        (   TestFunction function,
+            SourceLineInfo const& lineInfo,
+            NameAndDesc const& nameAndDesc );
+
+    template<typename C>
+    AutoReg
+        (   void (C::*method)(),
+            char const* className,
+            NameAndDesc const& nameAndDesc,
+            SourceLineInfo const& lineInfo ) {
+
+        registerTestCase
+            (   new MethodTestCase<C>( method ),
+                className,
+                nameAndDesc,
+                lineInfo );
+    }
+
+    ~AutoReg();
+
+private:
+    AutoReg( AutoReg const& );
+    void operator= ( AutoReg const& );
+};
+
+void registerTestCaseFunction
+    (   TestFunction function,
+        SourceLineInfo const& lineInfo,
+        NameAndDesc const& nameAndDesc );
+
+} // end namespace Catch
+
+#ifdef CATCH_CONFIG_VARIADIC_MACROS
+    ///////////////////////////////////////////////////////////////////////////////
+    #define INTERNAL_CATCH_TESTCASE2( TestName, ... ) \
+        static void TestName(); \
+        CATCH_INTERNAL_SUPPRESS_ETD_WARNINGS \
+        namespace{ Catch::AutoReg INTERNAL_CATCH_UNIQUE_NAME( autoRegistrar )( &TestName, CATCH_INTERNAL_LINEINFO, Catch::NameAndDesc( __VA_ARGS__ ) ); } \
+        CATCH_INTERNAL_UNSUPPRESS_ETD_WARNINGS \
+        static void TestName()
+    #define INTERNAL_CATCH_TESTCASE( ... ) \
+        INTERNAL_CATCH_TESTCASE2( INTERNAL_CATCH_UNIQUE_NAME( ____C_A_T_C_H____T_E_S_T____ ), __VA_ARGS__ )
+
+    ///////////////////////////////////////////////////////////////////////////////
+    #define INTERNAL_CATCH_METHOD_AS_TEST_CASE( QualifiedMethod, ... ) \
+        CATCH_INTERNAL_SUPPRESS_ETD_WARNINGS \
+        namespace{ Catch::AutoReg INTERNAL_CATCH_UNIQUE_NAME( autoRegistrar )( &QualifiedMethod, "&" #QualifiedMethod, Catch::NameAndDesc( __VA_ARGS__ ), CATCH_INTERNAL_LINEINFO ); } \
+        CATCH_INTERNAL_UNSUPPRESS_ETD_WARNINGS
+
+    ///////////////////////////////////////////////////////////////////////////////
+    #define INTERNAL_CATCH_TEST_CASE_METHOD2( TestName, ClassName, ... )\
+        CATCH_INTERNAL_SUPPRESS_ETD_WARNINGS \
+        namespace{ \
+            struct TestName : ClassName{ \
+                void test(); \
+            }; \
+            Catch::AutoReg INTERNAL_CATCH_UNIQUE_NAME( autoRegistrar ) ( &TestName::test, #ClassName, Catch::NameAndDesc( __VA_ARGS__ ), CATCH_INTERNAL_LINEINFO ); \
+        } \
+        CATCH_INTERNAL_UNSUPPRESS_ETD_WARNINGS \
+        void TestName::test()
+    #define INTERNAL_CATCH_TEST_CASE_METHOD( ClassName, ... ) \
+        INTERNAL_CATCH_TEST_CASE_METHOD2( INTERNAL_CATCH_UNIQUE_NAME( ____C_A_T_C_H____T_E_S_T____ ), ClassName, __VA_ARGS__ )
+
+    ///////////////////////////////////////////////////////////////////////////////
+    #define INTERNAL_CATCH_REGISTER_TESTCASE( Function, ... ) \
+        CATCH_INTERNAL_SUPPRESS_ETD_WARNINGS \
+        Catch::AutoReg( Function, CATCH_INTERNAL_LINEINFO, Catch::NameAndDesc( __VA_ARGS__ ) ); \
+        CATCH_INTERNAL_UNSUPPRESS_ETD_WARNINGS
+
+#else
+    ///////////////////////////////////////////////////////////////////////////////
+    #define INTERNAL_CATCH_TESTCASE2( TestName, Name, Desc ) \
+        static void TestName(); \
+        CATCH_INTERNAL_SUPPRESS_ETD_WARNINGS \
+        namespace{ Catch::AutoReg INTERNAL_CATCH_UNIQUE_NAME( autoRegistrar )( &TestName, CATCH_INTERNAL_LINEINFO, Catch::NameAndDesc( Name, Desc ) ); }\
+        CATCH_INTERNAL_UNSUPPRESS_ETD_WARNINGS \
+        static void TestName()
+    #define INTERNAL_CATCH_TESTCASE( Name, Desc ) \
+        INTERNAL_CATCH_TESTCASE2( INTERNAL_CATCH_UNIQUE_NAME( ____C_A_T_C_H____T_E_S_T____ ), Name, Desc )
+
+    ///////////////////////////////////////////////////////////////////////////////
+    #define INTERNAL_CATCH_METHOD_AS_TEST_CASE( QualifiedMethod, Name, Desc ) \
+        CATCH_INTERNAL_SUPPRESS_ETD_WARNINGS \
+        namespace{ Catch::AutoReg INTERNAL_CATCH_UNIQUE_NAME( autoRegistrar )( &QualifiedMethod, "&" #QualifiedMethod, Catch::NameAndDesc( Name, Desc ), CATCH_INTERNAL_LINEINFO ); } \
+        CATCH_INTERNAL_UNSUPPRESS_ETD_WARNINGS
+
+    ///////////////////////////////////////////////////////////////////////////////
+    #define INTERNAL_CATCH_TEST_CASE_METHOD2( TestCaseName, ClassName, TestName, Desc )\
+        CATCH_INTERNAL_SUPPRESS_ETD_WARNINGS \
+        namespace{ \
+            struct TestCaseName : ClassName{ \
+                void test(); \
+            }; \
+            Catch::AutoReg INTERNAL_CATCH_UNIQUE_NAME( autoRegistrar ) ( &TestCaseName::test, #ClassName, Catch::NameAndDesc( TestName, Desc ), CATCH_INTERNAL_LINEINFO ); \
+        } \
+        CATCH_INTERNAL_UNSUPPRESS_ETD_WARNINGS \
+        void TestCaseName::test()
+    #define INTERNAL_CATCH_TEST_CASE_METHOD( ClassName, TestName, Desc )\
+        INTERNAL_CATCH_TEST_CASE_METHOD2( INTERNAL_CATCH_UNIQUE_NAME( ____C_A_T_C_H____T_E_S_T____ ), ClassName, TestName, Desc )
+
+    ///////////////////////////////////////////////////////////////////////////////
+    #define INTERNAL_CATCH_REGISTER_TESTCASE( Function, Name, Desc ) \
+        CATCH_INTERNAL_SUPPRESS_ETD_WARNINGS \
+        Catch::AutoReg( Function, CATCH_INTERNAL_LINEINFO, Catch::NameAndDesc( Name, Desc ) ); \
+        CATCH_INTERNAL_UNSUPPRESS_ETD_WARNINGS
+
+#endif
+
+// #included from: internal/catch_capture.hpp
+#define TWOBLUECUBES_CATCH_CAPTURE_HPP_INCLUDED
+
+// #included from: catch_result_builder.h
+#define TWOBLUECUBES_CATCH_RESULT_BUILDER_H_INCLUDED
+
+// #included from: catch_result_type.h
+#define TWOBLUECUBES_CATCH_RESULT_TYPE_H_INCLUDED
+
+namespace Catch {
+
+    // ResultWas::OfType enum
+    struct ResultWas { enum OfType {
+        Unknown = -1,
+        Ok = 0,
+        Info = 1,
+        Warning = 2,
+
+        FailureBit = 0x10,
+
+        ExpressionFailed = FailureBit | 1,
+        ExplicitFailure = FailureBit | 2,
+
+        Exception = 0x100 | FailureBit,
+
+        ThrewException = Exception | 1,
+        DidntThrowException = Exception | 2,
+
+        FatalErrorCondition = 0x200 | FailureBit
+
+    }; };
+
+    inline bool isOk( ResultWas::OfType resultType ) {
+        return ( resultType & ResultWas::FailureBit ) == 0;
+    }
+    inline bool isJustInfo( int flags ) {
+        return flags == ResultWas::Info;
+    }
+
+    // ResultDisposition::Flags enum
+    struct ResultDisposition { enum Flags {
+        Normal = 0x01,
+
+        ContinueOnFailure = 0x02,   // Failures fail test, but execution continues
+        FalseTest = 0x04,           // Prefix expression with !
+        SuppressFail = 0x08         // Failures are reported but do not fail the test
+    }; };
+
+    inline ResultDisposition::Flags operator | ( ResultDisposition::Flags lhs, ResultDisposition::Flags rhs ) {
+        return static_cast<ResultDisposition::Flags>( static_cast<int>( lhs ) | static_cast<int>( rhs ) );
+    }
+
+    inline bool shouldContinueOnFailure( int flags )    { return ( flags & ResultDisposition::ContinueOnFailure ) != 0; }
+    inline bool isFalseTest( int flags )                { return ( flags & ResultDisposition::FalseTest ) != 0; }
+    inline bool shouldSuppressFailure( int flags )      { return ( flags & ResultDisposition::SuppressFail ) != 0; }
+
+} // end namespace Catch
+
+// #included from: catch_assertionresult.h
+#define TWOBLUECUBES_CATCH_ASSERTIONRESULT_H_INCLUDED
+
+#include <string>
+
+namespace Catch {
+
+    struct STATIC_ASSERT_Expression_Too_Complex_Please_Rewrite_As_Binary_Comparison;
+
+    struct DecomposedExpression
+    {
+        virtual ~DecomposedExpression() {}
+        virtual bool isBinaryExpression() const {
+            return false;
+        }
+        virtual void reconstructExpression( std::string& dest ) const = 0;
+
+        // Only simple binary comparisons can be decomposed.
+        // If more complex check is required then wrap sub-expressions in parentheses.
+        template<typename T> STATIC_ASSERT_Expression_Too_Complex_Please_Rewrite_As_Binary_Comparison& operator + ( T const& );
+        template<typename T> STATIC_ASSERT_Expression_Too_Complex_Please_Rewrite_As_Binary_Comparison& operator - ( T const& );
+        template<typename T> STATIC_ASSERT_Expression_Too_Complex_Please_Rewrite_As_Binary_Comparison& operator * ( T const& );
+        template<typename T> STATIC_ASSERT_Expression_Too_Complex_Please_Rewrite_As_Binary_Comparison& operator / ( T const& );
+        template<typename T> STATIC_ASSERT_Expression_Too_Complex_Please_Rewrite_As_Binary_Comparison& operator % ( T const& );
+        template<typename T> STATIC_ASSERT_Expression_Too_Complex_Please_Rewrite_As_Binary_Comparison& operator && ( T const& );
+        template<typename T> STATIC_ASSERT_Expression_Too_Complex_Please_Rewrite_As_Binary_Comparison& operator || ( T const& );
+
+    private:
+        DecomposedExpression& operator = (DecomposedExpression const&);
+    };
+
+    struct AssertionInfo
+    {
+        AssertionInfo() {}
+        AssertionInfo(  char const * _macroName,
+                        SourceLineInfo const& _lineInfo,
+                        char const * _capturedExpression,
+                        ResultDisposition::Flags _resultDisposition,
+                        char const * _secondArg = "");
+
+        char const * macroName;
+        SourceLineInfo lineInfo;
+        char const * capturedExpression;
+        ResultDisposition::Flags resultDisposition;
+        char const * secondArg;
+    };
+
+    struct AssertionResultData
+    {
+        AssertionResultData() : decomposedExpression( CATCH_NULL )
+                              , resultType( ResultWas::Unknown )
+                              , negated( false )
+                              , parenthesized( false ) {}
+
+        void negate( bool parenthesize ) {
+            negated = !negated;
+            parenthesized = parenthesize;
+            if( resultType == ResultWas::Ok )
+                resultType = ResultWas::ExpressionFailed;
+            else if( resultType == ResultWas::ExpressionFailed )
+                resultType = ResultWas::Ok;
+        }
+
+        std::string const& reconstructExpression() const {
+            if( decomposedExpression != CATCH_NULL ) {
+                decomposedExpression->reconstructExpression( reconstructedExpression );
+                if( parenthesized ) {
+                    reconstructedExpression.insert( 0, 1, '(' );
+                    reconstructedExpression.append( 1, ')' );
+                }
+                if( negated ) {
+                    reconstructedExpression.insert( 0, 1, '!' );
+                }
+                decomposedExpression = CATCH_NULL;
+            }
+            return reconstructedExpression;
+        }
+
+        mutable DecomposedExpression const* decomposedExpression;
+        mutable std::string reconstructedExpression;
+        std::string message;
+        ResultWas::OfType resultType;
+        bool negated;
+        bool parenthesized;
+    };
+
+    class AssertionResult {
+    public:
+        AssertionResult();
+        AssertionResult( AssertionInfo const& info, AssertionResultData const& data );
+        ~AssertionResult();
+#  ifdef CATCH_CONFIG_CPP11_GENERATED_METHODS
+         AssertionResult( AssertionResult const& )              = default;
+         AssertionResult( AssertionResult && )                  = default;
+         AssertionResult& operator = ( AssertionResult const& ) = default;
+         AssertionResult& operator = ( AssertionResult && )     = default;
+#  endif
+
+        bool isOk() const;
+        bool succeeded() const;
+        ResultWas::OfType getResultType() const;
+        bool hasExpression() const;
+        bool hasMessage() const;
+        std::string getExpression() const;
+        std::string getExpressionInMacro() const;
+        bool hasExpandedExpression() const;
+        std::string getExpandedExpression() const;
+        std::string getMessage() const;
+        SourceLineInfo getSourceInfo() const;
+        std::string getTestMacroName() const;
+        void discardDecomposedExpression() const;
+        void expandDecomposedExpression() const;
+
+    protected:
+        AssertionInfo m_info;
+        AssertionResultData m_resultData;
+    };
+
+} // end namespace Catch
+
+// #included from: catch_matchers.hpp
+#define TWOBLUECUBES_CATCH_MATCHERS_HPP_INCLUDED
+
+namespace Catch {
+namespace Matchers {
+    namespace Impl {
+
+        template<typename ArgT> struct MatchAllOf;
+        template<typename ArgT> struct MatchAnyOf;
+        template<typename ArgT> struct MatchNotOf;
+
+        class MatcherUntypedBase {
+        public:
+            std::string toString() const {
+                if( m_cachedToString.empty() )
+                    m_cachedToString = describe();
+                return m_cachedToString;
+            }
+
+        protected:
+            virtual ~MatcherUntypedBase();
+            virtual std::string describe() const = 0;
+            mutable std::string m_cachedToString;
+        private:
+            MatcherUntypedBase& operator = ( MatcherUntypedBase const& );
+        };
+
+        template<typename ObjectT>
+        struct MatcherMethod {
+            virtual bool match( ObjectT const& arg ) const = 0;
+        };
+        template<typename PtrT>
+        struct MatcherMethod<PtrT*> {
+            virtual bool match( PtrT* arg ) const = 0;
+        };
+
+        template<typename ObjectT, typename ComparatorT = ObjectT>
+        struct MatcherBase : MatcherUntypedBase, MatcherMethod<ObjectT> {
+
+            MatchAllOf<ComparatorT> operator && ( MatcherBase const& other ) const;
+            MatchAnyOf<ComparatorT> operator || ( MatcherBase const& other ) const;
+            MatchNotOf<ComparatorT> operator ! () const;
+        };
+
+        template<typename ArgT>
+        struct MatchAllOf : MatcherBase<ArgT> {
+            virtual bool match( ArgT const& arg ) const CATCH_OVERRIDE {
+                for( std::size_t i = 0; i < m_matchers.size(); ++i ) {
+                    if (!m_matchers[i]->match(arg))
+                        return false;
+                }
+                return true;
+            }
+            virtual std::string describe() const CATCH_OVERRIDE {
+                std::string description;
+                description.reserve( 4 + m_matchers.size()*32 );
+                description += "( ";
+                for( std::size_t i = 0; i < m_matchers.size(); ++i ) {
+                    if( i != 0 )
+                        description += " and ";
+                    description += m_matchers[i]->toString();
+                }
+                description += " )";
+                return description;
+            }
+
+            MatchAllOf<ArgT>& operator && ( MatcherBase<ArgT> const& other ) {
+                m_matchers.push_back( &other );
+                return *this;
+            }
+
+            std::vector<MatcherBase<ArgT> const*> m_matchers;
+        };
+        template<typename ArgT>
+        struct MatchAnyOf : MatcherBase<ArgT> {
+
+            virtual bool match( ArgT const& arg ) const CATCH_OVERRIDE {
+                for( std::size_t i = 0; i < m_matchers.size(); ++i ) {
+                    if (m_matchers[i]->match(arg))
+                        return true;
+                }
+                return false;
+            }
+            virtual std::string describe() const CATCH_OVERRIDE {
+                std::string description;
+                description.reserve( 4 + m_matchers.size()*32 );
+                description += "( ";
+                for( std::size_t i = 0; i < m_matchers.size(); ++i ) {
+                    if( i != 0 )
+                        description += " or ";
+                    description += m_matchers[i]->toString();
+                }
+                description += " )";
+                return description;
+            }
+
+            MatchAnyOf<ArgT>& operator || ( MatcherBase<ArgT> const& other ) {
+                m_matchers.push_back( &other );
+                return *this;
+            }
+
+            std::vector<MatcherBase<ArgT> const*> m_matchers;
+        };
+
+        template<typename ArgT>
+        struct MatchNotOf : MatcherBase<ArgT> {
+
+            MatchNotOf( MatcherBase<ArgT> const& underlyingMatcher ) : m_underlyingMatcher( underlyingMatcher ) {}
+
+            virtual bool match( ArgT const& arg ) const CATCH_OVERRIDE {
+                return !m_underlyingMatcher.match( arg );
+            }
+
+            virtual std::string describe() const CATCH_OVERRIDE {
+                return "not " + m_underlyingMatcher.toString();
+            }
+            MatcherBase<ArgT> const& m_underlyingMatcher;
+        };
+
+        template<typename ObjectT, typename ComparatorT>
+        MatchAllOf<ComparatorT> MatcherBase<ObjectT, ComparatorT>::operator && ( MatcherBase const& other ) const {
+            return MatchAllOf<ComparatorT>() && *this && other;
+        }
+        template<typename ObjectT, typename ComparatorT>
+        MatchAnyOf<ComparatorT> MatcherBase<ObjectT, ComparatorT>::operator || ( MatcherBase const& other ) const {
+            return MatchAnyOf<ComparatorT>() || *this || other;
+        }
+        template<typename ObjectT, typename ComparatorT>
+        MatchNotOf<ComparatorT> MatcherBase<ObjectT, ComparatorT>::operator ! () const {
+            return MatchNotOf<ComparatorT>( *this );
+        }
+
+    } // namespace Impl
+
+    // The following functions create the actual matcher objects.
+    // This allows the types to be inferred
+    // - deprecated: prefer ||, && and !
+    template<typename T>
+    inline Impl::MatchNotOf<T> Not( Impl::MatcherBase<T> const& underlyingMatcher ) {
+        return Impl::MatchNotOf<T>( underlyingMatcher );
+    }
+    template<typename T>
+    inline Impl::MatchAllOf<T> AllOf( Impl::MatcherBase<T> const& m1, Impl::MatcherBase<T> const& m2 ) {
+        return Impl::MatchAllOf<T>() && m1 && m2;
+    }
+    template<typename T>
+    inline Impl::MatchAllOf<T> AllOf( Impl::MatcherBase<T> const& m1, Impl::MatcherBase<T> const& m2, Impl::MatcherBase<T> const& m3 ) {
+        return Impl::MatchAllOf<T>() && m1 && m2 && m3;
+    }
+    template<typename T>
+    inline Impl::MatchAnyOf<T> AnyOf( Impl::MatcherBase<T> const& m1, Impl::MatcherBase<T> const& m2 ) {
+        return Impl::MatchAnyOf<T>() || m1 || m2;
+    }
+    template<typename T>
+    inline Impl::MatchAnyOf<T> AnyOf( Impl::MatcherBase<T> const& m1, Impl::MatcherBase<T> const& m2, Impl::MatcherBase<T> const& m3 ) {
+        return Impl::MatchAnyOf<T>() || m1 || m2 || m3;
+    }
+
+} // namespace Matchers
+
+using namespace Matchers;
+using Matchers::Impl::MatcherBase;
+
+} // namespace Catch
+
+namespace Catch {
+
+    struct TestFailureException{};
+
+    template<typename T> class ExpressionLhs;
+
+    struct CopyableStream {
+        CopyableStream() {}
+        CopyableStream( CopyableStream const& other ) {
+            oss << other.oss.str();
+        }
+        CopyableStream& operator=( CopyableStream const& other ) {
+            oss.str(std::string());
+            oss << other.oss.str();
+            return *this;
+        }
+        std::ostringstream oss;
+    };
+
+    class ResultBuilder : public DecomposedExpression {
+    public:
+        ResultBuilder(  char const* macroName,
+                        SourceLineInfo const& lineInfo,
+                        char const* capturedExpression,
+                        ResultDisposition::Flags resultDisposition,
+                        char const* secondArg = "" );
+        ~ResultBuilder();
+
+        template<typename T>
+        ExpressionLhs<T const&> operator <= ( T const& operand );
+        ExpressionLhs<bool> operator <= ( bool value );
+
+        template<typename T>
+        ResultBuilder& operator << ( T const& value ) {
+            m_stream().oss << value;
+            return *this;
+        }
+
+        ResultBuilder& setResultType( ResultWas::OfType result );
+        ResultBuilder& setResultType( bool result );
+
+        void endExpression( DecomposedExpression const& expr );
+
+        virtual void reconstructExpression( std::string& dest ) const CATCH_OVERRIDE;
+
+        AssertionResult build() const;
+        AssertionResult build( DecomposedExpression const& expr ) const;
+
+        void useActiveException( ResultDisposition::Flags resultDisposition = ResultDisposition::Normal );
+        void captureResult( ResultWas::OfType resultType );
+        void captureExpression();
+        void captureExpectedException( std::string const& expectedMessage );
+        void captureExpectedException( Matchers::Impl::MatcherBase<std::string> const& matcher );
+        void handleResult( AssertionResult const& result );
+        void react();
+        bool shouldDebugBreak() const;
+        bool allowThrows() const;
+
+        template<typename ArgT, typename MatcherT>
+        void captureMatch( ArgT const& arg, MatcherT const& matcher, char const* matcherString );
+
+        void setExceptionGuard();
+        void unsetExceptionGuard();
+
+    private:
+        AssertionInfo m_assertionInfo;
+        AssertionResultData m_data;
+
+        static CopyableStream &m_stream()
+        {
+            static CopyableStream s;
+            return s;
+        }
+
+        bool m_shouldDebugBreak;
+        bool m_shouldThrow;
+        bool m_guardException;
+    };
+
+} // namespace Catch
+
+// Include after due to circular dependency:
+// #included from: catch_expression_lhs.hpp
+#define TWOBLUECUBES_CATCH_EXPRESSION_LHS_HPP_INCLUDED
+
+// #included from: catch_evaluate.hpp
+#define TWOBLUECUBES_CATCH_EVALUATE_HPP_INCLUDED
+
+#ifdef _MSC_VER
+#pragma warning(push)
+#pragma warning(disable:4389) // '==' : signed/unsigned mismatch
+#pragma warning(disable:4312) // Converting int to T* using reinterpret_cast (issue on x64 platform)
+#endif
+
+#include <cstddef>
+
+namespace Catch {
+namespace Internal {
+
+    enum Operator {
+        IsEqualTo,
+        IsNotEqualTo,
+        IsLessThan,
+        IsGreaterThan,
+        IsLessThanOrEqualTo,
+        IsGreaterThanOrEqualTo
+    };
+
+    template<Operator Op> struct OperatorTraits             { static const char* getName(){ return "*error*"; } };
+    template<> struct OperatorTraits<IsEqualTo>             { static const char* getName(){ return "=="; } };
+    template<> struct OperatorTraits<IsNotEqualTo>          { static const char* getName(){ return "!="; } };
+    template<> struct OperatorTraits<IsLessThan>            { static const char* getName(){ return "<"; } };
+    template<> struct OperatorTraits<IsGreaterThan>         { static const char* getName(){ return ">"; } };
+    template<> struct OperatorTraits<IsLessThanOrEqualTo>   { static const char* getName(){ return "<="; } };
+    template<> struct OperatorTraits<IsGreaterThanOrEqualTo>{ static const char* getName(){ return ">="; } };
+
+    template<typename T>
+    inline T& opCast(T const& t) { return const_cast<T&>(t); }
+
+// nullptr_t support based on pull request #154 from Konstantin Baumann
+#ifdef CATCH_CONFIG_CPP11_NULLPTR
+    inline std::nullptr_t opCast(std::nullptr_t) { return nullptr; }
+#endif // CATCH_CONFIG_CPP11_NULLPTR
+
+    // So the compare overloads can be operator agnostic we convey the operator as a template
+    // enum, which is used to specialise an Evaluator for doing the comparison.
+    template<typename T1, typename T2, Operator Op>
+    class Evaluator{};
+
+    template<typename T1, typename T2>
+    struct Evaluator<T1, T2, IsEqualTo> {
+        static bool evaluate( T1 const& lhs, T2 const& rhs) {
+            return bool( opCast( lhs ) ==  opCast( rhs ) );
+        }
+    };
+    template<typename T1, typename T2>
+    struct Evaluator<T1, T2, IsNotEqualTo> {
+        static bool evaluate( T1 const& lhs, T2 const& rhs ) {
+            return bool( opCast( lhs ) != opCast( rhs ) );
+        }
+    };
+    template<typename T1, typename T2>
+    struct Evaluator<T1, T2, IsLessThan> {
+        static bool evaluate( T1 const& lhs, T2 const& rhs ) {
+            return bool( opCast( lhs ) < opCast( rhs ) );
+        }
+    };
+    template<typename T1, typename T2>
+    struct Evaluator<T1, T2, IsGreaterThan> {
+        static bool evaluate( T1 const& lhs, T2 const& rhs ) {
+            return bool( opCast( lhs ) > opCast( rhs ) );
+        }
+    };
+    template<typename T1, typename T2>
+    struct Evaluator<T1, T2, IsGreaterThanOrEqualTo> {
+        static bool evaluate( T1 const& lhs, T2 const& rhs ) {
+            return bool( opCast( lhs ) >= opCast( rhs ) );
+        }
+    };
+    template<typename T1, typename T2>
+    struct Evaluator<T1, T2, IsLessThanOrEqualTo> {
+        static bool evaluate( T1 const& lhs, T2 const& rhs ) {
+            return bool( opCast( lhs ) <= opCast( rhs ) );
+        }
+    };
+
+    template<Operator Op, typename T1, typename T2>
+    bool applyEvaluator( T1 const& lhs, T2 const& rhs ) {
+        return Evaluator<T1, T2, Op>::evaluate( lhs, rhs );
+    }
+
+    // This level of indirection allows us to specialise for integer types
+    // to avoid signed/ unsigned warnings
+
+    // "base" overload
+    template<Operator Op, typename T1, typename T2>
+    bool compare( T1 const& lhs, T2 const& rhs ) {
+        return Evaluator<T1, T2, Op>::evaluate( lhs, rhs );
+    }
+
+    // unsigned X to int
+    template<Operator Op> bool compare( unsigned int lhs, int rhs ) {
+        return applyEvaluator<Op>( lhs, static_cast<unsigned int>( rhs ) );
+    }
+    template<Operator Op> bool compare( unsigned long lhs, int rhs ) {
+        return applyEvaluator<Op>( lhs, static_cast<unsigned int>( rhs ) );
+    }
+    template<Operator Op> bool compare( unsigned char lhs, int rhs ) {
+        return applyEvaluator<Op>( lhs, static_cast<unsigned int>( rhs ) );
+    }
+
+    // unsigned X to long
+    template<Operator Op> bool compare( unsigned int lhs, long rhs ) {
+        return applyEvaluator<Op>( lhs, static_cast<unsigned long>( rhs ) );
+    }
+    template<Operator Op> bool compare( unsigned long lhs, long rhs ) {
+        return applyEvaluator<Op>( lhs, static_cast<unsigned long>( rhs ) );
+    }
+    template<Operator Op> bool compare( unsigned char lhs, long rhs ) {
+        return applyEvaluator<Op>( lhs, static_cast<unsigned long>( rhs ) );
+    }
+
+    // int to unsigned X
+    template<Operator Op> bool compare( int lhs, unsigned int rhs ) {
+        return applyEvaluator<Op>( static_cast<unsigned int>( lhs ), rhs );
+    }
+    template<Operator Op> bool compare( int lhs, unsigned long rhs ) {
+        return applyEvaluator<Op>( static_cast<unsigned int>( lhs ), rhs );
+    }
+    template<Operator Op> bool compare( int lhs, unsigned char rhs ) {
+        return applyEvaluator<Op>( static_cast<unsigned int>( lhs ), rhs );
+    }
+
+    // long to unsigned X
+    template<Operator Op> bool compare( long lhs, unsigned int rhs ) {
+        return applyEvaluator<Op>( static_cast<unsigned long>( lhs ), rhs );
+    }
+    template<Operator Op> bool compare( long lhs, unsigned long rhs ) {
+        return applyEvaluator<Op>( static_cast<unsigned long>( lhs ), rhs );
+    }
+    template<Operator Op> bool compare( long lhs, unsigned char rhs ) {
+        return applyEvaluator<Op>( static_cast<unsigned long>( lhs ), rhs );
+    }
+
+    // pointer to long (when comparing against NULL)
+    template<Operator Op, typename T> bool compare( long lhs, T* rhs ) {
+        return Evaluator<T*, T*, Op>::evaluate( reinterpret_cast<T*>( lhs ), rhs );
+    }
+    template<Operator Op, typename T> bool compare( T* lhs, long rhs ) {
+        return Evaluator<T*, T*, Op>::evaluate( lhs, reinterpret_cast<T*>( rhs ) );
+    }
+
+    // pointer to int (when comparing against NULL)
+    template<Operator Op, typename T> bool compare( int lhs, T* rhs ) {
+        return Evaluator<T*, T*, Op>::evaluate( reinterpret_cast<T*>( lhs ), rhs );
+    }
+    template<Operator Op, typename T> bool compare( T* lhs, int rhs ) {
+        return Evaluator<T*, T*, Op>::evaluate( lhs, reinterpret_cast<T*>( rhs ) );
+    }
+
+#ifdef CATCH_CONFIG_CPP11_LONG_LONG
+    // long long to unsigned X
+    template<Operator Op> bool compare( long long lhs, unsigned int rhs ) {
+        return applyEvaluator<Op>( static_cast<unsigned long>( lhs ), rhs );
+    }
+    template<Operator Op> bool compare( long long lhs, unsigned long rhs ) {
+        return applyEvaluator<Op>( static_cast<unsigned long>( lhs ), rhs );
+    }
+    template<Operator Op> bool compare( long long lhs, unsigned long long rhs ) {
+        return applyEvaluator<Op>( static_cast<unsigned long>( lhs ), rhs );
+    }
+    template<Operator Op> bool compare( long long lhs, unsigned char rhs ) {
+        return applyEvaluator<Op>( static_cast<unsigned long>( lhs ), rhs );
+    }
+
+    // unsigned long long to X
+    template<Operator Op> bool compare( unsigned long long lhs, int rhs ) {
+        return applyEvaluator<Op>( static_cast<long>( lhs ), rhs );
+    }
+    template<Operator Op> bool compare( unsigned long long lhs, long rhs ) {
+        return applyEvaluator<Op>( static_cast<long>( lhs ), rhs );
+    }
+    template<Operator Op> bool compare( unsigned long long lhs, long long rhs ) {
+        return applyEvaluator<Op>( static_cast<long>( lhs ), rhs );
+    }
+    template<Operator Op> bool compare( unsigned long long lhs, char rhs ) {
+        return applyEvaluator<Op>( static_cast<long>( lhs ), rhs );
+    }
+
+    // pointer to long long (when comparing against NULL)
+    template<Operator Op, typename T> bool compare( long long lhs, T* rhs ) {
+        return Evaluator<T*, T*, Op>::evaluate( reinterpret_cast<T*>( lhs ), rhs );
+    }
+    template<Operator Op, typename T> bool compare( T* lhs, long long rhs ) {
+        return Evaluator<T*, T*, Op>::evaluate( lhs, reinterpret_cast<T*>( rhs ) );
+    }
+#endif // CATCH_CONFIG_CPP11_LONG_LONG
+
+#ifdef CATCH_CONFIG_CPP11_NULLPTR
+    // pointer to nullptr_t (when comparing against nullptr)
+    template<Operator Op, typename T> bool compare( std::nullptr_t, T* rhs ) {
+        return Evaluator<T*, T*, Op>::evaluate( nullptr, rhs );
+    }
+    template<Operator Op, typename T> bool compare( T* lhs, std::nullptr_t ) {
+        return Evaluator<T*, T*, Op>::evaluate( lhs, nullptr );
+    }
+#endif // CATCH_CONFIG_CPP11_NULLPTR
+
+} // end of namespace Internal
+} // end of namespace Catch
+
+#ifdef _MSC_VER
+#pragma warning(pop)
+#endif
+
+// #included from: catch_tostring.h
+#define TWOBLUECUBES_CATCH_TOSTRING_H_INCLUDED
+
+#include <sstream>
+#include <iomanip>
+#include <limits>
+#include <vector>
+#include <cstddef>
+
+#ifdef __OBJC__
+// #included from: catch_objc_arc.hpp
+#define TWOBLUECUBES_CATCH_OBJC_ARC_HPP_INCLUDED
+
+#import <Foundation/Foundation.h>
+
+#ifdef __has_feature
+#define CATCH_ARC_ENABLED __has_feature(objc_arc)
+#else
+#define CATCH_ARC_ENABLED 0
+#endif
+
+void arcSafeRelease( NSObject* obj );
+id performOptionalSelector( id obj, SEL sel );
+
+#if !CATCH_ARC_ENABLED
+inline void arcSafeRelease( NSObject* obj ) {
+    [obj release];
+}
+inline id performOptionalSelector( id obj, SEL sel ) {
+    if( [obj respondsToSelector: sel] )
+        return [obj performSelector: sel];
+    return nil;
+}
+#define CATCH_UNSAFE_UNRETAINED
+#define CATCH_ARC_STRONG
+#else
+inline void arcSafeRelease( NSObject* ){}
+inline id performOptionalSelector( id obj, SEL sel ) {
+#ifdef __clang__
+#pragma clang diagnostic push
+#pragma clang diagnostic ignored "-Warc-performSelector-leaks"
+#endif
+    if( [obj respondsToSelector: sel] )
+        return [obj performSelector: sel];
+#ifdef __clang__
+#pragma clang diagnostic pop
+#endif
+    return nil;
+}
+#define CATCH_UNSAFE_UNRETAINED __unsafe_unretained
+#define CATCH_ARC_STRONG __strong
+#endif
+
+#endif
+
+#ifdef CATCH_CONFIG_CPP11_TUPLE
+#include <tuple>
+#endif
+
+#ifdef CATCH_CONFIG_CPP11_IS_ENUM
+#include <type_traits>
+#endif
+
+namespace Catch {
+
+// Why we're here.
+template<typename T>
+std::string toString( T const& value );
+
+// Built in overloads
+
+std::string toString( std::string const& value );
+std::string toString( std::wstring const& value );
+std::string toString( const char* const value );
+std::string toString( char* const value );
+std::string toString( const wchar_t* const value );
+std::string toString( wchar_t* const value );
+std::string toString( int value );
+std::string toString( unsigned long value );
+std::string toString( unsigned int value );
+std::string toString( const double value );
+std::string toString( const float value );
+std::string toString( bool value );
+std::string toString( char value );
+std::string toString( signed char value );
+std::string toString( unsigned char value );
+
+#ifdef CATCH_CONFIG_CPP11_LONG_LONG
+std::string toString( long long value );
+std::string toString( unsigned long long value );
+#endif
+
+#ifdef CATCH_CONFIG_CPP11_NULLPTR
+std::string toString( std::nullptr_t );
+#endif
+
+#ifdef __OBJC__
+    std::string toString( NSString const * const& nsstring );
+    std::string toString( NSString * CATCH_ARC_STRONG & nsstring );
+    std::string toString( NSObject* const& nsObject );
+#endif
+
+namespace Detail {
+
+    extern const std::string unprintableString;
+
+ #if !defined(CATCH_CONFIG_CPP11_STREAM_INSERTABLE_CHECK)
+    struct BorgType {
+        template<typename T> BorgType( T const& );
+    };
+
+    struct TrueType { char sizer[1]; };
+    struct FalseType { char sizer[2]; };
+
+    TrueType& testStreamable( std::ostream& );
+    FalseType testStreamable( FalseType );
+
+    FalseType operator<<( std::ostream const&, BorgType const& );
+
+    template<typename T>
+    struct IsStreamInsertable {
+        static std::ostream &s;
+        static T  const&t;
+        enum { value = sizeof( testStreamable(s << t) ) == sizeof( TrueType ) };
+    };
+#else
+    template<typename T>
+    class IsStreamInsertable {
+        template<typename SS, typename TT>
+        static auto test(int)
+        -> decltype( std::declval<SS&>() << std::declval<TT>(), std::true_type() );
+
+        template<typename, typename>
+        static auto test(...) -> std::false_type;
+
+    public:
+        static const bool value = decltype(test<std::ostream,const T&>(0))::value;
+    };
+#endif
+
+#if defined(CATCH_CONFIG_CPP11_IS_ENUM)
+    template<typename T,
+             bool IsEnum = std::is_enum<T>::value
+             >
+    struct EnumStringMaker
+    {
+        static std::string convert( T const& ) { return unprintableString; }
+    };
+
+    template<typename T>
+    struct EnumStringMaker<T,true>
+    {
+        static std::string convert( T const& v )
+        {
+            return ::Catch::toString(
+                static_cast<typename std::underlying_type<T>::type>(v)
+                );
+        }
+    };
+#endif
+    template<bool C>
+    struct StringMakerBase {
+#if defined(CATCH_CONFIG_CPP11_IS_ENUM)
+        template<typename T>
+        static std::string convert( T const& v )
+        {
+            return EnumStringMaker<T>::convert( v );
+        }
+#else
+        template<typename T>
+        static std::string convert( T const& ) { return unprintableString; }
+#endif
+    };
+
+    template<>
+    struct StringMakerBase<true> {
+        template<typename T>
+        static std::string convert( T const& _value ) {
+            std::ostringstream oss;
+            oss << _value;
+            return oss.str();
+        }
+    };
+
+    std::string rawMemoryToString( const void *object, std::size_t size );
+
+    template<typename T>
+    inline std::string rawMemoryToString( const T& object ) {
+      return rawMemoryToString( &object, sizeof(object) );
+    }
+
+} // end namespace Detail
+
+template<typename T>
+struct StringMaker :
+    Detail::StringMakerBase<Detail::IsStreamInsertable<T>::value> {};
+
+template<typename T>
+struct StringMaker<T*> {
+    template<typename U>
+    static std::string convert( U* p ) {
+        if( !p )
+            return "NULL";
+        else
+            return Detail::rawMemoryToString( p );
+    }
+};
+
+template<typename R, typename C>
+struct StringMaker<R C::*> {
+    static std::string convert( R C::* p ) {
+        if( !p )
+            return "NULL";
+        else
+            return Detail::rawMemoryToString( p );
+    }
+};
+
+namespace Detail {
+    template<typename InputIterator>
+    std::string rangeToString( InputIterator first, InputIterator last );
+}
+
+//template<typename T, typename Allocator>
+//struct StringMaker<std::vector<T, Allocator> > {
+//    static std::string convert( std::vector<T,Allocator> const& v ) {
+//        return Detail::rangeToString( v.begin(), v.end() );
+//    }
+//};
+
+template<typename T, typename Allocator>
+std::string toString( std::vector<T,Allocator> const& v ) {
+    return Detail::rangeToString( v.begin(), v.end() );
+}
+
+#ifdef CATCH_CONFIG_CPP11_TUPLE
+
+// toString for tuples
+namespace TupleDetail {
+  template<
+      typename Tuple,
+      std::size_t N = 0,
+      bool = (N < std::tuple_size<Tuple>::value)
+      >
+  struct ElementPrinter {
+      static void print( const Tuple& tuple, std::ostream& os )
+      {
+          os << ( N ? ", " : " " )
+             << Catch::toString(std::get<N>(tuple));
+          ElementPrinter<Tuple,N+1>::print(tuple,os);
+      }
+  };
+
+  template<
+      typename Tuple,
+      std::size_t N
+      >
+  struct ElementPrinter<Tuple,N,false> {
+      static void print( const Tuple&, std::ostream& ) {}
+  };
+
+}
+
+template<typename ...Types>
+struct StringMaker<std::tuple<Types...>> {
+
+    static std::string convert( const std::tuple<Types...>& tuple )
+    {
+        std::ostringstream os;
+        os << '{';
+        TupleDetail::ElementPrinter<std::tuple<Types...>>::print( tuple, os );
+        os << " }";
+        return os.str();
+    }
+};
+#endif // CATCH_CONFIG_CPP11_TUPLE
+
+namespace Detail {
+    template<typename T>
+    std::string makeString( T const& value ) {
+        return StringMaker<T>::convert( value );
+    }
+} // end namespace Detail
+
+/// \brief converts any type to a string
+///
+/// The default template forwards on to ostringstream - except when an
+/// ostringstream overload does not exist - in which case it attempts to detect
+/// that and writes {?}.
+/// Overload (not specialise) this template for custom typs that you don't want
+/// to provide an ostream overload for.
+template<typename T>
+std::string toString( T const& value ) {
+    return StringMaker<T>::convert( value );
+}
+
+    namespace Detail {
+    template<typename InputIterator>
+    std::string rangeToString( InputIterator first, InputIterator last ) {
+        std::ostringstream oss;
+        oss << "{ ";
+        if( first != last ) {
+            oss << Catch::toString( *first );
+            for( ++first ; first != last ; ++first )
+                oss << ", " << Catch::toString( *first );
+        }
+        oss << " }";
+        return oss.str();
+    }
+}
+
+} // end namespace Catch
+
+namespace Catch {
+
+template<typename LhsT, Internal::Operator Op, typename RhsT>
+class BinaryExpression;
+
+template<typename ArgT, typename MatcherT>
+class MatchExpression;
+
+// Wraps the LHS of an expression and overloads comparison operators
+// for also capturing those and RHS (if any)
+template<typename T>
+class ExpressionLhs : public DecomposedExpression {
+public:
+    ExpressionLhs( ResultBuilder& rb, T lhs ) : m_rb( rb ), m_lhs( lhs ), m_truthy(false) {}
+
+    ExpressionLhs& operator = ( const ExpressionLhs& );
+
+    template<typename RhsT>
+    BinaryExpression<T, Internal::IsEqualTo, RhsT const&>
+    operator == ( RhsT const& rhs ) {
+        return captureExpression<Internal::IsEqualTo>( rhs );
+    }
+
+    template<typename RhsT>
+    BinaryExpression<T, Internal::IsNotEqualTo, RhsT const&>
+    operator != ( RhsT const& rhs ) {
+        return captureExpression<Internal::IsNotEqualTo>( rhs );
+    }
+
+    template<typename RhsT>
+    BinaryExpression<T, Internal::IsLessThan, RhsT const&>
+    operator < ( RhsT const& rhs ) {
+        return captureExpression<Internal::IsLessThan>( rhs );
+    }
+
+    template<typename RhsT>
+    BinaryExpression<T, Internal::IsGreaterThan, RhsT const&>
+    operator > ( RhsT const& rhs ) {
+        return captureExpression<Internal::IsGreaterThan>( rhs );
+    }
+
+    template<typename RhsT>
+    BinaryExpression<T, Internal::IsLessThanOrEqualTo, RhsT const&>
+    operator <= ( RhsT const& rhs ) {
+        return captureExpression<Internal::IsLessThanOrEqualTo>( rhs );
+    }
+
+    template<typename RhsT>
+    BinaryExpression<T, Internal::IsGreaterThanOrEqualTo, RhsT const&>
+    operator >= ( RhsT const& rhs ) {
+        return captureExpression<Internal::IsGreaterThanOrEqualTo>( rhs );
+    }
+
+    BinaryExpression<T, Internal::IsEqualTo, bool> operator == ( bool rhs ) {
+        return captureExpression<Internal::IsEqualTo>( rhs );
+    }
+
+    BinaryExpression<T, Internal::IsNotEqualTo, bool> operator != ( bool rhs ) {
+        return captureExpression<Internal::IsNotEqualTo>( rhs );
+    }
+
+    void endExpression() {
+        m_truthy = m_lhs ? true : false;
+        m_rb
+            .setResultType( m_truthy )
+            .endExpression( *this );
+    }
+
+    virtual void reconstructExpression( std::string& dest ) const CATCH_OVERRIDE {
+        dest = Catch::toString( m_lhs );
+    }
+
+private:
+    template<Internal::Operator Op, typename RhsT>
+    BinaryExpression<T, Op, RhsT&> captureExpression( RhsT& rhs ) const {
+        return BinaryExpression<T, Op, RhsT&>( m_rb, m_lhs, rhs );
+    }
+
+    template<Internal::Operator Op>
+    BinaryExpression<T, Op, bool> captureExpression( bool rhs ) const {
+        return BinaryExpression<T, Op, bool>( m_rb, m_lhs, rhs );
+    }
+
+private:
+    ResultBuilder& m_rb;
+    T m_lhs;
+    bool m_truthy;
+};
+
+template<typename LhsT, Internal::Operator Op, typename RhsT>
+class BinaryExpression : public DecomposedExpression {
+public:
+    BinaryExpression( ResultBuilder& rb, LhsT lhs, RhsT rhs )
+        : m_rb( rb ), m_lhs( lhs ), m_rhs( rhs ) {}
+
+    BinaryExpression& operator = ( BinaryExpression& );
+
+    void endExpression() const {
+        m_rb
+            .setResultType( Internal::compare<Op>( m_lhs, m_rhs ) )
+            .endExpression( *this );
+    }
+
+    virtual bool isBinaryExpression() const CATCH_OVERRIDE {
+        return true;
+    }
+
+    virtual void reconstructExpression( std::string& dest ) const CATCH_OVERRIDE {
+        std::string lhs = Catch::toString( m_lhs );
+        std::string rhs = Catch::toString( m_rhs );
+        char delim = lhs.size() + rhs.size() < 40 &&
+                     lhs.find('\n') == std::string::npos &&
+                     rhs.find('\n') == std::string::npos ? ' ' : '\n';
+        dest.reserve( 7 + lhs.size() + rhs.size() );
+                   // 2 for spaces around operator
+                   // 2 for operator
+                   // 2 for parentheses (conditionally added later)
+                   // 1 for negation (conditionally added later)
+        dest = lhs;
+        dest += delim;
+        dest += Internal::OperatorTraits<Op>::getName();
+        dest += delim;
+        dest += rhs;
+    }
+
+private:
+    ResultBuilder& m_rb;
+    LhsT m_lhs;
+    RhsT m_rhs;
+};
+
+template<typename ArgT, typename MatcherT>
+class MatchExpression : public DecomposedExpression {
+public:
+    MatchExpression( ArgT arg, MatcherT matcher, char const* matcherString )
+        : m_arg( arg ), m_matcher( matcher ), m_matcherString( matcherString ) {}
+
+    virtual bool isBinaryExpression() const CATCH_OVERRIDE {
+        return true;
+    }
+
+    virtual void reconstructExpression( std::string& dest ) const CATCH_OVERRIDE {
+        std::string matcherAsString = m_matcher.toString();
+        dest = Catch::toString( m_arg );
+        dest += ' ';
+        if( matcherAsString == Detail::unprintableString )
+            dest += m_matcherString;
+        else
+            dest += matcherAsString;
+    }
+
+private:
+    ArgT m_arg;
+    MatcherT m_matcher;
+    char const* m_matcherString;
+};
+
+} // end namespace Catch
+
+
+namespace Catch {
+
+    template<typename T>
+    inline ExpressionLhs<T const&> ResultBuilder::operator <= ( T const& operand ) {
+        return ExpressionLhs<T const&>( *this, operand );
+    }
+
+    inline ExpressionLhs<bool> ResultBuilder::operator <= ( bool value ) {
+        return ExpressionLhs<bool>( *this, value );
+    }
+
+    template<typename ArgT, typename MatcherT>
+    inline void ResultBuilder::captureMatch( ArgT const& arg, MatcherT const& matcher,
+                                             char const* matcherString ) {
+        MatchExpression<ArgT const&, MatcherT const&> expr( arg, matcher, matcherString );
+        setResultType( matcher.match( arg ) );
+        endExpression( expr );
+    }
+
+} // namespace Catch
+
+// #included from: catch_message.h
+#define TWOBLUECUBES_CATCH_MESSAGE_H_INCLUDED
+
+#include <string>
+
+namespace Catch {
+
+    struct MessageInfo {
+        MessageInfo(    std::string const& _macroName,
+                        SourceLineInfo const& _lineInfo,
+                        ResultWas::OfType _type );
+
+        std::string macroName;
+        SourceLineInfo lineInfo;
+        ResultWas::OfType type;
+        std::string message;
+        unsigned int sequence;
+
+        bool operator == ( MessageInfo const& other ) const {
+            return sequence == other.sequence;
+        }
+        bool operator < ( MessageInfo const& other ) const {
+            return sequence < other.sequence;
+        }
+    private:
+        static unsigned int globalCount;
+    };
+
+    struct MessageBuilder {
+        MessageBuilder( std::string const& macroName,
+                        SourceLineInfo const& lineInfo,
+                        ResultWas::OfType type )
+        : m_info( macroName, lineInfo, type )
+        {}
+
+        template<typename T>
+        MessageBuilder& operator << ( T const& value ) {
+            m_stream << value;
+            return *this;
+        }
+
+        MessageInfo m_info;
+        std::ostringstream m_stream;
+    };
+
+    class ScopedMessage {
+    public:
+        ScopedMessage( MessageBuilder const& builder );
+        ScopedMessage( ScopedMessage const& other );
+        ~ScopedMessage();
+
+        MessageInfo m_info;
+    };
+
+} // end namespace Catch
+
+// #included from: catch_interfaces_capture.h
+#define TWOBLUECUBES_CATCH_INTERFACES_CAPTURE_H_INCLUDED
+
+#include <string>
+
+namespace Catch {
+
+    class TestCase;
+    class AssertionResult;
+    struct AssertionInfo;
+    struct SectionInfo;
+    struct SectionEndInfo;
+    struct MessageInfo;
+    class ScopedMessageBuilder;
+    struct Counts;
+
+    struct IResultCapture {
+
+        virtual ~IResultCapture();
+
+        virtual void assertionEnded( AssertionResult const& result ) = 0;
+        virtual bool sectionStarted(    SectionInfo const& sectionInfo,
+                                        Counts& assertions ) = 0;
+        virtual void sectionEnded( SectionEndInfo const& endInfo ) = 0;
+        virtual void sectionEndedEarly( SectionEndInfo const& endInfo ) = 0;
+        virtual void pushScopedMessage( MessageInfo const& message ) = 0;
+        virtual void popScopedMessage( MessageInfo const& message ) = 0;
+
+        virtual std::string getCurrentTestName() const = 0;
+        virtual const AssertionResult* getLastResult() const = 0;
+
+        virtual void exceptionEarlyReported() = 0;
+
+        virtual void handleFatalErrorCondition( std::string const& message ) = 0;
+    };
+
+    IResultCapture& getResultCapture();
+}
+
+// #included from: catch_debugger.h
+#define TWOBLUECUBES_CATCH_DEBUGGER_H_INCLUDED
+
+// #included from: catch_platform.h
+#define TWOBLUECUBES_CATCH_PLATFORM_H_INCLUDED
+
+#if defined(__MAC_OS_X_VERSION_MIN_REQUIRED)
+#  define CATCH_PLATFORM_MAC
+#elif  defined(__IPHONE_OS_VERSION_MIN_REQUIRED)
+#  define CATCH_PLATFORM_IPHONE
+#elif defined(linux) || defined(__linux) || defined(__linux__)
+#  define CATCH_PLATFORM_LINUX
+#elif defined(WIN32) || defined(__WIN32__) || defined(_WIN32) || defined(_MSC_VER)
+#  define CATCH_PLATFORM_WINDOWS
+#  if !defined(NOMINMAX) && !defined(CATCH_CONFIG_NO_NOMINMAX)
+#    define CATCH_DEFINES_NOMINMAX
+#  endif
+#  if !defined(WIN32_LEAN_AND_MEAN) && !defined(CATCH_CONFIG_NO_WIN32_LEAN_AND_MEAN)
+#    define CATCH_DEFINES_WIN32_LEAN_AND_MEAN
+#  endif
+#endif
+
+#include <string>
+
+namespace Catch{
+
+    bool isDebuggerActive();
+    void writeToDebugConsole( std::string const& text );
+}
+
+#ifdef CATCH_PLATFORM_MAC
+
+    // The following code snippet based on:
+    // http://cocoawithlove.com/2008/03/break-into-debugger.html
+    #if defined(__ppc64__) || defined(__ppc__)
+        #define CATCH_TRAP() \
+                __asm__("li r0, 20\nsc\nnop\nli r0, 37\nli r4, 2\nsc\nnop\n" \
+                : : : "memory","r0","r3","r4" )
+    #else
+        #define CATCH_TRAP() __asm__("int $3\n" : : )
+    #endif
+
+#elif defined(CATCH_PLATFORM_LINUX)
+    // If we can use inline assembler, do it because this allows us to break
+    // directly at the location of the failing check instead of breaking inside
+    // raise() called from it, i.e. one stack frame below.
+    #if defined(__GNUC__) && (defined(__i386) || defined(__x86_64))
+        #define CATCH_TRAP() asm volatile ("int $3")
+    #else // Fall back to the generic way.
+        #include <signal.h>
+
+        #define CATCH_TRAP() raise(SIGTRAP)
+    #endif
+#elif defined(_MSC_VER)
+    #define CATCH_TRAP() __debugbreak()
+#elif defined(__MINGW32__)
+    extern "C" __declspec(dllimport) void __stdcall DebugBreak();
+    #define CATCH_TRAP() DebugBreak()
+#endif
+
+#ifdef CATCH_TRAP
+    #define CATCH_BREAK_INTO_DEBUGGER() if( Catch::isDebuggerActive() ) { CATCH_TRAP(); }
+#else
+    #define CATCH_BREAK_INTO_DEBUGGER() Catch::alwaysTrue();
+#endif
+
+// #included from: catch_interfaces_runner.h
+#define TWOBLUECUBES_CATCH_INTERFACES_RUNNER_H_INCLUDED
+
+namespace Catch {
+    class TestCase;
+
+    struct IRunner {
+        virtual ~IRunner();
+        virtual bool aborting() const = 0;
+    };
+}
+
+#if defined(CATCH_CONFIG_FAST_COMPILE)
+///////////////////////////////////////////////////////////////////////////////
+// We can speedup compilation significantly by breaking into debugger lower in
+// the callstack, because then we don't have to expand CATCH_BREAK_INTO_DEBUGGER
+// macro in each assertion
+#define INTERNAL_CATCH_REACT( resultBuilder ) \
+    resultBuilder.react();
+
+///////////////////////////////////////////////////////////////////////////////
+// Another way to speed-up compilation is to omit local try-catch for REQUIRE*
+// macros.
+// This can potentially cause false negative, if the test code catches
+// the exception before it propagates back up to the runner.
+#define INTERNAL_CATCH_TEST_NO_TRY( macroName, resultDisposition, expr ) \
+    do { \
+        Catch::ResultBuilder __catchResult( macroName, CATCH_INTERNAL_LINEINFO, #expr, resultDisposition ); \
+        __catchResult.setExceptionGuard(); \
+        CATCH_INTERNAL_SUPPRESS_PARENTHESES_WARNINGS \
+        ( __catchResult <= expr ).endExpression(); \
+        CATCH_INTERNAL_UNSUPPRESS_PARENTHESES_WARNINGS \
+        __catchResult.unsetExceptionGuard(); \
+        INTERNAL_CATCH_REACT( __catchResult ) \
+    } while( Catch::isTrue( false && static_cast<bool>( !!(expr) ) ) ) // expr here is never evaluated at runtime but it forces the compiler to give it a look
+// The double negation silences MSVC's C4800 warning, the static_cast forces short-circuit evaluation if the type has overloaded &&.
+
+#define INTERNAL_CHECK_THAT_NO_TRY( macroName, matcher, resultDisposition, arg ) \
+    do { \
+        Catch::ResultBuilder __catchResult( macroName, CATCH_INTERNAL_LINEINFO, #arg ", " #matcher, resultDisposition ); \
+        __catchResult.setExceptionGuard(); \
+        __catchResult.captureMatch( arg, matcher, #matcher ); \
+        __catchResult.unsetExceptionGuard(); \
+        INTERNAL_CATCH_REACT( __catchResult ) \
+    } while( Catch::alwaysFalse() )
+
+#else
+///////////////////////////////////////////////////////////////////////////////
+// In the event of a failure works out if the debugger needs to be invoked
+// and/or an exception thrown and takes appropriate action.
+// This needs to be done as a macro so the debugger will stop in the user
+// source code rather than in Catch library code
+#define INTERNAL_CATCH_REACT( resultBuilder ) \
+    if( resultBuilder.shouldDebugBreak() ) CATCH_BREAK_INTO_DEBUGGER(); \
+    resultBuilder.react();
+#endif
+
+///////////////////////////////////////////////////////////////////////////////
+#define INTERNAL_CATCH_TEST( macroName, resultDisposition, expr ) \
+    do { \
+        Catch::ResultBuilder __catchResult( macroName, CATCH_INTERNAL_LINEINFO, #expr, resultDisposition ); \
+        try { \
+            CATCH_INTERNAL_SUPPRESS_PARENTHESES_WARNINGS \
+            ( __catchResult <= expr ).endExpression(); \
+            CATCH_INTERNAL_UNSUPPRESS_PARENTHESES_WARNINGS \
+        } \
+        catch( ... ) { \
+            __catchResult.useActiveException( resultDisposition ); \
+        } \
+        INTERNAL_CATCH_REACT( __catchResult ) \
+    } while( Catch::isTrue( false && static_cast<bool>( !!(expr) ) ) ) // expr here is never evaluated at runtime but it forces the compiler to give it a look
+    // The double negation silences MSVC's C4800 warning, the static_cast forces short-circuit evaluation if the type has overloaded &&.
+
+///////////////////////////////////////////////////////////////////////////////
+#define INTERNAL_CATCH_IF( macroName, resultDisposition, expr ) \
+    INTERNAL_CATCH_TEST( macroName, resultDisposition, expr ); \
+    if( Catch::getResultCapture().getLastResult()->succeeded() )
+
+///////////////////////////////////////////////////////////////////////////////
+#define INTERNAL_CATCH_ELSE( macroName, resultDisposition, expr ) \
+    INTERNAL_CATCH_TEST( macroName, resultDisposition, expr ); \
+    if( !Catch::getResultCapture().getLastResult()->succeeded() )
+
+///////////////////////////////////////////////////////////////////////////////
+#define INTERNAL_CATCH_NO_THROW( macroName, resultDisposition, expr ) \
+    do { \
+        Catch::ResultBuilder __catchResult( macroName, CATCH_INTERNAL_LINEINFO, #expr, resultDisposition ); \
+        try { \
+            static_cast<void>(expr); \
+            __catchResult.captureResult( Catch::ResultWas::Ok ); \
+        } \
+        catch( ... ) { \
+            __catchResult.useActiveException( resultDisposition ); \
+        } \
+        INTERNAL_CATCH_REACT( __catchResult ) \
+    } while( Catch::alwaysFalse() )
+
+///////////////////////////////////////////////////////////////////////////////
+#define INTERNAL_CATCH_THROWS( macroName, resultDisposition, matcher, expr ) \
+    do { \
+        Catch::ResultBuilder __catchResult( macroName, CATCH_INTERNAL_LINEINFO, #expr, resultDisposition, #matcher ); \
+        if( __catchResult.allowThrows() ) \
+            try { \
+                static_cast<void>(expr); \
+                __catchResult.captureResult( Catch::ResultWas::DidntThrowException ); \
+            } \
+            catch( ... ) { \
+                __catchResult.captureExpectedException( matcher ); \
+            } \
+        else \
+            __catchResult.captureResult( Catch::ResultWas::Ok ); \
+        INTERNAL_CATCH_REACT( __catchResult ) \
+    } while( Catch::alwaysFalse() )
+
+///////////////////////////////////////////////////////////////////////////////
+#define INTERNAL_CATCH_THROWS_AS( macroName, exceptionType, resultDisposition, expr ) \
+    do { \
+        Catch::ResultBuilder __catchResult( macroName, CATCH_INTERNAL_LINEINFO, #expr ", " #exceptionType, resultDisposition ); \
+        if( __catchResult.allowThrows() ) \
+            try { \
+                static_cast<void>(expr); \
+                __catchResult.captureResult( Catch::ResultWas::DidntThrowException ); \
+            } \
+            catch( exceptionType ) { \
+                __catchResult.captureResult( Catch::ResultWas::Ok ); \
+            } \
+            catch( ... ) { \
+                __catchResult.useActiveException( resultDisposition ); \
+            } \
+        else \
+            __catchResult.captureResult( Catch::ResultWas::Ok ); \
+        INTERNAL_CATCH_REACT( __catchResult ) \
+    } while( Catch::alwaysFalse() )
+
+///////////////////////////////////////////////////////////////////////////////
+#ifdef CATCH_CONFIG_VARIADIC_MACROS
+    #define INTERNAL_CATCH_MSG( macroName, messageType, resultDisposition, ... ) \
+        do { \
+            Catch::ResultBuilder __catchResult( macroName, CATCH_INTERNAL_LINEINFO, "", resultDisposition ); \
+            __catchResult << __VA_ARGS__ + ::Catch::StreamEndStop(); \
+            __catchResult.captureResult( messageType ); \
+            INTERNAL_CATCH_REACT( __catchResult ) \
+        } while( Catch::alwaysFalse() )
+#else
+    #define INTERNAL_CATCH_MSG( macroName, messageType, resultDisposition, log ) \
+        do { \
+            Catch::ResultBuilder __catchResult( macroName, CATCH_INTERNAL_LINEINFO, "", resultDisposition ); \
+            __catchResult << log + ::Catch::StreamEndStop(); \
+            __catchResult.captureResult( messageType ); \
+            INTERNAL_CATCH_REACT( __catchResult ) \
+        } while( Catch::alwaysFalse() )
+#endif
+
+///////////////////////////////////////////////////////////////////////////////
+#define INTERNAL_CATCH_INFO( macroName, log ) \
+    Catch::ScopedMessage INTERNAL_CATCH_UNIQUE_NAME( scopedMessage ) = Catch::MessageBuilder( macroName, CATCH_INTERNAL_LINEINFO, Catch::ResultWas::Info ) << log;
+
+///////////////////////////////////////////////////////////////////////////////
+#define INTERNAL_CHECK_THAT( macroName, matcher, resultDisposition, arg ) \
+    do { \
+        Catch::ResultBuilder __catchResult( macroName, CATCH_INTERNAL_LINEINFO, #arg ", " #matcher, resultDisposition ); \
+        try { \
+            __catchResult.captureMatch( arg, matcher, #matcher ); \
+        } catch( ... ) { \
+            __catchResult.useActiveException( resultDisposition | Catch::ResultDisposition::ContinueOnFailure ); \
+        } \
+        INTERNAL_CATCH_REACT( __catchResult ) \
+    } while( Catch::alwaysFalse() )
+
+// #included from: internal/catch_section.h
+#define TWOBLUECUBES_CATCH_SECTION_H_INCLUDED
+
+// #included from: catch_section_info.h
+#define TWOBLUECUBES_CATCH_SECTION_INFO_H_INCLUDED
+
+// #included from: catch_totals.hpp
+#define TWOBLUECUBES_CATCH_TOTALS_HPP_INCLUDED
+
+#include <cstddef>
+
+namespace Catch {
+
+    struct Counts {
+        Counts() : passed( 0 ), failed( 0 ), failedButOk( 0 ) {}
+
+        Counts operator - ( Counts const& other ) const {
+            Counts diff;
+            diff.passed = passed - other.passed;
+            diff.failed = failed - other.failed;
+            diff.failedButOk = failedButOk - other.failedButOk;
+            return diff;
+        }
+        Counts& operator += ( Counts const& other ) {
+            passed += other.passed;
+            failed += other.failed;
+            failedButOk += other.failedButOk;
+            return *this;
+        }
+
+        std::size_t total() const {
+            return passed + failed + failedButOk;
+        }
+        bool allPassed() const {
+            return failed == 0 && failedButOk == 0;
+        }
+        bool allOk() const {
+            return failed == 0;
+        }
+
+        std::size_t passed;
+        std::size_t failed;
+        std::size_t failedButOk;
+    };
+
+    struct Totals {
+
+        Totals operator - ( Totals const& other ) const {
+            Totals diff;
+            diff.assertions = assertions - other.assertions;
+            diff.testCases = testCases - other.testCases;
+            return diff;
+        }
+
+        Totals delta( Totals const& prevTotals ) const {
+            Totals diff = *this - prevTotals;
+            if( diff.assertions.failed > 0 )
+                ++diff.testCases.failed;
+            else if( diff.assertions.failedButOk > 0 )
+                ++diff.testCases.failedButOk;
+            else
+                ++diff.testCases.passed;
+            return diff;
+        }
+
+        Totals& operator += ( Totals const& other ) {
+            assertions += other.assertions;
+            testCases += other.testCases;
+            return *this;
+        }
+
+        Counts assertions;
+        Counts testCases;
+    };
+}
+
+#include <string>
+
+namespace Catch {
+
+    struct SectionInfo {
+        SectionInfo
+            (   SourceLineInfo const& _lineInfo,
+                std::string const& _name,
+                std::string const& _description = std::string() );
+
+        std::string name;
+        std::string description;
+        SourceLineInfo lineInfo;
+    };
+
+    struct SectionEndInfo {
+        SectionEndInfo( SectionInfo const& _sectionInfo, Counts const& _prevAssertions, double _durationInSeconds )
+        : sectionInfo( _sectionInfo ), prevAssertions( _prevAssertions ), durationInSeconds( _durationInSeconds )
+        {}
+
+        SectionInfo sectionInfo;
+        Counts prevAssertions;
+        double durationInSeconds;
+    };
+
+} // end namespace Catch
+
+// #included from: catch_timer.h
+#define TWOBLUECUBES_CATCH_TIMER_H_INCLUDED
+
+#ifdef _MSC_VER
+
+namespace Catch {
+    typedef unsigned long long UInt64;
+}
+#else
+#include <stdint.h>
+namespace Catch {
+    typedef uint64_t UInt64;
+}
+#endif
+
+namespace Catch {
+    class Timer {
+    public:
+        Timer() : m_ticks( 0 ) {}
+        void start();
+        unsigned int getElapsedMicroseconds() const;
+        unsigned int getElapsedMilliseconds() const;
+        double getElapsedSeconds() const;
+
+    private:
+        UInt64 m_ticks;
+    };
+
+} // namespace Catch
+
+#include <string>
+
+namespace Catch {
+
+    class Section : NonCopyable {
+    public:
+        Section( SectionInfo const& info );
+        ~Section();
+
+        // This indicates whether the section should be executed or not
+        operator bool() const;
+
+    private:
+        SectionInfo m_info;
+
+        std::string m_name;
+        Counts m_assertions;
+        bool m_sectionIncluded;
+        Timer m_timer;
+    };
+
+} // end namespace Catch
+
+#ifdef CATCH_CONFIG_VARIADIC_MACROS
+    #define INTERNAL_CATCH_SECTION( ... ) \
+        if( Catch::Section const& INTERNAL_CATCH_UNIQUE_NAME( catch_internal_Section ) = Catch::SectionInfo( CATCH_INTERNAL_LINEINFO, __VA_ARGS__ ) )
+#else
+    #define INTERNAL_CATCH_SECTION( name, desc ) \
+        if( Catch::Section const& INTERNAL_CATCH_UNIQUE_NAME( catch_internal_Section ) = Catch::SectionInfo( CATCH_INTERNAL_LINEINFO, name, desc ) )
+#endif
+
+// #included from: internal/catch_generators.hpp
+#define TWOBLUECUBES_CATCH_GENERATORS_HPP_INCLUDED
+
+#include <vector>
+#include <string>
+#include <stdlib.h>
+
+namespace Catch {
+
+template<typename T>
+struct IGenerator {
+    virtual ~IGenerator() {}
+    virtual T getValue( std::size_t index ) const = 0;
+    virtual std::size_t size () const = 0;
+};
+
+template<typename T>
+class BetweenGenerator : public IGenerator<T> {
+public:
+    BetweenGenerator( T from, T to ) : m_from( from ), m_to( to ){}
+
+    virtual T getValue( std::size_t index ) const {
+        return m_from+static_cast<int>( index );
+    }
+
+    virtual std::size_t size() const {
+        return static_cast<std::size_t>( 1+m_to-m_from );
+    }
+
+private:
+
+    T m_from;
+    T m_to;
+};
+
+template<typename T>
+class ValuesGenerator : public IGenerator<T> {
+public:
+    ValuesGenerator(){}
+
+    void add( T value ) {
+        m_values.push_back( value );
+    }
+
+    virtual T getValue( std::size_t index ) const {
+        return m_values[index];
+    }
+
+    virtual std::size_t size() const {
+        return m_values.size();
+    }
+
+private:
+    std::vector<T> m_values;
+};
+
+template<typename T>
+class CompositeGenerator {
+public:
+    CompositeGenerator() : m_totalSize( 0 ) {}
+
+    // *** Move semantics, similar to auto_ptr ***
+    CompositeGenerator( CompositeGenerator& other )
+    :   m_fileInfo( other.m_fileInfo ),
+        m_totalSize( 0 )
+    {
+        move( other );
+    }
+
+    CompositeGenerator& setFileInfo( const char* fileInfo ) {
+        m_fileInfo = fileInfo;
+        return *this;
+    }
+
+    ~CompositeGenerator() {
+        deleteAll( m_composed );
+    }
+
+    operator T () const {
+        size_t overallIndex = getCurrentContext().getGeneratorIndex( m_fileInfo, m_totalSize );
+
+        typename std::vector<const IGenerator<T>*>::const_iterator it = m_composed.begin();
+        typename std::vector<const IGenerator<T>*>::const_iterator itEnd = m_composed.end();
+        for( size_t index = 0; it != itEnd; ++it )
+        {
+            const IGenerator<T>* generator = *it;
+            if( overallIndex >= index && overallIndex < index + generator->size() )
+            {
+                return generator->getValue( overallIndex-index );
+            }
+            index += generator->size();
+        }
+        CATCH_INTERNAL_ERROR( "Indexed past end of generated range" );
+        return T(); // Suppress spurious "not all control paths return a value" warning in Visual Studio - if you know how to fix this please do so
+    }
+
+    void add( const IGenerator<T>* generator ) {
+        m_totalSize += generator->size();
+        m_composed.push_back( generator );
+    }
+
+    CompositeGenerator& then( CompositeGenerator& other ) {
+        move( other );
+        return *this;
+    }
+
+    CompositeGenerator& then( T value ) {
+        ValuesGenerator<T>* valuesGen = new ValuesGenerator<T>();
+        valuesGen->add( value );
+        add( valuesGen );
+        return *this;
+    }
+
+private:
+
+    void move( CompositeGenerator& other ) {
+        m_composed.insert( m_composed.end(), other.m_composed.begin(), other.m_composed.end() );
+        m_totalSize += other.m_totalSize;
+        other.m_composed.clear();
+    }
+
+    std::vector<const IGenerator<T>*> m_composed;
+    std::string m_fileInfo;
+    size_t m_totalSize;
+};
+
+namespace Generators
+{
+    template<typename T>
+    CompositeGenerator<T> between( T from, T to ) {
+        CompositeGenerator<T> generators;
+        generators.add( new BetweenGenerator<T>( from, to ) );
+        return generators;
+    }
+
+    template<typename T>
+    CompositeGenerator<T> values( T val1, T val2 ) {
+        CompositeGenerator<T> generators;
+        ValuesGenerator<T>* valuesGen = new ValuesGenerator<T>();
+        valuesGen->add( val1 );
+        valuesGen->add( val2 );
+        generators.add( valuesGen );
+        return generators;
+    }
+
+    template<typename T>
+    CompositeGenerator<T> values( T val1, T val2, T val3 ){
+        CompositeGenerator<T> generators;
+        ValuesGenerator<T>* valuesGen = new ValuesGenerator<T>();
+        valuesGen->add( val1 );
+        valuesGen->add( val2 );
+        valuesGen->add( val3 );
+        generators.add( valuesGen );
+        return generators;
+    }
+
+    template<typename T>
+    CompositeGenerator<T> values( T val1, T val2, T val3, T val4 ) {
+        CompositeGenerator<T> generators;
+        ValuesGenerator<T>* valuesGen = new ValuesGenerator<T>();
+        valuesGen->add( val1 );
+        valuesGen->add( val2 );
+        valuesGen->add( val3 );
+        valuesGen->add( val4 );
+        generators.add( valuesGen );
+        return generators;
+    }
+
+} // end namespace Generators
+
+using namespace Generators;
+
+} // end namespace Catch
+
+#define INTERNAL_CATCH_LINESTR2( line ) #line
+#define INTERNAL_CATCH_LINESTR( line ) INTERNAL_CATCH_LINESTR2( line )
+
+#define INTERNAL_CATCH_GENERATE( expr ) expr.setFileInfo( __FILE__ "(" INTERNAL_CATCH_LINESTR( __LINE__ ) ")" )
+
+// #included from: internal/catch_interfaces_exception.h
+#define TWOBLUECUBES_CATCH_INTERFACES_EXCEPTION_H_INCLUDED
+
+#include <string>
+#include <vector>
+
+// #included from: catch_interfaces_registry_hub.h
+#define TWOBLUECUBES_CATCH_INTERFACES_REGISTRY_HUB_H_INCLUDED
+
+#include <string>
+
+namespace Catch {
+
+    class TestCase;
+    struct ITestCaseRegistry;
+    struct IExceptionTranslatorRegistry;
+    struct IExceptionTranslator;
+    struct IReporterRegistry;
+    struct IReporterFactory;
+    struct ITagAliasRegistry;
+
+    struct IRegistryHub {
+        virtual ~IRegistryHub();
+
+        virtual IReporterRegistry const& getReporterRegistry() const = 0;
+        virtual ITestCaseRegistry const& getTestCaseRegistry() const = 0;
+        virtual ITagAliasRegistry const& getTagAliasRegistry() const = 0;
+
+        virtual IExceptionTranslatorRegistry& getExceptionTranslatorRegistry() = 0;
+    };
+
+    struct IMutableRegistryHub {
+        virtual ~IMutableRegistryHub();
+        virtual void registerReporter( std::string const& name, Ptr<IReporterFactory> const& factory ) = 0;
+        virtual void registerListener( Ptr<IReporterFactory> const& factory ) = 0;
+        virtual void registerTest( TestCase const& testInfo ) = 0;
+        virtual void registerTranslator( const IExceptionTranslator* translator ) = 0;
+        virtual void registerTagAlias( std::string const& alias, std::string const& tag, SourceLineInfo const& lineInfo ) = 0;
+    };
+
+    IRegistryHub& getRegistryHub();
+    IMutableRegistryHub& getMutableRegistryHub();
+    void cleanUp();
+    std::string translateActiveException();
+
+}
+
+namespace Catch {
+
+    typedef std::string(*exceptionTranslateFunction)();
+
+    struct IExceptionTranslator;
+    typedef std::vector<const IExceptionTranslator*> ExceptionTranslators;
+
+    struct IExceptionTranslator {
+        virtual ~IExceptionTranslator();
+        virtual std::string translate( ExceptionTranslators::const_iterator it, ExceptionTranslators::const_iterator itEnd ) const = 0;
+    };
+
+    struct IExceptionTranslatorRegistry {
+        virtual ~IExceptionTranslatorRegistry();
+
+        virtual std::string translateActiveException() const = 0;
+    };
+
+    class ExceptionTranslatorRegistrar {
+        template<typename T>
+        class ExceptionTranslator : public IExceptionTranslator {
+        public:
+
+            ExceptionTranslator( std::string(*translateFunction)( T& ) )
+            : m_translateFunction( translateFunction )
+            {}
+
+            virtual std::string translate( ExceptionTranslators::const_iterator it, ExceptionTranslators::const_iterator itEnd ) const CATCH_OVERRIDE {
+                try {
+                    if( it == itEnd )
+                        throw;
+                    else
+                        return (*it)->translate( it+1, itEnd );
+                }
+                catch( T& ex ) {
+                    return m_translateFunction( ex );
+                }
+            }
+
+        protected:
+            std::string(*m_translateFunction)( T& );
+        };
+
+    public:
+        template<typename T>
+        ExceptionTranslatorRegistrar( std::string(*translateFunction)( T& ) ) {
+            getMutableRegistryHub().registerTranslator
+                ( new ExceptionTranslator<T>( translateFunction ) );
+        }
+    };
+}
+
+///////////////////////////////////////////////////////////////////////////////
+#define INTERNAL_CATCH_TRANSLATE_EXCEPTION2( translatorName, signature ) \
+    static std::string translatorName( signature ); \
+    namespace{ Catch::ExceptionTranslatorRegistrar INTERNAL_CATCH_UNIQUE_NAME( catch_internal_ExceptionRegistrar )( &translatorName ); }\
+    static std::string translatorName( signature )
+
+#define INTERNAL_CATCH_TRANSLATE_EXCEPTION( signature ) INTERNAL_CATCH_TRANSLATE_EXCEPTION2( INTERNAL_CATCH_UNIQUE_NAME( catch_internal_ExceptionTranslator ), signature )
+
+// #included from: internal/catch_approx.hpp
+#define TWOBLUECUBES_CATCH_APPROX_HPP_INCLUDED
+
+#include <cmath>
+#include <limits>
+
+#if defined(CATCH_CONFIG_CPP11_TYPE_TRAITS)
+#include <type_traits>
+#endif
+
+namespace Catch {
+namespace Detail {
+
+    class Approx {
+    public:
+        explicit Approx ( double value )
+        :   m_epsilon( std::numeric_limits<float>::epsilon()*100 ),
+            m_margin( 0.0 ),
+            m_scale( 1.0 ),
+            m_value( value )
+        {}
+
+        Approx( Approx const& other )
+        :   m_epsilon( other.m_epsilon ),
+            m_margin( other.m_margin ),
+            m_scale( other.m_scale ),
+            m_value( other.m_value )
+        {}
+
+        static Approx custom() {
+            return Approx( 0 );
+        }
+
+#if defined(CATCH_CONFIG_CPP11_TYPE_TRAITS)
+
+        template <typename T, typename = typename std::enable_if<std::is_constructible<double, T>::value>::type>
+        Approx operator()( T value ) {
+            Approx approx( static_cast<double>(value) );
+            approx.epsilon( m_epsilon );
+            approx.margin( m_margin );
+            approx.scale( m_scale );
+            return approx;
+        }
+
+        template <typename T, typename = typename std::enable_if<std::is_constructible<double, T>::value>::type>
+        explicit Approx( T value ): Approx(static_cast<double>(value))
+        {}
+
+        template <typename T, typename = typename std::enable_if<std::is_constructible<double, T>::value>::type>
+        friend bool operator == ( const T& lhs, Approx const& rhs ) {
+            // Thanks to Richard Harris for his help refining this formula
+            auto lhs_v = double(lhs);
+            bool relativeOK = std::fabs(lhs_v - rhs.m_value) < rhs.m_epsilon * (rhs.m_scale + (std::max)(std::fabs(lhs_v), std::fabs(rhs.m_value)));
+            if (relativeOK) {
+                return true;
+            }
+            return std::fabs(lhs_v - rhs.m_value) < rhs.m_margin;
+        }
+
+        template <typename T, typename = typename std::enable_if<std::is_constructible<double, T>::value>::type>
+        friend bool operator == ( Approx const& lhs, const T& rhs ) {
+            return operator==( rhs, lhs );
+        }
+
+        template <typename T, typename = typename std::enable_if<std::is_constructible<double, T>::value>::type>
+        friend bool operator != ( T lhs, Approx const& rhs ) {
+            return !operator==( lhs, rhs );
+        }
+
+        template <typename T, typename = typename std::enable_if<std::is_constructible<double, T>::value>::type>
+        friend bool operator != ( Approx const& lhs, T rhs ) {
+            return !operator==( rhs, lhs );
+        }
+
+        template <typename T, typename = typename std::enable_if<std::is_constructible<double, T>::value>::type>
+        friend bool operator <= ( T lhs, Approx const& rhs ) {
+            return double(lhs) < rhs.m_value || lhs == rhs;
+        }
+
+        template <typename T, typename = typename std::enable_if<std::is_constructible<double, T>::value>::type>
+        friend bool operator <= ( Approx const& lhs, T rhs ) {
+            return lhs.m_value < double(rhs) || lhs == rhs;
+        }
+
+        template <typename T, typename = typename std::enable_if<std::is_constructible<double, T>::value>::type>
+        friend bool operator >= ( T lhs, Approx const& rhs ) {
+            return double(lhs) > rhs.m_value || lhs == rhs;
+        }
+
+        template <typename T, typename = typename std::enable_if<std::is_constructible<double, T>::value>::type>
+        friend bool operator >= ( Approx const& lhs, T rhs ) {
+            return lhs.m_value > double(rhs) || lhs == rhs;
+        }
+
+        template <typename T, typename = typename std::enable_if<std::is_constructible<double, T>::value>::type>
+        Approx& epsilon( T newEpsilon ) {
+            m_epsilon = double(newEpsilon);
+            return *this;
+        }
+
+        template <typename T, typename = typename std::enable_if<std::is_constructible<double, T>::value>::type>
+        Approx& margin( T newMargin ) {
+            m_margin = double(newMargin);
+            return *this;
+        }
+
+        template <typename T, typename = typename std::enable_if<std::is_constructible<double, T>::value>::type>
+        Approx& scale( T newScale ) {
+            m_scale = double(newScale);
+            return *this;
+        }
+
+#else
+
+        Approx operator()( double value ) {
+            Approx approx( value );
+            approx.epsilon( m_epsilon );
+            approx.margin( m_margin );
+            approx.scale( m_scale );
+            return approx;
+        }
+
+        friend bool operator == ( double lhs, Approx const& rhs ) {
+            // Thanks to Richard Harris for his help refining this formula
+            bool relativeOK = std::fabs( lhs - rhs.m_value ) < rhs.m_epsilon * (rhs.m_scale + (std::max)( std::fabs(lhs), std::fabs(rhs.m_value) ) );
+            if (relativeOK) {
+                return true;
+            }
+            return std::fabs(lhs - rhs.m_value) < rhs.m_margin;
+        }
+
+        friend bool operator == ( Approx const& lhs, double rhs ) {
+            return operator==( rhs, lhs );
+        }
+
+        friend bool operator != ( double lhs, Approx const& rhs ) {
+            return !operator==( lhs, rhs );
+        }
+
+        friend bool operator != ( Approx const& lhs, double rhs ) {
+            return !operator==( rhs, lhs );
+        }
+
+        friend bool operator <= ( double lhs, Approx const& rhs ) {
+            return lhs < rhs.m_value || lhs == rhs;
+        }
+
+        friend bool operator <= ( Approx const& lhs, double rhs ) {
+            return lhs.m_value < rhs || lhs == rhs;
+        }
+
+        friend bool operator >= ( double lhs, Approx const& rhs ) {
+            return lhs > rhs.m_value || lhs == rhs;
+        }
+
+        friend bool operator >= ( Approx const& lhs, double rhs ) {
+            return lhs.m_value > rhs || lhs == rhs;
+        }
+
+        Approx& epsilon( double newEpsilon ) {
+            m_epsilon = newEpsilon;
+            return *this;
+        }
+
+        Approx& margin( double newMargin ) {
+            m_margin = newMargin;
+            return *this;
+        }
+
+        Approx& scale( double newScale ) {
+            m_scale = newScale;
+            return *this;
+        }
+#endif
+
+        std::string toString() const {
+            std::ostringstream oss;
+            oss << "Approx( " << Catch::toString( m_value ) << " )";
+            return oss.str();
+        }
+
+    private:
+        double m_epsilon;
+        double m_margin;
+        double m_scale;
+        double m_value;
+    };
+}
+
+template<>
+inline std::string toString<Detail::Approx>( Detail::Approx const& value ) {
+    return value.toString();
+}
+
+} // end namespace Catch
+
+// #included from: internal/catch_matchers_string.h
+#define TWOBLUECUBES_CATCH_MATCHERS_STRING_H_INCLUDED
+
+namespace Catch {
+namespace Matchers {
+
+    namespace StdString {
+
+        struct CasedString
+        {
+            CasedString( std::string const& str, CaseSensitive::Choice caseSensitivity );
+            std::string adjustString( std::string const& str ) const;
+            std::string caseSensitivitySuffix() const;
+
+            CaseSensitive::Choice m_caseSensitivity;
+            std::string m_str;
+        };
+
+        struct StringMatcherBase : MatcherBase<std::string> {
+            StringMatcherBase( std::string const& operation, CasedString const& comparator );
+            virtual std::string describe() const CATCH_OVERRIDE;
+
+            CasedString m_comparator;
+            std::string m_operation;
+        };
+
+        struct EqualsMatcher : StringMatcherBase {
+            EqualsMatcher( CasedString const& comparator );
+            virtual bool match( std::string const& source ) const CATCH_OVERRIDE;
+        };
+        struct ContainsMatcher : StringMatcherBase {
+            ContainsMatcher( CasedString const& comparator );
+            virtual bool match( std::string const& source ) const CATCH_OVERRIDE;
+        };
+        struct StartsWithMatcher : StringMatcherBase {
+            StartsWithMatcher( CasedString const& comparator );
+            virtual bool match( std::string const& source ) const CATCH_OVERRIDE;
+        };
+        struct EndsWithMatcher : StringMatcherBase {
+            EndsWithMatcher( CasedString const& comparator );
+            virtual bool match( std::string const& source ) const CATCH_OVERRIDE;
+        };
+
+    } // namespace StdString
+
+    // The following functions create the actual matcher objects.
+    // This allows the types to be inferred
+
+    StdString::EqualsMatcher Equals( std::string const& str, CaseSensitive::Choice caseSensitivity = CaseSensitive::Yes );
+    StdString::ContainsMatcher Contains( std::string const& str, CaseSensitive::Choice caseSensitivity = CaseSensitive::Yes );
+    StdString::EndsWithMatcher EndsWith( std::string const& str, CaseSensitive::Choice caseSensitivity = CaseSensitive::Yes );
+    StdString::StartsWithMatcher StartsWith( std::string const& str, CaseSensitive::Choice caseSensitivity = CaseSensitive::Yes );
+
+} // namespace Matchers
+} // namespace Catch
+
+// #included from: internal/catch_matchers_vector.h
+#define TWOBLUECUBES_CATCH_MATCHERS_VECTOR_H_INCLUDED
+
+namespace Catch {
+namespace Matchers {
+
+    namespace Vector {
+
+        template<typename T>
+        struct ContainsElementMatcher : MatcherBase<std::vector<T>, T> {
+
+            ContainsElementMatcher(T const &comparator) : m_comparator( comparator) {}
+
+            bool match(std::vector<T> const &v) const CATCH_OVERRIDE {
+                return std::find(v.begin(), v.end(), m_comparator) != v.end();
+            }
+
+            virtual std::string describe() const CATCH_OVERRIDE {
+                return "Contains: " + Catch::toString( m_comparator );
+            }
+
+            T const& m_comparator;
+        };
+
+        template<typename T>
+        struct ContainsMatcher : MatcherBase<std::vector<T>, std::vector<T> > {
+
+            ContainsMatcher(std::vector<T> const &comparator) : m_comparator( comparator ) {}
+
+            bool match(std::vector<T> const &v) const CATCH_OVERRIDE {
+                // !TBD: see note in EqualsMatcher
+                if (m_comparator.size() > v.size())
+                    return false;
+                for (size_t i = 0; i < m_comparator.size(); ++i)
+                    if (std::find(v.begin(), v.end(), m_comparator[i]) == v.end())
+                        return false;
+                return true;
+            }
+            virtual std::string describe() const CATCH_OVERRIDE {
+                return "Contains: " + Catch::toString( m_comparator );
+            }
+
+            std::vector<T> const& m_comparator;
+        };
+
+        template<typename T>
+        struct EqualsMatcher : MatcherBase<std::vector<T>, std::vector<T> > {
+
+            EqualsMatcher(std::vector<T> const &comparator) : m_comparator( comparator ) {}
+
+            bool match(std::vector<T> const &v) const CATCH_OVERRIDE {
+                // !TBD: This currently works if all elements can be compared using !=
+                // - a more general approach would be via a compare template that defaults
+                // to using !=. but could be specialised for, e.g. std::vector<T> etc
+                // - then just call that directly
+                if (m_comparator.size() != v.size())
+                    return false;
+                for (size_t i = 0; i < v.size(); ++i)
+                    if (m_comparator[i] != v[i])
+                        return false;
+                return true;
+            }
+            virtual std::string describe() const CATCH_OVERRIDE {
+                return "Equals: " + Catch::toString( m_comparator );
+            }
+            std::vector<T> const& m_comparator;
+        };
+
+    } // namespace Vector
+
+    // The following functions create the actual matcher objects.
+    // This allows the types to be inferred
+
+    template<typename T>
+    Vector::ContainsMatcher<T> Contains( std::vector<T> const& comparator ) {
+        return Vector::ContainsMatcher<T>( comparator );
+    }
+
+    template<typename T>
+    Vector::ContainsElementMatcher<T> VectorContains( T const& comparator ) {
+        return Vector::ContainsElementMatcher<T>( comparator );
+    }
+
+    template<typename T>
+    Vector::EqualsMatcher<T> Equals( std::vector<T> const& comparator ) {
+        return Vector::EqualsMatcher<T>( comparator );
+    }
+
+} // namespace Matchers
+} // namespace Catch
+
+// #included from: internal/catch_interfaces_tag_alias_registry.h
+#define TWOBLUECUBES_CATCH_INTERFACES_TAG_ALIAS_REGISTRY_H_INCLUDED
+
+// #included from: catch_tag_alias.h
+#define TWOBLUECUBES_CATCH_TAG_ALIAS_H_INCLUDED
+
+#include <string>
+
+namespace Catch {
+
+    struct TagAlias {
+        TagAlias( std::string const& _tag, SourceLineInfo _lineInfo ) : tag( _tag ), lineInfo( _lineInfo ) {}
+
+        std::string tag;
+        SourceLineInfo lineInfo;
+    };
+
+    struct RegistrarForTagAliases {
+        RegistrarForTagAliases( char const* alias, char const* tag, SourceLineInfo const& lineInfo );
+    };
+
+} // end namespace Catch
+
+#define CATCH_REGISTER_TAG_ALIAS( alias, spec ) namespace{ Catch::RegistrarForTagAliases INTERNAL_CATCH_UNIQUE_NAME( AutoRegisterTagAlias )( alias, spec, CATCH_INTERNAL_LINEINFO ); }
+// #included from: catch_option.hpp
+#define TWOBLUECUBES_CATCH_OPTION_HPP_INCLUDED
+
+namespace Catch {
+
+    // An optional type
+    template<typename T>
+    class Option {
+    public:
+        Option() : nullableValue( CATCH_NULL ) {}
+        Option( T const& _value )
+        : nullableValue( new( storage ) T( _value ) )
+        {}
+        Option( Option const& _other )
+        : nullableValue( _other ? new( storage ) T( *_other ) : CATCH_NULL )
+        {}
+
+        ~Option() {
+            reset();
+        }
+
+        Option& operator= ( Option const& _other ) {
+            if( &_other != this ) {
+                reset();
+                if( _other )
+                    nullableValue = new( storage ) T( *_other );
+            }
+            return *this;
+        }
+        Option& operator = ( T const& _value ) {
+            reset();
+            nullableValue = new( storage ) T( _value );
+            return *this;
+        }
+
+        void reset() {
+            if( nullableValue )
+                nullableValue->~T();
+            nullableValue = CATCH_NULL;
+        }
+
+        T& operator*() { return *nullableValue; }
+        T const& operator*() const { return *nullableValue; }
+        T* operator->() { return nullableValue; }
+        const T* operator->() const { return nullableValue; }
+
+        T valueOr( T const& defaultValue ) const {
+            return nullableValue ? *nullableValue : defaultValue;
+        }
+
+        bool some() const { return nullableValue != CATCH_NULL; }
+        bool none() const { return nullableValue == CATCH_NULL; }
+
+        bool operator !() const { return nullableValue == CATCH_NULL; }
+        operator SafeBool::type() const {
+            return SafeBool::makeSafe( some() );
+        }
+
+    private:
+        T *nullableValue;
+        union {
+            char storage[sizeof(T)];
+
+            // These are here to force alignment for the storage
+            long double dummy1;
+            void (*dummy2)();
+            long double dummy3;
+#ifdef CATCH_CONFIG_CPP11_LONG_LONG
+            long long dummy4;
+#endif
+        };
+    };
+
+} // end namespace Catch
+
+namespace Catch {
+
+    struct ITagAliasRegistry {
+        virtual ~ITagAliasRegistry();
+        virtual Option<TagAlias> find( std::string const& alias ) const = 0;
+        virtual std::string expandAliases( std::string const& unexpandedTestSpec ) const = 0;
+
+        static ITagAliasRegistry const& get();
+    };
+
+} // end namespace Catch
+
+// These files are included here so the single_include script doesn't put them
+// in the conditionally compiled sections
+// #included from: internal/catch_test_case_info.h
+#define TWOBLUECUBES_CATCH_TEST_CASE_INFO_H_INCLUDED
+
+#include <string>
+#include <set>
+
+#ifdef __clang__
+#pragma clang diagnostic push
+#pragma clang diagnostic ignored "-Wpadded"
+#endif
+
+namespace Catch {
+
+    struct ITestCase;
+
+    struct TestCaseInfo {
+        enum SpecialProperties{
+            None = 0,
+            IsHidden = 1 << 1,
+            ShouldFail = 1 << 2,
+            MayFail = 1 << 3,
+            Throws = 1 << 4,
+            NonPortable = 1 << 5
+        };
+
+        TestCaseInfo(   std::string const& _name,
+                        std::string const& _className,
+                        std::string const& _description,
+                        std::set<std::string> const& _tags,
+                        SourceLineInfo const& _lineInfo );
+
+        TestCaseInfo( TestCaseInfo const& other );
+
+        friend void setTags( TestCaseInfo& testCaseInfo, std::set<std::string> const& tags );
+
+        bool isHidden() const;
+        bool throws() const;
+        bool okToFail() const;
+        bool expectedToFail() const;
+
+        std::string name;
+        std::string className;
+        std::string description;
+        std::set<std::string> tags;
+        std::set<std::string> lcaseTags;
+        std::string tagsAsString;
+        SourceLineInfo lineInfo;
+        SpecialProperties properties;
+    };
+
+    class TestCase : public TestCaseInfo {
+    public:
+
+        TestCase( ITestCase* testCase, TestCaseInfo const& info );
+        TestCase( TestCase const& other );
+
+        TestCase withName( std::string const& _newName ) const;
+
+        void invoke() const;
+
+        TestCaseInfo const& getTestCaseInfo() const;
+
+        void swap( TestCase& other );
+        bool operator == ( TestCase const& other ) const;
+        bool operator < ( TestCase const& other ) const;
+        TestCase& operator = ( TestCase const& other );
+
+    private:
+        Ptr<ITestCase> test;
+    };
+
+    TestCase makeTestCase(  ITestCase* testCase,
+                            std::string const& className,
+                            std::string const& name,
+                            std::string const& description,
+                            SourceLineInfo const& lineInfo );
+}
+
+#ifdef __clang__
+#pragma clang diagnostic pop
+#endif
+
+
+#ifdef __OBJC__
+// #included from: internal/catch_objc.hpp
+#define TWOBLUECUBES_CATCH_OBJC_HPP_INCLUDED
+
+#import <objc/runtime.h>
+
+#include <string>
+
+// NB. Any general catch headers included here must be included
+// in catch.hpp first to make sure they are included by the single
+// header for non obj-usage
+
+///////////////////////////////////////////////////////////////////////////////
+// This protocol is really only here for (self) documenting purposes, since
+// all its methods are optional.
+@protocol OcFixture
+
+@optional
+
+-(void) setUp;
+-(void) tearDown;
+
+@end
+
+namespace Catch {
+
+    class OcMethod : public SharedImpl<ITestCase> {
+
+    public:
+        OcMethod( Class cls, SEL sel ) : m_cls( cls ), m_sel( sel ) {}
+
+        virtual void invoke() const {
+            id obj = [[m_cls alloc] init];
+
+            performOptionalSelector( obj, @selector(setUp)  );
+            performOptionalSelector( obj, m_sel );
+            performOptionalSelector( obj, @selector(tearDown)  );
+
+            arcSafeRelease( obj );
+        }
+    private:
+        virtual ~OcMethod() {}
+
+        Class m_cls;
+        SEL m_sel;
+    };
+
+    namespace Detail{
+
+        inline std::string getAnnotation(   Class cls,
+                                            std::string const& annotationName,
+                                            std::string const& testCaseName ) {
+            NSString* selStr = [[NSString alloc] initWithFormat:@"Catch_%s_%s", annotationName.c_str(), testCaseName.c_str()];
+            SEL sel = NSSelectorFromString( selStr );
+            arcSafeRelease( selStr );
+            id value = performOptionalSelector( cls, sel );
+            if( value )
+                return [(NSString*)value UTF8String];
+            return "";
+        }
+    }
+
+    inline size_t registerTestMethods() {
+        size_t noTestMethods = 0;
+        int noClasses = objc_getClassList( CATCH_NULL, 0 );
+
+        Class* classes = (CATCH_UNSAFE_UNRETAINED Class *)malloc( sizeof(Class) * noClasses);
+        objc_getClassList( classes, noClasses );
+
+        for( int c = 0; c < noClasses; c++ ) {
+            Class cls = classes[c];
+            {
+                u_int count;
+                Method* methods = class_copyMethodList( cls, &count );
+                for( u_int m = 0; m < count ; m++ ) {
+                    SEL selector = method_getName(methods[m]);
+                    std::string methodName = sel_getName(selector);
+                    if( startsWith( methodName, "Catch_TestCase_" ) ) {
+                        std::string testCaseName = methodName.substr( 15 );
+                        std::string name = Detail::getAnnotation( cls, "Name", testCaseName );
+                        std::string desc = Detail::getAnnotation( cls, "Description", testCaseName );
+                        const char* className = class_getName( cls );
+
+                        getMutableRegistryHub().registerTest( makeTestCase( new OcMethod( cls, selector ), className, name.c_str(), desc.c_str(), SourceLineInfo() ) );
+                        noTestMethods++;
+                    }
+                }
+                free(methods);
+            }
+        }
+        return noTestMethods;
+    }
+
+    namespace Matchers {
+        namespace Impl {
+        namespace NSStringMatchers {
+
+            struct StringHolder : MatcherBase<NSString*>{
+                StringHolder( NSString* substr ) : m_substr( [substr copy] ){}
+                StringHolder( StringHolder const& other ) : m_substr( [other.m_substr copy] ){}
+                StringHolder() {
+                    arcSafeRelease( m_substr );
+                }
+
+                virtual bool match( NSString* arg ) const CATCH_OVERRIDE {
+                    return false;
+                }
+
+                NSString* m_substr;
+            };
+
+            struct Equals : StringHolder {
+                Equals( NSString* substr ) : StringHolder( substr ){}
+
+                virtual bool match( NSString* str ) const CATCH_OVERRIDE {
+                    return  (str != nil || m_substr == nil ) &&
+                            [str isEqualToString:m_substr];
+                }
+
+                virtual std::string describe() const CATCH_OVERRIDE {
+                    return "equals string: " + Catch::toString( m_substr );
+                }
+            };
+
+            struct Contains : StringHolder {
+                Contains( NSString* substr ) : StringHolder( substr ){}
+
+                virtual bool match( NSString* str ) const {
+                    return  (str != nil || m_substr == nil ) &&
+                            [str rangeOfString:m_substr].location != NSNotFound;
+                }
+
+                virtual std::string describe() const CATCH_OVERRIDE {
+                    return "contains string: " + Catch::toString( m_substr );
+                }
+            };
+
+            struct StartsWith : StringHolder {
+                StartsWith( NSString* substr ) : StringHolder( substr ){}
+
+                virtual bool match( NSString* str ) const {
+                    return  (str != nil || m_substr == nil ) &&
+                            [str rangeOfString:m_substr].location == 0;
+                }
+
+                virtual std::string describe() const CATCH_OVERRIDE {
+                    return "starts with: " + Catch::toString( m_substr );
+                }
+            };
+            struct EndsWith : StringHolder {
+                EndsWith( NSString* substr ) : StringHolder( substr ){}
+
+                virtual bool match( NSString* str ) const {
+                    return  (str != nil || m_substr == nil ) &&
+                            [str rangeOfString:m_substr].location == [str length] - [m_substr length];
+                }
+
+                virtual std::string describe() const CATCH_OVERRIDE {
+                    return "ends with: " + Catch::toString( m_substr );
+                }
+            };
+
+        } // namespace NSStringMatchers
+        } // namespace Impl
+
+        inline Impl::NSStringMatchers::Equals
+            Equals( NSString* substr ){ return Impl::NSStringMatchers::Equals( substr ); }
+
+        inline Impl::NSStringMatchers::Contains
+            Contains( NSString* substr ){ return Impl::NSStringMatchers::Contains( substr ); }
+
+        inline Impl::NSStringMatchers::StartsWith
+            StartsWith( NSString* substr ){ return Impl::NSStringMatchers::StartsWith( substr ); }
+
+        inline Impl::NSStringMatchers::EndsWith
+            EndsWith( NSString* substr ){ return Impl::NSStringMatchers::EndsWith( substr ); }
+
+    } // namespace Matchers
+
+    using namespace Matchers;
+
+} // namespace Catch
+
+///////////////////////////////////////////////////////////////////////////////
+#define OC_TEST_CASE( name, desc )\
++(NSString*) INTERNAL_CATCH_UNIQUE_NAME( Catch_Name_test ) \
+{\
+return @ name; \
+}\
++(NSString*) INTERNAL_CATCH_UNIQUE_NAME( Catch_Description_test ) \
+{ \
+return @ desc; \
+} \
+-(void) INTERNAL_CATCH_UNIQUE_NAME( Catch_TestCase_test )
+
+#endif
+
+#ifdef CATCH_IMPL
+
+// !TBD: Move the leak detector code into a separate header
+#ifdef CATCH_CONFIG_WINDOWS_CRTDBG
+#include <crtdbg.h>
+class LeakDetector {
+public:
+    LeakDetector() {
+        int flag = _CrtSetDbgFlag(_CRTDBG_REPORT_FLAG);
+        flag |= _CRTDBG_LEAK_CHECK_DF;
+        flag |= _CRTDBG_ALLOC_MEM_DF;
+        _CrtSetDbgFlag(flag);
+        _CrtSetReportMode(_CRT_WARN, _CRTDBG_MODE_FILE | _CRTDBG_MODE_DEBUG);
+        _CrtSetReportFile(_CRT_WARN, _CRTDBG_FILE_STDERR);
+        // Change this to leaking allocation's number to break there
+        _CrtSetBreakAlloc(-1);
+    }
+};
+#else
+class LeakDetector {};
+#endif
+
+LeakDetector leakDetector;
+
+// #included from: internal/catch_impl.hpp
+#define TWOBLUECUBES_CATCH_IMPL_HPP_INCLUDED
+
+// Collect all the implementation files together here
+// These are the equivalent of what would usually be cpp files
+
+#ifdef __clang__
+#pragma clang diagnostic push
+#pragma clang diagnostic ignored "-Wweak-vtables"
+#endif
+
+// #included from: ../catch_session.hpp
+#define TWOBLUECUBES_CATCH_RUNNER_HPP_INCLUDED
+
+// #included from: internal/catch_commandline.hpp
+#define TWOBLUECUBES_CATCH_COMMANDLINE_HPP_INCLUDED
+
+// #included from: catch_config.hpp
+#define TWOBLUECUBES_CATCH_CONFIG_HPP_INCLUDED
+
+// #included from: catch_test_spec_parser.hpp
+#define TWOBLUECUBES_CATCH_TEST_SPEC_PARSER_HPP_INCLUDED
+
+#ifdef __clang__
+#pragma clang diagnostic push
+#pragma clang diagnostic ignored "-Wpadded"
+#endif
+
+// #included from: catch_test_spec.hpp
+#define TWOBLUECUBES_CATCH_TEST_SPEC_HPP_INCLUDED
+
+#ifdef __clang__
+#pragma clang diagnostic push
+#pragma clang diagnostic ignored "-Wpadded"
+#endif
+
+// #included from: catch_wildcard_pattern.hpp
+#define TWOBLUECUBES_CATCH_WILDCARD_PATTERN_HPP_INCLUDED
+
+#include <stdexcept>
+
+namespace Catch
+{
+    class WildcardPattern {
+        enum WildcardPosition {
+            NoWildcard = 0,
+            WildcardAtStart = 1,
+            WildcardAtEnd = 2,
+            WildcardAtBothEnds = WildcardAtStart | WildcardAtEnd
+        };
+
+    public:
+
+        WildcardPattern( std::string const& pattern, CaseSensitive::Choice caseSensitivity )
+        :   m_caseSensitivity( caseSensitivity ),
+            m_wildcard( NoWildcard ),
+            m_pattern( adjustCase( pattern ) )
+        {
+            if( startsWith( m_pattern, '*' ) ) {
+                m_pattern = m_pattern.substr( 1 );
+                m_wildcard = WildcardAtStart;
+            }
+            if( endsWith( m_pattern, '*' ) ) {
+                m_pattern = m_pattern.substr( 0, m_pattern.size()-1 );
+                m_wildcard = static_cast<WildcardPosition>( m_wildcard | WildcardAtEnd );
+            }
+        }
+        virtual ~WildcardPattern();
+        virtual bool matches( std::string const& str ) const {
+            switch( m_wildcard ) {
+                case NoWildcard:
+                    return m_pattern == adjustCase( str );
+                case WildcardAtStart:
+                    return endsWith( adjustCase( str ), m_pattern );
+                case WildcardAtEnd:
+                    return startsWith( adjustCase( str ), m_pattern );
+                case WildcardAtBothEnds:
+                    return contains( adjustCase( str ), m_pattern );
+            }
+
+#ifdef __clang__
+#pragma clang diagnostic push
+#pragma clang diagnostic ignored "-Wunreachable-code"
+#endif
+            throw std::logic_error( "Unknown enum" );
+#ifdef __clang__
+#pragma clang diagnostic pop
+#endif
+        }
+    private:
+        std::string adjustCase( std::string const& str ) const {
+            return m_caseSensitivity == CaseSensitive::No ? toLower( str ) : str;
+        }
+        CaseSensitive::Choice m_caseSensitivity;
+        WildcardPosition m_wildcard;
+        std::string m_pattern;
+    };
+}
+
+#include <string>
+#include <vector>
+
+namespace Catch {
+
+    class TestSpec {
+        struct Pattern : SharedImpl<> {
+            virtual ~Pattern();
+            virtual bool matches( TestCaseInfo const& testCase ) const = 0;
+        };
+        class NamePattern : public Pattern {
+        public:
+            NamePattern( std::string const& name )
+            : m_wildcardPattern( toLower( name ), CaseSensitive::No )
+            {}
+            virtual ~NamePattern();
+            virtual bool matches( TestCaseInfo const& testCase ) const {
+                return m_wildcardPattern.matches( toLower( testCase.name ) );
+            }
+        private:
+            WildcardPattern m_wildcardPattern;
+        };
+
+        class TagPattern : public Pattern {
+        public:
+            TagPattern( std::string const& tag ) : m_tag( toLower( tag ) ) {}
+            virtual ~TagPattern();
+            virtual bool matches( TestCaseInfo const& testCase ) const {
+                return testCase.lcaseTags.find( m_tag ) != testCase.lcaseTags.end();
+            }
+        private:
+            std::string m_tag;
+        };
+
+        class ExcludedPattern : public Pattern {
+        public:
+            ExcludedPattern( Ptr<Pattern> const& underlyingPattern ) : m_underlyingPattern( underlyingPattern ) {}
+            virtual ~ExcludedPattern();
+            virtual bool matches( TestCaseInfo const& testCase ) const { return !m_underlyingPattern->matches( testCase ); }
+        private:
+            Ptr<Pattern> m_underlyingPattern;
+        };
+
+        struct Filter {
+            std::vector<Ptr<Pattern> > m_patterns;
+
+            bool matches( TestCaseInfo const& testCase ) const {
+                // All patterns in a filter must match for the filter to be a match
+                for( std::vector<Ptr<Pattern> >::const_iterator it = m_patterns.begin(), itEnd = m_patterns.end(); it != itEnd; ++it ) {
+                    if( !(*it)->matches( testCase ) )
+                        return false;
+                }
+                return true;
+            }
+        };
+
+    public:
+        bool hasFilters() const {
+            return !m_filters.empty();
+        }
+        bool matches( TestCaseInfo const& testCase ) const {
+            // A TestSpec matches if any filter matches
+            for( std::vector<Filter>::const_iterator it = m_filters.begin(), itEnd = m_filters.end(); it != itEnd; ++it )
+                if( it->matches( testCase ) )
+                    return true;
+            return false;
+        }
+
+    private:
+        std::vector<Filter> m_filters;
+
+        friend class TestSpecParser;
+    };
+}
+
+#ifdef __clang__
+#pragma clang diagnostic pop
+#endif
+
+namespace Catch {
+
+    class TestSpecParser {
+        enum Mode{ None, Name, QuotedName, Tag, EscapedName };
+        Mode m_mode;
+        bool m_exclusion;
+        std::size_t m_start, m_pos;
+        std::string m_arg;
+        std::vector<std::size_t> m_escapeChars;
+        TestSpec::Filter m_currentFilter;
+        TestSpec m_testSpec;
+        ITagAliasRegistry const* m_tagAliases;
+
+    public:
+        TestSpecParser( ITagAliasRegistry const& tagAliases ) : m_tagAliases( &tagAliases ) {}
+
+        TestSpecParser& parse( std::string const& arg ) {
+            m_mode = None;
+            m_exclusion = false;
+            m_start = std::string::npos;
+            m_arg = m_tagAliases->expandAliases( arg );
+            m_escapeChars.clear();
+            for( m_pos = 0; m_pos < m_arg.size(); ++m_pos )
+                visitChar( m_arg[m_pos] );
+            if( m_mode == Name )
+                addPattern<TestSpec::NamePattern>();
+            return *this;
+        }
+        TestSpec testSpec() {
+            addFilter();
+            return m_testSpec;
+        }
+    private:
+        void visitChar( char c ) {
+            if( m_mode == None ) {
+                switch( c ) {
+                case ' ': return;
+                case '~': m_exclusion = true; return;
+                case '[': return startNewMode( Tag, ++m_pos );
+                case '"': return startNewMode( QuotedName, ++m_pos );
+                case '\\': return escape();
+                default: startNewMode( Name, m_pos ); break;
+                }
+            }
+            if( m_mode == Name ) {
+                if( c == ',' ) {
+                    addPattern<TestSpec::NamePattern>();
+                    addFilter();
+                }
+                else if( c == '[' ) {
+                    if( subString() == "exclude:" )
+                        m_exclusion = true;
+                    else
+                        addPattern<TestSpec::NamePattern>();
+                    startNewMode( Tag, ++m_pos );
+                }
+                else if( c == '\\' )
+                    escape();
+            }
+            else if( m_mode == EscapedName )
+                m_mode = Name;
+            else if( m_mode == QuotedName && c == '"' )
+                addPattern<TestSpec::NamePattern>();
+            else if( m_mode == Tag && c == ']' )
+                addPattern<TestSpec::TagPattern>();
+        }
+        void startNewMode( Mode mode, std::size_t start ) {
+            m_mode = mode;
+            m_start = start;
+        }
+        void escape() {
+            if( m_mode == None )
+                m_start = m_pos;
+            m_mode = EscapedName;
+            m_escapeChars.push_back( m_pos );
+        }
+        std::string subString() const { return m_arg.substr( m_start, m_pos - m_start ); }
+        template<typename T>
+        void addPattern() {
+            std::string token = subString();
+            for( size_t i = 0; i < m_escapeChars.size(); ++i )
+                token = token.substr( 0, m_escapeChars[i]-m_start-i ) + token.substr( m_escapeChars[i]-m_start-i+1 );
+            m_escapeChars.clear();
+            if( startsWith( token, "exclude:" ) ) {
+                m_exclusion = true;
+                token = token.substr( 8 );
+            }
+            if( !token.empty() ) {
+                Ptr<TestSpec::Pattern> pattern = new T( token );
+                if( m_exclusion )
+                    pattern = new TestSpec::ExcludedPattern( pattern );
+                m_currentFilter.m_patterns.push_back( pattern );
+            }
+            m_exclusion = false;
+            m_mode = None;
+        }
+        void addFilter() {
+            if( !m_currentFilter.m_patterns.empty() ) {
+                m_testSpec.m_filters.push_back( m_currentFilter );
+                m_currentFilter = TestSpec::Filter();
+            }
+        }
+    };
+    inline TestSpec parseTestSpec( std::string const& arg ) {
+        return TestSpecParser( ITagAliasRegistry::get() ).parse( arg ).testSpec();
+    }
+
+} // namespace Catch
+
+#ifdef __clang__
+#pragma clang diagnostic pop
+#endif
+
+// #included from: catch_interfaces_config.h
+#define TWOBLUECUBES_CATCH_INTERFACES_CONFIG_H_INCLUDED
+
+#include <iosfwd>
+#include <string>
+#include <vector>
+
+namespace Catch {
+
+    struct Verbosity { enum Level {
+        NoOutput = 0,
+        Quiet,
+        Normal
+    }; };
+
+    struct WarnAbout { enum What {
+        Nothing = 0x00,
+        NoAssertions = 0x01
+    }; };
+
+    struct ShowDurations { enum OrNot {
+        DefaultForReporter,
+        Always,
+        Never
+    }; };
+    struct RunTests { enum InWhatOrder {
+        InDeclarationOrder,
+        InLexicographicalOrder,
+        InRandomOrder
+    }; };
+    struct UseColour { enum YesOrNo {
+        Auto,
+        Yes,
+        No
+    }; };
+
+    class TestSpec;
+
+    struct IConfig : IShared {
+
+        virtual ~IConfig();
+
+        virtual bool allowThrows() const = 0;
+        virtual std::ostream& stream() const = 0;
+        virtual std::string name() const = 0;
+        virtual bool includeSuccessfulResults() const = 0;
+        virtual bool shouldDebugBreak() const = 0;
+        virtual bool warnAboutMissingAssertions() const = 0;
+        virtual int abortAfter() const = 0;
+        virtual bool showInvisibles() const = 0;
+        virtual ShowDurations::OrNot showDurations() const = 0;
+        virtual TestSpec const& testSpec() const = 0;
+        virtual RunTests::InWhatOrder runOrder() const = 0;
+        virtual unsigned int rngSeed() const = 0;
+        virtual UseColour::YesOrNo useColour() const = 0;
+        virtual std::vector<std::string> const& getSectionsToRun() const = 0;
+
+    };
+}
+
+// #included from: catch_stream.h
+#define TWOBLUECUBES_CATCH_STREAM_H_INCLUDED
+
+// #included from: catch_streambuf.h
+#define TWOBLUECUBES_CATCH_STREAMBUF_H_INCLUDED
+
+#include <streambuf>
+
+namespace Catch {
+
+    class StreamBufBase : public std::streambuf {
+    public:
+        virtual ~StreamBufBase() CATCH_NOEXCEPT;
+    };
+}
+
+#include <streambuf>
+#include <ostream>
+#include <fstream>
+#include <memory>
+
+namespace Catch {
+
+    std::ostream& cout();
+    std::ostream& cerr();
+
+    struct IStream {
+        virtual ~IStream() CATCH_NOEXCEPT;
+        virtual std::ostream& stream() const = 0;
+    };
+
+    class FileStream : public IStream {
+        mutable std::ofstream m_ofs;
+    public:
+        FileStream( std::string const& filename );
+        virtual ~FileStream() CATCH_NOEXCEPT;
+    public: // IStream
+        virtual std::ostream& stream() const CATCH_OVERRIDE;
+    };
+
+    class CoutStream : public IStream {
+        mutable std::ostream m_os;
+    public:
+        CoutStream();
+        virtual ~CoutStream() CATCH_NOEXCEPT;
+
+    public: // IStream
+        virtual std::ostream& stream() const CATCH_OVERRIDE;
+    };
+
+    class DebugOutStream : public IStream {
+        CATCH_AUTO_PTR( StreamBufBase ) m_streamBuf;
+        mutable std::ostream m_os;
+    public:
+        DebugOutStream();
+        virtual ~DebugOutStream() CATCH_NOEXCEPT;
+
+    public: // IStream
+        virtual std::ostream& stream() const CATCH_OVERRIDE;
+    };
+}
+
+#include <memory>
+#include <vector>
+#include <string>
+#include <stdexcept>
+
+#ifndef CATCH_CONFIG_CONSOLE_WIDTH
+#define CATCH_CONFIG_CONSOLE_WIDTH 80
+#endif
+
+namespace Catch {
+
+    struct ConfigData {
+
+        ConfigData()
+        :   listTests( false ),
+            listTags( false ),
+            listReporters( false ),
+            listTestNamesOnly( false ),
+            listExtraInfo( false ),
+            showSuccessfulTests( false ),
+            shouldDebugBreak( false ),
+            noThrow( false ),
+            showHelp( false ),
+            showInvisibles( false ),
+            filenamesAsTags( false ),
+            abortAfter( -1 ),
+            rngSeed( 0 ),
+            verbosity( Verbosity::Normal ),
+            warnings( WarnAbout::Nothing ),
+            showDurations( ShowDurations::DefaultForReporter ),
+            runOrder( RunTests::InDeclarationOrder ),
+            useColour( UseColour::Auto )
+        {}
+
+        bool listTests;
+        bool listTags;
+        bool listReporters;
+        bool listTestNamesOnly;
+        bool listExtraInfo;
+
+        bool showSuccessfulTests;
+        bool shouldDebugBreak;
+        bool noThrow;
+        bool showHelp;
+        bool showInvisibles;
+        bool filenamesAsTags;
+
+        int abortAfter;
+        unsigned int rngSeed;
+
+        Verbosity::Level verbosity;
+        WarnAbout::What warnings;
+        ShowDurations::OrNot showDurations;
+        RunTests::InWhatOrder runOrder;
+        UseColour::YesOrNo useColour;
+
+        std::string outputFilename;
+        std::string name;
+        std::string processName;
+
+        std::vector<std::string> reporterNames;
+        std::vector<std::string> testsOrTags;
+        std::vector<std::string> sectionsToRun;
+    };
+
+    class Config : public SharedImpl<IConfig> {
+    private:
+        Config( Config const& other );
+        Config& operator = ( Config const& other );
+        virtual void dummy();
+    public:
+
+        Config()
+        {}
+
+        Config( ConfigData const& data )
+        :   m_data( data ),
+            m_stream( openStream() )
+        {
+            if( !data.testsOrTags.empty() ) {
+                TestSpecParser parser( ITagAliasRegistry::get() );
+                for( std::size_t i = 0; i < data.testsOrTags.size(); ++i )
+                    parser.parse( data.testsOrTags[i] );
+                m_testSpec = parser.testSpec();
+            }
+        }
+
+        virtual ~Config() {}
+
+        std::string const& getFilename() const {
+            return m_data.outputFilename ;
+        }
+
+        bool listTests() const { return m_data.listTests; }
+        bool listTestNamesOnly() const { return m_data.listTestNamesOnly; }
+        bool listTags() const { return m_data.listTags; }
+        bool listReporters() const { return m_data.listReporters; }
+        bool listExtraInfo() const { return m_data.listExtraInfo; }
+
+        std::string getProcessName() const { return m_data.processName; }
+
+        std::vector<std::string> const& getReporterNames() const { return m_data.reporterNames; }
+        std::vector<std::string> const& getSectionsToRun() const CATCH_OVERRIDE { return m_data.sectionsToRun; }
+
+        virtual TestSpec const& testSpec() const CATCH_OVERRIDE { return m_testSpec; }
+
+        bool showHelp() const { return m_data.showHelp; }
+
+        // IConfig interface
+        virtual bool allowThrows() const CATCH_OVERRIDE                 { return !m_data.noThrow; }
+        virtual std::ostream& stream() const CATCH_OVERRIDE             { return m_stream->stream(); }
+        virtual std::string name() const CATCH_OVERRIDE                 { return m_data.name.empty() ? m_data.processName : m_data.name; }
+        virtual bool includeSuccessfulResults() const CATCH_OVERRIDE    { return m_data.showSuccessfulTests; }
+        virtual bool warnAboutMissingAssertions() const CATCH_OVERRIDE  { return m_data.warnings & WarnAbout::NoAssertions; }
+        virtual ShowDurations::OrNot showDurations() const CATCH_OVERRIDE { return m_data.showDurations; }
+        virtual RunTests::InWhatOrder runOrder() const CATCH_OVERRIDE   { return m_data.runOrder; }
+        virtual unsigned int rngSeed() const CATCH_OVERRIDE             { return m_data.rngSeed; }
+        virtual UseColour::YesOrNo useColour() const CATCH_OVERRIDE     { return m_data.useColour; }
+        virtual bool shouldDebugBreak() const CATCH_OVERRIDE { return m_data.shouldDebugBreak; }
+        virtual int abortAfter() const CATCH_OVERRIDE { return m_data.abortAfter; }
+        virtual bool showInvisibles() const CATCH_OVERRIDE { return m_data.showInvisibles; }
+
+    private:
+
+        IStream const* openStream() {
+            if( m_data.outputFilename.empty() )
+                return new CoutStream();
+            else if( m_data.outputFilename[0] == '%' ) {
+                if( m_data.outputFilename == "%debug" )
+                    return new DebugOutStream();
+                else
+                    throw std::domain_error( "Unrecognised stream: " + m_data.outputFilename );
+            }
+            else
+                return new FileStream( m_data.outputFilename );
+        }
+        ConfigData m_data;
+
+        CATCH_AUTO_PTR( IStream const ) m_stream;
+        TestSpec m_testSpec;
+    };
+
+} // end namespace Catch
+
+// #included from: catch_clara.h
+#define TWOBLUECUBES_CATCH_CLARA_H_INCLUDED
+
+// Use Catch's value for console width (store Clara's off to the side, if present)
+#ifdef CLARA_CONFIG_CONSOLE_WIDTH
+#define CATCH_TEMP_CLARA_CONFIG_CONSOLE_WIDTH CLARA_CONFIG_CONSOLE_WIDTH
+#undef CLARA_CONFIG_CONSOLE_WIDTH
+#endif
+#define CLARA_CONFIG_CONSOLE_WIDTH CATCH_CONFIG_CONSOLE_WIDTH
+
+// Declare Clara inside the Catch namespace
+#define STITCH_CLARA_OPEN_NAMESPACE namespace Catch {
+// #included from: ../external/clara.h
+
+// Version 0.0.2.4
+
+// Only use header guard if we are not using an outer namespace
+#if !defined(TWOBLUECUBES_CLARA_H_INCLUDED) || defined(STITCH_CLARA_OPEN_NAMESPACE)
+
+#ifndef STITCH_CLARA_OPEN_NAMESPACE
+#define TWOBLUECUBES_CLARA_H_INCLUDED
+#define STITCH_CLARA_OPEN_NAMESPACE
+#define STITCH_CLARA_CLOSE_NAMESPACE
+#else
+#define STITCH_CLARA_CLOSE_NAMESPACE }
+#endif
+
+#define STITCH_TBC_TEXT_FORMAT_OPEN_NAMESPACE STITCH_CLARA_OPEN_NAMESPACE
+
+// ----------- #included from tbc_text_format.h -----------
+
+// Only use header guard if we are not using an outer namespace
+#if !defined(TBC_TEXT_FORMAT_H_INCLUDED) || defined(STITCH_TBC_TEXT_FORMAT_OUTER_NAMESPACE)
+#ifndef STITCH_TBC_TEXT_FORMAT_OUTER_NAMESPACE
+#define TBC_TEXT_FORMAT_H_INCLUDED
+#endif
+
+#include <string>
+#include <vector>
+#include <sstream>
+#include <algorithm>
+#include <cctype>
+
+// Use optional outer namespace
+#ifdef STITCH_TBC_TEXT_FORMAT_OUTER_NAMESPACE
+namespace STITCH_TBC_TEXT_FORMAT_OUTER_NAMESPACE {
+#endif
+
+namespace Tbc {
+
+#ifdef TBC_TEXT_FORMAT_CONSOLE_WIDTH
+    const unsigned int consoleWidth = TBC_TEXT_FORMAT_CONSOLE_WIDTH;
+#else
+    const unsigned int consoleWidth = 80;
+#endif
+
+    struct TextAttributes {
+        TextAttributes()
+        :   initialIndent( std::string::npos ),
+            indent( 0 ),
+            width( consoleWidth-1 ),
+            tabChar( '\t' )
+        {}
+
+        TextAttributes& setInitialIndent( std::size_t _value )  { initialIndent = _value; return *this; }
+        TextAttributes& setIndent( std::size_t _value )         { indent = _value; return *this; }
+        TextAttributes& setWidth( std::size_t _value )          { width = _value; return *this; }
+        TextAttributes& setTabChar( char _value )               { tabChar = _value; return *this; }
+
+        std::size_t initialIndent;  // indent of first line, or npos
+        std::size_t indent;         // indent of subsequent lines, or all if initialIndent is npos
+        std::size_t width;          // maximum width of text, including indent. Longer text will wrap
+        char tabChar;               // If this char is seen the indent is changed to current pos
+    };
+
+    class Text {
+    public:
+        Text( std::string const& _str, TextAttributes const& _attr = TextAttributes() )
+        : attr( _attr )
+        {
+            std::string wrappableChars = " [({.,/|\\-";
+            std::size_t indent = _attr.initialIndent != std::string::npos
+                ? _attr.initialIndent
+                : _attr.indent;
+            std::string remainder = _str;
+
+            while( !remainder.empty() ) {
+                if( lines.size() >= 1000 ) {
+                    lines.push_back( "... message truncated due to excessive size" );
+                    return;
+                }
+                std::size_t tabPos = std::string::npos;
+                std::size_t width = (std::min)( remainder.size(), _attr.width - indent );
+                std::size_t pos = remainder.find_first_of( '\n' );
+                if( pos <= width ) {
+                    width = pos;
+                }
+                pos = remainder.find_last_of( _attr.tabChar, width );
+                if( pos != std::string::npos ) {
+                    tabPos = pos;
+                    if( remainder[width] == '\n' )
+                        width--;
+                    remainder = remainder.substr( 0, tabPos ) + remainder.substr( tabPos+1 );
+                }
+
+                if( width == remainder.size() ) {
+                    spliceLine( indent, remainder, width );
+                }
+                else if( remainder[width] == '\n' ) {
+                    spliceLine( indent, remainder, width );
+                    if( width <= 1 || remainder.size() != 1 )
+                        remainder = remainder.substr( 1 );
+                    indent = _attr.indent;
+                }
+                else {
+                    pos = remainder.find_last_of( wrappableChars, width );
+                    if( pos != std::string::npos && pos > 0 ) {
+                        spliceLine( indent, remainder, pos );
+                        if( remainder[0] == ' ' )
+                            remainder = remainder.substr( 1 );
+                    }
+                    else {
+                        spliceLine( indent, remainder, width-1 );
+                        lines.back() += "-";
+                    }
+                    if( lines.size() == 1 )
+                        indent = _attr.indent;
+                    if( tabPos != std::string::npos )
+                        indent += tabPos;
+                }
+            }
+        }
+
+        void spliceLine( std::size_t _indent, std::string& _remainder, std::size_t _pos ) {
+            lines.push_back( std::string( _indent, ' ' ) + _remainder.substr( 0, _pos ) );
+            _remainder = _remainder.substr( _pos );
+        }
+
+        typedef std::vector<std::string>::const_iterator const_iterator;
+
+        const_iterator begin() const { return lines.begin(); }
+        const_iterator end() const { return lines.end(); }
+        std::string const& last() const { return lines.back(); }
+        std::size_t size() const { return lines.size(); }
+        std::string const& operator[]( std::size_t _index ) const { return lines[_index]; }
+        std::string toString() const {
+            std::ostringstream oss;
+            oss << *this;
+            return oss.str();
+        }
+
+        inline friend std::ostream& operator << ( std::ostream& _stream, Text const& _text ) {
+            for( Text::const_iterator it = _text.begin(), itEnd = _text.end();
+                it != itEnd; ++it ) {
+                if( it != _text.begin() )
+                    _stream << "\n";
+                _stream << *it;
+            }
+            return _stream;
+        }
+
+    private:
+        std::string str;
+        TextAttributes attr;
+        std::vector<std::string> lines;
+    };
+
+} // end namespace Tbc
+
+#ifdef STITCH_TBC_TEXT_FORMAT_OUTER_NAMESPACE
+} // end outer namespace
+#endif
+
+#endif // TBC_TEXT_FORMAT_H_INCLUDED
+
+// ----------- end of #include from tbc_text_format.h -----------
+// ........... back in clara.h
+
+#undef STITCH_TBC_TEXT_FORMAT_OPEN_NAMESPACE
+
+// ----------- #included from clara_compilers.h -----------
+
+#ifndef TWOBLUECUBES_CLARA_COMPILERS_H_INCLUDED
+#define TWOBLUECUBES_CLARA_COMPILERS_H_INCLUDED
+
+// Detect a number of compiler features - mostly C++11/14 conformance - by compiler
+// The following features are defined:
+//
+// CLARA_CONFIG_CPP11_NULLPTR : is nullptr supported?
+// CLARA_CONFIG_CPP11_NOEXCEPT : is noexcept supported?
+// CLARA_CONFIG_CPP11_GENERATED_METHODS : The delete and default keywords for compiler generated methods
+// CLARA_CONFIG_CPP11_OVERRIDE : is override supported?
+// CLARA_CONFIG_CPP11_UNIQUE_PTR : is unique_ptr supported (otherwise use auto_ptr)
+
+// CLARA_CONFIG_CPP11_OR_GREATER : Is C++11 supported?
+
+// CLARA_CONFIG_VARIADIC_MACROS : are variadic macros supported?
+
+// In general each macro has a _NO_<feature name> form
+// (e.g. CLARA_CONFIG_CPP11_NO_NULLPTR) which disables the feature.
+// Many features, at point of detection, define an _INTERNAL_ macro, so they
+// can be combined, en-mass, with the _NO_ forms later.
+
+// All the C++11 features can be disabled with CLARA_CONFIG_NO_CPP11
+
+#ifdef __clang__
+
+#if __has_feature(cxx_nullptr)
+#define CLARA_INTERNAL_CONFIG_CPP11_NULLPTR
+#endif
+
+#if __has_feature(cxx_noexcept)
+#define CLARA_INTERNAL_CONFIG_CPP11_NOEXCEPT
+#endif
+
+#endif // __clang__
+
+////////////////////////////////////////////////////////////////////////////////
+// GCC
+#ifdef __GNUC__
+
+#if __GNUC__ == 4 && __GNUC_MINOR__ >= 6 && defined(__GXX_EXPERIMENTAL_CXX0X__)
+#define CLARA_INTERNAL_CONFIG_CPP11_NULLPTR
+#endif
+
+// - otherwise more recent versions define __cplusplus >= 201103L
+// and will get picked up below
+
+#endif // __GNUC__
+
+////////////////////////////////////////////////////////////////////////////////
+// Visual C++
+#ifdef _MSC_VER
+
+#if (_MSC_VER >= 1600)
+#define CLARA_INTERNAL_CONFIG_CPP11_NULLPTR
+#define CLARA_INTERNAL_CONFIG_CPP11_UNIQUE_PTR
+#endif
+
+#if (_MSC_VER >= 1900 ) // (VC++ 13 (VS2015))
+#define CLARA_INTERNAL_CONFIG_CPP11_NOEXCEPT
+#define CLARA_INTERNAL_CONFIG_CPP11_GENERATED_METHODS
+#endif
+
+#endif // _MSC_VER
+
+////////////////////////////////////////////////////////////////////////////////
+// C++ language feature support
+
+// catch all support for C++11
+#if defined(__cplusplus) && __cplusplus >= 201103L
+
+#define CLARA_CPP11_OR_GREATER
+
+#if !defined(CLARA_INTERNAL_CONFIG_CPP11_NULLPTR)
+#define CLARA_INTERNAL_CONFIG_CPP11_NULLPTR
+#endif
+
+#ifndef CLARA_INTERNAL_CONFIG_CPP11_NOEXCEPT
+#define CLARA_INTERNAL_CONFIG_CPP11_NOEXCEPT
+#endif
+
+#ifndef CLARA_INTERNAL_CONFIG_CPP11_GENERATED_METHODS
+#define CLARA_INTERNAL_CONFIG_CPP11_GENERATED_METHODS
+#endif
+
+#if !defined(CLARA_INTERNAL_CONFIG_CPP11_OVERRIDE)
+#define CLARA_INTERNAL_CONFIG_CPP11_OVERRIDE
+#endif
+#if !defined(CLARA_INTERNAL_CONFIG_CPP11_UNIQUE_PTR)
+#define CLARA_INTERNAL_CONFIG_CPP11_UNIQUE_PTR
+#endif
+
+#endif // __cplusplus >= 201103L
+
+// Now set the actual defines based on the above + anything the user has configured
+#if defined(CLARA_INTERNAL_CONFIG_CPP11_NULLPTR) && !defined(CLARA_CONFIG_CPP11_NO_NULLPTR) && !defined(CLARA_CONFIG_CPP11_NULLPTR) && !defined(CLARA_CONFIG_NO_CPP11)
+#define CLARA_CONFIG_CPP11_NULLPTR
+#endif
+#if defined(CLARA_INTERNAL_CONFIG_CPP11_NOEXCEPT) && !defined(CLARA_CONFIG_CPP11_NO_NOEXCEPT) && !defined(CLARA_CONFIG_CPP11_NOEXCEPT) && !defined(CLARA_CONFIG_NO_CPP11)
+#define CLARA_CONFIG_CPP11_NOEXCEPT
+#endif
+#if defined(CLARA_INTERNAL_CONFIG_CPP11_GENERATED_METHODS) && !defined(CLARA_CONFIG_CPP11_NO_GENERATED_METHODS) && !defined(CLARA_CONFIG_CPP11_GENERATED_METHODS) && !defined(CLARA_CONFIG_NO_CPP11)
+#define CLARA_CONFIG_CPP11_GENERATED_METHODS
+#endif
+#if defined(CLARA_INTERNAL_CONFIG_CPP11_OVERRIDE) && !defined(CLARA_CONFIG_NO_OVERRIDE) && !defined(CLARA_CONFIG_CPP11_OVERRIDE) && !defined(CLARA_CONFIG_NO_CPP11)
+#define CLARA_CONFIG_CPP11_OVERRIDE
+#endif
+#if defined(CLARA_INTERNAL_CONFIG_CPP11_UNIQUE_PTR) && !defined(CLARA_CONFIG_NO_UNIQUE_PTR) && !defined(CLARA_CONFIG_CPP11_UNIQUE_PTR) && !defined(CLARA_CONFIG_NO_CPP11)
+#define CLARA_CONFIG_CPP11_UNIQUE_PTR
+#endif
+
+// noexcept support:
+#if defined(CLARA_CONFIG_CPP11_NOEXCEPT) && !defined(CLARA_NOEXCEPT)
+#define CLARA_NOEXCEPT noexcept
+#  define CLARA_NOEXCEPT_IS(x) noexcept(x)
+#else
+#define CLARA_NOEXCEPT throw()
+#  define CLARA_NOEXCEPT_IS(x)
+#endif
+
+// nullptr support
+#ifdef CLARA_CONFIG_CPP11_NULLPTR
+#define CLARA_NULL nullptr
+#else
+#define CLARA_NULL NULL
+#endif
+
+// override support
+#ifdef CLARA_CONFIG_CPP11_OVERRIDE
+#define CLARA_OVERRIDE override
+#else
+#define CLARA_OVERRIDE
+#endif
+
+// unique_ptr support
+#ifdef CLARA_CONFIG_CPP11_UNIQUE_PTR
+#   define CLARA_AUTO_PTR( T ) std::unique_ptr<T>
+#else
+#   define CLARA_AUTO_PTR( T ) std::auto_ptr<T>
+#endif
+
+#endif // TWOBLUECUBES_CLARA_COMPILERS_H_INCLUDED
+
+// ----------- end of #include from clara_compilers.h -----------
+// ........... back in clara.h
+
+#include <map>
+#include <stdexcept>
+#include <memory>
+
+#if defined(WIN32) || defined(__WIN32__) || defined(_WIN32) || defined(_MSC_VER)
+#define CLARA_PLATFORM_WINDOWS
+#endif
+
+// Use optional outer namespace
+#ifdef STITCH_CLARA_OPEN_NAMESPACE
+STITCH_CLARA_OPEN_NAMESPACE
+#endif
+
+namespace Clara {
+
+    struct UnpositionalTag {};
+
+    extern UnpositionalTag _;
+
+#ifdef CLARA_CONFIG_MAIN
+    UnpositionalTag _;
+#endif
+
+    namespace Detail {
+
+#ifdef CLARA_CONSOLE_WIDTH
+    const unsigned int consoleWidth = CLARA_CONFIG_CONSOLE_WIDTH;
+#else
+    const unsigned int consoleWidth = 80;
+#endif
+
+        using namespace Tbc;
+
+        inline bool startsWith( std::string const& str, std::string const& prefix ) {
+            return str.size() >= prefix.size() && str.substr( 0, prefix.size() ) == prefix;
+        }
+
+        template<typename T> struct RemoveConstRef{ typedef T type; };
+        template<typename T> struct RemoveConstRef<T&>{ typedef T type; };
+        template<typename T> struct RemoveConstRef<T const&>{ typedef T type; };
+        template<typename T> struct RemoveConstRef<T const>{ typedef T type; };
+
+        template<typename T>    struct IsBool       { static const bool value = false; };
+        template<>              struct IsBool<bool> { static const bool value = true; };
+
+        template<typename T>
+        void convertInto( std::string const& _source, T& _dest ) {
+            std::stringstream ss;
+            ss << _source;
+            ss >> _dest;
+            if( ss.fail() )
+                throw std::runtime_error( "Unable to convert " + _source + " to destination type" );
+        }
+        inline void convertInto( std::string const& _source, std::string& _dest ) {
+            _dest = _source;
+        }
+        char toLowerCh(char c) {
+            return static_cast<char>( std::tolower( c ) );
+        }
+        inline void convertInto( std::string const& _source, bool& _dest ) {
+            std::string sourceLC = _source;
+            std::transform( sourceLC.begin(), sourceLC.end(), sourceLC.begin(), toLowerCh );
+            if( sourceLC == "y" || sourceLC == "1" || sourceLC == "true" || sourceLC == "yes" || sourceLC == "on" )
+                _dest = true;
+            else if( sourceLC == "n" || sourceLC == "0" || sourceLC == "false" || sourceLC == "no" || sourceLC == "off" )
+                _dest = false;
+            else
+                throw std::runtime_error( "Expected a boolean value but did not recognise:\n  '" + _source + "'" );
+        }
+
+        template<typename ConfigT>
+        struct IArgFunction {
+            virtual ~IArgFunction() {}
+#ifdef CLARA_CONFIG_CPP11_GENERATED_METHODS
+            IArgFunction()                      = default;
+            IArgFunction( IArgFunction const& ) = default;
+#endif
+            virtual void set( ConfigT& config, std::string const& value ) const = 0;
+            virtual bool takesArg() const = 0;
+            virtual IArgFunction* clone() const = 0;
+        };
+
+        template<typename ConfigT>
+        class BoundArgFunction {
+        public:
+            BoundArgFunction() : functionObj( CLARA_NULL ) {}
+            BoundArgFunction( IArgFunction<ConfigT>* _functionObj ) : functionObj( _functionObj ) {}
+            BoundArgFunction( BoundArgFunction const& other ) : functionObj( other.functionObj ? other.functionObj->clone() : CLARA_NULL ) {}
+            BoundArgFunction& operator = ( BoundArgFunction const& other ) {
+                IArgFunction<ConfigT>* newFunctionObj = other.functionObj ? other.functionObj->clone() : CLARA_NULL;
+                delete functionObj;
+                functionObj = newFunctionObj;
+                return *this;
+            }
+            ~BoundArgFunction() { delete functionObj; }
+
+            void set( ConfigT& config, std::string const& value ) const {
+                functionObj->set( config, value );
+            }
+            bool takesArg() const { return functionObj->takesArg(); }
+
+            bool isSet() const {
+                return functionObj != CLARA_NULL;
+            }
+        private:
+            IArgFunction<ConfigT>* functionObj;
+        };
+
+        template<typename C>
+        struct NullBinder : IArgFunction<C>{
+            virtual void set( C&, std::string const& ) const {}
+            virtual bool takesArg() const { return true; }
+            virtual IArgFunction<C>* clone() const { return new NullBinder( *this ); }
+        };
+
+        template<typename C, typename M>
+        struct BoundDataMember : IArgFunction<C>{
+            BoundDataMember( M C::* _member ) : member( _member ) {}
+            virtual void set( C& p, std::string const& stringValue ) const {
+                convertInto( stringValue, p.*member );
+            }
+            virtual bool takesArg() const { return !IsBool<M>::value; }
+            virtual IArgFunction<C>* clone() const { return new BoundDataMember( *this ); }
+            M C::* member;
+        };
+        template<typename C, typename M>
+        struct BoundUnaryMethod : IArgFunction<C>{
+            BoundUnaryMethod( void (C::*_member)( M ) ) : member( _member ) {}
+            virtual void set( C& p, std::string const& stringValue ) const {
+                typename RemoveConstRef<M>::type value;
+                convertInto( stringValue, value );
+                (p.*member)( value );
+            }
+            virtual bool takesArg() const { return !IsBool<M>::value; }
+            virtual IArgFunction<C>* clone() const { return new BoundUnaryMethod( *this ); }
+            void (C::*member)( M );
+        };
+        template<typename C>
+        struct BoundNullaryMethod : IArgFunction<C>{
+            BoundNullaryMethod( void (C::*_member)() ) : member( _member ) {}
+            virtual void set( C& p, std::string const& stringValue ) const {
+                bool value;
+                convertInto( stringValue, value );
+                if( value )
+                    (p.*member)();
+            }
+            virtual bool takesArg() const { return false; }
+            virtual IArgFunction<C>* clone() const { return new BoundNullaryMethod( *this ); }
+            void (C::*member)();
+        };
+
+        template<typename C>
+        struct BoundUnaryFunction : IArgFunction<C>{
+            BoundUnaryFunction( void (*_function)( C& ) ) : function( _function ) {}
+            virtual void set( C& obj, std::string const& stringValue ) const {
+                bool value;
+                convertInto( stringValue, value );
+                if( value )
+                    function( obj );
+            }
+            virtual bool takesArg() const { return false; }
+            virtual IArgFunction<C>* clone() const { return new BoundUnaryFunction( *this ); }
+            void (*function)( C& );
+        };
+
+        template<typename C, typename T>
+        struct BoundBinaryFunction : IArgFunction<C>{
+            BoundBinaryFunction( void (*_function)( C&, T ) ) : function( _function ) {}
+            virtual void set( C& obj, std::string const& stringValue ) const {
+                typename RemoveConstRef<T>::type value;
+                convertInto( stringValue, value );
+                function( obj, value );
+            }
+            virtual bool takesArg() const { return !IsBool<T>::value; }
+            virtual IArgFunction<C>* clone() const { return new BoundBinaryFunction( *this ); }
+            void (*function)( C&, T );
+        };
+
+    } // namespace Detail
+
+    inline std::vector<std::string> argsToVector( int argc, char const* const* const argv ) {
+        std::vector<std::string> args( static_cast<std::size_t>( argc ) );
+        for( std::size_t i = 0; i < static_cast<std::size_t>( argc ); ++i )
+            args[i] = argv[i];
+
+        return args;
+    }
+
+    class Parser {
+        enum Mode { None, MaybeShortOpt, SlashOpt, ShortOpt, LongOpt, Positional };
+        Mode mode;
+        std::size_t from;
+        bool inQuotes;
+    public:
+
+        struct Token {
+            enum Type { Positional, ShortOpt, LongOpt };
+            Token( Type _type, std::string const& _data ) : type( _type ), data( _data ) {}
+            Type type;
+            std::string data;
+        };
+
+        Parser() : mode( None ), from( 0 ), inQuotes( false ){}
+
+        void parseIntoTokens( std::vector<std::string> const& args, std::vector<Token>& tokens ) {
+            const std::string doubleDash = "--";
+            for( std::size_t i = 1; i < args.size() && args[i] != doubleDash; ++i )
+                parseIntoTokens( args[i], tokens);
+        }
+
+        void parseIntoTokens( std::string const& arg, std::vector<Token>& tokens ) {
+            for( std::size_t i = 0; i < arg.size(); ++i ) {
+                char c = arg[i];
+                if( c == '"' )
+                    inQuotes = !inQuotes;
+                mode = handleMode( i, c, arg, tokens );
+            }
+            mode = handleMode( arg.size(), '\0', arg, tokens );
+        }
+        Mode handleMode( std::size_t i, char c, std::string const& arg, std::vector<Token>& tokens ) {
+            switch( mode ) {
+                case None: return handleNone( i, c );
+                case MaybeShortOpt: return handleMaybeShortOpt( i, c );
+                case ShortOpt:
+                case LongOpt:
+                case SlashOpt: return handleOpt( i, c, arg, tokens );
+                case Positional: return handlePositional( i, c, arg, tokens );
+                default: throw std::logic_error( "Unknown mode" );
+            }
+        }
+
+        Mode handleNone( std::size_t i, char c ) {
+            if( inQuotes ) {
+                from = i;
+                return Positional;
+            }
+            switch( c ) {
+                case '-': return MaybeShortOpt;
+#ifdef CLARA_PLATFORM_WINDOWS
+                case '/': from = i+1; return SlashOpt;
+#endif
+                default: from = i; return Positional;
+            }
+        }
+        Mode handleMaybeShortOpt( std::size_t i, char c ) {
+            switch( c ) {
+                case '-': from = i+1; return LongOpt;
+                default: from = i; return ShortOpt;
+            }
+        }
+
+        Mode handleOpt( std::size_t i, char c, std::string const& arg, std::vector<Token>& tokens ) {
+            if( std::string( ":=\0", 3 ).find( c ) == std::string::npos )
+                return mode;
+
+            std::string optName = arg.substr( from, i-from );
+            if( mode == ShortOpt )
+                for( std::size_t j = 0; j < optName.size(); ++j )
+                    tokens.push_back( Token( Token::ShortOpt, optName.substr( j, 1 ) ) );
+            else if( mode == SlashOpt && optName.size() == 1 )
+                tokens.push_back( Token( Token::ShortOpt, optName ) );
+            else
+                tokens.push_back( Token( Token::LongOpt, optName ) );
+            return None;
+        }
+        Mode handlePositional( std::size_t i, char c, std::string const& arg, std::vector<Token>& tokens ) {
+            if( inQuotes || std::string( "\0", 1 ).find( c ) == std::string::npos )
+                return mode;
+
+            std::string data = arg.substr( from, i-from );
+            tokens.push_back( Token( Token::Positional, data ) );
+            return None;
+        }
+    };
+
+    template<typename ConfigT>
+    struct CommonArgProperties {
+        CommonArgProperties() {}
+        CommonArgProperties( Detail::BoundArgFunction<ConfigT> const& _boundField ) : boundField( _boundField ) {}
+
+        Detail::BoundArgFunction<ConfigT> boundField;
+        std::string description;
+        std::string detail;
+        std::string placeholder; // Only value if boundField takes an arg
+
+        bool takesArg() const {
+            return !placeholder.empty();
+        }
+        void validate() const {
+            if( !boundField.isSet() )
+                throw std::logic_error( "option not bound" );
+        }
+    };
+    struct OptionArgProperties {
+        std::vector<std::string> shortNames;
+        std::string longName;
+
+        bool hasShortName( std::string const& shortName ) const {
+            return std::find( shortNames.begin(), shortNames.end(), shortName ) != shortNames.end();
+        }
+        bool hasLongName( std::string const& _longName ) const {
+            return _longName == longName;
+        }
+    };
+    struct PositionalArgProperties {
+        PositionalArgProperties() : position( -1 ) {}
+        int position; // -1 means non-positional (floating)
+
+        bool isFixedPositional() const {
+            return position != -1;
+        }
+    };
+
+    template<typename ConfigT>
+    class CommandLine {
+
+        struct Arg : CommonArgProperties<ConfigT>, OptionArgProperties, PositionalArgProperties {
+            Arg() {}
+            Arg( Detail::BoundArgFunction<ConfigT> const& _boundField ) : CommonArgProperties<ConfigT>( _boundField ) {}
+
+            using CommonArgProperties<ConfigT>::placeholder; // !TBD
+
+            std::string dbgName() const {
+                if( !longName.empty() )
+                    return "--" + longName;
+                if( !shortNames.empty() )
+                    return "-" + shortNames[0];
+                return "positional args";
+            }
+            std::string commands() const {
+                std::ostringstream oss;
+                bool first = true;
+                std::vector<std::string>::const_iterator it = shortNames.begin(), itEnd = shortNames.end();
+                for(; it != itEnd; ++it ) {
+                    if( first )
+                        first = false;
+                    else
+                        oss << ", ";
+                    oss << "-" << *it;
+                }
+                if( !longName.empty() ) {
+                    if( !first )
+                        oss << ", ";
+                    oss << "--" << longName;
+                }
+                if( !placeholder.empty() )
+                    oss << " <" << placeholder << ">";
+                return oss.str();
+            }
+        };
+
+        typedef CLARA_AUTO_PTR( Arg ) ArgAutoPtr;
+
+        friend void addOptName( Arg& arg, std::string const& optName )
+        {
+            if( optName.empty() )
+                return;
+            if( Detail::startsWith( optName, "--" ) ) {
+                if( !arg.longName.empty() )
+                    throw std::logic_error( "Only one long opt may be specified. '"
+                        + arg.longName
+                        + "' already specified, now attempting to add '"
+                        + optName + "'" );
+                arg.longName = optName.substr( 2 );
+            }
+            else if( Detail::startsWith( optName, "-" ) )
+                arg.shortNames.push_back( optName.substr( 1 ) );
+            else
+                throw std::logic_error( "option must begin with - or --. Option was: '" + optName + "'" );
+        }
+        friend void setPositionalArg( Arg& arg, int position )
+        {
+            arg.position = position;
+        }
+
+        class ArgBuilder {
+        public:
+            ArgBuilder( Arg* arg ) : m_arg( arg ) {}
+
+            // Bind a non-boolean data member (requires placeholder string)
+            template<typename C, typename M>
+            void bind( M C::* field, std::string const& placeholder ) {
+                m_arg->boundField = new Detail::BoundDataMember<C,M>( field );
+                m_arg->placeholder = placeholder;
+            }
+            // Bind a boolean data member (no placeholder required)
+            template<typename C>
+            void bind( bool C::* field ) {
+                m_arg->boundField = new Detail::BoundDataMember<C,bool>( field );
+            }
+
+            // Bind a method taking a single, non-boolean argument (requires a placeholder string)
+            template<typename C, typename M>
+            void bind( void (C::* unaryMethod)( M ), std::string const& placeholder ) {
+                m_arg->boundField = new Detail::BoundUnaryMethod<C,M>( unaryMethod );
+                m_arg->placeholder = placeholder;
+            }
+
+            // Bind a method taking a single, boolean argument (no placeholder string required)
+            template<typename C>
+            void bind( void (C::* unaryMethod)( bool ) ) {
+                m_arg->boundField = new Detail::BoundUnaryMethod<C,bool>( unaryMethod );
+            }
+
+            // Bind a method that takes no arguments (will be called if opt is present)
+            template<typename C>
+            void bind( void (C::* nullaryMethod)() ) {
+                m_arg->boundField = new Detail::BoundNullaryMethod<C>( nullaryMethod );
+            }
+
+            // Bind a free function taking a single argument - the object to operate on (no placeholder string required)
+            template<typename C>
+            void bind( void (* unaryFunction)( C& ) ) {
+                m_arg->boundField = new Detail::BoundUnaryFunction<C>( unaryFunction );
+            }
+
+            // Bind a free function taking a single argument - the object to operate on (requires a placeholder string)
+            template<typename C, typename T>
+            void bind( void (* binaryFunction)( C&, T ), std::string const& placeholder ) {
+                m_arg->boundField = new Detail::BoundBinaryFunction<C, T>( binaryFunction );
+                m_arg->placeholder = placeholder;
+            }
+
+            ArgBuilder& describe( std::string const& description ) {
+                m_arg->description = description;
+                return *this;
+            }
+            ArgBuilder& detail( std::string const& detail ) {
+                m_arg->detail = detail;
+                return *this;
+            }
+
+        protected:
+            Arg* m_arg;
+        };
+
+        class OptBuilder : public ArgBuilder {
+        public:
+            OptBuilder( Arg* arg ) : ArgBuilder( arg ) {}
+            OptBuilder( OptBuilder& other ) : ArgBuilder( other ) {}
+
+            OptBuilder& operator[]( std::string const& optName ) {
+                addOptName( *ArgBuilder::m_arg, optName );
+                return *this;
+            }
+        };
+
+    public:
+
+        CommandLine()
+        :   m_boundProcessName( new Detail::NullBinder<ConfigT>() ),
+            m_highestSpecifiedArgPosition( 0 ),
+            m_throwOnUnrecognisedTokens( false )
+        {}
+        CommandLine( CommandLine const& other )
+        :   m_boundProcessName( other.m_boundProcessName ),
+            m_options ( other.m_options ),
+            m_positionalArgs( other.m_positionalArgs ),
+            m_highestSpecifiedArgPosition( other.m_highestSpecifiedArgPosition ),
+            m_throwOnUnrecognisedTokens( other.m_throwOnUnrecognisedTokens )
+        {
+            if( other.m_floatingArg.get() )
+                m_floatingArg.reset( new Arg( *other.m_floatingArg ) );
+        }
+
+        CommandLine& setThrowOnUnrecognisedTokens( bool shouldThrow = true ) {
+            m_throwOnUnrecognisedTokens = shouldThrow;
+            return *this;
+        }
+
+        OptBuilder operator[]( std::string const& optName ) {
+            m_options.push_back( Arg() );
+            addOptName( m_options.back(), optName );
+            OptBuilder builder( &m_options.back() );
+            return builder;
+        }
+
+        ArgBuilder operator[]( int position ) {
+            m_positionalArgs.insert( std::make_pair( position, Arg() ) );
+            if( position > m_highestSpecifiedArgPosition )
+                m_highestSpecifiedArgPosition = position;
+            setPositionalArg( m_positionalArgs[position], position );
+            ArgBuilder builder( &m_positionalArgs[position] );
+            return builder;
+        }
+
+        // Invoke this with the _ instance
+        ArgBuilder operator[]( UnpositionalTag ) {
+            if( m_floatingArg.get() )
+                throw std::logic_error( "Only one unpositional argument can be added" );
+            m_floatingArg.reset( new Arg() );
+            ArgBuilder builder( m_floatingArg.get() );
+            return builder;
+        }
+
+        template<typename C, typename M>
+        void bindProcessName( M C::* field ) {
+            m_boundProcessName = new Detail::BoundDataMember<C,M>( field );
+        }
+        template<typename C, typename M>
+        void bindProcessName( void (C::*_unaryMethod)( M ) ) {
+            m_boundProcessName = new Detail::BoundUnaryMethod<C,M>( _unaryMethod );
+        }
+
+        void optUsage( std::ostream& os, std::size_t indent = 0, std::size_t width = Detail::consoleWidth ) const {
+            typename std::vector<Arg>::const_iterator itBegin = m_options.begin(), itEnd = m_options.end(), it;
+            std::size_t maxWidth = 0;
+            for( it = itBegin; it != itEnd; ++it )
+                maxWidth = (std::max)( maxWidth, it->commands().size() );
+
+            for( it = itBegin; it != itEnd; ++it ) {
+                Detail::Text usage( it->commands(), Detail::TextAttributes()
+                                                        .setWidth( maxWidth+indent )
+                                                        .setIndent( indent ) );
+                Detail::Text desc( it->description, Detail::TextAttributes()
+                                                        .setWidth( width - maxWidth - 3 ) );
+
+                for( std::size_t i = 0; i < (std::max)( usage.size(), desc.size() ); ++i ) {
+                    std::string usageCol = i < usage.size() ? usage[i] : "";
+                    os << usageCol;
+
+                    if( i < desc.size() && !desc[i].empty() )
+                        os  << std::string( indent + 2 + maxWidth - usageCol.size(), ' ' )
+                            << desc[i];
+                    os << "\n";
+                }
+            }
+        }
+        std::string optUsage() const {
+            std::ostringstream oss;
+            optUsage( oss );
+            return oss.str();
+        }
+
+        void argSynopsis( std::ostream& os ) const {
+            for( int i = 1; i <= m_highestSpecifiedArgPosition; ++i ) {
+                if( i > 1 )
+                    os << " ";
+                typename std::map<int, Arg>::const_iterator it = m_positionalArgs.find( i );
+                if( it != m_positionalArgs.end() )
+                    os << "<" << it->second.placeholder << ">";
+                else if( m_floatingArg.get() )
+                    os << "<" << m_floatingArg->placeholder << ">";
+                else
+                    throw std::logic_error( "non consecutive positional arguments with no floating args" );
+            }
+            // !TBD No indication of mandatory args
+            if( m_floatingArg.get() ) {
+                if( m_highestSpecifiedArgPosition > 1 )
+                    os << " ";
+                os << "[<" << m_floatingArg->placeholder << "> ...]";
+            }
+        }
+        std::string argSynopsis() const {
+            std::ostringstream oss;
+            argSynopsis( oss );
+            return oss.str();
+        }
+
+        void usage( std::ostream& os, std::string const& procName ) const {
+            validate();
+            os << "usage:\n  " << procName << " ";
+            argSynopsis( os );
+            if( !m_options.empty() ) {
+                os << " [options]\n\nwhere options are: \n";
+                optUsage( os, 2 );
+            }
+            os << "\n";
+        }
+        std::string usage( std::string const& procName ) const {
+            std::ostringstream oss;
+            usage( oss, procName );
+            return oss.str();
+        }
+
+        ConfigT parse( std::vector<std::string> const& args ) const {
+            ConfigT config;
+            parseInto( args, config );
+            return config;
+        }
+
+        std::vector<Parser::Token> parseInto( std::vector<std::string> const& args, ConfigT& config ) const {
+            std::string processName = args.empty() ? std::string() : args[0];
+            std::size_t lastSlash = processName.find_last_of( "/\\" );
+            if( lastSlash != std::string::npos )
+                processName = processName.substr( lastSlash+1 );
+            m_boundProcessName.set( config, processName );
+            std::vector<Parser::Token> tokens;
+            Parser parser;
+            parser.parseIntoTokens( args, tokens );
+            return populate( tokens, config );
+        }
+
+        std::vector<Parser::Token> populate( std::vector<Parser::Token> const& tokens, ConfigT& config ) const {
+            validate();
+            std::vector<Parser::Token> unusedTokens = populateOptions( tokens, config );
+            unusedTokens = populateFixedArgs( unusedTokens, config );
+            unusedTokens = populateFloatingArgs( unusedTokens, config );
+            return unusedTokens;
+        }
+
+        std::vector<Parser::Token> populateOptions( std::vector<Parser::Token> const& tokens, ConfigT& config ) const {
+            std::vector<Parser::Token> unusedTokens;
+            std::vector<std::string> errors;
+            for( std::size_t i = 0; i < tokens.size(); ++i ) {
+                Parser::Token const& token = tokens[i];
+                typename std::vector<Arg>::const_iterator it = m_options.begin(), itEnd = m_options.end();
+                for(; it != itEnd; ++it ) {
+                    Arg const& arg = *it;
+
+                    try {
+                        if( ( token.type == Parser::Token::ShortOpt && arg.hasShortName( token.data ) ) ||
+                            ( token.type == Parser::Token::LongOpt && arg.hasLongName( token.data ) ) ) {
+                            if( arg.takesArg() ) {
+                                if( i == tokens.size()-1 || tokens[i+1].type != Parser::Token::Positional )
+                                    errors.push_back( "Expected argument to option: " + token.data );
+                                else
+                                    arg.boundField.set( config, tokens[++i].data );
+                            }
+                            else {
+                                arg.boundField.set( config, "true" );
+                            }
+                            break;
+                        }
+                    }
+                    catch( std::exception& ex ) {
+                        errors.push_back( std::string( ex.what() ) + "\n- while parsing: (" + arg.commands() + ")" );
+                    }
+                }
+                if( it == itEnd ) {
+                    if( token.type == Parser::Token::Positional || !m_throwOnUnrecognisedTokens )
+                        unusedTokens.push_back( token );
+                    else if( errors.empty() && m_throwOnUnrecognisedTokens )
+                        errors.push_back( "unrecognised option: " + token.data );
+                }
+            }
+            if( !errors.empty() ) {
+                std::ostringstream oss;
+                for( std::vector<std::string>::const_iterator it = errors.begin(), itEnd = errors.end();
+                        it != itEnd;
+                        ++it ) {
+                    if( it != errors.begin() )
+                        oss << "\n";
+                    oss << *it;
+                }
+                throw std::runtime_error( oss.str() );
+            }
+            return unusedTokens;
+        }
+        std::vector<Parser::Token> populateFixedArgs( std::vector<Parser::Token> const& tokens, ConfigT& config ) const {
+            std::vector<Parser::Token> unusedTokens;
+            int position = 1;
+            for( std::size_t i = 0; i < tokens.size(); ++i ) {
+                Parser::Token const& token = tokens[i];
+                typename std::map<int, Arg>::const_iterator it = m_positionalArgs.find( position );
+                if( it != m_positionalArgs.end() )
+                    it->second.boundField.set( config, token.data );
+                else
+                    unusedTokens.push_back( token );
+                if( token.type == Parser::Token::Positional )
+                    position++;
+            }
+            return unusedTokens;
+        }
+        std::vector<Parser::Token> populateFloatingArgs( std::vector<Parser::Token> const& tokens, ConfigT& config ) const {
+            if( !m_floatingArg.get() )
+                return tokens;
+            std::vector<Parser::Token> unusedTokens;
+            for( std::size_t i = 0; i < tokens.size(); ++i ) {
+                Parser::Token const& token = tokens[i];
+                if( token.type == Parser::Token::Positional )
+                    m_floatingArg->boundField.set( config, token.data );
+                else
+                    unusedTokens.push_back( token );
+            }
+            return unusedTokens;
+        }
+
+        void validate() const
+        {
+            if( m_options.empty() && m_positionalArgs.empty() && !m_floatingArg.get() )
+                throw std::logic_error( "No options or arguments specified" );
+
+            for( typename std::vector<Arg>::const_iterator  it = m_options.begin(),
+                                                            itEnd = m_options.end();
+                    it != itEnd; ++it )
+                it->validate();
+        }
+
+    private:
+        Detail::BoundArgFunction<ConfigT> m_boundProcessName;
+        std::vector<Arg> m_options;
+        std::map<int, Arg> m_positionalArgs;
+        ArgAutoPtr m_floatingArg;
+        int m_highestSpecifiedArgPosition;
+        bool m_throwOnUnrecognisedTokens;
+    };
+
+} // end namespace Clara
+
+STITCH_CLARA_CLOSE_NAMESPACE
+#undef STITCH_CLARA_OPEN_NAMESPACE
+#undef STITCH_CLARA_CLOSE_NAMESPACE
+
+#endif // TWOBLUECUBES_CLARA_H_INCLUDED
+#undef STITCH_CLARA_OPEN_NAMESPACE
+
+// Restore Clara's value for console width, if present
+#ifdef CATCH_TEMP_CLARA_CONFIG_CONSOLE_WIDTH
+#define CLARA_CONFIG_CONSOLE_WIDTH CATCH_TEMP_CLARA_CONFIG_CONSOLE_WIDTH
+#undef CATCH_TEMP_CLARA_CONFIG_CONSOLE_WIDTH
+#endif
+
+#include <fstream>
+#include <ctime>
+
+namespace Catch {
+
+    inline void abortAfterFirst( ConfigData& config ) { config.abortAfter = 1; }
+    inline void abortAfterX( ConfigData& config, int x ) {
+        if( x < 1 )
+            throw std::runtime_error( "Value after -x or --abortAfter must be greater than zero" );
+        config.abortAfter = x;
+    }
+    inline void addTestOrTags( ConfigData& config, std::string const& _testSpec ) { config.testsOrTags.push_back( _testSpec ); }
+    inline void addSectionToRun( ConfigData& config, std::string const& sectionName ) { config.sectionsToRun.push_back( sectionName ); }
+    inline void addReporterName( ConfigData& config, std::string const& _reporterName ) { config.reporterNames.push_back( _reporterName ); }
+
+    inline void addWarning( ConfigData& config, std::string const& _warning ) {
+        if( _warning == "NoAssertions" )
+            config.warnings = static_cast<WarnAbout::What>( config.warnings | WarnAbout::NoAssertions );
+        else
+            throw std::runtime_error( "Unrecognised warning: '" + _warning + '\'' );
+    }
+    inline void setOrder( ConfigData& config, std::string const& order ) {
+        if( startsWith( "declared", order ) )
+            config.runOrder = RunTests::InDeclarationOrder;
+        else if( startsWith( "lexical", order ) )
+            config.runOrder = RunTests::InLexicographicalOrder;
+        else if( startsWith( "random", order ) )
+            config.runOrder = RunTests::InRandomOrder;
+        else
+            throw std::runtime_error( "Unrecognised ordering: '" + order + '\'' );
+    }
+    inline void setRngSeed( ConfigData& config, std::string const& seed ) {
+        if( seed == "time" ) {
+            config.rngSeed = static_cast<unsigned int>( std::time(0) );
+        }
+        else {
+            std::stringstream ss;
+            ss << seed;
+            ss >> config.rngSeed;
+            if( ss.fail() )
+                throw std::runtime_error( "Argument to --rng-seed should be the word 'time' or a number" );
+        }
+    }
+    inline void setVerbosity( ConfigData& config, int level ) {
+        // !TBD: accept strings?
+        config.verbosity = static_cast<Verbosity::Level>( level );
+    }
+    inline void setShowDurations( ConfigData& config, bool _showDurations ) {
+        config.showDurations = _showDurations
+            ? ShowDurations::Always
+            : ShowDurations::Never;
+    }
+    inline void setUseColour( ConfigData& config, std::string const& value ) {
+        std::string mode = toLower( value );
+
+        if( mode == "yes" )
+            config.useColour = UseColour::Yes;
+        else if( mode == "no" )
+            config.useColour = UseColour::No;
+        else if( mode == "auto" )
+            config.useColour = UseColour::Auto;
+        else
+            throw std::runtime_error( "colour mode must be one of: auto, yes or no" );
+    }
+    inline void forceColour( ConfigData& config ) {
+        config.useColour = UseColour::Yes;
+    }
+    inline void loadTestNamesFromFile( ConfigData& config, std::string const& _filename ) {
+        std::ifstream f( _filename.c_str() );
+        if( !f.is_open() )
+            throw std::domain_error( "Unable to load input file: " + _filename );
+
+        std::string line;
+        while( std::getline( f, line ) ) {
+            line = trim(line);
+            if( !line.empty() && !startsWith( line, '#' ) ) {
+                if( !startsWith( line, '"' ) )
+                    line = '"' + line + '"';
+                addTestOrTags( config, line + ',' );
+            }
+        }
+    }
+
+    inline Clara::CommandLine<ConfigData> makeCommandLineParser() {
+
+        using namespace Clara;
+        CommandLine<ConfigData> cli;
+
+        cli.bindProcessName( &ConfigData::processName );
+
+        cli["-?"]["-h"]["--help"]
+            .describe( "display usage information" )
+            .bind( &ConfigData::showHelp );
+
+        cli["-l"]["--list-tests"]
+            .describe( "list all/matching test cases" )
+            .bind( &ConfigData::listTests );
+
+        cli["-t"]["--list-tags"]
+            .describe( "list all/matching tags" )
+            .bind( &ConfigData::listTags );
+
+        cli["-s"]["--success"]
+            .describe( "include successful tests in output" )
+            .bind( &ConfigData::showSuccessfulTests );
+
+        cli["-b"]["--break"]
+            .describe( "break into debugger on failure" )
+            .bind( &ConfigData::shouldDebugBreak );
+
+        cli["-e"]["--nothrow"]
+            .describe( "skip exception tests" )
+            .bind( &ConfigData::noThrow );
+
+        cli["-i"]["--invisibles"]
+            .describe( "show invisibles (tabs, newlines)" )
+            .bind( &ConfigData::showInvisibles );
+
+        cli["-o"]["--out"]
+            .describe( "output filename" )
+            .bind( &ConfigData::outputFilename, "filename" );
+
+        cli["-r"]["--reporter"]
+//            .placeholder( "name[:filename]" )
+            .describe( "reporter to use (defaults to console)" )
+            .bind( &addReporterName, "name" );
+
+        cli["-n"]["--name"]
+            .describe( "suite name" )
+            .bind( &ConfigData::name, "name" );
+
+        cli["-a"]["--abort"]
+            .describe( "abort at first failure" )
+            .bind( &abortAfterFirst );
+
+        cli["-x"]["--abortx"]
+            .describe( "abort after x failures" )
+            .bind( &abortAfterX, "no. failures" );
+
+        cli["-w"]["--warn"]
+            .describe( "enable warnings" )
+            .bind( &addWarning, "warning name" );
+
+// - needs updating if reinstated
+//        cli.into( &setVerbosity )
+//            .describe( "level of verbosity (0=no output)" )
+//            .shortOpt( "v")
+//            .longOpt( "verbosity" )
+//            .placeholder( "level" );
+
+        cli[_]
+            .describe( "which test or tests to use" )
+            .bind( &addTestOrTags, "test name, pattern or tags" );
+
+        cli["-d"]["--durations"]
+            .describe( "show test durations" )
+            .bind( &setShowDurations, "yes|no" );
+
+        cli["-f"]["--input-file"]
+            .describe( "load test names to run from a file" )
+            .bind( &loadTestNamesFromFile, "filename" );
+
+        cli["-#"]["--filenames-as-tags"]
+            .describe( "adds a tag for the filename" )
+            .bind( &ConfigData::filenamesAsTags );
+
+        cli["-c"]["--section"]
+                .describe( "specify section to run" )
+                .bind( &addSectionToRun, "section name" );
+
+        // Less common commands which don't have a short form
+        cli["--list-test-names-only"]
+            .describe( "list all/matching test cases names only" )
+            .bind( &ConfigData::listTestNamesOnly );
+
+        cli["--list-extra-info"]
+            .describe( "list all/matching test cases with more info" )
+            .bind( &ConfigData::listExtraInfo );
+
+        cli["--list-reporters"]
+            .describe( "list all reporters" )
+            .bind( &ConfigData::listReporters );
+
+        cli["--order"]
+            .describe( "test case order (defaults to decl)" )
+            .bind( &setOrder, "decl|lex|rand" );
+
+        cli["--rng-seed"]
+            .describe( "set a specific seed for random numbers" )
+            .bind( &setRngSeed, "'time'|number" );
+
+        cli["--force-colour"]
+            .describe( "force colourised output (deprecated)" )
+            .bind( &forceColour );
+
+        cli["--use-colour"]
+            .describe( "should output be colourised" )
+            .bind( &setUseColour, "yes|no" );
+
+        return cli;
+    }
+
+} // end namespace Catch
+
+// #included from: internal/catch_list.hpp
+#define TWOBLUECUBES_CATCH_LIST_HPP_INCLUDED
+
+// #included from: catch_text.h
+#define TWOBLUECUBES_CATCH_TEXT_H_INCLUDED
+
+#define TBC_TEXT_FORMAT_CONSOLE_WIDTH CATCH_CONFIG_CONSOLE_WIDTH
+
+#define CLICHE_TBC_TEXT_FORMAT_OUTER_NAMESPACE Catch
+// #included from: ../external/tbc_text_format.h
+// Only use header guard if we are not using an outer namespace
+#ifndef CLICHE_TBC_TEXT_FORMAT_OUTER_NAMESPACE
+# ifdef TWOBLUECUBES_TEXT_FORMAT_H_INCLUDED
+#  ifndef TWOBLUECUBES_TEXT_FORMAT_H_ALREADY_INCLUDED
+#   define TWOBLUECUBES_TEXT_FORMAT_H_ALREADY_INCLUDED
+#  endif
+# else
+#  define TWOBLUECUBES_TEXT_FORMAT_H_INCLUDED
+# endif
+#endif
+#ifndef TWOBLUECUBES_TEXT_FORMAT_H_ALREADY_INCLUDED
+#include <string>
+#include <vector>
+#include <sstream>
+
+// Use optional outer namespace
+#ifdef CLICHE_TBC_TEXT_FORMAT_OUTER_NAMESPACE
+namespace CLICHE_TBC_TEXT_FORMAT_OUTER_NAMESPACE {
+#endif
+
+namespace Tbc {
+
+#ifdef TBC_TEXT_FORMAT_CONSOLE_WIDTH
+    const unsigned int consoleWidth = TBC_TEXT_FORMAT_CONSOLE_WIDTH;
+#else
+    const unsigned int consoleWidth = 80;
+#endif
+
+    struct TextAttributes {
+        TextAttributes()
+        :   initialIndent( std::string::npos ),
+            indent( 0 ),
+            width( consoleWidth-1 )
+        {}
+
+        TextAttributes& setInitialIndent( std::size_t _value )  { initialIndent = _value; return *this; }
+        TextAttributes& setIndent( std::size_t _value )         { indent = _value; return *this; }
+        TextAttributes& setWidth( std::size_t _value )          { width = _value; return *this; }
+
+        std::size_t initialIndent;  // indent of first line, or npos
+        std::size_t indent;         // indent of subsequent lines, or all if initialIndent is npos
+        std::size_t width;          // maximum width of text, including indent. Longer text will wrap
+    };
+
+    class Text {
+    public:
+        Text( std::string const& _str, TextAttributes const& _attr = TextAttributes() )
+        : attr( _attr )
+        {
+            const std::string wrappableBeforeChars = "[({<\t";
+            const std::string wrappableAfterChars = "])}>-,./|\\";
+            const std::string wrappableInsteadOfChars = " \n\r";
+            std::string indent = _attr.initialIndent != std::string::npos
+                ? std::string( _attr.initialIndent, ' ' )
+                : std::string( _attr.indent, ' ' );
+
+            typedef std::string::const_iterator iterator;
+            iterator it = _str.begin();
+            const iterator strEnd = _str.end();
+
+            while( it != strEnd ) {
+
+                if( lines.size() >= 1000 ) {
+                    lines.push_back( "... message truncated due to excessive size" );
+                    return;
+                }
+
+                std::string suffix;
+                std::size_t width = (std::min)( static_cast<size_t>( strEnd-it ), _attr.width-static_cast<size_t>( indent.size() ) );
+                iterator itEnd = it+width;
+                iterator itNext = _str.end();
+
+                iterator itNewLine = std::find( it, itEnd, '\n' );
+                if( itNewLine != itEnd )
+                    itEnd = itNewLine;
+
+                if( itEnd != strEnd  ) {
+                    bool foundWrapPoint = false;
+                    iterator findIt = itEnd;
+                    do {
+                        if( wrappableAfterChars.find( *findIt ) != std::string::npos && findIt != itEnd ) {
+                            itEnd = findIt+1;
+                            itNext = findIt+1;
+                            foundWrapPoint = true;
+                        }
+                        else if( findIt > it && wrappableBeforeChars.find( *findIt ) != std::string::npos ) {
+                            itEnd = findIt;
+                            itNext = findIt;
+                            foundWrapPoint = true;
+                        }
+                        else if( wrappableInsteadOfChars.find( *findIt ) != std::string::npos ) {
+                            itNext = findIt+1;
+                            itEnd = findIt;
+                            foundWrapPoint = true;
+                        }
+                        if( findIt == it )
+                            break;
+                        else
+                            --findIt;
+                    }
+                    while( !foundWrapPoint );
+
+                    if( !foundWrapPoint ) {
+                        // No good wrap char, so we'll break mid word and add a hyphen
+                        --itEnd;
+                        itNext = itEnd;
+                        suffix = "-";
+                    }
+                    else {
+                        while( itEnd > it && wrappableInsteadOfChars.find( *(itEnd-1) ) != std::string::npos )
+                            --itEnd;
+                    }
+                }
+                lines.push_back( indent + std::string( it, itEnd ) + suffix );
+
+                if( indent.size() != _attr.indent )
+                    indent = std::string( _attr.indent, ' ' );
+                it = itNext;
+            }
+        }
+
+        typedef std::vector<std::string>::const_iterator const_iterator;
+
+        const_iterator begin() const { return lines.begin(); }
+        const_iterator end() const { return lines.end(); }
+        std::string const& last() const { return lines.back(); }
+        std::size_t size() const { return lines.size(); }
+        std::string const& operator[]( std::size_t _index ) const { return lines[_index]; }
+        std::string toString() const {
+            std::ostringstream oss;
+            oss << *this;
+            return oss.str();
+        }
+
+        inline friend std::ostream& operator << ( std::ostream& _stream, Text const& _text ) {
+            for( Text::const_iterator it = _text.begin(), itEnd = _text.end();
+                it != itEnd; ++it ) {
+                if( it != _text.begin() )
+                    _stream << "\n";
+                _stream << *it;
+            }
+            return _stream;
+        }
+
+    private:
+        std::string str;
+        TextAttributes attr;
+        std::vector<std::string> lines;
+    };
+
+} // end namespace Tbc
+
+#ifdef CLICHE_TBC_TEXT_FORMAT_OUTER_NAMESPACE
+} // end outer namespace
+#endif
+
+#endif // TWOBLUECUBES_TEXT_FORMAT_H_ALREADY_INCLUDED
+#undef CLICHE_TBC_TEXT_FORMAT_OUTER_NAMESPACE
+
+namespace Catch {
+    using Tbc::Text;
+    using Tbc::TextAttributes;
+}
+
+// #included from: catch_console_colour.hpp
+#define TWOBLUECUBES_CATCH_CONSOLE_COLOUR_HPP_INCLUDED
+
+namespace Catch {
+
+    struct Colour {
+        enum Code {
+            None = 0,
+
+            White,
+            Red,
+            Green,
+            Blue,
+            Cyan,
+            Yellow,
+            Grey,
+
+            Bright = 0x10,
+
+            BrightRed = Bright | Red,
+            BrightGreen = Bright | Green,
+            LightGrey = Bright | Grey,
+            BrightWhite = Bright | White,
+
+            // By intention
+            FileName = LightGrey,
+            Warning = Yellow,
+            ResultError = BrightRed,
+            ResultSuccess = BrightGreen,
+            ResultExpectedFailure = Warning,
+
+            Error = BrightRed,
+            Success = Green,
+
+            OriginalExpression = Cyan,
+            ReconstructedExpression = Yellow,
+
+            SecondaryText = LightGrey,
+            Headers = White
+        };
+
+        // Use constructed object for RAII guard
+        Colour( Code _colourCode );
+        Colour( Colour const& other );
+        ~Colour();
+
+        // Use static method for one-shot changes
+        static void use( Code _colourCode );
+
+    private:
+        bool m_moved;
+    };
+
+    inline std::ostream& operator << ( std::ostream& os, Colour const& ) { return os; }
+
+} // end namespace Catch
+
+// #included from: catch_interfaces_reporter.h
+#define TWOBLUECUBES_CATCH_INTERFACES_REPORTER_H_INCLUDED
+
+#include <string>
+#include <ostream>
+#include <map>
+
+namespace Catch
+{
+    struct ReporterConfig {
+        explicit ReporterConfig( Ptr<IConfig const> const& _fullConfig )
+        :   m_stream( &_fullConfig->stream() ), m_fullConfig( _fullConfig ) {}
+
+        ReporterConfig( Ptr<IConfig const> const& _fullConfig, std::ostream& _stream )
+        :   m_stream( &_stream ), m_fullConfig( _fullConfig ) {}
+
+        std::ostream& stream() const    { return *m_stream; }
+        Ptr<IConfig const> fullConfig() const { return m_fullConfig; }
+
+    private:
+        std::ostream* m_stream;
+        Ptr<IConfig const> m_fullConfig;
+    };
+
+    struct ReporterPreferences {
+        ReporterPreferences()
+        : shouldRedirectStdOut( false )
+        {}
+
+        bool shouldRedirectStdOut;
+    };
+
+    template<typename T>
+    struct LazyStat : Option<T> {
+        LazyStat() : used( false ) {}
+        LazyStat& operator=( T const& _value ) {
+            Option<T>::operator=( _value );
+            used = false;
+            return *this;
+        }
+        void reset() {
+            Option<T>::reset();
+            used = false;
+        }
+        bool used;
+    };
+
+    struct TestRunInfo {
+        TestRunInfo( std::string const& _name ) : name( _name ) {}
+        std::string name;
+    };
+    struct GroupInfo {
+        GroupInfo(  std::string const& _name,
+                    std::size_t _groupIndex,
+                    std::size_t _groupsCount )
+        :   name( _name ),
+            groupIndex( _groupIndex ),
+            groupsCounts( _groupsCount )
+        {}
+
+        std::string name;
+        std::size_t groupIndex;
+        std::size_t groupsCounts;
+    };
+
+    struct AssertionStats {
+        AssertionStats( AssertionResult const& _assertionResult,
+                        std::vector<MessageInfo> const& _infoMessages,
+                        Totals const& _totals )
+        :   assertionResult( _assertionResult ),
+            infoMessages( _infoMessages ),
+            totals( _totals )
+        {
+            if( assertionResult.hasMessage() ) {
+                // Copy message into messages list.
+                // !TBD This should have been done earlier, somewhere
+                MessageBuilder builder( assertionResult.getTestMacroName(), assertionResult.getSourceInfo(), assertionResult.getResultType() );
+                builder << assertionResult.getMessage();
+                builder.m_info.message = builder.m_stream.str();
+
+                infoMessages.push_back( builder.m_info );
+            }
+        }
+        virtual ~AssertionStats();
+
+#  ifdef CATCH_CONFIG_CPP11_GENERATED_METHODS
+        AssertionStats( AssertionStats const& )              = default;
+        AssertionStats( AssertionStats && )                  = default;
+        AssertionStats& operator = ( AssertionStats const& ) = default;
+        AssertionStats& operator = ( AssertionStats && )     = default;
+#  endif
+
+        AssertionResult assertionResult;
+        std::vector<MessageInfo> infoMessages;
+        Totals totals;
+    };
+
+    struct SectionStats {
+        SectionStats(   SectionInfo const& _sectionInfo,
+                        Counts const& _assertions,
+                        double _durationInSeconds,
+                        bool _missingAssertions )
+        :   sectionInfo( _sectionInfo ),
+            assertions( _assertions ),
+            durationInSeconds( _durationInSeconds ),
+            missingAssertions( _missingAssertions )
+        {}
+        virtual ~SectionStats();
+#  ifdef CATCH_CONFIG_CPP11_GENERATED_METHODS
+        SectionStats( SectionStats const& )              = default;
+        SectionStats( SectionStats && )                  = default;
+        SectionStats& operator = ( SectionStats const& ) = default;
+        SectionStats& operator = ( SectionStats && )     = default;
+#  endif
+
+        SectionInfo sectionInfo;
+        Counts assertions;
+        double durationInSeconds;
+        bool missingAssertions;
+    };
+
+    struct TestCaseStats {
+        TestCaseStats(  TestCaseInfo const& _testInfo,
+                        Totals const& _totals,
+                        std::string const& _stdOut,
+                        std::string const& _stdErr,
+                        bool _aborting )
+        : testInfo( _testInfo ),
+            totals( _totals ),
+            stdOut( _stdOut ),
+            stdErr( _stdErr ),
+            aborting( _aborting )
+        {}
+        virtual ~TestCaseStats();
+
+#  ifdef CATCH_CONFIG_CPP11_GENERATED_METHODS
+        TestCaseStats( TestCaseStats const& )              = default;
+        TestCaseStats( TestCaseStats && )                  = default;
+        TestCaseStats& operator = ( TestCaseStats const& ) = default;
+        TestCaseStats& operator = ( TestCaseStats && )     = default;
+#  endif
+
+        TestCaseInfo testInfo;
+        Totals totals;
+        std::string stdOut;
+        std::string stdErr;
+        bool aborting;
+    };
+
+    struct TestGroupStats {
+        TestGroupStats( GroupInfo const& _groupInfo,
+                        Totals const& _totals,
+                        bool _aborting )
+        :   groupInfo( _groupInfo ),
+            totals( _totals ),
+            aborting( _aborting )
+        {}
+        TestGroupStats( GroupInfo const& _groupInfo )
+        :   groupInfo( _groupInfo ),
+            aborting( false )
+        {}
+        virtual ~TestGroupStats();
+
+#  ifdef CATCH_CONFIG_CPP11_GENERATED_METHODS
+        TestGroupStats( TestGroupStats const& )              = default;
+        TestGroupStats( TestGroupStats && )                  = default;
+        TestGroupStats& operator = ( TestGroupStats const& ) = default;
+        TestGroupStats& operator = ( TestGroupStats && )     = default;
+#  endif
+
+        GroupInfo groupInfo;
+        Totals totals;
+        bool aborting;
+    };
+
+    struct TestRunStats {
+        TestRunStats(   TestRunInfo const& _runInfo,
+                        Totals const& _totals,
+                        bool _aborting )
+        :   runInfo( _runInfo ),
+            totals( _totals ),
+            aborting( _aborting )
+        {}
+        virtual ~TestRunStats();
+
+#  ifndef CATCH_CONFIG_CPP11_GENERATED_METHODS
+        TestRunStats( TestRunStats const& _other )
+        :   runInfo( _other.runInfo ),
+            totals( _other.totals ),
+            aborting( _other.aborting )
+        {}
+#  else
+        TestRunStats( TestRunStats const& )              = default;
+        TestRunStats( TestRunStats && )                  = default;
+        TestRunStats& operator = ( TestRunStats const& ) = default;
+        TestRunStats& operator = ( TestRunStats && )     = default;
+#  endif
+
+        TestRunInfo runInfo;
+        Totals totals;
+        bool aborting;
+    };
+
+    class MultipleReporters;
+
+    struct IStreamingReporter : IShared {
+        virtual ~IStreamingReporter();
+
+        // Implementing class must also provide the following static method:
+        // static std::string getDescription();
+
+        virtual ReporterPreferences getPreferences() const = 0;
+
+        virtual void noMatchingTestCases( std::string const& spec ) = 0;
+
+        virtual void testRunStarting( TestRunInfo const& testRunInfo ) = 0;
+        virtual void testGroupStarting( GroupInfo const& groupInfo ) = 0;
+
+        virtual void testCaseStarting( TestCaseInfo const& testInfo ) = 0;
+        virtual void sectionStarting( SectionInfo const& sectionInfo ) = 0;
+
+        virtual void assertionStarting( AssertionInfo const& assertionInfo ) = 0;
+
+        // The return value indicates if the messages buffer should be cleared:
+        virtual bool assertionEnded( AssertionStats const& assertionStats ) = 0;
+
+        virtual void sectionEnded( SectionStats const& sectionStats ) = 0;
+        virtual void testCaseEnded( TestCaseStats const& testCaseStats ) = 0;
+        virtual void testGroupEnded( TestGroupStats const& testGroupStats ) = 0;
+        virtual void testRunEnded( TestRunStats const& testRunStats ) = 0;
+
+        virtual void skipTest( TestCaseInfo const& testInfo ) = 0;
+
+        virtual MultipleReporters* tryAsMulti() { return CATCH_NULL; }
+    };
+
+    struct IReporterFactory : IShared {
+        virtual ~IReporterFactory();
+        virtual IStreamingReporter* create( ReporterConfig const& config ) const = 0;
+        virtual std::string getDescription() const = 0;
+    };
+
+    struct IReporterRegistry {
+        typedef std::map<std::string, Ptr<IReporterFactory> > FactoryMap;
+        typedef std::vector<Ptr<IReporterFactory> > Listeners;
+
+        virtual ~IReporterRegistry();
+        virtual IStreamingReporter* create( std::string const& name, Ptr<IConfig const> const& config ) const = 0;
+        virtual FactoryMap const& getFactories() const = 0;
+        virtual Listeners const& getListeners() const = 0;
+    };
+
+    Ptr<IStreamingReporter> addReporter( Ptr<IStreamingReporter> const& existingReporter, Ptr<IStreamingReporter> const& additionalReporter );
+
+}
+
+#include <limits>
+#include <algorithm>
+
+namespace Catch {
+
+    inline std::size_t listTests( Config const& config ) {
+
+        TestSpec testSpec = config.testSpec();
+        if( config.testSpec().hasFilters() )
+            Catch::cout() << "Matching test cases:\n";
+        else {
+            Catch::cout() << "All available test cases:\n";
+            testSpec = TestSpecParser( ITagAliasRegistry::get() ).parse( "*" ).testSpec();
+        }
+
+        std::size_t matchedTests = 0;
+        TextAttributes nameAttr, descAttr, tagsAttr;
+        nameAttr.setInitialIndent( 2 ).setIndent( 4 );
+        descAttr.setIndent( 4 );
+        tagsAttr.setIndent( 6 );
+
+        std::vector<TestCase> matchedTestCases = filterTests( getAllTestCasesSorted( config ), testSpec, config );
+        for( std::vector<TestCase>::const_iterator it = matchedTestCases.begin(), itEnd = matchedTestCases.end();
+                it != itEnd;
+                ++it ) {
+            matchedTests++;
+            TestCaseInfo const& testCaseInfo = it->getTestCaseInfo();
+            Colour::Code colour = testCaseInfo.isHidden()
+                ? Colour::SecondaryText
+                : Colour::None;
+            Colour colourGuard( colour );
+
+            Catch::cout() << Text( testCaseInfo.name, nameAttr ) << std::endl;
+            if( config.listExtraInfo() ) {
+                Catch::cout() << "    " << testCaseInfo.lineInfo << std::endl;
+                std::string description = testCaseInfo.description;
+                if( description.empty() )
+                    description = "(NO DESCRIPTION)";
+                Catch::cout() << Text( description, descAttr ) << std::endl;
+            }
+            if( !testCaseInfo.tags.empty() )
+                Catch::cout() << Text( testCaseInfo.tagsAsString, tagsAttr ) << std::endl;
+        }
+
+        if( !config.testSpec().hasFilters() )
+            Catch::cout() << pluralise( matchedTests, "test case" ) << '\n' << std::endl;
+        else
+            Catch::cout() << pluralise( matchedTests, "matching test case" ) << '\n' << std::endl;
+        return matchedTests;
+    }
+
+    inline std::size_t listTestsNamesOnly( Config const& config ) {
+        TestSpec testSpec = config.testSpec();
+        if( !config.testSpec().hasFilters() )
+            testSpec = TestSpecParser( ITagAliasRegistry::get() ).parse( "*" ).testSpec();
+        std::size_t matchedTests = 0;
+        std::vector<TestCase> matchedTestCases = filterTests( getAllTestCasesSorted( config ), testSpec, config );
+        for( std::vector<TestCase>::const_iterator it = matchedTestCases.begin(), itEnd = matchedTestCases.end();
+                it != itEnd;
+                ++it ) {
+            matchedTests++;
+            TestCaseInfo const& testCaseInfo = it->getTestCaseInfo();
+            if( startsWith( testCaseInfo.name, '#' ) )
+               Catch::cout() << '"' << testCaseInfo.name << '"';
+            else
+               Catch::cout() << testCaseInfo.name;
+            if ( config.listExtraInfo() )
+                Catch::cout() << "\t@" << testCaseInfo.lineInfo;
+            Catch::cout() << std::endl;
+        }
+        return matchedTests;
+    }
+
+    struct TagInfo {
+        TagInfo() : count ( 0 ) {}
+        void add( std::string const& spelling ) {
+            ++count;
+            spellings.insert( spelling );
+        }
+        std::string all() const {
+            std::string out;
+            for( std::set<std::string>::const_iterator it = spellings.begin(), itEnd = spellings.end();
+                        it != itEnd;
+                        ++it )
+                out += "[" + *it + "]";
+            return out;
+        }
+        std::set<std::string> spellings;
+        std::size_t count;
+    };
+
+    inline std::size_t listTags( Config const& config ) {
+        TestSpec testSpec = config.testSpec();
+        if( config.testSpec().hasFilters() )
+            Catch::cout() << "Tags for matching test cases:\n";
+        else {
+            Catch::cout() << "All available tags:\n";
+            testSpec = TestSpecParser( ITagAliasRegistry::get() ).parse( "*" ).testSpec();
+        }
+
+        std::map<std::string, TagInfo> tagCounts;
+
+        std::vector<TestCase> matchedTestCases = filterTests( getAllTestCasesSorted( config ), testSpec, config );
+        for( std::vector<TestCase>::const_iterator it = matchedTestCases.begin(), itEnd = matchedTestCases.end();
+                it != itEnd;
+                ++it ) {
+            for( std::set<std::string>::const_iterator  tagIt = it->getTestCaseInfo().tags.begin(),
+                                                        tagItEnd = it->getTestCaseInfo().tags.end();
+                    tagIt != tagItEnd;
+                    ++tagIt ) {
+                std::string tagName = *tagIt;
+                std::string lcaseTagName = toLower( tagName );
+                std::map<std::string, TagInfo>::iterator countIt = tagCounts.find( lcaseTagName );
+                if( countIt == tagCounts.end() )
+                    countIt = tagCounts.insert( std::make_pair( lcaseTagName, TagInfo() ) ).first;
+                countIt->second.add( tagName );
+            }
+        }
+
+        for( std::map<std::string, TagInfo>::const_iterator countIt = tagCounts.begin(),
+                                                            countItEnd = tagCounts.end();
+                countIt != countItEnd;
+                ++countIt ) {
+            std::ostringstream oss;
+            oss << "  " << std::setw(2) << countIt->second.count << "  ";
+            Text wrapper( countIt->second.all(), TextAttributes()
+                                                    .setInitialIndent( 0 )
+                                                    .setIndent( oss.str().size() )
+                                                    .setWidth( CATCH_CONFIG_CONSOLE_WIDTH-10 ) );
+            Catch::cout() << oss.str() << wrapper << '\n';
+        }
+        Catch::cout() << pluralise( tagCounts.size(), "tag" ) << '\n' << std::endl;
+        return tagCounts.size();
+    }
+
+    inline std::size_t listReporters( Config const& /*config*/ ) {
+        Catch::cout() << "Available reporters:\n";
+        IReporterRegistry::FactoryMap const& factories = getRegistryHub().getReporterRegistry().getFactories();
+        IReporterRegistry::FactoryMap::const_iterator itBegin = factories.begin(), itEnd = factories.end(), it;
+        std::size_t maxNameLen = 0;
+        for(it = itBegin; it != itEnd; ++it )
+            maxNameLen = (std::max)( maxNameLen, it->first.size() );
+
+        for(it = itBegin; it != itEnd; ++it ) {
+            Text wrapper( it->second->getDescription(), TextAttributes()
+                                                        .setInitialIndent( 0 )
+                                                        .setIndent( 7+maxNameLen )
+                                                        .setWidth( CATCH_CONFIG_CONSOLE_WIDTH - maxNameLen-8 ) );
+            Catch::cout() << "  "
+                    << it->first
+                    << ':'
+                    << std::string( maxNameLen - it->first.size() + 2, ' ' )
+                    << wrapper << '\n';
+        }
+        Catch::cout() << std::endl;
+        return factories.size();
+    }
+
+    inline Option<std::size_t> list( Config const& config ) {
+        Option<std::size_t> listedCount;
+        if( config.listTests() || ( config.listExtraInfo() && !config.listTestNamesOnly() ) )
+            listedCount = listedCount.valueOr(0) + listTests( config );
+        if( config.listTestNamesOnly() )
+            listedCount = listedCount.valueOr(0) + listTestsNamesOnly( config );
+        if( config.listTags() )
+            listedCount = listedCount.valueOr(0) + listTags( config );
+        if( config.listReporters() )
+            listedCount = listedCount.valueOr(0) + listReporters( config );
+        return listedCount;
+    }
+
+} // end namespace Catch
+
+// #included from: internal/catch_run_context.hpp
+#define TWOBLUECUBES_CATCH_RUNNER_IMPL_HPP_INCLUDED
+
+// #included from: catch_test_case_tracker.hpp
+#define TWOBLUECUBES_CATCH_TEST_CASE_TRACKER_HPP_INCLUDED
+
+#include <algorithm>
+#include <string>
+#include <assert.h>
+#include <vector>
+#include <stdexcept>
+
+CATCH_INTERNAL_SUPPRESS_ETD_WARNINGS
+
+namespace Catch {
+namespace TestCaseTracking {
+
+    struct NameAndLocation {
+        std::string name;
+        SourceLineInfo location;
+
+        NameAndLocation( std::string const& _name, SourceLineInfo const& _location )
+        :   name( _name ),
+            location( _location )
+        {}
+    };
+
+    struct ITracker : SharedImpl<> {
+        virtual ~ITracker();
+
+        // static queries
+        virtual NameAndLocation const& nameAndLocation() const = 0;
+
+        // dynamic queries
+        virtual bool isComplete() const = 0; // Successfully completed or failed
+        virtual bool isSuccessfullyCompleted() const = 0;
+        virtual bool isOpen() const = 0; // Started but not complete
+        virtual bool hasChildren() const = 0;
+
+        virtual ITracker& parent() = 0;
+
+        // actions
+        virtual void close() = 0; // Successfully complete
+        virtual void fail() = 0;
+        virtual void markAsNeedingAnotherRun() = 0;
+
+        virtual void addChild( Ptr<ITracker> const& child ) = 0;
+        virtual ITracker* findChild( NameAndLocation const& nameAndLocation ) = 0;
+        virtual void openChild() = 0;
+
+        // Debug/ checking
+        virtual bool isSectionTracker() const = 0;
+        virtual bool isIndexTracker() const = 0;
+    };
+
+    class  TrackerContext {
+
+        enum RunState {
+            NotStarted,
+            Executing,
+            CompletedCycle
+        };
+
+        Ptr<ITracker> m_rootTracker;
+        ITracker* m_currentTracker;
+        RunState m_runState;
+
+    public:
+
+        static TrackerContext& instance() {
+            static TrackerContext s_instance;
+            return s_instance;
+        }
+
+        TrackerContext()
+        :   m_currentTracker( CATCH_NULL ),
+            m_runState( NotStarted )
+        {}
+
+        ITracker& startRun();
+
+        void endRun() {
+            m_rootTracker.reset();
+            m_currentTracker = CATCH_NULL;
+            m_runState = NotStarted;
+        }
+
+        void startCycle() {
+            m_currentTracker = m_rootTracker.get();
+            m_runState = Executing;
+        }
+        void completeCycle() {
+            m_runState = CompletedCycle;
+        }
+
+        bool completedCycle() const {
+            return m_runState == CompletedCycle;
+        }
+        ITracker& currentTracker() {
+            return *m_currentTracker;
+        }
+        void setCurrentTracker( ITracker* tracker ) {
+            m_currentTracker = tracker;
+        }
+    };
+
+    class TrackerBase : public ITracker {
+    protected:
+        enum CycleState {
+            NotStarted,
+            Executing,
+            ExecutingChildren,
+            NeedsAnotherRun,
+            CompletedSuccessfully,
+            Failed
+        };
+        class TrackerHasName {
+            NameAndLocation m_nameAndLocation;
+        public:
+            TrackerHasName( NameAndLocation const& nameAndLocation ) : m_nameAndLocation( nameAndLocation ) {}
+            bool operator ()( Ptr<ITracker> const& tracker ) {
+                return
+                    tracker->nameAndLocation().name == m_nameAndLocation.name &&
+                    tracker->nameAndLocation().location == m_nameAndLocation.location;
+            }
+        };
+        typedef std::vector<Ptr<ITracker> > Children;
+        NameAndLocation m_nameAndLocation;
+        TrackerContext& m_ctx;
+        ITracker* m_parent;
+        Children m_children;
+        CycleState m_runState;
+    public:
+        TrackerBase( NameAndLocation const& nameAndLocation, TrackerContext& ctx, ITracker* parent )
+        :   m_nameAndLocation( nameAndLocation ),
+            m_ctx( ctx ),
+            m_parent( parent ),
+            m_runState( NotStarted )
+        {}
+        virtual ~TrackerBase();
+
+        virtual NameAndLocation const& nameAndLocation() const CATCH_OVERRIDE {
+            return m_nameAndLocation;
+        }
+        virtual bool isComplete() const CATCH_OVERRIDE {
+            return m_runState == CompletedSuccessfully || m_runState == Failed;
+        }
+        virtual bool isSuccessfullyCompleted() const CATCH_OVERRIDE {
+            return m_runState == CompletedSuccessfully;
+        }
+        virtual bool isOpen() const CATCH_OVERRIDE {
+            return m_runState != NotStarted && !isComplete();
+        }
+        virtual bool hasChildren() const CATCH_OVERRIDE {
+            return !m_children.empty();
+        }
+
+        virtual void addChild( Ptr<ITracker> const& child ) CATCH_OVERRIDE {
+            m_children.push_back( child );
+        }
+
+        virtual ITracker* findChild( NameAndLocation const& nameAndLocation ) CATCH_OVERRIDE {
+            Children::const_iterator it = std::find_if( m_children.begin(), m_children.end(), TrackerHasName( nameAndLocation ) );
+            return( it != m_children.end() )
+                ? it->get()
+                : CATCH_NULL;
+        }
+        virtual ITracker& parent() CATCH_OVERRIDE {
+            assert( m_parent ); // Should always be non-null except for root
+            return *m_parent;
+        }
+
+        virtual void openChild() CATCH_OVERRIDE {
+            if( m_runState != ExecutingChildren ) {
+                m_runState = ExecutingChildren;
+                if( m_parent )
+                    m_parent->openChild();
+            }
+        }
+
+        virtual bool isSectionTracker() const CATCH_OVERRIDE { return false; }
+        virtual bool isIndexTracker() const CATCH_OVERRIDE { return false; }
+
+        void open() {
+            m_runState = Executing;
+            moveToThis();
+            if( m_parent )
+                m_parent->openChild();
+        }
+
+        virtual void close() CATCH_OVERRIDE {
+
+            // Close any still open children (e.g. generators)
+            while( &m_ctx.currentTracker() != this )
+                m_ctx.currentTracker().close();
+
+            switch( m_runState ) {
+                case NotStarted:
+                case CompletedSuccessfully:
+                case Failed:
+                    throw std::logic_error( "Illogical state" );
+
+                case NeedsAnotherRun:
+                    break;;
+
+                case Executing:
+                    m_runState = CompletedSuccessfully;
+                    break;
+                case ExecutingChildren:
+                    if( m_children.empty() || m_children.back()->isComplete() )
+                        m_runState = CompletedSuccessfully;
+                    break;
+
+                default:
+                    throw std::logic_error( "Unexpected state" );
+            }
+            moveToParent();
+            m_ctx.completeCycle();
+        }
+        virtual void fail() CATCH_OVERRIDE {
+            m_runState = Failed;
+            if( m_parent )
+                m_parent->markAsNeedingAnotherRun();
+            moveToParent();
+            m_ctx.completeCycle();
+        }
+        virtual void markAsNeedingAnotherRun() CATCH_OVERRIDE {
+            m_runState = NeedsAnotherRun;
+        }
+    private:
+        void moveToParent() {
+            assert( m_parent );
+            m_ctx.setCurrentTracker( m_parent );
+        }
+        void moveToThis() {
+            m_ctx.setCurrentTracker( this );
+        }
+    };
+
+    class SectionTracker : public TrackerBase {
+        std::vector<std::string> m_filters;
+    public:
+        SectionTracker( NameAndLocation const& nameAndLocation, TrackerContext& ctx, ITracker* parent )
+        :   TrackerBase( nameAndLocation, ctx, parent )
+        {
+            if( parent ) {
+                while( !parent->isSectionTracker() )
+                    parent = &parent->parent();
+
+                SectionTracker& parentSection = static_cast<SectionTracker&>( *parent );
+                addNextFilters( parentSection.m_filters );
+            }
+        }
+        virtual ~SectionTracker();
+
+        virtual bool isSectionTracker() const CATCH_OVERRIDE { return true; }
+
+        static SectionTracker& acquire( TrackerContext& ctx, NameAndLocation const& nameAndLocation ) {
+            SectionTracker* section = CATCH_NULL;
+
+            ITracker& currentTracker = ctx.currentTracker();
+            if( ITracker* childTracker = currentTracker.findChild( nameAndLocation ) ) {
+                assert( childTracker );
+                assert( childTracker->isSectionTracker() );
+                section = static_cast<SectionTracker*>( childTracker );
+            }
+            else {
+                section = new SectionTracker( nameAndLocation, ctx, &currentTracker );
+                currentTracker.addChild( section );
+            }
+            if( !ctx.completedCycle() )
+                section->tryOpen();
+            return *section;
+        }
+
+        void tryOpen() {
+            if( !isComplete() && (m_filters.empty() || m_filters[0].empty() ||  m_filters[0] == m_nameAndLocation.name ) )
+                open();
+        }
+
+        void addInitialFilters( std::vector<std::string> const& filters ) {
+            if( !filters.empty() ) {
+                m_filters.push_back(""); // Root - should never be consulted
+                m_filters.push_back(""); // Test Case - not a section filter
+                m_filters.insert( m_filters.end(), filters.begin(), filters.end() );
+            }
+        }
+        void addNextFilters( std::vector<std::string> const& filters ) {
+            if( filters.size() > 1 )
+                m_filters.insert( m_filters.end(), ++filters.begin(), filters.end() );
+        }
+    };
+
+    class IndexTracker : public TrackerBase {
+        int m_size;
+        int m_index;
+    public:
+        IndexTracker( NameAndLocation const& nameAndLocation, TrackerContext& ctx, ITracker* parent, int size )
+        :   TrackerBase( nameAndLocation, ctx, parent ),
+            m_size( size ),
+            m_index( -1 )
+        {}
+        virtual ~IndexTracker();
+
+        virtual bool isIndexTracker() const CATCH_OVERRIDE { return true; }
+
+        static IndexTracker& acquire( TrackerContext& ctx, NameAndLocation const& nameAndLocation, int size ) {
+            IndexTracker* tracker = CATCH_NULL;
+
+            ITracker& currentTracker = ctx.currentTracker();
+            if( ITracker* childTracker = currentTracker.findChild( nameAndLocation ) ) {
+                assert( childTracker );
+                assert( childTracker->isIndexTracker() );
+                tracker = static_cast<IndexTracker*>( childTracker );
+            }
+            else {
+                tracker = new IndexTracker( nameAndLocation, ctx, &currentTracker, size );
+                currentTracker.addChild( tracker );
+            }
+
+            if( !ctx.completedCycle() && !tracker->isComplete() ) {
+                if( tracker->m_runState != ExecutingChildren && tracker->m_runState != NeedsAnotherRun )
+                    tracker->moveNext();
+                tracker->open();
+            }
+
+            return *tracker;
+        }
+
+        int index() const { return m_index; }
+
+        void moveNext() {
+            m_index++;
+            m_children.clear();
+        }
+
+        virtual void close() CATCH_OVERRIDE {
+            TrackerBase::close();
+            if( m_runState == CompletedSuccessfully && m_index < m_size-1 )
+                m_runState = Executing;
+        }
+    };
+
+    inline ITracker& TrackerContext::startRun() {
+        m_rootTracker = new SectionTracker( NameAndLocation( "{root}", CATCH_INTERNAL_LINEINFO ), *this, CATCH_NULL );
+        m_currentTracker = CATCH_NULL;
+        m_runState = Executing;
+        return *m_rootTracker;
+    }
+
+} // namespace TestCaseTracking
+
+using TestCaseTracking::ITracker;
+using TestCaseTracking::TrackerContext;
+using TestCaseTracking::SectionTracker;
+using TestCaseTracking::IndexTracker;
+
+} // namespace Catch
+
+CATCH_INTERNAL_UNSUPPRESS_ETD_WARNINGS
+
+// #included from: catch_fatal_condition.hpp
+#define TWOBLUECUBES_CATCH_FATAL_CONDITION_H_INCLUDED
+
+namespace Catch {
+
+    // Report the error condition
+    inline void reportFatal( std::string const& message ) {
+        IContext& context = Catch::getCurrentContext();
+        IResultCapture* resultCapture = context.getResultCapture();
+        resultCapture->handleFatalErrorCondition( message );
+    }
+
+} // namespace Catch
+
+#if defined ( CATCH_PLATFORM_WINDOWS ) /////////////////////////////////////////
+// #included from: catch_windows_h_proxy.h
+
+#define TWOBLUECUBES_CATCH_WINDOWS_H_PROXY_H_INCLUDED
+
+#ifdef CATCH_DEFINES_NOMINMAX
+#  define NOMINMAX
+#endif
+#ifdef CATCH_DEFINES_WIN32_LEAN_AND_MEAN
+#  define WIN32_LEAN_AND_MEAN
+#endif
+
+#ifdef __AFXDLL
+#include <AfxWin.h>
+#else
+#include <windows.h>
+#endif
+
+#ifdef CATCH_DEFINES_NOMINMAX
+#  undef NOMINMAX
+#endif
+#ifdef CATCH_DEFINES_WIN32_LEAN_AND_MEAN
+#  undef WIN32_LEAN_AND_MEAN
+#endif
+
+
+#  if !defined ( CATCH_CONFIG_WINDOWS_SEH )
+
+namespace Catch {
+    struct FatalConditionHandler {
+        void reset() {}
+    };
+}
+
+#  else // CATCH_CONFIG_WINDOWS_SEH is defined
+
+namespace Catch {
+
+    struct SignalDefs { DWORD id; const char* name; };
+    extern SignalDefs signalDefs[];
+    // There is no 1-1 mapping between signals and windows exceptions.
+    // Windows can easily distinguish between SO and SigSegV,
+    // but SigInt, SigTerm, etc are handled differently.
+    SignalDefs signalDefs[] = {
+        { EXCEPTION_ILLEGAL_INSTRUCTION,  "SIGILL - Illegal instruction signal" },
+        { EXCEPTION_STACK_OVERFLOW, "SIGSEGV - Stack overflow" },
+        { EXCEPTION_ACCESS_VIOLATION, "SIGSEGV - Segmentation violation signal" },
+        { EXCEPTION_INT_DIVIDE_BY_ZERO, "Divide by zero error" },
+    };
+
+    struct FatalConditionHandler {
+
+        static LONG CALLBACK handleVectoredException(PEXCEPTION_POINTERS ExceptionInfo) {
+            for (int i = 0; i < sizeof(signalDefs) / sizeof(SignalDefs); ++i) {
+                if (ExceptionInfo->ExceptionRecord->ExceptionCode == signalDefs[i].id) {
+                    reportFatal(signalDefs[i].name);
+                }
+            }
+            // If its not an exception we care about, pass it along.
+            // This stops us from eating debugger breaks etc.
+            return EXCEPTION_CONTINUE_SEARCH;
+        }
+
+        FatalConditionHandler() {
+            isSet = true;
+            // 32k seems enough for Catch to handle stack overflow,
+            // but the value was found experimentally, so there is no strong guarantee
+            guaranteeSize = 32 * 1024;
+            exceptionHandlerHandle = CATCH_NULL;
+            // Register as first handler in current chain
+            exceptionHandlerHandle = AddVectoredExceptionHandler(1, handleVectoredException);
+            // Pass in guarantee size to be filled
+            SetThreadStackGuarantee(&guaranteeSize);
+        }
+
+        static void reset() {
+            if (isSet) {
+                // Unregister handler and restore the old guarantee
+                RemoveVectoredExceptionHandler(exceptionHandlerHandle);
+                SetThreadStackGuarantee(&guaranteeSize);
+                exceptionHandlerHandle = CATCH_NULL;
+                isSet = false;
+            }
+        }
+
+        ~FatalConditionHandler() {
+            reset();
+        }
+    private:
+        static bool isSet;
+        static ULONG guaranteeSize;
+        static PVOID exceptionHandlerHandle;
+    };
+
+    bool FatalConditionHandler::isSet = false;
+    ULONG FatalConditionHandler::guaranteeSize = 0;
+    PVOID FatalConditionHandler::exceptionHandlerHandle = CATCH_NULL;
+
+} // namespace Catch
+
+#  endif // CATCH_CONFIG_WINDOWS_SEH
+
+#else // Not Windows - assumed to be POSIX compatible //////////////////////////
+
+#  if !defined(CATCH_CONFIG_POSIX_SIGNALS)
+
+namespace Catch {
+    struct FatalConditionHandler {
+        void reset() {}
+    };
+}
+
+#  else // CATCH_CONFIG_POSIX_SIGNALS is defined
+
+#include <signal.h>
+
+namespace Catch {
+
+    struct SignalDefs {
+        int id;
+        const char* name;
+    };
+    extern SignalDefs signalDefs[];
+    SignalDefs signalDefs[] = {
+            { SIGINT,  "SIGINT - Terminal interrupt signal" },
+            { SIGILL,  "SIGILL - Illegal instruction signal" },
+            { SIGFPE,  "SIGFPE - Floating point error signal" },
+            { SIGSEGV, "SIGSEGV - Segmentation violation signal" },
+            { SIGTERM, "SIGTERM - Termination request signal" },
+            { SIGABRT, "SIGABRT - Abort (abnormal termination) signal" }
+    };
+
+    struct FatalConditionHandler {
+
+        static bool isSet;
+        static struct sigaction oldSigActions [sizeof(signalDefs)/sizeof(SignalDefs)];
+        static stack_t oldSigStack;
+        static char altStackMem[SIGSTKSZ];
+
+        static void handleSignal( int sig ) {
+            std::string name = "<unknown signal>";
+            for (std::size_t i = 0; i < sizeof(signalDefs) / sizeof(SignalDefs); ++i) {
+                SignalDefs &def = signalDefs[i];
+                if (sig == def.id) {
+                    name = def.name;
+                    break;
+                }
+            }
+            reset();
+            reportFatal(name);
+            raise( sig );
+        }
+
+        FatalConditionHandler() {
+            isSet = true;
+            stack_t sigStack;
+            sigStack.ss_sp = altStackMem;
+            sigStack.ss_size = SIGSTKSZ;
+            sigStack.ss_flags = 0;
+            sigaltstack(&sigStack, &oldSigStack);
+            struct sigaction sa = { 0 };
+
+            sa.sa_handler = handleSignal;
+            sa.sa_flags = SA_ONSTACK;
+            for (std::size_t i = 0; i < sizeof(signalDefs)/sizeof(SignalDefs); ++i) {
+                sigaction(signalDefs[i].id, &sa, &oldSigActions[i]);
+            }
+        }
+
+        ~FatalConditionHandler() {
+            reset();
+        }
+        static void reset() {
+            if( isSet ) {
+                // Set signals back to previous values -- hopefully nobody overwrote them in the meantime
+                for( std::size_t i = 0; i < sizeof(signalDefs)/sizeof(SignalDefs); ++i ) {
+                    sigaction(signalDefs[i].id, &oldSigActions[i], CATCH_NULL);
+                }
+                // Return the old stack
+                sigaltstack(&oldSigStack, CATCH_NULL);
+                isSet = false;
+            }
+        }
+    };
+
+    bool FatalConditionHandler::isSet = false;
+    struct sigaction FatalConditionHandler::oldSigActions[sizeof(signalDefs)/sizeof(SignalDefs)] = {};
+    stack_t FatalConditionHandler::oldSigStack = {};
+    char FatalConditionHandler::altStackMem[SIGSTKSZ] = {};
+
+} // namespace Catch
+
+#  endif // CATCH_CONFIG_POSIX_SIGNALS
+
+#endif // not Windows
+
+#include <set>
+#include <string>
+
+namespace Catch {
+
+    class StreamRedirect {
+
+    public:
+        StreamRedirect( std::ostream& stream, std::string& targetString )
+        :   m_stream( stream ),
+            m_prevBuf( stream.rdbuf() ),
+            m_targetString( targetString )
+        {
+            stream.rdbuf( m_oss.rdbuf() );
+        }
+
+        ~StreamRedirect() {
+            m_targetString += m_oss.str();
+            m_stream.rdbuf( m_prevBuf );
+        }
+
+    private:
+        std::ostream& m_stream;
+        std::streambuf* m_prevBuf;
+        std::ostringstream m_oss;
+        std::string& m_targetString;
+    };
+
+    ///////////////////////////////////////////////////////////////////////////
+
+    class RunContext : public IResultCapture, public IRunner {
+
+        RunContext( RunContext const& );
+        void operator =( RunContext const& );
+
+    public:
+
+        explicit RunContext( Ptr<IConfig const> const& _config, Ptr<IStreamingReporter> const& reporter )
+        :   m_runInfo( _config->name() ),
+            m_context( getCurrentMutableContext() ),
+            m_activeTestCase( CATCH_NULL ),
+            m_config( _config ),
+            m_reporter( reporter ),
+            m_shouldReportUnexpected ( true )
+        {
+            m_context.setRunner( this );
+            m_context.setConfig( m_config );
+            m_context.setResultCapture( this );
+            m_reporter->testRunStarting( m_runInfo );
+        }
+
+        virtual ~RunContext() {
+            m_reporter->testRunEnded( TestRunStats( m_runInfo, m_totals, aborting() ) );
+        }
+
+        void testGroupStarting( std::string const& testSpec, std::size_t groupIndex, std::size_t groupsCount ) {
+            m_reporter->testGroupStarting( GroupInfo( testSpec, groupIndex, groupsCount ) );
+        }
+        void testGroupEnded( std::string const& testSpec, Totals const& totals, std::size_t groupIndex, std::size_t groupsCount ) {
+            m_reporter->testGroupEnded( TestGroupStats( GroupInfo( testSpec, groupIndex, groupsCount ), totals, aborting() ) );
+        }
+
+        Totals runTest( TestCase const& testCase ) {
+            Totals prevTotals = m_totals;
+
+            std::string redirectedCout;
+            std::string redirectedCerr;
+
+            TestCaseInfo testInfo = testCase.getTestCaseInfo();
+
+            m_reporter->testCaseStarting( testInfo );
+
+            m_activeTestCase = &testCase;
+
+            do {
+                ITracker& rootTracker = m_trackerContext.startRun();
+                assert( rootTracker.isSectionTracker() );
+                static_cast<SectionTracker&>( rootTracker ).addInitialFilters( m_config->getSectionsToRun() );
+                do {
+                    m_trackerContext.startCycle();
+                    m_testCaseTracker = &SectionTracker::acquire( m_trackerContext, TestCaseTracking::NameAndLocation( testInfo.name, testInfo.lineInfo ) );
+                    runCurrentTest( redirectedCout, redirectedCerr );
+                }
+                while( !m_testCaseTracker->isSuccessfullyCompleted() && !aborting() );
+            }
+            // !TBD: deprecated - this will be replaced by indexed trackers
+            while( getCurrentContext().advanceGeneratorsForCurrentTest() && !aborting() );
+
+            Totals deltaTotals = m_totals.delta( prevTotals );
+            if( testInfo.expectedToFail() && deltaTotals.testCases.passed > 0 ) {
+                deltaTotals.assertions.failed++;
+                deltaTotals.testCases.passed--;
+                deltaTotals.testCases.failed++;
+            }
+            m_totals.testCases += deltaTotals.testCases;
+            m_reporter->testCaseEnded( TestCaseStats(   testInfo,
+                                                        deltaTotals,
+                                                        redirectedCout,
+                                                        redirectedCerr,
+                                                        aborting() ) );
+
+            m_activeTestCase = CATCH_NULL;
+            m_testCaseTracker = CATCH_NULL;
+
+            return deltaTotals;
+        }
+
+        Ptr<IConfig const> config() const {
+            return m_config;
+        }
+
+    private: // IResultCapture
+
+        virtual void assertionEnded( AssertionResult const& result ) {
+            if( result.getResultType() == ResultWas::Ok ) {
+                m_totals.assertions.passed++;
+            }
+            else if( !result.isOk() ) {
+                m_totals.assertions.failed++;
+            }
+
+            // We have no use for the return value (whether messages should be cleared), because messages were made scoped
+            // and should be let to clear themselves out.
+            static_cast<void>(m_reporter->assertionEnded(AssertionStats(result, m_messages, m_totals)));
+
+            // Reset working state
+            m_lastAssertionInfo = AssertionInfo( "", m_lastAssertionInfo.lineInfo, "{Unknown expression after the reported line}" , m_lastAssertionInfo.resultDisposition );
+            m_lastResult = result;
+        }
+
+        virtual bool sectionStarted (
+            SectionInfo const& sectionInfo,
+            Counts& assertions
+        )
+        {
+            ITracker& sectionTracker = SectionTracker::acquire( m_trackerContext, TestCaseTracking::NameAndLocation( sectionInfo.name, sectionInfo.lineInfo ) );
+            if( !sectionTracker.isOpen() )
+                return false;
+            m_activeSections.push_back( &sectionTracker );
+
+            m_lastAssertionInfo.lineInfo = sectionInfo.lineInfo;
+
+            m_reporter->sectionStarting( sectionInfo );
+
+            assertions = m_totals.assertions;
+
+            return true;
+        }
+        bool testForMissingAssertions( Counts& assertions ) {
+            if( assertions.total() != 0 )
+                return false;
+            if( !m_config->warnAboutMissingAssertions() )
+                return false;
+            if( m_trackerContext.currentTracker().hasChildren() )
+                return false;
+            m_totals.assertions.failed++;
+            assertions.failed++;
+            return true;
+        }
+
+        virtual void sectionEnded( SectionEndInfo const& endInfo ) {
+            Counts assertions = m_totals.assertions - endInfo.prevAssertions;
+            bool missingAssertions = testForMissingAssertions( assertions );
+
+            if( !m_activeSections.empty() ) {
+                m_activeSections.back()->close();
+                m_activeSections.pop_back();
+            }
+
+            m_reporter->sectionEnded( SectionStats( endInfo.sectionInfo, assertions, endInfo.durationInSeconds, missingAssertions ) );
+            m_messages.clear();
+        }
+
+        virtual void sectionEndedEarly( SectionEndInfo const& endInfo ) {
+            if( m_unfinishedSections.empty() )
+                m_activeSections.back()->fail();
+            else
+                m_activeSections.back()->close();
+            m_activeSections.pop_back();
+
+            m_unfinishedSections.push_back( endInfo );
+        }
+
+        virtual void pushScopedMessage( MessageInfo const& message ) {
+            m_messages.push_back( message );
+        }
+
+        virtual void popScopedMessage( MessageInfo const& message ) {
+            m_messages.erase( std::remove( m_messages.begin(), m_messages.end(), message ), m_messages.end() );
+        }
+
+        virtual std::string getCurrentTestName() const {
+            return m_activeTestCase
+                ? m_activeTestCase->getTestCaseInfo().name
+                : std::string();
+        }
+
+        virtual const AssertionResult* getLastResult() const {
+            return &m_lastResult;
+        }
+
+        virtual void exceptionEarlyReported() {
+            m_shouldReportUnexpected = false;
+        }
+
+        virtual void handleFatalErrorCondition( std::string const& message ) {
+            // Don't rebuild the result -- the stringification itself can cause more fatal errors
+            // Instead, fake a result data.
+            AssertionResultData tempResult;
+            tempResult.resultType = ResultWas::FatalErrorCondition;
+            tempResult.message = message;
+            AssertionResult result(m_lastAssertionInfo, tempResult);
+
+            getResultCapture().assertionEnded(result);
+
+            handleUnfinishedSections();
+
+            // Recreate section for test case (as we will lose the one that was in scope)
+            TestCaseInfo const& testCaseInfo = m_activeTestCase->getTestCaseInfo();
+            SectionInfo testCaseSection( testCaseInfo.lineInfo, testCaseInfo.name, testCaseInfo.description );
+
+            Counts assertions;
+            assertions.failed = 1;
+            SectionStats testCaseSectionStats( testCaseSection, assertions, 0, false );
+            m_reporter->sectionEnded( testCaseSectionStats );
+
+            TestCaseInfo testInfo = m_activeTestCase->getTestCaseInfo();
+
+            Totals deltaTotals;
+            deltaTotals.testCases.failed = 1;
+            m_reporter->testCaseEnded( TestCaseStats(   testInfo,
+                                                        deltaTotals,
+                                                        std::string(),
+                                                        std::string(),
+                                                        false ) );
+            m_totals.testCases.failed++;
+            testGroupEnded( std::string(), m_totals, 1, 1 );
+            m_reporter->testRunEnded( TestRunStats( m_runInfo, m_totals, false ) );
+        }
+
+    public:
+        // !TBD We need to do this another way!
+        bool aborting() const {
+            return m_totals.assertions.failed == static_cast<std::size_t>( m_config->abortAfter() );
+        }
+
+    private:
+
+        void runCurrentTest( std::string& redirectedCout, std::string& redirectedCerr ) {
+            TestCaseInfo const& testCaseInfo = m_activeTestCase->getTestCaseInfo();
+            SectionInfo testCaseSection( testCaseInfo.lineInfo, testCaseInfo.name, testCaseInfo.description );
+            m_reporter->sectionStarting( testCaseSection );
+            Counts prevAssertions = m_totals.assertions;
+            double duration = 0;
+            m_shouldReportUnexpected = true;
+            try {
+                m_lastAssertionInfo = AssertionInfo( "TEST_CASE", testCaseInfo.lineInfo, "", ResultDisposition::Normal );
+
+                seedRng( *m_config );
+
+                Timer timer;
+                timer.start();
+                if( m_reporter->getPreferences().shouldRedirectStdOut ) {
+                    StreamRedirect coutRedir( Catch::cout(), redirectedCout );
+                    StreamRedirect cerrRedir( Catch::cerr(), redirectedCerr );
+                    invokeActiveTestCase();
+                }
+                else {
+                    invokeActiveTestCase();
+                }
+                duration = timer.getElapsedSeconds();
+            }
+            catch( TestFailureException& ) {
+                // This just means the test was aborted due to failure
+            }
+            catch(...) {
+                // Under CATCH_CONFIG_FAST_COMPILE, unexpected exceptions under REQUIRE assertions
+                // are reported without translation at the point of origin.
+                if (m_shouldReportUnexpected) {
+                    makeUnexpectedResultBuilder().useActiveException();
+                }
+            }
+            m_testCaseTracker->close();
+            handleUnfinishedSections();
+            m_messages.clear();
+
+            Counts assertions = m_totals.assertions - prevAssertions;
+            bool missingAssertions = testForMissingAssertions( assertions );
+
+            if( testCaseInfo.okToFail() ) {
+                std::swap( assertions.failedButOk, assertions.failed );
+                m_totals.assertions.failed -= assertions.failedButOk;
+                m_totals.assertions.failedButOk += assertions.failedButOk;
+            }
+
+            SectionStats testCaseSectionStats( testCaseSection, assertions, duration, missingAssertions );
+            m_reporter->sectionEnded( testCaseSectionStats );
+        }
+
+        void invokeActiveTestCase() {
+            FatalConditionHandler fatalConditionHandler; // Handle signals
+            m_activeTestCase->invoke();
+            fatalConditionHandler.reset();
+        }
+
+    private:
+
+        ResultBuilder makeUnexpectedResultBuilder() const {
+            return ResultBuilder(   m_lastAssertionInfo.macroName,
+                                    m_lastAssertionInfo.lineInfo,
+                                    m_lastAssertionInfo.capturedExpression,
+                                    m_lastAssertionInfo.resultDisposition );
+        }
+
+        void handleUnfinishedSections() {
+            // If sections ended prematurely due to an exception we stored their
+            // infos here so we can tear them down outside the unwind process.
+            for( std::vector<SectionEndInfo>::const_reverse_iterator it = m_unfinishedSections.rbegin(),
+                        itEnd = m_unfinishedSections.rend();
+                    it != itEnd;
+                    ++it )
+                sectionEnded( *it );
+            m_unfinishedSections.clear();
+        }
+
+        TestRunInfo m_runInfo;
+        IMutableContext& m_context;
+        TestCase const* m_activeTestCase;
+        ITracker* m_testCaseTracker;
+        ITracker* m_currentSectionTracker;
+        AssertionResult m_lastResult;
+
+        Ptr<IConfig const> m_config;
+        Totals m_totals;
+        Ptr<IStreamingReporter> m_reporter;
+        std::vector<MessageInfo> m_messages;
+        AssertionInfo m_lastAssertionInfo;
+        std::vector<SectionEndInfo> m_unfinishedSections;
+        std::vector<ITracker*> m_activeSections;
+        TrackerContext m_trackerContext;
+        bool m_shouldReportUnexpected;
+    };
+
+    IResultCapture& getResultCapture() {
+        if( IResultCapture* capture = getCurrentContext().getResultCapture() )
+            return *capture;
+        else
+            throw std::logic_error( "No result capture instance" );
+    }
+
+} // end namespace Catch
+
+// #included from: internal/catch_version.h
+#define TWOBLUECUBES_CATCH_VERSION_H_INCLUDED
+
+namespace Catch {
+
+    // Versioning information
+    struct Version {
+        Version(    unsigned int _majorVersion,
+                    unsigned int _minorVersion,
+                    unsigned int _patchNumber,
+                    char const * const _branchName,
+                    unsigned int _buildNumber );
+
+        unsigned int const majorVersion;
+        unsigned int const minorVersion;
+        unsigned int const patchNumber;
+
+        // buildNumber is only used if branchName is not null
+        char const * const branchName;
+        unsigned int const buildNumber;
+
+        friend std::ostream& operator << ( std::ostream& os, Version const& version );
+
+    private:
+        void operator=( Version const& );
+    };
+
+    inline Version libraryVersion();
+}
+
+#include <fstream>
+#include <stdlib.h>
+#include <limits>
+
+namespace Catch {
+
+    Ptr<IStreamingReporter> createReporter( std::string const& reporterName, Ptr<Config> const& config ) {
+        Ptr<IStreamingReporter> reporter = getRegistryHub().getReporterRegistry().create( reporterName, config.get() );
+        if( !reporter ) {
+            std::ostringstream oss;
+            oss << "No reporter registered with name: '" << reporterName << "'";
+            throw std::domain_error( oss.str() );
+        }
+        return reporter;
+    }
+
+    Ptr<IStreamingReporter> makeReporter( Ptr<Config> const& config ) {
+        std::vector<std::string> reporters = config->getReporterNames();
+        if( reporters.empty() )
+            reporters.push_back( "console" );
+
+        Ptr<IStreamingReporter> reporter;
+        for( std::vector<std::string>::const_iterator it = reporters.begin(), itEnd = reporters.end();
+                it != itEnd;
+                ++it )
+            reporter = addReporter( reporter, createReporter( *it, config ) );
+        return reporter;
+    }
+    Ptr<IStreamingReporter> addListeners( Ptr<IConfig const> const& config, Ptr<IStreamingReporter> reporters ) {
+        IReporterRegistry::Listeners listeners = getRegistryHub().getReporterRegistry().getListeners();
+        for( IReporterRegistry::Listeners::const_iterator it = listeners.begin(), itEnd = listeners.end();
+                it != itEnd;
+                ++it )
+            reporters = addReporter(reporters, (*it)->create( ReporterConfig( config ) ) );
+        return reporters;
+    }
+
+    Totals runTests( Ptr<Config> const& config ) {
+
+        Ptr<IConfig const> iconfig = config.get();
+
+        Ptr<IStreamingReporter> reporter = makeReporter( config );
+        reporter = addListeners( iconfig, reporter );
+
+        RunContext context( iconfig, reporter );
+
+        Totals totals;
+
+        context.testGroupStarting( config->name(), 1, 1 );
+
+        TestSpec testSpec = config->testSpec();
+        if( !testSpec.hasFilters() )
+            testSpec = TestSpecParser( ITagAliasRegistry::get() ).parse( "~[.]" ).testSpec(); // All not hidden tests
+
+        std::vector<TestCase> const& allTestCases = getAllTestCasesSorted( *iconfig );
+        for( std::vector<TestCase>::const_iterator it = allTestCases.begin(), itEnd = allTestCases.end();
+                it != itEnd;
+                ++it ) {
+            if( !context.aborting() && matchTest( *it, testSpec, *iconfig ) )
+                totals += context.runTest( *it );
+            else
+                reporter->skipTest( *it );
+        }
+
+        context.testGroupEnded( iconfig->name(), totals, 1, 1 );
+        return totals;
+    }
+
+    void applyFilenamesAsTags( IConfig const& config ) {
+        std::vector<TestCase> const& tests = getAllTestCasesSorted( config );
+        for(std::size_t i = 0; i < tests.size(); ++i ) {
+            TestCase& test = const_cast<TestCase&>( tests[i] );
+            std::set<std::string> tags = test.tags;
+
+            std::string filename = test.lineInfo.file;
+            std::string::size_type lastSlash = filename.find_last_of( "\\/" );
+            if( lastSlash != std::string::npos )
+                filename = filename.substr( lastSlash+1 );
+
+            std::string::size_type lastDot = filename.find_last_of( "." );
+            if( lastDot != std::string::npos )
+                filename = filename.substr( 0, lastDot );
+
+            tags.insert( "#" + filename );
+            setTags( test, tags );
+        }
+    }
+
+    class Session : NonCopyable {
+        static bool alreadyInstantiated;
+
+    public:
+
+        struct OnUnusedOptions { enum DoWhat { Ignore, Fail }; };
+
+        Session()
+        : m_cli( makeCommandLineParser() ) {
+            if( alreadyInstantiated ) {
+                std::string msg = "Only one instance of Catch::Session can ever be used";
+                Catch::cerr() << msg << std::endl;
+                throw std::logic_error( msg );
+            }
+            alreadyInstantiated = true;
+        }
+        ~Session() {
+            Catch::cleanUp();
+        }
+
+        void showHelp( std::string const& processName ) {
+            Catch::cout() << "\nCatch v" << libraryVersion() << "\n";
+
+            m_cli.usage( Catch::cout(), processName );
+            Catch::cout() << "For more detail usage please see the project docs\n" << std::endl;
+        }
+
+        int applyCommandLine( int argc, char const* const* const argv, OnUnusedOptions::DoWhat unusedOptionBehaviour = OnUnusedOptions::Fail ) {
+            try {
+                m_cli.setThrowOnUnrecognisedTokens( unusedOptionBehaviour == OnUnusedOptions::Fail );
+                m_unusedTokens = m_cli.parseInto( Clara::argsToVector( argc, argv ), m_configData );
+                if( m_configData.showHelp )
+                    showHelp( m_configData.processName );
+                m_config.reset();
+            }
+            catch( std::exception& ex ) {
+                {
+                    Colour colourGuard( Colour::Red );
+                    Catch::cerr()
+                        << "\nError(s) in input:\n"
+                        << Text( ex.what(), TextAttributes().setIndent(2) )
+                        << "\n\n";
+                }
+                m_cli.usage( Catch::cout(), m_configData.processName );
+                return (std::numeric_limits<int>::max)();
+            }
+            return 0;
+        }
+
+        void useConfigData( ConfigData const& _configData ) {
+            m_configData = _configData;
+            m_config.reset();
+        }
+
+        int run( int argc, char const* const* const argv ) {
+
+            int returnCode = applyCommandLine( argc, argv );
+            if( returnCode == 0 )
+                returnCode = run();
+            return returnCode;
+        }
+
+    #if defined(WIN32) && defined(UNICODE)
+        int run( int argc, wchar_t const* const* const argv ) {
+
+            char **utf8Argv = new char *[ argc ];
+
+            for ( int i = 0; i < argc; ++i ) {
+                int bufSize = WideCharToMultiByte( CP_UTF8, 0, argv[i], -1, NULL, 0, NULL, NULL );
+
+                utf8Argv[ i ] = new char[ bufSize ];
+
+                WideCharToMultiByte( CP_UTF8, 0, argv[i], -1, utf8Argv[i], bufSize, NULL, NULL );
+            }
+
+            int returnCode = applyCommandLine( argc, utf8Argv );
+            if( returnCode == 0 )
+                returnCode = run();
+
+            for ( int i = 0; i < argc; ++i )
+                delete [] utf8Argv[ i ];
+
+            delete [] utf8Argv;
+
+            return returnCode;
+        }
+    #endif
+
+        int run() {
+            if( m_configData.showHelp )
+                return 0;
+
+            try
+            {
+                config(); // Force config to be constructed
+
+                seedRng( *m_config );
+
+                if( m_configData.filenamesAsTags )
+                    applyFilenamesAsTags( *m_config );
+
+                // Handle list request
+                if( Option<std::size_t> listed = list( config() ) )
+                    return static_cast<int>( *listed );
+
+                return static_cast<int>( runTests( m_config ).assertions.failed );
+            }
+            catch( std::exception& ex ) {
+                Catch::cerr() << ex.what() << std::endl;
+                return (std::numeric_limits<int>::max)();
+            }
+        }
+
+        Clara::CommandLine<ConfigData> const& cli() const {
+            return m_cli;
+        }
+        std::vector<Clara::Parser::Token> const& unusedTokens() const {
+            return m_unusedTokens;
+        }
+        ConfigData& configData() {
+            return m_configData;
+        }
+        Config& config() {
+            if( !m_config )
+                m_config = new Config( m_configData );
+            return *m_config;
+        }
+    private:
+        Clara::CommandLine<ConfigData> m_cli;
+        std::vector<Clara::Parser::Token> m_unusedTokens;
+        ConfigData m_configData;
+        Ptr<Config> m_config;
+    };
+
+    bool Session::alreadyInstantiated = false;
+
+} // end namespace Catch
+
+// #included from: catch_registry_hub.hpp
+#define TWOBLUECUBES_CATCH_REGISTRY_HUB_HPP_INCLUDED
+
+// #included from: catch_test_case_registry_impl.hpp
+#define TWOBLUECUBES_CATCH_TEST_CASE_REGISTRY_IMPL_HPP_INCLUDED
+
+#include <vector>
+#include <set>
+#include <sstream>
+#include <algorithm>
+
+namespace Catch {
+
+    struct RandomNumberGenerator {
+        typedef std::ptrdiff_t result_type;
+
+        result_type operator()( result_type n ) const { return std::rand() % n; }
+
+#ifdef CATCH_CONFIG_CPP11_SHUFFLE
+        static constexpr result_type min() { return 0; }
+        static constexpr result_type max() { return 1000000; }
+        result_type operator()() const { return std::rand() % max(); }
+#endif
+        template<typename V>
+        static void shuffle( V& vector ) {
+            RandomNumberGenerator rng;
+#ifdef CATCH_CONFIG_CPP11_SHUFFLE
+            std::shuffle( vector.begin(), vector.end(), rng );
+#else
+            std::random_shuffle( vector.begin(), vector.end(), rng );
+#endif
+        }
+    };
+
+    inline std::vector<TestCase> sortTests( IConfig const& config, std::vector<TestCase> const& unsortedTestCases ) {
+
+        std::vector<TestCase> sorted = unsortedTestCases;
+
+        switch( config.runOrder() ) {
+            case RunTests::InLexicographicalOrder:
+                std::sort( sorted.begin(), sorted.end() );
+                break;
+            case RunTests::InRandomOrder:
+                {
+                    seedRng( config );
+                    RandomNumberGenerator::shuffle( sorted );
+                }
+                break;
+            case RunTests::InDeclarationOrder:
+                // already in declaration order
+                break;
+        }
+        return sorted;
+    }
+    bool matchTest( TestCase const& testCase, TestSpec const& testSpec, IConfig const& config ) {
+        return testSpec.matches( testCase ) && ( config.allowThrows() || !testCase.throws() );
+    }
+
+    void enforceNoDuplicateTestCases( std::vector<TestCase> const& functions ) {
+        std::set<TestCase> seenFunctions;
+        for( std::vector<TestCase>::const_iterator it = functions.begin(), itEnd = functions.end();
+            it != itEnd;
+            ++it ) {
+            std::pair<std::set<TestCase>::const_iterator, bool> prev = seenFunctions.insert( *it );
+            if( !prev.second ) {
+                std::ostringstream ss;
+
+                ss  << Colour( Colour::Red )
+                    << "error: TEST_CASE( \"" << it->name << "\" ) already defined.\n"
+                    << "\tFirst seen at " << prev.first->getTestCaseInfo().lineInfo << '\n'
+                    << "\tRedefined at " << it->getTestCaseInfo().lineInfo << std::endl;
+
+                throw std::runtime_error(ss.str());
+            }
+        }
+    }
+
+    std::vector<TestCase> filterTests( std::vector<TestCase> const& testCases, TestSpec const& testSpec, IConfig const& config ) {
+        std::vector<TestCase> filtered;
+        filtered.reserve( testCases.size() );
+        for( std::vector<TestCase>::const_iterator it = testCases.begin(), itEnd = testCases.end();
+                it != itEnd;
+                ++it )
+            if( matchTest( *it, testSpec, config ) )
+                filtered.push_back( *it );
+        return filtered;
+    }
+    std::vector<TestCase> const& getAllTestCasesSorted( IConfig const& config ) {
+        return getRegistryHub().getTestCaseRegistry().getAllTestsSorted( config );
+    }
+
+    class TestRegistry : public ITestCaseRegistry {
+    public:
+        TestRegistry()
+        :   m_currentSortOrder( RunTests::InDeclarationOrder ),
+            m_unnamedCount( 0 )
+        {}
+        virtual ~TestRegistry();
+
+        virtual void registerTest( TestCase const& testCase ) {
+            std::string name = testCase.getTestCaseInfo().name;
+            if( name.empty() ) {
+                std::ostringstream oss;
+                oss << "Anonymous test case " << ++m_unnamedCount;
+                return registerTest( testCase.withName( oss.str() ) );
+            }
+            m_functions.push_back( testCase );
+        }
+
+        virtual std::vector<TestCase> const& getAllTests() const {
+            return m_functions;
+        }
+        virtual std::vector<TestCase> const& getAllTestsSorted( IConfig const& config ) const {
+            if( m_sortedFunctions.empty() )
+                enforceNoDuplicateTestCases( m_functions );
+
+            if(  m_currentSortOrder != config.runOrder() || m_sortedFunctions.empty() ) {
+                m_sortedFunctions = sortTests( config, m_functions );
+                m_currentSortOrder = config.runOrder();
+            }
+            return m_sortedFunctions;
+        }
+
+    private:
+        std::vector<TestCase> m_functions;
+        mutable RunTests::InWhatOrder m_currentSortOrder;
+        mutable std::vector<TestCase> m_sortedFunctions;
+        size_t m_unnamedCount;
+        std::ios_base::Init m_ostreamInit; // Forces cout/ cerr to be initialised
+    };
+
+    ///////////////////////////////////////////////////////////////////////////
+
+    class FreeFunctionTestCase : public SharedImpl<ITestCase> {
+    public:
+
+        FreeFunctionTestCase( TestFunction fun ) : m_fun( fun ) {}
+
+        virtual void invoke() const {
+            m_fun();
+        }
+
+    private:
+        virtual ~FreeFunctionTestCase();
+
+        TestFunction m_fun;
+    };
+
+    inline std::string extractClassName( std::string const& classOrQualifiedMethodName ) {
+        std::string className = classOrQualifiedMethodName;
+        if( startsWith( className, '&' ) )
+        {
+            std::size_t lastColons = className.rfind( "::" );
+            std::size_t penultimateColons = className.rfind( "::", lastColons-1 );
+            if( penultimateColons == std::string::npos )
+                penultimateColons = 1;
+            className = className.substr( penultimateColons, lastColons-penultimateColons );
+        }
+        return className;
+    }
+
+    void registerTestCase
+        (   ITestCase* testCase,
+            char const* classOrQualifiedMethodName,
+            NameAndDesc const& nameAndDesc,
+            SourceLineInfo const& lineInfo ) {
+
+        getMutableRegistryHub().registerTest
+            ( makeTestCase
+                (   testCase,
+                    extractClassName( classOrQualifiedMethodName ),
+                    nameAndDesc.name,
+                    nameAndDesc.description,
+                    lineInfo ) );
+    }
+    void registerTestCaseFunction
+        (   TestFunction function,
+            SourceLineInfo const& lineInfo,
+            NameAndDesc const& nameAndDesc ) {
+        registerTestCase( new FreeFunctionTestCase( function ), "", nameAndDesc, lineInfo );
+    }
+
+    ///////////////////////////////////////////////////////////////////////////
+
+    AutoReg::AutoReg
+        (   TestFunction function,
+            SourceLineInfo const& lineInfo,
+            NameAndDesc const& nameAndDesc ) {
+        registerTestCaseFunction( function, lineInfo, nameAndDesc );
+    }
+
+    AutoReg::~AutoReg() {}
+
+} // end namespace Catch
+
+// #included from: catch_reporter_registry.hpp
+#define TWOBLUECUBES_CATCH_REPORTER_REGISTRY_HPP_INCLUDED
+
+#include <map>
+
+namespace Catch {
+
+    class ReporterRegistry : public IReporterRegistry {
+
+    public:
+
+        virtual ~ReporterRegistry() CATCH_OVERRIDE {}
+
+        virtual IStreamingReporter* create( std::string const& name, Ptr<IConfig const> const& config ) const CATCH_OVERRIDE {
+            FactoryMap::const_iterator it =  m_factories.find( name );
+            if( it == m_factories.end() )
+                return CATCH_NULL;
+            return it->second->create( ReporterConfig( config ) );
+        }
+
+        void registerReporter( std::string const& name, Ptr<IReporterFactory> const& factory ) {
+            m_factories.insert( std::make_pair( name, factory ) );
+        }
+        void registerListener( Ptr<IReporterFactory> const& factory ) {
+            m_listeners.push_back( factory );
+        }
+
+        virtual FactoryMap const& getFactories() const CATCH_OVERRIDE {
+            return m_factories;
+        }
+        virtual Listeners const& getListeners() const CATCH_OVERRIDE {
+            return m_listeners;
+        }
+
+    private:
+        FactoryMap m_factories;
+        Listeners m_listeners;
+    };
+}
+
+// #included from: catch_exception_translator_registry.hpp
+#define TWOBLUECUBES_CATCH_EXCEPTION_TRANSLATOR_REGISTRY_HPP_INCLUDED
+
+#ifdef __OBJC__
+#import "Foundation/Foundation.h"
+#endif
+
+namespace Catch {
+
+    class ExceptionTranslatorRegistry : public IExceptionTranslatorRegistry {
+    public:
+        ~ExceptionTranslatorRegistry() {
+            deleteAll( m_translators );
+        }
+
+        virtual void registerTranslator( const IExceptionTranslator* translator ) {
+            m_translators.push_back( translator );
+        }
+
+        virtual std::string translateActiveException() const {
+            try {
+#ifdef __OBJC__
+                // In Objective-C try objective-c exceptions first
+                @try {
+                    return tryTranslators();
+                }
+                @catch (NSException *exception) {
+                    return Catch::toString( [exception description] );
+                }
+#else
+                return tryTranslators();
+#endif
+            }
+            catch( TestFailureException& ) {
+                throw;
+            }
+            catch( std::exception& ex ) {
+                return ex.what();
+            }
+            catch( std::string& msg ) {
+                return msg;
+            }
+            catch( const char* msg ) {
+                return msg;
+            }
+            catch(...) {
+                return "Unknown exception";
+            }
+        }
+
+        std::string tryTranslators() const {
+            if( m_translators.empty() )
+                throw;
+            else
+                return m_translators[0]->translate( m_translators.begin()+1, m_translators.end() );
+        }
+
+    private:
+        std::vector<const IExceptionTranslator*> m_translators;
+    };
+}
+
+// #included from: catch_tag_alias_registry.h
+#define TWOBLUECUBES_CATCH_TAG_ALIAS_REGISTRY_H_INCLUDED
+
+#include <map>
+
+namespace Catch {
+
+    class TagAliasRegistry : public ITagAliasRegistry {
+    public:
+        virtual ~TagAliasRegistry();
+        virtual Option<TagAlias> find( std::string const& alias ) const;
+        virtual std::string expandAliases( std::string const& unexpandedTestSpec ) const;
+        void add( std::string const& alias, std::string const& tag, SourceLineInfo const& lineInfo );
+
+    private:
+        std::map<std::string, TagAlias> m_registry;
+    };
+
+} // end namespace Catch
+
+namespace Catch {
+
+    namespace {
+
+        class RegistryHub : public IRegistryHub, public IMutableRegistryHub {
+
+            RegistryHub( RegistryHub const& );
+            void operator=( RegistryHub const& );
+
+        public: // IRegistryHub
+            RegistryHub() {
+            }
+            virtual IReporterRegistry const& getReporterRegistry() const CATCH_OVERRIDE {
+                return m_reporterRegistry;
+            }
+            virtual ITestCaseRegistry const& getTestCaseRegistry() const CATCH_OVERRIDE {
+                return m_testCaseRegistry;
+            }
+            virtual IExceptionTranslatorRegistry& getExceptionTranslatorRegistry() CATCH_OVERRIDE {
+                return m_exceptionTranslatorRegistry;
+            }
+            virtual ITagAliasRegistry const& getTagAliasRegistry() const CATCH_OVERRIDE {
+                return m_tagAliasRegistry;
+            }
+
+        public: // IMutableRegistryHub
+            virtual void registerReporter( std::string const& name, Ptr<IReporterFactory> const& factory ) CATCH_OVERRIDE {
+                m_reporterRegistry.registerReporter( name, factory );
+            }
+            virtual void registerListener( Ptr<IReporterFactory> const& factory ) CATCH_OVERRIDE {
+                m_reporterRegistry.registerListener( factory );
+            }
+            virtual void registerTest( TestCase const& testInfo ) CATCH_OVERRIDE {
+                m_testCaseRegistry.registerTest( testInfo );
+            }
+            virtual void registerTranslator( const IExceptionTranslator* translator ) CATCH_OVERRIDE {
+                m_exceptionTranslatorRegistry.registerTranslator( translator );
+            }
+            virtual void registerTagAlias( std::string const& alias, std::string const& tag, SourceLineInfo const& lineInfo ) CATCH_OVERRIDE {
+                m_tagAliasRegistry.add( alias, tag, lineInfo );
+            }
+
+        private:
+            TestRegistry m_testCaseRegistry;
+            ReporterRegistry m_reporterRegistry;
+            ExceptionTranslatorRegistry m_exceptionTranslatorRegistry;
+            TagAliasRegistry m_tagAliasRegistry;
+        };
+
+        // Single, global, instance
+        inline RegistryHub*& getTheRegistryHub() {
+            static RegistryHub* theRegistryHub = CATCH_NULL;
+            if( !theRegistryHub )
+                theRegistryHub = new RegistryHub();
+            return theRegistryHub;
+        }
+    }
+
+    IRegistryHub& getRegistryHub() {
+        return *getTheRegistryHub();
+    }
+    IMutableRegistryHub& getMutableRegistryHub() {
+        return *getTheRegistryHub();
+    }
+    void cleanUp() {
+        delete getTheRegistryHub();
+        getTheRegistryHub() = CATCH_NULL;
+        cleanUpContext();
+    }
+    std::string translateActiveException() {
+        return getRegistryHub().getExceptionTranslatorRegistry().translateActiveException();
+    }
+
+} // end namespace Catch
+
+// #included from: catch_notimplemented_exception.hpp
+#define TWOBLUECUBES_CATCH_NOTIMPLEMENTED_EXCEPTION_HPP_INCLUDED
+
+#include <sstream>
+
+namespace Catch {
+
+    NotImplementedException::NotImplementedException( SourceLineInfo const& lineInfo )
+    :   m_lineInfo( lineInfo ) {
+        std::ostringstream oss;
+        oss << lineInfo << ": function ";
+        oss << "not implemented";
+        m_what = oss.str();
+    }
+
+    const char* NotImplementedException::what() const CATCH_NOEXCEPT {
+        return m_what.c_str();
+    }
+
+} // end namespace Catch
+
+// #included from: catch_context_impl.hpp
+#define TWOBLUECUBES_CATCH_CONTEXT_IMPL_HPP_INCLUDED
+
+// #included from: catch_stream.hpp
+#define TWOBLUECUBES_CATCH_STREAM_HPP_INCLUDED
+
+#include <stdexcept>
+#include <cstdio>
+#include <iostream>
+
+namespace Catch {
+
+    template<typename WriterF, size_t bufferSize=256>
+    class StreamBufImpl : public StreamBufBase {
+        char data[bufferSize];
+        WriterF m_writer;
+
+    public:
+        StreamBufImpl() {
+            setp( data, data + sizeof(data) );
+        }
+
+        ~StreamBufImpl() CATCH_NOEXCEPT {
+            sync();
+        }
+
+    private:
+        int overflow( int c ) {
+            sync();
+
+            if( c != EOF ) {
+                if( pbase() == epptr() )
+                    m_writer( std::string( 1, static_cast<char>( c ) ) );
+                else
+                    sputc( static_cast<char>( c ) );
+            }
+            return 0;
+        }
+
+        int sync() {
+            if( pbase() != pptr() ) {
+                m_writer( std::string( pbase(), static_cast<std::string::size_type>( pptr() - pbase() ) ) );
+                setp( pbase(), epptr() );
+            }
+            return 0;
+        }
+    };
+
+    ///////////////////////////////////////////////////////////////////////////
+
+    FileStream::FileStream( std::string const& filename ) {
+        m_ofs.open( filename.c_str() );
+        if( m_ofs.fail() ) {
+            std::ostringstream oss;
+            oss << "Unable to open file: '" << filename << '\'';
+            throw std::domain_error( oss.str() );
+        }
+    }
+
+    std::ostream& FileStream::stream() const {
+        return m_ofs;
+    }
+
+    struct OutputDebugWriter {
+
+        void operator()( std::string const&str ) {
+            writeToDebugConsole( str );
+        }
+    };
+
+    DebugOutStream::DebugOutStream()
+    :   m_streamBuf( new StreamBufImpl<OutputDebugWriter>() ),
+        m_os( m_streamBuf.get() )
+    {}
+
+    std::ostream& DebugOutStream::stream() const {
+        return m_os;
+    }
+
+    // Store the streambuf from cout up-front because
+    // cout may get redirected when running tests
+    CoutStream::CoutStream()
+    :   m_os( Catch::cout().rdbuf() )
+    {}
+
+    std::ostream& CoutStream::stream() const {
+        return m_os;
+    }
+
+#ifndef CATCH_CONFIG_NOSTDOUT // If you #define this you must implement these functions
+    std::ostream& cout() {
+        return std::cout;
+    }
+    std::ostream& cerr() {
+        return std::cerr;
+    }
+#endif
+}
+
+namespace Catch {
+
+    class Context : public IMutableContext {
+
+        Context() : m_config( CATCH_NULL ), m_runner( CATCH_NULL ), m_resultCapture( CATCH_NULL ) {}
+        Context( Context const& );
+        void operator=( Context const& );
+
+    public:
+        virtual ~Context() {
+            deleteAllValues( m_generatorsByTestName );
+        }
+
+    public: // IContext
+        virtual IResultCapture* getResultCapture() {
+            return m_resultCapture;
+        }
+        virtual IRunner* getRunner() {
+            return m_runner;
+        }
+        virtual size_t getGeneratorIndex( std::string const& fileInfo, size_t totalSize ) {
+            return getGeneratorsForCurrentTest()
+            .getGeneratorInfo( fileInfo, totalSize )
+            .getCurrentIndex();
+        }
+        virtual bool advanceGeneratorsForCurrentTest() {
+            IGeneratorsForTest* generators = findGeneratorsForCurrentTest();
+            return generators && generators->moveNext();
+        }
+
+        virtual Ptr<IConfig const> getConfig() const {
+            return m_config;
+        }
+
+    public: // IMutableContext
+        virtual void setResultCapture( IResultCapture* resultCapture ) {
+            m_resultCapture = resultCapture;
+        }
+        virtual void setRunner( IRunner* runner ) {
+            m_runner = runner;
+        }
+        virtual void setConfig( Ptr<IConfig const> const& config ) {
+            m_config = config;
+        }
+
+        friend IMutableContext& getCurrentMutableContext();
+
+    private:
+        IGeneratorsForTest* findGeneratorsForCurrentTest() {
+            std::string testName = getResultCapture()->getCurrentTestName();
+
+            std::map<std::string, IGeneratorsForTest*>::const_iterator it =
+                m_generatorsByTestName.find( testName );
+            return it != m_generatorsByTestName.end()
+                ? it->second
+                : CATCH_NULL;
+        }
+
+        IGeneratorsForTest& getGeneratorsForCurrentTest() {
+            IGeneratorsForTest* generators = findGeneratorsForCurrentTest();
+            if( !generators ) {
+                std::string testName = getResultCapture()->getCurrentTestName();
+                generators = createGeneratorsForTest();
+                m_generatorsByTestName.insert( std::make_pair( testName, generators ) );
+            }
+            return *generators;
+        }
+
+    private:
+        Ptr<IConfig const> m_config;
+        IRunner* m_runner;
+        IResultCapture* m_resultCapture;
+        std::map<std::string, IGeneratorsForTest*> m_generatorsByTestName;
+    };
+
+    namespace {
+        Context* currentContext = CATCH_NULL;
+    }
+    IMutableContext& getCurrentMutableContext() {
+        if( !currentContext )
+            currentContext = new Context();
+        return *currentContext;
+    }
+    IContext& getCurrentContext() {
+        return getCurrentMutableContext();
+    }
+
+    void cleanUpContext() {
+        delete currentContext;
+        currentContext = CATCH_NULL;
+    }
+}
+
+// #included from: catch_console_colour_impl.hpp
+#define TWOBLUECUBES_CATCH_CONSOLE_COLOUR_IMPL_HPP_INCLUDED
+
+// #included from: catch_errno_guard.hpp
+#define TWOBLUECUBES_CATCH_ERRNO_GUARD_HPP_INCLUDED
+
+#include <cerrno>
+
+namespace Catch {
+
+    class ErrnoGuard {
+    public:
+        ErrnoGuard():m_oldErrno(errno){}
+        ~ErrnoGuard() { errno = m_oldErrno; }
+    private:
+        int m_oldErrno;
+    };
+
+}
+
+namespace Catch {
+    namespace {
+
+        struct IColourImpl {
+            virtual ~IColourImpl() {}
+            virtual void use( Colour::Code _colourCode ) = 0;
+        };
+
+        struct NoColourImpl : IColourImpl {
+            void use( Colour::Code ) {}
+
+            static IColourImpl* instance() {
+                static NoColourImpl s_instance;
+                return &s_instance;
+            }
+        };
+
+    } // anon namespace
+} // namespace Catch
+
+#if !defined( CATCH_CONFIG_COLOUR_NONE ) && !defined( CATCH_CONFIG_COLOUR_WINDOWS ) && !defined( CATCH_CONFIG_COLOUR_ANSI )
+#   ifdef CATCH_PLATFORM_WINDOWS
+#       define CATCH_CONFIG_COLOUR_WINDOWS
+#   else
+#       define CATCH_CONFIG_COLOUR_ANSI
+#   endif
+#endif
+
+#if defined ( CATCH_CONFIG_COLOUR_WINDOWS ) /////////////////////////////////////////
+
+namespace Catch {
+namespace {
+
+    class Win32ColourImpl : public IColourImpl {
+    public:
+        Win32ColourImpl() : stdoutHandle( GetStdHandle(STD_OUTPUT_HANDLE) )
+        {
+            CONSOLE_SCREEN_BUFFER_INFO csbiInfo;
+            GetConsoleScreenBufferInfo( stdoutHandle, &csbiInfo );
+            originalForegroundAttributes = csbiInfo.wAttributes & ~( BACKGROUND_GREEN | BACKGROUND_RED | BACKGROUND_BLUE | BACKGROUND_INTENSITY );
+            originalBackgroundAttributes = csbiInfo.wAttributes & ~( FOREGROUND_GREEN | FOREGROUND_RED | FOREGROUND_BLUE | FOREGROUND_INTENSITY );
+        }
+
+        virtual void use( Colour::Code _colourCode ) {
+            switch( _colourCode ) {
+                case Colour::None:      return setTextAttribute( originalForegroundAttributes );
+                case Colour::White:     return setTextAttribute( FOREGROUND_GREEN | FOREGROUND_RED | FOREGROUND_BLUE );
+                case Colour::Red:       return setTextAttribute( FOREGROUND_RED );
+                case Colour::Green:     return setTextAttribute( FOREGROUND_GREEN );
+                case Colour::Blue:      return setTextAttribute( FOREGROUND_BLUE );
+                case Colour::Cyan:      return setTextAttribute( FOREGROUND_BLUE | FOREGROUND_GREEN );
+                case Colour::Yellow:    return setTextAttribute( FOREGROUND_RED | FOREGROUND_GREEN );
+                case Colour::Grey:      return setTextAttribute( 0 );
+
+                case Colour::LightGrey:     return setTextAttribute( FOREGROUND_INTENSITY );
+                case Colour::BrightRed:     return setTextAttribute( FOREGROUND_INTENSITY | FOREGROUND_RED );
+                case Colour::BrightGreen:   return setTextAttribute( FOREGROUND_INTENSITY | FOREGROUND_GREEN );
+                case Colour::BrightWhite:   return setTextAttribute( FOREGROUND_INTENSITY | FOREGROUND_GREEN | FOREGROUND_RED | FOREGROUND_BLUE );
+
+                case Colour::Bright: throw std::logic_error( "not a colour" );
+            }
+        }
+
+    private:
+        void setTextAttribute( WORD _textAttribute ) {
+            SetConsoleTextAttribute( stdoutHandle, _textAttribute | originalBackgroundAttributes );
+        }
+        HANDLE stdoutHandle;
+        WORD originalForegroundAttributes;
+        WORD originalBackgroundAttributes;
+    };
+
+    IColourImpl* platformColourInstance() {
+        static Win32ColourImpl s_instance;
+
+        Ptr<IConfig const> config = getCurrentContext().getConfig();
+        UseColour::YesOrNo colourMode = config
+            ? config->useColour()
+            : UseColour::Auto;
+        if( colourMode == UseColour::Auto )
+            colourMode = !isDebuggerActive()
+                ? UseColour::Yes
+                : UseColour::No;
+        return colourMode == UseColour::Yes
+            ? &s_instance
+            : NoColourImpl::instance();
+    }
+
+} // end anon namespace
+} // end namespace Catch
+
+#elif defined( CATCH_CONFIG_COLOUR_ANSI ) //////////////////////////////////////
+
+#include <unistd.h>
+
+namespace Catch {
+namespace {
+
+    // use POSIX/ ANSI console terminal codes
+    // Thanks to Adam Strzelecki for original contribution
+    // (http://github.com/nanoant)
+    // https://github.com/philsquared/Catch/pull/131
+    class PosixColourImpl : public IColourImpl {
+    public:
+        virtual void use( Colour::Code _colourCode ) {
+            switch( _colourCode ) {
+                case Colour::None:
+                case Colour::White:     return setColour( "[0m" );
+                case Colour::Red:       return setColour( "[0;31m" );
+                case Colour::Green:     return setColour( "[0;32m" );
+                case Colour::Blue:      return setColour( "[0;34m" );
+                case Colour::Cyan:      return setColour( "[0;36m" );
+                case Colour::Yellow:    return setColour( "[0;33m" );
+                case Colour::Grey:      return setColour( "[1;30m" );
+
+                case Colour::LightGrey:     return setColour( "[0;37m" );
+                case Colour::BrightRed:     return setColour( "[1;31m" );
+                case Colour::BrightGreen:   return setColour( "[1;32m" );
+                case Colour::BrightWhite:   return setColour( "[1;37m" );
+
+                case Colour::Bright: throw std::logic_error( "not a colour" );
+            }
+        }
+        static IColourImpl* instance() {
+            static PosixColourImpl s_instance;
+            return &s_instance;
+        }
+
+    private:
+        void setColour( const char* _escapeCode ) {
+            Catch::cout() << '\033' << _escapeCode;
+        }
+    };
+
+    IColourImpl* platformColourInstance() {
+        ErrnoGuard guard;
+        Ptr<IConfig const> config = getCurrentContext().getConfig();
+        UseColour::YesOrNo colourMode = config
+            ? config->useColour()
+            : UseColour::Auto;
+        if( colourMode == UseColour::Auto )
+            colourMode = (!isDebuggerActive() && isatty(STDOUT_FILENO) )
+                ? UseColour::Yes
+                : UseColour::No;
+        return colourMode == UseColour::Yes
+            ? PosixColourImpl::instance()
+            : NoColourImpl::instance();
+    }
+
+} // end anon namespace
+} // end namespace Catch
+
+#else  // not Windows or ANSI ///////////////////////////////////////////////
+
+namespace Catch {
+
+    static IColourImpl* platformColourInstance() { return NoColourImpl::instance(); }
+
+} // end namespace Catch
+
+#endif // Windows/ ANSI/ None
+
+namespace Catch {
+
+    Colour::Colour( Code _colourCode ) : m_moved( false ) { use( _colourCode ); }
+    Colour::Colour( Colour const& _other ) : m_moved( false ) { const_cast<Colour&>( _other ).m_moved = true; }
+    Colour::~Colour(){ if( !m_moved ) use( None ); }
+
+    void Colour::use( Code _colourCode ) {
+        static IColourImpl* impl = platformColourInstance();
+        impl->use( _colourCode );
+    }
+
+} // end namespace Catch
+
+// #included from: catch_generators_impl.hpp
+#define TWOBLUECUBES_CATCH_GENERATORS_IMPL_HPP_INCLUDED
+
+#include <vector>
+#include <string>
+#include <map>
+
+namespace Catch {
+
+    struct GeneratorInfo : IGeneratorInfo {
+
+        GeneratorInfo( std::size_t size )
+        :   m_size( size ),
+            m_currentIndex( 0 )
+        {}
+
+        bool moveNext() {
+            if( ++m_currentIndex == m_size ) {
+                m_currentIndex = 0;
+                return false;
+            }
+            return true;
+        }
+
+        std::size_t getCurrentIndex() const {
+            return m_currentIndex;
+        }
+
+        std::size_t m_size;
+        std::size_t m_currentIndex;
+    };
+
+    ///////////////////////////////////////////////////////////////////////////
+
+    class GeneratorsForTest : public IGeneratorsForTest {
+
+    public:
+        ~GeneratorsForTest() {
+            deleteAll( m_generatorsInOrder );
+        }
+
+        IGeneratorInfo& getGeneratorInfo( std::string const& fileInfo, std::size_t size ) {
+            std::map<std::string, IGeneratorInfo*>::const_iterator it = m_generatorsByName.find( fileInfo );
+            if( it == m_generatorsByName.end() ) {
+                IGeneratorInfo* info = new GeneratorInfo( size );
+                m_generatorsByName.insert( std::make_pair( fileInfo, info ) );
+                m_generatorsInOrder.push_back( info );
+                return *info;
+            }
+            return *it->second;
+        }
+
+        bool moveNext() {
+            std::vector<IGeneratorInfo*>::const_iterator it = m_generatorsInOrder.begin();
+            std::vector<IGeneratorInfo*>::const_iterator itEnd = m_generatorsInOrder.end();
+            for(; it != itEnd; ++it ) {
+                if( (*it)->moveNext() )
+                    return true;
+            }
+            return false;
+        }
+
+    private:
+        std::map<std::string, IGeneratorInfo*> m_generatorsByName;
+        std::vector<IGeneratorInfo*> m_generatorsInOrder;
+    };
+
+    IGeneratorsForTest* createGeneratorsForTest()
+    {
+        return new GeneratorsForTest();
+    }
+
+} // end namespace Catch
+
+// #included from: catch_assertionresult.hpp
+#define TWOBLUECUBES_CATCH_ASSERTIONRESULT_HPP_INCLUDED
+
+namespace Catch {
+
+    AssertionInfo::AssertionInfo(   char const * _macroName,
+                                    SourceLineInfo const& _lineInfo,
+                                    char const * _capturedExpression,
+                                    ResultDisposition::Flags _resultDisposition,
+                                    char const * _secondArg)
+    :   macroName( _macroName ),
+        lineInfo( _lineInfo ),
+        capturedExpression( _capturedExpression ),
+        resultDisposition( _resultDisposition ),
+        secondArg( _secondArg )
+    {}
+
+    AssertionResult::AssertionResult() {}
+
+    AssertionResult::AssertionResult( AssertionInfo const& info, AssertionResultData const& data )
+    :   m_info( info ),
+        m_resultData( data )
+    {}
+
+    AssertionResult::~AssertionResult() {}
+
+    // Result was a success
+    bool AssertionResult::succeeded() const {
+        return Catch::isOk( m_resultData.resultType );
+    }
+
+    // Result was a success, or failure is suppressed
+    bool AssertionResult::isOk() const {
+        return Catch::isOk( m_resultData.resultType ) || shouldSuppressFailure( m_info.resultDisposition );
+    }
+
+    ResultWas::OfType AssertionResult::getResultType() const {
+        return m_resultData.resultType;
+    }
+
+    bool AssertionResult::hasExpression() const {
+        return m_info.capturedExpression[0] != 0;
+    }
+
+    bool AssertionResult::hasMessage() const {
+        return !m_resultData.message.empty();
+    }
+
+    std::string capturedExpressionWithSecondArgument( char const * capturedExpression, char const * secondArg ) {
+        return (secondArg[0] == 0 || secondArg[0] == '"' && secondArg[1] == '"')
+            ? capturedExpression
+            : std::string(capturedExpression) + ", " + secondArg;
+    }
+
+    std::string AssertionResult::getExpression() const {
+        if( isFalseTest( m_info.resultDisposition ) )
+            return '!' + capturedExpressionWithSecondArgument(m_info.capturedExpression, m_info.secondArg);
+        else
+            return capturedExpressionWithSecondArgument(m_info.capturedExpression, m_info.secondArg);
+    }
+    std::string AssertionResult::getExpressionInMacro() const {
+        if( m_info.macroName[0] == 0 )
+            return capturedExpressionWithSecondArgument(m_info.capturedExpression, m_info.secondArg);
+        else
+            return std::string(m_info.macroName) + "( " + capturedExpressionWithSecondArgument(m_info.capturedExpression, m_info.secondArg) + " )";
+    }
+
+    bool AssertionResult::hasExpandedExpression() const {
+        return hasExpression() && getExpandedExpression() != getExpression();
+    }
+
+    std::string AssertionResult::getExpandedExpression() const {
+        return m_resultData.reconstructExpression();
+    }
+
+    std::string AssertionResult::getMessage() const {
+        return m_resultData.message;
+    }
+    SourceLineInfo AssertionResult::getSourceInfo() const {
+        return m_info.lineInfo;
+    }
+
+    std::string AssertionResult::getTestMacroName() const {
+        return m_info.macroName;
+    }
+
+    void AssertionResult::discardDecomposedExpression() const {
+        m_resultData.decomposedExpression = CATCH_NULL;
+    }
+
+    void AssertionResult::expandDecomposedExpression() const {
+        m_resultData.reconstructExpression();
+    }
+
+} // end namespace Catch
+
+// #included from: catch_test_case_info.hpp
+#define TWOBLUECUBES_CATCH_TEST_CASE_INFO_HPP_INCLUDED
+
+#include <cctype>
+
+namespace Catch {
+
+    inline TestCaseInfo::SpecialProperties parseSpecialTag( std::string const& tag ) {
+        if( startsWith( tag, '.' ) ||
+            tag == "hide" ||
+            tag == "!hide" )
+            return TestCaseInfo::IsHidden;
+        else if( tag == "!throws" )
+            return TestCaseInfo::Throws;
+        else if( tag == "!shouldfail" )
+            return TestCaseInfo::ShouldFail;
+        else if( tag == "!mayfail" )
+            return TestCaseInfo::MayFail;
+        else if( tag == "!nonportable" )
+            return TestCaseInfo::NonPortable;
+        else
+            return TestCaseInfo::None;
+    }
+    inline bool isReservedTag( std::string const& tag ) {
+        return parseSpecialTag( tag ) == TestCaseInfo::None && tag.size() > 0 && !std::isalnum( tag[0] );
+    }
+    inline void enforceNotReservedTag( std::string const& tag, SourceLineInfo const& _lineInfo ) {
+        if( isReservedTag( tag ) ) {
+            std::ostringstream ss;
+            ss << Colour(Colour::Red)
+               << "Tag name [" << tag << "] not allowed.\n"
+               << "Tag names starting with non alpha-numeric characters are reserved\n"
+               << Colour(Colour::FileName)
+               << _lineInfo << '\n';
+            throw std::runtime_error(ss.str());
+        }
+    }
+
+    TestCase makeTestCase(  ITestCase* _testCase,
+                            std::string const& _className,
+                            std::string const& _name,
+                            std::string const& _descOrTags,
+                            SourceLineInfo const& _lineInfo )
+    {
+        bool isHidden( startsWith( _name, "./" ) ); // Legacy support
+
+        // Parse out tags
+        std::set<std::string> tags;
+        std::string desc, tag;
+        bool inTag = false;
+        for( std::size_t i = 0; i < _descOrTags.size(); ++i ) {
+            char c = _descOrTags[i];
+            if( !inTag ) {
+                if( c == '[' )
+                    inTag = true;
+                else
+                    desc += c;
+            }
+            else {
+                if( c == ']' ) {
+                    TestCaseInfo::SpecialProperties prop = parseSpecialTag( tag );
+                    if( prop == TestCaseInfo::IsHidden )
+                        isHidden = true;
+                    else if( prop == TestCaseInfo::None )
+                        enforceNotReservedTag( tag, _lineInfo );
+
+                    tags.insert( tag );
+                    tag.clear();
+                    inTag = false;
+                }
+                else
+                    tag += c;
+            }
+        }
+        if( isHidden ) {
+            tags.insert( "hide" );
+            tags.insert( "." );
+        }
+
+        TestCaseInfo info( _name, _className, desc, tags, _lineInfo );
+        return TestCase( _testCase, info );
+    }
+
+    void setTags( TestCaseInfo& testCaseInfo, std::set<std::string> const& tags )
+    {
+        testCaseInfo.tags = tags;
+        testCaseInfo.lcaseTags.clear();
+
+        std::ostringstream oss;
+        for( std::set<std::string>::const_iterator it = tags.begin(), itEnd = tags.end(); it != itEnd; ++it ) {
+            oss << '[' << *it << ']';
+            std::string lcaseTag = toLower( *it );
+            testCaseInfo.properties = static_cast<TestCaseInfo::SpecialProperties>( testCaseInfo.properties | parseSpecialTag( lcaseTag ) );
+            testCaseInfo.lcaseTags.insert( lcaseTag );
+        }
+        testCaseInfo.tagsAsString = oss.str();
+    }
+
+    TestCaseInfo::TestCaseInfo( std::string const& _name,
+                                std::string const& _className,
+                                std::string const& _description,
+                                std::set<std::string> const& _tags,
+                                SourceLineInfo const& _lineInfo )
+    :   name( _name ),
+        className( _className ),
+        description( _description ),
+        lineInfo( _lineInfo ),
+        properties( None )
+    {
+        setTags( *this, _tags );
+    }
+
+    TestCaseInfo::TestCaseInfo( TestCaseInfo const& other )
+    :   name( other.name ),
+        className( other.className ),
+        description( other.description ),
+        tags( other.tags ),
+        lcaseTags( other.lcaseTags ),
+        tagsAsString( other.tagsAsString ),
+        lineInfo( other.lineInfo ),
+        properties( other.properties )
+    {}
+
+    bool TestCaseInfo::isHidden() const {
+        return ( properties & IsHidden ) != 0;
+    }
+    bool TestCaseInfo::throws() const {
+        return ( properties & Throws ) != 0;
+    }
+    bool TestCaseInfo::okToFail() const {
+        return ( properties & (ShouldFail | MayFail ) ) != 0;
+    }
+    bool TestCaseInfo::expectedToFail() const {
+        return ( properties & (ShouldFail ) ) != 0;
+    }
+
+    TestCase::TestCase( ITestCase* testCase, TestCaseInfo const& info ) : TestCaseInfo( info ), test( testCase ) {}
+
+    TestCase::TestCase( TestCase const& other )
+    :   TestCaseInfo( other ),
+        test( other.test )
+    {}
+
+    TestCase TestCase::withName( std::string const& _newName ) const {
+        TestCase other( *this );
+        other.name = _newName;
+        return other;
+    }
+
+    void TestCase::swap( TestCase& other ) {
+        test.swap( other.test );
+        name.swap( other.name );
+        className.swap( other.className );
+        description.swap( other.description );
+        tags.swap( other.tags );
+        lcaseTags.swap( other.lcaseTags );
+        tagsAsString.swap( other.tagsAsString );
+        std::swap( TestCaseInfo::properties, static_cast<TestCaseInfo&>( other ).properties );
+        std::swap( lineInfo, other.lineInfo );
+    }
+
+    void TestCase::invoke() const {
+        test->invoke();
+    }
+
+    bool TestCase::operator == ( TestCase const& other ) const {
+        return  test.get() == other.test.get() &&
+                name == other.name &&
+                className == other.className;
+    }
+
+    bool TestCase::operator < ( TestCase const& other ) const {
+        return name < other.name;
+    }
+    TestCase& TestCase::operator = ( TestCase const& other ) {
+        TestCase temp( other );
+        swap( temp );
+        return *this;
+    }
+
+    TestCaseInfo const& TestCase::getTestCaseInfo() const
+    {
+        return *this;
+    }
+
+} // end namespace Catch
+
+// #included from: catch_version.hpp
+#define TWOBLUECUBES_CATCH_VERSION_HPP_INCLUDED
+
+namespace Catch {
+
+    Version::Version
+        (   unsigned int _majorVersion,
+            unsigned int _minorVersion,
+            unsigned int _patchNumber,
+            char const * const _branchName,
+            unsigned int _buildNumber )
+    :   majorVersion( _majorVersion ),
+        minorVersion( _minorVersion ),
+        patchNumber( _patchNumber ),
+        branchName( _branchName ),
+        buildNumber( _buildNumber )
+    {}
+
+    std::ostream& operator << ( std::ostream& os, Version const& version ) {
+        os  << version.majorVersion << '.'
+            << version.minorVersion << '.'
+            << version.patchNumber;
+        // branchName is never null -> 0th char is \0 if it is empty
+        if (version.branchName[0]) {
+            os << '-' << version.branchName
+               << '.' << version.buildNumber;
+        }
+        return os;
+    }
+
+    inline Version libraryVersion() {
+        static Version version( 1, 9, 6, "", 0 );
+        return version;
+    }
+
+}
+
+// #included from: catch_message.hpp
+#define TWOBLUECUBES_CATCH_MESSAGE_HPP_INCLUDED
+
+namespace Catch {
+
+    MessageInfo::MessageInfo(   std::string const& _macroName,
+                                SourceLineInfo const& _lineInfo,
+                                ResultWas::OfType _type )
+    :   macroName( _macroName ),
+        lineInfo( _lineInfo ),
+        type( _type ),
+        sequence( ++globalCount )
+    {}
+
+    // This may need protecting if threading support is added
+    unsigned int MessageInfo::globalCount = 0;
+
+    ////////////////////////////////////////////////////////////////////////////
+
+    ScopedMessage::ScopedMessage( MessageBuilder const& builder )
+    : m_info( builder.m_info )
+    {
+        m_info.message = builder.m_stream.str();
+        getResultCapture().pushScopedMessage( m_info );
+    }
+    ScopedMessage::ScopedMessage( ScopedMessage const& other )
+    : m_info( other.m_info )
+    {}
+
+    ScopedMessage::~ScopedMessage() {
+        if ( !std::uncaught_exception() ){
+            getResultCapture().popScopedMessage(m_info);
+        }
+    }
+
+} // end namespace Catch
+
+// #included from: catch_legacy_reporter_adapter.hpp
+#define TWOBLUECUBES_CATCH_LEGACY_REPORTER_ADAPTER_HPP_INCLUDED
+
+// #included from: catch_legacy_reporter_adapter.h
+#define TWOBLUECUBES_CATCH_LEGACY_REPORTER_ADAPTER_H_INCLUDED
+
+namespace Catch
+{
+    // Deprecated
+    struct IReporter : IShared {
+        virtual ~IReporter();
+
+        virtual bool shouldRedirectStdout() const = 0;
+
+        virtual void StartTesting() = 0;
+        virtual void EndTesting( Totals const& totals ) = 0;
+        virtual void StartGroup( std::string const& groupName ) = 0;
+        virtual void EndGroup( std::string const& groupName, Totals const& totals ) = 0;
+        virtual void StartTestCase( TestCaseInfo const& testInfo ) = 0;
+        virtual void EndTestCase( TestCaseInfo const& testInfo, Totals const& totals, std::string const& stdOut, std::string const& stdErr ) = 0;
+        virtual void StartSection( std::string const& sectionName, std::string const& description ) = 0;
+        virtual void EndSection( std::string const& sectionName, Counts const& assertions ) = 0;
+        virtual void NoAssertionsInSection( std::string const& sectionName ) = 0;
+        virtual void NoAssertionsInTestCase( std::string const& testName ) = 0;
+        virtual void Aborted() = 0;
+        virtual void Result( AssertionResult const& result ) = 0;
+    };
+
+    class LegacyReporterAdapter : public SharedImpl<IStreamingReporter>
+    {
+    public:
+        LegacyReporterAdapter( Ptr<IReporter> const& legacyReporter );
+        virtual ~LegacyReporterAdapter();
+
+        virtual ReporterPreferences getPreferences() const;
+        virtual void noMatchingTestCases( std::string const& );
+        virtual void testRunStarting( TestRunInfo const& );
+        virtual void testGroupStarting( GroupInfo const& groupInfo );
+        virtual void testCaseStarting( TestCaseInfo const& testInfo );
+        virtual void sectionStarting( SectionInfo const& sectionInfo );
+        virtual void assertionStarting( AssertionInfo const& );
+        virtual bool assertionEnded( AssertionStats const& assertionStats );
+        virtual void sectionEnded( SectionStats const& sectionStats );
+        virtual void testCaseEnded( TestCaseStats const& testCaseStats );
+        virtual void testGroupEnded( TestGroupStats const& testGroupStats );
+        virtual void testRunEnded( TestRunStats const& testRunStats );
+        virtual void skipTest( TestCaseInfo const& );
+
+    private:
+        Ptr<IReporter> m_legacyReporter;
+    };
+}
+
+namespace Catch
+{
+    LegacyReporterAdapter::LegacyReporterAdapter( Ptr<IReporter> const& legacyReporter )
+    :   m_legacyReporter( legacyReporter )
+    {}
+    LegacyReporterAdapter::~LegacyReporterAdapter() {}
+
+    ReporterPreferences LegacyReporterAdapter::getPreferences() const {
+        ReporterPreferences prefs;
+        prefs.shouldRedirectStdOut = m_legacyReporter->shouldRedirectStdout();
+        return prefs;
+    }
+
+    void LegacyReporterAdapter::noMatchingTestCases( std::string const& ) {}
+    void LegacyReporterAdapter::testRunStarting( TestRunInfo const& ) {
+        m_legacyReporter->StartTesting();
+    }
+    void LegacyReporterAdapter::testGroupStarting( GroupInfo const& groupInfo ) {
+        m_legacyReporter->StartGroup( groupInfo.name );
+    }
+    void LegacyReporterAdapter::testCaseStarting( TestCaseInfo const& testInfo ) {
+        m_legacyReporter->StartTestCase( testInfo );
+    }
+    void LegacyReporterAdapter::sectionStarting( SectionInfo const& sectionInfo ) {
+        m_legacyReporter->StartSection( sectionInfo.name, sectionInfo.description );
+    }
+    void LegacyReporterAdapter::assertionStarting( AssertionInfo const& ) {
+        // Not on legacy interface
+    }
+
+    bool LegacyReporterAdapter::assertionEnded( AssertionStats const& assertionStats ) {
+        if( assertionStats.assertionResult.getResultType() != ResultWas::Ok ) {
+            for( std::vector<MessageInfo>::const_iterator it = assertionStats.infoMessages.begin(), itEnd = assertionStats.infoMessages.end();
+                    it != itEnd;
+                    ++it ) {
+                if( it->type == ResultWas::Info ) {
+                    ResultBuilder rb( it->macroName.c_str(), it->lineInfo, "", ResultDisposition::Normal );
+                    rb << it->message;
+                    rb.setResultType( ResultWas::Info );
+                    AssertionResult result = rb.build();
+                    m_legacyReporter->Result( result );
+                }
+            }
+        }
+        m_legacyReporter->Result( assertionStats.assertionResult );
+        return true;
+    }
+    void LegacyReporterAdapter::sectionEnded( SectionStats const& sectionStats ) {
+        if( sectionStats.missingAssertions )
+            m_legacyReporter->NoAssertionsInSection( sectionStats.sectionInfo.name );
+        m_legacyReporter->EndSection( sectionStats.sectionInfo.name, sectionStats.assertions );
+    }
+    void LegacyReporterAdapter::testCaseEnded( TestCaseStats const& testCaseStats ) {
+        m_legacyReporter->EndTestCase
+            (   testCaseStats.testInfo,
+                testCaseStats.totals,
+                testCaseStats.stdOut,
+                testCaseStats.stdErr );
+    }
+    void LegacyReporterAdapter::testGroupEnded( TestGroupStats const& testGroupStats ) {
+        if( testGroupStats.aborting )
+            m_legacyReporter->Aborted();
+        m_legacyReporter->EndGroup( testGroupStats.groupInfo.name, testGroupStats.totals );
+    }
+    void LegacyReporterAdapter::testRunEnded( TestRunStats const& testRunStats ) {
+        m_legacyReporter->EndTesting( testRunStats.totals );
+    }
+    void LegacyReporterAdapter::skipTest( TestCaseInfo const& ) {
+    }
+}
+
+// #included from: catch_timer.hpp
+
+#ifdef __clang__
+#pragma clang diagnostic push
+#pragma clang diagnostic ignored "-Wc++11-long-long"
+#endif
+
+#ifdef CATCH_PLATFORM_WINDOWS
+
+#else
+
+#include <sys/time.h>
+
+#endif
+
+namespace Catch {
+
+    namespace {
+#ifdef CATCH_PLATFORM_WINDOWS
+        UInt64 getCurrentTicks() {
+            static UInt64 hz=0, hzo=0;
+            if (!hz) {
+                QueryPerformanceFrequency( reinterpret_cast<LARGE_INTEGER*>( &hz ) );
+                QueryPerformanceCounter( reinterpret_cast<LARGE_INTEGER*>( &hzo ) );
+            }
+            UInt64 t;
+            QueryPerformanceCounter( reinterpret_cast<LARGE_INTEGER*>( &t ) );
+            return ((t-hzo)*1000000)/hz;
+        }
+#else
+        UInt64 getCurrentTicks() {
+            timeval t;
+            gettimeofday(&t,CATCH_NULL);
+            return static_cast<UInt64>( t.tv_sec ) * 1000000ull + static_cast<UInt64>( t.tv_usec );
+        }
+#endif
+    }
+
+    void Timer::start() {
+        m_ticks = getCurrentTicks();
+    }
+    unsigned int Timer::getElapsedMicroseconds() const {
+        return static_cast<unsigned int>(getCurrentTicks() - m_ticks);
+    }
+    unsigned int Timer::getElapsedMilliseconds() const {
+        return static_cast<unsigned int>(getElapsedMicroseconds()/1000);
+    }
+    double Timer::getElapsedSeconds() const {
+        return getElapsedMicroseconds()/1000000.0;
+    }
+
+} // namespace Catch
+
+#ifdef __clang__
+#pragma clang diagnostic pop
+#endif
+// #included from: catch_common.hpp
+#define TWOBLUECUBES_CATCH_COMMON_HPP_INCLUDED
+
+#include <cstring>
+#include <cctype>
+
+namespace Catch {
+
+    bool startsWith( std::string const& s, std::string const& prefix ) {
+        return s.size() >= prefix.size() && std::equal(prefix.begin(), prefix.end(), s.begin());
+    }
+    bool startsWith( std::string const& s, char prefix ) {
+        return !s.empty() && s[0] == prefix;
+    }
+    bool endsWith( std::string const& s, std::string const& suffix ) {
+        return s.size() >= suffix.size() && std::equal(suffix.rbegin(), suffix.rend(), s.rbegin());
+    }
+    bool endsWith( std::string const& s, char suffix ) {
+        return !s.empty() && s[s.size()-1] == suffix;
+    }
+    bool contains( std::string const& s, std::string const& infix ) {
+        return s.find( infix ) != std::string::npos;
+    }
+    char toLowerCh(char c) {
+        return static_cast<char>( std::tolower( c ) );
+    }
+    void toLowerInPlace( std::string& s ) {
+        std::transform( s.begin(), s.end(), s.begin(), toLowerCh );
+    }
+    std::string toLower( std::string const& s ) {
+        std::string lc = s;
+        toLowerInPlace( lc );
+        return lc;
+    }
+    std::string trim( std::string const& str ) {
+        static char const* whitespaceChars = "\n\r\t ";
+        std::string::size_type start = str.find_first_not_of( whitespaceChars );
+        std::string::size_type end = str.find_last_not_of( whitespaceChars );
+
+        return start != std::string::npos ? str.substr( start, 1+end-start ) : std::string();
+    }
+
+    bool replaceInPlace( std::string& str, std::string const& replaceThis, std::string const& withThis ) {
+        bool replaced = false;
+        std::size_t i = str.find( replaceThis );
+        while( i != std::string::npos ) {
+            replaced = true;
+            str = str.substr( 0, i ) + withThis + str.substr( i+replaceThis.size() );
+            if( i < str.size()-withThis.size() )
+                i = str.find( replaceThis, i+withThis.size() );
+            else
+                i = std::string::npos;
+        }
+        return replaced;
+    }
+
+    pluralise::pluralise( std::size_t count, std::string const& label )
+    :   m_count( count ),
+        m_label( label )
+    {}
+
+    std::ostream& operator << ( std::ostream& os, pluralise const& pluraliser ) {
+        os << pluraliser.m_count << ' ' << pluraliser.m_label;
+        if( pluraliser.m_count != 1 )
+            os << 's';
+        return os;
+    }
+
+    SourceLineInfo::SourceLineInfo() : file(""), line( 0 ){}
+    SourceLineInfo::SourceLineInfo( char const* _file, std::size_t _line )
+    :   file( _file ),
+        line( _line )
+    {}
+    bool SourceLineInfo::empty() const {
+        return file[0] == '\0';
+    }
+    bool SourceLineInfo::operator == ( SourceLineInfo const& other ) const {
+        return line == other.line && (file == other.file || std::strcmp(file, other.file) == 0);
+    }
+    bool SourceLineInfo::operator < ( SourceLineInfo const& other ) const {
+        return line < other.line || ( line == other.line && (std::strcmp(file, other.file) < 0));
+    }
+
+    void seedRng( IConfig const& config ) {
+        if( config.rngSeed() != 0 )
+            std::srand( config.rngSeed() );
+    }
+    unsigned int rngSeed() {
+        return getCurrentContext().getConfig()->rngSeed();
+    }
+
+    std::ostream& operator << ( std::ostream& os, SourceLineInfo const& info ) {
+#ifndef __GNUG__
+        os << info.file << '(' << info.line << ')';
+#else
+        os << info.file << ':' << info.line;
+#endif
+        return os;
+    }
+
+    void throwLogicError( std::string const& message, SourceLineInfo const& locationInfo ) {
+        std::ostringstream oss;
+        oss << locationInfo << ": Internal Catch error: '" << message << '\'';
+        if( alwaysTrue() )
+            throw std::logic_error( oss.str() );
+    }
+}
+
+// #included from: catch_section.hpp
+#define TWOBLUECUBES_CATCH_SECTION_HPP_INCLUDED
+
+namespace Catch {
+
+    SectionInfo::SectionInfo
+        (   SourceLineInfo const& _lineInfo,
+            std::string const& _name,
+            std::string const& _description )
+    :   name( _name ),
+        description( _description ),
+        lineInfo( _lineInfo )
+    {}
+
+    Section::Section( SectionInfo const& info )
+    :   m_info( info ),
+        m_sectionIncluded( getResultCapture().sectionStarted( m_info, m_assertions ) )
+    {
+        m_timer.start();
+    }
+
+#if defined(_MSC_VER)
+#pragma warning(push)
+#pragma warning(disable:4996) // std::uncaught_exception is deprecated in C++17
+#endif
+    Section::~Section() {
+        if( m_sectionIncluded ) {
+            SectionEndInfo endInfo( m_info, m_assertions, m_timer.getElapsedSeconds() );
+            if( std::uncaught_exception() )
+                getResultCapture().sectionEndedEarly( endInfo );
+            else
+                getResultCapture().sectionEnded( endInfo );
+        }
+    }
+#if defined(_MSC_VER)
+#pragma warning(pop)
+#endif
+
+    // This indicates whether the section should be executed or not
+    Section::operator bool() const {
+        return m_sectionIncluded;
+    }
+
+} // end namespace Catch
+
+// #included from: catch_debugger.hpp
+#define TWOBLUECUBES_CATCH_DEBUGGER_HPP_INCLUDED
+
+#ifdef CATCH_PLATFORM_MAC
+
+    #include <assert.h>
+    #include <stdbool.h>
+    #include <sys/types.h>
+    #include <unistd.h>
+    #include <sys/sysctl.h>
+
+    namespace Catch{
+
+        // The following function is taken directly from the following technical note:
+        // http://developer.apple.com/library/mac/#qa/qa2004/qa1361.html
+
+        // Returns true if the current process is being debugged (either
+        // running under the debugger or has a debugger attached post facto).
+        bool isDebuggerActive(){
+
+            int                 mib[4];
+            struct kinfo_proc   info;
+            size_t              size;
+
+            // Initialize the flags so that, if sysctl fails for some bizarre
+            // reason, we get a predictable result.
+
+            info.kp_proc.p_flag = 0;
+
+            // Initialize mib, which tells sysctl the info we want, in this case
+            // we're looking for information about a specific process ID.
+
+            mib[0] = CTL_KERN;
+            mib[1] = KERN_PROC;
+            mib[2] = KERN_PROC_PID;
+            mib[3] = getpid();
+
+            // Call sysctl.
+
+            size = sizeof(info);
+            if( sysctl(mib, sizeof(mib) / sizeof(*mib), &info, &size, CATCH_NULL, 0) != 0 ) {
+                Catch::cerr() << "\n** Call to sysctl failed - unable to determine if debugger is active **\n" << std::endl;
+                return false;
+            }
+
+            // We're being debugged if the P_TRACED flag is set.
+
+            return ( (info.kp_proc.p_flag & P_TRACED) != 0 );
+        }
+    } // namespace Catch
+
+#elif defined(CATCH_PLATFORM_LINUX)
+    #include <fstream>
+    #include <string>
+
+    namespace Catch{
+        // The standard POSIX way of detecting a debugger is to attempt to
+        // ptrace() the process, but this needs to be done from a child and not
+        // this process itself to still allow attaching to this process later
+        // if wanted, so is rather heavy. Under Linux we have the PID of the
+        // "debugger" (which doesn't need to be gdb, of course, it could also
+        // be strace, for example) in /proc/$PID/status, so just get it from
+        // there instead.
+        bool isDebuggerActive(){
+            // Libstdc++ has a bug, where std::ifstream sets errno to 0
+            // This way our users can properly assert over errno values
+            ErrnoGuard guard;
+            std::ifstream in("/proc/self/status");
+            for( std::string line; std::getline(in, line); ) {
+                static const int PREFIX_LEN = 11;
+                if( line.compare(0, PREFIX_LEN, "TracerPid:\t") == 0 ) {
+                    // We're traced if the PID is not 0 and no other PID starts
+                    // with 0 digit, so it's enough to check for just a single
+                    // character.
+                    return line.length() > PREFIX_LEN && line[PREFIX_LEN] != '0';
+                }
+            }
+
+            return false;
+        }
+    } // namespace Catch
+#elif defined(_MSC_VER)
+    extern "C" __declspec(dllimport) int __stdcall IsDebuggerPresent();
+    namespace Catch {
+        bool isDebuggerActive() {
+            return IsDebuggerPresent() != 0;
+        }
+    }
+#elif defined(__MINGW32__)
+    extern "C" __declspec(dllimport) int __stdcall IsDebuggerPresent();
+    namespace Catch {
+        bool isDebuggerActive() {
+            return IsDebuggerPresent() != 0;
+        }
+    }
+#else
+    namespace Catch {
+       inline bool isDebuggerActive() { return false; }
+    }
+#endif // Platform
+
+#ifdef CATCH_PLATFORM_WINDOWS
+
+    namespace Catch {
+        void writeToDebugConsole( std::string const& text ) {
+            ::OutputDebugStringA( text.c_str() );
+        }
+    }
+#else
+    namespace Catch {
+        void writeToDebugConsole( std::string const& text ) {
+            // !TBD: Need a version for Mac/ XCode and other IDEs
+            Catch::cout() << text;
+        }
+    }
+#endif // Platform
+
+// #included from: catch_tostring.hpp
+#define TWOBLUECUBES_CATCH_TOSTRING_HPP_INCLUDED
+
+namespace Catch {
+
+namespace Detail {
+
+    const std::string unprintableString = "{?}";
+
+    namespace {
+        const int hexThreshold = 255;
+
+        struct Endianness {
+            enum Arch { Big, Little };
+
+            static Arch which() {
+                union _{
+                    int asInt;
+                    char asChar[sizeof (int)];
+                } u;
+
+                u.asInt = 1;
+                return ( u.asChar[sizeof(int)-1] == 1 ) ? Big : Little;
+            }
+        };
+    }
+
+    std::string rawMemoryToString( const void *object, std::size_t size )
+    {
+        // Reverse order for little endian architectures
+        int i = 0, end = static_cast<int>( size ), inc = 1;
+        if( Endianness::which() == Endianness::Little ) {
+            i = end-1;
+            end = inc = -1;
+        }
+
+        unsigned char const *bytes = static_cast<unsigned char const *>(object);
+        std::ostringstream os;
+        os << "0x" << std::setfill('0') << std::hex;
+        for( ; i != end; i += inc )
+             os << std::setw(2) << static_cast<unsigned>(bytes[i]);
+       return os.str();
+    }
+}
+
+std::string toString( std::string const& value ) {
+    std::string s = value;
+    if( getCurrentContext().getConfig()->showInvisibles() ) {
+        for(size_t i = 0; i < s.size(); ++i ) {
+            std::string subs;
+            switch( s[i] ) {
+            case '\n': subs = "\\n"; break;
+            case '\t': subs = "\\t"; break;
+            default: break;
+            }
+            if( !subs.empty() ) {
+                s = s.substr( 0, i ) + subs + s.substr( i+1 );
+                ++i;
+            }
+        }
+    }
+    return '"' + s + '"';
+}
+std::string toString( std::wstring const& value ) {
+
+    std::string s;
+    s.reserve( value.size() );
+    for(size_t i = 0; i < value.size(); ++i )
+        s += value[i] <= 0xff ? static_cast<char>( value[i] ) : '?';
+    return Catch::toString( s );
+}
+
+std::string toString( const char* const value ) {
+    return value ? Catch::toString( std::string( value ) ) : std::string( "{null string}" );
+}
+
+std::string toString( char* const value ) {
+    return Catch::toString( static_cast<const char*>( value ) );
+}
+
+std::string toString( const wchar_t* const value )
+{
+    return value ? Catch::toString( std::wstring(value) ) : std::string( "{null string}" );
+}
+
+std::string toString( wchar_t* const value )
+{
+    return Catch::toString( static_cast<const wchar_t*>( value ) );
+}
+
+std::string toString( int value ) {
+    std::ostringstream oss;
+    oss << value;
+    if( value > Detail::hexThreshold )
+        oss << " (0x" << std::hex << value << ')';
+    return oss.str();
+}
+
+std::string toString( unsigned long value ) {
+    std::ostringstream oss;
+    oss << value;
+    if( value > Detail::hexThreshold )
+        oss << " (0x" << std::hex << value << ')';
+    return oss.str();
+}
+
+std::string toString( unsigned int value ) {
+    return Catch::toString( static_cast<unsigned long>( value ) );
+}
+
+template<typename T>
+std::string fpToString( T value, int precision ) {
+    std::ostringstream oss;
+    oss << std::setprecision( precision )
+        << std::fixed
+        << value;
+    std::string d = oss.str();
+    std::size_t i = d.find_last_not_of( '0' );
+    if( i != std::string::npos && i != d.size()-1 ) {
+        if( d[i] == '.' )
+            i++;
+        d = d.substr( 0, i+1 );
+    }
+    return d;
+}
+
+std::string toString( const double value ) {
+    return fpToString( value, 10 );
+}
+std::string toString( const float value ) {
+    return fpToString( value, 5 ) + 'f';
+}
+
+std::string toString( bool value ) {
+    return value ? "true" : "false";
+}
+
+std::string toString( char value ) {
+    if ( value == '\r' )
+        return "'\\r'";
+    if ( value == '\f' )
+        return "'\\f'";
+    if ( value == '\n' )
+        return "'\\n'";
+    if ( value == '\t' )
+        return "'\\t'";
+    if ( '\0' <= value && value < ' ' )
+        return toString( static_cast<unsigned int>( value ) );
+    char chstr[] = "' '";
+    chstr[1] = value;
+    return chstr;
+}
+
+std::string toString( signed char value ) {
+    return toString( static_cast<char>( value ) );
+}
+
+std::string toString( unsigned char value ) {
+    return toString( static_cast<char>( value ) );
+}
+
+#ifdef CATCH_CONFIG_CPP11_LONG_LONG
+std::string toString( long long value ) {
+    std::ostringstream oss;
+    oss << value;
+    if( value > Detail::hexThreshold )
+        oss << " (0x" << std::hex << value << ')';
+    return oss.str();
+}
+std::string toString( unsigned long long value ) {
+    std::ostringstream oss;
+    oss << value;
+    if( value > Detail::hexThreshold )
+        oss << " (0x" << std::hex << value << ')';
+    return oss.str();
+}
+#endif
+
+#ifdef CATCH_CONFIG_CPP11_NULLPTR
+std::string toString( std::nullptr_t ) {
+    return "nullptr";
+}
+#endif
+
+#ifdef __OBJC__
+    std::string toString( NSString const * const& nsstring ) {
+        if( !nsstring )
+            return "nil";
+        return "@" + toString([nsstring UTF8String]);
+    }
+    std::string toString( NSString * CATCH_ARC_STRONG & nsstring ) {
+        if( !nsstring )
+            return "nil";
+        return "@" + toString([nsstring UTF8String]);
+    }
+    std::string toString( NSObject* const& nsObject ) {
+        return toString( [nsObject description] );
+    }
+#endif
+
+} // end namespace Catch
+
+// #included from: catch_result_builder.hpp
+#define TWOBLUECUBES_CATCH_RESULT_BUILDER_HPP_INCLUDED
+
+namespace Catch {
+
+    ResultBuilder::ResultBuilder(   char const* macroName,
+                                    SourceLineInfo const& lineInfo,
+                                    char const* capturedExpression,
+                                    ResultDisposition::Flags resultDisposition,
+                                    char const* secondArg )
+    :   m_assertionInfo( macroName, lineInfo, capturedExpression, resultDisposition, secondArg ),
+        m_shouldDebugBreak( false ),
+        m_shouldThrow( false ),
+        m_guardException( false )
+    {
+        m_stream().oss.str("");
+    }
+
+    ResultBuilder::~ResultBuilder() {
+#if defined(CATCH_CONFIG_FAST_COMPILE)
+        if ( m_guardException ) {
+            m_stream().oss << "Exception translation was disabled by CATCH_CONFIG_FAST_COMPILE";
+            captureResult( ResultWas::ThrewException );
+            getCurrentContext().getResultCapture()->exceptionEarlyReported();
+        }
+#endif
+    }
+
+    ResultBuilder& ResultBuilder::setResultType( ResultWas::OfType result ) {
+        m_data.resultType = result;
+        return *this;
+    }
+    ResultBuilder& ResultBuilder::setResultType( bool result ) {
+        m_data.resultType = result ? ResultWas::Ok : ResultWas::ExpressionFailed;
+        return *this;
+    }
+
+    void ResultBuilder::endExpression( DecomposedExpression const& expr ) {
+        AssertionResult result = build( expr );
+        handleResult( result );
+    }
+
+    void ResultBuilder::useActiveException( ResultDisposition::Flags resultDisposition ) {
+        m_assertionInfo.resultDisposition = resultDisposition;
+        m_stream().oss << Catch::translateActiveException();
+        captureResult( ResultWas::ThrewException );
+    }
+
+    void ResultBuilder::captureResult( ResultWas::OfType resultType ) {
+        setResultType( resultType );
+        captureExpression();
+    }
+
+    void ResultBuilder::captureExpectedException( std::string const& expectedMessage ) {
+        if( expectedMessage.empty() )
+            captureExpectedException( Matchers::Impl::MatchAllOf<std::string>() );
+        else
+            captureExpectedException( Matchers::Equals( expectedMessage ) );
+    }
+
+    void ResultBuilder::captureExpectedException( Matchers::Impl::MatcherBase<std::string> const& matcher ) {
+
+        assert( !isFalseTest( m_assertionInfo.resultDisposition ) );
+        AssertionResultData data = m_data;
+        data.resultType = ResultWas::Ok;
+        data.reconstructedExpression = capturedExpressionWithSecondArgument(m_assertionInfo.capturedExpression, m_assertionInfo.secondArg);
+
+        std::string actualMessage = Catch::translateActiveException();
+        if( !matcher.match( actualMessage ) ) {
+            data.resultType = ResultWas::ExpressionFailed;
+            data.reconstructedExpression = actualMessage;
+        }
+        AssertionResult result( m_assertionInfo, data );
+        handleResult( result );
+    }
+
+    void ResultBuilder::captureExpression() {
+        AssertionResult result = build();
+        handleResult( result );
+    }
+
+    void ResultBuilder::handleResult( AssertionResult const& result )
+    {
+        getResultCapture().assertionEnded( result );
+
+        if( !result.isOk() ) {
+            if( getCurrentContext().getConfig()->shouldDebugBreak() )
+                m_shouldDebugBreak = true;
+            if( getCurrentContext().getRunner()->aborting() || (m_assertionInfo.resultDisposition & ResultDisposition::Normal) )
+                m_shouldThrow = true;
+        }
+    }
+
+    void ResultBuilder::react() {
+#if defined(CATCH_CONFIG_FAST_COMPILE)
+        if (m_shouldDebugBreak) {
+            ///////////////////////////////////////////////////////////////////
+            // To inspect the state during test, you need to go one level up the callstack
+            // To go back to the test and change execution, jump over the throw statement
+            ///////////////////////////////////////////////////////////////////
+            CATCH_BREAK_INTO_DEBUGGER();
+        }
+#endif
+        if( m_shouldThrow )
+            throw Catch::TestFailureException();
+    }
+
+    bool ResultBuilder::shouldDebugBreak() const { return m_shouldDebugBreak; }
+    bool ResultBuilder::allowThrows() const { return getCurrentContext().getConfig()->allowThrows(); }
+
+    AssertionResult ResultBuilder::build() const
+    {
+        return build( *this );
+    }
+
+    // CAVEAT: The returned AssertionResult stores a pointer to the argument expr,
+    //         a temporary DecomposedExpression, which in turn holds references to
+    //         operands, possibly temporary as well.
+    //         It should immediately be passed to handleResult; if the expression
+    //         needs to be reported, its string expansion must be composed before
+    //         the temporaries are destroyed.
+    AssertionResult ResultBuilder::build( DecomposedExpression const& expr ) const
+    {
+        assert( m_data.resultType != ResultWas::Unknown );
+        AssertionResultData data = m_data;
+
+        // Flip bool results if FalseTest flag is set
+        if( isFalseTest( m_assertionInfo.resultDisposition ) ) {
+            data.negate( expr.isBinaryExpression() );
+        }
+
+        data.message = m_stream().oss.str();
+        data.decomposedExpression = &expr; // for lazy reconstruction
+        return AssertionResult( m_assertionInfo, data );
+    }
+
+    void ResultBuilder::reconstructExpression( std::string& dest ) const {
+        dest = capturedExpressionWithSecondArgument(m_assertionInfo.capturedExpression, m_assertionInfo.secondArg);
+    }
+
+    void ResultBuilder::setExceptionGuard() {
+        m_guardException = true;
+    }
+    void ResultBuilder::unsetExceptionGuard() {
+        m_guardException = false;
+    }
+
+} // end namespace Catch
+
+// #included from: catch_tag_alias_registry.hpp
+#define TWOBLUECUBES_CATCH_TAG_ALIAS_REGISTRY_HPP_INCLUDED
+
+namespace Catch {
+
+    TagAliasRegistry::~TagAliasRegistry() {}
+
+    Option<TagAlias> TagAliasRegistry::find( std::string const& alias ) const {
+        std::map<std::string, TagAlias>::const_iterator it = m_registry.find( alias );
+        if( it != m_registry.end() )
+            return it->second;
+        else
+            return Option<TagAlias>();
+    }
+
+    std::string TagAliasRegistry::expandAliases( std::string const& unexpandedTestSpec ) const {
+        std::string expandedTestSpec = unexpandedTestSpec;
+        for( std::map<std::string, TagAlias>::const_iterator it = m_registry.begin(), itEnd = m_registry.end();
+                it != itEnd;
+                ++it ) {
+            std::size_t pos = expandedTestSpec.find( it->first );
+            if( pos != std::string::npos ) {
+                expandedTestSpec =  expandedTestSpec.substr( 0, pos ) +
+                                    it->second.tag +
+                                    expandedTestSpec.substr( pos + it->first.size() );
+            }
+        }
+        return expandedTestSpec;
+    }
+
+    void TagAliasRegistry::add( std::string const& alias, std::string const& tag, SourceLineInfo const& lineInfo ) {
+
+        if( !startsWith( alias, "[@" ) || !endsWith( alias, ']' ) ) {
+            std::ostringstream oss;
+            oss << Colour( Colour::Red )
+                << "error: tag alias, \"" << alias << "\" is not of the form [@alias name].\n"
+                << Colour( Colour::FileName )
+                << lineInfo << '\n';
+            throw std::domain_error( oss.str().c_str() );
+        }
+        if( !m_registry.insert( std::make_pair( alias, TagAlias( tag, lineInfo ) ) ).second ) {
+            std::ostringstream oss;
+            oss << Colour( Colour::Red )
+                << "error: tag alias, \"" << alias << "\" already registered.\n"
+                << "\tFirst seen at "
+                << Colour( Colour::Red ) << find(alias)->lineInfo << '\n'
+                << Colour( Colour::Red ) << "\tRedefined at "
+                << Colour( Colour::FileName) << lineInfo << '\n';
+            throw std::domain_error( oss.str().c_str() );
+        }
+    }
+
+    ITagAliasRegistry::~ITagAliasRegistry() {}
+
+    ITagAliasRegistry const& ITagAliasRegistry::get() {
+        return getRegistryHub().getTagAliasRegistry();
+    }
+
+    RegistrarForTagAliases::RegistrarForTagAliases( char const* alias, char const* tag, SourceLineInfo const& lineInfo ) {
+        getMutableRegistryHub().registerTagAlias( alias, tag, lineInfo );
+    }
+
+} // end namespace Catch
+
+// #included from: catch_matchers_string.hpp
+
+namespace Catch {
+namespace Matchers {
+
+    namespace StdString {
+
+        CasedString::CasedString( std::string const& str, CaseSensitive::Choice caseSensitivity )
+        :   m_caseSensitivity( caseSensitivity ),
+            m_str( adjustString( str ) )
+        {}
+        std::string CasedString::adjustString( std::string const& str ) const {
+            return m_caseSensitivity == CaseSensitive::No
+                   ? toLower( str )
+                   : str;
+        }
+        std::string CasedString::caseSensitivitySuffix() const {
+            return m_caseSensitivity == CaseSensitive::No
+                   ? " (case insensitive)"
+                   : std::string();
+        }
+
+        StringMatcherBase::StringMatcherBase( std::string const& operation, CasedString const& comparator )
+        : m_comparator( comparator ),
+          m_operation( operation ) {
+        }
+
+        std::string StringMatcherBase::describe() const {
+            std::string description;
+            description.reserve(5 + m_operation.size() + m_comparator.m_str.size() +
+                                        m_comparator.caseSensitivitySuffix().size());
+            description += m_operation;
+            description += ": \"";
+            description += m_comparator.m_str;
+            description += "\"";
+            description += m_comparator.caseSensitivitySuffix();
+            return description;
+        }
+
+        EqualsMatcher::EqualsMatcher( CasedString const& comparator ) : StringMatcherBase( "equals", comparator ) {}
+
+        bool EqualsMatcher::match( std::string const& source ) const {
+            return m_comparator.adjustString( source ) == m_comparator.m_str;
+        }
+
+        ContainsMatcher::ContainsMatcher( CasedString const& comparator ) : StringMatcherBase( "contains", comparator ) {}
+
+        bool ContainsMatcher::match( std::string const& source ) const {
+            return contains( m_comparator.adjustString( source ), m_comparator.m_str );
+        }
+
+        StartsWithMatcher::StartsWithMatcher( CasedString const& comparator ) : StringMatcherBase( "starts with", comparator ) {}
+
+        bool StartsWithMatcher::match( std::string const& source ) const {
+            return startsWith( m_comparator.adjustString( source ), m_comparator.m_str );
+        }
+
+        EndsWithMatcher::EndsWithMatcher( CasedString const& comparator ) : StringMatcherBase( "ends with", comparator ) {}
+
+        bool EndsWithMatcher::match( std::string const& source ) const {
+            return endsWith( m_comparator.adjustString( source ), m_comparator.m_str );
+        }
+
+    } // namespace StdString
+
+    StdString::EqualsMatcher Equals( std::string const& str, CaseSensitive::Choice caseSensitivity ) {
+        return StdString::EqualsMatcher( StdString::CasedString( str, caseSensitivity) );
+    }
+    StdString::ContainsMatcher Contains( std::string const& str, CaseSensitive::Choice caseSensitivity ) {
+        return StdString::ContainsMatcher( StdString::CasedString( str, caseSensitivity) );
+    }
+    StdString::EndsWithMatcher EndsWith( std::string const& str, CaseSensitive::Choice caseSensitivity ) {
+        return StdString::EndsWithMatcher( StdString::CasedString( str, caseSensitivity) );
+    }
+    StdString::StartsWithMatcher StartsWith( std::string const& str, CaseSensitive::Choice caseSensitivity ) {
+        return StdString::StartsWithMatcher( StdString::CasedString( str, caseSensitivity) );
+    }
+
+} // namespace Matchers
+} // namespace Catch
+// #included from: ../reporters/catch_reporter_multi.hpp
+#define TWOBLUECUBES_CATCH_REPORTER_MULTI_HPP_INCLUDED
+
+namespace Catch {
+
+class MultipleReporters : public SharedImpl<IStreamingReporter> {
+    typedef std::vector<Ptr<IStreamingReporter> > Reporters;
+    Reporters m_reporters;
+
+public:
+    void add( Ptr<IStreamingReporter> const& reporter ) {
+        m_reporters.push_back( reporter );
+    }
+
+public: // IStreamingReporter
+
+    virtual ReporterPreferences getPreferences() const CATCH_OVERRIDE {
+        return m_reporters[0]->getPreferences();
+    }
+
+    virtual void noMatchingTestCases( std::string const& spec ) CATCH_OVERRIDE {
+        for( Reporters::const_iterator it = m_reporters.begin(), itEnd = m_reporters.end();
+                it != itEnd;
+                ++it )
+            (*it)->noMatchingTestCases( spec );
+    }
+
+    virtual void testRunStarting( TestRunInfo const& testRunInfo ) CATCH_OVERRIDE {
+        for( Reporters::const_iterator it = m_reporters.begin(), itEnd = m_reporters.end();
+                it != itEnd;
+                ++it )
+            (*it)->testRunStarting( testRunInfo );
+    }
+
+    virtual void testGroupStarting( GroupInfo const& groupInfo ) CATCH_OVERRIDE {
+        for( Reporters::const_iterator it = m_reporters.begin(), itEnd = m_reporters.end();
+                it != itEnd;
+                ++it )
+            (*it)->testGroupStarting( groupInfo );
+    }
+
+    virtual void testCaseStarting( TestCaseInfo const& testInfo ) CATCH_OVERRIDE {
+        for( Reporters::const_iterator it = m_reporters.begin(), itEnd = m_reporters.end();
+                it != itEnd;
+                ++it )
+            (*it)->testCaseStarting( testInfo );
+    }
+
+    virtual void sectionStarting( SectionInfo const& sectionInfo ) CATCH_OVERRIDE {
+        for( Reporters::const_iterator it = m_reporters.begin(), itEnd = m_reporters.end();
+                it != itEnd;
+                ++it )
+            (*it)->sectionStarting( sectionInfo );
+    }
+
+    virtual void assertionStarting( AssertionInfo const& assertionInfo ) CATCH_OVERRIDE {
+        for( Reporters::const_iterator it = m_reporters.begin(), itEnd = m_reporters.end();
+                it != itEnd;
+                ++it )
+            (*it)->assertionStarting( assertionInfo );
+    }
+
+    // The return value indicates if the messages buffer should be cleared:
+    virtual bool assertionEnded( AssertionStats const& assertionStats ) CATCH_OVERRIDE {
+        bool clearBuffer = false;
+        for( Reporters::const_iterator it = m_reporters.begin(), itEnd = m_reporters.end();
+                it != itEnd;
+                ++it )
+            clearBuffer |= (*it)->assertionEnded( assertionStats );
+        return clearBuffer;
+    }
+
+    virtual void sectionEnded( SectionStats const& sectionStats ) CATCH_OVERRIDE {
+        for( Reporters::const_iterator it = m_reporters.begin(), itEnd = m_reporters.end();
+                it != itEnd;
+                ++it )
+            (*it)->sectionEnded( sectionStats );
+    }
+
+    virtual void testCaseEnded( TestCaseStats const& testCaseStats ) CATCH_OVERRIDE {
+        for( Reporters::const_iterator it = m_reporters.begin(), itEnd = m_reporters.end();
+                it != itEnd;
+                ++it )
+            (*it)->testCaseEnded( testCaseStats );
+    }
+
+    virtual void testGroupEnded( TestGroupStats const& testGroupStats ) CATCH_OVERRIDE {
+        for( Reporters::const_iterator it = m_reporters.begin(), itEnd = m_reporters.end();
+                it != itEnd;
+                ++it )
+            (*it)->testGroupEnded( testGroupStats );
+    }
+
+    virtual void testRunEnded( TestRunStats const& testRunStats ) CATCH_OVERRIDE {
+        for( Reporters::const_iterator it = m_reporters.begin(), itEnd = m_reporters.end();
+                it != itEnd;
+                ++it )
+            (*it)->testRunEnded( testRunStats );
+    }
+
+    virtual void skipTest( TestCaseInfo const& testInfo ) CATCH_OVERRIDE {
+        for( Reporters::const_iterator it = m_reporters.begin(), itEnd = m_reporters.end();
+                it != itEnd;
+                ++it )
+            (*it)->skipTest( testInfo );
+    }
+
+    virtual MultipleReporters* tryAsMulti() CATCH_OVERRIDE {
+        return this;
+    }
+
+};
+
+Ptr<IStreamingReporter> addReporter( Ptr<IStreamingReporter> const& existingReporter, Ptr<IStreamingReporter> const& additionalReporter ) {
+    Ptr<IStreamingReporter> resultingReporter;
+
+    if( existingReporter ) {
+        MultipleReporters* multi = existingReporter->tryAsMulti();
+        if( !multi ) {
+            multi = new MultipleReporters;
+            resultingReporter = Ptr<IStreamingReporter>( multi );
+            if( existingReporter )
+                multi->add( existingReporter );
+        }
+        else
+            resultingReporter = existingReporter;
+        multi->add( additionalReporter );
+    }
+    else
+        resultingReporter = additionalReporter;
+
+    return resultingReporter;
+}
+
+} // end namespace Catch
+
+// #included from: ../reporters/catch_reporter_xml.hpp
+#define TWOBLUECUBES_CATCH_REPORTER_XML_HPP_INCLUDED
+
+// #included from: catch_reporter_bases.hpp
+#define TWOBLUECUBES_CATCH_REPORTER_BASES_HPP_INCLUDED
+
+#include <cstring>
+#include <cfloat>
+#include <cstdio>
+#include <assert.h>
+
+namespace Catch {
+
+    namespace {
+        // Because formatting using c++ streams is stateful, drop down to C is required
+        // Alternatively we could use stringstream, but its performance is... not good.
+        std::string getFormattedDuration( double duration ) {
+            // Max exponent + 1 is required to represent the whole part
+            // + 1 for decimal point
+            // + 3 for the 3 decimal places
+            // + 1 for null terminator
+            const size_t maxDoubleSize = DBL_MAX_10_EXP + 1 + 1 + 3 + 1;
+            char buffer[maxDoubleSize];
+
+            // Save previous errno, to prevent sprintf from overwriting it
+            ErrnoGuard guard;
+#ifdef _MSC_VER
+            sprintf_s(buffer, "%.3f", duration);
+#else
+            sprintf(buffer, "%.3f", duration);
+#endif
+            return std::string(buffer);
+        }
+    }
+
+    struct StreamingReporterBase : SharedImpl<IStreamingReporter> {
+
+        StreamingReporterBase( ReporterConfig const& _config )
+        :   m_config( _config.fullConfig() ),
+            stream( _config.stream() )
+        {
+            m_reporterPrefs.shouldRedirectStdOut = false;
+        }
+
+        virtual ReporterPreferences getPreferences() const CATCH_OVERRIDE {
+            return m_reporterPrefs;
+        }
+
+        virtual ~StreamingReporterBase() CATCH_OVERRIDE;
+
+        virtual void noMatchingTestCases( std::string const& ) CATCH_OVERRIDE {}
+
+        virtual void testRunStarting( TestRunInfo const& _testRunInfo ) CATCH_OVERRIDE {
+            currentTestRunInfo = _testRunInfo;
+        }
+        virtual void testGroupStarting( GroupInfo const& _groupInfo ) CATCH_OVERRIDE {
+            currentGroupInfo = _groupInfo;
+        }
+
+        virtual void testCaseStarting( TestCaseInfo const& _testInfo ) CATCH_OVERRIDE {
+            currentTestCaseInfo = _testInfo;
+        }
+        virtual void sectionStarting( SectionInfo const& _sectionInfo ) CATCH_OVERRIDE {
+            m_sectionStack.push_back( _sectionInfo );
+        }
+
+        virtual void sectionEnded( SectionStats const& /* _sectionStats */ ) CATCH_OVERRIDE {
+            m_sectionStack.pop_back();
+        }
+        virtual void testCaseEnded( TestCaseStats const& /* _testCaseStats */ ) CATCH_OVERRIDE {
+            currentTestCaseInfo.reset();
+        }
+        virtual void testGroupEnded( TestGroupStats const& /* _testGroupStats */ ) CATCH_OVERRIDE {
+            currentGroupInfo.reset();
+        }
+        virtual void testRunEnded( TestRunStats const& /* _testRunStats */ ) CATCH_OVERRIDE {
+            currentTestCaseInfo.reset();
+            currentGroupInfo.reset();
+            currentTestRunInfo.reset();
+        }
+
+        virtual void skipTest( TestCaseInfo const& ) CATCH_OVERRIDE {
+            // Don't do anything with this by default.
+            // It can optionally be overridden in the derived class.
+        }
+
+        Ptr<IConfig const> m_config;
+        std::ostream& stream;
+
+        LazyStat<TestRunInfo> currentTestRunInfo;
+        LazyStat<GroupInfo> currentGroupInfo;
+        LazyStat<TestCaseInfo> currentTestCaseInfo;
+
+        std::vector<SectionInfo> m_sectionStack;
+        ReporterPreferences m_reporterPrefs;
+    };
+
+    struct CumulativeReporterBase : SharedImpl<IStreamingReporter> {
+        template<typename T, typename ChildNodeT>
+        struct Node : SharedImpl<> {
+            explicit Node( T const& _value ) : value( _value ) {}
+            virtual ~Node() {}
+
+            typedef std::vector<Ptr<ChildNodeT> > ChildNodes;
+            T value;
+            ChildNodes children;
+        };
+        struct SectionNode : SharedImpl<> {
+            explicit SectionNode( SectionStats const& _stats ) : stats( _stats ) {}
+            virtual ~SectionNode();
+
+            bool operator == ( SectionNode const& other ) const {
+                return stats.sectionInfo.lineInfo == other.stats.sectionInfo.lineInfo;
+            }
+            bool operator == ( Ptr<SectionNode> const& other ) const {
+                return operator==( *other );
+            }
+
+            SectionStats stats;
+            typedef std::vector<Ptr<SectionNode> > ChildSections;
+            typedef std::vector<AssertionStats> Assertions;
+            ChildSections childSections;
+            Assertions assertions;
+            std::string stdOut;
+            std::string stdErr;
+        };
+
+        struct BySectionInfo {
+            BySectionInfo( SectionInfo const& other ) : m_other( other ) {}
+            BySectionInfo( BySectionInfo const& other ) : m_other( other.m_other ) {}
+            bool operator() ( Ptr<SectionNode> const& node ) const {
+                return node->stats.sectionInfo.lineInfo == m_other.lineInfo;
+            }
+        private:
+            void operator=( BySectionInfo const& );
+            SectionInfo const& m_other;
+        };
+
+        typedef Node<TestCaseStats, SectionNode> TestCaseNode;
+        typedef Node<TestGroupStats, TestCaseNode> TestGroupNode;
+        typedef Node<TestRunStats, TestGroupNode> TestRunNode;
+
+        CumulativeReporterBase( ReporterConfig const& _config )
+        :   m_config( _config.fullConfig() ),
+            stream( _config.stream() )
+        {
+            m_reporterPrefs.shouldRedirectStdOut = false;
+        }
+        ~CumulativeReporterBase();
+
+        virtual ReporterPreferences getPreferences() const CATCH_OVERRIDE {
+            return m_reporterPrefs;
+        }
+
+        virtual void testRunStarting( TestRunInfo const& ) CATCH_OVERRIDE {}
+        virtual void testGroupStarting( GroupInfo const& ) CATCH_OVERRIDE {}
+
+        virtual void testCaseStarting( TestCaseInfo const& ) CATCH_OVERRIDE {}
+
+        virtual void sectionStarting( SectionInfo const& sectionInfo ) CATCH_OVERRIDE {
+            SectionStats incompleteStats( sectionInfo, Counts(), 0, false );
+            Ptr<SectionNode> node;
+            if( m_sectionStack.empty() ) {
+                if( !m_rootSection )
+                    m_rootSection = new SectionNode( incompleteStats );
+                node = m_rootSection;
+            }
+            else {
+                SectionNode& parentNode = *m_sectionStack.back();
+                SectionNode::ChildSections::const_iterator it =
+                    std::find_if(   parentNode.childSections.begin(),
+                                    parentNode.childSections.end(),
+                                    BySectionInfo( sectionInfo ) );
+                if( it == parentNode.childSections.end() ) {
+                    node = new SectionNode( incompleteStats );
+                    parentNode.childSections.push_back( node );
+                }
+                else
+                    node = *it;
+            }
+            m_sectionStack.push_back( node );
+            m_deepestSection = node;
+        }
+
+        virtual void assertionStarting( AssertionInfo const& ) CATCH_OVERRIDE {}
+
+        virtual bool assertionEnded( AssertionStats const& assertionStats ) CATCH_OVERRIDE {
+            assert( !m_sectionStack.empty() );
+            SectionNode& sectionNode = *m_sectionStack.back();
+            sectionNode.assertions.push_back( assertionStats );
+            // AssertionResult holds a pointer to a temporary DecomposedExpression,
+            // which getExpandedExpression() calls to build the expression string.
+            // Our section stack copy of the assertionResult will likely outlive the
+            // temporary, so it must be expanded or discarded now to avoid calling
+            // a destroyed object later.
+            prepareExpandedExpression( sectionNode.assertions.back().assertionResult );
+            return true;
+        }
+        virtual void sectionEnded( SectionStats const& sectionStats ) CATCH_OVERRIDE {
+            assert( !m_sectionStack.empty() );
+            SectionNode& node = *m_sectionStack.back();
+            node.stats = sectionStats;
+            m_sectionStack.pop_back();
+        }
+        virtual void testCaseEnded( TestCaseStats const& testCaseStats ) CATCH_OVERRIDE {
+            Ptr<TestCaseNode> node = new TestCaseNode( testCaseStats );
+            assert( m_sectionStack.size() == 0 );
+            node->children.push_back( m_rootSection );
+            m_testCases.push_back( node );
+            m_rootSection.reset();
+
+            assert( m_deepestSection );
+            m_deepestSection->stdOut = testCaseStats.stdOut;
+            m_deepestSection->stdErr = testCaseStats.stdErr;
+        }
+        virtual void testGroupEnded( TestGroupStats const& testGroupStats ) CATCH_OVERRIDE {
+            Ptr<TestGroupNode> node = new TestGroupNode( testGroupStats );
+            node->children.swap( m_testCases );
+            m_testGroups.push_back( node );
+        }
+        virtual void testRunEnded( TestRunStats const& testRunStats ) CATCH_OVERRIDE {
+            Ptr<TestRunNode> node = new TestRunNode( testRunStats );
+            node->children.swap( m_testGroups );
+            m_testRuns.push_back( node );
+            testRunEndedCumulative();
+        }
+        virtual void testRunEndedCumulative() = 0;
+
+        virtual void skipTest( TestCaseInfo const& ) CATCH_OVERRIDE {}
+
+        virtual void prepareExpandedExpression( AssertionResult& result ) const {
+            if( result.isOk() )
+                result.discardDecomposedExpression();
+            else
+                result.expandDecomposedExpression();
+        }
+
+        Ptr<IConfig const> m_config;
+        std::ostream& stream;
+        std::vector<AssertionStats> m_assertions;
+        std::vector<std::vector<Ptr<SectionNode> > > m_sections;
+        std::vector<Ptr<TestCaseNode> > m_testCases;
+        std::vector<Ptr<TestGroupNode> > m_testGroups;
+
+        std::vector<Ptr<TestRunNode> > m_testRuns;
+
+        Ptr<SectionNode> m_rootSection;
+        Ptr<SectionNode> m_deepestSection;
+        std::vector<Ptr<SectionNode> > m_sectionStack;
+        ReporterPreferences m_reporterPrefs;
+
+    };
+
+    template<char C>
+    char const* getLineOfChars() {
+        static char line[CATCH_CONFIG_CONSOLE_WIDTH] = {0};
+        if( !*line ) {
+            std::memset( line, C, CATCH_CONFIG_CONSOLE_WIDTH-1 );
+            line[CATCH_CONFIG_CONSOLE_WIDTH-1] = 0;
+        }
+        return line;
+    }
+
+    struct TestEventListenerBase : StreamingReporterBase {
+        TestEventListenerBase( ReporterConfig const& _config )
+        :   StreamingReporterBase( _config )
+        {}
+
+        virtual void assertionStarting( AssertionInfo const& ) CATCH_OVERRIDE {}
+        virtual bool assertionEnded( AssertionStats const& ) CATCH_OVERRIDE {
+            return false;
+        }
+    };
+
+} // end namespace Catch
+
+// #included from: ../internal/catch_reporter_registrars.hpp
+#define TWOBLUECUBES_CATCH_REPORTER_REGISTRARS_HPP_INCLUDED
+
+namespace Catch {
+
+    template<typename T>
+    class LegacyReporterRegistrar {
+
+        class ReporterFactory : public IReporterFactory {
+            virtual IStreamingReporter* create( ReporterConfig const& config ) const {
+                return new LegacyReporterAdapter( new T( config ) );
+            }
+
+            virtual std::string getDescription() const {
+                return T::getDescription();
+            }
+        };
+
+    public:
+
+        LegacyReporterRegistrar( std::string const& name ) {
+            getMutableRegistryHub().registerReporter( name, new ReporterFactory() );
+        }
+    };
+
+    template<typename T>
+    class ReporterRegistrar {
+
+        class ReporterFactory : public SharedImpl<IReporterFactory> {
+
+            // *** Please Note ***:
+            // - If you end up here looking at a compiler error because it's trying to register
+            // your custom reporter class be aware that the native reporter interface has changed
+            // to IStreamingReporter. The "legacy" interface, IReporter, is still supported via
+            // an adapter. Just use REGISTER_LEGACY_REPORTER to take advantage of the adapter.
+            // However please consider updating to the new interface as the old one is now
+            // deprecated and will probably be removed quite soon!
+            // Please contact me via github if you have any questions at all about this.
+            // In fact, ideally, please contact me anyway to let me know you've hit this - as I have
+            // no idea who is actually using custom reporters at all (possibly no-one!).
+            // The new interface is designed to minimise exposure to interface changes in the future.
+            virtual IStreamingReporter* create( ReporterConfig const& config ) const {
+                return new T( config );
+            }
+
+            virtual std::string getDescription() const {
+                return T::getDescription();
+            }
+        };
+
+    public:
+
+        ReporterRegistrar( std::string const& name ) {
+            getMutableRegistryHub().registerReporter( name, new ReporterFactory() );
+        }
+    };
+
+    template<typename T>
+    class ListenerRegistrar {
+
+        class ListenerFactory : public SharedImpl<IReporterFactory> {
+
+            virtual IStreamingReporter* create( ReporterConfig const& config ) const {
+                return new T( config );
+            }
+            virtual std::string getDescription() const {
+                return std::string();
+            }
+        };
+
+    public:
+
+        ListenerRegistrar() {
+            getMutableRegistryHub().registerListener( new ListenerFactory() );
+        }
+    };
+}
+
+#define INTERNAL_CATCH_REGISTER_LEGACY_REPORTER( name, reporterType ) \
+    namespace{ Catch::LegacyReporterRegistrar<reporterType> catch_internal_RegistrarFor##reporterType( name ); }
+
+#define INTERNAL_CATCH_REGISTER_REPORTER( name, reporterType ) \
+    namespace{ Catch::ReporterRegistrar<reporterType> catch_internal_RegistrarFor##reporterType( name ); }
+
+// Deprecated - use the form without INTERNAL_
+#define INTERNAL_CATCH_REGISTER_LISTENER( listenerType ) \
+    namespace{ Catch::ListenerRegistrar<listenerType> catch_internal_RegistrarFor##listenerType; }
+
+#define CATCH_REGISTER_LISTENER( listenerType ) \
+    namespace{ Catch::ListenerRegistrar<listenerType> catch_internal_RegistrarFor##listenerType; }
+
+// #included from: ../internal/catch_xmlwriter.hpp
+#define TWOBLUECUBES_CATCH_XMLWRITER_HPP_INCLUDED
+
+#include <sstream>
+#include <string>
+#include <vector>
+#include <iomanip>
+
+namespace Catch {
+
+    class XmlEncode {
+    public:
+        enum ForWhat { ForTextNodes, ForAttributes };
+
+        XmlEncode( std::string const& str, ForWhat forWhat = ForTextNodes )
+        :   m_str( str ),
+            m_forWhat( forWhat )
+        {}
+
+        void encodeTo( std::ostream& os ) const {
+
+            // Apostrophe escaping not necessary if we always use " to write attributes
+            // (see: http://www.w3.org/TR/xml/#syntax)
+
+            for( std::size_t i = 0; i < m_str.size(); ++ i ) {
+                char c = m_str[i];
+                switch( c ) {
+                    case '<':   os << "&lt;"; break;
+                    case '&':   os << "&amp;"; break;
+
+                    case '>':
+                        // See: http://www.w3.org/TR/xml/#syntax
+                        if( i > 2 && m_str[i-1] == ']' && m_str[i-2] == ']' )
+                            os << "&gt;";
+                        else
+                            os << c;
+                        break;
+
+                    case '\"':
+                        if( m_forWhat == ForAttributes )
+                            os << "&quot;";
+                        else
+                            os << c;
+                        break;
+
+                    default:
+                        // Escape control chars - based on contribution by @espenalb in PR #465 and
+                        // by @mrpi PR #588
+                        if ( ( c >= 0 && c < '\x09' ) || ( c > '\x0D' && c < '\x20') || c=='\x7F' ) {
+                            // see http://stackoverflow.com/questions/404107/why-are-control-characters-illegal-in-xml-1-0
+                            os << "\\x" << std::uppercase << std::hex << std::setfill('0') << std::setw(2)
+                               << static_cast<int>( c );
+                        }
+                        else
+                            os << c;
+                }
+            }
+        }
+
+        friend std::ostream& operator << ( std::ostream& os, XmlEncode const& xmlEncode ) {
+            xmlEncode.encodeTo( os );
+            return os;
+        }
+
+    private:
+        std::string m_str;
+        ForWhat m_forWhat;
+    };
+
+    class XmlWriter {
+    public:
+
+        class ScopedElement {
+        public:
+            ScopedElement( XmlWriter* writer )
+            :   m_writer( writer )
+            {}
+
+            ScopedElement( ScopedElement const& other )
+            :   m_writer( other.m_writer ){
+                other.m_writer = CATCH_NULL;
+            }
+
+            ~ScopedElement() {
+                if( m_writer )
+                    m_writer->endElement();
+            }
+
+            ScopedElement& writeText( std::string const& text, bool indent = true ) {
+                m_writer->writeText( text, indent );
+                return *this;
+            }
+
+            template<typename T>
+            ScopedElement& writeAttribute( std::string const& name, T const& attribute ) {
+                m_writer->writeAttribute( name, attribute );
+                return *this;
+            }
+
+        private:
+            mutable XmlWriter* m_writer;
+        };
+
+        XmlWriter()
+        :   m_tagIsOpen( false ),
+            m_needsNewline( false ),
+            m_os( Catch::cout() )
+        {
+            writeDeclaration();
+        }
+
+        XmlWriter( std::ostream& os )
+        :   m_tagIsOpen( false ),
+            m_needsNewline( false ),
+            m_os( os )
+        {
+            writeDeclaration();
+        }
+
+        ~XmlWriter() {
+            while( !m_tags.empty() )
+                endElement();
+        }
+
+        XmlWriter& startElement( std::string const& name ) {
+            ensureTagClosed();
+            newlineIfNecessary();
+            m_os << m_indent << '<' << name;
+            m_tags.push_back( name );
+            m_indent += "  ";
+            m_tagIsOpen = true;
+            return *this;
+        }
+
+        ScopedElement scopedElement( std::string const& name ) {
+            ScopedElement scoped( this );
+            startElement( name );
+            return scoped;
+        }
+
+        XmlWriter& endElement() {
+            newlineIfNecessary();
+            m_indent = m_indent.substr( 0, m_indent.size()-2 );
+            if( m_tagIsOpen ) {
+                m_os << "/>";
+                m_tagIsOpen = false;
+            }
+            else {
+                m_os << m_indent << "</" << m_tags.back() << ">";
+            }
+            m_os << std::endl;
+            m_tags.pop_back();
+            return *this;
+        }
+
+        XmlWriter& writeAttribute( std::string const& name, std::string const& attribute ) {
+            if( !name.empty() && !attribute.empty() )
+                m_os << ' ' << name << "=\"" << XmlEncode( attribute, XmlEncode::ForAttributes ) << '"';
+            return *this;
+        }
+
+        XmlWriter& writeAttribute( std::string const& name, bool attribute ) {
+            m_os << ' ' << name << "=\"" << ( attribute ? "true" : "false" ) << '"';
+            return *this;
+        }
+
+        template<typename T>
+        XmlWriter& writeAttribute( std::string const& name, T const& attribute ) {
+            std::ostringstream oss;
+            oss << attribute;
+            return writeAttribute( name, oss.str() );
+        }
+
+        XmlWriter& writeText( std::string const& text, bool indent = true ) {
+            if( !text.empty() ){
+                bool tagWasOpen = m_tagIsOpen;
+                ensureTagClosed();
+                if( tagWasOpen && indent )
+                    m_os << m_indent;
+                m_os << XmlEncode( text );
+                m_needsNewline = true;
+            }
+            return *this;
+        }
+
+        XmlWriter& writeComment( std::string const& text ) {
+            ensureTagClosed();
+            m_os << m_indent << "<!--" << text << "-->";
+            m_needsNewline = true;
+            return *this;
+        }
+
+        void writeStylesheetRef( std::string const& url ) {
+            m_os << "<?xml-stylesheet type=\"text/xsl\" href=\"" << url << "\"?>\n";
+        }
+
+        XmlWriter& writeBlankLine() {
+            ensureTagClosed();
+            m_os << '\n';
+            return *this;
+        }
+
+        void ensureTagClosed() {
+            if( m_tagIsOpen ) {
+                m_os << ">" << std::endl;
+                m_tagIsOpen = false;
+            }
+        }
+
+    private:
+        XmlWriter( XmlWriter const& );
+        void operator=( XmlWriter const& );
+
+        void writeDeclaration() {
+            m_os << "<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n";
+        }
+
+        void newlineIfNecessary() {
+            if( m_needsNewline ) {
+                m_os << std::endl;
+                m_needsNewline = false;
+            }
+        }
+
+        bool m_tagIsOpen;
+        bool m_needsNewline;
+        std::vector<std::string> m_tags;
+        std::string m_indent;
+        std::ostream& m_os;
+    };
+
+}
+
+namespace Catch {
+    class XmlReporter : public StreamingReporterBase {
+    public:
+        XmlReporter( ReporterConfig const& _config )
+        :   StreamingReporterBase( _config ),
+            m_xml(_config.stream()),
+            m_sectionDepth( 0 )
+        {
+            m_reporterPrefs.shouldRedirectStdOut = true;
+        }
+
+        virtual ~XmlReporter() CATCH_OVERRIDE;
+
+        static std::string getDescription() {
+            return "Reports test results as an XML document";
+        }
+
+        virtual std::string getStylesheetRef() const {
+            return std::string();
+        }
+
+        void writeSourceInfo( SourceLineInfo const& sourceInfo ) {
+            m_xml
+                .writeAttribute( "filename", sourceInfo.file )
+                .writeAttribute( "line", sourceInfo.line );
+        }
+
+    public: // StreamingReporterBase
+
+        virtual void noMatchingTestCases( std::string const& s ) CATCH_OVERRIDE {
+            StreamingReporterBase::noMatchingTestCases( s );
+        }
+
+        virtual void testRunStarting( TestRunInfo const& testInfo ) CATCH_OVERRIDE {
+            StreamingReporterBase::testRunStarting( testInfo );
+            std::string stylesheetRef = getStylesheetRef();
+            if( !stylesheetRef.empty() )
+                m_xml.writeStylesheetRef( stylesheetRef );
+            m_xml.startElement( "Catch" );
+            if( !m_config->name().empty() )
+                m_xml.writeAttribute( "name", m_config->name() );
+        }
+
+        virtual void testGroupStarting( GroupInfo const& groupInfo ) CATCH_OVERRIDE {
+            StreamingReporterBase::testGroupStarting( groupInfo );
+            m_xml.startElement( "Group" )
+                .writeAttribute( "name", groupInfo.name );
+        }
+
+        virtual void testCaseStarting( TestCaseInfo const& testInfo ) CATCH_OVERRIDE {
+            StreamingReporterBase::testCaseStarting(testInfo);
+            m_xml.startElement( "TestCase" )
+                .writeAttribute( "name", trim( testInfo.name ) )
+                .writeAttribute( "description", testInfo.description )
+                .writeAttribute( "tags", testInfo.tagsAsString );
+
+            writeSourceInfo( testInfo.lineInfo );
+
+            if ( m_config->showDurations() == ShowDurations::Always )
+                m_testCaseTimer.start();
+            m_xml.ensureTagClosed();
+        }
+
+        virtual void sectionStarting( SectionInfo const& sectionInfo ) CATCH_OVERRIDE {
+            StreamingReporterBase::sectionStarting( sectionInfo );
+            if( m_sectionDepth++ > 0 ) {
+                m_xml.startElement( "Section" )
+                    .writeAttribute( "name", trim( sectionInfo.name ) )
+                    .writeAttribute( "description", sectionInfo.description );
+                writeSourceInfo( sectionInfo.lineInfo );
+                m_xml.ensureTagClosed();
+            }
+        }
+
+        virtual void assertionStarting( AssertionInfo const& ) CATCH_OVERRIDE { }
+
+        virtual bool assertionEnded( AssertionStats const& assertionStats ) CATCH_OVERRIDE {
+
+            AssertionResult const& result = assertionStats.assertionResult;
+
+            bool includeResults = m_config->includeSuccessfulResults() || !result.isOk();
+
+            if( includeResults ) {
+                // Print any info messages in <Info> tags.
+                for( std::vector<MessageInfo>::const_iterator it = assertionStats.infoMessages.begin(), itEnd = assertionStats.infoMessages.end();
+                     it != itEnd;
+                     ++it ) {
+                    if( it->type == ResultWas::Info ) {
+                        m_xml.scopedElement( "Info" )
+                                .writeText( it->message );
+                    } else if ( it->type == ResultWas::Warning ) {
+                        m_xml.scopedElement( "Warning" )
+                                .writeText( it->message );
+                    }
+                }
+            }
+
+            // Drop out if result was successful but we're not printing them.
+            if( !includeResults && result.getResultType() != ResultWas::Warning )
+                return true;
+
+            // Print the expression if there is one.
+            if( result.hasExpression() ) {
+                m_xml.startElement( "Expression" )
+                    .writeAttribute( "success", result.succeeded() )
+                    .writeAttribute( "type", result.getTestMacroName() );
+
+                writeSourceInfo( result.getSourceInfo() );
+
+                m_xml.scopedElement( "Original" )
+                    .writeText( result.getExpression() );
+                m_xml.scopedElement( "Expanded" )
+                    .writeText( result.getExpandedExpression() );
+            }
+
+            // And... Print a result applicable to each result type.
+            switch( result.getResultType() ) {
+                case ResultWas::ThrewException:
+                    m_xml.startElement( "Exception" );
+                    writeSourceInfo( result.getSourceInfo() );
+                    m_xml.writeText( result.getMessage() );
+                    m_xml.endElement();
+                    break;
+                case ResultWas::FatalErrorCondition:
+                    m_xml.startElement( "FatalErrorCondition" );
+                    writeSourceInfo( result.getSourceInfo() );
+                    m_xml.writeText( result.getMessage() );
+                    m_xml.endElement();
+                    break;
+                case ResultWas::Info:
+                    m_xml.scopedElement( "Info" )
+                        .writeText( result.getMessage() );
+                    break;
+                case ResultWas::Warning:
+                    // Warning will already have been written
+                    break;
+                case ResultWas::ExplicitFailure:
+                    m_xml.startElement( "Failure" );
+                    writeSourceInfo( result.getSourceInfo() );
+                    m_xml.writeText( result.getMessage() );
+                    m_xml.endElement();
+                    break;
+                default:
+                    break;
+            }
+
+            if( result.hasExpression() )
+                m_xml.endElement();
+
+            return true;
+        }
+
+        virtual void sectionEnded( SectionStats const& sectionStats ) CATCH_OVERRIDE {
+            StreamingReporterBase::sectionEnded( sectionStats );
+            if( --m_sectionDepth > 0 ) {
+                XmlWriter::ScopedElement e = m_xml.scopedElement( "OverallResults" );
+                e.writeAttribute( "successes", sectionStats.assertions.passed );
+                e.writeAttribute( "failures", sectionStats.assertions.failed );
+                e.writeAttribute( "expectedFailures", sectionStats.assertions.failedButOk );
+
+                if ( m_config->showDurations() == ShowDurations::Always )
+                    e.writeAttribute( "durationInSeconds", sectionStats.durationInSeconds );
+
+                m_xml.endElement();
+            }
+        }
+
+        virtual void testCaseEnded( TestCaseStats const& testCaseStats ) CATCH_OVERRIDE {
+            StreamingReporterBase::testCaseEnded( testCaseStats );
+            XmlWriter::ScopedElement e = m_xml.scopedElement( "OverallResult" );
+            e.writeAttribute( "success", testCaseStats.totals.assertions.allOk() );
+
+            if ( m_config->showDurations() == ShowDurations::Always )
+                e.writeAttribute( "durationInSeconds", m_testCaseTimer.getElapsedSeconds() );
+
+            if( !testCaseStats.stdOut.empty() )
+                m_xml.scopedElement( "StdOut" ).writeText( trim( testCaseStats.stdOut ), false );
+            if( !testCaseStats.stdErr.empty() )
+                m_xml.scopedElement( "StdErr" ).writeText( trim( testCaseStats.stdErr ), false );
+
+            m_xml.endElement();
+        }
+
+        virtual void testGroupEnded( TestGroupStats const& testGroupStats ) CATCH_OVERRIDE {
+            StreamingReporterBase::testGroupEnded( testGroupStats );
+            // TODO: Check testGroupStats.aborting and act accordingly.
+            m_xml.scopedElement( "OverallResults" )
+                .writeAttribute( "successes", testGroupStats.totals.assertions.passed )
+                .writeAttribute( "failures", testGroupStats.totals.assertions.failed )
+                .writeAttribute( "expectedFailures", testGroupStats.totals.assertions.failedButOk );
+            m_xml.endElement();
+        }
+
+        virtual void testRunEnded( TestRunStats const& testRunStats ) CATCH_OVERRIDE {
+            StreamingReporterBase::testRunEnded( testRunStats );
+            m_xml.scopedElement( "OverallResults" )
+                .writeAttribute( "successes", testRunStats.totals.assertions.passed )
+                .writeAttribute( "failures", testRunStats.totals.assertions.failed )
+                .writeAttribute( "expectedFailures", testRunStats.totals.assertions.failedButOk );
+            m_xml.endElement();
+        }
+
+    private:
+        Timer m_testCaseTimer;
+        XmlWriter m_xml;
+        int m_sectionDepth;
+    };
+
+     INTERNAL_CATCH_REGISTER_REPORTER( "xml", XmlReporter )
+
+} // end namespace Catch
+
+// #included from: ../reporters/catch_reporter_junit.hpp
+#define TWOBLUECUBES_CATCH_REPORTER_JUNIT_HPP_INCLUDED
+
+#include <assert.h>
+
+namespace Catch {
+
+    namespace {
+        std::string getCurrentTimestamp() {
+            // Beware, this is not reentrant because of backward compatibility issues
+            // Also, UTC only, again because of backward compatibility (%z is C++11)
+            time_t rawtime;
+            std::time(&rawtime);
+            const size_t timeStampSize = sizeof("2017-01-16T17:06:45Z");
+
+#ifdef _MSC_VER
+            std::tm timeInfo = {};
+            gmtime_s(&timeInfo, &rawtime);
+#else
+            std::tm* timeInfo;
+            timeInfo = std::gmtime(&rawtime);
+#endif
+
+            char timeStamp[timeStampSize];
+            const char * const fmt = "%Y-%m-%dT%H:%M:%SZ";
+
+#ifdef _MSC_VER
+            std::strftime(timeStamp, timeStampSize, fmt, &timeInfo);
+#else
+            std::strftime(timeStamp, timeStampSize, fmt, timeInfo);
+#endif
+            return std::string(timeStamp);
+        }
+
+    }
+
+    class JunitReporter : public CumulativeReporterBase {
+    public:
+        JunitReporter( ReporterConfig const& _config )
+        :   CumulativeReporterBase( _config ),
+            xml( _config.stream() ),
+            m_okToFail( false )
+        {
+            m_reporterPrefs.shouldRedirectStdOut = true;
+        }
+
+        virtual ~JunitReporter() CATCH_OVERRIDE;
+
+        static std::string getDescription() {
+            return "Reports test results in an XML format that looks like Ant's junitreport target";
+        }
+
+        virtual void noMatchingTestCases( std::string const& /*spec*/ ) CATCH_OVERRIDE {}
+
+        virtual void testRunStarting( TestRunInfo const& runInfo ) CATCH_OVERRIDE {
+            CumulativeReporterBase::testRunStarting( runInfo );
+            xml.startElement( "testsuites" );
+        }
+
+        virtual void testGroupStarting( GroupInfo const& groupInfo ) CATCH_OVERRIDE {
+            suiteTimer.start();
+            stdOutForSuite.str("");
+            stdErrForSuite.str("");
+            unexpectedExceptions = 0;
+            CumulativeReporterBase::testGroupStarting( groupInfo );
+        }
+
+        virtual void testCaseStarting( TestCaseInfo const& testCaseInfo ) CATCH_OVERRIDE {
+            m_okToFail = testCaseInfo.okToFail();
+        }
+        virtual bool assertionEnded( AssertionStats const& assertionStats ) CATCH_OVERRIDE {
+            if( assertionStats.assertionResult.getResultType() == ResultWas::ThrewException && !m_okToFail )
+                unexpectedExceptions++;
+            return CumulativeReporterBase::assertionEnded( assertionStats );
+        }
+
+        virtual void testCaseEnded( TestCaseStats const& testCaseStats ) CATCH_OVERRIDE {
+            stdOutForSuite << testCaseStats.stdOut;
+            stdErrForSuite << testCaseStats.stdErr;
+            CumulativeReporterBase::testCaseEnded( testCaseStats );
+        }
+
+        virtual void testGroupEnded( TestGroupStats const& testGroupStats ) CATCH_OVERRIDE {
+            double suiteTime = suiteTimer.getElapsedSeconds();
+            CumulativeReporterBase::testGroupEnded( testGroupStats );
+            writeGroup( *m_testGroups.back(), suiteTime );
+        }
+
+        virtual void testRunEndedCumulative() CATCH_OVERRIDE {
+            xml.endElement();
+        }
+
+        void writeGroup( TestGroupNode const& groupNode, double suiteTime ) {
+            XmlWriter::ScopedElement e = xml.scopedElement( "testsuite" );
+            TestGroupStats const& stats = groupNode.value;
+            xml.writeAttribute( "name", stats.groupInfo.name );
+            xml.writeAttribute( "errors", unexpectedExceptions );
+            xml.writeAttribute( "failures", stats.totals.assertions.failed-unexpectedExceptions );
+            xml.writeAttribute( "tests", stats.totals.assertions.total() );
+            xml.writeAttribute( "hostname", "tbd" ); // !TBD
+            if( m_config->showDurations() == ShowDurations::Never )
+                xml.writeAttribute( "time", "" );
+            else
+                xml.writeAttribute( "time", suiteTime );
+            xml.writeAttribute( "timestamp", getCurrentTimestamp() );
+
+            // Write test cases
+            for( TestGroupNode::ChildNodes::const_iterator
+                    it = groupNode.children.begin(), itEnd = groupNode.children.end();
+                    it != itEnd;
+                    ++it )
+                writeTestCase( **it );
+
+            xml.scopedElement( "system-out" ).writeText( trim( stdOutForSuite.str() ), false );
+            xml.scopedElement( "system-err" ).writeText( trim( stdErrForSuite.str() ), false );
+        }
+
+        void writeTestCase( TestCaseNode const& testCaseNode ) {
+            TestCaseStats const& stats = testCaseNode.value;
+
+            // All test cases have exactly one section - which represents the
+            // test case itself. That section may have 0-n nested sections
+            assert( testCaseNode.children.size() == 1 );
+            SectionNode const& rootSection = *testCaseNode.children.front();
+
+            std::string className = stats.testInfo.className;
+
+            if( className.empty() ) {
+                if( rootSection.childSections.empty() )
+                    className = "global";
+            }
+            writeSection( className, "", rootSection );
+        }
+
+        void writeSection(  std::string const& className,
+                            std::string const& rootName,
+                            SectionNode const& sectionNode ) {
+            std::string name = trim( sectionNode.stats.sectionInfo.name );
+            if( !rootName.empty() )
+                name = rootName + '/' + name;
+
+            if( !sectionNode.assertions.empty() ||
+                !sectionNode.stdOut.empty() ||
+                !sectionNode.stdErr.empty() ) {
+                XmlWriter::ScopedElement e = xml.scopedElement( "testcase" );
+                if( className.empty() ) {
+                    xml.writeAttribute( "classname", name );
+                    xml.writeAttribute( "name", "root" );
+                }
+                else {
+                    xml.writeAttribute( "classname", className );
+                    xml.writeAttribute( "name", name );
+                }
+                xml.writeAttribute( "time", Catch::toString( sectionNode.stats.durationInSeconds ) );
+
+                writeAssertions( sectionNode );
+
+                if( !sectionNode.stdOut.empty() )
+                    xml.scopedElement( "system-out" ).writeText( trim( sectionNode.stdOut ), false );
+                if( !sectionNode.stdErr.empty() )
+                    xml.scopedElement( "system-err" ).writeText( trim( sectionNode.stdErr ), false );
+            }
+            for( SectionNode::ChildSections::const_iterator
+                    it = sectionNode.childSections.begin(),
+                    itEnd = sectionNode.childSections.end();
+                    it != itEnd;
+                    ++it )
+                if( className.empty() )
+                    writeSection( name, "", **it );
+                else
+                    writeSection( className, name, **it );
+        }
+
+        void writeAssertions( SectionNode const& sectionNode ) {
+            for( SectionNode::Assertions::const_iterator
+                    it = sectionNode.assertions.begin(), itEnd = sectionNode.assertions.end();
+                    it != itEnd;
+                    ++it )
+                writeAssertion( *it );
+        }
+        void writeAssertion( AssertionStats const& stats ) {
+            AssertionResult const& result = stats.assertionResult;
+            if( !result.isOk() ) {
+                std::string elementName;
+                switch( result.getResultType() ) {
+                    case ResultWas::ThrewException:
+                    case ResultWas::FatalErrorCondition:
+                        elementName = "error";
+                        break;
+                    case ResultWas::ExplicitFailure:
+                        elementName = "failure";
+                        break;
+                    case ResultWas::ExpressionFailed:
+                        elementName = "failure";
+                        break;
+                    case ResultWas::DidntThrowException:
+                        elementName = "failure";
+                        break;
+
+                    // We should never see these here:
+                    case ResultWas::Info:
+                    case ResultWas::Warning:
+                    case ResultWas::Ok:
+                    case ResultWas::Unknown:
+                    case ResultWas::FailureBit:
+                    case ResultWas::Exception:
+                        elementName = "internalError";
+                        break;
+                }
+
+                XmlWriter::ScopedElement e = xml.scopedElement( elementName );
+
+                xml.writeAttribute( "message", result.getExpandedExpression() );
+                xml.writeAttribute( "type", result.getTestMacroName() );
+
+                std::ostringstream oss;
+                if( !result.getMessage().empty() )
+                    oss << result.getMessage() << '\n';
+                for( std::vector<MessageInfo>::const_iterator
+                        it = stats.infoMessages.begin(),
+                        itEnd = stats.infoMessages.end();
+                            it != itEnd;
+                            ++it )
+                    if( it->type == ResultWas::Info )
+                        oss << it->message << '\n';
+
+                oss << "at " << result.getSourceInfo();
+                xml.writeText( oss.str(), false );
+            }
+        }
+
+        XmlWriter xml;
+        Timer suiteTimer;
+        std::ostringstream stdOutForSuite;
+        std::ostringstream stdErrForSuite;
+        unsigned int unexpectedExceptions;
+        bool m_okToFail;
+    };
+
+    INTERNAL_CATCH_REGISTER_REPORTER( "junit", JunitReporter )
+
+} // end namespace Catch
+
+// #included from: ../reporters/catch_reporter_console.hpp
+#define TWOBLUECUBES_CATCH_REPORTER_CONSOLE_HPP_INCLUDED
+
+#include <cfloat>
+#include <cstdio>
+
+namespace Catch {
+
+    struct ConsoleReporter : StreamingReporterBase {
+        ConsoleReporter( ReporterConfig const& _config )
+        :   StreamingReporterBase( _config ),
+            m_headerPrinted( false )
+        {}
+
+        virtual ~ConsoleReporter() CATCH_OVERRIDE;
+        static std::string getDescription() {
+            return "Reports test results as plain lines of text";
+        }
+
+        virtual void noMatchingTestCases( std::string const& spec ) CATCH_OVERRIDE {
+            stream << "No test cases matched '" << spec << '\'' << std::endl;
+        }
+
+        virtual void assertionStarting( AssertionInfo const& ) CATCH_OVERRIDE {
+        }
+
+        virtual bool assertionEnded( AssertionStats const& _assertionStats ) CATCH_OVERRIDE {
+            AssertionResult const& result = _assertionStats.assertionResult;
+
+            bool includeResults = m_config->includeSuccessfulResults() || !result.isOk();
+
+            // Drop out if result was successful but we're not printing them.
+            if( !includeResults && result.getResultType() != ResultWas::Warning )
+                return false;
+
+            lazyPrint();
+
+            AssertionPrinter printer( stream, _assertionStats, includeResults );
+            printer.print();
+            stream << std::endl;
+            return true;
+        }
+
+        virtual void sectionStarting( SectionInfo const& _sectionInfo ) CATCH_OVERRIDE {
+            m_headerPrinted = false;
+            StreamingReporterBase::sectionStarting( _sectionInfo );
+        }
+        virtual void sectionEnded( SectionStats const& _sectionStats ) CATCH_OVERRIDE {
+            if( _sectionStats.missingAssertions ) {
+                lazyPrint();
+                Colour colour( Colour::ResultError );
+                if( m_sectionStack.size() > 1 )
+                    stream << "\nNo assertions in section";
+                else
+                    stream << "\nNo assertions in test case";
+                stream << " '" << _sectionStats.sectionInfo.name << "'\n" << std::endl;
+            }
+            if( m_config->showDurations() == ShowDurations::Always ) {
+                stream << getFormattedDuration(_sectionStats.durationInSeconds) << " s: " << _sectionStats.sectionInfo.name << std::endl;
+            }
+            if( m_headerPrinted ) {
+                m_headerPrinted = false;
+            }
+            StreamingReporterBase::sectionEnded( _sectionStats );
+        }
+
+        virtual void testCaseEnded( TestCaseStats const& _testCaseStats ) CATCH_OVERRIDE {
+            StreamingReporterBase::testCaseEnded( _testCaseStats );
+            m_headerPrinted = false;
+        }
+        virtual void testGroupEnded( TestGroupStats const& _testGroupStats ) CATCH_OVERRIDE {
+            if( currentGroupInfo.used ) {
+                printSummaryDivider();
+                stream << "Summary for group '" << _testGroupStats.groupInfo.name << "':\n";
+                printTotals( _testGroupStats.totals );
+                stream << '\n' << std::endl;
+            }
+            StreamingReporterBase::testGroupEnded( _testGroupStats );
+        }
+        virtual void testRunEnded( TestRunStats const& _testRunStats ) CATCH_OVERRIDE {
+            printTotalsDivider( _testRunStats.totals );
+            printTotals( _testRunStats.totals );
+            stream << std::endl;
+            StreamingReporterBase::testRunEnded( _testRunStats );
+        }
+
+    private:
+
+        class AssertionPrinter {
+            void operator= ( AssertionPrinter const& );
+        public:
+            AssertionPrinter( std::ostream& _stream, AssertionStats const& _stats, bool _printInfoMessages )
+            :   stream( _stream ),
+                stats( _stats ),
+                result( _stats.assertionResult ),
+                colour( Colour::None ),
+                message( result.getMessage() ),
+                messages( _stats.infoMessages ),
+                printInfoMessages( _printInfoMessages )
+            {
+                switch( result.getResultType() ) {
+                    case ResultWas::Ok:
+                        colour = Colour::Success;
+                        passOrFail = "PASSED";
+                        //if( result.hasMessage() )
+                        if( _stats.infoMessages.size() == 1 )
+                            messageLabel = "with message";
+                        if( _stats.infoMessages.size() > 1 )
+                            messageLabel = "with messages";
+                        break;
+                    case ResultWas::ExpressionFailed:
+                        if( result.isOk() ) {
+                            colour = Colour::Success;
+                            passOrFail = "FAILED - but was ok";
+                        }
+                        else {
+                            colour = Colour::Error;
+                            passOrFail = "FAILED";
+                        }
+                        if( _stats.infoMessages.size() == 1 )
+                            messageLabel = "with message";
+                        if( _stats.infoMessages.size() > 1 )
+                            messageLabel = "with messages";
+                        break;
+                    case ResultWas::ThrewException:
+                        colour = Colour::Error;
+                        passOrFail = "FAILED";
+                        messageLabel = "due to unexpected exception with ";
+                        if (_stats.infoMessages.size() == 1)
+                            messageLabel += "message";
+                        if (_stats.infoMessages.size() > 1)
+                            messageLabel += "messages";
+                        break;
+                    case ResultWas::FatalErrorCondition:
+                        colour = Colour::Error;
+                        passOrFail = "FAILED";
+                        messageLabel = "due to a fatal error condition";
+                        break;
+                    case ResultWas::DidntThrowException:
+                        colour = Colour::Error;
+                        passOrFail = "FAILED";
+                        messageLabel = "because no exception was thrown where one was expected";
+                        break;
+                    case ResultWas::Info:
+                        messageLabel = "info";
+                        break;
+                    case ResultWas::Warning:
+                        messageLabel = "warning";
+                        break;
+                    case ResultWas::ExplicitFailure:
+                        passOrFail = "FAILED";
+                        colour = Colour::Error;
+                        if( _stats.infoMessages.size() == 1 )
+                            messageLabel = "explicitly with message";
+                        if( _stats.infoMessages.size() > 1 )
+                            messageLabel = "explicitly with messages";
+                        break;
+                    // These cases are here to prevent compiler warnings
+                    case ResultWas::Unknown:
+                    case ResultWas::FailureBit:
+                    case ResultWas::Exception:
+                        passOrFail = "** internal error **";
+                        colour = Colour::Error;
+                        break;
+                }
+            }
+
+            void print() const {
+                printSourceInfo();
+                if( stats.totals.assertions.total() > 0 ) {
+                    if( result.isOk() )
+                        stream << '\n';
+                    printResultType();
+                    printOriginalExpression();
+                    printReconstructedExpression();
+                }
+                else {
+                    stream << '\n';
+                }
+                printMessage();
+            }
+
+        private:
+            void printResultType() const {
+                if( !passOrFail.empty() ) {
+                    Colour colourGuard( colour );
+                    stream << passOrFail << ":\n";
+                }
+            }
+            void printOriginalExpression() const {
+                if( result.hasExpression() ) {
+                    Colour colourGuard( Colour::OriginalExpression );
+                    stream  << "  ";
+                    stream << result.getExpressionInMacro();
+                    stream << '\n';
+                }
+            }
+            void printReconstructedExpression() const {
+                if( result.hasExpandedExpression() ) {
+                    stream << "with expansion:\n";
+                    Colour colourGuard( Colour::ReconstructedExpression );
+                    stream << Text( result.getExpandedExpression(), TextAttributes().setIndent(2) ) << '\n';
+                }
+            }
+            void printMessage() const {
+                if( !messageLabel.empty() )
+                    stream << messageLabel << ':' << '\n';
+                for( std::vector<MessageInfo>::const_iterator it = messages.begin(), itEnd = messages.end();
+                        it != itEnd;
+                        ++it ) {
+                    // If this assertion is a warning ignore any INFO messages
+                    if( printInfoMessages || it->type != ResultWas::Info )
+                        stream << Text( it->message, TextAttributes().setIndent(2) ) << '\n';
+                }
+            }
+            void printSourceInfo() const {
+                Colour colourGuard( Colour::FileName );
+                stream << result.getSourceInfo() << ": ";
+            }
+
+            std::ostream& stream;
+            AssertionStats const& stats;
+            AssertionResult const& result;
+            Colour::Code colour;
+            std::string passOrFail;
+            std::string messageLabel;
+            std::string message;
+            std::vector<MessageInfo> messages;
+            bool printInfoMessages;
+        };
+
+        void lazyPrint() {
+
+            if( !currentTestRunInfo.used )
+                lazyPrintRunInfo();
+            if( !currentGroupInfo.used )
+                lazyPrintGroupInfo();
+
+            if( !m_headerPrinted ) {
+                printTestCaseAndSectionHeader();
+                m_headerPrinted = true;
+            }
+        }
+        void lazyPrintRunInfo() {
+            stream  << '\n' << getLineOfChars<'~'>() << '\n';
+            Colour colour( Colour::SecondaryText );
+            stream  << currentTestRunInfo->name
+                    << " is a Catch v"  << libraryVersion() << " host application.\n"
+                    << "Run with -? for options\n\n";
+
+            if( m_config->rngSeed() != 0 )
+                stream << "Randomness seeded to: " << m_config->rngSeed() << "\n\n";
+
+            currentTestRunInfo.used = true;
+        }
+        void lazyPrintGroupInfo() {
+            if( !currentGroupInfo->name.empty() && currentGroupInfo->groupsCounts > 1 ) {
+                printClosedHeader( "Group: " + currentGroupInfo->name );
+                currentGroupInfo.used = true;
+            }
+        }
+        void printTestCaseAndSectionHeader() {
+            assert( !m_sectionStack.empty() );
+            printOpenHeader( currentTestCaseInfo->name );
+
+            if( m_sectionStack.size() > 1 ) {
+                Colour colourGuard( Colour::Headers );
+
+                std::vector<SectionInfo>::const_iterator
+                    it = m_sectionStack.begin()+1, // Skip first section (test case)
+                    itEnd = m_sectionStack.end();
+                for( ; it != itEnd; ++it )
+                    printHeaderString( it->name, 2 );
+            }
+
+            SourceLineInfo lineInfo = m_sectionStack.back().lineInfo;
+
+            if( !lineInfo.empty() ){
+                stream << getLineOfChars<'-'>() << '\n';
+                Colour colourGuard( Colour::FileName );
+                stream << lineInfo << '\n';
+            }
+            stream << getLineOfChars<'.'>() << '\n' << std::endl;
+        }
+
+        void printClosedHeader( std::string const& _name ) {
+            printOpenHeader( _name );
+            stream << getLineOfChars<'.'>() << '\n';
+        }
+        void printOpenHeader( std::string const& _name ) {
+            stream  << getLineOfChars<'-'>() << '\n';
+            {
+                Colour colourGuard( Colour::Headers );
+                printHeaderString( _name );
+            }
+        }
+
+        // if string has a : in first line will set indent to follow it on
+        // subsequent lines
+        void printHeaderString( std::string const& _string, std::size_t indent = 0 ) {
+            std::size_t i = _string.find( ": " );
+            if( i != std::string::npos )
+                i+=2;
+            else
+                i = 0;
+            stream << Text( _string, TextAttributes()
+                                        .setIndent( indent+i)
+                                        .setInitialIndent( indent ) ) << '\n';
+        }
+
+        struct SummaryColumn {
+
+            SummaryColumn( std::string const& _label, Colour::Code _colour )
+            :   label( _label ),
+                colour( _colour )
+            {}
+            SummaryColumn addRow( std::size_t count ) {
+                std::ostringstream oss;
+                oss << count;
+                std::string row = oss.str();
+                for( std::vector<std::string>::iterator it = rows.begin(); it != rows.end(); ++it ) {
+                    while( it->size() < row.size() )
+                        *it = ' ' + *it;
+                    while( it->size() > row.size() )
+                        row = ' ' + row;
+                }
+                rows.push_back( row );
+                return *this;
+            }
+
+            std::string label;
+            Colour::Code colour;
+            std::vector<std::string> rows;
+
+        };
+
+        void printTotals( Totals const& totals ) {
+            if( totals.testCases.total() == 0 ) {
+                stream << Colour( Colour::Warning ) << "No tests ran\n";
+            }
+            else if( totals.assertions.total() > 0 && totals.testCases.allPassed() ) {
+                stream << Colour( Colour::ResultSuccess ) << "All tests passed";
+                stream << " ("
+                        << pluralise( totals.assertions.passed, "assertion" ) << " in "
+                        << pluralise( totals.testCases.passed, "test case" ) << ')'
+                        << '\n';
+            }
+            else {
+
+                std::vector<SummaryColumn> columns;
+                columns.push_back( SummaryColumn( "", Colour::None )
+                                        .addRow( totals.testCases.total() )
+                                        .addRow( totals.assertions.total() ) );
+                columns.push_back( SummaryColumn( "passed", Colour::Success )
+                                        .addRow( totals.testCases.passed )
+                                        .addRow( totals.assertions.passed ) );
+                columns.push_back( SummaryColumn( "failed", Colour::ResultError )
+                                        .addRow( totals.testCases.failed )
+                                        .addRow( totals.assertions.failed ) );
+                columns.push_back( SummaryColumn( "failed as expected", Colour::ResultExpectedFailure )
+                                        .addRow( totals.testCases.failedButOk )
+                                        .addRow( totals.assertions.failedButOk ) );
+
+                printSummaryRow( "test cases", columns, 0 );
+                printSummaryRow( "assertions", columns, 1 );
+            }
+        }
+        void printSummaryRow( std::string const& label, std::vector<SummaryColumn> const& cols, std::size_t row ) {
+            for( std::vector<SummaryColumn>::const_iterator it = cols.begin(); it != cols.end(); ++it ) {
+                std::string value = it->rows[row];
+                if( it->label.empty() ) {
+                    stream << label << ": ";
+                    if( value != "0" )
+                        stream << value;
+                    else
+                        stream << Colour( Colour::Warning ) << "- none -";
+                }
+                else if( value != "0" ) {
+                    stream  << Colour( Colour::LightGrey ) << " | ";
+                    stream  << Colour( it->colour )
+                            << value << ' ' << it->label;
+                }
+            }
+            stream << '\n';
+        }
+
+        static std::size_t makeRatio( std::size_t number, std::size_t total ) {
+            std::size_t ratio = total > 0 ? CATCH_CONFIG_CONSOLE_WIDTH * number/ total : 0;
+            return ( ratio == 0 && number > 0 ) ? 1 : ratio;
+        }
+        static std::size_t& findMax( std::size_t& i, std::size_t& j, std::size_t& k ) {
+            if( i > j && i > k )
+                return i;
+            else if( j > k )
+                return j;
+            else
+                return k;
+        }
+
+        void printTotalsDivider( Totals const& totals ) {
+            if( totals.testCases.total() > 0 ) {
+                std::size_t failedRatio = makeRatio( totals.testCases.failed, totals.testCases.total() );
+                std::size_t failedButOkRatio = makeRatio( totals.testCases.failedButOk, totals.testCases.total() );
+                std::size_t passedRatio = makeRatio( totals.testCases.passed, totals.testCases.total() );
+                while( failedRatio + failedButOkRatio + passedRatio < CATCH_CONFIG_CONSOLE_WIDTH-1 )
+                    findMax( failedRatio, failedButOkRatio, passedRatio )++;
+                while( failedRatio + failedButOkRatio + passedRatio > CATCH_CONFIG_CONSOLE_WIDTH-1 )
+                    findMax( failedRatio, failedButOkRatio, passedRatio )--;
+
+                stream << Colour( Colour::Error ) << std::string( failedRatio, '=' );
+                stream << Colour( Colour::ResultExpectedFailure ) << std::string( failedButOkRatio, '=' );
+                if( totals.testCases.allPassed() )
+                    stream << Colour( Colour::ResultSuccess ) << std::string( passedRatio, '=' );
+                else
+                    stream << Colour( Colour::Success ) << std::string( passedRatio, '=' );
+            }
+            else {
+                stream << Colour( Colour::Warning ) << std::string( CATCH_CONFIG_CONSOLE_WIDTH-1, '=' );
+            }
+            stream << '\n';
+        }
+        void printSummaryDivider() {
+            stream << getLineOfChars<'-'>() << '\n';
+        }
+
+    private:
+        bool m_headerPrinted;
+    };
+
+    INTERNAL_CATCH_REGISTER_REPORTER( "console", ConsoleReporter )
+
+} // end namespace Catch
+
+// #included from: ../reporters/catch_reporter_compact.hpp
+#define TWOBLUECUBES_CATCH_REPORTER_COMPACT_HPP_INCLUDED
+
+namespace Catch {
+
+    struct CompactReporter : StreamingReporterBase {
+
+        CompactReporter( ReporterConfig const& _config )
+        : StreamingReporterBase( _config )
+        {}
+
+        virtual ~CompactReporter();
+
+        static std::string getDescription() {
+            return "Reports test results on a single line, suitable for IDEs";
+        }
+
+        virtual ReporterPreferences getPreferences() const {
+            ReporterPreferences prefs;
+            prefs.shouldRedirectStdOut = false;
+            return prefs;
+        }
+
+        virtual void noMatchingTestCases( std::string const& spec ) {
+            stream << "No test cases matched '" << spec << '\'' << std::endl;
+        }
+
+        virtual void assertionStarting( AssertionInfo const& ) {}
+
+        virtual bool assertionEnded( AssertionStats const& _assertionStats ) {
+            AssertionResult const& result = _assertionStats.assertionResult;
+
+            bool printInfoMessages = true;
+
+            // Drop out if result was successful and we're not printing those
+            if( !m_config->includeSuccessfulResults() && result.isOk() ) {
+                if( result.getResultType() != ResultWas::Warning )
+                    return false;
+                printInfoMessages = false;
+            }
+
+            AssertionPrinter printer( stream, _assertionStats, printInfoMessages );
+            printer.print();
+
+            stream << std::endl;
+            return true;
+        }
+
+        virtual void sectionEnded(SectionStats const& _sectionStats) CATCH_OVERRIDE {
+            if (m_config->showDurations() == ShowDurations::Always) {
+                stream << getFormattedDuration(_sectionStats.durationInSeconds) << " s: " << _sectionStats.sectionInfo.name << std::endl;
+            }
+        }
+
+        virtual void testRunEnded( TestRunStats const& _testRunStats ) {
+            printTotals( _testRunStats.totals );
+            stream << '\n' << std::endl;
+            StreamingReporterBase::testRunEnded( _testRunStats );
+        }
+
+    private:
+        class AssertionPrinter {
+            void operator= ( AssertionPrinter const& );
+        public:
+            AssertionPrinter( std::ostream& _stream, AssertionStats const& _stats, bool _printInfoMessages )
+            : stream( _stream )
+            , stats( _stats )
+            , result( _stats.assertionResult )
+            , messages( _stats.infoMessages )
+            , itMessage( _stats.infoMessages.begin() )
+            , printInfoMessages( _printInfoMessages )
+            {}
+
+            void print() {
+                printSourceInfo();
+
+                itMessage = messages.begin();
+
+                switch( result.getResultType() ) {
+                    case ResultWas::Ok:
+                        printResultType( Colour::ResultSuccess, passedString() );
+                        printOriginalExpression();
+                        printReconstructedExpression();
+                        if ( ! result.hasExpression() )
+                            printRemainingMessages( Colour::None );
+                        else
+                            printRemainingMessages();
+                        break;
+                    case ResultWas::ExpressionFailed:
+                        if( result.isOk() )
+                            printResultType( Colour::ResultSuccess, failedString() + std::string( " - but was ok" ) );
+                        else
+                            printResultType( Colour::Error, failedString() );
+                        printOriginalExpression();
+                        printReconstructedExpression();
+                        printRemainingMessages();
+                        break;
+                    case ResultWas::ThrewException:
+                        printResultType( Colour::Error, failedString() );
+                        printIssue( "unexpected exception with message:" );
+                        printMessage();
+                        printExpressionWas();
+                        printRemainingMessages();
+                        break;
+                    case ResultWas::FatalErrorCondition:
+                        printResultType( Colour::Error, failedString() );
+                        printIssue( "fatal error condition with message:" );
+                        printMessage();
+                        printExpressionWas();
+                        printRemainingMessages();
+                        break;
+                    case ResultWas::DidntThrowException:
+                        printResultType( Colour::Error, failedString() );
+                        printIssue( "expected exception, got none" );
+                        printExpressionWas();
+                        printRemainingMessages();
+                        break;
+                    case ResultWas::Info:
+                        printResultType( Colour::None, "info" );
+                        printMessage();
+                        printRemainingMessages();
+                        break;
+                    case ResultWas::Warning:
+                        printResultType( Colour::None, "warning" );
+                        printMessage();
+                        printRemainingMessages();
+                        break;
+                    case ResultWas::ExplicitFailure:
+                        printResultType( Colour::Error, failedString() );
+                        printIssue( "explicitly" );
+                        printRemainingMessages( Colour::None );
+                        break;
+                    // These cases are here to prevent compiler warnings
+                    case ResultWas::Unknown:
+                    case ResultWas::FailureBit:
+                    case ResultWas::Exception:
+                        printResultType( Colour::Error, "** internal error **" );
+                        break;
+                }
+            }
+
+        private:
+            // Colour::LightGrey
+
+            static Colour::Code dimColour() { return Colour::FileName; }
+
+#ifdef CATCH_PLATFORM_MAC
+            static const char* failedString() { return "FAILED"; }
+            static const char* passedString() { return "PASSED"; }
+#else
+            static const char* failedString() { return "failed"; }
+            static const char* passedString() { return "passed"; }
+#endif
+
+            void printSourceInfo() const {
+                Colour colourGuard( Colour::FileName );
+                stream << result.getSourceInfo() << ':';
+            }
+
+            void printResultType( Colour::Code colour, std::string const& passOrFail ) const {
+                if( !passOrFail.empty() ) {
+                    {
+                        Colour colourGuard( colour );
+                        stream << ' ' << passOrFail;
+                    }
+                    stream << ':';
+                }
+            }
+
+            void printIssue( std::string const& issue ) const {
+                stream << ' ' << issue;
+            }
+
+            void printExpressionWas() {
+                if( result.hasExpression() ) {
+                    stream << ';';
+                    {
+                        Colour colour( dimColour() );
+                        stream << " expression was:";
+                    }
+                    printOriginalExpression();
+                }
+            }
+
+            void printOriginalExpression() const {
+                if( result.hasExpression() ) {
+                    stream << ' ' << result.getExpression();
+                }
+            }
+
+            void printReconstructedExpression() const {
+                if( result.hasExpandedExpression() ) {
+                    {
+                        Colour colour( dimColour() );
+                        stream << " for: ";
+                    }
+                    stream << result.getExpandedExpression();
+                }
+            }
+
+            void printMessage() {
+                if ( itMessage != messages.end() ) {
+                    stream << " '" << itMessage->message << '\'';
+                    ++itMessage;
+                }
+            }
+
+            void printRemainingMessages( Colour::Code colour = dimColour() ) {
+                if ( itMessage == messages.end() )
+                    return;
+
+                // using messages.end() directly yields compilation error:
+                std::vector<MessageInfo>::const_iterator itEnd = messages.end();
+                const std::size_t N = static_cast<std::size_t>( std::distance( itMessage, itEnd ) );
+
+                {
+                    Colour colourGuard( colour );
+                    stream << " with " << pluralise( N, "message" ) << ':';
+                }
+
+                for(; itMessage != itEnd; ) {
+                    // If this assertion is a warning ignore any INFO messages
+                    if( printInfoMessages || itMessage->type != ResultWas::Info ) {
+                        stream << " '" << itMessage->message << '\'';
+                        if ( ++itMessage != itEnd ) {
+                            Colour colourGuard( dimColour() );
+                            stream << " and";
+                        }
+                    }
+                }
+            }
+
+        private:
+            std::ostream& stream;
+            AssertionStats const& stats;
+            AssertionResult const& result;
+            std::vector<MessageInfo> messages;
+            std::vector<MessageInfo>::const_iterator itMessage;
+            bool printInfoMessages;
+        };
+
+        // Colour, message variants:
+        // - white: No tests ran.
+        // -   red: Failed [both/all] N test cases, failed [both/all] M assertions.
+        // - white: Passed [both/all] N test cases (no assertions).
+        // -   red: Failed N tests cases, failed M assertions.
+        // - green: Passed [both/all] N tests cases with M assertions.
+
+        std::string bothOrAll( std::size_t count ) const {
+            return count == 1 ? std::string() : count == 2 ? "both " : "all " ;
+        }
+
+        void printTotals( const Totals& totals ) const {
+            if( totals.testCases.total() == 0 ) {
+                stream << "No tests ran.";
+            }
+            else if( totals.testCases.failed == totals.testCases.total() ) {
+                Colour colour( Colour::ResultError );
+                const std::string qualify_assertions_failed =
+                    totals.assertions.failed == totals.assertions.total() ?
+                        bothOrAll( totals.assertions.failed ) : std::string();
+                stream <<
+                    "Failed " << bothOrAll( totals.testCases.failed )
+                              << pluralise( totals.testCases.failed, "test case"  ) << ", "
+                    "failed " << qualify_assertions_failed <<
+                                 pluralise( totals.assertions.failed, "assertion" ) << '.';
+            }
+            else if( totals.assertions.total() == 0 ) {
+                stream <<
+                    "Passed " << bothOrAll( totals.testCases.total() )
+                              << pluralise( totals.testCases.total(), "test case" )
+                              << " (no assertions).";
+            }
+            else if( totals.assertions.failed ) {
+                Colour colour( Colour::ResultError );
+                stream <<
+                    "Failed " << pluralise( totals.testCases.failed, "test case"  ) << ", "
+                    "failed " << pluralise( totals.assertions.failed, "assertion" ) << '.';
+            }
+            else {
+                Colour colour( Colour::ResultSuccess );
+                stream <<
+                    "Passed " << bothOrAll( totals.testCases.passed )
+                              << pluralise( totals.testCases.passed, "test case"  ) <<
+                    " with "  << pluralise( totals.assertions.passed, "assertion" ) << '.';
+            }
+        }
+    };
+
+    INTERNAL_CATCH_REGISTER_REPORTER( "compact", CompactReporter )
+
+} // end namespace Catch
+
+namespace Catch {
+    // These are all here to avoid warnings about not having any out of line
+    // virtual methods
+    NonCopyable::~NonCopyable() {}
+    IShared::~IShared() {}
+    IStream::~IStream() CATCH_NOEXCEPT {}
+    FileStream::~FileStream() CATCH_NOEXCEPT {}
+    CoutStream::~CoutStream() CATCH_NOEXCEPT {}
+    DebugOutStream::~DebugOutStream() CATCH_NOEXCEPT {}
+    StreamBufBase::~StreamBufBase() CATCH_NOEXCEPT {}
+    IContext::~IContext() {}
+    IResultCapture::~IResultCapture() {}
+    ITestCase::~ITestCase() {}
+    ITestCaseRegistry::~ITestCaseRegistry() {}
+    IRegistryHub::~IRegistryHub() {}
+    IMutableRegistryHub::~IMutableRegistryHub() {}
+    IExceptionTranslator::~IExceptionTranslator() {}
+    IExceptionTranslatorRegistry::~IExceptionTranslatorRegistry() {}
+    IReporter::~IReporter() {}
+    IReporterFactory::~IReporterFactory() {}
+    IReporterRegistry::~IReporterRegistry() {}
+    IStreamingReporter::~IStreamingReporter() {}
+    AssertionStats::~AssertionStats() {}
+    SectionStats::~SectionStats() {}
+    TestCaseStats::~TestCaseStats() {}
+    TestGroupStats::~TestGroupStats() {}
+    TestRunStats::~TestRunStats() {}
+    CumulativeReporterBase::SectionNode::~SectionNode() {}
+    CumulativeReporterBase::~CumulativeReporterBase() {}
+
+    StreamingReporterBase::~StreamingReporterBase() {}
+    ConsoleReporter::~ConsoleReporter() {}
+    CompactReporter::~CompactReporter() {}
+    IRunner::~IRunner() {}
+    IMutableContext::~IMutableContext() {}
+    IConfig::~IConfig() {}
+    XmlReporter::~XmlReporter() {}
+    JunitReporter::~JunitReporter() {}
+    TestRegistry::~TestRegistry() {}
+    FreeFunctionTestCase::~FreeFunctionTestCase() {}
+    IGeneratorInfo::~IGeneratorInfo() {}
+    IGeneratorsForTest::~IGeneratorsForTest() {}
+    WildcardPattern::~WildcardPattern() {}
+    TestSpec::Pattern::~Pattern() {}
+    TestSpec::NamePattern::~NamePattern() {}
+    TestSpec::TagPattern::~TagPattern() {}
+    TestSpec::ExcludedPattern::~ExcludedPattern() {}
+    Matchers::Impl::MatcherUntypedBase::~MatcherUntypedBase() {}
+
+    void Config::dummy() {}
+
+    namespace TestCaseTracking {
+        ITracker::~ITracker() {}
+        TrackerBase::~TrackerBase() {}
+        SectionTracker::~SectionTracker() {}
+        IndexTracker::~IndexTracker() {}
+    }
+}
+
+#ifdef __clang__
+#pragma clang diagnostic pop
+#endif
+
+#endif
+
+#ifdef CATCH_CONFIG_MAIN
+// #included from: internal/catch_default_main.hpp
+#define TWOBLUECUBES_CATCH_DEFAULT_MAIN_HPP_INCLUDED
+
+#ifndef __OBJC__
+
+#if defined(WIN32) && defined(_UNICODE) && !defined(DO_NOT_USE_WMAIN)
+// Standard C/C++ Win32 Unicode wmain entry point
+extern "C" int wmain (int argc, wchar_t * argv[], wchar_t * []) {
+#else
+// Standard C/C++ main entry point
+int main (int argc, char * argv[]) {
+#endif
+
+    int result = Catch::Session().run( argc, argv );
+    return ( result < 0xff ? result : 0xff );
+}
+
+#else // __OBJC__
+
+// Objective-C entry point
+int main (int argc, char * const argv[]) {
+#if !CATCH_ARC_ENABLED
+    NSAutoreleasePool * pool = [[NSAutoreleasePool alloc] init];
+#endif
+
+    Catch::registerTestMethods();
+    int result = Catch::Session().run( argc, (char* const*)argv );
+
+#if !CATCH_ARC_ENABLED
+    [pool drain];
+#endif
+
+    return ( result < 0xff ? result : 0xff );
+}
+
+#endif // __OBJC__
+
+#endif
+
+#ifdef CLARA_CONFIG_MAIN_NOT_DEFINED
+#  undef CLARA_CONFIG_MAIN
+#endif
+
+//////
+
+// If this config identifier is defined then all CATCH macros are prefixed with CATCH_
+#ifdef CATCH_CONFIG_PREFIX_ALL
+
+#if defined(CATCH_CONFIG_FAST_COMPILE)
+#define CATCH_REQUIRE( expr ) INTERNAL_CATCH_TEST_NO_TRY( "CATCH_REQUIRE", Catch::ResultDisposition::Normal, expr )
+#define CATCH_REQUIRE_FALSE( expr ) INTERNAL_CATCH_TEST_NO_TRY( "CATCH_REQUIRE_FALSE", Catch::ResultDisposition::Normal | Catch::ResultDisposition::FalseTest, expr )
+#else
+#define CATCH_REQUIRE( expr ) INTERNAL_CATCH_TEST( "CATCH_REQUIRE", Catch::ResultDisposition::Normal, expr )
+#define CATCH_REQUIRE_FALSE( expr ) INTERNAL_CATCH_TEST( "CATCH_REQUIRE_FALSE", Catch::ResultDisposition::Normal | Catch::ResultDisposition::FalseTest, expr  )
+#endif
+
+#define CATCH_REQUIRE_THROWS( expr ) INTERNAL_CATCH_THROWS( "CATCH_REQUIRE_THROWS", Catch::ResultDisposition::Normal, "", expr )
+#define CATCH_REQUIRE_THROWS_AS( expr, exceptionType ) INTERNAL_CATCH_THROWS_AS( "CATCH_REQUIRE_THROWS_AS", exceptionType, Catch::ResultDisposition::Normal, expr )
+#define CATCH_REQUIRE_THROWS_WITH( expr, matcher ) INTERNAL_CATCH_THROWS( "CATCH_REQUIRE_THROWS_WITH", Catch::ResultDisposition::Normal, matcher, expr )
+#define CATCH_REQUIRE_NOTHROW( expr ) INTERNAL_CATCH_NO_THROW( "CATCH_REQUIRE_NOTHROW", Catch::ResultDisposition::Normal, expr )
+
+#define CATCH_CHECK( expr ) INTERNAL_CATCH_TEST( "CATCH_CHECK", Catch::ResultDisposition::ContinueOnFailure, expr )
+#define CATCH_CHECK_FALSE( expr ) INTERNAL_CATCH_TEST( "CATCH_CHECK_FALSE", Catch::ResultDisposition::ContinueOnFailure | Catch::ResultDisposition::FalseTest, expr )
+#define CATCH_CHECKED_IF( expr ) INTERNAL_CATCH_IF( "CATCH_CHECKED_IF", Catch::ResultDisposition::ContinueOnFailure, expr )
+#define CATCH_CHECKED_ELSE( expr ) INTERNAL_CATCH_ELSE( "CATCH_CHECKED_ELSE", Catch::ResultDisposition::ContinueOnFailure, expr )
+#define CATCH_CHECK_NOFAIL( expr ) INTERNAL_CATCH_TEST( "CATCH_CHECK_NOFAIL", Catch::ResultDisposition::ContinueOnFailure | Catch::ResultDisposition::SuppressFail, expr )
+
+#define CATCH_CHECK_THROWS( expr )  INTERNAL_CATCH_THROWS( "CATCH_CHECK_THROWS", Catch::ResultDisposition::ContinueOnFailure, "", expr )
+#define CATCH_CHECK_THROWS_AS( expr, exceptionType ) INTERNAL_CATCH_THROWS_AS( "CATCH_CHECK_THROWS_AS", exceptionType, Catch::ResultDisposition::ContinueOnFailure, expr )
+#define CATCH_CHECK_THROWS_WITH( expr, matcher ) INTERNAL_CATCH_THROWS( "CATCH_CHECK_THROWS_WITH", Catch::ResultDisposition::ContinueOnFailure, matcher, expr )
+#define CATCH_CHECK_NOTHROW( expr ) INTERNAL_CATCH_NO_THROW( "CATCH_CHECK_NOTHROW", Catch::ResultDisposition::ContinueOnFailure, expr )
+
+#define CATCH_CHECK_THAT( arg, matcher ) INTERNAL_CHECK_THAT( "CATCH_CHECK_THAT", matcher, Catch::ResultDisposition::ContinueOnFailure, arg )
+
+#if defined(CATCH_CONFIG_FAST_COMPILE)
+#define CATCH_REQUIRE_THAT( arg, matcher ) INTERNAL_CHECK_THAT_NO_TRY( "CATCH_REQUIRE_THAT", matcher, Catch::ResultDisposition::Normal, arg )
+#else
+#define CATCH_REQUIRE_THAT( arg, matcher ) INTERNAL_CHECK_THAT( "CATCH_REQUIRE_THAT", matcher, Catch::ResultDisposition::Normal, arg )
+#endif
+
+#define CATCH_INFO( msg ) INTERNAL_CATCH_INFO( "CATCH_INFO", msg )
+#define CATCH_WARN( msg ) INTERNAL_CATCH_MSG( "CATCH_WARN", Catch::ResultWas::Warning, Catch::ResultDisposition::ContinueOnFailure, msg )
+#define CATCH_SCOPED_INFO( msg ) INTERNAL_CATCH_INFO( "CATCH_INFO", msg )
+#define CATCH_CAPTURE( msg ) INTERNAL_CATCH_INFO( "CATCH_CAPTURE", #msg " := " << Catch::toString(msg) )
+#define CATCH_SCOPED_CAPTURE( msg ) INTERNAL_CATCH_INFO( "CATCH_CAPTURE", #msg " := " << Catch::toString(msg) )
+
+#ifdef CATCH_CONFIG_VARIADIC_MACROS
+    #define CATCH_TEST_CASE( ... ) INTERNAL_CATCH_TESTCASE( __VA_ARGS__ )
+    #define CATCH_TEST_CASE_METHOD( className, ... ) INTERNAL_CATCH_TEST_CASE_METHOD( className, __VA_ARGS__ )
+    #define CATCH_METHOD_AS_TEST_CASE( method, ... ) INTERNAL_CATCH_METHOD_AS_TEST_CASE( method, __VA_ARGS__ )
+    #define CATCH_REGISTER_TEST_CASE( Function, ... ) INTERNAL_CATCH_REGISTER_TESTCASE( Function, __VA_ARGS__ )
+    #define CATCH_SECTION( ... ) INTERNAL_CATCH_SECTION( __VA_ARGS__ )
+    #define CATCH_FAIL( ... ) INTERNAL_CATCH_MSG( "CATCH_FAIL", Catch::ResultWas::ExplicitFailure, Catch::ResultDisposition::Normal, __VA_ARGS__ )
+    #define CATCH_FAIL_CHECK( ... ) INTERNAL_CATCH_MSG( "CATCH_FAIL_CHECK", Catch::ResultWas::ExplicitFailure, Catch::ResultDisposition::ContinueOnFailure, __VA_ARGS__ )
+    #define CATCH_SUCCEED( ... ) INTERNAL_CATCH_MSG( "CATCH_SUCCEED", Catch::ResultWas::Ok, Catch::ResultDisposition::ContinueOnFailure, __VA_ARGS__ )
+#else
+    #define CATCH_TEST_CASE( name, description ) INTERNAL_CATCH_TESTCASE( name, description )
+    #define CATCH_TEST_CASE_METHOD( className, name, description ) INTERNAL_CATCH_TEST_CASE_METHOD( className, name, description )
+    #define CATCH_METHOD_AS_TEST_CASE( method, name, description ) INTERNAL_CATCH_METHOD_AS_TEST_CASE( method, name, description )
+    #define CATCH_REGISTER_TEST_CASE( function, name, description ) INTERNAL_CATCH_REGISTER_TESTCASE( function, name, description )
+    #define CATCH_SECTION( name, description ) INTERNAL_CATCH_SECTION( name, description )
+    #define CATCH_FAIL( msg ) INTERNAL_CATCH_MSG( "CATCH_FAIL", Catch::ResultWas::ExplicitFailure, Catch::ResultDisposition::Normal, msg )
+    #define CATCH_FAIL_CHECK( msg ) INTERNAL_CATCH_MSG( "CATCH_FAIL_CHECK", Catch::ResultWas::ExplicitFailure, Catch::ResultDisposition::ContinueOnFailure, msg )
+    #define CATCH_SUCCEED( msg ) INTERNAL_CATCH_MSG( "CATCH_SUCCEED", Catch::ResultWas::Ok, Catch::ResultDisposition::ContinueOnFailure, msg )
+#endif
+#define CATCH_ANON_TEST_CASE() INTERNAL_CATCH_TESTCASE( "", "" )
+
+#define CATCH_REGISTER_REPORTER( name, reporterType ) INTERNAL_CATCH_REGISTER_REPORTER( name, reporterType )
+#define CATCH_REGISTER_LEGACY_REPORTER( name, reporterType ) INTERNAL_CATCH_REGISTER_LEGACY_REPORTER( name, reporterType )
+
+#define CATCH_GENERATE( expr) INTERNAL_CATCH_GENERATE( expr )
+
+// "BDD-style" convenience wrappers
+#ifdef CATCH_CONFIG_VARIADIC_MACROS
+#define CATCH_SCENARIO( ... ) CATCH_TEST_CASE( "Scenario: " __VA_ARGS__ )
+#define CATCH_SCENARIO_METHOD( className, ... ) INTERNAL_CATCH_TEST_CASE_METHOD( className, "Scenario: " __VA_ARGS__ )
+#else
+#define CATCH_SCENARIO( name, tags ) CATCH_TEST_CASE( "Scenario: " name, tags )
+#define CATCH_SCENARIO_METHOD( className, name, tags ) INTERNAL_CATCH_TEST_CASE_METHOD( className, "Scenario: " name, tags )
+#endif
+#define CATCH_GIVEN( desc )    CATCH_SECTION( std::string( "Given: ") + desc, "" )
+#define CATCH_WHEN( desc )     CATCH_SECTION( std::string( " When: ") + desc, "" )
+#define CATCH_AND_WHEN( desc ) CATCH_SECTION( std::string( "  And: ") + desc, "" )
+#define CATCH_THEN( desc )     CATCH_SECTION( std::string( " Then: ") + desc, "" )
+#define CATCH_AND_THEN( desc ) CATCH_SECTION( std::string( "  And: ") + desc, "" )
+
+// If CATCH_CONFIG_PREFIX_ALL is not defined then the CATCH_ prefix is not required
+#else
+
+#if defined(CATCH_CONFIG_FAST_COMPILE)
+#define REQUIRE( expr ) INTERNAL_CATCH_TEST_NO_TRY( "REQUIRE", Catch::ResultDisposition::Normal, expr )
+#define REQUIRE_FALSE( expr ) INTERNAL_CATCH_TEST_NO_TRY( "REQUIRE_FALSE", Catch::ResultDisposition::Normal | Catch::ResultDisposition::FalseTest, expr )
+
+#else
+#define REQUIRE( expr ) INTERNAL_CATCH_TEST( "REQUIRE", Catch::ResultDisposition::Normal, expr  )
+#define REQUIRE_FALSE( expr ) INTERNAL_CATCH_TEST( "REQUIRE_FALSE", Catch::ResultDisposition::Normal | Catch::ResultDisposition::FalseTest, expr )
+#endif
+
+#define REQUIRE_THROWS( expr ) INTERNAL_CATCH_THROWS( "REQUIRE_THROWS", Catch::ResultDisposition::Normal, "", expr )
+#define REQUIRE_THROWS_AS( expr, exceptionType ) INTERNAL_CATCH_THROWS_AS( "REQUIRE_THROWS_AS", exceptionType, Catch::ResultDisposition::Normal, expr )
+#define REQUIRE_THROWS_WITH( expr, matcher ) INTERNAL_CATCH_THROWS( "REQUIRE_THROWS_WITH", Catch::ResultDisposition::Normal, matcher, expr )
+#define REQUIRE_NOTHROW( expr ) INTERNAL_CATCH_NO_THROW( "REQUIRE_NOTHROW", Catch::ResultDisposition::Normal, expr )
+
+#define CHECK( expr ) INTERNAL_CATCH_TEST( "CHECK", Catch::ResultDisposition::ContinueOnFailure, expr )
+#define CHECK_FALSE( expr ) INTERNAL_CATCH_TEST( "CHECK_FALSE", Catch::ResultDisposition::ContinueOnFailure | Catch::ResultDisposition::FalseTest, expr )
+#define CHECKED_IF( expr ) INTERNAL_CATCH_IF( "CHECKED_IF", Catch::ResultDisposition::ContinueOnFailure, expr )
+#define CHECKED_ELSE( expr ) INTERNAL_CATCH_ELSE( "CHECKED_ELSE", Catch::ResultDisposition::ContinueOnFailure, expr )
+#define CHECK_NOFAIL( expr ) INTERNAL_CATCH_TEST( "CHECK_NOFAIL", Catch::ResultDisposition::ContinueOnFailure | Catch::ResultDisposition::SuppressFail, expr )
+
+#define CHECK_THROWS( expr )  INTERNAL_CATCH_THROWS( "CHECK_THROWS", Catch::ResultDisposition::ContinueOnFailure, "", expr )
+#define CHECK_THROWS_AS( expr, exceptionType ) INTERNAL_CATCH_THROWS_AS( "CHECK_THROWS_AS", exceptionType, Catch::ResultDisposition::ContinueOnFailure, expr )
+#define CHECK_THROWS_WITH( expr, matcher ) INTERNAL_CATCH_THROWS( "CHECK_THROWS_WITH", Catch::ResultDisposition::ContinueOnFailure, matcher, expr )
+#define CHECK_NOTHROW( expr ) INTERNAL_CATCH_NO_THROW( "CHECK_NOTHROW", Catch::ResultDisposition::ContinueOnFailure, expr )
+
+#define CHECK_THAT( arg, matcher ) INTERNAL_CHECK_THAT( "CHECK_THAT", matcher, Catch::ResultDisposition::ContinueOnFailure, arg )
+
+#if defined(CATCH_CONFIG_FAST_COMPILE)
+#define REQUIRE_THAT( arg, matcher ) INTERNAL_CHECK_THAT_NO_TRY( "REQUIRE_THAT", matcher, Catch::ResultDisposition::Normal, arg )
+#else
+#define REQUIRE_THAT( arg, matcher ) INTERNAL_CHECK_THAT( "REQUIRE_THAT", matcher, Catch::ResultDisposition::Normal, arg )
+#endif
+
+#define INFO( msg ) INTERNAL_CATCH_INFO( "INFO", msg )
+#define WARN( msg ) INTERNAL_CATCH_MSG( "WARN", Catch::ResultWas::Warning, Catch::ResultDisposition::ContinueOnFailure, msg )
+#define SCOPED_INFO( msg ) INTERNAL_CATCH_INFO( "INFO", msg )
+#define CAPTURE( msg ) INTERNAL_CATCH_INFO( "CAPTURE", #msg " := " << Catch::toString(msg) )
+#define SCOPED_CAPTURE( msg ) INTERNAL_CATCH_INFO( "CAPTURE", #msg " := " << Catch::toString(msg) )
+
+#ifdef CATCH_CONFIG_VARIADIC_MACROS
+#define TEST_CASE( ... ) INTERNAL_CATCH_TESTCASE( __VA_ARGS__ )
+#define TEST_CASE_METHOD( className, ... ) INTERNAL_CATCH_TEST_CASE_METHOD( className, __VA_ARGS__ )
+#define METHOD_AS_TEST_CASE( method, ... ) INTERNAL_CATCH_METHOD_AS_TEST_CASE( method, __VA_ARGS__ )
+#define REGISTER_TEST_CASE( Function, ... ) INTERNAL_CATCH_REGISTER_TESTCASE( Function, __VA_ARGS__ )
+#define SECTION( ... ) INTERNAL_CATCH_SECTION( __VA_ARGS__ )
+#define FAIL( ... ) INTERNAL_CATCH_MSG( "FAIL", Catch::ResultWas::ExplicitFailure, Catch::ResultDisposition::Normal, __VA_ARGS__ )
+#define FAIL_CHECK( ... ) INTERNAL_CATCH_MSG( "FAIL_CHECK", Catch::ResultWas::ExplicitFailure, Catch::ResultDisposition::ContinueOnFailure, __VA_ARGS__ )
+#define SUCCEED( ... ) INTERNAL_CATCH_MSG( "SUCCEED", Catch::ResultWas::Ok, Catch::ResultDisposition::ContinueOnFailure, __VA_ARGS__ )
+#else
+#define TEST_CASE( name, description ) INTERNAL_CATCH_TESTCASE( name, description )
+    #define TEST_CASE_METHOD( className, name, description ) INTERNAL_CATCH_TEST_CASE_METHOD( className, name, description )
+    #define METHOD_AS_TEST_CASE( method, name, description ) INTERNAL_CATCH_METHOD_AS_TEST_CASE( method, name, description )
+    #define REGISTER_TEST_CASE( method, name, description ) INTERNAL_CATCH_REGISTER_TESTCASE( method, name, description )
+    #define SECTION( name, description ) INTERNAL_CATCH_SECTION( name, description )
+    #define FAIL( msg ) INTERNAL_CATCH_MSG( "FAIL", Catch::ResultWas::ExplicitFailure, Catch::ResultDisposition::Normal, msg )
+    #define FAIL_CHECK( msg ) INTERNAL_CATCH_MSG( "FAIL_CHECK", Catch::ResultWas::ExplicitFailure, Catch::ResultDisposition::ContinueOnFailure, msg )
+    #define SUCCEED( msg ) INTERNAL_CATCH_MSG( "SUCCEED", Catch::ResultWas::Ok, Catch::ResultDisposition::ContinueOnFailure, msg )
+#endif
+#define ANON_TEST_CASE() INTERNAL_CATCH_TESTCASE( "", "" )
+
+#define REGISTER_REPORTER( name, reporterType ) INTERNAL_CATCH_REGISTER_REPORTER( name, reporterType )
+#define REGISTER_LEGACY_REPORTER( name, reporterType ) INTERNAL_CATCH_REGISTER_LEGACY_REPORTER( name, reporterType )
+
+#define GENERATE( expr) INTERNAL_CATCH_GENERATE( expr )
+
+#endif
+
+#define CATCH_TRANSLATE_EXCEPTION( signature ) INTERNAL_CATCH_TRANSLATE_EXCEPTION( signature )
+
+// "BDD-style" convenience wrappers
+#ifdef CATCH_CONFIG_VARIADIC_MACROS
+#define SCENARIO( ... ) TEST_CASE( "Scenario: " __VA_ARGS__ )
+#define SCENARIO_METHOD( className, ... ) INTERNAL_CATCH_TEST_CASE_METHOD( className, "Scenario: " __VA_ARGS__ )
+#else
+#define SCENARIO( name, tags ) TEST_CASE( "Scenario: " name, tags )
+#define SCENARIO_METHOD( className, name, tags ) INTERNAL_CATCH_TEST_CASE_METHOD( className, "Scenario: " name, tags )
+#endif
+#define GIVEN( desc )    SECTION( std::string("   Given: ") + desc, "" )
+#define WHEN( desc )     SECTION( std::string("    When: ") + desc, "" )
+#define AND_WHEN( desc ) SECTION( std::string("And when: ") + desc, "" )
+#define THEN( desc )     SECTION( std::string("    Then: ") + desc, "" )
+#define AND_THEN( desc ) SECTION( std::string("     And: ") + desc, "" )
+
+using Catch::Detail::Approx;
+
+// #included from: internal/catch_reenable_warnings.h
+
+#define TWOBLUECUBES_CATCH_REENABLE_WARNINGS_H_INCLUDED
+
+#ifdef __clang__
+#    ifdef __ICC // icpc defines the __clang__ macro
+#        pragma warning(pop)
+#    else
+#        pragma clang diagnostic pop
+#    endif
+#elif defined __GNUC__
+#    pragma GCC diagnostic pop
+#endif
+
+#endif // TWOBLUECUBES_SINGLE_INCLUDE_CATCH_HPP_INCLUDED
+
diff --git a/test/unit/cpp/common/SubSystemsManager.cpp b/test/unit/cpp/common/SubSystemsManager.cpp
new file mode 100644
index 0000000..405e799
--- /dev/null
+++ b/test/unit/cpp/common/SubSystemsManager.cpp
@@ -0,0 +1,45 @@
+// Copyright (C) 2015 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2008-09-30
+// Last changed: 2012-08-21
+//
+// Unit tests for SubSystemsManager
+
+#include <dolfin.h>
+#include <catch.hpp>
+
+namespace
+{
+  void init_petsc()
+  {
+    // Test user initialisation of PETSc
+#ifdef HAS_PETSC
+    int argc = 0;
+    char **argv = NULL;
+    PetscInitialize(&argc, &argv, NULL, NULL);
+
+    dolfin::UnitSquareMesh(12, 12);
+    dolfin::PETScVector(MPI_COMM_WORLD, 30);
+#endif
+  }
+}
+
+TEST_CASE( "Initialise PETSc", "[petsc_init]" )
+{
+  CHECK_NOTHROW(init_petsc());
+}
diff --git a/test/unit/cpp/function/Expression.cpp b/test/unit/cpp/function/Expression.cpp
new file mode 100644
index 0000000..b2e6966
--- /dev/null
+++ b/test/unit/cpp/function/Expression.cpp
@@ -0,0 +1,85 @@
+// Copyright (C) 2007 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Unit tests for the function library
+
+#include <dolfin.h>
+#include "Projection.h"
+#include <catch.hpp>
+
+using namespace dolfin;
+
+namespace
+{
+  void arbitrary_eval()
+  {
+    class F0 : public Expression
+    {
+    public:
+      F0() {}
+      void eval(Array<double>& values, const Array<double>& x) const
+      { values[0] = sin(3.0*x[0])*sin(3.0*x[1])*sin(3.0*x[2]); }
+    };
+
+    class F1 : public Expression
+    {
+    public:
+      F1() {}
+      void eval(Array<double>& values, const Array<double>& x) const
+      { values[0] = 1.0 + 3.0*x[0] + 4.0*x[1] + 0.5*x[2]; }
+    };
+
+    auto mesh = std::make_shared<UnitCubeMesh>(8, 8, 8);
+
+    Array<double> x(3);
+    x[0] = 0.31; x[1] = 0.32; x[2] = 0.33;
+
+    Array<double> u0(1);
+    Array<double> u1(1);
+
+    // User-defined functions (one from finite element space, one not)
+    F0 f0;
+    auto f1 = std::make_shared<F1>();
+
+    // Test evaluation of a user-defined function
+    f0.eval(u0, x);
+    CHECK(u0[0] == Approx(sin(3.0*x[0])*sin(3.0*x[1])*sin(3.0*x[2])));
+
+    // Test for single core only
+    if (dolfin::MPI::size(mesh->mpi_comm()) == 1)
+    {
+    // Test evaluation of a discrete function
+      auto V = std::make_shared<Projection::FunctionSpace>(mesh);
+      Projection::BilinearForm a(V, V);
+      Projection::LinearForm L(V);
+      L.f = f1;
+      Function g(V);
+      solve(a == L, g);
+
+      const double tol = 1.0e-6;
+      f1->eval(u0, x);
+      g.eval(u1, x);
+      CHECK(std::abs(u0[0] - u1[0]) < tol);
+    }
+  }
+}
+
+//-----------------------------------------------------------------------------
+TEST_CASE( "Test arbitray eval", "[eval]" )
+{
+  CHECK_NOTHROW(arbitrary_eval());
+}
diff --git a/test/unit/cpp/function/Projection.ufl b/test/unit/cpp/function/Projection.ufl
new file mode 100644
index 0000000..2b6fec7
--- /dev/null
+++ b/test/unit/cpp/function/Projection.ufl
@@ -0,0 +1,33 @@
+# Copyright (C) 2008 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2008-03-17
+# Last changed: 2008-03-17
+#
+# The bilinear form a(v, u) and linear form L(v) for
+# projection onto piecewise quadratics.
+#
+# Compile this form with FFC: ffc -l dolfin Projection.form.
+
+element = FiniteElement("Lagrange", tetrahedron, 2)
+
+v = TestFunction(element)
+u = TrialFunction(element)
+f = Coefficient(element)
+
+a = v*u*dx
+L = v*f*dx
diff --git a/test/unit/cpp/geometry/ConvexTriangulation.cpp b/test/unit/cpp/geometry/ConvexTriangulation.cpp
new file mode 100644
index 0000000..973c533
--- /dev/null
+++ b/test/unit/cpp/geometry/ConvexTriangulation.cpp
@@ -0,0 +1,287 @@
+// Copyright (C) 2017 Benjamin Kehlet
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Unit tests for convex triangulation
+
+#include <dolfin/geometry/ConvexTriangulation.h>
+#include <dolfin/geometry/CollisionPredicates.h>
+#include <dolfin/geometry/predicates.h>
+#include <catch.hpp>
+
+using namespace dolfin;
+
+namespace
+{
+  bool pure_triangular(const std::vector<std::vector<Point>>& triangulation, std::size_t dim)
+  {
+    for (const std::vector<Point>& tri : triangulation)
+    {
+
+      if (tri.size() != dim+1)
+	return false;
+    }
+
+    return true;
+  }
+
+  bool has_degenerate(const std::vector<std::vector<Point>>& triangulation, std::size_t dim)
+  {
+    for (const std::vector<Point>& tri : triangulation)
+    {
+      if (orient3d(tri[0], tri[1], tri[2], tri[3]) == 0)
+	return true;
+    }
+    return false;
+  }
+
+  bool triangulation_selfintersects(const std::vector<std::vector<Point>>& triangulation,
+				    std::size_t dim)
+  {
+    for (std::size_t i = 0; i < triangulation.size(); i++)
+    {
+      const auto& t1 = triangulation[i];
+      for (std::size_t j = i+1; j < triangulation.size(); j++)
+      {
+	const auto& t2 = triangulation[j];
+
+	// Count number of shared vertices
+	std::size_t shared_vertices = 0;
+	std::set<std::size_t> t1_shared;
+	std::set<std::size_t> t2_shared;
+	for (std::size_t v1 = 0; v1 < dim+1; v1++)
+	{
+	  for (std::size_t v2 = 0; v2 < dim+1; v2++)
+	  {
+	    if (t1[v1] == t2[v2])
+	    {
+	      shared_vertices++;
+	      t1_shared.insert(v1);
+	      t2_shared.insert(v2);
+	    }
+	  }
+	}
+
+	if (dim == 3)
+	{
+	  if (shared_vertices == 0 &&
+	      CollisionPredicates::collides_tetrahedron_tetrahedron_3d(t1[0], t1[1], t1[2], t1[3],
+								       t2[0], t2[1], t2[2], t2[3]))
+	  {
+	    return true;
+	  }
+	  else if (shared_vertices > 0)
+	  {
+
+	    for (std::size_t a = 0; a < dim+1; a++)
+	    {
+	      // None of the non-shared vertices should collide with the other tet
+	      if (t1_shared.count(a) == 0 &&
+		  CollisionPredicates::collides_tetrahedron_point_3d(t2[0], t2[1], t2[2], t2[3],
+								     t1[a]))
+	      {
+		return true;
+	      }
+
+	      if (t2_shared.count(a) == 0 &&
+		  CollisionPredicates::collides_tetrahedron_point_3d(t1[0], t1[1], t1[2], t1[3],
+								     t2[a]))
+	      {
+		return true;
+	      }
+	    }
+	  }
+	}
+	else if(dim == 2)
+	{
+	  if (shared_vertices == 0 &&
+	      CollisionPredicates::collides_triangle_triangle_2d(t1[0],
+								 t1[1],
+								 t1[2],
+								 t2[0],
+								 t2[1],
+								 t2[2]))
+	  {
+	    return true;
+	  }
+	}
+      }
+    }
+    return false;
+  }
+  //-----------------------------------------------------------------------------
+  double triangulation_volume(const std::vector<std::vector<dolfin::Point>>& triangulation)
+  {
+    double vol = 0;
+    for (const std::vector<dolfin::Point>& tri : triangulation)
+    {
+      const Point& x0 = tri[0];
+      const Point& x1 = tri[1];
+      const Point& x2 = tri[2];
+      const Point& x3 = tri[3];
+      // Formula for volume from http://mathworld.wolfram.com
+      const double v = (x0[0]*(x1[1]*x2[2] + x3[1]*x1[2] + x2[1]*x3[2]
+			     - x2[1]*x1[2] - x1[1]*x3[2] - x3[1]*x2[2])
+		      - x1[0]*(x0[1]*x2[2] + x3[1]*x0[2] + x2[1]*x3[2]
+			     - x2[1]*x0[2] - x0[1]*x3[2] - x3[1]*x2[2])
+                      + x2[0]*(x0[1]*x1[2] + x3[1]*x0[2] + x1[1]*x3[2]
+			     - x1[1]*x0[2] - x0[1]*x3[2] - x3[1]*x1[2])
+		      - x3[0]*(x0[1]*x1[2] + x1[1]*x2[2] + x2[1]*x0[2]
+			     - x1[1]*x0[2] - x2[1]*x1[2] - x0[1]*x2[2]));
+      vol += std::abs(v);
+    }
+
+    return vol/6;
+  }
+}
+
+//-----------------------------------------------------------------------------
+TEST_CASE("Convex triangulation test")
+{
+  SECTION("test trivial case]")
+  {
+    std::vector<Point> input = {{Point(0,0,0),
+                                 Point(0,0,1),
+                                 Point(0,1,0),
+                                 Point(1,0,0)}};
+
+    std::vector<std::vector<Point>> tri = ConvexTriangulation::triangulate_graham_scan_3d(input);
+    std::size_t expected_size = 1;
+
+    CHECK(tri.size() == expected_size);
+    CHECK(triangulation_volume(tri) == Approx(1.0/6.0));
+  }
+
+  SECTION("test trivial case 2")
+  {
+    std::vector<Point> input = {{Point(0,0,0),
+                                 Point(0,0,1),
+                                 Point(0,1,0),
+                                 Point(0,1,1),
+                                 Point(1,0,0),
+                                 Point(1,0,1),
+                                 Point(1,1,0),
+                                 Point(1,1,1)}};
+
+    std::vector<std::vector<Point>> tri = ConvexTriangulation::triangulate_graham_scan_3d(input);
+
+    CHECK(pure_triangular(tri, 3));
+    CHECK_FALSE(has_degenerate(tri, 3));
+    CHECK_FALSE(triangulation_selfintersects(tri, 3));
+    CHECK(triangulation_volume(tri) == Approx(1.0));
+  }
+
+  SECTION("test coplanar points")
+  {
+    std::vector<Point> input {
+      Point(0,   0,   0),
+        Point(0,   0,   1),
+        Point(0,   1,   0),
+        Point(0,   1,   1),
+        Point(1,   0,   0),
+        Point(1,   0,   1),
+        Point(1,   1,   0),
+        Point(1,   1,   1),
+        Point(0.1, 0.1, 0)};
+
+    std::vector<std::vector<Point>> tri = ConvexTriangulation::triangulate_graham_scan_3d(input);
+
+    CHECK(pure_triangular(tri, 3));
+    CHECK_FALSE(has_degenerate(tri, 3));
+    CHECK_FALSE(triangulation_selfintersects(tri, 3));
+    CHECK(triangulation_volume(tri) == Approx(1.0));
+  }
+
+  SECTION("test coplanar colinear points]")
+  {
+    std::vector<Point> input {
+      Point(0, 0,   0),
+        Point(0, 0,   1),
+        Point(0, 1,   0),
+        Point(0, 1,   1),
+        Point(1, 0,   0),
+        Point(1, 0,   1),
+        Point(1, 1,   0),
+        Point(1, 1,   1),
+        Point(0, 0.1, 0)};
+
+    std::vector<std::vector<Point>> tri = ConvexTriangulation::triangulate_graham_scan_3d(input);
+
+    CHECK(pure_triangular(tri, 3));
+    CHECK_FALSE(has_degenerate(tri, 3));
+    CHECK_FALSE(triangulation_selfintersects(tri, 3));
+    CHECK(triangulation_volume(tri) == Approx(1.0));
+  }
+
+  SECTION("test failing case")
+  {
+    std::vector<Point> input {
+      Point(0.7, 0.6, 0.1),
+        Point(0.7, 0.6, 0.5),
+        Point(0.1, 0.1, 0.1),
+        Point(0.8333333333333333, 0.8333333333333333, 0),
+        Point(0.1, 0.15, 0.1),
+        Point(0.1, 0.45, 0.1),
+        Point(0.16, 0.15, 0.1),
+        Point(0.61, 0.525, 0.1),
+        Point(0.46, 0.6, 0.100000000000000006) };
+
+    std::vector<std::vector<Point>> tri = ConvexTriangulation::triangulate_graham_scan_3d(input);
+
+    CHECK(pure_triangular(tri, 3));
+    CHECK_FALSE(has_degenerate(tri, 3));
+    CHECK_FALSE(triangulation_selfintersects(tri, 3));
+  }
+
+  SECTION("test failing case 2")
+  {
+    std::vector<Point> input {
+      Point(0.7, 0.6, 0.5),
+        Point(0.7, 0.1, 0.1),
+        Point(0.8, 0, 0),
+        Point (0.1, 0.1, 0.1),
+        Point(0.16, 0.1, 0.1),
+        Point(0.592, 0.1, 0.1),
+        Point (0.16, 0.1, 0.14),
+        Point (0.52, 0.1, 0.38),
+        Point (0.7, 0.1, 0.38)};
+
+    std::vector<std::vector<Point>> tri = ConvexTriangulation::triangulate_graham_scan_3d(input);
+
+    CHECK(pure_triangular(tri, 3));
+    CHECK_FALSE(has_degenerate(tri, 3));
+    CHECK_FALSE(triangulation_selfintersects(tri, 3));
+  }
+
+  SECTION("test failing case 3")
+  {
+    std::vector<Point> input {
+      Point (0.495926, 0.512037, 0.144444),
+        Point (0.376482, 0.519121, 0.284321),
+        Point (0.386541, 0.599783, 0.0609262),
+        Point (0.388086, 0.60059, 0.0607155),
+        Point (0.7, 0.6, 0.5),
+        Point (0.504965, 0.504965, 0.0447775),
+        Point (0.833333, 0.833333, 0)};
+
+    std::vector<std::vector<Point>> tri = ConvexTriangulation::triangulate_graham_scan_3d(input);
+
+    CHECK(pure_triangular(tri, 3));
+    CHECK_FALSE(has_degenerate(tri, 3));
+    CHECK_FALSE(triangulation_selfintersects(tri, 3));
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/test/unit/cpp/geometry/IntersectionConstruction.cpp b/test/unit/cpp/geometry/IntersectionConstruction.cpp
new file mode 100644
index 0000000..1008d4b
--- /dev/null
+++ b/test/unit/cpp/geometry/IntersectionConstruction.cpp
@@ -0,0 +1,66 @@
+// Copyright (C) 2017 Benjamin Kehlet
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Unit tests for intersection construction
+
+#include <dolfin/geometry/IntersectionConstruction.h>
+#include <dolfin/geometry/Point.h>
+#include <dolfin/geometry/predicates.h>
+#include <catch.hpp>
+
+using namespace dolfin;
+
+
+//-----------------------------------------------------------------------------
+TEST_CASE("Intersection construction test")
+{
+  SECTION("failing case triangle_segment_3d")
+  {
+    const Point p0(0.333333333333333315, 0, 0.333333333333333315);
+    const Point p1(0.66666666666666663, 0, 0.333333333333333315);
+    const Point p2(0.66666666666666663, 0.333333333333333315, 0.333333333333333315);
+
+    const Point q0(0.5, 0.25, 0.25);
+    const Point q1(0.75, 0.25, 0.5);
+
+    const Point ref_res(0.583333333333333259, 0.25, 0.333333333333333315);
+
+    std::vector<Point> res = dolfin::IntersectionConstruction::intersection_triangle_segment_3d(p0, p1, p2,
+												q0, q1);
+
+    CHECK( res.size() == 1 );
+    CHECK( (res[0] - ref_res).norm() < 1e-15 );
+  }
+
+  // SECTION("failing case tetrahedron_tetrahedron_3d")
+  // {
+  //   const Point p0(0.333333333333333315, 0, 0.333333333333333315);
+  //   const Point p1(0.333333333333333315, 0, 0.66666666666666663);
+  //   const Point p2(0.333333333333333315, 0.333333333333333315, 0.66666666666666663);
+  //   const Point p3(0.66666666666666663, 0.333333333333333315, 0.66666666666666663);
+  //   const Point q0(0.25, 0.25, 0.5);
+  //   const Point q1(0.25, 0.25, 0.75);
+  //   const Point q2(0.5, 0.25, 0.75);
+  //   const Point q3(0.5, 0.5, 0.75);
+
+  //   const std::vector<Point> res =
+  //     IntersectionConstruction::intersection_tetrahedron_tetrahedron_3d(p0, p1, p2, p3,
+  // 								      q0, q1, q2, q3);
+  //   CHECK(res.size() == 5);
+  // }
+}
+//-----------------------------------------------------------------------------
diff --git a/test/unit/cpp/io/XMLMeshData.cpp b/test/unit/cpp/io/XMLMeshData.cpp
new file mode 100644
index 0000000..709ca70
--- /dev/null
+++ b/test/unit/cpp/io/XMLMeshData.cpp
@@ -0,0 +1,73 @@
+// Copyright (C) 2013 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <dolfin.h>
+#include <catch.hpp>
+
+using namespace dolfin;
+
+namespace
+{
+  void xml_mesh_data()
+  {
+    // XML mesh output is not supported in parallel. Add test for
+    // parallel with HDF5 when ready.
+    if (dolfin::MPI::size(MPI_COMM_WORLD) == 1)
+    {
+      const std::size_t value = 10;
+      {
+        UnitSquareMesh mesh(2, 2);
+
+        // Create some mesh data
+        std::vector<std::size_t>& data0 = mesh.data().create_array("v", 0);
+        data0.resize(mesh.num_entities(0), value);
+
+        mesh.init(1);
+        std::vector<std::size_t>& data1 = mesh.data().create_array("e", 1);
+        data1.resize(mesh.num_entities(1), value);
+
+        std::vector<std::size_t>& data2 = mesh.data().create_array("c", 2);
+        data2.resize(mesh.num_entities(2), value);
+
+        File file("mesh_data.xml");
+        file << mesh;
+      }
+
+      {
+        // Read mesh from file
+        Mesh mesh("mesh_data.xml");
+
+        // Access mesh data and check
+        const std::vector<std::size_t>& data0 = mesh.data().array("v", 0);
+        CHECK(data0.size() == mesh.num_entities(0));
+        CHECK(data0[2] == value);
+        const std::vector<std::size_t>& data1 = mesh.data().array("e", 1);
+        CHECK(data1.size() == mesh.num_entities(1));
+        CHECK(data1[2] == value);
+        const std::vector<std::size_t>& data2 = mesh.data().array("c", 2);
+        CHECK(data2.size() == mesh.num_entities(2));
+        CHECK(data2[2] == value);
+      }
+    }
+  }
+}
+
+//-----------------------------------------------------------------------------
+TEST_CASE("Test XML mesh data", "[xml_mesh_data]")
+{
+  CHECK_NOTHROW(xml_mesh_data());
+}
diff --git a/test/unit/cpp/io/XMLMeshValueCollection.cpp b/test/unit/cpp/io/XMLMeshValueCollection.cpp
new file mode 100644
index 0000000..0e6b48d
--- /dev/null
+++ b/test/unit/cpp/io/XMLMeshValueCollection.cpp
@@ -0,0 +1,44 @@
+// Copyright (C) 2007 Magnus Vikstrøm
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+
+#include <dolfin.h>
+#include <catch.hpp>
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+TEST_CASE("MeshValueCollection IO test", "[!hide][meshvaluecollection_io]")
+{
+  // Create mesh and read file
+  // Link to the mesh is quite long...
+  auto mesh = std::make_shared<UnitCubeMesh>(5, 5, 5);
+  MeshValueCollection<std::size_t> markers(mesh, "./io/xml_value_collection_ref.xml");
+  //MeshValueCollection<std::size_t>
+  //  markers(mesh, "./test/unit/cpp/io/xml_value_collection_ref.xml");
+
+  // Check size
+  CHECK(dolfin::MPI::sum(mesh->mpi_comm(), markers.size()) == (std::size_t) 6);
+
+  // Check sum of values
+  const std::map<std::pair<std::size_t, std::size_t>, std::size_t>&
+    values = markers.values();
+  std::size_t sum = 0;
+  for (auto it = values.begin(); it != values.end(); ++it)
+    sum += it->second;
+
+  CHECK(dolfin::MPI::sum(mesh->mpi_comm(), sum) == (std::size_t) 48);
+}
diff --git a/test/unit/cpp/io/xml_value_collection_ref.xml b/test/unit/cpp/io/xml_value_collection_ref.xml
new file mode 100644
index 0000000..68c9de9
--- /dev/null
+++ b/test/unit/cpp/io/xml_value_collection_ref.xml
@@ -0,0 +1,11 @@
+<?xml version="1.0"?>
+<dolfin xmlns:dolfin="http://fenicsproject.org">
+  <mesh_value_collection type="uint" dim="2" size="6">
+    <value cell_index="1" local_entity="1" value="1" />
+    <value cell_index="2" local_entity="1" value="3" />
+    <value cell_index="4" local_entity="2" value="2" />
+    <value cell_index="5" local_entity="1" value="8" />
+    <value cell_index="7" local_entity="2" value="13" />
+    <value cell_index="13" local_entity="1" value="21" />
+  </mesh_value_collection>
+</dolfin>
diff --git a/test/unit/cpp/la/LinearOperator.cpp b/test/unit/cpp/la/LinearOperator.cpp
new file mode 100644
index 0000000..28ec42e
--- /dev/null
+++ b/test/unit/cpp/la/LinearOperator.cpp
@@ -0,0 +1,115 @@
+// Copyright (C) 2012 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Unit tests for matrix-free linear solvers (LinearOperator)
+
+#include <dolfin.h>
+#include "forms/ReactionDiffusion.h"
+#include "forms/ReactionDiffusionAction.h"
+#include <catch.hpp>
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+TEST_CASE("Testing LinearOperator", "[linear_operator]")
+{
+  // Backends supporting the LinearOperator interface
+  //std::vector<std::string> backends = {"PETSc", "Eigen"};
+  std::vector<std::string> backends = {"PETSc"};
+
+  // Define linear operator
+  class MyLinearOperator : public LinearOperator
+  {
+  public:
+
+    MyLinearOperator(Form& a_action, Function& u)
+      : LinearOperator(*u.vector(), *u.vector()),
+        a_action(a_action), u(u)
+    {
+      // Do nothing
+    }
+
+    std::size_t size(std::size_t dim) const
+    { return u.function_space()->dim(); }
+
+    void mult(const GenericVector& x, GenericVector& y) const
+    {
+      // Update coefficient vector
+      *u.vector() = x;
+
+      // Assemble action
+      Assembler assembler;
+      assembler.assemble(y, a_action);
+    }
+
+  private:
+
+    Form& a_action;
+    Function& u;
+
+  };
+
+  SECTION("using linear operator")
+  {
+    // Iterate over backends supporting linear operators
+    for (std::size_t i = 0; i < backends.size(); i++)
+    {
+      // Check whether backend is available
+      if (!has_linear_algebra_backend(backends[i]))
+        continue;
+
+      // Skip testing Eigen in parallel
+      if (dolfin::MPI::size(MPI_COMM_WORLD) > 1
+          && backends[i] == "Eigen")
+      {
+        info("Not running Eigen test in parallel");
+        continue;
+      }
+
+      // Set linear algebra backend
+      parameters["linear_algebra_backend"] = backends[i];
+
+      // Compute reference value by solving ordinary linear system
+      auto mesh = std::make_shared<UnitSquareMesh>(8, 8);
+      auto V = std::make_shared<ReactionDiffusion::FunctionSpace>(mesh);
+      ReactionDiffusion::BilinearForm a(V, V);
+      ReactionDiffusion::LinearForm L(V);
+      auto f = std::make_shared<Constant>(1.0);
+      L.f = f;
+      Matrix A;
+      Vector x, b;
+      assemble(A, a);
+      assemble(b, L);
+      solve(A, x, b, "gmres", "none");
+      const double norm_ref = norm(x, "l2");
+
+      //continue;
+
+      // Solve using linear operator defined by form action
+      ReactionDiffusionAction::LinearForm a_action(V);
+      auto u = std::make_shared<Function>(V);
+      a_action.u = u;
+      MyLinearOperator O(a_action, *u);
+      solve(O, x, b, "gmres", "none");
+      const double norm_action = norm(x, "l2");
+
+      // Check results
+      CHECK(norm_ref == Approx(norm_action));
+    }
+  }
+}
+//-----------------------------------------------------------------------------
diff --git a/test/unit/cpp/la/SUNDIALSNVector.cpp b/test/unit/cpp/la/SUNDIALSNVector.cpp
new file mode 100644
index 0000000..957075e
--- /dev/null
+++ b/test/unit/cpp/la/SUNDIALSNVector.cpp
@@ -0,0 +1,59 @@
+// Copyright (C) 2017
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// First added:  2017-03-08
+// Last changed: 2017-03-08
+//
+// Unit tests Selected methods for SUNDIALSNVector
+
+#include <dolfin.h>
+#include <gtest/gtest.h>
+
+using namespace dolfin;
+
+//----------------------------------------------------
+void _test(MPI_Comm comm)
+{
+  SUNDIALSNVector v(comm, 10), u(comm, 10);
+  v.N_VConst(0,v.nvector());
+  u.N_VConst(0.0,u.nvector());
+  ASSERT_EQ(v.vec()->sum(), 0.0);
+
+  // N_VConst(double a, N_Vector x)
+  v.N_VConst(1.0,v.nvector());
+  ASSERT_EQ(v.vec()->sum(), v.vec()->size());
+
+  // operator=(const N_Vector x)
+  u = v;
+  ASSERT_EQ(u.vec()->sum(), u.vec()->size());
+
+}
+//----------------------------------------------------
+TEST(TestSUNDIALSNVector, test_backend)
+{
+  // SUNDIALS 
+#ifdef HAS_SUNDIALS
+  _test(MPI_COMM_WORLD);
+#endif
+}
+//----------------------------------------------------
+
+// Test all
+int SUNDIALSNVector_main(int argc, char **argv) {
+    testing::InitGoogleTest(&argc, argv);
+    return RUN_ALL_TESTS();
+}
diff --git a/test/unit/cpp/la/Vector.cpp b/test/unit/cpp/la/Vector.cpp
new file mode 100644
index 0000000..570fb3a
--- /dev/null
+++ b/test/unit/cpp/la/Vector.cpp
@@ -0,0 +1,175 @@
+// Copyright (C) 2007 Johan Hake
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Unit tests Selected methods for GenericVector
+
+#include <dolfin.h>
+#include <catch.hpp>
+
+using namespace dolfin;
+
+namespace
+{
+  void _test_operators(MPI_Comm comm)
+  {
+    Vector v(comm, 10), u(comm, 10);
+    v = 0.0;
+    u = 0.0;
+    CHECK(v.sum() == 0.0);
+
+    // operator=(double a)
+    v = 1.0;
+    CHECK(v.sum() == v.size());
+
+    // operator=(const GenericVector& x)
+    u = v;
+    CHECK(u.sum() == u.size());
+
+    // operator+=(const GenericVector& x)
+    u += v;
+    CHECK(u.sum() == 2*u.size());
+
+    // operator-=(const GenericVector& x)
+    u -= v;
+    u -= v;
+    CHECK(u.sum() == 0.0);
+
+  // operator*=(double a)
+    v *= 5.0;
+    CHECK(v.sum() == v.size()*5.0);
+
+    // operator/=(double a)
+    v /= 2.0;
+    CHECK(v.sum() == 2.5*v.size());
+
+    // operator*=(const GenericVector& x)
+    u = 2.0;
+    v*=u;
+    CHECK(v.sum() == v.size()*5.0);
+  }
+}
+
+
+TEST_CASE("Test Vector", "[test_vector]")
+{
+  SECTION("backends")
+  {
+    // Eigen
+    parameters["linear_algebra_backend"] = "Eigen";
+    _test_operators(MPI_COMM_SELF);
+
+    // PETSc
+#ifdef HAS_PETSC
+    parameters["linear_algebra_backend"] = "PETSc";
+    _test_operators(MPI_COMM_WORLD);
+#endif
+  }
+
+  SECTION("init")
+  {
+    // Create local and distributed vector layouts
+
+    // Create local vector layout
+    TensorLayout layout_local(MPI_COMM_SELF, 0, TensorLayout::Sparsity::DENSE);
+    std::vector<std::shared_ptr<const IndexMap>> index_maps(1);
+    index_maps[0].reset(new IndexMap(MPI_COMM_SELF, 203, 1));
+    layout_local.init(index_maps, TensorLayout::Ghosts::UNGHOSTED);
+
+    // Create distributed vector layout
+    TensorLayout layout_distributed(MPI_COMM_WORLD, 0, TensorLayout::Sparsity::DENSE);
+    auto lrange = dolfin::MPI::local_range(MPI_COMM_WORLD, 203);
+    std::size_t nlocal = lrange.second - lrange.first;
+    index_maps[0].reset(new IndexMap(MPI_COMM_SELF, nlocal, 1));
+    layout_distributed.init(index_maps, TensorLayout::Ghosts::UNGHOSTED);
+
+    // Vector
+#ifdef HAS_PETSC
+    parameters["linear_algebra_backend"] = "PETSc";
+    {
+      Vector x;
+      x.init(layout_local);
+      CHECK(x.size() == (std::size_t) 203);
+
+      Vector y;
+      y.init(layout_distributed);
+      CHECK(x.size() == (std::size_t) 203);
+    }
+#endif
+
+    // Eigen
+    {
+      EigenVector x;
+      x.init(layout_local);
+      CHECK(x.size() == (std::size_t) 203);
+    }
+
+    // PETSc
+#ifdef HAS_PETSC
+    {
+      PETScVector x;
+      x.init(layout_local);
+      CHECK(x.size() == (std::size_t) 203);
+
+      PETScVector y;
+      y.init(layout_distributed);
+      CHECK(y.size() == (std::size_t) 203);
+    }
+#endif
+  }
+
+  SECTION("test_get_local_empty")
+  {
+    // Create local and distributed vector layouts
+    const std::vector<std::size_t> dims(1, 203);
+
+    // Create local vector layout
+    TensorLayout layout_local(MPI_COMM_SELF, 0, TensorLayout::Sparsity::DENSE);
+    std::vector<std::shared_ptr<const IndexMap>> index_maps(1);
+    index_maps[0].reset(new IndexMap(MPI_COMM_SELF, 203, 1));
+    layout_local.init(index_maps, TensorLayout::Ghosts::UNGHOSTED);
+
+    // Create distributed vector layout
+    TensorLayout layout_distributed(MPI_COMM_WORLD, 0, TensorLayout::Sparsity::DENSE);
+    auto lrange = dolfin::MPI::local_range(MPI_COMM_WORLD, 203);
+    std::size_t nlocal = lrange.second - lrange.first;
+    index_maps[0].reset(new IndexMap(MPI_COMM_SELF, nlocal, 1));
+    layout_distributed.init(index_maps, TensorLayout::Ghosts::UNGHOSTED);
+
+    // Vector
+#ifdef HAS_PETSC
+    parameters["linear_algebra_backend"] = "PETSc";
+    {
+      Vector x;
+      x.init(layout_local);
+      CHECK(x.size() == (std::size_t) 203);
+
+      Vector y;
+      y.init(layout_distributed);
+      CHECK(y.size() == (std::size_t) 203);
+
+      //:get_local(double* block, std::size_t m,
+      //           const dolfin::la_index* rows) const
+
+      double* block = NULL;
+      dolfin::la_index* rows = NULL;
+      x.get_local(block, 0, rows);
+      y.get_local(block, 0, rows);
+    }
+#endif
+  }
+
+}
diff --git a/test/unit/cpp/la/forms/ReactionDiffusion.ufl b/test/unit/cpp/la/forms/ReactionDiffusion.ufl
new file mode 100644
index 0000000..fe0558f
--- /dev/null
+++ b/test/unit/cpp/la/forms/ReactionDiffusion.ufl
@@ -0,0 +1,28 @@
+# Copyright (C) 2012 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http:#www.gnu.org/licenses/>.
+#
+# First added:  2012-08-21
+# Last changed: 2012-08-21
+#
+# Bilinear and linear forms for a simple reaction-diffusion problem
+
+V = FiniteElement("Lagrange", triangle, 1)
+u = TrialFunction(V)
+v = TestFunction(V)
+f = Coefficient(V)
+a = dot(grad(u), grad(v))*dx + u*v*dx
+L = f*v*dx
diff --git a/test/unit/cpp/la/forms/ReactionDiffusionAction.ufl b/test/unit/cpp/la/forms/ReactionDiffusionAction.ufl
new file mode 100644
index 0000000..2455ab7
--- /dev/null
+++ b/test/unit/cpp/la/forms/ReactionDiffusionAction.ufl
@@ -0,0 +1,26 @@
+# Copyright (C) 2012 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http:#www.gnu.org/licenses/>.
+#
+# First added:  2012-08-21
+# Last changed: 2012-08-21
+#
+# Linear form the action of a simple reaction-diffusion problem
+
+V = FiniteElement("Lagrange", triangle, 1)
+u = Coefficient(V)
+v = TestFunction(V)
+a = dot(grad(u), grad(v))*dx + u*v*dx
diff --git a/test/unit/cpp/main.cpp b/test/unit/cpp/main.cpp
new file mode 100644
index 0000000..1c77b13
--- /dev/null
+++ b/test/unit/cpp/main.cpp
@@ -0,0 +1,2 @@
+#define CATCH_CONFIG_MAIN
+#include "catch/catch.hpp"
diff --git a/test/unit/cpp/mesh/Mesh.cpp b/test/unit/cpp/mesh/Mesh.cpp
new file mode 100644
index 0000000..5ad7ab8
--- /dev/null
+++ b/test/unit/cpp/mesh/Mesh.cpp
@@ -0,0 +1,252 @@
+// Copyright (C) 2007 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Unit tests for the mesh library
+
+#include <dolfin.h>
+#include <catch.hpp>
+
+using namespace dolfin;
+
+//-----------------------------------------------------------------------------
+TEST_CASE("Simple shapes test")
+{
+  SECTION("Test UnitSquareMesh")
+  {
+    // Create mesh of unit square
+    UnitSquareMesh mesh(5, 7);
+    CHECK(mesh.num_vertices() == (std::size_t) 48);
+    CHECK(mesh.num_cells() == (std::size_t) 70);
+
+    // Create mesh of unit square
+    auto mesh1 = UnitSquareMesh::create({{5, 7}}, CellType::Type::triangle);
+    CHECK(mesh1.num_vertices() == (std::size_t) 48);
+    CHECK(mesh1.num_cells() == (std::size_t) 70);
+  }
+
+  SECTION("Test UnitCubeMesh")
+  {
+    // Create mesh of unit cube
+    UnitCubeMesh mesh(5, 7, 9);
+    CHECK(mesh.num_vertices() == (std::size_t) 480);
+    CHECK(mesh.num_cells() == (std::size_t) 1890);
+
+    // Create mesh of unit cube
+    auto mesh1 = UnitCubeMesh::create({{5, 7, 9}}, CellType::Type::tetrahedron);
+    CHECK(mesh1.num_vertices() == (std::size_t) 480);
+    CHECK(mesh1.num_cells() == (std::size_t) 1890);
+  }
+}
+
+TEST_CASE("Mesh refinement")
+{
+  SECTION("Test refine UnitSquareMesh")
+  {
+    // Refine mesh of unit square
+    UnitSquareMesh mesh0(5, 7);
+    Mesh mesh1 = refine(mesh0);
+    CHECK(mesh1.num_vertices() == (std::size_t) 165);
+    CHECK(mesh1.num_cells() == (std::size_t) 280);
+  }
+
+  SECTION("Test refine UnitCubeMesh")
+  {
+    // Refine mesh of unit cube
+    UnitCubeMesh mesh0(5, 7, 9);
+    Mesh mesh1 = refine(mesh0);
+    CHECK(mesh1.num_vertices() == (std::size_t) 3135);
+    CHECK(mesh1.num_cells() == (std::size_t) 15120);
+  }
+}
+
+TEST_CASE("Mesh iterators")
+{
+  SECTION("Test vertex iterators")
+  {
+    // Iterate over vertices
+    UnitCubeMesh mesh(5, 5, 5);
+    unsigned int n = 0;
+    for (VertexIterator v(mesh); !v.end(); ++v)
+      n++;
+
+    CHECK(n == mesh.num_vertices());
+  }
+
+  SECTION("Test edge iterators")
+  {
+    // Iterate over edges
+    UnitCubeMesh mesh(5, 5, 5);
+    unsigned int n = 0;
+    for (EdgeIterator e(mesh); !e.end(); ++e)
+      n++;
+
+    CHECK(n == mesh.num_edges());
+  }
+
+  SECTION("Test face iterators")
+  {
+    // Iterate over faces
+    UnitCubeMesh mesh(5, 5, 5);
+    unsigned int n = 0;
+    for (FaceIterator f(mesh); !f.end(); ++f)
+      n++;
+
+    CHECK(n == mesh.num_faces());
+  }
+
+  SECTION("Test facet iterators")
+  {
+    // Iterate over facets
+    UnitCubeMesh mesh(5, 5, 5);
+    unsigned int n = 0;
+    for (FacetIterator f(mesh); !f.end(); ++f)
+      n++;
+
+    CHECK(n == mesh.num_facets());
+  }
+
+  SECTION("Test cell iterators")
+  {
+    // Iterate over cells
+    UnitCubeMesh mesh(5, 5, 5);
+    unsigned int n = 0;
+    for (CellIterator c(mesh); !c.end(); ++c)
+      n++;
+
+    CHECK(n == mesh.num_cells());
+  }
+
+  SECTION("Test mixed iterators")
+  {
+    // Iterate over vertices of cells
+    UnitCubeMesh mesh(5, 5, 5);
+    unsigned int n = 0;
+    for (CellIterator c(mesh); !c.end(); ++c)
+      for (VertexIterator v(*c); !v.end(); ++v)
+        n++;
+
+    CHECK(n == 4*mesh.num_cells());
+  }
+
+  SECTION("Test boundary computation")
+  {
+    // Compute boundary of mesh
+    UnitCubeMesh mesh(2, 2, 2);
+    BoundaryMesh boundary(mesh, "exterior");
+    CHECK(boundary.num_vertices() == (std::size_t) 26);
+    CHECK(boundary.num_cells() == (std::size_t) 48);
+  }
+}
+
+TEST_CASE("Boundary extraction")
+{
+  SECTION("Test boundary of boundary")
+  {
+    // Compute boundary of boundary
+    //
+    // Note that we can't do
+    //
+    //   BoundaryMesh b0(mesh);
+    //   BoundaryMesh b1(b0);
+    //
+    // since b1 would then be a copy of b0 (copy
+    // constructor in Mesh will be used).
+
+    UnitCubeMesh mesh(2, 2, 2);
+    BoundaryMesh b0(mesh, "exterior");
+    b0.order();
+    BoundaryMesh b1(b0, "exterior");
+    CHECK(b1.num_vertices() == (std::size_t) 0);
+    CHECK(b1.num_cells() == (std::size_t) 0);
+  }
+
+  SECTION("Test assign")
+  {
+    /// Assign value of mesh function
+    auto mesh = std::make_shared<UnitSquareMesh>(3, 3);
+    MeshFunction<int> f(mesh, 0);
+    f[3] = 10;
+    Vertex v(*mesh, 3);
+    CHECK(f[v] == 10);
+  }
+}
+
+TEST_CASE("InputOutput")
+{
+  SECTION("Test mesh XML 2D")
+  {
+    // Write and read 2D mesh to/from file
+    UnitSquareMesh mesh_out(3, 3);
+    Mesh mesh_in;
+    File file("unitsquare.xml");
+    file << mesh_out;
+    file >> mesh_in;
+    CHECK(mesh_in.num_vertices() == (std::size_t) 16);
+  }
+
+  SECTION("Test mesh XML 3D")
+  {
+    // Write and read 3D mesh to/from file
+    UnitCubeMesh mesh_out(3, 3, 3);
+    Mesh mesh_in;
+    File file("unitcube.xml");
+    file << mesh_out;
+    file >> mesh_in;
+    CHECK(mesh_in.num_vertices() == (std::size_t) 64);
+  }
+
+  SECTION("Test MeshFunction")
+  {
+    // Write and read mesh function to/from file
+    auto mesh = std::make_shared<UnitSquareMesh>(1, 1);
+    MeshFunction<int> f(mesh, 0);
+    f[0] = 2;
+    f[1] = 4;
+    f[2] = 6;
+    f[3] = 8;
+    File file("meshfunction.xml");
+    file << f;
+    MeshFunction<int> g(mesh, 0);
+    file >> g;
+    for (VertexIterator v(*mesh); !v.end(); ++v)
+      CHECK(f[*v] == g[*v]);
+  }
+}
+
+TEST_CASE("PyCCInterface")
+{
+  SECTION("Test get geometrical dimension")
+  {
+    // Get geometrical dimension of mesh
+    UnitSquareMesh mesh(5, 5);
+    CHECK(mesh.geometry().dim() == (std::size_t) 2);
+  }
+
+  SECTION("Test get coordinates")
+  {
+    // Get coordinates of vertices
+    UnitSquareMesh mesh(5, 5);
+    CHECK(mesh.geometry().num_vertices() == (std::size_t) 36);
+  }
+
+  SECTION("Test get cells")
+  {
+    // Get cells of mesh
+    UnitSquareMesh mesh(5, 5);
+    CHECK(mesh.topology().size(2) == (std::size_t) 50);
+  }
+}
diff --git a/test/unit/cpp/mesh/MeshColoring.cpp b/test/unit/cpp/mesh/MeshColoring.cpp
new file mode 100644
index 0000000..1952e3b
--- /dev/null
+++ b/test/unit/cpp/mesh/MeshColoring.cpp
@@ -0,0 +1,59 @@
+// Copyright (C) 2016 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Unit tests for MeshColoring
+
+#include <dolfin.h>
+#include <catch.hpp>
+
+using namespace dolfin;
+
+TEST_CASE("MeshColoring")
+{
+
+  SECTION("mesh coloring computation")
+  {
+    // Create mesh
+    auto mesh = std::make_shared<UnitCubeMesh>(24, 24, 24);
+
+    // Compute vertex-based coloring
+    mesh->color("vertex");
+    const MeshFunction<std::size_t> colors_vertex
+      = MeshColoring::cell_colors(mesh, "vertex");
+
+    // Compute edge-based coloring
+    mesh->color("edge");
+    const MeshFunction<std::size_t> colors_edge
+      = MeshColoring::cell_colors(mesh, "edge");
+
+    // Compute facet-based coloring
+    mesh->color("facet");
+    const MeshFunction<std::size_t> colors_facet
+      = MeshColoring::cell_colors(mesh, "facet");
+
+    // Compute facet-based coloring with distance 2
+    std::vector<std::size_t> coloring_type
+      = {{mesh->topology().dim(),
+          mesh->topology().dim() - 1,
+          mesh->topology().dim(),
+          mesh->topology().dim() - 1,
+          mesh->topology().dim()}};
+    mesh->color(coloring_type);
+    const MeshFunction<std::size_t> colors_vertex_2
+      = MeshColoring::cell_colors(mesh, coloring_type);
+  }
+}
diff --git a/test/unit/cpp/mesh/MeshFunction.cpp b/test/unit/cpp/mesh/MeshFunction.cpp
new file mode 100644
index 0000000..85526ca
--- /dev/null
+++ b/test/unit/cpp/mesh/MeshFunction.cpp
@@ -0,0 +1,78 @@
+// Copyright (C) 2013 Garth N. Wells
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Unit tests for MeshFunction
+
+#include <dolfin.h>
+#include <catch.hpp>
+
+using namespace dolfin;
+
+TEST_CASE("MeshFunctions")
+{
+  SECTION("Test create from domains")
+  {
+    // Create mesh
+    std::shared_ptr<Mesh> mesh(new UnitSquareMesh(3, 3));
+    dolfin_assert(mesh);
+
+    const std::size_t D = mesh->topology().dim();
+
+    // Test setting all values
+    for (std::size_t d = 0; d <= D; ++d)
+    {
+      // Create MeshDomains object
+      MeshDomains mesh_domains;
+      mesh_domains.init(D);
+
+      mesh->init(d);
+
+      // Build mesh domain
+      std::map<std::size_t, std::size_t>& domain = mesh_domains.markers(d);
+      for (std::size_t i = 0; i < mesh->num_entities(d); ++i)
+        domain.insert(std::make_pair(i, i));
+
+      // Create MeshFunction and test values
+      MeshFunction<std::size_t> mf(mesh, d, mesh_domains);
+      for (std::size_t i = 0; i < mf.size(); ++i)
+        CHECK(mf[i] == i);
+    }
+
+    // Test setting some values only
+    for (std::size_t d = 0; d <= D; ++d)
+    {
+      // Create MeshDomains object
+      MeshDomains mesh_domains;
+      mesh_domains.init(D);
+
+      mesh->init(d);
+
+      // Build mesh domain
+      std::map<std::size_t, std::size_t>& domain = mesh_domains.markers(d);
+      const std::size_t num_entities = mesh->num_entities(d);
+      for (std::size_t i = num_entities/2; i < num_entities; ++i)
+        domain.insert(std::make_pair(i, i));
+
+      // Create MeshFunction and test values
+      MeshFunction<std::size_t> mf(mesh, d, mesh_domains);
+      for (std::size_t i = 0; i < num_entities/2; ++i)
+        CHECK(mf[i] == std::numeric_limits<std::size_t>::max());
+      for (std::size_t i = num_entities/2; i < mf.size(); ++i)
+        CHECK(mf[i] == i);
+    }
+  }
+}
diff --git a/test/unit/cpp/mesh/MeshValueCollection.cpp b/test/unit/cpp/mesh/MeshValueCollection.cpp
new file mode 100644
index 0000000..8e2ef3b
--- /dev/null
+++ b/test/unit/cpp/mesh/MeshValueCollection.cpp
@@ -0,0 +1,165 @@
+// Copyright (C) 2007 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Unit tests for the mesh library
+
+#include <dolfin.h>
+#include <catch.hpp>
+
+using namespace dolfin;
+
+TEST_CASE("MeshValueCollections")
+{
+  SECTION("Test assign 2D cells")
+  {
+    auto mesh = std::make_shared<UnitSquareMesh>(3, 3);
+    const std::size_t ncells = mesh->num_cells();
+    MeshValueCollection<int> f(mesh, 2);
+    bool all_new = true;
+    for (CellIterator cell(*mesh); !cell.end(); ++cell)
+    {
+      bool this_new;
+      const int value = ncells - cell->index();
+      this_new = f.set_value(cell->index(), value);
+      all_new = all_new && this_new;
+    }
+    MeshValueCollection<int> g(mesh, 2);
+    g = f;
+    CHECK(ncells == f.size());
+    CHECK(ncells == g.size());
+    CHECK(all_new);
+    for (CellIterator cell(*mesh); !cell.end(); ++cell)
+    {
+      const int value = ncells - cell->index();
+      CHECK(value == g.get_value(cell->index(), 0));
+    }
+  }
+
+  SECTION("Test assign 2D facets")
+  {
+    auto mesh = std::make_shared<UnitSquareMesh>(3, 3);
+    mesh->init(2,1);
+    const std::size_t ncells = mesh->num_cells();
+    MeshValueCollection<int> f(mesh, 1);
+    bool all_new = true;
+    for (CellIterator cell(*mesh); !cell.end(); ++cell)
+    {
+      const int value = ncells - cell->index();
+      for (std::size_t i = 0; i < cell->num_entities(1); ++i)
+      {
+        bool this_new;
+        this_new = f.set_value(cell->index(), i, value + i);
+        all_new = all_new && this_new;
+      }
+    }
+    MeshValueCollection<int> g(mesh, 1);
+    g = f;
+    CHECK(ncells*3 == f.size());
+    CHECK(ncells*3 == g.size());
+    CHECK(all_new);
+    for (CellIterator cell(*mesh); !cell.end(); ++cell)
+    {
+      for (std::size_t i = 0; i < cell->num_entities(1); ++i)
+      {
+        const int value = ncells - cell->index() + i;
+        CHECK(value == g.get_value(cell->index(), i));
+      }
+    }
+  }
+
+  SECTION("Test assign 2D vertices")
+  {
+    auto mesh = std::make_shared<UnitSquareMesh>(3, 3);
+    mesh->init(2, 0);
+    const std::size_t ncells = mesh->num_cells();
+    MeshValueCollection<int> f(mesh, 0);
+    bool all_new = true;
+    for (CellIterator cell(*mesh); !cell.end(); ++cell)
+    {
+      const int value = ncells - cell->index();
+      for (std::size_t i = 0; i < cell->num_entities(0); ++i)
+      {
+        bool this_new;
+        this_new = f.set_value(cell->index(), i, value+i);
+        all_new = all_new && this_new;
+      }
+    }
+    MeshValueCollection<int> g(mesh, 0);
+    g = f;
+    CHECK(ncells*3 == f.size());
+    CHECK(ncells*3 == g.size());
+    CHECK(all_new);
+    for (CellIterator cell(*mesh); !cell.end(); ++cell)
+    {
+      for (std::size_t i = 0; i < cell->num_entities(0); ++i)
+      {
+        const int value = ncells - cell->index() + i;
+        CHECK(value == g.get_value(cell->index(), i));
+      }
+    }
+  }
+
+  SECTION("Test MeshFunction assign 2D cells")
+  {
+    auto mesh = std::make_shared<UnitSquareMesh>(3, 3);
+    const std::size_t ncells = mesh->num_cells();
+    MeshFunction<int> f(mesh, 2, 0);
+    for (CellIterator cell(*mesh); !cell.end(); ++cell)
+      f[cell->index()] = ncells - cell->index();
+    MeshValueCollection<int> g(mesh, 2);
+    g = f;
+    CHECK(ncells == f.size());
+    CHECK(ncells == g.size());
+    for (CellIterator cell(*mesh); !cell.end(); ++cell)
+    {
+      const int value = ncells - cell->index();
+      CHECK(value == g.get_value(cell->index(), 0));
+    }
+  }
+
+  SECTION("Test MeshFunction assign 2D facets")
+  {
+    auto mesh = std::make_shared<UnitSquareMesh>(3, 3);
+    mesh->init(1);
+    MeshFunction<int> f(mesh, 1, 25);
+    MeshValueCollection<int> g(mesh, 1);
+    g = f;
+    CHECK(mesh->num_facets() == f.size());
+    CHECK(mesh->num_cells()*3 == g.size());
+    for (CellIterator cell(*mesh); !cell.end(); ++cell)
+    {
+      for (std::size_t i = 0; i < cell->num_entities(1); ++i)
+        CHECK(25 == g.get_value(cell->index(), i));
+    }
+  }
+
+  SECTION("Test MeshFunction assign 2D vertices")
+  {
+    auto mesh = std::make_shared<UnitSquareMesh>(3, 3);
+    mesh->init(0);
+    MeshFunction<int> f(mesh, 0, 25);
+    MeshValueCollection<int> g(mesh, 0);
+    g = f;
+    CHECK(mesh->num_vertices() == f.size());
+    CHECK(mesh->num_cells()*3 == g.size());
+    for (CellIterator cell(*mesh); !cell.end(); ++cell)
+    {
+      for (std::size_t i = 0; i < cell->num_entities(0); ++i)
+        CHECK(25 == g.get_value(cell->index(), i));
+    }
+  }
+}
diff --git a/test/unit/cpp/mesh/MultiMesh.cpp b/test/unit/cpp/mesh/MultiMesh.cpp
new file mode 100644
index 0000000..bebef70
--- /dev/null
+++ b/test/unit/cpp/mesh/MultiMesh.cpp
@@ -0,0 +1,91 @@
+// Copyright (C) 2017 August Johansson, Benjamin Kehlet
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Unit tests for the multimesh functionality
+
+// These tests currently only instantiates and initializes some
+// multimesh objects, ie. the only thing that is tested is that it
+// doesn't crash
+
+#include <dolfin.h>
+#include <catch.hpp>
+
+using namespace dolfin;
+
+TEST_CASE("MultiMesh", "[!hide]")
+{
+  SECTION("Trivial test case 3D")
+  {
+    // DISABLED
+
+    // FIXME: Enable this test when it is working
+
+    std::shared_ptr<Mesh> background(new Mesh(UnitTetrahedronMesh::create()));
+    std::shared_ptr<Mesh> overlapping(new Mesh(UnitTetrahedronMesh::create()));
+    overlapping->translate(Point(.1, .1, .1));
+
+    MultiMesh multimesh(background, overlapping, 1);
+  }
+
+  SECTION("Trivial case 3D 2")
+  {
+    // FIXME: Enable this test when it is working
+
+    std::shared_ptr<Mesh> background = std::make_shared<UnitCubeMesh>(1,1,1);
+
+    std::shared_ptr<Mesh> refmesh = std::make_shared<BoxMesh>(Point(0.394383, 0.783099, 0.197551),
+                                                              Point(0.840188, 0.79844, 0.911647),
+                                                              1,1,1);
+    const std::vector<double>& refmeshcoords = refmesh->coordinates();
+
+    std::shared_ptr<Mesh> tetmesh(new Mesh(UnitTetrahedronMesh::create()));
+    std::vector<double>& tetmesh_coords = tetmesh->coordinates();
+
+    for (CellIterator cell(*refmesh); !cell.end(); ++cell)
+    {
+      const unsigned int* vertex_indices = cell->entities(0);
+
+      for (int i = 0; i < 4; i++)
+      {
+        tetmesh_coords[i*3] = refmeshcoords[vertex_indices[i]];
+        tetmesh_coords[i*3 + 1] = refmeshcoords[vertex_indices[i] + 1];
+        tetmesh_coords[i*3 + 2] = refmeshcoords[vertex_indices[i] + 2];
+      }
+
+      MultiMesh multimesh(background, tetmesh, 1);
+    }
+  }
+
+  SECTION("Takes forever")
+  {
+    // FIXME: Enable this test when it is working
+
+    std::shared_ptr<Mesh> background(new Mesh(UnitTetrahedronMesh::create()));
+    {
+      std::vector<double>& coords = background->coordinates();
+      coords = { 0, 0, 0,
+                 0, 0, 1,
+                 1, 0, 1,
+                 1, 1, 1 };
+    }
+
+    std::shared_ptr<Mesh> overlapping = std::make_shared<BoxMesh>(Point(0.394383, 0.783099, 0.197551),
+                                                                  Point(0.840188, 0.79844,  0.911647),
+                                                                  1,1,1);
+    MultiMesh multimesh(background, overlapping, 1);
+  }
+}
diff --git a/test/unit/cpp/parameter/Parameters.cpp b/test/unit/cpp/parameter/Parameters.cpp
new file mode 100644
index 0000000..61d1283
--- /dev/null
+++ b/test/unit/cpp/parameter/Parameters.cpp
@@ -0,0 +1,102 @@
+// Copyright (C) 2011 Anders Logg
+//
+// This file is part of DOLFIN.
+//
+// DOLFIN is free software: you can redistribute it and/or modify
+// it under the terms of the GNU Lesser General Public License as published by
+// the Free Software Foundation, either version 3 of the License, or
+// (at your option) any later version.
+//
+// DOLFIN is distributed in the hope that it will be useful,
+// but WITHOUT ANY WARRANTY; without even the implied warranty of
+// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+// GNU Lesser General Public License for more details.
+//
+// You should have received a copy of the GNU Lesser General Public License
+// along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+//
+// Unit tests for the parameter library
+
+#include <dolfin.h>
+#include <catch.hpp>
+
+using namespace dolfin;
+
+TEST_CASE("parameters io", "[test_parameter_io]" )
+{
+  SECTION("flat parameters" )
+  {
+    if (dolfin::MPI::size(MPI_COMM_WORLD) > 1)
+      return;
+
+    // Create some parameters
+    Parameters p0("test");
+    p0.add("filename", "foo.txt");
+    p0.add("maxiter", 100);
+    p0.add("tolerance", 0.001);
+    p0.add("monitor_convergence", true);
+
+    // Save to file
+    File f0("test_parameters.xml");
+    f0 << p0;
+
+    // Read from file
+    Parameters p1;
+    File f1("test_parameters.xml");
+    f1 >> p1;
+
+    // Get parameter values
+    std::string filename(p1["filename"]);
+    std::size_t maxiter(p1["maxiter"]);
+    double tolerance(p1["tolerance"]);
+    bool monitor_convergence(p1["monitor_convergence"]);
+
+    // Check values
+    CHECK(filename == "foo.txt");
+    CHECK(maxiter ==  (std::size_t) 100);
+    CHECK(tolerance == Approx(0.001));
+    CHECK(monitor_convergence);
+  }
+
+  SECTION("nested parameters" )
+  {
+    if (dolfin::MPI::size(MPI_COMM_WORLD) > 1)
+      return;
+
+    // Create some nested parameters
+    Parameters p0("test");
+    Parameters p00("sub0");
+    p00.add("filename", "foo.txt");
+    p00.add("maxiter", 100);
+    p00.add("tolerance", 0.001);
+    p00.add("monitor_convergence", true);
+    p0.add("foo", "bar");
+    Parameters p01(p00);
+    p01.rename("sub1");
+    p0.add(p00);
+    p0.add(p01);
+
+    // Save to file
+    File f0("test_parameters.xml");
+    f0 << p0;
+
+    // Read from file
+    Parameters p1;
+    File f1("test_parameters.xml");
+    f1 >> p1;
+
+    // Get parameter values
+    std::string foo(p1["foo"]);
+    std::string filename(p1("sub0")["filename"]);
+    std::size_t maxiter(p1("sub0")["maxiter"]);
+    double tolerance(p1("sub0")["tolerance"]);
+    bool monitor_convergence(p1("sub0")["monitor_convergence"]);
+
+    // Check values
+    CHECK(foo == "bar");
+    CHECK(filename == "foo.txt");
+    CHECK(maxiter == (std::size_t) 100);
+    CHECK(tolerance == Approx(0.001));
+    CHECK(monitor_convergence);
+  }
+}
diff --git a/test/unit/pytest.ini b/test/unit/pytest.ini
new file mode 100644
index 0000000..5bdbf4c
--- /dev/null
+++ b/test/unit/pytest.ini
@@ -0,0 +1,10 @@
+[pytest]
+# We use fixture features requiring pytest 2.4
+minversion = 2.4
+# Make pytest ignore temp folders
+norecursedirs = .* __pycache__ test_*_tempdir
+# Make pytest ignore the book files and other utility .py files
+python_files = test_*.py
+# Prevent output being flooded
+filterwarnings =
+    ignore::ffc.quadrature.deprecation.QuadratureRepresentationDeprecationWarning
diff --git a/test/unit/python/fem/test_splitter.py b/test/unit/python/fem/test_splitter.py
new file mode 100644
index 0000000..ecd6cff
--- /dev/null
+++ b/test/unit/python/fem/test_splitter.py
@@ -0,0 +1,114 @@
+#!/usr/bin/env py.test
+
+"""Unit tests for the extract_blocks function (based on FormSplitter ufl class)"""
+
+# Copyright (C) 2011 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Cecile Daversin-Catty 2017
+#
+# First added:  2017-07-25
+# Last changed: 2017-07-25
+
+import pytest
+from dolfin import *
+from ufl.log import UFLException
+
+from dolfin_utils.test import fixture
+
+from dolfin.fem.assembling import _create_dolfin_form
+
+@fixture
+def marker():
+    cube = UnitCubeMesh(8, 8, 8)
+    marker = CellFunction("size_t", cube, 0)
+    for c in cells(cube):
+        marker[c] = c.midpoint().x() < 0.5
+    return marker
+
+@fixture
+def mesh1(marker):
+    return MeshViewMapping.create_from_marker(marker, 1)
+
+@fixture
+def mesh2(marker):
+    return MeshViewMapping.create_from_marker(marker, 0)
+
+@fixture
+def space(mesh1,mesh2):
+    W1 = FunctionSpace(mesh1, "Lagrange", 1)
+    W2 = FunctionSpace(mesh2, "Lagrange", 2)
+    return FunctionSpaceProduct( W1, W2 )
+
+@fixture
+def u(space):
+    return TrialFunction(space)
+
+@fixture
+def v(space):
+    return TestFunction(space)
+
+@fixture
+def a(u,v):
+    return inner(grad(u[0]), grad(v[0]))*dx + inner(grad(u[1]), grad(v[1]))*dx
+
+# TODO : bilinear form with interface terms (non-diagonal blocks)
+# @fixture
+# def a2(u,v):
+#     return ...
+
+@fixture
+def f():
+    return Expression("10*exp(-(pow(x[0] - 0.5, 2) + pow(x[1] - 0.5, 2)) / 0.02)", degree=2)
+
+@fixture
+def L(f,v):
+    return f*v[0]*dx + f*v[1]*dx
+
+@fixture
+def a_blocks(a):
+    return extract_blocks(a)
+
+@fixture
+def L_blocks(L):
+    return extract_blocks(L)
+
+def test_size(space, a_blocks, L_blocks):
+    assert len(L_blocks) == space.num_sub_spaces()
+    assert len(a_blocks) == len(L_blocks)*len(L_blocks)
+
+def test_indices(space, a, L, a_blocks, L_blocks):
+    for i in range(space.num_sub_spaces()):   
+        assert extract_blocks(L,i) == L_blocks[i]
+        for j in range(space.num_sub_spaces()):
+            assert extract_blocks(a,i,j) == a_blocks[i*space.num_sub_spaces()+j]
+
+def test_spaces(space, a_blocks, L_blocks):
+    for i in range(space.num_sub_spaces()):
+        L_form = _create_dolfin_form(L_blocks[i])
+        for j in range(space.num_sub_spaces()):
+            if i == j : ## TEMPORARY : Do not conider non-diagonal blocks for now
+                a_form = _create_dolfin_form(a_blocks[i*space.num_sub_spaces() + j])
+                assert a_form.function_space(0) == L_form.function_space(0)
+            # TODO : When non-diagonal blocks will be ok
+            # if i < space.num_sub_spaces()-1 :
+            #     a_form_next_row = _create_dolfin_form(a_blocks[(i+1)*space.num_sub_spaces() + j])
+            #     assert a_form_next_row.function_space(1) == a_form.function_space(1)
+
+        
+        
+        
diff --git a/test/unit/python/function/test_function_space_product.py b/test/unit/python/function/test_function_space_product.py
new file mode 100644
index 0000000..38ef39d
--- /dev/null
+++ b/test/unit/python/function/test_function_space_product.py
@@ -0,0 +1,85 @@
+#!/usr/bin/env py.test
+
+"""Unit tests for the FunctionSpaceProduct class"""
+
+# Copyright (C) 2011 Johan Hake
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Modified by Cecile Daversin-Catty 2017
+#
+# First added:  2017-07-25
+# Last changed: 2017-07-25
+
+import pytest
+from dolfin import *
+from ufl.log import UFLException
+
+from dolfin_utils.test import fixture
+
+@fixture
+def mesh():
+    return UnitCubeMesh(8, 8, 8)
+
+@fixture
+def V1(mesh):
+    return FunctionSpace(mesh, 'CG', 1)
+
+@fixture
+def V2(mesh):
+    return VectorFunctionSpace(mesh, 'CG', 1)
+
+@fixture
+def V3(mesh):
+    return FunctionSpace(mesh, 'CG', 2)
+
+@fixture
+def W(V1,V2,V3):
+    return FunctionSpaceProduct(V1,V2,V3)
+
+@fixture
+def W11(V1):
+    return FunctionSpaceProduct(V1,V1)
+
+@fixture
+def W12(V1,V2):
+    return FunctionSpaceProduct(V1,V2)
+
+@fixture
+def W13(V1,V3):
+    return FunctionSpaceProduct(V1,V3)
+
+@fixture
+def f(W):
+    return Function(W)
+
+def test_python_interface(W, W11, W12, W13):
+    assert isinstance(W11, FunctionSpaceProduct)
+    assert isinstance(W12, FunctionSpaceProduct)
+    assert isinstance(W13, FunctionSpaceProduct)
+    assert isinstance(W, FunctionSpaceProduct)
+
+    spaces_list = [W, W11, W12, W13]
+    for space in spaces_list:
+        assert len(space.sub_spaces()) == space.num_sub_spaces()
+        for f in space.sub_spaces():
+            assert isinstance(f, FunctionSpace)
+
+def test_function(f):
+    for i in f.num_sub_spaces():
+        assert isinstance(f.sub(i).function_space(), FunctionSpace)
+    
+    
diff --git a/test/unit/python/mesh/test_meshview.py b/test/unit/python/mesh/test_meshview.py
new file mode 100644
index 0000000..2d7d4ef
--- /dev/null
+++ b/test/unit/python/mesh/test_meshview.py
@@ -0,0 +1,113 @@
+#!/usr/bin/env py.test
+
+"""Unit tests for MeshViewMapping class"""
+
+# Copyright (C) 2011 Garth N. Wells
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2011-02-26
+# Last changed: 2014-05-30
+
+import pytest
+from dolfin import *
+from dolfin_utils.test import fixture, skip_in_parallel
+
+
+@fixture
+def cube():
+    return UnitCubeMesh(5, 5, 5)
+
+
+@fixture
+def square():
+    return UnitSquareMesh(5, 5)
+
+
+@pytest.fixture(scope='module', params=range(2))
+def meshes(cube, square, request):
+    mesh = [cube, square]
+    return mesh[request.param]
+
+def test_make_facets_view(square, cube):
+    """Create view of facets"""
+
+    def _check_facets_view(mesh):
+        marker = FacetFunction("size_t", mesh, 0)
+        D = mesh.topology().dim()
+        mesh.init(D-1, D)
+
+        c = 0
+        for f in facets(mesh):
+            if f.num_global_entities(D) == 1:
+                marker[f] = 1
+                c += 1
+
+        m2 = MeshViewMapping.create_from_marker(marker, 1)
+
+        assert m2.num_cells() == c
+        assert m2.num_cells() == len(m2.topology().mapping.cell_map())
+        assert m2.num_vertices() == len(m2.topology().mapping.vertex_map())
+
+    _check_facets_view(square)
+    _check_facets_view(cube)
+
+
+def test_make_cells_view(square, cube):
+    """Create view of cells"""
+
+    def _check_cells_view(mesh):
+        marker = CellFunction("size_t", mesh, 0)
+
+        ct = 0
+        for c in cells(mesh):
+            if c.midpoint().x() < 0.5:
+                marker[c] = 1
+                ct += 1
+
+        m2 = MeshViewMapping.create_from_marker(marker, 1)
+
+        assert m2.num_cells() == ct
+        assert m2.num_cells() == len(m2.topology().mapping.cell_map())
+        assert m2.num_vertices() == len(m2.topology().mapping.vertex_map())
+
+    _check_cells_view(square)
+    _check_cells_view(cube)
+
+
+def test_make_edges_view(cube):
+    """Create view of edges"""
+
+    marker = EdgeFunction("size_t", cube, 0)
+    cube.init(1, 3)
+
+    c = 0
+    for e in edges(cube):
+        if (e.midpoint().x() == 0 or e.midpoint().x() == 1):
+            marker[e] = 1
+            c += 1
+        elif (e.midpoint().y() == 0 or e.midpoint().y() == 1):
+            marker[e] = 1
+            c += 1
+        elif (e.midpoint().z() == 0 or e.midpoint().z() == 1):
+            marker[e] = 1
+            c += 1
+
+    m2 = MeshViewMapping.create_from_marker(marker, 1)
+
+    assert m2.num_cells() == c
+    assert m2.num_cells() == len(m2.topology().mapping.cell_map())
+    assert m2.num_vertices() == len(m2.topology().mapping.vertex_map())
diff --git a/utils/emacs/macros b/utils/emacs/macros
new file mode 100644
index 0000000..d82d33d
--- /dev/null
+++ b/utils/emacs/macros
@@ -0,0 +1,21 @@
+;; Macro for DOLFIN .h file
+(fset 'dolfin\.h
+   [?/ ?/ ?  ?C ?o ?p ?y ?r ?i ?g ?h ?t ?  ?( ?C ?) ?  ?2 ?0 ?0 ?6 ?  ?Y ?o ?u ?r ?  ?N ?a ?m ?e ?. return ?/ ?/ ?  ?L ?i ?c ?e ?n ?s ?e ?d ?  ?u ?n ?d ?e ?r ?  ?t ?h ?e ?  ?G ?N ?U ?\S-  ?G ?P ?L ?\S-  ?V ?e ?r ?s ?i ?o ?n ?  ?2 ?. return ?/ ?/ return ?/ ?/ ?  ?F ?i ?r ?s ?t ?  ?a ?d ?d ?e ?d ?: ?  ?  ?2 ?0 ?0 ?6 ?- ?0 ?1 ?- ?0 ?1 return ?/ ?/ ?  ?L ?a ?s ?t ?  ?c ?h ?a ?n ?g ?e ?d ?: ?  ?2 ?0 ?0 ?6 ?- ?0 ?1 ?- ?0 ?1 return return ?# ?i ?f ?n ?d ?e ?f ?  ?_ ?_ ?F ?O ?O ?_ ?H return ?# ?d ?e ?f ?i ?n ?e ?  ?_ ?_ ?F ?O ?O ?_ ?H return return ?# ?i ?n ?c ?l ?u ?d ?e ?  ?< ?d ?o ?l ?f ?i ?n ?/ ?c ?o ?n ?s ?t ?a ?n ?t ?s ?. ?h ?> return return ?n ?a ?m ?e ?s ?p ?a ?c ?e ?  ?d ?o ?l ?f ?i ?n return ?{ return return ?  ?  ?/ ?/ ?/ ?  ?D ?o ?c ?u ?m ?e ?n ?t ?a ?t ?i ?o ?n ?  ?o ?f ?  ?c ?l ?a ?s ?s return return ?  ?  ?c ?l ?a ?s ?s ?  ?F ?o ?o return ?  ?  ?{ return ?  ?  ?p ?u ?b ?l ?i ?c ?: return return ?  ?  ?  ?  ?/ ?/ ?/ ?  ?C ?o ?n ?s ?t ?r ?u ?c ?t ?o ?r return ?  ?  ?  ?  ?F ?o ?o ?( ?) ?\; return return ?  ?  ?  ?  ?/ ?/ ?/ ?  ?D ?e ?s ?t ?r ?u ?c ?t ?o ?r return ?  ?  ?  ?  ?~ ?F ?o ?o ?( ?) ?\; return return ?  ?  ?p ?r ?i ?v ?a ?t ?e ?: return return ?  ?  ?} ?\; return return ?} return return ?# ?e ?n ?d ?i ?f return ?\M-x ?e ?n ?d tab ?k tab])
+
+;; Macro for DOLFIN .cpp file
+(fset 'dolfin\.cpp
+   [?/ ?/ ?  ?C ?o ?p ?y ?r ?i ?g ?h ?t ?  ?( ?C ?) ?  ?2 ?0 ?0 ?6 ?  ?Y ?o ?u ?r ?  ?N ?a ?m ?e ?. return ?/ ?/ ?  ?L ?i ?c ?e ?n ?s ?e ?d ?  ?u ?n ?d ?e ?r ?  ?t ?h ?e ?  ?G ?N ?U ?\S-  ?G ?P ?L ?\S-  ?V ?e ?r ?s ?i ?o ?n ?  ?2 ?. return ?/ ?/ return ?/ ?/ ?  ?F ?i ?r ?s ?t ?  ?a ?d ?d ?e ?d ?: ?  ?  ?2 ?0 ?0 ?6 ?- ?0 ?1 ?- ?0 ?1 return ?/ ?/ ?  ?L ?a ?s ?t ?  ?c ?h ?a ?n ?g ?e ?d ?: ?  ?2 ?0 ?0 ?6 ?- ?0 ?1 ?- ?0 ?1 return return ?# ?i ?n ?c ?l ?u ?d ?e ?  ?< ?d ?o ?l ?f ?i ?n ?/ ?F ?o ?o ?. ?h ?> return return ?u ?s ?i ?n ?g ?  ?n ?a ?m ?e ?s ?p ?a ?c ?e ?  ?d ?o ?l ?f ?i ?n ?\; return return ?/ ?/ ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- return ?F ?o ?o ?: ?: ?F ?o ?o ?( ?) return ?{ return ?  ?  ?/ ?/ ?  ?D ?o ?  ?n ?o ?t ?h ?i ?n ?g return ?} return ?/ ?/ ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- return ?F ?o ?o ?: ?: ?~ ?F ?o ?o ?( ?) return ?{ return ?  ?  ?/ ?/ ?  ?D ?o ?  ?n ?o ?t ?h ?i ?n ?g return ?} return ?/ ?/ ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- ?- return ?\M-x ?e ?n ?d tab ?k tab])
+
+;; Update time stamp for DOLFIN source code
+(setq
+  time-stamp-start "Last changed:\\\\? "; start of pattern
+  time-stamp-end "\\\\?\n"              ; end of pattern
+  time-stamp-active t                   ; do enable time-stamps
+  time-stamp-line-limit 20              ; check first 20 lines
+  time-stamp-format "%04y-%02m-%02d")   ; date format
+
+;; Update timestamp before saving
+(add-hook 'before-save-hook 'time-stamp)
+
+;; Remove trailing whitespaces before saving
+(add-hook 'before-save-hook 'delete-trailing-whitespace)
diff --git a/utils/pylit/LICENSE b/utils/pylit/LICENSE
new file mode 100644
index 0000000..d1bf42f
--- /dev/null
+++ b/utils/pylit/LICENSE
@@ -0,0 +1,341 @@
+This license applies only to the pylit.py script in this directory.                    
+
+                    GNU GENERAL PUBLIC LICENSE
+                       Version 2, June 1991
+
+ Copyright (C) 1989, 1991 Free Software Foundation, Inc.,
+ 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
+ Everyone is permitted to copy and distribute verbatim copies
+ of this license document, but changing it is not allowed.
+
+                            Preamble
+
+  The licenses for most software are designed to take away your
+freedom to share and change it.  By contrast, the GNU General Public
+License is intended to guarantee your freedom to share and change free
+software--to make sure the software is free for all its users.  This
+General Public License applies to most of the Free Software
+Foundation's software and to any other program whose authors commit to
+using it.  (Some other Free Software Foundation software is covered by
+the GNU Lesser General Public License instead.)  You can apply it to
+your programs, too.
+
+  When we speak of free software, we are referring to freedom, not
+price.  Our General Public Licenses are designed to make sure that you
+have the freedom to distribute copies of free software (and charge for
+this service if you wish), that you receive source code or can get it
+if you want it, that you can change the software or use pieces of it
+in new free programs; and that you know you can do these things.
+
+  To protect your rights, we need to make restrictions that forbid
+anyone to deny you these rights or to ask you to surrender the rights.
+These restrictions translate to certain responsibilities for you if you
+distribute copies of the software, or if you modify it.
+
+  For example, if you distribute copies of such a program, whether
+gratis or for a fee, you must give the recipients all the rights that
+you have.  You must make sure that they, too, receive or can get the
+source code.  And you must show them these terms so they know their
+rights.
+
+  We protect your rights with two steps: (1) copyright the software, and
+(2) offer you this license which gives you legal permission to copy,
+distribute and/or modify the software.
+
+  Also, for each author's protection and ours, we want to make certain
+that everyone understands that there is no warranty for this free
+software.  If the software is modified by someone else and passed on, we
+want its recipients to know that what they have is not the original, so
+that any problems introduced by others will not reflect on the original
+authors' reputations.
+
+  Finally, any free program is threatened constantly by software
+patents.  We wish to avoid the danger that redistributors of a free
+program will individually obtain patent licenses, in effect making the
+program proprietary.  To prevent this, we have made it clear that any
+patent must be licensed for everyone's free use or not licensed at all.
+
+  The precise terms and conditions for copying, distribution and
+modification follow.
+
+                    GNU GENERAL PUBLIC LICENSE
+   TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION
+
+  0. This License applies to any program or other work which contains
+a notice placed by the copyright holder saying it may be distributed
+under the terms of this General Public License.  The "Program", below,
+refers to any such program or work, and a "work based on the Program"
+means either the Program or any derivative work under copyright law:
+that is to say, a work containing the Program or a portion of it,
+either verbatim or with modifications and/or translated into another
+language.  (Hereinafter, translation is included without limitation in
+the term "modification".)  Each licensee is addressed as "you".
+
+Activities other than copying, distribution and modification are not
+covered by this License; they are outside its scope.  The act of
+running the Program is not restricted, and the output from the Program
+is covered only if its contents constitute a work based on the
+Program (independent of having been made by running the Program).
+Whether that is true depends on what the Program does.
+
+  1. You may copy and distribute verbatim copies of the Program's
+source code as you receive it, in any medium, provided that you
+conspicuously and appropriately publish on each copy an appropriate
+copyright notice and disclaimer of warranty; keep intact all the
+notices that refer to this License and to the absence of any warranty;
+and give any other recipients of the Program a copy of this License
+along with the Program.
+
+You may charge a fee for the physical act of transferring a copy, and
+you may at your option offer warranty protection in exchange for a fee.
+
+  2. You may modify your copy or copies of the Program or any portion
+of it, thus forming a work based on the Program, and copy and
+distribute such modifications or work under the terms of Section 1
+above, provided that you also meet all of these conditions:
+
+    a) You must cause the modified files to carry prominent notices
+    stating that you changed the files and the date of any change.
+
+    b) You must cause any work that you distribute or publish, that in
+    whole or in part contains or is derived from the Program or any
+    part thereof, to be licensed as a whole at no charge to all third
+    parties under the terms of this License.
+
+    c) If the modified program normally reads commands interactively
+    when run, you must cause it, when started running for such
+    interactive use in the most ordinary way, to print or display an
+    announcement including an appropriate copyright notice and a
+    notice that there is no warranty (or else, saying that you provide
+    a warranty) and that users may redistribute the program under
+    these conditions, and telling the user how to view a copy of this
+    License.  (Exception: if the Program itself is interactive but
+    does not normally print such an announcement, your work based on
+    the Program is not required to print an announcement.)
+
+These requirements apply to the modified work as a whole.  If
+identifiable sections of that work are not derived from the Program,
+and can be reasonably considered independent and separate works in
+themselves, then this License, and its terms, do not apply to those
+sections when you distribute them as separate works.  But when you
+distribute the same sections as part of a whole which is a work based
+on the Program, the distribution of the whole must be on the terms of
+this License, whose permissions for other licensees extend to the
+entire whole, and thus to each and every part regardless of who wrote it.
+
+Thus, it is not the intent of this section to claim rights or contest
+your rights to work written entirely by you; rather, the intent is to
+exercise the right to control the distribution of derivative or
+collective works based on the Program.
+
+In addition, mere aggregation of another work not based on the Program
+with the Program (or with a work based on the Program) on a volume of
+a storage or distribution medium does not bring the other work under
+the scope of this License.
+
+  3. You may copy and distribute the Program (or a work based on it,
+under Section 2) in object code or executable form under the terms of
+Sections 1 and 2 above provided that you also do one of the following:
+
+    a) Accompany it with the complete corresponding machine-readable
+    source code, which must be distributed under the terms of Sections
+    1 and 2 above on a medium customarily used for software interchange; or,
+
+    b) Accompany it with a written offer, valid for at least three
+    years, to give any third party, for a charge no more than your
+    cost of physically performing source distribution, a complete
+    machine-readable copy of the corresponding source code, to be
+    distributed under the terms of Sections 1 and 2 above on a medium
+    customarily used for software interchange; or,
+
+    c) Accompany it with the information you received as to the offer
+    to distribute corresponding source code.  (This alternative is
+    allowed only for noncommercial distribution and only if you
+    received the program in object code or executable form with such
+    an offer, in accord with Subsection b above.)
+
+The source code for a work means the preferred form of the work for
+making modifications to it.  For an executable work, complete source
+code means all the source code for all modules it contains, plus any
+associated interface definition files, plus the scripts used to
+control compilation and installation of the executable.  However, as a
+special exception, the source code distributed need not include
+anything that is normally distributed (in either source or binary
+form) with the major components (compiler, kernel, and so on) of the
+operating system on which the executable runs, unless that component
+itself accompanies the executable.
+
+If distribution of executable or object code is made by offering
+access to copy from a designated place, then offering equivalent
+access to copy the source code from the same place counts as
+distribution of the source code, even though third parties are not
+compelled to copy the source along with the object code.
+
+  4. You may not copy, modify, sublicense, or distribute the Program
+except as expressly provided under this License.  Any attempt
+otherwise to copy, modify, sublicense or distribute the Program is
+void, and will automatically terminate your rights under this License.
+However, parties who have received copies, or rights, from you under
+this License will not have their licenses terminated so long as such
+parties remain in full compliance.
+
+  5. You are not required to accept this License, since you have not
+signed it.  However, nothing else grants you permission to modify or
+distribute the Program or its derivative works.  These actions are
+prohibited by law if you do not accept this License.  Therefore, by
+modifying or distributing the Program (or any work based on the
+Program), you indicate your acceptance of this License to do so, and
+all its terms and conditions for copying, distributing or modifying
+the Program or works based on it.
+
+  6. Each time you redistribute the Program (or any work based on the
+Program), the recipient automatically receives a license from the
+original licensor to copy, distribute or modify the Program subject to
+these terms and conditions.  You may not impose any further
+restrictions on the recipients' exercise of the rights granted herein.
+You are not responsible for enforcing compliance by third parties to
+this License.
+
+  7. If, as a consequence of a court judgment or allegation of patent
+infringement or for any other reason (not limited to patent issues),
+conditions are imposed on you (whether by court order, agreement or
+otherwise) that contradict the conditions of this License, they do not
+excuse you from the conditions of this License.  If you cannot
+distribute so as to satisfy simultaneously your obligations under this
+License and any other pertinent obligations, then as a consequence you
+may not distribute the Program at all.  For example, if a patent
+license would not permit royalty-free redistribution of the Program by
+all those who receive copies directly or indirectly through you, then
+the only way you could satisfy both it and this License would be to
+refrain entirely from distribution of the Program.
+
+If any portion of this section is held invalid or unenforceable under
+any particular circumstance, the balance of the section is intended to
+apply and the section as a whole is intended to apply in other
+circumstances.
+
+It is not the purpose of this section to induce you to infringe any
+patents or other property right claims or to contest validity of any
+such claims; this section has the sole purpose of protecting the
+integrity of the free software distribution system, which is
+implemented by public license practices.  Many people have made
+generous contributions to the wide range of software distributed
+through that system in reliance on consistent application of that
+system; it is up to the author/donor to decide if he or she is willing
+to distribute software through any other system and a licensee cannot
+impose that choice.
+
+This section is intended to make thoroughly clear what is believed to
+be a consequence of the rest of this License.
+
+  8. If the distribution and/or use of the Program is restricted in
+certain countries either by patents or by copyrighted interfaces, the
+original copyright holder who places the Program under this License
+may add an explicit geographical distribution limitation excluding
+those countries, so that distribution is permitted only in or among
+countries not thus excluded.  In such case, this License incorporates
+the limitation as if written in the body of this License.
+
+  9. The Free Software Foundation may publish revised and/or new versions
+of the General Public License from time to time.  Such new versions will
+be similar in spirit to the present version, but may differ in detail to
+address new problems or concerns.
+
+Each version is given a distinguishing version number.  If the Program
+specifies a version number of this License which applies to it and "any
+later version", you have the option of following the terms and conditions
+either of that version or of any later version published by the Free
+Software Foundation.  If the Program does not specify a version number of
+this License, you may choose any version ever published by the Free Software
+Foundation.
+
+  10. If you wish to incorporate parts of the Program into other free
+programs whose distribution conditions are different, write to the author
+to ask for permission.  For software which is copyrighted by the Free
+Software Foundation, write to the Free Software Foundation; we sometimes
+make exceptions for this.  Our decision will be guided by the two goals
+of preserving the free status of all derivatives of our free software and
+of promoting the sharing and reuse of software generally.
+
+                            NO WARRANTY
+
+  11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY
+FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW.  EXCEPT WHEN
+OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES
+PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED
+OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
+MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.  THE ENTIRE RISK AS
+TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU.  SHOULD THE
+PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING,
+REPAIR OR CORRECTION.
+
+  12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING
+WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR
+REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES,
+INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING
+OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED
+TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY
+YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER
+PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE
+POSSIBILITY OF SUCH DAMAGES.
+
+                     END OF TERMS AND CONDITIONS
+
+            How to Apply These Terms to Your New Programs
+
+  If you develop a new program, and you want it to be of the greatest
+possible use to the public, the best way to achieve this is to make it
+free software which everyone can redistribute and change under these terms.
+
+  To do so, attach the following notices to the program.  It is safest
+to attach them to the start of each source file to most effectively
+convey the exclusion of warranty; and each file should have at least
+the "copyright" line and a pointer to where the full notice is found.
+
+    <one line to give the program's name and a brief idea of what it does.>
+    Copyright (C) <year>  <name of author>
+
+    This program is free software; you can redistribute it and/or modify
+    it under the terms of the GNU General Public License as published by
+    the Free Software Foundation; either version 2 of the License, or
+    (at your option) any later version.
+
+    This program is distributed in the hope that it will be useful,
+    but WITHOUT ANY WARRANTY; without even the implied warranty of
+    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+    GNU General Public License for more details.
+
+    You should have received a copy of the GNU General Public License along
+    with this program; if not, write to the Free Software Foundation, Inc.,
+    51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
+
+Also add information on how to contact you by electronic and paper mail.
+
+If the program is interactive, make it output a short notice like this
+when it starts in an interactive mode:
+
+    Gnomovision version 69, Copyright (C) year name of author
+    Gnomovision comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
+    This is free software, and you are welcome to redistribute it
+    under certain conditions; type `show c' for details.
+
+The hypothetical commands `show w' and `show c' should show the appropriate
+parts of the General Public License.  Of course, the commands you use may
+be called something other than `show w' and `show c'; they could even be
+mouse-clicks or menu items--whatever suits your program.
+
+You should also get your employer (if you work as a programmer) or your
+school, if any, to sign a "copyright disclaimer" for the program, if
+necessary.  Here is a sample; alter the names:
+
+  Yoyodyne, Inc., hereby disclaims all copyright interest in the program
+  `Gnomovision' (which makes passes at compilers) written by James Hacker.
+
+  <signature of Ty Coon>, 1 April 1989
+  Ty Coon, President of Vice
+
+This General Public License does not permit incorporating your program into
+proprietary programs.  If your program is a subroutine library, you may
+consider it more useful to permit linking proprietary applications with the
+library.  If this is what you want to do, use the GNU Lesser General
+Public License instead of this License.
diff --git a/utils/pylit/README.rst b/utils/pylit/README.rst
new file mode 100644
index 0000000..8f4ed2e
--- /dev/null
+++ b/utils/pylit/README.rst
@@ -0,0 +1,51 @@
+PyLit
+*****
+
+`Literate Programming`_ with reStructuredText_
+
+.. epigraph::
+
+   The idea is that you do not document programs (after the fact), but
+   write documents that *contain* the programs.
+   
+   -- John Max Skaller
+
+What is it
+  PyLit (Python Literate) provides a plain but efficient tool for
+  literate programming: a `bidirectional text/code converter`.
+
+Install
+  Put `pylit.py`_ in Python's `Module Search Path`_.
+
+.. _pylit.py: http://github.com/gmilde/PyLit/raw/master/pylit.py
+
+Documentation
+  coming back soon (was available at http://pylit.berlios.de)
+  
+  .. note: The previous host of the PyLit project, berlios.de closed at
+     the end of 2011.
+
+Copyright
+  © 2005, 2009 Günter Milde.
+
+License
+  PyLit is `free software`_, released under the `GNU General Public License`_
+  (GPL) version 2 or later.
+
+  PyLit is distributed in the hope that it will be useful, but WITHOUT ANY
+  WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
+  FOR A PARTICULAR PURPOSE.  See the `GNU General Public License`_ for more
+  details.
+
+
+.. References
+
+.. _Charming Python interview:
+    http://www.ibm.com/developerworks/library/l-pyth7.html
+.. _bidirectional text/code converter: features.html#dual-source
+.. _literate programming: literate-programming.html
+.. _reStructuredText: http://docutils.sourceforge.net/rst.html
+.. _module search path:
+    http://docs.python.org/tutorial/modules.html#the-module-search-path
+.. _`free software`: http://www.gnu.org/philosophy/free-sw.html
+.. _`GNU General Public License`: http://www.gnu.org/copyleft/gpl.html
diff --git a/utils/pylit/pylit.py b/utils/pylit/pylit.py
new file mode 100755
index 0000000..13d4570
--- /dev/null
+++ b/utils/pylit/pylit.py
@@ -0,0 +1,1876 @@
+#!/usr/bin/env python
+# -*- coding: iso-8859-1 -*-
+
+# pylit.py
+# ********
+# Literate programming with reStructuredText
+# ++++++++++++++++++++++++++++++++++++++++++
+#
+# :Date:      $Date$
+# :Revision:  $Revision$
+# :URL:       $URL$
+# :Copyright: © 2005, 2007 Günter Milde.
+#             Released without warranty under the terms of the
+#             GNU General Public License (v. 2 or later)
+#
+# ::
+
+from __future__ import print_function
+
+"""pylit: bidirectional text <-> code converter
+
+Convert between a *text document* with embedded code
+and *source code* with embedded documentation.
+"""
+
+# .. contents::
+#
+# Frontmatter
+# ===========
+#
+# Changelog
+# ---------
+#
+# .. class:: borderless
+#
+# ======  ==========  ===========================================================
+# 0.1     2005-06-29  Initial version.
+# 0.1.1   2005-06-30  First literate version.
+# 0.1.2   2005-07-01  Object orientated script using generators.
+# 0.1.3   2005-07-10  Two state machine (later added 'header' state).
+# 0.2b    2006-12-04  Start of work on version 0.2 (code restructuring).
+# 0.2     2007-01-23  Published at http://pylit.berlios.de.
+# 0.2.1   2007-01-25  Outsourced non-core documentation to the PyLit pages.
+# 0.2.2   2007-01-26  New behaviour of `diff` function.
+# 0.2.3   2007-01-29  New `header` methods after suggestion by Riccardo Murri.
+# 0.2.4   2007-01-31  Raise Error if code indent is too small.
+# 0.2.5   2007-02-05  New command line option --comment-string.
+# 0.2.6   2007-02-09  Add section with open questions,
+#                     Code2Text: let only blank lines (no comment str)
+#                     separate text and code,
+#                     fix `Code2Text.header`.
+# 0.2.7   2007-02-19  Simplify `Code2Text.header`,
+#                     new `iter_strip` method replacing a lot of ``if``-s.
+# 0.2.8   2007-02-22  Set `mtime` of outfile to the one of infile.
+# 0.3     2007-02-27  New `Code2Text` converter after an idea by Riccardo Murri,
+#                     explicit `option_defaults` dict for easier customisation.
+# 0.3.1   2007-03-02  Expand hard-tabs to prevent errors in indentation,
+#                     `Text2Code` now also works on blocks,
+#                     removed dependency on SimpleStates module.
+# 0.3.2   2007-03-06  Bug fix: do not set `language` in `option_defaults`
+#                     renamed `code_languages` to `languages`.
+# 0.3.3   2007-03-16  New language css,
+#                     option_defaults -> defaults = optparse.Values(),
+#                     simpler PylitOptions: don't store parsed values,
+#                     don't parse at initialisation,
+#                     OptionValues: return `None` for non-existing attributes,
+#                     removed -infile and -outfile, use positional arguments.
+# 0.3.4   2007-03-19  Documentation update,
+#                     separate `execute` function.
+#         2007-03-21  Code cleanup in `Text2Code.__iter__`.
+# 0.3.5   2007-03-23  Removed "css" from known languages after learning that
+#                     there is no C++ style "// " comment string in CSS2.
+# 0.3.6   2007-04-24  Documentation update.
+# 0.4     2007-05-18  Implement Converter.__iter__ as stack of iterator
+#                     generators. Iterating over a converter instance now
+#                     yields lines instead of blocks.
+#                     Provide "hooks" for pre- and postprocessing filters.
+#                     Rename states to reduce confusion with formats:
+#                     "text" -> "documentation", "code" -> "code_block".
+# 0.4.1   2007-05-22  Converter.__iter__: cleanup and reorganisation,
+#                     rename parent class Converter -> TextCodeConverter.
+# 0.4.2   2007-05-23  Merged Text2Code.converter and Code2Text.converter into
+#                     TextCodeConverter.converter.
+# 0.4.3   2007-05-30  Replaced use of defaults.code_extensions with
+#                     values.languages.keys().
+#                     Removed spurious `print` statement in code_block_handler.
+#                     Added basic support for 'c' and 'css' languages
+#                     with `dumb_c_preprocessor`_ and `dumb_c_postprocessor`_.
+# 0.5     2007-06-06  Moved `collect_blocks`_ out of `TextCodeConverter`_,
+#                     bug fix: collect all trailing blank lines into a block.
+#                     Expand tabs with `expandtabs_filter`_.
+# 0.6     2007-06-20  Configurable code-block marker (default ``::``)
+# 0.6.1   2007-06-28  Bug fix: reset self.code_block_marker_missing.
+# 0.7     2007-12-12  prepending an empty string to sys.path in run_doctest()
+#                     to allow imports from the current working dir.
+# 0.7.1   2008-01-07  If outfile does not exist, do a round-trip conversion
+#                     and report differences (as with outfile=='-').
+# 0.7.2   2008-01-28  Do not add missing code-block separators with
+#                     `doctest_run` on the code source. Keeps lines consistent.
+# 0.7.3   2008-04-07  Use value of code_block_marker for insertion of missing
+#                     transition marker in Code2Text.code_block_handler
+#                     Add "shell" to defaults.languages
+# 0.7.4   2008-06-23  Add "latex" to defaults.languages
+# 0.7.5   2009-05-14  Bugfix: ignore blank lines in test for end of code block
+# 0.7.6   2009-12-15  language-dependent code-block markers (after a
+#                     `feature request and patch by jrioux`_),
+#                     use DefaultDict for language-dependent defaults,
+#                     new defaults setting `add_missing_marker`_.
+# 0.7.7   2010-06-23  New command line option --codeindent.
+# 0.7.8   2011-03-30  bugfix: do not overwrite custom `add_missing_marker` value,
+#                     allow directive options following the 'code' directive.
+# 0.7.9   2011-04-05  Decode doctest string if 'magic comment' gives encoding.
+# ======  ==========  ===========================================================
+#
+# ::
+
+_version = "0.7.9"
+
+__docformat__ = 'restructuredtext'
+
+
+# Introduction
+# ------------
+#
+# PyLit is a bidirectional converter between two formats of a computer
+# program source:
+#
+# * a (reStructured) text document with program code embedded in
+#   *code blocks*, and
+# * a compilable (or executable) code source with *documentation*
+#   embedded in comment blocks
+#
+#
+# Requirements
+# ------------
+#
+# ::
+
+import os, sys, io
+import re, optparse
+
+
+# DefaultDict
+# ~~~~~~~~~~~
+# As `collections.defaultdict` is only introduced in Python 2.5, we
+# define a simplified version of the dictionary with default from
+# http://code.activestate.com/recipes/389639/
+# ::
+
+class DefaultDict(dict):
+    """Minimalistic Dictionary with default value."""
+    def __init__(self, default=None, *args, **kwargs):
+        self.update(dict(*args, **kwargs))
+        self.default = default
+
+    def __getitem__(self, key):
+        return self.get(key, self.default)
+
+
+# Defaults
+# ========
+#
+# The `defaults` object provides a central repository for default
+# values and their customisation. ::
+
+defaults = optparse.Values()
+
+# It is used for
+#
+# * the initialisation of data arguments in TextCodeConverter_ and
+#   PylitOptions_
+#
+# * completion of command line options in `PylitOptions.complete_values`_.
+#
+# This allows the easy creation of back-ends that customise the
+# defaults and then call `main`_ e.g.:
+#
+# >>> import pylit
+# >>> pylit.defaults.comment_string = "## "
+# >>> pylit.defaults.codeindent = 4
+# >>> pylit.main()
+#
+# The following default values are defined in pylit.py:
+#
+# languages
+# ---------
+#
+# Mapping of code file extensions to code language::
+
+defaults.languages  = DefaultDict("python", # fallback language
+                                  {".c":   "c",
+                                   ".cc":  "c++",
+                                   ".cpp": "c++",
+                                   ".css": "css",
+                                   ".py":  "python",
+                                   ".sh":  "shell",
+                                   ".sl":  "slang",
+                                   ".sty": "latex",
+                                   ".tex": "latex",
+                                   ".ufl": "python"
+                                  })
+
+# Will be overridden by the ``--language`` command line option.
+#
+# The first argument is the fallback language, used if there is no
+# matching extension (e.g. if pylit is used as filter) and no
+# ``--language`` is specified. It can be changed programmatically by
+# assignment to the ``.default`` attribute, e.g.
+#
+# >>> defaults.languages.default='c++'
+#
+#
+# .. _text_extension:
+#
+# text_extensions
+# ---------------
+#
+# List of known extensions of (reStructured) text files. The first
+# extension in this list is used by the `_get_outfile_name`_ method to
+# generate a text output filename::
+
+defaults.text_extensions = [".txt", ".rst"]
+
+
+# comment_strings
+# ---------------
+#
+# Comment strings for known languages. Used in Code2Text_ to recognise
+# text blocks and in Text2Code_ to format text blocks as comments.
+# Defaults to ``'# '``.
+#
+# **Comment strings include trailing whitespace.** ::
+
+defaults.comment_strings = DefaultDict('# ',
+                                       {"css":    '// ',
+                                        "c":      '// ',
+                                        "c++":    '// ',
+                                        "latex":  '% ',
+                                        "python": '# ',
+                                        "shell":  '# ',
+                                        "slang":  '% '
+                                       })
+
+
+# header_string
+# -------------
+#
+# Marker string for a header code block in the text source. No trailing
+# whitespace needed as indented code follows.
+# Must be a valid rst directive that accepts code on the same line, e.g.
+# ``'..admonition::'``.
+#
+# Default is a comment marker::
+
+defaults.header_string = '..'
+
+
+# .. _code_block_marker:
+#
+# code_block_markers
+# ------------------
+#
+# Markup at the end of a documentation block.
+# Default is Docutils' marker for a `literal block`_::
+
+defaults.code_block_markers = DefaultDict('::')
+defaults.code_block_markers["c++"] = u".. code-block:: cpp"
+#defaults.code_block_markers['python'] = '.. code-block:: python'
+
+# The `code_block_marker` string is `inserted into a regular expression`_.
+# Language-specific markers can be defined programmatically, e.g. in a
+# wrapper script.
+#
+# In a document where code examples are only one of several uses of
+# literal blocks, it is more appropriate to single out the source code
+# ,e.g. with the double colon at a separate line ("expanded form")
+#
+#   ``defaults.code_block_marker.default = ':: *'``
+#
+# or a dedicated ``.. code-block::`` directive [#]_
+#
+#   ``defaults.code_block_marker['c++'] = '.. code-block:: *c++'``
+#
+# The latter form also allows code in different languages kept together
+# in one literate source file.
+#
+# .. [#] The ``.. code-block::`` directive is not (yet) supported by
+#    standard Docutils.  It is provided by several add-ons, including
+#    the `code-block directive`_ project in the Docutils Sandbox and
+#    Sphinx_.
+#
+#
+# strip
+# -----
+#
+# Export to the output format stripping documentation or code blocks::
+
+defaults.strip = False
+
+# strip_marker
+# ------------
+#
+# Strip literal marker from the end of documentation blocks when
+# converting  to code format. Makes the code more concise but looses the
+# synchronisation of line numbers in text and code formats. Can also be used
+# (together with the auto-completion of the code-text conversion) to change
+# the `code_block_marker`::
+
+defaults.strip_marker = False
+
+# add_missing_marker
+# ------------------
+#
+# When converting from code format to text format, add a `code_block_marker`
+# at the end of documentation blocks if it is missing::
+
+defaults.add_missing_marker = True
+
+# Keep this at ``True``, if you want to re-convert to code format later!
+#
+#
+# .. _defaults.preprocessors:
+#
+# preprocessors
+# -------------
+#
+# Preprocess the data with language-specific filters_
+# Set below in Filters_::
+
+defaults.preprocessors = {}
+
+# .. _defaults.postprocessors:
+#
+# postprocessors
+# --------------
+#
+# Postprocess the data with language-specific filters_::
+
+defaults.postprocessors = {}
+
+# .. _defaults.codeindent:
+#
+# codeindent
+# ----------
+#
+# Number of spaces to indent code blocks in `Code2Text.code_block_handler`_::
+
+defaults.codeindent =  2
+
+# In `Text2Code.code_block_handler`_, the codeindent is determined by the
+# first recognised code line (header or first indented literal block
+# of the text source).
+#
+# overwrite
+# ---------
+#
+# What to do if the outfile already exists? (ignored if `outfile` == '-')::
+
+defaults.overwrite = 'yes'
+
+# Recognised values:
+#
+#  :'yes':    overwrite eventually existing `outfile`,
+#  :'update': fail if the `outfile` is newer than `infile`,
+#  :'no':     fail if `outfile` exists.
+#
+#
+# Extensions
+# ==========
+#
+# Try to import optional extensions::
+
+try:
+    import pylit_elisp
+except ImportError:
+    pass
+
+
+# Converter Classes
+# =================
+#
+# The converter classes implement a simple state machine to separate and
+# transform documentation and code blocks. For this task, only a very limited
+# parsing is needed. PyLit's parser assumes:
+#
+# * `indented literal blocks`_ in a text source are code blocks.
+#
+# * comment blocks in a code source where every line starts with a matching
+#   comment string are documentation blocks.
+#
+# TextCodeConverter
+# -----------------
+# ::
+
+class TextCodeConverter(object):
+    """Parent class for the converters `Text2Code` and `Code2Text`.
+    """
+
+# The parent class defines data attributes and functions used in both
+# `Text2Code`_ converting a text source to executable code source, and
+# `Code2Text`_ converting commented code to a text source.
+#
+# Data attributes
+# ~~~~~~~~~~~~~~~
+#
+# Class default values are fetched from the `defaults`_ object and can be
+# overridden by matching keyword arguments during class instantiation. This
+# also works with keyword arguments to `get_converter`_ and `main`_, as these
+# functions pass on unused keyword args to the instantiation of a converter
+# class. ::
+
+    language = defaults.languages.default
+    comment_strings = defaults.comment_strings
+    comment_string = "" # set in __init__ (if empty)
+    codeindent =  defaults.codeindent
+    header_string = defaults.header_string
+    code_block_markers = defaults.code_block_markers
+    code_block_marker = "" # set in __init__ (if empty)
+    strip = defaults.strip
+    strip_marker = defaults.strip_marker
+    add_missing_marker = defaults.add_missing_marker
+    directive_option_regexp = re.compile(r' +:(\w|[-._+:])+:( |$)')
+    state = "" # type of current block, see `TextCodeConverter.convert`_
+
+# Interface methods
+# ~~~~~~~~~~~~~~~~~
+#
+# .. _TextCodeConverter.__init__:
+#
+# __init__
+# """"""""
+#
+# Initialising sets the `data` attribute, an iterable object yielding lines of
+# the source to convert. [#]_
+#
+# .. [#] The most common choice of data is a `file` object with the text
+#        or code source.
+#
+#        To convert a string into a suitable object, use its splitlines method
+#        like ``"2 lines\nof source".splitlines(True)``.
+#
+#
+# Additional keyword arguments are stored as instance variables,
+# overwriting the class defaults::
+
+    def __init__(self, data, **keyw):
+        """data   --  iterable data object
+                      (list, file, generator, string, ...)
+           **keyw --  remaining keyword arguments are
+                      stored as data-attributes
+        """
+        self.data = data
+        self.__dict__.update(keyw)
+
+# If empty, `code_block_marker` and `comment_string` are set according
+# to the `language`::
+
+        if not self.code_block_marker:
+            self.code_block_marker = self.code_block_markers[self.language]
+        if not self.comment_string:
+            self.comment_string = self.comment_strings[self.language]
+        self.stripped_comment_string = self.comment_string.rstrip()
+
+# Pre- and postprocessing filters are set (with
+# `TextCodeConverter.get_filter`_)::
+
+        self.preprocessor = self.get_filter("preprocessors", self.language)
+        self.postprocessor = self.get_filter("postprocessors", self.language)
+
+# .. _inserted into a regular expression:
+#
+# Finally, a regular_expression for the `code_block_marker` is compiled
+# to find valid cases of `code_block_marker` in a given line and return
+# the groups: ``\1 prefix, \2 code_block_marker, \3 remainder`` ::
+
+        marker = self.code_block_marker
+        if marker == '::':
+            # the default marker may occur at the end of a text line
+            self.marker_regexp = re.compile('^( *(?!\.\.).*)(::)([ \n]*)$')
+        else:
+            # marker must be on a separate line
+            self.marker_regexp = re.compile('^( *)(%s)(.*\n?)$' % marker)
+
+# .. _TextCodeConverter.__iter__:
+#
+# __iter__
+# """"""""
+#
+# Return an iterator for the instance. Iteration yields lines of converted
+# data.
+#
+# The iterator is a chain of iterators acting on `self.data` that does
+#
+# * preprocessing
+# * text<->code format conversion
+# * postprocessing
+#
+# Pre- and postprocessing are only performed, if filters for the current
+# language are registered in `defaults.preprocessors`_ and|or
+# `defaults.postprocessors`_. The filters must accept an iterable as first
+# argument and yield the processed input data line-wise.
+# ::
+
+    def __iter__(self):
+        """Iterate over input data source and yield converted lines
+        """
+        return self.postprocessor(self.convert(self.preprocessor(self.data)))
+
+
+# .. _TextCodeConverter.__call__:
+#
+# __call__
+# """"""""
+# The special `__call__` method allows the use of class instances as callable
+# objects. It returns the converted data as list of lines::
+
+    def __call__(self):
+        """Iterate over state-machine and return results as list of lines"""
+        return [line for line in self]
+
+
+# .. _TextCodeConverter.__str__:
+#
+# __str__
+# """""""
+# Return converted data as string::
+
+    def __str__(self):
+        return "".join(self())
+
+
+# Helpers and convenience methods
+# ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+#
+# .. _TextCodeConverter.convert:
+#
+# convert
+# """""""
+#
+# The `convert` method generates an iterator that does the actual  code <-->
+# text format conversion. The converted data is yielded line-wise and the
+# instance's `status` argument indicates whether the current line is "header",
+# "documentation", or "code_block"::
+
+    def convert(self, lines):
+        """Iterate over lines of a program document and convert
+        between "text" and "code" format
+        """
+
+# Initialise internal data arguments. (Done here, so that every new iteration
+# re-initialises them.)
+#
+# `state`
+#   the "type" of the currently processed block of lines. One of
+#
+#   :"":              initial state: check for header,
+#   :"header":        leading code block: strip `header_string`,
+#   :"documentation": documentation part: comment out,
+#   :"code_block":    literal blocks containing source code: unindent.
+#
+# ::
+
+        self.state = ""
+
+# `_codeindent`
+#   * Do not confuse the internal attribute `_codeindent` with the configurable
+#     `codeindent` (without the leading underscore).
+#   * `_codeindent` is set in `Text2Code.code_block_handler`_ to the indent of
+#     first non-blank "code_block" line and stripped from all "code_block" lines
+#     in the text-to-code conversion,
+#   * `codeindent` is set in `__init__` to `defaults.codeindent`_ and added to
+#     "code_block" lines in the code-to-text conversion.
+#
+# ::
+
+        self._codeindent = 0
+
+# `_textindent`
+#   * set by `Text2Code.documentation_handler`_ to the minimal indent of a
+#     documentation block,
+#   * used in `Text2Code.set_state`_ to find the end of a code block.
+#
+# ::
+
+        self._textindent = 0
+
+# `_add_code_block_marker`
+#   If the last paragraph of a documentation block does not end with a
+#   code_block_marker_, it should be added (otherwise, the back-conversion
+#   fails.).
+#
+#   `_add_code_block_marker` is set by `Code2Text.documentation_handler`_
+#   and evaluated by `Code2Text.code_block_handler`_, because the
+#   documentation_handler does not know whether the next block will be
+#   documentation (with no need for a code_block_marker) or a code block.
+#
+# ::
+
+        self._add_code_block_marker = False
+
+
+
+# Determine the state of the block and convert with the matching "handler"::
+
+        for block in collect_blocks(expandtabs_filter(lines)):
+            self.set_state(block)
+            for line in getattr(self, self.state+"_handler")(block):
+                yield line
+
+
+# .. _TextCodeConverter.get_filter:
+#
+# get_filter
+# """"""""""
+# ::
+
+    def get_filter(self, filter_set, language):
+        """Return language specific filter"""
+        if self.__class__ == Text2Code:
+            key = "text2"+language
+        elif self.__class__ == Code2Text:
+            key = language+"2text"
+        else:
+            key = ""
+        try:
+            return getattr(defaults, filter_set)[key]
+        except (AttributeError, KeyError):
+            # print("there is no %r filter in %r"%(key, filter_set))
+            pass
+        return identity_filter
+
+
+# get_indent
+# """"""""""
+# Return the number of leading spaces in `line`::
+
+    def get_indent(self, line):
+        """Return the indentation of `string`.
+        """
+        return len(line) - len(line.lstrip())
+
+
+# Text2Code
+# ---------
+#
+# The `Text2Code` converter separates *code-blocks* [#]_ from *documentation*.
+# Code blocks are unindented, documentation is commented (or filtered, if the
+# ``strip`` option is True).
+#
+# .. [#] Only `indented literal blocks`_ are considered code-blocks. `quoted
+#        literal blocks`_, `parsed-literal blocks`_, and `doctest blocks`_ are
+#        treated as part of the documentation. This allows the inclusion of
+#        examples:
+#
+#           >>> 23 + 3
+#           26
+#
+#        Mark that there is no double colon before the doctest block in the
+#        text source.
+#
+# The class inherits the interface and helper functions from
+# TextCodeConverter_ and adds functions specific to the text-to-code format
+# conversion::
+
+class Text2Code(TextCodeConverter):
+    """Convert a (reStructured) text source to code source
+    """
+
+# .. _Text2Code.set_state:
+#
+# set_state
+# ~~~~~~~~~
+# ::
+
+    def set_state(self, block):
+        """Determine state of `block`. Set `self.state`
+        """
+
+# `set_state` is used inside an iteration. Hence, if we are out of data, a
+# StopItertion exception should be raised::
+
+        if not block:
+            raise StopIteration
+
+# The new state depends on the active state (from the last block) and
+# features of the current block. It is either "header", "documentation", or
+# "code_block".
+#
+# If the current state is "" (first block), check for
+# the  `header_string` indicating a leading code block::
+
+        if self.state == "":
+            # print("set state for %r"%block)
+            if block[0].startswith(self.header_string):
+                self.state = "header"
+            else:
+                self.state = "documentation"
+
+# If the current state is "documentation", the next block is also
+# documentation. The end of a documentation part is detected in the
+# `Text2Code.documentation_handler`_::
+
+        # elif self.state == "documentation":
+        #    self.state = "documentation"
+
+# A "code_block" ends with the first less indented, non-blank line.
+# `_textindent` is set by the documentation handler to the indent of the
+# preceding documentation block::
+
+        elif self.state in ["code_block", "header"]:
+            indents = [self.get_indent(line) for line in block
+                       if line.rstrip()]
+            # print("set_state:", indents, self._textindent)
+            if indents and min(indents) <= self._textindent:
+                self.state = 'documentation'
+            else:
+                self.state = 'code_block'
+
+# TODO: (or not to do?) insert blank line before the first line with too-small
+# codeindent using self.ensure_trailing_blank_line(lines, line) (would need
+# split and push-back of the documentation part)?
+#
+# .. _Text2Code.header_handler:
+#
+# header_handler
+# ~~~~~~~~~~~~~~
+#
+# Sometimes code needs to remain on the first line(s) of the document to be
+# valid. The most common example is the "shebang" line that tells a POSIX
+# shell how to process an executable file::
+
+#!/usr/bin/env python
+
+# In Python, the special comment to indicate the encoding, e.g.
+# ``# -*- coding: iso-8859-1 -*-``, must occur before any other comment
+# or code too.
+#
+# If we want to keep the line numbers in sync for text and code source, the
+# reStructured Text markup for these header lines must start at the same line
+# as the first header line. Therefore, header lines could not be marked as
+# literal block (this would require the ``::`` and an empty line above the
+# code_block).
+#
+# OTOH, a comment may start at the same line as the comment marker and it
+# includes subsequent indented lines. Comments are visible in the reStructured
+# Text source but hidden in the pretty-printed output.
+#
+# With a header converted to comment in the text source, everything before
+# the first documentation block (i.e. before the first paragraph using the
+# matching comment string) will be hidden away (in HTML or PDF output).
+#
+# This seems a good compromise, the advantages
+#
+# * line numbers are kept
+# * the "normal" code_block conversion rules (indent/unindent by `codeindent` apply
+# * greater flexibility: you can hide a repeating header in a project
+#   consisting of many source files.
+#
+# set off the disadvantages
+#
+# - it may come as surprise if a part of the file is not "printed",
+# - one more syntax element to learn for rst newbies to start with pylit,
+#   (however, starting from the code source, this will be auto-generated)
+#
+# In the case that there is no matching comment at all, the complete code
+# source will become a comment -- however, in this case it is not very likely
+# the source is a literate document anyway.
+#
+# If needed for the documentation, it is possible to quote the header in (or
+# after) the first documentation block, e.g. as `parsed literal`.
+# ::
+
+    def header_handler(self, lines):
+        """Format leading code block"""
+        # strip header string from first line
+        lines[0] = lines[0].replace(self.header_string, "", 1)
+        # yield remaining lines formatted as code-block
+        for line in self.code_block_handler(lines):
+            yield line
+
+
+# .. _Text2Code.documentation_handler:
+#
+# documentation_handler
+# ~~~~~~~~~~~~~~~~~~~~~
+#
+# The 'documentation' handler processes everything that is not recognised as
+# "code_block". Documentation is quoted with `self.comment_string`
+# (or filtered with `--strip=True`).
+#
+# If end-of-documentation marker is detected,
+#
+# * set state to 'code_block'
+# * set `self._textindent` (needed by `Text2Code.set_state`_ to find the
+#   next "documentation" block)
+#
+# ::
+
+    def documentation_handler(self, lines):
+        """Convert documentation blocks from text to code format
+        """
+        for line in lines:
+            # test lines following the code-block marker for false positives
+            if (self.state == "code_block" and line.rstrip()
+                and not self.directive_option_regexp.search(line)):
+                self.state = "documentation"
+            # test for end of documentation block
+            if self.marker_regexp.search(line):
+                self.state = "code_block"
+                self._textindent = self.get_indent(line)
+            # yield lines
+            if self.strip:
+                continue
+            # do not comment blank lines preceding a code block
+            if self.state == "code_block" and not line.rstrip():
+                yield line
+            else:
+                yield self.comment_string + line
+
+
+
+
+# .. _Text2Code.code_block_handler:
+#
+# code_block_handler
+# ~~~~~~~~~~~~~~~~~~
+#
+# The "code_block" handler is called with an indented literal block. It
+# removes leading whitespace up to the indentation of the first code line in
+# the file (this deviation from Docutils behaviour allows indented blocks of
+# Python code). ::
+
+    def code_block_handler(self, block):
+        """Convert indented literal blocks to source code format
+        """
+
+# If still unset, determine the indentation of code blocks from first non-blank
+# code line::
+
+        if self._codeindent == 0:
+            self._codeindent = self.get_indent(block[0])
+
+# Yield unindented lines after check whether we can safely unindent. If the
+# line is less indented then `_codeindent`, something got wrong. ::
+
+        for line in block:
+            if line.lstrip() and self.get_indent(line) < self._codeindent:
+                raise ValueError("code block contains line less indented "
+                      "than %d spaces \n%r" % (self._codeindent, block))
+            yield line.replace(" "*self._codeindent, "", 1)
+
+
+# Code2Text
+# ---------
+#
+# The `Code2Text` converter does the opposite of `Text2Code`_ -- it processes
+# a source in "code format" (i.e. in a programming language), extracts
+# documentation from comment blocks, and puts program code in literal blocks.
+#
+# The class inherits the interface and helper functions from
+# TextCodeConverter_ and adds functions specific to the text-to-code  format
+# conversion::
+
+class Code2Text(TextCodeConverter):
+    """Convert code source to text source
+    """
+
+# set_state
+# ~~~~~~~~~
+#
+# Check if block is "header", "documentation", or "code_block":
+#
+# A paragraph is "documentation", if every non-blank line starts with a
+# matching comment string (including whitespace except for commented blank
+# lines) ::
+
+    def set_state(self, block):
+        """Determine state of `block`."""
+        for line in block:
+            # skip documentation lines (commented, blank or blank comment)
+            if (line.startswith(self.comment_string)
+                or not line.rstrip()
+                or line.rstrip() == self.comment_string.rstrip()
+               ):
+                continue
+            # non-commented line found:
+            if self.state == "":
+                self.state = "header"
+            else:
+                self.state = "code_block"
+            break
+        else:
+            # no code line found
+            # keep state if the block is just a blank line
+            # if len(block) == 1 and self._is_blank_codeline(line):
+            #     return
+            self.state = "documentation"
+
+
+# header_handler
+# ~~~~~~~~~~~~~~
+#
+# Handle a leading code block. (See `Text2Code.header_handler`_ for a
+# discussion of the "header" state.) ::
+
+    def header_handler(self, lines):
+        """Format leading code block"""
+        if self.strip == True:
+            return
+        # get iterator over the lines that formats them as code-block
+        lines = iter(self.code_block_handler(lines))
+        # prepend header string to first line
+        yield self.header_string + lines.next()
+        # yield remaining lines
+        for line in lines:
+            yield line
+
+# .. _Code2Text.documentation_handler:
+#
+# documentation_handler
+# ~~~~~~~~~~~~~~~~~~~~~
+#
+# The *documentation state* handler converts a comment to a documentation
+# block by stripping the leading `comment string` from every line::
+
+    def documentation_handler(self, block):
+        """Uncomment documentation blocks in source code
+        """
+
+# Strip comment strings::
+
+        lines = [self.uncomment_line(line) for line in block]
+
+# If the code block is stripped, the literal marker would lead to an
+# error when the text is converted with Docutils. Strip it as well. ::
+
+        if self.strip or self.strip_marker:
+            self.strip_code_block_marker(lines)
+
+# Otherwise, check for the `code_block_marker`_ at the end of the
+# documentation block (skipping directive options that might follow it)::
+
+        elif self.add_missing_marker:
+            for line in lines[::-1]:
+                if self.marker_regexp.search(line):
+                    self._add_code_block_marker = False
+                    break
+                if (line.rstrip() and
+                    not self.directive_option_regexp.search(line)):
+                    self._add_code_block_marker = True
+                    break
+            else:
+                self._add_code_block_marker = True
+
+# Yield lines::
+
+        for line in lines:
+            yield line
+
+# uncomment_line
+# ~~~~~~~~~~~~~~
+#
+# Return documentation line after stripping comment string. Consider the
+# case that a blank line has a comment string without trailing whitespace::
+
+    def uncomment_line(self, line):
+        """Return uncommented documentation line"""
+        line = line.replace(self.comment_string, "", 1)
+        if line.rstrip() == self.stripped_comment_string:
+            line = line.replace(self.stripped_comment_string, "", 1)
+        return line
+
+# .. _Code2Text.code_block_handler:
+#
+# code_block_handler
+# ~~~~~~~~~~~~~~~~~~
+#
+# The `code_block` handler returns the code block as indented literal
+# block (or filters it, if ``self.strip == True``). The amount of the code
+# indentation is controlled by `self.codeindent` (default 2).  ::
+
+    def code_block_handler(self, lines):
+        """Covert code blocks to text format (indent or strip)
+        """
+        if self.strip == True:
+            return
+        # eventually insert transition marker
+        if self._add_code_block_marker:
+            self.state = "documentation"
+            yield self.code_block_marker + "\n"
+            yield "\n"
+            self._add_code_block_marker = False
+            self.state = "code_block"
+        for line in lines:
+            yield " "*self.codeindent + line
+
+
+
+# strip_code_block_marker
+# ~~~~~~~~~~~~~~~~~~~~~~~
+#
+# Replace the literal marker with the equivalent of Docutils replace rules
+#
+# * strip ``::``-line (and preceding blank line) if on a line on its own
+# * strip ``::`` if it is preceded by whitespace.
+# * convert ``::`` to a single colon if preceded by text
+#
+# `lines` is a list of documentation lines (with a trailing blank line).
+# It is modified in-place::
+
+    def strip_code_block_marker(self, lines):
+        try:
+            line = lines[-2]
+        except IndexError:
+            return # just one line (no trailing blank line)
+
+        # match with regexp: `match` is None or has groups
+        # \1 leading text, \2 code_block_marker, \3 remainder
+        match = self.marker_regexp.search(line)
+
+        if not match:                 # no code_block_marker present
+            return
+        if not match.group(1):        # `code_block_marker` on an extra line
+            del(lines[-2])
+            # delete preceding line if it is blank
+            if len(lines) >= 2 and not lines[-2].lstrip():
+                del(lines[-2])
+        elif match.group(1).rstrip() < match.group(1):
+            # '::' follows whitespace
+            lines[-2] = match.group(1).rstrip() + match.group(3)
+        else:                         # '::' follows text
+            lines[-2] = match.group(1).rstrip() + ':' + match.group(3)
+
+# Filters
+# =======
+#
+# Filters allow pre- and post-processing of the data to bring it in a format
+# suitable for the "normal" text<->code conversion. An example is conversion
+# of `C` ``/*`` ``*/`` comments into C++ ``//`` comments (and back).
+# Another example is the conversion of `C` ``/*`` ``*/`` comments into C++
+# ``//`` comments (and back).
+#
+# Filters are generator functions that return an iterator acting on a
+# `data` iterable and yielding processed `data` lines.
+#
+# identity_filter
+# ---------------
+#
+# The most basic filter is the identity filter, that returns its argument as
+# iterator::
+
+def identity_filter(data):
+    """Return data iterator without any processing"""
+    return iter(data)
+
+# expandtabs_filter
+# -----------------
+#
+# Expand hard-tabs in every line of `data` (cf. `str.expandtabs`).
+#
+# This filter is applied to the input data by `TextCodeConverter.convert`_ as
+# hard tabs can lead to errors when the indentation is changed. ::
+
+def expandtabs_filter(data):
+    """Yield data tokens with hard-tabs expanded"""
+    for line in data:
+        yield line.expandtabs()
+
+
+# collect_blocks
+# --------------
+#
+# A filter to aggregate "paragraphs" (blocks separated by blank
+# lines). Yields lists of lines::
+
+def collect_blocks(lines):
+    """collect lines in a list
+
+    yield list for each paragraph, i.e. block of lines separated by a
+    blank line (whitespace only).
+
+    Trailing blank lines are collected as well.
+    """
+    blank_line_reached = False
+    block = []
+    for line in lines:
+        if blank_line_reached and line.rstrip():
+            yield block
+            blank_line_reached = False
+            block = [line]
+            continue
+        if not line.rstrip():
+            blank_line_reached = True
+        block.append(line)
+    yield block
+
+
+
+# dumb_c_preprocessor
+# -------------------
+#
+# This is a basic filter to convert `C` to `C++` comments. Works line-wise and
+# only converts lines that
+#
+# * start with "/\* " and end with " \*/" (followed by whitespace only)
+#
+# A more sophisticated version would also
+#
+# * convert multi-line comments
+#
+#   + Keep indentation or strip 3 leading spaces?
+#
+# * account for nested comments
+#
+# * only convert comments that are separated from code by a blank line
+#
+# ::
+
+def dumb_c_preprocessor(data):
+    """change `C` ``/* `` `` */`` comments into C++ ``// `` comments"""
+    comment_string = defaults.comment_strings["c++"]
+    boc_string = "/* "
+    eoc_string = " */"
+    for line in data:
+        if (line.startswith(boc_string)
+            and line.rstrip().endswith(eoc_string)
+           ):
+            line = line.replace(boc_string, comment_string, 1)
+            line = "".join(line.rsplit(eoc_string, 1))
+        yield line
+
+# Unfortunately, the `replace` method of strings does not support negative
+# numbers for the `count` argument:
+#
+#   >>> "foo */ baz */ bar".replace(" */", "", -1) == "foo */ baz bar"
+#   False
+#
+# However, there is the `rsplit` method, that can be used together with `join`:
+#
+#   >>> "".join("foo */ baz */ bar".rsplit(" */", 1)) == "foo */ baz bar"
+#   True
+#
+# dumb_c_postprocessor
+# --------------------
+#
+# Undo the preparations by the dumb_c_preprocessor and re-insert valid comment
+# delimiters ::
+
+def dumb_c_postprocessor(data):
+    """change C++ ``// `` comments into `C` ``/* `` `` */`` comments"""
+    comment_string = defaults.comment_strings["c++"]
+    boc_string = "/* "
+    eoc_string = " */"
+    for line in data:
+        if line.rstrip() == comment_string.rstrip():
+            line = line.replace(comment_string, "", 1)
+        elif line.startswith(comment_string):
+            line = line.replace(comment_string, boc_string, 1)
+            line = line.rstrip() + eoc_string + "\n"
+        yield line
+
+
+# register filters
+# ----------------
+#
+# ::
+
+defaults.preprocessors['c2text'] = dumb_c_preprocessor
+defaults.preprocessors['css2text'] = dumb_c_preprocessor
+defaults.postprocessors['text2c'] = dumb_c_postprocessor
+defaults.postprocessors['text2css'] = dumb_c_postprocessor
+
+
+# Command line use
+# ================
+#
+# Using this script from the command line will convert a file according to its
+# extension. This default can be overridden by a couple of options.
+#
+# Dual source handling
+# --------------------
+#
+# How to determine which source is up-to-date?
+# ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+#
+# - set modification date of `outfile` to the one of `infile`
+#
+#   Points out that the source files are 'synchronised'.
+#
+#   * Are there problems to expect from "backdating" a file? Which?
+#
+#     Looking at http://www.unix.com/showthread.php?t=20526, it seems
+#     perfectly legal to set `mtime` (while leaving `ctime`) as `mtime` is a
+#     description of the "actuality" of the data in the file.
+#
+#   * Should this become a default or an option?
+#
+# - alternatively move input file to a backup copy (with option: `--replace`)
+#
+# - check modification date before overwriting
+#   (with option: `--overwrite=update`)
+#
+# - check modification date before editing (implemented as `Jed editor`_
+#   function `pylit_check()` in `pylit.sl`_)
+#
+# .. _Jed editor: http://www.jedsoft.org/jed/
+# .. _pylit.sl: http://jedmodes.sourceforge.net/mode/pylit/
+#
+# Recognised Filename Extensions
+# ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+#
+# Instead of defining a new extension for "pylit" literate programs,
+# by default ``.txt`` will be appended for the text source and stripped by
+# the conversion to the code source. I.e. for a Python program foo:
+#
+# * the code source is called ``foo.py``
+# * the text source is called ``foo.py.txt``
+# * the html rendering is called ``foo.py.html``
+#
+#
+# OptionValues
+# ------------
+#
+# The following class adds `as_dict`_, `complete`_ and `__getattr__`_
+# methods to `optparse.Values`::
+
+class OptionValues(optparse.Values):
+
+# .. _OptionValues.as_dict:
+#
+# as_dict
+# ~~~~~~~
+#
+# For use as keyword arguments, it is handy to have the options in a
+# dictionary. `as_dict` returns a copy of the instances object dictionary::
+
+    def as_dict(self):
+        """Return options as dictionary object"""
+        return self.__dict__.copy()
+
+# .. _OptionValues.complete:
+#
+# complete
+# ~~~~~~~~
+#
+# ::
+
+    def complete(self, **keyw):
+        """
+        Complete the option values with keyword arguments.
+
+        Do not overwrite existing values. Only use arguments that do not
+        have a corresponding attribute in `self`,
+        """
+        for key in keyw:
+            if not self.__dict__.__contains__(key):
+                setattr(self, key, keyw[key])
+
+# .. _OptionValues.__getattr__:
+#
+# __getattr__
+# ~~~~~~~~~~~
+#
+# To replace calls using ``options.ensure_value("OPTION", None)`` with the
+# more concise ``options.OPTION``, we define `__getattr__` [#]_ ::
+
+    def __getattr__(self, name):
+        """Return default value for non existing options"""
+        return None
+
+
+# .. [#] The special method `__getattr__` is only called when an attribute
+#        look-up has not found the attribute in the usual places (i.e. it is
+#        not an instance attribute nor is it found in the class tree for
+#        self).
+#
+#
+# PylitOptions
+# ------------
+#
+# The `PylitOptions` class comprises an option parser and methods for parsing
+# and completion of command line options::
+
+class PylitOptions(object):
+    """Storage and handling of command line options for pylit"""
+
+# Instantiation
+# ~~~~~~~~~~~~~
+#
+# ::
+
+    def __init__(self):
+        """Set up an `OptionParser` instance for pylit command line options
+
+        """
+        p = optparse.OptionParser(usage=main.__doc__, version=_version)
+
+        # Conversion settings
+
+        p.add_option("-c", "--code2txt", dest="txt2code", action="store_false",
+                     help="convert code source to text source")
+        p.add_option("-t", "--txt2code", action="store_true",
+                     help="convert text source to code source")
+        p.add_option("--language",
+                     choices = list(defaults.languages.values()),
+                     help="use LANGUAGE native comment style")
+        p.add_option("--comment-string", dest="comment_string",
+                     help="documentation block marker in code source "
+                     "(including trailing whitespace, "
+                     "default: language dependent)")
+        p.add_option("-m", "--code-block-marker", dest="code_block_marker",
+                     help="syntax token starting a code block. (default '::')")
+        p.add_option("--codeindent", type="int",
+                     help="Number of spaces to indent code blocks with "
+                     "text2code (default %d)" % defaults.codeindent)
+
+        # Output file handling
+
+        p.add_option("--overwrite", action="store",
+                     choices = ["yes", "update", "no"],
+                     help="overwrite output file (default 'update')")
+        p.add_option("--replace", action="store_true",
+                     help="move infile to a backup copy (appending '~')")
+        p.add_option("-s", "--strip", action="store_true",
+                     help='"export" by stripping documentation or code')
+
+        # Special actions
+
+        p.add_option("-d", "--diff", action="store_true",
+                     help="test for differences to existing file")
+        p.add_option("--doctest", action="store_true",
+                     help="run doctest.testfile() on the text version")
+        p.add_option("-e", "--execute", action="store_true",
+                     help="execute code (Python only)")
+
+        self.parser = p
+
+# .. _PylitOptions.parse_args:
+#
+# parse_args
+# ~~~~~~~~~~
+#
+# The `parse_args` method calls the `optparse.OptionParser` on command
+# line or provided args and returns the result as `PylitOptions.Values`
+# instance. Defaults can be provided as keyword arguments::
+
+    def parse_args(self, args=sys.argv[1:], **keyw):
+        """parse command line arguments using `optparse.OptionParser`
+
+           parse_args(args, **keyw) -> OptionValues instance
+
+            args --  list of command line arguments.
+            keyw --  keyword arguments or dictionary of option defaults
+        """
+        # parse arguments
+        (values, args) = self.parser.parse_args(args, OptionValues(keyw))
+        # Convert FILE and OUTFILE positional args to option values
+        # (other positional arguments are ignored)
+        try:
+            values.infile = args[0]
+            values.outfile = args[1]
+        except IndexError:
+            pass
+
+        return values
+
+# .. _PylitOptions.complete_values:
+#
+# complete_values
+# ~~~~~~~~~~~~~~~
+#
+# Complete an OptionValues instance `values`.  Use module-level defaults and
+# context information to set missing option values to sensible defaults (if
+# possible) ::
+
+    def complete_values(self, values):
+        """complete option values with module and context sensible defaults
+
+        x.complete_values(values) -> values
+        values -- OptionValues instance
+        """
+
+# Complete with module-level defaults_::
+
+        values.complete(**defaults.__dict__)
+
+# Ensure infile is a string::
+
+        values.ensure_value("infile", "")
+
+# Guess conversion direction from `infile` filename::
+
+        if values.txt2code is None:
+            in_extension = os.path.splitext(values.infile)[1]
+            if in_extension in values.text_extensions:
+                values.txt2code = True
+            elif in_extension in values.languages.keys():
+                values.txt2code = False
+
+# Auto-determine the output file name::
+
+        values.ensure_value("outfile", self._get_outfile_name(values))
+
+# Second try: Guess conversion direction from outfile filename::
+
+        if values.txt2code is None:
+            out_extension = os.path.splitext(values.outfile)[1]
+            values.txt2code = not (out_extension in values.text_extensions)
+
+# Set the language of the code::
+
+        if values.txt2code is True:
+            code_extension = os.path.splitext(values.outfile)[1]
+        elif values.txt2code is False:
+            code_extension = os.path.splitext(values.infile)[1]
+        values.ensure_value("language", values.languages[code_extension])
+
+        return values
+
+# _get_outfile_name
+# ~~~~~~~~~~~~~~~~~
+#
+# Construct a matching filename for the output file. The output filename is
+# constructed from `infile` by the following rules:
+#
+# * '-' (stdin) results in '-' (stdout)
+# * strip the `text_extension`_ (txt2code) or
+# * add the `text_extension`_ (code2txt)
+# * fallback: if no guess can be made, add ".out"
+#
+#   .. TODO: use values.outfile_extension if it exists?
+#
+# ::
+
+    def _get_outfile_name(self, values):
+        """Return a matching output filename for `infile`
+        """
+        # if input is stdin, default output is stdout
+        if values.infile == '-':
+            return '-'
+
+        # Derive from `infile` name: strip or add text extension
+        (base, ext) = os.path.splitext(values.infile)
+        if ext in values.text_extensions:
+            return base # strip
+        if ext in values.languages.keys() or values.txt2code == False:
+            return values.infile + values.text_extensions[0] # add
+        # give up
+        return values.infile + ".out"
+
+# .. _PylitOptions.__call__:
+#
+# __call__
+# ~~~~~~~~
+#
+# The special `__call__` method allows to use PylitOptions instances as
+# *callables*: Calling an instance parses the argument list to extract option
+# values and completes them based on "context-sensitive defaults".  Keyword
+# arguments are passed to `PylitOptions.parse_args`_ as default values. ::
+
+    def __call__(self, args=sys.argv[1:], **keyw):
+        """parse and complete command line args return option values
+        """
+        values = self.parse_args(args, **keyw)
+        return self.complete_values(values)
+
+
+
+# Helper functions
+# ----------------
+#
+# open_streams
+# ~~~~~~~~~~~~
+#
+# Return file objects for in- and output. If the input path is missing,
+# write usage and abort. (An alternative would be to use stdin as default.
+# However,  this leaves the uninitiated user with a non-responding application
+# if (s)he just tries the script without any arguments) ::
+
+def open_streams(infile = '-', outfile = '-', overwrite='update', **keyw):
+    """Open and return the input and output stream
+
+    open_streams(infile, outfile) -> (in_stream, out_stream)
+
+    in_stream   --  open(infile) or sys.stdin
+    out_stream  --  open(outfile) or sys.stdout
+    overwrite   --  'yes': overwrite eventually existing `outfile`,
+                    'update': fail if the `outfile` is newer than `infile`,
+                    'no': fail if `outfile` exists.
+
+                    Irrelevant if `outfile` == '-'.
+    """
+    if not infile:
+        strerror = "Missing input file name ('-' for stdin; -h for help)"
+        raise IOError((2, strerror, infile))
+    if infile == '-':
+        in_stream = sys.stdin
+    else:
+        in_stream = io.open(infile, 'r', encoding='utf-8')
+
+    if outfile == '-':
+        out_stream = sys.stdout
+    elif overwrite == 'no' and os.path.exists(outfile):
+        raise IOError((1, "Output file exists!", outfile))
+    elif overwrite == 'update' and is_newer(outfile, infile):
+        raise IOError((1, "Output file is newer than input file!", outfile))
+    else:
+        out_stream = io.open(outfile, 'w', encoding='utf-8')
+    return (in_stream, out_stream)
+
+# is_newer
+# ~~~~~~~~
+#
+# ::
+
+def is_newer(path1, path2):
+    """Check if `path1` is newer than `path2` (using mtime)
+
+    Compare modification time of files at path1 and path2.
+
+    Non-existing files are considered oldest: Return False if path1 does not
+    exist and True if path2 does not exist.
+
+    Return None for equal modification time. (This evaluates to False in a
+    Boolean context but allows a test for equality.)
+
+    """
+    try:
+        mtime1 = os.path.getmtime(path1)
+    except OSError:
+        mtime1 = -1
+    try:
+        mtime2 = os.path.getmtime(path2)
+    except OSError:
+        mtime2 = -1
+    # print("mtime1", mtime1, path1, "\n", "mtime2", mtime2, path2)
+
+    if mtime1 == mtime2:
+        return None
+    return mtime1 > mtime2
+
+
+# get_converter
+# ~~~~~~~~~~~~~
+#
+# Get an instance of the converter state machine::
+
+def get_converter(data, txt2code=True, **keyw):
+    if txt2code:
+        return Text2Code(data, **keyw)
+    else:
+        return Code2Text(data, **keyw)
+
+
+# Use cases
+# ---------
+#
+# run_doctest
+# ~~~~~~~~~~~
+# ::
+
+def run_doctest(infile="-", txt2code=True,
+                globs={}, verbose=False, optionflags=0, **keyw):
+    """run doctest on the text source
+    """
+
+# Allow imports from the current working dir by prepending an empty string to
+# sys.path (see doc of sys.path())::
+
+    sys.path.insert(0, '')
+
+# Import classes from the doctest module::
+
+    from doctest import DocTestParser, DocTestRunner
+
+# Read in source. Make sure it is in text format, as tests in comments are not
+# found by doctest::
+
+    (data, out_stream) = open_streams(infile, "-")
+    if txt2code is False:
+        keyw.update({'add_missing_marker': False})
+        converter = Code2Text(data, **keyw)
+        docstring = str(converter)
+    else:
+        docstring = data.read()
+
+# decode doc string if there is a "magic comment" in the first or second line
+# (http://docs.python.org/reference/lexical_analysis.html#encoding-declarations)
+# ::
+
+    firstlines = ' '.join(docstring.splitlines()[:2])
+    match = re.search('coding[=:]\s*([-\w.]+)', firstlines)
+    if match:
+        docencoding = match.group(1)
+        docstring = docstring.decode(docencoding)
+
+# Use the doctest Advanced API to run all doctests in the source text::
+
+    test = DocTestParser().get_doctest(docstring, globs, name="",
+                                       filename=infile, lineno=0)
+    runner = DocTestRunner(verbose, optionflags)
+    runner.run(test)
+    runner.summarize
+    # give feedback also if no failures occurred
+    if not runner.failures:
+        print("%d failures in %d tests"%(runner.failures, runner.tries))
+    return runner.failures, runner.tries
+
+
+# diff
+# ~~~~
+#
+# ::
+
+def diff(infile='-', outfile='-', txt2code=True, **keyw):
+    """Report differences between converted infile and existing outfile
+
+    If outfile does not exist or is '-', do a round-trip conversion and
+    report differences.
+    """
+
+    import difflib
+
+    instream = open(infile)
+    # for diffing, we need a copy of the data as list::
+    data = instream.readlines()
+    # convert
+    converter = get_converter(data, txt2code, **keyw)
+    new = converter()
+
+    if outfile != '-' and os.path.exists(outfile):
+        outstream = open(outfile)
+        old = outstream.readlines()
+        oldname = outfile
+        newname = "<conversion of %s>"%infile
+    else:
+        old = data
+        oldname = infile
+        # back-convert the output data
+        converter = get_converter(new, not txt2code)
+        new = converter()
+        newname = "<round-conversion of %s>"%infile
+
+    # find and print the differences
+    is_different = False
+    # print(type(old), old)
+    # print(type(new), new)
+    delta = difflib.unified_diff(old, new,
+    # delta = difflib.unified_diff(["heute\n", "schon\n"], ["heute\n", "noch\n"],
+                                      fromfile=oldname, tofile=newname)
+    for line in delta:
+        is_different = True
+        print(line, end="")
+    if not is_different:
+        print(oldname)
+        print(newname)
+        print("no differences found")
+    return is_different
+
+
+# execute
+# ~~~~~~~
+#
+# Works only for python code.
+#
+# Does not work with `eval`, as code is not just one expression. ::
+
+def execute(infile="-", txt2code=True, **keyw):
+    """Execute the input file. Convert first, if it is a text source.
+    """
+
+    data = open(infile)
+    if txt2code:
+        data = str(Text2Code(data, **keyw))
+    # print("executing " + options.infile)
+    exec(data)
+
+
+# main
+# ----
+#
+# If this script is called from the command line, the `main` function will
+# convert the input (file or stdin) between text and code formats.
+#
+# Option default values for the conversion can be given as keyword arguments
+# to `main`_.  The option defaults will be updated by command line options and
+# extended with "intelligent guesses" by `PylitOptions`_ and passed on to
+# helper functions and the converter instantiation.
+#
+# This allows easy customisation for programmatic use -- just call `main`
+# with the appropriate keyword options, e.g. ``pylit.main(comment_string="## ")``
+#
+# ::
+
+def main(args=sys.argv[1:], **defaults):
+    """%prog [options] INFILE [OUTFILE]
+
+    Convert between (reStructured) text source with embedded code,
+    and code source with embedded documentation (comment blocks)
+
+    The special filename '-' stands for standard in and output.
+    """
+
+# Parse and complete the options::
+
+    options = PylitOptions()(args, **defaults)
+    # print("infile", repr(options.infile))
+
+# Special actions with early return::
+
+    if options.doctest:
+        return run_doctest(**options.as_dict())
+
+    if options.diff:
+        return diff(**options.as_dict())
+
+    if options.execute:
+        return execute(**options.as_dict())
+
+# Open in- and output streams::
+
+    try:
+        (data, out_stream) = open_streams(**options.as_dict())
+    except IOError as ex:
+        print("IOError: %s %s" % (ex.filename, ex.strerror))
+        sys.exit(ex.errno)
+
+# Get a converter instance::
+
+    converter = get_converter(data, **options.as_dict())
+
+# Convert and write to out_stream::
+
+    if sys.version_info[0] == 2:
+        out_stream.write(unicode(converter))
+    else:
+        out_stream.write(str(converter))
+
+    if out_stream is not sys.stdout:
+        print("extract written to", out_stream.name)
+        out_stream.close()
+
+# If input and output are from files, set the modification time (`mtime`) of
+# the output file to the one of the input file to indicate that the contained
+# information is equal. [#]_ ::
+
+        try:
+            os.utime(options.outfile, (os.path.getatime(options.outfile),
+                                       os.path.getmtime(options.infile))
+                    )
+        except OSError:
+            pass
+
+    ## print("mtime", os.path.getmtime(options.infile),  options.infile)
+    ## print("mtime", os.path.getmtime(options.outfile), options.outfile)
+
+
+# .. [#] Make sure the corresponding file object (here `out_stream`) is
+#        closed, as otherwise the change will be overwritten when `close` is
+#        called afterwards (either explicitly or at program exit).
+#
+#
+# Rename the infile to a backup copy if ``--replace`` is set::
+
+    if options.replace:
+        os.rename(options.infile, options.infile + "~")
+
+
+# Run main, if called from the command line::
+
+if __name__ == '__main__':
+    main()
+
+
+# Open questions
+# ==============
+#
+# Open questions and ideas for further development
+#
+# Clean code
+# ----------
+#
+# * can we gain from using "shutils" over "os.path" and "os"?
+# * use pylint or pyChecker to enforce a consistent style?
+#
+# Options
+# -------
+#
+# * Use templates for the "intelligent guesses" (with Python syntax for string
+#   replacement with dicts: ``"hello %(what)s" % {'what': 'world'}``)
+#
+# * Is it sensible to offer the `header_string` option also as command line
+#   option?
+#
+# treatment of blank lines
+# ------------------------
+#
+# Alternatives: Keep blank lines blank
+#
+# - "never" (current setting) -> "visually merges" all documentation
+#    if there is no interjacent code
+#
+# - "always" -> disrupts documentation blocks,
+#
+# - "if empty" (no whitespace). Comment if there is whitespace.
+#
+#   This would allow non-obstructing markup but unfortunately this is (in
+#   most editors) also non-visible markup.
+#
+# + "if double" (if there is more than one consecutive blank line)
+#
+#   With this handling, the "visual gap" remains in both, text and code
+#   source.
+#
+#
+# Parsing Problems
+# ----------------
+#
+# * Ignore "matching comments" in literal strings?
+#
+#   Too complicated: Would need a specific detection algorithm for every
+#   language that supports multi-line literal strings (C++, PHP, Python)
+#
+# * Warn if a comment in code will become documentation after round-trip?
+#
+#
+# docstrings in code blocks
+# -------------------------
+#
+# * How to handle docstrings in code blocks? (it would be nice to convert them
+#   to rst-text if ``__docformat__ == restructuredtext``)
+#
+# TODO: Ask at Docutils users|developers
+#
+# Plug-ins
+# --------
+#
+# Specify a path for user additions and plug-ins. This would require to
+# convert Pylit from a pure module to a package...
+#
+#   6.4.3 Packages in Multiple Directories
+#
+#   Packages support one more special attribute, __path__. This is initialized
+#   to be a list containing the name of the directory holding the package's
+#   __init__.py before the code in that file is executed. This
+#   variable can be modified; doing so affects future searches for modules and
+#   subpackages contained in the package.
+#
+#   While this feature is not often needed, it can be used to extend the set
+#   of modules found in a package.
+#
+#
+# .. References
+#
+# .. _Docutils: http://docutils.sourceforge.net/
+# .. _Sphinx: http://sphinx.pocoo.org
+# .. _Pygments: http://pygments.org/
+# .. _code-block directive:
+#     http://docutils.sourceforge.net/sandbox/code-block-directive/
+# .. _literal block:
+# .. _literal blocks:
+#     http://docutils.sf.net/docs/ref/rst/restructuredtext.html#literal-blocks
+# .. _indented literal block:
+# .. _indented literal blocks:
+#     http://docutils.sf.net/docs/ref/rst/restructuredtext.html#indented-literal-blocks
+# .. _quoted literal block:
+# .. _quoted literal blocks:
+#     http://docutils.sf.net/docs/ref/rst/restructuredtext.html#quoted-literal-blocks
+# .. _parsed-literal blocks:
+#     http://docutils.sf.net/docs/ref/rst/directives.html#parsed-literal-block
+# .. _doctest block:
+# .. _doctest blocks:
+#     http://docutils.sf.net/docs/ref/rst/restructuredtext.html#doctest-blocks
+#
+# .. _feature request and patch by jrioux:
+#     http://developer.berlios.de/feature/?func=detailfeature&feature_id=4890&group_id=7974
diff --git a/utils/scripts/broken b/utils/scripts/broken
new file mode 100755
index 0000000..2d9fbda
--- /dev/null
+++ b/utils/scripts/broken
@@ -0,0 +1,6 @@
+#!/bin/sh
+
+# Find all BROKENs in the code 
+
+find . -name '*.h' | xargs grep BROKEN
+find . -name '*.cpp' | xargs grep BROKEN
diff --git a/utils/scripts/code-formatting b/utils/scripts/code-formatting
new file mode 100755
index 0000000..595309a
--- /dev/null
+++ b/utils/scripts/code-formatting
@@ -0,0 +1,198 @@
+#!/usr/bin/env python
+#
+# Copyright (C) 2009 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Check and fix coding style in all files (currently very limited)
+#
+# Modified by Chris Richardson, 2013
+#
+# Last changed: 2013-05-10
+#
+
+import os, sys, re, getopt
+
+# Camelcaps exceptions
+camelcaps_exceptions = ["cGq", "dGq",                                                         # ODE solver
+                        "addListener", "addTest", "getRegistry", "makeTest", "wasSuccessful", # cppunit
+                        "tagName", "tagNames", "documentElement", "childNodes",               # doscstrings
+                        "nodeType", "firstChild", "parentNode",                               # docstrings
+                        "doubleArray", "intArray",                                            # swig 
+                        "fatalError", "xmlChar", "xmlNode", "xmlStrcasecmp",                  # libxml2
+                        "startDocument", "endDocument", "startElement", "endElement"]         # libxml2
+
+
+def camelcaps2underscore(word):
+    "Convert fooBar to foo_bar."
+    new_word = ""
+    for c in word:
+        if c.isupper() and len(new_word) > 0:
+            new_word += "_" + c.lower()
+        else:
+            new_word += c
+    return new_word
+
+def check_camelcaps(code):
+    "Check for fooBar (should be foo_bar)"
+    problems=[]
+    for i,line in enumerate(code.split("\n")):
+        if(re.search(r"//",line)):
+            continue
+        words = re.findall(r"\b([a-z]+[A-Z][a-z]+)\b", line)
+        for word in words:
+            if word in camelcaps_exceptions:
+                continue
+            if re.match("vtk",word):
+                continue
+            problems.append("[camelCaps          ] Line %d: %s"%(i+1,line))
+    return code, problems
+
+def check_trailing_whitespace(code):
+    "Remove trailing spaces at end of lines."
+    problems = []
+    lines = []
+    for i,line in enumerate(code.split("\n")):
+        new_line = line.rstrip()
+        lines.append(new_line)
+        if new_line == line:
+            continue
+        problems.append("[trailing whitespace] Line %d: %s"%(i+1,line.replace(" ","_").replace("\r","^M")))
+    new_code = "\n".join(lines)
+    if len(new_code) > 0 and not new_code[-1] == "\n":
+        new_code += "\n"
+    return new_code, problems
+
+def check_tabs(code):
+    "Check for TAB character"
+    problems = []
+    lines =[]
+    for i,line in enumerate(code.split("\n")):
+        if(re.search("\t",line)):
+            problems.append("[tab                ] Line %d: %s"%(i+1,line.replace("\t",r"\t      ")))
+            lines.append(re.sub("\t","        ",line))
+        else:
+            lines.append(line)
+
+    new_code = "\n".join(lines)
+    if len(new_code) > 0 and not new_code[-1] == "\n":
+        new_code += "\n"
+    return new_code, problems
+
+def check_symbol_spacing(code):
+    "Add spaces around +,-,= etc."
+    problems = []
+    for i,line in enumerate(code.split("\n")):
+        if(re.search(r"//",line)):
+            continue
+        words = re.findall(r"\b[=|+|-|==]\b", line)
+        if(len(words)>0):
+            problems.append("[symbol spacing     ] Line %d: %s"%(i,line))
+        words = re.findall(r"\b,\b", line)
+        if(len(words)>0):
+            problems.append("[comma spacing      ] Line %d: %s"%(i,line))
+    return code, problems
+
+def part_of_dolfin(code):
+    "Look for DOLFIN in file"
+    if re.search("DOLFIN",code):
+        return True
+    else:
+        return False
+
+def detect_bad_formatting(filename, opts):
+    """Detect where code formatting appears to be wrong.
+    opts Flags:
+    -c for checking camelCaps
+    -w for checking whitespace
+    -s for checking symbol spacing, i.e. =, +, - etc.
+    -wf to fix whitespace errors
+    """
+
+    # Open file
+    f = open(filename, "r")
+    code = f.read()
+    f.close()
+    
+    if(not part_of_dolfin(code)):
+        problems = ['[part of dolfin     ] Does not contain "DOLFIN" - skipping']
+    else:
+        # Checks
+        problems = []
+        if("-c" in opts):
+            code, p = check_camelcaps(code)
+            problems.extend(p)
+        if("-w" in opts):
+            code, p1 = check_trailing_whitespace(code)
+            problems.extend(p1)
+            code, p2 = check_tabs(code)
+            problems.extend(p2)
+            # Rewrite corrected file (only corrects whitespace errors)
+            if("-f" in opts and (len(p1)!=0 or len(p2)!=0)):
+                problems.append('Rewriting file %s'%filename)
+                f = open(filename, "w")
+                f.write(code)
+                f.close()
+        if("-s" in opts):
+            code, p = check_symbol_spacing(code)
+            problems.extend(p)
+
+    if(len(problems) != 0):
+        print "================================================================================"
+        print filename
+        print "================================================================================"
+        for p in problems:
+            print p
+
+
+def usage(name):
+    print
+    print name," [-c|-w|-s|-f] path"
+    print "\n Check formatting of code in the folders and subfolders of path\n"
+    print " -c check camelCaps"
+    print " -w check white space and tabs"
+    print " -s check symbol spacing"
+    print " -wf fix whitespace errors"
+    print " default: check all"
+
+if __name__ == "__main__":
+    try:
+        opts, args = getopt.getopt(sys.argv[1:], "cwsf")
+    except getopt.GetoptError as err:
+        print str(err) # will print something like "option -a not recognized"
+        usage(sys.argv[0])
+        sys.exit(0)
+
+    if(len(args)==0):
+        usage(sys.argv[0])
+        sys.exit(0)
+    filepath = args[0]
+
+    options=[]
+    for opt, arg in opts:
+        options.append(opt)
+
+    if len(options)==0:
+        options=['-c','-w','-s']
+
+    # Iterate over all source files
+    for root, dirs, files in os.walk(filepath):
+        for file in files:
+            if not file.endswith((".cpp", ".h", ".py", ".i")):
+                continue
+            filename = os.path.join(root, file)
+            detect_bad_formatting(filename, options)
+
diff --git a/utils/scripts/dolfinreplace b/utils/scripts/dolfinreplace
new file mode 100755
index 0000000..ea7b998
--- /dev/null
+++ b/utils/scripts/dolfinreplace
@@ -0,0 +1,141 @@
+#!/usr/bin/python
+#
+# Replace string in dolfin files
+#
+#     dolfinreplace s0 s1 [-sv]
+#
+# Example:
+#
+#     dolfinreplace foo bar
+#
+# Johan Hake, 2008-19-09
+#
+# Modified by Anders Logg 2008, 2014
+
+from os import path
+import glob
+
+# File post fixes to look in
+post_fixes = [".h", ".cpp", ".i", ".tex", ".py", ".rst"]
+
+# Primitive exclusion of some directories
+exclude_patterns = ["build.", "local."]
+
+# Global variables
+count         = 0
+changed_files = 0
+report_lines = []
+dolfin_root   = path.abspath(path.join(path.dirname(path.abspath(__file__)),
+                                       path.pardir, path.pardir))
+
+# Output strings
+post_fix_string = ", ".join( "'%s'"%s for s in post_fixes)
+
+start_str = """Replacing '%s' with '%s' in all %s files..."""
+
+report_str = """
+%d occurences replaced in %d files:
+
+%s
+%s"""
+
+def replace(args, dirname, filenames):
+    """ Replace replaces[0] with replaces[1]
+
+    In all fnames with post fixes in 'post_fixes' replace replaces[0] with replaces[1]
+    """
+    global count, report_lines, changed_files
+    (s0, s1), options = args
+
+    _filenames = filenames[:]
+    for f in _filenames:
+        for exclude in exclude_patterns:
+            if exclude in f:
+                filenames.remove(f)
+
+    for filename in glob.glob(path.join(dirname, options.pattern)):
+        if path.splitext(filename)[1] in post_fixes:
+            fullpath_filename = path.join(dirname,filename)
+            f = open(fullpath_filename, "r")
+            if options.verbose:
+                changed_lines = []
+                lines = f.readlines()
+                num_changed = 0
+                for i, line in enumerate(lines):
+                    num = line.count(s0)
+                    if num>0:
+                        num_changed += num
+                        changed_lines.append(" "*8+line.replace(s0,\
+                                             "\033[4m%s\033[0;0m"%s0).strip())
+                        lines[i] = line.replace(s0, s1)
+                count += num_changed
+                output = "".join(lines)
+            else:
+                input = f.read()
+                num_changed = input.count(s0)
+                count += num_changed
+                output = input.replace(s0, s1)
+
+            f.close()
+
+            if not options.simulate and num_changed > 0:
+                f = open(fullpath_filename, "w")
+                f.write(output)
+                f.close()
+
+            if num_changed > 0:
+                changed_files += 1
+                report_lines.append(" "*4+fullpath_filename)
+                if options.verbose:
+                    report_lines.extend(changed_lines)
+                    report_lines.append("")
+
+def options_parser():
+    import optparse
+    usage ="""Usage: %prog [options] arg1 arg2
+
+Replaces string 'arg1' with 'arg2' in files in the present directory tree.
+
+For options, see dolfinreplace --help."""
+
+    parser = optparse.OptionParser(usage=usage)
+    parser.add_option("-s", "--simulate", help="simulate the replacement",
+                      action="store_true", dest="simulate", default=False)
+    parser.add_option("-p", "--pattern", help="a glob compatible pattern "
+                      "for which files should be looked into. "\
+                      "[default: '%default']", action="store",\
+                      dest="pattern", default="*")
+    parser.add_option("-v", "--verbose", help="verbosely print each line that"\
+                      " includes the searched pattern.", action="store_true", \
+                      dest="verbose", default=False)
+    return parser
+
+def main():
+    parser = options_parser()
+    options, args = parser.parse_args()
+
+    if len(args) != 2:
+        parser.error("incorrect number of arguments")
+
+    s0, s1 = args[0].replace("\\", ""), args[1].replace("\\", "")
+
+    print start_str%(s0,s1,post_fix_string)
+
+    # Do it!
+    path.walk(dolfin_root, replace, ((s0, s1), options))
+    if count > 0:
+        if options.simulate:
+            simulate_str = "\nSimulating, no replacement done..."
+        else:
+            simulate_str = ""
+
+        if report_lines[-1]:
+            report_lines.pop(-1)
+
+        print report_str % (count, changed_files, "\n".\
+                            join(report_lines), simulate_str)
+    else:
+        print "Done\n\nNo occurens of '%s' found"%args[0]
+
+if __name__ == "__main__":
+    main()
diff --git a/utils/scripts/fixme b/utils/scripts/fixme
new file mode 100755
index 0000000..aa0e49c
--- /dev/null
+++ b/utils/scripts/fixme
@@ -0,0 +1,6 @@
+#!/bin/sh
+
+# Find all FIXMEs in the code
+
+find . -name '*.h' | xargs grep FIXME
+find . -name '*.cpp' | xargs grep FIXME
diff --git a/utils/scripts/formatcode b/utils/scripts/formatcode
new file mode 100755
index 0000000..b513796
--- /dev/null
+++ b/utils/scripts/formatcode
@@ -0,0 +1,122 @@
+#!/usr/bin/env python
+#
+# Copyright (C) 2009 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify
+# it under the terms of the GNU Lesser General Public License as published by
+# the Free Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# Check and fix coding style in all files (currently very limited)
+
+import os, sys, re
+
+# Camelcaps exceptions
+camelcaps_exceptions = ["cGq", "dGq",                                                         # ODE solver
+                        "addListener", "addTest", "getRegistry", "makeTest", "wasSuccessful", # cppunit
+                        "tagName", "tagNames", "documentElement", "childNodes",               # doscstrings
+                        "nodeType", "firstChild", "parentNode",                               # docstrings
+                        "doubleArray", "intArray",                                            # swig 
+                        "fatalError", "xmlChar", "xmlNode", "xmlStrcasecmp",                  # libxml2
+                        "startDocument", "endDocument", "startElement", "endElement"]         # libxml2
+
+def camelcaps2underscore(word):
+    "Convert fooBar to foo_bar."
+    new_word = ""
+    for c in word:
+        if c.isupper() and len(new_word) > 0:
+            new_word += "_" + c.lower()
+        else:
+            new_word += c
+    return new_word
+
+def check_camelcaps(code, replacements):
+    "Replace fooBar by foo_bar."
+    words = re.findall(r"\b([a-z]+[A-Z][a-z]+)\b", code)
+    for word in words:
+        if word in camelcaps_exceptions:
+            continue
+        new_word = camelcaps2underscore(word)
+        code = code.replace(word, new_word)
+        r = (word, new_word)
+        if r in replacements:
+            replacements[r] += 1
+        else:
+            replacements[r] = 1
+        print "  Replacing: %s --> %s" % r
+    return code
+
+def check_trailing_whitespace(code, replacements):
+    "Remove trailing spaces at end of lines."
+    lines = []
+    for line in code.split("\n"):
+        new_line = line.rstrip()
+        lines.append(new_line)
+        if new_line == line:
+            continue
+        r = ("trailing whitespace", "")
+        if r in replacements:
+            replacements[r] += 1
+        else:
+            replacements[r] = 1
+        print "  Removing trailing whitespace"
+    new_code = "\n".join(lines)
+    if len(new_code) > 0 and not new_code[-1] == "\n":
+        new_code += "\n"
+    return new_code
+
+def replace(filename, replacements):
+    "Make replacements for given filename."
+
+    print "Checking %s..." % filename
+
+    # Open file
+    f = open(filename, "r")
+    code = f.read()
+    f.close()
+
+    # Checks
+    new_code = check_camelcaps(code, replacements)
+    new_code = check_trailing_whitespace(code, replacements)
+
+    # Write file
+    f = open(filename, "w")
+    f.write(new_code)
+    f.close()
+
+# Iterate over all source files
+replacements = {}
+for root, dirs, files in os.walk("dolfin"):
+    for file in files:
+        if not file.endswith((".cpp", ".h", ".py", ".i")):
+            continue
+        filename = os.path.join(root, file)
+        replace(filename, replacements)
+for root, dirs, files in os.walk("demo"):
+    for file in files:
+        if not file.endswith((".cpp", ".h", ".py")):
+            continue
+        filename = os.path.join(root, file)
+        replace(filename, replacements)
+
+# Report replacements
+if len(replacements) == 0:
+    print "No replacements were made, unchanged."
+else:
+    print ""
+    print "The following replacements were made:"
+    lines = []
+    for r in replacements:
+        lines.append("  %s --> %s (%d occurences)" % (r[0], r[1], replacements[r]))
+    lines.sort()
+    print "\n".join(lines)
diff --git a/utils/scripts/klocs b/utils/scripts/klocs
new file mode 100755
index 0000000..7a286eb
--- /dev/null
+++ b/utils/scripts/klocs
@@ -0,0 +1,17 @@
+#!/bin/sh
+
+# klocs
+#
+# Count the number of kilos of lines of code (klocs)
+# in the directory src.
+#
+# This script should be run from the top level directory.
+                                                                                                    
+IMPL=`find dolfin -name '*.cpp' | xargs wc -l | grep total | awk '{ printf "%d", $1/1000 }'`
+HEAD=`find dolfin -name '*.h'   | grep -v elements | grep -v ffc-forms | xargs wc -l | grep total | awk '{ printf "%d", $1/1000 }'`
+
+TOTAL=`echo $IMPL $HEAD | awk '{ print $1 + $2 }'`
+
+echo $HEAD' klocs in .h files'
+echo $IMPL' klocs in .cpp files'
+echo $TOTAL' klocs total'
diff --git a/utils/scripts/notinuse b/utils/scripts/notinuse
new file mode 100755
index 0000000..5d6e92c
--- /dev/null
+++ b/utils/scripts/notinuse
@@ -0,0 +1,23 @@
+#!/bin/sh
+
+# notinuse
+#
+# Scan subdirectories for files that may not be in use,
+# that is, old files that should be removed.
+#
+# This script should be run from the top level directory.
+                                                                                                    
+# Simple test to see where we are
+# FIXME: Does not work when typing ./scripts/...
+CHECK=`echo $0 | cut -d'/' -f1`
+if [ "$CHECK" != "scripts" ]; then
+        echo "This script must be run from the top level directory."
+        exit 1
+fi
+
+for f in `find . -name '*.h' -printf '%f '`; do
+	a=`rgrep $f * | grep include`
+	if [ "x$a" == "x" ]; then
+		echo File $f may not be used.
+	fi
+done
diff --git a/utils/scripts/pdebug b/utils/scripts/pdebug
new file mode 100755
index 0000000..cf212c3
--- /dev/null
+++ b/utils/scripts/pdebug
@@ -0,0 +1,7 @@
+#!/bin/bash
+
+echo "Running \"$2\" on $1 processes through gdb debugger."
+env=""
+# Example of how to set the environment, if needed
+#env="source /home/skavhaug/.setups/alt1; source ../../dolfin.conf;"
+mpirun -np $1 -x DISPLAY=:0.0 xterm -e "$env gdb $2"
diff --git a/utils/scripts/plotklocs b/utils/scripts/plotklocs
new file mode 100644
index 0000000..e1cefd1
--- /dev/null
+++ b/utils/scripts/plotklocs
@@ -0,0 +1,88 @@
+#!/usr/bin/env python
+#
+# Copyright (C) 2013 Anders Logg
+#
+# This file is part of DOLFIN.
+#
+# DOLFIN is free software: you can redistribute it and/or modify it
+# under the terms of the GNU Lesser General Public License as
+# published by the Free Software Foundation, either version 3 of the
+# License, or (at your option) any later version.
+#
+# DOLFIN is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+# GNU Lesser General Public License for more details.
+#
+# You should have received a copy of the GNU Lesser General Public License
+# along with DOLFIN. If not, see <http://www.gnu.org/licenses/>.
+#
+# First added:  2013-02-26
+# Last changed: 2013-02-26
+#
+# Plot growth of code as function of time. This script should be
+# run rom the top level directory.
+
+from commands import getoutput
+from datetime import datetime
+import pylab as pl
+
+# Suffixes to check
+suffixes = [".h", ".hh", ".cpp", ".C"]
+
+# Paths to skip
+skip = ["demo", "bench", "test", "local", "build"]
+
+# Get time stamps
+timestamps = getoutput("bzr log | grep timestamp | awk '{print $3}'")
+t = []
+for timestamp in timestamps.split("\n"):
+    y, m, d = timestamp.split("-")
+    t.append(datetime(int(y), int(m), int(d)))
+t.reverse()
+
+# Revisions to check
+revisions = range(len(t))
+
+# For quick testing
+#revisions = revisions[-10:]
+#t = t[-10:]
+
+# Iterate over revisions
+locs = []
+for i, r in enumerate(revisions):
+
+    print "Updating to revision %r %s" % (r, t[i])
+
+    # Update repository
+    getoutput("bzr update -r %d" % r)
+
+    # Count the lines of code
+    n_total = 0
+    for suffix in suffixes:
+        skips = " | ".join("grep -v %s" % s for s in skip)
+        n = getoutput("""find . -name *%s \
+                  | %s \
+                  | xargs wc -l \
+                  | grep total \
+                  | awk '{print $1}'""" % (suffix, skips))
+        if n.isdigit():
+            n_total += int(n)
+
+    # Store lines of code
+    print "%d lines of code" % n_total
+    locs.append(n_total)
+
+# Store results to file
+f = open("klocs.csv", "w")
+f.write("\n".join("%d-%d-%d,%d" % \
+                      (t[i].year, t[i].month, t[i].day, locs[i]) \
+                      for i in range(len(revisions))))
+f.close()
+
+# Plot results
+pl.plot(t, locs)
+pl.grid(True)
+pl.ylabel("Lines of code")
+pl.title("Code growth for DOLFIN %d - %d" % (t[0].year, t[-1].year))
+pl.show()
diff --git a/utils/x3dom/README.rst b/utils/x3dom/README.rst
new file mode 100644
index 0000000..f398c17
--- /dev/null
+++ b/utils/x3dom/README.rst
@@ -0,0 +1,27 @@
+X3DOM Support
+-------------
+
+Author: Peter Scott
+
+The files included in 'utils/x3dom' are support for visualizing
+solutions using the X3DOM framework.
+
+The functions included in the javascript file 'x3dom_support.js' are
+meant to allow for dynamic interaction with the visualized data. There
+are functions for converting the x3dom representation of vertices (a
+1d array of numbers) into a 3 dimensional representation, as well as
+for converting back to the x3dom representation. There are functions
+to add to and remove color from x3dom shapes as well as functions for
+adding a warped representation of the shape to the x3dom
+scene. Currently, only warping by a scalar is supported and the warp
+factor is determined by user input (using a slider). There are
+functions for adjusting the opacity, though currently these are not
+used since selection of shapes is necessary for adjusting opacity.
+Finally, there are functions to set up the ui functionality: these
+functions set up what happens on user interaction with the x3dom menu
+display.
+
+The 'x3dom_support.css' file is used to style the menu display. The
+different components of the menu are given certain styles to ensure a
+uniform look as well as to ensure that the display does not cover up
+too much of the x3dom scene.
diff --git a/utils/x3dom/x3dom_support.css b/utils/x3dom/x3dom_support.css
new file mode 100644
index 0000000..f529dc4
--- /dev/null
+++ b/utils/x3dom/x3dom_support.css
@@ -0,0 +1,162 @@
+/* for the help menu header */
+#menu {
+	position: absolute;
+	margin: 1%;
+	font-size: 12px;
+}
+
+#menu-items {
+	line-height: normal;
+	background-color: grey;
+	opacity: 0.7;
+	font-size: 0px;
+}
+
+#menu-items label {
+	display: inline;
+	padding-left: 10px;
+	padding-right: 10px;
+	border: 1px solid black;
+	font-size: 12px;
+}
+
+#button-options + label {
+	padding-left: 20px;
+	padding-right: 20px;
+}
+
+#menu-items label:hover {
+	background-color: silver; 
+}
+
+#menu-items input[type="radio"] {
+	display: none;
+}
+
+#menu input[type="radio"]:checked + label {
+	background-color: silver;
+}
+
+/* for the help menu content */
+#menu-content {
+	height: 100%;
+	width: 100%;
+	background-color: black;
+	opacity: 0.7;
+	color: white;
+	padding-top: 5px;
+	text-align: center;
+}
+
+/* for the options content in the help menu */
+#content-options {
+	font-size: 0px;
+	line-height: normal;
+}
+
+/*#content-options * {
+	padding: 0;
+	margin: 0;
+}*/
+
+.options input {
+	font-size: 12px;
+}
+
+/*.options label {
+	font-size: 12px;
+	color: white;
+}*/
+
+#content-options span {
+	display: inline-block;
+	font-size: 12px;
+	padding-bottom: 3px;
+}
+
+.options label {
+	display: inline-block;
+	width: 60px;
+	padding-left: 2px;
+	font-size: 12px;
+	text-align: left;
+	color: white;
+}
+
+/* for the summary content in the help menu */
+#content-summary {
+	padding-bottom: 5px;
+}
+
+/* for the color content in the help menu */
+#content-color {
+	width: 100%;
+	padding-bottom: 10px;
+}
+
+#content-color * {
+	margin: 0;
+	padding: 0;
+}
+
+#color-map {
+	margin-left: 5px;
+	margin-right: 5px;
+}
+
+#color-map span {
+	width: 1px;
+	height: 12px;
+	display: inline-block;
+}
+
+#content-color form {
+	padding-bottom: 5px;
+}
+
+/* for the warping content in the help menu */
+#content-warp * {
+	margin: 0;
+	padding: 0;
+}
+
+#content-warp input[type="range"] {
+	margin: auto;
+	padding-top: 5px;
+	width: 50%;
+	display: inline-block;
+}
+
+#content-warp label {
+	font-size: 12px;
+}
+
+#warp-slider-val {
+	position: relative;
+	top: -7px;
+}
+
+/* for the opacity section of the menu */
+#opacity-slider-val {
+	position: relative;
+	top: -7px;
+}
+
+
+/* for the viewpoints section of the menu */
+#content-viewpoints {
+	margin-bottom: 5px;
+	font-size: 0px;
+}
+
+#content-viewpoints span {
+	font-size: 12px;
+}
+
+.viewpoint {
+	display: inline-block;
+	width: 60px;
+	margin: 5px;
+	font-size: 12px;
+	color: black;
+}
\ No newline at end of file
diff --git a/utils/x3dom/x3dom_support.js b/utils/x3dom/x3dom_support.js
new file mode 100644
index 0000000..5f5d257
--- /dev/null
+++ b/utils/x3dom/x3dom_support.js
@@ -0,0 +1,364 @@
+/*
+      @licstart  The following is the entire license notice for the 
+      JavaScript code in this page.
+
+      Copyright (C) 2016 Peter Scott
+
+      The JavaScript code in this page is free software: you can
+      redistribute it and/or modify it under the terms of the GNU
+      Lesser General Public License as published by the Free Software
+      Foundation, either version 3 of the License, or (at your option)
+      any later version.
+
+      @licend  The above is the entire license notice
+      for the JavaScript code in this page.
+*/
+
+var scalarField;
+var addWarp = true;
+
+/* function to convert a list of numbers (in string form) to a 3d array of numbers */
+function listToArray3d(pts) {
+    pts = pts.trim().split(" ");
+
+    var array = [];
+    var idx = 0;
+    for (var i = 0; i < pts.length; i++) {
+        if (i % 3 == 0) {
+            array[idx] = [];
+        }
+
+        array[idx][i % 3] = Number(pts[i]);
+
+        if (i % 3 == 2) {
+            idx++;
+        }
+    }
+
+    return array;
+}
+
+/* function to convert a 3d array of numbers to a list of numbers (in string form) */
+function array3dToList(arr) {
+    var pts = "";
+
+    for (var i = 0; i < arr.length * 3; i++) {
+        var x = Math.floor(i / 3);
+        var y = i % 3;
+        pts += arr[x][y].toString();
+        pts += " ";
+    }
+
+    return pts;
+}
+
+/* function to convert a list of numbers (in string form) to a 1D array of numbers */
+function listToArray1d(pts) {
+    pts = pts.trim().split(" ");
+
+    var array = [];
+    for (var i = 0; i < pts.length; i++) {
+        array[i] = Number(pts[i]);
+    }
+
+    return array;
+}
+
+/* function to convert a 1d array of numbers to a list of numbers (in string form) */
+function array1dToList(arr) {
+    var pts = "";
+    for (var i = 0; i < arr.length; i++) {
+        pts += arr[i].toString();
+        pts += " ";
+    }
+}   
+
+/* function to translate colormap and intensity indices into intensity color on the figure */
+function addColor() {
+    // get information from metadata tag:
+    var metadata = $("metadata")[0];
+    var colormap = listToArray3d($(metadata).attr("color_map"));
+    var indices = listToArray1d($(metadata).attr("indices"));
+
+    // add rgb values to color tag
+    var rgb = [];
+    for (var i = 0; i < indices.length; i++) {
+        var idx = indices[i];
+        rgb[i] = colormap[idx];
+    }
+
+    // add color node to each indexed face set
+    var faces = $("indexedFaceSet");
+    for (var i = 0; i < faces.length; i++) {
+        // update color node with rgb values
+        var color = document.createElement("color");
+        $(color).attr("color", array3dToList(rgb));
+
+        var face = faces[i];
+        face.appendChild(color);
+
+        // update shape's indexed face set -- remove old face set 
+        // (this is because x3dom does not automatically regenerate dom tree based when updated)
+        var parent = face.parentElement;
+        parent.removeChild(face);
+        parent.appendChild(face);
+    }
+}
+
+/* function to remove color on the figure */
+function removeColor() {
+    // need to remove the colors from each face set
+    var faces = $("indexedFaceSet");
+    for (var i = 0; i < faces.length; i++) {
+        // remove the color tag
+        var color = $(faces[i]).children("color");
+        color.remove();
+
+        // re-add the faces to the dom then remove old one (with color) -- x3dom doesn't register updates
+        var parent = faces[i].parentElement;
+        parent.removeChild(faces[i]);
+        parent.appendChild(faces[i]);
+    }
+}
+
+/* function to calculate the scalar field values at each vertex */
+function calculateScalars() {
+    // get information from metadata tag:
+    var metadata = $("metadata")[0];
+    var max_value = Number($(metadata).attr("max_value"));
+    var min_value = Number($(metadata).attr("min_value"));
+    var indices = listToArray1d($(metadata).attr("indices"));
+
+    // find scale used to normalize color values (there are 256 colors in map by default) 
+    var scale = (min_value == max_value) ? 1.0 : 255.0 / (max_value - min_value);
+
+    // calculate scalar value for each index
+    var scalars = [];
+    for (var i = 0; i < indices.length; i++) {
+        scalars[i] = (indices[i] / scale) + min_value;
+    }
+
+    return scalars;
+}
+
+/* function to warp a shape by a scalar field */
+function warpByScalar() {
+    if (scalarField.length == 0) {
+        return;
+    }
+
+    // add warped shapes if not added already
+    if (addWarp) {
+        var shapes = $("shape");
+        var parent = shapes[0].parentElement;
+
+        for (var i = 0; i < shapes.length; i++) {
+            // find the points for each shape
+            var curr = $(shapes[i]).clone()[0];
+            var coord = $(curr).find("coordinate");
+            var points = listToArray3d($(coord).attr("point"));
+
+            // change the points according to the scalar field
+            for (var j = 0; j < points.length; j++) {
+                // FIXME: generalize perpendicular direction
+                // change the z-coordinate to be the scalar value
+                points[j][2] = scalarField[j];
+            }
+            $(coord).attr("point", array3dToList(points));
+
+            // add classname to new shape
+            $(curr).addClass("warped");
+
+            // add new shape to the parent
+            parent.appendChild(curr);
+        }
+
+        addWarp = false;
+    }
+
+    // adjust the scalar warping by the current scale factor
+    var factor = Number($("#warp-slider")[0].value);
+    var shapes = $(".warped");
+    for (var i = 0; i < shapes.length; i++) {
+        var coord = $(shapes[i]).find("coordinate");
+        var points = listToArray3d($(coord).attr("point"));
+
+        // change the scalar warping by current scale
+        for (var j = 0; j < points.length; j++) {
+            points[j][2] = scalarField[j] * factor;
+        }
+        $(coord).attr("point", array3dToList(points));
+    }
+}
+
+/* function to determine whether the x3dom shape should be colored */
+function shouldColor() {
+    var metadata = $("metadata")[0];
+    if (!metadata) {
+        return false;
+    }
+
+    if (metadata.color) {
+        return true;
+    }
+
+    return false;
+}
+
+/* function to call all helper setup functions needed for the menu */
+function setupMenu() {
+    // first setup the menu buttons
+    setupButtons();
+
+    // next setup the content for each subsection
+    setupColorContent();
+    setupWarpContent();
+    // setupOpacityContent();
+    setupViewpointContent();
+}
+
+/* change the content in the menu based on the button selected */
+function setupButtons() {
+    $("#menu input[type='radio']").change(function() {
+        // get the name from the calling button
+        var name = $(this).attr("id");
+
+        // find the content's parent by using the id for the menu content
+        var parent = $("#menu-content");
+
+        // find the content from the parent by using the name of calling button
+        var selector = "div[for='" + name + "']";
+        var content = $(parent).children(selector);
+        var children = $(parent).children();
+
+        for (var i = 0; i < children.length; i++) {
+            if ($(children[i]).is(content)) {
+                $(children[i]).show();
+            } else {
+                $(children[i]).hide();
+            }
+        }
+    });
+
+    $("#content-options input[type='checkbox']").change(function() {
+        // get the name from the calling button
+        var name = $(this).attr("id").split("-")[1];
+        
+        // find the parent for the menu-items
+        var parent = $("#menu-items");
+
+        // find the corresponding label element in the menu buttons
+        var selector = "label[for='button-" + name +"']"; 
+        var label = $(parent).children(selector);
+
+        // hide or show
+        if (this.checked) {
+            $(label).show();
+        } else {
+            $(label).hide();
+        }
+    });
+}
+
+/* function to setup the content for the color subsection in menu */
+function setupColorContent() {
+    // first set up the listener for the 'show color' checkbox
+    $("#color-checkbox").change(function() {
+        if ($(this).prop("checked")) {
+            addColor();
+        } else {
+            removeColor();
+        }
+    });
+
+    // build the color map into the menu-content location
+    var map_parent = $("#color-map")[0];
+
+    // get information from metadata tag:
+    var colormap = listToArray3d($("metadata").attr("color_map"));
+
+    // add spans to the color map parent with the every other color
+    for (var i = 0; i < colormap.length; i += 2) {
+        var r = Math.round(colormap[i][0] * 256);
+        var g = Math.round(colormap[i][1] * 256);
+        var b = Math.round(colormap[i][2] * 256);
+
+        var span = document.createElement("span");
+        var background_color = "background-color: rgb(" + r + "," + g + "," + b + ")";
+        span.style = background_color;
+        map_parent.appendChild(span);
+    }
+
+    // set minimum and maximum values
+    var min_value = Number($("metadata").attr("min_value"));
+    $("#min-color-value").html(min_value.toPrecision(3));
+
+    var max_value = Number($("metadata").attr("max_value"));
+    $("#max-color-value").html(max_value.toPrecision(3));
+}
+
+/* function to setup the content for the warping section in the menu */
+function setupWarpContent() {
+    // calculate the scalars initially for frame of reference -- global value
+    scalarField = calculateScalars();
+
+    // setup the checkbox to toggle the slider
+    $("#warp-checkbox").change(function() {
+        document.getElementById("warp-slider").disabled = !document.getElementById("warp-slider").disabled;
+
+        if (!document.getElementById("warp-slider").disabled) {
+           warpByScalar();
+        } else {
+            // hide the warped shapes
+            $(".warped").remove();
+            addWarp = true;
+        }
+    });
+
+    // setup the slider to change the warped shape and to change the value of the label
+    $("#warp-slider").change(function() {
+        $("#warp-slider-val").html($(this).val());
+        warpByScalar();
+    });
+}
+
+/* adjust opacity */ 
+function adjustOpacity(val) {
+    // get the first indexed face set in the scene
+    var faces = $("indexedFaceSet")[0];
+    var parent = faces.parentElement;
+    var material = $(parent).find("material");
+
+    var transparency = 1 - val;
+    material.attr("transparency", transparency);
+}
+
+function setupOpacityContent() {
+    $("#opacity-slider").change(function() {
+        $("#opacity-slider-val").html($(this).val());
+        adjustOpacity(Number($(this).val()));
+    });
+}
+
+/* function to setup the content for the viewpoint buttons */
+function setupViewpointContent() {
+    // add corresponding click listeners for each button
+    var buttons = $(".viewpoint");
+    for (var i = 0; i < buttons.length; i++) {
+        $(buttons[i]).click(function() {
+            // the name of the button is the corresponding id of the viewpoint
+            var name = $(this).text();
+            $("#" + name).attr("set_bind", true);
+        });
+    }
+}
+
+// add color as soon as the document is ready
+$(document).ready(function() {
+    setupMenu();
+
+    // TODO check if color should be added
+    if (shouldColor() || true) {
+        addColor();
+    }
+});
\ No newline at end of file
-- 
2.30.2